Gene ID	Length(bp)	Gene name	COG	Product	Nucleotide seq	Protein seq	PGPT:Locus Tag	PGPT:Effect	PGPT:L1	PGPT:L2	PGPT:L3	PGPT:L4	PGPT:L5	PGPT:L6
JZ016_00001	870	mneS_1	COG0053	Manganese efflux system protein MneS	TTGGAACAACAACGTTATCATGATTTAAAATTGGGTGAAAAAGGTGCCATCATCAGTATCATTGCTTATATCTGTTTATCTGCAATCAAATTATTGATAGGTTACACCGCGAACTCCGAGGCTCTGCGGGCGGACGGATTAAATAATGCTACAGATATCGTGGCGTCCATTGCTGTATTGATCGGACTGCGTTTATCGCAAAAACCTGCGGATCGGGATCATCCATACGGCCACTGGAAAGCGGAAACGGTAGCCTCCTTGATCGCCTCTTTTATTATGATGGCCGTCGGGATCCAAGTCCTGTTCGGGGCCGTTTCTTCCATGTTTGAAGGCAACCATGAATCGCCTGATCTTCTATCCGCGTGGACCGGTATTGGCTGCGCCATCGTGATGTTCTTGGTCTACCGCTACAACAAACGCCTGGCTACCAAAATAAACAGTCAAGCCGTTATGGCAGCGGCCAAGGACAATCTTTCGGATGCCTGGGTCAGCATCGGCACGGTCGTTGGTATCATCGGCGCCCAATTTCATCTGCCATGGCTCGATCCGCTGACCGCCGTATTGGTAGGCTTCCTGATATGTAAAACCGCTTGGGATATATTCCGGGATGCCTCACATCATTTAACCGATGGCTTTGATGAGAACATTGTCAAAAGTTACAAAGAAACCGTAAAGCAAGTGGTTGGCGTTAAGGGAGTCAAGGACATCCGGGCAAGAAATTACGGCAGCAACACGGTTGTTGACATCGTCATCCTGGTCAGGTCGAATCTGGATATCCGGGTCGCCCATGATATTTCAGACCAGGTGGAACATGAATTAAAAGAAACACACGGCGTTTATGACGTACATGTTCATATAGAACCGAATTAA	MEQQRYHDLKLGEKGAIISIIAYICLSAIKLLIGYTANSEALRADGLNNATDIVASIAVLIGLRLSQKPADRDHPYGHWKAETVASLIASFIMMAVGIQVLFGAVSSMFEGNHESPDLLSAWTGIGCAIVMFLVYRYNKRLATKINSQAVMAAAKDNLSDAWVSIGTVVGIIGAQFHLPWLDPLTAVLVGFLICKTAWDIFRDASHHLTDGFDENIVKSYKETVKQVVGVKGVKDIRARNYGSNTVVDIVILVRSNLDIRVAHDISDQVEHELKETHGVYDVHVHIEPN				NA	NA	NA	NA	NA
JZ016_00002	582	comR_1		HTH-type transcriptional repressor ComR	TTGGCGCGTCCGCGGGAATTCGATATGCAGAAAGCATTGAACAATGCGTTGGAGTTATTTTGGGAAAAGGGTTACGAAGCGACCTCCATTACAGATTTAACGACCAGGATGGAGATTAGCCGGCCGAGCCTATACATGGCTTTTGGAGATAAACGTGCGTTATTTATGAAGGTATTGGACATTTATATGGACCAGTTTCTTCGGAAACTCGAGTCTATTCTTGCTGCTAATGGATCGGGGTACAAGGGGATTGAGGCATTATTTCGAGATATTGTTGAACCGGTCGATGACCGTGGAATAAAGCGCGGTTGCTTGTTCGTAAACACAATGACGGAGCTTGCCGCACATGATGAGCAAATCGCGTTAAAAGGCCGTGAGTATCAGGACAAGGTATCACAGTTTCTGGAAAACGCGTTGACCGAAGGAAAGGAAGCGGGAGACATTGCGCAGACCATCGACGTTCATTCCACGGCACACTTTCTAATGCTGGCATTGGTTGGACTTTACGTGGTCATAAAAATAGAACCCGCCCCGGTTGTTTTGAAACACAGTATAGAAGTTACTTTGGGTGTATTGAGGTAA	MARPREFDMQKALNNALELFWEKGYEATSITDLTTRMEISRPSLYMAFGDKRALFMKVLDIYMDQFLRKLESILAANGSGYKGIEALFRDIVEPVDDRGIKRGCLFVNTMTELAAHDEQIALKGREYQDKVSQFLENALTEGKEAGDIAQTIDVHSTAHFLMLALVGLYVVIKIEPAPVVLKHSIEVTLGVLR				NA	NA	NA	NA	NA
JZ016_00003	624	gloB_1		Hydroxyacylglutathione hydrolase	ATGCGATGGAAGCAGCTGACACGTCACGTGTGGGGCGGATATGTATATTGGCCATTGCCTGTCATGGTATGGATCGTTGAAGATCGAGACGGATTAACGCTGGTTGACGCAGGGATACCGTCCATGTGGAATTCGTTGTATCAAGCGTTAAACGTCCGCTTCAAGAATAAGCCCTTAGTACAGGTGCTGCTTACGCACAGTCATGGGGACCATGTGGGGATGCTGCCGAACCTGACTCGGACCTTGCAGGTTCCGATAGTAGTACACCCATTAGAAGCGGACCGGATATCTGATATCTCCTCTAATCCAACCAAATCCCTGGATTTGGACAATGCGTATGGCGGGTTAATCCCTTATCATACACCGGGACATAGTCCGGGGCATGTGGTATTCTATCATCCTGACGACAAAATTCTTCTCGCAGGCGATCTGTTCACAGCATTCTTCGGCAAACTCCGCAGACCCATTGCGAAATTTACGCCTGATATGGAAGAGTCACTTCGGAGCGGGAGGATTCTTGAACGACTGGACCCTAAGCTTACGGCTTGCGCCCATTGCGGTGTTGTTAAACATGCGTCATCGCAATATCCCAAGCTGCTTCGTAAAGGTCATGGCAGTCGGTAG	MRWKQLTRHVWGGYVYWPLPVMVWIVEDRDGLTLVDAGIPSMWNSLYQALNVRFKNKPLVQVLLTHSHGDHVGMLPNLTRTLQVPIVVHPLEADRISDISSNPTKSLDLDNAYGGLIPYHTPGHSPGHVVFYHPDDKILLAGDLFTAFFGKLRRPIAKFTPDMEESLRSGRILERLDPKLTACAHCGVVKHASSQYPKLLRKGHGSR	PGPT0001770_5248	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
JZ016_00004	1947	tetO		Tetracycline resistance protein TetO	ATGAAGAACATATTGAATATTGGAGTTTTGGCCCATGTTGATGCCGGTAAAACCACACTAACGGAGCAAATCCTGTTCAGATCCGGCATTATTGATCAAGCGGGTTCCGTTGACCAAGGCAATACCATCACGGATTCGCTGGAGATTGAGCGAAGACGGGGCATCACGATAAAATCCGCTGCCGTATCCTTCATGCTGGGCGATCTAAAAATCAATCTGATCGATACGCCGGGACATGCCGATTTCATCTCGGAGGTCGAGCATTCACTGAGTGTGCTGGATGGCGTCATTCTGGTGATTTCCGCGGTTGAGGGCGTACAGGCTCAGACGCGGGTGCTCATGCAGACGCTGAAAGAACAACGGATTCCCACCCTTCTATTCATGAACAAGATCGATCGAATGGGCGCGAATTACCACAATGTCTATACCATGATACGAAATCTGCTGGATGAACATATTTGCGAGATGAGCTCTGTATCTCATGAGGGCAGCGCAACCGTTCGGGTAGACATCGCCGATCCCCATAACGCCGGATGGGTCGAAATGTTGGCACTGACCAATGACGATCTGCTGAACGACTATGCCCAGGATATTCCCATATCACGCGAGCGGCTGCAGGAAGAATTACGCAGGCAAACCCAGCAAGGTAAAGCTTACCCTCTATTTGCAGGATCAGCAGCCAAAGGGATCGGCATCGAGCCGCTGCTTCAAGCGCTTGGTGAGTTGTTCCCCGTTAATGACGCCTCGGAGCTTCAGCATGAATCGTTATCCGGCCTGGTGTTCAAAGTGATCAAACTTCCGAACGGAGAACGGAACGTATACCTCCGGCTGTTCGCCGGCAGTATCCAGGCGCGAGACGAGATTACGGTGATAATGCAGAACGGAAACATCAACATGTTCAAGGTAAAACACCTCCATGCTCTGCACCATGGCAAATCCATGCCGGTGAATCAGATCGATGCCGGAGACATTGCGATTCTCATGACCGATGAACTCAAGGTGGGCGACGTCATCGGTGCTGTTTCCGACAGGATGAAGAGGGTCCACTTTCAGAAGCCGCCGATTCAAGTCCAGGTTTCGGCCAAGAATCCCGCGGAGGAGCATCAACTACACACGGCCTTATGCGATCTCACCGAAGAGGATCCATTCCTGCAATATATCCAGGATATGAAAACCAAAGAAAACATCATCCACGTATTCGGTAAAGTCCAGCAGGAAATTCTGCTGGAAACGATCCAGCAGCAATATGGCATCGAAGCTGCATTTTCTGCTCCGCGGGTCATTTGTATCGAGAAGCCGGTTGCGACCGGAGAGGCTGTTGAATTTATTGGCGAATGTCCTTTTTATGCAACGGTTGGCTTACGGGTTGAGCCTGGCGAGAGAGGAACCGGAATTCAGTATCGTCTGGAAGTGGAACTGGGCTCTCTCCCCTTAGCCTTTCAGAAAGCGATTAAAGACACGGTGATTGAGGTGCTCCAGGAAGGTTTGTATGGATGGACCGTGACCGATATTATCGTGACGCTGACGCATACCGGTTACGCAAGTCCGGTGTCGACGGCAAAGGATTTTCGCAGCCTGACCCCACTCGTCCTCATGTCTGCGCTGGGCAAAGCCGGAACGGAAGTATACGAGCCTATCAATGTCATCCAATTCATTCTGCCGGAAACCAGTTTAAGCAAAGTGTTATCCAAGTTGGCAGCGCTAGAGGGGACCTATCAGGAACCAACATTCCACAACCATGCTGTCCACGTTCATGGTACCATCCCCGTGCGGACAACCGACTTGCTGAAAGCCGAAGTCCATTCCCTGACAAGCGGTGAGGGCATGCTCTCCGTTAAACCAGGAGGCTACGTGAAGGTGCAAGCCACCGTCCCTGTGAACAAACGGCGACAAGTCAACCCGCTGAACCGCGGTGAATATATGCTTTATTTGAACAAGATCATGTAA	MKNILNIGVLAHVDAGKTTLTEQILFRSGIIDQAGSVDQGNTITDSLEIERRRGITIKSAAVSFMLGDLKINLIDTPGHADFISEVEHSLSVLDGVILVISAVEGVQAQTRVLMQTLKEQRIPTLLFMNKIDRMGANYHNVYTMIRNLLDEHICEMSSVSHEGSATVRVDIADPHNAGWVEMLALTNDDLLNDYAQDIPISRERLQEELRRQTQQGKAYPLFAGSAAKGIGIEPLLQALGELFPVNDASELQHESLSGLVFKVIKLPNGERNVYLRLFAGSIQARDEITVIMQNGNINMFKVKHLHALHHGKSMPVNQIDAGDIAILMTDELKVGDVIGAVSDRMKRVHFQKPPIQVQVSAKNPAEEHQLHTALCDLTEEDPFLQYIQDMKTKENIIHVFGKVQQEILLETIQQQYGIEAAFSAPRVICIEKPVATGEAVEFIGECPFYATVGLRVEPGERGTGIQYRLEVELGSLPLAFQKAIKDTVIEVLQEGLYGWTVTDIIVTLTHTGYASPVSTAKDFRSLTPLVLMSALGKAGTEVYEPINVIQFILPETSLSKVLSKLAALEGTYQEPTFHNHAVHVHGTIPVRTTDLLKAEVHSLTSGEGMLSVKPGGYVKVQATVPVNKRRQVNPLNRGEYMLYLNKIM	PGPT0010355_376	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0010355-otrA|tetM|tetO-K18220	NA	NA
JZ016_00005	441	bltD_1	COG0454	Spermine/spermidine acetyltransferase	TTGATAACACTTCATGCCATAGATAAGGACAATTGGGAGGATTGCATCCGTCTTAAACCAAGACCTGAACAGGAGAAGTGGATTGCCCCCAATCTATACTCGATAGCGGAAGCTCAATTCATGGAGGGCTTCAAAACGCGTGCGATCTACCATGATGAAGAGATGATCGGATTTGTGATGTATGGCCTGCACCCGCACGATGATAACTTCTGGATCTACCGGTTTATGATCGACGGCAAGTTTCAGGGACTACATTATGCCAAACCTGCGATTCGTTTGGTTCTCGAGGAGATTCGGAACTCGCCGGATACAACAAACGATGTTATGCTCTGTTATAAATCCGAGAATGTACATGCAAAAAGGCTATATTCCCAAATCGGGTTTAAAGAAGCCGGGATTGCTCCATGGGGAGATGTGATGGCTAAATATCGTTTTATATGA	MITLHAIDKDNWEDCIRLKPRPEQEKWIAPNLYSIAEAQFMEGFKTRAIYHDEEMIGFVMYGLHPHDDNFWIYRFMIDGKFQGLHYAKPAIRLVLEEIRNSPDTTNDVMLCYKSENVHAKRLYSQIGFKEAGIAPWGDVMAKYRFI	PGPT0007790_2082	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007790-speG-K00657	NA	NA
JZ016_00006	651	apaH		Bis(5'-nucleosyl)-tetraphosphatase, symmetrical	TTGCTCGGGGATTATGTGGATCGCGGATTCAAAAGCAGGGAAGTCATTGAACAAGTGATGAAACTGCGGGATGAAGGTGCCATCACTCTTCGCGGAAATCATGACCAGATGATGCTGGATGCCATTTTGCTTGATACGGATGAAGCGAACTCGCGCTGGATTCGCAATGGAGCTCGACATACGATTGAAAGCTACTGCGGCGCCGATTTTTTTGAGGGTGAAATGGATCGTGCCAGATATAACGAAGGAAAAGCCTATATTAAGAAGGGGTATGAGCATCATCTATCCTTTCTTGATACGCTGGCTCTCTTCTATGAAACAGACACTCACATATTCGTGCATGCAGGGATCAATCCGGGTGTTGAAGACTGGAAGTTGCAGCCTCAGGATGATTTCATCTGGATACGGGAACCATTCTTCAATTATCCTACAGGCATCAACAAAACCGTGGTGTTCGGGCATACGCCAGCGGTCAACCTGCACGACTCGGAGCAGATCTGGTTCTGTGGAGAAGGGGACAAAATCGGTATTGATGGAGCGTGCGTGTACGGTAAACAGCTGAACTGTCTGGAAATCACGGAAGAGCAGGAATACCGAACCCATTCTGTTCGGTTCATGCACCATGATGTGAACGCAAAGGCAGAGCAATGA	MLGDYVDRGFKSREVIEQVMKLRDEGAITLRGNHDQMMLDAILLDTDEANSRWIRNGARHTIESYCGADFFEGEMDRARYNEGKAYIKKGYEHHLSFLDTLALFYETDTHIFVHAGINPGVEDWKLQPQDDFIWIREPFFNYPTGINKTVVFGHTPAVNLHDSEQIWFCGEGDKIGIDGACVYGKQLNCLEITEEQEYRTHSVRFMHHDVNAKAEQ				NA	NA	NA	NA	NA
JZ016_00007	489	infC_1		Translation initiation factor IF-3	ATGTTAATGATGAATGAAAAGATAAAAGCACGCGAAGTAGAGCTGACCGGCTTAAACGGCGAAGATCTGGGAGTCGTCTCCAGGGATGAGGCACTTGTGCTGGCGAAAAGTCACAAAGCCGATTTGGTGTGTACCTCCCTATTCAGCAGTCCCCCGCCATGCAAACTCGTAAGCCGGGGGCAGGCGAAGCAGGAGGCTGTGAAAGAGAAGAAGGGCCAGCAAGCTTCAGCCGGTCCGATGAAAGTAAAGGAATTCCGCTTGTCCGTCCATATCGAAGAGCATGATTATGACACCAAGCTGTCGCAAATGCATAAGCTGCTGGCAGCGGGCAAAGCTGTCCAGCCCGTTATTCGCATTCAAGGCAGGGAGGGCGAAGCCGCCCGCAAACTGCTGGAGCGACTCGTGCAGGATCTGGCTGAGGTAGGCAAGAAGGAGACGGGTATACAAGTCAGCGGCAAGCAGGCTACGGTGAAGCTGCTGCCTATCTAA	MLMMNEKIKAREVELTGLNGEDLGVVSRDEALVLAKSHKADLVCTSLFSSPPPCKLVSRGQAKQEAVKEKKGQQASAGPMKVKEFRLSVHIEEHDYDTKLSQMHKLLAAGKAVQPVIRIQGREGEAARKLLERLVQDLAEVGKKETGIQVSGKQATVKLLPI				NA	NA	NA	NA	NA
JZ016_00009	1683	glnS_1	COG0008	Glutamine--tRNA ligase	ATGAGCGACGACAAAAACAAAGGAGAAGAAACGGTGGATTTCTTGACCAAGATGATCAAGGAGGATGTAGAGAACAGCGTGTATCACAGGCCGGTGGCTACGCGATTTCCGCCGGAGCCCAACGGCTATCTGCACATCGGCAGCGCCTATGCGATTTACATTAATCACTCCATCGCCAGCCGGTTTCATGGAACATTCAATCTTCGGTTCGACGATACGAATCCACTGAAGGAAGATATCAAATATGTGCATGCGATTCAGGAGGATATCGAGTGGCTTGGACTTAAGCCGAGTGTATATTTCGGGTCGGATTATGCGGATCAAATCGCTGAAGCGGCCAAGAAACTCATTGCCAAAGGGAAGGCTTATGTCTGCGATCTCTCGCCCGAACAAATGACGGAATACAGGGGGACGCTGACCGAAGCCGGCATCAACAGCCCGTTTCGGGAGCGCAGCATTGAGGAGAATATGGCATTATTTGAGCAAATGATCGCGGGAGCATTCCATACGTCGGAAAAAGTACTCCGAGCCAAAATCGATATGTCGTCCCCCAACATGAACCTGAGAGATCCCGTCCTGTATCGTATCATTCATGCGAAGCATTATCGGACCGGAACAACTTGGTGTGTGTATCCGATGTACGATTTCGCCCATCCGATCCAGGACTGGATCGAAGGAATTACCCATTCGCTATGCTCAGCCGAATTTAAAGATCATCGACCGCTATACGAGTGGGTACTTACGGAGCTGGAAGTAACCGAGCCGCCGAAACAGCGGGAATTCGGAAGATTGAATATCTCGGGATACGTTACGAGCAAGCGATACCTGAGGGAATTGGTAGAGGGGGGCTTTGTCGACGGATGGGATGACCCTAGACTGCCAACGTTGAAAGGATTACGGCGGCGAGGCGTGACACCTGAGGGCATTCGGCGTTTTCTGGGCGAACTCGGGGTGTTTCGCGGCAACAGTCTGGTGGATTCAGGCATGCTCGATCATTATATCCGTCAAGACTTGAAGGAACGGTGTTATAACGCAATGGCTGTCATGAAGCCGCTGAAGGTGATCATCACGAATCTTTCAGAAGATTGCACCGAGATGCTTGCTATACCGAATCATGAAAATGATGATACGTTGGGTGAGCGGGAGGTTCCTTTTTCACGGGAGTTGTACATCGAGCGTGAGGACTTTATGGAGGAGCCCGTTCCTGGATTTCACCGGTTATCTCCTGGCAAGGAAGTGCGTTTGAAAGGAGCCTACTTCATCAAATGCGAACATGTCGTGAAAGCTCCAGACACGGGGGACATCATGGAGATCCACTGCACGTATGATCCATTAACGAAGAGCGGGAGCGGATTTAATGAGCGGAAGGTGAAAGCAACGCTGCATTGGGTGTCTGCGAAGCACGGGATCCCGGCGGAACTTCACTTGTATGATAAGCTGCTGAAGGAATCTGCCGAGTTATCTGAATCGGGGAACATATGGGAGGAGCTAATGAATCCCGCATCGTTGATTCGCATCGAAAATGCTATATTGGAGCCTTCCATGCAGGAGGCGACCCAAAACCGAACGTACCAATTCATCAGACACGGCTATTTCTGCGTGGATTCCAAATATACGACCGAACGGAGACTGGTGTTTAACCGTATCGTTCCTTTGAAGGATTCATGGAAGAAGCCTATGTGA	MSDDKNKGEETVDFLTKMIKEDVENSVYHRPVATRFPPEPNGYLHIGSAYAIYINHSIASRFHGTFNLRFDDTNPLKEDIKYVHAIQEDIEWLGLKPSVYFGSDYADQIAEAAKKLIAKGKAYVCDLSPEQMTEYRGTLTEAGINSPFRERSIEENMALFEQMIAGAFHTSEKVLRAKIDMSSPNMNLRDPVLYRIIHAKHYRTGTTWCVYPMYDFAHPIQDWIEGITHSLCSAEFKDHRPLYEWVLTELEVTEPPKQREFGRLNISGYVTSKRYLRELVEGGFVDGWDDPRLPTLKGLRRRGVTPEGIRRFLGELGVFRGNSLVDSGMLDHYIRQDLKERCYNAMAVMKPLKVIITNLSEDCTEMLAIPNHENDDTLGEREVPFSRELYIEREDFMEEPVPGFHRLSPGKEVRLKGAYFIKCEHVVKAPDTGDIMEIHCTYDPLTKSGSGFNERKVKATLHWVSAKHGIPAELHLYDKLLKESAELSESGNIWEELMNPASLIRIENAILEPSMQEATQNRTYQFIRHGYFCVDSKYTTERRLVFNRIVPLKDSWKKPM				NA	NA	NA	NA	NA
JZ016_00010	867			hypothetical protein	ATGATGCCAGACAAACAAGAGCAAGGTCCCGATGAACAGGGTGGATTACAATTACAAGCGGATTGCGAACGCTGCTTTGGATTATGCTGCGTCGCTTTACCTTTCGCCGCCTCCACGGATTTTGCCATAGACAAAGACAGCGGAACCCCTTGTCACCATCTGCAATCCGATTTCCGCTGCGGTGTGCACAGCAGCTTGAGGCAGCGAGGTATGAGAGGCTGCACCGTATACGACTGCTTCGGAGCGGGACAAATGGTTTCACAGGTTACCTATAACGGACACGACTGGCGGCAGGCCCCTGGGACGGCAAAAGAAATGTATGACGTATTCCCGATCATGCGGCAGCTTCACGAGCTGTTATGGTATTTGAACGAAGCCCTGACTTTGCAACCGGCTCAAGTCATTCATACCGACTTGAGATTGTCGCTGGAAGAGACACGACGGATGACTCAGCTTCCTCCCGAATCCCTGTTAAGATTGGATGTGGCAGCTCATCGGGCAGACGTGAATCAGCTGCTTCTTCGGACCAGTGAGCTTGTGCGGGATGATGCGCGCAAGAAGCATAAGGGACCGCCCGTGCGTCAAAAGATCGGGGGCCGCGGTGCTGATCTGATGGGAGCTAAACTTAAAGGAGCAGACCTAAGATACGCCAATCTGAGAGGAGCTTATCTTATTGCCTCGGACCTCAGAGGAGCCGATCTGCGGGCTGCCGACCTGATCGGTGCCGATTTCAGGGACGCAGACCTGAGAGGAGCCAATCTGGCGAACAGCCTTTTCCTTACTCAATTCCAGGTTAACGCGGCAAAAGGGGACGCCAATACCAAACTGCCTCCATCCTTATCTCGACCGGACCATTGGACGCGTTAA	MMPDKQEQGPDEQGGLQLQADCERCFGLCCVALPFAASTDFAIDKDSGTPCHHLQSDFRCGVHSSLRQRGMRGCTVYDCFGAGQMVSQVTYNGHDWRQAPGTAKEMYDVFPIMRQLHELLWYLNEALTLQPAQVIHTDLRLSLEETRRMTQLPPESLLRLDVAAHRADVNQLLLRTSELVRDDARKKHKGPPVRQKIGGRGADLMGAKLKGADLRYANLRGAYLIASDLRGADLRAADLIGADFRDADLRGANLANSLFLTQFQVNAAKGDANTKLPPSLSRPDHWTR				NA	NA	NA	NA	NA
JZ016_00011	885			hypothetical protein	TTGTTACTGTTTCAACAGGCTGTCAGGGAGTCGAGAGATGTTCAATCTCTTCATAACTTGGCGTTTTTCTATGTTCACGAGGGAATACCGGACGATCAGGGCTGCTGGGAAGCGGCCGAGGATCTAGCGATTGAGCTTTTGAAGGAGTGCATCGAGCTTCAGCCTCGCTCTCATTTTCCTTACCAATTGCTAGGAGAAGCGTACCTGAATCTTGAACAGTGGGAAGAGGCGCTTGTGGCGTTAGAACGCGCAGTTCGTGTTCATCCAACGCCTGTAGCTATGCATAATGCAGCCGTGGCAGCCTACCGGCTGGAGAACGTAGAATTGGCCGTCTCCTACTTTGGACAATCTGTAGCTGTAGGCGAGAACGAGTATACGAAATATGAATATGCGGCCTGTTTAGTTGAAACGAAACGATATGACGAAGCGCTTGCGATGATCGAGAAATTGATGAGCGAGACAGACGACTATATCGGAGATGTCGAGATCGCGGAATTGTATCTGGAGATGGGGCAATACCATTCTGCCGTTACCTTTTACGAGAAAGGCTGGCGCGAATTCGCGAAGGATCCTCGTTGGGTGAATCGGTTTATCTATTCGCTGATTCGTACTGAACAGAATCAAAGAGCAGAAGAAATCGCAGCTGAGGCAGTACAAGAAAACAGGGCATGGATTGCCGATATTCAGCATGATCCGGAAGAAGATGAGTTTGATGAGGAAAACCAGGCAAGCATCCGCTTCGCCTTGGACGATATTGAAAATTACCAAACGATCAATTCTCGTTTCACAGAAGGAGTAAATCCCGTCATGGATCATCGTCCATCCATACTGACCGCTTGTTATTGGTTCGGCTGCAAAAGGCATGGGCATCCTGAATATGTATAA	MLLFQQAVRESRDVQSLHNLAFFYVHEGIPDDQGCWEAAEDLAIELLKECIELQPRSHFPYQLLGEAYLNLEQWEEALVALERAVRVHPTPVAMHNAAVAAYRLENVELAVSYFGQSVAVGENEYTKYEYAACLVETKRYDEALAMIEKLMSETDDYIGDVEIAELYLEMGQYHSAVTFYEKGWREFAKDPRWVNRFIYSLIRTEQNQRAEEIAAEAVQENRAWIADIQHDPEEDEFDEENQASIRFALDDIENYQTINSRFTEGVNPVMDHRPSILTACYWFGCKRHGHPEYV				NA	NA	NA	NA	NA
JZ016_00012	426			hypothetical protein	GTGAGAGGAATCTTATTTGCATTCATTGGCGGTGCCTGCATTACGCTGCAGGGGGTGGCCAATGCCCGGATTAGCCAGGATATGGGCACATGGCAGGCTGCCACCGTTACGCAGTTGACCGGATTTATTATGGCTTTGGTCATTTTGCTGTTCGTCCGGGACGGAAGCAGACAAGGATTTGGACAAGTGAAGCCGCTCTATCTAATCGGGGGAGCCTTGGGGGCACCCATTATATTCAGTGAGGTGACAGCGATTCAGAATATCGGTGTCACATTAACGATATCCGCATTGTTGATTGCCCAGTTATTCTTAACGTTCCTGATTGACAGCAACGGATGGTTCGGCGTGGTGAAGAAGAGAATGAGCTTGCCTCACTTCATCGGGATTGGGATGATGATCGCCGGTGTCGTGATAATCAAATTATGA	MRGILFAFIGGACITLQGVANARISQDMGTWQAATVTQLTGFIMALVILLFVRDGSRQGFGQVKPLYLIGGALGAPIIFSEVTAIQNIGVTLTISALLIAQLFLTFLIDSNGWFGVVKKRMSLPHFIGIGMMIAGVVIIKL	PGPT0009795_2421	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-TOXOFLAVIN_METABOLISM,PGPT0009795-toxF-K09936	NA	NA
JZ016_00013	702	yeiL	COG0664	Regulatory protein YeiL	GTGAAGGAAATTCATAATGCGGAGCTCATGCAGCATTTTTTGCTGAGCAACCAGATCCAGTCCGTATTTCACGATGATTTAATGCCATATCTGGTGTTATATCACTTCGATCAGGGCGACATCGTCTGCACGCAAGGCGAGCCGGCCGAGATGCTGTATATCCTGGTTCAAGGGAAGATTAAAATCTTCACGACCTCCGCAGAAGGCAAGGCGCTTGTTCTATCTTTTAAAACACCGCTTGAGGTGATCGGAGATATTGAATACATTCAAGGCAATCCGTTGATCAATACGGTACAGGCCATATCATCTGTGTATATGATCGGCGTGCATTATCGCTGGCTTCGCAAATACGGACAGGAGCATCCGCCGCTGCTGCAATTTTTGCTGCGGATCATTACGCGGAAGTTTTATATTAAATCCAATTTCTTGAGTTTTAATTTGCTGCATCCGGTTGAGGTGCGACTGGCCAGCTATCTATTATCCGTATCTGACGAAGAGTCAGGCACGTTCGCTGCCAACGATCCGGCCGCTTACAATCTGACGGATATCGCGAATCTGCTCGGCACCAGCTACCGGCATTTAAACCGGGTGATTCTGAAGTTCAGTCAAGAAGGGCTGATCGAGCGCCGCAAGGGGTTCATTCTGATTAAAGATCGGGAAGCGTTGACGAGTGTAGCGGGAGGCAACATCTACGAAGAATGA	MKEIHNAELMQHFLLSNQIQSVFHDDLMPYLVLYHFDQGDIVCTQGEPAEMLYILVQGKIKIFTTSAEGKALVLSFKTPLEVIGDIEYIQGNPLINTVQAISSVYMIGVHYRWLRKYGQEHPPLLQFLLRIITRKFYIKSNFLSFNLLHPVEVRLASYLLSVSDEESGTFAANDPAAYNLTDIANLLGTSYRHLNRVILKFSQEGLIERRKGFILIKDREALTSVAGGNIYEE	PGPT0015075_1633	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-CARBOHYDRATE_LIMITATION_SIGNALLING,PGPT0015075-clp|crp-K10914	NA	NA
JZ016_00014	459			hypothetical protein	ATGATAGCAGGATTGGTATTGGCACTAATCGCGGGTTCATTGGTTAGTTTGCAGAATATTTTCAATAACAGAGTGAATGAGAAAACAGGCTCCTGGTCTACAACGACGTTGGTGTTAGGCATGGGCTTCGTGGCTTCGTTTGGCATGAGTCTTGTTGTAGAAGGCAAAGGGACGTTCTCCCTACATAACATGGAGCCTTGGTACTGGATTAGCGGGTTGATTGGGGTCGGCGTGGTGATTTGCCTGGTGCAGGCGACAAGGCTGCTCGGTGCCACATTCGCCATTTCGATTGTCATGACCTCGCAGCTCGGTTTTGCGTTGTTGTGGGACTCCCTGGGATGGTTAGGGTTAGAGAAGGTTCCGTTTACCATGAATCAGCTGATCGGTGTTCTTGTTATTGTTGGCGGGATTCTGGTATTTAAATTAGGCGGGAAACGGGAACAACAAGAGACGGCTTAG	MIAGLVLALIAGSLVSLQNIFNNRVNEKTGSWSTTTLVLGMGFVASFGMSLVVEGKGTFSLHNMEPWYWISGLIGVGVVICLVQATRLLGATFAISIVMTSQLGFALLWDSLGWLGLEKVPFTMNQLIGVLVIVGGILVFKLGGKREQQETA	PGPT0009795_1184	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-TOXOFLAVIN_METABOLISM,PGPT0009795-toxF-K09936	NA	NA
JZ016_00015	405			hypothetical protein	ATGATAACGGAGATTGACAAAATCGCCTGGATCCACATCGCGGAAGGACGCATATTGGGCGCTCGTTCCAAAGGAAAGGATACGTACTACTTGCCGGGAGGAAAGCGAGAACCTGGGGAATCCGATATCGACACGCTGGTGCGGGAAATCCAGGAGGAACTGTCCGTTCGTATCAATCCGGAGACCGCGGCGCATGCTGGCAGCTTCCGCGCTGGCGCTCACGGCAAATCGGAGGGCGTTCGAGTAACGATGTCCTGTTACACGGCGGAGTATGAAGGAGAGTTAAGCCCGGCTTCGGAAATTGATGAATTGGCTTGGCTAACGTACAAGGATCGGGAGCGGGTCTCTGAGGTCTGCCAGATGATCTTCGATCATCTGCATGAATTGAAGAAGCTGGCTGATTAA	MITEIDKIAWIHIAEGRILGARSKGKDTYYLPGGKREPGESDIDTLVREIQEELSVRINPETAAHAGSFRAGAHGKSEGVRVTMSCYTAEYEGELSPASEIDELAWLTYKDRERVSEVCQMIFDHLHELKKLAD				NA	NA	NA	NA	NA
JZ016_00016	1248	mdrP		Na(+), Li(+), K(+)/H(+) antiporter	GTGCAAATTCGATTATGGGATAACAACTTAAAGGTTCGATTATTGGGTGAAGCGCTGTTCAATATGCTGTTTTGGATGTACTTTCCCTTCATAACGGTTTATTTCGGAGCGGCTTTAGGCAATCATATCGCGGGAATCCTCATGACGGTTCCGCCGATATTCAGCATCATCGGCAGCTTGCTCGGCGGCGCATTAGCCGATCGGCTGGGACGCCGCCCCATCATGCTGCTTGGCGCCTCGCTGCAGACGGTCATGTTTGCGCTGTTCGCGCTGTCGCCTTCGCACTGGATCGATTATGCCGCATTTATCGGCATCGGATTCGGGGGCGCCATCTATAGGCCTGCCAGCTCCGCGATGGTAGCCGATCTGGTTCCGGTTGAAGAACGCCGGCAGGTATTTGCAACGTTCATGACGGCGAACAACTTGGGAGCCGTGCTTGGTCCGGCGCTTGGGGCCATTTTCTTTTTTCAGTATCGGCAAGAGCTTCTGTGGTCTTGTTCCTTCGTCTTACTGATCTATTTTATCGCCATTTACTTCATCGTTCAGGAAACCCTGCCGGCGCCTGCAAAACGCACGAAGCCGACAGGTTCGATTCTTCAGGTATTCAAGGAACAGTGGAAGGGATATGGCGTCATTTTTCGAGATAAGGTGTTTTTGGTGTACATACTGGCGGGGATTTTTGCTCTTGTGGCCATCATGCAGCTGGATCTGTATTTGGCTGTATATGTGATCGATTATGTACCATCCCAGGCGCTGTTCTCCTGGAATGGGCATTCGCTTATGCTTTCGAGCACGGAGATATTAGGGTGGGTGCTGGGGCTTAACGGGCTCTTGTTCGTTCTCTTTATTCTCCCGGTCACCAAGTGGTTTCGGGATTGGAAGGAGCGTGACGTATTCGTACTGTCTTCCCTGTTATCCGGAGTAGGCACTTTTGCACTCGGGCTGAACACAAACATCTGGTTCCTATTCTTTGTAACCATTATTTTCACTTTCGGCGAAATGGTCCGTTCCCCCGTGACGCAAAGCTTTATCAGCCGTTATGCTCCGGAGCATGCAAGAGGACAGTATATGGGAGCTGACAGCTTACAGTTTACGATCGGAAGATTTCTGGCACCAGTGACGGTCTTTCTGTCCTCTTGGCTGCAGCCTATGGGTATATTCAGCATTATCTTGCTATCGGCATTAATCAGTGTGGTGCTGTATATCCTGCTATTTCGAATGTATGAAGAAAAAAAAGACGCAGCATAA	MQIRLWDNNLKVRLLGEALFNMLFWMYFPFITVYFGAALGNHIAGILMTVPPIFSIIGSLLGGALADRLGRRPIMLLGASLQTVMFALFALSPSHWIDYAAFIGIGFGGAIYRPASSAMVADLVPVEERRQVFATFMTANNLGAVLGPALGAIFFFQYRQELLWSCSFVLLIYFIAIYFIVQETLPAPAKRTKPTGSILQVFKEQWKGYGVIFRDKVFLVYILAGIFALVAIMQLDLYLAVYVIDYVPSQALFSWNGHSLMLSSTEILGWVLGLNGLLFVLFILPVTKWFRDWKERDVFVLSSLLSGVGTFALGLNTNIWFLFFVTIIFTFGEMVRSPVTQSFISRYAPEHARGQYMGADSLQFTIGRFLAPVTVFLSSWLQPMGIFSIILLSALISVVLYILLFRMYEEKKDAA	PGPT0028575_103	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028575-lmrP-K08152	NA	NA
JZ016_00017	618			hypothetical protein	ATGAGAGCAAGCCCGGTTGGAACGCAGCCGCAGGCTTGCTTTCTTTTTTATTCGACGCTGAACGTGACTGAAGTCTTTAAAGGAATAAATTTGAAATTCATATTTACAAACCGCTGGTCGGTATATATAATAAAGCTACAAATATACGGAGGGTTGGTGAAGGTCATGATTCCGTTTATAGCCATGTTGGTTTCGCTTCTTTTGTTTCGGACGCTCGGCTTTGCAGGCTGGGAGTATATGAATGACTGGGTCATCTCACTCAGATTTGCGGTTGCGGTCCTGTTACTGCTAACGGCTTCTGCCCACTGGGGAAAACGAAGACCCGATTTAATCGCCATGATCCCGCCAGGAATACCGAAGGCTGCGCTCATGGTTACCATCACCGGTGTGCTGGAGCTTGCAGGCGCGATGCTCATCCTTATTCCGGCTACAACAGCATGGGCCTCTGCCGGTCTGGCGCTGATGCTGATCGCCATGTTTCCCGCCAATGTATACGCAGCAAATCACCATTTGTCACTTGGCGGTAAGCCGGTCACTCCAATCGTACCGAGAACGTTTCTCCAAATCGTGTTTCTGGCAGCGGTTCTCATGGCGGGCTGGCTTCCACCTCAAGGGTAA	MRASPVGTQPQACFLFYSTLNVTEVFKGINLKFIFTNRWSVYIIKLQIYGGLVKVMIPFIAMLVSLLLFRTLGFAGWEYMNDWVISLRFAVAVLLLLTASAHWGKRRPDLIAMIPPGIPKAALMVTITGVLELAGAMLILIPATTAWASAGLALMLIAMFPANVYAANHHLSLGGKPVTPIVPRTFLQIVFLAAVLMAGWLPPQG				NA	NA	NA	NA	NA
JZ016_00018	627			hypothetical protein	GTGAAGCAGGAAGAAAGGCGAGAGCAAACCAAGCGAATACTGCTTGAAGCCACGGAAGACCTGATTAGGGAGCAAGGCTGCAGCCAAACCACCCTTAATGACATCATGAAGCGTTCCGGTTTGTCTAAAGGCGCCATATTTCATTATGTTTCAAGTAAGGATGAGTTGTTTGTGCACGTATTACGGGCTAAGCTTGCCGAGCAGAACGAGCAGTTCATGAGCGAAGTGAACAAGCAAGGGGATATCAAACAGTTTGACGGACCGATGAATACCATTACCAACAGCATGTCGAGACTGGAAAGTCGTGATGATGTCAGCAACCTGATCTTCATGTACCTGATTGGCAAAAGCGATCAGCCCGAAATCGCCGACATTGTGGCTGGCTTCTATAGGGAAGCGACAGCCACTTCGAAGCTATGGATTGTCACAGGCCAGGAAGCAGGGGTTATACCGGAATCCATCGATGCGGAACGCACCGCCGAGCTGTTCGAGCTGTTGTCGTTCGGACTGCGGATGCGGGGGCTTATCGGTGTAAATAGTCATGCATTCAGCACGAAGGATTATGCCGAATTCATCATCGATATTCTCCGGCCCGGGCACCGGAAAGAGGGGAAGGATGGCTTATGA	MKQEERREQTKRILLEATEDLIREQGCSQTTLNDIMKRSGLSKGAIFHYVSSKDELFVHVLRAKLAEQNEQFMSEVNKQGDIKQFDGPMNTITNSMSRLESRDDVSNLIFMYLIGKSDQPEIADIVAGFYREATATSKLWIVTGQEAGVIPESIDAERTAELFELLSFGLRMRGLIGVNSHAFSTKDYAEFIIDILRPGHRKEGKDGL				NA	NA	NA	NA	NA
JZ016_00019	462			hypothetical protein	ATGACGCTGTGGTTATTTCTGCACATCGCCGGATGCGTATTATTTCTCGGTAATATCATTACGGCGGCATTCTGGAAAATAAGAGCTGACCTGAAAGGGGATCCGGCCGAAGTCCATAATACGGTTAAGAATGTTATGTTAGCCGATATGGTATTTACCCTGCCAGGTTTGCTGCTAATTATCGTCTCAGGCGTTATGATGGCTGTTCAAGCCGGATATGCAATGGGCGGAATGAACTGGCTGATGGCCTCATTGATTCTGTTTGGCGTTACGGGGATCCTGTGGGCAGGTTTTTTGATTCCGCTGCAAAAAGGAATGATTCGGCATAGCATGCAATCCATTAGGGATGGGGTCATTTCAGCCGGTTATAAAAGAGCTTCGACGTATTGGGCTTTAGGCGGGACAATAGCCACCCTGCTGCCCATTGTTATTTTATACTTCATGGTCAGCAAACCATTTTGA	MTLWLFLHIAGCVLFLGNIITAAFWKIRADLKGDPAEVHNTVKNVMLADMVFTLPGLLLIIVSGVMMAVQAGYAMGGMNWLMASLILFGVTGILWAGFLIPLQKGMIRHSMQSIRDGVISAGYKRASTYWALGGTIATLLPIVILYFMVSKPF				NA	NA	NA	NA	NA
JZ016_00020	2508			hypothetical protein	ATGTCCGTTAATGATCAGCATTTGGCACAAATCGCTAAGGCTTATCTGCCAAGCGGTGCTGAACTTGTACGAATCGATAAACCTATAGAACATCCTGCGGTTATCGCAGCCGACGTAACGGGAGATCACATACTGGAGATTGCTGGTGTGTCCCGATTCAATGAAGCACTATATTTATTTGTGCTGCAGTACCGCAACGGCGGATATGAGGTCGTAGCCAATGTCTTGGGGCAGGGATATGCGGTTCATTTATTGACCGCGGCCCCGGTGTTGAACCCTCATATGAATCAATTGATCGTGGGATGGCAGCTCGGTTCCATCTGGTCAAAATTGTCGATATACGCTTGGACACCAGAGGGCCTCCAAGATATCGCACCTGCCGATATATATTACAGTTATATCGAAATTGCCGACATGCCAGGTGCTTCGGGTCCGGATGGTCAGGCTGAAATTGCGCTTTGGATTCACGATACAGGCGAAGCTTATCGAGTCGAGGTCGTCAGGTGGAGCCAAGGGGCCTTAGTCACTGCACCGGATGTATACCCCTATTATTATCCTGTCGTTGTTAGGTACTACGAGAGACTGACGCAAGAACATCCGGATTACTCATATTATTGGTATTACCTGGCGGAGGCACAGTATCGGGCCGGAATGCCGGAAGCAGCCCTTGTGTCGGTCCGCAAAGCACTTACGTTCGCAGAACCTTACCCGGCGCGCGAAACGCTGCTTGAACTTGAGAAACGGATCAAGGAGATGCTGGCAAGCAGAGGGCAGTCTCAGCAGCATGTCGGGTTATTTCCGGCATCCGTGAAAACGACGAACGGAACGAAATGGGGATACATTGATCGCAGCGGAAATATGGTCATTGAGCCGAAGTACGATGATGCACAGGATTTTCAGGACAATGGTCTCGCGATCGTAGGCGTGAAGGGGAAGTATGGCCTCATCGACAGGTCTGACCGTTTTGTAGTGAAGCCTATATATCAGTTCATCAGCCCGTTCTCGGAGCATCGAGCGACCGTGATCGATGAACAAGGTTTTAAGATGATTAACGAACAAGGAGTAGTTCTGACACGACGAGGTTATCCGTATATCGCAGAACTTAAAGAAGGAAGAGCGGTTTATTATGTAACCGATAATGGCAGTGGCGATGGCGCGAACAGCAGATACGGCTATTTAGATTCCGCAGGCCAAGAGGTAATCCCGGCGCAATATGAGGAAGCGAATGATTTTGTCGATGGCAAAGCTGTTGTGAAAATCCAAGACCGTCATTACGCGCTCGTTGATCTCCATGGCCGCCGATTGGCCAATTATCCATTCGTCTACGTCGGACCGCCCGGCGATGGCTTGCTTGCTTATCAGAAGGATAGCACTGGCAAATACGGCTATATCGACGAGCAGGGGAACATCGTCATTCCGCCGACCTATACTTCGGCATTTCCTTTTCATCATGACAGAGCCATCGTCAACACGGCTGAAGATTACAAGTCGAAGTATGGCGTCATTAATAAACAGGGCGAGTGGGTCATCCAACCGGAATATAACGATATTCGGGATTTGAATGGAGACCGGTTTGCGCTTGGACGTGCGATCGATCCTGCACAGCCGTATATCGGTTCGATCTATGCCATTGCGGATTGGGATGGAAAGAGGTTATCCGATTTTGTATACCGTGAAGTATCGGAATACAAGCACGGATTGGCATCTGTTTATGATGCACAGCAGACGTATTTTATTGATCGAACCGGCAGACCGGCGCCGGGGTATCCTCAAGTGAACGGCAGCGGTTCGCTCACGCTCGAACCAGGCGGGCTAATTAAGGCATTGGTCGATCAGCGGCTGTCTTACGTAGACCGGTCGGGTCACGTCATCTGGAAGCAGAACACGGTGATTCCGCTGCAACCACCTTATAAGGTAATGGAAGAAAAGTACAAACCCAATCCGGATTACTTGGTCTACTATCCACAGATCGAAGGTATGAGGGATCAGGCAGCTCAGCAAACGCTGAATACGAAGCTTAAAGAAATGTCACAGGTGAAATTCATTCCTGAGAATCAACAGCTTGATTACACGTATACAGGTGATTTTGACGTCATTTTCTACAAGCAGAAGCTCCTCGAACTAGAATTGAACGGCTATAACTATCCCTTCGGTGCCGCACATGGCATGCCAACCAAAGTTTACGCTGTGATCAACCTGGAGAACGGCAGGATGTATGAATTGAAGGACTTGTTTAAGCCTGGCATCGATTATGTGAAGGAGCTCAGCCGTATCGTTGGCAAGCAGATACAAGAGGATCCGCAGTATTCGTACGTATTCCCTGATAGCTACAAGGGAATTGCAGCAAACCAGCCCTTCTATGTAACCGAGGACGCGTTGCATCTGGTGTTTGCACCGTATGAGATCGCTCCTTACGCAGCGGGTTTTCCGACATTCACAATTCCTTTCGCTGAGATCAAGGACATGATCAATACGGAGAGTGAATTTTGGAGTGCGTTTCATTCCTGA	MSVNDQHLAQIAKAYLPSGAELVRIDKPIEHPAVIAADVTGDHILEIAGVSRFNEALYLFVLQYRNGGYEVVANVLGQGYAVHLLTAAPVLNPHMNQLIVGWQLGSIWSKLSIYAWTPEGLQDIAPADIYYSYIEIADMPGASGPDGQAEIALWIHDTGEAYRVEVVRWSQGALVTAPDVYPYYYPVVVRYYERLTQEHPDYSYYWYYLAEAQYRAGMPEAALVSVRKALTFAEPYPARETLLELEKRIKEMLASRGQSQQHVGLFPASVKTTNGTKWGYIDRSGNMVIEPKYDDAQDFQDNGLAIVGVKGKYGLIDRSDRFVVKPIYQFISPFSEHRATVIDEQGFKMINEQGVVLTRRGYPYIAELKEGRAVYYVTDNGSGDGANSRYGYLDSAGQEVIPAQYEEANDFVDGKAVVKIQDRHYALVDLHGRRLANYPFVYVGPPGDGLLAYQKDSTGKYGYIDEQGNIVIPPTYTSAFPFHHDRAIVNTAEDYKSKYGVINKQGEWVIQPEYNDIRDLNGDRFALGRAIDPAQPYIGSIYAIADWDGKRLSDFVYREVSEYKHGLASVYDAQQTYFIDRTGRPAPGYPQVNGSGSLTLEPGGLIKALVDQRLSYVDRSGHVIWKQNTVIPLQPPYKVMEEKYKPNPDYLVYYPQIEGMRDQAAQQTLNTKLKEMSQVKFIPENQQLDYTYTGDFDVIFYKQKLLELELNGYNYPFGAAHGMPTKVYAVINLENGRMYELKDLFKPGIDYVKELSRIVGKQIQEDPQYSYVFPDSYKGIAANQPFYVTEDALHLVFAPYEIAPYAAGFPTFTIPFAEIKDMINTESEFWSAFHS				NA	NA	NA	NA	NA
JZ016_00021	411			hypothetical protein	ATGGCAGATAGTGTCACAGGCAAAAAAGATTTCGTTATCACATGCGCTGAGGATTGCGGGAACGCACCGAAGAAGGAGCTGCTTAAGAAACTCCACATCGCTATGGCTGGCATGGACGCACAATTTATGAATGAGAATTTCACGGATGGGATTCAGCTGAATTACGTTGGGGAAAGAATCGTTCAAGGGAAGGAACAAGTGATTGAATCGTTATGTCAGGTGAAGTATGGCAAGACAGTCGAACTGCATATTCATCATCTGATTACACATGGCAGTACCGGCGCAGCGGAAGGGATCCTTGTATTCGATGACCGGAAGCGCCTGGCATTTTGTAACGTGTACCGGTTTAGCAGCGGTAAAGCTGCCAAAATTAAGGAGATCACTTCCTATACAATCCCATTATCTGAATGA	MADSVTGKKDFVITCAEDCGNAPKKELLKKLHIAMAGMDAQFMNENFTDGIQLNYVGERIVQGKEQVIESLCQVKYGKTVELHIHHLITHGSTGAAEGILVFDDRKRLAFCNVYRFSSGKAAKIKEITSYTIPLSE				NA	NA	NA	NA	NA
JZ016_00022	1218			hypothetical protein	GTGGTAACTTTTTTTCTTCTTATTATTTATTTGGCCTTTATTAGTTTAGGGCTTCCCGATTCCTTGCTTGGGGTCGCCTGGCCGGCCATGCAGCCGGAGATCGGCGCAGCCTTCGAATCCGCAGGGCTGCTATCCATGGTCGTAACCGGAGGCACCATTGTATCCAGCTTGGTCAGCGGAAGTTTGATTGAACGCTTCGGAACGGGTATCGTTACGTTTGTCAGCTGTTTGTTGACGGCGAGCGCGCTCCTCGGATTTTCGTTTGCGCCATCGCTGTTCTGGCTGATTTTGCTGGCGATTCCGCTTGGATTAGGTGCAGGGGCAGTCGATTCGGGGTTGAACAACTACGTGGCGAACCATTATAAGGCCCATCATATGAGCTGGCTGCACTGTTTCTGGGGCGTAGGCGCAACGTTAGGACCCATCATCATGTCTTATTCGATGGGGACCAACGATGCATGGAGAGACGGATATTATACCGTATCGATGCTGCAATTCGTGCTGGTCTTCATCCTGCTGCTCACGCTTCCGCTTTGGAGGATCGTGGCGGGCAAACATCAGCCCCAAGGCATGGAGGAACTTCATACGAGAAACGAATCAACGAGCGGTGATGAGGCTGCCGCACGCAAACAAGGAAACCCGCTTCAAATGAAAGGGGTTAAGTTTACTTTGATGGCCTTCTTGTTTTACTGCGGAGCGGAAATGACCGTCGGTTTATGGGGAGCGAGCTTTCTGGTCGGGACCAGAGGTTTACCGTTAGAAACAGCAGCAGTGTGGGTTTCCATGTATTATGGAGGCATCACGGTCGGCCGATTTATTACAGGATTCGTAACGCTGAAGTTCAACAACCTCACGCTTATCCGGGCCGGGCAGATGACAGCCATTGCAGGGGCCATCCTGTTATTGCTGCCGCTGCATCCCTATTTGTCCCTAATCGGTTTGGTTGTCATCGGACTCGGGCTTGCGCCTATATTTCCTTGTTTGCTGCATGAAACGCCGGCCCGCTTCGGCAGAGCCCACTCATCCAGAATTATGGGCTATCAGATGGCTGTAGCTTATACGGGCACCACGATACTGCCTCCGTTGTTTGGCATCGTTGCGGCTCAAATATCGATAGGTTTGTTCCCTGTCGTCATTCTATTGTTTGCCGTGATGATGCTGCTGAGCTCCGAGAAAGTTAACCGTATCCTTTATAAAAACGGGAAGAGCGCGGTTTGA	MVTFFLLIIYLAFISLGLPDSLLGVAWPAMQPEIGAAFESAGLLSMVVTGGTIVSSLVSGSLIERFGTGIVTFVSCLLTASALLGFSFAPSLFWLILLAIPLGLGAGAVDSGLNNYVANHYKAHHMSWLHCFWGVGATLGPIIMSYSMGTNDAWRDGYYTVSMLQFVLVFILLLTLPLWRIVAGKHQPQGMEELHTRNESTSGDEAAARKQGNPLQMKGVKFTLMAFLFYCGAEMTVGLWGASFLVGTRGLPLETAAVWVSMYYGGITVGRFITGFVTLKFNNLTLIRAGQMTAIAGAILLLLPLHPYLSLIGLVVIGLGLAPIFPCLLHETPARFGRAHSSRIMGYQMAVAYTGTTILPPLFGIVAAQISIGLFPVVILLFAVMMLLSSEKVNRILYKNGKSAV				NA	NA	NA	NA	NA
JZ016_00023	1212	bcr_1		Bicyclomycin resistance protein	ATGCTTCATAACCCGACAGGAAAAGAACGCCTCGGATTAGCCTTGCTCCTCAGCTTGCTTGGCATATTAGGACCGTTCAATATCGATATGTATTTGCCGAGCTTTCCCGACATTGCCGATGATTTAAGCGCGCGGGCGTCGCTCGTACAGCTTAGCTTGACATCCTGTCTGATCGGCCTTGCGGCTGGCCAAATCATTGTGGGACCGATCAGCGATGCGCAAGGAAGAAGAAGACCGCTGCTCATATCGCTTGCCTTGTTTGCTCTTTCTTCCTTATTCTGTGCATTGGCACCCGATATTACGACCCTTATCATCGCCAGATTCTTGCAGGGATTTACGGCAGCTGCCGGCCTTGTCATCTCGCGCGCCGTAGTAAGGGATGTGTTCAGCGGTCGCGAGCTTACGAAGTTTTTTGCCTTATTATCCGTCATTAATGCGGTTGCCCCTATGGTTGCACCGATGTCCGGTGGAGCCATTTTGCTTATGCCGGGTGCAAGTTGGCATTCGATCTTTTATTTTTTAAGCTTGTTCGGTGCAGTCATCGTATTGATCGTCGCTTTTCGGTTGAAGGAAACCTTGCCGCGGGAGAGAAGAACGCCAAGCTCCCTTACCCATTCCGTGCGTACGATGGGAAGCTTGTTCAAAGATCGATCCTTTATCGGATATGCGTTGACAGTGGGCTTTATTCACGGAGGGAGCTTTGCTTACGTTTCGGGGACGCCGTTTGTATACCAAGGAATTTACGGTGTGTCACCGCAGGTATTTAGCGTGCTGTTCGGAATCAATGGAATCGCCATTATTTCGGGGAGCTTTATTATTGGTCGTTTTGGCGGCATCATCCATGAGCGGAATTTGCTTCGAATCGGGGTCATCGTCTCCGTAAGTGCAACCTTCCTGCTCCTGATCATGACGATGCTCAGAGGGCCTCTCGCGATCATTGTCATCTTGATCTTTATGTATATGGTTACAATCGGCATGGTGGCTACCAGCACATTTACGCTGGCCATGGAGAAACAAGGTCATCGGGCAGGAAGCGCAAGTGCTGTCATTGGTTTGCTGCCCTTGATGCTTGGTTCGATTTTGTCACCGCTGGTCGGTATTGACGAATCCACAGCTGTGCCGATGGGGGCCATATTGTTCTTCACTTCCGTGTTGGGCGCGGCATCATTCTTCAAATTGACGAAACCACAGGGGAGTCCAGTGGAAAGCTGA	MLHNPTGKERLGLALLLSLLGILGPFNIDMYLPSFPDIADDLSARASLVQLSLTSCLIGLAAGQIIVGPISDAQGRRRPLLISLALFALSSLFCALAPDITTLIIARFLQGFTAAAGLVISRAVVRDVFSGRELTKFFALLSVINAVAPMVAPMSGGAILLMPGASWHSIFYFLSLFGAVIVLIVAFRLKETLPRERRTPSSLTHSVRTMGSLFKDRSFIGYALTVGFIHGGSFAYVSGTPFVYQGIYGVSPQVFSVLFGINGIAIISGSFIIGRFGGIIHERNLLRIGVIVSVSATFLLLIMTMLRGPLAIIVILIFMYMVTIGMVATSTFTLAMEKQGHRAGSASAVIGLLPLMLGSILSPLVGIDESTAVPMGAILFFTSVLGAASFFKLTKPQGSPVES	PGPT0029005_2718	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029005-bcr|tcaB-K07552	NA	NA
JZ016_00024	1605			hypothetical protein	ATGCAGATAAAGAGAATTATAACCATAATGCTGTCGCTTGTATTGATCACGATTGTGGGCTGCCAGCATCAAAAACCTGCCGAACAGGATTTGCTGCGGGTTAAATCCGAACAAGGGGCCACACATAAGAAAGTCATATTCCTGATGGTCGACTCACTCATGGCACAGGCGATCGATAAGGGCATTTCACAAAAACAGCTGCCCACCATACAGTATTTGATTGAACATGGACAATACCATAAGGATATGGTTAGCTCATTTCCTACGATGTCCGTTACGATTGACAGCACGATGTTAACCGGGAAAAATCCGAATGACCATGGTATACCGGGTCTCCTATGGTATTCTTCCGACGATAAAAAAATGATCAACTACGGTACCGGACCGATGGAAATCCTCAGACAAGGCATCAATCCGGTCCTGACCGATGCATTAATCCATTTGAACGGGAAACATTTAAACTCGAATTCACGAACGATCTATGAAGATTTAGCCCGTGCTGGCTTGAAATCAGGATCGATTAACGGCTTGATATATCGGGGAGCGACCGAGCATACGCTGACGATACCGGATTGGATTCAAGGTCCGACAACACTGCAGAAAAAAATAAAAGTCAAGGGGCCGGATTTTCTAACTTTGGGAGCCTTGTCTAATCCCTTAGAAGGTGCGGAGAATTTGCCTGATCATCTCACCGACCGGATGGGGCTAAACAATAAGTATGCAATAGAAGCTTTGAACTATTTAATTCAAGCGAACAAGCTGCCGGATTTTTTGTATGTTTATTTACCGGATATGGACCAGGAGCTTCACAAGAAGGGTCCGTCTTCGCTTGAAGGAGTCAAAGAGCTGGATCAGCAGCTCCAATCCGTATTGAATTCCTTCGGTTCGCGGGAAAAAGCGTTAAATGAAGCTATTTTCGTCATCGCCGGGGACAGCGGAATGACACAGCTTCTTCCAGCAAATCAGCGTTCCGTGATTGATATGCCAGCTATGTTGAGAGGCATCTCCGTTCTAAAGCCGGGCGAAGAGGTAGAAGCTGAAACCGAGGTCGCCCTTGCAGTCAATGAAACGATGGCTTATGTATATAATTTCAAACCCAATCGTTCCCTGCGAAGCTTGGCGGAAATCCTGAGCAAGGATGACCGTATCGACTTTGTTGCTTGGAAAGAAAACGAATGGATGCATGTCCTTCAAGGGTCCACTTTGAAAGAACTCCGATATAAGGCGAAAGGTAACCTGATCGATCGCTATAAACAAACGTGGACCGTGAAGCAGGATGCCGAGGTGCTGGACCTTACATTAAATGCCGATCATCGAACCTTGGATTACGGACAATATCCCGATGTGCTGGAGAGGTTGTCCGGTTCGCTGAATTCTCATAAAGGTAAATTTTTGGTCGTGACGGCTAAACCGGGATACGAATTGGCAGACCGAAGTTCACCAACACATGAGGGGGGCGGGGGTCATGGCTCGCTCCGTCGAACCGAGTCGCTTGTCCCGCTTATCATTGTTGGAACTGACGAAAAGCCTGAGCATCTACGAATGGTTGATCTAAAAGCCTATTTACTTGATCTGCTGACAAATCACGTTAAGAAGACAAAATAA	MQIKRIITIMLSLVLITIVGCQHQKPAEQDLLRVKSEQGATHKKVIFLMVDSLMAQAIDKGISQKQLPTIQYLIEHGQYHKDMVSSFPTMSVTIDSTMLTGKNPNDHGIPGLLWYSSDDKKMINYGTGPMEILRQGINPVLTDALIHLNGKHLNSNSRTIYEDLARAGLKSGSINGLIYRGATEHTLTIPDWIQGPTTLQKKIKVKGPDFLTLGALSNPLEGAENLPDHLTDRMGLNNKYAIEALNYLIQANKLPDFLYVYLPDMDQELHKKGPSSLEGVKELDQQLQSVLNSFGSREKALNEAIFVIAGDSGMTQLLPANQRSVIDMPAMLRGISVLKPGEEVEAETEVALAVNETMAYVYNFKPNRSLRSLAEILSKDDRIDFVAWKENEWMHVLQGSTLKELRYKAKGNLIDRYKQTWTVKQDAEVLDLTLNADHRTLDYGQYPDVLERLSGSLNSHKGKFLVVTAKPGYELADRSSPTHEGGGGHGSLRRTESLVPLIIVGTDEKPEHLRMVDLKAYLLDLLTNHVKKTK				NA	NA	NA	NA	NA
JZ016_00025	306			hypothetical protein	ATGACGACCAACCGAATCATTCATTCCGTTATTTTTTCGCTTAAACATGAGAAAGGCTCAGCGGAGGAGCAGCGTTTCCTGGAGGATGGACGATCTGCCCTCAGCACGATTCCAACGGTTCAAGACTTTAAGATATTCAAGCAAATCAGTCCTAAAAATACATATGATTTCGGCTTCTCGATGGTGTTTGAGAACGAAGCCGATTATGATGCCTATAATGTGCACCCGCAGCATGTGGACTTCGTCGAGAACCGCTGGAAGAAGGAAGTCGAACAGTTTTTGGAGATCGATTACAGCGAAGTGTAG	MTTNRIIHSVIFSLKHEKGSAEEQRFLEDGRSALSTIPTVQDFKIFKQISPKNTYDFGFSMVFENEADYDAYNVHPQHVDFVENRWKKEVEQFLEIDYSEV				NA	NA	NA	NA	NA
JZ016_00026	147	hisC_1	COG0079	Histidinol-phosphate aminotransferase	ATGAATAAGCTGCTGGAGCGGGGGATCATCGTCCGCTACGCCAAAGGTTGGGGACTGCCTGAGCATATTCGGATTTCGGTAGGAACCGCGGAAGAAAATCAAGCGCTGCTTGATGCTTTGGGTGAAATCCTAGGGCATATCACGTAA	MNKLLERGIIVRYAKGWGLPEHIRISVGTAEENQALLDALGEILGHIT	PGPT0020305_1513	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
JZ016_00027	1083			hypothetical protein	ATGGACAAGCTTGCCACCATCCGAATTACCTTTAAATTCGTTCTCCTGCTGGTTGCGATGGTTCCCTTCGTAACCGGTTGCTGGGATATCAAAGACATTAACCATCGCTCGCTTCCGGTCATTATGGGCATTTCGTTAACCGAGGAGAATCAATACAAGGTGTTTCTGGATATTCCGGCAACCAATGAAACGAGCACCGTAAATATCGTTTCGGAAACGGGTGACACCATCAATAAAATTATTGATCATATTAGCATGAATATGGAGACTCAGGTCGATTTGCTGCATTTGAAAATCGTCATCGTGGATAAAAATTTTGCCCGTAACGGCATGGAAGACATTATCTCCGCGTTTAATCGTTCCAGAGACATCTCCTCCAAAACGCTATTTGCCATCAGTGATCAAGGGCTGGATCAATTCTTTTCGGATATGGCAGCCAAATCGGAGCACAGCGGCAATATCATTTATGATTTTTTTGAAGAAAACGCCGGCTGGAACCCTCAATTGGCGGATACCCGGATATGGCAAATGTTTCGCAGCATTCATTCCTATACGCATGATGTCATCGTCCCGATCATACGTTCAGGAAGATCCACAAGTATCGAATGCATGGGTTCGGCCATCATCAAGAATGGCAGAATGACGGGTCAAATCGGATCCGATGAAACGTTAGTAGCCAATGCCTTTTATGGAAAAAGCGCATTCGGCAAGGTGGAGATTATGGACAGCACCACCGTACAAATCATTAGCAACAGGCTTACCCATCACAGCTGGATGAAGAATGATAAGCCTTACCTCCGCAGCCATCTCAGGCTGAAGGTCACCATTCTAGATTCCAGGGGGCATCTAACGGAAGAACAAATTAAGGAGAGGCTGGAGGCGCTGTTGACCTCTCGTCTGGATCAAATGTTCAAGAAAACGCAAAAAGAACAAGCCGATATCTTTGCCTTGGGCCAATATTTCAGAAATCACCTGAATCGTGAACAGCTGCGGGATTGGAGAACCACTTACTACCCGAATCTGGATTTCAAACTGCATGTAACAACCATCATTGAGAATCGGGGTAATCTGAAGAACCTATAA	MDKLATIRITFKFVLLLVAMVPFVTGCWDIKDINHRSLPVIMGISLTEENQYKVFLDIPATNETSTVNIVSETGDTINKIIDHISMNMETQVDLLHLKIVIVDKNFARNGMEDIISAFNRSRDISSKTLFAISDQGLDQFFSDMAAKSEHSGNIIYDFFEENAGWNPQLADTRIWQMFRSIHSYTHDVIVPIIRSGRSTSIECMGSAIIKNGRMTGQIGSDETLVANAFYGKSAFGKVEIMDSTTVQIISNRLTHHSWMKNDKPYLRSHLRLKVTILDSRGHLTEEQIKERLEALLTSRLDQMFKKTQKEQADIFALGQYFRNHLNREQLRDWRTTYYPNLDFKLHVTTIIENRGNLKNL	PGPT0014785_199	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0014785-yfkR-K06308	NA	NA
JZ016_00028	1095			hypothetical protein	ATGGATAAGAGTGGTTATCAAGCAGCCATCGTGTATGTGGTTTGTCATATGGGTCTTATCTTTTTTCTCTATCCTTCCGATTTGTTTTCAGCCATGGACATGGGGCATTGGATCGGAATTTCCATAAGCTATGCACTGCATGCGATAGCCCTCTACATGTATGTCAAAGGACTGCAATGGGCCGCGCATCGGAATGTCGTGGATATTTTCGGGAGCGTCGGCAAATTTCTTCCGTGGCTACTCCTGCTGCCTGCCTTGCTCTACTTCGGCGTAGCCATTATCATAACGATCCGAGCTTATTCCGAGATGCTCACCTTAGTATTCTTATCGAGCACGCCGCTGTGGGCGATCCAGTTGTTACTGATATCCATTGCTTTCCTCATGGCTTGGCAAGGAATGAGCAGCATGGCCCGAACCAGTGTCCTGCTGGTTATCCTGTTCACAATCCCCATCCTTTTTGTTCTCTGCTTTAGCTTTCAAAATGTGGATTGGTATTACTTGCTGCCGATCATTGACCCTGGTCAATCGTTCCATTTTCTTGCGAAACCTGATTTTCTGGTCAGTTTATTCGTATATGCGGGCGGCTTCTTTTTCCTGGGGCTGTTGCCGCCCTCTATACAGATCAGCACCAAAAAAATGATGCTAGGCTGTCTCTTGCTGTTTCCCATGTTCTTATTGTCCGTATATTTGCCGCTTCTGACCTTTGGTCACGCAACCGCCGAATTATATGAATTCCCCATGCTAATGACGATAGACACCGTGAACATTACATGGCTTTTATTTGATCGGGTCACAATCTTCTTTTTATTGAGTTTGATGGCTTTTGCATTTCTGTACCTGGGTGTGACGTTATGGGTTCTCGTCACGCTTGCGAAGCGGGCCGTCCCGTTCATTCCTCAAAACGTTCTCCTGATTGCGCTGACCATCGGATTGTTTGCCATATCCATCGCCATCCCCAACTGGGACTACCTTAAGACGCTGCAAGGGTGGATAATTCCACTGAGGCTGTATATGTTCCTGGTGATTCCGCTGATCACGTTTATCATCGGTTGGCGGCACAAGCATAAAGCGAACCGTACGACGGAGGTAACTTAA	MDKSGYQAAIVYVVCHMGLIFFLYPSDLFSAMDMGHWIGISISYALHAIALYMYVKGLQWAAHRNVVDIFGSVGKFLPWLLLLPALLYFGVAIIITIRAYSEMLTLVFLSSTPLWAIQLLLISIAFLMAWQGMSSMARTSVLLVILFTIPILFVLCFSFQNVDWYYLLPIIDPGQSFHFLAKPDFLVSLFVYAGGFFFLGLLPPSIQISTKKMMLGCLLLFPMFLLSVYLPLLTFGHATAELYEFPMLMTIDTVNITWLLFDRVTIFFLLSLMAFAFLYLGVTLWVLVTLAKRAVPFIPQNVLLIALTIGLFAISIAIPNWDYLKTLQGWIIPLRLYMFLVIPLITFIIGWRHKHKANRTTEVT	PGPT0025055_735	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296	NA	NA
JZ016_00029	1335			hypothetical protein	ATGGATCTCAAAGAAAGCCTTGCTGAGTATTTCAAAGCGAATGCTGATTATTTCAATGTAGAAATTCGATTGCAGCAGTATCAAGTTCAAGTGATTGGTTTAGATTCGTTAGTTGATCTGCCCCAGAGTATCGCATCCCTTCAAACTCAAACCTCAAATCTGGTCAAAACCTCCCTGCCGCCCGCTAAGCTTCTTAAAATTTTGGGCGAGCTTGTAGAACCTAATCTGGCATCGATTATACCTGACATCATGAAGGGCCACCTGATCCTGCTGGAGCCTCTGTCAGGGACATGCTGTGCCGTTCTTCCGATATCGAAAAATGTCACCCGCTCGGTCTCAGCGCCTGAAACGGAAAGTACGGTATACGGCTCCAGCAGCTCTTTTCTGGAGGATATCCATACGAATATCGGCATCCTCCGAAAACACTGCACCGGATCCAGCCTTCAGGTAGAAGCGTACACGGCAGGGTCAAGTCACCCCAAGTCGTTAATGCTAATTTATCAAGAGGACAGGATCAAACCCCAGTTACTGCAATCCATTCAAGCGAAGATCAGAGCAGGATTACACCAGGATGTTCAACATATCCAACAGCTTGAGAACATGCTGGGATTAAACAAGTGGTCGTTCGTAACCAACTTCAACATGACGGAATTACCGCAAAATGCAGCTCACGCCCTTCAACAAGGTAAAGTGGTATTTATGATTGACCGTCATCCTTTTGCAATCATTTTACCCAGTCTCGTCATGGATATGTTCTGCATGAAGGACGATCATAATTACCCTCGCACCTTCATGTACCTTATCCGTCTTTTGCGAATTGTGGGCGTCTTGATCGCAACGATTATTCCTGGGTTATATGTGGCCTTAGTGTCCATTAATCCTGAAGTACTGCGGCTTCAGCTGGCCTTGTCGATTGCTAACAGCCGGCAGGACGTACCTTATCCCGCCTTTGTCGAAACGCTGCTGCTCCTCATCGTTCTAGAGCTCATTCTTGAAGCAAGTGTTCGACTTCCAAAAAGCGTGGGACCCACGATTACGATGGTTGGCGGTATTATACTGGGCCAGGCAGCCGTGTCCGCTAAACTTGTCAGCAACCTTCTGATTATCGTGCTGGCGGGTACCACGATCGCTTCTTCTACTGTAGTGGGGTTTCAGAACGCTGTATCTGTTCGCGTGTTCAAATACCTGCTGATCATTTTATCCGCCATCTATGGGATGTTGGGGCTCCTTGCTGGAATCGTGGTCATCTGTGCCTATATGGGTCATCAAAAAAGCATGGGCATTCCTTACTTGTCATTTCCAACATTAAATCAGAAGGATGATCGCAATGGATAA	MDLKESLAEYFKANADYFNVEIRLQQYQVQVIGLDSLVDLPQSIASLQTQTSNLVKTSLPPAKLLKILGELVEPNLASIIPDIMKGHLILLEPLSGTCCAVLPISKNVTRSVSAPETESTVYGSSSSFLEDIHTNIGILRKHCTGSSLQVEAYTAGSSHPKSLMLIYQEDRIKPQLLQSIQAKIRAGLHQDVQHIQQLENMLGLNKWSFVTNFNMTELPQNAAHALQQGKVVFMIDRHPFAIILPSLVMDMFCMKDDHNYPRTFMYLIRLLRIVGVLIATIIPGLYVALVSINPEVLRLQLALSIANSRQDVPYPAFVETLLLLIVLELILEASVRLPKSVGPTITMVGGIILGQAAVSAKLVSNLLIIVLAGTTIASSTVVGFQNAVSVRVFKYLLIILSAIYGMLGLLAGIVVICAYMGHQKSMGIPYLSFPTLNQKDDRNG	PGPT0014780_308	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0014780-yfkQ-K06307	NA	NA
JZ016_00030	660	azoR1_1	COG1182	FMN-dependent NADH-azoreductase 1	ATGGAGAACATGCTCATCATCAACGCACATCCGAGGGTGGAGTCAGCGACATCGGTCAGCCTGCAGGTGCTTCAGCATTTTTTGGAGGCGTACACGAAATGGAGCCCAGTAGGAGCAATAGAACAAATCGATTTATACCGTGATTCTATACCTGCCATAGATCATATGATTCTAGAGCTACGGAGCAAACAGGGAAGAGGGGAGCTGCTTAGCGAAGAGGAACAACAGCTAACGGTCCGCACGTCCGCCATTCTACAGCAATTTAAGGCGGCACGGAAATATGTCATCGTCTTGCCGATGCACAATTTCAACGTTCCTTCGAAGCTTAAGGATTATATCGATAACATCCTCATTGCACGAGAGACGTTCCAATATACGGAGAAGGGTTCGGAAGGTTTGCTAACCGATGGCCGCAGTCTGCTGGTCATTCAGGCGAGTGACGCCATTTATACAAATAATGATTGGTATACCGAGGTGGAATATTCGCATAAATACCTAAAATCCATGTTTAACTTTATGGGGGTTATGGATTATCAGATCATCCGGGCTCAAGGAAATGCATTTTTCGATAGGGATCAAATTCTAGAACAGGCTTATAAGGAAGCCGAAGAAGCTGCGAAACGTCTTGCAGGTAAGAAAATTGAGACATCAAGTAAGTAA	MENMLIINAHPRVESATSVSLQVLQHFLEAYTKWSPVGAIEQIDLYRDSIPAIDHMILELRSKQGRGELLSEEEQQLTVRTSAILQQFKAARKYVIVLPMHNFNVPSKLKDYIDNILIARETFQYTEKGSEGLLTDGRSLLVIQASDAIYTNNDWYTEVEYSHKYLKSMFNFMGVMDYQIIRAQGNAFFDRDQILEQAYKEAEEAAKRLAGKKIETSSK	PGPT0006790_198	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118	NA	NA
JZ016_00031	1398	gabR_1	COG1167	HTH-type transcriptional regulatory protein GabR	ATGTGGGGAATTGAACTGATACGGAGCAGCGAAATTCCGCTGAAACGCCAGATTTATCTTGCCGTCCGGGACCAGATTATTAACGGGAAACTCAAGGAAGGCGAAGCACTGCCATCTACTCGTGTTTTGGCAAATGTGCTGCATGTTTCACGAAACACCGTAAATGAAGCTATTGAGATGCTGCTCGTCGAAGGCTTTGTCGTAAGCCGCCAGGGAGCACCGACCCGGATTGCCGAAGGTTTGTCTCTGGAGGTGCCTCCAGTCGAAGAACCGCCGAAGCGAGTAGAGAGTCCCCTATCTTTTTTAGTTGATTTCCGGACGGGCCAGCCGGAATTAAGGCAATTTCCACGGTATCTGTGGCAGCAGATCTCGCAGAAAACTTTAAGCGAGATGCCTCATGATCTGCTAGGTTATACGGGCCCCCAAGGTTTGCCGCGACTGCGCATGGAAATCGTTTCATGGCTTTACAGGAGCAAAGGGCTCTCCGTAGATCCTGAAGACGTCTTTATAACGGCAGGAGCTACCCATGCACTGCACGTCATTGCTGACTTGTTGTATGAGGATGGAATGGAAATTATGGTTGAAGACCCCTGCAACATCGAGATGCTGCAGACATTTATTAATAAGGGCTACAACGTCCAGCCTATTTCAGTGGATGAACATGGAATACAGCCAGACAAGCTGAAAGGAAAATCATCTTCACCCGTCTATATCACGCCTTCGCATCAATTTCCTCTAGGCGGAATCCTGCCCGCTGACCGACGTGCCGCGTTAATCCGTTTCGCACGAGAGAACCAAAGCTATATTATCGAGGATGATTATGACAGCGAATTCCGGTATTATGGTGATCCGGTATCGCCGTTATATGCCATGGACTCAGAGCGGGTAATCTATATCGGTACTTTTAGTAAAGTACTCTTTCCTGCTCTTCGAATTGGTTATGCGATACTTCCACCTAAGCTTCAGCAACGCTGGCGTTTTCTCCGCACTTATACGGATGTCCAGAATCCGCCGTTTGAGCAAGCAACACTGGCTGAGTTTTTACATACTCGAAAATTCGACAGACATATTAGGAAAATGCGGAGGTTATATGGTGAGCGTAGAGAGGTGCTTCTATCATCACTTAAAGAGTGTTTCGGGGAGGCCTGGCACCCCTGGGGAGATGCGGCAGGACTGCATCTTGCCGTTGAGTTTCCCGGAATTCATTTTGATGAGTCGTTCAGAGAAAAAAGCCGGTTAAACAGAATACGCATTACGCCTGTGGAGCATCACAGTATTCAGAAGGGCATGCATGTAAACAAGCTGCTTTTGGGTTACGGTCATCTGAACCCTGATGAGATCCGCATAAACATGGCGTCATTGCTCACCTATTTGAAGGAGCAGGGCCACTATGAATGA	MWGIELIRSSEIPLKRQIYLAVRDQIINGKLKEGEALPSTRVLANVLHVSRNTVNEAIEMLLVEGFVVSRQGAPTRIAEGLSLEVPPVEEPPKRVESPLSFLVDFRTGQPELRQFPRYLWQQISQKTLSEMPHDLLGYTGPQGLPRLRMEIVSWLYRSKGLSVDPEDVFITAGATHALHVIADLLYEDGMEIMVEDPCNIEMLQTFINKGYNVQPISVDEHGIQPDKLKGKSSSPVYITPSHQFPLGGILPADRRAALIRFARENQSYIIEDDYDSEFRYYGDPVSPLYAMDSERVIYIGTFSKVLFPALRIGYAILPPKLQQRWRFLRTYTDVQNPPFEQATLAEFLHTRKFDRHIRKMRRLYGERREVLLSSLKECFGEAWHPWGDAAGLHLAVEFPGIHFDESFREKSRLNRIRITPVEHHSIQKGMHVNKLLLGYGHLNPDEIRINMASLLTYLKEQGHYE	PGPT0016790_4405	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0016790-mocR-K00375	NA	NA
JZ016_00032	1023			hypothetical protein	TTGGAGCGTTGGAAAGGGATGTTGTATCTGTTGGGCGCATTTTCACTTGCGGGCACTTCGGTTATTACCGGTTGGTTTTTGAACGAAAGATTAGGGGTTTTCACCATTACCGCAGTCAGCTTGTTCTTTGCGCTTCTGTGTTTGCTGCCGCTGTGCCTGAGGAACCTGATGAAGACGGTCCGTCGTTTATCGATAAGAGAGTGGAGGATTCTATTCTTCCAGGCGTTATTTGGAATGTTTCTGTTTCGGATGTTTTTACTGTACGGCCTACAACATACAAGTTCTGCTGAAGCCGGAATCTTAACGGGTGCCACGCCTGCCTTTACCGTTATTCTGGCCGGCATGCTGCTGAAAGAATCGATGAACCGCACCAAGCTAGTAGGTGTTCTAAGTACGGTGGGAGGCGTTATCGTGATCCAGGGGTTATTTTCATCGGATGTTTCATTTTCCCTTCATCATATACGGGGTAACGCGCTAGTCCTCTGCGCAGCAGCGAGTGAATCTTACTTTAACATCCTGTCTCGGATCAGTTCAGTCAAGCAAAACAAGACATACGATGAGAATATTCATCCTATAGTCCAAACGACATTGGTCTCTGCACTTGCCCTCATGCTCTGCCTGGTTCCTTCATGGTTTGAGAACCCCGCAGCTTCACTATCAGCGATCGGGCTAAAGGAGTGGTTGGCTCTGGTATGGTATGGACCTATTGTAACGGCGCTGGCTTTTATTTGTTGGTATGCCGGCATCAAGCGGTGCCAGGCTTCAACGGCCGCAGCTTTTTCGGGGATGATGCCATTCACCGCTTTAATGCTCTCGGTCATCCTATTAAAGGAATCGGCCGGCTGGGAGCAGTGGTGCGGGGGACTCCTGGTCATTATAGGTATGATTCTGATTGGGAGAAATCAAGCACAAACCGGTAAATTGTCCATGCAGCCTGTCTCTGACCATGGAATGATATCTGGAGTTCGAAATGAACGCATGGATCCAGACGGAGGGAAACGTAGAACAGATAAAATTGGGTAA	MERWKGMLYLLGAFSLAGTSVITGWFLNERLGVFTITAVSLFFALLCLLPLCLRNLMKTVRRLSIREWRILFFQALFGMFLFRMFLLYGLQHTSSAEAGILTGATPAFTVILAGMLLKESMNRTKLVGVLSTVGGVIVIQGLFSSDVSFSLHHIRGNALVLCAAASESYFNILSRISSVKQNKTYDENIHPIVQTTLVSALALMLCLVPSWFENPAASLSAIGLKEWLALVWYGPIVTALAFICWYAGIKRCQASTAAAFSGMMPFTALMLSVILLKESAGWEQWCGGLLVIIGMILIGRNQAQTGKLSMQPVSDHGMISGVRNERMDPDGGKRRTDKIG				NA	NA	NA	NA	NA
JZ016_00033	351			hypothetical protein	ATGGAGAAATTACTAGTTAAGCTTCTGGTGCATGGTGTTATGATTACGGCAATCCTAGTCGGTCTATCGAATGCTACGTTTGCATCAGCGGTTATTGCTGCTTTGGGTATCGGGATTGTTGCTTATCTGGTGGGTGATCTTTTAATTTTGCCGAGGACGAATAACATGATGGCTACCATTGGAGATGCGGGACTGGTATTCGTCATGCTGTGGATTATCAGCGAATCGGCGAACTGGACCTTGACCTTACCGGAGATCTTGCTGATTACGGTGTTAGCCGGTATCTTTGAATATTTCTACCACATGTGGCTCCTTCGGGACCACGAGCCTGTTCAAAAACAACGGGCTTGA	MEKLLVKLLVHGVMITAILVGLSNATFASAVIAALGIGIVAYLVGDLLILPRTNNMMATIGDAGLVFVMLWIISESANWTLTLPEILLITVLAGIFEYFYHMWLLRDHEPVQKQRA				NA	NA	NA	NA	NA
JZ016_00034	513			hypothetical protein	TTGGGAATTCTAAGCGGCAATCCTAAAAATGAGCCTATGCATTATGGTGAAATCTTCAGTGTATGGGAAACGTCCATGATGGCAAAAGGCATGGTTTCCTGCTACGAGGCTTATATGAGTCACGCAGGCGATAAAGATCTCAAAAATATGCTAAAAGATCTGCTGGATCAAGCAAAACTTGAGATTAAAGAATGTGATGAACTGCTTACAGATAACGGAATCGCCCCTGCACCGGGACTTCCCGAAAGACCCCCGGCCAAACTTGAGGATATTCCAGTAGGTGCAAGATTCACAGATCCTGAAATTGCAGCCAAAATCGCTGCTGATACATCACTCGGACTCGTATCATGCAGTAAAACCATGGGGATGTCCATCCGGGAGGATATTGGAGCCTTATTCGCTAAATATCATCTCACCAAGACGGCGCTGGGTGTGCGGATCCTCCAGATGAATAAGGAAAAAGGCTGGCTCATTCCTCCTCCTCTTCAAATCAAGAGACCTGAAGAAAAATAG	MGILSGNPKNEPMHYGEIFSVWETSMMAKGMVSCYEAYMSHAGDKDLKNMLKDLLDQAKLEIKECDELLTDNGIAPAPGLPERPPAKLEDIPVGARFTDPEIAAKIAADTSLGLVSCSKTMGMSIREDIGALFAKYHLTKTALGVRILQMNKEKGWLIPPPLQIKRPEEK				NA	NA	NA	NA	NA
JZ016_00035	855			hypothetical protein	ATGTATTTTTACAAAGAGGATCTGATCAATCTGATCGTTCCGGATAAACCCGATCCAGCAGCTGCAAAAGTGCTGCAGGAAACGTTAGGCGGCCGATTCGGCGAAATGCGGACGTTGATGCAGTTCTTTTTCCAAAGCAATAATTTCAGAGGGAACGCAACTCAATACCGTGACTTGATCCGTGGCGTTTTCTTGGAGGAGATAAGCCATGTTGAGTTGGTTCAACATACAATAAACCAGCTGCTGACAGGCGCGGGCGCAGAAGGCGCAGGTAATGCCGGAGCGGACGGTGCTCCGCTGAATGAAGCGATTAAGCATGCGAATCCGCATCACTTCATTATGGGGGCCCAAAGTTCTTTGCCTGTTGATGCCGCAGGAAACCCATGGCAGGGTAATTACGTGTACGATCACGGAAATTTGGTTAGTAATTTACTTGATAATGTCGTGCTCGAATCAACGGGAGTGCTCCAAAAAACGCGAATCTATGAGATGAGCACAAACAAAACCTTCCGTGAAACGTTGGCTTTCCTGATTGTACGGGATAACGCGCATCAAAATGCGTTTGCCAAAGCGCTGGAGACGCTGGGCGTTGAATGGGGTAAAATATTCCCCGTTCCGAATTATGACATCCATAAATATCCGGAGTGTCAAAAATACGTAGATATGGGCTTCCATAACGCACAATTCAACTTCAGGCTGGATGATACACGAATCGGCGAAATCTTTAGCGGTCAAACCCCAAGCAGAAATGGCGGGGAACTGCAAGTGGTTCAACCTCCGGAGGGGTTCCCGTTACCTGTGATGCCTGAGCTGGCCAACGAGCATGCACCTGGGTTATACGATTTAAATCAGTAA	MYFYKEDLINLIVPDKPDPAAAKVLQETLGGRFGEMRTLMQFFFQSNNFRGNATQYRDLIRGVFLEEISHVELVQHTINQLLTGAGAEGAGNAGADGAPLNEAIKHANPHHFIMGAQSSLPVDAAGNPWQGNYVYDHGNLVSNLLDNVVLESTGVLQKTRIYEMSTNKTFRETLAFLIVRDNAHQNAFAKALETLGVEWGKIFPVPNYDIHKYPECQKYVDMGFHNAQFNFRLDDTRIGEIFSGQTPSRNGGELQVVQPPEGFPLPVMPELANEHAPGLYDLNQ	PGPT0013240_748	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217	NA	NA
JZ016_00036	594		COG0693	putative protein	TTGAAAAAAGTGCTTTTGCTGTTGGCGGATGGATTTGAAGCTGTGGAAGCGAGTGTATTTACGGATGTACTGGGGTGGAACAACCTGGAGGGAGACGGGACAACCCAGGTAGTGACCGCGGGACTGCATGACAGATTGAAATGCACGTGGAATTTTACCGTCATTCCCGAGGTCACGCTGGACTCGGTGAAGGTGGAGGATTACGATGCTCTGGCGATTCCTGGCGGGTTCGAGGAAGCGGGCTTTTATAACGATGGATACGACTCCAGGTTCTCCAAGATCATTCGGGAATTTCATGAGCAGGGCAAGTGGATTGCCACAATCTGCGTTGCAGCTCTTACGCTTGGCAAAGCCGGCGTGCTGGAGGGACGAAAAGCCACGACGTATGATCACCCGACCAGCGTCCGAAAATCGCAGCTGCGGGAATTCGGTGCCCATGTCGTGGATGAGCAGATCGTTGTGGATGGAAACCTGATCACCTCATGCAACCCGGCAACGGCTTTTGAAGTGGCATTCACTTTACTGGAAAAGCTGACATCCTTGGAAAATACAATGCATGTGAAAGAGCTTATGGGATTTACAAAGAAATCATGA	MKKVLLLLADGFEAVEASVFTDVLGWNNLEGDGTTQVVTAGLHDRLKCTWNFTVIPEVTLDSVKVEDYDALAIPGGFEEAGFYNDGYDSRFSKIIREFHEQGKWIATICVAALTLGKAGVLEGRKATTYDHPTSVRKSQLREFGAHVVDEQIVVDGNLITSCNPATAFEVAFTLLEKLTSLENTMHVKELMGFTKKS	PGPT0008945_532	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B1|THIAMIN_METABOLISM	PLANT_VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008945-thiJ-K03152	NA	NA
JZ016_00037	270			hypothetical protein	TTGAGTTTATTTCCTGTCACCTACTCGCTTCTATCCAAGCAAGCGGTAGGGTTACATATCCAACATCATTATGATATCGGCAGCGTTGTGAAAATTATTAGATCCCTCAGCGAAAATGATCTTGCCGCTGTCCCGTTTTTTGTTGCCATTCGGCAGCTTTGGCTTTTTGGATTATGTTTTCAAGATTCGGAGTTTGCAGGCATTGCCGACTATGATGAAGGTTTTATAGATCGCAAAATGCAGTATTTCAAGAGTTTGGGTTATGTCTAG	MSLFPVTYSLLSKQAVGLHIQHHYDIGSVVKIIRSLSENDLAAVPFFVAIRQLWLFGLCFQDSEFAGIADYDEGFIDRKMQYFKSLGYV				NA	NA	NA	NA	NA
JZ016_00038	363			hypothetical protein	ATGATTTATCAGGGATATGGGGATGGCATTCGAGTGGATGGCATCCCGGCAGGATTTGCTCTGGTAGCAACCCCGCCATATACATATGGCAGTGAATTTTACATGAATGAGTTTTTAGTTTTGAAGCCCTTTCGAGGCAAACATGTTGCGGAGAATGCTGCATCACAAGTGTTCCGCAAGCATGCCGGCAGCTGGGAAGTCCAGACGAATGCCATGGATCGCAATACGCGGGCGCAGGCATTCTGGAGAAAGACGATGAGCAACTATGTTTCGGACTCACGCGTGCAGGAATTTGTGGCTGCGAGGGACGACAATGAGAAGCTGATCTTCCAGTTTGACTCATCGCTGGCATCATTGAAGTAA	MIYQGYGDGIRVDGIPAGFALVATPPYTYGSEFYMNEFLVLKPFRGKHVAENAASQVFRKHAGSWEVQTNAMDRNTRAQAFWRKTMSNYVSDSRVQEFVAARDDNEKLIFQFDSSLASLK	PGPT0028640_9	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028640-aac6_I|aacA7-K18816	NA	NA
JZ016_00039	1317			hypothetical protein	ATGGCAAGGCCGGCCGGCCCTAACGACAAATCAAGATTTCCGTCTGAGCCCTCCCTGGCGCTGGAGCAATTCATGATGGAGTATGGCACTTCCATACTGCGTACAGCCTACTTCTACCTAGGTGATCGACATTTAGCGGAGGACGTTAGCCAGGAGGTTTTCCTGCGGGCTTTTCGCCATTGGACATCATTCCGGGGGGAGAGCAGTGTGAAGACGTGGCTGACGAAGATTGCAATTAATGCATGCCGGGATAAACTGGGTTTAAAAATGACACAAGAGCAACCGACGGACCCGCTGCTGCTGGAAAGCTCCGCACTCCGCAGTGTGGAGGAGGAAGCCATGGAGCGCCTAGATCAAACAACTATTCTTAAATATATTGCCGAACTGCCGGTTCATTATCATGAGGTTATTTACTTGTATTACTATCTTGACCTGGGAACTCGTGAAATCGCGGAAGCTACCGGAGCACCGGAAGGGACCGTTCGCCCGAAGGCTTCACCGGGCAAGAGAGCTTCTTGGCGAATACCTGGCAAAGGAGGGACTCGCACAATGACATTCCAGGACGACCAACTTCGGGACCTTATAAAAAACGAAGCGGATGACCTCCTGTTAGGAACCCTTCACTTCGATACGGATATGCAAGAGAAGGTAAAGCAGCTTGCAGAACGAGAACGAAAGCAGCTGGAGAATCAGGAGCGAAGAACGAAAAAAAGACGGTATCCATGGTTCGCCGGAGCAGCAGTCGCTGCTGCGCTCATCGGATTACTCCTCATTTTCGCTGAGCCTAACTTCATTAAAACTCCGGGAGCGCCTCCTGTGCAGGAGCCACCTGCGCTCCTAAAAGATCCTGGTCCTGATGCCCCGATCGAGAATCCGCCGGGTATTTCGAATAACGAACTACGAATTCTCGGCAGCTATGATGAGGCAAGGCAAGCCTTTGGTGATAAGCTTCGTATTCCGTCCTATCTTCCGGAGGGCTTCTCCCTTCATCAAATTTCGGTAACAGGTCCGAAAGAAGAGGCAGCTACGGAAGCGGTAATCAGTTACACAGCAGGCGACCGTTCATTCGGTCTGTTTGTAAACAAAGATGACAAAGTGAATATGCCCCAGTATTTCGATGAAAAAGTGGACTTGAACGGTGTCGAAGGCTATTTGATCAGAGGCGAGCCGATTCAAGACAACGGAGGGATGGTTCCTAATGTTCAGCTCCATTGGTACACAGATCATATTCACTTTATGATCTCAGGTCTTGTGAGTCAAGAGGAAGCCCTTCAAATTGCCCGGTCCATGGAACCGGTTATGAATCCAGATCCATAA	MARPAGPNDKSRFPSEPSLALEQFMMEYGTSILRTAYFYLGDRHLAEDVSQEVFLRAFRHWTSFRGESSVKTWLTKIAINACRDKLGLKMTQEQPTDPLLLESSALRSVEEEAMERLDQTTILKYIAELPVHYHEVIYLYYYLDLGTREIAEATGAPEGTVRPKASPGKRASWRIPGKGGTRTMTFQDDQLRDLIKNEADDLLLGTLHFDTDMQEKVKQLAERERKQLENQERRTKKRRYPWFAGAAVAAALIGLLLIFAEPNFIKTPGAPPVQEPPALLKDPGPDAPIENPPGISNNELRILGSYDEARQAFGDKLRIPSYLPEGFSLHQISVTGPKEEAATEAVISYTAGDRSFGLFVNKDDKVNMPQYFDEKVDLNGVEGYLIRGEPIQDNGGMVPNVQLHWYTDHIHFMISGLVSQEEALQIARSMEPVMNPDP				NA	NA	NA	NA	NA
JZ016_00040	498			hypothetical protein	ATGAAAAAGATAAATATGAAGCATTGGGGCAAGATACTGCTGTTGGGGAGCGCTTTGCTCGTAGTTGGGGCCGGTTCTGCCTTGGCTGCGCCGGATAGCGCGGTATCAACATCCTCGCACTTGGCTTCCGCGGCGGAAGATCGTCTGACTAACAAACAAGCGGAGATTGACGAATATGTTGCCGGTGCAGGTCAAGAAGAGCTTTCCGCACAGGGTTTTACTGTGACTCACACGGGGGTGGTCGGTGATAAGGTTGAGGTTGGCATTACACCATACAATGAACAGCATGCAGAATTCCTTTATGCGAAGTTTGGACGTGATATCGTTCAGGTGGTGGAAGGAGAGCAAGCGATTCTCTATGGAGCGAATGCGGCTGAAGCCGATGTGGTTGCAGCGGAAGAAGCGGGTCCGAGTCCATGGATCTGGGTCGGCGCGGCGGTTGTCATTATTGCGGGTGGACTGCTTATCGCCGGAAAAAAACGATCTCCACGGAGTTAA	MKKINMKHWGKILLLGSALLVVGAGSALAAPDSAVSTSSHLASAAEDRLTNKQAEIDEYVAGAGQEELSAQGFTVTHTGVVGDKVEVGITPYNEQHAEFLYAKFGRDIVQVVEGEQAILYGANAAEADVVAAEEAGPSPWIWVGAAVVIIAGGLLIAGKKRSPRS				NA	NA	NA	NA	NA
JZ016_00041	438			hypothetical protein	ATGTCCAACATCCAGGAAAATCACAAGGTATTAGAGGAGCAGGAAGGTCGCTTCATTAGACAAACGATTGCCGATTTGGAATCGGCATTTAATCAACATGATGCCGATGCCTTGGACCGTCACTTTACCCAAGACTCCACCTGGGTCAATGTGATGGGGGAGATGCTCTCAGGCTGGGAGCAAATAAATAACGCACATAAAGTTGTTTTAAAAGGGCCGCTTCTTCATTCATACGCAAAGTATTTCGTTGAGAAACTTGTATTCTTACGCCAGGATGTGGCCATCGCGCATATACGACAGTATCCGGCTACATCGAAGGGGGAACTCATCGAAGACGGGCAAGGTAGCTTGGCAATCTATGTGATGGTCAAGGATCAAGACACATGGCTCCTTGCTGCGGGTCAGAATACTTTAATCCAGTCGCACCGTAAAGGATAA	MSNIQENHKVLEEQEGRFIRQTIADLESAFNQHDADALDRHFTQDSTWVNVMGEMLSGWEQINNAHKVVLKGPLLHSYAKYFVEKLVFLRQDVAIAHIRQYPATSKGELIEDGQGSLAIYVMVKDQDTWLLAAGQNTLIQSHRKG				NA	NA	NA	NA	NA
JZ016_00042	582	sigW_1	COG1595	ECF RNA polymerase sigma factor SigW	TTGGATTCGATAGAGGAGTGCGTGAGGCGCGTTAAGGCCGGTGAGGTGGATAGTTTCGAGCCTATCGTCGATACGTATAAAAAACAGATCTACATATATTGCTGCCGGATGCTCGGCTGCAAGCAGGACGCGCAGGATGCCGTCCAGGATATCTTCATCAAGGCGTTCACCAAGCTTCATACCTATCAAGCGAAGGTATCGTTCACATCATGGTTATACAAGATTGCCTATCATCATTGTCTTAATCTGCTTCGCAAGAGACAAGTTCGTATGCGAGTGAACCGACTCATCAAACCGGCAGGTTATGCTGATAGCGTGGAGCAGATGCTGGAGCGCAGGTGGTTCAGCGAACCGCTGGAATATGCCATGACCAAGCTTTCGGTTGAAGAGCGAAATCTGCTCGTGCTGCGGGTGTTCGAAGATAAGCCATTCACGGAGATTGCGCAGATTCTGGATAAGAATCTCAGTGCAGTGAAGAAAAAGTATGCTCGGATGAAACAGAAAGTCATCAAGCTGATTCAGGAGAAGGAGGGGACGGAGTTATGCGAGATTCGGGACAGCCGGAGCAAGATCGAATTCTGA	MDSIEECVRRVKAGEVDSFEPIVDTYKKQIYIYCCRMLGCKQDAQDAVQDIFIKAFTKLHTYQAKVSFTSWLYKIAYHHCLNLLRKRQVRMRVNRLIKPAGYADSVEQMLERRWFSEPLEYAMTKLSVEERNLLVLRVFEDKPFTEIAQILDKNLSAVKKKYARMKQKVIKLIQEKEGTELCEIRDSRSKIEF	PGPT0014960_7573	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_00043	966			hypothetical protein	ATGCGAGATTCGGGACAGCCGGAGCAAGATCGAATTCTGAGAGGCATGGAACTGCACTCCGTGGAAGAAGAGGTGGACGTGACCCCCGCCATCATGCACAGGGTGCGTCAAATTCACCAGAAGAAACAAGGAAGAAATGCCGGAAATCGTAAGAAAACCTTGATTATTGCGATGCTTACTGCGATTTTGATTCTTTCGTCTATTAGCGTTTATGCAAGCCAATACCTGATTCAGATCAAGAACAAGGAAGGCAAAGTTATTCTGTCTACCATAAAGCCATGGAAATACTCCGAGTCGGAATATAATTCCAAACGTAAAAAAGAGACGGAAGAAGAGCTGAGCAAGAGGTTAAAGCCCGGAGAACAGGCTGTATATTATATCAAGGATCAGCATCTGACTTCATCTACCAAAAAATATCCACTGAACTATTTTTATATGGCGACAAAGCATCCGAATTATCAAGAACTCGCAAAAGAAATTGAGGAGAAGGATGCGCCCCTACTTCGGAAACCTGATTATGTACCCGAAGGGTACCGATTTGATTTTGGACGGATTCAAATTAGAAACGAACCCGTGTGGGGAACACCGGGGTACGAAAGTCTTCTAAATGAACTTAAAGAGCAGGCGGAGAAGTCGGATGAAGAACAGGGACTGTACTATAAAATTGTTCCTTGGTCCAAGATTGCCTCTACAGGAATGGAATATCGTAAAGGCGATAATCGGATCAGGATTTTAGCTTTTGCACGAGAGAAGGGCCCAAAAGCTGGAGTGCTCACAAATCAAGCCGTAAAACTGACGGTAAATGGGAAAGAAATGATTTTTTCTGCCGATCAGACAAATGAAACGCGCAGCTTGACTTGGTTAAGCGACAGTGAAGAGGTGCTATATATAATTACGGATGATCCAAAGGATCCGCTATCCAAGGATGAGTTTGCGAAGATTGCAGCCGGTCTTGTTTCGGAATAA	MRDSGQPEQDRILRGMELHSVEEEVDVTPAIMHRVRQIHQKKQGRNAGNRKKTLIIAMLTAILILSSISVYASQYLIQIKNKEGKVILSTIKPWKYSESEYNSKRKKETEEELSKRLKPGEQAVYYIKDQHLTSSTKKYPLNYFYMATKHPNYQELAKEIEEKDAPLLRKPDYVPEGYRFDFGRIQIRNEPVWGTPGYESLLNELKEQAEKSDEEQGLYYKIVPWSKIASTGMEYRKGDNRIRILAFAREKGPKAGVLTNQAVKLTVNGKEMIFSADQTNETRSLTWLSDSEEVLYIITDDPKDPLSKDEFAKIAAGLVSE				NA	NA	NA	NA	NA
JZ016_00044	849			hypothetical protein	ATGAAATTCAACACTATTTTAAAAGGCCTTACCGCCGAAAGGAGCACGAATTTTACCATGATGAAAAACAAGATGAAGGTCGCTTTATTTCTCGCAGCAACGATGATGATCGGTTCCGCGAATGGTTATGCAGCAAGCACTGCAAGCATGTCTGTTCCGCAGACGAAGGCAGCGGCTTCTACTGCTATACCGGAGAAGACATCCGTATCGTATGATGATCGTATCAAGGAGCTCAGTAACAAACTTAAAGCAGGGCAGATGGTTGCGTATTATGTTGCGGACCAGGAATATAACCGGTTAGATGGATTTTACTTTACGTCTATAGGCTTTGTTCATACCAAGTATGCGGACTATGTGGCGAAGGCAAAGGCATTGAACGCTCCTACGCTTACCAAGCCTGCTGACTTGCCGAAGAGTTATTCATACCAGAACGCGATTTTATACTTAAAGAGTCCTGAAAGAACGTCTAGCTTGTACAAAGAAATTGAGCAGGAATTAAAAGCGAAGGCAGCAAACGGCGAGAAATTCGTATATTCCGACATCATGAAGTCGAATGAAGCGTCCGCGGCGGTTATGAATTTTGATAAAGGAAACGTAAAGCTTCAAGTCGTTGCGAGTTATATTGTCCCTGAACAGCCAATGGGTGGAACGCCTGTGCCGCAGAAGAAACCGAACGAGAAGAAGGAAACCATCGTCATTAACGGAGTGGAATGTGTCTACACAGCCGATTCCAAGGGAAGGGATCACCTGGATTGGGTGGATGAAGAGCAGCAGATCCGGTATAGCATTTGGGCGGAGAGCGCCAAATCGGATGTGCTGAACTATGCCAAGAAAATGATTGCGAAATAA	MKFNTILKGLTAERSTNFTMMKNKMKVALFLAATMMIGSANGYAASTASMSVPQTKAAASTAIPEKTSVSYDDRIKELSNKLKAGQMVAYYVADQEYNRLDGFYFTSIGFVHTKYADYVAKAKALNAPTLTKPADLPKSYSYQNAILYLKSPERTSSLYKEIEQELKAKAANGEKFVYSDIMKSNEASAAVMNFDKGNVKLQVVASYIVPEQPMGGTPVPQKKPNEKKETIVINGVECVYTADSKGRDHLDWVDEEQQIRYSIWAESAKSDVLNYAKKMIAK				NA	NA	NA	NA	NA
JZ016_00045	114			hypothetical protein	ATGGGTGAAGTTGGTGGATATGGCGGAGGATATGGTTCCGTTGGAGCAGTACTGGTACTCTTCATTCTCTTGGTCATCATCGTTTCTGCATTCGGATTTGGATTTGGAGTTTAA	MGEVGGYGGGYGSVGAVLVLFILLVIIVSAFGFGFGV				NA	NA	NA	NA	NA
JZ016_00046	549	trpD_1		Anthranilate phosphoribosyltransferase	ATGCGGACCGTGCTCAATACGGCCGAAAAGTTTGTGGATTACGCCCATTCCCCTTTCCTAACTTTCGGCGTATACCATAACACGGTCTTTGACCGTTTAAGCCGACTGATCCTAAAACTCGGTTATCGGAAAGCGATCATCATTCAGGGAAGTGAAGGCTCCGATGAACTGTTCATTCACCGGCCCACGCGGACTTACCGGGTTGAGAACGGTGAAGCCAGCCTCCATATCATCGATCCGGAAACTTACGGACTTGATACGCCCGTTCCGGACATAAGCTGGACACCCGCCGAACAGGCTGATGTTACAGAACAGGTTCTGCAGGGCAAAGCGGACATCGCTTTTATGTACCAGGTTCTGCTGAATGGAGCTGTACGTTTACAGTTGGCGGATAAGGTCAGATCCGTTGAGGAAGGGATCTATACTTGCAAGGCACTGCTGGATTCGGGTAAACCGTGGGAGTTATACGACAAATGGTTGTCCCTGCTTTTAGAGCCTGTCCCACATGATGGTTGGACCTCGCCAATCGTCAGACAGGTTTCTCATTAA	MRTVLNTAEKFVDYAHSPFLTFGVYHNTVFDRLSRLILKLGYRKAIIIQGSEGSDELFIHRPTRTYRVENGEASLHIIDPETYGLDTPVPDISWTPAEQADVTEQVLQGKADIAFMYQVLLNGAVRLQLADKVRSVEEGIYTCKALLDSGKPWELYDKWLSLLLEPVPHDGWTSPIVRQVSH	PGPT0007090_785	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007090-trpD-K00766	NA	NA
JZ016_00047	582	trpD_2		Anthranilate phosphoribosyltransferase	ATGATCCACTTATTAAAAGAAGTCGGCCGCGGCAAGCGGGGCGCGCGTGACCTAACTTACGAGGAAGCGCTGCAGGCTGCAGAATCGATTCTCGGATTGCAGGCAACCCCTGCTCAGATCGGTGCCTTTTTCATTGCGGAACGCATCAAAATGGAAAGCGTGGAAGAATTGGAGGCATTTGTGCAGGTTTGCCGTGAATATGCGGACCGTTCGTTTGTACATGAGGGTGTAGACTGTGCAGGACCTTATGATGGCAGAAAGTCCTCTTTTTTCTCTACGTTAGCCACCGCGTTTGTACTGGCTGCTGCTGATCTGCCTGTCACTCTGCATGGAACCGCATCACTGCCCCGAAGTGGGGGATCACATTATCAGATATACTCGCGGAGAAGGGGATATCCGGATCGTTACTGGCAAAAGAATCATGCATCCGTGCAGCCCATCAATCTGGCGTATTATATGTACATGCTGAGGAATGGTGTCCCCCGCTTAAGAATCTTCGCCCGATCCGGGAGGAGCTCGGTATGCGGACCGTGCTCAATACGGCCGAAAAGTTTGTGGATTACGCCCATTCCCCTTTCCTAA	MIHLLKEVGRGKRGARDLTYEEALQAAESILGLQATPAQIGAFFIAERIKMESVEELEAFVQVCREYADRSFVHEGVDCAGPYDGRKSSFFSTLATAFVLAAADLPVTLHGTASLPRSGGSHYQIYSRRRGYPDRYWQKNHASVQPINLAYYMYMLRNGVPRLRIFARSGRSSVCGPCSIRPKSLWITPIPLS				NA	NA	NA	NA	NA
JZ016_00048	624			hypothetical protein	ATGCGTTCATTGCTGGTTATCCACCATCCGGTCCCTGCTTCAGAGCGAAGTGACACAGATGCCAGGGCGCTTCTTCCGGAGTTTATCCTTCGTTCTTATGGATACAAGGTCCTCCTTGCCCGAAGTGAGAAGCAAGCGCTGGCTGGAATCGTGGAAGCAGACGGAACGGTTCTCCACCTCCCGGTTGCCGCAATCAAATCGTGGTCCAATACCCTTGAACAACAAAAGCGCGTTCCGGTTCTGTGGTGGTGCAGCGATCATGCCGCTTCGCAATCTCTCGAAGCATGTGAGGATGATGTTATCATTGATGGACTTTTATTTCCCGCCATGAAGGAGCATGAGCTGCATTGGACGCTGCATTTTAGCTCCAAGCATTTTTACGAACGAGAGCAGTGGCATAACGAAAGAACGCAGCTCCTTGCTCGCATTGAAGAGCGTAAATGGATTGATATGGCCAAAGGCATTCTATGCAAGATGAAAAATATTTCGGAATCCGAAGCATACGATGTCCTGCGCAAACAGGCGATGAATGAAAGAAAAAGAATGGTGGATGTCGCAACCTCGATCGTCAAGTTGTATCAATTGCTGCAGGAGACCGGTTCAGGAGGTGCAAAAAAATCATGA	MRSLLVIHHPVPASERSDTDARALLPEFILRSYGYKVLLARSEKQALAGIVEADGTVLHLPVAAIKSWSNTLEQQKRVPVLWWCSDHAASQSLEACEDDVIIDGLLFPAMKEHELHWTLHFSSKHFYEREQWHNERTQLLARIEERKWIDMAKGILCKMKNISESEAYDVLRKQAMNERKRMVDVATSIVKLYQLLQETGSGGAKKS	PGPT0000400_124	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000400-nasR|nasT-K07183	NA	NA
JZ016_00049	2433	nasD_1	COG1251	Nitrite reductase [NAD(P)H]	ATGACAAAAAAGAAGTTAGTAATGATCGGGAATGGTATGGCAGGGGTACGGGCAATCGAGCATTTGATTAAGCTTACGCCTGAGGCGTATGAAATCACGATATTCGGATCTGAGCCGCATCCGAATTACAACCGGATTATGCTGTCTTCCGTTCTTGCAGGCGGAGCCGACATGCAGGAAATTATAATCAACGATTGGGATTGGTACAAAGAGAATAACATCCATCTATATAGCGGCCACACCGTAACCCGGATCGATACCAAGAACCGTAAAGTGTACTCCGATCAAGGAGCTGCGGCCGAGTATGATTCATTGATCATCGCAACCGGTTCGAATCCGTTTATGCTTCCTCTGCCTGGCGCAGACAAGGAGGGAGTTATTGCCTTCCGGGATATTAAGGATTGCGAGATTATGGTGGAGACTTCCAAAAAATATAAGAAAGCCGTGGTCATCGGCGGAGGATTGCTTGGTCTTGAAGCAGCAAGAGGACTGCTCCATCTCGGGATGGATGTTTCAGTGGTTCACCTTAGTCCCTATATCATGGAACGGCAATTAGATGAGACCGCTGCGAAAATGCTGCAGCTGGAATTGGAAGCCCAAGGCATGAAGTTCCTGCTTAGTAAAAATTCAGAGGCCATTATGGGCCGAAAGCGGGTCAAGGAGCTCCGCTTCACGGATGGGACGCGCGTTGAAACGGATCTGGTTGTCATGGCTGTCGGGATCAAGCCCAACGTCATGCTGGCACAATCCGCGGGAATTGAAGTCAACCGGGGAATTATCGTGAACGACTATATGGAGACGAGCATCCCGGGGATCTACGCGGTCGGTGAATGCGCCGAGCATCGTGGGATTGCGTATGGGCTTGTCGCTCCGCTCTACGAGCAGGGAGCCGTGCTCGCCAAGCATCTGGCAGGTGTGGAGACAAGTGGTTATGGCGGGTCCGTACTATCTACTAAATTGAAGATCTCCGGTGTAGATGTATTCTCGGCAGGTCATTTTGCAGACCCGGAAGGATCCAGGTCGATGCGGTACCAGGACGAAGTTGAAGGTGTATATAAAAAAATTGTCATCCGCGATGACCAGCTCATCGGAGCTGTTATGTTCGGCGATACGGGAGACGGGCCAAAGCTGTTCTCGCTCATGAAAAGCGGCGAATCCATCAAGGGCCGGGAGAAGGAGCTTCTGTTAGGCTTTACGGGTAACGCCGGTGCAGTATCGGCGGAACAGCGGCTGGCTCAGCTAGCGGATGATGAGATCATTTGCGGTTGTAACGGTGTGTCGAAAGAAACGATAAAAGATGCCATTCTCACGAAAAATTGCAACACCGTTGCTTCCGTTAAAGCTTGTACAAAAGCATCGGGATCCTGCGGCGGCTGCAAACCTCTTGTTGAGGGACTGGTTCAGTTATACGCCGGAGATGCAGCAGGGGAACCCGTAAAAGAAGGGATATGCGGGTGTACTTCGCTAGGACGGGATGAAATTATCGCAGAAATTACCCGTCTTGGACTTGGAACCGTCAAAGAAGTGATGAATGTGCTGGGATGGGAGAATCCGGAGGGATGTTCTAAATGCCGGCCATCGTTGAACTACTATCTGGGCATGCTGTTTCCGGAAACCTACGTCGATGAGAAGGAATCCCGCTTCACGAACGAGCGTTATCATGCCAACATTCAGAAGGACGGCACGTATTCCGTCGTTCCCAGAATATATGGCGGGGTGACGTCGCCTTCGGAGCTAAAGAAAATCGCGGAGATTGCGGAAAAATTCGATGTGCCGATGGTAAAGATTACAGGCGGACAGCGGATCGACCTGCTTGGCGTCAAGAAGGAGGATCTGCCGAAGATGTGGGAGGAGCTCGATATGCCTTCCGGGTATGCTTACGGTAAAGCGCTCCGTACGGTTAAAACTTGCGTGGGGTCCACGTTTTGCCGATTCGGCACCCAGGATTCCATAGGCATGGGCGTACGCTTGGAGAAAGAGTTTGAGCGGCTGAGCACCCCAGCCAAAGTGAAACTTGCGGTTTCCGGATGTCCTAGAAATTGCGCAGAAGCGACCATCAAGGATTTTGGAGTCGTAGCGATTGATGGTGGATGGGAACTGCACGTCGGCGGCAATGGAGGCGTTCATGTTCGGGCTACGGAGTTATTGTGCATCGTGAAGACGGAAGATGAGGTGCTCGAATGGGCCGGGGCATTTATCCAATACTATCGGGAAAACGCGCAGTGGAATGAGCGTACATCGGTTTGGATCGAGCGAGTAGGCCTGGATCATGTGAAAAAGGCATTAGAGAAGAAAGAGGACCGCGTCGCGCTCTTCTCGAGAATAAAGCTGGCTTTAAGCAAGCAGCAGGATCCATGGAAGGAAATTACGGCGGACAGCGGACTTCGTAAAAACTTCGTGCCTTTGCCTGATGCTGAACCAGTGACGAAATAG	MTKKKLVMIGNGMAGVRAIEHLIKLTPEAYEITIFGSEPHPNYNRIMLSSVLAGGADMQEIIINDWDWYKENNIHLYSGHTVTRIDTKNRKVYSDQGAAAEYDSLIIATGSNPFMLPLPGADKEGVIAFRDIKDCEIMVETSKKYKKAVVIGGGLLGLEAARGLLHLGMDVSVVHLSPYIMERQLDETAAKMLQLELEAQGMKFLLSKNSEAIMGRKRVKELRFTDGTRVETDLVVMAVGIKPNVMLAQSAGIEVNRGIIVNDYMETSIPGIYAVGECAEHRGIAYGLVAPLYEQGAVLAKHLAGVETSGYGGSVLSTKLKISGVDVFSAGHFADPEGSRSMRYQDEVEGVYKKIVIRDDQLIGAVMFGDTGDGPKLFSLMKSGESIKGREKELLLGFTGNAGAVSAEQRLAQLADDEIICGCNGVSKETIKDAILTKNCNTVASVKACTKASGSCGGCKPLVEGLVQLYAGDAAGEPVKEGICGCTSLGRDEIIAEITRLGLGTVKEVMNVLGWENPEGCSKCRPSLNYYLGMLFPETYVDEKESRFTNERYHANIQKDGTYSVVPRIYGGVTSPSELKKIAEIAEKFDVPMVKITGGQRIDLLGVKKEDLPKMWEELDMPSGYAYGKALRTVKTCVGSTFCRFGTQDSIGMGVRLEKEFERLSTPAKVKLAVSGCPRNCAEATIKDFGVVAIDGGWELHVGGNGGVHVRATELLCIVKTEDEVLEWAGAFIQYYRENAQWNERTSVWIERVGLDHVKKALEKKEDRVALFSRIKLALSKQQDPWKEITADSGLRKNFVPLPDAEPVTK	PGPT0000450_2126	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362	NA	NA
JZ016_00050	321	nasE_1	COG2146	Assimilatory nitrite reductase [NAD(P)H] small subunit	ATGACGAAGCTTCATGTAGGATATGTAAACGAAATTGATCATAAGGGCTCAAGGACCATTGAGGTCGGCGGAACGGAAATCGCGCTGTTCCGTTTATCGGATGGGGATATTCTGGCTGTGGAGAACAAGTGCCCGCATAAAGGAGGAAAGCTTTCGGAGGGAATGGTGTGCGGGAAGCAGGTGCATTGTCCGCTGCATGATTGGAAGATCGATCTATGCAGCGGGCGGGTTCAAGAGCCGGATACGGGAAATGTTAACACCTATCAGGTTGAAGTTGATCCGGTAAGCGGCGCGATTTACCTGCAGGATCTTACGGCTTGA	MTKLHVGYVNEIDHKGSRTIEVGGTEIALFRLSDGDILAVENKCPHKGGKLSEGMVCGKQVHCPLHDWKIDLCSGRVQEPDTGNVNTYQVEVDPVSGAIYLQDLTA	PGPT0000455_1846	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363	NA	NA
JZ016_00051	396			hypothetical protein	ATGGATTATGTGAAACCGAATCAGGTAATGGATGACTTGATCGAGGCCGGAGCCGCGAAAGCCCGGCTGAAGACTTCGCAGATGCTCATCCGCGGCATGTTATCGGGCGCCATCCTGGCGTGCGCCACCACGCTAGCTTTTACCGCTTCGGACCAAACGAATATCCCGATGGTAGGCGCGCTCCTGTTTCCGGTTGGCTTTGTGATGATTGTACTGCTGGGCTTAGAGCTGGTAACTGGAAGCTTTGCACTCTTACCATTAGCCGTCCTGCAAAAGAAGGCTTCAGGTTCCTCTATGGTTGCGAATTACGGATGGGTCATTCTCGGACATGTGATAGGCTGTCTGATTTATGGGGGCTCTATACACTTACCGCGACCAGGATGGGGACGGATATGA	MDYVKPNQVMDDLIEAGAAKARLKTSQMLIRGMLSGAILACATTLAFTASDQTNIPMVGALLFPVGFVMIVLLGLELVTGSFALLPLAVLQKKASGSSMVANYGWVILGHVIGCLIYGGSIHLPRPGWGRI	PGPT0017240_129	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_FORMATE_TRANSPORT,PGPT0017240-fdhC-K21993	NA	NA
JZ016_00052	483			hypothetical protein	ATGAGTCATCCGCTTGTTCAGATGATCATCGACACCAGTGAAACAAAGACACTCGGTTATAAGGCACTGGGCGTGAGCGGCATGCTGCTGGTGGTGATCAAAGCTATGCTCTGCAACTGGATGGTGACGCTAGGCGTTGTCATGGCGTTTACGTCAAGTTCAACGATAGGGAAAATCGTTGCGATGTGGCTGCCCATCCTGGTCTTTTTCGGTCAAGGCTTCGAGCATGCCGTGGTAAATATGTTTGTGATACCGGCGGGCATGATGCTCGGGGCGGATGTCAGCTTGGCCGATTGGTGGCTCTGGAACCAAATTCCCGTATTAATAGGTAATTTTATTGGCGGAGCGGTATTTACCGGGGCGATGTTGTACTTATCCCATTTCGGATTCGGAAACCGCAGCGAGGTTAACCCGATTGGAAAGGTCCATCATGGACTCAGAGTTATGGAGGCGACAGCGGTTCCGGTCGATAAAAGACGATGA	MSHPLVQMIIDTSETKTLGYKALGVSGMLLVVIKAMLCNWMVTLGVVMAFTSSSTIGKIVAMWLPILVFFGQGFEHAVVNMFVIPAGMMLGADVSLADWWLWNQIPVLIGNFIGGAVFTGAMLYLSHFGFGNRSEVNPIGKVHHGLRVMEATAVPVDKRR	PGPT0017240_129	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_FORMATE_TRANSPORT,PGPT0017240-fdhC-K21993	NA	NA
JZ016_00053	756	sumT	COG0007	Uroporphyrinogen-III C-methyltransferase	ATGGTGTATATTGTTGGCGCAGGTCCGGGAGATCCGGAGCTGATCACGCTGAAAGCCCTTCGGCGTATTCAGGAAGCGGACGTCATTATGTACGATCGACTGGTGAACGATGAGCTGTTGAGTTACGCGAAGAAGGATGCTTTGCTCGTATACTGCGGTAAGGCACCCGGCAGCCATTCCGTTCCGCAGGAGAGGATTAACGAGAACATGATAGACTTTGCCCTTGCAGGTCATGATGTCGTCCGGCTCAAGGGAGGTGATCCGCTGATCTTCGGACGAGGCGGCGAAGAGGCGTGCGAATTGGCTGCACGAGGCATTCCCTTCGAGATCGTGCCCGGCATTACCTCGGCTTTGGGCGCAGCCTCCTCCACTAGGATACCTCTGACCCACCGTGGAGCCAGCACTTCGGTAGCTTTTGTCAGCGGAACGAGCTGCCATGGAAATGAGCGGGGCGTCAGGTGGGACTTGCTGACTCACAGTGTGGATACGCTAGTGGTATACATGGGCGTTAGCAGAATGAACGATATCTGCAAGGAGATGCTCGCTCATGGCAAGCCGTCGTCGACTCCCGTAGCTATCGTTGAACAAGGGACTCGGGCAGAGGAGCGAACCATAACGGGAACGCTCGGAACCATCCACAAGATCGCTCTTCTTATGAACGTGAAGAATCCGGCGCTTCTGATCATTGGCGAAGTTGTGCGAGTGAGGGATCAGCTCCTGAAACTGGCTTCGGAGGCGGAGGAACGAACAGGATAA	MVYIVGAGPGDPELITLKALRRIQEADVIMYDRLVNDELLSYAKKDALLVYCGKAPGSHSVPQERINENMIDFALAGHDVVRLKGGDPLIFGRGGEEACELAARGIPFEIVPGITSALGAASSTRIPLTHRGASTSVAFVSGTSCHGNERGVRWDLLTHSVDTLVVYMGVSRMNDICKEMLAHGKPSSTPVAIVEQGTRAEERTITGTLGTIHKIALLMNVKNPALLIIGEVVRVRDQLLKLASEAEERTG	PGPT0003685_2138	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0003685-sirA|ylnD|cysG|cobA-K02303	NA	NA
JZ016_00054	1332	rfnT		Riboflavin transporter RfnT	ATGTCCCATGATCATGATATTGCCGAAACCAACACGAAGCGGCAATCCCATATTCAATCTTACATCGATTCGCCCGACTTGCAGAACAAGCTGTATAAGAAGACCCTCATCGTTGTGATCCTCTCGCAAATATTCGGTGGGGCTGGTCTGGCCGCAGGATTGACGGTCGGTGCGCTTCTGGCACAGGATATGCTCAAGACGGACAGCTTTGCAGGAATCCCTGCTGCTCTTATAACGGTCGGTTCTGCACTGGGTGCCTGGTATATTGGACGGCTTACCCAGCGATATGGAAGAGGGCCGGGTTTGGCAGCCGGATTCCTGGCGGGTGGAATTGCCGCGATCGGAGTCATATTGGCTGCCGTTTATGACAATATTTATCTGTTATTCGCTTCGTTGTTGATATACGGTGCAGGTACCGCAACGAATATGCAGGCTCGTTATGCAGGTACGGATTTGGCTAAACCTTCCCAGCGTGCAGGAGCGGTCAGCATGGCGATGGTTTCCACCACCTTCGGTGCCGTTGCGGGTCCGAATCTGGTGGAGGTTATGGGGAACGTTGCCGAATCCTTCGGGATTCCTGCCTTGGCCGGACCGTTTATTTTGGCGGCGGTGGCTTTTATTGTGGCAGGACTGATCCTGCTATTATTCCTGCGCCCGGATCCTTATGCGATAGCCCAAGCAATTGAGGAAGTTAAAATGAAAATTTCCGGTGATTCTTCTGCCGGCACGGTGAACGGATCACAACGAAACAAACGGGGGATCATGGTTGGAGCCTGCGTGATGATATTGACTCAGGTGGTCATGGTCTCAATCATGACCATGACGCCTGTCCATATGAAACATCACGGACATGATCTAGGAGCAGTAGGTTTGGTGATTGGCATTCATATCGGAGCGATGTACCTGCCCTCGTTAATCACAGGTTTTCTTGTGGATAAAATCGGCCGCATCAGCATGTCCATCGCTTCGGGCGTCGTGCTCTTGAGCTCCGGGATTCTAGCTGCTGCGGCTCCCGCCGAATCCATGGCGCTGATCATAACGGCGCTGGCTCTGCTGGGGCTGGGCTGGAACCTTGGATTTATCAGCGGAACGGCGCTCATCATCGATGCAACCCATCCATCCGCCCGCGCCAGAACGCAGGGAACAGTGGATGTCTTGATTGCTTTGGCGGGAGCATCGGGCGGCGCTTTATCCGGTATGGTGGTTGCCAATACCAGTTACGGTACGCTTTCCATTGCTGGAGGTTTACTGTCACTGGTGATGATCCCTATTTGTCTAAGCGCGGTGAACAAGCGCAAACCATCATCATCTTCAAAAAACGCGGCAATATAA	MSHDHDIAETNTKRQSHIQSYIDSPDLQNKLYKKTLIVVILSQIFGGAGLAAGLTVGALLAQDMLKTDSFAGIPAALITVGSALGAWYIGRLTQRYGRGPGLAAGFLAGGIAAIGVILAAVYDNIYLLFASLLIYGAGTATNMQARYAGTDLAKPSQRAGAVSMAMVSTTFGAVAGPNLVEVMGNVAESFGIPALAGPFILAAVAFIVAGLILLLFLRPDPYAIAQAIEEVKMKISGDSSAGTVNGSQRNKRGIMVGACVMILTQVVMVSIMTMTPVHMKHHGHDLGAVGLVIGIHIGAMYLPSLITGFLVDKIGRISMSIASGVVLLSSGILAAAAPAESMALIITALALLGLGWNLGFISGTALIIDATHPSARARTQGTVDVLIALAGASGGALSGMVVANTSYGTLSIAGGLLSLVMIPICLSAVNKRKPSSSSKNAAI				NA	NA	NA	NA	NA
JZ016_00055	918	ydhF	COG4989	Oxidoreductase YdhF	ATGAAAACGATGAAGCTTGGAAGCAGTTCACTGGAAGTACCTGTTGTAGCCGTGGGTTGCATGCGTATAAATTCGCTGGAAAAAGCGGAAGCCGAGCGTTTCGTGTTATCCGCACTGGAAGAAGGCGCTAACTTCTTCGACCATGCCGACATATACGGCGGCGGAGCTTGCGAGGAAATTTTCGCAGACGCGATACATATGAATGCACAAGTCCGCGAGAAGATCATTCTGCAATCCAAATGCGGGATTCGCCAGGGCATGTTCGATTTTTCCAAAGAGCATATCTTGAATTCCGTTGATGGGATCCTGAAAAGACTCAAAACCGAGTATCTCGATGTACTCCTTCTGCACCGTCCGGATGCGCTGGTTGAGCCTGAAGAGGTGGCTGAGGCATTCGATAAACTCGAAAGCTCCGGTAAAGTGCGTCATTTCGGCGTATCCAACCAGAATCCGATGCAGATCCAGCTGCTGAAAAAAGCAGTGAAGCAGCCGCTCGTGGCCAACCAGCTGCAGCTTAGCATCACGAACACCACCATGATTCAAAGCGGGATCAACGTCAATATGGAGAATGAGGCCGCAGTTAACCGTGATGGCAGCGTACTCGATTTCTGCCGACTTCACGATATTACGATTCAGCCTTGGTCTCCTTTCCAATACGGGTTCTTTGAAGGCGTATTCCTTGGTAGCGACAAGTTCCCTGAGCTTAATGAGAAGATCGACGAGATTGCGGAAAAATACAACATAACCAACACTACGATTGCCATCGCATGGCTTCTTCGTCACCCTGCACACATGCAGCCGATCATCGGGACGATGAATATCAGTCGCTTGCATGACTGTATTAAAGCCGGCGATGTAACGCTCACCCGCGAAGAATGGTATGCCATTTACCGTGCGGCGGGCAACATCCTTCCTTAA	MKTMKLGSSSLEVPVVAVGCMRINSLEKAEAERFVLSALEEGANFFDHADIYGGGACEEIFADAIHMNAQVREKIILQSKCGIRQGMFDFSKEHILNSVDGILKRLKTEYLDVLLLHRPDALVEPEEVAEAFDKLESSGKVRHFGVSNQNPMQIQLLKKAVKQPLVANQLQLSITNTTMIQSGINVNMENEAAVNRDGSVLDFCRLHDITIQPWSPFQYGFFEGVFLGSDKFPELNEKIDEIAEKYNITNTTIAIAWLLRHPAHMQPIIGTMNISRLHDCIKAGDVTLTREEWYAIYRAAGNILP				NA	NA	NA	NA	NA
JZ016_00056	1260	cypC		Fatty-acid peroxygenase	ATGGAAAATATCAAACCGATGCCCAAGGAAGAGGGGCTCGATCACAGCTTAAATGTGCTGCGCGAAGGTTATTTGTTCATTACCAACAGAACGATCGGCTTTCAATCTGATCTCTTCGAGACGCGTCTATTGGGGGAACGCGCCATCTGCATGCGCGGAGAAGATGCGGCCAGACTATTTTACGATCAGGCGAAGTTTGTTCGTAGCGGTGCAGCCCCGAAACGCGTGCTCAAGACCCTGTTCGGTGAAGACGGAGTCCAGACGCTGGATGACGAAGAGCATCATCATCGCAAAGCGATGTTTATGTCCTTGATGTCCAGAGAAGCTCTTGGCTGCATGAGGGAAATCACCCATAAACATTGGGAGCTTGCCGTGTGTCGATGGGAGTCCAGGGATAAAGTCGAGATCTATAAAGAGGCTCAGGAAATTCTGTGCCGAGTGGCCTGTGAATGGGCGGCTGTGCCGCTTCCCGAAGCGGAAGTGAAAGAGAAAACGGGCTGGCTAGCTGACATGATTGAGGCTACGGCAGCCTTTGGTATCAAGCACAGGAAAGGAAGAAATGCCCGGGCTAAAGCGGAAAAATGGATACAGCATCTCGTAGTTGAGGTACGCAGTGGAGCAATAGACCCGCAACAGGGCAGCACCCTGCATACAATATCCTGGCATCGCGATCTTAGGGGCGAGCTCCTGGACAAGAAAACCGCAGCGGTAGAGATTCTGAACATTCTTCGCCCCATCGTAGCGGTCGCCATTTACGTGTGCTTTACTGCCTTAGCTGTCATTCAGCAGCCCGAAGAGCGTGACAAATTGATAACGTCTGACGAGAAGCAACTCAAGAAATTTGTCCAGGAAGTCCGGCGATTCTATCCCTTCTTCCCCTTTGCGCCTGCCCGTGCACGGAAGGATTTCACCTGGAACGGATATGCATTTGACAAAGGCGTGCTCACGATCCTCGATTTATACGGAACGAATCATCATCCCGGTCTGTGGGATCAGCCGGAGCTGTTCAAGCCGGATCGTTTCGACGATTGGAACGGCAGCCCCTTTAGCTTTATCCCTCAAGGAGGCGGAGACCATCATACGGGACACCGCTGTGCCGGGGAGTGGATTACGCTTGAGATCATGAAGGAAAGTCTCGACTTTCTCGCAAACAAGATGAGTTATGAAGTGCCTGTGCAGGACGTAAGCTTCAGCTTTCACGATATGCCGTCCCTTCCTCACAGCCGTATCGTCATTCGGAAAGTCAAACCGCTGCATTAA	MENIKPMPKEEGLDHSLNVLREGYLFITNRTIGFQSDLFETRLLGERAICMRGEDAARLFYDQAKFVRSGAAPKRVLKTLFGEDGVQTLDDEEHHHRKAMFMSLMSREALGCMREITHKHWELAVCRWESRDKVEIYKEAQEILCRVACEWAAVPLPEAEVKEKTGWLADMIEATAAFGIKHRKGRNARAKAEKWIQHLVVEVRSGAIDPQQGSTLHTISWHRDLRGELLDKKTAAVEILNILRPIVAVAIYVCFTALAVIQQPEERDKLITSDEKQLKKFVQEVRRFYPFFPFAPARARKDFTWNGYAFDKGVLTILDLYGTNHHPGLWDQPELFKPDRFDDWNGSPFSFIPQGGGDHHTGHRCAGEWITLEIMKESLDFLANKMSYEVPVQDVSFSFHDMPSLPHSRIVIRKVKPLH				NA	NA	NA	NA	NA
JZ016_00057	720			hypothetical protein	TTGACGAGAACGTCATTATCTCCCTCACAGCCTGCTGTTTCGATCATCACCTGTACCAAAAGACCGGAATGCCTGCACAATCTGCTAGAAAATTACGCCAGACAGAATTACAGGCACAAAGAGTTAATCATCATATTAAATCATGGCAGCCTGAAACTATCGGAAGTTCAACAGGCAGCCAAGCCATATCGTAACGTGAGAATATATAGGAAGCCTGCTGAATTATCGCTCGGCAGCTGCCTCAATTTTGGTGTAAAGGTCGCTAAACACAGCATCATTGCCAAATTTGACGACGATGATTATTACGCTCGCGATTATCTGAAGGATAGCGTCGATCTCATGATCAAGACTCGTGCTGATATTGTAGGAAAAAGGGCTCACTTCATGCAGCTTGCCGGTCAAAAGGATCTTCTGTACCGTTACCCCAACATGGCCAATCGATGGGCCCCCCTTGTTCAAGGGGCGACCATTTTGGTTAAACGGCACGTATTCGATCAAGTATCGTTTCCGAACCAAAATCGGAGCGAGTGCGTCAAATTTTGTGCTGATTGTATAACTCGTAACTTTAAAATATACTCTGGTAGTCCCTACCATTTCATAGCGAACCGAAGACGGAACTCCAAGAATCACACCTGGATCGTAAGTGACAAGAATCTATTAACTCAACATGTAAAAAAGCTGAAAGTAGACAACGCTAAGAATTTCGTAAGCAAAGGTTAG	MTRTSLSPSQPAVSIITCTKRPECLHNLLENYARQNYRHKELIIILNHGSLKLSEVQQAAKPYRNVRIYRKPAELSLGSCLNFGVKVAKHSIIAKFDDDDYYARDYLKDSVDLMIKTRADIVGKRAHFMQLAGQKDLLYRYPNMANRWAPLVQGATILVKRHVFDQVSFPNQNRSECVKFCADCITRNFKIYSGSPYHFIANRRRNSKNHTWIVSDKNLLTQHVKKLKVDNAKNFVSKG				NA	NA	NA	NA	NA
JZ016_00058	741			hypothetical protein	ATGGCAGCAAGCTTTAACCATTCATCTAAAGCACAAGGCGTATCCGTTATTACCTGCACCAATCGCCCCAATTATATTAAAAACCTGTTCCATAATTTCACCAGACAATCTCACCCAAAAAAAGAGCTTATTATCGTTATCAACGATAGTTCAATCGCACTCTCTCCTTACCAACAGCTGGCCAATAAGCATCGAAACATACAAATTTATCGCATGCCCGAACATGTCACTCTAGGTGCGTGTCTAAATTACGCCGTTAGCAAAACGAGATACGGCATCATTGCCAAATTCGATGACGACGACTATTACGCCCCTCATTACTTGTCGGACTGCCTGAAGTCATTAAGAAGATCGAATGCTGATATTATAGGAAAACTCGCACATTATATGTATTTAAAAGGCTCCAAAACTCTAATTCTACGTTTTCCTAACGATGAAAATCGCCCCGTAACCCAACTGCCGGGTGCTACGCTCATGTTTAAAAAGAACGTCCTTAACCAAGTGCGATTTCCGAATCGAAACATCGGTGAAGACGATCTTTTTTGCATGAGAAGCAAGCGTAAGGGCTACAGGATCTATTCCGGTGATAAGTATAATTTTGCAGCAGTACGAAGGAAGAATTCATCAAGCCATACCTGGGTGATCAGCGATAAAGAACTTACCGACAAGCACCCTAAAGTTCCGAATGTAAAAGACTACAAAACATTCGTTCAGAGGAAATCCGGAGGCGACCGAACTTGA	MAASFNHSSKAQGVSVITCTNRPNYIKNLFHNFTRQSHPKKELIIVINDSSIALSPYQQLANKHRNIQIYRMPEHVTLGACLNYAVSKTRYGIIAKFDDDDYYAPHYLSDCLKSLRRSNADIIGKLAHYMYLKGSKTLILRFPNDENRPVTQLPGATLMFKKNVLNQVRFPNRNIGEDDLFCMRSKRKGYRIYSGDKYNFAAVRRKNSSSHTWVISDKELTDKHPKVPNVKDYKTFVQRKSGGDRT				NA	NA	NA	NA	NA
JZ016_00059	984			hypothetical protein	ATGAAAGAGGGATGGGAACGCACAGTGCCGCCGATGCAACTAGACATCACACAAATTCATGACATGATTACACCCGTATTTCCCCGTGAAAAAGTAGTAGCCGCTGAACGGATCGGTACCGGACTTAGCAATACCAACTACAAAATTCGTCTGGAAGGCAGTGCAGAACCTTACGTGCTGCGTTTGTTCAGGAAAGGCCTGGAGATTGCGGAAAAAGAACTGGCTATCATTCAAAGGGTTCGTCAAACCGTACCTGTTGCCGATTATATCTATGCGGATACGAGCTGCAGGGTATTCGATAAGCCTTGGGCGCTAATGGAGTGGAAGGCAGGCGATCTTCTACGTGACGTGATGCTGGGCGGAAGCGAGCAGGATCTCATCGCAGCTGCAGCCTCCGCCGGACGCATTCTCGCCAACATTCACGAGTACACATTTACGGAATCCGGTTTCTTCAGCGGTGACATGGAAGTCCAGGATCCGATCAGGATGGACGGGGAACGCTTCCTCGCATTTATTGAACAAAGCCTCTTTCAGGATCCATGCGGCCAATGGCTTGGGGAAGAGCTAGCTCAATCGGTGTGGTCCTTCAGTCAAACATACAGTCATTTATTGTCAGAGATTGAAGAGACGCCCGTGCTTGTTCACTCGGACTATAATGGCTTAAATATATTAATGCAGCATGGTCCAGAAGGATGTGCGGTTTCCGCAGTGCTTGATTGGGAGGAAGCTTTTTCATGGAACAGATACGTAGATATAGCCAATATGCTTCGATACGAACCCGACGGATCTGTATTTGAAAAGAACTTCGTTCGAGCATATCGTGAGGAAGGAGCGGTTCTGAATGATCATTGGAGAATCCTATCCAAGCTTGAAGATCTTGTTGCCTTGTGCGATATGTTAACTCATTCCAACTTAGCTACGCCAACTCGAATGCGTGATCTTCAGCGTTTGGTTGCAGAAACCGTTCAGGTTACGAATGGCTGA	MKEGWERTVPPMQLDITQIHDMITPVFPREKVVAAERIGTGLSNTNYKIRLEGSAEPYVLRLFRKGLEIAEKELAIIQRVRQTVPVADYIYADTSCRVFDKPWALMEWKAGDLLRDVMLGGSEQDLIAAAASAGRILANIHEYTFTESGFFSGDMEVQDPIRMDGERFLAFIEQSLFQDPCGQWLGEELAQSVWSFSQTYSHLLSEIEETPVLVHSDYNGLNILMQHGPEGCAVSAVLDWEEAFSWNRYVDIANMLRYEPDGSVFEKNFVRAYREEGAVLNDHWRILSKLEDLVALCDMLTHSNLATPTRMRDLQRLVAETVQVTNG				NA	NA	NA	NA	NA
JZ016_00060	912	ahpF		Alkyl hydroperoxide reductase subunit F	ATGACGGAGCAATTGCATGATGTCCTTATTGTTGGCGGAGGTCCGGCAGGCTTGAATGCTGCGCTGGTATTGGGAAGAGCGAGAAAAGATGTGGTGTTGATTGACGAAGGGAAGCCGCGAAATAAGGTTACCCGTGAGACTCATGGTTTTCTTACCCGAGACGGTGTCAGCCCATCGGAATTTCGCCGCATTGCAAGGGAACAGATTAGCGCGTATCCTTCTGTCCGTTTCGTAGAGGGTACGGCTGCCGCCGTTGCAGGCGTGGACGGTGATTTTCGGATCACAACGGGAGAAGGGACGATCTACCGCAGTAAAAAGCTGCTTTTTGCCGTTGGCAAGAAAGATAGCCCCTTGGATATTAACGGTTTGGCGGACGTATATGGCAAGAGTGCTTTCGTCTGTCCATATTGCGATGGATGGGAACTGCGGGATCAGCCGCTTGTTGTCATTGCCAAGGGGGCGGGGGCCGTGCACTTTGCCAAAGTCATTGCAGGTTGGAGTGATCGTTATACGATTTGTACGAACGGACCGGATGAACTGACGGATGAACAGCGCCAAGAGTTGAAGGAGCATGAAATCCCCGTATTCAGCTCCCCGATTCATCGCATTGAATCGAACGAGGGTATGGTCCGGGAAGTCGTGCTGGAGGATGGAGAGATCATTCCTTGCACGGGCATCTTTTTCGCGCCTAAACTGGTCTCCGGCTCAGTATTGCCGGCCGCCATCGGATGTGATATCAATGAAGCCGGAAGCGTGGTCATTGACGCCTTCGGTAAAACGAGCGTGCCTGGCGTCTACAGTGCCGGTGATGCAGCCACGGAAATGTATCAGGCCATAGCCGCCGCTTCGATGGGAGCCATGTCAGCGGCTGCCATCAATGGTGAGCTGCTTAACGAACGTTGGAATCGGTAA	MTEQLHDVLIVGGGPAGLNAALVLGRARKDVVLIDEGKPRNKVTRETHGFLTRDGVSPSEFRRIAREQISAYPSVRFVEGTAAAVAGVDGDFRITTGEGTIYRSKKLLFAVGKKDSPLDINGLADVYGKSAFVCPYCDGWELRDQPLVVIAKGAGAVHFAKVIAGWSDRYTICTNGPDELTDEQRQELKEHEIPVFSSPIHRIESNEGMVREVVLEDGEIIPCTGIFFAPKLVSGSVLPAAIGCDINEAGSVVIDAFGKTSVPGVYSAGDAATEMYQAIAAASMGAMSAAAINGELLNERWNR				NA	NA	NA	NA	NA
JZ016_00061	1737		COG1132	Putative multidrug export ATP-binding/permease protein	TTGAATTCACGAACCAAGAAATTTTTGTCCTATTATAAACCGTATCTGGGATTATTATTTGCAGACTTGGCATGCGCTTTTGTTGTCTCGGCTATTACGCTAATGCTTCCTCTATGTATACGGTATATCACCATCAACGTGTTGGAAGGGAATTCCCCGAATCCACTGAACCAAATCTATGCGGTTGGTGCAATCATGCTGGCCATGGTCCTCATCCACACCTTCTGCGACATGTTCATCTCCTATAAAGGACATATGATGGGGGCTTATATGGAGAGTGACATGAGACGGGAGCTGTTTGATCATCTTCAGAAGCTGTCGTTTGGTTTCTACGATGAGAACAAAACAGGGCAGCTCATGACACGCACTACCAATGACATTCTGTCGTTAACCGAGTTGTATCACCATGGACCCGAAGATATTGTCATTTCCGTTCTGAAGTTCCTGGGTGCATTCATTATCTTAATGTATATTGACGTGAAGCTGACCCTGATCGTGTTTCTCTTTCTGCCGGTCATGGCCGTGTTTGCTTTTTATTTTAATAAGAAGATGAATTTGGCGCTGCGTGTTAGCAAGGACCGAATCGGGGATATCAACGCGCAGGTGGAGGATTCTCTATCGGGTATCCGCGTGGTGAAGTCGTTTACAAACGAACACGTAGAGAGGAAAAAGTTCGCCTACGCTAACGGGCGATTCGTTGACAGCAGAAGGGAAGGGTATAAGAGTGAAACCTACTTTCACGAAGGGCTGGTTGGGTTTACCCAGCTCATTACCATAACGGTCATTGTGTTTGGCGGAGCCGCCATCGTGGATGCCTCGCTGGAACTGGCGGATTTGCTGACTTTTTTCTTGTGTATTGGCATTCTGATCGAACCGATCCAGAGACTCGTTAATTTCGCCAGACTGTACCAGGAGGGTATCACGGGATTCGACCGGTTCATGGAGATTCTGGAGGTAGAGCCGGATATTGAGGATTCCGTTGATGCTGCGGTGATCACGCAGGTTCAGGGGAATATCACATTTCAGAACGTCAGCTTCAGATATAAAGATAACTACGGATATGTGCTGAAACAGGTATCGCTGGACATCAAGCCTGGCGAGTATGTGGCATTGGTAGGTCCCTCCGGCGTTGGCAAGACGACGTTGTGCTCGTTGATTCCGCGTTTCTATGAAGTAAGTGAAGGACGCATCATGCTGGATGGACGCGATATCCGGGATATCACGCAGCACTCGTTAAGAAGACATATTGGGATTGTTCAGCAGGATGTATATTTGTTTGCGGGAACCGTCTTCGATAACATCCGGTATGGCAAAATGGAGGCCAGCGAGGAGGAAATCATCGAAGCTGCGAAAAGAGCGAATGCCCATGATTTCATCATGGCACTGCCGGAAGGTTACGATACGGATATCGGGCAGCGCGGCGTCAAGCTGTCCGGAGGACAGAAGCAGCGGCTCAGCATTGCACGTGTGTTCCTGAAGAATCCGCCGATCCTTATATTTGATGAAGCGACCAGCTCCCTGGATAATGAAAGCGAGAGAGCCGTCCAGGAATCGCTGGAACGGTTGAGCAATAATCGCACAACGCTTGTCATCGCGCATCGCCTGACTACGGTACGGAATGCGCAGCGAATCGTCGTGTTATCCGAGGATGGAATTGAGGAACAGGGCACGCATGATGATTTAATTGCCCGTCAAGGCGCGTATGCGAATTTATACAATATGCAATTAACCATATAA	MNSRTKKFLSYYKPYLGLLFADLACAFVVSAITLMLPLCIRYITINVLEGNSPNPLNQIYAVGAIMLAMVLIHTFCDMFISYKGHMMGAYMESDMRRELFDHLQKLSFGFYDENKTGQLMTRTTNDILSLTELYHHGPEDIVISVLKFLGAFIILMYIDVKLTLIVFLFLPVMAVFAFYFNKKMNLALRVSKDRIGDINAQVEDSLSGIRVVKSFTNEHVERKKFAYANGRFVDSRREGYKSETYFHEGLVGFTQLITITVIVFGGAAIVDASLELADLLTFFLCIGILIEPIQRLVNFARLYQEGITGFDRFMEILEVEPDIEDSVDAAVITQVQGNITFQNVSFRYKDNYGYVLKQVSLDIKPGEYVALVGPSGVGKTTLCSLIPRFYEVSEGRIMLDGRDIRDITQHSLRRHIGIVQQDVYLFAGTVFDNIRYGKMEASEEEIIEAAKRANAHDFIMALPEGYDTDIGQRGVKLSGGQKQRLSIARVFLKNPPILIFDEATSSLDNESERAVQESLERLSNNRTTLVIAHRLTTVRNAQRIVVLSEDGIEEQGTHDDLIARQGAYANLYNMQLTI				NA	NA	NA	NA	NA
JZ016_00062	825			hypothetical protein	ATGGAGCTTTTATTGGAGTATGGGTGGGTACTGTTGGTGCTCATCGCACTGGAAGGGTTGCTCGCAGCAGATAATGCGCTGGTCCTTGCCATTATGGTAAAGCATTTACCTGAGGAGCAGCGTAAAAAAGCTTTATTTTACGGATTGCTCGGAGCGTTTGTATTCCGCATCGGATCGCTGTTCTTAATCTCGTTTCTGGTTGACGTATGGCAGGTGCAAGCCATTGGCGCACTCTATCTTCTCTACATTTCGATCAATCACACATTGAAACATGTGATCAAGGGCAAGAAACCGACGGAAGACGCCAAGCCTCTACCGGACAAACCCAAGAAGCAATCCGGCTTCTGGATGACCGTCTTCAAAGTCGAGGTTGCAGACATCGCGTTTGCGGTAGACTCGATACTCGCAGCCGTAGCACTGGCTGTGGCACTGCCTCCAAGCGGTCTGGCGAACATCGGCGGCCTGGATGGAGGTCAATTCATCGTCATCTTCCTGGGAGGATTCATTGGTCTGATCATCATGCGTTTTGCGGCATCCTACTTCGTGAAGCTGCTGCAGCAGCGCCCTGGGCTTGAAGTGGCGGCATTCCTCATTGTCGGTTGGGTAGGGGTCAAACTTGCCGTCATTACCCTTGCGCATCCCGATGTTGCCCTCATCGACCATCACTTCCCTGAGAGCTCGATTTGGAAGGCATCCTTCTATATTGTTCTTGTGCTGATTGCCGTTATCGGATGGTTTAGTTCTTCGAAGGGGAAAGTCCAAGACGAGGACAATGCAATCAAGGAAGTGGAAGACCAGCAGCCTGGAAAAACGCTTCAAGGTTAA	MELLLEYGWVLLVLIALEGLLAADNALVLAIMVKHLPEEQRKKALFYGLLGAFVFRIGSLFLISFLVDVWQVQAIGALYLLYISINHTLKHVIKGKKPTEDAKPLPDKPKKQSGFWMTVFKVEVADIAFAVDSILAAVALAVALPPSGLANIGGLDGGQFIVIFLGGFIGLIIMRFAASYFVKLLQQRPGLEVAAFLIVGWVGVKLAVITLAHPDVALIDHHFPESSIWKASFYIVLVLIAVIGWFSSSKGKVQDEDNAIKEVEDQQPGKTLQG	PGPT0003867_1	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_MANGANESE_RESISTANCE	MANGANESE_RESISTANCE-RELATED_PROTEIN,PGPT0003867-ykoY-NA	NA	NA
JZ016_00063	915			hypothetical protein	TTGAAACCGCTGAAGGCCGATCTTATGATTTTATTCATCACCATTTGTTGGGGCTCGTCCTATCTTTTTATGAAAATGGGACTGGATTCGCTAGGGGAGTTTAATTTGATAGCCCTACGCTTTGGATTGGCCTTTATACTTGCAGGCTTGATTTTTCTCCCCCGCTTGCGCCAGGTTAACGTAAAGACGATTCGATATGCCATGCTCCTAGGCTTTATATTATTTATCATGTTCACCGCGCTTACCTTCGGTCTCAAGACCACGACAACATCCAATGCCGGATTTCTGGTCAGTCTAACGGTGGTGTTTGTCCCCTTATTACATACGTTTCTATTTAAGAAAAAAATAGAGAACAAAGCGGTTGTCAGTATTGTGCTGGCCTTAACGGGCATTTCACTGTTAACCATCCAGCTTCCTTTTACATTTAAGATCGGTGATCTGTTCTGCATCGCGGCCGCATTATGTTATGCGCTTCATATCAATATGGTAAGCACTGCCGCGCAGAAGGTCGATACGCTAAGCCTTGGCATCCTGCAACTTGGATTCACCGGATTGTACGCGTTCATCTCGTCTCTGCTCTTTGAAGCTCCGGTATGGCCAAGTACGACCCACTCGTGGGTGGCCGTCCTTGTTCTTAGCGTGGTGTGCACCGCGGTCGGGTTCATCTTTCAGACAATTGCCCAACAATATACGACGGCTACCCGGACGGGACTTGTATTTTCTCTGGAGCCTGTATTCGCGGCGCTGGTTGGATTCTGGTTTGCTCACGAGGTCCTGAATTCCAATCAATATTTGGGTGCTGCCCTAGTATTTCTTAGCGTTGTTATATCGAGCGTTAATGTAAATGTGAGGAGACGCTCCACAATCAAGAATAGCCCCGTTCCAATGGAGACGTATTCTGCTGAATTCAAGTAA	MKPLKADLMILFITICWGSSYLFMKMGLDSLGEFNLIALRFGLAFILAGLIFLPRLRQVNVKTIRYAMLLGFILFIMFTALTFGLKTTTTSNAGFLVSLTVVFVPLLHTFLFKKKIENKAVVSIVLALTGISLLTIQLPFTFKIGDLFCIAAALCYALHINMVSTAAQKVDTLSLGILQLGFTGLYAFISSLLFEAPVWPSTTHSWVAVLVLSVVCTAVGFIFQTIAQQYTTATRTGLVFSLEPVFAALVGFWFAHEVLNSNQYLGAALVFLSVVISSVNVNVRRRSTIKNSPVPMETYSAEFK				NA	NA	NA	NA	NA
JZ016_00064	870	gltC_1		HTH-type transcriptional regulator GltC	TTGAGCATAAATAAATTCAAAGTTCTATTGAAGGTCGTCGAGCTCGGAAGTTTGACCCAAGCCGCTGAAGTGATGGGTTTTACGCAGTCCGGTGTCAGCCATATGATCAGCAGCCTGGAAGATGAGTTTGGTTTCTCGTTGCTTATTCGGAATCGTTCAGGAGCGAAGCTGACAACCAATGGCGAAGAGATTCTGAAGACGATACGGGAAATATTGAAATGGAACGAACATTTGGAACAGCAGGTGGCTTCCATTCATGGAATCGAGCTGGGAACCATTCACATCGGTACCTTCACCAGTGTCGGTGTTCACTGGCTGCCGGGCATTATTCAGGACTTTCAGCGGGATTATCCCCATATCGAGATTCGTTTGGTCGAAGGAGATTACCGGGAAATCGAGGATTGGATCGCTGAGGGCAAGATCGATTGCGGGTTCCTGTCACTTCCAACGTCGGATACATTCGATGCGATTCCCCTGCATCAAGACCCGATGCTTGTATTGCTGCCCATGGAACATCCGCTTAGTTCTGAGGACTCTATTACATTGTCCCAGATTGAGAATGAACCGTTTATTATGCCAAGCAAAGGTTCCGATTATGATGTGAACCGGATGCTGGAGAAAGCCCGGATCAAGCCGGATATCAAATATACACTTGGTGATGATTATGCCATTATGGCCATGGTGGAGAAGGGTCTCGGCATCAGCATTCTTCCAGAACTTGTGCTGCGAGGGCAGCAACGGAATATACGGCTGATCGAATTGAAGGAGAAGAGCTTCAGATCGCTTGGCATTGCCGTAAATTCCATGCGGGAGATATCTCCCGCTACGAAGCGATTCTTGGATTATGTTAAGAGTTACCCCAAGCTGTAG	MSINKFKVLLKVVELGSLTQAAEVMGFTQSGVSHMISSLEDEFGFSLLIRNRSGAKLTTNGEEILKTIREILKWNEHLEQQVASIHGIELGTIHIGTFTSVGVHWLPGIIQDFQRDYPHIEIRLVEGDYREIEDWIAEGKIDCGFLSLPTSDTFDAIPLHQDPMLVLLPMEHPLSSEDSITLSQIENEPFIMPSKGSDYDVNRMLEKARIKPDIKYTLGDDYAIMAMVEKGLGISILPELVLRGQQRNIRLIELKEKSFRSLGIAVNSMREISPATKRFLDYVKSYPKL				NA	NA	NA	NA	NA
JZ016_00065	594	sigR	COG1595	ECF RNA polymerase sigma factor SigR	TTGCAGCCAACCATCCCCGGGGAAGCGGAAGGAAGAAGAGAAGCCATTGAAGCGGTTGTAGAACAAGTCAAATCAGGAGATAAACACGCATACCAAGCGATCATCCTCCAGTTTGAGCGGCAGATGTACACGTACTGCTACTATATTCTGAAAAATCATACGGAGACTGAAGATGCGGTACAAGAAATTTTTATTCGTGCCTATGAACATCTTCATCAGTACAAGAGACAAGTGTCTTTCTCCGCCTGGTTGTATAAAATGGCCTATCATCATTTGATCAATATCAAAAAGAAGCAGAGCCGTTTTCTTAACCTGATCGAGCATTGCAAGGAACAGCAGCCGGATATGCAGATATCTCAGCACGAGCCGGTTGTGTACGAGCTGTTAACCTACCTGACAGCAGAAGAACGACACATTTTGCTGTTGAAGGCGGTTGAACAGTATACCTTTGAGGAAATCAGCGACATCATGGGACTCAAATCGGCAACGATACGAAAGAAGTATGAACGGTTACGACGTAAACTGATGGACCGAATAAGCAAAAAAGGAGAGGTAGCACGTGGGACAATCGCCGAAACAAACGGAATTCGCTGA	MQPTIPGEAEGRREAIEAVVEQVKSGDKHAYQAIILQFERQMYTYCYYILKNHTETEDAVQEIFIRAYEHLHQYKRQVSFSAWLYKMAYHHLINIKKKQSRFLNLIEHCKEQQPDMQISQHEPVVYELLTYLTAEERHILLLKAVEQYTFEEISDIMGLKSATIRKKYERLRRKLMDRISKKGEVARGTIAETNGIR	PGPT0014960_5735	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_00066	1200			hypothetical protein	GTGGGACAATCGCCGAAACAAACGGAATTCGCTGAAATGAATGTACTTGAAGAAATGATTCGAGAATCATCCTTACAGAAGAATAGCTTGAGCTATCAAATTATGAACAGGATTGGAGAACGTGAAATGACAAGGACAAGAACATCATCCAAACGGCAACCGAATGTTTTAAAAAGAACGATACTCGTTGCATCCGCAGCTGCTGTGCTGGGAGGAAGCGTAATCGGGTCAGGATTTGTATCGCCGGTCATGGCGGCAAACCTGAAGCAAATCCCAGTGATCGGCGTGCTATTCAAAGGAACCAGCGAAGAAGCAGTTCATACCGCTATAAAGCAAGGGATTCTATCCGAACCGAACTTGAGCGTGACTCACGATGGCGTGACTTTGAAGATAGCTAACCTTCTATACGATGGAACTCGGCTGTCCTTTATACTCGAACGCGAGGGAGTGGATTTACCGAGTACAGCTTCTCCGTATATAAGCGAAGATGCTAAATTCATCGGTAATCCAGATAGCGAGTATATTAAGTCGAGGACAGTAGCTAAGAAGGATCAGGAAAAAGGCTATATTGAAACGCCGCGAATTCTGGTGGACGGACAAGAAGTAGTGATGGGCGAAGGGACATTTGGAGATTACCCGCAACAGGACAATGCCTACATCGTTGAGCTTTCCAAGGATCTGAATCTGCCTGATCAATTCGAGCTGACCATTCAGGCCAACGTAACCCAAGTGAATGAAACCTTCGAGTTCAAGGTCCCTGTGAATGTCACTAATAAATCGGTTGTCGTGAAGCCGGACCAGGCTACAAAATCGGATGGACAATTCAGTTATACCGTGAAGCAATTGGATATTTCACCGGTATCGACCCGCCTGGTTCTGGATAGTAAAGGCGAGGTGCCTGCTTCTGCAGAGCAAACAGGCGATTACAGCGCCAGCATGGTATATTACGAACTTGTGGATGATCAAGGGAATGTGCTGAATCCTCGGATGTTTGGTTACTTTAACAGCAAGCCCAAGACTGAATATCATATCGACGAATTGTACAGTCCTGTAAACGGAACTCCGAAATCCATCACGATTAAACCGTTTACTCTGACCGTAAACAACAAGGATTGGAGCGTAGTTGGTCAAGGAAAGGACAGCATCGGAGATAAAACATATCTGACGGAACTGGAAATGACCATTCCGGTTCAACCGTAA	MGQSPKQTEFAEMNVLEEMIRESSLQKNSLSYQIMNRIGEREMTRTRTSSKRQPNVLKRTILVASAAAVLGGSVIGSGFVSPVMAANLKQIPVIGVLFKGTSEEAVHTAIKQGILSEPNLSVTHDGVTLKIANLLYDGTRLSFILEREGVDLPSTASPYISEDAKFIGNPDSEYIKSRTVAKKDQEKGYIETPRILVDGQEVVMGEGTFGDYPQQDNAYIVELSKDLNLPDQFELTIQANVTQVNETFEFKVPVNVTNKSVVVKPDQATKSDGQFSYTVKQLDISPVSTRLVLDSKGEVPASAEQTGDYSASMVYYELVDDQGNVLNPRMFGYFNSKPKTEYHIDELYSPVNGTPKSITIKPFTLTVNNKDWSVVGQGKDSIGDKTYLTELEMTIPVQP				NA	NA	NA	NA	NA
JZ016_00067	594			hypothetical protein	ATGAAGGAAATGAAAGGCATGATCAACTCGGACATCATTAAACCGAAAATTCTGTACTATGGAACCCCGGTAATTTTACTCAATACGCTAAATGAAGACGATACCGTAAATATAAGTCCCATATCCTCTTCATGGGCGCTCGGAGATTACATTGTTTTAGGAATCGGACTTGGCGGTAAAGCGATGGAGAATTTGGAAAGGCATCCGGAATGTGTCATCAACCTTCCAGACCCTTCCTTATGGGAAAATGTTGAACAATTAGCCCCTCATACAGGAAAATATCCGGTTCCTGATGGTAAGGCAAAGAACGGTTTTACATATGAAAAAGATAAATACGCGATTAGCGGTTTAACTCCAGCGGATTCTGTCGCGGTAAAGCCTACTCGCATCATGGAGTGCCCCATTCAAATTGAGGCCGCAGTAAAAAACATTCAATGCCTAACTATTCTTCCATGTTTGCCATTGTCGAAACACAGGCGATCCATGTACACGCCCATCGAAACATCATGTGGAATGAGCATCACATTGATCCTGCCAAATGGAGCCCGATCATATATAATTTCCGGCATTATTATGGCCTTGGCACCCCGTTAG	MKEMKGMINSDIIKPKILYYGTPVILLNTLNEDDTVNISPISSSWALGDYIVLGIGLGGKAMENLERHPECVINLPDPSLWENVEQLAPHTGKYPVPDGKAKNGFTYEKDKYAISGLTPADSVAVKPTRIMECPIQIEAAVKNIQCLTILPCLPLSKHRRSMYTPIETSCGMSITLILPNGARSYIISGIIMALAPR				NA	NA	NA	NA	NA
JZ016_00068	690			hypothetical protein	ATGAATGCGAATTCGAACATAGCACAAGTAGCCTCACTCGTAAGCGATGCTTCTAGAGCGGCTATTCTAACCGTCTTATTGGATGGGCGATATCATCCGGCAAGCGAGCTGGCGTACATGGCAAACATCAAACCGCAAACGGCAAGCTTCCATTTATCGAAAATGGTAGCGGCGAATCTGGTCACCGTTGAGCAGCAGGGAAGACATCGTTATTATGGGATACAGAATCAGGAGGTTGCCCAGATCATGGAGACACTTCTATCGATAACGCCTCCTGTCGAAATAAGATCATTAAACCAAGCTGCGGAGAATGAAGCCTTACGTCAGGCAAGGACTTGCTACGATCATCTTGCGGGGAAATTGGGAATCCAATTGACGAATTCACTGCTCAGCGCAGGGGTCCTATCCGAAGTGGAAGATCATTATACCGTTACAGAAAAAGGAGAGGACTTTTTCAAGGCATTTCAGGTCGATCTGGGCCGTGTTAAGCGCAAACGCCGCTCTTTCACACATCGATGCCTGGATTGGAGTGAAAGACGCCATCACCTAGCCGGGGCCTTGGGACATGCCCTGCTAGAAAGGTTGCTCGAGTTACATTGGATACAACGCGTTCCAAGCACAAGAGCCATAAAAATCACGCCAGAAGGCAAGAAGGGATTGCAGGAAATATTCCATATTGACGTGGAGTAG	MNANSNIAQVASLVSDASRAAILTVLLDGRYHPASELAYMANIKPQTASFHLSKMVAANLVTVEQQGRHRYYGIQNQEVAQIMETLLSITPPVEIRSLNQAAENEALRQARTCYDHLAGKLGIQLTNSLLSAGVLSEVEDHYTVTEKGEDFFKAFQVDLGRVKRKRRSFTHRCLDWSERRHHLAGALGHALLERLLELHWIQRVPSTRAIKITPEGKKGLQEIFHIDVE				NA	NA	NA	NA	NA
JZ016_00069	540			hypothetical protein	ATGTCCAAATTGAATATCGGTATCATTCTAGGCAGCACACGTCAAGGCCGTTTAAGCCCGCAAGTAGGTGAATGGGTTAAACGTATCGCTGATGAACGCGGAGATGCAAACTACGAAATCGTTGATATCGCTGATTACAAGCTGCCGCTTTTGGGCGAAGCTGATGCTACAGAGCAAGCTACCGCTTGGAACAACAAGCTGAACAGTCTTGACGGCTTTGTATTCATCGTACAAGAATACAACCACAGTATTTCTGGGGCTTTGAAAAATGCACTCGATTTTGCTCGTGAGCCATGGAACAACAAAGCTGCAGGTATCGTGAGTTACGGTTCGGTTGGCGGCGCTCGTGCTGCCGAACATCTGCGTGGAATTCTGGGCGAATTGTCCGTAGCGGATGTTCGTGTACACCCAGCGCTTTCGTTATTCACTGATTTCGAGAATGGCTCTGTATTCAAACCGGCTGATCTGCATCTCGTCAACCTGAATGGCATGCTTGACCAAGTGCTTGCATGGAGCGGAGCTTTAAAAACACTGCGCTAA	MSKLNIGIILGSTRQGRLSPQVGEWVKRIADERGDANYEIVDIADYKLPLLGEADATEQATAWNNKLNSLDGFVFIVQEYNHSISGALKNALDFAREPWNNKAAGIVSYGSVGGARAAEHLRGILGELSVADVRVHPALSLFTDFENGSVFKPADLHLVNLNGMLDQVLAWSGALKTLR				NA	NA	NA	NA	NA
JZ016_00070	1173	eis	COG4552	N-acetyltransferase Eis	ATGGAACTTAGACAATTAAGATCCGACGAGTTTGAGATCAGCACCAAATTATCCGAATATGCCTTTCAATATACGCTAACACCGGAGCAGCGAGAATCCAATCAAAAACATTTTAAACCTGAACGCTTCTGGGGGATATTTGATGGAGAAGAGCTGCAAGCGAAACTGACCATCATCCCGCTGCAAGTTTATGTGCATGGAAACAAATTCGAAATGGGCGGTATTGCCGGTGTGGCAACATGGCCCGAGAACCGCAGACAGGGACATGTATCCACCTTGCTCAAGCATGCATTGCAAGAGATGAAGAGCAAAGGCCAGACCCTTTCCTTCCTGCATCCGTTTTCGATCCCGTTCTATCGTAAATTTGGCTGGGAACTTTACGCGGAATACAAAAAGTACACCATTCCGGTATCTAAATTCCCGCGTAAGGTGGAAGTGCCTGGCCGCATTGTAAGAGGCGTAACCGATATTCCAACACTGGACGGCATGTATCAAGCCTATGCCAGCCGCTATAACGGGACTCTTGTGCGTGATGAAGCATGGTGGACAAGATCCGTGCTGCAAGGCGACAATCACAGCGTTGTTTATTATTCAGCGGAGGGAAAACCGACGGGCTACGCGTTATATGAACTCAAAGACAAAGATCTTGTGTGCGACGAATTTGTGTACCTGAACGAAGAAGCACGAAGCGCACTCTGGACCTTTTTTGGAAACCATGATTCCAGGATTGAGCAGGTTACAATGACAATGGTACCTGGGGATGATCAGCTGCCATTCATGCTGCCGGATCCACGCGTTACCCAGGAAGTGGTCCCTTACTTCATGGCCCGAATCGTAGATTTGAAATCCTTTGTGGAGCAGTACGCTTTTGAGGCTCATCAGGAAGCCGTAATGACCTTAGAGGTGGAAGATTCCGCTGCGCCTTGGAATGCGGGCAGATGGAGGTTGTCCGTTAATCAAGAGGGGAAAGCGGAGCTGTCGGAGCTTCCGACCGATCAAGGGGAGCAGGCTGATCTGACCACCGATATTCAGACGTTGTCTGCTCTGTTTACGGGATATAAAAGACCACAGGCGCTGCATGCCATTCACCGGCTATCTGGGAATCCAAAGGCTGTAAAACAACTGGAAACGATGATCCCCGCCGGTCAAACCTATCTCATGGATTTCTTTTGA	MELRQLRSDEFEISTKLSEYAFQYTLTPEQRESNQKHFKPERFWGIFDGEELQAKLTIIPLQVYVHGNKFEMGGIAGVATWPENRRQGHVSTLLKHALQEMKSKGQTLSFLHPFSIPFYRKFGWELYAEYKKYTIPVSKFPRKVEVPGRIVRGVTDIPTLDGMYQAYASRYNGTLVRDEAWWTRSVLQGDNHSVVYYSAEGKPTGYALYELKDKDLVCDEFVYLNEEARSALWTFFGNHDSRIEQVTMTMVPGDDQLPFMLPDPRVTQEVVPYFMARIVDLKSFVEQYAFEAHQEAVMTLEVEDSAAPWNAGRWRLSVNQEGKAELSELPTDQGEQADLTTDIQTLSALFTGYKRPQALHAIHRLSGNPKAVKQLETMIPAGQTYLMDFF				NA	NA	NA	NA	NA
JZ016_00071	780			hypothetical protein	GTGATTCGCAGACTTTTGCCTGAAGAACTGGGGCGTCTCTTGGAAACGATCAACAGAGAGCAGCATTTCTTATACTATTCCTATCTTACATTTCGGAAGAATCATGCCGTTCACTATGGGCAGTTCTCTGAACATGGAGAGCTGCTGGGTGTTGCGGCTTTCCTGAAGGGTCTTCCTTTCTACGCCTTTTCGGTTTATCCCCTTCAGACATCGTTTCGTTTTCGGTCCGTGCTGACCCGAATGATACAAGATTTGAAATTACCGGATGGGGCATTAGGGAGCTTTATCGTGAGTGAGGATGAATGGGAGGTTCTAAATCCTGAGATTGATGTGAAGAAACCTCCCGTTGGCATCCTTCTCATGAAGCATCGGCATCTTGAAGATTTGCCTGTAGGGGATAACGAGGTGTTTCGTTTAGGCCCATCGTACTTTGATATGATCGAGTCAAAAATGGCTGAGTTCCATTCAATGGCTTTTGCAAGGGAAGAGCTTCATCATCCGTTTTATGGGATTGTTCAGAATCAGGAGCTCATCGCTGTCGGCGGATACCATATTTATAGCGATGATTATGTGGAGCTTGGGAATATCGGCACGGATGCTGCGTGGAGGAGACAAGGGTACGGCAAAAAGGTGTGCGCGGAATTGACCCGTAAGGGGCGTGCCATCACTCCCCATGTGTATCTGAATGTGCTGGAGGATAACCTAAGCGCGGTACGTTTATATCAGTCTCTGGGATATGTTACGGTGTGCAAACAGTACATCGTTGAATTCGGTCTATAG	MIRRLLPEELGRLLETINREQHFLYYSYLTFRKNHAVHYGQFSEHGELLGVAAFLKGLPFYAFSVYPLQTSFRFRSVLTRMIQDLKLPDGALGSFIVSEDEWEVLNPEIDVKKPPVGILLMKHRHLEDLPVGDNEVFRLGPSYFDMIESKMAEFHSMAFAREELHHPFYGIVQNQELIAVGGYHIYSDDYVELGNIGTDAAWRRQGYGKKVCAELTRKGRAITPHVYLNVLEDNLSAVRLYQSLGYVTVCKQYIVEFGL				NA	NA	NA	NA	NA
JZ016_00072	693			hypothetical protein	ATGGATATGTTTATAGATATAGGGATTAAACTAATCGTCAGCTTTTTCGGGTTATGGATCATCACATTTGTTACGGGGAGAAAAACCATCAGCCAGCTTACACCGCTTGACTTCTTGTCCTCCCTAATTCTGAGTGAAATCGTCGGGGCAAGCCTCTATGATGATAAGGTAAACCTATATCATTTGGTATTCGCTCTTGCGCTTTGGACAACGATGTCTTACCTCTTCGAGAAGGCAACCACCCACTTTGTTAAGTTCGGATATTTAACGGAAGGCCGGGCGGTACTCCTGATCGATAACGGAAAGCTCAACCAAAAATTGTTGAACAAATACGATATGGAATATAAACAGCTGTTATCCATGCTGAGACGGCAAAGCATTTTCTCGTTAACTGAAGTCAAATACGCCATACTGGAAACGGACGGATCGCTTTCCGTCATGCGTAAACCCGAGTACGAGCCGCCCACAGCCCAGGATATGGGCGTAGCAGCCAAGCCGGACACCTTTACGGTAACGGTTATTGACAAGGGAAAGCTGCTCGAGGAATCGATGCTGGGCAAACCCATTGAACAGGGCGAGATCCAAGCGAAAGCTCGGGAACAAGGTTTTGACTCCCTGGAAGATATCGCATACGCGGAATACGGAGATGACGGGAAGCTTTATGTTTATTCCAAGCGTGAGGTTCAGGGCTGA	MDMFIDIGIKLIVSFFGLWIITFVTGRKTISQLTPLDFLSSLILSEIVGASLYDDKVNLYHLVFALALWTTMSYLFEKATTHFVKFGYLTEGRAVLLIDNGKLNQKLLNKYDMEYKQLLSMLRRQSIFSLTEVKYAILETDGSLSVMRKPEYEPPTAQDMGVAAKPDTFTVTVIDKGKLLEESMLGKPIEQGEIQAKAREQGFDSLEDIAYAEYGDDGKLYVYSKREVQG				NA	NA	NA	NA	NA
JZ016_00073	147			hypothetical protein	ATGAACAAGGGAGATGTCATTATTTACGCTTGCGTCATCATTGGAGCGGGTATCGGTTTAGCGCTGGACAGCGCGTTTCCAGGAGTTCTGGTCGGTTTAGGCGTTGGATATTTGATTAAAATCTCATGGAACCATGAAGAAAAGTAA	MNKGDVIIYACVIIGAGIGLALDSAFPGVLVGLGVGYLIKISWNHEEK				NA	NA	NA	NA	NA
JZ016_00074	1908	thrZ	COG0441	Threonine--tRNA ligase 2	ATGTCAATCGTAGTAACGCTGCCAGACGGAAGTAAAAAGGAGTATCCCGCACAAACGACGATGGATCAAATCGCGGAATCCATCCATTCAGGTCTGAAGAAACAAGCCGTTGCAGCCAAAGTGAATGGGAAACTCGTGGATTTGGATCATAAGCTGTGTGAGGATGCGGAAGTAAGCATCATAACGCTGGATTCAGAGGATGGACTGTACGTGTATCGGCACAGCGCGGCTCATCTGATGGCCCAGGCCGTTAAACGGTTGTATGGCAGCCAGTCCGTCCATTTGGGGGTAGGACCTGTCATTGAGGATGGTTTTTATTATGATATGGATTTGGGGCACTCAATTACGTCTGAAGACTTGATTGCCATTGAGCGGGAAATGCAGAAGATCGTTCAGGAAGACCTGCCGATTATTCGCAAGGAGGTGGGTCGTCAGGAGGCCGAACATATTTTCCAAGATGACCCGTACAAGATGGAGCTGATCCGCGAATTACCGGCGGACGAGGTCATTTCGGTGTATGAGCAGGGAGAGTTCGTTGATTTGTGCAGGGGGCCGCATCTTCCTTCAACGGGCAGAATCAAGGCATTCAAATTAATGAGTGTGGCGGGCGCTTATTGGCGGGGGAACTCGGACAATAAAATGCTGCAAAGAATATATGGAACGGCGTTTCCCAAGAAGTCGCAGCTCGAGGAGCATCTGTTGCTGCTTGAAGAGGCCAAGAAACGGGATCATCGGAAGCTGGGTAAAGAGCTCGGGCTCTTTATGTTCTCGGAGGAAGCACCGGGCATGCCTTTCTTTTTGCCGAACGGGATGATCATCCGCAATGAGCTAGAGCAATTTGCAAGAGGACTTCAGTTCCATCGCGATTATGATGAAGTGCGCACGCCGCTGATGATGAACAAGCGGCTGTGGGAAATGTCCGGTCATTGGGATCACTACAAAGACAATATGTATTTCACGCAAGTGGACGAGACGGAGTATGCGCTGAAGCCGATGAATTGTCCAGGGCATATGTTAGTCTACAAAAACTCGCTGCATTCCTACCGAGAGCTGCCCATTCGCATTTCCGAATTTGGCCAGGTGCACCGCCATGAATTCTCAGGGGCACTGAACGGTATGATGCGGGTGCGCACGTTTTGTCAGGATGATGCGCATATTTTTGTAAGACCTGATCAGATCCAGGAAGAAATCAAGCAGGTTATCGATTTTATCAGCCAGGTTTATCAAGTGTTCGGCTTTGATTATACAATCGAGTTATCGACAAGACCGGAAGATTCCATGGGCTCTGAGGAATTGTGGGAGCAGGCGGAGTCCTCCCTGAAGCAGGTGCTGGATCAACTGGGGCTGCCGTACCGGATTAATGAAAGGGATGGCGCGTTTTATGGTCCGAAAATCGATTTTCATATCTTGGATTCCTTAAAGCGAAGCTGGCAATGCGGCACCATTCAACTGGATTTCCAATTCCCTGAAAAATTCGATCTTTCGTATATCGGAGAAGATAACCAGAAGCATCGGCCGGTTGTTATTCACCGGGCGGTATTTGGATCCATCGAGCGATTTATCGGGATTCTTACAGAGCATTACGGCGGGGCTTTCCCGATGTGGCTGGCTCCCGTACAGGTTATGATTATACCGGTATCCGACCATTATATCGATTACTCGTTAAAGGTGAAGAAGCGTCTGGAAACTGCCGGCATACGGGTGAACGTCGATGTAAGAAATGAAAAGCTGGGTTATAAAATCCGCGAAGCGGGTCTGCTGAAAACGCCGTACACGCTTGTTCTTGGCGAGAAGGAAATGAACTCCGATCACGTATCCGTCCGTAAACGGGGCGAGGGGGAACTTGGGGAGAGTGCCCTAGATGAAGTGATCGCAAGGCTTCGGAAAGAGATTGAGTCCAGGGGATAA	MSIVVTLPDGSKKEYPAQTTMDQIAESIHSGLKKQAVAAKVNGKLVDLDHKLCEDAEVSIITLDSEDGLYVYRHSAAHLMAQAVKRLYGSQSVHLGVGPVIEDGFYYDMDLGHSITSEDLIAIEREMQKIVQEDLPIIRKEVGRQEAEHIFQDDPYKMELIRELPADEVISVYEQGEFVDLCRGPHLPSTGRIKAFKLMSVAGAYWRGNSDNKMLQRIYGTAFPKKSQLEEHLLLLEEAKKRDHRKLGKELGLFMFSEEAPGMPFFLPNGMIIRNELEQFARGLQFHRDYDEVRTPLMMNKRLWEMSGHWDHYKDNMYFTQVDETEYALKPMNCPGHMLVYKNSLHSYRELPIRISEFGQVHRHEFSGALNGMMRVRTFCQDDAHIFVRPDQIQEEIKQVIDFISQVYQVFGFDYTIELSTRPEDSMGSEELWEQAESSLKQVLDQLGLPYRINERDGAFYGPKIDFHILDSLKRSWQCGTIQLDFQFPEKFDLSYIGEDNQKHRPVVIHRAVFGSIERFIGILTEHYGGAFPMWLAPVQVMIIPVSDHYIDYSLKVKKRLETAGIRVNVDVRNEKLGYKIREAGLLKTPYTLVLGEKEMNSDHVSVRKRGEGELGESALDEVIARLRKEIESRG				NA	NA	NA	NA	NA
JZ016_00075	510			hypothetical protein	TTGCAAACATACCAGAGCAAAGAAGCGTTCATCGCTGAAATTCAACGAACGTATAGCCTTTTTGACCAAGAATTTGATGAGGTACCAGAGGATGAAAGGAATCTTCGTATTGGCGAAGTCGATAGAACCCCCCAAGAGATGATTGCCTATCAGCTGGGATGGCTAACGCTGGTGATGAGCTGGGAGAGGGATGAACTTGCGGGTAAAGAAGTTACGACGCCAACCCCTGACTTAAAATGGAATCAGTTGGGGGCGTTGTATCAGCAATTCTATCATACGTATGATGGATATTCTTTGGAAGAATTACGTTCGTTGTTAAAGCAGAGGACAAATGAATGGTGTGAATGGATCAACGGCTTACGTGAGGAAGAGTTGTTTCATTCAGGCGTTCGCAAGTGGACGGTTACCAGTGCCAACTGGCCGATGTGGAAATGGCTGCACATCAATTCCGTCGCGCCGTTCAAAAGCTTCAGAACCAAAATCCGAAAGTGGAAAAAGCATGCCGGCTAG	MQTYQSKEAFIAEIQRTYSLFDQEFDEVPEDERNLRIGEVDRTPQEMIAYQLGWLTLVMSWERDELAGKEVTTPTPDLKWNQLGALYQQFYHTYDGYSLEELRSLLKQRTNEWCEWINGLREEELFHSGVRKWTVTSANWPMWKWLHINSVAPFKSFRTKIRKWKKHAG				NA	NA	NA	NA	NA
JZ016_00076	1122	ugl_1		Unsaturated glucuronyl hydrolase	ATGTGGAGCAGTGCGATTAAAGATGCTGTAGAGAAAATCAGGAAGAACATGGATACCTTCGGGACAAGATTTCCCCACGTCAGCAGGGACGGCGCTTATTTGCTGAATGACAATGACGACTGGACGAACGGTTTCTGGAGCGGACTTCTCTGGCTATGTTATGAATATACGGGCGACGAAGCTTTTAGATTGGCGGCAAAACGAACGGTTGAAGATTTTCGCCGCCGTTATGCAGGAAAAAAGGTGCTTGATCATCACGATATCGGATTTCTGTATTCCTTGTCCTCCAAAGCGGAGTGGATCGTTGAGAAGAACGAGAGTGCCCGCCAATTGACGCTTGAGGCTGCGGACTTGCTGCTGAAACGCTGGCGTCCAGGCGGTGGATATATTCAAGCGTGGGGTTCTGAAGGAGATCAACAGGAGGGCGGTCGCATCATTATCGATTGTTTGATGAATCTGCCGCTCCTGTTCTGGGCCGGGCAGCAAACCGGAAATCCCGTATATAGGGACATCGCAATCATGCAGGCGGAGAAGACACGGCGTTATCTGGTGCGGGGAGACGACAGCTCATACCACACCTTTTTCTTCGATCCGCGTACGGGGGAGCCGATCGGCGGTGCCACGCATCAGGGCTTTACGAACGGCTCGACCTGGACGCGGGGACAAGCGTGGGGGGTGTACGGCTTCGCACTGGCTTACCAATATACAGGAGATCGTGTATACCTGGAAACCTCCAAACGAATGGCGAAGTATTTCCTGAAGCACTTACCGGAGGATCATGTCGCCTTTTGGGACTTTAACGCCCCCGTAAGCGCTGATACTTACCGCGACAGCTCTGCCTCCGCCATTGTGGCAGCAGGCTTGCTGGAACTGATTGGACATTTGGATGAGGAGGATCCGGAAAGAACCGACTTTGAGCAAAGCCTGGAGGCTTCCATGACCTCGCTGGTACGAAATTACTCTACGATCGGCAAGGAGGCGGAGGGTCTGCTGCAGCATGGCTCTTATCATGTACGCGGCGGATTGTCACCGGATGATTTCATGATCTGGGGGGATTATTTTTACCTGGAAGCTTTGATTCGGATGGAGACCGGGAGCAAGGGGTACTGGTATGAACGCTGA	MWSSAIKDAVEKIRKNMDTFGTRFPHVSRDGAYLLNDNDDWTNGFWSGLLWLCYEYTGDEAFRLAAKRTVEDFRRRYAGKKVLDHHDIGFLYSLSSKAEWIVEKNESARQLTLEAADLLLKRWRPGGGYIQAWGSEGDQQEGGRIIIDCLMNLPLLFWAGQQTGNPVYRDIAIMQAEKTRRYLVRGDDSSYHTFFFDPRTGEPIGGATHQGFTNGSTWTRGQAWGVYGFALAYQYTGDRVYLETSKRMAKYFLKHLPEDHVAFWDFNAPVSADTYRDSSASAIVAAGLLELIGHLDEEDPERTDFEQSLEASMTSLVRNYSTIGKEAEGLLQHGSYHVRGGLSPDDFMIWGDYFYLEALIRMETGSKGYWYER	PGPT0019355_910	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019355-ugl|EC_3_2_1_180-K18581	NA	NA
JZ016_00077	2169			hypothetical protein	ATGAACGCTGATGCCACGGAAGCTTCGGTGAATGCCGTATGGGCTCTTTTGAATCTGGAGGATCCCGGTATGCGTTCCATGCAGGATGCAGATGATCAAGGCCATCGGCGCGATATGCTGTGTAAACTGCATAAACATTTCTCCTGTCGGAACACACCCGGATGGTGGATGAGCAGTGAGGATCAGCAGAAAATTTCGGATTATGTGAAGCAATTCTGTGCAGATGAACTGGAAACCGTCATGAAGACGGCGGATGAGGTGGTGCAGCAGACGTTCCTGTTCCGCTTTCCATGGGATATGGAACAGAGCGTGATTCCCGTTACATTTGACGGTGATATTGACTGGTGCCATATTCCCGATCAAGACGTGGAATGGGCTTATATGCTGAATCGCCACCGCTATTTGGTGGCGCTGGGACAAGCGTATGTGATGACAGGCGATGAGAAGTATGCAGCGGTGTTTAGCCAGCAGCTTGAAGACTGGATCGATCGGAATCCTGTCCCTGGAGAACCAACGACGGATACGTTGACATGGCGTCCGATCGAGGCGGGTCTGCGCAGCGTGAACTGGATCAAGGCACTTCGATACGTGATCGGTAGCCCTTCCCTGACTCCGTCATTGCTCGGTAAAACGCTGATTTCGCTTCACGAGCACGGGGAGTATTTGGCTGCTTCCTTCACCAGCTGGAAGCATATCAGCAACTGGGGAGTACTGGAAACCTGCGGCTTATACCATATTGCACTGTTCTTCCCCGAGTTCAGCAAGTCAGCACGGTGGCGGGAAATGGGAGAAGAGAGACTGAAGGAGACGGCGAGGCTTCAGATTATGGCGGATGGCATTCATTGGGAGCAATCGCCTACATACCATCATGAGGTGCTGGCTTGTTATCTTGACTGCATTCACCTCGCCAATCTCAACGGGTTGGAGCTCGACGGTCCATTTCGGCGTACGGTCCGCGAGATGGCCGAAGCCTCTCTATACTGGGCGAAGCCGAATCACAGACAGCCGATGCTGGGAGACAGCGACGATAGCGATATTCGTGGTATTCTGACCTATGCCGCGTGGTTATTTGGGGATTCCGTTCTGAGATATGGCGGCCATGCTCGACCGGATTATGATAATGCCTGGCTGTTCGGCATAGACGGAATCCGGGAGTACAAAGCTATGGTTCCAGCGGAGCCGCCATGTCAGAGCCGGGCTTTAACCCATTCCGGTCATTATACGATGCGAACGGGTTGGGACGAAGATGCATTGTACCTTTATTTTCACTGCGGCCCGCTTGGCGGAGGCCACGGTCACGCCGATATGCTGCACGTGGATCTTCATGCCTACGGCCGTGATCTGCTCACGGATCTTGGAAGGTATAACTATAGCGACCATACACCGCTGAGAAAAGCATTAAAGGAGAGCTCAGCCCATAACACAACGGTTGTCGACGGAATCGGGTTTACCGGAATCAAGGACACCTGGTCTTTCGACCGGATTGCCGCGCCGCTAGGCTGCAAATGGGTCAGCAGGCCGGAGTTTGACTATGTCGAGGGGGCGCATGACGGCTATCTCTATGGGAATGAACCGTTGTATCCGCGGAGAAGGATCATTTTTGTTAAGCCTTATTTTTGGCTGCTGATCGACAGCTTGGTGTGCCTTGAGCAGCATACCTTTACCCAGCATTTTCATTTTCCGCACCCGCCAGGAGAAGTCGGGATCGAAGCGGAGTCATTGATATGCCGTACTAACACCCCCGGGGAGGCGAATCTATCGATTATCCCCGTACGCACAGACGGTCTGCGCGGAGAAATTGGCGAGGGTGTAATATCCCGCGAGTATAACCTGTTGGAACCGAATGCGAATGTGACTTACTCCCGGACGGGAAAAGGATTGATCAGCATCATGCAGGTGCTGTATCCTCATCGTCCAGGCGAAACGGCTTCTCCGCGAGTTCGTAAGGTCCCGATTTACCGTCATACGGGTGAGCGGGTTCATGACGGGCAAGCGGAGGCATGCGGTGTTCAGCTCCCGGGAATGGAAGAGGAGTTTATACTCGTTGTTAGTCACCGTGCGCCGTCCGGCCATTATGATTCTTATGTGGTGGAGGGCATGCAGATCTTCGGGGAGGTTGTGCTGATGACCCTTCAAGGCGGAAAAAAGCAAGCAACCGTCATCATTTAA	MNADATEASVNAVWALLNLEDPGMRSMQDADDQGHRRDMLCKLHKHFSCRNTPGWWMSSEDQQKISDYVKQFCADELETVMKTADEVVQQTFLFRFPWDMEQSVIPVTFDGDIDWCHIPDQDVEWAYMLNRHRYLVALGQAYVMTGDEKYAAVFSQQLEDWIDRNPVPGEPTTDTLTWRPIEAGLRSVNWIKALRYVIGSPSLTPSLLGKTLISLHEHGEYLAASFTSWKHISNWGVLETCGLYHIALFFPEFSKSARWREMGEERLKETARLQIMADGIHWEQSPTYHHEVLACYLDCIHLANLNGLELDGPFRRTVREMAEASLYWAKPNHRQPMLGDSDDSDIRGILTYAAWLFGDSVLRYGGHARPDYDNAWLFGIDGIREYKAMVPAEPPCQSRALTHSGHYTMRTGWDEDALYLYFHCGPLGGGHGHADMLHVDLHAYGRDLLTDLGRYNYSDHTPLRKALKESSAHNTTVVDGIGFTGIKDTWSFDRIAAPLGCKWVSRPEFDYVEGAHDGYLYGNEPLYPRRRIIFVKPYFWLLIDSLVCLEQHTFTQHFHFPHPPGEVGIEAESLICRTNTPGEANLSIIPVRTDGLRGEIGEGVISREYNLLEPNANVTYSRTGKGLISIMQVLYPHRPGETASPRVRKVPIYRHTGERVHDGQAEACGVQLPGMEEEFILVVSHRAPSGHYDSYVVEGMQIFGEVVLMTLQGGKKQATVII	PGPT0019417_27	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA	NA	NA
JZ016_00078	1725			hypothetical protein	ATGTTCAAATTCACCTACTACAAACGCATCCAGCTGTCGTTTCTTTTGCTGATCTTTATTCCGCTGATCGCGGTTTCTATCATTTCGTTTGTTCTGATTCGGGATACGATGGTAGAGAAGCTGCAGCTCAGCAACGAGAATGTCCTGAACGTCATGACGGATGAGCTGAGCAAGACGATTGACGATGTCACGTTTGCTTCCCATTTTATCGTGAACGATACGAATGTTCGCAATATCCTGAAGTCATTCGCAGACACCAAACGGCTGGCTACTTATCAGGATTATGTACATTTCAGACAAATTCAGGACGTATTTTCCCTGATTAATTCCAAGCCGCTGAATAACAACGTACGCATGTACTTGGTCAACCGTGAGCATTTTGTCATCTCATCCGGCACGGAGGATTTGACCGCCATTAACGAAAGCCTCGACAAACTGATGGAGCGCGTCGATCTCAGTAAACCGGAATCCCTGCAATGGCTTGGGATGGCCGGCGGCGACTCGTCAGGGAAAGGCAAGAGTTATTATATTGCCAGGGTGATCTATGACAGCCGAGAGAAAAGGCAAGTGTCCGTATTGCTTAGTGCCATTTCCGATTCGTACTTCAACAAGCTGCTGGGTACGATCGACTTCGGCAAGGTGGCGCTCTTTGATGCAAACGGGGAATTCATCGCAGGCAATTCCGGGTTGATCCCGCATCATACGGAGACCAAGGGCAGTGTCCGAACGGACAGAACCATATTGAAATCGAACTGGAAGCTGGGTTACGAGGCCTCGGAGAAAGAGTGGTCGGGGCAAATCTCCCGGACTTTTTATACCGGTCTTGCCGGGGTTCTGCTGCTGTTTCTCGTGTTCTCCGGAATGTCCATCCTGATTGCTAAAAGGCTGCACAGTCCGATTCTCAAGCTGCAGCGGGTCGTACGCCAGTTCGGAATGGGAAACCTGGATGTCAGACTGGAGGTCAAGGGCAAGGATGATATCGCCGAATTGGGGCAGACGCTGAATACGATGCTCGATCAATTGCAGCGGCTGATCCATGATATCGAACAGGAGCAGGAGCAGAAGCGAGTGATGGAGCTCGAGGCCTTGTTTATGCAAATTCGCCCTCATTTTTTGATTAACACGCTGAATTCGATCAAATGCAGCCTGATCTTGACGAAGGATACGCTTCACAGTGGAATTATTGATTCCCTGATGAGTTTGCTCCGAGCCTATCTCAAGGTCAATGAGCCGGCCACCTTACGCGAGGAATGCAAGCTGCTGGGCCACTACGTTGACATTATGAAAATCCGCAATGAAATCCCGCTTCATTTAGAGGTTGATCTGGATCCGGAAACCGAGGGACTCATCTTGCCGAAACTTATTTTGCAACCCATCGTTGAGAATGCCATCGTCCACGGGCTTGTCGATCATCAAACTCCACGCATTGAGATCCGTTCCCGAAGCAACCCGGACGGAATCAGAATCGAGATTATCAACAATGGCTTCGGGGCCGATGAAGACATGCTCCAATGTCTAAACCGTAGACTTGGTAGACCAAGCGGCGAGCAGGATGGAGCTTATGAGAGGGTCGGTCTAATGAACGTGATCCAAAGACTCCGATTGACCTTCGGACAGGAAGCGAGTTTGACACTCGCCAACCTTCCGCAGGGGGGAATGTCAGTTTCGCTGTACTTGCCCCAAAGTCATCATCATGGTTTTTTACCGGAGGGAGAGGAAGAATGA	MFKFTYYKRIQLSFLLLIFIPLIAVSIISFVLIRDTMVEKLQLSNENVLNVMTDELSKTIDDVTFASHFIVNDTNVRNILKSFADTKRLATYQDYVHFRQIQDVFSLINSKPLNNNVRMYLVNREHFVISSGTEDLTAINESLDKLMERVDLSKPESLQWLGMAGGDSSGKGKSYYIARVIYDSREKRQVSVLLSAISDSYFNKLLGTIDFGKVALFDANGEFIAGNSGLIPHHTETKGSVRTDRTILKSNWKLGYEASEKEWSGQISRTFYTGLAGVLLLFLVFSGMSILIAKRLHSPILKLQRVVRQFGMGNLDVRLEVKGKDDIAELGQTLNTMLDQLQRLIHDIEQEQEQKRVMELEALFMQIRPHFLINTLNSIKCSLILTKDTLHSGIIDSLMSLLRAYLKVNEPATLREECKLLGHYVDIMKIRNEIPLHLEVDLDPETEGLILPKLILQPIVENAIVHGLVDHQTPRIEIRSRSNPDGIRIEIINNGFGADEDMLQCLNRRLGRPSGEQDGAYERVGLMNVIQRLRLTFGQEASLTLANLPQGGMSVSLYLPQSHHHGFLPEGEEE				NA	NA	NA	NA	NA
JZ016_00079	1590	cheB_1		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGATGTACAGAGTATTGCTCATAGACGATGATGTTCCTATGCTCAAGGTACTGCAACAGATGATTGACTGGGAGGCAAACAATCTGCAGATTGCCGGCAGCACGTATTCCAGCGCGAAAGCGATGCATATGTTTGAGGAAGTCAGGCCGGACATTGTCATTACGGATATCGGACTGCCACAGAAAAACGGCATGGAGCTGGCGGACCATTTTATTCGCATGAAGCCGGAGGTTCGGATTATCTTCCTGACGTGTCATGAGGATTTTCATTATGCCCAGCAGGCCGTAAAACTGCAGGCGGATGACTATTTGATCAAAGATCAGCTTACGGCAGAGCAGCTGGAACAGAGTCTCGGCAAGTCCGTGCACTTGTTAAAGACGCGGGCTGGTCTGATTAATCGCGAGGCAGCGAGTTACAATAGTCAGCTCTTTCGGCAGGATTTGCTGCAAAAGGTGATCAATGGCTCTCCGTCCGAAGCCACTTTGGCTTATGCGGCTCAGATCGGCATCTCCTGGACGTATCCGTGGTTTATGCTGGGGCTGGTCAGCATTCAGCTCTCCAGCTTTGACAAGCGTTTCAGACATTCGGAATTTCCGCTGATTTTATACGCTGTATACAATATCGCGATGGAGTTGTCCGAATCGTATGAAGGGATCACGCCGTTCATGGAGCAGGGGAACATTGTGATTCTGCATAACTTTAGGGTGAACCTCGCACAGAATGCCAGCTTGCATCTCCATAATTATGTGCAGCGGCTGCGTTATCAGTGCGTCCATTTTCTCAAAATTCAACCGAACGTAATCGCGGTTACGGACAAAATGGAATTAAGTTCGATTGGCTCCATTTATCAGGAAATTCTTCATGACAAATGCGAGTTTTACGAAACTTCCGACTATACGATATCCGAAGTTTCTCAAATAAGGTCGCGGTGGTTTCAAACCGCGCCTCAGGGATTTCTAGATAGCTACGTTTCGGAGCTGGAAAGGAAACTCATCAAGCAGGATCTCGACGGTATCCGCACGACCCTGCACAAAATCGCAGGCACCGCGAAAGAGCTGTCAATTGATCCGGCCGACTTTGTCAGGGATCTTTCCTCCATGCTGCGAGGTATCGAGCTGATGTTCTCCAGTCTCAAATTCGATGAGGATTTGTTTGCCTATCTTGCTTTAGCTCGCACCTTGGAAGATATAATGGAACTGGTGGAGAGAAAGCTGACCCAGATTATCGGAACCCGGCAAGCGGGAGTGGGAAGCTCCACGAATGAGCCGAAGCTGCAGGTGATCCAGCAATATATCGATCAGCATCTTGACGATAACATTACGTCGATCGACATGGCACGCTATCTGTTTTTGAATCCGAGCTATTTTTCGCGCTATTTCAAACGGATGACGGGGTTGACCTTTACGGATTACGTGCATCAATACAAAATGAAGATGGCTACCAAAATGCTCAGAATGTCCGGACAAAATCTGGAGTCCTTAGCTATGGGATTAGGTTATTCGGATCGGACGTATTTTTCAAAAGTGTTTAAAAAATACGTGGGGACCACACCCAGCGAATACAAAGCGAAGTACACCGCACGAAAATAA	MMYRVLLIDDDVPMLKVLQQMIDWEANNLQIAGSTYSSAKAMHMFEEVRPDIVITDIGLPQKNGMELADHFIRMKPEVRIIFLTCHEDFHYAQQAVKLQADDYLIKDQLTAEQLEQSLGKSVHLLKTRAGLINREAASYNSQLFRQDLLQKVINGSPSEATLAYAAQIGISWTYPWFMLGLVSIQLSSFDKRFRHSEFPLILYAVYNIAMELSESYEGITPFMEQGNIVILHNFRVNLAQNASLHLHNYVQRLRYQCVHFLKIQPNVIAVTDKMELSSIGSIYQEILHDKCEFYETSDYTISEVSQIRSRWFQTAPQGFLDSYVSELERKLIKQDLDGIRTTLHKIAGTAKELSIDPADFVRDLSSMLRGIELMFSSLKFDEDLFAYLALARTLEDIMELVERKLTQIIGTRQAGVGSSTNEPKLQVIQQYIDQHLDDNITSIDMARYLFLNPSYFSRYFKRMTGLTFTDYVHQYKMKMATKMLRMSGQNLESLAMGLGYSDRTYFSKVFKKYVGTTPSEYKAKYTARK				NA	NA	NA	NA	NA
JZ016_00080	921	lacF_1		Lactose transport system permease protein LacF	ATGGAGGCTGTACAACAACCAGTGCCCAAGAGCCGACGGAAGTTTTGGACTCCCAAGCGGAAAGAGGCTTTGATCGGGTGGCTGTTTCTGGCCCCGGAAATCGTCGGGATGCTGCTATTAAACGTGTTTGCTCTTGGATTTTCTTTGTATTTAAGTTTATCCGATTGGGATATGCTGTCAGGTGTCCAAGGGATCGAGTTTACCGGATTGGATAACTACATCAAGATGTTCCATGATCCGACCATTATTCAAGCGATAAAAAACAATTTGATCTATATGGTTCTTACGGTGCCGATCCCGATTGCCATCGCTCTGGTGCTTTCGGTTTTGATTCACAACAGCGTGTTCTTCAAGAGTTATTTTAAAGTCGCGTTCTTCATTCCTTATATCTCTTCGATTATCGCAGTTGCTGCGGTGTGGAGCGCATTATTCCACCCATCGCTGGGACCGATCAACCAGTTTCTAATGGATCTGGGGATCAACAATCCGCCGAAATGGCTGGTCGATCCGAAAACGTCGCTCTTGGCGATTTCGATCATCAGTTCCTGGGCGGGCCTGGGCTACACGATCATTATTTATATGGCCGGGCTTACGAACATTTCGAATGAAATTTATGAAGCGGCGGATATTGACGGTGCCAGTGCAATTAAAAAGTTTTTTGCGATTACGGTTCCGATGCTTCGTCCGACAACCTTCTTCCTGTTAATTACGATGTTGATTGGCTCGTTTAAAGTGTTTGACATCATCGCCTTTTTAACGGAAGGCGGCCCGAACAATTCTTCTACCGTGCTTGTATTCCGCATCTATGAGGAAGGCTTTCAATATTACAATATGGGATATGCTTCGGCCATTTCCTGGCTGCTGTTCGCGATTATCGGTCTGATTACCGCGCTCACCTGGAAAATGAGAAATGAAGAATAA	MEAVQQPVPKSRRKFWTPKRKEALIGWLFLAPEIVGMLLLNVFALGFSLYLSLSDWDMLSGVQGIEFTGLDNYIKMFHDPTIIQAIKNNLIYMVLTVPIPIAIALVLSVLIHNSVFFKSYFKVAFFIPYISSIIAVAAVWSALFHPSLGPINQFLMDLGINNPPKWLVDPKTSLLAISIISSWAGLGYTIIIYMAGLTNISNEIYEAADIDGASAIKKFFAITVPMLRPTTFFLLITMLIGSFKVFDIIAFLTEGGPNNSSTVLVFRIYEEGFQYYNMGYASAISWLLFAIIGLITALTWKMRNEE	PGPT0016535_5145	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_00081	843	araQ_1	COG0395	L-arabinose transport system permease protein AraQ	ATGTACATGCAGCTTCTTCGAAAAAACCTGTCCAAAGTGGTAGTCACCTTTATCATGGGAGCATTGTCCATTGTGTTTCTCGTACCGCTCATCTGGATGATTTCTGCGGCTTTTAAATATGAGAAGGATGTTATGCGATTCCCGATTCAATGGATACCGGAAAAGGTGAATCTGGCGTACAATTTCAAGATGGTCTGGATGGGAAGAGTTCCCTTCTATGATTTCTATTTTAATTCTTTTAAAATAGCGATTATTACGACCCTAATCACCCTGATTATCTCATCCATGGCAGGGTATGCGCTAACGAAAATTCGATTCAAGGGACGAAATCTGGTTTTTATGGCCTTGCTCTCGTTCATGATCATTCCGGATCAGGCGACGCTCACTCCGCGGTTTCTGCTCATTCGCTGGTTTGGACTCTACAATACGCATGAGGCCATCATCTTTATGAGCATGTTCTCCATTTACTTTACGTTTCTGCTGCGTCAATTTATGAACGGGATCAGCGATGAATACTTGGAAGCGGCCAGAATTGACGGAGCGGGTCATCTGCGGACATTTGCTTCCATTATGGTTCCGCTGTGCAAGCCTGTGCTTGCTACGGTGGCCATTATTAAATTCATATGGACCTGGAACGATTACCAGAATCCGCTCATCTTTTTGCTGGACAAGGACTTATACACGATTCCGCTGGGGATGACGCTGTTCCGCGATGACTACACCAACAACTATGCCATTATGATGATGGCGTCAGTCTCGGCGATCATTCCGCTGGTCATTGTGTTCATCGCATTGCAAAAGCAGGTTATAAACGGCATTGCTTTGGGCGGGGTAAAAGGTTGA	MYMQLLRKNLSKVVVTFIMGALSIVFLVPLIWMISAAFKYEKDVMRFPIQWIPEKVNLAYNFKMVWMGRVPFYDFYFNSFKIAIITTLITLIISSMAGYALTKIRFKGRNLVFMALLSFMIIPDQATLTPRFLLIRWFGLYNTHEAIIFMSMFSIYFTFLLRQFMNGISDEYLEAARIDGAGHLRTFASIMVPLCKPVLATVAIIKFIWTWNDYQNPLIFLLDKDLYTIPLGMTLFRDDYTNNYAIMMMASVSAIIPLVIVFIALQKQVINGIALGGVKG	PGPT0016540_5704	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_00082	1383			hypothetical protein	ATGAAGAAAAAAAGCAAACACAGATTATCCGTCATTCTTAGCACGATCCTGGCGAGCACCCTGGTATTAAGCGGCTGCGGGAAATCCGGGTCGGAAACGGGTGCCGGCAGCAACGGCGGAAGCGGTCAGACGGACAAGCAGGTTACCGTCAAGTACTACAACTGGGATAACGAAGCCCAACAAGCGGGTACGGACGCCATGCTCCAGGAATTTATGGATCAGAATCCGAATATCAAGGTCGAGCATGTGGTTCTGGTTCCCGGCGACTCCGTGGAAATGTTGAAAAAGTTGGATTTCCTGATCTCATCCGGTGAAGCGATCGATGTTATTCAATTCCCAAGCTTGGGCGGAGTCCTCGAACGGGCCTCACGTGGAGCCCTTGCTCCCCTGAACGAGTTCTATGAGCAGGAAAGTCTCGTTCCGGAAGACGAATACTTTGTTAATGCCAAGCTAGAAGACAAGTATTATGGCATGCAGTACACCAAGAGTACCAACTATGTGATGCTCAACAAGGATGCCCTGGATGAAGCGGGACTTGAGGTTCCGAAATTCGGCTGGACGTGGGATGATTACCGCGACTATTCCAAAAAGCTGACCAAGGGCGAAGGGGTTGACAAGCGTTACGGTTCTTACTTCCATACATGGGAGCTATATATGAACGCTCCTGCGCAAACCATGATGAAAGATCCGTTCGTATATGAGGACGGGACAACCATTTTGGCAGATCCGACCTACAAATACTTCTTCCAGCTCCGCAAAGATATGGAGGAGACGGACAAGTCGGCCAAACCTTACAGTGACGTGCTTGCCGCGAAGCTGAACTACCGTACTGAATTTTTTAATGAAGAAGCTGCTATGATTCTTACAGGTAACTTTACGGTAGCGGATCCAGGCAATACCGAGCAATATCCGCATGATTTTAAAACCGCTTTCGCTCCTGTACCTGTGCCTCCTGCAGGATCGGAACCTAAAGAGTATGAAGGAAAATACTTCACCAGCGGCAATATGCTGGCACTGGGTGCCAATTCCACCAACAAGGAAGCATCCTTCAAGCTTATGAGATTCATGACAACAGCCGATTCGGACAACAGACTTGAGTTCTCTGGCTACAAGAAAGCGAATAACGAAGAATTGTTGACAAAGCTGGTTGCCGGTAAAGAGGATAAGTACGATATGGAGTCGTTGAAATATACGCTGTTTAGCGATGAAATCCAGTATCTTGATGCAGCCAAAGTCATGATGACGGATACTTCGGAATTGACCAAGATCATTAATGACGGCTTTGCGAAATTCATGCTTAGCAACGAACCGATTGATGAGGTTCAACAATGGATGGTCGATGAGGCTACAAAAGTGATTAACGAAAAAGGCGTTGTCAAGTAA	MKKKSKHRLSVILSTILASTLVLSGCGKSGSETGAGSNGGSGQTDKQVTVKYYNWDNEAQQAGTDAMLQEFMDQNPNIKVEHVVLVPGDSVEMLKKLDFLISSGEAIDVIQFPSLGGVLERASRGALAPLNEFYEQESLVPEDEYFVNAKLEDKYYGMQYTKSTNYVMLNKDALDEAGLEVPKFGWTWDDYRDYSKKLTKGEGVDKRYGSYFHTWELYMNAPAQTMMKDPFVYEDGTTILADPTYKYFFQLRKDMEETDKSAKPYSDVLAAKLNYRTEFFNEEAAMILTGNFTVADPGNTEQYPHDFKTAFAPVPVPPAGSEPKEYEGKYFTSGNMLALGANSTNKEASFKLMRFMTTADSDNRLEFSGYKKANNEELLTKLVAGKEDKYDMESLKYTLFSDEIQYLDAAKVMMTDTSELTKIINDGFAKFMLSNEPIDEVQQWMVDEATKVINEKGVVK	PGPT0016545_1762	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_00083	1254			hypothetical protein	ATGTCCATATCAAGAAAGCTTAAGGACCAGCTTGTTGTTCCTTCGCTGGAGCAGCTAGCCTGGCAGGACATGGAGCTCGGGATGTTCTGCCATTTCGGAATCAATACGTTCTGCGACCAGGAATGGGGGGAAGGCAAGGATGCTCCGTCTTTGTTTAATCCGGACGGCCTGGATGCTAAACAGTGGGTCCGATCCGCGAAGGAAGCCGGATTCCGTTATTTCATATTGACGGCCAAGCACCACGACGGTTTTTGCCTGTGGCCGACGGCGACAACGGATTATTCCGTAGCCTCGACTCCGTGGAAGGAGGGTCGGGGCGATGTCGTAAAAGAGTGCGCGGATGCTTGCCGGGAAGAGGGCATCGGCTTCGGTATTTATGTATCTCCCTGGGACAGGCACGAGCCGTGTTATGCCGACCCGCAACAGTATGATGACTTTTATTGCGGACAATTGGAGGAGCTCTTAACGGGCTATGGTCCGCTTGTGGAAATTTGGTTTGACGGCGCTGGGTCGGAAGGCCGCGAATATGACTGGCCCCGTATCATGGATCTTGTTAAAAGGTATCAGCCCGGTGCCATGGTGTTTAATATGGGCGCGCCCACGATCCGTTGGGTCGGCAATGAGGATGGCGTGGCTCCGTATCCTTGCTGGAACACGGCCGATTCTTCGCGGGGCAGCATGTTCAGCGAAGAATCGTTGAAGTGGCTGCCGGAGACGCCGGGCTGGGTGCCCGCGGAATGCGATGTCCCCATCCGCAAAGACCGCTGGTTCTGGCATCCGGATGAAGAACACTTGCTGTTGTCCGTGGATCAGTTAATGGAAATCTATTATCGGTCGGTCGGGCATGGTGCGACCTTGCTGCTCAACGTCGCACCAGACCAGCGCGGGCTGCTTCCGGAAGCCGATGTAAAGCGGCTTCTGGCATTTGGCAAAGAGATCAAGCGCAGGTTTGGTCATGCCCTGGCCGAAAGCTCGGGATCGGAAGAGGTCGTTGAATTATACCTTCCCCGAACATGCGTGATCGATCATGTCGTTGTTATGGAGGACATTGCTTTCGGGGAACGGGTGAGTCAATATGTGCTGGAAGCCTTCATTGATGGAGCGTGGCTCGAGCTTACACGCGGCAGCGCGATCGGCCACAAGAAAATCGATGCGTTCGCTCCAGTGTCTCCCGACAAGGTACGTTTGCGTGTACTGAAATCGGCAGCAAGTCCGAAAATCAAAAGCATGGCGGTTTATCGCTGCGGGGAATAA	MSISRKLKDQLVVPSLEQLAWQDMELGMFCHFGINTFCDQEWGEGKDAPSLFNPDGLDAKQWVRSAKEAGFRYFILTAKHHDGFCLWPTATTDYSVASTPWKEGRGDVVKECADACREEGIGFGIYVSPWDRHEPCYADPQQYDDFYCGQLEELLTGYGPLVEIWFDGAGSEGREYDWPRIMDLVKRYQPGAMVFNMGAPTIRWVGNEDGVAPYPCWNTADSSRGSMFSEESLKWLPETPGWVPAECDVPIRKDRWFWHPDEEHLLLSVDQLMEIYYRSVGHGATLLLNVAPDQRGLLPEADVKRLLAFGKEIKRRFGHALAESSGSEEVVELYLPRTCVIDHVVVMEDIAFGERVSQYVLEAFIDGAWLELTRGSAIGHKKIDAFAPVSPDKVRLRVLKSAASPKIKSMAVYRCGE	PGPT0018775_2883	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206	NA	NA
JZ016_00084	1860	bga_1		Beta-galactosidase	ATGGGAGTGCTCACTTGGAAGAACGGGCAGTACTTGCTGGGCGGGCAGCCGTACCGGATCATATCGGGAGCGATTCACTATTTCCGTGTCGTTCCTGAATATTGGGAGGACAGGCTATTAAAATTACAAGCCTGCGGCTTTAACACCGTTGAAACGTATATCGCATGGAATGTGCATGAACCCAAAGAAGGGGAATTTCACTTTAGCGGTATGGCTGATATTGTATCGTTTATCGAAATAGCCGGGAAACTGGGCCTGCATGTCATTGTCAGACCGAGCCCGTTCATCTGTGCGGAATGGGAATTTGGAGGTTTGCCGGGTTGGCTGCTAGGTTATGGAGAAATCCGGCTACGTTGCAGTGACCCGCTCTATTTAAGCAAGGTGGATCATTATTACGACGAGTTGATCCCGAGACTGGTTCCGCTGCTGTCCACACACGGAGGGCCGATTCTGGCGGTTCAGGTCGAGAATGAATACGGCAGTTACGGCAACGACCACGCTTATCTGGAATATTTGCGCGCAGGACTGGTTCGGCGAGGTGTTGATGTGCTTCTCTTTACTTCGGATGGGCCAACCGACGAAATGCTGCTGGGCGGGACGCTTGGCGATGTGCACGCAACGGTGAATTTCGGTTCCCGGGTAGAAGAATCCTTCCGCAAATACCGGGAATATCGTACGGAAGAGCCGCTGATGGTCATGGAATTCTGGAACGGCTGGTTCGATCACTGGATGGAGGACCATCATGTGCGGGATGCGGCCGATGTCGCCGGCGTACTGGATGAAATGCTTGAGAAGGGTTCCTCGATTAATATGTATATGTTTCATGGCGGAACCAACTTTGGCTTTTACAGTGGAGCGAATCACATCCATGCATATGAGCCAACAACGACAAGTTATGATTATGATGCCCCTTTGACGGAATGGGGGGATCAGACGGAGAAATATGAGGCGGTGCGGTTGGTGCTCGACAAGCATGGTTTTAAGCCGGGGTGTGCCTTCCCGGATCCCATTCCAAAGGCAGCCTACGGAAAGGTCGCGTTGTCTGAAATGGCCGGTCTGTTTGCGGATGCCAATCTAGAGCATCTCTCAGAACCGATAAAAAGTGTATGCACCCAGCCGATGGAAAAATTCGGACAGTCCTATGGCTTTATATTGTACAGCACATTTATTCAGGGACCGCGGCAAGGACAGCAGCTGCATATTCAGGAGGTTCGTGATCGCGCGCAGGTATTTCTTGACGGTCGGCCGCTTGGCATTATCGAACGATGGAAATCAGAGCCTCTCGATATTACCGTACCCGCAGGCGGAGCGAGGCTGGATATTCTTGTCGAGAACATGGGCCGGATCAATTACGGGCCGCTAATCCGCGATTCCAAGGGAATCACGGAAGGCGTGAGAATCGATAACCAGTTCCTGTACGACTGGACGATCCGAACCCTGCCGCTGGAGCCAGAAATGCTGTCTTCTCTCTCTTATACACCGGTTACGGATGAAGGGTGGGCGGAGCAAGTAGAGCTGTCCATGCTGGAGTCGGAACACGCGGGCCTGCCCCGATTTTACCGCGGCAGCTTTCAGGTGGAGGATATCGGAGACACGTTTCTTCGCTTTGATGGCTGGACCAAAGGTGTCGCCTGGATCAATGGCTTTAATCTCGGTCGATACTGGAGCGCGGGGCCGCAGAAGGCCTTGTATATTCCCGGCCCTTTATTGCGTAAAGGGGGGAACGAGCTAGTTCTTTTTGAACTGCAAGGCGGTCCCGAATCTTGCGAAGTTGAGCTGTCAGATCAACCGGACCTTGGACAGACCTCGGCAGTGGATGAATCTGTGCTCAATTTCGTACAGGATGGGGAGGACAAATAG	MGVLTWKNGQYLLGGQPYRIISGAIHYFRVVPEYWEDRLLKLQACGFNTVETYIAWNVHEPKEGEFHFSGMADIVSFIEIAGKLGLHVIVRPSPFICAEWEFGGLPGWLLGYGEIRLRCSDPLYLSKVDHYYDELIPRLVPLLSTHGGPILAVQVENEYGSYGNDHAYLEYLRAGLVRRGVDVLLFTSDGPTDEMLLGGTLGDVHATVNFGSRVEESFRKYREYRTEEPLMVMEFWNGWFDHWMEDHHVRDAADVAGVLDEMLEKGSSINMYMFHGGTNFGFYSGANHIHAYEPTTTSYDYDAPLTEWGDQTEKYEAVRLVLDKHGFKPGCAFPDPIPKAAYGKVALSEMAGLFADANLEHLSEPIKSVCTQPMEKFGQSYGFILYSTFIQGPRQGQQLHIQEVRDRAQVFLDGRPLGIIERWKSEPLDITVPAGGARLDILVENMGRINYGPLIRDSKGITEGVRIDNQFLYDWTIRTLPLEPEMLSSLSYTPVTDEGWAEQVELSMLESEHAGLPRFYRGSFQVEDIGDTFLRFDGWTKGVAWINGFNLGRYWSAGPQKALYIPGPLLRKGGNELVLFELQGGPESCEVELSDQPDLGQTSAVDESVLNFVQDGEDK	PGPT0017815_1996	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308	NA	NA
JZ016_00085	1662			hypothetical protein	ATGAACGATTATAAAGAGAGAATGAACCGGATTGTTCGGAACGTTGCGGAACAAGCATGGGGGCAGCCTCTATTACCCAGCGGATTGTGGTTCCATGGGGATGTGCGTGATAACTTCTACTATGCCTCTTATCTGTTTGCGGCTTCGCTAGACCTTGAGATTGATCCGAAGTTTAACCGGCAGGAGGGTAAACGGCTGGCAGAGGAGGTTCTGGGTCGTGTGCTGCGATTGCAGAACAAGGACGCGAAGAGTCCGATGTACGGTCATTGGCCGCTGAACCTGGGACCGAAGCCGGAAGAGGCGAGTCCACATGCGCTGCCGGTTGAATTAATGGGGAGCTTGATGGTTTTTTTCTATCGCAAGTTTGAAACTGAGATGAGCGAGAGCTTGGCGGCTGAGTTTGAGGCTGGACTGGAACATATCTACCACGGAGGATTTTTTCGCAAGCCGCTCACCGTGTGCAATCATCATGAGGCTAAATATACGGCAGCCAAGCTAATATTCGGCCATCGGTTCAATGATAAGGAACTTCTGGAGGACGGAAAACAAAGTCTTCGGGATACCCTGTGCTTGCTCCGGCGGGAAGGCATGGCAGAATACGGCTGCTTGCCGTGGTTCTGGCATTGGACACAGGCGTTCACCTGCGCGTTGGAACTAATGGAGGAACCGGAATTAAAGCGGGAGCTTCATGAACTTCTGGATGAGCTGTGGAGCCTGCGCACGTCCTATTATTTGAAAGGGGCGTGGGTAGGAGCCCACTCCAGAGGATGGCCGCATGATGCACCGAGGGATGCCAATGTGCTTCACGATTATGTCCAGTTCGGTGATTTCAGCCTTCCGGAGGAGATGCCGCGCACGGAGTACGCCGGTTTTCTATTCCACGAAGCTCCGGAAGCTGATCGTCGTCTAGCCCTGGATCGAAGCGAAGCGACCGAAGTGCGCAAGGCTCTGATGAAATCGGTTGACGGCGAGATGCGGCAGCTGCACTCCTACGCTTATGTGACGGAACATTTTGCGGCGGGCGGATTGTGGGAGCGGGTTCGTGAGTTCGACAACGAGCAGCTGCGCTGGATGTTCAGCCTTCCTGTCCGCACTGGCGGCAAGGCAAATCAACTGTATTTTTTTCACCCGGGAGAGGGATATGATCCCTCAGGAAACGATCCCCGCCACCAGAGTGAGTGGATGGAGGTGCTGTACCACAAAAATGTGGTGCTTGCGCTGTATCCGCTGCCTGAACCAGCAGGTGATGGTGGCGGTGAAGTTGTCGGCGTTCTACCGGAAGGAGAATGGCTGTATGAAGCGGAAGCTTTGTACGGCAAGGTAGATGAGGTTTATTTTGCCATACATTTGAGCCCCGGGACCGCTTATAACATTAGGGAGCAGTCCGGATATCATCTGGCCGTCTGCAATGGCCCTCGAATGGCTCTCACCGTAGAAGCGGTGACCGTTCGGGAAGCGGAGAACAGAGGGATCGGACAACTGGCGGCGTTCGCACGGCAAATGTCCGGGCACAGGCCGGAATTCAAGACTGACGGCGGATTTGAGGTTGCGTATACAGGGTGGATGACCGAGGATCGAATGCATCTGAAGGTTATGGCTTCAGGCAGCTCCGCGAGAACGATAAACGGAGCGGAATATACGTTTGAATCATATTCTGTGTAG	MNDYKERMNRIVRNVAEQAWGQPLLPSGLWFHGDVRDNFYYASYLFAASLDLEIDPKFNRQEGKRLAEEVLGRVLRLQNKDAKSPMYGHWPLNLGPKPEEASPHALPVELMGSLMVFFYRKFETEMSESLAAEFEAGLEHIYHGGFFRKPLTVCNHHEAKYTAAKLIFGHRFNDKELLEDGKQSLRDTLCLLRREGMAEYGCLPWFWHWTQAFTCALELMEEPELKRELHELLDELWSLRTSYYLKGAWVGAHSRGWPHDAPRDANVLHDYVQFGDFSLPEEMPRTEYAGFLFHEAPEADRRLALDRSEATEVRKALMKSVDGEMRQLHSYAYVTEHFAAGGLWERVREFDNEQLRWMFSLPVRTGGKANQLYFFHPGEGYDPSGNDPRHQSEWMEVLYHKNVVLALYPLPEPAGDGGGEVVGVLPEGEWLYEAEALYGKVDEVYFAIHLSPGTAYNIREQSGYHLAVCNGPRMALTVEAVTVREAENRGIGQLAAFARQMSGHRPEFKTDGGFEVAYTGWMTEDRMHLKVMASGSSARTINGAEYTFESYSV				NA	NA	NA	NA	NA
JZ016_00086	672	kdgA_1	COG0800	KHG/KDPG aldolase	ATGAAGAAATTGCAGTTGATTCAAAAAATAGCAGAAGAAGGCGTGGTCGCGGTCCTGCGCGGCGAAACGCCGGAGCAGGTTGTGGAGATGGCCGAACAGGCGATTGCCGGCGGCATTAAAGTGATCGAGGTGACGATGACCGTACCGTTTGCGCTCCGGGCCATTGAAACGTTGTCGCGCAAATATTCCTGGAACGCCGAAGACCCTTCATCCTATGCCATCATCGGGGTAGGTACAGTGCTAGATCCGGAAACAGCGCGTGCTGCGATATTGAGCGGCGCCGAGTTTGTTGTTGGGCCGTGCCTGAGCAGGGAAACCGTCGTTCTTTGCAACCGCTATCGGATTCCGGTCATGCCGGGCGTGATGACGATCAAGGAAATCCAGGAAGCACTGGAACTGGGGGCGGACATTGTCAAGCTGTTCCCTGGCAATCTGTACGATCCGTCGATGATCAAGGCGATCAAAGGCCCGCTGCCGCAGGCGAATATCATGCCGACCGGTGGTGTCTCGCTTGATAATCTTGGCGAATGGATCAAGGCGGGGGCTATAGCCGTCGGTATTGGATCGGATCTGACAAGCGAAGCTTTGAAGCGGCAGGATTACAGCTTGATCGCCCATAAAGCAGCCGAATACAAGAAAGCGTATCTGCAGGCTAAAGGGCTGACACAGTAA	MKKLQLIQKIAEEGVVAVLRGETPEQVVEMAEQAIAGGIKVIEVTMTVPFALRAIETLSRKYSWNAEDPSSYAIIGVGTVLDPETARAAILSGAEFVVGPCLSRETVVLCNRYRIPVMPGVMTIKEIQEALELGADIVKLFPGNLYDPSMIKAIKGPLPQANIMPTGGVSLDNLGEWIKAGAIAVGIGSDLTSEALKRQDYSLIAHKAAEYKKAYLQAKGLTQ	PGPT0002060_695	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0002060-eda-K01625	NA	NA
JZ016_00087	1473			hypothetical protein	ATGACGGAGAACACCACACGCAATCATGTTTCACAAGAAAAATTGCCGGTTTCCATCGCGCAATTTATCGAAAATATGAAGAGTCGATTCGGGCAGAGCGGAGATATCATATACAGAGAGTTAATTGTGGGGGCTATCCCTACGGTGATGGTTTACATTGAAGGGATGGGAGATCCTCATCTTTTAATAGAAGCAATTCATAAGGATTTACCGCTATTCATTGAATTCCCCTATCAAACCCCGGAAGAACGTATGAGAATGCTGAAGGAACTGACGATAACGATGGGGAAAGTGGGGGAAGCCCGAACCTATCAAGAGGTTGAAAAGAAACTGTTGTCCGGGAATACGATCGTCTTCATGGATGGAACATCCACCTCGCTCTATGTGGGTACTGAAACACTGAAGCAGCGCGCAGTTGAAGACGCGACTTCTCAATCCGTGGTAAGAGGTCCGAGGGAAGGTTTTACTGAATCCCTCCGCGAGAATACGGCCTTAGTCCGACGGAGAATTCAGAGCCCTAAGCTGCGCATTGAAGAAAGAACTGTAGGCGAGCACACCAATACGCAATTGGCCGTGATGTACATGGACGGTTTATGTGATGTCGATGTACTCAATGAGCTGCGCAGAAGACTGAATGCAATCAAGCTGGACAGCGTCCTGGAGAGCAATTATATCGAAGAGATGATACAGGACCATCGATACAGTCCTTTTCCGACGGTATATAATTCAGAGCGGCCCGATGTTATTGCTTCTGCAGTACTGGAAGGGCGAGTTGCTATTTTTGTGGAAGGTACGCCGTTTGTATTGGTGGTTCCGGCACTGTTCGTACAACTGTTTCAATCGAGCGAGGACTATTACCAACGCTGGGATTTTGCCAGCTTGGTTCGACTACTTCGATACTTATGCTTCGGAATAGCGCTTCTTACCCCCTCATTATATATTGCGATCACTACGTTTCATCAGGAAATGCTTCCGACCAACTTGCTGACAAGTTTGATCGGTCAACGCGAAGGGGTGCCATTCCCCGCATTTATTGAGGCGTTGATTATGGAAATCACGTTTGAAATTTTGCGCGAGGCCGGGATTCGATTGCCTAAATCGATCGGCCAATCCGTTTCCATCGTTGGCACTTTGGTTATTGGACAGGCCGCCGTCGAAGCGGGTCTTGTATCGGCCGCGATGGTGATCGTTGTATCCATGACGGCGATTGCCAATTTTGCCCTTCCGGCTTTTAATATTGGGATCTCGGTCCGGATATTGAGATTTGGGCTAATGGGAATAGCAGCGTCATTCGGATTGTATGGAATGATAATCGGAATGATTATGATTGGCCTCCACCTGTGCAGTCTGCAGTCCATGGGGGTTCCTTATATGTCTTCTTTTGCACCTATACGCTGGCGGAGCCAGAAGGATGCATTGTTGCGATTGTCACGCCACAGTATGAAGAAATACTTGTCCAAATCCAAGACATGA	MTENTTRNHVSQEKLPVSIAQFIENMKSRFGQSGDIIYRELIVGAIPTVMVYIEGMGDPHLLIEAIHKDLPLFIEFPYQTPEERMRMLKELTITMGKVGEARTYQEVEKKLLSGNTIVFMDGTSTSLYVGTETLKQRAVEDATSQSVVRGPREGFTESLRENTALVRRRIQSPKLRIEERTVGEHTNTQLAVMYMDGLCDVDVLNELRRRLNAIKLDSVLESNYIEEMIQDHRYSPFPTVYNSERPDVIASAVLEGRVAIFVEGTPFVLVVPALFVQLFQSSEDYYQRWDFASLVRLLRYLCFGIALLTPSLYIAITTFHQEMLPTNLLTSLIGQREGVPFPAFIEALIMEITFEILREAGIRLPKSIGQSVSIVGTLVIGQAAVEAGLVSAAMVIVVSMTAIANFALPAFNIGISVRILRFGLMGIAASFGLYGMIIGMIMIGLHLCSLQSMGVPYMSSFAPIRWRSQKDALLRLSRHSMKKYLSKSKT	PGPT0025050_842	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295	NA	NA
JZ016_00088	1209	gerBC_1		Spore germination protein B3	ATGTGGGAAAGAAAAGTACTTACAGTCCTGCTTATAGTCAATTTAGCCATAACGCCTGGATGCTGGAGCAAAAAAGAACTGAATGAGCTTGCCGTCGTCATGGCACTTGGAATCGATACCCACGAGAATGGGTACGCCGTTTCAGCTCAAGTGCTCAATTCCAGTGAGACGGGGTCCAAAAAAGGCGGATCCATGGGGAGTCTTCCGGTCGTAACCTACAAGTCAGTGGGTAAAACCATCCCCGATGCCCTTCAGCGCATGCTGAGCATGGCACCTCGGATGCCGTATCTGTCCCATGTCCGGGTGTTGGTATTTGGGGAAGATTTGGCCCGGCTAGGGGTCAGCGACGTGCTCGATTATATCTCCCGGAACCATCAGCTTCGAACGGATTTCTTCATGCTCGTTGCCAAAAACGGGAAAGCCTCTGACATCCTGGAGGTCGTTACGCCATTCGAGTATGTTCCGGCAAATTCGCTCTATTCCTCGATTCTGATATCGCAGAAAAAATGGGCAGCGACGGGTAAAGTTACATTGCAGCAGTTTGTGACGGAGTTAAAGCGAAGCGGCTCAGACCCTGTATTATCCGGAGTCCAGTTAAACGGCAGTTTAGCAGAAGCACAGTCTCTGGAGAATGTGAAGCAAATCAGTCCTTCAACGCTGCTTCAACATACGGGATTAGGCGTGTTTAAAGAGGACCGGTTAGTGGGATGGCTGGGGGAACCGCCTAGCAAGGCCGTCAATTATGTCTTGAATAGAGTCGACAACACGGCGGGATATATTTCATGTCCGGACGGAGGCATCGTCGGGTTTGGGGTGAACCGGGCAGACACATCGCTTGATGTTACGCTCAATTCGAAGGGGATCCCTGAATTTTCAGCCGAATTGGAGATCGAAGCGGATGTGAACGCCGTTCAATGTCCGATTGATATCAGTCGACCTGCCGTCATCGACGAATTAGAGAAGGATATCGAAGATAAATATAACACCAATATCTCGAAGCATATCGGGCTGGTGCAGCAGCGTTATGGATCCGATGTTTTTGGATTCGGTGAGGTCCTGCACCGAAAATATCCGGATGTTTGGAAAAAATACCGGGATCATTGGGGAGAAAGCTTTAAAACGATGAATATCCGCGTGGATGCAGATGTAGCGATCCGGCGGATCGGATCCATCATACAACCCATAAACCAAAAGGTGGATGAGCCGTGA	MWERKVLTVLLIVNLAITPGCWSKKELNELAVVMALGIDTHENGYAVSAQVLNSSETGSKKGGSMGSLPVVTYKSVGKTIPDALQRMLSMAPRMPYLSHVRVLVFGEDLARLGVSDVLDYISRNHQLRTDFFMLVAKNGKASDILEVVTPFEYVPANSLYSSILISQKKWAATGKVTLQQFVTELKRSGSDPVLSGVQLNGSLAEAQSLENVKQISPSTLLQHTGLGVFKEDRLVGWLGEPPSKAVNYVLNRVDNTAGYISCPDGGIVGFGVNRADTSLDVTLNSKGIPEFSAELEIEADVNAVQCPIDISRPAVIDELEKDIEDKYNTNISKHIGLVQQRYGSDVFGFGEVLHRKYPDVWKKYRDHWGESFKTMNIRVDADVAIRRIGSIIQPINQKVDEP	PGPT0025060_352	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_00089	222			hypothetical protein	GTGAATTGGCATTGGTTATTCATATTGTTCCTGTCCATCGTGCTCGTTACGGAAACCCGGCAACTGCTGAAGCTTCGCTCCCTCAGGGACTTGGTTGTGTTCTATGCGGTATGGGGAGTGACCTTGCTGGCCTTGATCGGGGATATGATGGAGGTACCTTATTTAAGGCCGCTGGACTGGATCGGCGTTTTGATGCAACCGCTGAACAGGTTGATCTCATAA	MNWHWLFILFLSIVLVTETRQLLKLRSLRDLVVFYAVWGVTLLALIGDMMEVPYLRPLDWIGVLMQPLNRLIS				NA	NA	NA	NA	NA
JZ016_00090	1101	yndE_1		Spore germination protein YndE	TTGTACGTGATTAAATACAAAGATATCGCCGCACGGCAATTTTTTATACTGGCCTTTGGCTTGACCATCGGAACCTCGATCCTGGTAACCCCCACCGGATTAGCGCATACCGCACGGGAAGATGCGTGGATGGCTTCCCTCTTCAGTATCCTCATTAATCTCCTTATGGTTGTGCTGTACTTAGCCATCGCGCGTGTCTATCCTGGCCAAACGATCTTTGAGATCCATGAGAAGGTTTTGGGGAAGCTGCTGGGAAAGATTCTCTCGCTGCTCTACCTTTTTTATTTTTTGATTCTTACGGGCACATTGCTTGGCAACTTGGGTTTTTTCCTGAGCAGCGAGATGATGCCGGAGACGCCGATCGAGGCTATCCAAATCTTATTCTTGATAGCGGCCGTCATGTGCGCCAGGATGGGCATCATTCTTTTGGCCCGTGTCAGTGAATTGATGTTTCCGTGGATTGTATTTCTGTTCTTGGTCCTTGTCCTCTCGCTGATTCCCCAGATCGATTGGAACCATATCAAGCCTATGCTTGAGGAGGGCTGGATGCCAGTTGCCAAGGCCGGATTCCATTCCTCCATGTTTCAGGAACTGATTGTGCTGATGACCTTTTTGCCCCTGGTTAAGGGGGAGAGGAAAGCGGGGAAGGCATTGATGTGGGGAGCCGCTGCAGGCGGGATCGTGCTCGGCATTACCGTCCTGCTCAGCGTGCTGGTTTTGGGCATTGAGCAGACGGAGAATAGCACGTTTCCGGCATTTGCACTTGCGAAGACGATCAACTTAGGAAACTTTTTCCAACGTGTGGAAGGCATATTGATTACACTTTGGATCCTGACTTTTTTTATCAAGATCTCTCTCTTGTATCTTTCGATTCTTCAAGGCATGAAGACCGTGTTCGGACTAAAGGAACAAAATCCGTTAATCTATCCATTGTCCGTGCTGTTTGTGATCGTGGCCTGGAATACATACATCAACACCATCTATGTTGCCGATATCATTCAGAACGTGTGGTCAAGCTATGCGCTCCTCCATTTGCTGGTGATTCCCATCGGACTCTATCTGATTGGCTTAACCAGAACAAAAATCATCAAGCTGAAGTGA	MYVIKYKDIAARQFFILAFGLTIGTSILVTPTGLAHTAREDAWMASLFSILINLLMVVLYLAIARVYPGQTIFEIHEKVLGKLLGKILSLLYLFYFLILTGTLLGNLGFFLSSEMMPETPIEAIQILFLIAAVMCARMGIILLARVSELMFPWIVFLFLVLVLSLIPQIDWNHIKPMLEEGWMPVAKAGFHSSMFQELIVLMTFLPLVKGERKAGKALMWGAAAGGIVLGITVLLSVLVLGIEQTENSTFPAFALAKTINLGNFFQRVEGILITLWILTFFIKISLLYLSILQGMKTVFGLKEQNPLIYPLSVLFVIVAWNTYINTIYVADIIQNVWSSYALLHLLVIPIGLYLIGLTRTKIIKLK	PGPT0025055_732	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296	NA	NA
JZ016_00091	780			hypothetical protein	ATGAAGTTGATTCCCATTCAAGATTTATCCAAGCAGACGGGGATTACGGTAAGAACGCTGCGCTATTATGACCAGATTGGCCTGCTGATTCCTGCCGCCAAAACACCGGGCAAGCATCGTATATACAGTGAAGAGGAATTAAAGAAGCTGCAGCAAATCCAGTTTCTGAAGAGGCTGGGCTTTAGTTTGCAAGAAATATCGGATATGATTTCCAACCCGGAATGGAACTGGTCCACCAGCCTGATAAATCAGTTGGACATTGTAATGAACGAACAAAAAAAGCTGAACCAGATGGAATCGGCGCTGCGAGCCGTGCTTCACAGCATTGCGATGGAAGGTGAGACAAGCTGGGACGTCATTCAGAAATTGATTCACCTCTCCGGAAGAGACCCATCGTTAAAGCACTCGATAAGGCAGCAGATGTTTGAGAAGCGCGAAGTAGAGTTGTTAAGTCTACTCCCTAATATGAACAGCACGGATCCCGACTCTCTCGAGTGGATCGCTCTGTTGGGGCAGCTCAAAAGGCGGATGCAGGACGGTCCCGATTCACCGGATGTGCAGCGAATTGTCCGACGGATGGATGAGAAACGACTTGAGGTATTTGAAGATGAAGATCCCTTCATCGATAAGCTGTGGGAGATCCGTAAATCACCGGCGCAGTCCGAGCAGATGGGATTATATCCCATCGAGGATGCCCTTCTTCAGTTCATGGAACAGGCATTCGAAATTTATGCATTACGCAAGGACAAAGAACAAGTAGAAGAGGGGGAGACATCTTGA	MKLIPIQDLSKQTGITVRTLRYYDQIGLLIPAAKTPGKHRIYSEEELKKLQQIQFLKRLGFSLQEISDMISNPEWNWSTSLINQLDIVMNEQKKLNQMESALRAVLHSIAMEGETSWDVIQKLIHLSGRDPSLKHSIRQQMFEKREVELLSLLPNMNSTDPDSLEWIALLGQLKRRMQDGPDSPDVQRIVRRMDEKRLEVFEDEDPFIDKLWEIRKSPAQSEQMGLYPIEDALLQFMEQAFEIYALRKDKEQVEEGETS				NA	NA	NA	NA	NA
JZ016_00092	657			hypothetical protein	TTGACGTTGGAACTGCTGCTCTCCATTGGAGCCTTATCCCTCTTGGACATGCTGAGTCCAGCTACGCTTGGCGTAACAGTGTATTTGCTCTTGACCGAACGGGATCGGTTAATCCCCCGTTTATTCATTTATTTATTAACAGTGGGAGGCTTCTACTTCCTGGTAGGCGCTGCGCTTATGCTGGGTTTGGATGCCGTTTTGCAATCCGTAACCGGCATTTTTCAAAATCGAACGGTAAGCTGGATCATGACCGTTGTCGGCGGTGTCCTGTTTGTCGCCAGTTTCTTGATCCCCACGAAAAAAACATCCGAGCCGCGCCGTCCAAGATCCAAAAGCTTCGGAGCCATGATCGGACTTGGATTCACGACGTCCTTGCTGGAGGTAGCAACAGCCCTTCCGTACTTTGCGGCTATCGGGCTGATGACTACGGCTCAGTTAACAACGGTTCAATGGATGCCCATCCTGGCTGCATACAATATCGTGATGGTGCTGCCTCCAATCCTATTGCTTGGATTACACCTCGTATTCGGCCGCATGATGCAGCGTCCGCTCGAGAAGCTGCGCCTGACAATCGCGCAGAGCTCCGGATCGATTCTGTCATGGGTATTGTGTATTGCTGGGCTGATTCTGGTGCTGAACAGCATAGATAACTTGTAA	MTLELLLSIGALSLLDMLSPATLGVTVYLLLTERDRLIPRLFIYLLTVGGFYFLVGAALMLGLDAVLQSVTGIFQNRTVSWIMTVVGGVLFVASFLIPTKKTSEPRRPRSKSFGAMIGLGFTTSLLEVATALPYFAAIGLMTTAQLTTVQWMPILAAYNIVMVLPPILLLGLHLVFGRMMQRPLEKLRLTIAQSSGSILSWVLCIAGLILVLNSIDNL				NA	NA	NA	NA	NA
JZ016_00093	699	ygeA		L-aspartate/glutamate-specific racemase	ATGAAGACAATTGGACTAATCGGGGGAATGAGCTGGGAATCCTCCATTGAATACTACAGAATGATAAATGAGCAGGTGAGAAGCCAATTGGGTGGCCTCCACTCGGCCAAATGCCTTATGTACAGCGTGAACTTCGAAGAGATTGAACACTATCAATCCGAGGGGAATTGGAAAAAAGCCGGTGAAACATTAGGTGAAGTTGCACTTTCATTAGAAAAGGGCGGCGCCGATTTTATTGTGATATGCTCCAACACGATGCACATGGTACTAGATTATATAGAAGAAAGAATAAGAATTCCTGTGCTGCACATTGCCGATGCTACGGCAAATCAAATCCATGAACATGGGATTCGTACAGTAGGCTTGCTTGGAACCAAATATACCATGGAGCAGAATTTTTATAAGCAACGAATAGAATCTAGTGGTATTCAAGTGCTCATCCCCAATGAACAAGATCGTGAGATCGTAAATAAAGTGATATACGAGGAATTATGTCTCGGTAACATCCAATCGGATTCAAAAGCCCACTATAAAGAAGTTATTGAACGGCTGATTCAAGATGGTGCCGAAGGAATTATTCTGGGATGTACGGAGATCGGATTATTAGTAAAACCCGAGGATTCCAATATTCCACTCTTTGATACAACCTCCATACATGCCAGTGAAGCTGTTCATAAATCATTGGAAGCAGACTCTTAA	MKTIGLIGGMSWESSIEYYRMINEQVRSQLGGLHSAKCLMYSVNFEEIEHYQSEGNWKKAGETLGEVALSLEKGGADFIVICSNTMHMVLDYIEERIRIPVLHIADATANQIHEHGIRTVGLLGTKYTMEQNFYKQRIESSGIQVLIPNEQDREIVNKVIYEELCLGNIQSDSKAHYKEVIERLIQDGAEGIILGCTEIGLLVKPEDSNIPLFDTTSIHASEAVHKSLEADS				NA	NA	NA	NA	NA
JZ016_00094	579			hypothetical protein	ATGAGCATGCGGATTTTAGAACGGATAAGAGAAGAGACGGCAACCCAGCATGAACGAATCGAACAGAATCCATACGCCAAAGCTGCCTTCGATCAGACCTTGAACATAGATCAATATCGGTCTTATTTAGCGAAATTTTACGGATTTATTAAACCGGCCGAAGAGCAACTGATGGCAGAGGGTGCCGTGAACCATCTTGGTTTGGATCTGGAAATCCGAACGAAATCGAACCTATTGGAAGAAGATCTTATTCATCTAGGAATGACTCCTGATGAGATTGCACAATTGCCACTGTGCAGCCGATTGCCAGAGCTGAGCAGCCAAGCACGAATATTGGGATATCTGTATGTTATTGAGGGATCCACACTTGGTGGCCAAGTCATTACGAAACAATTGATGAAGTTCTTGCCGCTGAGTCCGGAGTCGGGTCTACGTTATTTCTATGCATATGGTCAAGAGACCAAGCCAAGATGGATCGAAATCCGGGAAGCGCTGCTCAATGCCGCGGAGGATCCTGATGAGATTATAGATTCGGCTAAAGAAACTTTTCGTTTGCTGGATGCTTGGATCAGAGAATAG	MSMRILERIREETATQHERIEQNPYAKAAFDQTLNIDQYRSYLAKFYGFIKPAEEQLMAEGAVNHLGLDLEIRTKSNLLEEDLIHLGMTPDEIAQLPLCSRLPELSSQARILGYLYVIEGSTLGGQVITKQLMKFLPLSPESGLRYFYAYGQETKPRWIEIREALLNAAEDPDEIIDSAKETFRLLDAWIRE				NA	NA	NA	NA	NA
JZ016_00095	2289	metE	COG0620	5-methyltetrahydropteroyltriglutamate--homocysteine methyltransferase	ATGGCAAAAAGCAGTGTACTGGGATATCCGCGTATTGGCGCTGATCGGGAATGGAAGAAAGCCTTGGAAGCATTCTGGGCAGGCAAGCTGGAAGAATCGGAGTTTCACGGGCAGCTGCAGGAGATTCGGTTGAATCATTTACGGAAGCAGCAGGAGAGCGGGATCGATCTTATTGCGGTTAATGATTTTAGTTATTATGATCATGTTCTGGATACGGCGACGATGTTTGGCATCGTACCGAAACGCTTCTCTTATGAGGGCGGCGTTGTGCCATTGTCTGTATATTATGGCATTGCACGCGGAACGAAGGATGCTACGGCAAGTGAAATGACCAAGTGGTTTAATACCAATTATCACTATATCGTGCCTGAATTGGATGGGGCTGCTCCGGTTCTGACGGAGAACAGACCGTTGGCAGCTTATCGGGAGGCCAAGGAGAAACTTGGAATAGAAGGCAAGCCGGTTATTGTCGGACCGCTCACCTTCCTGAAGTTGTCCAAAGGGTATCAGTCGTCGGAGACGGATGCTTGGCTGGAAAAATTGTTACCGCTCTACGTACAAATTCTTCAGGAGCTTGTCCAAGAAGGCGTTCAATGGGTACAGATCGATGAGCCGATACTCGTTACAAAATTAAGCGATGCCGATCTTAAGCGGTTAACCCGCGTCTATGAAACGTTTGCGGCTTCGGCACCGGGTTTGAACATCATGCTGCAAACCTATTTTGAATCCGTTGAAAACTATCAGGATATAATCCAGCTTCCGGTTAGCGGCATCGGTCTTGACCTGTTGCACGGATACCAAGGCAATATGCAAGCCATTAAACAGTCAGGGTTTCCTGCGAATAAGGTGCTGGGTGCCGGCATAATCGACGGACGGGGTATTTGGAAGGCGTCTCTTCGCGAGAAGCTGTCACAATTGGAAGAGCTGACGAAATACGTAGCCCCTGAACGCCTGATTGTTCAATCTTCGTGCAGCTTGCTGCATGTTCCGGTGACGGTGAGCAGCGAAACGAAATTGCAGCCAGAATTGAAAGGAGCGCTCGCCTTTGCAGACGAGAAGCTGAATGAACTGGTTCTTTTGACAAAAGCAATCTCCACAGGAGCAGCCCGAATCACTAAGGAACTGGAAGCATGCGATGCTGCGCTTCAGGCGCTGAAACAATCCGGAGAGCGGAATCGCCATGACATTCAGCAGGCAGTTGCCGAGATTAGTTCACAGAATCCGGTTCGCAGTCTGCCGTTTGCGGAGCGTCATGTCGCTCAACAGAACAAATGGCAGCTGCCGATTTTTCCGACCACGACAATCGGCAGCTTCCCGCAATCAGCCGAGGTGCGCAAGGCACGTCAGGCGTGGCGTAAGGGAGAGTGGAGCCATGAGCAGTATGAGCGCTTCATTCAAGAGCAAATCGATGTTTGGATCAAGCTGCAGGAAGAGATTGGCCTTGATGTGCTTGTGCATGGGGAGTTCGAAAGAACGGATATGGTTGAATTCTTCGGAGAGAAGCTTGGAGGTTTTGCCTTCACTCAGTTTGGATGGGTTCAGTCCTACGGCTCACGCTGCGTAAAACCGCCTGTGATCTTCGGGGATGTGGCATTCGAGCAACCGATGACGGTGGAGGAAACGAAATATGCACAATCGAAGACGGACCGGCCCGTGAAAGGGATGCTAACCGGCCCGATTACGATTATGAACTGGTCGTTCGTTCGCGAAGATATCTCGCGGGAACAAATTGCCTATCAACTGGCTTATGCCCTAAGACAGGAAGTAGAGGCGCTGGAGCAGGCGGGCATCGGGATGATTCAGGTGGATGAGCCAGCGGTGCGCGAAGGGTTGCCGCTTAAGGAGGAAGATCAAGCGGAGTATCTCGCTTGGGCTGTTAAAGCCTTCCGCATGACCACATGCACGGTTCAGCCGACTACGCAAATTCATACGCATATGTGTTACTGCGAGTTCCATGACATGATCGATTCGATCGAGGCGATGGATGCCGATGTCATCTCGATTGAAACTTCGCGCAGTCATGGCGAGCTGATTCATAGCTTCGAGGTCAATACGTACAGATTAGGGATCGGACTAGGCGTGTATGATATCCACAGTCCGCGGGTCCCTCGAGTGGAAGAGATGACAAGCATGATCGAGCGTGCACTGCGGGTCCTGGATCCGAAGCTGTTCTGGATCAATCCGGACTGCGGCCTCAAAACACGCGGTAAGGAAGAAACGGTTGCATCCCTTCGTAACATGGTTCAAGCCACGGAGATCGCTCGCTCGTCCTATTCGCTGAACGTGTAA	MAKSSVLGYPRIGADREWKKALEAFWAGKLEESEFHGQLQEIRLNHLRKQQESGIDLIAVNDFSYYDHVLDTATMFGIVPKRFSYEGGVVPLSVYYGIARGTKDATASEMTKWFNTNYHYIVPELDGAAPVLTENRPLAAYREAKEKLGIEGKPVIVGPLTFLKLSKGYQSSETDAWLEKLLPLYVQILQELVQEGVQWVQIDEPILVTKLSDADLKRLTRVYETFAASAPGLNIMLQTYFESVENYQDIIQLPVSGIGLDLLHGYQGNMQAIKQSGFPANKVLGAGIIDGRGIWKASLREKLSQLEELTKYVAPERLIVQSSCSLLHVPVTVSSETKLQPELKGALAFADEKLNELVLLTKAISTGAARITKELEACDAALQALKQSGERNRHDIQQAVAEISSQNPVRSLPFAERHVAQQNKWQLPIFPTTTIGSFPQSAEVRKARQAWRKGEWSHEQYERFIQEQIDVWIKLQEEIGLDVLVHGEFERTDMVEFFGEKLGGFAFTQFGWVQSYGSRCVKPPVIFGDVAFEQPMTVEETKYAQSKTDRPVKGMLTGPITIMNWSFVREDISREQIAYQLAYALRQEVEALEQAGIGMIQVDEPAVREGLPLKEEDQAEYLAWAVKAFRMTTCTVQPTTQIHTHMCYCEFHDMIDSIEAMDADVISIETSRSHGELIHSFEVNTYRLGIGLGVYDIHSPRVPRVEEMTSMIERALRVLDPKLFWINPDCGLKTRGKEETVASLRNMVQATEIARSSYSLNV				NA	NA	NA	NA	NA
JZ016_00096	1440			hypothetical protein	ATGATCTATCACAAGAAAAGAAAGAAACTTACCAGAGTCTTTTATATTCTATTTATTGCAATCCTGCTTATCGTCGGCTTCAAATTGGCATGGCACGTCGGTTCATCAACGGTAGAGTTCATGCCGGCATCATCTGCTAGAGTTGCAGATAACTATAAGACGCTTCCTGCCGTGCCCAATCATCAAGAAACATTTCGGATCGTCATCGATCCAGGCCACGGGGGAAAGGATCCTGGAGCTACAGGAGTCAGCGGCGCATATGAGAAGGCGTTCAATCTGTCCCTTGCCGGACGGGTTGCTGCCCTTCTTGAGGAGGATCCTATGTTTGAGCCTCTCTTGACACGAACGGATGACCAATTCATAGAATTGGAGGAGCGGGGAGCGATCGCGAATGATGGGAATGCGGATGCCTTCATCTCCATCCATGGCAACACCTATACGGATCCTATGGTATCAGGAACAGAAACCTTATACCGAAACCAGGACAGCATTCCATTGGCCCAAGCTGTTCAAACGCATTTGGCGCAGGGAATTGGACTCCGTGATCGCGGCGTAAAGGAAGAACAACTAAAAGTGCTAGGTACACCCAAGATGCCCGCAGTGCTTGTTGAAGTTGGATATCTTACCAATGCGGAGGATGAGGATTTCCTGCTGAGCGATGAAGGACAAGACCTTGCCGCGCTGGCAATAGTCGATGGACTCAGATCATATTTTTTGGGATCGCAGGAGCTCTCGCTTGAACACCAAGAAACGGATGATTTAGATGAAAAAAGATCGCCCGATACCACTCAAAGCGGAATTCGGTCCATGGAGAAGAAGGTGTATTTTAATGGTTCAGCGAAAGACGGCAAACAGGTTGCTTTAACGTTTGATGATGGCCCGGATGCCATAGTAACACCCAAGATTCTGGATATTTTAAAGGAAAACGAGATTAAAGCTACCTTTTTCTTGCTGGGAGATCGGGCTGAGGCTCATCCTGAGATTGCCCGGCGAATTGTTGAGGAAGGCCATGCCATAGGGAATCATTCCTGGTCACATCCCAACTTCAAGGAGTTATCCATGGACGAAGCGATGAAGCAGGTCATGGATACACAGGAGGAACTGAACGACATCATTGGTTATCGACCATCCTTATTCAGGCCGCCGTATGGTGCATTGGATGAGGACATGGAGAAAGCCATCCAGAGTAAGGATCTAGCCATTGTGAACTGGTCTGTAGATACGATGGATTGGTCAGGTGTGCCTGCTCAGGAGATCATGGGAATCATCCGCGAGCAGTTGAAGCCAGGAGGCATCATTCTTCAGCATTCCGCAAATGGTAAGAATCATCTTGCCAACACCATTGAGGCACTAACACTGTTAATACCTGATTTGAAGAATCAAGGATATTCTTTTGTCACCGTACCGGATCTGCTGCATTTGCCTGAATCACAGACATAA	MIYHKKRKKLTRVFYILFIAILLIVGFKLAWHVGSSTVEFMPASSARVADNYKTLPAVPNHQETFRIVIDPGHGGKDPGATGVSGAYEKAFNLSLAGRVAALLEEDPMFEPLLTRTDDQFIELEERGAIANDGNADAFISIHGNTYTDPMVSGTETLYRNQDSIPLAQAVQTHLAQGIGLRDRGVKEEQLKVLGTPKMPAVLVEVGYLTNAEDEDFLLSDEGQDLAALAIVDGLRSYFLGSQELSLEHQETDDLDEKRSPDTTQSGIRSMEKKVYFNGSAKDGKQVALTFDDGPDAIVTPKILDILKENEIKATFFLLGDRAEAHPEIARRIVEEGHAIGNHSWSHPNFKELSMDEAMKQVMDTQEELNDIIGYRPSLFRPPYGALDEDMEKAIQSKDLAIVNWSVDTMDWSGVPAQEIMGIIREQLKPGGIILQHSANGKNHLANTIEALTLLIPDLKNQGYSFVTVPDLLHLPESQT	PGPT0018645_373	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_00097	699	regX3_1	COG0745	Sensory transduction protein regX3	ATGAAAAAAACAAAAATTCTCATTATCGAAGATGAGGAGCCGATCGCCGATCTGCTGGCCTATGGCCTCGCGATGGAAGGTTTTGAAACCCGTACCGCGGCCAGCGGTGCCGCAGGCTTTAGGGAGCTTGCGGCATTTCATCCCGATCTGCTCCTTCTGGATTGGATGCTGCCCGACCAAAGCGGGCTCGATATATGCAAAAAAGTAACAACGGACTATAACATCCCCATATTCATGATTACGGCAAAATCCGACATCACGGATAAAGTGCTTGGGCTAGAATTTGGTGCCGATGACTACATTACGAAGCCCTTCGATCTGAGGGAGGTGGTCGCCCGAATTCGCACGATCCTCCGACGGCTGGATCAGGCGAACCAAGGGGATAGGGGAGGAATGCCGGAAGCCGTGATCCGCTTTAGGGCTATCGAAATCGTAATGGAAGAGCGACTGGTCAAGAAAGACGGAAGACCGGTTGATCTTACGCCGAAGGAATTCGACCTGCTCATGACCATGTACGGTCACCGGGGGAAGATTTATACTCGCTCGGAACTGCTGGATTTAGTCTGGGGTTATGATTTCATGGGGGATACGCGGACGGTGGATACGCATATTCAGAGGCTCCGCAAAAAACTGGATGCCGGCGATTTGATCACAACCGTATTCGGCATCGGCTATAAATTCGAGAAGCAGGCGGAATAA	MKKTKILIIEDEEPIADLLAYGLAMEGFETRTAASGAAGFRELAAFHPDLLLLDWMLPDQSGLDICKKVTTDYNIPIFMITAKSDITDKVLGLEFGADDYITKPFDLREVVARIRTILRRLDQANQGDRGGMPEAVIRFRAIEIVMEERLVKKDGRPVDLTPKEFDLLMTMYGHRGKIYTRSELLDLVWGYDFMGDTRTVDTHIQRLRKKLDAGDLITTVFGIGYKFEKQAE	PGPT0002665_1029	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_00098	1458	sasA_1		Adaptive-response sensory-kinase SasA	ATGATCCGGACCATCAGAGCCAAGTTTATTGTTGGTTTTTTTGTGATATTCAGTCTGTCGTTCCTCGTACTCAATCAAACTGTCAAGGAGATCATTCGGACAAGCAATCAGAAGATCGTAACTTCCGATCTGGTTGGACTTAAAAACAACAGCAATGTATATGTAAGGCAAGCTTTCCTTATCAATCATTTTACGAACAATAAGCTTTATTTCGGGCAGATGGCCGAGGAAATGGTGAATGATTTGAAGCATGCTACTTCTAGCCATGTCAGCGCGTACACCGTCGACGGCAAGTTATTGTTCTCATCGGACGAGAGAAGATTCTCGGGACCCTCGGATGCGGATCTTCGCCAAGCGATCGAGGGAAAGACGGCCTATACCATCACCTATGGTCGAAACAGCGGAACCGTTCTCTATTCATATCCGGTTATCATCGATGGAGTCAAGGTGGGCATATTGAGGTTTACCAAGGATTTTACCCTGCTCTACGAACAAAGCGGCCGGATCATGGACATTATTTTCTACATTGCGCTTGCCATCTTCGGGGCAGCGTTCCTGTTCTCGTACCTGCTGTCCAGGAATATCACCATACCGCTAGTGAAGCTTACCCGCGCTTCCACTGAAGTAAAGAACGGGAACCTGGATGTTCGAATCCGATTCCGGCGAAGAGATGAAATTGGCAAACTGGCTCTGAATTTCAATGACATGATCGACCGGATCGGCAGCCAGATATCCACGATTGAGCGTGACCGGGATCGCTTGAAGGAGCTAAATGCGCAGGAGAAACGTTTTTTTGACAATGTGACCCATGAACTCAAAACGCCGCTCACCTCCATTCTGGGTTATGCCGAGATCATTCGGGAGAAAGGGGATGACGATCGGGAGTTCTTCGATAAGGGCATGAATCACATCGTTGAAGAGAGTCGACGTCTGCATGGCATGGTGCTAAGGCTGTTGGAAGTATCGCAGCACAACGCTGGAGAAGAGGATGTAGAGCTTGTGGATTCGGGAAAAATTCTGCGCGATGTAGTTGACTCCATGTCGTTCCGGGCCAAGCGCTATAAAAAGAGCATCGTTTGCGAAGCAGAGGAAGGTTCCTTCGTGCTTGGCCAGCCTGATCGGCTGCGCCAGCTCTTTATCAATCTTCTGGATAATGCCATCAAATATAGTGCCGCCCAATCGGAAATTACCGTCAAGGCTGAGCGTGTGGACGGAAGCGTTCGTTATACCTTCGATAATCCCGGAGAGCCCATACCGGAACACGAGCTCGCAAACGTCTTCCAGCCGTTCTACTCGGTGAGCCAGAAGCAGAAGGAAGAAGGCAGTGTGGGACTGGGCCTCAGTATCGTTAAATCCATCGTCGATGATCACGGCGGAACCATCCGTATCGTCAGCGAGAAGTTTCATACTGTCGTCAATGTTGAAATTCCTTATGTAAAGGCGGGGGCTGTCCAATGA	MIRTIRAKFIVGFFVIFSLSFLVLNQTVKEIIRTSNQKIVTSDLVGLKNNSNVYVRQAFLINHFTNNKLYFGQMAEEMVNDLKHATSSHVSAYTVDGKLLFSSDERRFSGPSDADLRQAIEGKTAYTITYGRNSGTVLYSYPVIIDGVKVGILRFTKDFTLLYEQSGRIMDIIFYIALAIFGAAFLFSYLLSRNITIPLVKLTRASTEVKNGNLDVRIRFRRRDEIGKLALNFNDMIDRIGSQISTIERDRDRLKELNAQEKRFFDNVTHELKTPLTSILGYAEIIREKGDDDREFFDKGMNHIVEESRRLHGMVLRLLEVSQHNAGEEDVELVDSGKILRDVVDSMSFRAKRYKKSIVCEAEEGSFVLGQPDRLRQLFINLLDNAIKYSAAQSEITVKAERVDGSVRYTFDNPGEPIPEHELANVFQPFYSVSQKQKEEGSVGLGLSIVKSIVDDHGGTIRIVSEKFHTVVNVEIPYVKAGAVQ				NA	NA	NA	NA	NA
JZ016_00099	1140			hypothetical protein	ATGAGATATCGATATAAACGTTTTAAATTATGTTATGCTCTTGCCTTGATTTTACTGACCGGCTGTGCAAGCGGACTGCAATCAGAGACCGTCATTATCCCCAGCGCGGAATCGGATCAAGCCGTGGACGAGGGAAGCCGGCCTTTCCAAGTGAAGACGATTTATCGAATGCCAGAATCCAAGGATCCAGTTGAATGGCTCGGCTGGTCAGCATCCAAGTCGGTAGTCGGTCTTTTTTATGAAACCGAAGCAGTGGACGCGGCGAAATTGAGCTTGCAGCGTTTTTCATCCCCATACGAGCGAGTTGACCATACATTAGAGATTGAAATGAATAAGCTTTCCTATCAATTGTCCCCCAATGGAAAATATGTTTCGGGAATTGCCAAGACGGAGGAGGGCGTTTTTCTGCAATTGATAGCATATCCGGGCGGGGAGGTGGAAAGCCTCGAAGCTACGACAGATGCCAATCAGGAGCTATGGTTTGAGGAACCGACTTGGTCCGGCAACAGCCGTTTTGTAAGCTATATGGTGATGGAATCAAACAAAAGGCAGTCCAGCATCGGGATTTTTGATACGGAATCGGAATCGGCACGTGTTTATCGGCTGAAGGGTCTTGAAACGGAAGCCCTTCCCTTCAAGGTGATCGTCTCGGATGACGGGAAGATGGCGCTCATCGTTCTGGACGAATACGGTCACGGTCGTCGAATTGCAATGGGAGCCGTCAACGGCAATGCGATTGATGTTCAGTATGAGCATGATATCGGCACAGACCAAGCTGCATGGTTGAACGATGATCAATTCGTATTCTTAGGAACGGAGGGAACCCTGTACGTATATGACCGCAGAAATCATGAGCTGTCCATTCTGCTGGAGAAGGTGGATAGCTATGAGTTCTCGAAGGATCGCAAATATGTAGCCTATTCCCAGAACGGGGAGAATACAATTTATGCAGGTAAGCTTCAAGGGAAGAATATACTGAGCGCGGAACCCATCTATCATGGGGTCATCTCTTCTAAGATGTATTGGAGTCCGGACCATCGCCGGCTTCTCGTGAACGGCCGCAAAAATTATGCCAAAGAGCAGGGGCCTGTTGCGATCGAACCGACAGAACATCAGCCATTTATAATCGAATTCAAGTAA	MRYRYKRFKLCYALALILLTGCASGLQSETVIIPSAESDQAVDEGSRPFQVKTIYRMPESKDPVEWLGWSASKSVVGLFYETEAVDAAKLSLQRFSSPYERVDHTLEIEMNKLSYQLSPNGKYVSGIAKTEEGVFLQLIAYPGGEVESLEATTDANQELWFEEPTWSGNSRFVSYMVMESNKRQSSIGIFDTESESARVYRLKGLETEALPFKVIVSDDGKMALIVLDEYGHGRRIAMGAVNGNAIDVQYEHDIGTDQAAWLNDDQFVFLGTEGTLYVYDRRNHELSILLEKVDSYEFSKDRKYVAYSQNGENTIYAGKLQGKNILSAEPIYHGVISSKMYWSPDHRRLLVNGRKNYAKEQGPVAIEPTEHQPFIIEFK				NA	NA	NA	NA	NA
JZ016_00100	888			hypothetical protein	ATGCAGTTGAACGAACGCAACTTGATTAAGATGCAAAGCATCATCAAGGAACACCAATTTGAGCATGCAGCTGACTATTTAATCGAACATATGCGCCAAGGCATACGGCTATCCAAAAAAGGAGTGGAGGACTATGCCAGGCCGTGCCATTCACGGATTGGCGGAGATCCGGATCTTCCCGAGGAAATTGAATGGCCACTGACTTCGGATGGAACACCGATGACGTTTTTGGCACAGCTGCAGTTGAGGGATGTGGCAGCTCATGATGCCACCGCTTCGCTTCCCCTGAGCGGAATGCTGTATTTCTTCATTGGCGTTGATGAGCCTGCCTATAATATTGAACATCGGGTTCTGTATCTGACGGAGGATCAGACGGCGGCAGCGGTTCGACGCCAGGCTCCTGAGGAAACCACGTTAGAAGAAGAGTTCACCGGCCACCGTATTGAAGCCAGAGCTACGCTTGAGCCTCCTAATTACGCATATGTGGATGACGAAATCGTCGAGGATGAGGAGCACGATTTTGAATCTTATGAGGACCTGTGTCATCAATTGACTGGACTGGAATCTGACGACATTGCAATGATCTTTGGCTATCCCTCTACCCAGCACGGAGATTGTGAGCATGAGGCTGCTTTAATGCTGCTAACCGGATCCGAGTACAATTACTCCATGGAGGCGGCTATGCAGCAGATCACTGATCATTGCGGCGGCAACGCGGCGCAAGCCCAGCAGGAAATTCGGGATACACTGCTGCTGCTGGCGATCGATTCGGACGACGATGTAGGGTTTTGCTGGTGGGATGCCGGTGAACTGCAATTTTACATACGAAAAGAGGACTTGCTGGCCGGAAATTTCGAGCGCACGTATTGTTCGCTATACTCAAGCTGA	MQLNERNLIKMQSIIKEHQFEHAADYLIEHMRQGIRLSKKGVEDYARPCHSRIGGDPDLPEEIEWPLTSDGTPMTFLAQLQLRDVAAHDATASLPLSGMLYFFIGVDEPAYNIEHRVLYLTEDQTAAAVRRQAPEETTLEEEFTGHRIEARATLEPPNYAYVDDEIVEDEEHDFESYEDLCHQLTGLESDDIAMIFGYPSTQHGDCEHEAALMLLTGSEYNYSMEAAMQQITDHCGGNAAQAQQEIRDTLLLLAIDSDDDVGFCWWDAGELQFYIRKEDLLAGNFERTYCSLYSS				NA	NA	NA	NA	NA
JZ016_00101	729	COQ5_1		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGAAGGAGAAGGTCATTAAAGCATATGATAAGCTGGCCGGAGACTACGAGCGGCATGTGGATTCGCAGAGCGGACATAATGCGTATTATGAAAGGCCGGCCATGATCCATTTGTTGCCGGCAAACATGGAGCAAATGACCGTCCTTGATGCTGGTTTTGCCGCGGGGTGGTATACGGAGCAATTTCTTAAACGAAGGGCCCGGGTCACAGCGGTTGATCTGAGTCCGGCGATGATAGAAGCCTGTAAGAGGCGAGTCGGCAATGAAGCGACGGTATTCGCATGCGACATAACCGAGGATCTGCCCTTTGAAGATGAGGCTTTTGATCTGATCGTAAGTTCATTGACGCTTCACTACATCGAGGATTGGGCGCCGACCTTTCGCGAATTTCAACGCGTGCTGAAACCTGGCGGCAGTTTGATTTACTCCGTTCATCATCCCTTTATGGATGTTAAACATTTTGATCGCCAAGATTACTTTGCCCGTGAGTTATTGACGGAGGTTTGGAACAAACCGGAGTCCGGACCCGTCGAAGTCTCCTTTTATAGAAGACCGATTCAGGAAATCATCAACGTAACTTCCTCACGGTTTCGAATCGATCAGCTCATCGAGCCGCAGCCCAGTTTAGCGGATAAAGACAACCCGGAAGCTAAGGAATGGATGGCCAAATGGTATGATCGCCTGATGATGAACCCTCATTTTTTGATAGTGAAAGCACTAAAATCATAA	MKEKVIKAYDKLAGDYERHVDSQSGHNAYYERPAMIHLLPANMEQMTVLDAGFAAGWYTEQFLKRRARVTAVDLSPAMIEACKRRVGNEATVFACDITEDLPFEDEAFDLIVSSLTLHYIEDWAPTFREFQRVLKPGGSLIYSVHHPFMDVKHFDRQDYFARELLTEVWNKPESGPVEVSFYRRPIQEIINVTSSRFRIDQLIEPQPSLADKDNPEAKEWMAKWYDRLMMNPHFLIVKALKS				NA	NA	NA	NA	NA
JZ016_00102	339			hypothetical protein	ATGCAATGGAATGAAATTACGACAATAGAAGAATGGAATGCGATTCTGGAAAAATCCTCCGAGCGCGGCCAAGTTATTTTGAAGCATAGCACGACATGCCCGGTTAGCTCCAATGCTCTTTCGGAGTTTGAATCTTACTTGAATAAGACGCCAAACGGCGATGTGGATTACACGCTGGTTAAAGTCATTGAGTCCCGGCCGGTTTCCAATAAAATTGCCGAGGATTTGAACGTAAAGCATGAATCGCCGCAAATTATCTATGTGAAGGACCAAGCGAAATATTGGACGGCCTCACACTGGGCGGTTACGTCTGCGCATATCACCGCGGTTCTGGACTGA	MQWNEITTIEEWNAILEKSSERGQVILKHSTTCPVSSNALSEFESYLNKTPNGDVDYTLVKVIESRPVSNKIAEDLNVKHESPQIIYVKDQAKYWTASHWAVTSAHITAVLD	PGPT0015028_92	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015028-ytxJ-NA	NA	NA
JZ016_00103	333			hypothetical protein	ATGAAAGAACTGGAAGAACTAAGATCGATAGAGGCCATCGAGCGGTTTATTCAAGATCACACCTTCAGTTTTGTATATGTATCCAGACAAGATTGCAGCGTATGCCACGCGATCTTACCCAAACTTAGAGAGTTGTTGGAGCAGTTCCCTCGCATCTCATTGGGACATATCCAAGGCGAAGCCGTCGGTGAAATCGCCTCGAGATATTTGATATTTACCGCACCGGTACTCCTCTTATTCGTAGAGGGAAAAGAGCATCTGAGAGAGGATCGTTTTGTACAGTTTGGCGCGTTAGAAAAGAAATTAAAAAACTTGATGGAGCTCTTTAGCTAG	MKELEELRSIEAIERFIQDHTFSFVYVSRQDCSVCHAILPKLRELLEQFPRISLGHIQGEAVGEIASRYLIFTAPVLLLFVEGKEHLREDRFVQFGALEKKLKNLMELFS				NA	NA	NA	NA	NA
JZ016_00104	1773			hypothetical protein	GTGAGTGAGCCAAAATCGTTATCAAAAGGAATGCGTTTTAAAAATCTGAGCATTGTTACAAAAAACATGATGTGGACGAGCCTCTATATCATTATTACCGGGGCCATCGTGATTGGCGCAAGCTTTTATATCCAGGACAACGTGCTGACGAAGCAGCTGCAGTCCGATTCGGGGAAAATTATGGATACCTTGGTTAAGTCGGTATCGGTGGAAGATGCACAAGCGGTGAAAGGCGCAACCGATCGCAATGCGGATATCCAAAAAAAACTTACCAAGACGTTTGATGATCTATCCTTAACGCATCCCAATATTGCACAGGGCTATATTTTTGGACCGGAGCTCGAGGGTGGCAACCAGACCTCGATTATTGCCATGCCGACGGCAGTGCTCGATATGTTTGCCGAAGAAGACTTGAATCTGGGCGACTTATACGAACAGCCGGATATCCACGCCGATGCCGTAAGAGAGATGCTGAAAACGAAAAAAATCGTCTACACCAAAGCCTATACAGACAATTATGGTACCTGGATCACCGTGCTGCATCCTTTCCAGGATGCCAGCGGGGAGATTTTTGCTTACATGGGGATCGACGTGGATGCAAGCTTAATCGCTTCCGGGAAACAGGAATTGATCACCAATACGGTTTTTGCGCTGCTGATTACCTTGCTGATCGTATTAGCATTGCAATACTTCACGATTAGACGGACATTCGCACCGATTCAAGCATTAATGGGGGCGCTGGACAAGCTGAGCAAAGGTGACTTCACCGTCCAATTAAAAGCTGGCGAAGATGAGCTGGGCCAGGTCAATGCCAAGTTCAATACAACCGTCAATCATATTAATGAACTTGTCACAACGATCAAAACGGTATCGGAGCAGTCTGCAGAGCAGTCTAAATTCCTCTTCTCCGCTGTGGAAGTCAATAATAACAAATCTTCAGCTATTACTAGAAATATGGAGGAAATGTCGGAACGCGTTGCTTTGCAGAGCACTTCCATTACCGAAAGCGTGGTTTCGCTTGAGGAAATCTCATCCGGCGTATCAACGATTGCCGGCAATACATCGGATCTTTCCGAGATATCCGTACAGATGAAGGAGCAATCGGAACGTGGTAACCACAATGTGGAGCAGGTTATCGAGCAGATGAATTCCATCGATCATTCGGTCAAAAACTCGGTGCATATCATCGAGAAGCTGCAGAACCGTTCACATGAGATTGGTCAGATCGTGCAGGTTATTACCGAAATTGCTTCTCAGACGAATCTGTTATCACTCAATGCCGGAATCGAGGCGGCAAGAGCCGGCGAAGAGGGCCGCGGGTTTGCTGTCGTCGCCAGTGAAGTGAAGAAACTTTCGGAGGAATCCAGAAAATCGGCGGACCAAATCATTGAATTGGTTCGATACATTCAGGATGAAACGGCATCTGCGGTAGAAGCCATCAGCGAAGGTGAACACAACGTCGCTAAGGGAATTGAAGTTGTCAAAGAAACGGGAGAGCTGTTTAAAGGCATGCTGGTGGCAACCGATACGGTGACGAGTCAAATTCAAGAGGTGTCTGCAGCTACGCAGCAAATGGTTGCCGAGACCGAACAGATTACCGCAGCGATTAAACAATTGGCAGAGCTTGCAGAGAGAAACTCGTCCGTATCGGGTGAGATCCGGATCAGTGCCCAGGAACAGCAGGCTTCCTTCACCAAAATTTTTGAATCTGCAGAACAGATCAACCAGGTTTCCGCTGAGCTGGAGGCGCTTGTAAACAAATTGCGTGTGTAG	MSEPKSLSKGMRFKNLSIVTKNMMWTSLYIIITGAIVIGASFYIQDNVLTKQLQSDSGKIMDTLVKSVSVEDAQAVKGATDRNADIQKKLTKTFDDLSLTHPNIAQGYIFGPELEGGNQTSIIAMPTAVLDMFAEEDLNLGDLYEQPDIHADAVREMLKTKKIVYTKAYTDNYGTWITVLHPFQDASGEIFAYMGIDVDASLIASGKQELITNTVFALLITLLIVLALQYFTIRRTFAPIQALMGALDKLSKGDFTVQLKAGEDELGQVNAKFNTTVNHINELVTTIKTVSEQSAEQSKFLFSAVEVNNNKSSAITRNMEEMSERVALQSTSITESVVSLEEISSGVSTIAGNTSDLSEISVQMKEQSERGNHNVEQVIEQMNSIDHSVKNSVHIIEKLQNRSHEIGQIVQVITEIASQTNLLSLNAGIEAARAGEEGRGFAVVASEVKKLSEESRKSADQIIELVRYIQDETASAVEAISEGEHNVAKGIEVVKETGELFKGMLVATDTVTSQIQEVSAATQQMVAETEQITAAIKQLAELAERNSSVSGEIRISAQEQQASFTKIFESAEQINQVSAELEALVNKLRV	PGPT0015710_13945	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_00105	3729	lgrD		Linear gramicidin synthase subunit D	TTGAATACAACATTGATGATCGAACAAGGCAAAGAATATTGGTTGAATGAACTGCAGCTACCTTTACCGGGATTCTATCTGTACACCGATGGTCCAGCGCATCTTCAGCAGCAAGAGCTTGATCGCACGACGTTGAAGCTTCATATCGAAACCGGTAAAATCAAGCGGTTCCGCGATTCATATGACTTGAAGGCGTGGATGCTCACAAGCTATGTGGTGTTTCTATACCGAATGACTCACGATACCGATTTACTGATCGGCGTGAACAATGAGAAGGGCAATCTCCTTCCGTTGAGAGTTAACTTAAGCGGCAGCGATTCATTCGCACAGATCTATGAGCACATTTCCGCCAAAATGGAGCACATAGAAGTAAGCAGCTATTCGCTTGAGGATATAGAAGGATTCACCGGTCAGCCGCTCCCGCTCCAAACGATCTATGGCCATAATGGGAATGGTTATGCTTATAGCTCCAGCTGGCTGAACTGGATGGTTCAGGAGGAGAAGAAGGACGAATGGACGCTCTATGTATCCTATGCACGACCATTGTATCGAGAAGAAACGATCGAAAAATTTAGCAGGCATTTTGAACAGCTTGCAAATGCGGCTCTTGAACATATGGATGTTCCGGTTAGCCGTTTGCCTATGCTGACAGAAGAGGATAAGAACGCGTACTCGATACTCAATGACACGAAGAAAGAGCTCCCGAAGGATCCTACCATTGTGTCGATGCTTGCTTCCATTGTGGAGAGATTTCCTAAGCGAATCGCGCTATCGACAGGTCATGAGCAAGTATCTTATGAGCAGCTTGACCGGTTGTCAAACCAAGTTTCACATATGCTTATAGACAAGGGACTGCGTAAAGGCCAATTCGTCTCGATATTTATGAAGAGGGGCCTGGATACAATTGTCAGTATGCTCGGTGTGCTCAAGGCCGGCGGAGCCTATATCCCGCTGGATCCATCACATCCAGATGAAAGAAATGCTTATATTATCGAGGATACCGAATCGGCGATCATTCTGACGCATCAGGACTTCACAGCCAAGCTGGATGGACTCCTGGCTGGTTTTCAACCGAAGCCAGAGTACTTCTGTCTGGATGAACAATTCCTTTCGTACTCGGAGGAAGCCTGTGGCGTCCGCGTTGAAGGCGATGATTTGGCATATATCATCTATACCTCCGGTTCGACGGGCAAACCGAAAGGGGCCTTAATCGCTCATCAAGGCGTCGTGAACTTGGCACTGGCCAATCAAGAGAATTTACAGATGAGTGAACAGGATATCATTCTTCAATATTCCACATTCAGCTTTGATGCTTCCGTATACGATATATTCGGATCGTTGGCTTGCGGTTCACGACTGCATCTTCTTACCGATGAACAGCGTTTCTCCATAGATGCCTTTACGGAGGCCGTAGCAGAAACCAAGGCAACTCGTGTCGCCATATTGCCTACGGTGTTTTTTAATCAATTGGCAGCGTATTTGCCTGTGGAAGACACACATAAATACCGGAATATCAAGACGATCGTCGTCGGAGGGGAAGCGCTGGCCGGAGAAACCGTTCGGATGTTCCAGAAAAAGCTGCAGATTCCAATCGTGAATCTATACGGCCCAACGGAAACGACGGTTGTAGCAACAGGGCATGTCGTGGATTATCCGGTTCCGGACGATCTGGCCACCGTGTATATCGGAACGCCTTTTGCCAACTATGAATTATATATTGTGAATGAACATAATGAGTTATGTCCAACTTGCGTAACCGGAGAGCTGCTGATCTGCTCGGTCGGCGTAGCCAAAGGCTATCTGAATCAGCCTGAGAAAACAAAAGAAGCCTTCATTCTGGATCCGATAACACCGGAATCCGGAAAACAATACTACCGTTCCGGAGACTTGGTTCGTCTGCTGCCGAACGGACAAGTGGAATACCGGGGACGTAAAGATTCACAGGTGAAGATCAGAGGCTTCCGGATCGAGATTGGGGAGATCGAAGACAATCTGGCGAAGCATGAACAAGTAAAGGATATCGCGGTTATTCCGAGAATGGACGAGGACGGAACCAAAATGCTAGCGGCATTCTATACAACCCATAATGGACAAGCAGCTTCTGCTAAGGATTTGGTGCAATTTTTAAGTCAGAAAGTACCTGGTTACATGGTTCCTAAATACATGTGTTTCGTGGAAGAAATGCCGCTATCCCCGACCGGTAAGATCGACCGTAAGAAGCTGGCAATGTACGAATTGTCGATGGAGATGGAAGAGGATGACTCCCACTACGAGGCACCGGTTAACGATATTCAGCGGGATGTTGCTGCGGCTTGGGAACAAGCACTTGGACAAACCAAGATCGGCATCCACGACGATTTCTTTGATATCGGCGGGTATTCTCTGAAAATACTGGAGATTCTGGTGCTCCTTAAGCCGCAGTATCCACAGTTGAAGATCAATGATTTCTTTGTGTATCCGACGATTGCAAAATTAGCGGAGCGAGTAGAGGAAATGGGGCAAGTAACCATCCCAGCCGATCAATTAGAAGATAGGGATCTTCCTATTCAGGATTTGGCTGAGTATCCGATCTCTTTCCCGATCAACGATGGTTCGGAACAACCCATCTATCACCAGCAGCATATTTTGCTGACAGGCGCCACGGGATATTTGGGGTCACATCTGCTGTATGAACTGCTCAAACAATCGACCGCTACCGTATACTGTCTGGTTCGACCAACAAAGCAGATGGAACCCTATGCCCGCCTTGAGCAGATCATGACCGGATATTTTGGCGAAGAGGTCAAGTCTCGAATGGACAAAAGGGTGATTGCGATTCAGGGCGACTTGGAGCAGGAATATCTCGGGCTCGGAGCTGAAGACCTTGCCATGATTGAAGCACGCATCGATTCCATCATTCATTGCGGAGCCGAAGTGAAGCACTTTGGCGATTCCGACTATTTTGCTAGAGTCAATGTGGAGAGTACGGACCGTTTGTTGACTTTGGCTCAGAGAAGACCGCATATCCGCTTTCACTTTATTTCTACGCTTGGGATCCCTGAAGATTTGGCACTGGGCGGTCAGTGGGATGCCATCGTTGCCGGAACGGGATATGAAGAGTCGTCCATTGAGAATGTCTATACGAACAGCAAGCTGGAGGCAGAGAAGCTGGTCATTAAAGCCGGTGCAGATCGAGGCATTCCATCATCGGTTTATCGCGTGGGGAATTTGTCCTGTAACTCGGAGAATGGAATTTTCCAGAAAAACATCGATAACAACGCGTTTTACCGCATGCTGAAAGCGATGCTGCTGTTGAAGAAAGCGCCCGGTGTGAGATGGGAAGTAGATATTACGCCGATTAACTATGCCGGGGAAGCCATTACCGCACTGCTGCTTCAGCAGGAAACGGTCGGGCGGGTGTTCCATATCTGCAACCCGGTTGCCATTCCTTATGAGGAGATGGTGGAGCATTTCAAAGCCTTTGGATATGACATTTCGGTGATGGACTGGAAGGAATACGAAGCATGGTTATTGGATCCTCAGCAGCCGAAGGATAAGGAAGGCCTTGAGCTGGCGATGGCGCAATTCGAAGGCGACGGAGCCAAGAATTCCATCTACCGGTATACTTGTCCGCAAACCTCGGAATTCCTCAAGCACACAGGGGTAAAATGCGCTTTACCGGACAAGCTGTTATTCGAAAAAATGATTGAATATGCCGCTGGTATTGGATATTTCGTGAAGCCGGAGTAA	MNTTLMIEQGKEYWLNELQLPLPGFYLYTDGPAHLQQQELDRTTLKLHIETGKIKRFRDSYDLKAWMLTSYVVFLYRMTHDTDLLIGVNNEKGNLLPLRVNLSGSDSFAQIYEHISAKMEHIEVSSYSLEDIEGFTGQPLPLQTIYGHNGNGYAYSSSWLNWMVQEEKKDEWTLYVSYARPLYREETIEKFSRHFEQLANAALEHMDVPVSRLPMLTEEDKNAYSILNDTKKELPKDPTIVSMLASIVERFPKRIALSTGHEQVSYEQLDRLSNQVSHMLIDKGLRKGQFVSIFMKRGLDTIVSMLGVLKAGGAYIPLDPSHPDERNAYIIEDTESAIILTHQDFTAKLDGLLAGFQPKPEYFCLDEQFLSYSEEACGVRVEGDDLAYIIYTSGSTGKPKGALIAHQGVVNLALANQENLQMSEQDIILQYSTFSFDASVYDIFGSLACGSRLHLLTDEQRFSIDAFTEAVAETKATRVAILPTVFFNQLAAYLPVEDTHKYRNIKTIVVGGEALAGETVRMFQKKLQIPIVNLYGPTETTVVATGHVVDYPVPDDLATVYIGTPFANYELYIVNEHNELCPTCVTGELLICSVGVAKGYLNQPEKTKEAFILDPITPESGKQYYRSGDLVRLLPNGQVEYRGRKDSQVKIRGFRIEIGEIEDNLAKHEQVKDIAVIPRMDEDGTKMLAAFYTTHNGQAASAKDLVQFLSQKVPGYMVPKYMCFVEEMPLSPTGKIDRKKLAMYELSMEMEEDDSHYEAPVNDIQRDVAAAWEQALGQTKIGIHDDFFDIGGYSLKILEILVLLKPQYPQLKINDFFVYPTIAKLAERVEEMGQVTIPADQLEDRDLPIQDLAEYPISFPINDGSEQPIYHQQHILLTGATGYLGSHLLYELLKQSTATVYCLVRPTKQMEPYARLEQIMTGYFGEEVKSRMDKRVIAIQGDLEQEYLGLGAEDLAMIEARIDSIIHCGAEVKHFGDSDYFARVNVESTDRLLTLAQRRPHIRFHFISTLGIPEDLALGGQWDAIVAGTGYEESSIENVYTNSKLEAEKLVIKAGADRGIPSSVYRVGNLSCNSENGIFQKNIDNNAFYRMLKAMLLLKKAPGVRWEVDITPINYAGEAITALLLQQETVGRVFHICNPVAIPYEEMVEHFKAFGYDISVMDWKEYEAWLLDPQQPKDKEGLELAMAQFEGDGAKNSIYRYTCPQTSEFLKHTGVKCALPDKLLFEKMIEYAAGIGYFVKPE				NA	NA	NA	NA	NA
JZ016_00106	678			hypothetical protein	ATGAATCACGAACATTGGAAGCAGGCAGAAACCGCACTGGTTTGCATGGATGTTTTCAAGAATGGAGAGAACGACCCTGTAACGATTGAAGGCGAATCGGATGACCTGCGCTGCATCGGAATCGGTACGGATGCTGCAGTATTCGTATACGAACCTTTGCCGGCTTATGCGTTTAAACTGTATGCTGCGGAGGCGCAGCCTAAGAAGGAAGCGGAGATTAAGGTCTATCAAGAGTTGGTAGGCAGCCCCTATTTTCCTGTATTTTATGGAGCAGGTGAGCGTTACGTGGCGATCAGCCATGAATCCGGATTCACTCTGTACGACTGTCTGCTCTATGGTATGCCCGTTCCGAGGCAGGTCATCGATGATGTTGAAGCAGCACGCTCCTTTGTGCGCAGCAAGGGCTTAAACCCGCGGGATATTCATTTGAAGAATGTACTGCTGCAGGAAGGGAGAGGGAAGGTACTCGATGTATCGGAGTATATTCAGGAGGGAAACGACAAGCGATGGGAGCATCTCGTGTGGGCTTACGACAACGTATATCCGCTCCTTGAGGGCAAGAAGTTACCGCTCTGGGTATTGGAGGCCGTGAAGAACGGATATTACCGTTTAGACCCATCCAGTGTGAATATGCAGGAATTTGCAGACCGGATTGGACGACTGTTCTTCAGAAAATAG	MNHEHWKQAETALVCMDVFKNGENDPVTIEGESDDLRCIGIGTDAAVFVYEPLPAYAFKLYAAEAQPKKEAEIKVYQELVGSPYFPVFYGAGERYVAISHESGFTLYDCLLYGMPVPRQVIDDVEAARSFVRSKGLNPRDIHLKNVLLQEGRGKVLDVSEYIQEGNDKRWEHLVWAYDNVYPLLEGKKLPLWVLEAVKNGYYRLDPSSVNMQEFADRIGRLFFRK				NA	NA	NA	NA	NA
JZ016_00107	942	glsA	COG2066	Glutaminase	ATGAGGCCAACCGAAATCGAAGCCATCCGACAGCAGCTTCCCGGCTGGCTGGAAGCCAGCTTGCCATGTGTCAGCAGAGGCAGAGTCGCCGCCTACATCCCCGAGCTGTCGAAAGCTCCGCATGCTGCTCTGGGCATCACCCTTCTGAACACCATGGGTGAATCCGTCACAGCCGGGGACTGCGGGCTGCGCTTTACGATGCAGAGCATCTCCAAAGTGTTTACGTTAATATTAGCCCTGATGGACAATGGAGAGGATGCCGTCTTCAGCAAGGTTGGCATGGAGCCGACCGGAGACAACTTCAATTCCATGCTGAAGCTGGAGTTAGTAAGGCCCGGCATTCCCTTCAATCCGATGATTAACGCAGGCGCGATTACCGTTTCTTCCTTAATTCACGGAGGCAGCCCGAGCGAGAAATCCGACCGAATTCTTCAGTTTCTTCAAGAGCTATCCGGCAACGCTGGCTTGGAATATGACTTGGGCGTTTACCGTTCAGAATCGGAAACCGGGAATCTGAATCGTTCCATAGCATTCTTTTTGAAGGAAAACGGGGTTCTATGCGGAGATGTTGAAGAGGTGTTAGAGGTGTATTTTCGGCACTGCTCAATCGCTGTGAATTGCGCCGATCTAGCCAGAATGGCATTAGTGCTGGCTTGCAGCGGTACGGATCCGCTTACCGGCAACACGCTCATACCTAGAAGGTATGTTCAAATCGCCAGGACGTTTATGACGACGTGCGGCATGTACAACGCATCAGGAGAATTCGCTATTCAGGTAGGGTTGCCCGCCAAGAGCGGCGTTTCAGGGGGCATTTTAACTTTTGTGCCCGGACGTTATGGAATCGGTGTGCTGGGCCCAGCACTGAATGACAAGGGCAACAGCTATGCCGGCGTGCATTTGCTGCAGACCATATCCCAAGAGATGAACTGGAGTATCTTCTAA	MRPTEIEAIRQQLPGWLEASLPCVSRGRVAAYIPELSKAPHAALGITLLNTMGESVTAGDCGLRFTMQSISKVFTLILALMDNGEDAVFSKVGMEPTGDNFNSMLKLELVRPGIPFNPMINAGAITVSSLIHGGSPSEKSDRILQFLQELSGNAGLEYDLGVYRSESETGNLNRSIAFFLKENGVLCGDVEEVLEVYFRHCSIAVNCADLARMALVLACSGTDPLTGNTLIPRRYVQIARTFMTTCGMYNASGEFAIQVGLPAKSGVSGGILTFVPGRYGIGVLGPALNDKGNSYAGVHLLQTISQEMNWSIF	PGPT0020215_1372	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0020215-glsA-K01425	NA	NA
JZ016_00108	768	bceA_1	COG1136	Bacitracin export ATP-binding protein BceA	ATGACAACCATATTACAAGCAAAACATGTAGAAAAAACATTCGGTAATCAAGGGAATCAATATACGGCATTGCACGATATCAATCTTGAAATTCAGGAAGGCGAGTTTGTCGGCATCATGGGACCATCCGGGGCAGGCAAATCCACGCTGCTGAATATTTTCTCGACGATTGATGCACCGACGGCAGGCGATATTACCATTGCCGGACAGCATATCGTGTCGATGAACGAGGAGCAGCTATCGGATTTTCGCCGGAATCAGCTCGGCTTTATATTTCAGGACTACAACCTACTGGACACACTCACGGTCAAAGAAAATATTTTGCTTCCACTGGCGTTGTCCAAGGTGCCTGCAGACGAGATTGAGAAACGGGTTAACGCGATTGCTGATACGTTCGGCATTCGCGATATCTTGAACAAATATCCTTATCACATCTCAGGTGGTCAGAAGCAGCGTACCGCGGCCTCGCGCGCCATTGTGGCCAATCCAAGCCTCATATTGGCGGATGAACCGACAGGGGCGCTGGATTCCAAGTCGGCAACCAGCCTGCTGCAAAGCTTAAAGAAACTAAATGAGATCGATCGTTCCACCATCATGATGGTCACTCACGATGCTTATGCTGCGAGCTACTGCAAACGTGTCATTTTTATAAAAGACGGACAGCTTTACCAGGAGCTTCATAGAGAAGACCAACTTCGCAAGGTGTTTTTTGAACAGATTCTGGAGGTACTGGCTGCACTTGGGGGTGAGCATGATGACACTGTTTAG	MTTILQAKHVEKTFGNQGNQYTALHDINLEIQEGEFVGIMGPSGAGKSTLLNIFSTIDAPTAGDITIAGQHIVSMNEEQLSDFRRNQLGFIFQDYNLLDTLTVKENILLPLALSKVPADEIEKRVNAIADTFGIRDILNKYPYHISGGQKQRTAASRAIVANPSLILADEPTGALDSKSATSLLQSLKKLNEIDRSTIMMVTHDAYAASYCKRVIFIKDGQLYQELHREDQLRKVFFEQILEVLAALGGEHDDTV	PGPT0010200_117	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010200-bceA|vraD-K11631	NA	NA
JZ016_00109	1932	bceB_1	COG0577	Bacitracin export permease protein BceB	ATGACACTGTTTAGCATAGCCAGGAAAAATATCCGTAAAAATTTCACCAATTACTTTTTGTACTTTGCTTCGATGATTTTTAGTATCGTCATTTACTTTACTTTTGTTTCATTAAAATATGATACTGCCATTCAGTCCGCAACGGAGGGATCGACAAAAATAAGTTCAGCCTTTAGCGGTGCCGCCGTCGTGCTGATCATCTTCGTGGCTATATTCATTTGGTATTCCAATTCCTTCTTTACCCGCAAGCGCAAGAAAGAAGTCGGATTGTATTCATTGCTCGGTGTTCGGAAGAAACAAATCGGCCGGATGTTATTTTATGAAAACTTTCTGATGGGTGTGCTGGCTCTACTAGCCGGGATGGTTCTAGGCTCCGTGCTGACGAGATTCTTTGTATCCCTGTTAATGAAGGTTATGGGATATGATGCGGTGTCGAATTTCTCGATATCGCCTGCGGCCATCATCAATACCACCATCGTATTTATGATTATTACGCTTATCACATCGCTGCAGGGTTACCGATTGATCTACCGGTTCAAATTGATTGAATTGTTTCATGCGGATCAGGAGGGAGAACGGAAACCGAAGGCCTCATGGCTCACCGCTATATTGTCTCTGGTGCTCATAGGCACCGGATATTGGCTTGCTCTGCAAAATCTGCTGGAATCCAAGGCTTGGGCGGCGATGGGATTCATGTTAACGCCGCTTGTCATCCTGATGACCGTGATTATCGGAACGTATCTGCTGTTCAGTACCCTGACCGTTACGTTGTTGAAATTGTCCAGAAACAACAAGAACAGATTCTGGAACGGGATGAACATGATTGGTGTCTCACAGCTTCTATATCGAATCAAAGGCAACGCGCGAACGCTCACCATCATTGCCGTACTTAGCGCGACAACACTTACCGCTGTTGGGACGGCTTACAGCTTTTATTACAGCAATGCAAGCAGCGCCCAGCAAGCGAACCCGAATAGCATGATGTGGATCTCCCATGACAGCAGCGTGACCAAACGCGCAGACGAGCGGATCGACTCAGCTGCGCATCATGAGCTGTTATATCATGTGTCCGTCCCTGTCCTTGAAGTGGATGCTGATGTCAGAGGGCTGAACGATGTTTTTTCGCATGATACCCAAACATACAGCATCATCTCCGAGCATGATTTTAACGAGCTGGCGAAGGTGCAGGGCCGCAAAGATACCCTTATTTTAAGCGGAGAAGAGGCCGTTGCCTTGGACCCGGCCTATTACGAAGGAATTTCACCGACGTATGTGGGTTCTACGGTCACGCTTAACCCGGACAAGCAGGAGCAGCAAATTACCTTTAAGGAATTGAAGAAATTCAGCGTGCTGAATATGGGGACCGTCTATTCTACAGTGGTCGTAAGCGACGAACTGTATACGCAATTGCAGAAACAGAACAACACGATTTTGCTGGAGGCTTATGGCATTTCGAATCAAGATAAAGCGAAGCAGTTAACGGAGGATCTAGAAGGCATCTTACCGGAAAGCGCCTCATTCGCCAGCTATTATCATAATTATGCGAGAGGTATGGAATCGTCAGGCCTGTTGATTTTTATGGGAGGATTCCTGGGACTTGTGTTCCTTACGGCTACAGGCAGCATCATTTATTTCAAGCAATTGACAGAGGCCAATTCGGACAAAGCAAGATATCAGATATTATACAAAATCGGGGTAAATCGGCGTGAGGTTAAAAAGAGCATTGCCCAGCAAGTGCTGTTCATCTTTGCTTTGCCGCTCGCTGCAGGCATTGCACACTGCGCTGTCGCACTATCTGCGTTGTCTAAGCTTCTGCATATGAATCTTGTGATTCCGGTCGTGATCTGTATGGCCGTTTATACCTGTGTTTATTTGATCTATTACGTTGTTACCGTTAGGTCCTACTATAAAATCGTAACCAAAACAAAATAA	MTLFSIARKNIRKNFTNYFLYFASMIFSIVIYFTFVSLKYDTAIQSATEGSTKISSAFSGAAVVLIIFVAIFIWYSNSFFTRKRKKEVGLYSLLGVRKKQIGRMLFYENFLMGVLALLAGMVLGSVLTRFFVSLLMKVMGYDAVSNFSISPAAIINTTIVFMIITLITSLQGYRLIYRFKLIELFHADQEGERKPKASWLTAILSLVLIGTGYWLALQNLLESKAWAAMGFMLTPLVILMTVIIGTYLLFSTLTVTLLKLSRNNKNRFWNGMNMIGVSQLLYRIKGNARTLTIIAVLSATTLTAVGTAYSFYYSNASSAQQANPNSMMWISHDSSVTKRADERIDSAAHHELLYHVSVPVLEVDADVRGLNDVFSHDTQTYSIISEHDFNELAKVQGRKDTLILSGEEAVALDPAYYEGISPTYVGSTVTLNPDKQEQQITFKELKKFSVLNMGTVYSTVVVSDELYTQLQKQNNTILLEAYGISNQDKAKQLTEDLEGILPESASFASYYHNYARGMESSGLLIFMGGFLGLVFLTATGSIIYFKQLTEANSDKARYQILYKIGVNRREVKKSIAQQVLFIFALPLAAGIAHCAVALSALSKLLHMNLVIPVVICMAVYTCVYLIYYVVTVRSYYKIVTKTK	PGPT0010195_271	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010195-bceB|vraE-K11632	NA	NA
JZ016_00110	366			hypothetical protein	ATGAAAAAAACGTTGATCTTCGGCGGCATTCTTGTCGCCATCCTCATTGGATTTGTTGTATTCATTCAAAATGTAAACATCAATCGCCTCGGAACAGAATCATATTATGTGCAAATCCAAGATGGAAACCGAGTGGAAGACAAAGCGGATAACGGAGAGAAATACATCTACTACGAGTACAACCTGGAGGGGTTCGACAAAGAAGGGAGCGCGAAGACGTTAACCTTTAGGGCAAATAAAGAGCTGCGAAAGGAAGCGTACTTGCGTTTATATGTTAAAGAAAAGGGAGTCAGTTCCTATCAAGAGGTACAGGCAAACGAAATTCCGGAAAAAGCCAAGATGAAGCTTGAAACGTTAGAAAAATAA	MKKTLIFGGILVAILIGFVVFIQNVNINRLGTESYYVQIQDGNRVEDKADNGEKYIYYEYNLEGFDKEGSAKTLTFRANKELRKEAYLRLYVKEKGVSSYQEVQANEIPEKAKMKLETLEK				NA	NA	NA	NA	NA
JZ016_00111	2205			hypothetical protein	GTGACTCATCTAAAAGAAAAAACGACGAGCCTATCGAAGAAGGCTATCATTAGCTCACTTGTTTTGACATTGACTGCATGCCCGCTCATCAGCGCGGGTCATGCAGTGGCAAAAGCCGTTTCCCCGACTACAATTTCACAAGTCTCTGCGAGCGTTGAAGCGCATGCGCCGATTCAATATCATATTCAGGCGAGACTGAACGAGAAGAACATGACGATGCAGGGAAGCAGCATGGTTACCTATCGTAACACGAGTCAGGATACGTTGAATCAGCTGGTATTCCATACCTTTGCCGATGCCAACCGTTCGAAATCGACGCAGACGTCCATGTTTAAACGATCGAACGAAGAAATCAGCAAGAACCATCCGGAGAAGAAGCCCGAAGATTTTCTCGGAGGTATTGATATTCAAGGAGTGAACGCTAACAGCCAAGCTCTCGAGTTTCACAACAAAGATCAGGCTTTGATTATTCAATTGAAGGAGCCCTTACAACCGGGAGCAACAATAACGGTACATATGGACTTCTCTCTGAACATTCCGTATGGTTCGCAGCGCTTATCGTATTACCAGGATATTGTGAATGGCGCTCACTGGTTTCCGGTCATGTCGGTCTATGATGAAGAGAAGCATCAATGGAACACAACCCCTTACAGTCCAACGTTCGAAACCGATTATTATACTTCCGCAGACTATGAAGTAGAGTTCAACGTTCCCGACGATTATCAGGTGGCGATGCCAGGCACGATAACGACACGGAATGACGTGGAACCTGGCCGTAAGGTTGTTTCCGCTGTTTCCAACAATACAAGGGAATTCGTATTTTTTGCCAGTCCCAATTTCAAAGTGGACAGTGTTACCCGCGACGGCTTGACGATCGAATATTTTTATTTTGATAACGAACCCGGAAAGAAACAGGTTATTGATCGGTATATCGATCAGGCATTTAAAGCGATAGAATTTTTTGGTGATAAATACGGCGCTTATCCTTATCCGGAATTCCGAATCGTCGAGTCTTACGTGGAGGGCGTGGCTATCGAATATTCACGGGTCATTCAGATGGGACAGGTTGACAGCCAGGCCGATCCCGCGCAGGACACGGTATTCGTTCATGAAATTGCACATCAGTGGTTCCATGCTCTGATCGGGAACGATTCGGAGAACGAATCTTTCCTGGACGAAGGTTTTGCCGATTTTTCCAAGGTGTATTTTGCCGAGAAGCAGGGGGAAAAGCTGAACGGCTTTAGATCCATTCAATTTGACGATTCCCCGCTGGAACTTGCCATTGCGTCGAGCAATGACGAGGTGGGGGATATGGCTAGCCCGGTTTATTACGATAAAGGTCGCCAAGCGATTTACCAATTGTACCGGTCTGTTGGCGAAGAAAAGTTCGATCAGTTTATGAGGGAATATTTCAAACGCTATGTTCACAAAAATGCCACGATTGAGGGACTCCTCCAAACAATCGAAGACGTGCTGGGAGAAGAGGCCCGTAACGAAATGGCCACGGCTCTATACGAACCGGGCTTTGTACTTAAGCCTGAATACCAACTGTCAGAAGAAGAGAAAACAGCTTATATGCATGACCAGTTTCAATTGCTGTATCAAACATCCTTAAACCAAATTCCAGACTTGCCCTACGAAACGATGAGCCGCATCATGGAGAAGGCTCTCCAGGGAGAGCCGTTATCGATCGTTCTGAGTGATCAAGTAAGCAGTCCAGCACGCAAGCAGCAAGAAGCCATGGTGAACCAGCTCACGATGCTCTTTGATATCAGCGGAGTGAAATATGACGTTATTCGGGACCGCCAGGTATTGAAAAAGAAATTAAAGAAAGAACTGGGGACAAGCAATCTGATCGTGATTGGCAACGGTAAATCGAATGGGGTGATCCAGGCGCTGAAATCCGGTATCATCGAGCGGGCCAACAAAATGGGCTTTGCCTGGAAGGATACCATGAATCAACCAGGTGCTTCCGGAGCGTATGCGATCAAGCATCCATTCAATCATAATCGCCTAATGCTGCACTATTTCTGGAATGGAGATCATGTAACAGACGCAGCCTTGGAGACGTACATGGCAAAAATGCAGGAATCTCTAGGATTCACGAGCGCTTTTTATCACTACTATGTGTTGGACAAGAATGGCAAGATGGTGTTAGATAAACTGGAGGGGAATCCGCTATCGAAGTTTTTTGCGGAGGAGTAA	MTHLKEKTTSLSKKAIISSLVLTLTACPLISAGHAVAKAVSPTTISQVSASVEAHAPIQYHIQARLNEKNMTMQGSSMVTYRNTSQDTLNQLVFHTFADANRSKSTQTSMFKRSNEEISKNHPEKKPEDFLGGIDIQGVNANSQALEFHNKDQALIIQLKEPLQPGATITVHMDFSLNIPYGSQRLSYYQDIVNGAHWFPVMSVYDEEKHQWNTTPYSPTFETDYYTSADYEVEFNVPDDYQVAMPGTITTRNDVEPGRKVVSAVSNNTREFVFFASPNFKVDSVTRDGLTIEYFYFDNEPGKKQVIDRYIDQAFKAIEFFGDKYGAYPYPEFRIVESYVEGVAIEYSRVIQMGQVDSQADPAQDTVFVHEIAHQWFHALIGNDSENESFLDEGFADFSKVYFAEKQGEKLNGFRSIQFDDSPLELAIASSNDEVGDMASPVYYDKGRQAIYQLYRSVGEEKFDQFMREYFKRYVHKNATIEGLLQTIEDVLGEEARNEMATALYEPGFVLKPEYQLSEEEKTAYMHDQFQLLYQTSLNQIPDLPYETMSRIMEKALQGEPLSIVLSDQVSSPARKQQEAMVNQLTMLFDISGVKYDVIRDRQVLKKKLKKELGTSNLIVIGNGKSNGVIQALKSGIIERANKMGFAWKDTMNQPGASGAYAIKHPFNHNRLMLHYFWNGDHVTDAALETYMAKMQESLGFTSAFYHYYVLDKNGKMVLDKLEGNPLSKFFAEE				NA	NA	NA	NA	NA
JZ016_00112	708	regX3_2	COG0745	Sensory transduction protein regX3	TTGGCATTTGATCAAAAGGTACTTGTCGTTGATGATGAGACGGATATTGTCAGGCTTCTTCAAACCGTACTGATCAAGGAAGGCATCGATCAGGTGTATACTGCGGGATCAGCGGAAGCAGCATGGGTTGAATTCCAGAAATGGCAGCCTGATCTTGTTATTCTGGATATCATGCTCCCGGACGGAGAAGGATACGAAGTATGCAAGAAAATTCGCAGCGTCTCCAATGTTCCGATATTCTTCTTATCGGCCAAGACGGAAGAAATTGATAAAATCCTGGGATTCGCCATCGGCGGCGACGATTACATTACCAAGCCATTTAGTCCGAAGGAAGTGGCTTACCGGATCAAAGCCCGGTTTCGGAGACCGGATGTTACGGAGCAAGTGGACAAACCGAATCGCGTGATAAAGAAAGGCCCCTTTGAATTAGATGAAGAGAAGATAGAGCTGAAGAAGGACGGCAAAGTCATTCCACTAAAACCGAAAGAGCTGGGACTGCTCACGCTGCTGCTTAAGCATCCGGGCCAGATCATTAGTAAGGAAAGTTTATATGATCAGGTCTGGGGTGAGGAATTCTTCGGTTTTGATAATACCGTGATGGTTCACATCCGGAGGCTGCGGGAGAAAATAGAAGAGGACCCTTCCAATCCCCGGTATCTGCTCACGGTAAAAGGCCTTGGGTATAAGCTTGTCGTAGAGGATGAATAA	MAFDQKVLVVDDETDIVRLLQTVLIKEGIDQVYTAGSAEAAWVEFQKWQPDLVILDIMLPDGEGYEVCKKIRSVSNVPIFFLSAKTEEIDKILGFAIGGDDYITKPFSPKEVAYRIKARFRRPDVTEQVDKPNRVIKKGPFELDEEKIELKKDGKVIPLKPKELGLLTLLLKHPGQIISKESLYDQVWGEEFFGFDNTVMVHIRRLREKIEEDPSNPRYLLTVKGLGYKLVVEDE	PGPT0013765_410	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
JZ016_00113	1431	sasA_2		Adaptive-response sensory-kinase SasA	ATGAAGTGGAAGCTGACCGGCAGGTATTTGGTCTCCGTGGTTCTTATCGTTGTCATCGTTATTATTATGAATATTGTGGTGATTATCGGCTTATTCATTCTACAATCGGTGAATGAGGATCTTCCAATCTTAAATAGGCAAACCTCAGCGGAATCGATATCCCGATCCTTCCAGGAACATATCGTAATAACGGAATCGGGTGCTTTGATAAGCGAGAAGGGCAAGGAGATTCTGGAGAAGAATCAAGCGTGGGTTCAAATTCTGGATGAGGATGGCGGGGAAATCTACCGCTATCTTGCTCCGGAGGAGGCCAAAACGAAGTACGCCCCCGTCGATATCGTGCAAATTTATAAGTATGTCGAGAAGGAAGTGCTGTCCACCGTTTTCGTTGGCGAAAAAAAGGGTTTCGAGCATCGTTACAGTTACTTGGTTGGATTTACGACTCCATACCTGGAGCGGCAAGTGTTAACCTTCGATTCCCGGAACTTTGCTCAGATGTTTAAGGTCTTTAGTGTTTCCATCATCATTATTGATGGATTGATTGCCTTATGCATCGCTTATATCTTCAGCAAGCGGCTGACCAAACCCATGTTTATCTTAATCGACAGCATTAAGCGTTTAGCTGGTCGTGATTATAACGTCTATCATCAACCTGAGGGGATTTATAAGGACGTGTTCGCCAATATCAATCTTTTGTCGCAAGAGCTGAAATCAAGCGAGAAGGAAAGAAAGAAATTGGATGCAATGAAGGAAGAGTGGATCGGAAATATCTCGCATGACATCAAAACGCCTCTTGCTTCGATTCAAGGCTATGCGGAGATGATCAAGGACACGGAATATCAGTTCTCCATGGATGAAATACGGGATTACGCCGGGATCATCGAAGGAAAGTCCAAATATTTGCGAGACGTGATTGAGGACTTGAATCTGTCGACCCGCTTGAGGAATAAAGAGCTGACGTTGAAGAAGAAAAATGTAAACATCGTAAGCCTGGTACGCAATGTCGTCATCGATACTCTCAATGACCCCAGGTATGCCAACCGGGACATTGATTTTAGCAGCAGTCATGAGGTTATTAAAATCGAGGTTGACGATATTCTGATACGCCGAGCGATCAGCAATCTGATCTATAATGCAATTGTTCATAACCGTGAGGATATTTCGATCAAGGTCCAGGTTGAGAAGTATGATGAGCATATCCTGATCCGTATAGAGGACAATGGAAAGGGCATTAAGCAGGAGGAGCTTGGAAGAATCTTCGATCGCTACTACCGTGGGACCAATACGGGAGAACTCCATAAGGGATCAGGTCTTGGCATGGCGATTACGCATGACATTGTGATTGCGCATGGAGGGAATATTCAAGTTCATAGCACGGTTGGCCAAGGCACGGTTCTTGAAATCAAACTGGAACGGAACAGCGCCCAATAG	MKWKLTGRYLVSVVLIVVIVIIMNIVVIIGLFILQSVNEDLPILNRQTSAESISRSFQEHIVITESGALISEKGKEILEKNQAWVQILDEDGGEIYRYLAPEEAKTKYAPVDIVQIYKYVEKEVLSTVFVGEKKGFEHRYSYLVGFTTPYLERQVLTFDSRNFAQMFKVFSVSIIIIDGLIALCIAYIFSKRLTKPMFILIDSIKRLAGRDYNVYHQPEGIYKDVFANINLLSQELKSSEKERKKLDAMKEEWIGNISHDIKTPLASIQGYAEMIKDTEYQFSMDEIRDYAGIIEGKSKYLRDVIEDLNLSTRLRNKELTLKKKNVNIVSLVRNVVIDTLNDPRYANRDIDFSSSHEVIKIEVDDILIRRAISNLIYNAIVHNREDISIKVQVEKYDEHILIRIEDNGKGIKQEELGRIFDRYYRGTNTGELHKGSGLGMAITHDIVIAHGGNIQVHSTVGQGTVLEIKLERNSAQ				NA	NA	NA	NA	NA
JZ016_00114	351			hypothetical protein	ATGAAACTGCTTGTTAAGTTGTTGGTGCATGGAGTCTTGATTACGGCACTGCTGGTTGCACTTACCGATGCTTCGTTCACAGGCGCTGTCTTGACGGCATTAGGCATTGGCATCGTCGCTTATTTGGTGGGGGATTTATATATTCTGCCCCGAACCAGCAATATGATGGCAACGATTGCGGATGCCGGCTTAGTATTTGTGATGCTGTGGGTCATCGGTGGAGTTGCAAACTGGACTATCGATTTCTCGGAGGTCCTGCTGATTGCAGTACTTGCAGGAAGCTTTGAGTATTTGTATCATATGTGGCTCAGGGGCGAGCATTTGTTTGAAAAGAGACGGCGGGCCTCGTAA	MKLLVKLLVHGVLITALLVALTDASFTGAVLTALGIGIVAYLVGDLYILPRTSNMMATIADAGLVFVMLWVIGGVANWTIDFSEVLLIAVLAGSFEYLYHMWLRGEHLFEKRRRAS				NA	NA	NA	NA	NA
JZ016_00115	1791			hypothetical protein	ATGAAAGTAAAAGGTTACCCGATGCTTGCCGGCCTGTTGGCTGTCATGCTTCTGGTGGGGCTTCAAACCCCGGCTTATGGAGAAAATGCTACAACAAAAGCAACTTGGATCTGGCAGACGGATCTGATTCAGGATGGCGGCGAAGAACTGCTTGATTTTTCCCGGGAAGAAGGAATTAATCTAATCTTCCTACAGATTGATCGTCAAATGCCGTTCGAAGTTTACGAGGCATTTATACAGCGTGCGCATGAGAATCAAATTGCTGTGCATGCTTTAGGAGGAGATCCAAGATGGGCCCTCACCGAACATCGGGAGGATATGCTCGGACTCGCCGATTGGGTGATCAACTATAACGGCAAGGTTTCGGCCGGCGCCCGATTTGACGGCATTCATCTTGATATAGAGCCGTATGTACTTGCCCAGTGGGAGGATGAGCAGGACATAATCATCAGCACCTGGGAACAAAATCTTATGGTGTTCCTGAATCAAGTATCCGGGAGCGACCTGGAGCTCGGAATTGACATCCCCTTCTGGTTTGATCAATACACTCTGAGTAATGGAACCAGTCTGAATGAATGGCTGATCGGTACATTTGACCATGTTACCGTTATGGCCTATCGGAACGAAGTAGAATCCGAGCATGGCATTCTGAACCTGACGCGAGATGAGCTTGAGCTTGCCAACAGGCTTGGCAAGCAGATTCTTATCGGGGTTAACACGAAGGAAATGCCGGGTGAGCCTCACACCAGCTTTTATGGACATGGTAAGGAAAGAATGAACGCCAAATTGGAACATCTGTCCAGCGCGCTCGGTTCATATGCTTCCTTTGCCGGGATCGCTATCCACGATATTCGCAACTGGCAAAACATGTCTAATGATGGGAGCGTGCCGCCAGACGATAAGGACCCTACTTCCCCATCACCGGCCCCCGATCCGAATCCTGAACCGGGAGAAGGCGATCGCGTGCCCAATGCTGATCCCGTTACACGGGACTCTATCGTAAGAGGCACATATATATGGGAAGCCCATGAAGTAATTCAAAACAGTCAGGAAATTCTTGATTTTGCGAAAGAGAAAAACTTGAACTGGCTCTATGTAAGGCTGGACCTGGAGCAACCGTACAGTTCGTACTCGTCGTTTGTTAAACAAGCGGCTGCAGCCGGAATCGAGGTCCATGCCATGGGTGGCCATCCGATATGGGCACTTGAGGAGAACCGGCCCAGAATGATGCGATTGGTCAATTATGTGAAGAACTACAATCGCGCTGTGGAAGGCAATGAGCGCTTTCATGGCATTCATTTGGACATTGAGCCTTATGTGCTGCCTGCATGGAGGGAAAATTCGCAGCAGGTTATTTCCGAATGGACCGCGAATCTGGATGCCTTTGTTACGGAATTGAAAAAAGATTCCAATCTGGAAGCAAGCATGGATATGGCCGTGTGGCTGGATAAATACAAAGTTCCCGGACAAGATATGTCACTCAGCAAGTGGATGATCAACCGAATGGACCATGTTTCTCTCATGGCCTTCCGGGATGCAGCGGAAGGATCGAACGGGATTGTCGCCGTAGCTAAGGAAGAGATCGCATTTGCCGATGAGCTGGGCAAACCGATCAAGATTTCCGTAGAAATCAAAGCCAGCCATGAAGGCGATCATATTACCTTCTATGAAGAAGGAGCAGCTTACATGGAGGAAGAGCTTGCCAAGCTGCCTGATTTACTGAAGGATTCACCTTCCTTTACCGGTAGCGTGGTGCATGCGTATGCTTACTGGAAAAATGCCAAGCCTTAA	MKVKGYPMLAGLLAVMLLVGLQTPAYGENATTKATWIWQTDLIQDGGEELLDFSREEGINLIFLQIDRQMPFEVYEAFIQRAHENQIAVHALGGDPRWALTEHREDMLGLADWVINYNGKVSAGARFDGIHLDIEPYVLAQWEDEQDIIISTWEQNLMVFLNQVSGSDLELGIDIPFWFDQYTLSNGTSLNEWLIGTFDHVTVMAYRNEVESEHGILNLTRDELELANRLGKQILIGVNTKEMPGEPHTSFYGHGKERMNAKLEHLSSALGSYASFAGIAIHDIRNWQNMSNDGSVPPDDKDPTSPSPAPDPNPEPGEGDRVPNADPVTRDSIVRGTYIWEAHEVIQNSQEILDFAKEKNLNWLYVRLDLEQPYSSYSSFVKQAAAAGIEVHAMGGHPIWALEENRPRMMRLVNYVKNYNRAVEGNERFHGIHLDIEPYVLPAWRENSQQVISEWTANLDAFVTELKKDSNLEASMDMAVWLDKYKVPGQDMSLSKWMINRMDHVSLMAFRDAAEGSNGIVAVAKEEIAFADELGKPIKISVEIKASHEGDHITFYEEGAAYMEEELAKLPDLLKDSPSFTGSVVHAYAYWKNAKP				NA	NA	NA	NA	NA
JZ016_00116	414			hypothetical protein	ATGATTAATTTGGAATCGAGATTGGAGAATATCGAAGACCGTTTTGTGAATATAGACACCTATCTATGTAAACATGAGTTTACGTTAGCCGGCAATTGGGATTATAAGCATGGTTATCTGGACAGGCGCTTGGATCAGGAGCGGATGGTGTGGCTTCGGATCCCTTTTCTGGTCACCAAAGGCAGCCTGGATGGCGAATGCGGCGGTTGTCATGCTACGATAAAGCTCGGCCGTCCATTCGTATTTAGACATATATACAATACGGGAACCGACAAGCATGCAGCACCTCGTTTATTAGGAGCACTCTTTGATCAATTCCAGGCTCCGATCGACCCTGACGCATCGGTGGACGAGATGTGGATTGAACAAGCACGAAAAGTCTTGGATGAAGTGGAGACAGGGTACTTGCACTGA	MINLESRLENIEDRFVNIDTYLCKHEFTLAGNWDYKHGYLDRRLDQERMVWLRIPFLVTKGSLDGECGGCHATIKLGRPFVFRHIYNTGTDKHAAPRLLGALFDQFQAPIDPDASVDEMWIEQARKVLDEVETGYLH				NA	NA	NA	NA	NA
JZ016_00117	3480	lacZ_1		Beta-galactosidase	ATGAACAAAAAAACATTATTTAATGATGGATGGACATTTGCAAAAAGCAGTCTTGATCATACGGATTCGGCGAATCTGAAATTCCAACCCGTGGATATTCCCCATGATTGGCTTATTTATAACACGGAGAATTTATATGAAAACAGCATAGGCTGGTACCGGAAGCAATGGACGTGGAATGGCGATGGAGCTCAGGTTCTGCTGTGTTTTGACGGGGTGTATATGGATTCTTCCGTCTATGTCAATGGTCATTGCGTGGGTGAATGGAAGTATGGCTATTCCTCCTTCGAACACGAAATCACGGATTTCCTGGCAGAAGGGGAGAATGACATCGTTGTGAAGGTTGTGTTTCAAAGTCCGAACAGCCGGTGGTATTCGGGAGCGGGCATCTATCGTAATGTGTGGTTAAAGATAAGGGAAGCGAACCATATCGCAACAGACGGCATTTATATATCAACAAAATGTCAGGAAAATGAATGGTTGGTCGAAGTCGACACAGAAATGAATATCGTAGATGATGTGGTCATCAACCATACGCTCCTGAAGGATGGTCAGAGGATCGCAGAGGTGTCCAATTGCGTCAACGCTAGCAGCACTGGCAATTTAACGAATACACAAACGATAGCTGTTGAGCGTCCATGGCTCTGGAGCCCTGATGAACCTCATCTGTATCAGTTGGTTACCGAGATGCGGGTGACTGGAATGGATCTTCCGACTGACCAGTACGATGAAATGGTAGAATCGGTATCGCACAACGTGGGATTCCGCCATATTCAGCTTGATTCGAATCAGGGGTTCCTTCTGAACGGCCGCAAACTGAAATTGAACGGCGTATGCGAGCATCATGATCTCGGAGCTCTGGGTGCAGCGTTTAACAAAACGGCCTTAGCCAGAAGGTTTGCTATTCTGAAAGACATGGGGGTTAATGCGATCCGCACCGCTCACAATATGCCTGCGAAGGAATGGATGGATCTTGCGGATGAAATGGGGCTGCTGATCGTATCGGAAGCCTTTGATATGTGGGAAAGACCGAAAACCCCTTATGATTATGCAAGATTTTTCCCGGATTGGGTTCAGCGCGACGTGAAGAGCTGGGTCAAACGGGATCGGAACCATCCGTCCCTTATCATGTGGAGCATCGGGAATGAAATATATGATACCCATGCGGATGAGAGGGGGCAGGAAATAACAAGAATGCTGATGGCGGAGGTCCAAAGATACGATCCCAAGCAAAATGCAAGCGTTACCATCGGGTCGAATTATATGCCTTGGGATAACGCTCAGTTATGTGCCGATATCGTAAAGGTGGCAGGTTATAACTATGCCGAGAAGTATTACGAGAAGCATCATCAGGCACATCCGGATTGGATCATCTATGGCAGCGAGACCGCATCGGTCGTACAAAGCCGAGGCATCTATCATTTCCCGTTTGAAAAGTCCATTCTGGCCGATGACGACGAGCAGTGTTCCTCCCTTGGAAACAGCTCGACCAGTTGGGGGGCGAAATCGGCGGAGGCCTGCATTCTGGCAGAGCGAGATATGCCCTTCTCGCTGGGACAGTTTATATGGACCGGATTCGATTATATTGGAGAACCTACGCCGTATCATACCAAAAACTCTTATTTCGGACAGATCGATACGGCAACCTTCAAGAAAGATTCTTATTATATCTATCAAGCAGCCTGGACGGATTACAAAACGAAACCCATGGTGCATCTGCTGCCATACTGGGATTTCAACGACGGCCAAATGATCGATGTTCGCATCTGTTCCAATGCGCCAAGCGTCGAGCTGCAGCTGAATGGGGAAACCATCGGTACGCATGATATTGACCATGCACACGGAAGACAGCTGGTGGGTTGGTGGAAGATTCCTTATGCAAAAGGCGAATTGAAAGCGATCGCTTATGACGAAGCTGGCCGTATCGTGGCTGAGGATACAAGAACCTCTTTTGGCGATGCCAAGCGTATTGTTTTGTGCCCGGATAAAGAAGAATTAACAGCCGATGGAACAGACCTCATCTTCCTGGAAATTGCGATGGAGGATGAGGACGGCCATTCCGTCGAGAACGCGAATAACCGGGTAGAGGTGCATGTGACGGGTGCCGGGCGGTTGCTTGGACTCGATAACGGAGACAGCACGGATTACGATCCGTACAAAGGCCGGAGCCGAAGATTGTTCAGCGGCAAGCTGATGGCAATCATCGGAGCCACATTGGAGCCTGGCCCAATTCGAATCGAAGTGTCTTCCAATGGTTTGGAGAGCCGATGCCTACATCTGACATCCATCCCTGCGCAGGATGAATTGACAAAGGGCATATCGGCAAGCATGAATAACGAAGAGGGGCCGTGCCTCACGGGGAACATGCTCGAGCTTCCGCTTCGCAAGATTGAACTGATCAGCGAAGGAGGTCAATCATTTCATCCGTCCAATCGGGAAATGGTGGTGCGTGCACTGTTACATCCACCGGAGACCTCTTATCAAGAGGTTGAATGGGCTGTCGTGAATGATGCCGGCATTGAATCCAATATCGCCAGCGTGGAAGCGGATGGCCATGAAGCCATCGTAACTGCTCTTGGCGACGGTGAGTTTCGTTTGAGATGTACGAGTCGGAACGGGACGGATAAAACCAAGCTCATCTCCCAGCTTGAATTTCAAGTTGACGGTTTGGGTGCGGCCTACAAAGACGCATACTCCTTCATCTCCGCAGGACTGTATGATTACAGTCAAGGTGATGTGGGAAACGGGAACGAAAGAGGCGTAGCTACGAGCAGAGACGGCGAGACGCAAGTCGGATTTCGGGACATCGATTTCGGTCCCCATGGCTCCGATACGATCACCATTCCGATATTTGCACTCTCAAGCGAAGCGTACTCGCTGCAAATCTGGGAAGGCATGCCTGGTGAGGAGGGCAGCTCCTTGCTGGCCGACTGCACTTATCAGAAAGAGTCCAAGTGGAACGTGTATCAGGAAGAAACCTACCGGCTATCCAAGAAGCTGCGCGGCATCACGTCAATATGCTTTGTCCTGCGCCAGAAGGTGCACATCAAAGGGTTTTATTTTCAAGCGGGGAATCGGGCCTTCGAGCAGCATTATGCCGCAGATGGTGATCGAATCTACGGAGATAGCTTTACGATTATGGATGACAAGGCTGTTGAAGGTATAGGAAATAATGTTTCCCTCGAGTTTGACCTAATGGATTTCTCAGAAGCAGGCACTTCAAAACTGATTGTGTACGGGCGCTCGGCCATAGATAAAAACACGATTCATATCCGGTTTGCCAATTCGGCGGGAGAAAGCAATCAGCTTGTTGAATTTACGCAAACTGATGGATACGAAGAGCAAGTGTTCGATCTGGAGCATGTGAACGGCAAACAGAAGGTGACGTTCATCTTCCTGCCGGGAAGCCAGTTTGATTTTGGCTGGTTCCGGTTTGTACGATCCGGTTTCATAATACAAGGGGTGACTCAAGGCTGCTGA	MNKKTLFNDGWTFAKSSLDHTDSANLKFQPVDIPHDWLIYNTENLYENSIGWYRKQWTWNGDGAQVLLCFDGVYMDSSVYVNGHCVGEWKYGYSSFEHEITDFLAEGENDIVVKVVFQSPNSRWYSGAGIYRNVWLKIREANHIATDGIYISTKCQENEWLVEVDTEMNIVDDVVINHTLLKDGQRIAEVSNCVNASSTGNLTNTQTIAVERPWLWSPDEPHLYQLVTEMRVTGMDLPTDQYDEMVESVSHNVGFRHIQLDSNQGFLLNGRKLKLNGVCEHHDLGALGAAFNKTALARRFAILKDMGVNAIRTAHNMPAKEWMDLADEMGLLIVSEAFDMWERPKTPYDYARFFPDWVQRDVKSWVKRDRNHPSLIMWSIGNEIYDTHADERGQEITRMLMAEVQRYDPKQNASVTIGSNYMPWDNAQLCADIVKVAGYNYAEKYYEKHHQAHPDWIIYGSETASVVQSRGIYHFPFEKSILADDDEQCSSLGNSSTSWGAKSAEACILAERDMPFSLGQFIWTGFDYIGEPTPYHTKNSYFGQIDTATFKKDSYYIYQAAWTDYKTKPMVHLLPYWDFNDGQMIDVRICSNAPSVELQLNGETIGTHDIDHAHGRQLVGWWKIPYAKGELKAIAYDEAGRIVAEDTRTSFGDAKRIVLCPDKEELTADGTDLIFLEIAMEDEDGHSVENANNRVEVHVTGAGRLLGLDNGDSTDYDPYKGRSRRLFSGKLMAIIGATLEPGPIRIEVSSNGLESRCLHLTSIPAQDELTKGISASMNNEEGPCLTGNMLELPLRKIELISEGGQSFHPSNREMVVRALLHPPETSYQEVEWAVVNDAGIESNIASVEADGHEAIVTALGDGEFRLRCTSRNGTDKTKLISQLEFQVDGLGAAYKDAYSFISAGLYDYSQGDVGNGNERGVATSRDGETQVGFRDIDFGPHGSDTITIPIFALSSEAYSLQIWEGMPGEEGSSLLADCTYQKESKWNVYQEETYRLSKKLRGITSICFVLRQKVHIKGFYFQAGNRAFEQHYAADGDRIYGDSFTIMDDKAVEGIGNNVSLEFDLMDFSEAGTSKLIVYGRSAIDKNTIHIRFANSAGESNQLVEFTQTDGYEEQVFDLEHVNGKQKVTFIFLPGSQFDFGWFRFVRSGFIIQGVTQGC	PGPT0017810_368	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
JZ016_00118	786			hypothetical protein	ATGGAAATGAAGCAAACCAATAACCCGAGGAGTAAAAGAGGGCGCAGGATTGTCATATGGACCCTGTCTATATTAGTCATTATTACCATAGCAGCTAGTGTTCTACTGGATTCTCTTACTTACAAACCGCTCGATGAAGCGAAAGCGGTGTTTCAAAGTGATACGAAAGTAGTTGTCGAACACCTCAAGGACGGCTATCGTTTCGAGCCGGTGGGCGGGGAGATGACCCAGCCTGACATTATTTTTTATCCGGGTGGATTGGTGGAGCCTGAAAGTTATGCGCCTTTTGCCAAGAGAATGGCGGAGAAGGGGCACCGCGTATATATTGCATCCATGCCTTTGAATCTCGCCTTCTTCGGACAGAATAAAGCGGATTCCTTCATATCGGAGCATCAAGACAGACGTTATGTCATTGGCGGGCATTCCTTAGGCGGGGTTTTTGCTACGAGATATGCTGCTGAACATGCGGATGTCATTGATGGGGTTTACTTCATGGCATCCTACGCGGATGATGGAGGCAAGCTAAACGGGTTGAATATGTCCGCGCTTCAAATCACCGGTACGCAGGATGGCGTTCTTGATCGAACCGAGTGGGAAGCTGCAAGAAAGAACCTGCCGAACGATACGACATACGTGGATATTGCGGGCGGCAATCACGGACAATTCGGTTCTTACGGTTTCCAAAAGGGAGACAACGAAGCTTCCTTAACCCCAGCAGAGCAGTTGATCGAAGTGACGGAAGCCATGGACCTCTGGATCCAGGGACTCGATTCGTTTCAACGCTGA	MEMKQTNNPRSKRGRRIVIWTLSILVIITIAASVLLDSLTYKPLDEAKAVFQSDTKVVVEHLKDGYRFEPVGGEMTQPDIIFYPGGLVEPESYAPFAKRMAEKGHRVYIASMPLNLAFFGQNKADSFISEHQDRRYVIGGHSLGGVFATRYAAEHADVIDGVYFMASYADDGGKLNGLNMSALQITGTQDGVLDRTEWEAARKNLPNDTTYVDIAGGNHGQFGSYGFQKGDNEASLTPAEQLIEVTEAMDLWIQGLDSFQR				NA	NA	NA	NA	NA
JZ016_00119	2385			hypothetical protein	ATGAATGTGGCGTATACAGACTATGCCGATACGGGATATCGGCGGGCTGAGCAGAAGGCAGCTCAGTATTTTGCATCACTTTATGTACAGGTTAAGGAAAAGAGTTATGTGCCGATCCTGACAGAGGACATTCTAATATGGAAAAGGAAGCATATTCATCGTCCTTCATGGCTGTCTTTTTTATCGCGCGGAAAGAAGAAACCGGATAGCCGGGATTATCATAAATATATCGGCTGGCTTCATTATACAGGTGAATTGGATAATTACTTGGATCGAAGCATTTCCTATATTTATATGAGAGACCTGGGGATGGACCTGAATTCGCCTGACACGAAGGCCCGAATTCGGCGCGTTGCCCAAGATACCAAGAAACTTCTGCTTCGCTCGAACAATAGGAACGGTGGAGGTACGCCGGATTACATGAGTTTGGCCGGGCTGTACCGATGGGCCCAGAAGGAAGGCATCGAGAATGCCGTGATTTGGGTCATTAACAAACTGAAGCTCGTGGCGACCCATATCCCGGAGGAGATGGATGCGGACCAAGCTCAACGCAAATTGATTAAAATTATCGTAGGCGTTGTTATGCACGTCATCGAGGATATGAATGTCGAGACATCGCCTGCGGAGCGCTCAGCCCGCCTTGATGATGCTATCCGGCTGGGATATTCCTATGGGTTGACCTATCCTTTTATAGACGATCTGCTCGATTCAAGGGTACTTAACGCTCAAGAGAAGGAACAGTACTCCCAGATGATACGTCAGGCGCTCCTTACTGGAACGGTACCGGAGCTTGGGCAGTGGAGCGGGAAGAACATGGATCTCGTTCAATTCGTTCATAAGGAACTTCGGGATGCATTTGAGTATATTCAGGGACACCAACGCCCGGAAACGCAGCATGCTTTTTTCGAGCAGTCTAATGTGTTTTTTCATTCCCAGCATATTGACCGCATTAAGGATCTGGGCAATCCCAATTACAGTAACGAGGAATTATATCTGCCAATCATCCTGAAATCATCGTCCTCCCGCTTGATCGTCCGTTCCGTTATCAGCGCTTCGGCGGATGAAGGCTTTGAGGACCGGACCTTCTTCTACGGTATCTACAACCAGCTGGCCGATGATTTTGCCGATATGTTTCAGGATATGGAAGACGGGGCGGTAACCCCGTATACGTACTATTTAAAATATCGCGGTCAGCGTACGGATCTTATCAATCCTTTTGAAATGTACTGGGCGGTTATTTCCCATCTGATTCATGGGGTGTATCATTCGGACGCCAAGACGCGAGAGGTGATGCTGGACCGGGCCATTAACGGCCTGAAGCGTTGTAAGGAACGGGTCGGTGCTGAGAAATATAACGAAATCATGGATATTTTTGCATCCGGTAACCCGGAATTCAATCGGCTTGTCCAGCAAATGGTTCGAACAGCCGATCAGGTGGATTTCTTCGATAAGTTGCTGCGGGACCAGATGGTTACGGTGCTCCGAAACGAGCGGAAGGAAAAGGATTATTTTATCGATACCATTAAAACCGTTCGAAATGAGATTAACAACAGCTTGCAAATCGCAAAGCCCCTTGGCATTCCACCCATGAAAGAGTCGCTGATTGACGCCGCCAATTATACGCTCGATGGGGACGGCAAACGTCTAAGACCTATCTTGACTTGGGTTATGGCGGTCAACGAATACGGTTTGCAAGCTTCCGCCATCGTGCCGCTGCTAAGGTCGCTTGAATACATGCACACCGCTTCCTTAATATTCGATGATTTGCCGTCTCAGGATAACGCCTCTACCCGTAGAGGACGACCGACCCTGCATCGGGTTCATGATAGCGCCACGGCGGAAATCACCGGTTTGTTCCTGATTCAGAAGGCTATCGAAGAACAATCGTCCCTTGATGGGTTTGATCCCCAGACGGTATTAAAGCTGATTCAATATTCGTCTCAGCGAGCGGGAGATATGTGTTCGGGCCAGGCGATGGATTTGAATTCAAAAGGGAAGGCATTGTCTTTGGAGGAGCTGAATACGGTATGTTATTACAAGACGGGCATTGCCTTCGAGGCATCTCTCGTCATGCCTGCCATCCTCGCTCAGGTGAAGGAGACCGAAATTGCGACATTGAAGAAATTCGCCTACCATGCGGGCATTGCCTTTCAGATTCAGGATGATTTGCTTGATGTGCAGGGCGATATGGAGCAGCTCGGGAAACCCGGAGGACAGGATGCGGAGAATAATACATCGACCTTTGTGAGCATTTTGGGTCAGGAAGGCGCCAGTCGGGAAATGTGGGAGCATTATTGCCTGGCTATGGAGGCGCTGCAGGAGATGCCGCGCAATTCGGCGTTTCTCAAGCATTTATTAAATTACATGGTAAATCGAGATCGTTAA	MNVAYTDYADTGYRRAEQKAAQYFASLYVQVKEKSYVPILTEDILIWKRKHIHRPSWLSFLSRGKKKPDSRDYHKYIGWLHYTGELDNYLDRSISYIYMRDLGMDLNSPDTKARIRRVAQDTKKLLLRSNNRNGGGTPDYMSLAGLYRWAQKEGIENAVIWVINKLKLVATHIPEEMDADQAQRKLIKIIVGVVMHVIEDMNVETSPAERSARLDDAIRLGYSYGLTYPFIDDLLDSRVLNAQEKEQYSQMIRQALLTGTVPELGQWSGKNMDLVQFVHKELRDAFEYIQGHQRPETQHAFFEQSNVFFHSQHIDRIKDLGNPNYSNEELYLPIILKSSSSRLIVRSVISASADEGFEDRTFFYGIYNQLADDFADMFQDMEDGAVTPYTYYLKYRGQRTDLINPFEMYWAVISHLIHGVYHSDAKTREVMLDRAINGLKRCKERVGAEKYNEIMDIFASGNPEFNRLVQQMVRTADQVDFFDKLLRDQMVTVLRNERKEKDYFIDTIKTVRNEINNSLQIAKPLGIPPMKESLIDAANYTLDGDGKRLRPILTWVMAVNEYGLQASAIVPLLRSLEYMHTASLIFDDLPSQDNASTRRGRPTLHRVHDSATAEITGLFLIQKAIEEQSSLDGFDPQTVLKLIQYSSQRAGDMCSGQAMDLNSKGKALSLEELNTVCYYKTGIAFEASLVMPAILAQVKETEIATLKKFAYHAGIAFQIQDDLLDVQGDMEQLGKPGGQDAENNTSTFVSILGQEGASREMWEHYCLAMEALQEMPRNSAFLKHLLNYMVNRDR				NA	NA	NA	NA	NA
JZ016_00120	363			hypothetical protein	GTGAATGCCAGCACTTTTTTTGGTTATGGCATTGGTTTAAGCCATGCTTGCTGCATGCGTGTTACAAGGATGATATTGTGCAAAAGCAGCAATTCAGAAGAAACACAGCGTATTCCCTATAGATACAATAAGCCCTATGATACGCTTTTAGCCAGCGACCTGTCGCCGATTGAAAGAACGCCCCGTCTGAGCACGCCGGTTAGTATCGTGGTTGGCGAACAAAGTCCTGAATCCATGCTGGAGGTTGGGAAGCAGCTAAGCCGAGCTATTCCAAACGCCAAAAAAACGATTCTAGAGGGCCAAGATCATATGCCGGATCCGGAATGGTTGCTGCCATTACTCTCAAGCTTTCTTTACAAGTAG	MNASTFFGYGIGLSHACCMRVTRMILCKSSNSEETQRIPYRYNKPYDTLLASDLSPIERTPRLSTPVSIVVGEQSPESMLEVGKQLSRAIPNAKKTILEGQDHMPDPEWLLPLLSSFLYK				NA	NA	NA	NA	NA
JZ016_00121	1338	rhaS_1		HTH-type transcriptional activator RhaS	ATGCAGAGCGGTGAAATCGTTCAACGCGCCATTGATTATATCGAGGATCATCTGACGGAATCACTGACACTTGAGGGGATTGCCGACGTGGCGGCCATGTCGCTGCCCAATTTATACCGTTTGTTTCATAGCCTGACGGGACACCCCATTAAAGAATACATACGTAAACGCAGAATCAACGAAGCCGCCAACTGCTTGCGAAATAGCGACTTGCCGACCATCGATATCGGGTACCGCTGCGGATTTGAGTCGTATCCGACATTCATTAAAACCTTCAAGAGACTCACGGGACAGACTCCAGGACAATATCGAAGATCTCAGGTGGTTTACAGCTTCGAACGGATGAATCTGAAAGAGCATGTAAGCTATTTGGAAGAACGGGCCTTATCAGAACGATTTCCTGAAGTAAGGGTCATCCGTCTGAATCCTCAGCAAGGGATCGGCCATCTCTTCGTTTCCGAGTATGAGGAGGGTATAGAGACCGCTGCGATCGATCATTTTCGCGAACGGTTGTCATCACACCGTATCGATCTCAATGGGCTGAGGCTCTTCGGTTGGAACGTGGACATGGAAGGTGAAACCAAGCCCTTCGGTTATCAACTGCTGGCTGTAGGCACGATGGAGCAAGCCGAGATGATGAAGCATTCGGAACTTTATTCCCTGACGCTTGCGGGTGGATTGTATGCAGTGGCCCGAACGCCGTCGGTAGCGGAAGACAGTATTCAAAACACCTGGAACCGTTTGTTCTCCGAGTGGCTGCCCCGCAGTGTGTTTGAGCAAGGAAAGCATGAGTTCATTGAAGAATATGCGCTGAACCGGGATCAAATTGTTCGGATGAAGCTTTATCTTCCGGTGGAACGAAGCAAGCTGGTGAAACCTATTGAAATCGTGCAGTTGTCTTCGCTTAAGGTGATGCGCTTTCGAAGGACGGGTATAAATTGCGTCAAACAAGCGGATGAAGCTTCCATTGCCTGGTTATGCCGTAATGGATTGATGGAAGATTCGCGAATCCGCATATTCATGCACTGTGACGGTGGACTGCTGGATGAAGGCTCTGTTTATGAGGTTTATATAGCTCCTCCTGAGGATTTTCTTCCTTCCTGTGAAGAAGCAGATCTACAAGTTGAGCTGGAAGGCGGAATGTATGCTTGTCTGGAGTCAGGTGCCGCTGGCACGATGACAGGTGTACTTGAAAGAGTGGATCGATGGCTCGATATGTCAACCGAGTATAGGCCGGATCCAGGACGCTTTTGGTATGCGAGTTATTTGCCTAAAGAAGAGGCGGATCTCGGGATGATCAGAGTGAAGTGTTATGTTCCTGTTCAAATCATGTCATGA	MQSGEIVQRAIDYIEDHLTESLTLEGIADVAAMSLPNLYRLFHSLTGHPIKEYIRKRRINEAANCLRNSDLPTIDIGYRCGFESYPTFIKTFKRLTGQTPGQYRRSQVVYSFERMNLKEHVSYLEERALSERFPEVRVIRLNPQQGIGHLFVSEYEEGIETAAIDHFRERLSSHRIDLNGLRLFGWNVDMEGETKPFGYQLLAVGTMEQAEMMKHSELYSLTLAGGLYAVARTPSVAEDSIQNTWNRLFSEWLPRSVFEQGKHEFIEEYALNRDQIVRMKLYLPVERSKLVKPIEIVQLSSLKVMRFRRTGINCVKQADEASIAWLCRNGLMEDSRIRIFMHCDGGLLDEGSVYEVYIAPPEDFLPSCEEADLQVELEGGMYACLESGAAGTMTGVLERVDRWLDMSTEYRPDPGRFWYASYLPKEEADLGMIRVKCYVPVQIMS				NA	NA	NA	NA	NA
JZ016_00122	501			hypothetical protein	ATGGGCCGATTGCCTATCGAAAGAGTGCAGCCGGAGGGGTATCGTCCGTTTACGACACCACGCGTGTTAAAAATGATACATGGAGGCAAAAATATGAGCGAAGTGCGTGATAATCTCAACTATGCAGAGGTAAGTCCGATTAAGAACAAAGTGGGCAGCATATTCATCCCGGTTCGGGATATCGAAAGGTCGCGCAGCTGGTACTGCCGTGTACTCGGAATAGCGGAAGATGATTGCCAGGTGATGAATGGTCATTTATGCCCTTTGCCCATGGAAGGAACGGGCGTGATTCTGGATACCATGCCGAAGTGGGGAGGAGATCAGCCGGGGGGAGCCCCATCTATCGATACTCCTGCGTTCATGCTGCTGACAGAAGATCTGGAAGGATCGTTAGCTTACATGAAAAAGCTCGGAGTAGAGCTCGTGACGGAAATTGAACATCATCATTGGTTCGTCATAAAGGATCCCGATGGAAACAAACTTATGATATGTCGTGAATAA	MGRLPIERVQPEGYRPFTTPRVLKMIHGGKNMSEVRDNLNYAEVSPIKNKVGSIFIPVRDIERSRSWYCRVLGIAEDDCQVMNGHLCPLPMEGTGVILDTMPKWGGDQPGGAPSIDTPAFMLLTEDLEGSLAYMKKLGVELVTEIEHHHWFVIKDPDGNKLMICRE				NA	NA	NA	NA	NA
JZ016_00123	1233			hypothetical protein	ATGCTAAGAAAAGGAATAAGTGTCGTTATACTGTTCAGTCTTCTGGTCGTTCTAATGCCTGTCAACAAAGTCAATGCCGCACCGAACTGGAATTTGGTATGGAGTGACGAGTTCAATGGGACCTCGCTCAACAGAGCCAATTGGACACCGGAAATCGGTACCGGCAGCGGCGGATGGGGAAACAATGAGCTGCAGTATTATACCGACCGGGCACAGAATGTTCAGGTAACTGGCGGTAACCTTGTTATTACAGCGCAGAAGGAATCCTACGGCGGGATGAATTACACTTCTGCCCGGATCAAAACCCAGGATTTGAAGAGCTTTACTTACGGGAAAGTAGAGGCGCGGATCAAGCTGCCATCGGGTCAAGGTCTATGGCCGGCGTTCTGGATGCTGGGAAGCAATATCAGTTCGATCGGCTGGCCGAAAAGCGGAGAAATTGACATTATGGAACGGGTAAACCATAATCCTTACGTGAATGGTACCGTACACTGGGATGCAGGAGGGCATGCCGAATATGGACGAGTATCCGGCAATTTGGATTTCTCCCAGTTCCATGTCTACAGCATAGAGTGGGATTCCAAATATATTCGTTGGTTTGTAGACGGTCAGCAGTTCAATGAATTCTATATTGAGAATGGAACCGGCAATACCGAGGAATTCCAGCGCCCGTTCTTTCTATTATTGAATTTGGCAGTCGGCGGAAATTGGCCTGGAAGTCCGAACAATTCCACGCCGTTCCCATCGCAGATGCTGGTGGATTATGTACGCGTGTATCAAGACAGTGGTGCATCGAACGTGATCAGTGATGGGATTTACACGATCGCTTCCAAGGCGAGCGGCAAAGTGATGGATGTTGTGGATGTCTCCATGGCAAGGGGAGCCAAGATTCAGCAGTGGACCAACTACGTTGCCAATAATCAAAGATTCAGGGTAGAAAGCACCGGAGACGGGTACTACAAGCTCACAGCCGTGCACAGCGGAAAGGTTCTTGATGTGCCGAATTCGTCCACAGCCACCGGCGTTCAGCTGCAGCAATGGGACGATAATGGATCGAATGCGCAGCGATGGAGAATCGTTGATGTTGGCGGAGGCTATTACAAACTTGTGTCCAAAGTAAGCGGACTGGCAGTCGATGTAGCCAGTGCGTCCACAGCAGATGGGGCGGTTGTCCAGCAGTGGACGGATAATGGTACGGATGCGCAGAAATGGATGTTCACCAAAATTAACTAA	MLRKGISVVILFSLLVVLMPVNKVNAAPNWNLVWSDEFNGTSLNRANWTPEIGTGSGGWGNNELQYYTDRAQNVQVTGGNLVITAQKESYGGMNYTSARIKTQDLKSFTYGKVEARIKLPSGQGLWPAFWMLGSNISSIGWPKSGEIDIMERVNHNPYVNGTVHWDAGGHAEYGRVSGNLDFSQFHVYSIEWDSKYIRWFVDGQQFNEFYIENGTGNTEEFQRPFFLLLNLAVGGNWPGSPNNSTPFPSQMLVDYVRVYQDSGASNVISDGIYTIASKASGKVMDVVDVSMARGAKIQQWTNYVANNQRFRVESTGDGYYKLTAVHSGKVLDVPNSSTATGVQLQQWDDNGSNAQRWRIVDVGGGYYKLVSKVSGLAVDVASASTADGAVVQQWTDNGTDAQKWMFTKIN				NA	NA	NA	NA	NA
JZ016_00124	1599	nfdA		N-substituted formamide deformylase	ATGCAACCAGTTCTTTTTACGAACGGAAATCTCTTTTTACCCCATAGCGCTTCAACAGCGGATTCGATATTTGTGGAAGACGGAATCATTCGTGCTATTGGAAGCGCAGCCGACCTGCGACTTCAGCTGGCGGATCGGAAGTATCGAACGGTGGATTGGGATGGCGCCTTCGTTTTACCTGGCCTGGTCGATGCGCATATGCATCTCGGTATGCATGGACTGAAGCTTGGCATGCTTGATTTCACTGAGGCGACCTCTAAGGAAGAGATGCTGGCTATGCTTAGGGAAAGGGTCGCGGTTACGCAGCCTGGCGAGTGGATCATGGGGTTGAACTGGAATGAACATAACTTTCCAGACCGTCAGATTCCGAGCATGCAGGAACTCGACGACATGACAACGGAACATCCAGTCTATCTAACCAGGACCTGCTTCCATGCTTACCTGGGTAATTCGGAAGCCTTCCGAAGAGCGGGTGTTACATCAGACACGCCAGATCCGGAGTCCGGCGCTTTCGGCCGGGATGCCGATGGCCGGTTAAACGGCCGCATTTACGAGAATGCATCGATACCTTTTGCCATGGTGCAGCCGGAGCCTGATCCCGCCAGCCTGAAATTAGCGATGCTGGAGGCGTGCCGTGATGCGCTGCGTTTAGGCCTTACGGCAGCTCATACGGAGGATCTCCGCTTGCTTGGAAGTGTGGAAGCAATGCAGCGGATTCATAGAGAGCTAAGAGAGGAGGGACTGCACTTTCGTACCCATCAGCTGATGTTTCATGGTTATCTTGATGAAATGAAAGAGCTGGGCCTTAAGCCGGGCAGCGGCAACGATTGGAACCGTATTGGGGCCGTCAAATTATTCGCGGACGGGGCGGTTGGCGGAAGAACGGCGCTGCTGAAGGATCCCTACCATGATGCGCCTCATACTAGGGGGCTGGCTATGCATACTTTAGAGGAGCTAAGGGAAATCGTTGGCAGAGCGCGTCATCTGGGCTTTCCCGTTGCTTTTCATGCGATTGGGGACGGCGCGGCAGCGTTGATGACGGATGTGCTTGAACTTTATCCATTAAGTCGGGATTCGAAACTTCCGGACCGATTTATCCATGCCCAAATTGTACACCCGGATACGGTGAAGCGAATGAGTAAGCTGAATCTGGCCGTTGACCTGCAGCCCCGGTTTGTAGCCAGCGATTTCCCTTGGGTGTTGGAGCGTGTGGGCCCTGATCGGACAAGCTATTTGTATGCGTGGAAGAAGTGGCTGCGCTCCGGACTGCCTTGTTCCGGAGGAAGCGATGCTCCCATAGAGCCGCTAAGCCCGCTGCTCGGGATTCATGCTGCAATGACGAGACGGAAGCCGGATGAGAGACATGATGGATATATGCCGGAGGAAAAGCTGAGCTTAACGGAAGCGATTGAATTGTTTACGATCGGTGGTGCCAAGGCGGCCGGAGAATCAGGGCAGCGGGGAACGATAGCAATAGGGAAATATGCTGATTTTACCGTTGTGGATCGTTGCTTGCATGATGCTATGGATCCGGATGAACTGCTGAAGACGAAGATCAGAATGACGATTGTGAACGGGGAAATCGGTTATACGCAGTAA	MQPVLFTNGNLFLPHSASTADSIFVEDGIIRAIGSAADLRLQLADRKYRTVDWDGAFVLPGLVDAHMHLGMHGLKLGMLDFTEATSKEEMLAMLRERVAVTQPGEWIMGLNWNEHNFPDRQIPSMQELDDMTTEHPVYLTRTCFHAYLGNSEAFRRAGVTSDTPDPESGAFGRDADGRLNGRIYENASIPFAMVQPEPDPASLKLAMLEACRDALRLGLTAAHTEDLRLLGSVEAMQRIHRELREEGLHFRTHQLMFHGYLDEMKELGLKPGSGNDWNRIGAVKLFADGAVGGRTALLKDPYHDAPHTRGLAMHTLEELREIVGRARHLGFPVAFHAIGDGAAALMTDVLELYPLSRDSKLPDRFIHAQIVHPDTVKRMSKLNLAVDLQPRFVASDFPWVLERVGPDRTSYLYAWKKWLRSGLPCSGGSDAPIEPLSPLLGIHAAMTRRKPDERHDGYMPEEKLSLTEAIELFTIGGAKAAGESGQRGTIAIGKYADFTVVDRCLHDAMDPDELLKTKIRMTIVNGEIGYTQ				NA	NA	NA	NA	NA
JZ016_00125	651			hypothetical protein	ATGAACTTAAAATGGAAGACATATCTCCCGCTGTTATGGATCCTGGCCATTCCTGTGCTTAACATTTTTTATGGGATATTGAACCATGCACATACGCCGGTAAAAAGCTTAATGACGGATCTTGACTCTGCAATTCCGTTTGTACCGATATTCATTATACCGTATCTGGTATGGTACCCTTTTATCATTATTATGCTGTTTCTGTTCTGTTCCAGAGACCGAAATGTATATTATCGAACACTGTTGACCCAGTGTATTGGACTCATCGCGTGTTACATTATCTTTTTCTTGTTCCAGACGACGGTAGAGCGGCCGCTGCTTGTAGGCACAGGGGTTCTTGACCGGTTGGTAAATCTGGTGTACAGCACCGACAATCCGTACAACTGTTTCCCAAGCATCCATGTTCTGACCAGCTACTTGATGATAAAAGGGGCAGCAGCTAGTGCAGGCTTTACGAATAAAGATCGGGTGGCGGTGCATATCTTTGCTTGGTCGATCATTGTGTCCACGCTATTCGTGAAACAGCATGTCCTGCTGGACGTGGCGGGTGCCATCGCACTAGTTGAGATTTTGTGGTTTGGGGTAGGGAAATTATCTATAGGACACCGTGCTAAAAACCGGGGAGTTATCGTCCACGGGGAGAATATGTAG	MNLKWKTYLPLLWILAIPVLNIFYGILNHAHTPVKSLMTDLDSAIPFVPIFIIPYLVWYPFIIIMLFLFCSRDRNVYYRTLLTQCIGLIACYIIFFLFQTTVERPLLVGTGVLDRLVNLVYSTDNPYNCFPSIHVLTSYLMIKGAAASAGFTNKDRVAVHIFAWSIIVSTLFVKQHVLLDVAGAIALVEILWFGVGKLSIGHRAKNRGVIVHGENM				NA	NA	NA	NA	NA
JZ016_00126	504			hypothetical protein	ATGATTCGGAACACCGAAAAGCTCATCAGAGATTTCAAGAACAATCCCAGGATGGATGGAACGATTCTGGCATCATACTGCCGGATCACTTCCCTGTATGGTGACCGGAATGACGCAGCCGCCTTATTCCGACTGTTTGCAGAGGAGCCTTATTTCGATATGAAGGATATCATGCGGCTGGATTTACATAAAGGTGAGACGTTAGAGGTAGAGGCGTTAATTGTTCACAGCCTGCAGGTGCTGCATGATTTGATGGAAGTGAAGCTGATTGATGATCTTCATCCTCCCCGTTTTGCTGCGACGAATAATGAGCGGTTCTCCGATCTCTACGCGCAGTTGTTTCAATGGAGCAACGAGTATGAAGATGATTCCATGATAGGCCGGATCCAACATGTTTTGGGATACGATCACCCGATGGTGAATCAATACATAGTATTAAGAACGAGGATGGAAATGGCGATCCGCCGGGAAATGGAACTGGAGGCACTGCGACTTCAGCCATAA	MIRNTEKLIRDFKNNPRMDGTILASYCRITSLYGDRNDAAALFRLFAEEPYFDMKDIMRLDLHKGETLEVEALIVHSLQVLHDLMEVKLIDDLHPPRFAATNNERFSDLYAQLFQWSNEYEDDSMIGRIQHVLGYDHPMVNQYIVLRTRMEMAIRREMELEALRLQP				NA	NA	NA	NA	NA
JZ016_00128	1086	asd2	COG0136	Aspartate-semialdehyde dehydrogenase 2	ATGTCTGAAAAACTTAAAGTCGGTATTGTCGGTGGAACGGGTATGGTCGGTCAACGTTTTATGCAACTGCTGGATGGGCATCCATGGTTCGAAGTCACTTCCATTTCTGCCAGCAAAAACTCAGCCGGCAAAACGTATGAAGAGTCGGTTCAGGGCCGCTGGAAGCTTGCCACGCCAATTCCCGAGCAGGTGAAAGGCATCTTTGTGCAGGATGCTTCACAAGTGGAACAGGTAGCGGAAGAGGTTGATTTTGTACTTTGCGCGGTTGATATGAAGAAGAATGAGATACAGGCATTGGAAGAAGCTTATGCCAAAACGGGGACGCCCGTCATTTCCAACAATTCCGCCCATCGCTGGACGCCTGACGTTCCAATGGTCATTCCGGAAATTAATCCGGGTCATATTGACGTGATTGCCGCGCAGCGCAAACGTCTGGGAACGACAACCGGTTTCATTGCCGTGAAGCCGAATTGCTCCATTCAGAGTTATGTACCGGCGCTTCACGCTTTGCTTGATTACAAACCCACCCAGGTTGTTGCCTCCACCTATCAGGCGATTTCCGGTGCCGGTAAGAACTTCACCGATTGGCCGGATATGCTGGACAATGTGATACCGTATATCGGCGGGGAGGAAGAGAAGAGCGAGCAGGAGCCGCTGCGCATATGGGGCAGCGTCGTGAACGGTGAGATCGTGAAAGCCCAATCGCCATTGATTACGACGCAATGCATTCGCGTACCCGTAACCGATGGTCACTTAGCTACCGTATTTGCATCGTTCGAGAACAAGCCTTCGAAGGATGAAATTCTGGACCGCTGGCAGCAGTTTAAGGGAAGACCGCAAGAGCTGAATCTTCCAAGTGCGCCGAAGCAGTTCATTACGTATTTCGAGGAAGAGAATCGCCCGCAGACGAAACTGGACCGTGACATCGAGCGCGGCATGGGCGTATCGGTGGGCAGATTGCGTGAGGATTCCCTCTACGATTACAAATTCGTAGGACTCTCGCATAATACGCTGCGCGGCGCGGCTGGCGGAGCTGTTCTGATCGCTGAACTGCTGAAAGCCGAAGGTTACATTCAAGCGAAATAA	MSEKLKVGIVGGTGMVGQRFMQLLDGHPWFEVTSISASKNSAGKTYEESVQGRWKLATPIPEQVKGIFVQDASQVEQVAEEVDFVLCAVDMKKNEIQALEEAYAKTGTPVISNNSAHRWTPDVPMVIPEINPGHIDVIAAQRKRLGTTTGFIAVKPNCSIQSYVPALHALLDYKPTQVVASTYQAISGAGKNFTDWPDMLDNVIPYIGGEEEKSEQEPLRIWGSVVNGEIVKAQSPLITTQCIRVPVTDGHLATVFASFENKPSKDEILDRWQQFKGRPQELNLPSAPKQFITYFEEENRPQTKLDRDIERGMGVSVGRLREDSLYDYKFVGLSHNTLRGAAGGAVLIAELLKAEGYIQAK	PGPT0014045_1785	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133	NA	NA
JZ016_00129	1377	nhaC	COG1757	Na(+)/H(+) antiporter NhaC	ATGGAACGACATCTCAGTTTCTCAAAAAGCATCATTCTTATTGTGTTTATACTGGCAGTACTGTTTGTCTCTATCTTTCTTCTTAAGGCAGAGCCGCATATACCGCTTCTGGCAACAACCGTGGGTATCGCCTCCTTGCTGCGGTTGTTCGGGTTTTCCTGGAAGCATCTGGAATCCGCAATCATTCAAGGCATTCAAACGGCGATTATGCCGATTCTCATCCTTTCGCTCATCGGCATTCTGATTGCGGTATGGATGATGAGCGGCACCGTCCCGACCATTTTATACTATGGAATGGATTATATTGAACCGCATTATTTTGCCGTGAGTGCGTTATACGTGACCATCGTGGTGTCGATGTTTACCGGGAGCTCTTTCACGACGGTCAGTACGGTTGGCGTTGCCTTCATGGGGATTGCTGTAACGACCGGGATTTCTCCGGCACTGGCAGCAGGAGCGGTGATCTGCGGAGCTTGCTTTGGGGATAAAATGTCGCCGCTGTCCGACACAACGAACTTTGCTCCGGCGGTCGCCGGCATATCCTTGTTCACCCACATTGGCAACATGATGTACACTACGGTGCCGGCCCTGATCGTGACAACGATCTTTTTCCTGCTGGCACCAACGGCGAATAGCCTGGATTTAACATCGATAATTCAAATCAAGGCTGCGCTGAATGACGGATTCCATATTCATTGGCTAACGTTGCTATCGCCGATTGCGGTCATTGCCTGTTCCGTCAAGCGGATTCCGATCCTCCCTACGATCATTGTCGGCATTGTTACCGGACTCATCGTAACGGCCTTCGTTCAACAGCAGACGGCAGTCGATGTCTGGTTCAGCGTCATGCAGAGCGGTTACAAGAGCACGATCGCCAACGAGACCGTTGCTTCCATTGTCAACCGCGGCGGATTGCAATCGATGATGGGGTCCGTATCGCTGATATTGATTGCGTTATCCTTGGGAGGGCTGCTTCAGCATTGCGGCGTCATTGAAGCCTTCTTCCGCAAAGTCATGCAGCCGCTGAAGCGGAAGAGCAGTATCGTTCTGATGACCGGGGCGTCTGCGATTGCGGTCAATGGCATGACAGGTGAGCAGTATTTATCGATCCTTTTGCCTGGTCAAATGTTCAAGGAGGAATATGTCCGCCGAGATCTTCCGGCGAAGACGTTGTCCCGTACATTGGAGGATTGCGGTACGCTTGTTAACCCGCTGATTCCATGGGGGGTAAGCGGTGCCTTCTTCGCTGCTACGCTTGGAATTCCGGTCATTGAATATGCGCCGTATGCAACTTTCTTGTGGTTAAGCCCGCTCTTTACATTTGCCTATGCCTTGATACCGCGATTACAGCGGAACTCGCTGGGCAGGAAGATCTAA	MERHLSFSKSIILIVFILAVLFVSIFLLKAEPHIPLLATTVGIASLLRLFGFSWKHLESAIIQGIQTAIMPILILSLIGILIAVWMMSGTVPTILYYGMDYIEPHYFAVSALYVTIVVSMFTGSSFTTVSTVGVAFMGIAVTTGISPALAAGAVICGACFGDKMSPLSDTTNFAPAVAGISLFTHIGNMMYTTVPALIVTTIFFLLAPTANSLDLTSIIQIKAALNDGFHIHWLTLLSPIAVIACSVKRIPILPTIIVGIVTGLIVTAFVQQQTAVDVWFSVMQSGYKSTIANETVASIVNRGGLQSMMGSVSLILIALSLGGLLQHCGVIEAFFRKVMQPLKRKSSIVLMTGASAIAVNGMTGEQYLSILLPGQMFKEEYVRRDLPAKTLSRTLEDCGTLVNPLIPWGVSGAFFAATLGIPVIEYAPYATFLWLSPLFTFAYALIPRLQRNSLGRKI	PGPT0013945_1418	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315	NA	NA
JZ016_00130	723			hypothetical protein	ATGAACCATAGGAAAGATAACGAGCTAACCGCTGCGGCGCTGATGGAATTGCATGTTCAGGCGATGTTTACGCATGACGGGGATATGCTAATTCGCACCATCAACGAGCCTTGGCCGGGAGAGGAGCTTGCCCCGAGATTTTTCATGGGTCGAACGATAGACGGCTCTTCGATCTGCAGGTTTCGTCATGATGTTCCCGCAGGAATTGCCGGGCAATTGAGGGCTTTGGTTGAAGATGAGCCGATCGTAACTGAAGAGGTTCAGACGAGGCCTAAACATTTTGCAGCTTATATGAACCTCCTTCGCACTGAGCACTATTCGAGCGGACCTTGTTATTGGATACCTGATCAAACAACGCAGGTCAATCAGACGGTAAGGATCACCCCGGGAAATATTCGCGAATATTCGCTCGCCGGTTTTGAATGGCTGACCACGGAAATCGATTATGACCAGCCTTGTGTTGCGCTCATTCATGAGAATAGGGTGGTATCGGTTTGCCGCAGCGTTCGGATTACAGAACGAGCTCACGAAGCTGGGCTTGAAACGTTAGAGGAATGTCGTGGAAGAGGTTATGCGGCTGCTGTTGTTGCCGGATGGGCCATAGAGGTGCAAAAGATGGGCGCGCTGGCGTTGTACAGTACTTTATGGGAAAATAGCTCTTCCCGGAGAGTGGCAAATAAATTAGGGTTGTCCTATTACGGGGTTAACTTCACGATCAGATGA	MNHRKDNELTAAALMELHVQAMFTHDGDMLIRTINEPWPGEELAPRFFMGRTIDGSSICRFRHDVPAGIAGQLRALVEDEPIVTEEVQTRPKHFAAYMNLLRTEHYSSGPCYWIPDQTTQVNQTVRITPGNIREYSLAGFEWLTTEIDYDQPCVALIHENRVVSVCRSVRITERAHEAGLETLEECRGRGYAAAVVAGWAIEVQKMGALALYSTLWENSSSRRVANKLGLSYYGVNFTIR				NA	NA	NA	NA	NA
JZ016_00131	210			hypothetical protein	ATGTTAAGAAAGATCATGAATAAGCTTCTCCACTCTACATCCCATAGTCATGGCCGTAAGCGTTACAGCAGTTCCGCGAAGAATTATGGAAGAAAATACAGCAGCAGTCATGGCTATTCGCGTCGTAAAGGTTCCTCATCCGATTACAAACACAGGCATGGCAACCAAGGTCATGGCTATTATAAGAACAGAAGAGGCAGCTCGAGCTAA	MLRKIMNKLLHSTSHSHGRKRYSSSAKNYGRKYSSSHGYSRRKGSSSDYKHRHGNQGHGYYKNRRGSSS				NA	NA	NA	NA	NA
JZ016_00132	873	ybdM	COG0515	putative serine/threonine-protein kinase YbdM	ATGCGCTTATTCTCATACTTAAGCTCCTTTATAAACGCTTGGCGGGATTACCCGGCTGAACAAAATACGGTACTGGGGAATCGTTACACTGTTCAACAGAGGATTGGGGAAGGAAGTTACGGCATCATCTATAAATGCAGGGATCAACAGAGCGGAAACGTGGTGGCTGTTAAACAGTCGAGACCCAGCAAAGGCGATTACGCCAAAGAATTGCTGAACCGTGAGGCAGCGATATTACGTTCTCTCCAACATCCGCAAATTCCGGCATACCGGGATTTTTTCACAGACAACCGCCATACTTATCTGGTCATGTCTTATATGAACGGTGATACACTTGAAGATTTAATATTCGAACAAGACATGAAATACGGAGAAGTCGAATGCATCGAGATCACGCTGCAGCTTCTGAAGCTGGTCCGATACATACACGACCAAGGCTATGTTCATCTTGATCTGCGGATTCCGAACGTACTGTTTAAGGATGGCAGGATCCAACTTATTGATTTCGGACTCGCGAGAAGGATTGGTGAGCCCCCTCCGCTCCAAGTACCAGTACGGAAAAAGTTCAAGGCAGACAGCTCGGCGTCCTCTGTTCAATATAAGGACTCGAAGGAAAGCGAGGATCTCCGGGACATCGGTCACTTTATGCTGTTCATGCTCTATTCCACCTACGAACCGGATCACAACAACCGGGGTGCAACCGTGGAGCGAAGCTGGCAGGAAGAACTTCATCTCTCGATTGAACTGCAGAACATGATTAGACGCTTGATGCAATTGAGTGAACCTTACTCAAGTTCTTTGCAGTTCATGCACGAGCTGCAGTCGCTCGCTAATGCAAGAGACTACCCCTCTGATAAGAAGGGCAGCCTTTAA	MRLFSYLSSFINAWRDYPAEQNTVLGNRYTVQQRIGEGSYGIIYKCRDQQSGNVVAVKQSRPSKGDYAKELLNREAAILRSLQHPQIPAYRDFFTDNRHTYLVMSYMNGDTLEDLIFEQDMKYGEVECIEITLQLLKLVRYIHDQGYVHLDLRIPNVLFKDGRIQLIDFGLARRIGEPPPLQVPVRKKFKADSSASSVQYKDSKESEDLRDIGHFMLFMLYSTYEPDHNNRGATVERSWQEELHLSIELQNMIRRLMQLSEPYSSSLQFMHELQSLANARDYPSDKKGSL				NA	NA	NA	NA	NA
JZ016_00133	2085			hypothetical protein	ATGACAGCATCAATCAAAAGAGTTCATGTCGTATTTAAGACCCATCTGGACATCGGGTTTACCGATTTGGGAAAGAACGTAATCGAGCGGTATATGGAGCATTTCATCCCCCAGGCCTTGGAGCTGTCCGAACAGTTGGCTAACGAAGAGGGGAACGCAAAATTCATATGGACGACCGGCTCGTGGTTAATCCATGAATATCTGCAAACGTCTTCTCCTGAGATGCGGGCGCGCATGGAAAAAGCCATTGAGGAGGGGCGCATTGCTTGGCACGGGCTGCCGTTTACAACACATACGGAAATCATGGATGCCCGGTTATTCGAATTCGGAATGTCCATTTCGGACGACTTGGATCGAAAGTACGGAAAGTCCACGATCGCCGCTAAAATGACGGATGTTCCGGGCCATACGCTTGCCATGGTCCCACTGCTGGCAGAACACGGCATACAATATTTGCATTTGGGCGTTAATATGGTATCCAAGAATCCCAAGGTGCCGGAAGTATTTGTATGGCGCGCTTCCGATGGCTCGGAGATCATCGTCCATTATGCGGATAGTTACGGTAAACCGTTTCACATGGAAGGGCTGGAAGATGCCTTGTATTTTGCCCATACCCATGATAACCATGGTCCATCCACGCTAGAGGAGATCCGTGCATTGTTTGAACAGTTGGAGCAGGATTATCCAGGGGCGGAAATCATGGCCTCGACACTTGATGCATTTGCCCAGCGACTGCGTACCGTCAAAGATCGATTGCCTGTCGTGAGTGAAGAAATTGGGGATTCGTGGATACACGGGATTGCCTCGGATCCTTGGAAAATCGCTCGCTACCGTGAATTGCTAAGGCTTCGGGATCGCTGGATCGAATCCGGTCAATTGGATAAGGACAGCGAGGCGTACGCTCGATTCTGCAACCGTCTGATGTTGATCCCCGAGCATACCTGGGGGTTGAACAATTCGGTCTATCTCGTCGATTATGTTAATTATTCCTCCTCGGATTTAGCCGCTGCAAGAGCACGGGATATCGTAGAAGACAATAAACGGAGAAAATACGATTACCTGTGCCAGCAGGCGAATGATATCAGGTCATACAGCCATTACGAGAGCTCTTGGCAGGAGCAGCGGGATTATCTTGAAGAGGCCGTTCAGTCGCTGCCGAAAGCGCTGGCAGCTGAAGCGAGAATGGAGCTGGATCGGATGAGTCAGCATGATACCGTCCAAGACTCGGAGCCGCTGCAGTATAAGCAGACGATTGAAACGAACGAGCATTACGAATTAGGGCAGTTTCAGGTAAGCTTTGCTGCCGACGGATCGATCAACCGATTGATGGATCGATCCGGGAAGGAATGGGCGAACGAGCATCAGAGACTTGGCACTTATAGGTATGAAACCTTCAGCAAAGAAAACTACGACCGTTTCTTCAAGGAATACATGACCAATCTGGATATTCATCATGGCTGGGCGGACAACGATTTCGGCAAGCCGGGCATTGAATATGTCAAACCGCGGCCGGAGCATCGGCAGTATACGGCATCCTTGCGGACCCTGCATCTGGAGAGGTACGCCGATTATGATCTCGTAACTGCCGAACTGAAGCTGCCTGAGAATCTCGGCAAACAGTATGGAGCTCCACGCATACTGAACGCGATCTATATGTTCCATGCGAATGAGCCCGTCATTGAGGTAAGTCTAAGCTGGAGGGGCAAACCAGCATGCCGTCTTCCGGAAGCAAGCTGGTTTTCGTTTGCGCCTCTTGTGGATAATCCTAACGCCTGGAAGATGGATAAGCTCGGTCAACGCATATCTCCGTTATTCGTCGTAAAGGACGGCAACCGGAACATGCATGGAATCAACACGGGCCTATATTATGAGGGGGCGGACGGAACGGCGGCTATTGAAACCTTGGACGCGCCGCTTGTTTGTCCGGGAGAACCGCGGCTGCTGCAATTTGACAATACGTATGCTTCATTGACCGGAGGATTTCATTTCAATCTGCATAACAACGTATGGGGTACGAATTTCATGATGTGGTTCGAGGATGATATGAACTATCGGTTCAGATTGAGCCTGCACTCTCATTCGTGA	MTASIKRVHVVFKTHLDIGFTDLGKNVIERYMEHFIPQALELSEQLANEEGNAKFIWTTGSWLIHEYLQTSSPEMRARMEKAIEEGRIAWHGLPFTTHTEIMDARLFEFGMSISDDLDRKYGKSTIAAKMTDVPGHTLAMVPLLAEHGIQYLHLGVNMVSKNPKVPEVFVWRASDGSEIIVHYADSYGKPFHMEGLEDALYFAHTHDNHGPSTLEEIRALFEQLEQDYPGAEIMASTLDAFAQRLRTVKDRLPVVSEEIGDSWIHGIASDPWKIARYRELLRLRDRWIESGQLDKDSEAYARFCNRLMLIPEHTWGLNNSVYLVDYVNYSSSDLAAARARDIVEDNKRRKYDYLCQQANDIRSYSHYESSWQEQRDYLEEAVQSLPKALAAEARMELDRMSQHDTVQDSEPLQYKQTIETNEHYELGQFQVSFAADGSINRLMDRSGKEWANEHQRLGTYRYETFSKENYDRFFKEYMTNLDIHHGWADNDFGKPGIEYVKPRPEHRQYTASLRTLHLERYADYDLVTAELKLPENLGKQYGAPRILNAIYMFHANEPVIEVSLSWRGKPACRLPEASWFSFAPLVDNPNAWKMDKLGQRISPLFVVKDGNRNMHGINTGLYYEGADGTAAIETLDAPLVCPGEPRLLQFDNTYASLTGGFHFNLHNNVWGTNFMMWFEDDMNYRFRLSLHSHS				NA	NA	NA	NA	NA
JZ016_00134	1491		COG2368	4-hydroxyphenylacetate 3-monooxygenase oxygenase component	ATGATTTTTACAAATGGGGTGAACAACGTGCCTATTAAATCGGGAAAGCAGTATATCGAACGGATTGACCGGCAGAATATCAACATTTGGTATAAAGGTGAGCCTATCAAGGGACCTTTATCCGAGCATTCTGCATTTCAAGGTCTTATTCAAACCCAGGCCGATCTATACGATATGCAATGTGACGCAAGATATATGGAACAATTGACTTACCCCTCACCCGATACGGGAGAACGGGTAGGCTTGTCTTTTCTCCCGCCAAAGAATGCTGAGGATTTGCAGAAACGCCGAATCATGATGGAGTTATGGGCGAGGCGGCATCACGGCTTTTTAGGGCGCGCTCCCGACTATATGAACACCGCGATCATGTCCTTATATACCGCTGCCGATATTCTGGAGGAACATCATCCGAAATACGCGGAGAATCTCAGGAACTATTATAAGTACTGTCGTGATCACGATATTACATTATCTCACGCCTTCATCCAGCCCTATGCATGTAAAATGTCCGGTCAGCAGGATGCTGCTGAAGACGCTATCGCGGCTAAAGTTGAAGAGATGAATCATGAAGGAATGATTATAAGCGGGGCCTTCTTGATGGCAACACAAGGGGCTACTTGCGAAGAAATGCTGGTATTCCCGACCCCTTCGCCAACGATGTCCCAGGATGTAAATCCTTCTGCGTTTGCATTTGCGGTTCCCAACGATTTACCGGGAATGACTTTTATATGCCGTGAAAGCTACGGTGCCACTTCTTCCTATGATTATCCCCTGAGCGCCAGATACGAAGAGATGGATACACTCGTCATCTTCGACCGCGTGCTGGTCCCTCATGATCGAATATTTTACTATGGGGACGAGACTTACGCCGGACGTTTATTCGGCGAAAGTCACTTTCATACGCATATCGCCCATCAAATGGCCGTCCGTTTTATCGTAAAAACCGAATTCATGCTCGGCTTGCTGGAATCCTTGGCAGATGAACAGAACATTGGACTCGAGCCCCATATGGTCTCGAATGTTTCGAAAGTGATTACATTTTTGGAAACCTTCAAGGCATTAAGACTGGCCTCCGAACAGGGCGCCAGCCATGATAAATTCGGATATCTCGTACCAGCTGCCAGTCCTCTTATCGCATCCAGCATCCTCTTCCCCAAATTCTATCCCGAGATGGTAGAGATGATTCAACTGCTAGGCTCCAGCGGCCTGATTATGATCCCTTCCGAATTGGATTTTCGATCGGAGTCAGGCCCCTACCTTAATCAATATTTAAAAGGGGCAACGACGGATGCTCGGGATCGCATCGCATTGTTCAGGCTTGCATGGGAGCTTGGTGCAAGCTCGTTCGGTGGTCGCCAAACCCAGTTTGAACGATTCTTCTTCGGAAATGCGCAGACGGCTGCCTATCGGATGTATAACCATTTTGAACAGCATGAGCAGCTTCGGAACAGGATCAGCGATTTTCTTTCCCAAGAGAAACCTTCTTCATAG	MIFTNGVNNVPIKSGKQYIERIDRQNINIWYKGEPIKGPLSEHSAFQGLIQTQADLYDMQCDARYMEQLTYPSPDTGERVGLSFLPPKNAEDLQKRRIMMELWARRHHGFLGRAPDYMNTAIMSLYTAADILEEHHPKYAENLRNYYKYCRDHDITLSHAFIQPYACKMSGQQDAAEDAIAAKVEEMNHEGMIISGAFLMATQGATCEEMLVFPTPSPTMSQDVNPSAFAFAVPNDLPGMTFICRESYGATSSYDYPLSARYEEMDTLVIFDRVLVPHDRIFYYGDETYAGRLFGESHFHTHIAHQMAVRFIVKTEFMLGLLESLADEQNIGLEPHMVSNVSKVITFLETFKALRLASEQGASHDKFGYLVPAASPLIASSILFPKFYPEMVEMIQLLGSSGLIMIPSELDFRSESGPYLNQYLKGATTDARDRIALFRLAWELGASSFGGRQTQFERFFFGNAQTAAYRMYNHFEQHEQLRNRISDFLSQEKPSS	PGPT0020455_498	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020455-hpaB-K00483	NA	NA
JZ016_00135	786			hypothetical protein	ATGCACAAAAAAATAGTAAAATCCATCATACCCACAGTCATCATCGGTTCCGTTGTCACAAGCCTGGCCTTATCCAGTTTTCTAAGCAGCACCGGCATTGGCAAGGCGGAAGCTGCCGCTGCAGCTTCTTCCAGCTTATCATTTACTGCGTTTTTGGAAAACAACGCTCCTAACCGGACTATAAAAACGGTTCGTGGTTTAAATACGGTCACCAATCTATCAAGTACCGTTGTACTCGTCAACAAGCAAAGAAATCTACCATCGAGTTATGTGCCTCAAGATTTGGTCATACCCCGTATTCCGTTCAGCTTCTCAGGACCCAGTCCTAAGAAACAGATGAAACGAGTAGCGGCAACTGCGCTCGAAAAATTGTTTGCGGCTGCCAAGAAAGACGGGATCGATCTCAAAGCCGTGTCAGGCTTCCGATCCTATGCCACACAGAAGGCCATATTCGAACGCAACGCCCGTAATAAGGGCGAAGCCGTCGCTAATAAAACAAGCGCTCGTCCTGGACAAAGCGAGCATCAGACCGGGCTGAGCATGGATATATCCAGCGCTTCCGTAGGATATGCATTGGAGCAAAGCTTCGGAAATACCAAAGAAGGCAAATGGCTGAAAGCCAATGCACCGAAGTACGGATTTATCATTCGTTACGGAAAAGGCAAGGAGAAATTAACCGGCTATTCTTATGAGCCCTGGCATGTCCGTTACGTGGGCGTCTATATTGCAGGAGAAATCACGAGGCAAAACCTGACGCTTGAGCAGTATCTGGGTCAATCCCATTAA	MHKKIVKSIIPTVIIGSVVTSLALSSFLSSTGIGKAEAAAAASSSLSFTAFLENNAPNRTIKTVRGLNTVTNLSSTVVLVNKQRNLPSSYVPQDLVIPRIPFSFSGPSPKKQMKRVAATALEKLFAAAKKDGIDLKAVSGFRSYATQKAIFERNARNKGEAVANKTSARPGQSEHQTGLSMDISSASVGYALEQSFGNTKEGKWLKANAPKYGFIIRYGKGKEKLTGYSYEPWHVRYVGVYIAGEITRQNLTLEQYLGQSH	PGPT0024055_976	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-GLYCOPEPTIDE_RESISTANCE,PGPT0024055-vanY|yodJ-K07260	NA	NA
JZ016_00136	564			hypothetical protein	ATGGAAATACGCGATTATATTAAACAAGGGTTTGAGACCTATTACGCTAAATATAGTCAAGTGACGGAGGAGGGATTCTGCAGGTGGATGCGTCCCGACGTTCCTGCAGAGATGAAAGTCGTCGATAACGATGAGGAGTGGTCCATATGGAAATTGGTTCCTTCCGTTGTGAGTGAGGATCATCTTGGGGCGATGGAAGAAGAATATGGATTGACATTTCCGGAGTGGTATAAAGCATTCATCTCCACGTATCATCATTACTTTGACGTCATACCTGAACAAGCAGTTGACGAGCCGCTGGATAATGTCAGGCACATGTACAATCCCTTGTTGTGCCGGCTGGGATACCTTCCTTTTACATGGGACGAAGAGTACGGAAAGATATGGTGTATCGATCTAAGAGAGGACGCAGGCGAGGGTTACGGAGCGATCTATGAGATCGAACATGAAATCTTGTTTGATCTGGATGAGGAACGAACGGATCATGCCAAGCTTAAAGAGTCGCTGATATTTTTATATCCGGATTTCAAGGCGTATTTCGACCATACGTTCCTGGAAGGTTGA	MEIRDYIKQGFETYYAKYSQVTEEGFCRWMRPDVPAEMKVVDNDEEWSIWKLVPSVVSEDHLGAMEEEYGLTFPEWYKAFISTYHHYFDVIPEQAVDEPLDNVRHMYNPLLCRLGYLPFTWDEEYGKIWCIDLREDAGEGYGAIYEIEHEILFDLDEERTDHAKLKESLIFLYPDFKAYFDHTFLEG				NA	NA	NA	NA	NA
JZ016_00137	975	srkA_1		Stress response kinase A	ATGCGAAATGAACAGCTGCAGGAAATTTTGAATGAATACGATATCCGTGAAGCGGAGATTGCGTTTATTCGGCATAATGAAAATCGAACCTACAAGGTAAAAGGCCATGACGGAAGTACATATCTGCTGCGCATTCATCAACCGTTCAAAGACGGCATGGCAGGTCAGCAGCATACTTACGAAGGTCTAATGGGTGAGCTGCAAATGCTGGAGCACTTGTCAGACCGAAATCATCTGCTTGTCCAAAGGCCTGTGCGTAATCGGGAAGGTGAGCTGATCACGGTCATCGAACACGAGGGGAAGCGTTGGAACAGCTCCGTGCTTACCTGGCTGGAAGGAAGAGACTTGCATAAGGATGACGTAAGCGACCCGGTATTGGTCGAGAAGCTGGGGGCTCGCATTGCAGAGCTGCACAAATTCTATAGCCAATACGAGCCGGAGGGCCTGGACAAGCGTCCGAGTCAGGGGATTGCCTACAATCAATATATGATCGAGGTTATACAGCAAGGATTAGCGAAAGATTTGTTTACTTCCACCGATGTTTCCATTATTGAAGAAACCATATCGTTGATTAACGCGCGCCTTGAGGACAATAGGAACGTTGAGGCTTGGGGGCTTATCCACGGTGATTTAAGCTTGGGGAATATCATCATGACCTCGGATGGAGAACTGTGTTTTATCGATTTTGGTTTTTTCGGACCAGGATATGATTACACGGATGTTGCAATGGGTGCCATGATGGTTCCTTCAGAGCTTCGGGATATATTCCTGAAAGGGTATTATGGCCATGATCACACGGGAGAAGATAAGCTTGTTCTGTTAGAAGGTTTCATGCTGCTGGCCATTATCGGATACTATGTCTTTCAGATGGAGAATGAATCGGTGCATGCATGGATGCGTGAACGAATGCCGAAGCTGTGCGCCGATTACTGTACGCCTTATTTAGCGGGTGAACGCATATTTTATTCCGTATAA	MRNEQLQEILNEYDIREAEIAFIRHNENRTYKVKGHDGSTYLLRIHQPFKDGMAGQQHTYEGLMGELQMLEHLSDRNHLLVQRPVRNREGELITVIEHEGKRWNSSVLTWLEGRDLHKDDVSDPVLVEKLGARIAELHKFYSQYEPEGLDKRPSQGIAYNQYMIEVIQQGLAKDLFTSTDVSIIEETISLINARLEDNRNVEAWGLIHGDLSLGNIIMTSDGELCFIDFGFFGPGYDYTDVAMGAMMVPSELRDIFLKGYYGHDHTGEDKLVLLEGFMLLAIIGYYVFQMENESVHAWMRERMPKLCADYCTPYLAGERIFYSV				NA	NA	NA	NA	NA
JZ016_00138	597			hypothetical protein	ATGGCAGAAAGCAAACTTCTGCTGCAACAAAAAGCTCTCCAGGATGAGGCTTCTGAGGTAGCAGATGAACTTCGACTTCATGAGTTATTAAGTCAAGCAGGCGAACCGGTGCGTGTCGGCAGCTCAGCCCTCGGGTTGATGGTATGGAGAGACCTGGACATGACGGTAAAATGTTCTCGGCTGAATCAACAATTAATAGCACAAATCGCATCGGAACTCATGCTACGTGCTGGTGTGCGGGAACTGAAGTTCATCAATGATACCGGAGTTTACAATACGGATCCCGCTTATCCCGATGGATTGTACATTGGCCTAAAGTATAAGTCTCAGCAAGGGAAGGAGTGGAAGATGGACATATGGTTCGTGGATGAACCGGAGAGACAACCCGACTTGAAACATATCATAACGATGCCTGATCTGCTGACTCGGGAACGCCAGGAAGCTATTTTGAGAATCAAAAATAACTGGGCAAGCCGTGCTGAATATGGCAAAACCGTGCGAAGCTTTGATATTTATACAGCGGTCCTGGAAGAAAACGTAAGCACGCCGGAGCAGTTTCAGGCCTGGCTGAACCAAAGGTCCATGAATATAGAATAG	MAESKLLLQQKALQDEASEVADELRLHELLSQAGEPVRVGSSALGLMVWRDLDMTVKCSRLNQQLIAQIASELMLRAGVRELKFINDTGVYNTDPAYPDGLYIGLKYKSQQGKEWKMDIWFVDEPERQPDLKHIITMPDLLTRERQEAILRIKNNWASRAEYGKTVRSFDIYTAVLEENVSTPEQFQAWLNQRSMNIE				NA	NA	NA	NA	NA
JZ016_00139	1221	atzC_1		N-isopropylammelide isopropyl amidohydrolase	ATGAGTACAGCATTTTGGCTAACCAATGCCCGGTTAGAAAGCGGTTATGAAGTTCAAGATGGCGTTATTACGGGAACAAAGACGGAGATTCGCCATATATTCATAGAAGATGGGAAAATCGCGAAAATTGTAGCTTCGGACACAACGATAACAGACGAGTGGCCGCAGCACGATGTGAAGGGTTTATTGCTTCTGCCATCCTTTATCGAAAAGCACTGCCATTTGGATAAAACGCTGCTTGGTGACCGATGGCGTTCCGTTACGCCGGTTTCCAGTATTTTCGAACGTTTGGCAATCGAGAAAGCGACGCTTCCTTCGCTGGATACCTTAACGCAGGAACGTGCGGAACGGCTGCTTGAAATGTACCTGGAGTCCGGGGTGACACATGTCCGAACGCATGTCGATATTTATCCGGAAGCCGGATTAGACAATTTAGAAGCGGTACAACAGGCACTACGCTCGTTTGAAGGAAAGTTATCTTATGAGATCGTAGCTTTTCCGCAGCATGGTTTGCTGCGCTCGAAATCAACGGAGTTAGTAAGACAAGCACTTCGCAGAGGAGCAAGCCTGGTCGGCGGAGTTGATCCGGCGACGGTGGATGGCGATATCGAAGCTTCCTTGCAGGAAATGGTGGAGCTCGCCGTGGAAGCCAATGCAGGCATTGATCTGCATCTGCATGATGCCCATCATCTGGGAACCTTCACCATGAAGCGGTTAGCACAGCTGACCATCGAGGCGGGTCTGCAGGGCAAGGTGGCGATCAGCCATGCCTTCGGACTGGGCGATATTCCATCATCCCAAGCACAGGAAATGGGGGACTTGCTCGCTGATGCGGGGGTCGCCGTTATTACGAGTGTGCCCATTGGCCGGAACTTTCCGCCGGTTGGTTTGCTGCACGAGCGAGGTGTAGAAGTGGCCGTCGGATGCGACAACATTTTTGATGTGTGGTCTCCCTTCGGAAATGGGGATGTGCTGGAGCGCGCCGGCCGACTGGCCGAAATATCCAGATGGGTGGATGAACGCGCTCTAGCGCAAACGCTTCAATATATTACCGGTGGCATTACACCGCTGAATCATGATGGGGAGCAGGTGTGGCCGCAGGTCGGAGACGTCGCCAGCATCGTAGTGGTCGAAGCTTCTTGTTCTGCTGAAGCCGTTGCGAGAAGATCCAAACGCGTGGCGACGATGTTTCAGGGACACATCGTTTCCGGTTCGCTTTAG	MSTAFWLTNARLESGYEVQDGVITGTKTEIRHIFIEDGKIAKIVASDTTITDEWPQHDVKGLLLLPSFIEKHCHLDKTLLGDRWRSVTPVSSIFERLAIEKATLPSLDTLTQERAERLLEMYLESGVTHVRTHVDIYPEAGLDNLEAVQQALRSFEGKLSYEIVAFPQHGLLRSKSTELVRQALRRGASLVGGVDPATVDGDIEASLQEMVELAVEANAGIDLHLHDAHHLGTFTMKRLAQLTIEAGLQGKVAISHAFGLGDIPSSQAQEMGDLLADAGVAVITSVPIGRNFPPVGLLHERGVEVAVGCDNIFDVWSPFGNGDVLERAGRLAEISRWVDERALAQTLQYITGGITPLNHDGEQVWPQVGDVASIVVVEASCSAEAVARRSKRVATMFQGHIVSGSL				NA	NA	NA	NA	NA
JZ016_00140	1473	sasA_3		Adaptive-response sensory-kinase SasA	ATGTCCATTCGGATTAAGTTGCTGCTGTCCTATACCGGGATGCTGGTCATTAGCCTGCTGGTCTTTGTCTTGACTGCCAGTTTGTTTACCATTGCGGCTACCGGCGATGTTCACGGTGTTCGGGATTTTTATAAAGTGCACTACCAGATTAACCCGCTCACGGAACAAGAGGAGTCTATTTTCCTCGAATTAAAATATCTTTCCAAGAACGAGCCGGATGAGCTGCAGAACAAAGAGCTTCTGACGGAATACGATTTTAAGCTGAGAACCGTACGAGCAGGACTGTACGTCCGCAGAGAAAACGACCAGGTCTTTGTGTCCAACACGATGAACCAGCCTGAACTGGAAGCGAATCTGCCTCCATATGACCTGAACAACAATCAGATCCGCAATACCCTTAACATCGGTGAACGGTTCTATGCATATGCCAAATATGATTTCCGGTATTCGGACGGGGCCAAAGGGAGCGTGTACGTGATTCGCGAGCGAAGTCCATTCGGCGAAGTCACTCGCAAGCTGCTGCCCATACTTGTCTTGAGTCTCGTAGGCATCGTTGTTGTTGCGAACGTATTGTTATATCGTTGGATCACTCGCAGCGTGGTCAAACCGCTTGATTTGCTCCGACATTCGGCGGAACACATTAGGGAGGGAAATCTCCAGTTTTCTCTGGATTTGCATTCCAAGGACGAAATCGGTCAGTTAAATGAGACGTTTGAGAATATGCGGAAGCGTCTGCATGAATCGATTCAACTGCGGCTTCAGGATGAAGAGAATCGGAAAGAACTGATCTCCAATATCTCTCATGACTTGCGCACTCCCATAACGAATATTAAAGGGTATATCGAGGGCATACGCGACGGTGTTGCGGATACGCCGGAGAAAATGGATAAATACGTGAACATCATTTACACGAAAACCATTGATCTGGATAGGCTTGTGGATGAGTTGTTCCTCTATTCCAAGCTAGATTTAAAGCAGGTTCCGTTCATGTATGAGCATGTCGATATCATCGGTTTTATAGACGATTGCATCGATGAGCAGCGCTACGTGTTGGAGGAGAAGGACATTTTGCTGGAGTGGAAGGAACGCCCCGGTGATCCTGTCGAGGTCATTGCCGACCTGGAAAAATTAAAGCGAACCGTGCTCAACATCATTGGAAATGCCCAGAACTTCATGGACAAGAAGCAAAAAAACATAGGTGTCTCGATCCGGCTGTCTCCGGAATGGGTAACGGTAGAAATACGGGATAATGGCATGGGTATCGATCCGGAAGCGATTCCTCATATATTCGAAAGATTTTATCGTGCGGAGCCATCCCGCAATTCTGCAACAGGCGGCAGCGGCCTGGGGCTTGCCATTGCCAGCCAGATCATCGAGGGACACGGGGGTACCATCTGGGCGGAGAGCGAACTGGGCGTCGGCACCAGCCTGAACTTTACCCTCAAACGAGCGAATATGAAGGAGGCACTTTAA	MSIRIKLLLSYTGMLVISLLVFVLTASLFTIAATGDVHGVRDFYKVHYQINPLTEQEESIFLELKYLSKNEPDELQNKELLTEYDFKLRTVRAGLYVRRENDQVFVSNTMNQPELEANLPPYDLNNNQIRNTLNIGERFYAYAKYDFRYSDGAKGSVYVIRERSPFGEVTRKLLPILVLSLVGIVVVANVLLYRWITRSVVKPLDLLRHSAEHIREGNLQFSLDLHSKDEIGQLNETFENMRKRLHESIQLRLQDEENRKELISNISHDLRTPITNIKGYIEGIRDGVADTPEKMDKYVNIIYTKTIDLDRLVDELFLYSKLDLKQVPFMYEHVDIIGFIDDCIDEQRYVLEEKDILLEWKERPGDPVEVIADLEKLKRTVLNIIGNAQNFMDKKQKNIGVSIRLSPEWVTVEIRDNGMGIDPEAIPHIFERFYRAEPSRNSATGGSGLGLAIASQIIEGHGGTIWAESELGVGTSLNFTLKRANMKEAL				NA	NA	NA	NA	NA
JZ016_00141	696	srrA_1	COG0745	Transcriptional regulatory protein SrrA	ATGACGGCACGTATTCTCATCATTGAAGACGAGACAACCATCGCTCAGTTGGAGCGGGATTATTTCGAGTTGAACGGATTTATGGTTGATCTATGCCATACAGGCAATGAGGGTATGAAGCTTGCCCTTCATGAGGACTACAGCCTTATCATTGTGGACCTTCAGCTGCCCGGTATGAACGGCTTTGAATTATGCAGCCGCATCAGGAAGAACAAGGAGGTACCGATTCTGATCGTATCCGCCAAGAATGAAGAGATCGATAAAATCCGTGCCTTCAATCTCGGTGCCGACGATTACATTACCAAGCCGTTCAGCCCGAGCGAATTAGTCGCAAGAGCCAAAGCCCATTTGATGAGATATGTGAGGCTTATGGGCAAGCAAAGCCCAAATCCAAGCTCAGAAATTCATATTCGCGGTTTGGTTATCGATAAATCGGCGCGAAGAGTGTTCGTACGCAATCAGGAGGTCGCGTTCACAACCAGGGAGTTTAACTTGCTGGAATTTCTGGCTAGTCATCCGAACCGGGTGTTTAACAAAACGGAACTGTTTGAACGGATATGGGGCATGGATTCCAGCGGGGATATTGCAACCGTAACCGTCCATGTCCGTAAGCTGCGCGAAAAGATGGAGCTGGATCCATCCAATCCGCAGTACATTGAAACGGTCTGGGGGGCTGGCTACCGCTTTTCGGTTTAA	MTARILIIEDETTIAQLERDYFELNGFMVDLCHTGNEGMKLALHEDYSLIIVDLQLPGMNGFELCSRIRKNKEVPILIVSAKNEEIDKIRAFNLGADDYITKPFSPSELVARAKAHLMRYVRLMGKQSPNPSSEIHIRGLVIDKSARRVFVRNQEVAFTTREFNLLEFLASHPNRVFNKTELFERIWGMDSSGDIATVTVHVRKLREKMELDPSNPQYIETVWGAGYRFSV	PGPT0014763_90	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-ENVELOPE_REMODELLING_REGULATION	CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014763-walR-NA	NA	NA
JZ016_00142	1482			hypothetical protein	ATGAAAACATATTCTAATAAACTGGCGGCCATGATAGTGGCAGCTGCTCTGGGAACGGCTTCGCTGCCGTTGCATGTTCTGCAAGTCGAGGCTGCGGGAGCTCCGCTGGCTGTCCAAGATATAGAGCAAGCCACTCAAGTATTGTCCCAGCTTCGCGTGATGCAGGGTTACCAGGATGGCTCGATGGGGATAACCAGTCCGATCACGCGGGCAGAGCTGGCGAAAATGCTTGTACTTGCGTTTGGTCTTGAAGGCAGAGGGGAGACAGAGCCAAGCTTCACGGATGTGAATCCAAACGCGTGGTATGAGCGGTACGCATCCGAGCTGGTGGCGCAAGATATTATGCAGGCACCTGACGGCCGTTTTGACCCGCGAGGAACCGTTGCCCACGCCGAGCTGGTACAAATGGTGTCTAAGGCTTTGAAACGCGATGCCAAGTCCGTGGATTACTGGGCAAAGCGTTTTTATTCCGAGGAAGGCCAAACCACTCGTGGTCAAGCTGCCTACTTGATCAGCAATGCCCATGAGGCGATTCCGTCAGAAAAAGCCAAAATCACCAGTGTCCGCGCACTGAATGCGATAACCCTGATCGTCACTTTTGATGCTCCATTGACCACAGACAATGAGGCGTTTGCCAAAGCCAAAGAAGATTTTAAATTTGACAATGGACTAGAACTCACCAACATGCCGCGTTTAAAGACGGGCTCCATATCCACTTACATCGTCCCAACCTCCGTTCAAAAACCGGGTACATCGTATACGTTTACCTATAAAGGGAAAACAGCAGGTGCATTTACAGGTAATAGCACGAAGTTGGACATGACAGAGGTTAGACAAGTGGCTCAGGATACGTTTGAGTTGGAGGCACTCAAAGCGAACGGCGTCGTTGACTACGGTTATGTTATTTCCGCTTATAGCGGGGGCCGCGGAACCAATGCATTCGTGTTGGATGAGAACAACAGCGCGGATGGAAAAGTCTATCAGATCATCTCGTCTGGGCAGGGCAGAGAAGTCATGATTACGCCTGCAGGCGGACAACCTATCGTGGCCAAATACGTACCCTTCACCCAGTCCACGGATGGCAAACAAGAACCGAAATTCCGTTTGCCTGAAGGCCAGACGCTGACGCCGGGTGTTACCTATACCGTTACCTCGGATTGGGCACAGATTGCGAACCCGACTTTCGTTGCGGAGAGTTTCGAACCGCTGGATATCATCGGAGCCGAGGCGATCGGTGACAGCTCCGTTTCCATTACATTATCCGAGGACCCTGAAGATGAGCTGTTCTCCGGTCGGAGCATCGAATTGATTGACACAGAGGGCGGCAAGCTTATGGCAACCTATAAATATTCAAGCCGCAAAGGTGCAGTAGGCGTGTTCGATCTTAATCAGGAGGGCAAACTGAAGCCAGGAACGACCTATACGATTAAACCGGTCGGCAAATGGGCAGGCGAAACAACGGCGGTTCTGACCGTGAATTAA	MKTYSNKLAAMIVAAALGTASLPLHVLQVEAAGAPLAVQDIEQATQVLSQLRVMQGYQDGSMGITSPITRAELAKMLVLAFGLEGRGETEPSFTDVNPNAWYERYASELVAQDIMQAPDGRFDPRGTVAHAELVQMVSKALKRDAKSVDYWAKRFYSEEGQTTRGQAAYLISNAHEAIPSEKAKITSVRALNAITLIVTFDAPLTTDNEAFAKAKEDFKFDNGLELTNMPRLKTGSISTYIVPTSVQKPGTSYTFTYKGKTAGAFTGNSTKLDMTEVRQVAQDTFELEALKANGVVDYGYVISAYSGGRGTNAFVLDENNSADGKVYQIISSGQGREVMITPAGGQPIVAKYVPFTQSTDGKQEPKFRLPEGQTLTPGVTYTVTSDWAQIANPTFVAESFEPLDIIGAEAIGDSSVSITLSEDPEDELFSGRSIELIDTEGGKLMATYKYSSRKGAVGVFDLNQEGKLKPGTTYTIKPVGKWAGETTAVLTVN				NA	NA	NA	NA	NA
JZ016_00143	1716	treA	COG0366	Trehalose-6-phosphate hydrolase	ATGTTGAACCCAGAAACCCAGTCTCAAGACTGGTGGAGAACTTCGACGGTTTATCAAGTATATCCGAAGAGCTTCAACGATACGACCGGCCTAGGTACCGGCGATATACGCGGGCTCATGGAGAAGCTGGATTATATAAAAGGACTTGGCATCGACATTGTGTGGCTCCAGCCGGTGTATGTTTCTCCGCAAAATGATAACGGTTACGACGTAGCGGATTATTGCAGCATAGATCCTGCATACGGGATGATGGACGATTTCGATAAGCTTGTGGCCGAATTAAAAAAGCGAGACATGCATCTGATGATCGACATCGTCGTGAATCATTCATCGACCGAGCATCGATGGTTTAAAGAAGCGGTTTCCTCACGCGATAACCCGTATCGCGACTATTACATCTGGCGGGATCCGGCAGAAGACGGCGGCCCGCCGAATAACTGGCAATCCAAGTTCGGAGGGCCAGCTTGGCAGTATGACGAGGGATCAGGGCAATATTACTTGACATTGTTTGACAAAACGCAGGCAGACTTGAACTGGGAGAACGAGAAGGTCCGTGCGGAGGTTGTGGATATCCTCACCTATTGGGCGGAAAAGGGAGTCAGCGGATTCCGGATGGATGTCATCAATCTCATATCGAAGGATCCCAGTTTTCCCGATGACGACGGATCCGTGGCGCCGGGCGACGGACGCAGGTTTTATACGGACGGCCCCCGAGTGCACGAATACATTAAGGAATTGAACGAAAAAGTGTTCAAGCCTTACAATCTCGTCACGGTGGGAGAGATGTCCTCCACAATCTTGGAGCATTGCATTCGATACTCGAACCCGGAGGAGAATGAATTCTCCATGACGTTCAACTTCCACCACTTGAAGGTAGACTATCCCAACGGGCAAAAATGGGAGCTCAAGCCTTATGATTTTGAGGAGCTGAAAAGAGTGCTCTCCGATTGGCAAATCGGCATGCAGAAGGGCGGTGGCTGGAATGCCCTCTTCTGGAACAACCATGATCAGCCGCGAGCGCTGACCCGGTTCACCAATGATGGCAAATACCGCACGGAAAGTGCAAAGATGCTGGCCACAACGCTTCACGGGTTACAAGGCACCCCATATGTGTATCAAGGCGAAGAAATCGGCATGCCCGATCCGAAATGGAATGATATCTCCGAGTTTCGGGATATTGAATCATTAAACATGTACACCATTCTCCAGGAGCAGGGTAAAACGCCGGAGGAGGCTGCCCACATCGTCAAAGTGCGCTCGCGCGACAACTCCAGATTGCCTATGCTCTGGAATGACGGTGACCAAGCCGGATTTACGACGGGGACGCCTTGGATCAAGATCGATGAGCGGTATCCGCTGATCAATGCGCAATCCGAAGTGGAGAATCCGCAATCGATCTATCATCATTACCGGAAGCTGATTCAATTGCGAAAGAACCTTCCGGTTATTACGGACGGTGAATATGTTCGTCTGGATGAAGGTCATCCCGAAATTTATGCGTATGCCAGAACGAACGAGGAACAGACGCTTGTTGTCATTTCCAATTTCAGCGACCACGACGTTTCGTTCGAGCTTCCGAAGACGATGATAGACAAGCTGAACGAAAGTCGATCGGTTCAACTGTTAATCGGCAACACAATGGAAGAACAAGTCCTTACTCCAACCATTGCACTTCGACCGTATGCATCCTATATGTGGCTTATTCATAACAACTAA	MLNPETQSQDWWRTSTVYQVYPKSFNDTTGLGTGDIRGLMEKLDYIKGLGIDIVWLQPVYVSPQNDNGYDVADYCSIDPAYGMMDDFDKLVAELKKRDMHLMIDIVVNHSSTEHRWFKEAVSSRDNPYRDYYIWRDPAEDGGPPNNWQSKFGGPAWQYDEGSGQYYLTLFDKTQADLNWENEKVRAEVVDILTYWAEKGVSGFRMDVINLISKDPSFPDDDGSVAPGDGRRFYTDGPRVHEYIKELNEKVFKPYNLVTVGEMSSTILEHCIRYSNPEENEFSMTFNFHHLKVDYPNGQKWELKPYDFEELKRVLSDWQIGMQKGGGWNALFWNNHDQPRALTRFTNDGKYRTESAKMLATTLHGLQGTPYVYQGEEIGMPDPKWNDISEFRDIESLNMYTILQEQGKTPEEAAHIVKVRSRDNSRLPMLWNDGDQAGFTTGTPWIKIDERYPLINAQSEVENPQSIYHHYRKLIQLRKNLPVITDGEYVRLDEGHPEIYAYARTNEEQTLVVISNFSDHDVSFELPKTMIDKLNESRSVQLLIGNTMEEQVLTPTIALRPYASYMWLIHNN	PGPT0014095_32	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-PHOSPHOTREHALASE,PGPT0014095-treC-K01226	NA	NA
JZ016_00144	2031			hypothetical protein	ATGGCCATTGATCGCAAAAACGTGGAGCGCATTGTCGAGGCAGTCGGCGGAAAAGACAATATCGAAGCCGCTACGCATTGCGTAACCCGATTAAGATTTGCCCTTGTGGACGACAGCAAGGTGGACTCCCAAGCCCTTGAAGCGAACGATCTGGTGAAAGGGCAGTTCTCGTCCCAGGGACAGTTTCAGGTCGTGATCGGACCGGGTCTTGTCGACCAGGTTTACAATGAAATGATGGATATCACCGGCGGAGCGAGAGTTTCGAAGGATGAAGTGAAGAACATTGCGAGCAAGAAGCAAAATCCGCTGCAGCGGGCGATCAAGACGCTTGCGGATATATTCATTCCGATTCTGCCGGCCATCGTCATGGCAGGTTTGCTGCTTGGTATCAACAATCTGCTTACGGGACCGGGTATCTTCTATGAAGGACAATCGTTGATTCAGGTCCATCCCGAGTGGGCGGACGTAGCCTCGATTATTAATCTGATTGCAAGCACTGCCTTTACTTTCCTTCCCGTTCTGATCGGATGGTCGGCGGTAAGACAGTTCGGAGGCAACCCGCTGCTCGGGATTGTACTGGGTCTGATCTTGGTAAATCCGGATCTGCTCAGCGCTTACCAGTATGCCGATGCCAAGCTGGAGGGTACGGTTCCCGTCTGGAACCTGTTCGGCTTTGAAGTGGAGAAGATCGGTTATCAAGGCCAAGTGCTGCCGGTTCTAGTCTCAGCTTATATTTTGGCCAAAATCGAGAAGTTCCTGAACAAACGCGTCCATGACTCCATTAAGCTGCTTGTTGTGGCCCCCGTGGCCCTGTTGGTGACCGGTTTCCTCGCGTTTGTTCTGGTGGGACCGATCACGTTTGCCATCGGCAACGTCCTCACTTCAGGTCTTGTCAGCATTTTTGATTCCTTTGCCGCTCTCGGCGGCCTGATCTACGGCGGACTGTACGCGCTCCTTGTCATCACGGGGATGCATCATACCTTCCTTGCAGTGGACATTCAGCTCATCGGCAGTGAAGGCGGAACGTTCTTGTGGCCGATGCTGGCATTGTCTAATATTGCGCAAGGTGCCGCAGCGCTGGCCATGATGTTTATCATGAAGGAACAGAAGGCGAAAGGACTTGCCGTTACCTCTTCCATCTCCGCTTTCTTGGGGGTCACAGAGCCGGCCATCTTCGGGGTCAACGTTCGTCATAAATATCCGTTTATTTTCGGCATGATCGGATCCGGAATAGCCGGTGTGCTGCTGGCTGTGAACAACGTTCTGGCTTCATCGATCGGCGTGGGCGGGATTCCGGGATTCCTATCGATATTCCCTAACCAGTGGGGCGTCTTCTTCCTCGGCATGGCGATTGTATTGGTCATTCCGTTCACAGGGACATTGCTGTTCGGGCGTTACCAGTTGTCCAAGCAGTCTCGACGTACAACGGAAGGGAATCCTGCTGGCTCGGATGCAACAGAACAAGCTGTTCCAGCAGCATTGAACGGCAGTTTTCAGTCCGAGTCGTTCGACTCGTATGAATCGGCGAATAGTCCAACTATGGAAGCGGCTCAAGAAGCCGTGGTCGATATCATGGCACCGATCAAAGGGAAAGTGGTTCCCCTGTCTGAGGTGCCGGATCTTGCCTTCGCGGATAAACAGATGGGACAGGGCATTGCCATCCTCCCGTCCGAAGGAAAAGTGTATGCTCCATTTGACGGACAAGTCGCGCATCTGATTAAGAAGAGCAAACATGCCATTATTTTGACGGATACGAACGGAGTTCAGATCCTGATTCACGTCGGTATCAACACGGTCTCCTTGAAGGGAGAGGGATTCACGGCTCACGTGGAAACAGGTGCGGAGATAAGCAAAGGGCAGCTGCTGCTTGAATTCGATATGGATCGGATTCAGAAAGCCGGTTTACCCGTCATTACGCCGGTCATTATTCCAGATGGGCAGGAACATATTCAGAAGGTTACGGAGTTTGAAAGCGAAGCGTTTCCAGGCGATACGCGAGTGCTTCAGGTGACTCTCGGTAATGGAAGCTGA	MAIDRKNVERIVEAVGGKDNIEAATHCVTRLRFALVDDSKVDSQALEANDLVKGQFSSQGQFQVVIGPGLVDQVYNEMMDITGGARVSKDEVKNIASKKQNPLQRAIKTLADIFIPILPAIVMAGLLLGINNLLTGPGIFYEGQSLIQVHPEWADVASIINLIASTAFTFLPVLIGWSAVRQFGGNPLLGIVLGLILVNPDLLSAYQYADAKLEGTVPVWNLFGFEVEKIGYQGQVLPVLVSAYILAKIEKFLNKRVHDSIKLLVVAPVALLVTGFLAFVLVGPITFAIGNVLTSGLVSIFDSFAALGGLIYGGLYALLVITGMHHTFLAVDIQLIGSEGGTFLWPMLALSNIAQGAAALAMMFIMKEQKAKGLAVTSSISAFLGVTEPAIFGVNVRHKYPFIFGMIGSGIAGVLLAVNNVLASSIGVGGIPGFLSIFPNQWGVFFLGMAIVLVIPFTGTLLFGRYQLSKQSRRTTEGNPAGSDATEQAVPAALNGSFQSESFDSYESANSPTMEAAQEAVVDIMAPIKGKVVPLSEVPDLAFADKQMGQGIAILPSEGKVYAPFDGQVAHLIKKSKHAIILTDTNGVQILIHVGINTVSLKGEGFTAHVETGAEISKGQLLLEFDMDRIQKAGLPVITPVIIPDGQEHIQKVTEFESEAFPGDTRVLQVTLGNGS	PGPT0014075_12	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014075-treB-K02819	NA	NA
JZ016_00145	738	treR	COG2188	HTH-type transcriptional regulator TreR	ATGACGAACAACATTTATTGGACGCTATACAAAGATTATGCCGACAAAATCGAAACCGGCACTCTGCAGCCCGGCAGCAAGCTGCCCTCGGAAAACGAGCTTGCGGCAACCTATCAAATCACTAGGGAAACGGTACGCAAGGGACTCAATTTGCTGGCTCAAAACGGTTATATTCACAAGGTAAAAGGCAAAGGTTCTTTTGTGCTGGATACAGGCAGAATGAACTTCCCGGTAACGGGGCTCGTCAGTTATAAAGAGCTAGCGGAACGGCTAGGCCGAAAGAGCCGAACGATTGTATATGAGACGGATTGTGTTCCGGCCGGAGACGGAATTGCAAGGGAGCTTCAAATTCGTCCGGATCGGCTTGTATGGAGGGTCATCCGTGCCAGGGAAATCGAAGGTGAGCGCATCATTCTTGATATCGATTATTTGCTTGCCGACATCGTAACGGGTCTAACGAGAGATATTACCGGCGATTCTATCTATCAATACCTGGAGCAGGAGCTCCATTTGAAAATCAGCTACTCGAAAAAAATGATCTCCGTTGAACGAGTTACTACGATGGACCAGTCCTATATGGATCTTGGAAACGATACTCATGTCGTCGTAGTCCGGGGCTACGTTCATCTGGAAGATACCACGCTCTTCCAGTATACGGAATCGAGGCATCGATTGGATAAATTTCAGTTCGTTGATTTTGCAAGAAGAGAAACCAATCATGATTTTGGAGAGCAATAG	MTNNIYWTLYKDYADKIETGTLQPGSKLPSENELAATYQITRETVRKGLNLLAQNGYIHKVKGKGSFVLDTGRMNFPVTGLVSYKELAERLGRKSRTIVYETDCVPAGDGIARELQIRPDRLVWRVIRAREIEGERIILDIDYLLADIVTGLTRDITGDSIYQYLEQELHLKISYSKKMISVERVTTMDQSYMDLGNDTHVVVVRGYVHLEDTTLFQYTESRHRLDKFQFVDFARRETNHDFGEQ	PGPT0014110_42	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014110-treR2-K03486	NA	NA
JZ016_00146	783	bacC_1		Dihydroanticapsin 7-dehydrogenase	ATGGACTTGGGACTGACAGGAAAAGTCGTGTTAATCACCGGAGGAAGCAGAGGGATAGGCCTTGAAACCGCGGTTACTTTTGCGTTGGAAGGGGCCAAGGTTGCGATTTGTGCACGGGATGAGGCGCAGTTAAAAGCTGCGGCAGACCATATCCGACAAGCAGCGGATATCGAAACGCTAACCATCGCAGCGGATGTTACGAAACCTGAGGATTGCATACGAGCGGTGAACGATACCGTGCAGCATTATGGACAGCTTGATATTCTGGTGAACAACGCCGGAACCGCCGCTGCCAGGCCATTTGAGCTGATCGACGACGAACAATGGGCATCGGATCTGGATCTCAAGCTGTTTGGCGCGATTCGATTTGCCCGTGCAGCTGTCCCTCATATGAGAGAGTCCGGCGGGGGTGCGATTATTAATGTCACGACATCCTGGGCCAAAACGCCGCCGGCCTCATCCATGCCAAGCAGCGTCAGCCGCGCTGCAGGGCAAGCCATGACCAAGGCCATGAGTCACGATTTGGCGAAAGACCAGATCCGGGTAAACACCGTATGCATCGGAACGATACGCAGTGCACAGCTTGAAGCGCGTTGGAAACGTGAATCACCGGAACTCGCTTGGGAACAGTATGCCCGGGACCCGCGCCATAACATTCCGCTCGGACGTATTGGAAACACGGAAGAAGCGGCAAAGGTTATCGTATTTATGGCATCCGATGCTGCTTCCTATGTTACAGGCACTTCCATCAATATTGACGGGGGTTCAGCTCCGTCTTTGTAA	MDLGLTGKVVLITGGSRGIGLETAVTFALEGAKVAICARDEAQLKAAADHIRQAADIETLTIAADVTKPEDCIRAVNDTVQHYGQLDILVNNAGTAAARPFELIDDEQWASDLDLKLFGAIRFARAAVPHMRESGGGAIINVTTSWAKTPPASSMPSSVSRAAGQAMTKAMSHDLAKDQIRVNTVCIGTIRSAQLEARWKRESPELAWEQYARDPRHNIPLGRIGNTEEAAKVIVFMASDAASYVTGTSINIDGGSAPSL	PGPT0003180_5400	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_00147	978	murK_1	COG2971	N-acetylmuramic acid/N-acetylglucosamine kinase	GTGAAGCATGAGGTCGTGATCGGAATCGATGGAGGTGGATCGCAAACACGCGTCATGGTCAGCGATTTGTATGGAAATATTCTCTCCTATGCCGTTGGTGGAGCCTCCTCGATACATAAAGACAGGAATGCACATAAGAATGTTCAGCAAACCATACGCATGGCACTTACCATGGCAGGCTGCAGATTGGATCAAGTCAAGGGTCTGTATGCGGGAATAGCGGGTTACGAGTCGGATCAAGACATGGAGTGGGTAACTCGTTTAACCGCGATCGAAGGACTCGGTTGCCCGAAATGGTACGTGAACGATTCTGTTGTCGCGCACACAGGTGCATTCATGGGGAATCCAGGAATCGTTGTTGTGTCGGGGACGGGATCCATGATTCTGGGAATAACCGAGCGAGAGATTCCTATCAAAAATGTGGATTTTCACCATTACGCCGCCAGCGCAGCGAGATTTCTATCTTATGATGCTGTGTATCAGATGTTGGCCGGGAATATTCATCCATCCGATGAATCGTTGGTCCGTCAAATCCAAACCTATTGGGGAGTCGAAAATAGGGACCAGCTTCGAATGTTGGCGTTATCGGGCTTTATAGAAGATCCACAAGAGCGGGACAAGAAGTTCGGGGAGATGGCTCCACTTATCACGACAGCAGCTGAAGCTGGAAGCCCATTAGCTCGGAGCGTATGCGATGAAGGCATGAAACAAATCATGGTAGGTGTTGAGATTATAGGTTCATTTTTTAAGTCGGATCATGTATCGGTAACCGGCATCGGGAGTGTCGTAAACTGCGCTTATATGAAATCTAAGCTGATAAACAGCTTGCAATCTGGCATCAACAAGCAATATGAATTTCAGAACCCTCAATTATCGGCGGCTGCCGGCGCCGTGCTTATGGCATTTCGCAGTTTGGGTCTGCAGGTGGATTCCCAAAGGGTTGAATCCATGCGCAGGCACCCTCATGCTACATGGTAG	MKHEVVIGIDGGGSQTRVMVSDLYGNILSYAVGGASSIHKDRNAHKNVQQTIRMALTMAGCRLDQVKGLYAGIAGYESDQDMEWVTRLTAIEGLGCPKWYVNDSVVAHTGAFMGNPGIVVVSGTGSMILGITEREIPIKNVDFHHYAASAARFLSYDAVYQMLAGNIHPSDESLVRQIQTYWGVENRDQLRMLALSGFIEDPQERDKKFGEMAPLITTAAEAGSPLARSVCDEGMKQIMVGVEIIGSFFKSDHVSVTGIGSVVNCAYMKSKLINSLQSGINKQYEFQNPQLSAAAGAVLMAFRSLGLQVDSQRVESMRRHPHATW	PGPT0018875_146	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018875-gspK-K18676	NA	NA
JZ016_00148	1083	iolG_1		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGTCTAAGGTGTATCGAATTGGAATTATCGGCTGTGGCGGTATCGCAAACGGGAAGCATCTGCCGAGTTTAAGCAGATTGAACAACGTGGAGCTTGTGGCATTCTGTGATATCGTCCTTGATCGGGCAGAAGCTGCTGCTAGCAAGTACGGGATTGAGGAAGCTAAAGTGTATAGCGACTATAAAGAGCTGCTGCAGGATCAAAGCATCGATATCATTCATGTTCTGACGCCTAATGACTCGCATGCTGAAATTTCCATTGCGTCCCTTGAAGCAGGTAAGCATGTAATGTGCGAGAAACCGATGGCAAAAACCGCTGCGGATGCCAAGCGGATGATGGAAACCGCAGAGCGCACAGGCAAGAAATTGACGATCGGATACAATAACCGATTCCGTGAAGACAGTCTTTACCTGAAACAAGTATGCGAAGCCGGTGAGCTCGGAAATATTTATTTTGCCAAGGCTCATGCCGTACGGAGAAGAGCGGTTCCAACTTGGGGCGTGTTTTTGGATGAGGAAAAACAAGGCGGCGGGCCGCTTATCGATATCGGTACGCATGCTCTCGATTTGACCCTCTGGATGATGGATAATTACAAACCGAAGATCGTCCTCGGTACCACTTACCATGAATTGTCTAGCAAGGAGAACGCGGCAAATGCTTGGGGGCCATGGGATCCGGAAAAATTCACCGTTGAGGATTCCGCATTCGGTATGATTGTAATGGAGAATGGCGCGACCATCATGCTGGAATCCAGCTGGGCGCTCAATACGCTGGATATCGATGAAGCTAAATGTACGCTGAGCGGTTCGGAAGGCGGAGCCGACATGAAGAACGGTCTTCGCATCAACGGCGAGAAATTCAGTCGTCTGTACACCAACGAGATCGAATTGAATTCCGGCGGAGTGGCGTTCTATGACGGGAAGAAGGAGCAGGCTCCGGATGTTGAGATGAGAAGATGGATCGAGGCGATCGATCAGGATAAGGATCCTGTCGTAACCCCGGAACAAGCTTATGTCGTATCTCGAATTTTGGAAGCTCTCTACGAATCCGCAAAACTCGGCAAAGCCGTTTACCTGGACTAA	MSKVYRIGIIGCGGIANGKHLPSLSRLNNVELVAFCDIVLDRAEAAASKYGIEEAKVYSDYKELLQDQSIDIIHVLTPNDSHAEISIASLEAGKHVMCEKPMAKTAADAKRMMETAERTGKKLTIGYNNRFREDSLYLKQVCEAGELGNIYFAKAHAVRRRAVPTWGVFLDEEKQGGGPLIDIGTHALDLTLWMMDNYKPKIVLGTTYHELSSKENAANAWGPWDPEKFTVEDSAFGMIVMENGATIMLESSWALNTLDIDEAKCTLSGSEGGADMKNGLRINGEKFSRLYTNEIELNSGGVAFYDGKKEQAPDVEMRRWIEAIDQDKDPVVTPEQAYVVSRILEALYESAKLGKAVYLD				NA	NA	NA	NA	NA
JZ016_00149	516			hypothetical protein	ATGATATTTATTTATAATGATTACGGTGGAACCCATACAACCTCGTTGGCAGCCGCGTATCATCTAAATAAATTACCCACGCATCGGCAGCTTACTACAGACGAGATTCTGGCGGTTGACTATTTCAATAAACTCAATACTTCCGACATGGGCAAACTCGTTTTCCACGGGCTGGATGAGAACGGGAATCCGGTATACACACTTGGAAGGGGCTCATCCAAAGTTGTCATTCCAGCTCTAAAAAATTTGAGCCTTATCCTTCAAGACAAATATCAGAACTCAGAGCCGATTGTATATTCCAATACTTCGCCTACCGTTCCATTGGTCATGACAATTGGGGGATTTTTAACTAAAAGATTAAAATTGAGTTTTATAGGCGATCCATTATTAATCGCAGGGGCGAAGCGGTGCTGCAGCAACATCCGTGAACTGGTTCTACATACCAAACAAACCGCAGCCTCGAGGTCTGGAACAGAGTCTGTAATCGTTATGGAGAACAAAAATTTCTCCGCATAG	MIFIYNDYGGTHTTSLAAAYHLNKLPTHRQLTTDEILAVDYFNKLNTSDMGKLVFHGLDENGNPVYTLGRGSSKVVIPALKNLSLILQDKYQNSEPIVYSNTSPTVPLVMTIGGFLTKRLKLSFIGDPLLIAGAKRCCSNIRELVLHTKQTAASRSGTESVIVMENKNFSA				NA	NA	NA	NA	NA
JZ016_00150	1596	gerBA_1		Spore germination protein B1	ATGCGGTATCGAAGAAGAACCGGCCATCCCATCAATAACCGCATCAAAGATACCCTACCGGCTAACACATCGATTACAGATCCCGATGCCTTAAGCCCGGATATACAAAGCAATCTAAACCATATCAGAGCAGCCCTTGGCAACAGCACCGATATCGTGATCAGGGAAATTCCGCTGGATGAAGAGGAGATACACTATATCGCTATCGTTTATACGGACGGTTTGGCGGATCAAAAGATCATCTCGGAATCCATCATGATGGTTGTAGCAGATATTGCGAAATCCCGGGTCAGGGAAGATTCGGAACATTCGAAACCATTCGACGGGCAAAAGATATTAGAACAAATTTCCCTCGTCAATAATGAGATTCAGTCTATTACCGATTATAAAAAGTTGTTCCATTCCTTATTGTCGGGAGACACCATTTTTCTGGTAGATGGATTGAATCGAGGCATCGCGGCAGGTACACGCGGTTGGAAGGACCGCGGGGTCATGGAAACATCGGCGGAGAATGTCGTCCGCGGCCCGCGCGAGTCCTTTTCGGAGTCGCTGCGTACGAATACAGCCTTGATTCGCCGGAAAATCAAGGATCCTCAACTGTGGATGGAAACGCAACAGATCGGTCGAGTGACGCAGACGGATGTCGCCATGATGTACATTAATGGCATTGCAAACGAAAAAATTGTCGGGGAAGTCCGGACCCGGCTTGGACGAATCGATGTGGACAGCATCTTGGAGAGCGGCTATATCGAGGAGTTGATCCAGGATAAGACGTTAACTCCTTTTCCTACCGTTTATAATACCGAACGTCCGGATGTGGTTGCGTCCGAGCTGCTGGAAGGAAAAATTGCGATTATCGTGGACGGGACTCCGTTTGTTCTGATTGTTCCGGCTCTCTTTGTCTCTTTCTTGCATGCTGCGGAGGATTACTATCAGCGCGCGGATATCAGCTCTTTCCTGCGCTTGCTGCGCTACCTGAGCATATTTATTTCTTTGCTTGGACCTTCCCTCTATGTTGCCATAACCACCTTTCATCACGAAATGCTGCCGACAAGGCTCCTGTTCGGACTGGCTGGGCAGCGTGAGCAGATCCCGTTTCCTGCCTTTGTCGAGGCGGTCCTTATGGAGGTTACCTTCGAGATCCTTCGGGAGGCAGGCGTGCGGCTGCCCAAAAATATCGGATCGGCGATTTCCATCGTAGGCACATTGGTGATTGGGCAAGCCGCTGTTGAAGCGGGGATCATTTCGCCCGCCATGGTCATCGTGGTTGCGATCACGGCAATTTCAAGCTTCGTCGTTCCATCCTTTAATATGTCCATTGCTTTTCGGATGCTCCGGTTTCCGTTAATGGCTCTTGCCGGATCCTTTGGCCTGTTCGGCATCTTAGTGGGGATCATCGCCCTAATTCTCCATTTGTGCAGCCTACGCTCGTTCGGCGTTCCGTACATGTCACCTTTCGCGCCGTTAATTCCGGAGGGGCAAAAAGATACGATATTGCGGCTCCCGCATTGGATGCTGCTGAGTCGCCCCCGACTGATGAATCAGAACAACCAAAAGCGCAGAAAAAGCACACCACCCCAAAAATCGCGGGAATAG	MRYRRRTGHPINNRIKDTLPANTSITDPDALSPDIQSNLNHIRAALGNSTDIVIREIPLDEEEIHYIAIVYTDGLADQKIISESIMMVVADIAKSRVREDSEHSKPFDGQKILEQISLVNNEIQSITDYKKLFHSLLSGDTIFLVDGLNRGIAAGTRGWKDRGVMETSAENVVRGPRESFSESLRTNTALIRRKIKDPQLWMETQQIGRVTQTDVAMMYINGIANEKIVGEVRTRLGRIDVDSILESGYIEELIQDKTLTPFPTVYNTERPDVVASELLEGKIAIIVDGTPFVLIVPALFVSFLHAAEDYYQRADISSFLRLLRYLSIFISLLGPSLYVAITTFHHEMLPTRLLFGLAGQREQIPFPAFVEAVLMEVTFEILREAGVRLPKNIGSAISIVGTLVIGQAAVEAGIISPAMVIVVAITAISSFVVPSFNMSIAFRMLRFPLMALAGSFGLFGILVGIIALILHLCSLRSFGVPYMSPFAPLIPEGQKDTILRLPHWMLLSRPRLMNQNNQKRRKSTPPQKSRE	PGPT0025050_307	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295	NA	NA
JZ016_00151	1209	gerAC_1		Spore germination protein A3	ATGAAACGGATCACGGTGTTGATTCTCCTGCATATTGTCATCATGCTTCTTCTAAGCGGTTGCTGGAATCGCAGGGAATTGAACGATCTGGCCATAGCGGTAGCCGCTGGGGTGGACTGGGAGGAAGGCCGCTATCGTTTAACTGTCCAGGTTGCCAATCCCGGGCAGCTCACCGCCAAAAGAAGTGGAGGTCCCCAAGCGCCTGCTACATTGTATACGGCAGAAGGGGACACTATTTTTGAAGCCTCGCGGAGGATGACACAGATCAGTCCGCGGAAAATTTATTTTTCCCATTTACGGATGTTTCTTATGGATGAGGCAATGGCAAAGGAAGGGATTGCCAAAGTTCTGGACTTGCTATCCAGGGATCATGAATTTAGACCCGATTTCTACTTGGTTGTGACCAAAGGAGCAACGGCGGAGGAAACGTTGAAAATCATGACGTCCCTGGAAACCATCCCTGCAAATAAACTTTACGAATCGCTGCAAATCTCCGAGAAGGTATGGTCACCCAGCATGGCTGTAACACTGGATGAATTGATAAGCGATATGACCAGCAGCGGCAAACACCCCGTGCTTACAGGATTGATCATAACTGGGAATCGGGACATCGGAAAAACGAAGAAGAATGTAGAAAATATTAATACGCCAAGCCAATTGAAATATTCGGGGCTTGCCGTTTTCAAAAGGGACAAGCAGATTGGGTGGTTAAACGAGAAGGATAGCAGAGGGTATCGACTTATTACGGGGCACGTGAAAAGCTCTGTAGATTTCATACCTTGCCGGCGGAACGATGGCAAGGTTATTGTGGAGACGCTTAGGTCCGAAACGAAGCTGAAGGGAAGAATGGTCCAATCCCGTCCTCAAATGGATATCCGTATTAATATGGAGGGAAATATCGGCTCTGTAGAGTGCGGCGGCTTGGATCTGTCTCACCCTGATACCTTAAGAGACCTCGAAGTCCAAATGGAAGAAAGACTTACCCAAAGCTTAGAGGCGGTTATCGCTAAAGTACAAACGGAGCATAAAGTGGACATCTTCGGCTTCGGGGAAGCTTTTCGCCGTGCGCACCCGAAGGCGTGGAAAGGGATGAAGGACGAGTGGGAAGACCGATATTTTCCGAATCTCGAGACCCATATCCAGGTGGATTATAAAATCCGGCGTACAGGAACTACCAACGATTCATTTCTAAATGATATCAAGGAATGA	MKRITVLILLHIVIMLLLSGCWNRRELNDLAIAVAAGVDWEEGRYRLTVQVANPGQLTAKRSGGPQAPATLYTAEGDTIFEASRRMTQISPRKIYFSHLRMFLMDEAMAKEGIAKVLDLLSRDHEFRPDFYLVVTKGATAEETLKIMTSLETIPANKLYESLQISEKVWSPSMAVTLDELISDMTSSGKHPVLTGLIITGNRDIGKTKKNVENINTPSQLKYSGLAVFKRDKQIGWLNEKDSRGYRLITGHVKSSVDFIPCRRNDGKVIVETLRSETKLKGRMVQSRPQMDIRINMEGNIGSVECGGLDLSHPDTLRDLEVQMEERLTQSLEAVIAKVQTEHKVDIFGFGEAFRRAHPKAWKGMKDEWEDRYFPNLETHIQVDYKIRRTGTTNDSFLNDIKE	PGPT0025060_413	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_00152	240			hypothetical protein	ATGCTCAACTTCGCGATTATAGCGGCTTCAGCCGGGATCTTAACCTGGCTGGAGCTGCCGAGGATGCTCCGGGAAAAAGAATACAGGGAAATCTGGGGGTTCGCGGTATTCATGCTCATTGGCATGGGAATCAGCGTGGCTCAAACGGTCATGAAAGATATCCCAACTCCCTTGGCTATGATCACGGTCGTATTCAAGCCGCTCAGTGATTGGCTTACTGCCATCGGTTTGATCCAATAA	MLNFAIIAASAGILTWLELPRMLREKEYREIWGFAVFMLIGMGISVAQTVMKDIPTPLAMITVVFKPLSDWLTAIGLIQ				NA	NA	NA	NA	NA
JZ016_00153	1125	yndE_2		Spore germination protein YndE	ATGCCCGTAGTCAAAATTTCACTGCGTCAGGTCAGCATATTAACTGCCTTGTATACGATCGGAAGCGCTATTCTTATCGTTCCTTCGAGTATGGCTTCCATTGCTAAGCAAGATGCATGGATTGCCTGCTTGGTCGGTACCGGCCTCGGATTCATCATTCTGGCGCTGCAGCTGCAATTGTTCAAAAAATATCCGGAAACGAATTTAATGCAGTTGTCCGAGAAGCTTTTTGGAAAATGGATCGGCAAAACGATAAACCTTCTCTTCCTGCTTACGTTGTTCCTAGGCGGTCCCGCTACGGTGTTACATGAGATCGGTATTTTCATGACGATCCAGATGCTGCCGGAAACTCCGATTCAGGCGATCATCTTCCTATTTGGGGCCCTGGTTGTGCTTGGGGTGCGTTTAGGCCTTGAGGTGCTGGCTCGTTCAGCGGAAATGCTCTTTCCATGGTTTCTTCTTCTGTTTCTATCCATGAGTTTATTATTATTGTCAGAGATTAAATGGGAGAATGCTATGCCGATTTTGGAATCGGGGATTAACCCCTTCTTTCCAGCCGCCGTCTCTTTCGTTAGCATTACTTTTCTGCCGAATGTCGTGTTGATGATCATCTACCCGGGGGCCGTCAACCGACCGTCAGAAACATACAAAGCCGTTTATATCGGCAGTTTATTCGGAGCGATGGTGTTGTTTACGATTATTGCCTTAACGATCTTGGTACTGGGTCCAGACATAACAGCAAGAAACCTGTATCCAAGTTATATGCTGGCAAAAAAAATCAATATCGGCAATTTTCTTCAGCGGATTGAGGCGGTCATGGCCGTGATGTGGTTTATCACTTTATTTTATCGAATTTCCTTGTTTTTCTATGCCATAGCGATTGGGGTAAGCCAAATATTTAATATTAAAAACTATCAGCCTCTGGTCGTTCCGCTCGGTTGGATTCTGGCCGCGGTTTCCGTCTTCATCTATCCCAATGTTCCATTCAAGTTGGTATGGGATACTAAGACCTGGATTCCGTATACGATTACCATCGGATTTATACTCCCGCTTTTGTTGTTCGGCATGCACGGATTGCGTAAAATTGGTTCCAAAAAAAACAAAAAGTCCTCGAAATCCGCCTAA	MPVVKISLRQVSILTALYTIGSAILIVPSSMASIAKQDAWIACLVGTGLGFIILALQLQLFKKYPETNLMQLSEKLFGKWIGKTINLLFLLTLFLGGPATVLHEIGIFMTIQMLPETPIQAIIFLFGALVVLGVRLGLEVLARSAEMLFPWFLLLFLSMSLLLLSEIKWENAMPILESGINPFFPAAVSFVSITFLPNVVLMIIYPGAVNRPSETYKAVYIGSLFGAMVLFTIIALTILVLGPDITARNLYPSYMLAKKINIGNFLQRIEAVMAVMWFITLFYRISLFFYAIAIGVSQIFNIKNYQPLVVPLGWILAAVSVFIYPNVPFKLVWDTKTWIPYTITIGFILPLLLFGMHGLRKIGSKKNKKSSKSA	PGPT0025055_139	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296	NA	NA
JZ016_00154	348			hypothetical protein	ATGGATAGGATCAATACGGACCCTTCTACTCTTGTTCGCGACTGGATTGGCAACTATGTAGCGGAGCATCGAAGAACGGATGAAGATTCTGCTGCCGAGCTATATTTGGCAGGATACCAATTGCAGCAAGCATTGGGAGGAAGGGAACATGTCAACAAGGAATTCGCTAAACAATTGCAAGAGCATTCCTTGACGAACCAGAAGGAGTTTACGCAGTTGATCTTGACGACCTATATGGATCTCGACCTTACGATTCCTTCGTGTTTATCCAAGACTTATAGAGGCTACGCTTATTCTCAAATGTTTTTGTTGGGCTTGATCGGTGATAAACCTAAGAATTTGACATAA	MDRINTDPSTLVRDWIGNYVAEHRRTDEDSAAELYLAGYQLQQALGGREHVNKEFAKQLQEHSLTNQKEFTQLILTTYMDLDLTIPSCLSKTYRGYAYSQMFLLGLIGDKPKNLT				NA	NA	NA	NA	NA
JZ016_00155	843			hypothetical protein	GTGGTCAAGCAACGCAAAAATAAACCCAGTCGTACAGGTATCCATACATATAAGCAGAAAGCGAGAAAACAACGTAAACGATCCGAAGACACCCGCTTCGATCGGTTCTGGTTTCGGATTATGGAAGCGATCGGATGGATTATCCTGCTTGGATCGCTTCTAATGTATTGGAATTCCGCCCGGCTCACGACCATTATAAACAAAGCTCAGCCGGTCCATCATTTGACATCCGAAATGACTGGCTATGTACGTCTCGAAGGTCAGGCTGGGGGAGAAGCGGCATATACGGATGAAGGCAAGCTCCAGGATCTTTATGCTCTGCTCCAGAAAGAGCCGTTCCGCTGGGAATGCGGCAAGGGTGGTTGCGATTACAAGCTGGATGATAACGGAAGCCACCAATCATGGGGAAGTTCAGAGCTTAACGGAGTAACGGTTCAGGCGGAACGGTTCAGGTTTTACACGGACTGGCTTCCGCTGAATTTTGCGACGGTTGACCCGAAACATGTCTCCCTGATTTACCAAGGAAATTCATCCCGACCGCTGCTGATGGAAAGTCCCAAGGGTACGGCTTACGGTTATTATGCCGTCTCCCCCGGGGATTGGGTGACGGTAATTGGCCGGGCTAACAAAGGCCAGTTGGAAGCCTTTCCCTTACCGGGGGACGATACGAAACATCCTGTTCTGCTGATCGGTACGAGTGTGGAACAGATGGTGTCGGAAGAGAAAGGAGTCCAGTCCGTGTATTTAATCATTTCTTGTATCGTCGCATTGATGCTGCTCCCTAAAATGATCGGAAGAACCAGGCGAATCACTCCATGGTTAAAGACTAGAAGAGCGAGATAG	MVKQRKNKPSRTGIHTYKQKARKQRKRSEDTRFDRFWFRIMEAIGWIILLGSLLMYWNSARLTTIINKAQPVHHLTSEMTGYVRLEGQAGGEAAYTDEGKLQDLYALLQKEPFRWECGKGGCDYKLDDNGSHQSWGSSELNGVTVQAERFRFYTDWLPLNFATVDPKHVSLIYQGNSSRPLLMESPKGTAYGYYAVSPGDWVTVIGRANKGQLEAFPLPGDDTKHPVLLIGTSVEQMVSEEKGVQSVYLIISCIVALMLLPKMIGRTRRITPWLKTRRAR				NA	NA	NA	NA	NA
JZ016_00156	609	nicS		HTH-type transcriptional repressor NicS	ATGGTAAACGAAGAACAGGTACAAAATCAGGAAAAGGACGTAAAGCAGAAGATTTTAGAGGCAGCGAAGAAGCTGTTTGCCGGAAAAGGTTTTGAAGGCACCAGCGTCAGGGAAATTTGCGACGAAGCAGGCGTTGCATTAGCGCTGGTATCCTACCATTTCGGAGGAAAGGACAAGCTGCTCTATGCTTTGTTCGAACCGCTTAATGAACATTTTGCGAAGCTGTCCTTCAACTTGGCGGAGCCAATCAACGCGCTTGAAGCGTTTATCCGTGGTTTTGTTGCATACCGTTACGATAACGAAGAGTTGATTCATATCCTGCAGCAGGAAATGATGATGCAAAGTCCCCGGCTCAAGATGCTTTCGAATGCCTATTATCCTTCTTGGGTACATCTAAGAGCCATACTGGAAGCAGGGAAGAGCCAAGGCGTGTTTCAGTTCGAATCGATTGTGTACGCCGTCCATTTTGTGATGGGGGTCGTTATCTTTTCCAGACAGAACCCGTTCCTCGAGCCAGTGTTCGGCGATTTGCCCCCTGCGGAGGACAACGCCGCGCAGGCAGCTGAGCATATTATTCGTCTTGTCTTGAACGGTTTGCATTCATCGTGA	MVNEEQVQNQEKDVKQKILEAAKKLFAGKGFEGTSVREICDEAGVALALVSYHFGGKDKLLYALFEPLNEHFAKLSFNLAEPINALEAFIRGFVAYRYDNEELIHILQQEMMMQSPRLKMLSNAYYPSWVHLRAILEAGKSQGVFQFESIVYAVHFVMGVVIFSRQNPFLEPVFGDLPPAEDNAAQAAEHIIRLVLNGLHSS	PGPT0029255_875	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIPLE_ANTIBIOTIC_RESISTANCE,PGPT0029255-cecR|ybiH-K23777	NA	NA
JZ016_00157	384	gutB_1	COG1063	Sorbitol dehydrogenase	GTGAACAGCAAAGGGGATAACATCATGAGAGCAGCGAAAATATACGGAACTAAAGACATCAGGGTTGAAGAAACGGCCATTCCTCCTCTTGAAGCGGGAAAGATACTCCTCAAAGTGGATTATGCAGGCATATGCGGAAGCGACATGCATGAATATGTAGCGGGTACATTTCCAATCCGCACGCAGCCGGTTCTCGGACATGAATTCTCCGGTACGGTCGTTGAAGTAGGAGAAGGCGTAACCACTGTGGAGCCCGGTGATCAGGTGGCCGTTGAACCACTCATCGCTTGCGGCCATTGCTCCAATTGCCGAAGAGGAATGGTGAATCTGTGCTCGAACAGCGGCGGGAGCAAGCGAAATCATCGTCGTGGAAGTATCCGATGA	MNSKGDNIMRAAKIYGTKDIRVEETAIPPLEAGKILLKVDYAGICGSDMHEYVAGTFPIRTQPVLGHEFSGTVVEVGEGVTTVEPGDQVAVEPLIACGHCSNCRRGMVNLCSNSGGSKRNHRRGSIR	PGPT0008200_964	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008200-butB-K00004	NA	NA
JZ016_00158	453	gutB_2	COG1063	Sorbitol dehydrogenase	GTGGAAGTATCCGATGACCGCCGGGAGAAGGCGCTGGAGCTAGGTGCAACCCACGTACTTAACCCGGTTGAAGTCGATGCAGTTGCACGAATCAAGGAGCTGACGGACGGAGGAGTGGACGTAGCCTTTGATGCGGCGGGTGTGCAGGCTACATTCTTGAGCGGCGTAAGTGCGGTGAGAAAAGGCGGGGAATTCAAGGTTGTGAGTTTGTGGGAACAGCCGGTCACCTTTAGCCCGAACAGCTTTGTAAAGACCGAAGCCAAAATTACCGGTTCTTACGCTTACGCAAACCTGTTCCCCGAGGTGATTCGATTGCTCGCCGGAGGTATCATTGATGGGAACAAGGTCATCACAAGCCTCATACCGCTCGGCGATATTGTCGAGAAAGGCTTTGAAACATTGGCCAATGATCGAAAACAATGCAAAATTTTAGTTGATATGCACTTGTCCTAA	MEVSDDRREKALELGATHVLNPVEVDAVARIKELTDGGVDVAFDAAGVQATFLSGVSAVRKGGEFKVVSLWEQPVTFSPNSFVKTEAKITGSYAYANLFPEVIRLLAGGIIDGNKVITSLIPLGDIVEKGFETLANDRKQCKILVDMHLS	PGPT0008200_964	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008200-butB-K00004	NA	NA
JZ016_00159	540			hypothetical protein	ATGGAGGATACCATCACCATTGTAGAATATGACCAGAGCTGGGCGGAAGCTTTTGAATCCGAAAAAGAAGCGCTTCTTTCGGGACTTGGTGCCGAAGCGGCAGCCATCGAGCATGTGGGGAGTACCGCGATTCCCGGGCAGGCATCCAAGCCGGTGATCGACATCTTTGTCGGTTTGACGCCGCTCCGGCCGGTCGCCTATTATGAATCAAGGTTTGATCCGGCTAGCTATACGCATATTCCAACCGGAATGCAGGGGAGATATTTATTTGCCAAGCGTACGGAAGGAAAGTGGACTCATAATGTTCACCTTATGATGTATGATGCGTTGTTCCATACGAGAAATGAAATTTTGCTGCGAGATTATTTGCGTATTCATCCGGAGCTTGTCACGCAGTACGGCGCAGTAAAAAGGGCGGCTGCCCTAAACGCAAGTTCCATGGAAGCCTATACGAAGGAGAAAACCGCTTTTATTCAGATGGTTGTGGATGCGGCCCGAAGCGAGCTGGGCCTTCCGCTGCAGAATGTGTGGGAAGATTAA	MEDTITIVEYDQSWAEAFESEKEALLSGLGAEAAAIEHVGSTAIPGQASKPVIDIFVGLTPLRPVAYYESRFDPASYTHIPTGMQGRYLFAKRTEGKWTHNVHLMMYDALFHTRNEILLRDYLRIHPELVTQYGAVKRAAALNASSMEAYTKEKTAFIQMVVDAARSELGLPLQNVWED				NA	NA	NA	NA	NA
JZ016_00160	807			hypothetical protein	ATGCAAAAGCAGCCAAGAGTATTGACTCAAGAACAGTTGCAATTGTTCGAAACGGAAGGTTATTTAATCGTAAAAGGGCTCTTCCGCCAGGAGGAGGTGTCGGAAATCGAAGCAACGTTTGAGGAGATCAGCCATACTACCGTTCCTGGCCACTTTGAGCCGGTGTTGGATGAGGAAGTTGTCGAACCGCTGAAGCGTTATCCCCGTGTGATGCATCCGCACCGCTTTAATCCGACCGCGATGAAATATATGCTGCACAAGCCTGTTATGGATGTACTGGCCGATTTGTATGGCGAGCCGGCACTCGCGGCTCAAAGCATGTTCTATTACAAACCCCCGGGTTCCCGCGGACAAGCGCTGCACCAGGACAACTTTTACCTGCAGGTCGAGCCGGGTAACTGTATCGCGGCGTGGACCGCAATCGATGCGTCTAATGAAGAGAACGGCGGGTTGCTCGTCGTTCCGAAAACAAGTGATTATGCTCTGGTGTGCCCGGAGGAAGCCGACTCGAACGAGTCGTTCACCACCCATTTCGTAAAGCCGCCCAAGGATAGCAAGGCCCTCCCGGCGATCATGGACAAAGGCGATGTGCTGTTCTTTAACGGCAACCTGATCCACGGCTCCTACCGTAACAAATCCAACCGTTTTCGCCGAGCCTTCATCTGCCACTACGCCAACGCCTCGGCTGCCAAGATCGGTGCTTTCTATCGGCCATTATTCCGGGAGGACGGGACGGAAGTCAATCTCGACATCAATCCGAATGGCGGTCCGTGCGGCGTCGAATTTGATACGGCATATCCCCATTAA	MQKQPRVLTQEQLQLFETEGYLIVKGLFRQEEVSEIEATFEEISHTTVPGHFEPVLDEEVVEPLKRYPRVMHPHRFNPTAMKYMLHKPVMDVLADLYGEPALAAQSMFYYKPPGSRGQALHQDNFYLQVEPGNCIAAWTAIDASNEENGGLLVVPKTSDYALVCPEEADSNESFTTHFVKPPKDSKALPAIMDKGDVLFFNGNLIHGSYRNKSNRFRRAFICHYANASAAKIGAFYRPLFREDGTEVNLDINPNGGPCGVEFDTAYPH				NA	NA	NA	NA	NA
JZ016_00161	807	araC_1		Arabinose operon regulatory protein	ATGCGAACGCCGGCGGGCAGGCAGGTGAAACCCTTAGAAAGTACCGGCACCATATTCGGCGACCATTTCGATCAAGACGATGCTTATCGCTTACGTCGCCCTCATGGCATGAAGGACTGGCTGCTTGTATATACGCTGCATGGAGAGGGCTATGTCCGTACGCCTGCCGGAGAGAAGCGCTGCGGACCCGGGCAGCTTGGCCTACTGCGCGCCAATATCGCGCATGAATACGGAACTGTGAAGGGGAAACGCTGGAACTTCCTATGGATCCATTATCCCGGACTTCCAGAAAACAGGATGCTGCGTTATGAGGAGTTTCTAGTCGAAACGCTGCCCGATGAACGTGTCCGAGGGCGAGTCGAGCAAGCATTTCGGAATGTACTTCAAGATTCACTGGATCGTTTGGACCTATGGGAGGCGCTGTGTGAGAATTCGTTGCGTGAAATTTTGCTCCTGCTTGCGCAGCGGATAAGCAAAAGACTCGATCCCAGAGTCGAGCAGACCCTTGGTTTGCTGTCCCGATCGTTAAAAGAAGATATTCGAATTGACGCGATATCGCGAGAGATCGGAATATCGGGGTCAAGGCTGGCCCACTTGTTCAAGCAAGAAACGGGGTACACCATCGTAGAGCATCTGAATCAGATGAGGGTTCGCCATGCCGCCTTATTGATGACCCATTCCGGCCGTACGGCGAACGAAGCCGCGCAGGATGTCGGGTTTAACAGTTACAATCATTTTGCCGATCAGTTTCGCAAACAGTACGGGGTTTCACCGAGGCAGTACCGCCAGGCGTGCAAGCCTACATGA	MRTPAGRQVKPLESTGTIFGDHFDQDDAYRLRRPHGMKDWLLVYTLHGEGYVRTPAGEKRCGPGQLGLLRANIAHEYGTVKGKRWNFLWIHYPGLPENRMLRYEEFLVETLPDERVRGRVEQAFRNVLQDSLDRLDLWEALCENSLREILLLLAQRISKRLDPRVEQTLGLLSRSLKEDIRIDAISREIGISGSRLAHLFKQETGYTIVEHLNQMRVRHAALLMTHSGRTANEAAQDVGFNSYNHFADQFRKQYGVSPRQYRQACKPT	PGPT0017485_761	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_00162	537			hypothetical protein	ATGGGCATGGGCGTCGCGCTTGTCGGACTGATTATTCTGCTCGGTATTCGACCTGGATCATTTATTACCGTCGATTTCATTGGGTTTGCGACAATGATTGGTGCTACTTTGTGTTATGCCGTTGGTTCGCAGTTATCCAAACGTTTATTGGGCGGACTGAGTTTGTATCAGTTAACGTTCGCGACATTGCTTGGGGCAATGGCAGGGAGTGGATTAATCGCTCTTACAACGGAAAAGGTTGAGCTTGCCAGAATCGCGGAGCCTTCCAATATAGGTTCTCTTGTTGGCCTCGGCATCTTCGGCTCTGGCGTGGCCTATATTCTGTTCAATTATATGGTCTTGAAAGGGAGCCCCGAGTTCGCGACATCCGTCACTTATCTCGTGCCTGCAACGGCGATGATCTGGGGATATACACTGCTGGATGAACCGATTGGATGGAGCCTGATCCTCGGCCTAATTCTCATTTTAACCGGGGTGTTTATCACCAATCATGGCGGACGAACACAACAAGAAAGAGTTGCTGCTGTACCTAAGTAA	MGMGVALVGLIILLGIRPGSFITVDFIGFATMIGATLCYAVGSQLSKRLLGGLSLYQLTFATLLGAMAGSGLIALTTEKVELARIAEPSNIGSLVGLGIFGSGVAYILFNYMVLKGSPEFATSVTYLVPATAMIWGYTLLDEPIGWSLILGLILILTGVFITNHGGRTQQERVAAVPK				NA	NA	NA	NA	NA
JZ016_00163	3243			hypothetical protein	ATGAGATTTAGAAAGGGTGGCAAGTACCAGGTCTTGATGCTTGCAATTTGTTTTATATTGGCATGCTCGGGAGGCAGCGGTGTCGCAGCTGCTTCCGGGGAGAGCAGGCTGGCCCAAAAAACATATGGAACACCGGAAGAAATTCTGGTCCCTAACAACTATACGGTGGCTGTGTTCAACGGTACAACTGGTAAGGAAGAGGGCCGCAACGTGCTTTACGCGACCAGTAAAGGAAAGCCGGGGCATCTTAATGTCATTGATCTGGAGGATTATAAACTGCTGCGGAGCATTCCAATCGGACCCTCCGAAAGCTCATGGGCACATACAACGGCACCGGACGGAACATTGTTCCTTGCGGCTGACGGTGGCGGAGCAAAGCTGTGGAGTTACTCGCCGGTTACTCATGTCCCTGTGCAAGTTGCACAGTTCGACGGCCAGTCGGTTCCGAACAGCATCACCACGGATGAACAGGGCCGCGTATATGTCGGAACCTATCCCGGCGGCAAAGTGTATCAGTATGACCCGGCTACAAAGCAAACCAAAGATTATGGCCGCGTCATCGGGTCGCTTGACCAGGAATATGTACGCTCCATAGCTTACCAGGGCGGCAATATATATGCAGGTACCGCGCATAAGCAGATCGTACGCGTGAATCTAACGACAGGTGAGAAAACGAATATCGCAGCTTCCCTGCCGGTTAAAGAAGACACCGTGTATGACCTGAGCACGATTGATAACCGTTATTTGTTTGCCAGATATACGGACGGAAGCGGCATTCCTGGAGAGGCGTATATCTACGATACGCAGACGGAAAGCTGGCTGGATGTTGTACTGGAGAACGTAACGGGGCTGCACGCAACGGACTCGCATGACGGAAAACTGTATTATATGTCCGACAAGAAGCTGAAAACGTTTAATCTTGCCACGCATGAGGTCGAGTTAACCGGAATGGAGTACAACAGCGGATTTCGGGGAGTAGATTGGGTTGAATTTCCCCATAATCCGGAATATCCGGGCAAAAATCTGGTAACCGTCCGTTATGACGGCGGCGTTACGATCATGAATATTGAAACGAAGCAAGTGCACCTGTTGCCGCCTGTTATTCCGGGTCTCCCCGGGGTTGTCAACCGGTTGAAAAGCGTATCCGATACGGAGCTGATTACCACCGGCTCGCAGGCGCGATCCTCGCTCGTCGATCTGACGGATAACACCGCAACGCCGTTCAGCATCGGCCAAGCCGATAGCGTCCATGCCGTGGGCAATAAAGTCTATATGGGCGTGTACCCGGAGGGCGGACTGTATGAGTTCGATTTATCAACGGAGCCTGGAATGAACAATCCGAAGAGACTGGCCGTTCTGGGCAACGATCAGGAGAGGCTGGTGGATATCTCCAGTTCCAAAGGCAAGCTGTACATTTCGACGATATCCGGCTACGGCACGCTGGGCGGCTCATTGACCGTTTATGATACCGTCACCGGAGAAATCAACGTTCATCGCAACGTCGTCCAGAATCAGAGCGTGCTCAGCACGACGGTACATGACGGCAAGGTGTTCGGTTCCACCACGATTCGAGGCGGACTGGGCTCTGAGCCGACGGAAGCGGAAGCGAAGATTTTTGTCTGGGATGAGGAGACGCAGCAAAAAATCGCCGAGTTTCCCCTTCGGGTTCCCGGACTGGACAAACCGATATTCATCGGAGATCTTTCGGCCGGTCCGGACGGATTGATCTGGGGGGCATCCTATGAGTATATTTTTGCGATCGATCCCGATACGTATCAAGTCGTGAAGAGTAAAAAAGTGTATCCAAGCTTGAATTTCAGCCAATGGGCGCATCACCCGCTCCGCTGGTCGGAGGATGGACTGCTCTATGTGCTGTTTAACAACAAACTGACGGTCATTGACCCTGAAACGCTGGAACATCGGACATTGGCCGACACCTCCCGATTCGATCTACATGCGGACGGGAATCTGTATTTCACGGACATGCAAACCAATACGATCCTGTATCGGATGGAAGTTGACGGTGAGGTCGTGGAGGAACCGCCGCATACGGCTGTTCCCGTCACCAATCCCGGCTTCGAAGAGGAGTTGAAGGGTTGGGGCCCGTTATTCGCTCCAGGCAACGGTTACCGCTATGATCGCAGCACAGAACGCAGTTTCACGGGAACGCACAGCCTGAAGATTACGGACACGCTGAGAACGGCATCTGTTGCCGTTCAGAGTGATCCGATTCCCGTCATTCCGGGAGAGGAATATACGGCGGGCATGAATCTCTATATTGAATCCGGTCAGCCTGGCTTTATGTTCCGATTCTTTGATAGCAATAACGCGACCATCTCCACCTTGGAAACCCATTTGGATGAATCGCGATTGGCCCAATGGCAGAAAGTGACGCTAAGAGGGAAGGCTCCAGCTAATGCGGCTTATGCAAAACTGATAGCGGTAACTTCCAGATACAATGTGGCAACAGCCTATTATGACGATTTCTTTGTAACGGTAAAAGACAGTGTGCCGCCCGTCTCCACGGTTAGTCTATCGCCTTCTCCCAACGAGAACGGCTGGGTGAATTCCGATGTGTCCTTGTCCATCTCTGCCGACCGCGCGTACTCCATTGCATACGCTGCGGAAGGGGCACAGCCAATAGAGAAGACTACAATAAAAGGGAATACGGCCCAGCTTGAAATCACGAAGGAAGGCGTCACGACGGTCACCTATTCCGCCACTAACTTCTCAGGCGTGCCTGAGGTTCCGGGGACGCTGAAGGTGCAGATCGACAAGACGGCACCTGTCGTTGAATTCACCGGTGAGCGTACGTACACCGTAACCGATTCTGTATACGTTTCGTGCAGCGCCGTCGACAGTCTGTCTGGGTTAGCTGACAATCCTTGTTCTCATTCACTTATTGAACGTCCTGCCTATTTCTTCGAGCCTGGATCCCACGATATCTCCGTCAAGGCAATCGATCTGGCGGGAAATAAAACGGAAGCGGTCTTTCGTTTCGAGGTGATTGTAACGTATGACAGCTTGTCCGCGCTTGCAGCGCATTTCGCCGCGAGCGATCCAGGACTCGCACAATCGCTGTCAAGTAAACTCCTCCATGCCAAAGAGGCCGAGAATAGAGGTAACACCTCTGCCAAGGAAGGCATGCTGAACGCCTTTTCCAATCAAGTTAGTGCACAATCCGGCAAAATATTGACGGGCGAACAAGCAGAAATACTTGCCAAACTGGCAGGTTACCTGTAA	MRFRKGGKYQVLMLAICFILACSGGSGVAAASGESRLAQKTYGTPEEILVPNNYTVAVFNGTTGKEEGRNVLYATSKGKPGHLNVIDLEDYKLLRSIPIGPSESSWAHTTAPDGTLFLAADGGGAKLWSYSPVTHVPVQVAQFDGQSVPNSITTDEQGRVYVGTYPGGKVYQYDPATKQTKDYGRVIGSLDQEYVRSIAYQGGNIYAGTAHKQIVRVNLTTGEKTNIAASLPVKEDTVYDLSTIDNRYLFARYTDGSGIPGEAYIYDTQTESWLDVVLENVTGLHATDSHDGKLYYMSDKKLKTFNLATHEVELTGMEYNSGFRGVDWVEFPHNPEYPGKNLVTVRYDGGVTIMNIETKQVHLLPPVIPGLPGVVNRLKSVSDTELITTGSQARSSLVDLTDNTATPFSIGQADSVHAVGNKVYMGVYPEGGLYEFDLSTEPGMNNPKRLAVLGNDQERLVDISSSKGKLYISTISGYGTLGGSLTVYDTVTGEINVHRNVVQNQSVLSTTVHDGKVFGSTTIRGGLGSEPTEAEAKIFVWDEETQQKIAEFPLRVPGLDKPIFIGDLSAGPDGLIWGASYEYIFAIDPDTYQVVKSKKVYPSLNFSQWAHHPLRWSEDGLLYVLFNNKLTVIDPETLEHRTLADTSRFDLHADGNLYFTDMQTNTILYRMEVDGEVVEEPPHTAVPVTNPGFEEELKGWGPLFAPGNGYRYDRSTERSFTGTHSLKITDTLRTASVAVQSDPIPVIPGEEYTAGMNLYIESGQPGFMFRFFDSNNATISTLETHLDESRLAQWQKVTLRGKAPANAAYAKLIAVTSRYNVATAYYDDFFVTVKDSVPPVSTVSLSPSPNENGWVNSDVSLSISADRAYSIAYAAEGAQPIEKTTIKGNTAQLEITKEGVTTVTYSATNFSGVPEVPGTLKVQIDKTAPVVEFTGERTYTVTDSVYVSCSAVDSLSGLADNPCSHSLIERPAYFFEPGSHDISVKAIDLAGNKTEAVFRFEVIVTYDSLSALAAHFAASDPGLAQSLSSKLLHAKEAENRGNTSAKEGMLNAFSNQVSAQSGKILTGEQAEILAKLAGYL				NA	NA	NA	NA	NA
JZ016_00164	960	yteP_1	COG4209	putative multiple-sugar transport system permease YteP	ATGGACGCCCGATTAAACTCGGCATCCCCACAGCCCGCTCCAAAGTCCAACAAATGGACGCATGTTAAAAGGCAGCTCAAGCGAAATATCGGGTTGTATATCATTATCTCGCCGGCGGTGCTTTATTTTTTGATCTGGCATTATTGGCCGATGTACGGCGTTCAGATCGCCTTCAAGGATTTTATGCCTGGCCTTGGCATTTGGAACAGTCCATGGGTCGGGTTCGAGCACTTCGAGCGGTTATTTGACGCTTATTATTTTTGGACGATTCTGAAGAATACCATCGGGATCAGTTTATACGGTCTGTTGGTTGGCATTCCCGCTCCGATCTTGCTTGCGCTTTTGTTCAACGAGATTCGAAATCGTAAATTCCGCTCATTCGCCCAAAGCATCTCCTACGCACCGCACTTCATTTCGGTTGTGGTCGCGGTCGGTATTCTGTTCTTCTTTATCTCGCCGACGAATGGCGTCTTCAACTCCATCCTTGTTTCCTTGGGGAGGGAACCGGTCGATTATCTGGCAGAGCCATCGAAATTCTGGCATCTATACGTCTGGTCGGGCGTATGGCAAGGAGTTGGCTGGTCTTCGCTCATCTACAGCGCTGCCATCTCGGGCATCTCGCCTGACCTGTATGAGGCGGCTTATATGGACGGGGCCAGCAAATTTCGGCGAATTTGGCATATCACGATTCCCGGCATCGTTCCGACCATCGTGATCCTGTCCATCTTGAGCGCCGGCGGCATCATGAGTGTCGGCTTCGAGAAAATTCTGTTGATGCAAAACGCGATGAACCTGGAAACCTCCGAGGTGATCTCCACTTACATGTACAAGAGCGGACTGCTTAACACCCAATACAGTTTTTCGGCGGCAGTCGGCCTGTTCAACAATGTGATCAATTTTATCATCCTGATTATCGTTAATGCGGTTGCACGCAAAGCGGGGGAGACCAGCTTATGGTAG	MDARLNSASPQPAPKSNKWTHVKRQLKRNIGLYIIISPAVLYFLIWHYWPMYGVQIAFKDFMPGLGIWNSPWVGFEHFERLFDAYYFWTILKNTIGISLYGLLVGIPAPILLALLFNEIRNRKFRSFAQSISYAPHFISVVVAVGILFFFISPTNGVFNSILVSLGREPVDYLAEPSKFWHLYVWSGVWQGVGWSSLIYSAAISGISPDLYEAAYMDGASKFRRIWHITIPGIVPTIVILSILSAGGIMSVGFEKILLMQNAMNLETSEVISTYMYKSGLLNTQYSFSAAVGLFNNVINFIILIIVNAVARKAGETSLW	PGPT0017250_1092	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00165	897	ycjP_1	COG0395	Inner membrane ABC transporter permease protein YcjP	GTGCTGCTGAACATCAAACGAACGCCTGGAGAAAAGCTGGCCGATATCATCATTCTAGTGCTGTCCATTCTGGTAATCATCGTCATTTTGTACCCGCTTCTCTTTGTCTTGTTTGCTTCATTTTCCGATCCGCGCCAAATTTGGGACAAGCCGCTGCTGCTGTTCCCGGCAGGCTTCAATCTTGACAGTTATGCCAAAGTGTTCGAGAACAGCGAGATCTGGAGAGGGTATGCCAATACGCTTCTGTATACATTCATAGGGACGGCGATCAATATTATGATGACGGTATTTGGCGCTTATCCGCTCTCCAGAAAGCGTTTTTACGGCAAGGGACTGTTTACGCTGCTGTTTGCTTTCACCATGTTTTTCGGCGGCGGGCTGATCCCTCTTTATTTGGTAAACAAGGAGCTCGGACTTCTGAACACGATGTGGGCCTTGGTACTGCCTGGTGCGATCAGCGCCTACAACATGATTATTATGCGAACCTACTTCCAGACCCGGATTCCGGTGGAGCTCGAAGAGAGCGCCTACGTCGACGGCTGCAATGATTTTCATATGCTGTATCGAATTGTGCTGCCTTTGTCGATGCCGATCATTGCCGTAATGATCCTGTTCTACGGGGTCGGCCATTGGAACTCATATTTTGACGCTATGATTTATTTGACGGATCGTAGTAAATTCCCGCTGCAGCTGATTTTAAGAGAAATACTGGTTCAGAACGACTTCAAGGAAATGGCCGGAATATCGGTCGGTGCCGAATATGCGGATCAGATGATGGTCAAGGAAGGCTTGAAATATGCGATCGTTGTATTATCCGCGCTGCCGCTGCTCCTGTTGTATCCGCTGCTGTCGCGTTTCTTTGAGAAAGGCATCATGGTGGGAGCTATCAAAGGGTAA	MLLNIKRTPGEKLADIIILVLSILVIIVILYPLLFVLFASFSDPRQIWDKPLLLFPAGFNLDSYAKVFENSEIWRGYANTLLYTFIGTAINIMMTVFGAYPLSRKRFYGKGLFTLLFAFTMFFGGGLIPLYLVNKELGLLNTMWALVLPGAISAYNMIIMRTYFQTRIPVELEESAYVDGCNDFHMLYRIVLPLSMPIIAVMILFYGVGHWNSYFDAMIYLTDRSKFPLQLILREILVQNDFKEMAGISVGAEYADQMMVKEGLKYAIVVLSALPLLLLYPLLSRFFEKGIMVGAIKG	PGPT0017255_1240	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00166	1593			hypothetical protein	ATGAGAAAAGGAATGAAACTTCTGCTTGCCATAACGATGTCATTTTCGTTGACGATTTCCGCCTGCGGCGGTTCAGGGGGGAAGGCGGAGCCGGAACCGGCCGGAACGGACGGAGATCCCGGGAACATCAAGCTAAGGATTGTTAAGCGCGGGTATACCGATGTGCATCCTCCGGCCGATCAATTATGGATGTGGCAAAAATACGAAGAAATGTCCGGCATTCAAGTCGAATTTGAGGAGCTGGCGGGTTCCGCCGTCAACGAACGAAAAAATGTCATGCTTGGCTCCAACGACCTGCCGGATGCATTCTATCGCATTGCTTTCGGTACCGACGAGCTGATGAAATACGGCAAACAGGGCTTATTTGTTCCGCTCGAGGACCTGATTGAGCAGCATGCTCCGAATTTGAACAAACTCCTGAAGGATAATCCGGACATTAAGGGAGCCATCACGATGTCGGACGGGCATATTTATGCCCTGCCTTACGTCGATTTCTCTAAAGCGTTCAATTCCGTTCGCCTGTATATCAATAAGGATTGGCTGGATGAAGCAGGGCTTGAAGTGCCCAAGACGACCGAGGAGTTCCGACAAGCGCTCATGAAGGTTCGGGAGAAGGACAGCTCCCGTCTCGGGTGGGTGCTTGAATCGCAGTACTGGACTTTCCTGGAGAGCTTTCTGGCCGGCAGCTTCGGCATGGGGGAAGGCGGTGCCAAGGCATTCGGTCAATATCTATATAAGGACGCGGACGGACAGGTTAAGACAACGTTTAATGATCCGAAGTACAGAGAGCTGCTCCGTTACATGAGCGATTTGTACAAGGACGGGTCACTGGCCCAGCAAAATTTTACGACAGGCTATGATTATGCGAAGTGGTCTACGGACGGCTCCAACAATCTGATCGGTTCGTTTGTATGGGAAGGACCGGGATATATAGGTAAGGATGCAGCCGAGAACTATGTAGGCATTCATGCCCTCGAGGGGCCGAACGGGGATAAAGTCGCCGGGGTGCTGGGGCCGCCTGCCAAAGGGATCTTCGGCTTTGTCATCACCAACAAAAACAAATATCCGGTTGAAACCATCAAGTGGATCGATTATTTCTATGGGGAGGAAGGGATTAACTTTGCCACCTTTGGACTTGAGGGCGAAACCTATGATATGGTTGACGGCAAACCGAAATACAAGGACGAGATTCTAAATTACAAGGGCGGCGTGCAGCTGGGCGCTTTCCAATATGTTGATAATGTGTATGGTGCTTATTATCCATATGTTGAGCCAGACGACGATTTGCGGATGGCGGCACGTGGGACGACGGTAGCCGACGAGATTAAGGCGGATCCGGCTGAGCTGAATCAGTTGGCGCCTAAAGAGCTTTGGCCAGATTTTGTTCCTACGGATGAGGAAGCCAATCAAACGAGCGCGATCCTGACCGATATTAATAAATACATTGAGGAGATGCGGGTGAAGTTTGTGACGGGGAAAGCCAGCCTGGACACGGACTGGGATAACTACGTAAAGACTCTGGACAAAATGGGAGCCCAGAGCTACTTGGATATCAAACGAGCGCAGTATGAACGTTATACAAATGTAAAGTAA	MRKGMKLLLAITMSFSLTISACGGSGGKAEPEPAGTDGDPGNIKLRIVKRGYTDVHPPADQLWMWQKYEEMSGIQVEFEELAGSAVNERKNVMLGSNDLPDAFYRIAFGTDELMKYGKQGLFVPLEDLIEQHAPNLNKLLKDNPDIKGAITMSDGHIYALPYVDFSKAFNSVRLYINKDWLDEAGLEVPKTTEEFRQALMKVREKDSSRLGWVLESQYWTFLESFLAGSFGMGEGGAKAFGQYLYKDADGQVKTTFNDPKYRELLRYMSDLYKDGSLAQQNFTTGYDYAKWSTDGSNNLIGSFVWEGPGYIGKDAAENYVGIHALEGPNGDKVAGVLGPPAKGIFGFVITNKNKYPVETIKWIDYFYGEEGINFATFGLEGETYDMVDGKPKYKDEILNYKGGVQLGAFQYVDNVYGAYYPYVEPDDDLRMAARGTTVADEIKADPAELNQLAPKELWPDFVPTDEEANQTSAILTDINKYIEEMRVKFVTGKASLDTDWDNYVKTLDKMGAQSYLDIKRAQYERYTNVK	PGPT0017245_2242	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00167	1131	araR_1	COG1609	Arabinose metabolism transcriptional repressor	TTGACCAAAGACAATAAACCACCGCTGTATCGCGTGATGATGGATGAGCTGAAATCACAAATTTCTTCAGGCCACTATGCTCCTGAAGCCCAGCTTCCTACGGAGTCCGAGCTAAGCTCCACCTTCGGCGTGAGCCGTATTACAACAAGAAGAGCGCTTGAGGAGCTGGAGCGGGACGGGTTTATCTACCGTGTCAAAGGAAGCGGCAGCTTTGTTAAACCCCGGCAACGTGGGCAAGAGCAGCGGTCGGTTGGAATGGATAAAATGATATCGCTGATCCTGCCTTCCGAAGACGATCGCGGCACGATGGGATATATTCGCGGAGCTTCGGACTGGCTCAACGCGAACGGTTACTATTTGAGTATTCACCAAAGCGACTACGACTCCCAGAAAGAACGCGATCTGCTGGAAATGCTGACCCGAAAGGGCATTGCGGCCATTATATTGTATCCGCGGAACGATCAGACGAATTACGACATTCTGCATCGACTTTGCCTTGAGGATTATCCGATCGTGACGATCGATAAATATTTTGACAGTCTGCCGCTTGGGGCGGTGGTTTCTGACAATTTCAGTGGATCCTATCAAGCCGTATCCAGGCTGATTGAGCTCGGTCATCGAAAGATCGCGTTTCTTACAGCAGTCAGCATTGAATCAACCTCTTCGGTGCGCAACCGGTATTTCGGATACTGCCAAGCGCTGAAGGACCATGGACTTCCTGTGGATAGCCGTTATATCAGGCTGAATATGAAGGATTATCGAGAGAAGGTTGGCTTTGAACGATTTTATAATGAGCTGCTGGACTCTTACCGGACGGAAGGGGTAACGGCTGTTCAGACGGAGAATGATCTGATCGCCGCCAACCTGCTGAACCGCTGTTTGGAACGAGGGATCCGTATTCCGGAGGATATTTCGATCATAGGCTTTGATAATAATCCTGTCACAGAGCATGTCATGATTCCGCTGACCACCGTTGAGCAGAATTTTTACGAGATTGGACGCCAAGCTGCCGAACATGTTGTAAACTGGCTCGAGAGAGGGAAACAGACACCGGACCGGACACTGATCCCCGTCAAGCTGGTGGAGCGTGATACAACCGCAGCAGCTCCGAGAGGGAAAGTCACGAAGTAG	MTKDNKPPLYRVMMDELKSQISSGHYAPEAQLPTESELSSTFGVSRITTRRALEELERDGFIYRVKGSGSFVKPRQRGQEQRSVGMDKMISLILPSEDDRGTMGYIRGASDWLNANGYYLSIHQSDYDSQKERDLLEMLTRKGIAAIILYPRNDQTNYDILHRLCLEDYPIVTIDKYFDSLPLGAVVSDNFSGSYQAVSRLIELGHRKIAFLTAVSIESTSSVRNRYFGYCQALKDHGLPVDSRYIRLNMKDYREKVGFERFYNELLDSYRTEGVTAVQTENDLIAANLLNRCLERGIRIPEDISIIGFDNNPVTEHVMIPLTTVEQNFYEIGRQAAEHVVNWLERGKQTPDRTLIPVKLVERDTTAAAPRGKVTK	PGPT0017490_148	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_00168	960			hypothetical protein	ATGTGTACCATTCATATGCTGGTGGGGATACCCGGCAGCGGAAAAAGCTATTATGCCAAACAATTATGCAAAAGCGAGCGGGCCGTCATCGTTGCGACGGACTCGATCCGTGAAAGATTGTTCGGCAGCGAATCCAAACAGAAAAATACGTATCTGGTATTTGATGCAGCTTTCGCCGAGATCGAACAGGCGCTTGCGTCCGGACGAAATGTCGTTTTTGATGCCACCAATGTCAGCCGGGAGCGGAGACAGAAGTTCCTGAAGCGATTTGGCGAACGATCGGTGGAATGCCATATCTGCACAACCCCTTATGAAGTGGCTTTGGAAAGAGTCAAGGGACGAAAACGCCGGCTCGACGAGAAGATCATGACGAAATATGCCAAGAACCTTGAATTTCCTGTCATGAGAGAAGGATTCAGTGATCTGCATCTCGTTCATGAGCACGGCGAAACGCAGCTTACAAGAGAAGAACTGGAAGTGCTGTTAACACGCAGAGCGGGTCATGATGAGTTATTTCTCTACTTGTCCCAATCTCCCTATTTCAATGTGATGCTGGGATATGATCAGGAGAATCCGCATCATTCCAAAACGTTGTCGGAGCATACGTATGCCGTGCTGGAATATATCAATGCTTTCTATGAAGGCGAGCATCTGCTGGCTATGCAATTAGCAGCGCTGTTCCATGACGCGGGCAAGCCGTTCTGCAAAGTATGGAAGCAAGCAAGAGGGTACTATTCCTATTATGGGCACGAGCACGTATCGGCAAGCATTGCCTGCCATACATTGAAGGACCTTGGGTATGATGATGCATTCATTCAGCACGTCGTTCAACTTGTGAGCTTTCATATGGAAATTTTGCATGGAGGGGATGCAGGGGCATCCAAAATCTATCATTTGTTAGGCGAAGATAGGCTGGCTGAGCTGTATTTCTTTGCAGAAGCCGATACCTTCGGCAAATAA	MCTIHMLVGIPGSGKSYYAKQLCKSERAVIVATDSIRERLFGSESKQKNTYLVFDAAFAEIEQALASGRNVVFDATNVSRERRQKFLKRFGERSVECHICTTPYEVALERVKGRKRRLDEKIMTKYAKNLEFPVMREGFSDLHLVHEHGETQLTREELEVLLTRRAGHDELFLYLSQSPYFNVMLGYDQENPHHSKTLSEHTYAVLEYINAFYEGEHLLAMQLAALFHDAGKPFCKVWKQARGYYSYYGHEHVSASIACHTLKDLGYDDAFIQHVVQLVSFHMEILHGGDAGASKIYHLLGEDRLAELYFFAEADTFGK				NA	NA	NA	NA	NA
JZ016_00169	639			hypothetical protein	ATGAAAATAAAGTATCCCAAAACGATGCATTTGCCTTGGTCCAGAGGGTATACGGATGACGATAAGATTTTACGAAACACGGACCATTTTACGGGACAGGAGGTCGTCATTACCGAGAAAATGGACGGGGAGAACACCACGATGTACCCCGGTTTCATTCATGCGAGATCGCTGGACAGCAAGGATCATCCTTCCCGTCATTATGTGAAGACGCTGCATGGGGGCATCAAGTATATGATTCCGGAGGGTTATCGTCTCTGCGGGGAAAACGTATATGCCAAGCATTCGCTTTTGTATTCGGCGCTGCCGTCCTACTTCATGCTGTTCTCCGTATGGAATGAGTTGAATGTGTGCCTGTCATGGGATGAGACGGAGGAATGGGCGGAACGTCTGGGGCTGGTCACGGTTCCTGTCTTGTACCGGGGAATCTGGGACGAGGATGCTGCCAAGGCTTGTTATACGAAGCAGTCAGACTGCGGCGGGGAGCAGGAAGGTTATGTGGTTCGGCTGGCTTCCGCATTTGCATATGACGACTTTAAGCGCAGCGTTGCCAAGTTCGTTCGCAAGAATCACGTACAAACCGACGAACATTGGCTAAGCAAACCGATCGAACCGAATCAATTGGCAACTGCGGAATAG	MKIKYPKTMHLPWSRGYTDDDKILRNTDHFTGQEVVITEKMDGENTTMYPGFIHARSLDSKDHPSRHYVKTLHGGIKYMIPEGYRLCGENVYAKHSLLYSALPSYFMLFSVWNELNVCLSWDETEEWAERLGLVTVPVLYRGIWDEDAAKACYTKQSDCGGEQEGYVVRLASAFAYDDFKRSVAKFVRKNHVQTDEHWLSKPIEPNQLATAE				NA	NA	NA	NA	NA
JZ016_00170	459			hypothetical protein	ATGAATATGAAGATGTTTCGAGTTTCTGCTCCTTCAGGGATCAGATTGATGATATCGATGTTGATTTTAATCGCTATTCTTCTTGGAAATATAATAAGAGGCCATGAAGAAAGGGACTTCTTTTATTATGCCTGCTTGGTGTGGTTAGTTTTTTGTTCCGCCGTATTCCTCATCTCCGTATATCGAACCTATCTGATGAAACCAGGCATGTTGGAAATAACTCAAGACGGAATCGTCATAAACGGTACAGTAATTAACGTTGTAGCTGTGAAATGTTTGCTGATCAACCATGACAGGAAACCGGTGGTCGGGATTAAACTGAAAGGGCGTGCAATCGTACCTCTAAAGTTATGTTTTACGTTCGCGGAGGAGCAGACGGAGGGAATCAGGCAGCTGGAGTTTTGGGCACGCGAAAGACAGGTGAAGGTGTCTAAAGGTTTTTTTATGAGATGGCTGTAG	MNMKMFRVSAPSGIRLMISMLILIAILLGNIIRGHEERDFFYYACLVWLVFCSAVFLISVYRTYLMKPGMLEITQDGIVINGTVINVVAVKCLLINHDRKPVVGIKLKGRAIVPLKLCFTFAEEQTEGIRQLEFWARERQVKVSKGFFMRWL				NA	NA	NA	NA	NA
JZ016_00171	351			hypothetical protein	ATGGAGGGGTTATACTCATTTATTCTCCTTGTTATTTGTGTTGGTCAATGGGTCTTAAGGAAGATCATCGACGTCGGCGAGGAAGAGATGCGTGATACACCGGTGCATAAATGGTATCTTCTGGGCTCATGGGCTTTATTAATTCCGATACTCATCCTTATATGGACGATGGATAGGAGCAGACCCAATCCCATATGGCCGTTCTTATTATCCGTAATCTTCTGCTTTCGCGGATATATGGAGTGGAAATACATGCGTGAAAGCAGGCACCATCAAGTTTCAATCCTATTGGCTTCAGTTTCGCTTTTCTTCACAGGATTGATGATATTCATTCTCTTATTAAAATATTAA	MEGLYSFILLVICVGQWVLRKIIDVGEEEMRDTPVHKWYLLGSWALLIPILILIWTMDRSRPNPIWPFLLSVIFCFRGYMEWKYMRESRHHQVSILLASVSLFFTGLMIFILLLKY				NA	NA	NA	NA	NA
JZ016_00172	450			hypothetical protein	ATGAATAATATGTTCAATCATGTAGATATGACTCAAATCTTAAACCGAATCGACACATTAAGCGATCAATCACAACCGTTATGGGGAAAAATGGATGCTGCCCACATGCTGTCTCACTGCTCCGCGTTCCAAGATATCGCCATGGGCATCACAAACCCGCCAAGAGGTTGGTTAGGCAGGTTGGTCGGGAATCTTGCGAAGCCTGTGTTTTATAATGAAAAACCGTTACCCCGCAATATGTCTACGATTCCGGATATTTTGATTGCGGATCCAAGGGAATTTGAAACGGAAAAAGAACAATTGAAAGAAAAAATAGTAGCATTCCAAAAGAACGGACCTGAGAAATGTACCACGCATCCTCATGCATTCTTCGGTAAATTGACTCCGGAGCAATGGGGGAGGGGATTATACAAGCATCTGGACCATCACTTGAAACAGTTTGGTGTTTAA	MNNMFNHVDMTQILNRIDTLSDQSQPLWGKMDAAHMLSHCSAFQDIAMGITNPPRGWLGRLVGNLAKPVFYNEKPLPRNMSTIPDILIADPREFETEKEQLKEKIVAFQKNGPEKCTTHPHAFFGKLTPEQWGRGLYKHLDHHLKQFGV				NA	NA	NA	NA	NA
JZ016_00173	486			hypothetical protein	ATGACAGGAACTTTAACTTTAATCCGTTATAACGGAACCGAAAAACACGCTTTGGCCGGATCCAAAGCCTATGCAACCCGCAGCCAAGTCAATGAACGGCCGCAAATCATGCTCTGGTTCGAGACAGAGACGGAACCCGAGCCGCTCCAGTCTTTACCGGACTCGGATGAATTATTGAACAATCCGGATGCGGAGCTTACGATTTATCTGGATACGTTAAAACTCGATGTCTTTGCTCCGCTGGAATTTACGATTGCCCAGGGTTATAACGAGAACTCCAGAAGCCTGGATGCAAGGCTGTATTATTTTGAACACCAAGAGGTAAATGATAACCGGGGACGCATTGAGTATCGAGGAAATAGCGTATTTTACGTATATTGGACGGGGACGACGATGGACGTCAACTATTATGACGGCAGTAAGCCGAATACCCGATTGGAGCTGGAAGGCGAGTTTACTATGGAGAAATACGAGGATTGGTTATAA	MTGTLTLIRYNGTEKHALAGSKAYATRSQVNERPQIMLWFETETEPEPLQSLPDSDELLNNPDAELTIYLDTLKLDVFAPLEFTIAQGYNENSRSLDARLYYFEHQEVNDNRGRIEYRGNSVFYVYWTGTTMDVNYYDGSKPNTRLELEGEFTMEKYEDWL				NA	NA	NA	NA	NA
JZ016_00174	651			hypothetical protein	ATGCTGGAACTGGAAGCCGCTTTAACGAGATTCATAGAACAACAGGACTTATATAATCGGGATTTCGGGCTCTTCACCGATCATGAAATACGACAGCGGTCCGAGGTCCGGATGCCACCCGTGGATGAACGTATCACGCTGTCCCCTGAGCTGACCTATCTATATAGCCATTATGAGATGATTGACGCTATGGCCGAAGGAACCCATAAAATGAAAAACGCGGCGGTTGAGATCGGAGAATCGGCGGTTATCTACTTTGTTTCTCCTGAGCATCTGGCCCGGCAGCAATTGGGTTATCGCTGGATTAGCGACGGTGGTGAAATCGTGGAATCGAGCACTTGGCTAGCCCATCACCTCGTCATTGCCAATGTGAATGATGATCCGCTGATTGTAGACGTCCAAGCCAGTGGTTCGCCCGTATATGCCGCATTCGAAGGTGGCGAGCCAAAGCTGATCGCGAATTCGCTTGCGGATTGCTTTCACGCGCTGTCCATTCTCATTCAAGGTGCTCTTCATTTCCAAGGTGAAACCAGCGACGAAGAAACCTATGAGACCAAACCGGATTTTCTCGCCCATGTGATGCCATCACTGACTGATCTTTTGGGAAGCGAGCAAATGGATGCCCTGCTGGAATATTTATCGCTTCAGTAA	MLELEAALTRFIEQQDLYNRDFGLFTDHEIRQRSEVRMPPVDERITLSPELTYLYSHYEMIDAMAEGTHKMKNAAVEIGESAVIYFVSPEHLARQQLGYRWISDGGEIVESSTWLAHHLVIANVNDDPLIVDVQASGSPVYAAFEGGEPKLIANSLADCFHALSILIQGALHFQGETSDEETYETKPDFLAHVMPSLTDLLGSEQMDALLEYLSLQ				NA	NA	NA	NA	NA
JZ016_00175	477			hypothetical protein	ATGAAATATGAATTCAAAATAACAGCGTCGATTTCCGAGCTCGTATGGTATCCGGATGAACGCTCTGACGAGTATAAGGTACACCCGAACTTCAAAGCGGTGATGGATCGGCTTGACATAACCGTTCCCGTAAGAAATATATATGAACGGTACTTCGATAGTCCCGTGAACAGCGGACATGTTCTGGTATTCCGTGAGGTGGAGGATTCGGTTTCCTGCATCGTGCTGGACACGTATCGCGATCCGCTGGATCAGCTGGATATGATTCAATTGGGTTGGCGGAGCCATAGTGGGGATAACGAGATTCGCCGGCTATCCCGCAAATTTTATGATGAATGTGAGTTTGCGGTCCGCTATCAGGAAGGACAATCGGTATTGTACGAACTGCTGCGCGAAGATCGATACCCACGGCAATTCCGCTATGATACAGTTTTTGAGCAGAAGATGAAACGATTTGTGAATCTCATGGATTCATAA	MKYEFKITASISELVWYPDERSDEYKVHPNFKAVMDRLDITVPVRNIYERYFDSPVNSGHVLVFREVEDSVSCIVLDTYRDPLDQLDMIQLGWRSHSGDNEIRRLSRKFYDECEFAVRYQEGQSVLYELLREDRYPRQFRYDTVFEQKMKRFVNLMDS				NA	NA	NA	NA	NA
JZ016_00176	756			hypothetical protein	ATGAATATATCAAAATCGCATATTCGTCCTTTTCCAGCTTATGAGGATGTTTTTGATGGCGATATAGAGCGGTACCGGCAGCATTTTCTCCCGATTCTCTCCCTGAACCTGAAATGTCTCTTTCCCGAGGAGGATCAGTGGCTGCACTTTGTATCCGTTAAAGAAATTCACGAAGGCAGTGTCGGTGAAGAGACGGCCTCCGAACACACGGCGTACACGAAGGAGGATATGTTTGGTTTTGATGTGGTGGATGGTAAATATCGCTTCGAGACCGGTTGGAACTACTTCTTGCTCGAGCAGGAACCCGATCATGAAACACTGATAGAAGCCTATGCCGACAATGAGCGGGACTTCATGGCTCGCAAGCAATTCTATGAAGAGAAGGGACATATCTTCCCATACTCGTCGTTCGGTCGCGCTGCCGGATCGTCGGATGAGCTGAAAAGTGAATACCAGGAAAAGCTGGAGAAGGGCTGGGGATTGAGCTTTCCTGAGATCAACGGACTCCTGGATGACATCGGATTTATGTCGGAAGAAGCCCAGCGGGATCTGCAGGAGGAGGGCGAGTCGCTGGAAGATTGGCTCAGGTTTGAGCAGACCAATCTGCTCCATGTGCCTCGTACGCCGGAGGGAGAGACATTTACATATATAGGTCGGTTAACGGGATATTTCTTTCAGGCCTACGGGGCTGATGCGTTATATCTATTCTACTCAAAGGAACTGTGCAAGGCAGTCATTTGCTTGGAATATACTTGA	MNISKSHIRPFPAYEDVFDGDIERYRQHFLPILSLNLKCLFPEEDQWLHFVSVKEIHEGSVGEETASEHTAYTKEDMFGFDVVDGKYRFETGWNYFLLEQEPDHETLIEAYADNERDFMARKQFYEEKGHIFPYSSFGRAAGSSDELKSEYQEKLEKGWGLSFPEINGLLDDIGFMSEEAQRDLQEEGESLEDWLRFEQTNLLHVPRTPEGETFTYIGRLTGYFFQAYGADALYLFYSKELCKAVICLEYT				NA	NA	NA	NA	NA
JZ016_00177	888	rhaR_1		HTH-type transcriptional activator RhaR	TTGTATCATTGGAGCCAAAGCGAGGAACGCCTTAATCGTTATGCGGGACGGCTTGAGGGTGAAAGCCTCTCATTTCTTGTCCATTACTGGGGGACCGTCCGGCATTTGACGGCCAATTCCATACATCGGCATTCATTCTATGAGATATGTTATGTGGACGGCGGGACCGGTGTATATACGGACGAAAATCAGACTTATCCCTTATATGAAGGGGTAGCTTTCTGTACACGCCCAGGTCGGTTACATCAGATTAAAGACGTTCACGATCTGAATCTGTTGTTCGTTGCGTTCGAAGCGATAGAGAAACCGTCAGCTCCCGATGTATCGGTGAAATACATGGAAGCGCTTGATCGATGTGCTGTTTGGACCGAGCATGCGGGCGAATCACCCGCCACCCAAATATGGAAATCCATGCTGATCCGGTCGGAATCCGATGACTCGCTGCCTGCATCGCTTCTGCCCAAGCTGGCGCATGTACTCCTGCAATCCTTTCCTGGACTGCTCGGGGCTTCCGGCAGCTTCGAAAGCGCTCCACTCCTATCATCCGCGCTACAACTCATTCAAAAGGCAAAGTTGTACATAAGAGACAATCTCAGCGGGCCTGTGTCACTACCCGAAGTGGCGGCTTACCTGAATGTGTCCGAGCGGCAATTATCCCGATTGTTTGCGGAGAGCATTCATGAATCCTTTACCACTATGGTTCGCACCGAACGAATCCGGGCAGCCGAGTTAATGCTCCAGCACACCCAAGATCCCATCAAGGTGATTGCAGAGCGAACCGGGTTCTCATCCGTTCATTACTTCACAAGACTGTTCACCAAGTTCAAGGGCATCCCCCCTGCCGCTTATCGAGCGAAATGGGCCTTAGAGGCGGATCAACAAGAATGA	MYHWSQSEERLNRYAGRLEGESLSFLVHYWGTVRHLTANSIHRHSFYEICYVDGGTGVYTDENQTYPLYEGVAFCTRPGRLHQIKDVHDLNLLFVAFEAIEKPSAPDVSVKYMEALDRCAVWTEHAGESPATQIWKSMLIRSESDDSLPASLLPKLAHVLLQSFPGLLGASGSFESAPLLSSALQLIQKAKLYIRDNLSGPVSLPEVAAYLNVSERQLSRLFAESIHESFTTMVRTERIRAAELMLQHTQDPIKVIAERTGFSSVHYFTRLFTKFKGIPPAAYRAKWALEADQQE				NA	NA	NA	NA	NA
JZ016_00178	783	ectD_1		Ectoine dioxygenase	ATGATTGACGAGAAGGATGTGCAATTTTACAAAGAGAATGGGTACCTGCTGGTCCGGGGCGTTTATAATCAACAGGAAGTTGAGGATATGAGAGCGGCAGTTGATGGGATCATCCAGAGGGCGGCACGCGCCAAATCGGATCAAAACCATGCCTGGCAAGGTGACTTCCTGCCGCCTGAGCAGCTTAAGAAGCTGGTCCTGAAAGGTTTTCACGATGTGCACTATCATGATGCCGCGTTCATGCGAGCGGCAATCCATCCCCGTATGACAGAAGTTTTGAACGGAATCATCGGACCGAATGTGCAGCTGCATCACTCGAAAATGCTGGTGAAGCCTCCTGCTAACGGGGCCGCGTTTCCCATGCATCAAGACTATCCGTATTTCCCACATCGCGATCACACCATGTTAGCAGCCAGCGTTCATCTCGACGATGCCGATATGGAGAACGGCTGCCTATGCGTTGTGCCGGGGTCCCATAAACAGGGCGTTTTGCCGCATATCGGCGCTTACTATTTGAACCACAAGGAGTATCCATTATCTTCGGGAACCCCGTGCCCAGCCAAGGCGGGCGATGTGCTCTTCTTTAATTACTTGACCATTCATGGCTCGGACGTGAACCGGAGCGATCGAACGCGGAGAAACATCCTATACCAATATCGTGATGCAGCGGATGTCCCTACAGCGGATGTTCACTTCGATTGGGGAATGGGCCTAATGGTAAGCGGAACCAATCCGGATTTCAACAACGTGAAGCCAAAATATGAAATCATCGGTTCGAAGTGA	MIDEKDVQFYKENGYLLVRGVYNQQEVEDMRAAVDGIIQRAARAKSDQNHAWQGDFLPPEQLKKLVLKGFHDVHYHDAAFMRAAIHPRMTEVLNGIIGPNVQLHHSKMLVKPPANGAAFPMHQDYPYFPHRDHTMLAASVHLDDADMENGCLCVVPGSHKQGVLPHIGAYYLNHKEYPLSSGTPCPAKAGDVLFFNYLTIHGSDVNRSDRTRRNILYQYRDAADVPTADVHFDWGMGLMVSGTNPDFNNVKPKYEIIGSK				NA	NA	NA	NA	NA
JZ016_00179	1758			hypothetical protein	ATGAAACTTCAGGCTCCGGGCAAAGCATCGAAATGGTTTGTATATCAGAAAATCGTCATCGTTTTTATTCTATTATTACTTCCTCTCATCTCGATGAATATTTGGTTGAATTATAAGGGGATGTCCGTTACGAAGGAGTCCCTCTTGAACTCCGCGACGGCGGGCGCATCCTTCTATTCCAAACAGCTCGATAAAGAGATGTATTTTATCCGGAATTTACAGCTGCAGCTGTTAAATGACAAGGATCTGCAGAAGCTGAGCTTTCGGGGCAGCATGCTGGAAGACTATGAAGAGGTGGAGCTTATTGACCAGGTCAGGGATCGGCTTGCAACCCTCATGGTCTCCAGCGAGTACATTGTAAGCGCCGGTGTTTACGTAAAAGATATCGGGAAAACGATCTCCACCACAACGGGCGTAACCAACACGCCCAATAAGGAAATGGAACGGATATCTTCCATGATGTCGGTTATGCCCAAGCCTTCTTTTTACCGCAGCGGTGACCGGATTTTTCTGATTGAGACCGAAAACAACGGCGGCATCTGGTCCTACATCGAAATTTCCAGATCCAAGCTGCTGGGGGCTTTAAGCGAAATTGCCAAGCTGTATCCGGAATCCGAAGTATTACTCGGGAGTAAAGAAGGGGGGACCATATTAACGACAGCTTCGCGGGATGATGAGTCATCCGAGATTTTGAGTCATATCCTGGACAATCCCAGCCCGGAACAAAGTGTATCGGGGACGGGGGAACTGGATGGCGTAGACTATTTTATCATCCAGAATGAAGTTAGCGCGCTGCATCTGTCCCTGGTCATGTATGTGAACCAAAATGAAATCACGCGGCCTTTAAGCCAATTCATTACATGGTTTTATACGTTGTTTATTCTAGCGGTGACCGTCATGGTGCTCTATTCGTTCTCGGTTAATCTGATGATCCACAGGCCTCTGTCCAAGCTTGTCAAAGCCTTTCATATGATCGAAACCGATAATTTGAACATCATGATCGATTCCAGAAGCAAAGATGAGTTTCATTACGTATTTAACGGGTTCAACAGGATGGCGCATAAGCTCAAACATTCGATTGAGGAAAACTATGAGCAAAAATTAGCACTGCAGCACTCGCAGCTGAAACAGCTGCAGTCCCAGATCAATCCGCATTTTCTATATAACAGCTTCTTCAATATTTATATGATGTGCAAGGTTGGAGACTCGGACAGCGCAGCGGAGCTCTCGCAAAAGCTCGGAAGCTACTATCAATACATCACGAGAAGCGGCTCCGACGAGGTTCCTTTCTATACGGAATACAAGCATGCTCTCGATTACTGCGAGATTCAAGGCATCCGCTTCTCGAACCGGATAACATATGAGCATAGAGAAATTTCGGGCATCCCTCCGTTCATTACCGTTCCGAGACTCATCATACAGCCTATTGTAGAAAATGCGTTTGAGCATGCGTTCGAAGACGGCATGGAGGAGGGGAAATTGTACATCAGCAGCGATTACCGGGAAGGACAATTGCGCGTGACGGTGGAGGATAACGGGAAGTTGCTAACGAATGACATGCTGCAGCGTTTGCAGGATAAGCTTGCGATGGATTCGAAGCATATTGAAAAAACAGGTTTGGTCAACGTGAACAACCGGCTTCAGCTTAAATACGGGCCAGGCAGTGGATTATTCATCTCGCGCAGCGCCTATGGCGGCTTAAAGGTGGATCTGATCATGATCATCGATGGGATAGAGGAGGGGCATCATCATGTATAG	MKLQAPGKASKWFVYQKIVIVFILLLLPLISMNIWLNYKGMSVTKESLLNSATAGASFYSKQLDKEMYFIRNLQLQLLNDKDLQKLSFRGSMLEDYEEVELIDQVRDRLATLMVSSEYIVSAGVYVKDIGKTISTTTGVTNTPNKEMERISSMMSVMPKPSFYRSGDRIFLIETENNGGIWSYIEISRSKLLGALSEIAKLYPESEVLLGSKEGGTILTTASRDDESSEILSHILDNPSPEQSVSGTGELDGVDYFIIQNEVSALHLSLVMYVNQNEITRPLSQFITWFYTLFILAVTVMVLYSFSVNLMIHRPLSKLVKAFHMIETDNLNIMIDSRSKDEFHYVFNGFNRMAHKLKHSIEENYEQKLALQHSQLKQLQSQINPHFLYNSFFNIYMMCKVGDSDSAAELSQKLGSYYQYITRSGSDEVPFYTEYKHALDYCEIQGIRFSNRITYEHREISGIPPFITVPRLIIQPIVENAFEHAFEDGMEEGKLYISSDYREGQLRVTVEDNGKLLTNDMLQRLQDKLAMDSKHIEKTGLVNVNNRLQLKYGPGSGLFISRSAYGGLKVDLIMIIDGIEEGHHHV				NA	NA	NA	NA	NA
JZ016_00180	1344	rhaR_2		HTH-type transcriptional activator RhaR	ATGTATAGACTGTTGATCGTAGACGACGAACCTGTCATCGTTAACGGCTTGGTTCAGCTATTTCAGGAGCATGCACAATTGGAACTGGATGTATGCAAAGCTTATTCCGCCAAGGAAGCGCTGGAGATTGCCATGAGAGTGAAGCTGGACATTCTCGTCAGCGATATACGAATGCCCCATAAGAACGGGCTTCAACTGATAGATGAAATTACATACTATTGGCCGCATTGCCGAATCATTTTCTTGACCGGTTACAGTGAATTTGATTATGTACATGAAGCACTGCGAAAAAACGTGGATAATTACATCCTGAAAACCGAAGGAATCGATCCGATTTTTCAAGCTGTTCAAGAGGCCTCCTCAAAGCTTGATGAGGAGAATCGTCGCAGAATCCAGGCGGAAAAGGCAAAAGTGCATTTTCAAATCGCCGAGCCTCTGCTGAAACGGGAGCTGATACGTAAGGTATTGAAAGGAGAACCTGTTCATCGTTTATTGTCCGAGCCTCGCTATGAAGAAGTGGAGTTCCGCATTGATGTAGACCAGCCGGCATTCTTTATCATGGGAAGGATCAGGGGCGCAGCGGAGACGAAAACAAAGGATGTGGCGCAAGCTGTTCAGATGACGTTTATCAACGATTTGCCCTCCTCATTTACATGTGAGCATGCTGTTCTGGACGATGCCTTACAGGTATGGCTGCTGCAGCCGGATGCGGAGCTTCGGAATCGTTTTCGCGGGGATGAGCCGGAGTATGAGCTGCATTGGCACAGGTTTATATCCTATATGAAGGGCATCCTGGAGCTGGTTCAAAATGAATGCGAGGAACTGCTCGGTGTTCATGTTTCTTTCGGGATATCCGGCAATCTGCTACATAAGTGGGATACCTCGGGGCAGCAGCTTGATGTTATACAATCCATGCTGCAGTGCAGGGCTGCGCTTGGTCAAAATATGGTCATTGTGGACATTGAAAAGGCTAAAGAGCTTGAAGATAACGGGCGAGATTACGACCGGTTCAAGCAGGATGATATGAAATTCGATGTGATCGACCAGATCCATAACTATATTTTGGAGCATTTATCCGGGGACGTCTCCTTGACCGCGATTGCGGAGGAAGTCCATTTTAACCCGTCCTATCTGTCTCGCTACTACAAGCAGCTGACAGGGCAGAACCTGCTGGAGTATATCCAGTCGAAGAAGCTGGAGGGAGCGCTCCATCTGATGCTGCATACGAATATGAAACTGCAGGAGATTGCCACTCGGCTCGGATTCGAATCTGCTTCTTATTTCACGACATTTTTCAAGAAAAAGATGGGGGTTTCCCCTCAGGAATACCGAAATACCCAATAA	MYRLLIVDDEPVIVNGLVQLFQEHAQLELDVCKAYSAKEALEIAMRVKLDILVSDIRMPHKNGLQLIDEITYYWPHCRIIFLTGYSEFDYVHEALRKNVDNYILKTEGIDPIFQAVQEASSKLDEENRRRIQAEKAKVHFQIAEPLLKRELIRKVLKGEPVHRLLSEPRYEEVEFRIDVDQPAFFIMGRIRGAAETKTKDVAQAVQMTFINDLPSSFTCEHAVLDDALQVWLLQPDAELRNRFRGDEPEYELHWHRFISYMKGILELVQNECEELLGVHVSFGISGNLLHKWDTSGQQLDVIQSMLQCRAALGQNMVIVDIEKAKELEDNGRDYDRFKQDDMKFDVIDQIHNYILEHLSGDVSLTAIAEEVHFNPSYLSRYYKQLTGQNLLEYIQSKKLEGALHLMLHTNMKLQEIATRLGFESASYFTTFFKKKMGVSPQEYRNTQ				NA	NA	NA	NA	NA
JZ016_00181	1725	lipO_1	COG1653	Lipoprotein LipO	ATGAGATGGATCAAACTAGCGAAGATGATGTTGATTAGCACGATGACGCTTTCGGTAATGGCTGCATGCTCGAATCAGGTAAAAGAATCTGAAGGGACGCCGGTCAAAACCTCTACAGAGGGTGCAAAAACCAATACAGCACCGCCCGACCCTCTAGGCAAATATCCTGAAACGGTCACGGTCACGCAAGTGCTCGGCTACAATCCGCCGGAGGATCCGCGGACGCCGCAAGGGATTACACCTGAACAGAATGCTTACTTCAAAGATCTCAAAGATATGCTGAACATTGAGGTTCAGTACAAATGGACGGTGCCTTCCAGCCAGTTTGAACAGAAGTTTTCATTAGCCATGGCTTCGGCGGATCTGCCGGATGTGATGGAACTGGACCAGAAGAACTTCGAGAAGCTGAAGAAGCAGGGGATGCTTGCCGATCTTACCCAAGCTTACAACGACTTTGCTTCACCAGCACTGAAAAAGTACATGGAGTCTGACGGCGGATTTGCGATGAAGACGTTTACGTCGGAAGGCAAGCTGCTCGCGATTCCCGGATTTGAGGATCCTTTCCTGTCTACCCAGCTGCTCTGGATCCGGAAGGACTGGCTCGACAACCTGAATTTGCAGTCGCCGCAAACCATGGATGAGCTGGAACAGGTTGCAAGGGCTTTTGTGCAGCAGGATCCGGACCAAAACGGTAAAAGTGACACGTACGGTATCGCGATGCAGAAGAATCTGTTCTTCTGGGGCTTTGACCTGAGAGGTTTCTTCAATGGATTTGGCGCTTATCCGTCCATCGGGGACAATCAGTCGGCCTGGATTAAGGACGACAGCGGCAAGCTTATACCTGGACTCATTCAGCCGGAAGTAAAGACCGCCCTGGGCAAGCTTCAGTCCTGGTACAAGGAAGGAATTCTGGATAAGGAATTTGCCTTGAAGGACGAGAACAAGTCCGTTGAAGATATTACCGCAGGCAAGGTCGGCATTTCCTACGGCGAATGGTGGTATCCGAACTGGCCATTGAATCTCAATGTCGATAAAGATCCTAAGGCAGAATGGATTGCCCTTCAAATTCCCGGGCTGGATGGACCCGGGAAGTCGATGGTGCCCAAAATTCGCAGCAACAAGCTCGTGGTCGTGAACAAAAAAATGAAGAATCCGGAAGCTGCCATTAAGATGATCAACTTCTACATCGAGATGGGCAACAAAAAGTACATGGATCAGAATAAAGCGGAAAAAGGATATGTATACAATTGGTTCAACCCACGGATTTATAATCCGGCCCAAATCGATACGATCTATACGGAAGTAAACAAAGCGCTTGACGCGAACCAATCGGAAATCACGCTGGATGACGAGAACTACAAAAATGTGGCCGACGTCTTCAAAGCAACAAAGGATTACCTTGCCGGTAATACCGCAGATGCCTCGAAAGGCGTGAATTGGGGCCAGTATTTCAGTCGGGCGGCGAAAGACGGCGGCTGGGGAATGACGCGTCAAATCAAAGAAAATGAGGCTTATGTGAACAATGAATTCTACGGCCTTCCTACAGCAACGCAGGTGGAGAAGGGATCCCAGCTCGATAAACTGATGCAGGAAACCTTCACCAAGATCGTTATGGGTGCTTCGCTGGACGAATTTGATAAATTCGTTCAGAGCTGGAAGTCGCTTGGCGGCGATCAGATTACGCAAGAGGTCAACGATTGGTACGGCCAGCAGAGTGCCAAATAA	MRWIKLAKMMLISTMTLSVMAACSNQVKESEGTPVKTSTEGAKTNTAPPDPLGKYPETVTVTQVLGYNPPEDPRTPQGITPEQNAYFKDLKDMLNIEVQYKWTVPSSQFEQKFSLAMASADLPDVMELDQKNFEKLKKQGMLADLTQAYNDFASPALKKYMESDGGFAMKTFTSEGKLLAIPGFEDPFLSTQLLWIRKDWLDNLNLQSPQTMDELEQVARAFVQQDPDQNGKSDTYGIAMQKNLFFWGFDLRGFFNGFGAYPSIGDNQSAWIKDDSGKLIPGLIQPEVKTALGKLQSWYKEGILDKEFALKDENKSVEDITAGKVGISYGEWWYPNWPLNLNVDKDPKAEWIALQIPGLDGPGKSMVPKIRSNKLVVVNKKMKNPEAAIKMINFYIEMGNKKYMDQNKAEKGYVYNWFNPRIYNPAQIDTIYTEVNKALDANQSEITLDDENYKNVADVFKATKDYLAGNTADASKGVNWGQYFSRAAKDGGWGMTRQIKENEAYVNNEFYGLPTATQVEKGSQLDKLMQETFTKIVMGASLDEFDKFVQSWKSLGGDQITQEVNDWYGQQSAK	PGPT0017245_336	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00182	891	yteP_2	COG4209	putative multiple-sugar transport system permease YteP	GTGAGAACGCTGAAAAAAGAATATCTGCTGCATTTGATGTTGCTGCCTGGAGTTATCGTCACGTTAATTTATGCTTATGGGCCTATGGCCGGTCTCGTGATGGCTTTTCAACAGTTTGAGCCGCTGGCCGGGTTCTTCCACTCGGATTTCGTTGGCTTTGATAATTTTCGATATGTATTTGAACTGCCCGATTTCAAGCAGGTACTGTGGAACACCATTGTCATTTCCGTATTTAAAATGATTTTGTTTTTACTGGTGCCTCTGATCCTGGCACTGCTTCTCAACGAAGTTACCCGAAGATGGTTCTCGCGCTTTATCCAATCCGCGATCTTCCTGCCATTCTTTCTGTCCTGGACGGTGCTTGGAGGCGTCATCATAGAATTGTTCTCCTTGAATGGTCCGGTAAACGGCTTGCTGGGTGCGCTCGATATGGAACCGATCATGTTTATGCTGGATAACCACTGGTTCCGTGGGATCATTATCGGTTCGGACGTATGGAAAGGAATGGGCTATAACATGATTGTTATGCTCGCAGCCATAACAGGAATCCATGCAACATTGTATGAAGCTGCAGAAGTAGACGGAGCGGGAAGATGGAAACAGATGATTCATATTACGCTTCCCGGCATGGCACCGATTCTCATCCTGCTGGGTGTATTAAGTCTTGGCGGAATTCTCAATGCCGGTTTCGAACAGATTTTGATTATGTACAACCCGACGGTTTATGAAGGTGCGGATATTATCGATACCTTCGTCTATAGACTCGGAATGTTCAGTCAGCAATTCGGACCTGCCGCCGCAGTCGGCTTCTTTAAATCCGTCATCTCCCTGGCACTCGTGGCTGTGACGTACTATGCGGCTTATAAATATAACAATTATCGGATCTTTTAG	MRTLKKEYLLHLMLLPGVIVTLIYAYGPMAGLVMAFQQFEPLAGFFHSDFVGFDNFRYVFELPDFKQVLWNTIVISVFKMILFLLVPLILALLLNEVTRRWFSRFIQSAIFLPFFLSWTVLGGVIIELFSLNGPVNGLLGALDMEPIMFMLDNHWFRGIIIGSDVWKGMGYNMIVMLAAITGIHATLYEAAEVDGAGRWKQMIHITLPGMAPILILLGVLSLGGILNAGFEQILIMYNPTVYEGADIIDTFVYRLGMFSQQFGPAAAVGFFKSVISLALVAVTYYAAYKYNNYRIF	PGPT0017250_2749	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00183	888	lacG_1		Lactose transport system permease protein LacG	ATGCACAAACCAACGATCAGCAGAAGGCTGTTTGTAATCTTGAATACGCTGGTTCTATCCGCAATCACCTTGCTCGGCATCATTCCGTTCATTCATTTGCTCTCGATTTCGTTAAGCTCGAATACGGCGGCGATGGCGGGAGAAGTGAGGCTCTGGCCCGTCGGCTTCAACCTGGATGCTTACCGGTATTTGGGTGAAAAGGTGGAGTTTTTTCGATCGTTTCAGGTTTCGCTTACACGGGTTGTATTAGGAACGGCGGTGAATATGTTTTTGGTATTCATAACCGCATACCCCTTATCGAAATCCAATTATCAATTTAAGTTCCGAACGCCGTACGTGTGGTTTTTTGCCATTACGATGTTTTTCGGCGGGGGCTTGATTCCCACTTATATGATCGTAAAGAATACCGGCTTGATTGACTCCGTATGGGCGCTGATTCTTCCTGGGGCGCTCAATGTTTGGAACATGGTCCTCATGTTGAACTTCTTCAGAACGATCCCGAAGGAGCTGGAAGAGGCTGCAACGATTGACGGCGCCGGACACTGGAGAATATTATGGCGTATCTACCTGCCGGTTTCCCTGCCGTCTATTGCAACGATCGGCTTGTTTACCATCGTGGGACACTGGAATGCCTGGTTTGATGGAATTCTATATTTGAATTCACCGGATAAATATCCGCTGCAAACCTATTTATCCACGCTCATTATGTCAATCAACTCCCAAATGACCTCGATATCGATCGAGCAGATCAAGGCGATGGAGAATTTGAGCGAGAAAACGCTCCGGACTGCCCAAATATTCATGGGAGCGCTGCCGATCATGGTCGTCTATCCGTTCCTGCAGAAGTATTTCGTTAAAGGGATGACGGTTGGCAGCGTTAAAGAATAA	MHKPTISRRLFVILNTLVLSAITLLGIIPFIHLLSISLSSNTAAMAGEVRLWPVGFNLDAYRYLGEKVEFFRSFQVSLTRVVLGTAVNMFLVFITAYPLSKSNYQFKFRTPYVWFFAITMFFGGGLIPTYMIVKNTGLIDSVWALILPGALNVWNMVLMLNFFRTIPKELEEAATIDGAGHWRILWRIYLPVSLPSIATIGLFTIVGHWNAWFDGILYLNSPDKYPLQTYLSTLIMSINSQMTSISIEQIKAMENLSEKTLRTAQIFMGALPIMVVYPFLQKYFVKGMTVGSVKE	PGPT0017255_1701	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00184	1287	iolG_2		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGAATAAAGTTAAGGTTGCCCTCATCGGAGCAGGGCTGCGAGGCATCAATTATATGGAATATGCCCTGCTCCATCCCCATGAGCTTGAGGTGGTTGCCGTCGCGGAACCGAATCAGCAGCGGAGGGAACAGTTTAAAGCTAGGCATGGCCTTGAAGATTCGGCCTGCTTCGAGAATTGGAATGATTTCTTTGCAGGGCCCAAGCTTGCAGACGCGGTATTGATATGCACCCAGGATAAGCAGCATTTCGAGCCGACGATGCGGGCGCTGGAGGCCGGTTACCATGTGCTGCTGGAAAAGCCGATGTCTCCAGATCCCGAGGAGTGCATCCGGATGGGCGAGATGGCTTCGCAGGCCGGGCTGGTGTTTTCTATCTGTCACGTGCTGCGATATACGCCGTTTTTCACAACTTTAAAGGAACTGCTGGAGGGTGAGACCATTGGCCAATTGATGTCGATCCAGCATAACGAGAACGTGGGCTATTGGCATCAGGCGCACAGCTTTGTCCGGGGGAATTGGCGTCGTAAGGAAGATTCCAGCCCTATGATTCTCGCCAAATCCTGTCATGATCTCGACATTTTGCTTTGGCTTGCCGACTCGGATTGCCTTCGTGTATCCTCTTTTGGCTCACTGAGTCATTTTACGGCAGCGCAGGCACCGGAAGGCGCACCCAAGCGCTGTCTGGATGGATGCCCGGTCTCGGATCAGTGTTTCTATTATGCGCCTGATCTATATTTGACAGAGGATACGAATTGGCCAACGTCGGCGATCAGTGATGATATGAGTTATGATGCCCGTTACAAGGCGTTGCTGGAGGGGCCATATGGCCGCTGCGTATACCATTGCGATAATAACGTTGTGGACCATCAGGTCGTCAATCTGGAATTTGCCAACACCGTGACGGCTGCATTTACGATGAGTGCGTTTACGCGAGATGTCAGCCGCACGATCAAGCTGATGGGAACCCGCGGGGAAATCCGCGGCGCCATGGAGAAGAATGAGATCGAGATCATTCACTTCGGCAGCGGCAAGATCGAGCGAATATCTTTTGAGGATAGAGGCGGGCATGTCGGACACGGCGGCGGTGATATGGGCCTGATCAAGGATTTTCTGAGACTGGTGCAGTCAGGGGGAAACGATCAAGGGCTGACTTCGGCAAGCCGTTCCGTTCAAAGTCATCTCATGGCGTTTGCGGCTGAGCAGTCGAGAGTGGATGGAAAGGTCATCTCCCTAACGGAAATTGAGCAGCAGTTTAGCCCATCAATGAGCACGAAGTCCGGGAACTAA	MNKVKVALIGAGLRGINYMEYALLHPHELEVVAVAEPNQQRREQFKARHGLEDSACFENWNDFFAGPKLADAVLICTQDKQHFEPTMRALEAGYHVLLEKPMSPDPEECIRMGEMASQAGLVFSICHVLRYTPFFTTLKELLEGETIGQLMSIQHNENVGYWHQAHSFVRGNWRRKEDSSPMILAKSCHDLDILLWLADSDCLRVSSFGSLSHFTAAQAPEGAPKRCLDGCPVSDQCFYYAPDLYLTEDTNWPTSAISDDMSYDARYKALLEGPYGRCVYHCDNNVVDHQVVNLEFANTVTAAFTMSAFTRDVSRTIKLMGTRGEIRGAMEKNEIEIIHFGSGKIERISFEDRGGHVGHGGGDMGLIKDFLRLVQSGGNDQGLTSASRSVQSHLMAFAAEQSRVDGKVISLTEIEQQFSPSMSTKSGN				NA	NA	NA	NA	NA
JZ016_00185	489			hypothetical protein	ATGGGAACCTGGTATTTTGAAATTGATAACAACGGCACGGCATATAGGCAGATCGTTCTTTATGAGGATGGCAGCTGCATTACATCCAACCGGAAGCACGAATCCTCTCATTTCATGCTGGCGGAGCATCCTCTTAATCCAGAGGAACCCTATTATTCAGAACTCAGTCAAGCTGCATTCGAGGAGCTTTGGTTGGAACAGCTGCAAGCCGGCATGGAGGACTGGCATCAGACCCAACGTTTATTTCCAGTCGGCGCTAAAGTGGAAGGGTTCATCGAGGCCTTTTTTCCGCAAGGCACATTGATTAACTTGTTGGAACCGCGGGCCGTAGGCTTGACTGACACGTGCGCTCTGGAGTCACGCTCCCCTGCTGAATGGATGTACCCTCGTTATCGGGTCATTGCCGAGGTATCCGGTTACGATGAAGTAAACCAATGGGTGCTTCTTGTCAATGCTGAGCTTCCAGGAAGTCAGTTGGACGAGTCTTAA	MGTWYFEIDNNGTAYRQIVLYEDGSCITSNRKHESSHFMLAEHPLNPEEPYYSELSQAAFEELWLEQLQAGMEDWHQTQRLFPVGAKVEGFIEAFFPQGTLINLLEPRAVGLTDTCALESRSPAEWMYPRYRVIAEVSGYDEVNQWVLLVNAELPGSQLDES				NA	NA	NA	NA	NA
JZ016_00186	1158		COG3424	Alpha-pyrone synthesis polyketide synthase-like Pks18	ATGAAACATTCAAACGGTATATCCGATGTTGGGATACTCGGGATGGGCACTGCATTGCCGGTACATTCGGTGGCACAGTCGGATATTGCGGATTTAATTGCTTCTACGCTGCAGGATCAACCCGACCTGGCCCGCTTTGCTCGAAGAGTATTTCGATCCTGTGGTGTCGAAACTCGTTATACTTGTGAATCCAATTACCTTGGTTCATCGGAAGAATGCCGCTATCTGCCTTCCCATGACGAATCGGACATCCCGACTACCGAGGAACGAATGGATACATACAAGCGGGAAGCCCTCCCGCTTGGCATAGAAGCAGCCGAGAAGGCAATGAAAGATGCCGGTATCTCACCGGATCGAATCACGCATCTCATTACGGTCAGCTGCACGGGCCAATACCAGCCGGGCATGGATGTGCTGTTGATTCGCCATTTGGGGCTTTCTCCGCGCGTCAATCGTCTGCCGTTGATATTTCAGGGATGTGCTGCGGGCCTTAAAGCGATTCAAATGGCAAGGGATGTTGTCAGAGGAGCGCCGGCTTCACAGGTTCTGATTGTGTGCGTGGAGCTTTGCACCCTTCATTTTCAGCCGGTCAAGGAGAGGGAAGCGCTTTTTGCTGCTTCGTTTTTCGGTGATGGTGCCTCCTCTTGTGTTATCGGTCACCCGGAAACGGATCATCAACATTATTTGGAGCTCGGCTCGGGTTATTCGGTCGTGCTCCCGGATTCAACGGAGGATATGACGTGGGAGGTAGGCAATACAGGCTTTGATCTTTTTTTATCGCCGCGTATTCCCAAGCTGCTCGGTACTCACCTGGAGGAAGAAATACGTGTTCTGCTGAAAGGAGATAAGCTCCCGGAATTGTGGGCCATCCATCCTGGCGGAAGGGGCATCGTGGATTCTGTCCAAGAAGTCATGGGCCTGACCGATGAACAAACCAAGTACAGCAGGGACATTTTAAGAACAGCGGGGAATCTCTCCTCCGTGACCATTATGTTTGTGCTGAGTGCGATGCGTAAGGAGATGCAAGAGCTGAACAAAACTTCCACCGACGGGGTAGCCATGGCCTTCGGCCCAGGCCTGACCGCGGAGCTTATGCGATTTACCTACATGAAGGCATATACGTCATCGGTCAAGGATCTGGACCATGTCCTTCTTTAG	MKHSNGISDVGILGMGTALPVHSVAQSDIADLIASTLQDQPDLARFARRVFRSCGVETRYTCESNYLGSSEECRYLPSHDESDIPTTEERMDTYKREALPLGIEAAEKAMKDAGISPDRITHLITVSCTGQYQPGMDVLLIRHLGLSPRVNRLPLIFQGCAAGLKAIQMARDVVRGAPASQVLIVCVELCTLHFQPVKEREALFAASFFGDGASSCVIGHPETDHQHYLELGSGYSVVLPDSTEDMTWEVGNTGFDLFLSPRIPKLLGTHLEEEIRVLLKGDKLPELWAIHPGGRGIVDSVQEVMGLTDEQTKYSRDILRTAGNLSSVTIMFVLSAMRKEMQELNKTSTDGVAMAFGPGLTAELMRFTYMKAYTSSVKDLDHVLL				NA	NA	NA	NA	NA
JZ016_00187	723			hypothetical protein	ATGTCCTTCTTTAGAACATTATCCATCCGGGCGCAGGAAGAGGAGCTTATGGATGACTTTTCCATGGGAGGGGAAGAGTTGATCGAAGCGCTGAAGCACTTAAGGCGACTGAATCGAATCTTCGCAGCGCCTGGTCCTACCTTAGATGGCGTGGAGAAGCTTTGGAAATCGATTGGCTGCCCGAGTACCCTTAGCATCATGGACGTAGGAGCAGGTTCAGGCGATGTAAACCAGAAGCTGCTGCAATGGTCGGATCAAAGGGGCATCAAGCTGAATATCACCTTGGTCGATATGACAAAAGAAGCATGCGATGAGGCTAAGCGCTTGTTTACGAACGAACCGAGGATTCAAGTTCGGCGCGCCGATGTTAGAGATTTACCTGATGCATCGGCTGATATTGTGACAGGTTCCCAGTTCATCCATCATTTCCAGGGTAAGCAGCTGGTGGAGATGGTGATGCATATGCTCAGAGCTTCTATTTACGGGGTCGTGATCAATGATATTCATCGGCATCCGGTACCTTATACGGCAGTCTGGCTTACGACGCGTATCATTTCCCGCAATCGTTATATCCGCCATGATGGTCCGTTATCGGTTGCTAAGGGATTTAAAGGGAAGGATTGGAGAGAGTTGAAAAAGCAGCTCAATCACGACACCATGACCTATAAATGGAAGTCGATGTTCCGTTATTCCGTTGTTATCCCGAAACAGGGGACTTGCTAG	MSFFRTLSIRAQEEELMDDFSMGGEELIEALKHLRRLNRIFAAPGPTLDGVEKLWKSIGCPSTLSIMDVGAGSGDVNQKLLQWSDQRGIKLNITLVDMTKEACDEAKRLFTNEPRIQVRRADVRDLPDASADIVTGSQFIHHFQGKQLVEMVMHMLRASIYGVVINDIHRHPVPYTAVWLTTRIISRNRYIRHDGPLSVAKGFKGKDWRELKKQLNHDTMTYKWKSMFRYSVVIPKQGTC				NA	NA	NA	NA	NA
JZ016_00188	1161			hypothetical protein	ATGTCAAAGCAAGCGGATGTCATCGTCATTGGAGCGGGAGTAGCCGGCACTAGCTGTGCACTACAGCTTGCTAAACAAGGACATCGTACGATATTGCTGGACCGGCAATCCTTTCCGCGCCATAAAACCTGTGGTGAATTCATGTCCCCAGAAACCAAAGAGATGCTGGACTATCTAGGGGTCCAATTACGTGAAACGGTTGAGCCTAGTTCCATGGACCACGCCAAAATCGTAATGCCGCACGGCGGTGAGATTAACGCTCCGTTACCGGGGCAAGCAACCGGAATCAGCCGCTATGAACTGGATCGCCTGCTGCATGAGAATGCAGTGAGCGCGGGCGCGGACATTGTCACGGGAACAACCGTAACCAACATTCAGAAGCTGGATAATCATCGGTATGAAGTCGATGCAAGGCAAGGGAATGAGGCCGTTCGATATGAGGCAAGGGCCGTTATTGGTGCGTACGGTACAAAAAGACCACGTAGCGTTGCATCTGCCGAGGCGTATCGGGATGACACCGTGTATGTTGGTGTAAAATCGCATTATAGCGGCATTACGATCCCTGCTCGGGTTGAGCTGTATTTTTGCGAGGGGGGTTATGTCGGAATTTCGCCGATTGAAAAGGGGATGGTCAATGTAGCCGCGTTGCTGACCCTGAAATCAGTGCAGGGCAGCGGCAAATCGGTGCCGGAAATTCTACGGGCCGCTTCACGTACGAACAGAAGGTTAGCCGAACGAATGGCTGAAGGGGAGCCTGTTTCGGGAACCCAGGTATCGATTGCCCCGCTTCATTTATCCAATACGCCGCATCCATGGTCGGAATATCCGCATATCGGCGATGCGTTGTTGATGCTTCCGCCGTTGTGCGGAGACGGGATGTCGGTTGCTCTGCGATCATCATGGCTATGCTCCGACTGGACACACAAATATTTACATGGGGAAATAAACTTCGAACAATGGCGAGACCAATATACGCTTGAAGCTAATCGTACGTTTAAGGAGCTTCTCAGAAGGGCAAGGAGAATTCAGAACCTTGCTTTTGCCAAAACCAACCGCTTCTATCCAGGCATCGCCCGGATGATTCCAGGATTGGCGTCCTATATCGTAAAAGCTACCCGGTTATCCGAAACGGGCATAGGGTATGAATGGATGGATGGATGA	MSKQADVIVIGAGVAGTSCALQLAKQGHRTILLDRQSFPRHKTCGEFMSPETKEMLDYLGVQLRETVEPSSMDHAKIVMPHGGEINAPLPGQATGISRYELDRLLHENAVSAGADIVTGTTVTNIQKLDNHRYEVDARQGNEAVRYEARAVIGAYGTKRPRSVASAEAYRDDTVYVGVKSHYSGITIPARVELYFCEGGYVGISPIEKGMVNVAALLTLKSVQGSGKSVPEILRAASRTNRRLAERMAEGEPVSGTQVSIAPLHLSNTPHPWSEYPHIGDALLMLPPLCGDGMSVALRSSWLCSDWTHKYLHGEINFEQWRDQYTLEANRTFKELLRRARRIQNLAFAKTNRFYPGIARMIPGLASYIVKATRLSETGIGYEWMDG				NA	NA	NA	NA	NA
JZ016_00189	591			HTH-type transcriptional repressor	ATGGGGGAAATTCGAAATGCCGAACGTACACGAAAGAATATTCTTGAGGCCGCAAGAAAAGAGTTTTTCGATAAGGGATATACAGGTGCGCGGATAGAAGTCATTGCAAAAAACGCTGATGTAAAAAAGCAACTGATTTATCATTATTTTAAGGGAAAAGAAGAACTATTAGTGGCTGTTCTAGATCAATTGAAAGTCGATACGCCGGATTGGGCTATCTTCCCTCCTAATCCAGTGGATATTGCGGAGCATCGGTTCCGAATTTTCAGTCAAACTAGAATGGATTTCTTAAGGTTCACCGCTTGGGAAGCTCTTGAAACACAGCCGCAACAAGCTGCAAGAAAACAAAGAAGAGAAGAAACTCTTCAATCCTACGTGGAAGATATCAAATTGAAGCAAGAAGCAGGTCTTATATCAGAGGATTTAGACCCCGAATTGCTAACGTTGGCAATCTCTGCTTTGACTACTTACCCACTTGTCTATGGGGATGTTACCAAGATGATAACGGGCCTCGAACCCGGCGACCCGCAGTTTCAAGAGAAATGGGCGAAGTTTCTCACAAAAATTAGTGAGCTAATATTTAGAAAATAA	MGEIRNAERTRKNILEAARKEFFDKGYTGARIEVIAKNADVKKQLIYHYFKGKEELLVAVLDQLKVDTPDWAIFPPNPVDIAEHRFRIFSQTRMDFLRFTAWEALETQPQQAARKQRREETLQSYVEDIKLKQEAGLISEDLDPELLTLAISALTTYPLVYGDVTKMITGLEPGDPQFQEKWAKFLTKISELIFRK				NA	NA	NA	NA	NA
JZ016_00190	228			hypothetical protein	TTGAAGATACTAACCGTCGTAAGCCATCCGAGAACGAAATCTTTAACCTTTGCGGTTTCTGAGAACTTTGTACAGGGTCTTACAGATTCAGGGCATAAAACGGAAGTTTTGGATTTACACCGCATCCATTTTAACCCCGTATTATGGGAGGCTGATGAGCTCGATTGGTCTGCTGACCATAAAGTCTATTCGTCGGAAGTAGAAACTGAAATGGAACGGATGAAGTAG	MKILTVVSHPRTKSLTFAVSENFVQGLTDSGHKTEVLDLHRIHFNPVLWEADELDWSADHKVYSSEVETEMERMK	PGPT0009455_2267	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355	NA	NA
JZ016_00191	633	yodC_1	COG0778	Putative NAD(P)H nitroreductase YodC	ATGACGACAGTAGCAGAAAACAATGTTATCCATGTTATGAAACAACGCAGCAGTATTCGTAAATATCAACAAGGGGTCGATATTCCTCAAGAGACGCTGAATCAGATTTTAGAAGCAGCGGCCACCGCTCCTTCAGCATGGAATCTTCAGCATTGGAAGTTTCTTACCATCCAGGATCCGGAAAACAAAAGTCGTATACTGCCTATCGCATATAATCAGCAACAAGTTGTTGACGCTTCGGCAGTAATTATTGTACTCGGTGACACGAAAGCGAATGAAAATGCTGAGATCGTATATGGGGAAACAGTTCGTGCAGGCTTCATGACAGAGGAAGTTAAAAATCAAATCGTCAGCTCTATAGATAGTTATTACGAAAGCAACGAACATGCCGGGACACATGATGCTATTCGAAATGCAGCCTTTGCAGCAATGCAGCTTATGTTAGCCGCTAAGGCGCATGGAATTGATTCAGGCCCAATGGGAGGATATGATGCAGAAGCTTTAAGGAAAGAATTAAATATTCCTGATCGTTATATTCCGGTGTTAATGTTAACTTTAGGTTATGCTGAACAACCGGCGCATCAAACGAATCGCTTCCCCTTGGATCAGTTAGTTATCCGTGAACGGTTTTGA	MTTVAENNVIHVMKQRSSIRKYQQGVDIPQETLNQILEAAATAPSAWNLQHWKFLTIQDPENKSRILPIAYNQQQVVDASAVIIVLGDTKANENAEIVYGETVRAGFMTEEVKNQIVSSIDSYYESNEHAGTHDAIRNAAFAAMQLMLAAKAHGIDSGPMGGYDAEALRKELNIPDRYIPVLMLTLGYAEQPAHQTNRFPLDQLVIRERF	PGPT0028511_11	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028511-yodC-NA	NA	NA
JZ016_00192	465			hypothetical protein	ATGGATAAGAACATTTTAGACACTAACGTCATCGCTCAAATCGGCTTGGTTGTTAATGACATTGAAGCAACGAGTCAGGCATATGCCGATTTCTTCGGCATAGAGAATCCCGGGTGGTTCTGGTCGGATATATTCGATATCGAAAAAACCGAGTATAATGGCATGCCCACGGAAGCGCGAGCAAAGCTATCTTTTTTCAAACTGGGATCGATCCAGCTGGAGTTGATCCAACCGGACCATCATCCGAGCACATGGCGAGAAAGTTTGGATCGGAACGGTGAAGGCTTTCATCATATCGCTTTTCATGTAAATGGCATGAAGGAGAAAATCAGCATACTGCAGCGCAACCAAATCCCCATCCAGCAAAAAGGGGAAAATGCCGGGGCAGATTACGCTTATGCCTACATGGATACGGTTCCTCAATTGAAACTGCTAATTGAGTTGCTTGAACAGGAGAAACGTTAA	MDKNILDTNVIAQIGLVVNDIEATSQAYADFFGIENPGWFWSDIFDIEKTEYNGMPTEARAKLSFFKLGSIQLELIQPDHHPSTWRESLDRNGEGFHHIAFHVNGMKEKISILQRNQIPIQQKGENAGADYAYAYMDTVPQLKLLIELLEQEKR				NA	NA	NA	NA	NA
JZ016_00193	549			hypothetical protein	ATGCAGGATGGACAATATTCATCTAACCCGACGGGTGTTATTCGAAGTACTCTTGATTTTCAGTTCCAAATCGCTTGGCAGATGCTCAACTTGCATCTTACGGGGCTTCAAGATGAGGAATTTCATTGGCGACCGGCTTCCAAGGGGCTCCATGTTTATCGTGAATCTGGAATATGGCTGGCGGAATGGCCTGAATCCGAGGAGTATGGAATTGGCCCGCCGAGTATTTCTTGGCTGACATGGCATATCACATACTGGTGGTCGATGGTACTGAATCATTCGTTCGGCAACTGGACATTGGTCCGTGAAGACATCCTTTCTCTGGGCAACATCCAAGAGACCAGAGATCAAATACATGAAATGAGCTGCGAGTGGAAACGTCAAATTTCAGCTTTGACGGATGATTCGTTCCTTTCAACGGAACGGACTTTGTGGCCTTTCACGAATAAGCCTTTCCATGAATTGGCGGCCTGGCTAAATCTAGAACTGATGAAAAATACGGCCGAGATCGGTTATTGCCGTTTCCTTTATGCTGTTCACAAGCAATAA	MQDGQYSSNPTGVIRSTLDFQFQIAWQMLNLHLTGLQDEEFHWRPASKGLHVYRESGIWLAEWPESEEYGIGPPSISWLTWHITYWWSMVLNHSFGNWTLVREDILSLGNIQETRDQIHEMSCEWKRQISALTDDSFLSTERTLWPFTNKPFHELAAWLNLELMKNTAEIGYCRFLYAVHKQ				NA	NA	NA	NA	NA
JZ016_00194	798			hypothetical protein	ATGCGTATACAGTATGATCGTTTTCCGAATGGCACCAGAAAAGCCTTGACCCTCAGCTTTGATGATGGCCGCGAATATGATCGCAGATTGGTCAAGAAGCTGAACGATTACGGAATTCGAGGCACGTTTCATTTGAACAGCGGCACGCTCGGTAAGAAAGGGTATATCGATGCCTCGGAAGTGGATTCATTGTACTCGGGGCATGAGGTATCTGCGCATACCGTGGATCATCCTTTCCTGGAACAAACGCCGCCGGAACAAGTGATTGAACAGGTTATGGAAGACCGGAAAGCGCTGGAAGCTCTGGTTCATTACCCTGTAAAGGGAATCAGCTATCCCTTCGGCACCTATAATGATCAAGTAGTCGGTCTACTTAAGAGTGTCGGTATTGAGTATGCTCGGACGGTAAACAGTCATGGCGCATTTCATAAGCCGGATGATTGGCTTCGTTGGCATCCGACTTGTCACCATAAGGAAATGGTGGAGTATGCGGAGAAGTTTGTACATATGCAGCAGATGTATTCTAAGATGGCCATCCTATATGTATGGGGACACAGTTATGAGTTTGAGAATGATCACAACTGGAATCTCGTAGATCGCTTCGGGGAGATAATCGGTGGACGTGATGATATCTGGTATGCCACGAATGCTGAGATATATGCTTACTGCAATGCCTTGAGTAAACTTCGTTTCTCGGCGGATTGCCGCATGATCCATAACCCAAGTGCCGAATCCGTGTGGATTAGTGTAGATGGCGAATCGCTAGAACTACAGGGGGGCCAAATCACTCGGCTATAG	MRIQYDRFPNGTRKALTLSFDDGREYDRRLVKKLNDYGIRGTFHLNSGTLGKKGYIDASEVDSLYSGHEVSAHTVDHPFLEQTPPEQVIEQVMEDRKALEALVHYPVKGISYPFGTYNDQVVGLLKSVGIEYARTVNSHGAFHKPDDWLRWHPTCHHKEMVEYAEKFVHMQQMYSKMAILYVWGHSYEFENDHNWNLVDRFGEIIGGRDDIWYATNAEIYAYCNALSKLRFSADCRMIHNPSAESVWISVDGESLELQGGQITRL	PGPT0018645_3120	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_00195	453			hypothetical protein	ATGCCAAGTGTCCAAACGTTCAAAGCAACTGCCCATTTGCAAGAAGGGGTCACGGTTATTACTAATGTAAGGCAGTTCGAATTCGTCATCGATGAGCCGAAAAGCCTTGGAGGTACGGATACCGGAATGAACCCCGTTGAAGCTCTGCTGGCCTCCCTGGGGGCATGCCAATCGATGGTGGCCCGTGTATATGCGCCAAAATTCGATGTTATCTTCAGGGTTGACGTAGAAGGAGATCTTGACCTGGACGGATTCTTTAACCGCTCTGACGTACGCCCAGGGTACTCTGATATTCGATACACCTTCTACATCAAAACCCCTTCGTCCGCCGATAAGGTTGAACAATTCGTTGAATTCCTGGAGCGTAAGTGCCCTGTAGGCGATACAATAGCGGCGCCGGTAAATTTGAAGTTAAATCGTATCGTCATCGAGAACGAAGTGATAAACTCTTAA	MPSVQTFKATAHLQEGVTVITNVRQFEFVIDEPKSLGGTDTGMNPVEALLASLGACQSMVARVYAPKFDVIFRVDVEGDLDLDGFFNRSDVRPGYSDIRYTFYIKTPSSADKVEQFVEFLERKCPVGDTIAAPVNLKLNRIVIENEVINS				NA	NA	NA	NA	NA
JZ016_00196	246	mscL_1	COG1970	Large-conductance mechanosensitive channel	GTGGATCTATCAGGACTAAAGGCGACAATCGGGGATGCAACCCTAACGTATGGAGTATTTCTTCAAACGGTCGTGGACTTCCTGATCGTCTCCTTCTCGATCTTCATGTTCATCCGTACACTTAACCGCTTCAAACGCAAGGAAGAAACGAAGGCGGAAGAGCCGCCGACTCCATCGAAGGAAGAACTGTTGTTGACAGAAATTCGCGATTTGCTGAAACAACAAAATAAGGCTTCCGAAAAATAA	MDLSGLKATIGDATLTYGVFLQTVVDFLIVSFSIFMFIRTLNRFKRKEETKAEEPPTPSKEELLLTEIRDLLKQQNKASEK	PGPT0013771_2332	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013771-mscL-K03282	NA	NA
JZ016_00197	171	mscL_2	COG1970	Large-conductance mechanosensitive channel	ATGAATTTATTAAAAGAATTTAAAACCTTTGCGCTTAAAGGTAACGTACTGGATTTAGCCATTGGGGTTATCATTGGTGCTGCTTTTGGCAAAATCGTATCTTCCTTGGTGAGTGATATCATTATGCCGGTTATTGGATTGATTCTTGGGGAGTGGATCTATCAGGACTAA	MNLLKEFKTFALKGNVLDLAIGVIIGAAFGKIVSSLVSDIIMPVIGLILGEWIYQD	PGPT0013771_2404	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013771-mscL-K03282	NA	NA
JZ016_00198	1539			hypothetical protein	ATGAAAGAAGATAACCCCTCCCCCCCTCCTTTAATTGAACACATTAAAGGACAAGTCAAAGACCTCGCAACAAACGTAAGGAGCGATGCTTCTGACTCCCTAACACACATTGATAACTCTATTGGTACAGGTAAAGAAATAATAATTCCAGAAGGTACATTTGTTATTAACAACGAAATAATAATTTCTCATCCAGTAATAGTTCGTGGACAAAAAGGCAATAAAATTGTCAATACAAATCAGAATGCAAATGGTGATGTGAAAATCAATTCTAATGATGTTACTATAGAAAGCATTAATCTTAGTGGAGGCTCAAATATACAGGGAATCTACATGAAGTCTATAAAAGGACTTAAGATCCAGCACAATAAGATTTCAACTAAAAAGAATGGACTACACATCGATTCATCTACAGTAGAAGATATCGATATATTTCACAATGATATTTCATCACAAGGTTTTGGAATTCTTACCAATCATAACTCTAGAAACGGAAAAAATCTAAATATAGCATTCAACAAGATATACTCAGCAACTGCGGATGCAATCGAACTAAACAACCCAACTTCTCTAAGCGAGTCGGAATCCGATTCATTCAAACAAGTGAAAATTATTGGGAACACACTTGTCGCTGACACTATTGGAAGTGGCCCAACAGCAGGTTTTGCCATTGGAATTGCTAATACAAGAGACGTAGTAGTTATTGGAAATATAACTGAAATCTCACGTAGAGAAGCACTCCATATCGAAGACAATCAAGAAAATGTTATTGTAATGGGAAATGTTTTTAATGGATGCTTTGGTGACGGTTCAAGGATATTGCCAATGACAGGTGCTCGATTGCCCATGGTTACAAACAACTTTTTCATTAAGCACGAAATGACAAAAACAGGTATAGGGTTATGGAGAGTATATGATAAAAACGGATGTTTGGATGTTAATGTCTCGAATAATTACTTTAAAGGTTTTAATATTGGATTGTGGTTAGATGGAAGTTCCTTTGCACAAGTAGAAGGAACAGTAATTGAAGACTGCAATGTTGCCATCAAAACTGGTGTTTCAACAAAAATTGTAGGCACCGTGATATCAAAAAATACACCTATTCTAATTCAAGGCTCATCAGGTAGTGTCATAGATGGTATTGTTTCGCTTTCAAAGCCTACTAAAGTTATAGAATTCATTGGAGCTACAGGTCAAACTGGAACTACCTTAAAAAGCCTAAGAGCCGTTACTGAGACAATAACCTCAAATCCAACTGCCTCTAACATCATTGAATTATTTCCTGTTGGAGATCTAATGAAGGGCAGACTACAAGTTACGAATGATGGTTCGAACAATCTAATGTTTGATTGCGATCTTTTATGGGACGGAAATGACCTAAAAATAACAAATATGATTCAAAAGGCTTCAGGAATCTTTGGTTCTACCATCAAGATACTGATCTCGAATAATCATGTTGCATTCTCTGTATATACAGCAAGCTCACAGTCCTTTATTTTCTCCTATACATTTGAGGGGACTTATTATAAAGAAACTTAG	MKEDNPSPPPLIEHIKGQVKDLATNVRSDASDSLTHIDNSIGTGKEIIIPEGTFVINNEIIISHPVIVRGQKGNKIVNTNQNANGDVKINSNDVTIESINLSGGSNIQGIYMKSIKGLKIQHNKISTKKNGLHIDSSTVEDIDIFHNDISSQGFGILTNHNSRNGKNLNIAFNKIYSATADAIELNNPTSLSESESDSFKQVKIIGNTLVADTIGSGPTAGFAIGIANTRDVVVIGNITEISRREALHIEDNQENVIVMGNVFNGCFGDGSRILPMTGARLPMVTNNFFIKHEMTKTGIGLWRVYDKNGCLDVNVSNNYFKGFNIGLWLDGSSFAQVEGTVIEDCNVAIKTGVSTKIVGTVISKNTPILIQGSSGSVIDGIVSLSKPTKVIEFIGATGQTGTTLKSLRAVTETITSNPTASNIIELFPVGDLMKGRLQVTNDGSNNLMFDCDLLWDGNDLKITNMIQKASGIFGSTIKILISNNHVAFSVYTASSQSFIFSYTFEGTYYKET				NA	NA	NA	NA	NA
JZ016_00199	753			hypothetical protein	ATGTCCATACGTCCCGAAAAGAGGCTGAATACGATAATCATAGACGTATATGAGAGAGTGGTGACAAATGTGAAGCTGGTAGATGTGAAAGGCGCCTATGATGTGATCATCAGCTTGGGCAGCTGGTGCGGGCCATCGATCAATTTGCGGCAGCGTCAACTAAGACGCTTTTCTTTCCCGCTTGATTGGATGATAACGAACTCCATTTCGGATGTAACCCGGTTATTGAGCAACCGCTTCATCGGATTTATGGAACTTGAGCATATGCGGAAGATTGAAGGTACTTCAGCTCTTTTGGAGGATGGAATCGCCACGCCTGCTGAAGGGAGACCGTACCATGATGCTCATTTCATACTGGATACGCAATATGATATGATCTCCGTACATGACTTCCCGATTTGGCCCAATCAAGATTGGACGCAATCGTATGCTTCTTATAAAGAGAAGATAAATCTTCGCATTCACAGATTCTATGAAGTTCTAAACAACAGCCGATCCGTTTTGTTTATCAGGTGGGGGGAAGTGAATGCCCCGGAGGCTGCTCTGCTTCATGCCGTCTTATCCTCGTTCGTAGCCGGTACGTGTAATATACTTTTTCTACGAACCATGCATGATATTCAAAATGTGCAAGAATTGGATTGGGGGATCGAAGGCGTTTGCACCCTCCAGGTTCCCATCGACCGTCCTAATGATGAATCCATTTGGAATCACGCGATGGAAGGGCTTTATTTGACCGGCTACTGGAAGGACTAA	MSIRPEKRLNTIIIDVYERVVTNVKLVDVKGAYDVIISLGSWCGPSINLRQRQLRRFSFPLDWMITNSISDVTRLLSNRFIGFMELEHMRKIEGTSALLEDGIATPAEGRPYHDAHFILDTQYDMISVHDFPIWPNQDWTQSYASYKEKINLRIHRFYEVLNNSRSVLFIRWGEVNAPEAALLHAVLSSFVAGTCNILFLRTMHDIQNVQELDWGIEGVCTLQVPIDRPNDESIWNHAMEGLYLTGYWKD				NA	NA	NA	NA	NA
JZ016_00200	108			hypothetical protein	ATGATGAGAAATGTGATGATCATTTTATTTGCAATTACAAGCATTATGCTGATGGGGACGTGCAGGGAACTGGAGTTAGAACAAGCAGAATGCGGGGAGATGCATTGA	MMRNVMIILFAITSIMLMGTCRELELEQAECGEMH				NA	NA	NA	NA	NA
JZ016_00201	888			hypothetical protein	ATGAGTTTGTTAAAAGAAAAAATATTGCAATCGGCTATTCGTTCCTTTGCCGAAAAAGGATACCAAGCGACTTCGATTCAAGATATCGCGGATGATTGCAGCATTGCTAAAGGCTCAATCTATAAATACTATGGTTCCAAAGAAGAGCTATACATCCGTATTCTGGAGAAACGACAGCAGGATATGATTGATGCCGTAGAACAGATCCGCAAAAAAGGGTTATCCCGCAGGGAAACATTTCTTGAAGAGATCGCTTATCAGTTCGATTTTTTCATCGAGCATGGATATTACATATCGCGTGATCATAACGAGCTCCCGCCGGCGAACAGTGACAAGATCGGTACCGTCATCCATCAGCTTCAATTGAATATGTTTCGTTATTACCAGGATATTTTACTCCGTCATTACGGGGATTCGATAGAGGAATGGAAATGGGATGCTACAGCCGTCTTTAACGGATTGATCCGCGAGTATACCTTTCATGTCTTGTTTGGATTCAAACCGCTCATTCAAAAGGAATTGGCTGTTTTCATTGCTGAGCGAATGGATGATCTCATGCTGGGATTGGAACAAGGTGCTCCCCGTCCCCTGCTCACCGATGAACTCATGAAGGAATATTCGATGGTTGATTTAGAGGCACTTACTCATACGCAAGAAATACGAAGAACGGCGTTGATGGATACGATTGAGTCGATTATCCCGGATATGTCCATCACGAACTCCAGAAAAAAAGACTTGTCTGAGGTAGCCGCGATGCTGCGGGAAGAGTTCACCGCTGAACGTCCACGTTCCTTTCTAATCCAAGCGCTGCTTAAGGATCTGTCTTCGGAGAATGAGCTGACTTTCTACACCAATCAACTGCAGCAGTTGATTCTAGAAAGTAATTGA	MSLLKEKILQSAIRSFAEKGYQATSIQDIADDCSIAKGSIYKYYGSKEELYIRILEKRQQDMIDAVEQIRKKGLSRRETFLEEIAYQFDFFIEHGYYISRDHNELPPANSDKIGTVIHQLQLNMFRYYQDILLRHYGDSIEEWKWDATAVFNGLIREYTFHVLFGFKPLIQKELAVFIAERMDDLMLGLEQGAPRPLLTDELMKEYSMVDLEALTHTQEIRRTALMDTIESIIPDMSITNSRKKDLSEVAAMLREEFTAERPRSFLIQALLKDLSSENELTFYTNQLQQLILESN				NA	NA	NA	NA	NA
JZ016_00202	1455			hypothetical protein	TTGAGATTCGGAGAAATGGTTATCATACTATTCATTATCGCTTTGGCTATAGCTACGATTTGGGGACCAAAATCGAAGAAAAGCCGGCTGATCTACTCGTTAATAGCGCTATATATCGTTACGGTTGTGCAGATCATCGTTGAGGATTGCCGGTGGCAAATGATTCCTTGTTACGCGGCTTCCGTTATCCTGACGGTTGTCATCATTTTTAGAAAACCCGAAAAGAAACCGTCCAGTAAGAAGAGCAGGAGAAGATGGTTAGCCTGGTTATGGACCACGGTATTGTTCCTATACGCATCAGTCATGGTCGCACTGCCTCTCCTGCTCCCTGTATTCGCATTTCATCAACCTCAGGGACCCTATCCTGTGGGAACTGCGGTATACCACTTTATTGACAATGACCGGCCCGATGAGTACTCTGCCGATCCGAAGGATCACCGTGAGCTGATGGTACAGTTATGGTATCCTTCCGAGCCCGAAACGGGGGAAGAAGCCGAACCCTATATCCGCAATGTAACAGCGATTACACAAGGTCTCGAACAGGCCTTGTCCTTCCCAGCCTGGACGTTAAGCCATCTGGGTCTCGTGGAGACCCATGCCTACAGCAATGCCCCGCTGTCCTCCATGGAGCAGGAATATCCGATCTTGATTTTTTCACATGGCATGACGGGTTTCCGCAACCAGAATACCTTCCAGATCGAAGAGCTGGCCAGCCATGGATATATCGTGGTTGGAATCGACCATGCCTATGATGCGGCTGCAACCGTATTCCCGGACGGCCGGGAGGTTTTGATCAACAAGCACCAGCTTTCAGGTTTTGAAGCGCTTGACGAGCACATGACATTATGGACTCAGGATGTATCTTTTATTTTGAATCGGCTGGAACAATTGAATAGACAGGATGAACAGGACCGTTTTACCGGTCGTTTTGATCTGGAACGAATCGGCATGTTCGGTCATTCTTACGGCGGTGCGACTGCAGCCCAGATGCTGCTGAAGGATTCTCGTATCCAGGCTGCGATCAATATGGATGGGACCTTATATGGAGAACCTATGCCGAGCACGGGACTTAATAAGCCATATCTACAGATGAATGGTGAGAAGAGTATCGACAAGTCGATATTCGATAACTCGCTGGATCAAGCTATGGCGCAAAGCGGCCATACACGGGAGTATTACGAAGATTTTTGGGAGGAGACGGTAAGGCGTCGCATGAATGCTCTGCAGGGAGGCGGATACACGATGACGATTCCACATACTTCCCATATGAGTTATACGGATTTTCATCTGTTCTCTCCGCTGCTGCCTAACCCGGGAGAGGATCCAGAATCGGTTCATCACATCATAAACGAGGTAAGCGTTGCTTTCTTTGACCAGCATCTCAAGGGAATACGGCATAACGCCATGGATGAACTATCGAAGGAATATCCGGATATCGAGCTCGTTCAAGATTGA	MRFGEMVIILFIIALAIATIWGPKSKKSRLIYSLIALYIVTVVQIIVEDCRWQMIPCYAASVILTVVIIFRKPEKKPSSKKSRRRWLAWLWTTVLFLYASVMVALPLLLPVFAFHQPQGPYPVGTAVYHFIDNDRPDEYSADPKDHRELMVQLWYPSEPETGEEAEPYIRNVTAITQGLEQALSFPAWTLSHLGLVETHAYSNAPLSSMEQEYPILIFSHGMTGFRNQNTFQIEELASHGYIVVGIDHAYDAAATVFPDGREVLINKHQLSGFEALDEHMTLWTQDVSFILNRLEQLNRQDEQDRFTGRFDLERIGMFGHSYGGATAAQMLLKDSRIQAAINMDGTLYGEPMPSTGLNKPYLQMNGEKSIDKSIFDNSLDQAMAQSGHTREYYEDFWEETVRRRMNALQGGGYTMTIPHTSHMSYTDFHLFSPLLPNPGEDPESVHHIINEVSVAFFDQHLKGIRHNAMDELSKEYPDIELVQD				NA	NA	NA	NA	NA
JZ016_00203	1461	hsrA_1		putative transport protein HsrA	ATGTCAGATCCATCTGCAATTATTCGTAACACCTCAGAAGAAAGAGCTTTTGCAATTAAAGACATCCTTGCGCCATTGCTTGCCGTCATCATCGGCACCTTCATGGTCCTGTTGGACAGCACGGTTGTCAATGTCGCCGTACCTACGCTGGTTCAATATTTTGATAGCCCCCTGCAAACCATTCAATGGTCGATCGCCGCATACACGCTTGCATTGTCCGCAGTCATCCCTCTCGCGGGATGGCTGTCGGATAAATTTCAGCCCAAACGGGTGTTTCTCTTATCGATCGGAATGTTTACGATAGGATCCGTGTTATGTGCTTTTGCCCAGACAGCCGAGCAGCTCATCGCCTTTCGGGTTATTCAAGGCATGGGTGGCGGCATGGTATCGCCGATCGGGATGGCCATGGTATACCGTTTGGCACCTCCGGACAAAAGAGGTTCTATCATAGGAATGTTTGGAATTCCATTACTGCTTGCCCCAGCGCTCGGTCCCGTATTGTCCGGATGGCTGATTGAGTTTGTCAGCTGGCAATGGATCTTTCTGATCAATCTCCCCATTGGCATGATCGGACTATTCGTGGGCATCAAACATCTGCCTTCCTTTTCAGAAAAGGAAGCTCCGTCTCTGGACATTGTCGGCATGCTTCTTGGACCCGCAGCTTTTGCCATGATTACTTATGGAGTCAGTGAGGGAGGGGTAAGCTGGACTTCCGCCAAGACTTTATCCGGTCTTATCATTGGTGGGTTAGCACTTGTTCTTTTCATATGGTCTTGCTTTAGACAAGAACAGCCTTTGCTTGAGCTGCGTGCGTTCAGATCGGCTGATTTTACACGTGGCATCATCATCTCCTGGATCATGCAGGCAGCGATGTTCGGCTCCGTGCTACTATTCCCGCTGCTTCTTCAGCAGATTAGAGGTTTCACTCCGCTGACAACCGGGCTCATTCTGCTGCCGCAGGCAGTCGGTTCCATGATCTTTATGCCTCTGGCAGGAAAGCTTTTTGATAAGGTGGGCGCACGTCCCCCGCTTGTAGCCGGAATGACGCTGATGACAGCTGCGTTGTTCACGATGTCCTTTGTTCGAACCGATACCCCTTTACTACTCATCATGATCGTATTGTTCTTCATGGGCTCCGGCATGGGGTTATCGATGATGTCCTTGAATACGCATGTATTAAATGCAACCCCTAAGCACCTTGTAAGCCGGGTTACTCCGCTCACAAGTGCATCACAGCAGGTCATCGCCTCGTTTGCCGTAGCCGGCTTCACGGGATATTTATCTTCCCGGATGACATCAAGCCTGCCGAGTAACCCTGTTGGAGCCAACCCTATGGAGTCCCATGCTGCATCCTTTGCGGACACCTTTTTCCTGGCTGCCTGCATTGCTTGTGTAGGACTGGTTCTCAGCTTGTTTCTTAGAAAACCCAAACAAATAACCGAGGAATCTTCGTTCCATTGA	MSDPSAIIRNTSEERAFAIKDILAPLLAVIIGTFMVLLDSTVVNVAVPTLVQYFDSPLQTIQWSIAAYTLALSAVIPLAGWLSDKFQPKRVFLLSIGMFTIGSVLCAFAQTAEQLIAFRVIQGMGGGMVSPIGMAMVYRLAPPDKRGSIIGMFGIPLLLAPALGPVLSGWLIEFVSWQWIFLINLPIGMIGLFVGIKHLPSFSEKEAPSLDIVGMLLGPAAFAMITYGVSEGGVSWTSAKTLSGLIIGGLALVLFIWSCFRQEQPLLELRAFRSADFTRGIIISWIMQAAMFGSVLLFPLLLQQIRGFTPLTTGLILLPQAVGSMIFMPLAGKLFDKVGARPPLVAGMTLMTAALFTMSFVRTDTPLLLIMIVLFFMGSGMGLSMMSLNTHVLNATPKHLVSRVTPLTSASQQVIASFAVAGFTGYLSSRMTSSLPSNPVGANPMESHAASFADTFFLAACIACVGLVLSLFLRKPKQITEESSFH	PGPT0028570_884	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028570-lmrB-K18926	NA	NA
JZ016_00204	219			hypothetical protein	ATGATTAGCAAAGTTGGTCAAATTATGGTGTACAAAATGTCGCCAGGATTACATTTGGGCACACCTTCTTTAATGTTTATCACGGACGATTTCGATGCGCTGCACAGCCATCTAACCAACCACAATATCACGGTCGGCGAAGTGGTGAATATGCCTTCCGGTAGAGTGTTCAACTTTGCAGACTATGAAGAAAACTATTTTGCTGTCATGGAAAAATAA	MISKVGQIMVYKMSPGLHLGTPSLMFITDDFDALHSHLTNHNITVGEVVNMPSGRVFNFADYEENYFAVMEK	PGPT0013300_5645	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_00205	1137	hcnC		Hydrogen cyanide synthase subunit HcnC	ATGTCATGCATGAAGAACGTGATCGTCATTGGATCGGGAATACTTGGGGCATCGACTGCTTATCAGTTAGCCAAAATGGGAGCAGAAGTGCTTATTATAGACCGCCATGATAAAGGACAGGCTACGGATGCCGCGGCAGGCATCATCTGCCCCTGGTTATCGCAAAGACGGAATCAGGCTTGGTACCAATTAGCCAAGGCCGGCGCGCGTTATTACCCTGATTTAGTGAGAGAACTCATCAGCGAAGGTGAGACAGAAACGGGCTACGCACAAGTCGGGGCCCTTAGCATTCACGAGGATTTGGATAAAATCCGCAAGATGGAGGAACGGGCTCATAACAGAAAAGCGGATGCTCCGGAAATCGGTGAGATAACCCGGCTGAATGAGGAAGAAACCCATGAGCGTTTCCCATTGCTTCGAGATGGCTATCATTCCGTTCACATTAGCGGCGCCGCCCATGTCGATGGTCGTGCACTGCGCGATGCGCTGATCCGGTCCGCTCAGAGGAACGGGGCCAAGCTTATAAACGGGGATGCCGCATTGTTATATCAAGCTAATCGCGTAACCGGAGCCGCTGTCGGAGCAAGGAGATTTGAGGCAGATGAAGTCATTGTTTGTGCTGGTGCATGGGCTAATCAATTGCTTCAGCCACTAGGCATTCACTTTCAGGTTCGTTTTCAAAAAGCGCAAATCATGCATGTGCAGGCGACTGACCGGCAAGATACAGGCACCTGGCCGGTCGTCATGCCGCCATCGGATCAATATTTACTCTCTTTTGATAACCAGAAGATTGTGATCGGAGCGACTCACGAAAATGAAGTCAAAGGCTACGATACGAGAATAACAGCCGGCGGCATGCAGGAAATCCTGAATAAAGGATTGGCCTTGGCGCCGGGACTAGCTGACAGCACGTTTCAAGAGGTCCGTGTCGGATTTCGTCCGTTTACCCCCGGATTTCTTCCGGTTATAGGTGCTGTCCCTGGCTGGGAAGGCCTTATAACCGCAAACGGACTGGGCGCGTCCGGATTGACGATGGGCCCCTTTATCGGTAGTCAATTAGCGAAATTGGCTCTTGGAATACCACTGGATATCGACATCGATGCTTATGATATTCGTACAGCGATCGAAGAGCGTTGA	MSCMKNVIVIGSGILGASTAYQLAKMGAEVLIIDRHDKGQATDAAAGIICPWLSQRRNQAWYQLAKAGARYYPDLVRELISEGETETGYAQVGALSIHEDLDKIRKMEERAHNRKADAPEIGEITRLNEEETHERFPLLRDGYHSVHISGAAHVDGRALRDALIRSAQRNGAKLINGDAALLYQANRVTGAAVGARRFEADEVIVCAGAWANQLLQPLGIHFQVRFQKAQIMHVQATDRQDTGTWPVVMPPSDQYLLSFDNQKIVIGATHENEVKGYDTRITAGGMQEILNKGLALAPGLADSTFQEVRVGFRPFTPGFLPVIGAVPGWEGLITANGLGASGLTMGPFIGSQLAKLALGIPLDIDIDAYDIRTAIEER	PGPT0020315_3774	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_D-AMINO_ACID_DEGRADATION,PGPT0020315-dadA-K00285	NA	NA
JZ016_00206	501			hypothetical protein	ATGATGAAATTGCCAGCAACAAAAAAAGAAAATTTTTATTTTGGTTTGATGATGTGTCTGGGGATGGTTATCATGATGACCTCCTACAATTTGTTCACAAACGGATTAATTGGGAACATATCGTTTATGGCCATACTCCTGCAATTGGTGTTGGGCTTCGTGATTGCCTTCTTATTGGAATCGTTTGTTGTCGGACCCATAGCAAAGAAAATTGTTTTTTCCTTATTGCGTAATAAATCCAGTAAAATCCTTATGATTGTGATGATGGCATTTTGTATGGTGATCGGCATGGTTACTTTTATGTCCATGTACGGGCTAGCTTCCTCCTATTATGCAAACCGGCTTGGAGGGGAATCACTGCTTGGAAGCTACTTCTCCATTTTCATTAAAAATTTCGTATTTGCGCTGCCGCTTCAACTTCTCATTGTAGGCCCGACCGTTCGCTTCCTGTTTGGCAGGTTGAAAGCAAAACGCGTGAACGAATCATTATCTGCCGTATAA	MMKLPATKKENFYFGLMMCLGMVIMMTSYNLFTNGLIGNISFMAILLQLVLGFVIAFLLESFVVGPIAKKIVFSLLRNKSSKILMIVMMAFCMVIGMVTFMSMYGLASSYYANRLGGESLLGSYFSIFIKNFVFALPLQLLIVGPTVRFLFGRLKAKRVNESLSAV				NA	NA	NA	NA	NA
JZ016_00207	3189	cypD	COG0369	Bifunctional cytochrome P450/NADPH--P450 reductase 1	ATGTCGCATATGAAGCAAGTACCTCAACCTAAAACTTACGGACCGCTCGGCAATCTGCCGCTGCTGGATTCCGCTGCTCCGGTCCAATCGCTTGTGAAGGTCGCCTCGGAACTTGGGCCGATATTTCAATTTCAATATCCGGGTGGACGCAGGGAGCTGTACGTCTCCGGCCACGAATATGTCAAGGACGCGTGTGATGAGAAGCGTTTTGATAAACGAATCTGGGCGCCGCTTCAGAATGTCCGTCCTTTTGCAGGTGATGGATTGTTTACGAGCGCTACACACGAGCCCAACTGGAAAAAGGCACATAACATCCTGCTCTCCAGCTTTAGCCAGCGTGCGATGCAAGGCTACCATACCAAAATGGTTGATATCGCGATGCAGCTCATCCAGAAATGGGCTAGGCTCAACCCTGACGAATCTGTGGACGTTCCTGCCGACATGACTCGTCTGACGCTGGATACCATCGGCCTGTGTGGTTTTAATTATCGCTTTAACAGCTTCTACCGGGAAGACAATCACCCGTTTATCGACAGCATGGTGCGGGCCCTTGATGAAGGCATGAATCAGCTGCACCGTCTCGGCATACAGGACATGTTTATGATTAAAAAGAAGCGGCAGTTTCAGGAAGATGTCCAGAACATGTTCTCGCTAGTTGATGAGCTCATACAAGATCGCAAGAAGTATGGCGGTGAAGAAGGGGATTTGCTCGCGCATATGCTGGAAGGCGTCGATCCAGACACAGGCGAGCGCCTGGATCAAGAGAATATTCGTTATCAGATGATTACCTTTCTTATCGCGGGGCATGAGACGACAAGCGGATTGCTGGCCTTTGCTATTTATTATTTGCTGAAAAATCCGGATAAATTGCATAAAGCGGTAAGCGAAGTGGACCGCATTCTGAAAGATCCCGTGCCGACTTACAACCAGGTGCGGGAGCTCAAATACGTCCGCATGGTTCTTAGCGAGTCGCTGCGTTTATGGCCAACGGCGCCTGCCTTCTCGTTATATGCGAAGGAAGATACGGCAATCGGAGGAACCTATCCGATTCAGAAGGGGGACAGCGTAACGGTCCTGATTCCGGGACTGCACAGGGACTCCCGCGTGTGGGGAGACGACGTGGAGACGTTCAGACCGGAGCGCTTCGAAGATCCCAGCAAGGTACCGCATGACGCGTATAAACCATTTGGCAACGGACAACGCGCATGCATCGGGCAGCAGTTTGCGCTGCAGGAGGCAACCTTGGTGCTTGGCCTGGTGCTCAAATATTTTGAATTGATCGATAACCAGTCTTATGAGTTAAAGGTTAAGGAAACACTCACTTTGAAGCCGGAAGAGTTCCATATTCAAGTTCGAAGCCGTCAGGACGGGGCTGCACTGTTGGTTCCGGCAGGAGGCAAGACGGGGGCAAACGATTCGGAGAAGCGGGAATATGCCACGTTGTCCGATACAACCGGGACTAATGCTCATCATACGCCGCTCCTCGCGTTATACGGGTCCAATCTGGGCACGGCAGAGGGAATTGCCCGAGAGGTGGCGGATGCTGCGAAGCACCAAGGGTTCGACAGCCAGGTGGGCACACTGGACGATTATGCCGGAAGGCTTCCGAAGGAAGGCGCCGTCATCATTGTAACCGCCTCGTACAACGGGCAGCCCCCTTCCAATGCCAAAGCATTTATGGAATGGCTGGAGGATGCCGATGTATCAGAAATTGAGGGTGTGCGATATGCGGTATTCGGCTGCGGAGACCACAACTGGGCAAGCACCTATCAGCGGATTCCGCGCTTGATAGACGATCAGCTTGCAATCAAAGGGGCGAAGCGACTGCTTACGCGTGGTGAGAGTGATGCCAGCGGAGACTTTGAGCGTGAAGTCGACGAATGGACGGAGCATTTATGGCCGGATCTGATGCAATCGCTAGGACTCCCTCTTACGTCCGTCAATGTGGCGAAGCGCAGTGCCCTGTCCGTCCAGTTCGTGCAGGGAGCGGCCGCCGTGCCTCTGGCTGAAACCTACCAGGCTGTAACCGGGCACGTTGCTCATACCCGCAATCTGCAGCATGCGGATAGTGGAAGGATCACGCAGCATATCGAAATCTCGCTTCCCGCGGGAACGGATTATCGTGAAGGAGATCATCTGGGGGTGCTTCCGGTCAATCCGGTGACGCTGGTTCAGCGAGTGCTCCGAAGATTCAAACTGGACGCGAGTGCACATCTTATCTTGTCTGCTGAAGGAAGAAGCGGTGCGCATTTGCCGACAGGCATTCCTGTCCATCTGGACGACCTGCTGTTCCGCAGCGTGGAGCTGCAGGAGCCGGCCACAAGAGCACAGATTCGGGAGATGGCCGCTTACACGGTATGCCCGCCGCATGCCAAAGAGCTTCAAGAACTGCTTGCGGAAGCGACCTATCAGGCTGAAGTGCGGGCCAAACGGATCACCATGCTCGACCTGCTGGAGCGGTATGAAGCCTGTGAGCTGCCGTTTGAACGGTTTCTTGAGCTCCTGCCGCCATTGAAGCCGAGATATTATTCGATTGCCAGCTCCCCGAAGGTTAGCCCGAATACGGCAAGCATCACGGTCAGTGTCGTTCGGGGCAGTGCTTGGAGCGGTCAAGGGGAATACCGGGGCGTGGCTTCCAACTATTTGGAACAGATGGAGACGGGCGCAGAGGTTCTGATGTTCATTCGTTCTCCGGAGTCGGGCTTTGCGCTGCCTGAGGATCCGGCAACGCCAATGATTATGATCGGTCCAGGCACGGGCGTGGCTCCGTTCAGGGGGTTCATCCAGGCAAGACAAGCGCTTCGGGAGGCTGGGCAGGAGCTGGGTGCTGCGCATCTGTACTTCGGCTGTCGGAATCCGGAGCAAGACTATCTTTACCGCGAGGAGTTTGAGCAGGCGGAGAGAGAAGGCTTGGTCACCTTGCATACAGCCTTTTCAAGGATAGACGGTGTAGATAAATGCTACGTCCAGCATTTAATGACACAAGACGGAGCGTTATTGCTGTCACTGCTTGAGGCAGGAGCACGAATGTACATTTGCGGTGACGGTTCCCGGATGGCCCCGGAGGTAGAGCAAACACTAATGCTTTCCTATCGGGAAAGACATGGCGTTAGTGCAGAAGAGGCTGCCGCCTGGCTATCCGGGCTGGAGGCGTCGGGACAATATGTAAAAGACGTCTGGGCAGGATGA	MSHMKQVPQPKTYGPLGNLPLLDSAAPVQSLVKVASELGPIFQFQYPGGRRELYVSGHEYVKDACDEKRFDKRIWAPLQNVRPFAGDGLFTSATHEPNWKKAHNILLSSFSQRAMQGYHTKMVDIAMQLIQKWARLNPDESVDVPADMTRLTLDTIGLCGFNYRFNSFYREDNHPFIDSMVRALDEGMNQLHRLGIQDMFMIKKKRQFQEDVQNMFSLVDELIQDRKKYGGEEGDLLAHMLEGVDPDTGERLDQENIRYQMITFLIAGHETTSGLLAFAIYYLLKNPDKLHKAVSEVDRILKDPVPTYNQVRELKYVRMVLSESLRLWPTAPAFSLYAKEDTAIGGTYPIQKGDSVTVLIPGLHRDSRVWGDDVETFRPERFEDPSKVPHDAYKPFGNGQRACIGQQFALQEATLVLGLVLKYFELIDNQSYELKVKETLTLKPEEFHIQVRSRQDGAALLVPAGGKTGANDSEKREYATLSDTTGTNAHHTPLLALYGSNLGTAEGIAREVADAAKHQGFDSQVGTLDDYAGRLPKEGAVIIVTASYNGQPPSNAKAFMEWLEDADVSEIEGVRYAVFGCGDHNWASTYQRIPRLIDDQLAIKGAKRLLTRGESDASGDFEREVDEWTEHLWPDLMQSLGLPLTSVNVAKRSALSVQFVQGAAAVPLAETYQAVTGHVAHTRNLQHADSGRITQHIEISLPAGTDYREGDHLGVLPVNPVTLVQRVLRRFKLDASAHLILSAEGRSGAHLPTGIPVHLDDLLFRSVELQEPATRAQIREMAAYTVCPPHAKELQELLAEATYQAEVRAKRITMLDLLERYEACELPFERFLELLPPLKPRYYSIASSPKVSPNTASITVSVVRGSAWSGQGEYRGVASNYLEQMETGAEVLMFIRSPESGFALPEDPATPMIMIGPGTGVAPFRGFIQARQALREAGQELGAAHLYFGCRNPEQDYLYREEFEQAEREGLVTLHTAFSRIDGVDKCYVQHLMTQDGALLLSLLEAGARMYICGDGSRMAPEVEQTLMLSYRERHGVSAEEAAAWLSGLEASGQYVKDVWAG	PGPT0006740_269	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_QUENCHING	CE-QUORUM_QUENCHING-AHL-DEGRADATION,PGPT0006740-cpxB-K14338	NA	NA
JZ016_00208	369			hypothetical protein	ATGCACGAAGAAACCTGTGTTCCGACTGGCGTGAAACCTCAAGACACCGGCTTTGGTTATACGTTATCCTTGATCGGCGGTAAATATAAAATGATCATCTTGTACTGGCTGTCTGAAAATAAGGTGATGCGGCATAATGAGCTGAAGCGAAGCATTGGTTCTATATCCTTTAAAACGCTAAGCATCATGTTAAAGGAGCTGGAGGCCGATGAGCTAATCGTTCGCACGGAATATCCCCAGGTCCCTCCAAAAGTCGAATACACCTTGTCGGAACGCGGACTATCCCTCATTCCTGTGTTACATATGATGTGCGAGTGGGGAGAGAAAAACAGTGTGCCGGCTCTGGAAGCTGTGCAACTGGAAGCATGA	MHEETCVPTGVKPQDTGFGYTLSLIGGKYKMIILYWLSENKVMRHNELKRSIGSISFKTLSIMLKELEADELIVRTEYPQVPPKVEYTLSERGLSLIPVLHMMCEWGEKNSVPALEAVQLEA				NA	NA	NA	NA	NA
JZ016_00209	561	ywrO_1	COG2249	General stress protein 14	TTGAAAACACTTGTTATCGTTACACACCCAAACCTGGAAACATCCGTCATTAATAAGCGGTGGGTAGAAGAACTCCGACAATACCCGGAAAAATATACCGTACACGAATTGCATAGGGTTTATCCCGACGGAAACATTGATGTGCAACAAGAACAACAGCTTATTGAATCGCATAGCCATCTTGTTTTGCAGTTTCCGATCTATTGGTTTAATTGCCCGCCACTCCTCAAGAAATGGCTTGACGATGTTTTTGCTTATGGTTGGGCTTACGGTTCAAGAGGCGATAAATTAAAGAATCGGAAAGTGGCTTTAGCTGTATCCGCCGGCATCAAGAAAGAAGATTATCGGGAAGACGGAAGGTATCGCTACACGCTTGCCCAGATCCTAACTCCTTTTGAAACGACCTTCCTGTACTGCGACGCAGATTATCGTTCGTTCTTTGCCTACTATGGGCAAGAGGCTGCTCCTGGAGGCAACACGCCTGACATGGACCTATCGCCTCCTGATAACGCACTGGATATAAGTGCACGAGACTATTTGAAGTTCATAGACAACATGTGA	MKTLVIVTHPNLETSVINKRWVEELRQYPEKYTVHELHRVYPDGNIDVQQEQQLIESHSHLVLQFPIYWFNCPPLLKKWLDDVFAYGWAYGSRGDKLKNRKVALAVSAGIKKEDYREDGRYRYTLAQILTPFETTFLYCDADYRSFFAYYGQEAAPGGNTPDMDLSPPDNALDISARDYLKFIDNM	PGPT0009455_2410	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355	NA	NA
JZ016_00210	816	zupT	COG0428	Zinc transporter ZupT	ATGGTAGATTTTTTTATGAAATTCAATCCCATTATCCAAGCATTACTAGCCACCTTGTTTACTTGGGGAATGACGGCGTTAGGGGCGGCTCTTGTTTTTTTTACAAAAACATTGAACCAGCGTCTGCTGGATAGTATGTTGGGTTTTGCCGGCGGTGTCATGATTGCGGCCAGTTACTGGTCCTTATTGGCTCCAGCCATCGAGATGTCGGAAGGCAATGCGATTGGAAACTGGTTTCCGGCGGCCTTCGGATTTTTATTAGGTGGAGTTTTTATATGGGGAATCGATAAGGTATTACCCCATCTTCATCCCAATTCTCCGATTGGAGGAGCGGAAGGATATAACCCCAAAGTGAGAAAACGGAGTACTCTGCTGGTCCTCGCTATTACCCTCCACAACATTCCGGAAGGGTTAGCGGTCGGGATCGCATTCGGTGCGCTTGCCAATGGAGGGACTGAAGCATCGCTGGTAGGGGCTTTGACGCTGGCCTTGGGCATCGGTATTCAAAACTTCCCGGAGGGCGTTGCAGTTTCCATGCCCTTACGAGGTGACGGAATGTCCCAGAGAAAAAGCTTCTTCTATGGACAGTTCTCGGGTATGGTGGAACCCATTGCCGCGGTAATCGGCGCGGTAGCCGTCGCCTTTATTGAACCCATGCTCCCTTACGCATTGAGTTTCGCGGCCGGTGCGATGATTTTCGTTGTAGCCGAAGAGGTTATTCCAAGTTCGCAAGAAAAAGGGAATAAGGATTTGGCTTCCATGAGTTTAATGTTCGGTTTCGTATTGATGATGATTCTTGATGTGGCGTTGGGATAG	MVDFFMKFNPIIQALLATLFTWGMTALGAALVFFTKTLNQRLLDSMLGFAGGVMIAASYWSLLAPAIEMSEGNAIGNWFPAAFGFLLGGVFIWGIDKVLPHLHPNSPIGGAEGYNPKVRKRSTLLVLAITLHNIPEGLAVGIAFGALANGGTEASLVGALTLALGIGIQNFPEGVAVSMPLRGDGMSQRKSFFYGQFSGMVEPIAAVIGAVAVAFIEPMLPYALSFAAGAMIFVVAEEVIPSSQEKGNKDLASMSLMFGFVLMMILDVALG	PGPT0004250_1141	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK-NICKEL_TRANSPORT,PGPT0004250-TC_ZIP|zupT|ZRT3|ZIP2-K07238	NA	NA
JZ016_00211	966			hypothetical protein	ATGCAAAAGAAAACAGGTATATTGATCGTAGTGGCCGGCGTACTGCTGTTGCTCTTTACGATGAACCCGAGGAACATTTTTTCGGATGTTCAATTCGGATTTTCCTTTAAGACCAAGAAAATTAATGATGAGAAAACATTCGCCGCTGATGATTACCGGGATTTGTCCATTCAAACTGGAAGCTCCGACATTGAAATCACAAAAGGAAATGCAGACGAGATTAAAGTTCGGTTGAACGGAAAGGTAAGCACGAAAAATGCAGACCAAGTGAAATTGAAGGTCGAGCCGAACGGAGATACGCTGGAAATCGGGGTTGATGTTCCTGACGGTATTGAGTTTGGTGTGAATATTATGGATATCGTTTTATCCGTGGAAATACCGGAAAAGCAATGGACAGCGGCCCAAATTGAAAGTGGAAGCGGCGATATCGAGATCGGAAATATGCGTGGAGATGCTGTCACCGTTAAGGCAGGCAGCGGGAATATCAATATTCAGGAAGTAAATGCAGGTTCACTTACGGTGTATACCGGCAGTGGTGATATTGAGGCAATGGAGATTGAAGCCGAATCCTTTATGTTGGAATCCGGATCCGGCACTATAGAGGCGGAACGCTACCATGCCACAACGCTGAACTTTCAGACTGGAAGCGGCGATGTTGAACTGAAAGACGGGGAGTCGGCCGTACAAGGAACGACAGGTTCTGGAAACATACACCTGGAATCGGAGCGGTTGATCCATAATACCGACCTCCGAGCCGGAAGCGGGAACGTAAACATCGATTTGGCTCAAGAGCCTTCCTCCCTGGAAGTTGATTTTCAAGGAAGCTCCGGTGAAGGAAAAATCGAGTGGGACGGAATACAGTATGAGGTAAAAGACGAAGACGAAGGCAGGCTGAAGGGGACGTTCGGCAATGGCGACATAGCGCTGAAAGTTCGCACTGGCTCTGGAAACTTCAAGCTGGAATAA	MQKKTGILIVVAGVLLLLFTMNPRNIFSDVQFGFSFKTKKINDEKTFAADDYRDLSIQTGSSDIEITKGNADEIKVRLNGKVSTKNADQVKLKVEPNGDTLEIGVDVPDGIEFGVNIMDIVLSVEIPEKQWTAAQIESGSGDIEIGNMRGDAVTVKAGSGNINIQEVNAGSLTVYTGSGDIEAMEIEAESFMLESGSGTIEAERYHATTLNFQTGSGDVELKDGESAVQGTTGSGNIHLESERLIHNTDLRAGSGNVNIDLAQEPSSLEVDFQGSSGEGKIEWDGIQYEVKDEDEGRLKGTFGNGDIALKVRTGSGNFKLE	PGPT0028810_31	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028810-liaG-K11621	NA	NA
JZ016_00212	2046	dap_1		D-aminopeptidase	ATGAAGCCAAATAAACAAAGCAAATCCAGAACCATTCGTGTCCTGGCAGCCTCCGTACTGTCCGCTAGCCTGCTGGCTTTCCCTGCCGATATCTTTGCCGATACGGCTAAACCCGCCTCAAGTACAGCTTTAACACAGCAAACGGGAGCACCGGTACTGAGTGCCAAAGAAGTCAAGGCGTTCACCGACGCCTATTTTGCCAAACCCCAGGTTTCGGACATGCTGGCTGGTGCGCTTGTTGTGGTCGTAAAAGACGACAAGGTGCTGCTGAATACGGGCTACGGCTATGCCGACCTTGAATCCAAGAAAAAGATTGACCCCGATCGAACCTTGTTCCGCATGGCCTCGATATCCAAATCGATAACCGCGACGGCGGTCATGCAACTGGTAGAGGAAGGAAAAATCGACCTGAAGCAAGACATAACCGATTATATGCCGGATGTTAAAATCACCAACAACACCGGGACACCCGTCACCGTTGAGCATTTATTGACCCATACAACAGGCTTCGACTTTACGGACGACTACTCGCTTCCGCAGCATATCATTCAGAAGGGCGAGATGCCGCTTGCCGACTTTATCCGGTTAAATGCACCGGCTGTGGTTCGCACGCCAGGAGAGGTTTACCGCTATGATAATCTTGCCTCCTCCATGCAGGGCTACATTGTCGAGCGGGTATCAGGAGAACCGTTTGAAGATTATGTAAAAAAGCATATTTTCACCCCGCTACAAATGGAGCACGCTGCATTTCGGATGGATGAGGATATCATCGCAAACCTTGCGACTGGCTACAATGCCGAACGTCATCCGTTTAAGCCGTACCAAAACATACCTACCATCGCGCCGGAAGGCGGCATGTTCGCCACCGGTACCGATATGGCCAATTTCATCACTGCCCATCTAAATAAGGGCCAGTTCGGATCTTCCCGCATTATGAAGGAAGAGACCAAGCGTTTGATGCATCAGACGCATTATGATGCAGCTGGTCTTCCGTTGATGTCATACGGTTTTGAATCGTTCATGCACAGCAGCCATAACGGCCAAACCCTGATTGGCAAAGGTGGCGATTTGGATGGCTATCATTCCTGGCTTTGGCTCCTTCCCGACCAGAATGTCGGAGGCCTGATCGTTGTTAACAGTGACGCGAGCACATCGATCCGAGCCGAATTTTTCACCGCATTTATGGATCATTTTTATCCGAAGAAGCAGGTTCAGCCGAACGACTTCCCGCTTAATCAGGAGCAGCTCAAGAAATTCGAGGGCATGTTCAGAAGTTTGAGAACACCGATTATCGCCACACAGGTGAAGGCCGGCCAAGGTGAGTTGTTAGTCTCGGATGCATTGGGCGAACATAAACTCACGCCGGTCGGTCCGCTGCGATTCGTAGATGAGAACGGTACGCCTGCCGCCTTCAAGGAAGATGATAACGGCAATGTGGCGTATATGTATTATACGGCGATAGACAGCATGTCCGAAAAGCTCGCGGAGCCTGCTGCGTACAGCGACGTTCCGGAAGAGAATCCTTATGCCAAGGATATCTACTTCATGCAGTCCCTCAAGGCTTTTGACGAGAATGAGCAATCCACCTTCCGACCGAATGAACCGATTACGCGGGCAGAGTTTGTCAGTGTTATCAGCCGGCTGGCCGGGATGAAGCCTAGCGATAGCGCGAGTTCGTTTAAGGATATGCAAGGGCACCCTCTCGCTGGTTATGTGCAGAATGTCGCGGACATGGGAGGTGTCACCGGCACACCAGCCCAGAACTTTGAACCGGATCAGCCGATCACGCGCCAAGAGGCTGCTGCTATAATATGGCGTGTGGCCCAAAACGCGCTTGGCGCCAAGGCGGTTCCGGCCAAACTCAGCTCAAAACCGGCTGCATGGGCAGACGAAGCCGTACAGTTCATGGTCGGATCCGGGATGCATGGACCCGAGGTGACAACAGACGCAAACGGGGCCGCCGATTACCGGCCGTCCGACAAACTTCTGCGCAAGGAAGCTGCCGCCATCTATGCGAGACTGATTCAACAAGCCTTTGGTTTTTAA	MKPNKQSKSRTIRVLAASVLSASLLAFPADIFADTAKPASSTALTQQTGAPVLSAKEVKAFTDAYFAKPQVSDMLAGALVVVVKDDKVLLNTGYGYADLESKKKIDPDRTLFRMASISKSITATAVMQLVEEGKIDLKQDITDYMPDVKITNNTGTPVTVEHLLTHTTGFDFTDDYSLPQHIIQKGEMPLADFIRLNAPAVVRTPGEVYRYDNLASSMQGYIVERVSGEPFEDYVKKHIFTPLQMEHAAFRMDEDIIANLATGYNAERHPFKPYQNIPTIAPEGGMFATGTDMANFITAHLNKGQFGSSRIMKEETKRLMHQTHYDAAGLPLMSYGFESFMHSSHNGQTLIGKGGDLDGYHSWLWLLPDQNVGGLIVVNSDASTSIRAEFFTAFMDHFYPKKQVQPNDFPLNQEQLKKFEGMFRSLRTPIIATQVKAGQGELLVSDALGEHKLTPVGPLRFVDENGTPAAFKEDDNGNVAYMYYTAIDSMSEKLAEPAAYSDVPEENPYAKDIYFMQSLKAFDENEQSTFRPNEPITRAEFVSVISRLAGMKPSDSASSFKDMQGHPLAGYVQNVADMGGVTGTPAQNFEPDQPITRQEAAAIIWRVAQNALGAKAVPAKLSSKPAAWADEAVQFMVGSGMHGPEVTTDANGAADYRPSDKLLRKEAAAIYARLIQQAFGF				NA	NA	NA	NA	NA
JZ016_00213	735	menH_1		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGATCGTTTTTTTGCATGGCGGCGGTGTAAGCGGATGGATGTGGAGCAAGCAGATTCCCTTTTTTGAAAACAGCTTCTGCCTGATACCTGACTTGCCCGGACATGGGCGCAGCCCCGGCAATCCGCCTTTTTCCATATGCCGCACCGCGGAGCAGCTTAACGAGGTCATTTCGACCAAAGCTGATGGACGGGAGATTGTTGTCTTCGGCTTTTCACTAGGTGCGCAAATTCTCGTGGAGATGATATGTCAGCGACCCGGCCTTATTGATTACGCCATCGTAAACAGCGCATTGCTGAGGCCGATGCCGACAGCGCTTAAGCTGATTGAACCTTCCGTTCGAATAAGCTTCCCATTAACAAGATACAGATGGTTTTCCAGATGGCAGGCAAGCACGCTGTATGTGAATGAGGTTGACTTTGAACAGTATTACGCGGAAACTCTGAATATGAAACGGGAGATGCTGGTTTCAGTGCTGAAGGAGAATATGTCCTATTCAATCTCTCCGCGGATTCAAGAATCCACAACGAAGCTATTGGTTACGGTTGGGGAGAAGGAGAGAGGCATTGTTAAAAAGTCGGCTGAAGATCTCGTGCAGCTGAGCGAAAACGCTGACGGGATCATCTTTCCCGGTGTTGGGCACGGCATACCGCTTGCTGATCCGGCGCTGTTTAATCGGGTAGTGAACCATTGGCTTAACACCGGTACAATTCCGGAGGGTACTCCTCATTTATAG	MIVFLHGGGVSGWMWSKQIPFFENSFCLIPDLPGHGRSPGNPPFSICRTAEQLNEVISTKADGREIVVFGFSLGAQILVEMICQRPGLIDYAIVNSALLRPMPTALKLIEPSVRISFPLTRYRWFSRWQASTLYVNEVDFEQYYAETLNMKREMLVSVLKENMSYSISPRIQESTTKLLVTVGEKERGIVKKSAEDLVQLSENADGIIFPGVGHGIPLADPALFNRVVNHWLNTGTIPEGTPHL				NA	NA	NA	NA	NA
JZ016_00214	825			hypothetical protein	TTGCTGTCGATTGGAGAATTCTCCAAAATATGCGAAGTATCTACAAAGACACTTCGATATTACGATGAGATCGGATTAATTCATCCGAACCAGATCAATCCGGAAAACGGTTACCGATATTATTCCATTAGTCAATTAAAGAAAATGCTCTATATTAACCGTTTGAAGTCTTATCATTTTTCGCTGGAAGAAATCAAGGAGATTCTGGACGAGGAAGCGGATCCATCCGAAGAGAAGCTTCGCTTCGCCCTTCATCGCAAACGTAGGGATATTCAGGAGAAGTTAGACACGTATGAATATATCCTAAAACAAATGAACCAGGATATCTTGAATCTGGAGCAGGGCATACATTTGATGTCATATCTGGATGATATCGAAGTACGGCTTGTTGAAACAGGACCAATGAATATCCTTAACATGCGTCAAATGATGAGCAGTGATGACTATGCTTTAGGATATGGCGGGTATTACAGCAGATTGTACGAAAAGATTGCCAGGGAGCAGCTTACCTTGGTCGGAACACCTATGACCATATATCACAGTCCGGAATTCCATCCTGCAGGCAATGACACCGAGTTTGCCCTTCCGGTCAGGGAGGCTGTAAAGGGAACGAGAGTGTTGTCCGGTGGCCTTTGCGCGAGGTCTGTTTTAAAGGGGGCTTATTCCAATTTGACATCGGTATATGCCAAACTGAGGGAATGGATAGAAGATGAAGGATATGCTTTGACTCAATCGCCCTATGAAGTTTATGTAACCGACCCCTATCAGGCCTTGACTGCCGAGGAATTGGTGACCGAGGTGTATTTCCCCGTGACCAAAAAATAA	MLSIGEFSKICEVSTKTLRYYDEIGLIHPNQINPENGYRYYSISQLKKMLYINRLKSYHFSLEEIKEILDEEADPSEEKLRFALHRKRRDIQEKLDTYEYILKQMNQDILNLEQGIHLMSYLDDIEVRLVETGPMNILNMRQMMSSDDYALGYGGYYSRLYEKIAREQLTLVGTPMTIYHSPEFHPAGNDTEFALPVREAVKGTRVLSGGLCARSVLKGAYSNLTSVYAKLREWIEDEGYALTQSPYEVYVTDPYQALTAEELVTEVYFPVTKK	PGPT0003907_36	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003907-bmrR-NA	NA	NA
JZ016_00215	1023			hypothetical protein	ATGAAAAGAAGCTGCTGGCCAACGACATTATGGCAAACCCTAGCCCCGGCGACGGTGGGAATGGACGCTGACAAGCTTTCAGGGCTGGATTCATGGATCAAAACCGAATATCCCGATATTCATGGCATAATCGTGGCTCGACACGGAGCTATCGTTTATGAAAAATATGATCATGGTTATGGCCCGGAGGATCGGCACCATGTTGCATCGGTTACAAAGAGTATCATATCCGCACTCATTGGCATTGCTATAGATGCAGGCTATATACAACATGCAGATCAGAAGGTGCTGGATTTTTTCCCCGAATATGAACCTAAGGCTCACGCTCAACAACAACGGGAAGTAACGATACGCCATCTGCTCACGATGACGGCTCCTTATCCATTTGAGGATTGGCACGAACCGCTGGACAAACTGTGCATGCAATCAGATTGGGTTCATTATACGCTGGATATGCTGGGCATCGGTGGAAGTCTGGGAGCATTTAAGTATTCTACTGCAGGGGTGCATCTCCTCTCAGCAGTAATAACTCGCAGCACAGGAAAAAGTGCCCGCGCGTTTGCTAACGAATACTTGTTTAAACCGATCGGCATGAACGAAATTCCGGATTATGACATGAATTCATTCGGATTTGATGATTTATTCGGAAAAGACGTCAGGGGATGGGTCAAAGATCCAGCCGGTAATTCTACTGGAGGATGGGGGCTTACGCTAACTCCTCGAGATATGGCTCGTTTCGGTTTTCTTTATCTGAACCGCGGCACATGGGACAATCAGCCCATTATATCGGGGGCATGGATTGACCAATCAACAGCGATGAATCCCAACCATTATGGATATCTATGGTGGTTGCGCGATGAGGACGGAGTATCTGCATACTCGGCAGTAGGCGATGGAGGCAATATCATTTGCTGCATTCCGAAGCAAGACTTGGTCGTAGCCATTGCATCAGCATTTACCGTCAATCCGCGGGATCGATGGACACTGATTAAAGAACGCATTATCCCGGCGGTTATCGACTAA	MKRSCWPTTLWQTLAPATVGMDADKLSGLDSWIKTEYPDIHGIIVARHGAIVYEKYDHGYGPEDRHHVASVTKSIISALIGIAIDAGYIQHADQKVLDFFPEYEPKAHAQQQREVTIRHLLTMTAPYPFEDWHEPLDKLCMQSDWVHYTLDMLGIGGSLGAFKYSTAGVHLLSAVITRSTGKSARAFANEYLFKPIGMNEIPDYDMNSFGFDDLFGKDVRGWVKDPAGNSTGGWGLTLTPRDMARFGFLYLNRGTWDNQPIISGAWIDQSTAMNPNHYGYLWWLRDEDGVSAYSAVGDGGNIICCIPKQDLVVAIASAFTVNPRDRWTLIKERIIPAVID				NA	NA	NA	NA	NA
JZ016_00216	2199	copA_1	COG2217	Copper-exporting P-type ATPase	GTGAAGCTGCATCAAATCCAAGTGACGGGCATGACTTGCACGGCTTGTGCAGCCCGGATCGAGAAAGTTCTTCGTAAGGTGCAAGGCATTCAATCTGTCCGTGTTAGCCTCGCCTTATCTCAGGCCACGATTCATTATGAACCGACGCAGATTGGTATAGAGAAGATCATGGAGAGAATCGAAAAACTTGGCTATGGAGCGACCGACAGGCTGTCGCATCCGCATGCCGGGATCGATGCGGAGACGGGAGCTTATCGCATCCGGTTTATCATTGCCGCTTGTTTATCCATGCCGCTCATATGGGCGATGATGGCGCATGTTGCCGATTGGCCTGCACAATGGATACCGAATTTGTTGATGGAACCTGTATTTCAATGGGTGCTCGCTACCTTGCTTCAGTTTGGCGTAGGGTATCCTTTCTATTACGGAGCTTACCAGGCATTGATCCATCGTACGGCCAACATGGATACTCTCGTTGCGTTAAGTACCTCGGTGGCTTACTTCTACAGTCACTATGTCATGTTTGAATCCCGGGACAGCTTCGCGCATCCAACGCTTTATTTTGATACGATCGCGATGGTGATGGCTGCGGTTCTGCTGGGTAAGTGGCTTGAGACCATGGCCAAAGGCAGAGCGTTGAAGCAGCTTAGTGCCTTATATGAGCTTCAGGTTAAACGGGTTCGAGTCATACGCAGTCATGGGGAAGAATGGATTTCTGCGGATCAAGTGCAGATCGGAGACCGCATCCGGGTGAATCAGGGGGAATGGATCTCCATTGACGGCTTTGTTCAGTCGGGATCGGCGGATGCCGATGAATCTATGCTGACAGGTGAAAGTACAGCAGTGGCCAAGGGCATGAAAGATCGAGTCTACGCCGGCACGCGTTGTCTGATCGGAAGTTTGGACATCGTGGTTGATAAGTATCATGACGAAACCCGCCTGTCTCAAATGATTGGGCTAATCGAGTCCGCGCAGCAGGGGAAACCGGCCATTCAGCGAACCGTAGATCGTATAGCGGCGATTTTTGTTCCCTTGATGATCGGTTGTGCTGCGCTTACATATGCGGGGTGGCTCTGGTTTTCCCAATCTCCCGATGCATCCGAAACGGCCATGCGCCACGCGCTGTCTGTATTACTGATCGCCTGTCCCTGTGCGCTTGGGTTAGCTACGCCGGTATCCATCCTGATCGCAACCGGCTCGTCCGCCCAAAGAGGCGTTCTATTCAAAGACGGCCGTTCTCTGGAGAGTTTGCGCCGAACCGATGTCGTATTGTTGGATAAGACCGGCACGTTGACGGAAGGAACGCCTCAACTTACGGCGATTCACACTGCGGACGGCACCAAAGCTGCCTACGCGCTATCCATGTCGGCTGCGGTGGCTTCCCGGTCCGCCCACCCGTTAGCACAAGCCATTGTACGAGCTGCCCAAGACAAACATTCCCCCATTTTGGAAGCCCAGAAATTTCAAGAGCGGGTTGGGAAAGGGATGGAAGGCTATGTCACAGGTGAGCACGTATGCGTGGGAAATCGAAGATGGCTGCTGGAGCAGGGCATACAGCTGGAGAGTCCTCCAGATCACCCCGGCTATACAAGGATTTATGTCGCCGTGAACGGGAAGTGCATCGGGTCGCTTGTATTGATTGACAAGCTTAGAAAAGACGCCCGGAAGATTGTACAGGAGTTAAAGCGCCGAGCCGATGTGTGGATGGTGACCGGCGATGAGGAGCAGGCCGCCGTGGCGGTGGCTGCCGCGGCTGGGATCGATCAGATGCGTGCAGGCATGCTTCCTGAAGACAAGCTGGCATTCATCCGCGAGCTTCAACATCAAGGGCGTTCCGTTGTGATGATTGGCGATGGAATAAACGATGCGGCTGCGCTAGCCGTGGCAGATGTCGGCATGGCGATGGGCGGGGGAGCGGACGCCGCTAAACAGGCCGGCGACATCGTACTGATCGGAAACAAGCTATTCAACATCATCGATGCGTATAGGTGGAGCCGCCAAACGATGCGGAACGTTCATCAGAATTTGCTGTTTGCTCTATTGTATAACGCCGTTACCGTACCATTGGCCGCATGCGGTTATTTGGATCCGCGCATCGCTTGCATCGGCATGGCGGGAAGCTCCGTGATTGTTGTTGCGAATGCGCTTAGATTGCAGCTGAAGGTGCAGAGACTGGGTAAGAGAAGCATAATAATTTGA	MKLHQIQVTGMTCTACAARIEKVLRKVQGIQSVRVSLALSQATIHYEPTQIGIEKIMERIEKLGYGATDRLSHPHAGIDAETGAYRIRFIIAACLSMPLIWAMMAHVADWPAQWIPNLLMEPVFQWVLATLLQFGVGYPFYYGAYQALIHRTANMDTLVALSTSVAYFYSHYVMFESRDSFAHPTLYFDTIAMVMAAVLLGKWLETMAKGRALKQLSALYELQVKRVRVIRSHGEEWISADQVQIGDRIRVNQGEWISIDGFVQSGSADADESMLTGESTAVAKGMKDRVYAGTRCLIGSLDIVVDKYHDETRLSQMIGLIESAQQGKPAIQRTVDRIAAIFVPLMIGCAALTYAGWLWFSQSPDASETAMRHALSVLLIACPCALGLATPVSILIATGSSAQRGVLFKDGRSLESLRRTDVVLLDKTGTLTEGTPQLTAIHTADGTKAAYALSMSAAVASRSAHPLAQAIVRAAQDKHSPILEAQKFQERVGKGMEGYVTGEHVCVGNRRWLLEQGIQLESPPDHPGYTRIYVAVNGKCIGSLVLIDKLRKDARKIVQELKRRADVWMVTGDEEQAAVAVAAAAGIDQMRAGMLPEDKLAFIRELQHQGRSVVMIGDGINDAAALAVADVGMAMGGGADAAKQAGDIVLIGNKLFNIIDAYRWSRQTMRNVHQNLLFALLYNAVTVPLAACGYLDPRIACIGMAGSSVIVVANALRLQLKVQRLGKRSIII	PGPT0004090_7175	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004090-copA|ctpA-K17686	NA	NA
JZ016_00217	1986			hypothetical protein	ATGCGTTATCGTCAGGTTCATCTCGACTTCCATACATCCGAGGCCATCGCCGACATCGGAAGCCGTTTTTCAAAATCCCAGTTCCAGAACATGCTGCGTGCCGGGCACGTCGATTCCATCACGGTGTTTTCAAAATGCCATCACGGGTGGGCATACCATCCGAGCGAAGCCAATGAAATGCACCCGCATCTCTCATTCGATCTGCTGGGCGAGATGATTGCTGCCGCCCACGAAATCGACGTCAAAACGCCGGTGTACTTATCCGCGGGGCTGGACGAAAAGCTGGCGCGGCGCCATCCCGAATGGCTGATCCGCGACGCGGAAGATCGTACGCGCTGGGTGAAAGATTTCATGACCCCCGGTTACCACGAGTTTTGCTTTAATACGCCTTACCTGGACATCTTGATTGAGCAAATTCGTGAGGTAGTCTCCAGATATGATGCGGATGGCATTTTCCTTGACATCGTCGGGATCCGCAAATGCCGGTGCCAGCATTGCGTAGCCGCCCTGCGATCAGCCGGTCAAGACCCTCGCGATGAAGCAGCCGTTGCCGCCCTGGGCGAGGCGACCTACCTGAACTATGCCCGCCGCGTTCGGGAAACGGTGGACGAGATCAAGCCCGGTCTTCCGGTTTTCCATAACAGCGGCCATCAGCGTCGCGGACGCCGCGACCTTGCCCAAGTCAACAGTCATCTGGAACTGGAATCGCTGCCGACCGGAGGCTGGGGTTACGACCACTTCCCGCTTTCCGCACGCTATGCACAGACGCTTGGCATGGACTATCTCGGCATGACGGGCAAATTCCATACCTCCTGGGGCGAATTCGGCGGTTACAAGCATCCGAACGCGCTTCGCTTCGAAACGGCGCTCAGTTTCGCCCACGGCGCCAAGTGCTCAATCGGCGATCAGCTTCACCCTTCCGGCATGATGGATGAAGCGACTTACGCCTTGATCGGCACCGCCTATGCGGAGGTGGAAGCGAAGGAGCCATGGTGCAGCGAAACATCTTCAGTAGCGGATATCGCCGTCTTGTCGCTGGAGGCTGCTTGGGAGGCTTGTCCCGAAGCACGAAAATCGGAAGACCGTAACAATCTGGCGGATGCCGGAGCCGTACGCATCCTGACCGAAGGACATTACCTGTACGACATCGTGGATGCCAGTGCTGATTTCAGCCTCTACAAAGTGCTGATTTTGCCGGATGATGTGCCGGTATGGCCGGCATTGGGAGAAGCTATCCGCGCTTTTACCGCGAGCGGCGGCAAGCTTCTGGCCACGGGTCGCTCAGGTTTGGAGCCGGACGGCAGCGCATTTGCGCTTGATCTTGGACTGAACTGGAGAGGCGCCAGCCCTTACCGTCCGTCATATTTCCGTCCGGACTTTACTCCAGGGCCCCTCCTCCCTGCTTCATTTGTCATATACAGCGAGGGACAGCAGGTTGAACTGAACGGCGGCCGTGCAATTGGCAGCCGGGAGAATCCGTACTTTAACCGGGACGTGTTCACGTTCTGTTCTCATCAGCACACGCCAAGCGCGGGGGAGGACAGCGGACCCGGCATGATCGAAAGCACAAGCGGTATCTATATCGCATGGAATGTGTTCGGCGACTACGCGGACAACGGACATCTCATTCTGAAAGAGATGGTATTGCATGCTCTTGCACGGCTCCTGCCGCAGCCTTCCTTGAGCTGCGATTTGCCGGCACGAGGCATTGCGACGCTTCAGTATCAGCAGGGCGAGAAACGCTACATAAATCACCTGTTGTATGCCACCCCTGTGTTGAAGGGGCGTGTTGAAGTCATTGAAGACATCGTTCCGCTGCGGGATGTTTCCGTCGGCTTGCGTCTCCCGTCCCAGGCCTCGGTTAAACGGGTCTATTTAGCTCCTTCGATGGAGGAACTTCCTTATACTGTCAACAATCAAGACGAGATTAACTACACGGTTCCTTATTTGGATAATCACCAAATGGTTGTGTTGGAGCTGGCGTAG	MRYRQVHLDFHTSEAIADIGSRFSKSQFQNMLRAGHVDSITVFSKCHHGWAYHPSEANEMHPHLSFDLLGEMIAAAHEIDVKTPVYLSAGLDEKLARRHPEWLIRDAEDRTRWVKDFMTPGYHEFCFNTPYLDILIEQIREVVSRYDADGIFLDIVGIRKCRCQHCVAALRSAGQDPRDEAAVAALGEATYLNYARRVRETVDEIKPGLPVFHNSGHQRRGRRDLAQVNSHLELESLPTGGWGYDHFPLSARYAQTLGMDYLGMTGKFHTSWGEFGGYKHPNALRFETALSFAHGAKCSIGDQLHPSGMMDEATYALIGTAYAEVEAKEPWCSETSSVADIAVLSLEAAWEACPEARKSEDRNNLADAGAVRILTEGHYLYDIVDASADFSLYKVLILPDDVPVWPALGEAIRAFTASGGKLLATGRSGLEPDGSAFALDLGLNWRGASPYRPSYFRPDFTPGPLLPASFVIYSEGQQVELNGGRAIGSRENPYFNRDVFTFCSHQHTPSAGEDSGPGMIESTSGIYIAWNVFGDYADNGHLILKEMVLHALARLLPQPSLSCDLPARGIATLQYQQGEKRYINHLLYATPVLKGRVEVIEDIVPLRDVSVGLRLPSQASVKRVYLAPSMEELPYTVNNQDEINYTVPYLDNHQMVVLELA				NA	NA	NA	NA	NA
JZ016_00218	909	rhaS_2		HTH-type transcriptional activator RhaS	TTGCTGTGCTTAGAATTCGCCATACCGCCGCTGCCGCAATTCGTAACGGCCGGACATGCCGTATGGAAGCCGGGAGACAAGCATTTCGCTCGTACCTTCGGCGTTTTTGACCTGCTGCTGGTCACAAAGGGAACGCTCTATATGAGGGAGGAACAGACGGAGTATGAGGTAGGCGCGGGAAAGCTGCTGGTACTGGAAGCAGGACTGCCGCATGTAGGGCACCAAGCCTGCTCGGAGCATACGGAGATTTATTGGGTGCATTTCATCCATGGGCATCCGGCCGTTCACATCCGGCGAGAAGATATTCCCTGGTCGAACCTGCTGTCCAAGGGCACGGTCGAAGACGTTGAGCCCTCATCGCAGCAGCGCATGTACTTGCCGAAGTTTGCATCCGTCGAGGTGCAAACCGTGGAGCCGATGCTGCGCGGATTGAACGATACCCACAACAGACTGAACGGGGAGAATGCGCTCCAGCTCCATCTTTTGCTGACCGAGCTGTTTGCCGCCCTGCAGGCAGGCTGCGCCCGGACGTCCGAGCCGGAGCCTTCCGTACGGCTGGCCCAAGCCGCCGCAGCCTATTTAAACGAACATTGGAGGGAGCCGTTTGAACGGGCCTCGCTGGAGGAAAAGCTCCATTTCCAAGCGAGTTATATCGCCAGATGCATGAAGAGGCATATCGGCAAAACGCCCCTGCAGTATGTGCTGCACCTGCGCCTGGAGGAGGCCAAGAAACTGCTTGGCGGCACGGTGCTTGGCATTTCCGAGATCGCGGAACGCGTGGGAATCCGTGATTCCAACTACATGACGCGCCTGTTTACCGCCAAGCTTGGCATGACGCCCGGTGCTTATCGGCAGATGCTTCGGCAGCAGAACGAAGGTGGAGGGAACGCGTCACCTGGACAACCCTGA	MLCLEFAIPPLPQFVTAGHAVWKPGDKHFARTFGVFDLLLVTKGTLYMREEQTEYEVGAGKLLVLEAGLPHVGHQACSEHTEIYWVHFIHGHPAVHIRREDIPWSNLLSKGTVEDVEPSSQQRMYLPKFASVEVQTVEPMLRGLNDTHNRLNGENALQLHLLLTELFAALQAGCARTSEPEPSVRLAQAAAAYLNEHWREPFERASLEEKLHFQASYIARCMKRHIGKTPLQYVLHLRLEEAKKLLGGTVLGISEIAERVGIRDSNYMTRLFTAKLGMTPGAYRQMLRQQNEGGGNASPGQP				NA	NA	NA	NA	NA
JZ016_00219	174			hypothetical protein	ATGCGCGGGAAGAAATCCATGAACCTGCTTATCGCTATATTTGCTTCCAGCCGTGCCAGCGGAGCACCCAGGCAAAAGTATGTTAAACCGATAGCGGAGCATTTCCTCGATGGCATTGGGAAGGAGCTCGCGGTTAGCCTGGATTTCCCCGTAAATTTGGTTGTTGTCATATAA	MRGKKSMNLLIAIFASSRASGAPRQKYVKPIAEHFLDGIGKELAVSLDFPVNLVVVI				NA	NA	NA	NA	NA
JZ016_00220	669			hypothetical protein	TTGGATGAGGTCGGAGATGATATCGTCCGCGAGATTGGCTCTTTTTTGGACGATATGAGGATAGAGATAGTTGTAATATTCCTTGGCAGCACGACGTTTCAGTTCTTGAACATCTTCCGAATGGTTTTTGGGCAGGGGAAGGAACAGATCGACCAATGGATGGCCTTTATCAGCGATAAAAACGCAGAGAACATCGTGAAGCGTACTTCGCTGCAGATCGGGATACATGACTATGCGCTGCTTGAATATGACAAGGGCAGGGTGAGCATGACAGATGATGATCTAGACAGATCGATGCCGGAAGACAGATGGACACCTGGTGAGCCGTTGACCGAAGAACTTGTGCGAGAGCACATCGTTCCTGAGCTATCCTCTTATATGCAGCGTAAATTGGATGAAATGCCGAGCTCTATCATCGATTATCAGTTTCCGTTTAACGGCAAGTTTCGAGTGCGGGAAGGCGACCTGAATCTTTGTATTCTTACAGATGGGACAAAGAAGAAGCAATTACAAGAACGAATCTCAATCTATATAGCCAATAAGCTAGAAAAAGGAACCTATCCGACCAAACCGTTGGAGACGTTTTTCCTGTCCAGACACATCCTGGACGAGGGGCTGTTTCCAGACGCGGATCCCTACTCGACTGGATCATTGGCGTCTATGGATTAA	MDEVGDDIVREIGSFLDDMRIEIVVIFLGSTTFQFLNIFRMVFGQGKEQIDQWMAFISDKNAENIVKRTSLQIGIHDYALLEYDKGRVSMTDDDLDRSMPEDRWTPGEPLTEELVREHIVPELSSYMQRKLDEMPSSIIDYQFPFNGKFRVREGDLNLCILTDGTKKKQLQERISIYIANKLEKGTYPTKPLETFFLSRHILDEGLFPDADPYSTGSLASMD				NA	NA	NA	NA	NA
JZ016_00221	483			hypothetical protein	ATGGAGCCGTTTGAATGGTACACGGATACGGAAGGGGAGAAAAACTGCATGCCGGGAAGCTATGCCGTATTTAGCCTCGGATTGAAGGATAAAACGTATTTCCCGTTGGTGGAAGAATATATGGGTAAAGTCGATGACGAACACCAATCCGTTCAAAACCATTTTACTTTAGCTTTTACTGAGCGGCATGGTGTCTGTGCGGAAACGATTCCAACCTTGGTAAAGTGCATGCTGCACTGCACCGATTGGATGAAACTGAAGATTCAATCGGACATGGAAACCGACGTAAACGTCAAACTGCTGCTCGACCAAGTTCGCGGCCTTCCGTATTACCAGGTGGAGCATATCGTATATTTGGTCTGGGGCGGAATGGACAAGCTCAAGAAGATAGCCGCCAAAGCCGAAGGGGAAACCTCCATAGATGTGGAGGTTATTCGGGTTGGTCGGAAAAAGTATATCACGAAAAGAACTCATCCAAGCTGA	MEPFEWYTDTEGEKNCMPGSYAVFSLGLKDKTYFPLVEEYMGKVDDEHQSVQNHFTLAFTERHGVCAETIPTLVKCMLHCTDWMKLKIQSDMETDVNVKLLLDQVRGLPYYQVEHIVYLVWGGMDKLKKIAAKAEGETSIDVEVIRVGRKKYITKRTHPS				NA	NA	NA	NA	NA
JZ016_00222	642			hypothetical protein	ATGCGATTGAACGTGAATTTATTAATTAGCTACATTATTCTGGGATTAACATTGGCTGCTCCGATCGGGCCCGTGAACTCGGCCAGGCTTGATAAAGGGATCCGAAATGGCTTTTGGCATGCCTGGGTTGTGGGAGCAGGATCCATGTTGGCAGACGCAGCCTTTATGCTGGTCATTTATTTAGGACTTGTTCAATTTCTCAACATTCCGATCGTTCAGATTTTTTTATGGCTTTTTGGCGGATTCGTTTTAATTTATAGCGGTGTTGAGAGTATTATGAAGGTGAATAAATTGAAAATCAGCTCTGCAGCGAGAAAAAAGGATTCCTTGTTTAGCTGTTTTTTGCTGGGGTTTTTTATGTCGATTACCAGCCCGTTGTCGATTTTGTTTTGGCTGGGGATTTACGGGTCCATCTTGGCTAAGACCGCTAGCTCGTTTGGGACTAGCCATTTACTGCTTTACAGCAGCATGATCTTTTTGGGCCTAACCCTCTGGGACCTGTGCGTTGCGGGATTAACCAGCGGACTTCGCCGATTCCTGAACGACAAAATGCTGACTGCGATTTCTGTGATCTCGGGAATTTCCCTCGTGGGTTTCGGTGTGTACTTCGGGATTCAGGGCATTCTTGCGTTAACAGGATAA	MRLNVNLLISYIILGLTLAAPIGPVNSARLDKGIRNGFWHAWVVGAGSMLADAAFMLVIYLGLVQFLNIPIVQIFLWLFGGFVLIYSGVESIMKVNKLKISSAARKKDSLFSCFLLGFFMSITSPLSILFWLGIYGSILAKTASSFGTSHLLLYSSMIFLGLTLWDLCVAGLTSGLRRFLNDKMLTAISVISGISLVGFGVYFGIQGILALTG	PGPT0020651_969	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020651-lysE|argO-K06895	NA	NA
JZ016_00223	963	asnA	COG2502	Aspartate--ammonia ligase	ATGGAAACGGCTATCGCCATACAAAAAACCAAATCGTATTTTAAGACCGGGCTTGAGAAGGCACTCCGCTTAACCGAAGTCTCCTCACCCGTTATGGTAAAAGAGGGCACAGGCATTAACGACAATTTGAACGGTACGGAACGGACCGTATCTTTTGATGTGATGGATATGAAGGAAGGCCGTGTCGAAATTGTGCAATCCCTTGCAAAGTGGAAACGGTCGGCCCTTGCCCAATACGGCTTTAAGAATGGGGAAGGTTTATACACCGATATGAAAGCCGTCAGGCGTGATGAAAGCATGGATAATCTGCATTCGATCTACGTCGATCAGTGGGATTGGGAAAAAGTGATAGGCGAAGACAATCGCAACCTCGCCACCTTAAAATACGAAGCTGCACGAATATATGAAGCGATAAAGTCCACGGAAGCGTTTGTCCATGAACTTCATCCATGCTTGGAGCCGATCCTTCCGGAGCGCATATTTTTCGTTACGACGCAGGAGCTGGAAGACCGCTTTCCTGGCCTCTCTCCGAAGGAAAGGGAACATGAAATCGCCAGAATGCATGGTGCCGTATTCATTATGCAGATCGGCGGAGCGTTGAAGTCCGGGCAGGTTCACGACGGCCGCTCGCCGGATTATGATGACTGGACGTTAAACGGGGATATTGTTTTGTGGTATCCGGTATTGAATTGTGCGGTGGAGATCTCATCCATGGGGATCCGGGTGGATGCTCCATCACTTCGTCAACAGCTTCTGGCCAGCAACCAGCTGGATCGTTTAGGTCTTAACTTTCACCAAGCCGTCCTCGCAGGGCAGCTGCCGTCGTCCATCGGTGGAGGCATCGGACAATCCAGGCTATGCATGTTCCTTCTGAGAAAAGCTCATATCGGTGAAGTACAGGTCTCCGTATGGAACGAGAAAACAATGAAAGAATGCGAAGAGGGAAACATCCCGATTCTGTAA	METAIAIQKTKSYFKTGLEKALRLTEVSSPVMVKEGTGINDNLNGTERTVSFDVMDMKEGRVEIVQSLAKWKRSALAQYGFKNGEGLYTDMKAVRRDESMDNLHSIYVDQWDWEKVIGEDNRNLATLKYEAARIYEAIKSTEAFVHELHPCLEPILPERIFFVTTQELEDRFPGLSPKEREHEIARMHGAVFIMQIGGALKSGQVHDGRSPDYDDWTLNGDIVLWYPVLNCAVEISSMGIRVDAPSLRQQLLASNQLDRLGLNFHQAVLAGQLPSSIGGGIGQSRLCMFLLRKAHIGEVQVSVWNEKTMKECEEGNIPIL	PGPT0020145_170	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020145-asnA-K01914	NA	NA
JZ016_00224	1386	aroP	COG1113	Aromatic amino acid transport protein AroP	ATGGATTCACCTGGGTGTGCAGGACCGAACGATTCCGCATCGTCGGATCAAAAGAGCAGCAAAGGCAGCTTAAAGTGGTGGCAGCTCTCACTGCTTGGCATCGGTTGTACGATTGGTACGGGGTATTTTCTAGGTTCCGGCATTGGCATTAAGCTGACGGGACCTTCCATGGTTTTATCATTCCTTATCGCTGCTATAGGAACCTATATCGTCTTTCATTTTTTGGCCAAAATGACGACGGCGGATCCTCAAGAGGGATCCTTTTGTTATTATGCGGGAAAAGCGTTTGGGCGGTGGGCACGTTTCGGAAGCGCATGGAATTACTGGAGCACGAAAATTCTAATCATGGGCAGTCAGCTGACGGCTCTGTCCATCCTGACCAAGTTTTGGTTCCCTGATGTTCCGCTATGGATATTTGCTGCCATCTATGCCGTATTATCGATTGCCGTCGTTCTGCTGGGTACGAAAGGCTTCGATAAGGTGGAAAATGTATTGGCCGTCATAAAAACAGCGGCGATTCTCATGTTTATTCTTCTCTCAACTGCCGCGCTTATGGGCTGGATTCGCGGGGGCAGCGATGGTAGACCCGGATTTCCCGATTCGGTTGGACAAGTGTTCCCTGGCGGATTTCCCGCATTCTGGTCCTCGCTCTTATATGCTTTCTATGCCTATGGGGGTGTCGAAACCATTGGTTTGATGTCCATGCAGCTCAAAAACAAAAAGGATGCTCCCAAGTCAGGAAAAGTCATGCTCATCGGACTGACCGTGATTTACATGATATCCATCGGGCTTGCTGTCTTCATGGTTTCCTACAACCTCTTGAGTGAGAAAGAAAGCCCGTTCGTTACAGCGCTATCCAGCTATCCGCTAACTTTCTTTCCCCATGTATTCAATGGAGCGATCATTATGGCCGGATTCTCGACGATGAGCGCTTCATTGTTTGCCGTAGTGAACTTGCTTGTGACGATGGCTAAAGACGGCGATGCACCGAGTATTTTTACGAAGAAGCTGGAAAATTTCCGGAAGCTGCCGCTCCCTTCCTTGGTGCTTGCCGCGATCGGTTTATCGGCTTCAATCGTTACGGCACTCCTATTGCCCGGAAAAATATACGAATACATTACAACTGCTGCCGGGATATTGCAGATGTATAATTGGTCGTTCATTATCATTTCGGCTTACAAAATTCTAAAGGTCAGAATGTGGGATGTGATTCTGGGTGGATTCGGCATCATCCTCCTGCTCGGTGCCGTAACCGGAACCATCATGGAGAAGAGCATTCGGCCCGGTTTTTTTGTCAGTTTGATCTTGGCTGCACTTGTGGCCATCGTGACGCTAATTATGGTCAAGATATGGAACAGGATGCAGACCAACACCATCAACAATTAA	MDSPGCAGPNDSASSDQKSSKGSLKWWQLSLLGIGCTIGTGYFLGSGIGIKLTGPSMVLSFLIAAIGTYIVFHFLAKMTTADPQEGSFCYYAGKAFGRWARFGSAWNYWSTKILIMGSQLTALSILTKFWFPDVPLWIFAAIYAVLSIAVVLLGTKGFDKVENVLAVIKTAAILMFILLSTAALMGWIRGGSDGRPGFPDSVGQVFPGGFPAFWSSLLYAFYAYGGVETIGLMSMQLKNKKDAPKSGKVMLIGLTVIYMISIGLAVFMVSYNLLSEKESPFVTALSSYPLTFFPHVFNGAIIMAGFSTMSASLFAVVNLLVTMAKDGDAPSIFTKKLENFRKLPLPSLVLAAIGLSASIVTALLLPGKIYEYITTAAGILQMYNWSFIIISAYKILKVRMWDVILGGFGIILLLGAVTGTIMEKSIRPGFFVSLILAALVAIVTLIMVKIWNRMQTNTINN	PGPT0000815_1523	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0000815-TC_AAT|yifK-K03293	NA	NA
JZ016_00225	1575	gerAA_1		Spore germination protein A1	ATGTTAAGTCGATTACTGATAAAAGCGCTGAAACGAAGCATCCCAAAGAACAGAACAATGAAAACAACGGATACACCACATCCGATAACCACGTCACTTCAAGACTCCATTCAAATATTGGAGCAGAAACTGGGGAATAGCTCTGATTTTATCGTCAGAATAGTACCAGGTCGCGACGGTATACCGGAAATTGCGGTGTGCTACATAGAGGGACTTGTTGATATGGATCAGCTTAACGGCATCATGGAGGCTTGGTTAACTGTTACAGTGGATACTGCTGGAACGCCTGATATGGATGCCTTGCTGAAAAAAGTACTGCCGGCAAGGCAGGTAAGTCAGTTGCGATCCGTTAATGCCTTAATCCCGGCGGTATTAGAAGGTAAAGCCGTTATCTTAATCGATGGCTTGGATGTCGCTTATTCAGCATCGGTTGCAGGTCTGGAGAAGCGATCGATAGTTGAGCCGAGTTCACAGACCGTGATTCGAGGACCTAAAGATGGCTTCACTGAAGATATTTCGACGAATCTATCCCTTATCCGAAGAAGGCTTCGAACACCGGATTTGCGGATTCAAACGATGGTTATCGGCAAATATACCAATACCAGAGTGACGATAGCTCATATTGAGGGTATTGCGGATCCGCAGGTTGTATCAGAGATTATGTCGCGGTTACATTCCATTGATACGGACAGCGTGCTGGAAAGCGGATATATTGAAGAATTTATTCAGGACGCTTCCGTGACATCTTTTCCAACGATGATTAACACAGAACGCCCTGACGCAGTGGCTGGAAGCCTTCTGGAAGGACAAGTTGCCATTTTGATTGATGGTTCACCTTTCGTACTGATAGCCCCTGTTACTTTTTTTAAGTTCCTCCATTCTAGTGAAGACTACTATCAACGGTATGATTTGACCACATTTTTGCGGGCCATTCGTTTTGTTTCTCTTGTGGTATCCCTGCTGCTTCCCTCATTATATATTGCCTTCTCGACGTTTAATCAGGAGATGATTCCGACTCCACTTCTCATTAGTTTGGCAGCGCAAAGGGAAGGCACTCCGCTGCCTGCGCTGGTTGAAGCCTTGATGATGGAATTAACGTTCGAGATCATTCGTGAAGCTGGGGTTCGGATGCCAAGGGTCATTGGTCCCGCCATATCGATTGTGGGGGCGCTCGTATTGGGACAGGCTGCCGTTCAGGCGGGCCTTGTGTCCGGTGCGATGGTGATCGTAGTTTCCTTTACGGCTATTGCGAATTTTGCGATCCCGGCTTTTAGCATGGCAGCAGCCATTCGCTTAATTCGTTTTGTCCTGATGCTGCTCGCAGGTACGCTTGGTTTGTTCGGTATTCTGGCAGGCATCGTGCCTCTTTATGTTCATTTGGTGTCCCTGACTTCGTTTGGGGTTCCATATCTGTCGCCTATGACACCGCTTCGCTTCTCTGAATTGAAGGATCTGTTCGTCCGTCTACCATGGCCATTGCTCAAGACCAGACCTAAGGAGATCAGTCAACGTAATCTAGTCAGGCAGAACGAGAATCTACGCTCTAAGGATACGAGAAAGGATCAGACGAGGTGA	MLSRLLIKALKRSIPKNRTMKTTDTPHPITTSLQDSIQILEQKLGNSSDFIVRIVPGRDGIPEIAVCYIEGLVDMDQLNGIMEAWLTVTVDTAGTPDMDALLKKVLPARQVSQLRSVNALIPAVLEGKAVILIDGLDVAYSASVAGLEKRSIVEPSSQTVIRGPKDGFTEDISTNLSLIRRRLRTPDLRIQTMVIGKYTNTRVTIAHIEGIADPQVVSEIMSRLHSIDTDSVLESGYIEEFIQDASVTSFPTMINTERPDAVAGSLLEGQVAILIDGSPFVLIAPVTFFKFLHSSEDYYQRYDLTTFLRAIRFVSLVVSLLLPSLYIAFSTFNQEMIPTPLLISLAAQREGTPLPALVEALMMELTFEIIREAGVRMPRVIGPAISIVGALVLGQAAVQAGLVSGAMVIVVSFTAIANFAIPAFSMAAAIRLIRFVLMLLAGTLGLFGILAGIVPLYVHLVSLTSFGVPYLSPMTPLRFSELKDLFVRLPWPLLKTRPKEISQRNLVRQNENLRSKDTRKDQTR	PGPT0025050_71	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295	NA	NA
JZ016_00226	1326	gerBC_2		Spore germination protein B3	ATGCGCACTTTCGCTCACATAACACTTTTGCTGGTCATGATGTTTTCAATGACAGGCTGCTGGAATCAAACCGAGTTAAATGAGATCGGCCTCATCTCAGCGATCGGTATAGACCGGTCAGGGGATCGGTGGATCGTTTCATATCAATTAATTAACCCATCGGCGATTTCATCCGGTGCTGGCGGTGCTGGCAAGGCTGGCGGCTCGGAGGCTCCAATCCATGTGTTCTCCTCAACGGGCCCAACGCTTCGGGAAGCGATTGATGTTAGTTATACGGAATCAGCCAGACGTCTATATTTTCCGCATACGGATATTCTTGTGCTTGGTCAGCAGGCAACGGAAAAAGGGATTAGCGAAATCATGGATTTCTATTGGAGAAACACCTATATGCGTGAGACCGTCAATGTCCTGGTTACGAACGGGCAGGCAAGTGAGCTGCTAAAGCAACTTGTACCGACTGAACGATTACCGGGTGCAGCTATCGCTAATATCTTGGACAAAACGGATCAATTTAATGGCAATTACCCTTCAACGAAAATGTATGAGCTGGCTATTAGTTTGGATTCGGAGTCACAAGCAGCCGGTGTTCCCCAGATTGAATTAGTCGGTGGGCCGGAGGCTAAAGTGGATTCCGTGGATCAATTACATAAAACTTCTACCCGCGGAAAGCTTAAAATTACGGGATTATCCGTATTTGATAAAGACCGGAGAATCGGAACGTTAACGCGGAGTGAAAGCTTCGGAATATCCTGGTTAACTGATAAAGTGAGCATCAGTACGTTATCCATTCCTTGTCCAGAATCGAATACAGAAAGAGAACAATTCTCATTCCAATCGGCCTCTGCAAAAACCAAAGTCACACCTCATAAAACGGCAAACGGTTATCAAATGCGCGTTTCTGTTAAAGTCAAAGGTACAATATCGGAGTCTCATTGTCACGGTAACTTAACCAGCTTGCCTACACTTCATGCGGCGCAGAGGGAAATTGAGAAGGTAATCAAGGACTATATCGAACAGGGATGGGAAGCCGCCAAAAGACTTAAAGTCGATTTGCCACATTTTGCCGACAAGATCCATCGTAAATATCCGAAGGATTGGCAGAAGTTAAAGGACCGTTGGGAAGAAGAGGAGATGCAATCTCTCCAACTTGTACTAGAGGTGGATGCTACGATCAGTCAAACCGGAATGTCACAAACGTCTTTCAGAGAGACGGGAGCTCTTAGTAGGCCTTTGCTCTTTTCATTGGTAAGGGCACAGAAAGGGAAAGCTGCTTATGAACCAATCCATTCGAGTTACCGAGTTAGTATGTTATCTAGCTCTTTTTGA	MRTFAHITLLLVMMFSMTGCWNQTELNEIGLISAIGIDRSGDRWIVSYQLINPSAISSGAGGAGKAGGSEAPIHVFSSTGPTLREAIDVSYTESARRLYFPHTDILVLGQQATEKGISEIMDFYWRNTYMRETVNVLVTNGQASELLKQLVPTERLPGAAIANILDKTDQFNGNYPSTKMYELAISLDSESQAAGVPQIELVGGPEAKVDSVDQLHKTSTRGKLKITGLSVFDKDRRIGTLTRSESFGISWLTDKVSISTLSIPCPESNTEREQFSFQSASAKTKVTPHKTANGYQMRVSVKVKGTISESHCHGNLTSLPTLHAAQREIEKVIKDYIEQGWEAAKRLKVDLPHFADKIHRKYPKDWQKLKDRWEEEEMQSLQLVLEVDATISQTGMSQTSFRETGALSRPLLFSLVRAQKGKAAYEPIHSSYRVSMLSSSF	PGPT0025060_100	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_00227	1095	yndE_3		Spore germination protein YndE	ATGAACCAATCCATTCGAGTTACCGAGTTAGTATGTTATCTAGCTCTTTTTGAGGTTGGAAGCACAACCTTGTTTTTCTTGGGAGCTGAAGCCAAGCGGGATGCTTGGCTAGCCATGGCCCTAGCCGCCTGCGCTGGACTGCTCCTACTCTGTATATATCTGATGATACACCGCACAGATCCTGATCTTGATTTGTATGATTTATGCAAACGATATTTTGGTAAAATCATCGGTTATGTAGTAAGTTTTGCCTTTGCCGCTTATTTCACTTATGAAGCCTCTCGTAATCTAAGGGATTTAGGTGAACTTACGGTGTTGACTTTGTTAAACCGGACACCGCTGGCATTTATCATGTTGATCGCCATTCTCGTCATTACAAGTACGGTGATGTATGGGCCTCGTGTTGTCTTTTTGGTCAGCGCTGGCCTGCTGCCCATCGTAATATTGAGTTATCTCACCATATATTCACTGCTGCTAACGACAGGACTTATGAAAACGGAGATGATGCTGCCGGTTTTAGAGAATGGTTTTAAACCAGTATTCTCTGCAGCCATACCGGAGCTGGTGTCATTTCCGTTTGGACAAACGCTCTTGTTCCTGGTGTTTTTTCCTTTGGTGCATAAGAAGGGGAGGTTGCGGAGAGGCGTGATAATCACTTATATCATTACGGCGATTTGTTTAATATTGATCAACCAAGTCAATATTTTGGTCTTAGGGCCGACACTTGCTGCCAGTAGTACGCTTCCTTTGCTGCAGGTGGTTCAGCTGATCGAAATTGCAGATGTCTTTGAGCGCATCGACGTTTTATTCGTTCTTATACTATTTCTGGGACTGGGCGCGAAAATGACTGCTTTTTCTATGGGTGCCGTAATCGGCCTCACTAAACTCACAGGAATCCCCTACAAGATAAGTACTATTTTCTTAGGGGTATGTTTATATATGCTGGCATTCTTGTCCCCCAATTACCCTCATCATATATGGCTTGGGATTAAGTTTGTCGTGACATATGTAACACCCATCTTCCAGGTGGCGCTGCCTTTGATGCTTCTCCTTACGATATGGATCAGACAAAAGATGGAAAAACAACATCAATGA	MNQSIRVTELVCYLALFEVGSTTLFFLGAEAKRDAWLAMALAACAGLLLLCIYLMIHRTDPDLDLYDLCKRYFGKIIGYVVSFAFAAYFTYEASRNLRDLGELTVLTLLNRTPLAFIMLIAILVITSTVMYGPRVVFLVSAGLLPIVILSYLTIYSLLLTTGLMKTEMMLPVLENGFKPVFSAAIPELVSFPFGQTLLFLVFFPLVHKKGRLRRGVIITYIITAICLILINQVNILVLGPTLAASSTLPLLQVVQLIEIADVFERIDVLFVLILFLGLGAKMTAFSMGAVIGLTKLTGIPYKISTIFLGVCLYMLAFLSPNYPHHIWLGIKFVVTYVTPIFQVALPLMLLLTIWIRQKMEKQHQ	PGPT0025055_915	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296	NA	NA
JZ016_00228	627			hypothetical protein	ATGCAATTCGAACAACCACAAAATCATCAAAACATGGAGACCGGTATGATTCCTCCACAATTGAACCACGGCGGTCATGAGATGTTTGATGTCCACGAAGTATTGGCAGGGGCTATCAATGCCATGAACACGTATACCATGCTGAGCGGACATGTGCAGGATCCGGAGCTTCGGGATATCCTGCAGCGCCAGAAGCAATTTATGGCTGATGAGTATAACATCACCTTGGAGTGTTTTAAATCAGGACAAGATCCTTCAAAGCCGACGCAAAGCTATAAAATGAAGCAGGGCAATGACTTTATTTACGGCATGAAACCAGGCCAGCCGAAAAAACCGATGCAGTCCACAGCCGAGATCAACGATGAAACCATCGCGCTCAGCATGTTGAATGCAGTGAAATCGGGTGCTACAATGAAAACCAATGCAGCCATGGAATCCACGAATCCGGTCGTACGCCGCGTGCTTGCCGATTCCCTTCCTAACTGCATCGAAATGGCTTATGAAATTTCGCTATATCAGAATAAGCATGGATACTACCAAGTACCGCAGCTGCCTCAGCAAGATATGCAGTACATGCAGAATAGCTACGGCACAGCCCCAATGCCTGGCAATATGGCCCCTCACTAA	MQFEQPQNHQNMETGMIPPQLNHGGHEMFDVHEVLAGAINAMNTYTMLSGHVQDPELRDILQRQKQFMADEYNITLECFKSGQDPSKPTQSYKMKQGNDFIYGMKPGQPKKPMQSTAEINDETIALSMLNAVKSGATMKTNAAMESTNPVVRRVLADSLPNCIEMAYEISLYQNKHGYYQVPQLPQQDMQYMQNSYGTAPMPGNMAPH				NA	NA	NA	NA	NA
JZ016_00229	1653	rhaS_3		HTH-type transcriptional activator RhaS	ATGTTACAGTCTGAAAGGGTGACCGTCAGCATGGAAGAGACGCAATATTCGCTGTTTGGAGTTCGCTATATTAAGCTTGGTCATACCGAAGAGGCTGCCGGCGGATTCATGGAAACACATACCATGTTATTGGTAAGTAAAGGTTCAGGTGATTTGTATATGAATGGAGTTAGGCATCGATTGAAAGCGAAGGCGATCTGTTATTGTCCGCCGGGGACGATTGCCGACATACGCCGGACTCCAAACTCGTCGGTTCCGCTCGAGCTTTATGAATTGCAATACGATGTATGGGAGTTCAAGGAGCGGACACCAAGCCGAATCGTATACGGCAAGCGAATCTCTGCACTGATGGGCACCGGCAAGCTTCCCGTCGCCGCTACACACGAGGCTCTAGTTCTGGTTCAAGAACTATACCAATTCAAGCAATTTCACGGAGTCAGCAGCGGGAGACTTGCAACAAACCTTCGCATAGATGCGGTATTTAAACAACTGTTGGGTACGCTGCTGCAGTCAACCGATGATGAGGAGCGGGAAGAGGATTGGCTGGAGCGCATGAGACTTGCGGTGGATTATATGGAGAAGCATTTCGCCGAGGCGATAACGCGAAACGACATGGCGAAGAGGGTAGGATTAACGCCGGAACACTTCTCTGTATCGTTCAAAAGAGCAACGGGATCCGGCTTCACGGAGTATCTGACGCGGCTTCGCCTGGAGAAAGCCAGGGAGGAATTGCTTAGCGGCGACGATCGTAATCTCGATCGAATCGCGCGGGAAATCGGCTACCAGGACGGTTTATATTTAAGCCGGAAATTCAAGCAGTATTTCGGTTACTCTCCTCGCGATTATATCCAGCGTCCGAAGCGTATTGTGGCCCTGCAATATGTGGGTCATCTGCTGGCGCTTGGACTTACGCCCGCAGGAACTTCGACCAATCTGCTGCGTGCCCGCCCTTATGTCGGAAAGCTGGGGAATGCAGCGGACGTAGGAGATGCTCGATCGTTCCAGACGATATCATCGTTGCAGCCCGATCTGATCGTCACGTGCGGACCGAACAGCGAGCTCTTATCCCAGCTTGCTCCAACCATATCACTTCCTTGGGGACAGGAAGACCCGCTCGACGAACTGTTACGATTAGGCAGAGCACTCAATCGTGAATGCGAAGCGATGAACTGGATGGATGGGTTTCGAGCGAAGGAGGAGCAAGCTGCTGCTCAAGTAGCTAAACTAATCGATTCACATGCTACGGCTGCCGTGTACGAGTTTTGGGCGGATCGGCTGTGGGCGGTTAATATGGCGTATGGCAGAGGCCTGCGCAATTTATACCAGTCGTTCTCGTTTCGGCCACCAGAGCCGCTTGCAGAACACGTATTAGGTGAGGGAGTCGGCTTGGAGTTAACGCCGGACATGCTGGCAGCGTATGCCGCAGATTATATGTTTGTAACCATCTGGGAAGGTGGTGGAGGTGCAGGCAATGCAGAACGTGTCATGAACAGCAAAGAATGGAGAAGCTTGCCTGCGGTTCAAAACGGGAATGTGTTCTTTCTCGATCTGGAGTTATTTAAATATAATGATCCGCTTGCTTTGGAGCAGCAATTGTCCATACTCACCGAGCTTCTAACAAATGTCCATAGAACCGCTTACGGAACGCAATAG	MLQSERVTVSMEETQYSLFGVRYIKLGHTEEAAGGFMETHTMLLVSKGSGDLYMNGVRHRLKAKAICYCPPGTIADIRRTPNSSVPLELYELQYDVWEFKERTPSRIVYGKRISALMGTGKLPVAATHEALVLVQELYQFKQFHGVSSGRLATNLRIDAVFKQLLGTLLQSTDDEEREEDWLERMRLAVDYMEKHFAEAITRNDMAKRVGLTPEHFSVSFKRATGSGFTEYLTRLRLEKAREELLSGDDRNLDRIAREIGYQDGLYLSRKFKQYFGYSPRDYIQRPKRIVALQYVGHLLALGLTPAGTSTNLLRARPYVGKLGNAADVGDARSFQTISSLQPDLIVTCGPNSELLSQLAPTISLPWGQEDPLDELLRLGRALNRECEAMNWMDGFRAKEEQAAAQVAKLIDSHATAAVYEFWADRLWAVNMAYGRGLRNLYQSFSFRPPEPLAEHVLGEGVGLELTPDMLAAYAADYMFVTIWEGGGGAGNAERVMNSKEWRSLPAVQNGNVFFLDLELFKYNDPLALEQQLSILTELLTNVHRTAYGTQ	PGPT0003170_145	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003170-btr|ybbB-K21701	NA	NA
JZ016_00230	960	yxeB_1	COG0614	Iron(3+)-hydroxamate-binding protein YxeB	ATGTGGTTGCTTAAAGGATTGATGTTGTCTCTGATCGGAAGTATGGTCATTGTGCTGGGCGCCTGTGGAGACACACAGCAGCAAGGTGATATTGTTAAGGCCAATGGCGACCCGCAAACAGGGGCAACACGTAAATATGAAACGGTCATGGGCGAGATCGAGATTCCGAAGGATCCGAAGCGAATTGTCGCGACGCAATATCTTGGCCATCTGCTAACCTTGGGCGTTAAGCCAGTCGGCGCCGGTACGGCCAGCCTGAATCAATATTTTTTGCAGGATCTGACCGATGGCATCGAGGATATCGGTGACGATCAGGCGGCGCTTGAGAAAATCGTATCCCTTGATCCCGATCTCATTATTAGACCTTCCGATAAGAACTATGAGCAATTCGCCAAAATCGCACCGACGATTGTTATTCCCTGGGGAGCAAAAGATCTGTATGCCGAGCTGCGTGAATTCGGAGAATTCCTCGGGAAATCGAAGGAAGCGGAGGAAGCGATTCGGCACTATGAGGAGAAGCTTGCAGAGGCCAAGGCGAAGCTGGACGGAGTCGTGAAGGAAGGAGAAACGGTTGGCGTCTATGAGATTTGGGCGAAAAACTTCTGGGTCGTAGGTGAGAGCTTTGGGCGCGGTACCCGCAATCTGTATTCGGGTCTCGGCTATCAGCCGCCAGAAGCCGTGAAAGAGCAGATCGTAAACGGAGGAGCCGGTCTGGACATTTCCCTGGAATCGCTGCCGGAGATGGCCGCGGATTATATGTTCGTGACGGTCTACGATGCGGACGGAGGCGGGGATCGTGCCAAGGAGATTATGGAGAGTGCCATCTGGAAGTCCCTGCCGGCTTACAAAAACAATCGCATCTACACATTGGATATCAATCAGTTCTCGGCAGGCGATCTCATCTCGCTGGAGAAGCAATTGGAGATCCAGACGAAGCTGCTGCTTGGCAACGGGAAGTAG	MWLLKGLMLSLIGSMVIVLGACGDTQQQGDIVKANGDPQTGATRKYETVMGEIEIPKDPKRIVATQYLGHLLTLGVKPVGAGTASLNQYFLQDLTDGIEDIGDDQAALEKIVSLDPDLIIRPSDKNYEQFAKIAPTIVIPWGAKDLYAELREFGEFLGKSKEAEEAIRHYEEKLAEAKAKLDGVVKEGETVGVYEIWAKNFWVVGESFGRGTRNLYSGLGYQPPEAVKEQIVNGGAGLDISLESLPEMAADYMFVTVYDADGGGDRAKEIMESAIWKSLPAYKNNRIYTLDINQFSAGDLISLEKQLEIQTKLLLGNGK	PGPT0003765_7973	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_00231	1500	mqo1		putative malate:quinone oxidoreductase 1	ATGAGCAACATGGAGAAAAAAACAGACGTAATCTTAATCGGTGCCGGCGTCATGAGCGCAACATTGGGAGCCTTACTGAAAGAATTAGTACCTGAGTGGGAGATCAAAGTGTTTGAGAAACTCGCAAGCGCGGGGGAAGAAAGCTCCAATGAATGGAATAATGCGGGGACCGGCCATTCCGCATTGTGCGAGCTTAACTATACGTCCGAAAAACCTGACGGATCTATAGACATCAGCAAAGCGATCAATATTAACGAACAGTTTCAGGTTTCAAGACAGTTCTGGTCTTATCTGGTAAGCAGCAATCTGATTCGCAATCCGCAGGACTTTATCATGCCTATTCCGCATATGAGTTTAGTGCAAGGCGAAAAAGACGTGGCTTTTTTGAAAAAACGTTTTGAAGCGCTGTCAAACAACCCGCTCTTTCAAGGAATGGAATATTCCGAGGATCCGGATCAGCTGAAGGAATGGATTCCGCTTATTATGGAAGGGCGTACATCGAATGAGCCGTTAGCGGCAACCAAAATCGACTCCGGGACGGACATTAACTTTGGCGCTTTAACGCGCATGCTGTTTGACCACTTGAAGAGCAAAGACGTCGAAATAAACTACAAGCATAGCGTCAAGGATATTAAACGTACACAAGATGGTTCGTGGAAAGTGAAAGTCCATAATATCGAACACGGTAAAACCGAATATCATACGGCGAAGTTCATCTTTATCGGCGGCGGAGGCGGAAGTCTGCATTTATTGCAAAAAACCGGTATCCCCGAGTCCAAACATATTGGAGGATTCCCGGTAAGCGGATTATTCATGGTATGCAAGAACCCGGAAGTGGTAGCGCAGCATCATGCCAAAGTATACGGAAAAGCCAAGGTTGGCGCTCCGCCGATGTCGGTTCCCCACTTGGACACAAGATATATTGACAACCAAAAGGCATTGCTCTTCGGTCCGTTTGCCGGCTTCTCGCCGAAGTTCTTAAAAACCGGGTCGAATCTTGATTTGATCACATCCGTCAAACCGAACAATCTGTTCACCATGCTGGCGGCTGGCGTAAAAGAAATGGCATTGACCCGATACCTAATCCAGCAAGTGGTGCTATCGAATGAAAAGCGCATGGAAGAATTACGCGAGTTTATTCCGAACGCCAAAAGCGAGGATTGGGAAATCGTCGTGGCGGGCCAACGTGTACAGGTGATTAAGGATACACCGAAGGGTAAAGGAACGCTTCAATTTGGTACTGAAGTGGTTAGTGCCGCGGATGGCTCGGTCGCTGCCTTGCTCGGTGCTTCCCCAGGCGCTTCGACAGCTGTTCACGTTATGCTCGAGGTATTAGAGAAGTGCTTCCCGCAGCATATGGAAGAATGGGAGCCGAAAATTAAGGAAATGATTCCTTCATACGGCATGTCTCTTACGAAAAACCCGGCCTTATTTGAGGAAATTCAAGAATCCACTGCGCAAGCGCTAGGTCTAAGCTTAAAAGTACTGGTGCATAGCTAA	MSNMEKKTDVILIGAGVMSATLGALLKELVPEWEIKVFEKLASAGEESSNEWNNAGTGHSALCELNYTSEKPDGSIDISKAININEQFQVSRQFWSYLVSSNLIRNPQDFIMPIPHMSLVQGEKDVAFLKKRFEALSNNPLFQGMEYSEDPDQLKEWIPLIMEGRTSNEPLAATKIDSGTDINFGALTRMLFDHLKSKDVEINYKHSVKDIKRTQDGSWKVKVHNIEHGKTEYHTAKFIFIGGGGGSLHLLQKTGIPESKHIGGFPVSGLFMVCKNPEVVAQHHAKVYGKAKVGAPPMSVPHLDTRYIDNQKALLFGPFAGFSPKFLKTGSNLDLITSVKPNNLFTMLAAGVKEMALTRYLIQQVVLSNEKRMEELREFIPNAKSEDWEIVVAGQRVQVIKDTPKGKGTLQFGTEVVSAADGSVAALLGASPGASTAVHVMLEVLEKCFPQHMEEWEPKIKEMIPSYGMSLTKNPALFEEIQESTAQALGLSLKVLVHS	PGPT0001440_1156	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001440-mqo-K00116	NA	NA
JZ016_00232	1017		COG2152	Beta-1,4-mannooligosaccharide phosphorylase	ATGAAAATTACCCGGCATCCGGAGAATCCGATCGTAGTGCCTGGACTTTACGAGTGGAGAAAGGTGACGGTATTCAATCCGGCCGTCATTATCGATAACGGAAAATTCTATATGATAGAACGGACGGCAGGCTCGCTGACTCCCTGCAAAAACTACCTGGGTCTTCTGGAGAGTGCGGACGGGGTGCATTTCACTCATGTGCTGGACGAGCCTGTCGTAACGCCGGACCAGCTGGGATTCCCCTACGGCAGCATCCAGGACCCGCGGATCGTCAAGATCGACGATACCTTTTATTTGAACTATGCCTTACGGCCATGTGCCATGAATTATTACCCGACGGGAGCCGGCATCCCCGAACGCTCGATTCCCGAGTATCCGGACGGTTGGGGCGAAGAGGAAGGCCACTGGCTGACGCGTTCCGGGATATTGACTTCCAAGGATCTCATTCACTGGGAGTACCTGTGCGATACAACGCCGCTGGATATCAATGATCGCGACAACATTCTGTTTCCGGAGAAAATCAACGGCAAGTATGTGCTGCTTCGCAGACCGGAAGAATACGTAGGGGAGGAATACGGAACCGAAAAAGCAGCCATGTGGATCAGCTACTCCGAAGACTTGGTGCATTGGGACGAGCCCAAGCTGCTGGCAAAGGCCGAGAACAACGATTGGGAGTTTAAAAAAATCGGCGGCTCTACGCCTCCGGTGCGGACAGATAAAGGATGGCTGGTGCTCTATCACGGCGTGGACCAAGATACGGTGTATCGTGTAGGGGCCTTGCTGCTGGATTTGGAAAATCCGGAAAAAATCATCGCGAGAACCCGCCGCTTCATTATGGAGCCGGAGACGTATTATGAGAAGTTCGGCTATCAGATTCCGAATGTCGTATTCCCGACAGGCAATGTGGTCAAGGACGGGCTCCTCTATATCTATTATGGCGTGACGGATACGGCGATTGCGCTCGCTACGGTTCCTCTGGATGACTTGGTTGATTATATTTTGAACGAACCGCAATAA	MKITRHPENPIVVPGLYEWRKVTVFNPAVIIDNGKFYMIERTAGSLTPCKNYLGLLESADGVHFTHVLDEPVVTPDQLGFPYGSIQDPRIVKIDDTFYLNYALRPCAMNYYPTGAGIPERSIPEYPDGWGEEEGHWLTRSGILTSKDLIHWEYLCDTTPLDINDRDNILFPEKINGKYVLLRRPEEYVGEEYGTEKAAMWISYSEDLVHWDEPKLLAKAENNDWEFKKIGGSTPPVRTDKGWLVLYHGVDQDTVYRVGALLLDLENPEKIIARTRRFIMEPETYYEKFGYQIPNVVFPTGNVVKDGLLYIYYGVTDTAIALATVPLDDLVDYILNEPQ				NA	NA	NA	NA	NA
JZ016_00233	1296			hypothetical protein	ATGAAAACATCTAAGAAGCTTAGAACGCTGCTGCTCACCGGAACAGCCGCGCTGCTGCTTATGTCAACCGTAGCCTGCGGATCTGGAGAGAAAGACGCTGCCGAGCCGGAAAAGGTTACCTTGAACATCATGCATCCATGGACCTCGCCGAACGTGGATAACGAGGTGTACAAGGAACGGATCGCGGAGTTTGAAAAACAGCATCCCGACATTATCATCAAGCAGGACGGGGTAGCGGCAACCGAGTACAAAACGAAGCTGCGCACGCTGGCTGCCGCCAACAACCTGTCGGATATTAATGTCGTATGGCCTGGCGCCGATCTGGCTCCTTTGGTAGCCGGGGATCTGCTGATGCCGCTGGATGGCCTGATGGACAACTGGAAGGATATTTTGCCGGAGGACGCATTGGCCGGGTTCAACCAGAACGACAGTCAATTTGCCGTGCCGACCAAACAAACCTTCGTGGATATTATTTACTACAACAAGGAAATGTTCGCTGGAGTCGGTTATGACCAATTTCCGGCTACCTACGACGAGTTCATTGATGCGGTGAAAAAGCTGAAGGAAGCCGGCATTACGCCGATCTCTCTGGGCAACAAAGAGAAATGGCCGCTTCAATCGTCCTTCTTGTCGATTATCGGTGACCGTTATGTAGGCAGTGACTTCTTACAGAAAATTCTGAACAAGGAAGCCAAATTTACCGATCCCGAATATGTGAAAGCGATTGCCGTCATTGACGAACTCGCCAAGCTGGGAGCATTTAATACCGATGCAAACAACATGGATTCCGTGCAAGGCCAGGACTACTTCATACAAGGCAAAGCAGCCATGCATATCTCTTCTTCCACCGTTGACGGAAGAATCCGCATCAACAACGAGGAAGGGGACAAATTCGGCATTGCGCTCTTCCCGAGCGTACCTGACGGCTCCGGCGATCCGGTGAAAAGCGCGGGCGTCGTTCAGTACGGCATTTCCATTAAAAAAGGATTGAGCGATGAAAAGAAAGCGGCTGCCGAGGAATTCATTAAATTTTTTGTTAATGAGGACCTGTACAAAGATCTGATCAGTAAAGGCGTTGTCGTACCGGCCAACGTTGAAATTCCTGAAGATGCGAGCCCGTATCTCAAGGAAATGCTGGAGTTGACCAACAAGGGAACGGCGCCGGTATTCGACAGCGTGATTCCGACCCAAGTTACCGATGTCATGCAGAACGGATTGCAGGCTCTGACGATTGGCAGAGGAACGCCGGAAGAGCTCGCTCAAGAGGTTCAGGAAGCGTTCGACAACATGAAGTAA	MKTSKKLRTLLLTGTAALLLMSTVACGSGEKDAAEPEKVTLNIMHPWTSPNVDNEVYKERIAEFEKQHPDIIIKQDGVAATEYKTKLRTLAAANNLSDINVVWPGADLAPLVAGDLLMPLDGLMDNWKDILPEDALAGFNQNDSQFAVPTKQTFVDIIYYNKEMFAGVGYDQFPATYDEFIDAVKKLKEAGITPISLGNKEKWPLQSSFLSIIGDRYVGSDFLQKILNKEAKFTDPEYVKAIAVIDELAKLGAFNTDANNMDSVQGQDYFIQGKAAMHISSSTVDGRIRINNEEGDKFGIALFPSVPDGSGDPVKSAGVVQYGISIKKGLSDEKKAAAEEFIKFFVNEDLYKDLISKGVVVPANVEIPEDASPYLKEMLELTNKGTAPVFDSVIPTQVTDVMQNGLQALTIGRGTPEELAQEVQEAFDNMK	PGPT0016330_1736	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_00234	873	ngcF_1	COG1175	Diacetylchitobiose uptake system permease protein NgcF	ATGCATACGCTTAAGCATACGAAATGGGCTATTTTCTTGGGCTTGGCGCCAGCACTCATTATATATATATGTATTGCCATTTTTCCTATCGGCTTATCGGTTTATTATTCCTTGATGAACTGGGATGGGATCACGCCTATGCGTTTTATCGGGCTGGACAATTTTGTTGATATTTTTAAGGACGATATTTTTTGGCTGTCCGTTAAAAACAACGTCATCATTATGTTTACAGGGATCGCGGGACAGATCCCGCTTGGCCTCCTGCTGGCCTTGCTGCTGAATCGAGGGCTGAAGGGCTCCAGTTTCTTCCGGACGATCGGATTCCTGCCCGTGGTCATCTCATCGGTCATGGTGTCCCTGATCTGGGGCATGGTGTACAACACGGAATACGGGATGCTGAACAATCTGCTTGGTGTTTTGGGACTCGAGAGCTGGCAGCAGAATTGGCTGGGCGATCCGTTTTGGTCCATGATCTCGATCAGCATCGCTTATATATGGCAAAACTGCGGACTGTACATGATTATTTTATTGGCAGCTTTGCAGAACATCCCCGATGAAGTCAATGAGGCGGCAGCCCTTGACGGGGCGACCGGATTAAACCGGATTATGCGCATTACCATTCCGATGATCCGCGGGACATTGCTCGTTTCCGTTGTCTACAGCATCAGCAATTCGTTCCGTGTGTTTGATCTGATCCAGATCATGACCGGCGGAGGACCGGCCCATGCAACAGAGGTTATGACCGTCTATATGTATAACAACTCATTTATGAATATGAGATTCGGCTACGGCAGCGCGGTATCCGTATTGATTCTTCTGTTTAGCCTTATCGTTATTACAATCGTGAATCGAATTGCTAGAGAAAAAGAATAG	MHTLKHTKWAIFLGLAPALIIYICIAIFPIGLSVYYSLMNWDGITPMRFIGLDNFVDIFKDDIFWLSVKNNVIIMFTGIAGQIPLGLLLALLLNRGLKGSSFFRTIGFLPVVISSVMVSLIWGMVYNTEYGMLNNLLGVLGLESWQQNWLGDPFWSMISISIAYIWQNCGLYMIILLAALQNIPDEVNEAAALDGATGLNRIMRITIPMIRGTLLVSVVYSISNSFRVFDLIQIMTGGGPAHATEVMTVYMYNNSFMNMRFGYGSAVSVLILLFSLIVITIVNRIAREKE	PGPT0016335_2194	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_00235	831	ngcG_1	COG0395	Diacetylchitobiose uptake system permease protein NgcG	ATGTACAGACAAACGAAATGGTTCCATTTATCGGCATACACATTTTTGGGGATATTCGCTATTATTAATATAATCCCTTTCTTTTGGATGATCGTAGATTCTTTCAAAACCGAACAGGAATATGCGGCGAACCCGTTCTCCATACCAACCGAACTGCAATTCTCCAATTACGCAAAAGCGTGGGAAGTTGCGAATATGGATACCTACTTTCTCAACAGTATCATCGTAACCGTGGTATCGTTGGTCGTGACGGTCCTTCTCGGATCGCTTGCGGCGTACTTCTTGGCAAGGTTCAATTTTAAACTGCGCGGAGCGACTTACGCGATATTTTTGCTGGGCATGGTCGTTCCGATCCACGCGACCTTGATTCCGATCTTTCTGATCATGCGGAACCTGCATTTGCTGGATACGCATTTATCGTTGATTCTACCTTACACGGCCTTCCATTTGTCGTTGACAATCTTTATTCTGGAAGGCTTCATGAGAGGATTTCCGAAGGATCTCGAAGAATCAGGCGTCATGGACGGCGCGGGCGTCTTCAAAATTTTCTGGTCGATCATTTTACCGATCACGCGTCCGGCCATTTCAACTGTCGTGATTCTAAACTTTATCTATAATTGGAACGAGTATTTGTTTGCGCTCGTCTTGATCAGTTCATCGTCGCTGAAAACATTGCCGCTCGGACTCGCCAACTTTGTCGGCATCGAGACGGCCAGCCTGACGCTGCAAATGGCGGCACTGACGATCGCGCTTATACCGATCATCATTTTCTACCTGCTGCTGCAAAAACAACTGGTTAACGGCATGACGGCAGGAGCAGTTAAAGGTTAA	MYRQTKWFHLSAYTFLGIFAIINIIPFFWMIVDSFKTEQEYAANPFSIPTELQFSNYAKAWEVANMDTYFLNSIIVTVVSLVVTVLLGSLAAYFLARFNFKLRGATYAIFLLGMVVPIHATLIPIFLIMRNLHLLDTHLSLILPYTAFHLSLTIFILEGFMRGFPKDLEESGVMDGAGVFKIFWSIILPITRPAISTVVILNFIYNWNEYLFALVLISSSSLKTLPLGLANFVGIETASLTLQMAALTIALIPIIIFYLLLQKQLVNGMTAGAVKG	PGPT0016340_1631	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_00236	1800			hypothetical protein	ATGCGCAGCAGTTTTGGCTGGATCGGGAATTATGGTCTGAAACAGAAAGCACTGGTCATTTTCCTCTTTTTTGTCATTTTGCCTACGCTTGGGGTCGGCGTCCTTGCTCAAGACAAACTGAACGAAGTGCTGCGGGGCCAATTTATCCAATCAAGCCAGCGCAGTCTGGAGATTGTAACGAATCAACTGGAAGAGCAAACGACCATGATTGAGGATATTGCCGATTATTTGATACTGAGCAATGACATGCGTCAATATTTGCGGCTGGATCCACCGCCGGAGAGTGAGAGAGCGGAGCGGTTGAAGCAAAATCTCGAAGGTTTCCTGACGTTTCAGTTAATGTCCAAAAATTATATCAAATCGATTTCCATCACCGGCTTTAACGGCAATTCCATCGAGATGGGCGAGCCGATTCACGGCAACGAAGAATCATGGAACCAGCTCGCGGACGAGCACAAAGGCGGGATCGTGTGGAGCAGTGCCTATCCTTCAACCAGCGGTTGGTATGGAGAAGTAAGCCTCGTGTCCTTGTTCCGTGTACTGAACTCCTACGACGAGATCACGCTGCCGCTTGCCCGGCTCGTGATCCGTATGGATGAAGCCAGTATATTCAAACAGCTTCAACGGGGGTTAACGCGGGACGAAGGGATGGTATTCATTGTGGATTCCGATGGACGGCCTGTTCTGCCCTCCAAAGACAGGTTTCCCTTGAATGTCGGTGATGAGGCAGCGTTTAAGGATATCGTAACCGCAGGGACGATGGGTGCTTCTACTTACCGTCACGAAGGTGATGAATATTTGACCTTTCATCAACGGATGGAAAACACCGACTGGAATATCGTTTCCATGGTGCCTAAGGCTGCGCTGGATCAGGATCTACGCGGCGTAACCATATTGATGCAGGTCATTCTCGGCGGGATTCTCCTGTTGGGTTTATCGGCCTTGATCGGCTTCCACTATACGATTATCAGACCGATCCTGCGCTTGAAGATTGAGACCAACCGGGTAAAACTAGGCGATTTCTCCGCCAGGGTCCCTATTCGTTCCAAGGACGAGATTTCCGAATTGAACCGCAGGTTTAACGATATGGTATCCACGATTCAAGAATTGATCGAGCATAAATACAAGCTGGAACTGCGGGAGCGCGAATCGGAGCTGCGTCTGCTTCAGGAGCAGATGGATCCGCATTTTCTCTATAACACGCTCGATATGATCCGCTGGACCGCCAGGCTTGAGAAGGCGAGCGAATCCAGTCAGCTCATCGAAATCCTGTCTCGATTCTTGCGTTCCAGCCTGAACAATGGCCAGTACGAGACCAGCCTGGCAAAGGAAATGGAATTTGTGCGCTCCTATCTGTATTTGCAGCAGAGGCGGCTGGGTACAAAACTGAAATACGCGCTTTACATGGAATATGATCTGGCAAATACGCTAACTCTGAAGGCTACCATTCAGCCATTGGTTGAGAATTTCCTTAAGCATGGCATCGATCGGGGGGAGCCGGTAGCGAAAATATCGGTCAAAGCATACAAGCGTGAGGATGAAATGTGGATCGACGTACAGGATAACGGGCGCGGAATGGACGATGTGACCTTAGAGGAGGTCCGGGAGACTCTCCGTAACGGGGCACAGACCGGTCACAATCGAGGAGCGCTCTGCAACATCCATGAACGTCTGTACCTATTTTTCGGAGAACGCTACGGTCTGGAAGTAATCGAGGCTTCAACGCAAGGTACCTTGATTCGCCTCAAGCTCCCACATTCTGAAACCTACGGTGGTGAATCGCATGATGCAACACGATAA	MRSSFGWIGNYGLKQKALVIFLFFVILPTLGVGVLAQDKLNEVLRGQFIQSSQRSLEIVTNQLEEQTTMIEDIADYLILSNDMRQYLRLDPPPESERAERLKQNLEGFLTFQLMSKNYIKSISITGFNGNSIEMGEPIHGNEESWNQLADEHKGGIVWSSAYPSTSGWYGEVSLVSLFRVLNSYDEITLPLARLVIRMDEASIFKQLQRGLTRDEGMVFIVDSDGRPVLPSKDRFPLNVGDEAAFKDIVTAGTMGASTYRHEGDEYLTFHQRMENTDWNIVSMVPKAALDQDLRGVTILMQVILGGILLLGLSALIGFHYTIIRPILRLKIETNRVKLGDFSARVPIRSKDEISELNRRFNDMVSTIQELIEHKYKLELRERESELRLLQEQMDPHFLYNTLDMIRWTARLEKASESSQLIEILSRFLRSSLNNGQYETSLAKEMEFVRSYLYLQQRRLGTKLKYALYMEYDLANTLTLKATIQPLVENFLKHGIDRGEPVAKISVKAYKREDEMWIDVQDNGRGMDDVTLEEVRETLRNGAQTGHNRGALCNIHERLYLFFGERYGLEVIEASTQGTLIRLKLPHSETYGGESHDATR				NA	NA	NA	NA	NA
JZ016_00237	1578	rssB_1		Regulator of RpoS	ATGATGCAACACGATAAGACAGTAAAAATGCTGATCGTTGATGATGAACCCGTGATCTGTCAAGGCCTGCGCTATACGATTGATTGGGCGGATCATGGCGTTGAAGTCGTTGCGGAAGCCTATGACGGCAGTGAAGCGCTGCAGGTGGTCCAAGAACAAGAGATTGATTTGGTTCTGACCGACATCCGGATGGAGGGAATGGACGGTCTTCAGCTTACTAAGGAGCTGAAGCGCTGCCACCCCCAGATTCGGGTCATCATGATCAGCGGTTATGAGGAATTCGAGTATGCACGCCAAGCCATCAAGCTTGATGTAACCGATTACTTATTGAAACCCGTTGATATTGAAGAATTGGTGGCGGTCGTGGCTGGAATCGTGGAAGACGTTCGCCGGAAGGATACCCGTCTTGATGGTTCAGTGAAGGATGCCGAGCTTTGGCTTGCCGAAATGGCCGCGCCGTACGAAACTTCAATAGCTAAGCCTGTGCCTCCATATCTACTAACCAGTGCCGAGTATAAACTCATAGCCACGCAGCTGGAGAAGTTCTCGAACCTCGCGGCTTCCGTGACCGAACAAGATTTTGCGATACTTCAGCAATTGTGGCTGCATACGATACGTGATAATCTGGAATCATGCGGAGTCCGTCACGTATCCGTATTCGTGCATAAAAATTTGCTGATGACCCTGCTGATGACGGATCAACCGCTATTGAAAGGGCAGTGGGATGAAATCCTGCAAAATATGCTGGATTCTTGGCCGAAAGAGCATCGCATGTATTGCGCGGTATCGGATGCCTACACGTCCTTGGGCCAAACCGCCGCCATGTGTTCGGAAGTTCGAAACCTGCTGCCTTATCATGCTTTGGATAACTGCCCTTTACTGGATTGCGCATATAAGACCAAAGTGGATAACGGCCGGGTGCTGCGCGATTTTGACAGTGCGGACATGGTCTCGAAGCTGTCCGTGGCGTTATTCAAGCAGGATGCTGATATGCTGGAAGAGCTGGTGCGCGGCATGTTCCAATTTTTCCGCGATCAGCGCTATCTATTGACGGATATGGTGAAGGTCTGTGACGAATTATCGATTATGCTGCGGCAGCGCCTTCGACAAAGCGGGCTGACCCAGCTTGAGCATGGCCTGGAAAGGGCGTTCGATCTGGACGTATACAATCATCCCGAGGCGATCCGGCAGGCGATATCCACGGAAGTGTTTGACCTACTGCAGCTCATCGACAAGGTTGGCATCGACCGATCGTTCTGGATCATTGAGAAGGCCAAGAAGTATATGGCGGAACATTATCTTAGTGACCTGAAAGCATCGGAAGTGGCCGCGTATTTGAAAATTACGCCGAGCTATTTCAGCAATATTTTCAAACAAAGCACGGGAAAAAGCTTCAGCGAATACATGAACGAACTGCGCATTAACGAGGCGAGAAATCTGCTGTTGACAACGCAGGACAAGGTGTTTGAGATTGCAGATCGCGTCGGGTATAAAGAATACAAGTATTTTGTATCCGTCTTCAAACTGTACACGGGAATGACACCCAAGAAATATCGGGTCTTGAATATCAAAGAATAA	MMQHDKTVKMLIVDDEPVICQGLRYTIDWADHGVEVVAEAYDGSEALQVVQEQEIDLVLTDIRMEGMDGLQLTKELKRCHPQIRVIMISGYEEFEYARQAIKLDVTDYLLKPVDIEELVAVVAGIVEDVRRKDTRLDGSVKDAELWLAEMAAPYETSIAKPVPPYLLTSAEYKLIATQLEKFSNLAASVTEQDFAILQQLWLHTIRDNLESCGVRHVSVFVHKNLLMTLLMTDQPLLKGQWDEILQNMLDSWPKEHRMYCAVSDAYTSLGQTAAMCSEVRNLLPYHALDNCPLLDCAYKTKVDNGRVLRDFDSADMVSKLSVALFKQDADMLEELVRGMFQFFRDQRYLLTDMVKVCDELSIMLRQRLRQSGLTQLEHGLERAFDLDVYNHPEAIRQAISTEVFDLLQLIDKVGIDRSFWIIEKAKKYMAEHYLSDLKASEVAAYLKITPSYFSNIFKQSTGKSFSEYMNELRINEARNLLLTTQDKVFEIADRVGYKEYKYFVSVFKLYTGMTPKKYRVLNIKE				NA	NA	NA	NA	NA
JZ016_00238	2325			Beta-xylosidase	ATGGATAAGTATCGGAATGCGGCACTTCCCGTTGACGAGCGCGTAGAGGATTTGCTGTCGAGAATGACGCTGCGCGAGAAGGTCGGGCAGCTGAACCAGCACTTGTACGGCTGGATGGCATATGGGCAACTCGAAGGGACTGAAACGGAGTTTGAACTAACCGAATTATTCAAAGAGCATGTCGAGTGGGGAGCTGGCATGGGGGCGTTGTACGGACTGTTCCGGGCGGACCCTTGGTCCGGAGTGACCTATGAGAACGGGATTCCTACGCAAGACAATGCCAAGGTAGCGAATGCCATACAGCGCTATGTGATCGAACACAGCCGGCTTGGCATTCCTGTTCTTCTCTCGGAGGAATGTCCCCATGGTCATCAGGCGCTTGACGGAACGCTTCTGCCCGTTAATACGGCCATCGGATCGACGTGGAATCCCGAATTAATTGAACGCGCCTATTCCCATGTGGCCTCCGAAATCCGCAGCCGCGGGGCTCACATCGGCTTGGTATCGGTACTGGACATCCTGCAGGATCCGCGGTGGGGACGCTCCGAGGAGTGTTACGGGGAAGATCCGTACCTGGCTGCGCGGATGACGGAAGCGGTTGTGCACGGCATGCAGGGAAGAGAGCAAGAAGAGTGGAAGCGCCCGGACAAGGCGGCAGCCGTGCTCAAGCATCTGTGCGCTCAGGGAGCAGGGCAGGGCGGTCGCAATGCAGGACCGGTTCCCGTTGGCGAGCGGGAGCTTCGCGAAATTCATCTGCCGGCTGCGCAGGCCGGAATCAAGGCAGGAGCGGCAGGGGTCATGGCGGCCTATAATGAGCTTGACGGCATCCCATGTCACGCCAATGATAAACTGTTAACCGGCATTCTGAGAGATGAATGGGGATTCGATGGGATTGTCATGGCGGATGGAACGGCCATCGACCGTTTGGTGTCCATAACGGGAGATTATGAGTCGGCTGCAGGACTTGCCCTGTCATCCGGGGTTGATCTTAGCCTATGGGACAAGTCGTTCACCACGCTTGAACAAGCGGTGAAACAAGGGAAGGCCGATATGGAGTACATCGATCGCGCGGTGGCTCGAGTGCTTCGGCTTAAATTCAGACTGGGACTGTTCGAGCACCCGTACATAGACGAAGGCTTGGCAGCTGCAACCGTCAATAATGCTGTCGCTAAAGACTTGAATGCATCCGTCGCAAGAGAAGCGGTTGTGCTGCTCAAGAACGACTCAAACGTACTGCCGCTGAATAGCGGCCGGATCAAACGACTGGCGGTCATCGGACCCAACGCGGACAGGCTTTACAACCAGCTTGGAGACTACACCAGCGTTCAGCGCGAGGGCAGCGGAGTCACGGCGCTTCAAGGCATTCGGATGGCTGCACCCGCAGGCACGGACATCGTCTTTGCTCCCGGATGCAGCGTGCGAGGCATGTCCACGCATGGTCTACCCGAGGCGGTTGAAGCAGCCCGTTCCGCGGATGCGGTCGTGCTCGTGCTCGGCGGCAGCAGTGCCCGCCAATTCGGAGATACGTTTGATAGTAATGGTGCAGCCATTGTAGCAGAAGGGGATCCGACGGAAATGGATTGCGGCGAAGGCGTCGATCTGGCCGATCTCCGATTAGGCGGCATACAGGAGCAATTGGTCCGGGAAATTCACGCGCTCGGCAAACCAGTTATTACGGTACTCATTCAGGGACGTCCGCTGGCCATCGCCGAGGTTGCTGAGCTCAGCGATGCACTGCTGTGTGCCTGGTATCCTGGAAGCGAAGGAGGCCGTGCCATTGGCGAGATCCTGTTTGGACAGGTGAATCCCAGCGGCAAGCTTTCCGTATCCATACCACGCTCCGTGGGTCAATTGCCGGTTTATTATAATCAGAAGAACGCTGGACAGCCTCGTCCCTATGTCGATATGCCGTCCAAGCCGCTATATCCGTTCGGATTCGGCCTTGGTTACAGCATGTTTGAATACGGAACTCCAACGATTTCGCAGAAGGAAATGACGCTGGAAGAGCTTCGATCCGGAGGCCGTGTCGAGGTCAGCGTGGAAGTGAGAAACAGCGGGGACATGAAAGGACTTGAAACCGTACAGCTCTATATTCAAGGCGATCAATCAGGGATTACCCGCCGTTTGCGGGAATTAAAGGGATTTAAGAAGATAGCGCTGGAGCCCGGCGATGTAAGCACCGTCACCTTCGAGCTTGGCTTCGAGGAATTGGCTATATGGGATCGAAACATGGAATTCGAGGTAGTCCCTTGTCGAGTCAATATCGTAGTGGGTGCCCATTCGGATTGGGAAACCGGTATTGTTCAGTTAAGGTTAAAGTCCTAA	MDKYRNAALPVDERVEDLLSRMTLREKVGQLNQHLYGWMAYGQLEGTETEFELTELFKEHVEWGAGMGALYGLFRADPWSGVTYENGIPTQDNAKVANAIQRYVIEHSRLGIPVLLSEECPHGHQALDGTLLPVNTAIGSTWNPELIERAYSHVASEIRSRGAHIGLVSVLDILQDPRWGRSEECYGEDPYLAARMTEAVVHGMQGREQEEWKRPDKAAAVLKHLCAQGAGQGGRNAGPVPVGERELREIHLPAAQAGIKAGAAGVMAAYNELDGIPCHANDKLLTGILRDEWGFDGIVMADGTAIDRLVSITGDYESAAGLALSSGVDLSLWDKSFTTLEQAVKQGKADMEYIDRAVARVLRLKFRLGLFEHPYIDEGLAAATVNNAVAKDLNASVAREAVVLLKNDSNVLPLNSGRIKRLAVIGPNADRLYNQLGDYTSVQREGSGVTALQGIRMAAPAGTDIVFAPGCSVRGMSTHGLPEAVEAARSADAVVLVLGGSSARQFGDTFDSNGAAIVAEGDPTEMDCGEGVDLADLRLGGIQEQLVREIHALGKPVITVLIQGRPLAIAEVAELSDALLCAWYPGSEGGRAIGEILFGQVNPSGKLSVSIPRSVGQLPVYYNQKNAGQPRPYVDMPSKPLYPFGFGLGYSMFEYGTPTISQKEMTLEELRSGGRVEVSVEVRNSGDMKGLETVQLYIQGDQSGITRRLRELKGFKKIALEPGDVSTVTFELGFEELAIWDRNMEFEVVPCRVNIVVGAHSDWETGIVQLRLKS	PGPT0019110_3220	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_00239	561			hypothetical protein	TTGAAAGAGCGAATTGTTGCGGCGGCAAGCCATGAAATCAAGAGAAGAGGATTACGCTTTACGATGGGGGACCTTGCCAAGCGACTGGGTATGAGCACGAAGACGCTGTACGGATGGTTCCCGTCCAAGGATGTGCTGATTGCAACGATTCTTCGTGAGGCCATTATTGAACTTCAAGAAAAAGAAAAGGACATCATGACTAATCCTGAACTGACTACGCTCGATAAACTTAAGCGATGTCTTATCCTCATTCCGACTGATTTTCAGTTTATCGGATTAAACCTCATAACCGAGCTTCAGCGTTATTATCCTGATCAATGGAAGACGCTGGATGAATTTCTGAATAAACAGTGGGACAGCATCACTGAACTATTTGAAGAAGGAATCAATCAAGGATTGTTACGTCCGTTTAATACTAAAATTTTTATTGATTTGTATGTTGGAGGCCTTTATCGCTTAATTGAGGACTCGTCTGAAAATAAAAGCAGCATTACGCTTCAGGAGAGTCTGCGGGATATGGAAGAGATCCTGTTAACCGGTATTATTCAGAAGGAAGTTTGA	MKERIVAAASHEIKRRGLRFTMGDLAKRLGMSTKTLYGWFPSKDVLIATILREAIIELQEKEKDIMTNPELTTLDKLKRCLILIPTDFQFIGLNLITELQRYYPDQWKTLDEFLNKQWDSITELFEEGINQGLLRPFNTKIFIDLYVGGLYRLIEDSSENKSSITLQESLRDMEEILLTGIIQKEV				NA	NA	NA	NA	NA
JZ016_00240	396			hypothetical protein	ATGAGTAAATCATTAAAAGGTTTATTTTTATTTACGGATATCGGATTTATTTTGTATTGGGTCATCACCGCACTAGCGTTAATTCCCAAGGAATATTTATATCAGGATTATACCAATGAGCTGTTAGTAGCCTGGAATTGGTCGTTCTTCCCGCTCGATATATTCATTTCCATCACCGGAATGTACAGCATTTACCTACATAAACAGATGAATATAAAGTGGAGAAGCGTTGCCTTAATCTCGCTCATCCTGACATTTTGTTCCGGACTGCAGGCGATCGCTTTTTGGATCATAAAGTCCGATTTTGACATCATGTGGTGGACGCCTAATCTGTACCTCATGTTATATCCATTGTTCTTCATCCCAAAACTGCTTGAGACCAAAGAGCCGTGTTAA	MSKSLKGLFLFTDIGFILYWVITALALIPKEYLYQDYTNELLVAWNWSFFPLDIFISITGMYSIYLHKQMNIKWRSVALISLILTFCSGLQAIAFWIIKSDFDIMWWTPNLYLMLYPLFFIPKLLETKEPC				NA	NA	NA	NA	NA
JZ016_00241	993			hypothetical protein	ATGGTTGACGTTCAAGGGTTGAGGCATATGAATAGGCATTTAAAAATGCTAACGTCCGCAATACTTGCAGCTCTCGTGTTTTGTTTGTCCGGATTGCCCGCATTCGCGGCGACTCCTGAGAAAACAATCAACGCTTCAGCAACGCTCGCCTACAACTTAAAGGGACTTAATCATAATGTGGCCGTTCAGAAGGCTTATATCGCGGATAAATATCTCTATGTCACGCAGCGGTCGAAGGGAAATTGCTATCTTTCAAGATTGCTCATTAACGGGAAAGACGCTACTTATGTAGATGAAATGACCGTTACGAATACCGGCCACTGCCAAACGCTGGATATGTATACGTACAATGGCATCAATTACTTTTACTTTAGTTCCAAAGCAGATCCTTCAACGGATTATTACTGGTCGCTGCAGGTAGCTAGGCTGCAATATTCGGCTGGCAAGACCGTGGATTATACGGATTTGCATCGCTTCACCTACATGAATTACGCCAATAAAACGGGGGCAAGGCTTGGTGAGACCTACCGTGTGGATGGTGGCGGCAACAGTACGCATACGGTGTTCCGGGTTCAAACCAAAGAGGGAACCGTAACATGGTCGATTTATGACACGGTCGCACTCAATAAGCTTCTGGACAGTAATGAACAGGTGCGAATGGACAGCGCAGCTGCGGTTAACGCCGCCGTTGGCAGCTTTACGCAGTCGGGCAGTGCGATCGTAAGGCCGAACGGATCCTTCCAGGGGGCCGATATGCTGGGTCAGACGAAAATATATACGTCAGGCGGTGCCGAAGGCGATATCCCGCAGATTGCCATGATGACCAACGCAGGGACATTCAAAACCCTCGTGAAAATAACGAATGTGGGGAACCATGAAATCGAGGGCGTACAGACAAAGAACGGCAATGTTTATTTTACGATCGTTACGGACCCGGTAAACAAAAGAGATACGCAAAAAGTGTATTACGTTCCGGATAGCATATTTAATTAA	MVDVQGLRHMNRHLKMLTSAILAALVFCLSGLPAFAATPEKTINASATLAYNLKGLNHNVAVQKAYIADKYLYVTQRSKGNCYLSRLLINGKDATYVDEMTVTNTGHCQTLDMYTYNGINYFYFSSKADPSTDYYWSLQVARLQYSAGKTVDYTDLHRFTYMNYANKTGARLGETYRVDGGGNSTHTVFRVQTKEGTVTWSIYDTVALNKLLDSNEQVRMDSAAAVNAAVGSFTQSGSAIVRPNGSFQGADMLGQTKIYTSGGAEGDIPQIAMMTNAGTFKTLVKITNVGNHEIEGVQTKNGNVYFTIVTDPVNKRDTQKVYYVPDSIFN				NA	NA	NA	NA	NA
JZ016_00242	819			hypothetical protein	ATGAAAAAAGGCTTCGTCTCGTTTATCGCCTGCCTGTTGTTTGTTCCGATGTTTACAACGGGGGTGCTGGCGGCTGGAAAAGGACAAGGCAAAGAAGTAAGCACAACGGTGATGTCTTACAATATCCATCACGGGGTTGGATTGGATGAGCAGCTAAGCCTGCAAAGAATCGCCGATGTTATCCGTGATTCCGGCGCAGAGATTGTTGGCCTTCAAGAAGTGGACCGGTTTTACGGGGAACGAAGCGACTTTCAAGACCAAGCGAAGGAATTGGCAGGTTTACTCGGATATCATTATGCTTACGGTGCGAATCTAGATTTGGAGCCTGCGGAAGGTCAGACGAATAACCGCCAGTATGGAACAGCCATCGTGAGCAAGTATCCGATCCTTCGTTCCGAGAATGTGCTGCTGAGCAGCTTCGGGAAGGAGCAGCGCGGTGTTCTACACGCTGTTGTCAACCTGAGGGGGATCCACGTGGATGTGTACAACACGCATCTTGGATTGGACGTCACCAGCAGAACGGCACAGGCGGAGGAAATCATTGAGCTTGCATCAGCTTCTGAGGGACCGGCGCTGCTGATGGGCGACTTCAACGCAGAACCAAACAGTTCAGAGTTTAAATTGTTGCTGGACAGCGGTTTATTCGTAAACAGCTTTCAGGGAATCGAAGATGCCTATACGTTTCCTGTAATCAATCCGTCGGCAACGATCGATTACATTCTGACCTCACCAGCTGTACAGCATTCGAATCAGCGCGTGATCCATACGGAAGCTTCGGATCATCTGCCTATCGCAGCCGAAATATCATTCAAGCGTTAG	MKKGFVSFIACLLFVPMFTTGVLAAGKGQGKEVSTTVMSYNIHHGVGLDEQLSLQRIADVIRDSGAEIVGLQEVDRFYGERSDFQDQAKELAGLLGYHYAYGANLDLEPAEGQTNNRQYGTAIVSKYPILRSENVLLSSFGKEQRGVLHAVVNLRGIHVDVYNTHLGLDVTSRTAQAEEIIELASASEGPALLMGDFNAEPNSSEFKLLLDSGLFVNSFQGIEDAYTFPVINPSATIDYILTSPAVQHSNQRVIHTEASDHLPIAAEISFKR				NA	NA	NA	NA	NA
JZ016_00243	1197	gerBC_3		Spore germination protein B3	ATGAGTAAGAGAGTAAATGCCCGCCTTAACCTAAAATTCATGATCCTTCTTCTCCTCTGCTCACTTCTGACAGGCTGCTGGGATCGGATGGAGATAGAGGAACGCGCGGTCGTTCTGGGTATATCGATCGACACGGCCGACAAGGATGCCGAGATTCGTGAAGAAGAAATTTCTCATCTTCGAGGGAAATATCCCGCACCTAAACAGGAAATGATCCAATTATGCGTTCAAATCGCTCTTCCCGGAAGAATACCACTCGGACCCGGCGAAGGCGGTGCTTCGGGAGAAGGCGCCCAAGAAACCGTGTGGGTGCTTGATGTTGTAGGGCATAACGTCGATGATGCGATGATGAATCTCCAGCAGCAAATATCAGGCAAATTGTTTTTTGGACATCTCCGCGTCATCGTCGTGTCTGAAGAGTTTGCCAGAAAGGGAATGGAGAATTTAAACGACTATCTTCACCGAAACGCGGAAGTTCGCCGTATGGCCTGGTTGATGGTATCCAAGGGGAAAGCAAAGGAACTGATGGAGGCTGCTCCGAAGCTGGAGCGCGTCCCGGCATTGTATTTGTCCTCCACGCTGGACGATGCCGTTAAGCATGGCAAGTTCCCGATCGACTATATCGGAACCTTTTGGAACAATTCTTCGAAGAAGGGGCAGGAAGGATTTCTGCCCTATATCCAAATCATGAAGGGGGAGAACGTGGAAATCAGCGGCATGGCTTTTTTCAAAGGGGCCAAATTGGTCGGCGTGACGAAACCGTTTGAAATTGCCGGATATTTAGTCATCAAGGGAATCAGTCCGGCAGGATACCGAGGAATCATTCATATCGGAGACGATTCTCAGGTTGTTACCATTCATGCAACGAACCGGGAATCAGAAATCAAGGTGGACATCAAGAACGGCCTTCCTCATTTTACGATCACGGCAGTGACGGAAGTGAATGTCGAAGAAAAAAATACGGAAACCCTCCCGCTCAATAACTCGCATATTCTTGAGGAAATTGCGAGGGAGAACGAACGATCCGCTAAAGAACTCATGCTCGGACTCATCCAAAAAACGCAAAAAAAGAATCCGATATTTTCGGATTCGGCGAATTGGTACGAGCCAGAAAACCAACCTATTGGAATAGCCATGTCAAAACCGCGGATCAATGGAGTGAAATTTATAAAAATACAACTTTTGATTTCCGTGTGA	MSKRVNARLNLKFMILLLLCSLLTGCWDRMEIEERAVVLGISIDTADKDAEIREEEISHLRGKYPAPKQEMIQLCVQIALPGRIPLGPGEGGASGEGAQETVWVLDVVGHNVDDAMMNLQQQISGKLFFGHLRVIVVSEEFARKGMENLNDYLHRNAEVRRMAWLMVSKGKAKELMEAAPKLERVPALYLSSTLDDAVKHGKFPIDYIGTFWNNSSKKGQEGFLPYIQIMKGENVEISGMAFFKGAKLVGVTKPFEIAGYLVIKGISPAGYRGIIHIGDDSQVVTIHATNRESEIKVDIKNGLPHFTITAVTEVNVEEKNTETLPLNNSHILEEIARENERSAKELMLGLIQKTQKKNPIFSDSANWYEPENQPIGIAMSKPRINGVKFIKIQLLISV	PGPT0025060_119	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_00244	210			hypothetical protein	ATGATCGGGGAAATTTACAGCGGTTATTTGGATGTTGCCATACTGATCTGGCTCTTCTCCGGCTTGTTCAATCTGTTCATCGACACGAATAAGTACAGACAATCGAACATGACCAAGGAAAAAAAGGTATCCCGCGTGCTGGGCTGGATCAACATCGGAATCGTAACGGTTTGGTTTCTAATTATCGTCCTTGTTAAAGTCTTCGTGTGA	MIGEIYSGYLDVAILIWLFSGLFNLFIDTNKYRQSNMTKEKKVSRVLGWINIGIVTVWFLIIVLVKVFV				NA	NA	NA	NA	NA
JZ016_00245	1095	yndE_4		Spore germination protein YndE	ATGAATGAACAGCGCCAAATCACGGTCCTGCAGGCCTCTGCCATTACGATCAGCACCATCGTGGGAGTAGGTGTGCTTGCACTCCCTTTGTCGGCGGTCAAAGCTGCGGATGCCGGGGCTCCGTTCGTTACTTTTTTGGGAATGCTGCTGGCGTTTGTCGGACTTTTCTTCATGACCCGGCTCGGCATGCGGTTTCCGAACGACTCATATGTGGAGTACAGCGAAGTCATCATCGGCAAGTGGTTCGGTCGAATCACAAGCGTGATCTCGATTGCGTTTTTTGCGGTTTTGAGCTCTCTGGTTGCAAGAGAATTCGGTGAGGTTGTCGTTACGGCCGTCCTGAAGAATACACCGCTGGAGGTAACCGTGCTGGTCATGCTGCTCCTAGCTGCATTTTCTTCACGCCGAAATATTATGACATTTGCATATATCCACTTATTCTACAGCCCCTTTATTCTGATACCTGCGCTTTTGATCGTCGCCCTTTCATTAAAAAATGCAGACTTGGTCAATGTTCTCCCTGTATGGGGAAATGAGCCCGGAGGCATACCGGCAGGCATTATTACGCTCTCCACCGTGTTCCATGGATACTTTATTATGATGATGGTCATTCCGGCCATGTGCAAACCTGAAAGAGCGATGCGGTCCAGCCTATGGGCCATGGTAGTAACCGGCGCTTTGTATATTTTGATCGTGGCTGCCACCGTGGGCGTGTTTGGAGCCGAGGAAACCAAAAAGCTGTTGTGGCCGACACTGGAGCTTGCCAAAGCAACTTCATTGCCTGCCAATGTGCTAGAACGCTTGGATGCAGTCTTTCTAGCCGTATGGGTAACGGCTGTATTTACATCCTTGTTCTCTTGTTACTACTTTACGCTTTACTCGATAAGCAAGCTCTTCCGGTTAGCGGATCACGGGATGATATCCTTCTTCATCCTGCCCATTCTATTCGTCCTGGCCATGCTGCCCCAAAGCTTGATTCAATTGAATGAAGTGAACAGCATGATATCCAAATATGGACTGCTGATTACTATCGCGTATCCCGGAATCCTGCTGGTCATCGCCATCCTGCGCAAAAAAAGAGGTGCAGCCAAATGA	MNEQRQITVLQASAITISTIVGVGVLALPLSAVKAADAGAPFVTFLGMLLAFVGLFFMTRLGMRFPNDSYVEYSEVIIGKWFGRITSVISIAFFAVLSSLVAREFGEVVVTAVLKNTPLEVTVLVMLLLAAFSSRRNIMTFAYIHLFYSPFILIPALLIVALSLKNADLVNVLPVWGNEPGGIPAGIITLSTVFHGYFIMMMVIPAMCKPERAMRSSLWAMVVTGALYILIVAATVGVFGAEETKKLLWPTLELAKATSLPANVLERLDAVFLAVWVTAVFTSLFSCYYFTLYSISKLFRLADHGMISFFILPILFVLAMLPQSLIQLNEVNSMISKYGLLITIAYPGILLVIAILRKKRGAAK	PGPT0025120_282	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025120-yndE-K06311	NA	NA
JZ016_00246	1629	gerBA_2		Spore germination protein B1	ATGCCATTTTCCACATGGACGGGTTCGAACGAATCCCATAACGAAGTCTCTTCCAATTCAAATGATGCGAGTTCAGAGGGCCGGAACATATCGGAGAGTCTAGAAGAGACCACATCCGAAATCAAAAATATTCTGGGCGATAACGACGATTTTATGATACATCCTTTCCATGTGTTCGGGCAGCATCCGGCCGTGTTGTTTTATTTCTCCGATATGACGGATCACGCCGTCATTAATAATACTTTATTGAGACCTCTTAAATATGGCCCTCTCCATCTCGATGTTTCAGACCTGCCTCGCCATGCGTTGATGGACACGTTGATGAAAGATACGCTCTATCACAGCGAAGCATACTCGGAACGAAAAATCCGCGTACTCACCGACAATCTTCTAAGGGGACAGTCAGTTGTAGCGATCGAAGGGCTGGACGAGGCTATTATCATTGATACACGAAAAATAACGCAGCGTTCGATAGAACAGCCCGCTACAGAACAGGTGATCCGCGGGGCCCGGGAAGGATTCATCGAGACACTCGGCACCAACATTTCCCTGCTCCGTTACCGGCTGCAAACGCCGGATTTCCGCGTGAAATCTATGGAGATCGGAACGAAAACGAAATCCAAGGTAGCGGTCTGTTACATGGATGGCATCACTAATCCCGGCATCGTTAATGAAGTGAATAAGCGCCTGGACGCCATTGAAATCGATGCCGTGCTGGATTCGGGGTATCTGGAACAGTTTATCGAAGACAATCATTGGTCTCCGTTTCCGCAAATCCAGTATACGGAGCGGCCCGACAAAGTCGTAGCAAATCTGCTGGAAGGCAGAGTGGCCATTCTGGTCGACGGTTCCCCGCTCGCCTTGATCGCTCCAACGGTATTCAGCCAGTTCTATCAAACGGTCGAAGATTATACCGAGCGATTTCTATTGATGAGTGCGATCCGGCTGTCCCGTCTGGTTGCTTTGATATTTTCCTTGGTTTTTCCCTCGTTGTATGTAGCGATTATCTCCTTTAATCCTGAGCTGATTCCCACGGAATTTGCGGTTGCCGTCGCGGGTGGACGTGCAGGCGTCCCGTTTCCTGCAATGGTCGAAGTGCTCGTTATTGAAATTTCGATGGAGGTTTTACGGGAAGCTACGATCCGGTTGCCGCAACAAGTGGGCGGCGCTTTATCCATTGTCGGCGTGCTCGTCATCGGACAGGCCGCGGTATCTGCCGGGTTCGCCAGTCCGATTACCATCGTCATCATCGCATTAACGACCATCGGGTCTTTCGCAACGCCGGCCTACAACGCGGCGCTTGCGCTCCGTCTTCTGCGTTTTCCGCTGATCATATTAGCCGGGATCTTCGGCTTGTACGGCGTCATGGTCGGCATCATTCTGATTGCCAATCATTTATTGTCGCTTAAATCATTCGGGGTTCCGTATCTAAGCCCATTCGTGCCAGGCAACTTTCAAGGCATGCGGGATCTTCTGACTCGCGGACCGCTGTGGAAGATGAAGAACAGGCCTTCCTTCCTCCAACCGCTGAACACATCAAGGCTCGGTGATCAAATGAAGGAGCAGGTGGATCATTCCTCAACCAATATCATGAATCCCGTCCAACCTAACGACGAGAAAGGTCGATAA	MPFSTWTGSNESHNEVSSNSNDASSEGRNISESLEETTSEIKNILGDNDDFMIHPFHVFGQHPAVLFYFSDMTDHAVINNTLLRPLKYGPLHLDVSDLPRHALMDTLMKDTLYHSEAYSERKIRVLTDNLLRGQSVVAIEGLDEAIIIDTRKITQRSIEQPATEQVIRGAREGFIETLGTNISLLRYRLQTPDFRVKSMEIGTKTKSKVAVCYMDGITNPGIVNEVNKRLDAIEIDAVLDSGYLEQFIEDNHWSPFPQIQYTERPDKVVANLLEGRVAILVDGSPLALIAPTVFSQFYQTVEDYTERFLLMSAIRLSRLVALIFSLVFPSLYVAIISFNPELIPTEFAVAVAGGRAGVPFPAMVEVLVIEISMEVLREATIRLPQQVGGALSIVGVLVIGQAAVSAGFASPITIVIIALTTIGSFATPAYNAALALRLLRFPLIILAGIFGLYGVMVGIILIANHLLSLKSFGVPYLSPFVPGNFQGMRDLLTRGPLWKMKNRPSFLQPLNTSRLGDQMKEQVDHSSTNIMNPVQPNDEKGR	PGPT0025050_164	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295	NA	NA
JZ016_00247	666	rspR_1	COG1802	HTH-type transcriptional repressor RspR	ATGCCTGTACCTAAGAATTTTGTCTCTCCCGTACGGATGACTGCAAAGGAAAGAGCGTTCTCCCAAATTCAACGGTGGATTATCGATGGCACGTTGCAGCCCGGCGAGAAATTGCTTGACGCTGAATTGGCGGAGTCCCTTGGCGTAAGCCGAACGCCTATCCGGGAAGCTTTTCAACTGCTCGAAGTACAAGGACTCGTGTCCAGTCATCCTGGAAAAGAAACAAAAGTTACAGCCATTGAGAGGGAAGATATCTTTAAGATGTATTCGACCATGGCTGCTCTTCAAGCATTAGCTGCCGAAGTGGCCGCTACCATTATTGTTCCGGCGCAGATCCAGCAATTGCGAGCGATTAATCTGGATTTTGAGAATGTCATGAAAAGCGGGCAAGTCTATCAAGCTATGGAGTTGGATGAGCAGTTTCATAACTTGATTGTGGAACTCTCCGATAATCCATATGTCGCTACATACAGCGCTTCTCTTCAGATGCATATCCGGCGGTTTAAATACGTGTTCCTAAAACAACCGATCGCTGCTACACAAGCCTCGGTCGATGAGCATGCATTAATTATCAGCGCCTTCGAGCAGAAAGACAGCGAGCGGGCACAGGCCATGATGAAACAAAATTTTATACGTCCCATGCAGGAACTTCATGGGTTACTCTAA	MPVPKNFVSPVRMTAKERAFSQIQRWIIDGTLQPGEKLLDAELAESLGVSRTPIREAFQLLEVQGLVSSHPGKETKVTAIEREDIFKMYSTMAALQALAAEVAATIIVPAQIQQLRAINLDFENVMKSGQVYQAMELDEQFHNLIVELSDNPYVATYSASLQMHIRRFKYVFLKQPIAATQASVDEHALIISAFEQKDSERAQAMMKQNFIRPMQELHGLL				NA	NA	NA	NA	NA
JZ016_00248	1692	ilvD_1	COG0129	Dihydroxy-acid dehydratase	ATGACAAACAAAAAAGACTTGCGTATTCGCAGTAAAGTAATCAGTGAGGGGGTCAATCGGGTACCGAACAGAGCGATGCTTAGGGCTGTTGGTTTTACAGATGAGGATTTCAAGAAACCGATGATTGGCGTAGCCAGCACCTGGAGTGAAGTGACTCCGTGCAATATGCATATAGACAAGTTAGCCATAGAGGCTAAGCAAGGGGTACGCAACCATGGCGGCGCTCCGCTTATTTTTAACACGATCACGGTTTCGGATGGCATTTCGATGGGACATGGCGGCATGCTGTTCTCCCTGCCCAGCCGTGAAGCCATCGCGGATTCGATTGAGATCGTGACGGGGGCCGAACGATTCGATGGTCTTGTGGCGATCGGCGGTTGTGACAAGAATACGCCCGCATGCCTGATGGCGATCGGAAGGATGAATATTCCTGCGGTTTACGTTTATGGCGGTACCATCCAACCTGGGAAACTCGAAGGCAAGAACGTGGATATCGTTACGGCTTTTGAAGCAGTGGGGCAATATCATGATGGAAAAATGTCGGACGAGCAGCTCCATAAGGTTGAGTGCAGCGTCTGCCCGGGACCGGGCTCCTGTGGGGGCATGTACACAGCCAACACGATGGCCGCTGCGGCAGAAGCCATGGGGATGAGCCTGCCCGGGTCATCCTCCACACCGGCTATTTCACCTGACAAGGCAGCGGAATGTGCTGCCGCTGGAAGGCAGGTCATATCCCTGCTGGAGCATGAAATCTATCCCAGGGACATCATGACCAAAAAGGCATTTGAGAATGCGATAACGGTTGTCATGGCTTTAGGCGGTTCAACTAACGCGTTCCTGCATCTGCTCGCCATCGCTCATTCGGTTGGCGTAGATTTGACATTAGACGATTTCGAGCGAATCCGTTTGCGCGTTCCCCACCTCGCAGACCTCAAGCCAAGCGGACGACATGCCATGCAGGACTTAAACGAAGTGGGCGGCATACCGGGCGTCATGAAATTGTTGCTCGCGGAGGGGCTTCTGCATGGGGATTGCCTGACGGTTACAGGCAAAACCTTGGCAGAGAATCTGGCGGAGGTTGCACCGTTAATGGACAGCCAGGAAATCATTCACCCTATCGATAAGCCGTTGAAGCCAGATGGGCCATTGGTTGTGCTAAGAGGTAACCTCGCACCTGAAGGTGCGGTTGCCAAAATGTCGGGTATGAAGAAGCTGCGTTTTGTCGGACCGGCCAAGGTGTATGACAGCGAGAAAGATGCAACCGAAGCGATCTTGAAAGATGAAATCCGCAAGGGTGATGTGTTAGTTATTCGTTATTGCGGTCCAAAAGGCGGACCGGGTATGCCGGAGATGCTGTCGGTAACGGCTCTCATTGTAGGCAAAGGTCTCGGTGGGGAGGTTGCGTTGATTACGGACGGCAGGTTCTCGGGAGGATCCCATGGGTTCGTAGTTGGCCACGTATCGCCAGAAGCACAGGTAGGAGGGCCGATCGCGCTGCTGAGGAATGGAGATATGATCACCATCGACAGTGAAACGCAAGAAATGAACTTCGACGTATCGGATGCAGATTTCGCTGCACGGGCACAAGCATGGCAGCAGCCTCCACTCAAGGTTTCCACAGGCGTATTATACAAATATGCACGATTAGTGTCCTCAGCATCTAAAGGTGCGGTCACCGACTCAGCAGAATAA	MTNKKDLRIRSKVISEGVNRVPNRAMLRAVGFTDEDFKKPMIGVASTWSEVTPCNMHIDKLAIEAKQGVRNHGGAPLIFNTITVSDGISMGHGGMLFSLPSREAIADSIEIVTGAERFDGLVAIGGCDKNTPACLMAIGRMNIPAVYVYGGTIQPGKLEGKNVDIVTAFEAVGQYHDGKMSDEQLHKVECSVCPGPGSCGGMYTANTMAAAAEAMGMSLPGSSSTPAISPDKAAECAAAGRQVISLLEHEIYPRDIMTKKAFENAITVVMALGGSTNAFLHLLAIAHSVGVDLTLDDFERIRLRVPHLADLKPSGRHAMQDLNEVGGIPGVMKLLLAEGLLHGDCLTVTGKTLAENLAEVAPLMDSQEIIHPIDKPLKPDGPLVVLRGNLAPEGAVAKMSGMKKLRFVGPAKVYDSEKDATEAILKDEIRKGDVLVIRYCGPKGGPGMPEMLSVTALIVGKGLGGEVALITDGRFSGGSHGFVVGHVSPEAQVGGPIALLRNGDMITIDSETQEMNFDVSDADFAARAQAWQQPPLKVSTGVLYKYARLVSSASKGAVTDSAE	PGPT0001875_3792	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0001875-ilvD-K01687	NA	NA
JZ016_00249	2319	yesS_1	COG2207	HTH-type transcriptional regulator YesS	TTGGGAACATTCAAATCCAAAATACTCATTTATAGTTTACTGCTGGGATCCTTCCCGACGATTCTTATCGGATTTTTCTCTTATTTTATAGCCGCCAAAGATGTGGAGGAGAAGGTAAACGAGGGAAATATGCATCTGTTGAACCAGACCCGGATGAGGGTCGAGCAAGTGCTCGATTCCATGCAAAGAACCGCCCTGCAGTTTGAGAACTCTTCGCTGCTGAAGTCTGTGATGGACAGCAAGTTAAGTGGACAGGACTTTATTAAGGTCCGGGAACTGATGAAAGAAATGTTTAACCTGCAGACGCAGACTATATTAAATCAGGTGTATGTCGTTAATCTGAAGCATGAATGGGTCGTGGATTTAAATTCCCTCAAACCTCTGGAGGGATTGAACAAAACCGAGTTCGAGCGGTATCTGGATACCAATGATAGCATATTCTGGGCAGCGGGCTCGGGAGAAATCTCGCAAACCGCGAATCCGGTGGAGACGGATCATTGGAACAGCGCCGAACAAACGGCAACAACCCTTCGGCTGGTGCATAAAATACCGCTGCTGTCGAAGAACGCGTCGCCGACGGGTATTCTGATTCTGCAAATCACCGCCAAAGATATCCGGAGCATGCTGGAGCCCGTCAATTTGCGGGCCGCCCAGTATATCCTAAACGAGCAGGGAGATGCATTCCTGTCGCCAGTTCAGGATCGTGAGGCTTACCGTTCGATCAACGGAGAGATTTCGGCAAGGATTCAGCAGTCCGATCAGCTCCAAGGTGCATTCCATGCCGAGGGCGAAGGTAAAAAGGTGAGCGTGCTGTATGCCAAATCGGAATATAACGGGTGGACCTATGTATCCGTCGTATCCCTGGATAAAGTAACGGACCAGACAGGAAACATTGCGCTGATTACCGCCGCCGCCTGTTTCGGGATTATTGTGACCGTGCTGATTGCTTCTTGGTTTGGCAGCCGGAGGATGTATTCTCCAATCCGCAGACTCCATGAGTTCGCGACGAACGTTCAGCCGCAGCAGGCCGATGACAACCGCAAAGATGAGTTTGAGTTCATTCGGGAGAGCCTGACCTCCCTTGCCGTTTCCAGAAACGAGCTGGACAAACAGATGAAATCCCAAACGGTCCATCTGCGAGAGTTCTATGTCCTGAAGCTGTTTACTGAGCAAATGTCCGGAGCCGATGACAAGTACGCTTCCGAACGCTACGGGTTTCCAACGGGCTGGGGAAGCCTCGGGGTGCTGCAGCTTGAGCTGGATAACCTTCAGCAGTCGCGGTTCCAGGAACAGGACCGGGAGCTTCTTCTGTTTGCGGTAAGCAATATCGTCTCGGAAACCCTGCCGGAAGAGGCCCGCTTCAGTCCGATCGTGCTGAATCATTCCCAGGTGACGCTGCTGACCTGTAAAGAAGAGGATGCCGAAGCCGGGCAAGCTTTGTTCTATGAGACCGCTCAGCACATCAAAACCAAGGTTCAGGAATACCTCGGGCTCGAATGCAGCATCGGCATCAGCCTTCCGTTCAAGCGGTTGTCCAATGCGAAGCGCGCGTATAAAGAAAGCAGCCAGGCACTCAAATTACGATTTATTCTCGGATCGAACATCATCGTACGCTATGCCGATATTGTGGATCAAGGAAGTGCAGAGAAGACAGTATACACGAAATTAAGACTGATTGAAGAACAGATGATGCTTGCCCTTGAAGAACGGCAGCTTGAGAAGGTGGAGCAGCAGTTTCAGCGTTATTTGGATGAATTGCTGTGCAAGGACGGGCTTTATCAAGAGCATCATTTATTGCTGCTGCAGCTCGCGTCCAGGACCGTAAGCATAGCCCAGGAGCAGGGACTGTCGATGCAGCAATTATGGAATGGCGAAGAGGAGTTGAAGCTTCTGTTCAGGCTGCAGACACGAAGCGAAATTGCGAGCTGGTTCCACTCCAAATTGTTTAAACCTGTGATCGGGATTCTGGAGGACATGGCAGATAAGCAATTCGTAAGCATTACCCGCCGAATCGTGGAGATCGTGCAAGAGCAGTATGATAAAGACATTTCACTCGAATACTGCGCGGCGGTCATGAATTTTAATCCGGCTTATATCAGCCGGGTATTTAAGAAAGAGATGGGTGTGTCCTTCAGTGAATACTTAAGCGAGTACCGAATGAATATAGCCAAAAATCTGCTGGCCACGACCGAGATGAAGGTCTCGGAAATCGGCCAGAAAGTGAGCTACACAAATATCAGCGCCTTCATTCGTACGTTCCGTCGGACATATGGGGTAACTCCCGGCCAGTACCGGGAGCAGCATAGTGAAGAAGGCTAG	MGTFKSKILIYSLLLGSFPTILIGFFSYFIAAKDVEEKVNEGNMHLLNQTRMRVEQVLDSMQRTALQFENSSLLKSVMDSKLSGQDFIKVRELMKEMFNLQTQTILNQVYVVNLKHEWVVDLNSLKPLEGLNKTEFERYLDTNDSIFWAAGSGEISQTANPVETDHWNSAEQTATTLRLVHKIPLLSKNASPTGILILQITAKDIRSMLEPVNLRAAQYILNEQGDAFLSPVQDREAYRSINGEISARIQQSDQLQGAFHAEGEGKKVSVLYAKSEYNGWTYVSVVSLDKVTDQTGNIALITAAACFGIIVTVLIASWFGSRRMYSPIRRLHEFATNVQPQQADDNRKDEFEFIRESLTSLAVSRNELDKQMKSQTVHLREFYVLKLFTEQMSGADDKYASERYGFPTGWGSLGVLQLELDNLQQSRFQEQDRELLLFAVSNIVSETLPEEARFSPIVLNHSQVTLLTCKEEDAEAGQALFYETAQHIKTKVQEYLGLECSIGISLPFKRLSNAKRAYKESSQALKLRFILGSNIIVRYADIVDQGSAEKTVYTKLRLIEEQMMLALEERQLEKVEQQFQRYLDELLCKDGLYQEHHLLLLQLASRTVSIAQEQGLSMQQLWNGEEELKLLFRLQTRSEIASWFHSKLFKPVIGILEDMADKQFVSITRRIVEIVQEQYDKDISLEYCAAVMNFNPAYISRVFKKEMGVSFSEYLSEYRMNIAKNLLATTEMKVSEIGQKVSYTNISAFIRTFRRTYGVTPGQYREQHSEEG				NA	NA	NA	NA	NA
JZ016_00250	972	yteP_3	COG4209	putative multiple-sugar transport system permease YteP	ATGAAAACAAATCAAGCTCCGGCAACAGTCGGCCCGCAAGTAAAGAGGGAACTGCGCCTGGAGAAACGAAAGCTCTTACTAAGGGATCTGGTCAGGGACAGGTGGATGTATCTGATGCTGCTGCCAGGCGTGCTGTATTTTATCGTATTTAAATACGTGCCGATGTACGGGGTGACGATGGCTTTTCAGGATTACAAGCCGCATACCGGGTTCTTCGGCAGCCCGTGGGTCGGGTTCAAGCATTTCGAGCGCTTTTTCAGCGAACCGCAGTTTTGGATGCTTTTTCGAAACACCATCATTTTAGCTTTATATAATCTGATCTTTTTCTTTCCGCTGCCGATTATATTGGCGCTCATGCTGAATGAGCTAAGGCGGGAGCGCTTCAAAAGGTTTGTACAAACCTTGATCTACATTCCGCATTTTGTATCCTGGGTTGTCGTTGTCGGTATTTTCTATATCTTGTTTACGACCGAGAACGGCATTCTGAATGAAATCATTTATCAGATAACGGGAGAGAAAATCGCATTCCTGCTTGAGAAGGACTGGTTCCGGACGATGATTGTGTCCCAGTCGATCTGGAAGGAAGTAGGCTGGGGCACCGTGATCTTTCTTGCCGCCCTTGCTGGCGTAGACCTGCAGCAGTATGAAGCCGCACGGATCGACGGAGCCGGACGCTGGCGTCAGCTGTGGCATATCACGCTGCCAGCCATCCGCAGCACGATCATCATTTTGCTTATTCTTCGTTTAGGCAACTTCCTGGACTCGGGCTTCGAGCAAATCTTCCTGATGATCACGCCGACAAACCGGGAAGTGAGTGAAGTATTCGATACGTATGTATACACCAAAGGGATGACGCAGGCACAGTACAGTTACAGCGCAGCCGTCGGTTTGTTTAAATCCTTTGTCGGATTGATTCTGGTTCTCGGTTCAAACTGGATGGCCAAGCGATTCGGGGAAGAAGGGGTGTACTAG	MKTNQAPATVGPQVKRELRLEKRKLLLRDLVRDRWMYLMLLPGVLYFIVFKYVPMYGVTMAFQDYKPHTGFFGSPWVGFKHFERFFSEPQFWMLFRNTIILALYNLIFFFPLPIILALMLNELRRERFKRFVQTLIYIPHFVSWVVVVGIFYILFTTENGILNEIIYQITGEKIAFLLEKDWFRTMIVSQSIWKEVGWGTVIFLAALAGVDLQQYEAARIDGAGRWRQLWHITLPAIRSTIIILLILRLGNFLDSGFEQIFLMITPTNREVSEVFDTYVYTKGMTQAQYSYSAAVGLFKSFVGLILVLGSNWMAKRFGEEGVY	PGPT0017250_709	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00251	873	araQ_2	COG0395	L-arabinose transport system permease protein AraQ	GTGCGTCAAGATCAAACCTGGGGCAATCGCCTGTTTGATATCATTAACCATTCGATTTTATTCATCGTTGCGATCGTGTGTGTTCTTCCATTCGTGTATGTGCTGGCGGTTTCGTTTGCCAGTCCGGCTGAAGTCGCCAAGGGTGGGTTGATTCTATGGCCCAAAGAATGGTCGCTCGTATCGTACCAATATATTTTCTCGTCCGACACACTGCCGCGAAGCTTGCTCGTTTCGATCTATATTACGGTAGTAGGAACACTGATCAACCTGGCGTTTACATCGCTGATGGCTTATCCGTTGTCCAAGCCTCATCTCCGGGGCAGAAATCCCATCCTGCTCGGCGTATTGATCACGATGCTGTTTAGCGGGGGGATGATCCCAACATACTTCGTCGTGAACGGGTTGAATTTGACCAATACGCTGTGGTCCTTGATGATACCAAGTGCCATCAGTGCGTTTAACCTGATCGTGCTGAAGAACTTCTTCCAGCAAATTCCCGACGGGCTGGAGGATTCGGCTAAAATCGATGGCTGCAATGACTTGGGAGTTCTGATTCGAATTGTGCTTCCATTGTCGCTGCCAGCGATGGCCACGTTCGGTTTGTTTTACGCGGTTGCTCATTGGAACACGTTTTTTAATGCCATTCTATACATCAATGATAACGAGAAATGGCCGATTCAGGTTCTGCTTAGGGAAATCGTGATTTTGGCACAGAGCCGGGTAGGGGATTCCAGCTTCGACGAAATGGACGTGCAGCCGTTAACGATTCGTATGGCGGTCATCGTTTTTGCCACCGTGCCCATTCTGCTCGTGTATCCTTTTCTGCAGAAGCATTTTGCAAAAGGCGTCATGCTGGGCTCAGTGAAAGGATAA	MRQDQTWGNRLFDIINHSILFIVAIVCVLPFVYVLAVSFASPAEVAKGGLILWPKEWSLVSYQYIFSSDTLPRSLLVSIYITVVGTLINLAFTSLMAYPLSKPHLRGRNPILLGVLITMLFSGGMIPTYFVVNGLNLTNTLWSLMIPSAISAFNLIVLKNFFQQIPDGLEDSAKIDGCNDLGVLIRIVLPLSLPAMATFGLFYAVAHWNTFFNAILYINDNEKWPIQVLLREIVILAQSRVGDSSFDEMDVQPLTIRMAVIVFATVPILLVYPFLQKHFAKGVMLGSVKG	PGPT0017255_2611	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00252	1494	lipO_2	COG1653	Lipoprotein LipO	ATGAAGAAAAGATGGATGACAACCGTTATGGCAATGCTGGCGGGGATGATGGTTGTAACGGCTTGCGGAGACAAAAGCGGCGGGAGCGGGGTCAATGGCGACGGACCTTATCCGCTTACGCTGGTGGTTAATCAGGTTGGGGAAATACCCGACCCGAAAAATCAGATGGAGGAAAAAATACGCGAATACACAAATACGGATCTGCGGATTCAGTGGATTCCCTACTCCGCATACGACGAGAAGGTTAACGTCATGGTCGCTTCCAATGAGCTTCCGAAGCTCATCAAGCTGAACTATACGCCAACGACGATCAGCTCGCTCGAAGCGGATCTGTTCTGGGACATCACCGAGCAATTGAAAAATTACCCGAATTTGGCCGCGCAGCCGCAGGCCTATTACGACAACATCAGCGTGAACGGAAAAGTGTACGGCATCCCCCTGTTCCGGGACATGGGCCGGGCGATCGTCAGCTACCGCAAGGACTGGCTCGATGCTGCCGGCTTGAAGGAGCCTGTCACCCTGGATGATTGGTATGAAATTATCCGATTCAGCACGGAGGAGGATCCGGATGGCAACGGAAAAAGGGACACCTACGGAATGATGCTCGACAAAGGCTATAACCAGGGTACGGCATCGACCTTGACCCGGCTTGCCGTTTCCCAAGGCGCACCTAATAAATGGGGCATCGACGAGCAAGGCAATTTCTATCCGGAGTTTGTATCCGAGCAGTTCTTCGATGTCATGAAGCTGTTTAGAAGATTATATGAAGAGAAGCTGATTAATCAGGATTTCGCCGTGGTTGATTCCTCCGAGCTCAATAAGGTGTATGAATCGGGCCGCGCGAATATCCGGATCTCCGGCGGTAACGGTCAATCGCTGCAAACCAAGCTGGAGAAGGTTGTTCCGGAAGCGGTTGTCGACGTATCTCCGCTGCAAGGTCCAGAAGGCATTCGCGTTCCGGGGGAAAGCGGAAATACCGGCTTCCTGGCAATCCCGAGATCGACGGTCAAGTCTGAAGAAGAACTGGCTAAAGTGCTGACCTTCGTTGACAAGCTGCTGGATCCCGAGATGGTCAATGTTATTAATAAAGGCATCGAAGGCGTGCATTACAAAGTCGAAGGAGATTATACCGTAACGATCGATGCGGATAAGGACGCTCAAGAAGTCAAGCCTTATCGCGATACGTTTCCACAACGGGGCGATTTGTACAACATGGAGAAGAAACCGAAAGGAACGGAGCTGTTCAACAAGAACAAACAAATCGTGTATGAGAACGAGAATTACATTGTACCGAATCCGGCGCTTACCCTGAAATCGACGACTTACAATGAACGCGGCGGAGAGCTGGAGCAGATCATCACCGATGCGCAAACCAAGTTCATTATGGGGCAGATTGACGAGGCCGGCTGGAAGGCGGAAGTGGAGAAATGGAGAAAGAGCGGCGGAGATCAAATGGCTGCAGAATATAAAGAATCTAACACGAATCAAAAATAG	MKKRWMTTVMAMLAGMMVVTACGDKSGGSGVNGDGPYPLTLVVNQVGEIPDPKNQMEEKIREYTNTDLRIQWIPYSAYDEKVNVMVASNELPKLIKLNYTPTTISSLEADLFWDITEQLKNYPNLAAQPQAYYDNISVNGKVYGIPLFRDMGRAIVSYRKDWLDAAGLKEPVTLDDWYEIIRFSTEEDPDGNGKRDTYGMMLDKGYNQGTASTLTRLAVSQGAPNKWGIDEQGNFYPEFVSEQFFDVMKLFRRLYEEKLINQDFAVVDSSELNKVYESGRANIRISGGNGQSLQTKLEKVVPEAVVDVSPLQGPEGIRVPGESGNTGFLAIPRSTVKSEEELAKVLTFVDKLLDPEMVNVINKGIEGVHYKVEGDYTVTIDADKDAQEVKPYRDTFPQRGDLYNMEKKPKGTELFNKNKQIVYENENYIVPNPALTLKSTTYNERGGELEQIITDAQTKFIMGQIDEAGWKAEVEKWRKSGGDQMAAEYKESNTNQK	PGPT0017245_3195	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00253	1431			hypothetical protein	ATGATGACTGCACTGGCTCGAGTCCGTCCGGAGGACGTCGGTATTCCTCCTTCCGCCATTCTCCGCTTTATGGAGGATATGACGGAAAGGAATATGAACCTGCACAGCTTTATGCTGCTTCGGCATGGCAAAGTAGCTGCCGAAGGTTATTACTCCCCTTTTCACAAGGATTTAAGGCATCCGATCTTCTCCGTCAGCAAGAGCTTGACATCGGCAGCCGTCGGCATTGCCATCGGTGAAGGACGGATCTCCCTGGAGGACAAGGTCATTCATTTTTTTCCGGATAAGCAGCCGGAGACCGTACACCCGTACACAGCCGATATGACCATCCGGCATCTGCTGAGTATGCAAACCGTCCACCGAAAATCAACCAATAAAGAGGCCCGGGATATCGTGTTCGAGTATCTTCATACGCCACCGAGTCATCCCCCGGGGACCGTCTTTGCCTACGATACGACAGGTACGCATACGCTCTGCGCCATACTCCAACGGGTTACGGGGACAACCGTGCATGACTATCTCGATGACCGCTTGTTTCAGCCCCTCGGGATGCAGGATATCGAGTGGGAGACCTGCCCGCTCGGAATTAACCAGGGCGGCAGCGGAGCCTATTGCACCACGGAGGATCTGGCCAAATTCGGTCAGCTCTATCTGCAGGACGGGCTGTGGAACGGAATCCGGATCCTGCCGGAGGGCTGGGTAGAGTTAAGCACGTCCAAGGTCGTTGATAACTCCAGCGCCGGAATTCTGCTGGAAGGACGAAGCGGGTACGGATACCAGTTCTGGCGAGCCAGGCGTCAAGCCTACTGCGCTTTCGGCGCAGGCGGGCAATTCGTCCTTGTCATCCCAGACCATGACGCCGTTTTTGTCTCGACGGCCAACACCATGCTGAACCGGGATGAACACCAAGGAATCCTCGATTGCGTTTGGACCCATCTGGTTTCTTCCATGCAGGAGCCCTGCCCTTTCGATGATGCCGGTTATGACCGGATGCAGAAGCGTCTGAGCGCCTTGAAGCTCCATCTGCCGGATGGAAGCTTGATCTCCAGTACAGCCGTGCAGGTCTCGGGGCAGCAATATCGCCTAGCTGCTAATGAGCCGGGATGGACAGGTTGTCATTTTACGTTCAGTGAGCAAGCATGCGAGCTCACCTTCATTCATGAAACCGGTCGTCCCCGTGTTGTATGCTCCATGAATGATTGGCATATCGGTCCTGACCCTTTTTTCGGCCTTCCCTCCGCCTGTGGTGCCGTATGGGCAGACCCGTCGACCTGCTTGATCCACATTCAGCTGCTGGAACAACAGCAGATGTTTATCCTTACCTGCCGTTTTGACCGCGATGGTCTTGTGCTGCAAATCAAGCCGGCTGGCGCGCTTAGAACGAATCATCTTGATCTCGTGCTAATTGGAACGAAAATGGACAGCCCATGA	MMTALARVRPEDVGIPPSAILRFMEDMTERNMNLHSFMLLRHGKVAAEGYYSPFHKDLRHPIFSVSKSLTSAAVGIAIGEGRISLEDKVIHFFPDKQPETVHPYTADMTIRHLLSMQTVHRKSTNKEARDIVFEYLHTPPSHPPGTVFAYDTTGTHTLCAILQRVTGTTVHDYLDDRLFQPLGMQDIEWETCPLGINQGGSGAYCTTEDLAKFGQLYLQDGLWNGIRILPEGWVELSTSKVVDNSSAGILLEGRSGYGYQFWRARRQAYCAFGAGGQFVLVIPDHDAVFVSTANTMLNRDEHQGILDCVWTHLVSSMQEPCPFDDAGYDRMQKRLSALKLHLPDGSLISSTAVQVSGQQYRLAANEPGWTGCHFTFSEQACELTFIHETGRPRVVCSMNDWHIGPDPFFGLPSACGAVWADPSTCLIHIQLLEQQQMFILTCRFDRDGLVLQIKPAGALRTNHLDLVLIGTKMDSP				NA	NA	NA	NA	NA
JZ016_00254	927	pemA	COG4677	Pectinesterase A	ATGAAAATCACAGTAGATCCCAGCGGACAAGGCGACTTCGTGACGGTGCAATCTGCAATCGACTCGATTCCCGAACAGTCCGATTGTCTTGTCATCATCGAAATTAAAAAAGGTGTTTACCGTGAGAAAATCAACATTCCTTCATCGAAACCAGCCATCCGTATGATCGGTGAAGGACCTGAAGAAACGATTCTTACATATTCGGATAACGCCCACACCTTAGATGAAGATGGACAACCCCTCGGGACCTTTCGCAGCGGAAGCTTCTATATCTGCGCAAATGATTTCAGCGCCGAACAATTGACCATCCGCAATGATTCCGGTCCTGGGACGGGTCAGGCAGTCGCTGCCTTTATCGATGCCGACCGGGTGTCCTTTCAGTATGTAAAACTTGAAGGTGATCAAGATACGCTCTATGTGTCCGGCGGACGTCATTTCTTTGCCGAATGTTATATCGAGGGCGATGTCGATTTTATATTTGGGCCGGCAACGGCCGTATTCGACCGGTGCACCATCCACTGCAAGCGGTCCGGTGGTTACCTGACCGCAGCCAATACGCCGGAGGAAGCGGAGTTTGGCTATGTCTTTATCGATTGCAAAATCTCGGGAGCACCCGGTGTTGAGAACGTATACCTTGGCCGGCCTTGGCGTGCTTATGCCAATGTGGTGTTCATCCGATCCGAGATGGACGGCTCCGTTCATCCACAGGGCTGGCATAACTGGAACCAACCGGACCGTGAAGAAACATCGCGTTATGCCGAATTCGGCAGCCGCGGCCCCGGAGCATCCCCCTCCTTGCGGGTTGCGTGGTCCAGGCAGCTCACTGAGACCGAGGCTAAACGGTTTACCATCGAACATGTGCTCAGTGGCCAAGACCGTTGGTATCCGCCCTACACTCCTGGTACATCCAATCAGACGAGAGGTTGA	MKITVDPSGQGDFVTVQSAIDSIPEQSDCLVIIEIKKGVYREKINIPSSKPAIRMIGEGPEETILTYSDNAHTLDEDGQPLGTFRSGSFYICANDFSAEQLTIRNDSGPGTGQAVAAFIDADRVSFQYVKLEGDQDTLYVSGGRHFFAECYIEGDVDFIFGPATAVFDRCTIHCKRSGGYLTAANTPEEAEFGYVFIDCKISGAPGVENVYLGRPWRAYANVVFIRSEMDGSVHPQGWHNWNQPDREETSRYAEFGSRGPGASPSLRVAWSRQLTETEAKRFTIEHVLSGQDRWYPPYTPGTSNQTRG	PGPT0001855_4562	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0001855-ybhC|pemB|pemA-K01051	NA	NA
JZ016_00255	1113	yteR_1	COG4225	Unsaturated rhamnogalacturonyl hydrolase YteR	TTGAAGCAAGAGAACAATTGGTCCGTCCGGACGGCGGAAACCATTCTCCGTCAAGCGGACAGCGAGGGACTTCACCCGGAAATTGCCCGCCGGTGGGCGTATGTTCCCGGGATGATGCTCATGGCGGTCGCCCGCACAGGGGACTTTTATAACAAGGACGATTATTTTGATTTCATGAAGCGGCATATGGATCTGTTTGTTCAGGCTGATGGGGACATTCGGGGGTACAGAATCGAAGAATATAATCTGGACCAGATCAACCAGGGGAATAATTTATTTGCGCTAAGTGCCAGATTTCATGACTCCCGTTATGAAAAGGCTTCCCATACGCTAGCCGCCCAGCTGATCAGCCAGCCCAGAACGACGGACGGCGGTTTTTGGCACAAAAAAGTATACCCGTTTCAGATGTGGCTGGATGGGCTCTATATGTCATCGCCGTTTCTGGCCCAGTATGCCAAAACTTATAACCAGCCTGAACTGTTCGACGAGGTAGCTCACCAGCTTCTGCTGGTGGAGCGTAGAACCCGGGATTCCAAGACGGGCCTGCTCTATCACGGATGGGATGAAGCGAAGGAACAGGTATGGGCCGATCCGGAAAGCGGGCGGTCCCCGCATTTTTGGAGCCGGGCCTTGGGCTGGTATGCGATGGCGCTAGTGGACAGTCTTGAATTTTTTCCGGTAGATCATCCGAAGCGAGGTACGATGATTGGCATATTCGAACGCCTAAGCCGAGCGCTGGCACGTTATCAGGAGAAAGAGAGCGGGCTGTGGTTCCAGGTGCTCGATCAGGGCTTCCGGGAAGGCAATTATCTTGAAACCTCCGGCTCCTCCATGTTTATTTACGCTTTGGCCAAGGGCGTTCGGCTCCAGTATCTGGAACAGCCTTCAAGACCTGTTGCGGAGCGGGCTTACGAAGGTTTGATCCAGCGGTTTGTTGAGGCTGGCAAAACCGGCGTGCATCTTCATTCCATATGTCATGGAGCGGGGCTCAGCGATGACCGCAACGGCTCGTATGAATATTACATCAGTGAACAAGTGGTGTCCGACGCCCAGATTGGCGTAGCGCCTTTCATCCTTGCCAGTCTGGAAATGGAGCGGTTAGCAGATTCGTGA	MKQENNWSVRTAETILRQADSEGLHPEIARRWAYVPGMMLMAVARTGDFYNKDDYFDFMKRHMDLFVQADGDIRGYRIEEYNLDQINQGNNLFALSARFHDSRYEKASHTLAAQLISQPRTTDGGFWHKKVYPFQMWLDGLYMSSPFLAQYAKTYNQPELFDEVAHQLLLVERRTRDSKTGLLYHGWDEAKEQVWADPESGRSPHFWSRALGWYAMALVDSLEFFPVDHPKRGTMIGIFERLSRALARYQEKESGLWFQVLDQGFREGNYLETSGSSMFIYALAKGVRLQYLEQPSRPVAERAYEGLIQRFVEAGKTGVHLHSICHGAGLSDDRNGSYEYYISEQVVSDAQIGVAPFILASLEMERLADS	PGPT0018255_996	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
JZ016_00256	1587			Beta-xylosidase	ATGATGCACTCATCGTCATCGCTGCAAGCATTACAGAACAAATCATGGTTGTCGGATCAGGGAGACGGGACGTTCGTGAACCCGGTGCTTCATGCGGATTATTCGGATCCGGATGTGATCCGGGTCGGGGAAGATTTCTATATGACGGCCTCCAGTTTCGGTCATCTGCCGGGACTGCCGATTCTGCACTCGAAGGATTTGATTAACTGGAGGATTATTAATCATGTGCTGCCCCGGATGGAGCTGCCGGGCTATGACGTCCCTCAACATGGGAACGGCGTCTGGGCTCCGGCCCTTCGGTTCCATGACGGCAAGTACTGGGTGTTCTACGGGGATCCGGATGTCGGCATCATGATGAGCACAGCTGCGGACCCGGCAGGCAGCTGGACGCCTCTGCATCTGGTTCAAGAGGGGAAAGGCTTGATCGACCCGTGTCCGTTCTGGGACGATGACGGCCAGGCCTACCTGGTTCACGCGTTTGCCAAAAGTAGATGCGGCATCAAGCATCTGTTAAGAATGTGCCGGATGTCCCCGGACGGAAAGCGCCTCTTGGATGAAGGTCAGATTGTCTTCGACGGGACCGAACGTCATCCGACGATGGAAGGGCCGAAGATGTATAAACGAAATGGTTATTACTATATTTTTGCGCCTGCTGGGGGAGTATCAACGGGGTGGCAGACCGTGCTTCGGTCAACCTCGGTCTTTGGCCCTTATGAAGACAAAATCGTACTGCATCAAGGCGATAGCCCGATTAACGGCCCGCATCAGGGCGGTTGGGTAGAGCTGGATTCGGGAGAATCCTGGTTTATGCATTTTCAAGACAAAGGGGCCTACGGAAGAATTGTTCATCTGCAGCCGATATGCTGGGTGGATGATTGGCCGGAAATGGGTGCCGATACGAATGGAGACGGGATCGGCGAACCGGTTCTGCGTTATCCGAAGCCAAACGTCGGCGGGGAACACAGGATTGAGGCACCGGACGATTCAGACGAGTTCGAAGACGCTCAGCTTGGCCTTCAGTGGCAGTGGCAGGCTAATCCGAATCCGGCCTGGTATGCATTCGAGGAGGAAAGCCATTTGCGATTATTCGCCTTCCCGGTGCCGGAGAACCAGCCTTCGCGCACGATCTACGATGCTCCTCACTTGCTGATGCAGAAATTCCCGGCGGAAGTATTTCATGCGGAAGCCAAACTGGATGGAACGGCGCTAAAGCCTGGTGAACGGGCGGGCTTGATCGTATTCGGACGAACATTCGCTTATGCGGCCATTCAGATGAAGGCGGACGGCTCCGGCATGGAAATCATCCAGGCCCAAGGGAACGGCTCGGAGGAGAATGTGGTGTGGTCCGACGGATTGGATGAAGGGAAGGTAACGATTCGGGTGACCGTTCATCCCGGTGCTCAATGCCGCTTCTATTTTGCTTCTGCCGATGGTCCTTTCTTGCCGTGCGGAGATAGGGAGTTCGAAGCCGAAAAGGGGCACTGGGTCGGTGCCAAGGTCGGATTGTTCGCGGCAAGTACGGAAGAACAAGCGGATAGAGGGTATGTGGATATCGACTGGTTTAGGGTTGGAAGAGGAGAGATATAG	MMHSSSSLQALQNKSWLSDQGDGTFVNPVLHADYSDPDVIRVGEDFYMTASSFGHLPGLPILHSKDLINWRIINHVLPRMELPGYDVPQHGNGVWAPALRFHDGKYWVFYGDPDVGIMMSTAADPAGSWTPLHLVQEGKGLIDPCPFWDDDGQAYLVHAFAKSRCGIKHLLRMCRMSPDGKRLLDEGQIVFDGTERHPTMEGPKMYKRNGYYYIFAPAGGVSTGWQTVLRSTSVFGPYEDKIVLHQGDSPINGPHQGGWVELDSGESWFMHFQDKGAYGRIVHLQPICWVDDWPEMGADTNGDGIGEPVLRYPKPNVGGEHRIEAPDDSDEFEDAQLGLQWQWQANPNPAWYAFEEESHLRLFAFPVPENQPSRTIYDAPHLLMQKFPAEVFHAEAKLDGTALKPGERAGLIVFGRTFAYAAIQMKADGSGMEIIQAQGNGSEENVVWSDGLDEGKVTIRVTVHPGAQCRFYFASADGPFLPCGDREFEAEKGHWVGAKVGLFAASTEEQADRGYVDIDWFRVGRGEI	PGPT0019091_311	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
JZ016_00257	843	rhaR_3		HTH-type transcriptional activator RhaR	ATGAATGACCGGCTGCAGCCCAAGTACCACATCGGAGACCATGATTTCTCCATCCAATACATGTCGCGAAACGGTTCCAGCAGCATGCCCCGTCCGCATGAGCATCCCTACTTCGAGCTGTATTACTTGCTTAACGGTGAGCGGGTCTACTTCATGGACGATAACGTGTTTACCGTCAAAAAAGGGGACATGATGATCGTGAACCCGCATGATCTCCACTCAACGGCAAGCTCCGATAAGCTGACCTTCGAGCGGGTGCTGATCAGCTTCTCCAGAAGCTTCATCGAACAAGGCGATGCCGGCGTCGCCAAGCTGCTCGATCATGGGACGTCCAGACTCGTTCGCATTCCGCTGAAGCATCAGCCCGAAATCGAACGGCTGCTCCTCTCGATGCTCGCAGAATGCCAAACGGAGCAGACTCACTACAGCTCATTGGTTCGCGCATGGATGAACGAGCTGCTCATCCGCCTTCATCGGATCGAGACCACGCTTCAATTTCAAACCCATGAATATGAGCATCCGATGCATCAGAAAATTTCAGAAATTGCCCAATACATCAAATCCAATTATCATGAAAGACTTACGCTGGAGCAGGTCGCCAAGCAGTTTTACATCAGCCCTTCCTATCTCAGCAGAGTGTTCACCAAGCTGACAGGCTTTCACTTTCGCGAATACCTGCAGGTGGTACGAATTCGCGAAGCACAGAAAATGCTCGTGAACAGCAGAGAATCCGTACAATTCATCTCCGAGCAAGCCGGATTTGAGCATATTGCCCACTTTAATAAAACCTTCAAAAAAATCGCGGGGACCACGCCTCTTCAGTACCGCAAGCGTCATGGATAG	MNDRLQPKYHIGDHDFSIQYMSRNGSSSMPRPHEHPYFELYYLLNGERVYFMDDNVFTVKKGDMMIVNPHDLHSTASSDKLTFERVLISFSRSFIEQGDAGVAKLLDHGTSRLVRIPLKHQPEIERLLLSMLAECQTEQTHYSSLVRAWMNELLIRLHRIETTLQFQTHEYEHPMHQKISEIAQYIKSNYHERLTLEQVAKQFYISPSYLSRVFTKLTGFHFREYLQVVRIREAQKMLVNSRESVQFISEQAGFEHIAHFNKTFKKIAGTTPLQYRKRHG	PGPT0017485_576	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_00258	1572			hypothetical protein	ATGATCAAACAAACAGAAGAAGCGATATGTCCTGACTTGCCAGTGATCCCGGAGTATATCGTAACGATTACGGACTATGGAGCCGTTGGAGACGGCGTATATGACAACACCGAGGCATTTCATCAAGCGATTGAAGCCTGCGTTAAGGCCGGTGGTGGGAAGGTGGTCATCCCTCCCGGGATCTGGCACACCGGTCCATTGACCCTGCAGAGCCGGATTGAGCTTCACGCCTCTGCCGGTGCGCTTGTTGTGTTCAGCAAGCAATTCGAAGCTTATCCGATCCGGATGTCTACTTATGAGGGCCGGCAGATGTTCCGCTGCCAGTCTCCGCTCGATGGAGAAGGGCTGGAGGATATCGCGATTACCGGCAGCGGCATCTTTGACGGAAGCGGCGAAGCCTGGAGGCCGGTTAAGCAAGGGAAGCTGACCGAAAGCCAGTGGGATCGTTTAATTCACAACGGTGGTGTCGTGGATGGCGAGGGACTGTGGTGGCCAACGCCGGCTGCCCGGGACGGGAAGGAGAACTTGGCCCGGATCGAAAAGACAGGCAGCGAGGATCCACATGACTATGCGCCTGTGAGAGACTACCTGAGGCCCAATCTGCTCAGCTTTAGAAAATGCAAGCGGATCCTGCTCAGCGGCCCGACCTTTCAAAACTCCGCAGCCTGGTGCCTGCATCCTTGGGCATCAGAGCAGATTACCATTCAGAACATTACCGTCCGGAATCCATGGTATGCCCAGAACGGGGACGGTCTGGACATCGATTCATGCAAATGCGTAATCGTGGAAAACAGCTCGTTTGATGTAGGAGATGATGCGATTTGTCTGAAGTCCGGTAAAAATGAAGCCGGGCGCCTGCTGGGAAAGCCGAGTGAGCGGATCAGCATCCGGAACTGCACCGTTTATCACGGCCACGGCGGCATCGTGGTCGGCAGTGAAATGTCCGGAGGCATCAAGGATGTATACGTATCCGATTGCACCTTCATCGGCACCGATATCGGCATTCGTTTTAAAAGCTGCCGCGGTCGCGGCGGCGTGGTCGAGAACATCTTCATTGAAAGGATCCGGATGCGGGATATCGACGGGGATGCGATCTCCTTCAATTTATATTACGAAGGGAAAGCCGGCTCCGGCGAGTATCAAACGGAAGTGATGCTGCCCGTTACCGAGGAAACCCCCGTGTTCCGGAATATTGTCATTCAGGATATTGTGTGCAGCGGTGCGCACACTGCGCTGCTCATCAACGGCTTGCCGGAGATGCCGGTGGAGAACTTGACGGTGAAGAGGTCGGCCATCACAAGTCGGGAAGGCATTGTATGCCGAAATGGAAAGAACCTCAGCATTCAGGACATCGTCCTTCGTAATCAGGAAAATCAGCTGCTTCTCTTTCACCAAAGCCGAAATGCTCAGGTGGCGAATGTCAGCGGAGAAGGGGGCTCACAGGATGACCGCCTGCTGGTGGTGACCGGGGAACGGTCCAGGCAAATCGAATGCTCGGGGCTGAAGGCCGATAAGGCTAGGCAGATTATGATTTCTTCTGAAGTGGAACCGGAGGAGGTCGTGATCAAGTAG	MIKQTEEAICPDLPVIPEYIVTITDYGAVGDGVYDNTEAFHQAIEACVKAGGGKVVIPPGIWHTGPLTLQSRIELHASAGALVVFSKQFEAYPIRMSTYEGRQMFRCQSPLDGEGLEDIAITGSGIFDGSGEAWRPVKQGKLTESQWDRLIHNGGVVDGEGLWWPTPAARDGKENLARIEKTGSEDPHDYAPVRDYLRPNLLSFRKCKRILLSGPTFQNSAAWCLHPWASEQITIQNITVRNPWYAQNGDGLDIDSCKCVIVENSSFDVGDDAICLKSGKNEAGRLLGKPSERISIRNCTVYHGHGGIVVGSEMSGGIKDVYVSDCTFIGTDIGIRFKSCRGRGGVVENIFIERIRMRDIDGDAISFNLYYEGKAGSGEYQTEVMLPVTEETPVFRNIVIQDIVCSGAHTALLINGLPEMPVENLTVKRSAITSREGIVCRNGKNLSIQDIVLRNQENQLLLFHQSRNAQVANVSGEGGSQDDRLLVVTGERSRQIECSGLKADKARQIMISSEVEPEEVVIK	PGPT0027780_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-SULFUR_MODIFICATION_PROTEINS,PGPT0027780-dndE-K19172	NA	NA
JZ016_00259	5589			hypothetical protein	TTGATAGCAGCAAAATGGTTAAAGCAAATGCTTGTCCTCACCATGCTGTTTACAAGTTTTTCCGGCGGAGCCGCTTATGCTGAGGAAAGCCCTGAAACCGTAACCTCGTCCAATTCCTCGCGAACGCCGGCATTTCCGGGTGCCGAAGGCGGTGGAAAGTATACGACTGGCGGCCGGGGCGGCGACGTGTACGAGGTAACGACGCTGGCCGACTCGGGTCCAGGCTCGCTTCGTGATGCGGTCAGTGCTGGAAACCGGACCGTTGTATTTAAAGTCGGCGGCGTCATCGAGCTGAAATCTCCCCTTAAGATTCTCGGAGACAATCTGACGATTGCCGGCCAAACGGCGCCGGGCGATGGAATTACGGTCATCGGGTATCCAACGTCCTTTGATGGAAACAACCTGATCATCCGTTATATGCGATTCCGTCTGGGCGATATGAATGAAACGGAAGCAGACTCTTTTGGCGGACGGTATAAGAAAAACATTATCATCGACCACTCCTCGTTCAGCTGGTCCGTCGACGAAGTGCTCAGCCCTTACGGTAACGAAAATGTCACGGTGCAGTGGTCGATCATAGCAGACGCCATACACATTAGCAAACATGTCAAAGGCAGACACGGCTACGGCGGGATATGGGGCGGCAAGAACACCAGCTTTCATCATAATTTGATCGCCCACAACTCCAGCCGCAACCCGGCGTTTGACAGCACGGCAGGCAATTCCCATGATTTCCGCAATAACGTTGTTTACAACTGGGGATTCTTTGCTTCGTACGGAGGCAAAGGCGCGGTTACCAATATGATCAACAATTATTACAAGCCCGGACCTGAAACGGAAGTGGTTCGGTTTATGAATGCGGAGAGCACCGGGAGCTACTATATTGACGGCAACGTTATGGACGGCAATCCGGAATATACTCAGGATAACTGGTCTGGCGTTCATAAGTATCCGGATTACGTGAAGCTGGAAACTCCCGCTTCCTTTGCCAATCCACTGCCGACCGAATCCGCCGAAGGGGCTTATGCAGCGGTTATGCAAAGCGCCGGAGCCACCCTGCCGAAACGGGATGCCGTCGATGCCAGAATCATCCATGACGTTATTCACCGAACCGGCATGCATATCAACTCTCAGAATGAAGTAGGCGGATATCCGCTAGTAGAGATGGTCAGATCCACGTTAGAAGATGATGATCATGATGGTATGCCGAATGATTGGGAGATCGCTCGCGGGCTGGACCCGAGAGATCCGAGTGACCGCAATCTGGCAAATGAGGAAGGATACACGAATCTGGAGCTGTATTTGAATTCCATGACGGGAAACGGATCAGCTAATCCCTCTGCAGTCATTACCGCTCCGGCAAACAACACGGTGGTCAAAGCCGGATCGAACGTGACGATTGAAGCGTCCGTGTCCGATAAAGACGGAAGCGTATCGAAGGTCGAGTTTTACCGGAACGGAGAGAAGGTTGGAGAGGACGACAGCATGCCGTTCCGCTATGAGTGGACGGACGCTGCGGACGGCACCCATTATTGGGCCGCGAAAGCGATCGACGATACGGGAACGATGGCGTTCTCGACGAGCGTGGTCGTTCATGCGAACACCGAAGGGAGCATCGAGCCTTGGAAGTCGGCCGATATAGGCAGTCCGGGAATACCGGGACACACCCAGCTTGGTGATGCCCTCGGCGAGATGACCGTCAAGGCAGCAGGCGATATCGGCGGAGCGAAGGACGTCTTTCATTTTGCCTATCAGGAGATCGAGGGGGACGCTGAAATTGTGGCCCGGGTTGAATACATTACCCCAACGAACGAGGAAGCAGAAGCCGGCATCATGTTCCGCGAGAGCCTGAAGGAGGATGCTCCATTCGTCTCCCTTGTTGTCCCTTATATTCGTACGGGGAAAAGAGGTGTTACCCTGAGTCGAGCAGAGGAGGGCGGAGAGGTTGCGAGAATTCAGCCGGAGCAGCAATTTCAGCTGCCTTATTGGATCAAGCTTGTCCGCAAGGATAACCAATTCACATCAATGATCTCTCAAGATGGAACCAGCTGGACCACGGTCGGAAACGTCCAAGTCGATTTGCCTAAGCAAGCCTATGTCGGACTCGTGGCGGATGCGGCCAAAGTGAACAATGAGACGTGGAAATACAATACCTCGACATTTACTAACATCAATATATCGGCAGATACAGGCAGCGGCCCGAAAACCGTATATTATGTGAACGATGATTTTGAAAACCTTGAAGCTGGCTCCGTACCTGACGGTTATGGCGTGATCCCGGAGCCTCAGGATGCGGATCATACGGTCACCGTGGAGGAAGTTCCCTTCAATTCTACGGGTAACGATTCAGAAAAGGCGCTAAAGGTATATGATAATGCAGTAGGCAGCACAGGGTTTACAATCAGCTTCCCGCAGCAGTTGGGTACGGTAGTCGTCGAGACGGATTTCATGTCACCGGCCATGCCCGGCACTTCGGTGCTGCTTCAGATTAAGGATGCAGAAGGTACCAAGACGCCGATTGCTCTTGAGGTGCGCAAGCCGCAGTTACCGATTCAGGAGGATGCGTACGCCCTGGTTTACAAGAACAAGAATGGGCAAGACGTAAAGTTAACCGACCTTCCGGCCGCTAACCGCTGGTACAATCTGAAGGTCATTGCCAATGCGGCGGCTAACACCATGGATATTTACGTAGACAACGCACTGGCAGCCGAGCAAGTTGAGTTTAGAGACGATATGCGGACATTAGGGCTAGGTAGCGCATTGTTCGGCAGAACGCCCGGAACCGGCAAGGGAACTTATTACTTCGACAACATCAAGGTATACGTGGAACCGGCAGCCGCACCTAAAGGACTACGGGCGATCCCTGGGAACGGGAAGGTTCAGCTGGATTGGGATAACGCCCAAGGTGCTTTATCGTATACCGTCAAAAGAAGCACGACAAACGGGGGGCCGTACGAGACCGTGGCATCCGATCTGAGTGCTTCCAATCCATCGTATACGGATACAAGCGTAATTAACGAAACCACTTATTATTATGTGGTTACCGGCGTGAGTGATTTAGGAGAAAGCGATCCCTCGAACCAAGTGCGTGTTACGCCATCGGTGAATGCCGTGAAGCCGCAAGCCCCGACGGAGCTCGCGGGACTTAGCCGCAACACACAGGCTGATCTCACCTGGCAGCCGGTGGAGCATGCGGTCACCTATACGGTGAAGCGAAGCGAAAGTCAGGAAGGGCCTTATATTGAGGCAGGACGCGCAGAAGAGCCTTTCTTTAGAGATACGGGGCTTGTAAACGGTAAAGTCTACTATTATACGGTGACGGCGACAAGCGTTGCCGGCGAAAGCGAGGCGTCCGACCCGGTCGAGGTCCGTCCGGTGGCGCCGCTAGAGTCGCCAGCGGATGTTAAAGCGAGTGCCGGCGATGCATCGGCGGTGATCTCGTGGAATGCCTCACCCGATGCTTCGAGTTATCAGATCAAGCGAAGCACCGTTCTCGGCGGCCCATACAAGGTCATTGCCGATCAAGTAAAGGATATCCGCTATGAGGAAAGCGGCTTGGAGAACGGGACGGCCTACTATTATGTTGTTTCCGCACATAACGGCACCGCCTCCAGCGCGAATTCTGAAGCGGTTCGGGTCATTCCATTCCCTGCGAATACCTCGCCGCCTCCGGGTGATCTTCGACTAAACCCGGCCAAAGACCACGTCAAGCTGTCCTGGTCAGCCGTAGAAGGTGCAGCTTCTTATCAAATCAGAAGGTCGGAATCAAGAAGCGAAGCAGGAAGTGTCGTCGCCTCCGATTTGCGGCAGCCCGAATTTATCGATACGGATGTCGTTGCCGGCACAACTTATTATTATTCGGTGCAGTCGGTAAACGAGAACGGGCCGGGCGTCGGAAGCGATCCTCAAGGAGCAACACCTGCTTCCGTCATCGTCGTGGCGAAAGACGGCACAGGCATGTTTACCAGCGTTCAAGCCGCGGTGGACTCCATCCCGGATGGCAATACGGACCGAACGATAATCTATATCCGTAATGGAATCTATGAGGAGCAGGTTACCGTTCCTAAGACGAAGCATGCCGTGAGTTTTATTGGCGAGAGCAAGGAAGATACGGTCATTACCTACACCGGGATAACGGGCACCGGATTCAATGAACGTGCCACCGCCGTCGAATCCGATGATTTTACCGCCGAGAACATCACGTTTGCGAATGGAGCGGGTCCTCAAGGCCCGGCGCCTGCGCTGGACCTTCGGGGAGATCGGGCCTTTTTCAAGCATGTCCGCATGATCGGTTATCAGGATACGTTCTTTGTGAACAATGCCGGGAAACGGGTGTATGTGAAGAACAGTTATATTGAAGGAGCGGTGGATTTTATCTATGGACCTGGAATCGCCGTGTTTGACCAGAGCGTCATTCACAATGTCCGTTCAGGCGGATATATTACCGCTGCCAGCACGCCGGAAAATCAGCCCTACGGATATTTGTTCCTCAACAGCAAGATTACAGGAGCGGACGGAATCGAAGATGTCTACCTCGGGCGACCATGGAGACCCTTTGCCCATGTGCTGTTCATGAACACGGAAATGGAAGGAATCGTGCACGATAAAGGCTGGCATAACTGGGGACGACCGGATAACGAGAAAACCGCCAAATACTATGAATATAACAATACCGGACCTGGTGCGGCAGCCGAAGCCCGCGCGAATTGGTCGAAGCAGCTCACGCCGGAGGAAGCGAATCTGTACACGATTCCAATGATGATGAAGGGATCGGATGGTTGGGATCCGACTAGAATGCCTGTTCTTCCGCAGCCTTACGGGGAAGAAGACGATACACCTCCGCACACATCGTCCAAAATAACACCGGAAACACCGAACGGCCTGAACGGCTGGTATACGGTGCCGGTTACCATTGAATTGAGTGCGGAAGACGACGGTTCAACTGTTACCGAAACCGTCTACAGTTTAGACGGTATCACCTGGACTCCTTACTCGGGGCCGATCGTTCTGGACCGGGAAGCGGCCGCGGCTGCGATATACTATCGCTCCGTCAACGCTGCAGGTCTTGAGGAAAGCATCCGATCCATTGTATTGAATATGGATCTGTCCCCACCGGATATTTACGTAGAAACACCGGTACAGGAGGGAGGATGGAATGTCTCCAGGGATTGGACGCCGATCATTGAAATGAGCGATTCCGTTTCCGGCGTCGACGACAGCCGGACGGTTATCAAGCTGGACGGTAATCCCGTTCAACCCGGTGAAGCCATCCCGCTGTACCAGCTCCCGCTCGGGAGTCATGTCTTAACCGTTGAAGGAGCAGATCTTGCGGGCAATACGTCAGTAGCTGAGATTGAATTTCAGACGGTTACGAGCACCGGCGATATGATCGCTTTGATCGAACGGTTCCTGAGCAGCGGAGAGATTGGGAATGCCGGTATCGCCAACAGTTTGACGAAGAAGCTGGAGAAGGGAAATATGGATAGCTTTGAGAACGAGGTCCGGGCACAGCGGGGCAAACATGTGTCAGAACTGGCGGCGGACATCCTGCTGCGGCATGCCGAGGCATTAAGAGAAGAGATTATATAA	MIAAKWLKQMLVLTMLFTSFSGGAAYAEESPETVTSSNSSRTPAFPGAEGGGKYTTGGRGGDVYEVTTLADSGPGSLRDAVSAGNRTVVFKVGGVIELKSPLKILGDNLTIAGQTAPGDGITVIGYPTSFDGNNLIIRYMRFRLGDMNETEADSFGGRYKKNIIIDHSSFSWSVDEVLSPYGNENVTVQWSIIADAIHISKHVKGRHGYGGIWGGKNTSFHHNLIAHNSSRNPAFDSTAGNSHDFRNNVVYNWGFFASYGGKGAVTNMINNYYKPGPETEVVRFMNAESTGSYYIDGNVMDGNPEYTQDNWSGVHKYPDYVKLETPASFANPLPTESAEGAYAAVMQSAGATLPKRDAVDARIIHDVIHRTGMHINSQNEVGGYPLVEMVRSTLEDDDHDGMPNDWEIARGLDPRDPSDRNLANEEGYTNLELYLNSMTGNGSANPSAVITAPANNTVVKAGSNVTIEASVSDKDGSVSKVEFYRNGEKVGEDDSMPFRYEWTDAADGTHYWAAKAIDDTGTMAFSTSVVVHANTEGSIEPWKSADIGSPGIPGHTQLGDALGEMTVKAAGDIGGAKDVFHFAYQEIEGDAEIVARVEYITPTNEEAEAGIMFRESLKEDAPFVSLVVPYIRTGKRGVTLSRAEEGGEVARIQPEQQFQLPYWIKLVRKDNQFTSMISQDGTSWTTVGNVQVDLPKQAYVGLVADAAKVNNETWKYNTSTFTNINISADTGSGPKTVYYVNDDFENLEAGSVPDGYGVIPEPQDADHTVTVEEVPFNSTGNDSEKALKVYDNAVGSTGFTISFPQQLGTVVVETDFMSPAMPGTSVLLQIKDAEGTKTPIALEVRKPQLPIQEDAYALVYKNKNGQDVKLTDLPAANRWYNLKVIANAAANTMDIYVDNALAAEQVEFRDDMRTLGLGSALFGRTPGTGKGTYYFDNIKVYVEPAAAPKGLRAIPGNGKVQLDWDNAQGALSYTVKRSTTNGGPYETVASDLSASNPSYTDTSVINETTYYYVVTGVSDLGESDPSNQVRVTPSVNAVKPQAPTELAGLSRNTQADLTWQPVEHAVTYTVKRSESQEGPYIEAGRAEEPFFRDTGLVNGKVYYYTVTATSVAGESEASDPVEVRPVAPLESPADVKASAGDASAVISWNASPDASSYQIKRSTVLGGPYKVIADQVKDIRYEESGLENGTAYYYVVSAHNGTASSANSEAVRVIPFPANTSPPPGDLRLNPAKDHVKLSWSAVEGAASYQIRRSESRSEAGSVVASDLRQPEFIDTDVVAGTTYYYSVQSVNENGPGVGSDPQGATPASVIVVAKDGTGMFTSVQAAVDSIPDGNTDRTIIYIRNGIYEEQVTVPKTKHAVSFIGESKEDTVITYTGITGTGFNERATAVESDDFTAENITFANGAGPQGPAPALDLRGDRAFFKHVRMIGYQDTFFVNNAGKRVYVKNSYIEGAVDFIYGPGIAVFDQSVIHNVRSGGYITAASTPENQPYGYLFLNSKITGADGIEDVYLGRPWRPFAHVLFMNTEMEGIVHDKGWHNWGRPDNEKTAKYYEYNNTGPGAAAEARANWSKQLTPEEANLYTIPMMMKGSDGWDPTRMPVLPQPYGEEDDTPPHTSSKITPETPNGLNGWYTVPVTIELSAEDDGSTVTETVYSLDGITWTPYSGPIVLDREAAAAAIYYRSVNAAGLEESIRSIVLNMDLSPPDIYVETPVQEGGWNVSRDWTPIIEMSDSVSGVDDSRTVIKLDGNPVQPGEAIPLYQLPLGSHVLTVEGADLAGNTSVAEIEFQTVTSTGDMIALIERFLSSGEIGNAGIANSLTKKLEKGNMDSFENEVRAQRGKHVSELAADILLRHAEALREEII				NA	NA	NA	NA	NA
JZ016_00260	699	scdA	COG2846	Iron-sulfur cluster repair protein ScdA	ATGAGTTCATTCACGCTTCAGAGCCAGGTATCCGATATTGTTACATCCATCCCGCAAACGGCGGATTTATTCCGATCACTCCGGATTGATTTTTGTTGTGGAGGGCAGGTGCCACTGGAAGAAGCAGCTAAACAGCGTAATTTGGAACCTGCCGCCGTACTGGAGAAGGTTCAAACCCTGGAGAACAAGTTTGCCGATTATCAGGAAAGCCGTCCGGCTTCACTGAGGGAATCCGAACTGATTGAATACATCCAGCATAAACATCATGCCTTCTTGCGGGATGAATTACCTGCTTTAACGCCGTATGTGACGAAGTTGGCACGCGTTCATGGAGAGCATCATCCCGAGCTTCTCCGGGTGCAGGAGCTTTTCTCGGATCTGAAAAAAGAACTGCTGGAGCATACGATGGATGAGGACGAGCATGTATTCCCGCTTATCTTGAAATTTGTTGCAGAGCCTAACCACCAAGCTGCAGCGGAGCTTAAGCCGCATGTGTCTGAGCTGGAAGATGAACATGCTCACGCCGGCAGATTGCTTCAAGAGCTCAGGGAAGTAACCGCTGATTTCGAACTTCCGTCGGATGCCTGCGGCACGTATCGGCTGGTCTATCAACGGTTGGCCATGCTTGAAAAGGACACCTTCGAGCATATCCATCTGGAAAACAACATCTTGTTTGAGCGGATTCTCGAAGCGGTATAA	MSSFTLQSQVSDIVTSIPQTADLFRSLRIDFCCGGQVPLEEAAKQRNLEPAAVLEKVQTLENKFADYQESRPASLRESELIEYIQHKHHAFLRDELPALTPYVTKLARVHGEHHPELLRVQELFSDLKKELLEHTMDEDEHVFPLILKFVAEPNHQAAAELKPHVSELEDEHAHAGRLLQELREVTADFELPSDACGTYRLVYQRLAMLEKDTFEHIHLENNILFERILEAV	PGPT0012950_482	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012950-ytfE|scdA-K07322	NA	NA
JZ016_00261	1455	yfmT	COG1012	Benzaldehyde dehydrogenase YfmT	ATGGATTATTCGAAATTGGGAAAACAATTCATAGGCGGGGTATGGCGAGACGGTAAAAGCGGTAAAACGCTGCCTGACATCAATCCATATAATGATGAGGTCATTACGGCTTTTCAAATCGCGAGTGTTGCAGACATTGATGATGCCTATCAGGCTGCCTACCAAGCTAAGCTGGAATGGGATAAGGTTAACCCTTACCGTAAACGCGACATCCTTGAAAATGCTGTTAAATATATGGAGTCGCATGAGGAAGATATTACGTCCATTATTGTTCAGGAGCTGGGTGGAACGCGTCTGAAGGCGGCATTCGAGATCGGTCTTGTGAAAAATATGATTAAGGAAGCGGCAACGTTTCCCCTAAGAATGGAGGGAAAGATTTTACCATCCACTGAAGATGGCAAGGAGAACCGACTGTATCGGATCCCGGCTGGCGTGGTTGGGGTAATCAGTCCATTTAACTTTCCTTTCTTCTTGTCCATGAAGTCCGTCGCCCCGGCATTAGGTGCCGGCAACGGCGTCGTGCTGAAGCCGCATGAGGATTCGCCGATTACGGGTGGAACGCTGATCGGCAAGATTTTCGAAGAAGCGGGTATACCGAAGGGCCTGTTGAATGTAGTGGTGACAGATATCAAGGAGATTGGCGATGCGTTCGTTGAGCATCCGATTCCGAGAATCATTTCATTCACGGGTTCGACTAAGGTTGGAAGCCATATTGGCCAGCTGGCCGTCAAGCACTTCAAAAAGCCGCTGCTGGAGCTCGGCGGGAACAGCGCGTTCATTATACTGGAAGATGCTGATATCGGTTACGCGGTACAAGCGGCAACGTTCAGCAGATTCACGCATCAAGGCCAGATCTGTATGTCGGCCAACCGGATTCTTGTACAGAAGCCGATCTATCAGGAATTTGTAGATAAATATAAAGAGAAGGTCTCCACCCTTACAACAGGTGATCCGAGCGATCCGCAGACCATTATCGGGCCCGTCATCAACCATCGACAGGCAGAAACGCTGGAGAAGCTGATTGAGAAGGGGATTGAGCAAGGTGCAGTTCCACTGGTACGGGGTAAAATCACCGGCAGAATGGTGGAGCCTACCGTCCTCGTCAATGTCAAACCGGATATGGAGGTAGCGCAAGAGGAATTGTTCGGCCCGGTAGTATGTATCATCCCGTTCGAAACGGAAGAGGAAGGAATCGCGATCGCCAACGATACACGATTTGGGCTTAGCGGGGCTATTCACACCTCCAATCTTGAACGCGGGGTAGAGCTGGCGAAGAAGGTCCATACAGGTATGATCCATGTGAACGATGTCACGATTAACGACGAGCCGATTGTAGCATTTGGCGGAGAGAAGCAGTCGGGATTGGGTCGTCTGAATGGGGAGTGGAGCCTGGATGAATTTACGACCATGAAATGGATATCGGTTCATTACGGACAAAGGAAATTTCCGTATTAA	MDYSKLGKQFIGGVWRDGKSGKTLPDINPYNDEVITAFQIASVADIDDAYQAAYQAKLEWDKVNPYRKRDILENAVKYMESHEEDITSIIVQELGGTRLKAAFEIGLVKNMIKEAATFPLRMEGKILPSTEDGKENRLYRIPAGVVGVISPFNFPFFLSMKSVAPALGAGNGVVLKPHEDSPITGGTLIGKIFEEAGIPKGLLNVVVTDIKEIGDAFVEHPIPRIISFTGSTKVGSHIGQLAVKHFKKPLLELGGNSAFIILEDADIGYAVQAATFSRFTHQGQICMSANRILVQKPIYQEFVDKYKEKVSTLTTGDPSDPQTIIGPVINHRQAETLEKLIEKGIEQGAVPLVRGKITGRMVEPTVLVNVKPDMEVAQEELFGPVVCIIPFETEEEGIAIANDTRFGLSGAIHTSNLERGVELAKKVHTGMIHVNDVTINDEPIVAFGGEKQSGLGRLNGEWSLDEFTTMKWISVHYGQRKFPY	PGPT0005525_133	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_VANILLIN|VANILLATE_DEGRADATION,PGPT0005525-vdh-K21802	NA	NA
JZ016_00262	870	yfmS	COG0840	Putative sensory transducer protein YfmS	ATGAATAATGTGACTGAAGAGCAAACACAGCATGAGTTGATCAGCGCCTTTGTAAAGGTTGCTCCATTGCTGAAAAGCCTTACGAATGATGACATCACAATTGGCATTTATGATACGGAGAAGCTTATCATCAACATTCCGGGAAGAACCTTTTCGCTGAATGTCAAGCCTGGGGACCCGCTAGTGGAGGGGGATATCGTAACCGATGCCATCCGCAATAATAAAGCTTTATCGGCTGTCGTTCCGAAAGAGCTGTTTGGATTTCCGCTAGCTGCACGCGCGATCCCCCTTCACGACGAGCAGGGCAGGGTTATCGGCGGTGTAGGTATGGGGACAAGTCTTGAAAAAGCGAATGCGCTGTTTGAGATGGCCGAGAGTTTCTCGGCAATTGTCGAACAGACCACCGCGTCCATTGAAGACATCAGCCAATCGATTGCTCACCTTACCGAACGTGTAACTGATGTAACGAACCAAATGACGGATGTCAGCTCCAGCGCGCAGCAGATTGGAAAGATTTCCAGCGTTGTTAAGGAGATTTCGGATCAGAGCAACATGTTAGGGCTTAATGCTTCTATCGAAGCAGCAAGAGCTGGGGAAGTCGGAAGAGGCTTCTCGGTCGTTGCCGATGAGATTCGGAAGCTTGCGACAAGCTCCAAAGAGAACGTGGACCAGATTAATGGCATTACGAAGAATATTCAAGAATTTTTGCAGCACTTAAATCATGCTTTTTCCGATATCCACACGCTAACCGATACCCAGTCAAGGGCGATTCAGGAATTCTCAGCAACGATCCATGAGATTAGTATCAAAGCAGAGGAGTTAGCGCAGGTAGCTGAAGAAAGCCTGTATGCAAAAGAAAACAAGCAATAG	MNNVTEEQTQHELISAFVKVAPLLKSLTNDDITIGIYDTEKLIINIPGRTFSLNVKPGDPLVEGDIVTDAIRNNKALSAVVPKELFGFPLAARAIPLHDEQGRVIGGVGMGTSLEKANALFEMAESFSAIVEQTTASIEDISQSIAHLTERVTDVTNQMTDVSSSAQQIGKISSVVKEISDQSNMLGLNASIEAARAGEVGRGFSVVADEIRKLATSSKENVDQINGITKNIQEFLQHLNHAFSDIHTLTDTQSRAIQEFSATIHEISIKAEELAQVAEESLYAKENKQ				NA	NA	NA	NA	NA
JZ016_00263	339			hypothetical protein	ATGTCAGCGAAGAAAGGCCAAACCTTTAATCGATATAGCGAAGAAACGAAGAAAGAAGCCGTTCGTCTGCGAGTGGAAGAAGGTTGGGCGTACAGTCGGATCATGAAGAAGTTTGGGATTAAGAGCGAGAGCCAGATTATCACATGGGTTCGTAAAAGCCAAAATGGAGAGAGTTTCGAGGATTACCGTGGACGTTGGACGAAGAAGCATTTTAGTAGTGCAGAAGAAGAAAATGCTTATCTGAAAGCACAGGTAGAATATCTAAAAAAGCTCAATCCAAATTTGCACGGAGAGGAAAGTTGGATTTCGAAGCCCGGTGCCAGTCCGTTCGAGAAATAA	MSAKKGQTFNRYSEETKKEAVRLRVEEGWAYSRIMKKFGIKSESQIITWVRKSQNGESFEDYRGRWTKKHFSSAEEENAYLKAQVEYLKKLNPNLHGEESWISKPGASPFEK				NA	NA	NA	NA	NA
JZ016_00264	852			IS3 family transposase ISBth8	TTGGATTTCGAAGCCCGGTGCCAGTCCGTTCGAGAAATAAGCAAGTGGGCACCTGTGGTTTGGCTGTGTAAAATTGCTGAAATTTCGCGTGCAGGTTACTACAAATGGAAGAAACATGCTGCCCTCAGAGAGAAACGAGCAGACCGGGATGCGGATCTGAAAGCACATATTTTAAGCATTCATCGGCTTCGTCCTTATTTCGGCTACAAACGTATGCGAACCGCGTTAGGCAAAGAAGGCCTTGTAGTGAATCACAAAAAGGTACGCCGCTTAATGAGAGAACTTCAGATTCGTTCCGTGATTCGCAAGAAACGTCCATTTGCTGGCCGGAAACCGTCCGTTCTGTTCCGTAATGTCCTAAATCGGGAATTCTCAGCGACAACTCCTGTGCAGAAGCTCGTGACGGATATTACGTATGTCCGGATTGGGCATGATTTTGCTTATCTCTCCGTGGTGATGGATCTGTACAACAATGAAATTGTAGCGTGGGAACTCTCTGAGCGAAATGACTTAAAACTCGTTACAGACACAGTGAAGAAACTGAAATGTGGACCTTCCTTGCTCCACTCGGACCAAGGGTTTCAGTATACAACACAAACCTATGCCAAGTTACTTGAAGAGAAGAAGCTTACAGGAAGCCATTCCCGGCGTGGAAACTGCTATGACAATGCTTGTATTGAGTCGTTCTTCTCCCACTTAAAGACAGAGAAACTGTATTTGGAGAGACCTCAAAATCTGGAGCAAGCCAGGAGCCAAATTACGGAGTATATTTCGTTTTACAACATGGAACGTTTCCAAAACAAACTGGGCGACCTCTCCCCGATTGAGTTTCGGGAAAAAGTCGCCGCTTAA	MDFEARCQSVREISKWAPVVWLCKIAEISRAGYYKWKKHAALREKRADRDADLKAHILSIHRLRPYFGYKRMRTALGKEGLVVNHKKVRRLMRELQIRSVIRKKRPFAGRKPSVLFRNVLNREFSATTPVQKLVTDITYVRIGHDFAYLSVVMDLYNNEIVAWELSERNDLKLVTDTVKKLKCGPSLLHSDQGFQYTTQTYAKLLEEKKLTGSHSRRGNCYDNACIESFFSHLKTEKLYLERPQNLEQARSQITEYISFYNMERFQNKLGDLSPIEFREKVAA				NA	NA	NA	NA	NA
JZ016_00265	657	axe2_1		Acetylxylan esterase	ATGACGAAGACAAGCAAAACCATATTGTTTCAAGGTGACTCCATAACGGACGGGAATTGGGGGCGCGACAACGATCCTAATCATATTCATGGACATGGCTACGTATATCTTATTGCTGCTGAGCTGGGCTATGAACTAGCGGAAAGCCAGCCACAGTTCATCAATCGAGGAATCAGCGGCCATCGCGTCTCGGATTTGTACGCGCGTTGGAATGAAGATGCGATTAGCCTGCGACCTGACCTGATCAGTATGTTGGTTGGCGTTAACGACGCAGGCCGGATCATCGAAGGCTCGCCAAGCGGAGCTACCGACAGGTTCGAAAAAGCATATCGTCACATACTGGAGGAAACGAAAGAAGTGCTTCCACAGACGGGACTGGTGTTATGTGAGCCATTCGTACTGAAAACGGGCACCACCGTGCAACACTGGGACGAATGGCGTCAGCGGTTGAATGAATATAGCCTAGTTGTCCGGCAATTGGCTCAAGAGTTTGAAACGTTGTTTGTTCCCCTGCAAGAAGCGTTTGATCATGCGGCAGAACGAGTAGGCGCAGAGTATTGGATATGGGATGGCATTCATCCCACGACAGCCGGGCATCAATTGATTTCACGTGAATGGCTGAGTGTCGTGCAGAATAGTCCATTCGCTATAAGTTGA	MTKTSKTILFQGDSITDGNWGRDNDPNHIHGHGYVYLIAAELGYELAESQPQFINRGISGHRVSDLYARWNEDAISLRPDLISMLVGVNDAGRIIEGSPSGATDRFEKAYRHILEETKEVLPQTGLVLCEPFVLKTGTTVQHWDEWRQRLNEYSLVVRQLAQEFETLFVPLQEAFDHAAERVGAEYWIWDGIHPTTAGHQLISREWLSVVQNSPFAIS	PGPT0001840_1892	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001840-tesA-K10804	NA	NA
JZ016_00266	660	hchA		Protein/nucleic acid deglycase HchA	ATGGAGAAAAGCATACTAATTGTCGTTACCAATCATTCAGATATACAAGACGGAAGAAAAACGGGCATCTGGTTAGCAGAATTCGCTGAAGCTTATATTGAGTTTATAAAGAAGGGCTATCAGGTTACAGTGGCGAGTCCGCTCGGCGGACAAAGTCCAGTAGATCCAAACAGCGTGAATGAGGATACCCCGAAAGAGATATGGGAAGCAGCAGTACATCTGGAAAACACGGTTCGTATCCGTGATGTTTCTGCCCATAATTTCGATGCTATTTTCCTGCCGGGTGGTCATGGAACGATGTATGACTTGCCGGACGAACAAATGCTGCATCAATTAGTCCGTAATTTTTATGAAGCTGGAAAAATAGTCGCTGCAGTGTGTCATGGACCTGCTGGATTGACAGGAGTCACATTATCGGATGGACAGCCCCTAGTTGCTGGAAAACGGGTGAATGCTTTCACAGACAGGGAAGAGGCGGAAACTGGACTTAGCGAAATTCTTCCTTTTCTACTTGAAAGCAAGCTTCGGGAATTGGGAGCCGTTTTCGTGGCGGCGCCTAACTGGACTACCCATCATGAAGTTGACGGGAATTTGATAACAGGCCAGAATCCTCAGTCTACCCTGGCTGTAACCAAAGCTGTTATTGAAAAACTCGGATAA	MEKSILIVVTNHSDIQDGRKTGIWLAEFAEAYIEFIKKGYQVTVASPLGGQSPVDPNSVNEDTPKEIWEAAVHLENTVRIRDVSAHNFDAIFLPGGHGTMYDLPDEQMLHQLVRNFYEAGKIVAAVCHGPAGLTGVTLSDGQPLVAGKRVNAFTDREEAETGLSEILPFLLESKLRELGAVFVAAPNWTTHHEVDGNLITGQNPQSTLAVTKAVIEKLG	PGPT0027880_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027880-tetB-K08168	NA	NA
JZ016_00267	882	argP		HTH-type transcriptional regulator ArgP	ATGGTGGATTTTGAATGGTACCGAAGCTTTATCAGTATCTATAAACATAGATCCGTATCGGAAGCCGCCAAAACTCGGTTAATGACTCAGCCCGCAATGAGCCAGCATCTTGCCGCATTGGAAGCCGAACTGGGTGAATCATTGTTTACAAGAACCTCTAGAAAGATGGTTCCCACCGAAAAAGGTAAAGAACTCTATACTCAAGTGGTTCCGTTGATCGAAGCCTTGGAAGAAGCAACGCAAACATTCATGATGAACACTTCTGTAACAGCTCCCGTCATCCGAATTGGGACAGCCCACGAATATTTTCGGGAGAAGCTAGCTCCCCATTTGGGGGAGTTCCCCTTTCGAATGATTGCTCATTTTGGCGTCGCCTCACATATTTTGGAGTTATTATTGGAAGAAAAGGTCGACATACTTATAACGTCCCAAAAAATATTGGCTCCCGGCATTGAATATATCCATTATGTTCAAGAAGAGTTTGTGCTGGTTGCACCCTATAATTTTAAAGAAATCGACTTCGAAGATCCCGACCGGTTCGAAGCCTGGCTGTGCGCTCAAGATTGGATCAGCTATGGCAGTGATTTACCGATCATACGCAGATTATGGAGAGAACACTTCAAGAAAAGACCACATATGCAAATCATGCACGTTCTGCCGGACCTTCATTCCATATTAGCCGCCATAGAACACGGTTCGGGAATAAGTGTCCTCCCCACTTATATGCTGGAAAAGTCAATACACAACCGTCAGGTAAAGATCATTTATCCTTCCTTCAAGGTAAGCAACGAGCTGTATCTGGCTTATCCTATCAAATTTCGAAACCTTCCTATAGTGAAAGCGATGATTGAAGCATTTCGAAAAAACTTTCTGAACCGCTGA	MVDFEWYRSFISIYKHRSVSEAAKTRLMTQPAMSQHLAALEAELGESLFTRTSRKMVPTEKGKELYTQVVPLIEALEEATQTFMMNTSVTAPVIRIGTAHEYFREKLAPHLGEFPFRMIAHFGVASHILELLLEEKVDILITSQKILAPGIEYIHYVQEEFVLVAPYNFKEIDFEDPDRFEAWLCAQDWISYGSDLPIIRRLWREHFKKRPHMQIMHVLPDLHSILAAIEHGSGISVLPTYMLEKSIHNRQVKIIYPSFKVSNELYLAYPIKFRNLPIVKAMIEAFRKNFLNR				NA	NA	NA	NA	NA
JZ016_00268	882	cntK		Histidine racemase	ATGAAGCAGATGATCGATTTTGTGAAATGCAATCCAACACAGAATATGACGATTCTAATTAACACGATGCTTCCACGTGATGAACATAAACGTATTGCTTCTAAAATTATGTCTTATGACAACGTTTATGCTGAACAAGTTGGTTTTATCGAGCCAACCATGAACCAGGAAGCTGATGCGTTTTTACAAATGGCAGGGGGTGAATTTTGCGGTAATGCTTGTATGGCCTTAGCCGCATTTCTGGCGAATGAACATGGTTTGGAACATTACGAAACGAATGAAATAAGGTTAGAGGTTTCAGGAGCAGAGCGACTAGTGACATGCCTGGTAACCAAAAATAGGGAGGATTTTCAATGTCGAGTCGATATGCCGCTTCCTGAGAAGATTGAACAAACGGTACTTCATGATGATCGTTTCCCGATCGATATGGTTGTCGTCAAATACAAGGACTTTATTCATTTCGTGATTGAAGTAGAACGCATAGACACAGATATGAAGAACAACATGTTATCCTTGGCCAAACTCATCGGACCCTTTCTAGACACAAGCATGCTTGGGATTCTGTTGTACAACAATACGACGCATCATCTAACACCGCTTATATACGTCCAGGCATTGAATAGTGCGGTGTGGGAAAGAGGGTGCGGCTCCGGTACGGCTTCCATAGGCGCTTACTTAGCATGGAAGAATAAACGCAATATCGAAACCTATATCCATCAGCCCGGCGGGACGATGCTTGTAAAGGCACTCTATGAGCAGGACCGGCTGACCCGTCTGGAAATCGAAGGCTCTGTTGGAATCGTAGCACAAGGCACAGCGTTCATTGATACGGAAGTTAACCTATCTGCAGGGGAGAGTATTCATGAAGTTAGCAGAGTTTGA	MKQMIDFVKCNPTQNMTILINTMLPRDEHKRIASKIMSYDNVYAEQVGFIEPTMNQEADAFLQMAGGEFCGNACMALAAFLANEHGLEHYETNEIRLEVSGAERLVTCLVTKNREDFQCRVDMPLPEKIEQTVLHDDRFPIDMVVVKYKDFIHFVIEVERIDTDMKNNMLSLAKLIGPFLDTSMLGILLYNNTTHHLTPLIYVQALNSAVWERGCGSGTASIGAYLAWKNKRNIETYIHQPGGTMLVKALYEQDRLTRLEIEGSVGIVAQGTAFIDTEVNLSAGESIHEVSRV				NA	NA	NA	NA	NA
JZ016_00269	798	cntL		D-histidine 2-aminobutanoyltransferase	ATGAAGTTAGCAGAGTTTGAGAAATCATTAGATGATTATTTAACCAGGTTTGAGTACTTTGCTGACCGATTCGATTACACACCTCGTCACCAATCCGAGTTGGAGCGTTTAATTGACCAATACTCGGCGTTTATAACTGACGAAACCAACATCACAGTTTGGGATGAGCTGGAGCAACAAGGAATCGGCAGAACTAGCGGTCTTGTTGATGGACTGAGGAAAAGTTCAGCGCGCTGCGTCGCGATACTGGAGAAATATCGCGCGCTGAATTTGCAAAAGGGAGATACGGAGATCACCGATTATTTCAGGAATATCGAGGAATGCATCGAGAAAGAGTTCGGAAGTTTCCAGATTTCTTCTACATCGAAGGTATTGTTGGTTGGCTCTGGTTCATTCCCGATGACGGCACTATTGATCGCAAAGCGCACAGGAGCTGCGGTGGTCGGGATCGACATTGATGCTGAAGCTATTGAGCTAGGTCTGAAGGTTGTAGAGACATTGGGTCCTGAGCTGAAGATCCGATTGGAAAAGACATCGGTTGAATTCCTTGATGATTTAAATGAGATAACCCACATCATTTTCAGCTCAACGGTTGCAGAGAAGTACGAACTGCTGGAGCGTTTATATCCGTTGACGAATGAGCAGGTTGTTGTAGCCATGAGGTATGGAAACCGATTGAAATCTTTATTCAACTATCCCCTGAAAGAGACGGATGAACATAAATGGGGACTAGTGGATAACGTGCTGCGCCGAGACGATATATTTGACATCGCTTTATATCAAAAAATCCTGGCTTAG	MKLAEFEKSLDDYLTRFEYFADRFDYTPRHQSELERLIDQYSAFITDETNITVWDELEQQGIGRTSGLVDGLRKSSARCVAILEKYRALNLQKGDTEITDYFRNIEECIEKEFGSFQISSTSKVLLVGSGSFPMTALLIAKRTGAAVVGIDIDAEAIELGLKVVETLGPELKIRLEKTSVEFLDDLNEITHIIFSSTVAEKYELLERLYPLTNEQVVVAMRYGNRLKSLFNYPLKETDEHKWGLVDNVLRRDDIFDIALYQKILA				NA	NA	NA	NA	NA
JZ016_00270	1296	cntM		Staphylopine synthase	ATGAAAGAGATGAAGCATGTCCTGTTGTTGGGAACAGGCCCTGCAGCCTTGCAGCTGGCAGTGACTCTTAAAAAGGGGTTCCATTGTCGCCTGGGGATCGCCGGTCGTGAATCGGTTCGGTCTCTTGGATTCTTCGACGGCCTTGCGAGGAACGATCAAATGGTTTACGCGAGCATCCAAAATGAAAAGCATCGTTCCATGGAAGGCGAATGTCGCATTGACGATGTGTTTCAGGGTTTTGAGACCATAGAAGGCGAATGGGACACTTTATTTGTTGCGGTGACGACCGATGCGTATATGGAAGTCTTACAGCAGATGAATCATAACGTCCTGCGTAAGGTCAAATGTGTGGTGCTGATATCTCCAACTTTTGGTTCTAACAGCTTGATATCCGGTTTTATACGTCAACTGAATCCGGATGCGGAAGTCATTAGTTTTTCTACATATTATGGCGACACGAGGTGGGTGGATAACCAAGTTTCGAATCATGTCATCACGACGGGGGTTAAGAAAAAGGTCTATATCGGCTCTACGCGAGGGCACTCTGATCTTGTCGACAAGCTGAGCCGCCTGTATAAGGAGCTGAATATTGAGCTAAGCGTCATGAGGACGCCGCTAGAGGCAGAGGCAAGAAATATTTCGTTATATGTTCATCCTGCTTTGTTCATGAATGATTTCTCGTTAAGCGCCATATTTGATGAGTCGGGTTCGCGCAAGTACGTCTACAAGCTTTTTCCTGAAGGCCCAATTACGCAAGATCTGATTCGCAGTATGTTGTCCCAGTGGAAAGAGATGATGAACATCTTAAACCAATTAGGGATGAAGGGCATCAATTTGCTGAAATTTATGACGGATGATAACTATCCGGTAAGAAACGAGAGTTTATCGCGCCAGGATATCGATAGCTTTGATCAATTACAAGCGATTCATCAGGAGTATCTATTGTATATACGTTACGCCTCCTTGTTAATTGACCCTTTTTCTCAGCCCGATGCAGATGGAAAGTACTTTGATTTCTCGGCTGTTCCGATTAGGAGTTTGTTTATCAATAAGGAAGGCTGCCTGGATATCCCGAGAATGCCTAAAGAAGACTATTATCGAATCAAGGTGATCCAGGGCATTGCCAGATTCTTGAAGGTGGATTGTCCTACCATCGATCAGTTCATCCAATCGTATGAGGACAAAATCGTAAATGTATCACTTGCTCACAAGGGCCGGTCGTTGTCCAATGCGTTTACGGTTCAGAGCTTCGAGGAAGATCTGGATCTGATATGCATGGAACTATCAAACCAATGA	MKEMKHVLLLGTGPAALQLAVTLKKGFHCRLGIAGRESVRSLGFFDGLARNDQMVYASIQNEKHRSMEGECRIDDVFQGFETIEGEWDTLFVAVTTDAYMEVLQQMNHNVLRKVKCVVLISPTFGSNSLISGFIRQLNPDAEVISFSTYYGDTRWVDNQVSNHVITTGVKKKVYIGSTRGHSDLVDKLSRLYKELNIELSVMRTPLEAEARNISLYVHPALFMNDFSLSAIFDESGSRKYVYKLFPEGPITQDLIRSMLSQWKEMMNILNQLGMKGINLLKFMTDDNYPVRNESLSRQDIDSFDQLQAIHQEYLLYIRYASLLIDPFSQPDADGKYFDFSAVPIRSLFINKEGCLDIPRMPKEDYYRIKVIQGIARFLKVDCPTIDQFIQSYEDKIVNVSLAHKGRSLSNAFTVQSFEEDLDLICMELSNQ				NA	NA	NA	NA	NA
JZ016_00271	1605	cntA_1	COG0747	Metal-staphylopine-binding protein CntA	GTGAATAGAAAAAGTGTCAAGATATGGATGTTAATGATCTCCATCGCGCTTCTGGCAGGGTGCGGGGAGACAACGCAGGGAAGTAAGGCCGAATCAGCAATCAGGGATGAAATCATCTATGCTACAGCAAAAGATATTCATGATATGAATCCTCATTTATACACGGGATCCATGCCGGCTCAGGGTATGGTATATGAATCGCTGGTGGAGAACACAAAGGAAGGGATCAAGCCTTTGCTGGCGGAATCCTGGGACATTTCGGAAGATGGAACCACCTACACCTTTCATCTGAGGAAGGACGTGAAGTTTCATGACGGAGAACCATTTAATGCCGAAGCTGTCAAACTGAATATCGATGCCGTGCAGCATAATGCCGAGAAACACGCCTGGATTAAACTGTCGACCAAAATCAAGAACGTGAAGGTAGTGGATGCATACACCGTCCAATTGGTTTTAAGCGAAGCCTATTACCCTGCACTGGTCGAACTGTCCATGACGCGGCCGTATGTGTTTCTCTCACCCAAGGATTTCATTCAGGGGGAAACGAAGGATGGCGTTAATGGACACCACGGTACGGGTCCTTACCAGTTTACGGAACATAAAATCGACGAGTACGCTACCTTTACCGCCAACGAGGAGTATTGGGGAGGTCCGCCAAAAATCAAAAAAATCACGGCCAAGGTACTGCCTGCGGGCGAGACGACGTTTTTGGCCATGCAGAAAGGAGAGGTGAACTTCGTATTCACCGATGATCGGGGAGCAGACAGCATCGACGTGCAAGCGATGAATCAACTGGTTGATGCCGGAACATATCAGCTGGTTCGCAGCGAAGCCATGAATACAAAAATGATGGTGGCGAACAGCAGCAAATCGGAAAGTCCGGTAAGCGAAACCGCGGTCCGTGAAGCGATCTGGCATACAATCGATCGGGAAACCATCAGTAAGGACATATTCGAGGGGACCGAGACGGAAGCGAACACGCTGTTCTCATCCAATGTGAATTATGCGGATGTCGAATTGAAGGAACGCGGCTATGATCCGGGAAGGGCTGAGCAAATGCTGGAAGAGGCCGGATGGAAGAAGGAGAGTGACGGCAAGGCCAGGTTCAAAGCCGGTAAGGAGCTGGCCATGAAATTATATTATGACAGTAATTCATCATCACAAAAAACGCAGGCGGAATTCATCCAAAATGCGGTAAAAGGGATCGGAATCAAGCTGGATATCATCGGAGAAGAGTCGAGCTCCATCGCGAATCGAAGATCCACGGGGGATTATGAGTTATTGTTTAATCAAACCTGGGGTTTGGCGTATGACCCGCAGAGCACCATCTCTGCCTTCACTTCTGAAGCTTCTTATCTACATACAACCAAAGGAATCGCACAAGCGGATCATCTTTATGAGCATATTCAAGAAGTTATGGTATCCAAGGACGAGGAGACCCGCAAGTCGCTATACGCTGAAATTATGCGAACGGTTCACGATGAAGCGGTGTTTATCCCGATCTCGAGCGGGAGCGTCACGGTTCTTGCACCGAAGGACTTGAAAGGCATCACGTTCAAGCAAACCCAGTTTGAGCTTCCTTTTGAGCAAATGTATTTTGAATAG	MNRKSVKIWMLMISIALLAGCGETTQGSKAESAIRDEIIYATAKDIHDMNPHLYTGSMPAQGMVYESLVENTKEGIKPLLAESWDISEDGTTYTFHLRKDVKFHDGEPFNAEAVKLNIDAVQHNAEKHAWIKLSTKIKNVKVVDAYTVQLVLSEAYYPALVELSMTRPYVFLSPKDFIQGETKDGVNGHHGTGPYQFTEHKIDEYATFTANEEYWGGPPKIKKITAKVLPAGETTFLAMQKGEVNFVFTDDRGADSIDVQAMNQLVDAGTYQLVRSEAMNTKMMVANSSKSESPVSETAVREAIWHTIDRETISKDIFEGTETEANTLFSSNVNYADVELKERGYDPGRAEQMLEEAGWKKESDGKARFKAGKELAMKLYYDSNSSSQKTQAEFIQNAVKGIGIKLDIIGEESSSIANRRSTGDYELLFNQTWGLAYDPQSTISAFTSEASYLHTTKGIAQADHLYEHIQEVMVSKDEETRKSLYAEIMRTVHDEAVFIPISSGSVTVLAPKDLKGITFKQTQFELPFEQMYFE	PGPT0004405_159	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004405-nikA|cntA-K15584	NA	NA
JZ016_00272	933	cntB_1	COG0601	Metal-staphylopine import system permease protein CntB	ATGGGAAGTTATATAGTAAAAAGGTTATTGTTGTCCGTTCCGATTCTGCTCATCATTTCGTTTTTGACCTTTCTGCTGATTAATCTGTCCCCCATGGATCCTGCCGAAGTGGTGCTCCGCGCCCAAGAAGTTCCGGAAATCACGGAAGAACTGATCGCACAGACGCGTGAAGAGCTAGGGCTGAATCAGCCGTTCTTGAAACAGTACGCCGATTGGGTGATGGCCTGCCTTCGATTGGACTTTGGAGAATCCTACGTGACGGGACAGACGGTTTGGTCATTGATAAGCCCGGCATTTCTCAATACTTTAAAGCTGACCATGGTTTCGTCAACCATTATTATCATCATGTCCGTTATCTTGGGGGTTGCTTGCGCATTAAACGAGGGCAGAATATGGGATCGGTCAGTGAGAGGAGTTTCCTTCTTTCTAACAGCGATGCCTTCATACTGGCTTGCATCGATTTTGATCTGGTATTTTTCCGTGCGTTTGGACCTGCTGCCAACCAGCGGAATGGATTCGTATCAAAGCTATATCCTTCCCGTGACGGTCATATCGGTGAGTTATGTCGGCATTTATTTCAGAAACGTAAGAAGCTCGATGTTGAATCACTTGCATGAAGAATATGTTGTTTACGGGAGAGCCTGCGGTTTGCCCGAGAAGAAGATTACTATGCGCATTCTGAGAAATTCGCTTCAGGTTGCCGTATCCATATTTTGCATGGCGATCCCCATTATTCTGGGCAGCACTGTCGTCATCGAAAATGTGTTTGCATGGCCCGGACTTGGGCGGCTGAGCGTGAAATCCATTCTAAGCAGGGACTTTCCGGTCATCCAGGCGTATGTTCTTATTCTGGCTGTAGCCTTCGTGTTATTTAACACCTTGTCCGACATGATCAATGCTGCACTGAATCCGAAACTAAGGAAGGAAATCTGA	MGSYIVKRLLLSVPILLIISFLTFLLINLSPMDPAEVVLRAQEVPEITEELIAQTREELGLNQPFLKQYADWVMACLRLDFGESYVTGQTVWSLISPAFLNTLKLTMVSSTIIIIMSVILGVACALNEGRIWDRSVRGVSFFLTAMPSYWLASILIWYFSVRLDLLPTSGMDSYQSYILPVTVISVSYVGIYFRNVRSSMLNHLHEEYVVYGRACGLPEKKITMRILRNSLQVAVSIFCMAIPIILGSTVVIENVFAWPGLGRLSVKSILSRDFPVIQAYVLILAVAFVLFNTLSDMINAALNPKLRKEI	PGPT0004410_307	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004410-nikB|cntB-K15585	NA	NA
JZ016_00273	888	cntC_1	COG1173	Metal-staphylopine import system permease protein CntC	ATGAACGTACTTCGAAGTTTGAGTAGAGACAAGCTGGCCAGCCTGTCACTGGTCGCCATAGCTGCAATTGTCATCGTGGGCCTGTGTGCCCCTATATTCGCGCCCCACGATCCGAATCAAGTTGATATGAAGCTGCGTTATGCCGGGTCTTCCTGGGCGCATTGGTTCGGTAACGATCATCTGGGGAGATGTATCTTATCCCGGATAATTTATGGCATACGTCCCAGTATTTTATGGGTGTTGGCAGCTCTGTTGGCGTCGGTAGGAGTTGGCGGGATCGTTGGTTTCATTGCAGGTTACTTCAGAGGAAAAACGGACGCGATCCTGATGCGAATTTGCGATATCATGCTATCTTTTCCCGGTTATGTTATGACGTTGGCGGTTGTCGGCATCCTGGGAGCAGGCCTTGAGAACATCCTGATTGCTTTTGTTGCCATGAAATGGGCGTGGTTTGCCCGTGTCATCCGAACGTCGGTCCTGCAGTACGCGGAAATGGATTATGTGAAGTTTTCAAAAGCAGCCGGCATCAGCAATCGCAGGATCATATTGAAGCATATCGTTCCCGTGACATTTTCGGATATTGCCGTCATTGCCAGCGGTTCAATGTGTTCCATGATTCTGCAGATCTCCGGATTATCATTCTTAGGGCTTGGCATCAAGGCCCCCAATGCGGAATGGGGGATGATGCTGAATGAAGCGAGAGAGGTTATGTTCTCACGCCCCGAGCTCATGTTAGCGCCTGGCTTGGCTATTGTGATTGCCGTATCGGCTTTCAATTTTCTGGCAGATGGGCTTCAAGTCGCGCTTGATCCCAAAAGGATGAATTCCGGTAAGCAGCCGAGATCAACAGAGGTGGAGAAACCGACTTATGAATATGCTAGAGGTTAA	MNVLRSLSRDKLASLSLVAIAAIVIVGLCAPIFAPHDPNQVDMKLRYAGSSWAHWFGNDHLGRCILSRIIYGIRPSILWVLAALLASVGVGGIVGFIAGYFRGKTDAILMRICDIMLSFPGYVMTLAVVGILGAGLENILIAFVAMKWAWFARVIRTSVLQYAEMDYVKFSKAAGISNRRIILKHIVPVTFSDIAVIASGSMCSMILQISGLSFLGLGIKAPNAEWGMMLNEAREVMFSRPELMLAPGLAIVIAVSAFNFLADGLQVALDPKRMNSGKQPRSTEVEKPTYEYARG	PGPT0004415_43	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004415-nikC|cntC-K15586	NA	NA
JZ016_00274	810	cntD_1	COG0444	Metal-staphylopine import system ATP-binding protein CntD	ATGAATATGCTAGAGGTTAAGCATCTAAGGGTATGGGATGCGAACGAGGGAAAAGAGATTATCCATGACAGCTCCTTTCAATTAAAGGAGGGAACCTGTCTGGCGATTGTAGGGGAAAGCGGGAGCGGAAAATCCCTGACATGCAGGTCGATCATAAGGCTGCATAAACCCTGGATTCGCCAATCCGGGGAAATCATCTTCCAAGGAGAGCATTTAAATCACCTGTCGGAAAGGGACATGAGAAAAAGAAGGGGAAAGCACATCGGCATGATCATGCAGAACGGGATGGGAGCATTCGATCCCTCCAGTGTGGTCGGCGTTCATTTCCAAGAGACGTTGAAGGCGCATTTCGGCTGGAGCAAAGGCGAGGCTGAAGCCAGCATGAAAAAAGCGATGGAAAGCGTTATGCTTTCCCATCCGATGGAGATCATGAATAAGTTTCCTCACCAGTTATCCGGCGGGATGCTGCAGCGTTTAATGATCGCGCTCACGCTGGTGCTGGAACCCGCTGTCGTCATCGCCGATGAACCGACAACGGCGCTGGATACGATCTCGCAATTCGAGGTCGTGGAACAATTCATCCAGCTTCGCGAAAGGATGGGCGGCTCCATGATCTTTGTGTCGCATGACTTGGGTGTCGTGAAGAAGATTGCCGATGAAGTCCTGGTTATGAGAAACGGCGACATCGTGGAGAGCGGGAGCGTTGAAGAGGTATTTACAGCACCACAGCACCCTTACACGCAATACTTGGTTTCCACGCGCCTTGAGCTCAGCCACCATTTCAATAAGATTATGAACGGGGGAGTGTAA	MNMLEVKHLRVWDANEGKEIIHDSSFQLKEGTCLAIVGESGSGKSLTCRSIIRLHKPWIRQSGEIIFQGEHLNHLSERDMRKRRGKHIGMIMQNGMGAFDPSSVVGVHFQETLKAHFGWSKGEAEASMKKAMESVMLSHPMEIMNKFPHQLSGGMLQRLMIALTLVLEPAVVIADEPTTALDTISQFEVVEQFIQLRERMGGSMIFVSHDLGVVKKIADEVLVMRNGDIVESGSVEEVFTAPQHPYTQYLVSTRLELSHHFNKIMNGGV	PGPT0004420_163	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004420-nikD|cntD-K15587	NA	NA
JZ016_00275	747	cntF_1	COG1124	Metal-staphylopine import system ATP-binding protein CntF	GTGCTGAAAGTTGAGAACGTTCATAAATCCTACCGGGTCGGCGGCTTGTTTTCAGGGAAAAGGCAACGCATTCTGGAGGGTGTAAGCTTTGAATGCGGCAGTGGGGAATGCCTCGGCATCATCGGTGAAAGCGGTAGCGGCAAATCAACCCTGGGACGCATGATCTTGGGAATTGAGAAACCGGACCTTGGGCATGTCTTATTCGAAGGGAACCACGTCATACATCGCCATGTGCGATTTGGCAATATAAGCGCCGTATTTCAGGATTACACTTCGTCAATCAACCCATTCTTTACTGTGGAACAAGCGATCATGGAACCCTTAACGGCGCAGAGGTCATTGAATGATGATACGAGGGCCAAAATCGATCTGTTGCTGAATCAGGTCGGATTGGATGCTTCCTATAAAACGAAATATGCTCATGAGTTATCCGGTGGTGAGGCGCAGCGAGTATGCATTGCCAGAGCCATTGCCACGGAACCGAAGTGTATCGTACTCGACGAGGCGATTAGCTCTTTGGACGTATCCGTACAAATTCAAGTCCTTCGATTATTGAAGGAGCTCAAAGACATTTATAAGATGAGTTACATCTTCATCACGCATGATATACAAGCTGCCGCTTATCTTTGCGACAGGGTTCTGATATTCAAAAGCGGCAGGGTGGAGGAAACGGTTCGTGTAGAGGAATTAAAGCATGTTCAGTCGGATTATGCCAAAAAATTAATGGAGCATTTGATTACGTTCTAA	MLKVENVHKSYRVGGLFSGKRQRILEGVSFECGSGECLGIIGESGSGKSTLGRMILGIEKPDLGHVLFEGNHVIHRHVRFGNISAVFQDYTSSINPFFTVEQAIMEPLTAQRSLNDDTRAKIDLLLNQVGLDASYKTKYAHELSGGEAQRVCIARAIATEPKCIVLDEAISSLDVSVQIQVLRLLKELKDIYKMSYIFITHDIQAAAYLCDRVLIFKSGRVEETVRVEELKHVQSDYAKKLMEHLITF	PGPT0004425_294	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004425-nikE|cntF-K10824	NA	NA
JZ016_00276	1215	cntE_1		Staphylopine export protein	GTGAGTGGAGCGATGTCTTGGCCATTTTTGCGTTTATATATACTGGCGCTGCTTTATTTCAGCGCGAATGCTTTACTCAATGTATTAATTCCGCTACAAGGAGCTGCTTGGGGAGCCAGCAGCTCAACCATCGGTCTTGTCATGGGAGCTTACATGTTCACGACGATGTTCTTTCGACCCTGGGCCGGACATTTGATTCAAAAGCACGGTCCGGTCAAGGTGCTGCGGCTGATCCTTTTGGTCAATGGCGCTGCCTTAATTCTGTATACATGTACAGGATTAGGAGGATATCTGGTTGCTCGAATATTGCAAGGGGTAGCAACGGCTTTTTTTTCGATGGCACTCCAGATCGGCATCATCGATGCACTGCCCGAGAAGGAACGTTCGCAAGGAATCTCGTTCTATTCATTGTTTTCCTATATTCCCGGCGTGATCGGCCCCGTTCTCGCATTAGGCCTCTGGCAGACCGGGGGGATGGATTCATTCACCGTCATTTTTGTAGCCATCGCAATCTGTACCGGTTTGTTCGGATACAGCGTCAAGATGGATAGAGAAGAGGGACCATCCGGACAATCGGCGAATCGTTCGGGCGTATTTCATTCCTTTGGACAAATCGTGAAGAATCCGTCCCTGTTCAAATGCAGCGTGTTAATGCTGTCGGCATCGATCATATTTGGAGCCGTAACAACGTTTATGCCATTATACGGATCGCAGCTAAGCAGCGGCAGTGCCGGCATTTATTTGATGCTCCAGGCTGCGGTCGTTGTTGCTTCACGATTTCTTCTAAGAAAAAGAATTCCTTCGGATGGCAAATGGCATTCGTTTTTTATCATGGGTACTATGCTTCTACTAACCCTCGCTGCAGTTTGCATCAGCATTTCTTCAGAGCAGGGAGCAGCTTTTCTTTATACTGGCGCTATTCTCATGGGCATTACGCAGGCGCTCTTATACCCAACGTTAACTACTTATTTGTCCTTTGTATTACCTTCATCCAACCGCAATGTGTTAATCGGGCTGTTTATTGCCATGGCTGACCTTGGCGTATCCATGGGCGGGGTTGTGATGGGGCCCATCGCGGATTATTTCTCATACTCCGTCATGTATATGATATGCGCTGTATTAAGCATGGCTATGGTAATTGTTGCGTACGAGCGAAGAGGAAGCTTGGTGGCTTCGAGCAACAACCTTGCCAAGGAGAGTGAAGGGGATGTGTAG	MSGAMSWPFLRLYILALLYFSANALLNVLIPLQGAAWGASSSTIGLVMGAYMFTTMFFRPWAGHLIQKHGPVKVLRLILLVNGAALILYTCTGLGGYLVARILQGVATAFFSMALQIGIIDALPEKERSQGISFYSLFSYIPGVIGPVLALGLWQTGGMDSFTVIFVAIAICTGLFGYSVKMDREEGPSGQSANRSGVFHSFGQIVKNPSLFKCSVLMLSASIIFGAVTTFMPLYGSQLSSGSAGIYLMLQAAVVVASRFLLRKRIPSDGKWHSFFIMGTMLLLTLAAVCISISSEQGAAFLYTGAILMGITQALLYPTLTTYLSFVLPSSNRNVLIGLFIAMADLGVSMGGVVMGPIADYFSYSVMYMICAVLSMAMVIVAYERRGSLVASSNNLAKESEGDV				NA	NA	NA	NA	NA
JZ016_00277	945			hypothetical protein	ATGAGAATATTGGTTTACGGCGCAGGGGTTCTGGGCAGTTATTTAGCCCACGAGCTAGTGCGTGGAGGGCACAACGTCACGATGCTGGCAAGAGGACGACGAGCAGAGGAGTTGGAGAAGAACGGCAATGTCATTCGGCATTATTTTCAGTTTCAAACTACGGTTAATCAAGTAAGGGTCATCCGAGAACTACAGCCGGACGATGTTTATGACCTTATTTTTGTTGTAATGAAATATCCGGATTTCGAGGCTGTGCTGCCTGCCCTTGCGGCGAATCATAGCTGCCATATCGTTATAATGGGCAACAATGCAAGCCCTGGGGAAATGGAGAAGTATTTGCAAACCCATAGTCCGGTAGCGAAACAGGTTTCGTTCGCTTTTCAGTCGATTGCCGGCTGGAGGGAGAATGGCCGGATCATTAGCGTGCACGGCCCAAAAACCAACCTAACGATCGGTGGTTTAGGAGAGGATCTGTCATGGCGCACACTGATCGATGAAGCCTTGGTTAACACTAAATATAAATGGAATTACATTACAAATATGGATGAGTGGCTGAAAAGTCATTTTGTGATCATCTTGCCTTTGAATTCCATAGCTTCTTCATATAACGGTAATTTGCGCAGAGCCGCAAAAGACAAGAAGCTTCTTAATCTGGTCATCCATGCGGTAGATGAGGGGCATCAAGTCTTAGAGAAAAACGGCTTTACGGTTACGCCTGCCGGTCAGAAGCAATTTGCCCGGGGCAAAAGAAAGCTGTTCTACATCCTGCTGAAGCTGATGCTCTCAAGCCCGATTGGCAGAATCCTGTTAAGTGATAAGGCGGTGTCGGCAGACGAGATGACCGCTTTACAGCAAGCTTTTGATCATTTGAAGATACGCGCAAACATAGCTACGCCTCATTGGGATGAGCTTCTACATTATTCCCCACCCATACAGGGATCATAG	MRILVYGAGVLGSYLAHELVRGGHNVTMLARGRRAEELEKNGNVIRHYFQFQTTVNQVRVIRELQPDDVYDLIFVVMKYPDFEAVLPALAANHSCHIVIMGNNASPGEMEKYLQTHSPVAKQVSFAFQSIAGWRENGRIISVHGPKTNLTIGGLGEDLSWRTLIDEALVNTKYKWNYITNMDEWLKSHFVIILPLNSIASSYNGNLRRAAKDKKLLNLVIHAVDEGHQVLEKNGFTVTPAGQKQFARGKRKLFYILLKLMLSSPIGRILLSDKAVSADEMTALQQAFDHLKIRANIATPHWDELLHYSPPIQGS	PGPT0008745_2011	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008745-panE|apbA-K00077	NA	NA
JZ016_00278	573	kstR2_1		HTH-type transcriptional repressor KstR2	ATGAATAAATTCGAAATCAGAACGCAGCAAAAGAAGGATGCAATCATTCATGCGGCATTAAAGCTTTTTAAAGAAAAAGGCTTCGTCCATGTTAGCATTAAGGACATTGCCGATGAATCCGGCGTATCGTCGGTATCGCTGTATAACTACTTCGGCAGTAAAGAAGGGGTGGTCAAGGAATGTGCGAATGTTCTGATGCAAAATACGATCCAAATGGCTAAGGAGCTTTTGCATCAAAATATCGACTTTAAGGATAAGATATCTCGGATTTTGGAGATCTGTGCAGATCAAGACTATCAATTGCTTGGTACACCGGGTGCCGTTGAGGATCAGGTGTTAGCGAGCTTATATAGTGAAAACACGAATCAAATTAGAATAGAGCTTATTCAGGAATTTATTGAGCTGGGGAACAAGGAAGGGGCGATTCATTCCTCTGTTTCGCTGGAGACCCTATTGGAATTATTAAGTGTCGTCGGGACGCTCCAAGCTTCCTGGGCCAGAGCCGGGAATTATAAAAACAAGATGGCGGAACTTATCCAGCTACTCTTATATGGTTTCGTTGGACGCCGCTAA	MNKFEIRTQQKKDAIIHAALKLFKEKGFVHVSIKDIADESGVSSVSLYNYFGSKEGVVKECANVLMQNTIQMAKELLHQNIDFKDKISRILEICADQDYQLLGTPGAVEDQVLASLYSENTNQIRIELIQEFIELGNKEGAIHSSVSLETLLELLSVVGTLQASWARAGNYKNKMAELIQLLLYGFVGRR				NA	NA	NA	NA	NA
JZ016_00279	573	algU_1	COG1595	RNA polymerase sigma-H factor	ATGACAGATGCGTCTTCCGAAACCGAGATCATTCGTCGTATCGTCGGAGGCGAAAAGCAATTATTTGCCGTTATCGTCGATCGTTACAAAATTAAAGTATACGGAATCATCCGCAGCATGGGGTTAAATCATCAGGATTCTCAGGACATTGCGCAGGAAGCATTTGTTAAAATCTACCGCAGCTTGGCGAATTATCGGGACGAAGGGCATTTTTCGGCCTGGGTATATAGAATCGTCGTTCATGCGGTGAAGGATCTTCAGCGCCGAAATCGAATCCGTTCTGCTTCAAATGAAGGGACCCATGAACCAAGCCACCAGCATACGCCTGAACAGTTTGTCCTTCAAAAAGAAATGCAGAGGGAATTATATCATCAGCTACAGGAATTGCCCTTTAAGTATCGATTGGTGCTCCTTCTCAAGTATACGAATGACCTGACATATGAAGAAATCTGCGAGATTACCGGATTAAATGCTGACCAAGTTCGAAATGCCATGCACAGAGGCAAAAAGAATCTCAAGAAACAAATCGAGAACAAGGGAGGGATATGGTTTGAAACCTATATTAAAGGCTAG	MTDASSETEIIRRIVGGEKQLFAVIVDRYKIKVYGIIRSMGLNHQDSQDIAQEAFVKIYRSLANYRDEGHFSAWVYRIVVHAVKDLQRRNRIRSASNEGTHEPSHQHTPEQFVLQKEMQRELYHQLQELPFKYRLVLLLKYTNDLTYEEICEITGLNADQVRNAMHRGKKNLKKQIENKGGIWFETYIKG				NA	NA	NA	NA	NA
JZ016_00280	1497			hypothetical protein	TTGAAACCTATATTAAAGGCTAGTGACGAGGAGTATTGGGGCTCCAAAATATATGAGGAAGGACCGGACCCCGAATTTACTTCAAACGTGATGAAAGCATTAGAGAACATCGAAATGGACCCGAGGGGGCTTGGCGGAGGCTTGCAAAAGAAAGCCGCTTTCAAGCAGGTATTGCGGCGAATGGTGATGACCGGAGCTGCTGCCGTAATACTCATGGGCGGAGCGTATATGGTATGGCAGAATTCGCCTGACAGTACCTCTATGATCGGCGAGCATCGGTATCAAGGAAGTGACTCTTTATCCACCAACGGATATTGGTTATGGGATGAGGAATATGAAAGAGCTCGACGCTTTGATCTTCTTCAAATGCAGAACGTCAAAGTGGAAGATGGCGGATACTCGATGGAAATCATGGCCGTGTTGAAGGACCGTTCCCATATTGTTATCATCACGAAGCAATTCGGACCAGATGGCCGTTCACTAAAAGACAGTGTGCGCGATCCGTTCTTGATTACGGACACGCAGGGACGCCAAGTTGCAATTCCCGGTAGGCATCTTCGCAACACGGATCCGGGAATACAGGATTATGTTTATGTATTCAATGGCACGGTTCCGGATCACATTGTTATCCAGGGTAAAGCAGTAGAAGTAGTAGCTGATCCAGAACAACAACCACAAGAACGTGTCCTGGTTAATTGGCCGCTGGAGTTGACGATGGATATGACAAATGCCAAATCTTTATCGGTATCTAAACCTTTAGAGGATACATATTCAACGCAGGAAGGGCTCAATATGGACATGAAACAGCTTCTAGTTACACCAAACGGTATCCGCTTTGATATGTCGATATCCCTGGCTCCCCAGATGCTCGAACAGGTCCCATCGAACTGGCATAACGGCCTGGAGGTTTTGTATCAAGTGAAGATTAAGGAAGGTAACCGGTATAAGACCATCGGATCCTATATTAAAAAAGTGGAATCGCAGCAAATGAATACTTCAAGCGGGACCCTGGAATGGTCCAATGAATTCGATTCGACCGTGATTCCTCCGGATTCCAGTCATGTGAGGGTGGTGGTCGACGGATTGACCATGCGTTTCCTAAACGAAGGCGCCATTCAGCTTAACCCCAGAGAGCTGGATAAGAATCCCGCTGTGATGATGGATGGAGGAGACACCCTTACGTTTACAAAATCTTCGCTGCTGAAAGATCCTTCTACAGGAGAACAAATTGTTGCCCTGTACGCCAAGGGAAGGTTTATGAATCAGCCATTACTTGATGAATGGGTAGCAGTTGATAATAATGGGCAGGAATACAAGGTCCATATCGGTGGAGCTTATACGCAGGGGGAGCCAGTAACATCGGAATATTTGGAATTTGCGATTCCAGGTTTAACGAACATCCCGCCATCAATTACATTAAAACGAACCGTTATTGGCAAGAAGCGAGATTTCCAGTGGGCATTCGACTTGCCTGCCGTTTCGAATCTGCCTTGGTAA	MKPILKASDEEYWGSKIYEEGPDPEFTSNVMKALENIEMDPRGLGGGLQKKAAFKQVLRRMVMTGAAAVILMGGAYMVWQNSPDSTSMIGEHRYQGSDSLSTNGYWLWDEEYERARRFDLLQMQNVKVEDGGYSMEIMAVLKDRSHIVIITKQFGPDGRSLKDSVRDPFLITDTQGRQVAIPGRHLRNTDPGIQDYVYVFNGTVPDHIVIQGKAVEVVADPEQQPQERVLVNWPLELTMDMTNAKSLSVSKPLEDTYSTQEGLNMDMKQLLVTPNGIRFDMSISLAPQMLEQVPSNWHNGLEVLYQVKIKEGNRYKTIGSYIKKVESQQMNTSSGTLEWSNEFDSTVIPPDSSHVRVVVDGLTMRFLNEGAIQLNPRELDKNPAVMMDGGDTLTFTKSSLLKDPSTGEQIVALYAKGRFMNQPLLDEWVAVDNNGQEYKVHIGGAYTQGEPVTSEYLEFAIPGLTNIPPSITLKRTVIGKKRDFQWAFDLPAVSNLPW				NA	NA	NA	NA	NA
JZ016_00281	714	phoP_1	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	ATGCCTAAAACCATACTTGTAGTCGATGATGATCCGGATATCATTGACATGCTTAAACTTTATCTGGACGCAGAGGGATATAAGACGCTCGAAGCTTTCGACGGGAAAACTGCCCTAGAGCATCTGCGAAGCAGGCACGTGGATCTCGCACTCTTCGATATCATGATGCCGCTCATCGACGGATTCCAGCTGCTCCGTATGATGCGGCAGGATTATAAAATCCCGGTTATTCTCATCTCGGCCAAAAATCAGGAGCTTGATAAAATAACCGGACTCAAGCTGGGGGCAGACGATTATGTGTCCAAGCCGTTCAGCCCGCTCGAAGTGATGGCGAGAATTCAGGCACAGTTAAGACGCTCCTGTGAGTTTAATGAGCCGTTGGAAGCTCCAGCGGTATCCGAAACCTGCGTCGGGGACTTGCAGCTGGATCACCGGGAATGCATGTTATACATCAAGGGAACGCCGATTTCGCTGAGTGCGATCGAGTACAAATTATTGAAGCTGTTCATGGGGGAGCCGGGGCGCGTATTTACGAAGAAGCAAATTTTTGAGCATGCCTGGGATGAACTTTATTTGGCTGACGATAATGCCGTGATGGTCCAAATCAGCAGGCTTCGCGACAAAATCGAGGCTTGTCCCAGGAAGCCTGTCTATATCAAAACCATTCGCGGTCTCGGTTACCGGTTTGCGAAGAAAGATGAGTTACAGCCATGA	MPKTILVVDDDPDIIDMLKLYLDAEGYKTLEAFDGKTALEHLRSRHVDLALFDIMMPLIDGFQLLRMMRQDYKIPVILISAKNQELDKITGLKLGADDYVSKPFSPLEVMARIQAQLRRSCEFNEPLEAPAVSETCVGDLQLDHRECMLYIKGTPISLSAIEYKLLKLFMGEPGRVFTKKQIFEHAWDELYLADDNAVMVQISRLRDKIEACPRKPVYIKTIRGLGYRFAKKDELQP	PGPT0028485_16	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028485-vanRC|vanRE|vanRG-K18349	NA	NA
JZ016_00282	1152	sasA_4		Adaptive-response sensory-kinase SasA	ATGAATTCACCTAATCGTCTGCAGCGTTCACTGATTCGCCAATATATTTTTTTCTTTGTTACCATTGCGCTTATTGCCGCGTTTTCGCTATTTGTATTAAATGCGCTGATCATGGATTATTTTATGGAGGCTTCCGGACCGGTCAAGGCGGAGGCTGGAGTCATAGGCAGTCCAACAGCCGTGCCAGGCATGGACAGCGATCAGCATGAGAAGGTGTTTTATGGAATGGCACTGAAAACGCTGCTGCTGTTTCTCGCTTTGTTTGCAATTACCGTATATGTCTTCGGAAGATGGACGGCATCCCGGCTGACGACCCCGCTCCGATCGATTGCGGATGGTATCCGCAGCATTGCACGTGGACATTACCATGAAAGATTACATTTTCGAGCGAGCTATGAACTTGCGCAGATTCAGGATGATTTCAATGATATGGCTGCACGGCTCGAACGGATGGAGAGGGAAAAGCGAGAGCTTGCAGAGAGCAAGCAGCGAATGCTGATTGACATTTCCCATGACCTGAAGACACCGATGACCACCATTCAGGGCTATATCGAAGCGATGGAATTGGGGCTCGTTAATTCGGAAGAGAGAAGGCAAAAAATCCTGCGTTTGATTTCCGACAAAGCCAGCCTGATGTCGGAGCTGATCGACGGTATCTTCGAGCTGTCCAAGCTGGATAGTCCCGACTATCCTTTTGCCGTTGAGGCATCCGACATTACAGAATTCACAAGGGAAATTGCAGCCGAGTATTACGAGGTGTTCGAAGAACAGAAGTTTCATTTCCATTACGATATTCCTGACAGTGTAATCATCGTACCATTCAACACGACCTGGTTAAATCGGGCGGTTTCCAATATCCTATCAAACGCTATTCAATACAATCCGCCCGGTACAGCTGTTGAACTGAAATTGGCAGCAACGGGGAAAGGAGTCGAAATTCACATTACAGACGATGGCATCGGAATTCCGGATGTGTTGAAGGAAAAGGTCTTCGATGCCTTTGTCCGCGGAGACCAAGCCCGAAAAAGCGATGGGGGGACGGGTCTGGGTCTTGCCATTGCCAAACAAGTGGTTGAAAAACATGGGGGTAACATCAGGCTGATCACGAACGGGCACACGAAATTCATTCTTTTTCTTCCTAACGAATTGTAA	MNSPNRLQRSLIRQYIFFFVTIALIAAFSLFVLNALIMDYFMEASGPVKAEAGVIGSPTAVPGMDSDQHEKVFYGMALKTLLLFLALFAITVYVFGRWTASRLTTPLRSIADGIRSIARGHYHERLHFRASYELAQIQDDFNDMAARLERMEREKRELAESKQRMLIDISHDLKTPMTTIQGYIEAMELGLVNSEERRQKILRLISDKASLMSELIDGIFELSKLDSPDYPFAVEASDITEFTREIAAEYYEVFEEQKFHFHYDIPDSVIIVPFNTTWLNRAVSNILSNAIQYNPPGTAVELKLAATGKGVEIHITDDGIGIPDVLKEKVFDAFVRGDQARKSDGGTGLGLAIAKQVVEKHGGNIRLITNGHTKFILFLPNEL				NA	NA	NA	NA	NA
JZ016_00283	2256			hypothetical protein	TTGGAAATACACAAAGAGAAAGAGAAAGAAAAAGGCGTTACTTTTTTTCGAAGAATCATGGCAAACCGGAAGCGTAGGGGGCCGTTATCCCCTGGATGGAAGGGGGCGTCGCTTGGGCTTGGCGCCACCGGCTTTATTCTAATTTTGATACAGGCCAACTATCTATTGACGGGGCATGGTGTCGGTAAATTCATCGTGGGCACATTCCTGTTTCTCTTTGCGGCTGCCCTTATAAGCGGCCTAGCATCAATGTTGCTGCACGGGGTCAAGAAACTACCAAGCCGTTATATTTGGATGTTGCTGTATTCCCTGATCATGTTTTTGTTCTGTTTTATTGTGCAGCCGGGCGTATCGGCAGTCTTCATCGTCTCTTTGGCCATTGTTTTATCTTTATTTGGTGCATTGGCTTATAAATTTGCAGCGGGAAGCTACAAGCAAGTGTCTAAAACCAGGAAAATCGGCTCGATGGCCTGTTTGTCCTTGATCACCATCGCGATCGGCGCGGGCAGTTTCTGGCTGATTCGTGCCGGAGATGATGCCGCTCCGGACATCACATTGAAACAGCTGAAAATCTCAACCCGATATGAAGACTCGATGATTAACCCGGCCGAACAAGGCACATATCCCGTCCAAAGTCTGTTATACGGAAATCCTGACAACTATCGGACAGAATTTAACCAAAGCGGTTCCCTAACCACCCAAACGGTGGATGCGTCCAGGTTTGTTGAGAAATGGTCGTCTTTGCGCACGAAGTCGCTTGGATTCGGACCCGAGGCCATGCCGTTAAACGGAAGAGTGTGGTATCCCGAAGGGGAGGGCACCTTTCCGCTTGTTTTGATTGTACATGGTAATCACTTAATGAATGATTATTCCGATCCGGGTTATGAATATCTCGGCAGGCTGCTCGCGAGCAAAGGGTATATATTTGTCTCCGTGGATGAAAATTTCCTCAATTTCTCCCCATATGAGGATCTATTCCTGATCAATCCGCTGCTAAAGGAAAACCCGGCAAGGGGTCTGCTGCTGCTGGAGCATTTGCAAACCTGGAAGGGCTGGAACAGCGATCCGGACAACCCGTTTTACCAAAAGGTCAATATGGAACGAATCGCCCTCATCGGTCATTCCCGAGGCGGCGAAGCGGTCGCGATCGCGGCAGCGTATAACAAGCTTAGCCGTCATCCGGACCATGGGGATATCAAGTTTGATTATAACTTCTCGATCCGCTCGCTCATTTCCATTGCGGGAACGGACGGGCAATATAAGCCGCAAGGCAAACCTTTGCCGCTGCAAGACGTAAATTATCTGGCTTTGCATGGAGCTCATGATATGGATGTCAACAGCCTGGACGGTGCGAAGCAATATCACCGGATTCGTTATACCAAGGGCACAAATTACATGAAATCGCTGATCTATATCTATGGAGCCAACCACGGCCAGTTTAACGGAGGCTGGGGCAGAGGGGATGGGGCAGGGTTGGGGAACCAACTGTTTAACCTACGTCAAATTATGCCACGGGATGAGCAGGAAACCATCGCAAAAGTGTTCATATCTTCGTTCCTGGATGCCACGCTGAAGGACCAAAGGCAATACAGGGAGGTGTTCAAGGATTTGGGTTATGCCAAGGAATGGATTCCCGACAATCTGTATGTGGGCAATTATTACGATTCGCAGATGACTTTGATCGCCAATTTTCATGAAGACATCGATCTGCAGAGCACCACACTTACCGGCGGCAGCTTGCAGGGCGAGAACCTGCAGCAATGGAAGGAAGAAAAGGTTAAGACAAAATTAGGCGAAGCGGATTACAGCGCGGTTCGCTTAGGCTGGAATTCGAACGGTTCGTCCGAGCCTGCGTCCTATACGGTTACTTTGCCGGATAACGGGGTGGAAACAGGGAGGGATAGCTCGATCGTATTTTCGCTGGCAGATGCACGCAAAACAGAAGAAAGCGGCGACCCGAAAGAGCTTATCAATTTTACGATTACGGTTGAAGATAGGAAGGGCCATCAGGCAAGTCTTCCCCTCAGCCACATATCCAAGTTGCCGCCTGTTATTGAAGGTAAACTTCTCAAATGGCCATTTTCGAATGCAGGCAATACTTCAGAACCTGTATTTCAAAGCTATGATTTCCAGTTAGACGATTATCACAAAATGAATCCGGACTTCAACCCGCTGCAGTTGAGCAAGATTCGCATCGAGTTCAATCTAACCAAGCGGGGAAGCATTCTGCTTAGTGATGTAGGCATTCGATCATAA	MEIHKEKEKEKGVTFFRRIMANRKRRGPLSPGWKGASLGLGATGFILILIQANYLLTGHGVGKFIVGTFLFLFAAALISGLASMLLHGVKKLPSRYIWMLLYSLIMFLFCFIVQPGVSAVFIVSLAIVLSLFGALAYKFAAGSYKQVSKTRKIGSMACLSLITIAIGAGSFWLIRAGDDAAPDITLKQLKISTRYEDSMINPAEQGTYPVQSLLYGNPDNYRTEFNQSGSLTTQTVDASRFVEKWSSLRTKSLGFGPEAMPLNGRVWYPEGEGTFPLVLIVHGNHLMNDYSDPGYEYLGRLLASKGYIFVSVDENFLNFSPYEDLFLINPLLKENPARGLLLLEHLQTWKGWNSDPDNPFYQKVNMERIALIGHSRGGEAVAIAAAYNKLSRHPDHGDIKFDYNFSIRSLISIAGTDGQYKPQGKPLPLQDVNYLALHGAHDMDVNSLDGAKQYHRIRYTKGTNYMKSLIYIYGANHGQFNGGWGRGDGAGLGNQLFNLRQIMPRDEQETIAKVFISSFLDATLKDQRQYREVFKDLGYAKEWIPDNLYVGNYYDSQMTLIANFHEDIDLQSTTLTGGSLQGENLQQWKEEKVKTKLGEADYSAVRLGWNSNGSSEPASYTVTLPDNGVETGRDSSIVFSLADARKTEESGDPKELINFTITVEDRKGHQASLPLSHISKLPPVIEGKLLKWPFSNAGNTSEPVFQSYDFQLDDYHKMNPDFNPLQLSKIRIEFNLTKRGSILLSDVGIRS				NA	NA	NA	NA	NA
JZ016_00284	1029	graS_1	COG0642	Sensor histidine kinase GraS	ATGAGTTTCATTCAATACATAAAGGACAAACGTTATTTTTTGATGTTGTACGCGGGTATGATGGGCTTTATTTCAATAATCATGACTTTATCCTTCAACCCGGCCCTCGTGTCAGGCAACTTGCTGTATATTCATATCGTTTGCTTTGCCTTGGTCGCAGCTTACTTGCTAATTGGCTATTATTATCGAAGATCCTATTACCGGAAGCTTCAGCAACTGATCCATCTGGACCGGGATGATTGGACTGTCGTTGCCCCTGAACCACAAAACTTGCAACAACGGCTGTATCTCGAGCTTTTCACCAAATTGCATCGCCAACATGAACGCGACCTTCGGAAACTGAATGAAGAGAAGATCGATCATCAGGAATTTATCTTGTCCTGGATTCATGAGGTGAAACTTCCGATAGCGGCAAGTCGTCTGCTAATGGAGAATAGCACCGGGGAAACAGCAGATTCCCTAGCCGATAAACTTGAGGATGAGCTCGACAAAATTGAAAATTATGTGGAGCAGGCATTATACTATTCTCGAATTGATTCCTTCTCCAAAGATTACTTCATCACGGAAGAACCATTAGACGCGATCATTAAAACCTGTGCGAAAAAATTCGCAAAAACGTTTATCAACAAGCGGATTCGCTTTCATATGGAGGACATTCGGCAATCGGTTCATACCGACCGGAAATGGCTCGGATTTATCCTTGATCAAATCGTTGCGAATGCTTTGAAATATACGAATGAAGGCGGAACCATCACATTCACGGTCGAGGAGGACCGACAGGAAAAAAGGATGCATATTATAGATTCGGGCATCGGAATTCAGCCGGAAGATCTTCATCGAGTCTTTGATAAAGGATTTACCGGTTCCATCGGAAGAAGCCATGCCAAATCGACCGGCATGGGTCTTTACCTCGCAAAGCAATTAGTGCATAAGCTGGGCCATCATTTATCCATCCAATCGGAGGCGGGAGCTTATACCAAGGTCACGATCCATTTTCCTAAAACGGATACGTATCACAGCTTGCTGTAA	MSFIQYIKDKRYFLMLYAGMMGFISIIMTLSFNPALVSGNLLYIHIVCFALVAAYLLIGYYYRRSYYRKLQQLIHLDRDDWTVVAPEPQNLQQRLYLELFTKLHRQHERDLRKLNEEKIDHQEFILSWIHEVKLPIAASRLLMENSTGETADSLADKLEDELDKIENYVEQALYYSRIDSFSKDYFITEEPLDAIIKTCAKKFAKTFINKRIRFHMEDIRQSVHTDRKWLGFILDQIVANALKYTNEGGTITFTVEEDRQEKRMHIIDSGIGIQPEDLHRVFDKGFTGSIGRSHAKSTGMGLYLAKQLVHKLGHHLSIQSEAGAYTKVTIHFPKTDTYHSLL	PGPT0027745_14	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-CptA-CptB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027745-toxin_cptA|ygfX-K19168	NA	NA
JZ016_00285	672	graR_1	COG0745	Response regulator protein GraR	ATGAAAATCATGATCGTAGAGGATGACCCGACCATTCGGGGGATGATCCAATTAGCATTAACCAAATGGAGCTTGGAAACGGTAATCGTCGAAAACTTTGACCATGTCGTACAGTGCTTTATTCATAACCAACCCCATCTTGTCATCATGGATATTAACCTGCCTTCGTATGATGGATTTTACTGGTGTCAGAAGATAAGAGAAATTTCCAATGTACCGGTGGTCTTTCTTTCTTCCCGCGATTCGCCCATGGATGTTGTTATGTCAGTGAATATGGGCGGGGACGATTATATTCAGAAGCCGTTCCATATGGATGTGTTGACCGCTAAAGTTAATGCGCTGCTGCGCCGAACCTATTCCTATTCGGACATGCAATCGGATGTGCTCGAACATGAGGGGGTCATGTTCCATCCGGAGAAAGGTATTCTCTCGTATGAAGGAGGGAAAGCGGAGCTTACCAAAACGGAGGTCAGTATACTGAAAATCCTCATGCAGCAAAAGGGAAAGGTTGTTGACCGTAAGAAAATCATGCGTCATCTTTGGCAGGATGAAAGCTTCGTGGACGAAAACACGTTAACCGTTAACATCGTCCGCTTGCGTAAAAAACTGGCCGGCATCGGAAAGGAAAACTGGATTGTTACCAAGAAAGGGCAAGGTTATATGGTCCCATGA	MKIMIVEDDPTIRGMIQLALTKWSLETVIVENFDHVVQCFIHNQPHLVIMDINLPSYDGFYWCQKIREISNVPVVFLSSRDSPMDVVMSVNMGGDDYIQKPFHMDVLTAKVNALLRRTYSYSDMQSDVLEHEGVMFHPEKGILSYEGGKAELTKTEVSILKILMQQKGKVVDRKKIMRHLWQDESFVDENTLTVNIVRLRKKLAGIGKENWIVTKKGQGYMVP	PGPT0010230_129	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010230-bceR-K11630	NA	NA
JZ016_00286	768	bceA_2	COG1136	Bacitracin export ATP-binding protein BceA	ATGAAAATGGTAGTGAACGCTTCTCAGATTAGAAAGGTTTATGGCGTAAAAGGAAATGTATATACCGCCTTGGATGATATCGATTTGACCGTGCAGGAGGGAGAGTTCGTGGGGATCATGGGGCCGTCCGGCGCAGGCAAGTCGACATTGCTCCATGTGCTTGCGACAATTGATCAGCCTACTTCGGGAGAGGTGATGATTGACGGGGTAGACGTACTGAAGATGGATGAGGAACAATTATCCGCTTTTCGCCGGGATAAACTGGGATTCATTTTTCAAGATTACAATTTGCTGGACACTTTAACGGTGAAGGAGAACATCTTGCTGCCCTTGGCGCTGGCCAAGATGAATGTCAAAGAACTGGAGCATAGAGTGGAGGAAATCGCGGACAAATTCGGCATCACCCCGATTCTGAACAAATACCCGTATCAGATTTCCGGAGGGCAAAAACAGCGGACTGCGGCTTCACGCGCCATGATTTCCGGCCCCAGTCTGCTGCTGGCCGATGAGCCGACCGGCGCTCTGGATTCGAAATCGGCGACCGCGCTGCTGGAGAGCCTGAAAGACCTGAATGAATATGATCAGGCAACGATTTTGATGGTCACTCATGACACGTTTGCGGCAAGCTACTGCACGCGGGTGCTGTTTATAAAGGATGGTCGCATTTTCACCGAACTGACTAGAGGAGATGCATCCCGCAAACACTTTTTTAAAAAAATATTGGATGTATTGACCGTTTTGGGAGGGGATGCAAGTGACCTTGTTTGA	MKMVVNASQIRKVYGVKGNVYTALDDIDLTVQEGEFVGIMGPSGAGKSTLLHVLATIDQPTSGEVMIDGVDVLKMDEEQLSAFRRDKLGFIFQDYNLLDTLTVKENILLPLALAKMNVKELEHRVEEIADKFGITPILNKYPYQISGGQKQRTAASRAMISGPSLLLADEPTGALDSKSATALLESLKDLNEYDQATILMVTHDTFAASYCTRVLFIKDGRIFTELTRGDASRKHFFKKILDVLTVLGGDASDLV	PGPT0010200_69	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010200-bceA|vraD-K11631	NA	NA
JZ016_00287	330	bceB_2	COG0577	Bacitracin export permease protein BceB	GTGACCTTGTTTGACATCGTGAAAAAGAACATGAAAGGGAACTTCAAAAACTACACGATCTATTTCATTTCCATCCTGTTCAGCGTCATTATCTATTATACTTTTCTTTCTTTGCAATACAGCCAAGAAATTACGAGTTCAATCGAATCATCGCAGAGCATGCGATCCGTTTTTATGATAGCATCCATCATTTTGATCGTATTTGTTACCGTCTTTATTATGTATTCCAACCGTTTTTTCTCCAGGCAGCGTAAAAAGGAAGTAGGCTTGTACGCGTTACTTGGTCTACCCAAAAAAAGATCGGAAAAATGCTGTTTTATGAAAACCTGA	MTLFDIVKKNMKGNFKNYTIYFISILFSVIIYYTFLSLQYSQEITSSIESSQSMRSVFMIASIILIVFVTVFIMYSNRFFSRQRKKEVGLYALLGLPKKRSEKCCFMKT	PGPT0010195_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010195-bceB|vraE-K11632	NA	NA
JZ016_00288	2880			hypothetical protein	ATGCTGTTTTATGAAAACCTGATCATTGGGGTAACTGTTTTAATCATAGGAATCTTGATTGGCACATTGTTGTCCAAGCTGTTCGCTATGATCTTAATCAAGCTGCTGGGGACGCCGGTACAGGTAGGCATGGCTTTCTCTCTTCGAGCTCTGATTCATACGCTCATCGTGTTCATGGTGATTATTTTGGCGACGTCGATCCAAGGCTATCGATTGATTTACAGCTTTAAACTCATCGAATTGTTTCGCGCGGAGCAGGAAGGGGAGCAAGAGCCGAAAGCGTCGTTTCTATCGGCAGTGGGTGCAGTTCTCTTTTTGACTGCGGGATATGGGTTCGCCTTCCGCGATTTTGCCGTCACCGAAGAAATTCTTGTCAATCTGAGCGTGATGACTGTCGGAATTATCGCTGGAACGCTTCTGCTCTTCTCCTCGCTGGTCATTGTCTTGCTGAGAACCGCCAAGAAGAGAAAACGAAGTTATTATAAAGGCATGAATTTGGTCATCACCTCTAATTTGGTGTACCGGATTAAAGGAAACGCTCGTTTGTTAAGCGTCATTTCCCTGTTATCCGCTGCGGCGTTGTGCGCCTTCAGCGTCGGCTTAGGCGCATACTATACGTTTGACAAAACATCGAAGCTTACCGCTCCATTTAGCTACATGTATATTGCCCAGGACAACGCCTTTAATAAAAAAGTAGACGAAATCATACGTGGAGATGAAGCGCATCCGATTATTGCGCAAATGACGATTCCGGTGCTGGAGACAAAAGGGGAGGCTTCCAATCCAGAGATCCTTCCGGAGAGAATGATCGAAGCAGACAAAACCCCGCTCAAAGTGGTCTCGATCGATCAATACAACCAGGTGGCAGCGGCGCTGCGCTTCCCTGTACTTGATCCGATCGAACAGGATGAAGCTATAGCGATCCGGCCCATGTATACGGACTATGAGTGGCCCGATTATGAAGGCGAAACGGTCGATATCGAATTGCCGGATCAACGGTTAACTCTTGCTTTTACGGGGATGACCGTAGAACGAATCATGAATTGGAGTTATCCGGATGTGATGATTGTTGTAAGTAACGGCACCTACGACAAAATGGAGGCGCAAGTTTCTCCGACCCGCTATGTCGGGTATGCGGTGCAGGAACAGAAGACGACGAAGCACACGGCTGATGCGCTGGCGTCGCTGAAGACACCGGAATCGAATTTATCTTCATATTATTCCGAATACCGTCTTGGAATCGAAGAAGCGGCCTTTAATGTGTTTATCTTAGGATTTCTTGGGCTCGTTTTTGTCATGGCAACAGGCAGCATGATCTATTTCAAGCAGCTGACTGAAGCAACAGCAGACAAACCACGGTACGATATTCTTAAAAAAATCGGTGTAAGCGGAAAAGAAGTAAGTGTGGCAATCATTAGGCAGAACGCATTTATTTTTGCTTTGCCGCTCATGATCGGCCTTGCACATTACATGGTCATCCTGCAATTGTTAAAAAGATTATTCAGCAATATGGCAGGCGCCAGTCTCATGCTGCCCATCCTGATCTGCGTGGCTGTGTTTTTCCTGATCTACACGGTTTATTATGTGCTCACGGTCAACTCCATCAACAGGATCGTCAATGGAAGGTCTGCCCCCGTGGTTAGAATTGCGGCTATCGCAATCATGGTCTGTCTTCTGGTTCTGATTGGAATCTTCTTCAGCACGGAAACCCCTGCAACGCAGGATGAGAGGGGCCAGGCAGAGAAAATCCAATTACAGCTACCAGAACCTACTGGAGAATATTCTGTGGGGACGATGGAAATGCACTTCAAGGATGACAACCGGGTGGATCCATGGAAACAGGACAGAGACAGGGAACTCATGATCAGCATATGGTACCCCGCCACGGGAAAAAGCGAGCAGAAGGCAGTGTACATGCAGCCCGAAGCAGCAAAATATTATGATGAAAACACAATCTCGACGATCGGATTGGATCCCGGTCGGGTCGATCTCTCCGGTATCGGCACTCACGCTTGGTTAAATGCACCGCCGGCGAACAACGACGTTGGGTGGCCGCTGCTCATCTACTCACCTGGCGGGTCTGTTCCAAGAAACTTCGGGACGGCTGTAGTCGAAGACTTGGCCAGCAGAGGTTATGTGGTCGTTACAGTCGATCATACGTATGAAGCCTCTGCGGTCCAATTTCCCGATGGACGTGTGGCAACGGAGTCATTACCGCCTTTCAGTGCAGAGACGGTACTGAAGATGCTGGAGGTAAGAGTGGATGATATCCAATATGTGTTGGACCAATTCGAACTCATCAAGGAAGGCAGTCATCCAGGCGATCAACCATTGCCCGCTGGACTTCAACAAACATGGGACCTGTCTAAGATCGGAATATTCGGACATTCCGCCGGCGGGGCTACTGCTGCTCAGGTGATGTACGAGGATGATCGCTTTGACGCTGGCATCGACATGGATGGAACGATGGGCCACATGCCCGATAATCCATTGCCGGTGGCGCAGCATGGTTTGGATCGCCCTTTCATGCTCATGAATTCAGGCTACAATAAGGATGGCGAGGTTGATTCCCATCTAACCGCGATGGACCGTCAATCGTTCTGGCAGCATTCGACCGGCTGGAAACTCGATCTAACTATTCCCGAGGGAGCACATTATACGTTTACAGATTATCAGACGCTGCTTCCACAGCTTCAAGATAAGCTGAGCCTATCGCCGCGAGTAGTCCAGCAATTTATCGGAACTGCCGACCCGAAACAGACAATCGCTGCCCATCGAGATTATGTCGCTGCCTTCTTCGATTTTCATTTAAAGGGTGCTCCACAGCCGCTGCTGACCTCTCCGTCCGCAGACTATCCAATGGTTGATTTGTTGAAGTAA	MLFYENLIIGVTVLIIGILIGTLLSKLFAMILIKLLGTPVQVGMAFSLRALIHTLIVFMVIILATSIQGYRLIYSFKLIELFRAEQEGEQEPKASFLSAVGAVLFLTAGYGFAFRDFAVTEEILVNLSVMTVGIIAGTLLLFSSLVIVLLRTAKKRKRSYYKGMNLVITSNLVYRIKGNARLLSVISLLSAAALCAFSVGLGAYYTFDKTSKLTAPFSYMYIAQDNAFNKKVDEIIRGDEAHPIIAQMTIPVLETKGEASNPEILPERMIEADKTPLKVVSIDQYNQVAAALRFPVLDPIEQDEAIAIRPMYTDYEWPDYEGETVDIELPDQRLTLAFTGMTVERIMNWSYPDVMIVVSNGTYDKMEAQVSPTRYVGYAVQEQKTTKHTADALASLKTPESNLSSYYSEYRLGIEEAAFNVFILGFLGLVFVMATGSMIYFKQLTEATADKPRYDILKKIGVSGKEVSVAIIRQNAFIFALPLMIGLAHYMVILQLLKRLFSNMAGASLMLPILICVAVFFLIYTVYYVLTVNSINRIVNGRSAPVVRIAAIAIMVCLLVLIGIFFSTETPATQDERGQAEKIQLQLPEPTGEYSVGTMEMHFKDDNRVDPWKQDRDRELMISIWYPATGKSEQKAVYMQPEAAKYYDENTISTIGLDPGRVDLSGIGTHAWLNAPPANNDVGWPLLIYSPGGSVPRNFGTAVVEDLASRGYVVVTVDHTYEASAVQFPDGRVATESLPPFSAETVLKMLEVRVDDIQYVLDQFELIKEGSHPGDQPLPAGLQQTWDLSKIGIFGHSAGGATAAQVMYEDDRFDAGIDMDGTMGHMPDNPLPVAQHGLDRPFMLMNSGYNKDGEVDSHLTAMDRQSFWQHSTGWKLDLTIPEGAHYTFTDYQTLLPQLQDKLSLSPRVVQQFIGTADPKQTIAAHRDYVAAFFDFHLKGAPQPLLTSPSADYPMVDLLK	PGPT0010195_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010195-bceB|vraE-K11632	NA	NA
JZ016_00289	1290	mtnB_1		Methylthioribulose-1-phosphate dehydratase	ATGAATCAGGAGTTTTTGCATCCGGCAGATCTGCTCCTTCAATTTATCAATCGTATTTATAACCATGGCATGACGACCACGTCCGGGGGTAATCTGTCTATCAGGGACGAGAACGGAGATATTTGGATAACACCCGCCGGGGTGGACAAAGGCTCCCTTACACGGGGAGATATGGTATGCGTGAAGGAGGATGGTACGGCCCTGGGAAATCATAAACCATCCAGTGAATTTCCCTTCCACAGGCTTATCTATCAAGCCCGTCCGGATTTGAAAGCAATCATTCATGCCCATCCGCCTGCGCTGGTTTCGTTCAGTATTGTCCGACGCATTCCGGATACCAGGCTGCTTCCGAACGAACGGCAGATCTGCGGCGAGATCGGGATCGCACCTTACGCCCTGCCTGGAAGCGAGCAGCTCGGGGAGAACATTGCGGCTGTTTTCAAGCGCGGGATTGACACGGTCATGCTGGAGAACCATGGCGTTGTGGTCGGAGCCGGGGATCTTCCGCAAGCGTTTAACCGGTTTGAAACCCTAGACTTCTGTGCGAGGCTGGAGATCGAGGCGCGGCGACTCGGAAATCCCGTCCTGTTGACGGATGAGGATTACGACATCGTCCGCAACAAAAGCACGCTGCAGCTGGATACGTATATCCGCGACACCTGCACGTCGGAGGAAAAAGAAATTCGCCGGGACATGTGCGCAATTATGCGGCGTGCGTATAAACAAGGTCTGTTTACAAGCACGCAGGGTACTTTTTCCCATCGTTTATTTGGTCATGATTTTATCATTACACCCTACGGCAAAGACCGCAACCATCTGGAGCCGGGTGACCTCGTTCGTATAGAGAACGGCAAAGCCGAGGCCGGCAAACAGCCGAGCAAATCCGTCTTTCTCCATGAAGCGATTTATAAAATGCAGCCGCATGTCGATTCGGTGATTATCGCGCACCCGCCTAACATCATGGCATTTGCCGTAACGGATACCGTATTCGATTCAAGAACGATTCCGGAGAGTTATATCTTGCTTCGCGGAATGCCCAAGCTTCCCTTTAATGCGGTTTACAATGAGCCCGAGCGTACCGCTTCGCTGTTTAGACCCGATACGCCGATCGCCATCGTGAACAATAATTGCGTCATCGTTGCGGGCCAGAGCCTGCTCAATGCTTTTGATCGATTGGAAGTTGCAGAGTACAGCGCCAAGTCCATTCTGTCGGCCAGAACGCTTGGGAATGTCATACACATCGATGACGATCGGATTCGCGAGCTCGAATCAGCATTTAATCTGGAGTAG	MNQEFLHPADLLLQFINRIYNHGMTTTSGGNLSIRDENGDIWITPAGVDKGSLTRGDMVCVKEDGTALGNHKPSSEFPFHRLIYQARPDLKAIIHAHPPALVSFSIVRRIPDTRLLPNERQICGEIGIAPYALPGSEQLGENIAAVFKRGIDTVMLENHGVVVGAGDLPQAFNRFETLDFCARLEIEARRLGNPVLLTDEDYDIVRNKSTLQLDTYIRDTCTSEEKEIRRDMCAIMRRAYKQGLFTSTQGTFSHRLFGHDFIITPYGKDRNHLEPGDLVRIENGKAEAGKQPSKSVFLHEAIYKMQPHVDSVIIAHPPNIMAFAVTDTVFDSRTIPESYILLRGMPKLPFNAVYNEPERTASLFRPDTPIAIVNNNCVIVAGQSLLNAFDRLEVAEYSAKSILSARTLGNVIHIDDDRIRELESAFNLE	PGPT0017430_27	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017430-fucA-K01628	NA	NA
JZ016_00290	486			hypothetical protein	ATGAATATACCTGCTTCTACAAATCATAAACCCGTGATTATTTCGGATAACTATGGGAAAGTGGATGGGCGATTCGCATATAAGACAGATGTAAGTGCACTATCTTTGGGATTGACCAAGCAGAACGGGGACGGTAGGGCGCATATTGCCGCCAAAGTATGGAGAGCTGCTGAGGAACAAGGGGCCGGTCCATCGGATGAGTTACCTCTTCATCGAATTCTGGATTTATCCATCCTCATTTGCAGTGCCCTGACACATTTTAGCGAAGCCTATAGATTTGAAGATTTATATGACCCGCAACATCCTGTGATCGACCGGATCGGATTGCAGGGGAACGCCATGACGGTAGCAGTATGCACGGATAATGAACAGATTCAGGAGGATATCAAGCTGTTCAACGAGGCATTGAGCGATAATGGTGAGATGATTGGTGAACGTCTGCGCACTTTGACGAGAATGTTAGAAGAATTGGGTTATGTACGGTGA	MNIPASTNHKPVIISDNYGKVDGRFAYKTDVSALSLGLTKQNGDGRAHIAAKVWRAAEEQGAGPSDELPLHRILDLSILICSALTHFSEAYRFEDLYDPQHPVIDRIGLQGNAMTVAVCTDNEQIQEDIKLFNEALSDNGEMIGERLRTLTRMLEELGYVR				NA	NA	NA	NA	NA
JZ016_00291	2220			hypothetical protein	ATGAAAGACCAGCATGATAATGAATCTTACGTGCTGTCTCCTGGGAGAGTATTGACCGAGGAAGAAAAAAGTCTTGTCTGGAAAAAACCATTAACACATACAGCAAGCGAGGAAGAACGGCGAATCACGAATGAAATCAAGCGTAATTGGCACCGCGGCGAGATGAAAATCGCCACGATTTTATTGGAAGGGGATGCCGGCTCCGGAAAAACGCAGCTTGCCAAGGCGTTGTCCGCAAACTTCAGGTTACCCTATACCAAAGTAACTTGTTTTGCCGATATGGATAAATCGGATATCCTCGGAGCCATTTTGCCGGTTATTTCATCTGATCGAATGAAGCAGTTGGAATCAGCGGACCGAGCGGCCTTGAAAGCATTATACGAAAGCGACGGCTTTCGAAGCTCGACGGAGATTTTGATGGAGGCGCTGGAGATTACACAAGAGATGGCTTCCGCAAAAATGAAGCAATTATTGAAGCTGGCCGCGAATATGGCTCAGGATGGAGCTGTAGAATATCGATTTTACGCTTCCGAGATCGTCCGAGCTTTTCAGAAGGGCTATCTGCTGGAAATCCAGGAACCGAACGTGATTCGGGATGCCGGCGTATTAATGGCATTGAATTCCGCATTGGAGCCGGGCGGCAGTCTTAATCTCCCAACGGAGATCGTGCAGCGGCATCCGGATTTCATAGCGGTGATCACGGCAAACCGCAGTTACGCCGGATCCAGGCCGCTTAACGAGGCATTGCGTGACCGAGTGCAGCATACGGAGAAGATGGACCTGCCGACCAAAGAGATTATGATAGAGCGAGCGATGGCCAAAACCGGCTATCAAAACGATGAAATGCTGGATGTGCTGGCAAGGGTCATTATCCTATTGGATAAAACAGCCCGAGCTAATGCCATTAAAGGCGTGGCTGGCATGCGCTCTTATTTCTATTGGGTGGATACCGTTGCGCAAGGTGCTTCTGCGAGGGAATCCCTTTATCATAAAGTGATTTACAAGATAACAACCGATTCGGAAGAGATCACACTGCTGGAAGAAGCGCTGAAAGGCGAAGGTTTGCTGGATATGTTGGAGGAAGTCCCGGTTGAAAAGAATAAAAAACGAAGCCCAGAGGCAGTGGAGATCGCGACATGGGAGAGCGATATAGAACTGGATTCCATGCCTGACGGGCAAGCTGAGGAAGAAGGGCTCCAGTTAAAGAAGTCCGCTGAAAGCGAAGACAGCACATCCATCCTCGCGGATGAGTCAGCGGATATGGAAAGCACGGATTCAGGAGAGGACGGATCACCGCAATATCATCAGGCCAATCCCGAACCCATGACAGAGGAGGAGAAACAGAAGGAGCGGGACTTCCGCAAAAAGCTGAATCAAGTCTCCAGGGCCATCGTGTCCGATTCGATTCATCAGGCTGTAAAGCTGATCGTTCACCGTCCTGATGTTGACCCGATCCAGCAGGAGGAATATCGGAGTCTGCGTAAGGACATTATGCCCATCGTGCGGGAAATCGCCAGACAGACGATGCCGCTGTTGGAGCACGAGATAACCACGGAATATGCCAAGAACCATTACTATGGTTCTAAGTTTCAGGCAGACAGCGTGGCTTACCGTGATTTCAGGTATTTTGCCAAGAAACGTCCTCCGACGGAATCCCCTGGTCTTGTCGTCGGTTTAAGGGTCGATGAATCAGCATCGATGGCTGCTTTTGGGAGACTCGAGGCGGCTAAGCGGGCGGTCATCGCGGTCTATGAATTCTGCCAAATTTGCCATATACCTGTTTTAATTTATGGGGATACTGCGGATGTTTCCCGTTTGGAGCAGATGTCCATCTTCGCTTATGCCGATTACGATCAACCGGATGTCCGCGACCGGTTCAGGCTGATGGGCATCCGGGCCAGAAGTAATAATCGGGATGGTATGGCTTTAAGAATTATGGCGGAACGGTTAGCAAATTCACCGAAACAAACGAAGCTGTTGATTAGCATCAGCGACGGGCAGCCTAAAGCCATGGATGACTATACCGGTAGTCTGGCGATTCAAGACATGCGGCAGACTCTATCCGAATACGAAAGAAAAGGAGTCAAATTTCTGGCGGCAGCCATCGGCCAAGACAAAGATGTCATTAGTCAGATCTATGGTGCCGAGAGATTTTTGGATATGACCAACCTGAATGAGCTGCCAGCCAAGCTGGTGCGGATCATTTCTCGATACTTGTAA	MKDQHDNESYVLSPGRVLTEEEKSLVWKKPLTHTASEEERRITNEIKRNWHRGEMKIATILLEGDAGSGKTQLAKALSANFRLPYTKVTCFADMDKSDILGAILPVISSDRMKQLESADRAALKALYESDGFRSSTEILMEALEITQEMASAKMKQLLKLAANMAQDGAVEYRFYASEIVRAFQKGYLLEIQEPNVIRDAGVLMALNSALEPGGSLNLPTEIVQRHPDFIAVITANRSYAGSRPLNEALRDRVQHTEKMDLPTKEIMIERAMAKTGYQNDEMLDVLARVIILLDKTARANAIKGVAGMRSYFYWVDTVAQGASARESLYHKVIYKITTDSEEITLLEEALKGEGLLDMLEEVPVEKNKKRSPEAVEIATWESDIELDSMPDGQAEEEGLQLKKSAESEDSTSILADESADMESTDSGEDGSPQYHQANPEPMTEEEKQKERDFRKKLNQVSRAIVSDSIHQAVKLIVHRPDVDPIQQEEYRSLRKDIMPIVREIARQTMPLLEHEITTEYAKNHYYGSKFQADSVAYRDFRYFAKKRPPTESPGLVVGLRVDESASMAAFGRLEAAKRAVIAVYEFCQICHIPVLIYGDTADVSRLEQMSIFAYADYDQPDVRDRFRLMGIRARSNNRDGMALRIMAERLANSPKQTKLLISISDGQPKAMDDYTGSLAIQDMRQTLSEYERKGVKFLAAAIGQDKDVISQIYGAERFLDMTNLNELPAKLVRIISRYL				NA	NA	NA	NA	NA
JZ016_00292	1155	yhhT_1	COG0628	Putative transport protein YhhT	ATGGAGCAACCCCGTATTTGGCCGGATCGGTTCAAGCGCTTTTTTCTGAACAATAAATTTGTGCTTCTTTTGCTTGTTCTGTTGCTGGTTGGACTCAATGTGTTGGTTCTAAGCAAAATTTCGTTTGTGCTGCATCCGCTCGCCGTGTTAATCAAGACGATCGTATTGCCGATCATTTTATCAGGAATACTCTATTATTTGCTGAATCCTCTGGTGGATGTGATGGAGAAATGGAAAATCAAGCGTGGATGGTCCATCCTGATCCTCTATCTGGTTATAGCTGGTATTCTAACGATTGTGGTGCTCGCGGTCATTCCGGTGCTGCGCAACCAGATTATGGGGCTGATTGATAACTTTCCGACATATAGCGAAAAGGTTAGACAGCAGTTTGAAGATCTAACGGGCAGCGAGTTGTATAACCAGATTCAAGAAACCATGAACATTAACTCCCAGGAATGGTGGACCACCGTCACGCAGAAGGCAACGGAACTTCTAAACCACACGTGGAGTAGAGTTGGCGGGTTTCTGGGTGCATTTACAGAGGTTGTGTTGTCGATCGTGACGGTACCTTTTGTACTGTTTTATATGCTGAAAGACGGCAAGAAGCTCCCTCTGAAAATATTGTCTTTCCTGCCGACGAAGAGTCGTTCCGGAATTTTGCATGTGCTTCAGGATATCAACCATCAGATCAGCTCGTTTATCCGCGGGCAGATTATTGTGAGCTTCTGTATTGGTATTCTGCTGTATATCGGTTACATGATCATCGGTTTGGATTACGCGTTGATTCTGGCGATTATTGCATCGTTCACCAGCGTGGTGCCTTATCTGGGACCCGCAATCGCGATTACGCCTGCGCTCATTGTAGCTCTGGTCACTTCTCCGGTGATGCTGCTGAAGATGGTGGCGGTATGGACGATCGTGCAATTAATAGAAGGGAAGTTCATCTCACCCCAAATTATGGGTAAAACGCTCAAGATTCACCCCATTACGATTATCTTTGTCATACTGACGGCCGGCAATCTGTTCGGTGTGGTTGGCATTTTGTTAGCCGTTCCCGGCTATGCGGTCCTTAAGGTTTGTGTATCGCATATCTTCGAATGGTTCAAGGACACGTCGGGATTATATGATCCTCGGAATAGCAACACGCCGAAATAG	MEQPRIWPDRFKRFFLNNKFVLLLLVLLLVGLNVLVLSKISFVLHPLAVLIKTIVLPIILSGILYYLLNPLVDVMEKWKIKRGWSILILYLVIAGILTIVVLAVIPVLRNQIMGLIDNFPTYSEKVRQQFEDLTGSELYNQIQETMNINSQEWWTTVTQKATELLNHTWSRVGGFLGAFTEVVLSIVTVPFVLFYMLKDGKKLPLKILSFLPTKSRSGILHVLQDINHQISSFIRGQIIVSFCIGILLYIGYMIIGLDYALILAIIASFTSVVPYLGPAIAITPALIVALVTSPVMLLKMVAVWTIVQLIEGKFISPQIMGKTLKIHPITIIFVILTAGNLFGVVGILLAVPGYAVLKVCVSHIFEWFKDTSGLYDPRNSNTPK				NA	NA	NA	NA	NA
JZ016_00293	438	nsrR		HTH-type transcriptional repressor NsrR	TTGGCTCATTCGGAGCGTGATCAGAACATCGGGATCAAGGAGTTATCTGCGACGCTGGGCGTCTCGGAAAGCTACTTATCCAAAATCATGTCCAAGCTGAGGCAGGATGGTATCGTGCGGGCTGTACCGGGAGTGAACGGAGGCTACGAGCTGGCCAAGCAGGCAGAGAAGATTACATTCCTTGAAGTGATACAGGTCATTGAAGGAAGACAGCAGTTGTTTGAATGCTCCAATCTCAATTCGCAGCAGCATCGCCTGCTAGCCGAAGAGAAGGCTGCCAAGATGCACGAGGATAATCCCCGTGAGTGCGTATGTCTGGTCAAACAGGTGATGGACGGCGCCGAACGGCAATTGTATCAATACTTGGAGGAGCAAACGATCCAGTCGGTATTGGATGCGGCATCGAAGCGTGGCAGCTGTGCGGAAAACAAGAAGTGA	MAHSERDQNIGIKELSATLGVSESYLSKIMSKLRQDGIVRAVPGVNGGYELAKQAEKITFLEVIQVIEGRQQLFECSNLNSQQHRLLAEEKAAKMHEDNPRECVCLVKQVMDGAERQLYQYLEEQTIQSVLDAASKRGSCAENKK				NA	NA	NA	NA	NA
JZ016_00294	756	bphD	COG0596	2-hydroxy-6-oxo-6-phenylhexa-2,4-dienoate hydrolase	ATGGATTTAGCTTATCAAACTCAAGGCAGTGGGACACCTGTTGTGTTGGTACACAGTCCAGGTGTCGATTCAAGAGAATGGAACTATATTGCCCCGCATTTAGCCCGGAGCCATCAAGTCATCACGTATGATGGGCGGGGAACGGGAAAATCCCCAGCGCCGCAAAAACCAACCAGCTTGGTTGAAGACCTTCGGGCATTGCTCGATCATCTGCAAATTGACAGCGCTTCGCTTGTCGGTCATTCCATGGGAGGGCAGGCCGTTACGGATTTTGCCTTGACTTACCCTTCCAGGGTTGACCATTTAGTATTAATCGCACCATCGCTAACCGGTTTCAAGCACGCCCAGCCATTCATCGATTGGATGGCCCAAGTAAATGCATGCGCACCCGATGTCGACCGTCTGGTCGAACAATCGTTGAGCGGGCCTAATTATCGTGTGACGATGTCCAGCTCTGAACGGGACTTTTTGCGCGAGATGCACACGTTGTATATGACCAGAGTGTTTAGTGAGTGGAAGAGCTTCGAGGTGATATGGCCGATGCCGCCAGCGATCGAGCGGTTGGAGGAGCTTGCTGCAAGGACGCTGTTTATTCAGGGAACGGTCGAATGGGAGGATATGCAACGAATTGCGGAACAGTTCAAGCGTGTGCAAGGCATCCGTTTCGAGGTAATCGAGGGGGCTGACCATATGGCTACCCTGACACATGCAGACGAACTTGCCGGTTTGATTGCTGCTTTTTTAGCGAGAGGATAA	MDLAYQTQGSGTPVVLVHSPGVDSREWNYIAPHLARSHQVITYDGRGTGKSPAPQKPTSLVEDLRALLDHLQIDSASLVGHSMGGQAVTDFALTYPSRVDHLVLIAPSLTGFKHAQPFIDWMAQVNACAPDVDRLVEQSLSGPNYRVTMSSSERDFLREMHTLYMTRVFSEWKSFEVIWPMPPAIERLEELAARTLFIQGTVEWEDMQRIAEQFKRVQGIRFEVIEGADHMATLTHADELAGLIAAFLARG				NA	NA	NA	NA	NA
JZ016_00295	825			hypothetical protein	ATGAAAAAAATACTTAGTTTACTCACGTCGTTAACACTCGTTCTATGTCTATTCGCCCCCGCAGCAAGCGCAGAAAGAAACAAGAACCCAGATCCATCCATGGGTAAAAGCGTGCATGTACAAATCGTATTATTCGATGGGTTTGATCTGCTGGACGCCTTAGCGCCATATGAAGTATTTGCTGCTGCCGGAATGTACACTGGTGGAAAAGTCACTGTAGAATTAGTATCTGCAGAAGGTAAGCGTTCGGTACCGAGCGGGCTGAATGGACCTGCCCTCGAAGCGCAAGATATGTTAGACCCTAATCGTTCCGGGATTATTGTAGTTCCTGGTGCTTCGGGGAAGCCAGCAGGGAATACCGCAGATGCTATTCCCAACATATTGAGGCAGGCTAAGGATACGGGGTTAACAACGATGATGAAACAAGCTATGAATAATAAGGACGTTACGGTGGCTACCGTGTGTGGAGGTTCATTGCTGCTGGCTATGGATGGATTGTTGAAAGACAGATATGCTGTCACCAATCAGATAGGCATGGGTGCGTTAGGGGCTCTCGGTGCAATTCCGGTCGATGCAAGAATCGTGGAAGATGGCCCACGCTTGGTAACTGGCGGAGGTGTTACTTCCGGACTTGATGTGGCCTTGTATTTGGTTGAGCGTGAAGTCGGACCACAGATTGCGAATGCTATAGAGAAGTTATTCGAGTACGAGCGCAGAGGAACGGTGTGGCAAGCAAACGGCTTACCGCCGATTAACTTTGAGACGAGCCAGGAAACGCCTAAAAAAGAGCAACCGTCTGCACCGGGGAACAAAGACAAAAAGTGA	MKKILSLLTSLTLVLCLFAPAASAERNKNPDPSMGKSVHVQIVLFDGFDLLDALAPYEVFAAAGMYTGGKVTVELVSAEGKRSVPSGLNGPALEAQDMLDPNRSGIIVVPGASGKPAGNTADAIPNILRQAKDTGLTTMMKQAMNNKDVTVATVCGGSLLLAMDGLLKDRYAVTNQIGMGALGALGAIPVDARIVEDGPRLVTGGGVTSGLDVALYLVEREVGPQIANAIEKLFEYERRGTVWQANGLPPINFETSQETPKKEQPSAPGNKDKK				NA	NA	NA	NA	NA
JZ016_00296	639			hypothetical protein	ATGAAGAAACGAAAATCGTTATATCTATTGCTGGCCTGTGTCAGCATTCTATTTATACTACACGCCTTGGTGAAAAACTATTGGATCGATCCAGGTGCTTCGGGATTCTTAAGCCATAAGACCGGGCTAAAGCGCGAGCTCAATCTCCCGGTTTGGCTTAATGTCATGTACGTTCATGTTGCTTTCGCATGTGTGGCCATGGCATCGGGACTGATTAACTTTTCGAATCGAATATTTGAAAGAAGCCGCAGGCTGCATCGCATAAACGGCTATGTATATATCGTATCCGTACTGCTGGTTGTGTTAACTTCCGGATATATGGCCCCCTACGCGACAGGCGGCAAAATAAGCAGTATGGGATTCAATCTGCTGAATATGATCTGGCTGGTTATCACCATTACGGCGCTCGTGCAAATCAAGAGGAAAAGGATCATTCGACATCGCAACTGGATGATTCGTAGTTATGCCTTTTGCTTCACAAACATGTTGATCCATCTCATTACTTCCCTTTTTCATCAGGGATTCGGGTACGTTTACCCTACTAGCTACACCATCGGCGTTTACGGCTCGATAGCGCTGCTGCTAGTTATTCCTGAAATCATCATCAGAACGAATCGAAAGGAATTGGTATCAGGATGA	MKKRKSLYLLLACVSILFILHALVKNYWIDPGASGFLSHKTGLKRELNLPVWLNVMYVHVAFACVAMASGLINFSNRIFERSRRLHRINGYVYIVSVLLVVLTSGYMAPYATGGKISSMGFNLLNMIWLVITITALVQIKRKRIIRHRNWMIRSYAFCFTNMLIHLITSLFHQGFGYVYPTSYTIGVYGSIALLLVIPEIIIRTNRKELVSG				NA	NA	NA	NA	NA
JZ016_00297	1041			hypothetical protein	ATGCTTAACGTTCAAATTGTGTTGTTTGACGGCTTCGACCTGCTGGATGCGATAGCGCCTTACGAGGTCTTCTGTGCTGCAGCCATGAATGCTGAAAATGCGTTAAACGTAGAATTGGTCACCGCCGAGGGATCAAGATCCGTGCCTAGCGGCATCAACGGGTTGAGGATTGAAGCAAGTGGCAGACTGGACCCGGAACGAGCGGGCATCATTCTCGTACCTGGCGCGTCCGGCGACGTCGAGGGAGATGGGCCCGATTCGGTTCCGGCTATTCTGGGCCGGGCCATGAGTACCGAATTGACCCGGTTGATCAAGCAGGCTCTCCAGCACAAAGACATTACAGTCGCTACGGTCTGTGGCGGTTCCCTGATTCTTGCTATGGGAGGCCTCTTAGAAGGCCGGCCGGCGGTAACGAACCATCTGGGCATGGCCTTACTTAGTGCAACTGGGGCAGTTCCCGTCTCGGCTCGCGTCGTGGACGACGGCAATCTGGTTACCGGTGGCGGCGTAACTTCAGGACTCGATGTAGCGCTATATCTGGTGGAACGTGAACTTGGACCTCGTATCGCTCACGCGGTAGAGCGGTTATTCGAATATGAACGAAGAGGCACGGTTTGGAAGGATACAGGGATAAAGCCTAACGTTAATAAATCAGTGCCGAGCGACGAACCAAATGCCGCGGTGAACAAAACAGCAATGATACCCACGCCAAGCTCCCAGCATAGCAAAAGCATACAGGCATCGGTCTTCGACGGGGATTGGGAGACCACTATCGCTACGCCCGTCGGGAAGATGGAGGTCAAGCTCTCCATATTGACAAGGGACGATTTGATCCAGGGCACGGCAACGCAGGGGGATGAAACCATTGAGTTTATGAACCCTGTACTTCAGGATAACAAGCTGGCCTGGTCACTACGAATCACGAAACCCATGCGCTTGAATCTCAAGTTTGAAGTTGTCGCCGATGGAGATCACATGGTTGGTATAGCCAAAGCTGGCTTACTGCCTGCATCCAAGTTAACAGGAAATCGGGTTACCTAA	MLNVQIVLFDGFDLLDAIAPYEVFCAAAMNAENALNVELVTAEGSRSVPSGINGLRIEASGRLDPERAGIILVPGASGDVEGDGPDSVPAILGRAMSTELTRLIKQALQHKDITVATVCGGSLILAMGGLLEGRPAVTNHLGMALLSATGAVPVSARVVDDGNLVTGGGVTSGLDVALYLVERELGPRIAHAVERLFEYERRGTVWKDTGIKPNVNKSVPSDEPNAAVNKTAMIPTPSSQHSKSIQASVFDGDWETTIATPVGKMEVKLSILTRDDLIQGTATQGDETIEFMNPVLQDNKLAWSLRITKPMRLNLKFEVVADGDHMVGIAKAGLLPASKLTGNRVT				NA	NA	NA	NA	NA
JZ016_00298	219			hypothetical protein	ATGGGTTTGGAAAATAACGCCTTCTCGTTCTTTCCTTTCGGCGCTTTGTTTTGTCTCACGCTGTTTTCTTTCCTGGCGGTTCGAGTATACGCGATTCGTTATCGTTACAAAAACGGTCATCAAAAGAATGACGTCGCTATGATTCTGAAGAACCGAATGGCCAATGGTGAAATTGATGAGAAGGAATATCGTAAGCTGAAAGATCTTTTGACTAAATAG	MGLENNAFSFFPFGALFCLTLFSFLAVRVYAIRYRYKNGHQKNDVAMILKNRMANGEIDEKEYRKLKDLLTK				NA	NA	NA	NA	NA
JZ016_00299	687	sphR_1	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein SphR	ATGAGCGTATCAAAGACGATTCTGGTTGTAGACGATGACCAAGATATTGTTGAGCTATTAAGGGATTTTCTAGAGAATGACCACTTTCAAGTGAAAACCGCTTGCGACACCGCTCAAGCGTGGGACATATTTAAGGAAAACTCCGTTGATTGTATTGTTCTTGACATTATGATGCCGGGACAAAATGGATTTGAGTTTTGCCGCCGGATTCGCGGGGAGAGCAATGTACCAATCCTGTTCTTGAGCGCTCGCAGCGATGATGTGGATAAGATTCGAGGCCTTACCCTCGGAGGCGATGATTACATCGTCAAAACCGCTTCGCCGGGTGAGATCGTTGCCAGAGTAAAAGCCGTATTGCGGCGGTCCGCTTCCCCACAACAATTGGATAACAGGGTCTTGGATTACGGACGCATTAAATTAAACCTGTCCACAAGAGAAGTACTAGTGGATGGAAACAACATCGTGCTCACACCCAGGGAATATGAGCTGCTGCGATTATTTGCCGAACATCCGAGACATGTTTTCTCCTATGAACAATTACTTTCGAAGTTTTGGGATGGGGTGGGCGACAGGCATACAATTCGGGTCCATCTTAGTCGGCTTCGCGAGAAAATCGAAGCTGATCCGAATAAACCGATATTCCTGGTCAACGTATGGGGAGTAGGGTATCGCTTTGAGGGAGGGTAA	MSVSKTILVVDDDQDIVELLRDFLENDHFQVKTACDTAQAWDIFKENSVDCIVLDIMMPGQNGFEFCRRIRGESNVPILFLSARSDDVDKIRGLTLGGDDYIVKTASPGEIVARVKAVLRRSASPQQLDNRVLDYGRIKLNLSTREVLVDGNNIVLTPREYELLRLFAEHPRHVFSYEQLLSKFWDGVGDRHTIRVHLSRLREKIEADPNKPIFLVNVWGVGYRFEGG	PGPT0012985_1401	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OSMOLARITY_SIGNALLING,PGPT0012985-ompR-K07659	NA	NA
JZ016_00300	1353	sasA_5		Adaptive-response sensory-kinase SasA	ATGAGGTCACTCCGCATTCGTACGTTTACCATGCTTTGCTTCTTCTTTATCCTCTTATTGCCGTGGATCTTCTTTGTTACTGCGCACTTTATGGAAACCAAGACACTCAGCTTCGAACTAGGTCGGCTGCAAAACGAGACCCTGCAACGAAATATATCGGAAATGACGCAGCGAATTGAATCGGACACAGACCAATGGACAGATCCAGTCTGGCAAAACCAATTGTATTCCGCGCTGCGTGAAGCGAAGATGGATGTGCTCATTCAATCCGCAGAAGATCAGGAAATTTATCGTTCCAATCCTGACCGACGTGGCACTAATTTATCAACCGAGCGGTTCTCCGTCATCGAGGACGGCTCATTGCTGGGAAGGGTTATTCTGTACTTACCTCAATCCAACCAATTTCAAGTGATGTCGGCTTTTGTCGGGCTGCTGCTTGCGATCTTTGTTGTCGGAATGGAAATGAGGCGATTCGTTCTCAAACCACTCGAGAAGATGGGAAATGCAGCAAGACAAATTGCAACAGGGGATTGGGATGTTCGGCTACCCATGTCCAGGGTCACCGAAATCGCTGAAGTGCGCGATGGATTCGATGTTATGGTCAAGGGACTTGAGCAATCCTATCGAAAACAGGCTGAACTGGAAGAGGAACGCCGATTCGTCATTGCGGCTGTTGCGCATGATTTACGGACACCGTTGTTCGCTTTGCGAGGATACTTGGATGGTCTGGAGCAAGGGATCGCTCAATCTCCGGAGAAAATAGCCCAATATGTTGCAGTCTGCAAAGACAAATCGGCCCAATTGGATCGTTTGGTAGAGGATCTTTTCACTTTTACAAAAATGGAGTATGTGGAGTCGCAACTGAATACTAAAACGGTGGATTTTAACCAGGTCGTCCGGAATTCGATGGATAGTCTGAGTCCGCTGGCTCGGCAAAAAGGAGTTTCCATCTCGTTCCATGTAACGGATCGGTGCATCATCCATGGAGATATGCATTTATTAGAACGAGCCATGAACAATCTTCTGGATAATGCCGTAAGACACACATCTGCGGGTGGTGAAATCGAAGTCCAGTGTAATAAAGTTGGTGATAAGGTTAAGTTTACGATACGCGATACCGGGCCGGGCTTCTCTGGGGAAGAGCTTGAGCGTGTATTTGAACCTCTATATCGCGGGGAAGCATCCAGAAGTCGTTCAACCGGTGGCAGCGGATTAGGCTTAACCATTTCACAAAGAATTGTTAGGCAGCACGGAGGCGAACTTGCCGCAAGCAACCAACCGGAAGGTGGAGCACTGCTTGAAGGATGGTTACCTGCAGCAGCTTCAGGACAGTTGGAATCAAATGGTCTATAG	MRSLRIRTFTMLCFFFILLLPWIFFVTAHFMETKTLSFELGRLQNETLQRNISEMTQRIESDTDQWTDPVWQNQLYSALREAKMDVLIQSAEDQEIYRSNPDRRGTNLSTERFSVIEDGSLLGRVILYLPQSNQFQVMSAFVGLLLAIFVVGMEMRRFVLKPLEKMGNAARQIATGDWDVRLPMSRVTEIAEVRDGFDVMVKGLEQSYRKQAELEEERRFVIAAVAHDLRTPLFALRGYLDGLEQGIAQSPEKIAQYVAVCKDKSAQLDRLVEDLFTFTKMEYVESQLNTKTVDFNQVVRNSMDSLSPLARQKGVSISFHVTDRCIIHGDMHLLERAMNNLLDNAVRHTSAGGEIEVQCNKVGDKVKFTIRDTGPGFSGEELERVFEPLYRGEASRSRSTGGSGLGLTISQRIVRQHGGELAASNQPEGGALLEGWLPAAASGQLESNGL				NA	NA	NA	NA	NA
JZ016_00301	372			hypothetical protein	TTGAAAGCTTTGTTGGATGAATCCCAGCCCATTTTTCAACAAATTGCTCAAATGATTATCGATGATATTGTGGATGGTGTAGTGAAGGAAGGGGAGCGCGTCCCTTCTGAGAATGAATTGTCCCGATTTTATAACATTAACCGTGCCACGGCGCGTAGAGGGCTTCAAGCCTTGGTTGACCTGGACATCATTTACAAGCAGAGAGGAATAGGAATGTTTGTAAAGGAAGGGGCCAGGAAACAGGTGCTGCGTGACAAACAAAAGCATTATCGGGAGTATTATATTCGTCCGATGCTGGAAGAGGCGAGGCGAATTGGCATGACGGTCGAGGAGGTTATGGAGTGCATAGTGGAAGAGGAGGGGAACTTATGA	MKALLDESQPIFQQIAQMIIDDIVDGVVKEGERVPSENELSRFYNINRATARRGLQALVDLDIIYKQRGIGMFVKEGARKQVLRDKQKHYREYYIRPMLEEARRIGMTVEEVMECIVEEEGNL				NA	NA	NA	NA	NA
JZ016_00302	876	ytrB	COG1131	ABC transporter ATP-binding protein YtrB	ATGATTTCTTTAAAGCAGGTATCTTTTTCCTACGAAGATGTTCCTGTGATCAAGGAATTGTCATACGTTGAACAAAATCCAGTCATTACGGGATTATGGGGACGGAACGGTGTGGGCAAAACGACGTTGATGAAACTGATTGCGGGGCATCAGATTCCTAGTCAAGGCAACATTGAGGTTATGGGCCACCGGCCATACAATAACCAGGAAGCCCAACGACATTTGTGTTACATGCAGGAAGATCATCCGTTCAGTGATATTTGGACCATACGCGATGCCTTGCGGTTTTATCAATATTTCAAACCGAACTGGAATCAGGAATTGGCAGAAGAGCTGCTGGAAACGTTTAAACTGCCGCAGCATAAAAAAGCCAAGAAGCTGTCGACCGGGATGAAAACGGCATTACAGGTTGTGATCGGTTTGGCCAGCCAGGCGGATGTTACGATCTTGGATGAACCGACCAACGGGCTTGATGCAGGAATGCGAAAAAAGTTCTATGAACGGCTGTTGGATAGCTATGATGCGTTTCCGCGCCTGATCTTGGTGTCGACACATCAAATCGAGGAATTACAACCATTGCTGGAATCCATCGTGGTTGTTCATGACGGAAAGCTGCTGTTACATGAGCCGATGGAAGAGGTGCGGGAACGGGGGATCTGGATAACCGGTGAACACGATCGAGTGAATCAATTAATCAGTAACCAAAAGATCCTAAATGAAAGCACCATCGGTTCCGTAAAGAAAGTTATGATTGATGTCCCGTTCTCCGACGAATGGAGAGAGCTAGGCCGCAGTAATGGAATTTCCGTGGAGAAAGCGCATCTTCAGGATTATTTGCTTCATATGACGGATAATGTGAAGGAGGGGGTACGATGA	MISLKQVSFSYEDVPVIKELSYVEQNPVITGLWGRNGVGKTTLMKLIAGHQIPSQGNIEVMGHRPYNNQEAQRHLCYMQEDHPFSDIWTIRDALRFYQYFKPNWNQELAEELLETFKLPQHKKAKKLSTGMKTALQVVIGLASQADVTILDEPTNGLDAGMRKKFYERLLDSYDAFPRLILVSTHQIEELQPLLESIVVVHDGKLLLHEPMEEVRERGIWITGEHDRVNQLISNQKILNESTIGSVKKVMIDVPFSDEWRELGRSNGISVEKAHLQDYLLHMTDNVKEGVR	PGPT0006725_18210	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_00303	717			hypothetical protein	ATGAGCTCGACGCACGGCACGTTTCGTTTAATCTATGAAGATGCAAGCTGGTTCTTGGGGAAGCTGCTTCTGTTGTACATTACGCTGCCATTAACAGCAGCCTGGATTATTATCGGGACATCCTTTGATATGGATAAGACACTCAGTTCTATTTCAAGCCCCGCATATTTTTTCTTTATCCCGTTCTATGGGGTCATGGGGTTCAAAAGCCTTCTGCCTATTGCTGTCAGCCTTGGAGGCACACGAACTCAAATGCTGAAAAGCTTTTATGTCATCGGCGTTTCAAGTGTATTTGTGTATATGCTAGTCTTAAACCTCTTACAATGTTTATTATGGACATTATACGATCGCGGAGTCAGCTCGGTATCCATTACGCATGCGGGGATGTTTCATTCCAGTGAGTACCAATTTTTTCCTTACTTATGGATCGATCTCATGGTCGGACTAATCTTGTTCGGCGGCGCTTTTTTTATCTACTGCATAACGTATCGTGCGGGCATGACAAGGACATTAATCAGTATCATGATCATTGCCATCGCAGCCATGTTTCTCTACTACTCGGGAGTGCTTGAAGCACCTATAGCATGGTTGTCGACATTAAATATAAATGCAATGACCGGTTTCACGATAGCCGGAATCGCAGGTTTAGCAGCGCTGTTAACCACCTATCCGATGATGCGTAACGCCTCACTGCAACCGAAACAAAAGAGAGAGTAA	MSSTHGTFRLIYEDASWFLGKLLLLYITLPLTAAWIIIGTSFDMDKTLSSISSPAYFFFIPFYGVMGFKSLLPIAVSLGGTRTQMLKSFYVIGVSSVFVYMLVLNLLQCLLWTLYDRGVSSVSITHAGMFHSSEYQFFPYLWIDLMVGLILFGGAFFIYCITYRAGMTRTLISIMIIAIAAMFLYYSGVLEAPIAWLSTLNINAMTGFTIAGIAGLAALLTTYPMMRNASLQPKQKRE				NA	NA	NA	NA	NA
JZ016_00304	1092			hypothetical protein	ATGGAGAAGATCGGTAAATACCAAATCATTGCCATGACCATCTTGTTTATGATCGGCAGCACCCCTTTGTATGAACTGGGGATTGAAGCTAAACAAGATGCGTGGCTGGTCGTGCTGGTTGCAATGATCACGGGAATGTTACTGCTGTTCATCTATTTATATATCCAGAACCAAAATTCGGAGCATGCTCTTCCCCAAATTTTAAATCAGCACTTCGGCAAATATTTAGGTTCCATCATTACTGCAGCCTATATCGTTTATTTTGCGTATGAATCCATGAGGAATACCCGCGAGTTCGCGGACATTATTAATATCTCCTTTCTCCCCAGCACACCGCTGTACTTCCTGATTCTCTTAATGGTGTTGCTGTCCGGTTATGCCGTATGGAAAGGCATTGAGGTATTCTTTCGCGTCACCGAATTCCTGCTCCCTTTCACGCTGATCGGGTATATCCTGATCGTTCTCATGTTCATCGGTTCGAATATCATTCATCTTGAGCGCCTTATGCCTATATTAGAAAACGGAATTCTGCCTGTGCTGCGAACATCGTTGCCGGAGGTGATTAGTTTTCCGTTCGGTCAGGTCGTAGTATTTCTCATGTTTTGGAGTCATCTCGAAGACAAGAAAACGCTGTCCAAGGCATCCTTGTCTTCCTATATATTCGTAGGTATCTTTTTATTGATATTCAATATTTTAAATCTTGCGATTCTGGATCCCACCATAACGAGCATATCGACTTTTCCGCTGCTTCGGTCGGTTCGTCTCATTGAAATCGCCGATTTTCTGGAGCGTTTGGACCCGTTAATCATCTTGCTGATCTATATTGGCATATTCGTTAAAATGACCGCATTCTACCTCGGCGCCGTACTCGGTCTTTCCAGCCTGATCAAAGTCAGCCATAAAAAAACAACCGTGATCGTGGGTGCTTTCATCTTTACCATTTCGTTCGTCTCTCCGAACTTTATTTATCATATCTGGATCGGGTTTGCTCAAAATTTGAAATACCATTTTCCTATCTTCCAGATCTGGGTCCCTTTGATTCTAGCGTTGATTATTTTAATCAAAAGGCCTCGCTCTTCCAAATCCGGCTGA	MEKIGKYQIIAMTILFMIGSTPLYELGIEAKQDAWLVVLVAMITGMLLLFIYLYIQNQNSEHALPQILNQHFGKYLGSIITAAYIVYFAYESMRNTREFADIINISFLPSTPLYFLILLMVLLSGYAVWKGIEVFFRVTEFLLPFTLIGYILIVLMFIGSNIIHLERLMPILENGILPVLRTSLPEVISFPFGQVVVFLMFWSHLEDKKTLSKASLSSYIFVGIFLLIFNILNLAILDPTITSISTFPLLRSVRLIEIADFLERLDPLIILLIYIGIFVKMTAFYLGAVLGLSSLIKVSHKKTTVIVGAFIFTISFVSPNFIYHIWIGFAQNLKYHFPIFQIWVPLILALIILIKRPRSSKSG	PGPT0025055_832	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296	NA	NA
JZ016_00305	1218	gerBC_4		Spore germination protein B3	ATGATCCGGAAGTTGAATCTCCTGATTCTCATGTTGGCTGCCTCGCTGCTGCTCAATGGTTGCTGGGATAGTCAAGAGTTAAACTCGCTTAGTATTGTATCGGCGACGTCCATAGACCGCAGCGAGGATGAATGGGTCATCTCCTTCCAAGTCGTCATTCCGCAGTCCATCGCCACCCAGACCGGCGGCGGAGCCGGGGGAAGCCAATCTCCGATCACCATCTTCTCCACCAGGGGCAAGACCATTCGCGAAGCTATGCAGAACGCGAATTTAGAAGCGCCGCGTGCGCTGTTTTTTGCCCATAACTCCGTGCTGATTATCAATGAACAAGTCGTTCGGAATGAAGGCGTACGGCAAATCCTTGATTTTTTCCTCCGTCCGGTGGAAAGTCGGGAAACGATGTCGGTTCTCCTGACCAAGGATAAAGCCTCCAATCTATTGGAAGTGCTCATTCCATTAGAGAAAATAACAGGAAACGCGATTCAACGGGTCATTACCCAAGGTCAAGAAAATCTGTCCCAAGTAAAAAATATTAAATTGATTGATTTTGCATCCATGGTCGCCAATCCGTACAAAAGCGCCATGGCTCCAGAGTTAAGGGTGTCCGGCAATCAAGCGGAACAATCTAACTTGGATGCCTTAAAGTCAACCCGTAATCAAGCGGTACTCAAACTTGGCGATTTGGGCGTATTTCGAGGAGACAAGCTGGTGGGATGGATGAACCGAAAAGAAAGCAGAGGCGTCGCTTGGCTCTCGAACAGCGTCAAAAACCTGATCATTGTTACCCCATGCAGCGATCGAGAAGCTTCCCGGTTGTCGAGTTACCGAGTCATCCAATCATCGACCCAAGTGGACCCCAAAATGGTGAATGGTTCGGTCAACATGATGATCCATATTCAAACAGTGGGGGCTCTTGATGAAACCAGCTGTACGATGGATTTGACGAACCCGGACGTTATTTCGAAACTCGAGGATACGATTGCCGAGCAGATCAAGGATGAAGTGCTGGCTGCGTGGAAGAGCATGAAGGATTTGAATGTGGACGTGGTTGGTTTCATGGATATGATTCACAGAAAATATCCTGCAGCCAGCAAACACCTTACAAATTCGGAGAGACCGCTCCAGGAACTGGAACTCAAACTGAATGTAAAAGTCACCGTTGAACACACGAATATGATCAATAAACCCTTCTCGAATTTGATTGAACCCAATAAGTAG	MIRKLNLLILMLAASLLLNGCWDSQELNSLSIVSATSIDRSEDEWVISFQVVIPQSIATQTGGGAGGSQSPITIFSTRGKTIREAMQNANLEAPRALFFAHNSVLIINEQVVRNEGVRQILDFFLRPVESRETMSVLLTKDKASNLLEVLIPLEKITGNAIQRVITQGQENLSQVKNIKLIDFASMVANPYKSAMAPELRVSGNQAEQSNLDALKSTRNQAVLKLGDLGVFRGDKLVGWMNRKESRGVAWLSNSVKNLIIVTPCSDREASRLSSYRVIQSSTQVDPKMVNGSVNMMIHIQTVGALDETSCTMDLTNPDVISKLEDTIAEQIKDEVLAAWKSMKDLNVDVVGFMDMIHRKYPAASKHLTNSERPLQELELKLNVKVTVEHTNMINKPFSNLIEPNK	PGPT0025060_263	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_00306	1599	gerBA_3		Spore germination protein B1	ATGCCCTTTTTTAAACGAACAAAGCGAACCCATTCGAAAACGGCACTGCTTCATCATAACGAGCAAACGGTGCAAACCGCCGAATCCTCTCGTCTCTCCGACCGCTTGGATCAGAATTTACATAGAATCAGAGAACAAACCGGCCACAGTAGGGACATCATCATTCGGACCCTAAGTCATATGTTCGGAAGCGATTGCACCCTGGCCGTCATTTATATCGATGGACTGGTTGATACGCTCACCATCAATCACTCGATTATGGATTCCTTAACCTCAAAGGATTACGAAGAAAAACTGCATGCCTCTAACCCTGCAGAAATCTTGTCCATCATCAAAAACCGTTTCTTATCCATAGGCAGCATTAGCGATTTGGAGCATATGGAATCCCTGATCTCCGCCATGCTAGAAGGCAATACTGTCATTCTCATAGACGGTTCATCCCGAGGCATTATCGCCAGCTCTATCGGTGGAGAGGAACGCGGTGTAGAAGAGCCCCAATCTCAGACCGTCGTTCGCGGCCCGAAAGAAGGATTCACCGAGAATATTCGTACGAATACGGCCTTAATCCGTCGTAAGATTAAAAGCCCAGACCTCTGGATCGTGGACCGCAAGATTGGCCGCATCACCCAAACGGATGTTGCCGTTATGTATTTGAATGGCATCGCCAATGATAAGATCGTGCAAGAAATATTGAATCGTTTAGACCAGATCGATACCGACAGCATCCTGGAGAGCGGGTATATCGAAGAGTTTATACAAGATACAACGTTCACCCCCTTCCCTACCATGACTAATACGGAGCGCCCCGATGCTATCGCTGGTGCGATTCTGGAAGGAAAAGTTGCCGTTTTGGTTGATGGGACACCGTTTGTGTTGATCGCCCCCATCACCATCTTCAAACTGTTTCAATCGAGCGAGGATTACTACCAAAAGTTCGATATCGCGACCTTTTTGCGGCTGTTGCGCATCATTTCCTTTATGGTATCGATGCTTCTCCCTTCACTATATATTGCCATCTCCACGTTTCATCAAGAAATGCTGCCAACGACCTTGCTGATCAGCCTTGCAGCACAGCGGGAAGGCATCCCTTTTCCCGCCGTTGTCGAAGCCTTGGCTATGGAAATTACGTTCGAAGTATTAAGGGAAGCCGGTGTTCGAATGCCTAGAGCGATGGGCTCCGCGATCTCCATCGTAGGCGCGTTGGTTCTGGGTCAAGCTGCTGTACAGGCAGGCCTAGTGTCTGCTGCCATGGTTATCATCGTTGCATTTACCGCCATCGCAAGCTTTGTTGCGCCTTCTGTGAGCATAGCCAACTCCGCCAGACTGCTCCGTTTTTGTTTTATGATATTGGCGGCAACTTTAGGGCTCTTTGGAATTATGGCAGGATTAATCGCCATGCTGATCCACCTATGCGGTTTGCGATCATTCGGTTTGCCATATCTTACTCCGTTCGCTCCGTTTATCCCTTCAGACCAAAAAGACGTTCTGGTCCGTGTTCCATGGTGGGCCATGCTGACAAGACCGACCCTTATCAACCGTAATAACGCGAAACGGCAAAAAATGAACCAGCGTCCATCGCCTTCCAATGGCAAGAAATAA	MPFFKRTKRTHSKTALLHHNEQTVQTAESSRLSDRLDQNLHRIREQTGHSRDIIIRTLSHMFGSDCTLAVIYIDGLVDTLTINHSIMDSLTSKDYEEKLHASNPAEILSIIKNRFLSIGSISDLEHMESLISAMLEGNTVILIDGSSRGIIASSIGGEERGVEEPQSQTVVRGPKEGFTENIRTNTALIRRKIKSPDLWIVDRKIGRITQTDVAVMYLNGIANDKIVQEILNRLDQIDTDSILESGYIEEFIQDTTFTPFPTMTNTERPDAIAGAILEGKVAVLVDGTPFVLIAPITIFKLFQSSEDYYQKFDIATFLRLLRIISFMVSMLLPSLYIAISTFHQEMLPTTLLISLAAQREGIPFPAVVEALAMEITFEVLREAGVRMPRAMGSAISIVGALVLGQAAVQAGLVSAAMVIIVAFTAIASFVAPSVSIANSARLLRFCFMILAATLGLFGIMAGLIAMLIHLCGLRSFGLPYLTPFAPFIPSDQKDVLVRVPWWAMLTRPTLINRNNAKRQKMNQRPSPSNGKK	PGPT0025050_289	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295	NA	NA
JZ016_00307	552			hypothetical protein	GTGAAAAATAAGCTTGAAACACGGATCGAAGGGGACCGCATTGTGCTCCGTCCCGTAAGGGAAGATGAATTTGATGCCTATTTCGGATTATTGCAGGATGCTGAGTCTAACCGATTAACGGGAACGCAGCAGGCGTTTACCAAGGATTCGATTGCGGCCTGGATTCATAAAATCGGATACGCTCATGAGGATCGGCTGGATATGATGATTGCGGAGAAGGAAACGGACGGTTTAATTGGTGAAGTGGTCCTGAACGAAATCAACCCCAACAACCGCAGCTGCAATATCCGCATATCGATTTCCGGTCAGCACAGCAATAAAGGATACGGCACGGAGGCCATGAAGCTCATGCTGCGTCATGGTTTCGAAAGTTTACGTCTACACCGAATAGAGTTAGGTGTATATGCGTTTAATCCTCGGGCCATACATGTCTATGAAAAGCTTGGTTTTAAACGGGAGGGTATCCTGCGGGACTCGATATGTTGGGACGGAAGATTCCATGATATGATTTTGATGTCGATTTTGGAGGAAGAATTTCGGCAATTGCCATAG	MKNKLETRIEGDRIVLRPVREDEFDAYFGLLQDAESNRLTGTQQAFTKDSIAAWIHKIGYAHEDRLDMMIAEKETDGLIGEVVLNEINPNNRSCNIRISISGQHSNKGYGTEAMKLMLRHGFESLRLHRIELGVYAFNPRAIHVYEKLGFKREGILRDSICWDGRFHDMILMSILEEEFRQLP				NA	NA	NA	NA	NA
JZ016_00308	444			hypothetical protein	ATGAACGCACAACGGATCAAAAACCGGCATGCTGGTCTCTTCTTATTATGGGGTTTTGCCCTTTGGCTGATCGCCACGATCATCTTTCATTATGGGGGGAACCTGCTGATTGATATCAGGCACCCGTTTAGAACCGTCTTGAGTTTTGCTGCCGCCATCCCTTTAATTTATGGATGCATCGCTCCGTTGTTCTCATTTCTTGATGTTCCGTATTCAGATCGTACCCGCCGTTCCGTCCAGATTGCTCTGCCTGGTATGTTCATGGACATTTTTTCGATTCTTTTCCATGATGTCGCTTTCCCATTAATCTCTGAGCAGAGCGTTCCCCTATTGGCAGCCTGGCTGTTCTGGGCATACAGCTTGATTCTGCTGGTTGGGCTGAGCCCCATGAAGTTTCGTTTCTCGTCACCTTTCATTAAGAAAAAGAAACTCCTTTTAAAATAG	MNAQRIKNRHAGLFLLWGFALWLIATIIFHYGGNLLIDIRHPFRTVLSFAAAIPLIYGCIAPLFSFLDVPYSDRTRRSVQIALPGMFMDIFSILFHDVAFPLISEQSVPLLAAWLFWAYSLILLVGLSPMKFRFSSPFIKKKKLLLK				NA	NA	NA	NA	NA
JZ016_00309	573	betI_1		HTH-type transcriptional regulator BetI	ATGGCGAAACCGAACGTCATCAGCAAACAAGAACTGCTCGAAGCTGCCCAAAAGTGTGTTGCAGAAAAAGGTATGGATAAATTAACTTTGAAAGCAGTGGCCGATCAAGCAAATGTCAGCCAGGGAACGGTCTATTACCATTTTCGAACCAAAGAGCAATTAATAATTGAACTCGTTGAGAGCCTATGTAATGCTTCATGGGTTTCAGTGGAGCAAAACAATCGATCAGTTGAAGAAGCCATACAAGAAGCCAAGGAAAGATGCGATTATCATTCTGTTTACCATCGATTGTTTTTCTCTTCATTAGCTGCTAGCTTTCAGATCAAAGAGAACCGCAATCGAATGGGTTCCATGATTCAAGAAGAAAACAAACATCTGACTGATATTCTTACAGCCCGGTGGGGGGAATCGCCCATAAAGAACATATCCATGGATCAGTGGGGAATTTTAATGAATGCTATAATAGACGGGCTGGCCGTGCAGGCTTTGTTGGACGAGGAGTTTCCGAAGGAGGATGTTTTTACCGCTTTGCAGGTGATTTTTGATTTCATGACCAATGAGGTGAAGCGATGA	MAKPNVISKQELLEAAQKCVAEKGMDKLTLKAVADQANVSQGTVYYHFRTKEQLIIELVESLCNASWVSVEQNNRSVEEAIQEAKERCDYHSVYHRLFFSSLAASFQIKENRNRMGSMIQEENKHLTDILTARWGESPIKNISMDQWGILMNAIIDGLAVQALLDEEFPKEDVFTALQVIFDFMTNEVKR				NA	NA	NA	NA	NA
JZ016_00310	1056			hypothetical protein	ATGAAGCGTTATACTTCTGACCGAATTAAAATCCCGCCGGGATTATGGGAAGGAATACACCAATTAGGCATTGCCGCCCAAGACGTGGCTCGCAAAGCGGAATTGCCGCTCGCCGTCATTACTGAGCCGGAAGTCACCACCGCCCAATACTTCGCGATCTGGCAGGCCTATTCCGATCTCATGGGGGACACTGCCCAAGGCATCATCCAGCTTGCGACCGTCTTTGAAACGGCGAAGTACCCGCCGACCGTCTTAGCGCCTTACCACGCTCGTGACTATCGGGATGCTTTAAACCGAATGGCTCGGTATAAGCAGCTATGTCCACCCGAAGGCTTGCTAATCTCCGAGGAGGGCGAACGATGTACCATCGAGCTGGAATGGCTGAACCTAAGCGATCAACCTGGCCCGGCGCTGCTTGTTGGCATTACACTGGCATGTCTTCTGGAGCTTGGACGACGGGGCACAGGTCAACCGCTGACCGCGCAATTGGTTGAATTTTCGCAGCCTATGGGCGATGTACAAGCTCTTGAAGCTTATTTTGGCTGTCGCATCCGGATGGGTGCAAACCGTAATCGATTAACGCTCTATCGAAGAGATCTGGACCGACCTTTTATCTCGTATAACGAAGAATTGCTGGAGATTCTGACTCCAGCTCTGGATCGTTCGCTTGATGAACTACAGAGCCACCGCTCCATTACTGACCTGGTCAAATGGATCATGAAACGCAGTCTCACAGGAGGGCGCCCTGACATTCAGTCAGTGGCGAAGGAGCTTAATATGAGTGATCGTACGTTACAGCGCAGGCTGACGGATGCAAATGCAAGCTTCAAGCAATTGTTGACACAAGCAAGACATGAGCAGGCCATCGAGTACTTGGCAGACCCCTCGCTCGATATCAAAGAAGTTGCCTTTTTGATTGGATATGAAGATCAGAACTCGTTCTACCGAGCATTCCGTCTTTGGGAAGGAGATACTCCATCCCATTGGCGCACTGAACATTTTAATAGTCCTTCGCTGTCCGAACACCGACAGGAAATGTTGACCATGGGTTCATAG	MKRYTSDRIKIPPGLWEGIHQLGIAAQDVARKAELPLAVITEPEVTTAQYFAIWQAYSDLMGDTAQGIIQLATVFETAKYPPTVLAPYHARDYRDALNRMARYKQLCPPEGLLISEEGERCTIELEWLNLSDQPGPALLVGITLACLLELGRRGTGQPLTAQLVEFSQPMGDVQALEAYFGCRIRMGANRNRLTLYRRDLDRPFISYNEELLEILTPALDRSLDELQSHRSITDLVKWIMKRSLTGGRPDIQSVAKELNMSDRTLQRRLTDANASFKQLLTQARHEQAIEYLADPSLDIKEVAFLIGYEDQNSFYRAFRLWEGDTPSHWRTEHFNSPSLSEHRQEMLTMGS				NA	NA	NA	NA	NA
JZ016_00311	795	fabG_1		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGGATATGGGATTAAACAATAAAACAGCATTGGTTACAGGATCTACGAAAGGGATAGGCAAGGCTATTGCCATTGAACTTGCCAGAGAAGGTGTCCATGTTCTTATCAACGGACGAAATGATGAAGAGGTACAACGAACCGTTAATGAAATCAAGTCGGATTTCCCGAATACAAGTCCTCAGAATGCTACCGCCGATTTGGTGGATATCGGGCAAAGAGAGGCTCTATTTGATAAATACCCTCACGTGGATATTCTGGTTAACAATATGGGGATATACGAAATCATGCCGTACGAGGATGTTAACGATGAAGTTTGGGATACCTACTTCCGTACGAATGTGCTTGCAGCCAACGGATTAACCCAATTTTATTTGCCCGGCATGCTAAAGAACGATTTTGGACGTATTATCTTCATGGCGAGTGAAGAAGCCATGATGCCTTCTGGACAAATGCCGCAGTATGCCATGACAAAATCCATGCTGCTATCCTTAGCAAAAAGCTTGTCCAAATTAACGAAAGGTACCGAAGTAACAGTCAATACGATTTTGCCCGGCCCGACTCTCTCCGAGAACGTGCAGGATATTATCGAGGGAATATACGCCAATGAAGATATGACCTTTGCGGAAAAAGAGAAAGCTTTCATGAGTACAAACCTGCCTCAATCCGAAATTCAACGATTTATTAGGCCGTTCGAAATCGGTAGACTGGCTGCATTCCTATGCAGTCCTTATGCATCCGCGTTTAAAGGTTCACCAATCCGTATGGATGGGGGAATGGTGCCTACGATTTTCTAA	MDMGLNNKTALVTGSTKGIGKAIAIELAREGVHVLINGRNDEEVQRTVNEIKSDFPNTSPQNATADLVDIGQREALFDKYPHVDILVNNMGIYEIMPYEDVNDEVWDTYFRTNVLAANGLTQFYLPGMLKNDFGRIIFMASEEAMMPSGQMPQYAMTKSMLLSLAKSLSKLTKGTEVTVNTILPGPTLSENVQDIIEGIYANEDMTFAEKEKAFMSTNLPQSEIQRFIRPFEIGRLAAFLCSPYASAFKGSPIRMDGGMVPTIF	PGPT0003180_3587	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_00312	738	tatC1_1	COG0805	Sec-independent protein translocase protein TatCd	ATGACCCAGCACGAGCAAGAACAGGAGTTGCATATAATAGAGCACTTAACAGAGCTCCGCAAGCGGATTCTCATCACATTGGGCACCTTTTTGGTAGCCCTTTGTGCCGCTTTTCTATATGTTGAACCGCTGTATGAAATGCTGACTCGCGACGTGGAGGGTCAGCTTCAAATACTGGGACCAACGGACGTGATTTGGGTATACTTCATGATTGCAGGCGTTATAGCTCTTGCGGTGACGATGCCTGTTGCCGGATTTCAGGTATGGCGGTTCGTCGTACCCGGGTTGAGTACTGTTGAGCGGCGTGCATCCCTGGCTTACATCCCTGCGATCGGAGCCCTTTTTCTATTGGGTTTGGCCTTTGGCTACTTTGTCATATACCCCATGGTCCTGTCCTTCCTGGATTCGCTGTCGCACCATTTCATAACAGCTTATACTGCCGAGAGATATTTCCGTTTTATGGTGCATATGACCGTACCGTTTGGTGTGCTGTTCGAAATGCCCGTCGTTATCATGTTCTTGACCTCGATTGGCATTCTGAATCCGCTCCGCTTAGCTAAAATGCGCAAAATCTCCTATTTGCTGCTGACGATTGCAGCCGTAACCATTACACCGCCGGATTTCGTGTCGGACATCCTCGTCATTGTGCCCCTGTTCCTTCTATATGAGATCAGCGTTGGATTGTCTCGAATTGTATATCAGAAAAGACTGACCAGGCTGGAATTAATAGGTGAGTAA	MTQHEQEQELHIIEHLTELRKRILITLGTFLVALCAAFLYVEPLYEMLTRDVEGQLQILGPTDVIWVYFMIAGVIALAVTMPVAGFQVWRFVVPGLSTVERRASLAYIPAIGALFLLGLAFGYFVIYPMVLSFLDSLSHHFITAYTAERYFRFMVHMTVPFGVLFEMPVVIMFLTSIGILNPLRLAKMRKISYLLLTIAAVTITPPDFVSDILVIVPLFLLYEISVGLSRIVYQKRLTRLELIGE	PGPT0029295_4029	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029295-tatC-K03118	NA	NA
JZ016_00313	186	tatAd_1		Sec-independent protein translocase protein TatAd	ATGCCTCTGGGAAACATCGGAGTGACAGGGCTGATCCTCATTCTGTTGATCGCCTTGATTATTTTCGGTCCTTCGAAGCTGCCTGAACTGGGCCGTGCCTTCGGTCGAACACTAAGCGAGTTCAAAAACTCAACGCGTGAACTGGTTTCGAGCGAAGATATCCATGATGGAGATAAATTGAAATGA	MPLGNIGVTGLILILLIALIIFGPSKLPELGRAFGRTLSEFKNSTRELVSSEDIHDGDKLK	PGPT0029290_4745	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029290-tatA-K03116	NA	NA
JZ016_00314	684			hypothetical protein	ATGAATCAATTGTGGAGCAGGTGGAAAGGCCCGATTATGGGCTCGGCACTGCTTCTTTCTTTAACAGCCTGCTTAAATCAAACCGACGACAATCAACAAAACGCGCAATCCGTGGAGCAGCATAATGCCGATGCCGTTCACTTGCACAGCACCGACGTGATCCCTAGCTATCATGGACCGAAAACCGAAACAACCAATGTCCATGGCAATACCACAAGCGGGATGGGCATGTCCGTGTACAGCATGATCGGCTCATCCAGCCTGCATGAAGGCGGCGTCTCTTCCCATGTTCAGTCAAGACTTGCAGGTCTGGGCATTGATGGAGTGAAAGCTTTTGTCCTCAATGACACGATTATTCTGGCACGTGCAGAATCACGCGTTTCTTCTAACCACTATGACAACATGCAGCAAAAGGTGTTAAGTCAGACGGAAGGAATGTCGGGCAAAGGCGAGCCGGATGAAGGAGTAAGCGGAGCAAAGAACGTGGACAACGATAATATGTCGCAAGCCAAAGAGCAAGTGAAGAACATGTTTAATGAAGAAGTGCAAATTCTAACGGTAACGAATCCTCAAGCTCCTGCGCTGATCGACCGAATTGCCTCGAAGCTGCATGATGCGCCGCGCGACAAGTCGATCGCCAGAGATATTACTGAGCTGCTGCATATGGCATCGGATAAAAAATAA	MNQLWSRWKGPIMGSALLLSLTACLNQTDDNQQNAQSVEQHNADAVHLHSTDVIPSYHGPKTETTNVHGNTTSGMGMSVYSMIGSSSLHEGGVSSHVQSRLAGLGIDGVKAFVLNDTIILARAESRVSSNHYDNMQQKVLSQTEGMSGKGEPDEGVSGAKNVDNDNMSQAKEQVKNMFNEEVQILTVTNPQAPALIDRIASKLHDAPRDKSIARDITELLHMASDKK				NA	NA	NA	NA	NA
JZ016_00315	762			hypothetical protein	TTGAGCGAACAAGACGAACAACAAACCAAACCATCGAAGCCTGACGGCTCGCAGACGATGACACGGCGGAAGTTTCTGAGAAACTCCGGTTATGCCGTGGGAGGTGTCGTGCTGGGCGGTGTACTCGGATATCTTTTGCCGAAGCGGGAAACCCCGCCTGCAGCACCGGCACCTGAACAGAATGATAACAACTACAACCAAGCATTAATGTTCTTTAACCAGGAGCAATACAGGATCACGGAAGCAGCCGTAGAGCGTATTTTTCCTGCGGATGAGAACGGTCCGGGCGCTAAAGAACTCGGCGCAGCCTTCTTCATCGACCATCAGCTGGCCGGTGATTGGGGGTTCAATGCAAGAGATTATATGCAGCCCCCATTCTATGTTGGAGAGAAAACGCAAGGTTATCAGGGCCGATTAAGACGACGGGAGATATTCTACATTGGTCTGCGCGAGATTCAGAACTACAGCCAAAAGAAGTATCAGAAAGATTTCCCTAGCCTGTCACCAGAGGAACAGGATGCCGTGTTAACTGCCTTCCAGAACGATGAGGTCAAATTGACAACGATCTCGGCCAGCGGGTTCTTTAACCTGCTCCGCAGCAGCACATTGGAAGGGGTCTACAGTGATCCGTTGTATGGCGGGAACAAAAATATGCAGGGCTGGACGATGCGTCAATATCCGGGTAACCAAATGGCTTACACGAATATTATTGAGAAGAATTTCACCGTCATCCCGCCGAAGAGTTTAAAGGATCACCTATAA	MSEQDEQQTKPSKPDGSQTMTRRKFLRNSGYAVGGVVLGGVLGYLLPKRETPPAAPAPEQNDNNYNQALMFFNQEQYRITEAAVERIFPADENGPGAKELGAAFFIDHQLAGDWGFNARDYMQPPFYVGEKTQGYQGRLRRREIFYIGLREIQNYSQKKYQKDFPSLSPEEQDAVLTAFQNDEVKLTTISASGFFNLLRSSTLEGVYSDPLYGGNKNMQGWTMRQYPGNQMAYTNIIEKNFTVIPPKSLKDHL	PGPT0001305_112	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0001305-EC_1_1_99_3G|gadh3-K06152	NA	NA
JZ016_00316	1152			Gluconate 2-dehydrogenase flavoprotein	ATGGCCAAAAAATTACCGAAAACGGATGTTGTCATTATCGGCGTCGGCTGGGCTGGCGGGATTATCGCCTCGGAATTGACCAAGAAGGGTTTATCTGTCGTCGGTTTGGAAAGAGGTAAAGAAAGGGTAACGGAAGACTACTACATGGCTCACGATGAGCTCCGTTACGCGCTCCGGTACGATTTGATGCAGGACCTTTCCAAAGAAACGATTACATTCCGGAGCACCGAAAAAATACGTGCACTACCGATGAGGCAGTATGGATCGTTTCTGTTAGGGGAGGGACTTGGGGGAGCCGGCGTGCACTGGAATGGGCAAACGTTCCGTTTCCTTCCCTACGATTTTAAAATCCGGAGCATGACGGAAGAACGATATGGGAAAGATAAAATACCGCCGGAAATGACGATCCAGGACTGGGGTATTACCTACGATCAGCTCGAGCCGTTTTTTGATAAGTTCGAGAAGACGACCGGCATCTCCGGCGAGGAAAATCCCTTGGCAGGAAAACGTTCGAATCCTTACCCAACACCGCCTATGCTGCATACGCCATCCATGAAGATGTTTGCGGATGCTGCGAAAAACCTGAAACTCAATCCGTATACGGTTCCTTCAGCCAATCTGTCGGAAAACTATACGAACCCGGATGGCATTTCTCGAGCGGCTTGCCAGTATTGTGGATACTGCGAGCGGTTTGGCTGCGAATACGGAGCGAAAGCGGATCCTGTCGTTACCGTGATTCCTGTTGCGAAAAAAACCGGAAAGTTCGAAATCCGCACCCATTCCTATGTTCGTAGAATTCTGCATAAGGGTGGTAAGGCAACGGGCGTCATGTACACGGACCTAACGACCGGGGAGGAAATCGAACAGCCGGCCGATATCGTCGTCTCGACGGGATATGTATTTAACAATACCCGTTTGATGCTTCTCTCGAAAATCGGCAAACCATACGACTCGTCCAGCGGGACGGGCGTGATCGGCAAAAACTATGCCTATCAGGTGATCAAGGGGAATGCCGCCGGATTTTTTGAGGACAAATTCAATCTGTTTGCAGGTGCAGGAAGCCTAGGGATGAGCGTGGACGATTTTAACGGCGACAATTTCGATCACTCAGACCTGAAGTTCATTCATGGGGGAATATTGCCCATACGGTAA	MAKKLPKTDVVIIGVGWAGGIIASELTKKGLSVVGLERGKERVTEDYYMAHDELRYALRYDLMQDLSKETITFRSTEKIRALPMRQYGSFLLGEGLGGAGVHWNGQTFRFLPYDFKIRSMTEERYGKDKIPPEMTIQDWGITYDQLEPFFDKFEKTTGISGEENPLAGKRSNPYPTPPMLHTPSMKMFADAAKNLKLNPYTVPSANLSENYTNPDGISRAACQYCGYCERFGCEYGAKADPVVTVIPVAKKTGKFEIRTHSYVRRILHKGGKATGVMYTDLTTGEEIEQPADIVVSTGYVFNNTRLMLLSKIGKPYDSSSGTGVIGKNYAYQVIKGNAAGFFEDKFNLFAGAGSLGMSVDDFNGDNFDHSDLKFIHGGILPIR	PGPT0001300_582	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0001300-EC_1_1_99_3A|gnd-K06151	NA	NA
JZ016_00317	435			Gluconate 2-dehydrogenase flavoprotein	ATGCCTTATCGGCATCATTACCTGGATTTGGATCCCACCTATAAGGACGCATTCGGAGACCCGTTGATTCGAATCACGTTTGATTTCGAAGAGCAGGATCGCCAGTTGGCCAGGTATCTTTCCGATCGCTGCGCGGAGATTGTGCAGGAGATGGGGGGCCAGAATATCATGAAATTAAAGGAACTGGGACCTTACGAAATTACGACATACCAATCGACTCATAATACCGGCGGGGTGATTATGGGAGAGAACCCTGGCAATTCGGCCGTCAACAACTACATGCAAATGTGGGATATGGAAAACTTGTTTGTGGTAGGCGCATCCGCTTTCCCGCATAATAGCGGCTATAATCCGACCGGCACGGTCGGGGCTCTTGCATATCGCACAGTGGATGGAATTATGGAATACAGCAAAAAGGGCGGGCTGTTAGTATAG	MPYRHHYLDLDPTYKDAFGDPLIRITFDFEEQDRQLARYLSDRCAEIVQEMGGQNIMKLKELGPYEITTYQSTHNTGGVIMGENPGNSAVNNYMQMWDMENLFVVGASAFPHNSGYNPTGTVGALAYRTVDGIMEYSKKGGLLV	PGPT0001300_582	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0001300-EC_1_1_99_3A|gnd-K06151	NA	NA
JZ016_00318	396	cccB_1	COG2010	Cytochrome c-551	ATGTTCAGAAAAGGATTACTGTTAGTATTGCTATTGACTTTTGCTCTTGCTGTGGTGGCATGTGGTGGTAATGATGCAGCAGATCCGGCTCCGGCTCCTGCAGAAAACGGCGGACAAGCACCAGAGGAAGGAGCAACCGGCGGGGATGCCAACAACGATGCAGCTATGACGCTGTACAATGCCAACTGCATGGCTTGCCATGCTACCGACTTAGGCGGAGGCGGAAATTTCCCCAGCCTTCAAAATGTAGGCTCCAAGCACGACGCTAGCGAAATTGCAGGTATTATTTCAAATGGGCGCAATGGAATGCCGGCATTCCAAGGCAGGCTGACGGAAGACGAAATTAATGTGCTGTCTCAATGGTTGGCTGCCAAAAATAAGGTGAACCGGATATGA	MFRKGLLLVLLLTFALAVVACGGNDAADPAPAPAENGGQAPEEGATGGDANNDAAMTLYNANCMACHATDLGGGGNFPSLQNVGSKHDASEIAGIISNGRNGMPAFQGRLTEDEINVLSQWLAAKNKVNRI				NA	NA	NA	NA	NA
JZ016_00319	810			hypothetical protein	ATGCTACAATGCAGATATAAATCGCGTTGTGGTCATGGGGGTTTTCTCTCACGGTTACAGCGTAAGAATGGAACACTTTTGGAGGTGGATTGTGAAGTCATGACAGAGACGTTCGTATCCTCCTATAGCACATGCTCGATAAAGTGCCGGACGGTGGTGTGCTTTTTTGCCGGTGTCCTGACCTATCGAAATAATTTTGAAGATGCTGCAAGCGAGGTTGCCCGAAGATACCCAAATGCCAAAATCTTAATGATCTTTCCTTACGGGATGGCAAACGGCATATCGGTTTCCTCGTTAGTCCGTCTACTGGCCCGGCAGCTTACGCAAGTCGGCTATGATTTGGTTCGAGAGCAGTCTCAGCGGGTTATGGAAGCAGGACAGATCATCCATGAGCATGCAGCTGGTGCGGAGCAGCTGATCCTGATCGGGCACAGCGCCGGAGGCGTGATCGCTTATAAGGCAGGGCTTTATTTGGAGGAGAAGTTTAATTATCGGGGAATCCATGTGTTTGCTGTAGGATGTCCAAGGTTTTATTTGAAGGATATTCCTTACAATGACCGGTTTACATATATCACGGGTCAGAATCCGGACAGGATCACTAGAATTGGCAGTTGGCGCATGCCGGGTTCCAAGGTGTACCGTGGAAGGCCGGGGCGTGAGATTCAACTGGATTTTAATCCGGATCATCAAGGATGGCGGTTTCATGCCTCTTATTTTCTGAAATCAGCCTGGACGGATTCAAACGAAGCATTCCATACCAATTCAGTCGATCTTATATCCAAAATCCATGAATTGCACCCCGAAAGATAA	MLQCRYKSRCGHGGFLSRLQRKNGTLLEVDCEVMTETFVSSYSTCSIKCRTVVCFFAGVLTYRNNFEDAASEVARRYPNAKILMIFPYGMANGISVSSLVRLLARQLTQVGYDLVREQSQRVMEAGQIIHEHAAGAEQLILIGHSAGGVIAYKAGLYLEEKFNYRGIHVFAVGCPRFYLKDIPYNDRFTYITGQNPDRITRIGSWRMPGSKVYRGRPGREIQLDFNPDHQGWRFHASYFLKSAWTDSNEAFHTNSVDLISKIHELHPER				NA	NA	NA	NA	NA
JZ016_00320	681	rhaR_4		HTH-type transcriptional activator RhaR	ATGCTGCTCATTCGCAAGAACGACGGACACCGTCTGATCAATCCTAACGGTGCCCCATTCGAAAGAGTAACCCTGCTCTTTCAAGAAGAGTTTTTAGGCGGGTTGTTGACCGAGGATCCGTCTTTTCATCCCCTCTCCCCTTTCCAAGCAGGTTCCGGTTCCATCCGGTTAAAGGGTCAGGAACAGGGGTATGTCGAAGGGCTCTTTGCGAGGATGGCCGCCGAATCGGCTAACGAATCCCCAGAGTCGAATTTCTATCTCAAAATCCTGTTATCCGAGCTTTTGGTGTTCACCCACCGTATTCTGAACAGCGGCCGCCAATACATAACTATCTCTACCAACCAGGTTCATCAGCGTATCTCCCATATAGCTCACTTTATCAATCACCACTACGACCAGCGCCTCACTTTAGAGGAACTCACCAGCCGGTTCCATGTAAGTCCCTCCCATCTTAGCCGAACCTTCAAGGAATCGACGGGGTTTACCCTGATCGAGTATGTGAATCACGTACGGATCAAGCAAGCGTGTCATTTGTTGAAAGAATCCAATATGCAAGTTTCAGATATCGCCGAAAGCGTCGGCTTCGAGAATTCAACCCATTTCGGTCGCACGTTTAAAACCATAATCGGTCTCACTCCCCTGAAATTCCGTAAAATTCATCAGACGAATATACAGCTGTAA	MLLIRKNDGHRLINPNGAPFERVTLLFQEEFLGGLLTEDPSFHPLSPFQAGSGSIRLKGQEQGYVEGLFARMAAESANESPESNFYLKILLSELLVFTHRILNSGRQYITISTNQVHQRISHIAHFINHHYDQRLTLEELTSRFHVSPSHLSRTFKESTGFTLIEYVNHVRIKQACHLLKESNMQVSDIAESVGFENSTHFGRTFKTIIGLTPLKFRKIHQTNIQL				NA	NA	NA	NA	NA
JZ016_00321	4455			hypothetical protein	ATGCGAATCAAGAAGAAAAGAGGACGGAATGCAAAGCGAATGTTCTTATTGTTTTTAGCATTATTGTTGATCCCCTGGACACTGCCGGCAAATTCTCATGCCGACTCCGTGACGTCCAAGCCCGAGCTAGCCTCTGATGGACCGGGGAAAGCGGCAGAAGCCATAATCGCCGAATGGGTCTTCAAGAACAAGGGAGAAGGAGGCATCCATCCTGCAACCGGAGGACTCAACAAGTCTTCCTCCATCCTCCAACAGGTCGGAGGATATTTTGAATACTACGACAGTAAAGCCCAAGACATCAGCTATCAGGGCTGGGACAATGGCCAGGGCAAGAAATATTGGTTGGCCATGGTTCCTACGTCAGCCTACAAGAATGTCAAACTATCCTCGGAGCAAAGCTCTTCGGGTTCTGCGCCTAACGATTTCAAAGTACAGGTAAGCACCGACCGAACGGTATGGACTGATGTTCCGGGAGGCACTGTACAGATGAATATCGTTTCGAGTTACAATTGTCCGAATCAAGCCTGCTTACTCCGCAACCTCCCCCTGCCGAATGCAGAGGATAAGCAAATGCTGTATATCCGCTGGGTGGTTAACTCCAATAAGCCAACCAACCCCAAAGATAATCCGAATGGCATTGGATCGGGAGGTTCCAGTAAAATTCGGAACATTCGCGTAACCGGGGAACCGATATCCGGAACAACGCCTGAACAGCCTACCATCGACGTATCCTATGTGCCGGAACAAGGTGCCGAAAAGGTAGCCGTGACAACGCCGATTGAGGTTAAGTTCAACAAACCGATCACGGTAACGGCCAAACAGGACATCACGGTACGGGATGGCCAGAATCAGCCTGTTTCAAGCATTGCCGTCGAAGTCATAAACGAGACGACATTGCGTATTAGGCATAGCGGATTAGGTCAAGGGAAGAGCTACAGGGTAACAATACTCCAAACCGCGGTCCAAGGAAAAGACGGCTCCCCTCTGCTTCGAAATATCGAGTGGAGCTTTACGACTGTAGGAGCCGTCTCTCAGCCGAAACTTATTAACATGACCCTGAACGGAGATCCAAAAACGAGCATGGCTTTCGCCTGGTACACGGATACGTCGGCCGCAACGAAAGTCCAGGTTGCCGAATCAACGGGAACCGGAAACCTGTTTCCGAAAGAGGGATTTCTTGAATTCACCGGCTCCTCGGAGGAAATTTCGACGTATATGACCAAGAGCGACAGAACGACCGGAAAGAAGAAAAAGTTTTTCAGCCATAAAGCAAGCGCGAATGGATTAAATCCGGGAACGGATTATGTATTCCGGGTAGGCGATGGTTCAATATGGAGCTCCGTTGGATCGTTCACAACCGATACGACAACACCGAAGCCATATCGGTTTATCGTGGGAGCCGACTCTCAAGCCTCAAGCAAATCAGGCTTTGAACCATGGGCGGATACCTTCAAGAAAGCCTACGAACATATGGGCAACCCCAAATTTCTGATCAATGCCGGCGATCTGGTCGATAATGGCGACTTGGAGGAGCAGTGGCAGTGGATGCTCGGACTCGCGCAGGAGCATCTGATGAAAGTGCCATTTGTACCCGTACTGGGCGGACACGAAGTATCGGATTGGGACGGGGATGCCACGACGCCGAATAATAACTTTTACAACCATTTCAATCTGCCGCGGAAAGTGGTGGATGCGACTCATGACGGGTCGGTTTATTCTTTTGAATACGGCGACGCGCTTTACATGGTGTACAACTCGCAGTTTGACGGCAAGCTGAATGAAGACGGCTCCGTCGATTGGGACGACGATCAGCATGAACAATTTTGGAACCAGATTGATTGGATGAGGAACACGGTGGCGAAGACCGACAAGAAGTGGAAATTCGTCACGCTTCACAAAGCGCCTTATGCAGCTGGCGATAATTCCGCGCAATGGGAAGGAGATCGCGTTGAATTTTACCGGAAAAATCTGATTCCTGTTTTTGACGAGCTTGGCATCGATATGGTGTTCGAGGCTCACGATCATATGTACATGCGTTCCTTCCAAATGTATGGGGACAAGGTCATCGATCCGAAAAAACTGGAAAAAGACGAAGCAGGCAATGTCGTCAATCCTCAAGGAACGGTGTATCTGATGCCCAACGCGTTTGGAAACAAATTCTATTATAAAAACGAGCCGTATGACGACTACTTCGCAGCGATTAACAATCAGCCGAAGAAAAAAATGTTTACGGATGTGTCGGTTTCGGATCAAATTTTGAAATTCGATGCCTACACGGCTGCTATTGAAGATGAAGGAAAGAGCGGATCTGGGAAAAATGGGCTGAAGGTGTACGATCATTACGGTATCAAACGAACAGACACCAAACCGAATCCGGTAGAGGGAGCACAGGTTAAGCTCCAAGGTGCCAAGGCTACGTTGACCTGGAAGACACCAACTTCCAGCAATGAGCAGGTAAGAGGATTCCGCATTTATGAACAGGATGACAAGATCAGCAAACATTGGAGCCTTTATGTGCCAGTGAAGTCGGGAACGTCCCAGTACAGCGTCGTTATCGACAAATTGAATCCGGATATCCAATATAATCTGGTGATCAAGTCCGTTGGCAGAAGAGACAATTCAAGCCCAGTCACCGTAAGCACTTCGGATCATGCCGAGGGGAATGAACCTCCATCTGCTGTGGATGGTTTGGCGGGCAAAGGCGTGTCTCCTTTTCAAATCGACCTGACCTGGAGAGCACCTTCCGGCAAAGCGCCGTATCGGTATCATATATACCGCAACGATCGTCACGTTGGAACAACCAAGGAAATAACATATGCCGATACCGGGCTGACGCCCGAAACGGAATATCGGTACAAGGTAACTGCCGTCACTATGGGAGGCGTTGAATCACTGCCGACTGCAGAAATTCGCTTGAAAACGATGACTTCTTCGCAAGGCACCGGGCCTTACAAACCGTTCCCGCAGCATACAGCCTACAGCTCCGGCTCGATCAAGCCGAATCATGTGCAACAAGCGCAGCTGGATGCGACCGTTGCCCGGCTGTATGATGAATGGAAGCAGAAATACTTGAAAAAGAAGCCGTATCTCCAATCTTCGGAGCCGGATCAGTACTACGTCTGGTATGCCGACGGGGACTGGTTTCAAGAGGAGTATGACGAGGAGCTGAAGGTCAATTATCAACCCATGACCGTTTCGGAAGCGCACGGATACGGGATGCTGATCACCGCACACATGGCGGGTCATGATCCTAAGGCCAAGGCTTATTTTGACGGACTATATCGATATTTCAGAGCACATCCGAGCAAGATCAACCCGGAGCTGATGGCTTGGAAGCAGGGCGATACAGGTCAGGCCGTCGTAAATGTCGGCGGTGTTGATTCGGCCACAGATGGTGATATGGATATCGCGTACGCTTTGCTCCTTGCGGATCGCCAGTGGGGAAGCGACGGTGAGATCAATTACCTGTCCGAAGCCAAAAAAGTAATCGATGCGATCATGAAGAGCGATGTCAATCACGCCGAGTGGACGTTGAAGCTTGCTGATTGGGTGAGCGACAACGATGCTAAGTATGGCAGCGCTACGCGTCCTTCCGATTTTATGCTTCAGCATTTGAAAGACTTCAAAAATGCGAGCGGTGATGCCAATTGGGATCGGGTCATCGACAAGACCTATTCCATCAGCGAAGGAGTATACAAAAAGTACAGTCCGAATGCGGGGCTGCTGCCCGACTTTGTGGAGAAGAAAAACGGCAGCTATGCACCGGCAGATCCGGAATTCCTGGAGTCTGAAACAGACGGGGATTTCAGTTATAACTCTTCGCGCATTCCTTGGCGGCTCGGCACGGACGCTCTTATGACCGGGGAAACCCGTGCGAAAGAGCAGCTAAATAAAATGACGTCATGGATTCGCCAAGTGACCGGGGATGATCCGGGAAAAATATATGGCGGCTACAAGCTGGACGGGTCAAAAGCACTCGTGAATTATACGGATACCTCATTTTCTGCGCCAATGATGGTCAGCGCCATGATTAATCCGGCGAATCAGCAGTGGCTCAACCGATTATGGGACCACAACGCCTCCATTTCTACGAACGATGACGTTTATTTTGGAAACACGCTGCGTCTTCTAAGCATGATTGTCGTTTCGGGTAACTGGTGGTCACCGACCATCGCGGATACCGAAGCGCCGATCCAGCCAACCATCGAAGAAGCGGTAGTCGTATCCGATTCATCCGTGGAACTGAAGTGGACGCCTTCATTCGATAATGCGGGAATTGCAGAGTATAAGGTTTATCGGAATAATACCGTCATTGGAACGTCGAATACGACGGATTATAAGGATAGCGGCTTGACGCCGAATACAACGTATCAATATTTTATCGTTGCGTACGATACCTCAGGTAACATGTCCAAAATCAGCAATGTCAGAATCGTCTCGACGGGGAAGCCATGA	MRIKKKRGRNAKRMFLLFLALLLIPWTLPANSHADSVTSKPELASDGPGKAAEAIIAEWVFKNKGEGGIHPATGGLNKSSSILQQVGGYFEYYDSKAQDISYQGWDNGQGKKYWLAMVPTSAYKNVKLSSEQSSSGSAPNDFKVQVSTDRTVWTDVPGGTVQMNIVSSYNCPNQACLLRNLPLPNAEDKQMLYIRWVVNSNKPTNPKDNPNGIGSGGSSKIRNIRVTGEPISGTTPEQPTIDVSYVPEQGAEKVAVTTPIEVKFNKPITVTAKQDITVRDGQNQPVSSIAVEVINETTLRIRHSGLGQGKSYRVTILQTAVQGKDGSPLLRNIEWSFTTVGAVSQPKLINMTLNGDPKTSMAFAWYTDTSAATKVQVAESTGTGNLFPKEGFLEFTGSSEEISTYMTKSDRTTGKKKKFFSHKASANGLNPGTDYVFRVGDGSIWSSVGSFTTDTTTPKPYRFIVGADSQASSKSGFEPWADTFKKAYEHMGNPKFLINAGDLVDNGDLEEQWQWMLGLAQEHLMKVPFVPVLGGHEVSDWDGDATTPNNNFYNHFNLPRKVVDATHDGSVYSFEYGDALYMVYNSQFDGKLNEDGSVDWDDDQHEQFWNQIDWMRNTVAKTDKKWKFVTLHKAPYAAGDNSAQWEGDRVEFYRKNLIPVFDELGIDMVFEAHDHMYMRSFQMYGDKVIDPKKLEKDEAGNVVNPQGTVYLMPNAFGNKFYYKNEPYDDYFAAINNQPKKKMFTDVSVSDQILKFDAYTAAIEDEGKSGSGKNGLKVYDHYGIKRTDTKPNPVEGAQVKLQGAKATLTWKTPTSSNEQVRGFRIYEQDDKISKHWSLYVPVKSGTSQYSVVIDKLNPDIQYNLVIKSVGRRDNSSPVTVSTSDHAEGNEPPSAVDGLAGKGVSPFQIDLTWRAPSGKAPYRYHIYRNDRHVGTTKEITYADTGLTPETEYRYKVTAVTMGGVESLPTAEIRLKTMTSSQGTGPYKPFPQHTAYSSGSIKPNHVQQAQLDATVARLYDEWKQKYLKKKPYLQSSEPDQYYVWYADGDWFQEEYDEELKVNYQPMTVSEAHGYGMLITAHMAGHDPKAKAYFDGLYRYFRAHPSKINPELMAWKQGDTGQAVVNVGGVDSATDGDMDIAYALLLADRQWGSDGEINYLSEAKKVIDAIMKSDVNHAEWTLKLADWVSDNDAKYGSATRPSDFMLQHLKDFKNASGDANWDRVIDKTYSISEGVYKKYSPNAGLLPDFVEKKNGSYAPADPEFLESETDGDFSYNSSRIPWRLGTDALMTGETRAKEQLNKMTSWIRQVTGDDPGKIYGGYKLDGSKALVNYTDTSFSAPMMVSAMINPANQQWLNRLWDHNASISTNDDVYFGNTLRLLSMIVVSGNWWSPTIADTEAPIQPTIEEAVVVSDSSVELKWTPSFDNAGIAEYKVYRNNTVIGTSNTTDYKDSGLTPNTTYQYFIVAYDTSGNMSKISNVRIVSTGKP				NA	NA	NA	NA	NA
JZ016_00322	1353	yvbW	COG1113	putative amino acid permease YvbW	ATGGCAAAACAAGATGAAGTTTCATTACAGAAGAAATTGAGGCCAAGGCATATCAGCTTTATGGCAATGGGCGGTGTAATCGGCACCGGGATATTTAAAGGAAGTTCCGAGACGATCAGTCTCGCCGGTCCGGGCGTAATTTTCTCTTATATCTTTGCAGGACTGCTGCTTCTGGTGGTAATGGGAGCAATGACAGAAATGGCTACGGTGTATCCGGGCCGGAACATGAAAGATTTTGTACGGGAAGCCTTTGGAAAACGGGTTTCTTTTGTCATGGGCTGGATGTATTGTTTCATGTGGCTCTCGGTATGCGTGATTGAAGTGATTGCGGCAGGCAGCTTTCTGCAATACTGGTTTCCTGAGGTTCCGCTGTGGCTGCTCAGCCTAGCAAGTGCTGCGCTCATTATTTTAATTAATATGATGAGTGTTGGAAGCTTTGGCGAAGTGGAATTTTGGCTTGCCGGGATCAAAATCGCCATGATTATTAGTTTTATTGTGCTGGGAAGTTTTCTGATGTTTGGCATTATTCCGAGTTCAGACACCCCATACCTTCAAAATTTCACCGCTCATGGCGGTTTTTTACCAAACGGATGGTTCGCCATATTCTCGGCTCTGCTTGTCGTTACCTTTTCGTATGGCGGCTCCGAGCTGATCGGTCTCACATTAACCGAGACTGAGAATGCGGAGAAAATCCTACCGAAAGTCGTGCGCAATTTTATTTTGCGGGTAATTTTGTTCTTTACGCTGCCGATTCTGATCATATGCGGATTGATTCCGTGGAATCAGCTCGGGGGAGAGGCAAGTCCCTTCGTTCAAGTGTTGTCCGCTACGGGATTGCAGGGAACAGCTCACATTATGAATTTTATTTTGGTGACGGCTGTGCTGTCGGCAGCCAACTCCGGTATCTATGGTGCGACGCGCATGATTTATTCCATGGCAGCTGCCGGGGAGGCTCCACGAAGCCTGGCCAAGACCACGAGCAAAGGCATTCCGCTTAATACGCTGAAACTCTGCGCGATCATACTATTAGCGGGTTCCTTGCTTGGATTGATTGCGCAAGACCAGCTGTTTCGGGTTCTGATGGCGGTGCCGGGGTTTGTCGTTGTGCTCGTGTGGATCTGCATTTGCTTCTCGCAGCTGAAGCTGCGCAAAGCTTATCCGATGCAGCCCAGCTTTAAGGTATGGGGGTTCCCCTATATAACCGGCGTAACTGCGCTCTGCCTGTCGGTGATCGCTGTCCTGTTTCTGATAGACGGACAGAACCGGGTCAGCATCAGCGTATGTCTGTCCGTCCTGCTGCTATTGGTTGTCTGGTCCCTCATGAAATTCAAAAAAGGGAACAGAAGCGGATAA	MAKQDEVSLQKKLRPRHISFMAMGGVIGTGIFKGSSETISLAGPGVIFSYIFAGLLLLVVMGAMTEMATVYPGRNMKDFVREAFGKRVSFVMGWMYCFMWLSVCVIEVIAAGSFLQYWFPEVPLWLLSLASAALIILINMMSVGSFGEVEFWLAGIKIAMIISFIVLGSFLMFGIIPSSDTPYLQNFTAHGGFLPNGWFAIFSALLVVTFSYGGSELIGLTLTETENAEKILPKVVRNFILRVILFFTLPILIICGLIPWNQLGGEASPFVQVLSATGLQGTAHIMNFILVTAVLSAANSGIYGATRMIYSMAAAGEAPRSLAKTTSKGIPLNTLKLCAIILLAGSLLGLIAQDQLFRVLMAVPGFVVVLVWICICFSQLKLRKAYPMQPSFKVWGFPYITGVTALCLSVIAVLFLIDGQNRVSISVCLSVLLLLVVWSLMKFKKGNRSG	PGPT0000815_2107	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0000815-TC_AAT|yifK-K03293	NA	NA
JZ016_00323	1089			hypothetical protein	ATGGGTATGATGGTACAGAAATTTTGCAGTCTGAAATGGCTGTACATAGCCGGAATCTTAATTTTGATCATCGTGACGGTCTTTTTAATCGCAAAGCCTGAATTTTCACAGACACATCCAGAGGACACTTATATCGCAACAGTTGACGGAGAAGTGATTCATGTGAGCGAATTTCAAAGAGCTATTCATGCCAATCGAGCTGAAATGATCAAGTATTTCCATGAAAAATATGATGCAGCGCAGTCGACCGAATTTTGGTCCACGCCATACGGAAATGAAACTCCGCTTGAGTTGATCAAAAAGAAGGCGCTCGAAGACAGCATCCATCTTAAAATTCGACAGATCCTTGCCAAAGAGCAGGGCGTGCTCTCCGATATCAGTTACGACGGTTTTGTACAAAACCTCTTGCTTGAAAATGAGAGAAGGCAGCAAGCAATCAAGAACAATCATGTTGTTTTCGGACCCGCTCAATATACGGAGGAAACCTATTTAGAATATGTGATGGGAAACACGGACTTAGCGGTCAAAAACCATCTGATGGAGCAAGACTGGAAGCCGAATGAACAACAGCTGCTCACGTTTTATGAGGCGAATAAGAGACGGTTGTATCATGCGCCCGCAACCGTGAAGGTACGACAATTATCATTATCTTTTCTTGATGCCAATCGGAATGTCGATACCCTTCTCAAAACTCGGGAGAAAAGAAGATTGGAGACTGCTAGGCAGAAAATTTTATCCGGAATTTCATTTGAGCAAGCAGCAAAGGACATCAAGCATGATAGCCAGGTTACGGAGCAGTTATATAACTTGGATAGTCACAGGCACAACGCCAGAAGTCCGGTAGCTCAAGTTTCTGTCGACCTTCATCCAGGAGAGGTTAGCGAAATTATTGAAGAGAACGGCCGCTTCTATCTCATCCAATGCGTGGAGAATAATCAGAGGGGAGCCAAGTTTCTGGCATTTGACGGAATAAGAGAACAAGTGTTAAAGGACTACATCGATAACAAATATGAAGAGTACATACGTGAGCGAATAACCGATGCGCACGTTGTATTGAATGAGGAGTTGTACGGTAAATTTCAAATGTAA	MGMMVQKFCSLKWLYIAGILILIIVTVFLIAKPEFSQTHPEDTYIATVDGEVIHVSEFQRAIHANRAEMIKYFHEKYDAAQSTEFWSTPYGNETPLELIKKKALEDSIHLKIRQILAKEQGVLSDISYDGFVQNLLLENERRQQAIKNNHVVFGPAQYTEETYLEYVMGNTDLAVKNHLMEQDWKPNEQQLLTFYEANKRRLYHAPATVKVRQLSLSFLDANRNVDTLLKTREKRRLETARQKILSGISFEQAAKDIKHDSQVTEQLYNLDSHRHNARSPVAQVSVDLHPGEVSEIIEENGRFYLIQCVENNQRGAKFLAFDGIREQVLKDYIDNKYEEYIRERITDAHVVLNEELYGKFQM				NA	NA	NA	NA	NA
JZ016_00324	3219			hypothetical protein	TTGAGGCAATCGTTTATCAAAAAGTTGATCTGCATGGTTTCTATCTTTTCCTTGGTTTGCAATTGGGTTACCGCTTCACCGTCGGACGCTTTAGCTGCCGGAACCACTTATTATGTGGACAGTACAGGGGGCGATGACAGGAATAACGGCACAAGTCAAGACTCTGCGTGGAGATCGTTAGACAAAGTTAACGCGACTACCTTTGCCCCAGGCGACAAAATCTTGTTCAAAGCTGGGGAAATCTGGAATGGCAGGCTGTGGCCTAAAGGTTCCGGTTCAAGCGGAAATCCGATCATTATCGATATGTACGGTTCCGGAAGCAAACCATTAATCGCCGGGATTACGTCCGAACTGGAAGCCGTCTTTTTGAAAAACCAGGAGTATTGGGAAATCAACAACCTGGAGGTGACAAACAGCTCGCCGCTGCCTTTTGATCGAGATTGGGAGAATCCGCGGGGCCAAAGACGGGGTGTCTATATCTTGAATGAGGAAGCTGGTCTATTGAATCACATCTATATCCAAAACATGAACATCCATGATGTCGATGGATCATATACCACACGCTCCGGAGGCATTATTTTCGATTCGGTTGGTTCGACTACACCCAGCGCATTTAACGATATTCTCATTGACGGTAATATACTGACGGATGTGGATGCCTATGGCATTTACATTGGCTCTAATTGTATCTTGCGCTACGGAATGGGCGATTTATGGCCATGGGTACCTAAACCTTACGGGCCATGGACGCCGTCCACCCAAGTGAAAATATCCAATAATACCGTCATCAGAGCCGCAACCGGCGGGATCGCGTGGAATGTCACCGATGGAGCGGTGGTCGAGCGCAACACCGTCCAACAAGCTACCTATCTGGCAACCAATGCTTCCATTTGGTGGGCGTATGCGGACAATAACCTCGTTCAATTCAACGAATCGTTTGCCAGTGTGAACGGCGCGGAAGACGGGCATGGCTTCGACGTTGATGCAGGAAACATCAATTCGTTGGTTCAGTACAATTACAGTCATGATAACGCTGGCGGCTTCATGCTGTTCGTAAACGACACTTACAACACAATCAATACCATCGTCAGATACAACATCAGCCAAAACGACAGAAAAAGCATATTCCGATACAGCGGATCCATTGATAACGTCTACAACTACAATAATACGATATACGTAGGAAAATCATCAGGGAACCCGGTGATGAGCGATTACTTCACCAAGGCTTCGGGAGCCCCGCGCAACATTCATAATTATAATAATGTGTACTACAGCGTCGGCGATAAGGGATGGGACTTGACGGGTCAGACATTTGACTACAACGCATATTACGGAGGAAACACATTAGTGCAGGCTGATGCCCATAAGATAACGGACGATCCGAAATTGGTTGATCCCGGAAGCGGCGGCAATGGCATGGATACAGTGAACGGGTACCAATTGCAAGCGACTTCACCACTAATAGGCGCAGGCATACGCATAAACGATAACGGAGGAAGGGATTATTTCGGCAACCCGTTATATAATGGCGCTCCCGATATCGGTGCCCACGAATACGAGGGCAGTGTTCCACCAGCCGGGAACATGCCTGATCCGATCGTCATCGTTCCGAAACGGCCTGCCAGCACACCTGTCGACAATCTAGCTACGCAGGCAGCTGCAAGTACGACATTTCAAACGTCGTCTTCAGGACCGATTGAAAATATCATTGATAATGATTACGACACGGCATGGGAAACCGATACTTCGCCTTCCTTTCCGAACGATATCACGCTCGATTTTGGCGAGCAAACGCTTATGGCCAATCAATTGAAGCTTAATACAAGATACGGAAAGGATTTGGGTATTACGAACTTTGATCTTGAATACCGTAATGGTTCGGCATGGATTCCCTTACGCACCAATATCAATCTGACTTGGGATTTGAACACGGGCGCAAATGAGATCAAATCCGTGGAATTTCCACTTACTCGATTCTCTCAAATCAGATTGAAGGTCCATGACGGTGTTAACCCATCGGGGCGAATCGCACTGAACGAGCTTGAATTGTATAACAATCCTGAACTATCCAAAGATATGGTCACCACGACCTTTGCGACGGGGGCAGGCACCATTACTAACATCATCGACAACAATTTGAACTCTGCATGGGGAAGTACCGGAGATGTAACCTTTCCAGGTTATATTACTCTTGACTACGGCAATCATAGGGTACCGGTCAACAAGGTTACGTTAGTCACGTTTTTTGGGATCGGTCAGGGTATTACCAATTTTGATGTGGAGTATTTTGACGGTAGCCGTTGGGTGACGGCATTATCTGGCGCATCGGTGGAATGGAATCTGAACGACAGCACCAAAGAACGCCAGAGCGTTTCTTTCCCAACGGTAAACGCCTATAAACTTCGGTTAAAGGTGAATGACGGGAATCGGATATGGGGGAACATCGCGTTAAATGAACTCGTCGTTGAGCATATCGTTGATAACGTACCCGTTACTGGAATAATAGTGGATACACCGGAGCTTGTGTTTAATTCCTCTTCCGGCCGGAGTAGAGAGCTCCACGCAACGGTTATGCCGGATCATGCAACCAATAAAAATATTACATGGAGCACGAATCAAGGGCAGGTGGCAACGGTAGACGATCATGGCATCGTGACAGCCGTAGAGGAAGGAAGGGCTGTTATCACGGCAACGACGGAAGACGGCAATTTTCAGGCCTCCAGCCATATTACGGTGGACTGGACAGCTCCGGAGATCACGATATATCAAGTTGTAACATCAGAATATAACACGGGCGTGTTTCAACCCAAATTTGAAGTAGCGGACATTCTGTCAGGTGTCAACCATGCAAAAACCGAAGTCATCTTGGATGGAAACGTATTAACGGATTTAACTGATATTCCGTTATACAAACTTGAGCAGGGTACACATACGTTTACGATAAAAGCAATTGATTTAACAGGGAATTCATCTATACAATCAATAGACTTTCAGGTGAAAACAAGTTATGCCGCTCTTGAGGAGCTGGTTCAACGTTTCGCAGACGAGGGAACCATTGATAACAAAGGGATTGCTAACAGTCTGCTGAAAAAATTGCAAAAACAAAACCTAAGCAGTTTCATTTCTGAAGTCCATGCACAAAAAGGGAATCATATCTCCGCCGAGGTTGCGGAATATTTGTTACGCGATGCAGCGACGCTCCTTAACCCATTGTAG	MRQSFIKKLICMVSIFSLVCNWVTASPSDALAAGTTYYVDSTGGDDRNNGTSQDSAWRSLDKVNATTFAPGDKILFKAGEIWNGRLWPKGSGSSGNPIIIDMYGSGSKPLIAGITSELEAVFLKNQEYWEINNLEVTNSSPLPFDRDWENPRGQRRGVYILNEEAGLLNHIYIQNMNIHDVDGSYTTRSGGIIFDSVGSTTPSAFNDILIDGNILTDVDAYGIYIGSNCILRYGMGDLWPWVPKPYGPWTPSTQVKISNNTVIRAATGGIAWNVTDGAVVERNTVQQATYLATNASIWWAYADNNLVQFNESFASVNGAEDGHGFDVDAGNINSLVQYNYSHDNAGGFMLFVNDTYNTINTIVRYNISQNDRKSIFRYSGSIDNVYNYNNTIYVGKSSGNPVMSDYFTKASGAPRNIHNYNNVYYSVGDKGWDLTGQTFDYNAYYGGNTLVQADAHKITDDPKLVDPGSGGNGMDTVNGYQLQATSPLIGAGIRINDNGGRDYFGNPLYNGAPDIGAHEYEGSVPPAGNMPDPIVIVPKRPASTPVDNLATQAAASTTFQTSSSGPIENIIDNDYDTAWETDTSPSFPNDITLDFGEQTLMANQLKLNTRYGKDLGITNFDLEYRNGSAWIPLRTNINLTWDLNTGANEIKSVEFPLTRFSQIRLKVHDGVNPSGRIALNELELYNNPELSKDMVTTTFATGAGTITNIIDNNLNSAWGSTGDVTFPGYITLDYGNHRVPVNKVTLVTFFGIGQGITNFDVEYFDGSRWVTALSGASVEWNLNDSTKERQSVSFPTVNAYKLRLKVNDGNRIWGNIALNELVVEHIVDNVPVTGIIVDTPELVFNSSSGRSRELHATVMPDHATNKNITWSTNQGQVATVDDHGIVTAVEEGRAVITATTEDGNFQASSHITVDWTAPEITIYQVVTSEYNTGVFQPKFEVADILSGVNHAKTEVILDGNVLTDLTDIPLYKLEQGTHTFTIKAIDLTGNSSIQSIDFQVKTSYAALEELVQRFADEGTIDNKGIANSLLKKLQKQNLSSFISEVHAQKGNHISAEVAEYLLRDAATLLNPL				NA	NA	NA	NA	NA
JZ016_00325	675	hssR_1		Heme response regulator HssR	ATGCCTACTATACTGGTTGCTGACGACGATGCGAATATTCGCGAACTCGTCTGTTTATTTCTAAGAAACGAAGGTTTTATAACGGTCGAAGCCGCGGATGGCAAGGAAGCACTAACCGTCTACGCCGAAACCCATATCGATCTTGTCGTGCTTGATATTATGATGCCGATTATGGATGGCTGGATATTGTGCTCGGAGCTGCGAAGAACCAATCCTGATCTTCCGTTACTTATGCTGACAGCAAGAGGCGAAACATGGGAGAAGGTGAAAGGGTTCGAACTGGGGACGGATGATTATTTGACGAAACCATTCGATCCGTTGGAGTTGACGGTTCGCGTTAAGGCATTATTGAAACGATATCGGATTGGCTCCACGCAGATGATTCAGTTCGGAAACGTCATTCTTGACAGGCAGACCTATAAGGTGATGAGAGGGACGGAGTCGCTCACGCTGCCGCTCAAGGAGTTCGAATTGCTGTATAAGCTCGCGGGAACACCCGGGCAAGTCTATACTCGCGAGCAGTTGATTGACCAGATATGGGGGATCAATTACGCAGGAGATGATCGAACGGTAGATGTACATATAAAGCGCCTGCGTGAACGGTTTGCGACTACACCCGATTTTCGGATCGAAACGGTTCGCGGGCTTGGGTATCGGCTTGAGGTTTATGAATGA	MPTILVADDDANIRELVCLFLRNEGFITVEAADGKEALTVYAETHIDLVVLDIMMPIMDGWILCSELRRTNPDLPLLMLTARGETWEKVKGFELGTDDYLTKPFDPLELTVRVKALLKRYRIGSTQMIQFGNVILDRQTYKVMRGTESLTLPLKEFELLYKLAGTPGQVYTREQLIDQIWGINYAGDDRTVDVHIKRLRERFATTPDFRIETVRGLGYRLEVYE	PGPT0028965_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
JZ016_00326	1368	sasA_6		Adaptive-response sensory-kinase SasA	ATGATCAGATCCTTATATATTCGTGTGGTCCTGACATTTCTGGTCTCCGTCATCGCAGGAACGATCATTGCTTTTTTTATGTCCTCTTGGATATTCAAAGAAAAATTGAACGAGTACGCTCAAATCAACTTACGTAACTTTGGCGAAGACATCGTCCGGATATACAAGACCATTCCGTTACGTGAAGCGGACTTGTTCGTAAGTGAAATGAAGCAGCTCGAACTCTATCATATTCGAATTTATGAAGCAACGGGTCAATTCCAGTCTTACGGAAAGCTTAACGGACACAAACCTGCTACTGTGAGGATGGAGCAAGTAAAAAAAGTATTAAATGGAAGCGTTGTTCAAGACACTTCAAATGGTATTGCCTCAATTTTCTTAGGTTTGCCGTTAAAAACGGAAGTGGGAACGAAGGCGATGTTTTTGGAAATGCTCGCCCCTCCTTCCGCCTCATTTGTCATTAACTGGGCATTGATATTTGGAACCTATTTGTTGATTGCAGGAAGCTTATTGATTCTGGTTGCTTCTGTATTTCTGGTAAGACCGATCAAAAAGCTGACAAAAGCAACCAAACGTATAGCGACTGGAGATTTCAACGTCAAGCTGAATATTAAGCAAACGAGTGAGCTGGGGACGTTGGCTCGCAGCTTCGAAGAAATGACGAATGATCTGCAGCAGCTGGAGCAGATGCGCAGGGAATTTGTAACGAACGTGTCGCACGAGGTTCAGTCCCCGCTCACCTCAATATCCGGTTATGCTCAAGCGCTCAAGCAAGTGGACCTCTCAGATCAAGAACGAAGCCGGTATCTTGATATTATCATCGCTGAAGCGAAGCGGATGTCCAAAATGAGTGATAGCCTGCTCAAGCTGAGTATGCTTGAGTCGCAGTCACAGCAACTGCGGTTTGTCACACTCGGCCTTGATGAACAGATCCGGCGAGTCATCGTGGCGCTGCAGCCGCAGTGGTCTGCTCACAACATTCATTTTGAGCTTGATCTGCAGACCGTTAAAGTAACGGCTGATCACGATCAGTTAAATCAGGTATGGACGAACATCCTTGGCAATAGCATCAAATTTTCCAAGGACGGCGGCGTGATTAGCGTCAGCATCAAACAAGATATCAAATACGTCTCTGTTCGAATATCCGATACTGGCATTGGTATCTCTCTCGAAGACCAGAAGCGAATATTCGAACGTTTTTTCAAGGCCGATCGTTCCCACAGTCGCAAGTATGACGGCAGCGGTATGGGACTTGCCATCGTTAAACAAATCGTATCCCTGCATCAAGGCGACGTCCGAGTGGAAAGTGAACCTGGTCAAGGAGCTACCTTCATTGTTACCTTGCCAATCACTCCCCCACCAGATTAG	MIRSLYIRVVLTFLVSVIAGTIIAFFMSSWIFKEKLNEYAQINLRNFGEDIVRIYKTIPLREADLFVSEMKQLELYHIRIYEATGQFQSYGKLNGHKPATVRMEQVKKVLNGSVVQDTSNGIASIFLGLPLKTEVGTKAMFLEMLAPPSASFVINWALIFGTYLLIAGSLLILVASVFLVRPIKKLTKATKRIATGDFNVKLNIKQTSELGTLARSFEEMTNDLQQLEQMRREFVTNVSHEVQSPLTSISGYAQALKQVDLSDQERSRYLDIIIAEAKRMSKMSDSLLKLSMLESQSQQLRFVTLGLDEQIRRVIVALQPQWSAHNIHFELDLQTVKVTADHDQLNQVWTNILGNSIKFSKDGGVISVSIKQDIKYVSVRISDTGIGISLEDQKRIFERFFKADRSHSRKYDGSGMGLAIVKQIVSLHQGDVRVESEPGQGATFIVTLPITPPPD	PGPT0004100_2812	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484	NA	NA
JZ016_00327	999	rutD		Putative aminoacrylate hydrolase RutD	GTGACACAGATAGTGGAAAAGAAAACGGGGAATAGCACAAAAACAAAGAAAGTGCGAAACCTAGTACTTAAAATCATGGGAGCAATCGTGATAGCCATTGTTCTTTTTCTAGGTATTGTTTATATCACGAATGTGATCAGTAATAATTCGGAGGCGAAACGAATAGAGGCTTACGGCCAGCACGTATCTGTAGATGGGAAAAATATGAATGTGTTCATTCAGGGAGAAGGGGAAGAAACAGTCGTACTCCTGCCTGGTTATGGAACAGCAGCACCAGCTCTTGATTTTAAGCTGCTTATCGATGAATTATCTCCATTTTACAAAGTTGTCGCCGTTGAGCCTTTCGGTTATGGATTAAGTGATGCAACTGAAAAAGAGCGAACCACGGCGAATATCGTAAGTGAAGTTCATGAAGCTCTACAGGAGCTTAATATTGATCGATACACACTCATGGGCCACTCGATTGCAGGCATTTACGGTATTGATTATGTGAACAAATATCCGGACGAGGTGTCTGCATTTGTCGGAATCGATAGCAGTGTTCCAACGCAACCCGGCATGGATGCCAAATTACCTATAAATACGTTTGCATTCCTCAAAAAATCAGGTCTTTTAAGATTGGGAATGAAAATAAGTGCTGACCCCTATACTGGACTCGCATTTGAAAATCAAACGGTAGAGCAAATGAAATTGATTTCGAATAAAAACATGTATACTCCCACGACTTTGAACGAGATGGAACATATTTCTTCTAATTTTAAAGGGGCTCAAGATTTAACCTTCCCTAAAGACCTTCCACTTCTTCTCTTTGTACAAGCGAATAATGAAGGTGTAGAAGGTTGGATCCCTCTGCATGAAGGGCAGATCAAAGATTCGGTACATGGAAAAGTAATAACCATGAATGGATCCCATTATTTACACCATACCCACTTCAAAGAAATCGCTGAGAACTTTAGAGCATTTATGAAAGAGGTAGACGGAGTACCACCAACAAATTAA	MTQIVEKKTGNSTKTKKVRNLVLKIMGAIVIAIVLFLGIVYITNVISNNSEAKRIEAYGQHVSVDGKNMNVFIQGEGEETVVLLPGYGTAAPALDFKLLIDELSPFYKVVAVEPFGYGLSDATEKERTTANIVSEVHEALQELNIDRYTLMGHSIAGIYGIDYVNKYPDEVSAFVGIDSSVPTQPGMDAKLPINTFAFLKKSGLLRLGMKISADPYTGLAFENQTVEQMKLISNKNMYTPTTLNEMEHISSNFKGAQDLTFPKDLPLLLFVQANNEGVEGWIPLHEGQIKDSVHGKVITMNGSHYLHHTHFKEIAENFRAFMKEVDGVPPTN	PGPT0019765_22	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-3-PHENYLPROPIONIC_ACID|CINNAMIC_ACID_RESISTANCE,PGPT0019765-mhpC-K05714	NA	NA
JZ016_00328	924			hypothetical protein	ATGAAAAAACGTTTTATTGCTGGCATCGTTGCTACTGCCATTTTGATTCCAACCGCAGCGTTTGCTGCCCCTACCCTGATTGAAATGCTGACTAGAACACCGATGACGGCTGAACAAGTCAAGTCGGATGTAGTTGGGAGAGCAACGCTCGAAAAGCTGTACAGCGCATTTCCCGAAACTAAATCGTTTGAGATTATCGAGGCGAGCACGGTTCAAGGTACCCAAACCAGCATCATCCTCCAGGAAAAAGGGGGAATTGGCAAAAAAATCACCCTTCATACCAACAGCAAGACGGGTAAGATTGAACACGTGATTCAAGAGAATTGGGAGCCTAAGGATAAGCCGCTCACGGCTCTAACGGATCAGGACATCAAGTCGAAGGTTGATGATCTTCTGAATAAAATGTATGGCAACATGGAAGAGTATGAGTTTGCTTTGGAGAAAATGGAGAATCCGGATCAGAAAACGTTGATGTTGAATTACACCCAAAAGGGATCAGAAACACCCTTATATCAGGTATTCGTTCAGGGCAATTCAATCAGTGTTTCTCTAATTGGAGGTGAAACGAAATCTGCAAACCATAAAGTAGAAGGTTTCTTCACTATCAATGGCAAGCCAGATTATTTTGCAGATGCCTATTTGAATGACGACAAACTCTTTTCTTTACTAAACATGAGCCCAATTGAACTCAAACAAGAATTAGCAAAAGGTAGATCTGTAGTGGAGATTGCAGCATCTAAGAATGTCTCCAAACAACAAGTGATGGATGTCATCGCAAAAACTCAGGTTGAAGCACAAATTCAAAGTGAGAATAATGGCGAAGTTCCTAAAAACAATCGTTCCTATGAACAACAGTTAAAAGCAATTGAACCAAAAGTATTACAAGTAATTGAATACAAAACTGACACACCAGAAAAAAAATAA	MKKRFIAGIVATAILIPTAAFAAPTLIEMLTRTPMTAEQVKSDVVGRATLEKLYSAFPETKSFEIIEASTVQGTQTSIILQEKGGIGKKITLHTNSKTGKIEHVIQENWEPKDKPLTALTDQDIKSKVDDLLNKMYGNMEEYEFALEKMENPDQKTLMLNYTQKGSETPLYQVFVQGNSISVSLIGGETKSANHKVEGFFTINGKPDYFADAYLNDDKLFSLLNMSPIELKQELAKGRSVVEIAASKNVSKQQVMDVIAKTQVEAQIQSENNGEVPKNNRSYEQQLKAIEPKVLQVIEYKTDTPEKK				NA	NA	NA	NA	NA
JZ016_00329	576	sigW_2	COG1595	ECF RNA polymerase sigma factor SigW	ATGCAACGTGAATACATGTTTCAATTACTCAAACAAATGAAAGACGGTGATCAACAGGCGTTTCGTACGATGTATGATGCCACCTATCAGGACGTCTACCGGACCGTTTCCTTTCTGGTGGATCATCCGCAGGACCGGGAAGATGTCATGAATGAGATTTATTTGCAAATGTGGACGTCACTTGCCAATTACGACACGAATCGACCTTTCCTTTTCTGGCTGCACGGCTTGGTCATCCGTCAAGTGCAGAGATTTCGGGTCAAGCGCTGGCGGAGATTTCGAATTTTCGAGCGCATCCGTGACTTTGCCCGGGAAGAATCGCATTGGGATCAACCTTCGGTGTTGATGGACGGCACGAACCAACTCATATCGCAGGCAATCCAAAAACTGACGGATAAACAGCGAGCGGTCATTATCCTCCGCTTTTTTCACGACTACACGCTGGAGGAAATCGCGACCATACTCGATATTCCGCTGGGTACGGTCAAGTCCAGATATCATGCGGGCATCCAGGCGCTTCGAAAAAACATATGGAATCTCCCCCCGGAAAGGATGGAAAAGATCAATGACTATTGA	MQREYMFQLLKQMKDGDQQAFRTMYDATYQDVYRTVSFLVDHPQDREDVMNEIYLQMWTSLANYDTNRPFLFWLHGLVIRQVQRFRVKRWRRFRIFERIRDFAREESHWDQPSVLMDGTNQLISQAIQKLTDKQRAVIILRFFHDYTLEEIATILDIPLGTVKSRYHAGIQALRKNIWNLPPERMEKINDY	PGPT0014960_6963	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_00330	747			hypothetical protein	ATGAACAAAAGTATGAAAATAACGGTTGCTGCGCTAAGCGGTTTATTGATGCTGGGTTCCATGAATGTTGCTTCGGAAGCAGCACCGGGTACCTCTAGAAGTACGGCAGCCGCTGTGAGCAAAGTGGAACAACTGGAAAAGGAGGAAACAGCCAGAATTAATAAACTGCTTGAAGAGAATCCGGATGACTCTTATATGGTATACGTAAGCAATGAACTGACAAATGGAAAACGTCTAGAGACTTTCGCTATGGGGAACATTCATCCAGAGTACAATACATATGAGGATTATTGGAAGAAAGCCTCTACTTTACAAGAACCGGTACTGAAGCAACCGAAAAATCTGCCGGAGAATTATCGCTTTGTGTCAGGGGAAATTGTCGGTCCATACAGCAGTGAATATCATAATGAAATGAAGGCTGAAGCAAAAAGGCTAGAAAAACAGGTGCATTCCAAAAAAATTAACTGGGCAAAATCAAACATGATTTTATTACATTATAAGAATGGAACCCATTATATTAAATTCCAAAGTGCTCGACTTGATCCGAAAGACAAGAAGCAGAAAGGCTATACCTATATAACCGCTGAGGAATTGAAAAAGAAGTATCCCAAGCTTGGTAAGGAATTTATAACCAATACCCTTTCCTGGATTGAAAATGGCAAGTCATTCAGCATCTCGACCAATCCGGGTAATCCTTTGAAAGAAGAAGACCTGATTAAAATGGCTAAAACAGTGGTCAAAAAATAA	MNKSMKITVAALSGLLMLGSMNVASEAAPGTSRSTAAAVSKVEQLEKEETARINKLLEENPDDSYMVYVSNELTNGKRLETFAMGNIHPEYNTYEDYWKKASTLQEPVLKQPKNLPENYRFVSGEIVGPYSSEYHNEMKAEAKRLEKQVHSKKINWAKSNMILLHYKNGTHYIKFQSARLDPKDKKQKGYTYITAEELKKKYPKLGKEFITNTLSWIENGKSFSISTNPGNPLKEEDLIKMAKTVVKK				NA	NA	NA	NA	NA
JZ016_00331	183			hypothetical protein	ATGCTCGACAATTTGGAAAGCGACTACAACTGCGCGAATGCCGGCGACGATCTCCATCGGCTCAAGCAAGAGCTTGCCGCTCTGCGGGAACAGGGTACGGAAGGCCAAGAAACACAGGAACAACTCAACCGATTGGAGAATCAAATCTCCTTCATTATGAACAAATGCGATATTAACCATTAA	MLDNLESDYNCANAGDDLHRLKQELAALREQGTEGQETQEQLNRLENQISFIMNKCDINH				NA	NA	NA	NA	NA
JZ016_00332	804	phnE_1	COG3639	Phosphate-import permease protein PhnE	ATGAGCCAATCATGGAACGACATCGTTCCCCAACCGAAAAAAAGCCGGCTCCGCTGGCTCATCTACGTTATGCTGGCCTTCGTTTATGTCTGGGCCTTCTCCGGTATTCCGTACTCTGGCATAAAGGAGACGGCTGGTCAGGTGACAAAGGCTATTTTCTCAGGTTTGCTTTCACCCGATTGGGATTTTGTCTATTTACCAGACGGAGAGGATTTGCTGCGAGGCTTGCTGGATACGTTGGCTATATCCATTCTGGGGACGATCATCTCGGCGGTCATCTGTATCCCGTTCGCTTTCTGGGCCGCGGCCAACATGACCGGGTCCATATTCGCCTCCGGATCAGGCAAAGTGCTGCTCAGTCTGATCCGCGTCTTTCCTGAAATCGTAATGGCACTGTTGTTCATCAAGGCAGTGGGCCCCGGCTCTTTTGCAGGTGTGCTGGCACTCGGTTTGCATTCAGTAGGCATGCTTGGCAAACTGTTCTCCGAAGAGGTGGAACAGATCGATACGGGCCCGACCGAAGCATTGATCGCTGCTGGCGCGACACGGTTGCAAATCGTCCGGTTCGCCGTTTTGCCACAGGTACTGCCCGGTTTTCTGTCGTATATCCTCTACCGCTTCGAAATCAATCTCCGCTCCGCCACCATCCTGGGCGTGATCGGCGCAGGCGGCATCGGGACACCGCTTATTTTCGCGCTGAGCTCACGAAATTGGGACCGCGTCGGCATTATTTTGCTCGGAATTATTGTCATGATTACCTTGATCGACTTGATTTCGGGCGCGATTCGAAAAAAGCTCGTTTAA	MSQSWNDIVPQPKKSRLRWLIYVMLAFVYVWAFSGIPYSGIKETAGQVTKAIFSGLLSPDWDFVYLPDGEDLLRGLLDTLAISILGTIISAVICIPFAFWAAANMTGSIFASGSGKVLLSLIRVFPEIVMALLFIKAVGPGSFAGVLALGLHSVGMLGKLFSEEVEQIDTGPTEALIAAGATRLQIVRFAVLPQVLPGFLSYILYRFEINLRSATILGVIGAGGIGTPLIFALSSRNWDRVGIILLGIIVMITLIDLISGAIRKKLV	PGPT0002530_2450	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042	NA	NA
JZ016_00333	825	phnE_2	COG3639	Phosphate-import permease protein PhnE	ATGAAGATGGAAATGGAAACGGGGCCGTTTAAACCATCAGCTCAATCTCCTCTCCTTCGCCCGAAACCACCTGGCAAACTGAAGCAATACATGACTACGGCTTTCCTGCTGCTTCTCGTCTGGGGCAGTGCGCAGCAGACGGACGCTTCCTTCATGGAGCTTGTAGAAGGTCTGCCGAATATGCTCGACCTGCTGCGGGAAATGTTCCCGCCGAAATGGAGCTATCTCGACAACATTTTGGAAGCCATGCTGGAAACGATACGCATGGCGCTGATCGGGACCACGCTGGGCGCCGTCCTGGCCGTTCCGGTGGCGCTGCTCTGTGCAGATAACATGGTCAAGAATCGGTGGATCACCTATCCGGTTCGCTTTCTGCTAAACTTGCTCCGCGCGATTCCCGACCTTCTGCTCGCCGCCTTATTTGTTGCCATAGCAGGACTCGGTCCGTTACCGGGGATTTTTGCCTTATCCGTCTTTTCACTGGGTCTGATAGCTAAACTCACCTATGAAGCGCTGGAAGCGATAGATCCTGGACCGCTGGAAGCGATGACCGCTGCCGGAGCAAATCTGCCACAGCTGATCGTGTACGGTGCTGTCCCGCAGGTTCGGGCGCATTTCGCTTCTTATACGCTGTACACGTTTGAAATCAATGTCCGTGCCGCTGCCGTGCTCGGTCTGGTGGGAGCTGGCGGGATCGGTCATTATTATGAAGTGACACTCGGTTTTTTTGAGTACGACAAGACATGCATGATCATCATCTTCACCCTGATTGTTGTCCTCTTGATCGACTATCTTAGTGCGAAATTGCGGGAGAAATTGTTATGA	MKMEMETGPFKPSAQSPLLRPKPPGKLKQYMTTAFLLLLVWGSAQQTDASFMELVEGLPNMLDLLREMFPPKWSYLDNILEAMLETIRMALIGTTLGAVLAVPVALLCADNMVKNRWITYPVRFLLNLLRAIPDLLLAALFVAIAGLGPLPGIFALSVFSLGLIAKLTYEALEAIDPGPLEAMTAAGANLPQLIVYGAVPQVRAHFASYTLYTFEINVRAAAVLGLVGAGGIGHYYEVTLGFFEYDKTCMIIIFTLIVVLLIDYLSAKLREKLL	PGPT0002530_1741	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042	NA	NA
JZ016_00334	774	phnC	COG3638	Phosphate-import ATP-binding protein PhnC	ATGATTGAAATTCGCAACGTTTCGAAAACATACGCCAATGGAACCAAAGGACTGAACCATATCAATCTGACGATCGGCCGCGGCGAATTCGTGGCGATCGTCGGGCTGTCCGGCGCCGGTAAGTCGACCCTGCTGCGGTCGATGAACCGGCTTCACGACATTACCGAAGGCAACATCGTGATCGACGGTAAATCGATCACAGCGGCCAAGGGCAAAGAGCTGCGGCGCATCCGAAGAGATATCGGCATGATCTTTCAAAGCTTCAACCTTGTGAAGCGCTCCTCCGTGCTCCGCAATGTGCTCGCCGGACGCGTCGGGTACCACTCCACCCTGCGCACCCTGCTCGGCCGATTTCCGATGGCCGATGTAGATCTCGCTTTTCAGGCACTCGATCGGGTAGGCATCGTCCAGAAAGCGTATGCCCGGGCCGACGAGCTGTCTGGCGGACAGCAGCAGCGAGTCGCGATTGCCCGAGTGCTTGCGCAGGAAGCCAAGATCATACTAGCGGACGAGCCGGTTGCTTCCCTCGATCCTTTGACTACGAAGCAGGTCATGGATGATTTAAAACGAATTAACGCGGAATCCGAAATTACGACGATCGTGAATCTGCATTCGATCGATCTTGCCCGGCAGTATGCTACGCGGATTATCGGATTGCGCGCCGGGGAAGTAGTCTTTGACGGACCTGTATCGGAAGCGACGGATGAGCGGTTTACGGAAATATACGGACGGCCATTCGGCAAGAATGAGGTATTGGAGGAAACGGCTGTATGA	MIEIRNVSKTYANGTKGLNHINLTIGRGEFVAIVGLSGAGKSTLLRSMNRLHDITEGNIVIDGKSITAAKGKELRRIRRDIGMIFQSFNLVKRSSVLRNVLAGRVGYHSTLRTLLGRFPMADVDLAFQALDRVGIVQKAYARADELSGGQQQRVAIARVLAQEAKIILADEPVASLDPLTTKQVMDDLKRINAESEITTIVNLHSIDLARQYATRIIGLRAGEVVFDGPVSEATDERFTEIYGRPFGKNEVLEETAV	PGPT0002520_1566	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002520-phnC-K02041	NA	NA
JZ016_00335	993	phnD	COG3221	Phosphate-import protein PhnD	TTGAAAAAATGGATGAAAATCACCATGCCCCTGTTATTGTGCGTCGCTGTCATCAGCGGATGCGGCGGCGGAAATACCGACACCGGCGGCAAAGCCGCGGCGAACGCCGGGCAGGAGAACTCGCAAGGCACAAATACAGACAGCAGCGCGACCACAGAATCTACCGGGTATGTCCCTGATAAACTGACGGTCCAATTCGTTCCTTCCCAGAATGCCGATACGCTTGAAGCCAAAGCCAAGCCGCTCGAAAAGCTGCTGTCCGACAAAATCGGGATCCCCGTTGCGGTCAGCGTATCGACTGACTATAACACGATTGTAGAAGCGATGGCATCCAAAAAGGTGGACGTTGGCTTCCTGCCGCCAACCGCGTATGTTCTTGCCAAAGAGAGAGGCGCTGCTGAGGTTATACTGCAGGCCCAACGTTATGGCGTTAAGGATGAAACCGGCGAGCCTACGGATGAGCTTGTGGATTTCTACAAGGCGATGATGATCGTGAAAAAGGATTCTGCCATCCAATCCGTAGCCGACCTGAAGGGCAAAAAAATTGCCTACCAAAACGTTTCATCCTCTGCCGGTTATGTGTGGCCTGCGGCGGTTTTGATGGATAACGGGATCGACCCGATGAAGGACGTCGAGCCGATTACGGTAAAAGGCCATGACCAAGCCGTCCTTGCCGTGTTGAACGGCGATGTCGATGCAGCTGCCATTTTCCAGGATGCCCGCAATGTCGTCAAGAACGATTACCCCACCGTATTTGAAGATACACGCGTACTGACTTATACGGAGGAAATTCCGAACGATACGATCACCGTGCGCTCCGATATGAGCCCGGAATGGATTGAGAAGCTGCAAACCGCGTTTATCGAGATCGGCCAGGACGAAGAAGGCCACAAGATTATCTCGGAAATTTACACGCATGAAGGTTATGTCAAATCCGATGACAGTCGTTTCGAGATTGTCCGTGAATATGGCAACAAGGTTAAGACCGAGTAA	MKKWMKITMPLLLCVAVISGCGGGNTDTGGKAAANAGQENSQGTNTDSSATTESTGYVPDKLTVQFVPSQNADTLEAKAKPLEKLLSDKIGIPVAVSVSTDYNTIVEAMASKKVDVGFLPPTAYVLAKERGAAEVILQAQRYGVKDETGEPTDELVDFYKAMMIVKKDSAIQSVADLKGKKIAYQNVSSSAGYVWPAAVLMDNGIDPMKDVEPITVKGHDQAVLAVLNGDVDAAAIFQDARNVVKNDYPTVFEDTRVLTYTEEIPNDTITVRSDMSPEWIEKLQTAFIEIGQDEEGHKIISEIYTHEGYVKSDDSRFEIVREYGNKVKTE	PGPT0002525_723	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002525-phnD-K02044	NA	NA
JZ016_00336	1587	yfkN	COG0737	Trifunctional nucleotide phosphoesterase protein YfkN	ATGAATCCGACGAATAAAATGACGATTACCGTGCTGGCCACCAGCGACTTACACGGACATCTGTACCCTACGGATTACCGGACACGGGACGAAAGGGATATGGGACTCGGCAAGCTGGCGTCCCTAATCCGTGAAGAGCGGCTTATCCATCCGGATCTGTTGCTGATCGATAACGGAGATTTGATTCAAGGCTCTCCGCTGGCTTCCTATGCAGTTAAAAGCAGAACGGATATCCATCCGTTGATTGGTGCGCTGAATGAGCTGGGCTACGATGCAGCTGTTCCGGGTAACCATGAATTCAATTATGGTATGGAGACGCTTGAAATAGCGGTGCAGGATTCCCGGTTTCCTTGGTTGTCAGCCGGAATCCGGTTGCAGGATAGCAAGGAGCCCGCCTTTGGTAAGCCTTATCTAATCAAGCACATCGGTGGCATCCGGGTGGCGGTTCTGGGTGTGACGACACACTACATTCCGAGCTGGGAGAATCCGTCCCACATTCAGGGTCTCGAATTCCAAGACGCATTGGAAACCGTGAAGGAATGGGTGCCGCGCATCCGTCTGGAGGAGCACCCCGATGTGATGATCGTGGCGTACCACGGCGGATTTGAGTGCGATATGGAAACCGGGGAGCCGGCGGAAAGCATCACCGGGGAGAACCAGGCTTATGCCATGTGTGCCGAGGTGAAGGGCATCGATGTGCTCATCACCGGGCATCAGCATCGGCTGCTGGCCGCGCAGGTCCACGGAGTGACAGTTGTCCAACCCGGCTTCAATGGACAGGCCATCGGCAAGATCCGTGTGGATCTGGTTAAGGCACAGGAACGCTGGATGGTTGTGGAGAAACGGGCCGAGTTGCTGCGACCGGACACTGGGACAACGACTGACACAGTGGTGTTAGCTTCCAGCCAGCAGTTGGAAGAACGGACCCAGGCATGGCTCGACGAGCCGATCGGACGAGTCGAGGGTGACATGGGCATGAACGATCCTACAGCCTGCCGGCTGGCGGAGCATCCTTTTATCGAGTTTATCCATCGCGTGCAGATGGAATATGCGGGTGTCAACGTTTCATGTACGTCATTACTCAGTGAAGATTCCAAGGGGTTCGGAGAGGTTATTACAAGACGAGATATCCTTACGAATTTCTTATATCCGAATACGTTGGTCGTTCTTCGTCTGACCGGACGCGACATCCGGGACGCGCTGGAACAGACAGCCTGTTATTTTACGGTCGGCCCAGGCGGGACTCCTGCCGTGAATCCGGCATATATGAAGCCGAAACCGCAGCACTATAATTACGACATGTGGGAAGGCATTGAATATACATTAAACATTGCATGCGCGCCGGGATCAAGGGTCAGCAGATTGAAATATAACGGCGCAGACTTGCCGGGCGGGATGGAGCTGGATGTGGTCCTGAACAGCTACCGGGCCAGAGGAGGAGGGGATTACAGTATGTTCCAAGGGAAGAGAGTGATGCGGGAGATACTGATCGACACCGCGGAGTTAGTGGAACAGTATATCTTGGAGCGCGGAAGCATCCCAGCTGCTTGTAATCACAATTGGAATATTGTCATTGAGAGGAAATAG	MNPTNKMTITVLATSDLHGHLYPTDYRTRDERDMGLGKLASLIREERLIHPDLLLIDNGDLIQGSPLASYAVKSRTDIHPLIGALNELGYDAAVPGNHEFNYGMETLEIAVQDSRFPWLSAGIRLQDSKEPAFGKPYLIKHIGGIRVAVLGVTTHYIPSWENPSHIQGLEFQDALETVKEWVPRIRLEEHPDVMIVAYHGGFECDMETGEPAESITGENQAYAMCAEVKGIDVLITGHQHRLLAAQVHGVTVVQPGFNGQAIGKIRVDLVKAQERWMVVEKRAELLRPDTGTTTDTVVLASSQQLEERTQAWLDEPIGRVEGDMGMNDPTACRLAEHPFIEFIHRVQMEYAGVNVSCTSLLSEDSKGFGEVITRRDILTNFLYPNTLVVLRLTGRDIRDALEQTACYFTVGPGGTPAVNPAYMKPKPQHYNYDMWEGIEYTLNIACAPGSRVSRLKYNGADLPGGMELDVVLNSYRARGGGDYSMFQGKRVMREILIDTAELVEQYILERGSIPAACNHNWNIVIERK	PGPT0021400_1592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021400-cpdB-K01119	NA	NA
JZ016_00337	828			hypothetical protein	TTGTTTAAAATCAGCGAGTTTTCCAGGCTGAGTCGAATTCCGTTACAAACTCTGCGCTATTATGATCAGCTCGGAATCCTGAAGCCAGCCATGACCGATGAATCGACGGGATATCGGTATTATTTCGCCGAACAACTACTGGAGATCAACCGTATCGTCATATATAAGGAATTGGGATTTACATTACAGCAGATCGCGTTGCTCCTTCATGAAGATATATCAACAGAACAGATTCGGGGCATGCTGAGGCTCAAGGAGAGTGAAATCGAGCGGCAGCTTGATATGGAGCGCTCTAGGCTTGTCCGGGTAAAAGAAAGAATGCAGCTCCTGGAACGTGAAGGAAAAGTAAATAATAAACAAGAGGTTGTCTTGAAACGCGTTGAAGCCATGCACATGATCACGTATGCTTCCCATGGCACCGTTGAGGATATCCCAAGCCTTTTCGAAATGTTCGATGGGCTGCATGATGGCCGAGCCAAGTCTCTATTATACGGTCCGCAGACGTTGTTGTGGAACGTATCCGGCAGCAAGGAGCATGTGTTTGAGTTCGAAGCTGGTTATGCCGTGAAATCGGACACCTTCAAGCTGCCGGAGCATCTCCAGTATCGATCCCTGCCTTCTGAGACCATGGCCACACTGTTATTTCGCTCGGATTCGGCGTACTCCGAATCGGCCTGCCTGGATCTTGCCGAATGGATTGAGCAGCATGGTTATCTCGTTCGAAGCGACCAGCCCGGAAGAGAAACTTATGTGCCTTTATCAGGTGAGCCGGGGGTTTGTCTCATCGAAATTCAATTGCCAATTGAATACGAAGAGGAACGAGCATGA	MFKISEFSRLSRIPLQTLRYYDQLGILKPAMTDESTGYRYYFAEQLLEINRIVIYKELGFTLQQIALLLHEDISTEQIRGMLRLKESEIERQLDMERSRLVRVKERMQLLEREGKVNNKQEVVLKRVEAMHMITYASHGTVEDIPSLFEMFDGLHDGRAKSLLYGPQTLLWNVSGSKEHVFEFEAGYAVKSDTFKLPEHLQYRSLPSETMATLLFRSDSAYSESACLDLAEWIEQHGYLVRSDQPGRETYVPLSGEPGVCLIEIQLPIEYEEERA				NA	NA	NA	NA	NA
JZ016_00338	1173	pbuE_1	COG2814	Purine efflux pump PbuE	ATGAGTAATAAATGGATCGTTTATTTGCTTGCCCTGGCCGTGTTTCTCATTGGAACGATCGAGTACATCATAAGCGGAATTCTTCCCATCGTAGCGGAGGATCTAGGCATTGCGACGTCCACCGCTGGATCATTCGTAACGACATTCGCCCTTTCTGCAGCGATAGGCGCACCCGTAGTGGTCGCCGCAACCATCCGGGTGGACCGAAAAAAAATGCTTCTCGTCATGCTCGGCATATTTATTTTCAGCAGCTGTTTCGTCTATGTTAGTGACTCACTTGAAATGATGCTGATGACTCGAATGATCCAGGGACTCAGCGGTGGAACAGCCACGGTCATTGCTATGGCCGTAGCCACGCGCATGGTTGAAGAACGGAATCGGGGCCGTGCGATCGGCACCATATTGATGGGACTTAGCAGCTCCCTGGTGCTCGGCGTGCCGATCGGCACGTTCTTGAGTGAAACCATGGGATGGAGAACCTTATTCGTCATTGCTGGCTTGCTGATGGTGATTCCGTTCTTGGCGGTCGTTTCCAAAGTTCCGTCCATTACGGAGCAAAAAGCCATTACACTTAGAATGCAGCTGTCGATATTAAAAGATAAAAAAATGGTGCTGGCTGTAGTCATTACGCTGTTCTATATCGGAGGATACTCATCGCTATTTACGTATATATCCCCCTATCTTCAGCAGAATAGTGAGTTATCCGCAACGGCGCTTTCCGGTATTCTATTGATCTCGGGGATATGCAGCTTTGTTGGCTCCAAATTCGGAGGGGGGATAGCGGATACGAAGGGATCCAGATTCACGATCTACGCCGGTCTGTCCATCCAAGCGGGAACGTTGCTGCTATTGTCTTGGTTCAACGGCTCGATCTACGCTGTTGTTCCATTCATCATGTTATGGATGGCCGCCACATGGGCGACATCTCCAGCACAGCAGTTGTACTTAGTTACCCTGGTCCCGCAATCGCCGGATATTGCCTTAAGCGTCAACACTTCGTTTATCCAATTTGGCTTCGCCCTCGGCTCAGGAATCGGCGGATTGGTGATCAGCAGCTCCTCCATTGACAATCTGGGGTGGTCCGGGTTTGTCATGGTTTTGGTAGCGCTCTTGCTTGCAGTTCGGTTGTTCGCTAATGATAAAAATAACTATGACAACCCTTGTCACTATTAG	MSNKWIVYLLALAVFLIGTIEYIISGILPIVAEDLGIATSTAGSFVTTFALSAAIGAPVVVAATIRVDRKKMLLVMLGIFIFSSCFVYVSDSLEMMLMTRMIQGLSGGTATVIAMAVATRMVEERNRGRAIGTILMGLSSSLVLGVPIGTFLSETMGWRTLFVIAGLLMVIPFLAVVSKVPSITEQKAITLRMQLSILKDKKMVLAVVITLFYIGGYSSLFTYISPYLQQNSELSATALSGILLISGICSFVGSKFGGGIADTKGSRFTIYAGLSIQAGTLLLLSWFNGSIYAVVPFIMLWMAATWATSPAQQLYLVTLVPQSPDIALSVNTSFIQFGFALGSGIGGLVISSSSIDNLGWSGFVMVLVALLLAVRLFANDKNNYDNPCHY				NA	NA	NA	NA	NA
JZ016_00339	501			hypothetical protein	ATGTATACAACCGTTTCTGATTTTATTACAGAATGGAAGAGGGAAGCTGAATTAACACAAAAGGTGTTAGACAGTTTGACGGATGAATCTTTACAACAGCAGGTATATCCTGAAGGCAGGACGCTGGGGAGAATTGCTTGGCATTTCGTAACGAACACCCCTGAATATTTGACTGAATTCGGGCTTGTTCTCCATCAGGTGCAAGATTCAGATGATGTACCGGCCGCGAAACAAATCGCCGAAACTTTTAGAAAAATAAGTTCAGAGGTAGCGACGGCTCTTGAAGCACAATGGACGGATGAAAGTTTAAAACAAATCCAAAATGCCTTTGGACGTCAGGAATCAAATGCTACCATCTTTATGGGATTGATTAAGCACATTGCTCATCATAGAGGGCAGGTCACCGTTCTTATGCGTCAGTCGGGATTGAATATCCCTGCGGTATATGGTCCTTCAAAGGAAGGTTGGATACAAATGGGAGTCGCAAACCCGCCGCTTTGA	MYTTVSDFITEWKREAELTQKVLDSLTDESLQQQVYPEGRTLGRIAWHFVTNTPEYLTEFGLVLHQVQDSDDVPAAKQIAETFRKISSEVATALEAQWTDESLKQIQNAFGRQESNATIFMGLIKHIAHHRGQVTVLMRQSGLNIPAVYGPSKEGWIQMGVANPPL				NA	NA	NA	NA	NA
JZ016_00340	1218			hypothetical protein	TTGAGGCAAGTGAATAAGTTATATTCAACATGGTTCGGAAGTTATTGGAGCCCTTATCTGGTTATGGCTCTGGCCGGTATTCTCAGCGCGGTTTACTTCGGAATCACCCATACGGTGTGGGCGGTAACCGGTGAGTTTACCCGTTTCGGGGGACATATTCTGGAATTCATCGGGGTAGATGTGTCGGATTGGGCGTATTTCGACCTCGTACATATGAACGGAACGACTTGGACGCGGACCGACGGCTGGATCGTATGGGGCATGTTTATCGGAGCCCTCATTACGATTCTGCTGAGCAGCAATTTCAAGATCCGAATGCCGAGACAGAAACGGCGGTACGTTCAGGGATTTGCCGGAGGAATCATCGCGGGCTTCGGAGCCCGGCTGGCTCTGGGCTGCAATCTCGCAGCCTTTTTTACCGGCGTCCCACAATTCTCCCTTCATTCCTGGATCTTTATCGTTGCTACCGGCGCGGGCACATTCTTAGGTGCTCGGCTGGTTAACACAAGATGGTGGAAAGGGAAGCCCGTCCTGAAAATGGGCGGTACCGTGTCTTCCCTTAAAACGGGTAAGAACCGGCAACCCCTATTGGGGGGTATGCTAGGTCTTGCGTACATCGCGCTGATCGTATACTTCTACGCAACAGGTCGCACGATGTTGGGGACAGCCGCCCTTTTCGGAGCGGCATTCGGTATTCTGATCGAACGGGGGCAGATCTGCTTTACTTCCGCTTTCCGCGATCTGTGGATCAGCGGCCGGGCTACGATGACAAAAGCGATTGCCGTCGGTATGGCGGTCAGCTCTGTCGCTACACTTATCGTTATTCTTGTATACGGTCTGGACCCGATTACAAAAATTGCCGCCCCAAGCACCTTTATCGGCGGATTGCTCTTCGGCTTGGGTATTGTTATGGCCGGCGGTTGCGAAACCGGCATGATGTACCGGCTGATGGAGGGACAAGTTGTCTTTTTACCCGTGTTTATCGGCAATATAATAGGTGCAACTGCTTTGGCATATGCATGGGATCATATGGGGATATTTAACCTTCTCGTGAAGAGCGGCTCGCCTATCAACCTGATCACCGCCATGGGTCCGGCCGGTGCATTGATCATTACGCTGCTTGTACTCGGGGGCGGATTCGCTGTCGCCGCATACTGGCAAAAAAACTACCGCTTCGGCGTTGGATTCAAGAAAGGGGATGCAACCCATGTCCGTTGA	MRQVNKLYSTWFGSYWSPYLVMALAGILSAVYFGITHTVWAVTGEFTRFGGHILEFIGVDVSDWAYFDLVHMNGTTWTRTDGWIVWGMFIGALITILLSSNFKIRMPRQKRRYVQGFAGGIIAGFGARLALGCNLAAFFTGVPQFSLHSWIFIVATGAGTFLGARLVNTRWWKGKPVLKMGGTVSSLKTGKNRQPLLGGMLGLAYIALIVYFYATGRTMLGTAALFGAAFGILIERGQICFTSAFRDLWISGRATMTKAIAVGMAVSSVATLIVILVYGLDPITKIAAPSTFIGGLLFGLGIVMAGGCETGMMYRLMEGQVVFLPVFIGNIIGATALAYAWDHMGIFNLLVKSGSPINLITAMGPAGALIITLLVLGGGFAVAAYWQKNYRFGVGFKKGDATHVR				NA	NA	NA	NA	NA
JZ016_00341	228	tusA_1		Sulfur carrier protein TusA	ATGTCCGTTGATTTCACACTGGATCTCCGGGGGGAATCTTGTCCTTACCCGGTCATCTACACACTCGAAACACTCCGTGATATGAAAAAAGGGCAGACGCTTCAGGTCATTTCGGACTGTCCGTCCGCTTTTCGGAACGTGCCGGAGGAAGTCGTCAAACACGGCTATACCATGGCACAGGAGCCGGTCAAAAACGGCCAGGAATTCAGCCTGTTTATCCAGGCGTAA	MSVDFTLDLRGESCPYPVIYTLETLRDMKKGQTLQVISDCPSAFRNVPEEVVKHGYTMAQEPVKNGQEFSLFIQA				NA	NA	NA	NA	NA
JZ016_00342	441			hypothetical protein	ATGATTAATATGAATTTGAAGAAATTGCGAAAGATGCACCGATTCACCCAAGAAGAAGTTGCCGAAAAGATCGGCGTTTCAAGACAAGCCGTGGCGAAGTGGGAAAGTGGAGAGACTGTACCGGATATTCAACATTGTACAGCTCTTGCGGATCTGTATGGCGTGGTATTGGATGATCTGGTCCATTATTCCGATAAGCATTCAGACATCGGCCTGCGTCCGAAGGGAAAACATATTTTCGGCATGGTACGGGTCGGGGAACGTGGTCAGATCGTAATTCCCAAAAAAGCCAGGGATATATTCGATATACGCCCCGGGGATAGTCTGGTGGTTCTGGGAGACGAGGCGCAGAAGGGAATTGCCATTATGAAAAGCGAAGGCTTGCTGCAGTTTGCAGAGGATATATTAAATGCCCAGACATTCAAGGAGGAAGATGAGTAA	MINMNLKKLRKMHRFTQEEVAEKIGVSRQAVAKWESGETVPDIQHCTALADLYGVVLDDLVHYSDKHSDIGLRPKGKHIFGMVRVGERGQIVIPKKARDIFDIRPGDSLVVLGDEAQKGIAIMKSEGLLQFAEDILNAQTFKEEDE				NA	NA	NA	NA	NA
JZ016_00343	1122			hypothetical protein	ATGACAGTTCAACAACAAGCAGCAATGGATTCCATGATCGAATGGCTGGCAAATGAACAAGAGCTCGGTCATAAGCCCAGCAAAATCGAATTAGCGGGGGAATTTGATCTTCACGACATGCATTATTATATTTTCAAATATAAAAAGACCCTGTTTGGCAAATGGCTGGTCGGTGTCTGTGGCGGTTATGAAAATCCGTCAGACACCGAGCATTGCGGACATGTATTCAGTGAGATGCAGCCCTATCATTCTGCCACGGCGGAACAGGAAGCTGTAGCCATGGTTAACATGATTCGTGAGTATTGGATGAAACAGGCGGCGCTCTATGAGGCAGGGGAAGCTCCAGAGAATAACCCGACGGACTCCAACGAATCTTCCGGTATATTTAACGGCTTCGTTCTGTTGAACTCATCGGAATGCGACCTGGAGCAGATCAAAGCAAATCTTCAGCACGACTGGAATATTTCCTCTTCCCCGGAGAATGGCAGCTCCGAAGAGGAAAAGGAAGGTATTCTGGTCATTGAAGCAGACGGCTGCATGGTCGCGGTCAGCTTCGTTGATGCTCCGGTACCGGATGGCGAGGCTGAGCATTACGCGCAAGGAAACTACCTGTGGCCAGAGGCAGTAGAGGTAACCAAAACCCATGTCAGTCAGCTTATTCTGGCTGTGTTTTCGCGTGCTGCCTCCCCGCTTGATAGCGGCAGGATGTACACCAAGCTGGCGGCGAGCTGTTTGAAACTGCCTAATGCCGTCGGTCTCTATTCATCCGGCACGGTATTTCAGCCCGAGCTCTTTGTGGAAATGGCTGAAACCATGAAATCCGACGATCTGTTTCCGCTGTTAAATCTCGTATACTTCGGGCTCGTACGCACGGAATCCGGAGTCAATGGTTATACCTATGGACTCAGAGCCTTTGGTAAAGACGAGATCGAAGTGCTGGACAGCCAGGTAACACCTGCCGAGCTTCGTGAATTCCTGATGGATATTTCTTTATATATCGTTGAACAGAACGTCACACTAAGGGACGGGGAAACCATCGGCTTTTCGGCGGAACAGAAGCTGCCGATTATGCGTTCCGACGGAGTTTATCTTGATGGTGACACACTTAAAATCAAGTTCTGA	MTVQQQAAMDSMIEWLANEQELGHKPSKIELAGEFDLHDMHYYIFKYKKTLFGKWLVGVCGGYENPSDTEHCGHVFSEMQPYHSATAEQEAVAMVNMIREYWMKQAALYEAGEAPENNPTDSNESSGIFNGFVLLNSSECDLEQIKANLQHDWNISSSPENGSSEEEKEGILVIEADGCMVAVSFVDAPVPDGEAEHYAQGNYLWPEAVEVTKTHVSQLILAVFSRAASPLDSGRMYTKLAASCLKLPNAVGLYSSGTVFQPELFVEMAETMKSDDLFPLLNLVYFGLVRTESGVNGYTYGLRAFGKDEIEVLDSQVTPAELREFLMDISLYIVEQNVTLRDGETIGFSAEQKLPIMRSDGVYLDGDTLKIKF				NA	NA	NA	NA	NA
JZ016_00344	483			hypothetical protein	GTGGAACTTTTAAAGGTTTCATATGAACAGAAAACAGTATTACGTAACCTCATGGAACTCTATCAATACGATATGAGCCAATACGAAGCTGAGAGTGAGAATGACGTTAATGAATTTGGCTTGTACAATTATAAGTATTTAGACCATTACTGGACGGAAGAGGGGCGGTATCCTTACTTTGTAATACAATCAGGGAAGCTGGCCGGGTTTGTATTGGTGAGAGTAATAAAAACAGCAAGAGATTTCACTCGAAACTACTCCATGGCGGAATTTTTCATCTTAAAAAAATACCGAAAGCAGGCAATTGGTAAGGAAGCAGCCTTTAAAGTATTCAAAATGTTTAAAGGCAAGTGGAGTATTGCCTGGTTGGAAAAAAATCGGTCGGCCCAAGCATTTTGGACAAAAATCATCTCAGAATACACGATCGGCGAATATTCCGAAACAACGTTTTCAGGTAACCCTGCAATTGAATTTAATGCCTAA	MELLKVSYEQKTVLRNLMELYQYDMSQYEAESENDVNEFGLYNYKYLDHYWTEEGRYPYFVIQSGKLAGFVLVRVIKTARDFTRNYSMAEFFILKKYRKQAIGKEAAFKVFKMFKGKWSIAWLEKNRSAQAFWTKIISEYTIGEYSETTFSGNPAIEFNA				NA	NA	NA	NA	NA
JZ016_00345	1365	tolB		Tol-Pal system protein TolB	TTGCAAGCTGTTTCTCATGATCTAGATCAAGGGTGGATCGCCTATACATCGAATCGTGCCGGATCGTTCGACATTTGGCTGTACCGACCGCGGGATAGACTTCATGTTCAACTTACTCGGGGACTTGGCGCGGAATTCTCCGTTCCCTATTGGTCGCCGGACAGCAGGAGGATTGCATTTATCGGAATGGGAAATGTGGTCCACTTGCTGGATACCGCCACGCTTACCGTAGCCAGAATTGACCAAATCGAACCTTACACGCTGTTGGACTGGTCTCCTGACAACCGGTCGCTGGTGTATGTTAAAAACGGCCTGATCGTCGTCTATGATACGTTCACCCATCGGAGCTATACCATCTCAGAGCCTGGAGCTAGCGATGTTCAATGGTTCCCTTCGGGTACAGAGCTTCTATTTGCGGCTCCGGATGCCAGCGGCATTACGCAGCTCTTCCGCATGCGGAGCGATGGCGAAAATCGGAGACAAATCACACGGAATATGAATGGACCGCTCCATAACGTTCGGATATCCCCGGACGGTGCCTTCGCACTCTATACATTCCCCGGTGCAAGCATCTCCATGATATCAACTGTCGATTTGGCAACCGGAACCGTCTATACGCTGGAGGGCGGACCGCTCGCCAAAAACTATTTTCCGTCATGGTCACCGGATTCCCAGAACATCGCCTACAGCGCAACCGCTTATGAAGAGCCGTATTATTATTCTCTTATCCAGATTGTCAGCCGCACCGGACAGAATCAAAGGACGGTTGCGGTTTCCGACTGTTTTGCCACCCCTGTCGGGTGGTCGCCGGACGGTGCGAAAATCGCGTATTTGTCGGGATGCGGAGGTGTTGAAAGCGCTAGTCAGCTCTGGATCGTGGATATCAGGGAGCAGATGCCGGTGAACGTCGTCAGCGGCGGGCGTATTACCGCCGTGCAGTGGTCTCCCCGCGCCAGAAGGCTTCCGGAAAACATTTTCACCAGCCTCGTTTATCGGGTATCCTTTCCATATCCCGCAAACTGGCGTCAGGTAAGTGAAGAAAGATACGAAGGGGCCGACGGTTTTTTTCAGGTATCCGCGATTTCCTCGAGTGACCCTATTACCGAAGTATGCCACGCCGAAGCTTTTCATCCATTAATGCCTTACGGCTCATCACCAACGATTATCCATGTGAAGGTGCAACATCAAGACGCGTGTTTCATCTTCCCGTCAGCCGACCAGCCAGCCGAGATGAATAAGCAGTCCGCTCTGATCGTAAGATACCCCCGCCCTGTCCAGATCGGGGAAACATTCTACAATTATTTTATCTTGTTTGCGGACGTCAACCATATCCGTCAAATGGGTGCGCGGTTGTCTTTTTTATAA	MQAVSHDLDQGWIAYTSNRAGSFDIWLYRPRDRLHVQLTRGLGAEFSVPYWSPDSRRIAFIGMGNVVHLLDTATLTVARIDQIEPYTLLDWSPDNRSLVYVKNGLIVVYDTFTHRSYTISEPGASDVQWFPSGTELLFAAPDASGITQLFRMRSDGENRRQITRNMNGPLHNVRISPDGAFALYTFPGASISMISTVDLATGTVYTLEGGPLAKNYFPSWSPDSQNIAYSATAYEEPYYYSLIQIVSRTGQNQRTVAVSDCFATPVGWSPDGAKIAYLSGCGGVESASQLWIVDIREQMPVNVVSGGRITAVQWSPRARRLPENIFTSLVYRVSFPYPANWRQVSEERYEGADGFFQVSAISSSDPITEVCHAEAFHPLMPYGSSPTIIHVKVQHQDACFIFPSADQPAEMNKQSALIVRYPRPVQIGETFYNYFILFADVNHIRQMGARLSFL				NA	NA	NA	NA	NA
JZ016_00346	543			hypothetical protein	ATGGAAGATAAGAATTGGGACTTGTTAGAGGAGGCCGATTGGCATTTTCGCAAAGTGGTACGCAGATTTGTCAAAGAACGTGACAAGATTTCGGTGGAAGGCATATCCTTGCCAGGCTTGTTGATTCTCAACACGATATTCCGGAATGGAGAGCAGAGGCTTGGCGAGCTGGCGGAACAGCTCGACTTCACATCCGGAGCTGTAACGGCGATATGCGACAAGCTGGAGACTTCCGGGTTCGCGATCAGAAGGCGTAGCAAGACGGACCGGAGAGCGATTGCCTTAGATATTACAGAAGCAGGAAGAGAGATGCTGCAGCGTAATGAAAATGTTGGCGGGTATATGATTGACCTCATCTTCGGCGCATTCTCGCACGAGGAGCTCAGGGAACTCATTCATTATTTTAAACAGCTCCATGAACATCTTGAAGGTTTCTCGGATTCCGTGCTTCAACAGTGTGCAATATTTACCGAGCCAAACGAAAGGAATGTTCAAGGTATTCGCGGCTCCGTGAAACGTTCAAACGCCTTTATTTCTTACTAA	MEDKNWDLLEEADWHFRKVVRRFVKERDKISVEGISLPGLLILNTIFRNGEQRLGELAEQLDFTSGAVTAICDKLETSGFAIRRRSKTDRRAIALDITEAGREMLQRNENVGGYMIDLIFGAFSHEELRELIHYFKQLHEHLEGFSDSVLQQCAIFTEPNERNVQGIRGSVKRSNAFISY	PGPT0013155_281	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
JZ016_00347	1455			hypothetical protein	ATGGGACATCCGACGATTTATCCAACAGGTACAACGGTTTATAATCCGGAGAAGACTTGGAGCGGTTACACGATATATCAAGCAGCGGATACAGGAGCTCTCCTCATTGACATGAATGGGAGAGAGGTTCATTTGTGGAAAGGGCTTCGAGGATTTCCCAACAAGCTGTTTCCGGGTGGTTACGTGCTGGGAAGCACCTCAGAGCGCGACCCGAAATACGGGTTTCAGGATGAAACCAATCTGGTGCAGGTCGACTGGGACGGCAATATCGTCTGGAAATTTGATCGTTATGAATACATAGAGGATCCGGGGCATCCGCCCCAGTGGATGGCACGCCAGCATCACGATTATCAGCGTGAGGGCAATCCCGTCGGTTATTATGTTCCAGGGCAAGATCCGAAGGTGGATTCGGGAAATACGCTCATTCTGGCCCACAAGAACGTGAAGCGTCCCGAGATATCCGACATCGAGCTGCTGGATGATACGATCATCGAAGTGGATTGGGAAGGAAATGTGGTGTGGGAATGGGCCGTTAGCGATCACTTTGATGAACTGGGATTTGATGAGGATGCAAAGCTCGCATTATCCCGCGATCCGAACACCCGCGGCTTTGGAGCTCATGCGGGCGATTGGATGCACATTAATTCGGCTTCGGTGCTCGGGCCTAACCGATTTTATGATGCGGGAGACGAACGCTTTCATCCCGATAATATAATCTGGGATGCCAGGGAAACGAATATTATTGCCATCATTGATAAAAAATCCGGGGACATCGTCTGGAAGCTTGGCCCCGATTATTCCACGGAGGAAACGAAGCATATCGGCTGGATTATCGGCCAGCATCATGCACATCTCATACCGCAGGGCCTTCCGGGCGAGGGTAACATTTTGATTTTTGATAATGGGGGTTGGGGCGGTTACGGAAAGCCGAATCCGGAAGCGGCGGATGGCTTGAAAATAGCTCGGCGTGACCATTCGCGCATCCTGGAAATCAACCCCGTTACTTTAGAGATTGAATGGCAATATACGCCGACGGAAGCCGGATTCCAGGCTCCGCTTGACTCTTACCGCTTTTACAGCCCGTATATCAGCTCGGCACAGCGGCTTCCCAATGGCAACACCCTGATTACCGAAGGGGCTGACGGGCGAATACTCGAAGTGACACGAGAATTCGAGCTGGTGTGGGAATATATTTCGCCTTATAAGAACAGCCGCAACTCCAATATGGTCTATCGCGCATACCGGGTTCCATATGAATGGGTTCCTCAGCTTGAATTGCCCGTTGAGACGGAGATTGCCCCGCTGGATGTTGCCGATTACCGTCTGCCGGGGGCCGCGTCGAGAGGTGCCGTTACAAGCGTGGAAGTCGAAGGTACAATCTCATATGGTGAGGGCGCGCTTTGCGTGGCCAGAACAGATGAAGTCGTGCATAAAGAGAGGGATCGGGATGAGTAG	MGHPTIYPTGTTVYNPEKTWSGYTIYQAADTGALLIDMNGREVHLWKGLRGFPNKLFPGGYVLGSTSERDPKYGFQDETNLVQVDWDGNIVWKFDRYEYIEDPGHPPQWMARQHHDYQREGNPVGYYVPGQDPKVDSGNTLILAHKNVKRPEISDIELLDDTIIEVDWEGNVVWEWAVSDHFDELGFDEDAKLALSRDPNTRGFGAHAGDWMHINSASVLGPNRFYDAGDERFHPDNIIWDARETNIIAIIDKKSGDIVWKLGPDYSTEETKHIGWIIGQHHAHLIPQGLPGEGNILIFDNGGWGGYGKPNPEAADGLKIARRDHSRILEINPVTLEIEWQYTPTEAGFQAPLDSYRFYSPYISSAQRLPNGNTLITEGADGRILEVTREFELVWEYISPYKNSRNSNMVYRAYRVPYEWVPQLELPVETEIAPLDVADYRLPGAASRGAVTSVEVEGTISYGEGALCVARTDEVVHKERDRDE				NA	NA	NA	NA	NA
JZ016_00348	975			hypothetical protein	ATGCTGTCGGTGATTCTTATCATGAGTATGCTAAGCGGGTGCGGCAATGCTTTGGGTGAGCAGCAGGAGAATCGGCTCAAACTGAAAATCGCGGACATTTCCACCAATACCGTGTTTCGTGTGGCAAAAAGCAAGGGCTTCTTCGACAAACACGGAATTGATGCCGAATTGGTAAACTTCGCTACGCCGGCTGAAGGCGTGAACTCCTTATTCATTAAACAGGTAGACGTTGCGTTCGGAGCGGACTTCCCGCTCCTGAACGCTGTCAGCAAAGGCGATTACTCCATCTTTGCTTCCTCAGGAACGGCAACGGATTTAAGTGCGAGCGAATGGAAGCTGTTCGTTCGTAAAGAGATTGGAAGCGCTGCGGATCTCAAGGGGAAAAGGTTAAGTTTCTCAAGAGGCACTTTCATCCCCTATCTGTGGGATGTGTATTTGGCCGAAAACGGAGTTGCGCTCTCGGATGTGGAGCTGATCGGACAGGGAGGTTTCGACGAGGCGTATGTAGCTCTCAAAAAAGGCGACATTGACGCCGCTTGGGTATATGGAGCAGTGCTGAACGAGAAGTTCGGTGCGCTTACCGAAGCCAAAGAATTGTCGGATATGTCCAAGACACCGGTAAGGCTTGGTACCGGATTGATCGCATCGAATGAAGGGCTCAACAGTAACAAGCAAGGTTTCGTAGCGCTGCTGAAAGCGCTGGATGAAGCGTCAGCTTATGCCCAGGCGCATCCGGAGGAAACGGCGGATCTGATGTATGAAGAGGTCAAGCAGCCGAGAGAAGCAACGCTAAAGGATCTGCCGAAGAATTCATGGAATCTTGGTTTCACGGAAAAAGCCTACGAAGGATTACAGGGACAGAAGGAATATATGGTGGATAACGGGATCATCGAAAAGGACTTCGAGCTGAACGAAAAATTGAATCTGGATTTGGTGAGGGAAGCATTCCCGGATCGAGTCCTTGAACTGAAGTGA	MLSVILIMSMLSGCGNALGEQQENRLKLKIADISTNTVFRVAKSKGFFDKHGIDAELVNFATPAEGVNSLFIKQVDVAFGADFPLLNAVSKGDYSIFASSGTATDLSASEWKLFVRKEIGSAADLKGKRLSFSRGTFIPYLWDVYLAENGVALSDVELIGQGGFDEAYVALKKGDIDAAWVYGAVLNEKFGALTEAKELSDMSKTPVRLGTGLIASNEGLNSNKQGFVALLKALDEASAYAQAHPEETADLMYEEVKQPREATLKDLPKNSWNLGFTEKAYEGLQGQKEYMVDNGIIEKDFELNEKLNLDLVREAFPDRVLELK	PGPT0001135_4991	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051	NA	NA
JZ016_00349	780	cmpD_1		Bicarbonate transport ATP-binding protein CmpD	ATGAGAGCAGCGTCAAGGCAGAATGAAATCCACATTGAACAGTTGAATAAAAGTTACGCACAGCAAACCTCGGCAGGTGACTTGCACTATATTATCCAGGACGTCAATCTGGCGGTAAAAGGCGGCGAGTTCTTTGTTCTGCTGGGTCCAAGCGGGTGCGGCAAGTCGACGCTGCTGAGTCTGATCGCCGGCTTTGTATCCAAAACTTCGGGTCAGGTGAGAGTAGGCGAGAAGGAGGTGGACCGTCCGGGCCAGGATCGTGCCGTCGTATTTCAGCAAGCCGACTCCTCCTTGTTCCCATGGCTGACCGTAAGAGAAAATGTGGAATTTGGACTTCGGATGAAGCGAATACCTCCCGCGAAACGAAAGGACATATCCAGCCAGTTTATTTCGCTAGTGGGTCTTGCGGGGCATGAGAGCAAATATCCACGCGAACTGTCAGGCGGTATGAAACAACGGGTACAGCTGGCAAGGGTATTGTCCAATGATCCAGCGATTTTGCTCATGGATGAACCATTCGGCGCATTGGATGCGATGACAAGACGGACGATGCAAAGAGAGTTGGTACGCATATGGCAGGACACGGATAAAACCGTCATCTTCGTGACGCACGATATTCAGGAAGCTCTTCTACTCGGAGGACGTATCGGCATCATGTCAGCGGGTCCGTCCTCAAAAATAACGGATATCTACGAGGTGCCTCTCGCCTATCCGAGAGATATATCTAATCCGGCTTTCCATGCGCTATATAACCAAATCCAATCGCATTTTGACGAGTAG	MRAASRQNEIHIEQLNKSYAQQTSAGDLHYIIQDVNLAVKGGEFFVLLGPSGCGKSTLLSLIAGFVSKTSGQVRVGEKEVDRPGQDRAVVFQQADSSLFPWLTVRENVEFGLRMKRIPPAKRKDISSQFISLVGLAGHESKYPRELSGGMKQRVQLARVLSNDPAILLMDEPFGALDAMTRRTMQRELVRIWQDTDKTVIFVTHDIQEALLLGGRIGIMSAGPSSKITDIYEVPLAYPRDISNPAFHALYNQIQSHFDE	PGPT0001140_5021	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049	NA	NA
JZ016_00350	777	ssuC_1	COG0600	Putative aliphatic sulfonates transport permease protein SsuC	ATGAGCAAGAAAATTAAGAAATGGTCGCTACATATCCTGGTGTGGATTGCTGGTCTTGGCGTCTGGCATTTGCTTTCCCTTGCGTATGGGCCCGAAATTCTGCCGGGTCCGATCTATACGGTTAAGGGCGGATATGAATTGTTGATGGACGGCACCCTGATTCAGTATATCGGGATCAGTTCGTACCGGGTGCTGCTCGGATGGACCCTCGGCAGCCTGATTGCAATCCCGGCCGGACTTATCATCGGGAAGGTAGGGCCAATCCGCGCTTTTGCCGAACCGTTCCTCAATTTCATCCGGTTCATTCCGCCGATTGCCTTCATCACCTTGTTTCTGGTCTGGTTCGGCATCGGGGAAACATCGAAAGTTATGCTTATTCTGTATGCAACCTTCTTCATTGTGGTAATAAATACGTTGACGGGTGTGTTATCCGTAGAAGAGGATAAGATCCGCTCCGCCCGCAGCATGGGGGCATCCGAGTGGCAGATTGTGCAACATGTCATCATTCCTGCAACGATCCCATTTATGTTCACCGGCATCCGGCTTGCCATGGGAACCTCGTTCATGGCGATTATCGGGGCAGAGATGATCGCGTCTAATGAAGGCGTGGGGTATCTGATCTGGAATTCACGTTTGTTCTTCCGTACGGATTGGATTTTTGTCGGATTGATTTGTCTGGGATTGATGGGGTTCATAACGGACCGTGCCGTAGGTCTGCTCGGGCGCAAGTTGTTGTCCCGTTACGGGGTAGTCAGTGCGAACTCACTCCGTAGATGA	MSKKIKKWSLHILVWIAGLGVWHLLSLAYGPEILPGPIYTVKGGYELLMDGTLIQYIGISSYRVLLGWTLGSLIAIPAGLIIGKVGPIRAFAEPFLNFIRFIPPIAFITLFLVWFGIGETSKVMLILYATFFIVVINTLTGVLSVEEDKIRSARSMGASEWQIVQHVIIPATIPFMFTGIRLAMGTSFMAIIGAEMIASNEGVGYLIWNSRLFFRTDWIFVGLICLGLMGFITDRAVGLLGRKLLSRYGVVSANSLRR	PGPT0001145_6769	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050	NA	NA
JZ016_00351	558	sutR_1	COG1396	HTH-type transcriptional regulator SutR	ATGTTGAAGCCGATTCATTTAATATTGGCGAATAATATGAAGCTGCTAAGAGAGCAAAGGAAGCTAAGCCTGGATAAAGTCGCGGAGATGACCGGAATCAGCAAAACGATGCTGGGCCAGATCGAACGAGGAGAATCGAGTCCCTCTATAACAACCGTCTGGAAAATCGCGAACGGGTTAAAGCTTTCTTTTACGTCTTTGATTAATGAGCCTCAATCCGAAACGGTCGTGGTATCCCAAGAAGAGGTGCAAGCGCTGGTGGAGGATCACGGAAAAGTTCGAATTTATCCTTTTTTCCCTTTTGAGGAAGGGCGGCGATTTGAAATGTATTCGTTAGAAATGGACTGTGGCGGTTATTTAAGTGCAGAGGCTCATATCGAAGGGACGGAGGAGTTTATTACCGTATTCGAAGGGGAGATCACCATTCGTATCGATCATGAGGAATATACGGTAAAGCAAGGGGAATCCATCCGGTTTAAGGCCGATAAACCGCATGTTTATCATAACTCCGGCTCCTCCATGAACCGGTTAAGTATGGTGATCCATTATTCCAAATGA	MLKPIHLILANNMKLLREQRKLSLDKVAEMTGISKTMLGQIERGESSPSITTVWKIANGLKLSFTSLINEPQSETVVVSQEEVQALVEDHGKVRIYPFFPFEEGRRFEMYSLEMDCGGYLSAEAHIEGTEEFITVFEGEITIRIDHEEYTVKQGESIRFKADKPHVYHNSGSSMNRLSMVIHYSK				NA	NA	NA	NA	NA
JZ016_00352	588	eamB_1	COG1280	Cysteine/O-acetylserine efflux protein	GTGTTCATCGTTTCGCTGTTGACCTATGCGATTGTCGCTTCATTTACGCCCGGACCCAACAACATCATTTCGATGACGAATGCACGGATCCACGGATTTAAGAAAACGATGCGCTTTATCGGAGGGGTAGCAGCTGGATGCTTGGTCATTATGCTGTTGTCCAGCTATTTCAATCTGGTATTATATCCATTCATCCCGAAGATCAGGTTTGTTATGAATATCATCGGATGCTTGTATCTGATCTATCTTGCCATAAAAATCATGCAGAGCAAGCCCTCTCATGCAGATGATAAGGCACGTGGATTCAATACCTTTTATTTCGGGTTCATCTTCCAGTTCATGAATCCGAAGGTTATTTTATACGGGATAACAGCTGTATCGACCTTCGTCATGCCGATCTCTACTTCCCATGCACAGTTGATATCCTACTCGTTATTGCTCACGATTGTCGGCATTTGTGCCAACATGACCTGGGCGCTATTCGGTTCGCTGTTCCAGCATCTGTTATCCCGATATGAGCGCCCGTTTAATATATTGATGGGATTGCTTCTGCTTTACAGCGCCTTTTCTATTTATGCCACGAACTGA	MFIVSLLTYAIVASFTPGPNNIISMTNARIHGFKKTMRFIGGVAAGCLVIMLLSSYFNLVLYPFIPKIRFVMNIIGCLYLIYLAIKIMQSKPSHADDKARGFNTFYFGFIFQFMNPKVILYGITAVSTFVMPISTSHAQLISYSLLLTIVGICANMTWALFGSLFQHLLSRYERPFNILMGLLLLYSAFSIYATN				NA	NA	NA	NA	NA
JZ016_00353	933	ldh1		L-lactate dehydrogenase 1	ATGACAAAAAATGAAGCTCAGCGTCCGTCCCGCGTGGTGATCATCGGTACGGGAGCTGTGGGAGCAACGACTGCGTACACCTTATTCTTACGCGAAAGAGTATCTGAACTGGTATTAATCGATGCGAACCATGACAAAGCGCTTGGTGAAGCCTTGGATATGAATCACGGCCTCCCCTTTGCCGGAGGCGTCAAGCTGTGGGCTGGAGATTACAGCGATTGCAAGGATGCAGACATCATTGTCATTGCCGCAGGCTCCAACCAAAGACCCGGCGAGACGCGAATTGACTTATTGAAGCGAAATACGGCGATATTTGACGATATTATCCAAAACATCGTGAAATACAATGACCACGGCATCATTCTTGTGGCTACGAATCCGGTGGATATTCTCTCTTACGTCACGTTGAAGAAGAGCGGCTTCCCAGTCAATCGCGTGATCGGCTCCGGCACCTTGCTGGATAGCGCCCGTTTCCGGTATTTGATTGGTCAAAACAAAGGCATTAATCCGCGCAGCATTCACGCCCATATCGTCGGGGAACACGGTGATTCCGAATTGCCGCTCTGGAGCATTGCCAACATCGCGGGGATCGGAATCGTTCTGACTGACGGTGAAAAAGAAGATATTTTCGACCGCACCAAGAATGCGGCTTATGAAATCATTAACGCCAAGGGTTCCACCTCCTATGCAATCGCATTGGCGCTCGATCGGATCATCGTCTCCATTTTGCAAAACGAAGGTTCCGTTCTCAATGTATCCACGCTGCTCACGGACTACCACGGTGTGTCTGATGTATACTTAGGCGTACCTTGTGTGGTTGATCGTACAGGCGTTCGGGAAATTCTGAATCTCGAGTTTAATGACGAGGAACTAACCCAATTTCATGCATCTGCTAACAAACTGAAAGAGCAGATCTCCAACATTTTCGAGTAA	MTKNEAQRPSRVVIIGTGAVGATTAYTLFLRERVSELVLIDANHDKALGEALDMNHGLPFAGGVKLWAGDYSDCKDADIIVIAAGSNQRPGETRIDLLKRNTAIFDDIIQNIVKYNDHGIILVATNPVDILSYVTLKKSGFPVNRVIGSGTLLDSARFRYLIGQNKGINPRSIHAHIVGEHGDSELPLWSIANIAGIGIVLTDGEKEDIFDRTKNAAYEIINAKGSTSYAIALALDRIIVSILQNEGSVLNVSTLLTDYHGVSDVYLGVPCVVDRTGVREILNLEFNDEELTQFHASANKLKEQISNIFE	PGPT0001760_2599	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001760-ldh-K00016	NA	NA
JZ016_00354	639			hypothetical protein	ATGTCTCATCCCCTCCATCTCCAACATAAAATCGGCCAGGGTTTAACGCCTCTCCAATTCATGGAGAATATGAAGATTCGAGAAATGAAATTGAGCAGAATCCCAAATACGAAGGAATTATTCAGACAAGTCTATGATCGCTTCCAGTGGGAGAACAAAGAGACTGAGGGATTCTTCACTTCTGAGCGAAACCCATTCAACCATCTGCACTGCCTGATTCTCTGTACGGATTGGTGCCCGGATGTCATATGGAATGTACCTGTCCTATTTAGAATATTGGAATATAGCCGAATTCCGTCCGACGTGCTCATCATGGAAGATCATATGGAAACAATGGACCTTTTTCTAACGGATGGCGGACGCGCACAGCCGATTGCTGTCTTCCTCCATGCAAGCACAGGAGAAGTACTCGGAACTTGGGGCGCTCGTCCGGCGTATATCCAGAACGTCATGGATGAGTTCAAGAGGAACCACCCCGATAAACAAGCTGCATCCTATCAAGAACAACTGGACCAAACGTACAAGAAGATCGGAGAGCTCTACCATGACGGTAATGAATATCAGAGGGTCATGATTCAGGAAATAAGGCAACTGCTTACTTCGTTTATACCTGATAGAATTGCCGATAATAACCTGTGA	MSHPLHLQHKIGQGLTPLQFMENMKIREMKLSRIPNTKELFRQVYDRFQWENKETEGFFTSERNPFNHLHCLILCTDWCPDVIWNVPVLFRILEYSRIPSDVLIMEDHMETMDLFLTDGGRAQPIAVFLHASTGEVLGTWGARPAYIQNVMDEFKRNHPDKQAASYQEQLDQTYKKIGELYHDGNEYQRVMIQEIRQLLTSFIPDRIADNNL				NA	NA	NA	NA	NA
JZ016_00355	1428	gabR_2	COG1167	HTH-type transcriptional regulatory protein GabR	TTGTTTGATATTCTTCTACCCGAGCAAAGCGAGTTCCCATTATACCAGCAGTTATATCTGCAAATTCGTGAGGGTATCCGTAATGGGGTCATTCCCGACGGACAACGATTGCCTTCTGTTCGTGCCCTCCAGCTTCAGCTCAATATAAGCAAAACGCCGATCGAGACGGCTTATCAAATGTTAACGTCTGAAGGGTATGTGATCAGCAAACCGAGGTCGGGGCTATATGTCATAAATCCATACAAGGAACTATCTCACCATCATCAACAGCGGACCCCCTCCATAACAACGATGTCAGTTATGAATTCCAACGGGCACTTGAATCAAGGTCAAGGTGTTATTGACTTTAATCCAACTCGATTAGATCAAGCGTCCTTTCCGGTACGAACCTGGAATAAAATGCTCAAGGAAGCGCTGGAACAGCATGTGAGTGAAATGGGAATGTATGGGGATCCGCAGGGCGAATACGGGCTGCGCACCGTGGTTTCGGAATATCTGCGAAATTCCAGAGGGGTTATTTCAACACCTGGTCAAATTGTGATCGGCGCCGGCACGGCCTATAGCATGGGGCTGCTTACCAGAGTACTGCCAGGACTTAAGCACATTGCGGTTGAGGAGCCGGGTTACAGCTTGGTACGAGATCAATTTCACTTGAATGGCTGTGATTTACTTCCGATTACGCTTAGTGATAAGGGAATCTCGCTTGACCAGCTGGAGAGCAGCCACGCACAGCTCGTATATGTAACACCATCTCACCAATTCCCGACGGGAAGCATCATGCCTTATCCGGAGCGGGAACGATTACTGGAGTGGGCCAATACCAGAAATGCATACATTATCGAGGACGATTATGACGGTGAGTTTCGTTACCAGGGAAAACCGATTCCTTCCCTGCAAGGGTTGGATCATAACGGGCGGGTCATATACGCCGGCACGTTCTCGAAAGTGTTGACTCCGACACTGCGTATGAACTATCTCGTTCTGCCACCGGCCCTGCTGAATCACATATCCCACAAACGTCAGGAAGTATTCTTTGCCCCTTCACGCGTGGAACAGTGGGCAATGACCGCGTTTTTTGAACAGGGGCATTGGTACCGTCATATTCGTAAAGTACGTAATCTGTACAGGAAGAGACATCATCAGTTGATTGAGTTGGTTGAGGCTTATCTTGGCAGGTTTGTTGAAATTACGGGTCAGAATTCAGGGCTCCATATTCAGCTGATCGTCAAAAAAGAAGTGTCCTCGGAGGAATTGATTCAGAGGGCGGCGAACGTCGGGGTTATCGTGTACGACCTGCGAAAAATGTGGATGAACGACCAGCAAGATGCAAACCAGTTCCCGAGGTTATATATGGGATTTGCAAGCTTGAACGCCGCTGACATGGAAAAGGGGATACGGCTTCTGAAGAAGGCCTGGAACATGGATTGA	MFDILLPEQSEFPLYQQLYLQIREGIRNGVIPDGQRLPSVRALQLQLNISKTPIETAYQMLTSEGYVISKPRSGLYVINPYKELSHHHQQRTPSITTMSVMNSNGHLNQGQGVIDFNPTRLDQASFPVRTWNKMLKEALEQHVSEMGMYGDPQGEYGLRTVVSEYLRNSRGVISTPGQIVIGAGTAYSMGLLTRVLPGLKHIAVEEPGYSLVRDQFHLNGCDLLPITLSDKGISLDQLESSHAQLVYVTPSHQFPTGSIMPYPERERLLEWANTRNAYIIEDDYDGEFRYQGKPIPSLQGLDHNGRVIYAGTFSKVLTPTLRMNYLVLPPALLNHISHKRQEVFFAPSRVEQWAMTAFFEQGHWYRHIRKVRNLYRKRHHQLIELVEAYLGRFVEITGQNSGLHIQLIVKKEVSSEELIQRAANVGVIVYDLRKMWMNDQQDANQFPRLYMGFASLNAADMEKGIRLLKKAWNMD	PGPT0016790_3528	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0016790-mocR-K00375	NA	NA
JZ016_00356	876			hypothetical protein	ATGATCACCCAAAGTGAGGTAAGAGCATATTTAAACCGTTTAAGAATTTCGGATATTCAGGAACCGACAAAGGAATATTTGTTCGAGCTGCATAAAGCCCACGTGGCACGAATACCTTGGCAGACCTTGGATATTTTTGCTGGGAAACCGACATCCATCGATATCGAGGAATCGGTACAACTTATGATCCATCAACGAAGCGGTTATTGTTTTCATCTGAATGGAGCCTTTACCGCGCTTCTTCGAGCCTTAGGTTATAAGGTATCTTGGCATCGGGCAGGAGTACAGCCTTTAGGGCAAGAACCACGGATTAACGGCTTCCATCTCGGGATAACGGTAAGTTTATTGAATGAACAACTTGGGGAAGAAGAGCGGTGGCTCGTGGATGTCGGTCTTGGCGATATGCCATGGGAACCGATCCCATTGAAATTCGGGGAATACATACAGGGACCTTTTCAATATACGCTTGAGCCGTCTCGCATAACGGATGATGGCTGGAGGCTGATCCATGATCCCCATTATTCATATGTAGGCGTAGATTATGCCCCTGATGTTGTGAACAGCTTGGAACTATTTAAATCAAACCATGAATTTTATAGCCGATCACCGGAATCCCCGTGGATGGAGCTGTTCATTGTTAGGCAACGGCACGAGCAGGGCATGAACGAGCTCAAAGGCTGCATATGGAGAAAGTGGAGCGGCAATACCCTGGATAAGATAGAGATTTCATCGAAGTCGGAATGGTTCGAGATCCTGGCGGACATATTTAATGAGCCGCTCGTCAACTATTCCATGATCGAACGGGACCTGATATGGGATAAGGTTTACAGGCAGCATCAGAATTGGAGGAAGCTTATGGAGAATGAGCAAGTATAG	MITQSEVRAYLNRLRISDIQEPTKEYLFELHKAHVARIPWQTLDIFAGKPTSIDIEESVQLMIHQRSGYCFHLNGAFTALLRALGYKVSWHRAGVQPLGQEPRINGFHLGITVSLLNEQLGEEERWLVDVGLGDMPWEPIPLKFGEYIQGPFQYTLEPSRITDDGWRLIHDPHYSYVGVDYAPDVVNSLELFKSNHEFYSRSPESPWMELFIVRQRHEQGMNELKGCIWRKWSGNTLDKIEISSKSEWFEILADIFNEPLVNYSMIERDLIWDKVYRQHQNWRKLMENEQV	PGPT0019890_112	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_NITRO-|AMINOBENZOATE_DEGRADATION,PGPT0019890-nhoA|yddI-K00675	NA	NA
JZ016_00357	93			hypothetical protein	ATGATTCACTTTATCTCAGTTCTCCAGCTGATCCTCAGCGGCATAGAACACGCTAAACTAATCTATCACTTGAGTAACCGGAAACGCAGATGA	MIHFISVLQLILSGIEHAKLIYHLSNRKRR				NA	NA	NA	NA	NA
JZ016_00358	330	csaA	COG0073	putative chaperone CsaA	ATGGCAACCATCGAAGATTTTACCAAGCTGGATATTCGGATCGGGACGATCGTGGAAGCAGAGCCATTCCCGGAAGCGCGCGTTCCCGCCATCAAAATGAAGATTGATTTCGGCCCGCTCGGGATCAAGCGCACCAGTGCCCAAATTACGAATCGATATGATGCGGACACCATCATAGGTAATCAAGTCGTCGCTATCGTCAATTTTCCGCCTAGACGCATAGCTGGCTATCAATCCGAAGTGCTTGTCCTCGGCGGGGTACCGGAGCAGGGAGACGTTGTGCTTCTGAAGCCGGATGTTGATCTGCCGAATGGTACTCCCATCGCTTAA	MATIEDFTKLDIRIGTIVEAEPFPEARVPAIKMKIDFGPLGIKRTSAQITNRYDADTIIGNQVVAIVNFPPRRIAGYQSEVLVLGGVPEQGDVVLLKPDVDLPNGTPIA				NA	NA	NA	NA	NA
JZ016_00359	1365	lysN_1	COG1167	2-aminoadipate transaminase	ATGAAATACACCGACATTATTCAGTCAGTTGAACGCCAAATACTGGATGGTTTATTAAAGCCAGGCAGCAAACTGCCATCCATCCGCGCTTTGACAGAATCCTATTCATGCAGTAAAAATACAGCCATACGGGCCTATGCTGAATTGGAAAAGAGACATATTATCTATGCTGTTCCCAAGAGTGGTTACTATGTCGTGGAGGGCAGAGGAAACATAAACCTCTCGAACCCAGCGGACCAAGTGATCGATTTTCGATCTGCGGGACCTGACAAAACGGTCATGCCCTACCGAGACTTTCAGCATTGCATGAACCAAGCAATTGAAATATATAAAGAAGAGTTATTCACCTATTCCCAAATTCCGGGTTTGCAGTCACTTCGTGTTGAGTTAGCACGGCATTTAATCGACTTGCAGGTCTTCACGATTCCTGAAAGGATCTTTGTTGTGTCCGGTTCGCAGCAAGCGCTGCATCTGCTGGTCTCCCTTCCTTTTCCTAACGGAAAGAACAATATTTGCGTGGAGCAGCCCACGCACTTTAGCATGATGGACTCCCTCAAGATTCATCAAGCCGTGACATACGGGATAGAGGTTACGAAGAACGGCATCGACTTTGGGCGGTTGGAGGACATTTTTAAAACTCGGGATATCAAGTTTTTCTATACGGTCTCAAGGTTCCATAACCCAACAGGCTACAGTTATACCAATGTGGAGAAGAAAAGGATAGTAGAGTTTGCGCAGAAGTATGATGTCTATATCATCGAGGATGACTACATGGGAGATTTGGATCCGGATTCGAAACATGATCCGATGTTTGCCTTCGATCCCTCTGGCAGGGTGATCTACACGAAGAGCTTTTCCAAAGTCATGCTCCCCGGACTACGGCTGGGCTTGGCTGTGATCCCCGAAGCGATGAGTGAAATATTCCAGCGGGCGAAGCACGCGGCGGACATACACAGTCCGGTGCTCATGCAAGGCGCCCTCGAAATTTATCTGAAGAACGGGATGTTCCGAGCACATATTCAGAGGATGAGGCAGACCTATAGTAAAAAAGGGGCTCTGCTCCAGCAGGCTTACCAAAATCACCTGCCGCCCTTCTTATCCTTTACGGGTTCGCCATCCGGATTTTATTCCACGATCCAGCTGCCAGAACCATTAAAAGCATATCAATTGGTTCACTATCTGGAGAATGAGAACGTATATGCTCAGGATGCCAGCAGCATGTTCTTGCCTGAGTTTAAGAACGAATCCATGATACGACTAAGCGTATCTCAGGTGAAGGAGGAACTCATCGAAATCGGTGTTCAGAAAATTGCGGAAGGAGCCGCTAAATTGTTAAAGAGACGCAGCGAGGTGAGGTTCATCTAG	MKYTDIIQSVERQILDGLLKPGSKLPSIRALTESYSCSKNTAIRAYAELEKRHIIYAVPKSGYYVVEGRGNINLSNPADQVIDFRSAGPDKTVMPYRDFQHCMNQAIEIYKEELFTYSQIPGLQSLRVELARHLIDLQVFTIPERIFVVSGSQQALHLLVSLPFPNGKNNICVEQPTHFSMMDSLKIHQAVTYGIEVTKNGIDFGRLEDIFKTRDIKFFYTVSRFHNPTGYSYTNVEKKRIVEFAQKYDVYIIEDDYMGDLDPDSKHDPMFAFDPSGRVIYTKSFSKVMLPGLRLGLAVIPEAMSEIFQRAKHAADIHSPVLMQGALEIYLKNGMFRAHIQRMRQTYSKKGALLQQAYQNHLPPFLSFTGSPSGFYSTIQLPEPLKAYQLVHYLENENVYAQDASSMFLPEFKNESMIRLSVSQVKEELIEIGVQKIAEGAAKLLKRRSEVRFI				NA	NA	NA	NA	NA
JZ016_00360	153			hypothetical protein	ATGATGGAGGTTTCTCTGTGGAGCTTACTTGCTATTGCACTCATAGAAACCGGGATTGCGATTCAAAGGAAACAACATGCCAAGCTGTTGATGTTGATTGGGATGGATTGTGTGCTGATCATGATCATTTTCATCGTTAGGAGAACGATGTAA	MMEVSLWSLLAIALIETGIAIQRKQHAKLLMLIGMDCVLIMIIFIVRRTM				NA	NA	NA	NA	NA
JZ016_00361	2037	pbp	COG0768	Beta-lactam-inducible penicillin-binding protein	ATGCATTTTAAATGGACATGGCTCTCCTTGTGCCTGATTGTGATGGTAATCCTTACGGGCTGTGACCGCATCAAGGAATCGGATCCGGGAGAGATTGTGAAACAGTATGTGGAATGGTGGGAGCAGGGCAGCTACGAATCGATGTATGATGTGCTGTCACTGGAGTCTAGACAGAAGATGACAAAAGAGGATTTTATAACACGATTTCGGAACATTTATGAGGGGATTGGAGCAGAAGACCTCACCATCACGACAGACTTTACGGCTCAGGATGCAAGCGAAACAAGGGATGAGCGAGTGTTCTATCCCTATCAAATCCAATTGGAAACATCGGCAGGTCGGGTGCAGGCAGAAGGTTCGTTTGAGCTATTAAAAGAGGAGGATCCAACCGAGACTAAGAAGCTGTCTTGGCGAATGGTGTGGCAACCTTCCTTGATATTGCCGGCTATGGATGCCTTGGATAAGGTGAACGTGCAGACGTTACCATCCAGCAGGGGCGAGATTTTGGATCGTAACGGTCACGGTCTGGCCATTAATGGCACGATTGAGGTCATCGGTATCGTTCCGGGTAAGCTCGGCGCCGATGGAGAACAGACCTTGGTTGAATTAGCTGAACGCCTGGGGATTTCGACCGAGATTATGAAGCGTAAGCTTGATGCGCCGTGGGTGAAAGACGATTTGTTCGTACCCATCTTGAACCTCAATGCCCAGCAGGGCAGAATGGATTACAGTGATCTGCCAGGCGTTGTAAAGAAGAAGGAACGTGCTCGAGTCTACCCTTACGGCGCGGCGGCAGCACATCTAACAGGCTACATCCGACAAGTGACAGAGGAGGATTTGGCCCATGCGCCCGAGGCGCAGTATAGACCGACTGAACTTATAGGTAAATCAGGATCCGAGCAGGTATATAATGAAGTGCTGCGTGGCCGGGACGGTAAGCGGATCTCGATCGTGGATTCCTCGGGTAAGGTCAAAGAAATCGTAGCCGAGAAGGAAGCGGTAGATGGTCAGGATATTCGTTTAACCATTGATGCTGAACTTCAAAAATCCATATTTGCTTCATTTCGTGAGGATGCAGGTACCGCAGCAGCCATCAACCCCAAGACCGGAGAAATCTTGGCATTGGTTAACAGCCCGTCCTATGATCCCAATGCTTTCATTGTTGGATTATCGACAGAGCAGTGGGATGAGTGGAACCACAATCCGGATAAACCGCTATTGAATCGATTCACGAAGCTGTACGCTCCGGGCTCGGTATTTAAACCGATCACGGCTGCGGTTGGTCTGAAGCTTGGGGTTACTACCCCTGGAAAGGTCAGGGAGATCCACGGCTTGCGTTGGTCCAAAGACCCGAGCTGGGGAAATTATTACGTGACACGCGTGAAGGAAGTACCCGTCCTGAATCTGAGAGATGCTCTTGTGTATTCAGATAACATCTATCTGGCACAGGAAGCATTGGAGATGGGTGCGGATCCTTTTCTGAAGGAAGCTGTAAAATTCGGGTTCGAAGAGGGATTGCCGCTTCCATTCCCTTTCCCGAAAGCAAGCTTGGCTAATGAGGGGATCAAGAACGAAATTCAACTCGCGGACTCCGGATATGGTCAAGGTGAAGTACTCATGAGTCCTTTACATTTGGCATTGGCCTATACTCCCTTCATTAATGGCGGGAAGCTGATTCAGCCTGTACTGGATTTATCAGAGCAGGAGAACAAGCCTCAGAAGACAAGAGAGGTGTTGGATTCGGACACTGCCGGAATCATCAAGCGTATGCTCGTCGATGTGGTTCAGGATCCAAAAGGCAGCGGACACGGTGCTGATCTATCGGGCATTGAGCTTGCAGGGAAGACGGGAACCGCCGAACTGAAAATCAGCAAAGGCGAAAAAGGACAGGAGAACGGATGGTTCGTTGCGTTTGACACGAGGGAGTCCAAGCTTCTCCTTGCGATGATGATAGAGCATGTTGAAGATCGGGGAGGCAGCGGGTATGTCGTGAACAAAGTCGCGCCGATCTTGCAAAAATATTACGAAAAAAAATAG	MHFKWTWLSLCLIVMVILTGCDRIKESDPGEIVKQYVEWWEQGSYESMYDVLSLESRQKMTKEDFITRFRNIYEGIGAEDLTITTDFTAQDASETRDERVFYPYQIQLETSAGRVQAEGSFELLKEEDPTETKKLSWRMVWQPSLILPAMDALDKVNVQTLPSSRGEILDRNGHGLAINGTIEVIGIVPGKLGADGEQTLVELAERLGISTEIMKRKLDAPWVKDDLFVPILNLNAQQGRMDYSDLPGVVKKKERARVYPYGAAAAHLTGYIRQVTEEDLAHAPEAQYRPTELIGKSGSEQVYNEVLRGRDGKRISIVDSSGKVKEIVAEKEAVDGQDIRLTIDAELQKSIFASFREDAGTAAAINPKTGEILALVNSPSYDPNAFIVGLSTEQWDEWNHNPDKPLLNRFTKLYAPGSVFKPITAAVGLKLGVTTPGKVREIHGLRWSKDPSWGNYYVTRVKEVPVLNLRDALVYSDNIYLAQEALEMGADPFLKEAVKFGFEEGLPLPFPFPKASLANEGIKNEIQLADSGYGQGEVLMSPLHLALAYTPFINGGKLIQPVLDLSEQENKPQKTREVLDSDTAGIIKRMLVDVVQDPKGSGHGADLSGIELAGKTGTAELKISKGEKGQENGWFVAFDTRESKLLLAMMIEHVEDRGGSGYVVNKVAPILQKYYEKK	PGPT0023945_196	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023945-pbpC-K21467	NA	NA
JZ016_00362	393			hypothetical protein	ATGAGTAAGATTCAATTCTCAGTCCAAGTTCGATTGGTATCCGATCTTACCCGTTCCAAACAGTTCTATGAAGAAGTGCTGGGTTGCGAAGTGAATGACGTATGGGCGGTCAGGGATGATTTTGCGCTCGGATTCAAGCTGATTCAGGCGGAATCCCGCGCTGATGTCACACCCAATCCAGCGGGGAAGGACCATGCGACGCGCTGGGATACATACGCTTACGTGGGTACACATTATGATTTGGATGCGTTGTATGAAGAACTGACCTCCAGGGGGGCCGAAGTGGCACAGGAACCTGTATTCATGGAAGCGGACTGGGGCGTGTGGAAGGATTTTGCGATTCAAGATCCAGACGGCTACGTAATTGGATTTGGCTCCGGGATAAAGGACTAG	MSKIQFSVQVRLVSDLTRSKQFYEEVLGCEVNDVWAVRDDFALGFKLIQAESRADVTPNPAGKDHATRWDTYAYVGTHYDLDALYEELTSRGAEVAQEPVFMEADWGVWKDFAIQDPDGYVIGFGSGIKD	PGPT0013300_4027	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_00363	429			hypothetical protein	ATGTCGGACATTGATATGAAGCAGGTCCTTATCAGCAGCGACCCTTCGCTGTTGGATTTGGATGCCATTGTACATTTTTTGCGGCGAAGCTACTGGGCTAATGAGCGTTCTGACCAAAAAATCAAAACATCGTTAGAAGGTTCTACGTGCTTCGGGGCATATTACGCCAACCGACAGATCGGTTTTGCTCGTGTGGTAAGTGATGGCGCAACCGTCTATTGGCTGTGTGATGTATTTGTGGATGAGGCATATCGTGGAATTGGCGTGGGGAAGAAATTAATCGAAACGATTACGACCCACGAGGATTACCGAAATGTATTCGGTATATTGGCAACGCGGGATGCCCATGGTCTGTATGAGCAATACGGTTTTGTCCGCGATCATGGAAAAACATTGACTCGTATGCCGGATTTTCTGCGGAAGGATTAG	MSDIDMKQVLISSDPSLLDLDAIVHFLRRSYWANERSDQKIKTSLEGSTCFGAYYANRQIGFARVVSDGATVYWLCDVFVDEAYRGIGVGKKLIETITTHEDYRNVFGILATRDAHGLYEQYGFVRDHGKTLTRMPDFLRKD				NA	NA	NA	NA	NA
JZ016_00364	597	tmrB_1		Tunicamycin resistance protein	ATGATTATATGGGTTAACGGCGCATTCGGTTCGGGGAAGACCCAGGCTGCGCATGAGCTTCAGCGAAGAATCCCGAACTCGTACGTGTACGATCCGGAAAATGCAGGTTACTTCATTCGCGATAATGTGCCAAGAGATGCCAAACGCGATGACTTTCAGCATTATCCGATGTGGAGGGAGTTTAATTACTCCATGTTTAAGTATATGGACCAGGAATCGGATCAATTGATCATTGCTCCGATGACCATTACAAACGCGGAATATTTCGATGAAATCGTTGGTAATTTGAGACGTGATGGCGTGAAAGTAGAGCATTTTACATTGTGCGCTTCCAAGGAAGTGCTCCTTAGACGGCTGCGGAGCAGAGGGGAAGGTTCGAATTCATGGGCCGCACAACAAATTGACCGGTGTATCAGCGGATTCTCGAATGAAGTGTTTCAGCATCATATCGACACGGATCATCTATCGATCGATGAAGTGGTCGAAACGATCGGTGCTTTGGCAAATGTGAAGCTGTTGCCTGATCATCGCAGCTCCGCCAAGAAGAAACTCGATCGAATCAAAACCAAATTTGCGCACATCCGATTTTTTGGATAA	MIIWVNGAFGSGKTQAAHELQRRIPNSYVYDPENAGYFIRDNVPRDAKRDDFQHYPMWREFNYSMFKYMDQESDQLIIAPMTITNAEYFDEIVGNLRRDGVKVEHFTLCASKEVLLRRLRSRGEGSNSWAAQQIDRCISGFSNEVFQHHIDTDHLSIDEVVETIGALANVKLLPDHRSSAKKKLDRIKTKFAHIRFFG				NA	NA	NA	NA	NA
JZ016_00365	972	mntA	COG0803	Manganese-binding lipoprotein MntA	ATGAAGAAGAGGACGAATAGAAACAGGATATTATTAGGGGCAGCCGCCATTCTGAGTTTGCTGCTTGTATTAACCGCTTGCGCTACGGGAGAAGTGAAGCAGGAAGGAACAGCCGGTGAACAAGGGGATAAGAAAATCCGAGTGGTTACAACCATTGGACAGATTGCGGAACCCATCTCCGTTATTGGGGGAGATCGGGTCGAGGTACTGAGCTTGATGGGGCCTGGCGTCGATCCGCATTTATATAATGCTACCCAAGGCGATATCAAGAAACTGGATAGTGGCGATGTTATTTTCTATAGCGGGCTTCATCTCGAAGGCAACATGACGGAAATATTCGAACAGATCGGTAAGAACAAACCTGTACTGGCGATTGCAGATGCCATCCCGAAGGATCAATTGCTGCAGGATGATACGCAGGCCATTGATCCCCATGTGTGGTTTGACATCGATTTGTGGAAAGTGTCTTTGGATTCGGCCGTAGAGGAGTTGAAGTCTCTTGCTCCGAATGACGCTGACTATTTTGAAGAGAACAAGCAGAAGTATTTTGCCCAGCTGGATGAATTGAAAGCCGAGGCCAAGGATAAGTTGAGTCAAATTCCGGAAGAACAGCGGGTGATGGTTACCGCTCATGATGCATTTGGGTATTTCGGCCGTTTGCATGGCCTGGAGGTAGTTGGACTGCAAGGATTGAGTACGGAGGATGAAATCGGCCTCTCGGACATTAACGGAACGATCGATATCCTGCTGCAGCACAAGGTGCCTGCCGTATTCGTTGAGAGCAGCGTCAATCCAGCTTCCATTAATGCCGTTATTGAAGGTGCTGCCAAGAACGGGCTGGATATAAAGCTTGGAGGAGAGCTTTTCTCCGATGCCATGGGCGAAGCGGGAACAACGGAAGGAACTTATATCGGAATGTATCGTCATAATGTCGAAACCATCTATCATGCATTAACAGGAAGTGGTGAATAA	MKKRTNRNRILLGAAAILSLLLVLTACATGEVKQEGTAGEQGDKKIRVVTTIGQIAEPISVIGGDRVEVLSLMGPGVDPHLYNATQGDIKKLDSGDVIFYSGLHLEGNMTEIFEQIGKNKPVLAIADAIPKDQLLQDDTQAIDPHVWFDIDLWKVSLDSAVEELKSLAPNDADYFEENKQKYFAQLDELKAEAKDKLSQIPEEQRVMVTAHDAFGYFGRLHGLEVVGLQGLSTEDEIGLSDINGTIDILLQHKVPAVFVESSVNPASINAVIEGAAKNGLDIKLGGELFSDAMGEAGTTEGTYIGMYRHNVETIYHALTGSGE	PGPT0003835_318	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003835-troA|mntA|znuA-K11707	NA	NA
JZ016_00366	729	mntB	COG1121	Manganese transport system ATP-binding protein MntB	ATGTCTGTACTTCAAGTTCAAGACCTCAATGCATCCTATCGTAAAAATAAAGTGCTCCACCAAGTCTCCTTTCATGTGGAACAAGGCTCTTTAACCAGCATTGTCGGGCCAAACGGCGCCGGTAAATCAACGCTGTTAAAAGTCATGCTGGAGCTTCACCCCAAGCTGTCCGGGAATGTGTCATTCTTTGGATCAAGCTTAAGCAAAACCAAGACCCGTGTCGGCTATGTGCCGCAGCGCGGATCCGTGGACTGGGATTTCCCGACCGATGCACTGGATGTTGTCATGATGGGTCTATACGGCCGGGTGGGCTGGCTGAAACGACCGAACAAGAGCCATAAGGAAAAAGCGATGGCATCGCTGGATCAAATGGGCATGGCGGACTTTGCCGACCGCCAGATCAGCCAGCTCTCCGGCGGACAGCAGCAGCGCGTATTCCTCGCTAGGGCGCTTGTCCAGGATGCCGACCTCTATTTCATGGATGAACCGTTAGCTGGTGTTGATGCGGCAACCGAGCGGGCGATTATGACCACGCTGAAGGATCTAAAAATGGCCGGTAAAACGGTCATGGTGGTCCATCATGATCTGCAGACGGTTGAGGATTATTTCGACCATGTGCTGCTTCTGAACCGTACGGTCATTGCACATGGGAAGACGGAAGATGTATTCACGAAGGAACATGTATACCGCGCCTACGGCGGTTCGCTTCGCTGGATGAAGGAGGCGTAA	MSVLQVQDLNASYRKNKVLHQVSFHVEQGSLTSIVGPNGAGKSTLLKVMLELHPKLSGNVSFFGSSLSKTKTRVGYVPQRGSVDWDFPTDALDVVMMGLYGRVGWLKRPNKSHKEKAMASLDQMGMADFADRQISQLSGGQQQRVFLARALVQDADLYFMDEPLAGVDAATERAIMTTLKDLKMAGKTVMVVHHDLQTVEDYFDHVLLLNRTVIAHGKTEDVFTKEHVYRAYGGSLRWMKEA	PGPT0003845_441	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003845-troB|mntB|znuC-K11710	NA	NA
JZ016_00367	939	mntC	COG1108	Manganese transport system membrane protein MntC	ATGCTGAATTTATTATTATCTCCGAACACGCAATGGGTGCTATTGAGCACATTAATTCTGGGCATGGCAGCCGGCATGATCGGCTGTCTCGCCTATTGGAAGCGGCAAAGTTTGATGAGTGACGCATTGTCTCATGCGGCTCTTCCGGGTGTCGTGGTTGCATTTGCATTGACCGGAAGCAAGAATCTGCTGGTGATGATACTCGGAGCTGCTGTCAGCGCCTTAATCGGAGCCTGGATGATCCAGTGGATCCGTACTTCCAGCCGCATTAAGGAAGATACGGCCATGGGCATGATTCTATCCGTATTTTTCGGACTGGGCATTATGCTGCTTACCATTGTGAACCGAACAGCGGGCGGGAATCAGAGCGGACTGGATAACTTTATTTTCGGTCAGGCTGCATCCATGGTTCGTAAGGATGTTTTTACGATGCTCATTCTGGCTGCTTTAGTTATTCTGGTTGTCTCGATTGGCTTTAAGGAATGGAAGCTATTCCTGTTTGATCCCGATTTTGCCCGGGGATTAGGGATGAATAGCCGTCTGATGAATTCCCTCTATATGGGGGTGCTTGTTCTTGTCATTGTCATTGGTATTCAGGCCGTTGGCGTCATTTTGATGGCGGCCATGCTGATCATACCTGCCGTAAGCGCAAGATATTGGACTCAATCCTTCAGAATGATGGTCATTTTGTCGGCAATATTTGGTGGCGGCTCCGGGTTTGTCGGCACCTTGGTCAGCACGATCGGAAAAGGATGGCCTACAGGACCGTTTATCGTTGTCGCCTCTTCCGTATTGTTCACGGTTTCTCTGGTCTTCGGTGCCGAGAAAGGACTGCTAATCCAGGCGCTGCAGCTCCGCTCTCAGAAAAAAGAACATATGGACTCCAATAACCCATCGGTTCTAAGTCCGCAGTTGTCCGAAAGGGGGAGCAATCAATGA	MLNLLLSPNTQWVLLSTLILGMAAGMIGCLAYWKRQSLMSDALSHAALPGVVVAFALTGSKNLLVMILGAAVSALIGAWMIQWIRTSSRIKEDTAMGMILSVFFGLGIMLLTIVNRTAGGNQSGLDNFIFGQAASMVRKDVFTMLILAALVILVVSIGFKEWKLFLFDPDFARGLGMNSRLMNSLYMGVLVLVIVIGIQAVGVILMAAMLIIPAVSARYWTQSFRMMVILSAIFGGGSGFVGTLVSTIGKGWPTGPFIVVASSVLFTVSLVFGAEKGLLIQALQLRSQKKEHMDSNNPSVLSPQLSERGSNQ	PGPT0003840_303	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003840-troC|mntC|znuB-K11708	NA	NA
JZ016_00368	903	mntD	COG1108	Manganese transport system membrane protein MntD	ATGACCTATACAGGATGGATATTGCTAACGGCTTCTCTCGTCGGATTGTCTTGCGGTATCGTTGGCGTGTTCCTGATACTGCGCAGAATGGCGATGATGGCCGATGCTATCAGTCATACTGTGCTGCTTGGGATCGTAACGGCTTTTATCGTCACAAGAGAATTAAGCGGACCTCATATGCTGATCGGTGCGATTATTGCCGGATTGCTGACAGCGGTTCTCGTTCAATGGTTTCATTCCCGGGGCGTTCAGCAGGATGCTTCCATCGGTGTTGTATTTACAACCTTGTTTGCGATTGGCGTCATCCTGATTGCAACCCAGGTTGGCAATGCCCATCTGGATACCAAGCATGCCCTCATGGGTGAGATTACGTTTGTGCCTTGGGATGTGATGTACGTTCCTCTATTAGGGGAGGTACCCAAAGCTACCTTCATGCTGGCAGCCGTACTCCTCGCTGTACTGATCGTCATCCTGGCGTTCTATAAGGAATGGAAGATTACGTCCTTTGATCCGGCTTTGGCGGCCAGTATCGGCATTCCTGTCGTGCTCATGCACTATGTATTTATGTCGCTGGTCTCCATCACGACGGTTGCATCGTTTGATGCCGTGGGAGCGATCATGGTGGTGGCTATGCTTATAACACCTGCCGCAGCAGCCTATCTATGGACGGATAAACTCTCCATCATGCTGGTGTTAAGCGGAGCCTTCGGCGTCATTTCTGCATTCATGGGTTACTATGTCGCGTTATGGCTGGACACCTCCATCTCAGGCTCTATGGCATTTGCTACCGGAATTGTATTTATTCTCAGCTTCCTGTTCTCTCCGAGACATGGCGTGCTTTCCCGTTATCTTCATAAATTTAATACACATGGCAGTGAAGAGAAACTGGACGGTGTATCCTGA	MTYTGWILLTASLVGLSCGIVGVFLILRRMAMMADAISHTVLLGIVTAFIVTRELSGPHMLIGAIIAGLLTAVLVQWFHSRGVQQDASIGVVFTTLFAIGVILIATQVGNAHLDTKHALMGEITFVPWDVMYVPLLGEVPKATFMLAAVLLAVLIVILAFYKEWKITSFDPALAASIGIPVVLMHYVFMSLVSITTVASFDAVGAIMVVAMLITPAAAAYLWTDKLSIMLVLSGAFGVISAFMGYYVALWLDTSISGSMAFATGIVFILSFLFSPRHGVLSRYLHKFNTHGSEEKLDGVS	PGPT0003850_302	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003850-troD|mntD|znuB-K11709	NA	NA
JZ016_00369	528			hypothetical protein	ATGCAGATGGAGTCGACAAGACTGGTGATCCGGGATTTTGAGGAGGAGGATTTTGCTAGTATTCATGCCTATGCCTCTGACCCATTAGTGACCGAGTATACGATGTGGGGACCGAATACGGAAGAGGAAACTTTAGAATATTTAAAGGAAATCCACCAAATGAAAGAGCAGAGCCCCCGTGACAGCTATGAACTGGCGATCGTGCTAAAAGATAACGGCCAGTTAATCGGCGGTGTAGGTATTCACCGATCCAAGACAAACGCAGAGCTTGGGTACTGCTTGAATTCCGCCTATTGGCGACAGGGTTATGCTTCAGAAGCTGCTAGCGTGATGTGCCGTTTTGGTTTTCAGGAGCTGGGAGTTCATCGGATTTACGCCACCTGCAGGCCGGGAAACATCGGGTCAGCTGCGGTTATGCGCCATATCGGAATGAAGCAGGAAGGGCTTCTTCGTCAGCACCTATGGTTTAAAGGGGCTTACCATGATTCCTATTTATTCTCCATCCTCAAAGATGAATTCGAAGTTTAA	MQMESTRLVIRDFEEEDFASIHAYASDPLVTEYTMWGPNTEEETLEYLKEIHQMKEQSPRDSYELAIVLKDNGQLIGGVGIHRSKTNAELGYCLNSAYWRQGYASEAASVMCRFGFQELGVHRIYATCRPGNIGSAAVMRHIGMKQEGLLRQHLWFKGAYHDSYLFSILKDEFEV				NA	NA	NA	NA	NA
JZ016_00370	510	nudF_1	COG0494	ADP-ribose pyrophosphatase	ATGGATAATACCCTATTGTTGATCCGTCATAACGGAATTTCGATTTACGAGGAAGCGTCAGGTAAAGTGTATTATACGAAAGAGAATCATGTGTCCGTTGTTGTTCTGGCTAAGCATGGCGATCAACTGCTGTTGATCCGTCAATATCGCGCCGCCGTGGATGACTACGTCATTCAGTTACCCGGTGGTGGCGTAAGCGAGGAGGAGGATCTGGAATCGGCAGCACGCCGTGAGATGCTGGAGGAAACGGGCTGCACCTGCGGCAAACTTCATTATCTGGGCAAGCTCTATCCGGCGTCCTGGAGATGCAATGAGATTGCCCATGTTTATTATACGGATGAGGTAATCAGTCAAGCGGATCAGCAGCTCGAGGGATACGAGAACATCGACGTAGTAAGAATGAGCGTAAAGGATTGCCTGCACCGGATTAAGGAGAATGAGCTTCAGGACTCCGAGCTGGTCTTTGCGATGATGCAAGGTCTGCTCAAGGGATTCATTCAGAATAATTAA	MDNTLLLIRHNGISIYEEASGKVYYTKENHVSVVVLAKHGDQLLLIRQYRAAVDDYVIQLPGGGVSEEEDLESAARREMLEETGCTCGKLHYLGKLYPASWRCNEIAHVYYTDEVISQADQQLEGYENIDVVRMSVKDCLHRIKENELQDSELVFAMMQGLLKGFIQNN	PGPT0021525_3859	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021525-nudF-K01515	NA	NA
JZ016_00371	186			hypothetical protein	ATGGAGTTTGTTGTGATTTTCATGACCGTGTTAAGTATCATCGTTGCCATCATTGTCATTCGTTACGCGATCAATTCATCCAAAATCATCATTAGAATGGATGCCATGATACAAGAGATGAGAATGCTTCGAAAGGATGTAAATGAGCTTAAGGAGAACAAGCATATCGTGGATAAAAGAGTATAA	MEFVVIFMTVLSIIVAIIVIRYAINSSKIIIRMDAMIQEMRMLRKDVNELKENKHIVDKRV				NA	NA	NA	NA	NA
JZ016_00372	960	mshA_1		D-inositol-3-phosphate glycosyltransferase	ATGGGAAGGCATCTGCTGATCTATGATGTGGAGTGGTGGATTTTAGGTAAACATGCAAAGGTCATTCAACAGTTTCACCCATCCCTGGATCTGATGTCCATCGGGGAATTGGATCGGTATCTGGAACGGCACAGCAGTGAGGATATGAATCAGGCCTATGACCGAATCGGTGCAATGTGCTTGGGAATCGCAGCCTATTGTATTTTCAAGCATATTCGTATCAACGCCTCGGCAGCGGTCTCTTATTATTATTTCAGTCAGAATTACGAAACCTTTCGCGAATGGATCGGTGACGAACTGATCCCCGACCCGGAGTTTCTCAGGCTGGTCATTCCCCGAATCGGCGTAATCGGTGCGATGAACCAACAGCTGACCCAAGCGCTTAGACAGGTGGCTCCGGAGGCTAAAGTGGAATATATCGGGCATTTTGTAGACCATCGGTTATTCCAACCATGCAAGATATTGAGCAGGGGTAGTGCTCCGTTTGTCATAGGCTGGGCCGGAGATCCTGCGAAACGATCCAAAAATTACGCTACGTTATATAAGCATATCCGTGACCATTTCCGCCAAGATGAACGGATTCGATTTATTGAAACAGCCGGAGCTTACTCCTATGAAGAGATGCCTAAATTTTATCATCAGCTGGACCTGCTGCTCATCACTTCGGCAAATGAGGGCAGCGCGGCTCCTGCACTGGAGGCCTACGCATGCGGGGTACCCGTGTTAGGAACAAATGTGGGTAACATTAAGGCTGCGGCTCATCCGGATGCGCACGGCTTGATCTTGGACAGTGACAATCCGGAGGATTTTATCAACATGATCGATCAATGGATGGGACAGCGGCGTAAGCTGGCTGACATCGGACAGCAGTGCAGGCACTACATTGAGTCATATTGGACGATAGAACAAGTAATAGAGCGCTGGTTAAGGGTGTTATTCCAATGGGAGAAGCAGCCGTGA	MGRHLLIYDVEWWILGKHAKVIQQFHPSLDLMSIGELDRYLERHSSEDMNQAYDRIGAMCLGIAAYCIFKHIRINASAAVSYYYFSQNYETFREWIGDELIPDPEFLRLVIPRIGVIGAMNQQLTQALRQVAPEAKVEYIGHFVDHRLFQPCKILSRGSAPFVIGWAGDPAKRSKNYATLYKHIRDHFRQDERIRFIETAGAYSYEEMPKFYHQLDLLLITSANEGSAAPALEAYACGVPVLGTNVGNIKAAAHPDAHGLILDSDNPEDFINMIDQWMGQRRKLADIGQQCRHYIESYWTIEQVIERWLRVLFQWEKQP				NA	NA	NA	NA	NA
JZ016_00373	699			hypothetical protein	GTGTTAGATCGAGTATCCGTGCTGATTCCGTATCAATCGGATGGAAACGGACCCAGAGATACAGCGTTTGAGTGGGTATTGGGCTTCTACGCACGGATGATGCCGGAAGTCGAGGTATGTGTAGGCGAAATAGCGGACGCAAGGGAGCTCTTCAGCAGATCCAGGGCGATCAATCGTGCGTATCACCAGTCTACCAAAGACATTATCGTGATTGCGGATAGCGATATCGTCTACGACCCGAATCTGTTGAGGGAATCCATTACTTACGTGAACAGTGGGCAGTGGGTCATTCCCTTCAGCCGGATCCTTCGTTTATCCAAAGAAATATCGCATCTGCTGCTGCAGCAAGAAAACATATGGCCATTGACCGTTAAAACTGAAACAGCCGCGGAGCAGGCGACCGCATTTGTTGGCGGATTTAATGTGCTTGGCCGCGAAGCCTATGAAACGGTAGGAGGATATGATGAACGATTTGTCGGTTGGGGCGGGGAAGATGAGGCTTTTGCCTATGCGCTGGATACTTTGGTCGGCAGCCATATCCGCCTGGGAGGGGAAATGGTTCATTTTTGGCATCCATTCGTAGGACCTGACGGGAATCCCAACTACGATTCCAATTATGCACTGTATCTGCGCTATCTAAAGGCGCGCGGCAATCAGGAAGAGATGCGGCTATTGATTCAGGAACCATCTTCTCAATAA	MLDRVSVLIPYQSDGNGPRDTAFEWVLGFYARMMPEVEVCVGEIADARELFSRSRAINRAYHQSTKDIIVIADSDIVYDPNLLRESITYVNSGQWVIPFSRILRLSKEISHLLLQQENIWPLTVKTETAAEQATAFVGGFNVLGREAYETVGGYDERFVGWGGEDEAFAYALDTLVGSHIRLGGEMVHFWHPFVGPDGNPNYDSNYALYLRYLKARGNQEEMRLLIQEPSSQ				NA	NA	NA	NA	NA
JZ016_00374	759			hypothetical protein	ATGAGGCTGTCAGTTATTGTACCGGTATTAAATGAAATCACCTTCGTTCCATTGTATATAGAAAGTGCCATCCGTTACGCGGATGAGATTATCATTGCCGATGGTGGCAGCACCGACGGGACCATTGAGGAGATCGAGCGTCTTCAGCAGCGCTATGCGATTCGACTGTTCCATGTCCAGCAGAGCGGAATGCCATACACCGAGGATTGGAACGAATCCGTGGTCCGTAATTTTTTGATTGATCAGGCCCAAGGAGACTGGATCATGAATCTGGATATCGACGAGCTGATGGATGATCGATTCGCTGATGTTTTGCCAGAGCTCGTGAACCGTCAAGACGTGGATATCTATCAGTTTCCCTTCGTTAATTTCTGGGGGGATCCGTGGACGATTCGGATGAATAGCCCTGGCGATGAGCGCTGGTCCAATGATATCACCCGAATGTGGAGGGCCAAGCAAGGAATACGCTATCGTGATGAGAAGCATCACTGCACGCTGGAAGCTGCGGATGGCCGGAGTATATGGAGTATCCCCCGCGGGCGATGCGATGTGAACGTGTATCACTACCACTATGCACTTGGCAACAAAATCAAGTACAATGATAACCGCCGAGGAGATGTCAATGTACAGATGAATCTCGGACAGCCGGATTGGACATTCAAGCCTGAAGCCTATGATATCGTCACAAAGCCTTATGAGGGCAAGCATCCTGAGGTTATCATGAACTATCTAAATCGGCGGGATGCTTTAGGATCTTAA	MRLSVIVPVLNEITFVPLYIESAIRYADEIIIADGGSTDGTIEEIERLQQRYAIRLFHVQQSGMPYTEDWNESVVRNFLIDQAQGDWIMNLDIDELMDDRFADVLPELVNRQDVDIYQFPFVNFWGDPWTIRMNSPGDERWSNDITRMWRAKQGIRYRDEKHHCTLEAADGRSIWSIPRGRCDVNVYHYHYALGNKIKYNDNRRGDVNVQMNLGQPDWTFKPEAYDIVTKPYEGKHPEVIMNYLNRRDALGS				NA	NA	NA	NA	NA
JZ016_00375	2604			hypothetical protein	TTGAATAAAATCAAGCCTTACCGCCGACGTAAATCTTCAACCCATCGCTCGGCCTTGCGTCAATGGAAACAGCGCCAACTTGCCTTGAAATATATCCGAAGGAAGCGATCCGCTCCACCTCCAACTCCCGCGTACACATTACCAATGACATACCCGCGATCCATACAACTTATGGATCAGGCACCTGTCCAGGCCGTGGACGTAAGCATGCCCGCTGGGGAGCAGCCCGAGCCTGGTACGATGCCGTTGTACGACATCATGCGGTTTCCCGTCATTGATTGGCAGTTCCGATGGCAGCGCCCCCAGCAGATGTCAGAGCAATTCGCTCAGCAGGGGCATCGAGTGTTCTACGTAAATCCCGAGATTGTAGGGTTAGGAAAAGAGGAAGCGTCAAGAGAAGAAATCAGCCGTCAGGTTAAGGTTAAAAATATTGATCGTAATATATGGCTGGTTACCTTGTGCGCCAATCAGCCTTTGAATTTGTACCGGGATCGAATGGAATACTGGGATATCCAGTATTTGAAGTGGTCGGTAGAGCATGTAAGGGATAAATTTGGATTATCCCAACTGGTCTCCATCGTGGATCTTCCATTCTGGACTCCACTCGTTACCGCTATGGATCAGCATCATATCGTCTACGACTGCATGGATCATCATGCAGGTTTCTCAACGAACGACAAGACAATGCTTCTGCTGGAAGAACAGCTGCTGCAAGAAGCGGGGCTCGTGGTAACAACCTCCCAGCATCTGCATGACTGGGCCTCCCAGTACAATCCTTCGGCTGTACTTATCCGCAATGCAGCAGATACTGCTCACTTCACGAAGCCGCCTGATGAGGCGCTGCCAGAGCTTGAGTCTATTCATCAGCCGATAATTGGTTACTACGGGGCAATATCCGACTGGTTTGACATTCAGCTGATGGAGTCACTCGCCAGAAGTCGGCCGGATTGGACGTTTGTCCTCATTGGAAATACTTTCGGCTGTGACACCTCGGGGATCGAGGAACTGAGTAACGTATTATTGCTAGGTGAGAAGCCGTACCATGAACTCCCTGCTTATCTGCATCGCTTCCAGGTCGCTTTAATTCCGTTCAAGAAGAACGAGCTGACGCAAGCTACCAATCCAGTTAAGCTGTACGAATATTTGGCAGCAGGCAAGCCGGTCATCTCTACGGAACTTCCTGAAGTGAAAACCGTTGCAGATCACCTGGTCACGATTGCGGATACTCCCGCGCAATTTGAAGAGGCAATTGAAGCTGCCCTTCTACAGTCCGAGCATAGCGTCATTGAACAGCGCCAGCAGTTTGCAGAGCTCAACAACTGGGATCATCGATATGAAGTGCTTCATAGTGATATCGTGCAGTACCTGTTCCCCAAAGTCAGTGTAATCCTGGTTGTTCATAATAACTGGTCTTATACACAGCAATGCCTTCATCGACTCCTTCAACCGGGTCATTATCCGAACCTGGAGATAATCATCGTAGATAATGCCTCAAATGATCAGACATCCGCCTATCTCAGGAGTCAAAATCATCCGCTGATCAAAGTGATCACCTCGCCTACGAATCTCGGTTTTGCCGCTGGCAACACGCTGGGATGCGCGCAATCAAGCGGAGAATTTATCATTCTGCTCAATAATGATACGCTTGTTCCGGATGGAAGCTGGATCTCGCGCCTGCTGAGACCTTTTCAGAAAGACGAAATGTTAGCTATGACGGGTCCGATGTCTAATCACGTGGGGAACGATCAAGCGCTGGATCATTTTATAGGAGATGCTGTTCAAGGCGCTCACCCCCGCTGGCTTAGCGAATTCTACGAGTATTACCGGCGAAGATACCGTTATACCGATCTGCTTGGATTTTTCTGTGTAGCCATTAGGCGGAATGTATGGGAACGTGTAGGGGCACTGGATCCCGCTTATGGACTCGGGATGTTTGAAGACGATGATTATTGTGAACGTGTCCGGAACGCAGGGTACCGCCTGGCCATCGTGGAAGACGCCTTTGTTTATCATCACGGGAGCGTTACGATCAAGAAGCTTAAGAATCATGTCTATAACGAGTTATGGAATAAGAATAAAGCCTATTATGAACAAAAATGGAACAAACCGTGGAGGTCGCCAAAAGGACCGGATAGCATTTTTCATATGGTAGATCGTCCGGATGAAATCGCATCTAGAGTCAATCAAGCCGGAACAAAAGTGGTGCTGGTGCTCGGTCTTACCGTTTGGGAGACCAATTCCAGACGCTGGCAGCAGATTGTGAAGGGTTTGAGCGAGAACGAGAATCTGCTAGTAATTGTGTACACCCATGTATATCATGGCCATCTCATCGTAGGAACCCGAAAAATAGGCCCGCGGCTGTATTTTACAAACCGGATTGATCTGTTCTCGGAGGTTCGATTTGATCAAGTCGTATATTGCGGCTCTACAGATGTCCACCCGCAGGTCCACTCCGATCATTATTGGGTGGATTCCCTAAGCTATCATGAACAGCAGCTCAATTCCTTGCTAACTCAAATATCCAATCTGCAGGTATTGGACCGGGTCGGGGTAACTCAAGCTGTCAGCCACTTATGCTCGTCTGTCCACGCTTCAACAATATGA	MNKIKPYRRRKSSTHRSALRQWKQRQLALKYIRRKRSAPPPTPAYTLPMTYPRSIQLMDQAPVQAVDVSMPAGEQPEPGTMPLYDIMRFPVIDWQFRWQRPQQMSEQFAQQGHRVFYVNPEIVGLGKEEASREEISRQVKVKNIDRNIWLVTLCANQPLNLYRDRMEYWDIQYLKWSVEHVRDKFGLSQLVSIVDLPFWTPLVTAMDQHHIVYDCMDHHAGFSTNDKTMLLLEEQLLQEAGLVVTTSQHLHDWASQYNPSAVLIRNAADTAHFTKPPDEALPELESIHQPIIGYYGAISDWFDIQLMESLARSRPDWTFVLIGNTFGCDTSGIEELSNVLLLGEKPYHELPAYLHRFQVALIPFKKNELTQATNPVKLYEYLAAGKPVISTELPEVKTVADHLVTIADTPAQFEEAIEAALLQSEHSVIEQRQQFAELNNWDHRYEVLHSDIVQYLFPKVSVILVVHNNWSYTQQCLHRLLQPGHYPNLEIIIVDNASNDQTSAYLRSQNHPLIKVITSPTNLGFAAGNTLGCAQSSGEFIILLNNDTLVPDGSWISRLLRPFQKDEMLAMTGPMSNHVGNDQALDHFIGDAVQGAHPRWLSEFYEYYRRRYRYTDLLGFFCVAIRRNVWERVGALDPAYGLGMFEDDDYCERVRNAGYRLAIVEDAFVYHHGSVTIKKLKNHVYNELWNKNKAYYEQKWNKPWRSPKGPDSIFHMVDRPDEIASRVNQAGTKVVLVLGLTVWETNSRRWQQIVKGLSENENLLVIVYTHVYHGHLIVGTRKIGPRLYFTNRIDLFSEVRFDQVVYCGSTDVHPQVHSDHYWVDSLSYHEQQLNSLLTQISNLQVLDRVGVTQAVSHLCSSVHASTI				NA	NA	NA	NA	NA
JZ016_00376	453			hypothetical protein	GTGAGGAGATACTGGAACAGGAGTCTTGATGAGGGATGCAAAGAAATCACAGTCCGAAAAAAGAAAAAGCGTAAAAAAACCTCGTATTCGATATGGAGTAAATTTTTATCTCTGCGTCGAAAGCTCATCCGCAGTATTGCAGGAATCCGATTGCAGATTGCTCGATTGAATGAACGGCTAAATGCGCTTCAAGAGCAGGTGAACGGTTTACGAGGTGGAGCAAGTCCAGGTGCAGGTCCAGGTGCAGGTCCAGGTGCAGGTCCAGGGGTAGGTCCAGGCAGCAGCATCATTGCTTTTTTAAGAGGCAGGTTGAACAGCCGGGTTACAGTGGAAACAACGGCAGGTACCATATTCGGAACGCTGATCGCGATTGGAGAAGATTATGTTCAGATTGCAGAGCCGAACGGTAGTATCGTCATAATCCCGCTCCGCAGTTTCTTGTCTATCGCTTGA	MRRYWNRSLDEGCKEITVRKKKKRKKTSYSIWSKFLSLRRKLIRSIAGIRLQIARLNERLNALQEQVNGLRGGASPGAGPGAGPGAGPGVGPGSSIIAFLRGRLNSRVTVETTAGTIFGTLIAIGEDYVQIAEPNGSIVIIPLRSFLSIA				NA	NA	NA	NA	NA
JZ016_00377	204			hypothetical protein	ATGGACTTTTCAGAAATTCTGGCTACTTTCGTGGGCAGAACGGTAGAGGTTGTTCAGGTCAATCAATTTCTGCAAGGTCAGTTACGATCCTCAGCAGACGGATTAATTACAGTGGAAGTGGTAAGCTCGAATTATATCCCTACCTCTCAAGTGGTCACTGTGCTTAATGAGAGTATTTCATTCGTGCGCATTCTGCCTCTCTGA	MDFSEILATFVGRTVEVVQVNQFLQGQLRSSADGLITVEVVSSNYIPTSQVVTVLNESISFVRILPL				NA	NA	NA	NA	NA
JZ016_00378	1359			hypothetical protein	ATGCTGGTGTTTATTCTTCCAGGTTCATATCCCCATTTAAGCGAGAATACCGCAGCTTCGATAAAACGCGTTTGCCCCGATGCCCTTCCTGTGATAATTCCTAGCGAAGAAGTGACCGCATCGATCCTAAATGAGACACTTGCCCGGGAGATTAAGCCGTGGTTCATAACGCTCCATGCCGGAGATACTGTCCAGCCTCATGCCAAGGAAGAGATTGAACGTTGGCTAAGGTCCTGTAGCGAGTACTCTGCCGGCTATATCATGAATCCAGCTTCGAATATAGATCAGTTGTCACCATCTAGGAACAGATACGTTTCACCTTTACGGATTCCCCGTGGTCCGCTGTTATGGCGCACGAAGACTGTCATGACAGGACAGACACCGGGTTTCAGAACTAGAGAGCAGTTGCCATTCCAGAGGTACGTATTGATCGATAAACAATTCGAGTTATCCACGCGGTATGAATGGACGGAAGTTGATTCCGATGGATTCTTGTACCTTCAACGCCAGGCGCCCGCCTGGATGAAAGAAGCTGAGGAATGGCAGGCCTTATTCCCTCTTCTCGAAGCTGGTGCCCAAGAACAATCACAGCCACCGGATATTGACTGCCCTCCTCTGGTGACTATTGCTTTGTGTACCTATAATGATGGCGCATATCTTCCTTGGGCTGTGCGGTCCGTTTTAGCGCAGACCCTCGGGGCATGGGAGCTTGTGATTCTCGATGACGGGTCAACCGATGCAGAGACCGCACATTATCTGATGAGACTGCCTCAGGATCCACGCATTAAGCTGATTCGGCAAGAAGAGAATAAAGGCAAATCACGAGCTCTGAACAAAATATTGAAAATAGCAAAAGCCCCCTGGTTATTGGAGCTGGATGCCGATGACTGGCTTGCTCCTGATGCGCTGGAGATCCTCCTGAGGGAGGCTGGCAGCCAACAGGATACGGCCGTCGTTTATGCTAATCATACGGAGTGGCTGGAACGCGCAAATAAACAGCTCGTGTATCAAGGAGTTAAAGCAGCGCCCTCTTCCTTGTCTCCTTATGTGCTGCTGCACGAGGCCCCAGCCGTAGCTCCGCGCATGTTCAATGTTCCCATACTTAAGCAGGTCGACGGCTGGGATCCTCATACTCTCTTTGAAGGGAGATTGTATGAGGATATCGGACAATTAATGAAGCTATCCGGTACACACAAGCTATGCCACGTGGCGGAGGCGCTATACCACCGAAGACTACGAATGACCAGCTTGACGCATCGACACCCCCATCATTACTTGAAATGGAGGAATTCCATGATTGACGAGACCGAAACACTGAAACATGGCCATCCTTCAGAGAGGCAGAATGCGCACGAATGA	MLVFILPGSYPHLSENTAASIKRVCPDALPVIIPSEEVTASILNETLAREIKPWFITLHAGDTVQPHAKEEIERWLRSCSEYSAGYIMNPASNIDQLSPSRNRYVSPLRIPRGPLLWRTKTVMTGQTPGFRTREQLPFQRYVLIDKQFELSTRYEWTEVDSDGFLYLQRQAPAWMKEAEEWQALFPLLEAGAQEQSQPPDIDCPPLVTIALCTYNDGAYLPWAVRSVLAQTLGAWELVILDDGSTDAETAHYLMRLPQDPRIKLIRQEENKGKSRALNKILKIAKAPWLLELDADDWLAPDALEILLREAGSQQDTAVVYANHTEWLERANKQLVYQGVKAAPSSLSPYVLLHEAPAVAPRMFNVPILKQVDGWDPHTLFEGRLYEDIGQLMKLSGTHKLCHVAEALYHRRLRMTSLTHRHPHHYLKWRNSMIDETETLKHGHPSERQNAHE				NA	NA	NA	NA	NA
JZ016_00379	1812			hypothetical protein	ATGAAATCGACTCATAGTCATATCATTCAGCAAGCTCAAGATTTTGCACGTTCCGTGCATGGACAAGATTCCAGCGGTCATGATTGGTGGCATGTTCAGCGTGTCACCCGCATCGCCCGACTCCTAGCTTATCTTGAAGGGGCGAATGCATACATATGTGAGTTGTCAGCCTACCTGCATGACGTTGCTGATGAGAAGCTGAATGAATCAAAGGAAGCGGGTTACGAGCGGGTTCAGCAATGGTTGAACCAAGCCGGTGTTGAAGCATCTGACCAGGAGAACGTGTTGGAGATTATTAGTACGATGTCGTTCTCAGGCGGAACGGGGAGCGCCATGCGTACATTGGAAGGGCGAATTGTACAGGATGCAGATCGTCTGGATGCGATTGGTGCAATCGGGATTGCCCGTACTTTCGCTTATTCCGGATGGAAGGGTCAAAGCATGTACGATCCATACATTTCCCTTCGGGAGCATATGACACAAGAGGAATATCGAAAAGGCAAAAGCACGGCCGTTAACCATTTCCATGAAAAGCTTCTGAAGCTGAAGGATAAAATGAATACGGAATCGGCAAGGCTGCTGGCAGATGGCAAGCATCAAAGTCTCGAGCTCTTTCTCCAGTTATTCGATAAAGAGTGGGCGATGGGGAATGAAGCCTACCTGCACGAATCCCCGATTCATCGCCGGAATGTATCACGTGTCCATATTGCCTTCGATGATTCAACGGCAGGGTCGTTAAAGATGATGCTGCGCTCGAAACCGGGAGAGATCGTGGTTACATTGGGCGATAACCTTATGGTAGGGCCGCTTCCCAAAGACCATGATTTCTCCCGTTCGTTCTCTACCCGAAATAAGTGGTTTCAGGAACGATACAGCATTGCGCATGCGGAAGATAGAAAATTAACGATGCTGCAAGCCGCCTTCGATTGGCTGACCTGGCCCCAGCAGCTGACCGAGATGCCGTGCTTGATATGGGCTGGCGATTCCGCTTCGGAACAGCTAGGTTTACGCAGGTTGTTGTCTCTGATACCAGATCATCCTGAAGTCATATTGGTAAATGCGACAAGCGTTCATCGTCAGCAGGATCCAAACAGTTGGTATCGGGGAACGTTTGAGATGACTTCAGATAAACTTCAAATCGTGCTGGATACAGCCGGGCAAGTTCCATTATCGCCGCAGGATCAGGCTGGCTATCGTGCGGATTGGCAGCGTCTCGTAAACGACGATGGGTTCCTTCGCGTCCTTCAAGGCGAGCGGCTGTGCACCGTTCCTGAAGCTTACTATGATGCAGATATACTGCAAGCCGCTTATCGTCTTGAGGCCAGACATGGGTTCTTCAAGAAATCAGCCCGCATTATTGGCGAGGTGATCGGCATGGGTGAATTAACCGTTTCCGACTCTTTTATCGAATATCGGGTTCGTCACCTGATTCAGGAAGGCGCATTAACCTACTCCGGCGAGCTGGATGCCATGCGAAATTACAGCGTATCACTTGTGGATGCATCGACTTCCGAGGAACAGTGGAGCCATGAACAACGCTTGGCTAAGATCGTGAAGCTGAAGTCGCTGCTGCATGAGATGATGGAAATTAACCTTGCAGAGAGTGGATTCATGGAAGAACTACGCCAATTGGATGCAGAGGGTCTGGGAGCATCTGTTTCCTCCAACCAGGAAGCTGTTACGACCAGCATACAATCTCAAATCGAGGACTTTATGAGTTCGTATCAACATCATCAAGAACAACGTATATCCTTGATGGGTTCCCTGGAGAAGGTGTTAACCCAGATCGATGAAACGGCTCCGATAGAATAG	MKSTHSHIIQQAQDFARSVHGQDSSGHDWWHVQRVTRIARLLAYLEGANAYICELSAYLHDVADEKLNESKEAGYERVQQWLNQAGVEASDQENVLEIISTMSFSGGTGSAMRTLEGRIVQDADRLDAIGAIGIARTFAYSGWKGQSMYDPYISLREHMTQEEYRKGKSTAVNHFHEKLLKLKDKMNTESARLLADGKHQSLELFLQLFDKEWAMGNEAYLHESPIHRRNVSRVHIAFDDSTAGSLKMMLRSKPGEIVVTLGDNLMVGPLPKDHDFSRSFSTRNKWFQERYSIAHAEDRKLTMLQAAFDWLTWPQQLTEMPCLIWAGDSASEQLGLRRLLSLIPDHPEVILVNATSVHRQQDPNSWYRGTFEMTSDKLQIVLDTAGQVPLSPQDQAGYRADWQRLVNDDGFLRVLQGERLCTVPEAYYDADILQAAYRLEARHGFFKKSARIIGEVIGMGELTVSDSFIEYRVRHLIQEGALTYSGELDAMRNYSVSLVDASTSEEQWSHEQRLAKIVKLKSLLHEMMEINLAESGFMEELRQLDAEGLGASVSSNQEAVTTSIQSQIEDFMSSYQHHQEQRISLMGSLEKVLTQIDETAPIE				NA	NA	NA	NA	NA
JZ016_00380	927			hypothetical protein	GTGGAAAGCGGTGGAGTTATGTTATTTACAGCACAGCAGATTCAAACCATAAGAGAACAAGCGCTTGGGATGGACAAGCGTCGACAAGTAACACCCGAAGTGTTGGCAGCAATATATGATCATCGTTTGTTTCATTTGTTTGTGCCCGATGAGCTTGAAGGAAGAATGACATCGCTGCCGGAGGCTGCGCGCATTTTTCAGGAGAGTGCCAGGATCGACGGCAACCTGGGATGGCTGGTTACGATTGGTGCAGGTGGAGGATTCTTCGCTGCGCTGATGAGCCGGGAGGTGAGCCGCCGCGTATTCGCGCACCGCGAAGCGGTGATTGCGGGCAGCGGGATGCCAACAGGTACGGCAAGACAGGTAGATGGCGGATATATTGTGAACGGCAGCTGGAAGTATTGCAGCGGTTCTACCTATGCTACGACCTTTACGGCCAATGCAGTTATTGAACCGGCTTCCACGGTACAAGATGCAGCTGATGTACCGAATGCGGACCAGGACGAGTCTCATATTCGATCCTTTATTCTGAATCCTGATCAAATCGAGATTCTGGAGGATTGGAATGCCTTCGGACTGCGGGCAACGGCGAGTCATACGATATCTGCTGTGGAGGCGTTCGTGCCGGTGGAGATGACGTTCTCCCTTACGGAAATCCAAGCGTATGAGAACGAAACGATCTATCAATATCCTTCCTGCCGTTTGCCCAAGTATCTTTTGCTGGCGTCGCAGCGGGCATCGCCGAGCATTTCCTTGAGGCCGCGGAATCGCTTGCGACACAGCGAGGAAGCTCTTCTCATGTGTTCAGCAAGCTGGAGGAGCGTAAGGCTGCTTTGGAGCTATCTGTTTCGGATTTTTATAAAACGGTGGAAAGCTCATGGGAGGAGCTGCTGCGTAATGGTGAAATATCAAATGCAACGGAAGTAG	MESGGVMLFTAQQIQTIREQALGMDKRRQVTPEVLAAIYDHRLFHLFVPDELEGRMTSLPEAARIFQESARIDGNLGWLVTIGAGGGFFAALMSREVSRRVFAHREAVIAGSGMPTGTARQVDGGYIVNGSWKYCSGSTYATTFTANAVIEPASTVQDAADVPNADQDESHIRSFILNPDQIEILEDWNAFGLRATASHTISAVEAFVPVEMTFSLTEIQAYENETIYQYPSCRLPKYLLLASQRASPSISLRPRNRLRHSEEALLMCSASWRSVRLLWSYLFRIFIKRWKAHGRSCCVMVKYQMQRK				NA	NA	NA	NA	NA
JZ016_00381	1713	ureC		Urease subunit alpha	ATGACAACAATTGATCGTGCTACCTATGCCAGCATGTACGGGCCAACAATTGGGGATCGGGTTAGGCTGGCCGACACCTCCCTCTGGCTTGAGATCGAGAAGGATTATACCGTCTACGGGGATGAATGTGTGTTTGGCGGCGGTAAAGTGATACGTGACGGCATGGGGCAGCATCCCCTCGCGACCCGCGCGGAAGGCGCACTGGATCTGGTCATTACGAATGCCATCATTATCGATACTTGGGGAATTGTTAAAGCGGATATCGGGATCAAGGACGGGTTCATCTGCGGTATCGGAAAAGCGGGAAATCCACTCATGATGGATGGGGTCACCGAAGGTATGATTATCGGTGTGGGCACCGAAGTTATCTCCGCCGAGAACATGATCGTAACAGCTGGCGGTGTGGATTCGCATGTGCACTTCATTAGTCCACAGCAAGTCGAAATCGCGCTCCAAAGCGGTGTCACTACCTTTGTTGGGGGAGGCACCGGGCCTGCTACGGGAACTCTGGCAACCAATTGTACTTCCGGGGTATGGAATCTGCAGCGGATGCTGCAGGCGACGGATGCTCTTCCGATAAATATGGTTTTTCTGGGCCGCGGGAATAGCAGCCGTCCGGAAGCGCTGGCGGAACAAGTCCATGCAGGTGCGGCCGGACTCAAAATTCACGAAGACTGGGGCAGCACGCCCTATGTGATTGACAAATGTCTAAATGTTGCCGAAGAACTGGATGTGCAGGTTAACATCCATACCGATACGCTGAATGAAGCGGGTTTTGTTGAAGACAGCTTGCGATCCTTTAACGGCCGGGCGATTCATACCTATCATACCGAGGGTGCGGGAGGCGGTCACGCCCCTGATCTGCTGCGGGTAGCATCCATGCCGAATGTCCTCCCTTCCTCGACCAGTCCGACCATGCCCTATACGGTAAATACGGTTGACGAACATCTGGATATGCTGATGATTTGCCATCATCTTGATCCGCGTATTCCGGAGGATGTTGCCTTTGCCGCATCAAGGATCCGGGCAGAGACCATTGGGGCTGAAGATATTCTCCATGACATTGGCGCAATCAGCATGACCAGCTCCGATTCACAAGCGATGGGCCGTGTTGGTGAAGTCGCTATCCGTACATGGCAAACGGCGGACAAAATGAAACAACAGCGCGGTTCGCTAGGATCTGATACGAAATCGGACAATTTCCGAATCAAGCGCTACATCGCCAAATACACCATTAACCCTGCCATGACCCATGGCATATCCGATTACGTTGGCTCCATCGAAGTCGGAAAAATGGCCGACCTCGTACTCTGGAAACCCGCCTTCTTCGGAGCCAAGCCGGAGATCGTACTGAAGAGCGGCATGATTGTACACGCGGTCATGGGCGATCCGAACGCTTCCATCGCTACACCACAGCCTTATATGTATCGGCCGATGTTCGGCAGCTATGGCGGAGCGCAGGCTGCACTAAGCGCAACATTCGTTTCCCAGTCCTCCCTGCAGCTGGGTACGCTTGATCCATTAGGATTGCGCAAACAGCTACTGCCTGTTCGAAACTGCCGAACCGTAAGAAAGGCCGATCTGGTTCACAATGGTGAGACACCAGAAATTATGGTCGATCCGGTGACTTATGCGGTAACCGTTAACGGCGAGAGGCTGACAAGCGCCCCATCCTCCCACCTGCCTTTATCGCAGCGTTATTTCCTGGTTTAA	MTTIDRATYASMYGPTIGDRVRLADTSLWLEIEKDYTVYGDECVFGGGKVIRDGMGQHPLATRAEGALDLVITNAIIIDTWGIVKADIGIKDGFICGIGKAGNPLMMDGVTEGMIIGVGTEVISAENMIVTAGGVDSHVHFISPQQVEIALQSGVTTFVGGGTGPATGTLATNCTSGVWNLQRMLQATDALPINMVFLGRGNSSRPEALAEQVHAGAAGLKIHEDWGSTPYVIDKCLNVAEELDVQVNIHTDTLNEAGFVEDSLRSFNGRAIHTYHTEGAGGGHAPDLLRVASMPNVLPSSTSPTMPYTVNTVDEHLDMLMICHHLDPRIPEDVAFAASRIRAETIGAEDILHDIGAISMTSSDSQAMGRVGEVAIRTWQTADKMKQQRGSLGSDTKSDNFRIKRYIAKYTINPAMTHGISDYVGSIEVGKMADLVLWKPAFFGAKPEIVLKSGMIVHAVMGDPNASIATPQPYMYRPMFGSYGGAQAALSATFVSQSSLQLGTLDPLGLRKQLLPVRNCRTVRKADLVHNGETPEIMVDPVTYAVTVNGERLTSAPSSHLPLSQRYFLV	PGPT0000965_1043	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0000965-ureC-K01428	NA	NA
JZ016_00383	645	ureA	COG0831	Urease subunit alpha	ATGCATCTCACTTACCAGGAAAGAGACAAATTATTGCTTTTCCTCGCGTCGGAATTAGCGCAGAAACGGTTAGCCCGCGGGTTGAAATTGAACTACCCTGAAGCGGCCGCACTCATTTCAGGTTATGTTGTTGAAGGAGCTCGTGATGGTAAGTCTGTAGCCGAATTAATGGAAGAAGCGCGTCATGTGCTGTCAGCGGATCAAGTGATGGACGGCGTCGCCCACTTGCTTAGGGAAGTCCAGGTCGAAGCCACCTTTGTGGATGGTACCAAGCTGGTCAGCGTTCATGACCCGATTCAAGGCGCGTCAGACGCAACCGGCATTATTGCAGGCGAATACGACCTGCGAGATGAGCCGATTGAGCTGGTACCCAGCCGCCCTCGCATTACGCGTGAAGTCACCAACAGTGGAGACCGACCGATTCAGGTAGGGTCGCACTTCCATTTTTACGAATGTAATCCCGCCTTGTTATTCGAGCGGAACGGCACGCAGGGATACAGGCTAGATATTGCTTCCGGATTGTCGACCAGGTTCGAACCCGGGGAAACCTTGGAGGTCACACTTGTTCAAATTGGCGGCACCCAGGAGATTCACGGTTTTGCAGGGTTAACGAACGGAAAAATCAATGGGGTGGTGAGCTTATGA	MHLTYQERDKLLLFLASELAQKRLARGLKLNYPEAAALISGYVVEGARDGKSVAELMEEARHVLSADQVMDGVAHLLREVQVEATFVDGTKLVSVHDPIQGASDATGIIAGEYDLRDEPIELVPSRPRITREVTNSGDRPIQVGSHFHFYECNPALLFERNGTQGYRLDIASGLSTRFEPGETLEVTLVQIGGTQEIHGFAGLTNGKINGVVSL	PGPT0021645_255	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021645-ureAB|ureA|ureB-K14048	NA	NA
JZ016_00384	1107			hypothetical protein	ATGTTAAAAAAATGTACATGCTTGCTCCTCCTGCTGTGTATCATCCCTCTATCAGGTTGCGGAGATCAGCGGATTCTGGAAGATCTGGGTTTCATCCAGACCACCAGTTATGATTTGCTGCCGGATGGCAAGCTAGCCATCTCGGTCTCGATTCCCCAAGCGGATCCGGAAACCACCGCTAAACGGGAGGTATTGACGGCGACCGCCGAGAGCAGCAAAGAAGCGAAAATGATCATGTCCAGGAGAACGGGGATGCTGCTGGTAAGCGGACAAATCCGCAACGTATTGTTCGGCCTTTCGATGGCGAAAAATGGACTTCATGGACATCTGGACACCTTGTTCAGAGATCCCTCCATTTCATCACAGGTCAAAGTGAGTGTGGTTGAAGGACATGCAGGCGAGCTATTGATCGACGATTACAGGCAGCATCCGCGTACAGGGCGATATATCGACATGCTGCTTGAAAAAGAAGCACTGGGGCAGACAATTCCAAAGGTAACTTTATTCAGCTTTGCCAGGGATTTTTTCGATCAGGGTGTAGACCCCGTTGCTCCGATTATTAAGAAGCATGAGAATAATTACATTACAACGAATGGAATCGCATTATTTCGAGATGATCGTTATGTAACGAAGATCGAACCTCAGGATGCATTGATCTTCGCTTTTCTGAAAGGCAAATTCAGAGATGGCCAAATAAATATTGAACTAGCGGAGCCCGGTGACACGAAGGAAAACGTCATGTTCAGTTCATTGATCAGCTCACGTAAAGTGAAAGTCACCCGTGGAGCTCAGGGCGTTGACAAAGTGACGTATCATATTAAAGTGACCGGCACTGTTCTGGAATACATCGGCGATGCCAGGTTGAGCAATGATCGGGAACGGCATGAGCTGGAGAAGCGGATCAGTAAATATATTTCGAAAAAAGGCGATCGCATCATTACGCTCATGAAACAGCATCAGGTAGATAGCCTCGGAATAGGAACGGTTGTCCGTAACCGTGTTGGTTACGCGCAATGGAAAAAGATGAACTGGCGACAGGAGCTTCAGAAGCTGCCGGTGGAATGTTTGGTTGAAGTGCATATTAAAGATTATGGCAAGTTTCGATAA	MLKKCTCLLLLLCIIPLSGCGDQRILEDLGFIQTTSYDLLPDGKLAISVSIPQADPETTAKREVLTATAESSKEAKMIMSRRTGMLLVSGQIRNVLFGLSMAKNGLHGHLDTLFRDPSISSQVKVSVVEGHAGELLIDDYRQHPRTGRYIDMLLEKEALGQTIPKVTLFSFARDFFDQGVDPVAPIIKKHENNYITTNGIALFRDDRYVTKIEPQDALIFAFLKGKFRDGQINIELAEPGDTKENVMFSSLISSRKVKVTRGAQGVDKVTYHIKVTGTVLEYIGDARLSNDRERHELEKRISKYISKKGDRIITLMKQHQVDSLGIGTVVRNRVGYAQWKKMNWRQELQKLPVECLVEVHIKDYGKFR	PGPT0014785_106	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0014785-yfkR-K06308	NA	NA
JZ016_00385	1077			hypothetical protein	TTGAAAGAAAAACTATCCCAATTTCATACAGCGATCCTCATCTATATGATTCAAACGGGCGTCTACGTATTCAGCATCGCGCAGATCGAAGCCCAGTATTTCGGGACAAATGGCTGGCTTGTTGTGATCCCGATATCCATTCTGGTCTGTCTCAATATTTACCTAATGTATTGGGTGTATCGGCTGGGCAAAGGTCAGTCGATCTTTGAAATACTGGAGAAAAGCATTCCCAAGTTCATCCTGGTCCCCTTCTATCTGGCTTTTAGCATGGTATGGGCACTAATCGGCTGTCTCGTTGCCAAGGAATATGTGCTGATCTTTCAGATGTTTGCCTTCCCGACAACCGACCCGATGGTGTTCAAGATTGCGATCGATGTTCTAGCCTTTATGCTGCTGACCAAAGGGCTCTATAACATCTCCAAGGCTTCGACCGTTTACTTCTGGTGCACCATTTGGATGAGTTTGCTGCTTATTTACTACTCTGGGGAATTCAGATTCGAGCGATTAACGCCTTATATTTTTCAAGACAGCTACAATATGACCGAAGGATTCTTTCATATCTATTTGGCATTTATGGGATATGAGCTGTGTTTACTATTCTTTCCCTACACCGATAAGAAGACGAAATTGTTCAGGGCCGTTATTTACGGTCATCTTATTCGTACAGTATCCTACGTTCTCTTGGGTTTTGTCTCGTTCGGAGTCATTGGCAGCGATATGCTGAAGGTTATGTTGTTTCCATTACTCGATTTATTGGCTTATATCAAGCTGCCGTTCATGGAGCGAATTGAGAATCTCTTCTACGGCTTCTTTCTGTTCACCACCATCATCACCCTCGTCCTTTACTTTTGGGCAGCCGGTGAGAGCACCCAACGAGTTTTCCCGAAGATCAAAATCAATGTTCACTATTTCTTTATCATTCTTTTTGCCTTGCTCATATCCTACATTCCAACCGTATTGAATACCATCCGAGAATGGATTTTGTATCTGGGTTATATCCAGATCGGATTCGCCTATATTGTACCGGTGATACTAATCATTCTGCTGCTATGGCAGCGGCGAAAAAAGGCAGCGTGA	MKEKLSQFHTAILIYMIQTGVYVFSIAQIEAQYFGTNGWLVVIPISILVCLNIYLMYWVYRLGKGQSIFEILEKSIPKFILVPFYLAFSMVWALIGCLVAKEYVLIFQMFAFPTTDPMVFKIAIDVLAFMLLTKGLYNISKASTVYFWCTIWMSLLLIYYSGEFRFERLTPYIFQDSYNMTEGFFHIYLAFMGYELCLLFFPYTDKKTKLFRAVIYGHLIRTVSYVLLGFVSFGVIGSDMLKVMLFPLLDLLAYIKLPFMERIENLFYGFFLFTTIITLVLYFWAAGESTQRVFPKIKINVHYFFIILFALLISYIPTVLNTIREWILYLGYIQIGFAYIVPVILIILLLWQRRKKAA				NA	NA	NA	NA	NA
JZ016_00386	1506	gerAA_2		Spore germination protein A1	GTGGGAATAAAGCAGAGGTTAAAATCCATCTTTCTGGTCAACCATGAGCATGCCGATAAAGGTCCGGCTCAAGAAAATCAACAGGACCCTCATCCTCAGGAGGGAGCAACGCTGACACTGCAGCATATCATCGATCAATTTGATCATGCCGCCGATTTTGTCCATAAATCCTATATTAATGAACGTCTGCAAGTTTTGTATTTCAGTCATTTAGTCAATGAGGATCGGCTGGAACGTGATCTGCTCCCCCCTGTGTTAACCGCTGAAGAGCCGCTTGCGTTGTTAACGGAACAATCCCAGTTTAAACCAATAGTGGATACCAAAAAATGCGTTGAAGGCATTCTTAGCGGCATGGCGGCTATCTTTTATGAGGAAAATGCATTCATGATCGATGTCATATTCCCGGTGTCCCGTACGGTTGCAGAATCCGAAACGGAATCCATCATTATCGGGCCGCACGAGGCGTTTACCGAACAGGCTTATACGAATCTGTCTTTAATTCGAAAGAGAGTTCAGAGTTCTCATCTCAAAGTCATTAAACTTTCCGTGGGAGAAGTCACGAAATCAGATGTCTATGTTCTGTACATCAAGGACATCACGAATGAGAAGTACGTAAATGAAGTGATAAAGCGAATTAAGGATATTGAAATCGATGCTATACATGATACGAATATGCTTATTCAGTGTATTGATGATGCTCCGTATTCGATCTTCGCCCAATTTCTGACCACCGAGCGCCCGGATACGATTGCATCCAAGCTGGTTTCAGGTCGAGTCGTCGGGATTATGGACGGGAGTCCGACTGCCTTCAGCGCTCCGGTCAACTTTTTTGAGTTCTTCTCATCCTCCGATGATTATTACCAGAGGTGGAGCATTGGTACAGCGACCTTGTTCCTGAGGTTTGCAGCGCTCATCATCACGGTGACATTGACGGCCCTTTACGTGTCGGTGACCTCATTTCACTATGAAATGATTCCACAGAATCTACTCCTGACATTAACCGAGTCCAGAAGCAGAGTGCCTTTCCCCCCGATCTTTGAAGCGCTTCTGATGGAGACAACCATTGAACTTCTGAGGGAAGCCGGGGCCAGACTGCCCACCAAGATCGGCCAGACCATCGGTATCGTAGGCGGTATCGTCATAGGACAAGCTGCCGTGCAGGCAGGATTAACCAGTAACATTCTGATTATCGCCGTCGCTTCCTCAGCAATTGCCTCCTTTGTTATTCCCAATTATGTCATGAGCGCTTCTTTTCGCCTGCTCCGATTCGGACTCATTATTATGGCAGGATTTTGGGGCAATCTGGGTTTGGCCTTTGGACTGGCGTATATCGTCGTTCACCTTAGCGGTTTGACAAGTATTGGCAGCTCTTATTTGTCGCCAATTGCTCCTTTTGAGCCCTATGACTGGAAAGACGTATTTATGAGATTTCCTTTTTCCACCCTGGCCAAGCGGCCGACTCAAGTTAGAGCGAGAAACAAAGTGAAGTTAAAAATGAAGAGGTGA	MGIKQRLKSIFLVNHEHADKGPAQENQQDPHPQEGATLTLQHIIDQFDHAADFVHKSYINERLQVLYFSHLVNEDRLERDLLPPVLTAEEPLALLTEQSQFKPIVDTKKCVEGILSGMAAIFYEENAFMIDVIFPVSRTVAESETESIIIGPHEAFTEQAYTNLSLIRKRVQSSHLKVIKLSVGEVTKSDVYVLYIKDITNEKYVNEVIKRIKDIEIDAIHDTNMLIQCIDDAPYSIFAQFLTTERPDTIASKLVSGRVVGIMDGSPTAFSAPVNFFEFFSSSDDYYQRWSIGTATLFLRFAALIITVTLTALYVSVTSFHYEMIPQNLLLTLTESRSRVPFPPIFEALLMETTIELLREAGARLPTKIGQTIGIVGGIVIGQAAVQAGLTSNILIIAVASSAIASFVIPNYVMSASFRLLRFGLIIMAGFWGNLGLAFGLAYIVVHLSGLTSIGSSYLSPIAPFEPYDWKDVFMRFPFSTLAKRPTQVRARNKVKLKMKR	PGPT0014780_180	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0014780-yfkQ-K06307	NA	NA
JZ016_00387	783			hypothetical protein	ATGCTGGGCAGTATCTTAATGGCCGGGGTTATATCGCTTGGGATTAGCCCTGATCATGATCAAGTGATTAACAAACTTCAGGATGCTTATGATCAGCAGGGCATCTTTGAATCCGGTGGTGAGCTTGTGGAGGAGGCAGTGAGGGCGTGTGCGAAACATTTCGGTACAGCCGTCTACTTACCGCCGCAGTTGCCGCCCGTCGCTTTCACGCATCAGTATGGCCGCTGTTATGACATGGATGGGGGATTGGACGAGCATTTGGAGATTCATTATCTTAACCGATATAAACTTGATAATGACTACAAAATCGAATTATATCCGCTCGAGAATAAACAGCAGTTGAAACATCTATCATTTCAGGAATCGATGCTGACAGATCATACACCCGCAAAGTTTTACAAGGGGCCGACCAATACGCTGCAACTGTTCGTATTCGAAAAGGGGAACTGGCAATACCTTTTAACTTCTGCAAATGGCGCTTCTTCAGAAATCAGGCAGCAGGAATTGACAGAAATTGCAGAGTCCTTGATCCATGCGGTGAACAGCAAAGACCCTGCTTACGCCACGTGGGGAACTCTTGCCGTCACGGAAGCAAAGCGTAAATATAATATGGATGTAGTGGACTACCTCTATATGGGAAGAACCACGATCTCTAGTGAAATGGCGGAGGAGAAGTTTAAACTTTGGCTTAAGGAGGGGGCTCGTGAATTCGGCGTATATGTAACCGTTGCGTTTCATCCAACAACCCATCAGTTCATATCGATTCGGTACGAGGAAATCTAG	MLGSILMAGVISLGISPDHDQVINKLQDAYDQQGIFESGGELVEEAVRACAKHFGTAVYLPPQLPPVAFTHQYGRCYDMDGGLDEHLEIHYLNRYKLDNDYKIELYPLENKQQLKHLSFQESMLTDHTPAKFYKGPTNTLQLFVFEKGNWQYLLTSANGASSEIRQQELTEIAESLIHAVNSKDPAYATWGTLAVTEAKRKYNMDVVDYLYMGRTTISSEMAEEKFKLWLKEGAREFGVYVTVAFHPTTHQFISIRYEEI				NA	NA	NA	NA	NA
JZ016_00388	1563	sasA_7		Adaptive-response sensory-kinase SasA	TTGTCTTTTATAGTACTTAAGCTCCTATTTGTTCCATTGATATCGGTTTTTATTATGGTGTCATCGGTTTATCTTGGATATCAAACGTCAATCCCTATGATGCTGCTCACGGCATCGTTACTGTATGCATCCGTTATTTTTGATCGAAAGTTCGAATGGCTTCGCAATATTCAATTTCTCTTTCTCGGGGCGTTTCATTTTGTCAGCCATTTGAATTGGTGTATCTTGTTGTATTACATACTCATCATCAACCTCATTCATAAAAAAGAGCGTTTCATAGAATCGTTGCCGCTGTGCCTTCTTATGATCCTTCAGTATTCCATCATTCGTCTGACTTATGTGCCGATTACAAAGTACAACATACTGGTCGCTGTATTTGATTGTTTGTCTTCCTTTGTCATCGTGGTTTCTTTTCACTTTGTAAACTTTCTCGAATCGGAGAAGAAGAAGTTATATAAGCAAAACGATTATTTGACCTATCACGATCCCTTGACGGGGCTTCTGAATTATGATGGATATTTGCATAAAGTCCAGCATCTTGTTGAGTTGAACAAGCCTTTCCAGTTGGTGCTGCTCGACATCAACAACTTTAAATCGTTAAATGCGAAGGACATCTCCACAGCCAATGAGATTCTGATCAACTTCTCTCGTGCGCTGCGCAAGCTGTTCCTGAGCGATATGCTGGCAGCCTCCCGATATGCAGGGGATCGCTTTGCTGTGCTGCTCCCCGAGCATGTCAACATCGACAGCAGCCTGTTCAATTTTGAAAGTATCGGCGTACAGGTGACCTATAGCATCACTTGTTACCCGCACGAAGCCTTAACTTATCAAGAGATGATCAGCACGGCAGAAGACCGGATATTTCAAATGCGGCGAAATTCCTGGATGCGAGGCCAGGAGGAAATGATCCGAACGGAAAAGATGAAGATGGTTGGGGAATTGGCTGCCGGAATGGCCCATGAAATTCGGAATCCGCTTACCTCTATTAAAGGCTTCATCCAACTCTCCAAAAATCAAGGTTATAACATTCAGCCGTGGTATGAGGTCATTATGGGGGAAATCACGCGGGTAGGGGAGCTGACGGCAGAATTTTTGCACTTTTCCAAGCCGCATGCCAGCAATATGAGGGTTGAATCCCTAACGGATTGTTTGACCCGGGTCTATTCCTTGTGTGAATCCGAAGCAGCTTCGCGCGGTCATTTGTTTAGGCTGGACTTAAGTGATGAGCCGATTCAGATTGTCATGGACCGTGATAAGATCATTCAGGTGCTTATCAACCTGATCCGTAATTCTTTTCAAGCGATGGAGCACACCGGTACTGTCCGACTCTCGCTCAGGGCGGAAGAACGAATGGCTGTTGTGGAAGTTGAGGATACCGGAAAAGGCATTCCCGATGAAAATCTGGTCAAGATTTTTGATCCGTTCTATACAACCAAAGAAGAAGGGACCGGCCTTGGGCTGTCCCTGTGTCAAAAAATTGTAGAGGACCATGGCGGCAGAATAACGGTTCACAGCGAGCTAGGGATCGGCACGACGTTTACCTTGCGGATTCCACTGGCTTAG	MSFIVLKLLFVPLISVFIMVSSVYLGYQTSIPMMLLTASLLYASVIFDRKFEWLRNIQFLFLGAFHFVSHLNWCILLYYILIINLIHKKERFIESLPLCLLMILQYSIIRLTYVPITKYNILVAVFDCLSSFVIVVSFHFVNFLESEKKKLYKQNDYLTYHDPLTGLLNYDGYLHKVQHLVELNKPFQLVLLDINNFKSLNAKDISTANEILINFSRALRKLFLSDMLAASRYAGDRFAVLLPEHVNIDSSLFNFESIGVQVTYSITCYPHEALTYQEMISTAEDRIFQMRRNSWMRGQEEMIRTEKMKMVGELAAGMAHEIRNPLTSIKGFIQLSKNQGYNIQPWYEVIMGEITRVGELTAEFLHFSKPHASNMRVESLTDCLTRVYSLCESEAASRGHLFRLDLSDEPIQIVMDRDKIIQVLINLIRNSFQAMEHTGTVRLSLRAEERMAVVEVEDTGKGIPDENLVKIFDPFYTTKEEGTGLGLSLCQKIVEDHGGRITVHSELGIGTTFTLRIPLA				NA	NA	NA	NA	NA
JZ016_00389	1251	bcr_2		Bicyclomycin resistance protein	ATGTCGATGTCCACGAAAGAAGCCGGTTCAACCATGGTTCTATCTCGCAGGAAGAGGCTTCAGTTTGCCTTGATTCTCGGATCTCTTTCGGCTTTCGGGCCACTTTCCGTTGATATGTATTTACCTGCACTTCCTAAACTCTCCGAGAGTTTGGGATCGCCAGCATCGTTGGCCCAATTAAGCCTGACGGCATTTCTACTTGGTCTTGCACTAGGACAGCTTGTAGCAGGCCCACTCAGCGATATTCGGGGGAGAAGAGCACCACTCATCATATCCTTGATAATTTATTCGATTACCTCTTTGCTGTGTGCGTTTGCCCCAAGTATATGGGTTCTGGTTGCGCTTCGATTTGTACAGGGAGCAAGTGGAGCAGCCGGTATTGTCATATCCAGGGCTGTCGTCCGGGATTTATACACCGGTTCGGAGCTGACCAAGTTTTTTACATTGCTGATGCTGATCAATGGTTTGGCACCCATTATCGCTCCAGTATTCGGTGCGTTTATCCTTAATTTTGTCTCTTGGCGGGGGGTTTTTGTTGTCCTGTTCCTGATTGGACTGCTTATGCTGCTCGCGGTATGGTTTGGTCTTCCGGAAACGCTCAATCGGGAGAAAAGGGCCAATGGAGGGATCAAACAAACCTTCCGTACCTTCGGTACGCTGATTCGGGACCGCGTATTTGTCGGTTATGCGCTCTCTCAAGCGTTCGTATCAGCCGCGATGTTTGCGTATATCTCAGGGTCACCATTCGTGCTGCAGGATATCTTCGGCGTATCCCCTCAAATGTACAGCCTGTTCTTTGCCGTTAATGGGGTTGGCATTGTGCTGTTCTCTCAAATCACGGGTAGATTGGCCTCTCGCACAGGGGAGTCCAAATTGTTGACAACGGGTCTCATCATTGCGGCCTTTGGCGGGACTTCGCTGTTCGCGATCACCTGGCTTGGCGGCGGACTGCTGCTGATTGCCCCGATGTTATTCCTGATTGTTTCTGCCGTCGGCATGGTCAGTGCAACGACAACATCACTGGCGATGCAGAAGCAAGCAGCCCATACATCAGGCAGTGCGTCCGCGCTTCTTGGATTACTGCCTTTGCTATTAGGCGCAGCCGCAAGTCCACTGGTGGGCCTGGGAGACGGAACGACTGCTGCACCTATGGGAACGGTCATCGGGATTGCAGAATTACTGGCTGTAAGCTCGTTCCTGTTCCTTGTTATGCCCTTTAGTCATAGGAAAGAGACGCCGGTCTCCTTGTAA	MSMSTKEAGSTMVLSRRKRLQFALILGSLSAFGPLSVDMYLPALPKLSESLGSPASLAQLSLTAFLLGLALGQLVAGPLSDIRGRRAPLIISLIIYSITSLLCAFAPSIWVLVALRFVQGASGAAGIVISRAVVRDLYTGSELTKFFTLLMLINGLAPIIAPVFGAFILNFVSWRGVFVVLFLIGLLMLLAVWFGLPETLNREKRANGGIKQTFRTFGTLIRDRVFVGYALSQAFVSAAMFAYISGSPFVLQDIFGVSPQMYSLFFAVNGVGIVLFSQITGRLASRTGESKLLTTGLIIAAFGGTSLFAITWLGGGLLLIAPMLFLIVSAVGMVSATTTSLAMQKQAAHTSGSASALLGLLPLLLGAAASPLVGLGDGTTAAPMGTVIGIAELLAVSSFLFLVMPFSHRKETPVSL	PGPT0029005_1003	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029005-bcr|tcaB-K07552	NA	NA
JZ016_00390	933			hypothetical protein	TTGAGATGGATGTCAGTCTTCGGTCTATTGTTTATGCTCCTGCAAGGGGATGAACCGGAAAACAACAACTTAATGATAACGCAAGAAGGCAAAGTCATGGCCAGCGTGAGCCGAAGCGAACATGCACTTGATGTATTCCCGCTGCTGGATATGGATAAATACAATCAATGGGTGGATGCGCTTGATCGGAAAACCTATCTGGAAGCCAGGAATGCCCGGATTGGCAGCAGCGGCCAAATCATTCCGGGGCAGAATGGTCATAGACTGGATCGACGCAAACTGTTGGAACGATATTATTCGTATTGGTACGGGACTGGGGGCGCTACCGTCGAAGCGCCGAGGTATCCGATTTATCCGAAGGTGGATACCGAGCTTCTTGCCTCCATTCGGGTTAAACCGATAGGTTACTATGTCACCTATTTTAATTCCAACAACAAAAATCGTTCCCATAATATAGCATTAGCTGCCCAGGCGATTGACAGTGCAGTCGTGTTCCCCGGAGAAACCTTCTCATTTAATCAGGTGGTTGGCATGAGAACAGTGGACAGAGGTTACAGACGTGCCGGCGTTATCGTCAGAGGTGAGTTATCAGAGGGAGTAGGAGGAGGGATCTGTCAGGTTTCTTCTACATTGTATAACGCCATTGATCGTGCAGGCTTGCAGATTGTAAAGCGTTACTCTCACAGCCGGAACGTCCCTTATGTGCTGCCGGGGCGCGATGCTACGGTGAGCTGGGGAGGTCCGGATTTTGTTTTTGAGAACGCCTATAATCAGCCTATCCTCATCCGGGCATTCGGTAATGGAGGAAGAATGACCGTTGCCATCTACTCTTCCGAACTCATAGAATATAAGCCGCGCAATGTACCAAGCATATCTAACATGCTGCCGGAGGAGACGAGTGACACCAAGCACAATCCGGTAAACGGTGATTAA	MRWMSVFGLLFMLLQGDEPENNNLMITQEGKVMASVSRSEHALDVFPLLDMDKYNQWVDALDRKTYLEARNARIGSSGQIIPGQNGHRLDRRKLLERYYSYWYGTGGATVEAPRYPIYPKVDTELLASIRVKPIGYYVTYFNSNNKNRSHNIALAAQAIDSAVVFPGETFSFNQVVGMRTVDRGYRRAGVIVRGELSEGVGGGICQVSSTLYNAIDRAGLQIVKRYSHSRNVPYVLPGRDATVSWGGPDFVFENAYNQPILIRAFGNGGRMTVAIYSSELIEYKPRNVPSISNMLPEETSDTKHNPVNGD				NA	NA	NA	NA	NA
JZ016_00391	828			hypothetical protein	ATGGTGAGTAACCATTCGTTTGATCATGGGGCTGGAATGTCCGGAGCCTCTGTTTCATGGACGTCCTGGGATTTATTCATAGGTGGCTTGATCTTCGCGTTTCTCATTCTTCTGTATATGGTTGCTGCTAGAGTCTCCAATCGAAACTACCGAACATGGCCGGTCTATCGTTATCTGTGCTGGGTTGCGGGAATGCTTTGCGTTGGTTTGCCGCTGATCGGTCCGCTGGCGCGACTCGCCCCTACGAACTTCACGATCCACATGCTCGGACATCTGCTGCTTGGTATGCTGGGGCCGCTGTTGATTGCATTCTCCACTCCGATGACGCTGCTGCTCAGGTCTACCCCATTACTATTCGCAAGACGGATCGCTCGTTTGCTGAAGAGCAAGCCAGCTCAAATCGTTGCTCATCCAGCGGTAGCGGCCTTGTTGAATATTGGTGGACTATGGGTCCTGTACACAACCGGCCTATTCATGGATATGCATCATAGTCTTTTGCTTCATATCGTGGTTCATTTTCATGTTTTTGCAGCCGGATATATATTTACGGTATCTATGATTTACGTAGATGTGGCTCCGCACCGTCACAGCTTCCAGGCTCGTGCGATCATCCTGGTCATCGCCATTGCCGGACATGGAATCCTCTCCAAATACATATACGCCCATCCGCCAGACGGCGTCCCTTCGGAACAGGCCAAGCTCGGCGGAATGCTGATGTATTACGGCGGCGACGCGATTGAGCTCATTCTAGTGTTTTGGCTGTGTATGCAATGGTATAAGTCGGCGCGCCCGCGACCTGCTGCATCCATCCTCCAAGCCTTGGATTAA	MVSNHSFDHGAGMSGASVSWTSWDLFIGGLIFAFLILLYMVAARVSNRNYRTWPVYRYLCWVAGMLCVGLPLIGPLARLAPTNFTIHMLGHLLLGMLGPLLIAFSTPMTLLLRSTPLLFARRIARLLKSKPAQIVAHPAVAALLNIGGLWVLYTTGLFMDMHHSLLLHIVVHFHVFAAGYIFTVSMIYVDVAPHRHSFQARAIILVIAIAGHGILSKYIYAHPPDGVPSEQAKLGGMLMYYGGDAIELILVFWLCMQWYKSARPRPAASILQALD				NA	NA	NA	NA	NA
JZ016_00392	489			hypothetical protein	ATGAAGTCAACAAAATCCAAAGAACACCAATTACAGCGCAGACGTTACTCCGCACGTAATTTATGGGCCGGCATCTTATTCGGATTAGGTCTAGTCGGTTTTATCGATGAGGTTGTGTTTCATCAATTGCTGCATTGGCATCATTTCTATGATAAATCTACAAGCGATATCGGTCTTGTCTCCGATGGACTGTTTCACGCTTTCAGCTGGTTCGCCACCATCGGATCCTCGTTCATGCTTGCCGATCTTCACCGCCGAAATGCGTTCTGGCTGAAACGGTGGATTGGAGGTATCCTGCTTGGAGGCGGCGCCTTCCAGCTGTATGACGGCATCATTCAGCATAAATGGATGCGTCTGCACCAGATTCGTTATAACGTCGATATCCGTCCCTACGATTGGATCTGGAACCTGATTGCTGCGGGCATGATCATAGTGGGTGTGATTCTCATCGTGCGAACTCAAAACCGTGCTCTTTCCAGGGAGGCCTGA	MKSTKSKEHQLQRRRYSARNLWAGILFGLGLVGFIDEVVFHQLLHWHHFYDKSTSDIGLVSDGLFHAFSWFATIGSSFMLADLHRRNAFWLKRWIGGILLGGGAFQLYDGIIQHKWMRLHQIRYNVDIRPYDWIWNLIAAGMIIVGVILIVRTQNRALSREA				NA	NA	NA	NA	NA
JZ016_00393	1197	pksS	COG2124	Polyketide biosynthesis cytochrome P450 PksS	ATGACAAATGCGAACGAATCTCTGAAAAATGTATTGTTTACGAAGGAATTTACCCATAACCCTTATCCGGTATACGAGAAATTGAGGCAGAGCGATCCCATTCTGAATCTGCAATTTCCCGATGGACGTTTCGGATGGCTGATCAGCAATTACGAGCAAGCTGTTGAAGCGCTCAAGGATGGCCGACTTAGCAAAGACGTTGCTAAAGCAATGGGTCAGGAACAGACCAGCGTATTCAGCACCAACATGCTGTTCTCCGATCCACCGGATCACAAACGGCTTCGCGGTTTGGTTCAAAAGGGCTTTACGCCACAGAGAATCGCAGATATGCGAGGCCATATCCAAGAGATCGCGGACAACCTGCTGGATGCTGTCTCCTCCAGAGACACCATAAATCTCATTGACGATTATGCCTTTAAACTTCCCATTATCGTAATAAGTGAAATCCTTGGCGTGCCTACGGAGGATCAGGACAAGTTCCGGGTATGGTCCAACTCCATCATCGGCGCCTCCAACCAGGAATTGAACGAGCAAGTGGTCCAGCATATGAATGAATTTATCGCTTATTTGAAGGATTGGTTCCCGAAGGTTCGCGAACAACCGGGCGATGATTTGATCAGTCAGCTTGTGATTGCCGAGAATCAGGGTGATCGCTTATCCGAACAGGAGTTATATGGCGTCGTCACCCTGATGATCATAGCCGGTCATGAAACGACGGTGAACCTGATCGGCAATGGCGTGCTTGCGTTATTGGAGCATCCGGAGCAGCGCAAGCTTCTGCAGGAACAACCCGAACTCATTCATGGCGCAATTGAGGAAATGCTTCGCTACAACGGTCCCGTTGAATTCAGTACATCCCGCTGGGCAGCGGAGGATATGGATTTTCATGGCGTTCACATGAAAAAAGGCGACTTGGTTGTCATCGCTTTGAACTCCGCAAATCGGGATGCCTCACAATTCGAGAATCCGGATATCTTTGATATTACCCGGGAGAAAAGCCAGCATTTAGCCTTCGGCAAAGGAATTCATCTCTGCCTGGGAGCCCCGCTCGCCAGACTGGAGGGTGAAATCGCAATCAACACGCTGCTCCGCCGCTACCCCCATTTTGAGCTTCAACGGGACATCGATGAGCTTGAATGGAGACCGGGTATGATTGTTCGCGGTGTAAAGGAGATTCCGATTTCACTTCATGCCTGA	MTNANESLKNVLFTKEFTHNPYPVYEKLRQSDPILNLQFPDGRFGWLISNYEQAVEALKDGRLSKDVAKAMGQEQTSVFSTNMLFSDPPDHKRLRGLVQKGFTPQRIADMRGHIQEIADNLLDAVSSRDTINLIDDYAFKLPIIVISEILGVPTEDQDKFRVWSNSIIGASNQELNEQVVQHMNEFIAYLKDWFPKVREQPGDDLISQLVIAENQGDRLSEQELYGVVTLMIIAGHETTVNLIGNGVLALLEHPEQRKLLQEQPELIHGAIEEMLRYNGPVEFSTSRWAAEDMDFHGVHMKKGDLVVIALNSANRDASQFENPDIFDITREKSQHLAFGKGIHLCLGAPLARLEGEIAINTLLRRYPHFELQRDIDELEWRPGMIVRGVKEIPISLHA	PGPT0010175_9	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACILLAENE_METABOLISM,PGPT0010175-baeS|pksS-K15468	NA	NA
JZ016_00394	2310	yesS_2	COG2207	HTH-type transcriptional regulator YesS	GTGAAATCCGTTTCCGGGGAGAAGGCAGCGCTGCTGGTTCGATTTTTTATACCGTATGCTGTCATTTTGGTGGGCTCCCTATTGGTTGGATGGTTTGCTTATGGGAAGACCGCAGAGCTTATCGAAAGCGAGACGGTGAGAACCACCTCCGCAGCTCTGCAGCAAATCCAGGAAGCGCTGGATCAGAGATTTGCTGAAATCGAGAACCTTGCACGGCAGATGTCGAGCGAATCGAAGGTGCTCTCTTTTCAATTTGAGAAAGAACCGTTTGCCGGTACGGGTCCCTATCGTCTATGGGATTTGGAAAAGAGTTTGTTTAATTACAAATTGTTCAATCACTTCATTGTGGATTATTACATCGCTTACAGAAACAGCAACATGATCGTATCACCTCGCAAGGTGTATACGGTGGACCAGTATTATCGAATGCAGCTGCACTATGACGACCAGCCATTAAGCGAGTGGAAGCAAGCCTTGTTTGGGCAGTATCATTATAAAACGTATGCCCCGGGCCATTCGGTTGTATATGAAGGGAAACCTTACTCGGTTGTCAGCTACATGCAATCGTTCGGGAATAAAAGGAGTAGCGGAGTGGTCACTGTACTGATTAATAATATGCAGATCCAGGACATGCTTCGTAAAGTCGATCCAGAACAAGAGGGTTTTGCCTACATTGCAGATCAGAACGGCAACCTGATCAGCTCCATTGGTTTGAAAGAACCGGATGTATTGAAAGCGCTTCCTAAAAAAGGAGGCTACTCCCATATTCGATTAGGTGGTCAAGAAATGCTGGTGACGCAATCCACGTCCCAATACAATGGCTGGAGCTATGTATCTGCCCAACCGAAATCCGTGGTTCTGCAAAAGGTAAATTATATCAAACAGCTGACATTGGCGATCTTTATCACGGCTCTTCTCCTAGGGCTTGGCATAGCCGGCTATCTCGCGTATCGAAGCAGCAGGCCATTCCTGAAGATTCTCCAGCTTCTACCCTCATCGCGCCGGGATGTAAAACATGCTATTGCTCGTAACGCTGTCGATTATATCGGTCATTCCGTGTCCGAGCTGATCGAAAGCCATCATACGCTGAAGGAGCGGTTGGAAGAGCAGATCCCGATGCTGCGAAATGTCGTAGTTGACAGGCTTCTGAAGGGAGGTTTCACCTCGATGCAGGAGATCGACGCTGCCATGGAACATGCACAAGTCCAACTTCGGGGCTCTCACCATGCGGTTGCCCTGCTTCATATTCGGGGATACCAGGAGCCGTTTATGGAAGAGATGCTGATGGAACTTGATATTGTAAAAATCAACATCCGCGACCGGATTCAATCGTTATGCGGGGAGGAAGTGCTGCTGCATGATTTTGGTGAAAACCAGTTGGTCCTGATCCTGTCCGGAACGGCGGCAGACAACGCGGATTTTACGACAAGGATGCGAGCATATATACAGGGAATTTATGAGCATTTGAGCGCAATCCCGGATACGGGCTTGTATATAGCTGTAGGTGAATGCCAGTCCAGCATTGCTGAGTTATACCGTTCTTACGGAGAAGCCAGGTTTGTGCTTCATCACGCTGGATGGAGCGAGAAGACGCCTATCTTATTTCATGCTGAAATGGAAACGCCGCCCTTCACCTATTATTATCCGGCCGATGAAGAGATGAGATTGATTCAGCTTGTAAAAGCAGGCAATCTGGATGAGACCAAGCAGCTCTTATTGCAGATCAAGGAGAAGAATAGATCGGAGCGGCAATTGCCGATGGCTGTGGAGAAGCTCCTTGCTCAGGAGCTTAGCGGTACCCTGATGAAATGCTGCGAACAGACAGGAGATGATGGAAGCGGCAGAACGGAGGAAATGGATGCCGTCATCAGAGCTCTACATCCGGTGATGTCCCCGGCGGAAGCCATGAATATTCTCCATACCGCTTTCATTCGGCTCTGTCGGAAGAACGAAGAGAGGAAGAAGAGTCACAATGATCATTTAACGAACCGACTGCTAACCTATATCAAGGGACACTTTTGGGAAAGTGATCTCAGTTTGACCGCGCTTGCCCGGGAAACGCGCACCTCCGAAGCCTATGTATCTTACTTTTTTAAGGAGCAAACAGGCTTGAATTTCTCGGATTACCTGGAGCAGCTCCGAATGGATGAGGCGAAGCGGGAATTGTCGTCTGGCGATAGGCCGGTAAGCGACATCGCTGCTTCTGTTGGCTATCTCTCACTCAATACCTTCAGCCGTGCGTTCAAACGAGTAAATGGCATTAGTGCTACCGAGTATAGACGCCTTCAACGTGAAGGAGAACATGCTTAA	MKSVSGEKAALLVRFFIPYAVILVGSLLVGWFAYGKTAELIESETVRTTSAALQQIQEALDQRFAEIENLARQMSSESKVLSFQFEKEPFAGTGPYRLWDLEKSLFNYKLFNHFIVDYYIAYRNSNMIVSPRKVYTVDQYYRMQLHYDDQPLSEWKQALFGQYHYKTYAPGHSVVYEGKPYSVVSYMQSFGNKRSSGVVTVLINNMQIQDMLRKVDPEQEGFAYIADQNGNLISSIGLKEPDVLKALPKKGGYSHIRLGGQEMLVTQSTSQYNGWSYVSAQPKSVVLQKVNYIKQLTLAIFITALLLGLGIAGYLAYRSSRPFLKILQLLPSSRRDVKHAIARNAVDYIGHSVSELIESHHTLKERLEEQIPMLRNVVVDRLLKGGFTSMQEIDAAMEHAQVQLRGSHHAVALLHIRGYQEPFMEEMLMELDIVKINIRDRIQSLCGEEVLLHDFGENQLVLILSGTAADNADFTTRMRAYIQGIYEHLSAIPDTGLYIAVGECQSSIAELYRSYGEARFVLHHAGWSEKTPILFHAEMETPPFTYYYPADEEMRLIQLVKAGNLDETKQLLLQIKEKNRSERQLPMAVEKLLAQELSGTLMKCCEQTGDDGSGRTEEMDAVIRALHPVMSPAEAMNILHTAFIRLCRKNEERKKSHNDHLTNRLLTYIKGHFWESDLSLTALARETRTSEAYVSYFFKEQTGLNFSDYLEQLRMDEAKRELSSGDRPVSDIAASVGYLSLNTFSRAFKRVNGISATEYRRLQREGEHA				NA	NA	NA	NA	NA
JZ016_00395	873	yteP_4	COG4209	putative multiple-sugar transport system permease YteP	TTGTATGCGCTTTTTTTACTTCCGCTGCTGTACATCATTATTTTCAAGTATGTGCCGATGTACGGAGCGCAAATTGCGTTTAAAGAGTTCAACGTCACGAAGGGGATCAACGGAAGTCCATGGGTAGGATTTGCCCAGTTCGAACGTTTCTTTCAATCGCATGAATTCTGGCGATTGCTGAAGAATACGTTCTCCATCAGCTTGTATACACTGATCGCCAGTTTTCCGTTTCCCATTATGCTGGCGCTTGGACTGAATTATGTAAGGAACCGGCGATTCAAGAATACCGTCCAGATGGTTACATACGCGCCGTATTTCATCTCTCTGGTCGTGCTGGTGGGCTTGATTCTGCAGTTTATGGATCCCAGAACGGGACTCATCAATACGATGCTCGGCTGGATCGGCATCGGTCCGTTTCACTTCATGGCGGAGGCGTCCTGGTTTCAGTCGATCTATGTGTGGTCCCATATCTGGCAGAATGTCGGGTTTTCCTGCATCATTTTTTTGGCAACGCTTTCAGGTATTGATCCGGCACTTCATGAAGCAGCCGTCATGGATGGGGCTACGAAAATGCAGCGGATGCGCCACATTGACCTTCCGGGCATTATGCCCATCGCCATGATTTTGCTCATTCTGAATACGGGGCAAATGCTGGAGACCGGCTTCGAGAAAATTCTGTTAATGCAGAACGCACTGAATTTGCGTTCATCCGAAGTCATTGACACGTATGTGTACAAGGTGGGATTGGTATCCCAAGCGATGAATTTCTCATATGCCACGGCGATTGGATTGTTTAAAGCGATCATCGGTTTCGTGCTGCTGTTGATCGTAAATCAAACGGCCAAAAAGCTGAAGCAGGAGAGTCTATGGTAA	MYALFLLPLLYIIIFKYVPMYGAQIAFKEFNVTKGINGSPWVGFAQFERFFQSHEFWRLLKNTFSISLYTLIASFPFPIMLALGLNYVRNRRFKNTVQMVTYAPYFISLVVLVGLILQFMDPRTGLINTMLGWIGIGPFHFMAEASWFQSIYVWSHIWQNVGFSCIIFLATLSGIDPALHEAAVMDGATKMQRMRHIDLPGIMPIAMILLILNTGQMLETGFEKILLMQNALNLRSSEVIDTYVYKVGLVSQAMNFSYATAIGLFKAIIGFVLLLIVNQTAKKLKQESLW	PGPT0017250_2833	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00396	897	araQ_3	COG0395	L-arabinose transport system permease protein AraQ	ATGCAATCACCTGCCATGAAGGAATCCGGCTCGGATCGCGTTTTTACGGTGGTCAACTACGCGATGTTATCCATTTTCCTAATCGTTGTGTTATACCCGCTCATTTATGTAGTCAGCGCCTCATTCAGTTCCAGCAGTGCGGTTTTGTCAGGAAAGGTATGGCTGTGGCCCGTCGAACCGACGCTCGAAGGCTACCGTGCGGTATTCAAAAATACGATGGTTGCCAAAGGCTTCATGAACACACTGTTCTATACGCTGGCAGGCACTGTGATCAATCTCATTCTGTCCGTCATGGCGGCGTACCCGTTATCACGCAAAGATTTTCGGGGCCGCAGCGTGTTCATGCTGTTGTTCGTGTTCACGATGCTGTTTAATGGGGGGCTGATCCCAACCTATCTGCTGGTGAAGGACCTCGGCATGATTGACACGATATGGTCGATGCTGATCCCGGGGGCGCTGTCGGTGTGGAATGTCATCATCATGCGCACGTATTTCCAGACGACCATCCCACAGGAACTGCTGGAGGCTTCCCAGCTGGACGGCTGTACCGATTTTCGCTTCCTGTGGCGCATCGTACTGCCGCTTTCGGGTCCCATCTTGGCCGTTATTGCTTTGTTCTATGCCGTTGGACACTGGAATCAATATTTCAACGCTATGATCTATTTAAAGAGCGCGGATTTGTACCCGCTCCAGCTTGTGCTTCGCGATATTCTGGTTCAGAACGAGGTGAATATCGAAATGCTCGGCGACGCCAAAACCGCTGCGGCCCGGCAAGGGCTGCGGGAGCTGTTGAAATATTCGCTGATCGTCGTGACCTCGGTTCCGCTGTTGATCGTATATCCGTTTTTGCAGAAGTTTTTTGTTAAAGGAGTCATGATCGGTTCGTTAAAGGGATAA	MQSPAMKESGSDRVFTVVNYAMLSIFLIVVLYPLIYVVSASFSSSSAVLSGKVWLWPVEPTLEGYRAVFKNTMVAKGFMNTLFYTLAGTVINLILSVMAAYPLSRKDFRGRSVFMLLFVFTMLFNGGLIPTYLLVKDLGMIDTIWSMLIPGALSVWNVIIMRTYFQTTIPQELLEASQLDGCTDFRFLWRIVLPLSGPILAVIALFYAVGHWNQYFNAMIYLKSADLYPLQLVLRDILVQNEVNIEMLGDAKTAAARQGLRELLKYSLIVVTSVPLLIVYPFLQKFFVKGVMIGSLKG	PGPT0017255_1237	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00397	1671			hypothetical protein	ATGAGAAAAAGAACGCGAGTTATTATGGGTGCTTTCACCGCATTCAGCATCCTTCTTGCAGGCTGTACGGGTTCACAGAGCCCGAAGGGCTCGGATGAGGCGCCAAATGCCGGTACCGAGCCAATCGCCTTATCCGAACCGGGGACCTATCCGCTGGTTCAAGAGAAAACCACTTTAAAGGTGATGGTGCGGGGAAATCCGCTGGTTGAGAATTTTGAAACGAATGATTTCACCAAGTGGTACGAAGAAAAAACGAATGTGCACATCGAATGGGAGGTCGTTCCGGAGCAGAGCATACAGGAGAAATTGAATCTTGTTCTTGCCAGCGAGGATTATCCCGACGTCATTATGGGTTTAAATATATCGCCGGCGCAGCAGATGATATACGGCTCGCAGGGTGCCTTTCTTCCGTTGAATGACTTGATTGAGAAGCAGGGGACGAATACGAAGAAAATGTTCCAGGACAATCCGGAGATCCAATCCGCGATCACGGCGCTGGACGGTAACATCTATGCGCTTCCGGAAGTGAATGAATGTTATCACTGTTCCATGAGCCAGAAAATGTGGATTTATGAGCCTTGGCTGAAAAAACTCAATCTGAAGATGCCGGAAACCACGGATGAGCTGTACGAGGTGCTGAAAGCTTTCAAAGAGCAAGATCCGAACGGAAATGGCATGCAGGACGAAATTCCTTTGTCGATTTCTCCGAAATCCTGGAGCTCCTCCATCGATGCGTTCCTATTAAATTCATTCATCTATAATCCGGTTTACGGCTCGAGTTATAAGCATATATTCATAAAAGACGACAAGCTTGACGTTGCCTTTAACAAACCGGAGTGGAGGGAAGGCTTGCGGTATATGAATAAGCTGTACGCTGAGGGGCTCCTCGCTCCGGAGTCGTTCACGCAGGATGATAATCAATTGATACAGATCGGCGAGAATCCCGATACCGTGCTTCTTGGCGCTTCAACAGGCGGCCACCAGGGTATATTTACCCAACTCCTCGGCGAAAGCGGAAGATGGTTGGAATATAAGACCGTGCCGCCGCTCAAGGGACCGAATGGAGTTCGATACGCTGCTCTAGATTCCACCGGAATGAATCCGGGTGCATTTGTCATCACGAAGAAGGCGAAGCATCCTGAGCTCGCCTTGCGTTGGGCGGATGGCCTGTACGAGCGGGAGCATACGCTGCGAAGCGTGTATGGCCGCCCGGACCAGGAATGGCGTGAAGCGAAGGACGGAGAGGTCGGCATCAACGGGGAGCCTGCGGTCTGGTCTGAGCTAAAGTCTTACGGCACGGTGCAGAATATCGCCTGGATTCAAACCGGCCCGAGCTTGCGGACGAATGATTTCCGTCTGAGCGCCGTTGCCAAAGGGGACGACGATCTGGAAGTCGTTTTGTACAATGAGACGAAGAATAAATACGAACCTCACAAACCTACCGATGTCAGCACCGTGCCGCCGTTATTTCTGACCAACGAGCAGGCGTCCGAGGTTGCGGATCTGTCCAAAACGATCAATGATTACGTTGATGAAATGATGGCCCGCTTCGTGATTGGCGATGCCGATCTGGATAAGGACTGGGATGGCTACGTTCAGCAATTGGAGGCCATGAATGTAGCCCGCTATCTGGAAATTTACCAGGAAGCGTATGATGGAAGAAGCAAATAA	MRKRTRVIMGAFTAFSILLAGCTGSQSPKGSDEAPNAGTEPIALSEPGTYPLVQEKTTLKVMVRGNPLVENFETNDFTKWYEEKTNVHIEWEVVPEQSIQEKLNLVLASEDYPDVIMGLNISPAQQMIYGSQGAFLPLNDLIEKQGTNTKKMFQDNPEIQSAITALDGNIYALPEVNECYHCSMSQKMWIYEPWLKKLNLKMPETTDELYEVLKAFKEQDPNGNGMQDEIPLSISPKSWSSSIDAFLLNSFIYNPVYGSSYKHIFIKDDKLDVAFNKPEWREGLRYMNKLYAEGLLAPESFTQDDNQLIQIGENPDTVLLGASTGGHQGIFTQLLGESGRWLEYKTVPPLKGPNGVRYAALDSTGMNPGAFVITKKAKHPELALRWADGLYEREHTLRSVYGRPDQEWREAKDGEVGINGEPAVWSELKSYGTVQNIAWIQTGPSLRTNDFRLSAVAKGDDDLEVVLYNETKNKYEPHKPTDVSTVPPLFLTNEQASEVADLSKTINDYVDEMMARFVIGDADLDKDWDGYVQQLEAMNVARYLEIYQEAYDGRSK	PGPT0017245_1000	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00398	873	iolE_1		Inosose dehydratase	ATGAGGGTTGGTGTGAGCACCTACAGCTTGCTGCCGGCTATTCGTGCAGGCGAGATGACGGTGCTGGATGTTGTGGAATGGATAGCCGAGAACGGCGGACAGCACATGGAGATCGTACCCTATGGATTTACGCTGGAGGACAATCCCGAGCTTACTGACGCAGTGCGTGAGCGGGCGGCGGAAGTCGGCATCGCGTTGTCCAATTATTCCATGCCCGCTAATTTCGTCCAGGAGAGCCGGAACGACTTTGATTCGGAGGTGGAACGAATCAAGCGACATGTGGATACGGTCAACCGGCTGGGAATGAAGCATATGCGTCATGACGTGACAGCTTTCACGCTGCCGCCTGAGAAGATGGGCATTGATTATGTGGAAACCCATCTGGATAGGATTGTAGAAGGGTGTCGTCTTATTGCAGATTACGCAGCCGGGTACGGTATTACGACTACGATCGAGAACCATGGCGTGAGCGTACAGGCGAGCGACCGTGTACAGCGTGTGCTTCAGGCGGTCGACCGACCGAACTTCAAGACAACTCTGGATATCGGGAACTTTCTATGCGTTGACGAGCAGCCGCTGGTTGGCGTGAATCGCAACCTGCCGCTGGCCTCGCTCATCCATGTGAAAGACTTCTATTATCGTCCGTTTGATCAGGACCCGGGTGGGGGGAAATGGTTCAGAACATCCCATGGCAATTACCTCCGAGGCTCGATCTTCGGCCAAGGTGATATCGATGTTCGCCAGATTCTGCGTCTCATTAAGAACGAGGGTTATGACGGAGACATTACGCTGGAATTCGAGGGTATGGAAGAATGCCGGGAAGGAACCCGGCTGGGTCTAGACAATCTGAAGCGGTTATGGGACGAAGCGTAG	MRVGVSTYSLLPAIRAGEMTVLDVVEWIAENGGQHMEIVPYGFTLEDNPELTDAVRERAAEVGIALSNYSMPANFVQESRNDFDSEVERIKRHVDTVNRLGMKHMRHDVTAFTLPPEKMGIDYVETHLDRIVEGCRLIADYAAGYGITTTIENHGVSVQASDRVQRVLQAVDRPNFKTTLDIGNFLCVDEQPLVGVNRNLPLASLIHVKDFYYRPFDQDPGGGKWFRTSHGNYLRGSIFGQGDIDVRQILRLIKNEGYDGDITLEFEGMEECREGTRLGLDNLKRLWDEA	PGPT0016785_1654	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335	NA	NA
JZ016_00399	483			hypothetical protein	ATGCATATGAAAACCGGCGTGGAACAGTCGGTGTACGCCCTGGTTCTGCTGAATATGCTGCCGGACAAGGCCGTGCTGCCCGGGGAAGCGATCAGCCAACAGCTGGGGACATCGGCAACCTATTTTCAGAAACTGTTAAGGAAGCTGGTAACAGCAGACATCATCACGTCTGTTCCCGGTATCAAGGGTGGTTTTAGATTAAAGAAGAAACCCGAGGATATCCGTGTATACGACGTATACCTCGCGGTAGAAGGGCAGCAATCCCTCTATTCATCCCACGGAATACTGGTAGACATGCTGGACTTGGAAAAGGAAGAAAGCTGCTGCCTGTTATCCGATTTAATGAAAGAAGCAGAGTCATCCTGGAAGGCTGTATTAAAGCGAGAGACCATCGCTTCGCTGACGGAGGAGATGCGCGGTGAGCGCTTTAAGGACAAGGTGGCGGCTTTAGAGGAATGGATCAACAACAAAATGGTCATTTGA	MHMKTGVEQSVYALVLLNMLPDKAVLPGEAISQQLGTSATYFQKLLRKLVTADIITSVPGIKGGFRLKKKPEDIRVYDVYLAVEGQQSLYSSHGILVDMLDLEKEESCCLLSDLMKEAESSWKAVLKRETIASLTEEMRGERFKDKVAALEEWINNKMVI				NA	NA	NA	NA	NA
JZ016_00400	993			hypothetical protein	ATGAGATTAAGCGTATTAGATCAGGCACCCGTAACAAGCGGCAACACAGCGGAAGGCGCCTTGAATAAAGCGGAAGAACTGGCTGTCTTAGCAGATGAATTGGGATACAGCCGAATGTGGATGGCCGAGCATCATGGCGGGAATACCTTTGCCAGCTCCGCACCCGAAGTGACGGCAGCCCGGCTTGCAGCCAAAACCGACCGGATTCGCATCGGCACCGGGGGTGTCATGATGATGCATTATTCGCCCCTTAAACTTGCGGAAGTGTTTAAGACGTTGAGTGCTTTTACCCCGGGAAGGATTGATTTTGGTGTAGGACGAGCGCCAGGCGGTGATACGAGTGCCATGTACGCTTTGTCTGAAGGACGGCAGCTGATGCTTCATAACATGTATGATAAGCTGGCCGTTACCATGCAGCTCCTTCGTGACGAGATCCCGGAAGATGAACTCTACGCCAAGAACGCCGCTGCTCCAACCGGAGTTGCCCTGCCTGAAGTGTGGCTGCTGGGCTCCAGCGGCAATAGCGCGTTAAAAGCGGCTCAGATGGGAGTCGGCTACTCCTTCGCGCAATTCTTTAACGGAGCGATGAGCAGCGAAATATTGGATCATTACCGCGATAACTACCAGCCGTCCATATTCATGGAAAAGCCTGAGATTAATGTATCTTATATGGTGACGACGGCAGAAACGAAGGAAGAGGCCGAGTATGAAGCGCTGCCGCAGGACATTTTCCGGTTGATGATGAGCAAGGGCCGAATTACGCAGGTGCTGACGCCCGAAGAGGCTCAGAATGTGTCCTTAACGGAAATCGACCGGATGGCTATCCAGGAAGGCCGCAAGATCCATCTTGTGGGAGCGGTAAAGGATATCGCGGCACGCTTACAGGAAGAGCAAGCGCACTACGGATTCCAGGAAGCCATGATATGCAGCATTCCGCATTCGCAGGAGAAACGGCTGGAGGTTTACCGACTGCTCGCACGCGAATTGCTGTAA	MRLSVLDQAPVTSGNTAEGALNKAEELAVLADELGYSRMWMAEHHGGNTFASSAPEVTAARLAAKTDRIRIGTGGVMMMHYSPLKLAEVFKTLSAFTPGRIDFGVGRAPGGDTSAMYALSEGRQLMLHNMYDKLAVTMQLLRDEIPEDELYAKNAAAPTGVALPEVWLLGSSGNSALKAAQMGVGYSFAQFFNGAMSSEILDHYRDNYQPSIFMEKPEINVSYMVTTAETKEEAEYEALPQDIFRLMMSKGRITQVLTPEEAQNVSLTEIDRMAIQEGRKIHLVGAVKDIAARLQEEQAHYGFQEAMICSIPHSQEKRLEVYRLLARELL				NA	NA	NA	NA	NA
JZ016_00401	747			hypothetical protein	ATGCCGTTTACGTTCGCTCATCCTGTCATAACGATGCCTTGGTGGAAGAAGAAATCGCTGCCGGTATCAGCCCTAATAATCGGCTGCATGGCACCGGATTTTGAATATTTCATCCGATTTCGGGCGTCTGGCTTATGGAGCCACGAGGGTCCTGGCATCTTGCTGTTCAACCTTCCCATGATCTTGCTCCTGTACGTTATTTTCGAGACGGTGGTACGACCCGTTCTATTCGTATATTTACCTTCATGGTTTCCATACCGATGGGATCGGGCAGGGAAGGTGCCGGCCACTTTTAAAGGTTGGCTTACCGTAATGATCTTGGGATTAGTGGGCGTTGGCACACATCTATTATGGGATCAGTTTACGCATAAAGGTGCCTGGATCGTGAATCAGATTCCTTTTCTTACCCATTGGATACATATCGATTCCGTACAAATTCCGGTATATAAATTATGTCAGCACGGCAGCAGTCTGATCGGGCTGGTCCTGATCGTATGGTGGATCCATCGCCATTTGTATGTAGCACCAGCGCAAAGAGAACATTCAAATTCGGTTCTACCATTTTGGTGCGTATTTATAGTGATCTATATTCTGGTTATGCTCATGGCCATGCTGACGGTTGTTGATGGTGAAGGGATGACGTTTGTATTACAGCTTGTCGTTCCGGCTATCAGCAGCTTCATGCTGGCCCTGCTTGTAACATGTCTTGCCTTTTGGCGGGCTGCAAGGGTCAAGTTGCAAAGCTAG	MPFTFAHPVITMPWWKKKSLPVSALIIGCMAPDFEYFIRFRASGLWSHEGPGILLFNLPMILLLYVIFETVVRPVLFVYLPSWFPYRWDRAGKVPATFKGWLTVMILGLVGVGTHLLWDQFTHKGAWIVNQIPFLTHWIHIDSVQIPVYKLCQHGSSLIGLVLIVWWIHRHLYVAPAQREHSNSVLPFWCVFIVIYILVMLMAMLTVVDGEGMTFVLQLVVPAISSFMLALLVTCLAFWRAARVKLQS				NA	NA	NA	NA	NA
JZ016_00402	855			hypothetical protein	ATGGTAACCGTTGAGCAATTCACGCATAGGGGAATCCATTTCTTAAACGAAGATGCACTTGTCATAAACGAACGAGCCTCATTGTATGGCGTGTTAGATGGAGTTTCATCCATCGTTCCATACCTCAGCGACAAGAAGGAAACCGGAGGTTACATCGCTGCCCAAACCGTGAAGAAGTACTTCGAATCACTGGACCGGGTTGTACAGCTTACGGATCATGTTGCGGAAGCGAACCAAAAGCTAAGAGAACTTATGCTGCAAGCCAATATTAACATGAAGAATAAAGAGGGCCTCTGGGGCACTGCCCTTGCTCTTGTTCGAATTCAAGAGGACCGTATGGAATTTATTCAGACAGGCGACTGCATGATTCTTGCCGTCTACCAAGATGGGGAGGTTCGCCCGTTAACCTGGAGACAAGTCGCTCATTTGGAATCTCCGGCCATCGCAAAATGGGAGGAGGGCGTGATTAAGGGATTAACCAATCAAAAAGACCTCCACGGGACGGTTATTGATATCATCAGGGCGAATCGCTTTCAGAGTAATACGAATGGAGGCTATGGCGTATTGAACGGAGAAGCCCAAGCTGCCCATTTTCTCGAATACGGAAAGATCAACAAGTCACGCTTAAAACACGTGATCTTGTTAACGGATGGTTTATTCTGGCCTGAACGCGATGTCCCGAGTGATCGATCCTATTGGAGTTATATGGCGCAGTGTATACTCGAAAAGGGGCTTGAGCAGTATGCACATGAATTACTTGAGGTCGAAGAGGCTGACCCTGAGTGCTTAAGTTATGCAAGATTCAAAAAATCCGATGATAAAACAGGCATGGTGATTCACTTTAACAACTCCTAA	MVTVEQFTHRGIHFLNEDALVINERASLYGVLDGVSSIVPYLSDKKETGGYIAAQTVKKYFESLDRVVQLTDHVAEANQKLRELMLQANINMKNKEGLWGTALALVRIQEDRMEFIQTGDCMILAVYQDGEVRPLTWRQVAHLESPAIAKWEEGVIKGLTNQKDLHGTVIDIIRANRFQSNTNGGYGVLNGEAQAAHFLEYGKINKSRLKHVILLTDGLFWPERDVPSDRSYWSYMAQCILEKGLEQYAHELLEVEEADPECLSYARFKKSDDKTGMVIHFNNS				NA	NA	NA	NA	NA
JZ016_00403	1194			hypothetical protein	ATGGCTAACAATCATCAAGATACCATGTACCAAGATTCCGAAATCTTCATCCGCCCCTTTCACATCGACATTCCTCAACAAGACATTGACGATCTGCGAGCACGTATAGCTCATACCCGGTGGCCTTCCCAGTTACCTGGCGGTGATTGGAGTCGGGGAATTCCTGTTTCGTATCTTAAAGAGCTGGTGGAATATTGGCAGAATGAATATGACTGGCGTGAGTATGAGCAAAAACTTAATGCATTTCCGCAATTTATAACGGATATTGAGGGTCAGCAGATCCACTTTCTTCATGTACGATCTCCCGAGCCACATGCCTTACCGTTGATCATGACCCATAGTTGGCCGAATTCCATCGTTGAATTCATGAACATCATTGGACCACTAACCAATCCACGAGCCTATGGTGGAGATCCAAGCATGGCTTTTCATATCGTGGCACCTTCGCTTCCAGGATTCGCCTTTTCCACTTTTCCGGAGCCGGCAGATGAGACACCGTGGAGCATCAAGCGCGTAGCCAGTGTGTGGGCTGAGCTGATGCACAGACTCGGTTATGAAGCTTATGGAGCACATGGCAACGATGCAGGCGCATTAGTTTCCCCCGAGCTGGCTATCCTTGATGCTGAGCATATGATTGGTGTTCATATTACAGGAGGGCTGGGTATCCCCATGGGAGATCCGAGTGAACTGGAAGGGTGCAGCGAGGAGGAAATGGCCGAAATTACTCATCTAGCCGAGCTGTTTGAAGGTGGGAGCGGTTATGCACCGTATCTGTCCAACCGACCGCAAACACTCAGTTATGGGCTGCTTGACTCGCCGGTGGCTGGACTTGCTTACCTTGTTGAGCGGTTTAAAGAATTTGACGGATGGCCTAAAAACACGGAAGAGATTCCTCTAGAACCGATCCATAAAGATCTGCTGCTCACTAACGCAAGCGTTTATTGGTTAACGCAGACATTTGCTTCCTCGGCCTGGACCTATTATGAAGGAGCAGCTGGGATGCCAACCAATCAGATGAGAGTCCCGACAGGGGTTTCCCATGGGGGAGGTTCTGTATTCCGGCGTATTGCAGAAGTCAAAAACAACATTATCCACTGGTCGAATCGCGAAAGTGGCAGTCATATGGTTGCCATGGCTGACCCGGAATCACTTATTGAGGATATAAGAGCATTTTTTAGCAAGCTTACCCGATAG	MANNHQDTMYQDSEIFIRPFHIDIPQQDIDDLRARIAHTRWPSQLPGGDWSRGIPVSYLKELVEYWQNEYDWREYEQKLNAFPQFITDIEGQQIHFLHVRSPEPHALPLIMTHSWPNSIVEFMNIIGPLTNPRAYGGDPSMAFHIVAPSLPGFAFSTFPEPADETPWSIKRVASVWAELMHRLGYEAYGAHGNDAGALVSPELAILDAEHMIGVHITGGLGIPMGDPSELEGCSEEEMAEITHLAELFEGGSGYAPYLSNRPQTLSYGLLDSPVAGLAYLVERFKEFDGWPKNTEEIPLEPIHKDLLLTNASVYWLTQTFASSAWTYYEGAAGMPTNQMRVPTGVSHGGGSVFRRIAEVKNNIIHWSNRESGSHMVAMADPESLIEDIRAFFSKLTR				NA	NA	NA	NA	NA
JZ016_00404	171			hypothetical protein	ATGGGCCAAGGAACGCAAAGAAAACGCAGACAACAAGCAGCTTCAAAAAAAGCTACGGTTAAGCAATTGGCGTTCATTGCAGCTATCTTAGTATTGATTGCCTCAGCTATAGGCCTTTACGTCGCATATGATGACTTGTTTGAGGATGACGATGTGGACGTTATCATCTAA	MGQGTQRKRRQQAASKKATVKQLAFIAAILVLIASAIGLYVAYDDLFEDDDVDVII				NA	NA	NA	NA	NA
JZ016_00405	1200			hypothetical protein	ATGACAACCTGCGTCAGAATCATAAAATTAATGTGGTTAATCGTATTACTCCATTTGTTAACCGGCTGCTGGGACATTAAAGAGATTCAAGACATCAATTACATTACTGCCATCGGAATCGATCAAGAAGACGGAAACTTTGTCGTTTACACCCAGCTGATGGATTTCACTTCCGTAGCCAAAATTGATTCAGGAAAATCTGATAAGCCCTCACAAATATGGACGTCCAAAACAAAAGGGAAAAGCTTGGACTTGGCGATCAATAACATTTATGACTCTGCGCAGGAACGTACGATCTGGAGTCATATTTCCTGTATTATCATTAGTGAAAATGTGTTGAAATCGAATGTCCTATCGAAACTGGATACCATCGGTCGCTACCAGGAGGTTCGCATGACGCCTTGGGTATTCGGCACAAAGGATTCGATCGAGCAATTGATGAATATCCCGGCATTTTTCAACCTCTCCCCTTTAAATACATTAGCCCATGAACCTGTTGAGGAATATAAACAGAGATCCTATATTGAACCGATCCGATATTTCGACTTCATGGCACTGATGACAGAACCAGGCTGGACGGTTTTGCTTCCAAATCTGACGATCGATACAAAGACATGGAGCCGTAACCAAAAAGAAGATCCGAAGTTAGAGATTAACGGAGTATTTGCTATATCCAAAGGGGTATCCAACGGCTTATTCACCAATGACAAGCTTACCGGTTTGCGCTGGCTGGAAGCCGATACTAAGCGTTCCCACATCCCGATTACCAATCAGAACGGTGAATTAGCAGGAGTCGCGGTATTATCCAACCCTAAAATCAGCGTGAAAATAAACATTGTCAACGGCATGCCCAAATACCGCGTTAGCGTCAAGTTAAGTGGAAACGTAGTGGAAGCACTCGATGATATGAACAAAACGGATTTTGAATTACAGGCAGCTAAGGGGGTACGCGAGGAAATTTTGACTACGTTTAAAAATGGAGCTGCTTCAAAAACGGACCTATTCAGCTTGGAGCACGTGTTGTTCAGGAGGAACACCCGGCTTTGGAAAAAAGTCAATCAGTCATCTGCTCAAGCGATCGATCCAAGCGCACTGGAGACAGTTCACGTCGAAATCCATCTGGATCACGCCGGCATGAAGCTGCTCCCTCATCATAATAGTCCGATTACACCTACGACTAAAGACGAAGCAGACTCCTGA	MTTCVRIIKLMWLIVLLHLLTGCWDIKEIQDINYITAIGIDQEDGNFVVYTQLMDFTSVAKIDSGKSDKPSQIWTSKTKGKSLDLAINNIYDSAQERTIWSHISCIIISENVLKSNVLSKLDTIGRYQEVRMTPWVFGTKDSIEQLMNIPAFFNLSPLNTLAHEPVEEYKQRSYIEPIRYFDFMALMTEPGWTVLLPNLTIDTKTWSRNQKEDPKLEINGVFAISKGVSNGLFTNDKLTGLRWLEADTKRSHIPITNQNGELAGVAVLSNPKISVKINIVNGMPKYRVSVKLSGNVVEALDDMNKTDFELQAAKGVREEILTTFKNGAASKTDLFSLEHVLFRRNTRLWKKVNQSSAQAIDPSALETVHVEIHLDHAGMKLLPHHNSPITPTTKDEADS	PGPT0025060_464	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_00406	1533	gerXA_1		Spore germination protein XA	ATGACACATCACAGACCTCGAAATCGAATGTTCCGTCGACAATCGAAACAAGCTCAGTTTGCAGTTGACCGCCGCAAGCCTGCTCTCGATACATTGGATGAGAACACCCTGCGTTCCATGTTTGCCTCTTCCGCAGACGTTGTCATCCAATCCTTTCCGGCAAAGAAGGTTAGTGCGTTTCCTGCATTGCTCATCTACTGCGAAGGTATGGTTGATCCCACGCTGATGACCCAATATGTGCTGCCGGATCTGGAAGAAAAGCTGGAACACTTCAATGAGTGGGAAGCACTGGCCAGAGAATTGGATAAATCGATGGAATGGAGTGAAATTAACCAGCATGCCGACGTTGTAAAGCTTTTGTTCGAAGGGCACATGATCCTGTTTTTTACAACAGAAAAATGCTGTTATTCCATCAATATTGCCGCACGCCCAAATAGACAGCCTGATGAATCCAATACCGAGGTGGCCATCAAAGGGGCGAGAGACGCTTTTACGGAGGATATCACCACGAACGTGGCACTCGTCCGAAAAAGGCTGCGCACGGCCACACTCCATAATGAACAAATGATCATCGGAGATCGCAGCCAGACCCGGGTTTCACTTCTATATATTTCCGATATCATACGCCCTGAAGTCGTCAACGAGGCTAAAGAGCGATTAAAAGGCATCCATGTCGATGCACTCATTACCAGCGGCCAACTGGAGGAGGCTCTTTCCGATTCCACCCTCTCCCTGTTTCCGCTGATGGACTATATAGGCAGACCGGACTTTGTAGTGGAGTGTTTGCTTCGAGGACGTTTCGTTATTCTTGTGGATGGTTCGCCAATGGCGTTAATTGCACCATGCAATTTGATGGCATTATTAAAAACGCCTGAAGATTCCTACTTCCCTTACTACTTTGTAATCTTTGAACGGCTTCTCAGGCTGCTGGGTCTCTTTCTCGCCATTATGCTACCGGGATTTTGGATTGCCCTCACAAGCTATAACATCGATCAGCTCCCCTTTCTACTTCTTGCGACCGTCACTGTTTCCAGATTTGGGCTTCCGCTTTCCTCTCCCATGGAGATTTTATTGATGCTGGGTATGTTCGAGCTTTTCAGAGAGGCTGGCATCAGGCTGCCCAAAGCAGTCGGTCAAACCATTGCGGTTTTAGGCGGTCTCATCATCGGTGATGCTGCCATCCGTGCTGGTCTTACGTCACCAACCATGCTGGTTGTCTCTGCAACAACCGCGGTCGCGACTTTTACTTTAGTGAATCAGACGCTTAGCGGGACGGTCAGCATTATTCGACTCTATGTGCTCATCTGGTCTGCCTTGCTGGGTATGCTCGGATTCTTCATTGGCATATTAACGCTTGTCGCATACCTGTCTGTTCTCGAATCCTTCGGACTTCCGTACTTAGCTCCCCTATCGCCATTAACGTTCAAAGATCTGATGAGTTCCCTCTTAAAAAAACCATGGGCTTTCAACAAAAAACGACCGCAAATGCTTCAAACGATAGATGACTCCTCTGAAGAAAGGGAACCTGAATGA	MTHHRPRNRMFRRQSKQAQFAVDRRKPALDTLDENTLRSMFASSADVVIQSFPAKKVSAFPALLIYCEGMVDPTLMTQYVLPDLEEKLEHFNEWEALARELDKSMEWSEINQHADVVKLLFEGHMILFFTTEKCCYSINIAARPNRQPDESNTEVAIKGARDAFTEDITTNVALVRKRLRTATLHNEQMIIGDRSQTRVSLLYISDIIRPEVVNEAKERLKGIHVDALITSGQLEEALSDSTLSLFPLMDYIGRPDFVVECLLRGRFVILVDGSPMALIAPCNLMALLKTPEDSYFPYYFVIFERLLRLLGLFLAIMLPGFWIALTSYNIDQLPFLLLATVTVSRFGLPLSSPMEILLMLGMFELFREAGIRLPKAVGQTIAVLGGLIIGDAAIRAGLTSPTMLVVSATTAVATFTLVNQTLSGTVSIIRLYVLIWSALLGMLGFFIGILTLVAYLSVLESFGLPYLAPLSPLTFKDLMSSLLKKPWAFNKKRPQMLQTIDDSSEEREPE	PGPT0025050_532	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295	NA	NA
JZ016_00407	828			hypothetical protein	ATGCATCATGTCACTCTACTTTTTTGGATGTCCGTAGTCATATTAAGAGAAACGGTGACATGGATTCGGGTTACCTACCTGCCGCAAACGCCGAAAACGGTCGTCTCGCTGACCATTATTCTGCTATGCGTATATGTGGCCAATAACGGGATTCGCTCGATAGCGATCATATCCGGCATTTTGCTCCCCGTTGTGTGGGTACTGGGCCATTTTGTAGCTGTGTCGAATCTTCAATATAAGGACTACTCATTGTTAACTCCGCTATTCGTTGAAGGTTACACTCCTATGCTCAAGAGCATGATCGTAGCCGGTGGCGGGTTCATGGAGATGATTGTGCTGATCTTTCTTCAGCATCATATGAAACGAAAGATGAATTACCTCTCGATTGTTATTTTATCGGTTCTTCTCGGCGGGCTCACGCTGGGACCATTGATGGGAGCGATCGCCACATTCGGTCCTGTTCCCGCGATGGAATCCCGCTACCCTGCCTACGAACAGTGGATGCTGGTCACCATTACGAAATATATAACCCATGTCGATTTTCTGGCTCTATACCAATGGATATCAGGGACATTAATCCGCATCTCTCTTTTCCTGCTTATTATGGCCGATGGTATCTCATTTAAAAAATCCAGGCGACGCCTTTGGTATTTGTTAGGGTTGGGTACCGCACTGACTGTCTTTTCTTTAATACCGGTAATCGATCGACAAATCGAGTTATTCGTTCTCGGCAAATACTCTGCTGCATTCCTTGGCTTCCTGTCTGGGCTAACGCTATTCATTGCGATCCTAGTAACATTTAAACCTAAAACCAAAGGGGGCGGGTAG	MHHVTLLFWMSVVILRETVTWIRVTYLPQTPKTVVSLTIILLCVYVANNGIRSIAIISGILLPVVWVLGHFVAVSNLQYKDYSLLTPLFVEGYTPMLKSMIVAGGGFMEMIVLIFLQHHMKRKMNYLSIVILSVLLGGLTLGPLMGAIATFGPVPAMESRYPAYEQWMLVTITKYITHVDFLALYQWISGTLIRISLFLLIMADGISFKKSRRRLWYLLGLGTALTVFSLIPVIDRQIELFVLGKYSAAFLGFLSGLTLFIAILVTFKPKTKGGG	PGPT0014775_24	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0014775-yfkT-K06309	NA	NA
JZ016_00408	297			hypothetical protein	ATGCCCACTAGCAAAAAGATATCATTGATTGAGGTCTACTTCATCATGCTGTTGTCCTTGGGTATCACCAATCATGTTATCCTGATTCCGCTTATTCTGCAGTACGCGGGCCGCGACGCATGGATGGGCACCCTGCTGACCATGATCCTGCATATAGGCTGGGTCTACATTTTGTTTTTTATCATGAAGCGAACACAGCAACAATCGATATTCGCCTGGTTCAAAGATGGTTTTGGTCCGATCATCGGCTGGATATTTATATGCATCATGTCACTCTACTTTTTTGGATGTCCGTAG	MPTSKKISLIEVYFIMLLSLGITNHVILIPLILQYAGRDAWMGTLLTMILHIGWVYILFFIMKRTQQQSIFAWFKDGFGPIIGWIFICIMSLYFFGCP	PGPT0014775_24	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0014775-yfkT-K06309	NA	NA
JZ016_00409	132			hypothetical protein	ATGCAAGCTACAGAGTCTGCGGAAATCGTGGGGCTGTTGTGCGGAGGCAGAGGAAATGTGCCGGTTAGGGAGGATGTATGGTGGAGATCATGGAGTCGCGAGTTTCTATTGGTTCATGAATTAGGAGGTTGA	MQATESAEIVGLLCGGRGNVPVREDVWWRSWSREFLLVHELGG				NA	NA	NA	NA	NA
JZ016_00410	2055			hypothetical protein	ATGGCTCGTAGATTCACGATTCTCTGTTTAGCTATCCTATGTGCTTTTTCATTAACGACCAGCGCAGCTTATGCTTCGGAAACGAATCCACAGTCAGCGCAAACTGACAGCTCCAATCATCGTGAACTGCCAAGTTTCAAGAAGCCTAAGCATCTGGACGTCGCAGATATTTATGATGCACCAGGTGACATCAAATTGTTGTTAGGGACCTTGCAGGGAATCGTAAACAGGGAACAGCCCCGAATCTATTTGATTGAATCCCAGGAAGAAGGGAAAATGACCTGGCTTAACGATATCAATGTGCCTTACACGCTTCATGAAGACTATTGGGACGTGTTCTCCGCATATCGCAGCGAGGCGAAAGGCATGATTGTATATGATCCGGAAGTTCCTGATACGATTAATGTCGCCACCACGCTCGCAGGTTTGAAGAATGCGGTCGTTGCCAGCCCTGAGCTGGCCGACAAATTGTCTAAAGCTCCATTCGACTTGAAGATCCTCGACGATCTTCGCGGTAAATTCGATAATCGACTTGAAGCATACACCTGGCAATATGAGCATCTGTGGGAGCAGACAACTCATCAGATGCTGATCGGGCTGGATCCGGATACAGCGATTCGTATTCCTTCCGGAATGCCTGAATCGTTCGTGACGATTGCGGAAGAGAAGCAGCAGGTGCGGGATGCGAGCAACCGTGATACTTATAACCTCGACCTCTCCTCCCTCTTGGGAGAAGCATCCGTTTATCTGCGCTTTGATGATGCTTTTACCCAGGATGGCTGGGGACCCGCGGTACATGAAATAACGATCAAGGCTGACGACAAAGAGATAGCGAGCTTCATCGCAGGAACGCCTGAAGAAGAGTCTTATCTCTATGATCGGCAAAACTCCAAGTTCAGTGAAGGCCAAGGCGGTCACCGCTTTGCCGATAACGGCAGTTATTTTGTATATGAATTCACTCCGCCTGCGGGAACCGAGATACTGACCGCAGAAGTTGATATGTGGAACCAGTACAAGGTTTCGGCGGGGAATATCCGTCCGCCTTCTGCAGAGCAGCAGGAGCCCTATGGCTATTTAAGAGATTACGCCGTTGCCAATAAAGCGATGGTATTCTGGCTCGATTCCAATGTACCTGAGCAAAAAGCGCTTTTCGAGAAAATCATGTCCGATGTGGAGCCGGGCACCCCATACCTCGGCTGGTTCAGCAACGATGTGGAAGGCGAGTTCAGCTCGGTCGAGATAGCCTCCCGTTACGGCGTCTATGTGCTGGCAGCCGATTGGTTCAGCAATCTGACCGTGTTCTCAGGAACCAAGCCGAAGTTCAAGCTGGCGAAAACACCTCCACAGCCGGCCCTTGAGAACAAAATTTATGTGACCTATACCTTTACGGAAGGCGACAACTTTCAATATAACCAGCATCGCATGCGCGTCATGTGGGATGACCCGGCCAGAGGCAAGGTTCCGATAAACTGGACTTCAAGCCCATTGCTCTATGAAGGTGCCCCTGCCATATTGAATTACTATCTAAACACGGCAACAGAGAACGATTTGCTCATTGCCGGACCTTCCGGTGCCGGTTACTTCTATCCGAGTCCATGGCCTGACGCTAGCTTCCGTGAGTTTTTGCAGCAAACCGAGAAGTATATGAAAAAGACAGGAATGACAATCCCTTATGTACTGAACCGAATCGACAGCGAAAATGTGCCGTTATCACCGTTTAAAGCAAAAGCTTATGAGGAGGAATATAACGTACCTGGTTTATTTATTAGTTATGAAGACAAATACGGGGTTGAAATTATCGGCGACAGCCTGCCCGTGTCTACGATCCGGGGGATCAGCACCGTTCAAGACGGATTGCAGGTGCTCAATGAAGCCAAAGCGAATTGGGATGGTAAATCACCGTTGTTCGTCTCGCTCGGTATGCTCGCATGGAGCATGACCCCGTCCGATGCGCTGGCGCTGACCGAACAGCTCGGGGCAGATTTCAAAGTCGTTCGCGCGGATCATTATTTCTCCTTGCTCCGTGAAAGCTACAACTTGCCAATCAAGAAATGA	MARRFTILCLAILCAFSLTTSAAYASETNPQSAQTDSSNHRELPSFKKPKHLDVADIYDAPGDIKLLLGTLQGIVNREQPRIYLIESQEEGKMTWLNDINVPYTLHEDYWDVFSAYRSEAKGMIVYDPEVPDTINVATTLAGLKNAVVASPELADKLSKAPFDLKILDDLRGKFDNRLEAYTWQYEHLWEQTTHQMLIGLDPDTAIRIPSGMPESFVTIAEEKQQVRDASNRDTYNLDLSSLLGEASVYLRFDDAFTQDGWGPAVHEITIKADDKEIASFIAGTPEEESYLYDRQNSKFSEGQGGHRFADNGSYFVYEFTPPAGTEILTAEVDMWNQYKVSAGNIRPPSAEQQEPYGYLRDYAVANKAMVFWLDSNVPEQKALFEKIMSDVEPGTPYLGWFSNDVEGEFSSVEIASRYGVYVLAADWFSNLTVFSGTKPKFKLAKTPPQPALENKIYVTYTFTEGDNFQYNQHRMRVMWDDPARGKVPINWTSSPLLYEGAPAILNYYLNTATENDLLIAGPSGAGYFYPSPWPDASFREFLQQTEKYMKKTGMTIPYVLNRIDSENVPLSPFKAKAYEEEYNVPGLFISYEDKYGVEIIGDSLPVSTIRGISTVQDGLQVLNEAKANWDGKSPLFVSLGMLAWSMTPSDALALTEQLGADFKVVRADHYFSLLRESYNLPIKK				NA	NA	NA	NA	NA
JZ016_00411	1149	araR_2	COG1609	Arabinose metabolism transcriptional repressor	ATGAGTGCAAACGATCGAATTCCGTTGTATCAGCAAATCCAGGACTATATAAGGCACGTCATAACAACAGAAAATATGAAGCCTGGGGACCGCATTCCGACAGAGAAGGAGCTGATGGATCAGTTTCATGTCAGTAAAATAACGGTTGCCAATGCCCTAACCGGATTAGCGAATGAGAAATTAATTGCCCGGGTGCCGGGCAAAGGCAGTTTTGTAGCAGAGGAGGCCGATTTCTTAACTGCGGGCCAGTCATCAACTGCGAAGCTTAAGGGAAAAGAGGGGAAGCTGGCCACGGGCATCATAGGCGTGATCATGCCCACCATCCATGATTATTTCGCCATCAGGCTCATTGAGGGAATCCAAGCTGCGCTGAATGACGAAGGTTATCGCAGCATGATCATGCTGACCGACGGCAAGCTGGAAAAAGAAAAGGATGCCATCAAAGAGCTGAAGGCTCTCGGAGCCGAAGGCCTGTTGATTTTCCCGGTAGACGAAGAGAACTACAACGAGGAAATACTGGGTATGAAACTATCCGGGTTTCCTTTTGTGCTGATTGACCGGTATTTGCCAGGGGTCGAGACGCATTATATTGCGGCTGATGGAAGGCGCGGTACGAGGCTCGCCGTTGAACATCTATGGGAGTTAGGACATCGGGACATCGCCATATGCTCGGATTCTCCCCTGCAAACCGTCACGGTTCAGGAGCGGATCGAAGGCTATATTGATGCATTAAAGGACAAGGGCGCATTAATCAATCCGGCGCATATGATTACGGATTTCAAACCGCTGAGTGTGCTCAAGGATGCCGAAGCTCATCCATTGTACCGATATATCCGAAATCGCATGGTTACCGCCTATATCTCGCTAAACGGGAGATTGGGCGTCCAAATCTATCAGATGGCCAAGCAAGCGGGACTTCGCGTGCCGGAAGACGTTTCGATCGTCAGCTTCGACGATCCGACTTCTATCGTGGAGGAATTCAGCATATTTACCCATGTCAAACAGTTTGAATGGGATATGGGATACCAGGCTGCCGGTAAACTGCTCGAAGTATTGCGCGGTCATGGAGAAGTGAAGAGCTACAGCAAATTGCTGATTGAGCCGGAGCTGGTCATTCGCCAAACGTCGGGTCATGTTCCACAAACGTAA	MSANDRIPLYQQIQDYIRHVITTENMKPGDRIPTEKELMDQFHVSKITVANALTGLANEKLIARVPGKGSFVAEEADFLTAGQSSTAKLKGKEGKLATGIIGVIMPTIHDYFAIRLIEGIQAALNDEGYRSMIMLTDGKLEKEKDAIKELKALGAEGLLIFPVDEENYNEEILGMKLSGFPFVLIDRYLPGVETHYIAADGRRGTRLAVEHLWELGHRDIAICSDSPLQTVTVQERIEGYIDALKDKGALINPAHMITDFKPLSVLKDAEAHPLYRYIRNRMVTAYISLNGRLGVQIYQMAKQAGLRVPEDVSIVSFDDPTSIVEEFSIFTHVKQFEWDMGYQAAGKLLEVLRGHGEVKSYSKLLIEPELVIRQTSGHVPQT	PGPT0017490_99	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_00412	2241			hypothetical protein	GTGCCAAGAGACCGCAGAGAAGAACGAACCGGTTTTCAGGAATCGGCCCCTTATCATCCCGACTATGATCTTCAGACTGACTTTGTGATGGTCTACGGAATTGATAAAACGATGCCGGAGCGCATTCAGAAATGGAAGGACAAAGGATATATCGTCCATCTGATGACAGGAGTCGCATGGGGGACATACAACAACTACCTGGACGGGGAGGTTGACGGCTTATCACATTGGGATGAAGCACAGACCGATCGTCACGGAGAGATGATCCTGCATGGCAAACAACCGGTTATTCCTTACATGGTGCCAACGATTTCCTTTGGGCGCTATCTAGCGGATCGAATACGCATTGCGGTTGATGCGGGCGTAGAGGCCATTCATCTGGAGGAGCCCGAATTCTGGGTAAATGGCGGTTATTCGGAAGCATTTAAGCGAGAATGGCTGCTGTATTACAAAGAGCCATGGATTCCACCGCACGTTTCCCCAGACGCACAATACCGGGCTTCCAAATTGAAAGCGTATTTATATACACGCGTGCTGGACCGGTTATGTGCAGAGATGAAGGATTACGCGCTGCATCGTTATGGCCGAGTCCTTCGTTTTTACGTTCCGACTCATTCCCTGATCAATTACACGCAGTGGCGAATTGTCAGCCCGCAATCCGGGCTCGTTGAGCTTCCGTCCATTGACGGGTACATTGCACAGATCTGGACGGGGACGTCCCGAACGCCGAATGTGTATGAAGGACTGCGCAAGGAACGGACGTTTGAAACCGCTTACCTTGAATATGGCGTGATGCAGGAGCTGGTCCGCGGAACCGACAGACGCATGTGGTTCTTGCATGATTCGATTGAAGATAACCCGAACCACACTTGGGCGGATTACAAACAGAACTACTTAAAGACCGTGGTCGCCTCACTGCTGCATCCCGGAGTGGCCCATTACGAAGTTTCACCCTGGCCGCGAAGAATCTTTAAGGGAACTTATCCATCTGAAGACGGCTCGGGTAAGGAGTCCATCCCGTCTGACTATGCAACGACGCTGCTCCAGGTCATGCACACGCTGGGTAACATGGACCAGGAAGTGATCGAATCGGCAGAAGATGAGTTGCAGGTTGGCGTTCTTATTGCCGACTCCGCGATGTTTCAGCGGATGAAGCCGGATCCGGAAGCGCCCGATGCCGGTAAATACGACGGTACGGACCCTGAAGGATTTCAGGCGGAAGGGGACACCGAGCTTCTCGATTTTTCCCCTTTCTACGGTCTGTCACTGCCGCTGCTGAAACATGGAATCCCGGTTCGTCCGCTTCAGCTGGATAATGTAAGGCGGTATCCGGGTTATTTGGCTCCATACCGCGTGCTGGTTCTGAGCTATGAATTTATTAAACCGGAGTATCCGGACATTCATAATGCTCTTGCCCAGTGGGTGCAGGATGGCGGGGCGTTGATCTATGTTGGCGATGACAGCGATCCATATCACGGTATTCGTTCATGGTGGAACAATGACCGCAAGGATCAACCGTTTGGCTCGAAGTATAACTCGCCGCGGGAGCATCTGTTTGAGCAGCTTGGCCTGAAGGGGAAAGCGGAAGGCGTCCATCCGGTAGGAAAAGGCATCGTGTGCTGGTTGGATCAGCATCCGGCTGAACTCACCCTATCCAAAGCGGGGGCAGACCGGCTGCGGCAAGCCGTCCAATCCACGCTGGAAGCACATCATGGCGCAGAACGACCGTGGAATTCCAAACATTATTTCAAGCTCAAGAGAGGCCCTTATCTGATCGCTTCGGTTCTGGAGGAATCGATCTCCGCTGAGCCGTTGAATATCTCGGGCCCGATTGTGGACTTGTTCGATTCGAAGCTATCCGTTCTGGATCAGGTTACGTTAAGCCCCGGGAAACAGGTGCTGCTCTATGATGTTGAGGCCGGACGTCCTTCGGACGGCAAGGTGTCCGTCATTGCCGCTTCCTCCCGAATCGAGGATCTTGTCCAGACGGAATCAGGCTTCCGATTCATCGCGAGAGGGCCGTCCAATCTGCAGGCAAGCGCGAGATTGTATTGCCCAATGGAGCCGAAATCTGTACAGTACGTTATTCAGGATCAAGCCGTACCTGCTGAATGGGAGTGGGATCCGAAGTCGCAAACCGTGCTGCTGCAGTATGAACATGGCAGCGTGAACCATGCAGAGATCCAGGTGGATTGGACAGCAAGGAAAGCGAAGTTCATATCTGACTCTGCAGCCGATTGA	MPRDRREERTGFQESAPYHPDYDLQTDFVMVYGIDKTMPERIQKWKDKGYIVHLMTGVAWGTYNNYLDGEVDGLSHWDEAQTDRHGEMILHGKQPVIPYMVPTISFGRYLADRIRIAVDAGVEAIHLEEPEFWVNGGYSEAFKREWLLYYKEPWIPPHVSPDAQYRASKLKAYLYTRVLDRLCAEMKDYALHRYGRVLRFYVPTHSLINYTQWRIVSPQSGLVELPSIDGYIAQIWTGTSRTPNVYEGLRKERTFETAYLEYGVMQELVRGTDRRMWFLHDSIEDNPNHTWADYKQNYLKTVVASLLHPGVAHYEVSPWPRRIFKGTYPSEDGSGKESIPSDYATTLLQVMHTLGNMDQEVIESAEDELQVGVLIADSAMFQRMKPDPEAPDAGKYDGTDPEGFQAEGDTELLDFSPFYGLSLPLLKHGIPVRPLQLDNVRRYPGYLAPYRVLVLSYEFIKPEYPDIHNALAQWVQDGGALIYVGDDSDPYHGIRSWWNNDRKDQPFGSKYNSPREHLFEQLGLKGKAEGVHPVGKGIVCWLDQHPAELTLSKAGADRLRQAVQSTLEAHHGAERPWNSKHYFKLKRGPYLIASVLEESISAEPLNISGPIVDLFDSKLSVLDQVTLSPGKQVLLYDVEAGRPSDGKVSVIAASSRIEDLVQTESGFRFIARGPSNLQASARLYCPMEPKSVQYVIQDQAVPAEWEWDPKSQTVLLQYEHGSVNHAEIQVDWTARKAKFISDSAAD				NA	NA	NA	NA	NA
JZ016_00413	3078			hypothetical protein	ATGCCATACGAACCGATAAGGCCGGAACGGTTAAAACAAATGTTAAACCAGCTTCGGGAAGCGATATATGAGCCGGTTGCCGAGTTGGAAGTGAAGGCATGGGTTACGCCCGAGCCCGTATCGTTCATGGATCGAATGACGGGTGCGCCAATGACGCTTGTCCACGGAGAACGATGGGGCAACCTGTGGGACTGTGCCTGGTTCCGATTTACCGGCAGCCTTCCGGAAAATAGCTGTAAGGAAGACCACGTCCTTTTACTGGACATTAACGGCGAGTTGTGTCTGGTGGACCGGGAAGGATCTCCGGTCCAGGGATTGACTACCGTGAATTCGGAATTCGATTTTTCATTAGGACTCCCCGGCAAGCGTGTTGTCCGGCTTCATGAGATGTACATGAGAGGATCTGACATTGAAGTATGGGCAGATGCAGGCAATAACGATCTCTTCGGCAAATACCAGGGAGGCTCTTTGAAAGAGGCTGTCATCGCAGTCTGCCGGGAAGACATTCGAGGCCTATATTACGATGTCGAAGTCCTCTTGGAAGCTGCCGAGCAGCTCCCTGCCGGAACCGCGCGCAAAGAGAAAATCTATCAGGCCCTCTATGACGTATCACTGAAGTTAACGGAATTCTCGCCGGAGCAGGTCAAACAAGCGAAGAAGCAATTGGATAAACAATTAAGCTTGCAGGGAGGCGATCCGGTCTTAACGATCAGCGCGGTGGGTCATGCGCATATCGATTTGGCCTGGCTGTGGCCCATCCGCGAAACGATCCGGAAAGGCGCCCGGACGTTCTCGACCGCGCTTCGCATGATGGAACGCTATCCGGAGTATGTATTCGGCGCAAGCCAGCCCCAGCTGTACGACTGGATGAAGCGGCATTATCCCGCGTTATATGAACAGATCAAGGAGCGGGTACGCGAAGGCAGATGGGAACCGCAGGGGGCCATGTGGGTGGAGTCGGATACCAATGTGCCGGGCGGCGAATCTCTGGTGCGCCAGATCCTGTATGGCAAGCGGTACTTTCAGCAGGAATTCGGTTTGGAGATGAAATCGCTCTGGATGCCGGATGTTTTCGGTTACTCAGCCAGCCTGCCGCAGCTGCTCAAGAAGTCGGGCGTGGATTACATGATGACCCAGAAGCTCTCCTGGAGCGAATATAACCGGCACCCTCACCATTCCTTCCTATGGGAAGGGATTGACGGCTCCGCCGTATTAACGCATATGCCGCCTGAAGATACGTACAACAGTCCGGCAGCCCCGCGTTCCATCGCCAAAGCGGAGCGGGAATATTTAGATAAAAATGTATCCAGTCATGCCCTGATGCTCTTCGGCATTGGGGACGGCGGCGGCGGTCCTGGTGAAGAGCATTTGGAGCGGCTTGCACGCGAGAAGAACCTGCTTGGTCTATCCCCTGTCATACAGGAGCCCTCGTGGAAGTTCTTTGAGCGATTGAACGAAGAACGCGATTCATTCCAGACGTGGCGCGGTGAGCTTTATCTGGAAAAGCATCAAGGCACCCTGACCAGTCAGGCACGAAGCAAGCGGTACAACCGGAAGATGGAGAAAGCGCTGCGTGAACTGGAGTTTGCTTCCGTGCTGGCTGCCCGGTTAGGCAGGACATACCCGTCCGAGACGCTGGAGACGATCTGGAAAGAAGTTCTGCTGTATCAGTTCCACGACATTCTTCCGGGCTCTTCAATAAAGCGGGTGTATGATGAATCGTTAGAACGTTATGAAGAGCTGCTATCAAACACGGAGGCTATGATTGCCGAGACCTATCGCTATCTGGCAGACCACATTTCACACGATGCCAAAGCTACCCCCGGAACGGTCGTATTTAATTCGCTACCTTGGGAACGCCGGGAGTGGCTGCGCGCGAATGGAAGATGGCATCACGTGTTGGTTCCATCGATGGGCTACACCGTGATATCGAATGACGCCGATGCCGGAGCTGAAGATGAAGTAGCGTCAGGTATTGAAATGCTTTTGGAAACACCGGAAGCGGAATTAGACGTTACAGTTTCGGAGCGAAGCCTGGAGAACGACAAACTGATCGTGAAGTTTGATCAAAACGGGGGCATTCTATCGATCCTGGATAAGGCGGAAGCTCGCGAAGTCATTCAGCAAGGCCACTCGGGTAACGATCTTCGCGTGTACCATGACGAAGGGGATGCATGGGATTTCCGTCATGACTATTCGGCGAACCCGGGCAAGCCGTTAAACCTCCTCGCGATACAGAAGCTGCGGGACGGGCCGCGAGTCGGGCTGGTCTTCGAGTACGCTTATGGCGAATCTGCGCTGACGCAGACCGTTGTGCTGACGGAGGGCAGCCGGCGTATCGATTTCGAGACGTCCGTCGATTGGAGAGAGAACGGCAAGATGCTAAGAACCTCGTTCCCGGTCAATATACGTACGGATCAGGTTCATTGCGAGATCCAGTTCGGCAGCTTGAGCAGGCCGACCCACCGCAATACGATGTGGGATTTTGCGAAGGACGAGATTTGTGCCCATCAATGGATTGATTTATCGGAGCCGGATTATGGGGTCGCGCTGCTCAATGATTGCAAATACGGCCATCGGGCGATCCATAACGTGCTGGATCTGCATTTGCTTCGCAGCAGCTCTTATCCGGATCCGGATGCAGACCGTGCGGAGCACCGATTCACATATTCGTTATATCCGCATCAAGGGAACCATGTTCAAGCCGAAATCTATCGACGAGGCAATGAGCTGAATATCCCGCTTCGGGCGATATCCTTGCCTTCCGTGCCTGACCAAGCGACAGGAAAGCTTCCGTCTTCCCAAGCATTTCTGCGGCCGGATCATCCGAACATTATGGTGGAATCCGTCAAGAAAGCCGAGGATGGCGACGACATCGTGGTTCGTCTGTATGAAACATCGGGAACACATGCCAGCACGACACTTCATTGTGGATTTGAAGCGGCCGAAGCCTGGACTACGGATTTGATGGAAAACATCCTTGCAGCGCTGCCGCTTGGCGAAGCATCCAACAAAATTACGCTATCCTTTACGCCATTTGAAATCATTACGCTGCGTTTGAGATTACCGCTAGGATAA	MPYEPIRPERLKQMLNQLREAIYEPVAELEVKAWVTPEPVSFMDRMTGAPMTLVHGERWGNLWDCAWFRFTGSLPENSCKEDHVLLLDINGELCLVDREGSPVQGLTTVNSEFDFSLGLPGKRVVRLHEMYMRGSDIEVWADAGNNDLFGKYQGGSLKEAVIAVCREDIRGLYYDVEVLLEAAEQLPAGTARKEKIYQALYDVSLKLTEFSPEQVKQAKKQLDKQLSLQGGDPVLTISAVGHAHIDLAWLWPIRETIRKGARTFSTALRMMERYPEYVFGASQPQLYDWMKRHYPALYEQIKERVREGRWEPQGAMWVESDTNVPGGESLVRQILYGKRYFQQEFGLEMKSLWMPDVFGYSASLPQLLKKSGVDYMMTQKLSWSEYNRHPHHSFLWEGIDGSAVLTHMPPEDTYNSPAAPRSIAKAEREYLDKNVSSHALMLFGIGDGGGGPGEEHLERLAREKNLLGLSPVIQEPSWKFFERLNEERDSFQTWRGELYLEKHQGTLTSQARSKRYNRKMEKALRELEFASVLAARLGRTYPSETLETIWKEVLLYQFHDILPGSSIKRVYDESLERYEELLSNTEAMIAETYRYLADHISHDAKATPGTVVFNSLPWERREWLRANGRWHHVLVPSMGYTVISNDADAGAEDEVASGIEMLLETPEAELDVTVSERSLENDKLIVKFDQNGGILSILDKAEAREVIQQGHSGNDLRVYHDEGDAWDFRHDYSANPGKPLNLLAIQKLRDGPRVGLVFEYAYGESALTQTVVLTEGSRRIDFETSVDWRENGKMLRTSFPVNIRTDQVHCEIQFGSLSRPTHRNTMWDFAKDEICAHQWIDLSEPDYGVALLNDCKYGHRAIHNVLDLHLLRSSSYPDPDADRAEHRFTYSLYPHQGNHVQAEIYRRGNELNIPLRAISLPSVPDQATGKLPSSQAFLRPDHPNIMVESVKKAEDGDDIVVRLYETSGTHASTTLHCGFEAAEAWTTDLMENILAALPLGEASNKITLSFTPFEIITLRLRLPLG	PGPT0018760_980	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018760-mngB|ypdB|manA-K01191	NA	NA
JZ016_00414	927	yteP_5	COG4209	putative multiple-sugar transport system permease YteP	GTGAGCAAGTCACGATTAACCAACAACCGATTCATGAAACGAATCTGGCAGCACAAGCTCTTTTACTTGTTCATGCTGCCAGGCATCGTCTGGTTTTTTCTATTCTCTTACGTGCCCTTATACGGAATTCAAGTTGCTTTCCGGGACTATACCTTCGTTGGCGGCTTCACCGGGAGTCCCTGGGCAGGATTCAAGTACTTTGAACAATTCTTCAATTACTATCAGTCCGGTGACATCATTCGCAACACGGTCATCATCAGTCTTATGAAGCTGTTGATCGGATTTCCGATGCCGATCATTCTTGCGCTCCTATTGAATGAAGTTCGGAAGATGAAATTCAAGAAGACGATTCAAACGCTTTCTTATTTACCTTATTTCGTATCCTGGATCGTGGTTGTCACGCTGATGCAGCGTTTACTGACTCCATATGGCGGTCCGGTCAATGACTTGCTGGGATCGTTTGGGGTCGAATCGATCCAGTTCCTGAACAATCCTACCTGGTTCTATCAGATGATTGTCGGGTCCGATATCTGGAAGAACATCGGCTGGAATTCGATTATCTTCATGGCCGCCATTGCGGGTATCGATCAGCAGCTGTACGAAGCTGCCAAGATCGATGGCGCAGGACGCTTCAAGCAGATGTGGCATGTGACACTTCCTGGTATCCGCAATGTGGCCATCATCTTATTTATTCTCGCCGTGGGAAATCTGATGAGCGCCGGGTATGAACAGCTCCTTCTCTTGAATGGTCCTGCGACTGCCAGTATGGGCAGCGTGCTGGACGTGCACGCCATCAATTCCGGTATCCGGGAAGGGCGTCTCAGTTACGCCGCTGCGGTCGGCCTATTCCAAAGCATTATCGGGCTCATCCTGGTTCTGACCGTCAATCGCATCGCCCGTAAAGTCAGTGATGTATCCCTGTTCTAA	MSKSRLTNNRFMKRIWQHKLFYLFMLPGIVWFFLFSYVPLYGIQVAFRDYTFVGGFTGSPWAGFKYFEQFFNYYQSGDIIRNTVIISLMKLLIGFPMPIILALLLNEVRKMKFKKTIQTLSYLPYFVSWIVVVTLMQRLLTPYGGPVNDLLGSFGVESIQFLNNPTWFYQMIVGSDIWKNIGWNSIIFMAAIAGIDQQLYEAAKIDGAGRFKQMWHVTLPGIRNVAIILFILAVGNLMSAGYEQLLLLNGPATASMGSVLDVHAINSGIREGRLSYAAAVGLFQSIIGLILVLTVNRIARKVSDVSLF	PGPT0017250_2059	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00415	897	araQ_4	COG0395	L-arabinose transport system permease protein AraQ	ATGAAACGTAAATGGTCTTTTTTCTCGATGTTCAATTACACCGTTCTCGCCATCATCGGATTTTCGATGATCTATCCGTTTATTTACATTTTGGCGTATTCCCTTAACGACGGGAAGGATTCGATGATGGGGGCGATCTATTTTTTGCCCCGTAAATTCACGCTGGAGAACTACGCCCAGGTATTCGATAACGCCCGCATCTGGAAGGCGTACCAAATTACGCTCATGCGCACCGTGCTGGGTACATTCCTGCATGTTGTGCTGTGTACGCTCATGGCTTATGCGCTTTCCAAAAAGACATTGCCGGGCCGCTCCTTTTTCACCTTTTACATCTTTTTGCCGACGATTTTCAGTGCCGGGTTCATCCCGTTCTTCATCACGCTGCAAAAGCTGCATCTGATCAACAGCTTCTGGGTGTATGTGCTGCCGATGCTGTTCAATTTCATGCATATCGTCATCATCCGAACCTTCCTGCAAGGCATCCCCGAGGAGTTGGAGGAGTCTGCCCGCATTGACGGGTACGGCGATTTTCAAATCTTCGTGCGGATTATACTGCCGCTATCGGGCCCGGTGCTTGCCACTATCTCCTTGTTCATCGGGGTGGCCCATTGGAATGATTGGTTCTCGGGTGCTTACTATGTATCCAACAAAGATTTGATACCGGTGCAGACCCTTTTACAAGAAATGCTGACGGAAGCTGAAGCGCTGTCGAATTCGATGCAGCGAGCCGCGCAGCAGGGCGGACAGACGATTGGCGGAACCAGCGGTGCTGGCGCGACGCCGGAATCGCTCCGGATGGCCTTGCTTGTCATTACGGTCTTCCCGATCTTGTGCATTTATCCGTTCCTGCAGCGATATTTCGTAAAGGGGGTTATGATCGGTTCAGTTAAAGGTTAG	MKRKWSFFSMFNYTVLAIIGFSMIYPFIYILAYSLNDGKDSMMGAIYFLPRKFTLENYAQVFDNARIWKAYQITLMRTVLGTFLHVVLCTLMAYALSKKTLPGRSFFTFYIFLPTIFSAGFIPFFITLQKLHLINSFWVYVLPMLFNFMHIVIIRTFLQGIPEELEESARIDGYGDFQIFVRIILPLSGPVLATISLFIGVAHWNDWFSGAYYVSNKDLIPVQTLLQEMLTEAEALSNSMQRAAQQGGQTIGGTSGAGATPESLRMALLVITVFPILCIYPFLQRYFVKGVMIGSVKG	PGPT0017255_1239	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00416	1659			hypothetical protein	TTGAAGAGGATTTGGTCGAAAGGCGTATCCGCATTGCTCGTGTCCATCATGGTTGGAGGTTTGCTGATCAGCTGCACGAATTCATCAGGGAACGGAGATAACGGAGAAGGGGCAGAAGGAGAGAATTCATACAAACTCAAAATACTACACAATTGGAATGGTTCCAACGGTTCTGATGCCATAACGCCCGTGGAGGAAGTCATTAAGGAGAAAACCGGTGTTACCCTCGAGTGGGAATATACAAAAGGCAGTGAGACGGAGAAGGTTAACCAGATCTTCGCCACGCAGGATTTGCCGGACATTTATACCGGGCCAGCCTGGGGCGGGGAATTGGATGGCATCATTAAGGCTGCCAAAGAGGGACAATTGGTGGATATATCGGACAAGCTGAAGGATTATCCAAACTTGTCCAAATCGATTGCGGAAGAAAATGTGCCGCCGGCATTATATGAGAAAGCGATAGACGCCTACGACGGTAAAAAATATTTGCTGCTGCAAAATCAGCCGGCCACGAACGAAGACGGCATGGATTGGCTTTATGGTTTCTATGTGCGCAAAGACATCGCCGAGAAAGTCGGCGTCGATCCGCAATCCGTTGTGACGAAGGAGGATTTCTACAACTTCCTCAAAAAAATCAAGGATGCCAATCTGCAGGAGAACGGCCAGCCGGTCTTTCCGCTGGGCGGTTTCAGTAACGGCTGGGCCGTTGGCATCGGCAACACCATGTTTTATTCCGGAGCGAGTTACGTCGACAAAGGCGACGGCACGGTTGAACATAACTTCTTCACCAAAGGCTATGAAGAATACACGCTGTTTTATCGAAAGCTCGTTGAAGAGGGGTTGATGGATCCTGAAGCCTTCACCCAGACAGACCCGATTGCCAAGGAAAAAATCAATCAAGGCCGCATCGCCATCCTGGCCGCGCACTATCCGGCCATCCTGGATGCTTCCAAGGAGTATGTCTCTTCGCATCCGGGCAGCGACTACATTCCTCTCGGTCCGTTGGAGCGCGCTGACGTTGAGCCGGACAGGCCCGTCGATCTGGGGATTCAGGGAAATAACGTAACGGCGATCACGAAGAACTGCAAAGGCGCTTGCGTTGACGCTGCATTGAAGTTCCTGGATTTCATGGCTTCCGATGAAGGCTTTATGCTGGCCCGGTACGGGGTGCAGGGTGTTCATTGGGACATGAAGGACGGCAAGCCTGTTGCCAATCAGGAATGGTTTGACAAATTCAGCACGGACACCAACATGAAGCTGCGGAAGAACGAAGGTATCAGCATCGGTCTGGAATCGCTGACAGGGCTTGACCGCATCAATTCCGCTGCGGGAGGAGACATCTGGGCGGAACAAGAAAGGCTTGAAGCGATGGAGAACGCTCGCAAAATCCTCCGTCCGAACGGCATTCACGTAATTACTGCTTATAACCCGGGTGATGTTATCACGAAGGCGCCGGAATGGGAAATGCTGAAGCCATCGATGGATCGAATGGGAGATGCGTGGAAGGAAGCGGTATTTGCCAAATCGGATGAAGCGGCGATGAGCATTATCAATGAACTACGGGAACAGCTCCGTAAAACCGGATATGAGAAAGCGATGCAGTTCACGAACGAAAATCTGAAGGGGAAAGACGTGGTAACCGTTCAGATGCCGAACTGA	MKRIWSKGVSALLVSIMVGGLLISCTNSSGNGDNGEGAEGENSYKLKILHNWNGSNGSDAITPVEEVIKEKTGVTLEWEYTKGSETEKVNQIFATQDLPDIYTGPAWGGELDGIIKAAKEGQLVDISDKLKDYPNLSKSIAEENVPPALYEKAIDAYDGKKYLLLQNQPATNEDGMDWLYGFYVRKDIAEKVGVDPQSVVTKEDFYNFLKKIKDANLQENGQPVFPLGGFSNGWAVGIGNTMFYSGASYVDKGDGTVEHNFFTKGYEEYTLFYRKLVEEGLMDPEAFTQTDPIAKEKINQGRIAILAAHYPAILDASKEYVSSHPGSDYIPLGPLERADVEPDRPVDLGIQGNNVTAITKNCKGACVDAALKFLDFMASDEGFMLARYGVQGVHWDMKDGKPVANQEWFDKFSTDTNMKLRKNEGISIGLESLTGLDRINSAAGGDIWAEQERLEAMENARKILRPNGIHVITAYNPGDVITKAPEWEMLKPSMDRMGDAWKEAVFAKSDEAAMSIINELREQLRKTGYEKAMQFTNENLKGKDVVTVQMPN	PGPT0017245_1198	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00417	2004			hypothetical protein	ATGACAACGAAATTCAGACCTCCATCCGTACCGCTGGTCACCGTAGATCCTTACTTCAGCGTATGGTCCGCTGCGGATCATCTCTACGATGATCATACCCGGCATTGGACGAACAAGATCCAAGGTATGGTCGGCCTTGCGATCATCGATGGCTTGCCCAGACGATTTATGGGGAAGGTAGCAGCAGCGGATTCAGCAGAGCATCCCGAGCTTGAAGTTCTTCAACAAACCGATTTGACGGTTGAGCCGGTAACTACCCGTTATACGTTCCAAGGGGAAGGCATTGAGCTTCAAGTTGAGTTCACCACGCCTTTATTACTGAATGATCTTGATCTGTTGTCCCGGCCCGTAACGTATGTGACAGTTCAGGTTCGTTCGATGGATGGGCGTGAACATGATGTCAAGCTCTACTTCGATGTTACAGGCGAATGGTGCGTAAATACACCGGATCAGCAAGTGACCTGGGAGCATCGCGTTATCGATGGACAATTGAATATGATGGCGATGGGTACTGTCGAACAGCCGATTCTTCAGCTTGCCGGAGATGATACCCGAATCGATTGGGGGTATATGGTGCTGGCGGTTCCCCGTACGGAACGTATCCAGACGGTGATTCATTCTGTGTCAAGCCGTGAGTTATATGTACGAACCGGTCAATTCCCCCCGGAAGATGATCAGCAGAAGCCGCGGGCCGTATCCAATCATACCCCCGTTATGGCAGCCGAAATCGATCTGGGCCCAGTACGGGATGAATGGGTATCTGAGTATCTGATGCTTGCGTATGATGATATTCATGCCATCGAATATTTTAACCAGCCGCTGGATGCTTACTGGAAGCGAAACGGATTGACGTTCCATGACATGCTGTTACAATCCGCCGCCCAATATGAAGTCATCATGCAGCAATGTGAGAGTTTCAATCGCGAGCTGACGGCGGAGAGCCTTGCCGCAGGCGGTGAAAAATACCGGGATATCCTGGCCTTGACGTATCGACAGGCGGTAGCCGCGCATAAATTGGTTGCCGATGAAGTGGGACATGTGCTGTTTTTTTCCAAGGAGAATTTCAGCAACGGATGCATCGCTACGGTCGATGTCAGTTATCCGTCGATTCCATTGTTCCTGAGATACAATCCTGAGCTGGTCAAGGGGATGATGCGCCCGATTTATAAGTATGCCATGAGCCCTGATTGGCCGTTCGATTTTGCGCCTCATGACGTGGGAACATACCCCAGAGCCAACGGGCAGGTGTATGGCGAGAACAAGCTGGAATACCAGATGCCGATCGAAGAATGCGGGAATATGCTCCTAATGGCTGCCGCGGTTTGCAAATATGAAGGGAATACGGATTTTGCCCGGGAGCACTGGGAACCTCTTACTTCTTGGGCGGGATATCTACTGCAGCATGGACTCGATCCGGATAATCAGCTGTGCACGGATGATTTTGCCGGACATTTGGCGCATAATGCGAATTTGTCCATTAAAGCGATCTTGGGCATTGCCGCGTATTCATACATGTGCGACCTGTTGGGCTCACAGGAAGGGGCATCTTATCTTGCAGCCGCTCGGAATATGGCGAATGAGTGGATATCCATGGCCGATGCAGGTGATCATTATAAGCTTACGTTTGACAGCGCAAACGATACCTGGAGTTTGAAATACAATCTGGTGTGGGATCGCCTGCTGGAATTAAACCTGTTTCCAAAAGAAGTTGCTGCCCAAGAGCTGGACTATTATAAGTTGAAACAGAATCGTTACGGCCTTCCGCTGGATAGCCGCGATACGTATACAAAAGCGGATTGGCTGGTATGGTGTGCCTCCATGAGTGCCACGCAATCCCAGTTTGAAGCCATGATTGCGCCCTTATGGGATTTCATGAATGAAACCTCTGCTCGCGTTCCGGTGACCGATTGGTATGACACGCTTAGCGGCAAACAGATGAACTTCCAGAATCGCTCCGTTGTCGGTGGTTTTTTCATCCGGTTGCTTATGTCCCGGTCTGAATGA	MTTKFRPPSVPLVTVDPYFSVWSAADHLYDDHTRHWTNKIQGMVGLAIIDGLPRRFMGKVAAADSAEHPELEVLQQTDLTVEPVTTRYTFQGEGIELQVEFTTPLLLNDLDLLSRPVTYVTVQVRSMDGREHDVKLYFDVTGEWCVNTPDQQVTWEHRVIDGQLNMMAMGTVEQPILQLAGDDTRIDWGYMVLAVPRTERIQTVIHSVSSRELYVRTGQFPPEDDQQKPRAVSNHTPVMAAEIDLGPVRDEWVSEYLMLAYDDIHAIEYFNQPLDAYWKRNGLTFHDMLLQSAAQYEVIMQQCESFNRELTAESLAAGGEKYRDILALTYRQAVAAHKLVADEVGHVLFFSKENFSNGCIATVDVSYPSIPLFLRYNPELVKGMMRPIYKYAMSPDWPFDFAPHDVGTYPRANGQVYGENKLEYQMPIEECGNMLLMAAAVCKYEGNTDFAREHWEPLTSWAGYLLQHGLDPDNQLCTDDFAGHLAHNANLSIKAILGIAAYSYMCDLLGSQEGASYLAAARNMANEWISMADAGDHYKLTFDSANDTWSLKYNLVWDRLLELNLFPKEVAAQELDYYKLKQNRYGLPLDSRDTYTKADWLVWCASMSATQSQFEAMIAPLWDFMNETSARVPVTDWYDTLSGKQMNFQNRSVVGGFFIRLLMSRSE				NA	NA	NA	NA	NA
JZ016_00418	3219			hypothetical protein	ATGTTGAATAACGTTAATGTTCAGGCAGAAATAGCCCATAAGGATCTAATGCAACTGAAGCAGCAATTCGAGAATCCGGATGCCACATATCGCCCGCAGCCGTTCTGGTTCCTGAATCATGAGCTCACGAGGCCGGAGCTGGAAAGCCAGATCCAATCGATGTATGAAGCGGGTGTTGGAGGTGTTGTTCTGCATGCGCGCCATGGGATGCAAACCTCTTACCTGTCGCCGGCATTCATGGAAGCGTTGGAGTTCTGTACCCTGGAGTGCAAGAAACGCAATATGGTCGTCTGGCTGTACGATGAGGACAATTGGCCAAGCGGAACGTTGGGCGGCAAACTGACGCGTCAGCATCCGGAATATCGCATGCGTTATTTAAGGGTTGAAGAGAAAAGATATACGCATGACGGACAACAACAAGGATTGAAGCTGGATTTTGCGCGTTATGATCACAATGAGCTTATTGCCATCCTGGCTTATCGCGCTGCTTGGCAGGACGGGGAATGGATGCTCTGTGATGAACCGGAGGATCTTACGCATGTATGGGGTAGAGAATGGACGCCGACTACGGAGGATCCTTATATCGTGCTGGCCTGCTGGTCCTGCGAGATCGCGGAAGGGATCACGTTTGCCAATGGGTACTACTTGGATACGTTGAATCCGGAAGCCGTTCAGGCCTTCATCCGAATGTCCTATGATCCGTTTCAGTCCTTGCAGGAATACTTCGGCACAACGATACAGGGCGTTTTCACCGACGAACCCGGGCTAATGATCCATGATGGTTTCTTTGGGGTGGAAGCGATCCGGACGGCAGTTCACGATGTAGGCGCTACCCTGCCGGGCATGGTCTTCGCTTGGACGGAAGGGATGGCGGAGCGATATCGGCAAGAGAACGGCTATGATCTCATCCCGCGGTTAGGCGCCTTGTTATATAACATGGCTGATGGCAGCCGGTCAACGAAGCAGCAGTATTATGATACGATAACACGCTGGTATGTTGAGGGCTATCATCAAGCGATTCGTTCATGGTGTGAGCGGCATGGACTGCTCTACATTGGTCATACGCTCGAAGAGCCGGTCTGGGGACAGGCTAGATCGCAAGGCAATCAGACCCGGGTGCTGCAGCAGTTTCACTACGCTGGCGTGGATTATTTAACGCCCGGAATCGGCACGAAGGAGAATCCGCATCGGATCGTGTCGGTGAAGACGGCAGCTTCTGTCGCTCAGCTGAACAGCAAGGAACGGGTGATCTGCGAATCGTTTGGCGCAAGCGGTCACGGCTATTCCATGCGAGAGCGGCGACTGGATGCCAATTTCATGGCATTTCTGGGCGTTAACCTCTTCATCCCGCATGCGTTCTATTACTCGTTTGCCGGGTATCGGAAGACCGATTTCCCGCCGACGGAATTCAAGCATGCGCCTCACTGGCCGCATTATCGTGCTTTTGCCGACTATCTCGGTCGACTGGGTCTGCTTGGCGCGAGCGGTAAACGTACACCGGAGATTCTTCTGCTGTCACCTATCCATACGGTATACGAAAATATGTTCGTATCCGGTCAATCGAATAAATATCCCGCTTCCGATGCTCTATTCTCGCTCCTGTCGGATCGGATGCTTCGCAGATCCATTGATTACGACTATGTAGACGAATCTCAGCTTCGCGAAGCAAGCCTTATGGATGGAGAAGGGGTGCGATTTAACGGGTGTGCGAACATATATTCGGTTTTGATTATGCCGGAGATTGAGGTCATGTCGAAGGACATAGCCGCACAGCTCGTTTCGTATGTTAAGCAAGGCGGTACTCTCATTGCTGTAGGAGCGATACCGCGGCATAGCGAGTGCTTGCATCATGATCCGGAACTGGCGAAGCATATGCATGCGCTGTTTGGTTCGACTCCGCAGCATAATGAATTACGATCCATCGGCAAGGGGTATACTCTGTTTTATTCCCTGGAGAACTTGCCACTTGTTGATCCGATTGATTCATTGTGTGAACGTGTAAGCGGGTTATTAAGGAAAAGTCCTGTTTTACGATGGAAGTTGATCGAAGGACAACATGAGGATTTGATTAGTGTAGAACGTGTGTTCGGGACTCGGGTATATGTGTGGCTGATGAACTGGTCGGAGAATCTCGTTTCCATGAAGCTTGATGCCATTGAGGCGAAGTACCGAATCGAAGAATGGGGCTTGGAAAGCGGAAAAATACGCCGGTTAGCCAGCGATTCCGTTCTTACCTATGCAGCTGGGGAGCTGCGAGTGCTATCGGTTGTACCTGAGGAGAGCACAATTGGTTCAACGGAACAAATGTTCGATATGAAGCGGGATGCAGAGGATGTAACCCTTCTTGATAATCCATGGCGTTTCCAGACACTCGAACCTAATGTTTTATTACTCGACCAATGGCAGGTCACGCTGAATGACCGACAGTCCAGGATGAACGCTACGATGCCTGGGCAAGTGAACACGTATCGTACAACGTTTACCATGACGCAGGAACTGATCGAACGCTTGCAATCACCGAGCGGTAGGGGGCTTCCGGATCAATCCAATAACAACCCATCACCGAAGATCGAGCTCATTCTGGACGATGTGGAGCAGAAGATCCCTTCCCATATCGGTTTCCTGCAGCGCAGGCGCAACCTTGAAATCTTCGTGAATGGCGTAAGACAGAATGCGCTGCAGCCCTCTACTTGGCAGGATCAACACTATGCTAGCGTGGATATCACGCCGCATTTGTTAGTGGGCGAGAACGAACTTGAGATTCTGACGGTATCATTGCTGGAGCCGATGCCGGCCATTTCATTTCCTGCATTTTTGATCGGACCCTTTGTTATAGAAGATCGGATGAGGCTAAACGCGAGTCCGGAACATATGTTTGGTTGTTGGACTTCTGCCGGCTATCCTTATTATGCGGGAGCGGGAGAATACTCACAGCAAGTGAATCTGACCCAAGTTAGCTTGGCTCCAGATGAGGAATTATGGCTGGAAGCTGAAGATATAAGGGAGACAGCTTCTTTATATGTGAATGATATGGAGGTAGGGATTCGATTGTGGCCTCCTTATCACTGGGACATCACGCCATATGTTGAGCAGGGGAGCAATTGGATTACCATCCGGGCAGCCAATACGCTGGAGAACTTATATGGAAAGACTGCATTGCCTTCCGGGATGAATGGAAGGGTGAAGCTGGTGCGTCGAACTTTGTCTAAAAGATTGTAA	MLNNVNVQAEIAHKDLMQLKQQFENPDATYRPQPFWFLNHELTRPELESQIQSMYEAGVGGVVLHARHGMQTSYLSPAFMEALEFCTLECKKRNMVVWLYDEDNWPSGTLGGKLTRQHPEYRMRYLRVEEKRYTHDGQQQGLKLDFARYDHNELIAILAYRAAWQDGEWMLCDEPEDLTHVWGREWTPTTEDPYIVLACWSCEIAEGITFANGYYLDTLNPEAVQAFIRMSYDPFQSLQEYFGTTIQGVFTDEPGLMIHDGFFGVEAIRTAVHDVGATLPGMVFAWTEGMAERYRQENGYDLIPRLGALLYNMADGSRSTKQQYYDTITRWYVEGYHQAIRSWCERHGLLYIGHTLEEPVWGQARSQGNQTRVLQQFHYAGVDYLTPGIGTKENPHRIVSVKTAASVAQLNSKERVICESFGASGHGYSMRERRLDANFMAFLGVNLFIPHAFYYSFAGYRKTDFPPTEFKHAPHWPHYRAFADYLGRLGLLGASGKRTPEILLLSPIHTVYENMFVSGQSNKYPASDALFSLLSDRMLRRSIDYDYVDESQLREASLMDGEGVRFNGCANIYSVLIMPEIEVMSKDIAAQLVSYVKQGGTLIAVGAIPRHSECLHHDPELAKHMHALFGSTPQHNELRSIGKGYTLFYSLENLPLVDPIDSLCERVSGLLRKSPVLRWKLIEGQHEDLISVERVFGTRVYVWLMNWSENLVSMKLDAIEAKYRIEEWGLESGKIRRLASDSVLTYAAGELRVLSVVPEESTIGSTEQMFDMKRDAEDVTLLDNPWRFQTLEPNVLLLDQWQVTLNDRQSRMNATMPGQVNTYRTTFTMTQELIERLQSPSGRGLPDQSNNNPSPKIELILDDVEQKIPSHIGFLQRRRNLEIFVNGVRQNALQPSTWQDQHYASVDITPHLLVGENELEILTVSLLEPMPAISFPAFLIGPFVIEDRMRLNASPEHMFGCWTSAGYPYYAGAGEYSQQVNLTQVSLAPDEELWLEAEDIRETASLYVNDMEVGIRLWPPYHWDITPYVEQGSNWITIRAANTLENLYGKTALPSGMNGRVKLVRRTLSKRL				NA	NA	NA	NA	NA
JZ016_00419	1602			hypothetical protein	GTGCAGCTAAAGAAGAAAACCATCATGGTTTTGGCGCTCAGCTTGTCCATTTTTTCGCAAGGCATGATCGTTCATGCAAAGGAAGATGGGGCTAGGATTAGGCCGGAAGGAAGCGGCAAATGGATGACAGGGGAGTATCACTCGCATACGTATCAATCCGATGATGCCAGCCAATCCCTGCAGGAACTGCTGGACAACGGATTCCAGAAATATGGCTTGGATTGGATCGCGGTCTCCGACCATCTTAGAGTTTCTAAACGGGACGACGAGGGAAATCCTCTTGCCGGCGGATCTATTCCGTTCTCCATGGGAATGGCTCAATACCAGATTCCCAAGATTCAGCAGCTTCAGGAAGCAGGGAAATACAAGAACAAGATTATCTTCTCAGGCTTTGAGTGGGACATGCCTACATATGAACATGTGGGAATCGGTATTATATCAGGTAAATACGGTTCAGAATCGAGCCTCAAGGCAGCCCGTCAGTTCGAGTATCTGTTCACCGATCGGGATGAAGCGATGTTCGATCCCAAAGACGTAGCCGATTGGAATAAACAAGACAGCCGGGCCTATACGACTCCCGAAGATGCCCGAGCAGCACTGGCATGGCTTCAGAAAAGCTATGGAAACCGCAGTTATGCATTGCTCAACCATCCTTCCAGAAAAACCGTGTACACCATCGCGGATATCCGGGATTTCAACAATATTGCGCCAAACGTGGTGTTCGGAATGGAAGGCATGCCGGGGAATCAGATGGAGCCTGACCGCGGCGGACTAAACTTAACCACGCCGGAAAACAGAACGTACGGCGGCGCTGATTACATGATTGCCAAGGTTGGCGGCGTATGGGATGCGCTGCTTGGCGAAGGACGCGAATTTTGGAACTTTGCGAACTCGGATTCTCATTTTGAGATCAGTGAAAACCGTTTGTACTCCAGTGGATATTGGCCCGGGCAATACGCTAAAAATTACACTTGGGTGAATGGGGACGACATGCAAAGCGTACTTAACGGTATGCGTTCGGGTAAATCGTTCTCCGTCTACGGCGATTTAATTAACGCGCTGGATTATCGCGTTCGTCACGGGAACAAGCAGGCCGAAATGGGGAGTAACCTGCAAGTGAAGAAAGGGAACCCGATTGAAATTACGATCCGATTCAAAAGTCCGAGTAAAAATAACAACGGTGATCCTGTAACCGTAGATCATGTCGATTTGATCTCAGGCGACGTAACAGGTAAAGCGCAGCCAGGTACGGCGGCTTACAGCAGGAGCACTAACGATTCGACGAAAGTGGTTAAACGGTTTACGAGCAAGGATTGGAAGACCGATCGGGATGGATACAACGTCATCACTTATCGGACGACCGCAACGAAGGATCAATACTTCCGTTTAAGAGGGACTAATCTTGGCGTGAATGTTGCTGGAGAAACCAGCAATGGCGACCCACTCATAGATCCGAAAACGGACATCGAAGACAATGAGCAGCGGTTTGCGGAAATTAATAAACGAAACTACATCGACCTGTGGTTTTATTCTAATCCGATCTTTGTCAGCGTTGGCGACAAGCCGGTTAAAGGCCCTAACAAACAGAGAAAGCATCAGTAG	MQLKKKTIMVLALSLSIFSQGMIVHAKEDGARIRPEGSGKWMTGEYHSHTYQSDDASQSLQELLDNGFQKYGLDWIAVSDHLRVSKRDDEGNPLAGGSIPFSMGMAQYQIPKIQQLQEAGKYKNKIIFSGFEWDMPTYEHVGIGIISGKYGSESSLKAARQFEYLFTDRDEAMFDPKDVADWNKQDSRAYTTPEDARAALAWLQKSYGNRSYALLNHPSRKTVYTIADIRDFNNIAPNVVFGMEGMPGNQMEPDRGGLNLTTPENRTYGGADYMIAKVGGVWDALLGEGREFWNFANSDSHFEISENRLYSSGYWPGQYAKNYTWVNGDDMQSVLNGMRSGKSFSVYGDLINALDYRVRHGNKQAEMGSNLQVKKGNPIEITIRFKSPSKNNNGDPVTVDHVDLISGDVTGKAQPGTAAYSRSTNDSTKVVKRFTSKDWKTDRDGYNVITYRTTATKDQYFRLRGTNLGVNVAGETSNGDPLIDPKTDIEDNEQRFAEINKRNYIDLWFYSNPIFVSVGDKPVKGPNKQRKHQ				NA	NA	NA	NA	NA
JZ016_00420	816	bmrR	COG0789	Multidrug-efflux transporter 1 regulator	ATGTTTACGATCGGTGAAATATCCAAGCTTTTTCAGATCGATATCCGCACCCTCCGGTATTACGACGATATTGATTTATTTAAACCGGCAACCGTGGATCATCTGACAAATTACCGTTATTATTCGGTCGATCAATTCGAGCAGCTGAATACCATTCTGTATCTCAAGGCGCTTGGCATCCCTTTAAAGGACATTAAGCTTTTTCTGGATGATCGGGAGATTGAGAATATACTAACCCTGCTCAAGGAGCAGCAGCGCAGAACCGAAGAGAAAATTGAGGAATATCAAAGAATCCGGGCGAAGATCAAAAGCCGAATTGAGCAGATCGAAGATGCCTCGAATAAGGAAGAGCTCTACAAAATTCGGGAAGTCGAGTTTCCCGAGAGAGTGATGGTTTTGCTCAAACAGAACATACATAAAAGCGACAATCTGGATATGCCGATCCGATTATTGGAGAACAGCACCAAAATGAAGTCCACCATTTTCCTTGGCAAAGTAGGATTATCGATCTCGATTAATCGTTTAATGCAAAGTAAATTTGATGAATATGACTCCATTTTTGTCATTGTAGAGCAGGAAAGTGCGCGCAGCAGCACTGAGGTCGAAGAGAAGATATCGCCCCAAGGCACTTATATTACGATTCGGTTTGCCGGGACACACGAAGATGCAGCGCCTCATTATAGAATGCTCCTGGATTATATCGAGGAAAAAGGATACAGCCTGATCGAGGATGCGTTGGAGATCACATACATTGATTACGGGCTTACCGGTGATCCCTCTCAATTCGTAACCGAAATTCAAATGCTTGCTAAATAA	MFTIGEISKLFQIDIRTLRYYDDIDLFKPATVDHLTNYRYYSVDQFEQLNTILYLKALGIPLKDIKLFLDDREIENILTLLKEQQRRTEEKIEEYQRIRAKIKSRIEQIEDASNKEELYKIREVEFPERVMVLLKQNIHKSDNLDMPIRLLENSTKMKSTIFLGKVGLSISINRLMQSKFDEYDSIFVIVEQESARSSTEVEEKISPQGTYITIRFAGTHEDAAPHYRMLLDYIEEKGYSLIEDALEITYIDYGLTGDPSQFVTEIQMLAK	PGPT0003907_16	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003907-bmrR-NA	NA	NA
JZ016_00421	666			hypothetical protein	GTGATTGGAACCATTGTAAACGTAACAACCATTGTTGTAGGCAGCACGATTGGAAATGTATTTAAGAAGGGGATGAGCGAAACCTATCAGGACATCCTGATGCAGGCGATGGGTTTGGCCGTCATGGCACTTGGTGTGAATTCAATCGTGAAGTATATGCCGGATAGCCAATATCCCGTTTTATTCATTATAAGTCTTGCCATAGGCGGTCTGATCGGGGAGAAGCTGAACCTGGAGCAGGGATTTAAAAAAGCGGTGTCGAGGTTCACCAAGGGTAATTTGGCTGAAGGATTAACAACGGCCATTCTGTTGTTCTGTATGGGAACATTGTCCATTATCGGACCGATCGAGAGCGCTTTGAATAATAATCATACCTATCTGTTCACCAATGCCATTCTGGATGGCGTGACGTCCATCGTACTAGCTTCAACCTTCGGCATTGGCATTGTTCTACTCAGCCGTGGCCACATTTTGTTGGCAAGGGTTATTGTACGTGATGGCCGGCGCAGCCTCTGGCTTTATTACAACGGAGCTGTTAACCGAAATATCCATCATTGGCGCCATATTAATTTTTGCTTCAGGCTTAAACATTTTGGGTATACGGAATTTCAAAACCATGAATCTCACGCCATCGCTGTTGATCCCGGTCGTATTCATTACGCTTAA	MIGTIVNVTTIVVGSTIGNVFKKGMSETYQDILMQAMGLAVMALGVNSIVKYMPDSQYPVLFIISLAIGGLIGEKLNLEQGFKKAVSRFTKGNLAEGLTTAILLFCMGTLSIIGPIESALNNNHTYLFTNAILDGVTSIVLASTFGIGIVLLSRGHILLARVIVRDGRRSLWLYYNGAVNRNIHHWRHINFCFRLKHFGYTEFQNHESHAIAVDPGRIHYA				NA	NA	NA	NA	NA
JZ016_00422	1674	rnjA_1	COG0595	Ribonuclease J1	ATGAATATAGCTGAACATAAATTGCTGGTCGCAGCGCTAGGCGGCGTTAATGAAATTGGTAAGAACATGTACTTCATTCAGTATGATCAAGATATCGTGGTCATTGATTGCGGTTCCAAGTTCCCAGACGAAAACCTGCCCGGCATTGATTTAATTGTGCCTGACTTCACCTATTTGCTGGACCATGCGGATAAAGTCAGAGCTCTTATTGTCACACACGGACATGAGGACCATATCGGAGGGATACCTTATTTGCTGAAGCAGCTCCCGATCCCTGTGTATGGGACGAAGCTCACGATTGAGCTGATTAAAATCAAGCTGAAAGAGCATCGCCTTCTGCGTGATTCCGAGCTCCACACGATTGATGCAAATTCCACCATTGAAGCGGGCGCCATCCATGCCTCTTTTTTTTCGACCAGCCACAGCATTCCGGACTGCGTGGGTATCGTCTTTCAGACGCCAGAAGGCAATGTTGTCCACACGGGGGATTTTAAATTTGACATGTCTCCTGTGAAGGGACCATATCCGGATCTGCATCGGATGGCTGATATCGGCAAGCAGGGGGTAAAGGTGATATTATCCGAAAGCACAAACGCCGAGAGACCGGGATTTACGCCTTCGGAACGTCTCGTTGGCGGACATATCCTGGAAGCATTCGCTCAGGCAAAACAGCAGGTATTCATCTCTACGTTTGCGTCGAACGTGAACCGTGTTCAGCAGATCATCGATGCCGCCGCTGAAACAGGGCGAAAGCTCATTCTGCTCGGCCGCAGCATGGTGAATGTCGTCACCGTATCCAAGGAGCATGGCTACTTAAATATCCCCGATGACTTACTGATTGATGCAGGCGACAGCGAGCGTTATCCACCGGACAAAATTGCCGTGCTATGCACGGGGAGTCAAGGGGAACCAATGGCAGCTTTATCACGATTAGCCAACTCCAAGCATCCCCATATTGAGATTTTGCCTGGCGATACCGTTATCATAGCTGCAGGGGCCATACCGGGAAATGAGAGGAACCTTGCTCATGTGATCGATAATTTGTATGTGCTGGGAGCCCAGGTCATCTATGGGTCCGGTTCTGCTTCAGGGATGCACGTATCCGGGCATGGCAGCCAAGAAGAGTTGAAATTAATGCTCACCTTGATGAAACCGGATTACTTAATTCCTGTTCATGGTGAATTCCGAATGCTGTATCAGCATCGTCAGCTGGCGGAATCCGTGGGGATCCCTAATGAGAATGTGTTCATAATTCAGAATGGCGACACGATCCAAATCCAGCAGGGAATGGCCTCCTTAGGTCCAAAAATCCCTTCAGGCAACAGCCTGGTGGACGGATTGATGATCGGGAACGTGGGCAACATCGTTTTGCGAGACCGTAGACAACTGTCCTCCGACGGGATGCTTATTATCGTAACCACGCTCAGTAAAACGGAAAAGCAGATGGTGGCGAAGCCTGAGCTCATATCCAGAGGTTTCATCTTCGTGAAAGATTCGGAGGAATTCATGGGTCAAATCCACGATATCGTCATGTCTTCCATGAAGGATTTAACGGAAACCGGGTCCACCCAATGGAATCTGATCAAGCAGACCTTGAAAGATCATGTTGGGAAATTCATATACAGCGAGACAAAGAGACGGCCGATGATTCTTCCCATCATTATCGAGGTATAA	MNIAEHKLLVAALGGVNEIGKNMYFIQYDQDIVVIDCGSKFPDENLPGIDLIVPDFTYLLDHADKVRALIVTHGHEDHIGGIPYLLKQLPIPVYGTKLTIELIKIKLKEHRLLRDSELHTIDANSTIEAGAIHASFFSTSHSIPDCVGIVFQTPEGNVVHTGDFKFDMSPVKGPYPDLHRMADIGKQGVKVILSESTNAERPGFTPSERLVGGHILEAFAQAKQQVFISTFASNVNRVQQIIDAAAETGRKLILLGRSMVNVVTVSKEHGYLNIPDDLLIDAGDSERYPPDKIAVLCTGSQGEPMAALSRLANSKHPHIEILPGDTVIIAAGAIPGNERNLAHVIDNLYVLGAQVIYGSGSASGMHVSGHGSQEELKLMLTLMKPDYLIPVHGEFRMLYQHRQLAESVGIPNENVFIIQNGDTIQIQQGMASLGPKIPSGNSLVDGLMIGNVGNIVLRDRRQLSSDGMLIIVTTLSKTEKQMVAKPELISRGFIFVKDSEEFMGQIHDIVMSSMKDLTETGSTQWNLIKQTLKDHVGKFIYSETKRRPMILPIIIEV				NA	NA	NA	NA	NA
JZ016_00423	951	lacF_2		Lactose transport system permease protein LacF	TTGTCATCCACCCCAGAAGGGAAATGGACAGCGGAGCATGGAAAATGGGCTAAACGAAAGTTCAGATTTACGCGCAATGACTGGATGGGCTATCTATTCAGCGCCCCACTGATTGTTGGCGTCATCGTGTTTGCCATTTATCCTATGTTTGCCGCACTGTTTATGAGTTTTCATCAGACATCCGGGCTCAATTTATCCGGCACCTGGGTGGGCCTGAGCAACTACCAATACGCATTAGAAGATTCCTTATTTTGGCAAGCGCTTTCAAATACGTTTGTCATGGGGATATGGTCTGTACTGCTTGGAATCGCACTATCGTTTGTTTTAGCGAGCCTAATTAATAATCTGAAATGGCATCTGGGACGTAATTTTTTCAAAGCGGTATATTTTCTTCCCAATGTCGTGTCAGGCGTTGCTACAAGCTTGTTGTTCTCCTTCTTGTTTTTTCCGTCCAAGGAAGGGCTGATCAACTTTGTGATTGGTTTGTTCGGCCTTGATCCCGTCGGTTGGTTCACGAACCCGGAAGTGGCGCGTTACAGTATCGTGCTCATGAGTTTATGGGGCGCGCTTGGGTACAACACCATTATTTTTCTGGCTGGTTTGCAGAGCGTTCCGCGTGATCTTTATGAAGCTGCAGAAGTGGATGGGGCCGGCACCTACCGGAAATGGTGGTACATTACGATTCCATACTTGCGTCCAATCTTCGTGTTCATGCTCATCATGGGAACCATCGGCGGAATGAAACGGTTTACGGATGTATGGCTAATCGGCGGAACCGCTGGTAATCCAGGGGGAAGCTTGATGACCGTGGTGCTGTATATTTACCGAAATGCGTTTCTCTCTTCGCAGATGGGGCTGGCTACGGCCGTATCCTATCTGTTATTCGTCATCATACTCATCCTAACCGTGTTCCTCATGCTGCTCAACCGCCGCAAAGACAGTTTGGACTAA	MSSTPEGKWTAEHGKWAKRKFRFTRNDWMGYLFSAPLIVGVIVFAIYPMFAALFMSFHQTSGLNLSGTWVGLSNYQYALEDSLFWQALSNTFVMGIWSVLLGIALSFVLASLINNLKWHLGRNFFKAVYFLPNVVSGVATSLLFSFLFFPSKEGLINFVIGLFGLDPVGWFTNPEVARYSIVLMSLWGALGYNTIIFLAGLQSVPRDLYEAAEVDGAGTYRKWWYITIPYLRPIFVFMLIMGTIGGMKRFTDVWLIGGTAGNPGGSLMTVVLYIYRNAFLSSQMGLATAVSYLLFVIILILTVFLMLLNRRKDSLD	PGPT0016535_2530	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_00424	870	araQ_5	COG0395	L-arabinose transport system permease protein AraQ	ATGAGCAGTTCAGCCTTGCCCAAGGAGCCTGTGCGCCGTAAACGAATTACACTTCAACAGCTGATCCTAACACTGGTTCTGTTGGTAGGTTCATTCATCATGATTGTGCCATTCTTATGGATGCTGGTAACGAGCTTCGATTGGGCTGCACGATTAAATATTTCATTCCCACCGAAAATATGGCCGGAAGAGCCTTCGATTCGAACATATGAAGCCGCCTTCACCAACATTAATATGTTCCGATATATCGGGAACTCCACGCTTGTAAGTGCAGGGGTCATCATTATCAGCTCGTTGTCAGCACTTCTATCCGGTTATGCCTTATCCAAGCTTCGCTTCAAAGGAGCAAACTTCGTCCTGCTGCTAGCGCTCAGCACGATGATGATTCCGTTCGAAATGACGATGATTCCGCAGTATTTGCTGTTCAGCAAACTCGGACTGGTCGACAACTACCTGGCTTTTTATTTGCCGGCCATGAACTATGCGTTCGGTACCTTTTTAGCTAAAGCCTTCTTCGATCAATTGCCCAGCAGTCTAAGGGAAGCGGCCGTTCTGGATGGCGCCAAGGAAATCACCGTATTCAGCCGGGTCTATCTGCCGCTGTGCACGCCCATTATCGCCACCATGGTCATTCTGCTGTTCTTAGGCGTATGGAATGATATGCTGTGGCCGCTGCTGATCTTGAAATCGGCTGCCAAGTACACAATCCAGATTGGATTGGCCATGTTTACGTATAACAACGGTATTAACCAACAGCCATCTATAATTATGGCGGCCACGACTACGAGCCTCATTCCGGTTATCGTCGTTTATATGTTCCTGCAGCGTTATATTATCGAGAGCATTGCGCTATCCGGTATCAAGCAATAA	MSSSALPKEPVRRKRITLQQLILTLVLLVGSFIMIVPFLWMLVTSFDWAARLNISFPPKIWPEEPSIRTYEAAFTNINMFRYIGNSTLVSAGVIIISSLSALLSGYALSKLRFKGANFVLLLALSTMMIPFEMTMIPQYLLFSKLGLVDNYLAFYLPAMNYAFGTFLAKAFFDQLPSSLREAAVLDGAKEITVFSRVYLPLCTPIIATMVILLFLGVWNDMLWPLLILKSAAKYTIQIGLAMFTYNNGINQQPSIIMAATTTSLIPVIVVYMFLQRYIIESIALSGIKQ	PGPT0016540_3744	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_00425	1380			hypothetical protein	ATGAAAAAAGCTGTGCTGCTTATCCTGTCATTCGTGCTGGTGTTTACATTGGCCGCTTGTTCAGGCAGTTCGGGAAAAGATGTAACAGGCGGCGTTACTATTGAAAAAGTATCGGATATGGAAGGAACGGTTCGCGTTGCGCTGGCAGGCTGGCAGCTGGATAACGGAATCGATGCGCTGACAGGCAACCCGACCATCGGACTCAATGAATATTTGGATAAAACGTTCAAAAAAATGTATCCGAACATCAAGCTGGAGGTTTATCAAATTCCTTGGGAGAACGTAAAAGCCAAACAAACGGCCATGCTGCTCTCCGGTGATGCGGATGTCTTGTATACCGGCGGAGCCTTTGCATCGCAATGGTACCAGGAAGGACTGCTGCGTGACCTGGACGACTTGATCGAAAAGGATACCTCGTTTGACCCGAGCATCTATCTGGAAGGCATTATGAACAACTCTTACAGCACCAAGTCGCCGGATGGAAGCAAGCAGTTTGGGATTCCTGCCGTTCTTGGCCGCCGGATGACCATTTATGATAAGAAGCTGTTTGAAGACTGGGGTGTCGAAACACTCTCGGCACAGCCAGGACCGGATGAAATTCTGGAGAAAGCCAAGCAAATGACCGGCAAAAACCCAAAAACCGGTGAAGACAATTTCGGTCTGTACTGGAGCGGCAATTCATTAAATGGTTCCACCTTTGTTGCATTAACCCTTGCTTATGGCGCCAAAGGAGCGGAAGGATCGCTGAAAGATATCAAGAACATTAAATGGCACTTGAATTCACCGGAGATGGTCAAAGTGCTGGAATGGCTGAAAGAAGCCGCACAACTGCCGCCGGCAGGATTCGTGAATGCTCAGGGAGCTGAGAATTTCGGACTGGAGAAGAACAATATCGCCATTGCCCTTGATTCCACCGGCGGCTCTACGATGAGTGAATACCGGTCGAAGCAGAATAAAGAGCTGCTGGACCGATTTGAGCCTGTGCTGAACATGGGGCCTAAAGGCGAAGGCTGGGTTGCGGTTGACCCGTTCATCATGGCGAAGAATGCGAAAGATGTGGATGCATCATGGGAAGTGTTAAAGTTTTTGACCAGCTACATGACGCAAAAATATATGTATGAAAACTTCTCCAGTACTCCGACACTTAAAAACGCTGATTTCGTAACGCCGGAAGACAAGTTTGTGAAGAAAGCACTCGAAATCGCAGATGTCGGCCACTCGGAGCTTATGGATGAAGCCAATCCGTTCTACATGAGCGATATCGCTCCTGCCATTAACGGATTTATTAGCCAGGCTGCATCCGGAAACGCACCGGATATTCAGAAGTTTCTGGATGATCTGCAGGCTCGCGCTGAGAAATGGTCGGCAAATCTGAAGTAA	MKKAVLLILSFVLVFTLAACSGSSGKDVTGGVTIEKVSDMEGTVRVALAGWQLDNGIDALTGNPTIGLNEYLDKTFKKMYPNIKLEVYQIPWENVKAKQTAMLLSGDADVLYTGGAFASQWYQEGLLRDLDDLIEKDTSFDPSIYLEGIMNNSYSTKSPDGSKQFGIPAVLGRRMTIYDKKLFEDWGVETLSAQPGPDEILEKAKQMTGKNPKTGEDNFGLYWSGNSLNGSTFVALTLAYGAKGAEGSLKDIKNIKWHLNSPEMVKVLEWLKEAAQLPPAGFVNAQGAENFGLEKNNIAIALDSTGGSTMSEYRSKQNKELLDRFEPVLNMGPKGEGWVAVDPFIMAKNAKDVDASWEVLKFLTSYMTQKYMYENFSSTPTLKNADFVTPEDKFVKKALEIADVGHSELMDEANPFYMSDIAPAINGFISQAASGNAPDIQKFLDDLQARAEKWSANLK	PGPT0016545_1785	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_00426	198			hypothetical protein	ATGAGCAAAGATTATGAAACTCCTGAAAGAACAAGAGAAAGACTAAGACAAGAAGAATTGGAAAATAATCCATTTGGTCATATGAATCCCGGAAATAGTAGGGCTCGGTATAGTATAGTCGATTTAGGTTGGAAAGGCACTTTAGTATTAACTATTGTTATTATTGTCGGTCTTATAGTTGTTCAATATTTTTATTAA	MSKDYETPERTRERLRQEELENNPFGHMNPGNSRARYSIVDLGWKGTLVLTIVIIVGLIVVQYFY				NA	NA	NA	NA	NA
JZ016_00427	366			hypothetical protein	TTGATGATATATCGAAGGAAGTCATACAAAATAGATTCAAAAAGAATAGATGAATTTAATCATTTATTTAATGAATTTCTTTTACCTACACAACTCAAATATGGGGCAAGTTTAGTTGGTCGGTGGATGACGGAAGAAATCGAAGGTGCTATTGAAGTCTTTGCGATTTGGGAATATAAGAGCCTTGAGGAATATCAAAATATAGAAAACCAGGTTAAAGGTGATGAAGAGCATGTTAAACGCGTACGGAATCAACACGAGGAACTAAGAATACGTGGAGAAAATCTCTTAAAAGAAGCACCTAAAGAAGACTTTTTATTGAGTACAGTACCTAGGAATAAAACGATACTATCCAATTTTTCATAA	MMIYRRKSYKIDSKRIDEFNHLFNEFLLPTQLKYGASLVGRWMTEEIEGAIEVFAIWEYKSLEEYQNIENQVKGDEEHVKRVRNQHEELRIRGENLLKEAPKEDFLLSTVPRNKTILSNFS				NA	NA	NA	NA	NA
JZ016_00428	1014	mccF		Microcin C7 self-immunity protein MccF	ATGATCCGCTATCCATTGTTACAGAAAGGGACGACGATAGGCGTCACCGCCCCATCATCCGGCGTAAAAGGACCTTTACACGAGTTGGTAAACCAGTCAATTGGCCGTTTGAAAGAGAAGGGCTATCCGGTGATTTGCGGGGAAACAGTATGGACTCAAGAGAAAGCAAAGTCGGCATCTGCCACTATAAGGACTGCAGAACTTAACGCTTTACTGCAGAACGAAAAGATTGGAATGATCTTCCCGCCATGGGGCGGAGAACTGTTGATCGAAATAGTGGATCGAATCGAATACGATCTTATTCAGCCCAAGTGGATTCTCGGCTACTCAGATACGAGTGTTCTATTACTGGCTGTTACGCTCACTACAGGAATAGCCACAGCTCACGGTACGAATCTGATCGATTTGAGAGGGGAATATGCGGACGAGACAACTGCAATGTGGGAAACCGTGCTGGCGACGCGGGTCGGTGAATCCGTTCAGCAATTTTCGTCAAAGCTGTTTCAAAAGACATGGGATCACGAAAATCCTTCGCCATGTGTTTTTCATCTAACCGAGTCTACCGCATGGCAAACATCAGGCAATAATGCCCGTGTACGCGGGCGTCTACTTGGGGGATGTATTGATGTCATCCGGCATTTGATTGGGACGCCGTATGGCAATGTACGGACATTCCAGAGTCAATTCATTCATGGCGAGCCGATTCTTTGGTATCTTGAAAATTGTGAATTGAACGTAACCGACCTTCGGCGTTCACTTGTACAAATGAGACTGGCCGGTTGGTTTGACCATTGTAGCGCCATCCTATTCGGCAGAAGCGATGCGAACAAGCCCATCGACGATTATGAAGTATCGGATGTGTACCGAGAGCTTGCGGAGGAGCTAGGCGTTCCAATAGTCTACGATATCGACTGCGGTCATGTGCCCCCACAGATGACGTTCGTCAATGGTGCACTAGCGGAAGTCGAAGTAACGAATGGCATAGCCTCCGTAATACAGTTTTTCGAGTCGTAA	MIRYPLLQKGTTIGVTAPSSGVKGPLHELVNQSIGRLKEKGYPVICGETVWTQEKAKSASATIRTAELNALLQNEKIGMIFPPWGGELLIEIVDRIEYDLIQPKWILGYSDTSVLLLAVTLTTGIATAHGTNLIDLRGEYADETTAMWETVLATRVGESVQQFSSKLFQKTWDHENPSPCVFHLTESTAWQTSGNNARVRGRLLGGCIDVIRHLIGTPYGNVRTFQSQFIHGEPILWYLENCELNVTDLRRSLVQMRLAGWFDHCSAILFGRSDANKPIDDYEVSDVYRELAEELGVPIVYDIDCGHVPPQMTFVNGALAEVEVTNGIASVIQFFES	PGPT0023815_552	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MURAMOYLTETRAPEPTIDE_CARBOXYPEPTIDASE_ACTIVITY,PGPT0023815-ldcA-K01297	NA	NA
JZ016_00429	369	dedA	COG0586	Protein DedA	ATGACGATGGTTGGCTATCTTTCGTCTATGGGGCTGCTTGATTTCCCGGTATCTCTTGTGATCAGCGTCCTCGGTGCTATGAGTGGTATGCTCTGCAGTTACGCCCTTGGGCGGAAGTTCGGCAAGCCGTTGCTGTGGAAGTATGGAAAATGGGTCAGGTTCACGACCAGGAGGATAGAGAAAACAGAGAGCTGGTTCGAGCGTTACGGCCCCTGGGCGATATGCATCGGTTACTATATCCCAGGGCTCCGCCATCTGACCTGTTATCTGGCAGGGATGAGCGCCATGAACCCACTGAAATATATACTCTACTTGGGCTTGGGAGCCATGTGCTGGTGTGCGATTTTTATTTCAATTGGGTATTTCTAG	MTMVGYLSSMGLLDFPVSLVISVLGAMSGMLCSYALGRKFGKPLLWKYGKWVRFTTRRIEKTESWFERYGPWAICIGYYIPGLRHLTCYLAGMSAMNPLKYILYLGLGAMCWCAIFISIGYF	PGPT0004890_2941	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_TRANSPORT,PGPT0004890-dedA-K03975	NA	NA
JZ016_00430	204			hypothetical protein	ATGAAGAAATGGATTCGCACGAATCTCGCAGTTCTGCTATTAACTGTTCTGCTATTAACTGTTCTGCTATTGTCTGTTACGGTCATTACCGCTTATATCGGACTAGGGAAAACACCTAGTACCCGTAGGCACCCTCGCCAGTTGCATCTGAGGAGGCCAGCCTGGAGGGGTAGCGGTATCCTATCATCTCTGCTATTTAACTAA	MKKWIRTNLAVLLLTVLLLTVLLLSVTVITAYIGLGKTPSTRRHPRQLHLRRPAWRGSGILSSLLFN				NA	NA	NA	NA	NA
JZ016_00431	1632			hypothetical protein	ATGAGATGCTGGAAGCTTGCTCAGACAAAAGAGTACATTCGGTCTGGAAATAAAACGGACGAAGAGCTGGAATTCCATCTTCGCATGTGCCCGGAATGCCGGAGTACGGTAGCCGCGGCAGAGGAGGAAGAAAAAGTATGGACGCAGCTGCTGTATGCCGAGAGACTTCCAGAAGGCTTTACCGAGCAGGTGATGGCTTCCCTTGAACAGATGGAAATCGAGCCTGCAGGGGAAGAATCCATGGCTGTTTCTAAGAAGAGTCATCCGAAATCGCGGCCTTTCTTGAAAAAAAGCGCCTTGTGGGTTGCTTCGCTTCTCGTTGTAGCCATGGCATTGACTTTGTATGCACAGCCGTCCATTGCCGACTGGGTCCGATCGATTTTTGCGAGGGAAACCTCGGATAGCGGAATGATGGATGCCCAAAGCCTTGGACTCGTGCAGAACCCCCATGTCAAAGTGAAGGATAAAGGCTACACGATTGAGATTAACGAAGTGGTCGCCGATGCGACCCGGCTTGTGATGGGGGTGAAGGTGACGGATCCGCGGGGGAAACCTGCCGTGAATCAGGTTGACTGGAGTAAAATTCTTGTCCTAGATGCTAACGATAATGAGGTGGCGCGGCTCAGGGAACAAGGAGGATCGAAGTTCATCGATAAATTGACGTTTGTTTTTACTCGTGAAGTTCAGAATGATCAAGTGAGCGTAGTAGGAGAGGTAAGCGAAATAGGAAATGTATTTTCCAAGAAAGTCGTGAAAGGAAACTGGGATTTCAACTTCAAGCTCGACATGAAAAAGGCGAACGCGCTGAATATTACGACGCCCCTACATGAGAAGTACATGACGCCTGACGGTATGCAGATTGAGATGGAAAAGCTGGTACGCACGCCAAGCGGCGTAAGATTGGAGCTGAGCACTTCCTTGACACCTGAAGCCGCCAAGCGCTCGCCGGGAGTACTGGAGAGCATGCAGCAGCTGATGTTTCATTTTGAAAATGAAAAGGGAGAAGACATATCGAGCGTAAACAATTACAGGGGCGGACACCCAGAGACGATCATTTCGCAGAACAGTGAGCTGCAGGGCGGTAAGCGGCACTGGACCTATACCTTCAGGTATCTTCCGTATGACCGCGAAAAGCTGAGCTTCGTATTTGACGGATACTCCATTCCCATTCAAAGCAGCGGTTCGCTTGAACTGATTCCAAGCGAGCTTAAAGAACATCCGGTTATATTCAAGGATCAGGGAGACGTCGTTACATTAAGCGGCTTTACGGTTGAGCATGACCCGAATGCGAGGATGAATGATCCGAAAATTGCGGGTCTAATTAACATGAAAGGGCAATATCGCAATGAATTCAGCAAAGATGTTTGGGTCGTCAGAGATCAGGATGGAAGGGAATATCCGGCGGAATTCAGAGGGGGAGTCAGTATGGGCAAGATCAAAGAGGCTTCCGGAGATCCCGGCTTTGTTGTGCAGGGCATGACCGAACTGCCGGAGAAGGCCACCTTGATCCGCAAAGTCACCGACAAGTGGTATCCGAATGTGAACTGGTCCTTTGAACTGCCGATCGGCAAGCCAATTCCGGGTCTTGAAAACGTGGATCCGGAGAGCTACTGGAGCTTGGAGATGCCTTAA	MRCWKLAQTKEYIRSGNKTDEELEFHLRMCPECRSTVAAAEEEEKVWTQLLYAERLPEGFTEQVMASLEQMEIEPAGEESMAVSKKSHPKSRPFLKKSALWVASLLVVAMALTLYAQPSIADWVRSIFARETSDSGMMDAQSLGLVQNPHVKVKDKGYTIEINEVVADATRLVMGVKVTDPRGKPAVNQVDWSKILVLDANDNEVARLREQGGSKFIDKLTFVFTREVQNDQVSVVGEVSEIGNVFSKKVVKGNWDFNFKLDMKKANALNITTPLHEKYMTPDGMQIEMEKLVRTPSGVRLELSTSLTPEAAKRSPGVLESMQQLMFHFENEKGEDISSVNNYRGGHPETIISQNSELQGGKRHWTYTFRYLPYDREKLSFVFDGYSIPIQSSGSLELIPSELKEHPVIFKDQGDVVTLSGFTVEHDPNARMNDPKIAGLINMKGQYRNEFSKDVWVVRDQDGREYPAEFRGGVSMGKIKEASGDPGFVVQGMTELPEKATLIRKVTDKWYPNVNWSFELPIGKPIPGLENVDPESYWSLEMP				NA	NA	NA	NA	NA
JZ016_00432	609	algU_2	COG1595	RNA polymerase sigma-H factor	ATGGCAGACCCGTCACAGGACGTTACGCTGGTCAGTCAAGTACTGGCTGGCGACAAGAGGAGCTTTACACAGCTGGTGGATACGCACAAAAATAAAATATACGGCCTATTACGAGGCCTGGGTGCTAACCCGCAGGATGCCCAGGACTACACGCAGGAGGCTTTTCTGAGAGCTTACCGCAAGCTGGCGGGCTTCAGGGAGGAATCGAACTTCGCCTCATGGCTGTACGCCATCGCCGTGAATGTGATGAAGGATGCGGGGCGGAGAAAAAAGCCTGAGCCGGTAGAAGCTGATGTGCTGATCCGGGTGCAGCATCATCACACCGAAACGCCGGAATCGGCTTATCTCCGCAAGGAAACCGGCGGGGAAGTACAGCAATTACTGCAGCAGCTGCCGGATAAATATCGGATCGTGCTGCTGCTGCGATATACGAATGAACTAAGCTATGACGAAATTGCCGCTATTGCCGGCATTGAGGTGAATCAAGTGCGCAATCGGCTGCACCGGGCCAAGAAGTCTCTGCGAAAAAAGTTCAAGGAGAAGGAGGGGATGATACATGAGATGCTGGAAGCTTGCTCAGACAAAAGAGTACATTCGGTCTGGAAATAA	MADPSQDVTLVSQVLAGDKRSFTQLVDTHKNKIYGLLRGLGANPQDAQDYTQEAFLRAYRKLAGFREESNFASWLYAIAVNVMKDAGRRKKPEPVEADVLIRVQHHHTETPESAYLRKETGGEVQQLLQQLPDKYRIVLLLRYTNELSYDEIAAIAGIEVNQVRNRLHRAKKSLRKKFKEKEGMIHEMLEACSDKRVHSVWK	PGPT0014960_9626	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_00433	1017			hypothetical protein	ATGGCTATTAGTGTGAGTCGTAAAGAAGTAATAACAAGAACAGGAGAGCTTATAGGCTATAAGTCTGGCTTAGGCTTGAACAAGGAAGAGTTTGATGATATTATTCCGACAGAATATCATCAAATTTGGTTTGGACCAGCAGAAGGTTATCTGCGATTGTATCCCGAAGAATTTGAAGGACTGATTGAGGAACTATTACAGCGCCTTGGTAATATCGAGTCGACAAGTCCTGGATTGTTTACATTGCATTTACGTCATAAGTATAGGCACAACGCAAAAAAAACAAAACTACTGGATGACGTATTTCCGTTTTTTCTTAAAATGATGGAGAATTTCAATACTGCAGCTCAACAAGGTGAAGATCCAAATAAGGCAATGGTACCACCTTTAATTGAAGCGACATTGAAGTATGGTAAAGAAGGTTCTGATCTCATAATGGAGCTCGTAGATGGATTAAATGGTCTCCTTCATAAAAGTCCTTGGACTAGCATTCGGGAAACCGAATGGAAGGATGTAGCTAAACTGAATGATTTGTTTGTTAGCGAAAATTTAAAAACACAACACGGGACTTTTATGGATCAGCGGTATATTGATTATCTAAGAGCAAATTTCGATGATAAGATAGGAAGTATTCACTGGCGAAAATTTGAAGGTCTAACAGCTGAATTTTTTGAAAGACAAGGATACTTTGTTGAAATTGGTCCTGGACGGGCAGATGGTGGTATTGATGTTAGAGTTTGGACAGAAGACCCTAAGCTTGCTGGCCCACCAACAATTCTTATTCAGTGTAAAAGACAAAAGAGTGTGATCGAACAAACTATTGTAAAAGCCCTATATGCTGATGTGCTACATGAACAAGCCCAAAAAGGCTTGATCGTTACATCGAGTAGCTTTTCGCCTGGATCGAAAACATTATGTTTGACACGAGAATATCCAGTCGCAGAAGCCAATCGTGAGACTCTTCGAAGTTGGGTTAAGGCGATGCGTAAACCAGGTACTGGGATCTGGGCCTTGTAA	MAISVSRKEVITRTGELIGYKSGLGLNKEEFDDIIPTEYHQIWFGPAEGYLRLYPEEFEGLIEELLQRLGNIESTSPGLFTLHLRHKYRHNAKKTKLLDDVFPFFLKMMENFNTAAQQGEDPNKAMVPPLIEATLKYGKEGSDLIMELVDGLNGLLHKSPWTSIRETEWKDVAKLNDLFVSENLKTQHGTFMDQRYIDYLRANFDDKIGSIHWRKFEGLTAEFFERQGYFVEIGPGRADGGIDVRVWTEDPKLAGPPTILIQCKRQKSVIEQTIVKALYADVLHEQAQKGLIVTSSSFSPGSKTLCLTREYPVAEANRETLRSWVKAMRKPGTGIWAL	PGPT0027250_383	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027250-mrr-K07448	NA	NA
JZ016_00434	1098			hypothetical protein	ATGAATAATAACCTTCTTATAGATGAATTAAATAATATTCAAGTTGAATATAGAACTATTTTAATTAATGCTCTAAAAAATATTAGTGATAATGATGCTGACGCTGTTGTAGATGAAATAGGGGTCTTCTGGGAACGTAATAAAAAAATTGTACAGTGTATATTACGTTATTTATATCAACCTTATAGCGCTTATGTATTTACAGCAGCAACAATTTTGGATCTTGGTGATTACCAGCATTTCCCATTCGTATCGTTGGGGAAGTATCATTTCTGGGATGATCCTATATACAAGTATATAACGATGCTTAGAAAAACTGATGTTAATAGAGATTTTAATTATAAGATGAAGGAACAAATAGAATCTACAATTATGGATAATATAAAGATCATTGATCAAGCTGAGGGAATAATATATATTTTACCAATTAGATTATTAACCGAAGATAATTCGATGATTTATAAAGCTGCTGATCAAGCATTTTTCAGCATGTTTAAAGACTCAATTGATATTGAGTTGTACAAGAATAAATTTGAAACTATAAGTGATATAAAGAATGGATTATTACCGGGGGTTGATAAGAGCATATTTTTTTTAGAAGATGAAGATAGTGGACTGGATCTCGAAACCAGATTTACAGATTATAAGGAGTCAACAGTCTTACCATTACCATCCGATGCTACGGATGCTGAAGTTTTTTGGTTCGTAGTATATAGTTATTTAGCTCAAGCATTCGATACTATTCTATTAAGTGCAGAACATAGACTAGTACCATATGTTAGGTATAAAGTAACCTTTAAATATATATTACAAATCTCAGGAAACTTCGTTGATCATGAAGAAATATCGAATATGCTTTTTAAATGTGTAATTTCCCATATAGTACACTATAAGTTTGACAAGCAAAAAGTATATAAAATTGATATTAGAGATTATTATGAAGCTATTAGAATTTATAATTTTGAAAATCTAGTATTTTCAGAATTAGAACAGAAAGGTAATGGTAATCCTTTTTCTAATCTATCAGTTAGCGAAGTAAATACTATAATTAATCGTAATTTTGATAGTTTTTTTAGATGGTTTCATGATATTAATTAA	MNNNLLIDELNNIQVEYRTILINALKNISDNDADAVVDEIGVFWERNKKIVQCILRYLYQPYSAYVFTAATILDLGDYQHFPFVSLGKYHFWDDPIYKYITMLRKTDVNRDFNYKMKEQIESTIMDNIKIIDQAEGIIYILPIRLLTEDNSMIYKAADQAFFSMFKDSIDIELYKNKFETISDIKNGLLPGVDKSIFFLEDEDSGLDLETRFTDYKESTVLPLPSDATDAEVFWFVVYSYLAQAFDTILLSAEHRLVPYVRYKVTFKYILQISGNFVDHEEISNMLFKCVISHIVHYKFDKQKVYKIDIRDYYEAIRIYNFENLVFSELEQKGNGNPFSNLSVSEVNTIINRNFDSFFRWFHDIN				NA	NA	NA	NA	NA
JZ016_00435	1452			hypothetical protein	ATGGATCATAGCAAACTTTCTGATCATATTTTCAAAAAAGGAAAATTTATCACGCCTTGGAATGAGTTAATGAATGAAATCGGCAAAGAAAATTCATGGTATCATGGAAGATTGCCAGAATATTTATGGATAGCTCTTATTATTAATTTTTATGGAAGAGAAAAAGGACTAGTAAAATGCAATATCATTCTTAATAAAATTAAGGAACAATTTCCAGCATTAGTTACTCCAAAGTTTTCAAAGATTCTTAATTTCGAGGCGGAAAAGCAAGACGGATTTTTTAAATACTTATTAACTGTTATTGATACTCAAGTATTAGCACCTCTAACTACTATTTTTACCTACTCTAACTTTCCAATTTTTTCGTCAAAGTTCCAATCAAATATGTCAGTTGATCAAAGGATAGAAACTATAAATTCTGTAATGGAGCAAACCAGCGATCATCAATCATATCTCTCTACTGACATTAGATTTATTATAGTGTATTTCGTTGTACTGTCAGGGAAGTTACATATGCAACGTGAATCAATGGCAATGCTTCTTGAGTATCCTACATTACCACATGAAGATGAGAGAATGAGAATGATACGTCCAACGGTAAGGTCAATAGAAATGATGCAGAACGAAATTGATCCTTTTGATGGAGAATATTTAGATTTCTTTTGGGAGGCAGTTAGTAGAATGAATGATTGTAAGTTGTTTTACATAGATATGTCCAGTGATCTACCTGATACAAAAGAATACATGAGCAGAGTTAAAGTAATACTTGAATATTATACAGATTTGTTTACATCAGCAAACCCACTTGATAATAAAATGCTGGTTCTCTTAGGAATAACCACGTATTCGTACAAACGATTAATAGAGTTGGTTGAACATGAACTCTTCTATACAATTTCAGGTAGGGGTATTGTTCGTACAGTAATAGAGGATTACATCATGATGAAATATTTACTTAAAAACGAATCGTTACATACTGATATATGGACAGAGTATCAGTATTACGGAATTGGTCAGTATAAACTCATTGTTGAACGTTTTAGACAATCGGAAAAGGAGTTGCCAAATAGCCATGTTTCTTATGAATATTTAGACATTTTAGTTAATGAATATAAAAACAAAGAATTTATTGACATGGATACTACCTACTTTGATAAACAAAATATCAGAGGAAAGGCAATCGCTGTAGATGAAAAGGAGCTTTTTGACTTTTATTATGATTATGATTCTGCGTTTGAACATGGACTATGGGGAGCGATTCGTGAAAGTTCATTAATTAAGTGTAATACACCTTCACACCAGTATCATTGTGTTCCGGATATAGAAAATAACCAGAAACTGAGAAACGTATGGCACGATTGTGTAAGAGTTATGAATAAAACACTTAATGTTTTAGAGGGGTTATATGGAGTTCCATTGCACTTGTCGGCAGGAGTAAAAGAATATGAATAA	MDHSKLSDHIFKKGKFITPWNELMNEIGKENSWYHGRLPEYLWIALIINFYGREKGLVKCNIILNKIKEQFPALVTPKFSKILNFEAEKQDGFFKYLLTVIDTQVLAPLTTIFTYSNFPIFSSKFQSNMSVDQRIETINSVMEQTSDHQSYLSTDIRFIIVYFVVLSGKLHMQRESMAMLLEYPTLPHEDERMRMIRPTVRSIEMMQNEIDPFDGEYLDFFWEAVSRMNDCKLFYIDMSSDLPDTKEYMSRVKVILEYYTDLFTSANPLDNKMLVLLGITTYSYKRLIELVEHELFYTISGRGIVRTVIEDYIMMKYLLKNESLHTDIWTEYQYYGIGQYKLIVERFRQSEKELPNSHVSYEYLDILVNEYKNKEFIDMDTTYFDKQNIRGKAIAVDEKELFDFYYDYDSAFEHGLWGAIRESSLIKCNTPSHQYHCVPDIENNQKLRNVWHDCVRVMNKTLNVLEGLYGVPLHLSAGVKEYE				NA	NA	NA	NA	NA
JZ016_00436	189			hypothetical protein	TTGGGGAAAATAACTTCTGAAGTCAGAGCGATAATTGAGAAGTACCGTTATGATCGAAAACTGCGTAAATATTCGGATCAGCACTTCTTCAACGATCATAGAATCTTTGGTGGAACGTTGAGCGGGTTAAAGCAGGTGTCTACAACAGATTCGGTCAATACAAAAAGGTTTACCCGAAGCTTTAATTAA	MGKITSEVRAIIEKYRYDRKLRKYSDQHFFNDHRIFGGTLSGLKQVSTTDSVNTKRFTRSFN				NA	NA	NA	NA	NA
JZ016_00437	1119			hypothetical protein	ATGAACCCATATATTCTCGCTAACGGCTTGCTTGAGAAGTTCAAGCAAGCCGTTAGCGATCATGACGATTTCCTGATTAACACATACAGCAACTACAACGGCAAGAACCTATGGAGCCTGATTTGCTCAGCGAAGGATTGGCTCTCCGTCAGCGTGAACGGTTTGCCGTATATCGATTTGACCCACTCTCATGACGATGTTCGCTCATTGAATGTTCTGCAGCTGATCACGACATACGATATTGTTCTTCAATCCATCGAGCAGCTCCATCGTGTTTTCGAGATGGAATACCCGCTAAAGAAAGACGATTCGGTATTTAATGCGGCTGTTACAGACGATGCGTATTTCGCGCAGATCCGGGCATGCTTCGGAGCGCATCCAGTCGATTTAAGGAGTGCTGATGGAACGAAGAGTACGGACAAGTTCTTCGCTTCCTGGTCTAGTGATATCTGTAATATCGGGGGTAACGGAGATTATTCGGTTTATCTCTACAGCAACAATCCCGATTTGGTTCAACCTATTCGGTTCTCAATGAGTTTCGCCAAAATTCATGAGTATACGATTAAACGATACTCCCTCTTATCGAACGTGATCAGCGTAATTGGAAAAAAGCATGGTATCTTTATCGAGGAGCAGCGGCGGCAGGAGATCGGGTGCAGCTCCAATGTTGTCGAGCATCTCGAAAATCTGTTGCAGGAGAATAGCAGTCGGATCGGAGACGGTGAGGGGTATCATTATGAGATCCATACGCTAATCGGACTTTTCACGGCTCCGCAGGACTTCCCCGAGCACGAACGGCAGGAAGTAGCTAAGTACCTAAAATCCTTGCACCTGTTAATCGATGAGATACACGAAGCGTTTCAGACCATGTCGGTTGGTGAAGAGGATTTAGCTCATATGCATCTTCTGCATTCGAGACCTCGCAGGTTCAAAGAGGTATCCTACGATCTGCACAAGGTATTCGAGTACCTGCACAATTCATCGTATCCGTTATCGATGGTCGACTATCACCTTAAGCGGCTCTCCAGTGAGGGGGTATTGCCGCCCTTTGTGAGTTTGGGAACGGACAAGCTCGACCTGCAACTCCTGCTCTTGGCGAGTCTTGCTAAGAAGAGCTAA	MNPYILANGLLEKFKQAVSDHDDFLINTYSNYNGKNLWSLICSAKDWLSVSVNGLPYIDLTHSHDDVRSLNVLQLITTYDIVLQSIEQLHRVFEMEYPLKKDDSVFNAAVTDDAYFAQIRACFGAHPVDLRSADGTKSTDKFFASWSSDICNIGGNGDYSVYLYSNNPDLVQPIRFSMSFAKIHEYTIKRYSLLSNVISVIGKKHGIFIEEQRRQEIGCSSNVVEHLENLLQENSSRIGDGEGYHYEIHTLIGLFTAPQDFPEHERQEVAKYLKSLHLLIDEIHEAFQTMSVGEEDLAHMHLLHSRPRRFKEVSYDLHKVFEYLHNSSYPLSMVDYHLKRLSSEGVLPPFVSLGTDKLDLQLLLLASLAKKS				NA	NA	NA	NA	NA
JZ016_00438	489			hypothetical protein	ATGATTGGTTATGTTATTAGAGGTGAAGAGGAAGCGAAGAAGTGGTATGACAAACATATGGATGTGAAGGAAGCTGCCGAGTATTTAGGGCTCTCTAAATATTTAGTTCGCAAAATGGTAAAGGAAAACAAAATTCCTTACACTAAGAGTTACAGGGATATCTCCTTTCATAAGGCGATTCTTGATTCATGGATGCGTGGCGATTTTATTCCAGGTAGAGTTGCTCTAATTCTTGATGATGAATGTATCGAATATGACCTTAGAGATGCACTTAGTGAACATTACCGAAGGTACCCTGAGCTAGTTGAAATGAAACACGAGATACCGCTAACTTTACCCAACGATAATTATCACATTGAAGTTCGTGATGACTGGGTATCTATTTCAATTAAATCAGCATCAGGTTCGGTATCTTCGCAAATGTTTCTCAACAATCAAGTTATTGATCACCTTTTGCATATTGTAAAGGCAAAGAGGTCACCAGAATAA	MIGYVIRGEEEAKKWYDKHMDVKEAAEYLGLSKYLVRKMVKENKIPYTKSYRDISFHKAILDSWMRGDFIPGRVALILDDECIEYDLRDALSEHYRRYPELVEMKHEIPLTLPNDNYHIEVRDDWVSISIKSASGSVSSQMFLNNQVIDHLLHIVKAKRSPE				NA	NA	NA	NA	NA
JZ016_00439	501			hypothetical protein	ATGTCCGTTAGAAAAGTAACACTAACCGTAAAAGAAGTCTCCGAGATGTTGGGTATATCAAGTGCAAAAATATACGAAATGGTCAGAACAAAGCAAATTCCCAGCATCAAAGTAGGTAGTAGAGTTGTTTTCCATGAGGACGTACTACGTGAGTGGATGGGAGCAGCGACTGTCTCGCCAAGAGGACCACTGTTAACTCCCCTACCTTCTGACCGAGGTGATTCAGATGATCAGCTATCTGGAATGCGATATGAAATGCATTTATCGAGTGAAACAATTTGCTTTATCCAAACAGTCTTAGAAATTCAAGAAGCTGATATAAAAAAGCATTTAGACGAAGTATTCGAGGAAAGTGCAACAAAAAGCGTTTATTATAAAGATAGACCTGAGGATTTAGAAAAGCGTAGGTTGTATGCCCAGCGTAGATACCACGCTTTAATTCTTGCTCTTGATGAAATTGATCGTGAATTTGCTAGAGCTCAACGGCGAGAACTCAAATGA	MSVRKVTLTVKEVSEMLGISSAKIYEMVRTKQIPSIKVGSRVVFHEDVLREWMGAATVSPRGPLLTPLPSDRGDSDDQLSGMRYEMHLSSETICFIQTVLEIQEADIKKHLDEVFEESATKSVYYKDRPEDLEKRRLYAQRRYHALILALDEIDREFARAQRRELK				NA	NA	NA	NA	NA
JZ016_00440	900			hypothetical protein	ATGTATACGATAAATCTGTTTGAATCATCTATGTACTCTAATCACTTGAACAACAATACATTCCTAAAGTTTGAGTTCGACTTGAGAGTTTCTGATAACATTCAGTTTTTCGATATTGTGATGTCGGATCAAACACACAGGCTTCAAAACATTTTGGACATTCAGGTATCTGCTAAGTCTAACTCCACTTTCTTGAAGAAAGCTGTCGGTGAAATTCAACCCAATATTAAGGTATTCAATCAAAGCTCCGGTTACAGAGAATGGGAATGGATTTTCGATCCCAATGATATCTCTGCTCTCGAAGGGGTTCGATCTGGCGACTTGCACTTTAGTATTGAAGTTAAAGCACTTGTCGAAGTACGGGAGAACGGAAATAAGATCATTCCGATAACCGGCAGCCAGCAGATAAAGATATCTGAATCAGACTGGATTCGGTTCATCCGAAACTTTGGGTATTCCACGAAATACGGAATGACACTTCCCACATCATTGCTAAATGATACGAGTTGGACTCAAGCGTATGAGCATCTCGAATTAGCCAGAGAACATATGCAAAGGGGATTCACTTATGACGCCCTTCGCCAATGTCTATCAGTTATTGAATCATACACCGACATCGGAAATGGACGAGGTGGACCTTACATGGCTAAGTCATGGGAAATGTTTCTAGAAGATGTTTCAGACCAAAAGAAAAGTGGGATTATTGGATTGTTGACTGGTGTATCAACCTATCTCAATAAGATTGGACACCACCGTAACTCAGCACATAGGGAGAACGGGAATCTACCTCCAGTAGCTGTTGACCAGAATGAAGCAGAGTTATTGCTGAGTATTTCACAACTTGTGGTTACATATTTGGAAAAATTAAAACCTAACGGAGGTAATGCAAATGTCCGTTAG	MYTINLFESSMYSNHLNNNTFLKFEFDLRVSDNIQFFDIVMSDQTHRLQNILDIQVSAKSNSTFLKKAVGEIQPNIKVFNQSSGYREWEWIFDPNDISALEGVRSGDLHFSIEVKALVEVRENGNKIIPITGSQQIKISESDWIRFIRNFGYSTKYGMTLPTSLLNDTSWTQAYEHLELAREHMQRGFTYDALRQCLSVIESYTDIGNGRGGPYMAKSWEMFLEDVSDQKKSGIIGLLTGVSTYLNKIGHHRNSAHRENGNLPPVAVDQNEAELLLSISQLVVTYLEKLKPNGGNANVR				NA	NA	NA	NA	NA
JZ016_00441	222			hypothetical protein	ATGGGGCTTGGAAAACTAATCTTCCTTAGACGAAGACGGATTAATAGATTGATGAAGCTGAATAGAGATGAGTTTGATTATTACTTCGACCTCAACAATGTAATGGTCGGTATAAAAGATTTCGATCTAAAGGGCAAATCCGTCAGTTTTTACTTTCATATCGGTAACTGTCATGTATATAAAGATCCATCTCAGGGGTGCTCATTATTTCTTCAGGCTTAG	MGLGKLIFLRRRRINRLMKLNRDEFDYYFDLNNVMVGIKDFDLKGKSVSFYFHIGNCHVYKDPSQGCSLFLQA				NA	NA	NA	NA	NA
JZ016_00442	273			hypothetical protein	GTGTGCGAGCATATCCCGAGTCGATTACAAAATAATGTTGTTACACCTGATGTAACTGAGTTGCAAACAAGGTACGAGGAAATCGTCAACGTCACTACTAAGCAAGGTTCGCTCTATATTCGGAAAATGCCACTATTCTACGGCATTCGTGCTCTAGCTTCGATGCAGGGGTATAATCCTGCTAAGTCGGCGGTATTAAACAGACACAATTTAGATATGTCAATGCAAGAGAGTGATTCGATGCAGCTTAAAAAAGCAGCGGCTATGAAGTAG	MCEHIPSRLQNNVVTPDVTELQTRYEEIVNVTTKQGSLYIRKMPLFYGIRALASMQGYNPAKSAVLNRHNLDMSMQESDSMQLKKAAAMK				NA	NA	NA	NA	NA
JZ016_00443	372			hypothetical protein	ATGGCTAAGAAAGAACGTTGCTTCTGCGGAAGCGGGAAGGCTTCGAAAAATTGTCATCGGGTCGCTTCTGACAGTCGCGCAGCACATCTATTCAAACTTTATGATCAAGTTGAAACTACAGTTGAATCATACTTTAAACATACCGAGAATTCCCACCAGTGTTTTTCGGGATGTAATAGTTGTTGTAGCGACTTCTTTACAGTCTCAGAGGTTGAACTTGAAATAATCATGGATGAAATTCATACAACGTGGACTGAGCAGGAAATTATCGACCTATATAAAAAGGTAATGGATAATGTCAGGACGTTTCAAGCTGAACATCCAGATTTAGATAATGCAATCCTGACCCAGCTTGATTACGAGGCGACCTAA	MAKKERCFCGSGKASKNCHRVASDSRAAHLFKLYDQVETTVESYFKHTENSHQCFSGCNSCCSDFFTVSEVELEIIMDEIHTTWTEQEIIDLYKKVMDNVRTFQAEHPDLDNAILTQLDYEAT				NA	NA	NA	NA	NA
JZ016_00444	1515			hypothetical protein	TTGGGAAATCAAGAAAGTGAAGAACTACTGTTTAATAATGTGAAAAAGCTTGATGAGTTACTTTCGCGGTTTATGGGCTTCGATGTCCAAACGGAGTTGAAAAAGAAAGACCAAGAGAACGAGTATGACACTGAAGTCACTGCACACTTTCCAGGATCAATATCCCCGCTGAACCTCAAAATTGCGAATGATTTACTGGAAGCTTCGGCGAAAATATTGGAAAGACAGTTAGAAGATTCAGAGGGGAACTTCAATCATAGTATATTTCTAACCCATGTCCAGGAGACTGCCCTTTCTCTAATTTTCGACTCATATGATAAATCCCAACCAGATGACATACTACGAATACATCGATTTATTGAAGAGGTAAGTGATGTTGGTGGACGTACATACGAATCAGCTGCTGTCAGTCTTGGTATTGTATATTTTCAAGAGGATGCTATGAATAAGGCCAAAAAAAGTTTCAAGGACGCCAATATGGAGTTCCTACCGTTGGAAAAAGCTACCCCATTTATGGAGTTATACTATGGAGAAAAGGCTTTCTTGAGACTTATTGATAACCGCTCGATGGCATTAGTCTTAAATGAAACCTTCGCGGTGATTGGTGTACTCCGCAAAAAGAATGATTGCAGAAGTATCTCCTCGGAGTTAGAGGAACATATATTCACTTATAACATGAATGCTGTGTTAGAGCTGGTTTATAAGAATACGATCGACAAGGTGATTGCTAGTAAGAAAGAAATATTTGAAAATATAAAGAGTAAGCAGCCTGAACTCACAGATGAGAATGCAACCGGTAATATTAACTTTTTTCTAGAACAACTCAACAATATTATCGAGGTTGTTCACTTGGAAAATCAAACGCGCAAATATCCAGATTTTCTGTATGTCTCTGTAGTTAATGATAGATTAGATTTTTATACACAAAACCGAATGACCGTATCTCTTGTCAACGGAATATGGAAAGTGAGGCATTACGATCTTTTCATCGCTTCCATTTTACAGAATTTGATGGTCAAGAAACTAATAGACACCGAGACGTTCAAACAAAATAAAGAAGGATACTTTCGATTGTTTAAGACCTTCATCGATCTCTCCCGTGAACAAAAGAGTTCAGTTTATATAATTATTGAAAGTCCTGATATTATACATGGCATAGAGGAGTCTAAGGCTGAGGTTCTTCTGAAGGGGACAGGGTTCCTGCATTCCGACCGGGAAAGGAGAAGTCTCCTGGCAATAAAGAGAGGAAAAGAAAATGCCAATCTTATTGATCTAGACCCGTATCTAATTCAATCATTGTCCACTGTCGACGGAGCTGTTGTGCTTGATTCGAACTTGAATGTGCTAAGCTTTGGTGAGACGATTTCTGTTCCAGATGGTGTGAGATACAAAGGAACTTTTGGGACAGGATCTACAGCTGCTCAGTTTGCCTCAAAAAGTGGAATAGCTGTCAAAGTATCTGAAGATGGCGACATTACTTTGTACATTGATCAGCGAATAATTATGAAGTTATAG	MGNQESEELLFNNVKKLDELLSRFMGFDVQTELKKKDQENEYDTEVTAHFPGSISPLNLKIANDLLEASAKILERQLEDSEGNFNHSIFLTHVQETALSLIFDSYDKSQPDDILRIHRFIEEVSDVGGRTYESAAVSLGIVYFQEDAMNKAKKSFKDANMEFLPLEKATPFMELYYGEKAFLRLIDNRSMALVLNETFAVIGVLRKKNDCRSISSELEEHIFTYNMNAVLELVYKNTIDKVIASKKEIFENIKSKQPELTDENATGNINFFLEQLNNIIEVVHLENQTRKYPDFLYVSVVNDRLDFYTQNRMTVSLVNGIWKVRHYDLFIASILQNLMVKKLIDTETFKQNKEGYFRLFKTFIDLSREQKSSVYIIIESPDIIHGIEESKAEVLLKGTGFLHSDRERRSLLAIKRGKENANLIDLDPYLIQSLSTVDGAVVLDSNLNVLSFGETISVPDGVRYKGTFGTGSTAAQFASKSGIAVKVSEDGDITLYIDQRIIMKL				NA	NA	NA	NA	NA
JZ016_00445	201			hypothetical protein	ATGAACCGCCTAATAATGACAGTTGGAAAAACGCATAGTGGAAAAACTACCTTTGCTAATGAATTGGAATCTGTTTTTCAAGAAGCTGCAGTCATTGATCAAGATAATCATGCTGAATTTATTAATAGTCACTATAAAAAACTTCTGCCTATAGAAGGACCTAACAGGATTAAAATTCTCTATTACCAATACGATTTTTGA	MNRLIMTVGKTHSGKTTFANELESVFQEAAVIDQDNHAEFINSHYKKLLPIEGPNRIKILYYQYDF				NA	NA	NA	NA	NA
JZ016_00446	492			hypothetical protein	ATGACATTTCCAACGCATATAGTAGCCACAGGTGGATTTGTAGAAGATGGGCAAGGAAATATACTTTTAGTAAAAACTCGTGACGGTGGTTGGGTTTACCCTGGTGGACAAGTAGAAGTTGGAGAAAATCTGATAGATGGTTTGATTCGTGAAATCAAAGAGGAAAGCGGAATTGATGTTTCTGTTGGCAGCTTAGTTGGTGTCTATTCGAATACCGGGATACAGAAATGGTATGACGGCGTGACTGATGTTCCTACGCAAGTTGGATTTGATTTCGTATGTCAGCCTATTGGGGGGGAATTATTATCTTTCTCTGAAGAAACAACCGACAGCCGTTGGGTAGCGAGGGATAGGGTTCTCGATTTAATTACACAGCCAAGTGTTCGCTTTCGCTATCAGGCTTATTTGGAGTTTAACGGAGCCGTAAACTATGCGGACTACGTAAATAAGCCTGAGTTTACAATCAAACATCAAACATATATTTCGAAGTAG	MTFPTHIVATGGFVEDGQGNILLVKTRDGGWVYPGGQVEVGENLIDGLIREIKEESGIDVSVGSLVGVYSNTGIQKWYDGVTDVPTQVGFDFVCQPIGGELLSFSEETTDSRWVARDRVLDLITQPSVRFRYQAYLEFNGAVNYADYVNKPEFTIKHQTYISK				NA	NA	NA	NA	NA
JZ016_00447	555			hypothetical protein	ATGTCTTTTCCATTTGATTGCATTAGTGATTTTATGTTTTTCGAAACGGAGATCGGACACGCAGATGTTATTTTAATCCCAGGCGCGAGTCAACCTCAGTTAATGGAAAGAGCCGCAACGTTATATCATCAAGGGCTCTCTTCCTTTATATTACCTTCTGGAGGTTCCACCCCATATGTAGAAACAACCGAATGGCAATATCTACAAAATGTGGGTGTGTCGTTAGGGGTTAATCCTAAAGCAATACTTAAAGAAGATAAAGCAACGAATACCTTTGAGAATGCTCGCTTCTCTTTGGAAGTATTGCAGCAACAAGGGATTTTCCCTAAAAAAATTTTATTAGTCTGTAAAAATTACCATGCAAGAAGAGCACTACTAACTTATCAATTTCATTTTCCTAGAGAGACTGTTTTTTATGTTAGTCCAATAATTGATAAATCAGGGACAACTAAAGAGAACTGGTTTCTGGAAGACGATAAAATAAAGCGCGTTATGGATGAGTTAGAGAAGGTTGGGAAGTATTTTAGGCGACAAATACCGAAGTGGGTTGAGTAG	MSFPFDCISDFMFFETEIGHADVILIPGASQPQLMERAATLYHQGLSSFILPSGGSTPYVETTEWQYLQNVGVSLGVNPKAILKEDKATNTFENARFSLEVLQQQGIFPKKILLVCKNYHARRALLTYQFHFPRETVFYVSPIIDKSGTTKENWFLEDDKIKRVMDELEKVGKYFRRQIPKWVE				NA	NA	NA	NA	NA
JZ016_00448	891			hypothetical protein	ATGAAAGTGAAAATTTATTTCCTTATATCGATGATTATCTTTGGTGCAGTTGGCGTATTCGCAAAATATATAGATTTGACTTCAAGTAAGATTGCACTATTTTTAAGCTTAGTTGGTGTCCTGTTCCTTTTAATCATTTTCGTTTCTACAAAGCAGAAAATGCCATGGCAACAAGTGAAAAAAAATGCTATTGCTTTAGTCTTTGCAAGTATGGCCTTGAGCGGAAACTGGATTTTTCTTTTCCAAGCATATAAGGAGACTACCATTGCTAATGCTGCATTGAGTTATTATTTTGCACCTGTTTTAGTTGTAATACTCTCCCCTTTGGTGTTAAAAGAAAAGATTTCTTACAAAAAGGCAGTATGTATTGTCATTGCTCTGCTCGGGCTGTTCCTCATTTTGCATAATGGAAGGATGCAGACAAATGGACATCATCTCCTCGGTATCGGTTATGGATTAGTGGCTGCCGGTTTCTATACCGGATTGACCCTGATTAACAAGTTTATTCGTGGTCTAGACGGATTAGCAAATACGCTTTTGCAGCTAGGACTATCAGTTATCACGTTAATTCCATTTGTATTGATTACAGAGGGTGGCACTGTTTATTCGGTCGACAGCACCACAGTAATACTGATGCTTGTATTAGGTATCTTTCATGGTGGTGTTGGTTTTTATCTTTTCTTCGCCGGAATGAAGGGACTTAATGGCCAGAGCATCGCTGTATTGAGTTACGTTGATCCCTTAACCTCTCTTTTTATTTCAATCCTAATTATTGGAGAGAAGATGACTTTTCAGCAACTTATTGGCGCTGTCTTGCTATTGTGCTCGATTTGGATAGGAGAAGCTGGTGAAAAGAAGGAGAAAAATAATTACCAAATTGATTGTGAATGA	MKVKIYFLISMIIFGAVGVFAKYIDLTSSKIALFLSLVGVLFLLIIFVSTKQKMPWQQVKKNAIALVFASMALSGNWIFLFQAYKETTIANAALSYYFAPVLVVILSPLVLKEKISYKKAVCIVIALLGLFLILHNGRMQTNGHHLLGIGYGLVAAGFYTGLTLINKFIRGLDGLANTLLQLGLSVITLIPFVLITEGGTVYSVDSTTVILMLVLGIFHGGVGFYLFFAGMKGLNGQSIAVLSYVDPLTSLFISILIIGEKMTFQQLIGAVLLLCSIWIGEAGEKKEKNNYQIDCE				NA	NA	NA	NA	NA
JZ016_00449	540			hypothetical protein	ATGTTTTTTATAAGCAATATTCTAATTTCAACGCCGGAGAAGTATCTGACACAACTACAAGAAAGAACTTATGAAACATTAGAAAAACTACAAATACCTTTTGAACGCGTAAATACAGATGAAGCAATCTCTATGGAGGATTGTATTGAAATTAATCAAAAACTAAATGTAAATATTGTGAAGACACTCTTTCTTTGTAATAGGCAACAAACCCAATTCTATTTACTTATTACTACAGCTGATAAGCAATTTAAAGCTAAAGACTTTAGTAATCAACTTGGTATTTCTCGTGTGTCATTTGCTTCGGCTGATCAGTTGGAACATTTGTTAGGTGTAAAAATAGGTGCTGTAACTATTTTTGGTGTCTTATTGGATAAAGATCAAGTTGTACAGGTTGTACTTGACGAAGACATAGTGGCCCAAGAATGGTACGGATGTAGCGACGGGACAACGACAGGCTATATGAAAATTAGAACATCGGATGTAATCCATAAATTTCTACCTTACACTGACCATTTACCAAAAGTGAGACAAATTTAA	MFFISNILISTPEKYLTQLQERTYETLEKLQIPFERVNTDEAISMEDCIEINQKLNVNIVKTLFLCNRQQTQFYLLITTADKQFKAKDFSNQLGISRVSFASADQLEHLLGVKIGAVTIFGVLLDKDQVVQVVLDEDIVAQEWYGCSDGTTTGYMKIRTSDVIHKFLPYTDHLPKVRQI				NA	NA	NA	NA	NA
JZ016_00450	885	gltC_2		HTH-type transcriptional regulator GltC	ATGGATAAGAACATTCAGAAATATTTAGCCTTAATTAAAACCGTTGAATACGGAAGCTTTACCAAAGCAGCCGAAATGTTGAATTATTCACAATCGGGGATCAGTCGAATGATCAACGATTTAGAATCAGAATGGAAGATATCTCTTCTAGAACGAGATCGCTCTGGCGTACGACTGACTTCTGAGGGTCTGAAAGTACTTCCTTATGCGAAAAGTGTGTGTAATGAATATGAGAAGCTGCAATCCCAAATTGACGAACTACATGGACTCCAATCTGGGATTATACGGATTGGAACATTTTCAAGCGTGGCTACGCATTGGCTTCCCAATATAATCAAAGCATTTCAAAAAGAATATCCGAACATTGACTATGAACTTTTACTGGGAGATTATACGGAAATTGAAAGCTGGATATCGGAAGGTCGTGTGGATTGTGGCTTTCTAAGGCTCCCCTCTCAAACCAAACTTGACACGACTTTTCTGGAAGAAGATAAGCTACTTGTGATCCTACCGGAAAATCACTCACTCGCAAGCTGTGATCGTTTTCCTGTCAAAGCATTGGGTGAAGATCCGTTTATGCTTTTAGAAAAAGGCGCTAAAGCCGAAATTTCAGAAATATTTGAGCGATGTAATGTAACACCACAAGTTCATTTTACCACATGGGACGATTATGCCATCATGTCGATGGTGGAAAGTGGGTTAGGGATCAGTATTCTGCCTGAGCTTATTTTAAAACGTACCCCCTATCGTATTGTTGTAAAAGAACTTGAATTCCCAGCCTACCGTAGAATTGGCCTTGCAATGAAAGATAAAAACTCTACCTCTCTTGCTCTCAAACGGTTTTTAGATTATCTACAATATAGAAATATTACTGAAGAATCATAA	MDKNIQKYLALIKTVEYGSFTKAAEMLNYSQSGISRMINDLESEWKISLLERDRSGVRLTSEGLKVLPYAKSVCNEYEKLQSQIDELHGLQSGIIRIGTFSSVATHWLPNIIKAFQKEYPNIDYELLLGDYTEIESWISEGRVDCGFLRLPSQTKLDTTFLEEDKLLVILPENHSLASCDRFPVKALGEDPFMLLEKGAKAEISEIFERCNVTPQVHFTTWDDYAIMSMVESGLGISILPELILKRTPYRIVVKELEFPAYRRIGLAMKDKNSTSLALKRFLDYLQYRNITEES				NA	NA	NA	NA	NA
JZ016_00451	579			IS3 family transposase ISBth8	ATGAGAGAACTTCAGATTCGTTCCGTGATTCGCAAGAAACGTCCATTTGCTGGCCGGAAACCGTCCGTTCTGTTCCGTAATGTCCTAAATCGGGAATTCTCAGCGACAACTCCTGTGCAGAAGCTCGTGACGGATATTACGTATGTCCGGATTGGGCATGATTTTGCTTATCTCTCCGTGGTGATGGATCTGTACAACAATGAAATTGTAGCGTGGGAACTCTCTGAGCGAAATGACTTAAAACTCGTTACAGACACAGTGAAGAAACTGAAATGTGGACCTTCCTTGCTCCACTCGGACCAGGGGTTTCAGTATACAACACAAACCTATGCCAAGTTACTTGAAGAGAAGAAGCTTACAGGAAGCCATTCCCGGCGTGGAAACTGCTATGACAATGCTTGTATTGAGTCGTTCTTCTCCCACTTAAAGACAGAGAAACTGTATTTGGAGAGACCTCAAAATCTGGAGCAAGCCAGGAGCCAAATTACGGAGTATATTTCGTTTTACAACATGGAACGTTTCCAAAACAAACTGGGCGACCTCTCCCCGATTGAGTTTCGGGAAAAAGTCGCCGCTTAA	MRELQIRSVIRKKRPFAGRKPSVLFRNVLNREFSATTPVQKLVTDITYVRIGHDFAYLSVVMDLYNNEIVAWELSERNDLKLVTDTVKKLKCGPSLLHSDQGFQYTTQTYAKLLEEKKLTGSHSRRGNCYDNACIESFFSHLKTEKLYLERPQNLEQARSQITEYISFYNMERFQNKLGDLSPIEFREKVAA				NA	NA	NA	NA	NA
JZ016_00452	258			hypothetical protein	TTGGATTTCGAAGCCCGGTGCCAGTCCGTTCGAGAAATAAGCAAGTGGGCACCTGTGGTTTGGCTGTGTAAAATTGCTGAAATTTCGCGTGCAGGTTACTACAAATGGAAGAAAAATGCTGCCCTCAGAGAGAAACGAGCAGACCGGGATGCGGATCTGAAAGCACATATTTTAAGCATTCATCGGCTTCGTCCTTATTTCGGCTACAAACGTATGCGAACCGCGTTAGGCAAAGAAGGCCTTGTAGTGAATCACTAA	MDFEARCQSVREISKWAPVVWLCKIAEISRAGYYKWKKNAALREKRADRDADLKAHILSIHRLRPYFGYKRMRTALGKEGLVVNH				NA	NA	NA	NA	NA
JZ016_00453	339			hypothetical protein	ATGTCAGCGAAGAAAGGCCAAACCTTTAATCGATATAGCGAAGAAACGAAGAAAGAAGCCGTTCGTCTGCGAGTGGAAGAAGGTTGGACGTACAGTCGGATCATGAAGAAGTTTGGGATTAAGAGCGAGAGCCAGATTATCACATGGGTTCGTAAAAACCAAAATGGAGAGAGTTTCGAGGATTACCGTGGACGTTGGACGAAGAAGCATTTTAGTAGTGCAGAAGAAGAAAATGCTTATCTGAAAGCACAGGTAGAATATCTAAAAAAGCTCAATCCAAATTTGCACGGAGAGGAAAGTTGGATTTCGAAGCCCGGTGCCAGTCCGTTCGAGAAATAA	MSAKKGQTFNRYSEETKKEAVRLRVEEGWTYSRIMKKFGIKSESQIITWVRKNQNGESFEDYRGRWTKKHFSSAEEENAYLKAQVEYLKKLNPNLHGEESWISKPGASPFEK				NA	NA	NA	NA	NA
JZ016_00454	333			hypothetical protein	ATGAAAATTAAGCTAAAATTTATTTTTATATTGTCTGTGATATGTTTAGCATTGAGTTTGGCTAACTTTTGTTTTGCTGCACCAGAAGATTCAAAATACGAAGATATTCGAACCTACACTTCACAGATATTGCATAAAGAAATTAACAAATCAATCCATGATAAATTCGGAACCAATTGGATATTCACGCCTAAAAAAGTTTGTGAGATTAATGGGGAAAATCTAATGGTTGAAGGGAATTTGAGTATGGAACGGGGGGAAAAAAGAATACGAATTGAATTAAATAAGGATGATGAAACAAAGTATAGGGTTCTCCGTATTACAGAACTCTAA	MKIKLKFIFILSVICLALSLANFCFAAPEDSKYEDIRTYTSQILHKEINKSIHDKFGTNWIFTPKKVCEINGENLMVEGNLSMERGEKRIRIELNKDDETKYRVLRITEL				NA	NA	NA	NA	NA
JZ016_00455	264			hypothetical protein	ATGTTTGATATTGTGAAAAAGAAGCTTATATATTTACTTATGTTTGTAATTTTCTCCTCGGTTTCTTTTACAACATCTATTATGTCCGCAGATAATGAATCAAATAAGCCCACCGAAACACCTGGTCAAAATTACGAAATAGCTGGTGTTGAAACATTTACCTATGAATTCTCTAATAGATTTTATATCCCTTATACTATATATAGAACTCAAGGTTCGAGTATTAGAGGGAAGGTAGATATAGAGTCTATTTGGATGTTATAA	MFDIVKKKLIYLLMFVIFSSVSFTTSIMSADNESNKPTETPGQNYEIAGVETFTYEFSNRFYIPYTIYRTQGSSIRGKVDIESIWML				NA	NA	NA	NA	NA
JZ016_00456	825	COQ5_2		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGAACGAACGTCAATCTACTTACAACATTCAAAATGCAACTCTGGGTTTTGAATCTGAAATAGAACGATTGAAAGTACAGGCAACCATGGGATGGGCTAAAGAATTTCGCAACTTACAATGGTACGGATTACAGAATGGAATGAAAATCATTGAACTCGGTAGCGGACCTGGTTTCGTTACTGAGCAAATAGTTAATAGCTTGCCAGACAGTCAAGTAACTGCTTTGGAAATCGATGGAGCGTTAATCGATAAAGCTAAAAACCTGTTAGAACATGTGCCATCTTCAAGACTGCGATTTGTTCAATCATCAGTTTATGACACAACACTGCCTGATCAATCATTTGATTTCGCAGTAGCTAGGTTACTCTTTCTTCATCTGCATAATCCTGTGCTGGCAGCTCAAGAAATTTATAGAGTTCTAAAACCAGGAGGAAAGCTTGTTATTATTGATGTAGATGATGGGATCTTTGGGGCAGTATATCCTGATATTGACGTGCTACCTACTGTGTTAAAGAAAATTGCTGATCACGTAGCCAACAAAGGTGGGAACCGGCATATTGGTCGGAGTTTACCACGCCTTTTAAAAAATGCAGGCTACACCGATATAGATACTGATGCGATTATTCAGCACAGTGACATTCATGGAATCGAGGGTTTTAAGCACCAGTTTAATATCAATCGTTTCACTGGTTTTTTCAAAAATGGGCTTATTAATAAGCAAGAATATGATCAGCTGGAAGAAGCTTCTCATCAAATTAACAATGCCTCTGAATCCTATGCAATGATGACATATGTTATGGCATGTGGTAAAAAGCCAGAGTAG	MNERQSTYNIQNATLGFESEIERLKVQATMGWAKEFRNLQWYGLQNGMKIIELGSGPGFVTEQIVNSLPDSQVTALEIDGALIDKAKNLLEHVPSSRLRFVQSSVYDTTLPDQSFDFAVARLLFLHLHNPVLAAQEIYRVLKPGGKLVIIDVDDGIFGAVYPDIDVLPTVLKKIADHVANKGGNRHIGRSLPRLLKNAGYTDIDTDAIIQHSDIHGIEGFKHQFNINRFTGFFKNGLINKQEYDQLEEASHQINNASESYAMMTYVMACGKKPE				NA	NA	NA	NA	NA
JZ016_00457	1635	mshA_2		D-inositol-3-phosphate glycosyltransferase	TTGGGATTCAACCAGCAAACCCGTGTAGGTATGTTATGGGGAGATTACCCATGGACTACGGCTCCAAAGAAAATGGGGAAATTGTGGAGTATGGGCAGGGTAGCCCGAGATGTTTCGCATGCATTGCGTGAAAACATGGTGGTTATCCCGTACGCACAGTCAGAAGGTGAACCTAATCAGCGGGAAAACATGACTTCATTTCTTAAGAGCATAGATATCCTCTGGGCAGATTTATATCCATCCAGTACATATGCACTTAATCTCCGTGACGAATTAGGCCTAACTTGTCCAGCGATTTTGTTTGCTGGAGGAGCCATGCCCAAAGGAGCAGAGGCAATGTTGTTTCCTTGGCAGTCACTACTACGTCCTTATGATGGGATTCTCTTTAGTTGTAAAGCAGACCAAGATATTTGGAGACAATTGACAGAATGGAGCACATTAAAGGAATGGGTTATACCGCTTAGCATAGACGAGCAAATATTTTATCCTCGAAGTGTCGATGAACAAATGGATATACGCAATAAATTCGGCATTCCAGTTCATTCCCCGCTATTAATATTTGTTGGAAGATTAAACATACAGAAGAATGTCCACGCTTTACTAAAAATATTACGCTTTGTTAGTGAAGAAATCCCTGATGTTCATCTTTGTATAATCGGTGAAGAAGATGATATTGTACTAGGAGAGTTTAAGGTCCGGAATACCAATTATAAGGAGTGGTTGCAACAAAAAGCAGATCAATTTGGTTTAACACAACGTGTACGATTTGTAGGCCCACTTTTCGGTGAAGAACTGGCTCAAATGTATTCTGCTGCAGATGTGGTGACTAATCTTGGGTTTTACCATCGTGAAAATTTTGGACTCTCTCAAGCAGAAGCAGTAGCTTGTGGTACACCGGTTGTTTGTACTGAATGGGGGGGATTCAAGGATGTTGTACAGCATGATCTAACAGGTTATTTTGTAGATGCGGTACTAACAAAACGTGGAATACGTGTGGATTGGGCCAAAGGGATAGATTTCGTAATTACTTTATTGCAAAGAGAGGCTCTACGTACGAAAATCGGAAGACAAGCCGCCAATTATGCACGTCAACATTTTAGTATAGCTGCTCTAACAAAAAATTTAGTACAGGTAGTAACAGATGTACAAAGTAGTCTAGCTACGATGAGTAAAGGTTCATTAAATTCTGTCGCTTACAAGCCGAGTCGATTTGCTGAAAAATACGAGGCCCATAAACGTACATGCGGGTGGTACGCAGCTAGCACAACAACGGGCACTCCTCAGTGGTATCCACCAATGTTTGTAGGCGAACATTACGAATTATATGAAAAACTTATGCAACCTTACTCCACGCGATTGGCGGAGGAACTTCAAATCAATTCCCTCAATGGAAACTGCATCCCGTATTTTACTTCGTCGGTCAGGTTTGATGTAACTCGATTGCTGGCCATCTCGGAAGATCCGGTCTGGCCCAGTCGCAGATTTCTTTCGCCGAACGAGTACAGTATGCTAAGGTTCATAGATGGTAAACGTACCCTGAGCAACATCGTAGCTATGACTGGGCTCGAACTTACCCCTTGTATAATAAGTGTTTGGAATTTGTATTTAGATGGCTTTTTGCTCTTCAGAAGTTAG	MGFNQQTRVGMLWGDYPWTTAPKKMGKLWSMGRVARDVSHALRENMVVIPYAQSEGEPNQRENMTSFLKSIDILWADLYPSSTYALNLRDELGLTCPAILFAGGAMPKGAEAMLFPWQSLLRPYDGILFSCKADQDIWRQLTEWSTLKEWVIPLSIDEQIFYPRSVDEQMDIRNKFGIPVHSPLLIFVGRLNIQKNVHALLKILRFVSEEIPDVHLCIIGEEDDIVLGEFKVRNTNYKEWLQQKADQFGLTQRVRFVGPLFGEELAQMYSAADVVTNLGFYHRENFGLSQAEAVACGTPVVCTEWGGFKDVVQHDLTGYFVDAVLTKRGIRVDWAKGIDFVITLLQREALRTKIGRQAANYARQHFSIAALTKNLVQVVTDVQSSLATMSKGSLNSVAYKPSRFAEKYEAHKRTCGWYAASTTTGTPQWYPPMFVGEHYELYEKLMQPYSTRLAEELQINSLNGNCIPYFTSSVRFDVTRLLAISEDPVWPSRRFLSPNEYSMLRFIDGKRTLSNIVAMTGLELTPCIISVWNLYLDGFLLFRS				NA	NA	NA	NA	NA
JZ016_00458	870	xerC_1		Tyrosine recombinase XerC	ATGATATTAAGCGAGTTGTGGCGACTGTATGAGACTGATAAACGTATCCAAGGATTTAGTCCGAAAACATTGAAAGCATACGCTCTCCAGCACAAAATGCTGATGAATGAACTCGGTGACCTGGATATAACCGAGATAACTTTAACTCTGCTGAAGGAGTACTTAGCGAAACAATCTAATCGGTTGAAGCCAAGTAGCCTAGGACACCGGATTCGCTTTGTTAGTTCCCTTTTTCGCTATGCTTTTGAAGAAACATACTTGACTTCTAATCCCTCCCTAAAACTACGAGAACCTAAAATGGATAAACGAATACCTAAGTTTTTAATCGAGGAAGATATAATTCACTTAAAGATCGCTTGTCAATCACTGAGAGAAAGGGCGTTACTTGAGTTTCTCTACAGTACGGGCTGCCGGGTTGGAGAAGTGGAGAAGATAAATATCGAGGATCTTAACTGGGAAAACTGCTCTGCAATTGTTAATGGCAAAGGTTCAAAGCAGAGAGAAGTTTATTTCACGACAGAGTGTAAAGTGTGGCTCAAGAAGTATCTGGCCGGCCGTGAAGACAACTGTAAAGCCTTATTCGTAACCGATACACATCCGAGTAGACGGATGGCCATTCCTACGATCCGGTGGGCGTTGAAACGGCTTGCAGGCCGAGGAGAGCTTGAAGTAAATCTATATCCGCATCGATTTCGTCATACCTATGCGTGCCAACTCCTCGATAATGGAGCACCTTTAGATTTCATTCAAGGCATGCTAGGGCATGAAAAAGCATCAACCACTCAAATATATGCTCAGCTGCGCGGCGAACGACGACGAGAACTTTATCGTCGTTTTTTTAGCATTATGAATAACAGCAGATCCCAATAA	MILSELWRLYETDKRIQGFSPKTLKAYALQHKMLMNELGDLDITEITLTLLKEYLAKQSNRLKPSSLGHRIRFVSSLFRYAFEETYLTSNPSLKLREPKMDKRIPKFLIEEDIIHLKIACQSLRERALLEFLYSTGCRVGEVEKINIEDLNWENCSAIVNGKGSKQREVYFTTECKVWLKKYLAGREDNCKALFVTDTHPSRRMAIPTIRWALKRLAGRGELEVNLYPHRFRHTYACQLLDNGAPLDFIQGMLGHEKASTTQIYAQLRGERRRELYRRFFSIMNNSRSQ	PGPT0022000_7831	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763	NA	NA
JZ016_00459	339			hypothetical protein	ATGTCAGCGAAGAAAGGCCAAACCTTTAATCGATATAGCGAAGAAACGAAGAAAGAAGCCGTTCGTCTGCGAGTGGAAGAAGGTTGGACGTACAGTCGGATCATGAAGAAGTTTGGGATTAAGAGCGAGAGCCAGATTATCACATGGGTTCGTAAAAACCAAAATGGAGAGAGTTTCGAGGATTACCGTGGACGTTGGACGAAGAAGCATTTTAGTAGTGCAGAAGAAGAAAATGCTTATCTGAAAGCACAGGTAGAATATCTAAAAAAGCTCAATCCAAATTTGCACGGAGAGGAAAGTTGGATTTCGAAGCCCGGTGCCAGTCCGTTCGAGAAATAA	MSAKKGQTFNRYSEETKKEAVRLRVEEGWTYSRIMKKFGIKSESQIITWVRKNQNGESFEDYRGRWTKKHFSSAEEENAYLKAQVEYLKKLNPNLHGEESWISKPGASPFEK				NA	NA	NA	NA	NA
JZ016_00460	852			IS3 family transposase ISBth8	TTGGATTTCGAAGCCCGGTGCCAGTCCGTTCGAGAAATAAGCAAGTGGGCACCTGTGGTTTGGCTGTGTAAAATTGCTGAAATTTCGCGTGCAGGTTACTACAAATGGAAGAAAAATGCTGCCCTCAGAGAGAAACGAGCAGACCGGGATGCGGATCTGAAAGCACATATTTTAAGCATTCATCGGCTTCGTCCTTATTTCGGCTACAAACGTATGCGAACCGCGTTAGGCAAAGAAGGCCTTGTAGTGAATCACAAAAAGGTACGCCGCTTAATGAGAGAACTTCAGATTCGTTCCGTGATTCGCAAGAAACGTCCATTTGCTGGCCGGAAACCGTCCGTTCTGTTCCGTAATGTCCTAAATCGGGAATTCTCAGCGACAACTCCTGTGCAGAAGCTCGTGACGGATATTACGTATGTCCGGATTGGGCATGATTTTGCTTATCTCTCCGTGGTGATGGATCTGTACAACAATGAAATTGTAGCGTGGGAACTCTCTGAGCGAAATGACTTAAAACTCGTTACAGACACAGTGAAGAAACTGAAATGTGGACCTTCCTTGCTCCACTCGGACCAGGGGTTTCAGTATACAACACAAACCTATGCCAAGTTACTTGAAGAGAAGAAGCTTACAGGAAGCCATTCCCGGCGTGGAAACTGCTATGACAATGCTTGTATTGAGTCGTTCTTCTCCCACTTAAAGACAGAGAAACTGTATTTGGAGAGACCTCAAAATCTGGAGCAAGCCAGGAGCCAAATTACGGAGTATATTTCGTTTTACAACATGGAACGTTTCCAAAACAAACTGGGCGACCTCTCCCCGATTGAGTTTCGGGAAAAAGTCGCCGCTTAA	MDFEARCQSVREISKWAPVVWLCKIAEISRAGYYKWKKNAALREKRADRDADLKAHILSIHRLRPYFGYKRMRTALGKEGLVVNHKKVRRLMRELQIRSVIRKKRPFAGRKPSVLFRNVLNREFSATTPVQKLVTDITYVRIGHDFAYLSVVMDLYNNEIVAWELSERNDLKLVTDTVKKLKCGPSLLHSDQGFQYTTQTYAKLLEEKKLTGSHSRRGNCYDNACIESFFSHLKTEKLYLERPQNLEQARSQITEYISFYNMERFQNKLGDLSPIEFREKVAA				NA	NA	NA	NA	NA
JZ016_00461	1065			hypothetical protein	TTGAAAAAGTTTCTTAGTTCTATGGTTCTTGCTGGTTTTTTTATAATCGGCGTGAGCAGCCAAACCATGTTTGCAGACTCTGTTGAGTCCCCATCTTGGTTTAAGGAAATATCTGTAGAGGAGGCAGTGAAAACAAATATAGATGAATTTGTACAAGGGTATGCTTCCAAATCATCATTGCGAAATGTTGTTTCAAATGAGTATTACTTCATTTCAAACAATGGAGAACCGCTGGATAAAAATGAGTTAAGTGTACTGACTGATAACAGCGTTGAACAATTACCTAACGAAGACGGGAAAATAAGCAATGTTATTGCATTAGGTAAAAGTTCTATTAATGGGGTTGTGATGACTGACTATTATTTTTCGGAAATGGAATTTAATGAGATGGAATCCTTTAAGGAGAATGCCATAAAAGTGGCAACTAATAGTCAAAAGAGTGAATATGCGAGAACATTAACTAACACGGTTACTCCAATGTCAGATGCCCCGAACTACATAGATACTTACTCTTGGGCAATTTATGACGATATCAATCCTTCCGCGATTGGCGGATATCTTAACAGTACTGTTGAATATTATAAACAAGGGAAGGCGATCTCTGGAGGGAAAACTGTTTCCGTTTGGGATATGAAATCATTTAATCAAACAGAACCTATCAATGGATATCAAACTCGCCAAGCATCTTCTAGACACAGCGTTGAAGCTTATGTTCCTGATGAAAAGATGATTTCATATGGACCAACAGGGGATGTAGGGTCATCTACGGTTGAAGTTTCGCTTACCGGAGGAGTACCAACTCTCACTTGGGCTTTTAATAGTACTAATATCACGATTTCTGATCAATCTTCAATGTCCCAAGGTTTTGGAAAATGGACTTTGAATTATGTATTAGGAACAACAAATGCAAAAAGTCCTTATACGTATGCTCCAGGAATTAGAGCAATAAATTTTAGTGGTGAAATGAAATTCCAACATAATCATTTTGGTAAGTTCTATAAGAATTTAAGCGCAGAGGCAACTGAAAGTACTCCACTTGTTGTTAAACGTCTTACTGACCTATAG	MKKFLSSMVLAGFFIIGVSSQTMFADSVESPSWFKEISVEEAVKTNIDEFVQGYASKSSLRNVVSNEYYFISNNGEPLDKNELSVLTDNSVEQLPNEDGKISNVIALGKSSINGVVMTDYYFSEMEFNEMESFKENAIKVATNSQKSEYARTLTNTVTPMSDAPNYIDTYSWAIYDDINPSAIGGYLNSTVEYYKQGKAISGGKTVSVWDMKSFNQTEPINGYQTRQASSRHSVEAYVPDEKMISYGPTGDVGSSTVEVSLTGGVPTLTWAFNSTNITISDQSSMSQGFGKWTLNYVLGTTNAKSPYTYAPGIRAINFSGEMKFQHNHFGKFYKNLSAEATESTPLVVKRLTDL				NA	NA	NA	NA	NA
JZ016_00462	177			hypothetical protein	ATGCAGGAATTGGAAGGACTACTTCAGTTAGTGGGTGCGTTAACTTTTATACTTAGTATATATACCATGTTTATTATTATTGGACATATAAATCGATCTAAGAAAAACGATGCTGAAGTATTAAAAATACTTAAAGAAATAAAAGATAATAATACAGTAAACCGTAAATCACAATAG	MQELEGLLQLVGALTFILSIYTMFIIIGHINRSKKNDAEVLKILKEIKDNNTVNRKSQ				NA	NA	NA	NA	NA
JZ016_00463	519			hypothetical protein	ATGGGCATTAGGAATTATCTGATTGAAGGCGTTTCCGGCGCCGGCAAAACTACGGTCTGCAACGAATTGCAGCGGCGCGGCTACCATGCTATTCATGGTGACCGTGAATTGGCATATCAAGGCGATCCGGAAACTGGTACCCCGACGGATGGCTTTAAACCCGAACACCACATTTGGCATGTTGATATAGTAAAAGCTTTGGTCGACAATCAGGATGAGGCGGTAACATTTTTCTGCGGTGGTTCGCGGAATTACACCAAATTCATCGACCTCTTCGACGGCGTGTTTGTCCTTGAGGTCGACCTGGAAACCTCTCTCCGGCGGATTGATGAGCGAGTGGCGCTGGACCCAACTGACTGGGGTGGCAGACCAGAGGAACGGGAAATTAGTGCGCGCTTGCATCAAACGAAAGAAGGCGTTCCTAACAACGGGATTATAATCGACGCCACCGCACCGATCGCGCACGTCGTTGACGAAATCCTCCGTCAAATCGAAGCAAATGAACGCCAACGACAGTAA	MGIRNYLIEGVSGAGKTTVCNELQRRGYHAIHGDRELAYQGDPETGTPTDGFKPEHHIWHVDIVKALVDNQDEAVTFFCGGSRNYTKFIDLFDGVFVLEVDLETSLRRIDERVALDPTDWGGRPEEREISARLHQTKEGVPNNGIIIDATAPIAHVVDEILRQIEANERQRQ				NA	NA	NA	NA	NA
JZ016_00464	432			IS1595 family transposase ISLca5	GTGGAGAACGATAATTGGGTAAAACTACTACCAAAGATTGGTATTCAGACAACGAAGCTGGATGAAGCGATCGGCGGTCATCTATCGGACTCTAACGTGCTTTGTACGGATGCATGGCGAGCATTCAGTTCCTATGCGAACGCGAAAGGCTTAGCTCATTACCGCTTCAAATCCGACGGAAAACAACATGTGAAAGGCGTATACCACATTCAAAACGTCAACAGCTACCACAGTCGCTTGAAGAAATGGATGGACCGCTTCAATGGTGTTGCGACCAAGTATTTGCAAAACTATTTGGCTTGGTTCCGTTATATAGACAGCAAGGAATGTGAGAATACGGTTTCGAATAAGAAAAATATGTTGGTCAAATCGTGCCTGTTTGTGGTTACTGATACGAATGAAAAGCTTCGGCTTGCTACTTATTTTTGTTAA	MENDNWVKLLPKIGIQTTKLDEAIGGHLSDSNVLCTDAWRAFSSYANAKGLAHYRFKSDGKQHVKGVYHIQNVNSYHSRLKKWMDRFNGVATKYLQNYLAWFRYIDSKECENTVSNKKNMLVKSCLFVVTDTNEKLRLATYFC				NA	NA	NA	NA	NA
JZ016_00465	207			hypothetical protein	GTGGAATATTTATATAGCATTCACGAATGGAGTGACAAGATGATCGGGAGGATCATCCGAGTTTTGGAACAGAACCCACGACTCGCTATCAGCGTTTTTTACCCCTCGTCCGAGGGGCACCCACTTAGAGGGCTAGACCTATACGCACCTTGTCAAACGGAAGTAGCCGCTATTTTTTTAAGGAAGATGGGGGGTTTGAAAATCTGA	MEYLYSIHEWSDKMIGRIIRVLEQNPRLAISVFYPSSEGHPLRGLDLYAPCQTEVAAIFLRKMGGLKI				NA	NA	NA	NA	NA
JZ016_00466	648			hypothetical protein	ATGCAACCTCAAATACCTAAAGATCCTGTAGTCCCTGAATTAACTGAAGTACAGATAACAGAATTAACTGATATCGTTTTCTTATCTAAGGAAATATTACCTTGCGATGCTATTTTTGTTTTTGGAGGTACTCATCCAGGGCATTGGGAAGCCGCGATTGACGCTTATAAAAGAGGCTTGGGAAGAACTATTATTGTCACAGGAGGAGTCAGCCCTACAGGAATCAAGCATGAGAATTGGGTAGATAAAACTGTACCCGAAGCGCATGTCATTGTTAATAAACTAACTGAGGCAGGTATTCCTTTAAATGTAATCGTTTACGAAGATCGCTCAAGGAATACGTTAGAGAATGTTTTATTCGCTAAAGAAGTATTTAACTTCGACGCTATCGAGTCACTTCTAATTGTATGCAAATCTCATGGTGCAGGCAGACAATATCGTACATTAGCGAAGCATTTGCCCCCAAAAATTAATTATTTTTCATATGGCTTTGATTCAAGTTATAATGGCCAAACGATAAACAGAGAAAACTGGATGCACAGTTCAATAGGTCGCTCGAGAGTGTTTGGAGAGTATTTGAGAATCTGTTTTTACGGTGACCGTGGAGACATACTTCGCTTAAATAAGAAAGTGGAGGGACTCACTTAA	MQPQIPKDPVVPELTEVQITELTDIVFLSKEILPCDAIFVFGGTHPGHWEAAIDAYKRGLGRTIIVTGGVSPTGIKHENWVDKTVPEAHVIVNKLTEAGIPLNVIVYEDRSRNTLENVLFAKEVFNFDAIESLLIVCKSHGAGRQYRTLAKHLPPKINYFSYGFDSSYNGQTINRENWMHSSIGRSRVFGEYLRICFYGDRGDILRLNKKVEGLT				NA	NA	NA	NA	NA
JZ016_00467	1053			hypothetical protein	ATGAGAATGTATACAGACCCTAAAGGTGAAGCTTACGAGCAGGTAATAGATTTGGCAATACGGAACTCGGAATGTTTTGTACTTGGGGAGAAAATTCCGGGTGATGTGGTAAGGAGCCATTACACAAGCGTATTGGAAGCGTTGGAACCTTATCTGGTGAAAACAATCATAATCCAAGGTGATAATAGGGATGAGTTTACACAAATAAGAAATACCTATCGCAGTAATGCCTTTTATACTGCAGGAACCTACTATTTTTATAGATGCTGCGAAGAAACCGGGTACTTGCTGAAGCAAATGGCAAACCGCCTGTCGGATTGGATTTACCCTAGCTTGCCGGAAGACTTGTGTTTCTTGAAAGAAGGTGGCGGAAACTACCTTTACTCGGTTGTCCATGAACATATGTATGGTATGGAATTAACTGAGGAAGAAGCAATCGAACTGATGGATCGAATTACAGGGCTTTTTTTGGAATTAAAGTCTCACCGGGACCTGAATCGTCTGCTAGATGATGCCATTAAGCATAAAACCGACCGGCTGTATATAAGCGGACATGGGCTGACAGAGCTGCCTGAGCGAATCCGGGAGCTTACAGAGATGCGTGATCTAGAAATTTTTGAACAGGATCTTTATCGTCTACCCGAAGGGCTGTTCGAAATAAGCAAGCTTGAACGCTTGAAAGTCATGACGGCTGATTTGGAGAGTATTCCCGCATCAATAGCCAGACTGAAGAACCTGAGAGAGCTTTGCATCCAATGTGCGAGCTCGGATCGGCCGGCTCCCGGGTATCGGGTTAAGCCGAAGGAAGAGATCAGCCTAAACAGCATCCCACCGGAGATTGGAAAGTTGGAACAACTGGAGCAGCTTACGATTCAATACACCTCGATCCATGAGCTACCCCTCGAGCTAGAGAAGCTGAAGCACCTGCGAATCTTGGACTTAGGAATGAGCATGATCAATCGCAAGCCAGATTTCCTCTATGGTATGAAGCAATTGAAATATTTAAATGTGTCACGGGATTCGTTATGGGAAACGATTGAATCAGAACAGTAG	MRMYTDPKGEAYEQVIDLAIRNSECFVLGEKIPGDVVRSHYTSVLEALEPYLVKTIIIQGDNRDEFTQIRNTYRSNAFYTAGTYYFYRCCEETGYLLKQMANRLSDWIYPSLPEDLCFLKEGGGNYLYSVVHEHMYGMELTEEEAIELMDRITGLFLELKSHRDLNRLLDDAIKHKTDRLYISGHGLTELPERIRELTEMRDLEIFEQDLYRLPEGLFEISKLERLKVMTADLESIPASIARLKNLRELCIQCASSDRPAPGYRVKPKEEISLNSIPPEIGKLEQLEQLTIQYTSIHELPLELEKLKHLRILDLGMSMINRKPDFLYGMKQLKYLNVSRDSLWETIESEQ				NA	NA	NA	NA	NA
JZ016_00468	588			hypothetical protein	ATGAGAAGTATAGATTATAGCAATTATTACTGGCAAGATGATGAAGTTAGATTGCGTGCCATACAGGCCGAAGATTGGGAAAGTTGTTACATAAGCGACTTTGATACTCCGGCACGTCGTCTTTTAGAATGTGCTATTGAATTACCACCAACAATTTCTGGGGCAAAAAAATTTGTAGAGGAAAATGCTAATTTCTCTTCTACAAACGGACGGATCATGTTTACCATTGATAAGCTGAATGGGGAAAGTATAGGCGGTATCAATTTAAACAGTATCGACGAGAGAAACGGGACATTTAGTATTGGAATAGTGATAGATAAAGAGTATCGTGGTCAGGGTTACGGTACAAGGGCTATGGAAATTCTCTTAAAATATGCCTTTTTGGAACGAAGACTTAATAAATTTAATGACTATGTTCTTGAAGGAAATGAAGGTTCTTCGAAAATGATGCAAAAACTTGGCTGCATTCAAGAAGGTATACGGCGACAGGTGGTATATATAAATGGTCAATATTTAGATTTTATTTTGTTTGGTTTAACCAAAGATGAGTTTATACAGAAGCAAAATGAGAAACTCAAAATAGGTTGA	MRSIDYSNYYWQDDEVRLRAIQAEDWESCYISDFDTPARRLLECAIELPPTISGAKKFVEENANFSSTNGRIMFTIDKLNGESIGGINLNSIDERNGTFSIGIVIDKEYRGQGYGTRAMEILLKYAFLERRLNKFNDYVLEGNEGSSKMMQKLGCIQEGIRRQVVYINGQYLDFILFGLTKDEFIQKQNEKLKIG				NA	NA	NA	NA	NA
JZ016_00469	738	pyrH_1	COG0528	Uridylate kinase	TTGACAAGGTACAAAAGAGTTCTTATTAAACTAAGTGGTGGAGCAGTGGCCGGAAACACGGAATTTGGTTTTGAGTCCGAAACGTTAGACCATATTGCTAATGAAATTATGTCAGTTGTAAATCTAGGTGTTGAGGTATCATTAGTTATAGGTGGAGGGAATATTTTTCGCGGCAATATGGCGGAAAGCTGGGGAATAGAAAGAGAAGAAGCTGACAACATCGGGACGCTTGCTACTGTTATTAATAGCTTGATGCTTCGAGGAGTTCTTAAAGCCAAAACAGACAAAGAAGTTCGTGTAATGACAGCAATACCTATTACATCAGTTGCAGAACCATACATCAGACTAAGAGCAGTTCACCATCTGGAAAAGGGCTACATAGTAATTTTTGCAGGAGGAAACGGGCAACCCTACGTTACTACGGATTACCCTTCCGTTCAAAGGGCAATCGAAGTTAATTGTGAAGCATTGTTAGTAGCAAAACAAGGGGTGGACGGTGTTCTCAATGCAGACCCTAAGTTCGACAAAGAAGCAAGGAAGTTCAGGTCACTTCACTACAACGATGTTTTAAAATACAACTTGAAGGTAATGGATCAATCAGCTTTCATCTTAGCTAGAGACTACAATCTGCCAATGCATGTGTTTAATTTTGACAAGCCGGGCTCAATGAAAGAAATTTGCGAGGGGAAAGTTAATGGCACAATAATTAGTGGTGAGTCAATTTTGGAATTGGAATGA	MTRYKRVLIKLSGGAVAGNTEFGFESETLDHIANEIMSVVNLGVEVSLVIGGGNIFRGNMAESWGIEREEADNIGTLATVINSLMLRGVLKAKTDKEVRVMTAIPITSVAEPYIRLRAVHHLEKGYIVIFAGGNGQPYVTTDYPSVQRAIEVNCEALLVAKQGVDGVLNADPKFDKEARKFRSLHYNDVLKYNLKVMDQSAFILARDYNLPMHVFNFDKPGSMKEICEGKVNGTIISGESILELE	PGPT0021205_1112	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021205-pyrH-K09903	NA	NA
JZ016_00470	471			hypothetical protein	ATGATCATTAGGACCGTTTCATTGTGTCTAATTCGAAGAGGCGATCAAATATTAGTTGAAGAATCATATGATAAAGCAGTAAACAAGACTTTTTATCGACCGGTTGGTGGTACGGTTGAGTATGGAGAGAATAGTAAAGAGACGATAATTCGAGAAGTAAAAGAAGAATTAGATTCCCAAATACAAGAACCCAAGCTAAAGTTTGTCATTGAAAACCTATTTTCATACTTGGATCAGATAGGTCATGAAGTAGATTTCATTTATGAAGCTGATCTTGTTGATCATGACTTATACAAAAGAGAAGTTATCGAAGGCATAGAAGGAATAACTCCATATAAAGCAGTTTGGAAATCAATTAATGGATTCGAAAATAATGAACAGGAAAAACTAGTACCGGATGGATTATTGGACCTATTGCTTGCGAATTATTCAGAGAGAATTAGCAAAGTCGAGCACATTAGAACTACATAA	MIIRTVSLCLIRRGDQILVEESYDKAVNKTFYRPVGGTVEYGENSKETIIREVKEELDSQIQEPKLKFVIENLFSYLDQIGHEVDFIYEADLVDHDLYKREVIEGIEGITPYKAVWKSINGFENNEQEKLVPDGLLDLLLANYSERISKVEHIRTT				NA	NA	NA	NA	NA
JZ016_00471	210			hypothetical protein	ATGGAGACGAAGGAAGAAAATTTTCCAAGTGATAGCACCATGGAATCAATCAAAAGTTTAACAGAGAAAGATGCCAAGACTTTCTTGAACCTTATATATGCACTTTTAAAAGACAACAAAAATCCGAGCGAACATTTGATTTCAAATGTATTATCCATTTTTGAAAAACAATTACCGAGAGTGGCTAAAGCAAGACAGAATGAAAACTAA	METKEENFPSDSTMESIKSLTEKDAKTFLNLIYALLKDNKNPSEHLISNVLSIFEKQLPRVAKARQNEN				NA	NA	NA	NA	NA
JZ016_00472	555			hypothetical protein	ATGTCTTTTCCATTTGATTGCATCAGTGATTTTATGTTTTTCGAAACGGAGATCGGACACGCAGATGTTATTTTAATCCCAGGCGCGAGTCAACCTCAGTTGATGGAAAGAGCCGCAACGTTATACCATCAAGGGCTCTCTTCCTTGATATTACCTTCTGGAGGTTCCACCCCATATGTAGAAACAACCGAATGGGAATATCTACAAAATGTGGGTGTTTCGTTAGGGGTTAATCCTAAAGCAATACTTAAAGAAGATAAAGCAACGAATACCTTTGAGAATGCTCGCTTCTCTTTGGAAGTATTACAGCAACAAGGGATTCACCCTAAAAAAATTTTATTGGTCTGTAAAAATTATCATGCACGAAGAGCACTACTAACTTATCAATTTCATTTTCCTAGAGAGACTATTTTTTATGTTAGTCCAATAATTGATAAATCAGGGACAACTAAAGAGAACTGGTTTCTAGAAGACGATAAAATAAAGCTCGTTATGGATGAGTTAGAGAAGGTTGGGAAGTATTTTAGGCGACAAATACCGAAGTGGGTTGAATAG	MSFPFDCISDFMFFETEIGHADVILIPGASQPQLMERAATLYHQGLSSLILPSGGSTPYVETTEWEYLQNVGVSLGVNPKAILKEDKATNTFENARFSLEVLQQQGIHPKKILLVCKNYHARRALLTYQFHFPRETIFYVSPIIDKSGTTKENWFLEDDKIKLVMDELEKVGKYFRRQIPKWVE				NA	NA	NA	NA	NA
JZ016_00473	780			hypothetical protein	ATGTTGGAGGCTAGTTCCATTAATAGCTTTCTGCCAATTAAAACTTTTGAAGCTGAGTATTCTGAAAAAGAAATGGAGGATGCAGCCAATCTCCTACGCAGCAATCTTTCAATAGTAACTGAATTAATCCCAAGCCTTCTTTATATTAATGTTGACTTTATTAATCAAGAAATTCAAATAGGTACTATAGAGAAAGTTAATGATGCCGATGGTTTAATAGTCCAAAAAATCAGTGAGATTACTAGACAAAATAAAAACCTATTTAAAATAGTTACAGACCCAACTTCAAAGACAGAGGATAATTTACGTAGGGATCGCATTAGACCCTTACAGGGGGGATTAACTATTGATTCGGCACCATCTACAGCTGGAAATTGTTCAACAGGTTATTCTGCCTTAGATTCTTCAGGTAACCCGTATATTATGACTGCAGCACATTGTTGGTATAAACAACCGGGTACAGGAATATATCAGTCCGATGCGTATATTGGTACCTTTAGTAGTATAGCCCATTATGGGAATAACGTAGATGCTGCGGCGATACGTGTTAGTTCAACCAATCTTCTAAGTAATCAAGTCTACAACGAAACCACAAGGTTAACAGCTCTGCAAGTTCCAGGTAATGATGTTATAGGTGAGGTCGTGTGTATCTCAGGACGAAATAGAGGAGAAACCAACCCATGTGGTACTCTGCAGGGTAAAAGCGCTAGTGCATTTTGGGAAATAATGGATAATGGAGTCTTAACAAAAGTATGGTTTTGTCGGGGGACAAGAACATAG	MLEASSINSFLPIKTFEAEYSEKEMEDAANLLRSNLSIVTELIPSLLYINVDFINQEIQIGTIEKVNDADGLIVQKISEITRQNKNLFKIVTDPTSKTEDNLRRDRIRPLQGGLTIDSAPSTAGNCSTGYSALDSSGNPYIMTAAHCWYKQPGTGIYQSDAYIGTFSSIAHYGNNVDAAAIRVSSTNLLSNQVYNETTRLTALQVPGNDVIGEVVCISGRNRGETNPCGTLQGKSASAFWEIMDNGVLTKVWFCRGTRT				NA	NA	NA	NA	NA
JZ016_00474	609			hypothetical protein	ATGAAAAAGAAAATGAACTATTTAATTTTAATTTTAACGATCATCTTTATGGTTGGTTGTACCAACATAGAAGATACATCCAATACAGATGTAGAAACAGATTCACAAGAAATAACCACAGATACAACAACTAAGAATAGTGAAAAAAAAGCAGCTGTCAAAGCGGTTGTTGATGAACCAGTAGGAGAGGAAACATCAACACAACCAAATAACGAATTGTTTTTAGGATACAAGCTTATCGAAGTCGATGGTGGTGATTTGTCTGGGCATCGTGAACCTAACGTTGTTGTTGACATTGGATACGGAGACCGTGAATATTGGGCATTTACTAATGAAGATGGGCAATTAGTACGTGTCATTGCTGATGAAATTATTCTACAAGACGACCGTAACGAACTTGTACTATCGTCTGGCAGATACTACCCTGATGAGGCAAAGGTTCCTGGTGTCGAAAGTGACGTTTTAGATGAAGGACATATCATTGCTGATTCTCTCGGAGGGGTATCGAATGCATATAATATTACCCCACAAGATAGCACACTCAACCGACATGGTGATCAGGCTTATATGAAAGATACGAGCTCCTTCAAAAAGAAGAGCAAGAATTAA	MKKKMNYLILILTIIFMVGCTNIEDTSNTDVETDSQEITTDTTTKNSEKKAAVKAVVDEPVGEETSTQPNNELFLGYKLIEVDGGDLSGHREPNVVVDIGYGDREYWAFTNEDGQLVRVIADEIILQDDRNELVLSSGRYYPDEAKVPGVESDVLDEGHIIADSLGGVSNAYNITPQDSTLNRHGDQAYMKDTSSFKKKSKN				NA	NA	NA	NA	NA
JZ016_00475	762			hypothetical protein	TTGAATGTACAGCATTCCTATTTACGACAAATTCAGCTCAAGAGGCACCAAGTACCCGCTTATAATCGTTACCCCTTTGATTTGGCGGTCATTCGAAGCCTAAATACTCTTGATTTCCACCCCAAGGTAACCTATATCGTAGGTGAAAATGGGATGGGCAAATCAACACTGATGGAGTCCATTGCTGTCGCATGGGGATTTAACCCGGAGGGTGGGACGATCAACTTTTCCTTCTCAACCCAGGCTACTCACTCCAGCTTATATGAATATATACAATTGATCAGAGGTCCGCGACGCCCGAGGGATGGCTTCTTCTTCCGGGCAGAAAGTTATTATAATTTAGCCACGACGATCGATGAGTTGGACAGCCAACCTTCATTCGGTCGCCCTATTAAAGATTCGTACGGTGGCAAGTCCTTGCATGAGCAATCGCACGGAGAGTCGTTCTTTTCCACTTTCATTCATCGATTCGGGGAGAATGGATTATATATACTTGATGAGCCTGAGGCTGCATTGTCTCCCCTTCGCCAAATGGCGATGCTGACACGAATCCATGAACTTGTTTTGCAAAACTCTCAATTTATTATTGCGACTCATTCCCCAATCCTTATGGCATATCCAGATTCGATTATTTACAATCTAAAGCCGAATGGTATCGAGGTCCAAGTATTGGAAGAGACCGACCATTTTATGATTATGAAAGAGTTTGTGAATAACAAGGATAGGATGCTCAGAGAGTTATTCGCAGAAGCTCAAGATTAA	MNVQHSYLRQIQLKRHQVPAYNRYPFDLAVIRSLNTLDFHPKVTYIVGENGMGKSTLMESIAVAWGFNPEGGTINFSFSTQATHSSLYEYIQLIRGPRRPRDGFFFRAESYYNLATTIDELDSQPSFGRPIKDSYGGKSLHEQSHGESFFSTFIHRFGENGLYILDEPEAALSPLRQMAMLTRIHELVLQNSQFIIATHSPILMAYPDSIIYNLKPNGIEVQVLEETDHFMIMKEFVNNKDRMLRELFAEAQD				NA	NA	NA	NA	NA
JZ016_00476	954			hypothetical protein	TTGACGTTAATAAATAATAATGTCCAAAAATTGGTACAAGAGACTGTGAAGAAATTTATAGATCCTAAAGCAGAAGTTTTAAGCATTGAAAGCAAGGCGATTAATATGGGATTACAAGCAGTTGAGTTAATGCGACATAGTGTACTAATAAAAATACTTAACGAAACCTCAAAGTTGTCTCTTGTTTCAAAACATGCTACCAGGATAGAACGGCTGGTACTAACAAGGCTTTACTCACAAAAAGCAAGTGTGCCTTTTTCTCTGTCATATGGCTCTGAAGTAGATGAAAGGTCTCTTATTTGTTTACAGGATGTTGATTATCAAACGGATTATAAAACTATAAATATTAGGTTGCTTCAGAAAAGTGAACCGAGTGTACTATCACATATTCACATCTCTAACTTTGGTCAAAAAAAAGAACTTTCATGGTTACCTGAGGTAGACAGCTCCCATATTGAAAAGATGTTATACGAGCGGTGGAAACCCCAATGGCATGCAGCTAAGGGGAACGAACAGTTTAGAGCAACCTTCGGAGAATACATACCTTTAGTAGAAGATGTGGCAAATACGATTTCCGAGGATATACAATACGTAATAAAAGATGAGAGCAGTCAAACATTAATTCATAACGACCTTAATCCAGGAAACGTGTTAGTCCATAACAATACGGATGTAATTTTTATTGATTGGGAAGAAGCTAGGTATGGCTCTTTATTTCTAGACATTCCTCTTCGCTGCGGTACCTCGGAACAAATTGAGGAATATAGGGGGTTACTGGCTGCTAATACTATGGAGTTTTCAGATAATCATTTCAATCAAATGTATGCAATCGCCTCTCGCTACCTAGGACTTAGATATATGAGTTGGAATTTAGGAGCTTGGACTAATAATTCACACGCCAAAGATGACTTAAGGAAATACTTGGACATGGTGGTGGGAACTTCGCTAAACTAA	MTLINNNVQKLVQETVKKFIDPKAEVLSIESKAINMGLQAVELMRHSVLIKILNETSKLSLVSKHATRIERLVLTRLYSQKASVPFSLSYGSEVDERSLICLQDVDYQTDYKTINIRLLQKSEPSVLSHIHISNFGQKKELSWLPEVDSSHIEKMLYERWKPQWHAAKGNEQFRATFGEYIPLVEDVANTISEDIQYVIKDESSQTLIHNDLNPGNVLVHNNTDVIFIDWEEARYGSLFLDIPLRCGTSEQIEEYRGLLAANTMEFSDNHFNQMYAIASRYLGLRYMSWNLGAWTNNSHAKDDLRKYLDMVVGTSLN				NA	NA	NA	NA	NA
JZ016_00477	444	lrpC_1	COG1522	HTH-type transcriptional regulator LrpC	GTGGATCAGATCGATAAAAACATCCTGTTTCATATGGAAAACCAAGCCAGATTGTCCATGACCGAATTGGGAAAGTTGGTGGGACTATCACAGCCAGCCGTCACGGAACGAGTGAAGCGACTGGAAGAAAGCGGGGTGATTGAAGAGTATCGTACCGTTATAAATCCCAAAAAAATAGGAAAACAAAGTACATCCTATCTACTTTTTCGGACCAGAGAATGCAATGCTTTCCTTGATTTCTGCCGTTCTTCCCCCGAAGTTGTGGAATGTTATCGCGTAAGCGGGGAACATAACTATTTATTAAAAGTCATGACAGACTCCATCGCGGACCTAGAAGCGTTTGGAGATCAGTGTGACAAATTCGGAACCTACACTACACTTATCGCGATGTCTTCGCCTATTGCGCATAAAAACCTGATTGAAGGAACCAACCTCCTCATCTGA	MDQIDKNILFHMENQARLSMTELGKLVGLSQPAVTERVKRLEESGVIEEYRTVINPKKIGKQSTSYLLFRTRECNAFLDFCRSSPEVVECYRVSGEHNYLLKVMTDSIADLEAFGDQCDKFGTYTTLIAMSSPIAHKNLIEGTNLLI	PGPT0002810_24	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0002810-cysK-K01738	NA	NA
JZ016_00478	1203	nepI	COG2814	Purine ribonucleoside efflux pump NepI	GTGATTTCGAACGAAATGTATTCTGCCACAAATGACACCGATGTCAAAAAAGAAAGTCTTCCATGGGCAGGTCTACTGGCGTTAGCTATGGCAGGATTTATCTGCATACTTACGGAAAGTCTGCCTGCTGGGCTACTACCCCAGATTGCGAGTGATCTTGGCGTAACGCAGGCGCTGGCCGGACAACTGGTTACGTTATATGCAGTGGGCTCCCTGCTGGCTGCCATTCCGCTGACCACGGCGACACGAGAGTGGAGACGCAAACCGCTTTTGCTGCTATGTATCATAGGTTTTCTGGTATTTAACACGGTGACTGCCTTATCTTCGGTGTATGCTATAACGCTAATCGCACGTTTCTGTGCAGGAGTAGCAGCGGGGGTGTTGTGGGGAATGACTGCAGGTTATGCACGCCGCATGGTGCCTGAGTCGTTAAAAGGAAAAGCCATGGCCGTCGCTATGGTAGGCACACCTTTGGCATTGGCGCTCGGGGTTCCGATAGGAACATTTTTCGGAACGTATGCAGGCTGGCGCCTGATCTTTGGAACAGTATCCATATTGACGCTAGCCCTCATTGCATGGGTGCTCTGGAATATGCCGGATTATGAAGGAGAGCCCGCTCAGCATCAACTCCCATTGCATAAAATCTTTTTCATACCTGGAATTCGGCCCATTTTGTTTGTGGTTCTCGCCTGGGTGCTAGCTCACAATATTTTGTATACCTACATTTCCCCTTTTCTGGCCGACACGGCACTGGCCCATAGAGTCGATCTGATTCTGCTATTATTCGGTGTGACTTCAGTAATCGGCACTTGGATCATTGGGTTGCTGATTGATCGTTATATGAGAATACTGGTTTTATCAAGCATTGCGATATTTGCCCTTGCCTCAGCGGCAATGGAAATCTGGATAAATCAGCCGGTCGTCATCATCTTCGGTGTCATCGCATGGGGAATGACCTTTGGCGGAGCAGCCACATTACTACAGACAGCCATTGCACATGCAGGTGGCCAAAGTGCGGATATCGCTCAATCCATGCTAGTAACGGCGTGGAATCTCGGAATCGGTGCAGGAGGAATTGTTGGGGCTATCCTGCTTGATTGGATCGGGGCCAGATTCCTACCAGGTTCATTGGTTCTCTTGTTGCTAATTACCCTTATTATAGCTTGGACCGCCCAAAATCACGGATTTCCTAGATCTCGCTAA	MISNEMYSATNDTDVKKESLPWAGLLALAMAGFICILTESLPAGLLPQIASDLGVTQALAGQLVTLYAVGSLLAAIPLTTATREWRRKPLLLLCIIGFLVFNTVTALSSVYAITLIARFCAGVAAGVLWGMTAGYARRMVPESLKGKAMAVAMVGTPLALALGVPIGTFFGTYAGWRLIFGTVSILTLALIAWVLWNMPDYEGEPAQHQLPLHKIFFIPGIRPILFVVLAWVLAHNILYTYISPFLADTALAHRVDLILLLFGVTSVIGTWIIGLLIDRYMRILVLSSIAIFALASAAMEIWINQPVVIIFGVIAWGMTFGGAATLLQTAIAHAGGQSADIAQSMLVTAWNLGIGAGGIVGAILLDWIGARFLPGSLVLLLLITLIIAWTAQNHGFPRSR				NA	NA	NA	NA	NA
JZ016_00479	882	qorB	COG0702	Quinone oxidoreductase 2	ATGGGTAAAATACTTATTACTGGAGCAACGGGTAATCTTGGCAGCAGGACGCTAAACCTTCTTCTTAAAAAGGTTCCGGCAAATCAGGCCGCTGTATTGGTACGTGATCCGCAATCTGAAAAAATCGAAAGGTTTGTTAAAGAAGGTGTGGAGGCCCATCAGGGCGACTATTTCGATTATAACTCCCTTCTGCGAGCTTTTAATGGTGTTGACAAAGTCATGCTTATCTCCGCGCAAGCATTTACCGACCGTAATACGCAACATTTCAATGTCATCGCAGCTGCAAAGGAGGCTGGTGTTAAACAAGTGATCTACACGTCGATCATTCGAAAAGAAAATTCAAATCTTATTTTGCCCGAAGTAACGATGTCAGACTTATTTGCTGAACAAACGCTTAGAGCATCCGGATTAGACTATACCATTCTGCGGAATCCACCGTACCTTGAAACCTTGCATATGTATTTCGGAGATGCGCTTAAAGCCGGCGTGCGAGTACCAGAGGGTTCCGGCAAAGTTGCCGCTGCATCTCTGGATGACTTGGCGGCAGCTAACGTAGCCGTTCTCACTCAACACGGGTACGAAAATAAGACATACACTCTAAGTGGCAGCGAGGGGAGCTCTTTTGCAGACATCGCTGAAGCCCTCTCGGAGATTAGTGAGATGAATATCCCTTATGAGTCAGTTAGCGAAAAAGAATATATAGACTCTATGGTAGCAAATGGCTTGCCTGTTTTCATGACTGATTTTTTATTAGGCTGGGTGCGAGGAGTCAACACTGGAGAATTTTCGGAGACATCCGGGGATCTTGAAAGTCTAATTGGCCGAAAACCAATGACATATAAGGAATTCTTTAAACATCAGTTTTCTAAAGTTGAAGATTGA	MGKILITGATGNLGSRTLNLLLKKVPANQAAVLVRDPQSEKIERFVKEGVEAHQGDYFDYNSLLRAFNGVDKVMLISAQAFTDRNTQHFNVIAAAKEAGVKQVIYTSIIRKENSNLILPEVTMSDLFAEQTLRASGLDYTILRNPPYLETLHMYFGDALKAGVRVPEGSGKVAAASLDDLAAANVAVLTQHGYENKTYTLSGSEGSSFADIAEALSEISEMNIPYESVSEKEYIDSMVANGLPVFMTDFLLGWVRGVNTGEFSETSGDLESLIGRKPMTYKEFFKHQFSKVED	PGPT0009465_138	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009465-qorB-K19267	NA	NA
JZ016_00480	609			hypothetical protein	ATGAAATTTGGCTTTATTGGTGCTGGAACAGTTGCTCAAACGCTGGCGAAACATCTATTGCTTCACGGTCATGAAGTTATTCTCAGTAATAGTCGTGGTCCCGAAACGCTCTCAGATCTGGTAAGCTCGCTTGGTGCTGGCGCAAAATCCGGAACACCGTCAGAAGCAGCTGAGCAGGACTTTGTAATATTATGCGTGACGTGGGCGCAAATGCCTGCTGCTTTGTCAATGGTTCCTGACTGGACAGGCCGTGTTCTTATTGATGCTACCAACCGTTTTGAAAATACGGAACCTCTACTTGGCGAATGGTCAGGAAAGAATTCAAGTGAAATCGTAGCCCAATATGCTCCGGGTGCTCATGTAATTAAAGCTTTTAACAGTGTTCCGATGGAATGGATTAAGGATTACACGGAAGAGAAGCCGAAGACTGTCCTGTTCATGTCCGGTGACGACATCCAGGTAAAACAAGTCTTGAAAGAAATTTGGGAGAAGATTGGCTTTGCCTGTATTGATCTTGGATCCTTGAGCCAGGGCGGTCTGCTGCAGCAAATAGGAGGACCTCTCGCCGGATTGAATTTAAATCTGCTGGATCAATACACTGTACGATAA	MKFGFIGAGTVAQTLAKHLLLHGHEVILSNSRGPETLSDLVSSLGAGAKSGTPSEAAEQDFVILCVTWAQMPAALSMVPDWTGRVLIDATNRFENTEPLLGEWSGKNSSEIVAQYAPGAHVIKAFNSVPMEWIKDYTEEKPKTVLFMSGDDIQVKQVLKEIWEKIGFACIDLGSLSQGGLLQQIGGPLAGLNLNLLDQYTVR				NA	NA	NA	NA	NA
JZ016_00481	570			hypothetical protein	ATGGACCTTCGAGCAGCCGCTCATCTCATTAACACTTCACAGCGTAGAGAGTCTGACCCACCGATCGTACATATATTGGATTGTACCGCCTGCAAGAAATCTTACGCGAGACTTCCCCAAGATATTGCGCTTGCTGAACGGAATGGCTCGTTGCAGCTTTGCAACCTGTGTCAAGATATACAAAGAAAGAGTCAGAAGAGTAGTCGTCTTTATGCCAGAAGAAACGGTAATCTGAAGTGGTCAGATTCGCTTGGCATTGCATATCCTACAAAAGGAAGCATCAAGAATGGAGAAGGTCCTTATACCGAGATCATGCACCGATTTGAGATTTGGCTTCGAGACGTGCACAATTACTTACCTGGGCAAGAAATTGAATGGGAGACCCGGAAGCAGTTACAAAAACAATTCTTCCTAGAGTTTATTGATGAGCCCAACCTCTTCTCTACCCAGCCAATTCGGAAGCTTACACATAACGGTGAAACAGTCTATGTATGTACCGGCTGCCAGGCTCAGATGAGCCCGACCTATTTTATTAAATGTTGCCCATCGAAAAAGCCCAAGAGCAATTAG	MDLRAAAHLINTSQRRESDPPIVHILDCTACKKSYARLPQDIALAERNGSLQLCNLCQDIQRKSQKSSRLYARRNGNLKWSDSLGIAYPTKGSIKNGEGPYTEIMHRFEIWLRDVHNYLPGQEIEWETRKQLQKQFFLEFIDEPNLFSTQPIRKLTHNGETVYVCTGCQAQMSPTYFIKCCPSKKPKSN				NA	NA	NA	NA	NA
JZ016_00482	327	ydbM_1		Putative acyl-CoA dehydrogenase YdbM	TTGAACCGATCTTATGTCGCAGATCCATTCATACGAAATGAACACGAGGTGAACATTGCGGAGAGGGCAGACCGGCTGGCCGCCATATTCGCGGAGAGAGCTCCCAAGCATGATTCGGAAGGATCGTTTCCGTACGAGAACTTTGAAGATCTCAAGGCGTCAGGCTATTTAAAACTAACCGTTCCCAAGCGATTTGGCGGAGAGGAAGCCTCCGTCTATGAAATGGTGCTGGCCCAGGAACGGCTGGCGCGCGGAGACAGCTCCACCGCACTAGCTGTCGGCTGGAGTATCAGCCTCTTGCTTAAGCAGCGTCTGACCCGGGCTTGA	MNRSYVADPFIRNEHEVNIAERADRLAAIFAERAPKHDSEGSFPYENFEDLKASGYLKLTVPKRFGGEEASVYEMVLAQERLARGDSSTALAVGWSISLLLKQRLTRA				NA	NA	NA	NA	NA
JZ016_00483	927	ypeA_1		Acetyltransferase YpeA	ATGTCAGATGCAACCATCATTCAGACGATCCGGCGCTTTAACCGTTTTTATACGAATGTGCTCGGACTCCTCGATCAACATCTGTTGCACAGCGATTTTTCTCTCTCCGAGGCTAGGGTGCTTTACGAAATTCAGAATACGGAGCATTGCACAGCCAAAATGCTGATCGACAAGCTGAGCATCGATGCCGGATATTTAAGCCGCATCTTAAAGCGATTCGATAAGCTTGGGCTGACCTACCGCGTTCAATCCGATAAAGACGGCAGATCCTACTATCATTACCTGTCCGATCAGGGCCGTGAAATGCTGCACAAGCTCGATGCGCTATCCGACGAGCAAATCCGCCGGTTAATCGAGGGACTACCGGAGCACAGAAAGGGGCTGATTGCGAAGAGCATGACGGCCATTGAAAGCTCCCTCTCCACCGAAGAGGATCGCGGTCTGGGCGTGGTCATCCGCACCGAGCTGCGGTCGGGGGACGTTGGCGTCCTGATCCATCTGCACGGCTGGGTGTACGCGGAGGAGTGCGGTTATAATCATGGATTTGAGGGCTATGTTTGCAAGACCTTTCATGAGTTCTTCCAACATTATGACCGGGAGAAGGATCGGTTCTGGCTGGCGGAGGCGGACGGCCACATCGTCGGCGCTATCGCCATTGTCGGGCATACGCCGGACAAAGCACAGCTCAGATGGTTCATCCTGCACCCCGATTTCAGGGGAAGGGGACTTGGCAAGACGTTATTGAACGAGGCCGTCAAGTATTGCCGGGAAAAGGGCTACCGGAACGTGTTCCTGGAAACGACCGAGGATCAGGAAAATGCGATTCGGATGTACGAGAACGTCGGTTTCCGCAAGACCGGCGAGCGTCCGAACGAAGCGTGGGGCGTAAGCCACGTCGAGCAGGTTTTCGAGCTTCACTTGCCATAA	MSDATIIQTIRRFNRFYTNVLGLLDQHLLHSDFSLSEARVLYEIQNTEHCTAKMLIDKLSIDAGYLSRILKRFDKLGLTYRVQSDKDGRSYYHYLSDQGREMLHKLDALSDEQIRRLIEGLPEHRKGLIAKSMTAIESSLSTEEDRGLGVVIRTELRSGDVGVLIHLHGWVYAEECGYNHGFEGYVCKTFHEFFQHYDREKDRFWLAEADGHIVGAIAIVGHTPDKAQLRWFILHPDFRGRGLGKTLLNEAVKYCREKGYRNVFLETTEDQENAIRMYENVGFRKTGERPNEAWGVSHVEQVFELHLP				NA	NA	NA	NA	NA
JZ016_00484	102			hypothetical protein	ATGAAACAAAAACTGAAAATCGTATCCGCATTTTTATGTGGCGCTATATTCAAATCGATAATTACTAAAAACTTCCAATTACTATTGCACGTAACGATGTAA	MKQKLKIVSAFLCGAIFKSIITKNFQLLLHVTM				NA	NA	NA	NA	NA
JZ016_00485	561			hypothetical protein	ATGCTAAATATAACCACATACATTGAAAAGAAGACTATAGATTCTTTTTACTTTAGTCAAGATAATATTGAAGACTATTTTATTTCATTGAAAGATAGTTTATCAATCCAGGTGGCTAACAGACAATTAAACAAGCATAAAGGCCATAAGTTAGATGGTGTAGTAAATATAAAAACGTCTGATACTACAATCACCAACTTTATGGATTGGGATGATATTGACTTGATGTGGATCGGTGTTTTAGAAATGACTTTGGAATATAAAAAAACAGGTTTTGGAGAGCACATTATGGCCATGAATAGCCATGAGTGGAGTGTCAAAAGAATCATTACAAAACCAGAGAACAAGATATTATTTAGAGTAAAAAGAAATCCGTTGATTTTTGAAGGTACAAACCTTTACGAAGCTTACAAAGAGACGAAAAACATTGTTGTTGAAGAAGAATTTTTATCTGAAATTCTTAAGGCGGCTAATGAGTTTATTTCTTTTAGAGAAAAACTATTTAAAATTGATAATCTAGGCAGATTAAAAGCAGTATTGTCTGAAATACAATCTTATTAG	MLNITTYIEKKTIDSFYFSQDNIEDYFISLKDSLSIQVANRQLNKHKGHKLDGVVNIKTSDTTITNFMDWDDIDLMWIGVLEMTLEYKKTGFGEHIMAMNSHEWSVKRIITKPENKILFRVKRNPLIFEGTNLYEAYKETKNIVVEEEFLSEILKAANEFISFREKLFKIDNLGRLKAVLSEIQSY				NA	NA	NA	NA	NA
JZ016_00486	1872			hypothetical protein	ATGGTGAAAATGACACCAGATGAGTTAAGAAAATCATATATTGATTTTATGAAAGGAATAGGGGCTAGCCAAGTGCCCTCTTCTAGCTTGTTGCCAGAAAATGATTCCTCAACGTTGTTTACAGGAAGTGGAATGCAACCTATGGTTCCATATTTATTGGGGGAAAAGCATCCGATAGGTAATGAGATTGCTAATATTCAGAAGTGTTTAAGGACAGTGGATATTGATGAAGTAGGAGATACGTCGCATCTGACATTTTTTGAAATGATAGGTCGATGGGAGTTTAAAGCAAATGAAAATAACTATAAGAAAAAGCAAATCGATGCCATTTGGAATTGGCATATTATCGAATTAGGAATTGATCCTGGCAGGCTGTATATCAGTGCTTTTATAGGAAGTGATGATTTGAATATACAGAAAGATACGGAAGCCATTCAAATCTGGTCAGAAAAATTTAAATCAGTTGGTATAGAACCTATCATTGAAGATGATCCCTATCAATATGGAGCATCTAGAGGTGGAAGAATATTCTTATACGATGAAAAAGAAAATTGGTGGAGTCGAGCCGGAAGTCCATTGGATATGCCTGTTGGTGAACCGGGTGGGCCTGATAGTGAAATGTTTTATGATCTTGAACCAGGCGGTGATTCACTGGATCATCCTGCTTCTGAAAGCGAGAGGTTTTTAGAGATTGGGAACAACGTATTTATGTGTTACAAAAAAGAAGGCACAGGATTTGTAAAAATGCAAAATCCCAATATGGATTATGGAGGCGGATTAGAAAGGGTTGCAACAGCCCTTAATGGTGACAAGGATATTTATAATACGGCTTTCTTCCTTAATCCCAAGAAAAAATTGATGGAGTTAAGTGGTAAACAATATACTGACGATTTAAAGTCGTTTAGAATCATACTTGATCATGTGAGAGCGGCTACTTTTCTAATTAATGATGGTGCGGAGCCAGCTAATAGTGATGCAGGGTATATAACAAGAAGGTTATTAAGAAGGGCGATTCGTGCAGGTAAAAAAATAGGTATACAAGGAAGTTTTGTGGGTGAGTTGTCTGAAGTTTATATAGATGAAGCAACAGCTTATGAAGATTTGATCGGTAATAAAAAGAAAGTTATCGAAACAGTAAATAAGGAAGAAAATCTTTTCTATAGAACTTTACAGCAAGGAGAATTTGAAATACAAAAACATCTTAAGAATAAGGGTAAAGTTACAGGTGCAGATGCCTTTTATTTTTACGAAACATATGGGTTTCCCTTGGAGTTGACGGAAGAGTTTCTAACTGAAAATGGATATAGCATGGAGGACAAGGCGTCTTATATAGAGGCGGCAAAGAAACATGCTGAAAAGAGCAGAACTGCTTCTGTGGGTAAATTTAAAGGTGGATTAGCTGAACATTCAACAGAAACAACAGCGCTGCACACGGTATCTCATTTATTACTTGCTGGTTTAAGGGAAGTTTTAGGTGATCATGTTCATCAACAAGGAAGTAATATTACCTCAGAGCGAATACGGTTTGACTTCAACCATGATGAAAAACTTACGCCAGAGCAAATAGCTGCGGTGGAGAAGTATGTGAATGATGCGATTTCGTCAAAAGCAATTACCTATATTTCAGAGATGCCTAAAACTGAAGCAAAAGAAAGTAATGTTGTAGGGAATTTTTGGGATAAATATCCGGATATCGTTAAGGTGTATACAATCAAAGATAATGAAGGGAAAGTTTGGAGTCGAGAAGTATGTGGAGGACCTCATGTAGAGGATACAACAAACATAGGAAAGTTCAGTATTAAAAAAGAACAATCTTCTGCTGCTGGAGTTAGAAGGATTAAAGGAGTAATTAATAAAAACGCTGAACAATAG	MVKMTPDELRKSYIDFMKGIGASQVPSSSLLPENDSSTLFTGSGMQPMVPYLLGEKHPIGNEIANIQKCLRTVDIDEVGDTSHLTFFEMIGRWEFKANENNYKKKQIDAIWNWHIIELGIDPGRLYISAFIGSDDLNIQKDTEAIQIWSEKFKSVGIEPIIEDDPYQYGASRGGRIFLYDEKENWWSRAGSPLDMPVGEPGGPDSEMFYDLEPGGDSLDHPASESERFLEIGNNVFMCYKKEGTGFVKMQNPNMDYGGGLERVATALNGDKDIYNTAFFLNPKKKLMELSGKQYTDDLKSFRIILDHVRAATFLINDGAEPANSDAGYITRRLLRRAIRAGKKIGIQGSFVGELSEVYIDEATAYEDLIGNKKKVIETVNKEENLFYRTLQQGEFEIQKHLKNKGKVTGADAFYFYETYGFPLELTEEFLTENGYSMEDKASYIEAAKKHAEKSRTASVGKFKGGLAEHSTETTALHTVSHLLLAGLREVLGDHVHQQGSNITSERIRFDFNHDEKLTPEQIAAVEKYVNDAISSKAITYISEMPKTEAKESNVVGNFWDKYPDIVKVYTIKDNEGKVWSREVCGGPHVEDTTNIGKFSIKKEQSSAAGVRRIKGVINKNAEQ				NA	NA	NA	NA	NA
JZ016_00488	1320			hypothetical protein	ATGAGCGTTCTCACCAAATCTATCATTGGTCTGCTTTGCGTGACGACATTAGCGGGCACCTATTTCAGTTATACGGAGCATCAGAATAATCGGCAATGGGAGCAGCAACAACAGCACAATACGCAATACTGGTCACATATGCAATTGATCTACCTGCGTGATTTCGACTATGCGCTTGCGGAGTCCCTTGCGGCATCTACGATTTCAGATCGGCAAGCAGCACTTCAATCTGCGATTGAAAATGCCAATTTTATCTTGCAATCTGTAAGGATCGGATCCGTTACAATGAACTTTCAATCTTGGTCATATGAGTCGTTTATCACAGAGGGCAGCCGCTACTTGGCCTATCCTGCCAGCGAGAAGGAAATCTCGCTTAACCCGGATCAATTAGAACAAATTCAGCGTTTGAGAACGTTCGCGAGGACCGCCCTACCTTATCTCGATCAGATGAGAAAGAAAGCTGTTGATTCCTCTATATCAGATATACAACAGATATCAACTGAAATGGAAGAGGCTTTGTCTCAACTCGACTCGGTCTCCACCTATGGAAATAAAGCCTTTAACGAGTTCCTGTACAACCAGAATCCATACATACCTCCGAAGCCAGGAACCGTTTTCGCCGGTGAAACCACTTATACGGCTACGGAGCTTGCGGCCAAAGCGAAAATTTTCATGGGCGAGGCTTGGAATAAAGGAGCAGGTAAGCAAATTGTCCACATCTCAGGCGGGAGCAGCCCCCAATTCGGAGAAGTCTTGGATTTCAAGTTATCGGACACCGATGGAAAATCAACCAACTCCTATATTGCAACACTAAGTAAAAGCGGACACGTGCTCCAAGTGAGACGCAAGAGCTCGATCTCTGAGAAAGGAGATGTAGAGCAAACTATCGACTTAAAGCAGGTTGTCGCGGTTACGGACACCTGGATGGCTCGCTGGTCTGACGAACGTCTGACATTAGTAGCGAAAGAGATAAACGATACTTCCATTTATCTCACGTATATTCCGGTCCGGGAGCAAGTTTCCATTCCGCAAATGAAAGTCGTATGGCGATTTGATCGCCGTACCGGTACGTTGAAGAGCTTTGATGCGTCTAATTATTATTCCCATTACAATAAAACCTTCCCCGTTCACCCGAGGCTGACAGCGGAGCAAGCCTCCGCGAAGCTTGGCCCAAAAGTAACCCCCTCGGGCAAGCCAAAGCTGGAAATCCACAACAGCCAGCTCGTATACGCATTTCCCGTCACTGGGATCGAAGGCGTTTCTCACGTATACGTAAACGCCCGCACAGGTGCTGGCGAAGGCATTAATTACAACCTGTAA	MSVLTKSIIGLLCVTTLAGTYFSYTEHQNNRQWEQQQQHNTQYWSHMQLIYLRDFDYALAESLAASTISDRQAALQSAIENANFILQSVRIGSVTMNFQSWSYESFITEGSRYLAYPASEKEISLNPDQLEQIQRLRTFARTALPYLDQMRKKAVDSSISDIQQISTEMEEALSQLDSVSTYGNKAFNEFLYNQNPYIPPKPGTVFAGETTYTATELAAKAKIFMGEAWNKGAGKQIVHISGGSSPQFGEVLDFKLSDTDGKSTNSYIATLSKSGHVLQVRRKSSISEKGDVEQTIDLKQVVAVTDTWMARWSDERLTLVAKEINDTSIYLTYIPVREQVSIPQMKVVWRFDRRTGTLKSFDASNYYSHYNKTFPVHPRLTAEQASAKLGPKVTPSGKPKLEIHNSQLVYAFPVTGIEGVSHVYVNARTGAGEGINYNL				NA	NA	NA	NA	NA
JZ016_00489	570			hypothetical protein	ATGGCAGACAAAAAAACAGATCACAGAGTGAGATATACAAAGATGGTTGTAAAAGAAAGCCTGCTGAAGCTTTTGACAGAACGGTCTATCAATAAAGTGACAGTGACCGACATTTGCAGAGAAGCAGGGATTAATCGCAACACCTTTTATACACACTATGCGAATCAGTTTGAGCTTCTTTCAACGATTGGAAATGATCTTTACGAAGACATTAAGCAAGTTGGGATGAGTTCTTCAAACCCTCAAAAGCTATCTTATGAATTATGTAAGTATATAAAAGCGAATCAAACGATATGTAAGGTTCTGTTCTCAGAGCATGGCGATAAAGAATTACTAGAACGAATCCTTTATATCAGTCACGATTTAACTATTGAGCGATGGAAGCAGGAATTAAAAGATTTTGATCCACAATTATTTGAGTCCTGGTATACGTTCACCGCTCATGGCAGTATAGCTATTATTAAAAAGTGGGTGAGTAGTGGTCTGAAGGAAAGCCCCAATAAAATTGCAGCTTTTATTGATAAAGCTACGGAATCCGTATCTAAAGCTTTTTATTCTGAAGAATTGTAG	MADKKTDHRVRYTKMVVKESLLKLLTERSINKVTVTDICREAGINRNTFYTHYANQFELLSTIGNDLYEDIKQVGMSSSNPQKLSYELCKYIKANQTICKVLFSEHGDKELLERILYISHDLTIERWKQELKDFDPQLFESWYTFTAHGSIAIIKKWVSSGLKESPNKIAAFIDKATESVSKAFYSEEL				NA	NA	NA	NA	NA
JZ016_00490	960			hypothetical protein	GTGGGTGATATAACTGTGGTGCCTGTATGGATAATTCAAGATATTATAGTCTTAATTGCTGCTGTTCTAATGGTTTTCTATATCCTTGATAAGGAAACACATCCCAAAACGGTTCTACTGCAATTTATAGGTTTTGTGTTTTTTTACGCAGCTGTTTTTGAAATTACTGCTTCATCGCTTGGGGAAGGTTTTTACGCCTATGGGCGGAGTATTTTAATGTTATTTAATATACCGATTACTGTCCCTATTATTGAGTTTCTGATCATTTATTCCACTTTGCGTGTTCTAAAATCTGTAACTATACCGTCCTGGACTAAACCATTTATTACGGGATTAAGCGCTATGGTGTTTGACTTTTCATTGGACCCGGTGGCCGTTAAACAGATATTTCAGACTACGGATGGACTCATGGCAAGATGGACTTATTATCCGCTAGCCGGTGAACCTCAAATCTATGGGGAACCCGTGATGAATTTTACAGGATGGATTTATATAGCGGGATATTGGACAGTCTTTATACTAATTGGTGAATGGTGGCACAAAAAGAAAGGCTACAGTCAATCAATTGGTTATATCTATCCGTTTCTGGCGGCAATTGCGTCATTGGCTTGCATGTTCTCACCTTTATCTAACTTCTTTAATTATATGGGGCCGTTCTTCGCCAGAACCTCTAATATGCAATGGGTGATGTTGATTGCACTTTCTGTAATTACAGCAGGAGTTTTAGCATTAGCTTTTATAAAGTTCTGGGACCGGAAGGCTATTTATTCAATCACTCCCAAAAAAGATTTTCCTATCATGTTTACTTTCTTGGGGTTCCCCCTGGTGAATACTATATTTTGCCTTATAGGAGGTTACACAGAAGTATTGTGGCTGGTCGTTCTGGCTCAGATCTTATTAATGTTAGCCTGGATCGGAATTAATATTATGGGTAAAAAAGCAAGACCAATCACGAAATAA	MGDITVVPVWIIQDIIVLIAAVLMVFYILDKETHPKTVLLQFIGFVFFYAAVFEITASSLGEGFYAYGRSILMLFNIPITVPIIEFLIIYSTLRVLKSVTIPSWTKPFITGLSAMVFDFSLDPVAVKQIFQTTDGLMARWTYYPLAGEPQIYGEPVMNFTGWIYIAGYWTVFILIGEWWHKKKGYSQSIGYIYPFLAAIASLACMFSPLSNFFNYMGPFFARTSNMQWVMLIALSVITAGVLALAFIKFWDRKAIYSITPKKDFPIMFTFLGFPLVNTIFCLIGGYTEVLWLVVLAQILLMLAWIGINIMGKKARPITK				NA	NA	NA	NA	NA
JZ016_00491	801	cntF_2		Metal-staphylopine import system ATP-binding protein CntF	ATGATTACGGTGGAGAATCTTCAGAAAAGCTATAAGGCTGACCGTGGGCTGCGGAATCACACCCAAAAGCATGTACTGACCGACGTCAGCTTTCATTTGAACGATGGAGACTGTCTGGGCATTGTAGGGGAGAGCGGCAGCGGTAAAAGCACGTTATCCCGGATCCTACTTGGATTAGAAACCAGTGATGGCGGGACCATTCGGATAGATGGCGTGCCACATAAAAAGTGGCTTAAGCAAAACAAAGGGAAATTCAGTGTCGTGTTCCAGGATTATCGCACCTCTGTCAACCCGAACTGGACCTTGCGGCAAATTATCGAGGAACCACTCTATATGCTACGAAGCGGCAAAAACGCTCATGCCGACCATGAAGCGATTATTGCAGAGCTGATGGAGCGGGTAGAGTTGCCCCTTGACTATCTAAAGAAGTATCCGCATGAGCTAAGCGGTGGACAGTTGCAACGTGTATGCATAGCGCGTGCCTTGACCACACGGCCGCGCTATCTTGTTTTGGATGAAGCCATTAGCTCGCTCGACGTTTCTGTGCAATCTCAAATTTTATCTCTCTTAAAGGAGCTCCAGAGGGAGTTTCAATTAACATATTTATTCATAGCGCATGATCTGCAAGCCGTAGCCTATTTATGTAATCGCTTAGCCTTTCTGAGGGATGGGGTCATTATTGAAGAGCTTGATTGCAACCACTTTATGTGTGCGAAGAGCGAATATGTAAAGTCACTGGTGAGCTCGATCCTTCCCTTTCAATCGAGGTTCAACCGGACGAGTGGTCACAATGTTACTTAA	MITVENLQKSYKADRGLRNHTQKHVLTDVSFHLNDGDCLGIVGESGSGKSTLSRILLGLETSDGGTIRIDGVPHKKWLKQNKGKFSVVFQDYRTSVNPNWTLRQIIEEPLYMLRSGKNAHADHEAIIAELMERVELPLDYLKKYPHELSGGQLQRVCIARALTTRPRYLVLDEAISSLDVSVQSQILSLLKELQREFQLTYLFIAHDLQAVAYLCNRLAFLRDGVIIEELDCNHFMCAKSEYVKSLVSSILPFQSRFNRTSGHNVT	PGPT0004425_245	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004425-nikE|cntF-K10824	NA	NA
JZ016_00492	852	cntD_2		Metal-staphylopine import system ATP-binding protein CntD	GTGACCATACTGACCGTTAAGCATCTTAATATTGTTGATCTCAAGACCCAAAGAAGAATTGTAAAAGATGCATCCTTCTCGGTGCAAAAAAATTCTTGCCTTGGTATTGTTGGGGAGAGCGGCAGTGGAAAGACGATGACTGTTCGGGAAATTTTAGGTGTAAATCCCCGCTGGATACAATCTGAAGGAGAGATTATTTTCGAGGGCCGCAACATTTTGAAGGACAACGAAAAACAGCGGAGGTCCATTCGGGGTCAAAAAATCAAGATGATTCTTCAGGATGCAATGACGGCTTTCAATCCTATTGAGAAAATGGGCTTCCAGATGAAACAAACTTTTATGCAGGTATTGAGGGTATCCAGAAGAGAAGCTGAGCGATTGAGTTTGGAAAGCTTGAAAAAATTGAATTTCCCGGATTCGCTTGCCGTTTATAAGAGTTATCCTCATGAGCTGTCCGGTGGGATGCTTCAACGCTGTATGATTGCGATTGCTCTTGTGCTGAAGCCGGACATTATTATTGCGGATGAGCCTACAACAGCTCTAGACTCCATTAATCAATTGGAAGTCGTCAATCAATTTCAGTCCTTAAAGGAAATGACGGGTACCACACTGATCCTCATCTCCCACGACCTGGGAGTTGTGCAGCGGTTGGCCGACAGCGTTATCGTCATGAAAGAAGGAGAAGTGTTGGAACAGGGCTCGGTCACTGATGTTTTTAATGAGCCTAAACATGCCTACACCCAATATTTAGTTAGCACGCGCCTGCAGCTTTCAGATAGCTTTATGAACACAATGCATAGCGGGGGGATCCAAGAGTATGATTACGGTGGAGAATCTTCAGAAAAGCTATAA	MTILTVKHLNIVDLKTQRRIVKDASFSVQKNSCLGIVGESGSGKTMTVREILGVNPRWIQSEGEIIFEGRNILKDNEKQRRSIRGQKIKMILQDAMTAFNPIEKMGFQMKQTFMQVLRVSRREAERLSLESLKKLNFPDSLAVYKSYPHELSGGMLQRCMIAIALVLKPDIIIADEPTTALDSINQLEVVNQFQSLKEMTGTTLILISHDLGVVQRLADSVIVMKEGEVLEQGSVTDVFNEPKHAYTQYLVSTRLQLSDSFMNTMHSGGIQEYDYGGESSEKL	PGPT0004420_155	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004420-nikD|cntD-K15587	NA	NA
JZ016_00493	903	cntC_2	COG1173	Metal-staphylopine import system permease protein CntC	ATGAGTTTTTTCAAGCGTCTTCAACAGGATAAGCTGGGTATCACTTGCTTGATATTTTTGGGCGTGGTCTGCCTTGCTGGGATCTTCGCCCCTCTAATTGCTCCGCATGATCCGACCTTACTTCAGGTGGATATGAAGCTTGCCATGCCAAGCGCAGAGTACCCGCTCGGGACTGATCATCTGGGAAGATGCTTATATTCACGGATTTTATTCGGCATACGCACCACGTTCTTTTATGCTCTACTGGCTATGAGTGTGACGATTTTTTCCGGGGTCGCATTTGGAATTCTAGCCGGCTATTCGAACGGAAGAGTCCGGGAAGTCATTTTGCGTTTCTGCGACGCTATGCTGTCCTTCCCGTCAGAGGTGATGATTCTGGCTATTATCGGCATATTGGGACCCGGGATTATGAATATCGTGATTGCGAATATTTTGTCCAAGTGGGCCTGGTATACACGGATGATCTATAGCAGCGTTCAGCAGTATCGATCAAAAAACTATGTGAAGTTCGCTCAAGTCCATCAGGCTTCTCCAATCTATATTATGAGAAAGCATATTGTTCCCGGGATCTCCGGTGAAGTAACCACACATTCGACCCTAGAGATGGGCTGGGTGATTCTAAGTATTTCGTCCCTTTCCTTTCTTGGATTGGGCGTGCAACCTCCTGCTCCTGAATGGGGAATGATGCTGAATGAAGCGAAGAATGTGTTGTTCACCCATCCCTGGCAGATGATCCCTGCCGGTATTACCATTCTGCTTGTCATCGTCGCGCTAAATTTTCTCGGTGACAGTCTGCAGCAGGCCATGAACTCGAAATCCTACATGGCAAGCCCGAAGCAACAACGCAAGCTATTCCGCTTGGGTGAAGGGAGGAAGATGGTAAGTGACCATACTGACCGTTAA	MSFFKRLQQDKLGITCLIFLGVVCLAGIFAPLIAPHDPTLLQVDMKLAMPSAEYPLGTDHLGRCLYSRILFGIRTTFFYALLAMSVTIFSGVAFGILAGYSNGRVREVILRFCDAMLSFPSEVMILAIIGILGPGIMNIVIANILSKWAWYTRMIYSSVQQYRSKNYVKFAQVHQASPIYIMRKHIVPGISGEVTTHSTLEMGWVILSISSLSFLGLGVQPPAPEWGMMLNEAKNVLFTHPWQMIPAGITILLVIVALNFLGDSLQQAMNSKSYMASPKQQRKLFRLGEGRKMVSDHTDR	PGPT0004415_51	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004415-nikC|cntC-K15586	NA	NA
JZ016_00494	933	nikB_1	COG0601	Nickel transport system permease protein NikB	ATGATACAGTATGTAATAAAACGCATAGCAGGTACCGTTCCGCTCCTGCTGCTGGTTACCTTCATGGCGTTCATTCTAATTAATTTAAGAACTAGTGATCCGGCAGAGATTGCTCTGCGTGTAAATCAGATTACCCCGACCGAGGAAGTGGTCCAGAGCATGCGCGAAGAGCTCGGACTTGACGATCCTTTTCTTATCCGATATAAAAACTGGATTATGGACAGCTTTCAAGGGAATTTGGGTACCAGCTACGTCAATAAAAAGCCTGTATTGGAAGAGATGCGTCAAGCGATTCCTCCAACGCTTGAATTAGCGGGGGCTACACTTATAATTATTGTCCTTTTCAGCGTTTCCATCGGGATAATCTGCAGCATCTTCGAGAATAGATGGCAGGATCGTTTTTTGCGGGGCTTCATCTTTTTGCTGTCAGCGATGCCAAGCTTCTGGATCGGCTTGCTGCTCATGTGGTCTTTTTCGGTTTATCTGGGGTGGCTTCCGACAAGCGGGAAGAATGGTCCTTCATCCATTATCTTGCCGGCCGTCACCTTGTCACTAACCTTTTTATCCACCTATGTCAGACTGATACGCAATAATATGATTCAAAATACGCAAGAAAATTTCATTCTTTATGCCAAGCTGCGCGGACTCAAACAGAGCACTGTAATGTGGAAAGTGTTTTCCAATTCGATCCAATCGGCTCTTACCGCGTTCGGCATGTCTATTCCGCGTCTGATTGCTGGGACTGTTGTTGTTGAAAATATATTTGCCTGGCCCGGCATAGGTCGTTTATGCGTCAAGGCTATTTTTAACTCGGATTATCCTGTGATCCAGGCTTATATTCTGATGATGGCCGTCTTATTTATCGTTTGCAATTTATTGGTAGATATTGTGGTCGTGATGATAGATCCACGTTTGCGGAGGGAAGCCAAATGA	MIQYVIKRIAGTVPLLLLVTFMAFILINLRTSDPAEIALRVNQITPTEEVVQSMREELGLDDPFLIRYKNWIMDSFQGNLGTSYVNKKPVLEEMRQAIPPTLELAGATLIIIVLFSVSIGIICSIFENRWQDRFLRGFIFLLSAMPSFWIGLLLMWSFSVYLGWLPTSGKNGPSSIILPAVTLSLTFLSTYVRLIRNNMIQNTQENFILYAKLRGLKQSTVMWKVFSNSIQSALTAFGMSIPRLIAGTVVVENIFAWPGIGRLCVKAIFNSDYPVIQAYILMMAVLFIVCNLLVDIVVVMIDPRLRREAK	PGPT0004410_340	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004410-nikB|cntB-K15585	NA	NA
JZ016_00495	1584	cntA_2	COG0747	Metal-staphylopine-binding protein CntA	ATGAAAAAGAAACTTTTACTTGCTATGTTTACGTTACTGATTGTATTAACAGGCTGCAGCCAGGCTACCAAGAGCAACCCTGCAGCAGTGGACAAGAACGAACTAGTCTTTGCCAGCACCAAAGATATTCGCGATATTAATCCGCATCTGACAGGTGGCGAACTCGCTGCACAAAATATGGTTTTTGAATCTCTGGTTATGAATACACCGGAGGGCGTTAAACCCAAGCTTGCTGAGAAATGGGAGATCTCGGAGGATGGTTTGACCTATACGTTCCATTTAAGAAAAAACATCAAATTCAGCGATGGTGAACCGTTCAATGCGGAGGCCGTCAAGAAAAATATTGATGTCGTCGTAGCCAACTATGAGAAGAATGCCTGGCTGAATCTGGTGCAGGTTATTGATTCAACTAAAGTTGTCGATGAATATACGTTTTCCTTGACACTAAAAACACCATATTATCCGACGTTGGAGGAGTTGGGGCTTACGCGTCCTTTCCGAATGATCTCCCCTAAATGTTTCATCGACGGAACAACAGCGAATGGCGTCAATGGTTATGCAGGCACGGGACCCTATATATTGGCCGAGCATAAAGACAATCAATACGCGTTGTTTAGTGTCAATGAGAACTATTGGGGAGATAAACCGAAGATTCAGCATGTTCGTTGGAAGGTCATGCCGGATCACCAGACGATTCTACTTGCTCTGCAGAACGGCGAGATTGATCTCATATTTGGCGCGGACGGCGACATGCTAGATGCTAATGCCTTCTCCTCCCTGCAAGACGAGGGCAAGTATGTAACGAAGATCAGTCCGCCATCCGGTTCGCGCTCGATATTGCTGAACAGCAAGCGAGAAGCAACTTCTGACAAACTGGTTCGCGAGGCATTGCAATATGCCATTAACAAAAAAACGATCGCGACCGGCATTCTCAACGACACGGAGCAAATTGCGGATGTCCTAATGTCTAAATCCACTCCGTACGCCAACATTGAGCTTAAGGTTCGTTCCTACGACACCCAGAAGGCCGAAGCTTTGCTGGATCAAGCAGGGTGGGCAAAATCAGACGATGGCTACCGTTATAAGGATGGGAAAAGGCTTAACCTGATGCTGTCCTATAATTCTGATAATGCGCAGGAGAAAACGATTGGGGAATCGATGCAAAATGATCTCAAAGCGATTGGCGTTGAGCTTGAACTGTTGGGTGAAGAAAAGCAAGCCTATTTCGACCGTCAAAAATCCGGTGATTTCGATTTGCAATACTCTTTATCCTGGGGCTTGCCTTATGATCCACAAACCTATGTGTCAACCTGGCGTGTGCCTTCGCATGGTGATTATCAGGCTCAGGCAGGTCTGGAAAAGAAGAAATGGCTGGACCAAACGATCAGTGATGTTCTCGTTGAGCAGGACGAAACTGCGCGGGCGGAGAAATATGAGCAAATATTCAGCTATGTGAATGAAGAGGCTGTGTATCTGCCGTTGACTTATTCAGTTGTCAAAGCGATTCATGCCGAACAGCTTAAGGGCGTTTCCTTCAATGTATCGCAATATGAAATCCCGTTTGAGCTCATGTATTTTGAGTAA	MKKKLLLAMFTLLIVLTGCSQATKSNPAAVDKNELVFASTKDIRDINPHLTGGELAAQNMVFESLVMNTPEGVKPKLAEKWEISEDGLTYTFHLRKNIKFSDGEPFNAEAVKKNIDVVVANYEKNAWLNLVQVIDSTKVVDEYTFSLTLKTPYYPTLEELGLTRPFRMISPKCFIDGTTANGVNGYAGTGPYILAEHKDNQYALFSVNENYWGDKPKIQHVRWKVMPDHQTILLALQNGEIDLIFGADGDMLDANAFSSLQDEGKYVTKISPPSGSRSILLNSKREATSDKLVREALQYAINKKTIATGILNDTEQIADVLMSKSTPYANIELKVRSYDTQKAEALLDQAGWAKSDDGYRYKDGKRLNLMLSYNSDNAQEKTIGESMQNDLKAIGVELELLGEEKQAYFDRQKSGDFDLQYSLSWGLPYDPQTYVSTWRVPSHGDYQAQAGLEKKKWLDQTISDVLVEQDETARAEKYEQIFSYVNEEAVYLPLTYSVVKAIHAEQLKGVSFNVSQYEIPFELMYFE	PGPT0004405_124	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004405-nikA|cntA-K15584	NA	NA
JZ016_00496	1305	dinF	COG0534	DNA damage-inducible protein F	ATGACACACAGGCAGTACCTTAAGCTCTCCATTCCTCTCATTATAACCGGTCTGTCCGTCCCCTTGCTGGGAGCGGTTGATACAGCCGTTGCAGGTCGTTTGGGGGATCCGTCCTATATTGGTGGAGTAGCTGTGGGAACATTAATATTTAACAACCTGTATTGGCTATTCGGTTTTTTAAGAGTAAGCACCACCGGGTTTACGGCTCAAGCGGCTGGAGCCAAGCACGACGAGCAGCTTGCATATGCCTTCATCAGACCTCTGCTGATCGCGATTTTGTTAGGCGTGGTGTTCATCGCGGCACAAAAGCCCATTTTGCTGGCTGCCATGCACCTCATTGGGGGCAGCGATGCAGTGCTCCAGCAAGCTGGAATCTATTTTGACATACGGATCTGGGGAGCTCCCTTCGCGCTTCTGAATTATACCATTACGGGTTGGCTGATTGGGGTGTCGAAGGTTAAATTGACCTTGGTTTCTCAATTGTTCGCAAATGTGCTAAATATGCTCTTTGGAATATGGTTAGCCTTGCAGTTGGACTGGGGAGTTGCGGGTATTGCAGTTGCCACCTTGGTGTCAGAAATAATCAGTGTAGCAATTGGCTTCGTGATCATTCGATACAGCAAGCAATTCGCACTAGTTCATCTCCAGATCAGAGAACTGTTTGATCTTTGCCATATTAAAAAAATGGTGATCGTGAATCGTGACCTTTTCCTACGTACGATTTGCTTATTGGTGATGACCAGCTTGTTTATGGTTCAAGCGGCTCGAATGGATGAAACCGTATTGGCAGCCAACGCCATATTGCTGCAGCTCCATTATTTGCTAGCCTATGTGTTCAGTGGCTTGGCTAATGCCTCCAGCATTGTTGCTGGACAGGCTGCAGGTGAAGGAAATATTAATGGTTATCGGAATGCGTTGAAATTATCAGCAGTCTGGGGAGCGCTCTTTGCCGTGTTAATGGGGCTTGTGCTCATCGTTGATCCGTTAGACTTTGTGTCATGGTTTACGGGCGACCTACAGGTACGGTTGGCCGTGCGGGAACATATGTTTTGGATCGCGCTATACAGTATAGCCGGTGTTTGGGGGTTGCAACTGGAAGGCATATTTTCAGGGGTAACACAGGCTTGGGCCATTCGCAACGGCATCTTTATATCGCTGCTCATCTACATTCCCGTTAACTGGATAGCAGGGTTGTCGTGGGGTAGTCACGGCATATGGCTGTCTTTCGTTATCTTTCATTTGATGCGTACGGTTTGTACCTCCATGTACACCGGGAGAGTACAGCGGTCGATATACTCATCTTAA	MTHRQYLKLSIPLIITGLSVPLLGAVDTAVAGRLGDPSYIGGVAVGTLIFNNLYWLFGFLRVSTTGFTAQAAGAKHDEQLAYAFIRPLLIAILLGVVFIAAQKPILLAAMHLIGGSDAVLQQAGIYFDIRIWGAPFALLNYTITGWLIGVSKVKLTLVSQLFANVLNMLFGIWLALQLDWGVAGIAVATLVSEIISVAIGFVIIRYSKQFALVHLQIRELFDLCHIKKMVIVNRDLFLRTICLLVMTSLFMVQAARMDETVLAANAILLQLHYLLAYVFSGLANASSIVAGQAAGEGNINGYRNALKLSAVWGALFAVLMGLVLIVDPLDFVSWFTGDLQVRLAVREHMFWIALYSIAGVWGLQLEGIFSGVTQAWAIRNGIFISLLIYIPVNWIAGLSWGSHGIWLSFVIFHLMRTVCTSMYTGRVQRSIYSS	PGPT0029115_8106	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029115-TC_MATE|norM|mdtK|dinF-K03327	NA	NA
JZ016_00497	249	rpmE2	COG0254	50S ribosomal protein L31 type B	ATGCAAAAAGGGATACATCCCAACTTTCAGAAAGTCATATTTCTGGACGCAAGCGTAGGCTATACATTTCTTAGCGCCTCCACAAAGACTTCTTCAGAAACCATGGAATGGGAAGACGGTCATACCTATCCTGTGATCCGCGTAGATTCGAGCTCCGCGTCTCACCCTTTCTTCACAGGCAAACAGAAAAATACTGAGATCGGCGGTCGCGTCGATAAGTTCAAGAAACGATTAGGTTATAAAAAGTAG	MQKGIHPNFQKVIFLDASVGYTFLSASTKTSSETMEWEDGHTYPVIRVDSSSASHPFFTGKQKNTEIGGRVDKFKKRLGYKK	PGPT0014325_1471	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014325-rpmEB-K02909	NA	NA
JZ016_00498	1014		COG0701	Putative two-component membrane permease complex subunit SMU_747c	TTGCGTAAGTGGCTTTCAAAGTCCGGACTCAATCTGGTATTTGTCGTAATCGTTCTAAGTATCATCTATGTTGCATTATTTCCAGACGTCATCTCAAACTTAAGTTTTCCAGTCCCCGATATGGACAAAATCCAGACATTTAAAACGATGCTGATCAGCATCGTATTGGAGGCATTGCCATATATCCTGATCGGTGTATTTGTTTCGTCACTCATGCAGCTGTTCCTGTCAGAACAATGGATCGCTCGGTTCTGCCCGAAAAATCCGGTCCTCGGCATTATATTCGCCTGTACACTCGGCATTCTTTTCCCGGTCTGTGAATGCGGCATGATCCCTATTGTGCGTAGACTCATGGTGATGGGGATGCCGCTTTATATCGGGATTGTTTTTATACTGGTTGGACCGATCGTTAACCCTGTTGTTTATGCCTCAACGTACCAAGCCTTTCGTTTACAGCCAGAGATCGTCTATTCCCGAATGGGCCTGGCTTTGGTCGTTGGTTTGATCATCGGGCTTGTCGTCTATAAATTTGTATCGGGCAATCCATTGAAAAATGCTCAAACCGCCAGTCTCTCCAATGCAAATGAGGCTTCACACGGACAGTCCCAGAACAAATTCCTCTCCATGATGGATCATGCCGCTCACGAGTTTTTTGACATGGGGAAATATCTGATTATCGGCTCCATTATAACGGCAGCTATTCAGTCATTTATCCCCAGAGAACTTCTCATTCAACTTGGACAAGGTGAGTTAAGCTCCCATCTGTTCATGATGGTATTTGCCTTTATATTGTCGATTTGCTCTACTTCGGATGCTTTTGTAGCTTCTTCATTCCTGCAGACATTCTCCGCATCCTCTATCATCAGCTTCCTTGTTTTTGGGCCTATGGTAGATTTCAAGAGTACATTGATGCTGCTGTCTGTCTTCAACAAACGCTTTGTCATATTTCTGATCGTTCTTACAAGCGTTACCGTATTTATTCTCTCGATTGCGCTTGGACAAATGATGTTCTGA	MRKWLSKSGLNLVFVVIVLSIIYVALFPDVISNLSFPVPDMDKIQTFKTMLISIVLEALPYILIGVFVSSLMQLFLSEQWIARFCPKNPVLGIIFACTLGILFPVCECGMIPIVRRLMVMGMPLYIGIVFILVGPIVNPVVYASTYQAFRLQPEIVYSRMGLALVVGLIIGLVVYKFVSGNPLKNAQTASLSNANEASHGQSQNKFLSMMDHAAHEFFDMGKYLIIGSIITAAIQSFIPRELLIQLGQGELSSHLFMMVFAFILSICSTSDAFVASSFLQTFSASSIISFLVFGPMVDFKSTLMLLSVFNKRFVIFLIVLTSVTVFILSIALGQMMF				NA	NA	NA	NA	NA
JZ016_00499	921		COG3689	Putative two-component membrane permease complex subunit SMU_746c	GTGAAACATCAGCGAAATGAAGCCGTCCATTATTGGATACGGGCGATCATCCTGCTCAGTTTTTTATGTTTTATTGTCTATCTCGTCAAGACGGGGACGTTAATGTATTATATTGCACCCAGAATGAAAATCTTTATCCAGTTAGCTGCAGTCGGGCTTTTTCTTCTCAGTGTTAGTCAATCATACCTGGCCATGCAAACTGCCCGAAAACGCAGTGTCATGTGTGAGTGCCAATGCAATCCGCCGAAATCCCTTAAATGGAATGTTGGGATTTATTCATTGTTCATCTTTCCGTTGCTGCTGGGAGTTCTCCTTCCCAATACCATCATGGCTAGTAATGTCGCTTCGATAAAAGGGATGAATTTAACCCCCGCTCGACTGGATGCGGAGTTGCAAAAAGACGTTCCGTCAGATGAACCCGAAGGAATGGATTCGTTCGATGCTGAACAAGAAATTCCGATGGAACCTGAACCGTTTCCCGAATATGAGCATTTAGAGGACTTTGCGGAGTTTGGCAAGAAAATCAACGAGCTTCCTTATATCACCGTAAATGACACTGGTTTTATGGAATACCTGACAACTTTCAGTCTATACGCTGACGCTCTTACTGGAAAGAAAGTTGAGCTAACAGGGTTTGTCTATCGGGAACCCGATATGGCCGCTAATCAGTTTATCCTCTCCAGGTTGGCCGTCCAATGTTGTTCTGCTGACGCCACTCCCTACGGTATCATCGTTGAAGATGATGCTGCTGCCACTTTGCAGAAAGACACATGGGTTCAAATAACGGGAACAATCGGAAAAACAAACTACAATAATCTTGACGTCGTGAAAGTGGATGGAAAATATATTCAACGGATCGATGCTCCGGAGACTCCTTATGTCTACCCTTACGTTGACAATTTTAACAACCTACTGGATTAG	MKHQRNEAVHYWIRAIILLSFLCFIVYLVKTGTLMYYIAPRMKIFIQLAAVGLFLLSVSQSYLAMQTARKRSVMCECQCNPPKSLKWNVGIYSLFIFPLLLGVLLPNTIMASNVASIKGMNLTPARLDAELQKDVPSDEPEGMDSFDAEQEIPMEPEPFPEYEHLEDFAEFGKKINELPYITVNDTGFMEYLTTFSLYADALTGKKVELTGFVYREPDMAANQFILSRLAVQCCSADATPYGIIVEDDAAATLQKDTWVQITGTIGKTNYNNLDVVKVDGKYIQRIDAPETPYVYPYVDNFNNLLD				NA	NA	NA	NA	NA
JZ016_00500	138			hypothetical protein	ATGTCTACCCTTACGTTGACAATTTTAACAACCTACTGGATTAGTAATACCGGTAAATTGATCATCTATCATTTGAAATACACTAAAAACGAGCCCTTAGAGAATTTCTCGAAGGCTCGTTATACGTTTATTATTTGA	MSTLTLTILTTYWISNTGKLIIYHLKYTKNEPLENFSKARYTFII				NA	NA	NA	NA	NA
JZ016_00501	798	nikE_1		Nickel import ATP-binding protein NikE	ATGAATGTTTTAGAAGTAAGTGAAGTTTCTAAAACGTATCAGCTGGAATCTAGAAGCCCTTGGAGCAATGGAAAACGATTCTGTGCGGTTAACCGAGCTTCGCTCACGATTAAAGAGGAGGAATGTGTCGGTCTGGTGGGTGAGTCCGGATGCGGTAAAAGCACTTTAAGCAGATTAATTCTGGCACTGGACCAGCCGGACTCCGGCGAAATATTCTTCATGAGTAAAAAATGGAACAAAATGAGTCAAAAGCAGCGGTTTCCATATCGTAGATACATGCAAGCCGTTTTTCAGAACAGCTTGTCATCCATGAATCCGAGGTTAAAGGCGGGAGACATTGTAGTCGAACCCTTACTTAACTTTGTCAAAATGGATAGAAAAGAAGCAAAGGCGCATGCTCGCATGTTGCTGGATAAAGTAGGTCTTGATCCTGTGTCTATTGATCATTATCCCCATCAATTTAGTGGTGGACAGCAACAGCGTCTGGCGATCGCACGTGCGATCTCAGTAAACCCAAAATTAATCGTACTGGATGAAGCCATCAGTAGCCTGGATGTTATTACGCAATCCGCGATTTTGTCTTTGTTGAATGAATTGAAAAATAGTTTCGGTATCTCTTATCTGTTTATAACTCATGATATTAAGGCCGCGTGTTTTTTCTGCGACCGTTTGCTGGTTATGCAGGAAGGTACAATTGTTGACGAGGCAGACGCCAAAAAAATCGAACAGTTTTCACACCCCGCTGCTTTAAAATTGCTTAATTCAATGTTGGTGATGCATCCAGAGGACAGGGTCTGA	MNVLEVSEVSKTYQLESRSPWSNGKRFCAVNRASLTIKEEECVGLVGESGCGKSTLSRLILALDQPDSGEIFFMSKKWNKMSQKQRFPYRRYMQAVFQNSLSSMNPRLKAGDIVVEPLLNFVKMDRKEAKAHARMLLDKVGLDPVSIDHYPHQFSGGQQQRLAIARAISVNPKLIVLDEAISSLDVITQSAILSLLNELKNSFGISYLFITHDIKAACFFCDRLLVMQEGTIVDEADAKKIEQFSHPAALKLLNSMLVMHPEDRV	PGPT0004425_4	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004425-nikE|cntF-K10824	NA	NA
JZ016_00502	828	dppD	COG0444	Dipeptide transport ATP-binding protein DppD	ATGATACAAAACGGTTTATCAAGAGAAACAGCTTCATCCATTAAAATCGAGCAATTATCCGTCGAAATGAAGAAGGGAAATCACAAACGGGTTGTCGATCACGTCAATCTATCAATTTCCGCGGACAGCGTACTTGGTATTGTGGGGGAGAGCGGCAGCGGTAAAACCACATTATGCATGGCGCTTATGGGACTTTTGCCCGAAGAATTTCGGATTACGAAAGGTCATATCTGGTTCAAGGAAGCGGATATTGTTGCGCTCTCAGCTAGAGAACACCGAAGGCTTCGAGGAACAACATTCTCCATGATCATGCAGAATCCAAGGGTTGCGTTTAATCCGCTACGAACCATAGGTGCACACATGATCGAAACGTTTAGGACTCATATGAAATTGAATAAACGAGAGGCCTCCCAATTAGCGGAAGAGTATCTGATTAAGGTCGGCCTGCCTCGTCCTATGCAGATTCTGAAGCTGTATCCGTTCCAGTTGAGCGGGGGCATGCTGCAGCGAGTGATGATCGGAATAACGATGGCTATGAAACCGGAATTGATCATTGCCGATGAGCCGACAACCGGTTTGGATGCAAGCAATCGCAAGCTTATTTTGAATGAGTTGACAGTCTTAAGGCAAGAGACGGGGGCGGCCATTGTAATCGTTACGCATGATCTTGACGTAATTGCTGAAATGGCTGATTCGGTGGCAGTTATGCAGAAAGGAGAAGTTGTTGAATTGGCACCTTGCAAACAGCTGTTTGATTCGCCTAAGCATGAATACACCCGACGTTTATTGCATGCCAGAATAGACTTTAGGCCTTCGCTGGATTGTTAA	MIQNGLSRETASSIKIEQLSVEMKKGNHKRVVDHVNLSISADSVLGIVGESGSGKTTLCMALMGLLPEEFRITKGHIWFKEADIVALSAREHRRLRGTTFSMIMQNPRVAFNPLRTIGAHMIETFRTHMKLNKREASQLAEEYLIKVGLPRPMQILKLYPFQLSGGMLQRVMIGITMAMKPELIIADEPTTGLDASNRKLILNELTVLRQETGAAIVIVTHDLDVIAEMADSVAVMQKGEVVELAPCKQLFDSPKHEYTRRLLHARIDFRPSLDC	PGPT0004420_230	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004420-nikD|cntD-K15587	NA	NA
JZ016_00503	846	nikC	COG1173	Nickel transport system permease protein NikC	ATGATTTCGATTACATCGGGAACTCGCATTTCTCTAAGGATCCGCCTGGGACTTGCTGGTGCAGGATTTTTATTCTTGATTTTCATGGGGGTTGCCGGAGCATTGGCTCCTTGGATTGTTCCCCATGATCCTTATCTGGTTGATTTATCAATCCAGTTTAGCCCGCCCTCTTGGACATACCCTTTGGGGACAGACCACTTGGGCCGATGCATTCTTTCCAGGCTTCTTATTGCGATACGTTATTCTTTGGGTGGAGCACTCATTGTTGTAACATGCAGTGTTGTTTCAGGAACGGTGATGGGTGCTTTTTTCTCTTTAAAAGGAGGGTGGCTGGATCGTGCCTTCATAAGGTGTTGCGATATTTTGCTTGCCTTCCCGACACTAGTGTTAGCATTTGCACTTGTAGGCGTGTTGGGTTCCGGGTTCTCAAATTTGCTGATAGCCATGATTTTTTCACAGTGGATTTACTATGCACGATTCGTTCGGGGGATTGTTCTGTCGTTGAGAGAGAGCGATTTCGTCCAAGCAGCCATCGTGTCTGGTTCCAATTATCTGCAAATACTATTGAAACATATCCTTCCGAATATCGTTATTCCTGTATCAGTGCTGGCGCTGCTGGAGACGGGAGGCGTCATCCTCGACATGACGGGACTAACGTTTCTGGGGCTGGGAATACAAGCACCACAAGCGGAATGGGGCATGATGATCAATGAAGGGAAAGACTATGTGTGGCGCCATGCTTTGCTTATGATGTATCCCGGATTAGCGATTTTGCTTTCTGTTATTGCCTTTAATCTAATCGGGGACAGACTTCGGACGTTGTACGATCCCAAGGAGAAATTATGA	MISITSGTRISLRIRLGLAGAGFLFLIFMGVAGALAPWIVPHDPYLVDLSIQFSPPSWTYPLGTDHLGRCILSRLLIAIRYSLGGALIVVTCSVVSGTVMGAFFSLKGGWLDRAFIRCCDILLAFPTLVLAFALVGVLGSGFSNLLIAMIFSQWIYYARFVRGIVLSLRESDFVQAAIVSGSNYLQILLKHILPNIVIPVSVLALLETGGVILDMTGLTFLGLGIQAPQAEWGMMINEGKDYVWRHALLMMYPGLAILLSVIAFNLIGDRLRTLYDPKEKL	PGPT0004415_354	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004415-nikC|cntC-K15586	NA	NA
JZ016_00504	951	nikB_2	COG0601	Nickel transport system permease protein NikB	ATGCGGAGATTTGTTTGGAGACGACTATCTGCACTCCCTTTAATTCTCATAGGGGTATCTGTGCTAACTTTTCTGCTTGTCCGACTTGTACCGGTAGAGCCTGCTGAGGTCATCCTTCGACAATCTAACCTGAATGCAACTGAAGAAGCGATTGCCGAGGTGCGTTCCCAGCTTGGATTGGATCAACCTTTATATATCCAGTACTGGATGTGGATCTCTAATATAGTGAAACTGGATTTTGGAGTATCTTATGTAAGTAAACTCCCGATCTCTTCAGAAATCGCAGAGAAATTTCCAGCTACGATACAATTGGCGTTGTCGGCCATGCTACTTACGGTGATGATCAGTTTACCACTCGGCCTTCTATCATCATTGTTTCCCAATCGTTGGATCGATCGAGCTACCGCCATATTTATCTATGTCGGGACTGCCATCCCGCGGTTTTGGTTAGGCTTCATCCTCATATACTTTTTTTCGCTCAAGCTGGACTGGCTGCCTTTCCAGGGAAAAGGTGGTTTAATGCATTTACTTCTTCCATCCATTACGCTCGCGCTTGCCCAAACTGCAGTGTTCACCCGTTTGTTACGCAGTCAGCTACTCGATCAAATGCGAGAGATTTACGTGCTATACGCAAAAGTACGTGGGCTGAAGGAAGGCTTCATTCTTATTCATCATGTGTTACGTAATGCGTTTTCACCTTTGCTTGCAGTAATGGGAATTAGCCTGGGGAATATGCTAGGGGGAACGGTTATCGTAGAGCAAATGTTTAGCTGGCCAGGCATGGGCCGATACTTGATTGAATCCATTTCTAATCGTGACTATCCGGTGATCCAGTGTTATGTTTTGCTTATGGCTGTTGTCTATGTCTTTATAAATTTATTGGTCGATTTACTACAACGATGGATTGATCCAAGATTGGAACAAAGCGAGGAGAGTGGGATTGACAGATGA	MRRFVWRRLSALPLILIGVSVLTFLLVRLVPVEPAEVILRQSNLNATEEAIAEVRSQLGLDQPLYIQYWMWISNIVKLDFGVSYVSKLPISSEIAEKFPATIQLALSAMLLTVMISLPLGLLSSLFPNRWIDRATAIFIYVGTAIPRFWLGFILIYFFSLKLDWLPFQGKGGLMHLLLPSITLALAQTAVFTRLLRSQLLDQMREIYVLYAKVRGLKEGFILIHHVLRNAFSPLLAVMGISLGNMLGGTVIVEQMFSWPGMGRYLIESISNRDYPVIQCYVLLMAVVYVFINLLVDLLQRWIDPRLEQSEESGIDR	PGPT0004410_255	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004410-nikB|cntB-K15585	NA	NA
JZ016_00505	1620	nikA_1	COG0747	Nickel-binding periplasmic protein	ATGAAAAACCATGGGTTAGGAGTCAAGAAAAAACTGGTGTTGTTCCTCGCTGTCATATTCTTGGCGGGCTGTTCCAGCACTGGAACCCAATCTGTAAGTCAGGGAGCCACATCGTCTGACAAAGCGCTTACTTTGGCATGGCCTAATGATATTGGTCCGCTCAATCCGCATTTATATGCACCAAGCGAGATGTTTGCTCAGTCCATGATCTATGATTCGCTAGTTACTTATGGTGAAGATGGAAAAATCAAACCCAGTCTAGCAGAGAGCTGGGACATTTCCGAAGATGGACTGACTTACACCTTCCATCTTCGCCCAGGGGTCAAGTTTTCCGATGGCACAAGTCTGACAGCCGATAATATCATTCGTAATTTTGATGCCATAATGGCAAATAAAAGTCGGCACAGTTGGATCGGTATCATGAAGCATATCGATCACGTTGAAAAAGTAGATGATCTTTCCGTACGTCTGCTCTTGAAGGATTATTATTATCCTGTTCTTCAGGATCTGTCCTTTGTTCGGCCGTTTCGTTTCCTGGGAGAGGCTGGTTTCCCCGCTGACGGGAAAACATCCGAAACCATTGTTAAGCCGGTAGGAACAGGGCCATGGGCGTTAAAAGAGTACAAAAAAGATGAATATGCGGTTTTCAAGCGCAATGAACATTATTGGGGACAACAACCTAAGCTGGAGCAAATAACGGTCAAAATTATTCCGGATCAGGAATCCATTGTGCTGGCTTTCGAAAAAGGGGATATCGATTTGATATACGGACGAGGCGTCATCAGCAGAGACAGCTTCCTTCACTTGAAAGAATCCGGCAAGTACGGCGTCTCTCTTTCGGATGGCCTGACGACCCGTGCGATTATTTTAAACACGCTGAAAGGGGCAACTTCGGAACTGCCAGTTCGCCAGGCCATTCAATACGCAATTGACAAGGCTTCGATGATTGAAAGCGTGACGAAGGGAACGGAGCTTAACGCTGAAACAGCTCTCGGGAGAAATATTCCGTATGCTAACCTGGATCTGAAGCCGATTGAGTACGATCCGGCTAAAGCGGGCAATTTATTGGATGAAGCTGGATGGATAATTGATCCATCATCGGGAGTGAGAATGAAAGACGGGAAGCCATTGGTATTGAAGTTTGTTTATATTAGCACGGAAGCGGTTCAGAAGCAGATGGCTGAAGTAATCCAAGGAGATTTGGCTAAGGTAGGAATTAAGGTGGAGATTCAAGGCGTTGAAGTCATGCTTGGCTTACAAATGCTTAAAAACGGAGAAGCCAATATGAATTTTTGGTCCAGCTACGGAGCCCCTAACGATCCACATAATTTTGTTACTGTAATCGCGAATCCAACGGCTGACGGAATTTTTGAAGCTTTCTCAAACCTGCCTCAGAAACAGGAAATAGACCAAGAGATTAATAAGGTTCTTATAAGCAAAGATGAAGAAGAACGAAGAAGTATGTATGCTGATATTTTATTCCAGATTCATGAGGAAGCAGTATTTTATCCTATTTCGTATGAGGCCAATATTGCACTTTACCAAAAGAAATGGATCGGAGTTGAACCAACCGCTTCAAAGTACAAGTTTCCTTTTGAATCCATTGATCTGCGGCCATAG	MKNHGLGVKKKLVLFLAVIFLAGCSSTGTQSVSQGATSSDKALTLAWPNDIGPLNPHLYAPSEMFAQSMIYDSLVTYGEDGKIKPSLAESWDISEDGLTYTFHLRPGVKFSDGTSLTADNIIRNFDAIMANKSRHSWIGIMKHIDHVEKVDDLSVRLLLKDYYYPVLQDLSFVRPFRFLGEAGFPADGKTSETIVKPVGTGPWALKEYKKDEYAVFKRNEHYWGQQPKLEQITVKIIPDQESIVLAFEKGDIDLIYGRGVISRDSFLHLKESGKYGVSLSDGLTTRAIILNTLKGATSELPVRQAIQYAIDKASMIESVTKGTELNAETALGRNIPYANLDLKPIEYDPAKAGNLLDEAGWIIDPSSGVRMKDGKPLVLKFVYISTEAVQKQMAEVIQGDLAKVGIKVEIQGVEVMLGLQMLKNGEANMNFWSSYGAPNDPHNFVTVIANPTADGIFEAFSNLPQKQEIDQEINKVLISKDEEERRSMYADILFQIHEEAVFYPISYEANIALYQKKWIGVEPTASKYKFPFESIDLRP	PGPT0004405_111	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004405-nikA|cntA-K15584	NA	NA
JZ016_00506	693			hypothetical protein	GTGTTGAATAAGGAACAGTTGTATAACAAATGGTGGAATGCGCCAACCGAGAGCGAACAACTGATGGAAGAAAGTCATCGAACCTTCTGGAATAAGATAATCGATAAAATTCTTGAGAAGGAAAAGATCAACGATTTTTCGGTGTTGGATTTCGGGTGTAATCAAGGAGGATTTCTCAGGTATCTTTATTCACAGTATCCTTTCAGGGAAGGAGTGGGTACAGATCTAGGAAAGGAATCAATTCAGGTTGCTAATGAACGCAAAGGGGATTTACCCCTTCAATATGAAGCTACGGCATCCCCTGAGCAGTGGGGTCATCGCTTTGATCTTGCCGTCAGCACAGCTGTAATTTACTTAATATCCGACCTTCAGGAGCATGCATATAAAATCAAAGCTGCTTTAAAGCCCGGGGGAGTCTACTATGCCAGCTATAGTGATTACAGCAAGAATCCAAGCCTCCCTTATATGCGCAAGAAAATTGACAGTAACAGTATGCTACCTATGAATCTTCATGCACTGGATGATATTGCTTCAGCCTTCTTTTCAGAAGGTTTTGAAGTAGGTATTACACGGCTGACTCCCGACATGTATGTTCAGCTTTCCAACAAGGAACGTTTTTTCAGAAACGTCCGGGACCGAATTCAATATGAATACGAAGAGGCCTATTTATTTCGCTTTGTAGCACCAATCTAG	MLNKEQLYNKWWNAPTESEQLMEESHRTFWNKIIDKILEKEKINDFSVLDFGCNQGGFLRYLYSQYPFREGVGTDLGKESIQVANERKGDLPLQYEATASPEQWGHRFDLAVSTAVIYLISDLQEHAYKIKAALKPGGVYYASYSDYSKNPSLPYMRKKIDSNSMLPMNLHALDDIASAFFSEGFEVGITRLTPDMYVQLSNKERFFRNVRDRIQYEYEEAYLFRFVAPI				NA	NA	NA	NA	NA
JZ016_00507	948	folE2		GTP cyclohydrolase FolE2	ATGAATAAAAAAGGAGATTCTCTTTTACTTCCATCGAAACATGAACGACTTCAATTATTTGGTACAGTGGATCCGGTCAAAGGAAAGAAACCCGTGGTCAAGGAAGAAATGCAGGATATACAGAATAGCAGAAACGATTTTTTGTTTGAATTGGAGCAGGTTGGAATCGATAATTTGAAATATCCTATTGAAGTTGTGTCTTCCATAACTCCTCAAAGATTTTCGAGTATTGGAAATTTTCGACTCTCGACATCTCTCGAAAGGGAGAATAAAGGAATTAATATGAGCCGGCTCATTGAACAACTTCAGAACAGTAGAGAATTGGGACTCAGTGACAAAATTCCTGATCTCATTGAGTTGACGAAACGTCTTTCGAAGAAAATGGACCAAAGGAAAGCTGAATTGAAAGTATCATATCCATGGTTCTATGAACGTCAGGCACCAGTAAGTGGGTTAATGGGTTTAAGCCATTCCCAAGCATCCGTTACTGTGAAATGGGAGGCTGGCAATGTAGCTGTTCTAAAAGCCCAATTGGAGATACAAATTACGACATTATGTCCTTGCTCAAAAGAAATTAGCGAGTATAGTGCCCATAACCAACGTGGTTTATTACGCATTGAGGTGGAGGGCTACGATGGTGAGTCACTTCCCGAACAGTGGAAAGAAGAGCTTTTGGAAGCAGCAGAGAGCAATGCAAGTAGTTGCCTACACCCGATTTTAAAGCGCCCAGATGAGAAACATGTTACAGAGCATGCATATGAAAATCCGCGTTTTGTGGAAGATATTGTTCGGCTTGTAGCGGCGGATCTTTATGAAAAGGACTGGGTTCGTAATTTTAGTATCGATTGCCGTAATGAGGAATCCATTCATCAACACGATGCAGTAGCGCGTATTGTGTTTGACAAACTCAAGCAAATTAAAGTTTACCCTGACACTGAAAACGTATGA	MNKKGDSLLLPSKHERLQLFGTVDPVKGKKPVVKEEMQDIQNSRNDFLFELEQVGIDNLKYPIEVVSSITPQRFSSIGNFRLSTSLERENKGINMSRLIEQLQNSRELGLSDKIPDLIELTKRLSKKMDQRKAELKVSYPWFYERQAPVSGLMGLSHSQASVTVKWEAGNVAVLKAQLEIQITTLCPCSKEISEYSAHNQRGLLRIEVEGYDGESLPEQWKEELLEAAESNASSCLHPILKRPDEKHVTEHAYENPRFVEDIVRLVAADLYEKDWVRNFSIDCRNEESIHQHDAVARIVFDKLKQIKVYPDTENV	PGPT0007880_248	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007880-folE2-K09007	NA	NA
JZ016_00508	1020	yciC_1	COG0523	Putative metal chaperone YciC	GTGAAAAAGGTTCCTGTTGTTGTTTTGTCTGGTTTTCTGGGGAGCGGTAAAACGACATTACTATCTAAATTGCTAAATTTTTATGAGAAAAAAGGAGTGCGTCCTGCCATCATCATGAATGAAGTTGGCGATGTCAACCTGGATGGTCAGCTTGTAAATGAGGATGTTCCGTTGCGAGAAATGTTAAGTGGTTGTATCTGCTGCACAATAAGTGGTGATTTGGGAATGGAAATCCAAAAACTGGTGCATGAATCGTCGCCAGATCTAATCATCATTGAAGCTACTGGTGTAGCGAACCCGATCGATATCTTTGAGGCGGTAACAGAGGCAGCACTATTGATTCCAATTGATATCTACGCGATGATTACAGTGCTAGATGCCGGACATTTTCAACATTGGTATCGGAAAGGGTCTGGAAAGACCTATCATCTCATGAGAGATCAAATCCGATGTGCATCCGTTTTACTGCTCAACAAATCGGATCTTATTCATATTTCAGACTTGAAAGAGCTGAGAAAGATTATTGAATCAATAAATTCTAATGCATTACTATATGATACCGTTCATTGTCAAATCGATTATTCCGTGTTGGATACAATTTTTCTAGAAGATACTTTTCCTATTTCTCTTGAGGAATCATATCAAGAGAATACACATCAGCAATCTGTATGTAACCATAGTCACCATGATCAGCATTCTCAAAATGCCGCTCATGTGCATCATCATTCTTACGATCACGTTATGGTTTATACGCATTACTTTCAAAATTACATAGACAGGAGTGGTTTTGAACAAATCATAAGAGAACTTCCAGAGAGCGTTTACCGTGCAAAAGGCATTTTTACGGAGGCAGGTACCGGACAGCGTATGTTGTTTCAATTCGCATACAGGCAGTTAGAACTTATTCCGATTAATCCGCAAGGAAAGGTTCAAGATGTAGCTGTATTTATAGGAGAGCAGTTTCCTAAGAATGAGCTAAAAGGGCTGTTGGAACAGTGTGTAACCTGCAGTGCCAAATAA	MKKVPVVVLSGFLGSGKTTLLSKLLNFYEKKGVRPAIIMNEVGDVNLDGQLVNEDVPLREMLSGCICCTISGDLGMEIQKLVHESSPDLIIIEATGVANPIDIFEAVTEAALLIPIDIYAMITVLDAGHFQHWYRKGSGKTYHLMRDQIRCASVLLLNKSDLIHISDLKELRKIIESINSNALLYDTVHCQIDYSVLDTIFLEDTFPISLEESYQENTHQQSVCNHSHHDQHSQNAAHVHHHSYDHVMVYTHYFQNYIDRSGFEQIIRELPESVYRAKGIFTEAGTGQRMLFQFAYRQLELIPINPQGKVQDVAVFIGEQFPKNELKGLLEQCVTCSAK				NA	NA	NA	NA	NA
JZ016_00509	372			hypothetical protein	ATGACGACTTGGAATTTAAATGAGACTCGCTGTCATTTACTTATATGTAATGGCGGTAGTTGCATGAAGCTGAATGCCGAAGAAGTGACGGAAGCAATCCGGGATGAAATTACTACGCTAGGAGCTGACAATTTCATTCATACTACACGTACTCGGTGTAATGGTCGATGTGCGGACGCTTGTGTCGTAATTGCTTACCCAGAAGGAACATGGTATAAATCTATAACCCCTGACCTTGGCAGAGAGCTTGTGCGAAGACATCTTTCAGGAGATTGTTTGGAGGAGCTCAAGGTATATTCGTTTGACGGCAAATTCATTGCGTCTGGTCTTTCCGTTAAAGGTAAAGATAAAGCTCCAGCGGCTGATAATTGA	MTTWNLNETRCHLLICNGGSCMKLNAEEVTEAIRDEITTLGADNFIHTTRTRCNGRCADACVVIAYPEGTWYKSITPDLGRELVRRHLSGDCLEELKVYSFDGKFIASGLSVKGKDKAPAADN	PGPT0009235_138	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009235-cbiX-K03795	NA	NA
JZ016_00510	1002	yjiA	COG0523	P-loop guanosine triphosphatase YjiA	ATGTCAATTCAACAGACCGACCCACGTATTCCCGTCACGGTACTGACAGGTTTTCTCGGAGCCGGTAAAACGACCTTACTAAATCATGTATTAACAGCGGAGCATGGCGAAAAAATAGCGGTCATTGTCAATGAGTTCGGTGAAGTTGGTATCGACAACCAACTTGTTGTAGGAGCGGATGAAGAAATCTTTGAAATGAACAATGGCTGTATCTGCTGTACGGTACGAGGTGATCTCATTCGTATTCTTAATCAGCTTAGGGATGCGAAGCTGGGTAATGGTGATCGCAAAGCAGATTTTGAACGTGTGCTCATCGAGACGACAGGTTTGGCAGATCCTGGCCCGGTTGCGCAGACCTTCTTTGTCGACCCTGAAATAGCTGATTTTTATAAGCTGGATGCGATTGTTACGGTTGTGGACGCAAAGCATGTTGAGCAGCATTTGGACGACGGACATGAAGCTCAGGAACAAGTCGCCTTTGCTGACGTACTTTTGCTGAACAAAACGGATCTTGTTTCAGAAGACGAACTACAGAGGTTGGAACGTCGCCTTCGTACCATGAACTCGGCAGCCAAGCTATATCATACCCAGCAGTCCAAAATTGACATTAACCAAATTCTCGGGATAGGTGCTTTTGATTTAGAGAAGAAGCTGGAGATCGAACCTGGATTTCTGGAAGAAGAGCATGATCATGAACATGACGATGAAGTAACCTCTATTTTCTTTCGGGAAACTCGACCTCTCGACTTAAAGAAAGTCGAACGTTTTCTCAATGAATGGTTGGTAGACCATGGCGTAGACACATTCCGATATAAAGGCGTTTTCAACATTAAGGGAGTCAAGAAACGAGTCGTTTTTCAGGGCATTCATATGCTGTTCAGTTCATATCCTGACAGGGACTGGAGACCAGATGAAGTGCCAACCAGCGAATTCGTGGTGATCGGTCGAAATCTTGACGAGAACTGGTTCCATGAACAGTTTGCTGGTTGTGTAGCCACTTAA	MSIQQTDPRIPVTVLTGFLGAGKTTLLNHVLTAEHGEKIAVIVNEFGEVGIDNQLVVGADEEIFEMNNGCICCTVRGDLIRILNQLRDAKLGNGDRKADFERVLIETTGLADPGPVAQTFFVDPEIADFYKLDAIVTVVDAKHVEQHLDDGHEAQEQVAFADVLLLNKTDLVSEDELQRLERRLRTMNSAAKLYHTQQSKIDINQILGIGAFDLEKKLEIEPGFLEEEHDHEHDDEVTSIFFRETRPLDLKKVERFLNEWLVDHGVDTFRYKGVFNIKGVKKRVVFQGIHMLFSSYPDRDWRPDEVPTSEFVVIGRNLDENWFHEQFAGCVAT				NA	NA	NA	NA	NA
JZ016_00511	456	sufU_1	COG0822	Zinc-dependent sulfurtransferase SufU	TTGAAAATGGACGAACTTTATAAGCAGCTTATCATCGATCATTATAGACATCCCCGAAATTATGGTGAAATAAACGACATGTCTTCCATTCGATTATTTTATAAAAACCCCACATGTGGGGATACGATTGTATTATATCTGCTAGTCGATCAAGGGCAGATCCATGATATTAAGTTTGAAGGTAACGGGTGCTCCATTAGTATGGCATCCTGTTCCATGATGACATCAGCTGTTAAAGGACGGTCTTTAGAGGAGGCGGAAAATCTCACCCGTCTGTTCTCCTCCATGATCACGATCGGGATCTCCCCGGAAGATGAGGCCCTGGAAGAATCACTTTCGTTACTAGGGGTTCATTCGTTTAGGGCTCGGCATAACTGTGCGCTAATGGGATGGCAGGCATTGCGCAAAGTTATTAATCAGTATAAGAATGATGACTCCCCACCACAACAAGTTTAA	MKMDELYKQLIIDHYRHPRNYGEINDMSSIRLFYKNPTCGDTIVLYLLVDQGQIHDIKFEGNGCSISMASCSMMTSAVKGRSLEEAENLTRLFSSMITIGISPEDEALEESLSLLGVHSFRARHNCALMGWQALRKVINQYKNDDSPPQQV	PGPT0000075_1208	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000075-nifU|iscU-K04488	NA	NA
JZ016_00512	459	zur_1	COG0735	Zinc-specific metallo-regulatory protein	ATGTTTATGAAGGAGAACAAAACCAAAGTTAAAGATATGTTGAATACCATGGCGCGAAATGGATGGAGAGTGACGGAACAACGAAGAACATTAGCCCAAATTTTCGCCGATCACGATGGCTATTTATCGCCCAAAGATGTCTACGATCAAATGTCCGTTCATTACCCAAGCATGAGTCTGGATACAGTTTATCGTAATCTTCGTATGTTAAGTGAGATGGGGGTTTTGGAACATTTCTACTTTATGGACGGAGGTTTAAAATTCAAAGAGAACTGCCTGACTCACCACCATCATCATCTGATTTGCGTCAATTGTGAAAAAACGCTTCCCTTTGACTACTGCCCAATGGATCATGGTCTTGAATTACCTGGGGACTACAGAGTCTTGCGACATCGATTTGAGGTCTATGGGATATGTGAAGTATGCCAGGCACTGGAGAAAGAAGAGACTATGGAATAG	MFMKENKTKVKDMLNTMARNGWRVTEQRRTLAQIFADHDGYLSPKDVYDQMSVHYPSMSLDTVYRNLRMLSEMGVLEHFYFMDGGLKFKENCLTHHHHHLICVNCEKTLPFDYCPMDHGLELPGDYRVLRHRFEVYGICEVCQALEKEETME	PGPT0004295_54	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004295-zurR|zur-K02076	NA	NA
JZ016_00513	855			hypothetical protein	ATGTATCACGGCGTCCGCTTTGATATGAATTTTAAGCAGCTATGGCTGGAAGGGATGAAGGATTGGAACGGCAATCTGCCGGAGCGAATGAGCGACGATGCCAAGGAGGAATCCTTCTGGGAAGGATTTATTCCCAAAAAAACAGATGCATTGGATGACTATGCAGCTGATATTCGGCGAGAGCTTCTTCAATTTATCGAGCCTACCGATGACGTCTTGGAGATTGGACCGGGATGGGGGAACTATACCTTTGCTGCTGCTGATAAAGCATCCTCGCTTGTTTGCGTGGACAGTTCACGTAGTGTGCTCAATCATTTAAAGAAGGATACCAAGCGGCAAGGTCACCAAAATATACGGTTCATTCATTCTAAATGGGAAGACTCTGTACCAAAAAAACAGTTTGATGTTGTTTTTGGGATCAATTGTTATTATCGGATGCAGGAGATCGATCGGGCGCTTCTAAATATGAATAACTCTTCCAAACGGTGGGCGATTATCGGGCTGACAACCGGGCCTGAAAAACCGCATTTGTGGGAGATCCATCAAGAGCTTGGTTACAAAGTCAAATTTCAGCGACGGGACTATATCTATTTAACCAATCTTCTGTATGAACTTGGTATCGATGTAAATTGCAAAATTGTAAATTTGGAAAGAATCTATCGCTATGAGAATGAAGAACAGCTGCTGAAGGACAATTTAGGCGTTATTTTGGAAGCTAACTATGACCGAAAAGCAACGGAAAAGATTCTCAGACAGTTTGTTACGGAAGAGAACGGCATTTTGTTGTACAAACATCGTTTTAAGGCAGCGCTTCTCTATTGGAGGCCCGAAGAGATGATTTTCAAAAAAAATTAG	MYHGVRFDMNFKQLWLEGMKDWNGNLPERMSDDAKEESFWEGFIPKKTDALDDYAADIRRELLQFIEPTDDVLEIGPGWGNYTFAAADKASSLVCVDSSRSVLNHLKKDTKRQGHQNIRFIHSKWEDSVPKKQFDVVFGINCYYRMQEIDRALLNMNNSSKRWAIIGLTTGPEKPHLWEIHQELGYKVKFQRRDYIYLTNLLYELGIDVNCKIVNLERIYRYENEEQLLKDNLGVILEANYDRKATEKILRQFVTEENGILLYKHRFKAALLYWRPEEMIFKKN				NA	NA	NA	NA	NA
JZ016_00514	774	fpuC_1	COG1120	Petrobactin import ATP-binding protein FpuC	TTGTTTTTACAAATAACGGGTTTGTCATTTGGATACCGTTCAAACTCCATATTACGAAATATTCACATGAATCTGGAAAAGGGCCGGGTGGTCAGTATTGTCGGTCCTAACGGCGCAGGGAAGACGACATTGCTCAAAAGCATCGCTTCCATTCTTCCGCCTAAGAAGGGAACGGTTTGGCTTAGGGGAAAAGACGTATATTCCCTCAAACCCAGAGATTTGGCTAAAATTCAAGCTTACGTTCCTCAGCATACGGCATCCAGTTTTCCGCTGACTGTCATGGAAACGGTCATGCTCGGGCGAAAGCCGTACATTCGATGGGGAGTGTCATCAGAAGATCTTCATATTGTGGGCACCCTCCTGTCCGACCTTCATCTGGATCACTATACAACGCGTTATCTGGACGAGCTAAGCGGGGGAGAGCGGCAAAAAGTTTGGATAGCCCGCGCGTTGGCACAACAGCCGGATTTGCTATTACTGGATGAGCCGACTTCAGCACTCGATATTCGCCATCAACTCGAAGTGTTGGAGCTAGTACGCAAGCTCTCAAAACATTCGGGCATCCTAGTGATCCTGATTTTACACGATCTAGAGCTGGCTGCTCGGTATTCGGATGAAATATACATGCTCAAGGACGGGGAAGTGTATGCTTCCGGTCGACCTGAGGAGGTGTTTACCTGTACAAATATGGAGACGGTTTACGGCGTAAAAGTGGAGGTTGCCTCTGCAAAATACGGATTGAAAATGACTGCGGTTGAGCCGGTATGGACTTAA	MFLQITGLSFGYRSNSILRNIHMNLEKGRVVSIVGPNGAGKTTLLKSIASILPPKKGTVWLRGKDVYSLKPRDLAKIQAYVPQHTASSFPLTVMETVMLGRKPYIRWGVSSEDLHIVGTLLSDLHLDHYTTRYLDELSGGERQKVWIARALAQQPDLLLLDEPTSALDIRHQLEVLELVRKLSKHSGILVILILHDLELAARYSDEIYMLKDGEVYASGRPEEVFTCTNMETVYGVKVEVASAKYGLKMTAVEPVWT	PGPT0003760_4429	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_00515	1107	hmuU_1	COG0609	Hemin transport system permease protein HmuU	ATGATGGAAAAATCAATCCATCACAACGATATCCCATTGGAGTCGATGTCCTCAGATCGTCAAATGGAATCGATTTACCGTGGTAGATCATTACGTAAGCTCTTGCTGCTCATATTGCTTCTGATCTTATTGATCATTACAGCAGGAGCAGCGATCACCAAAGGCTCGGCGACGGTGCCCCTTCAAGAGCTCTGGGCAATGATGACTGGCGCCGGTGCTGACGAAATGAATGTGTATATCGTACGTGAGGTTCGGCTCCCCCGAGTCCTGATGTCTGTGGTGACCGGTATATCGCTGGCCGCAGCGGGTACGATCATGCAGGCATTGCTGCGTAATCCTCTAGCCGATCCGTTTACCCTGGGGGTTTCAAGTGGAGCAGCCTTCGGAGCCGCACTTGCGATCGTGGCGGGCACTAGCGTATTCGGTATGAACCTCGTTCACAGCGGACCATGGCTGATTGCTTTTAACGCTTTTCTCTTCGGGTGTTTGGCAGTAGGAGTTGTATACGGTATTGCTCGTATGAAAAACAGCTCAACTACGGTCTTGCTACTCGCGGGTGTAGCGATTGGTCAATTATTCTCGGCCGGCGTATCGGCTCTTAAGTATTTTTCCAACAACGATGCGCTTAAAGATCTGATTATTTGGTTAATGGGGGGGTTCTGGGGCTCCGGTTGGCATGTGCTGGAAATTCTCTTGCCGCTGTCCGCCTTTGCGCTATTAGTCTTGATGAAATATGCATGGGATTTGAATGCTCTCATCTCCGGGGAGGAGGTAGCACTCACGCTCGGAGTGAAAGTGAAGCATATACGCTGGGTTTGCTTGGTGACGGTGACGCTTCTGGCATCAACAACCATTGCTTTTACAGGCATTATCGGTTTTATCGGGCTTGTTGCCCCGCATATCAGCCGAATGATAATCGGTACCGACTATAGATATTTATTACCGTGCTCTTGCTTGATCGGCGCCTTGCTCTTGCTTACGTCGGATACGGTGGCGCGGCTGCTCCTTACGCCGATTGAAATCCCCGTTGGAATTGTAACTTCCTTCTTCGGCGCACCATTTTTCATCTATTTACTGGTCAAGAAGCGCCGGGAGTATTGGACCTAG	MMEKSIHHNDIPLESMSSDRQMESIYRGRSLRKLLLLILLLILLIITAGAAITKGSATVPLQELWAMMTGAGADEMNVYIVREVRLPRVLMSVVTGISLAAAGTIMQALLRNPLADPFTLGVSSGAAFGAALAIVAGTSVFGMNLVHSGPWLIAFNAFLFGCLAVGVVYGIARMKNSSTTVLLLAGVAIGQLFSAGVSALKYFSNNDALKDLIIWLMGGFWGSGWHVLEILLPLSAFALLVLMKYAWDLNALISGEEVALTLGVKVKHIRWVCLVTVTLLASTTIAFTGIIGFIGLVAPHISRMIIGTDYRYLLPCSCLIGALLLLTSDTVARLLLTPIEIPVGIVTSFFGAPFFIYLLVKKRREYWT	PGPT0003770_1100	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_00516	1176			hypothetical protein	TTGTTTATTCAAATAAAATTCTTGTCGAACGTTATCATTAGACTCGCATTTGCAATGATTCTAACTTTGCTTATAGCGGGATGTTCGACAACCAATAATGATGATGCAATTGTAACAAATCAAGAAAGTCAACAGCTGAGTTCACAAAAAGATACGGAACTAAAAAGTTGGACCTTTACCGATACAAGTGGCAAAGAAATTACACTAAATATCCCGGTTCAGAAAACCGTCGTTATTAATCGAAATACAGCAGAAGCCATTAAACTGTTGGGAGCGGAAGACCGCGTAGTGGCCACTGGTGACAATACGATCAAACACAATCCTTATCTTGGCTTTGACAAATTGCCAGACATTGGAGAAACGGAACAGGTAAATTTGGAGGCGATACTTAGCTTAAAGCCTGAAGTGGTATTCACCTACACGAATCGGCCTGATCAAAAACTGGAGGAAAAGTTGGAGCCGGCTGGCATTAAGGTCGTACGCATGAACAATTACTTGCCAGAGCAGACGGATATAGAATGGAAACTGCTGGGTAAGCTGTTCGGTAAAGAAGAAAGGGCCGCTAAATTTCTGGAATGGAGGCATGAAATTGAAAGTATTCCGGCAAAACGAATTCAATCTATAGATACAAGCGAGAAAAAAAGTGTTCTGGCACTGTCAGCCGGTTTTCTCAACTCCAATGGCGGCTATCGAGTTTTTCCAAGCCAGTCACTGGATGGTAAGACCGGCGTAGGTGAAGGTTACGCCACAATTTTGGCGGGTGGAAAAGATGCAGCCGATCTACAATGGAATCCTGCGGAGGCTTCCACAACGATCATGGTCGATGAAGAATATGTGCTCAAACGAAATCCAGATGTCGTTACACTACATGGTACTTGGCTAGGTGGGTACGAAACGATGGATGCCAAACCGCTTGATGAGGCGTTCGCCAATATCATGAAAATTTCATCCTTGAAGAAGTTGAATGCAGGCAAAGACAGGGAAGTTTATTTTTTTCATACTAATTTTATTGGTTCAGACAAACGATATATCGGTGTTTTGCAACTTTCCAAGTGGCTGTATCCTGACCTATTTGAAGATGTTAATCCTGAAGCATATGCCAAGGAATATTTTGAAGAATGGCTGGATGTTCCTTATCAAGGGATTTGGTACTACTCGTTTAAGGAGACGGAATGA	MFIQIKFLSNVIIRLAFAMILTLLIAGCSTTNNDDAIVTNQESQQLSSQKDTELKSWTFTDTSGKEITLNIPVQKTVVINRNTAEAIKLLGAEDRVVATGDNTIKHNPYLGFDKLPDIGETEQVNLEAILSLKPEVVFTYTNRPDQKLEEKLEPAGIKVVRMNNYLPEQTDIEWKLLGKLFGKEERAAKFLEWRHEIESIPAKRIQSIDTSEKKSVLALSAGFLNSNGGYRVFPSQSLDGKTGVGEGYATILAGGKDAADLQWNPAEASTTIMVDEEYVLKRNPDVVTLHGTWLGGYETMDAKPLDEAFANIMKISSLKKLNAGKDREVYFFHTNFIGSDKRYIGVLQLSKWLYPDLFEDVNPEAYAKEYFEEWLDVPYQGIWYYSFKETE	PGPT0003765_542	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_00517	768	COQ5_3		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGGAAAAGACGTTACATAAATGGTACGAAGAGAGTTTCGGCAAGGATTATTTGCTAATCTACCGTCATAGGGATAGACGCCAGGCTGAAAAAGAAGTATTTAGAATGATGGAGTGGCTGAAGCTTCCATCTCAAGGTAAAATCCTCGACCTATGTTGTGGTATGGGGAGACATGCAATGTCACTTGCACGTGCAGGCTATCGCGTAACAGGTGTGGATCTTTCCTCGGAGCTGCTCCAGGAAGCTAGGGCCTCCGACCCTAATGAACTTGTAAATTGGGTTGAATGCGATATGCGGGCTTTACCAGAAAGTAAGATGTTTAAGGAGCGATTTGATGCCGTTGTCAATTTATTTACCTCATTTGGTTATTTTGAAGAGGACAGCGAGCAGTTAACGGTGTTACGGCAAATCCATAAGGCATTGAAACCGGGAGGGCGGTTCATTATCGATTATATGAACGCAGAATACACAACAGATCACCTGGTTCCTTTTTCGGAGCGGGTAGAGGAGGGAAACCTCATCTCGGAAACCCGCCGCATTTTAAGCGGTTTCGTTATGAAGGAAATTGTAGTTCAAGGATCTAACCATCTTACTCGTCGATATTCGGAACGCGTCAAGCTATATGGTCCAGAGAAATTGGAAGATATGCTGAAAAAAGTCGGTCTTACATTGGATATAATTTACGGAAATTATGATGGACAACATTATGATAAGAGGCATTCACCGCGAATGATTATGGTTGGTCATCGAAAGGAAAGCGTAGGTTAA	MEKTLHKWYEESFGKDYLLIYRHRDRRQAEKEVFRMMEWLKLPSQGKILDLCCGMGRHAMSLARAGYRVTGVDLSSELLQEARASDPNELVNWVECDMRALPESKMFKERFDAVVNLFTSFGYFEEDSEQLTVLRQIHKALKPGGRFIIDYMNAEYTTDHLVPFSERVEEGNLISETRRILSGFVMKEIVVQGSNHLTRRYSERVKLYGPEKLEDMLKKVGLTLDIIYGNYDGQHYDKRHSPRMIMVGHRKESVG				NA	NA	NA	NA	NA
JZ016_00518	3738	cobN		Aerobic cobaltochelatase subunit CobN	ATGAAGATCACGGTCTTAACGACATCCCATGCGGCCATGAAGGATTTATCGTTCATATATAAGAAGAAGTGGGATGCATCTTTGCGCAGTCGCCTTTCATTATCTGTATTTAATATAGAAGGAACCTTGTCGGAGGCACAGTGGAGCTGGCTCGAGACAGCCGTAAATCAAGCGGATTTTATCATCCACGATCCGCACGGCAGCCCTGCCCGGACCGTTTCCCGTATTCATGACCTTTGTATCGGTCTTAAAGCGGAGCAAGTGATTGTAGGAGGGGAAGGGGAGCGGCTTAAGGATTTATATAGGCTGGGTTCATTGAGGTATCACGATCTTGCCGGCGCAGGCCATCGTGGACATCCGTCAACAACCTCAAGTGGACATCCTTCTACATCTTCAATATCGACCGAGCAGCAAGATAATCTCAGGCATCACCGGACCTTGGTCGCATATTGGAGAAATGCAGGGGTTCCCAATTTACACCATATGCTTGGCTACATTGCCACCTGCTTCGGAAAGGAAACGGATTGGCCGCCGGTCGAGCCGCCCTTTGCCCTGAAGTCGCTGAGCATCTATGATCCCTCTAACCCGCAGTCATTTGAATCCTTGGAGGCCTTTCGGGCGTCCATGCCGGCCCGTGAGGATGATCCAACAGTTGCCATACTTTTTATGGGTCACAGCTACCCGCTCCACACCGGAGATATCGTCAGCAGCATGATGCAGAGCATTCGAGAGTTTGCCAATGTTCTTCCTGTCGTATTCACTTCTTTGTCGGATGTTGAACCGAATCGGCTGCGAACCTTGCTGATGCATGGGGGCGTTCATGGAGGCAAGGTAGACTTGATCGTAAACTTTGTTCCGTTCCGCCTGGGTGCCGGACCTACGGGGGGAAAGAGCGATGAAATCCTGGCGTTACTAAAAGAAGTGGACGCTCCGATGTTCCATCCGTTTTTCCTGACGCGCCGGGAACGGCAGGAGTGGGAAAGCTCCAGACAAGGCTTGACGCCTTCCGAATTTCTGGTTCAAATGATGCTGCCTGAGCTCGACGGGAGCATTGAGACGCATCCGGTTGCCGCGTTATCCAGCCTTGGATATGACGAGGACATGCGGTTTGATGCCAAAGAGCTCCGTATGATCGAAGATCGAGCGCAGCGGGTGGTCGGTCGTGTAAAGCGGTACCTGAATCTCCGATCCAAGAAGCAATCCGAGAAGCGAATCGCCATTATCGGCTATAACTACCCTCCAGGGGAAGGACATCTGTTCCAGGCCTCCTTTCTGGATACCTTCGAATCGATATCCCGCATCCTCACGGCGATGAAGGCGCATGGTTATGATACCGAGACATACTCTGGTTTCGAATTAAAAGAGCGTTTTATACAGGATGGAACCATAAATTCCGCAGTGTGGTCCAACGACAACTGGCCCGATCATCTTCCGACTTATAAAAATACATCGTATGAGCAGAGCAATCAGGTCTTGAATAAGCGGAAAAGAGAGCTTGTTCAGCAGTGGGGCGAAGTGCCAGGCGACATCATGACGACCGAGGACGGCGATTTCAAAATTCCCGGCCTTCGGATCGGCAACTTGTTCATCGGTATCCAGCCTAGCAGGGGTGTACATGAGCATCCGGAGGCAGCTTACCATGATAAAAGTCTCCTTCCGCACCATCAGTATTTGGCTTTTTACCAATACCTTCGTGATGAGTTCAAGGCTGATGCGATCTTGCATGTGGGAACCCATGGTACGCTTGAATTTTTGGAAGGCAAAGAAAGCGGCATGTCGGGGGATTGTTTACCTGATGCATTGATTCGGGATATTCCGCATTTTTACGCGTATTATGTCGGCAACCCCTCCGAAGCCATGATTGCGAAGCGAAGATCCCATGCTACCTTGATAGGATACCAATCCCCTCCATTCACAGTATCCGGGTTATACGGAGAATACGCCGGCCTGGAAACACTGCTGCATCAGTATCGGGAAGCGGAACAGCTGAATCCTGCACGACTTCCTGATCTGTGGGAGATGTTGCAGGAGCAGGCAGCTGCGCTTTTTCTTGAATCCTCTAGTCTTGAATCGCTGGAATCCGAGCTGTACCGAATCCGAAGATCCATGATTCCTGATGGCCTGCATATATTAGGCGAGGGGTATACACATGAGCAGGCGGCGCAGCATATGAGCATGATTTTTGGCCATGAACGGGGAACCTACGGATCGCTGCAGAGATTATATGCGCGTTCGATGGGCTGGGATTATGATGAGCTGCTGGAAGCCCAGGATATCCGCAGGCTGCGAACGCTGGATGAGTATGTGGAGAAAGCTGTGTTAACCTTTGTTCAAACCCGGGAAGTTCCTGAACCTCCGCAAGGATCAGCCGATCAACAATCACAATGGCAGAACATTTGGGAGCTCGGCTTAAAGGCTTATCAGTCTACGAAGGCAGATCTGGAGCTTACGAATCTTCTTAGGGCCATGGACGGTAAATATATACCGGTTAGTCTTGCAGGCGACTGCTTTCGGAATCCGGAGGTTCTGCCGTCCGGAAACAATCTGGTACAGTTTGACCCAAGGTCCATACCAAGCCGTGCAGCTCTTGCGAGTGGTTGGAGGATTGCGGAGAACACCTTGAATTTGTATGATGCAGCGCAAAAGTCATATCCGGAAACATCCGCGCTGGTTATGTGGGGCTTGGAAACGTCCCGGACACAAGGGGAGACGTTGGGGCAGATTCTGGCTTATCTAGGCGTTAGAGTTAAGGACCAGGATCACCATAAGCAGGTGGAATATGAAATTATTCCGCTATCAGAGCTGAAGAGGCCGCGACTGAATGTCCTGGTCCATATCTGTGGATTTTTCCGCGACATGTTCCCGGACCAGCTATCAACGCTTCACCGTCTCTTTAAAGAAATTTCTGAGCTGGAGGAGCCGGTTGATCAAAACCGGTTCAAAAAGCATTCGGAGAGGTTGTATCAGCAGTTACGCAGCGCCGGGGCAGAGCATGACGAGGCTTGGGACTTGGCATGTGCCCGCATATACGGGCCTGCCGCAGGAGAATATGGAGCCTCGGTAACAAAGCTGATCGAGACCAAGCAGTGGGAAGAAGAAGACCAATTGGGCGCAGCTTTCATGAACAGCCTGAAGCATGTGTACAGCTCCGATTACAGGGGCAAGGATATGTATGATTTGTATGCGGCGAACTTGGCTGCCGTTGATATTGTTTCACAGATTCGGAGCAACCATGAACATGAAATTACCGATCTGGATCATTATTATGAGTTTTTTGGAGGCTTGGCGAAATCGGTAGAAATCACCAAAGGCGTCAAGGCGGAAATATATATTAGCGATACCACGCGGGAGCAAATCTTAACTGAAGAAGTAAGAAACTCTGTCCATCGTGGAGTACGAACCCGTCTGCTCAATCCCAAATGGATAGACGGTTTGCTAAAGCATGATTATCATGGAGCCCAGAAAGCAGCAGACCGAGTAGAAAACTTGTTGGGGCTTGCAGCGACGACCAACCAAGTAGACTCCTGGATTTTCTCAGCGGTTCATCATGAATATGTGGCCAACGAACAACGCAGCAAGCAAATGTCTGAAAATAACAGCTGGGCCTACTCTGGTATGTTGGAAACGCTGCTTGAAAGTCATCAACGGAACTATTGGAAGGCGACAGAGGAAGAATTGAACATGTTACGGGATCGTTTTTTGGAGCTTGAAGGAGAACTTGAGGGTCCTCACGATTAA	MKITVLTTSHAAMKDLSFIYKKKWDASLRSRLSLSVFNIEGTLSEAQWSWLETAVNQADFIIHDPHGSPARTVSRIHDLCIGLKAEQVIVGGEGERLKDLYRLGSLRYHDLAGAGHRGHPSTTSSGHPSTSSISTEQQDNLRHHRTLVAYWRNAGVPNLHHMLGYIATCFGKETDWPPVEPPFALKSLSIYDPSNPQSFESLEAFRASMPAREDDPTVAILFMGHSYPLHTGDIVSSMMQSIREFANVLPVVFTSLSDVEPNRLRTLLMHGGVHGGKVDLIVNFVPFRLGAGPTGGKSDEILALLKEVDAPMFHPFFLTRRERQEWESSRQGLTPSEFLVQMMLPELDGSIETHPVAALSSLGYDEDMRFDAKELRMIEDRAQRVVGRVKRYLNLRSKKQSEKRIAIIGYNYPPGEGHLFQASFLDTFESISRILTAMKAHGYDTETYSGFELKERFIQDGTINSAVWSNDNWPDHLPTYKNTSYEQSNQVLNKRKRELVQQWGEVPGDIMTTEDGDFKIPGLRIGNLFIGIQPSRGVHEHPEAAYHDKSLLPHHQYLAFYQYLRDEFKADAILHVGTHGTLEFLEGKESGMSGDCLPDALIRDIPHFYAYYVGNPSEAMIAKRRSHATLIGYQSPPFTVSGLYGEYAGLETLLHQYREAEQLNPARLPDLWEMLQEQAAALFLESSSLESLESELYRIRRSMIPDGLHILGEGYTHEQAAQHMSMIFGHERGTYGSLQRLYARSMGWDYDELLEAQDIRRLRTLDEYVEKAVLTFVQTREVPEPPQGSADQQSQWQNIWELGLKAYQSTKADLELTNLLRAMDGKYIPVSLAGDCFRNPEVLPSGNNLVQFDPRSIPSRAALASGWRIAENTLNLYDAAQKSYPETSALVMWGLETSRTQGETLGQILAYLGVRVKDQDHHKQVEYEIIPLSELKRPRLNVLVHICGFFRDMFPDQLSTLHRLFKEISELEEPVDQNRFKKHSERLYQQLRSAGAEHDEAWDLACARIYGPAAGEYGASVTKLIETKQWEEEDQLGAAFMNSLKHVYSSDYRGKDMYDLYAANLAAVDIVSQIRSNHEHEITDLDHYYEFFGGLAKSVEITKGVKAEIYISDTTREQILTEEVRNSVHRGVRTRLLNPKWIDGLLKHDYHGAQKAADRVENLLGLAATTNQVDSWIFSAVHHEYVANEQRSKQMSENNSWAYSGMLETLLESHQRNYWKATEEELNMLRDRFLELEGELEGPHD	PGPT0009280_1051	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009280-cobN-K02230	NA	NA
JZ016_00519	1947		COG1239	putative protein	ATGGAGCAGCTTTCAGTATATCCATTCAGCGGAATCGTTGGACAAGAGAAAGCGAAGCGGGCGCTTCTGCTATATGCTGTGAATCCTGCGATTGGCGGAGTTCTTATTCATGGTTCTAGAGGATCAGGTAAAAGTCATCTGCTGCATGCAGTTTCTTCGATGATCCCTGACCGTCTGAAAATATCCGTACCTGTCAACATCACAGCGGATCGGCTTCTCGGCTCATTCGATATGACGGCCGCCATCGACCGCGGCAGGCTCGTACGTTCCCCGGGTTTGTTAGAAATTGCCGATGGTCAACTGCTGCTGGCCGATCATATGAATCTAGTGCCCGAAGTGCTCATCAGAGAGATTGTCAATACACGCTCGAGCGGCTGGGTTTATCTGCAGCGAGAAGGGATATCAGAAATTCGAGAAAGCCGATTTATGCTGCTTGCGGCAATGGATTTGGGAGACGGCGTTCTTTCGCCTTCACTGCTGGATCACTTTGGATTCTGCGTAACGTTGACCGAGTTGATAGATCACAAGGATCGAGCCGAGGTCATACGCCGAAGATTACAATTCGAGCAGGACCCCTATGCCTTCCGTAGCCGATATCAGCGTCAGGAAGATGCACTCCGGTTGCAAATCCAAGCGGCAGGACAATTGATTCCTCACATACAGGTAAGCGCTGAAATGATTCAGCTAGCCTCCTCAATCGCATATGAAGCGGGGATTGCGAGCGCCCGTGCCGAGCTCTCTCTTGTTGAAGGGGCTAAAGCGGCAGCCGCCTGGGATGGGCGCACCAAAGTAACCATGGAGGATATCCGAGAGATCGCCGAGTATGTTCTTCCTCATCGAATGCGAATTGCATTCGAGAACCCCCACGCCCCTGGGAGTCATCCACTTGAACCGGATGCAGGCGATCAGACGAATCCATCACCCGATCAAACGAATTCTTCCCACTCCCCTGCAGAGCATCCCGATCACGGGGATGGGAGGACCAATACGAATGAGGCGAAAGACGCCTTCAAACAAAGCAGAACAGAAATGCCGGTTGTGGAGGATCCTAATGATCCTCAGAATGTATCCAGTGATCGAATGGATGATCAGGTGCTGTTTCCTGACGAGGCGTATCCAATCGAGCCCTTGAAGTTGAACATGAAGCGTAAGTTAGAATATGAGGGCTCGGGAAAGCGACATGATCTGCGTTCGGTTCAGAAGAGAGGCAGATCGGTAGGGGCTGTATACCCGAACAGGAAGCAGCGAACCGATGTGGCTTTTGATGCTACGATCCGCGCAGCGGCTCCCTATCAGTTGATCCGTACCAAAAAGGACGGCGTCGCGTTTGCCATTGAACTCGATGATTTGCGTCTCAAGAAAAGAGAGAATCGCGTTGGGTCTACGTTATTGTTTGTGGTTGATGCCAGCGGTTCGATGCTGGCCCGAAAGCGCATGACAGCGGTCAAAGGAGGCATCCTTCATCTGCTCCGGGATTCTTATGTGAAGCGAGACCGAATTGGCATGATCGCGTTCAGACGGGACGAGGCTGAGCTTGTGCTTCCGGTTACACGCAGCATCGATACAGCGTCAAAGCATCTCCGCGATATTCCGACTGGAGGAAGGACGCCTCTGGCAGCCGGGCTTAACCTGGCCTATAAGGTGCTTCAAGCGGAGAAACGAAGAAATCATGATACGATACCGACGTTGATATTCGTTACGGATGGCCGAGCGAACCAAAGTCCTTCAGGATTGTCGGTTTATTCGGACATTTGGAATGAATGCCTGGAGGCCGCAAGCTGGATCCGGCTTGCCGGGATCTCCTGTCTGGTCATTGATACGGAGCAGGGCTTTGTTAAATTGGGACGCTCTAAAGAATTGGCTGAAGCATTGGGTGCTGAGTATCGAGTACTCGAACACTTGAACGAAGATGGATTTACTGGCACGGTTCGAACCATATTGGGTTAG	MEQLSVYPFSGIVGQEKAKRALLLYAVNPAIGGVLIHGSRGSGKSHLLHAVSSMIPDRLKISVPVNITADRLLGSFDMTAAIDRGRLVRSPGLLEIADGQLLLADHMNLVPEVLIREIVNTRSSGWVYLQREGISEIRESRFMLLAAMDLGDGVLSPSLLDHFGFCVTLTELIDHKDRAEVIRRRLQFEQDPYAFRSRYQRQEDALRLQIQAAGQLIPHIQVSAEMIQLASSIAYEAGIASARAELSLVEGAKAAAAWDGRTKVTMEDIREIAEYVLPHRMRIAFENPHAPGSHPLEPDAGDQTNPSPDQTNSSHSPAEHPDHGDGRTNTNEAKDAFKQSRTEMPVVEDPNDPQNVSSDRMDDQVLFPDEAYPIEPLKLNMKRKLEYEGSGKRHDLRSVQKRGRSVGAVYPNRKQRTDVAFDATIRAAAPYQLIRTKKDGVAFAIELDDLRLKKRENRVGSTLLFVVDASGSMLARKRMTAVKGGILHLLRDSYVKRDRIGMIAFRRDEAELVLPVTRSIDTASKHLRDIPTGGRTPLAAGLNLAYKVLQAEKRRNHDTIPTLIFVTDGRANQSPSGLSVYSDIWNECLEAASWIRLAGISCLVIDTEQGFVKLGRSKELAEALGAEYRVLEHLNEDGFTGTVRTILG				NA	NA	NA	NA	NA
JZ016_00520	933	bchI	COG1239	Magnesium-chelatase 38 kDa subunit	ATGTTTGAAAGACGTAGAGCAGCAATATCCATTTACAGCCATTGTAGGTCAATCGAGAATGAAACTGGCGCTCATTTTGAACGTCGTAAATCCGAAGCTTGGGGGGTTTTGATCCGAGGTGAGAAAGGAACGGCAAAATCTACAGCTGTACGGGCATTGGCTGGGCTCATGCCTGATCTAAAAGTCATTAACTTGCCTGTAAGTGCAACGGAAGACCGCGTCGTTGGTGCTCTCGATATTGAGCACGCAATCAAGACAGGAGAGAAGAAATTCGAACCGGGTCTGCTGGCAGCGGCACATGGTCATATTTTATATATCGATGAGATCAATCTGTTGGACGATCATATTGTCGATGTATTGCTGGATGCGGCTGCAATGGGAATCAACACGGTAGAGCGAGAAGGGATATCCTATTCTCATCCGTCGCGATTTCTGTTGGTGGGGACGATGAACCCGGAAGAAGGTGACCTGCGGCCGCAGCTACTGGACCGTTTCGCGCTGTCGGTCGACATCGGCGGAGAGAAGGATGTTCGCGAGCGTGCCCTTGTCATCCGCAGACGTATGGATTTTGAGCGTGACCCTGCATCATTTTCAGCGCATTATGAGGCCGAACAGGAGCGCGTTCTGAATCAGATCCTTCAGGCAAGGGAGCGATTGGATCAGATTGACGTTACAGACGACATGCTGGAGCTGGCAGCAAAAATCGGAATTGCGCTGGAAGTTGAGGGGCATCGATCCGACATTACCCTGATCAAAACAGCGCTCACCCTGGCAGCATGGCGGGGCCAAGATTCAATTAGCCATGAACATATGCAGGAAGCCGCATACCTGGTCTTGCCTCATCGGATGAGACGGCAGCCGTTTGAAGAGTCCGGCGGTATCGAACAGCGATTACATGCGTTACTGCGTTCAACAGCAATGGTACAGGCATGA	MFERRRAAISIYSHCRSIENETGAHFERRKSEAWGVLIRGEKGTAKSTAVRALAGLMPDLKVINLPVSATEDRVVGALDIEHAIKTGEKKFEPGLLAAAHGHILYIDEINLLDDHIVDVLLDAAAMGINTVEREGISYSHPSRFLLVGTMNPEEGDLRPQLLDRFALSVDIGGEKDVRERALVIRRRMDFERDPASFSAHYEAEQERVLNQILQARERLDQIDVTDDMLELAAKIGIALEVEGHRSDITLIKTALTLAAWRGQDSISHEHMQEAAYLVLPHRMRRQPFEESGGIEQRLHALLRSTAMVQA				NA	NA	NA	NA	NA
JZ016_00521	990	hmuU_2	COG0609	Hemin transport system permease protein HmuU	ATGCCGAATAAATCCATTCGCTCTGTGTCCGTGATCATCATATTCATGGTTTTAGCGATAGCAGCTTCCCTTTTTAGCATAGCCACCGGCGCTGTTATGGTTCCGCTTCGAGATATTGCTGCGGCCGTATTGCAACATGATCTGCCCGGAGTGAACCGGGAGATTATCTGGAATATCCGACTGCCACGAACGCTTGTTGCAATGCTTGTTGGAGCGAACCTTGCCGTTTCAGGAGCTTTGCTGCAAGGAATTATGCGGAATCCGCTGGCAGATCCCCATATAATTGGGGTCTCTAGCGGGGCCGGGCTGTTCGGAATTTTCCTGCTTGTCGTTATGCCGCAATATGATTATCTGTTGACGCCTGCCGCATTCATCGGAGCGACGCTTGCCGCATTCATCATCTATCTGCTGTCTTGGAAAGACGGAGTAAACCCGCTCAGAATTGTCCTTGCAGGTGTGGCAGTCTCCGCCTTTTTGGGATCCGGGATATCAGCAATGCTTACCTTTTACAGCGACAGGGTGCAAGGGGCCTTGCTCTTTATGGTAGGCGGACTTGCAGCTAAAAGCTGGCCCGACCTATCGACCATCCTCCCATACTCTTTAATCGGTCTAGCTCTCTCGATGCTCTTCTCCAAGCAAATGAACATTATGATGCTCGGAGATGCCACGGCTCGGAGTTTAGGGATACGGGTGGAACTTTCCCGATTATGGATAACTGCGATCGCAACGCTGCTTGCAGCCAGTGCCGTCAGCATCGCAGGCCTTCTGGGATTCGTCGGGCTGATCATACCGCACGTCGCCCGGCTGCTTGTCGGAGGGGATTACCGGTTTCTGATTCCTTCCACAGCGCTGTTAGGGGCTGCCGTTCTGACGATTTGCGACACGCTGGCAAGAATTATGTTCTCCCCGATGGAGCTACCGGTCGGAATCATCATGGGTGTGCTGGGAGCGCCCTTTTTCCTGTATCTGTTAAGGAGGAAAAAGGCATGA	MPNKSIRSVSVIIIFMVLAIAASLFSIATGAVMVPLRDIAAAVLQHDLPGVNREIIWNIRLPRTLVAMLVGANLAVSGALLQGIMRNPLADPHIIGVSSGAGLFGIFLLVVMPQYDYLLTPAAFIGATLAAFIIYLLSWKDGVNPLRIVLAGVAVSAFLGSGISAMLTFYSDRVQGALLFMVGGLAAKSWPDLSTILPYSLIGLALSMLFSKQMNIMMLGDATARSLGIRVELSRLWITAIATLLAASAVSIAGLLGFVGLIIPHVARLLVGGDYRFLIPSTALLGAAVLTICDTLARIMFSPMELPVGIIMGVLGAPFFLYLLRRKKA	PGPT0003770_8949	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_00522	1047	yfmC_1	COG4594	Fe(3+)-citrate-binding protein YfmC	ATGTCTTTGCAATTAAGCAAGAAAAAAACACATTACATCTTGACGATCTGTATTATCGTCGTATTCGCACTTGTTGCGTCAGCGTGCAATGGAACCGAAACTTCAGGCAGCCAGGAGACAGAAGCTCATGACCAAAAAGAACTGAAGTCATCGGAAACAGAAACCGAGCCCCCAGCAGTCAACGAAGCTTATATCACTTTCCAAGACGCGACGAATCGTACGATTACGCTCGAACAGCGTCCGGAACGAATCGTCGTGCTGTCACCCGAATTCCTTGAGCTGCTGTATGCTGTGGGAGGACAAGCGGTAGGGCGGATGGAAGCCCTGGGCGTTTCGATCCCTGAAGAAGCAGAAGCGGTAGCGTCTGTCGGAACCGTAAGTCAGATTAGCTTGGAGCAGGTGGTGGCTTTAAAACCGGATCTGGTCATCGGGCAAGCACGTTTTCATAAGGAGCTTGTAAAGTCGCTGGAGAGCAGTGGCATTGACGTGGCGCTAATGAGCATGTCCAGCTACGAGGATATGAAGTCAAAGGCGGAATGGATGGCGAAGATTGCCGGGACGGAAGAACAGCTGCAGGAAAAGCTGAAGACATTAGATGACCGGGTGAATGAAGTTCTGCAGCAATTGCCGGGAGATCATCGTACCTTTATCAATCTAAACGTCACCCCCGGTGGAATTTCCATTCAGAAGGACGGAACAACAGGACTGGAGATAGCCAAAATGCTTGGCCTGAGCAACATGGCAGAGACTCTAGCATCATCGCCTGACAGTCCAACCACGTCCCCTTACAGCATGGAGACGCTTGCGAAGCAGAATCCGGATTATATCTTTATGATCATCCACGGACAAAAGGCTGTGGGGGATAAGAAAATTAAGGAGGAACTCGAGAGCAATCCTGCATGGGCTTCTATAGGAGCTGTCAAAGAACAGCGAGTGATTGTCGTACCATCCGATTTATTCCTCACGAATCCAGGCCTTCACTATGATGAATCGCTGAAGTATTTAGCCAAGCTGGTGTATCCGGAGATCTTCGGTGATGCCGAATAA	MSLQLSKKKTHYILTICIIVVFALVASACNGTETSGSQETEAHDQKELKSSETETEPPAVNEAYITFQDATNRTITLEQRPERIVVLSPEFLELLYAVGGQAVGRMEALGVSIPEEAEAVASVGTVSQISLEQVVALKPDLVIGQARFHKELVKSLESSGIDVALMSMSSYEDMKSKAEWMAKIAGTEEQLQEKLKTLDDRVNEVLQQLPGDHRTFINLNVTPGGISIQKDGTTGLEIAKMLGLSNMAETLASSPDSPTTSPYSMETLAKQNPDYIFMIIHGQKAVGDKKIKEELESNPAWASIGAVKEQRVIVVPSDLFLTNPGLHYDESLKYLAKLVYPEIFGDAE	PGPT0003765_3862	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_00523	483			hypothetical protein	ATGGCGGACAGGGTTAGGATCTTCGATCAAGAAGCAGAACGAGTGATAAGTACGCATAGCAAAGATCAGTGGAACCGCCGGGAGATGGAATTGGGGAAATGGGCGAAGCTGTCCAAGCAGCGAATGCGGGAAAAGCAGACAGTCTGGTTAGGTAACATAGAACTTGACGCAGAACTTCTTCCTGCGTATATATATTTCAAACGAGCAGGGATACAGACAGAGTATTCCTGCGCGGGAGTCAGCCTCTTGGATGAGCCGGAAGACCACTCGCTCTATGCGTATGTCACCTTCATCTCCTCGGTGCAGGCAAAGTCATTTATCGAGTTCGCAATGGAGCGAATGAAACACCGTTTGCTTGTTACTTACGAGCCATCCAGGAACCGCTATGATCTGTCCTCCTTTTTTATTCGGCACAATCGGAGATTCTGTACTTTAATGAATCATTATGCCAAAGAATTCTGCATTAATACGGTAAGCAAATAA	MADRVRIFDQEAERVISTHSKDQWNRREMELGKWAKLSKQRMREKQTVWLGNIELDAELLPAYIYFKRAGIQTEYSCAGVSLLDEPEDHSLYAYVTFISSVQAKSFIEFAMERMKHRLLVTYEPSRNRYDLSSFFIRHNRRFCTLMNHYAKEFCINTVSK				NA	NA	NA	NA	NA
JZ016_00524	465	zur_2	COG0735	Zinc-specific metallo-regulatory protein	TTGAATCCTGGCATGCAGCTCGATAAAATGATTGACTACCTGGTTGAGCATGGCGTGCGAATTACAACGCAGCGAAGATTCCTTGTTGATCTGATTTTAGGATTAAACCGTCCATTCTCAGCCATAGAGATATACCAAGCCATGGAGAAAACCTTTCATGGATTGAGTTACGGTACAGTATATCGGAATCTTGAGCTTTTTAGGCAATTGCGGATCGTTGAGATTTTCGTGTTGGATAATGAATTGCGGTATCGCATAATCGATCATGTTCAGCCGCAGCTTTATTTTATATGCATGGATTGTAAACAAACCATTCCGATGAGCTTTGATCCAGAGGAGATGGAGTTACCCAAGCCCCAGCAGTTTCGATCACTGAAATACAAAATTGATATTTTCGGTTACTGCACGGATTGTGAAAGTTCATTAGAAACACATGCTCCCGCTAGACCGGAATGGAATGACTGA	MNPGMQLDKMIDYLVEHGVRITTQRRFLVDLILGLNRPFSAIEIYQAMEKTFHGLSYGTVYRNLELFRQLRIVEIFVLDNELRYRIIDHVQPQLYFICMDCKQTIPMSFDPEEMELPKPQQFRSLKYKIDIFGYCTDCESSLETHAPARPEWND	PGPT0004295_3	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004295-zurR|zur-K02076	NA	NA
JZ016_00525	270	rpsN2	COG0199	Alternate 30S ribosomal protein S14	ATGGCAAAAAAGTCCAAAGTCATTAAAGAACGAAAAAGACAGCAAGTCGTGGCCAAATATGCTGAAAAACGCAGGGAGCTAAAAGAAAAAGGGGACTATGAGGGACTGCAGAAGCTTCCTCGTGACTCCTCCCCGACACGACTTCACAATCGCTGCGCGGTTAGCGGCAGACCAAGAGGCTATATTAGCAAGTTTGGCGTGTCACGGATCGTCTTTCGCGAGCTAGCCCACAAAGGACAAATTCCAGGCGTGAAAAAGTCCAGTTGGTAA	MAKKSKVIKERKRQQVVAKYAEKRRELKEKGDYEGLQKLPRDSSPTRLHNRCAVSGRPRGYISKFGVSRIVFRELAHKGQIPGVKKSSW				NA	NA	NA	NA	NA
JZ016_00526	1197	znuA	COG0803	High-affinity zinc uptake system binding-protein ZnuA	ATGATTAAGAGTTATAAACGAATCTTTGCCGCTTTTTCATTATCCGCAGCATTGGCTGTCGCGGGCTGCGGCTCTGCCAAGCCAAGTGAATCCAATGGAAGCATGAATACAACAGATAGCCAAGTAACAGATACATCGACAGCAACAAAATTAAAGATTAAAACAAGCTTCTATCCGATGTATGAATTTACGCGCCAAGTTGCCGGCGATTTGGCGGATGTTGAGAATTTGGTACCGGCAGGGGTTGAACCGCATGACTGGGAACCTACGCCGCAGGATATGGCAGGCATTGCTGATGCTGACGTGATTGTGTATAACGGTGCAGGTATGGAGAGTTGGATTGATCAGGTACTGGATAGCGTCAAAGATCGTGATCTAAAGGTAATTGAGGCTAGTCAAGGAATAGAGATCATGGAAGGCGAAGGGCATTCCCATGCCCACGACCATGGCGCAGAAGGCGAACACAGCCATGAAGAGGAGCATGCCCATGGCCACGGCACAGAGGGCGAACATAGCCACGAGGATGAACATGCGCACGACCATGGGGCAGAGGGTGCACATAGCCACGAAGATGAACATGCCCATGACCATGGTGCAGAGGATGAACACAGCCACGAAGATGAACATGCCCATGATCATGGCGAAGAAGGTGGGCATCATCATGATCACGGTGGACTTGACCCACATGTGTGGCTTTCGCCTGCTCTTGCTATTCAGCAAGTGCGTAATATTGAACAAGGCCTGGCGGAAGCAGATCCTGAGCATAAGGATGCCTACAAAGCGAATGCAGATGCCTACGTAAGCAAGCTGGAGGCGTTGGATCAGGAGTTTAACGAAGGATTGAAGGATTCCAAGAGAAAAGACTTCATCACCCAGCATGCTGCTTTCGGGTATTTAGCCCATGAATATGGTTTAACCCAGGTACCGATCGCGGGGTTGTCTCCGGATCAAGAGCCGTCGGCTTCGCAAATGGCGAAGATCATTGAATTTGCCAAGGAGAACAATGTAAAAACTATATTTTTTGAAACGCTCGTCGCCTCAAACGTTGCAGAGACGATCGCAACTGAAATCGGAGCATCCACAGCCGTGCTGAATCCGATTGAAGGCTTGACAGAGGAAGATATCGCAAAAGAACTTGATTACATTGCAATCATGCATCAAAATCTCCAAGCCTTGCAAGCTGCTTTAAATGAATAA	MIKSYKRIFAAFSLSAALAVAGCGSAKPSESNGSMNTTDSQVTDTSTATKLKIKTSFYPMYEFTRQVAGDLADVENLVPAGVEPHDWEPTPQDMAGIADADVIVYNGAGMESWIDQVLDSVKDRDLKVIEASQGIEIMEGEGHSHAHDHGAEGEHSHEEEHAHGHGTEGEHSHEDEHAHDHGAEGAHSHEDEHAHDHGAEDEHSHEDEHAHDHGEEGGHHHDHGGLDPHVWLSPALAIQQVRNIEQGLAEADPEHKDAYKANADAYVSKLEALDQEFNEGLKDSKRKDFITQHAAFGYLAHEYGLTQVPIAGLSPDQEPSASQMAKIIEFAKENNVKTIFFETLVASNVAETIATEIGASTAVLNPIEGLTEEDIAKELDYIAIMHQNLQALQAALNE	PGPT0004220_265	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	ROOT_COLONIZATION-ZINK_TRANSPORT_LIPOPROTEIN,PGPT0004220-znuA-K09815	NA	NA
JZ016_00527	864	znuB_1	COG1108	High-affinity zinc uptake system membrane protein ZnuB	ATGGCGATGCTCGGTTACGAATTCATGCAGCGCGCGTTTTGGGCAGGAGGCCTGATCGGTGTAATCGCTCCGATCCTCGGCGTATATTTAATGCTTCGTCGGCAGGTGCTTATGGCTGACACCCTCTCCCATGTATCGTTGGCAGGGGTGGCATTAGGATCGTTCCTGCAATTCAATCCGACGATAAGCGGATTTGTGATCGCCATTATCGGAGCTCTTGTCATTGAACAGCTTCGAAGGGTATACCGCACCTACACCGAGGTGCCGGTAGCCATTATCATGACCTCCGGACTGGCAGTGGCCGTCGTCCTGATGAGTTTGAATGCGCATTTGAACAAAAGCTTCAGTTCCTACCTTTTTGGATCCATCGTTGCGGTCAGTGATACACAACTAGGACTGATTGCCATCGTAACCGCATTAGGGCTGGTGTTTTTTGTTGCCTTACGCCGGCCCCTGTATAACTTCGCCTTTGATGAGGAAACTGCTGCAATTTCAGGAACTCGGGTTTCGATTCTATCGTTTTCATTCGCCGTGTTCACAGGCATGACGGTCGCTGCTTCCATGCCGATCGTTGGTGTATTGCTAGTATCGGCACTTATTGTACTTCCAGCCTCGATAGCGCTCCGGATTGCTCCCGGATTTTTAGCTGCCATGGGAGTAGCCGTCCTTACAGGATTGTTTGGCGTTTTCTCGGGGTTAACCGCCTCCTACTATTTGAATTCGCCACCCGGTGGCACGATTGCACTCATTTTGTTAGGGTTCTTGCTCATAGCCGTATTCATTCAGAAGCTGCTGCAATTGCGAAATCGAAGAGCTGTACAAATAAACAAACCGAAAGTAAGAGGAGTTATTAATCATGATTAA	MAMLGYEFMQRAFWAGGLIGVIAPILGVYLMLRRQVLMADTLSHVSLAGVALGSFLQFNPTISGFVIAIIGALVIEQLRRVYRTYTEVPVAIIMTSGLAVAVVLMSLNAHLNKSFSSYLFGSIVAVSDTQLGLIAIVTALGLVFFVALRRPLYNFAFDEETAAISGTRVSILSFSFAVFTGMTVAASMPIVGVLLVSALIVLPASIALRIAPGFLAAMGVAVLTGLFGVFSGLTASYYLNSPPGGTIALILLGFLLIAVFIQKLLQLRNRRAVQINKPKVRGVINHD	PGPT0004225_675	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004225-znuB-K09816	NA	NA
JZ016_00528	708	znuC_1	COG1121	High-affinity zinc uptake system ATP-binding protein ZnuC	ATGATTATGTCCTCCATGCGCGACGTCGTGTTTGGATACGGAGATCGAACCGTCATCGAGAACCTGTCACTGGATATCCATACCGGGCAATTTATCGTTATTTCAGGCCCCAATGGTGCAGCGAAATCGACCTTGCTTAAATTGATGCTGGGTTTGATCAAGCCTTGGAGCGGAACGATTGAAATGAATCGTGTATCGGAGGACGGATCACCAATAACGGTTGGTTATGTTCCTCAACTTGTGGCTTCGTTTAACGCCGGTTTCCCCAGTAAAGTCATCGAACTCGTTCGTTCAGGCCGTTATCATCGTCTCGGGTTGTTCAAACGGTTTGCAGCCAGCGATCATGAGGCCGTCAAGCAAAGCTTGATTGAAGTGGGGATGTGGGAATATCGCAACCATAAGATTGGCGAATTGTCAGGGGGTCAGAAGCAACGGGTTTGTATTGCCAGAGCATTGGCTCAGGAGCCGGAGGCGCTGATCCTTGATGAACCAACAACCGGGATGGATGAAGCGAGCCGTAAAGAGTTATACGAGCTGCTGGATCACTATGTGAAACATAGAGGCAAAACGGTTATCATGGTTACCCATTCATTGGAGGAAATCGATCCTTACCTGGACCGGGTCGTCCATCTGGAACGAAAGGAGGATACGGGATGGCGATGCTCGGTTACGAATTCATGCAGCGCGCGTTTTGGGCAGGAGGCCTGA	MIMSSMRDVVFGYGDRTVIENLSLDIHTGQFIVISGPNGAAKSTLLKLMLGLIKPWSGTIEMNRVSEDGSPITVGYVPQLVASFNAGFPSKVIELVRSGRYHRLGLFKRFAASDHEAVKQSLIEVGMWEYRNHKIGELSGGQKQRVCIARALAQEPEALILDEPTTGMDEASRKELYELLDHYVKHRGKTVIMVTHSLEEIDPYLDRVVHLERKEDTGWRCSVTNSCSARFGQEA	PGPT0004230_2477	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004230-znuC-K09817	NA	NA
JZ016_00529	150	rpmG2_1		50S ribosomal protein L33 2	ATGAGAGTCATCGTTACATTGGCATGCACCGAAACGGGAGATCGCAATTACACGACAACCAAAAATAAGAAAAATCATCCAGAGCGTTTGGAAATGCGCAAGTATTGCCCTAGATTGAAAAGATATACGTTACATCGTGAGACACGTTAA	MRVIVTLACTETGDRNYTTTKNKKNHPERLEMRKYCPRLKRYTLHRETR				NA	NA	NA	NA	NA
JZ016_00530	816	ftsH_1		ATP-dependent zinc metalloprotease FtsH	ATGAGCAAAAGTAATACGAGTCAGCGTCTTCCTCGTGCGAAGGGAATTGACATGGCAAGCCTATATTCTCCCAAGGACTGTGCCAAAAAGGCAAAGCATCTCTTTTTGCCAGAAATCAATCAAAGAATTGTGAATGAATTTGTTGAAATTTTAGGGATGAGGGAGGAGTTTGAACAGCATGGCGTGCCGGTTCCAAACAAGATTGTCATGTACGGCCCTCCAGGAACAGGAAAGACCTTAACGGCTTTTTACATGGCTAAGGTCCTTGAACTTCCACTTGTCTTGGTTCGCTTGGACGCGATCATCCACAGTCATTTGGGGGAAACCGGAAGCAATATCCGTAAAATATTCGATTATGCCGACACATTTTCGTGTGTTCTGTTCCTGGATGAATTCGATGCCATTGCCCGGACTCGAGATAACAACGATGAAGTCAAGGAGATGGCGCGTGCTGTAAATACGTTGCTCCAATGCTTGGATGACTTTGGAGACCGGAGCATTATTATGGCGGCCACCAATTTAGAAAAGGATCTGGATCAGGCTATATGGCGCCGATTCGATACGAAGTTAATCTATACCGTGCCTGAGCTGGAGCAAAGGAAGTTATACATTGAAATTCTCATTGGCGAATTTGAATATGATCCGTCAATTCTCACTGAAACTTGCGAGCAGCTTGCAAGGTGCAGCTTTGCTGATATTGAACAAATTGTACTAAAAGCAAAACGAAAAGCGATTATTGAGCGAATGCCTCTTCAGATGAAGCATATGCAGAACGCTATTGAAGAGTATAATCCAATAACCGTCGCTGCTCATTGA	MSKSNTSQRLPRAKGIDMASLYSPKDCAKKAKHLFLPEINQRIVNEFVEILGMREEFEQHGVPVPNKIVMYGPPGTGKTLTAFYMAKVLELPLVLVRLDAIIHSHLGETGSNIRKIFDYADTFSCVLFLDEFDAIARTRDNNDEVKEMARAVNTLLQCLDDFGDRSIIMAATNLEKDLDQAIWRRFDTKLIYTVPELEQRKLYIEILIGEFEYDPSILTETCEQLARCSFADIEQIVLKAKRKAIIERMPLQMKHMQNAIEEYNPITVAAH				NA	NA	NA	NA	NA
JZ016_00531	333			hypothetical protein	GTGGACCCATTTACGTACAAAAGGATCTGTGCAATTCTTGAGGGTTACATTGCCGTGAAAGTACCTGCGGATCTTAGAGCGTCTGTTCGGCTAACATATCGGACTCTTGAAGATACCGTCATCCTTTCGGAAGAAAGACCCGATTGGGATCGACGGGAATGGATGTCTACCGAGCTAGTGCAATTTCATTTCCACAAAGGTACATGGAGAGTCTATGCCAAGCCGAACGGCAATGAATGGATTCCAGTTTCGTCTATTAATCCCAGCAATGATTTTGAAGAGGTGCTGGAGCAGGTAGAAATTGATGCCCAAGAGGTTATATGGGTTACTTAA	MDPFTYKRICAILEGYIAVKVPADLRASVRLTYRTLEDTVILSEERPDWDRREWMSTELVQFHFHKGTWRVYAKPNGNEWIPVSSINPSNDFEEVLEQVEIDAQEVIWVT				NA	NA	NA	NA	NA
JZ016_00532	1188	yciC_2	COG0523	Putative metal chaperone YciC	ATGACACAACAACAAATCCCCGTAACGGTACTCAGCGGGTATCTAGGTTCGGGAAAAACAACGGTATTAAATCACGTTTTGAATAACCGGCAAGGCCTGAAGGTCGCTGTCATTGTAAATGACATGAGCGAGATTAACATTGATGCAGCGCTGGTTAAGGGAGAGGCGTCCTTATCCCGCACGGAAGAGAAGCTGGTCGAGATGTCCAACGGATGCATATGCTGCACGCTGCGAGATGATTTAATGGAGGAAATTGAAAAACTCGCCAATGAACAACGGTTTGATTACATTCTGATTGAATCCACAGGCATCAGCGAACCGATCCCGGTCGCTCAGACATTTACATATGCCGACGAAGAGACAGGGATTGATTTAACGAATCTGGCTAAACTCGATTGTTTGGTCACCGTCGTGGACGCTAATCGATTCTGGCAGGATTTCGCATCCGGTCAGAGCCTTCTGGACCGCAATCAGGGCGCAGGAAGCGAAGATGATCGTGATGTCGTGGATTTGCTTATCGATCAGATCGAAACTTGCAATGTACTGCTGCTAAATAAATGTGATCTCGTGGATGACGAGGAATTGAACAAGCTGGAAGCTGTCCTTCGGAAGCTGCAGCCGAGCGCCAAGATCATTCGTACCCGGAATGGGCAAGTCGATCCGTCTGAGATCTTAAATACGGGATTGTTTGATTTTGAACGGGTAAGCATGTCAGCCGGATGGATCCAGGAATTGCAAAAAGAAACGCATGTCCCGGAGACCGAAGAGTATGGAATAAGCTCCTTCGTGTATCGTCGCAGAAGGCCCTTTCATCCTTCCCGGTTGGCTGAATTCATGGGGGAATGGCCTGAACAGGTAGTGCGTGCGAAAGGACTGGTGTGGTTGGCTGCCGATGGAGATGTTGCGGCAAGCTTAAGCCAAGCCGGCCCCTCGATTCAGTTTGGACCAGCTGGATATTGGGTTGCCGCTCTTCCTGCAGCCGAAAGAGAAGAGATTTTACGAACCGAGGCGGATGTTCGGGCGAAATGGGACACCGATTGGGGAGATCGGCAAACCGAGTTGGTGATGATCGGGATCGACATGGATCGAGAGAATGTTGAGGATGCGTTGGATCAGTGTCTGCTTACCGATGAGGAAATGAGCTTGAATTGGGCGCGCTTTGAGAATCCATTGCCTTGGATTGCATAG	MTQQQIPVTVLSGYLGSGKTTVLNHVLNNRQGLKVAVIVNDMSEINIDAALVKGEASLSRTEEKLVEMSNGCICCTLRDDLMEEIEKLANEQRFDYILIESTGISEPIPVAQTFTYADEETGIDLTNLAKLDCLVTVVDANRFWQDFASGQSLLDRNQGAGSEDDRDVVDLLIDQIETCNVLLLNKCDLVDDEELNKLEAVLRKLQPSAKIIRTRNGQVDPSEILNTGLFDFERVSMSAGWIQELQKETHVPETEEYGISSFVYRRRRPFHPSRLAEFMGEWPEQVVRAKGLVWLAADGDVAASLSQAGPSIQFGPAGYWVAALPAAEREEILRTEADVRAKWDTDWGDRQTELVMIGIDMDRENVEDALDQCLLTDEEMSLNWARFENPLPWIA				NA	NA	NA	NA	NA
JZ016_00533	312	fpuC_2	COG1120	Petrobactin import ATP-binding protein FpuC	ATGCTGGATGAGCCCACGACATTCCTGGATGTTCGACATCAGTTGGAGATATTGGAGCTCGTTAGAAGGCTGAATCAAGAGAGAGGGACTACGATTATTGTTGTGCTTCATGATTTGAATCAGGCGGCGAGATACGCAGATCGAATGGTTGTTCTAAAGGATGGGCGGGTTGTACGGGATGGTACGCCGGATCGAGTGCTGACTGAAGCTGTGCTGCAGGAAGTGTTCGGAATACACGCTACGGTGTTGAAGGATCCTGTGGCGGGAACGCCTATCTTCCTGCCCCATTCAATCGTTCATCGCGAAGGATAA	MLDEPTTFLDVRHQLEILELVRRLNQERGTTIIVVLHDLNQAARYADRMVVLKDGRVVRDGTPDRVLTEAVLQEVFGIHATVLKDPVAGTPIFLPHSIVHREG	PGPT0003760_2280	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_00534	504	yusV_1	COG1120	putative siderophore transport system ATP-binding protein YusV	ATGAAAGAAGATCAATCCCAAAAACCCTTGCTGGAAGCTCAGAAAATAGAGCTGCGATATAACGACAAACCCATCCTCAAAGAGATGTCCATGGATATCCTATCGGGTGGTGTGACCGCGCTCTTGGGCACCAACGGATCCGGCAAATCCACGCTGCTTAAAACCATGGCACGGCTGCTTATGCCGCAGAAAGGGTGTGTATATCTGGATGGGCATGCCATTGCAAAAGAATCTCCGAGGGCCTTGGCAAGGAAAATGGCGATACTCCCTCAGTCACCGGAGGTTCCGATGGCCATAACGGTCAGAGAGCTGGTAGAACAGGGACGGTATCCTCACGTAGGTCCGCTGCGGATGTTGAAAAAGCAGGATCATGCTGCAATCGAAGAGGCGCTTGAGGTTACCGGAATGCAAGCTTTCGAGCAGCGGCCGCTGGATTCCCTTTCGGGGGAGAAAGGCAGCGAGCGTGGATTGCCATGGCGATCGCTCAGTCGACTCCCGTGTTAA	MKEDQSQKPLLEAQKIELRYNDKPILKEMSMDILSGGVTALLGTNGSGKSTLLKTMARLLMPQKGCVYLDGHAIAKESPRALARKMAILPQSPEVPMAITVRELVEQGRYPHVGPLRMLKKQDHAAIEEALEVTGMQAFEQRPLDSLSGEKGSERGLPWRSLSRLPC	PGPT0003760_2280	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_00535	1053	yfhA_1	COG0609	putative siderophore transport system permease protein YfhA	ATGAACAAGCTGATCCGGAATCGTAATCCCTATGAGATGACATATAAGATCGGACTCATGGTAGCCTTGCTGCTTATCCTGATTCTGTGTGTCATGCATGTCGCATTTGGCAAAGTGGTTATTTCACCGCAACATATTCTGCGTGCATTAGCAAACGCGCATGAAGAGGCACACCATCGACAAATCATATGGCAGCTTCGACTGCCAAGGACCTTGATTGCGCTTGTAGCAGGTGCCATGCTGGGTCTGGCAGGAGCGATTCTTCAGTCCATAACCCGGAACCCATTGGCAGAGCCGGGGTTGCTCGGCGTATCGGCAGGCTCGGTGTTGATGATCGTCATTTGGATCACTTTTGCTGACGGGTTAGGGGATGCGACAAAATATCTTCCTTTGGTTGCATGGACGGGCGGCATCGGCACTGTGCTTTTTGTAAACGCATTAAGCTTGGGTAAGGGAATGGATATCACCAGGCTTGCATTAGTCGGAATACTGACGGGCAGCGTATTGCAATCCTGCACCTCGTTAATCCTGCTCAGGCATACGGAAGCGGTCGGCAGCATCTTGTTATGGATGATCGGATCCCTTAATGGCCGGGTATGGGTACATTGGGATATGCTTTGGCCTTGGGCTTTACTCATCATTCCTCTGGGTCTGCTTAGCGCAGGAGCTGCGAATGCCTTGCAATTGGGGCAGTCTACGGCAGCTAGTCTGGGCGTACAAGTTCGTCGAATGAGATGGATGATGCTCATCCTGGCGGCAATGCTGACCGCCGGAGCGGTTGCAGCCGTTGGCGCAATCGGATTTATCGGTCTTATCGGCCCTCATATTGCAAGGAGACTGGTAGGCCAAGATGCAAGAAGATTATTCCCTTTCAGTACGGTTGTCACAGGTCTGCTGCTGCTCGGCGCCGATGTCATTGCCCAGGCCGTATCGTTCGAGCTGCGTGTATTCGGTTTAAGCTCGCAAGTTTCCCTTCCGGTAGGGGCAGTTACTGCCTTTATGGGGGCTCCTTTTTTTCTGTATCTCATTAAGCAAAAAAGAAAATCACATTAA	MNKLIRNRNPYEMTYKIGLMVALLLILILCVMHVAFGKVVISPQHILRALANAHEEAHHRQIIWQLRLPRTLIALVAGAMLGLAGAILQSITRNPLAEPGLLGVSAGSVLMIVIWITFADGLGDATKYLPLVAWTGGIGTVLFVNALSLGKGMDITRLALVGILTGSVLQSCTSLILLRHTEAVGSILLWMIGSLNGRVWVHWDMLWPWALLIIPLGLLSAGAANALQLGQSTAASLGVQVRRMRWMMLILAAMLTAGAVAAVGAIGFIGLIGPHIARRLVGQDARRLFPFSTVVTGLLLLGADVIAQAVSFELRVFGLSSQVSLPVGAVTAFMGAPFFLYLIKQKRKSH	PGPT0003770_3026	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_00536	1035	feuC_1	COG0609	Iron-uptake system permease protein FeuC	TTGCAGAGTACCGATTCCACCATAGTCAAGAGAGCAAATATAGGGGGTGCGCCCCTTTTTTTTGCCTTGTTTATCATGCTGGCTGCTGCTATGGCGATAGGCATGAAGTACGGCTACCCGGAAATATCCTGGTCAGGCTTGCGGCAGCTGCTGTTCTTAAACGGGGGAACCGAACTTGAGAGGGTGTCCGTTCTGGAGATCAGGCTCCCTCGAATCGTACTAGGATGCATTGCCGGAGCGATGCTGGGGTTATGCGGCGTTCTTTTGCAGGATGGACTACGAAATTCATTAGCAGGTCCGGAGTTGTTAGGTGTTTCTTCGGGAGCTTCGTTTATGATGGCCCTTATTACGGTTTTACATGTTCCCATTTCCTATGTCATGCAGCCGTGGTTTGCCCTTATTGGAGGACTTATAGGCGGGGCTGTTGTTATTTTGGCAGCTGGGGGAAGGAATGGAGGCATACATATTATCCTTATCGGCGCTGCAGTAACTGCGATCATGAACGGATTGGTGGTATGGGTGATTACGATGGGGTCATCCAATAGTGCAAGCCTCTTGTTTACGTTCCTGATGGGAAATTTGGCGAACCGCAATTGGACTCATGTCGGTTATCTTTTGCCCTGGGCGCTCGTTACGATTCCCCTTTCCCTTAGCTTCGCCAGATCTTTGAACGTTCTGCGCTTGGGGAGCGAGACTGCCGAAGGACTGGGACTTCATGTCATGCGGGTGCGTATTTATCTGCTCATCGTATGCTGCGCGATGACGGCTGCGGTTGTATCCCAGTGCGGACCTATTGGCTATATTGCCTTGATCGCTCCTCACCTTATACGGAGCTTATCACAGCAATATGACGCAAAGTTCGTTCTTCCATTCTCGGCAATGCTCGGAGCCGTACTATTAACAACAGCCGATATCCTGGCACGAACCGTATTTATGCCCAGGGAAGTGCCTGTCGGGCTTTGGACGACTCTAATCGGCGGACCTGTCATTATCGCATTGTTTTTGCGTAAGCTTGGGGGGCGGTCTTCAGAATGA	MQSTDSTIVKRANIGGAPLFFALFIMLAAAMAIGMKYGYPEISWSGLRQLLFLNGGTELERVSVLEIRLPRIVLGCIAGAMLGLCGVLLQDGLRNSLAGPELLGVSSGASFMMALITVLHVPISYVMQPWFALIGGLIGGAVVILAAGGRNGGIHIILIGAAVTAIMNGLVVWVITMGSSNSASLLFTFLMGNLANRNWTHVGYLLPWALVTIPLSLSFARSLNVLRLGSETAEGLGLHVMRVRIYLLIVCCAMTAAVVSQCGPIGYIALIAPHLIRSLSQQYDAKFVLPFSAMLGAVLLTTADILARTVFMPREVPVGLWTTLIGGPVIIALFLRKLGGRSSE	PGPT0003770_4936	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_00537	1056	yfmC_2	COG4594	Fe(3+)-citrate-binding protein YfmC	ATGCGCAAACGACTAGGTATCATATTTTTGATAATTGCAGCACTCATTTCTGGCTGCAGCAGTGTTCCCCAAGACCCGCCTCAAGAAACGGGGACTGAAAATGCAACGGACAGAGCGGATCCAAATGTTGAAAAAGCAACGCCAAGTGCTGAAGAGGCAGCGTCAAATGAGGAAGGAAAAAACTCCGAAGCGACATTCAAGGATGTAACCGGCACGGAGATATCCGTTGACCTGCCGGTGGAGAAGGTGGCGTGTTTAACAGAGATCTGCGTAGATGCCCTGGTTGAGCTGGGATTGAAACCCGCTGCGGTAACTGCAGGAGGACTAGCGCCTGAACCAGAATTTTATGGTGAGGAAGCCGCAAGCCTTGGACAAATCGGAGGAAGCTTCTTTGAACCCAATTTGGAGGATATTTCGTTAGCGGGGCCGGATCTTGTCATCGGATTGGAAGGAACCCATGAAGGTTTACGGGAAGGCTTAGCCGGCATTGCTCCGCTGTACATCGTCCAGCCCAAAAGTATGCTAGAATCGATCGAGTTCTTACAGCATATGGGCCAGCTGACCGGAAAAGTAGCAGAAGCCGAAGCGGCCGAGAAGCGCCTGCTGGATAAATTCAACTACTACAAAGAACACAGTCCGAAGGATAAAACCGCGCTGGTGATGTACGGGTCCGATGTAAACTTCGGGATCGATACGGCCGGGTCACTCGTAGGCTCGGTGCTGGCGGAAGTGACGCAATACCCATGGCCCGCACCCGAGGCAGATGGCGGCCATCAAGCAGGGGGGATGGCTTATTCGTTGGAAAAGGTGCTTGAGAACGATCCGGATTATATTTTTGTCGAGACCTTCACGTTCAGCCCAGATGCACAGCCATTATCCGAGCAATTCAAGAGGAACCCGCTGTGGTCCAGACTCAGCGCGGTAAAGAATGGACAGGTTCATGAGATGCGCACGTCCGTATGGGCGAGCGGCAGAGGAACACGTTCGCTCGGCATCATATTAGACGAAGCGATGAGCATCATGTATCCCGAGCTTTATAAGAAAGCGGTGGAATAG	MRKRLGIIFLIIAALISGCSSVPQDPPQETGTENATDRADPNVEKATPSAEEAASNEEGKNSEATFKDVTGTEISVDLPVEKVACLTEICVDALVELGLKPAAVTAGGLAPEPEFYGEEAASLGQIGGSFFEPNLEDISLAGPDLVIGLEGTHEGLREGLAGIAPLYIVQPKSMLESIEFLQHMGQLTGKVAEAEAAEKRLLDKFNYYKEHSPKDKTALVMYGSDVNFGIDTAGSLVGSVLAEVTQYPWPAPEADGGHQAGGMAYSLEKVLENDPDYIFVETFTFSPDAQPLSEQFKRNPLWSRLSAVKNGQVHEMRTSVWASGRGTRSLGIILDEAMSIMYPELYKKAVE	PGPT0003765_1521	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_00538	1218	cntE_2		Staphylopine export protein	ATGATGAGTGGAGCGATGTCTTGGCCATTTCTGCGTTTATACTTGCTCACACTGCTATATTTCAGCGCCAATGCCATTCTGAACGTCATCATACCGCTCCAGGGAGCTGCATGGGGAGCAAGCGGCACAACGATCGGCATTATTATGGGCGCCTACATGTTTACAACTATGTTTTTTCGGCCGTGGGCCGGCCAATGGATCCAAAAGTACGGGCCAATTAGGATCCTTCGCATTATTCTCTTGGTCAACGCTGCTGCTTTAATACTGTATTCATTCACCGGGTTAAGTGGGTATTTGGTTGCACGAATACTGCAAGGTGTTTCAACAGCATTTTTTTCGATGGCCCTACAGATTGGCATTATTGACGCTTTGCCAGAGAAAGATCGTTCTCAAGGCATCTCCTTTTACTCTTTATTTTCATATATTCCGGGCATTATCGGTCCTGTTTTTGCTATAGGTTTCTGGCAAACGAACGGGATGGACTCCATATCGATCATCTTAATCCTGATTGCTATCAGTACTGGTCTTTTCGGATACGCAGTCAAAATGGACCCGGCATCGGGATCTTCCGATGCGCCCACCACGAATTCAGGGGTATTTCAGTCCTTTGGACAGATCATAAAAAATCCACTCATGTTCAAATGCAGTGTACTGATGCTCTCGTCGTCAATCGTGTTTGGAGCGGTAACCACGTTTATGCCGCTCTACGGCTCTCAGTTGGAGAGCGGCCATGCCGGCATCTATTTGATGCTCCAAGCCGCTGTTGTAGTCGCTGCTCGTTTCACGCTAAGAAAAAGAATCCCTTCCGATGGCAGATGGCATTCGTGGTTTGTCATGGGAATCATGTTTCTCATTGCCCTCGCTTCCCTATGCATCAGTATTTCTCAACTATGGGGTTCTCTATTTCTGTACGCAGGAGCCATAGTTATGGGCATTGCGCAGGCACTCCTGTATCCGACACTAACAACCTATTTATCTTTTGTATTGCCTCAACAAAGCCGCAATGTATTGATAGGCTTGTTTATCGCAATGGCCGATCTCGGTGTATCTTTGGGCGGTGTCGTTATGGGACCGATCGCCGATGTTCTATCTTACTCCTCCATGTACTTGATCTGTGCTGCCTTGGGGCTGATTATGATTGTTTTTGCATATGGGCGCAGTGATAGGAAGGCTTCGAGAAGTTTGGCCAGTGAAGAAGATAATGTACAGAGTACATAG	MMSGAMSWPFLRLYLLTLLYFSANAILNVIIPLQGAAWGASGTTIGIIMGAYMFTTMFFRPWAGQWIQKYGPIRILRIILLVNAAALILYSFTGLSGYLVARILQGVSTAFFSMALQIGIIDALPEKDRSQGISFYSLFSYIPGIIGPVFAIGFWQTNGMDSISIILILIAISTGLFGYAVKMDPASGSSDAPTTNSGVFQSFGQIIKNPLMFKCSVLMLSSSIVFGAVTTFMPLYGSQLESGHAGIYLMLQAAVVVAARFTLRKRIPSDGRWHSWFVMGIMFLIALASLCISISQLWGSLFLYAGAIVMGIAQALLYPTLTTYLSFVLPQQSRNVLIGLFIAMADLGVSLGGVVMGPIADVLSYSSMYLICAALGLIMIVFAYGRSDRKASRSLASEEDNVQST				NA	NA	NA	NA	NA
JZ016_00539	240	cntF_3		Metal-staphylopine import system ATP-binding protein CntF	GTGAGTTCCTTGGATGTATCTGTTCAGATTCAAGTTCTACGATTATTAAAGGAACTAAAAGAAATCTATCAGATGAGTTATGTCTTTATTACCCATGATATACAAGCAGCAGCTTACCTTTGCAATCGGATCCTTATTTTTAAAAGTGGTCAGGTTGAGGAGATAGTTCACGTCGAGCAATTAAAGCAGGTCCAATCGGACTATGCCAAGCGACTGATCGATCACTTGATTACATTTTGA	MSSLDVSVQIQVLRLLKELKEIYQMSYVFITHDIQAAAYLCNRILIFKSGQVEEIVHVEQLKQVQSDYAKRLIDHLITF	PGPT0004425_295	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004425-nikE|cntF-K10824	NA	NA
JZ016_00540	510	cntF_4	COG1124	Metal-staphylopine import system ATP-binding protein CntF	GTGCTGAAAGTCGAAGGCGTCGATAAATCCTACCGCATTGGCGGATGGATGACGGGTAAACGTCAAAACATTCTCAGGAACGTAAGCTTTGAATGCGGGAAGGGCGAGTGTCTTGGTATTATTGGAGAAAGCGGCAGCGGAAAATCAACGCTTGGACGTCTCATCTTGGGCATCGAGAAGCCAGATAGTGGAAGGATCGTTTTCGAAGGTAACAACGTGACGCACCGACAAACCAGATTGGGCAATATCAGTGCAGTATTTCAAGATTATACATCTTCCATTAACCCGTACTTTACGGTTGAAGAAGCCATCATGGAACCATTGAGAGCTTTAAGGGGACCCGGAAAAGATCTTCGAGGCAAAATCGACGTTCTGTTGGGTCGAGTCGGGTTGGATTCCTCGTACAAAAAAAAGTATCCTCATGAGCTGTCCGGGGGGAAGTGCAAAGGGTATGCATCGCAAGAGCCGTTTCAACGGAGCCAAAGTGCATTGTACTCGATGAAGCCGTGA	MLKVEGVDKSYRIGGWMTGKRQNILRNVSFECGKGECLGIIGESGSGKSTLGRLILGIEKPDSGRIVFEGNNVTHRQTRLGNISAVFQDYTSSINPYFTVEEAIMEPLRALRGPGKDLRGKIDVLLGRVGLDSSYKKKYPHELSGGKCKGYASQEPFQRSQSALYSMKP	PGPT0004425_297	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004425-nikE|cntF-K10824	NA	NA
JZ016_00541	807	cntD_3	COG0444	Metal-staphylopine import system ATP-binding protein CntD	ATGAATATGCTTGAGGTAAATCAACTGAGGGTTTGGAACGCGAAAGACGGTAAAGATATCATCCATAACAGCTCGTTTCAGCTAAAGTCGGGCACCTGTCTGGCCATCGTAGGAGAAAGCGGAAGCGGCAAATCCATGACATGCAGGTCGATTATCCGATTACACAAGCCAGGTATTCGCCAATCCGGGAATATCTTGTTTAAAGGGGATGATTTAACCCTACTCCCGGAGAAGGAAATGAGAAAAAGACGTGGCAAATACATTTGCATGATCATGCAGAATGGAATGAGCGCATTCGATCCATCATGCGTAGTCGGCGTGCATTTCAAGGAGACACTGAAGCAGCATTTCGGCTGGGGTAAAAGCGAGGCGGAATCCATCATGATAAATGCCATGAAGAGCGTCATGCTTCATGATCCACAGGAGATCATGAATAAATACCCTTACCAATTGTCGGGCGGGATGCTGCAGCGATTAATGATTGCATTGGCATTGGTCCTTGAACCCGACGTTATCATCGCGGACGAACCGACAACGGCACTGGATACGATTTCTCAATATGAAGTGATCGAGCAATTAATTCAGCTTCGCGAACGCACAGGCAGTTCTATGATATTTGTCTCCCACGATCTGGGGGTTGTGAGGAAGATTGCGGACGAAGTCATTGTGATGAGAAACGGAGAGATTGTTGAAAGGGGCATAACCGAAACGGTATTTACAGATGCGAACCACGCATACACCCAATACTTGGTTTCTACTCGCCTCGAGCTGAGCAACCATTTCAATTCCATCATGAAGGGAGAGTAA	MNMLEVNQLRVWNAKDGKDIIHNSSFQLKSGTCLAIVGESGSGKSMTCRSIIRLHKPGIRQSGNILFKGDDLTLLPEKEMRKRRGKYICMIMQNGMSAFDPSCVVGVHFKETLKQHFGWGKSEAESIMINAMKSVMLHDPQEIMNKYPYQLSGGMLQRLMIALALVLEPDVIIADEPTTALDTISQYEVIEQLIQLRERTGSSMIFVSHDLGVVRKIADEVIVMRNGEIVERGITETVFTDANHAYTQYLVSTRLELSNHFNSIMKGE	PGPT0004420_165	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004420-nikD|cntD-K15587	NA	NA
JZ016_00542	882	cntC_3		Metal-staphylopine import system permease protein CntC	ATGAGAGTCCTAAAAAATTTAAGCAATGACAAGCTAGCCAGCCTGTCTCTGATTGTTATTGCAGCAATCCTAATCGTTGGTGTCGCAGCCCCCGTGTTCGCTCCGCATGATCCTAACGAAGTTAATATGGATCTTCGGTATGAAGGGATTTCCTGGTCTCATTGGCTTGGTAACGATCATTTAGGGAGAGATATTCTATCCCGGCTGATTTACGGTATTCGCCCCAGCATACTTTGGGTTTTAGTTGCACTCATGGCATCAGTAGGCGTGGGGGCGATTGTAGGCTTTATCTCAGGATACTTTCGCGGGAAAACAGATAAGGTATTCATGAGACTATGTGATATTATGCTATCCTTTCCGGGATATGTCATGACCTTAGCGGTCGTGGGCATTCTGGGGGCGGGTCTCGAGAACATATTGATTGCATTCGTTGCTATGAAATGGGCGTGGTTTGCCCGCGTCATCAGGACATCGGTCATGCAGTATTCCGAGATGGATTATGTCAAGTTTTCAAAGGCAGCGGGCATCAACAATCGCAAGATCATCCTTCAACATATTGTTCCCGTGACATTTTCCGATATTGCAGTTACCGCAAGCGGTTCGATGTGTTCCATGATTCTGCAAATTTCAGGATTATCGTTTCTTGGATTGGGAATAAAGGCCCCGCACGCCGAGTGGGGAATGATGCTGAATGAGGCGAGAGAGGTAATGTTCTCCCGTCCGGAACTCATGCTTGCGCCTGGGCTGGCCATTGTAATTGCCGTCTTAGCGTTTAATTTTTTGGCGGATGGACTTCGGGATGCGCTGGATCCGAAACGAATGAACTCGGGAAGAATGCAAAGAAATGCAGAGGTGGAGAAACCGGCCTATGAATATGCTTGA	MRVLKNLSNDKLASLSLIVIAAILIVGVAAPVFAPHDPNEVNMDLRYEGISWSHWLGNDHLGRDILSRLIYGIRPSILWVLVALMASVGVGAIVGFISGYFRGKTDKVFMRLCDIMLSFPGYVMTLAVVGILGAGLENILIAFVAMKWAWFARVIRTSVMQYSEMDYVKFSKAAGINNRKIILQHIVPVTFSDIAVTASGSMCSMILQISGLSFLGLGIKAPHAEWGMMLNEAREVMFSRPELMLAPGLAIVIAVLAFNFLADGLRDALDPKRMNSGRMQRNAEVEKPAYEYA	PGPT0004415_43	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004415-nikC|cntC-K15586	NA	NA
JZ016_00543	933	cntB_2	COG0601	Metal-staphylopine import system permease protein CntB	ATGGGAAGTTATATTATTAAACGTCTATTATTGTCCGTTCCAATTCTGGTCGTCATATCGTTTTTGACTTTCCTATTGATTAATCTGTCTCCGATGGACCCTGTGGAAGTAGTGCTTCGCGCCCAAGAGGTCCCTGAAATCACGGACGAGCTGGTTGCCAAAACGAGGGAGGAACTGGGAATGAATCAGCCATTCCTTAAACAGTATGCAGACTGGGTGTTAGCCAGTCTTCGACTGGATTTTGGAGAGTCCTATGTAACAGGGCAATCGGTTTGGTCATTAATAGGCCCCGCGTTTCTTAATACGTTAAAGCTTACTTTAATTTCATCGTTCTTCATTATCTTGCTATCTATCATCTTGGGGGTTGTTTGTGCACTCAATGAAGGTAAGTTATTGGATCGGTCAATCAGAGGGTGGTCCTTCCTTCTGACCGCAATGCCTTCCTATTGGCTGGCCTCGCTTATGATCTGGTATTTTTCCGTCCATTTGGACCTATTACCGACAAGTGGGATGGATTCTTATCAAAGCTACATTCTACCGGTGACGGTCATATCAGTGGCTTATGTAGGCATTTACTTCAGAAACGTAAGAAGCTCCATGCTCTTTCAATTACACGAAGATTATGTTGTCTATGGGAGAGCTTGCGGTTTGCCTGAGAGGAAGATCACCATTCATATTCTACGAAATTCCTTGCAGGTCGCCGTATCCATATTTTGCATGGCCATTCCGATTATATTGGGAAGTACGGTCGTTATCGAAAATGTATTTGCATGGCCGGGACTCGGTCGGTTAAGCATAAAGTCGATTCTGAGCAGGGACTTCCCAGTCATACAGGCTTATGTCCTTATTATGGCCGTAGCTTTTGTATTGTTTAACACCCTGGCTGACCTGATTAATGCGGCATTCAATCCGAAGCTAAGGAAGGAAATCTGA	MGSYIIKRLLLSVPILVVISFLTFLLINLSPMDPVEVVLRAQEVPEITDELVAKTREELGMNQPFLKQYADWVLASLRLDFGESYVTGQSVWSLIGPAFLNTLKLTLISSFFIILLSIILGVVCALNEGKLLDRSIRGWSFLLTAMPSYWLASLMIWYFSVHLDLLPTSGMDSYQSYILPVTVISVAYVGIYFRNVRSSMLFQLHEDYVVYGRACGLPERKITIHILRNSLQVAVSIFCMAIPIILGSTVVIENVFAWPGLGRLSIKSILSRDFPVIQAYVLIMAVAFVLFNTLADLINAAFNPKLRKEI	PGPT0004410_307	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004410-nikB|cntB-K15585	NA	NA
JZ016_00544	1602	cntA_3	COG0747	Metal-staphylopine-binding protein CntA	GTGAACAGAATTCTTAAGGTTTGTATGTACATTATCACGGTTGCACTGATAGCAGGGTGTGGTGAAGCAACTCAGGGTAAGAATGGTGAGTCGGCAATCCAAGATGAAATTATCTATGCAACAGCCAAAGATATTCATGACATGAATCCTCATTTGTACACGGGTTCCATGCCAGCTCAGGGGATGGTGTACGAGTCTTTGGTAGAGAACACAGAAGAAGGCATCAAACCATTGTTAGCTGAAAAATGGGACGTTTCGGAAGATGGAAAAGTGTATACCTTTTATTTAAGGGAAAATGTGAAGTTTCATGACGGAGAGCCGTTTAATGCCGAAGCGGTCAAGCAAAATATCGATGCCGTCCAGCGTAATGCCGAGAAGCACGCTTGGATAAAACTATCGTCCAAAATAGAAAGTGTAGCCGTTCTGGATGAATACACCGTCCAAATCAATTTGAGTGAATCATATTATCCTGCACTGGTCGAACTGTCCATGTCACGACCCTATGTATTTATTTCCCCCAAAGACTTCATTCAAGGTGAGACGAAGAATGGCGTGAGCGGGTCCAACGGCACAGGTCCTTACATATTCAAGGAACATCAGATCGACCAGTATGCATCCTTCACCGCTAATGAGGAGTATTGGGGAGGAACTCCAAAAATCAAAAAAATTACTGCAAAAGTGCTTCCGGCCGGTGAAACCACGTTCCTCGCTTTGCAAAAAGGAGAAGTGAATTTCGTATTCACTGATGACCGGGGAGCGGACAGCCTCGATGTACAAGCGATGAACCGCTTGGTCGATACGGGGAATTACCAAATAGTCCGAAGTGACGCCATGAATACAAAAATGATCGTTGCCAACAGCAGCCAATCGGAAAGCCCGATAAGCGAAACCGCCGTCCGGGAAGCTATCTGGTATGCAATAGATCGGGAAACCATCAGCAAGGACATATTTGAAGGCACAGAAGCGGAAGCGGATCGATTGTTCTCATCCAACGTCAATTATGCAGACGTCCAATTAAAGGAGCGGGGTTATGATGTAGAAGCGTCCGAGCTCTTACTGGACCAAGCCGGATGGAAATTAGCCAGTGGCAATGACGTCAGAAGTAAATCGGGTCAAAGACTGGCCATGAATTTATATTACGACAGCAACTCCTCCTCACAAAAAACACAGGCTGAATTTATTCAAAATGCATTAAAATCAATTGGATTACAACTGGATATTATCGGCGAAGAATCCACTTCCATTGCGAATCGCCGATCTACAGGGGATTATGACTTATTGTTCAATCAAACTTGGGGATTGGCGTATGATCCTCAAAGCACCATCTCGGCCTTCACCTCGGAAGCTTCTTATCTCCACACTACCAAGGGAATCGAGGAAGCAGATGACCTCTACAACCTTATTCAGAAGGTAATGGTCTCTACCGATGAAGATAACCGGACAAATTTGTACGCGGAGATCATGCGGATCGTGCATGATGAGGCCGTATTTATCCCGATTTCGAATGGCAGTGTTACGGTGCTCGCACCTAAGGCATTAAAAGGGATTGCTTTCAAACAAACGCAATTCGAGCTCCCGTTCGAAAGCATGTATTTTGAATAG	MNRILKVCMYIITVALIAGCGEATQGKNGESAIQDEIIYATAKDIHDMNPHLYTGSMPAQGMVYESLVENTEEGIKPLLAEKWDVSEDGKVYTFYLRENVKFHDGEPFNAEAVKQNIDAVQRNAEKHAWIKLSSKIESVAVLDEYTVQINLSESYYPALVELSMSRPYVFISPKDFIQGETKNGVSGSNGTGPYIFKEHQIDQYASFTANEEYWGGTPKIKKITAKVLPAGETTFLALQKGEVNFVFTDDRGADSLDVQAMNRLVDTGNYQIVRSDAMNTKMIVANSSQSESPISETAVREAIWYAIDRETISKDIFEGTEAEADRLFSSNVNYADVQLKERGYDVEASELLLDQAGWKLASGNDVRSKSGQRLAMNLYYDSNSSSQKTQAEFIQNALKSIGLQLDIIGEESTSIANRRSTGDYDLLFNQTWGLAYDPQSTISAFTSEASYLHTTKGIEEADDLYNLIQKVMVSTDEDNRTNLYAEIMRIVHDEAVFIPISNGSVTVLAPKALKGIAFKQTQFELPFESMYFE	PGPT0004405_159	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_NICKEL_RESISTANCE	NICKEL_RESISTANCE-NIK-CNT_TRANSPORT_SYSTEM,PGPT0004405-nikA|cntA-K15584	NA	NA
JZ016_00545	504			hypothetical protein	TTGAAAAGAAAGATCATATATATCTTAGGCATTTTAATCGTTATCTGTGGTTTAGCTTACGTTGTCCAAGAAAAATTCCAGGATAAACAAAACGATAACCCACATACTTTATATTTATTGAACGGAGTAATGTGGCAAACTCAATTACGAATAAGTGATACGTTGACCTACGCGGTAGAGAATAATAAACTTGAAACAGAATTTGTTCGTTCATTGCTGACACTTAACGGTTACGAATCTGATGCCTTGTATGTTGCTCTTGAAAGAAAGTATCAACATCTATTAAATGGCCCGAATACGAGTGACTATATTTATGTAAAAATCAAAGAAAATAACCCTACTGCGCAACAAATGGATCTCTTAAAAAAATTATCTATTCTCTATAAAGACCTTTCATTACAGCAGAGTCAATTAATCAATGAAGATGGAATATTTAATGAGAAGATCTGGGGAAATATTTTGTCGATAGATAATGAAATAAATACGCTAGTTTCGCTTAAATAA	MKRKIIYILGILIVICGLAYVVQEKFQDKQNDNPHTLYLLNGVMWQTQLRISDTLTYAVENNKLETEFVRSLLTLNGYESDALYVALERKYQHLLNGPNTSDYIYVKIKENNPTAQQMDLLKKLSILYKDLSLQQSQLINEDGIFNEKIWGNILSIDNEINTLVSLK				NA	NA	NA	NA	NA
JZ016_00546	468			hypothetical protein	ATGCTGAAACTACTTCTCAATTATAGAAAAGATACAAGTTATCCTTTAGATAGTACGCCAGTTAAAGCATTACAAATTCCAATCTTAAAGGGATATTTGAAAAAATCCTATAATCTATTGGCTACTACTTGGGCTGCTTATCAAAATGCAACATTAGGGGTAACTACTACCACGATAGATTCTAATGTGATGAGTAGTTGGAAGGCCTATGCTGAACGCAAAATAAGAAGTACGACAGGGAGCGGTGCAATTGCCAAAAAGGCCGATCTTCCGAGTAAGACTGCTGGGGTAACTTCATCCGCAGATTTAAATGGAGGTACTGCTGCATACTTCTTCTTTGAAGAGCAAACAGACGGGACAAATAAAATGTTCATTAAAGCTAAGGCAGTATACCTATGTAATATTGGAAAATCACTAGCTTTCTTCGTAACGCCAAAAATTGAGACATATTATAATCATGAGTTTTAG	MLKLLLNYRKDTSYPLDSTPVKALQIPILKGYLKKSYNLLATTWAAYQNATLGVTTTTIDSNVMSSWKAYAERKIRSTTGSGAIAKKADLPSKTAGVTSSADLNGGTAAYFFFEEQTDGTNKMFIKAKAVYLCNIGKSLAFFVTPKIETYYNHEF				NA	NA	NA	NA	NA
JZ016_00547	465			hypothetical protein	GTGTCTAAAAGAATATTTATTTTGATTTGCTGTTTTACTATAGTGTTGGGGAGTTTTCCTTTCCATACGATGGCAAAGGGGAATGACAAGTATAATATTGAGCTTGCGTTAAACCCAAAAGAAACAGACTCATTTCTATGGAGTAAGGCCCTAAAAGAAGGTAATAAACACTTTCTTAATGATGATTTCAAAAATTCGGATAAAACAGACGGATCTGCAAAATTGAAGTTTTCTATTGATGAAATAGATGAAACTTCAGTACATATTATTGGGGAAGGCAAGATTAAAGTTAAATCGATTGAAAAATTTAAGTTTTTAATGGATGGAGAACTTACGAAGTATACCGTAAATGATCAAACTGTCTATTTTGGTCCTGTTATTGCAGAGGCTAAAAATGAAAAAAACATAGATATCGATACGCACTTACAGTGTACATTAATCCTCAAACAGAGGAAGTATATGTAA	MSKRIFILICCFTIVLGSFPFHTMAKGNDKYNIELALNPKETDSFLWSKALKEGNKHFLNDDFKNSDKTDGSAKLKFSIDEIDETSVHIIGEGKIKVKSIEKFKFLMDGELTKYTVNDQTVYFGPVIAEAKNEKNIDIDTHLQCTLILKQRKYM				NA	NA	NA	NA	NA
JZ016_00548	162			hypothetical protein	ATGACATTTCCAAATGACACAACCCATAAAGATGTCGAGGGACAAGAACATGGTCCCATTGAAGTCGCTAATTTAGCGGCTTTTTTATGTTATCGGTACAAGTACTTGTCCCGAGTCAAGGACAAGAACTTGTACCGATTGCCGGAATGGACAAGAACATAG	MTFPNDTTHKDVEGQEHGPIEVANLAAFLCYRYKYLSRVKDKNLYRLPEWTRT				NA	NA	NA	NA	NA
JZ016_00549	555			hypothetical protein	ATGTCTTTTCCATTTGATTGCATTAGTGATTTTATGTTTTTCGAAACGGAGATCGGACACGCAGATGTTATTTTAATCCCAGGCGCGAGTCAACCTCAGTTAATGGAAAGAGCCGCAACGTTATATCATCAAGGGCTCTCTTCCTTTATATTACCTTCTGGAGGTTCCACCCCATATGTAGAAACAACCGAATGGCAATATCTACAAAATTTGGGTGTGTCGTTAGGGGTTAATCCTAAAGCAATACTTAAAGAAGATAGAGCAACGAATACCTTTGAGAATGCTCGCTTCTCTTTGGAAGTATTGCAGCAACAAGGGATTTACCCTAAAAAAATTTTATTGGTCTGTAAAAATTATCATGCACGAAGAGCACTACTAACTTATCAATTTCATTTTCCTAGAGAGACTGTTTTTTATGTTAGTCCAATAATTGATAAATCAGGGACAACTAAAGAGAACTGGTTTCTAGAAGACGATAAAATAAAGCGCGTTATGGATGAGTTAGAGAAGGTTGGGAAGTATTTTAGGCGACAAATACCGAAGTGGGTTGAGTAG	MSFPFDCISDFMFFETEIGHADVILIPGASQPQLMERAATLYHQGLSSFILPSGGSTPYVETTEWQYLQNLGVSLGVNPKAILKEDRATNTFENARFSLEVLQQQGIYPKKILLVCKNYHARRALLTYQFHFPRETVFYVSPIIDKSGTTKENWFLEDDKIKRVMDELEKVGKYFRRQIPKWVE				NA	NA	NA	NA	NA
JZ016_00550	507			hypothetical protein	ATGAGAAAATTTGTATTGTTGTTTATTTTTGCTTTCGCATTGGTTGCTTGTGGTAATTCTGATGAAGATCTACCTGTTACCCAAGGTAATCAGGAAATGGATCTTCAAGCTGAAAACGAGCACCTTAAAGCTGAATTAGAAGCGGCTCAGTATACTTCGAGTGAAATGGACATGGGGCCAATTACAGGTCCTTTGAATGCAGCATTCAGAGTAATTGACGCCATGAATAAAAAAGATTACGAAGCCTTAGCAACATTATCTGTCCCTAAAGTGGAGTGGGATGAACAGGGCGAAACGTATACTTTACAAGATGATGATTCCAAGCGAAATGTTTCTCTCTTATCACCAATTGAGTTTGGGAACTTAGAGTATCGCGGTTTTGAACCAGTGAGTGAGAATGAGGTTCAAGTATTTTTGGCAAAAGTAGATGATGGAAATGTTGCCGTCTATATGGATTTTGTGAAAACTGGGGATCAATGGCTCTATAAAGGTCATTTAACCAATTAA	MRKFVLLFIFAFALVACGNSDEDLPVTQGNQEMDLQAENEHLKAELEAAQYTSSEMDMGPITGPLNAAFRVIDAMNKKDYEALATLSVPKVEWDEQGETYTLQDDDSKRNVSLLSPIEFGNLEYRGFEPVSENEVQVFLAKVDDGNVAVYMDFVKTGDQWLYKGHLTN				NA	NA	NA	NA	NA
JZ016_00551	1053			hypothetical protein	ATGAGAATGTATACAGACCCTAAAGGTGAAGCTTACGAGCAGGTAATAGATTTGGCAATACGGAACTCGGAATGTTTTGTACTTGGGGAGAAAATTCCGGGTGATGTGGTAAGGAGCCACTACACAAGCGTATTGGAAGCGTTGGAACCTTATCTGGTGAAAACAATCATAATCCAAGGTGATAATAGGGATGAGTTTACACAAATAAGAAATACCTATCGCAGTAATGCCTTTTATACTGCAGGAACCTACTATTTTTATAGATGCTGCGAAGAAAGCGGGTACTTGCTGAAGCAAATGGCAAACCGCCTGTCGGATTGGATTTACCCTAGCCTGCCGGAAGACTTGTGTTTCTTGAAAGAAGGTGGCGGAGACTACCTTTACTCGGTTGTCCATGAACATATGTATGGTATGGAATTAACTGAGGAAGAAGCAATCGAACTGATGGATCGAATTACAGGGCTTTTTTTGGAATTAAAGTCTCACCGGGACCTGAATCGTCTGCTAGATGATGCCATTAAGCATAAAACCGACCGGCTGTATATAAGCGGACATGGGCTGACAGAGCTGCCTGAGCGAATCCGGGAGCTTACAGAGATGCGTGATTTAGAAATATTTGAACAGGATCTTTATCGTCTACCCGAAGGGCTGTTCGAATTAAGCAAGCTTGAACGCTTGAAAATCATGACGGCTGATTTGGAGAGTATTCCCGCATCAATAGCCAGACTGAAGAACCTGAGAGAGCTTTGCATCCAATGTGCGAGCTCGGATCGGCCAGCTCCCGGGTATCGGGTTAAGCCGAAGGAAGAGATCAGCCTAAACAGCATCCCACCGGAGATTGGAAAGTTGGAACAACTGGAGCAGCTTACGATTCAATACACCTCGATCCATGAGCTACCCCTCGAGCTAGAGAAGCTGAAGCACCTGCGAATCTTGGACTTAGGAATGAGCATGATCAATCGGAAGCCAGATTTCCTCTATGGTATGAAGCAATTGAAATATTTAAATGTGTCACGGGATTCGTTATGGGAAACGATTGAATCAGAACAGTAG	MRMYTDPKGEAYEQVIDLAIRNSECFVLGEKIPGDVVRSHYTSVLEALEPYLVKTIIIQGDNRDEFTQIRNTYRSNAFYTAGTYYFYRCCEESGYLLKQMANRLSDWIYPSLPEDLCFLKEGGGDYLYSVVHEHMYGMELTEEEAIELMDRITGLFLELKSHRDLNRLLDDAIKHKTDRLYISGHGLTELPERIRELTEMRDLEIFEQDLYRLPEGLFELSKLERLKIMTADLESIPASIARLKNLRELCIQCASSDRPAPGYRVKPKEEISLNSIPPEIGKLEQLEQLTIQYTSIHELPLELEKLKHLRILDLGMSMINRKPDFLYGMKQLKYLNVSRDSLWETIESEQ				NA	NA	NA	NA	NA
JZ016_00552	195			hypothetical protein	ATGCTGGTACATACAGGGACGACTACATTAAAAACCAGTAGGTTAGTTATACGGCAGTTTAACCTAAATGATGTCCAGGTGTCGCAGGACAAGATCTTGTTCCCATTGAGAGTCGCTATTTTAGCGGTTTTTTTGTTTTATCGGTACAAGTTCTTGTCCCGAGTCGAGGACAAGAACTTGTACCGATTGCCGTAA	MLVHTGTTTLKTSRLVIRQFNLNDVQVSQDKILFPLRVAILAVFLFYRYKFLSRVEDKNLYRLP				NA	NA	NA	NA	NA
JZ016_00553	792			hypothetical protein	ATGTCAAACCATGAAAATGAAGTAATACTACCAGGAGGGAATGTCTCTAAAGTGTATCGTTCGGGAGATACTGTACGACGCGAATTAAAACCAGATAGTTACAAAATTCATAAGCTATTAAAGCATTTGGAGAACAAAGGTTTCAGTTATGCACCTAAATTTTTAGGTATTGATGAAAAAGGAAGAGAGATATTATCATTTATTGAAGGAGAAGCTGGTAATTATCCTTTAAAGGAATACATGTGGTCTGATGATGTCTTAATAGAAATAGCGAAAATGCTCAGGTTTTATCATGATTCTGTGAGTGATTTTTCATTTGATGAGAGCTGGAAATCGATAGATAACACCCCTCTACAGTTTGAAGTATTGTGCCATAATGATTTTGCAATATACAATATTATTTTTAATCAAGAAAGACCAATAGGTATTATTGATTTTGATGTTGCTGGACCTGGTCCAAGACTTTGGGACATAGCATATACGCTTTATACTTGCGTCCCTTTAAGCAGATGTTATCTTTCCGAAACAGGTGAAATTATTTATTATAATTCATTACAGCATGCTAACCGTATAAAACAAAGAGTTAAATTGTTTTTTGAATCGTACGGTGAAGGAAAGGAAGAAGATTACTTGGAAATGGTATTGCTACGATTAGAAGGGTTATGTAAAACAATTATAAGGAAAGGCAGTGAAGGTGACATTGCTTTTCAAAAGATGATGGATGAGGGGCATCTTGAACATTATCAAAACGATATTAAATTCATTCGAGAACATGGAAAAGAGTGGATTTAA	MSNHENEVILPGGNVSKVYRSGDTVRRELKPDSYKIHKLLKHLENKGFSYAPKFLGIDEKGREILSFIEGEAGNYPLKEYMWSDDVLIEIAKMLRFYHDSVSDFSFDESWKSIDNTPLQFEVLCHNDFAIYNIIFNQERPIGIIDFDVAGPGPRLWDIAYTLYTCVPLSRCYLSETGEIIYYNSLQHANRIKQRVKLFFESYGEGKEEDYLEMVLLRLEGLCKTIIRKGSEGDIAFQKMMDEGHLEHYQNDIKFIREHGKEWI				NA	NA	NA	NA	NA
JZ016_00554	429	rdmC_1		Aclacinomycin methylesterase RdmC	ATGGATTTTTTCTCGAATGTGGGGGCAATAGATTGGAATAACGAACAATCGGTAGTCGAATTTGCAATAGATAGATCAAGAATCCTAGTGGGTTCAAAGCATCCTTTTGATGAGAAAAAAGTTTATCATTTGGCACAAGAAGAAATAAAAAGAAGCAAAAATATGGCCAGCATCCATAATCATGGCATGCTCACAGGTGGAGAATCCTATTTGTCTAGGACGGGTGAAATAAACGTGCCCGCTTTGGTTATACATGGCACTGAAGATCCGATTATCCCTTATGAACATGGAAAAAATCTTGCTAACGAAATTCCAGGTGCGGTTTTACTGACATTGGAAGGTACTGGGCATGAGCTTCACTATGGCGACTGGGATATAATAATCGATTCTATTTCAAATCACACTGCGATACCAAATCAGTTCAGCTAA	MDFFSNVGAIDWNNEQSVVEFAIDRSRILVGSKHPFDEKKVYHLAQEEIKRSKNMASIHNHGMLTGGESYLSRTGEINVPALVIHGTEDPIIPYEHGKNLANEIPGAVLLTLEGTGHELHYGDWDIIIDSISNHTAIPNQFS				NA	NA	NA	NA	NA
JZ016_00555	453	rdmC_2		Aclacinomycin methylesterase RdmC	ATGAACGAACGATTAATAAAAGTAAATGGGATTGAAATATGTACCGACAGTTTCGGAATACAAGGTAACCCGGCAATATTACTGATTATGGGTGCCCAATCCTCAATGATTTGGTGGGAAGAAGAATTTTGCCGGCGCCTGGCAGATACAGGACGTTTTGTCATTCGTTATGATAACCGCGATGTTGGACGTTCAACAACTTACGAACCTGGTCAACCGGGCTATACTTTCGAAGATATGGCAGATGATGCTGTTCGAGTATTGGATGCTTATAAAATTCAGCAGGCACACATCGTAGGCTTGTCCATGGGTGGTTTGCTGACTCAAATGATAGCTCTGCGGCATCCAGAGAGAGTTTTAACCATTACCCTCTTATCAACGTCCAATTTTGCTCCGGATCTCCCCCGATGGAGGAAAGGATTATGGATTTTTTCTCGAATGTGGGGGCAATAG	MNERLIKVNGIEICTDSFGIQGNPAILLIMGAQSSMIWWEEEFCRRLADTGRFVIRYDNRDVGRSTTYEPGQPGYTFEDMADDAVRVLDAYKIQQAHIVGLSMGGLLTQMIALRHPERVLTITLLSTSNFAPDLPRWRKGLWIFSRMWGQ	PGPT0010490_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	TUMORICIDAL_COMPOUNDS	TUMORICIDAL-TYPE_II_POLYKETIDE-AKLAVINONE-ACLACINOMYCIN_METABOLISM,PGPT0010490-rdmC-K15957	NA	NA
JZ016_00556	804		COG0500	putative methyltransferase	ATGAACTCGAAAAATGATAATAAATTGCGCGAATCATTCGAACAAGCCGCGAATATTTATCAGCAGTCGCGTCCGGATTACCCTGATGAATTGTTCGATGACTTAATCTTTGCTACAAATTTGAATCCAGGCGATCGTTTGTTGGAAGTGGGTTGTGCTACAGGAAAGGCTACTCTCCCATTAGCCAAGCGCGGATTTAAAATCACGTGCGTAGAACTTGGAGCCGAGCTCGCTGCAGTTGCCCGTCATAACCTTGTCGGAATGGACGTTGACATAATCAACAGTAATTTCGAAGACTGGCAACCGGAGGCGGGGAATAGTTTTGATCTGGTATTCGCTGCAACCGCTTGGAAATGGGTTGATCCCGAAGTTCGGTACATGAAGGCATGGCAGGCACTTCGTCCTGGCGGACACCTAGCATTTTGGAACGCAGATCACGTTTTTCCAGACGATGAAGACCCATTCTTCCGTGAAATTCAAACCGTTTACTATGAGATCGGCGAAGGTAAATCGGTAGACAACAACGATTGGCCAAGGCCAGGGGAACTTCACGTGCAAAGAGATGAGATTGAGAAAAGCGGCCTTTTTGAGGTTGTTCGCATACGACATTTCGATTGGGAGCGCATTTATCGTGTTAACGCTTATATTAAACTCCTCGAAACCTTCTCCGGGCACATACTTATGGAGGAATGGAAACGCGAAAAACTCTTCAACGAAATCCGAGTTCGCCTTAATAGTCGCCCAGAAAAGTCGGTTCGCCGCCACTGGGGCGCTGTTCTCCATGTCGCCCGTCGAAAAGATTGA	MNSKNDNKLRESFEQAANIYQQSRPDYPDELFDDLIFATNLNPGDRLLEVGCATGKATLPLAKRGFKITCVELGAELAAVARHNLVGMDVDIINSNFEDWQPEAGNSFDLVFAATAWKWVDPEVRYMKAWQALRPGGHLAFWNADHVFPDDEDPFFREIQTVYYEIGEGKSVDNNDWPRPGELHVQRDEIEKSGLFEVVRIRHFDWERIYRVNAYIKLLETFSGHILMEEWKREKLFNEIRVRLNSRPEKSVRRHWGAVLHVARRKD				NA	NA	NA	NA	NA
JZ016_00557	414	xerC_2	COG4974	Tyrosine recombinase XerC	ATGGGAAAAATCGAGGATCTTAACTGGGAAAACTGCTCTGCAATTGTTAATGGCAAAGGTTCAAAGCAGAGAGAAGTTTATTTCACGACAGAGTGTAAAGTGTGGCTCAAGAAGTATCTGGCCGGCCGTGAAGACAACTGTAAAGCCTTATTCGTAACCGATACACATCCGAGTAGACGGATGGCCATTCCTACGATCCGGTGGGCGTTGAAACGGCTTGCAGGCCGAGGAGAGATTGAAGTAAATCTATATCCGCATCGATTTCGTCATACCTATGCGTGCCAACTCCTCGATAATGGAGCACCTTTAGATTTCATTCAAGGCATGCTAGGGCATGAAAAAGCATCGACCACTCAAATATATGCTCAGCTGCGCGGCGAACGACGACGAGAACTTTATCGTCGATTTTTTTAG	MGKIEDLNWENCSAIVNGKGSKQREVYFTTECKVWLKKYLAGREDNCKALFVTDTHPSRRMAIPTIRWALKRLAGRGEIEVNLYPHRFRHTYACQLLDNGAPLDFIQGMLGHEKASTTQIYAQLRGERRRELYRRFF	PGPT0022000_7831	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763	NA	NA
JZ016_00558	666			hypothetical protein	ATGAGTCAAACCGCAAATAAATTTGAAAAAGAAATAACTAAAAGAGTGCGGATGAAATACCTCTTACATTTGCCAGATCAACATGAAAAAGAGTCCTCAAATAAGTGGCCTTTAATCTTGTTTCTTCACGGGGCAGGTGAACGTGGAGATGATCTGGAGTTGGTAAAAGCACATGGAATTCCTATGATAGCAGAACGCGATCCTTCTTTTCCATTCATTACGATTTCCCCTCAATGCCCGGAGGATTCTTTTTGGAATGCTGAACAAGACGGATTGATGGCATTAGTAGATGAGATCATTGCAAACTATAACGTTGATCCAGATCGGATATACTTGACGGGGCTAAGCATGGGTGGTTATGGGACGTGGCACTTAGCAGCAGAATATCCAGGAAGGTTCGCAGCTATCGCTCCGATATGTGGTGGAGGTAACCCCAACCGGGTACATGAACTAGTAGGAACACCCATCTGGGCATTCCATGGCGCGAAGGATGATATAGTGTCCATTTCTGAATCAGAAAAAATGGTAGACGCACTTCGCGAAAACGGTGGAAATGTCTCTTTCACAATTTATCCTGAGACGAATCACAACTCCTGGACAGAAACATACGATAATCCGGAATTATATAGCTGGTTTTTAGGTCATTCTTTAATGGTAAGGAAATGA	MSQTANKFEKEITKRVRMKYLLHLPDQHEKESSNKWPLILFLHGAGERGDDLELVKAHGIPMIAERDPSFPFITISPQCPEDSFWNAEQDGLMALVDEIIANYNVDPDRIYLTGLSMGGYGTWHLAAEYPGRFAAIAPICGGGNPNRVHELVGTPIWAFHGAKDDIVSISESEKMVDALRENGGNVSFTIYPETNHNSWTETYDNPELYSWFLGHSLMVRK				NA	NA	NA	NA	NA
JZ016_00559	303			hypothetical protein	ATGCCATTAATCTTCAGACGTGGGACGAATAAGAACCTGTACTTGGTAGTAGCGCTCGAAATCCAAATCGTCGATGTAGCCACGCTGAAAAACACAAGTTACGTCAAACTCATGAAGCAGTTCATCATTTTGGATTCAGTCATTTTTAGTAAAATCACAATTTTTACCGGTGTGTCCGGGTCTGGTAAATCGTCGATTGTCTTTGATACCATCGCTGCAGAAGCGCAGGCGCTGTTGAACGATAACTTCAGTTTGCACTTAATTTCCTGCCTCGCAACCGCGCCGACAATATCGAAAGCCTGA	MPLIFRRGTNKNLYLVVALEIQIVDVATLKNTSYVKLMKQFIILDSVIFSKITIFTGVSGSGKSSIVFDTIAAEAQALLNDNFSLHLISCLATAPTISKA				NA	NA	NA	NA	NA
JZ016_00560	1443	bmr3_1		Multidrug resistance protein 3	TTGAAAAGTCGATTAGTAAGTCCCCGTTCACAACTAATTTCTCTAGTTGTCGTCTTAGTTGCGGTTTTCATGGAATTGCTTGATGCAACGATTGTCAGTGTAGCTGCTCCTTCGATATCCATATCGTTAGGAGCCAGCGAAGCAGAGCTCCAATGGACGGTGGCAGGGTACACACTTGCGTTAGCAGCTGGATTAATAACGGGCGGACGAATAGGTGACCAGTTTGGACGGAGACGTGCTTTCTTAATAGGACTTATGGGGTTTACCTTAGCCTCGTTATTATGTGCGCTTGCTACTAGTCCGGCTTTCTTAATCGCTGCACGTGTTGCGCAAGGGTTAACTGGAAGTTTAATGATACCCCAGGTTTTTGGCATTATTCGCACAGCGTTTACGCCATCTCAACGAGCTAAGGCATTCGGAGCCTATGGTGCTGTTTTAGGTCTAGCTAGCCTGGCGGGGCCACTGCTTGGAGGAATACTTGTTAATGCTGATCTTTTGGGATTGGGTTGGCGCACCATTTTTGGGGTGAACGTACCAGTCGGTATCGTCGGTCTTATTCTTGGATTCAGGTATATACCTGAATCCCGTGGAGCTGGTTCAATGAAACTTGACTTGGGTGGCGCAGTACTAATTTCATTTGCGATGATATTAATTTTGTTACCTATAGTACAGGGACGTGAGTGGGGGTGGCCATGGTGGGGCTTCGTAATGCTTGCCTTATCCATCCCATTGATAGCGCTCTTTTTTATGAGAGAAAGCCGCTTGGCCGCAGGCGGCGATCAACCAATACTTGATCCGGCGCTTTTGCGTATAAGAGCATTTACAAGTGGTCTTTCCGCTTCCCTGTTATTCTTTGGGGGTATAGGCTCATTTTTCTTCCTATTTGCCCTTTACCTTCAATTCGGCACCGGACGGGATGCGCTTGAAACGGGTATGGCCATTCTTCCTTACGCGATAGGGTCTATCATTACATCTGGCATCGGTGTCCAATTTGCAAACCGGGCCGGTCGCGCCATGCTTGTGTTCGGCAGTTTACTTCTTGCGATCTCTCAGGGAATTCTATTGCTAAATGTCAGAGATGGTGTTGATCCATCTTATTGGGCGCTCGCCTTGCCAATGTTTATCGGCGGATTAGGGATCGGTTTTACTGCGCCTATTCTGGTGAATGTCATTATTGCTGGGGTCCCTGGCAAAGATGCTGGTTCTGCCGGTGCCGTTCTTACTACGATTGGTCAAATAGGCAACTCCATCGGAATTGCGATCCTGGGTGTCCTTTTCTTCTCTAGGTTAAACTCTTCATTTACCGTTGAAGAAAATCAATTGATTGCTTATGGCGATGCATTGACTTTTATTCTTCCCTGGCTAATTGCATGTTATGTTATAGCGGCTGCTCTCATGCTTTTGCTGCCAGCAAAAGCAGCCTCTGAGGAACTTCATCACTGA	MKSRLVSPRSQLISLVVVLVAVFMELLDATIVSVAAPSISISLGASEAELQWTVAGYTLALAAGLITGGRIGDQFGRRRAFLIGLMGFTLASLLCALATSPAFLIAARVAQGLTGSLMIPQVFGIIRTAFTPSQRAKAFGAYGAVLGLASLAGPLLGGILVNADLLGLGWRTIFGVNVPVGIVGLILGFRYIPESRGAGSMKLDLGGAVLISFAMILILLPIVQGREWGWPWWGFVMLALSIPLIALFFMRESRLAAGGDQPILDPALLRIRAFTSGLSASLLFFGGIGSFFFLFALYLQFGTGRDALETGMAILPYAIGSIITSGIGVQFANRAGRAMLVFGSLLLAISQGILLLNVRDGVDPSYWALALPMFIGGLGIGFTAPILVNVIIAGVPGKDAGSAGAVLTTIGQIGNSIGIAILGVLFFSRLNSSFTVEENQLIAYGDALTFILPWLIACYVIAAALMLLLPAKAASEELHH				NA	NA	NA	NA	NA
JZ016_00561	498			hypothetical protein	ATGGATAATCCAGAACTTAGAGACGTCACTGAACACCGCGAGCAAATTGTAAATGAACTTCGACGGTTTGGTGCGAATTACGCCGAGCTTTCACACCGATTTGCAACTTCGCTTAATTTACATTCTACTGACGCTATTGCATTAATAGAGATTTTCTACGCGGAGGATATTGGTTCTCCACTATCGCCTGCACGGTTAAGTGAGCGTATTTCGTTATCGTCGGGAGCAACCACTGCATTGCTCAACCGTCTTGAACGTGCTGGGCACATATATCGTACTCGCGAAGCTACCGATCGACGGATGGTTACTCTACATAGCGGTCCTAATGTCCAAGCGCATACTGCACAGTTTTTTGGACCTCTCGCTAACCACGTAGATTCAATGCTCAGAGAATATACGGACTTGCAGTTGATTCAATATGTGACTTTTTTAAACAAGTTTAACTCGACTATGAGATTAGTCCTGGATGAACAACAACAAGAACCCAATTCAGAATAA	MDNPELRDVTEHREQIVNELRRFGANYAELSHRFATSLNLHSTDAIALIEIFYAEDIGSPLSPARLSERISLSSGATTALLNRLERAGHIYRTREATDRRMVTLHSGPNVQAHTAQFFGPLANHVDSMLREYTDLQLIQYVTFLNKFNSTMRLVLDEQQQEPNSE	PGPT0013155_1413	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
JZ016_00562	432			hypothetical protein	ATGTCAATGCGCTCAACACCATTTATTATGCTGGATGGACAAGCTGCGGAAGCGATTGAGTTTTACCGGGAAGCGTTGAACTCGAAATTACTGTTCAAAACTACGTACGGGGAAGGCACGGATGCCGATGGTTTGCCTGATGAAGTGAAGACTCGTATTTCCCATGCTGTGTTGCAAACCGGTGAAAATGATTTGATGGTCGCTGACATCTTTCCGGGGAAATCTATTGTAATCGGAGATCAGGTAAATATTTGCATTACAGCTACGCAACAAATCGAGATTGAAGAAATGTATAAAAAATTCAGTGAAAAAGGACAAGTTATATTCCCGTTGCAAGAAACTGAATTCAGTCCCTGCTTCGGAATAGTGAAAGATCATTTTAACATTACATTTCAGTTCTTCATGAATGATACAACAAGCAGTTGGAGCTGA	MSMRSTPFIMLDGQAAEAIEFYREALNSKLLFKTTYGEGTDADGLPDEVKTRISHAVLQTGENDLMVADIFPGKSIVIGDQVNICITATQQIEIEEMYKKFSEKGQVIFPLQETEFSPCFGIVKDHFNITFQFFMNDTTSSWS	PGPT0030505_1731	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_00563	750			hypothetical protein	ATGAGTCTCGATGAAAGATTGAAAACTGCTTTTAAGGAAGAGACCAAAGAATGGAACGCACCAACGGAGCTCAAGGAAAAAATATTAAACAAAGTCGTACACATTCAAGGAGGAAGGCAAATGAAAAAATGGGTCGTTGTATGTATTTTGGCCGCTACATTGTTAATCCCAACAGGTGCTTTTGCCGGTTATAGCTACATAGCTGATTCCATCTATGGTTCGAGGGAAAATATCGGAGTAACTCAAAAACAATATGATGGGCTGGAGGCAAAGCTGCAGACCGCTAAACAAAACCTAAGTGAAGAGGAGTTTACAAAATGGATGTCCTTACTAAAAGAATTGGGCACCCTTAATTTGAAAGTTGCCGATGCAAATGGGGATTTTCATATCGAGAGATTGAGTGTAGGAGAGCAAAAAATCTATAGAAGGTTAACCGCAGAGCTAGAGCCACTCTTTCGCAAATTAAATGAAGTTCAATCAACGAAGGGAGAAGCTAAACCTATAGATAGCGCTACTTTTTGGAATGGAGTGCTAGATGAAGCAGGGCAAATATTAAGCAAAGAAGAGTTTGATGAGTTTCAAAAATTAGTAAATGAATTAATGGCTTATGACGCCAAAACACTTGATCCGGATGGTAGTGTTCATATTGAACGGCTATCAAAGGAAGATCAAACGAATATAGAGCAAGTGGAACAGCAGTTGCAACCATTTTTTAAGAAGTTGGGCATTACAATTAAGCCGAAAGATTGA	MSLDERLKTAFKEETKEWNAPTELKEKILNKVVHIQGGRQMKKWVVVCILAATLLIPTGAFAGYSYIADSIYGSRENIGVTQKQYDGLEAKLQTAKQNLSEEEFTKWMSLLKELGTLNLKVADANGDFHIERLSVGEQKIYRRLTAELEPLFRKLNEVQSTKGEAKPIDSATFWNGVLDEAGQILSKEEFDEFQKLVNELMAYDAKTLDPDGSVHIERLSKEDQTNIEQVEQQLQPFFKKLGITIKPKD				NA	NA	NA	NA	NA
JZ016_00564	573	sigW_3	COG1595	ECF RNA polymerase sigma factor SigW	ATGAATCATCAATCTGAATATGCAAGGCTTATTTCGCTTACGCTGGCCGGGAGCCGTGATGCGTTTGGTGAGTTATATGAAGCAACCATTAAGGACGTGTACAATACTGTTTATTTCCTTATTCGGGAACCATCAGATGCAGAGGATGTCGTTCAGGAGATTTATATTCAAGTATACCGGTCTCTTGAAAAGTTTGACGTAAGCAGGCCGTTTCGGCCTTGGTTAATGGGAGTGGTCATGCGGCAAGTTCAGGCTTACCGCAGAAAGAGTTGGACACATGTGCGGATCATCAAAAAAGCTGAACGGATTGACCAAGCCGTGGTCTACGATTTCTCAAGTGAGGTGGTCAACAAAGTATCGAATCAATCGCTACTTGCATGCGTAAATCGACTTCCTTATAAGCTGAAGCTAGTAGTTATTCTGCATTATATGAATGATTACACGCAAGAAGAAATTGCAGCCACATTAGAAATCCCTCTTGGTACGGTAAAATCGCGGATTAATGCTGCTCTGCAAAAGATGCGCAAAAAAAGAAAAATAGCATTCTGGCTATGGGAAAGGTGGAGGAGCTAA	MNHQSEYARLISLTLAGSRDAFGELYEATIKDVYNTVYFLIREPSDAEDVVQEIYIQVYRSLEKFDVSRPFRPWLMGVVMRQVQAYRRKSWTHVRIIKKAERIDQAVVYDFSSEVVNKVSNQSLLACVNRLPYKLKLVVILHYMNDYTQEEIAATLEIPLGTVKSRINAALQKMRKKRKIAFWLWERWRS	PGPT0014960_6964	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_00565	2403			hypothetical protein	ATGTTAGGGTTGTTTGGAATGCGATTGAAGCATATGGAGCTGCAAATGGACGGTCTCGGCCGTCTGATCGGGTTGCAATGTGCCGCGACGGGAAAGTGTTATCTTGCCGGAGAAGCAGGCTCTCCTCTTGTGCGAATAGCGGTACACGGGCAGATTTTGGAGCCGGAACGGCTTCAATGCGTCACAAGCAGCGTTGGGCACGATGACGGCAGCCGTTTCCTGATGGTATTTGACTTCTTGGACGGGGCTGTGCGGTTGGAAGTGGAAGCGTACGCAAAGGGAGACTATGCGACGTTCGAGATTGTGCGCATTGTTGGCACGGAGCCGGACGTCCTGCTCTGGGGCCCTTACGAAACGGTGATTTCTGGCTCGATCGGGGAGTCGGTCGGGGTCGTGCATGACGGCGAATATGCTTTGGGCTTTCAGGCCTTAAACGAGAAGACGCTCGGCGGCTTCCCGGTGGACCTGAGACTGGACCGCTTTGCCGACCTTCCTTACCCGGACGCGAAGGTCGGGTATGACGTCTGCGCAGCCTGGCCGACAGCCGATGGCAGCTTGCTGCAAGCGTTTACGCGTAACCGGACGCGAGATGAACGGCGGACGGTATGGGGAACGCCCGACATCCCGGTCACCCCTATGGATGGCCCGGATGCAGCGCTGACCGGGTCAAAAATTGCGCTGTTTGGTTGTCCGGCCGATCTTATCCTGCAAATAATCGAAGCGATCGAACTGGGCGAAGGGCTGCCACATCCAACGATTGACGGTGCTTGGGCTAAGTCGTCGCCGGATGCGAAGCAGTCGTATCTGATTACCGACTTTAATGAAGGTGCCATTGGAGATGCGGTAGCTTTCGCGAAGGAAGCCGGCCTCTGCGGTATTTATCATCCCGATCCGTTCGCGAACTGGGGACATTTCGAGCTGAAACCGTCAGCCTTTCCAAATGGAGATGCCGGGATGAAAGCTTGCGTTGAGGCGGCGGAGAAAGAAGGGATAATTGTTGGCGTCCATACGTTGACCAATTTTACGACACTCAACGATCCCTATGTCACGCCCAAACCGGATAAACGGCTGCAGCTTGTGGGAAGGGGGCTGCTGACTGCACCTGTCGGGATAGAAGCGACAGAGATCGAGGTTGACGATCCGCGTCCGTTTCAGGTTAGCTTGTTCCGGCGAACGGCCGTTATTGAAAACGAACTGATTGAATACGACGCAGTATCGGAGGAAGCGCCGTGGAGGCTACTCGGCTGCCGTCGCGGGGCGAACGGGACGGAGATTTCCGCCCACGAGACGGGAACGGCTGTCGGCCGGTTGTGGGACCACCCGTACGATGTGTTTTTTCCGAATTTGGAATTGCAGGATGCGTACTGTGACCGGATTACGTCCTTGTTTCAAGCAACGGGATTGCGGCAAATTTCGTTTGACGGTCTGGAAGGCGTCTATGCGACCGGCCATGAGGATTACGCGACAAACCGCTTTGTCAAACGCTGCTATGACGGATGGGAAGGCGAAGTGATCAATGATGCCAGCATCGTAGTTTCCAATTACGCCTGGCATATCCATACACGCTTCAACTGGGGCGAGCCGTGGGGAGCCGCGACGCGGGAAGGGCAGTTGGATTGGCGGCTCCATAATCAGCGCTTTTTTGCCCGAAACTTTATTCCGGCGATGCTCGGCTGGTTTATGCTCCGCTCCGTTTCGAACCAGTTCGAAGCGACGACGCAGGACGAGATCGAATGGGTGCTCTCCAAGGCGGCCGGTTTCGACGCCGGATTCGCATTGTTTGCCGACATGGCCGTGTTAAAGCGAAACGGCAATATCGGCGAATTGCTGGCGCTTGTTCGCGAGTGGGAGGCCGCCAGACGGTCGAATGCGTTCAGCGAGTCGCAGCGCCAACAGATGCAAGACCCTGCCCGCGACTGGCATCTGGAACCGGCGGGGGAAGGCCGCTGGAGGCTGTATCCTGTGGACATATCGGATGAATTGCTGTGCAATCCGGAAGAGCAGCAACCGGGTCAGCCGGGCGGCTCGGACTGGGCGTTCTACAATCGGCAAGAGGAGCAGCCGCTCCGATTCATTCTGCGCGCGGTGCCGTCCTATGGCAATACGCGGGGAATGGTTAAGCGGCCGACGTTTTACGCCGGCGGCAGCTACATGACATTTGAGACGGAGATCGGCGCCGGGCAGTATCTCGTGTGCGAGGGCGACCGGATAGGCCGTGTCTACGACGCTAACTGGAACTTGTTGAAGACGGTGGAGGCTGTGTCGGAAGCTCCGTTGCTAAAAAGAGGAGGGCAAACCGTCTCGTTCAGTTGCCGCTTAGAAGGCGATCCAAAGCCGCGCGTATCCGTTAAGCTGTTCACGCGCGGCGTGCCGGAAGTGGTGGCAGCGCGGCCGGGCGAATGA	MLGLFGMRLKHMELQMDGLGRLIGLQCAATGKCYLAGEAGSPLVRIAVHGQILEPERLQCVTSSVGHDDGSRFLMVFDFLDGAVRLEVEAYAKGDYATFEIVRIVGTEPDVLLWGPYETVISGSIGESVGVVHDGEYALGFQALNEKTLGGFPVDLRLDRFADLPYPDAKVGYDVCAAWPTADGSLLQAFTRNRTRDERRTVWGTPDIPVTPMDGPDAALTGSKIALFGCPADLILQIIEAIELGEGLPHPTIDGAWAKSSPDAKQSYLITDFNEGAIGDAVAFAKEAGLCGIYHPDPFANWGHFELKPSAFPNGDAGMKACVEAAEKEGIIVGVHTLTNFTTLNDPYVTPKPDKRLQLVGRGLLTAPVGIEATEIEVDDPRPFQVSLFRRTAVIENELIEYDAVSEEAPWRLLGCRRGANGTEISAHETGTAVGRLWDHPYDVFFPNLELQDAYCDRITSLFQATGLRQISFDGLEGVYATGHEDYATNRFVKRCYDGWEGEVINDASIVVSNYAWHIHTRFNWGEPWGAATREGQLDWRLHNQRFFARNFIPAMLGWFMLRSVSNQFEATTQDEIEWVLSKAAGFDAGFALFADMAVLKRNGNIGELLALVREWEAARRSNAFSESQRQQMQDPARDWHLEPAGEGRWRLYPVDISDELLCNPEEQQPGQPGGSDWAFYNRQEEQPLRFILRAVPSYGNTRGMVKRPTFYAGGSYMTFETEIGAGQYLVCEGDRIGRVYDANWNLLKTVEAVSEAPLLKRGGQTVSFSCRLEGDPKPRVSVKLFTRGVPEVVAARPGE				NA	NA	NA	NA	NA
JZ016_00566	1617	lipO_3	COG1653	Lipoprotein LipO	ATGTTCGTGAATAAAAAACGTTGGGTGAGCAGCGCGCTCGCCGCAATGATGGCGGTGACGTTGCTGGCCGGCTGCGGCAACGGGTCGTCGGATCAGGCATCACAACCGGGCAACGGGTCGACGGTGTCCGAGGAGGGCGGCGAAAATGCTATGGGCAAGCCGAAGCTGATGTTTTGGAACCTGGACGGAAACGCCGAAGCAGATTCTTACGGAGTTACGGCGCTCAAGGAAAAATTCGACATCGACGTTGAATTTGTTTCTGTCGGCCGCGAAGCGTTCAAAGAGAAGCTGAACTTGATGATTGCTTCCGGCGAAATCCCCGATTGGTGGAAAGAGCCGTCCTTCCCGGAATACGACAAGTTTTTGCAGCAAGAGGTGGCAGCTGAAGTTCCGCAAGATCTGATCGAGGAGCATATGCCGAAATACGTGGCTTGGCTAAAGCGGTATTTGGGCGACGATCCTTTCCGATACGTTCGCCGGGACGGCAAAATTTACGGCCTTCCGGTGCTTTGGGATATCGGCATCGACGGCATGCAGCTCGGCTTCCGGGAAGATTGGCTGAAAAAAGTGGGCATTGCCAAAAAGCCGGAAACGCTCGAAGAGATGGAAGCGGCGCTAACGGCTTTCCGCAACAACGATCCGGACGGCAATGGCAAGAAGGATACCTACGGCATCACTTCGAGCGCAGAAAGCATCGGAAGCTTGTACAGCTCGGTATTCGGTGCTTTTGACGTCTATCCCAGCATTTTTGTAGAGAAGGAGGGCAAAGTAGTGCGGGGAGAAATTGAACCAGGCGCGAAGCAGGCGCTGGAAGTACTGCATCGCTGGTACAAGAACGAACTGATCGATCCTGAGTTTGTCGTCAACAAAGCGAGCAATGTGGAAGACAAGGTACTGACCGATAAAGTTGGCGCAATCGAATATTATTGGTGGGCTTTCGTACCGGGCAATGCGTTCCTCGGGGGCGAGCAATGGTATGACAAGCTGAAGCAGAAAAAGGCAGATTTTAACTGGGCGGTTTCTCCCGGCGTTAAAGGTCCGGAAGGAAAATACGGCATGGCCCAGTACCATCCAAGCTTCGCTTCCGGCGTCATGTTCGGCAAGCAGTTGAACGACAACCGCGAGAAGTTGATCAAATATTTGCAAGTGTTCGAAACAACGCAGTTTGATCCGGAAATGTACGAGAAGCTGAATTTCGGCGAGAAAGGAAAAACGTGGAATATCGGCGAAAAAGGGACGGTCCAGTTCATCCCGCCTTACAACGACGAGAAAGAGCGTAAGCGGGCGGGTATAGGCGGCTACTCGATGTCCGGCTCCTTCAACGACTACGATTTCCAAACCACCTATACCTCGGAAGAAAGCCTGCGGCAGCTGGCTAAGGACACGCGGGCGCAAGGAACGCGCAACATCGATATTTTGGCGCCGTTCAACAAGCCGATTTATAACGAGTATCAGGATAAACTGAGCCAGTTTACACTGCAGCAATATGTGGACTTTATTACAGGACGCCAATCGCTCAGCGAGTTTGACAACTACGTGGCCAAATGGAAGAGCATGGGCGGCGACAAGGTGCTGGAAGAGGCGCAGAAAGTATACGAAGAGAATTTCAAAAATTAA	MFVNKKRWVSSALAAMMAVTLLAGCGNGSSDQASQPGNGSTVSEEGGENAMGKPKLMFWNLDGNAEADSYGVTALKEKFDIDVEFVSVGREAFKEKLNLMIASGEIPDWWKEPSFPEYDKFLQQEVAAEVPQDLIEEHMPKYVAWLKRYLGDDPFRYVRRDGKIYGLPVLWDIGIDGMQLGFREDWLKKVGIAKKPETLEEMEAALTAFRNNDPDGNGKKDTYGITSSAESIGSLYSSVFGAFDVYPSIFVEKEGKVVRGEIEPGAKQALEVLHRWYKNELIDPEFVVNKASNVEDKVLTDKVGAIEYYWWAFVPGNAFLGGEQWYDKLKQKKADFNWAVSPGVKGPEGKYGMAQYHPSFASGVMFGKQLNDNREKLIKYLQVFETTQFDPEMYEKLNFGEKGKTWNIGEKGTVQFIPPYNDEKERKRAGIGGYSMSGSFNDYDFQTTYTSEESLRQLAKDTRAQGTRNIDILAPFNKPIYNEYQDKLSQFTLQQYVDFITGRQSLSEFDNYVAKWKSMGGDKVLEEAQKVYEENFKN	PGPT0017245_1090	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00567	906	melC_1	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	GTGTTTGACATCATTCAAGTAAAAAAATCGGCCGGCGACAAAATCGTGGATGGCGTTCTCTATATCGCCGCGGCGATCATTATGCTGGCAACCATCTATCCGTTTTGGACGCAAATCGTCATTTCGCTCGACGGTACGGGGGCGGACGGTGCAGCTTATGCCTCGGGCTTTATTTTGCTGCCGGAGCAGTTGTCCTTCGAAAGCTACAAGCTGGCATTCAAGTTCGATGCGCTGTGGCAAGGGTATTGGAATACAATCGTCCGTACCGTTATCGGTGTCATATTGGCGGTGCTGCTCACTTCCATCACTGCCTATCCGCTGGCCAAGAGGGATCTGCCCTGGAATCGCGTATTTACGGGTATTATTCTGTTCACGATGCTGTTTGGCGGAGGTACGATTCCAAACTACTTGCTGATCAAGGAATTGGGGATGTACAACACGATATGGGCGCTTGTCATTCCCGGGATGGTCGGCGCGTTCAATGTGCTTATAATGCGGAATTTCTTTCGGGAGATTCCTGCCGAGGTAGAGGAATCGGCCCGGGTCGACGGAGCGGGCTATCTGCGAATCTACACCCAAATCGTGCTCCCGCTCAGCAAGCCAGTCCTAGCGACGGTTGCGCTTTGGGTCGGCGTAGGGCATTGGAATGCCTGGTTCGACAGCATGATTTATATGTCCGATCCCGACAAGCAGGTGCTGCAAGTCGTGCTGCGCAAAATCGTCATTCAGAACAATATGACCGATATTAGCGCTGTCATGCAACATATCGGCAACCAGACGACCTTTTCGGGCCGGCAGTTGCAGGCGACGGTCATTATGTTCTCGATCATTCCGATGGTGATTGTATATCCGTTTATTCAAAAATACTTTGTCAAAGGTGTCATGGTCGGCGCAGTTAAAGGGTGA	MFDIIQVKKSAGDKIVDGVLYIAAAIIMLATIYPFWTQIVISLDGTGADGAAYASGFILLPEQLSFESYKLAFKFDALWQGYWNTIVRTVIGVILAVLLTSITAYPLAKRDLPWNRVFTGIILFTMLFGGGTIPNYLLIKELGMYNTIWALVIPGMVGAFNVLIMRNFFREIPAEVEESARVDGAGYLRIYTQIVLPLSKPVLATVALWVGVGHWNAWFDSMIYMSDPDKQVLQVVLRKIVIQNNMTDISAVMQHIGNQTTFSGRQLQATVIMFSIIPMVIVYPFIQKYFVKGVMVGAVKG	PGPT0017255_1255	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00568	957	yteP_6	COG4209	putative multiple-sugar transport system permease YteP	ATGGAGGAGACGGCTCCGCCGGCGCGGAGCGGCTATGAACCAAAGAGCAAGAAGGGCACATGGCGCAAAGTAAAACAATACCGTGTCCTGCTGCTTATGCTAGTACCGGGTATGCTTTACTATCTTGTTTTTCATTATTTGCCGATGTACGGCGTCATCTTGGCGTTTAAAGATTTTAAAATTACGCGTGGTATTATAGACAGTCCTTGGGTGGGATTTGAGGTTTTCGAAAAAGTGTTTGCGGACGGCTATTTTTATACCGTTCTGCAAAATACGCTGGTTATTAGCGTATACAAACTAGTTTTCGGGTTTCCCGTACCGATCTTTTTCGCCCTGCTGCTAAGCGAGATTTCCAGCATGCGATTCAAAAAAGTCGTGCAAACGGTTTCGTATTTGCCGCATTTTATATCCTGGGTTGTTTTGGCGGGCATTTTTTTCACGATGTTCTCTCTGGAAGGACCAATTAATACGGTGATGCAATGGTTCGGCATGGAACCGATATTGTATCTGGCAGATGACCGATATTTTCGAACGATTTTGGTCGTGACGAGCATTTTTCAGGGGTTCGGCTGGGGCTCCATCATTTATTTTGCGGCCATTTCCGGCATCGACCCGCAAATGTACGAAGCTGCCGTCATCGACGGTGCGGGACGGTTCAAACGAATGTTCTACATCTCAATCCCGATGCTGGCGCCGGTTATTGCGATTATGCTCATTTTGTCGATGTCTGGTATTTTGGATGCGGGCTTCGATCAGATATTCAACATGTATAATCCGAGAGTAATGGAAGTTTCGGACATTATCGACACGTATGTGTACCGCAAAGGGTTGGTTGAGATGAACTACAGCTATGCGACAGCGGTGGGGTTGTTCAAGTCGCTTGTAGCCCTCATTCTGATTATCAGTGTCAACCGGATCGTAAAGCTGGTGGGGGGACGGGATCATGCGTTATGGTAG	MEETAPPARSGYEPKSKKGTWRKVKQYRVLLLMLVPGMLYYLVFHYLPMYGVILAFKDFKITRGIIDSPWVGFEVFEKVFADGYFYTVLQNTLVISVYKLVFGFPVPIFFALLLSEISSMRFKKVVQTVSYLPHFISWVVLAGIFFTMFSLEGPINTVMQWFGMEPILYLADDRYFRTILVVTSIFQGFGWGSIIYFAAISGIDPQMYEAAVIDGAGRFKRMFYISIPMLAPVIAIMLILSMSGILDAGFDQIFNMYNPRVMEVSDIIDTYVYRKGLVEMNYSYATAVGLFKSLVALILIISVNRIVKLVGGRDHALW	PGPT0017250_2341	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00569	1719			hypothetical protein	ATGAGAAGGATGGTCGACGGTCTGTTCAATCGGTTACGTTTTAATCAAAAGCTGTTTCTTTCCTACTTGACAGTCATTATTATCCCGATCCTTATGCTGGGTCTGTATGCCTTCCGACAATCGGAGGAAATGCTGCGCATTCAAGCGACGCAGAGTATTGAAAAAAATTTGACGGCCATCTCGCAATCTCTCAACGGCACGCTGGAGCAGTACGACCATACGATTCGCTCGGTTGTATATAACAAGACGTTTCAGCGGATTGTCGCAAATGACTACATCGATCTCGTCAATTTGTCGCGAGATTTGAATGAGTATTTGACGCCTTATTTCAATATGATGATGACGCTCAACAGCGATATTAAGCAGGTCACTTTTTATACACAGAGCGATGTTCCCGAATACGGCTTGTCCGTGCAGTCGCATGAGCGCGTGAAGGACAAGAGTTGGTACCACAAGACGATTGTGGGCAGCGGTAATCAGTGGTCGATGAATGAGAGCGGTGATTTGTTCGTGGCAGGACCGTTCCCGCGATTTTTCTCGGATAGCGACACCAATGTGCTCTTCATGGAAATCAATAGCGACGGCCTGTTTAAAAATATCACCAGTTTAGCAAAAGGGTATGACGTCGTCATCGCGGATCGAAACGGTACACTGCTCTACGCAAATTCCGATGCGGCGGCGAGCCGAGCTGCAGAGTTTACGAAAGTTAAGGATCGGCCGGATTCGGTGATCGACGCCAGCGGTGAACGGCTATACACGGTGGCGAAGACGATTGCGCAGACGGGATGGACGATCCGCTGTTTCGTTCCGGCGAAGCAGATGTCCCTCAATGCGGACTCGATCTTGAACGCGACGCTTATCGTCATCGGTTCCTGCATTGCCTTCTTGCTCATCATCATCTCGATCTTTTCCCGCACGATGATCAGACGGATATACAAGTTGAACGCGCTGATGCGGCGCGTGGAGAACGGGGAGTTGTCGCTCCAAGTTCAAAGCGCGTCGCGCGACGAAATCGGCGAACTGACGAACCGGTTCGGCAATATGATTGTACGGCTCAATGCGCTGGTGAAAGAAGCCTATACGAACAAAATTGTGCAGAAGGAGGCGGAGCTGAAGGCGCTTCAATCGCAAATCAATCCGCATTTTTTGTATAATACGCTCTCTTTCATCAATTGGGAAGCGGTCAAAAGCGAACAGCATAAAATCAGCCATGTCGTGACAGCCTTATCGCGGTTTTACCGCACGTCGCTGAACAAGGGGGATAACATTATTCCGGTGCGGGACGAATTGGACAACATTAAATCGTATCTCGATATTATGCTGATGATGAGCGATTACGAATTCGACGTTTACTATGACATCGATGAAGAGGTGTACGGCTACCGGATGCTGAATCTTATTTTGCAGCCGATTGCAGAGAACGCGGTGAAGCATGGCATCAACCAGAAGAAAGGCGGACGAGGATGGCTTAAAATCAGCGCGAAGCGAATGTCCCAGGCAATCGTGTTCACCGTCGAGGACAACGGTCCGGGTATGGATGAGGAAACGATAAGGCGACTGCTGCTTCAGCAATCTTCCGGCTACGGATTAAAAAATGTCAATGAACGGCTGAAGCTGTTTTTCGGCGCGGACAGCGGGATCGGGATTGAAAGCAATCCCGGCAGAGGAACGGCGATGAGCGTGACGATCCCACCTTATAACAATGCCATAAAAAAGTGA	MRRMVDGLFNRLRFNQKLFLSYLTVIIIPILMLGLYAFRQSEEMLRIQATQSIEKNLTAISQSLNGTLEQYDHTIRSVVYNKTFQRIVANDYIDLVNLSRDLNEYLTPYFNMMMTLNSDIKQVTFYTQSDVPEYGLSVQSHERVKDKSWYHKTIVGSGNQWSMNESGDLFVAGPFPRFFSDSDTNVLFMEINSDGLFKNITSLAKGYDVVIADRNGTLLYANSDAAASRAAEFTKVKDRPDSVIDASGERLYTVAKTIAQTGWTIRCFVPAKQMSLNADSILNATLIVIGSCIAFLLIIISIFSRTMIRRIYKLNALMRRVENGELSLQVQSASRDEIGELTNRFGNMIVRLNALVKEAYTNKIVQKEAELKALQSQINPHFLYNTLSFINWEAVKSEQHKISHVVTALSRFYRTSLNKGDNIIPVRDELDNIKSYLDIMLMMSDYEFDVYYDIDEEVYGYRMLNLILQPIAENAVKHGINQKKGGRGWLKISAKRMSQAIVFTVEDNGPGMDEETIRRLLLQQSSGYGLKNVNERLKLFFGADSGIGIESNPGRGTAMSVTIPPYNNAIKK				NA	NA	NA	NA	NA
JZ016_00570	1602	rhaR_5		HTH-type transcriptional activator RhaR	ATGTGGAAAATGCTAGTTGTGGACGACGATAAATTCGAACGGGACGGCGTTAAGTTCCTGGTTGATAAATACGGCCTGCAGTTGGAACTCATAGAAGCGGACAGCGGCGAAGAAGCGCTTGTTTACCTCGAGGAGCATGAGATCGACATTTTATTTACCGACATTCGGATGAATGGGATGGACGGTCTGGAACTGGCGGAACAGGTCAGAGCGATGGGCAGGCCGATCAAAGTCGTTTTCATGAGCGCCTATGGTGAATTCGAGTATGCGCAGCGGGCGATCGATTTGAACGCGATTCGCTATATTTTAAAACCGGTGGAGGTTAGCGAGTTTCTAAAGGTGATCTCCCAAGTCATTCTTTTGTGCGAGGAAGAACGGCAAGACAGGAATCGGCGCGATAAGTTGGAAGCGGCCTACAGCCGTGATATTCGCTATGAAAAGCAGAAAAGAGTTACGGAGCTTATTCACGGTAAAATCGGCGAGGACGCAGCAGCGTGTTATCCAGCACCGCAGGTAACGGCCATTCCTTTTGTCGGCGGAGACAAGGCCGTGCATATGATCATGCTGGATACGCGCAGCCGCTTTTTCGATTTGCACGACCTGGAGTTGGAACGCGGCTTGAAAGACTTAATCGTTGTCCCTTTTGAACTGGTGCATCTGAACGAGTTTCAAAGTTTGCTGCTGGTAGCGGACAAGGAAGAAAATACGCCCGCCGAAGACGGAGAAGGGGCTATCGATTCTGTCGGTCTGCGTCGGCTTGGCCAGTCTTTAGTCCGTTGGTTTCGGGACGCGCATGAGAGGGAGATGACGGTCGTTCTCGGCGGTTTGCTGGACGGGAAGGTCCCGTTTGACGAGCGGTTCAGCGAAATGGAAGAGGTTTTGGAAACGAAGTTTTTCTACGATGAGGGCGTCGTGCTGCCGACTGTAAAACCGGCTTCGGAGACGGAGAACGGCAATGAAATGTATGATATCGAGAAGGCGCTTTCAGTCTTGTCGGAACATATTCATCGAGGCAGGTACGACTTGGCAAAGCCGCGACTTGCAGGATTAATCGACGAGATGCAGAACAGTGACCGCTACCCGGTGATGTACATCAAATATGTTTGTGTGGAAATCGTCAAAACGCTATTTGACGCTTCATCCCGTAAGGAGCCGAACCGCTTCAAGCAGCATCTCGATCTCATCTACAAGACGGCCAAACTGAGTGATTTAAAGGCCATTATGCTCAGCGTTGTGGAGGGAAGCGAGCCGGAGGCAGGTGCCGGCGGTTCCGACTCCGCGCGCAAAGCGATCGAGGACGTAGTCCGCATGATCGAAAGCGAGTACGGCACCGATCTGTCGCTCGATTCGTTGGCGGAGCGGGTCTATTTGTCGCCCAGTTATTTAAGCCATCTGTTCAGCCGGCATAAAGGCATCAGCATCAACAAATATATGACCCAGTACCGGATGGAGCGAGCGCGCCAATTGCTGTTGACGACTAATCGCAAAATCATCCAAATCAGCCGCGATGTCGGCTATGCCAACGTGCCGTACTTCAGTTCGCTGTTTAAGGCGCATTATGGCCGAACGCCAACGCAGTACCGAGAAGGAGCCGGTACATGA	MWKMLVVDDDKFERDGVKFLVDKYGLQLELIEADSGEEALVYLEEHEIDILFTDIRMNGMDGLELAEQVRAMGRPIKVVFMSAYGEFEYAQRAIDLNAIRYILKPVEVSEFLKVISQVILLCEEERQDRNRRDKLEAAYSRDIRYEKQKRVTELIHGKIGEDAAACYPAPQVTAIPFVGGDKAVHMIMLDTRSRFFDLHDLELERGLKDLIVVPFELVHLNEFQSLLLVADKEENTPAEDGEGAIDSVGLRRLGQSLVRWFRDAHEREMTVVLGGLLDGKVPFDERFSEMEEVLETKFFYDEGVVLPTVKPASETENGNEMYDIEKALSVLSEHIHRGRYDLAKPRLAGLIDEMQNSDRYPVMYIKYVCVEIVKTLFDASSRKEPNRFKQHLDLIYKTAKLSDLKAIMLSVVEGSEPEAGAGGSDSARKAIEDVVRMIESEYGTDLSLDSLAERVYLSPSYLSHLFSRHKGISINKYMTQYRMERARQLLLTTNRKIIQISRDVGYANVPYFSSLFKAHYGRTPTQYREGAGT				NA	NA	NA	NA	NA
JZ016_00571	495	pchR_1		HTH-type transcriptional regulator PchR	ATGATGAATACATTGGAGACGATCAAATGGCTGGTCCATGATCAGGTTGTTCATTTTGTGCATCTGAGCGAGCAAAGGATCGAATCGGAGCAGGACAAGATTTTTCGTTATGCGCAGGAGCAGCAATTGGAGTCGATCCCACGTCATTTGACTAGCGTGCACGTGATCGACTGTATCGGCAACAACGAGCCGATCAACAATACGACGCTTGCAGAGAAGATGAACTTGTCCAAGGCCGGAATTACCAAAATCAGCGGGAAGCTGTTGGAGGAAGGTTATATCCATCGAAGGCAACTGAATGATAATAAGAAGGAAGTCTACTTCAGTCTGACGGTGAAGGGAAAACAAGTTTTTGAGCTCCATAAACAGCTTCACAAGCTGGAGGAGAAGAGGTTTATGCAGTTGCTTGATTCGTTTAAGGAAGCGGAATTACACGTTATTCTGCGATTTTTGCAAAGTGTATCCACGCATTGGGCTAAGGAAGAACCGGAGTAA	MMNTLETIKWLVHDQVVHFVHLSEQRIESEQDKIFRYAQEQQLESIPRHLTSVHVIDCIGNNEPINNTTLAEKMNLSKAGITKISGKLLEEGYIHRRQLNDNKKEVYFSLTVKGKQVFELHKQLHKLEEKRFMQLLDSFKEAELHVILRFLQSVSTHWAKEEPE				NA	NA	NA	NA	NA
JZ016_00572	1485	emrB_1		Multidrug export protein EmrB	ATGAAACAATCGAATGTAATGAACACGCAAGAGCAACAAACTCAGCAGCCCCTAAAGCTTATACCATTAATTGTAGCGATTTTCATGGGAAACTTCCTTTCGCTGTTGAATAGCAATACGATTAATATAGCTCTGCCGGTCTTGCAAAAAGAATTTGCAACCAACTTAAGCGTCGTGCAATGGACATTGACAGGCTTTATGTTGGCGCTTGGCACGTTCGCGCCTACAGCTGGCTATTTCGGCGAACGCTTCAGTTACAAGCGATTGTATATTTTCGCCTTGTTCGGCGTGACGGTTGCCTCTGTTCTGTGTGCCTTGTCTTGGAACGCGCCGATGCTGATCACATTTCGCATAATTCAGGGTGCATTCTGCGGTATTATTGTGCCCGCGTCGATGACTATGATATTCCAGATCATACCGAGACACCAACAGTCTGTCGCCATGAGTATCTGGATTGCCTCTTCGATCATGGCGCCAGCCATTGGACCTAGTTATGCAGGTTGGCTTATCCAGCACGGATCCTGGACATGGATTTTCTGGACCAATGTACCGCTCGGGTTGCTTGCAATCGTTGTTGCCGTTTTCTTCATTCCTTACTATCGTCTGAAAGTCCCGAAGGGTTTCGATGTATGGGGGCTTCTGACAGTGATCGCTGCAAGCTCACTGCTGCTAATCACGTTGTCGCAAGGCTCAGTTTGGGGATGGGGATCGGCCAATACGCTGCTTTGTCTGGGAGGCGGACTGTTGGCGCTTTCGCTGTTTCTCTGGCGTGAGATGTCCATCGAGTCGCCACTACTACAGCTCAAAGTATTTCTGAACCGGCGCTTCACGTTGACGGTCATATTGTTGTGTATCGTAATGATCAACTTTTTTTCGGGCATGCTCCTCGTTCCCGTCTACCTGCAAAATGTTCAGGGACATTCGCCGCTTGATACAGGGATCATTCTGTTACCTTCTACACTAGCCATGGCTATTATGTCCTTGGTTGTCGGTAGACTGTATAAAGTGGTTGGCCCCAAGCCACTACTATTTGTTGGTGTACTGTTGATGATCGTAGGAAATCTGCCGCTGGCGTGGCTTCAAGTCGACAGCTCATCTGCTTATACGCTCTTATGGATGACGATCCGCAGTTTAGGTTTGGCTCTAGTGCTTATGCCTGCGACGACGGCTGGGATGGAGGAGATTACCCACGAGTACATCGGCCATGCCTCCTCCATTCAGAACTGGCTTCGGAATGTATTCGTATCGTTCGGTGTAGCTCTTTTCACCACGCTGCTATCTTCACGTACTGCAGTTCACGCCGCTAGGTTGAAAGAGGACGCCGGACCGAACTTGGTCCACCTGTCCACCACGATGGGCATCAACGATTTGAACATTTTATCAACGCTTATTGTCGTTCTGGCTCTACCATTTGTTTTTGCAATTCGCTCAAAGCGGAAGAAGGAACGGGCAATGGACGGTGCTTTGAGCGATCCCTTACGATAA	MKQSNVMNTQEQQTQQPLKLIPLIVAIFMGNFLSLLNSNTINIALPVLQKEFATNLSVVQWTLTGFMLALGTFAPTAGYFGERFSYKRLYIFALFGVTVASVLCALSWNAPMLITFRIIQGAFCGIIVPASMTMIFQIIPRHQQSVAMSIWIASSIMAPAIGPSYAGWLIQHGSWTWIFWTNVPLGLLAIVVAVFFIPYYRLKVPKGFDVWGLLTVIAASSLLLITLSQGSVWGWGSANTLLCLGGGLLALSLFLWREMSIESPLLQLKVFLNRRFTLTVILLCIVMINFFSGMLLVPVYLQNVQGHSPLDTGIILLPSTLAMAIMSLVVGRLYKVVGPKPLLFVGVLLMIVGNLPLAWLQVDSSSAYTLLWMTIRSLGLALVLMPATTAGMEEITHEYIGHASSIQNWLRNVFVSFGVALFTTLLSSRTAVHAARLKEDAGPNLVHLSTTMGINDLNILSTLIVVLALPFVFAIRSKRKKERAMDGALSDPLR				NA	NA	NA	NA	NA
JZ016_00573	1398			hypothetical protein	ATGGCCAAGGAAATGGTGGAGCTGGGAGAATATCAGTATGGCTTCAAAGATGCGCATCAAGCGGTGTTTCAATCCGGCAAGGGACTAACTCGTGAGATTGTTGCCACCATATCGGAGATGAAGGGTGAACCCGGCTGGATGCTCGACTTTCGACTGAAGTCGCTAGATTTGTTTCAAAGTATGCCGATGCCTGCATGGGGCGGCGATCTGCGAGCACTGGATTTCAATGATATCCAATATTATGTCAAGCCTTCCGAGAAGCAGGGAAAAACCTGGGAGGAAGTGCCGATTGAGATTAAGCAAACCTTTGACAAGCTTGGTATACCGGAAGCGGAGCAGAAGTTTCTTGCCGGAGTGTCGGCCCAGTATGAATCCGAAGTCGTCTATCACAGCATCCAGAAAGAACTGGAGGAACAAGGGGTCATCTTCACAGACACGGATACGGCTCTTCGCGAGCACCCGGATCTGCTGCGCCAATATTTTGGCACCATTATTCCCCCGAGCGATAATAAATTTGCTGCACTTAACAGTGCGGTATGGTCAGGAGGAAGCTTTGTCTATGTCCCGAAAGGGATAAAATGCGAGGTCCCTTTGCAAGCTTATTTCCGCATCAATTCGGAGAACATGGGACAATTTGAAAGGACACTCATTATTACAGAAGAAGACAGCTTTGTGCATTATGTAGAAGGCTGCACGGCACCGATTTACAGCACGAACTCGCTCCATAGTGCCGTTGTGGAAATTATCTGTAAGAGAAATTCCCGTGCGCGATATACAACCATTCAAAATTGGGCTCCCAACATTTATAACATGGTGACAAAGCGGGCGGTAGCCGAAGAAAACGCAACAATGGAATGGGTGGACGGCAATATTGGCTCCAAGCTAACGATGAAATACCCTTCCGTATTGTTAAAAGGACGTGGCGCCAAAGGTTCTGTGCTCTCGATTGCGGTAGCCGGCAAAGGACAGCATCAAGACGCCGGGGCTAAAATGATTCACCTGGCTCCGGATACAACATCGACTATCATATCGAAATCAATCAGCAAGCACGGTGGTAAAGTCACGTACCGCGGTCTGGCTTCTTTCGGACGAAAAGCTTCCGGAGCTAAGTCGAACATCAAATGCGACACGCTCATTCTCGATAATGAGTCCACGTCAGATACGATCCCCTATAACGAGATCATGAACGACAATGTCACGCTTGAACACGAAGCAACCGTCTCCAAGGTATCCGAGGACCAGCTCTTCTACTTGATGAGCCGCGGCCTGTCCGAAGACGAAGCGACCCAGATGATTGTAATGGGTTTCATCGAGCCGTTCACGAAAGAACTGCCCATGGAATATGCGGTTGAGATGAACAGACTCATCAAGCTGGAGATGGAAGGCAGTATAGGGTAA	MAKEMVELGEYQYGFKDAHQAVFQSGKGLTREIVATISEMKGEPGWMLDFRLKSLDLFQSMPMPAWGGDLRALDFNDIQYYVKPSEKQGKTWEEVPIEIKQTFDKLGIPEAEQKFLAGVSAQYESEVVYHSIQKELEEQGVIFTDTDTALREHPDLLRQYFGTIIPPSDNKFAALNSAVWSGGSFVYVPKGIKCEVPLQAYFRINSENMGQFERTLIITEEDSFVHYVEGCTAPIYSTNSLHSAVVEIICKRNSRARYTTIQNWAPNIYNMVTKRAVAEENATMEWVDGNIGSKLTMKYPSVLLKGRGAKGSVLSIAVAGKGQHQDAGAKMIHLAPDTTSTIISKSISKHGGKVTYRGLASFGRKASGAKSNIKCDTLILDNESTSDTIPYNEIMNDNVTLEHEATVSKVSEDQLFYLMSRGLSEDEATQMIVMGFIEPFTKELPMEYAVEMNRLIKLEMEGSIG				NA	NA	NA	NA	NA
JZ016_00574	1293			hypothetical protein	ATGACAATGTACAGTGCAGAGAACCAGGGTTCAGGGCAACTACCATATGAAGCGGAACCGGATTGGCTGACCATCTTGAGGAAGAGAGGATTGGATGCCGCCGGCAACTTGCAGCTGCCCAAGCTTGAAAAGACGAATCTGCAGCGTTGGCCTTTACAGCAGCAAGGTATTTGCCGTATGCCAGAGCTGGCGATGTCTCTAGATGAACTGCCGAAATCCATAAAAAAATGGGTGTATTCGGACAATCTGCTGGTACAGCGGAATTCAGGCCCATTAATCAAGCACCTGTCAGAAGGGTTACAGAAGCAAGGAATGATTCTGACCGATTTGGAAACAGCGGCACAGCAGTATCCGGAACTTGTAAAGCCTTATTTCATGCAAGCCGTGCAGACAGAAGAGAATCTTCTTACGGCGCAGCATGCCGCGCACTGGAGGGGCGGAGCTTTTATTTACATTCCTGAGGGGGTACATGTAGAGACCCCGCTGCAGACGCTATTTTATGTAGACGAATCCGATACGCTCTTTATGCCGCATGTTTTAGTGATAGCCGAGGATCACAGTTCCGTAACGCTGGTGGAGAATACAATGTCCTCACTAGATAAGAGTGTGGCGGTGAATCAAGCCATTATGGAAGTATTCGTAGGCGAAGGTGCAACCGTCAATGTGGTGTCATTGCACCAACTGGAAAGAGACTCGATCGACCTGACTTATCGGCGTGCAATCGTTGAACAAGACGGAAGAGTGAACTGGTTGATTGGCGAAATGAACTGGGGCAAGTCGATGAGCGATACAGCATCGGTACTCAAAGGCGAAGGGGCTGGTTCGGATATAAAGTCAATCCTGGTGGGATCCGGCAGTCAGACGATGAATATCACAGCCCGGACGGTTCATTTTGGTAAGAATTCTCCAAGCGATATGGTAATCAGGGGGGTGATGAGAGAGCAGTCAACGGCGATATTGAATGGAATCACCAAAATTGAGAAGGGGGCAAGCGGGGCGAACGGTCAGCAGACAGAAAAAATATTGATGCTGCATCCCGAAGCGCGCGGCGACGCCAATCCGATCCTGTTGATTGATGAAGACGATGTGAAAGCCGGTCACGCCGCCAGTGTCGGACAAGTCAATTCGGAACAACTGTATTATATGATGTCCAGAGGCATAAGCCGCGTAGAAGCCGAGCGGTTAATCGTGTATGGTTTCCTCGCTCCCGTCGTGGCCGAAGTACCGCTGGAAGGTGTAGCCACTCAGATGCAAGCGCTGGTGGAACAAAAGCTGGGGCAAATCAAGGAATAG	MTMYSAENQGSGQLPYEAEPDWLTILRKRGLDAAGNLQLPKLEKTNLQRWPLQQQGICRMPELAMSLDELPKSIKKWVYSDNLLVQRNSGPLIKHLSEGLQKQGMILTDLETAAQQYPELVKPYFMQAVQTEENLLTAQHAAHWRGGAFIYIPEGVHVETPLQTLFYVDESDTLFMPHVLVIAEDHSSVTLVENTMSSLDKSVAVNQAIMEVFVGEGATVNVVSLHQLERDSIDLTYRRAIVEQDGRVNWLIGEMNWGKSMSDTASVLKGEGAGSDIKSILVGSGSQTMNITARTVHFGKNSPSDMVIRGVMREQSTAILNGITKIEKGASGANGQQTEKILMLHPEARGDANPILLIDEDDVKAGHAASVGQVNSEQLYYMMSRGISRVEAERLIVYGFLAPVVAEVPLEGVATQMQALVEQKLGQIKE				NA	NA	NA	NA	NA
JZ016_00575	828	sufC_1	COG0396	Vegetative protein 296	ATGACAGTGAGACTTGCGATTGAACAATTGAAGGCGGCAGTAGAAGGGAAAGAAATCTTGAAAGGTCTGAGCCTTACGGTAAATGGCGGAGAAATTCATGTCGTGATGGGACCGAATGGAACAGGGAAGAGTACATTGGCCTCGGCTTTGATGGGGCACCCCAAGTATGAAGTGACGGAGGGGATTGTTACGCTGAACGGAGAAGATCTGTTAGAGATGGAAGTGGATGAAAGGGCACGCGCGGGATTGTTTCTGGCCATGCAATATCCGAGTGAGATCACGGGGGTAACAAATTCCGATTTCATGCGTAGTGCGATCAATGTAAAGCGTGAAGAAGGCCAGGAAATCTCGTTGATCAAATTTGTGCGGATGATGGAAGCAAGCATGCAGACGCTGGAGATGAATCCGGAATTTATGCATCGTTACTTGAACGAGGGCTTTTCCGGAGGGGAGAAAAAGCGAAATGAAATTTTGCAAATGATGATGCTTGAGCCTTCTATGGTCATTCTGGATGAAATCGACTCCGGTCTGGATATTGATGCATTGCGCATCGTTGCTGAAGGGGTCAATGCTTTACGCAGTGCAGACCGCGGATTTTTAATTATTACGCACTATCAGCGCCTGCTTAATTATATCAAGCCTGACTTCGTACACGTGATGATGCAAGGAACCATCGTAAAGTCCGGGGGGCCCGAATTAGCGGAGCGGTTAGAAGCGGACGGATATGAGTGGATCAAAGAAGAGCTGGGTATTACAGAGGAAGCTGCGGCGCCGGACAAAGAAGAGTCGTTTCAAATTCCGATGCAAACCAAATCACCGCGTATCTGA	MTVRLAIEQLKAAVEGKEILKGLSLTVNGGEIHVVMGPNGTGKSTLASALMGHPKYEVTEGIVTLNGEDLLEMEVDERARAGLFLAMQYPSEITGVTNSDFMRSAINVKREEGQEISLIKFVRMMEASMQTLEMNPEFMHRYLNEGFSGGEKKRNEILQMMMLEPSMVILDEIDSGLDIDALRIVAEGVNALRSADRGFLIITHYQRLLNYIKPDFVHVMMQGTIVKSGGPELAERLEADGYEWIKEELGITEEAAAPDKEESFQIPMQTKSPRI				NA	NA	NA	NA	NA
JZ016_00576	393			hypothetical protein	ATGAAAAAAGATAAGGAAATACTTCACGACCATGGACAAGATTTAAGCCATGCTTTAAAGCAAATGCCTGATGTGGAATATTTTCTGGACGGAGCCACTGTCTTTCAACAGCTATGCGATGGCTCACGTTTGCGAATCCTTTGGTTACTCTGTCATTGCGAGGAGTGTGGAAACAATATTTCAGCCGCTCTTGGCATGAGTGCCGCGTCTGTTTCTCATCACTTGAAATTGCTGAAGCTCCATGGTCTCATCAAAAGCAGACGTGCGGGGAAAGAAGTTTATTATTCTCTTGCCGACAATGAAAGGGCACGTATGGTTCATCAAATGATCGATGATTTTTTTCAAATGACTTGTCCGAAAAAAGGACTTGCAGATCACAACCTCAATCGATAA	MKKDKEILHDHGQDLSHALKQMPDVEYFLDGATVFQQLCDGSRLRILWLLCHCEECGNNISAALGMSAASVSHHLKLLKLHGLIKSRRAGKEVYYSLADNERARMVHQMIDDFFQMTCPKKGLADHNLNR	PGPT0004290_320	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_BISMUTH_RESISTANCE	BISMUTH_RESISTANCE-BISMUTH_HOMEOSTASIS,PGPT0004290-cadC|smtB-K21903	NA	NA
JZ016_00577	1899	cadA_1	COG2217	Cadmium, zinc and cobalt-transporting ATPase	ATGTCAAAAAAGGAAGTAAAACAGTTAGTACGTATCCTTATTGCATCTGTTGGTTTCGTAGCGGCACTACTGCTAAAGTTAGAGGGCATCGCTGAATTCCTGCTATATTTCGCCACATATCTCATCGTTGGAGGAGACATCATTTGGAAAGCGGTGAGAAACATTTCGCGAGGACAAGTCTTCGACGAGAACTTCTTGATGTCAGTGGCCACGATCGGAGCATTTTGTCTTGGTGAGTATTCGGAAGGTATTGCCGTTATGCTGTTTTATCAGGTGGGCGAACTGTTCCAATCCTATGCCGTTTCAAAATCCCGCAGGTCCATCTCCGAACTGATGGATATTCGTCCCGACTATGCCAATGTGCTAAGAAATGGGGAAATGATACAGGTCGACCCAGAAGAAGTACAAGTTAATGAAATCGTTGTTGTGAAGCCTGGCGAGCGAATTCCTCTGGATGGAGTTGTTACTGACGGTTTTTCCGCAATCGACACTTCAGCTCTTACGGGTGAGTCAGTTCCGCGGGAAGTACATGCTGGAGAACATGTGATTAGCGGCTGCATCAACCAAACCGGTAAACTGACCATTCAAGTGAACAAAGTATACAGCCAGTCCACGGTAGCAAAAATACTGGAGCTGGTTGAGAATTCTTCCGACAAAAAGAGCAAAAGTGAAAACTTTATTACAAAATTCGCTCGATATTATACCCCGATCGTTGTTTTCGCGGCGGTCATTTTGGCCACCATTCCACCGCTTATCACGGGTCAGTCATTCGGTATGTGGGTTGAACGAGCGCTGACCTTCCTTGTCATTTCCTGTCCCTGTGCTTTGGTTATCTCGGTACCTCTCAGCTTTTTCGGCGGAATCGGCGGGGCATCCAAATCCGGCGTTTTGGTGAAGGGCAGCAACTATCTTGAGGCTTTGGCTAGAACAGAGATGGTCGTATTTGATAAAACCGGTACGCTGACAAAAGGCAGCTTCGTCGTCAGTGAGATGCATTCCGATAAAATGACCGATCAGGAGTTATTGGAATTGGCGGCATATGCGGAGGATTACTCCAACCATCCCATCGCACAGAGCATCAAGAAGACATTTGGCAGAACCATTGATTCCTCCCGCATCAAAGATATCGAAGAAATCGCCGGCCATGGCGTGAAATCTGTGATCGATGGCAAAGTCGTGTTGGCGGGCAACGCCAAGCTCATGAAACGTGAACGTATATTCTACAAAGATAAGAAACTTGTAGGTACCGTAGTTCATCTGGCTGTAAACAATGAGTACATGGGATATATCCTCATTGAGGATGAAATTAAGGAGGACGCCCCGCACGCTATCGCAGCTTTGAGATCGGCAGGAATCAAGCAGACCATCATGCTGACCGGTGATGCCGATGCCGTAGGGAAAAAGGTTGCCGCTACGCTCAAACTGGACAAAGCATATACTGAACTATTGCCTGCGGATAAAGTTGAACGAATGGAAGAATTAATGAAGGAGAAGAGCACCCACGGAAAACTGGCCTTTGTCGGTGACGGCATCAATGACGCACCCGTTCTTGCTCGCGCCGATATCGGCATAGCCATGGGCGGCTTGGGTTCCGATGCGGCGATCGAAGCTGCGGATGTTGTGATCATGACCGATGAGCCATCCAAAATCGCCACAGTGATGAAGATAAGCAAAAAGACGCTCCGTATCGTCAAACAAAACATCATTTTTGCTCTGGGTGTCAAAGGCATTGTACTGGTTCTGGGAGCGCTTGGCATTACAACCATGTGGGGAGCCGTATTCGCTGATGTTGGAGTATCCGTCATTGCAATTATCAACGCAATCCGAGCACTCAACGTTAAAAAACTCAATACGCGAAAAACAGCAGTCCGAGAACAAGATGAAAGAGTGCTGGCTTAA	MSKKEVKQLVRILIASVGFVAALLLKLEGIAEFLLYFATYLIVGGDIIWKAVRNISRGQVFDENFLMSVATIGAFCLGEYSEGIAVMLFYQVGELFQSYAVSKSRRSISELMDIRPDYANVLRNGEMIQVDPEEVQVNEIVVVKPGERIPLDGVVTDGFSAIDTSALTGESVPREVHAGEHVISGCINQTGKLTIQVNKVYSQSTVAKILELVENSSDKKSKSENFITKFARYYTPIVVFAAVILATIPPLITGQSFGMWVERALTFLVISCPCALVISVPLSFFGGIGGASKSGVLVKGSNYLEALARTEMVVFDKTGTLTKGSFVVSEMHSDKMTDQELLELAAYAEDYSNHPIAQSIKKTFGRTIDSSRIKDIEEIAGHGVKSVIDGKVVLAGNAKLMKRERIFYKDKKLVGTVVHLAVNNEYMGYILIEDEIKEDAPHAIAALRSAGIKQTIMLTGDADAVGKKVAATLKLDKAYTELLPADKVERMEELMKEKSTHGKLAFVGDGINDAPVLARADIGIAMGGLGSDAAIEAADVVIMTDEPSKIATVMKISKKTLRIVKQNIIFALGVKGIVLVLGALGITTMWGAVFADVGVSVIAIINAIRALNVKKLNTRKTAVREQDERVLA	PGPT0004200_3712	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534	NA	NA
JZ016_00578	219			hypothetical protein	ATGAAAAAGACCTATAAGCTGAGAAATCTGGATTGTGCGAATTGTGCAGCGAAGATCGAAAATGGTATTCGCAAGTTGACTGATGTTACTGAGGTTAAAGTTAACTTTATGGGACAAAGGATGATTTTGGAGGCTCCAGAGGATAAATTCAACGCCGTTCTTGAAGAATCCAAGAAGATCATAAAAAAACTCGAACCGGATGTATCCATTGATGCTTAG	MKKTYKLRNLDCANCAAKIENGIRKLTDVTEVKVNFMGQRMILEAPEDKFNAVLEESKKIIKKLEPDVSIDA	PGPT0004200_2724	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534	NA	NA
JZ016_00579	945	rhaR_6		HTH-type transcriptional activator RhaR	ATGGAGGAATTTGCTCTTTCACATATCAGTACAGGAACGATTGTAGCACGGAACCATGATCATAATGTTTACCAGTTGGCTCCTAAGCATGGGCAAGGTACTGCCTCCGTTCATGCTGTAATGCCTGGTGTTGAAGTGATTAGCTTAAACTTTCAGACGAGTCGGTATATACCAACCATTCACTCCAAGCGCAACATACTGGAATTAAATCACTGTAAAGAAGGACGAGCCGAGTGTAAAATGAACGACGGGTGCCTGCAATATATAGGCGAAGGTGATTTGTTCATGAACACAATGAGCAACCACAGTCAATGTATTGAACTTCCATTGGGTTACTATAAAGGGATAAACATTACGATTGATTTGGAAAAGTTTGCAGGACACTTATCGGAATATCTGCCTGATTTTCCAATTGATGTTCCAGAAATAGCTCATCGCTTTTTTTTAAACGATGCGTGCTTTTTTATTCAAGCAAAGGAAGAGATCCAGCATATCTTCTGTGGTATGTATTCGGTTCCTATAGAGGCCAGAACCACTTATTTCCGCCTTAAAGTACTCGAGATTTTAATATATCTTTATTATTTTGATGTCGTCAGCGAGAAACAAAAGACCATTTATGCCCGACAGCAAGTTGATATTATCAAACAGATTAAAAAGAAAATGATCCAAAATCTTGAACAAAGATTTACGATTGAAGAACTAGCACAGCAATACTGTATCAGTCCTACTGTACTCAAGACCACTTTCAAAGGAGTATATGGCGTCTCCATCGCGGCATATATGAAAGAGTATCGTATCAGGCAGGCAGCTTCTATGTTACATAAGACTCAAAAAAGTATCGGGGATATTGCTCTGGCGGTGGGATACAAAAGTCAGAGTAAATTCGGAGCTGCTTTTAAAGAGATTTATGAAATGAGTCCTCTCGAATACCGAAGCAAACATTAA	MEEFALSHISTGTIVARNHDHNVYQLAPKHGQGTASVHAVMPGVEVISLNFQTSRYIPTIHSKRNILELNHCKEGRAECKMNDGCLQYIGEGDLFMNTMSNHSQCIELPLGYYKGINITIDLEKFAGHLSEYLPDFPIDVPEIAHRFFLNDACFFIQAKEEIQHIFCGMYSVPIEARTTYFRLKVLEILIYLYYFDVVSEKQKTIYARQQVDIIKQIKKKMIQNLEQRFTIEELAQQYCISPTVLKTTFKGVYGVSIAAYMKEYRIRQAASMLHKTQKSIGDIALAVGYKSQSKFGAAFKEIYEMSPLEYRSKH				NA	NA	NA	NA	NA
JZ016_00580	879	yddE_1	COG0384	putative isomerase YddE	ATGAATGTGGAAGTGTATACGTTAAATGCGTTTGCAAAAGGGGAGCGTGGCGGTAATCCAGCAGGCGTTGTCTTGGAAGATGGCCTTTCACTGGATGCTGCCGAAATGCAACTCATAGCGAAGGAATTGGGCTTTTCGGAGACGGCCTTCATGGAAAAATCCTTGCTTGCGGATTACAAAATCCGCTATCTCACCCCCGCCAGCGAAGTTGATCTGTGCGGACACGCCACGATTGCTGCATTTGGACTAATGCATTCGCTGGGTTTGGCAAAGGAAGGGACCTCCTATACGATAGAAACCAAGGCAGGGATTTTGGATGTCGCTATTAGCTCCGAGGGTTTTGTTTATTTGTCACAGGTTTTACCACATTTTCTTGAAAGGATATCCTGTGAGGAAATCGCCCCATCTTTGGGGATGGATGCCGAGGATCTGGAATCCGGGTTGCCCATCCAGATTGTTTCCACGGGGCTGCGGGACATTTTGATTCCGATTCGCAGCAGGAAGCTCTTGAATGAGGTTAAGCCAAATTTTGACGCTATAACCGCCATAAGCGAAAAATATGATGTGGTTGGATATCATCTGTTCACGCTGGATACGCCAGACGATGCTGCTGCGGAGTGCCGGAATTTTGCGCCGCTGTACGATATTCCCGAGGAGAGCGCGACAGGAACATCCAACGGTGCCCTGCTCAGCTATTTGTACCAACATGGCCAACGATCTTTGCGGGAAGTGGAGAACGTCAAGTTCAGGCAAGGGTATTCGATGGATTGTCCTTCTGAAATCAAGGTAGGATTGCGCCTGAGCGATAGCGGTGAAATCAACCAGGTACGGGTTGGCGGTGCTGTGGTTGGCATTGAACGAAGACATATCACGATCTAA	MNVEVYTLNAFAKGERGGNPAGVVLEDGLSLDAAEMQLIAKELGFSETAFMEKSLLADYKIRYLTPASEVDLCGHATIAAFGLMHSLGLAKEGTSYTIETKAGILDVAISSEGFVYLSQVLPHFLERISCEEIAPSLGMDAEDLESGLPIQIVSTGLRDILIPIRSRKLLNEVKPNFDAITAISEKYDVVGYHLFTLDTPDDAAAECRNFAPLYDIPEESATGTSNGALLSYLYQHGQRSLREVENVKFRQGYSMDCPSEIKVGLRLSDSGEINQVRVGGAVVGIERRHITI	PGPT0012805_269	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-HHQ|PQS_PERCIPITATION|SIGNALLING,PGPT0012805-phzF|yddE-K06998	NA	NA
JZ016_00581	579			hypothetical protein	ATGGCGACAAAAGCAAGGAATATACGAATGACTCAAACAAAACAATCATTGATTAATGCTTTTTTCAATTTGGCTTCTAAAAAGGATTTTGAAAAAATTACAATAGCGGATATAACAAGGGGAGCGCAGGTTAATCGGGCTACATTCTATGCACACTTTAATGATAAATACGATTTAATCGATTTTATTATGGGGGATTTCGCCTCAGCTTCTATCAAAAACCATACTTCAGGTGTTGTGAAATTCGATCAGGACAGTATATATCAACTCATTTTAGCGGTATCTGATTTCTATCAACAACCGAACATTGAATGTCGCAGCAGCTATGGTGGCTTGGTCTTACCTCAAATGCAAGAAAAAATACTAAATGAATTGAAGGCTTTTTTGTCGAAAAGTTTGAAACAAATGTATAACGATAACGAAAAGAACATGTTTGTGCCTATTTTTGCACAAATCATTCATGAAGGTGCCTTGCAATGGGCCAAAGGTAGCGTCACCACGAATAAAGAGGAAGTCGCCAAGAAGATTGCTTTATTTGTAGTAGCTGGATCTCAGTCTTTCGAGGGAGCACTACACTAA	MATKARNIRMTQTKQSLINAFFNLASKKDFEKITIADITRGAQVNRATFYAHFNDKYDLIDFIMGDFASASIKNHTSGVVKFDQDSIYQLILAVSDFYQQPNIECRSSYGGLVLPQMQEKILNELKAFLSKSLKQMYNDNEKNMFVPIFAQIIHEGALQWAKGSVTTNKEEVAKKIALFVVAGSQSFEGALH				NA	NA	NA	NA	NA
JZ016_00582	687	fabG_2		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAAAACTATTGTCATCGTTGGTGCAGGTCTTGGATTAGGTTTGTCTCTAGCCAAAAAATTCGGAAAGAATGGATTTAGGGTAGCAGTGATTGCACGTAACCCTGAGAAATTAGCAATTATCGAACGTGAACTAAGAGGACTAAATATTGAAACGCAATCTTTTGTAGCGGATGTTACGGACTTAGCTGCTTTAAAACAAGCCATTCAAGCAGCTAAACAAGAGTTTGGTTCGATTGATGTACTAGAATTTAGCCCTTATGCCAGGGAGGATAAGTTCACAAACGTGCTGGAAACTACGCCTCAAAGTGTATTAGATATAATGAAAAGTTATTTGCTGGCCGGCGTTCTTTCCGTTAATGAGGTTCTACCGGATATGATAAATAACGGTTCTGGTGCAATTTTATTTACAACAGGCGTATCAACTATGTTCCCTTTACCTTATGCCGGGAATGCCGGAATCGTTGGGGCTGGTATTCGTAATTATGCCGCAAACCTGCACAATGAGTTGAAAGAAAAAGGTGTGTTTGTCGGACATCTTTCAATCGGAGCCATGATACAACCCGGAACAGAAGGGGACCCCGATGTTATTGCTGAAGCTTGGTATAATTTATATGAGAAAAAGGACCATTTTGAAGAAATATTCCCTCCAGGGCTTGATCCAACTAATATTCTTGGTGAAAATTAA	MKTIVIVGAGLGLGLSLAKKFGKNGFRVAVIARNPEKLAIIERELRGLNIETQSFVADVTDLAALKQAIQAAKQEFGSIDVLEFSPYAREDKFTNVLETTPQSVLDIMKSYLLAGVLSVNEVLPDMINNGSGAILFTTGVSTMFPLPYAGNAGIVGAGIRNYAANLHNELKEKGVFVGHLSIGAMIQPGTEGDPDVIAEAWYNLYEKKDHFEEIFPPGLDPTNILGEN				NA	NA	NA	NA	NA
JZ016_00583	567	azoR_1		FMN-dependent NADH-azoreductase	ATGAACCATTTGATCGTGTATGCCCATCCGAGAAAAGTAAGCTTTAACCATGCTATTTTGGAAACTACCGTTCGAAGCCTCCGTCAAAAAGGACATGAGATTATCGTACGCGATTTATATGCGATGGAGTTCCAGCCCGTCATTAGCAGTAGCGAGATACTAGGCGGCGTAGGTGAAGACATTGAGCAGGAGCAGGAGTATCTGAAATGGGCTGACGTGATTACCTTCATCTATCCGATCTGGTGGACCGGACTGCCTGCAATCGTCAAAGGTTTTATTGAGCGGGTTTTTACTTACGGATTTGCCTATCGTTATGTGAATGGGGAGCAGAAAGGATTGCTGAAAGGCAAAAAAGCCATAATCATCAACACGCTAGGGAAATCACATGCCCAATATGCAGCTAGCGGTATGGACAAAGCGTTAATATTGACATCCGACAAAGGAATATTTGAATATTGCGGTATGGAGGTGTTGCACCATGTATTTTTCGAGTCCGTACCGAGCTCCGACGAGGCGACGCGTACGACGTGGCTGAAACAAATCGAGGAGGTAGCGGGCAAAGCGTAA	MNHLIVYAHPRKVSFNHAILETTVRSLRQKGHEIIVRDLYAMEFQPVISSSEILGGVGEDIEQEQEYLKWADVITFIYPIWWTGLPAIVKGFIERVFTYGFAYRYVNGEQKGLLKGKKAIIINTLGKSHAQYAASGMDKALILTSDKGIFEYCGMEVLHHVFFESVPSSDEATRTTWLKQIEEVAGKA	PGPT0009455_2336	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355	NA	NA
JZ016_00584	384		COG0789	putative HTH-type transcriptional regulator	ATGTTGACAATAAAGAAAGTGACTGAATTGACAGGAATAGCGGCTCCCACACTTCGATATTACGAAAAGGAGGGGCTGCTTCCGCATGTGAAGAGAAATGAAAATGGGAAGCGGTTATATGACGAAAATGATTTAAGCTGGATTCACTTCGTTACTGCGCTTAGAGCAACAGGAATGCCGATTGCTCAAATTCAGAAGTATGTCTACTTGTATAAAGAAGGAGATTCGACGATTTCGGAACGAAAAATGATGATGCTCCATCATAAAAAAGAAATTGAGAAAAGCATAAGAGAGCTATATTTTAATTTAGATAAAATAAACTATAAACTTGCTCTATATGATGTAATAGAATCTCAGATTGAACGAACTAACATCAAAATTTGA	MLTIKKVTELTGIAAPTLRYYEKEGLLPHVKRNENGKRLYDENDLSWIHFVTALRATGMPIAQIQKYVYLYKEGDSTISERKMMMLHHKKEIEKSIRELYFNLDKINYKLALYDVIESQIERTNIKI				NA	NA	NA	NA	NA
JZ016_00585	312	fabG_3		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAATAATATCTCAATCGTCACTGGTGGTAGCCGTGGACTTGGTCGCAATACTGCCATCAGTATTGCCCGTCATGGCGGTGACGTCATCTTGACCTATCGTAGCCAAGCAGAAGAAGCAAAGTCTGTTGTTGCTGAGATCGAATCTTTGGGTCGTAAAGCAGTGGCATTACAACTTGATGTTGGAAATATTGCCAGCTTTGCGGCCTTTGCTGAGACAGTACGTTCGACCCTGCGGTCAACGTGGGATAGTGACACTTTCGATCATTTAGTGAATAATGCCGGCCACGGAGAAATGATAGACTATGCCTAA	MNNISIVTGGSRGLGRNTAISIARHGGDVILTYRSQAEEAKSVVAEIESLGRKAVALQLDVGNIASFAAFAETVRSTLRSTWDSDTFDHLVNNAGHGEMIDYA	PGPT0003180_14721	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_00586	909			S-adenosylmethionine/S-adenosylhomocysteine transporter	ATGCAACTTTCGCGAACACTTACTGTTATCCTGTTAACCTTTTTAGTCGCAATGTGGGGAGTGAACTGGCCGTTGTCCAAATATGCACTCGAGTTTGCACCCCCATTGCTTTTTGCCGGCTTGAGGATCGCGATCGGAGGTCTCATTCTGCTTCTTTTCGCTTTGCCGCGTTATAGATATCTTAATTTGAAGCATACTTGGCATATTTGCCTAATCTCCGGATTACTGAATATCATTCTCTTTTTCGGTTTTCAAACGTTCGGATTGAATATGATGCCTGCCGGTCTATTTTCGACGATCGTGTTCATGCAGCCCGTTCTTCTCGGAATCGGAGCTTGGTTGTGGTTAGGCGAATCCATGAACGCTTTCAAAATAGTCGGCTTGGTTCTAGGCTTTATAGGAGTCGCTGTTATCAGCATAAACGATGGCTCTGGAAATATTTCGACCGTTGGTATCTTGCTTGGTTTAGCCAGCACGATTACTTGGACATTCGGTACGATTTATATGAAGAAAACATCTACTAAAGTCGATGCAATCTGGTTGACTACCCTTCAGATGATTTTTGGTGGAATTGTATTGTTGATAGCGGGTACTACCGTTGAAAACTGGACGGATATCGCTTGGAACCAAACGTTTATCTCGACTTTATCGGTAATTGCAATCTTCTGTACGGCCTTGACCTGGCTCGTTTTCTTTCTGCTTGTTAGATCGGGCGAAGCCGGCAAAATCGGATCGTTTAATTTTCTGGTCCCGCTCATTGCGATCGTGATCAGCGTTCTCTTTTTGGGAGAAACGATTACGACCAAGATGGTGGTGGGACTTATTCTAATTATCATAGGTATTGCACTTGTAAACCTCAAGATGAAATCACTGCAAAAGCGCGGCAATATGCAAAAGGTGGATATGTAG	MQLSRTLTVILLTFLVAMWGVNWPLSKYALEFAPPLLFAGLRIAIGGLILLLFALPRYRYLNLKHTWHICLISGLLNIILFFGFQTFGLNMMPAGLFSTIVFMQPVLLGIGAWLWLGESMNAFKIVGLVLGFIGVAVISINDGSGNISTVGILLGLASTITWTFGTIYMKKTSTKVDAIWLTTLQMIFGGIVLLIAGTTVENWTDIAWNQTFISTLSVIAIFCTALTWLVFFLLVRSGEAGKIGSFNFLVPLIAIVISVLFLGETITTKMVVGLILIIIGIALVNLKMKSLQKRGNMQKVDM				NA	NA	NA	NA	NA
JZ016_00587	891	hdfR_1		HTH-type transcriptional regulator HdfR	ATGACACATTCGCAATTGATGTTGTTTGTGAAAATAGTCGAGACTGGTAGCTTTACCAAAGCCGGTGAGCAATTAAATATGACACAACCTGCCGTCAGCCGAGCCATCTCAACGCTTGAATCGGAATTAGGAGTCACTCTCATGATTCGTGAACGAAAAAGCGGGGTTATCCTCACCGATATCGGCTTGCGCTTGCTTGCCATATTCAGAGAGATTTTGCATGGATACAATAAGGTAGAGCAGGAGGTAACCGCTGAAAAAGGGTTTGAAGTTGGCACCGTTCGTGTCGGGGTGTTCCCGATTGTGTCCGCGCACTTCTTGCCGAAATTATTGCGAATCATTGGGGAGAAGCATCCGGGGCTGACATTTGAACTGTTTGAAGGAACCATCGAAGAGATTAAAAAATGGCTAGAATCCAGAATAATCGATGTCGGTTGGATTATACCGCCGGGCAACGAGCTTGAAACGATTCCGTTCTTTCGAGATGAATTATGCCTGGTCCATCGGGATGATCATCCCTTGCAAAGCCGCCAAACCATTCATATTACGGATCTGGATAATGAACCTATGATTGTGTGCAAAGGCGGGTTTGTAACGCCGATTTTTGAGCTATTTAAGCAATTCCGAACCACGTTGTACGCCAAATATAACGGTCACAACATAAACACAGCGTTGAGCATGATTCAAGAAGGCTTGGGAATCTCGATCGTATCGAAAACTTCTTTGTCGCTATCTACACTGCCACCTAATGTCCGCATCCGGACCATTAATCCGCAGCCCTATAGAGACATTCACTTGGCAGTTCCTTCATTAAAGGAGGCTTCACACGGGGTGAAACTGTTCCTCCAGACTGCAAAGGAGCTTTATTTATCCGGGGATCGGTTCCACTAA	MTHSQLMLFVKIVETGSFTKAGEQLNMTQPAVSRAISTLESELGVTLMIRERKSGVILTDIGLRLLAIFREILHGYNKVEQEVTAEKGFEVGTVRVGVFPIVSAHFLPKLLRIIGEKHPGLTFELFEGTIEEIKKWLESRIIDVGWIIPPGNELETIPFFRDELCLVHRDDHPLQSRQTIHITDLDNEPMIVCKGGFVTPIFELFKQFRTTLYAKYNGHNINTALSMIQEGLGISIVSKTSLSLSTLPPNVRIRTINPQPYRDIHLAVPSLKEASHGVKLFLQTAKELYLSGDRFH				NA	NA	NA	NA	NA
JZ016_00588	144			hypothetical protein	ATGCCGGGGGACAGGATCATGTTCCCATTGAAAGTCGCTAATATAAAACAAGGGTATAATACACAAAATACTGGAGGGAATGTCTTGTTTAAACGGTTTGTTCCTCTAATTTTCATCTACTTTGGCCTTTGTAATCAACTATGA	MPGDRIMFPLKVANIKQGYNTQNTGGNVLFKRFVPLIFIYFGLCNQL				NA	NA	NA	NA	NA
JZ016_00589	687	tetR		Tetracycline repressor protein class B from transposon Tn10	ATGAAAAAACAGCAACCTCAGATTTCGGAGGATAGGATTTTGGAAGCCTCGTGGGAGTTACTTGGTGAGGAGGGGATCGAGAAATTCAGCATGAGACGATTGGCCGTTAGGCTAGGGATTCAGGCTCCATCTATATACTGGTACTTTAAGAGCAAGCAGAATCTCTACCAGCGACTGGCCAACCAGGTATCGAAAATCATTCTGGATGAGTACCGCTCCGAGGGGGACTGGAAGGAGCAGCTGAAGGGACTTGCGGTAACGGTCCGAAGCGTGCTCAGCCGGTATCCCTGCTCCACGCAGCTCATGATGTCGACGCTGCCCCACGAACCGGACATCATCCGGTTCACCAACCGAATGCTGCTCTGCGTGGAATCGACGCCGCTTGAGCAAGAGCAAAAAATACAAACGGTACTTACGATTATGAATTATGTCTTCAACTTCGTTCTGGATGATTATGAGCACCAGCGCAATGTCTCCGCGATTCTTAAGGACCATGGAGCGGGGGCGCTTCCGGGTGAGGAAATGACTCGCCTTCTGGATTCTATGAGCGAGACGGATGCGGGACTGTTCCGGAGAATGTTCACGAACGGGCTGTTCGAACTGATGGGGACCGACAAGGCGTTCGAGTTCGGCTTGAAGTTGATTCTGCTCGGGATTGAGCAGGTGATAAAGGAGCAGGAGAAGTAG	MKKQQPQISEDRILEASWELLGEEGIEKFSMRRLAVRLGIQAPSIYWYFKSKQNLYQRLANQVSKIILDEYRSEGDWKEQLKGLAVTVRSVLSRYPCSTQLMMSTLPHEPDIIRFTNRMLLCVESTPLEQEQKIQTVLTIMNYVFNFVLDDYEHQRNVSAILKDHGAGALPGEEMTRLLDSMSETDAGLFRRMFTNGLFELMGTDKAFEFGLKLILLGIEQVIKEQEK	PGPT0027886_149	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027886-tetR-K18476	NA	NA
JZ016_00590	1353	mepA_1		Multidrug export protein MepA	ATGGATGCAGAAAACCTCCATTACTTTGAAAAAGCCCCGGTCGCAAAAGCCGTAGCTCATTTCGCTGTACCTATGATGCTAGGCACGTCAATGAGTGTCATCTATTCCATCTTGAATGCCTATTTCCTTGGTACACTTCACAATACCGCCATGTTAACCGCACTCGCGTTAACCTTGCCGTTATTCGCAATTATTATGGCGCTAGGCACCTTGATTGGCATGGGTAGCGGTACATTCATCTCCCGTTTGCTCGGTGAGAAAAAATATGATGATGTAAAGCAAGTATCTTCATTCGCTTTTTACAGCAGTTTGGTTCTCGGTCTAATTGTGATGGCCGTCGGTCTTCCGTTGCTCGATCCTATCATTTATGGCCTGGGGGCAACGCTTGACTCCTTTGGATTCACGAAGGACTATGTCACGATTATGCTTATCGGTTCACCAATCGTCGTATTATTCTTCACGCTCGAGAATATCGTGCGCTCGGAGGGTGCAGCGATCACATCGATGATCGGTATGATTCTCAGTGTGGTCGTCAATATTATTCTCGATTCGTTCGTCATCTTCGTGTTTCATTGGGATGTGATTGGCGTTGCGTCTGCTACGGTCATTTCCAACTTGGTTGCGAGTGCATTCTACGCCTTCCATATTGGATACAAGAGCCAGTTCTTAACCGTCTCCGTAAAATGGTTCAAGGCTTCCAAGGAGATTCTGAGCAATGTATTCAAAATCGGAGTTCCCGTCTTTATTATGAGTATCTTTTTGGGTGCAATGTCGCTCATCTTAAATCGTTTTCTTATTGAATATGGAGATCCGGCCGTAGCGGCTTACGGAATTTCATCACGTTTATTGCAATTTCCTGAGTTTGTTTTGATGGGCTTATGCGAGGGAGTCGTGCCGCTCATTGCCTTTTCCTTTACAGCGAATAAATTACGGATGAAGCAAACCATTGGATTTACAATCAAAACGATTGTGGCGTTAGCCATCGTATTCGGTGTCATCGTCTATCTGATTTCCGACCACTTAATCGGTTTATTTACGAATGACCCGCAATTAATTGAAATGGGCAGCTACATTTTGCATGTGACATTCTTATCCTTGTTCATTACAGGAATGACCACGTTGTTTACGGGGATTTTCCAAGCAACAGCGCAAGGAACGGCCGCGTTTATTATGTCCGTTATTCAAGGAGTTACTCTGATTCCTGTGCTCTATATCGCCAATTGGATGAACGGCTTCCACGGGGTGATCTGGTCGCTCGTCATTGCGGATGCCGTCGCATTCCTTGTCGGCGCCATCATGCTGTATGTTTTGCGGAACAAATTGCAGCCGGATTTGGATCGTTTAGTACAGTAG	MDAENLHYFEKAPVAKAVAHFAVPMMLGTSMSVIYSILNAYFLGTLHNTAMLTALALTLPLFAIIMALGTLIGMGSGTFISRLLGEKKYDDVKQVSSFAFYSSLVLGLIVMAVGLPLLDPIIYGLGATLDSFGFTKDYVTIMLIGSPIVVLFFTLENIVRSEGAAITSMIGMILSVVVNIILDSFVIFVFHWDVIGVASATVISNLVASAFYAFHIGYKSQFLTVSVKWFKASKEILSNVFKIGVPVFIMSIFLGAMSLILNRFLIEYGDPAVAAYGISSRLLQFPEFVLMGLCEGVVPLIAFSFTANKLRMKQTIGFTIKTIVALAIVFGVIVYLISDHLIGLFTNDPQLIEMGSYILHVTFLSLFITGMTTLFTGIFQATAQGTAAFIMSVIQGVTLIPVLYIANWMNGFHGVIWSLVIADAVAFLVGAIMLYVLRNKLQPDLDRLVQ	PGPT0028985_194	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MepA,PGPT0028985-mepA-K18908	NA	NA
JZ016_00591	534	resA_1		Thiol-disulfide oxidoreductase ResA	GTGGGCGAGGAGTTTATATTGAATATTATAATACGCAGAATCATTCAGTATTTGTTATTGGTTGTTATCCTACTCGGTGGAGTATATGCAGTATTCCGATTCCAAGACGCTCCCCAAAGTCATGCCGGTGTGGGGGATATCGCACCGCCGTTTTCCTCAATGGATCTTGAGGGGAAACAAGTACGATTAACGGATTATAAAGGTAAACGCGTATTAATCAATTTCTGGGCATCTTGGTGTAATCCTTGTGTCAATGAACTGCCGCTACTGAACGAGGCATATAAGCTTGCAGGCGTTGATATGCTTGCAGTTAACGTTGGTGAGAAATCAGGAGCAGTTCAAAAATTCGTTGAACGATATGAACTCGAATTTCCTATCGTCATGGACAGCGACCTCAAAATTAAACAAGCATATCAAGTGGTCGGCATGCCGCTAACACTGCTGATCGATGAGGAGGGTACAATTATTGACAGACATGAAGGTGAACTGACCGAAATGGAGGATATTTTGAATTTAATGAATCGGATCAAATAG	MGEEFILNIIIRRIIQYLLLVVILLGGVYAVFRFQDAPQSHAGVGDIAPPFSSMDLEGKQVRLTDYKGKRVLINFWASWCNPCVNELPLLNEAYKLAGVDMLAVNVGEKSGAVQKFVERYELEFPIVMDSDLKIKQAYQVVGMPLTLLIDEEGTIIDRHEGELTEMEDILNLMNRIK				NA	NA	NA	NA	NA
JZ016_00592	750	lnrL_1	COG1131	Linearmycin resistance ATP-binding protein LnrL	GTGGATAATCATCTGGTTCGGTTCGATGGGGTTCACAAATCGTTTAAGGGAAAGACGGTCATTGAGGATTTACAGCTGCATATCAGACAAGGGGAGGCCGTTGCTCTGTGCGGGGGGAACGGTGCGGGAAAAAGCACGTTGCTTCGCATGGTGGCCGGTATTCTACGTCCGACGAGGGGATCCATCTCCGTAAACGGTCACGATTGGCAGGAAAACAGACAAAATTATGCTCGGCAAATTGGATATATGCCGGATGATTATCGGTTTAGTCCAGGATTAACAGCCATGGAGACTATGCTGTTTTGGGCAAGGCTTCGCGGTCTTGGGAATACTCGCGCCAAAGAGGTGCTCTCGATGGTCGGCTTATCGGATACAGGCAGTAAACCCGTAGCTTCCTTCTCCAAGGGCATGAGGCAGCGGGTGTTGTTTGCACAAGCGCTGTTAGCAGAACCACCACTGGTGGTTCTGGATGAACCCACCAACGGTCTGGACCCTTACTGGATGAACACCTTCATAACGCTTGTGCGTCAAGCAGTATCTAATGGGCAAACGCTTCTCTTTTCAACGCATCAATTGGAAATTGCGGAAGCATTGGCGGATCGCATCGTTTTTTTACGGGATGGGAACGTGATTCTAGACAGAAAGAGGGATGACATCCACCTAACAAACGAAACCGAGGGGATGCAGGAAGTATTTAGAGAGTTGTTTGGGATCTCTGGAGGATTCTCCAGACACGAAGAAAAATTATAG	MDNHLVRFDGVHKSFKGKTVIEDLQLHIRQGEAVALCGGNGAGKSTLLRMVAGILRPTRGSISVNGHDWQENRQNYARQIGYMPDDYRFSPGLTAMETMLFWARLRGLGNTRAKEVLSMVGLSDTGSKPVASFSKGMRQRVLFAQALLAEPPLVVLDEPTNGLDPYWMNTFITLVRQAVSNGQTLLFSTHQLEIAEALADRIVFLRDGNVILDRKRDDIHLTNETEGMQEVFRELFGISGGFSRHEEKL	PGPT0000415_382	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000415-nosF-K19340	NA	NA
JZ016_00593	822	nosY	COG1277	putative ABC transporter permease protein NosY	GTGAGTGAAATGGGTTATGTAGCTGTAAGAGAAATGAAAATTGGCTTTCGAAATCCATGGGCCTATTCATTCATGGCCCTTTTCGCCATGTTTATGGTAAGTTTATTGATTATTAACTCGCAAGGTTATGTAAGCGGATATTCCGGCACTAGCGGCACCATGTTAAACCTGGCGTTATATTTGCTTCCTTTGATGGCGCTGATGTTGGGCTCTTTTTCCTTAACAGGCGAGAAGGAAGAGGGCAACTGGGAGCTTCTCTCAACTTATCCGCTGGGTACCTGGTCTTTTCTGGCTGGCAAGTATATCGGGCTTTCCATCGTCTTGTTATCCATTGTTTCCTTTGGATTTGGATTGTCGGGAGCAGCCAGCTGGCTTTCGGGTAGTGGTTTTGATTTTTTGACTTATCAGCAGCTTCTGGTCTTTTCAATAGGTTTATCCCTGTTTTTCCTCGGATTGGCCATGCTGATCGGTACACTCGCCCGCAATCGTTGGCAAGCACTTACGATCGCGGTGGGTGTCTGGTTTTTTGCCATCATTGCATGGCCATCTATTCTCATTGCATTGCTCGGCATGATGCCATATCCCTGGATCAAACCGGCCGTCACTACATTGACATTTCTTAATCCTGCAGAATTGACGCGTCTGCTTACCGTCGTCAAATTAGGTGGAGGCTCGACGCTCGGGCCGGAGTATTACGATTGGATGGTATGGATTCGTTCCACTTGGGGTACCCCGGTGTTTATTGGCGTGATGTTGCTCTGGATCGGCACCATGTTGACCATCTCTTTTGGATTATGGGAAAGGGGAAGAAGTCGTGGATAA	MSEMGYVAVREMKIGFRNPWAYSFMALFAMFMVSLLIINSQGYVSGYSGTSGTMLNLALYLLPLMALMLGSFSLTGEKEEGNWELLSTYPLGTWSFLAGKYIGLSIVLLSIVSFGFGLSGAASWLSGSGFDFLTYQQLLVFSIGLSLFFLGLAMLIGTLARNRWQALTIAVGVWFFAIIAWPSILIALLGMMPYPWIKPAVTTLTFLNPAELTRLLTVVKLGGGSTLGPEYYDWMVWIRSTWGTPVFIGVMLLWIGTMLTISFGLWERGRSRG	PGPT0000435_420	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000435-nosY-K19341	NA	NA
JZ016_00594	579			hypothetical protein	ATGAGAAAAGGGATTCAACTAACCTTAATTATGGTTGCTATCTTGATGATACTATCTGCTTGCGGAGGAGAGAAGTATGAGCCGCAGGCTATCAACGAAAATACGGATGTATGTGTCATTTGCAAGATGGCCGTCAAAGACGACCAATATGCGACTCAAATTATAACAAAGGACGGTCAATCTCTCAAATTTGATGATATCGGCTGTTTAAATACGTGGAAGAAAGAGAACGGAACCGATACGATCGGCGCAGAATTCGTCCGAGATTTTAACAGCAAACAATGGCTCCGTTATGAAAAAGCATACTATGCCTATGATCCTTCATATCAAACACCAATGGCTTATGGAATCGTCTCGTTTGAACAAGAGGCGGATGCCACAGCTTATATTGAAGAACAAGGCAAAGGTAAACTCATGACGGCAGAAGATCTCGCCAATCACTCGTGGGAAGTCAATCGGGATATGATGGATATGGGAGGGGAGCACGGTCATGATCATGCACCGGATCAGGAGCCTGGTGATGATATGCCTGACCACAGCGCCGATGAGCAACCAGCAACCGGAGGACACGGCTTGTGA	MRKGIQLTLIMVAILMILSACGGEKYEPQAINENTDVCVICKMAVKDDQYATQIITKDGQSLKFDDIGCLNTWKKENGTDTIGAEFVRDFNSKQWLRYEKAYYAYDPSYQTPMAYGIVSFEQEADATAYIEEQGKGKLMTAEDLANHSWEVNRDMMDMGGEHGHDHAPDQEPGDDMPDHSADEQPATGGHGL	PGPT0000420_153	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000420-nosL-K19342	NA	NA
JZ016_00595	1329	nosD		putative ABC transporter binding protein NosD	ATGACAGTCAGAAGAAGCATGATGCCCCTTTTTTTACTCTGGTTTTTTTTGGCGTTATTGAATAGCAGTCCAGTAAGAGCAGAAGACAAATGGCTTAATTTGCAAGCTTTATTGGACCAAGCCAAGCCAGGAGATACGCTTATATTGAAATCCGGCAATTACCATGGCCCGATTACCATTAACAAGCAGTTGACGATACGACCGGAAGAAGGTGGCACGATAGAACTGAGAAATATGAGTGACCTACCGGCCATCACGATAGAAGCTGACAATACAACGATTGCCGGACTCCGCATCACCGATGTCATGGTCAAGGAAACGCCGACTGTGCTCGTCAAGGGTCATCGAGCTGTCGTGGATAGGCTGCATATCCAGACTGGTGGAGATGGAATATCAGTACGTGACGCAAACGAAGGTAGCTTGACGAATAATACAATCGATTGGATGGCAGATGGCGTGAAAATGGCCGACAAAGGCAATGGCGTAGATATATTCAATGGGCATCGTTGGAAAATAACCGACAATACGATTCGTGATGTACATGACGGCATTTATATGGAAAGCAGCGATGATATCCTCGTCTCAGGTAATGTAATCGAACGCTCTCGTTATGGCGTTCACTGCATGTACACAAATCGGACCATCATCGAGCGGAACATAGGCAACCTAAATGTGACAGGGGCCATGGTGATGACTGCTCGACAAGTATCTGTTGTCGGGAATGTGTTCACGAAGCAAAGCCAGAACGTAAATTCGCAAGGAATTCTGCTATATGACACACACGAGACGACCGTGACAAATAATACGGTTGATGGCAATCGGGTTGGCCTGTATGTGGAACTATCAACCGGAAATATCTTGAAGAACAACAGAGTAAGTTACAATTTTGTCGGTATGCAGTTGCTGGAGTCAAGTGCCAATTCTATCAAAGGCAACCAATTTATTAGTAATGTGTCGGATGCACAGGCACGAGGCAGTGAGGAAAATCGGATTACAGAGAATTATTGGGACAATTTTCGGGGTATCGATGCGGATGGAGACGGGATCAGCGATATAACATATGGAATGAATCCGTTTTTCCAGGGACTCACAAAAAAGCGACCAGCATTTCAATTGTTTTTTCAATCACCGGGCATGGTATTCCTGGAAGGACTCTACCAGACGGATCGAGATCGCTGGACTATGGATAAGGCCCCGCTAATGGTTCCGCCCGGTAACGATGATCGAGGCGGAGACCAGGGAGGTTTAATAAAGACCGGACTTATGGGGTTCATACTGCTAGGCTGTACAGCCATTTTAATTTTATCGATGAGGAGACGAAATACATGA	MTVRRSMMPLFLLWFFLALLNSSPVRAEDKWLNLQALLDQAKPGDTLILKSGNYHGPITINKQLTIRPEEGGTIELRNMSDLPAITIEADNTTIAGLRITDVMVKETPTVLVKGHRAVVDRLHIQTGGDGISVRDANEGSLTNNTIDWMADGVKMADKGNGVDIFNGHRWKITDNTIRDVHDGIYMESSDDILVSGNVIERSRYGVHCMYTNRTIIERNIGNLNVTGAMVMTARQVSVVGNVFTKQSQNVNSQGILLYDTHETTVTNNTVDGNRVGLYVELSTGNILKNNRVSYNFVGMQLLESSANSIKGNQFISNVSDAQARGSEENRITENYWDNFRGIDADGDGISDITYGMNPFFQGLTKKRPAFQLFFQSPGMVFLEGLYQTDRDRWTMDKAPLMVPPGNDDRGGDQGGLIKTGLMGFILLGCTAILILSMRRRNT	PGPT0000410_223	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000410-nosD-K07218	NA	NA
JZ016_00596	372			hypothetical protein	ATGAAGCAAAAATTGGTTTCATTTATGGCAGTGGTTATCCTTTTGGGTATCGTAACGGCATGTTCAGGCGAGGAATCCGTCGATTTGGAAGCTGTAGAAGTAGAGCTGTCTACAAAACCTGAAACCGTTATAGCGGGAAGCCAGGTCGATTTACAAGCTTTGTTCACTGGAATGAATGTATCTGGCAAGGCACAGGCTACCTTTGATTTCCGGATTGGGGATAAACCGATACTCATTGAAGCTGTGAATGAAGGGGATGGTGTATTTAGCGGTTCGTTTACTTTTGCTGAAAAGGGGAACCAGACGATTTTTATACACTTGTATGAGGACGATATCCATATTACTAAGAAGAAACAGGTAGAAGTGCAATGA	MKQKLVSFMAVVILLGIVTACSGEESVDLEAVEVELSTKPETVIAGSQVDLQALFTGMNVSGKAQATFDFRIGDKPILIEAVNEGDGVFSGSFTFAEKGNQTIFIHLYEDDIHITKKKQVEVQ				NA	NA	NA	NA	NA
JZ016_00597	630			hypothetical protein	ATGATCCCTGTTCGCAATGCTTCAAAGCGCTCGTATATTATTTTAGCTATAATCATTATTATCATTGCCATCGGTTACTGGTTATTTGCCTCCTTTTACAAACCTGCTCTGCCAGTTAAAATGAATTCCCCAGCTTTTTCTTTATCTGATTTACATGGAGAGACTGTAACTGAAGCACAATTTGACGGGAAAATACGATTAACGTCATTTATTTTCACCCGATGTCCGGATATTTGCCCTGCTACAACCGCTAATATGGTTGCACTCCAAAGTGAGCTTCAGAAGCAAGGACAGTTTGGTAATGAAGTCGAGTTGGTTTCCATTACATTCGATCCTAAGAACGATACACCTGAGGTATTGCAACAATATGCGGAGCGGATGGGAATTGATCAGAGAGGATGGACGTTGCTGCGAGGAGATGAAAACAAAGTAAAGGATTTGGCTTCTCAGTATAATCTATCGATTGTGCGCCTCGATGATGGGTTGTTTGCGCATTCCATCACCTCATTGCTGTTAATCGATGGTAAGCAGCGTGTGCGCCAGATCTACCGGATGGGTGAAGATATGGAGAATGAACAAATTCTGACAGATATCAAGATATTATTAAAAGAACAGCAGCGGGATTCCTAA	MIPVRNASKRSYIILAIIIIIIAIGYWLFASFYKPALPVKMNSPAFSLSDLHGETVTEAQFDGKIRLTSFIFTRCPDICPATTANMVALQSELQKQGQFGNEVELVSITFDPKNDTPEVLQQYAERMGIDQRGWTLLRGDENKVKDLASQYNLSIVRLDDGLFAHSITSLLLIDGKQRVRQIYRMGEDMENEQILTDIKILLKEQQRDS				NA	NA	NA	NA	NA
JZ016_00598	324	cccB_2	COG2010	Cytochrome c-551	ATGAGAAAAAGTCTTGGTAAATATGTGAGCGCATTAATTCTAGTTGGATTACTGACAGCATGTGGCAGTGAAAATACTAAAGAGCACTCAGCAACAACTGAGAATTCGATACCATCGGTTTACAAACAAAACTGTTTGTCCTGCCACGGAAGCCAGCTCGAAGGAAAGTACGGACCCAGTTTGCAAACAGTAGGAAGCCAACTTACCGAGGAAGAAATCACGACCATTATTTCCAAGGGGCAAGGAGGCATGCCAGCCTTCGGTAAGCGTTTAGATGAAGACGAGATTGCATCCATTTCTGTATGGTTGTCGGAACAAATATAA	MRKSLGKYVSALILVGLLTACGSENTKEHSATTENSIPSVYKQNCLSCHGSQLEGKYGPSLQTVGSQLTEEEITTIISKGQGGMPAFGKRLDEDEIASISVWLSEQI				NA	NA	NA	NA	NA
JZ016_00599	642	azoR2	COG1182	FMN-dependent NADH-azoreductase 2	ATGGCAACAGTTTTGTATATTACGGCAAATCCACACGATCATGAAAAATCATACAGCATGTTAGTAGGTAATGAGTTTGTACAGGCTTATCGATCTGCCAATTTGAATGATGAGGTAATTCATCTTGATCTATATAAAATGGCTATACCACAACTTGATACTGATGTTTTTAACGGATGGGACAAACTGAAGGCGGGCACTACATTTGAAAAATTGACCGAAGCAGAGAAAACGAAACTGAGCCGAATCAATGAATTGGCTGATCAATTTGTTGCTGCAGATAAATATGTATTTGTTACTCCAGTTTGGAATTATTCGTATCCACCCGTTATGAAGTCATACATTGACTCCATTTGTATAGCAGGCAAGACTTTCAAATATTCACCAAATATTGGCCGGATCGGCTTGTTGAGTAATAAAAAAGCCGTCCATATCCAAGCTAGCGGTAGCTTCTTGTCACCAGGCTCAGATGATGCAGACCTAGAAATGGGTCATCGCCACCTGAAAGTCATTATGGATTTCGTTGGGATTTCTAGTTTTGAGGGGATTTTTGTTGAGGGAATGGCTGAAAAAACCGATCAGGAACCTGAGATTAAAGTAAAGGCGATACAACAAGCGTGCGAAATCGCTTTAAATTTCTAA	MATVLYITANPHDHEKSYSMLVGNEFVQAYRSANLNDEVIHLDLYKMAIPQLDTDVFNGWDKLKAGTTFEKLTEAEKTKLSRINELADQFVAADKYVFVTPVWNYSYPPVMKSYIDSICIAGKTFKYSPNIGRIGLLSNKKAVHIQASGSFLSPGSDDADLEMGHRHLKVIMDFVGISSFEGIFVEGMAEKTDQEPEIKVKAIQQACEIALNF	PGPT0006790_700	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118	NA	NA
JZ016_00600	477			hypothetical protein	TTGAAATCAAGAATGGATAGCCCTGCTATGATCGTACCCGATGCGACTCAAGCCTTACAAGCCCTTGGCAAAGCGCTGTTTGTATCCGCAGAGCAAACAGGTATTCCAAAGCGCACGCTTTTTCTCGGATATCTTCGGGCAAGCCAAATTAATGGGGATAGCGTATGCGTCGAACTTCATTCGCGTAATGCATTGGCGACAGGTGAATCTGTAGAGCGACTGTTGGCAGTGTCGGCATGGCGTGAGACGCAATACTTCAATGACTCCGAGCGTTCTACACTTGCGCTCAGTGAAGCTGTTACCCGACTCAATGACCGAGTGGACCCAGTGTCGGATGAGATCTTTAACGAGGCAGCCCGACACTTCGATGTGCAGGCATTGGCCACGCTGATCGCCGGGATTGCTACGGCCAATCTCTGGAATAGACTAAACGTCTCTACAAGGCAGATCGTAACAGTTTCCGAGGGCAAATATTGA	MKSRMDSPAMIVPDATQALQALGKALFVSAEQTGIPKRTLFLGYLRASQINGDSVCVELHSRNALATGESVERLLAVSAWRETQYFNDSERSTLALSEAVTRLNDRVDPVSDEIFNEAARHFDVQALATLIAGIATANLWNRLNVSTRQIVTVSEGKY				NA	NA	NA	NA	NA
JZ016_00601	867	sigJ_1		ECF RNA polymerase sigma factor SigJ	ATGAGTGAACAGGATTGGTTGGCAAATACATTCGAAACGCATCGGAAGAACCTTCAAGTTGTTGCTTATCGAATGCTTGGATCATTTAGCGAGGCGGAAGACGCGGTACAGGAGTCTTGGTTGCGTCTTAGTCGCGTGGATGCAAGAGGCATTGAGAACTTGGGAGGATGGTTGACCACCGTTGTTTCGCGTGTATGTCTCGATATGTTACGATCGCGTAAATCTAGGCGCGAAGAATCGATCGAAGCTCATTTGCCCGATTCTTTCAACAGCCAAGAGAATATAAGCGACCCTGAACAAGAGGCCATATTAGCTGATTCTATCGGTGTTGCACTATTAGTCGTGCTCGATAATTTGAAACCTGCGGAACGCATTACGTTCGTGCTGCACGATGTTTTCGCCATGCCTTTTAATGAAATTGCTCCTATTGTAGGAAAATCGGAAGCCGCGACAAGGCAACTTGCGAGCAGAGCACGTCACCGGGTTCGTGGGGTGAAAGCATCGGAAGTCGACATTGCTCATCAACGCAAAGTTGTTCAAGCTTTTCTTGCTGCAGCGCATGCAGGCGATTTCGATACGCTAATAGCTGTGCTTGATCCGGACGTTATACTTCGTGACGATCGTCTAACTGAATCTTCAAGAGTAACGCGAGGAGCGATCGCTTTAGCAAAACAAGTATCGAGACGTGCACAGAAAGCAGCCCAACTAGCCTTGGTGAATGGAACCGTAGGAATCATTGCGGCCCCACAAGGAAAATTGCTCTATGTACTCAAATTTACGATGAGTCACGGGAAGATTGCCGAGGTCGACCTGATCTCCGATCCAGAACGCGTACGCCAGCTTGATCTGGCGGTGTTGAGAAATTGA	MSEQDWLANTFETHRKNLQVVAYRMLGSFSEAEDAVQESWLRLSRVDARGIENLGGWLTTVVSRVCLDMLRSRKSRREESIEAHLPDSFNSQENISDPEQEAILADSIGVALLVVLDNLKPAERITFVLHDVFAMPFNEIAPIVGKSEAATRQLASRARHRVRGVKASEVDIAHQRKVVQAFLAAAHAGDFDTLIAVLDPDVILRDDRLTESSRVTRGAIALAKQVSRRAQKAAQLALVNGTVGIIAAPQGKLLYVLKFTMSHGKIAEVDLISDPERVRQLDLAVLRN	PGPT0014960_1935	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_00602	714			hypothetical protein	TTGGAATTAGTTAAAGATCTTCTTCTAGTTACAGGACGAATTGTAACCATCTTTCCCCTACTGCTGGCGATAGCACTTTTCATGGGAAAAAGATCGATCGGAGAGCTGCCCGTTTTTGATTTTCTGGTTGTTATTGCCTTAGGTGCCGTTGTTGGTGCTGATATTGCCGATCCAAAGATTGAGCATATTCATACGGGCTTTGCGATCATCTTAATCGGATTCATTCAGAGAATCGTCTCCATATTGGCAATAAAATATAGGAAATTCGGAAAATTGATTACCTTTGAACCAACGGTAGTTGTTTCGAATGGAAACTTACTCGTTCAAAATCTTCGTAAAGTCCGTTATTCCATTGACAACATCCTTCAGATGCTGCGCGAAAAAGACATATTTCATTTGGACGAGGTCGAGCTTGCTGTATTAGAGGCAAACGGCAAGTTGACGGTTTACAAGAACCCCATGAAAACGGCTGTAACCGTGGAGGATCTGGGACTGTCGATACCCCCTAAGGGCATAGCGTACCCCTTGATCCTTGATGGAACTATTTCCGAAAAAGTATTGTCGTACCTTAACAAGGATAAAGCTTGGCTGGAAGATCGTCTGCGTGCCAAAGGAATCAAAAAGGAGGAAATATTTTACGCATCAATAGATGAGAACCTTGAATTGCGGGTTTCTCAACCATCTTCAAATAACATTCCTCCAATTCAGCACTGA	MELVKDLLLVTGRIVTIFPLLLAIALFMGKRSIGELPVFDFLVVIALGAVVGADIADPKIEHIHTGFAIILIGFIQRIVSILAIKYRKFGKLITFEPTVVVSNGNLLVQNLRKVRYSIDNILQMLREKDIFHLDEVELAVLEANGKLTVYKNPMKTAVTVEDLGLSIPPKGIAYPLILDGTISEKVLSYLNKDKAWLEDRLRAKGIKKEEIFYASIDENLELRVSQPSSNNIPPIQH				NA	NA	NA	NA	NA
JZ016_00603	258			hypothetical protein	ATGATCTTTGAGAAGCATACGCAATTAAAGTATAAATATGGGAATCCAAAATTTTGGACAGAGGGATATTATGTCAGCACAGTGGGTTTGAACGAAGCAAGCGTAGCAAAATACATTCGTGAAAAAGAAGCACATGACCAAGCGATAGATAAACGGAGTGTAAAAGAGTATGAAGATCCATTCAGCAACATTTGGAGCAAAAAGAAGCATCGTAAGCTTGAAGGTTATAGATGGGGGCTAGTCCCTTTTTTGGGCTAA	MIFEKHTQLKYKYGNPKFWTEGYYVSTVGLNEASVAKYIREKEAHDQAIDKRSVKEYEDPFSNIWSKKKHRKLEGYRWGLVPFLG	PGPT0030655_2674	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030655-yafM|rayT|tnpA-K07491	NA	NA
JZ016_00604	801	nikE_2		Nickel import ATP-binding protein NikE	ATGCTTGAAATCCAGCGACTGTATAAGGAAATTCACGGAAGACCCATTCTGGAAGATATTCATTTTGAAATAGAAGATGGAGGATCTCTGGCCATTGTGGGGGAGAGTGGTAGTGGTAAATCCACGCTTGCCCAGCTTATCATGGCTTTAAAACAACCAACCTCCGGCCATATTTTCTTTGACGGGCGGCCCTTGCCCAACAAAGGAATATTATCATATAGAGAATGGTATCGCGATATACAGATTGTTTTTCAGAATACTGGCTCCACATTAAATCCCGCAATGAGCTTGTTTCAGTGCCTGGAAGAACCTTTAATTAATTTTACCCGTTATAATAGAGCCGAGCGCAAGCATAAAGTCCTTGAATATTGGGGAAAAGTAGGCCTGAATGAGAACCTTCTTCGAAATCGCCCCGGAAAACTGAGTGGTGGGCAGTATCAAAGAGCTTGTCTCGCCAAAGCTTTGTTAACTCGTCCCAAACTGTTAATCTGTGACGAAATGGTCTCCAACCTCGACGTCTTATTACAACAGCAGATGATTGAGCTGCTCATATCCATTCAGAAGGAACAAGGCTTAACTCTTCTGTTCATTACTCATGACCTCACGCTGTTACCAGGACTATGTTCGAATATTATGGTTTTGAAAGAGGGAAAACAGGTTGAACTTTTCAGTACTTCTGCGCTCTATGACGAAGCAGAGAGGGATCCATATACCGTTACGTTATTAAACTCAAGTAAGATGTTTGAAACAGCATGGACGAATAGGTCGATGGAATGGAATTTGAAGTTACAAGAGACTTAA	MLEIQRLYKEIHGRPILEDIHFEIEDGGSLAIVGESGSGKSTLAQLIMALKQPTSGHIFFDGRPLPNKGILSYREWYRDIQIVFQNTGSTLNPAMSLFQCLEEPLINFTRYNRAERKHKVLEYWGKVGLNENLLRNRPGKLSGGQYQRACLAKALLTRPKLLICDEMVSNLDVLLQQQMIELLISIQKEQGLTLLFITHDLTLLPGLCSNIMVLKEGKQVELFSTSALYDEAERDPYTVTLLNSSKMFETAWTNRSMEWNLKLQET	PGPT0004520_777	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004520-dppF-K12372	NA	NA
JZ016_00605	804	cntD_4	COG0444	Metal-staphylopine import system ATP-binding protein CntD	ATGACGACTTTGCTCGAAGTCAAAAATCTAAATATCAGAAATAAGGAAGGTCAATCGCTTGTGCATGATAGCAGCTTTTCTCTGGACACTGGGAAAACATATGCATTGATTGGAGAAAGCGGCAGCGGTAAAACGCTGACAAGTAAGGCTATCTTGGGTATGCTGCCTGCTCATCTGCACATGTCAGGTGACATCGTGTTACAGGGTGAACATCTGCAGCAATTATCAAAGAAGCGCTGGCGCAGCATCAGAGGGGGCCAGATCGGTGTCATCTTCCAGCATCCGGAACAGGCCGTGCATCCATCGATTCCGATTGGTAGGCAATTCGTTGATCTGATGCGCAGTCACTTGCCTGTTTCAAGATATGAGGCTGAGAAGCAAGCAAAAAAAATGTTGTCCCAAGTTCTCTTAAAGGACACGTCCCATGTGATGAGCAGTTATGCTCATGAGTTAAGCGGTGGAATGAATCAACGAGTCATGATTGCGATGGCGCTTCTGTTAAAGCCGAAAATCCTGATAGCCGACGAGCCAACGAGTGCACTTGATGTCAAAACACAGGCTGAGATCATATTCCTTTTGAAAGAGCTCATCCTGGACACGGATATGAGCATGTTGTTTATTACCCACGACATACTTATATCCGGCTATCTTGCGGACACGATTGGTGTTATGCGGGAAGGGAAAATAATAGAGCAGGGCAGTAAGGAGAACATTTTAAGCGCACCTGAACATAAATACACCCAAGAGTTATGCAGGCATTGCTCTCAAAGGTTGCTTGGAAAAGGAGAGATATCTTATGCTTGA	MTTLLEVKNLNIRNKEGQSLVHDSSFSLDTGKTYALIGESGSGKTLTSKAILGMLPAHLHMSGDIVLQGEHLQQLSKKRWRSIRGGQIGVIFQHPEQAVHPSIPIGRQFVDLMRSHLPVSRYEAEKQAKKMLSQVLLKDTSHVMSSYAHELSGGMNQRVMIAMALLLKPKILIADEPTSALDVKTQAEIIFLLKELILDTDMSMLFITHDILISGYLADTIGVMREGKIIEQGSKENILSAPEHKYTQELCRHCSQRLLGKGEISYA	PGPT0004435_14321	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004435-ddpD-K02031	NA	NA
JZ016_00606	804	ddpC_1	COG1173	putative D,D-dipeptide transport system permease protein DdpC	TTGATCAGTATCATCCGAGTGAATAAACTGCCAACGGCAGCGTTGTTATATATCATCCTACTTATTATTACAGGACTTGCGGCCCCGTGGATTTCACCTTATGATCCGTTCGATACGAATCATCAACAGAAGCTTCTTCCTCCCAGCGTTGCTCATCCATTTGGAACGGATTATTTGGGAAGAGACCTGTTAAGCCGGGTCATACACGGGATTAGTGAATCGGTATTTCCTGTTTTTATTGTACTTAGTGTTGTGATGTTGATTGGTCTTCTGGTGGGGACATGGAGTGCTTTTTTGGGGAACAAGCTGGACATGCTTATGATGAGCCTAACCGACATTTTCACAGCATTACCGAGTATGCTACTTACCATTGTGGTCGTTGGCTTCCTTGGCTTTGGCATGGAAAATGTATATTTTGCGGTGATCCTCTCCTGGTGGGCCAAGTACGTACGAATCATCAGAGGGCTAATTCATGATGTGAAAAAGGAACCTTATATTACCGCCAGCAGGGTAAGCGGGGCATTTGGACTTAGAATAATAACCAGACATATGATTCCGAATATCACGCCTCAGATTGGAACGATGCTCATTCTGGACGTGAGTAAGGTGATCCTGACTTTATCCGGTTTATCCTTTTTGGGTATTGGTGCACAGCCTCCTTCTCCAGAATGGGGTGTCATGCTATTGGACGGAAAGAATTATTTGCAGGTCGCCCCATGGATGGGCTTCTTTCCAGGCTTTATGATATTTCTGACTGCTGCTTCGTTCCAAATTATAGGTGAGCGACTGAGGAGGGAACGCTAG	MISIIRVNKLPTAALLYIILLIITGLAAPWISPYDPFDTNHQQKLLPPSVAHPFGTDYLGRDLLSRVIHGISESVFPVFIVLSVVMLIGLLVGTWSAFLGNKLDMLMMSLTDIFTALPSMLLTIVVVGFLGFGMENVYFAVILSWWAKYVRIIRGLIHDVKKEPYITASRVSGAFGLRIITRHMIPNITPQIGTMLILDVSKVILTLSGLSFLGIGAQPPSPEWGVMLLDGKNYLQVAPWMGFFPGFMIFLTAASFQIIGERLRRER	PGPT0004450_13214	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004450-ddpC|appC-K02034	NA	NA
JZ016_00607	948	dppB_1	COG0601	Dipeptide transport system permease protein DppB	ATGCTCCGCTCTATGATTCATCGTCTGTTCATGTTGATAGTCACGTTTGTTTTATTTTCCTTGTTTGTTTTTACATTAATGCGTTTGGCGCCGGGTGATCCGGCGTCGATGCTGCTACTGGAAATCGGAGCCGTACCGGAGCAATCCATCGTAGCTGATTTACAGAAACAATGGGGACTGGATCAATCGTTCATTCAGCAATATTTAGCATGGGCACATCACGTATTTCAAGGAGAGTTAGGGCATTCCTTTTCTTCCGGAGAACCCGTATTAAGTGAAATGATTGAACGTTTAGGCTCAACGTCGAAACTCATTGCAAGCTCTTTTTTATTAACCCTCTTCATATCCATACCGATTGGAATCTGGATGGGATTGAATGAAGGCACAATGGCAGATCGAGTGGTTTATTCAATGACCATTTTGGGGTTGTCGATCCCTTTATATTGGCTTGCTATTCTTCTTATGTATGCCTTAGGGGTGATATGGCCCGTCCTGCCTGTTGTAGGCAGTTCGACCACACGGCATTATATTTTGCCGGTAACAGCCATGACGCTGGTGCAAAGTGTTTACTTTATTCGGATGGTTCGATCCTATACGATCCAGTACAGCAAGTTCTCGTACATTGAGGCTGCAAAAGCTAGGGGATTGCGGCCGAGCATCTTTTATCCGTCTTATTTACTGCGCTCCATGTTCATCCCAATCCTGACATTAATCACGACGAGTCTACCCAGCTTTTTTGGGGCTTCGATTATCACCGAGACGATTTTCAGTTTTCCGGGATTCAGTAAATACATGCTTGAAGCTATTTTTCGCCGTGATTTTCCAGTCATTCAAGGGAGCGCACTCTTCGTGGCAGCATTTATTTTTGTTTTTAATTTTATGACCGACCTGTTGTATTTCCTTGCGGACCCGCGTGTTCATCTTGACAAACAGAGGTGGGAAGTTTGA	MLRSMIHRLFMLIVTFVLFSLFVFTLMRLAPGDPASMLLLEIGAVPEQSIVADLQKQWGLDQSFIQQYLAWAHHVFQGELGHSFSSGEPVLSEMIERLGSTSKLIASSFLLTLFISIPIGIWMGLNEGTMADRVVYSMTILGLSIPLYWLAILLMYALGVIWPVLPVVGSSTTRHYILPVTAMTLVQSVYFIRMVRSYTIQYSKFSYIEAAKARGLRPSIFYPSYLLRSMFIPILTLITTSLPSFFGASIITETIFSFPGFSKYMLEAIFRRDFPVIQGSALFVAAFIFVFNFMTDLLYFLADPRVHLDKQRWEV	PGPT0004445_11508	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004445-ddpB|appB-K02033	NA	NA
JZ016_00608	1596	nikA_2	COG0747	Nickel-binding periplasmic protein	ATGTTTGGAAGATCTGGATTTGGAGTAATTGCTGTTGTCTTATTGTTGTTCGTTATGGGGTGTTCACAACATGTGAGCTCACCCTCTGCAGCAGAGGAGGACAAAAACATTGTGGTCGCAGTCACGCAGGATACTGAAGCAGACAAGCTTGACGCCTCGACTTACAATGGTTCCAGACATACGCATGCGGCTATATATGATGCCCTTGTAGACTATAAAGGAAAAGGTGAATTTGCGCCCAGCCTGGCGGAGTCATGGGAGATATCTGATGATGGCAGGACTTATATTTTACATCTGCAAAATCAGGTCATGTTCTCGGATGGCAGTCCACTGAATTCAGCAGCCGTGAAGTTTTCTTTAGAAAGAGCGGTAAGCAGGGAAGAGAATGCTTCGCTTGAAATATCCCGTTTATTGCAAAAAGTTGAAGCACCTGATGATCAAACAGTCGTACTTTCCTTTAAGGATACAGCAACGCAAGTGTTGTACGAGCTTAGTCAGGCAAGACCATATCGAATTATGGGTCCGAACTCGGTAACCCCTAAGGGAGATGTGAATGGTACTTTTCAAAAAGCGATCGGAACGGGTGCCTGGGAAATAGGAGAGTATCAACCAGGGATTCAGACTGTTCTAATCCCGAATGATCATTATTGGTTAGAACAACCATCCGACTATTCACTTGTTTTCAAAGTCATTACAGATCCTCAGGCGAGGGTAATGGCATTGCAATCTGGAGAGGTGGATCTTGCGGGTGGGGAACTTGGAAATATCCCCATGGAAAGTCTCCCTGTATTTCAGAACAACGACAACTACGTAATCGAAACCGGAAGCAGTACAATGTCCTACTTTATGGTTATCAACCAACACAATACTTCTCTAGCTGATAAGAATATCCGCCAAGCTATCAATTATGGCAATGATACGAGAAAGTATGCAGGTGGTAGCGGGGAGCCAGTCAGAGGATTGTTCCAAGAGAAGGTTGCATTTATATCCGACAGTAATCAGCCTTCCTATCCGTATAATCCCGAAAAAGCCAAACAGCTGATTGAAGCGTCGGGCTACCAATGGAATAAGAACAAGCAGCTCTATGAAAAAGATGGACGAGTATTGCAACTTCGTCTGGTCATTCAATCAGAGGAATATCCGGAATGGAAAGAGATGGCTGAAATTTTTCAAGACAACATGAAACAGATCGGCATTCAAATCCATATTGTGAATCAGGAACGAGCAGCTTACTACGATACCCTGTGGAGTACGAAGGAATATGATCTGCTTATGTATCGGACATACACTGATGCTCAATTACCTTATCGATTCCTGTCCTCCTTATTCTATGATTCGCCATTCTCACCGGGAGTTGCGTATCAGGACAAGCCTTTATCCGATTTGCTGGATCAAATCGCGGCTACGGTTTCCACTCAGCAGCAGCAAAAGCTGTTCAATCAGGTGTTCCTCCGTATGCATGAGGAAGCCATGTCTGTTCCGATATACTACCCCAAGCAAACCTTTGTTCATTCAAGCCAAGTGGTTGATTTTAGGTTCAATGCTATTGAGGACGACCCGTTGAAGTGGCATTACCTGAAGAAAGAAGCGAAGTAA	MFGRSGFGVIAVVLLLFVMGCSQHVSSPSAAEEDKNIVVAVTQDTEADKLDASTYNGSRHTHAAIYDALVDYKGKGEFAPSLAESWEISDDGRTYILHLQNQVMFSDGSPLNSAAVKFSLERAVSREENASLEISRLLQKVEAPDDQTVVLSFKDTATQVLYELSQARPYRIMGPNSVTPKGDVNGTFQKAIGTGAWEIGEYQPGIQTVLIPNDHYWLEQPSDYSLVFKVITDPQARVMALQSGEVDLAGGELGNIPMESLPVFQNNDNYVIETGSSTMSYFMVINQHNTSLADKNIRQAINYGNDTRKYAGGSGEPVRGLFQEKVAFISDSNQPSYPYNPEKAKQLIEASGYQWNKNKQLYEKDGRVLQLRLVIQSEEYPEWKEMAEIFQDNMKQIGIQIHIVNQERAAYYDTLWSTKEYDLLMYRTYTDAQLPYRFLSSLFYDSPFSPGVAYQDKPLSDLLDQIAATVSTQQQQKLFNQVFLRMHEEAMSVPIYYPKQTFVHSSQVVDFRFNAIEDDPLKWHYLKKEAK	PGPT0004430_9566	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004430-ddpA|ABC_PE_S-K02035	NA	NA
JZ016_00609	756	cmoM_1		tRNA 5-carboxymethoxyuridine methyltransferase	GTGAGTAAGCATAAACTTGTACAACAATATCGGGATTATTGGGACAAAGGAGCAGCTGTCTATGATGAAATTGTGGATGCCGAATTTACGTCCAACCGATATGATCAATGGAAGGGAATTCTGAGTCATTTTTTGTCCGGGAAAAGTAATTTAAAAGTGCTCGATGTAGGTACGGGGCCTGGTTTCTTTGCGGTTCTGCTCAGCCAGATGGGGCATCAGGTTACTGCTATTGATTCTTCTCCGGAGATGGTGGCAAAGGCTAATCAAAACGCCCATAAATATAATTGCAGTGTCCAGGTTATTGAGACAGATATTATAGAATATAAGACAGAAGAAAAATATGATATCATCATTTCACGAAATGTGACCTGGTTCCTGTACAATCCTGTAGCTACATATCAAAATTGGCATGGAATGCTTAATGACGGAGGCCAGGTTATTATTTTTGATGCGAATTGGAATTTATTTTTAACTGATCCGAAGGAGGCAGAGCTTTTTCAAAAAGACAAGGAGGAGGCTGCCGCAAAAGGGTACGTGCCGTACCGCCAAGAGAAGGATGTCGAAGAAGGAGACCAACTGGCGCTTACTTTGCCATTGAGCTATGTAAGAAGACCTGAATGGGACAGCGAAATGCTTCGTTCAATTGGCTTTGCCCAAATCCAAATTCATCAAGGATTCGATGTGGAACTGTATCATATAGGTGAACAAGTTCTGAATCGACACAGACCGATGTTTGCGATCGTTGCCAATAAATAA	MSKHKLVQQYRDYWDKGAAVYDEIVDAEFTSNRYDQWKGILSHFLSGKSNLKVLDVGTGPGFFAVLLSQMGHQVTAIDSSPEMVAKANQNAHKYNCSVQVIETDIIEYKTEEKYDIIISRNVTWFLYNPVATYQNWHGMLNDGGQVIIFDANWNLFLTDPKEAELFQKDKEEAAAKGYVPYRQEKDVEEGDQLALTLPLSYVRRPEWDSEMLRSIGFAQIQIHQGFDVELYHIGEQVLNRHRPMFAIVANK				NA	NA	NA	NA	NA
JZ016_00610	180			hypothetical protein	ATGTTTTACTATGATGTACTTTGCTATAATTGTAAAAAAACATTCAGGGTATACGAAGGTTCACTAAAATATAAACAAGCTAAGGAAAGAAAGGTTAAGGTTTTTTGTTGCGAAGATTGTGCTGATAAAATACGCATTGAAGCAATTTTGAATTTTATGCGCGGGATTAATCGTTTTTAA	MFYYDVLCYNCKKTFRVYEGSLKYKQAKERKVKVFCCEDCADKIRIEAILNFMRGINRF				NA	NA	NA	NA	NA
JZ016_00611	594	betI_2		HTH-type transcriptional regulator BetI	ATGTCATTCATCGAAAAAGCCCGTAGAGCTCAAATTGTGGAATGTGCGATTGAGACAATCGCAGAAGTAGGTTACACCAAAGCCTCTTTGGGAGAAATTGCAAAACGTGCGAAAATCAGTAAGGGGGTTATTTCTTATCACTTTGAAAATAAAGAGGAATTATTGGAGCAAGTAGCTATCGAATACTATATGGCTTGGCAATCATATATTGCTCCACGAGTAGAAGCTCAAAAATCTCCTAAAGAAATGCTTCGAGTGTATATTGAATCCAATCTTACATTCGTAGATGAAAATCGGCAGCATGTTTTCGCTGTTATTGAATTGCTTTCTAATAGGATAACTGCTAATGGTAAACTTCAGTTTGCAGCAGACCATGATGAAGCTGTTTTACTTCCAATTGAAAATATTCTGACCCTAGGGATGCAAGAAGGAATTTTCCGAGAATTTACCAAGCCATCGGCAAGGGTGATGGCGCTAACAATAAGAAATGCCATTGACGGGTTTACCATTGAATTAATGAGAAAGCCTCATTTAGATGTTCAGGAATATACGAGAGAACTGGTTACAATCTTCGATATATCAACTAAGAATTGA	MSFIEKARRAQIVECAIETIAEVGYTKASLGEIAKRAKISKGVISYHFENKEELLEQVAIEYYMAWQSYIAPRVEAQKSPKEMLRVYIESNLTFVDENRQHVFAVIELLSNRITANGKLQFAADHDEAVLLPIENILTLGMQEGIFREFTKPSARVMALTIRNAIDGFTIELMRKPHLDVQEYTRELVTIFDISTKN	PGPT0023505_27	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_LIPID_DEGRADATION	PLANT_PHOPSHO-|LIPID_DEGRADATION,PGPT0023505-ysiA|fadR-K13770	NA	NA
JZ016_00612	597			hypothetical protein	ATGTCCGCAGTGGAATTGAATGTACAAGATCCTGCCAGCATAGAGGTGGTTGCCAAGCAGCTAATCGAAGAATTCCCGGACTTGAATGTCTTGATTAACAACGCCGGCATCATACAGCCCGATAACGCGGCGGGTGTGATCGATGAGGATGTTTTGATTTCGACGGTCGAGACAAACTTGTTAGGCCCAATTCGGTTGACTTCTGCATTAATCGTTCATTTGAAGTCCAAAGAAGAAGCTACTGTCATCAACACGACTTCGATCCTTGGTTTTGTACCGTTAGCCGCAACTGCTATATATTCCGCAACGAAGGCAGCGCTTCATACCTATACGCTGTCCCAAAGATACATGCTTAAGGACACTTCGGTAAGAGTGATAGAAATTGTGCCACCGTGGGTTCAAAGCAACAACGATGAACCGCGTGCGATGCCACTTTCGTCATTTATTGATGCGACGATAAGGGTACTTGGTACGGACACAGACGAAGTTCTGGTCGAAGAAGCAAAAATGTTTCGAAATAACCCCGGCCCGAACGAAGGTGTTTTTGTGACCCACCTTAACGATACGATGAAGTCTGAACCTCCAAAGATTCATTAA	MSAVELNVQDPASIEVVAKQLIEEFPDLNVLINNAGIIQPDNAAGVIDEDVLISTVETNLLGPIRLTSALIVHLKSKEEATVINTTSILGFVPLAATAIYSATKAALHTYTLSQRYMLKDTSVRVIEIVPPWVQSNNDEPRAMPLSSFIDATIRVLGTDTDEVLVEEAKMFRNNPGPNEGVFVTHLNDTMKSEPPKIH	PGPT0013220_521	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0013220-dltE-K14189	NA	NA
JZ016_00613	597	stp		Multidrug resistance protein Stp	ATGCTCAGCGTAATCAGCCTCGGCCTATTTGCTTGGCGACAGCTGGTTTCCGAAGATCCTTTTCTGGATCTGAGAACCTTTAAATATGGGACATTTGCCCTGACGAACATTATCAATATCGGGATAACCATTATCATGTATGCGGATATGATATTGCTGCCCCTGTATCTGCAGAATTCGAGGGGTTACACGGCAATGGAATCCGGATTGATGATGCTGCCCGGGGCCGTTTTGATGGGCTTGCTCAGTCCGGTAGCGGGAAAATCCTTTGACCGGTACGGGGCAAAGTGGATTACAATCATTGGTTTGTTCATCACGATAGTAACAACCATACCCTTCTCATTATTAACAGAGTCAACCAGCTATACATTTCTTCTTTTGATGTCAACCGGCCGGCGGATCGGAATGGCTCTTCTTATTACGCCAATTCAAACGGCTGGCTTAAATCAAGTACCGACCAGCCTTAGCGCACATGGTTCGGCGATTTGGAACACCATAAGGCAGGTTGCGGGAGCCGTCGGGACTTCTCTATTAGTAACCGTTATGGCCAACAGCTCCATATTTCTTTCCATCCTACTTAATTGTTACTCCAGATGA	MLSVISLGLFAWRQLVSEDPFLDLRTFKYGTFALTNIINIGITIIMYADMILLPLYLQNSRGYTAMESGLMMLPGAVLMGLLSPVAGKSFDRYGAKWITIIGLFITIVTTIPFSLLTESTSYTFLLLMSTGRRIGMALLITPIQTAGLNQVPTSLSAHGSAIWNTIRQVAGAVGTSLLVTVMANSSIFLSILLNCYSR	PGPT0028570_1103	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028570-lmrB-K18926	NA	NA
JZ016_00614	465	emrY		putative multidrug resistance protein EmrY	ATGAAGCGATTTACTACTCATCAGCTGTTTCAAAGCTCGATGATCCTGTTCCTGGCGGGTACCCTGGTATCTGGTGTAGCTGCCAGTTTCCCGATATTGCTGACCGGCTGGGTGATTCAAGCAGCCGGAGCCGGCATTATTATGCCACTGCTCTTTAACGTCGTTCTAAAGTTATACCCGCCAGCGAAGATAGGCGCCATTATGGGGATGGTATCGTTCGCGATCCTGTTTGCTCCTGCAATCGTTCCTACCCTGGCTGGTTATATTCTGGATATATTTCCTTGGCAGGTTATGTTTTATGGTCTGCTTCCTCTTGTGGTCATTGTGAGCCTGAGCTGTCATTTTTATTTGAAAAATGTATCGGAACCATCCAAGGCAAAGGTGGATTTGAACAGCGCGCTGCTGTCAACCGTTGGTTTTGCTGGTGTCCTGTACGGCTTCAGCGCGGCCGGCAATAGCGGCTAG	MKRFTTHQLFQSSMILFLAGTLVSGVAASFPILLTGWVIQAAGAGIIMPLLFNVVLKLYPPAKIGAIMGMVSFAILFAPAIVPTLAGYILDIFPWQVMFYGLLPLVVIVSLSCHFYLKNVSEPSKAKVDLNSALLSTVGFAGVLYGFSAAGNSG	PGPT0028570_843	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028570-lmrB-K18926	NA	NA
JZ016_00615	237			Ferredoxin	ATGGCCAAGTATGCGCTGGTTGAAAAGGCCACCTGCATCGCATGTGGCGCATGCGGAGAGGCAGCGCCGGACATTTTCGACTTTAATACGGACGGGTTTGCCGAAGTTGTATTTGACGGTGACGGAAACAGAGGGGCAACCGCCATTGAGAAAGTAGAGCTCATCCAAGATCTGATCGATGCGCAAGACGGATGCCCGACGGATTCGATCAAAGTCAGTGATCAACCCTTCTGTTAG	MAKYALVEKATCIACGACGEAAPDIFDFNTDGFAEVVFDGDGNRGATAIEKVELIQDLIDAQDGCPTDSIKVSDQPFC	PGPT0007360_728	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-GIBBERELLINS_PRODUCTION	PHYTOHORMONE-GIBBERELLINS_METABOLISM	PHYTOHORMONE-GIBBERELLINS_BIOSYNTHESIS,PGPT0007360-Uncharacterized_P450_system_3Fe_4S_ferredoxin-K05337	NA	NA
JZ016_00616	996		COG0492	Ferredoxin--NADP reductase	ATGGATGATATAACGGATCTTCTTGTCATCGGAGGGGGGCCGGTCGGCCTGTTCGCCTGCTTTTATGGGGGAATGCGAAAGGCTAGTCTTAAACTGATCGAGAGCATGCCGCAACTGGGGGGACAGTTATCGGCATTGTATCCCGAAAAATATATTTACGATGTAGCCGGCTTTCCGAAAGTAACGGCACAGGCGCTTGTTGAGCGCCTTATCGAGCAAATCAAGCCCTTTTCACAAGAAGTTTGCTTGGGTCAGAGAGTCCTAAGCGTAAAGAAACTGGGGGAGCAATTCTTTGAGGTTGTTACGGATCAGGAGATTCATTATGCGAAGTCCGTGATTCTGACGGCCGGGGCGGGCGCTTTTCAACCGCGACGGCTTGATCTGCCTAATGCGGCTCAATACGAGAATGAGAACCTCCATTATTTTGTCAATGATCTAGATCAATTCAAAGGGAAACGAGTGGTCATCAGCGGCGGCGGCGATTCGGCGGTCGATTGGGCCTTGATGCTGGAACCTGTGGCCGAGAAGGTGACGATTGTCCATCGCCGGGATAAATTCCGTGCGCATGAGCATAGCGTGGAGCAGCTAAGACATTCAAGCGTGGACATTCGCACACCATGGGAAATCGTTTCTTTGACCGGGAATGGTCGCATTCGTCAGATTCAGCTGGGGCATTGCGTTACCGGCACCATCGAAGATATTGAGGTCGATGAGGTACTGGTTAATTTCGGTTTCGTTTCATCGCTCGGCCCAATTTTGGAATGGGGGCTCGCGATCGAACAGAACAGTATATTGGTAGATAGCCGCATGCATACGAATATCCCGGGTATTTTTGCCGCCGGGGATATTTCGAAATATGCGGGCAAGGTGAGGTTGATCGCCGTCGGTTTCGGCGAAGCCGCGACGGCAATCAACAACGCAATGACCTATATCGATCCGAATGCCAAATTATCGCCGGGGCATAGCAGCCATTTGAAGATTCCGCAAAATTCTTGA	MDDITDLLVIGGGPVGLFACFYGGMRKASLKLIESMPQLGGQLSALYPEKYIYDVAGFPKVTAQALVERLIEQIKPFSQEVCLGQRVLSVKKLGEQFFEVVTDQEIHYAKSVILTAGAGAFQPRRLDLPNAAQYENENLHYFVNDLDQFKGKRVVISGGGDSAVDWALMLEPVAEKVTIVHRRDKFRAHEHSVEQLRHSSVDIRTPWEIVSLTGNGRIRQIQLGHCVTGTIEDIEVDEVLVNFGFVSSLGPILEWGLAIEQNSILVDSRMHTNIPGIFAAGDISKYAGKVRLIAVGFGEAATAINNAMTYIDPNAKLSPGHSSHLKIPQNS	PGPT0013060_1957	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
JZ016_00617	1233		COG2124	Cytochrome P450(BM-1)	ATGAGTAAAGAAGTTATTGCCGTAGCCGATATTACGCGATTCCAATCGAGGGCGGAAGAGTTTTTTCCTGTTCATTGGTATAAGAAAATGCTGAACGAACATCCGGTTTATTATCATCCCGAGACGGATACTTGGAATGTTTTTCGCTATGAGGACGTCAAGACGGTGCTGAGCGATCATGAGTTTTTTTCTGCGGAAGGCACGAGGACGACGCTGATCGTTGGGGCCAATAACAGCGAAGGTGCAATCCCGGAGAAGGTAAGTATTTCCAGCATGGATCCGCCACGGCATCAAAAATACAGATCGCTGATATCGGCCGCCTTTACGCCGCGCAGCTTGAAAAATTGGGAGCCTAGGATTCAGCAAGTCGCGCAAGATCTCGTCAATGCGATGCCGGCAAACGGCGTGGTTGATATAACTCAGTCACTGGCAGGTCCGCTGCCTGCAATGGTTATGTCCAATTTGCTGGGAGTTCCGCAGGAAGATAGCCATCTATTTAAAAATTGGGTAGATATTCTGTTTCAACCCTACAGCATGGAAGAGCAGCAGGAGCTTCAGTCCAAAAAGGAGGCAGCTGCCCGGGATTATTTCCAATATCTCTATCCGATTGTCGTTCATAAGCGATCCCATCCTGACGAGGACATCATTTCGGATTTGCTCACGGTCGAGCTGGAAAATGAGCGGTTTACCGACGATGAAGTCGTTCGCACCACGATGCTTCTGTTGGGGGCGGGAATCGAAACGACAAGCCATATGCTCTCCAGCACGTTTTACTCGCTGTTATATGACGATGCGACGCTGTACGGACAATTAAGAGACAATCCTGGTCTTGTAACCAATGCAGTGGAAGAAATGCTCCGCTACCGGTTTCATATCTCGAAACGGCATCGCACGGTGAAACGGGACAACAATCTTCTAGGAGTCGATTTGAAAAAAGGGGATGTGGTCATTGCATGGATGAGCGCAGCGAATGTGGACGAAGACATATTTGAAGCCCCGTTCGAAATCAATATCCATCGCAAAAACAACAGGAAAAATCTTACCTTCGGAATCGGCCCCCATTTCTGTTTAGGAGCGCCATTGGCCAGATTGGAATTAAACACTGCGTTATCGGTCTTCCTGCAAAGATTCTCGCGTATTGATCCGGTTCCAGGCTTTGAACTGGAACACAATTTAGCAACATCCGCACCAGGTCAATCCCTTACTCACCTTCCCTTAAAAGTCATCGAGTGA	MSKEVIAVADITRFQSRAEEFFPVHWYKKMLNEHPVYYHPETDTWNVFRYEDVKTVLSDHEFFSAEGTRTTLIVGANNSEGAIPEKVSISSMDPPRHQKYRSLISAAFTPRSLKNWEPRIQQVAQDLVNAMPANGVVDITQSLAGPLPAMVMSNLLGVPQEDSHLFKNWVDILFQPYSMEEQQELQSKKEAAARDYFQYLYPIVVHKRSHPDEDIISDLLTVELENERFTDDEVVRTTMLLLGAGIETTSHMLSSTFYSLLYDDATLYGQLRDNPGLVTNAVEEMLRYRFHISKRHRTVKRDNNLLGVDLKKGDVVIAWMSAANVDEDIFEAPFEINIHRKNNRKNLTFGIGPHFCLGAPLARLELNTALSVFLQRFSRIDPVPGFELEHNLATSAPGQSLTHLPLKVIE	PGPT0006750_15	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_FATTY_ACID|VITAMIN|TERPENE_DEGRADATION	XENOBIOTIC_FATTY_ACID|VITAMIN|TERPENE_DEGRADATION-CYTOCHROME_P450,PGPT0006750-cyp106A2|yjiB-K21113	NA	NA
JZ016_00618	1224		COG2124	Cytochrome P450 107B1	GTGGTGTCAGCAAACGAGCAGCAGAATGCCGTTTCATCAAAAGTCGATTTTTTAGACGCAGCGTTTATTCGGAATCCCTATCCCGTTTATGCCGAAGCACGCAAACAAGACCCTGTCACCCGTATTTTATTGCCAAATGGCGAATTCGCTTGGGTAGTTACGACGTTTGAAGATGTTACAGCCGTTTTAACGGATGCACGTTTTGCTACCAGCCTATCGCATGAAAAAGCTTTATTAGAGGATGTTCCGCCTCATAAGGCGATTGTGTACCGCAATTTGAGTAGCGTGGATCCTGCCGATCATCGCAGACTAAGGAGACTGGTGCAGAAGGCCTTTACCCCGCGAATGGTTGAAGGTCTCCGGGGGCGAATCGAGGATATTGCGAGTGGACTGATCGACAGGATTGAGGAGAAGGGGGAAATGAAGCTTATCGACGACTTTGCGTTTCCCTTGCCGATCAATGTCATTTGCGAAATGCTCGGCGTTCCAAGCGAAGACCAAAACCTCTTCCGCGAATGGTCGGACACAATTATGGAAGGCGTTCATCATCCCGAGTTGGCGGAGAAAAGCGATCAGACCTTAATCGATTTTGTGGAGTATTTGAAACGACTGGTGGCGCGGAAGCGGAGCGACTTGCGCGACGATTTAATCAGCGAATTGATCCGCGTTGAAGATCAGGGAGATACGCTGACGGAACATGAACTGTACGCGATGGTGTTTGTCCTGATCGTGGCCGGCCATGAAACGACTGTGAATCTGATCGGGAACGGAATCCTTGCCCTTCTTGAGCATCCGGATCAGAAGGAATTGTTGCAGAACAACCCTGAACTTATCCGCAGCGCCATCGAAGAAATTTTGCGCTATGACGGACCGGTTGAAGTGACCAATGCAAGATGGGCCACGGAGGATCTGATTTTACAAGGAAAGCACATCAAGAAAGGCGATATGGTATTTACGGCTCTTTCTTCGGCGAACCGGGATCAACTTTTGTTTCCCGAACCGGATCGGTTTGATATCACGAGGGATGTCAATAACCATCTTGCCTTTGGCAAAGGGGTCCATTTCTGTTTGGGGGCTCCCCTTGCCCGTCTGGAAGGAGAAATTGCCATCAGTATGCTGTTGCGGCGATTGCCGAACCTTCGTTTGAAAACGGATCGTGGGAACATGGACTGGCGAAGAGGCATGATCATTCGTGGCCTAAAAGAAATACCGCTCTTGTTCTAA	MVSANEQQNAVSSKVDFLDAAFIRNPYPVYAEARKQDPVTRILLPNGEFAWVVTTFEDVTAVLTDARFATSLSHEKALLEDVPPHKAIVYRNLSSVDPADHRRLRRLVQKAFTPRMVEGLRGRIEDIASGLIDRIEEKGEMKLIDDFAFPLPINVICEMLGVPSEDQNLFREWSDTIMEGVHHPELAEKSDQTLIDFVEYLKRLVARKRSDLRDDLISELIRVEDQGDTLTEHELYAMVFVLIVAGHETTVNLIGNGILALLEHPDQKELLQNNPELIRSAIEEILRYDGPVEVTNARWATEDLILQGKHIKKGDMVFTALSSANRDQLLFPEPDRFDITRDVNNHLAFGKGVHFCLGAPLARLEGEIAISMLLRRLPNLRLKTDRGNMDWRRGMIIRGLKEIPLLF	PGPT0022085_12	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022085-bioI|CYP107H-K16593	NA	NA
JZ016_00619	891			hypothetical protein	ATGAGTAATCGTAAGCAGTTGCTTTTAGAATCGGCGCTGGCCCTATTTATCCAACACGGGTTAGCCAACACAACCATCCAGATGATTCTTGACCACTCCGGCGTATCTAAAGGGACCTTTTACAAATTTTTTAGTTCCAAGGAGGAATGCTTCCACGCCATCTTTGAGAAGCGGATGCAGGAAGATATAGAGATTCGCAAAAACTTGGAGTATCAGGATTATGCCTCCGATTTTGAACGACTCGTCGATCAAATTGCCATACCCATGACATTGCCGGATAAAGAGCGGGTTTGGGAGCTGTTTTGGACGGGCTTTTATTCCGGAGAGATTAATTCGACGTACTTGGCAAGCATGCAATTAAGATGGCTGTCCGAAAGGATCACGCAACTGTTTGGCGAAGACATCCGGCCATACGCCAGCGAAGGATCCATTCTCTGCTACGGCATGCTGCATCAAATCGCGAATATGTGGAGAAGCTTTCATTCCCAACAACCCGATTGGCATGAACTTGTACCGAAGGTATTGACTTATGTAGAGGTATTGCTTCGTACAATGCACGAAAGAAATGAGCATATCTTTGATTTCAGAACGCTGTCGATGATCCACGATAGCGCAGGCGCAAGTGAGGCAAGCTTAAATCGGGAAGTCATCATCGAGGAGCTTCAAGATTTTAACAGAATGGTTGAAAAGTCAAAAGAATCCATAACGTTAAAGGAACTTACCAAAGGTATTCTTGAACTATTTCATGTTGGAGATAAGTTGAACGTCACCATGATTGAAGTGGCATTGCATGCGCTTCATAAGGAGTCCGCTGGAAGTAAATTCAGCAGGGAGGGGCAAAGAATTACCCGGTCTTGCTGGTGGTATTTGGAACAATTGAAAACAAGTTAG	MSNRKQLLLESALALFIQHGLANTTIQMILDHSGVSKGTFYKFFSSKEECFHAIFEKRMQEDIEIRKNLEYQDYASDFERLVDQIAIPMTLPDKERVWELFWTGFYSGEINSTYLASMQLRWLSERITQLFGEDIRPYASEGSILCYGMLHQIANMWRSFHSQQPDWHELVPKVLTYVEVLLRTMHERNEHIFDFRTLSMIHDSAGASEASLNREVIIEELQDFNRMVEKSKESITLKELTKGILELFHVGDKLNVTMIEVALHALHKESAGSKFSREGQRITRSCWWYLEQLKTS				NA	NA	NA	NA	NA
JZ016_00620	903	dagK_1		Diacylglycerol kinase	ATGAAACCAAAAATGATTGTAAACCCCGTTTCAGGGCAGCATACAGCATATAAAACGAAGGCTTCAGTTATAGAGTATATGAAAAAGAAATACGCTTTAAATGATAATGATATCTTCTACACAAGTAAGGAGAATAATGATTTAGGAACTTCATTTTTTGAAGATTGTGATTCACTGGTTGTTGCAGGTGGTGACGGAACCCTGCATTACGCCATTAACACCATTAAAAATCTAGGTCTAGACTTACCTCTAGCTTACCTACCGACAGGTACAGTCAATGATTTTGGAAATGCTTTGAAATTACCACGATCATATGAAGGTTTCACTAGAATGCTCGAAAAAGGAATGACCAAGAAGATAGATATCGGGTTGGCTGGAAATGAGTATTTTCATTACGTTTTGGCTGGTGGTGCAATGAATTCAATCAGTTACACCACCAACCAAACCCTAAAAAAAGTTATAGGGGATAAGGCTTATTATTTGTCCGCTTTACCTATACTTCCCAAAATATTATCGGGAACACATATTAAAATTGAATGTGATCATTTAGAACAAGAACATGATGCACTTCTTTACTTAGTATCAAAATCAGCGATTATTGGCGGAATTGAGGGCATTATTCCGGATGCTAAGATGGATGACGGTCAACTTCATGTACTTGTAATTCAAAAAAAATCATTGTTTAATACCTTTCAACTTCTTTTAGATATAAAAAATGGAACCCATCTTGACCGCTCAGATGTCTTGTATTTTAAGACAAAACGTTTAAGAATTACTCAATATGGTGATAACATAGCAAAAGTGGGGATTGACGGTGAGATGCACACTACTGGGCTAATGGACATTGAAGTTATCCCGCGCGGATTAACTATGTTAGTCCCGTGCAGTTCGGATGTGGCGTAG	MKPKMIVNPVSGQHTAYKTKASVIEYMKKKYALNDNDIFYTSKENNDLGTSFFEDCDSLVVAGGDGTLHYAINTIKNLGLDLPLAYLPTGTVNDFGNALKLPRSYEGFTRMLEKGMTKKIDIGLAGNEYFHYVLAGGAMNSISYTTNQTLKKVIGDKAYYLSALPILPKILSGTHIKIECDHLEQEHDALLYLVSKSAIIGGIEGIIPDAKMDDGQLHVLVIQKKSLFNTFQLLLDIKNGTHLDRSDVLYFKTKRLRITQYGDNIAKVGIDGEMHTTGLMDIEVIPRGLTMLVPCSSDVA				NA	NA	NA	NA	NA
JZ016_00621	1107			hypothetical protein	ATGAAGAATACTACGATAAGAATGTTGACGGCAAGTCTGACAGCTTTGGCCATTATGACAGTTGCTGTGGGTTGTACAAGTAATACAAATTCGAGCCCTTCCAAAGTTGAGGAGAATTTGAATTCGGGCGAATCTACGGTCAGTATTTCTGACTCTTACGATAATACCGAAGAGCTTGCGGCTACTTTCCCAATCATTAACCCTACACCAATCGAGACTGAGATGGAAAAGAATATACAGAATAGACTCCTGAACGGCTTTGAAAACTGGAATCGAGGTTATGAAGCCTGGGAAGCCTGGGGCGACATTCTATATACAGAGGACTCCCTCTATAATGTCCACGGCGTGAAACTCACTCTGAAAGAATATCAAGCTGCCATGAATGAGCAGCTGAAGTCTACCGATATTCAGATGGGTAACTTCAACAATATGATCATTAATGACGATTGGGCAGCTATTCGATATGACATCTCTTCGACTGCCAGAGGGAGCCAACAATCTTCCGATGGAAGCGTGATGGAGTTCGTCCATTTCAAGGACTATGGTGATCCGCTGGGAACTCGGGTTGTTGAAGGCTGGGCTGGTACAAAGGGGATGGATTTTGACGGGTTGACAAGTTTCCAAACCGATGAGGCGAAGGCGGCACAGCAAGCTGCATTGGATGAAATCGTCAATGCAAAGATCCCTGATACTACAGATCTCGAAACCAAATATCCTGTTACTTATCCTACGCCTATTAATACCGATATGGCTAAGAAAATTAAAAGCACCATATTGAGCGACTTTGATAAATGGAATCAGGGCTTTGATGCTTGGAGTGACTGGGCCGATACGTATTATGACAGCGACCTGCAATATCATACAAATTCAGAGACAATGACTCTCCCGGAGTATAAGGATTTCGTGAAGAAAGATGCGGAATCGACCGATGTAAAGCGTATTCGTTTTGATAATATGCTTATCAGCGGTGACTGGGCCGCCATTCACTATAGAATTACCAATGAGGACACGAAAACAGGGAAAAAAACCGCTGGCGACATAATGCAGTTTTTACACTTTGCCGAGGAGGGTAACAGCTTAAAAGTTATTGAATCCTGGACCAAGTGA	MKNTTIRMLTASLTALAIMTVAVGCTSNTNSSPSKVEENLNSGESTVSISDSYDNTEELAATFPIINPTPIETEMEKNIQNRLLNGFENWNRGYEAWEAWGDILYTEDSLYNVHGVKLTLKEYQAAMNEQLKSTDIQMGNFNNMIINDDWAAIRYDISSTARGSQQSSDGSVMEFVHFKDYGDPLGTRVVEGWAGTKGMDFDGLTSFQTDEAKAAQQAALDEIVNAKIPDTTDLETKYPVTYPTPINTDMAKKIKSTILSDFDKWNQGFDAWSDWADTYYDSDLQYHTNSETMTLPEYKDFVKKDAESTDVKRIRFDNMLISGDWAAIHYRITNEDTKTGKKTAGDIMQFLHFAEEGNSLKVIESWTK				NA	NA	NA	NA	NA
JZ016_00622	504			hypothetical protein	ATGTTTAGTGATACGTTATTAGAACTTGTTACTCAGTATGGATATGTATTCTTTTTTCTAGCTTTTTCACTAGGTCCGTTTGGCATTCCTGTACCTAACGAAATTATTATTGTATCTGGATCGATATTAAGCCATACAGGTGTCGTCAATTATTGGGCAACTTACAGCTCCATTCTAACAGGCTTATTGACGGCAATCACAATTTCCTATACCATAGGAAGATTTTTTGGTCATAAATTCAAAAAAAGATGGTTAGACAATCGTTATTTCTTAAAAGCGGAATCTATGTTGAAGAGAAAGGGCGATTTAGCAATGTTCATAGGAACGTTCATTCCGGTGGTGCGCTATATCTTGCCCTTACTGATAGGAATGAGCGAGATTCATTTCAAGAAATTTGCTATCTTTACGTATTCAAGTGCTGTGACCTGGACAATAACCTATTTTGCTTTAGGCATTTATTTTAAAGAACCTGTTTTATCAATGATGCAAATCTTGGGATATTGA	MFSDTLLELVTQYGYVFFFLAFSLGPFGIPVPNEIIIVSGSILSHTGVVNYWATYSSILTGLLTAITISYTIGRFFGHKFKKRWLDNRYFLKAESMLKRKGDLAMFIGTFIPVVRYILPLLIGMSEIHFKKFAIFTYSSAVTWTITYFALGIYFKEPVLSMMQILGY	PGPT0004890_3054	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_TRANSPORT,PGPT0004890-dedA-K03975	NA	NA
JZ016_00623	357			hypothetical protein	TTGATTATACATACAGATATAGGGAAGATAAATGTTTTAGAGCAGGCGATTACAACAATTGTTTCCGTAGTTGCAAGGTTAGAATCTGGAATCATACTGTTGTCAACAGGAGCCGTAGATAGCTTGATTAAACACGTGAGTGGGAAAAAAATGCATAAAGGAGTATCTGTTACATTCTCAAACTCAAAATTAATCATCGAGCTTAGAATTGTTGTACCTTACGGGGTGAAAATCCAATATGTCAGCCGTGAATTACAGTCCAGCATATTTGAAGCGGTGAATAATATGACGGGTATTTCTCCAGATCAAGTCCACATACGTGTTGAGGGAATTAAACTGGCCGAAACGAGACAGTGA	MIIHTDIGKINVLEQAITTIVSVVARLESGIILLSTGAVDSLIKHVSGKKMHKGVSVTFSNSKLIIELRIVVPYGVKIQYVSRELQSSIFEAVNNMTGISPDQVHIRVEGIKLAETRQ				NA	NA	NA	NA	NA
JZ016_00624	2214	ydfJ_1	COG2409	Membrane protein YdfJ	ATGGCAAAAATGTTATACAGACTGGGGTTTTGGTCTGCCAAGAACCGCATGAAGGTAATCATCGGATCAATTATGGTCATGTTGATTACCTCAATGGTGGCAATGGGAATGGGACCGAAACTTAGTGAAGAAACTACGATACCCGGGTTAGAGTCCATTGAAACGATGGGGCAGATGTACCAGGAGTTTCCGTCTATGATAGATACCAGTAAAGAAATTCAGCTGGTTCTCAAAGCACCTGCTAACGAAACATTATCATCTGAAAAGATAAAACAACTGATTGAAACACAACTTCAGAGCATATCAAAAGATCCTGCTGTTACTGAAGTCTCCGGCCCATTTAATAACAAATCGTTGAACGCGGATGGCACAATCGCTTATGCGTCAATCTCTTATAACAAGGCTGATGGTGATGTTAAAGAAACTTCTAAAGAGTACGTAATTCATGCCGCAGAAGCTTTACGGAATGCCGGACTCCAAGCGGAACTCACTGGATCTGGTTATGTGAAGATGGAGATCGGAGGTGCTACAGAAGGAATTGGTATTCTAATTGCACTTGTTATACTTTCCACTGCTTTCGGATCCCTACTCACTGGAATCATCCCGATTCTAACAGCAGTCATTGGTCTTGGGACCGGCGTAATGCTGATCATCCTGGGGTCTAATTTCTTAGATACACCTTCATTTGCCTTATCATTGGCAAGTATGATTGGACTTGCAGTAGGTATTGATTACGCACTATTCATTATTTCAAGATACCGTCAAGAGCGTGCGCGAGGTTTTGAGAAAAGAGAAGCTATTGCAATAGCTAACGGTACAGCAGGCAGTGCAGTTGTTTTTGCAGGTGTAACCGTAATTATTGGTCTTGCAGGTATGGCAGTCGTAGGAATTCCTTTCCTTACAGCAATGGGGTTAGCTGCTGCGCTTTGTATTTTTGTAGCTGTTTTAATTGCAATAATCACAGTACCGGCCGTCCTTGACGCAATGGGTAGCAAGATAAAGGTTAAGCCGATAAAGAACTCTGGGAGATTGAATCGGACAACATCCCGAGGAAATCTGTGGGGGAGATTAGTGACAGGACGACCTTGGATCACAGTGGTTCTCGGAGTGGCACTACTCTCGACATTATCGGTACCATTCTTACACATGGAAACAGGTACTATGGATGATGGATTAAAGTCAACCAGTATGACGGAACGACGAGCATACGATTTGTTGTCTGAAGCATACGGTGTGGGTTACCATAACCCTCTGATGATTCTTGCAAAAACGGATGGAAGTGCTGAAGCTGATGTTAATTTAGCGAAAACAGTAGAACAACTTAAAACCTATCCAAACATTGGGATGGTTGCCGATCCGGTTAAAGGATCATCTGGAAAAGTCTCTTTGATTAACATTATACCGGCTACAGGTCATGCTGATGTGGAAACGGTAGAACTAGTAAAAACGATTCGCAGTCATATTCCTGAGATCGAAAGTCAGAACCATGTGCAACTTAAAATAACGGGCAGTACAGCAATCAATATTGATATTTCTCAAAAACTGAACGAAGCCTTACCTGAGTTCTGTGTCATAATTGTTAGTTTGGCTTTTCTCCTATTAATGATGGTATTTCGTTCTATCTTGGTTCCAATTAAAGCAGTGCTCGGTTTTATTCTCTCGCTTGGAGCTACAATGGGATTTATTACCTACGTTGTCCAGGACGGACATTTCCAAAATCTTTTCGGCTTCAGTGGACAGTCACTTGTACTTAATTTTCTTCCGATAATGGTTGTTGGGATCCTGTTTGGATTGGCTATGGACTATGAGGTATTTCTGGTTAGCCGCATGCGTGAGGACTTCAAAAAGAACGGTGATGCCAAACAATCCGTACTGGCGGGAATCCGGAACAGTGGGGGCGTAGTTACAGCTGCAGGATTGATCATGATATCCGTATTTGCAGGGTTTATGATGACGAATGATCCAAGTATCAAGGTAATGAGTTTTGCACTTCTCTTTGGGGTATTGTTTGATGCATTTGTTGTCCGTCTATTGATTGTCCCAGGTGTGATGATACTTATGGGTAAATCGGCGTGGTACTTGCCGAAATGGTTAGATCGACTTCTGCCGAACTTGGATGTAGAGGGTGAGAAGGTAATGGAAATCGTTGAAAAACGGCACCAAACACGTACGAATTCACACGATCTCTTTCCAGAACCCATAAATAGAGGATAG	MAKMLYRLGFWSAKNRMKVIIGSIMVMLITSMVAMGMGPKLSEETTIPGLESIETMGQMYQEFPSMIDTSKEIQLVLKAPANETLSSEKIKQLIETQLQSISKDPAVTEVSGPFNNKSLNADGTIAYASISYNKADGDVKETSKEYVIHAAEALRNAGLQAELTGSGYVKMEIGGATEGIGILIALVILSTAFGSLLTGIIPILTAVIGLGTGVMLIILGSNFLDTPSFALSLASMIGLAVGIDYALFIISRYRQERARGFEKREAIAIANGTAGSAVVFAGVTVIIGLAGMAVVGIPFLTAMGLAAALCIFVAVLIAIITVPAVLDAMGSKIKVKPIKNSGRLNRTTSRGNLWGRLVTGRPWITVVLGVALLSTLSVPFLHMETGTMDDGLKSTSMTERRAYDLLSEAYGVGYHNPLMILAKTDGSAEADVNLAKTVEQLKTYPNIGMVADPVKGSSGKVSLINIIPATGHADVETVELVKTIRSHIPEIESQNHVQLKITGSTAINIDISQKLNEALPEFCVIIVSLAFLLLMMVFRSILVPIKAVLGFILSLGATMGFITYVVQDGHFQNLFGFSGQSLVLNFLPIMVVGILFGLAMDYEVFLVSRMREDFKKNGDAKQSVLAGIRNSGGVVTAAGLIMISVFAGFMMTNDPSIKVMSFALLFGVLFDAFVVRLLIVPGVMILMGKSAWYLPKWLDRLLPNLDVEGEKVMEIVEKRHQTRTNSHDLFPEPINRG	PGPT0028595_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028595-ydfJ-K11625	NA	NA
JZ016_00625	660	lnrK_1	COG2197	Transcriptional regulatory protein LnrK	ATGAGCCCTTATAAAATTATGTTGGTGGACGATCATTTTGTAGTTCGTGAAGGACTCAAGCTCATATTAGAGACCAGCGAAAAATATCAAGTCGTAGGGGAAGCTGTAAATGGACAGGATGCGCTTGAGAAGGTTGAAAAGCTTGAGCCTGACATAATTCTAATGGATCTGAATATGCCTGTTCTGAGTGGACTCGAAACGATGAAGGAATTCAAGAAGAAAGGCCTTACGATCCCTATTATTATCCTGACCACGTATAACGAGGATGAACTGATGATTAACGGGTTGGCTTTGGGAGCCAAAGGGTATTTGTTAAAAGATACAAGCAGAGAAAGCTTGTTCAGAAGCATTGATTCTGCAATGCAGGGGGAAATGCTCTTATCTGAGGAGATGCTAGAGCGAGTAATGGCTGCTAAATTAAAATCGCAACAAGAAGTCAAACAAGAAGTCAAACAAGATGTCAACCTTTTGAGTGATAAAGAAAACTACATTTTGCAATGCGTGGCTAAAGGGTATAAAAGCAAAGAAATAGCATTTGACATGAATATCGGAGAACGAACAGTCAAGGCTCATCTAACGAACATATACAATAAACTTGGGGTAGATTCGCGGTCACAAGCAGTAGCAACTGCACTAGATCGAGGTATTCTGAAACTATAA	MSPYKIMLVDDHFVVREGLKLILETSEKYQVVGEAVNGQDALEKVEKLEPDIILMDLNMPVLSGLETMKEFKKKGLTIPIIILTTYNEDELMINGLALGAKGYLLKDTSRESLFRSIDSAMQGEMLLSEEMLERVMAAKLKSQQEVKQEVKQDVNLLSDKENYILQCVAKGYKSKEIAFDMNIGERTVKAHLTNIYNKLGVDSRSQAVATALDRGILKL	PGPT0028590_34	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028590-ydfI-K11624	NA	NA
JZ016_00626	1209			hypothetical protein	ATGGTGACTAATAAGAAGAATAAACTTGAGACTATACATGAATTATTTGAAACAAGAAAGCCCATTCTCATTTGGTTGATCTTTGTATACGCAGGATCTGTTACACTTCAGTTTTTGGATGATCCTAGAGTTATCAGTAGTTTGGTATTTACGGGGCTGTTTGTTCTCCACGCCGCGTTGCATTGGATTTCATATCGGGTTAGCCAAAGACATTTTTGGTTTTACTTTGGAATACAAGGGATCTTAATTTACCTGTGCGCTATACTTTTCCCCGGAAGTTATCAGGCAGTGTTGGTGGGGTTGCTCCCCGTATTAATTGCTCAAAGTTTAGGTTTTTCTTTTCGGATTAGCAGGGTGATACTTATAGCTTTGATTAGTATTATCATATTTTTCGACTCTTCCTTAACAGTCGGAGGTACAAAGGAATTGCTGGTATTCATTCCGATTTTTGTGATGATGCTAATTATCGTAATAGCTTATGGAGTACTATTTTTTCATCAAGTTCATGAGCGAGTCAGGCTGCAAAAGTTTTTGAATGAACTGCAAGCGGCTCATCAAAAGGTCGAAGAACTTACATTGTCCAATGAACGGCAGCGAATGGCTAGGGACTTACATGATACTCTTGCCCAAGGAGTCGCAGGTTTAATTATGCAATTGGAAGCGTCCAACGCGCACATTATGCAGGGGAATACGGAAAAGGCTCATAACATTATAATTCAATCCATGCAGCAAGCACGTAGAACACTGGCTGAAGCACGCAGGGCAATAGATGACCTTAGAATTAAATCAGCACCTGATATCGATTTTAAGGAAGCTGTCGAAGATGAAGTAAGGCACTTCAGACATTCAACGGGTATTCAGGTAGACTGGAATATACAACTGAATCAACTACTATCAAGAGTTGTGATGGAACATAGTCTTCATATCGTCAGAGAGGTGTTGACGAATGTTGCGCGCCATGCCAATGCCAATGTAGTAAAAGTCAGTGTTATCGTCTCGAACAATCAACTTCAGATAGAAATATCAGATAATGGAAAAGGTTTTAATCCAGATGCGATCGGAAAGGAACCTGGTCACTATGGGTTACTTGGAATCCGTGAACGAGCAAGATTGATTGGTGGACACATCAAGATCGATAGCAGCTCAGAAGGTACAACCATAACGATGTCGGTGACAATTAATGAAGGAGGTCAACATGAGCCCTTATAA	MVTNKKNKLETIHELFETRKPILIWLIFVYAGSVTLQFLDDPRVISSLVFTGLFVLHAALHWISYRVSQRHFWFYFGIQGILIYLCAILFPGSYQAVLVGLLPVLIAQSLGFSFRISRVILIALISIIIFFDSSLTVGGTKELLVFIPIFVMMLIIVIAYGVLFFHQVHERVRLQKFLNELQAAHQKVEELTLSNERQRMARDLHDTLAQGVAGLIMQLEASNAHIMQGNTEKAHNIIIQSMQQARRTLAEARRAIDDLRIKSAPDIDFKEAVEDEVRHFRHSTGIQVDWNIQLNQLLSRVVMEHSLHIVREVLTNVARHANANVVKVSVIVSNNQLQIEISDNGKGFNPDAIGKEPGHYGLLGIRERARLIGGHIKIDSSSEGTTITMSVTINEGGQHEPL	PGPT0028585_59	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028585-ydfH-K11623	NA	NA
JZ016_00627	873			hypothetical protein	ATGGTTAAGAAAATGCACGTCGACGAAAAGGAACTAGATGAAGCGCTCGTTCGTCGTCTGCTTGTTGCACAGTTTCCCCATTGGGCGGATCTATCCCTGCGACGGATCGAGCCGGCTGGCACAGTGAACGCCATCTTTCGGCTAGGCAACGAATATTCAGTTCGGCTCGCGCGGCGGGAAGGGCCTACGACACCAGAAAGTCGTGAGTTTACTTGGCTGCCTAAGCTTGCTCCATTGGTTCCGCTTGAAGCTCCTGTACCAGTCGCTCTAGGGCACCCGAATAGCGAATATCCGTGGTTTTGGTATATACACACATGGGTTGAGGGCGAGACGGTGCCGATAGAGGAGATTGACGCGATTCAGGCCGCTCGTGATCTTGCGGAGTTCGTTGCAGCGCTGCAACAAATCGATTCATCGGGTGGGCCGCAGGGACGCGGCATTCCATTGGCTCAAAGGGATGAGGGGTTCCGATACTGGTTGGCACAGTTCGATGGCGATGTTGCTGCGGTGTCTGATGTATGGGAATCGGCACTTGCCGCGCCTCAGTGGAGCGGCCCACCTGTTTGGCATCACGGCGACCTTGACATGCGTAACTGGCTTGTGCGAAATAAAAGAATCACCGGTGTGATTGATTGGGATACAATGGGCGTTGGCGATCCTGCATGCGATGTCATGGTCGCATGGAAGTTACACTCGCCGGCAGCACGTGACGCGTTCCGGAAATATCTTCCTACGGATGACGCTACTTGGGCAAGAGCCCGCGGATGGGTCGTATCGCAGGCGGTGGCAGTGCTGGCTTACTACACGCCAGAAAACAATCCAGTTCTGTACCATGAGGCGAAATCCTGGCTCGACCTAGTATTGTCAGAATGA	MVKKMHVDEKELDEALVRRLLVAQFPHWADLSLRRIEPAGTVNAIFRLGNEYSVRLARREGPTTPESREFTWLPKLAPLVPLEAPVPVALGHPNSEYPWFWYIHTWVEGETVPIEEIDAIQAARDLAEFVAALQQIDSSGGPQGRGIPLAQRDEGFRYWLAQFDGDVAAVSDVWESALAAPQWSGPPVWHHGDLDMRNWLVRNKRITGVIDWDTMGVGDPACDVMVAWKLHSPAARDAFRKYLPTDDATWARARGWVVSQAVAVLAYYTPENNPVLYHEAKSWLDLVLSE				NA	NA	NA	NA	NA
JZ016_00628	429			hypothetical protein	ATGAAAATGAGTGCGACCATTGGAAATGAAAAAAACAAGAAGGTAGAATCCCGCTCAATTGGACGGAAGGCCGCTTATTGGACTGTTACCATTATTCTTGCATTCTCAATGGCATTAAGCGGGATCGGACAGCTGATGCGCTATGGGGGAAATGTTGATTTAGTGACCAATATTGGTTTCCCGTTATATGTCACGAACATTCTTGGAGCTTGGAAGTTGCTTGGAGTCATTGCGATTATAATGCCAGGTTTGCCCCGGCTTAAGGAATGGGCCTATAGCGGTATCTTTTTTCTCATGACGGGTGCGGCTTTATCTCATGCGTTTGCTAATGATTACGGCGATTACGGATTCCATATCATTCTTCCGCTTGTCTATGCTGCGCTTGGCATCGCTTCCTGGGCGTTGCGTCCGAAAAGCCGCAGACTCTGA	MKMSATIGNEKNKKVESRSIGRKAAYWTVTIILAFSMALSGIGQLMRYGGNVDLVTNIGFPLYVTNILGAWKLLGVIAIIMPGLPRLKEWAYSGIFFLMTGAALSHAFANDYGDYGFHIILPLVYAALGIASWALRPKSRRL				NA	NA	NA	NA	NA
JZ016_00629	231			hypothetical protein	ATGCTTGAAAATCTAGATCGCGTACTGGCGGGGTTCGGTGTCACGAAGTCAAACCTTGCATTTGTTGAGATTTACCTGACAGACGTAAAGGAGCATTTCGAGCCTTGCATCCAGTTGTTTAAAGAATATATGGGACAGCACCGCACCGCCGGCAGTCTCATTGGCGTGACAGCGCTGGCGTCCCCTGAGCAATTGATTGAAATCAGCGCTGTCGCTCACACGAACGAATGA	MLENLDRVLAGFGVTKSNLAFVEIYLTDVKEHFEPCIQLFKEYMGQHRTAGSLIGVTALASPEQLIEISAVAHTNE	PGPT0020030_2592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020030-ridA|tdcF-K09022	NA	NA
JZ016_00630	165			hypothetical protein	ATGAGGGTAGCAAAAACGTTTGATCACGGTGTTGCAAGGGAGGAAGGGAGCGGCATATCCCAGGGTTATTCGATTAACGGCACGATCTATGTCTCGGGTCAATTTTCCCTCGATATGCAGAACACAATCGTCGGTGCGGGAGACATCGAGGCGCAAACTGGGTAG	MRVAKTFDHGVAREEGSGISQGYSINGTIYVSGQFSLDMQNTIVGAGDIEAQTG	PGPT0020030_2592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020030-ridA|tdcF-K09022	NA	NA
JZ016_00631	450			hypothetical protein	ATGCATACGGTTAAAGAAGCCGCCCAGATAACAGGACTTACCGAGCATGCCGTGCGCTTTTACACAGATAAAGGTCTGGTGCCAAGCGTACAGCGCAATCAGAATAATATCCGGATGTTCGATGAAGAATCGATCAACTGGCTGCATGGCATTAAATGCCTCAAGCAATCCGGAATGCCAATTGAACTCATTAAAAGGTACGTCGATTTATGCCTCGAAGGGGATTCGACCATTCCTCAGCGCTACAAACTCATGATGGAGCATAAAGAGGCGGCGCTTGCTAAGCTCGAGGAAGCGAAACTGCACGTTGCCCATTTGGAGGAAAAAACAACCCTATATCAGGACATTCTAGAACACCGCTCTCAAGACACAACGAATCCCGGCAACTGGGACAGAATTCTGCATATGCATAGTGACGTATTTTATTCGCCATCTATTCGGAAAGTTTGA	MHTVKEAAQITGLTEHAVRFYTDKGLVPSVQRNQNNIRMFDEESINWLHGIKCLKQSGMPIELIKRYVDLCLEGDSTIPQRYKLMMEHKEAALAKLEEAKLHVAHLEEKTTLYQDILEHRSQDTTNPGNWDRILHMHSDVFYSPSIRKV				NA	NA	NA	NA	NA
JZ016_00632	852	yvgN_1	COG0656	Glyoxal reductase	ATGCAAACCGTAACGTTGAACAACGGAGTGAAAATGCCGATCATCGGCTTTGGTGTCTACCAGATTCCTGATGCCGAGGAATGCGAGCGCGCAGTATATGAAGCACTAATGAACGGTTACCGCCTGATCGACACGGCCGCCGGTTATCTGAACGAGGAAGCGGTCGGACGCGCGATTAAGCGCAGCGACGTACCGCGTGAGGAGCTGTTCATCACGACCAAACTTTGGGTTCAGGATGCCAGCTACGAGAGTGCCAAGCTGGCGTTTGCTAAATCCTTGAAGAAGCTGCAACTCGACTATCTCGATCTGTACCTTATTCATCAGCCGTTCGGCGATTACTATGGTGCTTGGCGCGCAATGGAAGAGCTGTACCGCGAAGGCAAAATTAAAGCTATCGGGGTCAGCAACTTCCTGCCCGACCGTCTGATGGACCTCATCGTGCATAATGAAATCGTGCCCGCCGTCAACCAGATTGAAACGCACCCATTCTACCAGCAGATGGAGACCACCGCTTTTATGAAAGAGCAGGGAGTTCAACACCAGTCGTGGGCGCCGTTCGCTGAAGGACGGGGCAACATGTTCGACAACAAACTGCTGACCTCAATTGCTGTTAAACATAACAAGTCCGTCGCCCAAGTCGTGTTGCGCTGGCTTGTTCAGCGCGAAGTCGTTGTCATTCCAAAATCGGTACGCAAAGAGCGGATCGTAGAAAACTTCGATATTTTCGACTTTGAGTTAAGCACGGACGACATGGAACAAATTTCGACCCTCGATACTCGGGAAAGTCTCTTCTTATCGTACCGCGACCCAGAAGTCGCCAAGATGATGGGCAACTGGAGAGTCGATCTGTAA	MQTVTLNNGVKMPIIGFGVYQIPDAEECERAVYEALMNGYRLIDTAAGYLNEEAVGRAIKRSDVPREELFITTKLWVQDASYESAKLAFAKSLKKLQLDYLDLYLIHQPFGDYYGAWRAMEELYREGKIKAIGVSNFLPDRLMDLIVHNEIVPAVNQIETHPFYQQMETTAFMKEQGVQHQSWAPFAEGRGNMFDNKLLTSIAVKHNKSVAQVVLRWLVQREVVVIPKSVRKERIVENFDIFDFELSTDDMEQISTLDTRESLFLSYRDPEVAKMMGNWRVDL	PGPT0001320_571	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-VITAMIN_C|ASCORBIC_ACID_BIOSYNTHESIS,PGPT0001320-dkgA-K06221	NA	NA
JZ016_00633	591	sigJ_2		ECF RNA polymerase sigma factor SigJ	ATGGAGAGTATCGTATGGAAAGAATCCCTTTCAACAGCTGGCTTGTTATTACTGCAGCAGCTCTCCGCGACTGAGCGGATTGTATTCCTGCTTCATGAAGTGTTTCATTACCGTTTTGATGAAATAGCCGAGATCGTCGACAAAAGTACGGTGAATTGCCGTCAAATTTTTCACCGAGCGAAGAAGAGCCTCGGCAATTTGCCTGAACGAAGCCCGGAACTTATTGAGAAAAAAGCGGCACTAGCTGAACGATTTGCCGAGGCGCTCATGACCGCAAATATTGAATTGCTTATTGAACTTTTATCGTCGGAAACTGTACTATACCAGGATGGAGGCGGCAAAGTAAAAGCTGCACTCCGGCCAATAAAGGGTTCAGACTTAATTATCCGTTTTTTTGTCGCCGTTGCACCCGAATTTCCGCCTGGATATCGATGTGTAACTTGTGAAATCAACGGTATGCCTGGAATACGGCTAATAATAGGTGAAATGACTTTTGCAGTGGTTACTTTTGATTATTTGCAGAATCAGCTTTCAAACGTTTATGTCGTGATGAATCCGGAAAAGCTGTCGCATTATAATAGGATGAAGTAA	MESIVWKESLSTAGLLLLQQLSATERIVFLLHEVFHYRFDEIAEIVDKSTVNCRQIFHRAKKSLGNLPERSPELIEKKAALAERFAEALMTANIELLIELLSSETVLYQDGGGKVKAALRPIKGSDLIIRFFVAVAPEFPPGYRCVTCEINGMPGIRLIIGEMTFAVVTFDYLQNQLSNVYVVMNPEKLSHYNRMK	PGPT0014960_1933	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_00634	1551			Ferredoxin--NADP reductase	ATGGGACATTACGATGTCGCCATCATCGGCGGCGGACTTACCGGATTAACCGCGTCGATTTATTTGGCAAGAGCAGGCCTATCGGTCATTGTATTGGATAAGGCAAATCAACTTGGCGGTCGTGCGCAGTCTGTTAACAAAAAGGGAGTATCACTCAATCTGGGTGTACATGCGTTTTATCAAGACGGGGCAGCGGAGGGAATTTTGCGCGAATTGGGCGTGAGGCCGAAAGGCGCTAACCCGCCTGCCTCGGCAGGTGTGATGTGGAATGACCGGATTTATACGCTGCCGACAAAACCATTTCAGCTGATCGCATCCAAACTGTTTTCATTTTCGGAAAAGATGGAGCTTACCCGGTTCATGCTCAATCTGGGCAAGATCGACCCCAATCGAATCGAACGAATCAGTTTAAAGGAGTGGGCAGAGCTGGAAATTCGCCATCCGATGCTTAGACACGTGATATATTCGGTGAGCCGAGCGAATTCTTTCGTTCCTCACCCAGAGCTTCATCTTGCGGGTCCGGCAGTACGGCAGCTTCAAAGAACATTTAGCGGAAAAGCCTTCTACATCGAGGGGGGATGGGGCAGGCTAATCGACGATTTAAGGGATCAGGCTATTCGCGCAGGCGTCACGATAATGAATCAGAAAAAAGCAGTCGAAATCGTACATGACGGAACGGTTCGACGTATCCGCCTTAAAGATGGCGAGCTTATTGACGCTCCTAATGTTGTTATCGCTGCGGGTCCGAAAGAAGCATACGATCTGGTCAAGAATTTGGATAGCACATCTCTTGAAAAATGGAAAGATAACATAAAACCGATTCACGCAGCGTGTCTTGATCTCATCCTGCGCCGACTTCCTGATGGCGGCTCCAATTTCATTGCAGGATTTTGGCTGGATCAACCGATCTTCTATAACTCACCGTCCACTGTAACAAAGCTCAGTGAAGATGGCTCTGTCGTCATTCATCTGGTCAAACACCTAGGAATGAATGAAAGTCGCCCCGAGACGGATCTGTTGCAGTTGGAAAAAGCAATGGATCTCGTTCAACCCGGCTGGCGGAAAGAGGAAATAGCCAGACAGTTTTTACCTAACTTGACCGTCGCACATGATTTTATCACGGTGGACAAAAGTGGCAAATTCCCCAGCCCCTCGGTTCAGGGAATAAAAGGACTTTATGTAGCGGGAGATTGGACGGGACATGGCGAATTATTAGCTGATGCTGCATTTGCCAGCGCCAAGCGAGCGGCGCAAGCGATCATATCCAAGCAATATTCGTTTAAGGGGAGAATGTTGGACAGGGGAACGTTATATAACGAATTGAAACCTTTGCTTGTGTCATTAGCATATCATACGATGGGAAGCATCGCTGAAGCGGAAGATATTGTTCACGATGTGTTCCTCTCGTGGGAAGAGAAACCGCCGCATCAAGTATGCGATGCCAAAGCCTATTTGTGCAAGATGGTTCATAATCGCTGTGTTGATTATATTCGATCGCTCCGTAGAGACAGGGAAAGATACGTCGGACTTATGGCTGCCCGAGCCCATTGA	MGHYDVAIIGGGLTGLTASIYLARAGLSVIVLDKANQLGGRAQSVNKKGVSLNLGVHAFYQDGAAEGILRELGVRPKGANPPASAGVMWNDRIYTLPTKPFQLIASKLFSFSEKMELTRFMLNLGKIDPNRIERISLKEWAELEIRHPMLRHVIYSVSRANSFVPHPELHLAGPAVRQLQRTFSGKAFYIEGGWGRLIDDLRDQAIRAGVTIMNQKKAVEIVHDGTVRRIRLKDGELIDAPNVVIAAGPKEAYDLVKNLDSTSLEKWKDNIKPIHAACLDLILRRLPDGGSNFIAGFWLDQPIFYNSPSTVTKLSEDGSVVIHLVKHLGMNESRPETDLLQLEKAMDLVQPGWRKEEIARQFLPNLTVAHDFITVDKSGKFPSPSVQGIKGLYVAGDWTGHGELLADAAFASAKRAAQAIISKQYSFKGRMLDRGTLYNELKPLLVSLAYHTMGSIAEAEDIVHDVFLSWEEKPPHQVCDAKAYLCKMVHNRCVDYIRSLRRDRERYVGLMAARAH				NA	NA	NA	NA	NA
JZ016_00635	759			hypothetical protein	ATGAGTGTCCCTTCTAGTAGACAGATTACACAAATCATTCGTGCTGAACTGGATAAATTAGTTACATTACCATTGATATGGCTCACTCTTATGGGTACAATCATTCTTAATTTACTATTAGCAGCAGCTTTTACTTCTATTGGTCTACAAGGGGCAGCAGGGAACCAAAGTATACTGAATATAGGGCTAGCTTCTATGGGATATCTTCAAGCAGGATTCATTATTCTTGGGATCATAGCTACTTGTTCGGAGTATACCGGTGGACAGATTCGAACGACGTTAGCTACGATACCTTGGCGTGGGATTCAATTATCCATGAAGCATTTGGCATTGGCAATCATAACCGTTCCCGCGGCCTTTATTATTGCTGCATCCGGTGTCCTATATACTTTTATGATGATGAGAGACACAGCAGCAGTGATTGATATAGACACAACGATAGAAGCATTAGCAGGTGCAACAGGCTATCTAGCGTTAACCACACTGCTGAGTGCAGCTATAGGTGCTTTATTAAGACGAACCACTCCTGCTTTAGTGGTACTGCTTGGTTATTATTTCATTGTCAGTCCATTGTCGAGAGATTTTCTACCTGGTATTAAAAATTATTTTCCCGATACGGCAGGATATTATATGTATACGCCGCCTTCCTCTGATGAAATAACTGTCCTTACACCAATGCAAGGGACAGGGATTATAATGATATGGACACTGATTTTTATTACAGTAGCTATTGTATTTTACCGTAAACGAGATGCCTAA	MSVPSSRQITQIIRAELDKLVTLPLIWLTLMGTIILNLLLAAAFTSIGLQGAAGNQSILNIGLASMGYLQAGFIILGIIATCSEYTGGQIRTTLATIPWRGIQLSMKHLALAIITVPAAFIIAASGVLYTFMMMRDTAAVIDIDTTIEALAGATGYLALTTLLSAAIGALLRRTTPALVVLLGYYFIVSPLSRDFLPGIKNYFPDTAGYYMYTPPSSDEITVLTPMQGTGIIMIWTLIFITVAIVFYRKRDA	PGPT0006730_20743	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_00636	750			hypothetical protein	ATGAGAGCATTCAACGCGGAACTATCTAAATTGTTCTCCCTGCCGGGCATTTGGCTTGCCTTTCTTATTGGAGCATTTGCCCCTGCGGTCATAGCTGCCTTAGACAGCATAGCACAAAAAGAGGATATTATAGCTGGAATTAGCACACGGCTATTGGAAGTTGGCTATATTGGATTAGCTCTTGGTGTACAAGGTGTCATCATTCTTGGTGTGCTTGCTGTCAGTAGCGAGTATTTGACAGAGAGCAGTGAATCTGGTGGAGGACAACAGATTACAACAAGTTTAACGGTTATTTCATCAAGGCTGCATTTTTTGCTGGCAAAAGCAGGCGCTGTGACAGTAATCAGTATACTGCTTTGTATTGTTGCTATAATGACAACTGTGTCAGCCACGCATCTTGTTCTTGGTCAGTATACCCCTGCATTTGAATGGTCTAAACTGCTCGGTGCAGTTTGTTACTGGACATTCACTGCTCTTTTAGCATTTGGGATTACTGTTCTAACTAAGAATGGCACTATTCCGCTTGCCGTGCTCATCATAAATACATCCGTTGTATCATTTAGTTTCTTGCTTTCTAAGGTTACAAAGTTAGCGTTATACTTACCGGATCGGGCTGGCCTTGAAATGTTTATGTTTCTGGGCGACAGATTTCTCACCCCGTTCACAGGCGGCTTAGTCATGTCTGCCTGGGTAGTCGTTTCTTTCATTGCTGCAGCTATTGTATTCCATAGGAGGGATGTTGCAGGATGA	MRAFNAELSKLFSLPGIWLAFLIGAFAPAVIAALDSIAQKEDIIAGISTRLLEVGYIGLALGVQGVIILGVLAVSSEYLTESSESGGGQQITTSLTVISSRLHFLLAKAGAVTVISILLCIVAIMTTVSATHLVLGQYTPAFEWSKLLGAVCYWTFTALLAFGITVLTKNGTIPLAVLIINTSVVSFSFLLSKVTKLALYLPDRAGLEMFMFLGDRFLTPFTGGLVMSAWVVVSFIAAAIVFHRRDVAG	PGPT0006730_22076	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_00637	303	btuD_1		Vitamin B12 import ATP-binding protein BtuD	ATGGCGGCTGCACTACTGGGTAATCCCCCAATATTGGTTCTAGATGAACCCGTAAATGGGCTCGACCCCGAAGGAATTCGTTGGATCCGGACATTTTTACGTGAACGTGCTGAGTCAGGTAACACGGTGTTACTATCCAGTCATCTAATAGGAGAGCTTGCAGAGACGGTTGATGATGTGGTCATTATTAAGCATGGAACAATCGTTGCAGATGGAACATTGGATGAAGTAATAGGTAACCATTCCACGCTGGAGAAAGCTTTTTTTGCCCGGACATCTGAACATGCAGGTGATGTTGTATGA	MAAALLGNPPILVLDEPVNGLDPEGIRWIRTFLRERAESGNTVLLSSHLIGELAETVDDVVIIKHGTIVADGTLDEVIGNHSTLEKAFFARTSEHAGDVV	PGPT0006725_26238	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_00638	108			hypothetical protein	ATGGATCTGGAGCTCATCGCAGGCGAACAGGAAGGGCCCATTTACGTTGGATTGCTCGTGCCGCAGGATTGCCTCGTTCACGTGTTGAGGAAGTTCTGGAAATCGTAG	MDLELIAGEQEGPIYVGLLVPQDCLVHVLRKFWKS				NA	NA	NA	NA	NA
JZ016_00639	1011	sasA_8		Adaptive-response sensory-kinase SasA	ATGAAGCAGACTAGGTCATTATTTCGTCGTTTTCTAAAAGTGCATTTTCTATTTATCTTTTTACCTCCCATTGTGCTTGTTTTCGTCAGCGCGTTTTTTGGGATTTCAGATAACAATGGAAAAAATCTGAATACGTTAAATCTGTTTTACGTTACCGTGCTATTGTTTGGGTTTATTATTGTCGCATTTGTTATTTTATCTTGGCTGTTCTTCTTGAAACTTCAAAAACGTCTCGCCCGCTTACAGGAAGCCATGTCATTTTCAGCTAAAAATAATTCATTTCCTAAACCCATATCTGTTCAATCGGATCGTATGGATGAGATAGACCAGTTAGGAATGTCTTTTAATTGGATGATTCAGCAGCTTGAAGACAGTCGCAAGCGAGCATTTGAAGAAGAGTTATTACGACATCGACTCATTGCGAATTTATCACACGACTTACGAACGCCACTTACCATTTTGAGAGGACATGTCACCCGTTTAAATAAAGAGTCCATGAGTTTAGAAGGACAACACTCGTTAACAGAGATCAACCATACGATTACAAGAGTCGGAGATCTAATGGATGATTTACTGTCCTATACATTGCTTACATCAGGGAAACATCCTTTTGGGCCCGTTTCAACAGATATTGTACGTTTAGTAAGAGCATCTGTTGCTGCGTGGTATCCTGTGTTTGAAGAAAAAGAAATTCAGCTCGATGTTGATTTACCGGCAGAGGAGACTTTTTATTGGCAAGCAGATCCTAATTGGATAACACGGGTTTTGGATAATTTATTTCAGAATATTCTTCGCCATGCAGCAGAGGGGAAATATGCAAACATTGTAGTTGATGTAGAAAAAGAACAGATCATTGTTGCAGACAGAGGTCCCGGTTTGGATCACTCTTCCTATGAGCGTGGGGCGGGGATTGGTTTATCGACTTGTCATTATATGTTGAAAAAAATGAATCTGAAAGCGAACTTTACATCAAATGAAAATGGCACAAGAGTAGCTATTGCTAGGGCTTAA	MKQTRSLFRRFLKVHFLFIFLPPIVLVFVSAFFGISDNNGKNLNTLNLFYVTVLLFGFIIVAFVILSWLFFLKLQKRLARLQEAMSFSAKNNSFPKPISVQSDRMDEIDQLGMSFNWMIQQLEDSRKRAFEEELLRHRLIANLSHDLRTPLTILRGHVTRLNKESMSLEGQHSLTEINHTITRVGDLMDDLLSYTLLTSGKHPFGPVSTDIVRLVRASVAAWYPVFEEKEIQLDVDLPAEETFYWQADPNWITRVLDNLFQNILRHAAEGKYANIVVDVEKEQIIVADRGPGLDHSSYERGAGIGLSTCHYMLKKMNLKANFTSNENGTRVAIARA	PGPT0003985_1338	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-ENVELOPE_STRESS_RESPONSE,PGPT0003985-baeS-K07642	NA	NA
JZ016_00640	678	regX3_3	COG0745	Sensory transduction protein regX3	TTGAAAAGAAACGTACTCTACATTGAAGACAATGAGAAAATTGGCAGTTGGGTAAAAGAAGAATTGGAACAGCGAGGGTTTTCAGTTCAGTGGCTGCTAACTGGTGAAGGAGCCGAAAGAGAAGTGAATCAGCATGAAATCGTTATTTTGGATATCATGTTACCCGGTTTAGACGGATTTACTGTGGGAAGACGATTAAAGAAGGCAGCTCCTGCTATTCCTATTTTGCTGTTAACTGCTCGAACATCGATAGATGATAAAGTAGATGGTTTACAATTTGCTGATGACTACTTAACGAAACCATTCCATACGGATGAATTAGTTGCAAGATTAGAAGTATTATTCCGTCGTAATGGTGGAACAAAATCCGAACGCATTTCATTAGGAAATCAGATTGAAGTAGATCCAGAAGGTCAAATGATATTTGACAAACGCACAGGAGAAGAAATTATATTAACAGGGAAACAGCATCAAATCTTAATGTACTTCTTACGCCACCCTAATCAAGTTTTACCAAAAGAACAAATTTATGAAGCTATTTGGGAAGAAGCTTATATAACAGGTGATAAAACATTAATGGTGCATATCCATCGACTGCGTCAAAAGCTGGAACGTCATCCGGATTCCCCAGAGATTATTGAAACGTTGAAGGGAATAGGCTATCGGGTGAAACTATGA	MKRNVLYIEDNEKIGSWVKEELEQRGFSVQWLLTGEGAEREVNQHEIVILDIMLPGLDGFTVGRRLKKAAPAIPILLLTARTSIDDKVDGLQFADDYLTKPFHTDELVARLEVLFRRNGGTKSERISLGNQIEVDPEGQMIFDKRTGEEIILTGKQHQILMYFLRHPNQVLPKEQIYEAIWEEAYITGDKTLMVHIHRLRQKLERHPDSPEIIETLKGIGYRVKL	PGPT0002665_1705	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_00641	771			hypothetical protein	ATGATATTAGAAAAAGTTATAAATAGAATTGTAATACAAAGTGAATATAAGGATTTTGTTGATAAGTATATAGATAATATACTTACCGAATTTAAAGGTAAGATTCATAGCATTTATATGTGTGGCTCGATTCCAAAAGGAACGGCTAAACCTTTTAAGTCAGATGCAGACTTTACTATTGTATGTGTAAATCCCAAAGATATTGATTACGAAAGATTGTCAAATATTAAAGACAGGCTTTTAAAAGAATATCCAGTATTAACTAAGATTGATACGACAATTTGCTCGATTGACGATGTATTAAGTAAACCAAATGAGTGGGGTTTTTGGGTTAAGATAATTTGTGTTTGCATATATGGTGATGACGTTGGTGAAAAAGTACCACCGATAATTATTTCTCCAGCGTTCATTTTAGACTTAAATACAGAGACCAAGGAGGAAGTAGATCGTATATATCGTTTACTTTCTAATGCTAGTGATAACACAATGAAAACTAGATATATTAAAGGTTACTCTAAGAGATTAATTCGTGCATTATACTCTTTGGTTTTAGAAGATACAGGTGTATGGCAAGATGACATTATTAAGATGAAGAATGCCATATTAAACTATTGTGAGATTGACTCCGCTTTAGTTGATTATCTGTATGCTTGTTACTTGGATGGTAATAATGTACTTGTTGAAGAGTTTCTGGGAATTGCAGATGAAGTATATAGCTATTTTGAGAACACCTTAAATGCAATGGCTGCTTCCAGAACTTCCTCCGGCTAA	MILEKVINRIVIQSEYKDFVDKYIDNILTEFKGKIHSIYMCGSIPKGTAKPFKSDADFTIVCVNPKDIDYERLSNIKDRLLKEYPVLTKIDTTICSIDDVLSKPNEWGFWVKIICVCIYGDDVGEKVPPIIISPAFILDLNTETKEEVDRIYRLLSNASDNTMKTRYIKGYSKRLIRALYSLVLEDTGVWQDDIIKMKNAILNYCEIDSALVDYLYACYLDGNNVLVEEFLGIADEVYSYFENTLNAMAASRTSSG				NA	NA	NA	NA	NA
JZ016_00642	2592	yesS_3	COG2207	HTH-type transcriptional regulator YesS	GTGACTGATGTTCGAAGCTGGCTAAATTTTCGGTGGACGAGTCGAAGCCGGGAAGGAAGAGGACGCTTTTATCGTTACAGCCTGATCCTGGCACTGTGCATGTCGAGTATTCCAACAGCGGTTATCGGCTTCTCGTCTTATGTGCTCGGTACGCAGCACATCGAACGCGAGGTGATGAGCAGCCACCGGGCACTCGTTAAACGCTCGGCAGAAAGCATGGACGAACTGTTCGTGCAGGTGGAACAGTCTGCGGCCCGTTGGGCGCTAGATCCGAGACTTGACGGTGATCTTAGAAGAGCAAATCTTCGTATGGAATACCAGAGAACCCAGGAGCTGTATCGCTTTCTGGGACTGATGAAAGCGTCTTATCCGGAGCTGAAAGACGCAAAGCTGCTGCTTGCTCGTAACGAACCGCTTTTGCTGTCGGATACGGAAGGGTTAAGGAAAATCTCGATCGCAGAAGATAGTAAGCGGTTTCAGAGTATTGTTGATGCCCCGTCCGCTTTGTATTGGCTGGATAATTTTCGGTGGACGGCTTCCGAGAACGGAGAGGTTGTATTAGTCCGGAAGCTGCCTGCTTACGGAGATCCTTATGGAGCTCTTCTATTGAACATGGACAGAGATAAAATTGAAGAACGGATGCGCCAGGTATCGTTCGATGATAAAGGCGCTTCGTTTCTATATGCAAGTTCCGGACCACCCATAATCCGCATGTCGGATGTGCCGTCGGATGATCCGATGCGAACCCCGACTTTCGAATCCGCGCTGCGTGAGGAGCTTCGAACTCAGGTCTCGGACACACCGGACTCTTATCTGTTCAAATGGCAGGGCAAAACCTACTCCGTTTCCCATAGCCAATTACATCGTCCGGGGGTCGAATGGACTTATGTGACGGTGTCGCCTTTAGAAACGCTAACTCGTCCTGTCGTGCTGCTCTCGCGTTCGCTGCTCGCCGTGAGTTTTGCCGGTATGCTGCTGGCGCTGCTGATCGCCTGGTTGGCTTCGCATCGATTGCACCGGCCGATAGGTCGATTGGTACAAATCCTTAACAGCCAGTTTTCACCGGCGCTCGGTCAGCCTTCAGGGGACAGGGCCGTCGGGACGGCAGAAACACCTGAACAAGAAAAAGGCCTGAGCGGACTGCTGCGGAAAATCAGCATAAGCCAGCGTTCCAAAAACGGACCTGACGGTACCGGAATAGAGAACAATATGCATCCCTACGACGAGCTGGACTATATCGAGACGAGTTGGCGCGGTCTATCCGATGCCAAAAGAGAAGCCGAAGCCCGGCTCGAACACACGTATCCCGAATTGAGATCGGCCTTTTTGATGCAGCTGATGCAGGGACATTATCAGACATTGAGCGAGCGAGAACTGCTGTCGCGAATGGAAAGATTCGGATGGTCGATCCATCCCGACGAGCGGATGTTAGTTTTCTTGCTGCAGGTCGGCGTGCTATCGCCGCCGGAATCGAAGTTCCGCGAAGAAGATGAACTTCTGATGACGTTCGCTGCCGCCAACGTAGCCCGTGAATTTGTGGAGCAGCGTACAAAACGTGCAATCGTTGTAAATTTTCAGGATTCGACCGCTGCCGTGCTGATTCCTTATTCCATGGGTGAAAGCGGCGTGACAGCCGAGACGGATCGAGAACATACGTACGATTTGCAAAGTTCAGCCGATAAGATCCAAGGTGATACTGCAAATGAAGAGGGCGATGTACAGCGGTTGAACGTACTGGGGAAAGCGCTGGCGGGAGAGTTGGCAGGTACGATACGCTCTGTGCTGCGGCTGCAGACCCTAGTGTGCACAGGCAGTGCTTCCGGAATTCTGGAAGTGCCGGAGCTGCTTCATTCTCTGCGAGCTGCGCTGCGTCATATTCAGCATGACGAAGATTGTCGGGTTCTGCATCTGGATGAATGGATGCCGGATCTTGATGAGCAGAGCACTTATCCATTCGAGCTCGAACGTGAGCTTCTCCGCAGTGTCAAGCTTGGCCAAATCGAGGAAGCGGCCCGGCTGACGGATGAATTTATCGATGAGCTGGCACGCCGAGCGGCCTCGAAGCCAGAAATGCGTAATCTGACTTTGCATCTGCTCGGCAGTCTGCTCCACACGATGATGGAGAACGGTGCTCCATCCGAGCACGTCGACTTTATGGGTCTGTATGAACGTCTTGCCACTATACGCCAGCCCAAAGCAATGGCCGCCTTTATGCGTACACAGGTATTGGAACCTTATGGCCGCGAGATCGATGGTAGCGATCGGCTGTATACTGATCGTCTCGCCGAAAGAGTCAAGGAGGAGATCGAACGTGATTATACGGCAGATTTCTCTCTGGAGAGCTGTGCGGAACGTTTTGGCGTCAGTTCTTATACGCTCAGCCGCTCATTCAAGCAAGCCCACGGGAAAAACTTCGTCGATTATGTCATGGAACTTCGTCTTGAACGGGGCTGTGAGCTGCTGTGCACGACCGATCTCAAAGTGAACGAGATCGCCGAGTCGGTCGGTTATCATCCCTCGTATTTTATCCGGCTATTCCGCAAGCAGAAAGGCATGACGCCCGGGCAATACCGAATGAAGAAAAACGGATAA	MTDVRSWLNFRWTSRSREGRGRFYRYSLILALCMSSIPTAVIGFSSYVLGTQHIEREVMSSHRALVKRSAESMDELFVQVEQSAARWALDPRLDGDLRRANLRMEYQRTQELYRFLGLMKASYPELKDAKLLLARNEPLLLSDTEGLRKISIAEDSKRFQSIVDAPSALYWLDNFRWTASENGEVVLVRKLPAYGDPYGALLLNMDRDKIEERMRQVSFDDKGASFLYASSGPPIIRMSDVPSDDPMRTPTFESALREELRTQVSDTPDSYLFKWQGKTYSVSHSQLHRPGVEWTYVTVSPLETLTRPVVLLSRSLLAVSFAGMLLALLIAWLASHRLHRPIGRLVQILNSQFSPALGQPSGDRAVGTAETPEQEKGLSGLLRKISISQRSKNGPDGTGIENNMHPYDELDYIETSWRGLSDAKREAEARLEHTYPELRSAFLMQLMQGHYQTLSERELLSRMERFGWSIHPDERMLVFLLQVGVLSPPESKFREEDELLMTFAAANVAREFVEQRTKRAIVVNFQDSTAAVLIPYSMGESGVTAETDREHTYDLQSSADKIQGDTANEEGDVQRLNVLGKALAGELAGTIRSVLRLQTLVCTGSASGILEVPELLHSLRAALRHIQHDEDCRVLHLDEWMPDLDEQSTYPFELERELLRSVKLGQIEEAARLTDEFIDELARRAASKPEMRNLTLHLLGSLLHTMMENGAPSEHVDFMGLYERLATIRQPKAMAAFMRTQVLEPYGREIDGSDRLYTDRLAERVKEEIERDYTADFSLESCAERFGVSSYTLSRSFKQAHGKNFVDYVMELRLERGCELLCTTDLKVNEIAESVGYHPSYFIRLFRKQKGMTPGQYRMKKNG				NA	NA	NA	NA	NA
JZ016_00643	1491	lipO_4	COG1653	Lipoprotein LipO	TTGGGGTTTGCATCCATTATGGCTCTGTCTCTGGTTACAGCGGCCTGCAGCAGTCAAAACGCGGAAAACGGCGTGCCGGAAGATGGAAAGCCGATGCCGGTCAGTATCATGTCGATGTATTTTACACCTGAACCGCCCGGAGAAGACAATGTGATCATTCAAGAGATCGAGAAGAGAACGAATACCGATCTCAATATCACGTGGGTATCACCAAACAGCTATGGCGACAAGGTAAACGTTACGCTGGCGTCGGGTGAGATTCCCGATCTGATGCTGGTCGATGATCCTTTCTCGGCTCAGGTACGTACTATGGTGAAGCAGGGTGCGTTCTGGGATCTGACGCCTTATCTTCAAGACTACCCTAACCTCTCTGGGTTTCCGAAAGAGTCCTGGATCAACACCAAGCAGGCCGACGGCAAAAATTATGGGATTCCTCGGGTGCGTCCGGTCGAAGGAGGCCCATTCCTGTTCCTACGTAAAGACTGGCTAGACAATCTGGGCATGGAGATTCCGGAAACGACAGACGAATTTTACGAAGTGCTCAAAGCATTTACGAAAAACGACCCGGACGGCAATGGTAAAGACGATACGATGGGATTCACAGGATTGGTCAATCAAAGTAATATGGGCAGCTATGGGGCAATCGTCAGCGCATTCACGCAAAATACCGGAGATTGGAAAGATGTCGACGGCAAGCTGGTCAACGTTAACCTGTTGCCGGAAATGCGCGATGCTCTGGAATGGTTAAGCAAAGCTTATGCTGAAGGGTTGATCTCGGAAGATCTCGCTGTTCTGAAAGAGAGCCAGACCAAGGATCAGCTGAATGCGGGCCGTGCAGGCGCCGCCGTTAACACGGTCGAAGCGGCGTGGGAGCCAATGGAAGCGAATCTGAAGAGCAACCCGGACGCGGATTTTCTGCCGCTTGTCTCCATGAACGGCTGGACCAACAAAGACGGCGGATTCTTCGGGATGTTTGTGATTCCCAAAACGGTATCGGAAGAAAAAATGAAAAAACTGCTTGAACTGATGGACTATGGCGCGTCGGAAGAAGGCGGAACGCTGGCCAGCTACGGTCTGGAAGGTGTTCATTATACTGAAGAGAACGGAATCAAGATGGCGACGGATAAGGCCAAGACCGATATCGTCGGCTCGCAGGCGCTTGGTCAAATCTTCATGAATTATGACAAATATATGCGCGCGTATCGGGGCGGTATGCCACTGGAGATTTTTGAGCGGAACAAAAAGATCATCGACGAGCGTGCAGAAATAAGTGTTCCTGACAGAGCGATTGGATTGTATTCGGAAACGAATATTTCGGTGGGACCTGAGCTGGCGAAGAATATTCAGGATATGAAAACCAAGATTATACTCGGCAAGCTGTCGCTGTCGGACTGGGACAAATTTGTTGAGAAATTGAAAAATGATTCAGATCTGCAAAAAATTACGGACGAGCTGAATCAGGCTTATGCCGACCGTCAAGCGGAGCAATAA	MGFASIMALSLVTAACSSQNAENGVPEDGKPMPVSIMSMYFTPEPPGEDNVIIQEIEKRTNTDLNITWVSPNSYGDKVNVTLASGEIPDLMLVDDPFSAQVRTMVKQGAFWDLTPYLQDYPNLSGFPKESWINTKQADGKNYGIPRVRPVEGGPFLFLRKDWLDNLGMEIPETTDEFYEVLKAFTKNDPDGNGKDDTMGFTGLVNQSNMGSYGAIVSAFTQNTGDWKDVDGKLVNVNLLPEMRDALEWLSKAYAEGLISEDLAVLKESQTKDQLNAGRAGAAVNTVEAAWEPMEANLKSNPDADFLPLVSMNGWTNKDGGFFGMFVIPKTVSEEKMKKLLELMDYGASEEGGTLASYGLEGVHYTEENGIKMATDKAKTDIVGSQALGQIFMNYDKYMRAYRGGMPLEIFERNKKIIDERAEISVPDRAIGLYSETNISVGPELAKNIQDMKTKIILGKLSLSDWDKFVEKLKNDSDLQKITDELNQAYADRQAEQ	PGPT0017245_3110	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00644	879	araQ_6	COG0395	L-arabinose transport system permease protein AraQ	ATGCTCCAGTCCAAAATGGATCGTCTATTCAATGCAACTAATCTGTTTTTTCTAACTGTAATCGGTCTGGTCACGTTGTTTCCTTTGTATTACGTGCTGGTCGTGTCGTTCAGCGACCCGGCAGAATTCATTCGCAACAAAGCGACGCTTTTCCCGAAAAAGTGGAGTCTCGATTCTTACCGGTATTTGTTGTCCACCAATTCTTTTATGCATGCAATGGGCAACAGTGCGTTTCTGGCTACCGTCGGCACGATGCTCAGCTTATTTGTAACATCCTGTCTTTCTTATGCCCTGTCTCGGAGACGACTGCAGGGACGGCGGGTGATGCTGCTGCTGATTCTGCTGACAACGCTCTTCAATCCCGGTATTATTCCACCGTACCTGTTAATCCGCGATCTCCATTTGATCAACAGTACCTGGTCGTTGATTCTGCCGGTGCTAACGAGCGGGTGGTATGTATTATTGATGAAAGGTTTCTTTGACAGTATCCCGTCCAGCCTGGAAGAAGCGGCCCGTATTGACGGCTGCAACGATATCGGAGTCTGGTGGCGTATCATTTTGCCGCTGTCACTGCCGTCGCTGGCGGCATTTGGCCTGTTTTACGCTGTAGCGTACTGGAACACCTTCTTCACCGCGCTGCTCTATATCAACGACTTCAACAAGCAGCCTCTTCAAGTCCTACTGCAAAACATGCTGATCGACTCGTCGACGGCTTCAGGAGGAACCGCAGCGGTCGAGATAACCGCGGAGCAGCAGATTCCGTCGGAAACATTGAAAATGGCCGCCGTTGTAATCGCAACTGTTCCGATCCTTATGGTATATCCATTTTTGCAAAAACATTTCGCAAAAGGCGCGATGGTCGGTTCGGTGAAAGAGTAA	MLQSKMDRLFNATNLFFLTVIGLVTLFPLYYVLVVSFSDPAEFIRNKATLFPKKWSLDSYRYLLSTNSFMHAMGNSAFLATVGTMLSLFVTSCLSYALSRRRLQGRRVMLLLILLTTLFNPGIIPPYLLIRDLHLINSTWSLILPVLTSGWYVLLMKGFFDSIPSSLEEAARIDGCNDIGVWWRIILPLSLPSLAAFGLFYAVAYWNTFFTALLYINDFNKQPLQVLLQNMLIDSSTASGGTAAVEITAEQQIPSETLKMAAVVIATVPILMVYPFLQKHFAKGAMVGSVKE	PGPT0017255_2351	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00645	981	yteP_7	COG4209	putative multiple-sugar transport system permease YteP	ATGGCTTCCCGAATGGACACAGCCGGCCATAGAAAAATAGAAAGCGATTACAAGATGAGCCAGGCTACGGAACGAAGACGAAGTATCTGGAAAGGCGTAAAGCGCGATCGCTTTTTGTATCTGCTTGCGCTACCGGGCATCGTGTTCTTTATCCTATTTAAGTATGTGCCAATGTGGGGAATCTTGATCTCGTTTCAAGATTATTCGCCTTATCAGGGGATGTGGGCAAGTCCGTGGATCGGTTTCGAACATTACATCCGTTTCTTTTCGAATCCCGACTTTCTGATCTTGTTCCGAAACACGATGGCGATCAATTTGCTGTCACTCATCTTTTTCTTCCCGCTGCCCATTTTGTTATCGGTCATGATGAATGAGCTGCGCGGCAACAAGTTCCGCAAAACGATTCAGTCGATTGTTTATCTGCCGCATTTTCTGTCTTGGGTCATTATCGTCGGTATTACGTTTCTTCTTCTGTCTACCGGCGAAGGCATCGTCAATCAGCTTCTAGTGGCAGCCGGTCTGAACAAGATCGACTTTTTGACCAATCCCAATTACTTCTGGGTTCTGTTGACCGTCCAGTCGATATGGAAAGATGCAGGCTGGGGTACGGTATTGTTCCTTGCTGCGATGGCCGGGATCGATCCGCAGTTGAACGAAGCAGCGAAGATGGACGGAGCGGGACGCTTGCGGCAGATCTGGCATATTACTCTGCCGGGCATCCGTTCGGTCGTCATCATCCTTCTTATTCTGCGGATTGGACATATTATGGACGTCGGCTTCGAGCAAGTCTTCCTGATGATGAACGGTGCCGTATCCGAAGTCGCAGATGTATTCGATACTTATGTGTATAGGCTAGGTATCAAGCAGGGACAACTCAGTTTCAGTACTGCTGTCGGCGTGTTCAAATCGTTGGTAGGCCTGATCCTCGTTATCGGAGCGAACAAGCTAGCCAAGAAATTCGGCGAAGACGGTGTTTATTAA	MASRMDTAGHRKIESDYKMSQATERRRSIWKGVKRDRFLYLLALPGIVFFILFKYVPMWGILISFQDYSPYQGMWASPWIGFEHYIRFFSNPDFLILFRNTMAINLLSLIFFFPLPILLSVMMNELRGNKFRKTIQSIVYLPHFLSWVIIVGITFLLLSTGEGIVNQLLVAAGLNKIDFLTNPNYFWVLLTVQSIWKDAGWGTVLFLAAMAGIDPQLNEAAKMDGAGRLRQIWHITLPGIRSVVIILLILRIGHIMDVGFEQVFLMMNGAVSEVADVFDTYVYRLGIKQGQLSFSTAVGVFKSLVGLILVIGANKLAKKFGEDGVY	PGPT0017250_502	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00646	1116	ugl_2		Unsaturated chondroitin disaccharide hydrolase	ATGACGGTCGAATCAAATTGGGTGCAAGAAGCATGGAATCAAACGAAGGCAAAAGTGAAGCATGTTCATCAGCGTATCGGAGATGGATTCCCACATGCAAGTCAAAATGGAGAATACCGATTGGAACCAGCCTCCTGGTGGACTGCTGGCTTCTGGCCTGGATTGCTGTGGCTTATTTATCAGGATACGCAAGATGAGGATTTGAAAGCATCCGCAGAATCATGCGAACGCCAGCTGGATGTATTATTAACCGATTCGAATAAAATAGATCACGATATTGGTTTCATGTGGACTTTAACAAGCGTAGCAAGATATAAAATTTTAGGATCAGATGATTCGAAACGAAGGGCTTTACTTGCCGCCAACCTTCTCGCTGCGCGTTTTAACGTCCAAGGGAAATTCATCCGTGCGTGGAATGGTAAAGATGTTGCAGGTTGGGCCATTATCGACTGTCTGATGAATCTGCCACTGCTGTATTGGGCGTCAAACACAACACGAGATCCGCGATACAAGCACGTCGCAACCAATCATGCGGATACCGTGTTAAAGCATTTTTATCGGACTGATGGATCGGTTGCCCATATTGTATCTTTTGACCCTGAAACCGGAGAAAAGCTTGAAGTGAAGGGAGGACAAGGCTACTCACCTGAATCAGCATGGTCACGTGGAGCAGCATGGGCGATCTATGGAATGAGCCTGAGCTACCATTACACAGGCAACCAACAATACTTGAATGGCGCCAAAAAAACAGCTCAATTTTTCTTAGCCAATCTACCACAAGATTATGTTCCTGTTTGGGATTTCCGTTCGTCTGAAGAGGGCCGTACGGTCCGTGACTCATCGGCTGGAGCCTGCGCAGCTTGTGGGCTTCTGCTTTTAGCAGAACAGGTTGACGGAGATGAGGCAAGGATCTATAGGGAAAGCGCGAAAAAAATACTTCATTCATTGTATACAAATTATGGAGCCTGGGAATCGGAAACGGAGGAAGGGCTTATTTTACACGGAACGAGTCATTACCCCGAAAAACAAAATGTCGATGTCCCATTGATTTACGGGGATTATTACTTTACGGAAGGAATCTCCTTATTGATGGGTAACCGAGATCGCTTCTGGTAA	MTVESNWVQEAWNQTKAKVKHVHQRIGDGFPHASQNGEYRLEPASWWTAGFWPGLLWLIYQDTQDEDLKASAESCERQLDVLLTDSNKIDHDIGFMWTLTSVARYKILGSDDSKRRALLAANLLAARFNVQGKFIRAWNGKDVAGWAIIDCLMNLPLLYWASNTTRDPRYKHVATNHADTVLKHFYRTDGSVAHIVSFDPETGEKLEVKGGQGYSPESAWSRGAAWAIYGMSLSYHYTGNQQYLNGAKKTAQFFLANLPQDYVPVWDFRSSEEGRTVRDSSAGACAACGLLLLAEQVDGDEARIYRESAKKILHSLYTNYGAWESETEEGLILHGTSHYPEKQNVDVPLIYGDYYFTEGISLLMGNRDRFW	PGPT0019355_935	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019355-ugl|EC_3_2_1_180-K18581	NA	NA
JZ016_00647	1146			hypothetical protein	ATGGGGGACGATAGGAAGTATTGGGTGGATACCTTAGTTCGAATTACGCAGCCTGTTCTACATTCATTATCGGAACGTCGGATGGTGTTGGATATGCCTATCGAAGCGAGAGAAGGTGATCGGTCCAATTACACATACTTGGAAGCATTAGGACGTACCTTAGCCGGAATGGCACCATGGCTCGAACGTGGAACACGTTCTGGAGAGGAAGGAGAAATTCGATCTAACATGGCCGTTATGGCGAGGCAAGCCATCGAGGCGGCTACTGATCCAACTTCCCCGGATTATATGAATTTCACAAAAGGTGGACAGCCTTTAGTTGACGCAGCCTTCCTTGCCAACGCCGTTCTCCGTGCTCCAAACGAACTGTATGCAGTGCTTGATGATAAAGTGAAAGCAAATCTGATTTCAGCTTTGAGATCTACGCGTGTGATCCGTCCGGTTTTTAGCAATTGGCTCTTATTTAGTGCCATGATTGAAGCCGCTCTGTTCCGAATGGGCGTAGAAGATTGGGATCGTATGCGTGTAGATTATGCTTTAAGACAACATCAGCAATGGTACAAAGGGGACGGTATGTACGGAGATGGGCCTTCGTTCCACTGGGATTATTACAACAGCTTTGTCATTCAACCCATGTTGGTCGATATATTGGATGCAATAGGAGATCAATTTGAAGATTGGGCTGCACTACAAGTCAAGGTGTTGAAAAGAGCAGTACGTTATGCAGCCATTTTGGAACGGTTAATATCACCTGAAGGGACCTTCCCGCCACTGGGCAGATCACTTGCTTATCGTTTCGGGGCATTCCAGCATCTGTCTTTAATGTCTCTTAGGGAGGAGCTCCCGGAAGGACTGTTACCAGCTCAAGTCCGTTGCGCACTTACGGCCGTCATCAGGAAGCAGATTCAGATGCCGGGTACATTCGATGATTCCGGCTGGCTTCGCATTGGCTTTGCCGGCAGTCAACCTGAAATTGGAGAAGGGTATATTTCGACAGGCAGTTTATATCTGTGTACGACGGTATTTCTAGCGTTGGGGCTATCACCGGAAGCTGAATTCTGGCAAGGAGAGGCAGAGTGGACTGCGCTGAAAGCATGGTCTGGTGGAACAATTCAAATAGATAAAGCAATCTCGGGAGAAATGTAG	MGDDRKYWVDTLVRITQPVLHSLSERRMVLDMPIEAREGDRSNYTYLEALGRTLAGMAPWLERGTRSGEEGEIRSNMAVMARQAIEAATDPTSPDYMNFTKGGQPLVDAAFLANAVLRAPNELYAVLDDKVKANLISALRSTRVIRPVFSNWLLFSAMIEAALFRMGVEDWDRMRVDYALRQHQQWYKGDGMYGDGPSFHWDYYNSFVIQPMLVDILDAIGDQFEDWAALQVKVLKRAVRYAAILERLISPEGTFPPLGRSLAYRFGAFQHLSLMSLREELPEGLLPAQVRCALTAVIRKQIQMPGTFDDSGWLRIGFAGSQPEIGEGYISTGSLYLCTTVFLALGLSPEAEFWQGEAEWTALKAWSGGTIQIDKAISGEM				NA	NA	NA	NA	NA
JZ016_00648	789	araC_2		Arabinose operon regulatory protein	ATGCTGAAATTAATTTCATGCGGTTTTCATACCATCCACCATGAAGGAATTATTAGAAATCGTCCGAAAGGTTCTGGTCATTACACTTTTGTATTCTTTAATAGCAATGCAGAGTTGAAGTTGAATGGGCAAACGATGATCGTCGAAAAGAATACTTTTGTCTTTTTTCAACCCGAGACTCCCCATGCTTACTGCGAAATAAAGAGCCCATTCATTAATGACTGGTTTCATTGTTATGGCGAAAATATGAATGAATTTCTTACAGAACTAAACTTCCCTCTGGACACTCCAATTGAAGCATCTGATCCGCTACTGATTTCCAGGTCCATCAAGGAACTACAGAATGTGAACCGGCTTAACGGAACGTTGCGTGAGCGTATCATAGACTGCGATCTTCGGTCCTTTTTCATGAAATTAAGTGATTTGCGGGAACGAACGGCTCCTCATCAACTGAATCATTATTACATCCGATTTAACGAATTACGTAATGAACTCTATCGCTCTCCTCACCAGAACGTTTCTGTAACTGAACTGGCTGCACGTTTAAGTTTGAGTAAATCTTATTTCCAACATATCTACAAGCAGTTATTTGGTTGCTCTGTAATGACCGATATGATTAACGGGAGGCTAGAGCACGCCAAATATCTTTTAGATCACAGCGAGATGTCAATAAATCAAATTGCTAGTACCTGTGGTTACGAAAATGACACTCACTTCATGCGCCAATTCAAAAAGTTTGTTGGCATGACACCAAGGCAATATCGATTTAGAGATGTCCCTGTCAAGTAG	MLKLISCGFHTIHHEGIIRNRPKGSGHYTFVFFNSNAELKLNGQTMIVEKNTFVFFQPETPHAYCEIKSPFINDWFHCYGENMNEFLTELNFPLDTPIEASDPLLISRSIKELQNVNRLNGTLRERIIDCDLRSFFMKLSDLRERTAPHQLNHYYIRFNELRNELYRSPHQNVSVTELAARLSLSKSYFQHIYKQLFGCSVMTDMINGRLEHAKYLLDHSEMSINQIASTCGYENDTHFMRQFKKFVGMTPRQYRFRDVPVK	PGPT0017485_693	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_00649	384			hypothetical protein	ATGTGGGGGAGATGTATTATTTTGATTTGGGCCATAGGGGTTATCAACTTTACAATATTGGATGGTGTTGATGCATACAGCGATGAGTCGCCAACTATGAATAATGTCGATATTCAACATAAGAGATTGGAAGAAGTTCTTATTTTTGAACTTCGTCCAAAGATCATGGACGTACTTAGGAAAGAGTATGCTAGTAACTTTCTCATCGATAGACAGCATATCTTACCATTGAGGAAATCGAACTCTTATCCTCAACATGAGTTCATACTAGAAGGACGAGTTACTACAAATTCTTACTCGGATATAGTTCAAATTACTTTTAAAGCTAATTTTGACGGATACAAAGTGAGTGGTTTTCATGTTGTTAATCATTCATTGAACTAA	MWGRCIILIWAIGVINFTILDGVDAYSDESPTMNNVDIQHKRLEEVLIFELRPKIMDVLRKEYASNFLIDRQHILPLRKSNSYPQHEFILEGRVTTNSYSDIVQITFKANFDGYKVSGFHVVNHSLN				NA	NA	NA	NA	NA
JZ016_00650	231			hypothetical protein	ATGATGGTCCCCACAAAATCTTTGAACTTAGAGGAATGGGATAATCCATTAGATGAAATTAAACGTTTTTTTGAAGATGCAAGCTTGGAAAGCAAACTCGCATGTATTCGTAATATTCAGGAACAGTTCTCACTTGAGCATGGAGTTGACCTACTAGACTTTTTGATTGATGAAATGACGAAACTGGGATTTGTCAATGAAGTTAAGAAGTTAAGTTCATTTACTTTGTAG	MMVPTKSLNLEEWDNPLDEIKRFFEDASLESKLACIRNIQEQFSLEHGVDLLDFLIDEMTKLGFVNEVKKLSSFTL				NA	NA	NA	NA	NA
JZ016_00651	450			hypothetical protein	ATGAAATTGATTCGAAGGGGTAATTATGAACTACCCAAAACACTGATTATGCTCCGTGAATTGGAAGAAGAAATTAGAGAAGAAAGAGGTAAAGAATTTGCGGACTTAGTAGGCCTAAGCTTTTCCTATTCTCACGAAGAAAATGATTTCTTTACCTATGCAAATGCGCCAATTGATATGGTGTTATTGACGTTCACAAGAGTAGACAGCTATTGTGGATTTATTACAGAGTTTAGCACGATAGAAGATCTTGAATACGCTCCTATTGCACTTTTCGAACGACTGGGCTTTTGTGATTCCGATTACAGCGTTAAAATTATTGCCAATAACATTCGGGATTTTCTAAGATTGCTGATCACGGTTAAAACATATTCAGCCTCGATCAGGAAGACGATGAAAAGCATGAAGGCCAGACTCCTGATGAAGACTACTTCTATAGAAAGATCATAG	MKLIRRGNYELPKTLIMLRELEEEIREERGKEFADLVGLSFSYSHEENDFFTYANAPIDMVLLTFTRVDSYCGFITEFSTIEDLEYAPIALFERLGFCDSDYSVKIIANNIRDFLRLLITVKTYSASIRKTMKSMKARLLMKTTSIERS				NA	NA	NA	NA	NA
JZ016_00652	717			hypothetical protein	ATGAAATTGATTAACAAAGCGACAGCTGTTATCCTGCTGAGTATTTTACTCACGATGGCACTGACGGGCTGTCAGTCTAATGGTGCCAAGACGCCAGAAGCGGCGCAGAACTCGGCTGAAAAAAACACGCCCGACGAACAGGCCAAAGGCGAAGGAGCATCAAATCCTACTGCGCCTGCTTCAGAAAATTCAGAAGGACAGAGTGCTGAAGCTATTAAGGAAGGTTCGATGGAGAAGGAAGGCAATGTGGTGCTGAAGGAACTTGCTTTTGTCTATAATGAGCACACCATTGCGATTTCGGATACAGCGAATGAAGATCAGATGGAACAGATGCTGGGCAAACCGGATAAGCTGAAATCTCATACGTACAGTGCCGGCGATGGAACAAACATGGATACGTTAATCGGTTTTACAGAAAAGGTTTATACGTATCCTGGTCTGGAGATTAAAACAATCAGTATACCGGAGGGGAAACAAGACTCCATCTTTCATATCGAAATTACAGATCCTAAGTACGCGACAGTGCGAAACATTAAAGCAGGAGATAGCCTGGATACACTCAAAAACGCCTACCCTGAGGGGAAACTGCTTGGTGATGGAGCCCCTAATGAGGAGGATGACTTCCGTTACGAGCCATCCAATTATGTGGATGTGATGTCGTTTCATATCAAGGATGCCAAGGTGGAGAGCATTCAGATCTACAGCCTTCTGGACTAA	MKLINKATAVILLSILLTMALTGCQSNGAKTPEAAQNSAEKNTPDEQAKGEGASNPTAPASENSEGQSAEAIKEGSMEKEGNVVLKELAFVYNEHTIAISDTANEDQMEQMLGKPDKLKSHTYSAGDGTNMDTLIGFTEKVYTYPGLEIKTISIPEGKQDSIFHIEITDPKYATVRNIKAGDSLDTLKNAYPEGKLLGDGAPNEEDDFRYEPSNYVDVMSFHIKDAKVESIQIYSLLD				NA	NA	NA	NA	NA
JZ016_00653	1383	sasA_9		Adaptive-response sensory-kinase SasA	GTGCTGTCCTTTGGCATCATTATTTTTGCGGTGAATAAAGCCATCGATTACTACAGCTTCATTACCATTGAAAAACAGATGAGGGAGAAGGCGGATCTGTCCGAGTTGTCCTTCCGTGAGGTGTTGGCACAGCATAGATCATCGACAGGAGAGCCGCAGACAAAAGAAATCGTCAGACTTGCTCTGGAGAAGCTGAAAGCTTCAGGCAAGGAAGTACGTATCTATGATAGCTCCAAGCAGTTGCTGGGCTTGGCTGCGGATGGCATCATCATTAATGATGGCAAACCTCTTATTTTTGAAAAGAATATTGAGAAAGCCCTGAGCGGCAGTTATGCCTACACCGTAACGGAAGATCATCTGCTTTATTTTGCCACTCCCATTCAGGATCAATACTACCAAAACGCTTATGTGTATGAGTTCGTGGAGGACATTTCCTACTTTTATGCGATTATGGATCAAATTCGTTATATCCTGTTTGCGGGTGCAGGCGGATTTATTGTACTGATTACGTTATCCAGTCTGTGGATTGCCCGCAACACAACCAAGCCGATTAAGCTGTTGCTTGGGGCTGCGCAAAGTTTCTCTAGACAGGAGTTTCGGAGAGTTCATCTAAACCGGAAGGATGAGCTGGGCATGCTGGCAGATGGGCTGGATTCCATGGGGCGGCAGCTTCATGATTACATTCAGTACCAGAAACAATTCGTCTCCAACGTATCTCATGAGTTAAAAACACCACTGGCAGCAATTCGTGGTTTCTCTCAATACTTGTATGAAGGGGAGAACGAGAACAAGGAGCTGCAAAAAATCTATGCTCATCTGCTGCAGGAATCGGACCGGCTGACGCGCTTGATTAATGAACTGTTGTTGCTATCCCGATTCGACAAGGCTGATTCTAACGAACTGGAAGTCCGGAAGACGGAAATGAACGAACTGATTCAGCAAGTCGCAACGAGTATGGGTGGCAAGGCCAAAGATAAAGGAATCGAGATTATGTTCAGGGAGGCGGAAGCGGAACCGGAGGATAAGCTTCTGACGAGAGTCCACGCCAACGTGAATCCAATGCTGATGTCCCATGCGATCGCCAACCTTGTGGACAATGCCATCAAATATTCAGGCAGTCCATCGCTAATCGAATTGAAGCTTACACATACGCCAAGCGAGGTAGTTATACGGATACGTGATCAAGGTATCGGTATCGCGGGCGATGAGCTGGAGAGAGTGCAGGAACGCTTTTACCGGGCGAAAAATGCAAGCACAGCGAACGGTTCAGGTCTTGGACTTTCTATTTGCAAAGAGATTGTAGAGCGGTTCAATGGATATATCGACATGGAAAGTCAAATCGGGGAAGGAACGACCGTTACGATTGTGTTACCCCGTGCGTAA	MLSFGIIIFAVNKAIDYYSFITIEKQMREKADLSELSFREVLAQHRSSTGEPQTKEIVRLALEKLKASGKEVRIYDSSKQLLGLAADGIIINDGKPLIFEKNIEKALSGSYAYTVTEDHLLYFATPIQDQYYQNAYVYEFVEDISYFYAIMDQIRYILFAGAGGFIVLITLSSLWIARNTTKPIKLLLGAAQSFSRQEFRRVHLNRKDELGMLADGLDSMGRQLHDYIQYQKQFVSNVSHELKTPLAAIRGFSQYLYEGENENKELQKIYAHLLQESDRLTRLINELLLLSRFDKADSNELEVRKTEMNELIQQVATSMGGKAKDKGIEIMFREAEAEPEDKLLTRVHANVNPMLMSHAIANLVDNAIKYSGSPSLIELKLTHTPSEVVIRIRDQGIGIAGDELERVQERFYRAKNASTANGSGLGLSICKEIVERFNGYIDMESQIGEGTTVTIVLPRA				NA	NA	NA	NA	NA
JZ016_00654	708	walR_1	COG0745	Transcriptional regulatory protein WalR	TTGAAGAAAATACTTGTCATTGACGATGAAGTCGCAATCAGAGATTTAATTGAGCTCGTACTGAGAAGAGAAAACTACGTCGTTCAAACGGCTGAAAACGGTAAAATAGCCCTGCAGCTGCTGGATGCTTTTGGGCCGGACCTGGTGGTGCTTGACTTGATGCTGCCTGACTGCTCCGGATATGACCTGTGCAAGGAAATCACCGGGAAACGTGCCGTTCCTGTGATCATGCTCTCTGCCAAAAATGAGGTAATCGACAAGGTGTTGGGACTAGAGCTAGGGGCGGAAGATTACATGACCAAACCCTTTGACAATCGTGAATTGCTCGCTCGGATCAAGGTGATTCTGAGAAGAAACGAGAGCAAGGAGGAATCAAGTGAAGGAACAGAAGTGAAATCTACACGCATCATTCATGAAGAGCTGACATTTGATCTGGAAAGCCGAAGGGTGCTGAAAAACGATGTACCCGTGTCTTTAACGGCCAAAGAGTTTAAAATTCTGGAAACGTTACTCAAAAGGCCAGACAAAATCTTCACCCGGGATGAGCTGCTGCAGATCGGATGGGGATATGACTTTATGGGAGACAGTCGCAGTGTGGATATGACCATCATGCGATTACGGAAGAAGCTGGAGGATAACGCGGACGAACCGAAGTATGTCAGGACGATCTATGGATTTGGCTATCAACTTGGAGGTGGCGAGGCCTGA	MKKILVIDDEVAIRDLIELVLRRENYVVQTAENGKIALQLLDAFGPDLVVLDLMLPDCSGYDLCKEITGKRAVPVIMLSAKNEVIDKVLGLELGAEDYMTKPFDNRELLARIKVILRRNESKEESSEGTEVKSTRIIHEELTFDLESRRVLKNDVPVSLTAKEFKILETLLKRPDKIFTRDELLQIGWGYDFMGDSRSVDMTIMRLRKKLEDNADEPKYVRTIYGFGYQLGGGEA	PGPT0013765_409	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
JZ016_00655	1758			hypothetical protein	GTGAGACTAAAAAAAAGAAGAAACCGTATGTTCTTTGTATTTATCAGTGTATTGTTTATCCTCACTACTGCAGGTTGTTTTGCATCACAGGAGACTCACCAGCTTGAACAAGTGAAAGAGCAGGAGCAGAAGCAGGAGTATGACCAAGGAAGTGGAATGAAATTTTCCAGCCTTTCTGAACAGAAGATCGAGGATTTTGCTAAGCTCAGTAAGGTATGGGGAGTGGTGAAATATTACCATCCTAAGGTTGTATCTGGGGATCTAAATTGGGACTATGAGCTATTTCGGGTGATGCCTTCTATTTTAGAAGAAAATTCGGATGTGAATTCAATTCTCTATGATTGGGTTCATACGCTAGGTAATGAGAGCATTACCGGGGATCTTGAACACCAATACCAGTTTTCCGAAGATTCCATACAACTCAGTCCAACCACAGATTGGTCCAAGGATGAGGAATATCTTGGAACAGATCTGAGTCTTGAATTATCAAAGATTTTAGATTCTAACATTTCAGAACGGAAAAATGCATACGTTAGCTTTAATGATGAATCACCCTTAGGGATTATGCATAATGAAAACGCTTATACTAATATGAAATTTGATGACACCGGCTACAGGTTGCTTGGTTTATTCCGCTATTGGAATATTATCGAATACTATTTTCCTTATAAAGATGTCATAGGAGAGGAATGGGATCAAGTGCTTCTAGAGTTTATTCCTAAAATGATAGATGGGTCTGATTATGATTCCTATTTCATGACCTTAGCAGAACTAACAACTAGAGTACATGATTCTCATGTTTATTTGGGTGGCAAAAATAGAGAATCCATTACTGAGTATTTTGGAATATATCGGCTTCCCGTAAACTTTGTCGAAATTAACAATCAGATTGTTATAAGTACAGTCTATAACAAATGTGGACTTGAGGTCGGAGACATAGTATTAAAAGTAGGTGACAATAATATTGATGAATTATTAGAAGATAGAAGAAAATACATCTCACAATCACGAGAAGACACGTCAGGTCATTTCTTTAATGCATTATTCCGAACTCATCAAAAGAATATGGACGTTACTGTAATTCGACAGGGAAAAACGATGAACATAAGTGCGACGAGCAGCCTACAAGAGATTAATTACTTTGTTTATACGAAATCACAAGCAATGGAGAACGGAGAGATCTACTATATTAATGCCGGTCTGTTGGTAGATGGCGAGATTGATAGCATCATGAAAAGATGGTGGGACACTAAAGGTCTGATTGTTGATCTTAGAAACTACCCTTCTAGCTCAGTTGACTATAAATTGGCCCAATATCTGATCCCTTCTGAGGAAGAGTTTGCCAAAGCGTCACTTCCTAATCGTGCAGTACCAGGTGAATATTATTTTGAACCACTTACCTCAGGGGAGCCTCTACGGACAGATGACGAGGTTTATAAAGGGAAAGTTGTGATTTTAATCAATGAACATACTATGAGTAACGGTGAGTTTACAACGATGTTGCTGAGAAAAACAGAAAATTCAATAGTTCTTGGGAGGCCAACTGCTGGAGCGGATGGCAATTTATTTAGAATTACTCTCCCAGGAAATATAAAAACTGGCATAAGTGGAATCGGTATATTTTATCCAGATAAAAAACCAACGCAAAGAATAGGAGTGCAGCCTGATATTCGTCTTGATCCAACCATTGAAGGAATTACGGAAGGTAGGGACGAGTATGTTGAGAAAGCCGTTGAAATAATTAAAAATGGTTATTAA	MRLKKRRNRMFFVFISVLFILTTAGCFASQETHQLEQVKEQEQKQEYDQGSGMKFSSLSEQKIEDFAKLSKVWGVVKYYHPKVVSGDLNWDYELFRVMPSILEENSDVNSILYDWVHTLGNESITGDLEHQYQFSEDSIQLSPTTDWSKDEEYLGTDLSLELSKILDSNISERKNAYVSFNDESPLGIMHNENAYTNMKFDDTGYRLLGLFRYWNIIEYYFPYKDVIGEEWDQVLLEFIPKMIDGSDYDSYFMTLAELTTRVHDSHVYLGGKNRESITEYFGIYRLPVNFVEINNQIVISTVYNKCGLEVGDIVLKVGDNNIDELLEDRRKYISQSREDTSGHFFNALFRTHQKNMDVTVIRQGKTMNISATSSLQEINYFVYTKSQAMENGEIYYINAGLLVDGEIDSIMKRWWDTKGLIVDLRNYPSSSVDYKLAQYLIPSEEEFAKASLPNRAVPGEYYFEPLTSGEPLRTDDEVYKGKVVILINEHTMSNGEFTTMLLRKTENSIVLGRPTAGADGNLFRITLPGNIKTGISGIGIFYPDKKPTQRIGVQPDIRLDPTIEGITEGRDEYVEKAVEIIKNGY				NA	NA	NA	NA	NA
JZ016_00656	462			hypothetical protein	ATGAATAAGAGTGTTGTAGAGTACACAAAATTGAAAATTAGAGACAATTCAAAGTTTTATGAGCTAGTATTGTTGTTTAATGTAGAGTTTGAATCGCCGAATCCGAATTATGTAAATTTAGATAATATTGAAAAACTATTGAAAAATCCAAACTTTGTCTGCTTTGTGGCAACCATCGATGGCAAAGTTGTAGGAGGATTAACTGGATTCGAATTAGAGATGTATGACCGTGAGGGATCTTCGATGTATATTTATGATCTAGCGGTCATTAATAAATGTCAAAGAAAAGGAATTGGTAGTAGGTTAGTATATGAAATGATTGAATATTGCAAATCAAAATCCATTAAGGAATTGTTTGTTCAAGCGGATAGCGTTGATCAACATGCTATAAAATTCTATAAAAAAATCGGAGGAGAACAAACTAAAACATTTCATTTTTCGTTTGACACTTCAAATTACTGA	MNKSVVEYTKLKIRDNSKFYELVLLFNVEFESPNPNYVNLDNIEKLLKNPNFVCFVATIDGKVVGGLTGFELEMYDREGSSMYIYDLAVINKCQRKGIGSRLVYEMIEYCKSKSIKELFVQADSVDQHAIKFYKKIGGEQTKTFHFSFDTSNY	PGPT0028605_76	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028605-aac3_I-K03395	NA	NA
JZ016_00657	4203			hypothetical protein	GTGAAAACTAGACGAAGTTTGACTGCTTTGCTGCTTGTCCCGGTCATGCTGTTATCGTTAATATCGTCTGTGAATGCGGAGGAGGCGGGCAGTGAAAGCGCCGGCTTTTATAATCTGGCCCAAGGGAAAACGTACACATGGTCTGAGCAGCCGGAGGGCGCTTTCCCGGATGACGGGACGAAGCTGACGGACGGCAATGCCGCCGACACCTCGCGTGACAGCGGCAACTGGGTGGGCCACCGCAGCAAGAAATCCCGTTCGGTTGTGTTTGATCTAGGCGAGCAAAAGTCGGTTCAGGAGGTGAGCGCGCGTTTCCTGCACGATTGGCCGAACAACGAAACGCTTGTGCCGCTCACCGTTTCGTTCTATGCGTCGGACGATGGGGTGAGCTGGGGCGTATTGTCTCATAATGCAACTCAGTTGTTATGGGGCGACCAGACCAATATCGAGACATTTGCATGGGACGGCAGCCCTGAAACTGGAGCTGTCAAGCGTGGCGATTATACCGAAGGTCTCGTATACGCTCGGTATGTGAAAGTAGTGTTCTCCATGCATCCGAGGGCATGGAGCATGATTGACGAGGTGACGATTACCGGTGCGGATGGCTTGATCGCCGGAGCGCAGCCGGTACAGCCTGAGCCTTACGCCCTCCTGCAGCCTGGAGATGCTACTGGCTGGATTCAAAACCTGGGCTTGCTGTATAACGGTCACTACGCGGACGGCACAGGAAATTGGACGAAGGAACGGATTATCCCTAATATCAGTTATGTGAACGAGCAGGGAGAGCCTGCCGATTGGCTGTTTGACGGCGTGCTGTATCTGGGCTTGACATCGGATAACGGCAGAGGCTTCGGAGCGACAGAAGCGGCCGGCAAAGCCAGAAAACAGGAATGGGAATGGTATTTGGATAAAACGTTTAACGCTGGCGGCGATATGAGCGCGTTGAACGAGGCGACGGCCTGGGCAGGCGTGAAGCTTGGCGAGCCTGACCATAAGACGAAGGTTGTTCTGATGATTCCAGAACCGGGCGAGTATCAGTCCGACTTCGGCAGCATTGACGGCGAGGATCTGAACTTCGATGCAGGTGCGGTCGGCGATGCCGCCTCGCTGGATAACCGGGCCAAAGCGATTCAGTGGTGGGTCGATGAAGTGCAAGACAGATGGACGGCTGCGGGCTACTCGAACCTGGAGCTCGTCGGCATGTATTGGTTGGAGGAACAAATCAGCACGCATGCGACCGGACCGGAGATGGTCAAGAGAGCGAGCGACATCGTTCATAACGCAGGCCTAAAGCTGTTCTGGATTCCTCATTTTATGGCCTATAAGGCATTCATGTGGAAGGATGTCGGCATGGATGCCGTATCTTTGCAGCCGAACTATTTCTTCGAGAAACTGGACCCTTCGCGTCTGGAGGATACAGCGGATATGGCGAAGCGGTACGGCATGTCGCTGGAGCTGGAATTCGACGACCGGATGATCAACGACGCCGTCTTCCGCGAGCGGTTCATCGAGTACTTGAACAGCGGCGTGGATACCGGTCTGATGCAGCAAGGATATAAAGCTTACTATCAAGGCAACAACGCTATATACAACGCGGCGAAAAGCGCAGACCCTGCTACCCGCGTGCTTTACGATTGGCTGTATCAATTCTCGAAAGGCACTTATCAGAAGCAAGACGCTGCTCCGCCTGATGTTGTAGCGCTCATGAACGGGCAGCCGATCTCGGAGCATACGATCGTGCCTGATACGACACAGGCCGCATTCACCTGGACCATTCCGGGAGATGACGGGAGCGGGATCGTTAAAGTTACGGCCAAGTATGACGGCAAGCCTTATACGGAAGGAACTGTTGTAGATCTGACGGGTAAGCCGGGTAAGCATGTGCTGGAGCTGACGGTGGCCGCTGCCAAATCCAAGACGGTTAAATTCGTAATAGAAGCTCGTTTGGGCGCTGAAGGGCTATTGGCTCTTGTTGATAAGTACGCGGACAACAAGCAGCTAAGCAATGCCGATACGGTACGCGCGTTGCGCAACGCCTTGATCATGATGGAGCGTACGCAAGAGAGCGACCCTGAGCAAGCCAGGGACTATTTGCTGGCGTTCAATGCGAAGCTGGAAGAAGCTAAAGGCCTTGAGTTTGTAACGGAAGGCGCTTATACGGCGCTGAAGGAAGGCGTGTATTACGAGGCTGGCAGCATCTCACAAGACAAAGAAGCAGAGGCATCCTCGACGGAGGCCGCAGGTCTGGAGCCTGCGAAGGCGTTGGACGGCGCACCGGCCACGCGTTGGGCGAGCGAAGTGCGCGATACGGCTTGGTTCCAGGTTGATCTGGACAGCCAGCAAACCTTCGATACGATCCGCATCGATTGGGAATATGCGCGCGCGGACCAATACCGTCTGAGCGTCTCGGATGATGAGCAAACGTGGGAGCCCTTGAAAGTCGGCAACAACGGCGTGGTTAAAGCTGCTGACGGCAAGAACACCCTGGTATTCCCGGCAACGACGGCAAGATACATCAAGTTTGAGGGATTGAATCGGGCAACGTTTTACGGTTATTCCTTCTATGAATTCGGCGTGTACGATCTTGCCCTGCAGCAAGAGCTAAAGACGTTGGAAGGCATACAAGCCGCTGTGGACGCTTCCACGAAGAAAGTCACGATTGACGGCCTGGTCATGAACGGCAAGAAAGAACATTTGTATGTGAAAGTGCTAGACCCAAAAGGCAACATTCAATATACCGGTCAGACGGGCACTGAGGAAGATGGAAGCTTCCACATCGACTTTACGTTGTCCGGAGAAGAGCAAGGGAAGTATACGGTCGAGCTTGAAACGGATCACATGACGACTCCCGAGCTGGTCACCTTCGAATACCGCAAGCCGCCTACGAGTGGTGGAGGCAATGGAGGCGGCGGTGGTGGCAACAGTGGTGGCAGCGGCGGAGGTAACGCTGGTGGCAGCGGTGGTAGCAACGGCGGAGGCAACGGTGGAGGCGGTCCGGCGCATAATCCGTATTCGTTGCAGGCGGACGGTTCAGTCAAAGCCGTGCTTGTCCCGACGATGAACGGTCAGCAGGCTGCCGCTGCGGTGGGGACGTCGGATCTGAATGCCGCCATTCAGAGGGCAGTGGCCGACAGCAAAGGTAATAAACATGTCCATCTTGAATTGAAGTCGTGGAATGCGGCTGGGAGCTATGCTTTGGAGCTTCCGGCGGCTAAACTGACGAACCATTCTAATCTGATTCTGCATATCTCCACGCCGTACGCTCAGCTTGTTTTGACTGGCGACATGCTGGCAGGAGTCAAGGAGAATGCCGGAAAGCTGCTCGTAATCGTAAGCGATTATGCGGGCGAGTATCGCAGTAACGAAGCGGTCGGGCGGATCGGCAACAGGCCAATCGTGGAAGTTGCATTGCAACTGGACGGTGAAGCTCTGTCTTGGAAAAATGCGAAGGCACCGATTTCGATTGCGATTCCGTATTCGCTTCAAGCGGGAGAGCAAGCTGTTGATCTGCAAGCTCTCGAACTGAGGGGAGACAGCGCGGCGGCAATTAATGGCGCGTCGTATGACAAAGACAAGGATATGCTGCGATTCTCCATCGACCATGTCGGCGTCTATGCGATCGGCGGCAAGAAACCGGCTGCATTTACCGACCTTAGCAAGCATGAATGGGCGCGCGAGGCGATCGAGATGCTGGCCGAAAGAGGCATCGTCAAAGGCACCTCGATCGAAAAGGGCACTTTCAGCCCAGCAAATCAGGTAACGCGAGCTGATTTTATCTTGATGCTGGTGAACATGCTTGACCTGCGTGCCGAAATCGCCTCGACGTTCGCCGATGTGAAGCCGAGTGATTATTACTACGATGCGGTGTCCATCGCCAAGCAATTGGGAATCGCTTCGGGAGTGAACGAAGTTAACTTCGCTCCTCGTGATTCAATCAGCCGCCAGGATGCTATGGTTATGCTGACCCGAGCGCTGCAAACGACAGGAACAATAAAGCCGTCCGCATCCGGTTCAACGCTTGAGGGCTTCCGTGATGCGAGCCAGATTGCGCCATATGCTGCGGACAGCGTGGCAACGATGTTCGAGTACGGGCTGGTTACGGGCTCTAACGGCTACATGAAGCCGAAGAGTACGACCAGCAGGGCTGAAACGGCGACGTTCTTGTATCGCGTTCTACAATTAATCGAGGGGCAGCAGCAGTAG	MKTRRSLTALLLVPVMLLSLISSVNAEEAGSESAGFYNLAQGKTYTWSEQPEGAFPDDGTKLTDGNAADTSRDSGNWVGHRSKKSRSVVFDLGEQKSVQEVSARFLHDWPNNETLVPLTVSFYASDDGVSWGVLSHNATQLLWGDQTNIETFAWDGSPETGAVKRGDYTEGLVYARYVKVVFSMHPRAWSMIDEVTITGADGLIAGAQPVQPEPYALLQPGDATGWIQNLGLLYNGHYADGTGNWTKERIIPNISYVNEQGEPADWLFDGVLYLGLTSDNGRGFGATEAAGKARKQEWEWYLDKTFNAGGDMSALNEATAWAGVKLGEPDHKTKVVLMIPEPGEYQSDFGSIDGEDLNFDAGAVGDAASLDNRAKAIQWWVDEVQDRWTAAGYSNLELVGMYWLEEQISTHATGPEMVKRASDIVHNAGLKLFWIPHFMAYKAFMWKDVGMDAVSLQPNYFFEKLDPSRLEDTADMAKRYGMSLELEFDDRMINDAVFRERFIEYLNSGVDTGLMQQGYKAYYQGNNAIYNAAKSADPATRVLYDWLYQFSKGTYQKQDAAPPDVVALMNGQPISEHTIVPDTTQAAFTWTIPGDDGSGIVKVTAKYDGKPYTEGTVVDLTGKPGKHVLELTVAAAKSKTVKFVIEARLGAEGLLALVDKYADNKQLSNADTVRALRNALIMMERTQESDPEQARDYLLAFNAKLEEAKGLEFVTEGAYTALKEGVYYEAGSISQDKEAEASSTEAAGLEPAKALDGAPATRWASEVRDTAWFQVDLDSQQTFDTIRIDWEYARADQYRLSVSDDEQTWEPLKVGNNGVVKAADGKNTLVFPATTARYIKFEGLNRATFYGYSFYEFGVYDLALQQELKTLEGIQAAVDASTKKVTIDGLVMNGKKEHLYVKVLDPKGNIQYTGQTGTEEDGSFHIDFTLSGEEQGKYTVELETDHMTTPELVTFEYRKPPTSGGGNGGGGGGNSGGSGGGNAGGSGGSNGGGNGGGGPAHNPYSLQADGSVKAVLVPTMNGQQAAAAVGTSDLNAAIQRAVADSKGNKHVHLELKSWNAAGSYALELPAAKLTNHSNLILHISTPYAQLVLTGDMLAGVKENAGKLLVIVSDYAGEYRSNEAVGRIGNRPIVEVALQLDGEALSWKNAKAPISIAIPYSLQAGEQAVDLQALELRGDSAAAINGASYDKDKDMLRFSIDHVGVYAIGGKKPAAFTDLSKHEWAREAIEMLAERGIVKGTSIEKGTFSPANQVTRADFILMLVNMLDLRAEIASTFADVKPSDYYYDAVSIAKQLGIASGVNEVNFAPRDSISRQDAMVMLTRALQTTGTIKPSASGSTLEGFRDASQIAPYAADSVATMFEYGLVTGSNGYMKPKSTTSRAETATFLYRVLQLIEGQQQ				NA	NA	NA	NA	NA
JZ016_00658	4329			hypothetical protein	GTGGGTTTACGGCAGAGGGTTATTTTTTTAGTCATTTTTGTTACCGCTTTCATAATGGTGACCACCCTTTGGGAGATGTCCAATGCCGCAACAGGGAATTTGGCTCTAGGGAAAACGGCTTATTCGTCGTCGAACGAAGTGGATTATTTCGGGCCTGAGAAAGCGGTCGATGGGGGCACCGAAAATGCAAGCCGCTGGTCTTCGGAAAGAACGGACGATCAGTGGTTTTACGTTGATCTGGGCGATCCTGTTGAAATCGGAAGAGTCATCATCAACTGGCAGACTCCGGCGGAGCAATATCAAATTCTCGTATCCGACGATGCGGTATCCTGGCGGAACGTATTCGCGGACAACCGCGTGCTCGCCGCGTCCGGGCCGGGTGAAGATACGATCGATTTCGAGCCGACAGTGGCGCAATACGTCAAGTTTCAAGGGGAGACGCGACGTCCTATTGAGGGCATTTATTACGGATACTCCTTCTGGGAATTCGAGGTATACAAAGGCAGACCGCAACTGCAGCCAATCATGGACGCGGTGAAAAACAGCATCGTCGTCTCCGAAGGGGATACCCTGCTGAATCTGCCCGCTGTACCGGAAGGTTATACGCTGACGCTGGTGAACACGGACAGCTTGCCGGTGATCGACGTGCAGGGCAATATTCATGCGCCGCTTGTCGATACTCAGGTTCAGCTGCTGCTGCAAATCCAGAGCGACAGCGATCCGACATATCTCTTAACGGATAATGCGCTCGTCACCGTACCCGGTCTCTACGAGCAGACGAGCGATCGGAACCCGGAGCCGCGCGTCATTCCTTCTTTGCGTGAGTGGCTGGGCGCAGCCGGCGAGTTCCGCTTGTCGGACAAATCCAAAATCGTCATTCGCGCAGGTGATGAAGCGGCTCTGCGGGGGACAGCTGACATTTTGCAGCAGGACTTATTGGATTTAACGAAGTTGTCACTGACCGTTAAGGTTGGTTTTCCTCAAGAGGGAGATATCTATTTGATGCTGGATGCCGCGCAAGCGGGATTAGGGAAAGAGGGATATGAGCTGAATATCGGCGAGTATGCTTCTGTTGCTGCGTCCGAGCAGACGGGAGTCATGTTCGGCACGAGAACGATCTTGCAGCTGCTCGGCCACGCTGCCGATCATAAGGCGATGCCTAAGGGGCAATCGCGAGATTATCCGAAATACCCGGATCGGGGCTTTATGCTCGATGTGGGCCGCAAGTTTTATACGATCGAGTTTTTGCAGGACTATGTCAAGCTGATGTCCTACTATAAGATGAACCGGTTTCAGATTCACCTGAACGATGATGTCGGCGATGTCGGTTACTTCCGTCTGGAGAGCGAGAAATTTCCGGGAGTGACGAGCAAGGACGGCTATTATACGAAGCAGCAATTCAGAGACCTGCAGCTGCTTGGGATGGAATTCGGCGTAAACGTCGTGCCGGAAATTGATACGCCGGGCCACTCCGGCGCGTTCATCGCCTACGATTCCCGACTGGGCAGCAACAATCAGCTGGATATCAATCGTCCTGAGACGCTCGACTTCATTAAAACACTCTTTGACGAGTATCTCGACGGCAGCAATCCGACCTTCGTCGGCCCGGATGTGCATGTCGGCACGGATGAATATTTCGGCGACGACAAGGAGGCGTTCCGCAGGTACGTGGATATGCTCCTTAACCACATTAACAGCAAAGGCAAACGCGCCCGTCTATGGGGCAGTCTGTCCGCATACGACGGCACGACGCCGGTCAGCAACCATGCGACGATGGACATCTGGTATGAGCCGTACGGAAGCGCTCAGCAGGCCGTGGAGCTAGGCTACGATATTATCAATACCAATACGAATTTGCTCTACATCGTTCCGCAGCTGTACCGCAGCTATTTGAATTACGATTTTATTTACAACGAGTGGGAGCCTAACGATTGGCTGGAGACGAGGCTTCCTTATGCGCATCCGCAGGTCAAAGGCGGCATGTTCGCGCTCTGGAACGATGTATCCGTAGAGAAAGGCGTATCCATGGCGGACTCACATCAGCGGATCTTGCCTTCCATGCAAGTGCTGGCGGAGAAGCTGTGGAGAGGCAATCGCATCGATCGGAACTTCGCAAGCTTCCAGGCGGATGCCGCAAGGTACGTGGACCCGCCGGGAGTTCATCAGTCACACAAGCTTCAAATTGACAATGAGCGGCATCTCGTGCTGGATTATACCTTCGACGAAGGCTTCGCGGACCGTTCGGGGAACGGCTTTGACGGCAACGCGGTGAATGCAGGCACAGAGAAGGGAATCTTCGGTCAAGCCGTGAGGCTAAACGGCGGGGCCAGCTACGTGGAAACCCCGCTTCGCACGCTTGGTTTCGGCTGGACGATGTCCATGTGGATCAAACCGGACGCTGACAACCCGCAAGGAGTTGTGCTGCTGGAATCTCCGGACGGACAGCTGAAATACAACATTGGGGGCAGCGGCAAAATCGCCATCACAAAAGAAAATTACGTCAGCGAATTCAATTATAAGCTGCCGACCGATCGCTGGACCCATGTCATTATGATCGGCGACGACACGGGGACCTCCATCTTCATTAACGGCAGTGAATATACGGCGACTCTCAAAGACGGCTCCAAGCTGGAAACATTCGTTCTGCCGGTAGCCAAAATCGGCAGCGAAACGAATGCTTTTAAAGGCTTGATTGACGAACTCATCGTAAGGAACACCTACTTGGACCTGCATGGAAATCTGGCTTTGCATAAGCAAGCTGAATCCTCAGAGCCGGAATCCTCGTCCTACACGGCGGATAAAGCGGTGGACGGCAGAGGGGATACCAGATGGTCCAGCGACTGGGTGGACGATACCTGGTTCATGGTGGATCTAGGTGAAGTGAAGTACATTGATGCTGTATCTATTTTGTGGCAAACGGCTTATGGTTCGAAGTACCGCATTCTCGTGTCCGAGGACAAGGAGAACTGGACGAACGTTGTGAAAGACAACAACGGGGAGATTAACGGAAAGCCGGGACGAGTCGTGAGTACCTTCCAGAGCACGCCAGCCAGATACGTGAAGTTCGAAGGCGTGTCCAGAGCTACTATGTTCGGCTATTCCTTTGAGGAATTTGAAGTGTACGGCGAGGAAAATAAACTCGGCAATCTACGGCCGATTATCGACCTGTTGACGGCTATCGAGGCCGACAAGCTTGTGGAGGACAATTACTCTCCCGAGGGCTGGGCACAGCTTCAGCAAGCGATTGGGCAAGCGACTGCGGCTATTCAAACCGCCCAGCTGTCTCGTCCTGAGGCCGAACAGGCGTATGCAACGCTGAGCGTTGCGCGTGATCGTCTAACGATCGAAGACGTAATGGGTCTGATCGAGCTTAATGTAAACGGAAGTATCGCATCCAACCTTTACCTCCCGCAGAAAGGGCAGCTCGGTACGCGCATCGTCTGGAGCAGTTCAAAACCCGACTACCTGAATGCGAATGGACAGTTGTTGAAACGTCCGTCAAGCGGGTCAGGCGACATGGAGGTCGTGCTTACCGCGACGATCAGCAAGGGAGCTGCATCCGCGGAGAAAACGTTCAAGATCAAAATCAAAGCGCTGCCTAGCTCCGGTGGTGGAGGATGGGTTCCGACTCCAGTAACTCCAGGTCCGGAAAAAGGCCAAAACGGCGGTTCAAATCCGGGTGGCGGAGATCCAGGCAATGGCAATGAGAACGGGAGCGGCAATGAGAACGGCAGCGGCAATGGCGGGGAGTCCGGCAGATCGACAACCGTTCGGCTTAACGATATTGCGAGCCATTGGGCAGAAGCGTCCATCAAACGGGCGGTTGAGCTTGGATTCGTAGCGGGCTACACCGACAAGACGTTCAAGCCGAATAAGACGGTCAGCAGAGACGAATTCGTCGTCATGCTGGTCAAAGCGTTGAAGCTGCAAGGTGCGAACAGTTCGCTAGACTTCGCGGACGCAGGTTCGATTCAAACCTGGGCGAAGCCTTATATTGCGCAAGCCTTGGAATCCGGCCTGATCAGCGGCTATGCGGATGGGACATTCCGACCGAAGGCTTCGATCAGTCGAGCAGAACTGGCAGCAATGATTGTTCGCGGCTTGGGTCTGAAGACTGCGGAAGGGCATGAGCTCTCTTACGCAGACGCGGATCAAATCCCGGCTTGGGCGAAGCCTTACGTGGCAGCAGCCCAGGAGGCGGGAGTGATGAACGGTCGCGGGGACAACCGGTTCGCGCCGGCCGCCTCGACGACGAGAGCTGAAGCAGTGACCGTTATTCTGAATATGCTTGATGCGCTTGCGGAGTTGAAGGAACAGAAGCAGAACTAA	MGLRQRVIFLVIFVTAFIMVTTLWEMSNAATGNLALGKTAYSSSNEVDYFGPEKAVDGGTENASRWSSERTDDQWFYVDLGDPVEIGRVIINWQTPAEQYQILVSDDAVSWRNVFADNRVLAASGPGEDTIDFEPTVAQYVKFQGETRRPIEGIYYGYSFWEFEVYKGRPQLQPIMDAVKNSIVVSEGDTLLNLPAVPEGYTLTLVNTDSLPVIDVQGNIHAPLVDTQVQLLLQIQSDSDPTYLLTDNALVTVPGLYEQTSDRNPEPRVIPSLREWLGAAGEFRLSDKSKIVIRAGDEAALRGTADILQQDLLDLTKLSLTVKVGFPQEGDIYLMLDAAQAGLGKEGYELNIGEYASVAASEQTGVMFGTRTILQLLGHAADHKAMPKGQSRDYPKYPDRGFMLDVGRKFYTIEFLQDYVKLMSYYKMNRFQIHLNDDVGDVGYFRLESEKFPGVTSKDGYYTKQQFRDLQLLGMEFGVNVVPEIDTPGHSGAFIAYDSRLGSNNQLDINRPETLDFIKTLFDEYLDGSNPTFVGPDVHVGTDEYFGDDKEAFRRYVDMLLNHINSKGKRARLWGSLSAYDGTTPVSNHATMDIWYEPYGSAQQAVELGYDIINTNTNLLYIVPQLYRSYLNYDFIYNEWEPNDWLETRLPYAHPQVKGGMFALWNDVSVEKGVSMADSHQRILPSMQVLAEKLWRGNRIDRNFASFQADAARYVDPPGVHQSHKLQIDNERHLVLDYTFDEGFADRSGNGFDGNAVNAGTEKGIFGQAVRLNGGASYVETPLRTLGFGWTMSMWIKPDADNPQGVVLLESPDGQLKYNIGGSGKIAITKENYVSEFNYKLPTDRWTHVIMIGDDTGTSIFINGSEYTATLKDGSKLETFVLPVAKIGSETNAFKGLIDELIVRNTYLDLHGNLALHKQAESSEPESSSYTADKAVDGRGDTRWSSDWVDDTWFMVDLGEVKYIDAVSILWQTAYGSKYRILVSEDKENWTNVVKDNNGEINGKPGRVVSTFQSTPARYVKFEGVSRATMFGYSFEEFEVYGEENKLGNLRPIIDLLTAIEADKLVEDNYSPEGWAQLQQAIGQATAAIQTAQLSRPEAEQAYATLSVARDRLTIEDVMGLIELNVNGSIASNLYLPQKGQLGTRIVWSSSKPDYLNANGQLLKRPSSGSGDMEVVLTATISKGAASAEKTFKIKIKALPSSGGGGWVPTPVTPGPEKGQNGGSNPGGGDPGNGNENGSGNENGSGNGGESGRSTTVRLNDIASHWAEASIKRAVELGFVAGYTDKTFKPNKTVSRDEFVVMLVKALKLQGANSSLDFADAGSIQTWAKPYIAQALESGLISGYADGTFRPKASISRAELAAMIVRGLGLKTAEGHELSYADADQIPAWAKPYVAAAQEAGVMNGRGDNRFAPAASTTRAEAVTVILNMLDALAELKEQKQN	PGPT0012150_36	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012150-HEXA_B_like|exo|chb-K12373	NA	NA
JZ016_00659	432	teaD	COG0589	TRAP-T-associated universal stress protein TeaD	ATGTTTGACAAAATTATGGTGGCCATTGATAAAGCTGAAATAACAACCAAACTCCTCGATGCAACCGTTGAAATAGTCCGAAACAAACAAACTCAAGTTACCTTGGTTAATGTCATCCAGGAATATGTGCTGAATGGCATGACATATGTACCAGAGAATTTCTTGGAAGATATATTGAACGAAATGGAGAAAGCTAGTTTGGAACAATTGCGACAAGCCAAATCTAAATTACAATCTGCAGGGATTAACTCGGAAACAGTTCATCTTAAGGGAGATCCTGCACATGAAATATTAAAGTATGCAAGGGATGCCGAACAGCAACTTATTATTATCGGAAGTCGTGGGCTAACGGGCATAAAAGAAATGATGCTTGGTAGTGTCAGCCACAAGGTTTCACAGCTATCAAGTTGCCCAGTCCTCATTGTACATTAA	MFDKIMVAIDKAEITTKLLDATVEIVRNKQTQVTLVNVIQEYVLNGMTYVPENFLEDILNEMEKASLEQLRQAKSKLQSAGINSETVHLKGDPAHEILKYARDAEQQLIIIGSRGLTGIKEMMLGSVSHKVSQLSSCPVLIVH	PGPT0002681_3	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002681-yxiE-NA	NA	NA
JZ016_00660	1233	yycB_1	COG2807	putative transporter YycB	ATGCCGAAAAAACATAATAAAAAATTCGTGCAATCCTCTATAGGGCTGATCATTCTCGGCATTATTGTTATTGCAGCTAATTTACGTACTCCCTTAACCTCAGTCGGTCCTTTAGTGAGTCTTATAAGGGATGACGTTCATATTTCAAATACATTAGCAGGCCTGATCACAACGGTACCCTTGCTCGCCTTTGCTTTATTATCGTCTCTTGTACCAAAATTAGGACGAAGATATGGGGTAGAGCGTATCATTTTGATTGCCCTAATCTTTCTGACTGCAGGTATTGTAATACGTTCATTATCTGGCGCAGTTAATCTGTTTATTGGGACAGCAGTTCTTGGATTCGCAATTGCCGTATGTAATGTATTATTGCCAAGTATAATCAAAAGGGACTTCCCAGATAAAATTGGCTCCATGACAGGTGTTTACTCCATTTCAATGAATTTATGTGGAGCAATCGCATCGGGAATCAGTGTTCCTCTAGCCGTGAACGCAGGTCTAAAATGGCAGGGAGCATTGGGAATATGGGGGATTTTAAGCTTTGTATCGATCCTCTGTTGGCTACCCCAATTAAGAAATCAAGCGAAGGAAACAGCCACGACAAGTCAAAGGATGGTCAGCTACGATGTGAATGTTTGGCGATCCCCGCTTGCCTGGCAAGTAACCTTGTTTATGGGTATACAGTCCATGGTTTTCTATGTGTTGATCGCTTGGTTGCCTGAAATTTTAAAGCAGCAAGGAATTGACTCCAACCAATCAGGATGGTACCTCTCGATCATGCAGTTAGCGATGCTTCCATTTACCTTTATTGTTCCCGTTATTGCCGGGCGCATGTCTAGTCAACGTTTGTTAGTGGTCATCACAACCATTTTGCTATTGACGGGAACGCTCGGACTTCTTTACGGAAGCTCCAATATCATTCTGTTGTGGATCATCCTACTTGGAATTGGTGGAGGTTTCGCCTTTAGTTTGTCGATGATGTTTTTCGGGTTACGTACTGAAAATGCGCATCAAGCAGCGGAACTATCTGGCATGGCCCAATCGATCGGATATCTTCTTGCCGCAATCGGTCCTGCCCTTATAGGATATCTGCATGATGCGACAAATAGTTGGAATCTGCCACTTTTCATTCTGCTTGGCGCTTCGGTCTTACTCTTTTTAGTTGGTATAGGAGCAGCAAGAAACCGTTTTGTAGGTAGCCGCACTAGTTACGAGCTGCCACGGAAAGGATGA	MPKKHNKKFVQSSIGLIILGIIVIAANLRTPLTSVGPLVSLIRDDVHISNTLAGLITTVPLLAFALLSSLVPKLGRRYGVERIILIALIFLTAGIVIRSLSGAVNLFIGTAVLGFAIAVCNVLLPSIIKRDFPDKIGSMTGVYSISMNLCGAIASGISVPLAVNAGLKWQGALGIWGILSFVSILCWLPQLRNQAKETATTSQRMVSYDVNVWRSPLAWQVTLFMGIQSMVFYVLIAWLPEILKQQGIDSNQSGWYLSIMQLAMLPFTFIVPVIAGRMSSQRLLVVITTILLLTGTLGLLYGSSNIILLWIILLGIGGGFAFSLSMMFFGLRTENAHQAAELSGMAQSIGYLLAAIGPALIGYLHDATNSWNLPLFILLGASVLLFLVGIGAARNRFVGSRTSYELPRKG	PGPT0005211_951	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_CYANATE_DETOXIFICATION	XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449	NA	NA
JZ016_00661	561	sutR_2	COG1396	HTH-type transcriptional regulator SutR	ATGGATGAAGTCGATGAATCAAAACAAATGGTATTACAAATCGGCGGTGCCTTGAAAAAGTACAGAAAAGAAAAAAACATGACCTTAGACGACTTAGCGGAATTAACTGGTGTAAGCAAACTTACGCTGGGAAATATCGAACGTGGCGAGACAAATCCGACTTTGGCAATTATATGGAAAATTTCAAAAGGCATATCTTTACCGCTATTGGCTTTGTTCAGATCAGATAACCCTGTTAGTTTGTATCGAGCAAGCGAAGGATTACGGTTTTCTAATGATGAAAAAAATTGGGTCATTGAACCAGTCTTTAAAAGCAACGATATTGAAATGTGTCGGGCATACCTACAGCCAAATAGTTCGTATCACCCCGAAGGTCATCATGTGAATACAACTGAAATCGCGACAGTAATGACTGGCTCCATTGAAATTCAAGTCAATGAAGAGATTTATACATTGAATCAATATGATACGATCAGTTTTCGTGCAGATTGTCCTCACTCTTATACCAATCGTACGAATAGCGAAACAGTGCTCCATATATCCTTAAAATATGGTTTCTAA	MDEVDESKQMVLQIGGALKKYRKEKNMTLDDLAELTGVSKLTLGNIERGETNPTLAIIWKISKGISLPLLALFRSDNPVSLYRASEGLRFSNDEKNWVIEPVFKSNDIEMCRAYLQPNSSYHPEGHHVNTTEIATVMTGSIEIQVNEEIYTLNQYDTISFRADCPHSYTNRTNSETVLHISLKYGF				NA	NA	NA	NA	NA
JZ016_00662	690			hypothetical protein	TTGCGAAAATATGTATGGGTATGGATATGGTTCGGTTTGTTAGCTGTGATCGGTTTGGCCGCTTACGGCGCAAGCTCCTCGATTGACTTCCTGTCATCCGGGAAATTTGAGATTAACGGTAAAACCGTCCGGCTTCCTGTAATTAACTACAACGGAAACATCTACGTCCCGCTTCGCCTGGTAGGGGAAGAAATGCATTCCGAAGTTTATTATGATGAGAACAAGGAATTAATCTCGATCAAGCAGCAAAGCTTAGCATTCGATGAACAAATAGAGGCACCCGTTCCGTCCATTGCTTATGAGAACGAGTACAAGGATGGTACCGTATGGATGCAGGAGATACCGCTGCTGCAGGGAAGCTCTTGCTGGAATGGATGCCTGGAAGTAAACGATCCGGTAGATCAATGGGTGTCTGAAGCCCGGTATCCGCCCGTTAGCGTGAAGCCTGGCTCAAATATTGTCATAACTTATCCGGCTGGATTGGAGCCTGACGGATTGAAAATATTCAACGTCTTAGATTCGGGCAACGGCACAGAGCAGTATGTTGAAATGATGATGGTTAATCATCGAGTACAGCTGCCAACGGAACTGGGGGTATATACCATCTTGGTTAATTCGGACTGGGAGACAGGATATACCTCGTATGCTTTTGTTATACATATTACTGACCGCGATGATCTAGGCGATTAA	MRKYVWVWIWFGLLAVIGLAAYGASSSIDFLSSGKFEINGKTVRLPVINYNGNIYVPLRLVGEEMHSEVYYDENKELISIKQQSLAFDEQIEAPVPSIAYENEYKDGTVWMQEIPLLQGSSCWNGCLEVNDPVDQWVSEARYPPVSVKPGSNIVITYPAGLEPDGLKIFNVLDSGNGTEQYVEMMMVNHRVQLPTELGVYTILVNSDWETGYTSYAFVIHITDRDDLGD				NA	NA	NA	NA	NA
JZ016_00663	1107	rcsC_1		Sensor histidine kinase RcsC	ATGGCTAATTTGATACAAAGCTTCCGCTCCAAAATGATTGCGCTCTTTGGCTTAAGCATGCTCTTATCCGGCATCATCATGTTCGCACTATACAAAATTCTGCAATATTATTACCGAACTCAGGTTAAATTCGAGGATCCGCTGGCTTATGTCCGTTTGTTCATAAGAACGGTCGGGGACATTAATTTTTTCCTGATATTTTTTATCCCGTTGGCGGTCTTTTTTTTCTTTCTGCTTACGAAGCCTTATGTGGCTTATTTTAATGAAATTTCTGCGGGGATTCGGCATCTCGCCAACGGCGATTTTGACAAGCGGGTTTCGATTGCGACCCGGGACGAATTCGGGGATATCGCAGCGGATATCAATCTGACCGGGGAGATGCTCAAGCAAGCGGTGGCGAGGGGAGATTTTGCCGAGAGCAGCAAAGATCAACTGATACTGAATTTGGCCCATGATTTGCGTACGCCGCTCACTTCCGTTATCGGTTATCTGGATTTCATTCTTAGGGACGAGTTATTGACCAAAGAACAGGTTCGGCATTATACGGGCATTGCTTTCGCGAAGTCGAAGCGCCTGGAGAAGCTGATCGACGAATTGTTCGAAATCACGAGAATGAATTACGGTATGCTGCCAGTCGAAAAACGACCCATCGATTTAAGCGAGCTGCTGACGCAGTTAAGCGAAGAATTACTTCCGGTTTTTGAGAAAAACAAACTGAAGGCCCGATTGCACGTTACTCCGCATCTGATCATTTCGGGCGATGGCGACTTGCTGGCACGCGTGTTTGAGAATTTGCTGACCAATGCGATTCGTTACGGCAACGACGGTCAATTTGTAGATATTCATGCTTTCCTTGAAGCTGAAGTAGCGGTAGTTCAGGTGATCAACTTTGGCGACCGCATCCATCCGAACGAACTGCCGCATCTATTCGACATGTTTTATACCGGCGATAAATCCCGGATTCATCGGGAGGGCAGCACAGGCCTTGGCTTATTTATCTCGAAAAATATCGTGATGCAGCATCATGGAACGATCACGGCAGACAGCAGCTTGATTCGTACAGTTTTTGAAGTACGACTGCCGCGAGGCATGCAAATACCTGAATAA	MANLIQSFRSKMIALFGLSMLLSGIIMFALYKILQYYYRTQVKFEDPLAYVRLFIRTVGDINFFLIFFIPLAVFFFFLLTKPYVAYFNEISAGIRHLANGDFDKRVSIATRDEFGDIAADINLTGEMLKQAVARGDFAESSKDQLILNLAHDLRTPLTSVIGYLDFILRDELLTKEQVRHYTGIAFAKSKRLEKLIDELFEITRMNYGMLPVEKRPIDLSELLTQLSEELLPVFEKNKLKARLHVTPHLIISGDGDLLARVFENLLTNAIRYGNDGQFVDIHAFLEAEVAVVQVINFGDRIHPNELPHLFDMFYTGDKSRIHREGSTGLGLFISKNIVMQHHGTITADSSLIRTVFEVRLPRGMQIPE	PGPT0028480_114	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028480-vanSC|vanSE|vanSG-K18350	NA	NA
JZ016_00664	675	walR_2	COG0745	Transcriptional regulatory protein WalR	ATGAAGCGGATTACAATTCTTATTGCGGACGATGAGCCGGAAATTGCGGACCTGATTGAGCTTCACTTAAAAAAAGAAGGCTATGATGTCCTTAAAGCGGCGGACGGGCAGGAGGCGGTACAAGCAGCTCAAACGCATTCCATCGATCTGGCGATACTGGATATTATGATGCCCAAGCTGGATGGTTATGAAGTCATCAGGCAAATTCGGGAACAGAATCACATGCCGATTATATTTTTGAGCGCCAAAACGTCCGATCTTGATAAAATTGCCGGGCTGGTGAGAGGCGCAGACGATTATATGACCAAGCCCTTCAACCCGATGGAGCTGATCGCGCGCGTGAATGCCCACCTTCGCCGTTATATGCAAATGAGCCAACCGATGATTTCCGGCAAACCCGCGCTGGAAGCGGGAGGGGTGGTCATTTACCCCGATCAGCGGATGGTGACCCTGTACGGCGAAACGATCGAGCTGACGCCCAAAGAATTTGACATATTGCTCTTACTGGCCAGTTACCCAAAAAAGGTGTTTAGTACGGAAAATATATTCCAGCACGTATGGGGCGAGGCCTACTTTGAAACAAGCAATACGGTTATGGTGCATATTCGGACCTTGCGGAAAAAGCTGCATGAAGATACGAACAAAAACAAGCTGATCAAAACGGTTTGGGGGTAG	MKRITILIADDEPEIADLIELHLKKEGYDVLKAADGQEAVQAAQTHSIDLAILDIMMPKLDGYEVIRQIREQNHMPIIFLSAKTSDLDKIAGLVRGADDYMTKPFNPMELIARVNAHLRRYMQMSQPMISGKPALEAGGVVIYPDQRMVTLYGETIELTPKEFDILLLLASYPKKVFSTENIFQHVWGEAYFETSNTVMVHIRTLRKKLHEDTNKNKLIKTVWG	PGPT0028485_212	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028485-vanRC|vanRE|vanRG-K18349	NA	NA
JZ016_00665	2925			hypothetical protein	ATGCACAGGCAAAAAAAGACATGCATAGCAATGATGCTATGCGCTGCGATGTTAAGTCAATCGTTTGTCTTTGACGCATACGGGACATCCGCAGCTGATTCGTCTGTTTCCAAATCAGCTTCAGGCGCATCTATGTTCACACTGGATAAACTCGGCTCGGTCACATTGAAGCAGAGCGTTAGTGTGAAGCTGACGGATATGAATATTTCTGTTCATCCTGACGGGAATATTCTCACGTATACACTTCGTTACAGTAATAATAGTGGCAGTAGAGTAGATCTATTCGATTATTTTTCCAAGCTTTCAACCCCGAGTGGCGCCATCATAAAAGGAAAAGTTGTTACGAGTGATGCTGGTAAAAGAACGTTGCCTGCGAATAGCAGTCAATCCGTGACGTACTATGTGAACATTGGACGATCGGCACAGGTAAACGGAATGAAGGTTTCCATGTTCGGATGGGATTTTAGCAGCGTCACTTATGAGAAGAAGCTGGGAGGTTTCACGATTCCGGCTCAGTACTCATCTGTAGTCCCTGTAGGCAAGAGCAAGAAGATGAAGATGAATAATATTTCAGTTACGGCCAAGGCAGATACGGTACAGAGGTATAAAATCAACGGAAAAGTATATATAAAGTTGGGCATGAAGCTCTCGAATGGAGGAACCAAGGTGCTTAGCGATCCAGGATATAAAGCATATCTAAAATCGGCTGGCGGCTCGATATTTGAACTCTTGCCTGAATCGTCTAGCACTGGCTACAAGCTCCAGCCTCAGGAAAGCAGAACCATCTACTACTGGACGGAAATTCCTTCCACGATGAAGACCCGTGGCATGACGCTGCAGCTGGCTCAGGAAGACGAAACCTTGAAAATGCATCTTCCGGTGCAATCGTTCAAACTTCCTGCGGCAGCTTCGGATATCGCCGTGGCTAAGGGCAAAAGCGCAAGATGGATGATGAAACAGCAGCTTGTTACGGTCAAGGCAGAAAAAATGCAGCAAATGAAACATAATGGGAAAGTGTATTTAAGAGTGGGGGTCAATTATGCAAACGGAGGTAAGAAGGTGCTAAGTGATCCTGGATATAAAGTGCAACTGAAGTCTGCCGGCGGCTCGGTATTCGACCTTGTGCCTGAGGACGAAACAGGAGTCAGCTTCAAGATTCAGCCAGGGCAGAAGCGAACCATTTATTATCTGGCAGAGGTTCCGTCCAAACTCAAAACCGACAATATGACGATGCAATTCATGCAGGAAGATGAAGCTTTAAAAATGACGCTGCCAGTAAAAACCTTCAAGCTGCCTTTCGTTACGGCTGATGTGCCTGCGGCGGATTATGCCGTCAAAAAAATATCCGTTAATCACCTTATGATTGAAACGCAGTTGAAAAGTGCTTCCGTATATGCTGAGAACGATACCGGGAAATGGAGCCTACAATTCCGAGTTAAAAATCTTGGCGAAAAATCATTGAAGCTGCCGGCTTATGAGCTTTCCATCCAGACGAATGAAGGCTACAGCATCCCGGTGAATGCGAAGGCACTTGCCAATGTTACGCTGAAGCCGTTAGAAGAAAAGCTGATTGATCTCCGTGCAGATGTACCATTGCACATGAAACAGAATATGTTGCAGCTGCAATTAACGGAGCCTGCGGTGGAGGGGAAGATCAGCTTCCCGACAGCCCGCTATAATATCCCCTATGCTCAGGAAGGCAGAAGCCATCTGGGTTCAGAGAATATCATCGAGAACGATCATGGCACATTCGGTGTAAAGCTGAGTTCATACCAGCGGCTGCCTTGGGGAGATGGGGATCAGATTGCAGCTCGAATCAGCATTCGTAACACCAAAGCGTTAACCGTACAGCTGCCGGAACTCAAAGCCCAAGTTAAGGCTGATATGCGAGACCTCAGCAGTACAGCTCAAATCGTGATACCGAATGATCAGACGACGCTGGCGCCTAATGAAACCGTAGAGCTGTATGTACTTGCCAATGTGCCCTATTCCTATAATTTCAATCAATTACGCATTGAGCTTCAAGAAAGTTCAGGAGAGGACGTCACGAGATTTCTGTCGCTAAATACCCGAGCGGTCAACAATGTGGTGAACCAGGTTGCTGCAGGTGATTCTTATCTGATCCATACGCCGGGCAAGAAAGCGGAGGTCCGTGAACGAATGAGTACCGTGTATCAGGACAGCAGCTCCAATTTGTTATACACGGAACTGGAGATGGCCAGTCAGGAAACACGTCAATCCATGCAGGCGCAGCTGGTGGCTTATTACAAAACATCGGACAACGAGTATTATGAGGCAGAGGTCAATCAATCGTCCGTCAAGACAAGCCCGAAAGGAAAAAATCTGGTGACCGTTTGGAGCAAGCTTCCGCTGAATGTGAATACTTCACAGCTTGTATTGTATGTCGGCGAAGGTGTATCAGGCGGAAAGCTGACCGATCTGGAGGAAGTATCAACGGAAGTTATTGGATCGATCAATACAGTGGGATTAGCGCTTAGCCCTAGAGCTATCCAACCAGCAACGAATCTAGGGAATGTGGAATTGTTTCCTTATAAACTCTCCATTACGAGAGGAGAAGCTAGACTTAGTGAAGGAAAAGACATGCTCAATACCGTTATTCATTATAATCTCATAAGGAATGGCGATTACGAGACAGGTGAATATGAACATAAACTCATTATGGAGATGATTGACCCGACCGGACAATCTACGGAGAAGACATTAACACTCGGCACCGATTTGTCCATCGGCAGCAATAAATCATACTCCATTACAGTGAATAACAATTTCCGTAAAAATGTAAGCGGAGGGGGAGTTCGCATCAATCTGTATGATGAGTTCCAAGGGCGGAGAATGCTGATCGGAAGCCAGTCGTATCCGATTATTTATGAAGAGAATCAGGCGAACAAGTCGGATAGCGATTAA	MHRQKKTCIAMMLCAAMLSQSFVFDAYGTSAADSSVSKSASGASMFTLDKLGSVTLKQSVSVKLTDMNISVHPDGNILTYTLRYSNNSGSRVDLFDYFSKLSTPSGAIIKGKVVTSDAGKRTLPANSSQSVTYYVNIGRSAQVNGMKVSMFGWDFSSVTYEKKLGGFTIPAQYSSVVPVGKSKKMKMNNISVTAKADTVQRYKINGKVYIKLGMKLSNGGTKVLSDPGYKAYLKSAGGSIFELLPESSSTGYKLQPQESRTIYYWTEIPSTMKTRGMTLQLAQEDETLKMHLPVQSFKLPAAASDIAVAKGKSARWMMKQQLVTVKAEKMQQMKHNGKVYLRVGVNYANGGKKVLSDPGYKVQLKSAGGSVFDLVPEDETGVSFKIQPGQKRTIYYLAEVPSKLKTDNMTMQFMQEDEALKMTLPVKTFKLPFVTADVPAADYAVKKISVNHLMIETQLKSASVYAENDTGKWSLQFRVKNLGEKSLKLPAYELSIQTNEGYSIPVNAKALANVTLKPLEEKLIDLRADVPLHMKQNMLQLQLTEPAVEGKISFPTARYNIPYAQEGRSHLGSENIIENDHGTFGVKLSSYQRLPWGDGDQIAARISIRNTKALTVQLPELKAQVKADMRDLSSTAQIVIPNDQTTLAPNETVELYVLANVPYSYNFNQLRIELQESSGEDVTRFLSLNTRAVNNVVNQVAAGDSYLIHTPGKKAEVRERMSTVYQDSSSNLLYTELEMASQETRQSMQAQLVAYYKTSDNEYYEAEVNQSSVKTSPKGKNLVTVWSKLPLNVNTSQLVLYVGEGVSGGKLTDLEEVSTEVIGSINTVGLALSPRAIQPATNLGNVELFPYKLSITRGEARLSEGKDMLNTVIHYNLIRNGDYETGEYEHKLIMEMIDPTGQSTEKTLTLGTDLSIGSNKSYSITVNNNFRKNVSGGGVRINLYDEFQGRRMLIGSQSYPIIYEENQANKSDSD				NA	NA	NA	NA	NA
JZ016_00666	1341			hypothetical protein	ATGAAAAAATGGCATTTACTTATTTCTATGGGAGCTTTAATCGCGAGTTTAACCGCTTGCGGGTCAGGAGAAGGCGGGAACGCGGATAAGCCCGCAACGAAAGAGGGAAAAACGGTGCTTACCCTGTCACTGACAGAGTCGACTCCGTTCTATCAAACGCTGGAAAAAAAGTTCGAAGAGAAATACCCGGATATCGACCTGCAGATCCATGCATATAAAAGCATGGGTGAACAATGGGGACCTGGGGAATTCGAGAAGTATCGTACTGCAACGAATACAGCCATGTTATCAGGAAACGGGATGGATATCATTGAAGTTGGCGGCTTGCCTGTTAAAGAATATGTGAGCAAAGGCTTCCTACTCAATATGAATGGTTTGCTGGAGCAAGATCAGACACTCCATAAAGATGATTTGCAAATGAATATTTTGGACGGTCTGAAACTGAATGACGGGGTGTATACCATCCCTTTGGGATACTCCTTGAGAGTATTGGTTGGTAATGGGGACATGCTGGGCAAAGCTAATGTGACGTTCGATGATAAAACCTGGGATTGGAAGGAGTTCCAGAAGGTTTCGAAAGAAGTGATCCGGAAGGCTAAGGAGAGCGGCGCCGACGAGATGTATGCATTAGCATCCTATCCGCCGGAATACCTCTTCCAAGAGATGCTCTATGAAAACTACGCTGCATTTGTTGAAACTTCCGCCAAAAAGGCATTGTTCGATTCTCCGGAATTTGTAGATTTGCTTCAGCAAGCGATGAAAATGAATGATGAGAAGATCATCACGTCCGACGAGGCAAAGCCGGGCAATCAATTGTTCAGCTCCACACCGATTATGTCGCCGCTTCATTTTGTCGAAGGCCCTTATATGTTGTTTGATCATCCAAAGATCATGCTGTTACCTAGAGCGGGAGAAACCGCAGGTCAAAAAGGTGCGAGAGTATTTACATCATCCGGGTTCGCTATCCATGCCAAATCGCCAGCACAAGAAGAAGCTTGGAAGTTTATTTCCTTCCTATTGTCTGAAGAAGCACAATTACTGCAGGAAAGAGAAGGGTTCTCGATGCTTAAATCCGTGAATGAAAAGCTGATCAGTGACCTTCAGGAAAAGGTGGGGAGCGGCGACTATAAGCTTCCGAATGGGCAGCCGGCCAAAGTACCCGACGAACAATTCAACGTGTTTAAACAAATGGTTCAGTCCGCGGATCAATACGTGGATCTGGACAGTAAAGTGATATCGATTGCGGGTGAAGAGTCCATGGCGTACTTCAGCGGGCAGAAAACTGCAGAAGAAGTGGCAAAGCTGATCCAGAACCGAGTCACCACCTATTTAAACGAATAG	MKKWHLLISMGALIASLTACGSGEGGNADKPATKEGKTVLTLSLTESTPFYQTLEKKFEEKYPDIDLQIHAYKSMGEQWGPGEFEKYRTATNTAMLSGNGMDIIEVGGLPVKEYVSKGFLLNMNGLLEQDQTLHKDDLQMNILDGLKLNDGVYTIPLGYSLRVLVGNGDMLGKANVTFDDKTWDWKEFQKVSKEVIRKAKESGADEMYALASYPPEYLFQEMLYENYAAFVETSAKKALFDSPEFVDLLQQAMKMNDEKIITSDEAKPGNQLFSSTPIMSPLHFVEGPYMLFDHPKIMLLPRAGETAGQKGARVFTSSGFAIHAKSPAQEEAWKFISFLLSEEAQLLQEREGFSMLKSVNEKLISDLQEKVGSGDYKLPNGQPAKVPDEQFNVFKQMVQSADQYVDLDSKVISIAGEESMAYFSGQKTAEEVAKLIQNRVTTYLNE	PGPT0016545_3499	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_00667	1155			hypothetical protein	ATGGAGCTTGGAAAAGGGTTAGCTGACCAAAGACGAAAGCGAATCCTTCAAATCGTGTTCATGGGTTTTATGGGGGTGCTGCTGCTGTTTACATTGTTCAGTAACACGCTGCAGTCGTTGACCTTGCCCAAGGTGACCACGGAACAGCCGAAACAGGGAGGCATTGAGCTATCGATCGCGGGAAGCGGAATACTTCAGCCGATCGCCGAAGCCAAACTATCCAGTTCAAACGACTGGAAGGCTCAGCAGATTTACGTAAAAGAAGGTGAACGTGTTAAGAAGGGACAGAAACTTATCGCTTATGACAACGTAGCGGCAAGACAAGAAATCGAACTTGAAGTAACGAATTTGGAAAAGCAGAGGATTGAGCAGCAAAATCTTCAGGATCAGTTTATTCAATCTTCCATTGAGGAAGATGAGCTTAAACTGCGCAGCGCGAAACGTGAAATTGAAAAAGGGAAACTCGATATCGCTGCGCAAGAACGCAAGATCAACGAGATGAAAGAACGACTGGCAAAAGAACAGATGCTTACCGCTCCCTTTAACGGTATTGTAACGAAGCTGAATGCGGTTGAAGGACTTGCATCTGCGGGCGAGCCGGATGTCATTGTCGCGAATAGCAGTCAGGGTTATAGGTTTGACGTTGATGCGGATGCAGAACGATTGTCTAGTATTGGGATATCCGTTGGAGAGCGGATCGAGGTAGAGGTCCACACAGATAAAGAGCAGCAAACCAGTGTCATAGAAGGTGTAATTGAAGAAATCACCAATGCGGAACCGATAATTGAGGGGGCAACCGAAGGAACGGGATCGCTAACCGTCCCTCAAAAGAGAATTCGTATTAAACTCATCGATGCCAAGCTGAAGGGAGGTGAGCAGGCTCGTATTAACATCGAGAAAAGCTCTCTCGATCATGGGCTGCTTGTTTCTAATGAAGCTGTTCATCAGGACCGGGAAGGCATGTACGTTTTTGTAGTCGAAGAGCAGCCGGGTGCACTCGGTAACGTTTTTGTTGCCCGAAAAGTCAACATCAAGTTCAGCGAGCGGAATGACAAAGAAACGATGATCCAAACGGATAGCATTTATGAACAAGATAAGATCATTCTGAAGAGCAGCGAGCCTCTGCAGGATGGCAACCGAGTTCGCTTGGAATAG	MELGKGLADQRRKRILQIVFMGFMGVLLLFTLFSNTLQSLTLPKVTTEQPKQGGIELSIAGSGILQPIAEAKLSSSNDWKAQQIYVKEGERVKKGQKLIAYDNVAARQEIELEVTNLEKQRIEQQNLQDQFIQSSIEEDELKLRSAKREIEKGKLDIAAQERKINEMKERLAKEQMLTAPFNGIVTKLNAVEGLASAGEPDVIVANSSQGYRFDVDADAERLSSIGISVGERIEVEVHTDKEQQTSVIEGVIEEITNAEPIIEGATEGTGSLTVPQKRIRIKLIDAKLKGGEQARINIEKSSLDHGLLVSNEAVHQDREGMYVFVVEEQPGALGNVFVARKVNIKFSERNDKETMIQTDSIYEQDKIILKSSEPLQDGNRVRLE	PGPT0028945_683	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028945-bpeE-K18901	NA	NA
JZ016_00668	879			hypothetical protein	GTGCGAGTAGCCTACATATTGAAAAAAAGTGCTTTAACGTTTGTCATGGGTGTTATCGCCATGATCTTAATATCTCCTATTGTGATTACATTCACAAATTCATTGATGACAGAACTGGAGATCCAGATCAATTACGGTCTCATCGGTCAAATGAAAGAAATGATTCCTGGTAGAGATGGTTCTTTTGCAAATCTGAAACTGATTCCGGACAAGGTGTCTTTTGCACAGTATGGGAAGGTTTTCATTGACAACCCGAAGTATCTGACGATGTTCTGGAACTCCGTGTTCATGGTGATGCCGATTATTGTGGGTCAGACACTCGTCGCAGCACTGGCTGCTTATGCATTCTCCAAGCTGAAATTCCGCGGCAGGGATACGATGTTTTTGGTCTATGTCATGACGATGCTCATGCCATTCCAAGTCACGCTGGTACCCAATTATATTATGGTCGATAAGCTTGGCATGCTGAATAGTACGGGCGCCATCATTGTTCCTGGTATTTTCGCAGCTTTTGGCGTATTTATGCTCAGACAGTTCATGCTGGACATTCCCTATGCCTACATTGAAGCTGCCAAAATAGACGGTGCCGGACATTTGCGGATTTTTATAACGATGATTGTTCCGATGATCATGCCGGGATTGGCCGCACTTGTGATCTTGCTGTTCGTTGATTATTGGAACATGGTGGAGCAGCCGCTTATTTTTTTGGACGACCCGTTCAAGCAGCCGCTGTCCGTCTTTTTATCCAGGATTAATGATAGCGACCGGGGGATTGCCTTTGCAGCATCCATGCTCTATATGGCCCCGATGGTAATGTTATTTCTGTATGCGGAGTCGTATTTCATAGAGGGCATTCAATTGTCAGGTGTTAAGGGTTAG	MRVAYILKKSALTFVMGVIAMILISPIVITFTNSLMTELEIQINYGLIGQMKEMIPGRDGSFANLKLIPDKVSFAQYGKVFIDNPKYLTMFWNSVFMVMPIIVGQTLVAALAAYAFSKLKFRGRDTMFLVYVMTMLMPFQVTLVPNYIMVDKLGMLNSTGAIIVPGIFAAFGVFMLRQFMLDIPYAYIEAAKIDGAGHLRIFITMIVPMIMPGLAALVILLFVDYWNMVEQPLIFLDDPFKQPLSVFLSRINDSDRGIAFAASMLYMAPMVMLFLYAESYFIEGIQLSGVKG	PGPT0016540_3273	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_00669	867	ngcF_2	COG1175	Diacetylchitobiose uptake system permease protein NgcF	ATGAAAAAATGGCTCCGTCAGGATGCTTCGGCGGCCATGTTTTTTCTCGTGCCAAGCGGTATCGGATTTACACTCTTTTATCTTATCCCGTTTGCCATGGGTATGTATTATTCCTTTATGAGCCAATCGGTGGGCGGCGAATTTGTGGGATTCGATAATTACCTGGAACTGCTTGAAAGTAGTTCCTTCCGCAAGGCGGTATCCAACACGTCTTACTTCAGTGCGGTCAGTGTTCCGCTTATGGTCATGCTGTCACTCGGGTTAGCGATGCTGCTGAATAAAAATACATATATTCAAAAATGGCTACGTACAGCTTATGTTATGCCGCTTGTTGTGCCCGTCGCCTCCATCATCATGATCTGGCAGCTGCTGTTTGATTGGAACGGCTCCCTGAATGCCTGGCTGAACAGCTTCGGATATGAACGGGTGGACTGGATGAAGACGGAATCGGCACGTTGGGTCGTAATCATTGTGTACCTATGGAAGAACATCGGTTACAACGTCATTTTATTCCTGGCGGGACTACAGCAAATTCCGAAGGGTTACTACGAAACGGCCCGGATTGAGGGGGCTGGTCGTTTACGGCAATTCCGAAGTATTACTCTGGTCTATCTGACTTCCACAATGTTTTTTGTTGTGATCATGTCCATTATCAATTCATTCAAAGTGTTTCGTGAGACGTATCTGATCGCAGGTGATTACCCCCATGACAGTATTTATATGATGCAGCATTATATGAACAATATGTTCGTGTCACTCGACATTCAGAAGCTGACTGCGGCGGCAACCCTGATGTTTCTCTGTATTTTACTGATTGTACTAGTGCTGTTTGCGATTGAGCGCCGGCATCGGCAGTACATGGAATAG	MKKWLRQDASAAMFFLVPSGIGFTLFYLIPFAMGMYYSFMSQSVGGEFVGFDNYLELLESSSFRKAVSNTSYFSAVSVPLMVMLSLGLAMLLNKNTYIQKWLRTAYVMPLVVPVASIIMIWQLLFDWNGSLNAWLNSFGYERVDWMKTESARWVVIIVYLWKNIGYNVILFLAGLQQIPKGYYETARIEGAGRLRQFRSITLVYLTSTMFFVVIMSIINSFKVFRETYLIAGDYPHDSIYMMQHYMNNMFVSLDIQKLTAAATLMFLCILLIVLVLFAIERRHRQYME	PGPT0016535_8987	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_00670	654			hypothetical protein	GTGAAGCAAAGCATCCGAAGCAAGCTTATCGAAACCATGCTGCACATGAGCGGTAGAAAACAGAATTTTGCAGACAAAGCGAGGTTTGCGAAATTTCTTGATCAAAAACGAATAGCGAATGCGGAACCTTATAGGTTGCCTGAAGAACTCAAACAGAAATGGGATATTGTGATGGATCCCTCTTATGGGAAAGATTGCTACGTTCTAAGCGGCAATCAGCATGCAGGACATAAATATATCATTTATTTGTTAGGTGGAGGGCATATTAACCGGCCGCTGCCTATGAACTGGAAATTTGTTAGAAAAATAGCGGATATGACCGGTTATCAAGTTATCGTACCCGTCTACCCTAAAGCACCTCATCATCAGCATCATGAATCCTATGAACAGGTGCTCTTCGTTTATGAACAGCTGTTGAAGAAAACTTCATCGCAGCACATCGTATTGATGGGAGAATCGGCAGGAGGCGGGTTTGCGTTAGGGCTCGCTCAATTACTGAAGGAAAAAGCAATGCCCCAGCCGAGTCGGATCATTCTTATCTCGCCTTGGCTAGACATCACGTTGTCTAATCCGGATATCCCGGCATTCGAGAAAAAAGACCCCCTCCTCGGATCGCCTATGTCGGAAAATTGTATGCCGGCGATACGGACCTGA	MKQSIRSKLIETMLHMSGRKQNFADKARFAKFLDQKRIANAEPYRLPEELKQKWDIVMDPSYGKDCYVLSGNQHAGHKYIIYLLGGGHINRPLPMNWKFVRKIADMTGYQVIVPVYPKAPHHQHHESYEQVLFVYEQLLKKTSSQHIVLMGESAGGGFALGLAQLLKEKAMPQPSRIILISPWLDITLSNPDIPAFEKKDPLLGSPMSENCMPAIRT				NA	NA	NA	NA	NA
JZ016_00671	927			hypothetical protein	TTGAATATACTTGTGTACGGTGCAGGTGTGCAGGGAAGCTATCTGGCACATGTCCTAGTAGCGGGCGGTCATGACGTGACTGTGTTGGCAAGAGGAAAGCGAGCGGAGGAACTGGAAAAGGAGGGACTGGTCATTCGGCATTACCTTCAGCGCAAGACAACTGTTGATCGGGTTCGTGTAATTCGTAGACTAGAGTCAGGTGACGCGTATGACTTGATCTTCGTCATGATGAAATATTCGGATTTCGGGGATGTGCTACCGATCCTCGCAGACAACGTTAGCCGTCATATCGTATTGGTCGGCAACAATATGAATACCTACGCCATGCAGGACTATTTGAGTAAACATGGACAGTCGCCTAAACAGGTCGCTTTTGGATTCCAAGCTACCGCAGGTACACGTACCGACGGACGAGTCATATGCATTCGTGGCGGCCATGGGGAGATGGTCATCGGGGGTCTGGACGGGCCCGTACCGTTTCGCTCCCTGCTGGAGCAGGCATTCATGCCAACCAAGTACAAGCTCAGTTACCATGATCAGATCGATGCCTGGCTAAAAAACCACATGGTGCTGGTCGTGCCTATGAACATGGTCATTCTGTTCCACAGCTTCCAGATGAAACAGGTTGTCCGTGACGATAGGCGAATGCGTCAGTTAGTGGCGGCGATGGGAGAGGGCTTCCGTGTACTTGAATCAATGGGGTACCCGTTAACCCCTGCGAAGCAGGCGTCTTGGATTACCGGCTATCCAAACTTAATCCGCTGGGCGTTGAAGATTTTCTTCATGCTTCCGGTTAGCGGGTTGATTGATGGGACAGCAGTTGAGCTCGCAGCCTTGAATGAGGGCTTTGCCGAATGGAGGGCAAGGTCGGAAGTGCCTACGCCAAACTGGAATGCGTTAGAGACAGATTGGCTTATTCAATCATAG	MNILVYGAGVQGSYLAHVLVAGGHDVTVLARGKRAEELEKEGLVIRHYLQRKTTVDRVRVIRRLESGDAYDLIFVMMKYSDFGDVLPILADNVSRHIVLVGNNMNTYAMQDYLSKHGQSPKQVAFGFQATAGTRTDGRVICIRGGHGEMVIGGLDGPVPFRSLLEQAFMPTKYKLSYHDQIDAWLKNHMVLVVPMNMVILFHSFQMKQVVRDDRRMRQLVAAMGEGFRVLESMGYPLTPAKQASWITGYPNLIRWALKIFFMLPVSGLIDGTAVELAALNEGFAEWRARSEVPTPNWNALETDWLIQS	PGPT0008745_3289	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008745-panE|apbA-K00077	NA	NA
JZ016_00672	552			hypothetical protein	ATGGATCGGCGCATCGTGAGATCAAGACAAATGATTATGCAAGCGTTCATTGGGCTGTTGGGAGAACAGGAATTTGAGAGGATCACCATTCAAGGTATAGCGGATCGGGCCAATGTCAATCGCGGAACGATCTATTTGCATTTTACAGACAAATATGACCTGCTGGAACAGAGCGTGGAAACGTATCTGATGATGCTTGCTGACAGTTGTGTGCCGGAGGATGGGCCAACCAATGAACTGTCCCGGGACCTGCTGATTCGTGCGTTCACGTATCTGAAAGAGCATGCAGAAATCTATGGCGTTTTGATTACCAATAAAGGTATTCCGACGTTCAGACACCGTATGACACAGATGATTGAAGCGAATATCACCTTGGTGGTAAACCAAATGAAGCTAGAAACCGGTATCCACAAGGATGTATTGGCGCAATTCTTATCCGTTTCCATTACGGGGTTGATTGAGTGGTGGGTCGTCCAATCTATGCCATATACGCCAGAAGAGATGGTTGAACAGATGGCTAGAATTTTGGAAGCAAGGCTGCAGCTATGGTAA	MDRRIVRSRQMIMQAFIGLLGEQEFERITIQGIADRANVNRGTIYLHFTDKYDLLEQSVETYLMMLADSCVPEDGPTNELSRDLLIRAFTYLKEHAEIYGVLITNKGIPTFRHRMTQMIEANITLVVNQMKLETGIHKDVLAQFLSVSITGLIEWWVVQSMPYTPEEMVEQMARILEARLQLW				NA	NA	NA	NA	NA
JZ016_00673	108			hypothetical protein	ATGATCATTGTGGAGGATAATGCGGGCGGAGGGAAACAGAAAGGGAGCTTACAATGGCATATCGTTCCATTGGAAGTCGCTAATTTGGCGGCTTCTTTTGTGTTTTAG	MIIVEDNAGGGKQKGSLQWHIVPLEVANLAASFVF				NA	NA	NA	NA	NA
JZ016_00674	507			hypothetical protein	ATGATGAAATATCCGAATGGAGCCTTGGGGCAACTTACCAGCTCGGTCATCCATCACGGCGAAGAGCAGCAATACGTGTTCCAAGGACAGTTTGCACGAATTTCTGCACCATGGCGGGTAACGGCTTCCACTTCCTTGCCGAACGGATTCCCTGAACGCGATTTGGAACTGGAAGAAAAAATCCGGAAATACTATGACGAATTGCCGGATTTGCCGTATGAAGGCCATGCCGGTCAGATCGACAATGTGCTGAGCGCGATCGAGCATGGAAAGCCATTACTCATCGACGGAGAAAGCGGCCGCAGCACATTAGAGATGATCATGGGCATATACAAATCGGCAAGCATGGGTGAGAATGTCCAACTCCCGCTGCGCAAGGACGATCCCTTCTATACGCAAGAGGGTGCTCAACAGAACGTTCCCTATTTTTATCAGAAGGGCAAGAGCGTTGAAAATTTTACGGATGTGAAAATCACGACAGGAAGCAATTACGGCGAAAAAAAATGA	MMKYPNGALGQLTSSVIHHGEEQQYVFQGQFARISAPWRVTASTSLPNGFPERDLELEEKIRKYYDELPDLPYEGHAGQIDNVLSAIEHGKPLLIDGESGRSTLEMIMGIYKSASMGENVQLPLRKDDPFYTQEGAQQNVPYFYQKGKSVENFTDVKITTGSNYGEKK	PGPT0022715_67	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022715-wlbA|bplA-K13020	NA	NA
JZ016_00675	657	iolG_3		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGTTAAAGGTAGCGATTATAGGTTCGGGGGCAATTTCGTCCAGTCATATCGAAGCATACTTGCAGTTCAAGGACCGCTGTAAAATTGTTGCTTTATGCGAGCTCTACCCCGAGAAGGCGGAAGCGAGGCGGAAGCAGTACGGACTGGACGCTAAAATCGTACACGATTATAAGGAGCTGCTTCAAGACAGTATCGATCTCGTTTCCGTCTGTATACCTCCGTATGTTCATGCGCAGGTTACGATCGATTTCCTGAACGCAGGAAGCCATGTCGTTGTAGAAAAGCCTATGGCAGCGTCACTTAAAGAATGTGACGATATGATCGAAGCGGCACAGAATAGCGGTAAGTTGTTGTCCGTGATCGCCCAGAATCGATTCAGAAACCCGATTATGAAGCTGAAGCAAGTGTTGGATAGCGGCATGGCGGGCAACATTCTGCATGCCCAAGTGGATTCTTTCTGGTGGCGGGGCCATTGTTATTACGACTTATGGTGGCGCGGTACTTGGGAGAAAGAGGGGGAGGCCCCACGCTTAATCATGCCGTTCATCATATTGATGGTTTGCTGTGGATGCTTGGTCGTCCTTGCCACGTACAAGCTTACATGGGTAACGTCGCGCATGACAATGCCGAGGTTGAGGATTTATCCATCGCGATGA	MLKVAIIGSGAISSSHIEAYLQFKDRCKIVALCELYPEKAEARRKQYGLDAKIVHDYKELLQDSIDLVSVCIPPYVHAQVTIDFLNAGSHVVVEKPMAASLKECDDMIEAAQNSGKLLSVIAQNRFRNPIMKLKQVLDSGMAGNILHAQVDSFWWRGHCYYDLWWRGTWEKEGEAPRLIMPFIILMVCCGCLVVLATYKLTWVTSRMTMPRLRIYPSR	PGPT0022715_73	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022715-wlbA|bplA-K13020	NA	NA
JZ016_00676	870	araC_3		Arabinose operon regulatory protein	TTGTCGTTTGTTGCAAGCAACTACAGTATCTCTCCCTTGTACTTTGCCTATAGACGTAAAAGCGAAAATTACGAGCATAAAGAGACCTTTCATTCCCATCTTGGCCTTGAAGTGTTGTTCATTCATCAAGGAAGAGGAACTATGATCGTAAATAACAGCAGCTATGAGATTAAGCCGGGGATGATTTGTATATTTCAGCCCTGTCAACTCCACCACCTAAAGCTTGAATACGACGATCATCAGTGTTTCGAACGATCCATTGCGATTTTTGAACCGACCGTGTACGAGGCATATTTTAAACAATGGCCCGCACTCCACGAATTTTACAATTTTATATATTTGGGCAATCTCCCTTTCCCCTGCCTTTATGAAGTCGAGGACCCTTACCTGGACGTTGCGTACAAGAGCATGAACGATCGATTCCCGACGCTGTCCGACTCGGAAAAATATGAAGAAATTTCGCTGTTTCTTGTCGCACTTTTTCGCTCCTTGAAACCAATCTGGGATAAGCGGAAAGCAAGGAGTTCAACTTACCAAACCCGTAAAAATCATCGGGTGGAGCACATCTTAACCTGGATTGAAGCGAATTATACGATTCCTTTCCGATTGGACGATATGGCGAAGTCGCTGCATCTATCTCCCTACCATTTGTCACATCTCTTTAAAGAAGCGACAGGGATCAGCATCACGGAATACATAGCAGCCCGAAGGATTCATCAATCCATACAACTCTTAGCGACCACAAAAAAACCGATCTCACTTATTGCGGAGGAGATCGGATTAACGAATAGCTCTTATTTTTGCAAATTTTTTAAGTCACAAATGGGAATCACACCGCATCAATATCGAAAGAAATGGACGACTACTTAA	MSFVASNYSISPLYFAYRRKSENYEHKETFHSHLGLEVLFIHQGRGTMIVNNSSYEIKPGMICIFQPCQLHHLKLEYDDHQCFERSIAIFEPTVYEAYFKQWPALHEFYNFIYLGNLPFPCLYEVEDPYLDVAYKSMNDRFPTLSDSEKYEEISLFLVALFRSLKPIWDKRKARSSTYQTRKNHRVEHILTWIEANYTIPFRLDDMAKSLHLSPYHLSHLFKEATGISITEYIAARRIHQSIQLLATTKKPISLIAEEIGLTNSSYFCKFFKSQMGITPHQYRKKWTTT	PGPT0017485_378	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_00677	1137			hypothetical protein	ATGAAAACTTATGACGCATTTCCAGAACCAATCGGCAGCTATACTGTCGGTCGAACCCAGATGGATTTTGAGTATACGGCATCAGATCATTCAAAAAGAGAACTGACGGCGTTTGTGTACTATCCGTCCGACAGTAGCGAAGGTAAGACTACATCAACGTACATGTTTCCTGAAGTTTACGAAATGCTTGATGAGCAGCCACTTCTCACTGCGTTGAAGGATGCTTACTCTATAGATATCAAGACCCAGTGTTACGACGACCTTGCTCTCTCCGGGAAGGAAAAGCGCTATCCGGTGTTATTCTATGTTTGCGGCGGGGGCGGTTCTCCAGAATGGGGTACCGTGATCAGTACAGACTTGGCAAGTTTAGGATATGTCGTGGTAAGCATCGGCCATCAGAATAGCACGATGTATAAGCGTAAGGATGGGCGCCTGTTTAATGTATCAAAGGGTTTTTCGGATGTCATTATGGCGTTTTCTGAAGATCCGGAGATGGTGGCGTTGGCTGGTAAGATGGAGATGCGGCCTGACGAAGAAACTGCCATCGAGATGTGCCACAAGGTGCTTACACTGCCGGTACTTGCCAAGATAACAGAGTATAGTGAATTACAGGCAGAGGATGTAAGGTATGTAGCCGATTATCTTTACAAAATGGACTCTGGAGAGCTGAATTCCATCTTCAAGGGCAGATTGTTGCTTGACATCGGCATGGGCATAGTCGGACATTCTTATGGAGGGCCTACGACGGCGATTGTTTGTCGGGACGACGACCGGTTTGCCTGCGGGATTGGCCTGGATAGCGCTGCGTTCGGCCTTCAGGGCAGCGACCTTAATAAACCCTTCTTGCTGCTTTATTGTGAACCTAACTATAACATGAATGCGATAATTGGCGCTAACAATAGCATGCAAACCTATTATTTCTCTGTTGATCGTGTTGCGCATTTAGATTACTGCGACATCGTGTTTACTAGTGTTAATGAGGAACTCAGAGGCGAACGGGATGCTATGGAGATGCGAAATCTTGTTACAGACTATACGAAGAACTTTTTTGATCAATACATACTGCAGAAGGCTGCAAGTGTGGAAAGTCTGGCATACGATGGCGTGGACTTGGTCAAGAAGACCAGCAACAAGTGA	MKTYDAFPEPIGSYTVGRTQMDFEYTASDHSKRELTAFVYYPSDSSEGKTTSTYMFPEVYEMLDEQPLLTALKDAYSIDIKTQCYDDLALSGKEKRYPVLFYVCGGGGSPEWGTVISTDLASLGYVVVSIGHQNSTMYKRKDGRLFNVSKGFSDVIMAFSEDPEMVALAGKMEMRPDEETAIEMCHKVLTLPVLAKITEYSELQAEDVRYVADYLYKMDSGELNSIFKGRLLLDIGMGIVGHSYGGPTTAIVCRDDDRFACGIGLDSAAFGLQGSDLNKPFLLLYCEPNYNMNAIIGANNSMQTYYFSVDRVAHLDYCDIVFTSVNEELRGERDAMEMRNLVTDYTKNFFDQYILQKAASVESLAYDGVDLVKKTSNK				NA	NA	NA	NA	NA
JZ016_00678	558			hypothetical protein	ATGAAGATGGTTTTGGATCGTCTGTCCATGCACCCCGGAACATTTTATCGGTATTTTGAAGACAAAGATGACCTTTATTGTCTCTTAATACGTAATGTGACTCAGAAAAGAGTTGCGTATTTTAATAACAGTAATGAAGATTCCCTTTTCCAGTTTTTCCTTACTGGCTTATTTGGTAACGTTAATGGCATTATGACCGAGCCACTGAATGAGTTGGAAATCAAACTCACTGAAACACCTTTATACATTCCTGAGAACATTTTGCTTAAAATATATCTGAATGTGCTAAAGGGCGAGTCATTCCCCTTAATCAAGGACATCTTACGCCGAATGAGGGTTGATGGATATCTCCGACCTGATTTTGACGACGACCTGATTTTTTTTATGTTTGAGTCAATGCAGTTTAATTTAGTCCTGTTTTTTAGGGAATTCGATATTAAAGACTCTAAGCTGCAACATAAGATTAGCAAGTACTTTGCTGACTTTATGGGTCATGGGCTGCTTGAAGATCATAAACATTCTGAAATTGTTAGCGATCTCAAGAAAGCCAAGGAGTAG	MKMVLDRLSMHPGTFYRYFEDKDDLYCLLIRNVTQKRVAYFNNSNEDSLFQFFLTGLFGNVNGIMTEPLNELEIKLTETPLYIPENILLKIYLNVLKGESFPLIKDILRRMRVDGYLRPDFDDDLIFFMFESMQFNLVLFFREFDIKDSKLQHKISKYFADFMGHGLLEDHKHSEIVSDLKKAKE				NA	NA	NA	NA	NA
JZ016_00679	597	betI_3		HTH-type transcriptional regulator BetI	ATGAACGGCTTTGAAAAGAGGACGCAAGAGAAGAAGAATCAAGTTCTAGAAGCAACTTTTAAATTGATTAATACCGAAATCGGCATCGAAAATGTAACAGTCGATGAGATTGCTAGACATGCCAATGTCGGTAAAACGACGATTTTTAAGTATTTTGGGAGCAAAGAAAACCTGGTCCATGAGGTTTTTAAGTATTTTTTAACTCAAATGGGGGAAACCGCCCGAGAAATCATGGCCGAAAATAAACCTTTCGAAGAAACGATCATTGCTATGAGTCAGAACAAAATCAATTATCTAGAAAAAATCAACAAACAATTTTATTTGGATTTAATGGATTATTTTACAAAGAAAGATGATGATGGGTTATCTCTGATGATGCAGCAATACGTCAAGGAAAGCTACAGTCTTATGTTGGATTTGTTTCACCGCGGGCGTAAAGAAGGCAAGGTTGATCTGAAATATTCGGATGAATTTCTTCTGATTTATTTCCAGGCCCTGGTTGAAGGGATCTCCAGCCCGCATATCTACCCAAAGATTCTCCCATATACCGCACAATGGACGGAATTGCTGATAAAAGGTATTGCGCCAAGCAAATAA	MNGFEKRTQEKKNQVLEATFKLINTEIGIENVTVDEIARHANVGKTTIFKYFGSKENLVHEVFKYFLTQMGETAREIMAENKPFEETIIAMSQNKINYLEKINKQFYLDLMDYFTKKDDDGLSLMMQQYVKESYSLMLDLFHRGRKEGKVDLKYSDEFLLIYFQALVEGISSPHIYPKILPYTAQWTELLIKGIAPSK				NA	NA	NA	NA	NA
JZ016_00680	882		COG1131	Multidrug efflux system ATP-binding protein	ATGACAAACATTGTAGAAGTGCAAGGCTTACAAAAAAGATTCGGGAAATTCAAAGCGCTGCATGACGTGTCATTTGCGGTAAATGCCGGGGAAGTAGTCGGCTTTATCGGACCGAATGGCGCGGGGAAATCCACAACGATTCGCATTTTGCTCGGAATCATCCATCGGGATGCCGGAGATGCAAAAATCTTCGGCAAGGATGTATGGAAAGATAGCCTTGAGATTCATAAACGAATTTCTTATGTACCGGGGGACGTGGCTCTTTGGGGCAGCTTAACAGGCGGCGAAATCATTGATTTATTTATGAAATTGCATGGCGGCGGAGACAAAAATAAACGCGACTATTTGATTAAACGGTTTGAATTGGATCCTAAGAAGAAAGCCAAGGGCTATTCCAAAGGAAATCGGCAAAAAGTCGGCTTGATCGCGGCTTTATCCGTTGACTCCGATTTGTATATTTTCGACGAACCGACTTCCGGCCTTGATCCGTTAATGGAAGCCGTCTTCCAGGATGAGGTCGAAAAAATCAAGCTTGCGGGAAAAGCCATCTTGCTGTCCTCTCATATTTTAAGCGAAGTGGAACGACTGGCCGATAAAGTAGTTATCATTCGCCAAGGCAAAGTGGTTGAAACCGGAACATTGGATGAGCTGCGTCATTTAACGCGTTCTACAGTAACTATAGTAACGCAAGGCAATGTGGCTATAATGGCATCGGTTAACGGTGTTCATGATTTCAAGCAATCCGGCAATCAAGCGACATTCTTTGCGGATAACGAATTTATCAATGAGATTTTGTCCGAAGCGGCAAAATTGGGGGTCAAGAAGTTTGAGTCCGTGCCGCCTACGCTAGAAGACTTATTCATGCGTCATTATGAAGTCTAA	MTNIVEVQGLQKRFGKFKALHDVSFAVNAGEVVGFIGPNGAGKSTTIRILLGIIHRDAGDAKIFGKDVWKDSLEIHKRISYVPGDVALWGSLTGGEIIDLFMKLHGGGDKNKRDYLIKRFELDPKKKAKGYSKGNRQKVGLIAALSVDSDLYIFDEPTSGLDPLMEAVFQDEVEKIKLAGKAILLSSHILSEVERLADKVVIIRQGKVVETGTLDELRHLTRSTVTIVTQGNVAIMASVNGVHDFKQSGNQATFFADNEFINEILSEAAKLGVKKFESVPPTLEDLFMRHYEV	PGPT0006725_17492	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_00681	1614		COG3559	Multidrug efflux system permease protein	ATGCAAGAAAAATTTGCGCGTTCGCGAGTACTATTCGTCCAATACCTGAAACGTGATTGGAAAAAAATCATCATCTGGGTTTTAGGTTTAGGCTTGTTTTCAGCCGGATTTGTTCCGGCTTTTGAAGAAATGGGCAAGGGCCAAGGGTTGCAGGGAATGTATGAAACCTTGCAAAATCCTGCTATGATTTCCATGGTTGGTCCTACACCGATTGAGAACGCAGCGGATTATACTTTGGGTGCAATGTATGCGCACGAAATGTTGTTATTCTGCGGTTTGTTTGCGATGATTATCGCTGCTTTGCATGTGGTAAGCCATACTCGCAAAGAAGAAGATCTTGGGCTTACTGAACTCGTACGCTCCTTTCAAGTAGGCCGTCAAGCCAATTCGTTTGCGGTGATTGCCGAAGTCGTCATGATCAATATTCTATTAGCGCTCGTTATTGGCGGAATGATGACTAGCTTTGGCGTAGATACGATTTCGGCCGAAGGATCCTTTTTGTTTGGCGCATCCATTGGAATGGCCGGGATCTTGGGAGCCGTAATTGCCTTAGTTATGGCGCAAATTATGCCGACTTCATCCGGTGCAACCGGTTCATCGCTCGGAATTGTAGGCTTGCTCTATATTATCCGAGCCGGAACGGATGTGTCGAATGTTGATTTTTCCATGATCAATCCGATGGGTTGGACTTATCTGACTTATCCATTTACAGAAAACAATGGGGTCCCTCTGATTTTGGCTATAGTCTTCAGCGTTATTGTCGTGATCATCGCTTTTGTCCTTGAAGGCGGTCGAGATATGGGTGCCGGTTATTTACCAGAAAGAGATGGCCGGGAGTCGGCAAAAAAATCATTGCTGTCCGTACCCGGCCTGTTTACAAAGCTGAACAAAGGCGTAATGATCAGTTGGTTGATTGCTTTCGTCGTCATGGGAGCAGCCTATGGTTCGATTTATGGAGATATGCAGACGTTCCTTGAAAGCAATGAAATCATGAGTCAAATGTTTACGATATCCGGCGTTTCCATCGAAGAAGCCTTCACTGGGACCATTATGATGGTCATGATTGGATTGGTTTCCATTTTGCCGATTGCGATCGTGAACAAACTTTTCTCGGAAGAAGCGCGACAGCATTTAAGCCAGCTTTATGCAACAAAAGTGACTCGAGCTCAGCTCTATTGGACGAGTGTCATTTTGGCGATTGTTGCTGGAATCGTTGGCATTTTGCTAGCTTCAAGCGGACTTGGCGGGACGGCCATTTCTGCCCTGGGTGACGGCTCGTCCATGAATATGAGGGATTTTTTGGCTGCTGGCTATAACTTCCTGCCTTCCGTGTTGTTCTTTATTGCACTTGCCGCTTTGGCTTTAGGTTGGGCACCAAGACTAGGCAAAGCCGTATATGCGTATCTTGGCTATTCTTTTGCATTAAACTATTTCGGCGGCATTCTCGATTTGCCGGAATGGTTCTCGAAAACAGCCGTTCAAAGTTGGATTCCGCGGATGCCGGTAGATTCGTTTGATGCAGCAACCTTTATTACGATCTCAGTGATCAGTGTTGCTTTGATGATTATGGGCTATTTGGGATATCGCAGACGGGATATGGTGGAAGGAGCTTAG	MQEKFARSRVLFVQYLKRDWKKIIIWVLGLGLFSAGFVPAFEEMGKGQGLQGMYETLQNPAMISMVGPTPIENAADYTLGAMYAHEMLLFCGLFAMIIAALHVVSHTRKEEDLGLTELVRSFQVGRQANSFAVIAEVVMINILLALVIGGMMTSFGVDTISAEGSFLFGASIGMAGILGAVIALVMAQIMPTSSGATGSSLGIVGLLYIIRAGTDVSNVDFSMINPMGWTYLTYPFTENNGVPLILAIVFSVIVVIIAFVLEGGRDMGAGYLPERDGRESAKKSLLSVPGLFTKLNKGVMISWLIAFVVMGAAYGSIYGDMQTFLESNEIMSQMFTISGVSIEEAFTGTIMMVMIGLVSILPIAIVNKLFSEEARQHLSQLYATKVTRAQLYWTSVILAIVAGIVGILLASSGLGGTAISALGDGSSMNMRDFLAAGYNFLPSVLFFIALAALALGWAPRLGKAVYAYLGYSFALNYFGGILDLPEWFSKTAVQSWIPRMPVDSFDAATFITISVISVALMIMGYLGYRRRDMVEGA	PGPT0006730_1152	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_00682	180			hypothetical protein	ATGAATTACTACAAAGGAGCAGTACCTGGATCAGATAACTTCATTTATTTTAAAAGCGAAGTCAAATTGAAGGAAAGTGATGTTGTGGTTTTAGATGATAAGAAGTACTTCATTGAGAGTATCGATAACGGATTGTTGATTCTTCAGAGGGTTGGATCAATTATATCAGTGAGTGTGTAA	MNYYKGAVPGSDNFIYFKSEVKLKESDVVVLDDKKYFIESIDNGLLILQRVGSIISVSV				NA	NA	NA	NA	NA
JZ016_00683	1002	gap		Glyceraldehyde-3-phosphate dehydrogenase	ATGGCAATTAACATCGCAATTAACGGTTTTGGCAGAATTGGCAGACTTGCATTTCGGCAGCTTTTTGATACAGAAGGATATAGAGTTGCAGCCATCAATGATCTTACAAGTCCGCAGATGCTTGCGCACTTGCTGAAGCATGACACCACGCAAGGGCGTTATGATGCCAAGATTGGTTATAACGAAAACAGCTTGAACGTGAACGGTGTGGATATTCCGATCTATGCCGAAAAAGACCCAGGAAAGCTCCCGTGGAAAGAACTGCAAATTGACGTTGTTCTGGAATGCACTGGCTTCTTGGCATCGAAAAAAGCGTCAGCAGCACATATTGAAGCAGGTGCCAAAAAGGTGCTGATCTCCACCACAGCCGGGAAGGATGTTCCCACTATTGTTTTCGGTATCAATGAACATACGTTGGCTAAGAACGATACCATTGTTTCGGCAGCTTCCTGTACGACGAACTGCCTCGCGCCAATGGCGTATTTCTTGAACGAGCTTGCACCACTCAAAAAGGGCTTTATGACCACCATACACGCTTACACAAACGACCAGAACACCTTGGATGGCCCCCATCCCAAGATCGACCTACGGCGGGCGCGTTCTGCGGCGGGCAACATCATCCCGACCTCGACCGGAGCAGCAAAAGCAATCGGGCTAGTGATCCCGTCTTTGGATGGCAAGCTGGATGGAACATCGCAAAGAGTGCCGGTCATGGCGGGCTCACTGACAGAATTAACCGCAGTGGTAGGCGGCTCCGTGACAGTAGAGCAGGTCAACAAGAAGATGGAACAGTCCCAGTCAAAAGAATATGGGTATACAGATGAACAGCTTGTTTCGTCTGATATTATCGGCATGACTTACGGCAGTTTGTTTGACGCCACACAGACAAAGGTAACAGAGCTAGGAACAGATACATTAGTGAAAATTGCTGCGTGGTATGATAACGAGAACTCCTTTACCAGCCAGTTAATACGCACCGCAAAATACCTAGCAAAATTATAA	MAINIAINGFGRIGRLAFRQLFDTEGYRVAAINDLTSPQMLAHLLKHDTTQGRYDAKIGYNENSLNVNGVDIPIYAEKDPGKLPWKELQIDVVLECTGFLASKKASAAHIEAGAKKVLISTTAGKDVPTIVFGINEHTLAKNDTIVSAASCTTNCLAPMAYFLNELAPLKKGFMTTIHAYTNDQNTLDGPHPKIDLRRARSAAGNIIPTSTGAAKAIGLVIPSLDGKLDGTSQRVPVMAGSLTELTAVVGGSVTVEQVNKKMEQSQSKEYGYTDEQLVSSDIIGMTYGSLFDATQTKVTELGTDTLVKIAAWYDNENSFTSQLIRTAKYLAKL	PGPT0018000_6722	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018000-gapA-K00134	NA	NA
JZ016_00684	855	rhaR_7		HTH-type transcriptional activator RhaR	ATGCCACAAATTGATCGCCATAAAAACAGAACGGTAGATATCGAATTTGTAGCTGCCGAAGATTTTGCACATTTCCCCTACCCGGAGCGGTTTACGCTTGTTTTTGTTACGAATGGAAGTATAAAAGGGATATTGAACGAACGCCCGATCACCATTTCAGCACCCGCTATTCTTTGTTTGTCTGAAGAGGATACGATACAAGTTTTTGATAAGCACAACGCTTCTGCATCATCATTTAGTTTTCATCCGGATTTTCTTAACTCGACCCCCCATTCTGAAACACAAACTTATTTTCCGACCGATTTGAAAATAGAAACAGGTCTTTCGCTGTTTCGTAAGTCTCCTGAACGAACGGGGATACCTCGCATAACCGAGAAGGCATATCCACAATTATTCGAGTGGTTTTTTGTGCTTGGCACAGAAGTGTATGCGCAAAGCGATGCACTCTGGGCATGTAGAATAAAAAAATATTTTATACAAATAATGGGGGTGCTTGAAGACTTAAACCGTCACAGCGAACTGTCACCTGTGGATTTAGTTCTGGAATATATACACACAAATTATCCGGACAAAATCATCCTGGAAGATTTAACAAAATGCGCGTACTTGAACCGCGTTTCTCTCAATAAGATGTTTCAGGAAAGATGCGGGTGCACCGCAATGGGTTACTTACTGTCGCACCGCTTGAAGGTTGCGGGGAATCTTCTGACCCATACAGACATGACCTTAAATGAAATTGCACGTGCTACCGGATTTGAGTATGACACTTACTTCATTAAACAATTTACGGCTAAAAAAGGCATGTCACCAACAGCATATCGGGAAATCTCCCGAAAGTTCTCTGCTGCCCAATAA	MPQIDRHKNRTVDIEFVAAEDFAHFPYPERFTLVFVTNGSIKGILNERPITISAPAILCLSEEDTIQVFDKHNASASSFSFHPDFLNSTPHSETQTYFPTDLKIETGLSLFRKSPERTGIPRITEKAYPQLFEWFFVLGTEVYAQSDALWACRIKKYFIQIMGVLEDLNRHSELSPVDLVLEYIHTNYPDKIILEDLTKCAYLNRVSLNKMFQERCGCTAMGYLLSHRLKVAGNLLTHTDMTLNEIARATGFEYDTYFIKQFTAKKGMSPTAYREISRKFSAAQ				NA	NA	NA	NA	NA
JZ016_00685	294			hypothetical protein	TTGTCCATATTTATTACTGTTCATCGTTTGTCGGGCGATACGATCATGGTCCCATTGAAAGTCGCTAATTTAGCGGCTTTTTTGTTTTATCGGTACAAGTTCAGCGATGTCCGGGTAATATTACCGCATTTGGGAGCCTTACCTGATCCTGGCACTCATTTATTTTTTCTCACCTACAGCCTCAGCAAGCAGCTGAATTATGCGCCCAAGCCAGTCAAAGTTTCCTTTATTATTGGGCAGCAGAGAACTTTCGGGAGATTTCCCGATATGCTGTTGGTGACATGCCTTTTTTAG	MSIFITVHRLSGDTIMVPLKVANLAAFLFYRYKFSDVRVILPHLGALPDPGTHLFFLTYSLSKQLNYAPKPVKVSFIIGQQRTFGRFPDMLLVTCLF				NA	NA	NA	NA	NA
JZ016_00686	822			hypothetical protein	TTGGAGGGAGCACTCATTAATAACATCGCAATGAAAGAAGCAATGTCCATGTTAAAGAAAACGAGCCGCACTTTTTTTATACCAATAAGTTATTTGGATTCAGGATTAAGGGAAGCTGTTGCATCAGGCTATTTATGTATGCGGGCCATAGATGAAATCGAGGACCACAATGAACTCGCTGACGAACTGAAGGTGGAACTACTTCTTGAGATTTATGAAACATTTAAAACTCAGGATGTTATGGAAACCCAATTCATACTATCTCCTCATCGGACGGTATTACCGGCAGTTACGATGCAAATAGGTAAATGGGCGCTTCTATGTCCGTCTTCCAGTGCCGATATCGTATATCGGTACATCTCAAAGATGGCGTTACATATGGCTGAATGGGTTCAAAACGGGTGGAGCATTCATACAGAAGAGGATCTGGATCGATATACCTATAGCGTGGCAGGTATGGTTGGAGAGATGTTATCGGAGCTTTGGTATTGGTATGACGGAACTCGATCAGATCTAACGAAAGCGATTGCTTTCGGACGAGGTCTACAAGCGGTAAATATCCTCCGTAATAGAGAAGAGGATCTTAAACGTGGCGTTGACTTCTTTCCTGATGGTTGGGGATATAAGGAGATGCAACAGTACACACACCGCAATCTACAGATTGCCGACTCTTATATCGCAGAGCTGAAGGATGGCCCAGCATTAAAGTTTTGCAAGATTCCATTAGCGTTAGCCCATGCTACAGTCAACCTCATCGCTTCAGGTGGAAATAAATTAACGAGGGATGCGGTTCTAAAAATTGTGAATCGTGTGACTGGATAA	MEGALINNIAMKEAMSMLKKTSRTFFIPISYLDSGLREAVASGYLCMRAIDEIEDHNELADELKVELLLEIYETFKTQDVMETQFILSPHRTVLPAVTMQIGKWALLCPSSSADIVYRYISKMALHMAEWVQNGWSIHTEEDLDRYTYSVAGMVGEMLSELWYWYDGTRSDLTKAIAFGRGLQAVNILRNREEDLKRGVDFFPDGWGYKEMQQYTHRNLQIADSYIAELKDGPALKFCKIPLALAHATVNLIASGGNKLTRDAVLKIVNRVTG				NA	NA	NA	NA	NA
JZ016_00687	288			hypothetical protein	ATGTTTATTCTTGCTCGTGAGGCGAGAATATGGTGGTCATTATACGATATAAGCTATTCGTATTGGAAGTCTAATCCTAAAACGATAGACACCAAGACTAGAGAAACCTTGCGCTCGCTTGCAACGGAGCTCTATGAGCTAAATAAGACGATTACGTCGTTTAAAGATAACGACGCAGCTCACATGTTTTATCTAGCGGAGAATTATAAAGCGTTGATGCTAGGGAAGTTGAAACCACACCTTGAAAGACTGAAAAAGATCCAAGATCATTTTTCAGGACATAAATAA	MFILAREARIWWSLYDISYSYWKSNPKTIDTKTRETLRSLATELYELNKTITSFKDNDAAHMFYLAENYKALMLGKLKPHLERLKKIQDHFSGHK				NA	NA	NA	NA	NA
JZ016_00688	279			hypothetical protein	TTGCCCAAGCACATAAAGATCTACGCACTAATACTTATTATTTTCATATTAATAAACGCTGCGATGTACAGACATTTGGAAAACCAATCATCTGTAAAATACAATGACCTCTATTCACTATATCAGCAGAAGAACGACTCGGCATTTGTCTATTTAGTAAAGCACGCTTCTGAAACAATTCCGCTTGCTGACACCTTAATGGCAATTAGTGAGTCGAAGGAAAATGAAGATCCTGCTAAGATTCGGCAATTGATCGATAAGGCGAAGATCCAAGCGTAA	MPKHIKIYALILIIFILINAAMYRHLENQSSVKYNDLYSLYQQKNDSAFVYLVKHASETIPLADTLMAISESKENEDPAKIRQLIDKAKIQA				NA	NA	NA	NA	NA
JZ016_00689	816		COG5285	putative protein	ATGAAGACAGCCAAGTTGGAAATACCGAAATTAATGGAGCAATTTCATGAACAGGGGTATTTGGTTATACCAGATATTTTGTCGCAGGAACAGGTGAGCCGGCTGAATGCCGCGATCGACGAAATTGTCTTGGCGGAACCAGAAACGCTTTCGCATAATATTTATAACAGCGTAGAACGCCATGCCGAGATCGCTGCATTAATCGATCAGCCTGCCATTCTTCCGTTAATCGTTAATTTGCTTGGCCACAACATTCAGCTTCACATCTCCCACCTCACGATCAGACAACCGAATCCAAGCGAAGCCCAAACGGCCACGCACAGCTTTATCGATTGGCATCAAGACGGTCCGCATCCGCAATTTCCTGTCATTAACGGCATGACGGCAACCTATTATATTAAGGTTTGTTATATTTTGAGCGATATGTCGGAGCCGGATCGCGGCAATACGAAAGTGATTCCGGGCAGTCACAAGCAGCCGTACAACCCGAATCACAAGGATGTGCGCCAGCAGCTTGACGGAGAGGTACAAGTGTGCGGAAAACCAGGTGACGTCTTCGTGTTCGCCCAAAACTTGTGGCATGCTGGCTCTCCGAATCGCTCCGCATTCACAAGAAGGCAGCTGTTCCTCGGCTACAGCCCGATCTGGATGCGTCCTATCGACTATCATTCGGCGTCTGTGAGCCTGTTGAAGGACGCCGATCCGATACGCCGCCAGCTGCTTGGGCAGATCAGCGACAACAAATTCAATTATTACGTTCCGGAGGATTCGATGGTGCCTCTCAAATCCATGTTGATCCATCCATCCTCGCAGTAG	MKTAKLEIPKLMEQFHEQGYLVIPDILSQEQVSRLNAAIDEIVLAEPETLSHNIYNSVERHAEIAALIDQPAILPLIVNLLGHNIQLHISHLTIRQPNPSEAQTATHSFIDWHQDGPHPQFPVINGMTATYYIKVCYILSDMSEPDRGNTKVIPGSHKQPYNPNHKDVRQQLDGEVQVCGKPGDVFVFAQNLWHAGSPNRSAFTRRQLFLGYSPIWMRPIDYHSASVSLLKDADPIRRQLLGQISDNKFNYYVPEDSMVPLKSMLIHPSSQ				NA	NA	NA	NA	NA
JZ016_00690	798	rhaR_8		HTH-type transcriptional activator RhaR	ATGGAGTTCAGTCGATTTCTGGAACCCGATCTGCAATACCATGTCTACGTGAAGGATACCCCTCAATTTCAGAAAACGCATGATACGTATGATCATTGGGCGTTGTTCATCGTCGAAGAAGGCGCTTTTAATTACAGAATGGGCAGCCAAAGCGGAAGGGCGGTCAAGGATGACATCGTATTATGCCCGCCCGATCTAACTTTTTACCGGCAAACGGACGGTTTATCGTTCCATCTTATGGGGTTTCAATGGATCAATTCCCTAGAGGAGCCGCCGCGTGTGGCGGATTTCCCGACTTTCGGCAAGCTTCGGCTGTTGAACAACAAACGCTTCCAATCCACCCTTTCTCAATTTCGCGAAGCCCAATACTTGCATGCAGGGATTGGTCATATGTACAAGAAACATCTTCTCAGGGATCTGCTCTATTTGCTTCAGATCGAGCAATCCGAGCAGCATACGATGACCTTGTTCAGCGAGGATCCGACCCTTGGCCGAGCCCTGCATCTGCTTCAGCAGCAAGCAGAATTCGGCCTTTCGTTGAAGTCGATCGCTGTGGAGCTTGGTCTAACCCAGGTGCAGCTGACAAGACTGTTTACACGCGAGTTCCGCATAACGCCAAGCGCCTACGCAACTAACCTTAGAATGGACAAGGTGAAGCAGCTCCTTGTATACTCTTCGCTTACCCTTGTCCAAATCGCCGAGCATTGCGGATTTACCGACGAACATCATTTAAGCAAGAGCTTCAAAAAACTGTGCGGGGTCAATCCTTCGTTGTACCGAAAAACTCATAGCGTATGA	MEFSRFLEPDLQYHVYVKDTPQFQKTHDTYDHWALFIVEEGAFNYRMGSQSGRAVKDDIVLCPPDLTFYRQTDGLSFHLMGFQWINSLEEPPRVADFPTFGKLRLLNNKRFQSTLSQFREAQYLHAGIGHMYKKHLLRDLLYLLQIEQSEQHTMTLFSEDPTLGRALHLLQQQAEFGLSLKSIAVELGLTQVQLTRLFTREFRITPSAYATNLRMDKVKQLLVYSSLTLVQIAEHCGFTDEHHLSKSFKKLCGVNPSLYRKTHSV				NA	NA	NA	NA	NA
JZ016_00691	1539	lipO_5	COG1653	Lipoprotein LipO	ATGAAGAAATTAGGGACTTTGCTAGTAGCCGTTTCATTAGCGGGGGCTATGCTTTCTGCTTGTTCGGGGGGAAACAGCAGCGAGAATCCGGGAAACCCTTCGGGCGCTACCGCCAAGCCCGGAACGGAAACGATGGAGCAGCCTAACGGCAAACCGGTTAAGCTCGACATTATCGAGACGGGGAACAATCTTCCGACGCCCGATAAAGATATAATTAAGCAGGAATTGGATAAGGCGCTGAATATCGACCTGAACCTGACAGTGTATCCAGCAGCGGACGATTACAACAATCAACTAAACGTTCGGATGTCTTCGGGGAACTTTCCCGACCTGTTCATGGTCGACCGGCAGCAGCTCATTCAATTTTCCAAGCAAGGGCTGCTTCTCGATCTGACGCCGTATATGGATAAATTGGAGCAAACGGTAGCGTTCATCGGAGAGGACAGCGTCAAGAAGGGGATGGTCGACGGGAAAGTATATGGCATCTCCAAATCTCCGCAAATCCCTTACAACACCTTATGGATCCGAAAGGATTGGCTCGACAAGCTGAAGCTGGAGGTGCCGACGACCGTAGAGCAGTTGGCTTCCGTAGCGGAAGCGTTCACTAAGAATGATCCGGATGGAAATGGCAAGCCGGACACCTTCGGTCTGACGGGCAGCAAGCTGAGTGCATTCTCGACCGTTTTCGGAGCCTTCGGCGTCGGAATGCCAGGCAACTTCTACGAGAAGGACGGTAAAGTCGTCAGTGCGCTGCATGAACCGGCAATGAAGGATGCTTTGGCCTTTATTAAGGACATGATTGAATCCGGATCGGTTGATCCGGAGCTGCTCGCCAATAGCGGATTGCAGCATCAAGAGAAGGCGATCAAAGGGCAGGCGGGCATCGTCTATATCGATTGGCCTAACATGACGAAGGAGCAGTTCGTGGAACAGATCAAAACCGTTAATCCGAATGCGGAATGGCTGCAAATCGCCGCTCCATCGGGTACAGGAGGACAATTCGACGGTTCGTGGGATATCGGTGCAGCGCCTGGTAGATATGCCATTCCGAAAGCGCTTGAGAAAGACCCGGAGAAGCTGCAGCGGGTGTTCGATCTCCTCAACTATATTTCGAATCCGGACGGAGGCTCGTTGCTCGTGCAGTTCGGGGTGAAGGATACACACTTCACACTTGAGGACGGCAAGCCGTTGATGACGGACAAAGCGGGCGAGGTTGGCCATTCTTGGCTGTACCAATTCACCGGCAGACCGGAAATGGAATATTTGCAAGCGAAGTTCGCCGCACAATCGGCTGCAATCGAATTCGCGAACGATCAACCCCGTATTGAAGCGTTGAACGGATTCGTCGACAATCCGGAGGGGTATAACCCTGCCGATGCGACTCGATACATGGAAGAGGAGATCGCGAAGTTTATTTACGATAAACGTCCATTGACCGAATACGATGACTTTATCAAGACGCTGGAAACGTCTATGAACTACAAAGCGTTAGTGGACAGCGCTATGGATCAGCTCAAGGCGCTCGGTTACGGGGACTAA	MKKLGTLLVAVSLAGAMLSACSGGNSSENPGNPSGATAKPGTETMEQPNGKPVKLDIIETGNNLPTPDKDIIKQELDKALNIDLNLTVYPAADDYNNQLNVRMSSGNFPDLFMVDRQQLIQFSKQGLLLDLTPYMDKLEQTVAFIGEDSVKKGMVDGKVYGISKSPQIPYNTLWIRKDWLDKLKLEVPTTVEQLASVAEAFTKNDPDGNGKPDTFGLTGSKLSAFSTVFGAFGVGMPGNFYEKDGKVVSALHEPAMKDALAFIKDMIESGSVDPELLANSGLQHQEKAIKGQAGIVYIDWPNMTKEQFVEQIKTVNPNAEWLQIAAPSGTGGQFDGSWDIGAAPGRYAIPKALEKDPEKLQRVFDLLNYISNPDGGSLLVQFGVKDTHFTLEDGKPLMTDKAGEVGHSWLYQFTGRPEMEYLQAKFAAQSAAIEFANDQPRIEALNGFVDNPEGYNPADATRYMEEEIAKFIYDKRPLTEYDDFIKTLETSMNYKALVDSAMDQLKALGYGD	PGPT0017245_2810	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00692	861	araQ_7	COG0395	L-arabinose transport system permease protein AraQ	ATGGTAAGAGGCCTCGATGATAAAATTTTTAACACAATCATATACGTCATACTCGGAATATGCGGACTTGTCGCCATTCTGCCGATCCTTTATGTCGTGTCCGTATCCATCACTCCGTTCGGAGAAGTGCTGCGCAACGGCGGATTCATATTGTTCCCGAAGGAAATTACGTTTTCCGCTTACCGCACGCTGCTGACGGAGTCCAATATTCCGAAGGCGTTCCAAATTACCGTTCTCATTACGGTGATCGGAACAGCGGTCAATCTCGTCTTGACGGGACTGATGGCGTACCCGCTCAGCCGCCGGAATTTGCCGGGAAGAAACTTTTTTCTGCTCATGATCGTATTTACCTTGTTGTTCAGCGGAGGGCTTATTCCGACCTATCTGGTCGTTAAGTCGATGGGGCTGCTCGATTCTATCTGGGCGATGATTCTGCCAAATGCAGTCTGGAGCTTTAACGTTCTTATTATGAAAAGCTTTTTTGAAGGGCTGCCGGAGGAGCTGTTTGAGTCGGCCCGAATGGATGGAGCCAAAGAGTTCCGTATCCTGCTGCAAATCGTTACGCCGCTTTCCGTTCCTGTCTTGTTGACGGTTGGATTGTTTTACCTGGTCGGCCATTGGAACGAGTTTTTTCAAGCGATTTTTTATGTGACCGATCGCACGCTGTATCCGCTGCAGGTCGTCGTCCGGGAAATTCTGATGCAAAGCCAGCAGCCGCTAGAGAACGCAGAAAATATGATGCCGACGCAAACGATGCAAATGGCATCCGTCATGATTGCGAGCTTGCCGGTCATCGTGATCTATCCGTTTCTTCAAAAGCATTTTACAAAAGGGATGCTGCTTGGTTCGATTAAAGGTTGA	MVRGLDDKIFNTIIYVILGICGLVAILPILYVVSVSITPFGEVLRNGGFILFPKEITFSAYRTLLTESNIPKAFQITVLITVIGTAVNLVLTGLMAYPLSRRNLPGRNFFLLMIVFTLLFSGGLIPTYLVVKSMGLLDSIWAMILPNAVWSFNVLIMKSFFEGLPEELFESARMDGAKEFRILLQIVTPLSVPVLLTVGLFYLVGHWNEFFQAIFYVTDRTLYPLQVVVREILMQSQQPLENAENMMPTQTMQMASVMIASLPVIVIYPFLQKHFTKGMLLGSIKG	PGPT0017255_2857	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00693	969	yteP_8	COG4209	putative multiple-sugar transport system permease YteP	ATGGAAGCCAATCATAGCCTAACGCCAGCCCCTCGGATACGGCCTTCTCCGCGGACAAAGCTGCTCATGATTTTAAAATTGGCATGGCGGTTTAAAGCCTTTTACGTCATGCTGCTGCCCGGCATTATTTATTTTGTCATATTTCGGTACTTCCCGATGTACGGAGTCATTATCGCCTTCAAAGATTTTGCGATCCTGGACGGCATAACGGGCAGCTCGTGGGTCGATCCGTGGTATAAGCATTTTCAGAGCTTTTACGAGTCGCCTTACTTCAGCCAGCTGTTGACCAATACACTGTTGATCAGCCTCTACAAACTGTTATGGGGGACGCTGCCACCGATCATGCTGGCCGTGCTGCTGAACGAATGCCGCGTTCGCTGGCTGAAGTCGATCGTACAAACGCTGACTTACATGCCGCACTTCTTGTCTTGGGTTATTATTTTCGGCATTCTTTTGACACTCTTCTCCCAGAACGGCGGTCTTATAAACCGCTGGATTGTGGAAGCGGGGGGAAGCTCGATCCCGTTTTTGACCTCGACGGAATATTTCCGCAGCATACTGGTCGGATCGGAGGTATGGCAAAATCTCGGCTGGGGTGCGATTATCTATTTAGCCGCGATGGCGGGCATCGATCCGACACTTTACGAGGCGGCGAAGGTGGATGGTGCCAGCCGTATGCGAATGATTTGGCATATTACGCTTCCTGGCATTAGAAGCATTATCGTCCTGCTGTTCGTTCTGAAGCTTGGCCATCTGCTTGATGCAGGCTTTGATCAAATTTACATTCTGTACAATATTCAGGTATACCCGGTTGCGGACATCATCGACACATGGGTTTACCGAACAGGTCTGCAGCAGCTTAATTTCAGCTTGGCATCGGCAGTCGGATTGTTCAAATCGGTGATCGGACTCATCCTTGTGCTAGGTGCTAATCGCGTGGCGAAGAAATGGGGTGAGGGCATATGGTAA	MEANHSLTPAPRIRPSPRTKLLMILKLAWRFKAFYVMLLPGIIYFVIFRYFPMYGVIIAFKDFAILDGITGSSWVDPWYKHFQSFYESPYFSQLLTNTLLISLYKLLWGTLPPIMLAVLLNECRVRWLKSIVQTLTYMPHFLSWVIIFGILLTLFSQNGGLINRWIVEAGGSSIPFLTSTEYFRSILVGSEVWQNLGWGAIIYLAAMAGIDPTLYEAAKVDGASRMRMIWHITLPGIRSIIVLLFVLKLGHLLDAGFDQIYILYNIQVYPVADIIDTWVYRTGLQQLNFSLASAVGLFKSVIGLILVLGANRVAKKWGEGIW	PGPT0017250_813	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00694	288			hypothetical protein	ATGGCGAGATTTTTGCCAGAAGGCGTCCCTGATCAGATTCAGTCGCTGGCGGCCGCAAACTATCAGCAAATTGCTGAGTTCGGCGTTACAACAATAACCATCAACTCATTTCAATTTCAAATTATGGATATTGATGCAGATGAATCAAATTTCGAGGCTAATGATTATGAACGAAATGCGTACATTTTTTACGTTTCTGTGTATATCGAGGAGGCGTCAGGACCTTTATACTTACCTTATTGGAAGCGCATTCAAACTATGGAGGGATACAATGGAAGCCAATCATAG	MARFLPEGVPDQIQSLAAANYQQIAEFGVTTITINSFQFQIMDIDADESNFEANDYERNAYIFYVSVYIEEASGPLYLPYWKRIQTMEGYNGSQS				NA	NA	NA	NA	NA
JZ016_00695	1782			hypothetical protein	ATGACGAAACTGTTTCATTGGTATGCCAGCCTTGGTCTCGCTACCAAGCAGTTTATTTATTTGTTCATCGTGACGCTGCTACTCGTTCAAGTGCTTGCATGGCGAAACCTCCACGAGGCTGAAAGTCTGCTTCGGAATCAAGTCATTCGCGATGCAGAGCTGCTCGTCAGCCGGACGAATCAATATATCGATGCAAGTTTGGACAGTGTGGAAAATATGCTGCTACTACTCTCGACCCGCGCTGATTTGCTGGAGGAAGGGAATGAGGAGGCAGCCGTTGAGACGCTGCGCAAGTTCGCGGGGATTAACAACTCCATTGCCAGAACGTTGTACATGATTCGAGCTGACGGCGAAGTATTTTCAAGCTCGCAGGTCGTTCATGACATCATAGGCAATCCAAAGCTGAATCAGCTCTATGAGCTGGCGCTTATTAACTACGGGGCTATTAATGTGAGCGAACCTTATGATTCGCCAATGTCGGGGCGAACGCTTGCTTACGTCTTACCTATTGCGGGTGCAGGAAATAAGGTGAAGGGTGTCGTAGTCGCCGAACTTAATCTCGATTTGCTCACGGAGCGTATTGCGCCGATGATCTATCAATCTTATATACTGTTCACGAAGGAAGGCAGTGTCATTAATCGGCTGGATTCCCGCGATAAGCTGCTCCCCTTCCAAGCGGCCTCGTATCCGCCGAAGCTGGAGGAGAGCTTTCGCGGGCAGCTCGCCTTACTCAAAGTCGGCGTCAGCGGCATAGAAGGGGATTCCTTGAATCCACTCGTTGCCGTGAAGTCGACCAAAAACCGTCTAGGCTGGTCGCTCGCAGCGTTCATCGAAGAGGATTATTTCTATCAGGACCTGCAGAGACTGAACAACAACTACCGGACCGCGAGTATCGTATGGATCATTATGCTTCTGATCAGCGCATATCTGCTCAGCCGATCGTTCACGCATCCGATTCGCCGATTTGTCGAGAAGATGGACCGTCTTAACAACTTTGAGGTCGTGGCGAAGCTGCCTGTCACGAGAATGGACGAAATCGGCAGGCTAACGCAGAGCTACAATGCCATGCTCGAGAGGATTCAGAGCTTGCTCCTGAAGACGAAAAATGCGGAGGAGCAGAAGAAGGAATACGAGCTGAAGATGCTGCGAAGCCAGATTGCGCCCCATTTTCTGTACAATACCCTTGCCTGCATAAGCAGCTTGGCAAAGCAGCAGCGTATCGACGAGCTTCGCGATACGATTCGTTCGCTGGTCAAGCTATTAAGCTTCAGCTTCGACAAGCAATCGGAATACGTATCGCTTGAGGAGGAGCTGGAAGGGCTGCGAATGTACATGCATATTCAGCAGGTGCGCTATGGGGAACAATATCAGTTTAGGATTGATATCAATCCTGACCTTCTGCAGTATCGCATACTTAAGCTTACGCTGCAGCCGCTCGTAGAAAATGCACTCTTCCATGGACTAACGCCAAATCACGGCGGGCTTATCATCGTGAAAGGCGGGCTGATGAAGGGGATTCTGAGACTCTATGTGCGCGATAACGGGATAGGCATCAAGCGGGAGAAGCGGAGCAGGCTGCTGTTGGAAAATCAGGATGGTGGGCAGCGCTCCATGTACCGGTTTACGGGCATCGGGCTGCGGAACGTGCATGAGCGGATTCGGATCCATCACGGCGAGACGTACGGCTTGCGGATCGGAGGCGCGGAGGGGGCCGGAACTGTTGTCCGCGTCGATATGCCCGTCCTGAAGGAATACGACGAACGATTAGGTATTTGGCGTTAA	MTKLFHWYASLGLATKQFIYLFIVTLLLVQVLAWRNLHEAESLLRNQVIRDAELLVSRTNQYIDASLDSVENMLLLLSTRADLLEEGNEEAAVETLRKFAGINNSIARTLYMIRADGEVFSSSQVVHDIIGNPKLNQLYELALINYGAINVSEPYDSPMSGRTLAYVLPIAGAGNKVKGVVVAELNLDLLTERIAPMIYQSYILFTKEGSVINRLDSRDKLLPFQAASYPPKLEESFRGQLALLKVGVSGIEGDSLNPLVAVKSTKNRLGWSLAAFIEEDYFYQDLQRLNNNYRTASIVWIIMLLISAYLLSRSFTHPIRRFVEKMDRLNNFEVVAKLPVTRMDEIGRLTQSYNAMLERIQSLLLKTKNAEEQKKEYELKMLRSQIAPHFLYNTLACISSLAKQQRIDELRDTIRSLVKLLSFSFDKQSEYVSLEEELEGLRMYMHIQQVRYGEQYQFRIDINPDLLQYRILKLTLQPLVENALFHGLTPNHGGLIIVKGGLMKGILRLYVRDNGIGIKREKRSRLLLENQDGGQRSMYRFTGIGLRNVHERIRIHHGETYGLRIGGAEGAGTVVRVDMPVLKEYDERLGIWR				NA	NA	NA	NA	NA
JZ016_00696	1545	rssB_2		Regulator of RpoS	ATGGCCATTAAGCCGCTTGGCGTATTGATCGTCGAAGATGAAATTCCTCTGCGGCAAGAGCTTCGGATATTTCCATGGGAGGCGTGCGGAGCCGAATGGATAGGGGAAGCAAGCAACGGCTCGGAAGCGATGCAGTTATGTGCTGAACGCACGCCAGATGTCGTGATAACGGATATTACGATGCCGGTTATGGACGGCATTGCTCTCATTCGGGAACTCCGGAAGCGGCACCCGAACGTCCAGATCATATTGTTAACCTGTCACAGCGATTTTCATTACGTACAAGAAGCGCTCCGTCTCGGAGCGCTTGAATATATTTTGAAGGTGTCACTGGAGGAAGAAGAGCTTAAGCAGGCGATGGATAAAGTGAGAGCTGCGGTCGTCAAGGAGCGCATGCTGCAGGAGCATGCGAGAAGGGAGCAGAGGCAGCTGCAAGCCGACTTATTCGGCAAGCTGCTTCACGGGCACGAGCCAACCGGCTCCGATTGGCAGTCGATGACGCTAAGCGTAGATCGTCCAATTCGACTGGCAAGACTTCAGCTAGATATTACTCCATCAGCCTATCTACCTGTGAAAGACACGGTTCAACAGCGGCTGACCGAGCAGGAAAACAGGGATCCAAATTGGCTGACTTGGCTGACGGTACGGGAGCGGGAATATTTTGTTCTGCTTGAAGGCAGAACTCCTCCCAATGCTGTTCTTGAGTCACTCCGCACGGTCGTTCAACATTTGACGGAGCTGTTGAATCGGGAAGAGACCAAGCAGGAGAGCTTGGCGACAGTACATGCCATTTTTAGCAAACCGGTCACATCGAAGGAAGGAGTTGCATCGGCGCTCGCCTATTCGAACGAGTGGAAAGATGCGCTGTTTTTCGACCGATGTCCCGAGGAAAGCGCTGTGTACGCTCAGCATTCGTTGCCTCTATCGGATCTGACGGAAAAGAAAACGAAGGAATTAAACGAGCTGCTGAGAAAAGCATCCTTGTCTCCTGCGAGCTTGAAGGAATGCTTGCTTGGCGAGTTCAGGGACTGGTGCATTGCAGAGCGTGTGAAGCCTAGTCAACTGAAGGAGTGGATACTCAATTGGCAGGTTGATTGGCACAGGCAGCAAGAGGGCGCTGAGCTGAGCGCAGCCCGTATGAGGTTATTAATGGACGCAGGAACGTTAGCTGAGATGCTCGCCAATATTGTTCAGAATATAGAAGCTGCCGAGCTAGGGAAGTCGCATTCGCGCTTTGAGATTCGTTTGGCCGTGCAATGGATCAAAGACCATCTCAAGGAGCCGATCTCGCTGGCTGTTATTTCGAAGCAGGTAGGGCTGAGCCCACATTATATCAGCAAATTGTTTCGTGAGGAAACGGGGAGTACGGTCAATCAGTATATTACCCGTCTTCGTATGGAGAAGGCGATCGAGCTTCTTAGGCATTCGAATAAGAAGGTATATGAAGTCGCGGAAGAGGTCGGCATTCCGAGCTACCGTTATTTCACTGTTACGTTTCGAAATTGGACCGGGGTATCGCCGACGGACTATAAACGGAAAGGCTGA	MAIKPLGVLIVEDEIPLRQELRIFPWEACGAEWIGEASNGSEAMQLCAERTPDVVITDITMPVMDGIALIRELRKRHPNVQIILLTCHSDFHYVQEALRLGALEYILKVSLEEEELKQAMDKVRAAVVKERMLQEHARREQRQLQADLFGKLLHGHEPTGSDWQSMTLSVDRPIRLARLQLDITPSAYLPVKDTVQQRLTEQENRDPNWLTWLTVREREYFVLLEGRTPPNAVLESLRTVVQHLTELLNREETKQESLATVHAIFSKPVTSKEGVASALAYSNEWKDALFFDRCPEESAVYAQHSLPLSDLTEKKTKELNELLRKASLSPASLKECLLGEFRDWCIAERVKPSQLKEWILNWQVDWHRQQEGAELSAARMRLLMDAGTLAEMLANIVQNIEAAELGKSHSRFEIRLAVQWIKDHLKEPISLAVISKQVGLSPHYISKLFREETGSTVNQYITRLRMEKAIELLRHSNKKVYEVAEEVGIPSYRYFTVTFRNWTGVSPTDYKRKG				NA	NA	NA	NA	NA
JZ016_00697	2253			hypothetical protein	TTGAAGTTTGAATTAGTAAAATCCGATATTACCGTTATTGGCGGAGGCTTGGCCGGCGTATGTGCTGCCGTTGCAGCCGCACGTCTCGGCCAAACTGTGTCGCTCGTGAACAACAGACCCGTACTCGGAGGCAATTCTAGCAGCGAGGTACGGGTGTGGGTATGCGGCGCTACGGCGCATGGCACGCAGCGTTACGCGAGAGAAACCGGCATCATGGGAGAAATGTTCGTCGAGAACCAATTCCGGAACCCGGATGGAAATTCGTATTTATGGGATCTCGTAGTACTCGAGACGGTCCGAGCAGAGCCGAACATTGCCTTGTTTCTCAATACGGATGTGCACGAGGTCGAAGCGGAGGGCGCTGAGGAGGAGCGCATTATTAAGTCGGTTACAGGCTGGATGATGGGCTCCGAGCGGAAAATCCGGTTTGAAAGCGATATGTACATAGATTGTACAGGAGATGGCCTTGCGGGTTTTCTGGCAGGCGCTAAATACCGGATCGGCCGCGAGGCAGCAGAGGAATACAACGAGGACTGGGCGCCGGAGACGGCGGACGATATTACGCTTGGCAGCACGCTCCTGTTCTATACGAAGGAGGCCGATCGGCCGGTCAAATACATTCCGCCGAGCTTTGCGAAGGACATTACCCAAACGGCGATCCCGATGAAGCGGGTTATTCGCAGCGGCGACTCAGGCTGCCACTATTGGTGGATCGAATGGGGCGGCGAGCTGGATACGGTACATGATAATGAACGAATACGCGATGAGCTCTGGTCGGTCATTTACGGGGTATGGGATTATATCAAAAACTCAGGCAATTTTGATGCCGATCGCATGACGCTGGAATGGGTCGGATCGATCCCTGGCAAACGGGAGTACCGCCGATTCACAGGAGATTATATGTTGAACCAAAACGATATTATCGCACAGGAGCCCTTCACCGATCGCATCGCCTTCGGAGGTTGGTCAATTGATCTTCATCCGCCGCAAGGCATGTATTCGACGGAAAGCGGTTCGAAGCATTTATATTCGGACGGCATCTATCATATCCCTTTTCGGTGTCTGTACTCCAGCAACGTCAGCAATCTGATGTTCGCAGGCCGCGATATCAGTGCAACTCACGTCGCATTCGGTACGACGAGGGTCATGGCAACCTGTGCCGTCATCGGCGAAGCAGCCGGAAGCGGCGCCGCACTGTGCGTGCAGAAAGGGATATCGCCGCGTGCCCTGCACCGTGACCATATGAACGACCTGCAGCAGACGATGCTCAGGCAGGATGCGTCGATTATCGGGATCGCGGCAGACGACCCTTACGATCACGCCAAGTCGGCCCGTATTACGGCATCCAGTACAACGACCAAAGTTTCGCTGACGGACTCAACCTTTACACACCCGCTGGACAAAGAACTGGGCATCCTGTTTCCAGTGAATCCCTCGCTTGAATCAGTGGCGCTGCTGATCGATGCGGTAAAGGCTGCTACTCTTGAAGTGGAGCTGTGGCATACTGATAAAGGTGAAAACTACGTGCCGAAGCAGATGGTGGCTGAAGCATCGGTGTCAGTAGCCGAAGGTACCGCGCAGTGGGTAAAGCTGGACCTCGTTTGGCAGCCCGATGCAGCCTGCAATGCATTCCTTATTATTAAGGCAAACGAAGCGATTCAGCTTCACGGATCGAATCGTCCGATGACCGGCGTGCTGTGCTTTGAGAAGGGACCAAAGCCGATCGTCTCTACTCTTTTAGAGGATCGTCAGCCTGATCAGCCGGTCGTACAGTGGAGCATGCGCCGTTGGAACCGCAAGCCTCTATGTCTGCAGGTTACGCCAAATACGGAAGCGTACGCTCCCGCTGCGGTGACGGACGGGTATATTCGGCCGTTCGCCGGTCCGCATTTGTGGATGTCCGAGCCGATGTCTCCAGGCAATCCGGAATGGCTGCAGCTGGAGTGGGCTGAAGTACAATCGATCGCCGAGGTCCACATCACCTTTAACGACGACGTTAATGAAGACTTAATAAATTTGCACCATCATCGCACCGCTTTCGAAGCGATTCCCGAGCTCGTCCGAGCTTATCGGATTGAGGCGCTCATCGGTGAGGAATGGGTCACGCTGGCTGATGAGAAGCACAACCATAAGCGCAAAAAAGTGCATAAGCTCAACGATTCCATCATGTCACATACGATTAGACTATGGATCGATGAAACGAACGGAGGACCACGCGCGGAGGTTGCCGAAATAAGAGTCTATGCTCTATAA	MKFELVKSDITVIGGGLAGVCAAVAAARLGQTVSLVNNRPVLGGNSSSEVRVWVCGATAHGTQRYARETGIMGEMFVENQFRNPDGNSYLWDLVVLETVRAEPNIALFLNTDVHEVEAEGAEEERIIKSVTGWMMGSERKIRFESDMYIDCTGDGLAGFLAGAKYRIGREAAEEYNEDWAPETADDITLGSTLLFYTKEADRPVKYIPPSFAKDITQTAIPMKRVIRSGDSGCHYWWIEWGGELDTVHDNERIRDELWSVIYGVWDYIKNSGNFDADRMTLEWVGSIPGKREYRRFTGDYMLNQNDIIAQEPFTDRIAFGGWSIDLHPPQGMYSTESGSKHLYSDGIYHIPFRCLYSSNVSNLMFAGRDISATHVAFGTTRVMATCAVIGEAAGSGAALCVQKGISPRALHRDHMNDLQQTMLRQDASIIGIAADDPYDHAKSARITASSTTTKVSLTDSTFTHPLDKELGILFPVNPSLESVALLIDAVKAATLEVELWHTDKGENYVPKQMVAEASVSVAEGTAQWVKLDLVWQPDAACNAFLIIKANEAIQLHGSNRPMTGVLCFEKGPKPIVSTLLEDRQPDQPVVQWSMRRWNRKPLCLQVTPNTEAYAPAAVTDGYIRPFAGPHLWMSEPMSPGNPEWLQLEWAEVQSIAEVHITFNDDVNEDLINLHHHRTAFEAIPELVRAYRIEALIGEEWVTLADEKHNHKRKKVHKLNDSIMSHTIRLWIDETNGGPRAEVAEIRVYAL				NA	NA	NA	NA	NA
JZ016_00698	843	rhaR_9		HTH-type transcriptional activator RhaR	ATGATGTCGAATCGAAGCTCCATCCTATATCCTAGCCTAATGCATCATGTTTTTTGGAATCGTAAGAAGAAATTTCAATACAGCATGGACACCTACGGACATTGGGTTCTATTTGCTGTGGAGGGCGGCAGCTTCCGTTATGGAATCGGCGATAGCGAGGGAGTGGCGCAGATGGGCGACGTCATCGTTTGCCCACCGGGCGTCGATTTTCATCGCGACGTTATCCATGCGCCATCCTTTCATTTCATCGGATTTTCGTTAGGTTCCATATCGAGAGAGGCGGTTGCAGCGCAAGAGGCAGAGCAGAACGTCCACCTTCGTTTGGCGGCTTCTGCCTACAAGCCTGTCGTGACTCATAAAGAGAGGTTTGCCGATAATTTGAGATATTTCAAGAGGCAGGACGAAGCTGCCGCGGATATCGATCAGCGGAGCTATTGGCAAAACCATGCGCTGAACGATATTTGGCTGTTTTGTTTGCAGTCGATAGCGGCCGGCGTGGTTGACGAAGACAAAGAACCTGCCGATCCTCTGATGGAACAGGCACGGCTCTATATCCTGCAGAACGCCTATAAGGACATGAGCATGCTGGTGCTTGCGAACGAGCTGGGCATCAGTCCCGTTCAGCTCACCCGCAGATTCTCCCGAATCGTGGGGATGACTCCTTCGCGCTATTTAAGCCATATTAGGCTGGAGCAAGCAAAGTCCTTGCTCGTCGATACCCAGCTGAATTTAGAGCAGATCGCATTGGCTTGCGGCTTCAACAATGGCTTCTACCTCAGCCGCGTGTTCACAAAGCTAATGAAAGTCAGTCCTTCCGCTTACCGGAAAACGAACCGGGTCTAA	MMSNRSSILYPSLMHHVFWNRKKKFQYSMDTYGHWVLFAVEGGSFRYGIGDSEGVAQMGDVIVCPPGVDFHRDVIHAPSFHFIGFSLGSISREAVAAQEAEQNVHLRLAASAYKPVVTHKERFADNLRYFKRQDEAAADIDQRSYWQNHALNDIWLFCLQSIAAGVVDEDKEPADPLMEQARLYILQNAYKDMSMLVLANELGISPVQLTRRFSRIVGMTPSRYLSHIRLEQAKSLLVDTQLNLEQIALACGFNNGFYLSRVFTKLMKVSPSAYRKTNRV				NA	NA	NA	NA	NA
JZ016_00699	705			hypothetical protein	ATGGGGAATAATAAATTTCTATTTATACTTTTAATTCTTCTTATTCTAGTTGGATGTAATGGAGAAACATTTGAACCTGAACAAGTGACTGAAGAGAGCAAAACAATTGAATTCATTAACGATGACCATGATATTTATGTTTATGGGAGATTATCAGAACATGGTGATAAGATTTCAGATTTTGTTATTAGATATAATAAGGGTGAAGTTGGCCCGTTTCAATGGATCCAAAGTTCGTTGAGAGATCCGATAATTTACATTGAAGATATTAATCAAGATAATCAAAATGAAATCGTCTTTATCAACATTTTAGATCATGGAACTGGAATTATACTTTCGGAAGCGCATGTAATATCAATCAATTCGGTCGAAGCCATCGTTGAACCTATACAAGATATTATCAAAGAGAATGTAACATTTTCAGGAAGAAAAGTTTATTTAGGAGATAGCTTGATATATGAATCATCAAAGTATGGTGACTTAAAGGCATATTATGACGATTGGATAAACTATAAAGTGGTCGATAGGAAGTTAATTGGTGGTGTGAGAATTGGTGATGGCAGAACAGAACAATATGCCGGTTATTTGGAAGTGGAGTATGCTTTTCGCGAGGGGAAATATATTGCACAAGAAATTAGACACATTGATGACGACAAGATGCAAACCGAAGGAACACCGTTACAATTTACAAAACGAAAGAACTAG	MGNNKFLFILLILLILVGCNGETFEPEQVTEESKTIEFINDDHDIYVYGRLSEHGDKISDFVIRYNKGEVGPFQWIQSSLRDPIIYIEDINQDNQNEIVFINILDHGTGIILSEAHVISINSVEAIVEPIQDIIKENVTFSGRKVYLGDSLIYESSKYGDLKAYYDDWINYKVVDRKLIGGVRIGDGRTEQYAGYLEVEYAFREGKYIAQEIRHIDDDKMQTEGTPLQFTKRKN				NA	NA	NA	NA	NA
JZ016_00700	471			hypothetical protein	ATGATTGGCCCGGTATTTCTAAGAGGTGAATTAATAAATAAGTTTAAAGAGCATCTCATCAACACTGAATATCATTATGTAGTTCATAGCGGTATAGCAAATATAAATAGTATAGCTGAGAGATTTGAATTCGAAAAATTGGACGATCTACTCGATAAATTCATTGGCTCAGACTATCCTATAGTGTGCAAATCAGGAAGTAAAAGTGCAATTCCATTTTGGGATTACCACGTTGCTGTAAACAGTTCTAGGTATGATAAAGAGGTTGTCGTAACTGAATTGTTAATTCGAGAACCAAAGGACAGTAACATGACAAAAGGAGTTTTAATGGCTTTCTATATGTTGATTAATGACCGGTACAAATATGAAAGATTAATAGTACCTATAAAAATGACTGAAATTATTGGATATGAAGATATAGGGATTGATTCAAAAAATGATGAGACTATTTTATTTAGAAAGCATTCGTGA	MIGPVFLRGELINKFKEHLINTEYHYVVHSGIANINSIAERFEFEKLDDLLDKFIGSDYPIVCKSGSKSAIPFWDYHVAVNSSRYDKEVVVTELLIREPKDSNMTKGVLMAFYMLINDRYKYERLIVPIKMTEIIGYEDIGIDSKNDETILFRKHS				NA	NA	NA	NA	NA
JZ016_00701	93			hypothetical protein	ATGGACATGCTTCAACTGGTAAAAGAGTCCCTCATTGGGATCTTTCTATACATGAAGGAGCTGGGGGTATTAAGTCATCTGTTAGCGATTTGA	MDMLQLVKESLIGIFLYMKELGVLSHLLAI				NA	NA	NA	NA	NA
JZ016_00702	585	pbpE	COG1680	Penicillin-binding protein 4*	ATGGAGGATTTAGAAATTATTGTTTCAGATTACACGAAAGATAAGAAACATTTACATCTTGTTATCGGGATTATTAGGGAGAAAGATATTGAATACCATTCATTTAGTAATAATAAAAAGAAAAGTATGATCCCTCCTGAAAATATGTTGTTTGAAATCGGCTCCATAACCAAAGTTTTCACATCCATACTTCTATTAGAAATGGAACGGGAAAAACTGCTTTCCTCGGATGACATGGTTGGTAAGTTCGTGCAAAACGTTGAAAACGATTATTTGAATAAGATTACCTTGAAAAGTCTTGCTACTCATACCTCAGGATTACCTATATTAGCAACAAACCACATATTGGCTAAAAAAAGATCGAATCCTTATTCAATGTATACCGAGGAAGATTTAACTGCTTTTTTATCTGATGCTGACTACACGGATAGCATTGGTTCGTTTGGATATTCCAATATCGGTGTGGCCATACTGGGAAACATTCTATGTAAGGTGTCAGGAAGCAAGTATGACAAACTATTAAAAAAATATATTACGAGCCCATTAAAGATGAATGAGACAGCCGTTATGCTTGATTCAGAATAG	MEDLEIIVSDYTKDKKHLHLVIGIIREKDIEYHSFSNNKKKSMIPPENMLFEIGSITKVFTSILLLEMEREKLLSSDDMVGKFVQNVENDYLNKITLKSLATHTSGLPILATNHILAKKRSNPYSMYTEEDLTAFLSDADYTDSIGSFGYSNIGVAILGNILCKVSGSKYDKLLKKYITSPLKMNETAVMLDSE				NA	NA	NA	NA	NA
JZ016_00703	228			hypothetical protein	ATGAAAAAAACAATAATCGCACTAACTCTTTCTTTAGTGTGCACCTTACTAATCGGTAGTCCAGCGATAAGCTTCGCCAATAATGTTTCGAACACGATTGACAATGGAAAAATCGAAAATGGACGAATGCTGATTCCATTACGTGCTGTTTCAGAGAGATTCAATTCAGAAGTAACTTGGAACCAGGCAAAAAAAGCATTACGATTATTCGTGGCAAACGAGAGCTAG	MKKTIIALTLSLVCTLLIGSPAISFANNVSNTIDNGKIENGRMLIPLRAVSERFNSEVTWNQAKKALRLFVANES				NA	NA	NA	NA	NA
JZ016_00704	1419			hypothetical protein	ATGAATAAGGTTTTATCAGGGCTAGTATTAGTTTTGGTAATGATGATTAGCTTGCCAGGAAAAGCATATATGGAGCAGGCTCCCCTGGATGTAAGCTTTCAGGACGAGCAGTTGGAGCAAGCAATAAAGCAGATTTTAAAAAAAGATGAAAGTGCAGCCGTTACACAGAAAGATATGCAATCATTAACCTTGGTTGATCTTTCAAATCGAGGAATTAAAAGCATTCAAGGCTTGCAATATGCTTCCAATGTGAAATATCTTGACTTGTCCAATAATGAAATTGACGATATTATGCCACTCAAGCCATTGACTAAGATTCGCGAACTTGATATTGCGGACAATCAGATCGCTTCAATTCAGGATTTGTCCGCCATGACGGATTTGGAAATGTTGATCGTAAACCGGAACCAAATTTCGTCGATTGATGTGATCAAGCAGCTTGGGCGTCTGCATACATTCGAAGCGAACGATAATCAAATCTCGAACATTACGCCATTATCGTCGGCCACAGAATTAACATGGTTACAACTGAACGGGAACCAGATCGCGAAAATTCAGCCCTTGAGCAGATTACCCAAGCTAAAGAATTTGGAACTAGCGAGCAATCGATTCTCGGATCTGAGCCCACTTAAGCCGCTGGCCAAAAGTTTAATGAGCCTTAACATCGGAAGCAATCGAATTTCGGATCTCCGTGCGCTTGAAGGGATGACGCTAATGAGGGCTCTTTCCGCGGAAAACAATCAGATCAAGAAACTAGATCCATTGAAAAAAATGTCTAACCTGTCTTCCTTGAATTTAAACTCTAATTTGGTTTACAATCTTGAACCTTTGAAATCCCTAAGCGAACTTCATTATTTACATCTAGCGGATAACCGTGTATGGAATTTGGATCCCATTCGAAATCATACGTTCGATCCTCCTCATTTTGACACGGGAGCAATTAGATACGCGTTGGATTTAAGCGGTAACTATTTGGATTTAAGAAGTACGACCCAAACGTATCAACTTCTCAATAAGCTCGGTGGAGATGGATCCCACCAACTGAAAGCCCAGCAATTAGTGATAGGGAGTAGAACTGCTTACGTAGGAGATAGTTCCTTTAAGTTAAGCGAAGCCCCGTTTATTGCATCGAGCCGCACTTATGTCCCGATTCGATTTGTATCCGAGCGATTGGGTTCGAAGGTAGGGTGGAACCAAAGCAAACAAGAGGTAACGATCAGCAAAGACAACACGACGATCCGTTGGAAAGTGAATGATAAGAAGGCAATCGTGAATGGAAGAACCGTTTCATTTGATGCGCCGTTACTGTTGAAGAAGAATAGTTCGTTTATACCCGTACGCTTCGTGTCCGAGCTGTTAGGATCTCCCGTAGAATACATGGCGAATCCCAAAACTATAATCATATTTGAGCAAAAATAG	MNKVLSGLVLVLVMMISLPGKAYMEQAPLDVSFQDEQLEQAIKQILKKDESAAVTQKDMQSLTLVDLSNRGIKSIQGLQYASNVKYLDLSNNEIDDIMPLKPLTKIRELDIADNQIASIQDLSAMTDLEMLIVNRNQISSIDVIKQLGRLHTFEANDNQISNITPLSSATELTWLQLNGNQIAKIQPLSRLPKLKNLELASNRFSDLSPLKPLAKSLMSLNIGSNRISDLRALEGMTLMRALSAENNQIKKLDPLKKMSNLSSLNLNSNLVYNLEPLKSLSELHYLHLADNRVWNLDPIRNHTFDPPHFDTGAIRYALDLSGNYLDLRSTTQTYQLLNKLGGDGSHQLKAQQLVIGSRTAYVGDSSFKLSEAPFIASSRTYVPIRFVSERLGSKVGWNQSKQEVTISKDNTTIRWKVNDKKAIVNGRTVSFDAPLLLKKNSSFIPVRFVSELLGSPVEYMANPKTIIIFEQK				NA	NA	NA	NA	NA
JZ016_00705	660			hypothetical protein	ATGAGTACTATAAATTATGAAGAATTTGTCCAATTAGTAGAAAAATATAAGATTCTTCCGTTCGCAGCATTTATACCAGATTATCCATCGCTGACAACTGCAGCAGATAATAACGATTGGCATTCAGGAACCGGTTCGGATCCGTGGTTGTGGCGCATTCGGATTGTCCAAGACGGTGTTGCTGCATATGGAAAGTTTTTTAGTGATAAGGCCTGTTTCATTCAAACCGATTTTTTTCCCACAGTCAGGTCCATCCTGTCATCCGGCAAAACCATTGAGGTACGATATAATGACGGTCAGATATCAAGAACTGCGTATCATATCTATAATGTCTTGTGCGAGCATGGAAATATCGATTCGCGGAATTTGCGGAAATTGATCGGTTTGGATAAAAAAGAGAACAAAAAAGAATACGAAAAGTCACTGGTTGAACTACAGAATTATGGTGATGTCGTCATCACTGGAGCAGCAAAACAAAATGAAGATGATTCAGGCTGGAACAGTATGTGCTACCAACCTTCGGAATTATGGTTGAGCTCGATTCAGGCAAGAAGTGACGATGTGCTCGTCGATGATGCGAGGATTCGGTTGAAATCGGAATTGTCCGAAATTTGCTCTGAGAAATCTTTTAAATTCTTTGCAAAGAGACTAGCTCTCTGA	MSTINYEEFVQLVEKYKILPFAAFIPDYPSLTTAADNNDWHSGTGSDPWLWRIRIVQDGVAAYGKFFSDKACFIQTDFFPTVRSILSSGKTIEVRYNDGQISRTAYHIYNVLCEHGNIDSRNLRKLIGLDKKENKKEYEKSLVELQNYGDVVITGAAKQNEDDSGWNSMCYQPSELWLSSIQARSDDVLVDDARIRLKSELSEICSEKSFKFFAKRLAL				NA	NA	NA	NA	NA
JZ016_00706	537	yyaP_1	COG0262	putative protein YyaP	ATGGCAAAGATTGTTTTTGCGTTAAACCAGTCTCTGGACGGGTTCGTCGACCATATGGCATTTCAGCCCGACCCCGTGCTATTCCGTCATTTCATCGAAGACGTGCGCGGTCTAACGGGTTGCCTGTACGGGCGCCGCATGTACGAGACCATGCGGTATTGGGACGGGGACGGAGACCATTTTGAATGGGATGAGCCGGAACGGGAATACGCAGCTGCGTGGCAAAGCAAACCAAAGTGGGTGGTGTCGAGGACGTTAAAGTCCGTCGGTCCGAACGCTTCTCTGATCGAGGGCGACCTCTCGGCGGCCATACGTGGGCTGAAGGCTCAGCATGAAGGGGAGATTGAAGTTGCCGGGCCAGAGTTGGCGCACAGTCTAACGGAGCTCGGTCTCGTTGATGAGTATCGACTCTATCTCCATCCAGTCGTGCTGGGTGACGGCAAGCCGTTATTCGTCGGTCCACGGCCGCCGCTGCGACTCGTGGCAAGCGATCGAATTGGCGAGCAGGTGATCAGGTTGACCTACGTTCCAGCCTAG	MAKIVFALNQSLDGFVDHMAFQPDPVLFRHFIEDVRGLTGCLYGRRMYETMRYWDGDGDHFEWDEPEREYAAAWQSKPKWVVSRTLKSVGPNASLIEGDLSAAIRGLKAQHEGEIEVAGPELAHSLTELGLVDEYRLYLHPVVLGDGKPLFVGPRPPLRLVASDRIGEQVIRLTYVPA				NA	NA	NA	NA	NA
JZ016_00707	576	yyaP_2	COG0262	putative protein YyaP	ATGAGAAAACTCGTTCTATTTTTGCACGCATCGCTTGACGGCTTTGTAGAAGGGCCTAACGGTGAAATGGACATTGGCTGGGTTTCCTACGATGCTGATTTGGAGAAACACGCAAAAGAAATTCTGAGTACTGCCGACACTGTCATTTGGGGCCGTGGGACTTATCAGATGATGCACAGTTACTGGCCATCTGTGCCTTCGAACCCATCAGCTTCGCAGCATGAACGGAATCATGCCGAGTGGATCGAAAAGACTGCCAAAATCGTTTTTTCCACGACGCTGGAGAAAGTCGAATGGAACAATTCCAGACTGGTGAAAGAAGATGTCGAGGAAGAGATCAAGAACCTCAAACAGCAGCCAGGCGCGGATATGGTCATCCTCGGTAGTCCTAGATTCGCACACTACCTTATGCAGCTTGATTTAATAGATGAGTATAAAATTACGGTTTCTCCCGTCCTAATCGGCAGCGGGTTGCCGTTATTCCAAGGTCTCAAGGAGAAGATCAATCTAAAACTTATCGAAAACAAGACTTTTGATTCTGGAGCCATAGGCCTCGTTTACCAGACGGTTAGATGA	MRKLVLFLHASLDGFVEGPNGEMDIGWVSYDADLEKHAKEILSTADTVIWGRGTYQMMHSYWPSVPSNPSASQHERNHAEWIEKTAKIVFSTTLEKVEWNNSRLVKEDVEEEIKNLKQQPGADMVILGSPRFAHYLMQLDLIDEYKITVSPVLIGSGLPLFQGLKEKINLKLIENKTFDSGAIGLVYQTVR				NA	NA	NA	NA	NA
JZ016_00708	411			hypothetical protein	ATGTATAAAAATCCAAATGTTTTCAAGTTTGTTGCGATGTTTATCCTGGTGGTGTTTATAATGATTTCGACAGGATGTGTAGACAAGAACACTAAAATAACGCTAAAAGGAGAAAGCATTCACTGGAAAGGCGAGTTAAACTCAAGTATAACAGGTCAAGACGAATCAGGAATGTATACCTTGTTTTATAAAGATGAAGACTGGGATGATGTTCAAGTATATAAGATCGACATTAATGATGGTAAAGTAATATTAGAAGAAACAGGGCTTACAACCAGAACAATAGAAATTCCAATGAATCGAACAAAGAGTTCTGTGACTAGTAATGAACCACAAACAGTTAATATTATTTGGAACGATTCAAGAGGAAATGAGTACGAAGAAAATATACTTTTGAAACCAATTGGCTAG	MYKNPNVFKFVAMFILVVFIMISTGCVDKNTKITLKGESIHWKGELNSSITGQDESGMYTLFYKDEDWDDVQVYKIDINDGKVILEETGLTTRTIEIPMNRTKSSVTSNEPQTVNIIWNDSRGNEYEENILLKPIG				NA	NA	NA	NA	NA
JZ016_00709	1098		COG2220	putative protein	ATGTTTTATTTGTTCCTCTTTTTCGTCGTCGTCACTCTTATCGGTTTATTGTTTATAAGCATACACCCAACCTTTGGCGGCAACGCAATGAAAAAACAAAAAACGGCGTATAGTAAGTTTGATAATTTTTCCAATGGGAAATTTGTCAATCAGGTTCCTACAAAGATGAGCATGAGTGCTATGGATCTCCTCTCCATGATAAAGGATTTTATTGCTGGAAGAAAAGATCGTAGCCCTAGCGGGCCCATTCAGGAATCAGTCATGGATTGGAACAAAATAAACAGCGAAAAAGATAGTTTAACGTGGTTCGGGCACTCTGCTTTCCTATTGAGTATTGATAATAAAAAGTTATTGGTGGACCCTATGTTAGGACCCGTTGCTTCACCGGTTTCCTTCGCGGGCAGCAAACGATACGGAAATAATATGCTGCATATTATTGATGAAATGACATTTTTAGACGCTGTTTTTATTACACATGACCATTATGATCATTTGGATTATTCTTCCATCCAAAGACTGAAAAGTAAGGTAGGTCATTTTTTTGTTCCTCATGGAGTAGGTGCCCATCTTAATCGATGGGGAGTTGCAAAGGAAAAAGTTATAGAACTCAATTGGTGGGATGAGATTGCGTTTCAAGGTTTAACGGTTGCTTTAACTCCTTCGAAACATTTCTCCGGTAGAGGAATTTTCAATCGCGATACTACCTTATGGGGTGGATGGGTTATTCTTGGGAAGAACACACGGGTCTATACCAGCGGAGATGGAGGATACGATTCACATTTTAAGGAGATAGGCAAGAAATACGGACCATTTCATATGACCTTAATTGAAGGCGGTCAATATGACAAACGATGGGCTTGGGTACATATGACACCAGAAGAAGCTGTTCAGGCTCATTTAGACGTAAATGGGAAGAATATGATGTTAATTCATTGGGGGGCTTTTACCCTTGCTTATCATGCTTGGACTGAACCGGTGGAACGAGCATTACAAAAGGCAAACGAAGCAAATGTTAATTTAATTACTCCTAAAATTGGCGAAACTGTTTCATTAACTGGAGAGGTTACTGTTCCTTTTTCAGCTTGGTGGGGAAGTTAA	MFYLFLFFVVVTLIGLLFISIHPTFGGNAMKKQKTAYSKFDNFSNGKFVNQVPTKMSMSAMDLLSMIKDFIAGRKDRSPSGPIQESVMDWNKINSEKDSLTWFGHSAFLLSIDNKKLLVDPMLGPVASPVSFAGSKRYGNNMLHIIDEMTFLDAVFITHDHYDHLDYSSIQRLKSKVGHFFVPHGVGAHLNRWGVAKEKVIELNWWDEIAFQGLTVALTPSKHFSGRGIFNRDTTLWGGWVILGKNTRVYTSGDGGYDSHFKEIGKKYGPFHMTLIEGGQYDKRWAWVHMTPEEAVQAHLDVNGKNMMLIHWGAFTLAYHAWTEPVERALQKANEANVNLITPKIGETVSLTGEVTVPFSAWWGS				NA	NA	NA	NA	NA
JZ016_00710	117			hypothetical protein	ATGCTGGTTTTGAAGTTAAAGGCATTAATATTCGGCGAAAAAAATTCCACCGCTTCTTTGTACCCGACCACTCTGGTTGGGGATATGATCATAGGTCCATTCCCTTTTCTGCCATAA	MLVLKLKALIFGEKNSTASLYPTTLVGDMIIGPFPFLP				NA	NA	NA	NA	NA
JZ016_00711	654			hypothetical protein	ATGGAGCGGGCGCTTGAATTGGGACATGAGGTTGTAGCCGTGGCTCGCCGGCCGGATGTCATTCCCCCTGCAGAGCGTCTGATCATCCGGCAGGGGGATGTATTCGACGCGCCTGGGATGGCTAAAGTCATTGCCGATACAGATGCGGTAATCAGCTGTATCGGTCCACCCAGTAACTTCTCGCCGGGTACCGCAAAGAAGGGATTCCTGAATATCATGGCAGCAAAGAGTGTCATGGCGGCAAACTTCTCACCGGGTACCGTCATGTCGGAGGGAATACCGAATATCCTTGCGGCCTGTCAGCGGACTGGCATTAAGCGTCTAGTCATGCAGAGCGGCATTAATTTGAGCAATGGAAAAGAACTTTCTGTTGTAAATCGCTGGGCAGTAAGCATGATGCGCCGCATCTATTGGAAGGCGATCGAGGATAAGGCGATTGCTGAGCATGCGGTAATACAGAGCGAACTGGATTGGGTCATTGTACGAGCGTCAGTGCTCAAATACGCAGACGGCACTCTAAAATATACAGCAGGCCCATCAGCTCGCATCGCCCCACTCCGGCCGCTACCCTTTATGGACTGTGCCGACTGCCTATTGCGGGCGGCGACGAGTGAGCAAGCATGGGTCAGGAAGATCGTCAATGTTGGACGATGA	MERALELGHEVVAVARRPDVIPPAERLIIRQGDVFDAPGMAKVIADTDAVISCIGPPSNFSPGTAKKGFLNIMAAKSVMAANFSPGTVMSEGIPNILAACQRTGIKRLVMQSGINLSNGKELSVVNRWAVSMMRRIYWKAIEDKAIAEHAVIQSELDWVIVRASVLKYADGTLKYTAGPSARIAPLRPLPFMDCADCLLRAATSEQAWVRKIVNVGR				NA	NA	NA	NA	NA
JZ016_00712	564			hypothetical protein	ATGGCTGTAATTGAACTGATGATCGAAAAAGAATTTGATCAGATTACGATCCAAGATATTTCCGACAGGGCAGATGTTAGCCGAAGAACGATCTATCTTCACTACATGGACAAATTTGATCTTCTGGATAAGCTTATTGAGGAGCATATTGATGATCTGCGGAATATCTGCGAATTGACAGACGATGACGCCGATTATAGGGATGCTGGGTTGTTATGGTTCGAGTATTTCGAGAACCATTCTTTATTCTTCTCCGCATTGCTCGCGAGTAAGGGGACCCTTTTTTTCCGCAATCGATTCCTTGCGTTTTTTATCCAAGAGTTAGAGAAAGAGAACAATATGTCTGAAGTGAGCAATCAAGGGTTAGCGGACGGTGTGAATGTTGATATTCAATTTCTAGGAGCGGCTATCGTAGGGGTAGTGGAATGGTGGTTCAAGAATGGAAGGCCTCTCCCTCCTTCCTTTATGGCGTGGCGGGTCGGAGCATTGCTTGAACGGAATCTTAATGCTGATTTACGCTTGCATGAAGGAGACTTCCACCAAACAACATCGTGTAATCAATGA	MAVIELMIEKEFDQITIQDISDRADVSRRTIYLHYMDKFDLLDKLIEEHIDDLRNICELTDDDADYRDAGLLWFEYFENHSLFFSALLASKGTLFFRNRFLAFFIQELEKENNMSEVSNQGLADGVNVDIQFLGAAIVGVVEWWFKNGRPLPPSFMAWRVGALLERNLNADLRLHEGDFHQTTSCNQ				NA	NA	NA	NA	NA
JZ016_00713	387	ytcD_1	COG1733	putative HTH-type transcriptional regulator YtcD	ATGAAGGGGATATTCTCAGGTCGGAGATGGTGCATTGATATGAAAACTTTTTACTGTGAACTGGAAGTTACACTAGAGGTTATCGGAGGAAAGTGGAAGGGGCTTGTGCTGTACTATTTAATAAAAGGACCTAAACGGACGGGGGAGCTTAAGCGACTCGTTAATAATATTTCGCAAAAGATGCTGATTCAAACACTTCGGGAACTGGAAACAGACGGATTAATTCGCAGAAAAATGTACAATCAAGTACCGCCTAAGGTGGAATATTCAACCACGGAACTGGGTCAATCACTTGAACCCATTTTGAGATCGCTTTGTGATTGGGGAGGGAATTACGCAGAGCAATCCTACGCTCCGGGCGAGATTGAGATTCTGTATCTGGATTAA	MKGIFSGRRWCIDMKTFYCELEVTLEVIGGKWKGLVLYYLIKGPKRTGELKRLVNNISQKMLIQTLRELETDGLIRRKMYNQVPPKVEYSTTELGQSLEPILRSLCDWGGNYAEQSYAPGEIEILYLD				NA	NA	NA	NA	NA
JZ016_00714	747	butA		Diacetyl reductase [(S)-acetoin forming]	ATGGGGAAATTTGACGGAAAGGTAGCAGTTGTAACCGGAGGTACAAGCGGCATCGGTCTCGCGTCGGCACAACAGTTCGTACAAGAAGGGGCTTACGTTTTTATCACGGGACGCAGACAATGTGAACTGGATGAAGCAGTAAAGCAGATCGGTAAGAATGTTACAGGTGTCCGAGGTGACATTTCAAAGTCGGAAGATCTAGATAAATTGTTTGAAACAGTAGAGCGAGAGAAGGGACACTTGGACATTCTCTTTGCAAATGCCGGACTAGGTTCATTGCTTCCATTAGGAGAAATTACAGAAGCACAATACTACACGACTTTCGATGTCAACGTGAAAGGAACCATCTTTACAGTACAAAAGGCATTACCTTTGTTTCCCAATAAAAGAGGTTCAATTATTCTAACGGGATCCACTGCTGGCTCGACGGGGATACCAGCGTTTAGTATCTATGGTGCCTCAAAGGCAGCGATCAGACAGCTCGTCCGCGGCTGGATTCTAGATATGAAAGGGACCGAAGTTCGTATTAATGTCCTTAGTCCAGGAACAGTCGTAACGCCGGCGTACGATGAGTTATTTGGCTCCCAACTAGATCATTTCCTGGAACAGGCAAAAAATGATATTCCGCTCGGCAGAGTGGGACAGGTTGAAGAGATCTCAAATGCTGTCATGTTCCTAGCCTCTAATGAAAGCAGTTATTTGAACGGCGTTGAATTATTCGTAGATGGCGGAGTGGCTCAAGTTTAA	MGKFDGKVAVVTGGTSGIGLASAQQFVQEGAYVFITGRRQCELDEAVKQIGKNVTGVRGDISKSEDLDKLFETVEREKGHLDILFANAGLGSLLPLGEITEAQYYTTFDVNVKGTIFTVQKALPLFPNKRGSIILTGSTAGSTGIPAFSIYGASKAAIRQLVRGWILDMKGTEVRINVLSPGTVVTPAYDELFGSQLDHFLEQAKNDIPLGRVGQVEEISNAVMFLASNESSYLNGVELFVDGGVAQV	PGPT0028940_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900	NA	NA
JZ016_00715	600	comR_2		HTH-type transcriptional repressor ComR	ATGCCACGAAGTGGACGCCCACGCGCATTTAACCGTGAAGAGGCAGTTACTGCCGCGATGAATCTTTTTTGGGAGCACGGCTTTGAATCCACTTCACTCTCGCAGCTGCGCACTGCGATGGGAAATATTTCAGCGGCGAGTTTTTACGCGGCGTTTGATTCCAAGGAAGCATTGTTCCGCGAAGCGGTGGATCGATATATATCCATTTATGGACAGGTGTCGAATAGTTTTAGGGATACGAGCCTAACATCAAAAGCAGCTATAGAGCAGGGGTTGCGGCAATCGGCGAGGATGCAGACAGAGAATTCTCATCCTTTGGGCTGTCTGTTGGTTTTGTCCGCTGTCAACTGTTCTCCTGAGCAGCTGCACATTAAAGAGATACTCGCGAAGGAACGGGAAAAGGTTCACGGTTGGTTGAAAAATTGCATCGAACGGGCTGTTGCCAATGGGGAGTTGCCGGGTTCAACCGATATCCCCATGCTGCTGACGTTATTCGAAACATTTCTCCGAGGGATTTCGATTCAAGCCCGAGACGGTGTTCCATACGAAACGATGGATGCTGCCATCACTCAACTGATGAACGTATGGGAAGCAATATAA	MPRSGRPRAFNREEAVTAAMNLFWEHGFESTSLSQLRTAMGNISAASFYAAFDSKEALFREAVDRYISIYGQVSNSFRDTSLTSKAAIEQGLRQSARMQTENSHPLGCLLVLSAVNCSPEQLHIKEILAKEREKVHGWLKNCIERAVANGELPGSTDIPMLLTLFETFLRGISIQARDGVPYETMDAAITQLMNVWEAI	PGPT0004136_288	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004136-comR|ycfQ-K22041	NA	NA
JZ016_00716	363	hxlR_1	COG1733	HTH-type transcriptional activator HxlR	ATGATAACGTTTAGAGACAAAACATATCGTTGCACCTCCGAAATTGTTCTCAGTTTAGTTAGCGGCAAGTGGAAAATAGCTATTTTAAACCAGTTGGCAAAGGGTCCGATCCGATTTAATGAGCTGCAGCGGCTCCTTCCGGACACGACACAACGAATGCTTACGATGCAGCTAAGAACGCTTGAACAAGACGGACTCATTAGTCGCAAAGTTTATCCAGTTTCACCGCCTAAAGTGGAATACGATTTATCCGAGTTGGGCGAACAGTTGGCTCCCATGCTCCTGATGTTATGTGATTTTGGCTCGACTTATATCGAGAGCTTTCCCGATGAAGTATCGCACACCAATCAAAAGCATGCATGA	MITFRDKTYRCTSEIVLSLVSGKWKIAILNQLAKGPIRFNELQRLLPDTTQRMLTMQLRTLEQDGLISRKVYPVSPPKVEYDLSELGEQLAPMLLMLCDFGSTYIESFPDEVSHTNQKHA				NA	NA	NA	NA	NA
JZ016_00717	1224	pbuE_2	COG2814	Purine efflux pump PbuE	TTGACTAAACAACAAAAGTTCCTGACTATGAATTTATTTTTATTGACTTTTGTCCTGGGAACCAGTGAATTTGTGATGGTCGGCTTATTATCCGAAGTGGCCTTGGATATGAAGATTACCATATCGGCCGCAGGCTCCCTTGTGACGTTTTTCGCTCTGTCTTTTGCCATAGGTACTCCGGTTTTCACGGCGTTATTCAGTCGATTTTCTAAGTATCCGCTCATTCTCACTTTGATCGGCGTATTTATTGTTGGAAATATAATCACGGCTATATCAGGATCGTATGGTTTGCTTATGGTGTCCAGAGTGATCACGGCCGTGGTTACCGGTGTCTTGATTGCACTTGCAATGGCGGTGGCCAGCGAAACGATGCCTATTGATAAAAGAGGTCCGGTGATCTCCATTATTTTTACGGGTTTCACCGTGGCCAGCGTGCTCGGCGTCCCCCTTGGCACTTTCATCGGACAATGGGGTGGGTGGTCTATGGCTTATTGGTTTACCACGACACTGGGGATCGTTTCACTAATAGCTAGCTTCGCAACCATTCCAAGAGGACTAAAGGGGACGCGGAGTTCACTAAAAAAACAACTCAAATTATTCGCCTATCCTAGAATTGTGCTTGCTTTCTTTATTCCTGCGTTAAGCATTGCAGCAACCTATAGCGTCTATACGTATTTAGCTCCTTTACTTGAAAATGTGCTTTTTGTTCCGGCACGCTACATTAGTCTTGTCTTTTTACTGTATGGCATCGTGTCCATCTTCAGCACATTAATCGGAGGTAAGCTGGCTGTCTATGACGGGATGGGAAAAATTCGCTATGTATTTCTGGCTCAGGCCGTCATTTTAGCATCACTTTACTTTACCTCCGGATTGCTTGTAGGGGGACTCGTCAGCATCTCATTCATGGCTCTTGTTGTTTACCTTATGAACTCGACGATGCAGCTGTATTTCATTGATTGGGCAGATCAGCATGTTCCGGAAGCAAGAGACCTAGCTTCGTCCTTAACCTCTGTATCCGTCAATGTTGGTATTGCGATGGGATCCGCCTTGGGCGGATATGTCACGACGAACATGGAGCTCATTGATATTTCTTGGGTAGGAGGGATTGTGGCCGTATTAGCTGCGGTGCTGGCTTTAATCAACTATGGACTGGAACGTGGGGCCCGCAGCAGCACGTTAAAAGAGGAAAATGGACAGCACGGCCAATACGAAGGAAGCTTGTGA	MTKQQKFLTMNLFLLTFVLGTSEFVMVGLLSEVALDMKITISAAGSLVTFFALSFAIGTPVFTALFSRFSKYPLILTLIGVFIVGNIITAISGSYGLLMVSRVITAVVTGVLIALAMAVASETMPIDKRGPVISIIFTGFTVASVLGVPLGTFIGQWGGWSMAYWFTTTLGIVSLIASFATIPRGLKGTRSSLKKQLKLFAYPRIVLAFFIPALSIAATYSVYTYLAPLLENVLFVPARYISLVFLLYGIVSIFSTLIGGKLAVYDGMGKIRYVFLAQAVILASLYFTSGLLVGGLVSISFMALVVYLMNSTMQLYFIDWADQHVPEARDLASSLTSVSVNVGIAMGSALGGYVTTNMELIDISWVGGIVAVLAAVLALINYGLERGARSSTLKEENGQHGQYEGSL	PGPT0028991_936	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577	NA	NA
JZ016_00718	1425			hypothetical protein	ATGAATAAATATCAACTCGATTTAAAGGATAAGCAAATCGTATGGGGGAAGGCAATCGATATTGAGCCTCTTATTGGCAAGTATCCGAACGACTCCATCAGATTGGGCACGAACGAGGCATTGGATTGGAATTTGCCTGCCGGTATATATCGGGCAAAGGATATCGTTATGGAGCTAGACAAAATGCTTGAAGCGATGCTGGTCCAGCTTGGGGAACCGGTAAACGGTGATCCGACAGTGCTGTTGAACAGCCTTCAGGCCAACTTGGCGATTACCGGACGTGTGTCAGCCCTCCCGCTTGGCCCCCTGGCGCTAGAAGATAAAGCCGGCCTTGAGCTCACAGCTCAAGCGGTGCTTATAGGCGAACAATTGGTAAGCTGGGCGAGGGATATAAATTCAGAAAAGCGGGCGCTTGCACAATATGGTTCAGAAGCCCTTGGCAAGCTGGAATTTCGAAGCCATTGTTATGGTCATCCCCTGATCCCGGAAGCCACCGCTCAAGTATGGGGACCATATGGCGGCCCGAGGATCATGCAAATTTATAATGAATACTTGCACCAATTCGTTTTGCTGCGGGACGCTTTGCTTCCGTTCGCAAATTGGGAGGAAGTTCCGTTTGAAGTCAAGGAATATACGGAGTTTAAAGGGCTGCGTTTTCTGGAGCCGATCCGGGAGGTATTTTTAACAAAGCTACTCGGAAAAAAACTCACGCACAAATCGATTGTTCAGTATGCGCAAGGTGTGGTCAGCTCGGGTTTGAACGTAGCCGGTTACGGCTTCCAATACCGTCTGGGAACCGTCTTGCCGGCAGGCTTGGGTGAATCGGCCCGGACTGCGGCCCTTTATCTGCTGAAGTGGCATCCGGTACAAACGATAGCCGCAAATGAAACACAATATGTGATTGCGGTCTCGTTCGATTATGAATATGACGACTATTATGCTGCGCCGCGTGTCGAAGCAGGTAAAGGTACACCGTTAAAAGATGACATATTTTCGTTTTCTGGGGAGAATAACGATGAACCAATCATTGCCCGGTTGCTGCCAAATTACGGTACCGATCGAACGACCCTGCGATTCAGCATAGAAATGGATGAACACGAGTTTTCGGTAGATCTCGGTCAGCTTTTTAGGGGGCAGCGCTTTATGTATCGGCCGCATAGAAGCGGCAATGCAGGCACTTCATTTCCGCAGAGGAATACCATCAGCTCGCACTTTGCAGCAGACATCCTCTCCCACTCTGGATTGGTGACGAATAAAGACGACATCCATTTCATTGCAACCGGCGGAAATGAACTGGTCTTATGGGCTTTGTTAGGCAAACTGTATCCCGAAAATGTGGTTTTATTGGACAAAGGGGATCCGGAGGAGCTGGAAGCGGCTTATGTTTCAGGCAAAGGCTACGGTACACAATTTTTATTGCTGTAA	MNKYQLDLKDKQIVWGKAIDIEPLIGKYPNDSIRLGTNEALDWNLPAGIYRAKDIVMELDKMLEAMLVQLGEPVNGDPTVLLNSLQANLAITGRVSALPLGPLALEDKAGLELTAQAVLIGEQLVSWARDINSEKRALAQYGSEALGKLEFRSHCYGHPLIPEATAQVWGPYGGPRIMQIYNEYLHQFVLLRDALLPFANWEEVPFEVKEYTEFKGLRFLEPIREVFLTKLLGKKLTHKSIVQYAQGVVSSGLNVAGYGFQYRLGTVLPAGLGESARTAALYLLKWHPVQTIAANETQYVIAVSFDYEYDDYYAAPRVEAGKGTPLKDDIFSFSGENNDEPIIARLLPNYGTDRTTLRFSIEMDEHEFSVDLGQLFRGQRFMYRPHRSGNAGTSFPQRNTISSHFAADILSHSGLVTNKDDIHFIATGGNELVLWALLGKLYPENVVLLDKGDPEELEAAYVSGKGYGTQFLLL				NA	NA	NA	NA	NA
JZ016_00719	711	srrA_2	COG0745	Transcriptional regulatory protein SrrA	ATGCGGAGCGAAGCTATATTGTTAGTGGATGATGAGGAAGGTATTTTGGTCATGCTTGAAAATCTGCTTCAAAAAGAAGGATTTATCGATATCGTAAAAGCCGGTTCCGCAGCTGAAGCGCTCCATGCCGTGCAAACAAGACGATTCGATATGATCGTTCTTGACGTCATGCTTCCGGACATGGATGGATTTTCGCTGTGCACGGAATTGCGCAAAACCATCACGACTCCGGTTTTGTTTCTGACTGCCCGTTCCAGCGACCTGGATAAACTTCGTGGCCTGTTCTTGGGCGGGGACGATTATGTAACCAAACCATTTAACCCTCTAGAGGTTATCGCGCGGATTCAGGCACATTTAAGGCGGAGTATGATGGTTGAATCCAATCATCAAAACGCCGAAGAACTTTATCGATTCAAGACGTTTACCGTGAACCGGTCAACGGGCCAGCTCATTATCAATCAAAAGGATACGCCTTGTCCGGCAAAGGAATTTGAACTTCTCCTCTATTTCTGCAAGCACCCCAACCGAGTATTTACAGCCCAGCAGCTATACGAGCAAATATGGGGCTCGATGGTTCATGGTGATGAGAAGACTGTTGTCATTCATATTTCAAGATTACGCAAGAAGCTGGAAGTCGATCCGTCTACTCCTAAGGTTATCGTTACGTTAAGAGGAATCGGATACAAGTTCGTTCCGCCGTCGGGAGGCTAA	MRSEAILLVDDEEGILVMLENLLQKEGFIDIVKAGSAAEALHAVQTRRFDMIVLDVMLPDMDGFSLCTELRKTITTPVLFLTARSSDLDKLRGLFLGGDDYVTKPFNPLEVIARIQAHLRRSMMVESNHQNAEELYRFKTFTVNRSTGQLIINQKDTPCPAKEFELLLYFCKHPNRVFTAQQLYEQIWGSMVHGDEKTVVIHISRLRKKLEVDPSTPKVIVTLRGIGYKFVPPSGG	PGPT0002665_413	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_00720	1068	sasA_10		Adaptive-response sensory-kinase SasA	ATGAATTTTATGCTACGCATCGCTCTTCAGCTGCTGGCGGCTTTCGTTTTTCTATTGATTTGTATTCAAGTGATCATCATCGGGGTTGCCTGGTTATTCTGGCCGGATCTGATTCGGACCGGTAGCACTTCGAATCATTACGAAATCTTCGTGGTCGTCTTGTGCAGCGTTCTCTTTGTTGTTACCTTGCTTTTGATCGGATGGTATCTAGGGAAGCCGATTTACATCATGATCGTCTGGATCAGGCGCCTGGTTAGTGGACGGTTCGATCCGCCCCCGGGCTGGAAAGACCTCCGCTCCGATCACAAAGGCACGCTGAAAATTCCGTATTCGATTTACAAGGAAGTGTTCGAGCACCTACGAATGCTTGGCAGCACGCTCCAAAACAACGAGAAGGCGCTCCGCGAAGCGGAACAATCGAAGCAGGAATGGATTCGAGGGATCTCTCACGATTTGAAAACACCGTTAACCTATATCTCCGGTTATTCCGCGATGTTAGTTCACCCTGATTATCGGTGGAGCGAAACGGAGCAAATCGAATTCCTGTCGGTTATTCAGCAGAAAGCCGCGCATTTGCAAGAACTCGTTGAGGACCTTAATGAAACGGTTAATGGTCCGATTCCTCTAAATGCAGAGCATACGGATATCGTTGAACTTGTGCGCAGAACGGTAGCGGATGTCAGCAGTGCTCCTTGGGCTGTCGGATATGCATTTGTCATGGAGTCGGAACCAGAACAATTATCGATAAGCTGCGACCCGAAACTCATGACACGTGCTATTCGGAATTTGCTTGTCAATGCCGTCGTCCATAATCCGGAAAATACCCAGATTGAGGTTCGAATTAAGCTGCTCGATCCTCGGATTGCGGAGATTCGCATCAAAGATAACGGGGTCGGATTCAACCAGCTTGCGGAGCGTGATACGATTCAATCAACAAACGAACATGCGGGGCTTGGATTATCCATCGCTAAGAAATTTATCGAGGCGAACGGCGGGAAAATAACTGTCCAAAGCTCTCTTGGTGAAGGGACTTCCATTATGATCAGGCTGCAGGCAGAGCACAATTAG	MNFMLRIALQLLAAFVFLLICIQVIIIGVAWLFWPDLIRTGSTSNHYEIFVVVLCSVLFVVTLLLIGWYLGKPIYIMIVWIRRLVSGRFDPPPGWKDLRSDHKGTLKIPYSIYKEVFEHLRMLGSTLQNNEKALREAEQSKQEWIRGISHDLKTPLTYISGYSAMLVHPDYRWSETEQIEFLSVIQQKAAHLQELVEDLNETVNGPIPLNAEHTDIVELVRRTVADVSSAPWAVGYAFVMESEPEQLSISCDPKLMTRAIRNLLVNAVVHNPENTQIEVRIKLLDPRIAEIRIKDNGVGFNQLAERDTIQSTNEHAGLGLSIAKKFIEANGGKITVQSSLGEGTSIMIRLQAEHN				NA	NA	NA	NA	NA
JZ016_00721	1092			hypothetical protein	ATGAATCCCGCAAATGAAAAGAATGTATCCTCAGCCTTGCCGGATCAATCGGAAACTCCAACGCTGCATTGGTGGAAGCGTTGGCCGGAGTGGGTCCCTTACGCGACGTTTATTTGGACGATCACTTACGGCGCGCTTGGACTATATTGGTGGGCAGGGGGCCCGGGCTTCCCGCTAGGCTCGGTTAATGATCCAGGTGCGGCTCAATCCCTGTTCCGGCAAGCAGCAGCCGCAAACGGCGGGCTGTTCATCGCTTGCCTGTGTTTACTGGGAGCAGGGACTATACTCTTATTAAATCGGAAACCCCGCGGGATCACCCGAGCAATCATGCTGCTATACGCTTGGAGCGCAGCCATCGTCCTTTGCTTTGCGATCCCGGATCCCCGCGCACTGATGGGGATGGCATATGCCCCAGTATCCTTGATCGGAGCCTTATTCGGACAGTCATTAAACTATCTCGATTTCTTCACATGGCCGGTCGTGAACCAATATATCTGTCTCATCGGTGGTTTGTTATGGGCCGCAACGGCTTTGACCTACCAGCGCCACACCCGCGATGCTTGCAGGTATTGCGGACGAAGCAAGGGTCATACGTTACGGCGGATGAACGCAGTGGCTCGTTTGGGAAGATGGGCAACCTATGCAGCGATTCTAGCCCCACTTTATTATGATATCACTCGTATAGCTTGGCTGTTCGGAATTCCTTTTGGAATCACCAATGAAATGCTATACAGCCTGCAGGCTTCTGGGGCGGATTGGGCCGGAGCTGGACTTGCCTTGGTCTCGATCGGAGGTGCCTTTCTCACACATGGACTTATCAAGCCTTGGGGGGAAAGCTTCCCCCGTTGGTTTCCGATTTTGGGTGGTCAACGTGTCCCTCCTGCTTTAGCCGTCCTACCTGCCGGATTCGTTGCGATCCTGTTAACGGTTACCGGCATCCAAGTCACTCTTGAGTTTACGATGAGCGGTGATTTTCAGAATTGGGGAGGCACAACGCCGCTTCTACTTATGCCAATCTGGGGGATTGCTCTGGGGGTAGCAACCATTTGCTACTATTACCGGAGACAAGGGAAATGCCGTCAATGCACATGA	MNPANEKNVSSALPDQSETPTLHWWKRWPEWVPYATFIWTITYGALGLYWWAGGPGFPLGSVNDPGAAQSLFRQAAAANGGLFIACLCLLGAGTILLLNRKPRGITRAIMLLYAWSAAIVLCFAIPDPRALMGMAYAPVSLIGALFGQSLNYLDFFTWPVVNQYICLIGGLLWAATALTYQRHTRDACRYCGRSKGHTLRRMNAVARLGRWATYAAILAPLYYDITRIAWLFGIPFGITNEMLYSLQASGADWAGAGLALVSIGGAFLTHGLIKPWGESFPRWFPILGGQRVPPALAVLPAGFVAILLTVTGIQVTLEFTMSGDFQNWGGTTPLLLMPIWGIALGVATICYYYRRQGKCRQCT				NA	NA	NA	NA	NA
JZ016_00722	171			hypothetical protein	ATGGACAAACGGGTTATGGAGAAGAAGGGGGACTATATCGGTCGTAACGGAGGGTGTCACCGCAATGAACATTTCGACAATTGCAAAAAACAAGTACCGGTTATTTTTTCGACCGATACTGAGGAAGATTTTCGTTATATGATAGAGCATAATGAAAATAAATTTGGATGA	MDKRVMEKKGDYIGRNGGCHRNEHFDNCKKQVPVIFSTDTEEDFRYMIEHNENKFG				NA	NA	NA	NA	NA
JZ016_00723	591			hypothetical protein	ATGACAATCAAAAAGAATGAAGCTGATCCTCGTGTGATACGTACACGGCGACTACTTCAAGACGCTTTTGCTTCATTAATTCAAGAAAAAGACTTTGAATCGATAACCGTTAGGGATATTGCAGAGAGGGCTACTGTTAACAGAGCGACTTTTTATGCGCACTTTGTAGATAAATTCGAAATTCTTGAGGCCAGACTAATGGAATCCTTTATGACAATCATAAATCGTAGAATAAGCGGTCACGAAGTATTAAATGAAGAAACCATTCAGAGTATTTTTCTAGGTATATGCGATTTTCACAAGGGTCTAAGCACTATGTGCAAAAGAAGGTATACCTCACTTGGAGCTGTATTCGAACTTCAAATAAAGGAAAAAATTCAAACGATACTGCTTTCCTTTATAGACAAAGAAAAGATGCTATCGACTCCAAACGCGCAATTCTTAATAAATACAGCTTCTATCATGCTAAGTTGGGGGATGTATGGGGCTGCTTACGTTTGGAACAATGAGGGGCGACTCATAAGTGCGGAATCATTCGTTAAACAGACTATGCCCTTAGTGATGAACGGAGCCAAAGAATTGCTGGGATAG	MTIKKNEADPRVIRTRRLLQDAFASLIQEKDFESITVRDIAERATVNRATFYAHFVDKFEILEARLMESFMTIINRRISGHEVLNEETIQSIFLGICDFHKGLSTMCKRRYTSLGAVFELQIKEKIQTILLSFIDKEKMLSTPNAQFLINTASIMLSWGMYGAAYVWNNEGRLISAESFVKQTMPLVMNGAKELLG				NA	NA	NA	NA	NA
JZ016_00724	1185	pbuE_3	COG2814	Purine efflux pump PbuE	ATGAAGAGCACATGGAAAGTTTACGTTCTAGCCTTGGTCAGCTTTTTAGTTGGAACATCCAATTACATCATTTCCGGGATATTGGACCGGATCGCAGAGACGTTGGGAACAAGCGTTGCGGCAGCAGGCCAGCTCATTACGGTTTATTCTCTGGCCTATGCGGTCGGCACGCCTATTTTTATGGCGCTGACGGCCAAAATGGACCGGCGTAAGCTCCTCCTTTATTCACTGGGTCTCTTTATTGCCGCAAATCTACTGACATTTATATTGTCCGGCTTCGGTCTCTTCATTGCCGCGAGAATCATTACGGCGTTAGGCGCGGGGGTGGTCACCGTTAACGCGCTCAGCATCGCCTCCAAAATCGCTTCGCCAGGCAAGCAGGCTAGCGCCATCGCCAACGTTACCATGGGCATTACCGCATCGCTCATCATCGGCGTCCCCCTCGGCAGAATGGTAGCCTCGGCTTTTGGCTGGAAAGCGGTATTTCTGGCCATCGCCATTGTCGGTGTCATCGCCATGCTTGTCATTGCTGCGGTTTTTCCACGTATACAGGGCGACAAGCCTGTCCCTTTGATCAAACAATTTGCTTTGTTAAAAAAACCTCAAGTTTTGGTTGCTTTAGCGATTACTTTTTTCTGGTTGGGAGGATATTCCCTCGCCTATACCTACATCTCCCCTTTTCTGCTAGAGGTGACTCATTTAAATGATTCATTGATTAGCGCAGCACTGTTCGTGTTCGGCATTGCCAGTTTGATTGGCTCGAAAGTCGGCGGCTACAGCGCTGATAAACGGGGTATTAAATACACGCTCGTTTCAGGGATGGTGCTTCACGTCATTTCGTTGATTTTACTATCCTTAGTCGGACAGTCGGTCATTGCCGTATTCGCCATTTTGATCCTCTGGTCTTTTGCCGCCTGGTCATCCGCTCCGGCGCAGCAATTTAACTTGGTTTCGCTTGTTCCTGAATCCTCGGGCGTCATGCTGAGCTTGAACAGTTCCATGATGCAACTTGCCATGGCTGTCGGCGCAGGAATCGGCGGGCTGATCGTTAACCGTGTTTCTTTGGCATCCATTACCTGGTTCGGGGTACTCGGCGTACTCATTGCCATCATTGCCGTGATTGTATTGTCCAGCATGGCATCACGGCATTCGGCGGTGAAGGCCTCCACTAACCAATCATGCTAA	MKSTWKVYVLALVSFLVGTSNYIISGILDRIAETLGTSVAAAGQLITVYSLAYAVGTPIFMALTAKMDRRKLLLYSLGLFIAANLLTFILSGFGLFIAARIITALGAGVVTVNALSIASKIASPGKQASAIANVTMGITASLIIGVPLGRMVASAFGWKAVFLAIAIVGVIAMLVIAAVFPRIQGDKPVPLIKQFALLKKPQVLVALAITFFWLGGYSLAYTYISPFLLEVTHLNDSLISAALFVFGIASLIGSKVGGYSADKRGIKYTLVSGMVLHVISLILLSLVGQSVIAVFAILILWSFAAWSSAPAQQFNLVSLVPESSGVMLSLNSSMMQLAMAVGAGIGGLIVNRVSLASITWFGVLGVLIAIIAVIVLSSMASRHSAVKASTNQSC				NA	NA	NA	NA	NA
JZ016_00725	399			hypothetical protein	GTGAGGGTGTATTCTAAAGGCATCAGAAAATTGATTGGTCTGGTTATTATTGTTTGTGTAGTAGGAGGTGTACTGGGGTACCAAAGCTCATTTGCTAAAAGCACGAACAATCAAAGCTCCGAACATTCTCCTAACTATCCTGAAAATGAAAACGGGCAGACATACGGTTCATCCTCAGATGCTGCTTCTCCAGAAACAGAACCCGAATTAATTAGCGCAATAGGCATAGATGGCACTACAGGATATGTGCTGAAAAAAGATTTAGACGGTGAACAACCAAAGTCACCCCAAGATGCCATCGCGATACAGAACAATAGTTCACCAGATGGTCGTGATATCCCTCTTTATGAAGTTGAAGGTACAACCGTAATTGGTGTGTTTCGTGTTGGAGGAAAATAA	MRVYSKGIRKLIGLVIIVCVVGGVLGYQSSFAKSTNNQSSEHSPNYPENENGQTYGSSSDAASPETEPELISAIGIDGTTGYVLKKDLDGEQPKSPQDAIAIQNNSSPDGRDIPLYEVEGTTVIGVFRVGGK				NA	NA	NA	NA	NA
JZ016_00726	858			hypothetical protein	TTGAGCAGGGAGGTATTTTCCATCCGTAACGATGAGCCGAATGATACCAAAACATCCGCCGATCCGGTAAATGATACTGATATCCCACTTGAATGGGAAGAAGAATTTTGGAACCTGGAAGATGACAATGAAGAAGATGAGTTGAATCCACCACCCAAAAGAACATGGATCAAAAAAACAATTATTATTATGTTGGCCATTCTTCTACTCGGTAATCTAATTGCTTTTATACCACAGATTTATAATCTACCGACACTACGGTTTTTGAAAAAGGATTCACAGTTATCACAAGATGAACAGATCCAGCAATATAAGCAAGCCGTTGTCAACGTTAGTATTGATGGTCGGAAAGGTACAGGGTTTAATATCGCTCCAAACGGACTCATTATAACGAATCAACATGTTATGGATAATGACAAGGCTTGCATCATCCAATTCTTTAATGGAAAAACATATTTGGCAGATGTTATCGTAAGTGACAGCGAGATCGATATCTCCATACTAAAAATTAGAGACAATGCGAACAACCTACCTACACTCCAATTGGAAACAGAGATAGCCTATCAAGAAGGCGACCCTATTCATGTCATCGGAAATCCGCTAGCATTCTCTCGAATCGCCACTGAAGGCACAGTGCTAGGATTTACCCCATTAGAGAGTCCACAGCTCCCCATGCTCATGATACAGGCTCCAATTCATAACGGAAACAGCGGCAGCCCTGTTATTAACAATAAGGGAAATGTGATTGCAGTTGTGTATGCCACAACAACTACATCACAGGGAGGCCTCTCTATCCCCATAGGTCTTGCTATTCCAATCGATTATTTGGAGAAATATGAAAAGATTATGTTTCAATAG	MSREVFSIRNDEPNDTKTSADPVNDTDIPLEWEEEFWNLEDDNEEDELNPPPKRTWIKKTIIIMLAILLLGNLIAFIPQIYNLPTLRFLKKDSQLSQDEQIQQYKQAVVNVSIDGRKGTGFNIAPNGLIITNQHVMDNDKACIIQFFNGKTYLADVIVSDSEIDISILKIRDNANNLPTLQLETEIAYQEGDPIHVIGNPLAFSRIATEGTVLGFTPLESPQLPMLMIQAPIHNGNSGSPVINNKGNVIAVVYATTTTSQGGLSIPIGLAIPIDYLEKYEKIMFQ	PGPT0015105_6910	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015105-degP|htrA-K04771	NA	NA
JZ016_00727	1977	dinG_1	COG1199	putative ATP-dependent helicase DinG	GTGCAGCGATATCCTTTCTCCTATGATCCGTCAGAACCGTTCGTCAAGCAGGTCGGCGATTGGGTTGCGGATGTTTTTTATGATGTGTTGCCTGAACATGGATTTGATGTCCGGGATGAACAAATATTTATGGCTTACCAATTGGAAAGAGCCTATGCCAGTAAGAAAACAATTTTCGCTGAAGCTGGGGTAGGTACGGGAAAAACACTCGTGTATCTGCTTTATGCAGTTAACTATGCAAGATATACACGCAAGCCTGCAGTGATTGCCTGTGCAGATGAGTCGCTCATTGAGCAACTTGTAAAACAGGAAGGAGACATAGCTAAGCTTGCCCGTTATTTGGACTTACAAATTGATGCGCGGCTCGGTAAATCCCCTGATCAATATTTATGTCTTAAAAAAATAGACGGCGTTCGTCTTCAGGATGAAGATGCAGCGGTTATTGAAGACGTGTATGAAAATCTTCCTGATTTTGTTCATTCCCCAGGAACGATGCAATCTTTTTACCCTTACGGGGATCGTAAGGAATACCCTCATCTGAATGATGAACAGTGGAATAAGATCAACTGGGATTCATTTCAGGATTGTTTTGTATGTGATCAAAGACATCGCTGCGGCATGACCTTATCTCGGGACCATTATCGAAAATCTACAGATCTTATTATCTGTTCCCATGATTACTACATGGAACATGTGTGGACCTATGAGGGAAGAAAAAGAGAAGGTCAGCTTCCACTGCTCCCGGAACATAGTTCAGTCGTCTTTGACGAAGGACATTTACTCGAATCGGCAGCACAACATGCCCTCAGTTATAAGCTGAAGCATAGTGCATATGAAGAGATTATTACTCGTCTTCTAGATGGAGAGATCAGGGAAACGCTAGCCGAACGAATTGAAGATTCCATTGATCAGAGTCAGCTTGTGTTTTCTCTGGTAGCGGAGCAAAGTACTGCGATACCCGGTTCTGATCGAAAACAAATCCGAATGGATGAGAAGCTTCTTCAAGAACTGAATCGCTGGAAAGGTACGATCGAAGCTATTGATGAAGAGCTGGTCTTTGAGAGTGGCTTGCATACGCTTGATGAATATAAGCTGCGTATCGTTGAGGAGCATCTGGAGATGATCCAAACGGCTCTTCATCTGTTCCGTGATCCAGATACTTTCATTTGCTGGGCGGAAGAAAATGAGGATGGGGCTGCAACACTTGCCATTATGCCGCAAACGGTCAAGGAAGTGCTGAAGGAACGGGTATTCGGGCTTCAGATGCCGATTGTATTCTCATCAGCAACCTTGTCGGTAGATGGATCTTTTGATTATGTAGCAGGAAGTCTCGGAATTAGCGATTTTTTATCTTTTTCCGTGAACTCTCCGTACGATTACGAGAAGCAGATGAAGCTTTTAGCACCGCGTGAACTTTTGCAAGATGGAGAGATTCGGAGTGAGGTTGCTGCTGCGAAGAAGCTGGCCCTGGCGGCCAAGCTGATCAAACGTACCGAAGGACGAGCTTTATTGTTATTTAGAACTATGAATGAGCTTCGCGAGTTTAAGCAAGCCGCTTCGCACCATCCAGATTTCGCATCCTATACCATGCTGTATGAAGGTGACCGTGAGATTAGCAGCCTCATAGCTGAGTTCCAAAATACAGAGGAAAGCGTGCTCTGTGCGTCAAGCCTATGGGAGGGGTTGGATGTTCCGGGACCTTCATTATCCAATGTTATGATTTGGTCACTGCCTTATCCCCCGGAAGATCCTGTATTTATGGCTAAACGGGAAGCCGCTGATTCAGCATTCGAAGAAGTAGACCTGCCATATATGCTGCTTCGCTTACGGCAAGGATTAGGTAGACTCATTCGCTCATCGACGGATCAAGGGATTGCAGCCATCTTGGATGCGGAAATTTTGCTCAATCAGCATGTCAGAGATAGAGTTGAAGCCGTATTGCCGCCTGGAGCTATACTTCAAGTAGAATCGTTGTAG	MQRYPFSYDPSEPFVKQVGDWVADVFYDVLPEHGFDVRDEQIFMAYQLERAYASKKTIFAEAGVGTGKTLVYLLYAVNYARYTRKPAVIACADESLIEQLVKQEGDIAKLARYLDLQIDARLGKSPDQYLCLKKIDGVRLQDEDAAVIEDVYENLPDFVHSPGTMQSFYPYGDRKEYPHLNDEQWNKINWDSFQDCFVCDQRHRCGMTLSRDHYRKSTDLIICSHDYYMEHVWTYEGRKREGQLPLLPEHSSVVFDEGHLLESAAQHALSYKLKHSAYEEIITRLLDGEIRETLAERIEDSIDQSQLVFSLVAEQSTAIPGSDRKQIRMDEKLLQELNRWKGTIEAIDEELVFESGLHTLDEYKLRIVEEHLEMIQTALHLFRDPDTFICWAEENEDGAATLAIMPQTVKEVLKERVFGLQMPIVFSSATLSVDGSFDYVAGSLGISDFLSFSVNSPYDYEKQMKLLAPRELLQDGEIRSEVAAAKKLALAAKLIKRTEGRALLLFRTMNELREFKQAASHHPDFASYTMLYEGDREISSLIAEFQNTEESVLCASSLWEGLDVPGPSLSNVMIWSLPYPPEDPVFMAKREAADSAFEEVDLPYMLLRLRQGLGRLIRSSTDQGIAAILDAEILLNQHVRDRVEAVLPPGAILQVESL				NA	NA	NA	NA	NA
JZ016_00728	669			hypothetical protein	TTGGTTAAGCAGTTGGTTATAGCAAAACCTTTAACGGTGACGGCTTCCAGATTCGCGCTAGCGTCAATTTTCTCAGGTGCATTGTTCGTGCTTCTCCTATGCAGCCTGCATCTGCTGCAGCCCGAATTTGATCCGACATGGCGTTTTATCAGCGAATATGCACTTGGCGACTTTGGTTGGATGATGCACCTGGCTTTTGGATTGCTGGCATTTGCTCAAATCAGCGTAGCAATTACGATATTCCCGCATATACGTACGGTTACGGGTTACATCGGACTTGTAATTCTTGGAATCAGTGCAATAGGCGTAATAATCGCAGGCATTTTCGTGACCGATCCCATCTCCGTTAGTCCGGATGATGCAACGTTTAGCGGCAGCATGCACTCATTTGGAGCGATGCTGGACTACACGCCGGTAGCCGCATTACTGATTAGTCTTTCATTATGTCGACTTGATGTTTGGCGTCCTGTGAAGAGAGTGCTGCTCACAAGTGCGAGTATTGCAATCGTCGCGATGCTGGTATTTGTGTTTCAAATTCCGCAAGACGGGCATTTCGGACCGGAGGTTTTGGCCGGTATGTTCGGACGGTTCTTAATCTTGGCGGAGATTACGTGGCTGATTATTGTAGGGATTCATGGAGCCAAGCTCGGAGCTTCTAAATATATGTAA	MVKQLVIAKPLTVTASRFALASIFSGALFVLLLCSLHLLQPEFDPTWRFISEYALGDFGWMMHLAFGLLAFAQISVAITIFPHIRTVTGYIGLVILGISAIGVIIAGIFVTDPISVSPDDATFSGSMHSFGAMLDYTPVAALLISLSLCRLDVWRPVKRVLLTSASIAIVAMLVFVFQIPQDGHFGPEVLAGMFGRFLILAEITWLIIVGIHGAKLGASKYM				NA	NA	NA	NA	NA
JZ016_00729	432			hypothetical protein	ATGACGAATATTCAAACGTTGGACCGACTAGTTGGTACTTGGCAAATCAGCGGCGGAGCAGAAGGAACGGTAACCTACGAGTGGATGGAAGGCGGGCACTTTTTGATACAGCACGTCCATCTTTCCCAGAACGGACAAGAAGTGAAAGGGATCGAGATGATTGGGCATTTAAAACCCTTCGGCGAAAGCAAGAGTCCGGATATTCGGTCCCGTTATTATGATACGTTAGGCAATACCTTCGATTATGTGTATGAATTGGAAGGGGACTCACTCGTCATTTGGGCTGGAGACAAAGGATCGCCTTCCTATTATAAAGGGGCATTCCGCTCTGACGGAGATACCCATTCGGGGGCATGGCATTACCCCGGCGGGGGAGGTTATGAAACGATGATGACGAGAGTCTCGCCAGCAGGAGGGATGGGCATTGGTTAA	MTNIQTLDRLVGTWQISGGAEGTVTYEWMEGGHFLIQHVHLSQNGQEVKGIEMIGHLKPFGESKSPDIRSRYYDTLGNTFDYVYELEGDSLVIWAGDKGSPSYYKGAFRSDGDTHSGAWHYPGGGGYETMMTRVSPAGGMGIG				NA	NA	NA	NA	NA
JZ016_00730	1152			hypothetical protein	ATGCTGGACTACAAGAATAAGAAGGAGGACTTATGGCAGGTATCAACAGTTTTATCTAGAGGCAGAGCCACATATGACGTAGTAGAGGCATCGGGCAAACTAGTGTACTTAGACACTTTTTCCGACAGCGATTGGAATATCGTTTCGGATAGCGAAATGTACACAACCGTGTTGTTCGAGGAGAAAAGCGGGGGGACGCGGATTAGCATCGTGACGCGATTCGCTACCAACGAACAATTGGACCGCGCTGAAGCGATAGGCATGATTGAAGGATTCACCGATGCTTATGATCGACTGGAAGAATACTTAGAAACGTTAATGGGAGGCAAAAACACAATGGAAACCGTTATTTCAAAAGATGGGACACAAATCGCTTATACCAAACAAGGGACTGGCCCTGCAATCATCCTCATATCATCGGCAGCGGCTGATTATCAGGATGCTTCTCCGTTAGCCGAGCACTTGTCGGTCAACTTCACCGTATACAATTACGATCGTCGCGGTCGAGGCCGCAGTACGGATACCTCACCTTACGAGATCGCACGTGAAGTGGAAGACATTGAGGCTTTAATTACAGTCGCCGGAGGGCAAGCTTACTTGTTCGGAAGCTCATCCGGGGCCGTGTTGGCGCTTGAGGCCGCGAACTTGTTAGGAGATTCAGTCGCAAAGCTCTTCTTGTATGAACCGCCATTCATAATTAACGACAGCCGTAAGCCGGTACCTAGTGATTACGTCGAACATTTGAATGGACTAATCAAAGCCGAGAAAAGGTCTGAAGCAGTCGAATATTTCGCATCCGAGGCTCTAGGCATTCCCGGGGAATATATCGACTATATGAAAGCCGATCCTTCTTGGAACAAGATGGAGTCCCTGGCGCATACTCTTGCTTATGATGGCATCATTATGGGAACGACGCAATCCGGGAACCCGCTGCCAACCGGCAGATGGAACGTTACGATTCCTACTTTGGTTATGACAGGGGAAAACAGCGAACCGCTTTTCCATGACGCGGCACGCGCACTTGTCGAACTTCTTCCAAAGGCTGCTGCACATTCGCTTGCCGGTCAAGATCATTCCGCTGTTATCATGGCTCCTGATGTTGTAGCAAAAGCCATAGCGGATTCCGAACAAGTTAGGAGAGTGGGAGCATGA	MLDYKNKKEDLWQVSTVLSRGRATYDVVEASGKLVYLDTFSDSDWNIVSDSEMYTTVLFEEKSGGTRISIVTRFATNEQLDRAEAIGMIEGFTDAYDRLEEYLETLMGGKNTMETVISKDGTQIAYTKQGTGPAIILISSAAADYQDASPLAEHLSVNFTVYNYDRRGRGRSTDTSPYEIAREVEDIEALITVAGGQAYLFGSSSGAVLALEAANLLGDSVAKLFLYEPPFIINDSRKPVPSDYVEHLNGLIKAEKRSEAVEYFASEALGIPGEYIDYMKADPSWNKMESLAHTLAYDGIIMGTTQSGNPLPTGRWNVTIPTLVMTGENSEPLFHDAARALVELLPKAAAHSLAGQDHSAVIMAPDVVAKAIADSEQVRRVGA				NA	NA	NA	NA	NA
JZ016_00731	765			hypothetical protein	ATGGAGATTGACATATTCAAAGCGCTTGCGGATCCCAGCCGCCGTAAGCTTTTAGATTTGCTTCACGCTTCTAACGGGCGGACTCTGAGTGATCTCTGCGAGCCCCTCGACATGTCCCGGTTCGGCGTCATGAAGCATCTGAATATATTGGAGGAAGCCGGACTCATTACAACGAGAAAAGTAGGTCGTGAAAAGCTTCATTACTTGAATGCGGTGCCCATTCGTCATATTTATGAGCGATGGGTGAGTAAATACGCCGAACCATGGGTGATCGGATTAACATCTCTTCAAAACGAATTGGAGCGTGATACAAATATGGATATGAAACCCCGGAATATAAACCAGATAGCGATTAAAGCAAAGCCAGAACAAGTGTGGCAAGCTCTCACGGACCCGGCCAAAACGTCGAAGTTTTGGTTCAACTGCGCCATCCGCACCACCTGGGAAATCGAATCTCCATTCGAACTATGGAACGGGGAAGAGAAGAAAGCAGAAGGGATCATTCTTGAGATGGATCCTCCAAAAAAACTTATGATGAGCTGGCGGTTTGTTTCGTTTCCGGGCACGGAGATGGACACCCCGTCGCGCATTACGTGGGAGATCGGTTCGCATACCGAGCTCCATGGTGTGACTCTTGTAACGGTGGTACATGATGAATTCGAAAAAGCAATGAGCACTGCAAAGATTCTTGAAAATGGGTTGCCGATTGTTCTTTCAGGTATGAAGACGTTGCTTGAAACCGGGGAAGCGCTCGCTGGCGAATAA	MEIDIFKALADPSRRKLLDLLHASNGRTLSDLCEPLDMSRFGVMKHLNILEEAGLITTRKVGREKLHYLNAVPIRHIYERWVSKYAEPWVIGLTSLQNELERDTNMDMKPRNINQIAIKAKPEQVWQALTDPAKTSKFWFNCAIRTTWEIESPFELWNGEEKKAEGIILEMDPPKKLMMSWRFVSFPGTEMDTPSRITWEIGSHTELHGVTLVTVVHDEFEKAMSTAKILENGLPIVLSGMKTLLETGEALAGE				NA	NA	NA	NA	NA
JZ016_00732	552	azo1	COG0431	FMN-dependent NADPH-azoreductase	ATGAAAGTAACCTTGATTGCAGGCAGTAACCGCACAAACGCAAGCAGTACGAACCTACTTCGGTATATTGACAGCCTTTTAAAAGCCCAGAACATATCAGTCCAATTCGTTGATTTATCGGAGCTGCAGCTGCCGCTTTTTTCACCCGACAACTGGGATTTCCATCCTAACGTTAAGCATGTATTGGAAGCAATCGCAGAGGCAGACGGTTTGATCCTTGCAACGCCGGAATACCATGGCTCCGTATCAGGAGCGCTTAAAAACGCCCTAGACTATATAACCGGAAACCAGGTTGCGGGCAAGGCAGTGCTTTCCGTAAGTTCCGCAGGCGGTCCGCTCGGAGTTAGCTCGCTGTCGCATTTGCAGACTATTGTACGCAATTTGCACGGAATTAACTGTTCGCAGTGGATTTCGATCGGATATGGATCGAACACGTTTGGTCCCGACGGCGCTCCGATAGATGAGGGTATGAAAGACCGGGTACGAGATGCGGTGAGCAGTTTCGTGGATCTGACCCGTAAGCTAACACCGATAGCAGCGGCAGCAAACTAA	MKVTLIAGSNRTNASSTNLLRYIDSLLKAQNISVQFVDLSELQLPLFSPDNWDFHPNVKHVLEAIAEADGLILATPEYHGSVSGALKNALDYITGNQVAGKAVLSVSSAGGPLGVSSLSHLQTIVRNLHGINCSQWISIGYGSNTFGPDGAPIDEGMKDRVRDAVSSFVDLTRKLTPIAAAAN	PGPT0006791_153	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006791-azr|azoB-K03206	NA	NA
JZ016_00733	1188			hypothetical protein	ATGATACCAAAGGAGATGTTTCTTGAACATAAGTATTCTGACGGCCATTGGATGGGATCTTGGTTTGCAAGTCAAACGTACTTTGATGGGAACTTTGCCGAAGAGCGATTCGAGGATCAGACCATCCGAATGATTATACATCCGCATGCCTTCGGTTCAAAGATCCGCCTGAAGTTTTCAAATCTTTACGGTTCCGAGCCTGCGGTCTTCGGCACAGTAACAGCAGCATTAGCCGCAAAAGATGGGGAAACCGTTCCCGGTACTAGTCGGCAAGTTGCCTTGAATGGTCAATTCTCCATCGTCATTCCTGCAGGGGAAGAAGTTTATTCGGACCCTGTCGATCTCCAAGTAAATGAACATGTTGACGTAGCTGTCAGCGTTTATGTTCCTGAGTCACGAACCTCGACATGGCATTTTTCGCCTCCTAGGTCGACTTATGTCGCCGAGGGGAATCATGCCGACGATAGTAGCGCGGATTTTTTTCGAAAGAAAATTCATTCTTATTACTGGTTATCCGGTATGGAGGTTTTAACACAAGGTGAGCCTTTACGTGTCATTGTCGCACTTGGTGATTCCATTACAGAGGGGAGTACATCTACTCCAGATGCTAACCATCGTTGGCCGGATATTTTCTTTGAACGACTCCGCCTGGAACATCCCTCCTATCCGATCTCCGTTCTCAATGCGGGAATCGTTGGCAATCAAATATTGAAAAAGGGGCCAGCGGTTGGTCTGCCAATAGGTGGAGAAAGCGTGCTTTCTCGCCTGGATCGTGACCTGTTTTCACATTCAGGAGTTACCGATGTGATCTTTCTCGAAGGAATCAATGATATTGGACTCGGAAATGCGACCGCAAATCAGATTATTGACGGAATGAGGGAATTGGCAGCCCAAGTACATGAGAACGGACTGCGCATTTTTGCTGCTACCCTCCCACCGTTTGGCGGCGCTCCGTACTACTCCAATGAGAAGGAGCTCATCCGGCAAGAAGTGAACCGCTGGATCCTGACCAACGAAGTATTTGACGGTATTATCGACTTTAACACTGCGCTGGCTGATCCGGAGCATCCCGAACAGCTGCTTCCCGTCTATGATTTCGGCGATCATCTTCATCCTAGCGATGCCGGATTCAAAGCATTAGCCGATTGTATTCCATTGTCCCTGTTTATAAAATCTGATTTGGTTTGA	MIPKEMFLEHKYSDGHWMGSWFASQTYFDGNFAEERFEDQTIRMIIHPHAFGSKIRLKFSNLYGSEPAVFGTVTAALAAKDGETVPGTSRQVALNGQFSIVIPAGEEVYSDPVDLQVNEHVDVAVSVYVPESRTSTWHFSPPRSTYVAEGNHADDSSADFFRKKIHSYYWLSGMEVLTQGEPLRVIVALGDSITEGSTSTPDANHRWPDIFFERLRLEHPSYPISVLNAGIVGNQILKKGPAVGLPIGGESVLSRLDRDLFSHSGVTDVIFLEGINDIGLGNATANQIIDGMRELAAQVHENGLRIFAATLPPFGGAPYYSNEKELIRQEVNRWILTNEVFDGIIDFNTALADPEHPEQLLPVYDFGDHLHPSDAGFKALADCIPLSLFIKSDLV				NA	NA	NA	NA	NA
JZ016_00734	348			hypothetical protein	ATGAAAACGATGGAACAAAAAAATGCAGAAGTGGTAACCGCGTTTATCGAGGACATTGCAAATCAGGGCATGTTGGAAAAGACCGATCAATTCTTTGCCCCGCAAATCGTGGAGGCTTTTACGGATCGGCGGTTTACCGTGGAAGAAATCCTGGCCCAAGGCGAGAAGGTCATCGCTAGAATTTTCATGACGGCTGTGCATGCTGGCCATTTTGCCGGAAATGCACCTACGGGAAAAAACGTGAAGGTAACACAGTTCCGCGAATTCCGGGTCATCGACGGAGACATCGCAGATCACCGCGGCTGGTTCGATACGGCTACGCTTTTGCCTCAAATCCAGACTCAATAA	MKTMEQKNAEVVTAFIEDIANQGMLEKTDQFFAPQIVEAFTDRRFTVEEILAQGEKVIARIFMTAVHAGHFAGNAPTGKNVKVTQFREFRVIDGDIADHRGWFDTATLLPQIQTQ				NA	NA	NA	NA	NA
JZ016_00735	402			hypothetical protein	ATGAAAACGATGGAACAAAAAAATGTGGAAACAGTAAACCAATTTATCGAGGCATTTTGGAATCAGAGTGAATTGGACTCCGTAGATCGATTTCTGTCCAACGATTATCAAGAGTTTTCTTACCAATCCAAGGAAGGTCTGAAAAAATTCGCTGCAACGATCTTGGAGGCATTTCCTGATAAACAATACACGGTGGAAGAGATCATCGGTCAAGGGGATAAGGTGCTCGTGAGAATGACTGTGAAAGGCACACATGAAGGCATGTTCTTTGGAACCGCGCCCACGGGCAATACGATTGATGTCACGCTGTACCGTCAATATCGTGTGGAGGACGGCAAGATCGCCGAGCATCGAGGCTGGATCGACATGGTGACCATGTGGAGCCAAATTCGAGGCAGTTAA	MKTMEQKNVETVNQFIEAFWNQSELDSVDRFLSNDYQEFSYQSKEGLKKFAATILEAFPDKQYTVEEIIGQGDKVLVRMTVKGTHEGMFFGTAPTGNTIDVTLYRQYRVEDGKIAEHRGWIDMVTMWSQIRGS				NA	NA	NA	NA	NA
JZ016_00736	888			hypothetical protein	ATGGCGAATTTATTGCGCATCGGAACGCTGGTTGGCGGCGGAGATGCTGCACGCGTAATTCCTCAGATTGCGCCTCACGGCTTTGAATCGTTCAGCCTTACCTTCTGGCAGACGACCGGTGCTACCGATCTTGTGGAGACGGCCAAGCGAGTTCGTGAGCTGCAAGCTGAACACGGTTTTATCGTGTCAACGCTTGGGATCTTCGGCAATCCGCTGACCGGAGAAGGCGGTAATGCTGATACTTTGGCGAGCTGGGAGCGTCTGATCGATCATGCCCATCTGTTCGGCACCGATATCATTTCCGGTTTTACCGGACGATTGACGGGCGAATCCATCGACGCCTCGATTCCGCAATATGCGAAGGTGTTCGGCGAGCTGTCCAAAAGAGCGGCAGATCAAGGCGTCCGCATTGCGTTCGAGAACTGCGATATGGGCGGGACATGGGAGACGGGGGATTGGAACATTGCCCATAATCCGACGGCATGGGAGATGATGTTCAACGCCATCCCGTCGGACCATATCGGTCTGCAGTGGGAGCCTTGCCACCAGATGGTCTCTTTGATCGATCCGATTCCGCAGCTGCGAAAATGGGTGGATAAAGTATTCCACGTCCATGGCAAGGATGCGACGATTGCTTGGGACATCGTGAGGGAATATGGCATTCACGGGCCGAAGCCTTATGTATGGCACCGTACGCCCGGATTCGGCGACATCGACTGGACCGACATCATCACGATTTTGCGGCAGGGCAACTATGAGGGAACGATCGATATTGAAGGCTGGCATGATCCCGTATATAACGGGGAGCTTGAGATGACGGGACAGGTTCATGCGCTTCATTATTTGAAGCGATGTCGAGGTGGAGATTACATACCGAATCCGGTATGA	MANLLRIGTLVGGGDAARVIPQIAPHGFESFSLTFWQTTGATDLVETAKRVRELQAEHGFIVSTLGIFGNPLTGEGGNADTLASWERLIDHAHLFGTDIISGFTGRLTGESIDASIPQYAKVFGELSKRAADQGVRIAFENCDMGGTWETGDWNIAHNPTAWEMMFNAIPSDHIGLQWEPCHQMVSLIDPIPQLRKWVDKVFHVHGKDATIAWDIVREYGIHGPKPYVWHRTPGFGDIDWTDIITILRQGNYEGTIDIEGWHDPVYNGELEMTGQVHALHYLKRCRGGDYIPNPV				NA	NA	NA	NA	NA
JZ016_00737	1659			hypothetical protein	TTGAGAAAAACAGGAACCCGTCTGCTTGTACTCATACTGATGCTTGGTTTGGTGCTTGCCGGATGCTCCGGCGGAAACGACAACGAAGGAAGCGAAGGGACAGAAGGCGGCTTACAGGATTCCGGTGAGAAGGTTACGATCAACGTATTTGCCCATCAAAGCTCGGATGTGGATTTGAAAACCAATAAGTTTACGAAAAAAATGGAAGAGCAATTCGGCATCAAGTTCAACTGGACAACCGTTCCGTTCGATGGTGCGGCCGAAAAACGTCAAATTTCGCTTGCGTCCGGCGACTATCCGGATTTGTATATGCTTATTCCTTGGGTGGACCGTTTCTCGCAGACGGACTTGCTGAAGTTCGGGCAGCAGGGGGTGATCGTTCCGCTTAACGACCTGATCGAAGAGCATGCTCCCCACATTAAGGAGGTACTGGAGAACAACGAATATTATAAAGCCATGAACACGGCTCCTGACGGCAAGATTTACGGATTGACCGGCTTAAACGAATGCTTCCACTGCTCATACCCGAATAAAATATGGATCAATACAAAGTGGCTTGATCAGCTCGGACTTGCCAAACCGACGACGCCGGAAGAATTCAAAGCGGTCCTTGAAGCCTTCAAGACGCAGGATCCGAACGGAAACGGCAAGGCGGACGAAGTGCCGCTCAGCGGATCCGTCGAAAATTTCGGCGTTCACGTGATTCCGTATCTCATGAACGGCTTTATTTACAACGACGACAGAACGTATCTCATCATGAAGGAGAGCAAGATCGACACCGCGGCGAACAAACCGGAATGGCGGGAAGCGCTGGCCTACATCAAATCGCTGTATGACGGCGGACTCATTGACCCGGGGGCGTTTACGCAAAATGCGGGTGCGTACAAAAAAATCGGGGATAACGCCGACGCACAGCTTTTGGGTGCCGGAGCAGGCATGCATCCCGCGCTATTCTTAACCACAGGAGAAGATGCACCCTACAGCAAGGACTACAACCCGCTTGCGCCTCTGCAAGGACCGCACGCCAATTATGCAACGTTCAACTATCCGATCGATCCGGGCGCATCCTTCGTTCTGACGAATAAAGCGAGCAAAGAGACGCAGATCGCCGCCATTAAAATGCTGGATTATTTCTATACGCAAGAAGGGGCAATGCTCTCTTATCTCGGTGAAGAGGGCAAGAGCTGGCGCAAGCCGCAGGATGGGGAAATTGCACTCAACGATAAAGTGGAGCCTCTCTATAAATCGATCCCGCTCGAATCCGGGGAGCAGCCCCGCAATGACAGCTGGGGAGCACTCACCCAATATAACCATCACCGGGCATACCGCGATGCCGAGGTTCAGGGCACGGATATTTACGCGAACGATGGTTACGAACGCCGCCTGTACGAGGCAACGTTACTGATGGAAGGCAATGAGCCGAAAGAAATATTCCCTCACTGGGCGCTATGGGTCGACCCGTTGGTCGCCGATGAAGCCAGCATGATGCAGACCAACATCAAAGACTATGTCGACCAGAACGCTCTGCTGTTCATTACCGGCGCCAAGAGTCTGGATAAAGATTGGGAGGATTACGTGAAAGGACTGGAGGGTTTGAACATACAGCGTTATCTAGAAATCATGCAGGCTGCCTACGATTCATCGACGATATCGAAGTAG	MRKTGTRLLVLILMLGLVLAGCSGGNDNEGSEGTEGGLQDSGEKVTINVFAHQSSDVDLKTNKFTKKMEEQFGIKFNWTTVPFDGAAEKRQISLASGDYPDLYMLIPWVDRFSQTDLLKFGQQGVIVPLNDLIEEHAPHIKEVLENNEYYKAMNTAPDGKIYGLTGLNECFHCSYPNKIWINTKWLDQLGLAKPTTPEEFKAVLEAFKTQDPNGNGKADEVPLSGSVENFGVHVIPYLMNGFIYNDDRTYLIMKESKIDTAANKPEWREALAYIKSLYDGGLIDPGAFTQNAGAYKKIGDNADAQLLGAGAGMHPALFLTTGEDAPYSKDYNPLAPLQGPHANYATFNYPIDPGASFVLTNKASKETQIAAIKMLDYFYTQEGAMLSYLGEEGKSWRKPQDGEIALNDKVEPLYKSIPLESGEQPRNDSWGALTQYNHHRAYRDAEVQGTDIYANDGYERRLYEATLLMEGNEPKEIFPHWALWVDPLVADEASMMQTNIKDYVDQNALLFITGAKSLDKDWEDYVKGLEGLNIQRYLEIMQAAYDSSTISK	PGPT0017245_1166	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00738	921	melC_2	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGAACGCATTGCGGTCCAGTTCCGGAAGCCGCCGGAGCGTGAGGATCAAGGAGTCGCTGGGAGACCGCATCTTTCTGACCGTGACCTATATCTTGCTGACCTTGGTTCTAATTGCCGTCCTGTATCCGCTTATTTACATCGTAAGCTCATCACTGAGCAGTCCGAGCGCCGTCTCTGCAGGCAAGGTATGGCTGTGGCCGGTCGACGTATCCTTTGCAGGGTACGAGGCGGTGTTCCGAAACGGCCAGGTGCTGACGGGTTATGCCAATTCGCTGTTTTATACCGTTGCAGGCACGTTCATCAGCGTATCCCTGACGATTATGGTTGCATACCCCCTGTCGAAGAAGTCGTTTTTCGGCCGCACGCCGCTTATGGTATTCATTACTTTCACCATGATGTTCTCCGGCGGATTGATCCCGACCTATCTGGTCGTCAAATCGATGGGCATGATCGATACGCGCTGGGCGCTGCTCATTCCGAATGCCGTGTGGGTGTGGCAGGTCATTATCGCCAGAACCTTCTTTCAGACCTCGATCCCGGATGAGCTCTCCGAAGCGGCGGATATCGACGGGTGCAGCGACATCCGATACATTTTCAGCGTCGTTCTTCCGCTTGCCAAACCGATCATCGCCGTGCTCTCGCTTATGTACGCGGTGGGGCAGTGGAACGCTTATTTCGATGCCCTGATTTACTTGAAATCGCAATCGCTCTATCCGCTTCAGCTCATTCTCCGCAGCATTCTCATCTTGGGCAGCGGAACGGGCAACATGGACGCCGGGGAGATGGTGAAGCAGCAGCAAATGGCCGAGCTGATGAAATACTCGCTCATTGTGGTGGCAAGCCTCCCGGTGCTGGTGATCTATCCGTTCGTACAGCGTTATTTTGTGCAGGGCATGCTGATTGGCTCCGTGAAGGGCTGA	MNALRSSSGSRRSVRIKESLGDRIFLTVTYILLTLVLIAVLYPLIYIVSSSLSSPSAVSAGKVWLWPVDVSFAGYEAVFRNGQVLTGYANSLFYTVAGTFISVSLTIMVAYPLSKKSFFGRTPLMVFITFTMMFSGGLIPTYLVVKSMGMIDTRWALLIPNAVWVWQVIIARTFFQTSIPDELSEAADIDGCSDIRYIFSVVLPLAKPIIAVLSLMYAVGQWNAYFDALIYLKSQSLYPLQLILRSILILGSGTGNMDAGEMVKQQQMAELMKYSLIVVASLPVLVIYPFVQRYFVQGMLIGSVKG	PGPT0017255_551	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00739	1044	yteP_9	COG4209	putative multiple-sugar transport system permease YteP	ATGATTACGCACAAGAAAGCGCTGCCAAATAAGTTCTGGCTTCATTGGCAGTTACTCATCGAAGGAGGGATGGAACTGAGTACTCTATTTTCCAAGTCCAAAACGGTCAGAGCCCCGAGCAATACACGCTCGGAAATCGGGAGATTTGCCTCCCGAAGCTTCAGAAGACATTGGCAGCTGTATCTGCTGATCATTCCGCCGGTCTTGTATTTCATCATCTTCAAGTACTTGCCTATGGCAAACGCCGTGCTTGCCTTCAAGAATTATAACGTGGTGAAAGGAATTTGGGGCAGCCCATGGGTCGGTACGCAGTATTTCGAAATGTTTTTTCGCAACCCGGCGTTCGCGACGCTGATCAAAAATACGCTGTACATTTCGTTCTATCAATTGATCGTCGGGTTTCCGATCCCGATTCTGCTAGCGCTGGCCTTAAACGAGGTGAAGAGTGCAAGGTTCAAAAAAACCGTGCAGATGGTCACCTATGCGCCATATTTCATCTCCACGGTGGTCATGGTGTCCATCATCATGCTGTTCTTGTCCCCGCGTCTTGGGATCGTGAATACGATTACTGGCGCGCTTGGTTTTGAAGCGGTCAATTATCTTGGAGAGCCTGGCATGTTCCGCACGATCTACGTGCTGTCCGACGTATGGCAAACCATGGGCTATTCCGCCGTCATTTATCTTGCTGCCCTGGCGGGCGTGGACCCGTCCTTATATGAAGCGGCCAAGGTGGACGGCGCCAATCGGTTCCAGAAGATCCTGAATGTCGATCTTCCTGGGATCTTGCCGGCAGCGGTCATCATTTTGATTCTCAGCGTAGGCAACATCATGGCGCTCGGCTTCGAAAAAATGTACTTGCTGCAGAATCCGCTGAACCTGTCCACGTCCGAGATCATTTCCACGTATGTGTACAAAATCGGATTGCTGAACGCGAACTACAGCTTCGCCACGGCGGTCGGATTGTTCAATTCTTTGATCAATCTGGTGCTGCTCCTTGTCGTCAACGCCATTGCCAAGCGGGCTTCCAATACAAGCCTTTGGTAG	MITHKKALPNKFWLHWQLLIEGGMELSTLFSKSKTVRAPSNTRSEIGRFASRSFRRHWQLYLLIIPPVLYFIIFKYLPMANAVLAFKNYNVVKGIWGSPWVGTQYFEMFFRNPAFATLIKNTLYISFYQLIVGFPIPILLALALNEVKSARFKKTVQMVTYAPYFISTVVMVSIIMLFLSPRLGIVNTITGALGFEAVNYLGEPGMFRTIYVLSDVWQTMGYSAVIYLAALAGVDPSLYEAAKVDGANRFQKILNVDLPGILPAAVIILILSVGNIMALGFEKMYLLQNPLNLSTSEIISTYVYKIGLLNANYSFATAVGLFNSLINLVLLLVVNAIAKRASNTSLW	PGPT0017250_62	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00740	2316	rhaR_10		HTH-type transcriptional activator RhaR	ATGCAGCGTTTATGGTCCAAGTTCTCCCCGGTGTTCCGCAGATTTCTGATTTCCTACTTGATTGTTCTCTTGATCCCCCAAATTGCGGGCTATGCATCGTACAGGACTTCGATTGAAGTGGCGAAAGCAAGCTCAATTGAAAACAGTCTGAGTTCCTTGAATCTGGGAAAAGAGATCATCGAGCGTCATCTGGTGGAGGTGGAAACCTTCACGAAGCAGCTTGCGATCAATCAGGATCTATATCGTCTGATCGCTGATCCCAAGCCGCTCGACAGCAACAACGTTTACGGCTTGGGACGCATGCAGCGCAGCCTGTCCATGTACAGCAGCACGAATGATTACCTCTCCGATTTCTTCATCTACATACGTAATTACAACGCCATTATTACGCCGAATACCGTCTATTACCGGCCCGAGCATTATTACGAGGCGAATCGGCTTGAAGGGTTGACGTTCGAGGAGTGGGAGGAGGCCGTATTGAAGAAACCGCATCTAAACGAGATGATGCCGCTTAAGAAATATAGGCGGGAAATCCGCGACACGGTGTTTGTCGAGACGCCGGCCGTCACGTTTCTGCAATCGATCCCGCTTAACAGCTTTAACAACCCGCAGGCGATGATCGGCGTATTGATCGATGAAGATCATATGGGCAGCCTGCTGCAAAATATCGTGGACCAATACGGGGGCTGGGCGTTGGTTGCTGACCGGGAAGGCAGCTTGATCTTGTCCAAGGGCATCGGAGAAGAGGAGGCCAAGCGCTTCACCGAAGCTTCTTCCGATGAGAACGGCGAGGTCATCCCCACGGGAGACGGACGGCTGTTGATCTCCATCCGGTCCGATCTGAACGGCTGGACCTATATGGCCGGAATACCGGAGCAGGCGCTGATGACGAAGGCCGATATAATTCAGCGGGTCACGACGACGTTTACGCTGACTGCGCTGTTCATTGGCTTGTTGATTGGACTTGTCCTCGCTTACCGGCACAGTGCAAAGGTCCAGTCGCTCCTGTCCGTGTTTCGCGAACAAAACCACATTTCCCGGGAGAAGATCGGCAACGAGTACGATTTCCTGGCTGGCAATATCGCGGCTTTGATCGCTAACAACAAATTGCTGGAGTCCTCACTGAACGATCAGCTCCCGCTGCTTAGGGATGCGTTTATCAAACGGTTGCTGACTGGCGACTTCTATACGCTGCGCGAACTCGAAGCGGTCTCCAGTCAGACGGGAGTCCCGCTCCGCGGCGAGCAAGGACGCGCAGGCATTCTGAAAGTCGCCGGATATGGCAGTGCCGACAGCGAAGAAATCATCCAGGAACTCAGCGTTGCCCGGTTGATCGTCCGGCAGGCTTTGAGCCGGCTGGAACCCGATGTGCTGGTTACGGACTGGGGTTCGGACCAGATCGCTTTCGTGCATCCGATTGCCGAAGAGGCGCTGGACGTCTTTACTCGTCGCCTGGATGCCGGTTTGCTTGAACTGATCGATACCGTATATCGGCATCATCGATTGTCGATCACGATCGGGCTGGGTTCGGCGTTCGAAGCGTGGAACGGCGTGGCCGACTCTTTCAACGAAGCGCAGCAAGCGCTGGAATATGCCGTTCACACCGGGGCAGTCGGCATCACCCGGTTTGAGGACGCGATGAAGGCTACGGAGCTGTACTATTATCCGATTGAATCCGAACAACGCTTGCTCAATACGCTTAAGGCGGGTGAACTTGAGGAAACAAGCCGCCTTCTTGACCAGCTGTTCAGCCGGAACTTTGAAGAGAGGGAGCTGTCATATGATATGACGCAGCAGTTCGTAATGGAGCTCAAGGGAACCTTTCTGAAGCTGGCCGAACAAAGAATATTCCACGACGAGCCGCTCACCGACCATATCAAAGAGCAGATCGCTGCAGTTGCGACGACGGACGGGGTCGATCAGCTCAGGGAGCGATTCGGGCAGCTCATTCATGAGATCTGCATGGATGTCCGGAAGAAAAAATGCGACATGCACGCCGAAACGGTGGGTGAGATTATCCGCTACATCCACGAGCGTTATTCCGACGCCGAGCTGACGCTTTATCGTATCGCGGAGCATATTGGGAAGCCCGAGAAATATATCTCCCAAATGTTCAAGGAGCACACGGGAACGAATCCTTCGGACTACGTTGAACTGGTGAGGATCGGCAAGGCGGCCGAGCTGCTGCAGCAGAACCTTTTGACGATTGACGAGATCGCCGCGCAGGTGGGGTATAATAGCGCGCATTCGTTCCGGAGGGCCTTCAAGCGGGTTCGTGGCGTGTCACCGAGCACATTTCGGCAAATGGCCGATTAA	MQRLWSKFSPVFRRFLISYLIVLLIPQIAGYASYRTSIEVAKASSIENSLSSLNLGKEIIERHLVEVETFTKQLAINQDLYRLIADPKPLDSNNVYGLGRMQRSLSMYSSTNDYLSDFFIYIRNYNAIITPNTVYYRPEHYYEANRLEGLTFEEWEEAVLKKPHLNEMMPLKKYRREIRDTVFVETPAVTFLQSIPLNSFNNPQAMIGVLIDEDHMGSLLQNIVDQYGGWALVADREGSLILSKGIGEEEAKRFTEASSDENGEVIPTGDGRLLISIRSDLNGWTYMAGIPEQALMTKADIIQRVTTTFTLTALFIGLLIGLVLAYRHSAKVQSLLSVFREQNHISREKIGNEYDFLAGNIAALIANNKLLESSLNDQLPLLRDAFIKRLLTGDFYTLRELEAVSSQTGVPLRGEQGRAGILKVAGYGSADSEEIIQELSVARLIVRQALSRLEPDVLVTDWGSDQIAFVHPIAEEALDVFTRRLDAGLLELIDTVYRHHRLSITIGLGSAFEAWNGVADSFNEAQQALEYAVHTGAVGITRFEDAMKATELYYYPIESEQRLLNTLKAGELEETSRLLDQLFSRNFEERELSYDMTQQFVMELKGTFLKLAEQRIFHDEPLTDHIKEQIAAVATTDGVDQLRERFGQLIHEICMDVRKKKCDMHAETVGEIIRYIHERYSDAELTLYRIAEHIGKPEKYISQMFKEHTGTNPSDYVELVRIGKAAELLQQNLLTIDEIAAQVGYNSAHSFRRAFKRVRGVSPSTFRQMAD				NA	NA	NA	NA	NA
JZ016_00741	1269	xynC		Glucuronoxylanase XynC	ATGAATTTACGATTTAAGAAATTCTTATGCGTATGTTTGTCTCTTGCCATCGCTTTGTCCATTCTGGTTGCACCTGGAAATATTGCCGCAGCCAGCGATGCCGTCATCAATGTTTCCTCGGAGAAGCAAGTGATTCGCGGCTTCGGAGGCATCAACCACCCGGCATGGATCGGCGATTTGACGGCAGCACAGAGAGATATCGCATTCGGAAACGGGGCGAATCAGTTAGGTTTCTCAATATTAAGAATCTACGTGCATGAAGACCGAAATCAGTGGCATCGTGAGCTGGAGACGGCCAAACGGGCCATTGCCCTTGGAGCCATCGTATTTGCTTCCCCTTGGAATCCGCCGGCCGATATGGTCGAGACCTTCAACCATAACGGCGATACAACGGCAAAGCGGCTTCGTTACGACAAATATGCCGCGTATGCCCAGCATCTTAACGATTTCGTGACGTACATGAGAAACAATGGCGTCGATCTGTATGCGATATCCGTCCAAAACGAGCCCGATTATGCACATGACTGGACGTGGTGGACACCGCAGGAAATGCTTCGGTTTATGAAAGAAAATGCCGGATCGATCAACACGAGAGTCATCGCGCCGGAATCGTTCCAGTATCTGAAAAATATGTCGGATCCGATTTTGAATGATCCCCAGGCGCTTGCCAATATGGATATTCTCGGGGCTCATCTGTACGGGACCCCGATTAGCAATTTCGCTTATCCGCTATTCAAACAAAAAGGAGCGGGAAAAGATCTCTGGATGACGGAGGTATACTATCCGAACAGCGACAACAACTCGGCGGATCGCTGGCCCGAAGCCCTGGATGTGTCTTACCATATCCACAACGCGATGGTGGAGGGCGATTTTCAAGCCTACGTGTGGTGGTATATCCGCAGATCTTACGGTCCGATGAAGGAGGACGGCACGATCAGCAAACGCGGCTACAATATGGCTCATTTCTCCAAATTTGTCCGCCCCGGCTATGTCAGGGTGGATGCCACGAAAAATCCTGAATCCAACGTTTACGTATCAGCCTATAAAGGTGACAACAAAATCGTTATCGTTGCGATTAACCGGAGCAGCGCCGGGGTCAATCAGAACTTTGTGCTGCAGAACGGATCGGTTTCGCAGGTATCAAGGTGGATCACGAGCAGCAGCAGCAATCTTCAACCCGGAACGACACTCAATGTAACGGGGAGCAACTACTGGGCCCATCTTCCCGCGCAGAGCGTTACGACCTTTGTAGGCGAACTCGGGCGGTAA	MNLRFKKFLCVCLSLAIALSILVAPGNIAAASDAVINVSSEKQVIRGFGGINHPAWIGDLTAAQRDIAFGNGANQLGFSILRIYVHEDRNQWHRELETAKRAIALGAIVFASPWNPPADMVETFNHNGDTTAKRLRYDKYAAYAQHLNDFVTYMRNNGVDLYAISVQNEPDYAHDWTWWTPQEMLRFMKENAGSINTRVIAPESFQYLKNMSDPILNDPQALANMDILGAHLYGTPISNFAYPLFKQKGAGKDLWMTEVYYPNSDNNSADRWPEALDVSYHIHNAMVEGDFQAYVWWYIRRSYGPMKEDGTISKRGYNMAHFSKFVRPGYVRVDATKNPESNVYVSAYKGDNKIVIVAINRSSAGVNQNFVLQNGSVSQVSRWITSSSSNLQPGTTLNVTGSNYWAHLPAQSVTTFVGELGR	PGPT0018640_128	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-XYLANASE,PGPT0018640-xynC-K15924	NA	NA
JZ016_00742	825			hypothetical protein	ATGATTACGTTAACCGGATTTGCAGACGAGATATCCCCGGATTTGGATGTACAGCTGGATGTCCTAGAATCCGAAAGCATCCGTTATCTTGAGCTTCGAGGCGTTTGGGGGAAAAATGTGCTGCAGCTGACGAAAAAGGAAGCGTTGACCGTGAAAGAACGATTAGCGGAGCGGAGGGTCGGAGTCTCCTCGATCGGATCGCCGATCGGGAAAATCCAAATCACCGACGACTTTGAAACCCATCTCGAAGACGCTCGGCGTGCCGTTCGTCTAGCTAAGTTTTTCCATGCGCCTTTTGTACGCGTGTTCTCCTTTTACATTCCGGACGGGGACTACGAGAAGCATCGGCCTGAGGTGTTACGGCGCATGCAACGACTCGCTCAATTGGCTGAACGCGAAGGCGTGGTTCTGCTTCATGAGAATGAAAGCCATATTTATGGAGACACCGGCGAGCGATGTTTGGATCTGCTTCAAACGGTTTCATCCTGCCATTTGCGGGCAGCCTTTGATCCGGCGAATTTCGTGCAGTGCGGCGTGAAGCCCGTTAATGAGGCCTATCCACTGATAGGCGACTATACGTCGTATGTTCATGTGAAAGACGCCATCATGGGGAAGGGGACAGTCGTACCTGCAGGGGATGGCGACGGCGAGCTCCGCGAGCTCATTCATGAGCTCAGCCGCAGGCGATTTTCAGGGTTTATGTCGTTGGAGCCGCATCTGCGCGCCGCCGGAATATTCGAGGGATTCACGAATCCGGGGCTTTTCGTTGTGGCATCCAAAGCGATAAAGCGATTGTTAGCGGAGCAAGCAATGGAATGGAATTGA	MITLTGFADEISPDLDVQLDVLESESIRYLELRGVWGKNVLQLTKKEALTVKERLAERRVGVSSIGSPIGKIQITDDFETHLEDARRAVRLAKFFHAPFVRVFSFYIPDGDYEKHRPEVLRRMQRLAQLAEREGVVLLHENESHIYGDTGERCLDLLQTVSSCHLRAAFDPANFVQCGVKPVNEAYPLIGDYTSYVHVKDAIMGKGTVVPAGDGDGELRELIHELSRRRFSGFMSLEPHLRAAGIFEGFTNPGLFVVASKAIKRLLAEQAMEWN	PGPT0003570_86	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-PETROBACTIN_BIOSYNTHESIS,PGPT0003570-asbF-K15652	NA	NA
JZ016_00743	783	rhaS_4		HTH-type transcriptional activator RhaS	ATGGAGCTCGAGTATCACCCTCATCTTGTACCGAATATTTTTCTGTTCGTGGACCGCAGATGTTATCCGGATTGGAGAATTCAGAAGGCCCGCATCGGATTTCACGATTTGACGTTCGTCGTTGATGGCCGGGCAAACTACTACATTGACGGCAAAAAATTTGCAGTTGAGGCGGGCGACCTGGTCTACGTTCCGGGGGGAAGCGTACGGGAAGCCCATACGTGCAAGGAATCTCCCATGCATGCGTATCCGTTCAATTTTTTCTGGGCCGAGCCGCACAATCATATCCGGCTTCCGTTTGGCGTTGTAACGAAGAAATTGATCACCAAGGAGATACTTGCCTACATCCGGGAGTTCAACCACGTGTGGATGAATAAACAACCGTTTTATAGGATCCATGCCCGTGCATTGTTCGAACTCATTCTCCACCGGCTGCTTCACGGCATGCATCGCCAAACGATCATGCATATGGACCCGCGGATCAAGAAGCTGACCGCCATCATCGAAGAACACTATGCGGAAGACTTGTCGTTTAACGACTTCGCCGAGCAGTTCAACCTCCATCCCGTTTATTTAGGGAAACTATTCAAAAAGAATACCGGTTCGACCTACAAGGAATACCTGCAGCGGATACGCGTGAATAACGCTGAAATCATGCTGATGGCCGGCGGCGTTACCGTGACGGAAGCCGCCGAATCCAGCGGCTTTCAAGATCTTTCCTATTTCAGCAAAGTGTTCAAGGAAGCGAAAGGCTATCCACCGTCTGCCGTTAAGAAGCATTGA	MELEYHPHLVPNIFLFVDRRCYPDWRIQKARIGFHDLTFVVDGRANYYIDGKKFAVEAGDLVYVPGGSVREAHTCKESPMHAYPFNFFWAEPHNHIRLPFGVVTKKLITKEILAYIREFNHVWMNKQPFYRIHARALFELILHRLLHGMHRQTIMHMDPRIKKLTAIIEEHYAEDLSFNDFAEQFNLHPVYLGKLFKKNTGSTYKEYLQRIRVNNAEIMLMAGGVTVTEAAESSGFQDLSYFSKVFKEAKGYPPSAVKKH	PGPT0017780_368	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017780-rhaS-K02855	NA	NA
JZ016_00744	1395			hypothetical protein	ATGTGGATGCGAAAGATCAGCCTGCTGTTCTGCAGTCTGATTCTAGTGATCATGACGGCATGCAGCAGCGGCTCGGGCAGCGACGTGAAGACCGTCGAGCCCGGCAAAGTGAATGAAGCCGTCAACGCGCCTGCGGAAGCAAAAAACGAGGAGCCGGCAGACGAATCAAACGGCCAGGAAGAAACAACCGGCACGCCGGAATTGGATTTTGATATGGGCGGACGCACCATCAAATGGGTGTCCTGGTATGATGAGTCGATCCAGGAAGACAATCCTGACAACATTAAACGGAAACAGAATTTGGAAGAGCTGATGAAGAAGCATAATTTTAAAATGGAATATGTGATCGTGGATTTCGGCGAGTACCAGGATAAGGTGACAGCCTCGCTGGTGGCGGGCGAACCGATCGGCGACATCATCCGGGTCGCGAGGCCATGGATGATTCCGACGCTGGTCAATCAAGGTTTGTTCGCGCCCGTGGATGAATACACCAAGAACGAGAAGGTATTCATCCAGCAGTACACGAACGAGTACTCCCAATACGAAGGAAGGGGCTACGGGTTCAGGACGGGCATCAACGGCGCGTCATCTGGCATTTTCTATAACCGCACGTTAATGAATCAATTGGGCATGAAGCCGTTGCAGGAATACGTGAACGAAGACAAATGGAATTGGGATACGTTCATTCAAGTCGCGAAAGAAGCGAACAAAGATTCAAATAACGACGGCAAGTTGGATATTTGGGGTCTTGCAACCGCTTCCTTGCTGGTTCCTGCAATGGCCTCGAACGAAGCGAATCTGGTCATTCTCGATAAGCAAGGCCTTGAGGATCCAAAAACCTTGGAAGTGCTGAACTTCTTGTCGCGCCTCGCAACCGAGTCGGTCGGGAGGCCAACGGAAGGGGGAGACTGGACCGAGCCGGGCCAATTCTTCCGCCAAGGCAACACATTGATGGTTGCAGGCAGCGATTATGAAATGGAAAACTTCAAACAGGACATGCCGGATTACGATATCGGATTCCTCCCATTTCCGAAAGGGCCAAGCGCATCAAGTTATCATTCGCATAATACGATCCCGAATTACCTGACGATTCCAAGCGCCGTGGAGCATCCCGAACGTCTGATTTATATTTACGAGAGAATCAACGATATCGACTCGATCTACGACTATCCGAAACAATCTACGCTGGAGACTTTATTCAGCAACGAGGACGATATTCAGAATGCCAAGATGGCCGGTGAGAGCATTAAAGTGATCGATACCGAGAGCGGATACCCATCGATGCCATATTACGAATTTATAGGGGAAATCATGGAAGGCATCCCGGTATCGACGGTCGTCGAGAAATACAAAGGGCCGTTCCAGGCAGCGATTGATGCGGTTTGGAAAAAGTAA	MWMRKISLLFCSLILVIMTACSSGSGSDVKTVEPGKVNEAVNAPAEAKNEEPADESNGQEETTGTPELDFDMGGRTIKWVSWYDESIQEDNPDNIKRKQNLEELMKKHNFKMEYVIVDFGEYQDKVTASLVAGEPIGDIIRVARPWMIPTLVNQGLFAPVDEYTKNEKVFIQQYTNEYSQYEGRGYGFRTGINGASSGIFYNRTLMNQLGMKPLQEYVNEDKWNWDTFIQVAKEANKDSNNDGKLDIWGLATASLLVPAMASNEANLVILDKQGLEDPKTLEVLNFLSRLATESVGRPTEGGDWTEPGQFFRQGNTLMVAGSDYEMENFKQDMPDYDIGFLPFPKGPSASSYHSHNTIPNYLTIPSAVEHPERLIYIYERINDIDSIYDYPKQSTLETLFSNEDDIQNAKMAGESIKVIDTESGYPSMPYYEFIGEIMEGIPVSTVVEKYKGPFQAAIDAVWKK				NA	NA	NA	NA	NA
JZ016_00745	1899			hypothetical protein	GTGAATATTCATTACTCGAAGCCGAGTGCAAAGCTGGAAGAGATTATTCTTGAAAAGCCTTATCCGTTAGGAGGGAAGAAGCAGCGTATGGATAATGAATTTCACAGCGTTCTCTGCTATACGAGAGAACCGCTTGAACCGGAAATCTATTCCCCGAAGCTTGCATATAGTATGCATCTCGCTTACACCGATGACGGGATGAGTTATCGGGAGCTTAATCACAACTCGGGGGTGCTGTTCGCTAAAGCCGCCGAGCTCTCAAACGGCACGCTGTCCGCCAAGAGTTTGAAGAATCCGTACCTGTTCCACATGGCTGACGGAAACTTTGGCGTACTGGCCATTCGGACGGAAGCGGACGGTTCTCCCGATCAGCAGAGCAAGGGCTCGGTGCTTTTGTTCACTTCCCCGGACTTGCTGCAGTATCGGGAGCTCGGTCTGTTGAACCTAACGAAAGGGCTTCGTGTACAAGATATCATGTGCGAATATGAACATGCTTCCCGAAGGTATGTCCTTCGTTGGCGTGAAGAAGACGGAAGGTATTATCAAAGGGAAATGGCGGACGTGACATGCCCGGACGACGCTGCCAAGCCGAATCCGTGCGAAGCTTTCACGCTAAGCCCGAGACGCGTCGACATTGAAGGAGCAGTGCCCCGCAATGCGATACGTGTATCGCGAGGCGTGGCTCAGAGGCTGATTCATAAGCTTACGGTACCGGTTCATGTGCGTAATGAACTCCCGGAGCGTGTGGCCGTTTCGTCCAAAGAACAGTTACAAGCGGTTAAAGTGACGGCGATATACAGTGACGGCACCACCGCGATCAAGCCGATTGAGTGGGATGCGTCCGAGATCGATTGGAGCCGTCCCGGAACTTATCGCATTTCTGGAAGCATTCGGCAGGATCGCTATACGTTTCCGATGGCGACGAACCGTGCCGACCCTTGCATTGCGCAGTGGGACGGAAGGTATTATTTTGTCGCAACCAATGATGCCGACGGCAACCATACGATATCGATCCGGGAGGCGGATTCCATATTCGGTCTGGTCTCGGCAGAAGAAACCAAAATCCTGGATACAGGCATGCATGATCATCTGAAGCGATTTCTGTGGGCGCCTGAACTTCATGGCATCGGCGGCGATCTGTATATTTTTCTTGCCGGCAGCAGCGGCGAATTCAAAGACATTCAATCGCATGTTATGCGGTTAAAGAATGGCGGCAATCCGAGAATGGCTGCGGATTGGGGGACCCCGATCCGGGTCGCCAGGCATGACGGAAGCCCGCTGTTTCAAGCCGGCATAACGCTGGACATGACCGTATTAGAGCGGAAAGGCCGTTTATATGTGCTCTGGGCGCAAAGGGAATTGGTACCGCATGACTTGGGCTCGTGGATCTATATCGCCGAGGCGGATCCGAGGGAACCGTGGAGACTGATATCGGAGCCTGTCCTGCTGTCCAAGCCCGATTACGGCTGGGCGAACAATCAAACGTTCGTGGAAGAAGGGCCCTTTGCACTCATGACAGACCGGAAGATCTTCGTGACGATATCCGGAGCTCTGGTCGATGCCACGTATTGCGTCGGCATGCTCAGCGTCAATTCTGACGCTGATTTGCTTGACCCGAACCAATGGACGAAGCGAAATTACCCGCTGCTAACCTCCAGAAGCGTGCCGGGCGAATACGGGCCAGGACACAATTCTTATGTGAAGGACGAGGAAGGAACGATCTGGAGCGTATATCACGCTCGTCCAGGCATCGGAGAGCCCCGCTGCTCGGGTCTCCGTCGCGTACATTTCGACGTTGACGGTGAACCGATGCTGGGCTTGACGGAAGAGAAGGACCTGAATCCAGCGCTTGCGTCCGTACACCTGAATGTGCAGGTGGAAGCATTGGTGGAAGGCTGA	MNIHYSKPSAKLEEIILEKPYPLGGKKQRMDNEFHSVLCYTREPLEPEIYSPKLAYSMHLAYTDDGMSYRELNHNSGVLFAKAAELSNGTLSAKSLKNPYLFHMADGNFGVLAIRTEADGSPDQQSKGSVLLFTSPDLLQYRELGLLNLTKGLRVQDIMCEYEHASRRYVLRWREEDGRYYQREMADVTCPDDAAKPNPCEAFTLSPRRVDIEGAVPRNAIRVSRGVAQRLIHKLTVPVHVRNELPERVAVSSKEQLQAVKVTAIYSDGTTAIKPIEWDASEIDWSRPGTYRISGSIRQDRYTFPMATNRADPCIAQWDGRYYFVATNDADGNHTISIREADSIFGLVSAEETKILDTGMHDHLKRFLWAPELHGIGGDLYIFLAGSSGEFKDIQSHVMRLKNGGNPRMAADWGTPIRVARHDGSPLFQAGITLDMTVLERKGRLYVLWAQRELVPHDLGSWIYIAEADPREPWRLISEPVLLSKPDYGWANNQTFVEEGPFALMTDRKIFVTISGALVDATYCVGMLSVNSDADLLDPNQWTKRNYPLLTSRSVPGEYGPGHNSYVKDEEGTIWSVYHARPGIGEPRCSGLRRVHFDVDGEPMLGLTEEKDLNPALASVHLNVQVEALVEG	PGPT0019091_276	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
JZ016_00746	1869			hypothetical protein	ATGAAAGCATTGAGAGGCAAACAGGTCATTTTGAAAGAGCAAGAACTGATTCGCAGGGAACGAGCGAACAGAAGCTATCTGATGAAGCTGGACAGCGGTCATCTGTTGTTTAATTATCATTTGGAGGCCGGAAGATTTCATGGAAGAACGATTCCCGAAGGTGCGCACGGCGGTTGGGAAACGCCGGTCTGCCAATTGCGCGGCCATTTTCTTGGTCATTGGTTGTCTGGTGCGGCGTTGCATTATGAAGAAAGCGGCGACATCGAATTAAAGGCCAAACTGGATGCTATTGTCCATGAATTGCATGAATGCCAACGCGATAACGGCGGTCAGTGGGTCGGTCCGATTCCCGAAAAATATCTGCACTGGATTGCAAGCGGAAAAAGCATCTGGGCGCCCCAATACAATTTGCACAAAATATTAATGGGGTTGGTCGATGCCTGGCAATATGCCGGTAATCGGCAGGCCCTGGATATCGTGGATCGGTTCGCGGACTGGTTTGTCGAATGGAGCGGCACATTCACAAGAGAGCAATTCGACGATATTCTCGATGTGGAGACAGGCGGAATGCTTGAGGTTTGGGCCGATCTGTTGCACATAACCGGAGCGGACAAATATCGTGTGCTGTTAGACCGGTATTATCGCAGTCGGCTGTTTCAACCCTTGCTGGAGGGCAAGGATCCGCTTACGAATATGCATGCTAACACTACGATACCGGAAGTGCTCGGCTGTGCGAGAGCTTATGAGGTTACCGGAGACGACAGGTGGCTGTCCATCGTCCAAGCGTATTGGAATTGCGCTGTAACGGAAAGGGGAAGCCTTGCGACAGGCGGTCAAACCGCTGGAGAGGTCTGGATGCCGAAGATGAAGATGAAGGCCCGCCTAGGTGACAAAAATCAGGAGCATTGTACTGTCTATAACATGATCCGACTAGCAGATTTCTTATTTCGTCAATCTGGCGACCCTACCTACGCGCAATATATCGAGTACAATCTATACAATGGCATTATGGCGCAAGCCTATTATCAGGAATATGGTTTGACTGGTAGTCAGCATAATTATCCCAGAACCGGCCTGCTGACCTATTTCCTCCCCATGAAGGCCGGTCTGCGCAAGGAGTGGAGCACGGAAACCGACAGCTTCTTCTGCTGCCACGGCACGATGGTTCAGGCGAATGCGGCCTGGAACATGGGAATTTATTATCAGGACGGGGATATCGTCTATATCAGTCAATATTTCGATTCCGAGTTGCACACAAGTATCGCTGGAACCCTCATACGGATCGTACAGACGCAGGACAAAATGAGCGGGAGCCTCCTATCCTCGTCTAACACGGCCGGGTACCAAGCTATTAATGATACAGCGTCGACAAATGAAAATATACCTACTTTTCGCAAATACGATTTCATTGTATCTGCTGCCGCACCGACAACGTTCACGCTCCGCTTACGCATACCTGAGTGGATCATGGCGGGAGCATCCGTGTACGTCAATGACGTTCTGCAGGGGACGACTCTGGACAGCGAGAACTTCTATGACATTCACAGAGCATGGAAGGAAGGCGATACCGTCTCGATTATGCTGCCAATCGGCATTCGGTTTGTTCCGCTACCGGACGACGAACGAACAGGTGCCTTCCGATACGGGCCAGAAGTGCTGGCAGGCTTGTGCGAATCAGAACAGCAGCTCTATATGAGGGATGAGGATATTGCGTCCGCTATCGAGAACGAAAATGAACGTGAATGGGGGAGTTGGCGGTATTTCTTCAAGACAGTCAACCAGGAACCTGTCATCACGTTCAAACGAATTCGGGATATCGGGTACGAACCTTATCAAATTTACTTCAAAGTAACGCGTACAAAATTATAG	MKALRGKQVILKEQELIRRERANRSYLMKLDSGHLLFNYHLEAGRFHGRTIPEGAHGGWETPVCQLRGHFLGHWLSGAALHYEESGDIELKAKLDAIVHELHECQRDNGGQWVGPIPEKYLHWIASGKSIWAPQYNLHKILMGLVDAWQYAGNRQALDIVDRFADWFVEWSGTFTREQFDDILDVETGGMLEVWADLLHITGADKYRVLLDRYYRSRLFQPLLEGKDPLTNMHANTTIPEVLGCARAYEVTGDDRWLSIVQAYWNCAVTERGSLATGGQTAGEVWMPKMKMKARLGDKNQEHCTVYNMIRLADFLFRQSGDPTYAQYIEYNLYNGIMAQAYYQEYGLTGSQHNYPRTGLLTYFLPMKAGLRKEWSTETDSFFCCHGTMVQANAAWNMGIYYQDGDIVYISQYFDSELHTSIAGTLIRIVQTQDKMSGSLLSSSNTAGYQAINDTASTNENIPTFRKYDFIVSAAAPTTFTLRLRIPEWIMAGASVYVNDVLQGTTLDSENFYDIHRAWKEGDTVSIMLPIGIRFVPLPDDERTGAFRYGPEVLAGLCESEQQLYMRDEDIASAIENENEREWGSWRYFFKTVNQEPVITFKRIRDIGYEPYQIYFKVTRTKL	PGPT0019100_1581	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019100-hypBA-K09955	NA	NA
JZ016_00747	360			hypothetical protein	ATGAATAGGGCAGTTCATAGAACGATCCCCAAATCACTTGACGAAGCAGCTCTTGTTGACGGAGAAGGTTATTTTTACATTGTCAGGCATGTTATTTTTCCTTTATCCAAATCGGCTGTCATTGTGGTTGCGCTGTTTCAGTTTCTGGGTGTGTGGAACGATTTTTTGGGCCCGCTTGTTTACATCAACAAGGAATCTAAGTTCACGCTGGCGCTTGGCGCAATTTATTGGCTATTACACAGCTCAATGGGAGTTGTTGATGGCGGCGGCCACGATGGTTCTCTTTCCGCCTATTATGCTGTTTATATTAGGACAAAATACTTTATTAAAGGCATTGCGGTATCCGGGCTGAAAGATTAA	MNRAVHRTIPKSLDEAALVDGEGYFYIVRHVIFPLSKSAVIVVALFQFLGVWNDFLGPLVYINKESKFTLALGAIYWLLHSSMGVVDGGGHDGSLSAYYAVYIRTKYFIKGIAVSGLKD	PGPT0016540_6924	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_00748	2214	btuD_2		Vitamin B12 import ATP-binding protein BtuD	ATGAATTTAAACTTCACGCTTTCGGAGCAGAATTTCGCGGCAGCACGGCAAGTCATCGGAGAGGAGATCGACTATTGCGTCCCTGCCGACCTGTCGCTGGATGGGCGGCGGGTGGAGGGGTACCTGGCGATCGGCAGCGGCAGGTGGGCGCATGTGCAGGACGGCCAAGTGCGGGATCACGGGAACATCGCGGACGCCTGCGATTATCATCTGGTGCCGTTTGTTGGCAATGCGGTGCTTGAAGCCACGGAGAACGGGACGAAACGAATCATCGTCAGGGTGACGATGCAGCATGCGTCCAGGTACGGCTATATCGCCCAAATCCTGAACGATATGGCCGCCAATCGCCCCGTCCGGATTTATCGTGACGAAGGGGATCCGGTTTGCGCGGCATGCGGAAGCGCGCTCGTCCCGGGTACGCGGGTGTGTCCCAGATGCATGAGTAAGGCAGCTGCATTCAAACGACTGCTTCTCATATCCAAAAGACACTGGCGAAGCTTGATGCTTGGATTAGGTGTCCTTATCGCTGCCTCGGCGTTGGCGATGGCCGGGCCTTACTTCCAGAAGCTGCTGGTCAACGCGGCGCTGCTCCCCCCTGCCGGACAAGAGGCCAGCGTAAGGGTATTTTGGCTTGCACTCCTTGGGATGCTGTTCACCCTGGCTTTCGGGGAGCTGCTCGGTATTGCCAGAAACCGGATCATGGCCAGCGTCAGTACGGGCATTGCGGCCGACCTGCGCAAAACGGTGTTCGATCGGATTCAGAACATGTCGCTCGGATTTTTGACGTCCCAGCGAGCGGGAGACCTGATGAACAGAGTGACGGCCGATACGGACCGCATCCGCCACTTGATTCAGGAAATGTGCACGACGGCCATCCACCAACTGCTCATTCTGATCGCTTCAGCGACGCTGCTTTTTTCCGCCGATTGGCGGCTGGCGCTGATCGTGCTGCTTCCGGCTCCATTCGTTGGTTATTTGCACTACTATATTTGGAGGCATGTCCTAAACAAGCTGTTTCACAAGCAGTGGCGCATCTCCGACAAGGCAAACTCGTTTCTACACGATGTCCTCAGCGGCATTCGGGTCGTGAAGGCTTTCGGCCAGGAAGAGCGGGAGATTCGCAGATTCCGGACATATAACGGCGAATTCGCTGCTGCTGCGTTGAAAAGCGAGAAGTTGTACAGCATTTTATCGCCGATCTCGAATTATTTGATTCAGATCGGCCAATATCTCGTACTCCTGATCGGCTGCTACATGATTATCGGCCGGGAGATGAACGTAGGCGAGCTGATCCAGTTCAGCGCTTATGCCGCCATGATTTTCGGGCCGATTTCCTGGCTGATGTTCATGCCGCGCTGGATCGCGAATGCGGTCATTTCGATGCATCGCGTATTCTCGGTAATCGACGAGCAGCCGGAAGTCATGGATGCAAACAACGCGGTGGGCCACCGGATTCGGGGCTTGATCGAGTTCCGCGACGTTTTTTTTGGCTATCGGTCGTATGAGCCTGTTCTGAAGGAGATCAACCTCACCGTGAAGCCGGGGGAGATGATCGGACTCGTCGGCCATTCCGGATCGGGCAAATCGACGACGATCAATCTGATTTCCCGTTTCTATGATGCGAACGAAGGGGAGATTCGGATTGACGGTATCGATATCCGGGGGATCCGGCAGGAGGATTTGCGCTCGCAAATCGGCGTCGTGCTGCAGGAGACGTTCCTGTTCAGCGGGACGATCGCCGAGAATATTCAATACGCGAAGCCTGGCGCGAAGCCGGAAGAGATTATCGAGGCGGCCAAAATCGCCAACGCGCACGATTTTATCATCAGTTTGCCTGACGGTTACGACACGAGACTGGATGAAAACGGGAACAACCTGTCGGGAGGCGAGCGTCAGCGGATCGCCATCGCGAGGGCCGTGCTGAACGATCCGCGAATCCTCATTCTGGACGAGGCGACGGCTTCGCTTGATATCGAGACGGAAGCGGCCATCCAGGAGGCACTGAAACGGGTGACGAAGAATCGCACGACGATCGCTATCGCGCATCGTCTCTCTACGCTGCGTAATGCCGACCGGCTTATCGTCCTTGATAAGGGGCGGATCGCCGAAATCGGCACGCATCGAGAATTGATGAAAAAGCAGGGGATCTACTACAATCTGATCTCTGCCCAGCGCGGCATGTCCCGCAAGAGCGATCCTTCCGCGGTGGTATGA	MNLNFTLSEQNFAAARQVIGEEIDYCVPADLSLDGRRVEGYLAIGSGRWAHVQDGQVRDHGNIADACDYHLVPFVGNAVLEATENGTKRIIVRVTMQHASRYGYIAQILNDMAANRPVRIYRDEGDPVCAACGSALVPGTRVCPRCMSKAAAFKRLLLISKRHWRSLMLGLGVLIAASALAMAGPYFQKLLVNAALLPPAGQEASVRVFWLALLGMLFTLAFGELLGIARNRIMASVSTGIAADLRKTVFDRIQNMSLGFLTSQRAGDLMNRVTADTDRIRHLIQEMCTTAIHQLLILIASATLLFSADWRLALIVLLPAPFVGYLHYYIWRHVLNKLFHKQWRISDKANSFLHDVLSGIRVVKAFGQEEREIRRFRTYNGEFAAAALKSEKLYSILSPISNYLIQIGQYLVLLIGCYMIIGREMNVGELIQFSAYAAMIFGPISWLMFMPRWIANAVISMHRVFSVIDEQPEVMDANNAVGHRIRGLIEFRDVFFGYRSYEPVLKEINLTVKPGEMIGLVGHSGSGKSTTINLISRFYDANEGEIRIDGIDIRGIRQEDLRSQIGVVLQETFLFSGTIAENIQYAKPGAKPEEIIEAAKIANAHDFIISLPDGYDTRLDENGNNLSGGERQRIAIARAVLNDPRILILDEATASLDIETEAAIQEALKRVTKNRTTIAIAHRLSTLRNADRLIVLDKGRIAEIGTHRELMKKQGIYYNLISAQRGMSRKSDPSAVV				NA	NA	NA	NA	NA
JZ016_00749	528			hypothetical protein	ATGAGGATGGAAGAGCACCAGGGAATGGAGCTGGCGGATGCCGCGGGCATCCGTTATTTGACACCGAGCAATTCGGAATTTGCGGAGACGACGGGCCATCTGCTGTCCGTCTGGACCAAAGGCGAGGTGCACTCGCCGGTTTACGTTCATTGCTCCTTCCCGCATACGAACCAGCGCTCCTTCCTGTCGATTCGAACGGCGGACAACAAGGAGATCGGTATGATCCGCTATCTTGACGTTTTTCCGCAAAGCACGGCTTCTATCATTGAAAGGCAGCTGAAGATCCGTTATTTTACCCCGGAAATTACCAAGGTGATTGCCGTAAGCGAGGAGTTCGGCTATTCCTATTGGGAAGTTGAAACGACTGCCGGACGGTGCCGGTTCACGGTGCGAAACGGCAGCGGCAGCGTCAAGTTTGCAGCGGAGAACCGCCTGCTGATCATCGATGTCGACGGTAACCGGTTCGTCATCCCGCACGTGGATCAGCTTAGCGACAAGGAATACCGCATGATCGAAACGAGATTGTAG	MRMEEHQGMELADAAGIRYLTPSNSEFAETTGHLLSVWTKGEVHSPVYVHCSFPHTNQRSFLSIRTADNKEIGMIRYLDVFPQSTASIIERQLKIRYFTPEITKVIAVSEEFGYSYWEVETTAGRCRFTVRNGSGSVKFAAENRLLIIDVDGNRFVIPHVDQLSDKEYRMIETRL				NA	NA	NA	NA	NA
JZ016_00750	2346	btuD_3		Vitamin B12 import ATP-binding protein BtuD	ATGTTGGCCGGGCTTTTTACTTTCAGCCAAAAACGAAAGGGTAAAATCATGACGTTATTGCCGAAGGACATTGTGTCCATTTTGGACCAAAACGGTATAAAAGCTGCTGATCTCCTGCACGGGATGGAGTGTGACCGGCTGCCGGACGGCGGTTTTTCAGAAAGCTATCTCGTATTGTCCCGAAAACACCTCCACATCTTTCGCGGCAGCGGCGTTACGAAGGAGAAGACGTTTTCGGGTTATGCAGCCGGCCGGTGCAAAGCTGCCGGCAAGCCGGAGCAAGAGGGTTCCGGCGATTGGGCTTGGGAACGCATTCCCCTCGAACGGCTCGAAGCCGTGACCATCGTTAATCTGGTCGCTTCCGGCATGGTTGTTGCCAAGGAGAAGGAGGAGCGAGTGATCGGTGCATTCACAAGCGGCCATATGAATCAGGCCGTCCGGTTTGCGCAAGCCTTCGATAAATTGAAGAACAACGAGCCGTTTGAAGCCTTCGAAATTGACGGAAAATCGGACGGGGTCTCATGCCCGACATGCGGATTGATGTACCCCGAAGAAGGCAGGCCATTCTGTCCGAAATGCATGAAGAGGCATGCGGTATTCGCACGTTTGCTGTCATTTGCGGGCAAGTATAGGCTGTCCATCTTTTTTATCGTGTTGTTTATGCTGCTGAACTCGGCGACCGGTCTCGTCATTCCTTATTTCCAGGGCACCGTGCTGTTTGACCAGGCGCTTGCCGGCAATGGCGCTTTTGCGGGGCGGATCGGTCTGGTCATCGTGATCATTCTCGCATTCCGAACGCTGTCGCTGTTGTTCGGCATCTTGTTCGGCACCATCATCGCAAAGCTGGCGGCAAAGGTTGCCTTCGATTTGAAAGCGGCGGTATTTACCTCGTTACAGCGGTTGTCGCTCGATTTTTTTATGCGCAGGCAGACCGGCCATCTTATGACTCGCGTGAACAACGATGCACAGGAATTGCAATATTTTTTCGTCGACGGGCTCTCCTACTTCATCGTGAATGCGATGAATATCATCGGCATCATTGCCGTGCTCCTGTGGATGGATTGGCGGCTTACGCTGATCTGCCTGCTGCCGATGCCGCTGGTCTTCTGGCTTGTCCGGACTGCGTTTCCGAAGCTGTGGCGCTTGTCATGGCGGAGGCACCGCAAGGTAAGCGCTCTGAATTCGATCATCAGCGATTCGGTTCGCGGCTCGCGGGTCGTCAAGGCATTCGGTAAAGAACAGGTAGAGATCGGCCGCTTTCAGCAGGCAAACGATGCATTCTCCGGAGCCGAGCAGCGCTTTAATAAATGGAGCGGAACCGTGTTTCCGATTCTCAATTTTCTAACGCAGGCGGGCGGAATATTGATCTGGGCGTTCGGCGGTTGGTACGTGATGCAAGGCCGGATGTCTTTTGGCTCAGTGCTTACGTTCGTCAACTATATGATGATGCTGTACGGGCCGATTCAGTTCATGAATAATATTATCGGCTGGTGGTCCAATTGCATGGCGGCTGCGCAGCGTATCTTCGAGATCCAGGACGCCGTACCTAGCGTAGCGGAGCGTCCCGGAGCCGTTTCATTAGTGACAATGAAAGGCGACATCGAGATCGACAACGTTTCGTTCGGCTATGAGCCGAACAAACCGATTTTGAAGCAGGTGTCCCTGCGCGCGAGACCCGGGCAAATGATCGGCGTCGTCGGCCATTCAGGGGCTGGGAAGTCGACGCTGGTCAATCTCGTGTCACGATTGTACGACGTAACCGCGGGAGAGATCCGGATCGACGGCGTCAATGTCAAGGAGCTTTCGGTTGCTTCACTGCGTCGTCATATCGGCATCGTCTCTCAGGATATCTATATTTTTACTGGCAGCATCGCAGAAAATATCGCGTACGCCGATCCCGATTGCCGGATGGAAGACATTCTGCATGCAGCCAAAATCGCGAACGCGCACGATTTCATTCAAAAGCTGCCGGACGGCTACGATACGGAGATCGGCTCCGGCGGCTACAGCTTGTCCGGCGGGGAGAAGCAGCGGCTGTCGATCGCGCGGGCCGTGCTGCACAACCCGAAGGTGCTCATTCTCGACGAGGCAACCGCTTCGCTCGATACCGAGACGGAGCTGCAAATCCAGAAGTCGCTTGATTCGCTCGTCAAAGGAAGGACCACGATCGCGATCGCCCACCGGCTGTCCACGCTAAGGCAAGCCGATTATCTGGTCGTGATGGACAAGGGCGCTGTCGTTGAAGCGGGCACGCATGACCAGCTGATGGCGATGGAGGGCGTCTACCGGGAGCTCGTTCGCAAACATGATGAAGCGCTTAAAATGAAAGGGGAAATCATCGCATGA	MLAGLFTFSQKRKGKIMTLLPKDIVSILDQNGIKAADLLHGMECDRLPDGGFSESYLVLSRKHLHIFRGSGVTKEKTFSGYAAGRCKAAGKPEQEGSGDWAWERIPLERLEAVTIVNLVASGMVVAKEKEERVIGAFTSGHMNQAVRFAQAFDKLKNNEPFEAFEIDGKSDGVSCPTCGLMYPEEGRPFCPKCMKRHAVFARLLSFAGKYRLSIFFIVLFMLLNSATGLVIPYFQGTVLFDQALAGNGAFAGRIGLVIVIILAFRTLSLLFGILFGTIIAKLAAKVAFDLKAAVFTSLQRLSLDFFMRRQTGHLMTRVNNDAQELQYFFVDGLSYFIVNAMNIIGIIAVLLWMDWRLTLICLLPMPLVFWLVRTAFPKLWRLSWRRHRKVSALNSIISDSVRGSRVVKAFGKEQVEIGRFQQANDAFSGAEQRFNKWSGTVFPILNFLTQAGGILIWAFGGWYVMQGRMSFGSVLTFVNYMMMLYGPIQFMNNIIGWWSNCMAAAQRIFEIQDAVPSVAERPGAVSLVTMKGDIEIDNVSFGYEPNKPILKQVSLRARPGQMIGVVGHSGAGKSTLVNLVSRLYDVTAGEIRIDGVNVKELSVASLRRHIGIVSQDIYIFTGSIAENIAYADPDCRMEDILHAAKIANAHDFIQKLPDGYDTEIGSGGYSLSGGEKQRLSIARAVLHNPKVLILDEATASLDTETELQIQKSLDSLVKGRTTIAIAHRLSTLRQADYLVVMDKGAVVEAGTHDQLMAMEGVYRELVRKHDEALKMKGEIIA				NA	NA	NA	NA	NA
JZ016_00751	771	xynZ	COG2382	Endo-1,4-beta-xylanase Z	ATGAAGGAGACGGCACCGGCTGGATACGACGTTCCGCGGGAGATCGCCAGGGGGAAAATCGAAACGGTGGAATATGCATCCGAAACGGTAGGCAATGATCGAAAGGCGATGATTTACACGCCTCCGGGATATGCGGAAGACAACGTGTACAACGTTCTTTATTTGCTGCATGGCATCGGAGGTGATGAATCGGAATGGCACCGTCATGGCGATCCGCAGACGATTCTAGATAATCTATATGCGGACGGGAAACTCGCGCCCATGGTCGTCGTGTTTCCGAATGGCCGTGCGATGCCGAATGATCGGGCGGAAGGGGACCTGTTTGCTCCGGACAAAATAAAAGCGTTCGAGACGTTCGAAATCGATCTGCTAAGCGATCTGATTCCCTTTATCGAGTCACGATACTCGGTATCGACAGGCCGGGAAAACCGTGCGATTGCGGGGCTGTCCATGGGCGGGGGGCAATCCCTGAATATCGGCTTGAAGCATCTTGACCGCTTCGCATGGATTGGCGCTTTTTCCCCGGCTCCGAATACGAAATCTCCGGAGCAGCTCGTCCCGAATCCGGAAGAAACGTCGGCACGGCTCAAATTGCTGTGGCTGTCATGCGGCGACGAGGACAATCTGAAGCAGATAAGCGACCGGACGCACGCGTATTTGTCGGAGCATCGGGTTCCTCACGTTTGGTATGAGGAAAGCGGTGGACACGATTGGCCCGTATGGAAGAACGATTTGTATCATTTTTCCCACCTTCTTTTTAAAGATAACTGA	MKETAPAGYDVPREIARGKIETVEYASETVGNDRKAMIYTPPGYAEDNVYNVLYLLHGIGGDESEWHRHGDPQTILDNLYADGKLAPMVVVFPNGRAMPNDRAEGDLFAPDKIKAFETFEIDLLSDLIPFIESRYSVSTGRENRAIAGLSMGGGQSLNIGLKHLDRFAWIGAFSPAPNTKSPEQLVPNPEETSARLKLLWLSCGDEDNLKQISDRTHAYLSEHRVPHVWYEESGGHDWPVWKNDLYHFSHLLFKDN	PGPT0018625_140	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCANASE,PGPT0018625-xynY|xynZ|xynD|xynA-K01181	NA	NA
JZ016_00752	1743			hypothetical protein	ATGGCAGGCCATTTTACGCCAGCGGGAAATGAAACGGAAGGTCCAGTGGCGCCGCAGGATCCTGCAGTCAAACGCAGCGGACTGTACATCCTGTATGAGGCGATCATCGAAGCGACGACTCGTCCCGATGGGAAGTACGCGCAAGAGATATACCTGGACGGGAGTCAGCTCGTCGATAAAGCCCGATTTACCGGGGGTGTGACGGATGAAGCCATTCTTGAGCTGCTAAAGAGCAGCAGGGGTCTTCGCCGGCTGGTGGACAGTATCGGAATATCCGTTCATGCGCATGAACGGGACGTATCGAGCGTTCTGTTCACATTTTGGAATTGGGGAAATGCGAATCCATACGAAACGGGATCCCGGCAGAGTATAACCTGTCGAGCGAACGGCACGGAAACGCTCTTGGTTCTGGATAACGACGAAGATCGATATCCGGATGACGATGTTCCAGGCAAATTCGTCTTCGAGTTTGAACGAGAGGGCGTGTTGGCAACGGTCAGCATCGTATTCTATCTTCGTGACGGTTACCAAATCCCCGAGGCTGCAGTCGACCCCCCGGTCGATGTGGAATCACAAGCATATCAAGACATGATTAAGAAATCGCTCATAAGCCCGGGTCATAACAAACGATTAAAGGCGGCAATCGAAAAAGCGAAGCGGGGCGAGCCCGTAACCATCGCCTACATCGGCGGTTCCATTACCCAAGGGGCCGGCGCTGTCCCTCTCCATTCCCAATGCTACGCATACCAATCCTATGACCTGTTCAAGCGAAGATTTGCACCCGCCGGCGACAGCCCGATTCGTCTTGTCAAAGCTGGCGTAGGCGGTACGCCGTCGGAGCTCGGCATCGTCCGCTATGAGCGGGATGTGCTTCGAGAAGGGGAGGTACGGCCGGATATCGTGATCGTTGAGTTTGCCGTCAACGACGCAGGCGACGAAACGAAAGGAAATTGTTACGAGAGCCTGGTACTCAAGGCTCTTTGCGCCGATCACAAACCCGCGGTGATTTTGCTGTTCAGCGTATTCGTGAACGACTGGAATCTTCAAGACCGTCTGGCCCCGGTCGGTTGGCATTACAATCTTCCGATGGTCAGCGTGAAGGATGCGGTCACGGAGCAGTTCCGATGGACCAAGGAGCAAGGGAACGTGATTACGAAAAGACAGTTTTTCTACGACATTTATCATCCAACCAATGCTGGCCATCGGGTGATGGCCGATTGTTTGGACTGGTTATTCGAAGTAACCGATCGTTCCTCCCTCGACGAGGAGGACCTGACGGATGAACAGCCTCCGCTGATCGGAAATGACTTCGCTTTAACGAAGCTGCTCGATCGCAGGAATGGCGATCGCATCGCCCGCATTGATCCTGGCGGTTTTTCGGACACCGACACGGATCTGCAAATGGCGGAGCTGGACGATCATGCATACGGGACGCCGCAATTTCCGCACAACTGGATGCATACGGCCGATTCCGGCGAGCACAGCTTTAAGATGACTATCCAGAGCAAGCGTCTTATCCTTGTTTATAAAGATTCGGGAAGCCGGGCATTCGGGACCGCGAAGATATGGGTAGACGGGAAGCTGAAGAAGACCGCCGATCCGCATGAAGTCAATTGGACGCACTGCAGCGCCGTGATTTTGTACAATGAGTCGAAGTCAGGAGAACATGCGGTAGAGATCCAGATGGCGGAAGGCCACGAGGATAAGCGATTTACGATCCTGGGCTTCGGTTACGTCCCATAA	MAGHFTPAGNETEGPVAPQDPAVKRSGLYILYEAIIEATTRPDGKYAQEIYLDGSQLVDKARFTGGVTDEAILELLKSSRGLRRLVDSIGISVHAHERDVSSVLFTFWNWGNANPYETGSRQSITCRANGTETLLVLDNDEDRYPDDDVPGKFVFEFEREGVLATVSIVFYLRDGYQIPEAAVDPPVDVESQAYQDMIKKSLISPGHNKRLKAAIEKAKRGEPVTIAYIGGSITQGAGAVPLHSQCYAYQSYDLFKRRFAPAGDSPIRLVKAGVGGTPSELGIVRYERDVLREGEVRPDIVIVEFAVNDAGDETKGNCYESLVLKALCADHKPAVILLFSVFVNDWNLQDRLAPVGWHYNLPMVSVKDAVTEQFRWTKEQGNVITKRQFFYDIYHPTNAGHRVMADCLDWLFEVTDRSSLDEEDLTDEQPPLIGNDFALTKLLDRRNGDRIARIDPGGFSDTDTDLQMAELDDHAYGTPQFPHNWMHTADSGEHSFKMTIQSKRLILVYKDSGSRAFGTAKIWVDGKLKKTADPHEVNWTHCSAVILYNESKSGEHAVEIQMAEGHEDKRFTILGFGYVP				NA	NA	NA	NA	NA
JZ016_00753	1704			hypothetical protein	ATGAAAAAAACAGGATGGACGCTAAAGCTGCTATTGGCCGTGCTGCTCCTGCTGCCGGCAATGCTGGAGCTCCATAATGGCGCGGCCGACGCATGGTCGGGCATGCCGATGTCCAAGCTTCGCGTCAGCGGCAATCAGCTGGTAAACAGCGAGGGGCAGCCCGTTGTCCTCAGCGGGTGGCACCAGCCCGGGGGCTCGTATTGGACGTATCAGGGAAGCGATCACTACCTGAACCGGAGCGGTGGGAATCGCCATGCTGCCATTTTGGCGTATTTAAAGGATATTACCGACACATTTTCCGATACCTCTCCGAAGTACGGCAACAGTCACGGCTGGTATATGAACCAGGTCAGGCTCTTTATCGACCGTGAAGACATGGGGGACGTGGCGGCCGGAACGTATAATTTTGCCGGTCTCCAGTCCTTTACGCAGAACGTCGTCGTGCCTTATATCCAGTATGCCAAGACCAAGGGAATCTACGTAACGCTAGGCCTCGACTTCACGCTCCAGGATAATCAGGCAACGACGCAAGCCAATCTCGAGAAATTCAATCAAATCTGGGGATATCTTGCGGCACAACCTGCGATCAAAAGCGCGGACAACGTCATGTTCGAGATCATCAATGAACCGGTGCTGTCTTATGCGAACGGTCGCTGGGGAGGACACCCGTCCGATCCCGAATTTCCGGCGTTTTGGGACTCGCTGCGCAATTTTCAAAATTCCATCATTTCCACGATCCGCAGTCAAGGGGCAGATAACGTGATATGGGCCGCCGGCCTTGGATGGGATCAATATTATCAGTTATGCGCCACGCGTCCGCTAACCGATCCGCTGAACAACTTCGGATATGCCGTGCATTGGTACCCGGGCTATGGAGCAAAGGATAACGGCTCGATACTCCAGCAGCAATGGGATACCAACATTAAGCCTTGCGCGGACAATTATCCGATCAATATTACGGAAACGACCTGGTTCAAACGGCTGCCGGGAGACTCGGAGTACTGGGAGCTGTTCAACGGCTCGAATGAAGGCTTTGGCAAAAACACCAAAGCCATATTTACGGCAGCCGGGAACGTCAGCATCGCGGTCCACATGAACGGTTTTCTTCTGCAGCCGGGGGCAAGAAGCACGTTTGCCGATCCGACGGCAGGGCTGCTCTTCGACGGTGATCCGGCACGGGACGGCATGGCCCGCTTCATCTTCGAATGGTATTACGAACGTGCGCAGCTTCATCCATGGAACGGCATATGGAACGGTATTTTATCGGGAGAAACCTATAAAATCGTGAACCGTGCCTCAGGGAAGGTGATCGACGTCCCGGGCGGACAAAACAGCAATTCGCTGCAGCTGCAGCAATGGCCGGACAATAACGCCACGGCCCAGCGATGGGTTGCGGACGATATGGGAGCATACAACAATGTATACCGGCTTCGCAGCGTCAGTTCGAGCGACGGCAAGGTGATGGATGTTAGAAACGGTTCCACAAACAACGGGGAAGCAATACAGCTCATGCAGGATTATGGGAATCAAGCACAGCGATTCCGCCTGATCAAGCTAAGCAACGGATACTGGAGCATCCTTAACGCGAACAGCAATAAAGCCGTCGAAGTGGCGGATGGTTCGTCCGCGGACGGAGCGAAGCTCCAGCAGAATCCTTATCGAGGGGATTTGCATCAGCAATGGCAGTTGATCAACGTAAATTGA	MKKTGWTLKLLLAVLLLLPAMLELHNGAADAWSGMPMSKLRVSGNQLVNSEGQPVVLSGWHQPGGSYWTYQGSDHYLNRSGGNRHAAILAYLKDITDTFSDTSPKYGNSHGWYMNQVRLFIDREDMGDVAAGTYNFAGLQSFTQNVVVPYIQYAKTKGIYVTLGLDFTLQDNQATTQANLEKFNQIWGYLAAQPAIKSADNVMFEIINEPVLSYANGRWGGHPSDPEFPAFWDSLRNFQNSIISTIRSQGADNVIWAAGLGWDQYYQLCATRPLTDPLNNFGYAVHWYPGYGAKDNGSILQQQWDTNIKPCADNYPINITETTWFKRLPGDSEYWELFNGSNEGFGKNTKAIFTAAGNVSIAVHMNGFLLQPGARSTFADPTAGLLFDGDPARDGMARFIFEWYYERAQLHPWNGIWNGILSGETYKIVNRASGKVIDVPGGQNSNSLQLQQWPDNNATAQRWVADDMGAYNNVYRLRSVSSSDGKVMDVRNGSTNNGEAIQLMQDYGNQAQRFRLIKLSNGYWSILNANSNKAVEVADGSSADGAKLQQNPYRGDLHQQWQLINVN	PGPT0018620_2309	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CELLULASES,PGPT0018620-celJ|eglA|eglS-K01179	NA	NA
JZ016_00754	1524			Beta-xylosidase	ATGAACAAGACGCAGGTCAAGAATCCGGTCATTTGGGCGGACGTGCCGGATGTGGATGCCATCCGGGTAGGGGACGTCTATTATATGGTCAGCACCAGCATGCATTCCATGCCGGGCTGTCCGATCATGAGGTCCGAGGATTTGATGCATTGGGAGATCGTTGGTTACGTATACGATACGTTCGAAGACAACGAGGCCCATCGTCTGGAAGGCGGCAGCAATATCTACGGGCAAGGTTCTTGGGCGGCCAGCCTCCGCCATTATCGGGGGAAATTTTATGTTTGCTTTTCCAGCAACGATACCGGACGGTTTTATGTGTACCGCACGGACGATGTCATTCAGGGGCCGTGGCAAAGATCCGTCATTGATGGACTGCGGCATGATCCGGGCCTGCTTTTTGAGAATGACCGGGTATTCGTGATCTACGGCAACGGGGACATTTACATCACCGAGCTGACCGCCGATGCAGACGCCCTTATGCCGAACGGAATTCACCAACGGCTCTTTGAAACGGAAACGGAGGGCATCGGCTTGCGCTGCGAAGGCTGCCATGCCTATCGAATCAACGGTTACTATTATTTGCTGTTCATTGAATGGCCGAAGGCAGGGTTCGGCAGCGGCCGGCGCAGACAAATCTGTTACCGGTCACGGGAATTGCTGGGCCCTTATGAACGAAAAATCGTATTGGATGACGATCTCGGCTACCATAACAAGGGAATCGCCCAAGGCGGGATGTTCGATACGCCGGATGGCAAGTGGTACGCGATGCTGTTCCAGGATCATGATGCCGTCGGGAGAATCCCTTGCCTGGTCCCGGTAGCCTGGGAGGAGGATTGGCCCGTCTTCGGCATCGGAGGCAAGGTGCCTGAACGGTTTGAGGTCGACTTGCCGCAAGCCGTTGCGAAGCCGCTCGTGATCAGCGATGAATTCGAATACGAATCGAATAAGCTGGCTCTGAATTGGCAATGGAACCACAACCCGGATTATCGGTTATGGTCCGTGACCGAACGTCCCGGTTTCCTAAGGCTGACAACAGGAAGCCTGGCACCGGCGGGCGTGCTGCAGGCCCGGAATACGCTGACGCAGCGCACGGAAGGGCCGGCATGCACGGGGACTGTCTTATTGGACACGGGGCATATGAAGCCCGGCGATCATGCAGGGATTGTTGCCCTGCAAAGCCATTTCGGCACCGTCGGCGTCAAGGTCGCGGAGAACGGCGACAAGTTCATAGCGATGAGCGTGAACGATGGGGACGGCAGGGAGAAGGAGCTGGAAACGGTTCGGTACCGCGGCAGGGAAGTACATTTGAGAATTGATTTTGATTTTGAGAACAGCAAAGATGTGGCCTCCTTTCATTATTCTGTCGACGGGGCTGATTGGATGCCGATCGGCGGTGAGCTGAACATGCGGTATACCTTGGATCATTTTATGGGTTATCGCATCGGGCTTTATTATTATGCGACCAGGCAAACCGGCGGCCATGCCGACTTCGATTATTTTCGTTACGAAAAAGCCGAGCGTTAG	MNKTQVKNPVIWADVPDVDAIRVGDVYYMVSTSMHSMPGCPIMRSEDLMHWEIVGYVYDTFEDNEAHRLEGGSNIYGQGSWAASLRHYRGKFYVCFSSNDTGRFYVYRTDDVIQGPWQRSVIDGLRHDPGLLFENDRVFVIYGNGDIYITELTADADALMPNGIHQRLFETETEGIGLRCEGCHAYRINGYYYLLFIEWPKAGFGSGRRRQICYRSRELLGPYERKIVLDDDLGYHNKGIAQGGMFDTPDGKWYAMLFQDHDAVGRIPCLVPVAWEEDWPVFGIGGKVPERFEVDLPQAVAKPLVISDEFEYESNKLALNWQWNHNPDYRLWSVTERPGFLRLTTGSLAPAGVLQARNTLTQRTEGPACTGTVLLDTGHMKPGDHAGIVALQSHFGTVGVKVAENGDKFIAMSVNDGDGREKELETVRYRGREVHLRIDFDFENSKDVASFHYSVDGADWMPIGGELNMRYTLDHFMGYRIGLYYYATRQTGGHADFDYFRYEKAER	PGPT0019095_15	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINOFURANOSIDASE,PGPT0019095-xynD-K15921	NA	NA
JZ016_00755	1041	xynA_1		Endo-1,4-beta-xylanase	ATGAGAAGAAGCATGGAACGGCTGCCCAAGCTCCATGAAGCTTACGGCAATAGTTTCAAGATCGGAGCTGCCGTGAATCCGATCACGATGGTGACCCAAAAGGATTTATTGGCACACCACTTCAACAGCGTTACGGCAGAAAATGAAATGAAATTCGAGCGATTGCACCCATCGGAAGAGGTGTATACATTCGAGCAAGCCGACCAGATCGTATCGTTTGCCAAATCGAACGGAATGTCGGTGAGAGGACATACCCTCGTATGGCATAATCAGACGCCGGAATGGGTGTTTCAAGACAGTTCCGGCCGGACAGCCGGCCGCGAGCTGCTGCTTGCTCGGATGAAATCGCACATCGATGAGGTCGTTGGCCGTTATCGCGGAGATATCTATGCTTGGGATGTCGTAAACGAAGCCGTTGCCGACAGTGGAAGCGATCTGCTTCGTTCCTCCCCGTGGCTCGCGTCGATCGGGGAGGATTTTATCGCAAAGGCTTTCGAATACGCGCACGAGGCAGATCCGCAAGCGCTGCTGTTTTATAACGATTACAACGAATCCGTGCCCGAGAAGCGGGAGAAGATTTACACGCTCCTTAAATCGTTAAAGGAGCAGGATGTGCCGATTCACGGCGTCGGGCTTCAGGCCCACTGGAATTTGGAGTTTCCGTCTCTTGACGATATCCGCAGGGCAATCGAGAGATATGCAAGCCTCGGCATGTTACTGCATGTAACGGAGCTTGACGTATCCGTGTTTGCGCATGAGGATAAGCGGACCGATCTGGCGGCGCCGACGGCAGAAATGCTTGAGCGCCAGGCGGAGCGTTACGGGCAATTGTTCCGGCTGCTTAAGGAGTACAGCGGCAGCATCGCTTCCGTGACCTTCTGGGGAGCGGCGGACGATTATACCTGGCTGGATCATTTTCCGGTAAGGGGCCGTAAAAATTGGCCGTTCGTCTTTGACGAGAATCATCTTCCGAAGGAATCCTATTGGAATCTGCTCAAGGAAGCTGAGCCTGAAAGAACATTCCAGGATGTACGTTCGTAA	MRRSMERLPKLHEAYGNSFKIGAAVNPITMVTQKDLLAHHFNSVTAENEMKFERLHPSEEVYTFEQADQIVSFAKSNGMSVRGHTLVWHNQTPEWVFQDSSGRTAGRELLLARMKSHIDEVVGRYRGDIYAWDVVNEAVADSGSDLLRSSPWLASIGEDFIAKAFEYAHEADPQALLFYNDYNESVPEKREKIYTLLKSLKEQDVPIHGVGLQAHWNLEFPSLDDIRRAIERYASLGMLLHVTELDVSVFAHEDKRTDLAAPTAEMLERQAERYGQLFRLLKEYSGSIASVTFWGAADDYTWLDHFPVRGRKNWPFVFDENHLPKESYWNLLKEAEPERTFQDVRS	PGPT0018625_1651	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCANASE,PGPT0018625-xynY|xynZ|xynD|xynA-K01181	NA	NA
JZ016_00756	1305	xynB		Thermostable celloxylanase	TTGCTTCGAATGCCTAAACGTGGCCGATGGGCGGCCACGGCAGTGGCAGCTGCGGTAGCAGCGTCCGTCGTTGTCCTGTTAATCCTGCCCCAAATGGGCAGCCGTGACAAGCCCCCCGCCGAAAGTCAGGCCCCAGGAAAACCGGAGGAAGGAGCAGTGGAGATAACAGGGGATTCGGATGCGTCGAACGGAAAACTGAATGCCGAACCCCCTGCCGGCACTAATCAAACGGCGTCAACTGAGCCGCAGGCACAGCCGTCCGCATCGCAAGATATTCCCTCGCTGCATGAACTCTTTGAGGAGGATTTTCCGATCGGCGCCGCGATCGAACCGAATCAGACCAACGGTCCAACATCGGAATTGCTGAAGAAGCATGTCCGCTGGCTGGTGGCGGAGAATGTCATGAAGCCGGATGCGATCCAGCCGTCGGAAGGCCAATTTATATGGACAAATGCCGACCGGATCGTGGAATTTGCTAAGGAGAACAACATGCAGGTCCGTTTCCACACGCTGGTCTGGCATACCCAAGTCGGGGCATGGTTTTTCCAAGATGCGGAAGGCAAGCCGATGGTGGATGAGACAGATCCCAAGCGCCAGGAAGCGAACAAAAAATTGCTGCTTGAACGCCTGGATACCCACGTAAGGACGATCGTCGGCCGATATAAGGGCGAGATTACGTCTTGGGACGTAGTGAATGAAGTCATTGAACCGGGGGATCCGGACGGAATGCGCGCGAGCGAATGGTATAAAATAGCCGGTACCGATTACATCGCAACGGCATTTCGAGCTGCTCGGGAAGCCGGAGGACCCGAAGCAAAGCTATATATTAACGATTACGGCACGGATAACCCTGTGAAAAGGGACCTTTTGTTTCAGCTGGTGAAAGATTTGCTGGAGCAAGGTGTTCCGATCGACGGGGTTGGACATCAGACGCATATTGACATTTATGGTCCATCGGTGGATTCCATCATCGCCTCGATGCGAAAATTCGCGGAGCTGGGCCTCGACAATCTTGTCACCGAGCTCGATATGAGCATTTATGCGTGGAATGACCGCAGTGATTACGGCCAAGATCTTCCGCATGAAATCCTGAACCTGCAAGCCGATCGGTATGGCGAGTTGTTCAAGGCATTCCGTCAAAACAAGGACATCCTCAGCGGCGTCGTTTTTTGGGGCATCTCCGACGACCATACCTGGCTTCATGGTTTTCCGGTCGCACGTACCAATGCGCCTTTGCTGTTCGACCGACAGCATCAGCCCAAACCGGCGTTTTGGGCTGTTGTTAAGGCGGCAAGGACGGAGTGA	MLRMPKRGRWAATAVAAAVAASVVVLLILPQMGSRDKPPAESQAPGKPEEGAVEITGDSDASNGKLNAEPPAGTNQTASTEPQAQPSASQDIPSLHELFEEDFPIGAAIEPNQTNGPTSELLKKHVRWLVAENVMKPDAIQPSEGQFIWTNADRIVEFAKENNMQVRFHTLVWHTQVGAWFFQDAEGKPMVDETDPKRQEANKKLLLERLDTHVRTIVGRYKGEITSWDVVNEVIEPGDPDGMRASEWYKIAGTDYIATAFRAAREAGGPEAKLYINDYGTDNPVKRDLLFQLVKDLLEQGVPIDGVGHQTHIDIYGPSVDSIIASMRKFAELGLDNLVTELDMSIYAWNDRSDYGQDLPHEILNLQADRYGELFKAFRQNKDILSGVVFWGISDDHTWLHGFPVARTNAPLLFDRQHQPKPAFWAVVKAARTE	PGPT0018625_770	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCANASE,PGPT0018625-xynY|xynZ|xynD|xynA-K01181	NA	NA
JZ016_00757	774		COG4753	putative response regulatory protein	GTGCACGATGTTCTGTTTGTTGATCTGGAATCCCATGATGAAGCAACACCGGAAATCCGGCCGGATTGGAATGAGTTGAGATGCTCGCGGCTCCGCTGCGTCAGGTCCTCCTCGTCCGCCATGCAATTCATTGCTTTGGAGCCATACACCTTGGTGATTATCCATGCGCTTGGTTCAGATTCCGAAGGTATGGAGTTATGCGCAAACATCCGGCGCGTAAGCCAAGTTCCCATCATTGTTACCGGAGGCAGCACGGATTTTTATTGGACCCGGAAAGCCTTGCAGCTGCAAGTTCATGATTATCTGCCTGCACCGTTCACGGTCGAAGACCTCAACACTTGCTTGCGGATGATCTCGCCGGCAACCCATTCCGGTGACGGGTTTCCGGATAATAGATTGTCCCATGTCCATGCGGAAAAGGAGGATCAGGTCATTCAAGAGGTCAAGGAATACTTGAAGGATTCGATGTACCAAAACATCACCTTAAAAGAAATTGCCGAGCGGATGCATTTCAACTATTCCTACTTGGTGCAGAAGTTCAAGTTCCACGAGAAAATGACGTTTAACGAATATCTGCTGCAGCAGCGAATGGAGAAAGCGAAATTCTTGCTGACGCATACCGACATGAAGATATACGAAATCGCTGACGCGGTGGGATACAACGATATGGATTGGTTCTATAAAAAATTCAAGACTTATGCCGGCGTAAGCGCTAACATGTATAGAAAATTGCATGGATCCCGTACGGTTCCCGTTGCCTCTGGCCAGCACTAA	MHDVLFVDLESHDEATPEIRPDWNELRCSRLRCVRSSSSAMQFIALEPYTLVIIHALGSDSEGMELCANIRRVSQVPIIVTGGSTDFYWTRKALQLQVHDYLPAPFTVEDLNTCLRMISPATHSGDGFPDNRLSHVHAEKEDQVIQEVKEYLKDSMYQNITLKEIAERMHFNYSYLVQKFKFHEKMTFNEYLLQQRMEKAKFLLTHTDMKIYEIADAVGYNDMDWFYKKFKTYAGVSANMYRKLHGSRTVPVASGQH				NA	NA	NA	NA	NA
JZ016_00758	1665	xynD		Arabinoxylan arabinofuranohydrolase	ATGAAGCCCGGAAAGCCGTTACTGGTCATATCTACCGTATTTGCTTTCGTTTGCATAATTGTTGTTTTTGCAAACCTAGCGAGTCGTGGCCAAGACGATCCAAAAATGTTTAACCAGGAGCTGAGTGACAAGATGAGTGATGAAATCAAAGCCGGCAAAACAGGAACTGAAATGATGGGCCAGGGAAGCAGAGGCAATGTTGCGAGCCGGGATGCTGACAGAACCCGCAGGGAGGCTGCGGCCGCAATCGGCAAGATTCCGCCGAACGGGAATCCGGTGGTCTCCCATAAATTCGGCGCGGATCCCTATGCGCTGGCAGTTGACGGACGTGTTTATTTATATAACACGTACGACGCATTGGAGTATGACGGTGGCGGGAATGTCAAGGACAACAGCTACAGCACGATCAACAAGCTGTCCGTCATCTCTTCATCGGACCTGGTCAACTGGACCGATCACGGAGCAATCCAGGTCGCGGGACCGACCGGCGCTGCCGCATGGGCAACGCAATCGTGGGCGCCAGCGGCCGCGCATAAGGTGATTGACGGCGAGGACCGCTTCTTCTTGTATTTTGCCAACAATGCCAGCGGCATCGGCGTCCTGACGAGCGACAGCCCTGTTGGCCCGTGGACGGATCCGATCGGAAAGCCGCTGATCACAAGAAACACGCCGGGCGTGGAAGGTGTCACGTGGCTGTTTGATCCCGCCGTGCTCGTTGACGACGACGGGAAAGCCTATATCTACTTTGGCGGCGGCATTCCGGAAGGCGAAGCCGAAATGCCGAATACGGCTCGCGTCATGCAGCTTGGCGACGATATGATCAGCGTGCTTGGCGAAGCCGTCACGATTCCGGCTCCTTATATGTTCGAGGATTCAGGGATTAACAAATTTGACGGAAAGTATTACTATACGTACTGCTCCAATTTCTCGGAAGGAATGAGGCCGGAGAACAGCCCCCCTCCCGGCGAAATCGCCTATATGGTCAGTGAGCATCCGATGGGCCCATGGACGTATCAAGGGACCATATTGAAAAATCCCGGGCATTTCTTCGGGGTCGGAGGGAATAATCATCACGCCATCTTTCAGTTCCAACAAAACTGGTATATTGCCTATCACGCCCAAACGTTGTCAAAATCCATGGGAGTTCCGAAAGGCTATCGCTCAACCCATCTGAACCGCGTTTATTTCGAGACGGACGGTAGCATCCGGGAGATAGACGCTGACATGGAAGGCGTGAAGGGGGTCCAGCCGCACAATCCCTTCCAGCGAACGGAGGCAGTAACGATGGCATGGAATGCCGGAATTCAAATCAATCCGTCTACTGCTGCTGAAGACTCGCAGGACAGCCCGATATTGGCGGTCACGGACATCCACGACCGGGATTGGATCGCAGTGGCCAATGTTGATTTCGGAAAAGGAGCATCCGCGTTTACGGCTTGGGTCTCGGGAGTGGAAGGAGGAGGAAGCCTGGAGCTTCGGCTGGATCATCCGGAAGGAGAACGGATCGGCACAGTGAACGTACCGCCAGCATCCGGTGCGAAGCAGCGTCAGGAAATATCCATTGAAGTTTCAGGCGCATCCGGCATCCATCATCTTTACCTCGTATTTACCGGAAAGCAGGATCAGAAGTTATTTGATTTCGAAGCATGGCAATTTGAGTTGTGA	MKPGKPLLVISTVFAFVCIIVVFANLASRGQDDPKMFNQELSDKMSDEIKAGKTGTEMMGQGSRGNVASRDADRTRREAAAAIGKIPPNGNPVVSHKFGADPYALAVDGRVYLYNTYDALEYDGGGNVKDNSYSTINKLSVISSSDLVNWTDHGAIQVAGPTGAAAWATQSWAPAAAHKVIDGEDRFFLYFANNASGIGVLTSDSPVGPWTDPIGKPLITRNTPGVEGVTWLFDPAVLVDDDGKAYIYFGGGIPEGEAEMPNTARVMQLGDDMISVLGEAVTIPAPYMFEDSGINKFDGKYYYTYCSNFSEGMRPENSPPPGEIAYMVSEHPMGPWTYQGTILKNPGHFFGVGGNNHHAIFQFQQNWYIAYHAQTLSKSMGVPKGYRSTHLNRVYFETDGSIREIDADMEGVKGVQPHNPFQRTEAVTMAWNAGIQINPSTAAEDSQDSPILAVTDIHDRDWIAVANVDFGKGASAFTAWVSGVEGGGSLELRLDHPEGERIGTVNVPPASGAKQRQEISIEVSGASGIHHLYLVFTGKQDQKLFDFEAWQFEL	PGPT0019095_136	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINOFURANOSIDASE,PGPT0019095-xynD-K15921	NA	NA
JZ016_00759	1623	rhaR_11		HTH-type transcriptional activator RhaR	ATGTATAGACTGCTGGTCGTCGACGATGAAGAGATTATTACGAACAGTTTGTACGAAGTATTTCATCAGTGGATGCCCGAGAAGCTTGACGTTTGCCGGGCATACTCCGGCAAGGAAGCGCTGAATTGGATGTCGCGCACGAGAATCGACATCGTCCTGACGGACATACGCATGCCGGGCATGAGCGGATTGGAATTGACGGAGAGCATCCGGGCTCTCTGGCCAAGGTGCAGAATTATCTTTCTGACCGGTTACAGCGATTTCGATTACGCCTATCAAGCGATTCAGATGCCCAATGTCCGCTATTTGTTGAAGACGGAAGGCTTCGATAAGGTCATGGAGGTCGTGAAGGAAGTCATTCATGAAATCGAGAGCGGCAATCGCATGAATGAATGGCTCATGCAGTCCCGCGTGCAGATTGAAGCGCTGGAATGGATGGAGCAGGGAGAATACTTCCGGCAATTCGTCGCGGACAGCAGCCTGCTTGGACAGGACAAGGAAGCCATGCTGAGCGATTTCCGGACCTTGAACATCGGATTGGATCCGAAACTCCCTGTGCTGCTGGCTCTTGGCCGCGTAGCATACTCAGCAGGCAAAGCGTATGCAGAAAAGAAAAACAGCCATCGCTCGGTAAGGCTGATTTGGAATTCTTTTATGGATGAGCATGTCCGAAGCATCGGAGTCCTGGACAAACATGGGGATTTATTATGGATGCTTCAGCCGCGGTCCGAGAATCCATCCGGTGATCGTCTTGTCCTTTATTTGGAAGGGACGCTTGAACTGATCCAGGAAGCCTGCCTGGATTCACTGGGACTTGCCGTATCGTTCACCATAAGCGGCTTCCCCTGCCGGTGGGAGGATGTAACCCCTCAATATGAAAGGCTGCGGAGACTCCAGCAGTTAAAGATGGGCGACGGCATTCCGATGATCCTGAAGGATCAAGTCGACTCTTCCCAGGCGTCTCACTGCAAGGAAGGAGTGGAGACGAGCCATAAGGCAGGCGTCTTGGAAGCCCATTTGGAGGCCGGAAGGGAGAGCGAATTCATGAGTGAATTGGAGCAATTGTCGGAATTCGTGCTGAACGGAGACGATCATCATCAGCATGCTGCACAAGCCTATTATTCTATCGCTCTCGTGCTGTATGCGAAGCTGACCCGGCTTGGGCTTCAAGACCCCACCGGTGAACGGGGGAAGCTGCTGGACTTGGAAGGTCATGATTCCATGAAGGAAGCTTTTCGGTATTTGAGGCGAACGGCCGAAGATATATTCGATTTCAAGCGCATGGATGAACGAGGCAAAACGGCGCATGTCATTGATCGGGTATGCCAGTATATCGAGGAGCATCTGGATAAGGACATCACCCTTGTGCATCTAGCCGAACGCTATTTTTTTAATCCCTCCTATCTCTCGCGTTTGTTCAAGCAGGAACGGGGAATCAATCTCTCGGAATATATCGAAAAGTGCCGAATACGGAGAGCAAAGGAGCTGCTTAAGGAAGGGGATTTGAAGGTAAGGGACGTGGCGCCTCTAGTCGGATACGATGCCGCCCATTCCTTCACCCGCTTCTTCAAAAAGGCGACGGGTTTAACGCCGCAGGAGTACCGGGACCATCTTGTAAAATAG	MYRLLVVDDEEIITNSLYEVFHQWMPEKLDVCRAYSGKEALNWMSRTRIDIVLTDIRMPGMSGLELTESIRALWPRCRIIFLTGYSDFDYAYQAIQMPNVRYLLKTEGFDKVMEVVKEVIHEIESGNRMNEWLMQSRVQIEALEWMEQGEYFRQFVADSSLLGQDKEAMLSDFRTLNIGLDPKLPVLLALGRVAYSAGKAYAEKKNSHRSVRLIWNSFMDEHVRSIGVLDKHGDLLWMLQPRSENPSGDRLVLYLEGTLELIQEACLDSLGLAVSFTISGFPCRWEDVTPQYERLRRLQQLKMGDGIPMILKDQVDSSQASHCKEGVETSHKAGVLEAHLEAGRESEFMSELEQLSEFVLNGDDHHQHAAQAYYSIALVLYAKLTRLGLQDPTGERGKLLDLEGHDSMKEAFRYLRRTAEDIFDFKRMDERGKTAHVIDRVCQYIEEHLDKDITLVHLAERYFFNPSYLSRLFKQERGINLSEYIEKCRIRRAKELLKEGDLKVRDVAPLVGYDAAHSFTRFFKKATGLTPQEYRDHLVK				NA	NA	NA	NA	NA
JZ016_00760	1752			hypothetical protein	TTGCTTAAGTTACCCGTGAATTCCATTCGTAATACCATTTTTATTCGACTGGTCGCTACCTATCTCTTCGTCATTTTTCCGCTTATCATTCTCGGTGTTTATCTGTATAACTGGAGTTACCAATACGCTAGCCAGGAAGTATCCAAAAATTCGCAGGCGCAGCTTTCGGCTTACCTGGACGGGTTGAACCGGGAGATCGAATGGCTGGAAATCCAGCAATACGATATTTTGCAGGATGAGGAACTGAACAAAATGGTGCTGACATGGGATATGATGAGCACGGTCGAAAGAAAAGCAAGCCTGCATTATTTGCTGCCGCGGCTGGTCTCCATCAAAAACAGCAGTGTCTACATAAAAGACGTATTCATTCATATCCGCAGCATGGATAAAACGATTTCAGCCATGACCGCGATGAATGCATTCGACTCGAGACGGTACAACCATCTGTTTGCAGGAGAGGCGAACGGCAATCAAAGACTGCTGCAGATCGACGATACTTTCCATCTTGTGGCGGCCAAATACGGAGCTAGAAAAGGGGAAGAGCCGCTTCTGATCGTTCAGATCGAACTGGATGCGAGCAAACTCAGGGAATCCCTGATGCAAATCAGCGTGTATCCGGAAAGCGGGGCTTTTATCGTCTCCGAGCCGTCCGGCTTTGCCCTGGCCAGCCATGAGGAGGCGGATCGTTTAATGAAAGAGGCCGTGCAGGCCATCCAACATGCGAATCGTCAAATTCTGAATATCGGCACAGGCAGGTATTTGATCGACAAGGCGTATTCCGACAAGCTGGACCTATCCGTGTTCACGTACTTGCCCACTGAGGCGGTGAAACGGCCGTTAAGTAAATTTTATGTCTGGGCATGGCTGTTTGCAGGCACGACCCTCTTGGCGATTGCCATCTATGCGGTTTCGACGTACAAATTGGTTCATAAACCGCTGCTTCTGCTTGTCCAGAGCTTCAGAAAAATGGAGGATGGCATGTTTAATATCCGGATCAGGCACGGACAAAGGGACGAGTTCGGCTATTTGTACGATCGATTCAATCAGATGCTCATCAAGCTGCAGCATCTGATTGACCAGGATTTCAGGCACAAGCTCATGATGCAAAGGGCAGAGCTGAAACAGCTCCAATCCCAGATCAATCCCCACTTTTTATATAATAGCTTCTTCATCCTGAGCTCCCTGGCCAAAACGGGGGATGTCACGCAAATCGAGTTGTTCACGAACATGCTGGGAGAATACTTTCGATTCATTACCCGCAATGATGCGGACAACGTTCCTTTGCTGGAAGAAACGAGGCATTCCCGCATTTATACCGAGATTCAAAAGCTCAGATTTTCAAGGCGAATTCGCGTAGAATTCGGCGAGCTGCCGAAGGAAATGGAGGCGATCAAAGTACCGCGATTGATCATTCAGCCCATTATCGAAAATGCCTACGAGCACAGCCTCGAAAAGATGCAGGATGAAGGCTTGCTGCGTGTGTCGTTTCATCTGGATGACCAAGAAGCTTCCATCGTGATTGAAGAGAACGGGAACGGGTTGACGGATAACGATATCGACATGCTAAATAAGCGGCTTGAACGCACAGCCGAATCTGCCGAATCCCCTGAAGTGACGGGGCTTATCAACATTCATCGGCGAATTGCCCTGACGTACGGGGAAAGCAGCGGATTAGTCCTTTCAAGGAGTCCATTGAATGGACTGCGGGTCCAAATTCGAATCAGGCTGACGGAGGGGAATGAACATGTATAG	MLKLPVNSIRNTIFIRLVATYLFVIFPLIILGVYLYNWSYQYASQEVSKNSQAQLSAYLDGLNREIEWLEIQQYDILQDEELNKMVLTWDMMSTVERKASLHYLLPRLVSIKNSSVYIKDVFIHIRSMDKTISAMTAMNAFDSRRYNHLFAGEANGNQRLLQIDDTFHLVAAKYGARKGEEPLLIVQIELDASKLRESLMQISVYPESGAFIVSEPSGFALASHEEADRLMKEAVQAIQHANRQILNIGTGRYLIDKAYSDKLDLSVFTYLPTEAVKRPLSKFYVWAWLFAGTTLLAIAIYAVSTYKLVHKPLLLLVQSFRKMEDGMFNIRIRHGQRDEFGYLYDRFNQMLIKLQHLIDQDFRHKLMMQRAELKQLQSQINPHFLYNSFFILSSLAKTGDVTQIELFTNMLGEYFRFITRNDADNVPLLEETRHSRIYTEIQKLRFSRRIRVEFGELPKEMEAIKVPRLIIQPIIENAYEHSLEKMQDEGLLRVSFHLDDQEASIVIEENGNGLTDNDIDMLNKRLERTAESAESPEVTGLINIHRRIALTYGESSGLVLSRSPLNGLRVQIRIRLTEGNEHV				NA	NA	NA	NA	NA
JZ016_00761	1686	lipO_6	COG1653	Lipoprotein LipO	TTGCTGATCATCGTAAAGAACTTCTCCAAAGTCATGCTAAGCGCTTTACTGTTTGGTTCAACACTGGCGTCATGTCACCAAAGCAGCGGTATCGACCACAATCGAGGGCCGGAAACACGCGGGGAGGGCGTATACAGCGATAAGTCATTACGCGCTTATCATCCGCCGATCGAAGTCACGTTTGTGAGAGAAATCGGCGACGGCTTGGAAGATATTCTGAAGGCATTGCCTGATGAAACGCTGGAGGACAATCGCTGGAGTCAGTTGTACGAACAAGTTCTGGGCATTCAAATCAAATACAAATGGGCTGTGAGAAGCGAACAATACCACAAAAAGCTGGATATTATGCTGGCTTCAGGGGACATTCCGGATATCGTCAAGGTCAATGCCCAGCAGCTCAGGCAGCTGAGCCACGCCGGTTTGATTCAAGATCTGACGCAGGTTTACAAGGAATATGCTTCACCGTTGACACAGCAAGTTCACCGCCAAGAAGGGAGCGGTACCTTGGAATCCGGCATGATCGACGGCAAGCTGATGGGCATCCCGGAGACCGATTCCTCCATTGAAAAGGCGATGTTTCTGTGGATTCGAACGGATTGGCTGGACCGATTGGAGCTGTTGCCACCGAAAACGATGGATGACGTTCTGGCAATTTCGAAAGCGTTTACAGAGGGGGATCCCGACGGAAATGGCCAACAAGACACCTATGGAATAGCGGCTACCCAATATTTGTGGGACCCCGTCATGGGCTTAACCGGATTCATGGCCGGTTATGGAGCTTACCCGAACATATGGCTTGAAGACGAGAGCGGCAAGCTCGTATACGGAGGTATTCAGCCTGAAGTGAAACAGGCGCTCAAGGCGCTTCAGGATATGTATCGCCATCATGAAATCGACAGTGAATTCATTTTTAAAAACGGAGGCAAAGCAAAACAGCTCGTTGCCGATGGGAGGATCGGCATGGTCTATGGCGAGCAATGGGGAGCATTCTTGCTTCAGTCCAGCCGCAGCGGCGATCCGGATGCGGAGTGGCAGGCTTTTCCCATTGTTGCTGACTCGGGCATAGCGCCAAAGGTTCCGCTTAAATTTACCACAAGTTCTTTTTACGCCGTAAGAAAGGATTTTGCTAACCCGGAAGCGATTCTGAAGATGTTCAATCTGCATCTTGAAAAAAATTGGGGCGAAACGGCAGAGTACGAAACTTACTACAACAATGTCATGCCTGTGTGGGGACTGTCTCCCGTGACTCCTTTCCCGGCTGATAAGAACCTCAAGGCGTACCGGCAAATCACCGAAGCGCGTCGTCAGGGCACGACGTCTCAGTTACAGGGCGAGCCCGGATTCATACAAGGGCGAATCGATCGATATTTGGATAAGAAAGAAGACGGCGAATCCGGCTGGGGTTGGGAGAAGATCTACGGGCCTTCCGGTGCGATGAGTATTCTCGACCAATACGAGGATAACCATCAGTTGTTGTTCGATGCTTTTGCCGGCGCGCCGACTGAAACGATGATTGAAAAACAAACGATTCTGGACAATCTTCAGCATGATTATTTTGCCAATATCATACTCGGCGAATCCGTAGAACAATTCGACCGGTTCGTGGAGGAATGGGATCGGCTTGGCGGTGCTGACATTACGGCTGAAGTGAATCAGTGGCATGAGGACAAAAAAAGCCGTCCATAA	MLIIVKNFSKVMLSALLFGSTLASCHQSSGIDHNRGPETRGEGVYSDKSLRAYHPPIEVTFVREIGDGLEDILKALPDETLEDNRWSQLYEQVLGIQIKYKWAVRSEQYHKKLDIMLASGDIPDIVKVNAQQLRQLSHAGLIQDLTQVYKEYASPLTQQVHRQEGSGTLESGMIDGKLMGIPETDSSIEKAMFLWIRTDWLDRLELLPPKTMDDVLAISKAFTEGDPDGNGQQDTYGIAATQYLWDPVMGLTGFMAGYGAYPNIWLEDESGKLVYGGIQPEVKQALKALQDMYRHHEIDSEFIFKNGGKAKQLVADGRIGMVYGEQWGAFLLQSSRSGDPDAEWQAFPIVADSGIAPKVPLKFTTSSFYAVRKDFANPEAILKMFNLHLEKNWGETAEYETYYNNVMPVWGLSPVTPFPADKNLKAYRQITEARRQGTTSQLQGEPGFIQGRIDRYLDKKEDGESGWGWEKIYGPSGAMSILDQYEDNHQLLFDAFAGAPTETMIEKQTILDNLQHDYFANIILGESVEQFDRFVEEWDRLGGADITAEVNQWHEDKKSRP	PGPT0017245_730	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00762	945			hypothetical protein	ATGTCGGTTTCTCGGTGGCTATCGCTCGAAAGCTGGAAACGATGGCTCTGGTCTTTCATACGTTTAACATTGATCGCTGGCCTGTCCTTTGTCATTCTGTATCCGATTCTGCAAAAAATCTCGACGGCCATCAAAGACAAGGCCGATCTTTATTCACCGGTCGTCGTATGGATTCCGGAAAATTTCACAATGAGCAATTTCCTTGATGCGATCCGCATCATGGATTACTGGGAAACGCTGTTCAACACGTTTGCGCTGTCGGCGACGACGACGGTCTTGACGGCCGCTTCTTGCGCGCTGGCGGGTTACGGCTTTGCCCGTTTGAAGTTCAAAGGCAGCCAGCTTTTGTTCGCCTGTGTCGTCCTGACGATTCTGGTGCCCCCCACCACGATTCTCATCCCGATTTATTTGAATCTGAAGGATTTTACGCTGATGGGCCTGATTCCGCTCCTCACCGGCAAGTCCGTCAATCTGTTGAACAGCTATTGGCCGTTCATTCTGACTTCGCTGACCGCCAATTCGCTTAAAGCCGGTTTGTACATTTTTATTTTCCGGCAATTCTTCCGAGGCATTCCGAAGGAAGTGGAGGAGGCAGCTTATATTGACGGCGCGGGCGTCGGAACCACCTTTACCCGCATCATGATGCCGAACGCGATTCCTGCCATCATTACCACGACGTTGTTCTCCTTCGTCTGGCAGTGGAACGACAGCTTCTACACGACGACGTATCTGACTTCAAGCAAAGTCATGTCCACCCAGCTGTCATCGCTGCCGTACAACCTGTCCATTATGCTGGGCGGCGATCCGTCGAAGGCGGACCCATTTTATTTGAGCATGGTGCAGGATACCGGCATTTTGCTGGCGATCCTTCCCTTGATCGTCATCTATTTGTTCGTTCAGCGATATTTCGTGGAAAGTATCGAGCGTACGGGTATCGTAGGTTAA	MSVSRWLSLESWKRWLWSFIRLTLIAGLSFVILYPILQKISTAIKDKADLYSPVVVWIPENFTMSNFLDAIRIMDYWETLFNTFALSATTTVLTAASCALAGYGFARLKFKGSQLLFACVVLTILVPPTTILIPIYLNLKDFTLMGLIPLLTGKSVNLLNSYWPFILTSLTANSLKAGLYIFIFRQFFRGIPKEVEEAAYIDGAGVGTTFTRIMMPNAIPAIITTTLFSFVWQWNDSFYTTTYLTSSKVMSTQLSSLPYNLSIMLGGDPSKADPFYLSMVQDTGILLAILPLIVIYLFVQRYFVESIERTGIVG	PGPT0016540_871	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_00763	918	yteP_10	COG4209	putative multiple-sugar transport system permease YteP	ATGAAATCCATAACCCAGCGATTGGGGCGAAAGCAGCGAAGCTATGGGAAACAGAAGGCATTATGGGGCATTGCTTATGTGATGCCTTGGCTGCTCGGTTTTATCTTTTTCTTCCTGATCCCTTTGCTGACTTCCCTGATCTACAGTTTTAGCACCGTAACGGCAAATTCCGAAGGAATCGGCATTACGTTTATGGGGATGAAAAATTACGTGACTGCCTTTACGGTCAACACCAGCTTTAACCGAATGCTGACCGAGGCGATCGTGAACATGGCGGTGAACGTGCCCCTGATCGTTATCTTCAGTCTGTTTCTGGCCGTCGTCCTGAATCAGAAGTTCCTTGGCCGTTCCTTTGCCCGATCGATATTCTTCCTGCCCGTCATTCTTGCTTCCGGGGTCATTCTGACCCTGGAAAGCAGCAGTCTTGTTCAGGCGATCAATGATCAGAATGCCGGTTCCGGGGGGCTGATTAACGCATTGGGAAGTTTTGAACTTGAGCGATTAATGCTTCAGGCCGGCGTAAGCGAGACGATCGTAAACTATTTAACCGGAGCCGTGGATCGTATTTATGAGATCGTAAGCCAATCCGGCGTACAGATCCTTATTTTCCTGGCAGGCATACAGACGATATCCCCCCAGCTGTACGAAGCGTCCAAGATGGAAGGAGCTACGGGTTATGAAGCCTTCTGGAAAATCACGTTTCCGATGGTCAGCCCGCTGATTCTGGTCAACATGATATATACGATTATCGACTCGTTCTCCCGAAATGAGCTGACAGACTTAATCAAGACCACGGGCTTCGTCCAATTCGATTTCGGCCTTAGCTCAGCAATGGCCTGGATTTACTTCCTGGCCATCTCCATCATCCTGTTGATTAGCACGTACTTTGTATCCAGGAAGGTCTTTTACCATGAATAG	MKSITQRLGRKQRSYGKQKALWGIAYVMPWLLGFIFFFLIPLLTSLIYSFSTVTANSEGIGITFMGMKNYVTAFTVNTSFNRMLTEAIVNMAVNVPLIVIFSLFLAVVLNQKFLGRSFARSIFFLPVILASGVILTLESSSLVQAINDQNAGSGGLINALGSFELERLMLQAGVSETIVNYLTGAVDRIYEIVSQSGVQILIFLAGIQTISPQLYEASKMEGATGYEAFWKITFPMVSPLILVNMIYTIIDSFSRNELTDLIKTTGFVQFDFGLSSAMAWIYFLAISIILLISTYFVSRKVFYHE				NA	NA	NA	NA	NA
JZ016_00764	2559			hypothetical protein	ATGGGCAATTTCGCTAAATACATGCTGCTTGCTGCCAGTGTGCTGACAGCGCTGATTATGGCCGGTTGTACGGATAAAGGACCGGAAAAGGCAGCTGGCGATGAAGGCAACGGGCCCGCCAACAGCTTTACGCCGGGAGCAGTTCTCAAGTCATCGTTCGTCAATCCGAACGTCAAAGGCATGAAAGGCATTGTCGAGAACGATCAGCTCCAGCTGCTAGCGGACGATCAGACGGGGGCGATCGCCGTCGTGCATAAGGCAAGCGGCGAAATTTGGCACAGCAATCCCCCCGGCCATCAGTCGGATCCGCTGGCCGCGGGCGTGAACAAAAGCTTGTTGTCCTCTCAGTTGAAGCTTGACTTTTATAACAGCTTCGGACAGATAAATTCGGTCAATTCGCACGCCGACAGCGCGGCTTACAAGCAAATCGGCATGGAGGAAATCCCAAACGGCGTTCGCGTTAACTACCGGTTCGGCACGGACAAAAAAACGATTGACGACATGCCCAAGAAGATCAGCAAGTCCCGCTTTGAACAGAACCTGTTAAGCAAGCTGGACAGCGCCGGCCAGCGAACGCTGAAAATCGCGTACACGGAAGATGCCGAGCAAGGGGTGTATGTCCGGTCCGACGGCGCGCTCAAAGGTCTGCAGCTGGAGCGTGCACTTAAAGCCTTTGAGGATGCCGGATATACCGAGGACGATTTGCTGGTGGACATCGAGGAGAACCATTTGGATCAGACCAAGCCTGAACCGCGGGTATTTCACGCCTCGATCGAATATACGCTGGACGGCGACAGTCTGATCGCCAAGCTTCCGGTTTCCAGCATCGATTTCCCCGCTGAATATCCGGTGAACACGATCTCGTTCCTGAGCTTCTTCGGTGCAGGGGGGGCGGAGGATAAGGGCTCAATCCTCGTTCCGGACGGATCGGGAGCGCTGATCCATTTTAATAACGGCAAGACGCGGTACCCTTCCTACCAGCAGAGCGTGTACGGAATGGACCGAACGATGAGCGGGGTCGAAACGGCTGATAGCAGCCAGGACGTCAGGCTGCCGGTGTTCGGCATCATCCGTGAAGGCGGGGCATTTATCGGCATCATCGAGGAAGGGGCTCCGGCCGCGACGATCAATGCCGACGTCAGCGGCAGGCTGAACAGCTATAACTACGTCTACCCGACGTTCACGGTAATCAACAAAGGCGACTTAAGCCTGGATGCGAACGGCCAGCAGCGCTCGCTCCCGAAGTTCCAGGAGGATCCGATGCGAAGCGATTTTTCGGTCCGGTATGCGTTCGTGGGCAAGCAGTCGGCTTCCTATCCGGGACTCGCCGCCTATTACAGGAATTACTTGGAGCAACAGGGAGGCCTCCCGGCAATTGCCGAGAGGAATGAAGAGAATATGCCGTTCTATCTTCAGCTCGTAGGAAGCATTTATAAGAAAAAGCATTTTGCAGGAATTCCGTATCGGGCGCTGGAGCCGCTCACAACGTTCGAACAAGCGCAAAGCATTCTGACAGAGATGGGCAAGCGAGGCATCCATGACATCAAATTGAAATATAGCGGCTGGTTCAACAAAGGGCTGGATCATGAGGTTCCAGGCAGCGTCTCCGTTGATCAACAGGTAGGGGGAGAGAAGGGACTACGGCGTCTGCTATCCTATGCGAACGAGAATGGGGTAACGCTGTATCCGGATGTCGCTATCCTTACCGCGTTGTCCGGTTCCGGGTTCAACGAGGCGAAGGAGGCGTCCAGAACGCTGCGAGGCATCCCCGCAGAGATCTATTCCTTCAATCCGGCGCTGAACCGACGGGATCGGACCGGTTCGCCTGCCTATGTCATATCGCCGCGGTTCATGAGTAGCTACACGGAAGCTTTCTTAAAGGATTATGGAAAATACGGCGCTATTGGCGTTTCGCTGAGTGATCTTGCCGCCGAGCTGGACAGCGATTTTCGCAAGCATCGTCAAATTGACCGTACGGAGTCCGAACAGTTGTCTCTGGATGCGCTGAACAAGGTTTCAGAAACCAATCTTCAGGTCATGGCTGACGGAGGAAACGCTTATGCGCTGCCTTTCTTAACCGATATCACCCATGCGCCGATGTCTAGCAGCAGCTTTAAAATCGAAGACGCGGCAATTCCGTTCTATCAAATGGTTGTCCGCGGGCATATCGATTACACGGGAGCGCCTTACAATCTGTCCGCGTATACCGATGCCAAACCTTATATTTTGAAGTGCCTGGAGTACGGTGCTGGCGTGTATTTTCAATGGTTCTATGAACCTAATCACAAAATAAAGGACACAGAGCATAACGAACTCTTCTCTGCCAACTACGCGTTATGGATCGACGAGGCCGCCCGCATCTATGAGGAAATCAATGCATTTCTGAAAAAGGTTCGCCATGAGCGGATCGTCGGGCATGACGAATTGGCTGACGGCGTGTTCAAGACGACATACGAGAGCGGCGTTTACGTCATCGTGAATTACAATCGTGCACCGGTGACGATAGACGGCGTAACCATTGAAGCCGAAAGCTATGTAACGGGTGGTGAAGCGCCATGA	MGNFAKYMLLAASVLTALIMAGCTDKGPEKAAGDEGNGPANSFTPGAVLKSSFVNPNVKGMKGIVENDQLQLLADDQTGAIAVVHKASGEIWHSNPPGHQSDPLAAGVNKSLLSSQLKLDFYNSFGQINSVNSHADSAAYKQIGMEEIPNGVRVNYRFGTDKKTIDDMPKKISKSRFEQNLLSKLDSAGQRTLKIAYTEDAEQGVYVRSDGALKGLQLERALKAFEDAGYTEDDLLVDIEENHLDQTKPEPRVFHASIEYTLDGDSLIAKLPVSSIDFPAEYPVNTISFLSFFGAGGAEDKGSILVPDGSGALIHFNNGKTRYPSYQQSVYGMDRTMSGVETADSSQDVRLPVFGIIREGGAFIGIIEEGAPAATINADVSGRLNSYNYVYPTFTVINKGDLSLDANGQQRSLPKFQEDPMRSDFSVRYAFVGKQSASYPGLAAYYRNYLEQQGGLPAIAERNEENMPFYLQLVGSIYKKKHFAGIPYRALEPLTTFEQAQSILTEMGKRGIHDIKLKYSGWFNKGLDHEVPGSVSVDQQVGGEKGLRRLLSYANENGVTLYPDVAILTALSGSGFNEAKEASRTLRGIPAEIYSFNPALNRRDRTGSPAYVISPRFMSSYTEAFLKDYGKYGAIGVSLSDLAAELDSDFRKHRQIDRTESEQLSLDALNKVSETNLQVMADGGNAYALPFLTDITHAPMSSSSFKIEDAAIPFYQMVVRGHIDYTGAPYNLSAYTDAKPYILKCLEYGAGVYFQWFYEPNHKIKDTEHNELFSANYALWIDEAARIYEEINAFLKKVRHERIVGHDELADGVFKTTYESGVYVIVNYNRAPVTIDGVTIEAESYVTGGEAP				NA	NA	NA	NA	NA
JZ016_00765	627			hypothetical protein	ATGAGCAGGGAATGGATTCGGTTTCCCCTAAATCTCATGGTTCATCCCTTTGAGGGCTATTGGGACCTGAAATACGATCGCAATCGAAAATTCACGTTGATCATCTCGTTTTGCGTATTGTTTCTGGTTGCCGTTACGAACATTTTGGGGAGCCAGTACAGCGGTTTTCTAGTCCATGTGTACAATCCCGAGAGCATGAACAGCGTCATGGAAATCGTATATGTGATCGTGCCGATCTTGTTCTGGTGCGTGGCTAACTGGTCGCTTACGACCTTGATGGACGGCGAGGGCAAATTCGTCGAAATTTTTACGTCGACCTGCTTCGCGCTCCTGCCGCTCGTGATCATACAGTTTCCATGGATCTGGCTCAGCAATCTCGTGTCGCTGCAAGAGACCGCATTCTATTATTTTTCAAACTCCGTTGCGGTTCTCTGGTTCGTTTACCTGCTGTTTGTCGGCAATATGACGGTACATCAGTTTTCCCCGTCCAAAACGATCGGAATTATGCTGCTCACCCTGGTCGCCATGGGGTTTATGGCTTTTATCAGTTTGCTGTTTTTCAGCTTGGTCCAACAGATCGTGGCCTTTATTTCCGTCATCTATCAAGAATTGGTCATGAGAACTTAA	MSREWIRFPLNLMVHPFEGYWDLKYDRNRKFTLIISFCVLFLVAVTNILGSQYSGFLVHVYNPESMNSVMEIVYVIVPILFWCVANWSLTTLMDGEGKFVEIFTSTCFALLPLVIIQFPWIWLSNLVSLQETAFYYFSNSVAVLWFVYLLFVGNMTVHQFSPSKTIGIMLLTLVAMGFMAFISLLFFSLVQQIVAFISVIYQELVMRT				NA	NA	NA	NA	NA
JZ016_00766	1458			hypothetical protein	ATGAACAGCTTGCGCAAACTGAAAACGCCTCTCCTCATCATGATCTGCTGCTTATTGGGGGTTGGGGCAGGAGCGGGGAACGTAAGCGCCGAGAGCGCCTCGGACTCCTATATTTATTCCTATTGGGGCGATGTTGCGGCAGCGCCGGCCGCTTATGTGGCGACTGAATGGATAAGCGGCTCGGATCTGGGGACGGATGCTTTCCAAGAGCCGAGCGATCTTCACGTCACCGCCGACAATCGCGTATACGTGCTGGATTCCGGCAACAATCGGATCGTTGTGCTGGACCATGATCTAAAGCTGGTAACCACCGTGGATTCCTTCACAAGAGAGGGCGAGCCGGATACATTCCTACAACCGCAAGGAATCTTCGTGACCGATGACGGCGAGGTGCTCGTAGCGGACACTGGAAACAAACGGGTGGTTCACTTGGATTCGGATTTTCAACTGATCAAGATCATCGATTCGCCGGAGTCGGAGCTACTGCAGGATTCGTTTAAATTCGAACCCGTCCGGGTCGTCATGGACCATGCGCAGCGAATTTACGTCATGGCTGCCGGCGTGTTTGACGGGTTCATGGAATTCGATGCCGGAGGGGCGTTTACTTCCTTCATCGGCGCGAATCGCGTTTATATCGATCCGATCGAATATTTCTGGAAGCAGATCTCGACCAAGGCGCAGCGCAGCCAGATGGTCATGTTTACGCCTACGGAGTTTACGAATCTGGATATTGACTCGGAAGGGTTCATCTATGCCACGAACGGGGACCAGTGGGGGAATAACATTAAGAAGCTTAATGCGCAAGGCAGCGATATTTTAAGAAGAACGGGGTATTCCGACCCGCAGGGCGACATTCTTTACCTCAGCAGCGAAGGTCCTTCTAAGCTGATCGACATCGATGTTGCCGACAGCGAGATTTACTCCGTTCTCGATGGCAAGCGGGGACGGGTGTTCACTTACAATGGGGATGGACATCTGATGTACGTGTTCGGCGGGCTGGGGAACCAAATGGGCCAATTTCATACGCCGGCCGCCATCGACCGAATCGGCGAGGATTTTCTTGTGCTGGATAAAGCGCTTGGCGAAATTACCGTCTTCCGAACGACCGAATACGGTCGAACGCTGAATGAAGCCGTCAAAAGCTATTATCGTGGCGAGGAAGAGACCGCTTTTGCGTTGTTTAATCGAACGATCGCCATGAATGCCAATCTGGAATTCGCCTATGCGGGGATCGGCAAAGCCTTGCTTCGTCAAGGCGATTATAAGGGTGCCATGATGCATTTCAAACGCAGCTTGGATCAGAAAAACTATTCGAAAGCATTCCTGCTATACCGCAAAGCGGTCATGAGGGAACATTTTCCGTTGATCATGACCATGCTGTGCTTGGCCGGAATCGGGATATTTGCCGCATCCAGGCTTCGGAAAGTGAAGGAACGAAGAAAGGGGGCTTCCGCATGA	MNSLRKLKTPLLIMICCLLGVGAGAGNVSAESASDSYIYSYWGDVAAAPAAYVATEWISGSDLGTDAFQEPSDLHVTADNRVYVLDSGNNRIVVLDHDLKLVTTVDSFTREGEPDTFLQPQGIFVTDDGEVLVADTGNKRVVHLDSDFQLIKIIDSPESELLQDSFKFEPVRVVMDHAQRIYVMAAGVFDGFMEFDAGGAFTSFIGANRVYIDPIEYFWKQISTKAQRSQMVMFTPTEFTNLDIDSEGFIYATNGDQWGNNIKKLNAQGSDILRRTGYSDPQGDILYLSSEGPSKLIDIDVADSEIYSVLDGKRGRVFTYNGDGHLMYVFGGLGNQMGQFHTPAAIDRIGEDFLVLDKALGEITVFRTTEYGRTLNEAVKSYYRGEEETAFALFNRTIAMNANLEFAYAGIGKALLRQGDYKGAMMHFKRSLDQKNYSKAFLLYRKAVMREHFPLIMTMLCLAGIGIFAASRLRKVKERRKGASA				NA	NA	NA	NA	NA
JZ016_00767	876			hypothetical protein	TTGGCTGCGAAAATGATTCGATATTTCCGGCTGCCGAGAACGCTGAACCGCTCTTTGCCCGTTAGCATTTTGCTGTTTGCGCTGCTCGCCTTGTTCGGAGCCTTCATGGCATTGCCCTTGATTTACGCGGTGAACAACGCATTCAAACCGCTGGACGAATTGTTCATATTCCCTCCGCGGTTCTTTGTGAACAATCCGACGATGGATAATTTCCTGGATTTGATGGTGTTGATGGGGAATTCGTGGGTGCCCTTATCTCGTTATTTCGCAAACACGCTGTTGATCACCATCATTGGCACGGCCGGACATATCCTGCTGGCGTCTGCAGCAGCCTATCCGCTGGCCAAATACCGGTTTCCCGGCTCGAGGGCGCTGTTTTCCATTGTGGTGCTCGCCTTGATGTTTTCGCCCCATGTTACGGCGATTCCCAACTATATGGTCATGTCTTGGCTGGGTTGGATCAATACGCATGCCTCCATCATCGTGCCTTCCTTGGCATTTCCGCTCGGGCTGTTTCTGATGAAGCAATTCATGGAGCAGATTCCCGATGCCCTGCTTGAGGCAGCCAAAATCGACGGGGCCAGCGAATATCGGATTTACTGGTCCATTGTGATGCCGAACGTGAAGCCTGCCTGGCTGACGCTGATGATTTTACAATTTCCGGCACTTTGGGGCAGCGATGGGGGCAGCTTCATTTACAGCGAGCATCTGAAGACGTTACATTTCGCGCTCGGACAGATCACGGAAGGCGGAATCGCAAGAGCCGGAGTCGGCGCGGCCGTTGCACTCCTCTTGATGATCGTTCCCATTACGCTCTTTATCATCTCCCAGAGCAGTGTCATGCAGACGATGGCCACTTCAGGGATGAAGGACTAG	MAAKMIRYFRLPRTLNRSLPVSILLFALLALFGAFMALPLIYAVNNAFKPLDELFIFPPRFFVNNPTMDNFLDLMVLMGNSWVPLSRYFANTLLITIIGTAGHILLASAAAYPLAKYRFPGSRALFSIVVLALMFSPHVTAIPNYMVMSWLGWINTHASIIVPSLAFPLGLFLMKQFMEQIPDALLEAAKIDGASEYRIYWSIVMPNVKPAWLTLMILQFPALWGSDGGSFIYSEHLKTLHFALGQITEGGIARAGVGAAVALLLMIVPITLFIISQSSVMQTMATSGMKD	PGPT0016540_3740	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_00768	960	araP_1	COG1175	L-arabinose transport system permease protein AraP	ATGCAAGGAGAACCAGTAATTCAAACCGTAAAGAGCCCCAAAGCGAATGTGCAGAAGAACAGCCGTTGGGTCTCTTTCATAAAAGAGTTGAAGCGCAGCAAGCACTATTATTTGCTGATGAGTCCGTATATGATTATTTTCTTTCTGTTTACGGTCATTCCGGTTGTCTTTTCCTTTGCCCTAAGTTTCTTCTATTTTAACATGCTGGAATTTCCGAGGTTCGTCGGTTGGCAAAATTATTCGAGGCTGTTTCTGAATGATGATATCTTTATGATCGCCTTGAAAAATACGCTGATGTTCGCCGTCATTACCGGTCCCGTCAGTTATATCGCCTGTTTTGTATTCGCATGGATCATTAATGAATTGTCGCCCAAAGTGCGGGCGTTCATGACGCTGGTCTTTTATGCGCCATCGATATCGGGCAACGTTTACTTCATTTGGCTCATCATCTTCTCAGGTGACAGCTATGGGTATTTAAACGGGTTTCTGATGAAGGCCGGCTTTATCCTGGAACCGATTCAATGGCTCCTGAATGAAAACTATATTCTATGGATCGTGATTATCGTGCAGCTTTGGCTGAGCCTGGGCACCAGTTTCTTGGCGTTTATCGCCGGCCTGCAAACGATCGACAAGTCGCTGATCGAAGCGGGGGCGATGGACGGCATCAAGAATCGCTGGCAGGAGCTCTGGTATATTACGCTGCCGTCCATGAGGCCGCAGCTGATGTTCGGGGCCGTGATGCAGATCACAACCGCATTCGCGGTCGCGGATATCTCGATCGCGCTCGCCGGGTTTCCGAGCGTTAACTATGCGGCGCACACCATTGTTACCCATCTGATGGACTTCGGCACGATCCGCTTCGAACTCGGCTACGCATCGGCCATTGCGACGTTCCTGTTCTTGCTGATGGTCGGGACCAACAAATTAACGCAAAAAATGTTGAGAAAGATAGGTGAGTAA	MQGEPVIQTVKSPKANVQKNSRWVSFIKELKRSKHYYLLMSPYMIIFFLFTVIPVVFSFALSFFYFNMLEFPRFVGWQNYSRLFLNDDIFMIALKNTLMFAVITGPVSYIACFVFAWIINELSPKVRAFMTLVFYAPSISGNVYFIWLIIFSGDSYGYLNGFLMKAGFILEPIQWLLNENYILWIVIIVQLWLSLGTSFLAFIAGLQTIDKSLIEAGAMDGIKNRWQELWYITLPSMRPQLMFGAVMQITTAFAVADISIALAGFPSVNYAAHTIVTHLMDFGTIRFELGYASAIATFLFLLMVGTNKLTQKMLRKIGE	PGPT0016535_1966	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_00769	2892			hypothetical protein	TTGAACACCAGGAAGAAGCGTTTCGGTAGCGCCATACTTGTCATCGTCCTATTTTTTTTGTCTCTATGGGCCTTCTACCCTTCGAAATCGACAAACCAAGGCTTCGTTCAAGCGATCTCCGACTTTGAAGCGGTCATTGAAACGGAAGGGCAGGACGGGTACAGCCAGTATTTAGACGCCCATGCATCGGCCAGCCGCCCGGACCGCATCGTCCGCATCGAAGGCGAGTCCTTTGTATCAGCCTCCGGGGAGGGATTCGAGATCGCGGAGAAATTACACGGCTCCGAAGGGAAATCCGTGATCACGCCAGAGGCAGGCTCCATCTCATGGGACGTGAACGTGGAAGAACCGGGCTTATACCATGTCCGGATCCGATATTATCCGATTGAAGGGAAGAGCTCGGCGATCGAAAGGCAATTCTCTATCAATGACAAGGTGCCCTTCAAGGGAGCGGATATCGTGCTATTCGACAGAGTATGGGGAAACCGGGACGAGGAAATCAGGCAGGATAACCGCGGAAACGATCTGCGGCCAAGGCAGATCGAGCAGCCTTCCTGGCAGCTTGCGCCGCTCTCGGATCGGTACGGCTACTATGATGAGCCGTATTCCTTTTATTTTGACAAGGGCAAGCAGAAGCTTATGCTAACGTCCTTGCGGGAGCCAATGGCCATTGATTATATCGAGCTGTACCAGGATCATGCCTTGAAAACATACGAGGAGCTGGCGAATGAATATGAGTCCGGGGGCTTGGAACCGACCCGGGATCAGTACATTCTGATTCAGGCGGAGGATGCCAAGCGGAAATCGTCGCCGACCTTGTATCCTACATCCGACAGATCCAGCCCGACCGTTGAGCCGTACGACGTTTCCAAAATCAGAATCAACACCATCGGAGGCGTTAACTGGAAGCTGCCGGGGCAATGGATCGAATGGGAGTTCGAGGTGGAAGAAGACGGTTTGTACCAAATCGTCTTGAAGCAGAAGCAGGACCAGCTCCGGGGCGTATTTGCCACACGTAGCCTTATGATCGACGGGGAGTTTCCCTTTGAGGAAATGAAACGAATCCGCTTTCATTATGACCGCGATTGGCAAATGAACGTGCTGGGCGAGGAAGAACCTTATTTATTCCATTTCACCAAAGGGACGCATCGGATCCGAATGATGGTGTCTCTCGGGGAGATCGCGCCGCTCTTGCAGACGATTGAATCCAGCGTGCTGGAACTGAACGAAATGTACCGCAAAATACTAATGATCACCTCCAATACGCCGGATCCGTTCCGGGATTATCAATTGGAGAAGCGGATTCCGGATATGGTGGAGGTGTTCACCGAGCAGGCCGAAATCATTCAAAGCGTGGCCGATTATCTGGAAGAAGCGACAGGCGAGCGAAGCGACAAGGTGGCCGTTCTGCATTCAATGGTGCACCAGCTGAACGAGCTCGCCGAAAATCCCGAAACCGTCGCCAAACGCTTGGACACGTATAAGGTGAACGTGGGCGGTCTCGGAACCTGGATGCTGCAGATTAAAGAGCAGCCCATCTCGCTTGATTATCTGATCGTTCATTCGCCGGATCGCAAGCTGCCCAAACCGGACGCGTCGTTTTTCGAGGTCGCGGGCCATGAGTTAGGCGCTTACGCAGCTTCGTATACGGAAGATTATGACACCATCGGAAACGCCGGCGATGAAGAAGATGCCATTACCGTGTGGATAACGACCGGACGCGATCAGGCGCAAGTACTGAAAGCATTGATCGACGACACGTTTACGCCTGAGTCGGGTATTCCGGTGCATCTCCGGCTTGTTCCGGGAAACATCCTTCTGCCAGCCACGCTTGCCGGTGAAGGTCCGGATGTCGCCATGCAAATCGGCGAGGACGTGCCGGTCAACTACGCGATGAGGGGGGCTGCAGCCGATTTAACGAAATTCGATGATTTCGAAGAGGTGGTCACCCGATTCCGCGACAGCGGGCTGGAGCCTTACAAATATAACGGCGGGGTGTACGCCTTGCCTGAACAGCAGACCTTCCCGATGTTGTTCTATCGCAAGGATATTTTGGAGGAGCTCGGCTTGAAGCCGCCAGCGACCTGGCAAGAAATCTATGACATGATTTCCGTGCTTCAGAAGCACAACATGCAATTTTATTTGCCGCTGGAAGCCACCAACGCAAGCCTGGTCCCGAATGCGACGTTCGCGATGCTGCTGTACCAGAACGGCGGGCAGTTTTACCGCGATAACGATACGAAGAGTGCACTCGACTCGGACATCTCCATGGAGGCATTCAAGAAGTGGACGCAGTTTTATACCAGCTACAAGTTCCCGCTGCAGGCGGACTTCCCGAACCGTTTCCGGACCGGGGAAATGCCGATCGGGATTGCGGATTACACGACGTACAACATGCTGACGGTCATGGCCCCCGAGATTAAGGGGCTGTGGGATTTCACGATTGTGCCGGGGACTGAACGCGAGGACGGCATCGTGAACCACGAAGTTGCCAGCCATACGACCGCCGTCATGCTGCTTCAAAATTCGAAGAGCAAAGCGGCCGCTTGGGAATTTCTGAAGTGGTGGACCGACAAAGAGACGCAAATTGCGTATGGCCGAGAGATGGAAGGTTTGATGGGAGAGGCTGCCCGCTATCCGACGGCCAACATCGAAGCGCTGGAGGAGCTGCCATGGCCGGTGAAGGATTATCGGAATTTGGATAACCAATGGCGGTGGGTACGAGGCATTCCGCAGGTGCCCGGAGGATATTTCACGGGCCGGCATTTGGACAATGCTTTCAGGAAAGTGGTAAATGCCAGCGAAAATCCGCGCGAAGCCTTATCCGATTATATTTTGTACATTAACGATGAAATCGAGATCAAGCGGAAGGAGTTCAATTTGCCATATTAA	MNTRKKRFGSAILVIVLFFLSLWAFYPSKSTNQGFVQAISDFEAVIETEGQDGYSQYLDAHASASRPDRIVRIEGESFVSASGEGFEIAEKLHGSEGKSVITPEAGSISWDVNVEEPGLYHVRIRYYPIEGKSSAIERQFSINDKVPFKGADIVLFDRVWGNRDEEIRQDNRGNDLRPRQIEQPSWQLAPLSDRYGYYDEPYSFYFDKGKQKLMLTSLREPMAIDYIELYQDHALKTYEELANEYESGGLEPTRDQYILIQAEDAKRKSSPTLYPTSDRSSPTVEPYDVSKIRINTIGGVNWKLPGQWIEWEFEVEEDGLYQIVLKQKQDQLRGVFATRSLMIDGEFPFEEMKRIRFHYDRDWQMNVLGEEEPYLFHFTKGTHRIRMMVSLGEIAPLLQTIESSVLELNEMYRKILMITSNTPDPFRDYQLEKRIPDMVEVFTEQAEIIQSVADYLEEATGERSDKVAVLHSMVHQLNELAENPETVAKRLDTYKVNVGGLGTWMLQIKEQPISLDYLIVHSPDRKLPKPDASFFEVAGHELGAYAASYTEDYDTIGNAGDEEDAITVWITTGRDQAQVLKALIDDTFTPESGIPVHLRLVPGNILLPATLAGEGPDVAMQIGEDVPVNYAMRGAAADLTKFDDFEEVVTRFRDSGLEPYKYNGGVYALPEQQTFPMLFYRKDILEELGLKPPATWQEIYDMISVLQKHNMQFYLPLEATNASLVPNATFAMLLYQNGGQFYRDNDTKSALDSDISMEAFKKWTQFYTSYKFPLQADFPNRFRTGEMPIGIADYTTYNMLTVMAPEIKGLWDFTIVPGTEREDGIVNHEVASHTTAVMLLQNSKSKAAAWEFLKWWTDKETQIAYGREMEGLMGEAARYPTANIEALEELPWPVKDYRNLDNQWRWVRGIPQVPGGYFTGRHLDNAFRKVVNASENPREALSDYILYINDEIEIKRKEFNLPY				NA	NA	NA	NA	NA
JZ016_00770	1398			hypothetical protein	ATGCGTGTTCGCAAATTATTGGTTCTGTTATTAGGATTGGTTCTGCTGCTTGCAGCCTGCAGCGGTGGCTCGGGCAACCCGAGCAGCGGCACCCAAGAAACCGTGGAATCGGAGACGAATAGCGGCACCGACAAAGGTACGTTGAAGGAACCTGGTGGGACGGAAAACAGCGGAGTGGAGGAAGAGGAAGTTTACAGAACGCCGGAAATGGATTTCGATTTAGGGGGTAAGACGATTAAAATCGTCTCTTGGTGGGATATGACGATTCCGGAGGATACCCCGGACAATATCCAGCGCAAGAAGAACCTTGAAGACCTGATGCAAAAGCATAATTTTAAAGTGGAGTACGTGGCCATCGACTACGGCGAGTACCAAGAGAAAGTTACCGCTTCCCTGCTCGCTGGCGAGCCGATCGGTGATATCGTTCGCCTTGGCAAAACCTATACGGTGCCTACCTTGGTTAAACAGGATCTGCTCTGGCCGATTGACGAATACACCAAAAATCCCGTTGCCTTTAACCAAAAGGTTACGAACGAATACTACACGTATGAAGGCAGGGGGTACGGATTCACCGAAAATCAAGCAAATCTGGTTCAAGGCATCTTTTACAATCGTACACTTATGAACCAGCTTGGCTTAAAGCCGCTTCAAGAGTACGTGAACGAAGATAACTGGAATTGGGAAACATTCATACAAGTGGCTAAAGAAGCCAACAAAGATACGAACAACGATGGCAAGCTGGACACTTGGGGGCTAGCAAACTCCTCGCTTATGGATCATGCATTGTATTCCAACAATACGGGTCTGACCAAAGAAGATAAGCAAAATCTCGATGATCCTGCAACACTGGATGCACTTAATTTCATTTCCCGTATTGCTACCGAGAAAATAGCAAGACCGACCGAGGGCGGCGACTGGACGGAGCCTGGCCAATTTTTCCGTCAAGGCAATACATTAATGTACGCAGGTGCCCTCCATGAGATGAGCGGCATGCAGACGGATATGCCGGATTACGACATCGGTTTCGTACCTTTTCCAAAAGGGCCGAACGCAACAGAGTACCACTCTGCCGAAGCACTCTTCCAGGCGCTTACCATTCCGAAAGCAGTCGAAAATCCGGAACAGCTGCTTTATATCTGGGAGAAAATCAACGACATTGATTCCGTATACGACTATCCGGACCAAGCCTCGTACGAAACGTTATTTTCGAGCGAAGACGACTTGAATAACGCCAAAATGGTGGCGCCAAACATGATGATTCTTGACCACAATACATTCCCGAATTTGAAGTACTACGATTTCGTCGGCGAGCTGAATGAGGGGATATCCGTTTCCACCGTTGTTGAGAAATACAAGTCAACGTTCCAAGCAGCTATCGACGAAGTATATGGTAAGTAA	MRVRKLLVLLLGLVLLLAACSGGSGNPSSGTQETVESETNSGTDKGTLKEPGGTENSGVEEEEVYRTPEMDFDLGGKTIKIVSWWDMTIPEDTPDNIQRKKNLEDLMQKHNFKVEYVAIDYGEYQEKVTASLLAGEPIGDIVRLGKTYTVPTLVKQDLLWPIDEYTKNPVAFNQKVTNEYYTYEGRGYGFTENQANLVQGIFYNRTLMNQLGLKPLQEYVNEDNWNWETFIQVAKEANKDTNNDGKLDTWGLANSSLMDHALYSNNTGLTKEDKQNLDDPATLDALNFISRIATEKIARPTEGGDWTEPGQFFRQGNTLMYAGALHEMSGMQTDMPDYDIGFVPFPKGPNATEYHSAEALFQALTIPKAVENPEQLLYIWEKINDIDSVYDYPDQASYETLFSSEDDLNNAKMVAPNMMILDHNTFPNLKYYDFVGELNEGISVSTVVEKYKSTFQAAIDEVYGK				NA	NA	NA	NA	NA
JZ016_00771	699	rhaR_12		HTH-type transcriptional activator RhaR	ATGTCTAAGTTACTGTATATCAATCTGGGCTGCTGCTCCGATGATACGCTTCGCCTGCAGGATTGGGGCAAATGCGGGATGAACATGGAAATCTGCGATGATGATTCTGAGGCATCGCTGCTGCATCGGATTGAGGAGAACGGCTATTCACTGGCGGTTATCAACATGAACGGCAGCCCCAAGAAAGGGCTGGAGCTGTGCGGTCGGATCCGGAGGATAAGCCGTTTGCCCATCATTGTTGTCGAGGATACCATGGAATTTGCCTTCATCCGCAAAGCGCTGCACCTGCAGGTAAGCGATTACGTACCCAGCACGTTGCCGGCTGAGGAACTGGTGAAGAGCGTAGCTGCTGTTAACGCGAACCATCGCCGCACTGAGGATGACGTGATTCACAGAGTCAAGGAATATGTGGAAAAAAAGCTGCACGAAAATATTACACTCAAAGACATTTCAAGCAAATTCCATTTCAACCGCTCCTATCTTGGCCAAAAGTTCAAAAACCATGAAAATATGAGCTTTAACGAATATTTGTTCAATCAGCGCATGGAAAGAGCGAAAATGCTGCTGGAGCAAACGGATCTGAAGATTTACGAAATTGCGAATGAGGTGGGCTATACCGAAATCGACTGGTTTTATAAGCGATTTAAATCCTATACCGGCGTAAGCGCCAACGAATATCGTAAGATGGTCGCCTCCTAA	MSKLLYINLGCCSDDTLRLQDWGKCGMNMEICDDDSEASLLHRIEENGYSLAVINMNGSPKKGLELCGRIRRISRLPIIVVEDTMEFAFIRKALHLQVSDYVPSTLPAEELVKSVAAVNANHRRTEDDVIHRVKEYVEKKLHENITLKDISSKFHFNRSYLGQKFKNHENMSFNEYLFNQRMERAKMLLEQTDLKIYEIANEVGYTEIDWFYKRFKSYTGVSANEYRKMVAS				NA	NA	NA	NA	NA
JZ016_00772	1653	rhaR_13		HTH-type transcriptional activator RhaR	GTGTACAGAATGTTGATCGTTGACGACGAAGAAATTATCACCGATGGGCTGGCGGATATTTTCGGAAAATTGAACCTTGACCTGGACATCTATAAAGCCTATTCGGGGCAAGAGGCGCTGGAACTGTTGAACCGGACGCGGGTCGATGTCGTACTATCCGACATCTGCATGCCGGGCATGGATGGCCTGGAGCTGATGGAAACGATACGTCTCAATTGGCCGCAGTGCAAAATCGTGTTCCTGACAGGGCATAACGACTTCAATTATGTCTATCAAGCGATTCAAGCGCCGGACGTGCAATACGTGCTCAAAAACGAAGGCTACCCGAAATTGATCGCGGCCGTCGAGCGAGCGCTCAAGGAACTGGAAGAGACGCTGCGGGCGAATGATCTGATCCGGCGGTCGAAAGAGCAGCTGGATACGCTGGAGACGCTTGCTCACGGGGACTATTTTCGAAATTTGTTATTCCACGACGTGCTCTTCGAACGGGAATTGGAGGAAGACTTCAGGCGCCTGCAAATTCCGCTGGATGCGTCCATGCCGATTCTGATCGGGCTGGGCAGCGTAACGTCTGGCGGTTCCGCGGGAAGATCCCCCACGTATGTCGACCGTCGGGAGACGGCGCTTGCGGTTAAGTTTCTGGCAGAGGCTTTCTTGGCAGAGCGGACGAGCAGCAATGGATTCATCGATCGATACGGGGATCTGATCTGGCTCATCCAGCCCAAGCGGTGGAGCGGATCGGAATGGACGGACGCTTTCGCACTTACAGTCATGTTTCTGGAGGGAACGTTTGAGCTGATTCAGCAATCCTGCCTGGAATCGCTTGACGCGTCGGTTGCCGTGACACTATGCGGTGAGGCATTCGCCTGGGAAGGACTGCCTGCCATGTACGATAAAATGAGACGGCACCAGCATGATCGGACCGGTGACGGAACGCGGATGGTCCAGAAGGTGTTTCCAAGCAAGGAATCCGCGTCGTCCGCTATGATCCTTAACAGATCCTTGCGCGATAAGTTCGAGGCGCTGGCCGTCCATTTGGAAGCAGGCAGAAAAGAGGAGTTCATGGGGCTGTTCGATGACTTGACCGAACCGGCAGCTTACGAACTCGAGCGGGGAGACCCCAATATGACGGAGCTTTGCTATACGGTTGCGCTTGTGCTTCTGTCTTACATCAATCGGTGGGAAATCCGTGAGATCGGTTCGTTCGGCCTGATGAAACTGGAAGACTATCGTTCGTGGAGGGAAGCCTTCGGTTATTTGAAAGGCGTTGCTGACGTTTTGTTTTCCCTCCGGAAAAGCGGAGAGCAGAAGAGGGCTGCCGGCGTCATTGAAAAAATTTGTTCATTCATTGAACAAAACCTCAGCGAGGATCTGTCCCTTGTCAGGCTGGCGGCTGAATTTCATTTCAATCCATCTTACTTATCAAGGCTGTTCAAGCAGGAAAGGGGCGTGAATCTATCGGATTATATGGACGAACTCAGGATCCGCAAAGCGAAGGAGCTTCTGAAGAGGGAAGAACTGAAGATAGCCGAGGTCGGTGGTTTGATCGGATACGAAATGCCGCAATCGTTTACCCGTTTTTTTAAAAAATGGACCGGCATGACGCCGCAGGAATACCGAACCGTCAGGCTAAGCCGGGATGGAACGCTGTGA	MYRMLIVDDEEIITDGLADIFGKLNLDLDIYKAYSGQEALELLNRTRVDVVLSDICMPGMDGLELMETIRLNWPQCKIVFLTGHNDFNYVYQAIQAPDVQYVLKNEGYPKLIAAVERALKELEETLRANDLIRRSKEQLDTLETLAHGDYFRNLLFHDVLFERELEEDFRRLQIPLDASMPILIGLGSVTSGGSAGRSPTYVDRRETALAVKFLAEAFLAERTSSNGFIDRYGDLIWLIQPKRWSGSEWTDAFALTVMFLEGTFELIQQSCLESLDASVAVTLCGEAFAWEGLPAMYDKMRRHQHDRTGDGTRMVQKVFPSKESASSAMILNRSLRDKFEALAVHLEAGRKEEFMGLFDDLTEPAAYELERGDPNMTELCYTVALVLLSYINRWEIREIGSFGLMKLEDYRSWREAFGYLKGVADVLFSLRKSGEQKRAAGVIEKICSFIEQNLSEDLSLVRLAAEFHFNPSYLSRLFKQERGVNLSDYMDELRIRKAKELLKREELKIAEVGGLIGYEMPQSFTRFFKKWTGMTPQEYRTVRLSRDGTL				NA	NA	NA	NA	NA
JZ016_00773	1767			hypothetical protein	ATGTTCCGATGGGACTTTTCGCTGCGCAATACGATATTTCTCCGGTTGATCGTGACGTTTCTGCTCATTATGGTGCCGATTCTGTTATTTGCCGTGTATCTTTACCATTGGAACGTGCAAACGGCCAGCTCCGACATTACCAAGACGGCAGCGGCGCAATCCGAATTCTACCTGACCGATCTGGAAAACGAAATCGAACGCATGAAAATGCTGCAGTACAGCCTGCTGGAGGATGATAACCTGAATGAACTTGTCCTGACCTGGGAGACGATGGCGACGATCGCCCGTACCGAGAACATGAATTCGTTGATCAAGCGGCTGTATACCGTTCAGAACAGCAGCATGTATATCAAGGATGTCAGTGTTCATATTGCGGCGATCGGCCGCACGATTTCAGCCGGCGATGGGGTGCGTGAATTCAGGACCGAACGCTTCAGGGAAATCCGTTCCGTCTTTGGCAGCGGCTCTCAGCTCATTGAATGGAACGGAGGCTTGTTCCTTGGCGCCATGAAACAGCGGGGAATCAAAGGGGCAGAGCCGCTGTTCACGGTCGAGATCGAGCTGGACGAGCAGCGGCTGCAAGAAGCGCTCGCTCAATTCAATACGTACCCCGGCAGCGGAACGCTGCTCCTGTCGGACAGCGCCAAGGTTGCCGTCGCGAACGGGACAGGGGAGCTGACTAACGTCAGCCTCCCCCTTTTCCTGCGGGAAATCCCGGGGCTCCTGAAGGACACTCCTTCGCGGCTGACGGTAAACGGGAACCAGTACTATGCCGTGCAGGCGCACTCGCCGGAGCTAGCGCTGTCGATCTATCGTTTCATTCCCGAGAAGGTCGTACAGAAGCCGCTGAGCAAGTTCTATAAATGGGCATGGGGATTTGCCGCAGCCGCGCTGGGGATATTTGGCGTTTTTGCGCTGTCTACCTATAAATTCATCCACAAACCTATGCTGGCTTTAGTTAAAGGCTTCAGAAGGATCGAGCACGGGGATCTGAGCATCCATATCGCCCATGAATCCAAAGACGAGTTCAGGTACTTATACGGCAGGTTTAACCAGATGGTGGACAATTTGCGCTCTTTGATCGATCAAGTCTACAAGCAGAAAATCATGACGCAGCGGGCGGAGCTGAAGCAGCTGCAATCGCAAATCAACCCGCACTTTTTATACAACAGCTTTTTTATCCTGAATACGATGGCCAAGACGGGAGATACGGAACGGATCGAACAGTTTACGACGCTGCTCGGGGAGTATTTCGAATTCGTGACGAGGAATGCATCGGATTTGGTTGCATTGGAACAGGAAGTTCATCATGCGAGAATGTATGCGGAAATTCAGGAGTTACGTTTTTCGAGAAGGATTCAGGTACGCTTCGATCCGCTGCCGGATGAGCTGCGGCAACTTCGCGTGCCGCGGTTGATCGTTCAACCGATCATTGAAAACGCCTTCAAGCACAGCCTAGAAAAAAAGACGAAGAATGGTTTGATTGTGGTGCGATTCGAAGGGGCGGACGGCCAGGCTCGCGTCATCGTGGAGGATAACGGAGACCGGTTGACGGACGAGGCGCTGGAGCTGATCCGGAAGTCCTTGTACGAGGAACAGGACCAGGCCGAAACGACAGGGATGGTGAACATTCATCGCCGGATCCGCATCACATTCGGGGAGCATGCCGGATTACGGACAGAACGTAGCGAGCTTGGGGGGCTTTCCGTAACGATTCTTCTTGGCGATGGAGGTGAACCGTCAAGTGTACAGAATGTTGATCGTTGA	MFRWDFSLRNTIFLRLIVTFLLIMVPILLFAVYLYHWNVQTASSDITKTAAAQSEFYLTDLENEIERMKMLQYSLLEDDNLNELVLTWETMATIARTENMNSLIKRLYTVQNSSMYIKDVSVHIAAIGRTISAGDGVREFRTERFREIRSVFGSGSQLIEWNGGLFLGAMKQRGIKGAEPLFTVEIELDEQRLQEALAQFNTYPGSGTLLLSDSAKVAVANGTGELTNVSLPLFLREIPGLLKDTPSRLTVNGNQYYAVQAHSPELALSIYRFIPEKVVQKPLSKFYKWAWGFAAAALGIFGVFALSTYKFIHKPMLALVKGFRRIEHGDLSIHIAHESKDEFRYLYGRFNQMVDNLRSLIDQVYKQKIMTQRAELKQLQSQINPHFLYNSFFILNTMAKTGDTERIEQFTTLLGEYFEFVTRNASDLVALEQEVHHARMYAEIQELRFSRRIQVRFDPLPDELRQLRVPRLIVQPIIENAFKHSLEKKTKNGLIVVRFEGADGQARVIVEDNGDRLTDEALELIRKSLYEEQDQAETTGMVNIHRRIRITFGEHAGLRTERSELGGLSVTILLGDGGEPSSVQNVDR				NA	NA	NA	NA	NA
JZ016_00774	921	melC_3	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGCAGCAACGATTGGTGCCATCTTCGGCTGAAGGGGGCCGTATCCGGCAAAAAAGGCGGTTTGAGTGGTTTTCCCTAATCAATGCCATTTTCTTGATTTTGATCTCGCTGATTTGCGTTCTTCCTTTGATTCACATCATTGCGGTTTCCTTTAGTTCCAGCGCGGCGGCTTCGGCGGGATATGTGAAGCTGTGGCCTGTCGACGTGACGCTGGCTTCCTACATGTATACGGCAAGCCGCCACGAGTTTTGGGATTCGATGCTGGTGTCGCTCACCCGGATCGGTTTGGGGACTCCGCTTAATTTGCTGCTGACCGTGTTGATTGCCTACCCGTTATCGAAAGAGACACGTTCTTTTCGGCTTCGGAGCGCGTACGCTTGGATCTTTTTCATCACGATGCTGTTTAATGGCGGCCTGATTCCTTGGTATTCAACGATAAAAGAATACGGCATGCTGGATACGATATGGGCATTGATTTTGCCGAGCGCGGTTCCCGTGTTCAGCGTCGTTCTGCTGCTTAATTTTTTCAGGGAAATTCCGAAGGAGCTTGAAGAGGCGGCGCTCATCGACGGAGCAAGCCACTGGCGGACCATGTGGTCGATATTTGTCCCAATATCCAAGCCTGCGCTTGCCACGCTTGCTTTGTTTTCCATGGTTGAGCACTGGAACAGCTGGTTCGACGGACTGCTGTTGATGGGAGACCCGTCCAATTATCCGCTGCAAAGCTATATTCAAACGATCGTAATCCAGCAAAACCTGTCGAATATGTCGAGGGACGATATGCTGAATTTGGCGCTGATTTCGGATCGGACATTGAAATCGTCGCAGATCTTTCTCGGCTCGCTTCCGATTATTTTGGCATACCCGTTCTTGCAGAAATATTTCGTAAAGGGGATCGTTCTCGGAAGCGTGAAGGGCTAA	MQQRLVPSSAEGGRIRQKRRFEWFSLINAIFLILISLICVLPLIHIIAVSFSSSAAASAGYVKLWPVDVTLASYMYTASRHEFWDSMLVSLTRIGLGTPLNLLLTVLIAYPLSKETRSFRLRSAYAWIFFITMLFNGGLIPWYSTIKEYGMLDTIWALILPSAVPVFSVVLLLNFFREIPKELEEAALIDGASHWRTMWSIFVPISKPALATLALFSMVEHWNSWFDGLLLMGDPSNYPLQSYIQTIVIQQNLSNMSRDDMLNLALISDRTLKSSQIFLGSLPIILAYPFLQKYFVKGIVLGSVKG	PGPT0017255_535	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00775	900	yteP_11	COG4209	putative multiple-sugar transport system permease YteP	ATGAAAGCGAAATGGCGAAGAGAGCTGCCGCTCCATGTGATGATATTGCCGGGATTGATTTTGATCGTTTTATTTTCGTACATTCCGATGGCCGGCATCACGATCGCATTTCAGAGGTTTATCCCTGCCAAAGGCCTCTTCGGCGATCAGCAATGGGTCGGCTGGGACAATTTCAAGTATGTGATGAGCCTGCCGAATTTTACGCAGGTTTTGTGGAATACGCTGTTTATTTCGAGCTTCAAGCTCATTCTAGGGCTCATCGTTCCAATCGTGTTTGCCGTCCTGTTGAACGAACTCAAAAACAATGTGATCAAGCGATCGGTCCAAACGGCCATTTACTTGCCTTATTTCCTGTCCTGGGTCGTGCTTGGCGGCATCCTGATCGATATCCTTTCCCCGTCGGGAGGCATCGTCAACGGGTTTCTCGGCCTGCTTGGCATCCCCAAGATCTTTTTCCTGGGCGATAACGAATGGTTTCCGTTCACGCTCATTGCTTCCGACGTGTGGAAAAACTTCGGGTACGGCACGATCGTGTACTTGGCCGCGATTACGGGGATCGATCCGGGGTTATACGAGGCGGCAACGATCGACGGGGCGAACCGCTGGCGGAAAATATGGCATATCACGATTCCGGGCATGCGGATGGTAATTGTCCTGTTGTCGGTGTTAAGCCTGGGACAGCTGCTGAATGCCGGCTTCGATCAGGTGTTTAATTTATACAGCCCGCAAGTGTACGAAAGCGGAGACATTCTGGATACGTTCGTGTATCGGATCGGTTTGCTTGATGCCCAGTACGGGGTGGCGACGGCGGTCGGATTTTTTAAATCGGTCATATCGCTCACGCTGATATCGGGCTCCTACTTTTTGGCTTATCGATTTGCGAAATACCGGATATTTTAA	MKAKWRRELPLHVMILPGLILIVLFSYIPMAGITIAFQRFIPAKGLFGDQQWVGWDNFKYVMSLPNFTQVLWNTLFISSFKLILGLIVPIVFAVLLNELKNNVIKRSVQTAIYLPYFLSWVVLGGILIDILSPSGGIVNGFLGLLGIPKIFFLGDNEWFPFTLIASDVWKNFGYGTIVYLAAITGIDPGLYEAATIDGANRWRKIWHITIPGMRMVIVLLSVLSLGQLLNAGFDQVFNLYSPQVYESGDILDTFVYRIGLLDAQYGVATAVGFFKSVISLTLISGSYFLAYRFAKYRIF	PGPT0017250_2591	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00776	1710			hypothetical protein	ATGCAAAAAAGGAAATCAGTATGGCGAAGAGCGATATCCGTATTATTCATGGCGTCACTCCTGCTCTCGGCCTGCGGAGGCAGCGGGTCCGGCAGCGGCAGCTCGAACGAAACGGCCAAGACCGATCCAAGCACCGTAGCGAATGACGGCCCTTTCGGCAAATATGATCCGCCAATCGAGGTATCGTTCGTAAGGGATCTTAGCGACGTCGTGGAAAATAACGTGCTGGGCGTGCTTAAAGACGAAACGATCGACAACAATCGATGGACACAATTGTATGAGCAGGAGCTTGGCATCAAAGTCAAGTACAAATGGGTGGTCAAAGGCAGTCCAACCTCCGACCAATACCTGCAGAAAATTAACGTGACGCTGGCTTCGGGCGACCTTCCGGACGTGATTCCGGTCAACGCCACCCAGCTCAAGCAATTGGCGGATTCGGACCAAATCATGGATATGACGGAACTTTACGAAACGTACGCTTCCCCGATGACGAAGGAAGTGCTGCTTCAAGAAGGGACGAGTGCTTTTGACGCCGCGACGTTCGACGGAAAACTGATGGCAATTCCTCAACTGGAATCCTCGATCGAGCGTTCCATGTACATCTGGATCCGGACGGACTGGCTGGAGAAGCTGGGACTTGCGCCGCCGAAAACGATGGCTGACGTGCTGGCCATATCGAAAGCGTTTACGGAGAACGATCCGGACGGGAATGGTGTGCAGGATACGTACGGACTTGGCGTTACGAAGGATTTATGGGGGGGCGCGATGGGGCTTGAGGGATTTATGGCCGGCTATAATGCCTACCCTAACATTTGGATCGAGGATGACTCCGGCAAGCTCGTCTTTGGGAGCATCCAGCCGGAAGTGAAAAAGGCGCTTCAGGTTTTGCAAGAGATGTCCAAAAACGGACAGATCGACCAAGAGTTCGGTATCAAAGACGGAGGCAAGGTTTCGGAGCAAATCTCGGCCGGCAAGATCGGTATGGAGTACGGCGAGCAGTGGAATTCCATCTGGCCGCTTCAGCTGAACCGCGATAACGATCCGAATGCGCAGTGGCAAGCGTTCCCGATCGTATCCGAATCGGGGGAAGCACCGAAGGTGCCGCTCAAATTCAGCACCACCCGATTCTTCGCCGTCAAGAAGGATGCGGCACATCCGGAAGCCGTCATCAAAATGTTCAATCTGCATCTCGAGAAAAACTGGGGGGAAACCGCCGAATTCGATAAATACTTTGCGCCGCCGGAAGCCGAAAGCGTATGGCAGCTGTCTCCGGTCACGCCGTATCCGGTCATGAAGAACGTGGATGCGTTCCGGGAAATCGATGCGGCGCGCAAGGCCGGCGACTTCTCGAAGTTAACCGGAGAGGCCAAGACGATCCAGGAAAAACTGGAGGCTTACGAATCGGGCTCATCCGAAGGCTTTGCGCTATGGGGCTGGGAACGGATTTACGGGGAACAGGGCTCCATGGGAATCGCCGACCAATACGATAAAAACGACCAATTCCTGCAGGAAAAATTCGTCGGCGCTCCGACCCCGACGATGGTCGAGCGCAAGACGACGCTCGAAAAAATGCAAAACGAGGTTTTCGTCAAGATTATTTTAGGCGAATCCATCGACACCTTCGACCGGTTCGTAGAGGATTGGAAAAAGCTCGGCGGGGATCAAATCACGCAAGAAGTCAACGAGTGGTACGAACAGGCGAAGCGATAA	MQKRKSVWRRAISVLFMASLLLSACGGSGSGSGSSNETAKTDPSTVANDGPFGKYDPPIEVSFVRDLSDVVENNVLGVLKDETIDNNRWTQLYEQELGIKVKYKWVVKGSPTSDQYLQKINVTLASGDLPDVIPVNATQLKQLADSDQIMDMTELYETYASPMTKEVLLQEGTSAFDAATFDGKLMAIPQLESSIERSMYIWIRTDWLEKLGLAPPKTMADVLAISKAFTENDPDGNGVQDTYGLGVTKDLWGGAMGLEGFMAGYNAYPNIWIEDDSGKLVFGSIQPEVKKALQVLQEMSKNGQIDQEFGIKDGGKVSEQISAGKIGMEYGEQWNSIWPLQLNRDNDPNAQWQAFPIVSESGEAPKVPLKFSTTRFFAVKKDAAHPEAVIKMFNLHLEKNWGETAEFDKYFAPPEAESVWQLSPVTPYPVMKNVDAFREIDAARKAGDFSKLTGEAKTIQEKLEAYESGSSEGFALWGWERIYGEQGSMGIADQYDKNDQFLQEKFVGAPTPTMVERKTTLEKMQNEVFVKIILGESIDTFDRFVEDWKKLGGDQITQEVNEWYEQAKR	PGPT0017245_377	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00777	171			hypothetical protein	ATGATAACCCTAGTAGGAGATGAACCTGTCAACGATTTCACCGAAGGAGTTGGGGAACATACTATTGTTAATCTTAGCATTTTTATGGTTTATTTGGTTTTTGATTGTTATTCTGTATTATATATGGACATCCTTATTCTGGTCGATGATATTTCGTGCCCAAAAACTTGA	MITLVGDEPVNDFTEGVGEHTIVNLSIFMVYLVFDCYSVLYMDILILVDDISCPKT				NA	NA	NA	NA	NA
JZ016_00778	483			hypothetical protein	ATGAGAAAGATGACAGCATCATTTTCACATAAGCCCGAAGGATACGAATGTCCATTTTGTCGTATTTGGGGTATCGAGCGACCTAATCAGGGAACAAAACAAAGGGAAATCATCTATCAGAATGAAAAGGTAACGGCATTTATCGCGAGCAAATGGTGGCCAAACAATAAAGGGCATGTTCTTGTTGTTCCTAATCAACATTTCGAGAACATCTTTGAACTCCCTATGGATTACGCTGTGGAAATTCACCGCGCGGCTCAGCTTACAGCATTTGCAATGAAAAGTACATATGGATGTGATGGAATATCTACGCGGCAACATAATGAACCTGCTGGCAATCAAGACGTGTGGCATTATCATCTCCATGTTTACCCTAGATATGAGAATGATCAACTTTATCTGACAATGGGTTCTCAGTCCGATCCAGATGAACGCTCTTTCTATGCAGATAAGTTGCGTTCTTGGATAAAGGAAAACACTTAA	MRKMTASFSHKPEGYECPFCRIWGIERPNQGTKQREIIYQNEKVTAFIASKWWPNNKGHVLVVPNQHFENIFELPMDYAVEIHRAAQLTAFAMKSTYGCDGISTRQHNEPAGNQDVWHYHLHVYPRYENDQLYLTMGSQSDPDERSFYADKLRSWIKENT				NA	NA	NA	NA	NA
JZ016_00779	477			hypothetical protein	ATGGATATATCTATCCGAAACGCTCACCAAGATGACTACGAGTCTTTGTTACCTTTGTTTAGGCAGGTTCATGATCTCCACGTTTTTGAAAGACCCGATTTGTATAAAGAAAACTCAACACCAGTCGGGAAGGAATTTTTCTTAAGCCAGCTAATTGATCACAAACAGCATATTTTTGTTGCTACCATAGGCTTAGAGATAATCGGACTAGTAGTGACGAAGGAAGAAGACATAACGGAAAATTCATTTGTAAATGCGAGAAAGCTATTATATGTAAATAGTTTGTGTGTTTCCGAAACGTATAGAAATAAGGGAGTGGGAAAGAGACGTATGCAATATGTTATTGATTTCGGAGGAAGCCTGAAAGTCGATAGTATTGAATTAGGGGTATCGGAGAACAATGCTTCTGCATATTCGTTTTATACATCATTTGGAATGACAACGAAGAGTAGAAAAATGGAGTTTAGGTTGAACTAA	MDISIRNAHQDDYESLLPLFRQVHDLHVFERPDLYKENSTPVGKEFFLSQLIDHKQHIFVATIGLEIIGLVVTKEEDITENSFVNARKLLYVNSLCVSETYRNKGVGKRRMQYVIDFGGSLKVDSIELGVSENNASAYSFYTSFGMTTKSRKMEFRLN	PGPT0007785_1608	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007785-paiA-K22441	NA	NA
JZ016_00780	594			hypothetical protein	ATGATTAACGTGGTTAAAGCTGATCAGGCCGAGTTTGATGTGAGGCGAGGGATATCTGAAATATTCGCAGAGGGATTCACACAATGGCTAGGGTTTTTCTCCAAGGATCCTAAGAAGATTGCTGCAGCGTTCGCTCATATGTTCGCTCTGGATCAATTTTATGTGGCTTTATACAAGGGACAAGTGATCGGGATGGCTTCTTGCACGGATGGAACTTCACTCTCGGTTAAACTTGATACAAAGGAGCTTCGCAAACATTTAGGCATTTATAAAGGAAGTTTAGCTGGTATTTTCCTGAAAAAAGAATTTGAAACTCCCTTTGTTAATCCTTCACCTGGTGTAGGCTCAATCGAATTCGTAGGAACAGCTGCCGAATTCAGGGGGCAAGGTATTGCTTCTCAAATGATTCGTCATATCCTTGAGGATACACCTTATGAGGCTTACTTGATTGAAGAAGTTGCTGATACCAATATCCCAGCCATGAAACTCTATTCTAAATTAGGTTTTGAAGAATATAAACGCAGGCAAATACCTATGAAAAGGGCAAAGAAGATCGGGATCAACTACCTTATATCATTGAAATATTCGAAATAA	MINVVKADQAEFDVRRGISEIFAEGFTQWLGFFSKDPKKIAAAFAHMFALDQFYVALYKGQVIGMASCTDGTSLSVKLDTKELRKHLGIYKGSLAGIFLKKEFETPFVNPSPGVGSIEFVGTAAEFRGQGIASQMIRHILEDTPYEAYLIEEVADTNIPAMKLYSKLGFEEYKRRQIPMKRAKKIGINYLISLKYSK				NA	NA	NA	NA	NA
JZ016_00781	612			hypothetical protein	TTGCCACGCAGCAAGGAACAGTTTGAAGAAATGCGCAATGTTACTAGGGAAAAAATCCATTCAGCCGCGATGCAGTTATTTGTTAATCAAGGTTTTGGCTCGACGAATGTTCAAGATATTGCGGATACAGCTGGCATTAGCATTGGGCTGCTGTATCGTCATTACAAAAACAAGGATCAGTTATTTAACGAGTTGGTTGCTTACGCGGTTGCAGGATTGAAACGCAATATTACATTCTTTGAATCCGACCAATCCCCTAAAAAGTTGATGGCACAGTTTGTCGACGAAGTCTACACGGACATGATCAGCGGGGAGGAACTAACCCATCTACTGATCCTTATTAATCAATCTCTATTAGCTGGAGCCGCCACAGCCTCGAAACATTATGAACAGATCCTCCAGGTAAATGCCAGGCTGCTTGATTCTACGGCACAGCTCATTCGAAAGGGGCAAGAGCGCGGGGAATTTCACTCGGGTGATGCGCAGGAAATGGCAGCTCTTTTTTATGCGTCAATTCAGGGATTGGCTCAGATGAAAGTATTACTAAAGAGCAACTTTACCATGCCCTCTCCATCTATCCTCACCGCATTTCTATTTAAGGAAAGGGAGTGA	MPRSKEQFEEMRNVTREKIHSAAMQLFVNQGFGSTNVQDIADTAGISIGLLYRHYKNKDQLFNELVAYAVAGLKRNITFFESDQSPKKLMAQFVDEVYTDMISGEELTHLLILINQSLLAGAATASKHYEQILQVNARLLDSTAQLIRKGQERGEFHSGDAQEMAALFYASIQGLAQMKVLLKSNFTMPSPSILTAFLFKERE				NA	NA	NA	NA	NA
JZ016_00782	1875			hypothetical protein	ATGCGTAGAGCCTGGAACGTTGTAACAGGCCTGCTTTCGCCGCTGTGCCAGCCAGCGGCGATTCGCCGTTTCTCGATCCCCCGTTCTTGGTTAATCGCGTATCTGCTGCTCATTGTGCTTCCGGCGGGCATTTTCTTGTATGGCTATTACGCGCGTTCTGCGGATATTCTGAGGGGCGAGGTCATCCGGACGATGCAGCAAGCGCTTAAGCAGGCCGGGAGCAATCTCTCCTACCGGCTGGAGCGCATCGAGGATATAAGCGACGCCGCTTTCATGAACGCAAACCTGCATTCGTACTTATCGATTAATTCGGATGATCAGTCCATCGGTACACAGATCAAGGTGATTGAGGATTTGAGGTATTTGGTCGAGACCGTACAGTCTAATGCTGACGTGTTCCATGTTCGGGTGTTCGTGGACAAATCTAAGTTGTATGCGGAAGAGAGAATCAATTTCTTCACGCTGGATAGCTTGATGGTTAGACCGTGGTTTCATTCCATCATCGATGGAAACGGCGGAATCGTATGGACGGGCGTTTATGAGGAGTCGTATCTCGGTGCGCCCAATGAGACGATATTATCTGCTGCGCGTATGCTGCGGGATCCCGATGATTATGACAAAGTGTCCGGTGTGCTCATGATCGACGTCCGTCAAGACATCCTCTCCACTATTCTATCTGAGCTGCAGTTCGCCCCGGGCACAGCGGTATACCTTGTTGCTGAGGATGGCGCAATCGTTTATCACCCTGATGCGGCGCTTATCGGCACGGCGGTTGAACCTCACATGCTGGATGCGCTGAACGAGGGGGCGGAAGGAACAGAGTCGCTTCTGCTGAACAATGTACAAAGCGATGTGTTGTATACGACGCTTGACCCGACGGGCTGGAAGCTTGTCGCCCAGGGAACGGAATCCCAGCTGTCGCCGGCTACGCAGCGACTGACAAAGCGGTCAGAGTGGCGCTCGCTGATCGAATATGTCGCGTTGTTCCTGATCCTTCCGTTTGTCCTTCTGGCGATTATCGTGAGGGGAATGAATCGGCGCGTCAACCACGTGATCACTGTCATCCGGAAGGAAGGCAAGGAGGGCAAGGATGCGATTGACGGTCTACATGAGTTACCGGCGGTTAATGGTGACTTCCATATGCTGGAGCGAAGCGTCGACCACCTGATCCTGCGTGTGCGTACGCTCGTCGAAGAAAACTACACAGCCGAGATTCGCGAACGGGAAGCCCAACTGTCGGCGCTGCAGGCGCAGATCAACCCACACTTCCTTTACAATACGCTGGATACGATCAACTGGATCGCCATCGGTAAGGGCGCGACCGACATCAGCATGATGATTGACAGTCTCGCGAAGTATTTCCGCCTGAGTCTCAATAAAGGCAATACCATCGTAAGCGTGACGGACGAGCTAAGGCTGGCAGAGGTATATCTCGAAATTCAGCAGAGCCGCTTCTTCGGCTCGTTCGACTTCAAAGTGGCAGCGGGGGATGAGTTGGAAGCATATCGTATGCCTAAGCTTATTTTGCAGCCGATTGTCGAGAACGCATTGCTGCACGGCATACGTAAGGCGAAGGACCGGAAGGGACTTATCAATATTACTGTGGAGTTGGATCAAGGTGACATCGTTTTCGTGATTTCGGATAACGGCATCGGCATGGACGAGGAGCTGTCCCGCCGTCTGCTGACGGAGGAGCGAGTCGGCTCTGGCGATCATTCGGGCAACGGAAACTCCTACGGCTTGTTTAACGTGAACGAGCGGATCAAGCTGTACTCTGGCGAGGGGTATGGCCTGAGCGTCTCGTCGAAGCTCTGTGTAGGTACCTCCGTCACCGTCCGGATGAAAGCAGAGCTTGCGACCTCCCGGAATTCATGA	MRRAWNVVTGLLSPLCQPAAIRRFSIPRSWLIAYLLLIVLPAGIFLYGYYARSADILRGEVIRTMQQALKQAGSNLSYRLERIEDISDAAFMNANLHSYLSINSDDQSIGTQIKVIEDLRYLVETVQSNADVFHVRVFVDKSKLYAEERINFFTLDSLMVRPWFHSIIDGNGGIVWTGVYEESYLGAPNETILSAARMLRDPDDYDKVSGVLMIDVRQDILSTILSELQFAPGTAVYLVAEDGAIVYHPDAALIGTAVEPHMLDALNEGAEGTESLLLNNVQSDVLYTTLDPTGWKLVAQGTESQLSPATQRLTKRSEWRSLIEYVALFLILPFVLLAIIVRGMNRRVNHVITVIRKEGKEGKDAIDGLHELPAVNGDFHMLERSVDHLILRVRTLVEENYTAEIREREAQLSALQAQINPHFLYNTLDTINWIAIGKGATDISMMIDSLAKYFRLSLNKGNTIVSVTDELRLAEVYLEIQQSRFFGSFDFKVAAGDELEAYRMPKLILQPIVENALLHGIRKAKDRKGLINITVELDQGDIVFVISDNGIGMDEELSRRLLTEERVGSGDHSGNGNSYGLFNVNERIKLYSGEGYGLSVSSKLCVGTSVTVRMKAELATSRNS				NA	NA	NA	NA	NA
JZ016_00783	1641	cheB_2		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGTATCGATTGCTTATCGTGGATGACGAACCGGCGGTCCGGGCGGGCCTGCGCACTTATTTCGATTGGGCTGCTTACGGAATTGAAGTGGCGGGCGAAGCGGATGACGGAGACGTGGCTCTCGAGATGATCACCCGTGATCAGCCCGATCTTATACTCACGGATGTCCGGATGCCGACCATGGACGGCATTACAATGTCGCAGTGTATCTCGGCCGAATATCCTTCCATTAAGATCATATTCGTCAGCGGGCACGACGACGCCGATTATCTCAAGTCGGCAATGAAGGTCAGCGCGGTCGACTATATATTCAAGCCGGTTAATTTGCAGGAGCTGAGTACGGTCATTGAACGCGTCGTTGCCGATCTGGACGCGGAGAGCTCCGAACGGATTCATAAGCAGGAGCTGCTTGTTAAACTAAAGGAAGGTATGCCGCTCCTGCGTGAGAAGTTCCTGCTCTCCATGATCAGTGAGGGTGCGCCGAAGTCGGAATTGGCGGAGCGGGTATCGTTTCTGGGACTGAATTTGCCCGTGGACGCCTCCTATTGGGTGATGGTTGTCTCCGTGGATGATCTTGCCGATGTGATGGCCAGCCGTTCCGAGCGCGACCGCCAGCTGCTGTGGTATTCGGTGCTGAACGTCTACGAGGAGCTGCTGGATACGCATATGCGAGGGTATGCCTTCGAGCATCGTACCGGCGAATTTGTAGGCGTCCTGCAGGGATCGGAGCCCGGCGGCGATTCAGCAACCGAAGCGGCGGAGGCATTGTTTGCGCTGGCCGGCGATCTTCGCTCCAATCTGGAGCGCTGGCTCAAGATCGGCGTGACGATCGGCATTAGCGATCTGGCAGGCGGCTTATCCGGACTGGCGCCAGCTTACAAGCAAGCCCGCGAAGCGGCCGATTACAAGTGGTACCTCGGCAAAAACCGTATCATCACAATGGACAGTCTGGAGGGGGCGGTGCCGGAGGACGGCGCCATGCGCAGATACGATTTTGAGCTTAACGAGAAGCTGATCTCCGCACTTAAGGCGGACGATGAGGACAAGATTAGCGAAGCCGTGGAGATGATTTTTTCCAGCTTGTCCTACACCCGCCCGGACGGCCTGAAGTACGGCCGCAATCTGTGCATGCAGCTGGTGCTTGGGATTGGACAGCTGCTCATGGAGCTTGGCGCGGGGGACCCCGATCTGGAAATCATGGAAGCAGAGCTAACGGAGGCGTTGTACGCGAAGGAGACGTTAAAGGATTTGCGGGGGCTGATCGAATCGTATCTGGCGACTGTCAGCGAACACATCCGGGAGAAGCGGACTGGCAAGGTGGCAAACGTCATTGAGCGAGTACGCGGGTATATCGATCAGAACTACGCTAACGGCGGGCTTACCGTGGCCGATATCGGCAAGGCGGTCTATTTGTCTTCCACGTACGTCAGTCTCCTGTTTAAGCAAGAGACGGGACAAACCGTCGGCGAATATTTAACCCAGGTGCGAGTGGACAAAGCGAAGAATCTGCTGCGCGATCCGCAGTACAAGTTCTATGATATTTGCTACGCGATCGGATATACCGACCCCAGTTACTTCACAAAGCTGTTCAAAAAGGTGACGGGTGTTACACCTAGCGCGTACCGGGATTCTCATGCGTAG	MYRLLIVDDEPAVRAGLRTYFDWAAYGIEVAGEADDGDVALEMITRDQPDLILTDVRMPTMDGITMSQCISAEYPSIKIIFVSGHDDADYLKSAMKVSAVDYIFKPVNLQELSTVIERVVADLDAESSERIHKQELLVKLKEGMPLLREKFLLSMISEGAPKSELAERVSFLGLNLPVDASYWVMVVSVDDLADVMASRSERDRQLLWYSVLNVYEELLDTHMRGYAFEHRTGEFVGVLQGSEPGGDSATEAAEALFALAGDLRSNLERWLKIGVTIGISDLAGGLSGLAPAYKQAREAADYKWYLGKNRIITMDSLEGAVPEDGAMRRYDFELNEKLISALKADDEDKISEAVEMIFSSLSYTRPDGLKYGRNLCMQLVLGIGQLLMELGAGDPDLEIMEAELTEALYAKETLKDLRGLIESYLATVSEHIREKRTGKVANVIERVRGYIDQNYANGGLTVADIGKAVYLSSTYVSLLFKQETGQTVGEYLTQVRVDKAKNLLRDPQYKFYDICYAIGYTDPSYFTKLFKKVTGVTPSAYRDSHA				NA	NA	NA	NA	NA
JZ016_00784	1257			hypothetical protein	ATGAATAATGCAGTGTATTCGTTCGAACGTCACGTGAAAACCCATACCAAGGCGGACGTCGTCGTCATCGGAGGCGGACCTGCGGGGACAGCCGCTGCCATTGGCGCGGCCAGACGCGGCAAACAAGTGATCTTGCTGGAGAAGTCCGCTCAGCTCGGCGGGATGGGGACGCTTGCCAACGTAAGCGTGTTTATGCCTGTCGGCAATGTGACCGGCATCTACCGCGAGATCGTCAAGGAGATGCTGGCCGACTATCTGCCCGCCGGCCACGACGAATCGATCGCGCCGCAATATTCGCCATTTTTGCTACGCCAATACTTGAATGACAAAATGAAAAAGGAAGGCGTATCGGTCTACTTCCATTGTGAATTCGTTGGCACGATACGCAGCGGCAGCGGGATCGGTGCGGTTATCGTATCGACGCGCGAAGGCCTAAGAGCGATAGAAGGTGATGTCATCATCGATTGCACGGGCGACGCGCGAGTAGCCATCGACGCGGGTGTGCCTTACCGCTCGGGCCGCGAGTCTGATGGACTCACGCAGCCGATGACACTTATGTTTACGATGCAGGATACGGGAAAGCCAGTAGAGAAGATACTTCCGGATGGCTGTTATTATTACGAGGAGGTATCCGACCTGCCGCAGGGGCGCAGGTTATATTGGAAGCAGCGCGACGACGGCGTGTTGCTGATTAACATGTCGCGCGTCAAGGCGAACGGAGCCGATATGGAGCAAGTCAATTACGCGGAGACCGAAGCGCTTAAGCAGGTGTTCTCCATTGCGCATTATTTGCAGAGAACGGGCTTCGAGACATATGCCATCGCACACATCGCTCCGCAGACAGGTGTTAGGGAGACCAATCAAATCGAAGGGTTATACACGTTGACCGAACAAGATGTTGTAAGCGGTACGCGTTTCCCGGATGTGGTCGCCCAAACAAATTACGAGATCGATATTCATAGCCCGGACGCGGGCAAGACAACCGACGAGCGCCGCGTCGACGGCTACGATATACCGTATCGCACGATGGTGCCTGTAGGCGATATCGATAACCTGCTCGTTGCGGGCAGATCGATCTCCGCAACGCATGTCGCCATGTCCTCGATGCGCGTCCAAGCGACTTGTTACGCGCTGGGTCAAGCAGCGGGCATTGCGGCCGCAATCTCCCTCGAAGACGGCGTGTCCGTTCGCGAAGTAGACATCGACAAGGTGCAAGCCGAGCTTGCCAATCAAGACGCTAGACTGTTAGGCCGATAA	MNNAVYSFERHVKTHTKADVVVIGGGPAGTAAAIGAARRGKQVILLEKSAQLGGMGTLANVSVFMPVGNVTGIYREIVKEMLADYLPAGHDESIAPQYSPFLLRQYLNDKMKKEGVSVYFHCEFVGTIRSGSGIGAVIVSTREGLRAIEGDVIIDCTGDARVAIDAGVPYRSGRESDGLTQPMTLMFTMQDTGKPVEKILPDGCYYYEEVSDLPQGRRLYWKQRDDGVLLINMSRVKANGADMEQVNYAETEALKQVFSIAHYLQRTGFETYAIAHIAPQTGVRETNQIEGLYTLTEQDVVSGTRFPDVVAQTNYEIDIHSPDAGKTTDERRVDGYDIPYRTMVPVGDIDNLLVAGRSISATHVAMSSMRVQATCYALGQAAGIAAAISLEDGVSVREVDIDKVQAELANQDARLLGR				NA	NA	NA	NA	NA
JZ016_00785	1515	lipO_7	COG1653	Lipoprotein LipO	ATGAAAAAAGCATTGAAACTTATGACTGTCATGGCCATGTCTGCGCTTCTGGTTATGACGATGGCTGCTTGTTCCGGCAACGGAACGAACACGGGCAACGAAGCGACGACCAAACCGGATGCGGAGAAGCCAGTCTTAAAGCGACTGAACGTATGGCAGAACGAAGAATACAATGCATACCCGGTAGCCAAGCTGCTCGAAGAAAAAACGGGCTACAAAGTGCAATACGATATGCTGCCTCAAGACAAGTGGGCGGAGAAGCTGAACCTGATCATGTCCTCCGGCGAAGCGTATGACATCGTCACTTCCTATAACGACATGGCCTTGTATTCGGATTATGCGCAGAAGGGTGCGCTCGTCGACCTGACGCCGCTCATCGACGAATTCGGCCCAAATATTAAGGCGGCTATAAAGCCGGAATCATTGGAAGCGCTTAAGGTAAATGGCAAGCTATATGCACTCCCGGTAACCGTGACGTACGATATCAACAGCTCCATTCTCATCCGTACGGATTGGCTCGACAAGCTGGGTCTGTCCATGCCGACGACGACCGAAGAGCTGACGAACGTTCTAACGCAGTTCAAGGAGAAGGACCCAGGCGGCAACGGCGACCGCAATGTGCCGCTTACGATCAAGGGCGACCAATCGATGATTGACAACCTCGTAGGCGCGTTCGGCATCGCCAACACATGGAACGACGTAGACGGCAAGCTCGTGCCGCGTGTCATGGACCCGGCATTTAAGGATTATGTCTCTTACGTAGGCAACCTGTATGAGAAAGGATTGATCGACCGAGAATTCGTAGCCAACAAGGACGCTACGGCGAAGGAGAAATTCGCAAGCGGCGTGGCCGGCGCCATTGTCGTTCACTGGGCGGACATTCCGGCCATCTCGGATTCGCTTGCGAAGACCAAGCCGGAGGCCAAATTCGCTTTCGTGCCGGCGCTTAAGGGCCCTAACGGTGAAGCCGGCTTCGCGGCAAACGCCGGATTTGACCGTCTGACGTACATCCCGAAAGCATCAACGCATCCGGAAGATGCGATCAAATGGATCAATGCAAGCCTGGAGCCGGAAACGTTCAAAAATATGGCGATCGGCGTGGAAGGCACGCATTATAAAATAGTAGACGGAGCATACGAGCCAATCCAGCCGATCTTCACCGACGAGCGCAACCTGGCTAATAACTACATGGCGGGCACGGATGAAGAAAACTATCCGCAATACTGGCAAGCGCGCGTTCGCAAAAACCCGGTTATGTTCGAAGCGTTTAACTTCCTCAACAACGAGCAGCCTGCCGAAGTGAAAATCAAAAACGTTCTCGGTCTTGCTCCGTACATGCAGCAATATTCGAAGACGAATCAGCAATTGAGCACAATGGTTGGCGACTACACGGTCAAACTGATTGCCGGCGCGGAGTCCATCGACGGCCTTGCCGACTTTCAATCCAAATTTATGTCTGCGGGCGGGGAAGCGGCTTCAAAGGAAATTAATGACTGGTACGCAACGACTAAATAA	MKKALKLMTVMAMSALLVMTMAACSGNGTNTGNEATTKPDAEKPVLKRLNVWQNEEYNAYPVAKLLEEKTGYKVQYDMLPQDKWAEKLNLIMSSGEAYDIVTSYNDMALYSDYAQKGALVDLTPLIDEFGPNIKAAIKPESLEALKVNGKLYALPVTVTYDINSSILIRTDWLDKLGLSMPTTTEELTNVLTQFKEKDPGGNGDRNVPLTIKGDQSMIDNLVGAFGIANTWNDVDGKLVPRVMDPAFKDYVSYVGNLYEKGLIDREFVANKDATAKEKFASGVAGAIVVHWADIPAISDSLAKTKPEAKFAFVPALKGPNGEAGFAANAGFDRLTYIPKASTHPEDAIKWINASLEPETFKNMAIGVEGTHYKIVDGAYEPIQPIFTDERNLANNYMAGTDEENYPQYWQARVRKNPVMFEAFNFLNNEQPAEVKIKNVLGLAPYMQQYSKTNQQLSTMVGDYTVKLIAGAESIDGLADFQSKFMSAGGEAASKEINDWYATTK	PGPT0017245_3027	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00786	876			hypothetical protein	ATGTATAGGAAAACCGTCAAAGATGTTATGCTGGATGGCTCTATCTACGTTGTGCTTATTGCGATGGGGCTTATTACACTGCTTCCGTTTGTAAACGTATTTTCCAAGTCGATCAGCGAGGAGTGGGCCATCCTGTCGGGCCAGGTCGGAATTTTCCCTGTCGGGTTTCAGCTCGACACGATGAAATTCGTTGTCACGAACAGCCAGTTTCTAAACTCGCTATGGATATCGGTGCTGATTACGGTCATCGGTACCCTCGCGTCGCTGCTCATTACGGCGCTGACCGCTTACCCGTTGTCCAAACGCGAGCTTCCCGGCATGGGCATCATCATCATTTTGTTCATCTTCACGATGATGTTTAACGGGGGAATCATCCCCAACTATCTGCTCATCCGCGAGCTGGGCCTCATTAACCATTTAGGCTCGCTCATTCTACCGGCGCTCATCAGCGTATTCAACATGCTGGTCATCAAGAGTTATTTCGAGAGCTTGCCGGCCAGCCTGGAGGAATCCGCCAAGATCGAAGGCGCGAGCAATTTGACGGTTCTGTTCCGTATCATTTTGCCGCTAAGCGGTCCCGTGCTTGCGACGATTGGTCTGTTTTATGCCGTTTATTATTGGAACGACTACTTCAACCCGATGCTGTACATCAACAGCTCGTCGCTGAAGCCGTTGCAATTGTACCTGCAGGACATCGTCATGAACGCCGATACATCTTCGGCGCTTGATAAGACGGCCGACGATCTGATGAACGTGCCCGCGGAAGGCGTCCGGTCAGCAACGGTCATCGCATCCACGATCCCGATTCTGCTCGTATATCCGTTCCTGCAGAAATATTTTATCAAAGGCGTGCTCATCGGTTCCGTTAAAGGTTGA	MYRKTVKDVMLDGSIYVVLIAMGLITLLPFVNVFSKSISEEWAILSGQVGIFPVGFQLDTMKFVVTNSQFLNSLWISVLITVIGTLASLLITALTAYPLSKRELPGMGIIIILFIFTMMFNGGIIPNYLLIRELGLINHLGSLILPALISVFNMLVIKSYFESLPASLEESAKIEGASNLTVLFRIILPLSGPVLATIGLFYAVYYWNDYFNPMLYINSSSLKPLQLYLQDIVMNADTSSALDKTADDLMNVPAEGVRSATVIASTIPILLVYPFLQKYFIKGVLIGSVKG	PGPT0017255_2377	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00787	948	yteP_12	COG4209	putative multiple-sugar transport system permease YteP	GTGAACAAACGCAGCGGAGGAGAAGGAACCCTCCTAGACGCCGGCCGACGGCGTTGGAAGCTGATTAGAGGCAACTTGGATATGTATTTGCTGCTTATACCGGGTCTGATGTTTTTGTTATTGTTCAAATACACGCCGATGTACGGGATCATCATTGCCTTCCAGGATTTCAACATCTTCGGCGGCATATCCGGCAGCGAGTGGGTAGGGATGGCGCAGTTCGAAAGGTTGCTGCAATCGGATGAATTCCTGCAAGTGCTAGTTAATACGCTGCTCATCAGCTTGTACAAAATAACGATTTTATTCCCGATTCCGATCGTCATCGCGCTTATGCTCAATGAAGTACGGCGCATGTTCTTCAAGCGGGCAATCCAGACGATCATTTATTTGCCGCATTTTCTTTCCTGGGTCATTATTTCGGGGTTGTTCCTCAACATCCTGTCACCAAGCGGCGGCATCGTGAACGAAATCATCCGTTCGTTCGGTGGAGAGCCGATCTCGTTTTTTACTGACAACAGCCTGTTCCGCAGCTTGGTTGTCTTCACGGCCGGGTGGAAGGAAATCGGCTGGAACGCTATCGTATTTATCGCCGCGATCGCGGGCATCGAGCAGGAGCAATACGAAGCCGCAGCCATCGACGGAGCGGGGCGGATCAGACAGATGTGGTCGATCTCGCTGCCGGGCATGCTGCCTACCATCGTGTTGATGTTCATCCTGCGGATCGGCAGCCTGCTGGAGGCGGGGACGGAACAGATTTTGACCATGTATAATCCGCTCGTGTATGAGACCGGGGACGTCATCGGCACCTATGTGTACCGGATGGGACTCGGCCAGCAGGATTACAGCTTCAGTACGGCGGTTGGCCTATTCAATTCAGCGGTCGGATTCCTGCTAATCGTCATCGGCAACATGCTCAGCCGCAAATTCCTGAATCGCAGCATCTGGTAA	MNKRSGGEGTLLDAGRRRWKLIRGNLDMYLLLIPGLMFLLLFKYTPMYGIIIAFQDFNIFGGISGSEWVGMAQFERLLQSDEFLQVLVNTLLISLYKITILFPIPIVIALMLNEVRRMFFKRAIQTIIYLPHFLSWVIISGLFLNILSPSGGIVNEIIRSFGGEPISFFTDNSLFRSLVVFTAGWKEIGWNAIVFIAAIAGIEQEQYEAAAIDGAGRIRQMWSISLPGMLPTIVLMFILRIGSLLEAGTEQILTMYNPLVYETGDVIGTYVYRMGLGQQDYSFSTAVGLFNSAVGFLLIVIGNMLSRKFLNRSIW	PGPT0017250_1571	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00788	240			hypothetical protein	ATGGAAGGGTGTACCTATCGCAAGATCATGGAGCGGTTTGGGATTGCTGACAGACATCGTCTAAAAGTATGGATGAAGAAGTATAAGGAACTGGGCGAGTTTGGACTTGTGGATCAGCGGGGGCGACGTAAGGAATATATCGACCAGAACAGATACGTACAAGCGCTCGAACGGGAGATCAAAATATTAAAAAAGTGCTTGGAAATCTGGATGCAGGAGATGAAACGTATAGATATCTAA	MEGCTYRKIMERFGIADRHRLKVWMKKYKELGEFGLVDQRGRRKEYIDQNRYVQALEREIKILKKCLEIWMQEMKRIDI				NA	NA	NA	NA	NA
JZ016_00789	480			hypothetical protein	TTGATCGACGCCGGTATTCCCTACCGGTTGCCCGTTTTTCAAGAAGTAATGGCTCAAGCCGGGATCCCCTTGGACAAACTCAAAAAAATCATTTTAACCCACCATGACTTGGATCATATCGGAGGGTTGACGGAGCTTCTGAACGCCATACCGCACAAAATCGACATACTTGCCACCGAAGAGGAAAAACCTTATATCCAGGGAGAGAACCGCTGCCGTATTGATCCCGATCTTATCCGCTCCCGCCCGCAGAATCCGCTCCAATCAGCTTTTCGAATTACAAAATCGTCAAACATCGCAAAAACTAGTATTAAACTAACGGCAAAACAGAAACAGCGGCAGCTTTGGACGAGAAAATTAAGTCCTAAAACTGCCGCTGTTTTATGGGGCTATCGTTGCACGTTAGCTAAATTCAATATAGGTATGGCCGCAAAAAAGTTGTTGAGCTCAAGTATGCCAGATTACACCTCAAACGGATAA	MIDAGIPYRLPVFQEVMAQAGIPLDKLKKIILTHHDLDHIGGLTELLNAIPHKIDILATEEEKPYIQGENRCRIDPDLIRSRPQNPLQSAFRITKSSNIAKTSIKLTAKQKQRQLWTRKLSPKTAAVLWGYRCTLAKFNIGMAAKKLLSSSMPDYTSNG				NA	NA	NA	NA	NA
JZ016_00790	879	rarD	COG2962	Protein RarD	ATGAACAGTGGGTTGGTTAACGCTATTATCGCGTATATCATGTGGGGAGTTCTCCCGCTTTATTGGAAGTTGTTTGACGATGTGCCGGCAGGCGAAATTCTATCACATCGGGTTGTCTGGTCATTCGTCTTCATGGGTATTCTCGTCGCCCTCCAGCGCCGCTGGGGTGACATAAAGAGGATTGCGGCTAGTCGTTCGCTCTTGATGTCGCTTGCCGCCAGCGGACTACTGATCGCTGCTAATTGGCTCATCTTCATCTGGGCGGTCAACAACGGTCATGTTGTCGAGACAAGTCTCGGCTATTATTTGAACCCGTTGCTCAACGTACTATTAGCGGTCGTTTTTCTTCGTGAGAAGCCAAACCGCGGCCAATGGTTAGCGATTGCCATCGCTGGTGCCGCGGTGCTCATCATCGCCATCGACTACGGTCGGTTCCCGTGGGTCGCTATTTCGCTGGCCGTGTCGTTTGGCTTGTACGGTCTCGCGAAGAAGAAGATCGCGCAAGACGCTTCTGTGGGCTTGTTGTCAGAGACGGCAGTAGTCCTGCCCGTCGCGCTCGGCTACTGGATCTATTTGGCCGTCGTGGGAAAGACGACGGCATGGACGCTGCCTGCGCCTATGTTCGTCGAGCTGCTTCTCTCCGGCGTGGTTACGGCACTGCCGCTGCTCTTCTTTGCGCGGGCGGCCGCCCGGATGACTCTGTCCACGCTTGGCTTCGTACAGTACATCGGGCCGACGATCATGCTGTTACTGAGCATATTCGTGTTCAAGGAATCGGTCTCGCCGGTTTTACTCATCGGCTTCGCACTCATTTGGACAGCGCTCGTCGTATACGCTACGGCATCGGTTCGCAGCACAAAAATTGCGAAGGCAAGCTGA	MNSGLVNAIIAYIMWGVLPLYWKLFDDVPAGEILSHRVVWSFVFMGILVALQRRWGDIKRIAASRSLLMSLAASGLLIAANWLIFIWAVNNGHVVETSLGYYLNPLLNVLLAVVFLREKPNRGQWLAIAIAGAAVLIIAIDYGRFPWVAISLAVSFGLYGLAKKKIAQDASVGLLSETAVVLPVALGYWIYLAVVGKTTAWTLPAPMFVELLLSGVVTALPLLFFARAAARMTLSTLGFVQYIGPTIMLLLSIFVFKESVSPVLLIGFALIWTALVVYATASVRSTKIAKAS	PGPT0003906_2732	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003906-rarD-K05786	NA	NA
JZ016_00791	855	sigJ_3		ECF RNA polymerase sigma factor SigJ	ATGGAGGAATTGTTTGATCAATATAAAGCGCTTCTGTTCACGCTGGCGTATCAATTGACAGGTTCTACAGCAGATGCTGAGGATGCGGTGCAGGATGTGTTTTTTAAGGCGTGCGACATTCAGCCCGAGCGATTGAAGGAGCCGAGAGCGTATTTGTGCAAAATGGTAACCAATCGCTGTCTTGATCTGCAGAAGTCGGCTCGGAGAAAGAGGGAAGTGTACGTCGGCCCCTGGCTTCCCGAACCGATTCGGACACCGGAGGAGGATATGGTCGATAAGGTCGTCCGTCGCGATATGCTATCGTATGCCATGCTAGTATTGCTTGAGCGGTTGACTCCGACGGAACGGGCGGCGTTCGTCTTGCGTGAGGCACTTGGATTCGAATATCCCGAAATAGCCGAACTACTCGGCAAGCGAGTAACGAATTGCCGTATGCTGGTGAGCCGGGCAAGAAGCAAGTTGGGAATATCCGAGGAAGAGCAGGTCGCCGCCGAAGCAGTCGATTTGGATTGGGTTAGCCGATTCCTCACATCCCTTGAGCAAGGGAACGTCGATCACGTACTGTCCCTACTGAGTGAAGATGTCATCCTCGTTACCGACGGAGGTGGAAAGGTAGTCGCGGCTACTTCTCCAATACAGACTCGCGATCAAGTGGCCCTAATCTTAGCCGGGGCGCTCCATGCGCTAAAGTCTCAGGGCAGCGTACACGCCGAGTTTAGCCCTTTGAACGGTGAGACAGGTATCGTACTACGCGCTGAGGGCAGAACAGCAGCCGTTATATTTTTACAACACCGACGTGGAAAGTTTGAGAGAATCTATGTCGTTAGAAACCCGGATAAGCTTACGCATGTTTAG	MEELFDQYKALLFTLAYQLTGSTADAEDAVQDVFFKACDIQPERLKEPRAYLCKMVTNRCLDLQKSARRKREVYVGPWLPEPIRTPEEDMVDKVVRRDMLSYAMLVLLERLTPTERAAFVLREALGFEYPEIAELLGKRVTNCRMLVSRARSKLGISEEEQVAAEAVDLDWVSRFLTSLEQGNVDHVLSLLSEDVILVTDGGGKVVAATSPIQTRDQVALILAGALHALKSQGSVHAEFSPLNGETGIVLRAEGRTAAVIFLQHRRGKFERIYVVRNPDKLTHV				NA	NA	NA	NA	NA
JZ016_00792	825	azoB_1		NAD(P)H azoreductase	ATGATCTTAGTTACAGGTGCCACAGGCTCTGTAGGCCGTGAAGTGGTGCGGTTGCTGCACCAGGACGGTTATAGGGTGCGGGCGGTCAGCCGTGATCCCGAGAAGGCGAATTTTCCTGTAGAAGTTGAGGGGGTGGCCGGAGATCTAACGAAGCCGGAGTCACTTTTATCCGCATTTGACGGCGTGGAAAAAGTATTTTGGATGTTACCGCTAGCCGCCGACTTTAACTTCCCGCGGATCGCCCAGCAGTCCGGGGTTCGGCATATCGTATTGCTCTCAGCGGCAACCGTTGAAGTTGGGGTACAAAATGCCATTGCGCGACTTCACTTAAATGCCGAGCAGGCAGTCCGGGAATCGGGCGCATCCTGGACAATCCTGCGGCCGAGCGGCTTCATGACCGATGCGCTCCGATGGACAGATTCGATCAGGTCCGAGGGGGTTGTCCGGGTACCGTTTGGCGACCTCAGCATTCCAGTGATCGATTCGCGGGACACTGCTGCCGTCGCCGCAAAAGCGCTAAGCACTGACGGACATGAAGGGAAGGTTTATACGTTAACCGGACCAGAATCGCTAACTCGTCGGCAACAAATGCGAATACTTGGCGAGGTTTTGGGGCGAGAAATCGGGTTTGAATCGATCACAGACGATCTCGCACGTGAACAGTTACTTCGACATATGCCTCCGGAAATGGTGGAAGCTCTCTTTGATCTGTCTAAACAAGGTCAACGATTCTCTAAAGTGCTTCCTACAATGGAAGAAGTAACCGGCCGGGCACCTCGCACCTTCCAACAGTGGGTGACCGATCACTCCGAAGCTTTCCTGTAG	MILVTGATGSVGREVVRLLHQDGYRVRAVSRDPEKANFPVEVEGVAGDLTKPESLLSAFDGVEKVFWMLPLAADFNFPRIAQQSGVRHIVLLSAATVEVGVQNAIARLHLNAEQAVRESGASWTILRPSGFMTDALRWTDSIRSEGVVRVPFGDLSIPVIDSRDTAAVAAKALSTDGHEGKVYTLTGPESLTRRQQMRILGEVLGREIGFESITDDLAREQLLRHMPPEMVEALFDLSKQGQRFSKVLPTMEEVTGRAPRTFQQWVTDHSEAFL				NA	NA	NA	NA	NA
JZ016_00793	621	azoR4_1	COG1182	FMN-dependent NADH-azoreductase 4	ATGGCAGATGTACTATTCATTAAAGCTAATGATCGTGATCAATCCGTCAGCATAAAGCTCTACGACGCTTTCGTAAATGCTTACCGGGCGAAAAACCCTGGCGACAATATTACGGAATTGGACCTGTTCGAAGTGGAGCTGCCTTATTACAATGGCGAAATGTTTTCGGGCATTATCAAGCTTGCCAGCGGCGGTGAACTAACGGCCGAGGAACAAAAAGCAGTCCAAATCGCTAATCGCTACACAGATCAATTTATCGCAGCAGATAAAGTCGTAATCGCGTTCCCGCTTTGGAATTTTACGATTCCGGCTCAATTGCTCACCTACCTGTCTTATCTTAGCCAACCGCGGAAAACATTCAAGTACACAGCACAAGGTCCGGTAGGATTGCAAAGTGAAAAGAAAGTGGTGCTCCTTAACGCACGTGGCAGCGTTTACTCTGAAGGCCCGCTGGCTGAAAAGGAGATGTCGGTTAATTACGTAAAAAGCATGCTCGGTTTTTGGGGAATCACAACGATTGAAACGGTTGTCGTAGAAGGCCACAATCAATTCCAAGACCGCGCCCAGCAAATCATTGAAACCGGATTGACTGAAGCAGCAAAAGTAGCATCTGGATTTTAA	MADVLFIKANDRDQSVSIKLYDAFVNAYRAKNPGDNITELDLFEVELPYYNGEMFSGIIKLASGGELTAEEQKAVQIANRYTDQFIAADKVVIAFPLWNFTIPAQLLTYLSYLSQPRKTFKYTAQGPVGLQSEKKVVLLNARGSVYSEGPLAEKEMSVNYVKSMLGFWGITTIETVVVEGHNQFQDRAQQIIETGLTEAAKVASGF	PGPT0006790_1640	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118	NA	NA
JZ016_00794	645	rhtB	COG1280	Homoserine/homoserine lactone efflux protein	TTGTTTGATTTTCTAGACTATTCTCTTTTGCCTGCATTTATATTAGCGGCATTTATAGTTTGTATCACCCCGGGTCCGGATATGGCATTTGTTATCAGCCGGAGTATTTCACAGGGGCGCAGGCATGGGATTGCAACAGCAATTGGTATTCAAATGGGAACGTTAGTACATATCCTTTTAGCGGTTCTTGGCCTCTCAGCGATATTAATGACATCAGTTTGGGCCTTCTTAATAATTAAGTACATGGGTGCAATTTATTTACTCTATTTGGGCATTCAAACGCTGAGAAATAGAGAGGGAATTCATGTTACATCAAATAATATAAGAGTTAGTATATATAAAGCATTTTGGGAAGGAGCGTTAACGGATATTTTTAATCCTAAAGTGGCTTTATTCTTCTTAACATTCATTCCACAATTTATAAATCCGGATACTTCTAATATAAATAGTCAATTTATCATTTTAGGCATAATATTAGGCATTATTGGACTAACGGTTGATATTTCAGTAGCACTCATTGCAAGTTTGTTCGGTAATTTTTTATCCAGAAACAAAGTTGCTCTTTGGTGGCAGCAAACAATAAGTGGAGTTACACTGCTTGGATTAGGTACATGGCTAGCACTAGAAGGTAAAATGAATAAGTAG	MFDFLDYSLLPAFILAAFIVCITPGPDMAFVISRSISQGRRHGIATAIGIQMGTLVHILLAVLGLSAILMTSVWAFLIIKYMGAIYLLYLGIQTLRNREGIHVTSNNIRVSIYKAFWEGALTDIFNPKVALFFLTFIPQFINPDTSNINSQFIILGIILGIIGLTVDISVALIASLFGNFLSRNKVALWWQQTISGVTLLGLGTWLALEGKMNK				NA	NA	NA	NA	NA
JZ016_00795	333	yqjZ_1	COG2329	putative protein YqjZ	ATGGGAGCTATTGCAAAGACACCTGCACCGCCGTATTATGCGGTCATTTTCACTTCAGAAATGTCCGAAGGCGAGAACAGAGGGTACGGGAAGATGGGAGATAAAATGGTCGATCTGGCTTCGAAGCAGCCGGGTTTTCTTGGAGTCGAAAGCGTTCGGGGTACGGATGGAGTTGGGATTACTGTCTCTTATTGGGAATCGCTCGAGGCGATCAAGGCATGGAAGGAGAACTCCCTGCACAGGGTGGCTCAAGACAAAGGAAAGAGCGAGTGGTATGCAAGGTTCGGCTTGCGGGTGAGTAAGGTCGAAAGAGACGACTATATGAATATTTGA	MGAIAKTPAPPYYAVIFTSEMSEGENRGYGKMGDKMVDLASKQPGFLGVESVRGTDGVGITVSYWESLEAIKAWKENSLHRVAQDKGKSEWYARFGLRVSKVERDDYMNI				NA	NA	NA	NA	NA
JZ016_00796	882	cmpR_1		HTH-type transcriptional activator CmpR	ATGACCTTGGCGAAATACGAAATTCTCGGGAAAGTGGTCGAGACCGGGAATCTGACCAGAGCGGCGGAGCAGCTGAACTTAACCCAGTCGGCGGTGAGCCGTGCCCTCATTAGTCTGGAGCAGGAATTGGGTATCAAAATCCTCGCCCGGGGCCGGTCAGGCGTCCGGCTGTCCCATGATGGAGAACGGCTTTGGGAATATATGAAGGAAATGCTTCATTTACAGAAAAAAATGCTGCAGGAAGCGGATCAGATCAAGGGGCTGATGAGTGGTACCGTTACGATCGGCACGTTTACGAGCATATTTCATTGGCTGCCGGATATTCTTAACCGTTTTCAGCAGAAGTACCCATTAATAGAAATCAGGCTGCTTGACGGGCATTATCATGATATCGAGCGCTGGATCGCCGATGGGACTGCAGATTTTGGATTCGTGAATATGCCTTGTTCACATGGCCTGGAAACCACAATGCTCATAAGGGATCAGCTGATGTGCATCTTACCGGCTGGTCATGAATACAGCATGAAATCAGCGATATCGCTGCAGGATATTGCGGATGAACCGTTTATTATGCCCGCTAAAGGATGCGATACAGTTGTGAGAGCATGGTTTGACGGACAACGCGCGGTTCCCCGCGTACGGTTCGAGATTGAGGACGATCACGCCATTATGGCGATCGTTCGAAGCGGACTCGGCGTCAGCATCCTGCCGGAGACGATCCTTGCCTCGGCTCCTTCAGGTCTGGTCGCCCGTCCGCTATCCCCGGAAGCTTCGAGGTCGATTGCTTTAGCATCAGTTTCCTTTAAGAAATGTTCCCCCGCGGCAGCGAAGGCGATATCTTGTATTGTGGAGATGATGGGGGCGCATTCCGCGTCTTACTAG	MTLAKYEILGKVVETGNLTRAAEQLNLTQSAVSRALISLEQELGIKILARGRSGVRLSHDGERLWEYMKEMLHLQKKMLQEADQIKGLMSGTVTIGTFTSIFHWLPDILNRFQQKYPLIEIRLLDGHYHDIERWIADGTADFGFVNMPCSHGLETTMLIRDQLMCILPAGHEYSMKSAISLQDIADEPFIMPAKGCDTVVRAWFDGQRAVPRVRFEIEDDHAIMAIVRSGLGVSILPETILASAPSGLVARPLSPEASRSIALASVSFKKCSPAAAKAISCIVEMMGAHSASY				NA	NA	NA	NA	NA
JZ016_00797	276			hypothetical protein	ATGGTTCAAAAATACCTACAACAGGCCACCGGCTCGGCCAAAAATCGACAAATCTCACTTACGCCGAGCGACGATCCGGACTTGTACAAGGCTTATTCCATGGGTAGACCGTTTCTCGCAGCCGGACTTGCTGAGGTTCGGACAGCAGGGGGTGATCATCACGCAGTACAACCTGATCGAAGAGCAAACCCCCACATTAAGGAAGCGCTGGAGAACAACGAATATTATAAGCCCATGACATCCCTAACCTGGGATCACAGCGAACGGACTTTTTGA	MVQKYLQQATGSAKNRQISLTPSDDPDLYKAYSMGRPFLAAGLAEVRTAGGDHHAVQPDRRANPHIKEALENNEYYKPMTSLTWDHSERTF	PGPT0017245_1195	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00798	147			hypothetical protein	ATGGTAAAAAGCTACCCGGTCGATCTAACGAAAGGCACCATTTTGGTATTATATGGCAGAAGGCTTCGAGGAGAGAATCAGCTTCATAGTTCCATTGAAAGTCGCTATTTTAGCGGCTTTTTTGTATTATTTCGTTCTATCAATTGA	MVKSYPVDLTKGTILVLYGRRLRGENQLHSSIESRYFSGFFVLFRSIN				NA	NA	NA	NA	NA
JZ016_00799	291			hypothetical protein	ATGAATTTGAAAAAGACCATAGAAGCCGTTAATATTCATACAGAAGTGTGGTCGTTGATATTTCGTGCCCAAAAACTTGAAAATGAGGGGAGACGTACTCTCTCAGGTTTTGTCTTCATGGTCTCCACAGCCCTGAACATATTTATCTTGAAGATCATATGCTACTTTACGGATACTCCGAGTTTATTCAAATACTCTGAAATTACCTCAGCTTGTTTTACGGCGGCATTTATTTATATCGTTGTAGTAGGAATTGCAACCATTCCTTTTATCAAAAGAGACGGTACCTAA	MNLKKTIEAVNIHTEVWSLIFRAQKLENEGRRTLSGFVFMVSTALNIFILKIICYFTDTPSLFKYSEITSACFTAAFIYIVVVGIATIPFIKRDGT				NA	NA	NA	NA	NA
JZ016_00800	369			hypothetical protein	ATGACCATATTTTCGATTGTACTTCAAAGTTTATTGATCCTGTACTACCTCTTTTCAGGCTTTGCAAAAGTCATAGGCGCAAAATATTGGATCGATATTTTCAACACGCTTAGACTGCCTCAGTGGTTTCGTATCGTCGCCGGATTAGTCCAGTTAGTAGGTGCCATCGTGCTTATCATCGGCTACTGGGTTGAGGGGGCGGTCGCATGGGCCGGGATTTGGCTTGGAATTACGATGTTGGTAGCGGTCCTTGCGCATATAAGGGTTAAAGATCAGTTCGGCAAAACGGTGACACCCGTTGTGTTTCTTGTGTTCATCATCATATTAACCATGCTGAATGCAGACAATCTTTTGCTTTCCTTTGTATAA	MTIFSIVLQSLLILYYLFSGFAKVIGAKYWIDIFNTLRLPQWFRIVAGLVQLVGAIVLIIGYWVEGAVAWAGIWLGITMLVAVLAHIRVKDQFGKTVTPVVFLVFIIILTMLNADNLLLSFV	PGPT0028505_7194	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028505-catD-K15977	NA	NA
JZ016_00801	867	rhaS_5		HTH-type transcriptional activator RhaS	ATGACGGTAAGTTATATGATAGATGGCATGCCGGTATTAAATAGCCATCATCTGGAATGGAAACACATTCAATACGTTAAGTGGAATAAAGTTGCCCCTCAGGAAAGCTACGTTGAATCCATGCCTTATTATTTGATTACCGTAAATTCAACCCCAGAACCAATTAAGGCGGTGTCTCGTTTCGAAGGGCGTGACAACGAGAGAGTGGCGAGAGTGGGTGAGACCGCTTTATTCATACCAGGCAATTTAGAATACTTTAGGTTGGAGAAAGTGGAGGCTTCTTTTAGTTGTATTATGCTGTCTCCTTCATTGGTTCATCAAGTGGCAACTCAAGCTGACTTGGAATTTGTAGGTCAAGATGAATTAACAAACAAAATATCTTTATATGATTCGAAACTATTTCAATTAAGTCAATGGTTAGAAGATGAAATCACTAACAACGGAGCAAGAGGGAAGTTATACGTCGAATCATTATCCAATCTGATGGCCCTTCACCTGTTGGAGATGAATAAAACTTCCCCTCATAAGCAGCTTTATGTTTCGAGAAAATTATCGGAACAACAGCTGGCAAGAGCCATTGAGTATATGAATGTCCATTTTGATCGGGATATTTCGCTTGAAGAATTGGCTAAACTGGTCAATTTAAGTCAGACACATTTGATTCGAATGTTTAAACAAACGACGGGACTAAGTCCTTATCAATACTTCTTACACTTAAGGATTGATAAAGCTAAGACGTTAATCAAGAGCCGTGAATTTACAGTAGGAGAGGTTGCAGTGATGCTCGGATTTACCGACCAAAGCCATCTGAATCGTCATTTTAAGCGAATTACAGGGTTTTCTCCAAGAGAATACATGTCAACTTGA	MTVSYMIDGMPVLNSHHLEWKHIQYVKWNKVAPQESYVESMPYYLITVNSTPEPIKAVSRFEGRDNERVARVGETALFIPGNLEYFRLEKVEASFSCIMLSPSLVHQVATQADLEFVGQDELTNKISLYDSKLFQLSQWLEDEITNNGARGKLYVESLSNLMALHLLEMNKTSPHKQLYVSRKLSEQQLARAIEYMNVHFDRDISLEELAKLVNLSQTHLIRMFKQTTGLSPYQYFLHLRIDKAKTLIKSREFTVGEVAVMLGFTDQSHLNRHFKRITGFSPREYMST				NA	NA	NA	NA	NA
JZ016_00802	234			hypothetical protein	TTGAAATTTGAATTTGGACGTTGCTTGCTGAATGAACGATTGATGGAATCCGGAAAGTCAGCGGAATGGCTTGCCAAAGACTTGCTTATTAAACCGGAACGAGTTTACGACTTTATCGAAAACAAAAGAGTGATGCCACTCAAAATTGCCATATCGATCGCTGATTCCATCGGTTGTGAAGTAGGTGCCTTGTATGAATTAATTCCGAACGAACATGAAGCAAAAAGAGAATAA	MKFEFGRCLLNERLMESGKSAEWLAKDLLIKPERVYDFIENKRVMPLKIAISIADSIGCEVGALYELIPNEHEAKRE				NA	NA	NA	NA	NA
JZ016_00803	489			hypothetical protein	ATGACGTTAAAACCAGTATTTCGGTACGACATGACCATTGAGGAGATTGGCGTGGCAGGTAATCAGTATATCGAATCGGTGTGGAAAACATTATACGATTCGATGTTTGATGAGTTAACGATCGCTTTTCGTGAAATCGAGGATGCTGCCTATGGGCTTTATTTGGACCAATTGATGCCCGCACTATTTGATAGCCTTAAAGACGCCGGGTTCGAAGCAACGGAGCCCCTCAAGGAGCATGATTTCGTCATCGGGAAATGTTTGTTATTTCGCAATTCGCTTGAAAAATGGGGAACCGAGGAAGATAGGTCCAGAATTTTCTGGAACGTTATCCGTAGTACGAATGGTCAACAACCCATCGGAACTCTATTGACGGAAATCCCTCATTCTCATCTGAAATTCGACATTCCTAGGGCACCTGTATTATATTCGCTGAGCGAGCATGAGAGGGAACAAATTGCGCGAGGGATTCGACGAATCAAAGAATAA	MTLKPVFRYDMTIEEIGVAGNQYIESVWKTLYDSMFDELTIAFREIEDAAYGLYLDQLMPALFDSLKDAGFEATEPLKEHDFVIGKCLLFRNSLEKWGTEEDRSRIFWNVIRSTNGQQPIGTLLTEIPHSHLKFDIPRAPVLYSLSEHEREQIARGIRRIKE				NA	NA	NA	NA	NA
JZ016_00804	699			hypothetical protein	ATGGACTTTCGACCGAAAAAACTGGCAGAAAAGTACGGGGTAAGCAGCAGCACCCTGCGGAACTATGAAGCGAAGGGATTGATACCTCCTGCTGAACGATCTTCAAATGGATATCGTATGTATACAGAACACCATGAAGCTTATCTGGCATGTATTCAAGCCATGTCTGCTGCATTCGGTATGGAAGTAACGAGCGAGGTAATGCATTGTCTTGGACGAAACGAGTTAGATGACGCATTGTGGATCGTCAGGGATCGAGAGGTCATGCTGCATCGGGAAAAAGCAAGTTTGGATCAACTGGTACGGGAGTTGAAATCGTATTCTGAAGGTAGCCGAGCTCACGATTTTAACCAATATTTCAGCATCCACGAGGTCTCCAGACGGACGGGGGTTACTAAATCGGCTATCCGCTACTGGGAGCAAAGCGGCCTATTCACGGCTAAGCGAGACCCTGATAACGAATACCGTCTTTATAATGAAGCGCATCTCTTTAAAATTAGGATGATACAGGTCCTGCAGAGCTCTGTTTATTCCGAGGATACCGTCAACTTAAAACAATCCATTGCACGCTTAGAACTAGAGAACATCGAACATGCGATGAAGCTTTCTGAACGTATCCAGACTTACCTGCACAAAACGATCAAATTTCAGATGCGAGCGCTCTATTTTCTATATCGCTTGATTAAAGACTACTGTTAG	MDFRPKKLAEKYGVSSSTLRNYEAKGLIPPAERSSNGYRMYTEHHEAYLACIQAMSAAFGMEVTSEVMHCLGRNELDDALWIVRDREVMLHREKASLDQLVRELKSYSEGSRAHDFNQYFSIHEVSRRTGVTKSAIRYWEQSGLFTAKRDPDNEYRLYNEAHLFKIRMIQVLQSSVYSEDTVNLKQSIARLELENIEHAMKLSERIQTYLHKTIKFQMRALYFLYRLIKDYC				NA	NA	NA	NA	NA
JZ016_00805	231			hypothetical protein	ATGAAAACATTAGTAAACCGATTTGTAGAACAAAATCAATTTACGAATGCCGAAGCGCCACGTTCTTTGAACAATTATCTAGAGCTGATGAAACGCTACGAAGGAACAGATGCGACACAATTCGACAAGTGTCTGAGAGGATTTAACGCGAAACTTGATATTTTGTTGAACGATGGCGTTATAAAAGATTTCTCGGGCAAGCGGCAATTCGATAACAAACGGGATGCATGA	MKTLVNRFVEQNQFTNAEAPRSLNNYLELMKRYEGTDATQFDKCLRGFNAKLDILLNDGVIKDFSGKRQFDNKRDA				NA	NA	NA	NA	NA
JZ016_00806	1212	yteT_1	COG0673	Putative oxidoreductase YteT	ATGCAAGGGGGACTAACATTGAGAACATTAACGGCTGTACTATTAGGCGCAGGCAGTAGAGGAAGATACATCTATGGACCGTATGCGGAAAAATTTCCGAATGAATTGAAGTTTGTTGCTGTAGCCGAGCCGGACGATGAACGCAGACAACGTTTTGCAGAGATTCATCAAATCGCTGAAGAGCATGTTTATCATTCTTGGGAACAAGCATTCGAGCAGGGGAAAATAGCCGACGTGATGATCATCTGCACGCTTGATCGGATGCATTATATACCAGCTATGAAAGCGATGGAGCTTGGTTACCATGTCATGCTGGAGAAGCCGATGTCACCGGATGTGCGGGAATGCATAGACATGGAGCAAGCATCCCTTAAGCATAAGCGTTTGCTGGTGGTCACGCATGTGCTTCGCTATTCCCCGTTCTGGTCGGGCATCAAGAGATGCATCGAGGATGGGGAGCTGGGTGCCATCGGCACCATTCAGCTGACCGAGAACGTCGGCTATCACCATATGGTTCATAGCTACGTACGCGGCAATTGGCGCAATTCCGAGGAAACCAGCCCGATGATTTTGGCCAAATCCTGCCATGATCTGGACCTCATCTCCTGGCTGATGGATGAACCGTGCACAGCGGTTAGCTCCTTTGGCTCATTGCTGCATTTTAAAGCCGAGAACGCGCCGGAGGGTGCAACGGACCGCTGCATCGATGGTTGCGAAGCCGAGAGGGAATGTGCCTTTTCAGCGATTAAAATGTATTTGGAGCAGCCTGCCGATCATTGGGCGCGCTATATGACGCACGATTTATCACAGGAAGGCATTATCCGGGCGCTTAAGGAAGGACCGTTCGGCCGCTGCGTCTATCGCTGCGATAACAATGTTGTCGACCATCAGGTCGTCAATATGGAATTTGCCAGCGGCGCCAACGCTAACTTTATTATGTCGGGATTGACCCAGAGCGCAACTCGCCGTGTGCAGATTATGGGCACGCAGGGAGAGATCATTGGCGACATGGATAAAGGCTCATTTATGCTGTACCGCTATGCGACGGGCGAAGAGATTGAAATTAGATGCAGCGTGCAGGGAGACGGCCACGGCGGAGGCGATGAGCGCATGGTGAGCTCTTTCCTCAAAAATGTACATAAGTACATAAGGTCGACCGCAACCCGTCTCAAGGGCTTACATCGGCTACAGCTTCCTTGCAAAGCCATTTGA	MQGGLTLRTLTAVLLGAGSRGRYIYGPYAEKFPNELKFVAVAEPDDERRQRFAEIHQIAEEHVYHSWEQAFEQGKIADVMIICTLDRMHYIPAMKAMELGYHVMLEKPMSPDVRECIDMEQASLKHKRLLVVTHVLRYSPFWSGIKRCIEDGELGAIGTIQLTENVGYHHMVHSYVRGNWRNSEETSPMILAKSCHDLDLISWLMDEPCTAVSSFGSLLHFKAENAPEGATDRCIDGCEAERECAFSAIKMYLEQPADHWARYMTHDLSQEGIIRALKEGPFGRCVYRCDNNVVDHQVVNMEFASGANANFIMSGLTQSATRRVQIMGTQGEIIGDMDKGSFMLYRYATGEEIEIRCSVQGDGHGGGDERMVSSFLKNVHKYIRSTATRLKGLHRLQLPCKAI				NA	NA	NA	NA	NA
JZ016_00807	1683	cheB_3		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGTACAGGCTTTTAATCGTGGATGATCTGCCGATTATCGTAGATGGTCTTCTGGAGTTGTTCGAGAAGACGGAGCGCTTGCAGCTTGAAGTCATGAAGGCCTATTCCGGCGAAGAGGCGCTTGAGGTGCTGTCACATCACCGGATGGATATTGTGATTTCGGACATTAAGATGTCCGGAATAGAGGGCATTGAGCTGCTGCAGGAAATCAAATCGCAGTGGCCGAAGTGCAAAGTTATTTTATTGACAGGGTACAATGATTTTCACTATGCAAAGAACGCCCTTACGTTTGGCGCTTTTGATTATTTGCTGAAAGTGGAAAGCGACGAGAAGATCATTCATACCGTTGAACGGGCGATAGAGGAAATCGAAGAGGAACAGGATCAGGCGCAAATGATCCTGCGTGCCCAATCCAAAATGAGAATTGTGATGCCTTCCTTGCAGAAGGAATATATTTGGGGCTTATGTCAAGGCAAGACGATGACGGGGCAGCAGCTTCGGGACGCTTTTGCGGAAATGGACATCCCGCTCTACGCATCGCTGCCTGTCTATTTACTGATAGGCCGGATCGATGCCTGGAAGGAAATGTTCACGGCGCCGGACAAGGCTTTGCTCGCTTACGCTCTTCAAAATATCGGCGATGAGTATTTATCTGCGCATGTGCGCTGCTTCTCCGTCGTATTTGAGATGAACAAAATGGTATGGATCTTTCAGCCAAAAGCCAGCCCGGAGTTAACGACGGATACCGGTACGATGGAATGGACCAGGGCATACCGCTATGTGAGCGGCAATTTGGAGACGATCCAGGCGACCAGCAGAAAGCTGCTGAGCCTCTCCGTATCTTTTCTTATTGGCAGCGAGGCTGTCCCATGGAATCGGCTGTCGGATCGTTTTCATGGGATGAAATACGGTCTTATGCAGGGCCATGGCTTGTTCCATGAGGTCATCATGACAGATAAAGATATTCAGAAGTCCGAAGAAAATGAGAAGGCGAAAAGCTATCATGACAGCTTTTTTCACGCTCGCGTACAGCTGCTGATGAGCTGTCTTGAGAATAATCACCGCGAGCAGTTTAATCATCTGTTTGTTGAATTGACAGACATCTGGAACGATGCGAATACTCCTTATGAGCGCAAGGTTGAGTTGTACCATTTCCTATCTGCGGTATTTCTGGCGCATTTGCACAAAAATAAAGATTTGCGTGATTATATGAATACCCAGATTAATTTGGATAAACTGTTCCGCCAGGAGATGACCGCTTCATGGACGGAGCTCATTCCATACTATTGGCAAATGGCGGACTGCTTTTTTGAATGGAATGCGATTCGAGGAACAGAGCTGCCGGCGGAGGTCGTGGGTAAGGTGCATCGCTATATAGAGGAGCATATTGAGGATGATATATCCCTAACCGCTCTTGGGGATTATGTCAGCTTGAATCCATCCTATTTATCAAGGCTTTACAAGCAGATAACCGGAATCGGACTGTCTAAATACGTAAATGATTACCGCAATGTCATAGCTAAGGATATGCTGCTCAATACATCCATGAAGGTCAATGAAATCGCCGCCAAGCTCGGCTACAATTCAGCGCTTGCCTTTATCCGCTTTTTCAAGAAGCAAAATGATTTGACGCCGCAGGATTTTCGGACGGCCCGCACCGAAACGATGCAGCAAGGTCAATAA	MYRLLIVDDLPIIVDGLLELFEKTERLQLEVMKAYSGEEALEVLSHHRMDIVISDIKMSGIEGIELLQEIKSQWPKCKVILLTGYNDFHYAKNALTFGAFDYLLKVESDEKIIHTVERAIEEIEEEQDQAQMILRAQSKMRIVMPSLQKEYIWGLCQGKTMTGQQLRDAFAEMDIPLYASLPVYLLIGRIDAWKEMFTAPDKALLAYALQNIGDEYLSAHVRCFSVVFEMNKMVWIFQPKASPELTTDTGTMEWTRAYRYVSGNLETIQATSRKLLSLSVSFLIGSEAVPWNRLSDRFHGMKYGLMQGHGLFHEVIMTDKDIQKSEENEKAKSYHDSFFHARVQLLMSCLENNHREQFNHLFVELTDIWNDANTPYERKVELYHFLSAVFLAHLHKNKDLRDYMNTQINLDKLFRQEMTASWTELIPYYWQMADCFFEWNAIRGTELPAEVVGKVHRYIEEHIEDDISLTALGDYVSLNPSYLSRLYKQITGIGLSKYVNDYRNVIAKDMLLNTSMKVNEIAAKLGYNSALAFIRFFKKQNDLTPQDFRTARTETMQQGQ				NA	NA	NA	NA	NA
JZ016_00808	1731			hypothetical protein	ATGAAAAGTATATTCTTATTACAGGATTCCTCCATATTCAAAAAAATAATGGCTGCCTTTTTGGCAGCCTTACTGCCGCTTATGGCAATTACCTGGATGATGAATGAGCAAGGGGCCGATCATATCCGCAGTGAAATATCCGATTCGATTTTGAATACGACAAGGTTTTATTTAGAATCCCTGGATCAGGAAGCAGACCGGATCAGCCGATATTTGCCTAACTACGTTATGGACAGGGATTTGATGGAAGTGGCGGCGACAGGCGAGCAGATGAACTCCTATGAGCGGTCGTATAAAATATTGGATATTCAGCATCGCCTGGATTTAATGAAAAATTCCAGTCCGTTCATCCGCGAGGCGAAGGCGTACATCCCGCTTATCGAGCGCACGGTACTAAGCAACAGCTTTGAGACCAAGCTGAATGCGGAAGAATATGAAGCGATGCAGCCGGACAAGAAGCTTTATACGGAGCCCTTTATTTATTGGCAGGACCGGCTATTTATTACGATGCAGTACCCTGCAAGCAAAACGAACCCGCTCTATGTGGTAGGCGTAGAGCTCTCAACCGGCAAAATTAAAGAAACATTAGCGCAAATCGGCAACAGCAGGGGAGGCCAGACCGTATTGTTTAATCTGGAGCGCGGCTGGGAAATCCATAGCGGCTCAGACCTTGAATTGCGTGATCTGATGAAGCAGCTGGCTTTTGAGAAGCAGGCAGCGAAAATAGATGAAGGCTATGATACGATTCATTATAAAAACAAGCGATTTCTAACCGTATTCAAGTATTCCAGCCTCTGGAATTCATACACGGTAACGAGCATACCGGAAGAGATGATTCTCGGTTCATTGCAGGTATATAGGGCTTTGTTTTGGTGGGCTTGCGCGCTTGCTGTTTTTATTTTTTTATTCTTTACCTATTTTATCATCCGGTTAATATACCGTCCGTTGTTAAAGCTGGTGCGTACCTTCCGCCGCATGCAGCAAAACGAGCTGGAACCGATTTTGATCGATCGCAGGCAGGATGAGTTCGGCTATTTATACCAGGCTTTTAACGATACCGTGAAATCTTTGAAGACATTGATTGAGGAAAATTATGAGCAGCAAATTCGCAATCAGCGTTCGGAGCTGAAACGATTGCAATCGCAAATTAATCCTCATTTTTTATATAATTGCTTTTTCGTGCTTTGCCGCTTGATTAAATCCGATACGCAGAAGGAAAAAGCCTACCAGTTCTGTTTGTACATCGGGCAATATTTTCAGTTCATTACTCGCCATCATGATGACGACATTCTGCTGGATATGGAGCTTGAGCATTCCCGCACTTATGTGGAGATGCAGTCGATCTGTTACGGGGAACGAATCCAAGTGCTGTTTGAAGTCGAAGCCCAGCCGATTGAAGTCCCCCGATTGATTTTGCAGCCTATCATTGAAAATGCTTATAAGCATGCCCTCGGCAATATGCGCGGCACGGGCGAGCTATGGGTGCACAGCAAGCTGCGAAATGATGCTTTTTACATTTATGTAGAAGACAACGGCGAGTTCATGACGGACGAGGAGATCGATGCGCTTGGCAAGAAGCTGCGTTATTCAACCAACCAGATGGAGGAGACAACCGGCCTGCTGAATGTTCATCGCAGAATTCAGCTTCGTTATGGAGAAGCGTATGGGATTACCGTATCCCGCTCTGAGCTTGGCGGGCTTCAAGCTATTATTAAACTGAGCATGAGCTAA	MKSIFLLQDSSIFKKIMAAFLAALLPLMAITWMMNEQGADHIRSEISDSILNTTRFYLESLDQEADRISRYLPNYVMDRDLMEVAATGEQMNSYERSYKILDIQHRLDLMKNSSPFIREAKAYIPLIERTVLSNSFETKLNAEEYEAMQPDKKLYTEPFIYWQDRLFITMQYPASKTNPLYVVGVELSTGKIKETLAQIGNSRGGQTVLFNLERGWEIHSGSDLELRDLMKQLAFEKQAAKIDEGYDTIHYKNKRFLTVFKYSSLWNSYTVTSIPEEMILGSLQVYRALFWWACALAVFIFLFFTYFIIRLIYRPLLKLVRTFRRMQQNELEPILIDRRQDEFGYLYQAFNDTVKSLKTLIEENYEQQIRNQRSELKRLQSQINPHFLYNCFFVLCRLIKSDTQKEKAYQFCLYIGQYFQFITRHHDDDILLDMELEHSRTYVEMQSICYGERIQVLFEVEAQPIEVPRLILQPIIENAYKHALGNMRGTGELWVHSKLRNDAFYIYVEDNGEFMTDEEIDALGKKLRYSTNQMEETTGLLNVHRRIQLRYGEAYGITVSRSELGGLQAIIKLSMS				NA	NA	NA	NA	NA
JZ016_00809	885	ycjP_2	COG0395	Inner membrane ABC transporter permease protein YcjP	GTGGTTATTAAACCGTCATTCGGAAGAAGGGCTTTTCTAGTTTGCAACCTAGTCTTTCTAGCGTTTATATCTTTTTTGTGCTTAATGCCGATCCTTCATATTTTGGCGATTTCGTTTAGCTCGGGTTCGGCGGCGGCAGCCGGCAAGGTTGCGCTGTGGCCTGTAGAGTTTACAACGGCGGCTTATGATAACGTGTTCGGCAAGCCTGAGTATGTAAGAGCCTTTGGCATTTCGATTCAACGGGTTGTTGTCGGGACGGTATTAAGTATGTTGTTAACGATTATTACAGCTTATCCTTTATCCAAGGATCGCAATACGTTTCGTCTAAGAACCGTTTATGCCTGGATCTTCGTTTTTACGATTTTGTTCAACGGGGGACTTATTCCTACCTATTTGACAATTAAAAGCTTGGGACTTATTGATTCTCTAGGAGCGCTAGTGTTTCCTATGGCAATTAACGTGTTCAATGTCATCCTGTTGTTGAACTTTTACCGCAATTTGCCCAGGGAGCTTGAGGATGCTTCACGGATTGACGGAGCCGGGCATTTTTCAACACTTTGGAAAATATATGTTCCGCTATCGTTGCCCGCACTGGCAACAACGGGGCTGTTTACGATGGTAGGGCATTGGAATAGCTGGTTCGATGGCATGCTTTATATGAATCATCCGGAAAATTACCCGCTGCAAACCTTCTTGCAAACCGTTATTATTAAGATGGATTTCCGATTTCTTAAATCAGAAAATGTGGAACTCATGCTGCAGCTGTCTGACCGTACAAGCAGGGCGGCACAAATCTTCGTAGCGGCTTTCCCGATTCTTATCGTCTATCCATTCTTGCAGCGGTTTTTCATCAAGGGCATTGTAATGGGAAGTGTAAAAGAATAG	MVIKPSFGRRAFLVCNLVFLAFISFLCLMPILHILAISFSSGSAAAAGKVALWPVEFTTAAYDNVFGKPEYVRAFGISIQRVVVGTVLSMLLTIITAYPLSKDRNTFRLRTVYAWIFVFTILFNGGLIPTYLTIKSLGLIDSLGALVFPMAINVFNVILLLNFYRNLPRELEDASRIDGAGHFSTLWKIYVPLSLPALATTGLFTMVGHWNSWFDGMLYMNHPENYPLQTFLQTVIIKMDFRFLKSENVELMLQLSDRTSRAAQIFVAAFPILIVYPFLQRFFIKGIVMGSVKE	PGPT0017255_2229	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00810	906	yteP_13	COG4209	putative multiple-sugar transport system permease YteP	ATGAATAGTCTGACGCGCATGTGGAAGAAGGAATGGCCGCTTCATTTGATGCTGCTGCCGGGTTTAGCTATGATTGTTATTTTTAGTTACATTCCTATGACAGGAATCATGATGGCTTTTCAAAAATATGTGCCGAATAAAGGGTTGTTCGGCTCCCCGTTTATCGGATGGAGGAACTTCCAGCTGTTAATGGATTATCCGGATATCGGCCGCATCTTCTTTAATACGGTATACATTGCTGTAATGAAAATCGTTGCCGGTTTGTTCGTGCCAATCACGATAGCAATTTTGCTTAATGAATTGCGTAGAGAATGGATGAAAAGAACGTTCCAAACCCTGGTCTATCTGCCCCATTTTCTATCCTGGGTGCTGCTGAGCGGGATTTTGGTCGATATTTTGTCTCCTTCCTCCGGCATATTGAACCAGTTGCTTGGATGGTTCGGCATGAAGCCGATTTTCTTTCTTGGCGATAATAACTGGTTCCCTTATGTCATGGTTATTTCCGATGTATGGAAAGAATTTGGATTTGGTACCATTGTTTATTTGGCCGCACTGACAGGAATTAATCCTACGCTTTATGAAGCCGCTCAAATCGATGGTGCGGGCCGCTGGAAACAAACGCTTCACGTGACGCTGCCGGGAATGATGCCGACCATCGTTCTTATGCTGACGCTTAATATCGGCAATGTGCTGAATGCAGGATTTGATCAAATCTTTAACCTGTACAGCGCACCGGTTTATGAAAGTGCCGATATCATTGATACTTTTGTCTACCGTATGGGGATCCAGCAAGCCCAGTTTGGATTTGCCACAGCTGTCGGCTTATTGAAATCCGTCGTATCCTTTATTTTCATTTCCGTATCCTACGTACTCGCATACCGACTAGCGAATTACCGTATTTTCTAA	MNSLTRMWKKEWPLHLMLLPGLAMIVIFSYIPMTGIMMAFQKYVPNKGLFGSPFIGWRNFQLLMDYPDIGRIFFNTVYIAVMKIVAGLFVPITIAILLNELRREWMKRTFQTLVYLPHFLSWVLLSGILVDILSPSSGILNQLLGWFGMKPIFFLGDNNWFPYVMVISDVWKEFGFGTIVYLAALTGINPTLYEAAQIDGAGRWKQTLHVTLPGMMPTIVLMLTLNIGNVLNAGFDQIFNLYSAPVYESADIIDTFVYRMGIQQAQFGFATAVGLLKSVVSFIFISVSYVLAYRLANYRIF	PGPT0017250_2535	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00811	1674			hypothetical protein	TTGAAGAGCAAAAAAGCACTTGTCATGATCTCCTTGACGCTTGCATTGGCGATTACAGGCTGCGGCTTCAAAACGTCGTCTGAGCCAAACCAACCACCTGGAAATTCCAAGGAGCCGATCCAGACGACAGGCACTGGAAACAGCAAGGATATTATTGAGGTTTCAACGGTTTCGCCAAGCGATCCTTACTTGAAATTTGACGAAGGTGAAGACTTCGACAAAAACTCCGTTTATGACGCTTATGAAAAAGATATCGGTGTCAAAATTACAAACAAGTGGATTGCAGATGTAAGCCAATTTAAAGAGAGAGTAAAAATTGCGATCGCATCCAACGATCTTCCGGATTTCTTGCTTGTAAACGCTGCACAGCTTAAAGAGCTAACGGAGGCGGATATGATTATGGATTTGACAGAGATTTATGATCAGCATGCTACGGAAGAGACAAAAAAGTTTCTGACCATGGACGGCGGCATGCAAATGAAAACAGCGATGATTGACGGGAAAATGATGGGGATTCCAAGCTCCTACAACCCGTTCAACTATCAATTCTTGTTCGTTCGTACCGACTGGCTGAAAGAACTTGGCTTGCCGGAGCCAAAAACAATGGAGGATTTCATTGAAATTGCCGAAGCGTTCAAAGCGAAGAATCCTGGCGGTACAAAACAAGCTTACGGTATTGCGGTCAGCAAGAATCCTTTTAGTAATGAAACAGGCGTTACCGGTCTGAGAGCGTTCTTGAACGGCTATCATGCTTATGAAAACATTTGGATGGAAGACGGAAACGGCGGTTTGATGAACAGTGATATTCAGCCCGAAATGAAACAAGCTCTTGCAGCGCTGCAAGACATGTTCAAAAAGGGGTTGATCGATCCAGAGTTTGCGGTTAAAGATTCGGAAAAAGCCGCAGAGCTCATCTACGACGGCAGCATCGGCATGGTATTTGGCGCTTCCTGGACACCGGCACAGCTTGTTCAAGGGGCTGTGAAAGATGGCAAGGTGGTTCAAGAATGGGGCGTGTTCCCTATCCCTTCAATCGATAACAAACCTACATTGAATCAAATTGGCCTTGGCGTTGACGAGTACTATGTGATCTCTAAAAAAGCCAAGCATCCGGAAGGCGTAATCGGTTTGCTGAACCAATGGATCGTTGTTGATAATACGATGAATCCGACAGATGAGCAAAAAATCTATCTGTATGGTAAAGACAAACAAGAAAAAGGCAACAACTACTGGCTGCTGAACCCGCTTCGCGTAGGCAAACAGATGGATAACAACGGCGAAATTCTGCCGAAAGCGATCGAAACGAAAGATCCTAGCATTCTTCAAACTGCAGACCAGAAGGGTCGTTATGAACGTGCGATGAAATTTATCGATGGTAGCGATATCAATATGTGGTGGGAAGTGCTGATTTCGGGGCCGAACGGAGCGGTATCGCATAACCCAAAAATCCAGCAAAACAAAGAATACCTGCAAAACAAATTCTACGGCGCACCTACGCCGACGATGGCAGACCGTCAAGAAATTTTAACGAAGAAACGTGATGAAATATTCATCAAAATCATAATGAACCAAGTATCCGTAGACGAATTCGATACATTCGTTGAAGAGTGGAAGAAGCTTGGCGGCGATGAAATCACGAAAGAAGTTAACGAGTGGTATCAATCGATGAAATAG	MKSKKALVMISLTLALAITGCGFKTSSEPNQPPGNSKEPIQTTGTGNSKDIIEVSTVSPSDPYLKFDEGEDFDKNSVYDAYEKDIGVKITNKWIADVSQFKERVKIAIASNDLPDFLLVNAAQLKELTEADMIMDLTEIYDQHATEETKKFLTMDGGMQMKTAMIDGKMMGIPSSYNPFNYQFLFVRTDWLKELGLPEPKTMEDFIEIAEAFKAKNPGGTKQAYGIAVSKNPFSNETGVTGLRAFLNGYHAYENIWMEDGNGGLMNSDIQPEMKQALAALQDMFKKGLIDPEFAVKDSEKAAELIYDGSIGMVFGASWTPAQLVQGAVKDGKVVQEWGVFPIPSIDNKPTLNQIGLGVDEYYVISKKAKHPEGVIGLLNQWIVVDNTMNPTDEQKIYLYGKDKQEKGNNYWLLNPLRVGKQMDNNGEILPKAIETKDPSILQTADQKGRYERAMKFIDGSDINMWWEVLISGPNGAVSHNPKIQQNKEYLQNKFYGAPTPTMADRQEILTKKRDEIFIKIIMNQVSVDEFDTFVEEWKKLGGDEITKEVNEWYQSMK	PGPT0017245_933	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00812	861	rhaS_6		HTH-type transcriptional activator RhaS	ATGAAACTTCATATTGCTTATGACCATCCCATTCCTATCAATGCTTTCGAATGGACCCCTTCCACGTATCGGCAGCCGCCTCATATGCACGCGAGTCTGGAGATCGGCCTCTGTTTAACAGGCAAAGGCTATTTTTTCTTTGGCAACAAACAATATGCAGCGAATCCTGGCGACCTATTCCTGGTCAATAATGAAGAACGGCATATTGCCCAATCTGCCCCAGACGACCCGAGCCGCTATCTTTTTGTTAACTTTGATCCCGCGCTGCTGCTAGCAGAGGAGCCCGGTCTGCTGCTGCCGTTTTCCTATCGTTCCACTCATTTTTGCAATCATATTTTGGGCGGCTCGCCGCTCGCCAAACAGCTTACGCCTTGGGTGCTGGCTATAGCGGAAGAGCTGCGGGAGAGGTCCCCAGGTTATTTAGCAATGGCCAAAAGCGCGCTCATTCAGCTGTGCGGCCGTCTTCTTCGACATTACGACGGTTTGCTAACCGATAAAGAGCGTCATCATATGGTACACTCCGTTCGCCAGGCGCAATCACTGGCCGCTTTGGTCGAGCATCGTTACCGCGAGCCGGTTAGCTTAGGGGAATTGGCTGATGAACTTGGTTTAAGCATCTCGCGCGTGAGTCGGGCGTTTCTGGAAACGACCGGTTATCGTTTCTCGGAATATGTTTCCTTGCTGCGTGTCCAGGCTGCCAAGCGTGAATTGGCAGGTACGGACAAAGCTGTTGCTGATATTGCATTCGAATGCGGTTTTCAAAGCTTGCCTACCTTTTACCGCGTTTTTAAAGAGACTGTCGGTCTGTCTCCGGTCCGTTATCGGCAATCTATAGGGGTTACGAAAATGATCAAAAAATGA	MKLHIAYDHPIPINAFEWTPSTYRQPPHMHASLEIGLCLTGKGYFFFGNKQYAANPGDLFLVNNEERHIAQSAPDDPSRYLFVNFDPALLLAEEPGLLLPFSYRSTHFCNHILGGSPLAKQLTPWVLAIAEELRERSPGYLAMAKSALIQLCGRLLRHYDGLLTDKERHHMVHSVRQAQSLAALVEHRYREPVSLGELADELGLSISRVSRAFLETTGYRFSEYVSLLRVQAAKRELAGTDKAVADIAFECGFQSLPTFYRVFKETVGLSPVRYRQSIGVTKMIKK				NA	NA	NA	NA	NA
JZ016_00813	1383			hypothetical protein	ATGACGAAATGGATTGGACTGAGGGAAATAGTTCGAGACGAAATAAAACAGCGTGGAGAAGAAGGCTGTTATGTTGAGGGGGTGACCGAAGGTCTCGAAGCAGCCAGCACCGACGATGCAAAGTTAATGGAAGTATACCAGGCTTTAATGGCACTTGAACCACGTGCCGATTTCAAGTATATCGAGCCGTCGGAATTGGAAGCCATTCGCGCCGAACGTCCGGATGGACCGAGAATCCTGCCCGGAAACGGGGATGAACTCAAATGGCAGGATAAATTTCATGGTGCGTGGCTTGGCCGTTCGGCTGGTTGTGCGCTCGGAAAACCTCTCGAAGCTCCTTCCTTCATGCAAGGCTCCGGCGGAAGGCCCGGCTGGCACAATATCAAGTTGTGGTTCGAAGGCGCAGGGCAATGGCCGATTTGCCACTATACACCGGGGGATTCAACTGCAGAAGCCGAGTACGGTATCGAGATCGCAAGGTGGAGCAGCTTGGCCAGCTGCCGGGATAACATTCGCTTTATGGAAACAGACGATGATATTCGTTATACCGTTCTTGGCCTGCTCATGCTTGAGGAGCGAGGACTTGATTTCAACTCCTGGGATGTGGGCAAGCTGTGGCATCGTCATTTGTCCTTCGGGCAGGTATTCACGGCTGAAGCGCAGTCCTATCTTAATTTCGCTCGTGTCACTTCACATATTAGCGGCGATCAGCCAGATGACTGGGAGAAACATATCCATTGGGGTCGTTCTTATTTGAATCCTTACCGCGAATGGATCGGCGCCCAAATCCGTGTGGACGGATATGCATACGGTGCTGCCGGCCAGCCCCAGCTTGCTGCTGAGCTTGCTTGGCGGGACGCTTCCTTCTCTCATGTGAAGAATGGTATTTACGGCGCCATGTTTTGCTCGGCTATGATTGCCGCCGCATTCGTTGAACGTGATATGAAGCGAATTGTTGAGATCGGATTGAGTGAAATTCCGAAACACAGCCGCCTTGCAGAAGATATCGCATTAGCGGTCAACATTGCTGAGGAAACGGAAGACACATTAGATTTAGTGAGTAAAATATGGGAAGCATTTAAGCATTATCACCCTGTTCATACCAATAATAATGCTGCCTTATGCGCGGCTGCGCTCATTCATTCCGGAGGCGATTTTGAAAAAGGCATTACGACAGCCGTACTTGGAGGCTGGGACACCGATTGCAATGGCGCCACCGTCGGTTCCATTCTTGGCGCATCGCTTGGAGCGGCAGCACTTCCTGCGAAGTGGATCTCTCCGCTAAACGATACGTTGTATGCCGATGTCAGTGGCTTCCACCCCATTGCCATCTCCGAATGTGCGCAAAGAAGCTATCGCGTCTTCCGAAAATTGCAGCATTAA	MTKWIGLREIVRDEIKQRGEEGCYVEGVTEGLEAASTDDAKLMEVYQALMALEPRADFKYIEPSELEAIRAERPDGPRILPGNGDELKWQDKFHGAWLGRSAGCALGKPLEAPSFMQGSGGRPGWHNIKLWFEGAGQWPICHYTPGDSTAEAEYGIEIARWSSLASCRDNIRFMETDDDIRYTVLGLLMLEERGLDFNSWDVGKLWHRHLSFGQVFTAEAQSYLNFARVTSHISGDQPDDWEKHIHWGRSYLNPYREWIGAQIRVDGYAYGAAGQPQLAAELAWRDASFSHVKNGIYGAMFCSAMIAAAFVERDMKRIVEIGLSEIPKHSRLAEDIALAVNIAEETEDTLDLVSKIWEAFKHYHPVHTNNNAALCAAALIHSGGDFEKGITTAVLGGWDTDCNGATVGSILGASLGAAALPAKWISPLNDTLYADVSGFHPIAISECAQRSYRVFRKLQH				NA	NA	NA	NA	NA
JZ016_00814	564			hypothetical protein	ATGGAATTCATATTTATTCGCCATGGTCATGGAGAACATCTCAACGATTATCCAAATCGGTTAAATACTCTGCATCCTAGTCTTACAGAATACGGAAAATTTCAAGTAATGCAGCTACGAAATGAAATAATAATTGATCCTGATGATTTAGTTCTTGTAAGTCCAACTAAACGTACAATTGAGACGGCAACTATTATAAAAAATGATATGGACTTCATTATTTCTCCATTGGTTGGTCCGAGAATGTTTCCTCAGAACCTCGAACTTCCTTTTTTAGCTTGTGATCACATCCTTTCTAAAACTGAAATCACAAATCTATATGGAGATACTAAAATTCTTGATTTCAATTTGGATTGCTGGAAAGAAGGGATTAATAGGATCGAACAAGATACTTTTGAAGGGTATGCTAAGCGGTTATTAGATTGGATCGGGGAAAGCTATAAAAAAGTAATCATGATTTCACATGATGGCACGATAACGAATTATCGGATATTGCTTGGGGAAAAAGAATTGACCCGAGAAGATTTTCTCGGTGAGGCTGGGGTATATCGAATGAAGTTCTAG	MEFIFIRHGHGEHLNDYPNRLNTLHPSLTEYGKFQVMQLRNEIIIDPDDLVLVSPTKRTIETATIIKNDMDFIISPLVGPRMFPQNLELPFLACDHILSKTEITNLYGDTKILDFNLDCWKEGINRIEQDTFEGYAKRLLDWIGESYKKVIMISHDGTITNYRILLGEKELTREDFLGEAGVYRMKF				NA	NA	NA	NA	NA
JZ016_00815	849	rhaR_14		HTH-type transcriptional activator RhaR	ATGGAATCCTATGATACTAGTATCTTAAAGGTAACTGAATATATCGAACGTCGAATAAATCAAAAGATAACATTGGAAGAACTTTCGCGTGAGGCAGCATTTTCAAAGTATCATTTCATGCGAATTTTTAAAGCCTTAACTAAGGAAACACTTAATGAATACGTTAGGAAGCGACGGCTGACATTGGCTGCGAAAGAATTGATAGAAAGTGATACATCTCTTATTCAAATAGCACTCAAGTATGGCTACGCCTCGCAAGAAGCATTCAGTCGAACTTTTTCATCTTACATGGGAACTTCGCCATTAAGTTATCGAAAAAAAGGTGCACATCATTATAACTTATATAAGGATGTTTTATCCGAGGAAATTTTACGGACAAGGAAGCACCCTGTTCGTCATGAAACATGCATAATCGAAATCTCAGGATTTTATATTGGAGGTATTGTTTTAGAAAAGAATGTCAATAACCACACCATATCAAAGCATTGGAATCAGTTTTATGATGAATTAATCAAGCTTTCTATCGACCCCCATACAAAAAAATGCTTTGGTTATGAATCTTTGGATCAAGATAACGAGCCTTACTATATTGCGGCGGTTGAAGTAGAAAGTTTAGAAGAATTGCCTAAAAGCTGGATAGGGAAATACATACCGCCGCATAAGTATGCAGCAATTCCATTGGATAATGTAATTGAAAATATTCCATTTGCTATGGAAGAAATCTATCGAAATGAGTTACCTGCACTTCATGTTAAACCAGCGCTAAATTTCAGCCTGGAGTATTATGATGAAGATTTTACAGCCAATGAACCAACACACATGCTTCAATATTTAATACCCATCGAATAG	MESYDTSILKVTEYIERRINQKITLEELSREAAFSKYHFMRIFKALTKETLNEYVRKRRLTLAAKELIESDTSLIQIALKYGYASQEAFSRTFSSYMGTSPLSYRKKGAHHYNLYKDVLSEEILRTRKHPVRHETCIIEISGFYIGGIVLEKNVNNHTISKHWNQFYDELIKLSIDPHTKKCFGYESLDQDNEPYYIAAVEVESLEELPKSWIGKYIPPHKYAAIPLDNVIENIPFAMEEIYRNELPALHVKPALNFSLEYYDEDFTANEPTHMLQYLIPIE				NA	NA	NA	NA	NA
JZ016_00816	939			hypothetical protein	TTGTATATTGGAAACGGAGCTTATTGTTATGCGAATTCGGCAAGTATGTTAATGAAAAGCGTTGGGGAGGATGTTCGTCCTTCATTGCTTGAGGTTCTATCAGGAGTTGGTCTAGGGGTAACGATGTATGGTAATGGAAATCTATTTTTACATAACAATACGGCAGATCCAGATGTTGCAATATCTAAAGCCATGGAGATTGCTGGATTTGCTTTCACAGAAGTATTTTCCAAAGCGGATGCTGAATGTCCAATTGATGAGATGAAAAAGCTTTTAGAAAAGTCACCTGCTATGCTTGGACCAATTGATATGGGATATTTAACCTATTCGCCAAATCATCAATTTCAACAAGGTGCTGACCATTATGTATTAGCTTATCGCATGGATGACAAGTATGTTTACGTTCAAGATCCAGCAAACTTCCCGTATGTGCGACTACCTATTGAAATGCTCAAGAAGGCATGGAAAGCTGAGAATATTGCATATGGTCGAGGCAGATATCAATACTGGCACTCCATTAGAAGAGTAAGTAATCCTTCCATGGATGAGATTTATGATGCTTCCATTCGTTTTTTCCAAAATATTTATGAAAATACAGGAGAAATCGGAAAACAAATTGGAGCAAAAACTGGAAAGGCAGCAATTGAAGTCTTCGTTGAAAAATTACGCAGCAATGAAATCTCTGATGATGCAGTTGGCAACCTTAAATTTTTCGTTTTCCAACTGGGAGCAAAGCGTGCCAATGATTTTGCTAATTATTTTGAGAACCGAAACGAAACTCTATCTCAACTAAAAAGACAACAAGCCGAACTCCTTGGATTATGTCATTCGCTAACCATGGAAGGCGATTGGAAAGAGCTTGCTTCTGTGCTTGAGAAGTTCGGAATATTGGAAGAAGCTTTTGAAGGAGAAATTCGTGGATTACATGTATATTCCTGA	MYIGNGAYCYANSASMLMKSVGEDVRPSLLEVLSGVGLGVTMYGNGNLFLHNNTADPDVAISKAMEIAGFAFTEVFSKADAECPIDEMKKLLEKSPAMLGPIDMGYLTYSPNHQFQQGADHYVLAYRMDDKYVYVQDPANFPYVRLPIEMLKKAWKAENIAYGRGRYQYWHSIRRVSNPSMDEIYDASIRFFQNIYENTGEIGKQIGAKTGKAAIEVFVEKLRSNEISDDAVGNLKFFVFQLGAKRANDFANYFENRNETLSQLKRQQAELLGLCHSLTMEGDWKELASVLEKFGILEEAFEGEIRGLHVYS				NA	NA	NA	NA	NA
JZ016_00817	975	adhT_1		Alcohol dehydrogenase	ATGACTAAACATCCAAATACTATGAGGGCTGCAGTGCTTGATCGGTTTGGCGGTCCAGAAGAACTGATACATCGGGAGATTGGTGTGCCTGAAATCGGCCCCGAAGATGTATTGATTGAAGTTGCCTATGCGGGTGTTGGAGAGTGGGATGCATTCGAACGACAAGGCGGATATGCAGAAATGTTAAACATGAATCCAGAATTCCCTTATATTCTCGGTTCGGAAGGTTCAGGAATCGTGATTGCGCGGGGTGAGAAGGTGTCTAATGTAGATTTGGGAGATCAGGTCTATGCACCAGCCTTTCTGAATCCTAATGGCGGCTTCTATGCGGAATATGCGGCCATCAATGCCAAGTATGTCTCCCGAATTCCGGATGGATTAACCATGCAGGAGGCGGCGGTTATTTCTGGAGTCGGAATTACCGCATTGCGCGGGCTGGAGGGTGTACTGCAACTTCGACAAGGGGAGTCTATTCTGATTTTTGGAGCCAGCGGCGGGGTTGGACATATCGCCGTGCAGTTGGCGAAGGGAATGGGAGCCCGTGTATTTGCGATTGCTTCAGGTGAAGACGGAGTTGCCATAATGAAGAAACTTGGCTGTGATGCTACTGTAAACGGCAAAGATAAGGATATCTCTTCGATGGCAAGGAAATTTGCGCCGTCTGGATTCGATGCAGCCATAATTACCGCAGGGGGAGATGCGGCTAATGCTGCTGTCAACTGTCTCCGTAAAGATGGACGACTCGTATACCCTCACGGGATACAACCAGATTTACGGATACCCGTAGGAATCAAGGCTACAGGATATAACGGCGAACCCGAGCCCGAGATTATAGCCCGACTTCAACGTCATATTTCACAGTATAGGTTAACCGTTCATATCAGTCATATTTTTGATCTGAAGGACGCCAATAAGGCTCATGAGGCTCTCCAAAATCATTATTTGGGGAAAATTTGTCTGAGAGTGAATCCATAA	MTKHPNTMRAAVLDRFGGPEELIHREIGVPEIGPEDVLIEVAYAGVGEWDAFERQGGYAEMLNMNPEFPYILGSEGSGIVIARGEKVSNVDLGDQVYAPAFLNPNGGFYAEYAAINAKYVSRIPDGLTMQEAAVISGVGITALRGLEGVLQLRQGESILIFGASGGVGHIAVQLAKGMGARVFAIASGEDGVAIMKKLGCDATVNGKDKDISSMARKFAPSGFDAAIITAGGDAANAAVNCLRKDGRLVYPHGIQPDLRIPVGIKATGYNGEPEPEIIARLQRHISQYRLTVHISHIFDLKDANKAHEALQNHYLGKICLRVNP	PGPT0013255_3501	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
JZ016_00818	708			hypothetical protein	GTGACTTATGAAGAAATCATGCAGGCATTGGCTGGCATGGGCAGTGAGCAGACGAGAAGCACTTATATTCGCCATGGTGCGAAAGAGCCGTTCTTCGGCGTTAAAATCGGGGACATGAAGAAGCTCGTTAAGCATGTGAAAAAAAACCAAGCTCTCGCTCTGCAGCTCTATGAATCCGGTAACTACGATGCGATGTACCTGGCGGGGCTTAGCATCAATCCGAAGACCATCACCAAAGAACAGTTGCAGCATTGGGTGGCAGGAGCCAATTGGCATTCGCCTGCCGAGTATACGGTAGCGAGAGTAGCCGCGGAAAGTCCGCACGCGCATGACCTGGCGGTGGAGTGGATTGATTCGCCGGAGGAACTGGTCGCCGTAAGCGGATGGAGTACATATGCCAATTATGTATCGGTTGCGCCAGATGAAGCACTCGACATGGAGGAATTACGCAGTTATTTGACAAGAGTGCGCGACACCATCCACGACGAGCGCAACTGGGTCCGCTATGTTATGAATAATTTCGTTATTTCGGTCGGTGCATACGTTGAGCCATTAACGGAGGAAGCGAAGGCAGTCGCGGAGGTGGTCGGCAAAGTGCATGTGGATGTCGGCAATACGGCATGCAAAGTGCCGCTTGCAACGGAATATATCGGCAAAATCGAGGCGATGGGCCGAATCGGAAGCAAGAAAAAGACCTGCATTTGTTAG	MTYEEIMQALAGMGSEQTRSTYIRHGAKEPFFGVKIGDMKKLVKHVKKNQALALQLYESGNYDAMYLAGLSINPKTITKEQLQHWVAGANWHSPAEYTVARVAAESPHAHDLAVEWIDSPEELVAVSGWSTYANYVSVAPDEALDMEELRSYLTRVRDTIHDERNWVRYVMNNFVISVGAYVEPLTEEAKAVAEVVGKVHVDVGNTACKVPLATEYIGKIEAMGRIGSKKKTCIC				NA	NA	NA	NA	NA
JZ016_00819	459		COG3279	putative HTH-type transcriptional regulator	ATGAAAATCCTACTCGACATCAACCCGCGCAACGAAGAAACCACGGTGACGATTCACTGCAAAGAAATGACCCCAGCCATCCAGGAGATCCTCGAGTACCTCAACAAGAATGACACTGATTTGATCGTCGGAAAAGATGGAGAGAACCAGCACTTAATTAAGCACGAGGATATACACTACTTTCGTACAGAAGGCGATGTGGTCACAGCCGCCACCTCAGAAGGAATCTTTAAAGTGAAAGAAAAATTATATGAGCTCGAAAACTCCCTTCCCTCCCACCGCTTTATCAGGATCTCAAAGTCCGTCATTGCAAACCTGTATGCAATGAGCCATTTCGAACCATCATTTAACGGGACCCTTTGTGTTCACTTTAAATCAGGTGAGAAAGAATATGTTTCGCGTCATTACATTAGCCGAATTAAAGAAGTTTTAAAAATGAACCGGAGGGAAACGAAATGA	MKILLDINPRNEETTVTIHCKEMTPAIQEILEYLNKNDTDLIVGKDGENQHLIKHEDIHYFRTEGDVVTAATSEGIFKVKEKLYELENSLPSHRFIRISKSVIANLYAMSHFEPSFNGTLCVHFKSGEKEYVSRHYISRIKEVLKMNRRETK				NA	NA	NA	NA	NA
JZ016_00820	411			hypothetical protein	ATGAATGCATTTATTTTCAGAAGCATCATCGGCATATTCTTCGGGGCTTTTATTGCTGTTATGACTACAAGTGCGCTTATTTATTTTGGTGGACAATCGACAATAGACGGGCTGCTTTTTATTAAAGATGCAGTTGGCTATATTTTTTGCGGCTGGCTGTTTACTGTCACACCACTCTATTTTAAGATCCGCTCACTTCGCCTGCCCATGCAGACAGCCCTGCACTTTCTAACAGTCACCATCGTCTACTTTATATTAGGCCTATGGATTGGCTGGATTCAGATTGGTGTAAGGAACTTTTTGATATACTTGGTCATCTCTATTTTCGGTTATGCCATCGGATGGATTGGGTTTTATCTTTATTTTAAAAATGAATCGAAAAAGCTGAATAAAGATCTTAGAAGACATTGA	MNAFIFRSIIGIFFGAFIAVMTTSALIYFGGQSTIDGLLFIKDAVGYIFCGWLFTVTPLYFKIRSLRLPMQTALHFLTVTIVYFILGLWIGWIQIGVRNFLIYLVISIFGYAIGWIGFYLYFKNESKKLNKDLRRH				NA	NA	NA	NA	NA
JZ016_00821	912	btuD_4		Vitamin B12 import ATP-binding protein BtuD	ATGGAGAGTGTTATTACAGTTAAAAATCTATCGAAAAACTTTGGCGGGACCCAGGCAGTAAAGAATCTTTCCTTTGATGTTTACAGAGGTGAGATCTTCGGGATTATCGGGCCGAACGGCGCGGGGAAAACGACCACCCTCGAAATTCTGGAAGGAATCTCTGATCCAAGCCATGGAGCGGTTGAAGTTCTTGGACTTGTTCCCAATAAGCAGCTTCGTGAGTTAAACAAGAGAATTGGAGTCCAGTTTCAGGCCACTTCGATACAGAAAAAAATGAAAGTAAAAGAAGCGCTGGATCTCTTTTCTTCATTTTACGATAACGCCACGCAAAAAGATTATTTAGTAGAATTGCTTGGCTTACGCGAAAAGCTGAACGTAAAGTTCGATGACTTATCCGGCGGATGGAAACAGCGGGTAACTCTTGCTTTAGCCACTCTGCATGAGCCTGAAATCTTATTTCTTGATGAGCCGAGCATGGGGCTTGATCCCTCAGCAAGACGGGACATGTGGTCATTGATCCGACTGTTAAGGGACCGTGGAAGTACCATTGTGATAACCACGCATTATATGGAAGAAGCTGAGCAGCTGTGCGACAGGGTAGCGATGATTTACAGCGGCCAATTGCAAGCTTTGAACTCCCCTCGTGAATTATTAAACGAAGGTGCTGCTGGCTGTCTTGCCTTTATCAGCGAAGAACTCGGTCCCGAATATTTAAGCTCGCTTCCCGGTGTGGAGCGCGTTGACAAGAATCAAGCCGAATTCAAGGTGTTTTGTGATGACCAGCAGACAACGGCTTATCACATTTTCAGTTACTGTCAGGGAAAAGGCATCCCATTGTCCAGCTTCAGATTTGAGAAAGGCTCTCTTGATGATTTATTTGTTCAGTACCTGGAAAAGGAGAAGATCGGATGA	MESVITVKNLSKNFGGTQAVKNLSFDVYRGEIFGIIGPNGAGKTTTLEILEGISDPSHGAVEVLGLVPNKQLRELNKRIGVQFQATSIQKKMKVKEALDLFSSFYDNATQKDYLVELLGLREKLNVKFDDLSGGWKQRVTLALATLHEPEILFLDEPSMGLDPSARRDMWSLIRLLRDRGSTIVITTHYMEEAEQLCDRVAMIYSGQLQALNSPRELLNEGAAGCLAFISEELGPEYLSSLPGVERVDKNQAEFKVFCDDQQTTAYHIFSYCQGKGIPLSSFRFEKGSLDDLFVQYLEKEKIG	PGPT0006725_13631	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_00822	741			hypothetical protein	ATGAACGCAATCGTAAAACTCGCCAGTTTAGAAACAAAAATGTTCTTTAGAGACCGTTTAAGCATGTTTTGGACATTCCTCTTTCCAGTAGTGATGATTGTGCTGTTTGGTTCCATGTTTGTTGGAGATAACATGAGCCAACAGGCTTTTGCGGAATATTTTGTTCCTTCATGGATTGGCGTCAATATCGTAACCACTTCCTTTTTCACACTGGGAACTGTTTTAACCAATTACCGGGAAACGGGCGTATTAAGAAGATATCAATCAACACCGCTCCAGCCGTGGAAAATCCTCGCCGCCCATACCTTTCAAGGGACCGTCATCTTTGCTATATCCGCCATGCTTCTTATGGTCTTTGGCATGCTGCTCTATGATTTAACCCTGCCGGCCTATATCGGAAGCACCCTGCTTTCATTGCTTATTAGCATCCTAGCCTTTTTCCCGTTTGCTTTATTTCTGACTTCCTTAGCAAAAAACACTCAGGCTGCATCCGCAATCAGTTCATTATTTCTAAACCTGATGCTGTTCCTGTCAGGAGCGACTTTTCCGCTGGAGATGATGCCGACGTTTCTTCAATATGCAGCGAAAGTACTCCCGCTCTATTACGTCATTCAGTTGCTGCGGGGGACGTGGACAGAAGCACCCATTACGGAATATGGTTTTGAAGCTGCTGTTTTGATTGGCATTGCGATTGTATCTGTAGTACTTGCTACACGGTTCTTCCGGTGGAGCGGGAAGTAG	MNAIVKLASLETKMFFRDRLSMFWTFLFPVVMIVLFGSMFVGDNMSQQAFAEYFVPSWIGVNIVTTSFFTLGTVLTNYRETGVLRRYQSTPLQPWKILAAHTFQGTVIFAISAMLLMVFGMLLYDLTLPAYIGSTLLSLLISILAFFPFALFLTSLAKNTQAASAISSLFLNLMLFLSGATFPLEMMPTFLQYAAKVLPLYYVIQLLRGTWTEAPITEYGFEAAVLIGIAIVSVVLATRFFRWSGK	PGPT0006730_22569	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_00823	294			hypothetical protein	ATGTCTCAATTCCCTACTTTAGAAACGGAAAGATTTATACTTAGACAGATTAAACAAGATGATTCACAAGAAATATTTCAATATTTCTCAATGGATGAAGTCACAAAATTTTATGATTTGGAGAGTTTTACGAATATTGAACAAGCAGAAGAACTAATTCGCAGATGGAATCAGAGATTTGAAAATAATCAAGGAATCCGCTGGGGAATCACCTTGCGGTCGGAAGACTGTGTAATTGGAACTTGTGGATTTCATGGTTGGGCGAAAAATCATTGCAAGATTGAAATCGGGTAA	MSQFPTLETERFILRQIKQDDSQEIFQYFSMDEVTKFYDLESFTNIEQAEELIRRWNQRFENNQGIRWGITLRSEDCVIGTCGFHGWAKNHCKIEIG				NA	NA	NA	NA	NA
JZ016_00824	897	rhaR_15		HTH-type transcriptional activator RhaR	ATGGATTGGCTTACGAGGATGAATCGGGCATTGGATTATATTGAAACAAATTTATCCGGAGAAATCGACCTGACGAAGATAGCAAGCCAAGCTTGCTGTTCGTCTTATCAGTTTCAAAGAATGTTCTCCTTCGTTACGGATGTTACACTGGCGGAATATATACGACGCAGACGGCTTACTCTTGCAGCAATTGATTTGTTGAATAGCGATACGAAAGTGATTGATATCGCCATTAAGTATGGTTACGATTCACCGGTTTCTTTTGCAAGAGCTTTTCAATCGATGCATGGTGTCAATCCAACCACGGCTCGTCAAGAAGGTGTCGCGTTGAAAGCATATCCACGGCTTACCTTTCTTATTTCAATCAAAGGGGTTGAGGCGATGAATTATCGGATCGAAACCAAGGAATCTTTCCAAGTATTTGGCATTGAAAGAGTGTTTCAAACAAGCGGTGATGGCGATGGACTGAGTACACCAGGGGGATTATGGCAACAATGCCATGCCAATGGCGAAGTAGAGAGACTTACTGCCAATGCGGGTGAATTGCCTGTATATCTGAGTAAGGATATGTATAAAGTGCATGCAGTGTGCAGTTATCGAAAAACCGAAAATGATACGTTTCCGTATATGCTGTGTTCATTTAAGAGCGATTCCAGTAAAACAGATGGATACTTGGAAATAACGATCCCTTCACTCACTTGGGCAATATTCCCATCAGAGCTGTTTACATGGGATCAATTTAATGATTCCATCGAGTCGTTATACCACCGCTTTTATTCAGAATGGCTTCCAACAGCAGGATACGAGCAGGTGGATGGAATGGAATTCGAAGTCTATGGAGGCAGAAATGGCCTTAATTTTGTAGAATTGTGGTTCGCGGTACGAAAAACCTCCTGA	MDWLTRMNRALDYIETNLSGEIDLTKIASQACCSSYQFQRMFSFVTDVTLAEYIRRRRLTLAAIDLLNSDTKVIDIAIKYGYDSPVSFARAFQSMHGVNPTTARQEGVALKAYPRLTFLISIKGVEAMNYRIETKESFQVFGIERVFQTSGDGDGLSTPGGLWQQCHANGEVERLTANAGELPVYLSKDMYKVHAVCSYRKTENDTFPYMLCSFKSDSSKTDGYLEITIPSLTWAIFPSELFTWDQFNDSIESLYHRFYSEWLPTAGYEQVDGMEFEVYGGRNGLNFVELWFAVRKTS				NA	NA	NA	NA	NA
JZ016_00825	498			hypothetical protein	ATGGAAAGTAAATTTCCTTTATTTATCGTAACAGGTGCAAGTGGGTCTGGGAAAACATATGTTATCAAGGAATTGCGGAGATTGATGCCTGATTTTGATATTTTTGACCCTGATAGTCTTATTGAATTTATCGGGCACGATTGGGAGAAAATGCGAAATATTTGGCTGCGGGTTGCACGCAATATCGCTGAAAATGGACGCATGATTATAATATGCGGAACAATGATGCCGTGGGATATTGAAAAATGTGCGGACTTTCCTTTTTTTAAGCATGTATATTACCTAAACCTGCATTGTGATGAGGAAACGCGCGAAAAACGTCTACGTGAAAGAAATTGGGCGGAGGAAGAGATTCAAAACCACAAAAACTTTGCAAAACGATTGCTTGAAATTGCCGATGAGGTCTATAACCCACCTATGCCTACTATTGATACAACGGTTACTGATGTAACCGAGGTTGCCTCTCGGATAAAAGAGTGGGTTCACCAATACGCTTGA	MESKFPLFIVTGASGSGKTYVIKELRRLMPDFDIFDPDSLIEFIGHDWEKMRNIWLRVARNIAENGRMIIICGTMMPWDIEKCADFPFFKHVYYLNLHCDEETREKRLRERNWAEEEIQNHKNFAKRLLEIADEVYNPPMPTIDTTVTDVTEVASRIKEWVHQYA				NA	NA	NA	NA	NA
JZ016_00826	1428	cheB_4		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGATCCATGTTCTCATCGTAGACGACGACAAGCTTGTACGTAAGGGACTGATGTCCTTTTTACCCTGGGAATCGTTCGGAATGAGAGTTGTAGGCGAAGCTGCCAACGGGGAGAAGGCGCTCGATTTTCTGAAGGCGAATCGGGTAGACCTGTTAATGACCGATCTGGCCATGCCCGTGATGTCGGGCATCGAATTAATTCGGGTTGTACGCAAGTTATATCCGCATATCGCGATCGCCGTGTTGACGCTTCATCAGGATTTTGAATACATTCAGGAAGCGCTGCGACTGGGTGCCATTGATTACATTGCCAAGGTAGAGCTAGAAAAAGACCAGTTCGAAGAAGTGTTTCGTCGCATCCACTCGCGCATTGTGGAAGAGAAGCAGAAGCACAAGAATGAGTCGCATACGATAGCAGAGGTTTGTTCTTCCGATACGGCCTATGCGCTATTGACATTCCCGGATGAGCCATTAACAAGCAGTATGGTTGCGGATTGTGTTTCCTTGGGCTGGATAGCCGAATCGGAAGGATCTATTCTGATGTGGTTGACGGATCTTGCCAAGGAGGTTCAGCCTCAAGACCATTACGAAGAAGACCCGTTGCCGCCGCTTCCAAACGGAACGCGCAGCTCCGGATGGCATATGGTGCGGTTACGGCATGCAGCCGGTTTATCTCCATCCGATCTGCACCAACGGATACGGGCTTACAGGAGCAGAGATTTTTTTTACGACTTCGACGGCAATGAGCCCTATCCGATTGAGAAGTCTGTCATGGAGCTGCTGGCAGAACATCCTGAACCGGGAGAAGAGGAGACGGACACTGTGAAGAATTTACTACACGCCTTCACTTGGGTCCATGACGATGAAGCCTTTGATAAGCTTTGTAGTCGATTAAAAGAACTGCGTATACCCGTCCCCAAGCTAATGCAATGGATCTATGGCTTTATGGTTGACTGGAACCGGCTCTATAGAGCGATACAACCTGATGATATTAAGCTCCCTGACACATTTACGTGCTGGCGGGAGGTTACGGACTGGCTGAAACATTTCAGGGAAAATGGGATTACGCGCTCAGGCAGCCTGCAGCTGAGCCCGGAAGTGAGCGGCAGCATTATGACCGCGGTAAAGATCGTGCACGATGAACTGGAGTTTCCGTTATACGCCATCGATGTCGCGAAGCGGGTCAATCTAAGCCGAAGCTACTTTTATCAATGTTTCAAAGAAATCGTAGGCTTTTCCTTCAATGAATATCTGCGCAAGGTACGAATCGATAAAGCGCGGGAATATCTGGAGCAGACGGCCAGGCCAATTGTCTGGATTGCCAAGCAAACCGGATACGAAGATGAGAAATATTTCAGCAGAACTTTTCGAGAGCAGACAGGTATGCTCCCGAGCGAATATAGACAGCAGTATAAGTCGAGGTTATAA	MIHVLIVDDDKLVRKGLMSFLPWESFGMRVVGEAANGEKALDFLKANRVDLLMTDLAMPVMSGIELIRVVRKLYPHIAIAVLTLHQDFEYIQEALRLGAIDYIAKVELEKDQFEEVFRRIHSRIVEEKQKHKNESHTIAEVCSSDTAYALLTFPDEPLTSSMVADCVSLGWIAESEGSILMWLTDLAKEVQPQDHYEEDPLPPLPNGTRSSGWHMVRLRHAAGLSPSDLHQRIRAYRSRDFFYDFDGNEPYPIEKSVMELLAEHPEPGEEETDTVKNLLHAFTWVHDDEAFDKLCSRLKELRIPVPKLMQWIYGFMVDWNRLYRAIQPDDIKLPDTFTCWREVTDWLKHFRENGITRSGSLQLSPEVSGSIMTAVKIVHDELEFPLYAIDVAKRVNLSRSYFYQCFKEIVGFSFNEYLRKVRIDKAREYLEQTARPIVWIAKQTGYEDEKYFSRTFREQTGMLPSEYRQQYKSRL				NA	NA	NA	NA	NA
JZ016_00827	135			hypothetical protein	ATGGGAATCGGACTGAATTATGTCAAACGAATGTTAGCATTTCACTATGAAGGGAAAGCGAGTCTGACGGTAACAAGCGAGCTTGGCAATGGTACCCGCATCATCATTTCGATACAAATTGGGGAGGGAAATTAA	MGIGLNYVKRMLAFHYEGKASLTVTSELGNGTRIIISIQIGEGN				NA	NA	NA	NA	NA
JZ016_00828	1632			hypothetical protein	ATGGGGATGCTAGCGTTGAAACCGGAAAAGAATTGGAAGTCCCGCCTGAAGCGATTGACCTTGAAAAATAGAATTCTTTTACTGTTCGCCGCAGCAACATTGATCCCTTTCATCTGCACCTGTTATCTTTCATACAACACCATTACATCCATTCTGAATACGAAGCTGCAATCCGGCATTCAAAGCAATTTAAAGCAGGTCAGATTGTCGCTTGAGAACACGCTGAACAATCTGAATCACGTATCCCAACAACTGTCCTTTAAAGGGAATGTCGGTAGGCAGCTTGAGATGTTTTTGATGGCGAAGCAGCCGTATGACCGGAGTTATCTGACGGACGAAATCAAAAATCAACTGAATCTCATCACATTCACGAATCCCAATGTCGGATTAACGCTGTATTATTTACGCGACGATCAGACCACTCTTTTTGAGAATACAGGCATGAAACAACCATTCAATGTCGATAACCTTCCAATCCTCGCAGAGTATTATGGCATCACCTATTTTGGACCGCATATCAGTAAAGATCGATTCAACAATCAATATGTGCTTTCCGCGTTGCGAAAGGTGGATTTGCCGGAGAGGGAGGATGCCTATGTCTACATTGAGTCCGGTTTCAAGCTGACGCAGAGCATTCTTGATTTGGATGAAGTCAGCAAGCATACCAATCATTTAATTCTGGACAACAACGGAAGAATATCATACAGCGAACTTCAAGATATCTTTCCTGAAAATTCATTTTTTTCGGACTCATTATCGCCGTCCCTGGTAACAGGTATGACTTCCGATTATTATTGGTATCGACAAGTCAGCAATCAGGGCTGGAGCGTGGTCTCGCTAATTGCGCAATCCGACTACAACCGCGAGAAAAATCGCTGGATGATGCAGATGCTGGGGCTGGCGCTGTTGTTCGCCGTAGTTAGTCTGACGATTGGCTGGCTTTTATGGAAAATGGTGTACCGGCCGCTGTCGCGCTTCCATAAGGAGATCAAATCGATTGCGGGGAGCAATTTTAATGCGGCTGCCACGCAATCGAGCATCCCGGAATTTGAAATGCTGTTAAACCAATTTCAACATATGAAGGTTCAGATTACGCAGCTGTATTCTGAAATCAAGGCCAAGGAGAAGCGCAGAGCGGATCTGGAGATCGAGAAGCTGCAGTATCAGATCAATCCGCATTTTCTGATGAATACGCTGGATACCGCTCACTGGCTTGCCGTTATGAACGGTCAGGAGGAGATCGACAGGCTTGTCACTTCGTTGAACAAACTGCTCTACTACAATCTCCGCAAAGGCAACAGTGTCGCGACAATCAGGGATGAGATTGATTCACTGAAACAATATCTTATTCTCCAGCAGATTCGATACAATTTTCAGTTCGATGTCAATATTCACGTAGACGATGCATTGCTCGAAGTGACAGTCCCTAGGTTCATTCTGCAGCCGTTGGTTGAAAATTCGCTATATCACGGGCTGGATGACAACGGCAGGATCGAGGTGGAGGTTAGAAAGAATGACAGACTAGAGATTGAAATTCGAGATAACGGTGGGGGATCCCTGAAGAAACAATTGAGGCGTTGCTTGAGCAAGAACAGACTGAACACCATCGAGTGGGGATGGGAATCGGACTGA	MGMLALKPEKNWKSRLKRLTLKNRILLLFAAATLIPFICTCYLSYNTITSILNTKLQSGIQSNLKQVRLSLENTLNNLNHVSQQLSFKGNVGRQLEMFLMAKQPYDRSYLTDEIKNQLNLITFTNPNVGLTLYYLRDDQTTLFENTGMKQPFNVDNLPILAEYYGITYFGPHISKDRFNNQYVLSALRKVDLPEREDAYVYIESGFKLTQSILDLDEVSKHTNHLILDNNGRISYSELQDIFPENSFFSDSLSPSLVTGMTSDYYWYRQVSNQGWSVVSLIAQSDYNREKNRWMMQMLGLALLFAVVSLTIGWLLWKMVYRPLSRFHKEIKSIAGSNFNAAATQSSIPEFEMLLNQFQHMKVQITQLYSEIKAKEKRRADLEIEKLQYQINPHFLMNTLDTAHWLAVMNGQEEIDRLVTSLNKLLYYNLRKGNSVATIRDEIDSLKQYLILQQIRYNFQFDVNIHVDDALLEVTVPRFILQPLVENSLYHGLDDNGRIEVEVRKNDRLEIEIRDNGGGSLKKQLRRCLSKNRLNTIEWGWESD				NA	NA	NA	NA	NA
JZ016_00829	1701			hypothetical protein	ATGAAAAACAAGTCAAAAACGTTAGCGCTATTACTTGCCTGCTTTCTCGTTCTAGGTGCTTGCAGCAATACAACTAATAACACGCCGGCTGCACCGGAGAAAAGCGCGGAATCAAGCGAACCCGCTGATCCATTTGGCCGCTACGAAGAACCTGTCCAGATCAGCATCAGCATTGAAATCGATCCCACCGATAATGAATTGCCGCCTGGCGACACGCCGCTGGACAATCAATATACTCGTCAGATTAAGGAAGCGCTTAATGTGGACGTCGATCATCAATTCGCTGCCTCCGGCCAGAATCTTCGCCAGAGAATTAGTCTCGCCATTGCAAGTAACGATTTGCCGGATGCTATGGTCGTCAATGCCGTTGAGCTGCGCCAACTGGTCGAAGCCGACCAAATTGCCGATCTTACTGAGGTGTATGAGCAATATGCATCCCCGGAGATAAAGACCATCATTGAAAACACCAACGGTGCTGCATTGGAGGCAGTTACATTCGACGGCAAAATCATGGCCCTTCCGGGTGTGCAGGCAAATGCCGACGGCATTCACCTCCTGTGGATCCGTCAGGACTGGCTGGATAAGCTGAACCTTGAACCGCCAACCACGATGGCAGAACTTGAGGCCGTCGCCCGTGCTTTCGTCGAAGATGATCCGGATAGCAACGGTCAGCGCGATACGATTGGGATCACTGGTCCGGAGAGTGGCGGTAAGCTGTATGCGAACTTCCTGGAGTCGAAGAACAATTTGTACGGTTTTGATGCCATTTTCTCCGCACACGACTCGTTCCCTGGATACTGGCTCGAGGGCGAGGATGGCAGCCCTGTGTACGGCTCAATTCTGCCGGAGACTCGCGAGGCGTTAGCTAGTTTAAGAGATTTGTATTCCAAGGGACTTATTGATCCTGAGATGGGTGTTCGTAACAAAGCGGATGAGCCCATTATCGCCGGAAAATCCGGAATGTTCTTTGCACCATGGTGGATGGCTTACGGCCCGCTAACCAATGCCGTTAAAAATGATCCCGAAGCCAACTGGCAAGCTTATGCCCTGCCTTTGAATCAAAATGGCGAATTTAGACCACATGCTGCTACACCTTCAACTGAGTTTGTGGTGGTTCGGAAAGATTACGAACATCCGGAAGTTCCGATGAAATTGCTAAACAATTTGTTTAAAAACGAACAAGAGAACACCTTTGACCCAAGCAAAGGCGGTCCTGGTTACTATCCGCTCCGCGTGGTGTACGCTCCATCCGATGAAATTGAATTTACAGTCAGAGCCCTCCGTGATGTGCTGGCTGGAAATAAAACCGCAGAGGATTTTGCGGATAACAAAGCTTACAAATTGCTGCCTTCGGATATCGCAAGCATCAAGACGATCAAAAACGAGCCTTACGATTCTATGGATCTTTCAACATGGAACCCTGAAGCGAACTGGGGAGCATGGACACGAGCGTACTCCATGATGGTGGGCGGAAGGCCGCTGGTTGATACCGAGTTTGAGGAGGTGCCCAGTCTTCTGTATGAGCAGACGCCATTAATGGAGAGCCGTTGGGTGAATCTCCGAAAGTTAGAGGATGAGACCTTCCTGCGCATCATTATGGGCGCGGCTCCACTGGAGACATTCGACTCCTTCGTCGAGAACTGGAAACGTCAAGGCGGCGACCAGATTACCCAGGAGGTTAAGGACGCACTTGTGAAGTAA	MKNKSKTLALLLACFLVLGACSNTTNNTPAAPEKSAESSEPADPFGRYEEPVQISISIEIDPTDNELPPGDTPLDNQYTRQIKEALNVDVDHQFAASGQNLRQRISLAIASNDLPDAMVVNAVELRQLVEADQIADLTEVYEQYASPEIKTIIENTNGAALEAVTFDGKIMALPGVQANADGIHLLWIRQDWLDKLNLEPPTTMAELEAVARAFVEDDPDSNGQRDTIGITGPESGGKLYANFLESKNNLYGFDAIFSAHDSFPGYWLEGEDGSPVYGSILPETREALASLRDLYSKGLIDPEMGVRNKADEPIIAGKSGMFFAPWWMAYGPLTNAVKNDPEANWQAYALPLNQNGEFRPHAATPSTEFVVVRKDYEHPEVPMKLLNNLFKNEQENTFDPSKGGPGYYPLRVVYAPSDEIEFTVRALRDVLAGNKTAEDFADNKAYKLLPSDIASIKTIKNEPYDSMDLSTWNPEANWGAWTRAYSMMVGGRPLVDTEFEEVPSLLYEQTPLMESRWVNLRKLEDETFLRIIMGAAPLETFDSFVENWKRQGGDQITQEVKDALVK	PGPT0017245_526	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00830	378	yteP_14	COG4209	putative multiple-sugar transport system permease YteP	ATGCGAATGAAAGGTTTCGCCAAACATTATTATCTGATGCTGATCCCGGGATTTCTATGGCTGTTCGTCTTCAGCATCGTTCCGATGTTCGGTATCATCATTTCGTTCCAATATTTTAATCCAGGCAAAGGAATCCTGGGCTCGGATTGGGCGGGACTTGAGCACTTCAAGTATATGTTTTTGCTGAAGGATACACAGGAAGTCTTCATGAATACGCTTGTCATCGCGTCCATGAAGATTGTCGCCAATCTGATTGCGCCTCTGCTGTTTGCACTGATGCTCAATGAGCTGCGTCTGATGATTCTCAGACGCTGGATTCAGACCATTGTCTATCTGCCTCACTTTTTATCCTGGGTTATTCTGGGGGCATTGTACTAG	MRMKGFAKHYYLMLIPGFLWLFVFSIVPMFGIIISFQYFNPGKGILGSDWAGLEHFKYMFLLKDTQEVFMNTLVIASMKIVANLIAPLLFALMLNELRLMILRRWIQTIVYLPHFLSWVILGALY	PGPT0017250_2716	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00831	471	yteP_15	COG4209	putative multiple-sugar transport system permease YteP	TTGTTCGGATTCCAGCCCAAACTGTTCTTTGCCGATTCCCAGCTGTTTCCGTTCCTCGTAGTCGGCAGTGACGTCTGGAAGGAATTCGGTTTTGGTACCATTATCTATCTTGCCGCGCTTACCGGTATCAACCCGGCACTGTACGAAGCTGCCAACATCGATGGCGCAGGACGCTGGAGAAGTCTCTGGCATATCACGCTGCCCGGGATCCGCACGACAGCCGTATTGCTTACGGTACTCAGCTTGGGTAATGTGCTTAACGCGGGCTTCGACCAGATCTTCAATCTGTACAACCCGCTCGTCTATTCTACAGGTGATATTATTGACACCTGGGTCTATCGTACAGGTTTGCTCAACCTCCAATATGAACTTGCGACCGCCGTCGGCCTGTTGAAGTCCGTTGTGGGCTTCCTGCTGATATCCGTCTCGTATTATCTGGCTTACCGTTTTGTTAACTATCGCATATTCTAA	MFGFQPKLFFADSQLFPFLVVGSDVWKEFGFGTIIYLAALTGINPALYEAANIDGAGRWRSLWHITLPGIRTTAVLLTVLSLGNVLNAGFDQIFNLYNPLVYSTGDIIDTWVYRTGLLNLQYELATAVGLLKSVVGFLLISVSYYLAYRFVNYRIF	PGPT0017250_2690	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00832	891	melC_4	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	GTGGTCAGAGACCGGACGTTCGGCAACCGTGTGACGGATATTATACTGATTGTAGTCCTGATAGGCATTACTTTGTCATGCGTCCTGCCGATCTGGTACACGCTCTCCCTTTCGCTTAGCTCCAACTCTGCCGCTGCGGCCGGTAAGGTCTGGCTATGGCCAGTCGATTTCAATCTCAACGCATATAACCAGATTCTCAATGACAATCAGTTCTTCCGGTCCTTCTGGACATCGACCGAGCGAGTGCTGCTGGGGGTTATTCTCAATTTTATCATGGTTGTGCTCATGTCTTACCCGCTCTCGCGGACAGCGAGAGAATTCAAGGGGCGCAATGTGTTCATGTGGATTCTCATTTTCACGATGTTGTTCAACGGCGGTCTGATCCCCCTATATCTGACGGTCAAAGAGCTCAACATGCTGAACAGCATCTGGGCACTTGTCCTGGTCGGCGGCGCGCAGACACTCGTCTTCAATGTTATCCTCACGATGAACTTCTTCCGCAACCTGCCCAAGGAGTTGGATGAAGCCGCCCTTGTCGACGGCGCGGGACCATGGTACATCCTGTTCAAGATCTACATCCCTCTGGCCGTGCCGGTGCTGGCGACCGTCTCGCTGTTCAGTATCGTGTATCACTGGAATGAATTCTTGTACGGTCTGATCTTCATGTCCCGTGAGCAATTCTATCCACTCCAGACGTATATCCAGCAGCTCGTCGTCTCGGTCGATCCATCGACGATGTCCGAGGACCAGTACCGTCGCTTGTCGGAGTTGTCCAACCGGACACTCGATGCCGCCAAAATCTTCATCGCGATGCTGCCCGTCCTTATCGTTTATCCCTTCCTTCAGCGCTTCTTCATCCACGGGATTACGCTGGGGTCGGTTAAAGAGTAA	MVRDRTFGNRVTDIILIVVLIGITLSCVLPIWYTLSLSLSSNSAAAAGKVWLWPVDFNLNAYNQILNDNQFFRSFWTSTERVLLGVILNFIMVVLMSYPLSRTAREFKGRNVFMWILIFTMLFNGGLIPLYLTVKELNMLNSIWALVLVGGAQTLVFNVILTMNFFRNLPKELDEAALVDGAGPWYILFKIYIPLAVPVLATVSLFSIVYHWNEFLYGLIFMSREQFYPLQTYIQQLVVSVDPSTMSEDQYRRLSELSNRTLDAAKIFIAMLPVLIVYPFLQRFFIHGITLGSVKE	PGPT0017255_1446	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00833	381			hypothetical protein	ATGCTAAGAAAATTCAACCCTCCAGGTATGGTTTCCTCGGACATTTATCACCACGGAGTAGAGGTTACATCATTCCAACAAATGCTGTTCATCTCAGGTCAAGTAGGTGTAGGTCCGGATGGAATTCCCGGTGTAGGTATTCGGCAACAAACGGAATTGGCGATCCATAATTTATACAAAGTTCTTGCAGGTGCGAATATGGATGCCAACGACATCGTGAAATCCACAATCTATTTAACGGATGAAAATCAACTGGGTGCCTTCATGGAGGCTGGAGCAGGGGCCTTGCCGACTCCTCCCCCGGCGACGACGTTAGTTATTGTTAAAGCCCTTGCATCACCTGATTTGCTTGTTGAGATCGAAGCCGTTGCAGCGAAGTAA	MLRKFNPPGMVSSDIYHHGVEVTSFQQMLFISGQVGVGPDGIPGVGIRQQTELAIHNLYKVLAGANMDANDIVKSTIYLTDENQLGAFMEAGAGALPTPPPATTLVIVKALASPDLLVEIEAVAAK	PGPT0020030_3672	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020030-ridA|tdcF-K09022	NA	NA
JZ016_00834	915			hypothetical protein	ATGGAATGGCTTGAACGGATGAATCGGGCGATGGACTATATCGAATTAAACTTAGCTGGAGAGATTGAACTGAGTGAAGTTGCTCGTAGAGCATGCTGCTCATCTCATCAGTTCCAGAGGATGTTCTCATTCATTACTAATGTAACGCTGGCAGAGTATATTCGGCGCAGAAAGCTCACTCTTGCCGCGCTCGAATTGCAAAATAACAAAGCAATTAGAGTGATCGATATCGCCATAAAATACGGTTACGAGTCTCCGGTTTCATTCGCGCGGGCATTTCAATCGCTTCATGGGATCACGCCGGCAATGGCTCGCCAAGACGGAATTGCTCTTAAAGCCTATCCACGCCTCTCATTCCTGATTACGATTAAGGGGGTGGATGCGGTGAATTATCGTATTGAAACGAAGGAATCATTCGAAGTTTTCGGTATTGAACGAGTTTTTCAAAGTGATGAAAGTGGTGATACACCGAGCACGCCGGCACAATTCTGGCAGCAATCCCACGCCAATGGCGAAGTTGAGAGACTTGCTTGTAACGCCGGCGACTTGCCCCGTTTTGTAAGCCAAGATTCAAATAAAGTACATGGAATTTGCAGTTATAAAAAAACAGGAAACGACACGTTTCCTTATATGTTGTGTTCCTTTAAGAGCGCAACCAGCAACATAAAAGGGTATTCAACCATAACGATTCCCGCACAAACATGGGCCATCTTCCCTTCCGAACCGATTGCTTCGGATGCATTTGGTGAAACCATTGAGACGTTGTATCGACGATTTTATGCGGAATGGCTCCCGACGTCAGGCTATGAGCAGGTGGATGAAATGGAAATGCAACTTTGTGGTGAAAGAGGCGGCCTTCACACTGTTGAACTGTGGTTCGCCGTTAGAAAATCTAATGCCTGCATCCGACTTTGA	MEWLERMNRAMDYIELNLAGEIELSEVARRACCSSHQFQRMFSFITNVTLAEYIRRRKLTLAALELQNNKAIRVIDIAIKYGYESPVSFARAFQSLHGITPAMARQDGIALKAYPRLSFLITIKGVDAVNYRIETKESFEVFGIERVFQSDESGDTPSTPAQFWQQSHANGEVERLACNAGDLPRFVSQDSNKVHGICSYKKTGNDTFPYMLCSFKSATSNIKGYSTITIPAQTWAIFPSEPIASDAFGETIETLYRRFYAEWLPTSGYEQVDEMEMQLCGERGGLHTVELWFAVRKSNACIRL				NA	NA	NA	NA	NA
JZ016_00835	1716			hypothetical protein	ATGCGCAAAGGGTGGACGAAGTCTTTAATCGCGTTGTTAATCAGTATGTTGACCTTGACGATGCTGCTGAGTGCCTGTGGAGGATCCTCCAATCCGGAGAACCCGGACGCTGCTGCTGGTGAGACAGGGGCGGAATCGCCTTCGGAACAAAGTGAATTGTTTACAGAGGTCGGCACCTATCCGATTGTGAAGCAGCCGATGACGATAAGAATGTTTGCGCCGCAGTTTCCGACCATCGAGGATATGAAAACCAATGCCTTTACCGTGTTCCTGGAAGAGAAAACGAACATCAAAATCGATTGGGATCTGGTTCCGAACAATGCCTTGAAGGATCGCAAACAGCTAATGCTCGCCAGTGGAGACTACCCGGAAGTCATCCTGCATGGGGACCTCTCCAAGGAAGAACAGATGAAGTATGGATCGCAAGGCGTGTTTATCCCGTTGAACGACCTGATCGAACAATACGCGCCGAATATAAAGAAGGCAATGCAGGATATCCCATATATGAAGGATTCGATAACGGCCCCCGATGGCAATATTTACGCCCTTCCTCAAGTAAATGAATGTTATCACTGCGATAACGCATTGAAAATGTGGATCAACAAGAAATGGCTCGATCAGCTGGGACTATCCGTTCCTACCACCACAGAAGAGTTTTACAATGTCCTGAAGGCTTTTAAGGAAAAGGACCCGAATGGAAACGGCAAGGTCGACGAACTCCCGCTTTCGGGATCAGATGAGATGTGGGCGGGAAACGTTTCGGCATTTCTGATGAACTCCTTTATTTTAGATGATTATACCGAGAAGAATGCGGGCACCTTCCTAAGGGTCATTGACGGCAAGGTTGATTTTACGGCAAATAAGGATGAATGGAAGCAAGGGTTGATTTACTTAAACAAGTTATACAAAGAGGGATTGATTGATCCGGCGGCCTTTACACAAAACGCTGACGCGGTTCAGCAAATGGCCAACCGGGAACCAGACAACGTTATGGGAGCTTTGTCTACCGCGCTGATCAGTTATGCCTACAGCATGGATGATAAAGCGCCGCGGCATAAGGATTACGTCGTGGTTCCACCTCTAAAAGGGCCCGGCGGCGTTCAGCAAACCCTGAATTTTGCCGGCATTGGTAATTCCCAGTTTGCCATTACGAATAAAGCGACCAACGACCAGCAGATTGCAGCGATCCGCCTCGCGGACTACCTTTACACCGAAGAAGCAATTCTGCTGCAGGAGAACGGACCGGAAGACAAAGGTTGGCGAAAGGCACAAGACGGAGAACTGGATATTAACGGAAATCAAGCGAAATATACGTCGATTCCGAAAACGGACAAGAAGCCAACGCATAATGACGGATGGGAACAGATCGGGCCTTCTTTAAGAACTTATGCGTATCGAGCTTCCTGGACCGCACCGCAAGATCCGCTGGCACCGGATGGATATGGGACGCGGCTGAATCAGGTATCCAAGGAATATGAGCCGTTCCATTCCAAGGAGCAATACCCAAATGGCGTTTTTATTGCGCTGGAAGACGCGGAGATCGCGGCGCAAATCAAGACTGCGTTGATCGATTACGTGAAGTCCAACATGGCTCAATTTATTACCGGATCTAAAGACATCAATAAGGAATGGGACGCCTACGTCAAGGGATTAGACGGACTCCAACTAACCCAATACCTTGAAATCTACCAAAAAGCTTTGGAAGCGAAAAAGTAA	MRKGWTKSLIALLISMLTLTMLLSACGGSSNPENPDAAAGETGAESPSEQSELFTEVGTYPIVKQPMTIRMFAPQFPTIEDMKTNAFTVFLEEKTNIKIDWDLVPNNALKDRKQLMLASGDYPEVILHGDLSKEEQMKYGSQGVFIPLNDLIEQYAPNIKKAMQDIPYMKDSITAPDGNIYALPQVNECYHCDNALKMWINKKWLDQLGLSVPTTTEEFYNVLKAFKEKDPNGNGKVDELPLSGSDEMWAGNVSAFLMNSFILDDYTEKNAGTFLRVIDGKVDFTANKDEWKQGLIYLNKLYKEGLIDPAAFTQNADAVQQMANREPDNVMGALSTALISYAYSMDDKAPRHKDYVVVPPLKGPGGVQQTLNFAGIGNSQFAITNKATNDQQIAAIRLADYLYTEEAILLQENGPEDKGWRKAQDGELDINGNQAKYTSIPKTDKKPTHNDGWEQIGPSLRTYAYRASWTAPQDPLAPDGYGTRLNQVSKEYEPFHSKEQYPNGVFIALEDAEIAAQIKTALIDYVKSNMAQFITGSKDINKEWDAYVKGLDGLQLTQYLEIYQKALEAKK	PGPT0017245_448	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00836	903	araQ_8	COG0395	L-arabinose transport system permease protein AraQ	ATGCCCAAAACAACAACCGCTATACGGGAATCCCGGGGGGACCGCATGTTTGTCGCTTTGATCTATGCTTTCCTGACCTTGATTCTTATCATCGTGGCCGTGCCATTGATTTATATTCTCAGCTCATCCGTAAGCTCGCCGCAGGCCGTCGTGTCCGGAAAGGTATGGCTCTTCCCAGTCGATTTTACATTGGATGGATACAAGGCGGTATTCCAGAACCCGCAGATCGGCGTCGGCTATATGAACTCCTTGTTCTATACGGTCGTAGGGACGGCGATCAACGTGTCACTGACAATCATGTTTGGATATCCGCTTGCCAAGCGGACGCTGTACGGCCGACATTTCTTTATGATTGTGCTGGTTATTACCATGATGTTCGACGGGGGGTTGATCCCGTACTATCTCCTGGTGAAGGATCTTCAGCTGCTCGACACCCGTTGGGCGATGATTCTGCCGGGAGCCATGGGCGTGATCCAGGTTATCGTTGCCCGCACCTTCTTCCAGACGACCATCCCGGATGAACTGTCCGAAGCGGCGGAGCTGGACGGATGCAGCGATATCCGGTTCATTCTCAGCATCGTCCTGCCTTTGTCCAAACCGATTATTGCCGTCATGACGCTCATGTACGCAGTTGGACATTGGAATGCATATTTTGACGCCTTGATCTTCCTGAGATCTCCGGACTTGTTCCCGCTGCAAATCATTCTGCGCAACGTCTTGATTCTGAACACGGTGGATCCGTCGATGATGGCCAATGTGGATCAGGTGCAGGCGCAGCAAGGACTGAAGGATCTATTAAAATATTCACTGATCGTGGTCGCGAGTGCACCGGTACTGATCATTTATCCGTTTGTTCAGAAGCACTTTGTCAAAGGAGTCATGATCGGTTCCTTGAAAGGATAA	MPKTTTAIRESRGDRMFVALIYAFLTLILIIVAVPLIYILSSSVSSPQAVVSGKVWLFPVDFTLDGYKAVFQNPQIGVGYMNSLFYTVVGTAINVSLTIMFGYPLAKRTLYGRHFFMIVLVITMMFDGGLIPYYLLVKDLQLLDTRWAMILPGAMGVIQVIVARTFFQTTIPDELSEAAELDGCSDIRFILSIVLPLSKPIIAVMTLMYAVGHWNAYFDALIFLRSPDLFPLQIILRNVLILNTVDPSMMANVDQVQAQQGLKDLLKYSLIVVASAPVLIIYPFVQKHFVKGVMIGSLKG	PGPT0017255_1111	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00837	981	yteP_16	COG4209	putative multiple-sugar transport system permease YteP	ATGCGAAGTCTCAACAATAAGTTACATGGCGGTCCCGGGCTACCCGGTCCTGCTCAGGTCGGCACCCGCTCCCGCCCGCAAACGACGTGGATCCGGATCAGGCGCCACTGGCAGCTGTATCTGGTTCTCCTGCTCCCCTTTCTTTACTTGATTGTATTCAAATATGTGCCGATGGCCGGGATCGTGATTGCATTCAAGGACTACAGCGTCATTAAAGGGATTTGGGGAAGCCCTTGGGCTGGATTCAAATACTTTGAACAATTTTTTGAATCCCCAAACTTCTGGCTCTACATCAAAAATACGCTCGGGATCAGTTTCTATGGTCTGGCCGTCGGGTTTCCGGCACCGATTATTCTGGCGCTCGCCCTGAACGAAATCCGAAATGGGCTGTTCAAGAAGAGCGTACAAATGATAACTTACGCTCCTTACTTTATATCGACGGTTATCATGGTATCGATCATTATCGTCAATTTGACGCCCCAAGTGGGCATGGTCAGCAAGCTGTTCGAAATGATGGGAGTAACCAATACGAATTTTATGGGTATGCCTGATCTGTTCAAATCCATTTATGTCTGGTCCGATGTGTGGCAGTACACCGGATACGGGGCGATCATCTATATCGCTGCGCTCGCCGGAGTAAATCCTGAGCTGTATGAGTCGGCCAGGGTGGATGGGGCTTCCCGCATCCAGAAGATCCTCAAGATTGATATCCCCAGCCTGATTCCCGTGTCAGTGATCATGCTGATCCTGAATCTTGGCAACATTATGAAGCTGGGTTTCGAAAAAATCTATCTAATGCAAAACCCTCTCAATCTCGCCTCTTCCGAAGTCATATCTACTTATGTGTATAAAGTAGGTCTGCTTGGGTCGAGCTTCAGCTTCTCGGCGGCGATCGGCTTCTTCAACTCGGTGGTGAATTTGCTCCTGTTGATCGCCGTGAATTACATCGCACGAAAGCTGTCGAGCAGCAGTCTGTGGTGA	MRSLNNKLHGGPGLPGPAQVGTRSRPQTTWIRIRRHWQLYLVLLLPFLYLIVFKYVPMAGIVIAFKDYSVIKGIWGSPWAGFKYFEQFFESPNFWLYIKNTLGISFYGLAVGFPAPIILALALNEIRNGLFKKSVQMITYAPYFISTVIMVSIIIVNLTPQVGMVSKLFEMMGVTNTNFMGMPDLFKSIYVWSDVWQYTGYGAIIYIAALAGVNPELYESARVDGASRIQKILKIDIPSLIPVSVIMLILNLGNIMKLGFEKIYLMQNPLNLASSEVISTYVYKVGLLGSSFSFSAAIGFFNSVVNLLLLIAVNYIARKLSSSSLW	PGPT0017250_258	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00838	2238	rhaR_16		HTH-type transcriptional activator RhaR	ATGCGCAAATCATGGTTTAAACGACTACTATTGTCCTACATGCCGGTATTTATGATTGTCATCACGTTTATTTTCTTTGTTTTCTTTCAAATGTTCAGTGAGCAAAGCCGTCGCGAGGCGCTGAATGCCAATAAGACGCTGTCCCTACAGGCGATGCGGATCGTGGATACCTCGCTCAAAGTGATCGATAATATGATCGTCCTCGAGAGTATCAACAGCGAGTCTTTGAACAATTTTTTTAAAGCAAACTCAGGAAGTGATGCCTACATCAACATCAGGGCCGTGCAAAAGCTTAAGGAATTGATCAATTACTATCCTTTGATCGATTCCATTTACTTGGTGCGATATTCGGACGGATATGTGTTGAGTGATGCAACCAACGCTTATATCGGTTCATATCCTGACCGCAAATTTATCGAAGAATATCAGGTGTCGAAGACTCCAAAGTGGACCGGTGGGCGCAGTTTCGAGCAATTCAAAATGATTGGCGGTAAACAGGTGGTCAGTCTGGTGCGGGGATCGCCATACATGAAAAATAATCTCGGCATGATCGTGGTTAACGTTTCGGCGGATTCGCTGAAAAAATTGACGGAGAATATGTACGAATCCAAGGTCAGCTTCATCCAGGTTAAAGATGCTTCCGGTCAGCTGTTGTTCGGGAGTGAGGCGAAAGTTAAAGAATCCGAGCTCTTCTCGGAATATACCTCGGACTACACCGGTTGGAAATATGGAAGCGGTCTCATCAATGGCGGATATGTCAACACGATTTCAGAACTCTATAATCTGTGGTTTGTGATCGGACTCCTCATGATCGCCGCCGGATTCATCTGGATGATCTATGTGACTCGGCGCAATGCCAGACCGATCGAGCGGATCGCCGAGCGATTCAGCGACTATTCCCTGCCTGTAAGGGGCGCGGGCTTATGGAAAGGCAGTCCCGATGAGTTCGCATTTATTGAGTCGGCGTTCGATCATATCCTGGAGCAGTCCAGGCAATACCAGGAAAAATACCAGGAAGATCTTCATCTGCGGACAAGGTATCTGTTCCATCAGCTGATTGAGGGACAAACCGATATGAGTCTGGAAGAGTGGCAGGAGGAAGCCGCCATACTGAATTTACCCGAGCCGCTGGACCGGTTTAGGTTACTCATCATTGAAATGGACAACTACGGAGAGTTCTGCCGGAAGTATACGGCGAGTGATCAGAATCTGCTGAAATTCGTCCTCCGGAACGTGGTGAACGAGATTGCGATGAAGGAGAGTATTCGTTTGTGGTCGGAATGGACGTCGCCCTCCTGCCTTGCCGTCATTTACTTTGAGGGGGACGAGACAGAGGAGAGAGAGGGAGAAGCTTTATCCCGTTTTGGCGCGAAAATGCGGGGCTGGACCGAGCAAAATTTGAAATTTACCGTTACGATTGGAAGCGGCGAGGAGGTTTATCGGATCCAAGACCTGTCCAAGTCGTATAAAAGCGCAGCCCAAGCGCTTAAATACAAAATCGTACTCGGGGAAAACCGTCTGATTCGTTGCGAGGATATCGCCGGCACCAGCCATGCCGAAGTGTACGCTCACCTAGGAGAAATCAGCTCGATTATTCAATCCTACCGAATGCTGAACATAGGGTGGGAGGAGGCATATGAGGCATGGTTCGCACAGTTAAAGGGCAGCCTTCTTACCAATGAAGAGATATTTAACCTGATGAATTATTTACTGTACAACGTCGGCCGGGAGCTTTCGGACATGAATAAGGATGTCTACCGCGAGTGGTCCCAGGTACGGCTTCCCCTACTTACGGAAATGCTGGACCATGGCAGTTCACTGGAGCAGCTGCGGATTGAAATCAAGCAAGTCATGACCAGTTTGTTCGAATCCGTGGGTCAGCTACAAGAAGGCAGGCAGTACGCAGCGCTTATCCGGGAGATCTGCAAGCTGATCGAACAGGACTATGCCAACCCGGATTTGTCGCTGGAGATGCTCGGGGATCGTTTTCAGCTGAATCCCAAATATATAAGCAAGTTGTTCAAGGGACATACCGGACAGAGGTTCGTCGATTTTCTTATCCAGGTACGGATGCGTGAAGCAGTGAAGCTGTTGTTGGAGACGGATGCCTCTGTACAAGAGATTGCGGAGCGGGTTGGCTATACCCACGCCATCTCGTTAACGCGAGTATTTAAACGGATTATGGGAACGGCACCGGGCGAATACCGCAGCAATCAGCTCCGCAAAACGAACAGTTGA	MRKSWFKRLLLSYMPVFMIVITFIFFVFFQMFSEQSRREALNANKTLSLQAMRIVDTSLKVIDNMIVLESINSESLNNFFKANSGSDAYINIRAVQKLKELINYYPLIDSIYLVRYSDGYVLSDATNAYIGSYPDRKFIEEYQVSKTPKWTGGRSFEQFKMIGGKQVVSLVRGSPYMKNNLGMIVVNVSADSLKKLTENMYESKVSFIQVKDASGQLLFGSEAKVKESELFSEYTSDYTGWKYGSGLINGGYVNTISELYNLWFVIGLLMIAAGFIWMIYVTRRNARPIERIAERFSDYSLPVRGAGLWKGSPDEFAFIESAFDHILEQSRQYQEKYQEDLHLRTRYLFHQLIEGQTDMSLEEWQEEAAILNLPEPLDRFRLLIIEMDNYGEFCRKYTASDQNLLKFVLRNVVNEIAMKESIRLWSEWTSPSCLAVIYFEGDETEEREGEALSRFGAKMRGWTEQNLKFTVTIGSGEEVYRIQDLSKSYKSAAQALKYKIVLGENRLIRCEDIAGTSHAEVYAHLGEISSIIQSYRMLNIGWEEAYEAWFAQLKGSLLTNEEIFNLMNYLLYNVGRELSDMNKDVYREWSQVRLPLLTEMLDHGSSLEQLRIEIKQVMTSLFESVGQLQEGRQYAALIREICKLIEQDYANPDLSLEMLGDRFQLNPKYISKLFKGHTGQRFVDFLIQVRMREAVKLLLETDASVQEIAERVGYTHAISLTRVFKRIMGTAPGEYRSNQLRKTNS				NA	NA	NA	NA	NA
JZ016_00839	2160	tycC		Tyrocidine synthase 3	ATGGAACAAACGACTTGTGATGTATCAATTGACGAATTGCCGAGGGGGGGATGGGCCGACGATGAAGGAAACCAGGTTCGTTTTTCCCTTGATTTTGCAACGACCCGAAAACTCCATGAACTTGCGTTCAATTTCGGAATAACTGTGGATATGGCACTTATGGCTTGTTATGCGATCCTGCTTGCCAAATATACCGGCGAGGATGATCCTGTAATTGGGTATCTGTTGGAAAGACAGATGTTTCCTATACGTTACTCTCCTACTGTACATAAGCCATTAGGTAAGTTTCTGATAGAAGTCAAGCATACCACGATGCAAGCACTCGAAGATCGGAATATGCGAAAGAATTTGAGCGGCAACCCGTTCATCAAAGCGGCGTTTACTTGGCAAAACGCCAATGCCACTCCTTATGAATCCGATCAGCTGGGGACGTTTGAGCTTGCTTTGACGGCTTTTAAGAAGGAATTTATCATGATACACCTTGAATATTCGGCCCGCTCCTACAGAAAAGAAACGATCGAGCAGATGAGCGGCCACTTGAGCCGAATCGTGCATGAAGTAGTTGATTTCCCCGAGAAGGTGATTGCCGACATACGTATGATGTCGGAAGAAGAGGAGAGACAGATTCAGGCTTTCAGCGGATCTAAGACGGACTATCCTTCCAGCCAAACGGTCCATTACTTGTTTGAGGAACAGGTCCGTTTAACCCCCGATCGCCCGGCGGTCATGACCGAGGACCATCAGATGTCCTATCGGGAATTGAACGAACGCGCGAATCAGCTTGCAAAAGCACTGCAGGATCACGGCATTAAGCCGGAGAGCGTCGTTGGGATTGTCGCGGATCGGTCTGTCAATATGATTGTCGGGCTTACAGCCATATTGAAAGCTGGCGGCGCTTATATGCCCATCGAAGCCGATTTTCCGTGCGAAAGAATCGAATATATGCTCAAGGACAGTCGAGCGGGATTTTTACTGGCTCCTTCCAGTTGGAAGCCTGACATAGCATTTGAGGGAAAAGTAATTTATTGGGACAACGCGCAGCTAAGCCTTGACAGCTGTCCCCATACGATATCTGCAGCAACCTCGCAAAGTCTAGCCTATATCATCTATACTTCCGGATCAACGGGGACACCGAAAGGAGTCATGGTTGAGCATCGTAACATCGTAAGACTGGTCAAGAATACCAATTATTTCAACTTTTCCAAGGAGCATCGAATTTTGCAAACCGGTACAATAACATTCGATGCGTCGACCTTTGAAATTTGGGGATCCCTTTTGAACGGATCTACTTTGTATTTGATGAAGGACACGGACCTATTTGACCTTTACAAATTGAAGGAAACCATCATCGGCCACCGCATTACGGCTTGGTTTCTGACTACGGCTCAATTCCATAATCTGGACGAACAGGACCCAGACGCCTTTCGTACGTTAGACATCTTGCTAATCGGCGGAGAAGCGTTATCGCCGAAGCACGTAAATGCCGTAAGGAAGAGGTGCCCCGATCTGCGGATGATCCATATGTACGGTCCAACGGAAAACACGACGTTCTCCACTTACTTCCCGATCGAACGTGATTTCGAATCGACCATTCCAATTGGCAGACCAATATGCAATTCATCCGCTTATATTCTTGATAAACAGTTGAAGCTTCAGCCGTTCGGAGTAGTAGGAGAGCTTTGCGTCGGAGGAGACGGTATCGCGCGGGGGTATGTGAATCAGCTGGAATTGACAGAAGCCAAGTTTGTGGAACATCCGCTCCTCGGGGAAAGGTTATATCGAACGGGGGATTTGGCCCTGTGGCTGCCGGATGGCAATATCGAAATGATCGGGCGAATCGACGATCAAGTAAAGATCCGAGGGTATCGAGTGGAACCGGGAGAAATCGAGACCCGGCTATTGGAACACAACGCAATCTCGAAAGCCGCGGTAGCCGTCAAAGCAGACGGAAGTGGAAATCCGATAATATGTGCGTATTTTGTTGCGAAACAGGTGTTGTCCGAAACGGAAGTCAAGGCGTATTTAGCCCGGAATTTGCCTGAATATTTCCTGCCTTCACTTGTGGTGCAGATGGAAAGTTTGCCGCTTACCCCTAACGGGAAAGTCGATAAAAAAGCTCTGCCGGACCCTGATCTTCTTCGTCCGATGCTCGTCAACTGA	MEQTTCDVSIDELPRGGWADDEGNQVRFSLDFATTRKLHELAFNFGITVDMALMACYAILLAKYTGEDDPVIGYLLERQMFPIRYSPTVHKPLGKFLIEVKHTTMQALEDRNMRKNLSGNPFIKAAFTWQNANATPYESDQLGTFELALTAFKKEFIMIHLEYSARSYRKETIEQMSGHLSRIVHEVVDFPEKVIADIRMMSEEEERQIQAFSGSKTDYPSSQTVHYLFEEQVRLTPDRPAVMTEDHQMSYRELNERANQLAKALQDHGIKPESVVGIVADRSVNMIVGLTAILKAGGAYMPIEADFPCERIEYMLKDSRAGFLLAPSSWKPDIAFEGKVIYWDNAQLSLDSCPHTISAATSQSLAYIIYTSGSTGTPKGVMVEHRNIVRLVKNTNYFNFSKEHRILQTGTITFDASTFEIWGSLLNGSTLYLMKDTDLFDLYKLKETIIGHRITAWFLTTAQFHNLDEQDPDAFRTLDILLIGGEALSPKHVNAVRKRCPDLRMIHMYGPTENTTFSTYFPIERDFESTIPIGRPICNSSAYILDKQLKLQPFGVVGELCVGGDGIARGYVNQLELTEAKFVEHPLLGERLYRTGDLALWLPDGNIEMIGRIDDQVKIRGYRVEPGEIETRLLEHNAISKAAVAVKADGSGNPIICAYFVAKQVLSETEVKAYLARNLPEYFLPSLVVQMESLPLTPNGKVDKKALPDPDLLRPMLVN	PGPT0010650_5	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-TYROCIDIN_A_METABOLISM,PGPT0010650-tycC-K16124	NA	NA
JZ016_00841	2832			hypothetical protein	GTGAGAAGAATGTGGAAGAGTCGGATTGCCGCAGTCCTAACGGTCATCATGATGTTCGCAATTATCCCGTGGGCCATGCCGATCACGTATGCCGCAGATGAAGAATTGACCAACGTTATGATCAACGGCGGCTTCGAGGATTCTGAAGTAAATGGACGTTTGCCGGGCTGGCAGCCCGATGAAGACAGAGCTGCCATTACCGTAAGTGAGTCCGTGTACGCAGATGGGAAACGAAGTCTTCAGGTGGAACGCCTGTCGCCCGATGCAGGCTCCGGAGCGGTCAGCGATGCATACGCCGTCCAGCCATTCGGCAATGTCATCATGACAGCAAGTGTGCTCTCGGATGAAGGTCAAGGCGGCAAAGCAGACCTCAGGTTTTATGATGCAGACGGAAAGCTTGTCTCCATGGTGAGCGGCCTGGTCGATGAACCATCGGTCCAATGGCAGAGTTTAAGAGTGGCTGCTGCGGCACCTAAAAATGCTGCAGAGGTCAAAGTCGCCTTCAAGTTTAATGGCGATCAAACCGGCAGGTATTTCGTTGACAGCGTCACATTGCAAACGCATGCGTCCTCACCGTACTTAACGAATTTGGGACCGCAATCGTCGAGTCTAACCCTGATGACGGCAGCCTTCGGTAAAGACAAGAATGGTCAGGATGCTTTGTTTACGGTCGCACAGGGTGATCCGGCACAATTCATCGTAATGGATGTTGCTTCGAAAGAAGTGAAATCCACTCATCCACTGGTTGCGCTTGACGGAAGCAACGTATCGGCAGCTTGGGCGATTGTGACAGCCTCCGACGGAAAGGTATACATCGGCAGTACGCCGAACGGGACGTTGTTTCAATATGATCCGGCAGAGGATACGTTGCGGACGATCGGCAAACCGGTTCCTACCGATACCGTGATCTGGACGCTTGTAGCCGGGGAAGATGGCAAAGTGTATGGCGGAACAGGATATTCCCAATCGCTGTTTGAATATGATCCCGCATCCGACCAGACCAGAATCCTTAAATCCTTCAAGACTTCTTCGAAAGAGTCTCATATCCGAAGCCTTGCTTACGATTCCGATCGTCAAGTGATCTATGTGGGGGGAGCCGATGTCGCCAAGCTTTATCAATACGATCTCGCAAGCGGAACATCCACCGCGCTTCATCCGCCTGAATTTAACGGCATGACTTCGGTTTATGATCTCCGGTATGCAGGGGGCAAACTTTTCGTGCGCGTGGATCCAGGACCCGTTATGTGTGTCTATGATCCCGATACCTCCAGCTGGATCGTAAATAAAAATACGGCCTATAATGCCCGGGGATTCTCACCAATATCGCCAGACGGCAAAACGGTGTTCTACACCTATTATGAGACTCTCCCGGGAGGCGGGCAGCAGTGGTCGCTTTATTCGTATGATGTGAATACGGGGGTTTACGGCTCGCTGGGCGTGGATGTCAAAGGAGCAGGCGTCGCTTTTGGTTATGTTCAGCTGGATCAGGCAAAGTATCCGGGCTGGACCTTGGTCGGATTGGCCGGAAATAGCGGCAGGGCATTTTATTACAATCTGGAAACCGGTTTGATTGAGACGCCGGAGCTTCCGTTTCCGGCACAGTTTGTGGAATTGTTTAATATCGGGAAGAGCACAGACGGGCAGATTCTGTCTTCGGGCTTCATTTCAGGCGGGGGAATGGGAATTTACTCGCCGACCCGTAACGAGACCAAGCATTATCCTCAAATCGGTCAAGTCGAAGGGTTCGGTTCATTGAACGGAAAGATGTATCTCGGCGTTTATCCTAGAGCGACCCTCTTTGAATACGATCCAGCCAAACCTTGGAACCGGACGGACCCATCAGAACCGAATAACCCGCTGCGGCTTGGTCAGTTGGGTTCGGAGCAAGACCGGCCCGTAGCCATGCTCGGGGTCGAGGAAGAAAACCTGTTATACATCGGTTCCTATCCAATTGCAGGCAAAACAGGCGGGGCACTTACCGTCTACAATCCTGTTACCGGAAAGTTTGATGTGAAGCGCGACATTATATCCGGTCATTCGATCAATTCGTTGCTTTACCAAAATGGAAAGCTGTTTATGGCCACCGGCGCGATGACCGGCGGAGAGGGGAAACTTGCCATTTACGATACAGCATCAGGCCGAGTAGAGCTGGAACAGGTACCTGTTCCGGGCAAAAAAGCAGTAACCTCTTTGATATGGGGCCCGGACGGTAACATATGGGGAATGGCGCTGGGGGCTCTGTTCATCTATGATACGGAACGCCAAGAGATTATTTACAGTGAGGATATGTTTCCTACAGCAGATTATGCACACAGCAATCCTCGATTGACCATTGGAACGGACGGCAATGTGTACGGTACCATTTATACGGGATATGTTGCTGACCATACTTATACGAGCAAGATGTTTAAGATTGACACAGCAAGCAAATCGCTGTCCATCTTGTTGGAGAGCAATGCGGAAAAGCTGGCGCAGGACGACTTTGGCAACTTCTATTTCAAATATGGCAGCGAGCTGATGAAGTATAGCGACCCGAATCTGGTCATGCCGCTGGACAAAGTACAGCTCGAGGCTGAATCGCTCCAGCTTCACCCCGGAGATGAGGTCGGTTATTCCTACGAAGTCTTCCTTGAGAGAGGAAGAACGACTAAGGAGTTATCCGGCGCTCACATTGAGTATTTGAGCAGCCGTCCGGATAAGGCGGTGATCGACCCCAAAGGAAAGATTATCGCCAAGCATCCGGGGCAAGCCGAGTTGTCGATTCGAATTACATTGAACGGGGTAACAGTTGAATCCAATAAAATCAAGGTGAAAATAACCGGACCTTTTTAA	MRRMWKSRIAAVLTVIMMFAIIPWAMPITYAADEELTNVMINGGFEDSEVNGRLPGWQPDEDRAAITVSESVYADGKRSLQVERLSPDAGSGAVSDAYAVQPFGNVIMTASVLSDEGQGGKADLRFYDADGKLVSMVSGLVDEPSVQWQSLRVAAAAPKNAAEVKVAFKFNGDQTGRYFVDSVTLQTHASSPYLTNLGPQSSSLTLMTAAFGKDKNGQDALFTVAQGDPAQFIVMDVASKEVKSTHPLVALDGSNVSAAWAIVTASDGKVYIGSTPNGTLFQYDPAEDTLRTIGKPVPTDTVIWTLVAGEDGKVYGGTGYSQSLFEYDPASDQTRILKSFKTSSKESHIRSLAYDSDRQVIYVGGADVAKLYQYDLASGTSTALHPPEFNGMTSVYDLRYAGGKLFVRVDPGPVMCVYDPDTSSWIVNKNTAYNARGFSPISPDGKTVFYTYYETLPGGGQQWSLYSYDVNTGVYGSLGVDVKGAGVAFGYVQLDQAKYPGWTLVGLAGNSGRAFYYNLETGLIETPELPFPAQFVELFNIGKSTDGQILSSGFISGGGMGIYSPTRNETKHYPQIGQVEGFGSLNGKMYLGVYPRATLFEYDPAKPWNRTDPSEPNNPLRLGQLGSEQDRPVAMLGVEEENLLYIGSYPIAGKTGGALTVYNPVTGKFDVKRDIISGHSINSLLYQNGKLFMATGAMTGGEGKLAIYDTASGRVELEQVPVPGKKAVTSLIWGPDGNIWGMALGALFIYDTERQEIIYSEDMFPTADYAHSNPRLTIGTDGNVYGTIYTGYVADHTYTSKMFKIDTASKSLSILLESNAEKLAQDDFGNFYFKYGSELMKYSDPNLVMPLDKVQLEAESLQLHPGDEVGYSYEVFLERGRTTKELSGAHIEYLSSRPDKAVIDPKGKIIAKHPGQAELSIRITLNGVTVESNKIKVKITGPF				NA	NA	NA	NA	NA
JZ016_00842	561			hypothetical protein	ATGGGGACATCCAATTGGCAAAATATTTCGTATTGCGTGGAACTGCTCCGGCAGATATCGCCGTCCTCGGTACTTGATGTCGGCGTTGGATTTGGCCGCTGGGGCATGTTATGCCGCGAATTCCTCGATGTGTGGTCAGGGCGGGTATTTCGTAAGGATTGGAAGGTAAGGGTGGAGGGAATTGAAATATTCCCCAAAAACATTGACCGTTACCATGCGTATTTCTACGATAAAATTCACATCGCTGATGCTTTTGAATTTATTCCGTCAACTTCGCCCGGAGAATATGACGTCATGATTATGGGCGATGTTCTGGAGCATTTCGATAAGGATAAGGCGCTTACCCTGTTGAATGCCAGCATTGCTAGAGGCAAGCACGTTCTGCTTAACATTCCCATCGGATCGGAATGGCCGCAAGGCACGGTGTACGGCAATGAATTCGAGACCCACCGCAGCATCTGGACTACCGAGGAGCTTGATGCTTTCCCCGTTAAAGCCAAAAGGCATTTTAAAGACTATATTAACCGGGATTTTTCAACGTATTTATTTTCTTCGGAGTGA	MGTSNWQNISYCVELLRQISPSSVLDVGVGFGRWGMLCREFLDVWSGRVFRKDWKVRVEGIEIFPKNIDRYHAYFYDKIHIADAFEFIPSTSPGEYDVMIMGDVLEHFDKDKALTLLNASIARGKHVLLNIPIGSEWPQGTVYGNEFETHRSIWTTEELDAFPVKAKRHFKDYINRDFSTYLFSSE				NA	NA	NA	NA	NA
JZ016_00843	201			hypothetical protein	ATGAACATGCATCACGTTCCCGGGGATAGATACAACGGGTTGTTTTTAACCCAGCTTTCCCAGCCGCATATAGTTGTCAACCGACAGGTATGGGATCAGATTGCCGCCAAACTTCCTCAAGAGTACGCCATTCCAGATTTTCGCATCATCAATCTCATGATGAATGATGAACCATCGCCTCAACGAGAAGTGGGGTGGTAA	MNMHHVPGDRYNGLFLTQLSQPHIVVNRQVWDQIAAKLPQEYAIPDFRIINLMMNDEPSPQREVGW				NA	NA	NA	NA	NA
JZ016_00844	1233	mshA_3		D-inositol-3-phosphate glycosyltransferase	TTGAAAATCTTGCTGGCTACCTTTTTTCAAATCCCGTACGTCGGTGGATTATGGAAATATATGTTGCAGGTGAAGCAGGGGCTTGAACGAGAGGGACATCAGGTGGATCTTTTTGGGAACGGACTGGATCGGTTTTATATTTTCAACAGTAATCAGGAGGTTCCGAAGGTTCATTTCAAGGAAATGTTCGATTACAAGATAACCCCTGCCACCGCGCCTTTGATTGCGGAGCATCCCTGGGTCAGGGAAGCGGAGACCGACAGGTATTGCATGGAGTTATCACTCGCCTTTATCGGTCTTGATCAATACGATATCATACACGCGCAAGACGTTCTTGCCGCCGCTGCCATAAAACGCATAAAACCAGGACAAATACCGTTAGTGACCTCCATTCACGCTTCTGCAGCTCTTACAGTACGGGATATGCTTGAGAACAACAAAACTTCTTCGGAAGACCCCACTAGCTCCTTGGTCTGGAAATACTATAAATCTATGGAATACTTGGGAAGTTCGGTAAGCGATAAAGTCCTTCTTGCTTCCGAATGGCTTAAAGAAGTGATGGTCCATCAATTTAGGGCTCCTTCCGATCGAATTGTCCTTATTCCTTACGCCCTCGACATCCCTTTTTTTCAAAGCAGCATGCGTAAGGTTTCCGGAAATCCGATCATGAAGCCCAAGGATAAAACCGTGATCATCAGCACATCGCGTCTTAGCTACGAGAAGGGGATTCACGTCTTGTTGAATGCCTTGTGCAGGCTGCACGTGGACCGCCAGGATTGGGAATGCTGGTTGGTCGGAGACGGTGATAAACGATATGAATACGAGGAGTTATGTCGCCAGATGGGTATTCAGTCGGCGGTTCGTTTCCTCGGAAGCCGGGAGGACGTCCCCTATTTGCTGAGTCAGGCCGAAATTTTCGCAATGCCCAGTTTGATGGAAACCCTGTCCTACTCCGTTATGGAAGCTCAGTTAGCAGGTCTGCCCATCGTATCATCCAGTGCAGGCGGATTAAAAGAAGCGGTACGGCATAATGTTGACGGATTGCTGTCTCCTCCGGGAGACGCGCATGTACTTTATCTGCATTTGGGTCAGCTGCTGTCGGATCCTTCCTTCCGGCGCAGGCTTGGGGACAATGCGCTGGAGTGGGCCTTAAAAAACCGGTCACTTCATACGATGATCAAACATTTGACAGGGGTTTATTCGGAGCAGTTGTCTCTAAAAAAACAATCCTAA	MKILLATFFQIPYVGGLWKYMLQVKQGLEREGHQVDLFGNGLDRFYIFNSNQEVPKVHFKEMFDYKITPATAPLIAEHPWVREAETDRYCMELSLAFIGLDQYDIIHAQDVLAAAAIKRIKPGQIPLVTSIHASAALTVRDMLENNKTSSEDPTSSLVWKYYKSMEYLGSSVSDKVLLASEWLKEVMVHQFRAPSDRIVLIPYALDIPFFQSSMRKVSGNPIMKPKDKTVIISTSRLSYEKGIHVLLNALCRLHVDRQDWECWLVGDGDKRYEYEELCRQMGIQSAVRFLGSREDVPYLLSQAEIFAMPSLMETLSYSVMEAQLAGLPIVSSSAGGLKEAVRHNVDGLLSPPGDAHVLYLHLGQLLSDPSFRRRLGDNALEWALKNRSLHTMIKHLTGVYSEQLSLKKQS				NA	NA	NA	NA	NA
JZ016_00845	732	hyaD		Hyaluronan synthase	ATGATACCGAAGGTAACGGTTATTATCCCTTTCTACAACTGTCTTTATGTTCAACAGGCCGTAGAGAGTGCTTTGGCGCAAACCTATCCCGAGATAGAGGTCATTGTGGTCGATGACGGGTCTACCGAACATATGGATCTCCTGAATCCTTATGTTGACCGCATCCGGTATATCCGAAAGATCAACGGGGGAACGGCTTCCGCCCTTAACGCCGGTATTCGAGAAGCTAAAGGGGATTATATTGCTTGGCTCAGTTCGGACGACTTTTATCTTCCCAACAAAACAGCAAGACAAATGTCGTTTATGCTGGAACGTGGGGCATGGATCAGCAGTACAAACTTCAACTTCGTCAACGATCGGAACTTAGTGCTCATGGAAGCCCCGAATTTTTCGTTTACTTCGAATCTGGAGCTGCTTGATCGATTGAAGAGGGAATGTCCAATTAATGGCTGTACCATCATGATGAAGCGGCAGCTCCTTGAACATGTCGGCATGTTCAATGAAGAGATTAAATACACGCAGGACTACGACATGTGGTGCCGGGTCGTGCTCGCCGGGTACGAATTTCATTATTTGCATGATATTCTTCTGCATTACCGATATCATCCGAACATGGGAACCTTAAAGCACAGAGACGCCCTTAAGCGGGAAATCGGGACCCTTCAGGCCATATACGGCGACAGACTGGAGCAGCGGAGACAGGTATTACTGACAGGAGGGTGGCAGCCTTGA	MIPKVTVIIPFYNCLYVQQAVESALAQTYPEIEVIVVDDGSTEHMDLLNPYVDRIRYIRKINGGTASALNAGIREAKGDYIAWLSSDDFYLPNKTARQMSFMLERGAWISSTNFNFVNDRNLVLMEAPNFSFTSNLELLDRLKRECPINGCTIMMKRQLLEHVGMFNEEIKYTQDYDMWCRVVLAGYEFHYLHDILLHYRYHPNMGTLKHRDALKREIGTLQAIYGDRLEQRRQVLLTGGWQP	PGPT0015205_416	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM	CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015205-tuaG|ggaB-K16698	NA	NA
JZ016_00846	582			hypothetical protein	TTGGTGAAGGGAGGGATTGTTATCTACAATAACCATGTCCAGAACATGATTACCAAGATCCCGGATGGAACGCTTGTCCACGATTCGGGCTCGGCTGTATTTTTGATTGAACACGGCCAAAAACGGCCCATTATGGATATCGACTCTTTTTATTTTTACAAACTGATGGCCAGGAAAATCATACCGCTTGAGGATATGCTGCTTAACCTGTATCCCCTTGGAGAAGGCGTGACGGTTACGGGACAGTGGGCGAAGTGCGCCCCGGCGACGCTATTCGTAAAGGGGGGTGGATCCGGGATCTTTTTGTGGATGGACAATTGTTTATTCCCGATCCAGTCTGGAGAAGTCTTCCAACGTTTGCGGTGTCAAATGGACGAAATCGTGCATGTCCCAGATTCCTTGGTTCAATCTTTGCAGATTGGACACACCATCGACGCCTCTTTTTTCTTCAGTACCCGGTGCTTAACGGACGCCTGTACAGCTCCCCGAGCGGTCATATTTATTACGGCGAACGACGAACGCTGCGAAAAGTGGAAGGTCCCTCCGTTTTTTCCTTCTTTCAATGGAGCGTACATCAGCTGA	MVKGGIVIYNNHVQNMITKIPDGTLVHDSGSAVFLIEHGQKRPIMDIDSFYFYKLMARKIIPLEDMLLNLYPLGEGVTVTGQWAKCAPATLFVKGGGSGIFLWMDNCLFPIQSGEVFQRLRCQMDEIVHVPDSLVQSLQIGHTIDASFFFSTRCLTDACTAPRAVIFITANDERCEKWKVPPFFPSFNGAYIS				NA	NA	NA	NA	NA
JZ016_00847	690	menH_2		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGGAAACACGTGTGAATCAAATTGAATTGAATGGACGCACTTTTCAATATCGAGAGAGTGGGGAACCTTCTGCACCGCCGATTGTTGCACTTCACGCGCTGGGAAAAAGCGCAGAATCATGGGATCAAGTCGCAGTTGTATTAGGAGAAAAATACCGCGTTTTAGCTTTAGATCAACGGGGTCACGGTGGGAGCGCAAGAATAGGTAAATACACTTTTGAACTGATGTGCGATGACTTGTTTCATTTTGCAAATGCTATGAATTTGGAACGATTTACGCTTCTTGGGCATTCCATGGGGGGAACAGTATCCTACCTTTTCTCGGAAACATATCCTTCGAGGATAGAAAAGTTGATCGTTGAAGACACTCCACCTCCCTTTCCGGATAAGCCGATCGAAGTTCCTGCCGAACCTTCTGATCCTATGCCGTTTGATTGGCTGGTAGTGCCTTCGATTTTACGGCAACTTAATGAACCTAATCCCGAATGGTGGCTGCGTCTTAACGACATCATCATGCCGACTCTTATTATAGGCGGTGGGTCCAGTCATATTCCTCAAAACAAATTGCAGGAAGTTTCTGAGCTTATTCCGAATTGCGAGTTGGTAATGATACAGGATGCTGGGCACTTTGTGCATGATGATAATTTACCAGCTTTCTTGTCTGCCGTAAAAAAGTTCCTTGATTTGTAA	METRVNQIELNGRTFQYRESGEPSAPPIVALHALGKSAESWDQVAVVLGEKYRVLALDQRGHGGSARIGKYTFELMCDDLFHFANAMNLERFTLLGHSMGGTVSYLFSETYPSRIEKLIVEDTPPPFPDKPIEVPAEPSDPMPFDWLVVPSILRQLNEPNPEWWLRLNDIIMPTLIIGGGSSHIPQNKLQEVSELIPNCELVMIQDAGHFVHDDNLPAFLSAVKKFLDL	PGPT0004995_2509	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0004995-pcaD|catD-K01055	NA	NA
JZ016_00848	528			hypothetical protein	ATGAATAAAGACAAATTATGTTTGGAAATAAAAGAAGCAGAAGAATCCCAGTTGAGTTTCCTTGTTTCTCAGTTATCACCTGGTAATCCTATGTTTCAGTACAACCGATATGCTGCACAAAAGAGAGGTGAGGGACTATACTTAATCGCTTGGCATCATAACACCCCCGTTGGCCATTTCTTATTACGCTGGAGTGGTCCTAATGATGAACCTGTAACTAAATTAGTGGATATTATCCAAAGCGCTTTCTTAGAGGCTGGGTTAACAGTATATGAATATCGGAGACAAGGTATTGCAACGGCCATAATCCAAGAAGCCGAACGTTTAGCAAAAGAAAAGGGTTGTACGTGTATAGGATTAGAGGTGGGAATAAATAATCCGGAAGCCAAACGACTTTATGAAAAATTAGGCTATGTGGATTGGGGGCACGGGGATTTTTTAATCAGTTGGGAACAGATTGACGAAAATGGAAATAAAGGAATTGGAACAGAAGTTGTGATTTATATGCAAAAAAGTTTGATTAACTAA	MNKDKLCLEIKEAEESQLSFLVSQLSPGNPMFQYNRYAAQKRGEGLYLIAWHHNTPVGHFLLRWSGPNDEPVTKLVDIIQSAFLEAGLTVYEYRRQGIATAIIQEAERLAKEKGCTCIGLEVGINNPEAKRLYEKLGYVDWGHGDFLISWEQIDENGNKGIGTEVVIYMQKSLIN				NA	NA	NA	NA	NA
JZ016_00849	324			hypothetical protein	TTGGCGGCTGGTCAGCGTGGGGAATACAAGCTTAAAGAGACGTATATACGGAATGCCGTTCGCTTAGATCCAGAGGACAAACAGTACCAGGATGAATTTCTAGAGGCGCTTCAGCATAACGAAATGTTATTTAAAATATTTTTGTGGCCAGTCAAATTTTTGCGGAAAATGAAGAATTGGCAGATTCTGCTCACCTGGGTTGTGGCAGTGCTCTTATTTAGGCCTTTGTTAATCCTGTTCATCGTGTTGTATGTGCTCTCGCATTGGGTAACCAAAGCCATCGTGCACGTCAAAGTCTTTGGCTGGGGACGTAGAGGCGTATAA	MAAGQRGEYKLKETYIRNAVRLDPEDKQYQDEFLEALQHNEMLFKIFLWPVKFLRKMKNWQILLTWVVAVLLFRPLLILFIVLYVLSHWVTKAIVHVKVFGWGRRGV				NA	NA	NA	NA	NA
JZ016_00850	1032			hypothetical protein	TTGAACGAAATAAAAGCTGAAACTCTAACACAGGTTTTAAACAAAATGCTCGGTACAAAAATAATCTGCACCGATTTCCAAACCAAACCGTTACATGGCGGTACAGTGGGTAATGTACAGCTTGTGACGGGTAATGTCAAAACCACTGACGGTGAGACATTACCCTATAAAATCGTATTAAAAACGCAGAAGAAATGGGAGCGCTACAACGATCCCGATTCATGGCGTAGGGAATATGATTTGTATAAATCCAATTTCGGCGCGCTGTTCTCTGAATCATTCCGTTGGCCTGAATGCTATCACGTCGAAATGAACGAAGAAGAAAACGAAACGCAGATATGGATGGAATATATCGACGGCATATCGGGTTTAGATTTGACCGGCGATATGTATGAACGCGCAGCCGAGGAATTAGGACGGTTCCAAGGCAAGTTATATGCCGAACAGCCAGCTGTCTTACAGAGCTTGACCAACCTGAGCAAAGCGGATTATATGAAAAATTTCTATCTTCATTATCGGTCATGGAATAGAGTGTACGATTATATACGCTCCGACGATTGCAAAATCCCGAAATACCTATGCCAAATGCTCATCGATATTGATGAAAACGCAGACGAAATATGGAGCCGTATTGAAAAGCTCCCCATCGTGCTGTGCCACAGGGATTTTTGGGTAGCAAACATATTCTATTCAGACGGCAAAACCATACTCATGGACTGGGATACCGCGGGGTGGGGCTATTTAGGTGAAGATATGGCAAGCCTTATCGCAGACGAAGCCGATGTTGAAGACATGGTTGAATACTACCGTAGATGTATCCCGGCGTATTATAAGGGCTTTTCGGAATATGCGGATATTTCACACATAACGGATAACTGCGTTTATGAGTTGATCCTACTTATGTTCGGGTACAGGCTTGTAGAGTGGTATATGGACGCAGGATCAGGTAACAAACTCCAAGAAACGGACGATGAAAGAACACTGCACATCCATACCCTGCAAAAAATCTTTGAGATAAGGAATGAACAGTGA	MNEIKAETLTQVLNKMLGTKIICTDFQTKPLHGGTVGNVQLVTGNVKTTDGETLPYKIVLKTQKKWERYNDPDSWRREYDLYKSNFGALFSESFRWPECYHVEMNEEENETQIWMEYIDGISGLDLTGDMYERAAEELGRFQGKLYAEQPAVLQSLTNLSKADYMKNFYLHYRSWNRVYDYIRSDDCKIPKYLCQMLIDIDENADEIWSRIEKLPIVLCHRDFWVANIFYSDGKTILMDWDTAGWGYLGEDMASLIADEADVEDMVEYYRRCIPAYYKGFSEYADISHITDNCVYELILLMFGYRLVEWYMDAGSGNKLQETDDERTLHIHTLQKIFEIRNEQ				NA	NA	NA	NA	NA
JZ016_00851	1083	iolG_4		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGAGGACCGTAAAAGTAGGGATTATCGGTTGCGGGATGATTGCGGGCGGGAAGCATATGCCGTGTTTGTCCAAGTTAGATAACGTACAGATGGTGGCCTTCTGCGATTTGAAGCCGGAACGAGCCGAAGAAGCCGCCCAAAAGTACGGCACGCCAGACGCAAAGGTATTTACAAATTATAAGGATCTGCTTGCCATGGAAGAGATTGAGGTTGTCCATGTGCTAACACCAAACAGCTCGCACGCAGCGATTTCCATTGATGCGCTTGAAAGCGGCAAACATGTCATGTGCGAAAAACCAATGGCCGTCACAGGTGCGGAGGCCAAAGCGATGTACGAAGCCCACTTGCGAACAGGCAAGAAGCTAACCGTCGGGTACCAGAATCGCTCCAACGCCAAGAGTCAACTGCTAAAAAAGATGATCGCCGATGGGGAGCTTGGAGATATCTATTTTGCAAAAGCGGTCGCTACCCGAAGACGAGGCGTGCCGACATGGGGCGTGTTTCTGGATAAAGAGAAGCAGGGAGGCGGTCCTATGATCGATATTGGAACCCACTCCTTGGATCTGATCCTATGGTTGATGGATAACTATGAACCGGAGAGTGTCGTCGGCAGTGTCTTCCATAAGCTGAAGTTTACCGAAAATGCCGCAAACGAATGGGGAGCTTGGGATCCAAACGAATTCGAGGTAGAAGATTCGGCGTTCGGGTATGTGAAATTTAAAAACGGAGCGACGGTCATCATTGAAACCAGTTGGGCCCTTAACATTGCGGAAGGTGGCGGCAACCTGCTGTGCGGAACGAAGGGCGGAGCGGATTTTGCTAAAAATGAACTGCGGATCAATGGCGAGCGGGACGGGAGTTTGTTCCTGAATAAAATCGAGGTGAATGCGAATGCGAGAGACCTTTTCAGGGGAGAAGAGATGACCGATTTCGAATATGAAGCCAAACAATGGATTCACAGTATCGTGAACAATACCGAACCCTTGGTTAAACCAAGAGAAGCGATGATTGTTTCACAAATATTAGAGGCGGTGTATATATCCGCAGATACAGGAAAAACCGTTTATTTTGATAAGGATTGA	MRTVKVGIIGCGMIAGGKHMPCLSKLDNVQMVAFCDLKPERAEEAAQKYGTPDAKVFTNYKDLLAMEEIEVVHVLTPNSSHAAISIDALESGKHVMCEKPMAVTGAEAKAMYEAHLRTGKKLTVGYQNRSNAKSQLLKKMIADGELGDIYFAKAVATRRRGVPTWGVFLDKEKQGGGPMIDIGTHSLDLILWLMDNYEPESVVGSVFHKLKFTENAANEWGAWDPNEFEVEDSAFGYVKFKNGATVIIETSWALNIAEGGGNLLCGTKGGADFAKNELRINGERDGSLFLNKIEVNANARDLFRGEEMTDFEYEAKQWIHSIVNNTEPLVKPREAMIVSQILEAVYISADTGKTVYFDKD				NA	NA	NA	NA	NA
JZ016_00852	984	iolG_5		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGTTGAACGTTGCGATGTTAAGTAAGTGGCATGTGCATGCAGAGGATTACGCAAGAAAGCTGCAATCTCACGGTAACGTGAAGCTCACGGCCGTATGGGACGAACAGCCTGAACGCGGAAGCGAATGGGCTGCCCGCTTGGGAGTGGATTTTGAAGCAGATTTGGATGCGCTGCTGCAGCGGGAAGACATTGATGGCGTCGTGGTGGATGCCCCTACAAGCATGCACGCAGACGTCATGGTGGCTGCCGCTGAGGCCGGCAAACACATCTTTACCGAGAAAGCCATGGCTCTTACTGTTGAAGAATGCGATCGGATCTCTGCGGCGGTACGCAAAGCAGGCGTCAAGTTCTGCATTTCTTTTCCCGCCCGTACAAGGCCGCATCAATTGTTTTCGAAGCAGCTGATCGATGACCATGTATTAGGGGACATTACGCTGCTGCGTATTCGTAACGGTCACGACGGTGCTTTGAATAATTGGCTCCCCGATTACTGGTATGATGAGAAGCAAACCGGGGGCGGAGCCATGATGGATTTGGGCTGTCATCCGATGTACATCGCCAGTTGGCTGCTCGGTAAACCCAAAAGAATCACATCCATGTTTCATTACTTCACCAATCGGGCAGTGGAGGATAACGCACAATGCTCCATTGAGTTCGTCAACAATGCGGTCGCTCTGGTCGAAACCAGCCTTGTGACGTACAGAACCCCTTCTGCCCTTGAGATTTACGGTACGGAGGGCACTTTGATGATCTCAGACGATACCGTTCGAGTCATCTCGAAGAAGCTCGAGTTACCTTTTTCCGGATGGATCTCACCCGCTCAACTCCCTAAAGGGCAGCCCCTTCCGATTATCCAGTGGGCAGATGCATTGATTCACGACAAGCCGATGCCCTTCGGACTGGAGGACGGGACGAAATTGACGGAGCTATTGGAAGCGGCATACATCGCGCATAAGGAAAATCGAACGGTAGAGTTCAAATAA	MLNVAMLSKWHVHAEDYARKLQSHGNVKLTAVWDEQPERGSEWAARLGVDFEADLDALLQREDIDGVVVDAPTSMHADVMVAAAEAGKHIFTEKAMALTVEECDRISAAVRKAGVKFCISFPARTRPHQLFSKQLIDDHVLGDITLLRIRNGHDGALNNWLPDYWYDEKQTGGGAMMDLGCHPMYIASWLLGKPKRITSMFHYFTNRAVEDNAQCSIEFVNNAVALVETSLVTYRTPSALEIYGTEGTLMISDDTVRVISKKLELPFSGWISPAQLPKGQPLPIIQWADALIHDKPMPFGLEDGTKLTELLEAAYIAHKENRTVEFK	PGPT0018525_55	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018525-iolX-K16043	NA	NA
JZ016_00853	1659			hypothetical protein	ATGATACTAATCGCTTTGCTGCTTTTCGTGACCATGACGGCATGCACGGGAACAGGCGGAGAAAAGGAGGCAGGCACGGTTGACACGGGTCCGAAGGAGTCAGGTACTGAAGAAATAAAACCGGTAACTTTGACTTTTCTCAGTGCTTGGAACGGTGGCGGAGCCGGTTTCCCTCAGGACCAGGAGAATAATCCCGTAGCCGGGCAGATCAGGGAGAAAACCGGGGTCACGTTAAAACTCGAATCCATCACAACAAGCGAAGTAGAAAAACTAAACACCATATTTGCTTCCGGTACGGTTCCGGATATCGTTAATGCACCTTTCTGGTCTACGACAGGAGGAGAAGGACAAGTCATCAAGAAGGCGGCCACGGAAGGACAACTTCTGGATTTAACCCCTTATCTCGATAAATACCCGAATGTTAAAAGACTTGTGACGACTGGGATTGCGAAGGATTTTGCCGAGTTCGATCTCAATAGTCCCGAATTTGAAGGCAAGACTTATCTCATTCCTACAGAAACCCCGGACGGAACCCCGGAGAGCATTCATAATTGGAATTACGGCCTTTTTGCCAGGGGAGATATCCTGAAAGCTTTAAATGTAAAAGCGGAGGATATTGATACGCAAGAAGAATTATATGATCTATTGGTCAAGATCCGAGACGGCGGTTTCAAGGATATTGGCGGAAAGCCGGTCATCCCGGCCGGAACCATGTGGAATGGATGGGATTACGGCCAATTCCTTGCCGGGTGGACGGATTACACGATTTCGGACTTCCGTGAAGTGGATGGAAAACTGATTCACTGGACGCAAACGAAGGATCATGAAGCCAGGTTGTTATACATGAGGAAGTTATTAACGGAAGGTTTGTTTGATCTTGAAGCCTTCAACAATACGAGTACAACAGCGAATGAAAAGCTGACGACGGGCAAGCTTGCCGTATTCGGAGCCCAGCCGATGTTAGCTGATTTACAAAAAACGCTGTATAAGACGAATCCGGAAATGCAATATGAACTGCTCGGGCCGATGAAGAATAAGAGCGGAAACATTCGAACGCAAGTGGAAAAGCCCGGTCGTTCCGGTTTCCCTGTCCTATTCTTAAGCGCGGACATCAAAGATCCGGATGCGGCATTGCGGTACATTGATTATGTCAACAGCGAAGAAGGCCGATTGCTTGCGAATTTCGGGATCGAAGGAACACACTACAACATGGAAAACGGGATACCCCAGTGGATTGCTGATGTAAAAAAACAATTTGATGACAACCCGGATCTGAAAAGAGACGCAGGACTCAATTATCTTCCGGGAAGGTTCATCGGCGCCTTCTCGTCTGAAGTCACCTGGCCTACGCCTGAAGATCAAAAAACGGAGTGGCAAAAGCTGGAGGAGAGTTTCTCGGCAAGAATGCCGATCAAAATCATAGACAAAGTAAGCGCAAGCTACCTTGCCAGAGAGTGGCCTAAATATCAGGAATATATCGATAAAACCAGCAGTTTGAATTTCGATGAAGAATTTAAGAAAGCATTTTTTGCAGCGTCCGACGAAGAGGCTCTAAATATGCTTCATAGTGTTCAAGAAAAATTTAGAGCGGCCGGCGTGGAGGAAATGGCGGAGTTCGTGGCTCAAAAAGCTGCAGAACGGGATGATGTAGGGTTCTAG	MILIALLLFVTMTACTGTGGEKEAGTVDTGPKESGTEEIKPVTLTFLSAWNGGGAGFPQDQENNPVAGQIREKTGVTLKLESITTSEVEKLNTIFASGTVPDIVNAPFWSTTGGEGQVIKKAATEGQLLDLTPYLDKYPNVKRLVTTGIAKDFAEFDLNSPEFEGKTYLIPTETPDGTPESIHNWNYGLFARGDILKALNVKAEDIDTQEELYDLLVKIRDGGFKDIGGKPVIPAGTMWNGWDYGQFLAGWTDYTISDFREVDGKLIHWTQTKDHEARLLYMRKLLTEGLFDLEAFNNTSTTANEKLTTGKLAVFGAQPMLADLQKTLYKTNPEMQYELLGPMKNKSGNIRTQVEKPGRSGFPVLFLSADIKDPDAALRYIDYVNSEEGRLLANFGIEGTHYNMENGIPQWIADVKKQFDDNPDLKRDAGLNYLPGRFIGAFSSEVTWPTPEDQKTEWQKLEESFSARMPIKIIDKVSASYLAREWPKYQEYIDKTSSLNFDEEFKKAFFAASDEEALNMLHSVQEKFRAAGVEEMAEFVAQKAAERDDVGF	PGPT0017245_1170	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00854	921	sugB_1	COG0395	Trehalose transport system permease protein SugB	ATGGATGCGAGAAGGCTGACGCCAGCAGATAAATTGTATATGACGCTCAACTATTCGGTGCTGCTTTTATTCTGCGCTACGGCACTTTATCCATTTATCTATTTTCTAGCCCTTTCTTTTAATGACGGCTACGATGCGATGAAGGGTGGAATCTATTTTTTTCCTAGAGTGTTTACACTAGAAAACTATGCAAAAGCTTTTAGCAACTCACTGATCTTAAATTCGTTTTATATTTCCGTAACCCGAACCCTTGTCGTTACGGTTGCCTCCGTATTTTTGACGGCCTTATTAGCCTACGCGCTTTCGCGGAAAGGACTGCCCGGAAGAAAATATATCGTATTCTTCTTTTTCTTTACCACCTTGTTCAGCGGAGGACTTATTCCTACATTTATCCTGTTCCGGCAAATCCACATTCTGGATACGTTTTGGGTGTTGGTGCTGCCGTCCCTATACAATTTCTTCAATGCGATTATCATGAAAACCTTTTTCGACGGGATCCCTGAAGGTCTGTCGGAATCGGCCCGAATCGACGGAGCCAGCGAGTTGTCGGTATTTGCAAGAATCATCCTGCCTCTTTCGATGCCGGTGCTTGCTACCATTGCCTTGTTTGTTGGGGTGGGCGTGTGGAATGACTGGTTTACCGGTCAGTTTTTCATACAGAATGAGAACCTGCAGCCTGCAGCCACGTTCCTGAACAAGATGATCAGCGAAGCGTCCTTCCAGTCGATGACGTCATCGTCGGGTAATAGCGGTTCTGCGATTCAAAACATGACCGAGACGCAGATGGAGCTGCGAGGCGTAACGCCGGAAGCCTTGAGGATGACGTTCGTTATTATTATTACGACCCCGATCATCTGTGTATATCCATTTCTTCAGAAGTATTTTGTAAAAGGCGTATTGGTAGGTTCTCTTAAGGAGTAG	MDARRLTPADKLYMTLNYSVLLLFCATALYPFIYFLALSFNDGYDAMKGGIYFFPRVFTLENYAKAFSNSLILNSFYISVTRTLVVTVASVFLTALLAYALSRKGLPGRKYIVFFFFFTTLFSGGLIPTFILFRQIHILDTFWVLVLPSLYNFFNAIIMKTFFDGIPEGLSESARIDGASELSVFARIILPLSMPVLATIALFVGVGVWNDWFTGQFFIQNENLQPAATFLNKMISEASFQSMTSSSGNSGSAIQNMTETQMELRGVTPEALRMTFVIIITTPIICVYPFLQKYFVKGVLVGSLKE	PGPT0017255_515	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00855	951	yteP_17	COG4209	putative multiple-sugar transport system permease YteP	ATGGTACCAAAAGGTGTTGTTATCCCTGGATTTGAGCAGTTAAAAAAGAATAAGAAATTAACGAAGATATGGCAATTTAGGCATATATATTTATTTTTGCTTCCTGCGATCATCTGGTTTCTAGTGTTTGCTTACTATCCGATGTACGGCATATTAATCGCATTCAAAGATTTCAAATTCAATCTGGGGATCTTGGGGAGTCCGTGGGCAGGCTTTAAATATTTCGAACAGTTTTTAAACGATTCCAGCTTTTACGATGTGCTCCGAAATACGTTATCCATCAGCGCCCTGAAACTAATTTTCGGATTTCCAGCTCCATTGATCCTGGCCTTAATGCTCAATGCCGTCATGCACAAGAGAATCAAAAGAGTGTTTCAGACGATTTCCTATCTGCCGCACTTCGTGTCGTGGGTCGTTGTCGTGACCTTGCTTCAAAAAATCCTGTCTCCGAACGTAGGGCTTATCAATGACATTCGGTACCAAATGGGTTTGGATCCGATCTTTTTCATGGGAAAACCGGAATTATTCTATCCATTGGTCATCATTTCCGACATCTGGAAAGGGGTAGGCTGGGGTTCGATCATTTATTTAGCCGCGTTAACGAATATCGATCCGCATTTGTATGAGGCAGCCGAAATCGACGGGGCTGGAAGGTGGAGCAAACTATTTAAGATCACGCTTCCATGCCTTACTCCAACGATCGGCATATTGCTTATCTTCTCCCTCAGCGGAATACTGAACGCGGGCTTTGATCAAATCTGGCTGATGCAGTCCCCAGCAACATTAAGCGTCTCGGAGATCTTGGACACCTATGTCTTAAAAACAGGCCTCCAACAGGGGCAATTAGCCTATTCCACGGCCATTGGATTATTCAAGTCAGCGATTTCGCTGCTGCTCATTGTTGCTGTCAATAATATATCCAGGCGTGTGAGTAACGTATCGTTATGGTAA	MVPKGVVIPGFEQLKKNKKLTKIWQFRHIYLFLLPAIIWFLVFAYYPMYGILIAFKDFKFNLGILGSPWAGFKYFEQFLNDSSFYDVLRNTLSISALKLIFGFPAPLILALMLNAVMHKRIKRVFQTISYLPHFVSWVVVVTLLQKILSPNVGLINDIRYQMGLDPIFFMGKPELFYPLVIISDIWKGVGWGSIIYLAALTNIDPHLYEAAEIDGAGRWSKLFKITLPCLTPTIGILLIFSLSGILNAGFDQIWLMQSPATLSVSEILDTYVLKTGLQQGQLAYSTAIGLFKSAISLLLIVAVNNISRRVSNVSLW	PGPT0017250_1446	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00856	1137	araR_3	COG1609	Arabinose metabolism transcriptional repressor	TTGTATCAGAGGGTTCAAGAGTATATACGCGACTTGATATCGTCGCAAGTATTGAAGGTTGGAGACCGTATTCCTACGGAAAAAGAACTCATGGAGCGTTTCGGAGTCAGCAAGATTACGGTCGTTAATGCCCTGGCCGGCTTGGTTAACGAAAAAATCATAACCAGAGTGCCCGGAAAGGGGACTTTTGTAAGTGAACCTGAATCTGAAATGTCGGCGACTTCTCCTATAAACGCCGTAAAGTCTATTCATAAAGCTGGCGGAGAAATGGGGACACGGTTAATAGGCCTGATTCTGCCCAGCATTTATGATTATTTTACGATTCGGCTTATACAAGGTATTCAGCAGGCACTCAACGAGAACGATTACCGCTGCGTCATCTATTTATCGGAGGGCAGCCTTGATAAGGAAAAAGAGGCAATCAAGACATGTTGTAAAATCGGAGTGGAAGGGTTACTGATTTTCCCGGTTGACGAGGAATTATTCAACGAGGAAATTCTAAGCATGAAATTTGCGGGGTTTCCGTTCGTTCTCATCGACCGTTACCTTCCAGGGGTCGAAACGCATTATATCGCATCAGACGGCAGGCTTGGCGTTAACATGGCTGTAAACTACCTGTGGGAGCTGGGGCATCGCGAAATCGCCATATGCTCCGATTCCCCCATACAAACCGTTACCGTTCAAGAGCGGATCGACGGATATATGAATGCCTTCAAGGAAAAGGGATCCCTCATTAATCCTGCCCACATCGTGACCGATTTTGAAATCGGAAGTTTGGAGCAAGCTGAAACCCATCCCCTGTACCGCTATATCCAAAATCGAATGGCAACCGCCTATATCACGCTAAATGGAAGTCTTGGCGTGAAAATCTACCAGATTGCGCGTCAAGCTGGATTGAAGGTGCCTGAGGACATTTCCATCATCAGTTTTGATGATCCGACTTCCATCATCGAAGGCTACAGCACGTTTACGCATGTTAAACAGTTTGAACGGGACATGGGCTACCGCGCGGCGTACACGCTGCTTGAAGTCATTAACAGTGATGACGGACAAGACGGAAAATACTTTAAAACCCTCGTGGAGCCGGAATTGGTGATTGGCGAGACGACGGGAAAAAACGTTCTCTTCACTTCATGA	MYQRVQEYIRDLISSQVLKVGDRIPTEKELMERFGVSKITVVNALAGLVNEKIITRVPGKGTFVSEPESEMSATSPINAVKSIHKAGGEMGTRLIGLILPSIYDYFTIRLIQGIQQALNENDYRCVIYLSEGSLDKEKEAIKTCCKIGVEGLLIFPVDEELFNEEILSMKFAGFPFVLIDRYLPGVETHYIASDGRLGVNMAVNYLWELGHREIAICSDSPIQTVTVQERIDGYMNAFKEKGSLINPAHIVTDFEIGSLEQAETHPLYRYIQNRMATAYITLNGSLGVKIYQIARQAGLKVPEDISIISFDDPTSIIEGYSTFTHVKQFERDMGYRAAYTLLEVINSDDGQDGKYFKTLVEPELVIGETTGKNVLFTS	PGPT0017490_110	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_00857	1116			hypothetical protein	ATGGTTGATGTTTTTGCTGTAGCCGATGTCATTGTCAAACATATTAAGACCCATTACCCGCAAGATGTTGCGATTGTCGGATATTACGGATCCTATTTGCAGGGGAGGGCGACAGAGCGATCGGACTTAGACTTTTTCTTCATTCCGGCCACACCTAGAGGAAAACAAGTGGAATTACAGTTTATAATCGACGGTATTAGTTTTGATTTTTGGCCAATTGGATGGGATCGTGCTGAAAGAATGTCAGCTTCCGAAGATTGGAGTACGACCATTATTGCGGATTGTGAACTATTGTATGTGCGTTCCGATGAAGACCTGGCGAAATTCATGAAACTCCGTGAGACCATCTCTTCCATGGGGGAGCCGTCCAACACGTTAACATTGATCAATAGAGCTGAGGTTGTCGTGCGTGATTGTTTTACTAGCTTGATAAAGCTTCGTTTTGCCGGAGACTCCATGGATTTATCCTTTTGTCGGATACTGGCGCAAGAAATTGCCGCTACCATTTTTAAATCTCTTGCGTTGTTAAACCAAACGTACTATACACGCAGTTGGGGCCATTATCGCGAGCAAGTCAACAATCTTCCAATTAAGCCAGACCAACTGGATCTCTACCTTGATACAATGATGTTCAGCCATTCTAAAGATGAAATCATGACTGCTTGCGAGAAACTGACTGTAGACACCCTTCATATAATTTCAGAACGAAGAAACAAGCTCAAAGGATTACGTTCATACCATACTTGGATGAAGGGATACTATGAAGAGGAAAAAGGAATGCTTAACAAGCTCCTAACCGCTTGCGAAAAAGGCCACTATGAAACCGCGTTTTTCGTTGCTACAGGTCTACAAGATGGTTTGGCACGTATTTTGTACGCAGCCGAAACAGGACGCTGGCCTGCCATTTTCGATTTGGGGGAGTATCGGGAATATTATCATCGCTTCAGCTATCCGGATCTCACTGCGCTTCTGGATCCCGAGGATTTTGAACCATTGCGAATAGCTGTCCTGCAGCTGATCGAACAATTAGAGAATCATCTAAGAACAGAAGGTGTATCTTTGAACCAGTTCGACTCAGTTGCTGATTTCGAATCATTTTATGTAAGCAGAATTTGA	MVDVFAVADVIVKHIKTHYPQDVAIVGYYGSYLQGRATERSDLDFFFIPATPRGKQVELQFIIDGISFDFWPIGWDRAERMSASEDWSTTIIADCELLYVRSDEDLAKFMKLRETISSMGEPSNTLTLINRAEVVVRDCFTSLIKLRFAGDSMDLSFCRILAQEIAATIFKSLALLNQTYYTRSWGHYREQVNNLPIKPDQLDLYLDTMMFSHSKDEIMTACEKLTVDTLHIISERRNKLKGLRSYHTWMKGYYEEEKGMLNKLLTACEKGHYETAFFVATGLQDGLARILYAAETGRWPAIFDLGEYREYYHRFSYPDLTALLDPEDFEPLRIAVLQLIEQLENHLRTEGVSLNQFDSVADFESFYVSRI				NA	NA	NA	NA	NA
JZ016_00858	927			hypothetical protein	ATGAATATTAAATCACTGCGCTCAGATCATATTTATCAAAAAGTTGCTCAAGCTTCGCCCGAGGAAAAGCTTGAAATGTTCAGAAACGAAATGATGGCTCCCTTTATGAAACAATGGCAGATTCAACAGATTCCTTTTAAAGCTGAAGAGGCGAATGGTTTTGACGTTCTTACGTTTAATAGTATGATGCATCGATCCCCAGATCAGATTACCCCTCAGATTTCGGCAGAGATCGAGCTGATTTCGTCCGAATCATTTTGGTTAGAGTGTGAGCATGCTGTGAAGAAAAGCTTGCATCTATTTGCAGAGCATGAAATTAACCTCCCTGTAACCGACTATTTGTTTACGATTCAACTAGGGAATCCGGAAAGCCGTGCTTTAGTAATAAACGAAGGTTATAGCGGCTTTGGGGGCATTCCCGGGTTTATCTGGGGTACACTCTTGCCAAATGAGTACACGATTCCTCGAATGAAGGCTTCGCTGGCGCACGAATGCAACCATAATGTACGTTATCAATTTATTCAGTGGGATCACACCGTTAATTTGGGCGAGCTCATTGTAAGTGAAGGATTAGCTGAGAACTATGCTACGTTCATGTTTGGAGAAGAATTGCTCGGTCCCTGGGTAACGAAAACTAACGCAGAAACGCTTAACACACGCATAAAACCTGTGCTTAGAGAGAAATTGCAATTAACGGGGTTTGATCAATTTGCTCCTTATCTTTACGGTGACGAGATCGCAAAACTTCAAAACTTTACACCGGTCAACATGCCTTATAGCGCCGGATACGCTTGCGGATATCATTTAATCCAATATTATTTACGAAAAACAGGAAGAACGATTTTCGAGGCCACAATAACGCCTGCTGCTCAAATCCTAGACGAAGTAAAAGAATTTTGGAATGAAGAAACCATGATTAGCTGTTAA	MNIKSLRSDHIYQKVAQASPEEKLEMFRNEMMAPFMKQWQIQQIPFKAEEANGFDVLTFNSMMHRSPDQITPQISAEIELISSESFWLECEHAVKKSLHLFAEHEINLPVTDYLFTIQLGNPESRALVINEGYSGFGGIPGFIWGTLLPNEYTIPRMKASLAHECNHNVRYQFIQWDHTVNLGELIVSEGLAENYATFMFGEELLGPWVTKTNAETLNTRIKPVLREKLQLTGFDQFAPYLYGDEIAKLQNFTPVNMPYSAGYACGYHLIQYYLRKTGRTIFEATITPAAQILDEVKEFWNEETMISC				NA	NA	NA	NA	NA
JZ016_00859	1710			hypothetical protein	ATGAATGCCCGGAACCTGAGCACCCGGCTGGCTTCCATAAACCCTGTCTCGATCCTTTTATACGGGTTGATTGTCTGGTTTGTCATTGCCTTTCTGATTTATCCGAACTTGAATATTTACGGCGAAATTTTCATGAAGGACGGCAAATTTACGCTGGAAGCGGCAGAGAAGCTGCTGTCGTCCGAACGCGCGATGCGAAGTTTATATAACAGCTTTATTCTCGCTTTTTCCCTAGTTATTACGGTAAATGTGGTGGGGATTACGCTGGTTTTGATTTCGGAATATTTCGATATCAAAGGCGCGAAGATTTTGCGATTGGGTTATTTTACGACCCTGATTTACAGCGGAGTCGTGCTGGTGTCCGGCTATAAATTCGTCTATGGCGAAGAGGGGTTTATGACCAAGCTCCTGGTTCAATTATTCCCTTCTTTTAATACGACATGGTTTCACGGCTACTGGGCGGTTCTATTCGTCATGACGTTCGCCTGCACGTCCAACCACTTCCTGTTCCTGAGCAATGCGATTCGCAAAATCGACTTTCAAACGGTGGAGGCCGCGAGAAATATGGGGGCGTCTACTTGGTATATCCTCCGGCGGGTCGTGCTCCCGGTCCTGAAACCTACGATCTATGCGCTGACGATTCTGACTTTTCTCACCGGCCTGGCTGCCACGTCCGCGCCGCTTATCCTCGGAGGCAAGGAATTCCAGACGATTACGCCGATGATTCTGACGTTCTCGAGAAGCATGACGTCAAGAGATTTGGCTGCGCTGCTGGCCCTTATTCTCGGAGTGGCCACACTGGTGTTGTTGACCGTGATGATCCGGTTCGAACGTAAAGGCAACTTCATGTCGGTCTCCAAAGTCAAATCGGAGCTGGTCAAACAAAATATCCGCAGCAAATCCGGGAATTTAGCCGCTCATATTTTGGCTTACGGCCTGTTTGTTCTCTACATCGTTCCGGTTGTGCTGATCATCATCTTTTCGTTCACCGATGCGGCCAGTATCTCTACCGCCACGTTGAATTTGAACAGCTTCACGTTGGATAATTACATTCAAGTATTTTCATCCATGTCGGCATTCAAGCCTTATCTCGTAAGTATTCTATATGCCGCAGCTGCCTCGGTCATTGTTGTCGCATTGGCGCTGGTTGCGTCAAGGATATTGCATAAATATAAGAACAAGTGGGCGCTTGCCCTGGAATACGCATTGCTGATTCCGTGGATTCTGCCGTCAACGCTGATTGCGATCGGACTGATCGTAACCTTTAACACGCCGAAGCTGATGATCGGGAATACGGTGCTGGTTGGCACGGTCTGGATGCTTCTGATTGCGTATGTCATCATCCATATTCCTTTTACCCTGCGAATGGTCAAGGCCTCCTTCTTCAGCTTGGACAGCAATTTGGAAGACGCTGCAAGGAATTTGGGTGCCAAACCGTTTTATACGTTCAGAAAAGTATTGCTGCCGATCATTCTGCCATCGACGCTAGCTGTTCTTGCCTTGAATTTCAACGGAATTTTGGCCGATTATGACGTAACCGTGTTCCTCTATCATCCTTTGTATCAGCCGTTAGGAATCGTCATCAAGAACAGCACGGATGCTCAGGCGCTAGCAGATACCAAAGCGTTGACCTTGGTTTATTCGGTGATATTGATGATCATGTCATCCGTTACTTTATATTTCGTATATGGAAGAAACAGCAGATCTTGA	MNARNLSTRLASINPVSILLYGLIVWFVIAFLIYPNLNIYGEIFMKDGKFTLEAAEKLLSSERAMRSLYNSFILAFSLVITVNVVGITLVLISEYFDIKGAKILRLGYFTTLIYSGVVLVSGYKFVYGEEGFMTKLLVQLFPSFNTTWFHGYWAVLFVMTFACTSNHFLFLSNAIRKIDFQTVEAARNMGASTWYILRRVVLPVLKPTIYALTILTFLTGLAATSAPLILGGKEFQTITPMILTFSRSMTSRDLAALLALILGVATLVLLTVMIRFERKGNFMSVSKVKSELVKQNIRSKSGNLAAHILAYGLFVLYIVPVVLIIIFSFTDAASISTATLNLNSFTLDNYIQVFSSMSAFKPYLVSILYAAAASVIVVALALVASRILHKYKNKWALALEYALLIPWILPSTLIAIGLIVTFNTPKLMIGNTVLVGTVWMLLIAYVIIHIPFTLRMVKASFFSLDSNLEDAARNLGAKPFYTFRKVLLPIILPSTLAVLALNFNGILADYDVTVFLYHPLYQPLGIVIKNSTDAQALADTKALTLVYSVILMIMSSVTLYFVYGRNSRS	PGPT0003730_1641	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011	NA	NA
JZ016_00860	1029	potA_1	COG3842	Spermidine/putrescine import ATP-binding protein PotA	ATGATTACATTCCAGAACGTTGATATTAAATTCGGTGAATTTCATGCGGTCAAAAACCTTAATTTGCATATTCGGGAGGGGGAATTCTTCACGTTCCTTGGTCCTTCGGGTTGCGGGAAGACGACGACCCTTCGCAGTCTGGTCGGGTTTATTATGCCTACGAGCGGACAGATCCTGCTGAAAGACGCCGACATTACCCGTTTGCCGATCGAAAAAAGAGAGATCGGGATGGTATTTCAAAGCTATGCGCTCTTTCCAACGATGAATGTGTACGAGAATATCGCTTTTGGCTTGCGAGTCAAGAAATTACCCAAGGCGGAATTGGATCAGAAGGTTCGGGACATTGCCCGGAAGGTTGATTTGAAAGATGATCAGCTGTTCAAGAAGGTATCGGAACTATCCGGCGGCCAGCAGCAGCGCGTTGCGATTGCCAGGGCGCTGGTTTTGAAGCCGAGCATCTTGGTACTGGACGAACCTTTATCCAACTTGGACGCCAAGCTGCGGGTACAGCTGCGCAATGAGCTGAAACAATTGCAGAAGAAATTCGGGATCACAACGATATATGTCACGCACGACCAGGAAGAAGCGTTAACGCTGTCCGACCGGATCGGAGTATTCAATCATGGAGTCCTGGAGCAAGTGGGCACGCCCATGGAAGTTTACAATCAATCCCAAACGGAGTTTGTGTGCAATTTCATCGGAGATATTAACCGGATCGATCCGCGAATGGTAGAGAACAGCCGGTTGAATGATGTTGTTCAGCCGGGGAATATCGCCTATATCCGCAACGAGAAGGTAAGTCTGCAGCCCCTGCAGGGTATCGATACGGTCCAATTGAAAGGCAAGATTGCGGACCGGGAATTTTACGGTTTATACAGCAAGTACGTATTGGAGATTGCCGGCGGCGGACGGTTAAAGACCATCGAAATAGAAAGCAGGCTCGTCCATCATGAGGTCGGCGACGATGTTGACATCTACCTCCCGACCCGCGATATTTTGCAATATCCGATGAGGGAGGGCGAAGCATGA	MITFQNVDIKFGEFHAVKNLNLHIREGEFFTFLGPSGCGKTTTLRSLVGFIMPTSGQILLKDADITRLPIEKREIGMVFQSYALFPTMNVYENIAFGLRVKKLPKAELDQKVRDIARKVDLKDDQLFKKVSELSGGQQQRVAIARALVLKPSILVLDEPLSNLDAKLRVQLRNELKQLQKKFGITTIYVTHDQEEALTLSDRIGVFNHGVLEQVGTPMEVYNQSQTEFVCNFIGDINRIDPRMVENSRLNDVVQPGNIAYIRNEKVSLQPLQGIDTVQLKGKIADREFYGLYSKYVLEIAGGGRLKTIEIESRLVHHEVGDDVDIYLPTRDILQYPMREGEA	PGPT0003735_3619	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010	NA	NA
JZ016_00861	1119			hypothetical protein	ATGAGAAAACTTTCAATGGCACTACTTCTCATTATGTGTGTGATTGTTTCGGCTTGCGGAGGCGGCAGCAATGCCGGCAATGCAAACGGTGGCACTTCGGAGTCCGGAGCGCCGGCCGGAACACCGGCTTCAACGGAATCGTCGTCTACGGAATCAGACCAGAATGAAAAGCTGATCGTGTACACGAACGCGAACTCTGACGGCCGCGGCGAATGGCTGATCGAGAAAGCGAAAGGTGCTGGATTTGACATCGAAATTGTCGGAGCGGGCGGCGCCGACTTGACGAACCGCTTGATTGCCGAGAAGAACAACCCGATCGCGGACGTCGTATACGGCTTGAATAATATGCTTTATGAGAATTTGAAAAAGGAAGACGCTCTGGCTAAGTTTGTTCCAAGCTGGGCCGGTGATGTTGAGCAGGGTTTAAATGATCCGGAAGGCTACTATCATGGTCTTGTGAAGCAAGCGATTCTCCTTGGTTATAACCCGAACGAATTCACGGCCGATACCGCGCCAAAAGACTGGACGGATCTTTATAAGAACGATGCGTACAAAGGGAAGTACGAAGCTCCTACGCTGCTTGGACAAAATACGCCTCGCCTTATTGTAGCGGGGATTCTGACCCGCTTCCAAGATCCGAATGGTGATCTCGGCATATCCGAGGAAGGCTGGAATGAAATTCAGCAATTGTATGACAACGGCGTCAGCGCAGTCGAGGGCGAAGATTTCTATGCCAATTTGGCCAGCGGTAAAACGCCGCTAGGAGCGCTCGTCTCCGGAACCCTGCAGCAGAAGGAAGAGCAATATAACGTGAAAGCAGGCATTGTCAGTCCGGAAATCGGCGTACCTATGGTCGTGGAACATGCGGCAATCGTGAACGGAACGAAGAAGCAGGCAACGGCGGAGCGGTTCGTGGAATGGCTCGGATCCAGCGAAGTTCAAGGGGGATTTGCGGCTGAGTTCAATGCCATGCCGGCAAATACGAAAGCGGTTGAGCAAGCCAATGAGTCCGTCAAGGAGCTGTTTACTTCATTAAAACCACAAGATTTCGATTGGGCTTTTATTGCTGAAAACATGGATCTGTGGGCGGAGAAAATCGAGTTGGAGATTATGCATTAA	MRKLSMALLLIMCVIVSACGGGSNAGNANGGTSESGAPAGTPASTESSSTESDQNEKLIVYTNANSDGRGEWLIEKAKGAGFDIEIVGAGGADLTNRLIAEKNNPIADVVYGLNNMLYENLKKEDALAKFVPSWAGDVEQGLNDPEGYYHGLVKQAILLGYNPNEFTADTAPKDWTDLYKNDAYKGKYEAPTLLGQNTPRLIVAGILTRFQDPNGDLGISEEGWNEIQQLYDNGVSAVEGEDFYANLASGKTPLGALVSGTLQQKEEQYNVKAGIVSPEIGVPMVVEHAAIVNGTKKQATAERFVEWLGSSEVQGGFAAEFNAMPANTKAVEQANESVKELFTSLKPQDFDWAFIAENMDLWAEKIELEIMH	PGPT0003725_666	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012	NA	NA
JZ016_00862	819	phnP_1	COG1235	Phosphoribosyl 1,2-cyclic phosphate phosphodiesterase	TTGAAAATTCACTTTCTAGGAACCGCAGCCGCAGAGGGCTTTCCCAATGCATTTTGCCGCTGCGAGCATTGTACCAAGGCACGGGAGCTTGGTGGAAAAAATATCCGTACACGAACTTCGGCCATCATGGACGATGTCATCAAATTTGACTATTCCCCGGATTCCTATATGCAGGCGCTGCGGGACAATATCGATCTGGGGGCAATCGAGCACCTGCTCGTCACGCATTCGCATTCGGACCATTTCAATGCTGCGGATCTGGAATGCCGCAGGGAAGGGATTGCGCACGGCCTCCAGCATCCGATGCACATCTATGGGAATGGTACCGTGATGCATCACACGCGTGCCGCCATCGGCCGCTTTGAAGGTCAAAGGTATCAATTCCATCTGTTGCGCCCGTATGAGACCTTTGCTATGGGCGATGCAAGGGTAACGCCATTGTTGGCCGATCATGACCGGATGGAAACCTGTCTATTATACGTGATCGAAAAGGAAGGGAAAAAACTGCTGTACGGGCATGATTCGGGCTGGTTCCCGGATGCGACTTGGGCATGGTTAAAGGGCAAAAACCTGGATTGCGCCATCCTCGACTGCACGCATGGTTATACAGGGAATGCCCGCGACCGCAATCATATGTGCGTGGAAACGGTGCTGGAAGTCCAGCGCGAGTTCAAAAAAGAAAATATCCTGAAGCCTGAAGGCCAAATCATCGTCACACATTTCAGCCATAATTCCAAGCTGCTACATGAGGATTTTGTCCGTATCTTCAGCCCCGCCGGAATTGTACCGGCATATGACGGGTTGATCATCAACATTTAA	MKIHFLGTAAAEGFPNAFCRCEHCTKARELGGKNIRTRTSAIMDDVIKFDYSPDSYMQALRDNIDLGAIEHLLVTHSHSDHFNAADLECRREGIAHGLQHPMHIYGNGTVMHHTRAAIGRFEGQRYQFHLLRPYETFAMGDARVTPLLADHDRMETCLLYVIEKEGKKLLYGHDSGWFPDATWAWLKGKNLDCAILDCTHGYTGNARDRNHMCVETVLEVQREFKKENILKPEGQIIVTHFSHNSKLLHEDFVRIFSPAGIVPAYDGLIINI	PGPT0002480_306	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002480-phnP-K06167	NA	NA
JZ016_00863	1152	araR_4	COG1609	Arabinose metabolism transcriptional repressor	ATGAAAGATGTACGTTTGATTAAACAGAATCAATTATATCACCGGGTGGCTGATCAGGTGATCGAGATCATTAAGAGCCGCAGGCTGCGGCCCCATGATCCGGTTCCATCCGAAGGAGAGCTTGCCAAGCTGTTCGGCGTGAGCCGAATGACAAGCAAGCTGGCGCTTCAAAAGCTGGCCGAACAGGGATTGGTGTACCGCCTGCCCCGAAGAGGGACCTTCCTTGCCCAGCCTCAAGAAGGATTGATGGTCGATTCAGGGATTTCTACCCAGGGCACCGTGGCGGCGCCGGACGTGGAGAGGCCGTTCGGACAGATCGCGCTCATCTTGCCCCATTTGTCCGATTACACTTCCAGGATTATCGCCGCCGCCGAGGCTGAAGTGCGAAAGCACGGGTGCGACCTCATTCTGAAAATGACGAAGGATTGCGACGATGAGGATCTCTGTCTGGAGAGGTTGGCCGAAGGAGGAATTACCGGTATCATTCTGTTTCCCCAGGGGCGGAAGACCTGCAGCGATCAAGTATTGCGATTAAAGCTTCGCAAACTGCCGCTGGTGATCATCGACCGTATTTTTCATGAAGTGGAGATCGATTGCGTGTATCACGACCACTATATGGGCTCTTATCAAATGACCAAGTATTTGATCGAGAAGGGGCACCGGGAAGTCGGATACACTTCGAACGCGATCGATCATATCACAAGCAGGAAGGAGCGGTACCAAGGCTATATCCAAGCGCTGCTCGACCATAAAATTCCGGTCAAGTACCAGAACATTCATTTTCGAAGCGTCGCTTGCGATACCAGACGCATTAATGAGCTCGATCCGGAGCAGGAGCGGTTTATTCAGGACAACCCCCGGATGACGGCCATCATGTGCGGGGATGACCATGTCGCCATCTCGACCATTCATACCGCATTGCAGATGGATATTCCGGTTCCTGAAAAGCTGTCCATCGTCGGCTTCTCCGATATCCAGTTAGCGGCATATATTCCAACCCCGCTTACGACGGTTCGACAAGATACCGAGAAGCTTGCTCGATCGGCCGTTGATTTGCTGATGAAACGCGTTGGCAACTCCAACGAGAATCCAATCACCATTAAAATTCAAACATCGATTGTAGAACGACAATCCGTTCTGTCCAGGACCTAA	MKDVRLIKQNQLYHRVADQVIEIIKSRRLRPHDPVPSEGELAKLFGVSRMTSKLALQKLAEQGLVYRLPRRGTFLAQPQEGLMVDSGISTQGTVAAPDVERPFGQIALILPHLSDYTSRIIAAAEAEVRKHGCDLILKMTKDCDDEDLCLERLAEGGITGIILFPQGRKTCSDQVLRLKLRKLPLVIIDRIFHEVEIDCVYHDHYMGSYQMTKYLIEKGHREVGYTSNAIDHITSRKERYQGYIQALLDHKIPVKYQNIHFRSVACDTRRINELDPEQERFIQDNPRMTAIMCGDDHVAISTIHTALQMDIPVPEKLSIVGFSDIQLAAYIPTPLTTVRQDTEKLARSAVDLLMKRVGNSNENPITIKIQTSIVERQSVLSRT	PGPT0017490_92	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_00864	792			hypothetical protein	ATGGAGCTGCAATTATTTCATGCTTTTTGGGGCATGGAGGGGACATTAAGAGAGAAATTCGAGCGAGCTTATATGAACGGCTATCAAGGTATTGAAACAGGGCTTCCGAATGATGCTGACAAGAATGAATTTATGGAGCTGCTGCAAGAGTTCAAGCTGTTATATATCCCTCAGATATTCACTTATGGAAATCATAAGGAGGTTTATCACGAGCAATTGGAAAGTGCATTGGAGTTTTCGCCGATCTTCGTAAACTCCCATACCGGTAAAGATTACTTTTCTGAGGAAGAACAAGATTCACTTTTTGAGTTCGCTTTGAGCATGGAAAAGAAGCTGGGCGTTGACGTGGCGCATGTAACCCATAGAGGACGCGCCATGTTCACTCCTCGTGCAACCGTGAAGCTGCTGAAAAAATTCCCGGAATTGAAAATCACGGCGGATTTCAGCCACTTTACCTGTGTCTGCGAATCATTGCTGCATGATCAAGAAGAGGATATGGCCTTTATGATTAGGCGTACCCAGCATACTCATGGAAGAGTGGGATATGTTAACGGTACTCAGGTTCCTCATCCGGCAGCACCTGAATATGGGGAGGAACTGGCAAGATTCGAAGGCTGGTGGGAACAGATTTGGGCGCATTGCAGCCAAGCAGGCAAGCCGTACTTCACGGTAACCCCTGAGTTCGGTCCGGTCAGCTACATGCCTCGCATTCCATTTACAGGAGAACCTGTGGCCGATTTGTTTGAGATCAATCACTGGATCGCGGACCGCTTTAGGCAGAAATACAGCTAG	MELQLFHAFWGMEGTLREKFERAYMNGYQGIETGLPNDADKNEFMELLQEFKLLYIPQIFTYGNHKEVYHEQLESALEFSPIFVNSHTGKDYFSEEEQDSLFEFALSMEKKLGVDVAHVTHRGRAMFTPRATVKLLKKFPELKITADFSHFTCVCESLLHDQEEDMAFMIRRTQHTHGRVGYVNGTQVPHPAAPEYGEELARFEGWWEQIWAHCSQAGKPYFTVTPEFGPVSYMPRIPFTGEPVADLFEINHWIADRFRQKYS				NA	NA	NA	NA	NA
JZ016_00865	999			hypothetical protein	ATGGGTACATTTTATGTCCCGAAATCACGCGCAAGGGACAATCGTTATTTGGTTAGTGTGAAGGAGTATACGAACTATCACAAGGAAGGCTATCTGATTGTTAGAGGCTTGTTGTCAAAAGATGATATCGCCGAACTGTTTGAGCTGGCGGAGGATTCTAGGCTCAACCGTCTTAAGCCGGACAAGACGGCGGATGCTGACAGCACGGATCCACTCAAGGAAGAATTCGCGAAGGCGACACGGATTCATATGCTTTCCCGGGTGAATGTGGCGGCTGAGCGAGGTATGCTCCATCCACGTATTCTCGATGTGACTGAAGCACTGATCGGCCCCGACGTCTATGCTCTTCAGTCCATGCTCTTCCTGAACCCGCCCGGGAAGGGAGGACAGGGCTGGCACCAGGATTCCTGTTATATCAAGACGCACCCCGACACACTGATTGGAGCGTGGATTGCACTGGAGGAAGTGGATGAAGAGAATGGCTGCTTATGGGTCGTTCCGGGTTCGAACCACGAACCTGTGTATCCGCCTGATGGAATCGGTGGAGGGAACGTTCATGCAGTGGATGCGTTTGAGGATTTAAACAGCGTCCAGAACGTCAGCCATATAGACGATAATGTGAATACGCTTTCGAAGGTAGTCGCCGGCTATCCGCCGCCAATTCCTGTTATTTTGAGCCCGGGAGACGTGCTGTTTTTCCATTCACATCTGTTCCACCGCTCTTTTCCTAATCGAACTTCGGACCGTTACCGCCGATCTTATGTGTGTCATTACTGCAACGCCCGGTCATGGGTTCCTTGGGATCATGACGGATTCGAAGGAAACTCGGGTAATTACCGTCAAATTCTGGCGCGCGGAAGCACGCATCTGCCATATGCCGAGCCTGTATTCGGTACCGAGGTGTTTTTATCTGATGAGGAAGCAGAATCGAATAGCGTGACCATGATGGGAATGGACAATGGCATGATGATGCCGATGGGGATGACGAAGGACGATTAA	MGTFYVPKSRARDNRYLVSVKEYTNYHKEGYLIVRGLLSKDDIAELFELAEDSRLNRLKPDKTADADSTDPLKEEFAKATRIHMLSRVNVAAERGMLHPRILDVTEALIGPDVYALQSMLFLNPPGKGGQGWHQDSCYIKTHPDTLIGAWIALEEVDEENGCLWVVPGSNHEPVYPPDGIGGGNVHAVDAFEDLNSVQNVSHIDDNVNTLSKVVAGYPPPIPVILSPGDVLFFHSHLFHRSFPNRTSDRYRRSYVCHYCNARSWVPWDHDGFEGNSGNYRQILARGSTHLPYAEPVFGTEVFLSDEEAESNSVTMMGMDNGMMMPMGMTKDD				NA	NA	NA	NA	NA
JZ016_00866	885	rhaS_7		HTH-type transcriptional activator RhaS	ATGACTGAGCAAGAATGGCCGGTAGTTCATAACGTCGGCGACATTATTATCCAGGCCGGTTTCATACTCGGCCCGAGAACCATTAACGATTACGAACTGGTTTACTTCCCCGACGGTTCTGGAACAGTCTATGAGATAGGCGGTCAAGCCTTTCTATTAGATGAGCCTTGTTTCATCTTCACTCGTCCAGGAGAACAGCATTCATATCGTTTCTGCTCGGAGAAAAATGTGCGGCATATGTTCGTCCACTTTGACTACGCAGCCCTTCGGGAAGAGAATGAAAGGTTCGAACCTCTTTTTAGCCAGGGCAATCGGTTTCTCTCCAACCAGCATACGCTTGTTGCTGGTATGATGCAGAAGATGCTTTGGATTGCGAATCACCAATCTTCTTATTGGCGGAGACGGCTGGCTGTGCTTGTTGCCGCTTCGCTTGAAGAATTGTCGTCTCATTCTGGATATACAGATGAAGGGAGCGTACTCTCCTTGCCAGTCCCGATTCAACGGGCACTGGAATTCATGGAGGAGCATCTGGCGGAGCCCATAACCATCGAAGAAATCGCGGCACGATCCGGATGGTCGCATGAGCATTTCACCCGCGTGTTCGTTGTGTCCCTGGGTATGACTCCGAAACGAATGCTGCTGGAAAGACGGCTGCGCCGCGCAGAGTTTTTGATGATGAGGGGAGCAGGTTCGGTCAAACAAATTGCCTTTTCGGTTGGCTTTGGGGATGAACACCATTTCTCCAAAATGTATAAACGGATTCGGGGGATTACGGCCTCTGATTATCTTAAACGCTGCAATGATCCATTATTTCGTCATACGGCCGACCTTTTGGATTCGCGCACGCCATACCCGGTTAATCGATATATCTTAGTCAAACCCTAG	MTEQEWPVVHNVGDIIIQAGFILGPRTINDYELVYFPDGSGTVYEIGGQAFLLDEPCFIFTRPGEQHSYRFCSEKNVRHMFVHFDYAALREENERFEPLFSQGNRFLSNQHTLVAGMMQKMLWIANHQSSYWRRRLAVLVAASLEELSSHSGYTDEGSVLSLPVPIQRALEFMEEHLAEPITIEEIAARSGWSHEHFTRVFVVSLGMTPKRMLLERRLRRAEFLMMRGAGSVKQIAFSVGFGDEHHFSKMYKRIRGITASDYLKRCNDPLFRHTADLLDSRTPYPVNRYILVKP				NA	NA	NA	NA	NA
JZ016_00867	1245		COG1680	putative protein	ATGAATAAGATTGCAATGGGACATAGCAACAAAGGATTCACTGAAAAAGGGTTGCGCAAAATGCACGACGTGCTGGCAAGGCATGTCGATTCCGGAAAGATTCCTGGGCTTGTCGCCCTAGTCAGCCGGAATGGTGAGACGCACGTCGAAGCGATTGGCACGATGCGCCATGACGGTGGCGCTCCTATGTGTCGGGACACGATCTTCCGGATGGCATCCACTACCAAGATGGTTGGGGCCGCGCCGGTGATGGTCCTGCTCGACGAGTGCAAGCTGCATCTGGATGACCCGGTAGATAAGTGGCTGCCCGAGCTCGCCAACCGGCAGGTGCTGAAGCGACCCGACGGCCCGCTGGACGAAACCGTGCCGGCACGGCGGCCGATCACCGTGCGGGATCTGTTGACCTCTACGTTCGGACTCGGAGTGGATATGACGTTAATGGGCTCCCCAATCCAAAACGCGATCTTCGAGAATGGTTTATTTGACACGCCAGGGCAGGAGATGCCGGAGCCGGATGAGTGGATGCGCCGCCTGGGTACGCTCCCGCTATGCTACCAGCCCGGAGAACGATGGCAGTACCACATGAGCAACGAAGTGCTCGGCGTACTCGTTGCGAGGGTTACCGGTCAGACATTCGAGACGTTCCTGCGCGAACGCATCTTTGAACCGCTGGGAATGAAAGATACCGGCTTCTACGTGCCCGAAAGCAAAATTGACCGGCTGCCTCCGGCCTACGTTCCCGATCCGCAGACCGGCGAGTTCATGGTATGGGATGAGGCGGCAGGCGGACGCTACAGTAAGCCGCCAGCGTTCCAAGCAGGCGGCGGTGGGTTGCTGTCAACCGTAGACGACTCTCATGCGTATTTACAGATGCTGCTAAACCAAGGGCTGCACGGGACCGAACGAATCCTGTCCCGGCCTGCTGTCCAGCTGATGACCACGAACCGCCTTACGCCCGAGCAGCAAGCATTCCGAGACGACTTGGCCAAAAACAATGTCCATTTGTCGCATGGCCAAGGGCAGCACGGCGGTTGGGGTTTCGGAATGGCGGTACGCACCTACCGCGGCGACTATGCTTCCATCGGCCAATTTGGCTGGGACGGCGGAAGCGGCACCTCGGCGTACGCCGACCCGGACAAACAGCTTACCGGAATCCTGCTCACTCAAGTCGGAATGTCCACCCCGGATTCGGCGCATCTTATCCACGACTTCTGGACTATGGTCTATCAGGCAATCGAAGACTGA	MNKIAMGHSNKGFTEKGLRKMHDVLARHVDSGKIPGLVALVSRNGETHVEAIGTMRHDGGAPMCRDTIFRMASTTKMVGAAPVMVLLDECKLHLDDPVDKWLPELANRQVLKRPDGPLDETVPARRPITVRDLLTSTFGLGVDMTLMGSPIQNAIFENGLFDTPGQEMPEPDEWMRRLGTLPLCYQPGERWQYHMSNEVLGVLVARVTGQTFETFLRERIFEPLGMKDTGFYVPESKIDRLPPAYVPDPQTGEFMVWDEAAGGRYSKPPAFQAGGGGLLSTVDDSHAYLQMLLNQGLHGTERILSRPAVQLMTTNRLTPEQQAFRDDLAKNNVHLSHGQGQHGGWGFGMAVRTYRGDYASIGQFGWDGGSGTSAYADPDKQLTGILLTQVGMSTPDSAHLIHDFWTMVYQAIED				NA	NA	NA	NA	NA
JZ016_00868	669			hypothetical protein	ATGAATCAAACCAAAACCTCTAACTCGCAGGAACGGCAAGTAGTGACAAACTTTAACGCAAGCAATCTGACGAAAAGCGACTTTGCAGGCGTTACGGCCCATAATGGACAGTTTAAAAGCAGCTCGCTCTCCGGTTCCGACTTTTCGGGCGCTGATTTGACCGGAAGTTCGTTTAAGAGCAGCGACGTACACGGTGCCCATTTTGACGGCACGAATCTGACGGACTGCAACCTGTCCACCCTTGACCTGGCCCATGCAAGCTTCAATAAAACGGTCCTTGTGCGCACCAACTTCAGTAAGTCGAGGTTGGCCGGCGCAAAATTCTTGGGCGCCAAACTGACCGACGTCAATCTGACGATGACCGATCTTAGAAACACCGTCTTTGAAAATTGTATGTTCGACGGGGTAGATTTCACAAATAGCGATCTGACTGGGCTGGTGTTTGACAGCCAAACCTTCATCGGCGTCAAGTTTGACAAAGCAGGGTTGAACGGCGTTTCGTTCAAGGGCGCGGTAATCAAGAATTCGTCTTTCCAAGGACCTTTGTTGTCCAAGAAGTATTACCGTGCCATCAAAACCATCTGCTTTGACGGCGCAACGATGGATAAGCTGACCTATGCGGCGCTTAAAGGCCTGGAGGCCGATTTGTCCAAGGTTACGGTTATTTAA	MNQTKTSNSQERQVVTNFNASNLTKSDFAGVTAHNGQFKSSSLSGSDFSGADLTGSSFKSSDVHGAHFDGTNLTDCNLSTLDLAHASFNKTVLVRTNFSKSRLAGAKFLGAKLTDVNLTMTDLRNTVFENCMFDGVDFTNSDLTGLVFDSQTFIGVKFDKAGLNGVSFKGAVIKNSSFQGPLLSKKYYRAIKTICFDGATMDKLTYAALKGLEADLSKVTVI				NA	NA	NA	NA	NA
JZ016_00869	666			hypothetical protein	GTGGCACGAAATAAATATCCGGAAGAAACCATCAACCAAATTCTAACCGTGGCGCTTAATCTGTTCATGCAAAAAGGATACGAGCAAACCTCCATTCAGGATATCATCAATGAACTGGGCGGGTTGACAAAAGGAGCGATTTATCATCACTTCAAGTCAAAGGAAGAGATCTGGCAGGCCGTCATCGATCACGCGTTCAAAGGCGTTGACGAGATGCTCTCCGGCATCCGGGATGACAATGGGCTGAACGGCCTGGAGAAGCTCCGGAAGATTTCCCAACTCTCTCTCGACAATGCTGCTCACAACGAACTGGCATCGGTGGCGCCGAACCTCTTGCGCAATCCGAAGCTGCTGGCGGCCCAGATCGAGAACATCTTTGAAAAAGCCGTACCCGTCTATATCCAGCCCATCATCGAACAGGGAATGCGAGATGGCTCGATTCGAACCGACTACCCAAGGGAGCTTAGCGAAGTCCTGGTGATTCTCACCAATATTTGGCTAAACCCGGAGGTCATTGAGGCTTCGCCCGAGATGATGCTTCATAAGGTAAGATTTTTCGATGAAATATTGAAAGGCCTGGGGCTTGATCTGTTCGATGAGCAAATGTATCAACGATACGAGGAATTGTTTCGAGTGTCAGCGAGAGATGTCAGCAAAGAAAACTAA	MARNKYPEETINQILTVALNLFMQKGYEQTSIQDIINELGGLTKGAIYHHFKSKEEIWQAVIDHAFKGVDEMLSGIRDDNGLNGLEKLRKISQLSLDNAAHNELASVAPNLLRNPKLLAAQIENIFEKAVPVYIQPIIEQGMRDGSIRTDYPRELSEVLVILTNIWLNPEVIEASPEMMLHKVRFFDEILKGLGLDLFDEQMYQRYEELFRVSARDVSKEN				NA	NA	NA	NA	NA
JZ016_00870	408			hypothetical protein	TTGAACGATGCTTATGTATCTCAGTTAAACAAGGTGAAGAAAATGATTGGATTAACGGGAAATGTTAGTTTAACAGATCGGAGCAGTTTGCCGGATGGTACAGGACTGCTAGACCAGATGATTCAACTTGAAATAAAGGAAGTGGATATCAATCAGAAACCTCGCCCCTACTTTGGTGTGGTTTTTTTTTTGCCTGGGGATGGTGGTATAGCCACGTATCCTCGCCTTCTATTGAATACAGAAGCCAATAACTCTGGCAATGAAAAACGAAAATCAATAAACATCAAAAAGGGGGTTGACAGCAAACGGATGATTGGATATATTTGTTACATACCAACCGAATGTATGAAAGGAGAGGGCAAGTGGCACGAAATAAATATCCGGAAGAAACCATCAACCAAATTCTAA	MNDAYVSQLNKVKKMIGLTGNVSLTDRSSLPDGTGLLDQMIQLEIKEVDINQKPRPYFGVVFFLPGDGGIATYPRLLLNTEANNSGNEKRKSINIKKGVDSKRMIGYICYIPTECMKGEGKWHEINIRKKPSTKF				NA	NA	NA	NA	NA
JZ016_00871	936			hypothetical protein	GTGGGAGAGTCTGTAGCTACGCAAGCAGAACGAATTGCAAGCGGTTTTCTTCATGAAGAAATAAAAACATCTTACCAGATCATAGGAAAAGGCATCGTAAATCAGGTTTTCGTAGTTGAAACCAAGAGTCGTAAAGTCGTAGTTCGCATGAACGACTCAGCTGCATTTCCAAGCTATGTGAAAGAAAAATGGTGTATTGAACAAGCTGCCGCGATTGGTATTCCCGGACCTGAGGTGTTGACCATTGGTGTAATTGATGAAACCGCATATATGATTCAAGCTTTCGTTGAGGGAGACAACGGGGTAGATAGTACGGCTCTCAAGACCGATGTTTGGAGGCAGCTTGGCAAATATGCCAAACTTATTCATTCGATCCCAGTGAAGGGATATGGGGAAAATCTAATAGATCCGGTCCATGGTGAGTTTCACTCCCCTTCTCATGCAGGATCGGACGGCAGTTGGCTAGGATATGTACAGTATAATATCAATAGTTTGACGGAGAATGATCGATTGATTGAGCTCGGAGTAATCAATCATACGAAATCGCAGAGAGTGCGAAAACTGTTTGAGAATTTGAAGAAAGAAAGGTTCCGTTTCGGTTTAAACCATGGAGACTTTTCATTGAAGAATACGATTATCAATCAGTCGGGACAAGTCATATTATTGGATTGGGGCAATGCAGAAGTAAGAACGGTACCGCATGGGGATATGATTTGGCTGATGCGGTGCCAAATGCTAGACGGAAATCCGAATACGGAAGAATTCAAAGCATTTCAAGACGGGTACGGCATAAGTGCAGAAAACCTAGCTGATATGAGACATTTGCAGCTATTAAGCGCGTTCGATAACCTTCGATGGGCCATTGATCGAAATCCGGATCTGATCGAATCCTATGCTGCGTTTGCAAAAAAAGTTGTTGATATGATGATGGACTAG	MGESVATQAERIASGFLHEEIKTSYQIIGKGIVNQVFVVETKSRKVVVRMNDSAAFPSYVKEKWCIEQAAAIGIPGPEVLTIGVIDETAYMIQAFVEGDNGVDSTALKTDVWRQLGKYAKLIHSIPVKGYGENLIDPVHGEFHSPSHAGSDGSWLGYVQYNINSLTENDRLIELGVINHTKSQRVRKLFENLKKERFRFGLNHGDFSLKNTIINQSGQVILLDWGNAEVRTVPHGDMIWLMRCQMLDGNPNTEEFKAFQDGYGISAENLADMRHLQLLSAFDNLRWAIDRNPDLIESYAAFAKKVVDMMMD				NA	NA	NA	NA	NA
JZ016_00872	1287			hypothetical protein	ATGAACCAAGGGATGACCAAAGAACCTATACTCATCGGCAAGCTGGATATACGGGCGGCAGGTCCACGCTGTAAAATGCTGCTCGGCGACTTAAACGGAGACGGCCGGATGGAGATGCTGCTCGTGCAGCCCGACAACCGCCAAGACGTGCGTTATATTCCCCATCAGGTGCAGTGCCTCACTGCGTTTGATCTAGAGGGGAATCTGCTCTGGCAAACGGGGAAGCCGGATCCGGGAGCAGGCAGCCAAGGGTCGGACTATCCGGCACAAATTGTCGATATCGACGGAGACGGCCGGTTGGAGGTGCTGTGCGTTATGGATAGCCGGCTCATCGTCATCAACGGGCACGACGGAAGCGTTAGGTCGTCCCATGAGCTTCCGGACCCTGAGGCGCACGACTGCATTATCATTGCGAATTTAGTAGGCAACCCGAATGGGCGAGATTTCATTCTTAAGGATCGTTATCATCGCATGTGGGCTATGGACCGGAACTTCAATTTGCTCTGGACCCACGAGGGCAACCCCGGCCATTTCCCTTGGGCATATGATTTGGACGGTGATGGATACGACGAAGTGATGGCCGGTTATACGCTGCTGGACCATGACGGCACGCCGTTATGGAGCTGCCGTGAATTGGATGATCACGCCGATTGCATTTGGATCGGTGATGTGAACGGCGACGGAGAGCCTGAGCTTGTGATCGGAGGGAGCGTAACGGTCATGTATGACCGTTACGGCAAGGAATTATGGCGCTACGAAGGCTCAATCGAGTCCCAGCATATAGCGCTCGGGCGCTTCCGAAGCGACTTGCCGGGAATGCAAATTGCCGGGCTGGATCGACTCGTGAGAGAGGACGACGGTAAGGGCTTAATTGGCAAGGACGCCTTGTTCCTGCTTGACAGCAGCGGACAAGAGGTGTGGAAGGAAGACCGGAAGACACCCGGCTGGCTTACGATTATCGAGCCTTTGAGCGGGTGGGCGGTTGGCGCGCCAGACTATATTTTGGCATACCGGCGCGGTGGGGGCATCTTCCCAACATTGTATGACGGTCATATGAACGCGGTCGTGGAGTTTCCTTCCGAGGGCTATGCCGTCCATGCTGACCTATGGGGCAGCCATACGGAGCAAGTCATTATATACAGCAGTGAAACCGCGTCCATATATTCGAGCATGCCTGCGGATCTGAGCGAGATCCCTTCGGGTATTCCGCTGTCGCAGCCGAAACGCTTGTCCTGCTCGACATTGTATCCGGGCGGGGAGGTTCCCCCAGCTATCTCATTAAGTTAA	MNQGMTKEPILIGKLDIRAAGPRCKMLLGDLNGDGRMEMLLVQPDNRQDVRYIPHQVQCLTAFDLEGNLLWQTGKPDPGAGSQGSDYPAQIVDIDGDGRLEVLCVMDSRLIVINGHDGSVRSSHELPDPEAHDCIIIANLVGNPNGRDFILKDRYHRMWAMDRNFNLLWTHEGNPGHFPWAYDLDGDGYDEVMAGYTLLDHDGTPLWSCRELDDHADCIWIGDVNGDGEPELVIGGSVTVMYDRYGKELWRYEGSIESQHIALGRFRSDLPGMQIAGLDRLVREDDGKGLIGKDALFLLDSSGQEVWKEDRKTPGWLTIIEPLSGWAVGAPDYILAYRRGGGIFPTLYDGHMNAVVEFPSEGYAVHADLWGSHTEQVIIYSSETASIYSSMPADLSEIPSGIPLSQPKRLSCSTLYPGGEVPPAISLS				NA	NA	NA	NA	NA
JZ016_00873	798			hypothetical protein	ATGGCGAAAATTTTGATGTGCTTTCCGGAAGGGCGGCACAAAGCGTTAACGATGAGCTACGACGACGGCCGATTCGCCGATCGGCGGCTGGTAGACACGTTTAACCGAAATGGGCTTAAAGGAACTTTTCATATCAATTCCGGACTGGTCGGAACGCATGACAAGGTGGGTGCAGATGAGGTCAAAACGCTCTATACAGGTCACGAGGTGTCGGCACATACGCTGACTCACCCTACGATCGCTCGCTGCCCGAACGAGCAAATCGTGCACGAAATCATGGAAGATCGGCGAAATCTGGAACGTATCGTGGGTTATACGGTGCGTGGGATGTCGTATCCGAACGGCTCTTACAACCACAGAATCAAAGAGATGCTGCCAGGTCTCGGCATGGAGTATGCCAGAGTCGTTGACAGCACTGGACATTTCGGAATGCCGGACGATTTTCTGGAATGGAAGCCGACATGCCACCATAATCGTGACCTGATGAAGCATGCGGAAACCTTCGTCAGCTTGCACAAAAAGCAATATCTGTATCTGATGTACGTATGGGGCCACAGCTACGAGTTCGATAACGACGATAATTGGGAACTTATGGAAGAGTTTGGTGCCTATATTGGGGGCAATCCGGACATTTGGTATTGTACCAACATTGAGCTTGTCGATTACGCCAAGGCATTCGAAAGGTTGAAGTTTGCAGCTGACTTGGATTTTGTTTACAACCCTTCAGCGTTAAACGTCTGGTTGAACGTGGACGGAGAGATCGTCGAAGTGAAAGGCGGCGAGTTAATCAAGTTTTAA	MAKILMCFPEGRHKALTMSYDDGRFADRRLVDTFNRNGLKGTFHINSGLVGTHDKVGADEVKTLYTGHEVSAHTLTHPTIARCPNEQIVHEIMEDRRNLERIVGYTVRGMSYPNGSYNHRIKEMLPGLGMEYARVVDSTGHFGMPDDFLEWKPTCHHNRDLMKHAETFVSLHKKQYLYLMYVWGHSYEFDNDDNWELMEEFGAYIGGNPDIWYCTNIELVDYAKAFERLKFAADLDFVYNPSALNVWLNVDGEIVEVKGGELIKF	PGPT0012156_476	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA	NA	NA
JZ016_00874	2268			hypothetical protein	ATGAAAACCGTCCATGAACAGCACAAGTTTGATGCACAGAAGACATCCGGGGTACAGATGGAATTTCTGGACCGGGGGTTGGTTGCAGCAGCGACAACAGAAGGAATTTTTCTCAGCTGGAGATTGCTCGGGAATGAAGTGACCGGTTATAGCGGTAACGGAATGATCGGCACCAATTTCAACCTGTATCGTAGTGGCGACTTTATCGCAGCTGTCCACGACACCACCAACTATTTGGACCCCAGCGGGACATTAACATCGGTTTATTATGTTTGTGCCGTTGTGGACGGACAGGAAGTCGACCGATGTGCCGATGTCACTCCCTGGGTCGGTCCGTACTATGAATTACCTCTTCGAAAACCGGCGGACGGCGTCACGCCAACTGGCCAAATCTATACATACGCGGCAAATGATATGAGCGTCGGGGATGTAGATGGCGACGGTGAGTACGAGTACTTTGTAAAATGGGATCCGTCCAATGCCAAGGATGTATCGCATTCCGGCTACACCGGTCCGGTATATATCGACTGCTATAAGCTGGACGGAACTCTCCTCTACCGGATTGAGCTTGGTGTGAACATTCGGGCGGGTGCTCACTATACACAATTTCTGGTCTATGATTTTGACGGAGACGGGAAAGCTGAGCTGATGTTCAAGACAGCGCCCGGTACGAAGGTCATAAGGTACGATCAGGAAGGTATAATGTCCTCCGAAACCTATATAACCATGCCTCCGGAGGATGTGGCTGCGGGGTATAGTCATCAGGACGACTATCGAATGTGCAGCGCGGACTACTATAGGCATATTGTCCATATGTTTATGAGCTGGCACTCGCATGAAGAGGTAGTGACCGGTCGTTGGCCCTCTACACTGGAAGAATGCTTCGGAATCGATCGTCGTTACAGTTATCCTTTGCTAAAGGAGGATGCGGAGCGGCTGGCCGATTATTTTCTTGACGTCTATGCTCCCAGCCGGAGCGGGCGCAACAACTTGCGATCATTCGAGGGCTTTATTCTTGAAGGGCCAGAATATTTAACTGTTTTCCAAGGACAAACAGGCGAAGAATTGGAGACGATCCCCTATAAGCCGGGGCGGCATGATGACGGTCTGATGTGGGGGGATTATGCTTGGAATCGCATCGAGCCCGGAAACCGCGTGGATCGATTCCTGGCAGGAGTTGCCTATTTGGACGGGAAAAAACCGTTTGCGATCTTTGCTCGCGGTTATTATACCCGGGCTGCCGTCGCAGCTTACTCCTGGGACGGAACGCACCTTAAGGAGCACTGGTTCGTTGACAGCGGTTGGGTTTCGATGAATAATCCTTTTCATGATACGCTCCGTCTGGAGGACGGCCGGAATGAGAACTTTGGCAGCCTCGCTAAACAAGGGGCGCATTCCTTAAGCATTGCAGATGTAGACGGGGACGGCTGCCATGAAATTATTTACGGGTCGGCGACCATCGATCATGACGGATCCATGTTATACAGCTCCCGAGGTGTAATGCCACCGGAAAGCAAGGCACCTGGAAAAATCGCCAAGCTGGGTCACGGCGATGCCCTTCATGTAGCGAACATTGATCCAGACCGGCAGGGATTGGAGATTTTCATGGTGCATGAAAGCGGTGACTCGGGACCTTACGGATTCACTCTGCGCGACGCGGCTACTGGCGAGGTATTGCACGGCGGTTTCGCCGTCGATGATGTAGGGCGCGGGATGATCGGACAGGTTGATCCGGCCCAAAAGGGGCTTCAAATATGGTGCAGCGAGGGTTATGAAAGCGATGAAGCATTCGGCTTGATGACATGTAGAGGAGACCAAATGGCAAAACAGATTCCGGGCACGAACATGAGCATCAAGTGGTCGGCCAACATGACAACACAGGTGATCAACGGAAGTTTCGACGAGCCTGTTACAATCGACGATTGGAAACAAGGCAGGCTGCTTACGGCAGAAGGTGCAGTTTCCAATAACGGAACGAAGGGAAATCCTTGCCTTGTCGCTGATGTTTTCGGAGATTGGAGAGAAGAGCTGCTAGTACGAACAAAGGATAGCTCGGCGATTCGGATCTACCTGAGCACCGAGGTAACCGACCGAAAATTGTATACGTTAATGCATGATGCCCAGTACAGAACCGGTGTCGCATGGCAGAATGTGGTCTATAACCAGCCCTGCTACACAAGCTTTTATTTTGCTTCCGATATCGATTGGGCGAAGGTCCCTACCCCAAATCTATATTTACCTCGTGTATGCATACGTGATCGCAACTGA	MKTVHEQHKFDAQKTSGVQMEFLDRGLVAAATTEGIFLSWRLLGNEVTGYSGNGMIGTNFNLYRSGDFIAAVHDTTNYLDPSGTLTSVYYVCAVVDGQEVDRCADVTPWVGPYYELPLRKPADGVTPTGQIYTYAANDMSVGDVDGDGEYEYFVKWDPSNAKDVSHSGYTGPVYIDCYKLDGTLLYRIELGVNIRAGAHYTQFLVYDFDGDGKAELMFKTAPGTKVIRYDQEGIMSSETYITMPPEDVAAGYSHQDDYRMCSADYYRHIVHMFMSWHSHEEVVTGRWPSTLEECFGIDRRYSYPLLKEDAERLADYFLDVYAPSRSGRNNLRSFEGFILEGPEYLTVFQGQTGEELETIPYKPGRHDDGLMWGDYAWNRIEPGNRVDRFLAGVAYLDGKKPFAIFARGYYTRAAVAAYSWDGTHLKEHWFVDSGWVSMNNPFHDTLRLEDGRNENFGSLAKQGAHSLSIADVDGDGCHEIIYGSATIDHDGSMLYSSRGVMPPESKAPGKIAKLGHGDALHVANIDPDRQGLEIFMVHESGDSGPYGFTLRDAATGEVLHGGFAVDDVGRGMIGQVDPAQKGLQIWCSEGYESDEAFGLMTCRGDQMAKQIPGTNMSIKWSANMTTQVINGSFDEPVTIDDWKQGRLLTAEGAVSNNGTKGNPCLVADVFGDWREELLVRTKDSSAIRIYLSTEVTDRKLYTLMHDAQYRTGVAWQNVVYNQPCYTSFYFASDIDWAKVPTPNLYLPRVCIRDRN	PGPT0018715_47	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS	PLANT_MEMBRANE_RHAMNOGALACTURONAN_ENDOLYASE,PGPT0018715-yesW-K18197	NA	NA
JZ016_00875	1047	yesR_1	COG4225	Unsaturated rhamnogalacturonyl hydrolase YesR	TTGAAGTTAACTATTGCTAATGCCGATCTTAAGCAGGTTGTCGGGTGCGTTGCAGACTACACCTTCGGCATGGATCTCACTTGGGACTGGCCTTGCGGCGTCGCCTATTACGGGATCAGCCGTGCCTTTGAAGTGACTGGCGAGCAAGCATATTTGGAACGGATGATAGAGTGGTGCGATGAATATATCGAAGCAGGACTTCCGGGATGGACGGTCAACACATGCTCGATGGGACATATGCTGCTCACCCTTTACGAACAGACGAAGGATCAGAAATACCTCGATATCATCATGAGCAAGGTGGACTATCTGGAGAACAACGCCCTGCGTTTCGGTGACGGTGTGCTCCAGCACACGGTGTCGGCTAAAAACGATTTTCCGGAGCAATGCTGGGCGGACACTCTGTTTATGGCGGGATATTTCCTATTACGAGCAGGCGTGGTGCTTGGGGAGAAGCAGCTTATTGACGATGCACTTCATCAGTTTTATTGGCATATTAATTATTTGCAGGACGAGAATACCAGCCTGTGGTATCACGGATATAACCACCTTAATAAGGATCATATGTCAGGAATGTATTGGGCACGCGCCAACGCTTGGGCGGCCTATACGATGTCACGCGTGGGACATGTGCTGCCGCAAGCTTACCTGTACCCACCATTTATGCATATTATAAGCTCGCTGCGAGACCAGCTTGCCGCCATCAAAAAGCTGCAGAAGGATGACGGCCTCTGGGGCACCGTGCTCGACTACCCGGAAGCTTATGGCGAGGTGTCAGCCACGGCTGGCATTGCCGCGGCAATGGTGATGCAGAATAATCCGCTTCATGCCAAACATGTAGAGCGGGCGTTAAAGGGCGTGCTGGCTAATATTTCCGAACGAGGACGGGTGCTTAACGTATCCGGTGGAACCGCCGTCATGAACGACATCAGGGGTTATCTCGAAGTGGATAAAAAATGGGCCCAGGGCTGGGGGCAGGGACTTGCGCTTGCCTTACTTTCCGCAGTTATCGAAATGAACAACACGGGAGAACAGGATAACGGATAG	MKLTIANADLKQVVGCVADYTFGMDLTWDWPCGVAYYGISRAFEVTGEQAYLERMIEWCDEYIEAGLPGWTVNTCSMGHMLLTLYEQTKDQKYLDIIMSKVDYLENNALRFGDGVLQHTVSAKNDFPEQCWADTLFMAGYFLLRAGVVLGEKQLIDDALHQFYWHINYLQDENTSLWYHGYNHLNKDHMSGMYWARANAWAAYTMSRVGHVLPQAYLYPPFMHIISSLRDQLAAIKKLQKDDGLWGTVLDYPEAYGEVSATAGIAAAMVMQNNPLHAKHVERALKGVLANISERGRVLNVSGGTAVMNDIRGYLEVDKKWAQGWGQGLALALLSAVIEMNNTGEQDNG	PGPT0018255_1404	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
JZ016_00876	735	yesU		putative protein YesU	ATGACAACAGATCAACCAACCGAAACAGGGGTCGTGCATACTGCTAAAAGCCCGCTGATTCCCGAAAGTTGGCGTGCGATTTATGCAAACCCACTCTCCAAGCCCGAGCATGTCGCGGATTTTCGAATGGAGGGAGAAGGAGCCATCACGTTTCCTTTGGGACGTATGCGGCTCGAAAGCGTCCGCGACGAGGCGGAGGGGCAGCGAGCCAATTTCGTATTGTGGTGCCCGGAGAACTTTCCGGCGGACGCCGCCGTCTCATGGGATTTTTGGCCGGTACGCGAGCCGGGCCTGGCGATTATGTTTTTTAGCGCAAGCGGCACGGAAGGCCGGGATTTGCTCGATTCTTCCATCAAGCCACGGACTGGTGAATACGACCAGTATCATCACGGCGAAATGAACGCTTTCCACGTTTCTTACTTCCGGAGGAAGTGGGCGGAGGAGCGGAAGTTTCATACATGCAATTTGCGTAAAAGCTACGGTTTCCACCTGGTCGCGCAAGGTGCCGACCCGATTCCGGGTGTCATGGACGCAGTCGGACCATACCGGATGCTGATCGTTAAGAGCGGACATCGCATTACGTTTGCCGTTAACAATCTTCCGCTTTTCTCGTGGGAAGACGACGGCGTCACGTACGGGCTTCCAATCGCTGGCGGAAAGCTCGGTTTCCGCCAGATGGCGCCTCTCATTGGAGAATACGCGAATTTAACCGTATATGCCGAAAGTAAATCGTAG	MTTDQPTETGVVHTAKSPLIPESWRAIYANPLSKPEHVADFRMEGEGAITFPLGRMRLESVRDEAEGQRANFVLWCPENFPADAAVSWDFWPVREPGLAIMFFSASGTEGRDLLDSSIKPRTGEYDQYHHGEMNAFHVSYFRRKWAEERKFHTCNLRKSYGFHLVAQGADPIPGVMDAVGPYRMLIVKSGHRITFAVNNLPLFSWEDDGVTYGLPIAGGKLGFRQMAPLIGEYANLTVYAESKS				NA	NA	NA	NA	NA
JZ016_00877	2577			hypothetical protein	ATGAACGACACGCGAGTATCACTGCGTTGGTTAAAGGCAGCCGCTGATATTCCGGCCGGGCTGACTTGGGGAATGCCGTGGAAGGAGGGGGAGCTTTCACGGGACGACCGGCTGTCGCTGCACTTGGAGGGCGGGACTGCCCCTGCACTGCAAAGCTGGCCGACTGCATATTGGCCGGACGGCAGCGTCAAATGGACGGCGCATGCCGCCGCATTTCCGACTGGTGCCCCTCATGGGTATACCATCGTGAAGGGAGATTCCAAACATTCACCAACAGCGGCTTCATTGTCCGTACGTGAAGCAGAGGATGGCTTTACCATCGACACGGGCGTCATTTCCTTTCGGGTACCGAAAACAGGTAGCCAAATGATCGCTGATGTTCTACGAAACGGTGTCAGTATAAGCTCTTATGGCGAGTTGATCGCTATCAAGGAAAGCGTAAGCGAGCTGACCGGGAGCCGAACGATCCGGGAGGAACGTTATCAATCCCAAATCTACGAAGCGAAGGTGGAGCAAGCAGGTCCGGTACGAGCGGTCGTCAAGCTGACGGGCCGCCACCGTGCCGTGAACGGAACTGGTGAATGGCTTCCTTTTTCGCTTCGCCTGTATGCTTACGCGGGTCTGGAGTCGATCCGGATGGTGCATACGTTTTTTTATGACGGCAATCCGAACCAGGATTTCGTGAAAGGACTCGGCATCCGTTTCACCCTGCCGATTCGTGGGCCGCTGTACAACCGCCACATCCGATTTGCCGGTGATACCGGTTATTTAAGCGAATCGCCCAAAACGCTTCATTCGCGGCGCACAAAAGGCAGATATTTGGAGCTGTTCAAGCGTCAGCTCAATGGGGAAACACTGCCCGACGAAGAAATGGACGACGAGTACTTTATGAATCTGCTGCACGACTCCGCAAGCTGGGACGGCTTTAAGGTGACGCAGTTCTCAGCCGACCATTATCTGATGGCCAAGCGGACCAGGGCAGGCTGCAGCTGGATCAAATCCGGAGAAGGCCGGAGAGCGCGCGGTGTTGCATATGTCGGTGGGCCCGGCGGCGGACTGGCTCTTGCGATGCGCAATTTCTGGCAAAAGCATCCTTCGGGCATGGAGGCGCACGGCCTCACAGAGGACCAGGCGCAGCTGATCGCCTGGTTCTGGTCCCCGGAAGCGCCGGCCATGGACATGCGCCATTACGATACGTTAACGCATGTTGAATCTTCCTACGAAGGCGCGGAAGAGCTGCGGGCAACTCCGTACGGCGTCGGCAATACGAGCGAGCTGACGATTTGGTGCCGGGCGTTTACGCCGTCGCCAGTTGAGCTGGAGGCTTACGCGAGCTATAACGACTCGCCTCCGCAGCTTGTATGCGAGCCGGCTTATTTGCGGAGCCAAGGCGCTTTTGGCATTTGGAGCTTGCCGGACAGGGGAACGCCCGCCAAAGCCCGCCTCGAAGAGAAGCTGGACGGGATCATCGCCTTTTACCAAAGGGAGGTGGAGCAGAGGCGCTGGTACGGCTTCTGGGATTACGGCGATTTCATGCACAGCTACGACCCTGCGCGCCATGTCTGGAATTACGACCTCGGCGGCTGTGCTTGGCAAAATACGGAGCTGGTCCCGAACATGTGGCTGTGGCTGATGTACTTGCGCTCGGGACGTGAAGATATTTTCCGGATGGCGGAGGCGATGACGCGCCATACGAGCGAGGTCGACGTCTATCATTTCGGGGAATACGCCGGGCTCGGCTCCCGGCATAACGTCGTCCATTGGGGCTGCGGATGCAAGGAAGCCCGGATCGGGATGGCCGGGCTACATCGCTACTATTATTATTTAACGGGGGACGAGCGGATCGGGGATATGATGGACGAGGCGAAGGATGCCGACTATACGACCGTCCATATCGATCCGATGCGCGCCTATTTTCCCAAGGACGAGCATAAGACCCATATCCGGGTCGGCCCGGATTGGGCGGCTTTCAGCTCCAACTGGATGACCCGCTGGGAGCGCAAAGAGGATATGTTTTACCGCGATAAACTGCTTACCGGCATTCGATGCATTAAACAGGCGAATTACGGTCTGATCTCCGGTCCGACTTACGGTTATGATCCGAATACCGGCTTGCTGACGTCGATGGGTGACGACAACTGGGGGCGCCATCTGGCGTTATGCATGGGCGCGCCGCAGGTATGGTTCGAGCTGTCCGGCATGCTGAAGGATAAACAGTGGGACGACATGATGGCCGATTTCGGTGTTTTCTATAATCTTTCGCAGGAAGAAAAGGATCAAGTCACAGGCGGCGCCATCAGCACAAAGCGGTTTGAGCATCCAGTTCTGACGCTGGCCCTCGTCGCTTACGGCGCGTGGTACCGTAAGGACGGGCGTACAGCCGATGTTGCCTGGTCGACGCTGCTGGGACACCCTTTTGCAACCACAGACCTGGAAAAAGACGCCGTTGACGTTACGTACGTCGACAAGCTGAAGGAGATTGACTGGATGAATACGAATGAGGCGTCGCAATGGTCTTTGAACACGATCATCAGCCTGGAACTGATCCCAGATTCTTTACCTGACCATGTAGACTAA	MNDTRVSLRWLKAAADIPAGLTWGMPWKEGELSRDDRLSLHLEGGTAPALQSWPTAYWPDGSVKWTAHAAAFPTGAPHGYTIVKGDSKHSPTAASLSVREAEDGFTIDTGVISFRVPKTGSQMIADVLRNGVSISSYGELIAIKESVSELTGSRTIREERYQSQIYEAKVEQAGPVRAVVKLTGRHRAVNGTGEWLPFSLRLYAYAGLESIRMVHTFFYDGNPNQDFVKGLGIRFTLPIRGPLYNRHIRFAGDTGYLSESPKTLHSRRTKGRYLELFKRQLNGETLPDEEMDDEYFMNLLHDSASWDGFKVTQFSADHYLMAKRTRAGCSWIKSGEGRRARGVAYVGGPGGGLALAMRNFWQKHPSGMEAHGLTEDQAQLIAWFWSPEAPAMDMRHYDTLTHVESSYEGAEELRATPYGVGNTSELTIWCRAFTPSPVELEAYASYNDSPPQLVCEPAYLRSQGAFGIWSLPDRGTPAKARLEEKLDGIIAFYQREVEQRRWYGFWDYGDFMHSYDPARHVWNYDLGGCAWQNTELVPNMWLWLMYLRSGREDIFRMAEAMTRHTSEVDVYHFGEYAGLGSRHNVVHWGCGCKEARIGMAGLHRYYYYLTGDERIGDMMDEAKDADYTTVHIDPMRAYFPKDEHKTHIRVGPDWAAFSSNWMTRWERKEDMFYRDKLLTGIRCIKQANYGLISGPTYGYDPNTGLLTSMGDDNWGRHLALCMGAPQVWFELSGMLKDKQWDDMMADFGVFYNLSQEEKDQVTGGAISTKRFEHPVLTLALVAYGAWYRKDGRTADVAWSTLLGHPFATTDLEKDAVDVTYVDKLKEIDWMNTNEASQWSLNTIISLELIPDSLPDHVD				NA	NA	NA	NA	NA
JZ016_00878	2325	yesS_4	COG2207	HTH-type transcriptional regulator YesS	ATGAATGGATGGAAAATGTTATTGGCCCGCTTATCCGGCAGATCTGGCAGCTTCTATAGGAAAAGCTTAATCATGTTCCTGTTTGTTGCCGGAATTCCCGGCATTATTACCGGGGTTCTCGTATATTCGATGGCCGGTGGTAAGCTGGAAAAGGAGCTGCTGAAGCTCCATAACAACCAGATTGAGCAGCGGTCGCAGAACCTGAATAAACAGCTGTCCAATCTCGAAATGATGCTGGCGCATTGGGCGTTCGATACGAGCTTCGATTATTCGCTCGGCGAACGCGACTTCGTGCGTGATTTTGAGAAGACCCGCGATATTACGAATACGCTGCTCGTCATGCAGGGCTCCAATACGATGATTCGTAACGTCAGCCTCTATTTGCGCGGAAGCCAGCCGGTATTGTTTTATCCGGAATATTCCGCTTTACATGATGCAAGTGTCATCAAGTTATACAACCAACTGCTTGACGCAGGAAAAACGACGTATTGGACACAGCTAACGCTGGATCCCGATCAGCCGGGAAAACGGGAATTGACGTTTGTGCATCTCGTTCCCGGTGGCAGCCAAAAACCGATTGGAGCCTTGATCGTCCGCTTGGACAGCGATCAAGTCGCGGAAGCGCTGCAGACCATTACTCCTTATGCCGACGGCGAAAATTTTCTAACGGAGCCGAGCAGTCATCTATTCGTATCCGCCAACGGGAGCTCGATAGATTCGACGTTCGTAAAGGCAGTCAGAAGCGAGGTCGAGTCAAACGTGAATAAGGAAGGCTCGTTTCTTTATGAATGGAACGACAAGACCTATGCGGTCACGTACGGTTATTTCGCACGAATCATGGATAACTGGCTGTACGTGTCGGCTTCGCCGATCACCAATATAACTGCACCGGTCGTTTTTATATCCAAAGTCATTTTGACGGTCAGCTTGAGCGCTCTCTTGCTGGCAATAGGGCTTGCTTGGCTTGCATCGATCCGAATGTACTTACCTGTAAAAAGGCTAATGAAGGATTTGCTGCCAAGCGCCTCCTTATCGGGCGGAGGCCGGGAGGACGAGTTTACGCTCATCGAGCGGCAATGGCAGCATTTAAGCAGGGAGAGTCGGGAGCTGAACGCCAAGTGGCTCGAGCAGCTGCCGCATGTAAAGGAAAGCTTTCTCCATCAGCTCCTTCAGGGCTATTTGTACGCCTATACGGAGGAGGACCTGCGGTCACGGATGGAACGGTATAAATGGCAGGTGTGCGGCAAGCAATTTGTCGTGCTGTACGTACAGCTTACCGGGATCGCCAGCATGGAAGGGAAGTTCAAGTTTGGCGACGAGGGACTGGTTACCTTCGCATCCGTCAACATGATCGAAGAGCTGGCGGATTCGTATTTCGAGCAAAGCAGCACGATCAATTTCCATGATCTTGGATCAGGGGTGCTGCTCATCTTGCCGGAAGGGGAGCCATGTACAGAAACGATCAAATCGTTTTGCGAAAAGCTTGCGCAGACGGTTAACCGGTTGCTGAACATGGTGGTGACGGTGGCGATCAGCCGGGCTACCGGCCGTGTAAGCGACATACCGCTCGCATTTGAAGGCGTGAAACACGCAGCCAGCTTCCGCAAATTCGATAACGATAACCAGATTATCGAAATGGAGCAGCTGAATTTCGAGGATTCGTCCGAACCGCAGTATCCCTTTACGCTGGAAAGAGAATTTCTTCAGGCGCTTCGAACCGGACAGGAAGCGGACGCCAACGCCTTGCTCGTTGAATTCCAGAATGCGCTGTCCGTGCAGGAGGCAAAAGCGATAGATGTCCAGCAGGGGATGCTTCATTTGCTGGGTTCCGTCCAGCATGCGATTCTGGTATCCGGTATTCAGCCGAATCGTTTGTTCAAGGGCGCCAACCTGTATGAGCAGCTTTCCCAGATTAAAGAACCTGCTGGCGCCAAGGAATGGTTCCAAGTGAAGGTGATCGCCCCTTTCATGAAGGAGCTGACGACCCGAACGGATGGCCAGGTCAAACGGCTGATTGAGCATGCCATGAACTATATGCAGCAAAACTATATGCACGACATTTCGCTCGACAATTGTGCCGACCACATCGGCACGAACCCGTTTTTCCTGAGCAAATCATTCAAACAGGTCACCGGCAAAAACTTTATCGATTATTTGACCGAGCTGCGTATGGAAAAAGCGAAGGAGCTTCTTCGGGAATCGGAGATGAAAATTAACACGGTCGCCGAACAAGTCGGATATCGGCACAGCTATTTTAATCGGATCTTTAAAAAGCTCGAGGGCATGACTCCTACCCGTTATCGTGAACTTAGCCGGGCAGATTAG	MNGWKMLLARLSGRSGSFYRKSLIMFLFVAGIPGIITGVLVYSMAGGKLEKELLKLHNNQIEQRSQNLNKQLSNLEMMLAHWAFDTSFDYSLGERDFVRDFEKTRDITNTLLVMQGSNTMIRNVSLYLRGSQPVLFYPEYSALHDASVIKLYNQLLDAGKTTYWTQLTLDPDQPGKRELTFVHLVPGGSQKPIGALIVRLDSDQVAEALQTITPYADGENFLTEPSSHLFVSANGSSIDSTFVKAVRSEVESNVNKEGSFLYEWNDKTYAVTYGYFARIMDNWLYVSASPITNITAPVVFISKVILTVSLSALLLAIGLAWLASIRMYLPVKRLMKDLLPSASLSGGGREDEFTLIERQWQHLSRESRELNAKWLEQLPHVKESFLHQLLQGYLYAYTEEDLRSRMERYKWQVCGKQFVVLYVQLTGIASMEGKFKFGDEGLVTFASVNMIEELADSYFEQSSTINFHDLGSGVLLILPEGEPCTETIKSFCEKLAQTVNRLLNMVVTVAISRATGRVSDIPLAFEGVKHAASFRKFDNDNQIIEMEQLNFEDSSEPQYPFTLEREFLQALRTGQEADANALLVEFQNALSVQEAKAIDVQQGMLHLLGSVQHAILVSGIQPNRLFKGANLYEQLSQIKEPAGAKEWFQVKVIAPFMKELTTRTDGQVKRLIEHAMNYMQQNYMHDISLDNCADHIGTNPFFLSKSFKQVTGKNFIDYLTELRMEKAKELLRESEMKINTVAEQVGYRHSYFNRIFKKLEGMTPTRYRELSRAD				NA	NA	NA	NA	NA
JZ016_00879	102			hypothetical protein	ATGCTAATTAAGACAGTCGATTTTATTTCGCTGTTGCTATATTTGAATACGCTTACATATCTGAAAGGCAAAGGACCGCCTAACAAAGGAAGGCAAAACTAA	MLIKTVDFISLLLYLNTLTYLKGKGPPNKGRQN				NA	NA	NA	NA	NA
JZ016_00880	1596	lipO_8	COG1653	Lipoprotein LipO	ATGAAGAAAAAGACAATGAAGGCGAAACGTGCTTCCACATTTCTAATTCTAGGCACGGTTTGTATCGTACTGATGGCAAGCTGCTCGTCCGGTAAAAACAACGGTGGCACAGACTCTTCCAACAATTCGACGGCGGCTCCCCCTGCAAGCGCTTCCGCAGATACGCAAGAAGCGTTTAAGCTGAACATCATGCTCCCGATTTTTAAAACGAACTATCCGAAGGACGACAGTCCCGTAGCGGCTGAACTCGAGAAGCTGACCGGCACGGACATTCATTTCGAATGGGTGCCTAACGCTTCCTATGCGGATAAATTCAACATTACGCTTGCATCGGGCAATTTGCCGAAAATCATTTACGTGCCGGACTCAAAGGGCCCGAGTTTCGTTAGTGCGGTAAAATCGGGGGCGTTCTGGGATTTGACCGACAAACTCAAAAATTATCCGAACCTCAGCCAGGCCAGCGAAATCATTCTGAACAACTCCTCGATTAACGGCAAAACGTACGGCGTATATCGCGGGCGCGAGCTTGGCCGCAACGGCGTTTATTACCGCCAGGATTGGCTGGAGAACGTCGGACTTGAGCAACCGAAAACGATCGACGATTTTTACAACATGCTGAAAGCGTTCAAAGAGAAGGATCCGGACGGCAACGGTAAAGACGACACGTACGGACTGGTTATGGTCAAATGGACGGCCGGCTGGGGAGCGGGCTTCGACCAGATCAAACTGTGGTTTGGTGCACCTAACGTTTGGGGTGAAAGGGATGGCCAGCTCGTACCGGAGTTCGAATACGATGAATATCTCGAAGCGCTCAAGTTCATGAAAAAGCTGTATGACGAAAAACTCGTCAACCAAGATTTTGCCGTCATGGACTCGGCGAAGTGGACGGATCCGCTTGTTAACGGGCAAGCCGGCGTGATTATCGACGTCGTCGACGGAGCGGCTCGAGTCGACGACAAAATCAAGGCGGCGAACGCGGCGGCGGGCAATGATTCAAGGGAGCATTACATGGATGTGTTCGGTGCAGTAACCGGTGCGGATGGTCAAATTCGCACGCTGCCTACTTCCGGTTTTGCCGGCCTATTAGCCATTCCGAAGTCGAGTGTGAAGACTGAGGAGGAAGTCGACCGCATTCTGAAATTTCTAGATCAGCTGAACGAGCCTGACCTGCAAACGCTGACCAGCTTCGGCCTTGAAGGCGTGCATTATACCAAGATCGACGATACAACGCTGGAAAGAAGTACGGATTCCGTGCTGCTCGAGTCTGAAGTCGAAGGTCTTAACCAGATGGTACCTTACATTCCTGAAGGAAAAGGGCTGCAAGTGGCCCAGACACCGCTTCGCTTAAAACAAACAGAGGTTCAAATAAAAAACCGGGAAACCATCGTCGCCAATCCGGCGGAGCCGTTTATTTCTGAGGTGTATTCGCAAAAAGGACAACAGCTTGGCAATATTATTAATGATGCCCGCATTAAATTCATCGTCGGCCAAATCGACGAGCAAGGCTGGCGCGATGCAATCGAACTGTGGAAAAAATCCGGGGGCAACGATTACGTGAAGGAAATCAACGAGCTGTACGCAGCGTCCAAATCCTAG	MKKKTMKAKRASTFLILGTVCIVLMASCSSGKNNGGTDSSNNSTAAPPASASADTQEAFKLNIMLPIFKTNYPKDDSPVAAELEKLTGTDIHFEWVPNASYADKFNITLASGNLPKIIYVPDSKGPSFVSAVKSGAFWDLTDKLKNYPNLSQASEIILNNSSINGKTYGVYRGRELGRNGVYYRQDWLENVGLEQPKTIDDFYNMLKAFKEKDPDGNGKDDTYGLVMVKWTAGWGAGFDQIKLWFGAPNVWGERDGQLVPEFEYDEYLEALKFMKKLYDEKLVNQDFAVMDSAKWTDPLVNGQAGVIIDVVDGAARVDDKIKAANAAAGNDSREHYMDVFGAVTGADGQIRTLPTSGFAGLLAIPKSSVKTEEEVDRILKFLDQLNEPDLQTLTSFGLEGVHYTKIDDTTLERSTDSVLLESEVEGLNQMVPYIPEGKGLQVAQTPLRLKQTEVQIKNRETIVANPAEPFISEVYSQKGQQLGNIINDARIKFIVGQIDEQGWRDAIELWKKSGGNDYVKEINELYAASKS	PGPT0017245_2150	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00881	885	araQ_9	COG0395	L-arabinose transport system permease protein AraQ	ATGGCCAAGCAATACAAATCCGCGGCCGGTGTCACGTTCGATGCTGCCAACTACATCGTGCTATCGTTGTTCGGGCTGGCTGCCGTGCTCCCTTTCGTCTACGTGATTGCGGGCTCTTTTGCCTCGGACGCGGAGCTTACGTCAAGAGCGGTATTTTTCATACCCAAAACATTTACATTAAACGCTTATAAGTTTATTTTTTCGACAGATACGATTATGAGAAGCATCGGCGTCTCCGTCTACATAACGGTCATCGGCACGCTCGTCAACCTGTTTTTCACGGTTACGATGGCCTATTCCTTAGCCAAGAGAGGGTTGTACGGCCGGAATCTGGTGCTGAATCTCGTCATCTTCTCCATGCTGTTTGGCGGTGGCATGATTCCGACTTATCTGGTCGTGAAGGAGCTGAACCTGCTCGATTCGCTCTGGGCTCTCATGCTGCCAGGGGCGATCAGCGCGTTTAATCTGATCATCGTCAAAAACTTTTTTCAGGAAATTCCGAAGGAGATCGAGGAGGCCGGCCGCATCGACGGCTGCTCCGAGCTTGGCCTCTTAGGGCGGATCGTGCTGCCGCTTTCAATGCCCGTCCTCGCTACGTTTACGTTGTTTTACGCCGTCGGGCATTGGAACGATTTCTTTGCGGCACTGCTGTATATTAACGATCCGGAAAAATGGCCGCTGCAGGTCATGCTGCGCCAGATCGTTCTGCTGTCGCAAGCGGCTGCAGGCGATTTGAACTCGATGGACCCTAATTTCGTGCAGCCGCCGGATCAATCGATCAAAATGGCCGTGATCGTTGTCGGCACGGTTCCGATCTTGTGTGTGTATCCGTTCCTGCAAAAGCATTTTGCCAAAGGCGTCCTGCTTGGCTCGGTCAAAGGCTAA	MAKQYKSAAGVTFDAANYIVLSLFGLAAVLPFVYVIAGSFASDAELTSRAVFFIPKTFTLNAYKFIFSTDTIMRSIGVSVYITVIGTLVNLFFTVTMAYSLAKRGLYGRNLVLNLVIFSMLFGGGMIPTYLVVKELNLLDSLWALMLPGAISAFNLIIVKNFFQEIPKEIEEAGRIDGCSELGLLGRIVLPLSMPVLATFTLFYAVGHWNDFFAALLYINDPEKWPLQVMLRQIVLLSQAAAGDLNSMDPNFVQPPDQSIKMAVIVVGTVPILCVYPFLQKHFAKGVLLGSVKG	PGPT0017255_1812	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00882	966	yteP_18	COG4209	putative multiple-sugar transport system permease YteP	ATGATGAAGCAAGCTACGGCTCAAAGGGATTTCCCGCAAACGTCCAAGCAGGTGGAGCACCGCACGAGCTTCGCGGCGAGGCTTCGCAGGGACAAATGGCTCTACCTGCTGCTGCTCCCAGGCTTGCTTTATTTTTTGGTTTTTAAATACGTGCCGATGTGGGGGGTCATGCTGGCATTCCAAAACTATCAGCCGTTTACCGGCTTTTTGAAAAGCGAATGGGTAGGCTTCGAGCATTTTCGGCTATTTTTTAACAATCCAGAGTTTTTAATGCTGCTGCGTAATACGCTGTTGCTATCGTTCTATAATCTCATCTTCTTTTTTCCCGCTCCGATTATACTGGCACTCTTGTTAAACGAAGTACGGCTTTCGTTCTTTAAGCGCACGATTCAAACGATGATTTACGTTCCGCATTTTATATCGATGGTAATCGTGGCAAGCCTGACGTACGTGTTCCTAACCACGGAAGGCGGCACCGTCAACGAACTGCTATTCCAATATACGGGGAACAAAATCCAATTTCTGTCCGATCCGTCTTGGTTCCGCCCCGTGATTATTTTGCAGACGATCTGGAAGGAATGCGGCTGGGGAACGATTATATTCCTGGCGGCGCTGGCGGCCGTCGATGTGGAACAGTACGAAGCGGCGACGATTGACGGGGCAAACCGTTGGAGACAAATCTGGCACATAACACTGCCGGCGATCCGCAGCACGATCGTAATTCTTTTGATTTTGCGGATGGGCAGCGTGCTGGACAACGGCTTCGAACAGATTTATCTAATGTTGAATCCGCTTAACCGCTCGGTAGGCGAAGTGTTCGACACATACGTATACGCGATGGGCATTACACAAGGCGCTTTTAGCTACAGTACGGCTGTCGGGCTGTTTAAATCGATTGTTGGCGTAACGCTGGTGCTCGGCACGAACTGGCTGGCGAAAAAGTTCGGCCAATCCGGGCTTTACTGA	MMKQATAQRDFPQTSKQVEHRTSFAARLRRDKWLYLLLLPGLLYFLVFKYVPMWGVMLAFQNYQPFTGFLKSEWVGFEHFRLFFNNPEFLMLLRNTLLLSFYNLIFFFPAPIILALLLNEVRLSFFKRTIQTMIYVPHFISMVIVASLTYVFLTTEGGTVNELLFQYTGNKIQFLSDPSWFRPVIILQTIWKECGWGTIIFLAALAAVDVEQYEAATIDGANRWRQIWHITLPAIRSTIVILLILRMGSVLDNGFEQIYLMLNPLNRSVGEVFDTYVYAMGITQGAFSYSTAVGLFKSIVGVTLVLGTNWLAKKFGQSGLY	PGPT0017250_1008	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00883	234			hypothetical protein	TTGAATAAGACAATACTACACAATAAAACTTCCAGATACTTGGAGGTTTTATTTTTTTTGTTTCTGCGAGAAGTGCTTGTTTATACAGGGCTATACGCGTCTTACCACTCGTTTGCCGACTTTGCACTTTCTTTAAAAATGCCGAAAAACGAGGCTTTTTTACTCTTCAAAAATGTCTCATTGCGGGAAAAGAAAGCGCTGCCGCATAATAAGGCCACACCGCTCGCGAGGTGA	MNKTILHNKTSRYLEVLFFLFLREVLVYTGLYASYHSFADFALSLKMPKNEAFLLFKNVSLREKKALPHNKATPLAR				NA	NA	NA	NA	NA
JZ016_00884	834			hypothetical protein	GTGATTGAAATAGGGATTTTAAAAGCGGGTTATGGTTTAGACCAAAATGGCTTTATTGTAAGCGATGTGAGTAAAGACAAAATTGCGGATGTCTATGCGACTTGCATTCATGAATCGATCGAGAGCCTTAAACATTTATTTCATCAACATTTGCATAGTGTTTATGTGTACGGTAGCGTAGCCAGAGGAGAAGCGATTGCAATTAAATCAGATTTAGACCTTATCGCTATGTTCAATACCAAATTAAGTTCTGATAAGTTAGCTGAATTAAAGAAACTTGCTGGAGAACTATCTAATAATTATCGTTTTATAGTTCGGGATGTTGGTATTGCTGTAGCCTATTATGAATATACGCTTGACCCCTCAAATTATTACGAAAATGCATTTCTTAAGGAACTCTGTGTTTGTGTATATGGAGAGGATCTAGGTGAACGATTTGGTCCTTATCAACTTACATCAGAGATAGCCATCCGTTTTAATGGTGATATTAATGAAGTTCTTAATCGGACGTTAACAAGGCTAACAACAGCTTCTGGAGAAGATTTCAAAAAAATTACACAAAGCTTCGCTCGTAAACTCATTCGAACATACTATTCAATGGTGATGGAGCGTTCTCAGATTTGGACGACACGACTTCACGAACAGTCTGAAGTCTTTCTTCATCACTTTCCAGAAAAAGAATCAATCGTTCGCACTCTGCTAAATTGGATAGATGAACCGCCTACAGACCATAAGGCTGTGTATGAGTTGTTTAAGATTGAGGGGGAATGGGCTGGCGCTAACTTTACAAATGAAGCCAACATTCCTTATAAAGCTAACGGGGGCTTTAGTTGA	MIEIGILKAGYGLDQNGFIVSDVSKDKIADVYATCIHESIESLKHLFHQHLHSVYVYGSVARGEAIAIKSDLDLIAMFNTKLSSDKLAELKKLAGELSNNYRFIVRDVGIAVAYYEYTLDPSNYYENAFLKELCVCVYGEDLGERFGPYQLTSEIAIRFNGDINEVLNRTLTRLTTASGEDFKKITQSFARKLIRTYYSMVMERSQIWTTRLHEQSEVFLHHFPEKESIVRTLLNWIDEPPTDHKAVYELFKIEGEWAGANFTNEANIPYKANGGFS				NA	NA	NA	NA	NA
JZ016_00885	324			hypothetical protein	ATGGATTTGTTTGGATTACTGCTCGTTTTGCATATATTAGCTTCGATCGCCATTATTGGCCCCGCTTTCGTGATGCCCATCATTCGAAGATCAGCAAGAACCGTCGGCCAGCTGCACTTTACTTTTGGTATATCGACCAAGCTTGCCATCATGCCAAAAATTGGCGGATTCGTACTTGTTAAGATCCTATCTGAAAGTCAAGAGCAGGGTAATGATATACCCGCCGAGTTCGGCCAGCTGATCAAAAAGATCGTACCCATCGAGACGGCAGCACAGCTGTTGATGATTGCCATATTGGTGCTCATGGTCGTTAAGCCATTTTAA	MDLFGLLLVLHILASIAIIGPAFVMPIIRRSARTVGQLHFTFGISTKLAIMPKIGGFVLVKILSESQEQGNDIPAEFGQLIKKIVPIETAAQLLMIAILVLMVVKPF				NA	NA	NA	NA	NA
JZ016_00886	729			hypothetical protein	ATGAGAATTATTGTTTTTGGAGCGACAGGGAATACAGGGAAAAGAGTGCTGGCACAAGGGATAAAAATGGGCCATGGAATGACCGCATTTGTGAGGAATTCCGAGAAGCTATATGATCAATTAGGTGAGCATTCCGCAAAGCATGTGAAGGTGATCGTAGACGATATAATGAACCCGGTAAGTGTCCGTCAGGCGCTCGTGAATCAAGACGCCGCTATGATTGCAGCAGGCCATGCAGGCCAGGGAGAAGAGTTTGTTCGTATCGTCGATAACATTATAAGCCAATGTCAATTGGAGCCTAGTTTCTCTGGGCGGGTATGGGTCATGGGAGGTGCCGGTTTACTGGATATTCCATATACCGAACTTATCGGCAACAATTTACCGGGGTTCCCACCTGAGTATAAAAATCACAACCGGAATTTCGAAAGGCTGCAACGGACTGGGCTCGATTGGTCCATGATGTGTCCGGGAACCATGATGGATTCAAGCGAGCATCCAGAGCCGGTTCATCTTCATGTAACAACGGATACCTTGCCCGTTCCGATGCCGGAGACGATTAAGGCATATTCCGAGGCAGAAATAGCCGGTCACTTGTTCAGCCGATTTCAAGAGCTGAATGTTGCTTATGACGATGTCGTAATGTGTATGTTGGACCATCTTGTGCTCGGAGGAGCGTTTAAGGGGAAAAGGGTCGGTCTAGCCTATCAAAGCAAGATATCGGTAAGCTGA	MRIIVFGATGNTGKRVLAQGIKMGHGMTAFVRNSEKLYDQLGEHSAKHVKVIVDDIMNPVSVRQALVNQDAAMIAAGHAGQGEEFVRIVDNIISQCQLEPSFSGRVWVMGGAGLLDIPYTELIGNNLPGFPPEYKNHNRNFERLQRTGLDWSMMCPGTMMDSSEHPEPVHLHVTTDTLPVPMPETIKAYSEAEIAGHLFSRFQELNVAYDDVVMCMLDHLVLGGAFKGKRVGLAYQSKISVS	PGPT0020900_16	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0020900-putative_saccharopine_dehydrogenase-K07118	NA	NA
JZ016_00887	333	ytcD_2	COG1733	putative HTH-type transcriptional regulator YtcD	ATGATTCATCAGCGCGAATGTCCAATTGAGACACTCATTGATGTTTTAGGCGGTAAATGGAAACCCATGATTTTATGGCACTTGATTGAATCCAAGAAGAGGTTCAACGATCTGGAAAAGCTTATACCTGATGCTTCACAAAAAATGCTTTCACAACATCTCCGAGATTTGGAACGAGAAGGCATAGTTGATAGAACGGTTCACCCGGTTATCCCTCCAAAAGTGGAATATTCTCTTAGTGAATACGGCAGAACATTGATTCCTGTAGCAGAAATTATGTGTTCTTGGGGAGAAAATCATAATAAGCGGAAATATGAAGAGCCAGCGTCATAA	MIHQRECPIETLIDVLGGKWKPMILWHLIESKKRFNDLEKLIPDASQKMLSQHLRDLEREGIVDRTVHPVIPPKVEYSLSEYGRTLIPVAEIMCSWGENHNKRKYEEPAS				NA	NA	NA	NA	NA
JZ016_00888	372	ytcD_3	COG1733	putative HTH-type transcriptional regulator YtcD	ATGACTGAGAAGAGGGAAAATAACGTTCAAAAGAAGTATAAAGTCGGAGTGGAGGCGGCATTAGAAGTAATGGGGGGGAAATGGAAGCCTTTAATCATCTATCATTTGATGACAGGACGGAAACGGACGTCTGAGCTTCGACGGTTAATGCCCGACATCACGCAAAAAATGCTGACCACTCAACTAAGAGGCCTGGAAAAGGACGGAATTGTTGCACGAAAGGTTTATAAAGAGATCCCACCTAAAGTGGAGTATGAGTTAACGGTCTACGGCTGGGGATTAAAACCCGCATTAGACCATTTATGCTATTGGGGAGAAGATCACCTGGAAAAGATTTATGGTGATAAATCCAAGGTTTTGGAGGAGTTTTAA	MTEKRENNVQKKYKVGVEAALEVMGGKWKPLIIYHLMTGRKRTSELRRLMPDITQKMLTTQLRGLEKDGIVARKVYKEIPPKVEYELTVYGWGLKPALDHLCYWGEDHLEKIYGDKSKVLEEF				NA	NA	NA	NA	NA
JZ016_00889	579	kefF_1		Glutathione-regulated potassium-efflux system ancillary protein KefF	ATGAGAGTATTATGCGTTGTTTCCCACCCAAGAAAAGATTCCCTGACCTTTAAGGTTGCCGATCATTTCGTAAAAGGTCTTACTGCGGCGGGCCACGACTATGAGATCTTGGATTTACACGAGATTGGTTTTGACCCTGTTTTAAAAGGAGTAGATGAACCTGACTGGTCAACAGAGGAACAGTCCTTTTCCCCTGAAGTAGAACTGGAAATAAGGCGAATGAAGAAGCACGATGCCTTGGCATTTATTTTTCCAATTTGGTGGTGGCATTTGCCTGCCATGCTAAAAGGTTATATAGACCGTGTATGGAACAATGGGTTTGCGTACGGTTCGAACCAGCTTCATCATCAGCATGTCTTGTGGATTGGTTTGGCGGGCGTTTCGAAAGAACAGATGAAAAAGCGTAACTATGATGAAATGATGACTCATTTGCTCAATGTGGGAATTGCAGATTATTGCGGTGTATCCAATTCCAAGGTTGAATTTTTATACGAGACCTTGGAATCCAATCCCAAGCATTATGAGACGCTGCTTAACCATGCTCATCACTTAGGGTTGAATTATGCGAAGGAACAGTAA	MRVLCVVSHPRKDSLTFKVADHFVKGLTAAGHDYEILDLHEIGFDPVLKGVDEPDWSTEEQSFSPEVELEIRRMKKHDALAFIFPIWWWHLPAMLKGYIDRVWNNGFAYGSNQLHHQHVLWIGLAGVSKEQMKKRNYDEMMTHLLNVGIADYCGVSNSKVEFLYETLESNPKHYETLLNHAHHLGLNYAKEQ	PGPT0009455_2071	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355	NA	NA
JZ016_00890	597			hypothetical protein	ATGATTAAGAATTTATTTCAGCCAGAAACAAGAAAGAATTTAATGTGGTTAAATGAACCTGAACATTGGGAGTTTACAGCAGATGGCAGGCTAATCATTGATGCTCCAACGAATGCTGACTTTTTCAAAGACCCCGGAGGTAAACATGTTGCTCATTCTGCACCCTATCTGCACATCCAGGTGAATTCAACATTTCAGCTTATAACGCAGCTTCAGGTAGACATGAACGAATTGTATGATTCCGGGTGTCTGATGTTGATGGCAGATGAGAACAATTGGGCTAAGCTTTGTTTTGAGTTCAACGGTGAGTATGCTACGATCGTGTCTGTTGTTACGCAGAACGGTTTGTCCGATGATTGTAACTCTGAGCGTGTATTAGTAAGCAATCCTTATTTAAAAATAACGAAGAATGATCAACTTATTTCTTTTTATTACTCATCAGATGGTGAAGCTTGGAAATTGATTCGATACTTTGGAATGAACACCTCAGCACCGTTTACAGCGGGTGTGGTAGCCCAATCACCGAAGGGAGCAGGTTGTCGAGTCGAATTTCTGTCTTTGGTTTTATCCGAATCTGATGAAAGAAGCAGGTTTTAG	MIKNLFQPETRKNLMWLNEPEHWEFTADGRLIIDAPTNADFFKDPGGKHVAHSAPYLHIQVNSTFQLITQLQVDMNELYDSGCLMLMADENNWAKLCFEFNGEYATIVSVVTQNGLSDDCNSERVLVSNPYLKITKNDQLISFYYSSDGEAWKLIRYFGMNTSAPFTAGVVAQSPKGAGCRVEFLSLVLSESDERSRF				NA	NA	NA	NA	NA
JZ016_00891	459			hypothetical protein	ATGAAGCTCACTACCTTTTTTCCTTATCGAAACGATGCAAGAAAGATATTGATCCCTTATTTAAATCAATTGACTGAGGAACAGTGGCATGCAAGGCATCCAGATCATCCGAATTCGATCGCTTGGATCGTTGAGCACATCGCGCGCAGCGAAGACGAATGGATTAACGTGATCGTACTTAAGGGAGAGCGACGACTTCAACGAGTCTTGGATCGTCCTCAGCAAATTTTGCAGGCATATATCGACATTCGAGACCATACAGACCATAAACTCGACTTTATGGAATACGATGAACGCGAGCCAGTTGTAGAGCTCCCTCGTTTTTCAGACGGTTGGGAACCGCCTTCGCCGCCGACGCTACGATGGATTATCCATCATGTTTTCGATCATGAGTCGTACCATGTCGGTCAAATCGGCGTCATAGCACGTTTAAACGGATTCGCCGGCCCCCTATTCTGA	MKLTTFFPYRNDARKILIPYLNQLTEEQWHARHPDHPNSIAWIVEHIARSEDEWINVIVLKGERRLQRVLDRPQQILQAYIDIRDHTDHKLDFMEYDEREPVVELPRFSDGWEPPSPPTLRWIIHHVFDHESYHVGQIGVIARLNGFAGPLF				NA	NA	NA	NA	NA
JZ016_00892	198			hypothetical protein	ATGTCGAGGTACAACTGCATGGTTTTTATTGAAAGTCGCTATTTTAGCGGCTTTTTTATTTTATCGGTACAATTTCTTGTCTCGAGCCGGGGACAAGGAACTGTACCGATTACCGAAATGGACATAACTTATACGATTAGCTATCGAGTCATTACGTTCAGAATAGGGGGCCGGCGAATCCGTTTAAACGTGCTATGA	MSRYNCMVFIESRYFSGFFILSVQFLVSSRGQGTVPITEMDITYTISYRVITFRIGGRRIRLNVL				NA	NA	NA	NA	NA
JZ016_00893	1149	menC		o-succinylbenzoate synthase	ATGAATATTACGGGTATACAATCTGATTGGAAAGTGGAAAAGATCGAATTCGCCAAGTTAACGGGAGAACGAGCCAGAAGCGCGGGGGCCAATGGCAGGATCGGCATTCATGGCAAAAGCTGCACAGTGGATATCGCCAGAATAACGATCGATGGACAAACAGGGTACGGTAGCTCGATTCATATGACGCCGAAATGGGCCCAAGACATCATAGGCCGCCGATTGCTTGACTTATTCGATGACCGGGGCAGACTGCTCGAAGCGTATCGTTTGCAATTGGAATACCCAATGCTCGATTGGTTAGGAAAGAGACAAGACAAACCCGTGTATGACTTGGTGTCCGGTGGCCACATGGAAAGAGGAGTCCCATTGGTTGTTCCCTGCTATGATACCTCACTGTACTTCGACGATTTGCATTTGTCCGATGAGAGGACCGCTGTCGTGTTGATGCAGGAAGAAGCGATGCAAGGATATGCGAAGGGTCAACGTCATTTTAAGATTAAAGTTGGCCGTGGCGGACGCCATATGCCACTCTGGGAAGGGACGAAACGAGATATCGCAATTGTTCGGGGGATCTCGGAAGTGGCAGGTCCCGCAGGTAAGATCATGATCGATGCGAATAATGCATATAATTTGAACTTAACCAAAGAGGTCTTGGGGGCTTTAGCGGATGTAAATCTGTATTGGCTGGAAGAAGCGTTCCATGAGGATGATGCCTTGTACGAGGATCTGAAGGAGTGGCTCCGGCAACGTGGGCAGAATGTGCTTATCGCGGATGGGGAAGGGCTTGCCTCACCGCATCTAATTGAGTGGGCGACACGCGGCCTTGTCGATGTGCTGCAGTACGATATCATCAGACCCGGTTTCACGCATTGGATGGAATTAGGCGAGAAACTGGATGCCCATGGTTTGCGGACTGCGCCTCATTGTTACGGAAATGCCTATGGTATTTACGCGTCTGGACATTTGTCAGCCGCGGTGCAGAACTTCGAATTTGTGGAATATGACGACATTACAATCGAAGGAATGGATGTATCAGGCTATCGAATCGAAAACGGAGAGATTCATATTCCGGCCACGCCGGGTTTCGGAATCGTCTTCGACGATGAACTTGTAACTAACCTTATAAAGCGATCCGGCTGGTCCTGA	MNITGIQSDWKVEKIEFAKLTGERARSAGANGRIGIHGKSCTVDIARITIDGQTGYGSSIHMTPKWAQDIIGRRLLDLFDDRGRLLEAYRLQLEYPMLDWLGKRQDKPVYDLVSGGHMERGVPLVVPCYDTSLYFDDLHLSDERTAVVLMQEEAMQGYAKGQRHFKIKVGRGGRHMPLWEGTKRDIAIVRGISEVAGPAGKIMIDANNAYNLNLTKEVLGALADVNLYWLEEAFHEDDALYEDLKEWLRQRGQNVLIADGEGLASPHLIEWATRGLVDVLQYDIIRPGFTHWMELGEKLDAHGLRTAPHCYGNAYGIYASGHLSAAVQNFEFVEYDDITIEGMDVSGYRIENGEIHIPATPGFGIVFDDELVTNLIKRSGWS	PGPT0017805_441	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LYXONATE_DEGRADATION,PGPT0017805-LRA3_like-K12661	NA	NA
JZ016_00894	351			hypothetical protein	ATGAGAATTCAAGATATCATTGAAGGCAAAAAAGAGTGGCGGGCGCACGTGGCGCGTGTCAAAGCGCTCCCGAAAGATTATCAGATTGTTTATAAAGAGATTCAAAAATATCTCTTTAAGGTCGGTCCTGTTGAGCTAACGGACGGGACGGGTTTGCTTTCGGGGATAATTGATCTTTTTGAAGAGGGTGCGGCCTTAAGGAAAGGCGTGCTCGAAGTGACGGGCAGTGACGTAGCGGCTTTCTGCGACGATCTAATCAAAGATTCAAAAACTTACGCTGACATCTATCAAGAATCTCTGGATCAAGAGGGTAACAAAGCCATAAAGAAGGATACGGATAAAACAAAGTAA	MRIQDIIEGKKEWRAHVARVKALPKDYQIVYKEIQKYLFKVGPVELTDGTGLLSGIIDLFEEGAALRKGVLEVTGSDVAAFCDDLIKDSKTYADIYQESLDQEGNKAIKKDTDKTK				NA	NA	NA	NA	NA
JZ016_00895	348			hypothetical protein	ATGAATTTTTGGGAGAAAATCACCGGCAGCGACATGACTAAGGAAATGAAAGCTTTTGAATTGAGAGCCAAAAAGTTACCACCTGATTATCAAGCGGCATGGGAAAAAATTAATGCGCATCTTTGGCCGCACTCAGATTTCACCGGTCGCAACCTCATGCCCATTCTTGACGGTGTGCTTGGCCTGCTCGAAGAAACGGCGGCAGACGGACAGAGTATCGAAGAGGTTTTGGGTGACGATATCAAAGGCTTCTGTTCAGCGCTGGCCGGCATCGATGAGGCAAAATCTTTTCGCGACAAGTGGCGCAAGCAACTCAACGACAATATCGCTAAAAAATTAGGTAAATAG	MNFWEKITGSDMTKEMKAFELRAKKLPPDYQAAWEKINAHLWPHSDFTGRNLMPILDGVLGLLEETAADGQSIEEVLGDDIKGFCSALAGIDEAKSFRDKWRKQLNDNIAKKLGK				NA	NA	NA	NA	NA
JZ016_00896	1698	cpdA_1		3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA	ATGAAAAAAGTAATGGCTTGTCTCAGTTTAGCAACTTGTATGCTTATCCCCCTGGTTGCTCCAGCGCACGCACAATCAGCACAAGGGGACACAAATGCATATGAAAAAAAACCAAAAGCAACCTTTCAAGTGATCAGTGACCTGCATATTAGGGATACATCGTTCTCTCATAACAAATTATTGAAAGCGCTTCAAGATCTTCATTCCGCTGATCCGCTGGTAGATGCTATGGTCATCAACGGAGATATAACGAATAACGGTTTTCCCGAAGAATATGCGAAGGCTCGCGAACTTCTTGATCAATCTCCTAAACCGAAGAATCTGTATATGACCATTGGGAATCATGAGTTTTTTAATGGAGAAGGAAATGAAGTGAACACAAGTCGGTTCGCAGACTTTATCGAAGAGGAGCATGTGTACTACGAGAAAATCGTGAAAGGCTATCCTTTTATATTTCTAGGCTCTGAAAGCTGGGGGCCCGTCGATTCTCCCACCAAAGACCATGCCTATCTGAGCGACGAGCAGTTGAATTGGCTGGAAGATACTTTGGAGAAGCGCAGTAATAGCGAGAAGCCTATGTTTGTTTTTCTTCATCAGCCTCTTTCCGCTGTACATGAAACAGCAGAAAAGCGTCTAACTGATCTCTTCTCGAAGTATCCGCAAGTTATTTTATTCACTGGCCATACTCATCGGGATATGCGACTTCCAAATATTAACCTAACGCAGAATAAATTTACGAGTATCAATACAGCTTCTGTTTATTATACAACCTTCGCACCAACAGTAAACTGGGATGAAAGCCAAGGATTGTATGTGCAAATTTACGATGACAGGGTCGTTGTCCAAGGACGCGACTTTTACCGTAAGCAATGGATTCCCGAAGTGCATTACACGATAGATGTTCAATCGGCAACAACTTTTTCTTATCGTAATAACTATGTTATTCCGGGTGAACCTACCCTATTAACCTCAACCTTTACAAATTATGGACAAAACACAATCGAGGCCATTCAATTGGACTTAACGGCCCCTGATGGTTGGAGCGTAGAGGCAGTAAATGATCCTCTGGTCACGAATCTTTCTCCTGGAAGTTCGATTGAAACGGATTGGCGTGTGACGCCCCCAGATACTGCTGAGCCTGGATTCGCAAATTTAAATGCCACCGTTTCATTTGAATATGGGGAAAATAATAAGCAATCAGAGTGGAGTGCCGACTCCATAGTCTGGATACCAGAACGGCTCCCAACTGAAGATTCTTATGTAAGTGGTGTGGAATGGATTCATTCCGCTAATCATTGGGGGCCCGTAGAACGGGATCAGAGTAACGGTGAAAAAGCAAAAGACGACGGAAAAACCATAACCATTGGCGGTGAAAAATATACGAAAGGCTTAGGTGTACATGCGAATGCTGAGATTGCTTATTATATAGGCGGCAACTTCTCAACGTTTGCCGCTGATATCGGAATCGATGATGAAGTGGGGAATAGAGGGTCGGTCGTATTTCAAATTTGGGCAGACGACGAGAAAGTATATGACAGCGGGCTTATTACCGGATCTGATTCCGTCAAAAAAGTTCATGCGGATATCTCCGGTGCAAACGTACTGAAGCTGGTCGTTACTGATGGCGGAGACGGCACTGGCTACGACCATGCGGATTGGGCAAATGCTCATATTGCTAGATCCGATGTAAACCGTTAG	MKKVMACLSLATCMLIPLVAPAHAQSAQGDTNAYEKKPKATFQVISDLHIRDTSFSHNKLLKALQDLHSADPLVDAMVINGDITNNGFPEEYAKARELLDQSPKPKNLYMTIGNHEFFNGEGNEVNTSRFADFIEEEHVYYEKIVKGYPFIFLGSESWGPVDSPTKDHAYLSDEQLNWLEDTLEKRSNSEKPMFVFLHQPLSAVHETAEKRLTDLFSKYPQVILFTGHTHRDMRLPNINLTQNKFTSINTASVYYTTFAPTVNWDESQGLYVQIYDDRVVVQGRDFYRKQWIPEVHYTIDVQSATTFSYRNNYVIPGEPTLLTSTFTNYGQNTIEAIQLDLTAPDGWSVEAVNDPLVTNLSPGSSIETDWRVTPPDTAEPGFANLNATVSFEYGENNKQSEWSADSIVWIPERLPTEDSYVSGVEWIHSANHWGPVERDQSNGEKAKDDGKTITIGGEKYTKGLGVHANAEIAYYIGGNFSTFAADIGIDDEVGNRGSVVFQIWADDEKVYDSGLITGSDSVKKVHADISGANVLKLVVTDGGDGTGYDHADWANAHIARSDVNR				NA	NA	NA	NA	NA
JZ016_00897	843	melR_1	COG1609	HTH-type transcriptional repressor MelR	GTGGGACTTGTTTTATATGATGTAAAAGCTAAATACCAGGATCCATATTTTTCAGAAATTATATACGGAATCGAAAGTGAATTACTTGATCAAGAATGTATATTGGACTTTACATTTGAGGTGCAGGATATTTTCAATTTCAATTTATTTGGGGATATGAACGAGAGTGACTTAGGAGTTATTTGTATCGGACCGCTTAAGCATGATTTTATAAATGAGCTGAATAAGCGGGTTCCATTTGTTATATCGGTGGGCGGAATACCTAAGTTGGAAATGGATTATGTTACGGTGGATTTTCGTCATGCGGCAATGCAAGCAGTTCAATATTTGGTAGATCTCGGTCATCGAAATATTGCATTTATTGGCGGAAGCTCACAAGTTGGAATGCCGATTGACCAAGAAGAACGTTTCTATGGTTATAAAGAAGCGATGGAGTTGAACCATCTTAAAATTGTTCCGGAGTGGGTTCAAGACGGCTGCTTTGATCTGATCAAGAGCTATGAAGCCATGAAAAAAATTTTAAACACGCAGAGTCCGCCTTCGGCCGTATTCACAGCTAGCGACAAAATGGCATTCGGGGCGTATAAGGCAATTGGTGAATATGGGCTATCGATTCCCCATGATATATCTGTTGTTTCTTTTGATAATGTCGAAATGTCAGAATTCATTAACCCTCCGTTAACTACGGTACAGGTACACAAGGAGGAAATGGGGAGAATCGCAGTCAAATTACTGCTTCAGCGCATGGAAGGGGGGATACCTTTGCCATTGATCAGCTATTTGCCGACAAAACTTATTGTCCGCAGTAGCTGTACCGAGAAAAGCGAACTGAAAAAAATTTGA	MGLVLYDVKAKYQDPYFSEIIYGIESELLDQECILDFTFEVQDIFNFNLFGDMNESDLGVICIGPLKHDFINELNKRVPFVISVGGIPKLEMDYVTVDFRHAAMQAVQYLVDLGHRNIAFIGGSSQVGMPIDQEERFYGYKEAMELNHLKIVPEWVQDGCFDLIKSYEAMKKILNTQSPPSAVFTASDKMAFGAYKAIGEYGLSIPHDISVVSFDNVEMSEFINPPLTTVQVHKEEMGRIAVKLLLQRMEGGIPLPLISYLPTKLIVRSSCTEKSELKKI	PGPT0017992_8232	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_00898	225			hypothetical protein	ATGATCCATCCCAAAGACGACTATGGGGTATTAGGCAATAAAATCGAAGTGGATTCGGATGTGAACGAGGATCGTAATCGAGAAGAGCAGTTGGATGACTCCTTTGAGGCCTGGTATGGGGATATCAACGATCAGGTGAAGCAAAAGCTGGATCTCACGCGCGTTCCGCAAGACAGTGTTTTTGATTCTGCCGTTGGCATGGATGAGGATCCATCCCAGGATTAA	MIHPKDDYGVLGNKIEVDSDVNEDRNREEQLDDSFEAWYGDINDQVKQKLDLTRVPQDSVFDSAVGMDEDPSQD				NA	NA	NA	NA	NA
JZ016_00899	486	yizA	COG2318	putative protein YizA	ATGTTGAAACTGTTCGAGTATAACTGGCAAGTTCGCAAAGATTGGTTTGACTGGTGCGATACGGTGAGTGAGGAAGAACTGTTGAAAAGACGGACCGGGGGCATAGGAAGCATTCTCTATACACTCTATCACATCGTGACCGTTGAATATGCCTGGTTGTGCGGGGATTTACAAGGAAAAGAGCTGGACATCCCTTCGTTCGAGGATTGTGCCAGCGTACAGGGATTAAGAGATTATTCGGCACGATGCCATGCGGAAATTGCACCCTTCATCTACGCTTGGAATGATAGCTTGGAAGACCGCATCATGTATGATACAAACCAAAACGGAGAGCAGGAAAGCTTTACATTCGGTGAAGTGATGCGACACGTGATTGCCCACGAAATTCACCATATCGGTCAATTGTCAATATGGTCTCGAGAAATCGGAAAGACGCCGGTTACAGCAAACTTGATTCGTAGAGGGTTATTCGATAAGTCGCGGTAG	MLKLFEYNWQVRKDWFDWCDTVSEEELLKRRTGGIGSILYTLYHIVTVEYAWLCGDLQGKELDIPSFEDCASVQGLRDYSARCHAEIAPFIYAWNDSLEDRIMYDTNQNGEQESFTFGEVMRHVIAHEIHHIGQLSIWSREIGKTPVTANLIRRGLFDKSR				NA	NA	NA	NA	NA
JZ016_00900	813	arsM		Arsenite methyltransferase	ATGACAAAGTTAACGAATGATGAAATCCGCCAGAATGTACGAAGCCGATATAAGCAAGTGGCCGTTCAAGAAGCTAGTGCTGAATCGTGTTGCCATCCCAATATACAAGCAACCAGTTGCTGCACTACATCTTCTGATTTTAATACAATTTCAAGCGAATTAGGTTACTCAAATGAAGAATTAGACTCGGTACCTGATGGTGCAAATCTGGGGTTAGGGTGCGGCAATCCCCAAGCTATTGCATCGTTGAAGCCTGGTGAGGTGGTACTGGACTTAGGCAGCGGTGGTGGGTTTGACTGCTTTTTAGCGTCCCGGCAGGTGGGGGAGACAGGGTCAGTGATCGGTGTGGACATGACGCCTGAAATGGTTAGCCGGGCTCGTAGCAATGCAACTAAGGGGAATTTCGTGAATACAGATTTTCGTTTAGGGGAAATTGAGCATCTTCCGGTTGCCGATAACATGGTGGACGTCATCATCTCGAATTGTGTAGTGAATCTCTCGCCGGATAAGCAGCAGGTATTTCATGATTCCTTTCGCGTTCTTAAAAAAGGCGGCCGATTAGCGATATCTGATATTGTAACGACAGCAGAGCTTCCTCCAGAAATAAAGGACGATTTGAATGAACTGTATTCTGGCTGCATTTCAGGGGCATCATCAATCGACGAAATTGAGGCCATGCTCCGTCAAAGTGGATTTACAGATATCTCCGTTGAACCGAAGGATGAGTCCAAAGCTTTTATTAAAGATTGGATTAAGGGATCCAATATCGAGGATTACATCGTTTCAGCGGTAATCAAGGCAATTAAGCCTTAA	MTKLTNDEIRQNVRSRYKQVAVQEASAESCCHPNIQATSCCTTSSDFNTISSELGYSNEELDSVPDGANLGLGCGNPQAIASLKPGEVVLDLGSGGGFDCFLASRQVGETGSVIGVDMTPEMVSRARSNATKGNFVNTDFRLGEIEHLPVADNMVDVIISNCVVNLSPDKQQVFHDSFRVLKKGGRLAISDIVTTAELPPEIKDDLNELYSGCISGASSIDEIEAMLRQSGFTDISVEPKDESKAFIKDWIKGSNIEDYIVSAVIKAIKP				NA	NA	NA	NA	NA
JZ016_00901	189			hypothetical protein	ATGAATTACAATTATTACTATGCTGAGTACATGATGAAGGCACAAGAGATAGAGATACAAAAGAACGCTCGAGAAGCATGGAAATGGTCTACCGGTAAGTCCGATTCTAAACGGCATCGTATCTTAACCGGTTTTCGCCAACCAGAAGCAATACCGTGCTGTACGCAATCACTTCAGGCTTGCTGCTAA	MNYNYYYAEYMMKAQEIEIQKNAREAWKWSTGKSDSKRHRILTGFRQPEAIPCCTQSLQACC				NA	NA	NA	NA	NA
JZ016_00902	450			hypothetical protein	ATGGAAAGCACACGTGAACTATTTCAGATTATGACACGCCGCTTCGGCTTATTGAACAAAAATTGCTGCACCGTAGGCGGTAACGACATTACGCCGGTTCAAAGCCATATCTTATTCGAAGTCGATCGTCAACATCATCCTTCTATTCAACAAATCGCAGACACATTGGGGACGGATATTACCACTTTTAGCAGGCAGGTACAGGCGTTAATCAAAATGAATCTAATTAAAAAGACACCAGATCCGACCGATCGCCGAGTTTATACACTTTCCTTAACCGCTGAAGGAAAATACGTTGCTACAACGATTGATCACCAGATGAATGCTTATTTTGACGATATTTTTTCGTCAATGACTGAGTTTGAGAAAGAAACCGTCCTGCGCTCAATCAGGTTGATGAATGAAGCCATGGCTAAATCGGATCATTGTTGCAAACCAATAATCGGGTAA	MESTRELFQIMTRRFGLLNKNCCTVGGNDITPVQSHILFEVDRQHHPSIQQIADTLGTDITTFSRQVQALIKMNLIKKTPDPTDRRVYTLSLTAEGKYVATTIDHQMNAYFDDIFSSMTEFEKETVLRSIRLMNEAMAKSDHCCKPIIG				NA	NA	NA	NA	NA
JZ016_00903	954	drrA_1		Daunorubicin/doxorubicin resistance ATP-binding protein DrrA	ATGAAGCTGATTTATCAATTAGAGCATGTGAATAAAACATACAAAAAAGGAAAGGTTGTTGCCAATCATGACATAAGCTTTGATGTGCAAGAAGGTGAAATTCTCGGTTTGCTCGGTCCGAATGGAGCAGGCAAATCCACGCTAATCAAGCAGATGGTAGGACACCTTGCTCCCACCTCAGGTACAGTACGCTATAAAGGAACCAGCGTGAAGACCCAAACCAAGCAAGTTGCCCAGGAGGTAGCCTACTACTCGCAAGAGCCTCACGCCCTGACCAGTTTAAAAACGTGGGAAGCTTTGTATTTTACGGGAAGATTGCGGGGGTTGACGAAAGAGTCCGCCGTAAAGCAAACAGAGGAATTGTTGGAACGCTTTGGAATGCAGGACCTTCGTCATAAGCTGCTGAAGAACGTTTCCGGTGGACAGAAGCGTTTAATCGGAATAGGAACTTGCTTGATCGGCTTTTCCCCCGTCATGATCCTGGATGAACCGACCAACGAGCTGGACCCGAAAAAGAGAAGACTCGTATGGGATCTGATTCAAGAACGGAATCGGCAAGGAGTAACCGTAATCTTGGTGACACACAACGTGCTGGAGGCCGAACAGGTCGTGGACAGAGTAGCTGTCGTAAATCACGGCAAGCTGCTCGCCATCGATCATGTCAGCGTATTAAAACAAAGGGTCGATCAGCGGATGAAGCTGGAAATTACGACTTCCTTTGGTGAAAGCGATCATGTATGCCGAAGCTTAATCGCGCTGGGACAGTGGACCAAAACGGGAGAAAACCGTATCCGGGCACTGATCGAGAAGCAAGACGCCAGCTACGCGATTGACTTCATAACCAAGCAGCATTTACCGATTGAAGAATATTCCTTAGTCCCGCCGAATCTTGAAGATGTCTATTTTCATATCGATGACGAACAGGATAATCCTGACAAAACGGAGGTGATCTAA	MKLIYQLEHVNKTYKKGKVVANHDISFDVQEGEILGLLGPNGAGKSTLIKQMVGHLAPTSGTVRYKGTSVKTQTKQVAQEVAYYSQEPHALTSLKTWEALYFTGRLRGLTKESAVKQTEELLERFGMQDLRHKLLKNVSGGQKRLIGIGTCLIGFSPVMILDEPTNELDPKKRRLVWDLIQERNRQGVTVILVTHNVLEAEQVVDRVAVVNHGKLLAIDHVSVLKQRVDQRMKLEITTSFGESDHVCRSLIALGQWTKTGENRIRALIEKQDASYAIDFITKQHLPIEEYSLVPPNLEDVYFHIDDEQDNPDKTEVI	PGPT0006725_6045	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_00904	834			hypothetical protein	ATGGAAAATACTCAACCATCTATGCAAAGCAAAGACTTGCAACTGCAAGAAGCGGTCTTTCTTCAAGAGCACGAGCAGCAGAGCGTAATCCATCGCAGAATAACAGAATGGCTGATCCTGGCCCGCATTCAATTCACGATCATCCGCGAGGCATGGGTTTGGATTTTCATCATGGCATGCATGTTTCCATTAACGACGCTGCTGTTTCTCAAATTCTTTACGGTCGACCCAACGCCGGCTGTCATGACCCGTATTATTACGGGGAATATGCTCTTCGGCTTAATTGTCATGGGACTCAATTCCATGGCTCAGGAGATATCTTATCAGAAGCACCAAGGGCACTTCACGTACTATTCGTCCCTGCCGATTGCGAAGGTAAACTTCATCTTTGCCAATCTGCTGCGCGGTTTGATCATGAGCGCCCCCTCTTTTATCATCTTGGCGATGATAGGTCAGCTGGCTTACGGCATTCAATTCCACTACAGCTGGGGACTTGTCCCTGTATTGCTGCTTACCGTCTTTAGCGTGGTTGGCGCAGGTGTGCTGATCGGCTTCTGGTCACCTAGCCACCAATTGACGAACATGCTGGTCCAGGCGCTGATGATGTTCATCTCGTTTTTGACGCCAGTCATGGTGGATATGGATCAATTGCCTGCGATCCTGCAGTGGTTCTCTTATCTCTTCCCAACCACTTACGCCGCCGAGGCTATGCGGGAGGTGCTGATTTCGGGCTGGTCCGGGTCTGTCGCCTGGAACACGCTTGTACTCTTGCTCTTTTCGCTGATTTCCATCATATTGATCTTAAAAAAGGTAGATTGGCGTGTTGAGAAGTAG	MENTQPSMQSKDLQLQEAVFLQEHEQQSVIHRRITEWLILARIQFTIIREAWVWIFIMACMFPLTTLLFLKFFTVDPTPAVMTRIITGNMLFGLIVMGLNSMAQEISYQKHQGHFTYYSSLPIAKVNFIFANLLRGLIMSAPSFIILAMIGQLAYGIQFHYSWGLVPVLLLTVFSVVGAGVLIGFWSPSHQLTNMLVQALMMFISFLTPVMVDMDQLPAILQWFSYLFPTTYAAEAMREVLISGWSGSVAWNTLVLLLFSLISIILILKKVDWRVEK	PGPT0006730_12343	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_00905	717			hypothetical protein	ATGTGGAAAGAAACGGAGTTTAAAAAAGCTGTTGATTTTTTCGTTCGAGGTGAATATACCTGTAGTCGCCAACCTGCATCCCAAGTATATGATTACGATTCTATAAAACATCTTGCTTTTGGTGCACATGTTGATGGCAGAACGGACGAGTTTGTCGTATATAATTCTAATTTTGCACACGTTATGGATACCGTAAATAAACTAGATGTAAAAAAAGACTATTGGCTTACCGTGTTTTCAGATGAAGAACATCGTATTTATGAGGCAGAGGGATATAACATCAAAAGTTCAGAGTTTCTTATGATTTTATATCTGGATAACTGGTCTCTTGAACCAGATAACAAGATCATCAAGTGTGTCAAAACGGAGGCAGAAGCTCGACGTATCAATCATTATTTCAATAAGGCTGTTATCGATATCAATAAATTCAATGATCCAAATCTGCATTTTTACGTTGCTGAGGAAAACGGGTATCCTGCATCTTTTGGAAGCTATGCACTGCTAGATAAAACCGCATTTTTGAATAATGTCTTTACACCAAAAGAACATAGAGGTAAAGGATTAGCGAAAACACTTTGCCGAAAAATGCTTTGTGATGCCCAGCAGGAAGGCGCTGTCCAGAGCGTTCTTGTTGCTAGTCAAATGGGACATCCTTTATATCTAAAAATGGGTTATCGAGATGTATCAAAAATGTGGGTGTTTACAAAGCAAGCCTAA	MWKETEFKKAVDFFVRGEYTCSRQPASQVYDYDSIKHLAFGAHVDGRTDEFVVYNSNFAHVMDTVNKLDVKKDYWLTVFSDEEHRIYEAEGYNIKSSEFLMILYLDNWSLEPDNKIIKCVKTEAEARRINHYFNKAVIDINKFNDPNLHFYVAEENGYPASFGSYALLDKTAFLNNVFTPKEHRGKGLAKTLCRKMLCDAQQEGAVQSVLVASQMGHPLYLKMGYRDVSKMWVFTKQA				NA	NA	NA	NA	NA
JZ016_00906	312			hypothetical protein	ATGGTCGGGACGATTATCATTTGTTTTTTGGTATTACACATCATCATGGCTGCCATCATGGCGGTTTTCGCTAGGGATGAAAGCATGAGAAATACCATCGGATTCCAAGCTTACACCTCCGAGCCAAAAACGGCTGGAGATTACATTTTTAATTTGCTGTTCTTTCTCCTTGCAGGTGGAGCTTATTATATGGAGTCGATCAATGAACGGATTGCGCAAAAGTTTTGGCTGGTCCGGATCGGCATCCGAATTGCGGTTCTATCCATTGCCATCATCGTTGTTTTTATCCTTGCCATCATCTTTTCATTTTGA	MVGTIIICFLVLHIIMAAIMAVFARDESMRNTIGFQAYTSEPKTAGDYIFNLLFFLLAGGAYYMESINERIAQKFWLVRIGIRIAVLSIAIIVVFILAIIFSF				NA	NA	NA	NA	NA
JZ016_00907	423			hypothetical protein	ATGAATAAAATGACCAGTGTGGAAACAACTATGAAAGTAAATGCCCGTCCTGTCGGAAAAAAGGTAACTTATTGGACAGTCACATTGCTGCTTGCGGCAGCTATTATGTTAAGTGGTATCGGACAACTGATGCAATTTGGAGGAAACCTCGAGTTGGTGACGAATCTGGGCTACCCATTATACGTCCTAACCATTCTCGGGATTTGGAAAGTGCTTGGAGCCATCGCTCTCGTCGTGCCAGGTTTACCTCGACTTAAAGAATGGGTTCACGCTGGTATCTTCTTTTTAATGACGGGTGCGGCATTATCCCATGCATTTGCTAACGATTACGGTGACTACGGGTTTAATCTGATCCTCCCGCTTTCATACGCTGCGTTAAACATCTTTTCGTGGGCGCTGCGGCCATCGAAGAGCCGCTTATAA	MNKMTSVETTMKVNARPVGKKVTYWTVTLLLAAAIMLSGIGQLMQFGGNLELVTNLGYPLYVLTILGIWKVLGAIALVVPGLPRLKEWVHAGIFFLMTGAALSHAFANDYGDYGFNLILPLSYAALNIFSWALRPSKSRL				NA	NA	NA	NA	NA
JZ016_00908	489			hypothetical protein	ATGTCCAATATCATTGATTTTAAAAATGTATCTACCGTTGGTTTAGAATCTTCACCCGTAGCAGAAGCGCTTGCTGGTTTACGAGCGAATGAAGCCCGTTACTTTATGAACAAGTATAAGCATGAATTTACGGTTGTACCCGCCAGCGAGAGCCAGGAGACCCTTGAATATGTGAATCGAATATTGAAAGAAGAACGACATATTGAGTTTGCGGCTAAACCTTTAGAAACGTCGCGTTTTCAAGTGGATAACATCCAATTTGCCTATGTCTTTTATGAGAATGGTCTTGGACTCAATGTCATGTATACGGTTGATGACCCTAAGAAGCGAGCCGTTGGTTTTAAACTTTCGGAGGGGATGGAGGTACCAGAAGAATTAGAAGGGAAGTTTAAGTTTGCTAGGCAGAAGTCAAAATTAGCCGGAACCATTCGGGGCTCGTTCTTTGTAATTAAGAAAAATTATACTGATGAGGTGGGAACCCATGAATAA	MSNIIDFKNVSTVGLESSPVAEALAGLRANEARYFMNKYKHEFTVVPASESQETLEYVNRILKEERHIEFAAKPLETSRFQVDNIQFAYVFYENGLGLNVMYTVDDPKKRAVGFKLSEGMEVPEELEGKFKFARQKSKLAGTIRGSFFVIKKNYTDEVGTHE				NA	NA	NA	NA	NA
JZ016_00909	1269	codA	COG0402	Cytosine deaminase	ATGATTATACAGAACGCAAAATTGCGGGGTAAAGAAGGTTTATGGAATATCGTCGTGAAAGACGGGAAGTTTGGGCAAATCACGCAGTCTCTGGAAACAACTGCGAATGAGGAAGTCATTGATGTGGGGGGCTCGCTGGTCCTGCCACCGTTCATTGAACCTCACATTCACCTGGACACAACATTAACGGCGGGCGAGCCGGAGTGGAATTTGAGCGGAACGTTGTTCGAAGGCATCCAGCGTTGGTCCGAACGCAAGGCGTTCCTGACGCATGAAGACGTCAAAACGCGCTCTAAAACTGCACTGAAGTGGCAGATGGCGCAGGGCATCCAGCATGTGCGCACGCATGTGGACGTCACCGATCCAAGCTTGACCGCAGTTAAAGCGATGCTGGAAGTGAAAGAAGAAATGGCACCGTACATCGACATCCAGCTTGTAGCATTTCCACAGGAAGGCATTCACTCCTACCCGAACGGTGCGGAATTGCTGGAAGAGTCGCTGAAAATGGGTGTTGACGTGGTCGGCGGTATTCCTCACTTCGAATTCACGAGGGAGTATGGCGTCGATTCGCTGAAGGTTGCGTTTGACCTCGCCGAAAAATACGACCGTCTCATCGATATCCATTGCGATGAAATCGACGACGAGCAATCCCGTTTCGTGGAAGTCGTCGCCAAAGAAGCATACGAACGCGGGCTGGGCTCCCGCACGACGGCAAGCCACACGACGGCGATGGGTTCATACAATGATGCATATACGTACAAATTGTTCAGATTGCTGAAGATGGCGGACCTCAATTTCGTCTCCAACCCTTTGGTCAACATCCACCTGCAGGGACGCTTCGACACGTATCCGAAAAGAAGAGGGCTGACTCGCGTCAAAGAGCTGCAGGAAGCCGGTCTTAATGTGTGCTTCGGTCACGATGACATCTTTGATCCATGGTATCCGCTAGGCACGGGCAACATGCTTCAAGTGCTGCACATGGGCATCCATGCTTCGCAGTTGCTCGGTTACGATCAGATCGTGAACTCGATTGATCTCATTACGAAAAACAGTGCAAGAACGCTGCATATCGAGGATGTGTACGGTATTGAAGAAGGCAAGCCTGCCAACTTCATCGTTCTTGAAGCAGAGAACGAATATGAGGCCATTCGCAAACAAGCCGCAGTGCTTTATTCGTTCAGAGGCGGCCGCAAAATCGCCGAAACGAAGCCGCGGGACACGTCGATCGTTTTTGAGGGCGGTTCAGAGCAGGTCACTTTCAATAAATAG	MIIQNAKLRGKEGLWNIVVKDGKFGQITQSLETTANEEVIDVGGSLVLPPFIEPHIHLDTTLTAGEPEWNLSGTLFEGIQRWSERKAFLTHEDVKTRSKTALKWQMAQGIQHVRTHVDVTDPSLTAVKAMLEVKEEMAPYIDIQLVAFPQEGIHSYPNGAELLEESLKMGVDVVGGIPHFEFTREYGVDSLKVAFDLAEKYDRLIDIHCDEIDDEQSRFVEVVAKEAYERGLGSRTTASHTTAMGSYNDAYTYKLFRLLKMADLNFVSNPLVNIHLQGRFDTYPKRRGLTRVKELQEAGLNVCFGHDDIFDPWYPLGTGNMLQVLHMGIHASQLLGYDQIVNSIDLITKNSARTLHIEDVYGIEEGKPANFIVLEAENEYEAIRKQAAVLYSFRGGRKIAETKPRDTSIVFEGGSEQVTFNK	PGPT0021315_1016	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021315-codA-K01485	NA	NA
JZ016_00910	1278	codB_1	COG1457	Cytosine permease	ATGAGCAAACAAGATCAAGAGTTTTCGTGGCAAGCGGTGCCGAACACGCAGAGAAACCATTTTTGGAAGACGTTATCCGTCATGTTAGGGTTCACATTCTTTTCGGCAAGCATGCTGGCAGGGGGGACGCTCGGAGTCGGCTTAACGTTCATGGAGTTCATTGGAATCGTGCTCGCGGGCAATTTGGCACTCGGCATCTATACAGGAGCGCTGGCGCATATCGCTGCCAAAACAGGCCTCTCCACGCATTTGCTGGCAAAATATGCGTTCGGTGAGAAAGGGTCGTACCTGCCATCGTTCCTTCTTGGCTTCACGCAGGTCGGATGGTTCGGCGTCGGAGTAGCCATGTTCGCGATACCCGTCGCCAAAGCGATGGGTTGGAACGTTTACCTGTTGATCTTCTTGTTTGGTCTCGCCATGACGGCATCAGCCATCTACGGCATGAAGTCGCTTGTCATTCTGAGTTATATTGCGGTTCCGGCCATTGCCATTCTCGGCAGTTATTCCATGTTCGAAGGCGCAGGCTCGCTTGGCGGCCTTCAAGGCTTACTCGATTACACGCCGGAACAGAGCCTCACAGCGGCAGCAGCACTGACCATTTGTATCGGCTCATTCATTAGCGGCGGGACCTTGACGCCGGATTTTGCACGGTTCTCCCAGTCGTCCCGGCAGGCGGTGACCGCGACGGTCCTTGCCTTCTTTCTTGGAAACTCGCTCATGTTCCTGTTCGGCGCAGTCGGCGCAATGGCGTACAACCTGGCAGATATCTCGGAGGTCATGTTCCTGCAAGGGTTGATGATTCCCGCGATCATCGTACTCGGGCTGAACATTTGGACGACCAACGATAATGCGCTTTATGCTTCAGGACTGGGCTTTGCCAACATTACTAAAATTTCAAAGAAATTCTTCGTCATCGTAAACGGCATCGTGGGTACCGTATTGGCCATGTGGATGTACAACAATTTCGTTGGTTTCCTGAATGTGCTGGGTGCGGCGATCCCGTCCATCGGAGCCATCATCATCGCGGACTACTTCTTTGTGAAGCGCAGAAACTATAAACCGTTTGCCGACATGACTTTCAAGAAGGTAAACTGGATAGCGATGGCGGCTTGGGCTATCGGCGTTGCTTTTGCCCAGCTGGCTCCGGGAATAACGCCATTGAACGCACTGATCGGTACGGCAGTGGCCTACATCGTGTTAATGCTGATCGTTCCTGCCAAAGAATCCAATGAAATGGGGAAATCAAATGATTATACAGAACGCAAAATTGCGGGGTAA	MSKQDQEFSWQAVPNTQRNHFWKTLSVMLGFTFFSASMLAGGTLGVGLTFMEFIGIVLAGNLALGIYTGALAHIAAKTGLSTHLLAKYAFGEKGSYLPSFLLGFTQVGWFGVGVAMFAIPVAKAMGWNVYLLIFLFGLAMTASAIYGMKSLVILSYIAVPAIAILGSYSMFEGAGSLGGLQGLLDYTPEQSLTAAAALTICIGSFISGGTLTPDFARFSQSSRQAVTATVLAFFLGNSLMFLFGAVGAMAYNLADISEVMFLQGLMIPAIIVLGLNIWTTNDNALYASGLGFANITKISKKFFVIVNGIVGTVLAMWMYNNFVGFLNVLGAAIPSIGAIIIADYFFVKRRNYKPFADMTFKKVNWIAMAAWAIGVAFAQLAPGITPLNALIGTAVAYIVLMLIVPAKESNEMGKSNDYTERKIAG				NA	NA	NA	NA	NA
JZ016_00912	1008			hypothetical protein	GTGAGGCAGCTTCCATTAACGGATGAGTGGTTTCACGGTGCCGTGTCGCTCGAGCACCGGGAGGATGGTATCAAGCCATGGCGGATTCCTTACATGGATTACGAGCTGTACCCGCCTGCGGGAATCGATGGCAAAGCCGAGATATGTGCCGGTGTTCGCCTGCGGCTGCGGACGGACTCCACCGAGGTGGCAGTTTCTTTTGCACCGCTTTCGGACGCCGCCGCCATGGATTGCATGGCAGACGGGGAATTATGCCAGACGCTCAGCCTGCCCGTTGGAGCCACAGAAGCCTTGTTCAGCGGACTTAAGGACGGAATCAAGGATTTGGAGATTTGGCTCCCTCAAAATATAGGAATAACCGTCTCCGGCCTACGGATTGATGCCCATGCCGTCGGAGTCACACTGCAGGATACCCGTCCCCGCTGGATTACGTACGGGAGCTCCATTACGCAGTGCGTCGGGGCTTCCAGCCCCTCCCGCGCTTGGCCTGCCATTGCCGCCGAAGCCTGCGGCTTCAGCTTGACCAATCTCGGCTTCTCCGGCAACTGTCACATGGAACCTATGATCGGGCGTCTGATTCGCGACTTGCCTGCCGATTTTATCTCGATATGTGTTGGCGTGAACATCTATGGCGGGGGCACCATAAGCCCTCGCATGTTCAAGCCGCTGCTGATTGGCCTGCTGGCGACGATACGCGACAAACACAGGGATACCCCGCTGCTTGTCATTTCTCCGATTTATGGCACCGTCCGCGAAACGCAGCTCAATTCGCAGGGCTTCACCCTGCCCCTCATGCGGGAATTGATCCGTGAGACCGTGGAGCTGCTAAGGGATCGGGGCGATCGCCAGTTATACTATCAGGATGGCTTGAACTGGTTCGGTCCGGAGGATGAAGCCTTTCTGACGGATGGTCTGCATCCTGGAGCCGAGGGGTATGAGCTGCTAGGGCAGCGTTTCCGCAATCTTCATGAATTTGCGTTACGGGCTGTACATCGAAACGCGGAGTGA	MRQLPLTDEWFHGAVSLEHREDGIKPWRIPYMDYELYPPAGIDGKAEICAGVRLRLRTDSTEVAVSFAPLSDAAAMDCMADGELCQTLSLPVGATEALFSGLKDGIKDLEIWLPQNIGITVSGLRIDAHAVGVTLQDTRPRWITYGSSITQCVGASSPSRAWPAIAAEACGFSLTNLGFSGNCHMEPMIGRLIRDLPADFISICVGVNIYGGGTISPRMFKPLLIGLLATIRDKHRDTPLLVISPIYGTVRETQLNSQGFTLPLMRELIRETVELLRDRGDRQLYYQDGLNWFGPEDEAFLTDGLHPGAEGYELLGQRFRNLHEFALRAVHRNAE				NA	NA	NA	NA	NA
JZ016_00913	1377			hypothetical protein	ATGAAAGGACATATTACGTTGCCATCTGCCAGTATTCCAGTTGCCCGCGAGGTGGATGTGCTTGTCATCGGCGGAGGCGCTTCCGGCATCGCCGCGGCCATTGCCGCTGCGAAAGGTGGAGCGCAAACGATGCTGGTGGAGCAGCGAGGGTTCCTCGGCGGTATGGGTACGGTTGCGCTCGTTCCGGCTTTCTGTCCCTTTACGGATAAGCGGAAGCCGATTATCCGCGGTCTCGGCCTTCAATTGATGGAACGGATGAAGCAGGCATGCGATCCTCAGTACCGTGAGGAATATCAAGAAATGCTGGATTGGGTGCCGATCGATCCCGAAGTGCTGAAACGGGTTTATGACGATGCCATTCTGGAAAGCGGTGTGACGCCGCTGTATCACACCTTTGTTTATGATGTTGTCCGGTCAGAGGATCACCGGAAGGTTGATGGTGTCGTTATTGTTAACAAAACAGGACGTTCTTTCATCCCCTGCAGGTATATTATCGATTGCTCGGGAGATGGCGATATTGCCGCACTGGCGGGAGTTCCTTTTCAGAAGGGCGGGGAAGCGGGCGAACTTCAGCCCGGCAGCATGTGCTATCTGCTTGCGAATGTGGACCGTCCAACGTTCAGACGTTACCTGGAGGAGAGCGGGGATACGGGCCAACTGCACAAGACGGTGGAGCTGGCGATCGAGGACGGTGCGCTGCCGGAGGGCCGTAAGTCGATCTCCGGCCTTGCCTGGGTCAGCGACGATTTGGTAGGCGTCAACTTCGGCCATGTATTCGGCGTGGACGGCACCCTTGCCGAGGATTTGACGCGGGGGGCGATTGAAGGACGCCGCACAGCGGAACGCCAGTTGCAGTTTTTCCGCCGCTATGTGCCCGGCTTTGAGCGCGCCCATATGGTAGCGAGCGGTGAGCAGCTCGGCATCCGGGAGACGCGGCGGATTGAAGGAGACTATATCCTGACGGTCGATGACTTCCTTGCTGCGCGTTCCTTCCCGGATGATATTGCCCGCAACGCATACTACATCGATATTCATCTCGCCAACAGCAAAAGCGAGATGACCTTTAACCATCTGCCGCCCGGGGTTTCACACGGCGTACCGTACCGGATCATGCTGCCGGTTGGCATCGACAATCTTTGGGTTGCCGGACGCTGCGTATCCTCGGACCGAGCAGTGCAAGGCTCCCTTCGGGTGATGCCGAACTGCTTCTCCATGGGCCAGGCCTCGGGAACGGCAGCGGCATTGGCGCTGCGGGACGGCACCGGTTCTCGCGGCATTTCCGTAACCGAGCTTCAGCAGCGGCTGCTGGAGCAGGATGTATGGCTGGGAGAAGATTTCATTCCGGCTGAGAAGCAGAAGCAAAGGGGTGCACCGTGA	MKGHITLPSASIPVAREVDVLVIGGGASGIAAAIAAAKGGAQTMLVEQRGFLGGMGTVALVPAFCPFTDKRKPIIRGLGLQLMERMKQACDPQYREEYQEMLDWVPIDPEVLKRVYDDAILESGVTPLYHTFVYDVVRSEDHRKVDGVVIVNKTGRSFIPCRYIIDCSGDGDIAALAGVPFQKGGEAGELQPGSMCYLLANVDRPTFRRYLEESGDTGQLHKTVELAIEDGALPEGRKSISGLAWVSDDLVGVNFGHVFGVDGTLAEDLTRGAIEGRRTAERQLQFFRRYVPGFERAHMVASGEQLGIRETRRIEGDYILTVDDFLAARSFPDDIARNAYYIDIHLANSKSEMTFNHLPPGVSHGVPYRIMLPVGIDNLWVAGRCVSSDRAVQGSLRVMPNCFSMGQASGTAAALALRDGTGSRGISVTELQQRLLEQDVWLGEDFIPAEKQKQRGAP				NA	NA	NA	NA	NA
JZ016_00914	1014		COG2152	1,4-beta-mannosyl-N-acetylglucosamine phosphorylase	ATGAGCGATATTATAGTGGGACCTTTGTTTTCCAACCCGATCATGACCCGGCATTCCGCGAATCCGATTCTGACTCCGGGTGATGTGCCCTACGGTCCGGCGATGGTCTTTAATGCCGGAGTCACCAAATTTAAAGGCAAATATGTGATGGTTTTTCGCAATGACTACGGTGATGAACTTAAAGGGATTGTTGCCCCTCATCATACAACGAATCTTGGGCTGGCCTTCAGCGATGACGGCATAAAGTGGGATGTGCAGCCGGAACCGTGCTGGTTCTGGCATGATGAAGAGGTCATCCGCGTGTATGACCCGCGTCTAACGGTAATCGGCGAACAATGTTATATGTGCTTTGCGGTCGACACCAAGCACGGGCTCCGCGGCGGCATCGCCGTCACCGAAGATTTCAGATCCTTCGAGGTGCTAAGCCTATCGCTGCCGGATAACCGCAACATGGTATTGTTCCCGGAGCGGATCGGGGGCAAGTACGTCCGGCTGGAGCGTCCGATGCCTGTATACAGCCGGGGCGGGATAGACCGCTTCGACATGTGGATGAGCGACTCGCCTGACCTGAAATACTGGGGAAACTCCAAGCTGCTGCTGGCGGTTGAAGATGTAGCTTATGCCAATGACAAGGTAGGCCCAGGCGCTCCCCCCGTCAAAACGGACAAAGGCTGGCTGACCCTGTTCCATGCCGTGGACATCGATCCCAGCAGAGGCAAGAACGGCTGGGAGGACAGCTGGAAGAAGCGTTATACGTCCGGGATTTTACTGCTGGATCTTGCCGATCCCAGCCGGATCATCGGCAGAGCCGAGACGCCGCTGCTTGCTCCGGAAGCCGATTATGAGACCGATGGGGGCTTCCGCAATCATGTTATTTTTCCTGGGGGCATGATTTTGGAAGATACCGGGGAGGTCAAAATCTACTACGGCGCTGCCGATACCGTAGAATGCCTGGCAACAGCGCATGTAGATGAATTGCTGCATCTTTGTCTGAAAGGCACAGTCCATACGTAA	MSDIIVGPLFSNPIMTRHSANPILTPGDVPYGPAMVFNAGVTKFKGKYVMVFRNDYGDELKGIVAPHHTTNLGLAFSDDGIKWDVQPEPCWFWHDEEVIRVYDPRLTVIGEQCYMCFAVDTKHGLRGGIAVTEDFRSFEVLSLSLPDNRNMVLFPERIGGKYVRLERPMPVYSRGGIDRFDMWMSDSPDLKYWGNSKLLLAVEDVAYANDKVGPGAPPVKTDKGWLTLFHAVDIDPSRGKNGWEDSWKKRYTSGILLLDLADPSRIIGRAETPLLAPEADYETDGGFRNHVIFPGGMILEDTGEVKIYYGAADTVECLATAHVDELLHLCLKGTVHT	PGPT0018740_80	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_FRUCTAN|MANNAN_BREAKDOWN,PGPT0018740-mp2-K18785	NA	NA
JZ016_00915	903			hypothetical protein	ATGAACGAACAGGTATTACCCGAACAGCCGGATGCGCGCGGCAAAATCACCGCCTGCCCGCCTTCCGGTCACACAGGCAGAATTGTGGGCCGTACGGTGATGTGGCTGTTCTTATTGATTACGGCGATACTGACATTATTTCCGCTGTTGATGACATTGTCCGGTTCGCTCAAGACCGGCGCCGAAATGATGACCGGCGGCAGCCTGCTGCCGGCCAAGCTGCAGTTCGTCAATTACGCCGAAGCCTGGAAGCAGGCTAATTTTGCCCGCTATACCTGGAACAGCGCTTTTGTCAGCATTATGGTTACCGCTGGCACCCTGCTGGTAGCTGCCATGGCGGCTTATGTGGTGGACCGTCGCCAATTTCGAGGCAAATCCCTGTATGTGACGACGCAGGCGTCGATGATGTTTATATCTGTCGGTGCTATCGTGCTGCGCCCGCAATTTGATTTGATGGTCGCGCTGAACCTGAATACCACGCTGTGGGGCGTGATCCTGATTCTGATCAGCGCCCATTCCAGCACATTTTTTATGCTGCTGGGTTTCTTCAAAGCGATTCCCCGAGAGCTTGACGAAGCGGCCATGGTGGACGGCTCCGGCTTTGTCCGAACCTTCTTCCGGATTATTCTCCCGCTCCTGACTCCAGGGCTTGGCGTGGCCGGGCTGTTTGCTTTCCGCCATGTCTGGAACGAATACATTCTGCCGCTGGTGTTCACGATGACGAATCCGCAGCTGCAGACGCTCACCGTCGGGCTGGCGAATCTCCGTTACGGTTCTTCCGCGGCCATGCAGATCCATTTGATGATGGCGGGAGCATGCCTGTCGATTTTGCCGATGCTTCTCGCTTATATTGTGGCGAACAAATCCTTTATTCAAGTGACGGCGGGTTCAGTCAAAGGTTAA	MNEQVLPEQPDARGKITACPPSGHTGRIVGRTVMWLFLLITAILTLFPLLMTLSGSLKTGAEMMTGGSLLPAKLQFVNYAEAWKQANFARYTWNSAFVSIMVTAGTLLVAAMAAYVVDRRQFRGKSLYVTTQASMMFISVGAIVLRPQFDLMVALNLNTTLWGVILILISAHSSTFFMLLGFFKAIPRELDEAAMVDGSGFVRTFFRIILPLLTPGLGVAGLFAFRHVWNEYILPLVFTMTNPQLQTLTVGLANLRYGSSAAMQIHLMMAGACLSILPMLLAYIVANKSFIQVTAGSVKG	PGPT0016540_2149	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_00916	963	lacF_3		Lactose transport system permease protein LacF	ATGGGGCTGCCGCACGCTTTTTTGGTGGATGCCCCTTTTCTTTCCCCGAAGGAGGAAGCAATCGTGAGTATTAAATGGAAACGGCTGGAGGAGAATGCTCTGTTTCTGTCCCCGAGCATCATTTTGACGGTGGCTCTGGGCATCTATCCCTTGTTATGGATGCTGCGTTATATGTTTTATGACTATGCGGGATATGGAGATGCGCTGTTCGTTGGTCTGGACAATTTCCGTCGCCTGATGCGCGATGCACTGTTCTGGGAATCGGTTGGCAATACCTTTATCTATGCCGGAGGCAAGCTGCTGCTGACGCTGCCGTTGTCCCTCCTGCTGGCAGTCATCCTGAACGGCAAGCTGCGGGGCGGAAAACTGCTGCGCGGGATCTATTTTATGCCGACGATCATCAGCACTGCGGTTATATCCGTAGTGTTCTATACGATCTTTAATTCCTATAACGGGATGGTAAACACTGTACTGATGAAGCTTCATCTTGTCTCGCAGCCCATCGACTGGCTCGGCCCAAAGCATGCGATGCTTACGGTCATTCTTGTGGCGGTATGGGGCGCGGTTGGTAACTATATGCTGCTGTTTCTGGCTGGATTGCAGAGCATTCCGCAGGATTTGTACGAAAGTGCGGCCATGGACGGCGCGAATGCCGGAAGACGGTTCTGGAGCATCACGCTTCCGATGCTGGCTCCGGTTGCCCAATTGGTCATTATGCTCGCGATTATCGCATCCTTGAAAGGCTATGAGAGCATTATGCTCATCACGGAAGGCGGACCGATAGGCAAAACCGAGGTCATGTATCTCTATCTATACAAACTGTTGTTCCCGGTATCCACGGGTTCTCCAGTGGAGCAGCAGCTTGGATACGGCAGCGCGGTAGGCTTCGCAACCGCTGTTATTGTGGGTGCGATTACGGGCCTGTATTTCTTATTAAGCCGTAAAATGAACAAGCTTTATTAG	MGLPHAFLVDAPFLSPKEEAIVSIKWKRLEENALFLSPSIILTVALGIYPLLWMLRYMFYDYAGYGDALFVGLDNFRRLMRDALFWESVGNTFIYAGGKLLLTLPLSLLLAVILNGKLRGGKLLRGIYFMPTIISTAVISVVFYTIFNSYNGMVNTVLMKLHLVSQPIDWLGPKHAMLTVILVAVWGAVGNYMLLFLAGLQSIPQDLYESAAMDGANAGRRFWSITLPMLAPVAQLVIMLAIIASLKGYESIMLITEGGPIGKTEVMYLYLYKLLFPVSTGSPVEQQLGYGSAVGFATAVIVGAITGLYFLLSRKMNKLY	PGPT0016335_1282	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_00917	354			hypothetical protein	ATGCAGTATATGTACGGCGATGAGGTTCTGAAGACCTATCATGAAAAAGGCTTCGGTATTGCCATTGTGCCCAGCATTGTAGAACAGGCAAAAGATCCGGACATCAATGGCATGGAAGGCTTCCTGGTCGGGGAACACGACTCGCTCTGGCCTGCTTCGCCAAACGTTACTCCGGAGGGATCCACCTATGCGGATGCATTCTTCAAATATATGCTTAGCGATGAAGACCTGAAAGCGATTACGGAGGATTTAAACACAAGATACAACGCCGCATTGTCCAAAGCGGTGGAGAAAGGCGAGGTCAAAGTAACACCGAACCCTGCCTTTAATCCAACCAAACCGCAGGGAGAATAA	MQYMYGDEVLKTYHEKGFGIAIVPSIVEQAKDPDINGMEGFLVGEHDSLWPASPNVTPEGSTYADAFFKYMLSDEDLKAITEDLNTRYNAALSKAVEKGEVKVTPNPAFNPTKPQGE	PGPT0016545_1286	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_00918	1083			hypothetical protein	ATGCGAAAAAAATGGTTAAGTCTCGGCTTGAGCCTCATTCTGGCCGCCGGAATCGCAGGCTGCGGCGGGAGCGACAACAACAATGGCAATGGCGGTACGACGAATGGCAAGTCTGACGGAGGAACGGCAGCACCATCAACCGAGACGGGCCAACCCGTACAGCTTAAATACTGGACTGACGACCGTCATGACCAGGAGTATATCAAGGAATTAATCAACAAGTTCAATGAAACTAACGGCGATAACATCCAGGTGGAATTGACGGTCATGTCCGAGAATTACGCGCAAAGCGTCGACATTGCATTTTCCAGCAACCAGGCGCCGGATGTGCTGCGTCTAAAGAGCGCCAATACATCCGGATTTGTCAAAAAAGGGTATCTCGCGCCGATTGACGAGTATTTTACCGATGACTTGAAAGCGAAGTTCGGCAGCCTGCTGATCGACGATGTCAACCGTTTTGATGGCAAGGTGTACTCGCTCGCCAATACCGGCCTCACCATGCGCCTGGTCTACAACAAGGATCTCTTTGCCAAAGCGGGCATCGAGAATCCTCCGAAGTCGCTGCAGGAAATGGTGGAGGATGCCAAGAAAATTACAGAAGTCAGCAAGGCCGAGGGCATCTATGGTTTTGCGCTGAACTTCAAAAATCCGAAGCAAGCATTTGACCGTTCCGTCCGGGAGATTCTTTCTTTGAGCGGTCATCAGGGACTAGGCTTTGATCTGAAAACAGGCCAATTCGATTTTGAACCTTACTCGCAGGTCATTGAATATTTCAAGCAAATGCATAAAGACGGAAGCATTCTACCTGGCGCGGAAGCGCTGGACATCGACCCGCTGCGCGCACAATTCGCCGCAGGCAAAATCGGGATGTATCTATCCTTCTCGACGGAGCCAGGCGTGTACATGGACCAATTCCCGACCGAAATCAACTGGGGGGCGCGTTGGCTCCAACGCTGGATGGTCAGATTAAGGGAACTTCCGAAATTGTGTCAGCCGGAACGTGGCTCGGCATCAGCGCCCAATCGGCCAATAAGGAAGCGGCTTGGAAGTTCATGCAGTATATGTACGGCGATGAGGTTCTGA	MRKKWLSLGLSLILAAGIAGCGGSDNNNGNGGTTNGKSDGGTAAPSTETGQPVQLKYWTDDRHDQEYIKELINKFNETNGDNIQVELTVMSENYAQSVDIAFSSNQAPDVLRLKSANTSGFVKKGYLAPIDEYFTDDLKAKFGSLLIDDVNRFDGKVYSLANTGLTMRLVYNKDLFAKAGIENPPKSLQEMVEDAKKITEVSKAEGIYGFALNFKNPKQAFDRSVREILSLSGHQGLGFDLKTGQFDFEPYSQVIEYFKQMHKDGSILPGAEALDIDPLRAQFAAGKIGMYLSFSTEPGVYMDQFPTEINWGARWLQRWMVRLRELPKLCQPERGSASAPNRPIRKRLGSSCSICTAMRF	PGPT0016545_1286	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_00919	1626	cheB_5		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAGCAATCCTGAAGCGATCAGTCTTTGCATTATCGACGACATTAAAAGCGTGGTTGACGGGCTGACCGCGATGAATTGGGAAGAGCAGGGGATTCGGGTTGCAGGTGTATCGAGCAATGGGGAAGAGGGGCTTAAGCTGATCAACGGGTTGCGTCCGGATCTGGTTATTACCGATATCCGGATGCCGATCATGGACGGGTTGAGCATGCTGCGTTTGTTGCTGGAAGAGAACCCCAACTGCAAGGTCATTCTGATTAGTGGCTACGCCGACTTTGAATATGCGCAGCAGGCGGTGCAGCTGGGGGCGTTTGATTTTGTGGTGAAGCCCTTCACCGAAGAAGATATGATGTCGGCTGTTCTGCGAGCCAAAGCAGAGGTTATGGAAGAGAGGTCCAAACGGATAAGTTTGAGGGAAATGGAGAACAAGCTTCGCGAGAGCATGCCGGCGCTGCGGCAGGAATACTTTACGCTGCTCGTAAGCCACCGCACTTCATGGGAAGAGGCATCGGAACGATGGGAGTTTCTGAATATTGAGCTTGATCCGCACGGCTTCGTGGTGATGCTGATTGAAATTGATCGTTTTCGGGAGCAGGTTGCCGAGCAGTCCGTGAAAGAGATGGAGCTGATCCGGTTCTCGCTGTTGAATATTATGCAGGAGACGCTTGCCCATTATGCGCACAGCGTTCTTTTCCGTGCCCGTCATGATCAGTACCTGGCCGTACTGAACGTTTCAGGACCGTCCAGTCCGATCGAAATTGCCGAGCAGTGCTGCCGGAATATTGAACGATTCACCAAGTTTACGGTCTCGATCGGGGTCGGCGGCAGAGTGGAGGAGATCAGCGGGCTCCCGGATTCCTATCGCCAGGCTCATCAAGCGCTCTCCCATCACCTGTTCACCGAAGGCAATGCTGCCATTATGCATGACGATATCCATCAGAGCGGAAGACAGGAGCCGCTGGCATTGGAGTACAAGGACGAGCTCCTGCTGGCTCTTCGTTCCGGCAATGCTGTCCGGACGGACGCGATTCTGTCCGAGATTTCGGAAGCGCTGCAGAAACGGATCTCCCGGCAAAATCCGGATTATCTCCTCAGCCTGTACGATGAGCTGGCCGCTTCAGCAATCCGCACGCTTTACGAAATGGTTCCATATTCGGAGATACAGCCGATGATTCAGAAATTCAGAACGGTACAAGGGACGGCGGGGCTGCCGCTGGCCTCTTTGCAGCGTCATCTGCATGCCTTGTGCACGGAGGGAGCCGAGCTGGTTCGCCGGAACAGCTTATCCGAAGGACAGAAGGTTATCTATAATGCCATAGGCTATATCAAGGGCCGCTTGTCCGAGGATATTACCGTTGGCGAATGTGCCGCGTATGTGCATCTCAGTGCCAGCTACTTTTCCAGCTTATTCAAGCAAGTGACAGGGATGACGGTCACGCAGTTTATCACCTCGGAACGCATTCAAAAAGCGAGACTGCTGCTGGTGGAGGGAGCGCAGGTGCAGGAGGTGGCTGCGGCGGTAGGGTATGAGGAGCGCAGATATTTCAGCGAGATGTTTAAGAAGATCACCGGCCAGACACCGTCGGATTTCAGGGCGGGCTATCACATGGACCGGTCGGAGGCATGA	MSNPEAISLCIIDDIKSVVDGLTAMNWEEQGIRVAGVSSNGEEGLKLINGLRPDLVITDIRMPIMDGLSMLRLLLEENPNCKVILISGYADFEYAQQAVQLGAFDFVVKPFTEEDMMSAVLRAKAEVMEERSKRISLREMENKLRESMPALRQEYFTLLVSHRTSWEEASERWEFLNIELDPHGFVVMLIEIDRFREQVAEQSVKEMELIRFSLLNIMQETLAHYAHSVLFRARHDQYLAVLNVSGPSSPIEIAEQCCRNIERFTKFTVSIGVGGRVEEISGLPDSYRQAHQALSHHLFTEGNAAIMHDDIHQSGRQEPLALEYKDELLLALRSGNAVRTDAILSEISEALQKRISRQNPDYLLSLYDELAASAIRTLYEMVPYSEIQPMIQKFRTVQGTAGLPLASLQRHLHALCTEGAELVRRNSLSEGQKVIYNAIGYIKGRLSEDITVGECAAYVHLSASYFSSLFKQVTGMTVTQFITSERIQKARLLLVEGAQVQEVAAAVGYEERRYFSEMFKKITGQTPSDFRAGYHMDRSEA				NA	NA	NA	NA	NA
JZ016_00920	1755			hypothetical protein	TTGGAGTATCTCCGCAGGCAATCGTTCCGCAACAAACTCAAGATCGCTTTTCTGGCTGTCATCGTGCTTTCTGTCCTGATGACCGGAGGATTGTCTTATTATATCTCGGCTGCCACACTGGAAAAGAATGCGCTGAAGCTCACGCAGGACACGGTGGTCAGGTCCGCACAGATCGTGGATGAGAAGCTGAATAAACTGATGCTGATTATGATGACGTTTATGATCAGCCAGCCTTTCTACGACATGCTGAGAGATGCCGCCTCCGGGGATGCCAGCAGATATTATACGCATCTGAATGATCTTGATAACGTTTTCTCGCAGGCGCGGATCGCCGAGCCGCTTATCCAATCGATCTACGTATTTACGCCGATTGGCGAATTTTATCCTTCTTCTATGAACCGCAATCGGCTCACCGCATTCGAGGATACCGTTCTATATGAGCGCATCGAACAGGAGAAAAAGAACCTGTGGGTGGAAGGTCACGAGGATATGCTCTTCTCCGGGAAGGAACGCGTCATTTCGCTCATTCTGGAGCCGATCTTTGACACACCGGTCAGCGGTGTTTATATTGTCGTGAATATCCGGGAGGACGGCTTCCGCAAGCTCGTGCAGGGAAACACCGCGGAAGGAGCGTCCAGCTTCTTGCTTAACGATGATGGAGAGACGGTTTACCCCGTGAAGGAACAGCTGATCAGGCAGGCGGTGGAGACGGGAGATTTGAATGGCATGATGAACCGCTCGGAGGGAAGTCAGGCTTTTGATCTGGACGGCCAAACCTATCTGCTTAATTATGCCCGTCTCGGCATAGCGGATTGGACGATGACCACCATCCGTTCCCGGGCTGACGTGCTCCAGGACATGGTATTCGTCAAATGGCTGATCGCCGGGGTTACGCTGGCTGCTTTTACCGTGACCACGTTGATTTCGGGCGCATTTTCACGCTATTTGCTAAAGCCGCTGCAAGGGCTTCTGAAGGTGATGAAGCGGGTCGAGAACAACGATCTGACCGCCCGTTTTGAGAGTGGCAGCGGAGATGAACTGGCTCAAGTGGGATTTCGGTTTAACCGGATGCTGGAACAGATTGTGGTGTTGATTGATGAGGTAACGGAAGCGCAGACGCATAAGCGAACGGCAGAGATCAAGGCGCTGTCAGCGCAGATGGACCCGCATTTTCTGTACAACACGCTCAACACCATCTACTGGAAATTGAAATTGAAGCAGATCGAACCGTCGCAGCAAATGGTCATGTCGCTCTCCCGCCTGTTCCAACTCGGGCTGAACAATGGACAGGAAATCACGATAATGTCGAAAGAGCTGGAACATGTGCGCCAGTATTTGGAACTGCAGTTAAGCTGCTATGAAGACTTATTCACTTATGAGATCCATGTACGCGAACCGGAGGTGTCATCGCTTTCGATTCCGCGAATCATTTTGCAGCCGCTGGTGGAGAACAGCATTTTGCACGGTTTTCGCGACCTGAAGAACGGCGGCCTAATCGAAATTGAAATTAGCGGGGATGAGAAATGCTGGACGATTACCGTACGTGATAACGGCAGGGGCATGGATGAGACCCAAGTGCGCGCACTCTTTTTGCTGGAGTCGAAGAAGGGATATGCGGTGTCCAATTTGATTCGGCGGCTCAGGCTCTATTATGGGGACGGTGCGGAGTTTCACGTAGACAGTGCCCCGGAACGCGGAACCGAAATACGGATTTCATTGCCCAAGAAAGGGGAGCATTTGGATGAGCAATCCTGA	MEYLRRQSFRNKLKIAFLAVIVLSVLMTGGLSYYISAATLEKNALKLTQDTVVRSAQIVDEKLNKLMLIMMTFMISQPFYDMLRDAASGDASRYYTHLNDLDNVFSQARIAEPLIQSIYVFTPIGEFYPSSMNRNRLTAFEDTVLYERIEQEKKNLWVEGHEDMLFSGKERVISLILEPIFDTPVSGVYIVVNIREDGFRKLVQGNTAEGASSFLLNDDGETVYPVKEQLIRQAVETGDLNGMMNRSEGSQAFDLDGQTYLLNYARLGIADWTMTTIRSRADVLQDMVFVKWLIAGVTLAAFTVTTLISGAFSRYLLKPLQGLLKVMKRVENNDLTARFESGSGDELAQVGFRFNRMLEQIVVLIDEVTEAQTHKRTAEIKALSAQMDPHFLYNTLNTIYWKLKLKQIEPSQQMVMSLSRLFQLGLNNGQEITIMSKELEHVRQYLELQLSCYEDLFTYEIHVREPEVSSLSIPRIILQPLVENSILHGFRDLKNGGLIEIEISGDEKCWTITVRDNGRGMDETQVRALFLLESKKGYAVSNLIRRLRLYYGDGAEFHVDSAPERGTEIRISLPKKGEHLDEQS				NA	NA	NA	NA	NA
JZ016_00921	3045			hypothetical protein	ATGCTTACCATTACAAGAAAAGCAGTTAGTCTGTTGGTGGTGCTTGCCGTAATGATCACAGGATTCTCACCCCGAACTGCGGGTGCCGCAGAAATCGATAGCTATTCCATTTCTTCAATGGATATGATGGATGCCGCTGATCCGGCCACGATACAAAATTACCCGATGCCATCCATCTATACAGCATCCAGCGTGTTTTCATTGAAAGCGAATAACGAAGCGATTCCTGTAATCAGTTATCTGGCTGATTATGATTATGCTCAATTTTCTTTTTCCGGGACGGTCCGTATCGAAGTTACCAACAATGTGCCGATTACATCATTCTCCATCAGTCCTCAGGCCAAAAACATCGAAGGCACGGTCAACGGGAACAAGCTAACCTTCTTGCTTTCATCCTCAACCTATGTGATCGTGAAAATCAATGACCAGAGGAAAAAGATGGTCATCGCGGCAGATCCCTTGGAGACGGATATTCCCCCGTCCACAGGTGCCGGGATTTATAATGTGACGCAGTCGCCATACCATGCGGATAACACGGGCACATCGCTGGCATCGGGTCCGATTCAGCAGGCGATCGATGACGCCCATGAAGCCGGCGGCGGCGTTGTATTCATTCCGGCAGGTGTTTATAAGAGCGGGAACTTGACATTAAAAAGCAACGTAACCTTTTACCTGGCCGGCGGCGCCGTCATTGTCGGCACGGGCAAGGGGGAAGACTACGTGATTGATTTTCGCAAGGATTCACGAAACGCGGATGGAACGTATTTTATTCGTACTGCCGTAGATTCCACCAATATTACAATACGGGGACGGGGAACCATTGATGGAAAAGGCATTGCGATGCGAGAGCGAAAGATGCCGGCGCCGAATAAGAATGAAGGGTTCCTCAATAACCTGCTCGTTCCGATCGCAACATCCAATTTTACTTTTGACGGTTTAATATTGCGGGATGGCGGTTTCTGGTCGTTTATGGTGGTTCGTTCCGACAATGTGACCATAAACAACCTTAAGGGATTCCAGGATTTATACAAAATCGAGAATGACGTTATCGATATTAATGAAAGTCAGAACGTGCTTGTTCAGCATTCGATTGCCATCTCGGATGATGACACGTATTCCACTAAAACCTGGCTGCAAACGGGGATGTCCAAAGACTGGCCGGGCGAGCTTGAACATTTGGAGAACGTGGTCTTTGATGACGCTTTTGCATGGACAAGATGCGCGGCTTTCAAGATTGGCATGGGTGTAGCCCAGCCGCAAATCGGCGTAACCATCCGAAATTCGTATGTGTATCAAAGCGCCAGAGCACTGCTTATTGATCATGGATACCAACTGAATACGCTCCCGGAGGAAGGTTACGCCCAAAATATTACGTTTGAGAATATCGATATCGAACGCGTCGGTATCAATCAATTCGGGAACTATTGGCTTGGAGTGTCCACCAGCACTTCCGGCGATGTAAGCAATGTTGTAGTCAAGAACATCAATGTTCGCGAGACCGGCACCCAGAAATCCAGAATTTCCGGGAATGCCACGAAAGGCGGAAGGGTTAACGGCGTCACGTTCACGGATGTTTATGTCGGAGGCAAGCTTGCAACAACCCTGGACGACTTGAATGTTACCGTCAATAACAATGTAAATGGTATCGTTTTTTCCAATTCAAAACCTCCGCTATTCAGCGACAATTTCGAAGACGGTAACACGGCGGGCTGGACGTCGATGTCCGGTGGCTGGACCGTCCCGACAGTCGGCACGAATCACGTGCTGTCCAGCGGGAACCAGACAACCACCTCCCTGATTACCGCTAACAGCGGGGGTTCATGGACGGATTACGTTTATGAAGCCAGATTGAGAATGCCCATCACCAATGCCAACGCGGGCTTGGCCTTCAGGGTGCAGAATGCAAACAATTATTATATGTATCGCATTCATTCATCGAATCAACAGCTGGAGTTGTACAAATCCGTGAATGGACAATTGACACTTGTAAACAGTACACCCTTCACGGCCATTGAGAAACAGTGGTATAAGGTTAAGGCGGTTATACAAGGGAACACGATTTCCTGTTACGTGGATGGAGAATTAAAGATGGAATGGACCAATCCTGTAACCGAATTGACGGCTGGGGGGATCGGATTCCGGACCACTTCAGCGGGCGTCCACTTTGACGATGCCGTGGTTAGTCTCCTCAATAAAGCGCCTGAGGAGATTGCCCTTTCACACAACAGTGTTGTTGAAAACACGACGGCGGGAGGTGTGGTCGGAACCTTTTCCACCAGCGACCCTGATGCGGAGGAAACATTTGCTTACATGCTGATAGCAGGGGCAGGGGATATGGACAACAACAGCTTCAGCATTTCGGACAATAAGTTGTATCTAGCCGTAACGCCTGATTACGAAGCTAAGGATAACTACAGCATCCGGGTAAGGAGTACAGACTCAGGCGGGCTGTATGTTGAGAAGACCTTTACGATCCAAGTCACGGACGTGAATGAATCACCCGTGAATCCGGATCCTACGGTCATCCGATTCAGCGACGATTTCGAAGATGGAAATGCCGGAGGATGGACGTCTGCTTCAGGTTCCTGGGATGTAACAACGGACGGCACAAAAACCTTGATTCAGAATCAAGCTGCCACTGCAGTCATTGCTGCCGGCGATTCCTGGACGGATTATACGTACGAAGCCAAAGCGAAAATGCCCATCACCAATGCCAACGCAGGCATTCTCTTCAGGGTACAGGATGCGGGTAATTTCTATATGCTCCGAATCCATTCCGCAGTCCAAAAGCTGGAGTTGTACAAATCCGTGGACAACGTCATGACTCTTGTATCCAGTACTCCGTTTACAACTCAGGCGAACCAGTGGTATACGATGAAGGCTTCCATTGAAAGGAACACAATAAAAGGTTATGTGGATGGAGAATTAAAAGTGGAATGGACCAATCCCGAGACGGAATTGACAGCAGGAAAAATAGGATTTCGGACCACTTCGGCAGGCGTAGCTTTTGATGATGCTGTGGTACTGGCACCTGGTCCGATCTAA	MLTITRKAVSLLVVLAVMITGFSPRTAGAAEIDSYSISSMDMMDAADPATIQNYPMPSIYTASSVFSLKANNEAIPVISYLADYDYAQFSFSGTVRIEVTNNVPITSFSISPQAKNIEGTVNGNKLTFLLSSSTYVIVKINDQRKKMVIAADPLETDIPPSTGAGIYNVTQSPYHADNTGTSLASGPIQQAIDDAHEAGGGVVFIPAGVYKSGNLTLKSNVTFYLAGGAVIVGTGKGEDYVIDFRKDSRNADGTYFIRTAVDSTNITIRGRGTIDGKGIAMRERKMPAPNKNEGFLNNLLVPIATSNFTFDGLILRDGGFWSFMVVRSDNVTINNLKGFQDLYKIENDVIDINESQNVLVQHSIAISDDDTYSTKTWLQTGMSKDWPGELEHLENVVFDDAFAWTRCAAFKIGMGVAQPQIGVTIRNSYVYQSARALLIDHGYQLNTLPEEGYAQNITFENIDIERVGINQFGNYWLGVSTSTSGDVSNVVVKNINVRETGTQKSRISGNATKGGRVNGVTFTDVYVGGKLATTLDDLNVTVNNNVNGIVFSNSKPPLFSDNFEDGNTAGWTSMSGGWTVPTVGTNHVLSSGNQTTTSLITANSGGSWTDYVYEARLRMPITNANAGLAFRVQNANNYYMYRIHSSNQQLELYKSVNGQLTLVNSTPFTAIEKQWYKVKAVIQGNTISCYVDGELKMEWTNPVTELTAGGIGFRTTSAGVHFDDAVVSLLNKAPEEIALSHNSVVENTTAGGVVGTFSTSDPDAEETFAYMLIAGAGDMDNNSFSISDNKLYLAVTPDYEAKDNYSIRVRSTDSGGLYVEKTFTIQVTDVNESPVNPDPTVIRFSDDFEDGNAGGWTSASGSWDVTTDGTKTLIQNQAATAVIAAGDSWTDYTYEAKAKMPITNANAGILFRVQDAGNFYMLRIHSAVQKLELYKSVDNVMTLVSSTPFTTQANQWYTMKASIERNTIKGYVDGELKVEWTNPETELTAGKIGFRTTSAGVAFDDAVVLAPGPI				NA	NA	NA	NA	NA
JZ016_00922	831		COG2513	putative protein	ATGGACATGACAAAACAGCTTGAACAGCTTGCCGCCTTTAAAAAGCTTCATTCCGATTTCTTTATTTTGCCTAATGCATGGGATGTTGCAAGCGCGAAAACTTTTGAGAAGTGCGGCTTCAAGGCCATTGGCACGACAAGTGCAGGCATTGCGGTTTCCCATGGGTATGCGGATCGGAATATGCCCTTTGATAGGATGCTGGATACGGTACGCAGGATTGTGCAAACCGTGGATACTCCGGTTACCGTGGACATGGAAGACGGGTATGGACAAACACCCGATGAAGTCGCAGAGTCGGTTAAGCAGGTGATCAAGGCAGGCGCGACGGGAATTAACATTGAAGACAGCAGAATGGACCGACAAGCGCCGCTGCTTGATATTCCGGTCCAGCAAAAAAAAATAGCCGTCATCCGGGAGCTGGGGAACGCCATGGCTTATCCTCTCTTTATCAATGCCCGGATCGATTCTTACTGGATCAGGTCTATGCCGCCTGCTAGGAGGTTTGAAGAGACGATCAAGCGGGCCCATGCCTACCAGGAAGCCGGGGCAGATTGTATTTTTGTTCCCGGAATCCAGGATATCTCCGACATCCAAACATTGCGTCATGAAATAAGCTGTCCGATCAATGTATTGGCCGGGCCGGGAATGCCTTCCGCAAATGAACTTGAAGCACTAGGGATTCAGCGCATCAGCACCGGTTCAGGACCTTTTCGCGCCGCACTATCGCTGCTGCATCGCATGGGCCAAGAAATTCTGGAGAAGGGAACTTTTGAGCATATGACTTCGAGAGTCCTTTCTTACGATGATTTATCCAATACTGAAACACCTTAA	MDMTKQLEQLAAFKKLHSDFFILPNAWDVASAKTFEKCGFKAIGTTSAGIAVSHGYADRNMPFDRMLDTVRRIVQTVDTPVTVDMEDGYGQTPDEVAESVKQVIKAGATGINIEDSRMDRQAPLLDIPVQQKKIAVIRELGNAMAYPLFINARIDSYWIRSMPPARRFEETIKRAHAYQEAGADCIFVPGIQDISDIQTLRHEISCPINVLAGPGMPSANELEALGIQRISTGSGPFRAALSLLHRMGQEILEKGTFEHMTSRVLSYDDLSNTETP				NA	NA	NA	NA	NA
JZ016_00923	570			hypothetical protein	ATGAAAATTGAGAATGTCATTCCAGCAAAAACGAGAGAGGATTTAAGAATTTGGCTGCAGAACCATGGCAAGACCGAGAAGTCTTGCTTGGTCTTGGTAAGTATGACACCAGCCCCTGATATGTTGTTATATTTGGACGTCGTTGAGGAAGCCTTATGCTTTGGATGGATTGACGGAGTCAAAAAGAAAGTGTCCGAAACCGGGCTGGCCCAGAGACTGTCTCCTAGAAGTAAAAAAAGCACATGGACCGAATTAAATAAAGAACGTGTCCGCCGCCTCGAAAAGTTGGGGTTCATGAGTGACGAAGGCAGGAGGGTTCTTCCTGACATGGATCCCGGTTCTTTCAGAATAGATGGGGGCATCGAACAAAGGCTTAAAGAGGAAAAGCAAGTATATGAGAATTTCATGGCATTTCCGGATCTTTATAAAAGAGTTCGGATCGACACGATACAAAGCTATAAGAATCAGCCGGAATTATTTAAGAGCAGATTAGACAAATTCATAACCAACACGAGAGAAAACAAGATGTACGGTCAATGGAACGATAATCGCCGTCTTATAGATTATTAA	MKIENVIPAKTREDLRIWLQNHGKTEKSCLVLVSMTPAPDMLLYLDVVEEALCFGWIDGVKKKVSETGLAQRLSPRSKKSTWTELNKERVRRLEKLGFMSDEGRRVLPDMDPGSFRIDGGIEQRLKEEKQVYENFMAFPDLYKRVRIDTIQSYKNQPELFKSRLDKFITNTRENKMYGQWNDNRRLIDY				NA	NA	NA	NA	NA
JZ016_00924	465			hypothetical protein	ATGTCAGCTATAGCATATTTGAATTTTGATGGAATCGCCGAAAAAGCGATTGAATTTTATTCGGAGGCTCTCAATGCGAACGAGGTAAAAAAAGTGAAATTTAGGGATTTTCCGCAGGATCCAAATTATCCATTGCCAGAAAATGAATTAAATATGATCATGGAGTCTTCAATAGAATTTGCAGGCGGAAAAATCATGATGTCGGATATTTTGCCTTCCATGAAGGCGGTAACGGGTGAGTTGGTAAAAGGAAATAACGTGCTTATTAGTGTAGTCATGGATGATAAACAAACATTGGAAGACTACTTTAGCCAATTGTCTGTTGGCGGTCATGTCGTAATGCCGTTATCCAATACCCCTTGGTCTTCGTGCTTTGGCATGCTGGTTGATCAATTCGGAATTGCCTGGAAATTTAATAGCGACGCAGATAAGTTTCTTGATCGTGTCATTTCCAACAAACAGTAA	MSAIAYLNFDGIAEKAIEFYSEALNANEVKKVKFRDFPQDPNYPLPENELNMIMESSIEFAGGKIMMSDILPSMKAVTGELVKGNNVLISVVMDDKQTLEDYFSQLSVGGHVVMPLSNTPWSSCFGMLVDQFGIAWKFNSDADKFLDRVISNKQ	PGPT0030505_687	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_00925	921			hypothetical protein	ATGGAGAAGGTTGAAAGATTAATATCGATTATCATGATACTGCTAAAAAAAGATATCGTTTCAACAAAAGAATTCGCACAATTATTTAACGTTTCCAAAAGAACGATTCTTCGCGATATGGAAACACTGAGTTTATCCAACATCCCCATCTATTCTGTTCATGGAATTCATGGCGGATACGGTATTATGGATGAATACAAGGTGGATAAACGTCTTTTAAGCAGCTCCGACTTAGAGAATATATTGACTGCGCTCGGCGGATTGGAACAAATTCTAATTAGCGAAGAAGTTGAAGTAACCATTAAAAAAATAGAAGCCATGGTTCACCCCACGTCACTGAAAGGTTCAGTCCGACTGTCATTTTATGATTGGGAGGGTCGGTCCGAGGTTCTTCAAACCTTGAAGACATGCCAGGAATCGATCTCAGGGAATAAAATAATTTCATTTGATTATATAGATAAAAATGGCATGATAACGAATCGAATCGTCGAGCCGTATCAGCTTCATTATAGCGAGACGAGTTGGTATTTGAAGGGATTCTGTTTACATCGTCAGAGCTATAGAGCATTTAAATTATCCAGGATCGATAATCTCAATATGAATGAAGAAACCTTTAAACCGAGAGATTATGCATTAGAACAAGAAACAACCCGTTATCAACCGCGACTTGTCGCTATAAAGGCATTGATTTCGCCAAGCATAAAAGATCAATTCATTGAAAGGTACGGTCGAAAGAGTATTTCAAACTATAATTCTGAATATTTCTTGGCAACCATTTATGTACCTCAAAACCATATTGGATTTCAATTTTTAGCAGGTTTCGGCACGAATCTGGAAATCGTAGAACCTGAATCATACGTGGAAGAGTTTCGAAAGTATTTATATAAAATGGTGGAGAAATATTCTTATTTGGAAAATTAG	MEKVERLISIIMILLKKDIVSTKEFAQLFNVSKRTILRDMETLSLSNIPIYSVHGIHGGYGIMDEYKVDKRLLSSSDLENILTALGGLEQILISEEVEVTIKKIEAMVHPTSLKGSVRLSFYDWEGRSEVLQTLKTCQESISGNKIISFDYIDKNGMITNRIVEPYQLHYSETSWYLKGFCLHRQSYRAFKLSRIDNLNMNEETFKPRDYALEQETTRYQPRLVAIKALISPSIKDQFIERYGRKSISNYNSEYFLATIYVPQNHIGFQFLAGFGTNLEIVEPESYVEEFRKYLYKMVEKYSYLEN				NA	NA	NA	NA	NA
JZ016_00926	495			hypothetical protein	ATGAAGAAACAATGGAGCGGGAAAAGGAGTTTTTACCCCGTTATGCTTGCATTCATCGTCGTAATTGGCGTATTGTCCGGTTGCGCAGGCAAGGATGACAAGACTTCAGAACAATTGACTGCCACCGAAATCGGAAAAAGTATCGAGCAGGCAGTTAGCCTAAAAGACATGAAAAAGCAGGATCTGAATAAGCTGCAGAAATTGTACAAGATGGATGCAGACAGCATGGATGATTTTATTCTTTATACGTCTACATCGAATGTAAAAGCTGATGAATTGGCCATTATCAAGCTGAAGGATGAGAGTCAGGCAGAAAGCGTCAAAGTGAATATGGAGCAACGAATCGAAGCACAGAAAATGAAATTCAAGGACTATCGCCCCGATGAATATTTTCTGGTCGATAATCACGTGTTAAAGACGAAGGGGCGATTTATTTTCTTCGCGGTTTCTAAAGACGCCGAATCAATGGAACGCATGTTTGACAGTGCTTTTTAA	MKKQWSGKRSFYPVMLAFIVVIGVLSGCAGKDDKTSEQLTATEIGKSIEQAVSLKDMKKQDLNKLQKLYKMDADSMDDFILYTSTSNVKADELAIIKLKDESQAESVKVNMEQRIEAQKMKFKDYRPDEYFLVDNHVLKTKGRFIFFAVSKDAESMERMFDSAF				NA	NA	NA	NA	NA
JZ016_00927	1140			hypothetical protein	ATGGGATATTACAAAAATTTAAAAAATAAATTGCTGGCCTTATTGCTGCTCCTATTTATTAGCGTAATCGCAGTTCTTCATCTTTTGGCGGTGGATCGTTCATTTTCGGAGTCGGAAAACCGGATGCTGAAGCAGCTGCCGCACTTGTCGCTGAAAGCATTGCTGTCAGGAGATTTCACAGCCGATTTCGAAAAATATGTGTCCGACCAATTTGTTTTCAGAGACTTTTGGATCGGGGCAAAAACCGATGCGGACCGGCTCTTGGGAAAAAAGGAGAGCAACGGAGTTTACCTAGGAACAAACGGGTATCTGATTCAGGATGTTATTTCCCCGGCGGAAGAGGACTTGAGGGAGAAGCTCGAAGCCATTCATTCGTTTGACCAGGCCACGACGGAAATGAATAAATATGTGATGCTGGTACCAACGGCAGCCGCTCTATATAAAGACAAGCTCCCGAAATATGCGATCATCGGCGATCAAGAAGCATACTTGAAAAAAGTAAAGCAATGGCTGAATCCCAATATACGTTTTATCGATGTTTTTCCAAGTTTATATGCTGCGCGTGATCAACCTATATATTATAAAACCGATCATCATTGGACGACGAAAGGCGCTTATATCGCTTACCTGGAACTTTGCAGACAAATGGGGCTGACACCACAGGAAGAGGAAGAGTTTAACATCCAGCAAGTAACCGATGTATTTTACGGCTCGCTTTATTCAAAAAGCGGTTTCAGACATGTACAGTCCGATCGTTTGGAGCTTTATATGTCAAAGGATCAAGAGAAATATACCGTAACGTATGTCGATGAAGAGAAGACCACGGATTCATTGTATGCGATGGAGCAGCTGCTCAGGAAGGATAAATATGCGGTGTTTCTTAACGGTAACCATGCACGAATCCATATTAAAACGGCTAATCCGAGCGATAGAAAGCTGCTGGTGGTCAAAGATTCGTACGCTAACAGCCTGATTCCTTTCTTAATTAAGCATTTTAGCGAAATACATGTGGTAGACCTTCGGTATTATGATGAGGATTTAGCGTCTTTCGTGAACGAGCAGGGGATCCAGGACATGCTATTGCTTTATAATGCGAATACGTTTTTCGAGGACCCATCCATCAAAAATGTAACGGAGTGA	MGYYKNLKNKLLALLLLLFISVIAVLHLLAVDRSFSESENRMLKQLPHLSLKALLSGDFTADFEKYVSDQFVFRDFWIGAKTDADRLLGKKESNGVYLGTNGYLIQDVISPAEEDLREKLEAIHSFDQATTEMNKYVMLVPTAAALYKDKLPKYAIIGDQEAYLKKVKQWLNPNIRFIDVFPSLYAARDQPIYYKTDHHWTTKGAYIAYLELCRQMGLTPQEEEEFNIQQVTDVFYGSLYSKSGFRHVQSDRLELYMSKDQEKYTVTYVDEEKTTDSLYAMEQLLRKDKYAVFLNGNHARIHIKTANPSDRKLLVVKDSYANSLIPFLIKHFSEIHVVDLRYYDEDLASFVNEQGIQDMLLLYNANTFFEDPSIKNVTE				NA	NA	NA	NA	NA
JZ016_00928	1407	patA	COG1696	Peptidoglycan O-acetyltransferase	TTGGTCTTTAGCAGCCTAATATTCCTGTTCCTCTTTCTGCCGGTCACCATTCTGATCTATTACGTTTCTCCGATGAATTTTAGAAATGCTGTCCTCCTTGTTGTCAGCCTGATTTTTTATGCATGGGGAGAGCCCATATACATTTTCATCATGATTTTCTCCACGGTCTTCGATTATATCAACGGGCTGCTGATCGATAAGTATAGACATCGGAAGCTGATGGCCAGATCGATTTTTATCGGCTCGATGGTCGGCAGTCTGGGTATTCTCGGATTTTTCAAATATGCGGATTTTGTCGTGGACAACATCAATCTGTTGTTTCACATGAATATCCAAGCAGACGATTTGCCGCTGCCTGTGGGCATATCTTTCTATACCTTTCAAACGATGTCTTATGTCGTTGACGTATACTTGGATAAAGTATCGGTGCAGAAGAATTTCATCTCTTTTGGGGCATATGTGACCATGTTCCCGCAGCTTGTAGCGGGTCCCATCGTCAAATACGGCGATATCGCGGAACAGCTCGTTTCCCGTAAGGTGTCGCTGGACCGTTTTGGCGAAGGGGCGGAGCTGTTCATCAGGGGACTTGCCAAAAAAGTGCTGTTGGCCAATAATATCGGATTATTGTGGGCGAGTGTTAAAGCGACGCCGATCGAGGAATTGAGCGTACTCTCCGCCTGGCTTGGCATTACCGCATTTACTCTGCAAATCTATTTTGATTTCAGTGGTTACTCTGACATGGCACGGGGACTAGGGAAAATGTTCGGATTTGATTTCATGGAAAATTTCCGATACCCCTACATCTCAAAAAGCGTAACCGAATTTTGGCGCAGATGGCATATTTCGCTCGGCAGCTGGTTTCGGGAGTACGTTTATATACCGCTTGGCGGTAATAGGTCAGGCTTTATGAAGCAGCTCCGGAATTTACTGGTCGTATGGTTTTTAACCGGATTATGGCATGGAGCCAGCTGGAACTTTATCATGTGGGGTTTGTATTTAGGATTCTTTGTGATCATCGAGAAACGATTTCTTTTGCAAAGTCTTGGACGTTTACCCGCTTTTGTCGGCCATGTTTACACGCTTCTGGTCGTTGTGATCGGCTGGGTATTGTTCGAAATGGAGCAACTGGCTTCCGCTTGGCGTTTCATCGGCGTGATGTTCGGTTTCGGCGGGCATGCTTTTGCGGATCAGCAGGCGCTCTATGATTTGTCTGCGAATGGTGTATTGTTTGTCGTGTTGGCAATCTGTGTTACTCCGCTTCCAGGAAAGATGTTATCCTGCATGAGGGAAAAATGGAGAATCGCCGGCGTGATTACCGTTCCGCTTATCTATTTTTTATTCATGATCCTGTCGACGGCTTATTTGGTCAATGAAACCTACAATCCGTTTTTATATTTTCGATTTTAA	MVFSSLIFLFLFLPVTILIYYVSPMNFRNAVLLVVSLIFYAWGEPIYIFIMIFSTVFDYINGLLIDKYRHRKLMARSIFIGSMVGSLGILGFFKYADFVVDNINLLFHMNIQADDLPLPVGISFYTFQTMSYVVDVYLDKVSVQKNFISFGAYVTMFPQLVAGPIVKYGDIAEQLVSRKVSLDRFGEGAELFIRGLAKKVLLANNIGLLWASVKATPIEELSVLSAWLGITAFTLQIYFDFSGYSDMARGLGKMFGFDFMENFRYPYISKSVTEFWRRWHISLGSWFREYVYIPLGGNRSGFMKQLRNLLVVWFLTGLWHGASWNFIMWGLYLGFFVIIEKRFLLQSLGRLPAFVGHVYTLLVVVIGWVLFEMEQLASAWRFIGVMFGFGGHAFADQQALYDLSANGVLFVVLAICVTPLPGKMLSCMREKWRIAGVITVPLIYFLFMILSTAYLVNETYNPFLYFRF	PGPT0026125_1613	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-ALGINATE_METABOLISM	CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026125-algI-K19294	NA	NA
JZ016_00929	678			hypothetical protein	ATGAAAAAAATAGTTGCAACCCTACTCCTTGGGAGTATTGCACTTGTATTGGCAGCATGCGGAAACGAATCCTCAAGCTCGAGTCCGCAGCAACCGACCACTCAAAACCAAGGACAGGCAACGGAATCAAAAGACTCCGTAGAAACCGAGTATCAAGCACTTTTCCAGAACAGCGTTTTTGTGGGGGATTCCATTACGGAGGGTTTATCATTTCATGATGTGCTTAAAGAGGAGAATGTTCTGGCAGGCGCAGGAAAAACGGCGGAGTTTGCACTTCAAGATATGGCTGAGTTGACTAAGCGGGATCCGGAACATGTCTTTATCCACTTGGGATCGGATGACATTTTGTGGCCAACGGATAACCCCAAAACCTATTCCTTGAAAAACTATGCGAAGTTGATCGGGATGATCAAGGAAAAGCTTCCACAAGCGAAAATAACTCTTTTATCGGTAACCCCGGTAACGGCAGAAGCGGAAGAGCTGGAACCAAGATATAAAAATATCAATGATTATAACCAAGGCTTAAAAGAGTTGGCGGAGAAAGAGAACATTGGATATGTTGATTTGTCCCCGATATTTTCAAACGGCTCAAATAATCTGTACGATTCGGACGGGATTCATTTTAAACCGGAGTTTTACGCAAGCATGCTGGACCTGGTAAAAGATCAAGTGGAATAA	MKKIVATLLLGSIALVLAACGNESSSSSPQQPTTQNQGQATESKDSVETEYQALFQNSVFVGDSITEGLSFHDVLKEENVLAGAGKTAEFALQDMAELTKRDPEHVFIHLGSDDILWPTDNPKTYSLKNYAKLIGMIKEKLPQAKITLLSVTPVTAEAEELEPRYKNINDYNQGLKELAEKENIGYVDLSPIFSNGSNNLYDSDGIHFKPEFYASMLDLVKDQVE				NA	NA	NA	NA	NA
JZ016_00930	702			hypothetical protein	ATGAGAAAAGGCAGCTCGATTATAATCACTCTTATGTCTGCGCTGGTGATCGTTCTGCTGTGTCAACTTGTTTCGAGGGAAGGGACGGCAAGCGACCGCAAAGCCGGCATGGATGTCCGCTCGGATAAGATAAGAACGCTAGAATACCGGTCAGAAACACCTTATAAGGTCGTGATTGATTCAGGACATGGCGGTAAGGATAACGGCGCAACGGGAGCCAGTGGTAGTTTTGAGAAGGATTTTACGCTGCAGCTAGCGCTAAAGGTAGAAGAACTGGCAAAACAAGAGCCGCAGATTGAAGTGGTTCTCACTCGATCAGAGGATCGCTTTATATCTTCGATTGACCGGGAACGGCCGGAAATCGCCAATCGACTGGGTGCGGATATATTCATATCCATTCACGGAAATACGTACGAAGACGCTAGTGTTTCGGGTACAGAAACCTACTATTATCATGAAGATTCCCAGTTCTTGGCGGAAATTATGCAAAAGCATTTGGTTCAGACCAGCGGATTTCGGGACCGGGGAGTAAAAAAAGAGGATTTCTTTGTCTTGAAGGATTCGAACATGCCGGCCGCTCTAATCGAAATGGGTTATTTAACGAATCCACAAGAAGAGAATGAAATGCTGACGGAAGATTTCCAATACCGGATGGCAAGCTCTATTCTAGACGGAATTAAAGAAGCTTTAAATTTAAATTAA	MRKGSSIIITLMSALVIVLLCQLVSREGTASDRKAGMDVRSDKIRTLEYRSETPYKVVIDSGHGGKDNGATGASGSFEKDFTLQLALKVEELAKQEPQIEVVLTRSEDRFISSIDRERPEIANRLGADIFISIHGNTYEDASVSGTETYYYHEDSQFLAEIMQKHLVQTSGFRDRGVKKEDFFVLKDSNMPAALIEMGYLTNPQEENEMLTEDFQYRMASSILDGIKEALNLN	PGPT0024160_7073	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
JZ016_00931	1821	sasA_11		Adaptive-response sensory-kinase SasA	ATGAAACAAGGCATTGTTCTTAAGCTGTTTCTATTTACGACGGGATTATGCTTATTCATTCTTGCTGTTATCTTTACCTTGCAGACCGTATTTTTCAAACAGTATTATGTTCATCAGAAAGTGAAGGACGTGAGCGCGGCGCTTCAGGCTTACGAACAAGACTACCTGAATCAAACAACGGACACGCAGGAGACGGCAAAGCTGGAGCAAGATTTTTATCAAAAGCATAACATCTGGGTTACGACTGTGGACACCCAAGGTAATTTAAAGTACACCGATGATTTCTTCATGAAAGTCAAGCTAAGACATTCGGAAGAAACCATGTTTTCCAATAAAACGATGACCATTCCTCTGTATAGTGTGATCGACGTAGAGGACTTCAGCAGTGATAATCCGTTCCTCACGCCTTGGATTAAAGAAGGGGAAGAGATCGCCATGGAAGGTTTGATTATGAATGGCCAGCCGGTGATCCAGCGGATGGGAAGGGGTAATTCTAACCTAAGAGACGAAAGCAGGCTGGAAAATTCGCAGATGATAAGAAAAGAGTACGAGGTCGTCACTCGATTTGCGAGTCCGAACCAATACTTTGAGAAATATCCCACATTTCTGGTCGAGGGAACCATTATGAAGGTCCAGTTACCGGAAGGCGCAGGGGTCTCGCGTTATACCAATCACTTGTTGCTGGACCGCATCCAGGCTTTCCAAGCGGATTTATTGTACGGCGACTGGAAGGATAGCAGGAACCCCAATCAGATCGTAGATTATAAAGAAAATGACGTGAATTACAAAATTATCGTGAATCGCATCCAAGATCGCGACGGAAATCCCGCATATCTGTTCGCGATGGCGTCACTCCAGCCGGTTAATGAAGCCGCAGGGATGATCAAGGAATACTATGTGTACATCATTATTGCTACTCTGCTTCTCGTGGTGCTGGCATCGTTCTATTATTCTCGACAGATCACACGGCCGCTGCTGCGCATCAACCGTACCACACGGCAAATGGCAGACCTTGATTTTTCGGAGAAAATCCCCATTACAACGAAGGATGAAATCGGGGACTTATCACGCAACATTAATGAGCTCTCCGAGCGCCTGCACTCTCATATTCTTCGGCTTGAGCAGGATATCGAGAAAGAAAAGCAGCTGGAGAATACGAGAAAAGAATTTATATCCGGCGTATCCCACGAGCTGAAAACTCCACTAAGCGTTATTCAGAGCTGTCTGGCCATTATGAAGGACGGGGTGGCAAGCCATAAAAGGGATTATTACTTTAAGGCGATGGAGGACGAGGTCAAAAGAATGGATCTGCTGATCGTGGATATGCTGGAATTGGCCAAGTATGAATCCGGAACGTATACCATGGACATGGATTCCTTTTATATCGACACCGTTATCGAGCGGGTATGTACAAAATTGGCTGCGGACATCGAAACAAAGCAGTTACATCTTGATATGTCACTGAAGCCAGTCGAAGTGCTGGCAAATGAGCGGCGAATGGAGCAGGTCGTTGTCAATTTCCTCAGCAACGCGATTCGCTATACACCGGAGCAGGAGTCCATTCTTGTCAGTATCTTGGAAGATGGGGACACCGTTAAAGTATGCATCGAAAATAAAGGAGTCCACATTCAAAGCGAACAGCTTGAGAAGATCTGGGACCGGTTTTATCGCGGCGAGCCTTCCCGAAAACGGTCGACTGGAGGGACCGGGCTGGGCCTTTCTATCTCCCAAAAGATTCTGGAAATGCATGGTGTCCGATATGGTGTAACCAACACTCCTGATGGAGTCCTATTCTATTTTCATTTGAATAAGAAAGCGTAG	MKQGIVLKLFLFTTGLCLFILAVIFTLQTVFFKQYYVHQKVKDVSAALQAYEQDYLNQTTDTQETAKLEQDFYQKHNIWVTTVDTQGNLKYTDDFFMKVKLRHSEETMFSNKTMTIPLYSVIDVEDFSSDNPFLTPWIKEGEEIAMEGLIMNGQPVIQRMGRGNSNLRDESRLENSQMIRKEYEVVTRFASPNQYFEKYPTFLVEGTIMKVQLPEGAGVSRYTNHLLLDRIQAFQADLLYGDWKDSRNPNQIVDYKENDVNYKIIVNRIQDRDGNPAYLFAMASLQPVNEAAGMIKEYYVYIIIATLLLVVLASFYYSRQITRPLLRINRTTRQMADLDFSEKIPITTKDEIGDLSRNINELSERLHSHILRLEQDIEKEKQLENTRKEFISGVSHELKTPLSVIQSCLAIMKDGVASHKRDYYFKAMEDEVKRMDLLIVDMLELAKYESGTYTMDMDSFYIDTVIERVCTKLAADIETKQLHLDMSLKPVEVLANERRMEQVVVNFLSNAIRYTPEQESILVSILEDGDTVKVCIENKGVHIQSEQLEKIWDRFYRGEPSRKRSTGGTGLGLSISQKILEMHGVRYGVTNTPDGVLFYFHLNKKA	PGPT0028450_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028450-vanSB|vanS|vanSD-K18345	NA	NA
JZ016_00932	678	walR_3	COG0745	Transcriptional regulatory protein WalR	ATGTCTAAAACAATATTGATTGTAGAAGATGAGCATATTTTACGAGAAATCATAAAAGATTATTTGCTTGAAGAAGGTTATGAAGTGCTCGAAGCGGATGATGGCAGAAAAGCTTTGGGGCTATTCCAGGAACATGAGCTGGATCTGATCATTCTGGATATCATGCTCCCTGAATTGGACGGATGGTCCGTATGCAAACGCATCCGAAAAGTATCTAACGTTCCGATTATCATGCTGACGGCCCGTTCGGATGAGGATGATACCTTGATGGGTTTTGAACTGGGAGCCGACGACTACGTAACCAAACCGTACAGCCCTCCAATCTTGCTGGCACGGGCGAAGCGGCTTTTGGAGAGCAGACAGACTCGGGAACAAGAAGACGATACATTGTCCAGCAACGGTATTTCCATCCACTTTCCATCCCGAACGGTGGCGGTGGATGGGGAAAACTGCAGTTTGACGCATACGGAATTTGAAATTTTGGCTTATCTGATGAAAAACAAAGGAATTATTATAACCAGAGAACAGCTGATTACAAAAATCTGGGGGTATGATTTTGTCGGTGATGAGCGTACGGTCAACAGTCATATCCGCAATCTGCGTTCCAAGCTGGGAGAGCACGCCAAGCATATTGCTACGATCGTTCGATCAGGTTACAAGTTCGAGGACAAGTTATGA	MSKTILIVEDEHILREIIKDYLLEEGYEVLEADDGRKALGLFQEHELDLIILDIMLPELDGWSVCKRIRKVSNVPIIMLTARSDEDDTLMGFELGADDYVTKPYSPPILLARAKRLLESRQTREQEDDTLSSNGISIHFPSRTVAVDGENCSLTHTEFEILAYLMKNKGIIITREQLITKIWGYDFVGDERTVNSHIRNLRSKLGEHAKHIATIVRSGYKFEDKL	PGPT0014763_120	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-ENVELOPE_REMODELLING_REGULATION	CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014763-walR-NA	NA	NA
JZ016_00933	1452			hypothetical protein	TTGTTGCGTAGAAGAAATGAATTTCATGAGCGTTATGAACGCTTTGTCCAGGAATTGAGAAATGAAATCGTCTCCGGCGTTCTTCAGCCGGGTGAATTTATTTTGCCGGAAAATACGCTTAGCCAGAAGTATGAAATGAGCCGGGTATCGATCCGGAAGGCGCTGGATGAGCTGGTGAACGAAGGACTGATCGAGAAGATTGCGGGCAAGGGCAACCGTGTGAAGGAGCCGGATGAGGACAGAACGCCTGTCGTGCTGAAACTCGCCTGGTTCTCCTCCTCCTATGAAATTCCGATTATCGAGAAAATGATCGAAGCGTTCGAACGGAAGCATCCGTTCGTTCAGGTGGAAATGGTGCTGTACGCCGAGGACTTCTACACCGAGACCATCATTCGGTCCATTGATGACGGTCAGGGCCCCGATCTGTTTATTATGTCGGATCAGCATTTCCGGGAATGGACCGAAAGCGGGCGAACGAATCTGCTGACAGGATATGTTCCTCCTCGTCTCATGGAGGAAGGGGTCAGCTATCCGAGGGTGTTCGACCTGTTCAACGATGAGGGCAGCATGCTTGCGGCGCCGTTTGTGTTCTCTCCGGTGGTCATCTGCTACAACCGTTCGATCTTCCGTCAGCACGGCCTGCCTTACCCTATCAGTCTTGGCGACTGGAAGGAGCTGCTGGCGGCGGCCAAAGCCTGCACATCGGCCCCGGACGAAGACGGAATGACCGATCATTACGGCTTCTGCTTCTCCTCGTCTCCGAACCGCTGGCCGGTCTTCCTGCTTCAAAATGACGGCAGCATTATGGCTGCAGACCGCAGCCGGAGCACGATGGCGGATCAGCGGAATATCGAAGCTTTGGAGTTTTGCGTATCGCTTATGTACAAGGAGCATGTGTCGCCGATTTTCTCCCATGGCAGCAGCCATTTAGCCGAGAGCCTCTTTATGAAGGAACGGGTTGCCATGATCATGTCCACCTATTACTTCATGAATGAATTCCGCGATCATTCCATCGACTGGGATGTAATGACCCTGCCGAACGGCACCAAGCCCGCAACGATGCTGCTTGGAGGGGGGCTGTCGATCAACGCTGCGAGCAGTCATCGGAATATCGCTGAGAAACTCGTGGATTTTATGACAGGTGAGGAGGCGCAGACGCTGTTGAAGAAGCACGGCTGCACCATTCCGGCTTTGCGGTCGGTGGCCGAAGATGACCGTCTGCTGAATCCGGACATTCATCCGCAGCACTATAACCGTTTTCTGGAGGTGCTGCCTCACGCTTATCCGCTTCATACCCTCAACCTGAGCCAATCTGAAATATCGACGCTCCTGGATGAGCTGAATCTGCTGTGGGCCGGCATGGAAACCCCGGCGGATACCTGCACCCGAATTGAGCAGCTGTTCAACAGCCGTCTGGGCCTGACGGGCGCCGGTACGGGAATGGAGAAGTGA	MLRRRNEFHERYERFVQELRNEIVSGVLQPGEFILPENTLSQKYEMSRVSIRKALDELVNEGLIEKIAGKGNRVKEPDEDRTPVVLKLAWFSSSYEIPIIEKMIEAFERKHPFVQVEMVLYAEDFYTETIIRSIDDGQGPDLFIMSDQHFREWTESGRTNLLTGYVPPRLMEEGVSYPRVFDLFNDEGSMLAAPFVFSPVVICYNRSIFRQHGLPYPISLGDWKELLAAAKACTSAPDEDGMTDHYGFCFSSSPNRWPVFLLQNDGSIMAADRSRSTMADQRNIEALEFCVSLMYKEHVSPIFSHGSSHLAESLFMKERVAMIMSTYYFMNEFRDHSIDWDVMTLPNGTKPATMLLGGGLSINAASSHRNIAEKLVDFMTGEEAQTLLKKHGCTIPALRSVAEDDRLLNPDIHPQHYNRFLEVLPHAYPLHTLNLSQSEISTLLDELNLLWAGMETPADTCTRIEQLFNSRLGLTGAGTGMEK	PGPT0016545_709	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_00934	1029			hypothetical protein	ATGAATCGGTTTAATGGGGACATGATGCCGCTGTTAGAGGGAATACATACCCTTGATGCTTGGATGGAGAAGAAGTCCAGACTGAGAGAGCGCTGGCTGCAGCTGTTGGGGGAGCCTCCGGGGCCGGTTGATTACAAGCCGAGTGTGGCCGCAAACAGCGGTGGCTTCCGGGTGATATCAGAGCATGACGAGGAAGATCACACAAGACATAAGATCGTTTACCATTCCCCGGAAGGGGATCCAATCCATGCTTATCTTCTGCTTCCACATGGAAAGCCAGCTGAGGGAGGTTATCCCGCTGTTCTGGCTCTTCATCCGACAACCGAGAACGGAAAAGACGATGTATGTCTGCCTTCCGGTCGGGAGAATCGGCGGTATGGTCTGGAGCTGGTTCAGCGCGGATTTGCCGTGCTGGCACCGGACTCCATCACGTTCGGCGACCGGGTCTACCCAGGGGAAGAGCCTTTTCAAACCGCTCCGTTCTATCAAGAGCACCCCGCGTGGACTGCGGTTGGTAAAATGCTCTCCGATCACATCACGGCGGTCGATGTGCTGTCCTCGCTGCCGCAGGTAAACTCCCACCGGATCGGCGTCATCGGCCATTCGCTGGGCGGCTACAACGGCTGGTTTCTGGCCGGAATGGATAAACGCATCAAGGCTGTCGTCTCGAGCTGCGGGTTTACGATGTTCCGCGGTGATCCGGAGCCGAACCGCTGGGGGCAGCGGGAGTGGTTTTCCCATATCCCTTCCATAACGGACAGCCTGAGTAACGGCTCCCTTCCGTTCGAGTGGCATGAAATCGCGGCGCTTGCGGCCCCGGTGCCCATGTTTATGTGGTGCGGGACGCGAGATCCGATTTTTCCGAACTGGCGTGAGATTGCATCGGGTCTTGGGGAACTGGATGGCTTGTATGATTTTCTGGGCGCTTCATCTGCTTTCGAGTGCTGGATCGGTCATGAAGGGCATGACTTCCCGAGGGATATCCGGCAGCGTGCCTATGCTTTTCTTGAGAAGAAGCTTGCAGAGTAA	MNRFNGDMMPLLEGIHTLDAWMEKKSRLRERWLQLLGEPPGPVDYKPSVAANSGGFRVISEHDEEDHTRHKIVYHSPEGDPIHAYLLLPHGKPAEGGYPAVLALHPTTENGKDDVCLPSGRENRRYGLELVQRGFAVLAPDSITFGDRVYPGEEPFQTAPFYQEHPAWTAVGKMLSDHITAVDVLSSLPQVNSHRIGVIGHSLGGYNGWFLAGMDKRIKAVVSSCGFTMFRGDPEPNRWGQREWFSHIPSITDSLSNGSLPFEWHEIAALAAPVPMFMWCGTRDPIFPNWREIASGLGELDGLYDFLGASSAFECWIGHEGHDFPRDIRQRAYAFLEKKLAE				NA	NA	NA	NA	NA
JZ016_00935	1281			hypothetical protein	ATGCCCGGGAGCGCTGCCGTTCTCCAGGGCTGCAACAGCTCTGTCTACGGCTGGCTGCCTTCAGGAGAGAATGGAGACGGACGATGGTACCGGCTGGGCGAGCACGGGGCGGAGCCAGTGTCGGCGGAGGAAGTCGGTCCATCCCTGTATAAGGGAGCAGGTTACAACAAGCTGCATCTGGACCTTGACGGTGGCCGAACACTGCTGAAATGGCAGCTGTCCGACAGACAGGTCGTCATCATGGAAGCGGACGGGAGCTTGAGCCGGATTCCGCTTTCCTACAAGGGAGGCGGAACATCGCTCTCCCCGCTGTACGGAGGCCCGGACGGCATTCTGTACGGCACCTCCAATCACCCGCTGCATTTGTTCACTTATGATACCACAGCCGGGCGTCTGACCGATTGGGGAGGCGATATCGTGGAGCGGGGAGGCGGCGGCAATATCGCCGCTTATGCGGCTCAAGGGAACATCATCGTGGGTGCGGCATATGCAGGCGGCTTGGTCCATCTGCTGGATACGGCAAAAGATTGGAATACGGAAGAAGGACCCTGCCGGAATCCTAGGCTGATCTATGAAAATGCCGCTGTCCACAGGCCGAGATGTGCGGCCGCGCATCCGGACGGACGTCATGTTCTGTATGGCGGATTTCCCGGTTATGGTGCCGCAGGCGGCGGGCTCGGCATCGTGGATGTGTTGGCTGGTCAGGTGGAGATGCTAGAGCACCTGGAAATTGTCAGCGGGCAGAGCACGATTTCACTGGCGGCACTGCCGGACGGCAGGGTATTCGGGGGCACCAGCATTGAAACACCTGGCGGTGGGATCAGCAAGGCGGGGGAAGCGGCGATGTATGAGTTGAGTTGGCCTGACCGGAAAGTGATTCGGCGCTGGGTGCCGATCCAAGGAGCCAAAGAGATTGCCCAGCTGGCTCCCGGCGTGAACGGCGTCCTGTATGGACTGACCTCGGAATCGATATTTTTCGTTTATGATGCTGATCTGCAACAAGTGGTTCACCGGAGCGATCTTTCTTCATGGGGCCGTATTGTCCGGCAGGGGCTGCTCATGACCGAGCGGGAGGGCCGTCCATTCCTCTTGGGTCTGCTGAGCAGGGCTTTGTTCACCGTGAATCCTGTAAACATGCAGCCAGAGCTGCTGGACCGGCTTCCGGCTGAAGCGACCAGCGGGATCGCCTGCCTGAACGGAGACGTGTATTTCGGTTCCTTTGCTGAGCTATGGCGGTATCGGCTGGAAGAGGAGGGGAATTACGTTTATGAATCGGTTTAA	MPGSAAVLQGCNSSVYGWLPSGENGDGRWYRLGEHGAEPVSAEEVGPSLYKGAGYNKLHLDLDGGRTLLKWQLSDRQVVIMEADGSLSRIPLSYKGGGTSLSPLYGGPDGILYGTSNHPLHLFTYDTTAGRLTDWGGDIVERGGGGNIAAYAAQGNIIVGAAYAGGLVHLLDTAKDWNTEEGPCRNPRLIYENAAVHRPRCAAAHPDGRHVLYGGFPGYGAAGGGLGIVDVLAGQVEMLEHLEIVSGQSTISLAALPDGRVFGGTSIETPGGGISKAGEAAMYELSWPDRKVIRRWVPIQGAKEIAQLAPGVNGVLYGLTSESIFFVYDADLQQVVHRSDLSSWGRIVRQGLLMTEREGRPFLLGLLSRALFTVNPVNMQPELLDRLPAEATSGIACLNGDVYFGSFAELWRYRLEEEGNYVYESV				NA	NA	NA	NA	NA
JZ016_00936	309			hypothetical protein	ATGCCAAAAGCGATGAGTAATACGGATAAAGCGGGCGGCGGTAAGATCCCGGAGAGGATGGGGGCTTTTGAGCGGATCGGCGTTCCCGCGGACGTGGATGAGAGCCGGTCAGCGGCGGTCTGTCGTAGAGACGACGGAGCCGAACGCATCGTAATCGCTGCCCGGGGATACGTGCTGATTGTGGATCCCGAGACGGGAAGCTGCAGCCAGCTTTATTTTCCGGGGGCGAGGGCCAGTATCCGTTCGCGTCGGCCAGTGATCCCCGGGGGTGGTTCTATACGGGAGCAGGCCGCTATTTTTATATTGTAG	MPKAMSNTDKAGGGKIPERMGAFERIGVPADVDESRSAAVCRRDDGAERIVIAARGYVLIVDPETGSCSQLYFPGARASIRSRRPVIPGGGSIREQAAIFIL				NA	NA	NA	NA	NA
JZ016_00937	1239	per	COG0399	GDP-perosamine synthase	GTGGAAACGTTAGCGATTCATGGCGGAGCGCCAGTCAAGACCGGTCCTTTTGGCACAGGTAAAAGATTCGGGGATGAGGAGGCCGCGCAGCTGCTTGAGGCGCTGGAGCAAAACACGCTGTTTTATCATTTCGGCTCCAAGGTAAAACAGTTTTTGGCCGATTTCAATGCGATGTACGGCCGGGAATACAGTGTGGCGACATCCTCCGGCACCGCAGCCCTTCATGTCGCGCTTGGTGCGGCTGGCGTCTCCGTAGGGGATGAGGTCATAACAAGCCCGATTACGGACCAGGGAACGCTGATCGGCATTCTGTATCAGAATGCCATCCCGGTGTTTGCCGATCTGGAGCCGCACACTTACAATTTGGATCCGGCTTCGGTTGAGGCGCGCATCACACCGAGAACCAAGGCCATTATCGTCGTCCATCTCGCGGGATATCCGTGCGATATGGATCCGATTATGAAGATCGCGAAGAAGCATGGCATCAAGGTCATCGAGGATTGCGCACAGGCCTATTTGACCCGGTACAAGGGCAGGCTGACCGGGACCATCGGAGATTACGGCTGTTTCAGCACGAATGATTTCAAGCATATTTCCACCGGGGACGGCGGTATGGTGCTGATCAATTCGGGAGCGCGCGAGGATTACGAAACCGCTCACGCCTTTGCGGACAAAAACTATCGCCGTCTAGGCACCACGGTTGACCGAGGAACGAGTTATATTGCACCGAATTACCGGATGACCGAGCTGCAGGGAGCCGTCGGAATCGCCCAGCTGAAGAAGCTGCCCTGGATATGCGAGCGGCGTAAGCAATACGGCGACCGGCTCAATGAAGGATTGCAGGGAATCCAGGGTGTCATTCCGCCGCAGGTTGACCCGGAGCATAATTGTACATACTGGTTCTACATGCTGCGGCTTGACCTGGATCAATTGACCTGCAGCCGCGAAGAGTTTTGCAGAGCGCTGGAGGCGGAAGGCATCCCGAACCGTGCCGGCTATATCCCACAGGTGTGCTATTTGCAGCCGCTGTTCCAGAAGCGGCAGGCTTATCCGGGAAGCCATTTTCCGTTTGACGGCAGCAGCGTTTCCTATAAACCTGGCCTGTGTCCGGTAGCGGAGGAGATTCTGGTCACGGCGGTTCAGATTCCACTGAACGAATTCTACTCGCTGGAGGATATTGAGGATATTATTCACGCGGTTGCCAAGGTGGGTGCTTGTTATGCCAAAAGCGATGAGTAA	METLAIHGGAPVKTGPFGTGKRFGDEEAAQLLEALEQNTLFYHFGSKVKQFLADFNAMYGREYSVATSSGTAALHVALGAAGVSVGDEVITSPITDQGTLIGILYQNAIPVFADLEPHTYNLDPASVEARITPRTKAIIVVHLAGYPCDMDPIMKIAKKHGIKVIEDCAQAYLTRYKGRLTGTIGDYGCFSTNDFKHISTGDGGMVLINSGAREDYETAHAFADKNYRRLGTTVDRGTSYIAPNYRMTELQGAVGIAQLKKLPWICERRKQYGDRLNEGLQGIQGVIPPQVDPEHNCTYWFYMLRLDLDQLTCSREEFCRALEAEGIPNRAGYIPQVCYLQPLFQKRQAYPGSHFPFDGSSVSYKPGLCPVAEEILVTAVQIPLNEFYSLEDIEDIIHAVAKVGACYAKSDE	PGPT0022785_236	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PEROSAMINE_MODIFICATION,PGPT0022785-per|rfbE-K13010	NA	NA
JZ016_00938	1704			hypothetical protein	ATGAGAAAGACAGCCAAAATCGGTTTATGGTTTAACAAGCGGTCGGCGGAGTATCTCTGGAGACACAGCCAGGACCAGTTTCAGCTTTATCTGGAGGAGGTGCTTGGGCATGCCGGCATTCCTTATACAAGGTTTGATGATGCCGATACCCTTGAGTCCTATCATCCCGATATCATCGTCGTGCTGCACGCTGGAGAGAAGGAAGAGGATCTGAACCGACTGGAGCAGTGGGCCCGACAGGGTGCGACGCTCATCAGCTACGGTGGATTGAATCGTATGGCCCGCCGGATGGGCTGTACCCGGTTTGCCATCCGGGATGCGGTGTATGGCGATCTGTCGGGGTTAAAATATGCGCAAGGCATTCCGGTTCTGAGGGCGGTAATCAGTGATCCGTGGATGGTATCGCAGACATCTGTCATGCCGGTTGAAGCAGACGGCGTTCTGCGCCGGCTACGGAAAGATGGTGCCGAGGCGTCCGCGGCCGTCATCAAGTTCCCACTCGGCGGCGGACGGCTGATCCGCTGGAACGTGGACATTCCTGCGAACATCGTCATGCTGCAGCAGGGCGGAGGGCCGGTCGTGCAGGACGGCATACCTGCTCCGGACGGAACAGGAGCGGTGGACGAAGGCATTCTGAAGGCGGATGACCGGTGTGAGCTGGACTGGAATGAGGACCGCTCGGTGACAGAGACCGGGATGCCTTATTTTGATACGCCGTATGCAGACTGGTGGCGCGAGGTGATTGTCCGCCAGCTAATGGAGGAAGCGGATGCGCTTGGATTGTCGCTTCCGTTTCTGGATTATTGGCCGGAAGGCGTCCATCAGGTGGCCATGATTTCGCACGACAGCGACTTCAACGTTGAGGAGGCGGCCCGAACGACGTTGAGCGTGCTTCAGAATAACGGCGTCCGATCGACCTGGTGCATGATCGAGCCGGGTTACTCTCCTTCGTTGTACAAGGAAATTCAGGCAGCCGGGCATGAGCTGGCTTTTCACTTCAATGCTTTGGAGCAGGAGAATGGCATATGGAGCGCCGAAGAATTCACACGTCAACTGAGCGTGATCCGGAGCACCAGCGGATCGCCAATCGTATCGAACAAGAACCACTATACCCGGTTTGAGGGCTGGGGAGAGCTCTATGAATGGTGCGAGTTGAACGGCATTGAAGCGGATCAGACCCGGGGGCCGAGCAAAAAAGGAAATGTCGGCTTTCCGTTCGGTACCTGCCACCCCTATTATCCTATCGCTCGTTCTCATGAGCGAAATCGGCTTTACCGGGTGCTGCAGATCGGCTTTCTGACCCAGGATCTGGAGCATCCCACACTTTCGGATGTGTCGGTGATTACCCCGTTTCTCGAAAAGGTGGCGGAGGTCCGCGGCGTCGCTCACTTTCTGTTTCACCAGCAGCATATCCATAACCTGGAGCAGGTCCGGCATGTGCTTTCGCTTGCCGTCGAAACCGCGAAGCGTCTTGGTTATGCGTTCTGGACGAGCGAGGAGATCACTCGATGGGAGCAGGCCAGAAGATCTGCGGTACTGCGGGTCGGCGCAGACGGAATCCTGATCGCCGAGAATCTTCCGCAGGGAGCGGTATTGCGTCAGCCTTTGAATGCGGAGGCGGACCCGTCAGCTTCACGGACGGAAATTCGCTTTGGGCGCCCGTGTGCAGAAGCGGCGAGCAGCGTGAAAACAGCAGCTGAATAA	MRKTAKIGLWFNKRSAEYLWRHSQDQFQLYLEEVLGHAGIPYTRFDDADTLESYHPDIIVVLHAGEKEEDLNRLEQWARQGATLISYGGLNRMARRMGCTRFAIRDAVYGDLSGLKYAQGIPVLRAVISDPWMVSQTSVMPVEADGVLRRLRKDGAEASAAVIKFPLGGGRLIRWNVDIPANIVMLQQGGGPVVQDGIPAPDGTGAVDEGILKADDRCELDWNEDRSVTETGMPYFDTPYADWWREVIVRQLMEEADALGLSLPFLDYWPEGVHQVAMISHDSDFNVEEAARTTLSVLQNNGVRSTWCMIEPGYSPSLYKEIQAAGHELAFHFNALEQENGIWSAEEFTRQLSVIRSTSGSPIVSNKNHYTRFEGWGELYEWCELNGIEADQTRGPSKKGNVGFPFGTCHPYYPIARSHERNRLYRVLQIGFLTQDLEHPTLSDVSVITPFLEKVAEVRGVAHFLFHQQHIHNLEQVRHVLSLAVETAKRLGYAFWTSEEITRWEQARRSAVLRVGADGILIAENLPQGAVLRQPLNAEADPSASRTEIRFGRPCAEAASSVKTAAE				NA	NA	NA	NA	NA
JZ016_00939	1596	lipO_9	COG1653	Lipoprotein LipO	ATGTTAAAGAAACGCAGACTTACCGCAGTAATGGCGGCCTTGCTCTCTATCAGCCTGGCTGCATGCGGCGGCCAGCCGAAAGCGGAGGAGCAGCCGAAAGCCCCGGCTTCGGGCGATAAGAGCCCGGCGCAGGCGGATCCAAAGTTTTCGATTACCGCAATCGATTTCCGGTATGGCGATCCGCCGCCGACTTCAAGTCCCGGCATTGACATGATCAACGAGAAATTCAATGTGGACTACAAGCCTGTTTTTGTACCGAACACCGCTTTTGATGAAAAGATCAACGCTGTATTCGCATCAGGTCAGATTCCGGATATGATCGGCTTAATGTCGACCGACTTGAAAAACCGCTACAACAAGTTTGCGAAGCAGGGTGCGTTTTTGGACCTCGAGCCGTACATCAACGATTATCCGACCTTGAAGGCCGTGCCCGATTACATATGGGACTCCATGCGAGTAAACGGCAAAATTTATGCGATTCCACAATATGCCCCGAAGTATCAGGTGGTACCGGTGATCCGCAAGGACTGGCTTGATAAGCTTGGCCTGAAACCACCGACCAATTATGAGGAGCTGAAGGAGGTAGCGCTGGCGTTTACGAACGGAGATCCGGACGGCAACAGCAAAAAGGACACGTACGGGATCGCCATCGGCCAGGATATTAATCCAAACTTTAACCAGGGACCCTATTGGGACCCGGATGCCTGGTACCATCAGGATGCGCAGGGCAACTACATCCCGGGCATAATCGGTGAAGGCCGCCGGGAGTTTATTACGATGCTGTCCGAGCTTTACAAGCAGGGAGCCATGACGAAGGACTACGCGATCCTGAACTGGGGAGACACGAACAAGGAATTTTATTCCGGCAAGGCAGGCATCTTCATCGGAACGCCGCGCGGCATGTCGCAGGACTATATGAACGGGCTGCTGGCGATACATCCCGAAGCCGAGTTTATACACCTGGAGCCGTTCGAGGACCCATACGGAAACAAGGGACTGACGGCTGGAGCAGGGTATAACGGCCTTACCGTGCTGAGCGCCAAACTTGAAGATGAGCCGGAAAAGCTGAAGAAAGTGCTGGAAATGATCGATTTCGGCCGCAAATTCTATCCGCAGGATCAGAAGAATGAGAAGAACGCCGATTTTGACTGGTGGTCAGGCAAAGTCGGTTCAGGTTACGTTATGCAAGACGGCGTGCCTGTCTTCAACGAGAACTTCGGCAGAGACGGCCTGGGTCCTTCAACGTATTATGTTGATAATTCATCTTGGGTACCGCAGGACTCGGACAATGTATATTCCATTACGTATCAGACCAAACAGCTGGTGGATCTTGTAGCCGCCATTGAAACGATGTACAAGGATATGAAGCTTTATATCAACCCGATCAATGGATTGGAGTCGCCGACGGACAACGAGAAAGGCGCAGAACTGAAAAAGTATGTCATGGATGAGCAGGTGAAATTGATTGCAGGCACCCGTCCCGTGTCCGATTGGGATAAACTGGTTCAGGAGTACATGGACAAAGGCGGAGCCCAGATCGTCCAGGAATACAACGCGAATATAAAAGAGAAGGATCCTAAAGCACTTTTTAAGTGA	MLKKRRLTAVMAALLSISLAACGGQPKAEEQPKAPASGDKSPAQADPKFSITAIDFRYGDPPPTSSPGIDMINEKFNVDYKPVFVPNTAFDEKINAVFASGQIPDMIGLMSTDLKNRYNKFAKQGAFLDLEPYINDYPTLKAVPDYIWDSMRVNGKIYAIPQYAPKYQVVPVIRKDWLDKLGLKPPTNYEELKEVALAFTNGDPDGNSKKDTYGIAIGQDINPNFNQGPYWDPDAWYHQDAQGNYIPGIIGEGRREFITMLSELYKQGAMTKDYAILNWGDTNKEFYSGKAGIFIGTPRGMSQDYMNGLLAIHPEAEFIHLEPFEDPYGNKGLTAGAGYNGLTVLSAKLEDEPEKLKKVLEMIDFGRKFYPQDQKNEKNADFDWWSGKVGSGYVMQDGVPVFNENFGRDGLGPSTYYVDNSSWVPQDSDNVYSITYQTKQLVDLVAAIETMYKDMKLYINPINGLESPTDNEKGAELKKYVMDEQVKLIAGTRPVSDWDKLVQEYMDKGGAQIVQEYNANIKEKDPKALFK	PGPT0017245_2200	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_00940	876			hypothetical protein	ATGAAGCAAAAATCCATCGCGGACCGTTTGTTTAACGGTGTGAATATCAGTCTGCTGCTTGTCATATCCGCGGTCATGCTGTTTCCGTTTGTATATTTGTTCTCGGTTTCATTTTCCTCGTTCGAGGATTTTTTGGGCAGCAAGCTGCTGCTATGGCCGTCTAAATGGACGACCGACGCCTATGAATATATTTGGGCCTCCAGGACGTTCCGGCAGGCGCTGCTGAACACCTCGGTGGTTACCGTGCTTGGCACCATCGTCAATCTGTTTTTTACGGCGACGATGGCATACGCCTTGTCCCGTCCGATCGTTGGTCAGCGTACCGTTATGTTTATGGTCGTATTTGCGCTCCTGTTCTCGGCCGGCATGATTCCGACCTATTTGGTCGTGCAGGAAACAGGACTGCTTAATTCCATCTGGTCGCTTATTCTGCCGGTGGCCATTGCGCCCTTCAACCTGATTGTCATCCGCCAATTTTTCATGAACATCCCAAGCGACATGATCGAGGCAGGCATTGTGGATGGCGCGAATGACCTGCAGATTTTCGGACGTATCATCCTGCCGCTCTCGAAACCTGCACTGGCGGCATTCAGCCTGTTTTATGCAGTTACGCACTGGAACAACTATTTTGCGCCGATTCTGTACATCAATGATCCGTCCAAATGGACGATTCAGGTGGTGCTGAGACAGATTGTGGTGGTGGGGGAAACGACAGGCACGCTCGGGGGGGATAATATGTTCCTCGAAAATCCGCCTCCGCCCGAGACGATTCAGATGGCCGCCATTCTGATGGCGACGCTGCCGATCCTGATCGTGTATCCGTTCCTGCAGAAGCACTTCGCCAAGGGCGTCATGCTGGGCGCCGTTAAAGGTTGA	MKQKSIADRLFNGVNISLLLVISAVMLFPFVYLFSVSFSSFEDFLGSKLLLWPSKWTTDAYEYIWASRTFRQALLNTSVVTVLGTIVNLFFTATMAYALSRPIVGQRTVMFMVVFALLFSAGMIPTYLVVQETGLLNSIWSLILPVAIAPFNLIVIRQFFMNIPSDMIEAGIVDGANDLQIFGRIILPLSKPALAAFSLFYAVTHWNNYFAPILYINDPSKWTIQVVLRQIVVVGETTGTLGGDNMFLENPPPPETIQMAAILMATLPILIVYPFLQKHFAKGVMLGAVKG	PGPT0017255_2414	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_00941	870	yteP_19	COG4209	putative multiple-sugar transport system permease YteP	TTGTACCTCTTGCTGCTGCCGGGCCTGCTCTATTTTATCGTGTACCGGTATCTGCCCATGCTGGGCATATCACTTGCCTTTAAAGAATACAGTCCGTTCCGGGGATTTGCGGAGAGTCCTTGGGTCGGATTCGCGAACTTTGCCCGTATTTTCGAAAGCTCCGAGGTGATCCAGGTGATCTGGAATACCCTGACCATCTCCTTCCTGCAAATCGCGTTCGCATTTCCGGCACCGATCTTTCTGGCTATCATGCTGAACGAGGTGGCCAATCCGCTCCTGAAAAGAGGGCTGCAATCCATCGTTTACATGCCGCATTTTCTGTCCTGGGTCGTGGTGGTCGGCATCGTGACGATCTTTTTCCGCAATGAAGGTCTGGTCAACGATGTGCTCCGCGAGCTGTTCGGTCTGCAGCAGACGATTCCTTTTCTGACCGAACCCGATTATTTCCGTGCCTTTCTGGTGCTGGAGGTCATATGGAAGGAAGCCGGCTGGGGGACGATTATCTTCCTGGCGGCGCTCGCAGGCGTTAACCCGGCTCTGTACGAGGCAGCCGTCATGGACGGCGCTGGACGCTTCCGCCAAATCTGGCATATTACGCTGCCCGCCATCCGCAGCACAATCATTATCATGCTGATCATACGACTCGGTGACGTGCTGGAGATCGGCTTCGAGCAGGTGTTCCTTCAGCTGAACGCCTTTAACATGCATATCGGCAATACGCTCGACACCTTTGTGTATTACAAGGGTATTCAACAGTCGGACTACAGCTTCTCCACCGCGGTTGGCGTTTTCAAGGGACTGGTTGGTCTCGTGCTGGTTATGGCCGCCAACAGGCTGTCCAAGCGCTTTGGCGAGCAGGGCGTATATTAA	MYLLLLPGLLYFIVYRYLPMLGISLAFKEYSPFRGFAESPWVGFANFARIFESSEVIQVIWNTLTISFLQIAFAFPAPIFLAIMLNEVANPLLKRGLQSIVYMPHFLSWVVVVGIVTIFFRNEGLVNDVLRELFGLQQTIPFLTEPDYFRAFLVLEVIWKEAGWGTIIFLAALAGVNPALYEAAVMDGAGRFRQIWHITLPAIRSTIIIMLIIRLGDVLEIGFEQVFLQLNAFNMHIGNTLDTFVYYKGIQQSDYSFSTAVGVFKGLVGLVLVMAANRLSKRFGEQGVY	PGPT0017250_1064	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_00942	2505			hypothetical protein	ATGCTTCGAACGGAATTTATAAAGCCCTCGCTGCTGGAGACGGGGGAAGAGCACCGGCTGAGCTTCATGCTAGCGGAGCCCTGCGGGAGACTAGAACCCCAATCGGATTCAGCGTATAGAATTACCTGCAGCGATCCGGAGACACTTGGGGTGAACGGAAGTCTGATAACCGGGCTGAAGCCGGGCGAGACGGAGGTATCCGTATATTCCCAGGGCGATAGCCCATCAGCGTGCAGCTGGAAGGTGCGGGTACAGCCGGCAGGTATGGATTCAGTCATGAAGCTGCAGGACCATCCGAGAATATTGTTTTCGGAAGAAGAACTCAAGGCATTTCGGGAACGGATTAAGCCGGGCGAGGGCCGTTCTTCGAGGATCATCGATGCATCTCGGCTATGGGAGGAATACCTGGCAAAAGCGGACGCCTATGTGGAGGAAGAAAGCTTCGAGGTGCTGTATCCGTCCATATCGGAGCAGTGGAAGGTTGAGCTGCCTCTGACAGAGCCGAAGCGGGCGCCCGAACCGCAAGGACATACCTTCTTCCCCTTCTGGACGATGTATGCCAGAGCGATTGAGGATCGGCTGGTCGTCATGTCCACGTCCTTCCTGGTGACGAATGAAAGAAAATATGCGGAGCGAGTGAAGGAGCATCTGTTGTCCCTGACTTCCTTCGGTAAATGGTATGAGTTTGACGAGCGGGGTGCAGAAGGAAATCTGAGCAACGCCCACCTGCTGCTTGGCGTTTCGAGTGCCTATGATGCGATTCACCGTCTTCTAACGGAGGATGAGCGGCGATCCATTCGCCAAGCCATTCTGGAAAAAGGACTGCAGCCGCTGGCCATCGATATCGGAAGCAGCGATATGCACAATATTGTCGCAGCCAAGCAGGTGGCGATGGTGTACGGTGCGGCGGCTATCATGGATGAGATCTCGTTTGCCGCCAAATATTTAAACGCCGGACTTACTTATCTTCAAAGCTATCTGGAACGAAAACGGGTGTCCGGCGAAACAGAGGGGCTGCTGTACGACAATGTGGCAGCACGACATGCTTGGATGGCGGCGGATCTTTACCGGAGAATCAGCGGCGATGACAGCCTGGTACAGGACCCGTATTTACGGGAAGAGCTTCCCGAGCGTTTTTTTCGGCTGATGGCGCCGGGGGAGGAGAGCTCGTTCCCGAATCTGTCGGATTCGTTTTCCAAGCTCGATATCACATACCTCATGGCCATGACAGCTACCCATTACGGCCATCCGGCAGCGGTGTGGTACTTGCAGAAGCATGCAGCGGCACATTACAATTCGCTTCTTTATTTGCGGAAAGAGACCTCCCCAAAGAGCCCGTCGGAGCTGTACGGCGCATGTGCTTCAGCGGTCTTCCGGAGCGTAGGCTGGGCCGCCCTGCGGTCAGGATGGGGCGATGAGGATCATCTGCTGTGCTTTGCCTCAAGCAGCTCGGCGAAGGACCATAATCACAGAGACCAGAACAATCTGGTGATCAATGTCGGCGGAGAATGGCTGCTGACCAATCCTGGCTATCAGGATTATGTACCCGGTCCGAAGGCGGATTACACTACCGGCACGATAGGACACAATTCGCTGCTCGTCAAGGGTCAGGGACAGCTCCACCTGGGAGGAGGCGATCTTCGGGAGGAACTGCTGCTACCGTCATTCGAGGCGGTTGTCGGGGACGCTACCGAAAGTTATGGGGGGCTGCTGAAAGGCTACCAGCGATCTGTCATACATATCGATTCGGCTTATTACGTCGTCGTGGATGATGTGGAACTGCATCAGGATTCAGATGAGGCGGAACTGCTGTTTCATACGACCTCGGCGGTCTTGGACGGTGATGAGCCCAAGGCCCCGGGCGAGAACCTGGAAAGCGACTCCATTGTATTCCAGGGGGAGAAGGCCGCTCTGCAGCTCATGTTCCCCTTTCCCGAGGAGAAGATGCTTTCCCTCCGTGAATACCCAGGGGCGGAGAGCTACGGTCCTTATGTTGCTGTCGGTGGCGCGACGGGAAAAAGACGGCGGTTTCTCACGCTGATCAACCCGCGATTCCAATATGGTGAAAGGCTGGAAATCCGTCAAAAGGAACAGAATGCCGGCAGCCTTACCTACGGTTTGACGGTGGTAAGGCAGAATAGGGCGGAGGATATCTGGCTGTTCTGCGCTGACGCGGCTGAAGCACGCTACCGGGGCATTACCTTCCTGGGAGATACCGCCCACATCTCCGGTGACGGCAAGCTTCATTTGTGGAAGGCGGTGCGTCTGTCCGGCGGGGACATCGCTTTCGAGGCGGAACTGCCTCTAAGCATATACACCGATGCCCGCGATTCAACCTGCTTCGTGCATAATCCCCATCCGGTAGAAGTTCTCTTCAAGCTGAAGCTGATAACTGCCGGCGTGGAAGTCGAACAAACCACGCCACCCGGCTATTATGAATGGAATCTTATGAACATCGGCAGAGGTGGTCAGGCGGAAGGGAGAGAAGCTATGTGGAAACCGTGA	MLRTEFIKPSLLETGEEHRLSFMLAEPCGRLEPQSDSAYRITCSDPETLGVNGSLITGLKPGETEVSVYSQGDSPSACSWKVRVQPAGMDSVMKLQDHPRILFSEEELKAFRERIKPGEGRSSRIIDASRLWEEYLAKADAYVEEESFEVLYPSISEQWKVELPLTEPKRAPEPQGHTFFPFWTMYARAIEDRLVVMSTSFLVTNERKYAERVKEHLLSLTSFGKWYEFDERGAEGNLSNAHLLLGVSSAYDAIHRLLTEDERRSIRQAILEKGLQPLAIDIGSSDMHNIVAAKQVAMVYGAAAIMDEISFAAKYLNAGLTYLQSYLERKRVSGETEGLLYDNVAARHAWMAADLYRRISGDDSLVQDPYLREELPERFFRLMAPGEESSFPNLSDSFSKLDITYLMAMTATHYGHPAAVWYLQKHAAAHYNSLLYLRKETSPKSPSELYGACASAVFRSVGWAALRSGWGDEDHLLCFASSSSAKDHNHRDQNNLVINVGGEWLLTNPGYQDYVPGPKADYTTGTIGHNSLLVKGQGQLHLGGGDLREELLLPSFEAVVGDATESYGGLLKGYQRSVIHIDSAYYVVVDDVELHQDSDEAELLFHTTSAVLDGDEPKAPGENLESDSIVFQGEKAALQLMFPFPEEKMLSLREYPGAESYGPYVAVGGATGKRRRFLTLINPRFQYGERLEIRQKEQNAGSLTYGLTVVRQNRAEDIWLFCADAAEARYRGITFLGDTAHISGDGKLHLWKAVRLSGGDIAFEAELPLSIYTDARDSTCFVHNPHPVEVLFKLKLITAGVEVEQTTPPGYYEWNLMNIGRGGQAEGREAMWKP				NA	NA	NA	NA	NA
JZ016_00943	3030			hypothetical protein	ATGAAGCTCAGATTGTTTCGATCCAAAGGTTGGACGTGGACCCTTGCTTTCGCAATGATTTTTCCCCAGCTGTTTATGCCGGCGGGCGCCGATGCTGAGGGGAGCACTAAGCCCGCACACTCGTCGTACGGTCTGGACCTAACGCTGCCGGACACGGTTGATGTAGGTAACCTGGTTGATTACACCGTGACGCTTGCCACTTATGAGACGGCCTCTGCAACCTATGGAAATGTTTATTTTGAAGTGGATACAAGCGGGCCGGGGCACGCGGTTTATAGTTCTGCCGAGGTTCCAGGAGCTGGGGAGGTATCCTTCACTGACCGTTCGAAATTGCATAAAGAGGGATTCCGACTGCCTCCGCAATATTCTAACACCTCGAACTGGACGGTAGAGTTCGATCAGCCGGGAGAATATGTCGTGACCTATAAAGTCATCAGCCGGGATGGAACGGTGGTTGCTGCCACGGTGAAGAAGGTCAATGTGACCTCGGGCCAATCGCAGTATCAGATCGAGATCATGGATCTGGATCAGGCTGGCGTAGGGGAAAACCTGTCTATGCCCGTCACGATCTCCACGAAAGCCCGCGAAACAGAAGGCATTAAGCGTGCCTATCTGCAGGTTTCCAAGACCCAAGGAGAAGGAGATATGATCTTCACCGTTCAGGACGAAGAGGGACGCTATCAGTCGATACTGAACAACGGGGAGTACGGCAGGCCGGGCTTCGAGCTGCCAGCAGATTACCATTCCACCAAGGATTGGAGCGTCAAATTTTCGAAAATCGGTTCGTACACCTTCAGCTACCGGCTGATCGACAGCGAAAGCGGTGATGTGCTGGCTGAAGACGAGGAATCGGTGGAAGTCGTTCCCGCCTATCAAAATCTGGGCATCCAGGTGTATAACAACTATGTCATGCGGGCTGTATTCGGAAAAGAAAACGGACGCGATGTCGCTTATATGGTTCAGGTCGGCGATCCGGCCCAGCTCGTTGTCGTCGATATTCAGACCGAGGAGACGATACAGGCGATCGATCTGCCGGGGGCAACCGGAGCCTGGGGGATGGCCGTAGCTACGGACGGCATGGTTTATCTCGGTTCCTACGGCACCGCTTCACTTTACCGGTATGATCCGTCTACCGATACGATCGTCAATCTGGGAGACCCGGCCGAGGGCACGGCCAGCCCAACCACTCAGTTTTTCGAGCTGACCCCGGGAGTGGACGGCAAAATCTACGGCGGTGTCTATCCGTCAGGTTCGGTGTTTGAATATGACCCGGTAAAAGGCTTTACGAATTTCGGCAACCCTGTGCCTGGCCAGATTTATCCGCGGAGCGTGGCATACGACAAGGAAGAAAACATGTTGTACGTCGGAGGCGGCGGAACGAAAAACTACCTCATTCGCCATGATCTGAACACCGATCAGAAGACCAACATCATGCCGGCACAGTATAATCTGACGAGCACCTATGATCTGAACATCGCCGGCGATAAGCTGTTCCTGAAGATGGACCCAGGCTACAAGATGATCGTGTTGGACAAAATCACCGGTGCGGTGATTAAAGACGATGAGCTTATCCACTCCAGAGGTGTGTCCGAGCCGCACGAAGGGAAGGTATACTTTACCTACGGCGGCATTCTAAAAAGCTATGATCTGTCGACCAACCAAGTGGAAGAGATATACACAGGCAGTGAAGTAATCAATTTTGTCTCCAACGTGATTGGCTGGGGCTCAGCTTTGATTGATGATCCCGATTATCCTGGTCCGACGCTGATCGGCGTTGCCGGAAATAATTCGGCCAAAGTAATCAAATACAATTTGGAGCGTGGCACGCTGAAACAGGCCATCATGCCGCTGCCAAAGCAACCGATCGACTTGCATATTACCGGGCAGGGGCCGGACGGCAAAATCTATGCCGGCGGATTCCTTCCCGGCGGTATGGGCATTTATGATCCGGACACAGGCCTTTCCACCAACAACTCGATCGGGCAGACTGAAGGGATGACTTCCATTGGAGAGAAAATGTACTTCGGTACCTATCCGGGCGCAAATATTTTTGAATATGATACCAACAAGCCGTGGAGAAGCTCCGGTACCAACCGAACCGTGAACAAGCTGTTTGATTTGAAAACCGAGCATCTGCAGGATCGTCCATTTGCCATGCTAGGAGCGGAAAACATGCTGTTCATCGGCACAGTTCCGGACTACGGGAAGCTAGGTGGAGCCTTCAGTGTTTATGACCCGGCCACCAAGAATTTGTCGGTTCATACGCAGATCGTGCCGAATCAGAGCATCGTATCCCTGGCCTACAAGGATGGAAAGATTTATGCAGGCAGCTCCATCCGGGGAGGCCTCGGCAGCACACCGACCGAAAATGAAGCGAAGTTATTTGTATGGGATATAGCGAGAGGAATAAAGGAAAAAGAGATCGTGCCAGTTCCAGGAAAAGGAGCTATCACCTCGCTGATAGAAGGTCCGGACGGGAACATCTGGGGCTTTGCCATGGGAACGTTGTTCATCTATGATCCGTCGTCAGGAGAGGTGATATATCAGGACGAGAAGTTTCCGGATGCGGGCGGACAGTGGAGAGATGCAAGCCTCGTTATCGGGAAAGACGGCCTCGTCTATGGAACGATGAGCGGTAAGCTGTTCTCCATCCATCCTGACGACAAAACATTAACCGTCATGAGAAACCAGGCTGCCTGGTTGTCGCGGGATAACATGGGCAACCTGTACTTTGTGACCAATAATGAGCTTTGGCGCCATGTGATCGAGGATAACAGAGCTGCGGTTACCGAGGTGCGTCTGAGCGCGAGCACGCTGGAGTTGTCCGTTGATCAAACGGCCGAATTAAAAGCGGAGGTTCATCCATCATTTGCAACAGTAAAGAACGTCACGTGGACCTCCAGCAATAGCGCCGTTGCCTCCGTCAGCGCTACCGGAGTCGTCAAAGGCCTGCAGCCGGGAACGACGGTTATTAGGGTTACAACTTTAGACGGCAGCAAGACGGCGGAATGCGTAGTTACCGTTAATTAG	MKLRLFRSKGWTWTLAFAMIFPQLFMPAGADAEGSTKPAHSSYGLDLTLPDTVDVGNLVDYTVTLATYETASATYGNVYFEVDTSGPGHAVYSSAEVPGAGEVSFTDRSKLHKEGFRLPPQYSNTSNWTVEFDQPGEYVVTYKVISRDGTVVAATVKKVNVTSGQSQYQIEIMDLDQAGVGENLSMPVTISTKARETEGIKRAYLQVSKTQGEGDMIFTVQDEEGRYQSILNNGEYGRPGFELPADYHSTKDWSVKFSKIGSYTFSYRLIDSESGDVLAEDEESVEVVPAYQNLGIQVYNNYVMRAVFGKENGRDVAYMVQVGDPAQLVVVDIQTEETIQAIDLPGATGAWGMAVATDGMVYLGSYGTASLYRYDPSTDTIVNLGDPAEGTASPTTQFFELTPGVDGKIYGGVYPSGSVFEYDPVKGFTNFGNPVPGQIYPRSVAYDKEENMLYVGGGGTKNYLIRHDLNTDQKTNIMPAQYNLTSTYDLNIAGDKLFLKMDPGYKMIVLDKITGAVIKDDELIHSRGVSEPHEGKVYFTYGGILKSYDLSTNQVEEIYTGSEVINFVSNVIGWGSALIDDPDYPGPTLIGVAGNNSAKVIKYNLERGTLKQAIMPLPKQPIDLHITGQGPDGKIYAGGFLPGGMGIYDPDTGLSTNNSIGQTEGMTSIGEKMYFGTYPGANIFEYDTNKPWRSSGTNRTVNKLFDLKTEHLQDRPFAMLGAENMLFIGTVPDYGKLGGAFSVYDPATKNLSVHTQIVPNQSIVSLAYKDGKIYAGSSIRGGLGSTPTENEAKLFVWDIARGIKEKEIVPVPGKGAITSLIEGPDGNIWGFAMGTLFIYDPSSGEVIYQDEKFPDAGGQWRDASLVIGKDGLVYGTMSGKLFSIHPDDKTLTVMRNQAAWLSRDNMGNLYFVTNNELWRHVIEDNRAAVTEVRLSASTLELSVDQTAELKAEVHPSFATVKNVTWTSSNSAVASVSATGVVKGLQPGTTVIRVTTLDGSKTAECVVTVN				NA	NA	NA	NA	NA
JZ016_00944	912	gltR_1	COG0583	HTH-type transcriptional regulator GltR	ATGATGGAATTGCGCCAACTGAACACGTTCCGCACGGTTGCCACAACTTTAAATTTTAGTCGGGCTGCGGAAGTGCTGAATTATGTCCCCTCCAACGTCACGATGCAAATGAAAGCATTGGAGGATGAACTTGGTGTTCGTCTCTTTGACCGCTTGGGCAAGCAGCTCGTTCTGACGACTGCGGGTAAGCGTTTTTTGACTCAAGTCGAAGGGGTGCTAAACAAATTGGACGAAGCACGCAGCGTCGTACATGACAATGATAACTTAAGCGGCACTCTAACGATTAGCGCTAACGAAGTTCTTTGCGCCTATCGGCTTCCCGTTGTCTTTCAACGTTTTCGTTCGCGCCATCCGGGCGTGCGCCTCATCTTCCGCTCCGTTCCCAATCAGGAACTCAAGCAAACGCTCTTTGAGGGAACCGCGGATGTCGTCTTTATGTTGGACGAACCTATTCGCTCAAGCGGACTTGCGGTGGAGCCGTTGGTGGAAGAAACTTTCCGATTATTCGCTGCTCCGAACCACCCGCTTGCAAAACGCACTGTGCTGCAGCTGGAAGATTTTCACCGAGAAGTGTTTCTGACGAATGAAAAGGGTTGTCCCTATCGAACCATGTTTGACCGGTCGTTTGAGAAAGAGGGCATTGATAGTATTACTTATTTAGAGTTTCAAAGTGCCGAAGCCATTAAACAATGCGCAATTACGGGAATCGGCATTGCCTTTCTTCCTGAGATCGTCGCGGAAGCCGAAGTTGAACGGGGCGTACTTGTTGCCCTTCCATGGCAGATTCCGGACTTGCACGTGTATACACAAATGTCATGGCATAAAGATAAGTGGCTTTCACCTATCATATTATCTTTCATAGAAGCAGCAAGGGAGGTAATTGCTGTAGAGGAGGAGGAGAAAATCGTATAG	MMELRQLNTFRTVATTLNFSRAAEVLNYVPSNVTMQMKALEDELGVRLFDRLGKQLVLTTAGKRFLTQVEGVLNKLDEARSVVHDNDNLSGTLTISANEVLCAYRLPVVFQRFRSRHPGVRLIFRSVPNQELKQTLFEGTADVVFMLDEPIRSSGLAVEPLVEETFRLFAAPNHPLAKRTVLQLEDFHREVFLTNEKGCPYRTMFDRSFEKEGIDSITYLEFQSAEAIKQCAITGIGIAFLPEIVAEAEVERGVLVALPWQIPDLHVYTQMSWHKDKWLSPIILSFIEAAREVIAVEEEEKIV				NA	NA	NA	NA	NA
JZ016_00945	1020	metXA	COG2021	Homoserine O-acetyltransferase	ATGGATTATGAGATTTTTAATTTGGGTGACGTTACCTTGCAATCCGGAGTGACGTTACCGAACGCTTTTCTTGCTTATAAGACATATGGACAATTGAACGAGAAGAAAGATAATGTCATCGTCTATCCAACGGCTTTTGGCGACCACCATGTTCAGAATGAGTGGTTGATTGGAAACGATATGGCACTAGATCCGAGAGAATACTTCATTATCGTTCCAAATCTGCTGGGCAACGGATTATCTTCGTCACCCAGCAACACGCCTCCCCCATTCGACCGGGCTAATTTTCCGCAGGTAACCATCTATGACAACGTTAAGTTCCAGCATCGGCTGGTCACCGAAAAATTCGGGATTCATAAGATTGCACTCGTCGTTGGATGGTCCATGGGAGGCATTCAAGCATTCCAGTGGGGAGCAAGTTATCCAGACATGGTGGAACGAATTGCCCCCTTCGCCGGTGTTGCAAAGACTTGGCCTCAAACGTATGTCGTCTTGGAAGGGATGAAAGCTGCACTCTTATCTGCAGTCGGCTCCAATTCAAGTAAACTAGACCAGTTGACTTCTGCTGACATGCGTGCCGTTGGTCGTGTCTATGCGGGATGGGGGGTATCCCATGCGTTTTACAGAAAGGAACTTTATCGTGAGCTGGGATTTGACGCATTGCCGGATTTTGTGGCTGGTTTTTGGGAGGAAAGCTTTATGCAGATGGATCCGCACAATGTCCTGGCCATGTTATGGACAGGGCAGCATGCAGATATTAGTGCAAACCCCTCTTATAACGGAGATTTCGATAAGGCGCTCAGAAGCATCAAAGCACTTGCGTGTGTGATGCCAGGGAGCACGGATCTTTTCTGCACGGCGGACGATAACGAATACGAGGCTAAGCTTATTCCTCATGCTGTGTTTAATCCGATCGAGTCGATCTGGGGACATTTTGCTGGTCGCGGTATCAACCAAGCCGATAATAAATGTATTGATGACAACCTTAAACGCTTGTTGGCGCTTAGGACAAACGGATAA	MDYEIFNLGDVTLQSGVTLPNAFLAYKTYGQLNEKKDNVIVYPTAFGDHHVQNEWLIGNDMALDPREYFIIVPNLLGNGLSSSPSNTPPPFDRANFPQVTIYDNVKFQHRLVTEKFGIHKIALVVGWSMGGIQAFQWGASYPDMVERIAPFAGVAKTWPQTYVVLEGMKAALLSAVGSNSSKLDQLTSADMRAVGRVYAGWGVSHAFYRKELYRELGFDALPDFVAGFWEESFMQMDPHNVLAMLWTGQHADISANPSYNGDFDKALRSIKALACVMPGSTDLFCTADDNEYEAKLIPHAVFNPIESIWGHFAGRGINQADNKCIDDNLKRLLALRTNG				NA	NA	NA	NA	NA
JZ016_00946	360			hypothetical protein	ATGGTAAGTGGGGCAAAGCGCCATGTTGGCCTGATGCTTATGTTAACCGGGTTACTGCATGTGATTTATGGACTTTTTGCATACGCAAGTCAATTACACCCCCTCATCACTGAAGGCTTGTGGGGTACAGTGGCGGATGATCAGTGGGATCGTGGAACCGCGTTCTGGTTCACGATGTTTGGATTTCTGCTAATGTTGCTTGGCTATATGGTGGATTGGCTGATTAAAAAGAAGGGGATCGTTCCTCCCGCAGTTCTCGGTTGGATGCTGCTAAGTGTCTGCTTAATCGGCGCTATCGTAATGCCAGCTTCGGGTTTTTGGCTTGGCCTGCCTCAGGCATGGCTTTTATTACGAACGTGA	MVSGAKRHVGLMLMLTGLLHVIYGLFAYASQLHPLITEGLWGTVADDQWDRGTAFWFTMFGFLLMLLGYMVDWLIKKKGIVPPAVLGWMLLSVCLIGAIVMPASGFWLGLPQAWLLLRT				NA	NA	NA	NA	NA
JZ016_00947	399			hypothetical protein	ATGATGAAAACTTTAGGATCCTTGAATATGGATGTGATAACTTTATTTGTAGAGGATTTGCAAAGAGCGAGGGCGTTCTATCAAGAAGTATTCGGATTATCCGTCGTATATGAAGACGCTGTTTCTGCGGTATTCAACTTCGGAAATATGAGCATAAATCTCCTGGATATTTCTGAAGCATATGGTCTGATCCATCCTGGAACAGTCGCAAACCGAGATTCCGGATCTCGTTTCCAGTTTACTATCCGGGTGGATGATGTAGATGCAGTGTGTGATGAATTGAAACCACATGGCGTAACTCTACTTAACGGTCCAATGGACCGGCCTTGGGGAGTACGCACTGCTGCCTTCATGGATCCGGCAGGACATGTCTGGGAGATAGCGCAGCAATTAACCTAG	MMKTLGSLNMDVITLFVEDLQRARAFYQEVFGLSVVYEDAVSAVFNFGNMSINLLDISEAYGLIHPGTVANRDSGSRFQFTIRVDDVDAVCDELKPHGVTLLNGPMDRPWGVRTAAFMDPAGHVWEIAQQLT	PGPT0013300_3495	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_00948	501			hypothetical protein	TTGAATTATTCGGAACTAATCGATTTATACAAGATCAATCTGCAGCAGTATTCCATCGACCAATTAAGACATGTATCTGATCGAGGCGTATGGTCACTCGGCCAAATGTATGACCATATGATCCTCACTGCTCTCGATTACCTTGACCAAGTGCAAAGATGTGCGTCCATGAGTGAAGAGCAACTGCAAGGAAAGACAGAGGCTGGTTATCAATTGTTTTGCGCCGGTTCATTTCCTCCGATAAAAATCAGATTACCGGATGGGCCTGAGAATACCCCAAGTAATTCGGAAACCGTGGATGATCTCATTCGCGGACTCGATACGGTGCTTCAGAGAATGTATGAATGGGAGGAAAACTTAAATGCAATAAACCCAAATTATAAAGTCAGACATGAGGGATTTGGGTGGCTCAACGCACGGGAGTGGTTCGATTTGGTCGGTATGCATTTCCGCCATCACTTACGGCAGAAGGTCGAACTGGATCTAAAACTTGAGTTTTAA	MNYSELIDLYKINLQQYSIDQLRHVSDRGVWSLGQMYDHMILTALDYLDQVQRCASMSEEQLQGKTEAGYQLFCAGSFPPIKIRLPDGPENTPSNSETVDDLIRGLDTVLQRMYEWEENLNAINPNYKVRHEGFGWLNAREWFDLVGMHFRHHLRQKVELDLKLEF				NA	NA	NA	NA	NA
JZ016_00949	891			hypothetical protein	ATGGAAAAGGGTGAACTTGGATATAGCAAGGTATGGGCAATGCCGAAAGATATCATAGCAGCGGGTTGCCGTCATACCGTAGGACTTAATTCGGACGGTACGGTAACAGCTGTAGGGGATAATAAATATGGCCAATGTGATGTAAGCGGCTGGCGAGATATGGTTGCGGTAGCGGCGGGGAATGTTCATATGGCGACGAATACAGGTAATGCTCATACCGTCGGGCTTAGATCGGACGGCACCGTGGCAGCTGTGGGTTGGAACAAGCATGACCAATGCAATGTAAACGACTGGCGTGACATCGTGGCGGTTGCGGCGGGTTGGCGTCGAACCGTCGGGCTTAAATCGGATGGCACGGTGGTGGCTGTGGGTCGAGATCATGAAGGCCAATGCAATGTGAGCGGCTGGCGTGATATGGTTGCGGTTGCGGCTGGTGACTGGCATACCGTCGGGCTTAAATCGAATGGAATGCTGACAACTGTGGGTAACAATCGTTATGGCCAATGTAATGTAAGCGGCTGGCGCGACATTGTGGCAGCTGAGGCAGGGTACCTTCATACTGTCGGGCTTAAGTCGGACGGCACGGTGGTGGCTGCGGGTTTAAATAAGCATGGCCAATGCGATGTAAGCGGCTGGCGCGATACTATGGCGATAGCGGCGGGTAGTCATCACACCATCGGCCTAAGATCGGACGGTACGGTGACGGCTGTGGGTTGGAATGAGCATGGCCAATGTAATGTAAGCGGCTGGCGCGATATTGTTTCAATTGCTGCGGGTTGCGTTCATACTCTCGGCGTAAAATCGGACGGCACGGTGGTGGCTGTAGGCGATAATGAATATGGCCAATGTGATGTAAGTGGTTGGCATGACATCCAACTGCCCAGTAATTAA	MEKGELGYSKVWAMPKDIIAAGCRHTVGLNSDGTVTAVGDNKYGQCDVSGWRDMVAVAAGNVHMATNTGNAHTVGLRSDGTVAAVGWNKHDQCNVNDWRDIVAVAAGWRRTVGLKSDGTVVAVGRDHEGQCNVSGWRDMVAVAAGDWHTVGLKSNGMLTTVGNNRYGQCNVSGWRDIVAAEAGYLHTVGLKSDGTVVAAGLNKHGQCDVSGWRDTMAIAAGSHHTIGLRSDGTVTAVGWNEHGQCNVSGWRDIVSIAAGCVHTLGVKSDGTVVAVGDNEYGQCDVSGWHDIQLPSN				NA	NA	NA	NA	NA
JZ016_00950	141			hypothetical protein	ATGATATGGCAGAAAAACAAACGGCTGGACGTAATTTACTCGGTGAGTTTGCACCCAAATTCGCTCAACTCAATGATGACGTCTTATTTGGTGAGGGATGGTCCAGAGAAGAGGAGTTATCCCCTCGTCATCGAAGTATAA	MIWQKNKRLDVIYSVSLHPNSLNSMMTSYLVRDGPEKRSYPLVIEV				NA	NA	NA	NA	NA
JZ016_00951	417		COG0789	putative HTH-type transcriptional regulator	ATGAAGACATATTCGATCAGTGAAGCAGCAAAGGAATTAAATGTCACTGCTTATACGCTGCGTTACTATGACAAGGAAGGACTTATGCCTTTTGTTGAACGCACGGCAAGCGGCCAACGTTTGTTTAAAGAATCCGATCTTGCCGCTTTAAAGGTAATTGAATGTTTAAAATCCACAGGTATGCAAATCAAGGAAATAAAGACCTTCATAGATTGGGTGATGGATGGAGATGCCACATTGCAGCAAAGATTTGACATGTTTATGGAACGAAAAGCTATAGTGGAAAAACAGATGGAAGAACTAAAACAAACAATGGAACTAGTCGAGCATAAATGCTTATACTACAAAACGGCATTAGAAGCCGGAACTGAAGATATTCATATAAACAATAAAATAGAAATTCCTATTTCTAACTAA	MKTYSISEAAKELNVTAYTLRYYDKEGLMPFVERTASGQRLFKESDLAALKVIECLKSTGMQIKEIKTFIDWVMDGDATLQQRFDMFMERKAIVEKQMEELKQTMELVEHKCLYYKTALEAGTEDIHINNKIEIPISN				NA	NA	NA	NA	NA
JZ016_00952	747			putative oxidoreductase	ATGACGATTGAAAACAAAGTAGTTATAATCACTGGAGCTTCTTCCGGAATTGGAGAAGCTACTGCAAAATTATTGGCAAGCAAGGGTGCCAGAATTGTTATGGGCGCACGCCGCGAAGACAAATTAAAAGCCTTGGCTGAGGAAATTCAAAAAGCTGGTGGACATGCTGCTTATCGTGTAACAGATGTTGTTAATCCAGATGATAGTCATAAACTTGTTCAGCTAGCTAAAGACACTTTTGGCGGTGTCGATGTAATCTTCTTGAACGCTGGACTAATGCCTAATTCCCCCCTTTCCGAATTAAAAACAGACGAGTGGCACCAGATGGTTGACGTAAATATTAAAGGTGTATTGAATGGTATCGCCGCAGTATTGCCAACATTCACATCGCAAAAGTCTGGACATATCATCACTACTTCATCCGTGGCCGGGCTCAAAGCTTACCCAGGCGGTGCGGTTTATGGCGCAACAAAGTGGGCTGTTCGGGATTTGATGGAAGTGTTGCGCATGGAATCAGCCCAAGAAGGTACGAACATCCGCACAGCAACGATATATCCCGCGGCGATCCACACGGAATTGCTGGATACAATTACGGATAAGAATATTTCTGAAGGTATGACTGCGTTGTACGAACAATATGGCATTTCACCTGATCGAGTAGCCAATGTTGTCGCATTCGCGATTGATCAGCCAGAAGATACGAACGTTAATGAATTTACAATTGGACCAACAAAGCAACCTTGGTAA	MTIENKVVIITGASSGIGEATAKLLASKGARIVMGARREDKLKALAEEIQKAGGHAAYRVTDVVNPDDSHKLVQLAKDTFGGVDVIFLNAGLMPNSPLSELKTDEWHQMVDVNIKGVLNGIAAVLPTFTSQKSGHIITTSSVAGLKAYPGGAVYGATKWAVRDLMEVLRMESAQEGTNIRTATIYPAAIHTELLDTITDKNISEGMTALYEQYGISPDRVANVVAFAIDQPEDTNVNEFTIGPTKQPW				NA	NA	NA	NA	NA
JZ016_00953	1734			hypothetical protein	ATGAATGGTTGGATTCAGGCGGGTACAGTGGATGATCTTCGAGAAGGACCGAAGCTGATTAAGGGGGGCATCGTAGTATTTTATCACGAGGATGAAGTGCACGCGCTTGACAACCGGTGCCCTCACCTCGGTTTTCCGCTCCACATGGGAAGTTTATGCAACGGAATTTTGACATGCCATTGGCATCATGCCCGGTTTGATGTATGCAGCGGCGGAACGCTGGACCCTTGGGCGGACGATGTACCGGTACACGATATAACCGTTCAAGACGGTTTGATATGGGTCAACCCAAAATCCAGGAACAGCAATCAAGTACAGCTGTATAAAGACCGACTTCTGAGCGGCCTTGAGCAAAATATCGGACTTGTCATAGCCAAGTCCATAGTCGGATTAATGGAGGCGGGCGTTCCAGATACGGAAATTGCCGCGATTGGGATCGAATTTGGGGTCAAACAGCGCAGGCAAGGGTGGGGCTCTGGATTAACGATTTTGACCGCGATGGCCAACGTCCTGCCAAAGCTCGATAAACAAGGCCGGATCCTTGCGTTGTTTCAAGGACTCCTGCACACGGCGCGCGAATCAGCCGGTGGCGGAACGCGATTCTTACTCGATCCACTTCCGGATGCAGGCGTCTCCGAAGAACGGTTGACGGGATGGTATCGCGATTGCATTGAGGTTCGGGATACGCGCGGTGCGGAACGGGTACTGCTGACTGCCGTGCAAGCGGGAACCGATAAGAAGCGATTATTCTCTATGATGAGCATGGCGGCGACGGATCATTTTTATATTAATGGAGGCCATACGCTAGACTTCCATAATAAGGCATTTGAGAGCTTGAAGTACGTTGGGCACGAGCAGCACCAATATGTACTCGCTTCACTCGTTCCGATGTTCGGGAACGCATCGCGGAGCGAAGAGCTTCATAGCTGGCAGTCCCCGGTCAATTTGGTTCAGCCGATAAAGGAAGCGTTTGAGGAGCTGTCCCAAAAAGGCGTTTCAACGGGAAGCGGGGGCTCTGGCATCGATGACGAGGCGCTGTTTCAAGCGCTGCTTGGCGATGATCCGCTTCGGACAGTACACATGTTGAAGGATGCTTTACTCGGGGGCGCCTCTGCAGTGCGTATCTCGCAAATTGCCGCATTGGCTGCTTCAGAACGGATCGTCCGTTTCCATACGCATAACGATTTCGGGGACTGGATCTCGGTGCTGCACACCTTTACGCATGCTCACGCCGTTCACGAAGGTTTGATCCGCTCCGCTGATTTATGGCTGGTTCGCGGTATTTTCCATACTGCGGCTACGATTTACCTCGACCGGTTTTTGAACGTCCCTGCTGCACCGAGACCAGATGCAATGGGTGCAACAGAGGAAGTACCGCAGCCCGCCGAGCTGCTTGAGATTCTCAACAAGCAACAGCAAGTGGCGCCGGCGGCGGCATGGGTGATCCGTTATCTGCGCAGCGGCGGAAAGCCAGAACCTTTATTCAACGTATTGGGTCATGCGCTCCTTCGAGAGGATGCAGAATTCCACACCTTCCAGATGTACGAGGCGGCCGTGGCGGAATATGACCACTGGGCTTCCGAGTCTGGACCGTTCGCAGAGAGGGCCCGCGAAACGCTGATCCTTGCGGTTACCCGTTATTTGGCGTCGCATGCTCCGACTTCCCGTGAGACGCCGCATACGGCTAAAATTGCATGGCGGCTCCATCGTGGCGAGAAGTTGTTCGAAGAATAA	MNGWIQAGTVDDLREGPKLIKGGIVVFYHEDEVHALDNRCPHLGFPLHMGSLCNGILTCHWHHARFDVCSGGTLDPWADDVPVHDITVQDGLIWVNPKSRNSNQVQLYKDRLLSGLEQNIGLVIAKSIVGLMEAGVPDTEIAAIGIEFGVKQRRQGWGSGLTILTAMANVLPKLDKQGRILALFQGLLHTARESAGGGTRFLLDPLPDAGVSEERLTGWYRDCIEVRDTRGAERVLLTAVQAGTDKKRLFSMMSMAATDHFYINGGHTLDFHNKAFESLKYVGHEQHQYVLASLVPMFGNASRSEELHSWQSPVNLVQPIKEAFEELSQKGVSTGSGGSGIDDEALFQALLGDDPLRTVHMLKDALLGGASAVRISQIAALAASERIVRFHTHNDFGDWISVLHTFTHAHAVHEGLIRSADLWLVRGIFHTAATIYLDRFLNVPAAPRPDAMGATEEVPQPAELLEILNKQQQVAPAAAWVIRYLRSGGKPEPLFNVLGHALLREDAEFHTFQMYEAAVAEYDHWASESGPFAERARETLILAVTRYLASHAPTSRETPHTAKIAWRLHRGEKLFEE				NA	NA	NA	NA	NA
JZ016_00954	384			hypothetical protein	ATGAAAATAATGGTTACCAGTTTATTCGTGGAAGATCAAGACAAGGCACTGGAGTTTTATTCAGAAAAGCTTGGTTTTGTAAAAAAGGAGGACGTTCCCGTCGGAGAATTTAGGTGGATAACGCTTGTTTCGCCCGATGAGCAGGACGGTACCGAGCTTTTACTCGAACCGAATAACCATCCTGCCGCCAAGGAGTATCAAAAGAAGATATTTGCCGATGGCATCCCAGCAACCATGTTTGGCGTTGCAGAAATTAATAAAGAGTATAAACGATTGTTGGAACAAGGCGTAAAGTTTACTATGGAGCCGACAAAAATGGGCGAGCTTACAATAGCTGTCTTCGACGATACCTGCGGTAACCTAATTCAGATTGTGGAGAAGTAA	MKIMVTSLFVEDQDKALEFYSEKLGFVKKEDVPVGEFRWITLVSPDEQDGTELLLEPNNHPAAKEYQKKIFADGIPATMFGVAEINKEYKRLLEQGVKFTMEPTKMGELTIAVFDDTCGNLIQIVEK				NA	NA	NA	NA	NA
JZ016_00955	918			hypothetical protein	ATGATCATCAAAGCAAACGGGGAACCGAAATTCATGCCGTTATACGAAGCGTTAGCCAGCGAGGTCAGATGGAACATCATGCGTCTCGTTGCCGATCAGGAAATGAATGTGAAGGATATTGCCAATCGATTGGAGCTCAGTCCATCGATCGTCACGATGCACATCCGGAAACTCGAACAAGCCGGACTCATCGGAAGTCGCAGGGTGCGGCAGGGCGGGGGCACGCACAAAATGTGTTTCCTCAAACCAAAAACCATCGAGATTGAGCTGCCTTTTGCTAGCCAACCCGTGAAGATTAGGGAGCAGCGTATTTCAGTCGGTCATTACACCGCTTTTGAGATCCATCCGACTTGCGGGCTTGGTACGCGCGAGAAAGAAATCGGAGTGTGGGACGACCAGCGGTACTTTCTCGACCCCGAACGGGTACACGCCGCCATTCTGTGGTTTGGGTGGGGCTATGTTGAGTACAAAATGCCTAACTTTTTACTAGCCGATCAATCCGCTGAATACATTGAAATCGCCATGGAAATTGCTTCGGAAGCTCCAGGTTTAAGAGACCATTGGCCATCGGATATTGATTTTACATTCAACGGGATCCCTCTTGGGACATGGACAAGTCCGGCTGATTTCGGAAGAGCGGCGCGAGGGAGATTTACACCTGATTGGTGGCATCGAAACGTGAATCAATACGGGTTGTTGAAGACGATCCGGATTGATGCATCGGGTACATACATGGATAATGAACGAATGTCGGAGGTGACCCTCGGGGATATCAAGCTGTGGGAACCGTTCTGGACGATTCGTTTCGCGGTTGATGAGCATGCGGTTAACGCAGGGGGATTGACGCTTTATGGTGCCGGATTCGGCAATCACGACCAAGACATTGTCATCCGCGCATACCTTAACGACGAGCAATAA	MIIKANGEPKFMPLYEALASEVRWNIMRLVADQEMNVKDIANRLELSPSIVTMHIRKLEQAGLIGSRRVRQGGGTHKMCFLKPKTIEIELPFASQPVKIREQRISVGHYTAFEIHPTCGLGTREKEIGVWDDQRYFLDPERVHAAILWFGWGYVEYKMPNFLLADQSAEYIEIAMEIASEAPGLRDHWPSDIDFTFNGIPLGTWTSPADFGRAARGRFTPDWWHRNVNQYGLLKTIRIDASGTYMDNERMSEVTLGDIKLWEPFWTIRFAVDEHAVNAGGLTLYGAGFGNHDQDIVIRAYLNDEQ				NA	NA	NA	NA	NA
JZ016_00956	1491		COG3507	Non-reducing end alpha-L-arabinofuranosidase BoGH43A	ATGAAATACCATAACCCGGTCATTAAAGGATTTTATCCTGACCCCAGTGTATGCAAAGTAGAAGATACTTATTATTTAGTATGCAGTTCCTTTCAGTACTTCCCTGGTGTTCCGATTTTTGAGAGCAAAGACCTGATTAACTGGAAGCAAATCGGTCATTGCCTAACCAGAGAGAGTCAGATTCAGCTCGGCAAGGTAAGCAGTTCCGGCGGGGTTTTCGCCCCCACGATACGGCACCACAACGGGAGATTCTACATGACCACGACCAACGACACCACGCGTCAAAATTTCTATGTATGGACGGACGATATTTACGGTGAATGGTCCGAACCGATTGAGGTGGATCAAGGGGGGATCGATCCCGATTTGTATTTTGAAGACGGAAAAGTCTTCTTTATGAGCAACGGAAAAGACGATAACGGGATTGGCGGCATTGTGCAGTGTGAAATTGACATTGAAACGGGCGACAAGCTGTCGCCAAGTCGTTCCATATGGCAAGGAACCGGCGGACGATATTTGGAAAGCCCTCATATGTATAAAATCAATGGCCGGTACTACCTTATGGCGGCTGAAGGCGGTACGGAATATGGACATATGGTCACTTATGCACGGGGGGATTCGATCTCCGGCCCGTTCGAAGCCTATCCGAACAATCCCGTATTGACCAATCGCAATCTGGGCGGGTATGAGCTGCAGGGCGTTGGCCATGGCGATCTGATCCAAGATAACGGCGGCAATTGGTGGATGCTCCATCTGGGTTTCCGTCAAATTGGCCAATGGCTTACCTACCATCATCTTGGTCGCGAAGTTTTCCTTACACCGGTAACTTTTAACAAGGATGGCTGGTTTACGGCAGGACATAACGGCACCGTCCTCACGAGTTTTGAGACCGATCGGATCTCAAATCATGTCGTCCAGCAGGAGAAAAAAACCTTTACGTTCGAGAACACGGACTGGAATCTGGACTGGTGCTTCCTCCGCCATCCTGCTGCAGAGAACTATCGGTTAGAAATCGATAAGGCACAACTTAAAGGGACCGGAGTGAGCTTGGATATGCCGGGGTCGCCCACATTTATCGGCATTCGCCAAAGAGACTTCAACGCGGAAATCTCATGTGACGTGCAGCTTACGAGCGGAGAAGCCGGCATCACGCTTTATTTGGATGAACATCATCATTATGATTTAGCCATACGTAAAGAGGAGACCGGTTATAAAGTGATCGAGCGCCTGAATATCGGTGACATTAAATCCATTGAATCTGAAGTAGAACTGGGGAATGTCAATCATGCGACCTTAAAGATACGGGCAAGTCATGAGCGCTACAGCTTCTTCATTCACGCTAACGGCAAGGACATACTCCTGGGCACGGCACAAACCAGATACCTTTCCTCTGAGGTTGCGGGAGGATTTACAGGCGTACTCATCGGTTTATATGCCTTTGGAGAAGGCTCAATGGCTGAGTTTTCAAAGTTTACGTGCGATTATTTTTAA	MKYHNPVIKGFYPDPSVCKVEDTYYLVCSSFQYFPGVPIFESKDLINWKQIGHCLTRESQIQLGKVSSSGGVFAPTIRHHNGRFYMTTTNDTTRQNFYVWTDDIYGEWSEPIEVDQGGIDPDLYFEDGKVFFMSNGKDDNGIGGIVQCEIDIETGDKLSPSRSIWQGTGGRYLESPHMYKINGRYYLMAAEGGTEYGHMVTYARGDSISGPFEAYPNNPVLTNRNLGGYELQGVGHGDLIQDNGGNWWMLHLGFRQIGQWLTYHHLGREVFLTPVTFNKDGWFTAGHNGTVLTSFETDRISNHVVQQEKKTFTFENTDWNLDWCFLRHPAAENYRLEIDKAQLKGTGVSLDMPGSPTFIGIRQRDFNAEISCDVQLTSGEAGITLYLDEHHHYDLAIRKEETGYKVIERLNIGDIKSIESEVELGNVNHATLKIRASHERYSFFIHANGKDILLGTAQTRYLSSEVAGGFTGVLIGLYAFGEGSMAEFSKFTCDYF	PGPT0018665_1841	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES	PLANT_DEGRADATIVE_GS|GH-XYLOSIDASE,PGPT0018665-xynB-K01198	NA	NA
JZ016_00957	1095	menH_3		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	GTGATACATAGTGAAGGAGTAATTTTACTGGTACTTGCAATCATTGGTGTAATTGTCGCAATTACCCTAGTCATTTATGCTTATCTAAATATGAATTATGATAAAAAACCGTTAGAGCAAACATATCGTGCCGGCTACATAGAAAAACAGGTGACTCTTGATGATGGAACGATATTAAATTACGCTGAAGGACCAGCTCATGGACCGGCTCTTCTGTTAATACACGGGCAGTCCATGCTGTGGGAAGATTATGCTAGAGTACTTCCGGAGCTCGCTCAATATTATCATGTATTTGCAGTTGATTGTCACGGGCATGGAGAGTCTAGTCATGATGCTTCAAAATATACAGCTGTTGCTATGGGAAAGGATTTTGTTTGGTTTATTGAAAATGTCATAGGTGAACCAGCCGTGGTATCAGGCCATTCTTCCGGCGGTATTTTAGCAGCATGGATTGCAGCTAATGCACCCGAAGCCGTGCAAGGCATTGTTTTGGAGGACCCGCCGTTTTTTAGTGTGGAGCCGCATGAAATGCAGAAAACATTTGTCTGGCTTGATAGTTTTGAACTCATCCATAACTTTAAGAATCAAACCGTTGAAGATGATTATGTCGTGTACTATATGGAAAACAGTTATTTATGGGGAAAGTTTGGCGATTTAAGAAAACTTATTGCAAGGAGTACAAGAGGGTACCGGAAAGCACATCCCGGTGAGCCGTTGAAATTATGGTACGTCCCCTATAAATGGATACATGGCACACATTATTTAGACCAGTTTGACCTCGATTTTGCTGAGACTTTTTATACAGGTGATTGGTTTAAAGGATTTAATCAGGAAGAAACCTTGTCCAGAATAAACGCTCCTTCTGTATATATTAAGGCAGCCACACAATTTGGCGAAGATGGAGTGCTTTATGCGGCAAACCGTGATGAGGATGCTGAAAAGGTACACAGCCTTTTAAAAGGAAATGAGATGAACACGATTAAATCCGGGCATGATATTCATTTTGAAAAGCCGGATGAATTTATTAGGATCATGGTTGATTTTTTGAAGAAAATAAAAAAACATGGTTACAATGAAAGCCGGTACCCAGGATAA	MIHSEGVILLVLAIIGVIVAITLVIYAYLNMNYDKKPLEQTYRAGYIEKQVTLDDGTILNYAEGPAHGPALLLIHGQSMLWEDYARVLPELAQYYHVFAVDCHGHGESSHDASKYTAVAMGKDFVWFIENVIGEPAVVSGHSSGGILAAWIAANAPEAVQGIVLEDPPFFSVEPHEMQKTFVWLDSFELIHNFKNQTVEDDYVVYYMENSYLWGKFGDLRKLIARSTRGYRKAHPGEPLKLWYVPYKWIHGTHYLDQFDLDFAETFYTGDWFKGFNQEETLSRINAPSVYIKAATQFGEDGVLYAANRDEDAEKVHSLLKGNEMNTIKSGHDIHFEKPDEFIRIMVDFLKKIKKHGYNESRYPG				NA	NA	NA	NA	NA
JZ016_00958	1491			hypothetical protein	ATGCTGCTATTCTTTTCGAGTGCGTGTTTGTTGGCATTCCAGTTCATTGCTAATCAGCGTATCCGAAGAACAGCTTTGCTCCTGACAAGTGGAGCAGGCTCCATTTTTTTGGTGATCCATTTGCTTGTCGAAGGATACAGGGTTCAGCTTTTATTTTTATATGGATTTACGCTCCTGATGCTTATTCTTTCACTGATAGACGCTTTCAAAACACCGGCAGTCGTTCAGACTGCTTCGCGAATCCGTAGGGTGCTGGGCCGCCTTTTTATCGGATTTGGGTTAATCGCAACGGGATGCTTCCTCTATGTGTTTCCCGTATTCAACTTTCCGGAGCCAACTGGCGAGCTGAAGGTAAGTACACAAGTCTTTCATTTCATCGATTCAAGCCGGGAGGAGACATTTGGCACAACCGCGACAGGCAAGAGGGAATTGATGGTTCAGGTGTGGTATCCGGCCCAAGCTGGCTCCGGCAAGTATGCTCCCTTTATTCCCGATACCCGAATTTTACGTTACATGGCAGCGAACTATGGCCTTCCCGGGTTTACTTTTCAACACTTGAAGTACGTATCCAGTCATGCTTATTCTGGGGCCGAAGTCTCTTCAGCACAGACTTCATACCCGCTGATCCTTGCGAATCCCGGCTTCGGCTCTTCCAGGTTCCTCCATACGTCGCAAGCCGAAAATCTCGCGAGTCACGGATATATCGTGGCCGTGATCGACCACACCTTCAATACATTTGCAACTGAGTTTCCGGACGGTCAAATCACGACCAGCACAACCAACGACTTATTTTCGCCCGACCACGATTATCGGACCGAAAGCGGAAATCGCGACATATTGGGAAAAGTTTTAACAGATGATGTGGCTTTTGCGCTGGACCAGTTCGAGCTTATCCAATCGGGGCAGATTCCAAGTCGTTTTAAAGGGAAGATTGATCTCAAACATGTCGGGGTGTTTGGTCATTCCATCGGCGGAGCGACGGCCTATGACGCTTCATACGATCCGCGAATCACGGCTGGAATTGACTTGGACGGAGGGCTTTACCGACTGCGTGACAGAGAGGGTCTGCAAAAGCCGTTTTTATTCATCCACTCGGAAAGCGGATTTGAACAATTACAAATGGTGAGGGAAAACCGAGTTTACACGGATGCGGAGCTTGACCGTATGGGCTCAACACGAGAGTGGATGGATCAAGTAACGGAAGATAAAAAGCTGGAGCTTAAACGGATGCGCGAAACGGTCGGCGAAGGGGGACAAGTCCTCTATATTGAACATACGGAGCATTTGAATTTTGCCGATGTCCAGTTCATTTCTCCCATTTTCAAAATACTGGGCATTACAGGAAAAATTGCACCTGAAAGAGCGAGCTCCGTTATTAATGCCTATATGCTGGATTTCTTCGACATGTATCTGAAAAATCAAGGTGGAAACTTAATGAAAGGACCGGATAACCGCTTTCCCGAGATGAAGTTCGCAACCTCACTATTATAA	MLLFFSSACLLAFQFIANQRIRRTALLLTSGAGSIFLVIHLLVEGYRVQLLFLYGFTLLMLILSLIDAFKTPAVVQTASRIRRVLGRLFIGFGLIATGCFLYVFPVFNFPEPTGELKVSTQVFHFIDSSREETFGTTATGKRELMVQVWYPAQAGSGKYAPFIPDTRILRYMAANYGLPGFTFQHLKYVSSHAYSGAEVSSAQTSYPLILANPGFGSSRFLHTSQAENLASHGYIVAVIDHTFNTFATEFPDGQITTSTTNDLFSPDHDYRTESGNRDILGKVLTDDVAFALDQFELIQSGQIPSRFKGKIDLKHVGVFGHSIGGATAYDASYDPRITAGIDLDGGLYRLRDREGLQKPFLFIHSESGFEQLQMVRENRVYTDAELDRMGSTREWMDQVTEDKKLELKRMRETVGEGGQVLYIEHTEHLNFADVQFISPIFKILGITGKIAPERASSVINAYMLDFFDMYLKNQGGNLMKGPDNRFPEMKFATSLL				NA	NA	NA	NA	NA
JZ016_00959	633	vat		Virginiamycin A acetyltransferase	ATGACAGGACCGAATCCAAATGAGAGATATCCTATACCCGGAGATAACAATCTTCAGTTTATCAAGAACACGATTACAATGCCTAATATTATCGCAGGGGATTATTCATACTACTATGCCTTAAACGGAGAATCATTTGAGGATCAAGTATTGTATCATTATGAATTCATTGGAACTAAATTAATGATCGGCAAGTTTTGTTCCATTGCTTCCGAGGTCAGATTTATGATGGATGGAGGGAATCATCGGATGGACGGTTCAACCTTTCCATTTAATATCTTTGGAAACGGCTGGGAGAAATTCACTCCATCATTAGATCAATTACCGATCAAGGGAGATACGATCATTGGAAATGACGTGTGGATCGGAAGGCGTGCAACGATCATGTCCGGTGTAAGGATTGGCGACGGGGCTATCATTGCCGCTGAAGCTGTCGTTGTAAAGGATGTGGAGCCGTATACGATCGTTGGAGGCAACCCTGCGAAGGAAATTCGCAAGCGATATTCCACCGAAGTCATTCAAGAGTTATTGGATATTAAATGGTGGGATTGCGATATCGAAGTCATAAATCAATATATTGGCGCAATTGTAAGCGGAGATATGAACTTGCTTAGAAAGATGAGACAAAATTAG	MTGPNPNERYPIPGDNNLQFIKNTITMPNIIAGDYSYYYALNGESFEDQVLYHYEFIGTKLMIGKFCSIASEVRFMMDGGNHRMDGSTFPFNIFGNGWEKFTPSLDQLPIKGDTIIGNDVWIGRRATIMSGVRIGDGAIIAAEAVVVKDVEPYTIVGGNPAKEIRKRYSTEVIQELLDIKWWDCDIEVINQYIGAIVSGDMNLLRKMRQN	PGPT0028000_692	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0028000-vat-K18234	NA	NA
JZ016_00960	645			hypothetical protein	ATGAGGAGTTTTTATCTGTTAATAGAAGGTTCTCTTAGATTTCCACATAGAAGAAATGAGATACTGCCCGTTAGAAATATATTAGCAATGGAGTCAGACAATAATAAATGCTTATACTTATCTATTCCTAAGCCAGATATATCAAAAGGGCATTACTCAGAAGAGGGGCCATTTTTGGAAGGAGGAGATGTTTTAGTCCTGGATAAAACTTTATTTGTAGGCAGGTCCGGGCTTGCATCCAATGGAAATGGTATTAGATGGCTGAGAAATTTAATGAGTAATTTTGGATATAAGGTAGTCGAGGTACCACTTCACCATACCATCCTTCATCTTGACTGTGCGATTAGCCTGGTTAGAGAAGGGCTAATGATAGTATGCGAAGAAGCATTGTTAGATGGAATACCTGAACAGTTTAAAGATTGGGATAAAATACATGTAACATTAGAAGACACTTCCAGACTTGCAACAAATGGTCTTCCTGTGAATGAAAATGTATATATTACAGATCATGAATTTAAATTTATTGGAGATGAGTTAGAAAAAAGAGGAGTTAAAGTAGAGTATGTAGATTTTAAAATATCAAGAAGTTTCGGGGGATCTTTCCGATGCAGCACTCAACCGCTGTTGAGAAGTGATTTTGAATAA	MRSFYLLIEGSLRFPHRRNEILPVRNILAMESDNNKCLYLSIPKPDISKGHYSEEGPFLEGGDVLVLDKTLFVGRSGLASNGNGIRWLRNLMSNFGYKVVEVPLHHTILHLDCAISLVREGLMIVCEEALLDGIPEQFKDWDKIHVTLEDTSRLATNGLPVNENVYITDHEFKFIGDELEKRGVKVEYVDFKISRSFGGSFRCSTQPLLRSDFE	PGPT0013565_362	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0013565-GATM_like-K00613	NA	NA
JZ016_00961	135			hypothetical protein	ATGAGTAATGTTTTTGTAAAAAGTGAGTTTGCTCCTTTGAAAAGAGTTGTGATGGCTCAATCTGAGTTTGCATTTCCATCGAAGGAAGATTCAGGTGATGAGGAGTTTTTATCTGTTAATAGAAGGTTCTCTTAG	MSNVFVKSEFAPLKRVVMAQSEFAFPSKEDSGDEEFLSVNRRFS				NA	NA	NA	NA	NA
JZ016_00962	909	hldD		ADP-L-glycero-D-manno-heptose-6-epimerase	ATGATGAAAGTAGTGGTGACAGGAGCAGCCGGAAAAATCGGCCGCTGGACAGTAAGAACCATATTGGAAGCTGGCCATGATGTTATAGCCACAGATCGATTACTACGGGAAGAATCAGCATCAAAAAATTTTATACAAGCAGAGCTGCGTGATTATGGTCAAGTCTGTCAGCTTTTAATGGGAAGTGATGCCGTTGTACATCTTGGGAATATCCCAACTGATGTAAGGAATACACCCCAAGCGATATTCGAGAATAATATGCTCGTTAATTTTAACATTCTAGAAGCATGTAAAGATTTTAAAATTCCCAAGCTGGTATGGGCTTCAAGTGAAACGGTTTTGGGTTATCCGTTTGTACCGGAGCAACTGGATTACCTCCCTGTTGATGAAGAGCATCCAACTACCGCGAAGTCATCCTATGCCATGGCGAAACTGCTGACGGAACACCTAACAGGCATGTATCATAAACTTACGAATCAACAGCTCGTCTCGCTTCGCTTCGCAAATATGTATGAACCGGATGAGTATGAAAAAATCCCTATCATGCATTGGAATGATGAACAAAAGGATATTCAAAAGAAAAACGCCTGGGCCTATTGCGATGTTAGAGATGCTGCCAAAGCCTGTCTTCTTGCAATTGAGAAGGATAATTTAGGTAATCAAGTATTCCATATCACAGCCCCGGACACCATCATGCCGGATCTTAGCCAGGATTTGGTCAAACGATTTTTTCCCAATGTGTCCTTAAAGAGAGAGGTACAGGGACATGAGACGCTGATGGCAATTGATAAGGCAAGAGATATACTTGGATATGAACCGCGGTATTCATGGCGTAGTGTTCTTCATAACGATGGTTCATCGAAGGCGCTGCCTGAAGATCAGCTTGCTTTATCGAAAACAAACATATAA	MMKVVVTGAAGKIGRWTVRTILEAGHDVIATDRLLREESASKNFIQAELRDYGQVCQLLMGSDAVVHLGNIPTDVRNTPQAIFENNMLVNFNILEACKDFKIPKLVWASSETVLGYPFVPEQLDYLPVDEEHPTTAKSSYAMAKLLTEHLTGMYHKLTNQQLVSLRFANMYEPDEYEKIPIMHWNDEQKDIQKKNAWAYCDVRDAAKACLLAIEKDNLGNQVFHITAPDTIMPDLSQDLVKRFFPNVSLKREVQGHETLMAIDKARDILGYEPRYSWRSVLHNDGSSKALPEDQLALSKTNI				NA	NA	NA	NA	NA
JZ016_00963	1419	fni_1		Isopentenyl-diphosphate delta-isomerase	TTGTTTCGTTGGATGATTCGCAAGATGACGAACGGTGTAATGGACGAGATTGTGGACCATTATATGAAGCGTATGTTACAAGATCCATATACGGAACATGCGTTTTTCATGTTTACAACCATGCAAAAGCTGACGCCGCGGGCAATCATTGAAGCCGGGATGCGGGCGGAAAGCGGAAAAGCAATCGAACGCACTTTGGGGAGTCCGATGGTATTATCCGACTGGCATAAAATTTTGCTTAACCCCGTACATATGTTTCGCCTGCCCACAGAAGACAGCGTGCAAATCCAAACAGGCGTCACGATTGGTCCTCAAGCGAAAAAGCCACTAAATCTAGAAATTCCTATTCTCATTAGCGGTATGTCATATGGTGGAGCATTAAGTTTGAAGGTAAAGGTCGCTTTGGCTCGTGGTGCAAGTATGGCAGGTACGGCAACCAATTCAGGAGAAGCGCCTTTAGTCGATGAGGAACGAAGGGAAGCCAAGTTGTTCATCGGCCAGTTTCATCGCGGCGGGTGGATGAACGACGATGAATCTCTCCGGCAATTGGATGCTATAGAAATCCAGCTCGGTCAAGGGGCCCTCGCAGCCGCTCCGATGTCGATGGCGTCGGAGCAGATTGAGGAGGATTTGCGGATTGCCAAAAAACTGAAACCCGGCGAAAATGCCTCGATTCATTCCCGTATCTCGGGAGTAAACAAAACGGAGGACATGATTACTCTGGTGCAGGACTTGAAGAATAAATACGGAGTGCCGGTTGGGATTAAAATCTGTGCGACTCATTTTATGGAACGGGAGTTGGAGGTCGCCATTCAAGCGGGAGTGGATTATTTTGTCGTGGACGGTGCGGAAGCAGGAACGCAGGGAGGTCCGCCGACACTTCTGGATGACGTCGGGCTCCCAACGTTATTTGCGCTCGCAAGAACGGTTCAGTATTTGGAAGAACGCAGGGTTAAACAAAGCATTTCCGTCATCGCTAGTGGGGGGTTAACGACGCCGGGGCATTTCCTAAAGGCAATGGCGTTAGGGGCGGACGCGGTCTATATCGGTTCAATCGCCTTGATAGCCCTACAGACGCAAGCGGCTAAGACGCTGGCGACCGAACAACCGCAGCAAGTTCCTATCGATTGGCGTAAGTTCAAAGAAGGTTTGGATGTTGATAGGGGCGCGGAACATTTGGCTAAATTCCTCAAATCGTCTGTCGAGGAAATGAAATTAGTCGCGTATACCCTTGGGAAAACGGATTTGGCACAAATCAACAAAAGGGATCTGGTTACAGTGGACCGGGATTTAGCCCAAGTACTGCGGATCGATTATGCCGGTTTCCCTCCAGGAAAGCCAAAACCATCCACGGCATCTAACGTTATTCCGGACGTAATGGAAATGAACGATCCGGATGAACCTCTGTCTCTACAGTAA	MFRWMIRKMTNGVMDEIVDHYMKRMLQDPYTEHAFFMFTTMQKLTPRAIIEAGMRAESGKAIERTLGSPMVLSDWHKILLNPVHMFRLPTEDSVQIQTGVTIGPQAKKPLNLEIPILISGMSYGGALSLKVKVALARGASMAGTATNSGEAPLVDEERREAKLFIGQFHRGGWMNDDESLRQLDAIEIQLGQGALAAAPMSMASEQIEEDLRIAKKLKPGENASIHSRISGVNKTEDMITLVQDLKNKYGVPVGIKICATHFMERELEVAIQAGVDYFVVDGAEAGTQGGPPTLLDDVGLPTLFALARTVQYLEERRVKQSISVIASGGLTTPGHFLKAMALGADAVYIGSIALIALQTQAAKTLATEQPQQVPIDWRKFKEGLDVDRGAEHLAKFLKSSVEEMKLVAYTLGKTDLAQINKRDLVTVDRDLAQVLRIDYAGFPPGKPKPSTASNVIPDVMEMNDPDEPLSLQ				NA	NA	NA	NA	NA
JZ016_00964	804	uppP_1	COG1968	Undecaprenyl-diphosphatase	ATGACGGATGTAATTAAAGCAATCATACTCGGCATAATAGAGGGCTTAACCGAATTTTTACCGGTATCGTCTACTGGACATTTAATTTTAGCGGGCCATTTGCTAAGCTTTGAGGGAGACGCCGCCATAACTTTTAAAATTGTTATCCAGCTGGGTGCGGTAATGGCCGTTCTCATTCTGTACTGGAAAAGGTATTTGGCGATTGGGACTAATCTGATTCGAATGGACTTTTCCCGTAGTCGAGGATTAAATGCTATACATATGATTTTGGCTATGTTACCGGCATTAATTGTATATCTTCTGCTCAAGGACACAATAAAAAGCCAATTATTCGGCCCAACCCCAGTCTTAATCGGGCTAGTGGCCGGTGGCGTGTTAATGATCATTGCAGCACGGAGTAGGAGAACCGAAACCGCTGATACAATGGATCGGATTGATTATAAACAAGCCTTCGGGATTGGCCTGTTTCAGTGTTTGGCTTTATGGCCGGGATTCTCGAGATCGGGTTCGACGATTTCAGGCGGACTTTTACTTGGCACCAGCCAAAAAGCCGCCGCGGATTTTACGTTCCTAATCTCCGTGCCTGTTATGTTTGGTGCAAGCTTGCTAGATTTATATGATAGTCGGGATTTGCTGAGTTCTGATGATTTCGTCCTAATGTTTATTGGCTTTGCAACATCCTTTCTTGTCGCCATGATTGCCGTCGTGACGTTTATCAAACTGATTAAGCGACTTCGGTTGGAATGGTTTGCTCTATATCGTTTTGTCTTAGCGGCTCTCTTCTATTTGATCATCTTGCGGTAA	MTDVIKAIILGIIEGLTEFLPVSSTGHLILAGHLLSFEGDAAITFKIVIQLGAVMAVLILYWKRYLAIGTNLIRMDFSRSRGLNAIHMILAMLPALIVYLLLKDTIKSQLFGPTPVLIGLVAGGVLMIIAARSRRTETADTMDRIDYKQAFGIGLFQCLALWPGFSRSGSTISGGLLLGTSQKAAADFTFLISVPVMFGASLLDLYDSRDLLSSDDFVLMFIGFATSFLVAMIAVVTFIKLIKRLRLEWFALYRFVLAALFYLIILR	PGPT0024165_3810	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024165-bacA-K06153	NA	NA
JZ016_00965	777	udh	COG0451	Uronate dehydrogenase	ATGAAACGCAAATTGTTAATAACGGGAGCGGCAGGCACCATAGGAAATGTCATTTACAACGGGCTGCTTAAAGACAACCGGTATGAGGTTGTTGGAGCGGATATACAGGCGGACGAGAAGCTGGGCATTGTACAAATGGACATCGGAGACGAAACGAGGCTGACGGAGCTGACGCAAGGAGTTGATACGGTGCTTCATTTTGCATGGATCAAGGACAAGGGGGATTTTCTTGGCAAAGTGCTTGCGGGAAATGTGAGCGGTGCCTACAAGTTATTTGAGACGGCGGTGCACAATGGCGTGCGCCGTATCATATTCGCCAGCTCGAATCATGCAACCGGGTATTACAAGACAAATGAGATGGTAGGGCCCCAAGATCCATATCGTCCAGATAGCTTTTACGGACTCAGCAAATGTTATATCGAGCTGCTGGGCCGACTGTATTCGGACCAAGGCAAGATCTCATCGTTCAATATTCGTATTGGCAACTTTCCCGGGGACAATCGTCCTCATTCAGAACGTGCGGGGCATATCTGGATATCCGAACGCGATATGCTCCAATTGATCGTTTGTTGCATTGAGGCAGATGACGAACTGAAATTTTTGAATCTGTACGGCACCTCTGCTAACAGTGATAACTACTACAATATCGATTATCTGGAGGAACTGATCGGATACAAACCTCAGGATGATGCGACAAAGCTGCTTGAGCTGGCCAAGGCAGCGGGACGCAAAGTGCGTCAGGATGAAACGATCTATCAGGGGGGACAGGAACAGTAG	MKRKLLITGAAGTIGNVIYNGLLKDNRYEVVGADIQADEKLGIVQMDIGDETRLTELTQGVDTVLHFAWIKDKGDFLGKVLAGNVSGAYKLFETAVHNGVRRIIFASSNHATGYYKTNEMVGPQDPYRPDSFYGLSKCYIELLGRLYSDQGKISSFNIRIGNFPGDNRPHSERAGHIWISERDMLQLIVCCIEADDELKFLNLYGTSANSDNYYNIDYLEELIGYKPQDDATKLLELAKAAGRKVRQDETIYQGGQEQ	PGPT0018290_732	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLACTURONATE|GLUCURONATE_DEGRADATION,PGPT0018290-udh-K18981	NA	NA
JZ016_00966	1344	yvdP	COG0277	putative FAD-linked oxidoreductase YvdP	GTGAAATCAGACATTAAGCTTACAGGGCGAGTGATTTTTAGGGGGGATCCAGGTTATGAGTCGGCTCGCAAGAATTGGGATCCTCATACGGACAGATTTCCCAAAGTTTTTGTGTTCGCTCAAAGAACGCAGGATGTAGCAAACGCCATAAGATGGGCCCGGAAAAATAATGTCCCTATTCGCCCGCGAAGCGGAAGGCATGCCCTAGAGACCAACCTTTCACAGGTCAATGGAGGCATAGTCATCGACGTAAGCGAGATGAAGAAAATCAAGCTGAATAAAAAAAGCGGCACCGTTGTCGTCGAAACAGGGAATCGGGTAGGTAGGATCGTTGATACGCTGGCGCGCCAAGGCTATATTGCACCATTTGGTGACAGTCCGACGGTTGGCATCGGCGGAATTACGCTTGGCGGGGGAATTGGCCCGCTGCAAAGGACGATTGGCCTCATCAGCGATAATTTACTCGAGCTTGAGATGGTTGACGCTAAGGGAAGAATCATTCGGGCAAACAAAAAACGAAACTCCGATCTCCTATGGGCTTCCCGCGGCGGCGGTGGCGGCAACTTCGGCGTATACACCAAATATAAATTCAAAGTATTGCGAGCACCAGCCAAAGCTACCGTATTCAGCATCACCTGGCCTTGGGCACAATTCGAAAAAGTCGTGAAAAAATGGCAAATATGGGCTCCTAACGCCAGCACCAAGTTGGGCAGCGAATTAAACGTCGGTCCCAAAAAAGGCGGAAACGTCAGTATGTTGGGACTGTACCTTGGATCAAAAAGCGAAGCCCTTCGCCAATTGGAACCTATTCTTAGCGTGGGGACACCTACTCAAAAAACCATCCGATTCCTACCATACACGGAAGCTACGAAATTTCTGCTAGCTCCCGATCCAGTTCTTACTCAAAGATATAGCAATCAGTTCTCCAGCAGCTTCGGCAGACGCCCATTCCCGGATAAAGCCTTTAAAATCATGCGCGAGTTTCTAGAAAAAGCAGAAGGAGGGACTCCAGCCGGATTTTTCTTCCTCAACTGGGGTGGCGCCATAAGTCGTATCGCACCTAAATCCACCGCATTCTACTGGCGAAAAGCGAAGTTCTATGTCGAATGGAACAGCTCATGGGTGAAGCCATCCCATGCGGCTAGAAATATTGCCTTAGCCCGGAACACCAGGAAGAAGCTGCAGCCTTATATCGTGGGGTCCTACATTAACGTTCCGGATCAGGGCATAAAAAATTCAGGATCGGTCTATTATGGAAAGAACTACGCCAGATTGAGGAAAGTAAAGGCGAAATACGATCCGAGTAATGTATTTAACAACCCGCAAAGCATTCCGCCAGCTTAA	MKSDIKLTGRVIFRGDPGYESARKNWDPHTDRFPKVFVFAQRTQDVANAIRWARKNNVPIRPRSGRHALETNLSQVNGGIVIDVSEMKKIKLNKKSGTVVVETGNRVGRIVDTLARQGYIAPFGDSPTVGIGGITLGGGIGPLQRTIGLISDNLLELEMVDAKGRIIRANKKRNSDLLWASRGGGGGNFGVYTKYKFKVLRAPAKATVFSITWPWAQFEKVVKKWQIWAPNASTKLGSELNVGPKKGGNVSMLGLYLGSKSEALRQLEPILSVGTPTQKTIRFLPYTEATKFLLAPDPVLTQRYSNQFSSSFGRRPFPDKAFKIMREFLEKAEGGTPAGFFFLNWGGAISRIAPKSTAFYWRKAKFYVEWNSSWVKPSHAARNIALARNTRKKLQPYIVGSYINVPDQGIKNSGSVYYGKNYARLRKVKAKYDPSNVFNNPQSIPPA				NA	NA	NA	NA	NA
JZ016_00967	420			hypothetical protein	ATGAAGTTACATTTCATTCCCTACATTATGCTGAACGGAAACGCCAATGAAGCGATTGCATTTTACGAAAAAGCATTGGATGCTAAAGTCTTGTCAAAGCAAACATTTGGACAGGCACCTGAGAGTATCCAGAACGCCATGCCGTCAGATGTAAAGGATAGAGTGGCTCACTCCGTCTTAAGGATCGGGGAAATTGAGATGTTTGTAGCCGATACGGAACCTGGTCAGCAAACGCAGCCGGGAGATCGGTTGAGCATTTGTATTACGACAAACGATATTGAAAAATCAGAACACTTTTATGAGGCTTTACAACAAGGAGGTCAAGTGATTACGCCACTGCAAGAAATGTATTTTAGCCCAGCTTACGCAATGGTTACGGATAAGTTCGGAATTACCTTTCAGATTTTCACTACAAGGTAA	MKLHFIPYIMLNGNANEAIAFYEKALDAKVLSKQTFGQAPESIQNAMPSDVKDRVAHSVLRIGEIEMFVADTEPGQQTQPGDRLSICITTNDIEKSEHFYEALQQGGQVITPLQEMYFSPAYAMVTDKFGITFQIFTTR	PGPT0030505_2024	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_00968	2658	rphC		rifamycin-inactivating phosphotransferase RphC	ATGCGTTCGTTGGTTCTCGATTTTCAGGAAATGGACAAAAAGCAGCTTGGGCTCGTTGGCGGAAAAGGGCTCCACTTAGGGGAATTATCAAAAATTGCAGGAATACGAGTTCCCGAAGGATTTTGCGTGACAACCATAGGATATCAACGAGCCATCGAACAAAACGAAACGTATCAATCTATGCTCAATCGACTAACCATGCTATCAGCAGAGGATCGAGATCAAATTGTTGAAATTAGCAGGAAGATCAGACAAACCATCATGGAGTTAGAAATTCCATCCGATGTAGTGACAGCAGTAACTCGCTATCTCTCCAGGTTTGGCAAGGAACAGGCATATGCCGTTCGATCCAGTGCAACTGCTGAAGATTTACCGCATGCCTCTTTTGCGGGTCAACAAGACACCTATCTAAACATCATCGGCGTCGATGCCATCATGCAGCATATCAGCAAATGCTGGGCTTCCTTGTTTACAGATCGCGCGGTGATCTATCGTATGCAAAACGGATTTGACCATCGTCAAGTTTATTTATCCGTAGTCGTTCAAAGGATGGTTTTCCCAGAGGCTTCAGGGATATTATTCACCGCAGATCCGATGACTTCTAACCGAAATCTGCTATCCATCGATGCCGGTTTCGGACTTGGAGAAGCGCTGGTCTCTGGCTTGGTATCTGCCGATGGTTACAAAGTACGGGAAGGAGAAATCATCGAGAAGCGGATAGCCGCTAAAACATTGGCAATCTACGGACGAAAAGAAGGCGGAACAGAAACAAAGCAAATCGATCCCGATCAGCAAACGTCACAAACTCTTACGGATGAGCAAATTTTACAACTGGCACGCATCGGAAGACAGATTGAGGCTCATTTTGGCCAGCCCCAAGATATCGAATGGTGTTTGGCCCAGGATACCTTTTATATCGTTCAGAGTCGGCCAATCACGACTTTATATCCGATTCCTGAAGCGAGCGATCAAGAAAACCACGTCTATATCTCTGTTGGTCATCAACAAATGATGACGGATCCCATGAAACCACTGGGATTGTCTTTTTTCCTGCTAACGACTCCTGCACCCATGCGTACAGCCGGCGGAAGGTTGTTTGTTGATGTCACACATCATCTGGCATCACCTGAGAGCAGAGAATCTTTACTGAATGGCATGGGACAACACGATCCGCTCTTAAAAGACGCACTTATGACCATAATAGATCGAGATTTCATAAAACCATTACCAAACGATAAAAAAGAAACGAGTCCCAGTAAGAGCAATAAAGTTATGCCGCCTGCCGGTGCTCAACCACAATTCGAAAACGATCCGACAATCGTTTCTGATTTAATGAAACGCACTCAATCATCGATCGAAGTGTTGAAACAAACCATCCAAACGAAATCCGGATCCGATTTATTTGATTTTATATTGGAAGATATCCAGGAACTGAAGAAGATCTTATTTGACCCCCAAAGTTCGTCTGTGTTTATGGCTGCCATGAATGCTTCATCATGGATCAATGAAAAAATGAACGAGTGGTTAGGTGAAAAAAACGCTGCCGACACGCTTTCTCAATCTGTGCCCCATAATATTACTTCGGAAATGGGTTTAGCGCTGCTCGATGTCGCAGATGCAGTCCGTCCTCATCCGAAAGTCATTGATTACTTACAGCATGTCAAAGATGACAACTTTTTGGATGAACTGGTTAAGTTGGATGGTGGACAGGAATCCCTTTACGCGATCCTTGATTTTCTCGACAAATATGGCATGCGATGTGCGGGAGAAATCGATATCACCAGAACTCGTTGGAGTGAAAAACCAAGTACGCTTATCCCTTTGATCCTGGGCAACATCAAAAACTTTGAACCGAATGAAAGTGTTCGGAAGTTTGAGAATGGGCAACAGGAAGCTTTGAAAAAAGAAGAAGAACTATTAGAGCGATTGAAACAATTGCCGGATGGTGAACAAAAAGCCAAAGAAACCAAACGAAAGATCGACCTCATCCGGAATTTCATCGGCTACCGCGAATATCCCAAATACGGCATGGTGAGTCGGTACTTCGTTTATAAGCAGGCTTTGCTGAAAGAAGCTGAACGGCTCGTGCAAGCGGGCGTTATTCATGATAAGGAAGATATATATTATCTCACTTTTGAAGAGCTTTACGAGGTCGTACGCACAAATAAACTGGATAATCCGGGTTCCATGGTCGAGCAGCAAGCGAAGCTTGCGACCAGACAGATGATCAGCAAACGAAAAGACGAGTACAAAGTATATGAAAAATTAACGCCGCCGCGTCTCATCACATCGGAGGGTGAAATCATCACAGGGGCTTACAACCGAGAAAATCTTCCTGTCGGAGCAATTGCAGGTCTAGCCGTTTCCTCCGGCGTTATCGAGGGACGCGCACGCGTCATCTTAAACATGGAAGACGCCGATCTGGATGAGGGGGATATTTTAGTCACCTCCTTTACAGACCCTAGCTGGACGCCATTGTTTGTATCCATCAAAGGACTGGTCACCGAAGTGGGCGGCCTGATGACCCATGGAGCCGTTATCGCGCGTGAATATGGCTTACCGGCCGTTGTCGGCGTTGAGAATGCTACCAAACGGATAAAGGACGGGCAGCGCATTCGCGTACATGGGTCCGAAGGCTATATTGAAATATTGTCATAG	MRSLVLDFQEMDKKQLGLVGGKGLHLGELSKIAGIRVPEGFCVTTIGYQRAIEQNETYQSMLNRLTMLSAEDRDQIVEISRKIRQTIMELEIPSDVVTAVTRYLSRFGKEQAYAVRSSATAEDLPHASFAGQQDTYLNIIGVDAIMQHISKCWASLFTDRAVIYRMQNGFDHRQVYLSVVVQRMVFPEASGILFTADPMTSNRNLLSIDAGFGLGEALVSGLVSADGYKVREGEIIEKRIAAKTLAIYGRKEGGTETKQIDPDQQTSQTLTDEQILQLARIGRQIEAHFGQPQDIEWCLAQDTFYIVQSRPITTLYPIPEASDQENHVYISVGHQQMMTDPMKPLGLSFFLLTTPAPMRTAGGRLFVDVTHHLASPESRESLLNGMGQHDPLLKDALMTIIDRDFIKPLPNDKKETSPSKSNKVMPPAGAQPQFENDPTIVSDLMKRTQSSIEVLKQTIQTKSGSDLFDFILEDIQELKKILFDPQSSSVFMAAMNASSWINEKMNEWLGEKNAADTLSQSVPHNITSEMGLALLDVADAVRPHPKVIDYLQHVKDDNFLDELVKLDGGQESLYAILDFLDKYGMRCAGEIDITRTRWSEKPSTLIPLILGNIKNFEPNESVRKFENGQQEALKKEEELLERLKQLPDGEQKAKETKRKIDLIRNFIGYREYPKYGMVSRYFVYKQALLKEAERLVQAGVIHDKEDIYYLTFEELYEVVRTNKLDNPGSMVEQQAKLATRQMISKRKDEYKVYEKLTPPRLITSEGEIITGAYNRENLPVGAIAGLAVSSGVIEGRARVILNMEDADLDEGDILVTSFTDPSWTPLFVSIKGLVTEVGGLMTHGAVIAREYGLPAVVGVENATKRIKDGQRIRVHGSEGYIEILS				NA	NA	NA	NA	NA
JZ016_00970	465			hypothetical protein	ATGTCCAATATCGTTGATTTTAAAACGGTGTCTACGGTGGGTTTAGAGTCTTCACCCGTAGTAGAAGCTCTTGCTGGTTTACGAGCGAATGAAGCCCGTTACTTTATGAACAAATATAAGCATGAATTCACCGTCGTACCAGCCGACGAAAGCCAGGAAACCCTCGACTATGTGAACCGGATTTTGAAAGAAGAACGTGATATCGAGTTTGCGGCCAACCCATTAGAAACATCTCGTTTCCAAGTGGAAAATATCAAATGGGCTTTCGTATTTTATGAGGATGGTCTTGCGGTCAATGTCATGTATACGATTGATGACCCGAAGAAGCGTGCCGTCGGTTTTAAGCTTTCTGAGGGGATGGAGGTACCGCAGGAGTTAGAAGGGAAGTTTAAATTTGCTAGGCAGAAGTCTAAACTAGCTGGAACCATTCGGGGTTCGTTCTTTGTCATAAAAGGGGAATACTGA	MSNIVDFKTVSTVGLESSPVVEALAGLRANEARYFMNKYKHEFTVVPADESQETLDYVNRILKEERDIEFAANPLETSRFQVENIKWAFVFYEDGLAVNVMYTIDDPKKRAVGFKLSEGMEVPQELEGKFKFARQKSKLAGTIRGSFFVIKGEY				NA	NA	NA	NA	NA
JZ016_00971	486			hypothetical protein	TTGAATATGACAAATTATACGCTTGAGGAAAAAGACAGCTTTATCGTTTTGGGAATTGGGACTGAGCTTCAGAGCGATTACACAGACTATGCTGGCATAAACAAGGAGAAGGCAGACTTTTGGGAAGCAGTGAAACAAGATGGAAGCCTTGATACGTTAAAGGCTGTTGCCGCAAATGACTACATTTTTGCCGTAAACGAAGCGGTGAATAACAAGATGATGTATTATGCTGGCGTCATGACAGAGACATCTCTACCCGAGGCAACTAGGGTTATTCAGTTTCCTAAAGGGGAATACCTCGTAGTAAAAGGGGAAGGGAACACGGCAGATGAGTTGAGTAATAAACTTACTGGCATTGCCTTCGGACAAGTCTTGCCGGAAGCTCAGAATTTTGCCTATGTAGGCGGGCCAAATGCAACGGTAGAGATGGGACAGCGAGACGGGTTGGTATTTGGTGAGTTGTGGATCCCTGTTGTCAGGAAATGA	MNMTNYTLEEKDSFIVLGIGTELQSDYTDYAGINKEKADFWEAVKQDGSLDTLKAVAANDYIFAVNEAVNNKMMYYAGVMTETSLPEATRVIQFPKGEYLVVKGEGNTADELSNKLTGIAFGQVLPEAQNFAYVGGPNATVEMGQRDGLVFGELWIPVVRK				NA	NA	NA	NA	NA
JZ016_00972	963			hypothetical protein	ATGAAAAAAGTTGAACGGATCAATATCATTATGCGGTATATCAACAACCGTGCCCACTTTACCATTTCTGAAATCATGCAGGAATTTAACATTTCTCGTTCGACAGCGATTCGAGATATTAGAGAAATTGAAGCCATGGGGATGCCGCTTGTCGCTGAAGTTGGGAGGGATGGGGGTTATTTTGTCATGAACAACTCTGTCCTGCCCACAGTCCGCTTTACCGATAATGAAATTAAAGCTCTGTTTATAGCCTTTATGGCCACAAGAAATCAACAACTCCCTTATCTGAAGAGTCGTCAATCTTTAGCAGAAAAATTGCTAGGTCTCATCTCGGAAAACCAGCAAGATGACCTTGTTCTGTTAAATCAAATTTTGCTTTTTGAAGGGACTAACCCTCATAATCCAGACCTGCTTGATCTGTCTGACCTGCCCCACCCGATGTTAGAAAAACTCATCCAGATCCTTCTGGTGGACCGGTATCTATTGGTTTCCGTCAAGGAAGAGAAGATCATAAAGTCTTATCCCATTTATCTCTTGCATCTTTATCGTGAAAAAAGCCTATGGCAAATCGAAGGTTTTGACTTAGAGGATGGGAAGAGGCGGATTATTCCTGTCGACAATCTCACCGACGTACAACCATACCCCGTGAAGAAAAGAATAAGTAAGAAAAAGATTCTAGAGCAACTAAGTAAGCAGGAAGAGATCATCAATCTTGTCCTTGATCTTGGCCCAAAGGCGATTGCTCAGTTCAAAAAATACCATCCTTTAAAAGTTTCAATTTCTTATACGAATCCATACCAAACCACCGCCACTTTAAAGACATTTATCAATGTTCTTCATTCGGAAGAATTAACCGAAATGACCAATTGGCTGCTTTTCCTAGGTGGAGATATTAAGATCAGGGAAATACCGGATGAAGTCGTTTCAGGTTTAAAAGAACGATTAAGCCACTACTGTCCGTAG	MKKVERINIIMRYINNRAHFTISEIMQEFNISRSTAIRDIREIEAMGMPLVAEVGRDGGYFVMNNSVLPTVRFTDNEIKALFIAFMATRNQQLPYLKSRQSLAEKLLGLISENQQDDLVLLNQILLFEGTNPHNPDLLDLSDLPHPMLEKLIQILLVDRYLLVSVKEEKIIKSYPIYLLHLYREKSLWQIEGFDLEDGKRRIIPVDNLTDVQPYPVKKRISKKKILEQLSKQEEIINLVLDLGPKAIAQFKKYHPLKVSISYTNPYQTTATLKTFINVLHSEELTEMTNWLLFLGGDIKIREIPDEVVSGLKERLSHYCP				NA	NA	NA	NA	NA
JZ016_00973	942			hypothetical protein	ATGGAAAATAATCAAACTATTCGTTTGGCCATTGAAGAATCTATTCAGTTTCTTGAATTTGCACCGCATTTTACGATGGCTCACGGCGAGTACACTCGTCGAAAATGGGATGGAGCTTGGTGGCATATGGCTGCTCTTTATGAAATGGGAGAAGTGAAACGAATCCCCCAGTCCGCTATTGAAAGAGCGATACACCTTCTCAAAACCCAGGTCTGGCCAACTTTTATTATATCCGCCGATGATCATCCAACAAGTGAAAGTGATAAGATGAAGTTGGATTGCTGCCATTGTGAACTTGCCGTATTCTATATGATTCTAATGGGGTATGGCTGTGATTTGGACAAGGAACTGCCTTGGATTCGTGAATGGCTCTTAAAGCATCAGCTTCCTGATGGCGGACTGAATTGCGATCCTGATGCTTATACTCGTTCTAAAAAAAGCTCTGTTGTCTCAACATTGCCTCCGCTTGAAGCTATCTTACGGCATACTGATCGGGAATTCACTGAACAGGAAGCTGTTTTCTTAGACGAAGGTGCACGTTATTTAATTGAGCATCGACTTGTTTGTTCTAAACAAAATGGGAATGTCATCGATACCGATTGGCTGAAACCTTGCTTTCCGAGGTTTTTTGAATATGATATATTGCGCGGCATGTCCTTCTTAGCAGAATGGTCTCGGCGTAGGAACAAACTGCTTCCGGTTGGGTTAATTCATGAAGGATTGGAACGCTTGAATACATCAATGGCAGCAGATGGTTTGCGAATCGGTAGACAAGTCTTTGATCCACAAGGCCCGTGGGGTGGGCAAACTTTTTCCTTGTTAGAAGCAACGGCCGGCATTGGTGTCGTTTCGCCTTATCTAACCAGACAATTGGATCGAGTAATCGAACGGCTGGGACCGGAATATACCTTACGATCAAAGACAATGGGAAGAGTACCTTAG	MENNQTIRLAIEESIQFLEFAPHFTMAHGEYTRRKWDGAWWHMAALYEMGEVKRIPQSAIERAIHLLKTQVWPTFIISADDHPTSESDKMKLDCCHCELAVFYMILMGYGCDLDKELPWIREWLLKHQLPDGGLNCDPDAYTRSKKSSVVSTLPPLEAILRHTDREFTEQEAVFLDEGARYLIEHRLVCSKQNGNVIDTDWLKPCFPRFFEYDILRGMSFLAEWSRRRNKLLPVGLIHEGLERLNTSMAADGLRIGRQVFDPQGPWGGQTFSLLEATAGIGVVSPYLTRQLDRVIERLGPEYTLRSKTMGRVP				NA	NA	NA	NA	NA
JZ016_00974	747			hypothetical protein	ATGAATTACGAACATAAAGTACAAAGGGAAATTGCCGACTGGGAACAGAAAATGTTCAAACCGCCGGGATGGCTGGAAAAGACATCGAAAACCATTGGCAATCGAATCAATCATTTGATTCCCCCGAAGGTGCACAGCATTATTACGACCACCATACGATCGATCGTGCGCACAGCGTTGTTCGGTGCGGAATATACGCCTAGCCGTCCGGTTCAGCATACGCTGGAACTGGAGACTGCCGATCAAGAAGCGAAAGAGTTATTTGCCCTGTACCAGAAAATTGCGGTTGCCGAAGGCGCTGGAACGGGTGCTGGCGGCATTATGTTTAGCATGGTAGACTTTCCAGCTTTAATTGCGATCAAAATGAAATTTTTGTTCGAGCTGGCCCATGTTTACGGTTACGACACCAAACACTTCTCCGAACGGGTGTTCATTCTCAAGGTATTTCAAATGACCTTTTCAGGGCAGGAAAACCGTGCGAGGTTGCTCCATTCCATCAAACATTGGCATATGGAAAAGGAACAATGGCTCTCTGACGCAGAATACGCCCAGAATATGGACTGGGAGACATTTCAGATCGAGTATCGCGACGCCATGGACTTTCGGAAGATGCTGCAGATGGTTCCTGGGATCGGCGCTGTCGCGGGCGCGTGGGCCAATTACACCATTCTCGAGGAGCTGCGCGAATCCGCCATGAACGCTTATCGCCTCCGCAGATTACACGATGATTTCGTGGATTTGGGTTAA	MNYEHKVQREIADWEQKMFKPPGWLEKTSKTIGNRINHLIPPKVHSIITTTIRSIVRTALFGAEYTPSRPVQHTLELETADQEAKELFALYQKIAVAEGAGTGAGGIMFSMVDFPALIAIKMKFLFELAHVYGYDTKHFSERVFILKVFQMTFSGQENRARLLHSIKHWHMEKEQWLSDAEYAQNMDWETFQIEYRDAMDFRKMLQMVPGIGAVAGAWANYTILEELRESAMNAYRLRRLHDDFVDLG				NA	NA	NA	NA	NA
JZ016_00975	525	paiA	COG0454	Spermidine/spermine N(1)-acetyltransferase	TTGACTCTAAAAATAAGGAAGTGCACGTTAGAGGACCTTTGCTTACTTCAAGACATTAGTGTTGAGACGTTTAATGAGACATTTAAAGGTCAAAATTCACCTGAAAATATGAAAGCCTATTTAGAAAGAGCATTTAACTTAAACCAATTAGAAAAAGAGATTTGCAATAGCTCTTCGGAGTTCTATTTTATTTATTCTAGTGGGGAAATCGCCGGGTATTTAAAGGTCAACACCCATGATGCCCAAACTGAAATGATGGGCAATGATTCGCTTGAAATCGAGAGGATATATATTAAGGGCATATATCAAAAATTTGGGCTTGGCAAGTTCCTGCTGAATAAAGCCATGGAGATCGCGATGGAACGAAATAAAAAGAGGGTCTGGCTAGGCGTTTGGGAACGAAATGAAAATGCCATTGCTTTTTATAAGAATAGGGGGTTTGTTCAAACAGGAACCCATTCTTTCTATATGGGTGATGAAGAACAGAAGGACCTTATCATGACCAAAACATGCATAGAGCACTAA	MTLKIRKCTLEDLCLLQDISVETFNETFKGQNSPENMKAYLERAFNLNQLEKEICNSSSEFYFIYSSGEIAGYLKVNTHDAQTEMMGNDSLEIERIYIKGIYQKFGLGKFLLNKAMEIAMERNKKRVWLGVWERNENAIAFYKNRGFVQTGTHSFYMGDEEQKDLIMTKTCIEH	PGPT0007785_493	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007785-paiA-K22441	NA	NA
JZ016_00976	453			hypothetical protein	ATGAAAGGAATTCTTCGTGAAATTGGAATGATCGCAAGGGCATTAGATTCGATTAGCAATATAGAATTTAAAGAATATGACCTGACGAAAGGACAGTATCTGTACCTTGTGCGAGTATGTGAAAACCCAGGAATCATTCAAGAGAAGTTAGCTGAGATGATAAAAGTAGATCGAACAACTGCAGCCCGTGCTATCAAAAAGCTTGAACTTCATGGCTTTATTGAGAAGAAAGAAGATCAACATAATAGAAAAATCAAAAAACTCTTTCCAACGGAGAAAGGGAAACATGTGTATCCTTTTATAAAAAGAGAACATGATTACTCGTATACGGTTGCATTAGAGGGATTTTCCGAAAGTGAAGCAGAAGTCATGTTTAATCTGCTACAAAGAGTCAGAAAGAACGTTGAAAAAGACTGGGAGTTTGTAAAAAAGGGCAATAAGAGATTATATTGA	MKGILREIGMIARALDSISNIEFKEYDLTKGQYLYLVRVCENPGIIQEKLAEMIKVDRTTAARAIKKLELHGFIEKKEDQHNRKIKKLFPTEKGKHVYPFIKREHDYSYTVALEGFSESEAEVMFNLLQRVRKNVEKDWEFVKKGNKRLY				NA	NA	NA	NA	NA
JZ016_00977	852	sigJ_4		ECF RNA polymerase sigma factor SigJ	GTGGAAGAACTGTACGATCAATATAAAGCGCTCCTATTCACGCTGGCCTATCAATTAACAGGCTCTGTGGCAGATGCGGAAGATGCGGTGCAGGACGTGTTTGTTAAGGCGCACGACGTACAACCCGAGCGTTTGGAGGAGCCGAAGGCATATTTGTGCAGAATGGTAACCAACCACTGCCTTAATCAGCAAAAATCAGCACGGAAGAGACGCGAAATTTACGTTGGTCCCTGGCTCCCTGAACCGATTCGGACGCCTGAGGCGGATACCATCGAAGCAACCGTTGTCCGCTTCGATCTGCTATCTTACGCCATGCTCGTACTGCTCGAGCGGCTGTCCCCGTCAGAGCGGGCGGTTTTCGTTTTGCGTGAAGCACTTGGCTTCGAATATGCAGAAATTGCCGATCTGATCGGGAAGCGAGAGGCGAATTGCCGGAAGATGATGAGCCGGGCAAGAAGCAAGATGGGGGTTTCCGAGAAGGAGCCCGTAAAGAACGACGCAGATGAAAAGGAATGGATAAACCGTTTCCTCGTGTCCCTCGATCAAGGGAATATCGATCATTTGTTGTCACTGCTTACCGAAGACGTCATGTTCGTTGCCGACGGAGGCGGTAAAGCCCTGGCGTACAAGCGCCCCATACAAACGCGCGATTATGTGGCCCGAGTCTTGCTCGACGGGTTCCAAAGCATACAAGGGAAACTTCACCTCGAGCCCGCACCTCTTAACGGTGAGACCGGCTTCGTCATCCGTTCGGGGAACGAAATTTTGGCGGCGATATGCATACAACTCCGGCACGGAAAGCTTGCCAGAATGTATGCCGTACGGAACCCGGATAAGCTTGCTCGGGTTTAG	MEELYDQYKALLFTLAYQLTGSVADAEDAVQDVFVKAHDVQPERLEEPKAYLCRMVTNHCLNQQKSARKRREIYVGPWLPEPIRTPEADTIEATVVRFDLLSYAMLVLLERLSPSERAVFVLREALGFEYAEIADLIGKREANCRKMMSRARSKMGVSEKEPVKNDADEKEWINRFLVSLDQGNIDHLLSLLTEDVMFVADGGGKALAYKRPIQTRDYVARVLLDGFQSIQGKLHLEPAPLNGETGFVIRSGNEILAAICIQLRHGKLARMYAVRNPDKLARV	PGPT0014960_1734	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_00978	1191			hypothetical protein	ATGAACGACTTGACATGCATCATTATTGGAGGCGGCCATGCAGGGCTTTCAGCGCTTAAAGCGATAAAAGAAACAACCCGGAACATGACGAATGGACGGCGGATTCGGTTTGTTCTGTTTGACAAGCAGCCCGGTCATGTGCGCAAAATACTGTTGTTCCGTCCGGCCGTAGGTGAGGAAGTGATTATGATTCCTTGGACGCATTATAGTTTTTCAGAAGGAGTCGAATTCGTGCAAGGAACGGTTGCGTCCGTGGATAGCGGGGGGAAGCAGATTCAATATAAGGATGCGCATGGAGATGAGGCCTGGATTCCTTATGATCTTTTAGTTGTAGCGGTCGGTAGCGTCTTTCGGCGCCCTGATCCTGATCGGGGAGGCATTTCTTTAACCGATCAGCAAACCGCAGCAGTCATCCGGGAGCGCTGGCGCGCCAATCTACGGCAATCTGTTCACGAGACAGATGTTAAGGAACGTAAGCGACTGATGAGCGTCGCAGTTGCGGGAGCGGGTATCAGTGGCATTGAGACATCGGCTGAGCTGGCGCTAGAGATGCAGAAGGAAGCAGCTTTACTGGGACTTGATTCGTCCGAAGTCGCTGTCTATTTACTGAATGCGCGGGAGCGGTTATTCCCAGAAGCACCCGAGAAAGTGGGACATAAGCTGGAATTGACGCTTAACAAATGCGGAGTGACCGTGCTTCATAATCGTAAGGCGCTAAGAGAGGAAGCAGGCGTGGTGACGGTCAGCAATGGTGATCGTCTGCCGGTTGGCCTGTGTATATGGACGATTGGTCTGATTCCGAATCCGGACCTTCGCAGTATGGGCTTGCCGCTTACTCCGGACGGTCAAGTTCTAGTGGATGGATCCTATCGCGTGCAAGGGGCAACGGGTGTATACAGCATCGGCGACTGTACGAGAATCGTCGATCCGAGAAACGACATCGCAGATCAAATGACGTGCAAAGAAGGCGGCCTACAGGGAGAACGATTGGGGAAAATCGTTATGGCCGATTTGGAGGGACGCCCCGCTCCGGTTCACAAGAAGGTTCCCTTAGATTTTTTCTGCATTGGACTTGGGAAAAACCGCGGGTTGGTGTGGGGACGCAAACGGGGGGTCAACCTGATTATAACCGGAAAACTTGCATGGAAATTCAGGAATATTGCATGGAAAGCAGGCAGTAAACTTCTATAG	MNDLTCIIIGGGHAGLSALKAIKETTRNMTNGRRIRFVLFDKQPGHVRKILLFRPAVGEEVIMIPWTHYSFSEGVEFVQGTVASVDSGGKQIQYKDAHGDEAWIPYDLLVVAVGSVFRRPDPDRGGISLTDQQTAAVIRERWRANLRQSVHETDVKERKRLMSVAVAGAGISGIETSAELALEMQKEAALLGLDSSEVAVYLLNARERLFPEAPEKVGHKLELTLNKCGVTVLHNRKALREEAGVVTVSNGDRLPVGLCIWTIGLIPNPDLRSMGLPLTPDGQVLVDGSYRVQGATGVYSIGDCTRIVDPRNDIADQMTCKEGGLQGERLGKIVMADLEGRPAPVHKKVPLDFFCIGLGKNRGLVWGRKRGVNLIITGKLAWKFRNIAWKAGSKLL	PGPT0004020_4985	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0004020-ndh-K03885	NA	NA
JZ016_00979	684			hypothetical protein	ATGGATCATTTTGCTTCCCACCCGTCCCGAAGCGCAAAGGCTGGCGGCTTCATTACCTTCGGCACTTACCCGCAGTCTTCTGACGGTGCAGACAATTCCCCGATCCTGTGGAGGGTGCTGCAAAATTCAGGAAGAGAGCTGTTCCTGTTGAGCGAGTACATTTTGGACTGCAGGCGGTATCACGGCGAAAGCGTGGATACGAAGTGGCGTGATAGCGTGGATATTACGTGGCATGATTGTGATTTGCGCAAGTGGCTGAACGATGAATTCTACAACACCGCATTTAATGCGACAGAAAAAAAATTCATAAAGACGTCGCATTGTTCGGACAACGGAGATGGCAGCCCGGATACGGAGGATAAAGTTTTTTTGCTTAGCGTTACAGAGATCAAGGAGTTATCGGAGATTCACGGAAAGGAGTTACGGCGTGCCGTTGGAACGGATTTTGCCAAATCGAAAAAATACGATGGATGCAGCTTATATGTATACGATAAAACAAACCAGGATAACTACATCATCAGAAACGGCGAAGAAGTCGGCTGTTCCTGGTGGTGGCTGCGAACACAAGGAAACAAGCCTTCGCGTGCGTTTTTTGTCGGTCCAAGCTGCAGTATTCGCAGCTATGCGAATGTCAGTCTCTCCCGTGACGGCGTGCGTCCCGCTTTAAAACTTACTCTGAAATAG	MDHFASHPSRSAKAGGFITFGTYPQSSDGADNSPILWRVLQNSGRELFLLSEYILDCRRYHGESVDTKWRDSVDITWHDCDLRKWLNDEFYNTAFNATEKKFIKTSHCSDNGDGSPDTEDKVFLLSVTEIKELSEIHGKELRRAVGTDFAKSKKYDGCSLYVYDKTNQDNYIIRNGEEVGCSWWWLRTQGNKPSRAFFVGPSCSIRSYANVSLSRDGVRPALKLTLK				NA	NA	NA	NA	NA
JZ016_00980	342	yjbR_1	COG2315	putative protein YjbR	ATGAGAAGTAGACAGGAAGCCATCGATTACTGCTTGAGCTTGGACCATTCGTATGAGGATCAACCATTTCGTGATAAAAATTGGACCGTGGTTCGACATAAAGATACAAATAAAGTTTTTGCGTGGATTTTTGAAAAAGAGGATCATATTTGGATCAATGTAAAGTGTGAATCCGGCATGATGGAGTTCTTACGGCAGGCATACACTGCAGTAGTCCCGGCCTTTCATCTTAATAAAGACCATTGGAATTCGATTATTCTTGACGGCACCGTACCTGAAGAAGAAATCCGTGAAATGATCAAACAAAGCTATGTTTTAACTAAGGCGTCTTCTCGAGATTAA	MRSRQEAIDYCLSLDHSYEDQPFRDKNWTVVRHKDTNKVFAWIFEKEDHIWINVKCESGMMEFLRQAYTAVVPAFHLNKDHWNSIILDGTVPEEEIREMIKQSYVLTKASSRD				NA	NA	NA	NA	NA
JZ016_00981	588	yyaP_3	COG0262	putative protein YyaP	GTGAAACGTAAAATCATTTTAGATTTAGCCGTTACGTTGGATGGTTTTATTGAAGGGAAGAGTGGGGAAGTAGATTGGTGCATTATGGACCCTGAGATGGGGTTTGCGGATTTTTTAAATCAAATCGATACGATAATGTATGGAAGAAAAAGTTATGATTTATGGGGGCGGTTCACGCCGGATATGGATCCGTCGGATGCTGAGCAAGAATTATGGTCAAACGTTCACAGTAAAGAAAAATATGTGTTCTCCAGGACGCAAACAGGGAGCGATCATAAAGCGACATACATCAATGATCATATCCTTGAAGAAGTAAATGCATTAAAGAATAAGCCGGGTAAAGACATCTGGTTATATGGGGGAGCAAGCCTTATTACAACCTTTATTCAGTTAGGGCTGGTTGATGAATTCAGATTATCGGTTCACCCTGTCATCCTGGGAGAAGGAAAACCGTTGTTTATGGATATCAAGCAAAGGTTGAATTTAAAGATGGTGAATACAAAAACGTTCTCCTCCGGGGTCGTGCAGCTCATTTATCATTTGGATAGGAATGCAGTTAACGATGTTAATCTCGAGAAGACGCCTTAG	MKRKIILDLAVTLDGFIEGKSGEVDWCIMDPEMGFADFLNQIDTIMYGRKSYDLWGRFTPDMDPSDAEQELWSNVHSKEKYVFSRTQTGSDHKATYINDHILEEVNALKNKPGKDIWLYGGASLITTFIQLGLVDEFRLSVHPVILGEGKPLFMDIKQRLNLKMVNTKTFSSGVVQLIYHLDRNAVNDVNLEKTP				NA	NA	NA	NA	NA
JZ016_00982	795	fabG_4		3-oxoacyl-[acyl-carrier-protein] reductase FabG	TTGAAGAGACTGCAAGGGAAAATTGCCATCGTAACTGGCGTAAGCCGTCCGGGGGGAATCGGAGCCGCGATATGCCGGACATTGGCTCGCGAAGGTGCCGATTTATTCTACACTCATCTATATGACTATGATAAAACAATATATCCAAATGACGCAGACAAGAGTTGGCCAAATTTATTTGCCGACGAACTTCGCCAGTTGGGCGTTCAAGCCGCACATATGAATTTGGACTTAGCCGATTCCGGTTCGGCTGTCAAACTGCTGCAAGAAGTCCGAACTACGATCGGTCTTCCGACAATCCTTGTCAATAATGCTACGTATAGCGTCGATGCCGATTTTCGTCAATTAAATGAAGCTCTTATCGATGCCCATTGTGCTGTAAACATTAGAGGGACTTTCATGCTATGTGCCGAATTCGCTCGTATGCTTGAGTCAGAGCAACGTGCACATAACGACGGGTTACCCGGCGGAAGAATCATTAATCTTACCTCTGGACAAGGAAAAGGCCCAATGCCCGGTAATCTCATCTATGCTGCAACGAAAGGAGCCATCTCCGTTTATACCGAATCATTGGCTGCAGAGCTGGCTCCGCTTCATATCACTGTGAACGCTATCGATCCCGGTCCTACCGATTCGGGCTGGATGTCCGAAGAGGTGAAAACAGCCCTGCTTCCGAGATTTCCGATGGGGAGGATTGGTCTTCCCGAAGATGCGGCCCGTCTGATCGCTTTTCTAGCAAGTGAAGATTCACAATGGATTACCGGACAAATTATTCATTCCAGAGGCGGTTTCTAA	MKRLQGKIAIVTGVSRPGGIGAAICRTLAREGADLFYTHLYDYDKTIYPNDADKSWPNLFADELRQLGVQAAHMNLDLADSGSAVKLLQEVRTTIGLPTILVNNATYSVDADFRQLNEALIDAHCAVNIRGTFMLCAEFARMLESEQRAHNDGLPGGRIINLTSGQGKGPMPGNLIYAATKGAISVYTESLAAELAPLHITVNAIDPGPTDSGWMSEEVKTALLPRFPMGRIGLPEDAARLIAFLASEDSQWITGQIIHSRGGF	PGPT0003180_3611	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_00983	5934			hypothetical protein	ATGAAGCGAAAATGGATCGCCGGCTTATTATCCGGCATACTGATCGGCAGCAGCTTATTTGAGCTTGCACTTGCAAGTACCCCGGCCTATGCTGCGCCATCGGGAGCGATGCCCGTATTTATCTCGGAAGTTTATCCCGATGACCGGTCGAATCAGCAAACAATCGAGGGCGCGGGCGGGGCCGATCTGTTCGAATATGTTGAGCTTTATAATCATTCGGGAGCACCGATCTCGTTTAATGACGAGTTCAACATTCGTTACGACTATAATACGGGCGTGAAGACGTTGACGGTGACGGACACGGTCTACGGCAATCCGGATGGGGTGGTCATCCCGGCAGACAGCCCGGCTGTGCTCTGGGTGGAACGGACAAGCTCGTCCATATCCGGGGCGGCCGCCGCATTGACCGAATCCGATTTTCGTCAGTATCACTCGGTTCCCGGCCATGTGCCGGTATTCAAGCTTCGGGGACAGGACGGCCTCAACAACACGGACCGCGGCTTATACATAACCCGAAAAGGCGATGACGCCGCCGTGATCAGCGGCTTCTATTATACCGCCGAGGATGTCGGCGACGGCAAGAGCGTGCATCTTCAGCCGCCTGCCGGCGGTACAGGAATGATTCCTTACGCCCGGGAAGCTGCGCCTTCCGCCGGAATCATCGATCCGGGGCAGCTATCGCCGCCTGACAATCGTGTACCTGATATCAGTCACACGCCGGTTACTTCGGCCGATCGGACGCAGCCGCTGACCGTAAGCTCAAGTGTCTATGACGCAGACGGCGATGCGCTAAAAGTAAAGCTGTATTACAAAACGGCCGTCAGCAGCCCCTACAGCATGATCGACATGGTCGGTCGCGGCAGTGATCAATTTGATGCGGTCATTCCGGCCGATCAGTTGATCGGGGAGAAGCTGCAGTATTATATCGAGGCAGCGGATGGAATTCAGCAGGCGAGATCCGCCGATTATGAAACGGCTTTAACCGGAGGAGCTGCCGGCGGGACCGTTCCGCGCATCCTGATTACTGAACTTCTGCCGAATCCGGCCGGGGATTACCGGTGGGGAAGCGGCAACCAGTACGAATACGTTGAAATCTACAATAATTCGAATCAGGTATTGGACCTTAAGGATTATACGCTCTGGTATCTGTACCCGAGTCAGACGGCACCTAAGAGTTGGATGATCCCGGATCATACCGCAATCGAGCCTTACAGCTCGGCCGTCATCTGGTTCGCGAAGGAAGCCGTGGCCAACGGCAAAGGATACACAACGACGGCCGACTTCAACCTGCACTTTAACAGCACACTGAACGATAACGACATTATTTTCTACGATAATTCGAAAGCTTCGGATTTCAATCTTCCGAATTCCCTGCATCGCGGGCTTGCTCTGTCCGCGCCGGGACAAGCCCATTCGTACATCGTACAGGCCTGGTATGATCCCAGCACGCCGGACAGCCCGGACAGGCTGGTCAACGACGTACGTAATGCAGTCGTTCGATATGCCTATCCGGATGCAGGGACGACCATGAGAAGATTGGATAACCGGATGTACGCCAATCCTGGCAGCATTGATCCGGGGCAGGTGCCGCCGGTAACAGGCGTCGACATGATAGCCCCGACGCTCGAGCATGAGCAGACCGCCTATAATTTGGGCAAGGGTCAGGCATATGCAGTTACCGTCACTAGCGACGAGCCACTTGCTTCCGCCGAGGTGTTGATTGGAGCAGCCTCCGAGGAGCCGACGGCTTTTACGGATAAACATGCGCTGACGCTTGCGTCCCAGGATAATGGACGTTATGTCTACCAAGGCTCGATCACGCTGAATGAAATCGGAGCCTATCGTTATATCATCGATGCAGTCGACGGAAACGGCAACCGCACGCGGGTCCCATATAACTCCAGAGGCGGGCTTCTGACAGTTAACGAAGAAAGCACGGGGACGGAGCTGCCGGATCCGGGGTTATCCTTAGCCAAAGGCAGCATGCTGAGCGGGAAGGCATCCTTCTACGCTTACGGCTCCCGCGCCGAGGACGATATCGAAGTTCGCTTCGACGGCAATCCGCTGCCGCTTCGCAAGGCGCTGACGGGCAAGGTAAAGCTGGGCATGCAGACCCGGGGGATCGATCAGATCTATCAAGCGTCGGCAAGCGCACTCAATGCAAGCGGAGAGACGGAATTTTTCGGGCGCATACTGCCCAAATATATCGACGGCGCATGGTCGATGTTCGATATGGCTCCCGACCTCTTCGTGACCGGAACGACTGTTTCCGTCCATACCGGGAATGAGAATGCGCCGTATCAACTCAAAGATCACGACAAGGTATTCGGCAAGAACAATCATGACGATTTCGAAGTGATGAATCTCCATCTCGTGCTCCCGGACGGTTCGGTAGTCAAACCGGATAAGGTGCTGAACTACCTGGGCAATCTCGGACAGTCGACCGTGAATTATCGGGAGGATACGTATTACGGTTTCGGAGATGCGGATTACGGCAGCAACCCGAACAAGCCGATGATCAGCGATTTCCATTTTCCGATTCCGCAGGACAAGTTCACGGCAAGATATGCAGAGCTCGACACCGCTTCCGTAAAGGATGGGGTGTATCCTCTAAGCATGTCAATGAACGGACAAGCCTTCCAGTCCATCGACGTGACTGTGGACAATACCGCTCCCGAGATTGAAGGAATATCGTATGGGGAAGGGCAGTTGTTGACCGACGCCATGCAGCTCAAAGGGGCGTTCACGCTGGATGTGGTCGCATCGGACCATCTAAGCGGCGTGACCGACATTACGGCGGAGCTTGATGGCGAGCCAATCTCACTTCCTTACGAAACGTCTTCCGCGCTGCTTGCACCGGGCGAGCATATTCTAAAAGTGACCGTACTCGACGGAGCAGGCAATTCGGCGGACATCTCCCGTAACTTCATAATTGAAGACGAGATACCTCTTCTTCCTGGCGAAGTTTCCCCAGCCGATTTCGCGGAGAACACAGGGTTGAATCCGAGCCTGAGAGCGCGACTCAGCGATCCGAGCGGGGACTCGATGGACGTTCGCTTCTTGGAAGGGGATAAATACGATTTTGCCCGTGAAGACGGGATCAAAGGCCATATCAACGTTGCAGACCGGGAGCCGCCGCTTGTACTGGCGCCGGACGGCGAAAAGGGAATCGGCAAGGAGGAGGCCGACAAAGTTGCTTACCCTGACGGGGAGTATCTTGTTACGGATACGGAATCCGGCTTCCCATATCATCGATTCGAAGTCCAACTGGACGAAGCATGGTCGGAACAGGATACGGTAGAGCTGCACTGGCAAGGACGTACGCTTCCTGGACGCATCGTGACGCTGTATGCATGGGATTATGAGACGGGCAAGTGGACCGCGCTAAAGTCGGCCACCGGTGATGAAGCCGAATCCGACATTACCCTGACAGCAGAAGTGGATCCTAAGCGTTACGTGCGAAACGACAAAATCCAGGCCATGGTTCAGGATGAAGTGAAGAGCGCGAATGCGCCGTTCAACATTTTGTGGTTTACGGACACGCAGTATTACGCGGAATCGTACCCGGACATATTCGATAAACTGGGCGATTGGATCGCAGAAGAATATAAGAAGGGCTTGTTCAGTTATGTGATCCATACCGGCGACATTGTGAACGTGGCTGACGACGAGAAGCAGTGGGTGGTAGCCGACCGCAACTTGAAGAAGCTGGATGAAGCGGGCGTACCGTATGGTGTACTCGCGGGCAATCACGACGTCATCATTGATGGTGTGGATTACTCCTACTACGGTAAGTATGTCGGGGCCGACCGGTATAAGAACAATCCTTGGTATGGCGGGGAAATGGATAACAACCGCAACCATTACGACCTCGTGTCGTTTGGAGGCCATGACTTTATTTTCCTGTATATCGGCTTTGGACTAGAGGACACGCCAGAGACGATCGCTTGGGCCAACGAGGCGCTGAAGAAGCATGCGGACCGCATTGCGATCGTCGGCATGCATGCATATCTGGAGAGCAACGGCACCTTGTCCAATATGGCGCAGAGCGTTTATGACCAGGTCATCGCGCCGAACAAAAACGTACAGCTGGTGCTAAGCGGACATTATCATGCTGCGAACCGGGTCGTGAAGACGGTGACGCATCCGGACGGATCGACAAGGCAGGTCATCGAAATGCTGGCGGACTATCAGGGAGGACCGAACGGAGGCAACGGGTATCTGCGCCTGCTGAAATTCGATCCAACCTCCGGTACGCTGGACGTGGATACGTATTCACCTTACTTAGACGATTATAATTTCTTTGATGATGCCATCGAGGATTTTACCGAGCCGTTTGCGTTCAGGGACATTCAAAAACGGGTGGCAACCGATTATTTTGCGGTTAACGTGTACAAAGATACACTGATTGGCGAGCAAAAGGACGTGAAGTCCGGGGAAATCGCCTCTACCGTATGGAATGGACGCGAAGCCGGTGAGACGTATTACTGGTATATGGATATTACCGATGAATTCGGCGCCAAGCAGCTTAGCCCAATCTATCGCTTTACGACCTCGAAGAAAACGTCTCCTCCGGGCGGCGGGAATGACGGAGGCGGAAACAATGGGGGCGGCGGCAACAACGGAAATAACGGAAATAACGGAAATAACGGCAACAATGGCAACAACGGAAACAACGGCAATAACGGAGGCAACAGTAATCATCCGGGTCAAAGCAAGCCAGGAGGAACGCTGCCGACCACCGGACCTTCCAGACCGGGAACGATTACGGCGGAGGTCGCCATAAACGGTCAGAAGGCTCAGGTAGCGATCGGCGAAGCAGAGCTCAGCCGTGCCTTCGACAGCGTCGCAGCGAACTCGCGCGGAATCAAGACCGTGACGATACAACTGGACGAAAGTGCCCGGTCTTTCAACGGTGAAATCGTCATCCAGGTCCCGTCAGCTTCATTGAACCGCAATCACACGCGGGAACGGATCGAGATCGTTACACCGCAGGCAACCGTGAAGCTGCCTTCCGATATGCTGAACCGTCTGTCGGAAGCAGGGCAGTTGACGAGCCTCGTAATTCGGCCGGGTAATCGAAGCGGGCTTTCCGCGGACCGACTTGCCGGGATTGGGAACAGACCGGTCGTCGAGTTGCTGCTGCAAATCGATGGCAAGACGGTGGAATGGCCGGGAAGCGGCACCCCTGTAACGGTATCGCTCCATTATGAAGCCAAGGCTGACGAACGAGCGGATCAGTTAGTCGCGTGGGAAGTCGATGCGATGGGCTCCGTATCTGCTGTGCTGAACGGATATTACAATGCCAATACTCGTACCTTGACTTTCGAGACGGACAAGCTTGGCACGTATGCAGTCGCATATAAGCAAGTATACTATCGGGATGTAGAACCGGGCAGCTGGTATGCAGACGCCGTACATTTCCTCTCTGCCCGAGACATAGTTAAGGGGACAGGGGGAGGTCAGTATCTCCCGCAGAAGGAGATCAGCCGGGCCGATTTTCTGGTCATGGCCATGAACGCCTTCGGCATCAAACCGGAGAATACGGATGATGACAGTAATTTTGCCGACGCGGGCAGCCGGTACTATACGCCGTATTTATCCGCAGCGAAGAAGCTGGGACTGGTCCATGGAACGGGAGATAACCGGTTCAGACCGGAGGACTCGATCACGCGTCAGGATATGGTCGTCATGCTCCATGCGATCATGGAATCGGCCGGTAGCGAGTTGCCGGGTGGAGATGATAACATCGAACGCTATACCGATGCGAAAGACGTATCCGGTTATGCGAAGGAAGCGATGGACTTCATGCTGGATGCCGAATTGATTCAAGGCACAGGTGGAGGCAAGCTGTCACCGAAGTCCGTTACCGATCGGGCAATGGCAGCAGAGCTGATCTACAACTACCTGGTCAAAAGCCGGGAAGCTTCTTAA	MKRKWIAGLLSGILIGSSLFELALASTPAYAAPSGAMPVFISEVYPDDRSNQQTIEGAGGADLFEYVELYNHSGAPISFNDEFNIRYDYNTGVKTLTVTDTVYGNPDGVVIPADSPAVLWVERTSSSISGAAAALTESDFRQYHSVPGHVPVFKLRGQDGLNNTDRGLYITRKGDDAAVISGFYYTAEDVGDGKSVHLQPPAGGTGMIPYAREAAPSAGIIDPGQLSPPDNRVPDISHTPVTSADRTQPLTVSSSVYDADGDALKVKLYYKTAVSSPYSMIDMVGRGSDQFDAVIPADQLIGEKLQYYIEAADGIQQARSADYETALTGGAAGGTVPRILITELLPNPAGDYRWGSGNQYEYVEIYNNSNQVLDLKDYTLWYLYPSQTAPKSWMIPDHTAIEPYSSAVIWFAKEAVANGKGYTTTADFNLHFNSTLNDNDIIFYDNSKASDFNLPNSLHRGLALSAPGQAHSYIVQAWYDPSTPDSPDRLVNDVRNAVVRYAYPDAGTTMRRLDNRMYANPGSIDPGQVPPVTGVDMIAPTLEHEQTAYNLGKGQAYAVTVTSDEPLASAEVLIGAASEEPTAFTDKHALTLASQDNGRYVYQGSITLNEIGAYRYIIDAVDGNGNRTRVPYNSRGGLLTVNEESTGTELPDPGLSLAKGSMLSGKASFYAYGSRAEDDIEVRFDGNPLPLRKALTGKVKLGMQTRGIDQIYQASASALNASGETEFFGRILPKYIDGAWSMFDMAPDLFVTGTTVSVHTGNENAPYQLKDHDKVFGKNNHDDFEVMNLHLVLPDGSVVKPDKVLNYLGNLGQSTVNYREDTYYGFGDADYGSNPNKPMISDFHFPIPQDKFTARYAELDTASVKDGVYPLSMSMNGQAFQSIDVTVDNTAPEIEGISYGEGQLLTDAMQLKGAFTLDVVASDHLSGVTDITAELDGEPISLPYETSSALLAPGEHILKVTVLDGAGNSADISRNFIIEDEIPLLPGEVSPADFAENTGLNPSLRARLSDPSGDSMDVRFLEGDKYDFAREDGIKGHINVADREPPLVLAPDGEKGIGKEEADKVAYPDGEYLVTDTESGFPYHRFEVQLDEAWSEQDTVELHWQGRTLPGRIVTLYAWDYETGKWTALKSATGDEAESDITLTAEVDPKRYVRNDKIQAMVQDEVKSANAPFNILWFTDTQYYAESYPDIFDKLGDWIAEEYKKGLFSYVIHTGDIVNVADDEKQWVVADRNLKKLDEAGVPYGVLAGNHDVIIDGVDYSYYGKYVGADRYKNNPWYGGEMDNNRNHYDLVSFGGHDFIFLYIGFGLEDTPETIAWANEALKKHADRIAIVGMHAYLESNGTLSNMAQSVYDQVIAPNKNVQLVLSGHYHAANRVVKTVTHPDGSTRQVIEMLADYQGGPNGGNGYLRLLKFDPTSGTLDVDTYSPYLDDYNFFDDAIEDFTEPFAFRDIQKRVATDYFAVNVYKDTLIGEQKDVKSGEIASTVWNGREAGETYYWYMDITDEFGAKQLSPIYRFTTSKKTSPPGGGNDGGGNNGGGGNNGNNGNNGNNGNNGNNGNNGNNGGNSNHPGQSKPGGTLPTTGPSRPGTITAEVAINGQKAQVAIGEAELSRAFDSVAANSRGIKTVTIQLDESARSFNGEIVIQVPSASLNRNHTRERIEIVTPQATVKLPSDMLNRLSEAGQLTSLVIRPGNRSGLSADRLAGIGNRPVVELLLQIDGKTVEWPGSGTPVTVSLHYEAKADERADQLVAWEVDAMGSVSAVLNGYYNANTRTLTFETDKLGTYAVAYKQVYYRDVEPGSWYADAVHFLSARDIVKGTGGGQYLPQKEISRADFLVMAMNAFGIKPENTDDDSNFADAGSRYYTPYLSAAKKLGLVHGTGDNRFRPEDSITRQDMVVMLHAIMESAGSELPGGDDNIERYTDAKDVSGYAKEAMDFMLDAELIQGTGGGKLSPKSVTDRAMAAELIYNYLVKSREAS				NA	NA	NA	NA	NA
JZ016_00984	150			hypothetical protein	ATGCAGCGAATGATCCCTTTCAAAATCAATAATCAGAAAACCGTTATATCTTTATTGGCTGTTGGGGTGGGTGCTACACTGATTGGAATGGCATATAGACGCAGGCTCAACGGAAATGCATGGAGTCGTATGCTCAGGTCTATTCGATAA	MQRMIPFKINNQKTVISLLAVGVGATLIGMAYRRRLNGNAWSRMLRSIR				NA	NA	NA	NA	NA
JZ016_00985	603			hypothetical protein	TTGTTAGAAATGCCTCTGTCTCCGCGTTTGTATCACTGGTTTGTCCGTCCCCAATGGATTACCAAAAAATATATCCATGACCATATTCAGAAGCACTTCCAATTGGAGAATAAGTTCATCCTTGATTTTGGTTCGGGTACCGGAGCAAATTGCTCTATTTGTCATTCAGATCGGTATCTTGGCATTGAGCCCAATATGGATCGGGTTCGTCTGGCCAAAAGACTGTACCCCAACCATACATTTGAAATATTTGATGAACGCCAGATCCCTATAGAAAACAACTCCATTGACTATATCTTTGTCGTTGCTGTTCTTCACCATATATCAGATGAGCAGATTCGTTCATATTTGGTCGAGTTTGAACGCATTTTGAAACCAGGTGGCAAGGTTATCGTCATGGAGCCGTATTTTTGTATGAAAAGAAGATTTAACAATCGATTTATGAACTGGTACGATGATGGAAAGTATATCCGCAGCGAAAACAGCTACCTAGATTTATTCCAAAACGGGCAATACCGATGTGAGGTACTTAAGAAGTTTACAAAGTGCATGGTATATAACGAGATTTACTTCACGGCGGAACCAACCAGGCAACTAAATTAG	MLEMPLSPRLYHWFVRPQWITKKYIHDHIQKHFQLENKFILDFGSGTGANCSICHSDRYLGIEPNMDRVRLAKRLYPNHTFEIFDERQIPIENNSIDYIFVVAVLHHISDEQIRSYLVEFERILKPGGKVIVMEPYFCMKRRFNNRFMNWYDDGKYIRSENSYLDLFQNGQYRCEVLKKFTKCMVYNEIYFTAEPTRQLN				NA	NA	NA	NA	NA
JZ016_00986	174			hypothetical protein	ATGGCAAATAACAGGAACTATAATCATAATCAGCATGATCGTACGGATAATAATGGTCAGCGCCAGAACAAGGTTCATGGTGGTGAGTATCGCAATGGACGTCTTAGCCAAATTAAAAACAATAACCCGGAAGGTGAAGATATTCCGAATGAGTTTATAAGTCGGAAAGAGTAA	MANNRNYNHNQHDRTDNNGQRQNKVHGGEYRNGRLSQIKNNNPEGEDIPNEFISRKE				NA	NA	NA	NA	NA
JZ016_00987	435			hypothetical protein	ATGAACGAACGATTTGTTAAACATGCCACTTTCGTCGTCGAACGGTCTTATTCAGCTTCGCCTGCGAGGGTCTATCAAGCTTGGGCCGATCCGGCTGCCAAAGCAAAGTGGTTCTCAAAACCCGATATTTTCGAGTTTCATGTGGGGGGACGCGAATATAGCAGCGGTGGCCCGCCAGAGGGGCCCGTCTTTACGTTTGACGCGTGCTACCAAGAGATTGTGCCGGAAGAGCGCATCGTCTACAGCTATACCCTGGATTCGGATGACAAACGTATCTCCGTTTCAATCACAACGGTCGAGCTCATCCCGACCGAGGATGGCACAAAGCTGGTCTTCACGGAGCAGGGGGCATTCTTAGACGGGTATGATACGCCTGAAGTGCGTGAGCATGGGACAAATGAGATGCTTAATGCACTTGGAAAGACACTCGAATAG	MNERFVKHATFVVERSYSASPARVYQAWADPAAKAKWFSKPDIFEFHVGGREYSSGGPPEGPVFTFDACYQEIVPEERIVYSYTLDSDDKRISVSITTVELIPTEDGTKLVFTEQGAFLDGYDTPEVREHGTNEMLNALGKTLE				NA	NA	NA	NA	NA
JZ016_00988	501			hypothetical protein	ATGAAACGAAATTGGAAGGTAGGGGAGCTTGCCAAACAAACGGGGCTCACCGTGCGGACTTTGCGATTTTACGATCAAATCGGTTTGTTCTCTCCATCGGACAAGACGGAGTCCGGTCATAGGCTGTACGACGAATCTGACCTGTCACGCCTGCAGCAGATTATATCGCTTAAAGAATTAGGCTTATCTTTGGAGGATGTAAAGCTCATCCTGAAGGACGAGCAGATCAGCCCACTAGAGATCGTCAAGCTGCAAATAGCCCGAATCAAGGAACAAATCAAGGTGCAGCAGCAGCTTCTTGAACAGCTTCATCATCTATCCAAGTCGATGCAGGGGATGGCGCCATTAGCGGTTGAAGACTTCACTGACCTCATGCAAGCGATTAAAAAAAGCCATGAGAAGTTAGTCATCGAGCGGAGAACGAGCTGGGAACACCATCTGGATGTATTGGGTAATTTTATTGCCGAGGAAGAGAAAAAATCGAAATCTAGGGAGGATTAA	MKRNWKVGELAKQTGLTVRTLRFYDQIGLFSPSDKTESGHRLYDESDLSRLQQIISLKELGLSLEDVKLILKDEQISPLEIVKLQIARIKEQIKVQQQLLEQLHHLSKSMQGMAPLAVEDFTDLMQAIKKSHEKLVIERRTSWEHHLDVLGNFIAEEEKKSKSRED				NA	NA	NA	NA	NA
JZ016_00989	594			hypothetical protein	ATGGTAAACGGTGAAAGGAATTCAAAGATAGATCCCTATTTTAACAAACTTAAGAAGTGGAAGGAAGAATTTAAGCTGCTGAGAGAAATCGCTCTTGACTGCGGGTTGACCGAGGATTTTAAGTGGATGCATCCATGTTACACGCTTGACGATAAAAACATCGTTTTGATTCATGGCTTTAAGGATTACTGTGCGCTTCTGTTTCACAAAGGGGCGTTGTTAAAAGATCCCCATGGGATTCTAATCCAACAAACCGCGAATGTTCAGGCGGCGCGTCAGATTCGGTTCACCAATGTTCAAGAGATCGATGAAATGCAACTTATCTTGAAAACATATATTGATGAAGCCATCGAAGTTGAGAAAGCCGGTTTGCAAGTGAACTATAAAAAGAATAGGGAATACACCATACCGGAAGAATTAGAAAGCAAATTCGTGGACATGCCCGATTTAAAAGCGGCTTTTGAAGCATTGACACCGGGACGACAAAGAGCATATATTCTACATTTTTCTACACCCAAGCAATCCAAAACCCGAGAGTCAAGGATTGAAAAATATATTGCGCATATCCTGGATGGGAAGGGGTTAAATGATTAA	MVNGERNSKIDPYFNKLKKWKEEFKLLREIALDCGLTEDFKWMHPCYTLDDKNIVLIHGFKDYCALLFHKGALLKDPHGILIQQTANVQAARQIRFTNVQEIDEMQLILKTYIDEAIEVEKAGLQVNYKKNREYTIPEELESKFVDMPDLKAAFEALTPGRQRAYILHFSTPKQSKTRESRIEKYIAHILDGKGLND				NA	NA	NA	NA	NA
JZ016_00990	933			hypothetical protein	GTGGAACATTCCCAAATCGTACATACAATCCTTGCAAAATTAGGAAATGAACGTTTGCTTACGGAACTGACAACAAAATTGTCGCAATCGGAGATGACTACGCTTCTTCTCGCGCTTTCACAAGAAATGACGGCTCAAAGTTCTCCCGTCGACTTGTTAAACAAATATGCCACGAATCGTTTTGTGAAGCCTTCCGAACTCAGTCCAATTAAACTGAAGAAAATAGAGCTTGATATGCTCGAATTGGCCGAAAATAGCGGATTTACCTCATTGGAGCTTTCTCCAGCTAGTCCGTTGGGAAGCTGTTCAGTGATTGCAAAGGTTGATCAAAACAAGGTGATATCAGCAACAAGAGGCGTTGAATTGATGTCGGACAGCACCAATATGCTTGCGATTTATCTGGCGAATGGCATAAAGAACAAATCAATAAACAACAGCATCAACGATGTGCATGTTTGCGCAGCCAGCAGAGTCACTCGAGGGCAATGGTATAAACAGGCCAACGTCCTGCCTCATTTCGGTTTATTCACCTTGGTTAGTTCAGGAAAAGATACCGGTTCATATCGCTTCGAGAAAGATACACTGACCCGGCACATCGCATTCTATCTCAATTATTATGGTGGGAAGCTTGGTCAGGAGACAAAGGTATTTCTTCATATGCGCAAGGGCTATACCGATTCAGAAGGTTTCCTGGACAGAATGGTCGATCATTTGAATGTAGAGTTTCCCTCCTGCTTATTTATCGAAGATAGGGTAGAGAGCAGCAACCAGTATTATAAAGGCCTGAACTTCGAAGTGAATGTGAATGGAGTGAATATAGTAGATGGCGGTTTCGTGGATTGGACCCAGCAATTGCTCGGGAACAAGAAGGAACGATTGTTGATTAGCGGGACGGGCATGGATTTACAGTTGATCACCGGAATGATTCAATGA	MEHSQIVHTILAKLGNERLLTELTTKLSQSEMTTLLLALSQEMTAQSSPVDLLNKYATNRFVKPSELSPIKLKKIELDMLELAENSGFTSLELSPASPLGSCSVIAKVDQNKVISATRGVELMSDSTNMLAIYLANGIKNKSINNSINDVHVCAASRVTRGQWYKQANVLPHFGLFTLVSSGKDTGSYRFEKDTLTRHIAFYLNYYGGKLGQETKVFLHMRKGYTDSEGFLDRMVDHLNVEFPSCLFIEDRVESSNQYYKGLNFEVNVNGVNIVDGGFVDWTQQLLGNKKERLLISGTGMDLQLITGMIQ				NA	NA	NA	NA	NA
JZ016_00991	561			hypothetical protein	ATGGGTAAACAGTTTCCGGCCATGCTCCCCGAGCATATGGCCTTCATCCGAAAGCAGCAGCTGTTCTTTGTCGGAACGGCGCCCATGTCGAGGGATGGGCATGTCAATCTGTCGCCGAAGGGATATGACACGTTTCGGATATTGTCCGATCGTAAGGTTGCGTATTTGGATTTGACCGGAAGCGGCAATGAGACCAGCTCTCATATCGAAGAGAATGGTCGTATCACGATGATGTTCTGCGCATTCCAGGGGCCGCCGAACATCCTGCGCCTATACGGGACCGGAACAGTGATTCTCCCGGAGGACAACGAGTGGGAGCAGCTGTACGAAATGTTCGAGCCGCTGCCTGGAGTCCGGCAGATAATTATGGTCGACATACATAAAGTCCAGACGTCCTGCGGCTATGCGGTTCCATTCATGTCGTACGAGAAGGAGCGAGAGACGCTCCAGCGGTGGGCGGAGCAAAAAGGCGAAGAAGGCTTGCACAGTTACTGGCAGGAAAAGAATTTGAGCAGCCTCGACGGATTGCCGACGTCTCTTGGGAAACGTATAAGGACATAG	MGKQFPAMLPEHMAFIRKQQLFFVGTAPMSRDGHVNLSPKGYDTFRILSDRKVAYLDLTGSGNETSSHIEENGRITMMFCAFQGPPNILRLYGTGTVILPEDNEWEQLYEMFEPLPGVRQIIMVDIHKVQTSCGYAVPFMSYEKERETLQRWAEQKGEEGLHSYWQEKNLSSLDGLPTSLGKRIRT				NA	NA	NA	NA	NA
JZ016_00992	405			hypothetical protein	ATGGAGAAATCTCTAGACTCAGTCCAATCCCGAACATGCGAAGGGTTTGATGCCTTTAGGCATGCGTTGGAAACGGGGGATACAGCTGATTTTCTTAATAAGGTTACGGAAGACTTTCATTTCTCTGTTCCGCTCCCGCTAGAGGGGTGGAATCATGAACAGCAAGGCAAAGAGCGGTTTGAGGAATTGATCAGGTTCGAGCGCTCCGTATTTCAGATGCAGCTGACTCCGCTCATCGTTCTTGAGAATGAGGACAACGGGATGGTGGTATTTCGCTCGGAAGGCTTGTTGAATGGGCGGCCTTTTCGTAATGAGCTTGCAATCGTCTTTGAATTTGAGGCAGGGCGGATCCGCTCCTTCCGCGAATATGTAGGTATGCCGTTAAAAAACTACGAGAACCCATAA	MEKSLDSVQSRTCEGFDAFRHALETGDTADFLNKVTEDFHFSVPLPLEGWNHEQQGKERFEELIRFERSVFQMQLTPLIVLENEDNGMVVFRSEGLLNGRPFRNELAIVFEFEAGRIRSFREYVGMPLKNYENP				NA	NA	NA	NA	NA
JZ016_00993	471			hypothetical protein	ATGTCTGAAATGATTATCAATACGGCAACAACCGCACGTCAAGTGCTGCAGCAGCAGGTGCAGGCGATCCCGGAGGAACTGTTCGATATCCAACCGGCTGGTTTCAACAATACGGTCCGTTGGAATGTCGGCCATATGATTTATTGGATGGATAAGTATTCTCCCTTGATCTTCGACTCCACGCCTATCGTACCGGGCTCTTATGAAACGCTGTTTAACTCTGGCACAAAGCCCTTGGATTGGACGGTTGCTCCACCATCGAAGGAAGCGATGGTCGAGATGTTAACGGCGCAGCTTTCCCGTATCACTGAGTTGAAGCCTGAAATGCTGGGCGAGGAGCTTTCGGCTCCGTTTGACTTGGGACCGTTCCATTTCAACACCTCTGGTGAGCTGTTAAACTTTATCCTGATTCATGAAGCTTTTCACCTTGGAACGATTTCGAGCCAGTTAAAGGTTCTTTCGTCGAGTTAA	MSEMIINTATTARQVLQQQVQAIPEELFDIQPAGFNNTVRWNVGHMIYWMDKYSPLIFDSTPIVPGSYETLFNSGTKPLDWTVAPPSKEAMVEMLTAQLSRITELKPEMLGEELSAPFDLGPFHFNTSGELLNFILIHEAFHLGTISSQLKVLSSS				NA	NA	NA	NA	NA
JZ016_00994	903	cynR_1		HTH-type transcriptional regulator CynR	TTGGAGTTAAAACAACTGCAATATTTCATGGCCATTTGTGAAGAGCTTCATTTCACGAGAGCTGCCGAAAAAATGGGAGTCAGCGCACCCAACATTAGCCAGCAGATAAGAAGATTGGAAGAAGAACTCGGAGTTCTGCTGTTCGATCGTGTGGGAAAAACCATTGTCCTTACAGACGCTGGAGCCATTCTTCGCGAACACGGTGCTGCCGTTTTCAGGCATCTGCAGCAAGCGGGCGACGCCATTGCAGATCTGAAGCAAATGCAAGGCGGGTCCCTTTCCATCGGGGTCTTGCCCGGTGACGCGGATCTCATGTTCAATGCCATGCTATTAAACTTCCATCAGACCTACCCCACCCTCTCACTGTCCCTTTTGGAAACCACGAAAGTAACCGAACAAGTCCTGGACCGAAGCATCGATGTGGGCGTAACCATTGGACCTGTTATCGATGAACGTCTCACGACAATTCCCCTGTTTCATGAGGAGTTCTCATTGGCTGTAAGTAGGAATGATCCCCTTGCCACGGAGAATTTCATCCCCTTGAACAGGCTGCAAGGCTTAAAGATGGTCATGTTCCCAGGAGACCACCAATGCCGCAAGGTGATTGACCGCTTTTGCATGGACAACGGGTTTACACTTCAGTCGAAATTGGTGACGACAACGTTATCTTCCCTCCTTCAGATGGTACAGAGCGGAGTCGGCGCTTGTGTTCTGCCGCGACTTCTATTGGAGAATCTTCACAATCCGGACATCAAGGTCGTGCACCTCAGGAACCCTACGCCTTCTCAGGACATTTGTCTGATCTACCGCAGCGACAGGTATGTCGGATACGCCATGCGTACGTTTATCAAGACCTTGAGAGCCTACATCGACACAGCTATCCATCAATCGAAGTCTTCGTAG	MELKQLQYFMAICEELHFTRAAEKMGVSAPNISQQIRRLEEELGVLLFDRVGKTIVLTDAGAILREHGAAVFRHLQQAGDAIADLKQMQGGSLSIGVLPGDADLMFNAMLLNFHQTYPTLSLSLLETTKVTEQVLDRSIDVGVTIGPVIDERLTTIPLFHEEFSLAVSRNDPLATENFIPLNRLQGLKMVMFPGDHQCRKVIDRFCMDNGFTLQSKLVTTTLSSLLQMVQSGVGACVLPRLLLENLHNPDIKVVHLRNPTPSQDICLIYRSDRYVGYAMRTFIKTLRAYIDTAIHQSKSS	PGPT0012965_2188	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0012965-oxyR-K04761	NA	NA
JZ016_00995	924	ykfA	COG1619	putative murein peptide carboxypeptidase	ATGCCGATACCTCCGCCAATCTTGCAGAGGGGCGATACCGTTGGAATCGTTACCTTGGGCAGCCCGCTCGCTGCAGGCATCATTAATGCACGAATCGAATATTTGAGAACAATGGAGCTTAATGTTGTATTGGGTCAATATGTATATGCGCAAAACGGGTTTCTTGCCGGCACAGACGAGCAGCGAGCCTCCGATTTAATGATGATGTTTCGAGATGAGCAGGTAAAAATGATACTGCCTACCAGAGGCGGTACAGGCGTGGCCGGAATTCTTCCCTACCTGGATTACGACGAGATACGAAGTAACCCAAAAATCGTCACGGGGTACAGCGACATCACGGTACTATTAAATGTTCTGCATCAATATGTAGATTTAATAACATTCCATAGTCTGATGCTTATTGACTTCAAACCCGAAACGCCCGCTTATAATTTCGATCAGTTTTTTTCCGCGACATCCGTGTATTCATTAACCCGGCCAATCTTGAATCCGCCGGGGATGCCGTTGATAAGCCGTATTCCGGGCAACGTGACGGGGCAGCTTGTGGGCGGTAATCTCACATCGTTTGTCGATACGCTGGGCACGCCATTCGAAATCGATACACGGGGTAAAATTCTCGTTCTTGAAGAAACGCATGAACCCACCAATACCGTCTACAGATACTTGAACGATTTAAAGCTTGCCGGTAAATTTAATGACTGCATCGGCATTATTATGGGAGAATGCTCAGGCTGCCAGGCAGCTTATGGCATATCCTATGAAGATTTAATCAACGAATTTGTTGTACCTCTCGGTAAGCCGCTTATAACAAATCTTGCTACAGGACATGGGATGTATAAAGCCGCCTTGCCAATTGGCGCAACAGTACAACTCGATTCCGTCAATAATAGAATAACGACGGTTGAACCTACAGTCAGCATTTAA	MPIPPPILQRGDTVGIVTLGSPLAAGIINARIEYLRTMELNVVLGQYVYAQNGFLAGTDEQRASDLMMMFRDEQVKMILPTRGGTGVAGILPYLDYDEIRSNPKIVTGYSDITVLLNVLHQYVDLITFHSLMLIDFKPETPAYNFDQFFSATSVYSLTRPILNPPGMPLISRIPGNVTGQLVGGNLTSFVDTLGTPFEIDTRGKILVLEETHEPTNTVYRYLNDLKLAGKFNDCIGIIMGECSGCQAAYGISYEDLINEFVVPLGKPLITNLATGHGMYKAALPIGATVQLDSVNNRITTVEPTVSI	PGPT0023815_1860	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MURAMOYLTETRAPEPTIDE_CARBOXYPEPTIDASE_ACTIVITY,PGPT0023815-ldcA-K01297	NA	NA
JZ016_00996	2418	helD_1	COG3973	DNA helicase IV	ATGGAAGCGAAGGAATGGCAGTTAGAACAAGAACGGCTGGATCAGGTAAGGGGAAAGATGAAGGCGAGGATCGACCAGTTGGAACCAAGCGTTACCGGGATGCGCGATCAGGCTGCTGAGATTCGCAGGCGATTCTGGGAAGAGGTTACAGTCAACACGAGCTCGGACGAAGAGTTTGAAGAAACATTTTATACGATTAAACAACAGGCTGCGGTGTTATCCGAAAGGGAGCGTCGTCACCGGCTTCTGAAGCAGCAATGGAGGAGCTTACATCGGCTGCTGCCGTCTCCTTATTTTGGGCGTGTTGATTTTCTAGAGGACGGCCTGAATGTGAGCGAGCAGATTTATATCGGCGTATCATCCTTCGTCGATGAAGATGAATTGAGCTTCCTGGTATATGATTGGCGCAGTCCCATCGCGAGTCTTTACTACGACCATTCCCCCGGTGCGGCCTCTTACGTCACGCCGGTCGGGCAGATCACGGGTATGATGGAGTTGAAACGGCAGTATCAGATTCACGATGGACAAATCCGTCATATGTTTGATGCGAACGTAACGATCGGCGACGAGCTGCTCCAGCAAATGCTGGCCAAAGGCGCGGACTCCCAAATGAAGAGTATCGTATCAACCATCCAGAAGGAACAAAACGCCATCATCCGAAACGATTTTAGCCGGCTGCTTATCGTCCAGGGGGCGGCTGGCAGTGGGAAGACCTCCGCAGCCTTGCAACGTGTGGCGTATTTGCTATACAAAAACCGCGATTCGCTTAAGGCAGACCAGATCGTTCTTTTCTCGCCAAATCAAATGTTCAACAGTTATGTATCCACTGTCCTTCCCGAGCTCGGCGAGGAGAACATGCAGCAGACGACTTTTCAGGAATATCTCGAATATTGGCTGGGTTCATCCTTCCATGTCGAGGATCCCTTCAATCAGATCGAATATGTGTTGACCGCACAATCAACTCCGAATTACGAGGCTCGTCTTCAAGGGATGAAGTACAAGGCATCCGAAGCTTTCATGAGGGCTCTGCAGAACTATGCGAAGTGGCTGGGGCGGGAAGGCATCCTGTTCAAAGGCATTCGGTTTCGGGATCGTGTTCTGATAACGTCGGAGCAAATGAGAACCCAATTCTACAGCTACGATCCTTCCTTGAGCTTAGCCAATCGTGTTGATCTCTTACAAAAGTGGCTTCTGAAGGAACTTTCATTATTAGAGCGCAAAGAGCGGAGGGCGTCCTGGGTTGAGGAGGAGCTTCAATACCTCGACAACGAGCAATATGCGGAAGTTTTCAGCGAGTTGCATAAGGATAGGGAAGTGTTTGATATCGCCGAGCGTTATGCCGTTGTTTACGAGAAAATAAGCAATAAGCGCAGAGAAGATGAAGGTGACTTTGACTTCGCCGAGCGGGAGGAAGACATCCTCAGCCAAAGGATTGTGAAGATGAGCTTCAAACCGCTAAGGCAAGGCGTGAAGCGATTTTCGTTTATCGATGTCCAAAGCTTATACGTCCAATTGTTTGATGATGAAGCTGCTTATCGAGAGAAGACAAATGAGACCGAGATCCCTGTTCTATGGTCTGAAATTTGTAGGCAAACCAAAGAAAAGCTGGACCGGCTCGAATTATTCTATGAGGATGCGACTCCGTATCTGTATTTAAAAGAACTGATCGAAGGCGTTCGAACGAACACGGAGATTCGGCATGTGTTCGTCGATGAGGGGCAGGATTATTCGGCGTTTCAATATGAGTATCTCAAAAAACTATTTCCGCGTGCCCGCATGACGGTACTCGGTGATTTCGGGCAGGCGATCTTTACGCAGTCTACCAAGCTGCATGAGTCCGATTCGCCGCTTACTCGACTTTATGGTGAAGCCGAAACTTGTTTGATCCACCTTGTGCGCAGCTATCGTTCAACACTGGAGATTGTGGAATTTACGAAAACGCTGCTCTCTGCTGAGTCGGAAATCGTCCCCTTTGACAGGAGCGGACATAAGCCGCTTCTTGTGAAGTTAGATGACGAAGAAATGCGCGATGCACGAATACTGAAAGACATCGCAGCACTTAGAGCCGAGGGCTTAGACTCTATTGCCGTCATTACGAAGTCTGCGGCTGAAAGCCGCGCAGCCTTTGAATCTTTAAGGGAGCAAGGAAGCGAAGGATTGCAGCTCATTACGAAGGAGACGGTCACCTTTGAAAAAGGAGTTATGGTTATTCCCGTATATCTCGCCAAGGGTGTTGAGTTTGATGCCGTTCTGATTTATGAGGCATCACCTCAAGCTTACAGCCGGGAAAACGATCGCAAGCTTCTGTATACAGCATGTACGCGGGCCATGCACCGACTTCATGTATACACAACGGACGATTGGTCACCGTTCGTGCAGGCATTGCCAGCTGATTTATATGAGAAAGCGGCATATTGA	MEAKEWQLEQERLDQVRGKMKARIDQLEPSVTGMRDQAAEIRRRFWEEVTVNTSSDEEFEETFYTIKQQAAVLSERERRHRLLKQQWRSLHRLLPSPYFGRVDFLEDGLNVSEQIYIGVSSFVDEDELSFLVYDWRSPIASLYYDHSPGAASYVTPVGQITGMMELKRQYQIHDGQIRHMFDANVTIGDELLQQMLAKGADSQMKSIVSTIQKEQNAIIRNDFSRLLIVQGAAGSGKTSAALQRVAYLLYKNRDSLKADQIVLFSPNQMFNSYVSTVLPELGEENMQQTTFQEYLEYWLGSSFHVEDPFNQIEYVLTAQSTPNYEARLQGMKYKASEAFMRALQNYAKWLGREGILFKGIRFRDRVLITSEQMRTQFYSYDPSLSLANRVDLLQKWLLKELSLLERKERRASWVEEELQYLDNEQYAEVFSELHKDREVFDIAERYAVVYEKISNKRREDEGDFDFAEREEDILSQRIVKMSFKPLRQGVKRFSFIDVQSLYVQLFDDEAAYREKTNETEIPVLWSEICRQTKEKLDRLELFYEDATPYLYLKELIEGVRTNTEIRHVFVDEGQDYSAFQYEYLKKLFPRARMTVLGDFGQAIFTQSTKLHESDSPLTRLYGEAETCLIHLVRSYRSTLEIVEFTKTLLSAESEIVPFDRSGHKPLLVKLDDEEMRDARILKDIAALRAEGLDSIAVITKSAAESRAAFESLREQGSEGLQLITKETVTFEKGVMVIPVYLAKGVEFDAVLIYEASPQAYSRENDRKLLYTACTRAMHRLHVYTTDDWSPFVQALPADLYEKAAY				NA	NA	NA	NA	NA
JZ016_00997	222	yajO_1	COG0667	1-deoxyxylulose-5-phosphate synthase YajO	ATGGAATATGTGAAACTAGGGAATACCGGGCTCGACGTATCCCGCATCTGTCTTGGATGCATGGGATTTGGCGCAGCAGAGCGGTGGGTGCATCAATGGGTGCTTAATGAGGAGAACAGTCGTCCTATTATTAAAAAGTCATTGGAGCTAGGCATCAACTTTTTCGATACGGCGAATGTGTACTCAGACGGTCCAAGTGAGGAGATGTGGGCCGCGCATTAA	MEYVKLGNTGLDVSRICLGCMGFGAAERWVHQWVLNEENSRPIIKKSLELGINFFDTANVYSDGPSEEMWAAH	PGPT0017540_740	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017540-yajO|iolS-K23107	NA	NA
JZ016_00998	462			hypothetical protein	ATGTATTACCTGTATACTTCACTGTTAGTGTTCCATATTCTATCCGCAATTTTTGGAGTTGGGCCGGTGTTTCTGTTCAATATGATTTTGAAGAGGGCGAAGTCGGTGGAACAGTTGAGATATGCTCATCATATCGTTGAAAAATTGAACCGAAATGCCAATGTTTCCTTTGGTATTATCCTCATATCAGGATTATTGATGGGCTGGATAAACCCTTACTTGTTTCAAACGGAATGGTACATCGCTTCGCTAGTGTTGTTTTTTATCTCAGGCATGTATGCGATCTTTGCGGTTGAACCCATCCTGAAACAAATGCAAGGAATCGCGTCGAATACGTCAGGGCCTAACGAGATTTCCTCAGAATATAAGACGTTATTTCAAAGAAAGCAATCCCGAGATACGGTGGCAAACCTAATAGCAGTCATGATTATTCTCCTTATGGTAATTAAGCCCGCATTTTAA	MYYLYTSLLVFHILSAIFGVGPVFLFNMILKRAKSVEQLRYAHHIVEKLNRNANVSFGIILISGLLMGWINPYLFQTEWYIASLVLFFISGMYAIFAVEPILKQMQGIASNTSGPNEISSEYKTLFQRKQSRDTVANLIAVMIILLMVIKPAF				NA	NA	NA	NA	NA
JZ016_00999	615			hypothetical protein	ATGAGAATAACCGTCATAGGTTCAACGAGTCCGACAGGACTGGAGGTTCTAAAGTACGGTAAGAAGCGTGGGCACGAGCTTATTGCGTTTACAAGACGCCCGCAGTTGTTAAGTATGGATCAGAGCTTTGACAAGATCGTAACTGGAGATGGACTTCATAAATCTGACGTTCTTCATGCGATTGACGGAAGTGATGCTGTAATTGCGATTATCGGCGGCAAAACCGATATAGCCGGCGTTACGGAAACAATTATTAGATCGATGCAGGAAAGAAAAACCCGGCGTCTCATTTTTGTCAGCTCTTATTTACTCGAAGCCAAACGCCCCAGAATCTTCGCTTCATTCGCAAGATGGATCTTTCGTCACGAATTGACGGAACTTGATAAAGCCGAGAAAATCATCCAGGAGTGTGACCTTGATTGGAGTATCTACCGACCAGCTCAATTAAATAATAACCCTTCAACCGGAAAGATAAGAGTTCAGGAACAACGTCATGGTTTTGCTTCCGGTCCATATCAAATTTCTAGAGCAGACTTGGCCAAGGTATTAGTTGATGCTCTTGATAACAATGCGAACTTCAGGAAAATATATTGTGTTACTTGGAGCAAGGAATAG	MRITVIGSTSPTGLEVLKYGKKRGHELIAFTRRPQLLSMDQSFDKIVTGDGLHKSDVLHAIDGSDAVIAIIGGKTDIAGVTETIIRSMQERKTRRLIFVSSYLLEAKRPRIFASFARWIFRHELTELDKAEKIIQECDLDWSIYRPAQLNNNPSTGKIRVQEQRHGFASGPYQISRADLAKVLVDALDNNANFRKIYCVTWSKE				NA	NA	NA	NA	NA
JZ016_01000	462	slyA_1		Transcriptional regulator SlyA	ATGATGAAAAGGATTGAATTCCAGAACGAATCGTACGGAAAAGAAATAACCGCAATCAATCGACATTTGCATATGCTGCTTACTCCGCGTCTAGCCCCGCTTCGCTTGGGATTTGGGCAACACATGTTTTTGCTAATGCTTTCAATGAAAGAGGAGGTGAATCAGAAAACACTAAGCGAGCAATTGATGGTCGACAAGACAACGACGGCAAAGGCGATCCGAAAGCTTGAATCTGAGGGTTATATTCGCAAAGAAATTGACCCCATCGATCTACGGAACCAAAAGATATATCTTACCGATTCCGGAAGGGCTGTCGTTCCGAAGATTGAGGAAGCGCTAGCAGAAGTAATGGAGATTGGAACAGAAGGGATCTCAGCAGAAGAGTACCTGGAATTAATAAGGTTGTTAAAAATCATATTAAACAATTTGAACAAACATGTACAAACTTCAACTCGTCAGTGA	MMKRIEFQNESYGKEITAINRHLHMLLTPRLAPLRLGFGQHMFLLMLSMKEEVNQKTLSEQLMVDKTTTAKAIRKLESEGYIRKEIDPIDLRNQKIYLTDSGRAVVPKIEEALAEVMEIGTEGISAEEYLELIRLLKIILNNLNKHVQTSTRQ				NA	NA	NA	NA	NA
JZ016_01001	1926			hypothetical protein	ATGCCGTTGTATCCACGGCCGCGACTTGTGAAATGGCTGGGTGGAGAGAAGAACTGGTCGGGCAGCGTTTCGTATGAAATTCAGGAAAGAGAAGTCCCAGCCGTGGAGCAGGTGAGACTGAAAACTCGATTGGAGCAGGCATTGTCTGGTTCTTTTCGGGATGATCCTTCAACAGATTCGTCCATTCCGATATCGGTCTCTTTACAGGAGAGGCTGCATCCGGAAGGCTATGTCTTACAATGGGATGAAGCAGGTCTCCATATCGAATACAGTCAACCGGCCGGGTTGAATTATGCAGTGGTTACCTTGGTGCAGCTACTCTCTCGCCAAGGCCTTACTTGGAGTTGCTTCCGAATAGAAGATGAGCCCGATTACCCGGTACGCGGCTTAATGCTGGATATCGGACGGAGCAAAATTCCGAAGCTGACCGAGCTGTTCCAGCTGCTAGACCAGATGGAGAGTTTAAAGCTGAATCATCTGCAGCTGTATATGGAGGGATACTGCTTCGAATATACGCAGCATAAGACGGCGTTCCCTGAAAGCACGCCAATGACTGCGGAAGATTTCCGGAGATTGGACGCATACGCCGCAAGCCGATTTATCGATCTGGTGCCGAATCAGAATTGTCTGGGCCACATGGGAGATTGGCTCAGTAAACCTGCATACCGTGACCTTGCGGAGCATCCGGATGGAATGCCGATTGATGGTCCGTATCCATTGACATTCCCTCCCACCACCTTGAATCCTGTGGACCCGCGTTCTCTAGATTTGATCCGGGGGATGTTCGACGGATTGCTGCCCGCGTTCACATCCGATTGGGTGAACATCAATATGGATGAGCCGTTTGGTCTTGGATCCGGCAAAAGCAAGAAGCGCTGCGATGCGATCGGATTGGGTCCGCTGTATATGGAGTATGCAGAGGGCGTGACGGATATCGTTCGAAGCCACGGAAAGAAAGCGATGATGTGGGGAGATGTATTGACCCGCCATCCGGAAGTGGCCGAACGGATCCCGGACGATGTGACGATCCTCGACTGGAATTATGACAGCAGCATTTCTTTTGTTGAGCACTGCAGCATGCTGCAAAAGCACGGAATATCGTATTTCGTCTGTCCGGGTACCAGCTCTTGGTCCTCCCTGTCCGGGCGGACCGACAATATGCTGGACAATATCGCGGACGCAGCGGTCCAAGGTCAGAAATACGGAGCCGGAGGACTTATCGTGACCGACTGGGGAGATAACGGACATTGGCAGGTTCCGGTCATCAGCTATCCAGGGTATGCGTATGCAGCGGGGTTAAGCTGGTGCACGGAAGGCAACCTGCATCGGGAAGATGAACTGAAGAGCTATCTGTCGGAGTACGTATTTAAAGACGCCAGCGGTGAGATCGGGCATTTCCTGATGGAATTGGGACGATACTACCATTTGGAGAACAGCTCGCTTGATAACGGCACCTATCTGAGTGCTTTGCTGACCCGCGGATTAAAGAGCCGGGAGCAGCTGGAGAAAGAACTTAGCTTGTTTTTGCGGATATTTGCAGAGCTTAACGGCACGACAGTCGATTCGTTTCAGCTGAATTTTCAATATCATGACATGCTGGCGTGGCTGAAGAAGCGTAAAGAACAGCTGGGAAGAGTTGATCTTCAAGTTCGCGATGCCGACGTCATTACAGACGAACTGCGTAATACCCTGCGATTGATTGAACAGGCAGTTGGCATTCACCGATATATGTGCCGGATCGATATGTCTGATGCACAAGATGAGGTCAATTGCATCATTGATCTGGAATCTCAGCTCAAGCTGGTTATTGAAGAATTTAATCGATTATGGCGGATCCGCAATAAGGAAGGCGGTCTTACAACCAGCACCCGAGCGATGTATAGGCTGCTTGAACAATACGAAGGGATTCGGCAAACTCAAGAATAA	MPLYPRPRLVKWLGGEKNWSGSVSYEIQEREVPAVEQVRLKTRLEQALSGSFRDDPSTDSSIPISVSLQERLHPEGYVLQWDEAGLHIEYSQPAGLNYAVVTLVQLLSRQGLTWSCFRIEDEPDYPVRGLMLDIGRSKIPKLTELFQLLDQMESLKLNHLQLYMEGYCFEYTQHKTAFPESTPMTAEDFRRLDAYAASRFIDLVPNQNCLGHMGDWLSKPAYRDLAEHPDGMPIDGPYPLTFPPTTLNPVDPRSLDLIRGMFDGLLPAFTSDWVNINMDEPFGLGSGKSKKRCDAIGLGPLYMEYAEGVTDIVRSHGKKAMMWGDVLTRHPEVAERIPDDVTILDWNYDSSISFVEHCSMLQKHGISYFVCPGTSSWSSLSGRTDNMLDNIADAAVQGQKYGAGGLIVTDWGDNGHWQVPVISYPGYAYAAGLSWCTEGNLHREDELKSYLSEYVFKDASGEIGHFLMELGRYYHLENSSLDNGTYLSALLTRGLKSREQLEKELSLFLRIFAELNGTTVDSFQLNFQYHDMLAWLKKRKEQLGRVDLQVRDADVITDELRNTLRLIEQAVGIHRYMCRIDMSDAQDEVNCIIDLESQLKLVIEEFNRLWRIRNKEGGLTTSTRAMYRLLEQYEGIRQTQE	PGPT0012150_1754	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012150-HEXA_B_like|exo|chb-K12373	NA	NA
JZ016_01002	2265	bglB_1	COG1472	Thermostable beta-glucosidase B	TTGACCGATCAGCGGGATTTGAAAGCACTGGTTTCGCAGATGACCTTGGAGGAGAAGGCGAGCCTTTGCTCCGGTAAGGACAATTGGCATACGAAAGGGATCGAGCGGCTGGGCATTCCATCCGTTATGGTGACGGACGGACCGCACGGGCTTCGCAAGCAGCGGGCCTCGGCTGACCATCTGGGCTTGTTCGACAGCGTGCCTGCAACATGTTTTCCGTCGGCGGCGGGCGTAGCGAGCTCATGGAACCGTGATTTGATCTACCGGATGGGCGAAGCGCTCGGCAGAGAATGCCAGGCGGAGAACGTAGCTGTATTGCTGGGGCCTGGAGCTAATATCAAGCGTTCTCCCTTATGTGGGCGCAACTTTGAGTATTTCTCTGAAGATCCTTACTTATCAACCGAGATGGCGACCCATCATATCCAAGGGGTACAGAGTCAGGGGGTAGGGACCTCGCTCAAGCATTTCGCGGCCAACAACCAGGAGCATCGGCGGATGACGTCGGACTCTGTGGTCGACGAGCGGACGCTGCGTGAAATTTATTTGGCCAGTTTTGAAGGCGCCGTCAAGCAAGCACAGCCGTGGACGGTGATGTGCTCCTACAATAAAGTGAACGGGGAATTTGCTTCCGAGAATGAGACGCTGCTGACCGATATTTTGAAAAACGAATGGGGCCATGACGGCTTTGTCATTTCGGATTGGGGTGCGGTTAATGAGCGGGCCAAGGCGCTTGCGGCCGGAATGGAGCTGGAGATGCCGTCAAGTCACGGCGAGGGGGATGCAAAAATTGTAGAGGCCGTAAGAAACGGCCAGCTGCCCGAATCCAAGCTGGACGCTGCGGTGGAGCGTCTGCTTGCCGTGATCTTCAAGGCCGTAGATCAGCGAAAGCCTGATGCGGCCTTCGATCAGGCGGAGCATCACCGTCTGGCTCGCGAGGTGGCTCAAGAGAGTATGGTGCTGCTTAAAAATGAAGGCGGACTGCTGCCTTTGGCCCGAAGCGGCCGCATTGCCGTCATCGGCGAATTAGCTAAAGAGCCGCGCTATCAGGGCAGTGGCAGCTCCAAGATTCGTCCGACCCGGCTGGACGATATCTTAGAGGAATTAGAGGCATCGGCCGGCGATGCGAAGGTCCATTACGCCCCCGGCTATAAACTGAACGAAGAGGACATTGACCCGCAGCTGCTTCAGGAAGCGATTGCCCTCGCATCCGAGGCTACCGTTGCCGTTGTTTTTGCCGGGTTGCCAAACCGTTATGAATCGGAAGGCTTTGACCGGAAGCATCTGCGGATTCCGCCGAATCAGATCGCTCTGATCGAAGCGGTAGCGATGGTGCAGCCGAATCTGGCAGTGGTGCTCAGCAACGGCGCACCGGTGGAAATGCCGTGGCTTGGAGAAGCCAAGGCGGTGCTGGAAGCGTATCTTGGCGGACAGGCGCTTGGCGGAGCAATAGCCGACATTCTATTCGGTGACGCGAATCCGTCTGGAAAGCTGGCCGAGACGTTCCCGGTTAAGCTAAGCGACAATCCCTCGTACTTGTTTTTTCCCGGGGAAGGCGACCGCGTCGAATACCGCGAAGGTTTGTTTGTCGGGTACCGCTATTATGATTCGAAAAAGCTGGCTCCCCTGTTTCCTTTCGGTCACGGGCTGAGCTACACCAGATTCGAATACTCCAATCTGACCGTGGATAAAAAGCGGCTAAAAGATAATGAGAAGCTCACCGTTTCCGTCGATGTGATGAATACGGGAGCCCGACCTGGCAAGGAGATCGTTCAGCTCTATGTTCATGATATGGAGAGCAGCGTGATTCGGCCTGAACAGGAGCTGAAGGGCTTTGACAAGGTGGAATTGGCTCCGGGGGAAGCCAAGACCATTACGTTCGAGCTGGATCACAGAAGCTTCGCCTATTATGACGTTGAGCTGAAGGACTGGGTCGTCGAGAGCGGCGAATTTGAACTTCGAATCGGCAAGTCCTCCCGGGACATCGTGCTTACGGAGATCGTTGAGGTGCAGTCCACAACGGTGCGGGAGATTGTATTCCATCGCAACTCCACCGTATCGGATTTGAAAATGACCGTCAAAGGCGCGGCTTTTGTAGAGGATTTTATCGGCAAGCTCCCGTTTGCATCAGCGATTGAAGACAGTTCCCATGCGGAAATGTTTCGGGCGTTCCTGGACGCCATGCCATTGCGCGGCTTGTTGTCGTTCAGCGGCGGCAAAACGACAGAGAAGCAGCTGAGTGACTTGATTGACTATTTGAATAACTGA	MTDQRDLKALVSQMTLEEKASLCSGKDNWHTKGIERLGIPSVMVTDGPHGLRKQRASADHLGLFDSVPATCFPSAAGVASSWNRDLIYRMGEALGRECQAENVAVLLGPGANIKRSPLCGRNFEYFSEDPYLSTEMATHHIQGVQSQGVGTSLKHFAANNQEHRRMTSDSVVDERTLREIYLASFEGAVKQAQPWTVMCSYNKVNGEFASENETLLTDILKNEWGHDGFVISDWGAVNERAKALAAGMELEMPSSHGEGDAKIVEAVRNGQLPESKLDAAVERLLAVIFKAVDQRKPDAAFDQAEHHRLAREVAQESMVLLKNEGGLLPLARSGRIAVIGELAKEPRYQGSGSSKIRPTRLDDILEELEASAGDAKVHYAPGYKLNEEDIDPQLLQEAIALASEATVAVVFAGLPNRYESEGFDRKHLRIPPNQIALIEAVAMVQPNLAVVLSNGAPVEMPWLGEAKAVLEAYLGGQALGGAIADILFGDANPSGKLAETFPVKLSDNPSYLFFPGEGDRVEYREGLFVGYRYYDSKKLAPLFPFGHGLSYTRFEYSNLTVDKKRLKDNEKLTVSVDVMNTGARPGKEIVQLYVHDMESSVIRPEQELKGFDKVELAPGEAKTITFELDHRSFAYYDVELKDWVVESGEFELRIGKSSRDIVLTEIVEVQSTTVREIVFHRNSTVSDLKMTVKGAAFVEDFIGKLPFASAIEDSSHAEMFRAFLDAMPLRGLLSFSGGKTTEKQLSDLIDYLNN	PGPT0019110_4969	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_01003	2547			Beta-xylosidase	ATGATAGGAAATTGGCATTGCATCATCGACAAACCGCGAATGAAAATACAGTTTAAAATCAGCAAAAAAGCAGACTACACCCTCGATGCCGTCATGGAGCCCCTTCCGGTTCCGCTCTCATTCCCCGACGTTACGGTGCAGGGCAGCCAACTACGGGGACTGGGTAAAGTGTTTTGGAAGCCGGATGAGGATCTTTCCGTCCAGCTGTCGTTCGACGGGGACTCGTTCACCGGCGAGCTTCGCATCCCCTCGTTCGGAAGCTTCCCCCTTCAAGGTGAAAGGGGGCGGGGGCCCTATCTAGCACAATCCTTGCTGGAGGGAGCAGCGGAGCATCGAAAGAGCGGGGTACGGGAGCGTACGGACGAAGAGATTGCAGAGGCTGTAGAAGCGTTGCTTGCCGACATGTCGCTGGAGGAGAAGGTTGGTCAAATGTGCCAGTGCCAGGCCTCCAATTTCTCCTTCGGGAATGCCGTGGAATCCGACCCGCCCGAGAAGCTGATTGCCGAGGGCAGGGCAGGGTCGGTACTGGGAGCCTTTGACATCACAAGAGTATTCGAATTGCAGAGAATAGCCGTCGAGCAATCGCCGCACGGCATTCCGCTGCTGTTTCATGCGGACGTCATCCACGGCTCGCAGACTATTTTCCCGATTCCACTGGCATGGTCCTGCAGCTGGGACATGGAAGCGATCCAAGAAGCGTGCGCGATCGCCGCTAAGGAGGCCAGCGCTTCCGGAACGATATTCAATCACGGCCCGATGATCGACATTACCCGTGATGCCCGCTGGGGCAGAGTATCGGAAGGAGCCGGCGAGGATCCGTTTTTAGGGGCGTTAATTGCCAAAGCTCAAGTTGCAGGGTACCAAGGAGCGTCTCTGCATAACGAAGAGACGCTGGTCGCCTGCCTGAAGCACTTCATTGCCTATGGTGCAGCAGAAGCCGGCAGGGATTATAACAGTGTGGACATCTCGGAGGGCACGCTGCGAAACGTGTACCTTCCGCCGTTTAAGGCTGCACTGGAAGCGGGAGCCGACTCGGTGATGAATGCCTTTAATATTTATCAGGGTGTCCCGGTTGCGGCTAATATGTTCGTACTGAAAGAGCTGCTGCGGGAAGAGCTGGGCTTTGACGGAATCCTGATTTCCGATTACGGCTCTGTTGACGAGATTCGGATTCACGGACACGCGAAGGATACGAAGGAGGCTGCGCTAAAAGCAGTTCATGCCACGATGGACATCGAAATGGTGACACGCGCTTTCGATCATTTGCCTGCGCTGGTCAGGGAAGGTAAGGTGAGCGAACGGCAAATCGATGATGCTGTTCGCCGCATTTTATATGTGAAGTACAAAACCGGTATAATGGACGACCCATATCGATATATTCGCCCTGAGAAAGAAATCGAATACCACTTTAACAAAGCGCATCTGCAGGCGAGTTTGGAGTTGGCGCGCAAATCGGCCGTTCTGCTCAAAAATAACGGCGTGCTCCCGCTGGCTAATGATGCTGGCAAAATCGCGCTGATTGGTCCGTTTGCCGATAGCAAGGATCTGCTCGGACCGTGGCAGTTCTCCCGGTACGGCCATGAAACGGTGACCCTGTACGAAGGGCTTCTGGAGAAAGGCATCCCTGCGGAGCGCCTCCTCTATGCTCAAGGCAGCGGCGTGAATAAAGCGATTGACGGCGGAATCGAGGCTGCAATCTTGCAGGCGAGAGAGGCCGACATCGTCGTTCTGGCGCTGGGTGAGAGCAGCGATATGTCCGGTGAAGCCGCTTCCCGCATGGATGTCGTCATTCCCGAGGCGCAGCAGCGGCTGGCGGAAGCCGTGATCGCGGAAGGCAAACCGACGGTTCTTGTCCTGACGAACGGACGTCCGCTGGTCCTGGACTGGTATGACCGGCATGTCGATGCCATTCTGGAAACCTGGTTCTTAGGCTCGCAGGCAGGTCACGCGATCGCAGACGTGTTGACAGGAGATTACAACCCGTCAGGGAAGCTGACGATGAGCTTTCCTGCCCGCATCGGGCAGGTGCCGGTATACTACAACAGCTTTAACACCGGCAGACCGGTAACTGATACGAATGGAAAGGATAAATTCATATCCAAATACTTGGACGGACCGAATGACCCGTTATATCCATTCGGATATGGGCTGAGTTATACGACTTTTGATATATCGGCGATCACCCTGGACCGTCGCGAAATGACGGCGGACGGTACCATTACGGTCACGGTGAAAGTGACGAATACGGGCGGTGTTTCCGGGGAGGAAACCGTTCAGATGTACATTCAGGACTGCTGCGGGAGTATTGTAAGACCGGTTAAAGAGCTGAAGGGCTTTCGGAAAGTATGGCTGGAACCGGGAGAGAGCCGGGAGGTTACGTTTACGATTAAAGTCGAGGCATTGACGTTCTGGTCGCCGGCTTCCGGCTACGCGGCTGAGCCCGGCACATTCAAGGTGTACATCGGTTCCAGCAGCCGGGATCTATCGGATGGGATAGAGTTTGAATTGCTGGATGAAATGAATCATAACGGGGAGGAATTGAATTGA	MIGNWHCIIDKPRMKIQFKISKKADYTLDAVMEPLPVPLSFPDVTVQGSQLRGLGKVFWKPDEDLSVQLSFDGDSFTGELRIPSFGSFPLQGERGRGPYLAQSLLEGAAEHRKSGVRERTDEEIAEAVEALLADMSLEEKVGQMCQCQASNFSFGNAVESDPPEKLIAEGRAGSVLGAFDITRVFELQRIAVEQSPHGIPLLFHADVIHGSQTIFPIPLAWSCSWDMEAIQEACAIAAKEASASGTIFNHGPMIDITRDARWGRVSEGAGEDPFLGALIAKAQVAGYQGASLHNEETLVACLKHFIAYGAAEAGRDYNSVDISEGTLRNVYLPPFKAALEAGADSVMNAFNIYQGVPVAANMFVLKELLREELGFDGILISDYGSVDEIRIHGHAKDTKEAALKAVHATMDIEMVTRAFDHLPALVREGKVSERQIDDAVRRILYVKYKTGIMDDPYRYIRPEKEIEYHFNKAHLQASLELARKSAVLLKNNGVLPLANDAGKIALIGPFADSKDLLGPWQFSRYGHETVTLYEGLLEKGIPAERLLYAQGSGVNKAIDGGIEAAILQAREADIVVLALGESSDMSGEAASRMDVVIPEAQQRLAEAVIAEGKPTVLVLTNGRPLVLDWYDRHVDAILETWFLGSQAGHAIADVLTGDYNPSGKLTMSFPARIGQVPVYYNSFNTGRPVTDTNGKDKFISKYLDGPNDPLYPFGYGLSYTTFDISAITLDRREMTADGTITVTVKVTNTGGVSGEETVQMYIQDCCGSIVRPVKELKGFRKVWLEPGESREVTFTIKVEALTFWSPASGYAAEPGTFKVYIGSSSRDLSDGIEFELLDEMNHNGEELN	PGPT0019110_5764	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_01004	885	araQ_10	COG0395	L-arabinose transport system permease protein AraQ	ATGAAAAACGAATCTCGCGGTCTGCAATGGGCAGCGCACATTATCATGATTGTTTTTTCCCTGGCGTGCATTCTTCCGTTCATCCTGCTGTTCATCTCATCGATCACGGACGATCACACGATTGCCGTGGAGGGCTATTCCTTCTTCCCCTCCAAGCTCAGCCTGGGCGCATATGAATATCTATGGAGAGAATCGGCACAGATCTTCCATGCGTACGGGATCACGATCCTGATCACAGTGATCGGCACGAGCGCAAGCCTTGTCATCACTTCGCTGCTGGCCTATCCGCTATCCCGCAAGGATCTTCCCGGCGGCGTCGTGCTGTCGTTCATCGTGTTCTTTACGCTGCTGTTTAACGGGGGACTGGTTCCGACCTATCTGGTCTATACCCAGCTGTTCGATATGAAAAACACGCTGCTAGCTCTGTTGATCCCCTGGCTGCTCATGAATGGCTTCAATGTGCTGCTGATGCGGACCTTCTTTGCCACCACGATCCCTTCGGCGGTGCTGGAATCGGCCAGCATGGACGGTGCCGGGGAGTTCAGAATGTATTACAAGATCATTCTGCCGCTGTCGCTGCCGATTATGGCAACGGTCGGCATGTTCCAAGGGCTGGCATACTGGAACGACTGGAATAACGGATTGGTCTTTGTAACGGATCCGGAGCTGTTCAGCCTGCAAAATCTTCTGAACCGGATCATGAGCGATATCCAGTATTTGACCCGCAACAGCAGCATGAATTCAGGGAATGCACTGGAGCAGCTGCCAAGCGAGACATTCCGGATGGCCGTGGCCGTCATTGGCGTCCTGCCGATCCTCGTCGCCTATCCGTTCTTCCAGAAATACTTTGTTAAAGGCATGACGATCGGTGCGGTAAAGGGCTAA	MKNESRGLQWAAHIIMIVFSLACILPFILLFISSITDDHTIAVEGYSFFPSKLSLGAYEYLWRESAQIFHAYGITILITVIGTSASLVITSLLAYPLSRKDLPGGVVLSFIVFFTLLFNGGLVPTYLVYTQLFDMKNTLLALLIPWLLMNGFNVLLMRTFFATTIPSAVLESASMDGAGEFRMYYKIILPLSLPIMATVGMFQGLAYWNDWNNGLVFVTDPELFSLQNLLNRIMSDIQYLTRNSSMNSGNALEQLPSETFRMAVAVIGVLPILVAYPFFQKYFVKGMTIGAVKG	PGPT0017255_1943	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01005	933	yteP_20	COG4209	putative multiple-sugar transport system permease YteP	GTGACAAGTACAACACGCCGTAAGGGACGGAGATCCCTTCGGAAGTACGTTCCGCTATACATCATGATGTTGCCGGGGCTTATCTACCTGCTCATCAACAATTATTTGCCGCTGTTCGGTCTAAGCATCGCTTTTAAGGACGTGAACTACAGCAAAGGGATATGGGACAGTGACTGGATCGGCTTCAAAAACTTTGAGTATCTGTTCAAAACGGATGATGCATTTATCATTACGCGTAACACGATTCTTTACAATGCTGCGTTTATCGTTCTCGGCTTGATCGTTTCGGTTGGTGTCGCGATATTGCTGAACGAGATCCGAAACAAAGTGGCATCTCGCTTTTATCAAAGCGTCATCATTCTGCCGTTCCTTATCTCCATCATTATCGTCAGCTACCTGGTTTACGCCATGTTCAGCGTGAATACGGGAATGGTGAACAAGACGCTGCTGCCGGCACTTGGGCTGGATCCTATCTCATGGTATACGGAGCCGAAATATTGGCCCTTCATTCTGACGGTCGTGCATATTTGGAAGGCAGCGGGGTATTCCTGCATCGTTTATTTGGCAGCCATCATCGGCATCGATCCCGAATACTACGAGGCTGCAAAGCTGGACGGGGCCTCCAAATGGATGCAGATCCGCAAGATCACGCTTCCGATGATTACGCCGGTGATCACCATTCTGACTCTGCTCGGTATCGGGCGCATCTTCTATTCGGATTTCGGATTGTTCTACCAGGTGCCGATGGATTCCGGCGCACTGTTCTCGACCACCAATGTGATAGACACCTACGTATTCCGCGGGTTGATGCAGCTCGGTGATATCGGGATGTCCTCGGCGGCAGGATTCTATCAGTCGCTGGTCGGCTTCGTTCTCGTGCTGGTCTCCAATTATGTCGTGCGGAAAATTGATAAAAACAATGCTTTGTTCTAA	MTSTTRRKGRRSLRKYVPLYIMMLPGLIYLLINNYLPLFGLSIAFKDVNYSKGIWDSDWIGFKNFEYLFKTDDAFIITRNTILYNAAFIVLGLIVSVGVAILLNEIRNKVASRFYQSVIILPFLISIIIVSYLVYAMFSVNTGMVNKTLLPALGLDPISWYTEPKYWPFILTVVHIWKAAGYSCIVYLAAIIGIDPEYYEAAKLDGASKWMQIRKITLPMITPVITILTLLGIGRIFYSDFGLFYQVPMDSGALFSTTNVIDTYVFRGLMQLGDIGMSSAAGFYQSLVGFVLVLVSNYVVRKIDKNNALF	PGPT0017250_1921	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01006	1515			hypothetical protein	ATGAAAAAATCATTCGCACGACTATCCACGATGCTCTTGAGCGCCGTCATACTATTGTCGGCCTGCGGAGGAGGGAAAGCAGCCGACCAAGACAATGAGCCGGCAAGTGAACAAAAAGCCCTCACGGAGCTGACGGTCGTGCTTCCGGTGGCAGGCTCCATACCGAAGGATATGCAGCAAGTGGAAGACGCCATCAACAAGATCGCGGCAGAGAAAATACAGGCCAAGGTCAAATTTGAGCATATTTCTGTCGGAGACTGGGAGCAGCAAACGAATCTGATGTTTGCAAGCGGTGAGAAAATGGATCTGCTGTACTTATCCGGTTATAACTTCAGCAACATCGTTGCGAAAGGTCAGCTGAAGCCTCTGGATCAATTGCTTGAGCAGCATGGTCAGGGGATCGCCGACGCCTTGGGTAAAGATTATTTGCAAGCTACGCGCATCGGAGGCGAGATATATGGAACGCCGACGGTACGGGATTTGGCGGCCAGCTATGGGCTGACCATGAGCAAAGACTTGGTTGATAAATACAAGATCGATGTTGCCTCGATCAAGACGCTTGATGACGTGGAGGCCGTGCTGCGGAAGGTAAAGGAAGGAGAGGGTCCTACCATGACACCGCTGGTTACCGGTGCAGCGGGGCAATCCTTCCGAGAGAATTATGTCAACTACGATAGTCTGAACGACACGATCGGTGTTCTTCCGAGCTATGACAATGGCCTCAAGATTGTCAACTATTACGAGACGAAGGAATATGCCGGCTTTGTCAACAAGATTCGCGGCTGGTATCAGGACGGGCTGATTCCACAGGATATGGCTACAACGCAGGCAACGCGGTTTGACATGATTAAGGCAGGCAAAGCCTTTGCCTATATGGCTATGCAAAAACCCGGCTTTGCGGAGAGCGAGAAGAAGCTGTCCGGGCTTGAGCTGGTCACTGCAGAACTCGTACCTCCTGTAGCTACGACGAGCACGGTAACGGGAGCGATGTGGGGCATTCCGGTCAATTCCGAAACTCCTGAGAAAGCGATGGAATTTTTAAATCTGATGTACACCGACAAGGATATCGTGAACCTGTATGACTGGGGGATCGAAGGCACCCATTATGTAAAGGTGGACGGCTTTGACAATGTGATCGATTATCCGGAGGGTGTTGATTACAACTCGGTGGGTTATAAAATGCCGCTTGGCTGGCTGTTCGGGAATCAGTTCTTGTCTTATGTCATAAATGGCGACGATCCGGAAATTTGGTCCAAGATGGATGAATTCAACAAGAGCTCCAAGCGCTCCAAAGCGATGGGCTTCCTGTTTGATGCTTCTCCGGTGAAGACCGAGTATGCAGCCGTAAGCAACGTCATTACGCAATATAAAATGCCGCTGGAGACAGGCAGTGTAGACCCGGAACAAATTTTGCCGGAGTTCATCTCCAAATTGAAATCGGTCGGAATCGATAAGATTATTGCGGAGAAACAGAAGCAATTGGATGAATGGGCTAAAACCAACGGCGTGAAGTAA	MKKSFARLSTMLLSAVILLSACGGGKAADQDNEPASEQKALTELTVVLPVAGSIPKDMQQVEDAINKIAAEKIQAKVKFEHISVGDWEQQTNLMFASGEKMDLLYLSGYNFSNIVAKGQLKPLDQLLEQHGQGIADALGKDYLQATRIGGEIYGTPTVRDLAASYGLTMSKDLVDKYKIDVASIKTLDDVEAVLRKVKEGEGPTMTPLVTGAAGQSFRENYVNYDSLNDTIGVLPSYDNGLKIVNYYETKEYAGFVNKIRGWYQDGLIPQDMATTQATRFDMIKAGKAFAYMAMQKPGFAESEKKLSGLELVTAELVPPVATTSTVTGAMWGIPVNSETPEKAMEFLNLMYTDKDIVNLYDWGIEGTHYVKVDGFDNVIDYPEGVDYNSVGYKMPLGWLFGNQFLSYVINGDDPEIWSKMDEFNKSSKRSKAMGFLFDASPVKTEYAAVSNVITQYKMPLETGSVDPEQILPEFISKLKSVGIDKIIAEKQKQLDEWAKTNGVK	PGPT0017245_3012	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01007	1620	rhaR_17		HTH-type transcriptional activator RhaR	ATGCGTCATGTACTGATCGTGGACGATGAGGTTATTGCTGTAGAGGGATTGAAACATGGCGTGGACTGGGATCGGCTGGGTGTTTCCGCTGTATTTACCGCCCATAGCGCCAGCCAGGCGATGGAGATCATCCGGCGGGAGCGCGTGGATCTTCTGTTATGCGATATTGAAATGCCGCATGGGTCCGGCTTGGATCTATTGGAATGGGTACGGGGATATCATCCGGATATCGTTGCGATATTCCTTACCTGTCATGCCGACTTTCACTATGCCAAGCAGGCCATTCAGCTGGGCAGCTTTGATTATTTACTGAAACCGGTCCCTTTTGCCGATCTTGAATCCGTTGTAAGTAAAGCGATCGAGAAGCTGGACCAGGAGCGCGAGCAATCAGAGTTCAGTCAATATGGGAAGTTTTGGATGCAGCATCAGCCCCTGTTGGTTGAACGATTCTGGCTGGATATCCTGAATCAAACGATTCCAAGCCGCTCCGCTGCAATCAAGGAGCAGGCGGAGAATCGCAATATTCCGTATTCGGAGGATATGATCTTTACCCCGATACTGATTCAAGTTCGGAGATGGTATAAGGAAGTCACGCTGCGGGACGAAAAAATCATTGAATACGCGATACGCAAATCCGCCGAGGAGCACATCCAAGAGAGGGCCGAGCATGGTATGCTGGTGCCGGTGGAGAAAGGGCGCTGGCTCGCCTTGATCAACAGGGATACGGCATCGGTGGATGATGATGCATACAAGGATATGTGTGAGAGGTATATCGATGCTTGCAGGAAATATTTCTATGCGGGCGTCGCCTGTTATATCGGGGAGCCGGGTCACGGACATGAAGTCCCTTCGATGTATATTCAATTGGATCGGATGAACGAAATGAATGTGGCTTATGATCAGCAAGTCTTTTTGCTGAAGGAAGAGAAGCCGTCGGCTGCCCTCCAGCAGATGCTTCCGGATATGAGCATGTGGGCGATTCTGCTAAAGGAGGGCGCGAGCGGACAGGTCCTGAAGGAGGCGGAGGCTTACATCAGGTCTCAGATCGAAGGTAACTCACTCACTTCGGATTTACTGAATCAATTCATTCAGGATTTTCAGCAAATGCTCTATTATGTGCTTCATCTGAAGGGGATCCAGGCGCATCAGCCTCTCAGGGACAGCCGTTCCTTGGAGTTATATGCCAGATCGGTGCGCTCGGCTACGGATGCGTTGGCCTGGATTCATCATATCGTTCAAAGGGCGATGGATTTTGCATCATCGGTGGAGCATTCGCCAAGCATCGTAGAGAAAGTAAAGGCTTATATCCGCGAGCATCTATCCGAGGATCTGTCGAGGGAGGATATCGCGAGTCATGTGTTTTTGAATCCGGATTATTTGACCCGAATCTTCAAAAAAGGGACCGGCATGTCGATCTCGGATTACCTGCTCCAGCAGCGATTGCGCATGGCGGCCGGGCTGCTCGCAAATACCGAGCTGTCCGTCAGTTCGATTGCGACGCGAATCGGCTACGCCAACTTCTCTCATTTTTCCCGCATGTTCAAAAAATATATGAATATGAGCCCGGTCGAGTACCGGCAAGAGCATGCCGGCATCACCAGCTCCGGGGAAAGTCGGTAA	MRHVLIVDDEVIAVEGLKHGVDWDRLGVSAVFTAHSASQAMEIIRRERVDLLLCDIEMPHGSGLDLLEWVRGYHPDIVAIFLTCHADFHYAKQAIQLGSFDYLLKPVPFADLESVVSKAIEKLDQEREQSEFSQYGKFWMQHQPLLVERFWLDILNQTIPSRSAAIKEQAENRNIPYSEDMIFTPILIQVRRWYKEVTLRDEKIIEYAIRKSAEEHIQERAEHGMLVPVEKGRWLALINRDTASVDDDAYKDMCERYIDACRKYFYAGVACYIGEPGHGHEVPSMYIQLDRMNEMNVAYDQQVFLLKEEKPSAALQQMLPDMSMWAILLKEGASGQVLKEAEAYIRSQIEGNSLTSDLLNQFIQDFQQMLYYVLHLKGIQAHQPLRDSRSLELYARSVRSATDALAWIHHIVQRAMDFASSVEHSPSIVEKVKAYIREHLSEDLSREDIASHVFLNPDYLTRIFKKGTGMSISDYLLQQRLRMAAGLLANTELSVSSIATRIGYANFSHFSRMFKKYMNMSPVEYRQEHAGITSSGESR				NA	NA	NA	NA	NA
JZ016_01008	1788			hypothetical protein	ATGTACAGCCATATCAAGGCAATTCCTTGGAATTCGATTCGCGTCAAGCTGGTGCTTGGCCTTTTGGGCGTGGCAATCCCTCTAATCGCCTTACTGATCTATATGAGCTATTACAGTGTGAACGTCATTCATAATCAGGTGGCGGTCTCCAATAAAAATATGATCTCCATCCAAATGAGACAGATCGATAACCAGCTCGCGGAGATCGAACGGCATCTGGTGAATCTGTCCAGATCGGAAGTCAGTGTGCTGACGATGAAAGACGCAGTGCCGGACAATACGTATATGATGGCCAAAAGCGATGTTTCCCGGAAGCTGTCCTCCGATCTATCGGTTTATCCTTATATTGACGGACTTTTCGTATATTCATTGCCGCGGCATGATTTTGTTGAAGCCTACAAAGGGTCGATGACCTATAACGGATTATTGAAAATGCGAGATTACCTGCAGGAAAGCAGCACGAGCCAGAACCGTTTCTATGGAATGGAGGCGAACTGGCAGCTGCAAGAGATTGAAGGGTCCTATTACGCGATCAAGGTGCTCAGGGATGACAATATCAGCATCGGGTCATGGGTATCCCTCAGAACCTTGATGTCGCCGATGTCGGTTCTGAACACGGGTGAAACCGGAGCAATGCTGTTCGTCGACGCCCAGGGGAAGCCGCTTTATAACACGAAGCCCCTGCAGGATGAAACGTTGGATTTCACCCATGGTTTCAACAGCTATTACATGTCAGGCAAGGACAAGGACTATCTCATCGTGGGGGAGACTTCGAAGAAAGCGGACATCAGCATGGTCGCCGTCATTCCGGACAAGCTGACGCTCGAAAATCTGCCATATCTCAAAAAGACGGCTGCCATCCTGTCGGCATTCGCTGTTCTGCTGCTGCCGGTTAGCTTGTGGTTCCTGCGGAAAGTGCTGCTTCGCCCGCTGCAGAAGATCGTTCAATTAATGCGAAGAATCGGGGAAGGGAACTTCAATTTGCGAATCGAGAAAGTACCGACCGCTCCCGAGGAGTTTCAGCTGGTTTATCGCACCTTAGATCAGATGGTGTCGCAAATTGAAAAGCTGAAGATTGACGTCTATGAAGAGCAATTGAGCAAGCAGCAGGCGGAGCTGAAGCAACTGCAGCTCCAGATCAACCCGCATTTTTTCATGAATTCCCTGAATATTTTGTACCATTTGGCACAGGTGAAGCGATATGAATTGATCCAGGAGATGACGATTTGCCTGGTTCAATACTTCAGATATATGTTCCAGAGCAATAATCAGGCTTTGGTTCTATTAAAGGATGAGCTGCAGCATACGAGAAATTATTTGCGGATTCAGCAGCTGCGGCTTCCCAATCAATTCGAAAGCGAGATTCATGTTCCGGATTATCTGCTGGAGACCCCTGTTCCTCCGCTGATGCTTCAGACGATTGTAGAAAATACGATCAAGCATGCCGTAAGGGCAGATGTTCGGACGATGCTGGTCATTGAAGCGATCCTCGACGATCTGGCGGAAGAGCCGACCGTTTGCTTGACCGTACGTGATACCGGAGATGGATTTTCGGATGAGGTATTGGAGGCGATCCGCTGCGGCGGACAAGGTGCAAACGCCGGGCGAGCGCATATTGGCTTGTGGAATGTACGGGAACGTCTGCGTCTGCAGTATGGGAATGGGGCCGTAATGGATTGCTATAACGACGATCCGCACGGGGCGGTCGTCGAACTCTTCATTCCGTTAAGCCCTGGACAAGATGGAAAGGAGGACGCCAATGCGTCATGTACTGATCGTGGACGATGA	MYSHIKAIPWNSIRVKLVLGLLGVAIPLIALLIYMSYYSVNVIHNQVAVSNKNMISIQMRQIDNQLAEIERHLVNLSRSEVSVLTMKDAVPDNTYMMAKSDVSRKLSSDLSVYPYIDGLFVYSLPRHDFVEAYKGSMTYNGLLKMRDYLQESSTSQNRFYGMEANWQLQEIEGSYYAIKVLRDDNISIGSWVSLRTLMSPMSVLNTGETGAMLFVDAQGKPLYNTKPLQDETLDFTHGFNSYYMSGKDKDYLIVGETSKKADISMVAVIPDKLTLENLPYLKKTAAILSAFAVLLLPVSLWFLRKVLLRPLQKIVQLMRRIGEGNFNLRIEKVPTAPEEFQLVYRTLDQMVSQIEKLKIDVYEEQLSKQQAELKQLQLQINPHFFMNSLNILYHLAQVKRYELIQEMTICLVQYFRYMFQSNNQALVLLKDELQHTRNYLRIQQLRLPNQFESEIHVPDYLLETPVPPLMLQTIVENTIKHAVRADVRTMLVIEAILDDLAEEPTVCLTVRDTGDGFSDEVLEAIRCGGQGANAGRAHIGLWNVRERLRLQYGNGAVMDCYNDDPHGAVVELFIPLSPGQDGKEDANASCTDRGR				NA	NA	NA	NA	NA
JZ016_01009	999	aes_1		Acetyl esterase	TTGATTCTGAAGATTATAAAATGGATGCTGTCCGTCTTTGTTCTTGTTATCATAGGGGGGCTTCTGCTTGTAAATTTAACGCCTGTTCCATTTATCCATTGGCTGCGCAGCCAGCCGGAAGCAGCGCCTGCAGCACCTTCAAATTGGGCGGAGCTTGAGCAGGTGGTAGAGGTTCATAAAGACCTCAAGTATCCTTCGACATTCAAATCCAACGAAATGGACCTGTACCTCCCCAAAGACCGTGCGGGCAAACTGCCTACGATCCTATGGGTTCACGGCGGCGCTTTTGTGTCAGGAGATAAATCGGGCACCGCCTATTGGTGTACGATGATGGCCAGCAAAGGTTATGCGGTCGTCAGCATGAATTACGAGGTGGCTCCCGAGGCACGATATCCGGCACCAGTCCTTCAGATGACTGAGGTCTATCAGCATCTTAAGGAGCTTTCGGATTTCCCGTCCTTGGACTTGGACCGTCTAATTGTCGGCGGAGACTCAGCCGGCGCCCAAATTGCATCCCAATTCATCGCAATTCAGACGAATGCCGACTTGGCGCAGCGGACAGGGATTGAACAAGCGGTTCCGGAGGAATCCATACAAGCGGCGCTGCTGTATTGCGGTCCGTATAACGTCAAACAGCTGGCGAGCGTTACCGGCAGATTAGAGAAGTTCTTCCTGAATCAGCTGGGGTGGGCTTATATTGGAACACGGAACTGGAAGGATGGGACCGAAGCAGAAGAAGCTTCAACGACAAACCATGTGACAACTGATTTCCCGCCAACCTTTATAACGGACGGCAACACGGGTTCTTTTGAAAAACACGGTAAGGAATTGGAGGCGCGGCTCAAAGAGGCAAACGTGCCCGTGAAGTCATTGTTTTACCCGCTGTCCCATGGCGTCGTGCAGCACGAATATCAATTTCAGCTTAACACTAAAGAGGCCATGGAGTGCTTTGAGATGACGTTATCCTTTTTGGAAGAGCAATTGCAAGAGCGGGGATAA	MILKIIKWMLSVFVLVIIGGLLLVNLTPVPFIHWLRSQPEAAPAAPSNWAELEQVVEVHKDLKYPSTFKSNEMDLYLPKDRAGKLPTILWVHGGAFVSGDKSGTAYWCTMMASKGYAVVSMNYEVAPEARYPAPVLQMTEVYQHLKELSDFPSLDLDRLIVGGDSAGAQIASQFIAIQTNADLAQRTGIEQAVPEESIQAALLYCGPYNVKQLASVTGRLEKFFLNQLGWAYIGTRNWKDGTEAEEASTTNHVTTDFPPTFITDGNTGSFEKHGKELEARLKEANVPVKSLFYPLSHGVVQHEYQFQLNTKEAMECFEMTLSFLEEQLQERG				NA	NA	NA	NA	NA
JZ016_01010	1170	yesR_2	COG4225	Unsaturated rhamnogalacturonyl hydrolase YesR	ATGCAGGTCAATTCCGGTAATCACGAAAATCTAAACCAAAACTCCGAGCTCCTGCCGAAAGCGGGGGCTCTGGATGATATGGAGGGCAATATGAATCTGAAACTAGATATCGCTTTAGAAGATTTAAAGCAAACCGCCAAGCGTGTTGCAGATTATACGTTCGGGATGGATTTGACGTGGGATTGGCCGGGAGGTGTCGCATTCTATGGGATTAGCCGGCTGTTCGAGGTGACTGGCGAGCATGCTTATCTGGAACGGATGATCGATTGGGTTGAGGAGTACTTAGAGGCGGGCATTCCGGAAGGATGGACCGTGAACACCTGTGCGATGGGGCATATGCTGCTGACCCTATATGAACAGACGAAGGATCAAAAATATATGGATCTCATTTTAAGCAAGATTGATTATTTGGAGCATCAGGCTTTGCGATTCGGTGACCGGGTCCTTCAGCATACGGTGTCGGCTGACAATGACTTTCCGGAGCAGTGCTGGGCGGATACTTTGTTCATGGCGGCATTTTTGGAGCTTCGGGTCGGCGTGCTCCTCGGAAAGAAGGCGCTCATCGACGACGCGCTCCATCAATTCGAACGGCATATTCATTACTTGCAAGATGAGGATTCCGGGCTGTGGTACCATGGCTATAACCATGTCAAAAAGGACCATATGTCCGGCATTCATTGGGCGCGCGCCAACGCCTGGGCAGCCTATACGATGTCCCGAGCGGCAAGAGGGCTGCCGGAAGGCTATCTTTATCCTCCCATGATGCACATATGGAGCTCCTTACGCGACCAGTTGGCGGCAATGAAACGGATGCAGCATGAGGACGGTCTGTGGGGCACCGTGCTCGATTGCCCGGAAGCTTACAGCGAAGTATCGGCTACAGCGGGTATTGCAGCAGCGATGGTGATGCAGGGCAATCCGCTGCACGCGAAATATGTGAGAAAAGCCTTGGCCGGGGTTCTCGCCAATATAGCGGATAACGGACGGGTTCTGAACGTGTCCGGAGGAACGGCGGTCATGAACGACATCGAAGGATATCTAGGCATTGACCGGAAATGGGCACAAGGCTGGGGACAAGGATTGGCGCTAGCGTTCCTGTCGTCGGTCATTGACGTTATCGAAGCCCAAGGAGATCGCGAGCTTAGCAAACGTAGCGATCAAGTCGATTAG	MQVNSGNHENLNQNSELLPKAGALDDMEGNMNLKLDIALEDLKQTAKRVADYTFGMDLTWDWPGGVAFYGISRLFEVTGEHAYLERMIDWVEEYLEAGIPEGWTVNTCAMGHMLLTLYEQTKDQKYMDLILSKIDYLEHQALRFGDRVLQHTVSADNDFPEQCWADTLFMAAFLELRVGVLLGKKALIDDALHQFERHIHYLQDEDSGLWYHGYNHVKKDHMSGIHWARANAWAAYTMSRAARGLPEGYLYPPMMHIWSSLRDQLAAMKRMQHEDGLWGTVLDCPEAYSEVSATAGIAAAMVMQGNPLHAKYVRKALAGVLANIADNGRVLNVSGGTAVMNDIEGYLGIDRKWAQGWGQGLALAFLSSVIDVIEAQGDRELSKRSDQVD	PGPT0018255_1405	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
JZ016_01011	1644			hypothetical protein	ATGAGCAAACCGAAAATCATGTCTATGTTCATGGTTTTAATATTAATTGCCGGTCTTATAGCGGGATGTACGGGGAACAGCACCAATGGTGAGAAGAAGCCTTCTCCATCGGATGAGGGTAACACGCCAAGCCAAAACGCGGAAGGCAGCTATCCCGATTATTCGCAAGGCTTCCCGGAAAGAGTTACACTCGAAATTCCAGTGTATGAGCGTGCGTTCGAAGGCTGGAACGTAACTGACAACTACTATACACGCTGGATTCAGAAGGAATTCGGCGACAAATACAATATCGAGGTCAAGTTTACGCCGATCGCCCGTACCAACGAAGTTACGACTTATCAGCAGCTGCTCGCAGCCGGCAAGGCGCCGGATATCATTTTCCACTACGACATGCCGCAAGCGCTTGCATACTATGGAGAAGGTGTCATGCAGGAGCTGGACTGGCAAGAGATTGAGCACTATGCCCCAACCTATTGGAGCAATTTGAGCGAGACGATTCTGCAATACGGCGTCGTTGACGAAAAAAACACCTTCTTCTTCGCTGCACGTCCAGATTTCAGCAACTTTGTCAATATCATTCGTAAAGACTGGGTTGAGAAAGTAGGAATGAAAATCGAGGACCTGACTTCGCTCGAGAAGTACAATGAAATGCTCATGAAATGGAAGGAAGAAGGAATCGGCGTTGCCGGGGCCGGTTTAACACGGAACGTGTTCAACTATAGTTACGGATTCCGTGACTGGCCGGTTGATCCGAAGACGCACGCGCTTTATTCCGATCTATCCGTTGCGGATTTTACGACACCGGCAACCGAAGCCTGGCTGCGTAACCTAAGCTATCAATACCATAACGGACTTATCGATAAGGAGTTCTATCTGCGCGACGATGATAACAAGCTCAAGGCCGAGTTTGTTGCGGGAAATACGGGCACCTACGGTTTGTACCTGACCAATAACACCGATGCGTTTGAAGCAACGCTGAAGAATAATCCGGAAGCTGAATTTGCCGTGCTTCCCCCTGGCTCCGGCGTACCGGAGGGAAATATGCCCCAAGGACGCGCCGACTGGCCGTTCGGGTTGATCATGGGAATTAACCATGAATCGACGGAAGAGGAGCGTGCTGCTGTATGGATGTATCTCGAGTGGATGAGCCAAGTGGAGAACCTGATGTTCCTGCAGAACGGGGTGGAAGGTGAGAACTATACGCTCGATTCCGATGGCTTGCCGGTGAAAAAACCGGATTTCAAGGGCGAATCCGTACTCTCTCAGAACAATAACAAGGACTATTGGGCACTTGTAACGGAAGCGCCATCCTTCGCAACGCCAGAGCTAACGCTTAAAGCTAACAAAAATAACTGGACGCCTGCGGGTTATGAGCAAATTGTCGAAGACATGATTCAATATCGAAACGAGACCAAGCCATACCAGACGCCGGATCCGCTGTTCACCGTAGTCCTTGAGAAGGTTACCGAGTATAAGGCGGATTTGAACAACCTCTTCCAAGAGCTGTATCTCGACATTATCCTTGCGCCAGCAGACCAGTTCGATGCGAAATACGAAGCGGCCAAGCAGAAATTCCTCGACGCCGGCTATCAAGAGATTTTGGACGAGAAGCAAAAAGCGATTGATGCAGGTCAATTCCGGTAA	MSKPKIMSMFMVLILIAGLIAGCTGNSTNGEKKPSPSDEGNTPSQNAEGSYPDYSQGFPERVTLEIPVYERAFEGWNVTDNYYTRWIQKEFGDKYNIEVKFTPIARTNEVTTYQQLLAAGKAPDIIFHYDMPQALAYYGEGVMQELDWQEIEHYAPTYWSNLSETILQYGVVDEKNTFFFAARPDFSNFVNIIRKDWVEKVGMKIEDLTSLEKYNEMLMKWKEEGIGVAGAGLTRNVFNYSYGFRDWPVDPKTHALYSDLSVADFTTPATEAWLRNLSYQYHNGLIDKEFYLRDDDNKLKAEFVAGNTGTYGLYLTNNTDAFEATLKNNPEAEFAVLPPGSGVPEGNMPQGRADWPFGLIMGINHESTEEERAAVWMYLEWMSQVENLMFLQNGVEGENYTLDSDGLPVKKPDFKGESVLSQNNNKDYWALVTEAPSFATPELTLKANKNNWTPAGYEQIVEDMIQYRNETKPYQTPDPLFTVVLEKVTEYKADLNNLFQELYLDIILAPADQFDAKYEAAKQKFLDAGYQEILDEKQKAIDAGQFR	PGPT0017245_1306	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01012	900	melC_5	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGAAAACATTCACTAGGAGCTATGCGGTGCGCCGCACCAGGAAACTGGACATATGGGATATTCTAATACGGCTCATACTTATTGCTGCCTCACTTGCCTGCTTGCTGCCATTCGTTCATGTCGTTGCAAAATCTTTAAGCGAAGACGCCTACGTCATCGCTAACAAGGTGTTTCTCTGGCCGGCGGGGTTCACTCTGGATGCGTACGGCAAAGTTTTTGCCGATCAGAGTATTCTGAGGTCTCTTTACATATCCGTAATCATTACGGTGCTGTTCACACTGATCGGCATGATCGTCACCATTTGTGCAGCCTACCCGCTATCCCGTAAGCAGCTTAAAGGCCGTTCGTTTTTTAACTTCATCTTTATGTTTACGATGTTCTTTGGAGGCGGCATTATTCCCGAATATATGCTGATCAACAGCCTGGGGATGCTTGATACGATGTGGTCGCTTATATTACCGCTATCCTTTAGCGCATTTAACCTGCTGATCTTAAGGACTTCGATCTCCAGCAATATTCCGGCGAGCCTGGAAGAATCGGCCCGGATGGATGGAGCGGGGCATTTCAGGATCCTGTTCAGCATCGTACTTCCACTCTCCAAGCCGATTCTAGCGACATTGTCCCTTTTTTACGCGGTCGGACGCTGGAACGCTTATCAGGACGCCCTATTCTATATTAAGCATAATGTCGATTTGCGGCCGCTGCAGTTGAAACTATATTACCTGGTGGTTCAGGCCAGCGAGAGCTTTCAGCTAGAGATGACGCAAGTCTCGCTCAGCAATCCTGAAGTGCTCAAAGCAGCATGTGTCGTTTTTGCAACTTTACCGATCATTTGTGTCTATCCGTTCATTCAGAAGTATTTTGTCCAGGGAGTCATGCTTGGGGCTATCAAGGAATAG	MKTFTRSYAVRRTRKLDIWDILIRLILIAASLACLLPFVHVVAKSLSEDAYVIANKVFLWPAGFTLDAYGKVFADQSILRSLYISVIITVLFTLIGMIVTICAAYPLSRKQLKGRSFFNFIFMFTMFFGGGIIPEYMLINSLGMLDTMWSLILPLSFSAFNLLILRTSISSNIPASLEESARMDGAGHFRILFSIVLPLSKPILATLSLFYAVGRWNAYQDALFYIKHNVDLRPLQLKLYYLVVQASESFQLEMTQVSLSNPEVLKAACVVFATLPIICVYPFIQKYFVQGVMLGAIKE	PGPT0017255_1128	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01013	966	yteP_21	COG4209	putative multiple-sugar transport system permease YteP	TTGAAAGTCCAAGATGCAGCACCAGGAAATGAAACCGCTTTAATCCCCTTCGCAGGCAAGAAACAGGGAACTCTCTATTATCTTCGTCGGGATTGGCAGCTCTATTTTCTGCTTCTCATTCCTTTAGCGTTTGTCTTGGTCTTTAAGTACGCGCCGATGAGCGGTCTTGTGCTTGCATTCAAGGATTACAAGATTGCCCACGGATTCTGGAGCAGCGAATGGGTCGGTCTGGAAGTGTTTAAAGACATATTCGCAAAGCCCGATTTCGCTCGCGCCATCCGCAACACGCTCTTGCTGAATGTGTCGGACCTTATATTTAGCTTTACAATGCCGATTATACTCTCTTTGCTGCTAAACGAGGTCAAGAACGCTTTCTTCAAACGCGTGAATCAGACGCTGCTTTATTTACCGCACTTTCTGTCTTGGGTCATTATCGGCGCAATCGCTTATCAATTGTTGGGTGAAGGAACCGGTATGATCAATAATCTGATCGCGAATCTGGGGGGAACACGGATCCCGTTCCTTCAAGAGAACGTCAATTGGCTAATCAGTTACATCTTTATTGGCGTATGGCAAAGCATGGGTTGGGGGACCATCATCTACCTGGCTGCAATTAGCGGCATTAACCCCGAGCTGTATGAAGCGGCGGTCGTCGATGGTGCAGGCCGGTGGCGGAAAATGTGGAACATTACTCTGCCCTCGATCCGAGTGACGATCGTGACATTGCTGATTTTGAACCTTGGCCACGTGATGGCGGGTTCCTTTGAGCGTGTTTTTGCCTTAGCGAACAAAGCAACGACGGAGTTCACCACGACCATTCCCGTTCTGGTATATCGCTGGGGAATTGAAGGCGGCAACTTCAGCCGAGCAACCGCTCTCGGGTTGTTCCAAGCTGTCGTGGGGCTTGTCCTTATCTTAATTGCTGATCGGGTTGCCAAGAAACTGGGTGAAGATGGAGTCATTTAG	MKVQDAAPGNETALIPFAGKKQGTLYYLRRDWQLYFLLLIPLAFVLVFKYAPMSGLVLAFKDYKIAHGFWSSEWVGLEVFKDIFAKPDFARAIRNTLLLNVSDLIFSFTMPIILSLLLNEVKNAFFKRVNQTLLYLPHFLSWVIIGAIAYQLLGEGTGMINNLIANLGGTRIPFLQENVNWLISYIFIGVWQSMGWGTIIYLAAISGINPELYEAAVVDGAGRWRKMWNITLPSIRVTIVTLLILNLGHVMAGSFERVFALANKATTEFTTTIPVLVYRWGIEGGNFSRATALGLFQAVVGLVLILIADRVAKKLGEDGVI	PGPT0017250_28	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01014	2271	rhaS_8		HTH-type transcriptional activator RhaS	ATGAAGCGAATTCCAATGATGATGCAATTGGCATTAATCCTATTTTGCATCATGGCCATTCCGATGGCGATTTTAACCTGGTATAGCAGCTCTCAGATTCTACAGAATTCAGAGCATGCCTTTGCGGAAACTTCGCTTGCAGAATTAAATGCCAATCGCGAGCTTAATGAGAATGCGTTGAACAATTTGTCCCAGAATACGGTACGCCTAGGAGGCACCGACGCCTTCGATCGAATCCGTCCTTATAAGTCTCTTGCAGAGCTTAAGACGAATTACGTGAATGTAAGCAAAGCGATGGCGGTGCTCAAGGAATTGTTGAATCTGAATCAGAGCGTCGATGGGGTGTATTCATCTTTCTTTTACCTGGACGACGCGAATTACGTGATTTCTACGGACAGAGGCATAACGAGCTTGGACAGATACGAGTCCATCGACTGGCTGAACGAGGCGCTTATGGAGCAAAAAGGGATACGCGGCGTATGGTATCCGCGCAAGCTCGATTCGGGCGTTAATGTCTTATCGTTCGCACTGCCTTTAAACCGGCTGTCAACCGCTACACGCGGAACGATCGTTGTCAATCTGAAGGAGAGTCAAATCGAGCAGTATTTGCAATCATCGAAGTCAGGCAAGCAAGGCTATTTGCTTATGAAGTCAAGCGGTACCATCATCTCACATCACGACAAAGATTTATTGCTCAAGAACGCCTACGAGGAGCCGTATATTCGCGAAATCGCCCGGCAAGCATTGCCTGAAGGGTACATGTTCCGCGAGCTTAACGGCGAGCGATTGCTATATGCGTGGTCCCCTACGAAAGAATTCGGTTGGACGAACGTAAGCATCTACTCGGTCGACGAATTGATGAATAAGCCCCTTACCTTGCAGAGAAGTATCCTTTTGCTTACGATCGTTATTATTTTTGCGGGGTCCATACTGACCGTTTTTATTGCGACATGGTTATCCAAGCCAGCCAGGGAATTGGTCCGTACGGTACGCGGCCGAGTCAATCCGGGGGTGCGCGATAAGAATGAGCTCGTCTTTCTGGAGGCGGCATTCAGACGCATGCAGGAAGAGGAAGAAGGGCTTTATAAGCTGCTAAGTATCCGCGAGCAGGATGCCCAAAGCCACGCCATCCATAGTTTGCTGCGGGGTGAAGTGACCCCACAAGCGGAAGAGATTTTCCCGGACTTGCACTTTCTTGTAGCCGTCGTTTCCATCGACGGTTACCGAACTTATATAAGCCTGAATAATCCGGAAACGCGCAGTTACCATCGCTACTTGCTCATCTCCAAATGTGACGATTTATTCCCGAAAGATGTTCACGCGCGCTGCGTCTATCATGGTGACGGCCACTTCGCAATCCTGATCAACTACAGACAGGAGGAAGATGACAACTATAGGCTTGCCATTTATGCGGCTTTAGACATGTTGAGGAACAGTGCGGCGGAATTGCTCGAGCACTCCGTAACGATCGGCGTAAGCAGTCCGGCAGATTCAAATCGCCTGGTCTCGGATTGCTTTGCAGAGGCGATGGAAGCGATCAAGCAGCGCATGATTGCCGGCAATGGCGGCATTACGTGCTGGAAGGAGGAAGAAGGGCGGGATAAAAAATACATTTACCCTGTTAACAGCGAAAGACGAATTCTGAACTTCCTTGGTCATAGCGATCTGGATAGCATCATCGAAGAACTAAGAATCATTCGTAATGAAATCCGTTCTGCCGAATACGTGTCCTACGATAATATCCTATTCATCTATCATCAATTGGTTGGCGTGACCATTAAACACCTTAGGGAGAATAATGTTAGCACGGCGCGGATCTTCTCGACGCGGGGGAACATTTACGCAGCCCTTGCTTCTATTGATACGCTTGACGAGCTTGAAGAATATCTTATTGAATTTTACAGCGAGATTGTTCACTATCTTACGCGGTCACCGGGCGGGTCCAACAAATATGCCGATCGAATTATCCATTATTTGAATGAGCACTATCGTGAAGAAGTCGTGTTTGAAGAAATGGCTAAGCAAATCGGAATCAGTTACTCCTACATGCGAAAAATTGTCTATGAACATACGGGTAAAAGCTTGTCCGACTATCTCAATTTGCTCCGAATCGAGAAGGCAAAAGAGCTGCTTCTTGAGAGTAACCTGTCGATTGCACAGATTGCATCCGAGGTAGGCTACATGAATGTTCGAAGCTTCAATCGTCTGTTCCGAAAATTTGAAGGCATGCCGCCGAGCAGCTTCAAGCTGCAGAGATCCAAAACCTCGTGA	MKRIPMMMQLALILFCIMAIPMAILTWYSSSQILQNSEHAFAETSLAELNANRELNENALNNLSQNTVRLGGTDAFDRIRPYKSLAELKTNYVNVSKAMAVLKELLNLNQSVDGVYSSFFYLDDANYVISTDRGITSLDRYESIDWLNEALMEQKGIRGVWYPRKLDSGVNVLSFALPLNRLSTATRGTIVVNLKESQIEQYLQSSKSGKQGYLLMKSSGTIISHHDKDLLLKNAYEEPYIREIARQALPEGYMFRELNGERLLYAWSPTKEFGWTNVSIYSVDELMNKPLTLQRSILLLTIVIIFAGSILTVFIATWLSKPARELVRTVRGRVNPGVRDKNELVFLEAAFRRMQEEEEGLYKLLSIREQDAQSHAIHSLLRGEVTPQAEEIFPDLHFLVAVVSIDGYRTYISLNNPETRSYHRYLLISKCDDLFPKDVHARCVYHGDGHFAILINYRQEEDDNYRLAIYAALDMLRNSAAELLEHSVTIGVSSPADSNRLVSDCFAEAMEAIKQRMIAGNGGITCWKEEEGRDKKYIYPVNSERRILNFLGHSDLDSIIEELRIIRNEIRSAEYVSYDNILFIYHQLVGVTIKHLRENNVSTARIFSTRGNIYAALASIDTLDELEEYLIEFYSEIVHYLTRSPGGSNKYADRIIHYLNEHYREEVVFEEMAKQIGISYSYMRKIVYEHTGKSLSDYLNLLRIEKAKELLLESNLSIAQIASEVGYMNVRSFNRLFRKFEGMPPSSFKLQRSKTS				NA	NA	NA	NA	NA
JZ016_01015	2124	apeX	COG2409	Apo-petrobactin exporter	TTGAGGAAGCTATTAAGTCCCATCACCGATTGGGTCTCAACCAAAAAAGGGATGTGGATTACCATTCTGGTCTGGCTGATCGTTATGGTCGGTTTAAGCGCGGGTCCCACGCTTGGCGATTACAAAGCCACCAACTTCCAGTCACTTCCAGATGAAGCACAGTCCATCATAGCCGAGAACAAATTGGAGAACACATTTCCGAATGAGCAGGGAACGCCAGGAATCCTGGTTTTTCATAATGCATCAGGAAACGTAAACCTGGATGAAGTAAAGCATATTTTGAATGGAGTCCTATCCGCCAAGATTCAGGGAGTCAAATCCATAGTCGATATCAGCACCCTGCCGCCTCAAGCCCTGAAGGGTTTTACTTCGGAGGATAACTCTACCATCATCGTTCCCATGAGCCTGGAAGCCGGTCTTGGCAGCAGCGAATATTCGGAAATCAATGACGAAGCCTCCAGACTTGGCAACGAGATTGCCAGGGGTCTGAGTACAGACTTCTATATTACAGGTCCAGCCGGGATAGCCGGCGATACGATCAAGCTCTTCGAGCAGGCGGATTTTGTTCTGCTACTTGCCACCATTGTCATCATTCTTGTATTATTGATCGTTATTTACCGTTCACCGCTGCTTGCCTTCATTCCTCTGCTTGCTACGGCTATCGTATATCAGGTCGTCAACCAATCCGTAGCCTTGATGGGCTCAGCCGGACTCGAAATTAACAACTCGACCACCTCCATCATGAGCATCCTGCTGTTTGCCGCCGTCATCGACTACTCACTGTTTGTGTTCTCGCGATACCGCGAGGAATTGAATAAACATGAAAGCAAATATACTGCAATGCAGTTTGCCATGCGAGCTACCGGGGAACCTGTGTTTTTTGCAGGCGGCACCGTGCTCGCCGCGATGCTCATTCTGTTCTTCATGGATTTCCGTGATTATCAAAATTTTGCGCCGGTATTCGGTTTGGCCATGCTTATTATTATGCTCGCTTCCGTCACCCTTGTCCCAGCCCTGTTCACCCTTTTTGGGAGAAAAGCGTTCTGGCCTAAGGTTCCTCAGTTCGGTCAGAACAATGAAATCAAACACGGTTTCTGGGGGCCAGTAGCCAATTTCGTGGTGAACAAGCCGCTGCTCACCGGTGGAATCGTGGCTGTCTTCATGATCATGACCGCCTTGAACGTATTCAACCTGAATTATGAATTCGACACCGTCAAAAAATTCCCCGAAAACTTGCCTTCGCGTGTAGGTTATGAGATCGTGGAATCTAAATATAACAAAGGCGAGCTTGCGCCGTCGACGGTTCTTCTGGAATCCGAGTATGCGCTATCCGACGGGCAGATCGATCAATTCCTGAAAAAGCTGGAGAATTACGAAGAAATCGACTCCGTCCGCTTGGCCGGCATCACGGAAGATTCCAAGGCGGCAAAACTCAGCGTTGCCTTGACAATGAATCCTTATTCCACCGAAGCTATCGATTTTATTGAAGAGCTTCAGGGCCAGACTGACGCCCTTCTTAACGAGTTGTCTCTTCGGGGCGATGTTTACTACGGCGGCGTGACAGCCAAACTAGTCGATGAACGGACCGTAAACAACGGTGACATTATCAAAGTCATCATTCTGGAAACGGCTCTGATTCTCGTGCTGCTGGTTGCCTTGACCCGTTCGTTAAAAATGTCGATGTATATGATGGCCACCATCCTCATATCTTACGTGTCAGCCCTTGGCCTGGGCATCTTCCTGGTCGATATGCTGTTCGGGTACGAATCCATCAGTACGCGAGTACCTGTCTATGCGTTTATATTCTTGGTGGCGCTGGGGATCGATTATAATATTATTCTTATATCCCGCTTCCTCGAAGAGAGAAAAACATTAAAGATCAAGGAAGCTCTTGAAGTGGCCATCCGCAATACGGGCGGCGTCATTTCCTCGGCAGGCGTGATCTTGGCGGCAACCTTTGCCGCATTGACCACCATGCCGATTGCCGATCTCTTCGTGTTCGGTTTTATGGTTGCGATTGGTATTTTATTAGATACATTCCTGGTAAGAGGCATTCTGCTTCCATCCTTAATTCTATTTTTCGAAAAAGATAAGGATCCTAGAAAGCTCTCATCCCAGGCATAA	MRKLLSPITDWVSTKKGMWITILVWLIVMVGLSAGPTLGDYKATNFQSLPDEAQSIIAENKLENTFPNEQGTPGILVFHNASGNVNLDEVKHILNGVLSAKIQGVKSIVDISTLPPQALKGFTSEDNSTIIVPMSLEAGLGSSEYSEINDEASRLGNEIARGLSTDFYITGPAGIAGDTIKLFEQADFVLLLATIVIILVLLIVIYRSPLLAFIPLLATAIVYQVVNQSVALMGSAGLEINNSTTSIMSILLFAAVIDYSLFVFSRYREELNKHESKYTAMQFAMRATGEPVFFAGGTVLAAMLILFFMDFRDYQNFAPVFGLAMLIIMLASVTLVPALFTLFGRKAFWPKVPQFGQNNEIKHGFWGPVANFVVNKPLLTGGIVAVFMIMTALNVFNLNYEFDTVKKFPENLPSRVGYEIVESKYNKGELAPSTVLLESEYALSDGQIDQFLKKLENYEEIDSVRLAGITEDSKAAKLSVALTMNPYSTEAIDFIEELQGQTDALLNELSLRGDVYYGGVTAKLVDERTVNNGDIIKVIILETALILVLLVALTRSLKMSMYMMATILISYVSALGLGIFLVDMLFGYESISTRVPVYAFIFLVALGIDYNIILISRFLEERKTLKIKEALEVAIRNTGGVISSAGVILAATFAALTTMPIADLFVFGFMVAIGILLDTFLVRGILLPSLILFFEKDKDPRKLSSQA				NA	NA	NA	NA	NA
JZ016_01016	672	hssR_2		Heme response regulator HssR	GTGAAAATTTTAGTCGTAGACGATGATTACGATATCCTGCAGCTTGTGACCATCCATTTGACGCGGGAAGGCTATACGGTTTTACAAGCTCATAACGGGAAGCACGCGCTGGAGCTTCTGGAAGAGTCGGAGGTAAACCTGGCCATCGTGGATGTCATGATGCCCGGGATGGATGGCTTCTCCCTGACTAGAATACTAACGAAAGAGCTCGACATTCCTGTCATCCTGCTGACCGCCAAGGGACAATTATCCGACAAGGAACAGGGGTTCAAATCAGGCTCCGAGGATTATCTTGTGAAGCCTTTTGAGCCAAAGGAGCTGCTGTTTCGGGTTGCCGTTGTTCTTCGCCGCTATGGCCGCGCAATGGAAAGTGTTTTGAAGGTCGGCAATGTGAAGATCAACCGGAACGATTTTGAAGTGATCATCAAGGATGAAACCATTCTCTTTCCTCTAAAAGAGTTTGAGCTGCTGACTATGCTGGCAGTACGGGCCAACAAAGTCACTCCCCGGTCCGTTCTTATCGAACAGGCATGGGGCGAGGATTATCAAGGCAACGAGATGACATTGAATACGCATATGAACCGGATTCGCGACCGTCTCAAACGTTACAACGCTTCCATCGAGATCCAGACCATCAGGGGCATTGGTTATAAATTAGAGGCGGCCGAATGA	MKILVVDDDYDILQLVTIHLTREGYTVLQAHNGKHALELLEESEVNLAIVDVMMPGMDGFSLTRILTKELDIPVILLTAKGQLSDKEQGFKSGSEDYLVKPFEPKELLFRVAVVLRRYGRAMESVLKVGNVKINRNDFEVIIKDETILFPLKEFELLTMLAVRANKVTPRSVLIEQAWGEDYQGNEMTLNTHMNRIRDRLKRYNASIEIQTIRGIGYKLEAAE	PGPT0028965_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
JZ016_01017	1419	hssS		Heme sensor protein HssS	ATGAAAACATTATATCGGGAGTTTATATCCACAACACTGCTCATTCTAGGGATCAGCATCTTTATCGGATTTATTCTGGCAAACGTTGTCTACGTGATATTTACCAAAGAAGAAATCACGCAGCAAAACATGGAGGTTGCCGAACAAATCGTCCACGTTCTCGAGGAAATGCATGTATCGAGCCATACCGTACACCCCTTCCTTGAGTCCGTTGGACAACTAGGATACCAGATATATTTGGCTAACCGTTCCGGGGAGGCGTATTTTTTCGGTGAGCCTTTTGAGCATAGAAGGCTGCCTGACCACACCATGGACCAGGTGTTAAGCGGCACGCCGTATATGGGGAAAGACGGCATATGGGATCAGCTCTGGATGATGGGGCATTTCTCCAATGATATTAGAAACACCGTCGGGCTCCCCCTTCAAATCGGAAATCAGACTTATGCTCTATTCGTCAAACCGGCCAGCAAAATCCTATTTTCCGATATCCATATGATGCTGGCGGGATTTATCGTAGCTGTCGCCATCGTGAGCCTATTGGGTGTAATCAAAATGACCAAACGGCTAATTCACCCCATCTCGGAGCTGTCCGAAGCGACGAAAGCGATCACCAACGAAGATTTTACGTATTCGCTGGATATCCATCGTAAGGATGAGCTGGGCCAGTTGGCTGAGAACTTCCTGCGTATGCAGCAGCAGCTGCAGCATAATGACGTCGCCCGGAAGTCCTTCATCAGCAACGTGTCTCATGATTTTCAATCTCCATTAATGAATATTCAAGGGTATGGAGACCTGCTCCTTCTTCCGAATCTGGATGAGAAGACGCGGCTGCAGTATGCGGGTATCGTGAGCGATGAAGCTAGACGATTATCGAATCTGACCAAGCAGCTTCTGCTGATTACGTCCCTGGATCAATCCGGTTACCCGGTGAAAAAGAGCCCTCTCCGACTGGATCTGCAAATCAAGGAATCCATCAAAAAACATCAATGGAGTCTGCAGGACCGGAACCTGACCATCTCGTACAAATTAGATAAAGCCATGTTGTACTCCGATCGCGAGCTGCTGGCGATCGTGTGGGATAACTTGATAACGAACGCCATTAAGTACAACCAACCGAACGGCCATATCTTCATTTCCTGCACCACCGCCGGAAACAAGATCATCCTCACATTCGAGGACACCGGTGTCGGTCTGTCGGAGGCATCAGCCAAGCAAGTGTTCGAGCGCTTCTACCGGGTGGATGCAACCCGCAAGAAAGACGGGACAGGCCTTGGCCTGTCCATTGTTAAAGAAATCGTCACACTATTAAACGGAACCATAACGCTCGAGAGCGAGCTTGCGAAGGGTACGACCTTCACCGTTATTTTTCTAATGGAAGGACATGATGAATCATGGAACAAAAATGGAGTTTACGGTTAA	MKTLYREFISTTLLILGISIFIGFILANVVYVIFTKEEITQQNMEVAEQIVHVLEEMHVSSHTVHPFLESVGQLGYQIYLANRSGEAYFFGEPFEHRRLPDHTMDQVLSGTPYMGKDGIWDQLWMMGHFSNDIRNTVGLPLQIGNQTYALFVKPASKILFSDIHMMLAGFIVAVAIVSLLGVIKMTKRLIHPISELSEATKAITNEDFTYSLDIHRKDELGQLAENFLRMQQQLQHNDVARKSFISNVSHDFQSPLMNIQGYGDLLLLPNLDEKTRLQYAGIVSDEARRLSNLTKQLLLITSLDQSGYPVKKSPLRLDLQIKESIKKHQWSLQDRNLTISYKLDKAMLYSDRELLAIVWDNLITNAIKYNQPNGHIFISCTTAGNKIILTFEDTGVGLSEASAKQVFERFYRVDATRKKDGTGLGLSIVKEIVTLLNGTITLESELAKGTTFTVIFLMEGHDESWNKNGVYG				NA	NA	NA	NA	NA
JZ016_01018	396			hypothetical protein	ATGGAACAAAAATGGAGTTTACGGTTAATTCGATATGCAGCGCTGTTCGGCATTTTTGGAACCTATCTTGGTTCCAAAATGTCTGGCGAGATGGATTACTCCCTTCGTCCGATCCACGCCCACATTTTACTGGTCGGCTGGTTGTCGGTATTTGCTTGGGGAATCTTCTACAAGGCATACAAAGTAAGATATAAGAAACTGGTTGCTGTCCACGGCTGGCTGGCGATCCTGGGGTCCTTCGGCTTAACGTTCGGAATGTGGATGTACAATTTCAATCCTTTTCAGCTGGACGACAGTTTGGTTTTGGTCTTGTTTATTGTGGGCGGTTCGCTCCTGCTGCTTGCCTTTCTGTTATTTGCCATCATTACATTTTTTACGGAAAAAGAACAACAATAA	MEQKWSLRLIRYAALFGIFGTYLGSKMSGEMDYSLRPIHAHILLVGWLSVFAWGIFYKAYKVRYKKLVAVHGWLAILGSFGLTFGMWMYNFNPFQLDDSLVLVLFIVGGSLLLLAFLLFAIITFFTEKEQQ				NA	NA	NA	NA	NA
JZ016_01019	363			hypothetical protein	ATGCTCTTACTCAGTCTCATTTTATATTCGATCGTATTCGTCTCCGGGTACTTATGGATCAAAAAAAAGCTCAAGGTATCCAACGATTCAAATCAGCTGCTCTATAAGCATATCAATCGATTTCATCTGATTGGGGAGTTGATCATCATAGCTTTGTCCCTAACCGCCCTTTACTTCATGAGGATTGTTTGGGAGTGGAGATCGTCGGCTTATCAGGACGTTATACTTGTGGTAGCTGTTCTACACGCTTTCCGTTCCGTTGTTGAAAGACGCTATAAGAAAGATTCCAAACAGCACATCATCAGTGCTTATGCAAGTGTTAGCGGTCTGCTCCTTTTCCTTGGCATTGAGATGTTTGCGTAA	MLLLSLILYSIVFVSGYLWIKKKLKVSNDSNQLLYKHINRFHLIGELIIIALSLTALYFMRIVWEWRSSAYQDVILVVAVLHAFRSVVERRYKKDSKQHIISAYASVSGLLLFLGIEMFA				NA	NA	NA	NA	NA
JZ016_01020	390			hypothetical protein	ATGGAAGAGAGTATGCTCTACATATTATCCATTATCGTCACTTTTATGTTTATTTCTATCGCCGTTTTTCAGGTGTTGCTCGCGCTTGGTTTGCCTTTAGGCGAATTTGCAATGGGTGGATATTATAAAGTGCTGCCCTACAAATTACGTGTTGTAAGTGCTATAAACGCTATTATTCTTCTCGTTATGGGAGTTGTTTTTTTGCAGCATACTAACGTCATCAATATCTTTAATGTTCTGCCTACGAATATTTTGGTTTGGGTAATTACTGTATTTCTTGGCATAAATACGATAGCAAATCTAATATCCAGAAGTACAAAAGAAAAATATGTAATGACACCATTATCGAGCATTGCGTTTATATTGTGTTTCATGATCTCTTTATCATAA	MEESMLYILSIIVTFMFISIAVFQVLLALGLPLGEFAMGGYYKVLPYKLRVVSAINAIILLVMGVVFLQHTNVINIFNVLPTNILVWVITVFLGINTIANLISRSTKEKYVMTPLSSIAFILCFMISLS				NA	NA	NA	NA	NA
JZ016_01021	879	draG	COG1397	ADP-ribosyl-[dinitrogen reductase] glycohydrolase	ATGGACAATATATTATATAACCGAATCAAAGGCGGCCTGTATGGAGTGGCTGTAGGCGACGCGCTTGGCGGAACGACGGAGTTTATGAGTGTGCAGGAGATTAAGGAGAAGCACGGCTATTTGACGGAGATCATCGGCGGCGGGGTGTGGCAGCTGGAACCGGGCGAAGTGACCGACGATACGATGATGACGCTGTGCGTGGCAGCAGGAATTCACGAAAATCCAGGAGAGCCAATGGAGGCGATCGGGCGTTTCTTCATGGAATGGTACCGTTCGAGGCCCAAAGACATCGGGAATATCATCCGTCATGTTTTTCAAAAGTATGAGGGAGACTGGTTCGAAGCGGCCTTTGTGGCGCACATGGATATGGGGCAAAGCGGCGGGAATGGCTCCCTCATGCGATGCCTGCCTGCAGCACTTGCCTACAAGGATCCGGCGGACATTGACCGAGTGACCATCATACAGTCACGGATGACGCATTATGATCCAAGGTGTGCCGAAGTCTGCGTCATGTACAACCGAATGGCCCAGCGCCTTCTGCAGGGTGAACATTTAAGAGCAGCCATCATGTCCGAGGTGGTGGGTAGCGATTACGAAGGCATCATTGAAGCACAGCCGGACTGCCCGGCAAGCGGTTATGTGGTCCATACCTTCCGGTGGGTACTGCATATTTTGCTCCATACGTCGGATTTTGCAGGAGTCGTTCAAAAGGCGGCAAATCTAGGAGATGATTCGGATACGATCGGAGCTATTGCCGGTGGATTGGCAGGTATCTATTATGGGTATGAAGGAATTCCTGTCCGATATGCAGAGGCGATCCTCATCAAAGATAGACTCGACCGGATCGTTTCGCAACTGTATGCATTGAAAACTTTATGA	MDNILYNRIKGGLYGVAVGDALGGTTEFMSVQEIKEKHGYLTEIIGGGVWQLEPGEVTDDTMMTLCVAAGIHENPGEPMEAIGRFFMEWYRSRPKDIGNIIRHVFQKYEGDWFEAAFVAHMDMGQSGGNGSLMRCLPAALAYKDPADIDRVTIIQSRMTHYDPRCAEVCVMYNRMAQRLLQGEHLRAAIMSEVVGSDYEGIIEAQPDCPASGYVVHTFRWVLHILLHTSDFAGVVQKAANLGDDSDTIGAIAGGLAGIYYGYEGIPVRYAEAILIKDRLDRIVSQLYALKTL	PGPT0001065_798	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001065-draG-K05521	NA	NA
JZ016_01022	1251			hypothetical protein	TTGAATAGGCACGACACAAGCACTAATGCACCAAGCCTTCTTCGCAATCGGTTCCTGCAGACGATTTTATTATCAAGCGTGCTTCTGCAGATCGGAATCTGGGTACGTAATTTTGCTATCCTTCTGTATGTAGCGGATAGAACCAATAATGATCCATACGCTATTTCGCTAATCAGCGTAGCAGAATTTGCCCCGATATTTGTTTTTTCGTTCATCGGAGGTACATTTGCGGACCGATGGAAGCCAAAGCGAACGATGATCTGGTGCGATTTATTATCCGCGGTATCGGTATTCGTAGTGCTTCTGACCATCCATTACGGTTCATGGCAATCCGTCTACCTTGTCGCATTCATCTCAGCTATTCTTTCGCAGTTCTCTCAACCTTCAAGTATGCGATTGTTTAAGTATCACGTGTCTGAAGAACAACTGCAGCAAGGGATGGCTTTGTTCCAATCGCTGATGGCCATCTTCATGGTCCTTGGCCCTATGCTTGGTACATTTGTTTACAGCACGTTCGGCCTTGAAACATCGATCGCTGTAATGGGCGTAGTTTTTCTGTTATCCGCGCTCGTCCTGATTCGCCTGCCGGAGGATGATATGAAATCTCAAACAGCCGCCGTAAAAGGGCAATTCCGTAAAGATTTCGTTGAAGGCTTCCGCTATGTTTGGCAAAGTCAAGTGCTGCGCATGCTCGGGCTTGCGTTTATTCTCGCCGGACTCGCTGTTGGCGTAGCCCAAGCGCTCAACCTGTTTATCGTAACGGAGCGGCTGGGCAGGAGCGAGGAGTTCCTGCAATATCTGCTAATGGTGAATGGCGCAGCCATGCTCATCGGGGGCGGGATCGTGGCCGTCTTCGCGAAGCGGGTTCCGCCGCAGGTTCTTCTTGCCATAGGCATGCTGGCAGGGGCGGTCTGTACAACCATTGTGGGGTATTCCACTAGTGTTCCGGTCACGCTGACCGTTCAATTTCTAAATGGGCTTGTTTTTCCTTGCATTCATATCGGGATCAGTACCATGATCCTGAAATGGTCGCATGCTTCCATTGTCGGTCGGGTGAATGGGGTTCTGAATCCGATGTTTGTTGGGATGATGGTCATTTCCATGTCTTTCGCGGGCGCGTTAAAGGACGCCTTTTCGCTGAGTACGATCTATAGCGGAGCAGGATTACTATTTCTTCTTGGCTCACTCGTCATGGTGCCGATCATGAACCAAAAAGCGCCGGAACATGTACTTACTGCACAAGAGACATAA	MNRHDTSTNAPSLLRNRFLQTILLSSVLLQIGIWVRNFAILLYVADRTNNDPYAISLISVAEFAPIFVFSFIGGTFADRWKPKRTMIWCDLLSAVSVFVVLLTIHYGSWQSVYLVAFISAILSQFSQPSSMRLFKYHVSEEQLQQGMALFQSLMAIFMVLGPMLGTFVYSTFGLETSIAVMGVVFLLSALVLIRLPEDDMKSQTAAVKGQFRKDFVEGFRYVWQSQVLRMLGLAFILAGLAVGVAQALNLFIVTERLGRSEEFLQYLLMVNGAAMLIGGGIVAVFAKRVPPQVLLAIGMLAGAVCTTIVGYSTSVPVTLTVQFLNGLVFPCIHIGISTMILKWSHASIVGRVNGVLNPMFVGMMVISMSFAGALKDAFSLSTIYSGAGLLFLLGSLVMVPIMNQKAPEHVLTAQET	PGPT0027965_765	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
JZ016_01023	300			hypothetical protein	GTGGTGGGGCCTCAAGGTTTTACGATGACTACTCAGCAGTTTGATATGAAACCGGGTGGTACATGGGAGTTTATTATGCACGGTCCTGATGGCGTTGATTTTCCCAACACCAACGTGTTTGTTGTGGTCGTTAAACCCGAGCGAATCGTTATCAAACATGCCGTGTTTCCGCATTTTCTGGCGTCAGTAAGCGTTGAGGAACTGGAAGGTAAGACACATTTGACGTATCAAACCGTTTTTGAGGAAACGGTCGCTGTATTCGATAAGGTGAAAACCTATGCCGTTCAAGGTGCCGAATAG	MVGPQGFTMTTQQFDMKPGGTWEFIMHGPDGVDFPNTNVFVVVVKPERIVIKHAVFPHFLASVSVEELEGKTHLTYQTVFEETVAVFDKVKTYAVQGAE				NA	NA	NA	NA	NA
JZ016_01024	498			hypothetical protein	ATGACGAAACCATTAATTATCGGAGATGCCGAACATGAATTGGCTCAAACGCGCCGAATTCTGGAGTGCTTACCCGAGGAGCATATGACCTGGAAGCCCCACGTAAAATCAATGACATTAGGCGGGCTCGCCACGCATCTGATCAACCTGCTGAACTGGCAAGTCGCGATTCTTCTATACCCGGAATTCGATCTTTCATCCGTGCCGATTCGGCGGGAAGCTTTGGAAAGACGCGAAGACGTGCTGGAGGAATTTGACGCGAACGTTATACAGATTAATAAGCTGTTAGCCGAATGCGACGAGAAATCGCTCGCCGAGGAATGGATCTTGCGGAACGGCGACTATATTCTCCAGCGTCAACCGCGTGCAATCGCGCTTCGCACTTTCGGCTTAAGTCACATGGTTCACCACCGGGCGCAGCTCGGAGTTTATCTACGGCTGCTTGATGTTCCGGTGCCGGGCATGTACGGTCCCTCAGCCGATGAGGAAGGCAAGTGA	MTKPLIIGDAEHELAQTRRILECLPEEHMTWKPHVKSMTLGGLATHLINLLNWQVAILLYPEFDLSSVPIRREALERREDVLEEFDANVIQINKLLAECDEKSLAEEWILRNGDYILQRQPRAIALRTFGLSHMVHHRAQLGVYLRLLDVPVPGMYGPSADEEGK				NA	NA	NA	NA	NA
JZ016_01025	2256	uvrA_1		UvrABC system protein A	ATGAGCGAATCGAATCAGGAATATATCGTAATCTCGGCTGCGAGGGAAAACAATCTCAAGAACGTATCCTTGCGCATTCCCAAGCGGAAGATCACGATATTCACCGGGGTATCCGGATCCGGCAAGTCATCGATCGTCTTCGATACGATTGCCGCAGAATCCACGCGTTTGCTGAATGAGAACTTCAGTATGTTCGTGCGTAACTTTCTTCCTCGTTATCCGCAGCCAGATGCGGACGCGATCGAGAATCTGAGCATGGCTGTAATCGTTGATCAGAAGCGGCTAGGCGGCGGTTCCCATTCCACGATGGGCACGATTACCGATATTTCTCCCATTCTCCGTCTTCTCTTTTCCCGAGTGGGACAGCCTTATGTCGGACAAGCGAACATGTTCTCGTTTAACGATCCGCAAGGCATGTGTCCCGAATGTAACGGGATTGGCCGGAAATTAGGCGTCGATATGAGCAAGGCGCTGGATATGTCAAAGTCGCTCAACGAGGGGGCTATTATGCTGCCGGACTATTCGGTGAACGGCTGGGAGTGGAACATGATCGTGCAGACCGGGGACTTTGATCTCGATAAGAAGCTGAACGACTATTCGGATGATGAACTGGATCAGCTGCTGTACGCCAAGGCAAGGAAAGTAAAGATGGACTTCGCCGGCAAGGCAACGAATATTACAGTAGAAGGCGTCATTGAGAAGTTCACGAATAAATACATCAAGCAGGATGTGAAGACGAAGTCCGAGCGCACACAAAAAGCTGTTGCACCCTACATTTCAGAGGGCCCGTGTTCCAGCTGCCGCGGTGCCAGACTAAGTCAGGCAGCCCTTAGCTGCAGGATCAATGGACTCAACATTGCGGAAATGTCCTCCATGGAGGTTGGTCAGCTCATTCGAGTTATCCGGGAGATTGACAACGCGGTCGCAGCGCCGATGGTGAAGTCACTAACGGAGCGGCTGCAGCATCTGGTGGATATCGGGCTTGACTACCTGACGCTGGATCGCGAAACGGACACTTTGTCCGGCGGCGAGTCGCAACGCGTCAAGATGGTGAAGCACCTGAGCGGCAGTCTGGTAGATGTCACCTACATCTTCGATGAGCCCAGCGTGGGCCTACACCCCCGTGATGTACACCGGTTAAATGAATTGCTTCAGAAACTGCGCGACAAGGGCAATACCGTGATTGTTGTCGAGCATGATCCCGATGTGATCAAGGTGGCGGATCATATCGTAGACGTAGGACCTCACGCCGGCAGCCGCGGCGGGACGATCGTATATGAAGGAAGCTTCGAAGGCTTATTGGAGGCAGGCACGCTGACAGGCACTCATATGAAGCGGCCGCTGCAGCTGAAACAAGATTGCAGGCAACCCTCCGGCAAGCTATCTATCCAGGATGCCACACTTCACAACCTTCAGAACGTGAGTTTAGATATTCCAACCGGCGTACTGACCGTCGTTACTGGCGTTGCAGGCTCTGGCAAGAGTACGCTGATTAACGAAGTATTCCTCAGCCACCATCCGGATGCGATTGTCATTGACCAATCGGCGGTAGGCGTGTCAACACGCTCGAATCCTGCAACCTATACGGGCATAATGGACGATGTTCGCAAAGCGTTTGCTTCTGCAAACAAGGTCAATCAAGGTTTGTTCAGCTTCAACTCCAAAGGGGCTTGCGATAACTGTCAAGGGCTGGGTGTAGTGTATACAGATCTTGCATTCCTCGAGAACGTGAAGCTGCCATGCGAAGTATGCGGAGGCAGACGGTTTAAGGAAGAGGTGCTCGAGTACAAATTAAACGGCAAATCCATTGCAGAAGTGCTGGAGATGACGGTGGAGCAGGCATTGGAATTTTTTGAACTAAAAGAGGTTGTGCGCAAGCTGCAAGCAATGAGTGATGTAGGGCTGAACTATATTACACTCGGCCAGCCGCTCAGTACGCTCTCAGGCGGGGAATGCCAGCGGATCAAGCTGGCAAGCGAGCTGTATAAGAAGGGGAGCATCTACGTGATGGATGAGCCGACGACGGGCCTACATATGTCAGATATCGGTGACCTGCTTGGGATCATGAACCGTCTCGTGGATGCAGGCAATACGGTGATCGTCATCGAGCATAACCTCGACGTGATCAGTCAAGCGGATTGGATTATCGATATGGGACCGGACGGGGGGAGCCGGGGTGGCCAAGTGGTATTCGAGGGCACACCTTCGAAGATCATCCATGCGGAGCAGTCGATCACGGGAAGATATTTGATGTAA	MSESNQEYIVISAARENNLKNVSLRIPKRKITIFTGVSGSGKSSIVFDTIAAESTRLLNENFSMFVRNFLPRYPQPDADAIENLSMAVIVDQKRLGGGSHSTMGTITDISPILRLLFSRVGQPYVGQANMFSFNDPQGMCPECNGIGRKLGVDMSKALDMSKSLNEGAIMLPDYSVNGWEWNMIVQTGDFDLDKKLNDYSDDELDQLLYAKARKVKMDFAGKATNITVEGVIEKFTNKYIKQDVKTKSERTQKAVAPYISEGPCSSCRGARLSQAALSCRINGLNIAEMSSMEVGQLIRVIREIDNAVAAPMVKSLTERLQHLVDIGLDYLTLDRETDTLSGGESQRVKMVKHLSGSLVDVTYIFDEPSVGLHPRDVHRLNELLQKLRDKGNTVIVVEHDPDVIKVADHIVDVGPHAGSRGGTIVYEGSFEGLLEAGTLTGTHMKRPLQLKQDCRQPSGKLSIQDATLHNLQNVSLDIPTGVLTVVTGVAGSGKSTLINEVFLSHHPDAIVIDQSAVGVSTRSNPATYTGIMDDVRKAFASANKVNQGLFSFNSKGACDNCQGLGVVYTDLAFLENVKLPCEVCGGRRFKEEVLEYKLNGKSIAEVLEMTVEQALEFFELKEVVRKLQAMSDVGLNYITLGQPLSTLSGGECQRIKLASELYKKGSIYVMDEPTTGLHMSDIGDLLGIMNRLVDAGNTVIVIEHNLDVISQADWIIDMGPDGGSRGGQVVFEGTPSKIIHAEQSITGRYLM				NA	NA	NA	NA	NA
JZ016_01026	834			hypothetical protein	ATGTTTTCAGCCAGAAGTTTAACCATGAGCATCGCACATAAGAGAGGGGAAGTACTGTTGGAGTCAATTTGGCTAGAGTATGCATGGGCATTACTAATTCTTATTGGATTGGAAGGTTTACTATCGGCGGATAATGCCCTTGTGTTGGCAGTTATCGCGAAGCACTTACCGGAGGACCAGAAGAAGAAAGCGATCAATTACGGGATCATTATGGCTTTTGTTTTTCGCTTCGCGGCTTTATTTGCGATATCGTTTATTGCGAACGTCTGGCAAATACAGGCGATTGGAGCTGCTTATCTTCTGTACCTCGGATTAAAGCACATCATCAAAGCACGTTTCGGTAAGGAAAATAAAAATATTCGCGAGGACATAAAGAAAGATGCTGCCGGTAAAGGCTTCTGGCCAACGGTAAGCAAAATTGCGATTGCGGATCTGGCCTTTGCGATTGATTCCATTCTTGCTGCTGTGGCTCTGGCACTGGGTCTCCCAGATTCACCGCTTCCTGATTTCGGTGGTATGGACGGAGGTCAATTCTTGGTTGTTGTGCTTGGCGGAATCGCCGGGCTTATTCTGATCAAATTTGCAGCCACATGGTTTGTTAAGCTGCTTGCTCAACGGCCAGCGCTGGAGACCACGGCTTATGCAATCGTGGCATGGGTCGGTGTCAAGCTCGCTGTGATTACCTTAGCCCATGAAGATATTGGGGTGTTAGATCACCATTTCCCACATAGCACAGTCTGGACCATAATCTTCTATGGTGTCTTGGTGGCGATAGCCCTTCTCGGTTGGTTTGCACCTGGTAAAAGTAAACAGTCACAGACCGAGCAACTATAG	MFSARSLTMSIAHKRGEVLLESIWLEYAWALLILIGLEGLLSADNALVLAVIAKHLPEDQKKKAINYGIIMAFVFRFAALFAISFIANVWQIQAIGAAYLLYLGLKHIIKARFGKENKNIREDIKKDAAGKGFWPTVSKIAIADLAFAIDSILAAVALALGLPDSPLPDFGGMDGGQFLVVVLGGIAGLILIKFAATWFVKLLAQRPALETTAYAIVAWVGVKLAVITLAHEDIGVLDHHFPHSTVWTIIFYGVLVAIALLGWFAPGKSKQSQTEQL	PGPT0003867_2	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_MANGANESE_RESISTANCE	MANGANESE_RESISTANCE-RELATED_PROTEIN,PGPT0003867-ykoY-NA	NA	NA
JZ016_01027	372	fra	COG5646	Intracellular iron chaperone frataxin	ATGGAAGTCTTTGCAGAATATTTAGCACATATTGATAACCCTGAACATCGTGAACGTACGGAAGAGGTTTTGGCTTGGGTAACTAAAAAATTCCCGGAATTAATGCCGAAAATGGCGTGGAACCAGCCTATGTTTACCGACCACGGCACATTTATCATCGGCTTTAGCATTGCCAAACAACATTTGGCTGTTGCACCTGAAAGAGTAGTGATTCAGCATTTTTCTGATGAAATTGTACAGGCTGGCTATGATCACACCAAAGAGTTAGTACGTATCCGGTGGGAAAGACCGGTGGACTTCTCATTACTTGAGAAAATGATCGAGTTTAATATTATGGATAAGGCTGACTGTACAACTTTTTGGCGAAAATAG	MEVFAEYLAHIDNPEHRERTEEVLAWVTKKFPELMPKMAWNQPMFTDHGTFIIGFSIAKQHLAVAPERVVIQHFSDEIVQAGYDHTKELVRIRWERPVDFSLLEKMIEFNIMDKADCTTFWRK				NA	NA	NA	NA	NA
JZ016_01028	408			hypothetical protein	ATGAAGACAAGATGGGGCATGGCTTTGTTGTTGCTCTTTATAATCGCGGCTATGATTCTTTACCAGCAGGTTCATGATCGTTCCAAAGTAGAAAACCTGTATACTGATGGGCAGCTTCGCATGGAAATACAAACCGTTCAATCTGTCGCAGAACCCATGAAAGAAACGTCCTTCCAGGTTTTCATTACCGAGCTGCCTGAGAAACCCATTGCTAATGCCGATATTAAACTAAACCTCAAGATGCCCGATATGTTTTGTGGTGTGTTTCCCGCCGAGATTGTCGAATCAAAGCCGGGTGTATACAGCGCAACGGCCGTACCTGTTATGCAAGGACTTTGGGAAGCGGAAGCGGTCCTTCGTTGGGAGGATCAAAATGTCACGGTGAGGACGTTGTTCAACGTTCGCTAG	MKTRWGMALLLLFIIAAMILYQQVHDRSKVENLYTDGQLRMEIQTVQSVAEPMKETSFQVFITELPEKPIANADIKLNLKMPDMFCGVFPAEIVESKPGVYSATAVPVMQGLWEAEAVLRWEDQNVTVRTLFNVR				NA	NA	NA	NA	NA
JZ016_01029	732			hypothetical protein	ATGAAGAACGGCGTATATTGTCCGGCCGGGAAGGGGGTTGAGAACATGGACTGGACGGGGAGCGGATTACTGTTAGTAGCTCTGACAGGCTTGATGGGGGCGCCGCATTGCCTGGTGATGTGCGGAGGGATCGTTTCTTCTCTGGCCCTTCGAACCAGCAGTTCTCCGCTTGCTTCTACGTTAGCCTACAACGCTGGCAGAGTGACAACGTACACGGTGATCGGAGGCTTTATGGGGATGGTGGGCTCCTTCCTGGATGTGGCTGGCAGCTTTGTTGGCTTTCAAGGCGCGGCCAGCATCATTGGAGGTCTGCTCATTCTGCTGTGGACATTTCGTCGGTACACACTGCCCATTTATAACGCGCATCTGCCGAGACATTCTTTGTTGCATCTGAAATTGGAACGGCTTGGTCAGCGGTATGAGTTGTTTGCGACTTTTCTAACGGGCCTCCTGCTCGGTTTTCTTCCATGCGGTTTGACCTATGCGATGCACATGAATGCAGCGGCATCCGGATCTGGTCTGGAAGGCCTCTTGATCATGCTGGTATTTGGACTTTCGACTTTTCCCATTCTACTCCTAACGGCGCTGTCCGCCGGCAGTTTAACGAAAAAGTGGCGCAGAGGAATGCGTAAACTCGGCGGATTTCTGGCCTTTTTAATGGGGGTGCTTTCCATTTTAAAAGGAATTAGCGCTAACGGATGGATCCCGGGAATTCACCCATGGTTATGGTAA	MKNGVYCPAGKGVENMDWTGSGLLLVALTGLMGAPHCLVMCGGIVSSLALRTSSSPLASTLAYNAGRVTTYTVIGGFMGMVGSFLDVAGSFVGFQGAASIIGGLLILLWTFRRYTLPIYNAHLPRHSLLHLKLERLGQRYELFATFLTGLLLGFLPCGLTYAMHMNAAASGSGLEGLLIMLVFGLSTFPILLLTALSAGSLTKKWRRGMRKLGGFLAFLMGVLSILKGISANGWIPGIHPWLW				NA	NA	NA	NA	NA
JZ016_01030	624			hypothetical protein	ATGCATAAAGTCATACATCCAAAAATTCATTATTTCGGGACTTCGGTCGTGTTGATAAGTACCATCAACGAAGACGGCACACCCAACCTGGCTCCGATGTCCTCAGCCTGGTGGCTCAATCAATCATGCATGCTTGGTATGAGCAGCAAGTCTCAGACTGTTCAAAATATCATTCGTGAAGGGGAGTGCGTGCTTAATCTCCCGTCGACTGACTTGATTCCCGCAGTTGAGCGTCTGACCCTGTTAACAGGTCGCAACCCGGTCCCTGAGTCGAAAGCAGCAAGGGGGTATCAGTTTGAGGCGAACAAATTCGGTGTCGCAGGGTTAACACCACTTCCGTCCCAGCTCGTTCAAGCGCCGCGTGTGAAAGAATGCCCTGTCCATCTGGAAGCCAGGTTTGTTAAGCTCCATCCTTTTGAAGAACCAAGCTCACTTGTTGCCATCGAAGTGCGCATCGATAAAGTTCATGTCGAGGCAGATCTTCTTATGGATGCCCATTCAAACTATGTCGATCCTTCGAAATGGAATCCGATGATTATGAATTTTTGCGAATATTTCGGTCTAAGCGAGCAATTGTCCTCATCAAAATTAGCGCCGGTATTCGGACCTGATTCAGTAGAATAA	MHKVIHPKIHYFGTSVVLISTINEDGTPNLAPMSSAWWLNQSCMLGMSSKSQTVQNIIREGECVLNLPSTDLIPAVERLTLLTGRNPVPESKAARGYQFEANKFGVAGLTPLPSQLVQAPRVKECPVHLEARFVKLHPFEEPSSLVAIEVRIDKVHVEADLLMDAHSNYVDPSKWNPMIMNFCEYFGLSEQLSSSKLAPVFGPDSVE				NA	NA	NA	NA	NA
JZ016_01031	426	bdbC	COG1495	Disulfide bond formation protein C	ATGAATAAAACGGGAGTATGGCTGTTTTTTGCATGGACTGTATCAGCTGTGGCAACTAGCGGAAGTTTGTTTCTTAGTGAAGTATGGCATTTTACGCCATGCGTCTTATGTTGGTACCAAAGGATCTTCATGTATCCATTAGTCATTGTCTTGGGAATCGCGGCATATCGGCAAAAGACGCACATTGTCCCATACATCCTACCCCTTGTCATCATTGGCGGAGGCATATCTACATATCATAGTATCATTCAAAAACTCCCCAAAGAGTCGGATATTGCCGCATGCGGGCCGGTGTCCTGCTTGAATGACTATTTGAATTGGTTCGGTTGGTTGACCATTCCGATGCTGGCATTTGCCGCATTCGTGCTCATCGCCGTGGCTCTATTGCTGGCCCTTCGCTCGCAGAAGCAACATACAAACCAGTGA	MNKTGVWLFFAWTVSAVATSGSLFLSEVWHFTPCVLCWYQRIFMYPLVIVLGIAAYRQKTHIVPYILPLVIIGGGISTYHSIIQKLPKESDIAACGPVSCLNDYLNWFGWLTIPMLAFAAFVLIAVALLLALRSQKQHTNQ				NA	NA	NA	NA	NA
JZ016_01032	414			hypothetical protein	ATGAACAAGCAGGAAGCTATTCGTTTTATATCGCAAATGTATAACGACATTATAGTTAATTTTGATTTTGTTAAAATACCCGATTATTTTCATAACCGATACTATCAAGTGACTGATGGCAAAAAGATAAACTTGGAAGAATTTAAGAATCATCTAACTGCATTAAAAGCTACAGTAGACAAAATTACCGTTTCTCCATTTTACGATACCCTCTATGACGAAGAGCTTCAAACTTTGACATTGCGATACACCGTAGATGTTACCAAGAAAAGCGGAACCCGGGGGTTAATTGAGCTTATCGCGATTTTTGAAATAAAAAACGGCAAGATTGTTCGTTGTAATGAAATCTCGCATGCCCTTCATCATGTTAACGAGTTTAAGGAACTTGCAAGCATTTCTTCTCCAGTTGTTTAA	MNKQEAIRFISQMYNDIIVNFDFVKIPDYFHNRYYQVTDGKKINLEEFKNHLTALKATVDKITVSPFYDTLYDEELQTLTLRYTVDVTKKSGTRGLIELIAIFEIKNGKIVRCNEISHALHHVNEFKELASISSPVV				NA	NA	NA	NA	NA
JZ016_01033	477			hypothetical protein	ATGACCTCAAATAAACGTAAAGAAGCGATTGAAGCTGTCCAACATTTCATTATGAATAGAGAGAAAAGTTTACGGGCTCGGAACACGTCGATCGAGAGTGCTGTTGGTTCAGATTCAGTAAAATACTGGTCCATGACGCAACTTCACATCTTATCTTTAGTAAAGCGTCACCCATGTCAATTGAATAATACGTCTTTAGCAACGGAATTAAATTTATCAAAATCCGCTATAACCAAAGCCATAAATACATTGATTCAACACGATTTAGTCGTGACTGCAAAGAAAACGGACAATCTTAAAGAAATTTATTATGAGGCTACAGATCAAGGGAAGCAGTTGGCTGCAGAGCATGATAATCTGCATCAGCAAGCTGAAGAGAAGTACTACGAACTGTTCAGTCATTTTAATGATAACGAAATCGATGTGATTATTCGCTTTCTTAATACGTGGCTGCTGATGACTTCGGAATCCAAATAA	MTSNKRKEAIEAVQHFIMNREKSLRARNTSIESAVGSDSVKYWSMTQLHILSLVKRHPCQLNNTSLATELNLSKSAITKAINTLIQHDLVVTAKKTDNLKEIYYEATDQGKQLAAEHDNLHQQAEEKYYELFSHFNDNEIDVIIRFLNTWLLMTSESK				NA	NA	NA	NA	NA
JZ016_01034	192			hypothetical protein	ATGTTAAGAGAGATTAATAATAGGCTGTTTCGGCAGCAATCGTATGTTCTTATGTGGACAACGTTGTATTATTTTAAGCTAACATCTTCGAACCCATCTACTGTCGCCAATTTTGGCGGCTTTTTTGTCTTCCTGTTATTACTTTTCCCCAATATGTTTTATGAGCTTAGTTTCTTGACATATTTTTGTTAA	MLREINNRLFRQQSYVLMWTTLYYFKLTSSNPSTVANFGGFFVFLLLLFPNMFYELSFLTYFC				NA	NA	NA	NA	NA
JZ016_01035	1545			hypothetical protein	ATGTTGAAATTAGTAAAGGCGTTGCTGGTGGGATTGAGCATAACTGTATTTGGTTTGGATTCTGGAAATGTACAATCTTCCCCCGTGTCGGCAGCCGGTACTGAGTACTATGTAGCTACCGACGGGAGTGACTCCAATCCAGGGACGATGATTGCGCCTTGGAAGACGCTGCAGCATGCGGCTGAGGAGGCTGATCCGGGCAGCTTGATTTACGTTCGGGGCGGCGTATATAATCAAAAACTCAAGATAACACGTTCCGGTACAGCCTCGCAGGGTCCCATAACTTTCAAGAACTATGGTTCAGAGAAAGCTATCATCGATGGTACTGGACTTTCAGTCAACGGGATCGAAGGGCTTGTCGAGCTAACCAATGTGAATTACATTACGATTCAAGGCTTGGAGATTCGCAACTATACAACGACTTCCAGAAACGCGGTTCCTGTTGGAATTTATGTTCAAGGTTCTGGCGGCTTTATAAATCTGACGAATAACAAAATCCATGATATCAAGAGCACAGTCACACCTATCGGCAGCGATTTGCTTGGCAGAGATGCTCATGGTATCGCCGTATACGGCACCAAAGCTCCGGAATCGCTTCATGACATTACGATTCACGGGAATGAGCTGTACAATCTAATCTTGGGTTCCAGTGAAACACTGGTGCTGAATGGTAATGTAGATACGTTTAAAGTAACGGACAATCTCATTCACGATAACGACAACATCGGGATCGATATTATCGGTTTCGAGGGAACTGCGCCGGAAGAAGCATACGACCAGGCCCGAAATGGTTTGGTGAAAGGCAATCGGGTATATAATATTTCCTCCAACAACAATCCTTCTTATGGGAAAAAACTCCCGAATAACAGTAATGCAGCCGGTGGTATTTATGTTGATGGCGGTAAAGACAGCATTATTGAGCAGAACTACAGCAACAACAATGACATCGGCATTGAAATTGCCTCGGAGCATGCGGGCAAATCCACCAGTGATATTACGATCCGAAGCAACGTGGTGCACAATAACCGGTTGACGGGCATCGCCATGGGTGGATACGACGACGAACGGGGGTCAACGGTGAATTGCAAGATCGTGAACAACACCGTCTACAATAACGATCTTTTAGGTGAGGGCAGCGGTCAGCTCTATGTGCAGTATGATACGAAAAATAACGTGATTAAGAACAATATCATTGTGGCCAGTTCAACGGGTGTGCTGATCTACAATGAATATACAAAAAATTCAGGTAACGTGGTGGATTACAATCTATATTTTTCACCAGGCGGTAGCACGGATGCTTTCTGGACATGGAAGAACAAAGATTATGCTGGCTTTTCCGCATATCAAGCGGGAACCGGCAACGATGCGCATTCATTCTTCAAGGATCCTGCATTCGTCAATGCTTCAGGAGGTAACTTTCATCTTCAATCTTCGTCCCCAGCGATTGATGCGGGTTCGACGGATTACGGGATCATCGGTACCCAGGACATTGACGGGCAGCCAAGAGTGCAAGGGGCCGATGTGAACATTGGCGCTGATGAGTAA	MLKLVKALLVGLSITVFGLDSGNVQSSPVSAAGTEYYVATDGSDSNPGTMIAPWKTLQHAAEEADPGSLIYVRGGVYNQKLKITRSGTASQGPITFKNYGSEKAIIDGTGLSVNGIEGLVELTNVNYITIQGLEIRNYTTTSRNAVPVGIYVQGSGGFINLTNNKIHDIKSTVTPIGSDLLGRDAHGIAVYGTKAPESLHDITIHGNELYNLILGSSETLVLNGNVDTFKVTDNLIHDNDNIGIDIIGFEGTAPEEAYDQARNGLVKGNRVYNISSNNNPSYGKKLPNNSNAAGGIYVDGGKDSIIEQNYSNNNDIGIEIASEHAGKSTSDITIRSNVVHNNRLTGIAMGGYDDERGSTVNCKIVNNTVYNNDLLGEGSGQLYVQYDTKNNVIKNNIIVASSTGVLIYNEYTKNSGNVVDYNLYFSPGGSTDAFWTWKNKDYAGFSAYQAGTGNDAHSFFKDPAFVNASGGNFHLQSSSPAIDAGSTDYGIIGTQDIDGQPRVQGADVNIGADE	PGPT0018240_179	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS	PLANT_MEMBRANE_PECTATE_LYASE|ESTERASE,PGPT0018240-pelX-K22994	NA	NA
JZ016_01036	315	trxA_1	COG0526	Thioredoxin	ATGATGGCGATTCAACACGCAACAGATTCTACTTTTAAAGGGATGATCCAAACCGACGGAGTAACCGTAGTGAATTTTTGGGCTTCCTGGTGTGGTCCGTGCAGAATGTTTGCACCTGTTCTTGAGGAATTTGAAAGGGAGGCAAAAGATTCCATTAGAGTAGTTAAGGTAAATGTAGACGAAAACCCGGCGACGTCTTCCCAATTTCAGATTATGAGCATACCGACCACCCTTGTTTTCAAAGATGGGAAGCTTCTATATAAAGAAGCGGGCATATTGCCGAAACATGTCTTGAAACAACGCACTGCCTTTTAG	MMAIQHATDSTFKGMIQTDGVTVVNFWASWCGPCRMFAPVLEEFEREAKDSIRVVKVNVDENPATSSQFQIMSIPTTLVFKDGKLLYKEAGILPKHVLKQRTAF	PGPT0013055_10074	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
JZ016_01037	891	cmoM_2		tRNA 5-carboxymethoxyuridine methyltransferase	ATGAATGATTTTTTTAATGAGGCTATTTGGGAAAAGGCTTGGAAAGAACATGGCGAACGTGTTGTGAACAAGATGAAAAAGGCCGGAACCGACCCGACCCGTGCCTTTGATCACAAGGCGAAGACTTTCAATGAGCAATCGTTTAATGAAGAGGGAAGAAAACGGACCACACGGATCATGAATTGGATTGAAGGACAAGGAGTTCAATTCAACAACGCGTCTGTGCTGGACATTGGCGCCGCTTCGGGAGTATTCTCGGTGCCGTTTGCAGAGCGGGGGGCCCGCGTTACTGCTGTAGAATCCTCTCTACCCTTGATCGAACTGCTGAAGGAAAATATCACAAAATTCGCCGATGACCAGGTAAAGATTGTGCCCGAACCTTTTGAAGATATTGACGTGCTGGCTAGAGACTGGAGTAATGCCTTTGATCTGGTTTTTGTCTCGATGTGTCCGGTCATTCTGGATTGGGATAGCATCGAAAAGATTCTACAATGCGCCCGGGATTATTGTTATATCAGTATGCCGGCAGGCTCCATGGAAATCAGTTTGGTGAATGAAATCTGGCCGCTCATCACCGGTCAGCCCTTCCAATCGAAGCACTTGGAGTTCGGATATTTGCTTCATCTGCTGTATCTCAAAGGCTATTCCTATGAGTCTCTTATAACACGGGAAACGAAAATGACGGAAGTTACAAGAGAAGCGGCGTTAGAGGAAATGATGAACTGGCTTCGCAGTCACAGTCTGGCTACAGATGAGCAGAATCGGAAATTAGTTGCAGACTATTTGGAACAAGCGTACCCGTCCGGCAAAGTAACGGTTCGACAGAGTGGTCGTTATGGCAAAGTACTGGTTCGAATGCAGGATCTAAGTATGTACACAAGAAAAATTTGA	MNDFFNEAIWEKAWKEHGERVVNKMKKAGTDPTRAFDHKAKTFNEQSFNEEGRKRTTRIMNWIEGQGVQFNNASVLDIGAASGVFSVPFAERGARVTAVESSLPLIELLKENITKFADDQVKIVPEPFEDIDVLARDWSNAFDLVFVSMCPVILDWDSIEKILQCARDYCYISMPAGSMEISLVNEIWPLITGQPFQSKHLEFGYLLHLLYLKGYSYESLITRETKMTEVTREAALEEMMNWLRSHSLATDEQNRKLVADYLEQAYPSGKVTVRQSGRYGKVLVRMQDLSMYTRKI				NA	NA	NA	NA	NA
JZ016_01038	726			Fluoroquinolones export permease protein	ATGGAGAGATATAAAGCCCTCATGATCATGGATCTACGGCATGCGTGGAAGGATCCCGTTCTGATGGCAGCTATGTTCGGTCCGCTGCTGCTTTTGTTTCTATCGAGGTTTGGATTCCCGGTTGCCGTTAATTGGCTCGATGTAAACTATTCGTTTCATTTGGAGCCGTATCGCGGCTTTGCGGCATCGTTATTAATTGTTACGATCCCCATGCTGACAGGAATGCTCACCGGTCTCCTTATTCTCGATGAACGCGACGAGAATGTGATTGCATATTATGCGGTGACCCCACTAATGCGTAAAGGTTATTTGCTATATAGAGTGACGCTTCCTTTTCTGTTATGCACCGTATTATCCATTCTATATCTGTCCTTTTCGACTTTATCGGATATTCACTGGGCTAAATTGGGTGTTTTGCTGTTGCTGGCATCGGAAGCTCCAATATTCTCGTTGTTCCTTGCCGCTTTCTCAGCGAACAAGGTAGAAGGATTAGCCTTATCTAAAATAGGAGGGCTGTTCATAGCCGGACCTGTGGTGGCCAACTTCGTTCCAGGAGCTTGGCAGGTGTTAGGCGCTTGGCTCCCAACGTATTGGCCTGCAAAAGTGCCCTATCTGATCACGCAGAATGAACCTATGTTGGCAATCGTTTTCTTTTCGGTCGGATTGCTGTTACATGCCGCCTACTTATATTTTATGGTATCTGTGTTTAACAATAGACAATCTTAA	MERYKALMIMDLRHAWKDPVLMAAMFGPLLLLFLSRFGFPVAVNWLDVNYSFHLEPYRGFAASLLIVTIPMLTGMLTGLLILDERDENVIAYYAVTPLMRKGYLLYRVTLPFLLCTVLSILYLSFSTLSDIHWAKLGVLLLLASEAPIFSLFLAAFSANKVEGLALSKIGGLFIAGPVVANFVPGAWQVLGAWLPTYWPAKVPYLITQNEPMLAIVFFSVGLLLHAAYLYFMVSVFNNRQS				NA	NA	NA	NA	NA
JZ016_01039	723			hypothetical protein	ATGAAGGGCCTAAGCTTATTTGTATTCGATCTGCGTTTCCAGTGGCGCCACGGATTCTATTGGGTTTATATGTTTGTCTGTACCTGTTATTGGATTTTGCTCCGATTCGTACCCGAGGCCTACCAGGAGACAACAGCGATTGTGTTGACATTCAGCGATCCCGCAGCCCTGGGGCTTATCATGGCAGGCGGTATGGTCCTGCTGGAGAGGGACCAGGGCGTCCACGATCCGTTGTTTGTAGCGCCGGTACACATTCGGGAATATTTGCTGGCGAAGGCTGCGTCCCTGTCGGTGTTATCCCTTGCGGCAGGCTGGGTGATTCATATGGCGACCGGCAGTCTCCCGGAATATCCGCTTGCTTTTTCTGCCGGTATTGTATTAACATCAACCTTCATGACCTTGCTGTCGATTGGCGTGGCGGCACGCCAACGGACAATTAACGGTTTTATTCTGATGGTGCAGGTCTACGCGCTGCCATTCATCCTTCCATTGTTAAGTTTTCTTCAATTGTGGCATGAAGACCTGTTTCTCGTCCTTCCAACCGAAGGAACTCTCCGGTTACTTGTGTCTCCCAGTGACGGCTTATCTATTGGCAGCGTTCTATATTCCATATGTATTCTGTTGATTTGGAACTTTGCGGCTTACATCTGGGCGCAGCGATCCTATACTCGACATGTGTTGATGCGCGTAGGTGAAGGAGGGGGCATTAATGGAGAGATATAA	MKGLSLFVFDLRFQWRHGFYWVYMFVCTCYWILLRFVPEAYQETTAIVLTFSDPAALGLIMAGGMVLLERDQGVHDPLFVAPVHIREYLLAKAASLSVLSLAAGWVIHMATGSLPEYPLAFSAGIVLTSTFMTLLSIGVAARQRTINGFILMVQVYALPFILPLLSFLQLWHEDLFLVLPTEGTLRLLVSPSDGLSIGSVLYSICILLIWNFAAYIWAQRSYTRHVLMRVGEGGGINGEI				NA	NA	NA	NA	NA
JZ016_01040	855		COG1131	Fluoroquinolones export ATP-binding protein	GTGATCGAAGTAAGAGGGCTTCATTACACGTATCCGAATCGAAAAGAGCCCACCCTGCATGGGCTTGATTTTGTCATCCCGCCTGGCGAAATCTTTGGCTTTCTCGGCCCGTCCGGCGCTGGTAAAAGCACGACGCAAAAACTGCTGATCGGTGTTCTGAAAGGTTATCAAGGAAGTATAAAAGTCATGGGCAACGAAATCAGGAATACCGGTCCCGATTATTATGAGCGAATTGGAGTAGCTTTTGAATTCCCGAACTTCTACAGTAAATTTTCGGTTCTTGACAATTTAAAGCTCTTTCGTTCCCTTTACAAGGGGGAGACGGAGGATCCCATGAAATTGCTGGAACAAGTCGATCTAACAGATGCCGCAAATATGAAGGTTTCCCAGCTATCCAAGGGCATGAAGATGAGGTTGAATTTCTGTCGGGCGTTACAGCATGATCCAGAAATCCTATTTCTGGATGAACCTACTTCCGGATTAGACCCGGTCAATGCCCACCGAATGAAGGAATTGATACTTGCTAAAAAGGCTGCCGGCAAGACGGTTCTAATAACAACGCATAATATGCAAGCGGCAGAAGAACTTTGCGATCGGGTAGCCTTTATCGTCGACGGTGAAATCAAATTAATCGATTCACCCAGAGAGTTGAAACTTCGTAAGGGAAGAAAGGAGGTCCGAGTCGAATACAGTAGGGATGGCGAATTAAAGGGAGCGGTATTTTCTCTGGATGGCATCGGTGAGAATAACCAATTTCTTAAGCTGATACAGGATTATCCCCTCGATACCATTCATTCGCAAGAGGCGTCGCTCGAACAAATTTTTATTGAGGTAACCGGGAGGCAGCTTGTATGA	MIEVRGLHYTYPNRKEPTLHGLDFVIPPGEIFGFLGPSGAGKSTTQKLLIGVLKGYQGSIKVMGNEIRNTGPDYYERIGVAFEFPNFYSKFSVLDNLKLFRSLYKGETEDPMKLLEQVDLTDAANMKVSQLSKGMKMRLNFCRALQHDPEILFLDEPTSGLDPVNAHRMKELILAKKAAGKTVLITTHNMQAAEELCDRVAFIVDGEIKLIDSPRELKLRKGRKEVRVEYSRDGELKGAVFSLDGIGENNQFLKLIQDYPLDTIHSQEASLEQIFIEVTGRQLV	PGPT0006725_19976	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_01041	633			hypothetical protein	ATGCCCAAAAAATTCTCGGATGAAGAACGTGAATGGATACGCCAAAAACTGCTGACGGAGGCACGCCATCATTTCGAAACGGCGGGCCTTCGCAAAACGAGTGTTGAAGATCTGACGAAGGCCGCCGGCATTGCCCAAGGCTCGTTCTACATGTTTTTCGGATCGAAAGAGGAATTATATTATGAACTGATTCTGGAGGAGGAGCAGCGAATTCGCAATGCCGTTCTTGATTTATTCCCTCCTGAAGAGGTCTGCAGTAAGGAAAGCATTAAACGGTTTCTCTTATATTCACTGAGGATGATGGACGAGAGCCCAATGCTTCGCCAGATGATGGATCGCGGGGAGATGGAGTTGTTGTTCAGGAAATTGCCGAAAGACTTGCTGGAGCGTAACTTTACGGAGGATCAAGACGCGCTCTTGCCTGTGATTACGGCTTGGCAGAAGGCTGGCATTTTACCTGGTACGGCACCCGAATCCATCGTGGGCATGATCAGATCCTTGGCACTGCTTACGCTGCACCAAAAAGAGATTGGAGAGGAGCAATTTACATCTACGATCGAATTGCTAGTCGAGTTATTATCTGCCGGCATGCTTGCGGTGTCTAATGCGCTGAAGGGAGATGGAGCGTTGTGA	MPKKFSDEEREWIRQKLLTEARHHFETAGLRKTSVEDLTKAAGIAQGSFYMFFGSKEELYYELILEEEQRIRNAVLDLFPPEEVCSKESIKRFLLYSLRMMDESPMLRQMMDRGEMELLFRKLPKDLLERNFTEDQDALLPVITAWQKAGILPGTAPESIVGMIRSLALLTLHQKEIGEEQFTSTIELLVELLSAGMLAVSNALKGDGAL				NA	NA	NA	NA	NA
JZ016_01042	1245	nhaH		Na(+)/H(+) antiporter NhaH	ATGCATCATTTTAATGAGGTTTTCGTGCAGTTGCTGATTTTGCTTGCGATATCGATGGGTGTTATCTCGATAGCCAAAAAAATGAATCAGCCCTACTCTATTGCACTTGTTATTGTAGGCCTGCTGCTTGGTTTGATCCATGTGCCTGTGTTGGATGAAGCCGAATCGTTTATAACCCAATCGAATGTGTTTCAGGCAATCATTATCTCCCTGTTCCTTCCTATCCTTCTTGGAGATGCAACATTAAAGCTTCCGTTCTCGCATCTTCGTAAACAAGGAAAGCCGGTGATTGCCCTCGCGTTTGGCGGCACCTTGCTCTCTTTCCTTCTTATAGCTCTAGCCATGTATGGGTTTATGGGATTGCCTTTGATTGTTGCATTTACCTTTGCAGCATTGATGAGTGCCACGGACCCGATCAGTGTCATCTCCATCTTCAAATCATTAGGCGTACCGAAGAAAATTGTAACCATCATCGAAGGGGAGTCGCTGTTTAATGACGGAATTGCCGTTGTGTTATTTCAGATCTCCTCTGTTTATTTGCTCACGTACATGGAAATGGGTTGGGCGGGAATAGGCAGCGGTGTATTGCTCTTTTTGAAGTTTAGTATTGGCGGTATCGCTGTTGGAGGCGTGTTAGGATATCTGTTCTCACAGCTCATTCGCTTCTATGATGATTATCCGCTGGAGATAGCTTTCTCTATGCTCCTGTTCTTCGGAAGTTTCTTTATTGCCGAACATTTCCATGTATCTGGCGTCATTGCCGTTGTCGTGGGCGGCTTGATTTTTGGCAGTTACGGAGCGCGCATCGGGATGTCGGATACAACCAAGATGAATATTAATTCGTTCTGGGACGTCATCACGTTAATCGCAAATTCATTGATTTTTTTAATGATCGGTCTAGAAATCAAGCATATTAACTTCGCGGACAAGTGGGCGTTAATCGGAGCAGCCATTCTTATCGTTCTACTCGGAAGAACATTGGCCGTCTACGTAAGCTTGTACTTCCTGAAATCCTTCCCATCTTCATGGAAGGTGGTTTTGAATTGGGGAGGGTTAAAGGGCAGCTTGTCAATCGCTCTCGCCTTAAGCTTGCCCCCAACCTTCGACGGACGCGATGATATACTCGTTCTCACCTTTAGCGTTGTCCTTTTCTCACTTCTCGTTCAGGGGTTAACCATCAAACCTTTGGTTAAGAAGTTTGGATTAGCCAGCCCCGTGAAGGAAAAAGACGGGGCAGATATGTAA	MHHFNEVFVQLLILLAISMGVISIAKKMNQPYSIALVIVGLLLGLIHVPVLDEAESFITQSNVFQAIIISLFLPILLGDATLKLPFSHLRKQGKPVIALAFGGTLLSFLLIALAMYGFMGLPLIVAFTFAALMSATDPISVISIFKSLGVPKKIVTIIEGESLFNDGIAVVLFQISSVYLLTYMEMGWAGIGSGVLLFLKFSIGGIAVGGVLGYLFSQLIRFYDDYPLEIAFSMLLFFGSFFIAEHFHVSGVIAVVVGGLIFGSYGARIGMSDTTKMNINSFWDVITLIANSLIFLMIGLEIKHINFADKWALIGAAILIVLLGRTLAVYVSLYFLKSFPSSWKVVLNWGGLKGSLSIALALSLPPTFDGRDDILVLTFSVVLFSLLVQGLTIKPLVKKFGLASPVKEKDGADM	PGPT0013930_1072	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013930-nhaK|TC_CPA1-K03316	NA	NA
JZ016_01043	1443	ktrB_1	COG0168	Ktr system potassium uptake protein B	ATGCTTTACTATGGTATATACTACGCAAAGAAGTCTACGGGGTTTCATGGTCTGTCGTATCTGAAAGGGGAAAATAGGATGGCTAAAGGCAAATCGGAGCCGCTAAAATCATTAAAACAGTTTAACCTATCATCTTCACGACTGATCCTTCTTGGTTTCGCCGCACCGATTGTAATCGGCGCGATCTTGTTAGCCTTGCCCATATCATCGTCATCAGGTGAAGGTGTAGGTTGGTTAAACGCTTTGTTCACCTCAACATCTGCAGTGTGCGTAACCGGATTGGCCGTAGTGGATACAGGAACCGACTTTTCCCTTTTTGGTCAAATCATGATCATGTGCCTGATTCAAGTCGGCGGTCTTGGTTTCATGACCTTCGGAGTTTTGATCGCCGTTGTGCTTGGAAAGAAAATTGGACTGAAAAATCGACTGCTCCTCCAAGAATCCACTAACGCATTATCAACGCAAGGCGTAGTGAGGCTATCGCTAGGTATTTTTCTGATTGCGCTCATTATCGAGTTCGTCGGAGCAGCCTTGTTAATTGTTCGTTGGGAGGAGGAACTGGGCTTGGGGCAAGCTATTTATTATGGGGTGTTCCACTCCATCTCATCATTTAATAACGCTGGCTTCAGTCTTTGGTCAGACAGTTTGAGCCGGTATGTGGGAGACCCGCTGGTCAACATCGTCATCACCCTGCTTTTTATCATTGGTGGGCTTGGATTTACTGTTGTTCTGGACTTATGGAAGCATAGAAGGTGGAATAAGCTGTCCCTTCATTCAAGAATCGTTTTGTCGACTTCAGCATGTCTATGTTTAGCCGGGTTTATCGTAATTTTCATTATTGAGTTGTTCAACTCCCGTACGTTCGGCTCTTTGAGCTGGGGAGAGCGAGTATGGGCGGCTTATTTTCAAGGCGTGGTGACTCGTACGGCCGGGTTTAATACCATCGACATAGCCGCGATGATGACGACTTCTCAGTTTTTCATGATTTTCCTTATGTTTATCGGTGCTTCCTCCGGATCCACAGGAGGCGGGATCAAAACCAATACATTTGCCGTACTGTTATTCACATTGATTAGTATTATTAAGGGGAAGCAGGACGTGCAGTTGTTAAATCGACGCATCCCCCAATCGATTATCCTCCGATCCATAGCCGTCATGGTGATCTCAGTGAGCGTTGTGATTGTCGCTACATTCTTGTTAACCATAAGCGAGCATAGCTTGCAAAAGGACTTTATGGAAGTTCTGTTCGAAGTGACCTCAGCCTTCGGCACCGTTGGCCTATCGATGGGATTGACGCCTGAGCTGTCTCCTTTTGGTAAAGGAGTCATCATTTTGACCATGTACATCGGCAGACTCGGCCCCTTAACGCTGGCCTTCGCGCTGTCGCAAAGAGTAGTCAAACAAAAGTACCGGTTGCCTGAAGAGAAAGTGCTTATTGGTTAA	MLYYGIYYAKKSTGFHGLSYLKGENRMAKGKSEPLKSLKQFNLSSSRLILLGFAAPIVIGAILLALPISSSSGEGVGWLNALFTSTSAVCVTGLAVVDTGTDFSLFGQIMIMCLIQVGGLGFMTFGVLIAVVLGKKIGLKNRLLLQESTNALSTQGVVRLSLGIFLIALIIEFVGAALLIVRWEEELGLGQAIYYGVFHSISSFNNAGFSLWSDSLSRYVGDPLVNIVITLLFIIGGLGFTVVLDLWKHRRWNKLSLHSRIVLSTSACLCLAGFIVIFIIELFNSRTFGSLSWGERVWAAYFQGVVTRTAGFNTIDIAAMMTTSQFFMIFLMFIGASSGSTGGGIKTNTFAVLLFTLISIIKGKQDVQLLNRRIPQSIILRSIAVMVISVSVVIVATFLLTISEHSLQKDFMEVLFEVTSAFGTVGLSMGLTPELSPFGKGVIILTMYIGRLGPLTLAFALSQRVVKQKYRLPEEKVLIG	PGPT0002735_4715	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498	NA	NA
JZ016_01045	717			hypothetical protein	TTGTTAAAGCTGTTGTGTTTAGAAAAGAAAGGAATGATTATTCTGCTTAACAATGAAAAGATACTGGTATGCGTGTATTACGGTCCAAACGGAGAACGTCTCATCCGTCGAGGCGGCGAATTAGCCAGACTTCTTCAGTGTCCCCTGTTTGTGTTGAGCGTTATACCCTTGCGTGAAGATGAGCTGGATCAGGCACAAGAAAGGTATATGGCTGAGTGGCAAATGAAATGCGACGAGTATGGGGCAACCTTCATTGTCAAAACGAATGAAGATCGCAAAGCTTCGGAAATCATAGCGGAAACCGCCAAGAATCATCAAATTACCCAGCTAATCATCGGACAATCCGGTCAAACGCGGTGGCAAGAAATTACGCGTGGTTCGTTTGTCAACGAACTCCTTAACCAGATCGGCGAAACGGATTTGCACATTGTAGCGGTTCAAAGGATGGATGATCAAATGGCTGACACCCATGAACGGGGAATTCGAGTCACTGTGTTCAGGGAGGGTTCTCATTATCTGCTTGGCGGTAAGGAATCCGGGGGCGATCCAATAGCCGAAGGTCTATTTTTCAAAGAGTTAAATACCGATTTTGACACCGGCTTGCTGAAAATAAAAACAGACCACGAGATCCAATATTTGAAAATAAGTCACGGAAAAGTGGTAGAGTCGTCTTTTTTCCAAAACAGAAAATTCTTTGATAAACCCGGCGATCAATAA	MLKLLCLEKKGMIILLNNEKILVCVYYGPNGERLIRRGGELARLLQCPLFVLSVIPLREDELDQAQERYMAEWQMKCDEYGATFIVKTNEDRKASEIIAETAKNHQITQLIIGQSGQTRWQEITRGSFVNELLNQIGETDLHIVAVQRMDDQMADTHERGIRVTVFREGSHYLLGGKESGGDPIAEGLFFKELNTDFDTGLLKIKTDHEIQYLKISHGKVVESSFFQNRKFFDKPGDQ	PGPT0002755_2763	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CAPSULE_METABOLISM	CE-EPS-CAPSULAR_POLYSACCHARIDE_REGULATION,PGPT0002755-kdpD-K07646	NA	NA
JZ016_01046	1395	ktrB_2	COG0168	Ktr system potassium uptake protein B	ATGAATTCAAAAGATCGAAATACACAACATTCCGCTCCTGACACAATGGAGTTGTTTATCAACAAGCTTAAAAAAAATATGAGTCCCCCTCAACTCGTCATGCTTGTCTTTTTCACTTTAATAATAATCGGGACCACATTGCTCGCGCTGCCCTACTCTTCCTCCACCGGGAGGTCAATTGGTCTGCTGGATGCTTTATTTACAGCCACCTCAGCAATATGCGTAAACGGGCTCGTTGTCTTGGATACCGGTAGTGTTTTTTCAACTTTTGGACAAGTCATTATCATGATCTTGATTCAAATTGGCGGGCTCGGCTTTATGACCTTTGGCGTTATGGTTGCCATTGTTCTGGGGAAAAGGATTGGCTTGAAGCAACGAATGATTATTCAGCAAACCACGCATTCGACCTCGGCACAAGGTTTGGTTAAATTATCCATGTATATGGTACTCATTGCATTCGCGTTTGAAGCCTTGGCTACGATTGTCCTTACGCTCCGTTGGCAACAGGACGTCGGGTGGGGACAGGCAGCCTACTACGCACTTTTCCATTCCGTTTCGGCATTCAACAATGCCGGATTTGCCCTGTGGTCTGACAGCCTTTCTCCCTTTGTCGGCGATCCGATCGTCAATATTACGATTGTCCTGCTATTTATCATTGGAGGCCTCGGCTATATCGTCATTGTGGATGTATTCCAAAAACGTTCATGGAAGAAGCTTTCGCTTCACTCCAAGGTTGTCCTAGTCGGAACAGGAACGCTGTCCCTGCTCGGTTTTCTATTTATATACTTTTTAGAGAGCTGGAATCCGTCAACCTTTGGCCAATTGAGCGAAAGCGAACAAGTGCTGGCTGCTTTTTTCCAAGGCATAACGCCTCGAAGCTCGGGGTTTAACACGATAGATATCGGTAGCATGCTGGCGGCTTCTCAGTTTTTCATTATTATTCTGATGTTCATCGGTGCTGCTTCCGGAGGAACAGGCGGCGGTATTAAGATCAATACGCTTGTTGTACTCATCCTAGCTACGATCCAAACCTTTCGCGGGGGCGGTCAAATCCATGCCTTCAAACGCAAAATTGCAGGAGAAACCGTCATGCGCGCCCTGGCGGTTGTCATGAGTTCTTTGGTGGTCGTGCTGGGCGTTTCCCTGTTGCTGACCATCTCCGAAGGTATGCTCGAAGAACACTTCTTGGAAGTGTTGTTTGAAGCGACATCAGCATTTAGCACCACCGGTTTGTCGATGGGATTGACAAGTGAATTGTCCCCCGTAGGGAAAGTCATTGTAACGATAACGATGTTTGCCGGTCGTCTGGGTCCCTTAACACTGGCTTACGCATTGGCTCAGAAAAAACGCACATCCAAAATTGGTTATGCGGAAGATCATATCTTGATTGGGTAA	MNSKDRNTQHSAPDTMELFINKLKKNMSPPQLVMLVFFTLIIIGTTLLALPYSSSTGRSIGLLDALFTATSAICVNGLVVLDTGSVFSTFGQVIIMILIQIGGLGFMTFGVMVAIVLGKRIGLKQRMIIQQTTHSTSAQGLVKLSMYMVLIAFAFEALATIVLTLRWQQDVGWGQAAYYALFHSVSAFNNAGFALWSDSLSPFVGDPIVNITIVLLFIIGGLGYIVIVDVFQKRSWKKLSLHSKVVLVGTGTLSLLGFLFIYFLESWNPSTFGQLSESEQVLAAFFQGITPRSSGFNTIDIGSMLAASQFFIIILMFIGAASGGTGGGIKINTLVVLILATIQTFRGGGQIHAFKRKIAGETVMRALAVVMSSLVVVLGVSLLLTISEGMLEEHFLEVLFEATSAFSTTGLSMGLTSELSPVGKVIVTITMFAGRLGPLTLAYALAQKKRTSKIGYAEDHILIG	PGPT0002735_3106	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498	NA	NA
JZ016_01047	1260	tylN		O-mycaminosyltylonolide 6-deoxyallosyltransferase	GTGAAAATAAAGTTGCTCACCATCGGAACAAGGGGAGATGTACAGCCGTTCATTGCCCTTGCCCGAGGTCTCCAGAACAACGGACATGACGTGGTTATATGCACATCGCAGGATTTCGAAGGCTTCGTTCGAGGGCATGGTGTCGGTTTCGCGCCTATACAGGCAAATATTATGAAACTAGCCCAATCTGCAGAAGGGAAACGCATGCTGGGCAGCAATCCCTTCGAGATTATGAAGCAGATGAAAAAGCTTATATATCCTATGATGCAGCAAATGCTCGATGACCTGTGGACCGCTTCTCAAGATGCGGACTGCCTCATCTACCATCCCAAAGCATTCGCTGGATATGATATTGCCCAAAAGCTGAATATTCCCGTATTTGCGGCCCATCCAATTCCGATCATTGCACCGACAGGCGCTTTCACCAATCCCTTTTTACCTTTCACCTTCAGGAATCGATGGTTAAATGAAAAAAGCTATCATCTCAACCGTTTCATGCTGTTATCCTTCAAAAAATTGTTGAATACATGGAGAAGAGATACGTTACATTTACCTCCACGAAGTCTATTCTCCGATGATCTGCACGTAAATGGACGCGATATTCCGGTGCTTTACGGTTGCAGTCCTTCGATTATTCCATTTGATCCGAAATGGAAGGATCGCGTCTGTATGGAGGGGTTTTGGTTTCTGGAAGATACCGATTGGGACCCACCAAGGGAGTTGGAGTCTTTTATCGCGTCAGGATCCCCGCCAATTGTTATCAGTTATAGCAGCATGCCTCTAAAGCATCCGGACCATGTGCTCGAGATGACTATGCAGGCTTTACGACAAACGGGGCAACGCGGCATCATTCTGGTTGGCTGGAGTGGAATGCAAGTATCCGGTAATGGGGCCGAGAACATCCTGTGTATACAGGAAGCACCGCATGCATGGCTGTTTCCGCGAGCTGCAGGCGTTATTCATCATGGTGGAGCAGGGACGACAGCGGCCGTTTTGAGAGCAGGTAAGCCGATGACCATATCCCCGTTCAATGCGGATCAACCCTTCTGGGCCAAGCGTATGTATGAGCTAGGTGTATCGACAAAGCCGATTCCTGAAAAATCAATGTCAGTAGCCAGTTTGGCTGAGCGAATAGCGGAGCTAACCAGTCATTCAACATTGACAGCCAATGTAATGGCACTGTCAGATAAAATTTCAGAGGAGAGAGGTGTTGATCGAACTGTAGATTTTATTGAGAGACGGCTACACCATCACTTTTGA	MKIKLLTIGTRGDVQPFIALARGLQNNGHDVVICTSQDFEGFVRGHGVGFAPIQANIMKLAQSAEGKRMLGSNPFEIMKQMKKLIYPMMQQMLDDLWTASQDADCLIYHPKAFAGYDIAQKLNIPVFAAHPIPIIAPTGAFTNPFLPFTFRNRWLNEKSYHLNRFMLLSFKKLLNTWRRDTLHLPPRSLFSDDLHVNGRDIPVLYGCSPSIIPFDPKWKDRVCMEGFWFLEDTDWDPPRELESFIASGSPPIVISYSSMPLKHPDHVLEMTMQALRQTGQRGIILVGWSGMQVSGNGAENILCIQEAPHAWLFPRAAGVIHHGGAGTTAAVLRAGKPMTISPFNADQPFWAKRMYELGVSTKPIPEKSMSVASLAERIAELTSHSTLTANVMALSDKISEERGVDRTVDFIERRLHHHF				NA	NA	NA	NA	NA
JZ016_01048	633	betI_4		HTH-type transcriptional regulator BetI	GTGGCGTACAAACCAATGGAGCCAGATAAAAAACAAACCATTTTGCAAGCAGCTTTAGTGGAGTTTTATCACAAGGGCTATGAAGGAGCTTCAACCAATCAAATTACCAAAGCAGCTGGCGTATCCAAGGGAATTTTGTTTCATTATTTTTCGGATAAAAGAACGTTGTATTTAACGGTGGTGGATGAATGCTTAAAGCATTACTACCATTCACTGACTTCGTCACCTATGGATCTCTCCGAGGATCTGTTTCAGGCGATAGAGCAATTATCTCAAAAAAAGATGGATGTATTTAAAAGTGACCCCATCAGGTTTGGATTTATGGCTAAAACATTTCTGATTATGCCGGAAGAGCTGAGAGCGGATCTTCTGCTCAAACAACAACAGATGAACAAGGATTCCATACACCTCCTGGCAAGCAGGATCGATCAGAGCCGTTTTAGGGAAGGAATCGATCCCAAGCAAGCAATCGAATTCGTATTGCTTTCCCTTGAATCTCTAATTACGAAGCAAATGACCAAACGGTACGACGAGAAATCTACAGGAGAACTCGAGGCAAGTGCGGCTTTAGACACGAAACCCTATTTGGACATATTAAGGTACGGCATTTATCGTAAGGAGGGAAAAGAGTGA	MAYKPMEPDKKQTILQAALVEFYHKGYEGASTNQITKAAGVSKGILFHYFSDKRTLYLTVVDECLKHYYHSLTSSPMDLSEDLFQAIEQLSQKKMDVFKSDPIRFGFMAKTFLIMPEELRADLLLKQQQMNKDSIHLLASRIDQSRFREGIDPKQAIEFVLLSLESLITKQMTKRYDEKSTGELEASAALDTKPYLDILRYGIYRKEGKE				NA	NA	NA	NA	NA
JZ016_01049	843			hypothetical protein	ATGAGAAAGCTAATAATGTTCCTTTTAATAGCAGCAATGGCTGTGATCAGCGCTTGTTCGCAAGATCAGCCTGAAAAGAAGGATGATTTGGTATTGGTGAAAGGCGGGACCTTTAAGAACAACCAGTCTAACTATGCTGATAAAAAAGAAGCCTTATCGAACTTTTACATCGGCAAATATGAGGTCACCCAAAAAGAGTGGGTGGAAGTAATGGGCAGTAATCCATCTGCATTCAAAGGCGATCATTTGCCGGTAGAAATGGTGAGCTGGTATGACGTTGTGGAGTATTGTAATCAAAGAAGTATCCAGGAGGGCTTGAATCCGTATTACAACATAGACAAGGTGAAAAAGGATGCGAATAATAAGAACGATAACGATGATATCAAATGGACCGTCACGATCAATGAGGGAGCTAACGGTTACCGGTTGCCTACAGAAGCGGAATGGGAATACGCTGCGGGCGGAGGTCAGAATAGCAAGGGTTACATGTATAGCGGAAGCAATAATGCCGATGAGGTCGCATGGTATTGGAAAAACGCCGGAGACAAATACCTATCTGGGGATTGGAACTGGCCTATCATAGAGAGCAATCAGAACCAAACAAAATCGATCGGTACCCAGAAACCCAACGAGTTAGGAATTTACGATATGTCTGGAAACGTAAGGGAATGGTGCTGGGACTGGCACGGCGAATTGGATAGTCCAAGCGGTTCCTTCCGGGTAGTGAAGGGCGGCGGTTGGATCGGCGACGTTACCAACAACGAGATATCCTTCCGAGGGAAGTTCGATCCCAATGGCTTTGGCCCCGATCAAGGTTTTCGTGTCGTTCGCGGAGAAATATGA	MRKLIMFLLIAAMAVISACSQDQPEKKDDLVLVKGGTFKNNQSNYADKKEALSNFYIGKYEVTQKEWVEVMGSNPSAFKGDHLPVEMVSWYDVVEYCNQRSIQEGLNPYYNIDKVKKDANNKNDNDDIKWTVTINEGANGYRLPTEAEWEYAAGGGQNSKGYMYSGSNNADEVAWYWKNAGDKYLSGDWNWPIIESNQNQTKSIGTQKPNELGIYDMSGNVREWCWDWHGELDSPSGSFRVVKGGGWIGDVTNNEISFRGKFDPNGFGPDQGFRVVRGEI				NA	NA	NA	NA	NA
JZ016_01050	648			Endo-1,4-beta-xylanase Xyn11E	ATGTTTAAGTTTAAGTTTAAGTTTAGTAAGAAAATGGTGACGGTTATTCTTGCAGCTACCATGAGTTTTAGTATGTTTGCAACAACCTCAAGTGCAGCGACCGACTATTGGCAAAATTGGACCGATGGCGGCGGAACGGTGAATGCTGTTAACGGCTCCGGCGGTAATTACAGCGTGACATGGCAAAATACCGGAAATTTCGTTGTCGGCAAAGGCTGGAATACCGGATCGCCTAACCGAACGATTAACTACAATGCCGGCGTCTGGTCACCGTCCGGCAATGGGTATTTGACACTCTACGGATGGACGAGAAACGCACTCATCGAGTATTACGTCGTAGATAGCTGGGGTACTTATCGCCCTACCGGAACACATAAAGGGACAGTCACAAGTGATGGAGGCACATACGACATCTATACGACCATGCGATACAATGCACCTTCCATTGACGGAACACAAACGTTTGCCCAGTACTGGAGCGTTCGACAATCGAAAAGAGCGACGGGGGTCAACTCCTCCATCACTTTCAGCAACCACGTGAACGCATGGGCAAGTAAAGGAATGAATCTGGGGAGCAGCTGGTCTTATCAGGTGTTAGCAACAGAGGGTTATCAAAGCAGCGGAAGCTCTAACGTAACGGTATGGTAG	MFKFKFKFSKKMVTVILAATMSFSMFATTSSAATDYWQNWTDGGGTVNAVNGSGGNYSVTWQNTGNFVVGKGWNTGSPNRTINYNAGVWSPSGNGYLTLYGWTRNALIEYYVVDSWGTYRPTGTHKGTVTSDGGTYDIYTTMRYNAPSIDGTQTFAQYWSVRQSKRATGVNSSITFSNHVNAWASKGMNLGSSWSYQVLATEGYQSSGSSNVTVW	PGPT0018625_2267	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCANASE,PGPT0018625-xynY|xynZ|xynD|xynA-K01181	NA	NA
JZ016_01051	438			hypothetical protein	ATGGGCATTAAGGTTAGGAATTTTTATTTTTTGACTGCCGGCCTTCTGGCGATACTGTTTGCCTTTACGCACGCATGGAACGGGCAATCCATTGTGCTGCCAGTGCTCCATGTGAGTGCGATAGCGATGGACACCCAAACAGTATTCATGTATGTATGGCACATCATCACGGCGGAAAATCTGATTTTCGGCTTTGTGTTCATTCTTATGTCATTCCAAAGTGAACGATCAAAGACCCACTTCGCCGCCTGGACCATCGTATCGCTTCTGATCGTCCGGCTGCTGGTCATTCTTGGTATAACGGCATTACAAAACATATCGGCGCTTACGGATACGTTAATCGATTCGATTGCGATCGTAATCTATCTCATCTTCATCATAATGGGCATAAGAAGAAAGCCGAAGGGGTTCGGAGGTCAGACGAGCGACTATTCATGA	MGIKVRNFYFLTAGLLAILFAFTHAWNGQSIVLPVLHVSAIAMDTQTVFMYVWHIITAENLIFGFVFILMSFQSERSKTHFAAWTIVSLLIVRLLVILGITALQNISALTDTLIDSIAIVIYLIFIIMGIRRKPKGFGGQTSDYS				NA	NA	NA	NA	NA
JZ016_01052	468			hypothetical protein	ATGGAAAAACTTTATTCTATACAAGAAGTTTCGCAGCTGCTTGGGATGCCAAAGGATACGCTTCGCTACTACGACCGGATAGGAATCGTATCACCATCCCGTGAAGACAATCGGTACCGCAGGTATTCGAAGAACGACCTCATCGATTTGATGAATATCCAAATCATGCAGTATGCGGACTTTACGCTTGACGAGATCAAGGGAACGATTGGATTCCACAGGAAGGAGAAGCTAGATCCTGCTTATTGCCGTGAGGTTGCTTCGTTCCTCGATGCCAAGAATGCAGAAACGCGCAAGAAAATGGCCCATCTGGAAAAGGTCAGTCAGTTGCTTGACGTAGCAGCCGAAACGCTAAGGGACTTTAATCATGAAAGCGACCAACGACTGGCAGAAATCGTTCGCGAGCTTTACCGCTCTATTCACAAGAAGGAACCGGAAATATCTGAGGAGGGATGTCATGGGCATTAA	MEKLYSIQEVSQLLGMPKDTLRYYDRIGIVSPSREDNRYRRYSKNDLIDLMNIQIMQYADFTLDEIKGTIGFHRKEKLDPAYCREVASFLDAKNAETRKKMAHLEKVSQLLDVAAETLRDFNHESDQRLAEIVRELYRSIHKKEPEISEEGCHGH				NA	NA	NA	NA	NA
JZ016_01053	345	hxlR_2	COG1733	HTH-type transcriptional activator HxlR	ATGCCTGTTCAACGAAATGAATGTCCCGTTGAGATCGTATTTTCCATGTTAAGCGGGAGATGGAAAATTCCAATCTATCGATTTTTGTATAAAAACTCAATCCCCGTTCGGTATAGCGAATTGCTGCGACATTTACCATCCATTTCGAAAAAAATATTAACTGAACAGCTTCGTGAGCTTGAGCATGATGGAATCATCGATAGAACATCGTATCCGGAGCCTCGGCCTAGAGTAGAATATACGCTGACACCGAAGGGTCGAACCATGATTGAACTTCTGGATTCGATGAGTGGGGGAAGAAGCACATCCTATCTGAATGTGAGATGTCAGCCCCTAATTAGTTAG	MPVQRNECPVEIVFSMLSGRWKIPIYRFLYKNSIPVRYSELLRHLPSISKKILTEQLRELEHDGIIDRTSYPEPRPRVEYTLTPKGRTMIELLDSMSGGRSTSYLNVRCQPLIS				NA	NA	NA	NA	NA
JZ016_01054	408			hypothetical protein	ATGAATGCTAAAGAAGCAGCGTTATTACTTGGGGTTCATTACAAAACGATTCTTAACATGATAAATGATGGGCGCTTAGCCGCTTCGAAGAACGACTCTGGAGATTGGGTAATTAGCGAGAGCGATTTGGCTGCCCGTGAGCAGCGGATTGATGATAAGGAATTTGAGACGATCTACACTCATATGGCCGTACAGATGATTGAAAAAGCTCATCATCGTGCGATAAACGCAGCAAAAGAAGAGCTGATTCACGTGGCACGTGCAATGATAAAGGTCAAAGACAATCGAAACGAGTTGAATCAGCAAGTAAAACGCCTTCAAAATGCATTAGATGCATATAAAGCAGCGGAAGCATTCACTCTCACTGTGGATTCAATCAAAAAACAAGCGGAAAGTGAAAATCACTAG	MNAKEAALLLGVHYKTILNMINDGRLAASKNDSGDWVISESDLAAREQRIDDKEFETIYTHMAVQMIEKAHHRAINAAKEELIHVARAMIKVKDNRNELNQQVKRLQNALDAYKAAEAFTLTVDSIKKQAESENH				NA	NA	NA	NA	NA
JZ016_01055	105			hypothetical protein	ATGGCTCACCAGAAGAGAAGGAAAGAAGCTGCCTGGAAGTCGCGAAAGCAAGAACAGCATCCCCATGGTAAAATCAAATCGCTTAAGGAATTGTCCAGCGAATAG	MAHQKRRKEAAWKSRKQEQHPHGKIKSLKELSSE				NA	NA	NA	NA	NA
JZ016_01056	168			hypothetical protein	ATGATTTCCTTAACAGCCCATTTAGCTTCACTAATCGGTTGGGGAAAGCGTCCGGCAGACCACCCGGAGTCACGTTTGAGGTCGAGAGTGTGGGTGATCTTGCTTACCGGGTTGGCGACTTATATCCGCATTGCCGTCCGTTCGCCTCTATTCTTACTGGGCCGTTAA	MISLTAHLASLIGWGKRPADHPESRLRSRVWVILLTGLATYIRIAVRSPLFLLGR				NA	NA	NA	NA	NA
JZ016_01057	747	map_1	COG0024	Methionine aminopeptidase 1	ATGATCATCTTAAAATCACCTAGGGAAATCGAGGAGATGAAGCCGGCGGGCCAAATCGTTGCGGACTGCTACCGTGAGGTTGCCAAACTGATCGAGCCTGGGATCACCACCCGCGAAATCAATGACTTTGTTGCCAGACACATCACCAAACTCGGCGGCAAGCAGTTTACGAAAGGGTATAACGGTTTCCCCGCAGAAACCTGCACTTCGGTTAACGATGTGGTGGCCCACGGCATTCCTTCGAATCGTGCGCTTATGGACGGCGATTTGTTGAAGCTCGACATCGTCGTGGAATACGGCGGTTGGTTCGGCGATTCATGCTGGTGCTATGCGGTGGGCAATATCCGGCCGGAAGCACAGAAATTAATGAAGGTGACAAAGGAGTGCTTGGATCTGGGGATCTCCCGGGCAATCCCTGGAGGCCGGCTCGGCGACATTACGTCGGCGATTCAACAGCATGCGGAATCGAACGGGTACTCCGTCGTACGCGATCTGCTGGCGCACGGGATCGGGCGGAGCCTGCACGAGGAGCCGAACTACGAGCATATCGGCGTAGCCGGCAAAGGCATTCGATTAAAGGAAGGCATGGTGTTTACGATTGAACCGATGCTCAACGAAGGTACGTTCCGTATCACGATCGACGACGATCAGTGGACGGCGAGAACGGCTGACGGCAAGCTGTCGGCGCAATATGAGCATACAATCGCAATCACGTCGGACGGACCGCTGATATTAACGGCCCAGTAA	MIILKSPREIEEMKPAGQIVADCYREVAKLIEPGITTREINDFVARHITKLGGKQFTKGYNGFPAETCTSVNDVVAHGIPSNRALMDGDLLKLDIVVEYGGWFGDSCWCYAVGNIRPEAQKLMKVTKECLDLGISRAIPGGRLGDITSAIQQHAESNGYSVVRDLLAHGIGRSLHEEPNYEHIGVAGKGIRLKEGMVFTIEPMLNEGTFRITIDDDQWTARTADGKLSAQYEHTIAITSDGPLILTAQ	PGPT0020010_9028	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020010-map-K01265	NA	NA
JZ016_01058	771			hypothetical protein	ATGACTCCACGCACGAAGGAACAAAACGAAGAGATCCGGCTGCGGCGTCTGGCGCAAATCCGGAAAGCCGCTGCCGATGTGTTTTTGGATAAAGGTCCTTTACTGGAAATCCGGGATGTGGCCGCGCAGGCGGGACTCGGCTATGGCACGGTATATCATTATTACAGCAATAAAGGCGATTTACTCCACGATCTGCTATGGGATGCGTTGGAGCGGGACGGTGGATGGCTGAAGGCTCCGCTAGATGCTGCGTTAGAAGCCTTGGTGAAGAATCCGTCGAAAGTCCCGCTTGCATCGGCTTCGGGGGAGGTGCCATCGGGCGGGCATTTCGGCTTGGCTGCTGCGCCGGACACCGGAAAGTCGGCTGCCGCGGATTCCCGTATGAGAAGCCACGAATCGGCCGCTGCCGCTGAGCTTGGCCCCGTCGCGGTAGCCGGCGTCCGGCTGCTGCAGCTTTGGGCGGAGGACCATGCCCTGTACCTGCTGCATAAGCTGGCCGGTGAGAGCTTTGCCTCGCTGCCAGAAGCGCGCTCGGCCCCGCTCCTGGCCACCTTTCGCCGGGAGGTGCTCACGCCTCTTGCCGAGCTGCTAGAAACCGGGCGCGCGGAGGACGGGGCTGCGGCTTCCGGCGGAAACGCGGCAGAGCCGCTGTATCGGCTACAGCGCGCGGAAATGCTGCTGGCCGCCTTGGTCGGCTGCGCCTCGCTTTCGCTTCGCCGCGGTAAGCTGCACGAAGAGGCCAAGGATATCGTCATGTTTTTAAAATTATAG	MTPRTKEQNEEIRLRRLAQIRKAAADVFLDKGPLLEIRDVAAQAGLGYGTVYHYYSNKGDLLHDLLWDALERDGGWLKAPLDAALEALVKNPSKVPLASASGEVPSGGHFGLAAAPDTGKSAAADSRMRSHESAAAAELGPVAVAGVRLLQLWAEDHALYLLHKLAGESFASLPEARSAPLLATFRREVLTPLAELLETGRAEDGAAASGGNAAEPLYRLQRAEMLLAALVGCASLSLRRGKLHEEAKDIVMFLKL				NA	NA	NA	NA	NA
JZ016_01059	561			hypothetical protein	ATGATTTTACTATTAAGAACTATAATGATTGTACTATTCGTATCTTTAATCGGGTGTCAGCAAAATACGAGCTCAATAGAAAACCTCACTGCTGAATCAGATCTAGCAGGTTTTGTAGAGCCAGAGCCGTCGGATTGGGTGAAATATATAACGCCAGTCAGAGAGTACATGTATTATAGAACGCAAGCCGTGGTTAACAAGGATATACATATTTTATGGGACCATTACCCGGATCTTAAAGAGAATGTTGACCTCAAACTAGGAATCAATATAGAGAAAAATGAGGTTGAATCCTTAAATCAACATGTTCATTTGTTGGATGCCAATTACAACATTGAAGGTTATGAACGAATGAAAGTGAAAACGATAAGTGATCATAAAGTGGAAGTTCTCATTCATGCAAGTATAGTTTATATGAGAGATGATTTTGATGAGTCTGGAGGAGAGCATTTAATTAAGCTCTACTTAGAACATAAGAACAATCATTGGGCTGTCGTAAAAACGGATGAATATACTTTACCGGAATACAAAGAATGGATGAAGGAAAAGGAACAACTCTAA	MILLLRTIMIVLFVSLIGCQQNTSSIENLTAESDLAGFVEPEPSDWVKYITPVREYMYYRTQAVVNKDIHILWDHYPDLKENVDLKLGINIEKNEVESLNQHVHLLDANYNIEGYERMKVKTISDHKVEVLIHASIVYMRDDFDESGGEHLIKLYLEHKNNHWAVVKTDEYTLPEYKEWMKEKEQL				NA	NA	NA	NA	NA
JZ016_01060	465			hypothetical protein	ATGGATAAGGATGAACATATTGACCTGTTAAATCGTCATGTTGATTATCTTGAGCTACAATACAATTGGATTGATTCACTAGGCCATACGAAACCATCAAACGGAATATTCTATCTTTTGGAAAGATTCCATTTAAATCATCGAGCGGCATTTTCAAATTCTTCAGACATTGAGGTGTTAGAAAAACGCTTATTAAGACTGAATGCTCATTGTGTGCTTTTAACACTTTCTCAAGATGCAGTGGAGTCAAGGTATATTGAAAGTCGTGGCGACGCTTGGAAATCATATGTGATGAACAATCACTCCACAGTTACGGAGGCTTGTCAGAAGTTCTTAGAGGACCAGAATCAACTTCGCATGTGTGCGAAACAATCGCTTATTCCCACTCTAGAGATCAACACAGATGAAGCAGACTGGAATGCTTACGCAAAACAGATACTCATGGGAATCAACGATGCAACTTAA	MDKDEHIDLLNRHVDYLELQYNWIDSLGHTKPSNGIFYLLERFHLNHRAAFSNSSDIEVLEKRLLRLNAHCVLLTLSQDAVESRYIESRGDAWKSYVMNNHSTVTEACQKFLEDQNQLRMCAKQSLIPTLEINTDEADWNAYAKQILMGINDAT				NA	NA	NA	NA	NA
JZ016_01061	225			hypothetical protein	ATGGCGATTATTATCAATATTGATGTGATGCTGGCTAAACGAAAAATGAGCGTAACCGAGCTTTCGGAGAGAGTTGGAATAACCATGGCCAATCTGTCTATATTGAAAAACGGAAAGGCAAAAGCCATTAGGCTTTCAACGTTGGAAGCTATTTGCAAAGCGCTGGAATGCCAGCCTGGAGATATTTTAGAATACAAAAGTGACGAGAACACGCAAGAATCATAA	MAIIINIDVMLAKRKMSVTELSERVGITMANLSILKNGKAKAIRLSTLEAICKALECQPGDILEYKSDENTQES	PGPT0014940_392	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014940-yozG-K07727	NA	NA
JZ016_01062	483			hypothetical protein	ATGAAACGAGGGTCCACATTATTTTTAAGGATTGCTGTAATTCTTATTGGAATTCCAGTTCTAGCTCTGTGCATATTTGTGGTACCAGAGATAGCGGAATTTATTGCAGAATTGTATCCAGATCATACTTATTTGAGATATCTTGTTTTCATCGATTTGTATGCAACCGCGATACCGTTTTACTTTGCTTTGTATCAGGCGTATAAGCTTCTAGGCTATATTGACAAGAACAAAGCTTTCTCGGAATTATCCGTACGCGTTCTAAAGAATATAAAAAACTGTGCAACCATAATCAGCAGCTTGTTTGTGGTAGGCATGCCGCTCTTTTATCTGATAGCGGAGAAAGACGATGCCCCAGGCATCATAATCATCGGAATGGCCCTGATTTTTGCGTCCATGGTGATTGCCGTTTTTGCTGCTGTTCTTCAAAAGCTTTTAAAAGAGGCAATTGATATAAAATCTGAGAATGATTTGACGGTCTGA	MKRGSTLFLRIAVILIGIPVLALCIFVVPEIAEFIAELYPDHTYLRYLVFIDLYATAIPFYFALYQAYKLLGYIDKNKAFSELSVRVLKNIKNCATIISSLFVVGMPLFYLIAEKDDAPGIIIIGMALIFASMVIAVFAAVLQKLLKEAIDIKSENDLTV				NA	NA	NA	NA	NA
JZ016_01063	915			hypothetical protein	ATGACTAAAAAAACAATACGTCTGTTAATGCCACAATGGCAAGGAGGAAACAACCCGAACTACTCTTTTGGAGCCGAGCTGCTTGCTTGGCTGGCTCCGGACAATGATCAACCCCTTATCCGTGTACCTGTTCAAGCTTATGATGGAACTCCGCTCGAAAACGAGAACGGTATGAATGGAAGACAACAGCTGCTTGAACAGCTAAAGGCTGCTCATCATCTTATTGAGGCTCATCAGCCGGATCGCGTTATCATGTTTGGTGGTGATTGCCTAGTTGAACAAGCTCCATTTGCCTATTTAAACGAACGGTACGGTGGGGAATTAGGTTTGGTATGGATCGATGCTCACTCTGATTTGGTCAATTATGTCGGCTATGATAACGGGCACGCAGTACCTCTCGGGAATCTTTTGGGAGAAGGAGATGAGGAGTTCGCAAAACATGTGAAAACCCCGCTAAAACCTGAAAATGTCTTTATTGCGGGATTAGCGGCTCCTACAGAAGAAGAAGTTGCTGTAATTTCTGAAGCGTTTCAAAGATTAGGTGTAGCACCTACAGAACCGGACACGGAAATGATTCAAAGGCTTGGTATTCGAACGGCCGGAACGAAGGAGTTAGCGAGCAGCACAGAATCAATAAAAGAATGGATCAAAGAAAGCGGCATTAAACATCTGGCTATTCATCTTGATTTAGACGTGCTTGATCCGAAGGCTTTTCGTTCGGTATTATTCGCCAACCCGGAAGAACCCTTTAATTTATCTCCTAAGGGAACCATGCAATTGCCTCAACTACTGCGTTTGATTAAAGAACTATCAGAAGAAACCGATGTCGTTGGGTTAGGTATAACAGAGCATTTGCCGTGGGACTCCATCAACCTGAAGAAACTCCTTGGAGAAATACCCATTTTAAATAACTAA	MTKKTIRLLMPQWQGGNNPNYSFGAELLAWLAPDNDQPLIRVPVQAYDGTPLENENGMNGRQQLLEQLKAAHHLIEAHQPDRVIMFGGDCLVEQAPFAYLNERYGGELGLVWIDAHSDLVNYVGYDNGHAVPLGNLLGEGDEEFAKHVKTPLKPENVFIAGLAAPTEEEVAVISEAFQRLGVAPTEPDTEMIQRLGIRTAGTKELASSTESIKEWIKESGIKHLAIHLDLDVLDPKAFRSVLFANPEEPFNLSPKGTMQLPQLLRLIKELSEETDVVGLGITEHLPWDSINLKKLLGEIPILNN	PGPT0020100_1402	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020100-rocF-K01476	NA	NA
JZ016_01064	342			hypothetical protein	ATGAGTATGGAGGAATTTAAAGGTAAAGTTAAGAATGTCCAAGACACACCTTTTGGTTATACCATTTCGATTATTGGCGGCAAATGGAAAATGGTGATTATGTACCTCTTGGCTGAAAACCAAACGGTTCGCTTTAACGATCTGAAAAGACAAATAGGAGCGATCACTTACAAAACATTGAGCTCACAGCTCAAAGAACTGGAAGCGGATGGTCTGGTGACACGCAAAGAATATCCTCAAGTTCCGCCAAAAGTCGAGTACAGTCTTACAGATAAAGCGGAAACTCTATTACCCATTTTGGAACAGCTATGTGAGTGGGGAGTAAAGAACCAACATCATTGA	MSMEEFKGKVKNVQDTPFGYTISIIGGKWKMVIMYLLAENQTVRFNDLKRQIGAITYKTLSSQLKELEADGLVTRKEYPQVPPKVEYSLTDKAETLLPILEQLCEWGVKNQHH	PGPT0012970_179	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012970-blc-K03098	NA	NA
JZ016_01065	477			hypothetical protein	ATGATAACACTCAGGAAAATCACGTTGGAAAACCGACGTGCCATATTTAATCTGGAGGTCTCAGAAGATCAACGGCGCTTCGTAGCGTCCAATTTATCGAGCGTGGCTTCGTGTTATGTCCTTGCAACCAATGGGGGGCAGCCATTTCCATTTGCCATTTACGCGGATGAGCAGCCGGTTGGTTTTGTTATGATTACCTACAGAATCACCGGATATGAACTTCCGACAATCGCAGACGACAGCTATTGCATCCTGCGGCTGATGATTGACAAGCAATTCCAGAACAGAGGCTATGGTCGGGAAGCCATGAAAAAAATCTTGGAATTTGTCCGTACCTTTCCTGCGGGGCCTGCACATTACTGCTGGATTTCTTATAAGGCTGATAACGCAGCCGCCAAAAAGCTTTATGAAAGCTACGGCTTCCGTGACAACGGCGAAATCGAAAACGACGAGCTAATAACCGTTTTACGACTTTAA	MITLRKITLENRRAIFNLEVSEDQRRFVASNLSSVASCYVLATNGGQPFPFAIYADEQPVGFVMITYRITGYELPTIADDSYCILRLMIDKQFQNRGYGREAMKKILEFVRTFPAGPAHYCWISYKADNAAAKKLYESYGFRDNGEIENDELITVLRL	PGPT0007790_1498	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007790-speG-K00657	NA	NA
JZ016_01066	927			hypothetical protein	ATGAGAGTATTACCTGAACCTACGTGGGCACGACTAGGCTTTTCAGAAGCTCCGGATTTTACGGAATCCGGGAAAAACATGGGTATCGTCATCATTGATACAATTACCCCTCATCCTGCACTTCAGCATTTAGGCGATCGATTACAATACGTCACCGTTCATGACGACTTCTCCATTACATGCCGAAATATTGCTTTAGAAGAGTCCCTTGAACATGAAGACGCTAGTGGTGAGCATGGGTTGATGACACTATTGGCACTATCTCATAAACCTTTTGTTTTCCAAGGAAAAACGCATATAGGCATTGCACCGGCGGCACATTATATCGTGCTTAATCATGGGGCGTTCAAGATTGGGGAAGGAGAACGATTAAAAGCCGGGATCGAGTGGATATTGAATAAGCAGAAAGAATGGAATATTCGAATCATATTAAGTACGGGATGGCATGCACTAGATCATCAGGTATATCTAAAAAGCACAAGCAAAAACAGCACGGTTCAGGCACTAACTTCAGCCGTTAGAAGTGGGGTTCTTGTGGTCTGTGCAAATGGGAATACGAGAACAGCGAATATGTTGCCGCCTCGCGAATATCTAGCCGTGGGGGGATACAATGACCGAGGCCACGCAGAGCGCCACATCCATGTACCATTTCCCGATGAACCGTATGGACGAAATGCCGAGGGGCACTTCAGGCCTGACGTTCTAGCACCACGAGTATACTTGACCGTTCCTTTTTGTGAATTCATTAAAAAAGCAGATGTCGTTTCCTATTATGAGGGAACATCAGGCGCAGCAACACTCGTAACCGGAGTCGCAGCATACCTAATGTCTACATTTCAAGGTTTAGATGCAGCAACTCTACGCACTGCGTTGACGACATACGGTGATCGTATACATGGCTACGATAATCTAGCCCCCCAGGGTTAA	MRVLPEPTWARLGFSEAPDFTESGKNMGIVIIDTITPHPALQHLGDRLQYVTVHDDFSITCRNIALEESLEHEDASGEHGLMTLLALSHKPFVFQGKTHIGIAPAAHYIVLNHGAFKIGEGERLKAGIEWILNKQKEWNIRIILSTGWHALDHQVYLKSTSKNSTVQALTSAVRSGVLVVCANGNTRTANMLPPREYLAVGGYNDRGHAERHIHVPFPDEPYGRNAEGHFRPDVLAPRVYLTVPFCEFIKKADVVSYYEGTSGAATLVTGVAAYLMSTFQGLDAATLRTALTTYGDRIHGYDNLAPQG				NA	NA	NA	NA	NA
JZ016_01067	477			hypothetical protein	ATGTCTATTTTTAAACCATCGAAAATTGCGCGCTCGATATATGAGATTGACGGAGAAACACTCCAGCAGGCAGGTATTAAAGGGATCATCCTTGACTGGACCAATACCATAACGACGAAAAATGCTGAATCCTTAACCGATTTGATGAAAGATTGGCTGAATAACATGCAGTCCCGATACGGAATTAAGGTGATCATCGTCTCTAACAGCAAACCACCGATGCATGGTCACGGACAGATCCATGAGATTCCAGCATTGTTCGAAGCCGGTAAACCGAAGAAAAAAGCGTTTTTAGCTGCATTGAATCTACTCGGAACGCGCAGTAACGAGACAGCCGTTATCGGAAACGGCATCATTACCGATCTATGGGGAGGAAACCGTCTGGGGATGTACACGATTTTCATATCTTCTTCATGGGCGAAACCTCAGATTTTAGGCGTAGTCAAACGACTACTCGTAAAAGTGCTCCGAGTATAA	MSIFKPSKIARSIYEIDGETLQQAGIKGIILDWTNTITTKNAESLTDLMKDWLNNMQSRYGIKVIIVSNSKPPMHGHGQIHEIPALFEAGKPKKKAFLAALNLLGTRSNETAVIGNGIITDLWGGNRLGMYTIFISSSWAKPQILGVVKRLLVKVLRV				NA	NA	NA	NA	NA
JZ016_01068	957			hypothetical protein	ATGAAGATTGAGCATAAAAAAGTTTCAGCAGAGCTCCAGACAGCGCGATGGATAAAGATGCGTAGAATTTGTGGTTATGGCGCTGCCATAGCGGTGACGCCGTATTTGTTGATTAAACTGGCATGGACCCTCGGTTACTTCATACCAACCGAGCAAATGGGAGACGATAGTTGGCGTGCGATCAACGCAGCTACCGCAGTGCTTGCGGCGATCGGAATTCTACTGGCATTGGCGTTCACCAGGCCGTGGGGTGAACGCCTGCCTGCATGGCTGATTGCCTTTCCCGTATGGGTTGGCACGGGTCTGCTCGTTCCCATGCTGGTCTTGGCACCGGTGCTAGGACCGGCAGCTATGACTCGGGATCAGGAAGCGGGGGCAGCCGATGTTTGGGTGTACGAACAATTCTTTGTCATGGTCTCGCTCGTTGGCATCGGCATTTGTCTGCCTCTCGCCTTCGCAGGGTATGCGAAGACACGGTGGCCGGAGGCGTTCGGTGATTCGATTGACTATAGCAGGTTTCCTGGTAATACTTGGAGACTGCAGCATACATTGTCCAAGCTGGTTGGAGCCGGCTGTATCCTGCTAGGTACCATTAAGGTGTTCTGGGCTGTTGGAGGCACCCTCGGCATGGATCCGGCCAGATTGGACGATCGTGATGTGTGGTGGCATCTGCTGACGTTTAGTACCGGAGCGTGGTCCATCGCGGGGGCGTGGGGATTGCTGGTGCTAACTTCCCGGCGTGGGTCGCAGCGTTTTCTGTACCCGATGGCATTGGCTTGGATTTCGTCGGGCATGCTGTTCTCTTATAATCTCTTTTCCGCTATTCGTACCGATTCGCAGTTCTCGCCAGAGTACCCGCTGCTGCGGATGCTGACCACAGAGGCCGGTATCATCTTAGGTGTAATGATGATTATGATCATTCTGCTCGTTCTGCATGATCGACGTCGTGCCTTGTAG	MKIEHKKVSAELQTARWIKMRRICGYGAAIAVTPYLLIKLAWTLGYFIPTEQMGDDSWRAINAATAVLAAIGILLALAFTRPWGERLPAWLIAFPVWVGTGLLVPMLVLAPVLGPAAMTRDQEAGAADVWVYEQFFVMVSLVGIGICLPLAFAGYAKTRWPEAFGDSIDYSRFPGNTWRLQHTLSKLVGAGCILLGTIKVFWAVGGTLGMDPARLDDRDVWWHLLTFSTGAWSIAGAWGLLVLTSRRGSQRFLYPMALAWISSGMLFSYNLFSAIRTDSQFSPEYPLLRMLTTEAGIILGVMMIMIILLVLHDRRRAL				NA	NA	NA	NA	NA
JZ016_01069	1362	sasA_12		Adaptive-response sensory-kinase SasA	ATGAAGATCCGCGGCTCGTTAATGAGCAAATACCTGATCCTTATTTTGACCGCCTTATTGCTATGGCCGATCATTCCAGCCCTGTTTTATTTACCTGGTTATATGTTTAGCGATCATCCAGTATATCGTCCGGAAGAGATAACCCGCATGTGGCAGCAGGAGGCAGACAACCTGGACGGTGCAGGTAGGGATAGGATTATTTCTAGACTGGGAGAGTTGAACGAGGACTATCCGGATGCTGAAATATTTTGGGTGGACCCGTCAGGGAGGACGAATGCAGTCAGAGACCTCTCGGAAGATATACCTGAGCAATGGACTTATGAGGATATTCTCTCGATTCGAGCGCAAGACCGTTATCAAGAAACGCTGTTCTTAACCTCCCTCATCGGAAACGATCCGAAGCAAGGCTTTATGGTGATGCGGCTCCCGGATTCCCATATCCTTGATGCAGAGATGTCGCTATCGGGAAACCTGCCGCTCATCTTTCTGTTTCTAATGATTTGTGTATGCTTCTTTATGCTGTCATGGCTGTTCTTCATTAAGCTTCGCAAAAGACTGATCAGGCTCCAATCCGCGATGACCGTAAATGGATTGAAAGAAATTCCCGACGAAGTCACGATTATGAAGAACGACGAGATTGGAGAACTCGAAGGCTCGTTTAATCGGATGGTGAAGGAGCTCAAAGAAAGTCAACAACGGGAGCGGGAGGAGGAGGAACTGCGCAAGCAATTCATTTCAACGATTTCCCACGATCTTCGTACCCCGTTAACTGTCATCAGGCAACATGTCCATACGGTTCGCAATAATCCTGCTTCTCCCCAGGGACAGGTTTCACTTTCTGTCATCGAGCATAAGCTGGACGACATCAGTAATCTGATGGATAATCTTCTGTCATACACACTGTTATCGGCGGGGAAGTATCCGCTGCACAAACAGCCGATTGATATCGTAGAAGAAGTCCGGAATCGAGTGGCTCAGTGGTATCCAGTATTCGAGGCTAAGGGATTTGATGTCTTTGTCGAGCTTCCTGATGAGACGTTATTATGGGATGTGGATCCATTGTGGTTTAACCGGATCCTGGACAATGTGTTTCAGAATGTAGTACGCCATGCGGGAGCGGGTCGCTACATCGGCATTCAAATGATTGATCGTGAGAAGCAGCTGATGCTGGTCATCAACGATAAGGGCCCTGGCGTCTGCAACGAGACGCCTGAAAAAGGCGCAGGGATCGGTTTGTCCATTGTATCGATGATGGCCAAGGAGATGGGGATGCAATGGGAAATGAAATCCGACGCAGACGGAAGTGCGTTTTATATTTGGATTGATAGCAGTTGCAGTGTTATAACTCACGAGACAGATTAA	MKIRGSLMSKYLILILTALLLWPIIPALFYLPGYMFSDHPVYRPEEITRMWQQEADNLDGAGRDRIISRLGELNEDYPDAEIFWVDPSGRTNAVRDLSEDIPEQWTYEDILSIRAQDRYQETLFLTSLIGNDPKQGFMVMRLPDSHILDAEMSLSGNLPLIFLFLMICVCFFMLSWLFFIKLRKRLIRLQSAMTVNGLKEIPDEVTIMKNDEIGELEGSFNRMVKELKESQQREREEEELRKQFISTISHDLRTPLTVIRQHVHTVRNNPASPQGQVSLSVIEHKLDDISNLMDNLLSYTLLSAGKYPLHKQPIDIVEEVRNRVAQWYPVFEAKGFDVFVELPDETLLWDVDPLWFNRILDNVFQNVVRHAGAGRYIGIQMIDREKQLMLVINDKGPGVCNETPEKGAGIGLSIVSMMAKEMGMQWEMKSDADGSAFYIWIDSSCSVITHETD				NA	NA	NA	NA	NA
JZ016_01070	678	phoP_2	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	ATGAAGACATTTACTATTTTGTACATTGAAGACGATCAGGAAATCGGTTCCTGGTCCAAGGAGTTTTTAATCAGTCAGGGCTATGAGGTGATATGGAAGAGTTCAGGCTATGATGTGGAAGCAGCAATGGAACATTGCGATCTTGTCATTTTGGACATCATGCTTCCGGGTCTGGACGGATTCACGGTCGGTCAGCGGCTAAAACGAATCAATCCCGCTGTACCCATCCTGATGCTTACGGCCAGAACCGCAATCGAGGATAAGCTTACCGGACTGTCTTTTGCCGATGATTATATGACAAAGCCGTTTCATCCGGATGAGTTGGCCGCCCGGATTCAAGTCCTGCTCAGGCGCTCCGTCACTACGGAACCGGAACAGCTTCTGATCCGGCATTTAATCATCGACCGAACAGGAAGCCGTATATGGAATTCCGTAACCGGGGAAGAGATTGTGCTTACAGGTAAGCAGTTTCACATATTCATGTATTTCCTGGACCATCTGAATCATATTTTGACCCAGAAGCAGATTTATGAAGCCGTATGGGGCGAGCCGCATCTGAACGGAGACAAGACGTTGAATGTGCATATCCGGCATCTGCGAGAGAAGATCGAGCTGGATTCCGGCTCCCCCCAAATTATCGAGACCATCCGCGGCGTAGGATACCGGGTGCGATCATGA	MKTFTILYIEDDQEIGSWSKEFLISQGYEVIWKSSGYDVEAAMEHCDLVILDIMLPGLDGFTVGQRLKRINPAVPILMLTARTAIEDKLTGLSFADDYMTKPFHPDELAARIQVLLRRSVTTEPEQLLIRHLIIDRTGSRIWNSVTGEEIVLTGKQFHIFMYFLDHLNHILTQKQIYEAVWGEPHLNGDKTLNVHIRHLREKIELDSGSPQIIETIRGVGYRVRS	PGPT0002665_1705	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_01071	393			hypothetical protein	ATGAAAACAATTGATATCGTAAAAGAAAACCTGCTTTTCATTCTCGGTCTCGGCGCTTTAGCGCTTGTCAGACCCATCATGAAGATGACCGGGATCATGGAGCTGATCGGCCAAGCATTCGGCAGCATTCTGATGACGGTTCTCATCTCTTTGGCCTGGCTCATGCTCGTTCTATTCAAAAGAACGGCTTATCCCGTTGTCATTCTTGTTTTTGCGGGTTTGAGTTATGCCTTATTTGCTATCATTATCAGCGGGATTACCTCTCCCCTTATCGATGGAACATTGCAAGGTCCATTAACGAATCCGCTGGCAATGATAAGTGTCTTTGCAATAAATGCGGTTTGGGGCTTAATCGTTGGCGTAATTGCCAATGTACTGCGTCGTAAAGGGTAA	MKTIDIVKENLLFILGLGALALVRPIMKMTGIMELIGQAFGSILMTVLISLAWLMLVLFKRTAYPVVILVFAGLSYALFAIIISGITSPLIDGTLQGPLTNPLAMISVFAINAVWGLIVGVIANVLRRKG				NA	NA	NA	NA	NA
JZ016_01072	1764	ptsI_1	COG1080	Phosphoenolpyruvate-protein phosphotransferase	ATGAAGAAGCTGCAAATTCAAGGAGTCGGCGTATCGGAGGGAATCCGGATCGCAAAGGCATACATCTACAAACCTTCGCAGGGGGCAAACAGCGACAGCAGCCCCGATGAGAAGGATATTCCCGATACACCGGCCGCTATCGATGCCGAGCTTATCAAGCTCCGTGAAGCCAAAGCCAGTTGTGCGGAGCAATTGGATGCGCTGACGGAAAAAGCGAAGGAAGCCGTGGGCGAAGAGCAAGCCGGTATTCTTGCGGGGCAGCGGAAGCTTCTGGAGGATCCTGCCTTCTATCCGAAGATGGAGACGCGGGTTCGGGAGAATCTGGAGCCAGCGCCAAAGGCCGTTGCCGAAATTGTGAGTCAGGTCGCTTCCATGTTGGAAGGCATGAACAATGATTATATGAAGGAACGCGCCGCAGACATACGTGACATCGGCAATCGTCTTCTCGCTTGTCTGTCGCCAGGGCATTCGCGCGGCTTTACGGGTATCACCGAACAGGTAATTTTGGTTGCCGACGATTTGGCACCATCGGATACGGTTCAGCTGGACCCTGACTTGGTGATCGGTTTTATTACTCGCACTGGAGGAGCGACCTCGCATACCGCTATTCTCGCACGGTCGCTCGGGATTGCGGCTATTGTCGGCGCTGGGGACGGCGTCGACGGCATTGAGGACGGCGACACGCTCGTCCTCGACGGATCCGCCGGGCTGTGCGTTGCCCGGCCGGACAAGGCAGAAGCGGAGCAGTATCGGCTCCGCATGCTGCAGGACCTCGAGCGCAGGCAGTCGCTCGAGGCGTACGCGGCGCGCCCGGCAGTGACCGCCGACGGCGCGCGCGTGGAACTCGCGGCGAACATCGGCAGCGCCGCGGAAGCCGAGACCGCCGTCCTGCAGGGCGCGGACGGCGTAGGGCTGTTCCGCACGGAGTTCCTGTTCATGAACGCCCCGGCCATGCCGGGCGAGGAGGAGCAGTTCCGTGCCTATCAGGAAGCGGCCCGGACGATGGAGGGCCGCCCCGTAATCATCCGCACGATGGACATCGGCGGAGATAAGGAGCTTCCGTATCTGCAGCTGCCCAAGGAAACGAACCCGTTCCTGGGCTACCGTGCGATACGGGTAGGGCTTGTACGCCAGGAGCTGCTTCGCACGCAGCTGAGGGCGGTGCTGCGGGCCAGCGCCTTCGGAACGGTAAAGGTGATGTTCCCGATGATCTCCGGCCTGCAGGAATGGAGGCAGGCAAGAGCCATCCTGACGGAAGTGCAGGCGGAATTGAGGCAGGACGGCATCCGGTTCGACGAGCAGATGGAAGTTGGCATCATGGTTGAGATTCCCTCAACGGCCGTGTTGGCGGAACGATTCGCGAGCGAAGTCGATTTCTTCAGCATCGGTACGAACGACCTTGTGCAGTACACGGTCGCGGCGGACCGCATGAATGAACATGTCGCGCACCTGTACGATTATTATCATCCAGCCGTGCTTCATCTAATCCGCACGGTCATTGAGGCATCCCACACGGCCGGTAAATGGACCGGCATGTGCGGAAGTATGGCGGGTGATCCGCTCGCGGCACCGCTCTTACTCGGACTCGGGCTCGACGAATGGAGCATGGAGGCAAGTGGTCTCAGCCGGATGAAGGAAAGGCTCGCTACTCTGGATCGTCAGGAATGCCGCGAGCTGGCGAAGCGCATACTTCGTCTCGATACGCCTCAAGCCGTACGTCAAGCGCTGGAGGAATTTCATCACGTGAAACAGGCAGTGGTATAG	MKKLQIQGVGVSEGIRIAKAYIYKPSQGANSDSSPDEKDIPDTPAAIDAELIKLREAKASCAEQLDALTEKAKEAVGEEQAGILAGQRKLLEDPAFYPKMETRVRENLEPAPKAVAEIVSQVASMLEGMNNDYMKERAADIRDIGNRLLACLSPGHSRGFTGITEQVILVADDLAPSDTVQLDPDLVIGFITRTGGATSHTAILARSLGIAAIVGAGDGVDGIEDGDTLVLDGSAGLCVARPDKAEAEQYRLRMLQDLERRQSLEAYAARPAVTADGARVELAANIGSAAEAETAVLQGADGVGLFRTEFLFMNAPAMPGEEEQFRAYQEAARTMEGRPVIIRTMDIGGDKELPYLQLPKETNPFLGYRAIRVGLVRQELLRTQLRAVLRASAFGTVKVMFPMISGLQEWRQARAILTEVQAELRQDGIRFDEQMEVGIMVEIPSTAVLAERFASEVDFFSIGTNDLVQYTVAADRMNEHVAHLYDYYHPAVLHLIRTVIEASHTAGKWTGMCGSMAGDPLAAPLLLGLGLDEWSMEASGLSRMKERLATLDRQECRELAKRILRLDTPQAVRQALEEFHHVKQAVV	PGPT0002025_473	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0002025-ptsI-K08483	NA	NA
JZ016_01073	270	ptsH_1	COG1925	Phosphocarrier protein HPr	ATGTTCACACAAACCGTAACCATACAGAATGAGCAGGGCTTTCATGTCCGTCCGGCTCAGCTTTTCTCGGAAAAAGCGGGACAGTTTGGAGGAGAGGTTCATCTGAGAACTAGCGAAGGACGCTCCGCGGATTGCAAAAGCATGCTGGAGCTGATGACGCTCGGCATTGAACAAGGGGCTGTCGTGACCATCGAAGCTAACGGAGATGGAGAACAAGAGGCAGTCGAAGCTCTGGTTCAGCTAGTCGAAAGCAAGTTTGGTGAAGCCTGA	MFTQTVTIQNEQGFHVRPAQLFSEKAGQFGGEVHLRTSEGRSADCKSMLELMTLGIEQGAVVTIEANGDGEQEAVEALVQLVESKFGEA	PGPT0016875_2147	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0016875-ptsH-K02784	NA	NA
JZ016_01074	735			hypothetical protein	ATGATGAACACCTATTTTGATGTGATTGGCGGGTTGTTGAACAAAGTTCGAACCGAGCAGGCCAAGCCGATCCGTGAAGCGGCGGAGAAGGTAGCGACTTGTATTCAGCAGGGCGGGATTATTCACTTGTTCGGCTGCGGACATTCACATATATTGACCGAAGAAGTCTTTTACCGGGCAGGCGGGCTTGTACCGATTCGTCCGATTCTGGTTGAGAAGCTGATGCTTCATGAAGGCGCGGTCCGGTCGTCCGAGCTGGAAAGACAAAACGATCTTGCTGTTGAGTTTATGGAGAAGCAGGATATTCGCGAAGGCGAGATTGTATTCGTATTGTCCACTTCGGGGCGAAATCCCGTTCCTGTAGATGTCGCTTTGATGGCGAAGGAGAAGGGGGCCTTTACTGTAGGCATTACCTCTCTGGAATATTCCAAAAGCATGCCCTCCCGACACAGCAGCGGCAAGCATCTGGCGGATGCCGTTGATCTGGTGATCGACAATTTCTCGGTCAAGGGCGATGCCGTATTGAGCCATCCGGGCCTCCAGGTACCCTTTACGCCGAGCTCGACGGTGATCGGGGCCCTCATTTTGAACTCCCTGTTCGCCGAATCTATTGAGATTATGATTGAAAAAGGCTTCAACCCCCCCGTATTTCTCAGCGGAAATATCGATGGTTCCGATGAACACAACAGAGCGCTGGTTGAGGCTTATAAAGGACGGATCGCTTTACTGGCATGA	MMNTYFDVIGGLLNKVRTEQAKPIREAAEKVATCIQQGGIIHLFGCGHSHILTEEVFYRAGGLVPIRPILVEKLMLHEGAVRSSELERQNDLAVEFMEKQDIREGEIVFVLSTSGRNPVPVDVALMAKEKGAFTVGITSLEYSKSMPSRHSSGKHLADAVDLVIDNFSVKGDAVLSHPGLQVPFTPSSTVIGALILNSLFAESIEIMIEKGFNPPVFLSGNIDGSDEHNRALVEAYKGRIALLA				NA	NA	NA	NA	NA
JZ016_01075	759	iolN	COG1402	3-dehydro-scyllo-inosose hydrolase	ATGAAATTCGAACTCGAAAATTCGGATGAGGTGAAGGATAAAATACGCCAATTCCGTGCTGCCATCCTTCCTATTGGTGCCGTTGAAGCGCATGGTCCCCATCTGCCGCTGGGCACGGATAACCTGCTCGCGACCAGACTCGCGGACAAATTAGCCGAACGGACAGAGAGCTTCGTTCTGCCGACCCTCCCCTATGGCCAGGTGTGGAGCTTGCGCAATTTCCCGGGGAGCATCAACGTCTCAAATGAAGCACTCATCCGGCTGTTAGCAGATATCGGCGAAAGCTTGTACCAGCAAGGATTCCGCATTTTCGTCATGGTGAACGGCCATCTCGGCAATGCGGTTGCACTGAAGGAAGCTGCGAGAGTGTTATACGAACGGGTGCCCGCACTAAAAGTGTTCTACTTCTTTTACCCTGGCACGAAGGAAGTAACGGCTTTGGTACGAGAAGCTTCGGCTGCGCACGCGAGCTATATGCATGCCGATGAAATCGAGACATCCTATATGCTCTATCTCGCGGGCGAATATGTGGACATGAGCAAGGCGATCGATGGTGCCCCGCAGATCCCGATCGAAGCGGATTGCACGCCAACGCCGTGGGAGGAAATGACTTCCACTGCCGTGCTTGGGGATGCAACGCTGGCAACGAGGGAGAAGGGGGAGAAAATCATCGAGCGCAGTTTGGAAGTGATGGCCGGGATGGTTCTCCGAGCCAAAAGTGCTTTGTCAACCGATGATCAACCGGAAGAGAACAGATAG	MKFELENSDEVKDKIRQFRAAILPIGAVEAHGPHLPLGTDNLLATRLADKLAERTESFVLPTLPYGQVWSLRNFPGSINVSNEALIRLLADIGESLYQQGFRIFVMVNGHLGNAVALKEAARVLYERVPALKVFYFFYPGTKEVTALVREASAAHASYMHADEIETSYMLYLAGEYVDMSKAIDGAPQIPIEADCTPTPWEEMTSTAVLGDATLATREKGEKIIERSLEVMAGMVLRAKSALSTDDQPEENR				NA	NA	NA	NA	NA
JZ016_01076	993			Phospho-furanose lactonase	ATGGGCTTTATTCGTACTTTACATGGAGATATCAGCAAAGAGAAACTGGGCTTTACGTATTCCCACGAACATATCGTATGCCGTCCGGCCTACTGGCAGGAACGGGGCGAGGACGATTTGCTCCTGGACGATAAAGAGAAGTCCAAGCTCGACGTTCTTGACTTCAAACAACACGGCGGACGCTCGATCGTGGACGCTACAGCCATCGATTATGGACGAGATGTTCAAGCGGTACAGGAAATCGCAGTTGAAACCGGCATTCATATTGTAGGAACGGCGGGCTTCAACAAAAGCTTTCTGTGGGACGCCAAAATCAAAGAGGAGCTTAAACCGCTGATCGGCCACTATGAAACCTACGCCCAGTGGATTGAAGCAAAAAGCATCAACGAGCTGGCGGATTTCGTCATCCGGGAGGTTGAAGAAGGGCTGGAGGGAACGTCTTTCAAAGCAGGCCAGGTTAAATTCGGGACAGGCTATAACCGCATTACGCCTCTGGAGGAGAAGACGCTGCGTGCTGTAGCGCGCGCTCATCATGAGACAAAGGCGCCCATTCATTCCCATACCGAGGTTGGCACCATGGCGCTGGAGCAAATCGAGCTCCTGAAGAGCGAAGGTGTGGATCTGTCTTTTTTGAGTCTGGGGCATATGGACCGCAATCCCGACCCGTACTATCACGAGCAGATCGCCGCAACGGGGGCCTTTATGAGCTTCGACGGTATCGGCAAGATCAAGTATGCACCGGAAAGCACCCGAATCTCGCTTATTCTGGAGCTTGTCCGCAAAGGCTTCGAAGATCAAATCCTCATCAGCGGAGATACCGCCCGGAAAACCTACTACAAGCATTACGATCAGGGTCTCGGTCTGGAGTACATTATTTCCAAATGGGTACCGCGCTTTGTGGACGAGGCGAACCGAAACGGCTTTGACGGACCAAAGCTGGTGAAGAAATTTTTCGTAAGCAACCCGGCCAACTGCTTTTCATTTAAAAAGTAA	MGFIRTLHGDISKEKLGFTYSHEHIVCRPAYWQERGEDDLLLDDKEKSKLDVLDFKQHGGRSIVDATAIDYGRDVQAVQEIAVETGIHIVGTAGFNKSFLWDAKIKEELKPLIGHYETYAQWIEAKSINELADFVIREVEEGLEGTSFKAGQVKFGTGYNRITPLEEKTLRAVARAHHETKAPIHSHTEVGTMALEQIELLKSEGVDLSFLSLGHMDRNPDPYYHEQIAATGAFMSFDGIGKIKYAPESTRISLILELVRKGFEDQILISGDTARKTYYKHYDQGLGLEYIISKWVPRFVDEANRNGFDGPKLVKKFFVSNPANCFSFKK				NA	NA	NA	NA	NA
JZ016_01077	1296	ulaA	COG3037	Ascorbate-specific PTS system EIIC component	ATGGACGTACTTTTTTGGATTGCCACCAACATTTTTGGAACGCCCGCCATTCTGCTCGGATTCATCGTTCTGGTCGGCCTTCTGCTTCAGAAGAAATCAACGAGCCAGCTTGTAAGCGGCACCTTTAAAGCGATTATCGGCTTCCTCATCATCGGTGCAGGCTCTGATGTTATCGTGAAAGCCTTGAATGTATTCGAGCCGATGTGGAAGGAAGTCTTCGGATTGGAGAGCGGAACCCTCGGTACCTTCATGGGGCAGGAGGCATTCAATTCCAAATTCGGCAGCGCCGTTACGCTCGCCATGCTCATCGGCTTTCTGATCAACGTTCTGCTGGCACGCTTCACCCGGTTTAAATTTATTTACCTGACCGGACACATGATGTTCTGGACGTCGACCGTTTTTGCGGGCGTGATCGTTCATGCGGCCAGCGGCATCCCGATCTGGAAGCTGGTACTTATGGTCGCTGTCGTCCTTGGTGTGTATTGGACATTCCAGCCGGCGCTGGTTCAGCCGTTCCTTCGTAAAATTACGGGCAACGATAACATTGCGCTTGGTCACACCTCGGCCTCGGTTGCCTTGCTAGCTGCCTTGTTCGGTAAATTATTCGGCAACAAAAACAACGATTCCGAGAAAATCAAAGTACCCAAAGGCTTCGAGTTTCTTCGCGATTCCAACGTCATCACTGCACTCAGCATGGGGGTTTTGTTCCTGATCGGAGCCATTATTCTGTCGACGAAGGGCACGCCGGCGGCTGCGGAGCTGATGAAACAATCGGGTGACCAGAACTTTATTATCTACTCCATTATCCAATCGTTCACATTCGCAGGCGGAATCGCCATCGTTCTGATGGGGGTCCGGATGTTTGTCGGCGAGCTGGTTCCGGCCTTCAACGGGATCGCTACTAAACTGGTACCAGGCGCCAAACCGGCACTGGATGCGCCGGTTGTATACCCTTACGCGCCGAATGCGGTGGTTCTTGGCTTCCTGGGAGCTTTCGCCGGAGCGATTATCTGGCTGCTTGTACTTGGCAACACCGTATCATACATTTTCGTGCCAACGATGATCGTCTTATTCTTCCACGGGGCTACGGCGGGGGTATTCGGGAATTCGACAGGCGGTGTCCGCGGAGCTGTTATTGGCGGCTTCATCACTTCAACCGTGGTCGCTTGGGGACAGTTTCTGATGGTTCGCTTCTTTATCGCCTCGACGGTGCCGGATACGGCCATGTGGGCAGCTGATTCCGATATGTTCATCATTGGGCCGATTCTGCACTTCCTGGCGAAGCTGTTCTTCTAG	MDVLFWIATNIFGTPAILLGFIVLVGLLLQKKSTSQLVSGTFKAIIGFLIIGAGSDVIVKALNVFEPMWKEVFGLESGTLGTFMGQEAFNSKFGSAVTLAMLIGFLINVLLARFTRFKFIYLTGHMMFWTSTVFAGVIVHAASGIPIWKLVLMVAVVLGVYWTFQPALVQPFLRKITGNDNIALGHTSASVALLAALFGKLFGNKNNDSEKIKVPKGFEFLRDSNVITALSMGVLFLIGAIILSTKGTPAAAELMKQSGDQNFIIYSIIQSFTFAGGIAIVLMGVRMFVGELVPAFNGIATKLVPGAKPALDAPVVYPYAPNAVVLGFLGAFAGAIIWLLVLGNTVSYIFVPTMIVLFFHGATAGVFGNSTGGVRGAVIGGFITSTVVAWGQFLMVRFFIASTVPDTAMWAADSDMFIIGPILHFLAKLFF	PGPT0017105_1044	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017105-ulaA|sgaT-K03475	NA	NA
JZ016_01078	264	ulaB		Ascorbate-specific PTS system EIIB component	ATGAAAATTTTATGCGTATGCGGTCTTGGACAAGGAACGAGTTTGATTCTGAGAATGAATGTGGAGAACGTCCTGAGCGGTATGGGAGTAAGTGCCGACGTGGAGCACACGGACGTGTCAACGGCATCCGGAACCGCAGCCGACTATATCATTACAAGCAACGAGCTGGCCCAAAGCCTTCAAGGGCATGCGGCCCAAATTGTGATCGTCAACAACTATTTCGACACTAACGAAATCAAACAGAAGCTGGAAGAAGTGCTGTAA	MKILCVCGLGQGTSLILRMNVENVLSGMGVSADVEHTDVSTASGTAADYIITSNELAQSLQGHAAQIVIVNNYFDTNEIKQKLEEVL	PGPT0017110_1148	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017110-ulaB|sgaB-K02822	NA	NA
JZ016_01079	444			hypothetical protein	ATGAAATTTTTGGAACCGTCGCTAATTGCCTTGGATGTTGAGGCCGAGACGGCCGAAGAAGCGATCCGCTTAGCGGGAGAACTGCTGGCGAAAGCGGGTGCGGCGGAAGAACGTTATGCCGACGCCATGGTGAAATCTTATCGTGAAAGAGGTCCGTACTTTGTTCTTGCACCCCATATCGCACTTCCGCATGCCCGTGCGGAGGATGGGGTGAAGGAAGCGTCCGTCTCGCTGATTAGATTGAAGAAACCGGTCGTATTCGGCCATGCGGCCAACGACCCGGTACAGCTTGTATTTGCGCTTGGCGGCTCCTCAAGTTCGGAGCATATCGCCATGCTGCGCAAGCTGACCACCTTGCTGAGCAGCCCGGGCAGCATTGAACAATTCATGCATGCAACGGATGTTGAGACAATCCAACAACTCATTAGGGGGAACGAACAATGA	MKFLEPSLIALDVEAETAEEAIRLAGELLAKAGAAEERYADAMVKSYRERGPYFVLAPHIALPHARAEDGVKEASVSLIRLKKPVVFGHAANDPVQLVFALGGSSSSEHIAMLRKLTTLLSSPGSIEQFMHATDVETIQQLIRGNEQ	PGPT0017115_846	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_TRANSPORT,PGPT0017115-ulaC|sgaA-K02821	NA	NA
JZ016_01080	2088	manR_1	COG1762	Transcriptional regulator ManR	TTGACGCTGCTTCATGAAGCAGCCGATTATGTGTCGCTGGAAGAACTGATGCAGAAGGTCGGTATCTCCAGACGAACCGTCTATTATGATATGGAAAAAATAAACGACTACTTGAAAGCGGTTCATCTTCCGCCGGTCAAATACGTCAGGACAGTCGGCTATTATTTGCCGGATGAAAGCCGGTCCGGTCTTCCGCAGTCGACCGGGAAGCCTCAAACACAGCAGTATTATTTGTCCCCACGGGAAAGAATGGCTTGGATGTCGCTTTATCTGTTATCGGCGGAGGCTCCGCTCTTTGTTCATCATTTTACGGACCTTTTGCAGGTTAGCCGAGGGACCGTACTCAAGGATTTGAATATGGTTCGGTCGGACATGAAGATCTCGAAACTTAAAGTAACCTACGACCGCAAGCGGGGCTATGGCGTACATGGGGAGGAACGTGACAAGCGGAAGGCCCTGAGCCAATACTTCGGACAGATTTTCGGTCATGCCGGCTGGGAACAGATATTTAACCGGAATCCGGAATCGGAAAGTCCGGATCTCGCCCAAGTCTTATTTCCCCCTATGAAGTCAGGTCACCTGAAGCGGGTGTATCGCCTGATTTCGGATAGCGAAATAACGCTGGGCGTAGATTTGACGGATGAGATGTTATTTCATTTGACGGCACGGTTCCTGTTATATGTAAGGCGGATTCAGACCGGACAGTTTATCTCGATAGATGAAGATGAACGAAACGTGCTGCGGAGGAAACCGGAGTACGAAGTTGCCGCAGGGCTTGCCGAAGGTCTTGGCCAAATGTTCGGCGTCTCCATCCCGGACGAAGAGATTTGCTACTTTACGATGCATTTACTGGGAGCCAGGGTTAACCGGATGGAACAGATGACCGGATCCGAAGAGGTGCTTAAGCAGCTTCGGCAAGTGACCAGACAGATGACGGATGATTTTCAGCGTTATGCCTGCGTATTCCTGCCGAACAGAGAAACGATGGAAGAGAATCTGCTTGTTCATTTGAAGCCGGCTTATTATCGGATCGTATACGGACTCGGTCTTGAAAATCCGCTGCTCGAAAATATCCTATCCAAGTACAGGGAAGTGTTCGAGCTGACCCGCCGATCCGCGGCTCCGTTCGAACAATTGGTTGGGCGTCAACTTGACGACAACGAAATCGGATATCTCGCGATGCATTTCGGCGGCTGGCTGCGCAGAGAGAACACGAAGCCGGCCGTACGGCGACAGGCAGCCATCGTTTGCGTCAACGGCATTTCCGCTTCGCGAATGCTGAAATCGCAGCTGGAGAACCTTTTCTCGGCAGTGGATATTACGGCCGTGCTCTCACTGCGGAATTACGAGTCCTTTGATGAAGACCATGTTGATTTTATTTTCTCAACGGTCCCATTGCCGGATAGCAAAGTGCCCGTTCTCTTAGTGAATCCGATTCTCAGCGATAAGGATAAGGAGCACCTGCTGAACCAGGTCAACATGGTTGCCGGCCGTAATTCTAAGACCCCGGCGTACTCGGTTCAAGCACTGCTCGATATCGTCCATAAATACGCCGTGGTTAGGGACGAAGCAGGTCTTACGGAGGAGCTGAACCATTACTTGTCCGTTGGGAAAACATGGCTGAGTGAAGCACGCAAGCCATCTCTATCGGATCTGCTCACCGGACAGATGATCCAAATGAAAAGAAAAGCTGCCGACTGGCGGAGCGCTGTACGCGATGCCTCCGAGCCCCTGCTGAAGGATGGGCGCATCGATGAAGCCTATATTGATGCGATGATCTCCAAAGTCGAGGCGCTAGGCCCTTATATCGTCGTTGCTCCGGGTATCGCGATTGCGCATGGCAAGCCGCAGGATGGTGTCCGGCGGCTGGGCATCAGTCTGCTGCGGCTGGAGGAACCTGTCGCCTTCTCAGAAGAAGCAAGGCATCAAGTTCAGGTCATTCTGGTACTGGCTGCGATTGACGGCGAATCCCACCTCAAAGCGCTGTCGGAGCTGACCATCCTGCTCAGGGAGAAGGAGAGCCTGATCCGTCTGAAAGAGGCCAAGACGAAAGAAGAGATACTGCAGCAATTACACACCGGTCTTTAG	MTLLHEAADYVSLEELMQKVGISRRTVYYDMEKINDYLKAVHLPPVKYVRTVGYYLPDESRSGLPQSTGKPQTQQYYLSPRERMAWMSLYLLSAEAPLFVHHFTDLLQVSRGTVLKDLNMVRSDMKISKLKVTYDRKRGYGVHGEERDKRKALSQYFGQIFGHAGWEQIFNRNPESESPDLAQVLFPPMKSGHLKRVYRLISDSEITLGVDLTDEMLFHLTARFLLYVRRIQTGQFISIDEDERNVLRRKPEYEVAAGLAEGLGQMFGVSIPDEEICYFTMHLLGARVNRMEQMTGSEEVLKQLRQVTRQMTDDFQRYACVFLPNRETMEENLLVHLKPAYYRIVYGLGLENPLLENILSKYREVFELTRRSAAPFEQLVGRQLDDNEIGYLAMHFGGWLRRENTKPAVRRQAAIVCVNGISASRMLKSQLENLFSAVDITAVLSLRNYESFDEDHVDFIFSTVPLPDSKVPVLLVNPILSDKDKEHLLNQVNMVAGRNSKTPAYSVQALLDIVHKYAVVRDEAGLTEELNHYLSVGKTWLSEARKPSLSDLLTGQMIQMKRKAADWRSAVRDASEPLLKDGRIDEAYIDAMISKVEALGPYIVVAPGIAIAHGKPQDGVRRLGISLLRLEEPVAFSEEARHQVQVILVLAAIDGESHLKALSELTILLREKESLIRLKEAKTKEEILQQLHTGL				NA	NA	NA	NA	NA
JZ016_01081	3942			hypothetical protein	ATGAATTTACGTTGGCGGAAATGCATGGTGGTTTCTCTTCTCACCAGTTTCATGCTGTATCCCATTTTGTTGTTTACCGGACCGATACAAGCATCAAGCGCTGCAGACGAGTTCGATTTGCTGAGGGAAAGGTGGCATGTATATTTGACCGGGGGGACGGCAATCGACACGTCGGACCCGGAAATTGCAGCGAAAATCAGCCAAATCGAAACCAACGCGAACAAGCACTGGTCAGCGATGAACACAAACGCCGGACGAACTTATCTGTGGAGCGATCTGGCGAATTGGAGTGTCTCCAGCACGATCTCATCCAACTATGTAAGGCTGAAGGAAATGGCTCTGGCCTATTCCACAACAGGGTCTTCCCTCAAAGGGGATAAGCAGCTGGCTGCAGACATCCTAAGTGGCCTGGACTGGATGTATGCGAACAAATATAACGAAACGAAGAGCGAGACAGGAAATTGGTGGGATTGGGAAATCGGCGTGCCGATGAATCTGACGGATGCGATGGTCTTGATTTATGATCAAATGTCCGCAACGCAAAAAGCTAACTACACGAAGGCTTTGGACAAATTCGTTCCGGATCCAACCTATCGCACAAATTCTCCTTCACTCCGGGAGACCGGTGCGAATCGGCTTGATAAAGCGCTAATTGTCTCTTTGCGCGGCGTGCTGAATAAATCGGATGCCAAGATTGCGCAAGGCCGTGACGCGATCAGCCAGGTGTTGTTGTATGTACAGAGCAGGGACGGCTTTTACGAGGACGGTTCATTTATCCAGCATGACTATGTCGCGTATACAGGAAGCTACGGTGCCGTTCTGCTCGAAGATATGGCGAAGCTGCTGTATCTTCTAGGAGGTTCGAGTTGGGATGTGACGGACCCGAATATCGCGAATGTCATTCGTTGGGTAACGGAGGCTTACCGCCCTTTTCTGTATAAAGGCGCGATGATGGATACGGTGCGAGGGCGTGCGATATCGCGCGAAAGTTCACAGGATCACCAGGCGGGACGGAAAATCCTGGCTTCACTCGTCATGCTGGCCGACGGCCTGAACGCTCGGGATGCCGCAACGGTTCGCCAAATTGCCAAAGGCCAAATGATGTCGGATACAACGTTCCCGAGTTATACGGAGGGGCTGTCCATTTTCAGCATCGGCAAAATCAAAGCACTGCTTGGCGATCCATCCGTTGAACCCGCAGGCGATATGATCGATACCCATGTATTCGCAGGGATGGATCGCGCCGTACACTTAAGGCCTGATTTCGGCCTGGCGCTTGGTATGTTCTCGACGCGGATTTCGGCTTTTGAATACGGCAACGGCGAAAATACCAAGCCATGGTGGCAAGGCGCAGGCGCAGCCTACATGTACAATGCGGACCAGACGCAGTTTTCGGGGGCCTATTGGCCAACGATTGATCCGGTGAGATTACCGGGAACGACTACGGACGGCTCTACGGGGAGCGTGGGCTCGTTCAGCTTCAAATTCAATACATCGAATTGGGTAGGCGGTTCATCGATTGATGGCCCTTACGGTACGGTCGGCATGCAATTTTCGATGTCGAAAAACACGGGTACTTCGTTATCCGGCAAAAAGTCATGGTTTCTATTCGGCGACAAATATATAGCGCTCGGATCCGACATTTCGAGCACCGGAGGTCGATCAGTAGAGACGATCGTTGAAAATCGCAAGCTGAACGAGAACGGTTCAAATACGTTGACGGTTGATGGAACGGTTAAGCCTGCGGCGACGGGGTGGACGGAGGCGATGACAGGCGTACAGTGGGCGCATCTGTCTGGAAGCGAGCCCGGAGCGGATATCGCGTACGTATTCCCTGGAGGGGCGACGGTCCATGGTCTTCGAGAAACGAGATCCGGCTCCTGGAAGGATATCAACACCGATGGAAGCGATAAGCTTCTATCCGCGCAATACGCCAGCCTTGCGCTAAATCACGGTATCGATCCGGTGCAAGCTTCCTATGCCTATGCCGTTTATCCGGGGGCGACAACGAGTGAGGCGGCCGGTTATGCGGCGAACCCGGGCTTTACGGTTTTGAAAAACACGGGAAACGTACAGGCGGTGATGGAGACCACCGATCAAATGGCGGTCGGAGCCAACTTTTGGAAGGATGCGGTTGAAACCGTTCAAGTGAACGGAGCCGATTACTTAACTAGCAATAAGAAATCATCCGTCACCATCGTTGAGAGCGGAGATGAGCTGCAAATCGGGGTTTCAGATCCGACCCAAGCAAACGGAGGGACTATTGAAGTCGAAATTCACCGTGCGACAACCGGCACGTTGCGGCTCGACCCGGGGGTTACAGTGAAGCAGTTTGCACCGACGACGGTATTGGAAGTCAATACGGCGGGAGCGATCGGGAAAACGTTCCTGGCTAAGCTGAGCACAGGGTCAACGACGCCGCCAGTGGCGCCACAATTGATCGAAGCCTTGCCAGGACCCGGTTCAGCTGCGCTGAAATGGTCCGCAAGCGCAGGAGCAACAGGATACCGAATTGATTACGGGACAGCGCCCGGCAACTATACGAATACTGTGGATATATCCGCAGTCAGCGGAAATAACCAGTATACCGTCACAGGGCTAGCCGACGGGGCAACGTATTATTTTACGATAAAAGCACTTAATGGCGCCGGTAACGAAAGCGCCGCATCCAATGAATTATTCGTAACGCTTGGATACGCAATCTTGCCTTCCGACGATGTCTACGTACGCAGCGGGTCTTATGCAAACACGAACTTCGGATCTTCCGATCAATTGGTTATCAAAAACGATCCCAACGCAGGTTATCACAGGTACTCCTATTTGAAATTTGATTTATCTCATCTGCCGGATCAGGTCAAAAGCGCGCAAATCCGCCTGGTTCCGACAAGTGCCGGACTTGCCAACACACAAGGCGTCGCTTTTGAAGTTAGCAATCATGCATGGACCGAAAGCAGCATGACATGGAACAACAAGCCTGCCGCCGGCAGCCTAATCGGAAGCTGGACCGTCCCGGCAGCGGGGACGCCGGCAACCTTGGATGTAACGGCACAAGTGAATGCGGCCATAGCTGGTGATCGTACAATCGCCGTTCAGCTGGCTCAAACGACCAACTATGGCTCGACCGGCTGGGTGATGTACGGCTCTAAGGAGCATACGAATGCAGCTTACCGGCCCGTGCTTCTGTTCGAGCCGCAGGATACGGTTCCGCCAAACACGCTGGCGACATTATCCCCGGAGAAGCCGGACGGCGATAACGGTTGGTATGTCCAGCCTGTAACGCTATCGTTGGCCGCGGAGGATTCATTATCAGAAGTAACCGCATCGGTATACAGTCTGGACGGTGGAAGCTCATGGCAGCCGTACACTGGACCTGTTACATTCAGTGAAGACGACAAATATACAATAAGCTATCGATCAAAGGATGATGCGGGTAACCTAGAGCCCGCGAAGATGATTGAATTTAATCTGGATACAAAGGCCCCTCTTATTACGTTTGGCGATCCGGCAGCAGAAAGCTACGGTATTGATCAGGACTTATTGCCGCAATTTGATGTAAGCGATGATTTGTCCGGCGTCGATTCTAAGAAGATAACTTTGTTGCTTGACGGTCGGCCTCTGGAACAAGGCGCAACGATTCCACTGTTTACATTGCCAGTGGGCAGTCATTCATTAGAACTTACAGTTTACGATTCAGCAGGAAATATGGGGAGAGCCAGTGTGGATTTCCAAACGACGGCGACTACAGAATCGCTCAAAGCGCTGGTCGCAAGGTTTGAGAAGGGCGGATGGATTGACAACAACGGCATCGCGAACAGCTTGAGGACAAAGCTCGACCAGGGTGAACTGAACAGTTTTATTCACGAAATTCAAGCACAGAGCGGCAAACATGTCCATAGCGATGCTGCACGTTACTTACTTCAGAATGCAGAGGCATTGATTTAA	MNLRWRKCMVVSLLTSFMLYPILLFTGPIQASSAADEFDLLRERWHVYLTGGTAIDTSDPEIAAKISQIETNANKHWSAMNTNAGRTYLWSDLANWSVSSTISSNYVRLKEMALAYSTTGSSLKGDKQLAADILSGLDWMYANKYNETKSETGNWWDWEIGVPMNLTDAMVLIYDQMSATQKANYTKALDKFVPDPTYRTNSPSLRETGANRLDKALIVSLRGVLNKSDAKIAQGRDAISQVLLYVQSRDGFYEDGSFIQHDYVAYTGSYGAVLLEDMAKLLYLLGGSSWDVTDPNIANVIRWVTEAYRPFLYKGAMMDTVRGRAISRESSQDHQAGRKILASLVMLADGLNARDAATVRQIAKGQMMSDTTFPSYTEGLSIFSIGKIKALLGDPSVEPAGDMIDTHVFAGMDRAVHLRPDFGLALGMFSTRISAFEYGNGENTKPWWQGAGAAYMYNADQTQFSGAYWPTIDPVRLPGTTTDGSTGSVGSFSFKFNTSNWVGGSSIDGPYGTVGMQFSMSKNTGTSLSGKKSWFLFGDKYIALGSDISSTGGRSVETIVENRKLNENGSNTLTVDGTVKPAATGWTEAMTGVQWAHLSGSEPGADIAYVFPGGATVHGLRETRSGSWKDINTDGSDKLLSAQYASLALNHGIDPVQASYAYAVYPGATTSEAAGYAANPGFTVLKNTGNVQAVMETTDQMAVGANFWKDAVETVQVNGADYLTSNKKSSVTIVESGDELQIGVSDPTQANGGTIEVEIHRATTGTLRLDPGVTVKQFAPTTVLEVNTAGAIGKTFLAKLSTGSTTPPVAPQLIEALPGPGSAALKWSASAGATGYRIDYGTAPGNYTNTVDISAVSGNNQYTVTGLADGATYYFTIKALNGAGNESAASNELFVTLGYAILPSDDVYVRSGSYANTNFGSSDQLVIKNDPNAGYHRYSYLKFDLSHLPDQVKSAQIRLVPTSAGLANTQGVAFEVSNHAWTESSMTWNNKPAAGSLIGSWTVPAAGTPATLDVTAQVNAAIAGDRTIAVQLAQTTNYGSTGWVMYGSKEHTNAAYRPVLLFEPQDTVPPNTLATLSPEKPDGDNGWYVQPVTLSLAAEDSLSEVTASVYSLDGGSSWQPYTGPVTFSEDDKYTISYRSKDDAGNLEPAKMIEFNLDTKAPLITFGDPAAESYGIDQDLLPQFDVSDDLSGVDSKKITLLLDGRPLEQGATIPLFTLPVGSHSLELTVYDSAGNMGRASVDFQTTATTESLKALVARFEKGGWIDNNGIANSLRTKLDQGELNSFIHEIQAQSGKHVHSDAARYLLQNAEALI				NA	NA	NA	NA	NA
JZ016_01082	963	cpdA_2		3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA	TTGGAGAAAAAGCTGAAGTTTCGTGAGGATGGAACGTTTGTCATTGTACAGTTTTCTGATGTAGAGTTTATTGACGCTGAGGATCACGATCCGGAGACGCCGCTTCTCGACTCGATGACGAAGGCGACGATGGAGAGAATCATTGCGATTGAGCAGCCGGATCTTGTTGTGTTTGCAGGCGACTTGACGGCAAGCGCTAGAAGTAAAGATCCGCTGCAATCGTTCCGCAGCGCTGTCGCTGTCGCTGAGGAAAACCGCGTAGCATGGGCGGCTGTGTTTGGCAATCATGACTCGGAAGGAAGCGTACCGCGTAAAAGGATGCATGAGGAGCAGCTCCTGCATGAATATTGCGTAGCCAAACCGGATCCACCGGGCGTAAGCGGAGCCGGAAATTATGTGCTGACGGTTGACGATTCCAAGGGAAGGCCGGCAGCTTCGTTGTTCTTCCTAGACAGCGGTGATTACTCACCGATGGATGCGGTGGGCGGATACGATTGGATACGCCGGGATCAAATCGAATGGTATGCATCTGAATCTCGGCAATTAGCCGAGCGAAATGGTGGAGAGCCTTTGCCTGCACTGGCTTTTTTCCATATTCCGCTCCCGGAATACAAAGAGGTGTGGAAGACGAAGGTGTGCGAGGGCCACTGCAGCGAATGGATCAGCTCGCCTGAACTGAACTCCGGCTTGTTCGCCGCCATGGTGGAGATGGGCGATGTTATGGGCACGTTCGTCGGACATGATCACTCGAATGATTACTGCGGGACACTGCATGGCATTCGTCTTTGTTATGGGAGGTCTACTCGTTACGTTAGTTATGTAGACGGTGTGCGCAAAGAAAAATTTCCGACGGGCGCAAGAGTCATTCGATTAAGAGCGGATGAGCGACAGTTTGAGACATGGATCCGCCAAAGCGACGGGCTTGTCGCGGAAATGCCGCTGCATGAGCCGGATGCTCGGTAA	MEKKLKFREDGTFVIVQFSDVEFIDAEDHDPETPLLDSMTKATMERIIAIEQPDLVVFAGDLTASARSKDPLQSFRSAVAVAEENRVAWAAVFGNHDSEGSVPRKRMHEEQLLHEYCVAKPDPPGVSGAGNYVLTVDDSKGRPAASLFFLDSGDYSPMDAVGGYDWIRRDQIEWYASESRQLAERNGGEPLPALAFFHIPLPEYKEVWKTKVCEGHCSEWISSPELNSGLFAAMVEMGDVMGTFVGHDHSNDYCGTLHGIRLCYGRSTRYVSYVDGVRKEKFPTGARVIRLRADERQFETWIRQSDGLVAEMPLHEPDAR				NA	NA	NA	NA	NA
JZ016_01083	1248	ycaD_1		putative MFS-type transporter YcaD	ATGACGAGTGACAGCAGCAACGCGATAGAACAGCGCCAGATTAGGATTGTCGGTATCGTAACGGCGCTAACCCTCTTCGGCGACTCGATGCTGTACATTGTCCTCCCCGTGTATTGGAAGGAAGCGGGACTGGACGCCCTTTGGCAGGTAGGCGTGCTGTTGTCCGTAAACCGACTAGTAAGGCTGCCCCTTAATCCTGTCATTGGCTGGCTGTATCATCGCATGTCGCTTCGAACCGGTCTGTTCATCTCTGTGTTGTTAGCGGCGCTTACCACAGTAGGATACGGCGTCTTCAAAGGGTTCGTGCTTTGGATAGCTTTGCGGGCGGTGTGGGGAATTGCATGGTCCTTGATGCGAATGGGCGGATATTTGACCGTCATTCGTTACTCGGACGATACCAATCGAGGGCGATTTATGGGAACGTATAACGGATTGTGGCGCCTGGGCAGCCTGGTTGGCGTGCTGTTCGGAGGGTTTCTCGTACCCATGCTCGGACTGCAGTCCGTCTCGATCATCTTTGGTTGGATGGCATTGGCTGGACTTCCGTTGATCGCGGCATCCATAAGTCCGGGAAAAGCGTCCGGCTCACATCAACTGGAATTACCTCCCGGTAAGACAAAAACGGTATGGTCGCTGCAGGTAAAGAAAATCGTGATAAGCGGACTAATTATATCCTTGCTGCACGCCGTGTTCGGCGCGACGCTTACGTATCTCATTGATACGAGTTATCCAAAGGGAATCCCGTGGTTCGGTCTGATCATCGGCAGCACGGTGTTGGGCGGCGTATTGACAGCGCTTCGCTGTGCTTGGGAGCCGTTCTTGGCCCGATGGTTCGGACAGCGTACGGATGGGCCGAGAGGAAGGCTGCCTTTATTCATGCTCTCGCTTGCGGGTGCGGCAGCGGGTTATGCGTTACTTCCGTGGCAGCTGCCGCTCGGTATATGGATTGTTATCGTTATTTTTGTCATGATCACAAGCACTGCGCTTGGCACCATTATGGACGCCATGGCTTCTGACGCTGCGAAGAGTACTTCCGTTATTACAGTCATGACTGCTTATTCCGTATCTACCGATTTAGGGGCGGCGATCGGCCCGACGTTAATTTATTGGGTGGTCGGCTCGCAGTATGGCGTGACATCGATGTATTTGGCGTGCGCTGCTGTATTCGTTTTGATCGGGTTATGGTATTGGAAGGAATATGTGACAAAGGGGCGGGTATATCTTGGAGAAAAAGCTGAAGTTTCGTGA	MTSDSSNAIEQRQIRIVGIVTALTLFGDSMLYIVLPVYWKEAGLDALWQVGVLLSVNRLVRLPLNPVIGWLYHRMSLRTGLFISVLLAALTTVGYGVFKGFVLWIALRAVWGIAWSLMRMGGYLTVIRYSDDTNRGRFMGTYNGLWRLGSLVGVLFGGFLVPMLGLQSVSIIFGWMALAGLPLIAASISPGKASGSHQLELPPGKTKTVWSLQVKKIVISGLIISLLHAVFGATLTYLIDTSYPKGIPWFGLIIGSTVLGGVLTALRCAWEPFLARWFGQRTDGPRGRLPLFMLSLAGAAAGYALLPWQLPLGIWIVIVIFVMITSTALGTIMDAMASDAAKSTSVITVMTAYSVSTDLGAAIGPTLIYWVVGSQYGVTSMYLACAAVFVLIGLWYWKEYVTKGRVYLGEKAEVS	PGPT0029185_378	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029185-mdtG-K08161	NA	NA
JZ016_01084	819	phnP_2	COG1235	Phosphoribosyl 1,2-cyclic phosphate phosphodiesterase	GTGAAGATTCATTTTCTAGGCACAGCCGCAGCCGAAGGATTTCCAAACCCGTTCTGCCGCTGCGATGCCTGCAGCAAGGCGAGGTCGCTTGGAGGAAAAAATATTCGAACCAGAAGCTCTATTTTGATCGACGATTTGATCAAGGTCGATTATTCTGCAGATTCCCATATGCAGGCGCTTCGTGATCGGATCGACTTGGGTGCGGTTGAGCACCTGTTGTTTACGCATACGCATTACGACCATTTTCAGCCGTCGGATCTGTACAACCGAGTTGAAGGATTTGCGCACGGTATCGATCATCCCTTACATATATATGGCAACGATGTTGCCATTAGCCAGACCGTTACTGCACTGGGGCCGGACGCTGGAGGCAGGTTTGCCTTTCATTTATTGCGCCCGTTCGAGACGATTTCATTGGGCGATACACGAGTCACCCCTTTGCTTGCGAATCATGACCCCATGGAAACTTGTTTGCTGTTTTACATAGAAAAAGGGGGCAAAACGCTATTTTACGGCAATGACACCGGATGGCTGCATGACGATACTTGGGAATGGCTTAAACGCAAAAGGATCGATATGGCGATCCTTGATTGTACGCATAGCTATACGAACAATAAGCGAAATCCAAATCATATGGGGATTGAGAGTGTGCTGGAGGTTCAGCGCGTATGGCGGGACGAAGGTACGCTTGGGCGTGACGCTCTTATATACGTGACTCACTTTACACACAATTCCGATTTTCTGCATGATGATTTTGAACGCGCTTTCGAGCCCGCGGGCATTAAGGTGGCTTACGATGGCCTGATCGTCGACCTATGA	MKIHFLGTAAAEGFPNPFCRCDACSKARSLGGKNIRTRSSILIDDLIKVDYSADSHMQALRDRIDLGAVEHLLFTHTHYDHFQPSDLYNRVEGFAHGIDHPLHIYGNDVAISQTVTALGPDAGGRFAFHLLRPFETISLGDTRVTPLLANHDPMETCLLFYIEKGGKTLFYGNDTGWLHDDTWEWLKRKRIDMAILDCTHSYTNNKRNPNHMGIESVLEVQRVWRDEGTLGRDALIYVTHFTHNSDFLHDDFERAFEPAGIKVAYDGLIVDL	PGPT0002480_328	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002480-phnP-K06167	NA	NA
JZ016_01085	768	srlR_1	COG1349	Glucitol operon repressor	TTGTTTGCTGAGCAGCGGCATCAAATCATTATTCAGAAACTGAATCAGGACAAATCGATCCGAGCGTCGGAGCTCATGGAGCATTTCGGAGTTTCGTTTGAGACGATCAGACGTGATCTGGAATATTTAGAAAGCGAAGGCTACCTGCGGCGGGTGCACGGCGGGGCGATTCTGAAGGAGCCCGACTATAGCCGCGAAATCCCGCTGCCGATCCGCGAATCGATATATATGGAAGAGAAGGCGGAGCTTTCTCAAATCGCGGTACGTTATGTGACCGAGGGGATGTCCATCGCGCTCGATCCCAGTACGACAAACACCCAGATAGCGAAGGCGCTGAAAGCCAAGTTCGATCGATTAACCGTGATTACGAACTCGCTTCCGATCGTCAACGAACTCGTTTCGATGCCAGGATATACGGTGATTATGACTGGGGGCGTTATTCGTCATGAAGAGCAAAGCATCATCGGAGATTTGGCGGAAGAGTTTTCATCACGCTTCCATGCGGATTTGTTCTTTATGAGTATGAGCGGGGTTACGTTGGAAGCAGGGATTACAGATTACGGAGTCGGCGAAATTCAAGTGAAAAAAATAATGCTCGCGAACGCGAAGCGCTGCATCGCCCTCGCAGACAGCAGCAAGTTCGGGCAAAATTCATTTATCAAAGTATGCGGGGCAGCGGAAGTCGAACGGTTTGTGACGGATTCCAAAATCGACCGGGATATCGTTGAACAATTTCGCAAGAACGGCATCGAAATCGTATACAAATAA	MFAEQRHQIIIQKLNQDKSIRASELMEHFGVSFETIRRDLEYLESEGYLRRVHGGAILKEPDYSREIPLPIRESIYMEEKAELSQIAVRYVTEGMSIALDPSTTNTQIAKALKAKFDRLTVITNSLPIVNELVSMPGYTVIMTGGVIRHEEQSIIGDLAEEFSSRFHADLFFMSMSGVTLEAGITDYGVGEIQVKKIMLANAKRCIALADSSKFGQNSFIKVCGAAEVERFVTDSKIDRDIVEQFRKNGIEIVYK	PGPT0017590_819	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436	NA	NA
JZ016_01086	945	garR_1		2-hydroxy-3-oxopropionate reductase	ATGAAAACCAATAACGAACGTGAGAACATCAACAAGTCAGTTCGAATTGGAACTGAAAAAGATAATGGGAAGGACTCATCAGTGACGGTCATCGGGCTAGGACCTATGGGCAGGGCGATAGCGAGCGTTTATTTGGATAACGACTATAGGGTGACCGTGTGGAATCGAACTTCAAGCAAAGCCGACGAGCTTTTGGCAAAGGGTGCCACTAAGGCGCCCACGGTCAAAGAGGCGGTAGCCTCTAACAAATTGATCATCATTAGTCTAACAGACTATAATGCGATGTACGCTATTCTCGAACCGATTTCGGAGTATTTATCCGGCAAAGTGATCGTCAACTTGAGTTCAGATACCCCAGACAAGGTCCGTGAAGCGTCGAAGTGGTTGGCTGAACGCAACGCCCGGCATCTCACCGGCGGTGTATTGGCTTCACCTCCTGGTATCGGTAATACTACAGAATCCGTCACACTCTATAGCGGCCCTAGGGAAATCTTCGAGTCGCAAAAGAAATTCCTGGATGTACTAACAGGCACAGACTATAAGGGTGAGGACGCAGGGCTTGCCATGCTGTACTACCAGATACAGATCGATGTCTTCTGGACCACCATGCTTAGCTATCTTCATGCTGTTGCAATAGCGGGAGCGAATGGAATCACGGCTGAACAATTCCTGCCATATATCTCGGACACCTTGTCATCTCTGCCGAAGTTACTTGAGTTCTACACCTACAGGATCGATACGGGCAAGCACCACGGTGACGTGGAAAAACTTGCTATGGGTTTGGCGAGTGTCGAGCACGTGGTTCAAACATCTAAAGAAGCAGGTATAGATCCTTCTCTGCCAACCGCTGTTCTGGAAGTCTTCAAGCGCGGTGTTGCTAAAGGACATGCTGGCGATAGCTTCACCAGTCTAATTGAGATGTTCAAAGAGTCTGTAGTAAAATAA	MKTNNERENINKSVRIGTEKDNGKDSSVTVIGLGPMGRAIASVYLDNDYRVTVWNRTSSKADELLAKGATKAPTVKEAVASNKLIIISLTDYNAMYAILEPISEYLSGKVIVNLSSDTPDKVREASKWLAERNARHLTGGVLASPPGIGNTTESVTLYSGPREIFESQKKFLDVLTGTDYKGEDAGLAMLYYQIQIDVFWTTMLSYLHAVAIAGANGITAEQFLPYISDTLSSLPKLLEFYTYRIDTGKHHGDVEKLAMGLASVEHVVQTSKEAGIDPSLPTAVLEVFKRGVAKGHAGDSFTSLIEMFKESVVK				NA	NA	NA	NA	NA
JZ016_01087	906			3-sulfolactaldehyde reductase	ATGAGTTACGATCAAAGCAAGAGAGAAGAACGCTCGCCTGTGACCGTCATTGGTCTTGGCGAGATGGGCCAGGCATTAGCTGGCGTTTATTTGCGGAACGGATATCCTACGACGGTATGGAACCGTACGGCAGCGAAGGCAGATACCTTGGTGAAGCAAGGAGCTGTACTTGCCGCCACACCTGCTGAAGCCGTGCAGGCAAGCCCCGTCGTGATCGTATGTGTTCTGGATTATGATGCCGTGCATGAAATCCTCGATCCTCTGGGTGATATACTTAAGGATCGTGTTGTGTTCAACCTCACGAATGGCACACCTATGCAGGCTCGCAGTACCGCCAAATGGGCGAAGGAAAGAGGTTACGATTATATCGATGCGGGTATCATGGCCGTACCGCAAATCATCGGAACCGAGGCAGCCTTCATCCTCTATAGCGGAGGAGACAAGAAATCCTTTGACACCAACAAGAAGTTGCTAGATGTCATGGGAGCCGCCAATTACGTTGGTGCAGATGCCGGATTGGCCTCCCTGCTTGATTTAGCCATGAATGGGGCGATGTACGGTATGCTCGGCGGTGCCATGCATGCCATCGCGGTTGTTGGCACTGAGGGCGTTAAGGCACAAGATTTCTCGTCCGGGCTCCTGATTCCCTACCTCACCGCCATTACCGGTATCATCCCTAACCTCGCACGCCAGTTCGACACAAGAGAGTTCTCGGTTGGGGTCTCAGCCAAACTTGCTATGCAGCAAGTTGGTTTCAGGAATATTCGGCAGGCCAGCAAAGATCAAGGAATCAGTACGGAGCTGCTTGACCCCATTCAGTCTCTGATGGATCGACGCGTCGCTGCTGGCTTTCCTGATGATGATTTCTCTGCCGTCACCGAGCTTTTAAAAGAGCAAATGACCTGA	MSYDQSKREERSPVTVIGLGEMGQALAGVYLRNGYPTTVWNRTAAKADTLVKQGAVLAATPAEAVQASPVVIVCVLDYDAVHEILDPLGDILKDRVVFNLTNGTPMQARSTAKWAKERGYDYIDAGIMAVPQIIGTEAAFILYSGGDKKSFDTNKKLLDVMGAANYVGADAGLASLLDLAMNGAMYGMLGGAMHAIAVVGTEGVKAQDFSSGLLIPYLTAITGIIPNLARQFDTREFSVGVSAKLAMQQVGFRNIRQASKDQGISTELLDPIQSLMDRRVAAGFPDDDFSAVTELLKEQMT				NA	NA	NA	NA	NA
JZ016_01088	345			hypothetical protein	ATGAATGATGGTCAAGTCTTTCGTGAATGCGACATGGAGTTCAAAAACAACCAAAAGGTTCTGATCGCCATCGGTGATGAAACAAGACAAGCTATCCTTAAAACATTGATAGAGGGACCGCAAAATCCCGGTATGCGAGTGGGAGAGATCAGGTTGAATACTCATCTATCTCGTCCAGCCGTTTCTCATCATTTGAAGATTTTAAAAGATTTCGATTTTGACCTAAGCGAGGAAGAAATGGACCGAATCCGGCAGCTAGACACGGGTAAAAGATATTCCGTTAACCCGACTGGCTACATGATAAATCCGATTTACGTCCAGTTAATGAAGCTATTTGTAAAATAG	MNDGQVFRECDMEFKNNQKVLIAIGDETRQAILKTLIEGPQNPGMRVGEIRLNTHLSRPAVSHHLKILKDFDFDLSEEEMDRIRQLDTGKRYSVNPTGYMINPIYVQLMKLFVK	PGPT0004735_2983	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_01089	1215	sotB_1		sugar efflux transporter	ATGTCTGAAAACGAAAAGGAAAGAGTGGAGAAATCCGTATCAACTTGGATTACGCTGATTCTTGCTGTTGCCTGTGGGTTGATCGCTGCAAATCTTTACTATACTCAACCTTTAATTGATTCGATTAGTTCGGCCATCGGGTTATCTTCGGAAGCCGCAGGGTTGATCGTGACGCTGACCCAAATCGGTTACGGGATCGGCTTGTTATTTATCGTCCCTTTGGGGGATTTGCTTGAAAACCGCAAATTGGTGGTTATGCTGCTGATTCTGACGTCTATTGTTTTGATCATCGCGGCTGAAGCCCGAAGTGCGGCTCTGTTTCTTGCCGCTTCCTTGTTTATAGGTGTCGGGGCCGTTGCGGCCCAGATCCTAGTTCCATATGCGGCGCATCTTTCCCCTGAGGAGACGCGTGGACGTAATGTAGGCAACGTAATGAGCGGTTTGTTATTGGGTATTATGTTGGCCCGTCCGGTTTCGAGTATGGTAGATACATATTTCGGCTGGCATGCCATCTTTATGATTTCCTCCGCTATGCTCTTGGTACTGGCTCTTGTATTGGCAAAAGTCCTTCCGGCAAGGCAGCCGCAAACGAAGGACAAATATCCGGTTATCATCTCATCCATGCTGCATCTGCTCAAGACAACGCCGATTCTGCGGCGCCGCGCACTGTATCACGCGTTTTTGTTCGGCATGTTTAGTCTGTTCTGGACAACGGTTCCGCTCGTTTTAACGAGTCCGGTGTTTCATTTTTCTTCAACAGGTGTAGCACTTTTCGCTTTGGCAGGGGTTTCTGGTGCGGCGGCGGCTCCTATTGCTGGCCGTTTTGCAGATAAAGGCCTGATACGTTCGGCAACGGGATTGTCCATCGCGCTGGTGATTCTATCGGGTCTTTTGCCGATTATGTTTCCTGGAGGTTCTATATTTTCTATCGTTATCCTCGTAATTGCTGCTATTCTGCTCGACATGGGTGTGTCCGCCAATATGGTGTTGGGACAGCGAGCGATTTTCGCTTTGGGAGCTGAGGTGCGCAGTCGGCTGAACGGCATGTATATGGCGATCTTTTTTGCGGGTGGAGCCATTGGCTCCGCAGCCGGGGGTTGGGCGTACGCCATGGGCGGCTGGAAAGCGGCGATGTGGGTTGGCGTTCTATTTCCGATCCTGGCATTACTGTACTTTTTTACGGAAAAAAGAGGGGCTCACGGCGATATGAGATGA	MSENEKERVEKSVSTWITLILAVACGLIAANLYYTQPLIDSISSAIGLSSEAAGLIVTLTQIGYGIGLLFIVPLGDLLENRKLVVMLLILTSIVLIIAAEARSAALFLAASLFIGVGAVAAQILVPYAAHLSPEETRGRNVGNVMSGLLLGIMLARPVSSMVDTYFGWHAIFMISSAMLLVLALVLAKVLPARQPQTKDKYPVIISSMLHLLKTTPILRRRALYHAFLFGMFSLFWTTVPLVLTSPVFHFSSTGVALFALAGVSGAAAAPIAGRFADKGLIRSATGLSIALVILSGLLPIMFPGGSIFSIVILVIAAILLDMGVSANMVLGQRAIFALGAEVRSRLNGMYMAIFFAGGAIGSAAGGWAYAMGGWKAAMWVGVLFPILALLYFFTEKRGAHGDMR				NA	NA	NA	NA	NA
JZ016_01090	585	comR_3		HTH-type transcriptional repressor ComR	ATGGGACGGACCAAAGAATTTGACCGGGAGCAAGTGCTGCGCAAAGCCATGATCGTTTTTTGGGAAAAAGGATATGAGGCTGCAAGCATACCGGATTTATTGGAATCCATGGAGTTGAGCAGATCCAGTATGTACGAAACGTTTCAGGATAAACAGACGCTGTATTACGAAGCCATCCAATATTATAAAAAAATGTCGCAAAAAAAACGTGATCAAATGATACATGCAACTTCTGCGATCGCGGGAATCCGCCAGTATTTCGAGCTGCATATCATGAACGCTTTTGCCACGCACGGCGAAGCTTTCCCTAATGGATGTCTGATTACGAATGCTTCCGTTGGTTTGGATACGGTGGATGAGCCTTTGCAGAATACGATTCGCCAAAGCTTTACGGAATTGGAGCAGCTGTTTTATGAGACGTTAAAGAAAGGGCAAGAAACGGGAGAAATAGCCCCGGAGAAAGATATTAAAATGTTATCGTACCTGCTCCTGAACCTCAACCATAGCATTAACGTAATGGCCAGAATCAAAAGCGATATTAATAAAGTACATGGTATGATGGATGCGGTCTTCGAGATGCTGTAA	MGRTKEFDREQVLRKAMIVFWEKGYEAASIPDLLESMELSRSSMYETFQDKQTLYYEAIQYYKKMSQKKRDQMIHATSAIAGIRQYFELHIMNAFATHGEAFPNGCLITNASVGLDTVDEPLQNTIRQSFTELEQLFYETLKKGQETGEIAPEKDIKMLSYLLLNLNHSINVMARIKSDINKVHGMMDAVFEML				NA	NA	NA	NA	NA
JZ016_01091	336			hypothetical protein	TTGATTGAGCCTAAGACCATAAGCCATATGAGCGTCAGGAAAAATCGATTCCGTTCGAACGAGCAAGAGATACAAATTACAGATCCTGCGGAGATTGAGCGGATTATGAACAGCTTTTCTGAAGTCAAACTGCGTAAAACCAGCAGAGTGGATTACGGTAGCGAAGAATATGAAGTTTGGTTTCAGGGCCGAAATGGCCCGACCTTCTCTATGTACTTCTTTAGCCCTGACCACGTTCGAATCCATAACGGTTCGAGCAATCACAAAAGGTATGGCAAGGAATATAAAATTGTAAACGACTTCGATCGTGGGGTCATCGAAAATCTATTTAAATAG	MIEPKTISHMSVRKNRFRSNEQEIQITDPAEIERIMNSFSEVKLRKTSRVDYGSEEYEVWFQGRNGPTFSMYFFSPDHVRIHNGSSNHKRYGKEYKIVNDFDRGVIENLFK				NA	NA	NA	NA	NA
JZ016_01092	999	srkA_2		Stress response kinase A	ATGGACCAAAACGTAAAATTAATGTTCTTGGACGAACATGCCATTGAAGGTGCAGCGCGGTTCGGAGTCAGCTCCAAGGAGCTGACCTTCCTTGGAGGATTTCAAAACTTTATATATTCCTATGATCGCAATGATATGAAATATATCCTCCGTTTCACAGCGAGCACTCATCGCACAGGAGAAGAACTTGCAGCTGAAATAGAATGGATTCGTTATCTATCAAAGAATGGGCTGGCGGTCTCAGACTCGTTATCTTCGATGAATGGAAACGACTTCGAACGAATCCGAGGAACTCATATTGATTTCTACGTGACCTCTTTCAGATATGCGCCTGGTCGTAAAATCGGATACCCGGAATGCCTAGGCAATCCCTTACTTTACGAGCAATGTGGACGCGTGACTGGCCGTCTCCATGAATTGTCGAAGCGTTACAAACAAAAGGTAAAAAGGCACACTTGGGAAAACAATGAATACCTCTTACAGGCCCAAAAATATATACCGGAAGAGCACCTACCCATGCTTCTTGCGCTTGATGATCTTAAGAGACAGTTGTCCAGTCTCCGTATTACTACTGATAATTTCGGTTTGATACACGGAGATATCAATGTAGGAAATTTTATGGTTGATGAATCAGGGGAATTAACGCTTTTCGACTTTGACGAATGTCAGTATAGTTGGTATGTCGAAGACATTGCGATCCAGTTATATTACCTGCTGTATGTATTTGGTGAAGATTCCAAAGTTGAACGAAAGGCGCAGTACGAGCTTTTCATGAAACATTTTGAGCGAGGCTATACAGAGGATAACCGTCAAATGCCTGAGGGCTGGAGGGATCAGTTGGGAGTTTTCCTGAGGCTGCGTGAAATTATCGTAGTCGTCGGCATGCACCGAAGCTGGGATTTAAGTCAACCAGACGATTGGACTCGCGACTTTTTAAGAGATAGCAGGATGCGGATTATACAAGGGGTTTCGTTGATCGACGAATTCCAGTCATCCTAA	MDQNVKLMFLDEHAIEGAARFGVSSKELTFLGGFQNFIYSYDRNDMKYILRFTASTHRTGEELAAEIEWIRYLSKNGLAVSDSLSSMNGNDFERIRGTHIDFYVTSFRYAPGRKIGYPECLGNPLLYEQCGRVTGRLHELSKRYKQKVKRHTWENNEYLLQAQKYIPEEHLPMLLALDDLKRQLSSLRITTDNFGLIHGDINVGNFMVDESGELTLFDFDECQYSWYVEDIAIQLYYLLYVFGEDSKVERKAQYELFMKHFERGYTEDNRQMPEGWRDQLGVFLRLREIIVVVGMHRSWDLSQPDDWTRDFLRDSRMRIIQGVSLIDEFQSS				NA	NA	NA	NA	NA
JZ016_01093	792	sotB_2	COG2814	Sugar efflux transporter	TTGCCACAATTATCATCTTCTAAGGGTACGGCACAAACGGGCAACATGCCCGTCGCCAGGCTTCCTTGGTTAGCACTGCTCGCGCTTGCGATGACAGGATTTATTTGTATTTTTACAGAAACCATTCCGGCGGGTTTACTGCCGCATATTGCGGGAGGTTTGAATATTACGACAGGGATGGCCGGGCAACTCGTCACTTCCTATGCTTTGGGTTCCATTGTGGCGGCAATCCCGTTTGCGATGTTTACCGGAGGGATGAGACGACGTTCGCTTCTGCTTGCCATTATTGTAGGTTTTTTGATCTTCAACTCGATGACCGCATTGTCTAGCAGCTATGTATTGACTTTGGTCGCTCGATTTTTTGCCGGCGTATCTGCGGGTGCCGCATGGGGGATGATTGCCGGGTACGCACGGCGTATGGTTCCGGATGCTTTAAGAGGCCGTGCCTTAGCAGTCGCGATGGTTGGCACTCCGATAGCTCTTACACTCGGTGTGCCGGTGGGCACCTTGCTCGGTGACCTCATTGGTTGGCGTCTTGTATTCGGACTCATGTCTCTGCTGACTCTCGTATTAAATGGATGGGTTCTGTGGCAGGTGCCGGACTATCCCGGGCAGCCTGCAAATCAAAGAATGACCATCCGTCAGGTGTTTGTCATGCCCGGCATCCGTCCGATTCTTATGGTGGTATTGACATGGATGCTGGCTCACAATATTTTATATACGTATATCGCGCCGTTATGGAGCATAAGAATATGGATTCGCATACAGGAGGGCGTATGGACCAAAACGTAA	MPQLSSSKGTAQTGNMPVARLPWLALLALAMTGFICIFTETIPAGLLPHIAGGLNITTGMAGQLVTSYALGSIVAAIPFAMFTGGMRRRSLLLAIIVGFLIFNSMTALSSSYVLTLVARFFAGVSAGAAWGMIAGYARRMVPDALRGRALAVAMVGTPIALTLGVPVGTLLGDLIGWRLVFGLMSLLTLVLNGWVLWQVPDYPGQPANQRMTIRQVFVMPGIRPILMVVLTWMLAHNILYTYIAPLWSIRIWIRIQEGVWTKT				NA	NA	NA	NA	NA
JZ016_01094	615	comR_4		HTH-type transcriptional repressor ComR	ATGGCACGAACGGGACGTCCACGCGCTTTTAACCGTGACGAGGCAGTTGCTGCCGCCATGCTTCTGTTCTGGGAACACGGCTACGAATCCACTTCGCTAGCTCAGTTGCGTGCTGCCATGGGCGATATTTCTGCAGCGAGTTTTTATGCCGCTTTCGAATCAAAAGAATCCCTGTTCCGAGAAGTGATGGATCAATATATCTCTACTTATGGACAAGTCTCTGAAAGTTTCAGGGATACAAACCTGACATCAAAAACGGCTATCGAACAAGGACTGCGACGATCGGCTCGAATGCAGACAGAAAGTTCCCATCCTCCCGGTTGTCTGTTGGTTTTGTCCGCCGTGAACTGTTCACCCGAGCAACAACATATCCGCGAGATGCTTGCCAAGGAACGGGCCAGAGTCCATGGTTGGCTAAAAGATTGTATCGAGCGGGCCGTAGCCAATGGAGAGTTGCCGGATTCAACGGATATCCCCATGCTGGTAACCTTATTTGAAACATTTCTGCAAGGAATATCAACGCAAGCCCGGGACGGTATTTCATACGAAGCAATGGATGCTGCCATCACTCAACTGATGAGCGTATGGGATGCCTTATCGACGCAGTCAGGCTAA	MARTGRPRAFNRDEAVAAAMLLFWEHGYESTSLAQLRAAMGDISAASFYAAFESKESLFREVMDQYISTYGQVSESFRDTNLTSKTAIEQGLRRSARMQTESSHPPGCLLVLSAVNCSPEQQHIREMLAKERARVHGWLKDCIERAVANGELPDSTDIPMLVTLFETFLQGISTQARDGISYEAMDAAITQLMSVWDALSTQSG	PGPT0004136_288	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004136-comR|ycfQ-K22041	NA	NA
JZ016_01095	1044			hypothetical protein	ATGAACGCGTTTCAGCTACCGGTGGTGAATCCGCCGCTTAAAGGATTTTTGCGGTGGGCCTACACACTTTCCATCACCAGCATCCATGAAGAAACGAAGCCTTGGTTTTACAGCAATTTTATCCAGCTGTTCTGCAAAAAAAACTTTCTGGAGGACGGCAGGCAGTACTACTTTGATTTTTTTCGGGGCAAGCCCAACGAACTGAATTTCAACAACCCGTTTCTTCTCACCTGCTCCGTCAATTATACGATTCTGGAGAGTTTGGCATTGGACGCTTGGCCGAAATTTTTCGCGGATCAGATCCGAAACGGCTATTATTGCGTTGTGTTTTTGGATGAAGCCAGATTATCGCCTGCGGCCTCCTATCAGAGAGAGCCGTTCCCGCATCATCTTTTCCTATATGGTTACGATTGGGACGAAAGGATCTTCAATGCGTCGATGTTCGATCGTACGGGAGTATACCGCAATTTGCAGATCCCGTTCCGGGAGTTCCAGGACGCCGTTCAGTCCATGAGGCATCTTCTAAAGGAGAAGCTCACGGCCGATCATCATACTTACTTTTATAAATACGAGCCGCATTCTCCATATCCTTTTGATAGAACGGCCGCGATTGACCAGCTGCGCGACTATCTAAACGGAGAGACCCGTCTCAACCGGATCAATTACAATTCGGACAACGAAGAAGCATTCGGAATCAAGGTATACGACTATTTACGGCTGTACTATGATGCCGCAGAGGGCAACGATTCCCGGCTCGGTGACCGTAACGATGTAAGACACCTTCATGTGCTCTGGGAACATAAAAAAATGATGAGCGAGCGGATCGGATACTTGGTGGACGAGGGGATCATCCCGTATGACGAAGAGCTGGTGGCTGGCTACAAGGATATCACCAAAAGGGCGATGAAGCTGAGAGATCAGTGCATTCGTCATGAACTTCGCGAAGACCACGAAATGTTTGATCGGCTGAGGCTTCGGTTCGATGAATTCCAAAACGAAGAGCCTGTTCTCCTGCAAAAGCTCATTACACTGCTTGATGGCTGA	MNAFQLPVVNPPLKGFLRWAYTLSITSIHEETKPWFYSNFIQLFCKKNFLEDGRQYYFDFFRGKPNELNFNNPFLLTCSVNYTILESLALDAWPKFFADQIRNGYYCVVFLDEARLSPAASYQREPFPHHLFLYGYDWDERIFNASMFDRTGVYRNLQIPFREFQDAVQSMRHLLKEKLTADHHTYFYKYEPHSPYPFDRTAAIDQLRDYLNGETRLNRINYNSDNEEAFGIKVYDYLRLYYDAAEGNDSRLGDRNDVRHLHVLWEHKKMMSERIGYLVDEGIIPYDEELVAGYKDITKRAMKLRDQCIRHELREDHEMFDRLRLRFDEFQNEEPVLLQKLITLLDG				NA	NA	NA	NA	NA
JZ016_01096	810			hypothetical protein	TTGCATATGTTTAAAATCACGAGGAAATACATGCGTCTGTACGGTTTATTCATCAAAAATTGTCTCATCGCCCAAATGGAGTTTCGGGGCAATTTTATGATGAGCCTGCTGGTCGAATCCGTCTACCTGCTTGCCAAGCTGCTATATGTGCTGGTCGTGTTCCGTACCGATCTTCATGTTGATGGCATACCGCCCGAAGGGCTGCTTCTATTTATAGGCATGCACACGGTGGTGACCGGAATTTATGTCGGCCTGTTTTTTACAAATTTCATGAAAATTCCGGAATATGTTAAAGACGGCTCGCTTGATTTCATGCTGACGAAGCCGGTATCCCTTCAGTTCATGGCTTCCTTGCGTTACGTCGATTTGGCGCTGCCGATCCCTGATATTCTGGTTGGGTTCGTCATGATCGGCATCGGCTGGCATGCGATGGATATTCCGCTGACGTTCCTGCAGCTAGCGGGGTTTGCCCTGCTGCTGCTCGTCTCCGTTGTCATCACTTACTGCCTGATGATTATCCCGGCGCTGCTTTCATTCTGGTTCGTCCAGACGGGCTCTGTGTCGGAGATCGCGCATTCCGTTTGGGACGCCAACAATTTCCCTATGGCTATATACCCGGCCTGGGTCCGGCGGGTCGGGACTTTTGTTATTCCTCTGTTCCTTATTACCAATTTCGGACCAATGTTTCTGCTTGGGCAGATTAACTGGCTCCATGCGGGCTTGGCGCTGATCGCTTCGCTTCTGCTCTTTGCAGCTGTTCGGCTGCTCTGGAAACAGGCCGTGAAAGGTTACAGCAGCGCGAGCAGTTAA	MHMFKITRKYMRLYGLFIKNCLIAQMEFRGNFMMSLLVESVYLLAKLLYVLVVFRTDLHVDGIPPEGLLLFIGMHTVVTGIYVGLFFTNFMKIPEYVKDGSLDFMLTKPVSLQFMASLRYVDLALPIPDILVGFVMIGIGWHAMDIPLTFLQLAGFALLLLVSVVITYCLMIIPALLSFWFVQTGSVSEIAHSVWDANNFPMAIYPAWVRRVGTFVIPLFLITNFGPMFLLGQINWLHAGLALIASLLLFAAVRLLWKQAVKGYSSASS				NA	NA	NA	NA	NA
JZ016_01097	810			hypothetical protein	ATGAACAGACGCAAATTGTATAAGGCTGTGTTTTCAATGGGCGTCCAGCATTCGATGGAGTACCGTTTTCATTTTTTTCTTGGTCTAGTGGGGGCCGCGTTTCCGATTCTTGTCCAGTATTTCATCTGGACGGCGGTGTACCGGCATTCCGGTCAGGCTGCGCTGTTCTCGTATTCGTACGGTCAAATTATTTTGTATACGATCTTGGCGGGATTGGTGTCCAAGCTGATCGCGACTCAGTTCGAGCACCAGATTGCCGACGATATCAAAAACGGCGGTCTTAACAAGTATTTGATCAAACCGGTCAGCTATTTCGGATATCGGCTGGTATCTTTTTTCGGTCAGAAGGCGATCTACTACGGGATTACGGCTTTGCTGCTCTTCGGAATTATTGGGTTCGCATCTGCAGGTGGCGTGCTGGAGCTCCAGGCCATACGCCTGATCTTGTTCGCGGTTACGCTGTCGGGGGCGCTTTTGCTCAATTTTCTGATCGCTTACTGCATCTGCGCGAGTGCATTTTATCTGCATGAGATCTCTTATTTTTTTGTCATTACAAGTTTACTTGTCAATATTTTAAGCGGAGGCATGTTTCCGCTCGAGATCTTCGGGGAGTCGGTTGTGAAGGCACTTCAATACACGCCATTCCCGTACACGATTTATTTTCCGGTCAATATCCTCAGCGGCAAAGCGGAAGCGGCGGCTATGTACCAAGGGCTGCTCGTCCAGTGTGGGTGGATTCTGCTGTTCTTCTGGTTATCCCGTCTGACGTGGCGCATTTCCATGAAGAAATATTCGGCAGCAGGGGGGTAG	MNRRKLYKAVFSMGVQHSMEYRFHFFLGLVGAAFPILVQYFIWTAVYRHSGQAALFSYSYGQIILYTILAGLVSKLIATQFEHQIADDIKNGGLNKYLIKPVSYFGYRLVSFFGQKAIYYGITALLLFGIIGFASAGGVLELQAIRLILFAVTLSGALLLNFLIAYCICASAFYLHEISYFFVITSLLVNILSGGMFPLEIFGESVVKALQYTPFPYTIYFPVNILSGKAEAAAMYQGLLVQCGWILLFFWLSRLTWRISMKKYSAAGG				NA	NA	NA	NA	NA
JZ016_01098	984	btuD_5		Vitamin B12 import ATP-binding protein BtuD	ATGGATTTTATCCGTGTGCGGGAGCTGCACAAATCGTTTGTGTATTACCGGAAACAAGCCGGGCTCAAACATTCATTAAAAAATTTATTTGCCCGCAAGTCACTGGTGAAGGAAGCGGTTAAATCCGTTTCCTTCGATATCGGTCCCGGCGAGTGTGTCGGATTTCTCGGGCCCAATGGGGCGGGCAAGACCACAACGCTTAAAATGTTATCGGGCATTCTATATCCCACGAGCGGGGAAGCCGTTGTACTCAGCTATGTGCCGTGGGAGCGAAAGAACGAGTTCAAACGGCTGTTCTCCATTGTGATGGGCCAGAAAAACCAGCTTTGGTGGGACCTTCCCGCCAGCGAGTCGATTTATTTGAACAAATGTATTTATGACGTGGACGATGATCTCTACCGTCGGAGTCTTGCCGAGCTATCGGAAATGCTCGATGTGCAGGACCTTCTGGATGTGCAGGTGCGCCGGCTGTCCCTTGGGGAGCGGATGAAAATGGAGCTCATCGCCGCTCTGATTCACCGCCCTAAGCTGCTTTATCTCGATGAGCCGACGATCGGCCTCGATTTCCCCTCGCAGAAGAAGGTCAGGGAGTTTCTGAAATACTACAATGAACAGTTCGGTGCGTCGATCCTGCTGACGAGCCACTACATGAAGGATGTGGAGGACCTGTGCAAGCGGACGATCATTATTAATGAAGGCAGTATTCTGTATGACGGTGATCTTCACAAAATCAACGATCTTTTTGACGAGCAGAAAATTATAAGGCTGCATTTCTCCGAACCCGTTACCGAGCAGCGGTTGGCCAAATTCGGGAAAATCGTCAGCGCAGACGACTACAACGCTGTTTTGGAGCTGCCAAAGTACAGGTTGAAGGAAGTGTCGCGTGCCGTGCTCGATTCCTTTCCGATCGTTGACTGGACGATCGAGGACGTGGCGATCGAGGAGAGCATTTCGATGCTCTACCGCAAGGAATCCGTCGGATGA	MDFIRVRELHKSFVYYRKQAGLKHSLKNLFARKSLVKEAVKSVSFDIGPGECVGFLGPNGAGKTTTLKMLSGILYPTSGEAVVLSYVPWERKNEFKRLFSIVMGQKNQLWWDLPASESIYLNKCIYDVDDDLYRRSLAELSEMLDVQDLLDVQVRRLSLGERMKMELIAALIHRPKLLYLDEPTIGLDFPSQKKVREFLKYYNEQFGASILLTSHYMKDVEDLCKRTIIINEGSILYDGDLHKINDLFDEQKIIRLHFSEPVTEQRLAKFGKIVSADDYNAVLELPKYRLKEVSRAVLDSFPIVDWTIEDVAIEESISMLYRKESVG	PGPT0006725_22487	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_01099	1176	moaA_1		GTP 3',8-cyclase	ATGCAGCCGAAAACAGCAGTTACGTTTGATAAACTGACATTCCGCAATATGAAAAGAACCCTGGTGCCGCTCGCGGAAACGGGAAGGAAGCTCAAGGAGGATCCGACATATGCGTCCCCCGTGCCTTATGAGATCGGGATCAAGCTTAATAACGGCTGCAACCTGCGCTGCAAGCACTGCTTCGAATGGAATCCGGAAGGCTTCCATCACGGCTTTGCCAAAGAAGTAAAGAACGACGAAATCGAGATTCCTGTCGTGGAGAAGCTGTTGGCCGAAACGAGAGAACGCAAATCGCGCGTATTTCTGTGGGGCGGGGAACCGCTGTTCTACTCCAAGTTTGATGAACTGGCGGAGCTGCTGGCCAAAGAAGACCGTTACACAACGATTTGTACGAACGCGATCCTCATTGAAAAGAAGCTGGATTCCATCTTGAAAATGTCAGAAAATCTGGTCATGCTGGTCAGCCTGGAAGGCTTCGAAAAAGAGAATGACGCGATCAGAGGCAAAGGCACGTTCAAGAAAGTGATCCACGCCATAGAGCTGCTGCTGGATTTACAAAAGCAGGGACTGTACAAAGGCAAAGTGTCCGTAGCTCTGACGGTAAATGACCAGATGGTCGGCCAGCTATACAGCTTTATGGAATTCTTCGAAGAGATGGGCGTAGATTCGGTATATTTCTGCTTCCCTTGGTACATCCCTTCCGGGACGGCGGAGAAAATGGACGCCTACTTCGATGCTCATTTCCCGCACCTTGCCTCCCGCTTCGCGGACGACCACAAGAACAGCTGGCACTCCTTCACGTTCCATATCTCGCCGGACCATTTCGACACGCTGATTGAAGAGCTGAAACGTGTCAATTCGCGTGTATGGAATGTACGGATACGCTATCAGCCCGCACTGGAGCCCGAAGAGGTGGAAGGGTTTATCCGGGGAAGCGAGAAACCGGCCATGAACCGTACGAAGTGTTTCTCGATCTCGAACCGGATGGACGTAATGCCGGACGGCAAGGTGAATCCGTGCAAGTTTTTCCCGGAATTCAGCGTCGGCAATCTGTATGAAGATAGCGTAGCGGATATTTTTCATGGTGAAGATCTTCGGAAACAGCGCGAGGTGCTGGCCTGCGGTCTGATGCCGATTTGCTCAAAATGCGTACTTCTTTATAACAATGGAGTTTAA	MQPKTAVTFDKLTFRNMKRTLVPLAETGRKLKEDPTYASPVPYEIGIKLNNGCNLRCKHCFEWNPEGFHHGFAKEVKNDEIEIPVVEKLLAETRERKSRVFLWGGEPLFYSKFDELAELLAKEDRYTTICTNAILIEKKLDSILKMSENLVMLVSLEGFEKENDAIRGKGTFKKVIHAIELLLDLQKQGLYKGKVSVALTVNDQMVGQLYSFMEFFEEMGVDSVYFCFPWYIPSGTAEKMDAYFDAHFPHLASRFADDHKNSWHSFTFHISPDHFDTLIEELKRVNSRVWNVRIRYQPALEPEEVEGFIRGSEKPAMNRTKCFSISNRMDVMPDGKVNPCKFFPEFSVGNLYEDSVADIFHGEDLRKQREVLACGLMPICSKCVLLYNNGV				NA	NA	NA	NA	NA
JZ016_01100	1107	ugtP_1		Processive diacylglycerol beta-glucosyltransferase	ATGAATTCATCTTCGGTTACCTTGCTGGCGTCCGGGAATTCTCTTGGCGCATACATTCCGGCTATGCATCTACACATGTACCTGCAGAGCAGAGGTGTCGGAACAGACGTTCAAGTTCTGGAGAACTTGTATCACGAAGAGGTCCGGCACAAGATTCGGTCCACCAAAAAAGCATTCCACGCGGATTTCTCCGTTGCCCGTATGGGGCATAAGCTGGCCAAGCCCGTTGACTCTTCTCTGGATGAGGAGACGGTTCGGAGGATGCTGGAAGGCTGGAAACGGGCCGGTGTCACCCGCTTTGTGGTCTTTACCGGCTTCTGGCTGCCGATTCTGGAGCGTTATAAGGAAGCTGCGGAGATCCCCCTGGACATCCGACTGATTCGGCTGGATGCGATTGATACACCGTCTTATAAGGTGCACAAGCAATTATACCTAAGCTACGACAACATCTGGTTCTACGATCCTTCAAAGCTCTCGCCGGGCAGCTACCTTGCTACGGACGAAGAAGCACCTCTGCCTTATGCGCAGCGTACCGGACGCATTCTGATCCATGGCGGTGGCTGGGGGATCGGGACCTATGCCGGGACGATCTCAGAACTTCAAAAGCTAGGTCACAGCCTTGATGTGATCGTATATGATCCCTCCGAGGTACAGGAGGACGACGGGGTTACACGCTTCTTCGGAACGGAGGCCTCTTGGGATCCGTGGAGCAAGGATGCGCAGGGGTGTCACACGTTTCCGCCGATGGTCCGTTATGTCCGGCAAGATGGTGTTCTTCGGGAGTTTCCGCTCGGGAGTTATTCCGCTTACACGGACCTGATGCGTAATTGCGCCGCAATCATCAGCAAACCGGGGGGAGCGACCCTGAACGACTCGCTGGCATTCGGAATCCCTTTTGTTATGCTGGAACCGTTCGGCGACCATGAGCTTCACAATTCAGCCTATTGGGAATCCCGTGGTTTCGGTATCCGTTTTGCGGAGTGGAAAGCCCGGGATTTTTCAAAACCTAAACTGCAGGAGATTTGCAGATGTTTGCTGGAGCAGCGATCCAAAATCAACCATTATGGGAGGAACATCTATGCAGCCGAAAACAGCAGTTACGTTTGA	MNSSSVTLLASGNSLGAYIPAMHLHMYLQSRGVGTDVQVLENLYHEEVRHKIRSTKKAFHADFSVARMGHKLAKPVDSSLDEETVRRMLEGWKRAGVTRFVVFTGFWLPILERYKEAAEIPLDIRLIRLDAIDTPSYKVHKQLYLSYDNIWFYDPSKLSPGSYLATDEEAPLPYAQRTGRILIHGGGWGIGTYAGTISELQKLGHSLDVIVYDPSEVQEDDGVTRFFGTEASWDPWSKDAQGCHTFPPMVRYVRQDGVLREFPLGSYSAYTDLMRNCAAIISKPGGATLNDSLAFGIPFVMLEPFGDHELHNSAYWESRGFGIRFAEWKARDFSKPKLQEICRCLLEQRSKINHYGRNIYAAENSSYV				NA	NA	NA	NA	NA
JZ016_01101	1515			hypothetical protein	ATGTCAAACCATGAACCTGGTGTGATTCCGAAAATCGTGATGGGTACCTTCGATCCCGAAACGCGGTGGAGGGATCCGGTGCTGGCCCGGCTGCCCGCGATGCCCGATAAGGACCGAGAATCGATTGTCCTATGTATGGACGAGCTGCTTTTTCCATTTTGCGGGCCGGACGACGTCCTTTACACGCGTTGCAAAATCGATCCTGCGCTGCACGAATACCTGAACGGACTGGGTTTTTCTTTTCGGACCCGTTATCACTTTGATTTGAACGAAGAGGATAAACCTTTACCAGGATCGGACGTGTTCAAACAGTGTTTGTTCAGCCTTGCAGCCGAACAAACCCAGGACATTTTTCCGGCAAACAGGATGCTGCAGACTGCCGCTGCCGGTTATTCAAAGGGTGTGGTCTTGCCGGAATCGATCCCTTCCATTTATGCCGCTAACGATTTACGGCAAAGGCAATCACCGGATGAGACTTTGTTCTCCAACGCCGCACACATTTTATCGCCCTACGCTATTACAGCAGAAACGGAAGCTTACCTTCATGCTGCCGAACCGTTTAATTCATTACCGGACATGGAGACGGTTGTACGTGTGAACTCCAAAATATACTCGAGCAGGCTTCTGACTAGAATTGGCGAGAAAAGCTGCGGCGTGGAGGCAAACAGCGCTGCGGAAATAGAGGTAATTGGAACTGCCCTTCTGAAACGAGGGCCATATTTGCTGAAAGACCCTTTCGGTGTTTCGGGCAAGGGCAATCTGCTCATCGACAGCGAATCCATGCAGCGAAGGATCGCGGAGCACCTGCATAAACAGGAGGGGAGCGGATTGCGGGTTCAATTCCTGCAGGAGCCCTTGCTGCCAAAGGTGACCGACTTCAGTTCCCACTGGTTCATCCGGGAGAATGGAAAGACGGAGTTCATCTCCGTACAGCGGATGATGAATCACCAGCAAAACTACAGCGGGTCTATCAAAGCCGATGAAGCTTTTACCGGCATGCTTGAGAACGCCGGTTATTTTACCGTGATGGAGAAAGCGCTCCGGGCTTTGGTCGAGGACGGCTATCACGGCTTCGTCTGTTTTGACTCCATGATACTGGAAGACGGAGAAGTCGTTTCCATTGTGGAGATCAATGCCCGCAAGTCCATGGGACTGATTAACGCCTATCTCGATAAATGGTCGGAACCATACGGCCATACCGGCTGGCTTACGTTTTTCTCTCTCGGTCTTCCGGAAGGCTTCACATTCGGGAAACTCCTGCAGGCTCTACGCGAATCCGGTCTTTTGTTGACAACGCCCGGGGATTACGGGATCGTACCGCTATCATCCAATACCGTCATGGTGAACGAGATTCTGAACCGGCGCCGTATCGCCGAAGGAGCACAGAACAACCGAGGCGTACCGAAGGGGCGGCTGTATGTATCGGTGGTGGGCTGTGACGACAGACACCGCAGCCAACTGGTCGAAAGCCTGCGGCAGGTGCTCGCCGACTTGTCCGTTAAAGTGTACAACTAA	MSNHEPGVIPKIVMGTFDPETRWRDPVLARLPAMPDKDRESIVLCMDELLFPFCGPDDVLYTRCKIDPALHEYLNGLGFSFRTRYHFDLNEEDKPLPGSDVFKQCLFSLAAEQTQDIFPANRMLQTAAAGYSKGVVLPESIPSIYAANDLRQRQSPDETLFSNAAHILSPYAITAETEAYLHAAEPFNSLPDMETVVRVNSKIYSSRLLTRIGEKSCGVEANSAAEIEVIGTALLKRGPYLLKDPFGVSGKGNLLIDSESMQRRIAEHLHKQEGSGLRVQFLQEPLLPKVTDFSSHWFIRENGKTEFISVQRMMNHQQNYSGSIKADEAFTGMLENAGYFTVMEKALRALVEDGYHGFVCFDSMILEDGEVVSIVEINARKSMGLINAYLDKWSEPYGHTGWLTFFSLGLPEGFTFGKLLQALRESGLLLTTPGDYGIVPLSSNTVMVNEILNRRRIAEGAQNNRGVPKGRLYVSVVGCDDRHRSQLVESLRQVLADLSVKVYN				NA	NA	NA	NA	NA
JZ016_01102	276			hypothetical protein	ATGTACGATAAAATCGTAGACATTTTGTGCTCTATCAAGGAAGACCAACCGGAACTCCGCCAAAGCCTGTCCCCCGAAACGGATCTAAACAACGATATAGGCCTCGATTCTCTGCAAATGATCCAGTTTATGCTCAAAGTCGAAGATCAGTTAAACGTGGTCATTGACTATGACCAATTCGATTACGAACACCTCCAGTCGATCGACACATTTATCACTTTCCTGAAAAGCTGCCAATCGCAGGAGCAGCCTCTGTACGAAGATGTCAAACCATGA	MYDKIVDILCSIKEDQPELRQSLSPETDLNNDIGLDSLQMIQFMLKVEDQLNVVIDYDQFDYEHLQSIDTFITFLKSCQSQEQPLYEDVKP	PGPT0011375_1118	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078	NA	NA
JZ016_01103	1260	entS_1		Enterobactin exporter EntS	ATGTCAGAAATCGTAGATGACAAGAAAATCCATTGGAAGAGAAACATCATTCTCTTCTTAAGCAGCCAGACACTGTCGCTGTTTGGTTCTGCCTTGGTGCAATATGCCATCATGTGGTACATTACACTGACTACGCAGTCAGGCCTCATGATGACGCTGTATATTATTTGCGGATTCGTTCCGACGTTTTTGCTGTCGCCGTTTGCAGGCGTTTGGGCGGACCGCTACAACCGTAAATCACTCATTATGATTGCGGATGCTATGATCGCGGTGGTTACGCTGATATTGGCCATTACGTTTATGCTTGGCTACCAAGCGGTTTGGCTGCTGTTTGTCATTTCTGCCGTACGCGCACTCGGGGCAGGCATTCAGACACCGGCGGTCGGTGCGATATTGCCTCAAATCGTGCCGCAAGAGAAGCTAACCAAAGTTAACGGCATCAACGGCAGCTTACAAGCGCTGACTATGTTCGTAGCGCCCATCGTCAGCGCGGCTTTGCTCATCATGGCAACGATCGAGGTGATCTTTTTTATCGACGTCGTTACGGCTGCGATCGCGATATTCACCTTGTTTGTCTTTCTCAAAATTCCGCTGCACAAAAAGGCATCTGATACGCAAAGCACAGGCTACCTGGACGACTTCAAGGAGGGCTTGGCGTATATTAAACAGCATGCCTTTTTAAAATCCTTTTTTATCTTCTTCGCTATTTTCTTTGTGCTTATGGCACCAGCTGCCTTTCTGACTCCGCTGCAGGTTACCCGCAGCTTCGGTGACGACGTATGGCGCTTGACGGCAATCGAGATCGCGTTTTCCGTCGGCATGATGGCAGGAGGAGGGATCATCGCGTCATGGGGCGGCTTCAAAAATAAAGTGTACACGATGGCGATTGCCAGCCTCATCATGGCGGTTTCCACCTTTGCGCTCGGCATTGTCCCTGTATTCTGGATTTACTTAGCCATCATGGCCGTGTTCGGAGTAGCGATGCCCATATTTAATACGCCAACCACCGTCATGCTGCAGGAGAAGGTGGACGAAAATTATTTGGGACGGATATTCGGTGTCTTCGGGATGATCTCGACTTCCATGATGCCCATCGGGATGCTGATATTCGGACCGCTTGCCGACGTGGTCAAAATTGAATGGCTGCTGGTCGGTACCGGACTGTTTATACTCGTGCTTACTGTGTTCTTCGCACGCAACAAACGCTTGGTTGAAGCGGGCATGCCGCTTCCGAAAGAGCAAGAGGCCGCGACGGATTAA	MSEIVDDKKIHWKRNIILFLSSQTLSLFGSALVQYAIMWYITLTTQSGLMMTLYIICGFVPTFLLSPFAGVWADRYNRKSLIMIADAMIAVVTLILAITFMLGYQAVWLLFVISAVRALGAGIQTPAVGAILPQIVPQEKLTKVNGINGSLQALTMFVAPIVSAALLIMATIEVIFFIDVVTAAIAIFTLFVFLKIPLHKKASDTQSTGYLDDFKEGLAYIKQHAFLKSFFIFFAIFFVLMAPAAFLTPLQVTRSFGDDVWRLTAIEIAFSVGMMAGGGIIASWGGFKNKVYTMAIASLIMAVSTFALGIVPVFWIYLAIMAVFGVAMPIFNTPTTVMLQEKVDENYLGRIFGVFGMISTSMMPIGMLIFGPLADVVKIEWLLVGTGLFILVLTVFFARNKRLVEAGMPLPKEQEAATD	PGPT0027965_726	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
JZ016_01104	1344			hypothetical protein	ATGACTAAACGAATCGAGCGGACGAACACATTAGCTTTCAAACGATATATTGAGCATTCGGAACAAAGTACGTACATCGAAGTACCGTTTCAAATGCCGGAGCGTGTCGAAGAAATCCACGTGAGCTATCAGGTGGAATCCCACGGCGATGAAGCCGCAAAAGCCGTCATTGATCTAGGGATCCGGGACGCCGAGAGAGTAAGAGGCTGGAGCGGAGGGGCACGTCAGGAACTTAGCATCGGTCTGAATCAAGCGACTCCAGGATACCTGCCAGGACGGTTGGCCCCAGGAGATTGGGCTATTCTCCATAACGCTTACAAGGTTCCCGCTCAGGGTTGTACGGTCACGATCGAAATCGAGTTTACCTACAAGATATCGCGCTGGCTGAAGGGAGATCTTCACACGCATAGCGTTCATAGCGACGGCACTTATACCCTGGAAGAGAATGCGGCCATGATGGAGAGTTTGGGCTGCGATTTTATAGCCATGACCGATCACAATACGATCAGCCAAAACCTTGCGTATCCCCGCGGGACCTCGGTACTGATGATACCGGGTACGGAGTTTACGACGAATTATGGTCATAGTAATTTTCTCGGCGTGACGAACCCCATGGATGATTTTCGCGTATCGGGAATATCCGATGTGCACGAGAAGTTTCGAGTCGCCCGCGAACGGGGAGCTAAGATTGTGCTCAACCATACGCACTGCGATAACTGCCCGTGGGAATGGGATTTCGATGTGGATTACGATTGGGTAGAAATTTGGAACGGCCCTTGGAGAGAGCACAACAGACGCGCGCTTTCTTGGTGGCAGGAGCAGCTCGTTACCGGAAGACGTCTGGTAGCCGTAGGGGGAAGCGATGTGCATCGACCGGACTCATATGTGAAGCATGCGATGCCATGCGTATGGGTCTGGACCGATGAAAAAACGGTGGAAGGCGTGCTGAACGGTATTGCGGAAGGCCATGTCGTTATCACTTATTCGCCAGATGGCCCTTTTGCCACCCTTCAGTGCGGTGAATACGGGATTGGTGATGAAGTGCCCTATGGGCACGCCGATCACGAGGTGGTCGTTCAACTGGATGATTTGATTCCGGGCGATTTGATTCGCCTGTACAGCGAGCGCGGTCTTGAGGAAGAAACTTCTGTTGACTCGGACGGAGGCGTTACACTGATGGTTAACGCCATGCATAGGAGATTTTTGCGGGCTGAAATTTGGCGGAATCTTGATCTGGCCGACGGCTTGTCGATGGCGGCACTGACAAACCCTATTTATTTTGCTTCAAAAGAAGATATGCGATCATCGAATCACGAGGGTTACAGCATGTTTCAGTCCGTCTGA	MTKRIERTNTLAFKRYIEHSEQSTYIEVPFQMPERVEEIHVSYQVESHGDEAAKAVIDLGIRDAERVRGWSGGARQELSIGLNQATPGYLPGRLAPGDWAILHNAYKVPAQGCTVTIEIEFTYKISRWLKGDLHTHSVHSDGTYTLEENAAMMESLGCDFIAMTDHNTISQNLAYPRGTSVLMIPGTEFTTNYGHSNFLGVTNPMDDFRVSGISDVHEKFRVARERGAKIVLNHTHCDNCPWEWDFDVDYDWVEIWNGPWREHNRRALSWWQEQLVTGRRLVAVGGSDVHRPDSYVKHAMPCVWVWTDEKTVEGVLNGIAEGHVVITYSPDGPFATLQCGEYGIGDEVPYGHADHEVVVQLDDLIPGDLIRLYSERGLEEETSVDSDGGVTLMVNAMHRRFLRAEIWRNLDLADGLSMAALTNPIYFASKEDMRSSNHEGYSMFQSV				NA	NA	NA	NA	NA
JZ016_01105	867			hypothetical protein	ATGAAACCAACGAATAAAATCAGCTTGCCGGGCCGTGTGTTTGATGCGGTCAATATTCTGTTCCTCCTTCTGCTCGTTTCAACCATGGTAATCCCTTTTTTAAATTCGCTTGCGCTTGCATTTTCATCGAATTTTGCTTCCATGCAGCCCGGGATCGTACTGTGGCCTAAGGAATTCAGCCTGGAGGGATTCTCCACGGTATGGAACCGCATGAAGCTTTATTTGCCATTTACGAACAATGTCATTGTGACCGTTGTCGGTACCGTAGGTCATGTGTTCCTAAGTTCTATGGCAGGCTATGTGCTGATTCAAAAAGGGCTTCCCGGAAAAAAGTGGATGTTATCCGCGATCCTGTTAACGATGATGATTCCGAGCGAGGCGATCATGATCCCGCTGTATATCGTGAATCAGGATTTAGGACTCCTGAACACGTTGTCCTCACTCATACTTTCCGGCTTCGTATCCGGCTTCAGCGTCATGCTCATGCGAAATTTCTTTTTGAGCGTCCCTTACGAGATGTCGGAATCGGCGCGGATCGACGGAGCCGGGGATCTTCGGATTTTCTTTACGATGTACTTGCCGCTTGCGAGCGCAGGGCTGGCAACAGTTACGCTGTTTGAATTTGTCAGCCGCTGGAACCAATTCACGCCAGCCCTCCTGTATATAAATGACTCGTCCAAATATACGCTGCAGATCGCGTTGAAATCGTTCATTGTCGATACCGATTCGACCTCGAGCAATTTTCTTATCACGACCAATGTCAGAATGGCAGGGATCGTCATTGCGCTTCTTCCGCTAATCATCATCTATCCGTATGTGCAAAAGTATTTTGTTAAAGGAATGTTTGTCGGCGCAAATAAAGAATAA	MKPTNKISLPGRVFDAVNILFLLLLVSTMVIPFLNSLALAFSSNFASMQPGIVLWPKEFSLEGFSTVWNRMKLYLPFTNNVIVTVVGTVGHVFLSSMAGYVLIQKGLPGKKWMLSAILLTMMIPSEAIMIPLYIVNQDLGLLNTLSSLILSGFVSGFSVMLMRNFFLSVPYEMSESARIDGAGDLRIFFTMYLPLASAGLATVTLFEFVSRWNQFTPALLYINDSSKYTLQIALKSFIVDTDSTSSNFLITTNVRMAGIVIALLPLIIIYPYVQKYFVKGMFVGANKE	PGPT0017255_2792	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01106	873	yteP_22	COG4209	putative multiple-sugar transport system permease YteP	GTGAAAGCCATATTCAAATACAAAACCCTATATTTTATGATGCTTCCTATCCTGGCCTACTTCCTCATCTTTTCCTTTTATCCGCTTGCCCGAGGACTTGTTATCAGCATTCAAGATTACCGGCTGATCGGAGATCGTCCGTTCATCGGCATCGATAACTATCTGAGTGTGCTAAAGGATCCGGCTTTTTGGGAAGTTTTTCAGAATACGATCGTAATCGGCGCCGGAAGTTTTATCATCAACTTCTTGTTGCCGCTGATTCTTGCGCTCTCCTTAAATGAAGTGGCTTCCGCCTGGTTCAAAAAAATGACCCAGATGATCGTCTATTTACCTCATTTATTCTCTTGGGTTGTCGTAGGCGGGATGTGGACTCTACTGCTGTCTCCGGATACGGGCATCGTGAACCAAATCATCCAGCTCTTTGGCGGTCAGCCGGTCGGGTTCCTGTCTTCGGACCGTTATGCCCGCTCCGTCATGATCCTGACTTCTGGCTGGAAGGAAATGGGGTATACCTGCATTATGTACCTGGCCGCCATCGTAAACATCAATCCATCGCTGTATGAGGCTGCGAGCATGGACGGAGCCAGTCGCTGGCAAAGGATACGATATGTAACGATTCCGATGCTTCGCTCCACCATGAAAGTGGTCATTATGTTGAACGTTTTGGGAATCCTGCGTTTGTTTGATCAAATATTCGTGATGAGTAACGGCGCCATTGCCAATAAAGTCGATGTCATTATGATGTACACCTACCAAAAGGGGATATTGGAATTTAGCGTTGGACCTGCTACGGCGGCCGGCTTCCTGGTGATTATGGCAACATTCGCGCTAACGTACGTAACAAGAGCGGTGATCCGCTACGATGAAGGGTGA	MKAIFKYKTLYFMMLPILAYFLIFSFYPLARGLVISIQDYRLIGDRPFIGIDNYLSVLKDPAFWEVFQNTIVIGAGSFIINFLLPLILALSLNEVASAWFKKMTQMIVYLPHLFSWVVVGGMWTLLLSPDTGIVNQIIQLFGGQPVGFLSSDRYARSVMILTSGWKEMGYTCIMYLAAIVNINPSLYEAASMDGASRWQRIRYVTIPMLRSTMKVVIMLNVLGILRLFDQIFVMSNGAIANKVDVIMMYTYQKGILEFSVGPATAAGFLVIMATFALTYVTRAVIRYDEG	PGPT0017250_2826	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01107	1428	lipO_10	COG1653	Lipoprotein LipO	TTGGTAAAACGAAACAAAATCATGATCGCGCTCATGGCTGTATCTCTGTTCGGTGGGCTGCTTGCGGGCTGTTCCTCAAGTCCAGGCAGCAGTAATCAGGAGGGCAGCAATGCCGCATCGCAAGCTGCATCGAAAGAAGAACGCACCCTCAAAATCATGACGGGGGTCATCGGCGGCAAAACGCCTGAAGAGAATACGCAGTTCGAGCAGGAAATCGAGCGTCTAACCGGCATCAAGGTAACGATGAACAAGCCGGCAGCTGACTATGACCAGAAGCTGCTTGCAGCAATCGCCTCAGGTGAAAAGTTCGATCTGCTGCAAATCAGCAAAGAGAAGATGTCCACCTTCGTTGAACAAGGAATTCTTACGCCGCTGACCGATCAAGTGAACAACTCCAAGGTGCTGTCGGATCCAAACGTCATTCCCGCGAATGAGTGGGAACAAGTAAAGACGAAGGATGGCCAGATCTACGGCGTGTTCACCAAGTACCAGGGAGGAACGATGCCGATCGTTCGCAAGGACTGGCTGGACGAATTAAACCTGCCGGAGCCTGCAACGCTGGACGATTATTATAACATCCTCAAAGCGTTCACCGAACAAGATCCGGACGGAAACGGCAAAAAAGACACGTACGGACTCAGCACGGCCGGCATGTATGAACTGCAGGGCTTCTTCAGCGCAGCGGGCTTGAAACAACGATATGTGGAAACGGCGGACGGCAAGCTGGACGTTCCATATTCTACGGATGCGGCCATCCCGGTTTATGAATGGCTGAACAAGCTGTTTGAGGAAGGCATTCTGGATCCGAACTTTACCACGAATGACACCGGTAAAATGCGAGACCTGTTCCTGACCGACCGTGTCGGCATGATTACGTACTGGGACGCTTGGGTAGGCATGCTGAACAATACGCGCCACGAACAAGATCCGAATACGAAATTCGAAGCAAAGGGCTTGCCTGGTGCAGCCGACGCAAACGGCAACCACATGCTGCGCAGAGGCGATCCGGATGTGTGGGTTATTCCCGTCAATGCGGAGCATCCGAAAACAGCCATTGAATTCATTGAATGGTGGCATTCCGAGGAAGGTATCACGCTGGGCAGTTTAGGCATAAAGGATGTGGATTACACGGTTGACAACGGCAAATACGAACTGACCCAAACCGGTAAAGAGCATGCTTCCGACCATGGCGTTCCTTTCTGGTATAACCGCAACGTCGAACCGCCTTTCGGTAAACTGCCGGGCGTCCAGGAAGCGCAGGATCTCGTCGATCAATACGCTTCCTTGGAATTAACGCCTCCGAATTGGGCGAATGCCGAGAAGATTATCAATGAATATTCCTTCAAAGCGATCATGGGCGAAATGCCGGCTGCCGACGCCGTAAAGAAAATGCGAGAAGAGCTTAAAGCAGGCGGACTTATCGATTAA	MVKRNKIMIALMAVSLFGGLLAGCSSSPGSSNQEGSNAASQAASKEERTLKIMTGVIGGKTPEENTQFEQEIERLTGIKVTMNKPAADYDQKLLAAIASGEKFDLLQISKEKMSTFVEQGILTPLTDQVNNSKVLSDPNVIPANEWEQVKTKDGQIYGVFTKYQGGTMPIVRKDWLDELNLPEPATLDDYYNILKAFTEQDPDGNGKKDTYGLSTAGMYELQGFFSAAGLKQRYVETADGKLDVPYSTDAAIPVYEWLNKLFEEGILDPNFTTNDTGKMRDLFLTDRVGMITYWDAWVGMLNNTRHEQDPNTKFEAKGLPGAADANGNHMLRRGDPDVWVIPVNAEHPKTAIEFIEWWHSEEGITLGSLGIKDVDYTVDNGKYELTQTGKEHASDHGVPFWYNRNVEPPFGKLPGVQEAQDLVDQYASLELTPPNWANAEKIINEYSFKAIMGEMPAADAVKKMREELKAGGLID	PGPT0017245_3414	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01108	1014	exuR_1	COG1609	putative HTH-type transcriptional repressor ExuR	ATGGCTACCATTGATGACGTTGCCAAGAGGGCTGGTGTATCCAAGGGGACCGTATCCAGTGTGTTCAGCAAAAAAAGGCCGATCAGCCAGCAAGTGACGGAGCGGGTACTAGAGGTAGCCCAAGAGCTGGGATATTTCCCGAATCAACTGGCCCGAAGCCTCGCGATCAAGAGGACGATGAGCATCGGCCTCAAGATCCCTCTCCCGCCTGATGGGATGATGACGGCCTTCGATACTCAGTTGATTAACGGTGTCATCAAGGAATGCTCCAAGCAGGGCTACCGCTTAGTGCTCGATACATTACCCGAGCAGGATGATCCTACGATGTATTCGCAGGATCCTGTCGATGGCGTCATTCTGCTCAACCCGCGAAAGAATGATTTACGCATCCAACGGTATCTGATGATGGGCACACCTCTTGTGCTGGTGGGTCGGTCGGATCCATATGACGATTCGATCAGCTACGTGGATAATAACAACACGAAAGTGGCTCATCAGGTAGGAGATTATTTGCTTCAAGGAGGACATCAATCCATCCTCTTTCTGAATGCAGCCTCCGATATGACCGTGTCCTATGATCGAAAACATGGCTTATTGGAAGCTTATCGCCAGTACGCTCTGCCGATGCGCGAAGAGTACGTGATGTACTATAACCACAGGCTGCATGCCAACGGTACGGAATACGGATACATGTCCATCATGAATACCTATGGAAACATGAACTATACGGCAATCATTACCGATACGGACAGAGTAGCTCTTGGCGTGCTGAGGGCAGCCAGGGAGCTGGATATTGAGGTGCCGGAACAGCTATCGGTCATCGCCCTCAGCAATGATGCGATTTTAGCTCAAGGTATGAACCCAAAGCTGACATCCGTGGAGTTGTCGGCAGAGACGCTTGGAGCTGAAGCAGCCAAGCTGTTGATCGAGAAAATAAGCGATAAACGTGTCCACAGGCAAATCATCATCCCCGCACAGCTGGTAGTGAGGGATTCCTGCAAAGTTCTTTCCTAA	MATIDDVAKRAGVSKGTVSSVFSKKRPISQQVTERVLEVAQELGYFPNQLARSLAIKRTMSIGLKIPLPPDGMMTAFDTQLINGVIKECSKQGYRLVLDTLPEQDDPTMYSQDPVDGVILLNPRKNDLRIQRYLMMGTPLVLVGRSDPYDDSISYVDNNNTKVAHQVGDYLLQGGHQSILFLNAASDMTVSYDRKHGLLEAYRQYALPMREEYVMYYNHRLHANGTEYGYMSIMNTYGNMNYTAIITDTDRVALGVLRAARELDIEVPEQLSVIALSNDAILAQGMNPKLTSVELSAETLGAEAAKLLIEKISDKRVHRQIIIPAQLVVRDSCKVLS				NA	NA	NA	NA	NA
JZ016_01109	231			hypothetical protein	TTGAGGCTGTTATTAATTTCGGGACATAAGGAAACTTATCATAATAAAGTCAACGGTCTTCGAGACCTGTCTAAGACCATACCGATAGTTCAGTATGAGATGCTGTCGAATCACCCTTACCGATACACGCAAGAGGATGTGTTATTCGAAGTGTTTGCGGAGCGCAATCAAATCTCGAAGAAGGAAAGAGCAACCGCACGCGAGAAGTTCTTCTCCAAAGGGCAGCCTTGA	MRLLLISGHKETYHNKVNGLRDLSKTIPIVQYEMLSNHPYRYTQEDVLFEVFAERNQISKKERATAREKFFSKGQP				NA	NA	NA	NA	NA
JZ016_01110	885	garR_2	COG2084	2-hydroxy-3-oxopropionate reductase	ATGACAATCGCACCGAAACAAACGACCGTAGGCTTTATCGGCTTGGGCGTAATGGGCCACAGTATGGCAGGGCATATTCAGAAAGCCGGCTACGCGCTGCACGTTTACACGCGAACCGCCTCCAAGGCGGAGCGGCTGGTGTCGGACGGCGCGGCTTGGCACGATACCCCGGCAAAGCTGGCGCAGGCCTGCGACGTAATCATTACGATGGTGGGCTACCCGAAGGATGTCGAGGAACTCTATTTAGAGCCGGAAGGGCTGGTGGCGCATGCCAGGGAAGGGGCATATCTGATCGATATGACGACGTCCAGTCCGCTGCTTGCCCGCCGTATCTATGAAGCCGCCTCGTCGAAAGGGCTCCATGCTATCGATGCTCCGGTCTCCGGCGGTGACGTGGGTTCACGTGAAGCGAGGCTGTCCATTATGATCGGCGGGGAAGAGGGAGACTTCAAGGCGGTGCAGCCGCTGCTGTCAACGATGGGAAGCAATATCGTTCATCAAGGACAAGCCGGCGCTGGCCAGCATGCGAAGATGTGCAACCAGATCGCCATTGCCTCTAACATGATAGGAGTCTGCGAGGCGCTGGCCTATGCGGAGAGCGCCGGGCTTGATCCCGAAACCGTGCTCAAGAGCATCGAGAGCGGAGCGGCGGGCAGCTGGTCGCTTAGCAATCTGGCTCCGCGCATGATTGCCGGGAATCTGGAGCCGGGATTCTATATCAAGCATTTCATCAAGGATATGGGAATTGCGCTGGAATCCGCTAAGGGAATGAACTTGGTTACGCCGGGCTTATGCCTCGCCGAATCGCTGTACCGCCAGCTGGCAGAGAAGGGATTTGAGGATAAAGGCACGCAGGCTTTGATTAGATATTATACGGGTGAGTGA	MTIAPKQTTVGFIGLGVMGHSMAGHIQKAGYALHVYTRTASKAERLVSDGAAWHDTPAKLAQACDVIITMVGYPKDVEELYLEPEGLVAHAREGAYLIDMTTSSPLLARRIYEAASSKGLHAIDAPVSGGDVGSREARLSIMIGGEEGDFKAVQPLLSTMGSNIVHQGQAGAGQHAKMCNQIAIASNMIGVCEALAYAESAGLDPETVLKSIESGAAGSWSLSNLAPRMIAGNLEPGFYIKHFIKDMGIALESAKGMNLVTPGLCLAESLYRQLAEKGFEDKGTQALIRYYTGE	PGPT0018170_960	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTARATE|GLUCARATE_DEGRADATION,PGPT0018170-garR|glxR-K00042	NA	NA
JZ016_01111	2337	yesS_5	COG2207	HTH-type transcriptional regulator YesS	GTGAAGTCTCTTTGGCAGCATATTCAGACCTCGTTCCTCCGCTGGTTCTCCGCGAACCGCTATCTGAAGCGTCTGATTTGGCTCGGATGCCTGTCGGCTATAATTCCGGTGATCCTAGCCGGAAGCGCCTACTACCATTTCTCCATGAAAAAGCTGACGGTCCAGTTCCAGGAAAATAATATGGCGTCCTTGATGCAGCTGAAGGACCGCGTCGAAAATATCATAACAAGCATCGAGCATGAATCGCTTCAGCTTGCCAGCGGTCCGCTGATTCGCAGCGCGCTGGAAAATCCCGAATATGAGACGGACTACATGCAGCAATTGGATATGCTCAAGCTGTTTCAGCTGCACAAAAATACGAATAACCTGATCGAAGACATCCTGTTTTACGATGTTCGGCACCGGCTGCTGCTGTCGCACTCCTATGGCCTGGTCCACCTGGACGGGTACAAGGGAAAAGAAGATATCGAGCAAGCCGTGGGGAGGGAAGGCGGAGCGAGGTGGATGCACCTCCCGAAGTCGACGGAGAACGGATACGTCTCTTACGTCCGCCATCTTCCTGTTATGGTGCTGGGGCAACCGAGAGGCACCATCTTGATACAAGTGAAAGAGGAATCGCTTCGCAGCCTTTTGAACAACTATACCCTTTCCCTGGAGGAGCAGTCGCTGGCCATTCTGGACTCCGATCACCGGGTCCTGCTGCATACGGATGGACGCAGCGAGATCGGCAAAGCCGTGGAAGAAGACCCCATTTGGGTATCTCTGGTAGAGAGCGGGGAAACGTCCGGCCATGACGTGCTGACCGGGGAGGACGGCAAGGAACTGGTCGCCTTTTACAAGACCTCCATGGGCCGTCTATATGTGTCCCGGATGCCGGAGCGGGAGATGATCGAGCAATTGAGGTGGATCCGCGTGCTGATCGTCATGTCGGTGTCCGTCTTCATGCTGATCGCGGTATTGCTCACCTGGTTCTCGTCCAAAATAGCGTACAATCCGATCCAGCAGCTCCTTCGTTACGGGGAGCATTTGAGAAGAAACGGCAGGAGCGGGGCGGATAGCTCCGTCAAAGAGAATGAAATCGAGTACATCCGCTCCTCCCTTAGCTACTTGAACGAGCAGGCGGAATCCCTGAACAGCTACATTCGAAAAATTCAACCGGATTTACGGGAACGGTTCCTGCAGCGTTTGCTGCTGTCCGGAAGCTCGTGGCGGTCCGGCACGCTGGAGGAGGGGTGCGCGAAGCACATGATTCCGATGAGCGGACCATATGCCACGATAGTGGTGAAAGTCGAGAATCCGGTAAAAAAGCGATTTTTGCCTAACGAAGGCCCGGTCATCGTGTTTGCGGTCAAAAACGTCATGTCCGAGCTGCTGGCAAACAACCGGCAGTTGGAGGGTTACGTGGTGGACCGGGAGGACCGGGAAGCTGTGGCGCTCCTGAGGCCGGGAGAACCCGGGGTTTCCTCCCAGGAGCTCCGCAGCCTCCTCGCATGTTATGCGGAATCCGTCAGTCAGTCGCTGGCGCGCTATCTTTCTTTTTCCGCGTCCATCGGCATCGGCAATACTGGAACATTGAGTCGGGCGGCAGAATCCTATAAGGAGGCGCAGCTTGCTCTGCAATATCGTCTGTTCCATGATGCGGATACCGTACTGTTCTATGAAGACATGATCCGTATCGAGCGTAATCCCGTGTTCATGTATCCGAAAGACATCGAATCGGAGATGATCGAATATTTGTGGAATGGGGATCTGCCGCAGGCTGAGGCGTCGCTGCATGAATTTTCCCGGCGGATTCGGGTGTCGGAGTCGTACAACGTGACCTTCCAGAGCTATTACGTGCTGCTCTCGGCCATTGTCCAGTCGATGGAGGAGAAAGGTCCCGGCGTGCTGGAGTTGCTGGGAGGTAATCTGTTCGACCAACTGAAGGAGAACCAGACCTCACGCGAAATGCATGACTGGTTCATCGGCGCCCTGTTCCCGCTATACCAGGAAATAAGTCATGACCTGCGTACCCGCTCCACCCGCCTGATCGTTCAGCGGGTATGCGGCCATATCAGCCGTCATCCCGATGGTGCTCATTCACTGGCGGACTGTGCCGAGCTGGTGGGGGTGAGCCCGTCGTACCTCAGCCGGCTGTTCAAGAAGGAGATGGGCGTATCCTTTGTCGAATACGTCATGAACTCCAAAGTGCAGAAGGCGAAGCAGCTGCTCAAGGACACGGATTACACGGTCATGGAGATTGCCGAAATCGTCGGTTATTCCGAACGGAACCTGAACCGGGCCTTTCAGCGTTTTCTGCAGATGTCTCCGCGGCAGTATCGACTGTCGGTAAGATAG	MKSLWQHIQTSFLRWFSANRYLKRLIWLGCLSAIIPVILAGSAYYHFSMKKLTVQFQENNMASLMQLKDRVENIITSIEHESLQLASGPLIRSALENPEYETDYMQQLDMLKLFQLHKNTNNLIEDILFYDVRHRLLLSHSYGLVHLDGYKGKEDIEQAVGREGGARWMHLPKSTENGYVSYVRHLPVMVLGQPRGTILIQVKEESLRSLLNNYTLSLEEQSLAILDSDHRVLLHTDGRSEIGKAVEEDPIWVSLVESGETSGHDVLTGEDGKELVAFYKTSMGRLYVSRMPEREMIEQLRWIRVLIVMSVSVFMLIAVLLTWFSSKIAYNPIQQLLRYGEHLRRNGRSGADSSVKENEIEYIRSSLSYLNEQAESLNSYIRKIQPDLRERFLQRLLLSGSSWRSGTLEEGCAKHMIPMSGPYATIVVKVENPVKKRFLPNEGPVIVFAVKNVMSELLANNRQLEGYVVDREDREAVALLRPGEPGVSSQELRSLLACYAESVSQSLARYLSFSASIGIGNTGTLSRAAESYKEAQLALQYRLFHDADTVLFYEDMIRIERNPVFMYPKDIESEMIEYLWNGDLPQAEASLHEFSRRIRVSESYNVTFQSYYVLLSAIVQSMEEKGPGVLELLGGNLFDQLKENQTSREMHDWFIGALFPLYQEISHDLRTRSTRLIVQRVCGHISRHPDGAHSLADCAELVGVSPSYLSRLFKKEMGVSFVEYVMNSKVQKAKQLLKDTDYTVMEIAEIVGYSERNLNRAFQRFLQMSPRQYRLSVR				NA	NA	NA	NA	NA
JZ016_01112	2115			hypothetical protein	ATGACGAAGGTTAATGAGGAACGCTTCTGGTGGCACAAGCCGCTGCGCGTCATCCAGCCCAATATGCAGGTCCAGAATACCGCCTGCATCGACCCCCCACGGCTTGCCGCGCAGCTGAAGGAGATGGGGGCGAATGCGATGGTCTTCAATACAGGCGGCATATATGCCTGGTATGACACGCAGGTTCCGTACCATACCGTGAACGGATATCTCCCTGAGGGGCGCGATTTGCTCGGGGAGCTGATCACAGCCTGTCACCGTGAGGACCTTCGCTTTATCGCCAGGTTCGACTTTAGCAAAGCGGGTGACAGTGCGTATCTCCGAAGGCCGGAATGGTTCGTCCGCAAGGAGGGCGGCCGCCCGGAGATCATCGGGGCTGAACGGCCCGGACCGTGGCCGCTCTTGATGTCCACCTGCATCAACGGCGGCTACCGCAATGCGGATGTCGCCGCTCCGGTGCTCCGCGAAGCGTTGTCGCGGTATCCGATCGATGGCATTTTTTTTAACAACCCCGGTTATGTGTTCTGCCGATGCGAGCGATGCAGGCGTAAATACGCGGAGCAGTACGGCAAGGAATTGCCGGATTCCTCGCGGGAGCTGGAGCCGGATTTCGCGGCGAGATGCTTCGATGACAATTTGGAAGCGATGTATGACCTGATCAAGTGGGAGAGGCCGGAGGTGCCCATGATTCTATACTACAACCTCCACCGCGACAATCTGTCGAAGCGCGTTCAGAACACTGACATGCTGTGCACGGAGCCGCAGGACGTACTCTCGCTCGGCCATGCTCGGATCCCTGAATTCTGGAAGCCGGCTCTCAGCATCAAGGTGGGTCGGTCGGTTCCGGGCAGGCCGGCTCCGTTTGGCATCGTGCATTCCTGCCCGGGCATGGACTGGCGCCATACCGGGCTTCCGGTAGCGGAATACCGCTTCTGGCTGGCTCAAATTCCGGCCAACGGCGGTCAGATCTGGCACTCCGTCACGGGCATACCCGATACGATCGAAGACCAGCGGATTTTGAAAACCGTAGCCGAGCTGAATCATCATGCCGCCAAGCTGGATGCCTATATGGACGGGGCCGTATCGGCTGCGGAAACCGCCCTGCTCTGGAACGAGCGCGGCGAGGCGCAGAGCTGGGCCGAAACGCTGATCAACCGGCAAATCCCCTTTGACGTACTGCTCCCGCAGAGCCTGCACGATTGGGATCTGAGCCGGTACCGGGTGGTGTTGGCCCCTGAAGGAACGGAATTCACCCCTTTGTTGCTCCATGACTTGCGTAGCTATGTGTATGGCGGCGGACAGCTGCTTGCGGAAGGTCCCCTTCCTTCCGTTGTCGCCGATGCCGCCGATGCCGCCGATGCCGGCGTCAAGCCGCTCCATGATCTGCTCGGCATTTCGGCCGAAGTCTTCGCAAGCGAATACCTGACGGCCTCGTATTTGCGGTTTGAGGAACTGCGGGGGAAGGGCAATCCGCTGCAGCAGGGAATGGAACGGACCGCGCTGATCGCTCACCGCGGCCATGTCGCTTATGTTCAGCCGTACAGTGAAGCGGTTCGGGTACTGGCGACGCTGGTGCCGCCGTTTTCTCCACCGGAAAGCGTGGGAGCGCCGCCGGAGCGGGCTTCGCTGCCCGTTTCCCGCACCGATCTGCCGCTGGCTTTGGAGCATTCGTGGGGTGCCGGCCGCGCTATGTATTTCACGTTCTCACTGGGTGTGCTTCTTCGCGAATTCAAGCTGCCTGAACACGAGATGCTGCTGGCTAACGCGATCGATCATTTGCTCGATGGGAAGCCGCAGCTGTCGGTAACGCCGTATCCTGGACTGCAGGCGACCCTCTTCCGAAGCGGCAGCGATCTGCTGCTCCACTTCGTGAACGGAGCCGGCCGCAGGCCGCTTGCAGCGACGATTCCTCTGCATAATATCGAGGTCCGGTTGAGACCGGGGACTAGATGGCCTACAGGAAGCGGCTTTAAACTGGAGATGTTGATCGGCGGAGGCTGTATAGAAGGATTCGCAGTGAACGACGTATTGAACTTCACCCTGCCGCGGCTGGAGGTTTGGGAGTGCATTCGGATCCCGCTGAATCCCACCGTTACCGCTGTTGGGGAAGGATAG	MTKVNEERFWWHKPLRVIQPNMQVQNTACIDPPRLAAQLKEMGANAMVFNTGGIYAWYDTQVPYHTVNGYLPEGRDLLGELITACHREDLRFIARFDFSKAGDSAYLRRPEWFVRKEGGRPEIIGAERPGPWPLLMSTCINGGYRNADVAAPVLREALSRYPIDGIFFNNPGYVFCRCERCRRKYAEQYGKELPDSSRELEPDFAARCFDDNLEAMYDLIKWERPEVPMILYYNLHRDNLSKRVQNTDMLCTEPQDVLSLGHARIPEFWKPALSIKVGRSVPGRPAPFGIVHSCPGMDWRHTGLPVAEYRFWLAQIPANGGQIWHSVTGIPDTIEDQRILKTVAELNHHAAKLDAYMDGAVSAAETALLWNERGEAQSWAETLINRQIPFDVLLPQSLHDWDLSRYRVVLAPEGTEFTPLLLHDLRSYVYGGGQLLAEGPLPSVVADAADAADAGVKPLHDLLGISAEVFASEYLTASYLRFEELRGKGNPLQQGMERTALIAHRGHVAYVQPYSEAVRVLATLVPPFSPPESVGAPPERASLPVSRTDLPLALEHSWGAGRAMYFTFSLGVLLREFKLPEHEMLLANAIDHLLDGKPQLSVTPYPGLQATLFRSGSDLLLHFVNGAGRRPLAATIPLHNIEVRLRPGTRWPTGSGFKLEMLIGGGCIEGFAVNDVLNFTLPRLEVWECIRIPLNPTVTAVGEG				NA	NA	NA	NA	NA
JZ016_01113	1551			hypothetical protein	ATGAAAATTACATCAAGTAAGGGAAGCTCGTACAAATGCTGGACGTTCTGGCTCGCAGCCCTCATCACTGTCGTCATGCTGGCCGGATGCGGCGAACAGGCGGGTGAGAAGCCGCAGACGGCTGGGGGACCGGAATCGGAAGACACGGGCGGCAAGCCGATGACGATCAAAATGTTTGCCGGTCTCTATAACGAAATCCCCGACATGAATAATGATTTTTGGAAGGAATGGGAACGCCGTACCAACGTCAAGCTGGACGTGGAATGGGTGCCGTCGGGCGATTTGGACACAAAGCTGGATTTACTTCTGGCTTCCGGAGATTTGCCCGAGGTCGTGGCTTATCAGAACCCGATCCGTCCCACGCTGATTACGGCGATTCAGAACGGCGCGTTTTGGGATTTGACCCCTTTCCTCGGGGATCTAAGCGAATATCCGAACTTGAAAAGTAACCTTGCGCCAGATGCACTGAAATATTTGTCGGTGGAGGGAAGTATCTATGCGGTGCCGCGGTCCCGATCTAGGATCGACGGCGGGTTGAAAATACGAGAGGACTGGCTGAAGCAGCTGAACATTCCGATCCCTACCGATTTCGACGAGTATAAAGAAGTGTTGAAGAAGATCGTCGATGCCGATCTGGACGGCAACGGGAAGAAGGATACGGTAGGTCTCCTATATATCAATAACCCGCCCGCATCATTCCAGGCTGGTTTCGGCGTATACAATCCGACCTATACCGATGACGGAGGGCTGATGAGTCCGTCCCTTACGCCTCAATACGTCGAGATGGTGGAATGGCTGCGCGGTCTGTACGAAGATGGCCTGATGTCCAAGGAATATGCGGTCATGAAGGAAAGCCAGGCGGAGGAGCTCTTCAAGACGAACCGAGCTGCTTCCTATGGCCGTCCGATCTGGTGGGATCATGAATGGGAGCAGGCGATGAAGAAGTCCGGTCAGCCGGATGCCAAAATCCTGAACGTGACCTTGAAGGGACCGAAAGGGGATTATGCGGTCGGTCTGGAAACCGGCGTAGCCGGCGGGTTCTACATCTCCAAGAAGGTGCCTGAGGAGAAGGTGAAGCAGCTGCTCAAATATTTCGACCAGACGGCGTCCCAGGAAATGACCGATTTTGCCTATTACGGCATTGAAGGCGTCCATTACACCGAAAAGGACGGGCAGAAGGTGCTGACGGAACAAGGGGTCAAAGAAGTCAATACGACGAGCAAGGGAGCGGGCGTACTGGCTTATGCCAAGTGGGGCAAGGTGATCAGCGCTTCCGGCGATAAAGCCTTTAACGATGCCAAAATCAAAGAGGTGGAAAATTACGACGAGATCGGAAAAATCGACCACTATCGCGTCATCACGTCCGATGGCTGGCGCAGCACCTGGCCTAAATACAGCGACGAATATGCTTCCATGGTGACAAAGGCGATTGTCGGGCATATTCCAATGGAGGAGTTCCGCGCATACGTTGATCAGCTGAACAACCAGCCGGACATTCAGGAAGCGTACCAACAAATGGCCGAAGCATACAAGCAGTTCAACGGGGAGTAA	MKITSSKGSSYKCWTFWLAALITVVMLAGCGEQAGEKPQTAGGPESEDTGGKPMTIKMFAGLYNEIPDMNNDFWKEWERRTNVKLDVEWVPSGDLDTKLDLLLASGDLPEVVAYQNPIRPTLITAIQNGAFWDLTPFLGDLSEYPNLKSNLAPDALKYLSVEGSIYAVPRSRSRIDGGLKIREDWLKQLNIPIPTDFDEYKEVLKKIVDADLDGNGKKDTVGLLYINNPPASFQAGFGVYNPTYTDDGGLMSPSLTPQYVEMVEWLRGLYEDGLMSKEYAVMKESQAEELFKTNRAASYGRPIWWDHEWEQAMKKSGQPDAKILNVTLKGPKGDYAVGLETGVAGGFYISKKVPEEKVKQLLKYFDQTASQEMTDFAYYGIEGVHYTEKDGQKVLTEQGVKEVNTTSKGAGVLAYAKWGKVISASGDKAFNDAKIKEVENYDEIGKIDHYRVITSDGWRSTWPKYSDEYASMVTKAIVGHIPMEEFRAYVDQLNNQPDIQEAYQQMAEAYKQFNGE	PGPT0017245_2688	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01114	132			hypothetical protein	ATGCCCTCTGCATCGGATATGCGGCTGGTTGGATTGAAAGCGTTATCCTCCCGCAAAGGCGGGAAGGAGACAGGACTCTGTTTCAAGAACAATAGATGGATGATGAGCATCCATAAGGAGGGGTTTACATGA	MPSASDMRLVGLKALSSRKGGKETGLCFKNNRWMMSIHKEGFT				NA	NA	NA	NA	NA
JZ016_01115	882	araQ_11	COG0395	L-arabinose transport system permease protein AraQ	GTGAGCTTCGTTATCCGAAAAAAAGGGCTAAGCTTGTTCGATTGGGTCAACTACAGTCTAATCACCTTGTTCTCGGTCGCATGCTTGTTTCCGTTTCTATACGTGTTCAGCGTTTCCTTTACGGATCCCGAGGTCTATGTTCCGCTTAAATTTTATTTGTTCCCCGAGCAGTGGTCCTTGGAGTCCTACAAGTACATTCTATCTACCAATAGCTTTATGAATGCGTTTAAGAGCACCGTTTTCATTACGGTCGTCGGTACCGTGCTCAACATCGTCGTGTCCTTTACGATGGCCTACGCGCTGACGAAACGGTCCATGCCTGGCAACCGCTGGGTAATGGGGCTCGTCATCTTCACGTTGGTGTTCAGTCCGGGCATCGTGCCTAACTACCTGCTGGTCAAGGAACTAGGCCTGTTGAATTCTTACTGGTCGATGATCTGGCCGAGCCTGACCAACGCCTGGAGCTTGATCGTTATCAAAAGCTTCCTGGATTCGCTTCCATCCGAATTGGAGGATTCCGCGAAGATGGACGGCTGCTCGGATATGGGCGTGTTTTTGCGGATGATTATTCCGCTGTCGATGCCGGCGATCGCCACCTTCACCCTGTTCTTTGCGGTCGGGCATTGGAACGCCTATTTTAACGCCTTGATTTACTTATCGGATTCTAGCAAGTGGACGCTACAGCTGTTGATTAAAACACTGGTCATCGATTCCAATTCGGTGGCGGTGGCCCAGGCCGGGGCAAGCGACGAAAATGTGGTGCCGCAGGAGACCATCCGGATGGCCTCAATCGTACTCGCGATGGTACCGATCCTGGTTGTCTACCCGTTTCTGCAAAAGCATTTTGCCAAAGGAGTGATGCTGGGTTCCATCAAAGGCTGA	MSFVIRKKGLSLFDWVNYSLITLFSVACLFPFLYVFSVSFTDPEVYVPLKFYLFPEQWSLESYKYILSTNSFMNAFKSTVFITVVGTVLNIVVSFTMAYALTKRSMPGNRWVMGLVIFTLVFSPGIVPNYLLVKELGLLNSYWSMIWPSLTNAWSLIVIKSFLDSLPSELEDSAKMDGCSDMGVFLRMIIPLSMPAIATFTLFFAVGHWNAYFNALIYLSDSSKWTLQLLIKTLVIDSNSVAVAQAGASDENVVPQETIRMASIVLAMVPILVVYPFLQKHFAKGVMLGSIKG	PGPT0017255_2055	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01116	990	yteP_23	COG4209	putative multiple-sugar transport system permease YteP	ATGCCAAAGCTTAAATCTGCTAAACCTGCCCAAGGAGCCGGACAAGGGGCGGGCGGGGTCATGAAGCCGGGCCTAACGCTTCGCCCGGGCAGTCTCGCATCCCGCATCGTCAAGCACCGCGTCATTTATTTGCTACTGCTGCCCGGGCTGCTCTTCTTCTTGCTGTTCAAAATCGCGCCGATGTGGGGGCTTCTCCTGGCCTTTAAGGATTATAATCCGTTTCTCGGCTTTGCTGGAAGCGAATGGGCGGGATTTAAGCACTTTGCGGATCTGTTCTCGAGCTCCAACTTCTATATCATGCTGCGGAATACGTTTGCGATCAATATGATTGCGCTGATCTTCCATTTTCCGCTGCCGATCCTGCTGGCCCTGATGCTGAACGAAATCCGGCATGAGAGCTTCAAGCGTCTGAACCAGTCCATAGTTTACCTGCCGCATTTCCTGTCGTGGGTCGTCGTGGCCAGCATGACGTTCTTCCTGTTGTCGACGGACGTGGGGATCATCAATAAACTCATCGCCGAAAGCGGCAGGGATACCATTTCCTTTCTGTCCAATCCGAATTACTTCTGGGGACTGCTGACGGCGCAAAGCATGTGGAAGGAGGCCGGATGGGGAACGATTATCTTCCTGGCGGCCATGGCGGGCGTGGATCCCCAGCGCTACGAAGCCGCCGTCGTAGACGGGGCGGGCCGATTCCGACAGATCTGGCATATCACGCTTCCGGCCATCCGGCCAACGATCATCATTTTGCTCATTCTTCGGCTGGGCAGCATGGCGGACACCGGCTTCGAGCAGATTTTGCTGATGATGAATCCGCTGGTGCGTTCGGTGGCGGAGGTGTTCGATACGTACTCCTACACACACGGCATTCTTCAAGGGAAGATAAGCATCGGGGTGACGGTCGGCATGTTCAAGGGGCTGGTGGGGCTCGTCCTGATCGTGGCCGCCGACAAAATCGTAAAGCGGCTCGGCCATGAAGGGATTTACTAA	MPKLKSAKPAQGAGQGAGGVMKPGLTLRPGSLASRIVKHRVIYLLLLPGLLFFLLFKIAPMWGLLLAFKDYNPFLGFAGSEWAGFKHFADLFSSSNFYIMLRNTFAINMIALIFHFPLPILLALMLNEIRHESFKRLNQSIVYLPHFLSWVVVASMTFFLLSTDVGIINKLIAESGRDTISFLSNPNYFWGLLTAQSMWKEAGWGTIIFLAAMAGVDPQRYEAAVVDGAGRFRQIWHITLPAIRPTIIILLILRLGSMADTGFEQILLMMNPLVRSVAEVFDTYSYTHGILQGKISIGVTVGMFKGLVGLVLIVAADKIVKRLGHEGIY	PGPT0017250_510	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01117	2118			hypothetical protein	ATGAAATGGTGGTCAACGAACCGTCTCCGATTGATTCAAAATAATCTTCGCGAGACGGACGCCAATATGGATGTGGATCTTTTGATTCGGGAACTCAAGTCGTTTCAAGCGAATGTGCTCATGATGAATGCCGGGGGCATATTTGCGTTTTATCCATCATCGCTTATGCATCAATATGTAACGCCTTATTTAACCAAGGACCTTTTGGGGGAAGCGGTGGAAAAAGCCCATGCTAACGGATTGCGATTTATTGCGCGGTTCGATTTCAGTAAAGCGCACGAATCGTTGTGGTTGCGGTATCCGGAATGGTTTTACCGGGACCGGCAAGGGCGGGAGGTCAATTATCACGGCATCGTTCATACGTGTCTGAATGGAGAATACCAGCAGGTGAAGTCGCTGGAGAGCATTCAAGAAGTGTTGGAGCGTTATCCGGTGGACGGGATATTCTTCAATATGTTCGGCTACCAGCATTGGGATTACAGTGGAAATTTCTATGGGCCTTGCTATTGCCCAAACTGCCGCTTGCGGTTTCGAGAAGCGACCGGCGAAGATTTGCTGGCGTATACCGGGCCCGAACATCCGATGCACGAGCTGTACCGTTCCTTCCAGGAACGGACGGCAAGGGAAGTACTGGAGCGCATCCACGGATTCGTGAAGTCGCTCCGGCCCAATGTGGCCATCAGCACGTATCACCCGCACCGGGTCGATATCGTCCGCAAGGAATCGAATACGTCGCTGACAAGGAGCGGCCCGCCTTGGCTGTATTCAGCCTCGGAGAATGTCGCGTCTATACAAGACAGCTGGGATGACAAGCTGATCAGCAACTGCAGCATTAACGCCATCGACCTGACCTACCGGTTCACAGGAGTATCCGAGAATGAAAATGCAATCCGTTTATATCAAAGCATCGGAAGCGGATCGGGGCTGGATTTCTGCATCATCGGGGCATTCGAAGGATACCCGGACAAGGCAAGCTTCGAAACGGTGAAGGATATTTTCCGATACCATGCGGAGCACGAGGAGCTGTTCGGACAGCTCGGCTCCATGGCTGAAGCGGTGCTCGTCAAGCCAGCGGCCCCCGAAGCGGCAGCGGAGTATCAAGGTATGTTTAAAATGTTAAAGGAAGAGCACGTCCTCTTCGACGTGGTGATGGAAGAACAACTGGTGGCCATGGAGTCCAAACTAATGCATACGCGAGCAATTATTCTTCCCGGCGTTCAGGAATTGTCGGTGGCGGCGGCGCGAGCGCTGAATCGGGCAATGGATGCCGGCGCGGTGCTGGCCGCAACGGGAACGGCGCTGGAGCGGCAGCCGGAGCTGCTTAAAGAATGGTTCGCGGCCTCGTTCACCGGCGTGAAACAATCGGAGCCGGGCGCTTATCTGGACGTTTCGGACAAGTCACATTTCCCCGGATTTGCCCATGGCAGGGACTGGATCGCCGCCGGAGGAAGCTTTGCCCGCGTTGCCTTTGACCCGGATACGACCGAGTGCCGATTGCCATTCATCGAGCCGTCCACGTTCGGGCCGCCGGAGCGAGCTTACGGCCACCGCACCGGAACAGATTACGGTTTGGCGCTGCACAGGCGGGTCGGCAAGGAGGGAACGGTCCGAATCGGCGTGTATATGCCTTGGAATCCCGGCGAGCTCTACTATCGTCACGGGTTTGAGGACTACAGGCAGGTAATGGCGGACGTGCTACATGATATCTTGCCGAATCGGGTTGCTACTACGAACGCGCCTCCATGTCTAGAGTTGTTCATTCACCGATTGAAGGAGGGCGGATGCCTGGTTCAGCTGCTGAATCTCTCCGGATATAACGGGACGACCTTTATGAATCCGCTCCCGTTATATGATGTTCAGGTGGAACTGACCGTTGATCGTGTGGACGAAACCGCTGCAGCGAATGCTTCGTGGTCTTGGCCGCAAAAGTGGCGGCTGCCAAGAAACACGGAAGCGTGGGGCAGGCTGCTCCGTGCCGATTCCGATGCGCTGGTGGAAACCTCGCAAGACCGCGTGGCGGTGACGCTGCCGCAACTCGGCCGTTATGAAGCGATTTGGCTTCAGGCCGTGCCTGTCGGCGATCGAAAGGAGCTGATCTCCCGCGATGCCAAAGCTTAA	MKWWSTNRLRLIQNNLRETDANMDVDLLIRELKSFQANVLMMNAGGIFAFYPSSLMHQYVTPYLTKDLLGEAVEKAHANGLRFIARFDFSKAHESLWLRYPEWFYRDRQGREVNYHGIVHTCLNGEYQQVKSLESIQEVLERYPVDGIFFNMFGYQHWDYSGNFYGPCYCPNCRLRFREATGEDLLAYTGPEHPMHELYRSFQERTAREVLERIHGFVKSLRPNVAISTYHPHRVDIVRKESNTSLTRSGPPWLYSASENVASIQDSWDDKLISNCSINAIDLTYRFTGVSENENAIRLYQSIGSGSGLDFCIIGAFEGYPDKASFETVKDIFRYHAEHEELFGQLGSMAEAVLVKPAAPEAAAEYQGMFKMLKEEHVLFDVVMEEQLVAMESKLMHTRAIILPGVQELSVAAARALNRAMDAGAVLAATGTALERQPELLKEWFAASFTGVKQSEPGAYLDVSDKSHFPGFAHGRDWIAAGGSFARVAFDPDTTECRLPFIEPSTFGPPERAYGHRTGTDYGLALHRRVGKEGTVRIGVYMPWNPGELYYRHGFEDYRQVMADVLHDILPNRVATTNAPPCLELFIHRLKEGGCLVQLLNLSGYNGTTFMNPLPLYDVQVELTVDRVDETAAANASWSWPQKWRLPRNTEAWGRLLRADSDALVETSQDRVAVTLPQLGRYEAIWLQAVPVGDRKELISRDAKA				NA	NA	NA	NA	NA
JZ016_01118	1767	lacZ_2		Beta-galactosidase	ATGTCTAGCTCGCACAAATATATTAAAGACTATCCTAGACCGCAATTGGTGCGTGAAAACTGGGAAAATCTGAACGGGGAATGGGATTTCCGTTTTGACGATGCACGGGAAGGGGAGAGCGGCAAGTGGTATGACCGTCTTGAAGCCGACCGCAAAATTACGGTCCCCTTCGCGTTCGAGACGAAAGCAAGCGGCATTGCGGATGAATCATTCCATCCCTGCGTATGGTATGAGCGGATGGTTGCCATACCTGCCAAGGAAGCAGGCAAACGTATCCTGCTGCATTTTCAAGCGGTCGATTACTCGGCGACCCTGTGGGTCAACGGACACAAAGTCGGCACGCATGAGGGCGGATACGCAGCCTTTTCCTTTGACATTACCGAAGCGGTTGAGGTCGGCCGGGAGAACCGGATTACCGTTCGAGCCGTGGACAGCAACAGCTGTACCCAACCGCGAGGCAAGCAGCGGTGGATGCAGGACAACTTCGGCTGCTGGTACGTGCAGACGACAGGGATATGGCAGACGGTATGGATGGAGTATGTGAATCCGATTCATATCAACCGGGTAAAAATAACGCCGGAGCTGGAACGCGGGTCGGCAAACTTCTGTTACGAACTGGGTAACGCTGGGCAGGACTACAACGGATTGACCCTGCAGACCATCATCCGGTTTGACGGTAAGCTGATCCGGTCGACGGAAACGAGCGTAGAGCGCGGCACCGTAGCAGTTGACGTGAGCGTTGTTAACGAGGCCGTGGGCGAGTGGAAGATCAAGCCGTGGCATCCGAACCATCCGAATTTATACGACGTCGAGATGATTCTGAAGCAAAACGGAAAGCCGGTCGACACGGCCTATTCTTATTTCGGCATGCGGAGCATCCGGATCGTAGGCGATCAGGTCATACTGAATCATACGCCGATCTATCAGAGACTGCTGCTGGACCAGGGCTATTGGAACGATACGCATTTGACGCCTCCATCGGAGGAAGCGCTGCTGGAAGACATCGACAAAACGCTGGCCCTCGGCTTTAACGGTGTGCGCAAGCATCAGAAGCTGGAGGATCCCCGGTACTTATATTGGTGCGATCGCAAAGGGCTGCTGGTATGGTCGGAGATGCCGTCAACCTACGAATTCGGGGACGATGCGGTTGAGCGATTCACGAATGAATGGATGGCTGTCGTCCGACAGCATTACAATCATCCTTCCATCATTGCATGGGTACCGTTCAACGAGTCCTGGGGGATAACTGACATCGCCACCGACCGCAAGCAGCAGCAATTTACGGAGTCGATCTATCATTTGACCAAGGCATTCGACCAGATGCGGCCGGTCATCGTGAACGACGGCTGGGAACATACGATTTCGGATATCATTACACTCCACGATTATGAAGAGATAGGCGCTATGCTGGAAGAGCGATATCGGGACAAAGACGCGCTGTTGGGCAATAAATTCGCGCATAACACGCATCGTTATCCATTCGCGCAGGGGTATGGCTATCGAGGCCAGCCTGTGATCATCAGCGAATACGGCGGCATCGCCTTTACAAGCGAAGAGGGCTGGGGCTACGGCAATCAAGTTCGTAACGAGGACGAATTTTTGAAGCGATACGAAGGAATTACGCAAGCGATTAAAAATTTGCCATACGTGAGCGGATTCTGCTATACGCAAATTACGGACGTTCAGCAGGAAGTGAACGGCTTGCTGACGATCGAGCGCAAACCGAAAGTGAATATGGAAGCGATTCGAAGCATTAACTTGGCGTAA	MSSSHKYIKDYPRPQLVRENWENLNGEWDFRFDDAREGESGKWYDRLEADRKITVPFAFETKASGIADESFHPCVWYERMVAIPAKEAGKRILLHFQAVDYSATLWVNGHKVGTHEGGYAAFSFDITEAVEVGRENRITVRAVDSNSCTQPRGKQRWMQDNFGCWYVQTTGIWQTVWMEYVNPIHINRVKITPELERGSANFCYELGNAGQDYNGLTLQTIIRFDGKLIRSTETSVERGTVAVDVSVVNEAVGEWKIKPWHPNHPNLYDVEMILKQNGKPVDTAYSYFGMRSIRIVGDQVILNHTPIYQRLLLDQGYWNDTHLTPPSEEALLEDIDKTLALGFNGVRKHQKLEDPRYLYWCDRKGLLVWSEMPSTYEFGDDAVERFTNEWMAVVRQHYNHPSIIAWVPFNESWGITDIATDRKQQQFTESIYHLTKAFDQMRPVIVNDGWEHTISDIITLHDYEEIGAMLEERYRDKDALLGNKFAHNTHRYPFAQGYGYRGQPVIISEYGGIAFTSEEGWGYGNQVRNEDEFLKRYEGITQAIKNLPYVSGFCYTQITDVQQEVNGLLTIERKPKVNMEAIRSINLA				NA	NA	NA	NA	NA
JZ016_01119	2364			hypothetical protein	TTGGACATTTACAACGAAAAGATGTACGCCAATCCTTTTCCTTCCCTAGAGGAAGAATGGGAGGATTACGGCAATGGTGACCCGTATATACTGCGGCATGACGGCCGCTATTATCTGTATGTAAGTACAAAGGATCACCGGACGGGCATCAAGGCGTGGATATCGGACAATCTGGTTGATTGGAGGTATGCGGGTCTGGTGACGGAGGATTCCGTATCGACCGGCGCCTACGCACCTGAAGTGATTTACTGGAACGGCTGGTTCTATCTCTATACGTCTCCGGCAGGAAAGGGGCATTATGTGTTTCGCAGCGAATCGCCGACAGGCCCGTTCGAACGGATCTCCGACAACGTTGGGATGAGCATTGACGGCTCGGTATTTATCGACGATGACGGCTCCTGGCTGTTCACCCATGCTGGTTCGTCGGGCATTGTCGGCGTTCCGATGGATGGTCCCGCCGAATTCGGGGTGGGCCAGACGATCCCAGGGCCCTATCTGGGGCATTGGACGGAAGGGTCCATGATCATCAAACGGAACGGAACCTATTACATGACCTATACTGGGAATCATGTATTCAGCAAAGGCTACCGCATTCATTATGCCGTGTCGCATGATTCGGCGCTAGGTCCGTACACCATTCCGGCCAACAACCCGCTCGTCATCAGCACTAAGCCGGACTTTTACGGGCTTGGCCACAGCTCGACGGTAATGGGGCCCGATCTGGATTCCTATTATCTCGTCTATCATAACTTGACGGGAAGATCCCAGGAGGGCCCGCCCGTACGTCGGATGAACATCGACCGGCTTGTATTCAACGGAGACAAGATGGAGATTCTGGGGCCTACGAATTACGATCAGCCCGTCCCGGGAGGGCCGGTCTTTGCTGATAGGCTGGACGCAGAAGCCATCGATCAAAGCCTCTGGGAAGCAGCGGATTCAGGAGGAAGTGCACAAATCATTAGCAAGGTGAGCACGGATGGAGTCTTTACTGCCGAATATAACTTGGTTCCATCGAAGGCCCCCGTTGCCGCGTTGTTTGCGTATCAGGACGCGAATCAATACGGGTTCGCCGAAATCGATCCGGAGCAAAACGGGTTATCCTTAGGCAGAATGCAGGACGGCAGCCGCAAGGTGCTTGCCACGGTGGAGCTTCCCGCAGATACGGATTGGTCCAAGCTGCACACGATTCGCGTCGAGCGCGGAGAAGATCGGCTGCGCGTTTATCTGGACGGCGTTCTGAAGCTGGATCAATCGGCGGTACCGTTCGGACCAGGTAAAATCGGTTATCGATACCAAACCGGCGAGCCGAGCTTTTCGTATACGGCATTCTCGAATCACGCCTCCGGCAGCAGCGACTTCGAAACGGCCAAGCCGCTTCCCGGCAGCATGGAAGCCGTGCACTACTTAAGCGGTGAAGGCAGAGGCTTCTCGGTCCGCCACCCATCGGAAGCAGGCGCATGGCGCGGTTCGGACGGTACGGCGATTAAGATGGCTGAGGATGGAAGCTATTCTGCTTCGCTGACGGATAAAGGCGACTGGTTGCGTTATGCCGTGAACGTGTCGGAATCCGGAACGTATGCGCTGGACCTGACGGTCAAGGCCAGAATGGGGCCGACATCCTTCAAGCTGCTCGTGGACGATAAGAAGGTCGAAAACTATAAAGTTGACGGCAGCCATTACTCGGGTAGCGGTAGCGAACCTTGGGTTAAAATTCGGGTTGGGTCTCTAAAGCTCGAAAAGGGATTACATAGCCTTGCCATTCAATTGGACAGCGACCATACGATGGAATGGAAAACGATGGACTTCGAGCTGGTCGACATGCAAACGTTCAAATTGGAGAATCTTCTGGAACAAACAAGCTCCGAGGATGTTCACGGCCAATGGATCGAAACGGACGGCGGGTATGCCGGCGCAGCCAATTCCGATGCCAAGATGTATGGAGGAAGCCCCCTTTGGACCGATTATCGCATCCGAACGACCGTGAAGCTGGGCGACGATCCGTCCGGTCAGGCGGGTGTGCTCTTTCGAGTGACTAACGAGTCGGATTTCCGGGATCAAGTGAGTGATTCGCTAATGGGATATTTCCTTGCGGTCAGCGCTACGAAGCTTGAGCTGTACAAACATAATTACGATTCCGAATTACTGCATAGCGTCAAGGTTTCGCTGAAAGCGAACGAGCCGGCAAGCTTGCGAATTGAAGCGGTACGAGGCACGATTCGCGTATATGTGCAGGACGGGGAAGAGCCGATCCTGACATATGATGATCCCCGGGCATTCATGCAGGGGAGAGTAGGCCTGCGATCGGTTCATGCAGAGCAGATCGAGCTCGGCGACTTAACGGTGGAATCCATGGGTACGAAATAG	MDIYNEKMYANPFPSLEEEWEDYGNGDPYILRHDGRYYLYVSTKDHRTGIKAWISDNLVDWRYAGLVTEDSVSTGAYAPEVIYWNGWFYLYTSPAGKGHYVFRSESPTGPFERISDNVGMSIDGSVFIDDDGSWLFTHAGSSGIVGVPMDGPAEFGVGQTIPGPYLGHWTEGSMIIKRNGTYYMTYTGNHVFSKGYRIHYAVSHDSALGPYTIPANNPLVISTKPDFYGLGHSSTVMGPDLDSYYLVYHNLTGRSQEGPPVRRMNIDRLVFNGDKMEILGPTNYDQPVPGGPVFADRLDAEAIDQSLWEAADSGGSAQIISKVSTDGVFTAEYNLVPSKAPVAALFAYQDANQYGFAEIDPEQNGLSLGRMQDGSRKVLATVELPADTDWSKLHTIRVERGEDRLRVYLDGVLKLDQSAVPFGPGKIGYRYQTGEPSFSYTAFSNHASGSSDFETAKPLPGSMEAVHYLSGEGRGFSVRHPSEAGAWRGSDGTAIKMAEDGSYSASLTDKGDWLRYAVNVSESGTYALDLTVKARMGPTSFKLLVDDKKVENYKVDGSHYSGSGSEPWVKIRVGSLKLEKGLHSLAIQLDSDHTMEWKTMDFELVDMQTFKLENLLEQTSSEDVHGQWIETDGGYAGAANSDAKMYGGSPLWTDYRIRTTVKLGDDPSGQAGVLFRVTNESDFRDQVSDSLMGYFLAVSATKLELYKHNYDSELLHSVKVSLKANEPASLRIEAVRGTIRVYVQDGEEPILTYDDPRAFMQGRVGLRSVHAEQIELGDLTVESMGTK	PGPT0018665_78	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES	PLANT_DEGRADATIVE_GS|GH-XYLOSIDASE,PGPT0018665-xynB-K01198	NA	NA
JZ016_01120	837	araQ_12	COG0395	L-arabinose transport system permease protein AraQ	GTGAAACGGGAAAAAATGACGGACCTCTGGTCGCTGCTGCTGTTGTTATGCGGTTCGATCTTTATGGTCGCACCGTTCATATGGACCATATCGACCTCGTTAAAGGATCGGCGAAACGTATTTGAAATTCCTCCACAATGGATTCCCGATCCGTTTACGTTCGACAACTATGCGAAGGTTTGGCTGGAGTCGCCCTTGCTGCATGGATTTATGAACAGCTTGATCATCGTGGTGATCGTCCTGACGATCGGGATGCTGATATCCGCGATGTCGGCCTATGCCTTTGGCAAATTCGAATTTCCTTACAAAGGCATGCTGTTCATGGGTTTGCTCGGGACGATGATGATTCCGTATTCGGTCGTTATGATACCGCAGTATATCGGATTCTCCAGGCTGGATTGGGTGGATACACTGCTGCCGCTCATCGTACCTGGCCTGTTCGGCAACATCGTTGTCATCTTTTTCATCCGCCAATATTTGCAAAGCGCGATGCCAACGGAATTGATTGAAGCGGCGAAAATCGACGGCTGCAGCTTTCCGGGCATTTTCTTCAAGATCGCGCTGCCGATCATGAAGCCCGCGCTCGCCGCCCAAGCTGCCCTCGGCTTTATGGGCATCTGGAACGATTTTCTCGGTCCGCTGATTTACCTGCATACGCCCGAGAAGCAAACGATTCAAGTGCTGATCGCTTCCATGCAGGCGATGTACATTGGCCAGTCGGATTATCCGATGATCATGGCCGCCGCCATCATCGCCATGGTGCCGGTGATCATCGTGTTCTTTTTTTGCCAACGATACTTTATCGAGTCGATGGCAATCAGCGGAATCAAGGGGTGA	MKREKMTDLWSLLLLLCGSIFMVAPFIWTISTSLKDRRNVFEIPPQWIPDPFTFDNYAKVWLESPLLHGFMNSLIIVVIVLTIGMLISAMSAYAFGKFEFPYKGMLFMGLLGTMMIPYSVVMIPQYIGFSRLDWVDTLLPLIVPGLFGNIVVIFFIRQYLQSAMPTELIEAAKIDGCSFPGIFFKIALPIMKPALAAQAALGFMGIWNDFLGPLIYLHTPEKQTIQVLIASMQAMYIGQSDYPMIMAAAIIAMVPVIIVFFFCQRYFIESMAISGIKG	PGPT0016540_3303	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_01121	894	lacF_4		Lactose transport system permease protein LacF	ATGGGTACCAAGCTTGGCGGGTATCGCAGAAGAGAGCTGGCGTGGTTGTATCTGTTTGTCGCTCCGCCAGTTCTCGGGTTTCTTTTGTTCGGCCTTGTGCCGATCTTGTTCTCGATCTATATCAGTTTTCACAAATGGGATATGCTTACCGATCCGCAGTGGACGGGGCTCGCAAACTATAAGGATCTATTGAAAGACGAGAAAGTGTTCAAATCGTTGTACAATACAGTCTATTTGATGATCGGCATTCCGCTCGGCATGATACTGTCGATGCTGCTGGCCATATTGATGAACCGCAAATTCGCCGGCATCTCGTTCATGCGAACGATCTATTACCTTCCGGTCATATCGCCGATTATCGCGGTATCCCTGCTGTGGCAGTGGATTTTGAATCAGGATTACGGATTGCTCAACAACTTTCTGTGGGAAACATTCGGCATCACGGGGCCTAACTGGCTGGGCAAGCCGGAGTGGGTGAAGCCTTCGCTCATCCTGATCGGGCTGTGGAGCGGCATCGGCGGGAACATGGTGCTGTATCTTGCAGGATTGCAATCGATCTCCTCGACGTATTATGAGGCTGCGGAAATCGATGGCGCTGGTGCATGGCACAAGCTGACGCGAATTACGATCCCGCTGCTCACGCCGATTCATTTTTTTGTCATCGTTATGGGCATCATCGGTGCGTTCCAGTCATTCAGCCAGATTTACGTGCTTGCGGTGGATGGCGGACCGGAATACAGCGGCGCTACGGTCGTCTACTACATTTTCCAGCATGCGTTCGAGTACTTCAACATGGGCTATGCCAGCGCGGTGGCCTGGGTACTGGGCATTCTCATCTTTATCGTCACGCTCATTCAATTTAAGCTTTCCAATCGATGGGTTTACCAAGACTAG	MGTKLGGYRRRELAWLYLFVAPPVLGFLLFGLVPILFSIYISFHKWDMLTDPQWTGLANYKDLLKDEKVFKSLYNTVYLMIGIPLGMILSMLLAILMNRKFAGISFMRTIYYLPVISPIIAVSLLWQWILNQDYGLLNNFLWETFGITGPNWLGKPEWVKPSLILIGLWSGIGGNMVLYLAGLQSISSTYYEAAEIDGAGAWHKLTRITIPLLTPIHFFVIVMGIIGAFQSFSQIYVLAVDGGPEYSGATVVYYIFQHAFEYFNMGYASAVAWVLGILIFIVTLIQFKLSNRWVYQD	PGPT0016535_5139	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_01122	1383			hypothetical protein	ATGAAATCGAAGAACAAATTCGCAGGCATGATCATGCTGCTGCTGATGTTCGCGTTAACCGCTTGCAGCGGCGGCAATGGACCAAATGACGGGGCTGCACCAACCACCCCGGACACTTCGTCACCAGGCAATGAAGCTTCCGCCGGGAAGGACCCTAAAGAACCTGTAACGATTGAGTTTATGGGCCACGGCAATCCGAACGAAAAAAAGATTTTCGAAAAGCTGATCGCTTCCTTCGAGGAGAAGAACCCGCACGTCACCGTTAAATACACTTCGGTACCGCCAGGCGAATACTCGCAGAAGATGACGACGCTGATCAGCTCCGGCAAGGTTCCGGACGTATTCTACGTCGGGGGACCCGAGTTTTACCGCTTCGCGGAAGCCGGAACGCTTCTCAACATTCAGTCTTATCTGGATAAGACCTCGTTGTTTAATCCCGATAATGTATGGAAGCAGGCGATGGACCGCTACCGCTTTGACGGCAGTAAGGTTGGCGCCGGAGATGTGTACGGACTGCCGAAGGACGTAGGACCATGGTCATTTGTCTATAACAAGGATTTGTTTGACGAAGCGGGGGTGCCTTACCCTTCCGCAACGGCAGGGGAATGGACCTGGGACGACATGCTGGAAGCAGCCCAAAAGCTGACGGTCGACGATAACGGCGACGGAAAGCCCGATCAATATGGTGTAGGCGCTTACAGCCTGGAATCGGCGGTGTGGGGCAACGGCGGTGAATATATCGATTACGCCACCGGCACGGTCAAGGTGAACGAGCCCGAATTTTATGAGGCGATGCAATTTGTTGCTGACCTGAACCTGAAGCATAAGGTCAGCCCGAATCAGGAAGCCGAGCAAGCGATGAATGCTTATACCCGCTTTATTAACGGCCAACTGGCGATGTTTGCGATGGGCCCTTGGGATCAACCTGCATTCTGGGAGCTGCCTTTCGGTTGGGACATTGCGGCGTGGCCGGCAAGCCCGAATACGGGAGAAACGGCGACCTGGCTCGGCTCGATGGGATTTGCCGTTTCGGCGAAATCCAAACACCCGCAGGAAGCGTTCGACTTGGCGGCCTTCCTGTCCCTGGATGAGCAAGGGCAGCGCGAAAATTACCAGCTCGGTCAAGCGGTTCCTAATCTGATCGACATGGCGGAAGGCGAATTTAAGGAAATGGACAAAGGACCTCAGACACGTCAAGTATTCCTCGATATTATCCAAGATTACGGACGTCCGGACGTGGTAGCTTTCTCTAAGGATACGCAATGGATGGATATGTTCAACCAGAACGCGAGCAAAGTATGGAACGGTGAGATGTCGGCGAAAGACTTTACGGCCCAGATCCAGCCGAAGATGCAGGAGCTGTACGACAAAGGCAATAAATAA	MKSKNKFAGMIMLLLMFALTACSGGNGPNDGAAPTTPDTSSPGNEASAGKDPKEPVTIEFMGHGNPNEKKIFEKLIASFEEKNPHVTVKYTSVPPGEYSQKMTTLISSGKVPDVFYVGGPEFYRFAEAGTLLNIQSYLDKTSLFNPDNVWKQAMDRYRFDGSKVGAGDVYGLPKDVGPWSFVYNKDLFDEAGVPYPSATAGEWTWDDMLEAAQKLTVDDNGDGKPDQYGVGAYSLESAVWGNGGEYIDYATGTVKVNEPEFYEAMQFVADLNLKHKVSPNQEAEQAMNAYTRFINGQLAMFAMGPWDQPAFWELPFGWDIAAWPASPNTGETATWLGSMGFAVSAKSKHPQEAFDLAAFLSLDEQGQRENYQLGQAVPNLIDMAEGEFKEMDKGPQTRQVFLDIIQDYGRPDVVAFSKDTQWMDMFNQNASKVWNGEMSAKDFTAQIQPKMQELYDKGNK				NA	NA	NA	NA	NA
JZ016_01123	1077	araR_5	COG1609	Arabinose metabolism transcriptional repressor	TTGAAATCTCTGCCGCTATACAAAAAAATACAGGAAGATATCAAGCGGCTGATCGCCATCGGTAAGCTGCGGGAAGGCGACCGGGTCCCTTCGGAGAAGGAACTGTCCGAACGTTACCGCGTCAGTCAAATTACAAGCAAAAATGCGCTGGTTGGACTGATGGAGGAAGGCTTGCTCGTCCGGATTCAAGGCAAGGGCACCTTTGTCATGAGCAAGCCGGAGCACGCCACGGCGATTGATCAGTTGGGAGAATGGACGGCAGGTCCGGGCAAAAGCGGGCGGATCGGGTTAGTGCTGCCGACGATGAAAACGAAAGTGGACCAGCGTTTTTTGGATAACATCGAGAAATATGCGTCTGCCGCAGGCTATGAAGTGATGCTGAGAATTACGCGCGAATCCCAGCTCGAGGAATCCAAGGTCATCTCGTCCTTTCTCAAGCAAGGAGTGGACGGCATGATCATTTTTCCGGTTGAAAACGAGACCTACAACGATTCGATTCTGAGGCTCTCGCTGGACCGTTTCCCCTTCGTTCTGATCGACCGGTTCTTGAAGGAGATCAAGACGTACAGTGTAAGCTCGGATAACGTAAACGGCACAAGGGAATCCGTTGAATATTTGCTTAACAAAGGCCATTCGTCTATCGCGTTCATCTCTCCCGAAATTACGAATACGGTGACGGACGAGAGGGCCCAAGGGTTTGAGCAGGCATTTCTGGAGCATGGATTGTCGATCGACAAAAGCTTATGGTGTCTCCTCCCGCTGGATGAGATCGCATCGGGTCAATCCGTCGAACACATCAGAGTGTTTATAGATGACAATCCCCATATTACCGGCATCATTACGGCCAATACGGAGCTGTGCAGAAATGCCTATAAAGCGGCAGTTGCATCGCGTAGGCAGGTGCCGGACGAACTGGAGCTGATCACGTTCGATCCGCCGGATCTGCCGAATGTGCCGTACATCCGCCAAAACGAGGAGGAGATGTGCCGGTTGACCGTAGAGCTGCTAATTGAGCAGATCGAAGGGGCTTTTGAGGCGAGAAGAATCGTGGTGCCGGTCATGCTGGTGAAAGAATAA	MKSLPLYKKIQEDIKRLIAIGKLREGDRVPSEKELSERYRVSQITSKNALVGLMEEGLLVRIQGKGTFVMSKPEHATAIDQLGEWTAGPGKSGRIGLVLPTMKTKVDQRFLDNIEKYASAAGYEVMLRITRESQLEESKVISSFLKQGVDGMIIFPVENETYNDSILRLSLDRFPFVLIDRFLKEIKTYSVSSDNVNGTRESVEYLLNKGHSSIAFISPEITNTVTDERAQGFEQAFLEHGLSIDKSLWCLLPLDEIASGQSVEHIRVFIDDNPHITGIITANTELCRNAYKAAVASRRQVPDELELITFDPPDLPNVPYIRQNEEEMCRLTVELLIEQIEGAFEARRIVVPVMLVKE	PGPT0017490_547	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_01124	1056	purR_1		HTH-type transcriptional repressor PurR	ATGGAGCAACCGTTATATAAACGTATTCAGAACGATATACGCCAGCGCATTCAGAGCGGCGAGCTGCAAGCAGGAGCCTTGATACCTTCGGAGAAGGACTTGGCCCAGCGGTACGGTGTAAGCCAGATTACATCCAAAAACGCGCTCAACGGATTGGTGGAGGAAGGCTTGTTAGTGCGATATCGGGGAAAGGGCACCTTCGTTCGGGAGCTGGTCATTCCGGAAGAGCCGCATCTTCAGTCGGGTACGAAAAAGACGATCGCGATTATTTTGCCGACGATGAAAACCAAGATCGACCAGCAGCTGCTGGACGGCCTGGAACGCTATTGTGCGGATAGGGGATACGATCTGTTGATTCGCATTACACGCGAGTCGCAAGAGGAAGAATACCGAGCGATCAAGCAGTTCCAGGAACGAGGAGTCGACGGGTTCATCATTTTCCCTGTCGAGCAGGAAAGCTACAATAACGCGATTCTGCGCTTGTCGCTCGACCGGATTCCCTTGGTGCTTGTTGACCGTTTCTTGAAAGAGATCAAGGCGTACAGCGTCAGCTCGGACAATTATGCAGGCGTTCGGGAAGCTATATCCAGTCTGCTTGCTGCTGGGCACATGCGCATTGCCTTCCTGTCTCCGGAAATTACAAATTCGGTTACGGACGAAAGAGCGAAAGGCTTCGAGGCCGCTTTCATGGAACAAGGCTTGCCTATAGACAAGACACTGTGGTGCATGCTGGATTTGGAAACCATAGCAGAGGGGAACGGACAACGGGAGGTCGTTCGTTTCCTGAGCGAACAGCGCGATATCACTGCCGTCTTTGCCGTTAACGCGGAATTGGCCCGCTATGCCCATTATGCCATTCGGGAGATTTGGAAGGGGGCGGGGAACGAACCTCAGCTGGCCGCGTTTGACGATCCGGATCTTGATGGCATTCCTTTCATCCGTCAGCAATTGGATGAAGTAAGTCGGCGTGTCGTCGATTTGCTGTCGGAACAATTGTCCGGTACGCACGAGCCAAGGCGTGAAGTCGTACCAGTCCAGTGGATAAGGCCGGAATGA	MEQPLYKRIQNDIRQRIQSGELQAGALIPSEKDLAQRYGVSQITSKNALNGLVEEGLLVRYRGKGTFVRELVIPEEPHLQSGTKKTIAIILPTMKTKIDQQLLDGLERYCADRGYDLLIRITRESQEEEYRAIKQFQERGVDGFIIFPVEQESYNNAILRLSLDRIPLVLVDRFLKEIKAYSVSSDNYAGVREAISSLLAAGHMRIAFLSPEITNSVTDERAKGFEAAFMEQGLPIDKTLWCMLDLETIAEGNGQREVVRFLSEQRDITAVFAVNAELARYAHYAIREIWKGAGNEPQLAAFDDPDLDGIPFIRQQLDEVSRRVVDLLSEQLSGTHEPRREVVPVQWIRPE	PGPT0017490_536	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_01125	1602			hypothetical protein	ATGAAACGGAACACAGGCTTCTGGAAGAAACCACTTTCGTTCATTGTTATGCTTGCACTTGCTCTAACGGCAATTCCATTGTCGCCGGTTCATGCCGCTTCATCAGGCATGGCATGGGCTTCGCAGCAGATTGCCATCTATACACCGCCATCGGGAGGTGTATGGTACCCAAGGCTGCTCAAGCTTACGCCAAGCGAGTGGCTCGTATCCTTCGACACCAACGCTGGCGGTGGCAACACGCGCATTGTGGTCTCCAGAACGCAGGACGGTGGCTATACATGGAGCACTCCGGTCACAGCTGTCTCAAGCACCGCGGGCAATGTGGGGAACGGTCAAATGTTAAGGCTGCCGAGCGGGGAAATCTGGTTAGCCTATCGGCAGGTCGTTCAGAATGGCTCCACCTATGAGATCCAGCTTAATGTCCGGCGAAGTCTCGACGGTGGTCACACCTGGAGCGATTTACCGGGCGGATTGATCGGGAGTTCAACCGCCTCCAGCTTTAAAGGTTTGTGGGAGCCGCATTTGGATATGATCAACGGCACGATTGCCGTGCTTTATGCGGACGACAGTCCGGCAGCGGTCGGAACGACCGGCCTGCAAAATTTGTATATGAAGACCTGGAACGGAAGCGGCTGGGGCAGCCGGATCACGGTCAGTGACGGAGTTGCCGCCGGCTCCCGCGACGGCATGCCGGTCATCACGCAAATGAACGACGGGCGGTATATAACCGTTTTCGAATCCTCGGACGTTGCCGGCCACCCTTTTGTCATCAAATATAAAATTTCGCCGGACGGCTTCAATTGGTCGGTTCCCCGTCAAACGATGTACGTGCCCAGCGGCAATGGCAAAAAAGCGGGCGCTCCGTTCGTCGTTAAGCTCGCCGACGGTCGTCTTATGGCTGCATTCCAAACAGATGAAAGCAGCGCCAACACGGGGGATCCTTACTCATCGATGTTTACGATGATCAGCTCCGATAACGGCGCGTCATGGCAGTACAAAACCAACGTGTTTCCGGTATCCGATACGAAATCCTCCAACTGGAATGCGCTAATGGCCGTTGATTCCACTCGTGTTGCTGCCGTCACCAGCGCAACTTATCCTTCAAACGGCATCTATCTGCGCTTCGGGCATACCGTGACACCGCCGCAAACCAATCTGGTTAACAATCCCGGCTTTGAAACAGCCAATGTGGCGGGCTGGACTACGTACGGCGATGATTATCCGAATCGGATTCTTATTCATGGAGCCAATGACGGCGTTGGACTTCCCGCTGCCGAAGGCTCATACTTTGTCGGTCTCGCAGGCACAAGCGGACCTTCGACCGCATATGTCGGACAGACGATTAGCGGTCTCGATAACGGCACGTATACGATGCGAGCACGCATGCGCAGCAGCGGGGGCCAGAACAGCTGTGTCATGGAAGTGAAGGAGTATGGAGGCAGCATGCTTCAAACCGGGTGTCCGGTGACGACGGCGTGGACGCCTGTCACGATATCCAATATTCAAGTGACGAGCGGAAAGGCAACGATCGGATTTTACGTATCCAATTCGTCCTCTTCCCAATGGGCGGATATCGATCAGGTCGAGTTCTTCCGAAACTGA	MKRNTGFWKKPLSFIVMLALALTAIPLSPVHAASSGMAWASQQIAIYTPPSGGVWYPRLLKLTPSEWLVSFDTNAGGGNTRIVVSRTQDGGYTWSTPVTAVSSTAGNVGNGQMLRLPSGEIWLAYRQVVQNGSTYEIQLNVRRSLDGGHTWSDLPGGLIGSSTASSFKGLWEPHLDMINGTIAVLYADDSPAAVGTTGLQNLYMKTWNGSGWGSRITVSDGVAAGSRDGMPVITQMNDGRYITVFESSDVAGHPFVIKYKISPDGFNWSVPRQTMYVPSGNGKKAGAPFVVKLADGRLMAAFQTDESSANTGDPYSSMFTMISSDNGASWQYKTNVFPVSDTKSSNWNALMAVDSTRVAAVTSATYPSNGIYLRFGHTVTPPQTNLVNNPGFETANVAGWTTYGDDYPNRILIHGANDGVGLPAAEGSYFVGLAGTSGPSTAYVGQTISGLDNGTYTMRARMRSSGGQNSCVMEVKEYGGSMLQTGCPVTTAWTPVTISNIQVTSGKATIGFYVSNSSSSQWADIDQVEFFRN				NA	NA	NA	NA	NA
JZ016_01126	1308			hypothetical protein	ATGAATGAATGGAAGCCGGATTGGAACCGGAGACTGGCCAGACCCCCTTTTAAGAATCGGCGCTTTGGGGCTGACATGATGGAGGCTGTGGAGAAACGGCTTAAAGTTGTTGAAAAAAATCGATCCCGCTTTGGATGGAGCCGAGCCGCTGTGGTTATCGTTCCCGCTTTGCTGCTTGTGCTCGGCGTTGGGGTCTGGTTCGGAAACCAGGCCCCATCTATTCCCCAACCGGTAGCTCCAAGTCCAGGTAATCTAGTTACACAGGGGGGAGGAACGTTTGAATCCAGCTTCTTACTTGGGGGTGGAGGCGACTTCGATTGGTGGAACCTTGCGAAAAATGAAGTCAAACAGGCTAACGACCGTACGATTGTGACACTGGCCGCAGCACTCTTACAGCGAGAGCTGGGCATCTGGGGAGGCCCATCGCCTGACATATGGGAGCATTCCGAGGTGAAATGGCCGCTTGACCGCTATGATGTGTCCAGCCCTTGGGTGTATGAAGTGCACGTAAAGGAGATAAACGCAGAAGAAGCACAAACTGTATATCAACTTCGTCTGCTGCTGCGGGATTCGATTCCGATGACGTATGAGGAAACGATAGACGTTACCATCCGTAACGATTCGCACAAAATCTCGCTTATTGAGCAAATAGACATAGACGAAACGGGAGCGCCTATGAATGAAATCAAGGCTGGAGACGAACAGGGGAATACCGTGATATTAAAGGAGGATGCGGAGATTGGCCTGAAGATTACAGGAACTCTGGTTCAAAAAGAAGGGATGATCCGCTCCATCCACGTTCAGTATGGCGACATGGAACACACCTTTCATGATTGGAAGAATGTGAGCAACGAAACCTACTATCCGGACGTTGCGTTGCTGCCTGCAAAAAACAACAAGGAGGATGTCCTTGCAATCATTTTGACAACCGGTTACGGTACCAGCATTAGAGAATCGGAGTTGAAACTTCTGACAGAAAATTTTAGACAAGTGATGTCAGCCGATCCGGTGCTTGCGGTAAAATCCAGACTTAGCTATAGTGCGACAGCAGAAGCGGGAAAACGGATCTTTCAATTCACGCTGGACGGGGTAACTCGCACATTTGAATATATGGAGGAAGACGCGGGATATTGGCTGGATCAGCCCGCGCTTGGCAACATGGTTAGGTATTACGTTGAGGGAGGCATCTTATATGCATCGGTGCCGATACAGGTTTCGCCTGGCGAATTCCCGGTCGCGGTCCGGCTGCGGTACGAATACGACGGTACAGCGTTTCTTGTGTCGGAAGCCATGTATGGAGAGATGTAA	MNEWKPDWNRRLARPPFKNRRFGADMMEAVEKRLKVVEKNRSRFGWSRAAVVIVPALLLVLGVGVWFGNQAPSIPQPVAPSPGNLVTQGGGTFESSFLLGGGGDFDWWNLAKNEVKQANDRTIVTLAAALLQRELGIWGGPSPDIWEHSEVKWPLDRYDVSSPWVYEVHVKEINAEEAQTVYQLRLLLRDSIPMTYEETIDVTIRNDSHKISLIEQIDIDETGAPMNEIKAGDEQGNTVILKEDAEIGLKITGTLVQKEGMIRSIHVQYGDMEHTFHDWKNVSNETYYPDVALLPAKNNKEDVLAIILTTGYGTSIRESELKLLTENFRQVMSADPVLAVKSRLSYSATAEAGKRIFQFTLDGVTRTFEYMEEDAGYWLDQPALGNMVRYYVEGGILYASVPIQVSPGEFPVAVRLRYEYDGTAFLVSEAMYGEM				NA	NA	NA	NA	NA
JZ016_01127	540	ylaC_1		RNA polymerase sigma factor YlaC	ATGCAGCGTTCTGCGGAACTGAATATATCGGACATACGGATGCTGATGGAATCCTACAGTGAGGATGTCTGGAATTATGCTTACGTGATCACCAGAAATACATATACAGCAGACGATGTCGCGCAGGATGTGTTTATTAAAGTTTATCAAAAGGTTGCTTTCTTTCGCGGGGAGGCTTCCGTCAAAACCTGGCTGCTTAAAATTACTAGAAACACAGCGCTTTCTTATCTGAGACGAGCGTTTTTGCGCAGAGTGGTGCTGATCGGCGATCATTCGCCGGGTGATGGACTGAACGAGACGACGTCTTCGCCATCTGCCGAGTCGGAGTATTTGAAACAGGAGGAAGCGGATGAGCTGTGGCAGGAGGTTCTAAAGCTGCCCGGTAAATTTCGAGACCCCCTCGTGTTGAGTGTGCATCATCAGCTATCCATAGAGGAAATATCCGGCATTACCGGTCTTTTGCCAGGGACGGTAAAGTCTAGAATTTACAGAGCCAAAAAGAAGGTTGCAGCCAGATTCGGAAGGAGCGAACGACGATGA	MQRSAELNISDIRMLMESYSEDVWNYAYVITRNTYTADDVAQDVFIKVYQKVAFFRGEASVKTWLLKITRNTALSYLRRAFLRRVVLIGDHSPGDGLNETTSSPSAESEYLKQEEADELWQEVLKLPGKFRDPLVLSVHHQLSIEEISGITGLLPGTVKSRIYRAKKKVAARFGRSERR	PGPT0014960_9266	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_01128	774	COQ3_1		Ubiquinone biosynthesis O-methyltransferase, mitochondrial	ATGGGGTGGAATTACAAAAACGTGAAGGGGAGATTTAAGTTGAAGCAAAACAAGTATGACGATCAGGGATTTTTTGAAAATTACAATCAACTCCCCCGTTCCATCAAAGGATTAGAAGGTGCAGGAGAATGGCGTGCCTTTCGATCGATGTTTCCGGATCTTAGTGATAAAAAGGTGCTTGATCTCGGCTGCGGATTCGGGTGGCACTGCAGGTACGTAAGAGAGCAGCATGCGAGGTCTGTGGTCGGGGTGGATATCTCAAGGAACATGCTGGAGAGGGCAAGATTGATGACCGATGACACGAATATAGAATATGTGCAGTCCGCAATAGAGGACTATGACTACCCTGCTAACGAGTTTGATGTCGTGATTAGTTCGCTTGCACTTCATTACATTCGTGATTTCGAGGATATCTGTAAAAAGGTATATCAGAGTCTAACGGTTGGAGGTTCGTTCGTCTTTTCAGTTGAACACCCAGTGTTTACTGCTGTGGCCGAACAAGATTGGTATTATAGCCCGGACGGGAAGAAGCTGCATTGGCCTTTGGATCACTACCATGAGGAAGGAGGACGTCAATCTAGATTTCTTGATCATAATGTTACCAAGTACCATCGGAATATAGCCACACAGATAAATGCGTTAGTGAAAACCGGATTCCAGTTTAGGGAAATGTCTGAACTTAAACCAGAACGCGAGCAGATTGAGGATCCGGAATGGCATGACGCATTAAGGCGCCCCATTTTCTTATTGATCGCTGCAGATAAGCAGGTCTGA	MGWNYKNVKGRFKLKQNKYDDQGFFENYNQLPRSIKGLEGAGEWRAFRSMFPDLSDKKVLDLGCGFGWHCRYVREQHARSVVGVDISRNMLERARLMTDDTNIEYVQSAIEDYDYPANEFDVVISSLALHYIRDFEDICKKVYQSLTVGGSFVFSVEHPVFTAVAEQDWYYSPDGKKLHWPLDHYHEEGGRQSRFLDHNVTKYHRNIATQINALVKTGFQFREMSELKPEREQIEDPEWHDALRRPIFLLIAADKQV	PGPT0027230_1486	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_III_R-M_SYSTEM,PGPT0027230-mod-K07316	NA	NA
JZ016_01129	639			hypothetical protein	TTGAGATTTAAAGCGTGTATTTTGATTGTCTTCATGATTCTAACGGGGTGCTTTGCAGGAACCAAAGAGCAGATCTCACCTGAGAACAATTCGGCAGCTGCCGAGATCCAATTGACACCCGTGGATTTGTTCCAAGGGGACGCAGCAAAGTTTAAGTTATTCCTCGGTCCGATGACGGGTGCATTTACATTAAAGTATGAGGGAAATAAACCTAATGTCAGCTTGGATATTGATATTTGGAAGAACGGGCAGAAGGTAGATTCGGCAGGGTCGATCGGAGATTTGTTTTACAGTTCGGACGAGCAAAAGGACAGCAACGAAGTAGAACTAATCATATCCGTGGACACGGAATCCAAAGAAGGTCTCGAGGAGTTCAGAAAGATTAAAGTCAACACCAATTCCCATTCGGGATCAAGCCTGACTACCTTTACCATTCCTTGGGACAAAACGTTGATGGCACAAGGATTGATTCAGGATACGCGCCCACGTTCGTTTACGATCGATCAGCCGGTACATGTATTTGGCATGCATGCTACAAGTTCTAATGAAATACATACAGCGGACCTTACAACGGATTCGTTAAGAAAAACGGAGTGGGCACTTGTGTTCACCTTGCGTCTGAATGAAGATATGGAATAA	MRFKACILIVFMILTGCFAGTKEQISPENNSAAAEIQLTPVDLFQGDAAKFKLFLGPMTGAFTLKYEGNKPNVSLDIDIWKNGQKVDSAGSIGDLFYSSDEQKDSNEVELIISVDTESKEGLEEFRKIKVNTNSHSGSSLTTFTIPWDKTLMAQGLIQDTRPRSFTIDQPVHVFGMHATSSNEIHTADLTTDSLRKTEWALVFTLRLNEDME				NA	NA	NA	NA	NA
JZ016_01130	987	srkA_3		Stress response kinase A	ATGGCAAGCTCGAAGATATTGCTTCAAGCCGCGGAATCTTTTGAATTTAATATAGGGACGTTAATCTTCCTGAGTAACTCGACCAATGAAGTATATCGTTTTACTAAGGGTGATCAATCCTATATCTTGCGGTTATCTCAGAAATCACACGAGTATGCACCGAAGATCAGGGCGGAGATGGATTGGCTTTATTACTTAGTAAAGAACGGTGTACGTGCTTCATTACCCATTCATACATGTAATCATGAATCAATGGCCGTGTTCTATGATGAAGATAAGTGGTATATCGCAACTGCTTTTCACGAGGCAGCAGGTCGTTTTTTTGATAAACACAATGAGCAGTTATGGGGCCCGAAGATATTCAGGAATTGGGGAGAAACCATGGGAAGGATGCATAGACTGTCGACATCATATGAACCACCTGACATCCTTGGGAAGAGAGACACCTGGAGTAGAAGAAGTATGAATAATCCTCATCTGCAGCGAGGCCGTTTCTATATGCTTCTTGAAAAATTGATTTCCATGGAAAGTACGATTGATTCACTGCCGAGGGGGAGCGATTCGTTTGGACTGATACATCATGACTTTCATCCGTATAATTTTTTTATCAACAACAGTGAAATAACGGTCTTTGACTTTGACGATAGTATCTATGGCTGGTTTTCGTTAGACATTGCAATAGCAGCCACTCATGCCGTTTGGTGGGGAGTGCATGCAGAAGATCGTGTCACCAAAAGCAGGTTTGCCCAACAGTTCTTGCATGAATTCCTCATGGGTTACGAGAAGGAACACCAGCTCTCCGAATACTGGAAACGAACAATCCCCTTGTTTATGGAGTATAGAAATATTTGTTCTTACTTCTGGTGGTTAAGTGAATGGAATGGTGATGAGAGCAGCTTTACAGAGGACCAACGGAATGCAATAGACTACGCTGTTAAGCTGATTGAAAGAGGTTTGCCTTTTGATGGCTGCGATATTCAAGTGTAG	MASSKILLQAAESFEFNIGTLIFLSNSTNEVYRFTKGDQSYILRLSQKSHEYAPKIRAEMDWLYYLVKNGVRASLPIHTCNHESMAVFYDEDKWYIATAFHEAAGRFFDKHNEQLWGPKIFRNWGETMGRMHRLSTSYEPPDILGKRDTWSRRSMNNPHLQRGRFYMLLEKLISMESTIDSLPRGSDSFGLIHHDFHPYNFFINNSEITVFDFDDSIYGWFSLDIAIAATHAVWWGVHAEDRVTKSRFAQQFLHEFLMGYEKEHQLSEYWKRTIPLFMEYRNICSYFWWLSEWNGDESSFTEDQRNAIDYAVKLIERGLPFDGCDIQV				NA	NA	NA	NA	NA
JZ016_01131	171			hypothetical protein	TTGGCGAAGAGCAAACAGCATCAAGAAGCGCACGGGATTGGACAAGTAGAACAACAGCTGAATAATCAAATGGAGGCTGCCGAAGACATTCAAGGACAATCGAAACTGGATCAAGACATAAAAAAAGCCTCTCAACGCCGGGTTGATCCATTGAAAGACCCTTCAAAATAA	MAKSKQHQEAHGIGQVEQQLNNQMEAAEDIQGQSKLDQDIKKASQRRVDPLKDPSK				NA	NA	NA	NA	NA
JZ016_01132	180	sspH_1		Small, acid-soluble spore protein H	ATGAACAAACAAAGAGCGATTGAAATTTCGAAATCGGCCATTATGAAAAATGTAACTTATCAGGATACCCCTATCTTTATCCAGCATGTCAATGAGGATGAAACTGCCCGCGTCTATCCGATCGGAAACTCGGAGCAGGAAATGACCGTCCCTTTATCCAGTCTCACCGAGCATCCATAA	MNKQRAIEISKSAIMKNVTYQDTPIFIQHVNEDETARVYPIGNSEQEMTVPLSSLTEHP	PGPT0024895_177	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024895-sspH-K06425	NA	NA
JZ016_01133	1407	bamB_1		Outer membrane protein assembly factor BamB	ATGCTTAACATCAAGAAGAAACAATCAAGTATAAGCCTCAAAGCTCGATTACGACGGCGTCTCATTGCAAGCATCGCTGCAGGCATACTTACTGTCCAGGGCGTATTGGTAGTACCACCTTCGCAAGTGAATGCAGAAACGGCCGATGTTTCGGTACGCAACTGGCATTATTCATCAACAATCGAGGTACCCGAACTGAAGCCTTCCTGGACGGTAAAGGTGGACAATTATCTGAATATGGGCGAGAACGATGTTTCAGGTCACCAGGCAATTGCTGAAGAGGGGAAGGTATTTGCATTCGCGGGAAACAAACTCATCGCCATGGATGCGAGCACAGGCAAGCGGCTGTGGAGCTACGGTAAAGACCTGAAACCTTATATTGTTTATGATAATGGCGTTATTTACGGCCTATCGGCAGGTCAGAAGCCATACGCGCTGAATGCAAAGACAGGCAAATTGAAATGGCAGTCGAACACATCCATCTTTATGGATGCGCACCTGCGAACGGAAGCGCTGGTGCCGACTAATGATACGCTCTATGCAATCAAAGGGAGCGCAACTTTCGCTTTTGATAAGGCAACAGGAAAGCTGCGATGGAAAATGAATGAGCCGTCAGGAGAAGGAAACGGCACGGATTACCTTCAGGAGGCGGATGGAGTCATCCTTCGGACGTTCTATGTACAAGGAGCACTAACATCCATTCAACTGAATGCTTATGACAAAAAGACGGGCAAGAAGTTATGGGACCATTTTGGTCAGGGAGAAGCGCTTCATATCAAAGACAATCTCGTGTATTCGGTTGACTATTATTCTCCATTGCTGGCTGATTATCAGTCGCTTCCGGACCGCAAATGGATCGTAAATGTATATAATCTTAAGACAGGCGTAAAGAAGAGCAGCCGAGAGTATAGCTGGAAGATGACGGGGGAGCCGCCATATGAGTACGGCGGGGGCGGCTTATTTATGAACCAAGGGAAGTTATACATGGATCAGGGCAATAAGGTGGCCGAATACAAATTTGACACCTATAAGAAAGGTGAGGTTCCTCTGCGAACTTTTCCTCGCCCTTATGGGGGCGACTGGGAGTTGATCGGACTGGTTCAGGAACGGCTGATTTTCAATAACAGATCGACTGGTGAGCTGGCCGGTACCAAACTTGCAAATGGTCAACGGATCGGATGGAACGGCGATGCACCTGCTGCGCAGATTGATGTGTATGGGAAAGGATTATACCGGGCACAGCGTAACGGTACACTACTCGGCATCAACTTGATGACATCCCGGCCAGTCTTTAAAGTAACGACTGGATCAGATTTACACGAGTCGACCCTAAAGACGAACGGTATGATCATCATCCAAGCAGAGGGGAAGCTCCTCGGAGTAAAGGTACCGGCATCGTTGAAATAA	MLNIKKKQSSISLKARLRRRLIASIAAGILTVQGVLVVPPSQVNAETADVSVRNWHYSSTIEVPELKPSWTVKVDNYLNMGENDVSGHQAIAEEGKVFAFAGNKLIAMDASTGKRLWSYGKDLKPYIVYDNGVIYGLSAGQKPYALNAKTGKLKWQSNTSIFMDAHLRTEALVPTNDTLYAIKGSATFAFDKATGKLRWKMNEPSGEGNGTDYLQEADGVILRTFYVQGALTSIQLNAYDKKTGKKLWDHFGQGEALHIKDNLVYSVDYYSPLLADYQSLPDRKWIVNVYNLKTGVKKSSREYSWKMTGEPPYEYGGGGLFMNQGKLYMDQGNKVAEYKFDTYKKGEVPLRTFPRPYGGDWELIGLVQERLIFNNRSTGELAGTKLANGQRIGWNGDAPAAQIDVYGKGLYRAQRNGTLLGINLMTSRPVFKVTTGSDLHESTLKTNGMIIIQAEGKLLGVKVPASLK	PGPT0006870_633	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUBSTRATE_UTILIZATION-OTHERS	PLANT_DERIVED_ALCOHOL_DEHYDROGENASE-CYTOCHROME_C,PGPT0006870-exaA-K00114	NA	NA
JZ016_01134	2277	bglB_2	COG1472	Thermostable beta-glucosidase B	ATGAAGGCATCGATTAATGAATTGATAAAGGAAATGTCACTTACTGAGAAAGCATCCCTCTGTGCGGGATTAAATATGTGGATGACCAAGGGGATCGAGAGACTCAACATTCCGCCGGTTCATATGTATGACGGAACGAATGGGATCCGCAAAACGAACAGTGACGATGAAATGGGGATTACGACAGAGAATGTTCCGGCAACTTGTTATCCCACGGGCGCAGCTATCGGTTCTTCGTGGAATACGGAACTGCTGCACGAAGTCGGGGAAGCACTTGGCAATGAATCCAAAGAGATGGGCGTAGAATTGCTGCTCGGCCCAGGAATCAACATGAAACGGACTCCGCTTGGGGGAAGAAATTTCGAATATTACTCCGAAGATCCTTGCCTGACAGGGGAACTGGGCGCTGCTTTCATCAATGGCCTCCAGAGCAAAGGCGTCGGGGCGTCACTTAAACACTTTGCTTGCAACAACCAGGAATTCGAGAAAATGGTGACGAGTTCAGAAGTAGACGAACGGACGCTGCGCGAAATTTATTTAAGCGCCTTTGAACGAATTATTAAGAAATCGGATCCCTGGACCGTCATGTGCTCCTATAATTTGCTCAATGGCTCGTATACCAGCGAGAATGAACACCTATTGCATGATATCTTGAGAGAAGAATGGGGATACGAGGGGGTTGTCATCTCAGACTGGACTGCCGTGAATGATCGGATTCGTGGACTGAAAGCAGGACTTGATCTCGAAATGCCGGGACCTGCCGGTTATAACACGAAAGCGATTATCAAAGCCGTTGAGAGCGGAGCTCTTGCAGAAGAGCAGCTCAATAAAAGCGTTGCCCGTATTCTAAAACTCGTAGAACGTGTAACGGGTATGGAGGAAGCTGTTCCGGCATCCGATATGGAGTACCACAATCTTGCGAGAAAAGCTGCAGCAGAAAGCATTGTGCTTCTTAAGAATGAGAATGGCATCCTTCCGATTCATGCGGAGTCAACCCATTCCATTGCGGTTATCGGTCGTTTTGCCAAAAAACCTAGAATTCAAGGAGCCGGCAGCGCAAAAGTAACGCCTACACGCGTTGATATTCCATTTGAAGAAATGAAGGCGTTGGCTGGAGCTTCCGTTGAGTTGAGTTATGCTGAGGGTTACCCTGAAGATGACTCCGTCCATGAGGAAATGATCAAGGAAAGTGTCGCATTGGCGGCAAAATCTGATGTCGCAGTCATATTCGTTGGCCAGCCTGAATACGCAGAATCCGAGATGCGTGATTTGAAGGGCATTGATTTGCCTGAACAGCAGATTCTGCTTATTCAAGCGATTGCAGCCGTACAACCGAAGTGCATTGTGGTGACCAGCAGTGGAACAGCCTTGGCGATGCGTCCTTGGGTTCAGCATGTTCCCGCTGTCATACACTCATGGCTTTCCGGACAAGGCATGGGCAAAGCGATTGCTGAAATCTTGTTTGGTCAGGTGAGTCCCTCCGGTAAATTGTCCGAGACGTTTCCGGTTAAGCTTTCAGACAATCCTTCACATATGAGGATCCGCGGTGAAAACGGCAAGCTGTATTATCGTGAAGGGCTGTTCATCGGCTATCGATACTATGATAGGAAAGAACTCGCTCCGCAGTTTCCGTTTGGCCATGGCTTATCCTACACTTCATTTGCCTATAAGGATATGAAGGCAGCTCAAACGGAAACAGGGATCACGGTCTCTTTCTGGCTGGAGAATATCGGAAATCGAACAGGGAAAGAGGTCGTTCAGCTTTACGTGCATGACGAAGAGTGCACATGGACGCGTCCAGAGAAAGAATTGAAGGCATTTTCTAAAATCGAGTTGGCTCCTGGGGAGAAACAACAGATCGTCTTTGAACTTGAAGAGAGAGACTTTGCCTATTACAATACCAAATATAACCGCTGGGTAGCGGAGAGCGGTTATTTCCAAATTGCGCTTGGCAGCTCTTCCCGCGATATAAGAATTACGGAGCGATTGTATTGTGATTTTGGAAAGGAAGAAGTATCATTTCATAAATTCAGCCTGATTAGCGATTGGATTAGCGATCCGATTGCGAAATCGGTACTGGAAGAATGCCTCGATGAGATGAACCAGCATGTCGTAGAGAAGATTTATCTCAATGATGAATTCGTCGGATTTTGGGAAGATGGTCCACTCATTAAAATATTGCAAATGTATGGTCAAACTTGGTTGGGTGACCGGTCACCTGATGAGATCATTGAAGAGCTTATAAGAAGAGTTTATGAGCGACGCGTTAACATGTAA	MKASINELIKEMSLTEKASLCAGLNMWMTKGIERLNIPPVHMYDGTNGIRKTNSDDEMGITTENVPATCYPTGAAIGSSWNTELLHEVGEALGNESKEMGVELLLGPGINMKRTPLGGRNFEYYSEDPCLTGELGAAFINGLQSKGVGASLKHFACNNQEFEKMVTSSEVDERTLREIYLSAFERIIKKSDPWTVMCSYNLLNGSYTSENEHLLHDILREEWGYEGVVISDWTAVNDRIRGLKAGLDLEMPGPAGYNTKAIIKAVESGALAEEQLNKSVARILKLVERVTGMEEAVPASDMEYHNLARKAAAESIVLLKNENGILPIHAESTHSIAVIGRFAKKPRIQGAGSAKVTPTRVDIPFEEMKALAGASVELSYAEGYPEDDSVHEEMIKESVALAAKSDVAVIFVGQPEYAESEMRDLKGIDLPEQQILLIQAIAAVQPKCIVVTSSGTALAMRPWVQHVPAVIHSWLSGQGMGKAIAEILFGQVSPSGKLSETFPVKLSDNPSHMRIRGENGKLYYREGLFIGYRYYDRKELAPQFPFGHGLSYTSFAYKDMKAAQTETGITVSFWLENIGNRTGKEVVQLYVHDEECTWTRPEKELKAFSKIELAPGEKQQIVFELEERDFAYYNTKYNRWVAESGYFQIALGSSSRDIRITERLYCDFGKEEVSFHKFSLISDWISDPIAKSVLEECLDEMNQHVVEKIYLNDEFVGFWEDGPLIKILQMYGQTWLGDRSPDEIIEELIRRVYERRVNM	PGPT0019110_4197	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_01135	1242	licC	COG1455	Lichenan permease IIC component	ATGAAGCGTTTCATGAAATGGATGACGGAATCCTTTGCGCCAAGATTGGATGCGATTACAAATAACATTTGGATAGCATCGATTCAAGAAGCCATTATGGTCGCCATCCCGATGATCTTTATTGGTTCCATTATTACTTTGATTTCAATTTTGCAAGACTTCATTCCTGGAATGCCGGATTTAACGCCAATTACAACATTCAGCTTCGGTCTTCTCGGTTTGTTTATTGCATTTCTAACGCCGTATACGGTCATGGAGAAAAAGGAGAGACACAAGATCAAGCTGCTGGCGGGAATGACCGGCATATCCTTATTCCTCATGCTGCTTAATCCCGTCGTAAACGAGGACGGAACCGTTCAGTTCGTTCTTGAGCGTTTCGGTCCTGCGGGCATGGTAACGGCACTTATTGTCGGCGTGTTCATCGCCGTCATCATGAATGTCTGCGGTAAGTTCTCATTCTTTAAAAAAGGGTCTTCCATGCCAGAGTTTATTATGGATTGGTTTGACTTCCTAGTTCCGATTGCCGTGATCATGGGTTTAGGCTGGGTTCTTGTGTATCAGCTCCATTTTGATATCTTTGGACTGATTGTGAGCGTATTTGAGCCTATTAATGCAATGGGGCAAAGTTTGTTCGGGTTTGTTCTGTTCAACTTTATTGGAGTTGTGCTGTACTCCTTCGGAGTCAGCCCATGGGTTCTAATGCCCATCTGGTATGCTATATGGATTCCGGCAATTGAAGAAAATGCCGCATTGGTGGCGCAGGGACTGGATCCCGTCAACATAAATACCTTTGAAACTTTCTTCTCCGGATGGCTTGGAATCGGAGGGATGGGTGCAACCTTACCGCTTGTGATCTGGTTCCTGTTTGCCAGATCCAAGAAACTGAAAACCATTGGTAAAGCAACTTTGATACCTTCTCTATTTAATATTAACGAGCCTGTAGTGTATGGAGCGCCAGTTGCTTTCAATCCGCTGTTGATGGTGCCTATGTGGATCAATGCTCTTATTACACCCATCATCGTCTACCTAGCTCTTGATATGGGGTTTGCACAAATTCCGAGTAAAATCTTCCAGCTGTGGTATACGCCGATCGGTGTATCGACTTACCTCATGTCCGGATTCAATGGACTTATTCTGCTCGCCGTTGTCCTGCTGATTGTGTTCGCCGTATGGTTTCCGTTTTTTAAACTGTACGATGCGCAGGAATTGAAGAAAGAGCGGGAGTTACAAGAAGAAGCTTGA	MKRFMKWMTESFAPRLDAITNNIWIASIQEAIMVAIPMIFIGSIITLISILQDFIPGMPDLTPITTFSFGLLGLFIAFLTPYTVMEKKERHKIKLLAGMTGISLFLMLLNPVVNEDGTVQFVLERFGPAGMVTALIVGVFIAVIMNVCGKFSFFKKGSSMPEFIMDWFDFLVPIAVIMGLGWVLVYQLHFDIFGLIVSVFEPINAMGQSLFGFVLFNFIGVVLYSFGVSPWVLMPIWYAIWIPAIEENAALVAQGLDPVNINTFETFFSGWLGIGGMGATLPLVIWFLFARSKKLKTIGKATLIPSLFNINEPVVYGAPVAFNPLLMVPMWINALITPIIVYLALDMGFAQIPSKIFQLWYTPIGVSTYLMSGFNGLILLAVVLLIVFAVWFPFFKLYDAQELKKERELQEEA	PGPT0016970_2942	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761	NA	NA
JZ016_01136	2496	rhaS_9		HTH-type transcriptional activator RhaS	ATGCGTTACCTATATGAATTTATCGAGCACCAAGAGGATATGCCTTTTAAGCTGTTTGTCAACAGCGTGAAGCAGGTTCCATTTCACTGGCATAAAGAGGTGGAGATTGTCTATGTGCTCCAAGGTTCGGTTATCATGCATCTTGATCAGAAGGAGTATACCCTGCATCAGGACGATGTCATTGTGGTGAATAGCATGTCGATCCATAAGTTTGAGCAGAATAACCATGACAATATATTATTAACGCTTCAGTTTGGCCCGGAATGGCTGCATAATAACGTTTTTATTTCTTGCAACTCAGCGACTGAGGCTGAGCCGATCGGCTTCCGATTTGACACGATTAAGCAAGAGCTTGCCAAGATGGTATGGGAAATGAACAAGAAGTCTCCAGGCTATCGAAGCTTTACCGTGGGAAGGTTGCATACATTATGTGGTCATTTATTGCGATATTTTGCGGAAGGAATCAACCCGGAAGCTGAAGATGGCGGCAAGAGCTATGACTATAAAAGGTTGAATCGGGTTCTTACCTATATCGATCAAAATTACAAAGAGAAAATAACGCTGCAGACGATGGCCGAACAGGAGCACTTAAGTTTGCATTATTTTTCTCACTTTTTCACCGATAAAATCGGTATTCCTTTCCAAAAGTATTTAACGCTGATCCGTTTGGAGAAAGCCCAGTCGGAGTTATCGGGAACTGAGAAGAGCATTACCGAAATTGCCATGGATTGCGGTTTTGCGAATGTAAAGTTGTTCAATAAGTACTTCAAAGAAAAGTACGGCTGCACACCAGGATCGTATCGTGAAGCCGCTGCCTCGCTTCAGGATAAGCCTAATCGAAAACCGCTTACATATGAAGAGTCCTCGAGTGGTGACTATTATGAATTAGATACGATCAATGCGATGGGGGCGTTATATCGATATCTGGAAGAGAAGTCGGTTCAGGAACAGGATAGGGCAAACCCGTTAACGGCGGTTGTTACGGATCATGTGCAATTTCAGATTCAGCCGGGAATGTCGTCAGCATGGTACAAAAAGCACTGGAACGTTACCACAACAGCGGGCAGGGCAATTGAAGGACTGCGCGATGACTGGCGTCGGCAGCTCGCCGAGCTTAAAGGACGAATTCCTTTTGAATACATACGTTTCCATGGCATCTTTAATGATGAGATGATGGTATATAACGAAGAGGATGACGGTACTCCCATCTATAACTGGGCATATGTTGACAAGCTGTATGACTTTCTTATTGGGCTGGGCATCAGGCCGTTCGTGGAGCTTGGTTTCATGCCGACCCTGCTTAGCCGTTCCAACGAAACGGTATTCTGGTGGAAAGGGAATATCTCCCCTCCAGCCGATCAGGCAAAATGGGAGGCGCTTGTTCGTGCGTTCGTTCGGCATTGCTTAAATCGCTATGGGGCTCGGGAAGTAAAACAATGGTACTTTGAAGTCTGGAATGAACCGGATTTATCAGGCGTTTGCTGGGCAGGTAGCAAAGAGGAATACTTCTCTTTTTATGAATCTACCGTTCGAGTGATCAAGTCGGTCCTTCCCGAACTAAAAACAGGAGGCCCTGCTTTAGGTTATGGTTCGATATGGAACGACAGCTGGGCCGAGGAATTTATGGCATATTGCAATAAACGTCAGGTGCCCCTCGACTTCTTTTCCTTTCATATCTATTCGGAATATCCTCAGCTTAAAGCAGAGCAGAACATATTAACGAAGATGATGCCACCAACCTTTTATAAGGAGAGTATCCGTCGATTGCAGGACAAAATGGCGCTTGCGTCTTTCCGCGATATGGAGCTGCATATTACCGAATGGAACTTTTCGCTCTATGACCGGCATCTGCTGCACGATACCATGTTTATGGCCCCGTTTGTGATGTATCATGCGATGAATACATTGGGAGACGTAAAGGCCATGGCTTTCTGGTGTTTTACGGATGTGTTTGAGGAAAGTCTTGTTCCCTTCTCTCCGTTTTACGGAGGTTTTGGTTTAATGAATCGGGATGGCCTTAAGAAGCCGAGCTATTACGCCTTTGAGCTTCTTCAGAGGCTGGGTGAAGAGATCACCGTTAAGGGTGATGGTTATGTGGGCACTCAGAATCAAGATGGGAGCATGCAGCTTCTGCTGTATCATTACGTCCATATGGATCATATGTTTTCAAGCGGGGACTGGTCGGAGATGTCCAATCTTAACCGTTACGGCGTGTTCGAAGAGAAGGGAAGCAAGGTGTTCCAAGTCAACATTCCTCATCTTTCAGGAGCCTATAAATGCACAACTTATCAGATGGACCGGGAACATGGCTCCGTTTTTGACGAGTGGGTTCGCATGGGGGCACCCGAAATCTTGACGGAGGAGGAACTTGCGTATCTTCGCGGAAGAAGCGGCCCGGTCATCCGGACAGAGATATTAGAGAATCAGGGGTGGTATAAAGAGCTCATTCTTCCACCTCATGGTGTCCTATTGCTCACTTTAGAGAAACAGTTTTAA	MRYLYEFIEHQEDMPFKLFVNSVKQVPFHWHKEVEIVYVLQGSVIMHLDQKEYTLHQDDVIVVNSMSIHKFEQNNHDNILLTLQFGPEWLHNNVFISCNSATEAEPIGFRFDTIKQELAKMVWEMNKKSPGYRSFTVGRLHTLCGHLLRYFAEGINPEAEDGGKSYDYKRLNRVLTYIDQNYKEKITLQTMAEQEHLSLHYFSHFFTDKIGIPFQKYLTLIRLEKAQSELSGTEKSITEIAMDCGFANVKLFNKYFKEKYGCTPGSYREAAASLQDKPNRKPLTYEESSSGDYYELDTINAMGALYRYLEEKSVQEQDRANPLTAVVTDHVQFQIQPGMSSAWYKKHWNVTTTAGRAIEGLRDDWRRQLAELKGRIPFEYIRFHGIFNDEMMVYNEEDDGTPIYNWAYVDKLYDFLIGLGIRPFVELGFMPTLLSRSNETVFWWKGNISPPADQAKWEALVRAFVRHCLNRYGAREVKQWYFEVWNEPDLSGVCWAGSKEEYFSFYESTVRVIKSVLPELKTGGPALGYGSIWNDSWAEEFMAYCNKRQVPLDFFSFHIYSEYPQLKAEQNILTKMMPPTFYKESIRRLQDKMALASFRDMELHITEWNFSLYDRHLLHDTMFMAPFVMYHAMNTLGDVKAMAFWCFTDVFEESLVPFSPFYGGFGLMNRDGLKKPSYYAFELLQRLGEEITVKGDGYVGTQNQDGSMQLLLYHYVHMDHMFSSGDWSEMSNLNRYGVFEEKGSKVFQVNIPHLSGAYKCTTYQMDREHGSVFDEWVRMGAPEILTEEELAYLRGRSGPVIRTEILENQGWYKELILPPHGVLLLTLEKQF	PGPT0018665_44	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES	PLANT_DEGRADATIVE_GS|GH-XYLOSIDASE,PGPT0018665-xynB-K01198	NA	NA
JZ016_01137	201			hypothetical protein	TTGTGTTATCAGAAGAAGGGGCTGGAACAGAGGGGTTCGTCTCATTTAAGGAAGAGGCTGAAGAAGTATAAGTGGCTGCTGCTAATGACACTGCCGGGAATCGTCTACTTGTTCATCAACAACTATGTCCCGATGTACGGTGTGATTCTAGCATTTAAAAACTTCTCCGCAGGCATTTTTATTACAATGCAACGAATCTAG	MCYQKKGLEQRGSSHLRKRLKKYKWLLLMTLPGIVYLFINNYVPMYGVILAFKNFSAGIFITMQRI				NA	NA	NA	NA	NA
JZ016_01138	678			hypothetical protein	ATGAATTATGAAAATGCCAGCGATATCATACCTGAGAATTTATTGAAAGAAATTCAGAAATACGCTGCAGGAAAACTTCTTTATATCCCTACTGGAGAGGAAAAAAGGGGCTGGGGGGAGAAGTCGGGTTACCGAAATCAATTACAGAGGCGTAACATTATGATTCGCAACAAGTATGCCAATGGGGTAACGGTTTCGGAACTTGCGGACGAGTACTTTTTATCTTTGGATTCCATAAAGAAAATCATTTATTCGAAGAAAGATGACCGACAATTCACTTATGCTCCAACTGTGCGATCCGCTGTACAGTATGCGAATATCGGAATGCTCGAAGAATGGATTTATTGTTATATGCTCCATACCCAAAATGCAGTTCCTGATTTACATGATTTTATGAGTAAAGAGTGTTTGTACTTCGGTGTAGTTAAGTTTCCCTTGCGTCTCATCGAACTTGATGGAAGCATGCCTGGGAATGACGGTACCGATGAAGATCCACCGCTTCTTATTCAGTATAAAGAAGGCAAATTTTATTGCATTGAACAGAAGAACGTATTAGCTGCACTAAAACAACGCAAAGTAAATGCTTATCCAACCATAATTATACTGAAAGAAACATCGGATTATAAAAGGTTTATGAGATACTATGAAAACGTTTTGTTTTATATTAATCATGCATGA	MNYENASDIIPENLLKEIQKYAAGKLLYIPTGEEKRGWGEKSGYRNQLQRRNIMIRNKYANGVTVSELADEYFLSLDSIKKIIYSKKDDRQFTYAPTVRSAVQYANIGMLEEWIYCYMLHTQNAVPDLHDFMSKECLYFGVVKFPLRLIELDGSMPGNDGTDEDPPLLIQYKEGKFYCIEQKNVLAALKQRKVNAYPTIIILKETSDYKRFMRYYENVLFYINHA				NA	NA	NA	NA	NA
JZ016_01139	705			hypothetical protein	ATGAGTAAAGACAGTAAAATCAAGTCCCTGCTTTCGGATCAGGTAACCATGACACCCAATGGATTTGTCGCTGATGAAATAAGCCCCGATCAGTTTGCAGATTGTTACGAGTTGTTTTTTGACAAAGTCTTGGAAATTAGTGCATCGGACATAGCGGGAGTAGAAGGCTATGGTGAGTTCAACGAGGATTGTAAAACGGAGTATAGTACCTGCAGGCAATTTCTAATCGACACATTTGCAGAAGATAAAGAAGGATATTGGTTTAATTGGAAGGAACTCTATGATACAACGATTTTAGACCGTGACTTTGTCGAAAAATACTGGATGGAAATGGACGCCAGAATTGATTATTGCGAAGGAAAACGTTATTTGGTAAACAATAACACGTTTTTTGAAATCATGATCACAGATGGAAAAACGACGGTTGGTTTCCCAGATTGGAGCAGATCGGGAATATGCGATTTCCTTTTAGATTTTGCCATTATGGACTTAAATAAGCCTTACTTGCACATACCTGAATTGTTATTCGAGTATTGCAAAAAAAGGAACATTGTCATACCGGATTTTAAAGAAAGATTTTTATGCATGGCTTATTATAAGGGAATCGATGTTTTGCGGTGGCATGCATCAATCGATGATATAGAATCTTGCAATTCTATTATGAAATCTATCGGCCAACTGAAGGATCGAATATACGCCTTATAA	MSKDSKIKSLLSDQVTMTPNGFVADEISPDQFADCYELFFDKVLEISASDIAGVEGYGEFNEDCKTEYSTCRQFLIDTFAEDKEGYWFNWKELYDTTILDRDFVEKYWMEMDARIDYCEGKRYLVNNNTFFEIMITDGKTTVGFPDWSRSGICDFLLDFAIMDLNKPYLHIPELLFEYCKKRNIVIPDFKERFLCMAYYKGIDVLRWHASIDDIESCNSIMKSIGQLKDRIYAL	PGPT0028750_36	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028750-hph-K18817	NA	NA
JZ016_01140	1152	nagA_1	COG1820	N-acetylglucosamine-6-phosphate deacetylase	ATGAATAACAAAATCATTCGACATGTCAAAGTCCACCTACCTCATCAAATACTTCCTTCTGCAACGGTCTGGATTTCAAACGGAAAGCTGAAGAGAATAGAACCGTCGCAAGTACTTGATAAAATCGAAAGTGATGCTGAACTGATTGATGGGAATGGAATGTGGCTCATACCAGGAATGATCGATGTTCATATTCATGGGGCCAATGGCTATGACATGATGGATGGAACCGAGGACAGCATTCAAGAAGTATCACGCGCTTGCGCGGCAACCGGATGCACCTCATTTCTGGCGACTTCTGTGAGTTCGACGATAGAGGACCTGCTGAACATGATTCGCAGTGTCAAATCTGTAATCGGACGAGAACAAGGGGCAAGGATCGCCGGCATTCATCTGGAAGGACCCTATTTGAATCCGAAGCGTAAAGGGATGCAAAATGAGAAATATCTTCGCCACCCGAATCTGGAAGAAATGAAGTGTGTTTTTCAGGAAGCGGGATCGCTCATTAAAATGGTAACGATCGCACCCGAATTGCCTGGAGGCTTGGAGCTCATATCCTTTCTGAAAGAGCAGGGTGTTGTGATTGCCGTGGCTCATTCCGATGCCACCTACGAGGAAGCGAAGCTGGCTTTTGCAGCCGGTGCGAGTCATGTAACCCATTGTTTTAACGGCATGAGACCGATTCACCATCGAGATCCCGGACTGATTGTAGCCGCGTTCGAAGAACCGCATGTAAGCCTGCAAGCGATTGTTGATCAAGTCCATCTACATCCAGCCATCGTCAGATTAATGCATCGTCTCAAAGGGCCCGAAGGCATGGTGCTTATTACCGATGCACTTCAGGCGATGGGATTAGGCGATGGTAATTACATATTTGGTGGTCATCACGTCACCGTATCCGAGGGGATTGCAAGGCTTGCGGATGGTACGTTAGCATCGAGTACCGTGACTATGAATGAAGCGTTACGTCTGACCGAAGCTAACGGAATTTCAATGGAGGATGCCGTGCACATGGCTTCAACAACGCCGGCCCGTATTCTAGGTTTATCTCACAAAGGAAAAATCGAGGTAGGATACGATGCGGATCTCGTGCTGATGGATGAAAGGTATCAAGTGCAATGGACGATGATTGAGGGTAAACTTTTTTGTTAG	MNNKIIRHVKVHLPHQILPSATVWISNGKLKRIEPSQVLDKIESDAELIDGNGMWLIPGMIDVHIHGANGYDMMDGTEDSIQEVSRACAATGCTSFLATSVSSTIEDLLNMIRSVKSVIGREQGARIAGIHLEGPYLNPKRKGMQNEKYLRHPNLEEMKCVFQEAGSLIKMVTIAPELPGGLELISFLKEQGVVIAVAHSDATYEEAKLAFAAGASHVTHCFNGMRPIHHRDPGLIVAAFEEPHVSLQAIVDQVHLHPAIVRLMHRLKGPEGMVLITDALQAMGLGDGNYIFGGHHVTVSEGIARLADGTLASSTVTMNEALRLTEANGISMEDAVHMASTTPARILGLSHKGKIEVGYDADLVLMDERYQVQWTMIEGKLFC	PGPT0018860_1426	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018860-nagA-K01443	NA	NA
JZ016_01141	768	glcR_1	COG1349	HTH-type transcriptional repressor GlcR	ATGTTCCAAGAGGAACGATTAGTAAAAATTCTCGATTATTTAAAACAACATAAAACGATGAGTGTAGGAGAGATATGCTCGTTCTTTCAAGTGTCGCGGGATACCGCGCGCAGGGACATTGTCAGATTAGTTCAAGAAGGAGTAGTTGTTCGAACGCACGGAGGGGTAGCCTTGCCTGAACTGCAAAAGGAACTGACTTCTTACCAGGAACGGCTTATAGATGAGCCGACGAGCAAGAACGTGATCGGCGAGCATGGCGCTAAACTGATTCGGGACCACGAAACGGTCTTCTTGGACGTATCTACGACCGTACAATTCGTTGCGGAACATATTCAAGCGAAACAGATAACAGCGGTTACGCATTCCATCGATCATGTAGGGATACTCTCCAAAAGAGAAGATCTGAGCATCTACGTGCTCGGCGGTTATCTGCATACCCATAATCGATTATTATACGGTCCTTCCGTCATCGATAAAATCAGTGAAATCCGTGCCGACAAGGCGTTCATCGGCGCGACGGCAATCCAGCCAGACGGAATCTATTATCCATATGAAGAAGATGTCCGGGTGAAAAGGGAAATGGCTCGGCGCTCAGATCAGGTCATACTTGTTGCGGATCATACCAAATTCGCGGTGAAATCGAGGTTCAAGTTAGACTTTGATCATGTGGATATTATTGTAACCGATCAATCGATTCCCATTGACATACAAGAAATAATAGACAACAAAAATATTACGCTTATAGAATGTCAAACTCATAACCAATAG	MFQEERLVKILDYLKQHKTMSVGEICSFFQVSRDTARRDIVRLVQEGVVVRTHGGVALPELQKELTSYQERLIDEPTSKNVIGEHGAKLIRDHETVFLDVSTTVQFVAEHIQAKQITAVTHSIDHVGILSKREDLSIYVLGGYLHTHNRLLYGPSVIDKISEIRADKAFIGATAIQPDGIYYPYEEDVRVKREMARRSDQVILVADHTKFAVKSRFKLDFDHVDIIVTDQSIPIDIQEIIDNKNITLIECQTHNQ				NA	NA	NA	NA	NA
JZ016_01142	123			hypothetical protein	TTGGCGGAGGAATCCCTTTGGTTCATGAAGGAAGGGTCGTCGGTGGTATTGGCGTTAGTGGAGGAACAAGCGCACAAGATATTGACGTTGCCAATGCAGCAGTACAAGCGTTTGAAAGTATGA	MAEESLWFMKEGSSVVLALVEEQAHKILTLPMQQYKRLKV				NA	NA	NA	NA	NA
JZ016_01143	147			hypothetical protein	ATGTACAAACTCACTTTAACTGCGGCTAAGAAGTTATTGGAAACTGCTGAACATCAGGCTCGACAAATGGGTCTGAATTCTGATGTAGCGATCGTTGATGAAGGGGGAACCTCATTGCCTTTCATCGAATGGACAATGCCAGAATAG	MYKLTLTAAKKLLETAEHQARQMGLNSDVAIVDEGGTSLPFIEWTMPE				NA	NA	NA	NA	NA
JZ016_01144	369			hypothetical protein	ATGTATATGTTTGCGTTGCTCAAAACAATTGGAAAAGGACCGAACTATCCTCCTGGTAGTTTCTACGCCGCCGATCTGTATCCAGATCAGCGGTTTTTTTGTGGTAGCTTTGTTCGAATTTCACAAAAGGTTTTGCTGCAGGAAGTCATAGAACATCCGTTGCCAGCGCTTGTAACGAAACTTGAATTATCGTGCTACTTTATCATGGGCGATTATGACTATATGACGTCCTCTCATGCAGCAAAAGAATTTTTCGATAAGCTTGAAGCCAAACAGAAGGAGTTTATCGCGTTTGATCAATCTGCGCATTATCCGCAATTTGAAGAGAAGGAAAAGCTTTTTGAATGGGTGTCCGAGACATTTCTTTAG	MYMFALLKTIGKGPNYPPGSFYAADLYPDQRFFCGSFVRISQKVLLQEVIEHPLPALVTKLELSCYFIMGDYDYMTSSHAAKEFFDKLEAKQKEFIAFDQSAHYPQFEEKEKLFEWVSETFL				NA	NA	NA	NA	NA
JZ016_01145	870			hypothetical protein	GTGAAATTATTAAGGACGATGATGATTATAATGGGGAGCTTCTTCTTGCTCGGCATAGGATGTACGGATCAGAAACAGGGAGTGACAACAAAGCTTGGACAATCCGAGCAAGTCGGCGATGATATACGCGTTCCGCACAATGAACGCCTTCATTTGTCCACTGACAAGAAATGGATCGAGCAAGAAGGACATCAGTCTGATCTGATTCGATTGCAATGGACGGCGGAAAGGGCCAAGCCGGCGATCGTCTGGATGGACGAGAATGGAAAGGACAAGACGGCGATCATTTCCCATGATAAGGCAAACAATCCGGAGCAGCAGGATCATAAGCATATCTCGTTCGAGACGACCATGTCCCCGACAGGTCAATACCCCAACCAGCTGTTTACCCGGTTAGAAATTCCATTCGACACCGATATAAGCGAGATCCGAACCCATTCATCCAATTTCAATGTAATGAGCGGTATTTTGCGGGTAGCCGGCGAAAGCGGGACGAACCGGGACATTCAGTTAAGTGCAGTCGGCAAGGATAATGAGACGACACCGAGGTGGGCCGTCCGGGCCGACAGTTTAGAGGAAGCGGGCGGCAATACAGGAGCCAACCTTCAGTTCGTACGATATGGAGATGACGGCGAAGTGCTCGATTCCCCGCTCACCATGCAGCGCAGCGACGGTAGTATCGGGATTGGCACGAGCGAACCCGACACCAAGCTCGATGTAAACGGGGATAAGCTGCGTCTTCGCGAAAAGCATACACCTGCTTCGTCCACTGCTGCCTGCAGCCAGGGACAGATCTCTTGGGACGATCAATATGTATATGTTTGCGTTGCTCAAAACAATTGGAAAAGGACCGAACTATCCTCCTGGTAG	MKLLRTMMIIMGSFFLLGIGCTDQKQGVTTKLGQSEQVGDDIRVPHNERLHLSTDKKWIEQEGHQSDLIRLQWTAERAKPAIVWMDENGKDKTAIISHDKANNPEQQDHKHISFETTMSPTGQYPNQLFTRLEIPFDTDISEIRTHSSNFNVMSGILRVAGESGTNRDIQLSAVGKDNETTPRWAVRADSLEEAGGNTGANLQFVRYGDDGEVLDSPLTMQRSDGSIGIGTSEPDTKLDVNGDKLRLREKHTPASSTAACSQGQISWDDQYVYVCVAQNNWKRTELSSW				NA	NA	NA	NA	NA
JZ016_01146	873			hypothetical protein	ATGGAATGGCTGGATCGTATGAGCAACGCTATGGAATATGTAGAAACACACCTGTCTGATACGATTGATTACGATATCGTAGCTAGAATTGCCTGCTGCTCAACATACCATTTTCAACGAATGTTTCCGTTCATAACGAATGTGTCGCTTTCAGAGTATATTAGGCGCAGGCGGCTGACCCTTTCCGCATTTGAACTGCAGCAGAACGGTACAAAGGTCATCGATATTGCTTTAAAGTATGGTTACGAATCGCCTGAGGCATTTTCTAGAGCGTTTAAAAAAATGCACGGTGTGATGCCAATGTCAGCGCGCGACAAAGGCGTTACTCTGAAGGCTTATCCTCGGTTATCCTTTCATATTTCGATTCGAGGAGATGTTGAGATGAATTACAGAATGGAGGAGAAACAAGCTTTTGAGATGTTCGGTGTAACGACTGTTGTCAATAACGATGGCGATCATCCATTTATTGATATACCCGCTTTTTGGACTACGTGTGTAGCCGACGGTACCGTTGATCGAATCCGTACAGCTGCAGGTTTGGGGGAAAATGCTCAGATCCATGGGATGCTATACAACAAGCAAGGTGTGGAATTTTCCTACATGATCGGTTACTTTATGCCCCAGAACGGCATGCCCGAAGGGTTTGAAAGGCTCTCTATCCCACCTCAAACCTACGCGATATTCTCAACCGGCCTCTACCCCGACGGGCAAAGCGGGATCCATGCATTGTGGAAGCGCATCTGGGCAGAGTGGTTTCCCACCTGCCATTACGAACCGGCAAATGGTCCTGAGTTTGAAATGACTTACGATAGAGACAACAGCATGTATGAAATGGAAGTTTGGATCCCTGTCGTTAAGAAGCCTGGATCTTAG	MEWLDRMSNAMEYVETHLSDTIDYDIVARIACCSTYHFQRMFPFITNVSLSEYIRRRRLTLSAFELQQNGTKVIDIALKYGYESPEAFSRAFKKMHGVMPMSARDKGVTLKAYPRLSFHISIRGDVEMNYRMEEKQAFEMFGVTTVVNNDGDHPFIDIPAFWTTCVADGTVDRIRTAAGLGENAQIHGMLYNKQGVEFSYMIGYFMPQNGMPEGFERLSIPPQTYAIFSTGLYPDGQSGIHALWKRIWAEWFPTCHYEPANGPEFEMTYDRDNSMYEMEVWIPVVKKPGS				NA	NA	NA	NA	NA
JZ016_01147	930	dapA_1	COG0329	4-hydroxy-tetrahydrodipicolinate synthase	ATGTATCAGATCATTACCGACGGCAACTGGCCGGTTATGCTAACGCCGTTTACGGAGCAGAACGAAGTGGATTACGAGGCCTTGGAGCGGCTTATCGACTGGTATATCGAGCGGGGGGCCGACGGCCTGTTTGCCGTATGTCAATCCAGCGAAATGTATACATTGACCCTGAAGGAGCGCGTTTTGATCGCCGCCTTCGTCAAAGCGAAGGCGGCCGGCAGGGTACCGGTCATTGCATCGGGTCATGTATCGGATGCGTTTGATGATCAAGTAGCGGAGCTGAACGCAATCGCGGAAACCGGCGTCGACGCCGTGGTCCTAATCACGAACCGGCTCGCCGCTGCTGAGGAATCCGATGATGTGTGGCTGGCGAATCTCGATAAGCTGCTCGCGCGCATTCCGGAACACGTACCTCTCGGATTGTATGAGTGTCCAGTCCCGTATAGGCGCCTTCTGACACCCGAAATGCTGAAGACATGCTCGGATACCGGACGCTTTCGGTTTATCAAGGACGTGAGCTGCGACCTGCAGCTGATCGGGGATAAACTCGAGGCGGTCCAAGGCGGGAGTCTGAAAATCTTCAACGCCAACACGGCGACGCTTCTGGACAGCTACCGGCTCGGCGCTTTCGGCTTCAGCGGCGTAATGGCCAACTTCCACCCTGAGTTGTATACGTGGCTGTTCCGAAATTGGGAAAGTCAACCGGAAGCGGCAGGGGAACTGTCCGATTTTCTAAGTGTGTCGTCATTTCTTGAAAGGCAGCTCTACCCGGTGAACGCCAAGTATTATCTCATGCTGGAGGGCGTACTGACGAACTATCGCTGCCGTTCGAAAAATCATGAGGAGTTCAGTGCCACCAACCGGTTGGAGGTCGAGCAATTGTACCGGGTGTCCAAACAATATGCCCGGAAGTATCCCGTTTTTGCCTAA	MYQIITDGNWPVMLTPFTEQNEVDYEALERLIDWYIERGADGLFAVCQSSEMYTLTLKERVLIAAFVKAKAAGRVPVIASGHVSDAFDDQVAELNAIAETGVDAVVLITNRLAAAEESDDVWLANLDKLLARIPEHVPLGLYECPVPYRRLLTPEMLKTCSDTGRFRFIKDVSCDLQLIGDKLEAVQGGSLKIFNANTATLLDSYRLGAFGFSGVMANFHPELYTWLFRNWESQPEAAGELSDFLSVSSFLERQLYPVNAKYYLMLEGVLTNYRCRSKNHEEFSATNRLEVEQLYRVSKQYARKYPVFA	PGPT0002080_1671	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714	NA	NA
JZ016_01148	969		COG0111	Hydroxypyruvate reductase	ATGAAGGCGAAAAGGGTATTAGTAACGGCTACGAATTATTCCAAACTGTGTGCGGATGCGAAACGGCTGCTCGAGAGCTATGGATGCGAGATTATCGAGAATCATTTCGGACGTCCGCTGACGTTCGAGGAGCTGAAAGAAGTGGTAGGATCGGTCGACGGCGTCATTGCCGGCGTGGACACATGGAATGAGGCGGTATTCAAGCTTGCGCCGCAGCTTCAAGGCATTGCCCGTTTCGGCGTCGGCGTGGACAATATCGATTTGGAGGCTGCAAGGAAATATGGAATACGAGTGACCAATGTACCAAGGGGCAATGCCAATGCGGTGGCCGAGCTGACGATCGGATTGATGATCTCGGTCCGCCGGCACATTCCGGCGCTGGATCGTTCGACGAAGAACGGCGGATGGGAGCGCTTTGTCGGATCCGAGCTTGCAGGGGGAACGATCGGCCTTCTAGGGTTCGGTAATATCGCCCAGCTCACCGCGAAGAAGTTGAAGGGTTTTGATGTCGAGATTATCGCTTATGATAAGTATCCAGAGACAGCCAAAGCGTCGGAATACGGCGTAACAATGACAACCTTCGAGCATGTGCTGGCGCATAGCGACATCGTTAGTATGCATCTACCCAGCCTGAAAGAGACGCGCCATATTATGAATGACAAGGCTTTTGAGAGGATGAAATCATCCGCCATTTTCATTAACACCGCGAGAGGAGCCGTCGTCGATGAACAGGCACTGTCGCGGGCGCTTTCTTCCGGAGTCATCGCTGGAGCGGCAATCGATGTCTACGAGTCCGAGCCCGTATCCGCCGACCATCCGATCCTGCAGAGCAGGAACCTGATTGCGACGCCGCACACCGCAGCCGAAACTTTAGAGACGTATACGCGGGTCAGCATGATAACCGCTCAGGCATTGCTGGATATATTCGAAGGAAGGGAACCGCAAAATATACTCACAGCAAAAGAATAA	MKAKRVLVTATNYSKLCADAKRLLESYGCEIIENHFGRPLTFEELKEVVGSVDGVIAGVDTWNEAVFKLAPQLQGIARFGVGVDNIDLEAARKYGIRVTNVPRGNANAVAELTIGLMISVRRHIPALDRSTKNGGWERFVGSELAGGTIGLLGFGNIAQLTAKKLKGFDVEIIAYDKYPETAKASEYGVTMTTFEHVLAHSDIVSMHLPSLKETRHIMNDKAFERMKSSAIFINTARGAVVDEQALSRALSSGVIAGAAIDVYESEPVSADHPILQSRNLIATPHTAAETLETYTRVSMITAQALLDIFEGREPQNILTAKE	PGPT0009155_6403	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058	NA	NA
JZ016_01149	828	ycjP_3	COG0395	Inner membrane ABC transporter permease protein YcjP	ATGAAGAATTCGCTCGGCAAACAAATTACGGTATACTCGACGCTCGCGCTGCTGCTAATATTCGCGCTCTTTCCCTTATATTGGATGGTGATTACCTCCTTCAAATCCAACGGGGAGATTTATTCCATGAGGCCTTCGTTTTGGCCGAAGGAATTTCTCGGCACTGCCTACGATAAGCTGATCAACGAAAAGGGCTTCATGACGAATATCAAAAACAGCTTGTTCGTCTCATTGATCGTATCCTTGTTCTCGATCACGGTCAGCATGCTGGCAGCGTATGCGATCTCCAAGCTCAAGTTTAGGGGGAGAAGCTTCATCTCCAAGAGCATTCTCTATGCATACCTGATGCCGAGAGCCGTTCTGTTTATCCCGCTGTACATGCTGGTGACGGCAATCGGCATTAACAATTCCATTTACGGCCTCATGCTGATTTATCCGACGATCACGATTCCGTATGCTACGTGGATGCTCATTTCCTATTTCAAATCCATCCCGGATGAAATCGAGGAAGCAGCCATGATCGATGGATGTTCGCGAATCCGTACGATGACCCACATCATTTTTCCATTATCAGCGCCAGGCATTGCGGCTACCTTCATTTTTTCGTTCACTTTATGCTGGAGCGAATATTTGTACGCTTTGGTCGTTGTCACTAAAGGCGCAGACAAGACGATCACGCTGGGACTGTCGGATATGATTGTCGGCGACGTATTCGCATGGGGACCCCTGATGGGCGGCTCCATCATTGCATCAATTCCGGTCATCGTAATGTATTTGTTCACATCGAAATATATGGTAAGCGGAATGACGGTAGGAGGTGTTAAATAA	MKNSLGKQITVYSTLALLLIFALFPLYWMVITSFKSNGEIYSMRPSFWPKEFLGTAYDKLINEKGFMTNIKNSLFVSLIVSLFSITVSMLAAYAISKLKFRGRSFISKSILYAYLMPRAVLFIPLYMLVTAIGINNSIYGLMLIYPTITIPYATWMLISYFKSIPDEIEEAAMIDGCSRIRTMTHIIFPLSAPGIAATFIFSFTLCWSEYLYALVVVTKGADKTITLGLSDMIVGDVFAWGPLMGGSIIASIPVIVMYLFTSKYMVSGMTVGGVK	PGPT0016540_7865	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_01150	927	melD_1	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGAAAAGCTTGGAAGTCCAAACAACACCGGGGAATACCCCGGTGCCTAGGCGGGAACAAGGCGGTACAAGCAGCAGGCTGGCCTACCTCCTCATGAGTCCGGTGCTAATTTATTTGCTGGCTGTTATGGCGCTCCCTTTTTGCTGGGCGGTCTATCTTAGCTTGACGAATAAAGTGGTCGGCGTTCCCGAAACATTCATCGGGCTGCGGAACTATGTGGAGTTGTTTACCGATTCCGTGTTTTGGAAGGCGGTATGGAACACGGCTGTCTTTACGATGGTGGCGGTTATTCTGAAAGCGGTGTTTGGGATGATTATGGCTCTCGTGCTCAACGAGAATATCGTTGCCAGAAACTTTTTTAGGGTGATGCTGTTTCTTCCATGGACCATTCCGACCATTGTTTCCGTATTTACCTGGCAGTGGATTTATTCCGACGTCGGAGGCGTGCTGAATGCCATTCTCCTCAAAACAGGGCTCATCGACAGTCCCGTCGGCTGGCTGGCCACACCGGACCTGGCCATGTTCTCCGTCATTCTCGTCAACGTGTGGCGCGGCATTCCGTTCATGGGCATTGCCATTCTGGCCGGCCTGCAGACGGTGTCCAAAGAGATGTATGAAGCCGCCATGCTGGATGGAGCGGGAGCAGTCAAGCGGTTTTTCTACATGACGCTCCCCTCGGTAAAAGAAGTGACCATTCTATCTTCCGTCATCACCACCATCTGGACGCTGAACGATTTCGAGATCATCTGGCTTCTGACACGCGGCGGCCCGGACAACGGCACGCAGGTGCTGTCCACGCTTAGCTATACCGTCGGCTTTCTGAACATGAGTCTCGGTAAAGCCATTGCGATATCCCTCATTACGCTGCCGCCGCTGATCATGCTGATCCATTATGTGACCAAGCGTTCGCTAGCGTCCGACAAGTAA	MKSLEVQTTPGNTPVPRREQGGTSSRLAYLLMSPVLIYLLAVMALPFCWAVYLSLTNKVVGVPETFIGLRNYVELFTDSVFWKAVWNTAVFTMVAVILKAVFGMIMALVLNENIVARNFFRVMLFLPWTIPTIVSVFTWQWIYSDVGGVLNAILLKTGLIDSPVGWLATPDLAMFSVILVNVWRGIPFMGIAILAGLQTVSKEMYEAAMLDGAGAVKRFFYMTLPSVKEVTILSSVITTIWTLNDFEIIWLLTRGGPDNGTQVLSTLSYTVGFLNMSLGKAIAISLITLPPLIMLIHYVTKRSLASDK	PGPT0016535_4548	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_01151	1326			hypothetical protein	ATGAAGATGAAGAAAAACTCCATTCGCTGGGTAACGGCAGCTTTAGCCATGATATTGATGGCAGGGTGCAGCGTAGGAGGAACGGGAGGCAGCGGATCGGGAAACGTCGATCCGGGGAAGAAAACCCTGACATTTTGGATGAAGAAGCAGATGTTCGAAGAGCAGAACCAGATGATCCAAGAGAGGGCAAAACAGTTCGGGGAAGAGCATGATGTGAATGTCAACGTGGAGTTTATCGCGTACGAGGATTTTTATCCGAAATGGTCGGCAGCCATCGAATCGGGTACAACGCCGGACGTCTCCTTCTTCGGCTACCAGGAAGTCGGACAATTCTATGCCAAGGACGTTCTAGAGGATGTTTCCGACGTTGTGGGTAGCGTGGAGAACGCAAACGGGGAAATACAGGACAGCTTGAAAACCTCCGTAACGTTCGAGGACAAGTTATACGGAGTTCCGTTCTGGACCGAGTCCACGGCCTTATATTACCGTAAGGACATGCTTCAGGCTGCCGGATACAGCGAGCCGCCTGGAACCTGGGAAGAATTCCGCGAAATGGCGAAGGCACTTTCGGATCCTTCCAAAGGGATATACGGTGCAGGACTCGGTTATGGGAAAGGCAATTCGGATGCCGAATGGCTGACCCGGGCGATCATCTGGTCCTACGGAGGTTCCCTCGATATCGAGGACGGCAAGAACGTGGCGGTGAATTCGCCCGAAACTCTTCAGGCGGTTCAGTTGATCAGGGACATTTTCATCGAAGATAAGGTGACGCCTCCAAGCTCTATCGGATGGGATGACAGCGGCAATAACAAATCGTATTTAAGCGGCCAATCGGCCATGATCTTCAACGTCGGCAGCTTGGCTGCGACGATCAAGAACGATAATCCCGAATTGTACGAGAATACAGGGATCGCCATGCTGCCCGCAGGACCGAAGGGAGCTGTAGTGCCTGGCATTAGCAACAATCTGGGCATATTCAAGGCATCCCGGAACAAGGAGCTCGCCAAATCCTTCATCGAATATATGACGGACAAAACGTGGTACGGCCAGTGGGTGCAGAACGGGGCTCCATTGACCGGTCCGATCTACACGGATCTGGCAAACGAGTCCGTCTGGCAGGAGGAGAAGAATAAAGGATTCGTCGACTCCATCGCACATTTCGCTTTCCTTGGATACCCTGGGGAGTATAACCCGAAAGCTGGAGAGATTTATAACCTTCGATATGTCAACGACGTCTTCCAAAAAATGCTGCTGGATTCAGGCTTCACGGCCCAGCAAGCAGTGGACGAATTACAGAGTAAGATCGAGGCGGTATACGCGAAGTAG	MKMKKNSIRWVTAALAMILMAGCSVGGTGGSGSGNVDPGKKTLTFWMKKQMFEEQNQMIQERAKQFGEEHDVNVNVEFIAYEDFYPKWSAAIESGTTPDVSFFGYQEVGQFYAKDVLEDVSDVVGSVENANGEIQDSLKTSVTFEDKLYGVPFWTESTALYYRKDMLQAAGYSEPPGTWEEFREMAKALSDPSKGIYGAGLGYGKGNSDAEWLTRAIIWSYGGSLDIEDGKNVAVNSPETLQAVQLIRDIFIEDKVTPPSSIGWDDSGNNKSYLSGQSAMIFNVGSLAATIKNDNPELYENTGIAMLPAGPKGAVVPGISNNLGIFKASRNKELAKSFIEYMTDKTWYGQWVQNGAPLTGPIYTDLANESVWQEEKNKGFVDSIAHFAFLGYPGEYNPKAGEIYNLRYVNDVFQKMLLDSGFTAQQAVDELQSKIEAVYAK	PGPT0016545_4272	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_01152	1650	rssB_3		Regulator of RpoS	ATGTTGTATACATTGCTGATTGTTGATGATGAAGCAAGCGTAGTAGAGGGGCTGGCGCATACGATACCTTGGCAGACAATCGGGATTGATGAGGTGCGCAAGGCATACTCCGCTTTCGAAGCGCTGGAAATACTGCAGACGCAGCCGGTCGACATTATGATTTCCGACATCACGATGCCACGGATGAACGGGCTCGAGCTTATCGAGATCACGAGATCGAGATGGAAGAAGATCAAAACGATCCTGCTGTCCGGTTATGCCGAGTTTGCTTACGCGAAAGAAGCTATAACGCTTGGCACTTACGAATACCTGCTTAAACCCGTCAGCGACGAAGTCGTGCTTGAAAAAGTAGGCGGAGCTGTGGAATCGCTGCGGCAGGAGCGTGAGTCCAGCGAAACCTACAACCGTGCGGTTCAGGCTTTTCGAGCTAATCTGCCTCAAATTCGAGGCGAATTTCTGAATCAGCTGCTTCAAGGCATGAAATCACCGAAGAACGTTTGGGCCGAAAAACTGGAGCTGCTTGAAATGAAATCCGCCATCGGCAATCAAGCGGCCTTGATGCTCGTACGGATGGAGGACCGCTTGACGGAAATGAGTCCTTATGACTCCTCCATCATGGAGTACGCGATCGGTAACATGGCGGACGAGATCTTCGGGGAACGGTTTCGGTTGTGGCGATGCAGGGACATACACGGATATCTCGTCTTTTTTGTTTTTGTAAGCGATGAATCGGCGGACAGGATGCACCCCCATGGGCATGCACAGGAAAATGAACTCAAGCATCTCGCGGCGCAGTTACAGATGAACGTCAGCCGTTACCTGAAAGGAACGATCTCCGTCCTGATAGGAAAACGAGGTTTCTTTCCGGAAGATGTCCGAAAGCTGTACCAGGACAGTCTTTTCGCTTTGCGCCGCCATATCGGCAGTCACAGTGATATGTTCGTTTACGCAGAAGATGAAGAGGAGCTTCATCCGGTCCGTTCCTTGCAAAAGTGTTATGAGCCCCCGCTTCTCCCTCATTTGCTGGAATCCGGCAGTTGGAAGCAGATCAAAGAGAAGCTTGAGCAGATCCTCAAGGAATTGTCGCTCGCGCACAGCCAATCGCAGGAGCATGTAATCGAAGCCTTTTTCTTTATATACTCCTCGTTAAGTGCCTATGCGCACAAGAACGGACGCAGTCTGGCCGATATTGTCGGAGCGTCCCTTGCGGACGTAACGGGACTGTCGCAATGCACAACCGCGGCCACGCTCGGCAAATGGGTGGGTCAAGTGCTGCCTCTACTGGAGTCGAGCGCAGAACAGGCAACGCGCAGCGACCGGAGCGCTTCCGTGTCCCGGATGAAACGGTTCATACGGGACCATCTGTCTCAGGATATTTCTCTTCAAGCCATTGCGGATCATATGTATATGCATCCGGTTCACGTGTCCCGCCTCTTTAAAATGGAGACCGGATCGAACTTAAGTGATTATGTGCTCCGGTTGAAGATGGAGCAAGCGGCCGAACTGCTGGCCGACCACTCCTTGAAGAGCTTCGAAGTTGCCCTGAAGCTGGGATACCACAACCCGAACTATTTTATTCGGGTGTTCAAAAAGTATTATTCCGTGACGCCCCAAGAATACCGAAACAGCTTGGAAGCCGGAAAGCCCTAA	MLYTLLIVDDEASVVEGLAHTIPWQTIGIDEVRKAYSAFEALEILQTQPVDIMISDITMPRMNGLELIEITRSRWKKIKTILLSGYAEFAYAKEAITLGTYEYLLKPVSDEVVLEKVGGAVESLRQERESSETYNRAVQAFRANLPQIRGEFLNQLLQGMKSPKNVWAEKLELLEMKSAIGNQAALMLVRMEDRLTEMSPYDSSIMEYAIGNMADEIFGERFRLWRCRDIHGYLVFFVFVSDESADRMHPHGHAQENELKHLAAQLQMNVSRYLKGTISVLIGKRGFFPEDVRKLYQDSLFALRRHIGSHSDMFVYAEDEEELHPVRSLQKCYEPPLLPHLLESGSWKQIKEKLEQILKELSLAHSQSQEHVIEAFFFIYSSLSAYAHKNGRSLADIVGASLADVTGLSQCTTAATLGKWVGQVLPLLESSAEQATRSDRSASVSRMKRFIRDHLSQDISLQAIADHMYMHPVHVSRLFKMETGSNLSDYVLRLKMEQAAELLADHSLKSFEVALKLGYHNPNYFIRVFKKYYSVTPQEYRNSLEAGKP				NA	NA	NA	NA	NA
JZ016_01153	1716			hypothetical protein	TTGATGAAGCGGTTAAGAACAAGTACGTTTGCGAAGCTAACAACACTGCTGGCGGTCTTGGTTATTCCGATTATTTTGCTGTATGCCTACTCCCATCAGGTCAGCATCAACGTCGTTCGTTCGGCTGTGGAGGAGGGCCAGCGGAACCGACTGACGTTTTTCATGAGTCAGATGGACAACATGATCGATCAGCTAACCAAATATTCGGTGATTGCGAGCAATGATGACGGGATCAAGAGTTATCTGGCGGAGCGCTCACGAAGCACTCTCATGGAACGAATCGACAGCCAGCAGCGGATCACGGATATGTTGAATATGCAGATTGCAACGAGCAGCTGGGACAGCCAAATCCTAATGTACGTAATGCAGTATCAAGAATTGCTGACTACCGACTTGTCGGCAAGGTATGATGCCGAATACTTGGCTCATGCCCATGAGCAGAACTGGTCTTATCATCGGGATTCGCGAGGACAAGCTTTTTTCAGCTGGATGAGAACGTCCGCTTCTTCACAGGATCTGATCGTGGAGGTCCGTTTCACCGACCAGAATCTGGTCAATATGCTGAATCGGTTGAAACAGGATGGGGACAGCGAGCCCTTCCTGTATGCACCTGACGGAACTGTTATTGCCAACAGCACATCGGTCGAGGAGACGATACAAATGGCGGCCGGCATCCTGAACGAGATGCAGCTTGGGGAAGAGGGCAGCCGAATCGTGCAATCCGGGCAGGGCAAATATGTAATGAATTACGTCTTGTCCAGCAGTTTGGGCTGGTATCTGGTGGATTTCGTCCGACTGGACAGCGTTTATTCGCCGATCACTTTAAGCAGCACCCTCTTTTACATTTCCGTATCGCTCCTGCTTGTTCTCGTCTTACTGCTGACATTGTTGTTGTACCGCAATGTTCAGCGTCCGATTTCCCGCCTGCTTCATGCGGTAAGAAGGATCAGGGACGGTCAATATATGACGCGTCTGAAGGATGTGCCGAAGAACGAATTCATGTATCTGTTCCATTCCTTCAATAATATGGCGGAGCAGATCGAGGAGCTCATCGAACGGGTATACAAAGAGTCTTTGCGATCCAAGGAAGCCACGCTTAAGCAGCTCCAATCGCAAATTAACCCTCACTTCCTGTATAACTGCCTGTTTTACATCAAGAACATGGCAAATCTCGGTGAGAAGGAAGCTGTCGTAGCCATGGCTCTGAACTTGGGGGAGTATTACCGGTACACGACTCGACTGGAAAATCCGACCGCGCCGCTTGAAGAGGAAGTGAAGCTGGTGGACAATTATTTAACGATTCAGATGCTGCGACTTCAGCGCCTAACCTTCGAGATCGAGGTTCCCGAAAGCATGATGCAGCTGGAGATTCCGCGTTTATTGCTCCAGCCTATCGTGGAGAATGCCGTCATTCATGGCGTTGAGGATCAATTGGATTTTGCGATGATTCATATTTCCGGAGAAACCGAAGGGAGTCGATGCAGAATCAGAATTGACAACAACGGCCAGGGCATGGACGTTGGCATCATCGACAAGCTGAAGCGGCAGGTCGAGGAGCCTTTGAACGAAAGCGGGGGATTCGGTCTGTGGAACATTCATCAGAGACTGATCACCCGGTACGGCAAACATGCGGGTTTGACCTTCTCGGAATCGCCGTCAGGAGGGCTTCGCGTAGAATTATGCTGGGAAGATCCAAGTAGGGCAAGGGGGGGATGA	MMKRLRTSTFAKLTTLLAVLVIPIILLYAYSHQVSINVVRSAVEEGQRNRLTFFMSQMDNMIDQLTKYSVIASNDDGIKSYLAERSRSTLMERIDSQQRITDMLNMQIATSSWDSQILMYVMQYQELLTTDLSARYDAEYLAHAHEQNWSYHRDSRGQAFFSWMRTSASSQDLIVEVRFTDQNLVNMLNRLKQDGDSEPFLYAPDGTVIANSTSVEETIQMAAGILNEMQLGEEGSRIVQSGQGKYVMNYVLSSSLGWYLVDFVRLDSVYSPITLSSTLFYISVSLLLVLVLLLTLLLYRNVQRPISRLLHAVRRIRDGQYMTRLKDVPKNEFMYLFHSFNNMAEQIEELIERVYKESLRSKEATLKQLQSQINPHFLYNCLFYIKNMANLGEKEAVVAMALNLGEYYRYTTRLENPTAPLEEEVKLVDNYLTIQMLRLQRLTFEIEVPESMMQLEIPRLLLQPIVENAVIHGVEDQLDFAMIHISGETEGSRCRIRIDNNGQGMDVGIIDKLKRQVEEPLNESGGFGLWNIHQRLITRYGKHAGLTFSESPSGGLRVELCWEDPSRARGG				NA	NA	NA	NA	NA
JZ016_01154	1305			hypothetical protein	ATGAAGGCTGCAGGACGTTTCTGTAGGGTGTTATGGATTGTCGTCATGATGGTGTCGGCAGCTGGATGTATGGCGGGGAGGAACGGAGCTGACAGCAGCATGTCCGAATCGGAACGACCGTTTGACAACGTGCGGATTACCGCATATATGGCCAAAAACCCAGTTGCGGATATCCTTCGCGCCCATCTTCCCGAATTCGAGAAGGAGACGGGCATCAAGGTTGATTTTCAAGCGTTGACCAATGAGCAGCTCAGCCAAAAGATGTTCGTTCAGATGACCGTAGGTAGCGAAAGTCCCGACGTGTTCATGATCCGGCCTTTGGAAGAGCTGAGTTTGTATGAGAACAATGGCTGGCTAACGCCCTTGGAATCGTATGCCGAATCGGATCCACGTTACGACTTTGCCGATTTTTCGTCAACGGCGCTGGAATCGGTAACGGTGAACGGAAAGCTGCTTGCCGTCCCGCTTTCAACCGAGCAGCAGATTCTATTTTATCGCAAGGATTTGCTGGAGAAAAAAGAAATCGAAGTGCCGCAGACTTTGGACGAGCTGGAAGGGGCGGTCAAGCAGGTGCACGATCCCGAGCGTGGCGTCTACGGTTTTGTTGCAAGAGGGCAGCGAAGCGCTCTCGTCACCCAGCTCTCGTCCTTCGTATACTCCGAAGGCGGAAATTTTACGAATGAGGATCAGGCGGTACTGAACTCAAAGGAAGCGGTCAAGGGTATTGAACGGTATGTAAGGCTCCTCGGAAAATATGGTCCACCGGATGTGCTGAACTACAGTTGGACTCAGTCCGCGGAGTTATTCGCTCAAGGAAAGGCGGCGTTTTTCACCGATGCCAGCGCGATCTACCCCATGCTCACGCAATCAGGACTGGCGAAGGAGAAGATTGGGTATGCGCTGTTTCCGGCAGGCGATGCCGGCCGCAAGCCCTACAGCACTACCGCTTGGGGCATCGCGATCAATGCGAAATCGGCCCGCAAGGATGCGGCCTGGGCTTTCATCGAGTGGGCCTCGGGCCGGGACATGGTGCTGCAAGCCCAGAGGATTGGTAACCCGGGAGCCCGGAGCTCGCTGTGGCATGACAAGGAAGGCATCTCCGGCTTTCCGGAGGAGCTGATTCCGGTGATCAATGAATCCATCCCGATCGGAATGAGCTATGATCGTCCAAAAGTCATTCACGTGAAGGAAGCACGGGACATTATCGGCAGCATCGTAGTGAAGGGACTCATCGGCGAAGATGTTGGGGTTGCTGCGGAGTCGGCAAACGTTCAATTGCAAGAACTTATCGACAGCGAGAAGTAG	MKAAGRFCRVLWIVVMMVSAAGCMAGRNGADSSMSESERPFDNVRITAYMAKNPVADILRAHLPEFEKETGIKVDFQALTNEQLSQKMFVQMTVGSESPDVFMIRPLEELSLYENNGWLTPLESYAESDPRYDFADFSSTALESVTVNGKLLAVPLSTEQQILFYRKDLLEKKEIEVPQTLDELEGAVKQVHDPERGVYGFVARGQRSALVTQLSSFVYSEGGNFTNEDQAVLNSKEAVKGIERYVRLLGKYGPPDVLNYSWTQSAELFAQGKAAFFTDASAIYPMLTQSGLAKEKIGYALFPAGDAGRKPYSTTAWGIAINAKSARKDAAWAFIEWASGRDMVLQAQRIGNPGARSSLWHDKEGISGFPEELIPVINESIPIGMSYDRPKVIHVKEARDIIGSIVVKGLIGEDVGVAAESANVQLQELIDSEK	PGPT0016545_5814	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_01155	942			hypothetical protein	ATGAAAAAAACAGTCATCCTGCTCACCAGTGCGGCACTGATGTTTGCAACCGCCGCAGGCACGATCTCAGCCAAACCGGCTAACACCCCAGCTGGCAAGACAAGTAACGTGGCATCGCCAAAAGGACCTAAAGAAAAAGAAACTCGAAATGAAGAGCATCAAATCGATGAAGTCGAGGCATCGGTTACGACCAGCAAAGAAGAAGACCAAGTGGATGATTCCGCACCTTCAGAAACAGAGAGCACAAACGACAGCTCCACCGATAAAGCGGACGCCAAGAACAAAGGGCACCAAGGATACAAAGGTTTGCTAAATGCTATTCAAAACGTAGAAGATAAACCGGCAGGCGCCGTTTTAGCGAATATTTTGCTTACCGAATATGCGGCCAAGCTGACGGACGAGCAACAACAACAGCTGGAAGCCATTATTGAAAAGGACAAGGCGTTAGAAGCGGCTGCGGGCATGCTTGAAACAAACGGTAACGTAACTGACGCTGTGTATTTGCAAGAAGAAGCCATTCAAGCAAATTTTAAAAATCTGGATCTATACAAAACCTTGGGTAAGCTCAACAAAAAGGCAGGTAAAAAGAATGGGGTTCAGCTGTATGTGAACGGCGAAGCTTCTGACACCGAGCCTTTTGTCAAAAAAGGCAATACCTATGTTCCTTTTCGCGCTATTGCCGAGGCTTTGGAAGCAGAGGTAATATGGGATCCTGAAAAGCGTTCCATCACCGTCACGAAGGACGGGGTGAGCATTCAACTCCTCATCGGCAGTAAAACAGCAACCGTTAATGGCAAGAAGGTCTCGTTGGATGCCCCGGCTACCGTTACCAAGGGCAATACGTATGTACCCGTACGCTTTATAAGTGAGGCATTGAATGCAACCGTCAAGTGGGAATCAGAAAGTCAGACCGTTGTTGTTTATGAAGAGGAAGCAGAATAG	MKKTVILLTSAALMFATAAGTISAKPANTPAGKTSNVASPKGPKEKETRNEEHQIDEVEASVTTSKEEDQVDDSAPSETESTNDSSTDKADAKNKGHQGYKGLLNAIQNVEDKPAGAVLANILLTEYAAKLTDEQQQQLEAIIEKDKALEAAAGMLETNGNVTDAVYLQEEAIQANFKNLDLYKTLGKLNKKAGKKNGVQLYVNGEASDTEPFVKKGNTYVPFRAIAEALEAEVIWDPEKRSITVTKDGVSIQLLIGSKTATVNGKKVSLDAPATVTKGNTYVPVRFISEALNATVKWESESQTVVVYEEEAE				NA	NA	NA	NA	NA
JZ016_01156	825	mshD_1		Mycothiol acetyltransferase	ATGTTAACGACACAGCAACTACAAGAGATTGAACAATTGCAAAAAGAGTGTGAAATTCATGATCATGTACAACTGAAGCTTAACTGGGACATGCTTAGAGAACGCAAAACGGAGCCGTTCGATTATTTTCATTATGATGAGAATGGCGAACTTATAGCATTTTTAGGTCTGTATGCGTTTGGTTCTACTGTCGAGGTATGCGGCATGGTAAAGCCAAGTGAACGTCGAAAAGGACATTTTGGGCGGTTGTTTCACCTGGCAATGGAATATGTAAAATCAAATGGATACAAGAAAATCTTGCTGAACGCGCCTGCGGGATCCGATGCGGCAGTATTCTTTTTGAATAAACAAGGTGCTGAATATGCATTCTCGGAGCATCAAATGGAATGGCGGCATACACCTCTGGAGGACACGGACGATATTCTTCTGAGACAGGCAACTGAAGAGGATTTCGAAATGAGCGTTCATTTATCCGTAACGGCGTTCGGATTGGACGAGGATGACGCCAGAGCGATGGAAAACCACCGTTTTGCGGATCATGTGGATATGCTCATGATTGACGTGAACGAAGAAACGGTTGGAAAACTTCGGGTGAGCCGTGAAGAGGGGCAGGCGTGGATTTATGGTTTCTCCATTTTGCCGGAATATCAGGGCAGAGGCATAGGCAGAAAAGCGCTTCGCCAAGTCGTTAAAGAGCAAAGCTCTGCCGGTTATACGGTACACTTAGAAGTCGAAACGAGAAACGACCATGCTTTGAGATTATATGAGTCGGTTGGATTTGAGGCAGTGCATGTACAAAATTATTATAAATATGAATGCAAATGA	MLTTQQLQEIEQLQKECEIHDHVQLKLNWDMLRERKTEPFDYFHYDENGELIAFLGLYAFGSTVEVCGMVKPSERRKGHFGRLFHLAMEYVKSNGYKKILLNAPAGSDAAVFFLNKQGAEYAFSEHQMEWRHTPLEDTDDILLRQATEEDFEMSVHLSVTAFGLDEDDARAMENHRFADHVDMLMIDVNEETVGKLRVSREEGQAWIYGFSILPEYQGRGIGRKALRQVVKEQSSAGYTVHLEVETRNDHALRLYESVGFEAVHVQNYYKYECK				NA	NA	NA	NA	NA
JZ016_01157	4440			hypothetical protein	ATGAGACGCATCTTCTCTATTTTGATGGCATTATTGCTCGTGATAGGCATCATCCCGTTTCAAGCATTCGCCCTTCCGAATGATCCCATGTCCGGTGATGGGACAGCGAACAATCCTTACATCATTACAACGTTAAATCAATTAAACGCCGTGCGTAATGATTTGAACGCTCATTACAGGCTCGGGGCGGATGTCGATGCTTCGGAGACGGCAAATTGGAGTAATGGGGCTGGCTTTGTCCCTATCGGCTACGACGGAAGCGGTAATAACCCGTTCACTGGTGTCTTCGATGGAGCGGGTCATGCCATCCGCAATCTGACCATTCATCAGCCCAAGCTGGACATGGTCGGCCTATTCGGGATGGTAGGCTCCAACGGGGTGATCGAACATATCGCTCTCGAAGGAGGTTCAATCATAGGAAACAGCCATGTGGGCGGGCTGGCAGGACGTAGCGATGGAACCATTCAACTATCCTACGTTACCGGAACGGTTAGAAGCCATATGGCCACCGTCGGAGGGTTGGCAGGATACAATGGCATTCACGGTAAAATAACTTCCTCCTACACTACGAATGCCGTCACCGGCGCCGATTATGTCGGTGGTTTGGTAGGGCGTAATGACGGGACGGTGAGTGATTCCTATGCTGCCGGAAGGATCAGTGGCGCCGCTATAGTCGGTGGGTTAGTAGGGGACAATGAAGGTGGAGAAATCATCCGGTCATACGCCACGGGTGCCGTCAGCGGGAGCGCTGGACACGTCGGCGGACTGGTCGGTTATAATATTTCTGCTCTTATTAGTCAGTCATATGCCACGGGAACTGTCCATGGTGAAAGTGCTGTCGGCGGTCTTGTGGGCAGCACAGGCCACGGATCGATTGTTCAGTCATACGCCACCGGCTACGTTAGCGGGCGCGATCAATCTGTGGGCGGTCTGGTTGGGAGTAATAGTGGGATATTGAGCGGCAGTTTTTGGGATGCTGAAACTGTCGGCTTAAATAGCGCCTGTGGATACGATACATACGGAAAGTGTACCGCGAGCAGCCTCACTACTGCACAGGCACTAACCCAATCGAGCTATTCGGGCTGGGATTTCAACAATGACTGGTTTATGGTCGAAGACTCGACGCGACCATTCCTTCGCTCCGAATGGTCGGCAGCAATTGGGAACTCGCATCAACTGCAACTGATGGCCATGGATCTGTCGGCGAATTACACACTGACGCAGGGGATTGATTTCGACACGACGTTCACTGACAACACTCGCTCCGATATGTGGGCGACGAGCACAGGGAACGGTTTCGGCTTTGAACCTATCGGTAATGACAGCACTCCGTTCACGGGTACGCTCGACGGCCAAGGATATGATATTACAGACCTATATATCAACAGGAGCAGTTTAATGAGCGTCGGAATGTTCGGTAAAATTTCTGGTGGTGAGGTTCGAGACGTTCAATTAAAGAACGGGAATGTCACCGGCGGCCTTCAGACAGGCATGCTGTCGGGACAGAACGGCCCCGGCAGTCAGATTATAAAGGTCCATGTAACAGGAAATGTTACCGGAGCAGACAAAACAGGTGGTCTGGTCGGGAATAACGACGGAACGATCGGCAGTTCTAGCTCGAGTGCTGCGGTCAATGGAATGCACGAAGTCGGCGGTCTGGTCGGAAAGAACGGCATGGGGAGTGTTACTGAGGCTGTGTATGCTACCGGGAGCGTTAGCGGAAACAGCCACATCGGTGGATTGATTGGCTTGAATGCGGGTCTCGTTAATAAGGCATACGCAACGGGTCAAGTTGATGGTCAATTCAATGTCGGCGGATTGGTCGGACTCCATGATATGAATAGCGAAGTTAACCAGTCCTTCGCCGCCGGGAGCATTACCGGAATGGATTTTGTCGGAGGCCTCGTGGGTCGGAATGAGAGCGGCAAGGTGAATGATTCGTACGCGATCGGTTCCGTTAGCGGTCGTTCTGATGTTGGCGCACTCGTGGGAAGGAATATCGGTAATATCAAGACTTCTTATGCCGTCGGCAGTGTAACCGGCAGCGGCGAAGTCGGCGGCCTGATCGGAAGGGAATTCGGCAAGGTTACCGCGAGCTTCTATAATAAGGAAATGACGGGGCAATCCGATACTGGCAAAGGTGAACCGCGGGTTACATCAGAAATGAAACAGTATAACCTCTTCGGGACCGAGTGGGACTTCAGCGGAATCTGGGTGTTACAGGAGGGAGCCATGTTTCCTGTTTTACAAGGAATTGCAGCGAACCTCGAATGGGATGTGGCTCCGCCAACCATCTCTAGTGCGAAGATCGAAAGCGGGCATCCGAACAGCGTCATTGTGACCTTTGATGAAGCTGTCAATCTCACTAACGCCGGGGGAATTGCAATTACAACGGACGGGAAGCTTTCTACGATTACTCGGGTGAACGGATCGGGAACGGATACGCTTGTTTTTAACGTAGAGAAAGCAATTGAAGAAGACCAGCAAGTTCTCCTGTCCTACGATAAACCATCCGGAACCATTTCCGACCTGGCAAACAATGCGTTGCTCAGTTTAACAGATCGAATGGTCGATAACCTGACACGTCCCGTTGACCATACACCTCCATCCATCGCTATTACGATGACCACGGCGGATGGAATGGAATACGTTGATCGCACATGGAGCAATCAAATGGTTAACGTAAGTGCAGAGGCATCTGACGAGTCTGGCGTCACTTCATTTACGTATTCGCTAAATGACGGAGTGTCGTGGAGCCCTTATTTATCTGATATCGTCCTCCGCGATGAAGGTGTTCATAACATCTCGTTCCAAGCCCTCGATACAGCGGGCAATGAATCGATTGAACGACGCACAGTCTGCATCAGCACAACCGGAATCACATTGACACCTACACTAGTGAAGGCGGACGGAAGTGAATATGCGAGCGGTGAATGGAGCAGCTCGAGCGTAACCTTGAGCGTCTATGCTGAATCGGCAGTCAGCGAGATCTCCAATCTGACCTATACGCTGAACGGGGGGCTTTCACAAGTCTACGAGAACGAAGCACCCATCGATATTTCGAGCGAAGGCGAGACGAACATTCGATTTGAGGCGTCCAATCAAGCAGGCAATACGTTATTCCTCGACATCATGGTGAAGATTGACCATACGCCGCCATTGATTACGATTTACCCTAATGGAAGCGAAATGCAGGTTGCATCGGTAACACCGAGGGTGACAGTAATTGATTCTGGAAGCGGTATAGATAAAGCCTCGCTGGAGTTTCAGTGGACGACCGATTCGTCCATACCAGCCACAGGCTGGAGACCGTTTGCGAACGAGGCCACGCTTATGAAAAACGGCGTTGACGGTGACTGGTACTTGCATGTAAGAGCACAAGACCAAACAGGTAATGCCGTTAACGTGACGTCCAGCCGGTATCGTTTGATAACGCAGAAGGCGAGTGAAGCAAGCGATTCAAATCTCACTAACGTTAGCCATGTATGTTCACTGCCGAGCACCGTCTATGTTGTAGACCTGGAAGGGAGAACCATTGCTTTTGAAGGGGGACAGATTCTCATCCCTGCTAAAGCACTGAATCGACCATTTTGTTTATCCATAAATCTAACGCTTCCAGATGGTGATAAATTTCTTCTGTCTGGAGGAGAGCGAGTAGTTAGTAAAGTCGTTGAGTTTAAGAAAGATGTAACCGGAACATTCGATCAAGACGTAACCATCAGCCTGAAATTTGACCCCAACACCATACGAAAAGGCAGTCATGAGCTCCATCTCCGTCAGTTTAACGAAGATACGAAGGAATGGGTAGCGCTGGATAACGTCAACATGAACTGGGATGCAGGGACAATAAGTGGAACTACCGACCATTTTACTCCCTTTGTGATTTTTGCGAGAACGATTGTGCCTGTTGAAATCGGTGTTGCGTTTACCGATATAAAAGGTCATTGGGCGCAAAAGAACATTGAGAATCTCGCAGAAAAAGGTGTTGTGAACGGTTATACAGACGGAAGCTTCAGACCTGACCGTATGATGAGTCGAGCAGAATTCACAGCGATCTTGGTTCAAGCATTGGGTCTCACTAGTAAAGGTAATAAGGAATTCGCTGATACAACGGATCATTGGGCGAGGCAAGTCATTTCAACAGCTTATGCTTACGGAATTATTCAAGGATACGATTCGGTTACCTTTGGCCCCGACGATTTCATTACGCGCGAAGAAATGGCGCAAATGGTGGTTCAAGCATTTCAATTGGACGATGCGCTTACCAGCAAAACCTTTGCCGATCAGGATAAAATTGCGGCTTGGGCACGGAAAGCGATGATGATTGCAGTAGATTATGGAATCATGAAGGGTTATCCCAACAACATGTTGAAACCCCAATCTCATGCTAGCCGTGCTGAAGCGATTACCGTGATTTGGCGCGCCATCGAGGTAAAATAA	MRRIFSILMALLLVIGIIPFQAFALPNDPMSGDGTANNPYIITTLNQLNAVRNDLNAHYRLGADVDASETANWSNGAGFVPIGYDGSGNNPFTGVFDGAGHAIRNLTIHQPKLDMVGLFGMVGSNGVIEHIALEGGSIIGNSHVGGLAGRSDGTIQLSYVTGTVRSHMATVGGLAGYNGIHGKITSSYTTNAVTGADYVGGLVGRNDGTVSDSYAAGRISGAAIVGGLVGDNEGGEIIRSYATGAVSGSAGHVGGLVGYNISALISQSYATGTVHGESAVGGLVGSTGHGSIVQSYATGYVSGRDQSVGGLVGSNSGILSGSFWDAETVGLNSACGYDTYGKCTASSLTTAQALTQSSYSGWDFNNDWFMVEDSTRPFLRSEWSAAIGNSHQLQLMAMDLSANYTLTQGIDFDTTFTDNTRSDMWATSTGNGFGFEPIGNDSTPFTGTLDGQGYDITDLYINRSSLMSVGMFGKISGGEVRDVQLKNGNVTGGLQTGMLSGQNGPGSQIIKVHVTGNVTGADKTGGLVGNNDGTIGSSSSSAAVNGMHEVGGLVGKNGMGSVTEAVYATGSVSGNSHIGGLIGLNAGLVNKAYATGQVDGQFNVGGLVGLHDMNSEVNQSFAAGSITGMDFVGGLVGRNESGKVNDSYAIGSVSGRSDVGALVGRNIGNIKTSYAVGSVTGSGEVGGLIGREFGKVTASFYNKEMTGQSDTGKGEPRVTSEMKQYNLFGTEWDFSGIWVLQEGAMFPVLQGIAANLEWDVAPPTISSAKIESGHPNSVIVTFDEAVNLTNAGGIAITTDGKLSTITRVNGSGTDTLVFNVEKAIEEDQQVLLSYDKPSGTISDLANNALLSLTDRMVDNLTRPVDHTPPSIAITMTTADGMEYVDRTWSNQMVNVSAEASDESGVTSFTYSLNDGVSWSPYLSDIVLRDEGVHNISFQALDTAGNESIERRTVCISTTGITLTPTLVKADGSEYASGEWSSSSVTLSVYAESAVSEISNLTYTLNGGLSQVYENEAPIDISSEGETNIRFEASNQAGNTLFLDIMVKIDHTPPLITIYPNGSEMQVASVTPRVTVIDSGSGIDKASLEFQWTTDSSIPATGWRPFANEATLMKNGVDGDWYLHVRAQDQTGNAVNVTSSRYRLITQKASEASDSNLTNVSHVCSLPSTVYVVDLEGRTIAFEGGQILIPAKALNRPFCLSINLTLPDGDKFLLSGGERVVSKVVEFKKDVTGTFDQDVTISLKFDPNTIRKGSHELHLRQFNEDTKEWVALDNVNMNWDAGTISGTTDHFTPFVIFARTIVPVEIGVAFTDIKGHWAQKNIENLAEKGVVNGYTDGSFRPDRMMSRAEFTAILVQALGLTSKGNKEFADTTDHWARQVISTAYAYGIIQGYDSVTFGPDDFITREEMAQMVVQAFQLDDALTSKTFADQDKIAAWARKAMMIAVDYGIMKGYPNNMLKPQSHASRAEAITVIWRAIEVK				NA	NA	NA	NA	NA
JZ016_01158	2595	malT_1		HTH-type transcriptional regulator MalT	ATGATACAAGAGAGAGATGAAAGCCATTTCTTGCTTCTAACGAAATTGAAACTGCCCCAGCCCCATGATCAAACAGTTACGCGTCCCCGTCTGCTTGCGCGATTGAATGCGGGACTAAATCACAGGGCGACATTCGTGACGGCACCCGCCGGATACGGTAAAACGACGCTGGTCAGTGATTGGGCCAGGCAACTGGACCGCCCCGTCGGGTGGTTATCGCTGGATGACAAGGATAATGACCTCATAAGATTTTGGAACTACTTCATGAAAGCGATCGAGCAGGCTGTCGGTAGTTTGTCAGACTTCGTCCGTACTTCAAACGCAATGCTGAACCCGGGCCAATACGAGCCGTTTATGGTTGCATTGTTAAACGAATTGAACGACTTGAATAAGCCGGTTATCCTGATACTGGATGACTGGCATGTCATACATAATATGGATATCCAGGCGTCCGTTTCGTATTTTATAGAGTATTTGCCTTCCTGCGTGCATCTTTGTTTCACTAGTCGAAGCATCCATGGATTTCTGAAGTCGAGATGGATTAGTCGGGACTGGATCCAGGAAATCCATACCCAGCATTTGTGTTTCAATTTGCAGGAGACAGTGGATTTTTTCCACATCGTGGAGATGGGGGAGCTGCAGAGGGAGCAGATTGAACGAATCCAATTCCAGACCGAGGGCTGGGTGACAGGGCTTAGGCTGATCTCGTTGTCTATTCATGAAGATGAGGGGAGGGGAGCTTTCAAGTACGTACATTCCAACCCCGAACGTGTCGAGCTTTATTTATTCGAGGAAGTATTTGAATCGTTGGATAAGCCAACGAGGCAATTTCTGTTGAACGTCTCTATTTTACAGCGGATGAACGGGCAGCTATGTAAGGTTGTAGCTGGCGAACACGGTGCACGGATGCTGGCGGAGCTGGAAAAACGCAATATGTTCCTTATCCCGCTGGATGAGGACAGGGACTGGTACCGATTTCACCATGTATTTGGCGAGTTTCTGCTGAAGCAGCAGCGACGCCTGGATCCGGCTAAGACGAATGTGCTCTTCCAATCGGCCGCAGCCTGGTGTGAATCGCAGGGATTGCTCGAAGAAGCGATAGATTACTACTTGGCTGGTACTTATTATTCGGAAGCGATCCATTTGCTAGAGCAGATGAGAAGTTTAATGGTCCGCCGGGAATTCTCGACCATGAAGGTTTGGTTGTCGGCGATTCCCGAGGAACTGCTTATGCAGTATCCTTATCTCTTTTTTTCGTACATATTTTCGTTATTGTGGTCTCAAGAACTGGAGCTGTCGGAACGGTATTTACAGCTAGCAGAGAAGCATTATGCTGCTTCCTCGGCAAGCTGGAGTCCGGAAGAGAAGGATCGCTATTTGGGATACTTGTATTATGTCAGGAACTTTAAAGCAACCCAATACGACATGGACATGATCAAAGGGCTGGAGTATATCCGTCTGTCACTTCAGCATAGTCCTACAGGGACGGATCTGATCTTTGCATCTCCTCATATGCCGCTATCTCCTTCTATATACAGGTCATACAATGGCAAGCGGGGCCAGCATTTACCTCGGGTCCTTTCGGATACGTTCTTTTTGAGCATGATCGAATTCATGAAACCAATGGGTCTGCAGGACTCGGTCGTGGTTTGTTATGGCGAATTACTCTACGAACGCAACGAGCTGGAGCAGGCGGAGGATTACTTGAAGCTGGGATTACATGGGACGAGTCAGGCGCATTACCAACCAGAGAAGGTATACGTTCCCGCGAGTCTTTTCCTGGCACGGATCAGCACATCCAGGCAGGACATCAGTCAGGCCGAAAAATGGCTGGAAGAAGCCTATAGAAGGGCGATTGAGGATGGCGCTAAGGCAGCCCCTATCTTGCTCGATGTCGAAATGGCTCGTCTGCGAATGGAATCCGGAGACTTGTCCGCAGCTGTGCAATGGAGGGATCGTTACAAGGTCTCGTCGGATGATCCGGTATCCGTTTATCAGCTATTCGTCTATATCTTCCTCGTTAGGGTGTTGATGGTGACCGGGAACAGCCAGGAGGCATGGGCATTATCTGAGAGATTGCTGCATATCGCGGTGAAAGGACATCGTCCGATGGACGCCTTGGAAATCCAAGTGCTTCAGGCGATGATGCTGCAGGTGATGGATAAGCCGCAACAAGCGCTGCTCAAGCTGGAAGAGGCGCTTATATTTGCGAAACCCGATGATTATATCCGTGTGTTTGTTGATAAAGGACATCTGGTGGCACAGCTGTTAGGGGAATATGTCCAACATCGTCAAAAAGGGAACATTCGAGATAAAAACGCGCCTTCACTGGCCTATGTGAGGAGAATATTGTCCGCTTTCGGAGGAACAGCCGAATCTTCGGTACAAGGCAAAGCAACATTAGAAAAGCTTCTGACACCGCGCGAATATGCAATATTTCGTTATATGGAGGAAGGGATGGACAACTCGGCGATCGTTGAAACGCTCGGTATCGGAATGGGGACCTTGAAGGCGCACATCAACCGCATTTACAGCAAGCTGCAGGCGAAAAACCGGGTCGAGGCGATTACAAGAGGTCAAGAGTTTCAGGGTTAA	MIQERDESHFLLLTKLKLPQPHDQTVTRPRLLARLNAGLNHRATFVTAPAGYGKTTLVSDWARQLDRPVGWLSLDDKDNDLIRFWNYFMKAIEQAVGSLSDFVRTSNAMLNPGQYEPFMVALLNELNDLNKPVILILDDWHVIHNMDIQASVSYFIEYLPSCVHLCFTSRSIHGFLKSRWISRDWIQEIHTQHLCFNLQETVDFFHIVEMGELQREQIERIQFQTEGWVTGLRLISLSIHEDEGRGAFKYVHSNPERVELYLFEEVFESLDKPTRQFLLNVSILQRMNGQLCKVVAGEHGARMLAELEKRNMFLIPLDEDRDWYRFHHVFGEFLLKQQRRLDPAKTNVLFQSAAAWCESQGLLEEAIDYYLAGTYYSEAIHLLEQMRSLMVRREFSTMKVWLSAIPEELLMQYPYLFFSYIFSLLWSQELELSERYLQLAEKHYAASSASWSPEEKDRYLGYLYYVRNFKATQYDMDMIKGLEYIRLSLQHSPTGTDLIFASPHMPLSPSIYRSYNGKRGQHLPRVLSDTFFLSMIEFMKPMGLQDSVVVCYGELLYERNELEQAEDYLKLGLHGTSQAHYQPEKVYVPASLFLARISTSRQDISQAEKWLEEAYRRAIEDGAKAAPILLDVEMARLRMESGDLSAAVQWRDRYKVSSDDPVSVYQLFVYIFLVRVLMVTGNSQEAWALSERLLHIAVKGHRPMDALEIQVLQAMMLQVMDKPQQALLKLEEALIFAKPDDYIRVFVDKGHLVAQLLGEYVQHRQKGNIRDKNAPSLAYVRRILSAFGGTAESSVQGKATLEKLLTPREYAIFRYMEEGMDNSAIVETLGIGMGTLKAHINRIYSKLQAKNRVEAITRGQEFQG	PGPT0018616_1464	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018616-malT-K03556	NA	NA
JZ016_01159	603	gpmB_1		phosphoglycerate mutase GpmB	ATGAGCACAGAGTTTTTCCTTGTCAGACATGCTGAAAAAGAAAAGCGAGTTGGAGATGTTTCCATTTCACCCGAAGGGATAAAGCAGGCTCGTAAAACGGCAAAACATTTTAATAAAATGTCCATTGATAAAATGATTAGCAGCCCGCTGAATAGAGCAACGCAGACCGCTCAGATTGTGGCTGAAGCAATTCATATAACCGTATCAGAGGACAGTCGCTTACGGGAACGTGCGAATTGGGGAGACTCGCCTGGTCAAACGTTTGAGGAGTTTGTTGAGATGTGGAATCGCTGCACCAAGGAACGAGACTATATGCCTCCAGTTGGAGATTCCGCAAAAAGAGCCGGTGAGCGGTTGACTTCCTGCTTATTAGAGCTGTCCCATCAACATCCATACGAAACCGTTGTTATTGTGACTCATGGCGGTTTGATCACAGACTTTATGGTAAACGAGTTTACCGAGGAAGAGTTGAACCATAAACACCCGAACTTTATCATTTCACAAAGTAATCTGGTCCCAGAATGTTCTATAACTCATATCAGGTGTTGTAATGGTCGTTTTACATTAATCGATTTTGCCAACACAGCGCACTTAACCCGTTGA	MSTEFFLVRHAEKEKRVGDVSISPEGIKQARKTAKHFNKMSIDKMISSPLNRATQTAQIVAEAIHITVSEDSRLRERANWGDSPGQTFEEFVEMWNRCTKERDYMPPVGDSAKRAGERLTSCLLELSHQHPYETVVIVTHGGLITDFMVNEFTEEELNHKHPNFIISQSNLVPECSITHIRCCNGRFTLIDFANTAHLTR	PGPT0002590_65	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATASE_ACTIVITY	P-SOLUBILISATION-UNCHARACTERIZED_PHOSPHATASE,PGPT0002590-phoE-K15640	NA	NA
JZ016_01160	654			hypothetical protein	ATGAAAATTGAACTAGGACAACAACAAATAGAATGTCATGTAGAATACGGCCCCCGCCAAAAGATGTCCATCCATATCGATCCTTCAGGTCTGGTTACGGTGAAGGCGCCGAATCATACAGGTGATGATGTCGTGATAAAGGCCGTAAGGCAGTATGGGGATAAAATTTTGAAACAACTGCAAGCGATTGAGTCTGCTCGAAATGCTCCGAAGGTGAAAGCATACGAAGAGAGTGGCAAGTTTCTGCATCTTGGCCAATATTATTCGCTTGATGAGTTAATTGAGACCCATGGGCTGACGGAAGATGCGCTCCAACATGAGCTGAAGAAGTTCTACTTTGCCAGCTGCAAAAAGGTGATCGGGGAGAGGATTAAGATCTATCAGAAGCAGCTGAAAGTCTCGCCTAAATCCTTCACCATTGAGGAGTCGCGAACGAAGTGGGGCAGCTGCAGCTCTTCTAAACATCTCACCTTCAATTACCGTCTTGCGATGGCGCCCCTTGAGGTCATTGACTATGTGGTCATTCATGAGCTCTGCCATCTCATTCACATGAATCATGATCGCTCTTTCTGGCGACTTGTTGGCAGCGTAATGAAGGATTACAAAGCGAAGGAAGCGTTCCTGGCGAAGTATGGACACGCCATGACTCTATAA	MKIELGQQQIECHVEYGPRQKMSIHIDPSGLVTVKAPNHTGDDVVIKAVRQYGDKILKQLQAIESARNAPKVKAYEESGKFLHLGQYYSLDELIETHGLTEDALQHELKKFYFASCKKVIGERIKIYQKQLKVSPKSFTIEESRTKWGSCSSSKHLTFNYRLAMAPLEVIDYVVIHELCHLIHMNHDRSFWRLVGSVMKDYKAKEAFLAKYGHAMTL				NA	NA	NA	NA	NA
JZ016_01161	1560		COG3119	Arylsulfatase	ATGAATTCGAGTCAAAATCTGGGAAGGCCGAATGTTCTGCTCATTACAGTCGATCAGATGCGCTTTGATTGTCTCAGCATAGCGGGTCATCCTGTCGTCGAGACGCCTAATCTGGACGAGCTTGCGAGGACTGGTGTGCGGTTTAGCCGTGCATATTCAGCCACACCGACCTGTGTGCCTGCAAGGGCAGCCATATTCACCGGGCAATCACAGCGGGCACATGGCCGGGTCGGCTACCAGGACTGTGTGCCATGGGAGTACAAGAGAACGCTGCCGGGGGAACTGGCCGGTGCCGGTTATCATACACAGTGTATCGGAAAAATGCACGTCTACCCCGCACGAAATCTGATGGGGTTCCACAATGTCATGCTCCACGACGGTTATCTGCATCACAACCGTAATTACCATAGTATTCCGATGCAGGAGCATTACGATCAAGTCGATGATTATTTGCCATGGCTTCGTGAGAGAGTGCCCGGCGCGGATATGCTTGATCTCGGTCTGGATTGCAACGCATCGACCGTCGCCCGTCCTTGGCATTTGGCAGAAATGCAGCATCCGACGAATTGGGTGGTAACACAGTCAATTGATTTTCTGCGTCGCCGGGATCCCGGAAAGCCATTCTTCCTGTGGATGTCTTTTGTCAGGCCCCATCCACCGTTCGATCCCCCACAGGCGTATCTGGATCTGTATGAGGATGCCGATATTCCGGAGCCGCCGGTTGGTGATTGGGCGCAGACGGAGGACCCCGAACTGGAAGGGTACTCCCCTATCACAGGGCGGGGACTGGTACCGAAACGCCGCTTGCGTAAAGCGATGGCTGCCTATTACGCCCTCATTACGCATCTTGATCACCAAGTTGGCCGCTTCTTGCAATCGTTGAATGAATATGGCGAGCTGCAGAATACCGTGATTCTGTTTACATCGGACCATGGTGAGCTGCTTGGAGACCACCATTTATTCCGGAAGTCTCTTCCGTATGAAGGAAGCACCCATGTGCCGTTTATCGTCAACGATCCGGGCAACCGATTAGGCTTGCAGCGCGGCATGGTGGCGGATCAAGTGGTGGAAATGCGGGATATTATGCCTTCGCTGCTGGAGGCGGCTGGCGTGCCTATACCGGATACGGTCGAAGGAGAAAGTATCTGGAGACTTGCCTCAGCAGGAAAGGAAGAAGGGCTAAGCACTCAGACTTGGCGTCATCATCTGCATGGCGAGCATGCACAAGGGGTGCAGTCCAATCACTGGGTGACCGATGGGAAGGAAAAGTACATTTGGTTCTCCCAAACGGGTGAGGAGCAATTTTTTGACCTGGTTCTTGATCCGCTAGAACTGCATAATGCGATTGCGGATGAAGATCGTCAAGATCGCATCAGATATTGGCGCTCTGTGCTCATACAAGAGCTCGATGGACGTGAGGAGGGGTATACGGATGGGCAGCAGCTGATCATAGGCCGGAAACCAACCGCAACACTATCCCATATCTTGAATGGAGCGGATCATATCCGATCAGATCGATTTTCTCCAGCGGAATTTTCCGTAAATCCTACCACCCAATAG	MNSSQNLGRPNVLLITVDQMRFDCLSIAGHPVVETPNLDELARTGVRFSRAYSATPTCVPARAAIFTGQSQRAHGRVGYQDCVPWEYKRTLPGELAGAGYHTQCIGKMHVYPARNLMGFHNVMLHDGYLHHNRNYHSIPMQEHYDQVDDYLPWLRERVPGADMLDLGLDCNASTVARPWHLAEMQHPTNWVVTQSIDFLRRRDPGKPFFLWMSFVRPHPPFDPPQAYLDLYEDADIPEPPVGDWAQTEDPELEGYSPITGRGLVPKRRLRKAMAAYYALITHLDHQVGRFLQSLNEYGELQNTVILFTSDHGELLGDHHLFRKSLPYEGSTHVPFIVNDPGNRLGLQRGMVADQVVEMRDIMPSLLEAAGVPIPDTVEGESIWRLASAGKEEGLSTQTWRHHLHGEHAQGVQSNHWVTDGKEKYIWFSQTGEEQFFDLVLDPLELHNAIADEDRQDRIRYWRSVLIQELDGREEGYTDGQQLIIGRKPTATLSHILNGADHIRSDRFSPAEFSVNPTTQ	PGPT0006785_76	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-ORGANOPHOSPHATE_DEGRADTION,PGPT0006785-pehA-K01130	NA	NA
JZ016_01162	795			hypothetical protein	ATGAGTGATCCCTTGTATGAGCACCGGTTTTGGCTACAGATTCTTGGCGACCACTGTCGTTTTATTTTTACCGCACTTTCCCCCAAGGAAAAAGGGGATATCGCTACAGCAGAGTCCTTAATGGCTAGATTTGATATGCTGCTTGGGGAGTCGCGGCGACCCGATGCCTCCACATTCATCGAGAAACTGACGAAGGATGCCTATAAAGCCACTTATGAACTGCGCGAGTTCAAGCTGAAATTGCTGGAACGACAGCTTGCAGGCAAAATTGATTTTCTTCTGACACCTTCCTTTGTCAATCATATGGTAAATGAATTGGAGGAATACCTGCGGATATTACAGGCGTTACAAGAAGGTAAGGGCGTACCTCTGTTTCATCCCTTGCACTATGATATGGTTTGGCTCCAGGATGCATTTGGTCATGCAGCAAGCCTGGCGGCCGATCTTGATTTTGCTGAAAAGCCGTTAATTGCAAAAAGCATGGCGTTTCAAAAAGATTTTGAAGGCTTTTATCTAAAGGCGGTAGAAATGACGGGTTATTTAAGGACCCATTTAAAGGATTTTCCTGCTATGCGTAAATTCCACGCTGATATAGATCTGGAAATGAGGGTGTTCATGCACTTTTTGGCAGAACTCGAAGAATTTGAACTGCGCGGGGAGGTGCTGGACCGGATTAATCCGCTGATGCCAGATCATATGTATCGTGAAGAGTGCTACTATTTGTCCAAGTTGGCTGCCCTGGGTGAAATACAGAATCCGAACTGCGATCCGACAAAGCCGAGAGTCACGGGTTGA	MSDPLYEHRFWLQILGDHCRFIFTALSPKEKGDIATAESLMARFDMLLGESRRPDASTFIEKLTKDAYKATYELREFKLKLLERQLAGKIDFLLTPSFVNHMVNELEEYLRILQALQEGKGVPLFHPLHYDMVWLQDAFGHAASLAADLDFAEKPLIAKSMAFQKDFEGFYLKAVEMTGYLRTHLKDFPAMRKFHADIDLEMRVFMHFLAELEEFELRGEVLDRINPLMPDHMYREECYYLSKLAALGEIQNPNCDPTKPRVTG				NA	NA	NA	NA	NA
JZ016_01163	918	hprK_1	COG1493	HPr kinase/phosphorylase	ATGAAGTCGATCACCGTTCAAAGTATTACGGAAATTTTTCATTTGGAAGTATTGGCAGGAGCCAATCGCATGGATCGTATGATTACCCGTCCACAGACGCACAGGCCGGGGCTGGAGTTTGTCGGGTATTTCGATTTTTTTCCTATGGAGCGCGTGCAGGTGCTCGGTCGCAAGGAAATCAACTATTTACTGACGCTTACCATAGAAGAACGCAAGTTACATATCGGGAATATCGTCAAATATCATCCGCCGTGCTTTATTGTCACGTCAGGACAGCAGGAGATTCCTTATCTGACCCTTTTCTGTAACCAAGAGGGCATACCGTTATTGCGGACAACAGAGACGACTACGGAATTTATCGCCAAGTTGGACAGTTATTTGGTGAAGACATTGGCACCGGAGATGTCAATCCATGCGGTATGTGTGAATGTATCGGGCATAGGAATCCTGCTTCGGGGTAAATCCGGGATTGGCAAAAGCGAGACAGCTCACACCTTGATCAGACGAGGTCACCGGTTTGTGGCAGACGATATAGTTGTGCTTAAAAAGCTGGGGCCTTCGACTCTTCTTGGCACACACAATGAGACGACCCGCGAGTTTCTGGCGCTGCGAAGCATCGGTCTGATCAATGTCGTTCGTCAATACGGGCGCACGGCATTTCAGGACGAAACGCGAATCGTGCTCGATATTGAGCTGTCGCCTTGGCGTGAAAATTCCCTGAACAACGAGCTGGAGGCGGTGCCTCAGTTTACAGAGTATTTAGGCATTCAAATTCCGCATATCGAGGTTCAACTTCAGCCGGGACGCGACGTCGCCAGTCTGATCGAGGCGGCGGCCAACAATTGGTATCTGAAACAACTCGGATACAGCGCGGCTGAAGACTTTATGAAACGGATCGAAAACGAAATGCAGTCGTAA	MKSITVQSITEIFHLEVLAGANRMDRMITRPQTHRPGLEFVGYFDFFPMERVQVLGRKEINYLLTLTIEERKLHIGNIVKYHPPCFIVTSGQQEIPYLTLFCNQEGIPLLRTTETTTEFIAKLDSYLVKTLAPEMSIHAVCVNVSGIGILLRGKSGIGKSETAHTLIRRGHRFVADDIVVLKKLGPSTLLGTHNETTREFLALRSIGLINVVRQYGRTAFQDETRIVLDIELSPWRENSLNNELEAVPQFTEYLGIQIPHIEVQLQPGRDVASLIEAAANNWYLKQLGYSAAEDFMKRIENEMQS				NA	NA	NA	NA	NA
JZ016_01164	453			hypothetical protein	ATGAGTTATAGCGCTAGACCCGTTTCCGAGAATCATATTTTGGAATTGTTGAATGTTGCTGTATGGGCTCCTAATGACGGAATGCGGGAACCTTGGCGGTTTATATTTATCGGTTCTGACAACACAAACGTGCTATCTAATTTACAGGATCAGGCTCCGGCGTATCTGATATTGGTCATGAAGGAAGATCAGGATCCGCATAAAAGAGAAGAGGATTACGCAGCGGCAAGCTGCCTCATGCAAAATTTCCGTCTGCTTGCTCAGGATCGCATGCTCCATGTACGAATGACGATGAATGACTGGATTTATGATAGAGCATGCACCCGTCGATTTGGTGTTCATGATGGTGAACGGATCGTTGCCGTGCTGGAAATGGGATATGGTGGACAATCCATAGAGCCTGTGAAGGTAGGGGTAGAGGACACACCTGACCTTACCTTTGAGTTGTTGTAG	MSYSARPVSENHILELLNVAVWAPNDGMREPWRFIFIGSDNTNVLSNLQDQAPAYLILVMKEDQDPHKREEDYAAASCLMQNFRLLAQDRMLHVRMTMNDWIYDRACTRRFGVHDGERIVAVLEMGYGGQSIEPVKVGVEDTPDLTFELL				NA	NA	NA	NA	NA
JZ016_01165	609			hypothetical protein	GTGCAATGGCTGGGGAGTGAAAACATGAATTTCATGAAGACGATTAGAGAACGAAGAAGCATCCGCAAGTTTAACTCCATCCCCGTGGACCAGGAGCTGGTGATAGATTTACTCTACGCTGCACGGCAGCTTTACCCTTCCAGAGAGGAAGTGGCCTTCCGAAGCGTTTATGCGGGGACGGCGGATGCGAAGGAACGTTTGGCTTCCAGTATGCTGGAACCCTTGGTGAAGAACAGGCTGGTTAAATGGCTGCCGGAGAAGGTTCGGGATTTCGTTCGGAAGAGGGTCACTGATATACCTGGCCACCTCATTATTATTGCCTCTACTGATGCGGACAGAAGGAAAAGTGATATGAATTATGCAGCGGTCTGCGGGATCATGCAAAATTTTCAGCTTCTTGCCTGGCAGCGTCGGCTCGGTACATTGTGGGACACCGAACCGATGATGCAGAGCAAGGAATTATTCGATCTGTTGAAACTGCAGCCCAATGAGAGACTGGTTGGTATTTTTCATCTGGGTTATTTCGATAAGGCTCCAAGAGGCAGAGCACGAACACAAGCAGAAAAGAAATGGACGATATTAACGAGCGGAGGAGGGGGCATTGGATGA	MQWLGSENMNFMKTIRERRSIRKFNSIPVDQELVIDLLYAARQLYPSREEVAFRSVYAGTADAKERLASSMLEPLVKNRLVKWLPEKVRDFVRKRVTDIPGHLIIIASTDADRRKSDMNYAAVCGIMQNFQLLAWQRRLGTLWDTEPMMQSKELFDLLKLQPNERLVGIFHLGYFDKAPRGRARTQAEKKWTILTSGGGGIG				NA	NA	NA	NA	NA
JZ016_01166	477	pchR_2		HTH-type transcriptional regulator PchR	ATGAGTACGAACAAAATGATAAAAAACACTATCCATGAAAATTTCATTCAATTTCTGCAACAAAAAGAACAATATGAGAACCGGTTAAGCAGCTCTTTTATCGAAGAACTCCGGAAAATAATAGAGATAGAATCCACCTTAAACATAACGGAACTGCATACGATCGCGTGTATTGGGGAGCAAGAACCGATTAATGTCACTTCCATTGCCGAGACCATGAACTTAAGCAAAGGGAACACCTCGAAGATAACCAATAAATTATTGAAGGCGGGGTGGGTGCGCAAAGCCCAGCTCAATGATAACAAAAAAGAAGTGTACTTTCGGTTAACAGCGGCCGGAAAAAGGCTTTTTGCCATCCATGATGAGTTCCATATCAAGGAGCAGGAGAGGATGAACGAGTTTTTGGAAAGATATAGCGATTCCGAGCTTGACTTCATTAAGCGGTTATTTGGAGATTTGGCTGACTTTTATCATTAA	MSTNKMIKNTIHENFIQFLQQKEQYENRLSSSFIEELRKIIEIESTLNITELHTIACIGEQEPINVTSIAETMNLSKGNTSKITNKLLKAGWVRKAQLNDNKKEVYFRLTAAGKRLFAIHDEFHIKEQERMNEFLERYSDSELDFIKRLFGDLADFYH				NA	NA	NA	NA	NA
JZ016_01167	1164	pbuE_4	COG2814	Purine efflux pump PbuE	ATGAATCTAAAAGTATTAATTCTAGCGATATCAACGATATCCGTCGGGCTGGTTGAACTTATTGTTGGCGGAATACTCCCGCTTATCGCGGACGACTTGCATATTTCACTCGGTGCGGCTGGTCAGCTCATTACCGTGTTCGCCCTGGTCTATGCCGTAGCTGGACCGGTTCTCCTTGCGCTGACGGCAAGAGTGGAGCGGAAACGGCTCTATATGATTTCTTTATTCGTTTTCTTCATCGGTAACTTGCTGGCTTATCTAAGTCCAAGTTTTCCGCTGTTAATGGCTGCCAGAATATTAACCGCCATGAGCACAGCGCTGATTATCGTGTTATCGTTGACCATTACCGCCAAGGTGGTTGAGCCTGCACATCGGGCGAAAGCATTAGGCGTGATTTATATGGGGATCAGCTCGTCATTGGTGCTTGGCGTACCGCTCGGCATTTTGATCAGTGAAGCTTTTGGATGGAGGATATTATTCCTCGGTATCGGCATTCTGTCGATTGGCTCCATGATCTTGATCTATATGTTCCTGGATCGGATCAAGCCTGAAAATATCACACCGTTATCCGTTCAGCTCAAGGCGCTCGGCAAATCGAAAATCGCTGGAGCGCATCTCGCCACCTTGTTCATGCTTGCAGGGCACTACACCATTTATGCATACTTCACGCCGTTTCTTGAATCGGAGCTTGGGCTGAGTCCGTACTGGATCAGCATCTGTTACTTCCTGTTCGGACTATCCGCAGTCGGCGGTGGGGCGTTTGGAGGCGCCCTCGCCGACCGGCTGGGCTCGAACAAGAGCATTGTAATCATCATTACGTCATTCATGCTGGTGCTGTTTCTACTCCCGTTCTCTACATTCTCAATCGGCGTATTTTTAGTCGTGATGATGGTATGGGGTGCATTAAGCTGGAGTCTGGCTCCTCCGCTGCAGAATTATTTGATTCAAGTGGATCCGGGCTCGTCCGATATCCAGCAGAGTTTTAACAATTCCGCGCTGCAAATCGGTATTGCACTAGGATCTGCTATCGGTGGCCTCGTGTTAGAGCAGGGAGGTACCGTAGCGAGTACGTCTTGGGTAGGCGGAGGAATCGTCATGGTGTCGCTAATTTGCGCCCTGTATTCCTTAACGAGACCTGCGCTCTCGTTGAAAACAAGCAAATAG	MNLKVLILAISTISVGLVELIVGGILPLIADDLHISLGAAGQLITVFALVYAVAGPVLLALTARVERKRLYMISLFVFFIGNLLAYLSPSFPLLMAARILTAMSTALIIVLSLTITAKVVEPAHRAKALGVIYMGISSSLVLGVPLGILISEAFGWRILFLGIGILSIGSMILIYMFLDRIKPENITPLSVQLKALGKSKIAGAHLATLFMLAGHYTIYAYFTPFLESELGLSPYWISICYFLFGLSAVGGGAFGGALADRLGSNKSIVIIITSFMLVLFLLPFSTFSIGVFLVVMMVWGALSWSLAPPLQNYLIQVDPGSSDIQQSFNNSALQIGIALGSAIGGLVLEQGGTVASTSWVGGGIVMVSLICALYSLTRPALSLKTSK	PGPT0021080_291	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021080-pbuE-K18567	NA	NA
JZ016_01169	426			hypothetical protein	ATGAAGGCACGTATATCCGTTCTTACAATCGGCGTTGATGACCTGGAACGGTCATTGAAGTTTTACCGTGATGGACTCGGCCTATCGACCGAAGGGATTATTGGTACGGAATTTGAACATGGGGCTGTAGCATTTTTTGACTTGCAAGCAGGCGTGAAACTGGCGATATGGAATCGCAAGGATCTGTCAGTTGAGGCGAATGTTCCTCTATCTCCTCCGAGTTCCTCGGAGTTTACCATCGGTCACAACGTCGGCAGCAAGGAAGAAGTGGATGAGGTGATGGAGCAAGCCAGCAGGGCGGGTGCGACGGTAACCGTGCCGGCACAAGACACATTCTGGGGGGGCTACTCCGGCCACTTTCTCGATCCGGACGGGCACTTATGGGAGATTTGCTGGAATCCTGCCTGGCATCTTGATATTTCGTAA	MKARISVLTIGVDDLERSLKFYRDGLGLSTEGIIGTEFEHGAVAFFDLQAGVKLAIWNRKDLSVEANVPLSPPSSSEFTIGHNVGSKEEVDEVMEQASRAGATVTVPAQDTFWGGYSGHFLDPDGHLWEICWNPAWHLDIS	PGPT0028555_689	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-FOSFOMYCIN_RESISTANCE,PGPT0028555-putative_fosB-K07032	NA	NA
JZ016_01170	813			hypothetical protein	TTGCGGAACTATGTCCCTATACAAGCACCAACGATAGAGAAGCCTGCTTCGGATTCTTCTTATGCTTATCAAGAATATCTGCCAAGCCCGCCATTAACACCTTATGTGGCCTGTTATTGGACCTTGGATTATCAAGCTTCGTCACTTCAGCAGCCGCTTCATCGCATTCTTCCTGACGGTTGCGTCGATATTATATTTAATCTGAAGGCACGGGATGCTTCAACCTCCGCCTTCATTACCGGATTGATGTCATCTTACGAAGCCATGAGACTCACGCAGGATCAGTCACTGTTCGGTATTCGTTTTTTTGCGGAAACCGTCCGCCCATTCATACATTATCCAGCTTCCGATTTCCGTGAGGGTCCTGTATTCTTGGAGGAAGCATGGGGGCTGGAAGTGAATCAGCTGAACGAGGAAATGGTCGCGGCTCAGGATTCCGCTCACCGAATGGAATTGGTTGAAAGATTCTTAATGGGCGTCTTAGGCCGGAGCAACGTCCGTTCCGAGCCGCTGCTAGAGAACAGCATGCAGTATCTGTACGCTGCTAAAGGGAGAATTACGGTTCGCGCCATGGCGGAAAAACTTAATTATAGTGAGAGAAACATAAGAAGAACATTTCAGAAGGAATTGGGCGTCAGCCCGAAGGTCATGACGGAGATTATTCGTTTTCAAAACATGCTGCAGGAATTGCATCAGGCCAAGCCGACAAGGTTTACTGATATCGCTGCCCGCTACGGGTACTATGATCAACCTCATTTTATTAACAACTTCAGGCGTTTATATGGCATGTCACCGAAACAGGCTTTGAAGTGA	MRNYVPIQAPTIEKPASDSSYAYQEYLPSPPLTPYVACYWTLDYQASSLQQPLHRILPDGCVDIIFNLKARDASTSAFITGLMSSYEAMRLTQDQSLFGIRFFAETVRPFIHYPASDFREGPVFLEEAWGLEVNQLNEEMVAAQDSAHRMELVERFLMGVLGRSNVRSEPLLENSMQYLYAAKGRITVRAMAEKLNYSERNIRRTFQKELGVSPKVMTEIIRFQNMLQELHQAKPTRFTDIAARYGYYDQPHFINNFRRLYGMSPKQALK				NA	NA	NA	NA	NA
JZ016_01171	1269	dapL_1	COG0436	LL-diaminopimelate aminotransferase	GTGGAGTGGGTGGATATCTTGCCGAATCAAACTTCCAAACGCTCATGGCGTGCGGACAAACTATCGCAGATCGGTTCTTCCATATTTGCCGAGGTCAGCGAGTGGAAACAAGAGGCTTTTCAAGCAGGAAGACATATTATCGACTTAAGCATCGGCAGCCCTGACCGTGGCCCTTCCGAGGATATCCGTGGGGTGCTGAGCCAAGAAGCGCTGAAAGCAGATAATTATACATATCCAGGCACAAGAGGAACCATGGAGTTCCGGGAGCAGTCGGCGGCTTGGATGCAGCATCGATTTGGCGTAAATGTTAATCCGGATACCGAAATCCTGGCTTTGATGGGCTCCCAGGATGGACTGTCGCATCTGGCTCAGGCCATATGTAATCCGGGGGATGTGGCCATTGTGCCGAATCCGGGGTATCCGATTTATGCGGGAGCGCTTGCGATTGCAGGCGTAACACCATGGTATCTTCCACTGAAGGAGGAGTTTGGATTCGTGCCGGATCTGGACAGCATTCCGGAAGAGATTTGGGCGAAAGCGACCTTCATCCTGCTGAATTTTCCGGGGAATCCGATTGCGGTCCGGGCAGATCTTGCTTTTTTTGAAAAGTTGGTTGGTTTGGCGAAAAAATGGGACGTGCTGATCGTCCATGACCTTGCCTATTCTGAAATGGGTTTTGACGGCTACCGCCCCATGAGTATTCTGCAGGTCCCCGGTGCCATCGACATCGCGGTAGAATTCCACTCCTTCTCCAAGAGCTTTAACATGGCAGGGTGTCGAATCGGTTTTCTTGCCGGTCATGAGGAAGCAGTGAGCGCGCTGCGGGAGTACAAAAGCAACATTGATTTCGGCGTATTCAAGCCTGTACAGATTGCGGCTGTCCATGCACTGCGTCAAGCTATGGCATCTGCCGATGAGGAACAGGGTGTCGCTTCGCTATATGAACAACGGCGTGATGTCCTCGTGGCATCACTTGCCGAAGCGGGATGGGTTGTTCCTAAGCCACAGGCCACGATGTTCCTATGGGCACGGCTTCCTGAAGCATTTCGTGATCTTCAATGGAGCTCGCGCCGTTTCGCCCGCGAATTACTGCTGGAAACCGGCGTTGCGGTTATTCCTGGAGATGCTTTCGGCTCCGAAGGAGAAGGCTACGTGCGAATCGCGTTAGTTCAGGAAGAGGCGGCCCTGCGCGAAGCGGCGTTGCGAATAGGAACGTTTATTCAGGGGAGTAAGTCTCCGGCACCGAGGGCATTCGGACATTTGTCATAA	MEWVDILPNQTSKRSWRADKLSQIGSSIFAEVSEWKQEAFQAGRHIIDLSIGSPDRGPSEDIRGVLSQEALKADNYTYPGTRGTMEFREQSAAWMQHRFGVNVNPDTEILALMGSQDGLSHLAQAICNPGDVAIVPNPGYPIYAGALAIAGVTPWYLPLKEEFGFVPDLDSIPEEIWAKATFILLNFPGNPIAVRADLAFFEKLVGLAKKWDVLIVHDLAYSEMGFDGYRPMSILQVPGAIDIAVEFHSFSKSFNMAGCRIGFLAGHEEAVSALREYKSNIDFGVFKPVQIAAVHALRQAMASADEEQGVASLYEQRRDVLVASLAEAGWVVPKPQATMFLWARLPEAFRDLQWSSRRFARELLLETGVAVIPGDAFGSEGEGYVRIALVQEEAALREAALRIGTFIQGSKSPAPRAFGHLS				NA	NA	NA	NA	NA
JZ016_01172	1206	ydhP_1	COG2814	Inner membrane transport protein YdhP	ATGACCAGAACACGAGAGACCATCTTTATTATCGCCTTTACGTTTGCCGCCTTTGTACTAGGTACTACCGAATATGTCATTGTTGGATTGTTAAAAGACATTAGCGTAAGTCTCAGCATTTCGCTTGCCGCAGCCGGCGTCCTCGTATCCAGCTTCGCCATTGCATATGCCCTCGGAACGCCGTTTGCCGTTACGCTGCTCGGACGCATACCACGGCATGTTACCATTCTGACAGCGTATATAGCAGTGTTAGTGTTTAATTATTTGACCATCTTTGCCACTACGTACCCCGTCATGTTATTCATTCGCGTCATGACCGCGATGCTGTGCGGACTAACCTTATCGCTGGCGATTGCCGCGACCAGCGAGCATATGAGCGCTTCCCGCAGAGCCGGTGCGGTTGCCTGGATCATCGGAGGTTTCTCGATTGCCAATGTCCTTGGCGTTCCCGTCGGAACGCAGATCGGCCAGATGGCAGGATGGCAAACGGCTTTCATTGTTACATCATTAGTTGGGATCATCCCGCTAGCCTTGATGCTGGCCGTCATGCCCAAGAGCAATACGATTAGCGTAAGCTCCATGAAACAGCAATTTGCCTTGTTCAAGAACAGGCGAATCCGACTTGCCTTCTTCATTCCGGTCCTTGGCGTAGGCTCCGTTTTTATTGTATACACGTACATAACGCCGCTATTGGAAAATGTGATGGGGATTCCGCAGCAATGGATCAGCACTGTTCTGCTCGCTTACGGCGCTTTCACGATTCTTAGCAATTGGCTCGGGGCCAAGGTAGCACAAGGCAATTCAAGGGTTAAATTGAAAGTGATTTTCACCATCCAAGCGATGATTATGATGGCTCTTGCCCTTACCCTATCACTCCCCTGGATGGCCTTAGTGTCGTTAATGCTGGTCGCCTGCTTTTCCTTTGCACTCAGTACCGCCGTTCAGCTATACCTGATTGACCTGGCGGATGAATCTTCACCCGGCTCCAAGGACTTCGCTTCCACACTCATGCCGGTTGCATCCAATTTGGGTATCGCCATCGGTTCCCTGCTGGGCAGCCTTGTCGTGGATAACGTCGGCCTTGAATACCTGCCTTGGGCTGCAGTAGTGTTCGCTATCGGAGCATTTGCCGTTACTTCCCGCTGCCATCAGCTGGATCAAGAACAACTGGACTTAACGCTGCTGACATCAGCTAAAGCATCATAG	MTRTRETIFIIAFTFAAFVLGTTEYVIVGLLKDISVSLSISLAAAGVLVSSFAIAYALGTPFAVTLLGRIPRHVTILTAYIAVLVFNYLTIFATTYPVMLFIRVMTAMLCGLTLSLAIAATSEHMSASRRAGAVAWIIGGFSIANVLGVPVGTQIGQMAGWQTAFIVTSLVGIIPLALMLAVMPKSNTISVSSMKQQFALFKNRRIRLAFFIPVLGVGSVFIVYTYITPLLENVMGIPQQWISTVLLAYGAFTILSNWLGAKVAQGNSRVKLKVIFTIQAMIMMALALTLSLPWMALVSLMLVACFSFALSTAVQLYLIDLADESSPGSKDFASTLMPVASNLGIAIGSLLGSLVVDNVGLEYLPWAAVVFAIGAFAVTSRCHQLDQEQLDLTLLTSAKAS	PGPT0028991_1531	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577	NA	NA
JZ016_01173	654	cat_1		Chloramphenicol acetyltransferase	ATGAAGTTTCACATTATTAATGTTGAAGAGTGGACGAGAAAGCCTTATTACGAGCATTATCTTCGATCGAATAAATGTACCTTCAGTATCACCGTGGATATCGACATTACTCGCTTGCTGTATTCTTTAAAAACTAATGGATTCAAGCTTTATCCAGCTTTTATTTATATGGTTACAAGAGTTGTCAATGACTGGGTTGAATTCAAAACTTCCTATAGTCCCGAAGGGGAATTGGGTTACTGGGATCGAATGACGCCGAGTTATACCTTTTTCCATAACGATGACCATACGTTCTCCTGTTTATGGACAGCATTTTCGAATGATTTCTATCGATTCCATGATCATTACGAGCAGGACATGGAGCAATATCGGGATACAAAGGGGCTGTTCGTTAAAGAGAATCCACCTCCGAACACGTTTCCCATATCCATGATACCCTGGGCAAGCTTTAGCGGATTTAATCTAAACATTGTCAATGAAGCAGACTATCTTCTTCCCATCATAACCGGCGGAAAATATACCAAGCAGGGAGGCCGTATTCTGCTTCCAGTCTCATTGCAGGTGCACCATGCTGTGTGTGATGGTTATCATGCCAGCATGTTCTTTCAGGAGTTGCAAAGGTTGGCGGATTCTTTTGACGATTGGTTAACATAA	MKFHIINVEEWTRKPYYEHYLRSNKCTFSITVDIDITRLLYSLKTNGFKLYPAFIYMVTRVVNDWVEFKTSYSPEGELGYWDRMTPSYTFFHNDDHTFSCLWTAFSNDFYRFHDHYEQDMEQYRDTKGLFVKENPPPNTFPISMIPWASFSGFNLNIVNEADYLLPIITGGKYTKQGGRILLPVSLQVHHAVCDGYHASMFFQELQRLADSFDDWLT	PGPT0028030_205	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-PHENICOL_RESISTANCE,PGPT0028030-catA-K19271	NA	NA
JZ016_01174	1413			hypothetical protein	ATGGGGTGTCCATCTAGGAAGGTCAAACGCTGTCGGAAGAAAAAAATGATTCTCATACGCAAACCGAAAAAGAAAAAACGTCGATGTATTATTACCAGAAGGAAAGTGATCCGGGTAAAATGTCCACCGCCCACGATCATAAACGGAGCTGCAGGGGTACAAGGTTCACAGGGAATCCCGGGCCTACCGGGACCTCCGGGCATTCCAGGTCCACCGGGACCGCAGGGAATCCCGGGTCCTCAAGGTGCTCAGGGAGTACCAGGCCCTCAAGGCGCTCAGGGTCCTCAAGGTCTTCAAGGACCTGCGGGTGAAAGTCCAACGGATCCCTGTTTTGAAGAATTGAGGGATACTTTGCTGCAATTAGACAATCAATACATTTCGGTTTCGACTTCCGGCTTCACCGATAGTATCGAGGGTCGGATTTTGCGAACCGGAGAAGGAACGGTTATTCTTACCGGTGTATTCGGAACGCGAATCATTCCGGTATGCTCCATTAATTCCGTGGACCACGGTCCCTTCGCTTATGCTTTATTTGCTTTCAACGATGTCATCACCGTCATTAATACGGCTACAAATACCATAATGGGCTTCATACCAGTCGGAGATAGTCCAAACGATATTGTCTTCACCCCTGACGGTACTCGTGCCTATGTAACTAATTTTAGCGATGATAATGTCCAAGTGATTGATACCGCCTCCAACACCATCATCGGCCCGCCAATTCCGGTTGGAGATGGTGCCAATCGAAATGCCATCACGCCGGATGGTTCGCGGGTATACGTCACGAATTTTATTGACAGCACGGTCTCTGTCATCGAAACGACCATAAATATGGCCATCGGAACGCCAATACCCGTAGGGGCCGGTCCTAACGGAATTGCCATTACGCCGAACGGCTTGCGAGCCTATGTCGTTAACTCAACCGATGGAACCGTTTCCGTTATCGATACGGCTTCGAATACAGTACTCGGCTTGCCAATACCGGTTGGTTTATTGCCTCAGGAGGTCGCCATTACGCCGGATAGTACTCGAGCGTACGTCACCAATTTCTCAAGCGCCTCTGTCTCCGTCATCGATACCGCCTCCAACGTGGTCATTGCGACCATCCCGGTCGGAAATAACCCTACCGGAATCGCGATTATGCCTGACGGATCTCGGGCCTATGTCACGAATGCCGGCTCCGATACTGTATCCATCATTCATATTGCTGCCAACACGGTTATTGCTCCAACAATCACGGTTGGAGATAGTCCGAACGGTATCGCAATTACTCCAGATGGTACAAGAGCGTATGTAACGAATACACTGAGTCCCAACATTTCAATCATTAATACGTCATCCAACACGGTTACCTCAATACCATTAACCAATACGGGATACACGGGGATTGGCATAACGCCTATAACGATCTAG	MGCPSRKVKRCRKKKMILIRKPKKKKRRCIITRRKVIRVKCPPPTIINGAAGVQGSQGIPGLPGPPGIPGPPGPQGIPGPQGAQGVPGPQGAQGPQGLQGPAGESPTDPCFEELRDTLLQLDNQYISVSTSGFTDSIEGRILRTGEGTVILTGVFGTRIIPVCSINSVDHGPFAYALFAFNDVITVINTATNTIMGFIPVGDSPNDIVFTPDGTRAYVTNFSDDNVQVIDTASNTIIGPPIPVGDGANRNAITPDGSRVYVTNFIDSTVSVIETTINMAIGTPIPVGAGPNGIAITPNGLRAYVVNSTDGTVSVIDTASNTVLGLPIPVGLLPQEVAITPDSTRAYVTNFSSASVSVIDTASNVVIATIPVGNNPTGIAIMPDGSRAYVTNAGSDTVSIIHIAANTVIAPTITVGDSPNGIAITPDGTRAYVTNTLSPNISIINTSSNTVTSIPLTNTGYTGIGITPITI				NA	NA	NA	NA	NA
JZ016_01175	171			hypothetical protein	ATGCGGAAAAATGATATACATGCTTGGATTCGAAAAGAGCTGAATGATCATCCCGATATCACAAGCGTCGAGCTTGCAGAGAAAATTCGAATTCCGCTGCATATCGTCCAGATTTTTAAAGAAAAATTAATCAAGAATGTCGATCGTACACCACTTCAAGAGCATGAGTAA	MRKNDIHAWIRKELNDHPDITSVELAEKIRIPLHIVQIFKEKLIKNVDRTPLQEHE				NA	NA	NA	NA	NA
JZ016_01176	2259			hypothetical protein	ATGAAACTGAAGAAACGATCATTGCTAACCGTATTGGCTGTTGCCCAATTAGCGGCAGCTTATCCGGCGAGCGCGGATGCAAATACCGCAGACAAACCACAACAGTCAGTCACCCAAGAAGTGTACGAGCAAAACGCTGCGGCAACCAAAGCAGTAACATCTGGGGGTACAGACGCTGCTCAAGAAACAACAGAAACAACAGAAACAACAGAAACAACAGAAACAACAGAAACAACGGAAACAACTACTACGACAGAGACAGAAGGCTCTCAAGAGCCTAATGAAACAGGAACAACCGAAGGACCGGTAGAGGAAACCGGCGAAGTGCAAGATCCGGCAACAACTACGGGAGAGCAGGGCAACCAGAATAACCAGCAAACCGTGACGGGGAAAGAACTTATTTTATATTTCAATAGTACAAAAATGGTACAAGACGGCGTTACCTACAATGCACCGCAGCCGATGCAAGTCAAAAAGGGAGTATCCTATGTTCCCATTCGTGCCCTTGTGGACCGTGTAGGCTTCAAGGTCACTTACGATAAGAAGACCAAAGAAACCGTTATAACCAAAGGAACCAATGAGCTTCGCTTCAAAACAGACAGCAGCAAGTATACCGTGAATGGCGTAACCAAAGAGATGAAAGGAACCTCCTACCAGACGAAAAGCACCTTCATGGTTCCGCTGACAGCTATAACCCAAGCGCTTGATATTCAATATAAAGTGGATAATGTAGGCAAACGTGTCATTATGAATCTGGAAACCAAGCCAGTAGCCAAGTTTACGGTGGGGCCTAAGGAGATTTATGCAGGACAAACCACGGTGACCTATACACCGCAGCTGGAGAATGTACAAGGTGAAATCATCAATGAACGCTGGGAAGGAAAACAGGATATCTTCGATGTACCAGGCGAATACATAGTCACTTACTCGGTTCAAGATTCTACAGGGGCGTGGAGCGAGCCTTATAGCCAAACGATTACGGTCATTCAGCCGAATCTTCCGCCTGTCGCCATGTTCGAGACCGATAAGTCCGAGTATAAAATGGGTGAGTTGATTACCTATACGAATCAAACTACAGATGACCAGGACAAGCCTGAGGATCTGACGTACAAGTGGGAAAATAAACAGTATGCATTCTTCACACCGGGCGTTTATACGATCAAGTTAACGGCCACGGACAAGAAGGGACTTAGCTCTACCTACGAGACGACGATTAACGTGACGAACGAGACCTTATATCAAGAAGAGGATTTCAATATGCTCTTTATCCCGGAAGGGGAAAAATTCACGTTCCTCGGCAATGTGACTTCGCGTCCGAAGATTAATTACGATTTTTACGATGAGCCAAGCACGTTGATTCGCAGTAACAGCCCGGAAACCGTCAACAGCGAAGGTATTGTGTACCAAGAGACGGCGGTTGGCGATATGCGCTTTATGATTCACCATGTGAACAATTTGAATAAAAATGTGAAAATGTACGTTATTGCAACGAACAAAAACAGCACTCCGGTAACGCTTAGACAAGATTACTTGGGATTTGCTGGTCCATCGCCGATCGCTACGGCAGCAGGCAAGAAGTCTGTGCTGAACTACTTCCAATCGATGCAGGACGATTCGAAGCGGGCTTCAGTGACGCTTGCACCAGGCGAACAGAAACTGGTTATGACGGAACTGAGCGATGTGAGAATGAAGCAAGGACATGTCATTTCCCTATACTCGGATATGTACAGCGACCTGCCGATTCAGTTCGATGTCGTGATGATTGATGAGAAATCGGATCCATTGAAGGTTTTAAGCACGCTGCCCATCCTGAATCGCGATGGGGTTCACAACCGTGGAACCTATCCGGATTCAACACGAGTCATCCATTATTCCGAACTGGTGGGTGCAAATTCCGAGCGTCTCGTACTTGGAGACAATCAGGATGACCCTAACCTGGAAGGTATGGACCCTATGGTTGGGGACATTACGCACAACACGGGTAACTTTGGTGTCCTGTATAAAATAACATTGGATCGCGTAGCGCCGGATACTCTGATCTCGTTTAACCCGCGGGGCGGTAAGTACTCGGGATATGCTATGGTAAATGGAACGATTGTACCGATCTATTCCCTTGGACAGGTAGCTCCTGGCGAGCAAGCGGTTCTCTATCGTACAGGCGATTACGAACAAAAGGTTGAAATCATGCTGACGGCTGCGCCAGGGAGCAATTTGCCAGTAAACCTGCTGTTTACCCAAATGCCTGAAGCACATCATTAA	MKLKKRSLLTVLAVAQLAAAYPASADANTADKPQQSVTQEVYEQNAAATKAVTSGGTDAAQETTETTETTETTETTETTETTTTTETEGSQEPNETGTTEGPVEETGEVQDPATTTGEQGNQNNQQTVTGKELILYFNSTKMVQDGVTYNAPQPMQVKKGVSYVPIRALVDRVGFKVTYDKKTKETVITKGTNELRFKTDSSKYTVNGVTKEMKGTSYQTKSTFMVPLTAITQALDIQYKVDNVGKRVIMNLETKPVAKFTVGPKEIYAGQTTVTYTPQLENVQGEIINERWEGKQDIFDVPGEYIVTYSVQDSTGAWSEPYSQTITVIQPNLPPVAMFETDKSEYKMGELITYTNQTTDDQDKPEDLTYKWENKQYAFFTPGVYTIKLTATDKKGLSSTYETTINVTNETLYQEEDFNMLFIPEGEKFTFLGNVTSRPKINYDFYDEPSTLIRSNSPETVNSEGIVYQETAVGDMRFMIHHVNNLNKNVKMYVIATNKNSTPVTLRQDYLGFAGPSPIATAAGKKSVLNYFQSMQDDSKRASVTLAPGEQKLVMTELSDVRMKQGHVISLYSDMYSDLPIQFDVVMIDEKSDPLKVLSTLPILNRDGVHNRGTYPDSTRVIHYSELVGANSERLVLGDNQDDPNLEGMDPMVGDITHNTGNFGVLYKITLDRVAPDTLISFNPRGGKYSGYAMVNGTIVPIYSLGQVAPGEQAVLYRTGDYEQKVEIMLTAAPGSNLPVNLLFTQMPEAHH				NA	NA	NA	NA	NA
JZ016_01177	615	gpmA_1		2,3-bisphosphoglycerate-dependent phosphoglycerate mutase	ATGGTTGAAATTCTGGTCGTCAGACATGGACAATCGGAAGCGGATATTATGAATCGGTGTGAAGGACGGGCTGACTTTGCACTGACGGATCTTGGCCAGCAGCAGGCACGGCTCCTGGCAGAGTGGATTCATCGTGAATATACTTTGGATGCCATATTCTCCAGTACGTTAAACCGGGCCAAGCAGACCGCGGCAGCCATTGCTGAAACGACAAAAGTCCCCGTTACCTATGATGATGATTTAATGGAGCAAAATAATGGGGTCATCGCCGGTATGCTAAGAGAAGAGGCTTTACTTAAATATCCCCTGCCTGATGGAGGAAGAAAACGGCACGATGCAATCGAAGGCGGAGAATCTGAAGTACAGTTCAGAGCAAGAGCCGAACAATTCATATCCAAGCTGTTTACTACAATTCATAGCGAGCCTGATTTGAAAAGGGTTTGTATTGTCTCCCACGGCGGGATGATCACGATGTTATTCCGAAGTTTTTTGAATCTTCCTTATCATACGGATATTCATATTCCGACAGGCGATACAGGCGTTCATCTATGGAGATATGATCGGAGCGGGAAAAAGATAATCGCGGCTACGAATTTGCAGGGGCATCTATCCTGA	MVEILVVRHGQSEADIMNRCEGRADFALTDLGQQQARLLAEWIHREYTLDAIFSSTLNRAKQTAAAIAETTKVPVTYDDDLMEQNNGVIAGMLREEALLKYPLPDGGRKRHDAIEGGESEVQFRARAEQFISKLFTTIHSEPDLKRVCIVSHGGMITMLFRSFLNLPYHTDIHIPTGDTGVHLWRYDRSGKKIIAATNLQGHLS	PGPT0018030_3475	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018030-gpmA-K01834	NA	NA
JZ016_01178	375			hypothetical protein	ATGAATAAAGGGTTTTCGCATTGTTTGCAGATTTTCCCGACCTCTAACTTCGAGAAAACCAGCGAGTTTTATGAGCGAATCGGGTTCCGTGCCATGAACTATTTTGATGCAGCAGAACCGCATGTATGCCTCTACAAGGACTCTGTTGAGATTGTATTAACGAAGACGGAGATTGAGGTTGTTCCGAATCGAATCCGTTACGGATATGGGTACGATGCTTATTTTATTACTTACGGACAACGGGAAATCCAGCAAGAGCTTATGGATTTGGGCGTGAAGATTGTCAGGGCTTTATCGACAACGGATTATAACAATCATGAGTTTGTGTTTGAGGATGTGGACGGGCGATGGATCGCGATTGGTAATAAGTTATAG	MNKGFSHCLQIFPTSNFEKTSEFYERIGFRAMNYFDAAEPHVCLYKDSVEIVLTKTEIEVVPNRIRYGYGYDAYFITYGQREIQQELMDLGVKIVRALSTTDYNNHEFVFEDVDGRWIAIGNKL				NA	NA	NA	NA	NA
JZ016_01179	234			hypothetical protein	ATGGGCAATGTGGATAAACGCAATCGACTGGATGAAGAAGTGTTTACTTATTCGGTTACCAAAGATCATAAAGTATTCATTTATTGGATGGGGAAACAAGTCAAGATCCTGTCGGGTAAAGAAAGTGATAAATTTCTTTCCAGGGTAACCGGGGCAGACTTCAAAGAAGCCCAACTGATGATGGCTAAAGTGACCGGTAATTTTAAGCGTGGCAATGAGAAGGATCATAAATAA	MGNVDKRNRLDEEVFTYSVTKDHKVFIYWMGKQVKILSGKESDKFLSRVTGADFKEAQLMMAKVTGNFKRGNEKDHK				NA	NA	NA	NA	NA
JZ016_01180	150			hypothetical protein	ATGATTATCGGTGTTCTTATCGTGTTGCTTATTATTGAACTCATTGTGATTGAGGTTAGACTCAAAAAGAAACTGGACAATGACGAGAGAATCATTGAGAGACTCGACATGATGATCAAAGATATACGGGAAATTAAGAATAAGCAATAG	MIIGVLIVLLIIELIVIEVRLKKKLDNDERIIERLDMMIKDIREIKNKQ				NA	NA	NA	NA	NA
JZ016_01181	441			hypothetical protein	ATGAGCTTCGTCATTCGATTAAATATGTCGAGTTTTTTGTATGCCTGGTTCCCTTTTGTCGGGATTGAGCTCATGGCCAACGTTTACCGAATCAGTCGAGTGACAGGCTGGGGGCTGGATCACGTGAATATTGTGATTTTGGTTTTCTTCTTTGTTGGCCTGCTTCTATCGGGTTTCGGATTTCCGAAGCTGATCAGGCATTGGTTAGGTGGCCGTAAAGCGTCTTTCTTTTCGCTAATTTTGTGGATCCCCTATTTCATTATATTGACCTATATTGTGGCTGCATGGTTTCCGATCACCCATCCGGCAGACAAACCGAATCCTGTAACAGGACTCATGGCCATCGCTGTTTTGGCGTTGTACCCATTCTACCTGGCTATCCTTCATCTGTTTGGAACGGCTCCGATTACCGAGAGGATGAAGGAAGATCGGATGACTTGA	MSFVIRLNMSSFLYAWFPFVGIELMANVYRISRVTGWGLDHVNIVILVFFFVGLLLSGFGFPKLIRHWLGGRKASFFSLILWIPYFIILTYIVAAWFPITHPADKPNPVTGLMAIAVLALYPFYLAILHLFGTAPITERMKEDRMT				NA	NA	NA	NA	NA
JZ016_01182	510			hypothetical protein	ATGAACGTTACATTAAAGGTGTTAGATAACACGGAGCTTAAAAGCATCTGGAAGGAAGCGTTTCAGCAGCAAAATATAATGCGCCCGGATGAGTATTACGATTTATGCGAATATGAGAACCAAATCGACAAGCGTGTCACCTTGTTGGCTTTTGTTCATGAGGAGCTGGCCGGTGTTTCCCACTTGAAATACGAATCGAGTTATCCCTATTTTCGAGAGCAGAGCATTCCGGAAATCAATGATCTGAATGTGTTCCCGGAGTACCGGAGAAACGGCATAGCTAATAGCATCATGGAAGAATTCGAGAACATCGTCCGCAAAAAAATGCCGCGTATCGGTATCGGAGTTGGATTGTACAGGGACTACGGTGCGGCTCAAAGAATATATGTCCGGCGCGGCTATATTCCGGACGGCAACGGAATTATGTACAACAACGAATCTGTGGTGCCCGGTGACATGGTATGTGCGGATGACGATCTGAACCTGTATCTGATTAAAGAGCTGGTTTAA	MNVTLKVLDNTELKSIWKEAFQQQNIMRPDEYYDLCEYENQIDKRVTLLAFVHEELAGVSHLKYESSYPYFREQSIPEINDLNVFPEYRRNGIANSIMEEFENIVRKKMPRIGIGVGLYRDYGAAQRIYVRRGYIPDGNGIMYNNESVVPGDMVCADDDLNLYLIKELV				NA	NA	NA	NA	NA
JZ016_01183	537			hypothetical protein	ATGACACCTAAACCCGTCATCATCGAGGAATATAATCCCGAATGGCCAAAAATGTTTCAGGAGATTCAATCCATATTGGCACTTACTCTTGGTGCTGATGCGCTGAGTATCGAGCATGTGGGAAGCACCTCCGTACCAAAGCTTGCCGCGAAGCCAATATTGGATATCGATGTTGTGATCGAATCCATGAAATCGCTTCCGGCGGTCATTGCGAAATTAGAAACCCTTGGCTATAGCCATCAGGGGGATTTAGGGGTCGAGGGCAGGGAAGCTTTTGATAGGAAAGATGAGTATGTTCCCTACAGCGAGGAGATTAGTTTGAGAATGACCCAGCATTTATATGTCTGCCATCGGGACAGCCAAGAACTATACAGGCATATTACTTTTCGGGATGCTCTCATCAATAACCCGGAGCTTGTCAAAGAATACGCCTCATTAAAGAAAGAACTAGCCATAACTTTTCGTAATGATCGAAAAGCCTATACGGAAGGCAAATCCGACTTTATCCAGCGGGTATTGAAGCAGGTCGCACGCTAA	MTPKPVIIEEYNPEWPKMFQEIQSILALTLGADALSIEHVGSTSVPKLAAKPILDIDVVIESMKSLPAVIAKLETLGYSHQGDLGVEGREAFDRKDEYVPYSEEISLRMTQHLYVCHRDSQELYRHITFRDALINNPELVKEYASLKKELAITFRNDRKAYTEGKSDFIQRVLKQVAR				NA	NA	NA	NA	NA
JZ016_01184	879			hypothetical protein	ATGAACCCGATACCGTCATATACCCAGCGCATCCAAGAAGTTTATCCGCACCTGGATATTCAAGACGTTGAGATGAACAACATAGGTCAGAACAACGATGTGTTGATTTTGAATCAGACGCTGGTCTTCAGATTTCCTAAGTATGCAGAAAGTCTCCAAGCGATGATCAGAGAAACTCAATTACTGAATAGGATCAAGAACAAGGTAACTCTGCTTATACCGAATCCGATGTATGTTTCATTTGACGATTTGCAGGTGGGTAAAATGTTCATGGGCTATCCGTTAATCGAGGGTCAGCCGTTATGGTCAGAAGATCTGCTTTTACACAGGAATTCGGACATCGAGGATAGGGTAGCAGAACAGATGGTCGAATTTCTCGTTCAGCTTCATACTGTGGAGATCAATGAATGGATCGCTGACGATAGAAATGTTGTAAATGTCCACGAAGAGATGTCCGGATTGTACACACAAATTCAAGACCAGTTGTTTCGTTTCATCAGGCCCGATGCACAAGAGGAAATCTCAAGCAACTTCACAAGATTTCTGAACAACCCTGCGAATCGTGACATTCGTCCAACCTGCATTCACGGTGACTTTGGCACGTCCAACATACTTTGGAGTCCGGAGAAAGGTCGAATGACGGGCATCATTGATTTTGGGGGTTCAGGGATTGGAGACCCGGCATATGATTTAGCGGGAATCCTAGCGGGTTATGGTCAAGAGTTTTTCGAAAAGTGTATCGCCATGTACCCGAATGGAGACCACATCGCGGAGCGCGTTCATTTTTATAGAAGCACGTTTGCCTTGCAAGAGGCGCTGCATGGAGTCATTCATCAAGACGCTGAGGCGTTTGAGGCAGGCATACGAGATTTTAGATGA	MNPIPSYTQRIQEVYPHLDIQDVEMNNIGQNNDVLILNQTLVFRFPKYAESLQAMIRETQLLNRIKNKVTLLIPNPMYVSFDDLQVGKMFMGYPLIEGQPLWSEDLLLHRNSDIEDRVAEQMVEFLVQLHTVEINEWIADDRNVVNVHEEMSGLYTQIQDQLFRFIRPDAQEEISSNFTRFLNNPANRDIRPTCIHGDFGTSNILWSPEKGRMTGIIDFGGSGIGDPAYDLAGILAGYGQEFFEKCIAMYPNGDHIAERVHFYRSTFALQEALHGVIHQDAEAFEAGIRDFR	PGPT0028705_90	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028705-aphD-K17910	NA	NA
JZ016_01185	276			hypothetical protein	ATGAAATACGAGAAAGCACTTGATATTTTACCTGAACATGTAGTCAAAACCATTCAACAATATATTGATGGAAGTTATATTTATATTCCGAGAAAGTCGGAGAACCGGAAGTCCTGGGGTGAACAAACCGGGGTCAAGAAGGACCTGGATATTCGGAATCGGAGCATTCTCAAAAGTTATTTGCATGGCGACTCCATCCGTACATTGTCAGAACGATATTATTTAACGGAGCAATCGATCCGTAGAATTATTCGGGCAGAACGAATGAAAGAATAG	MKYEKALDILPEHVVKTIQQYIDGSYIYIPRKSENRKSWGEQTGVKKDLDIRNRSILKSYLHGDSIRTLSERYYLTEQSIRRIIRAERMKE				NA	NA	NA	NA	NA
JZ016_01186	1104			hypothetical protein	ATGGGAGAACAACGTAAATCGATTAGCGAAGCTTATAGCGAAACAGCCTATCCATTGATTGGACATAGCCGCAGGAATCTCGAGGTGCTGCTGGAGGCATTTCGGGATGTGGATGGGTCGCAGATGGGGGATACATACGGCAAAGGCGCCATCATTGAGGAGTTTCAGGCGCGCATGGCAGACGTTCTGGGCAAGGAATCGGCTGTCTTTTTTCCGAGCGGAACCATGGCGCAGCAGATTGCTTTGCGGATCTGGTGCGATGATGCTGGGCTGAAACAAGTGGCTTATCATCCCCTCTGTCATCTGGAGATTCACGAAGAGGACGGGCTTAAGGAGCTGCATCATATCGAACCGATTCTTCTTGCTGATAAAGAGCGTTTGATTACGCTTGAAGACGTGCAGAATCTGAATCGCGAAATTGCATGTTTGCTGCTGGAGCTGCCGCAGCGTGAAATCGGAGGGCAGCTGCCCGAATACGAAGAGTTGGAGGCCATATCGGCGTATTGTCGTTCTCAAGGCATAAAGCTGCATCTGGACGGGGCAAGATTGTTCGAGATCACTCCGTATTATCAAAAAACGGCGGCCGAAATCTGTGCTCTATTTGACAGTGTATATGTGTCCTTCTATAAAGGTATAGGCGGGATTGCCGGCGCTATTCTGGCTGGCGGCACCGACTTTGTGGAGAAATCCAAAGTATGGAAAAGGCGTCATGGCGGGGATCTGGTCAGTCTTTACCCGTATATCATCAGTTCAAGTTATTATTACAAGGAAAGAATAGGTAATATGGGCCGGTATTACGAGGAAGCTAAAGAGCTCGCAGCGCTGTTTAATCAGTGCAAGGGCGTGAATACGAAGCCTGCCGTGCCCGTATCGAATATGTTTCATGTACATTTTGAATGGGACAAAGAACAGCTTGAACCGATTCTTATTGAGGTTTACCGCGCGACGGGCGTCGGATTGATCAGTTATCTAAACGAAGCAGGGGGAAGCCAATGTTATACGGAAGTTCACATTGGGGAGCGGTACAGCAAGACGCCAAGAGAAAGCATTCAGCAAGCTTTTCAATTGTTGAATGAGAAATTGCGGGAAGCTGCGAGCGCATGA	MGEQRKSISEAYSETAYPLIGHSRRNLEVLLEAFRDVDGSQMGDTYGKGAIIEEFQARMADVLGKESAVFFPSGTMAQQIALRIWCDDAGLKQVAYHPLCHLEIHEEDGLKELHHIEPILLADKERLITLEDVQNLNREIACLLLELPQREIGGQLPEYEELEAISAYCRSQGIKLHLDGARLFEITPYYQKTAAEICALFDSVYVSFYKGIGGIAGAILAGGTDFVEKSKVWKRRHGGDLVSLYPYIISSSYYYKERIGNMGRYYEEAKELAALFNQCKGVNTKPAVPVSNMFHVHFEWDKEQLEPILIEVYRATGVGLISYLNEAGGSQCYTEVHIGERYSKTPRESIQQAFQLLNEKLREAASA				NA	NA	NA	NA	NA
JZ016_01187	924	czcD	COG1230	Cadmium, cobalt and zinc/H(+)-K(+) antiporter	ATGCATCATCATAACCACCATCATGGGCATGACCACAGCCACCATGATCATGCCCGCTCAGGAAACAAAAAAGGACTTGCCATTGCCCTCATCATCACACTTGGCATCATGATTCTAGAGTTTATAGGGGGCTTGCTGACCAACAGTCTGGCTCTGTTATCCGATTCCGGGCATATGTTAAGTGATGCCAGCGCTTTGCTGCTCAGTCTGGTCGCATTATGGTTTGCCACAAAGCCCTCATCGCCGAATAAAACCTATGGCTTTTACCGTTTTGAAATATTGGCAGCACTACTAAATGGCGTCGCCTTGTTTGTCATCGCCGGCTTTATCGTATGGGAAGCGATTCAGCGCTTTGACGACCCGCCAACCGTCGCCAGCGGAAGCATGATGCTCATTGCAGCCATCGGCTTGTTGGCTAACCTTCTCAGTGCCTGGTTCTTGATGCGAACGGGAGATGTAAAGAACAATGTGAATCTCCGCAGCGCATACCTCCACGTTATCGGCGATGCGCTCGGCTCGGTAGGAGCCATCATCGCCGGGATCGTGATGATGGCCTTCGGATGGTATATTGCGGATCCTATCATATCCATCCTTGTGTCGATCTTGATTCTGAAGAGCGCTTGGAGAATCATACAGAATACCGTTCATATTCTGATGGAGGGAGCACCGGCAGCGATAAACCCTGAAGAGGTAAAGAAATCCCTGCAGTCTATACCTGGGGTCACCGGCATCCATGATCTTCATATTTGGACGATTACGTCCAATTTCGATTCCTTAAGCTGCCATCTCGTCGCCGAGGATGAAGCGAGCAGTTATGAGATTCTGCAACAAGCGATCGATCTTCTGGACAGCCGATTCCACATCGAGCATTCAACGATCCAGATTGAGAACTCCACTATCACGCATCGTGATAATAAAGTCTAA	MHHHNHHHGHDHSHHDHARSGNKKGLAIALIITLGIMILEFIGGLLTNSLALLSDSGHMLSDASALLLSLVALWFATKPSSPNKTYGFYRFEILAALLNGVALFVIAGFIVWEAIQRFDDPPTVASGSMMLIAAIGLLANLLSAWFLMRTGDVKNNVNLRSAYLHVIGDALGSVGAIIAGIVMMAFGWYIADPIISILVSILILKSAWRIIQNTVHILMEGAPAAINPEEVKKSLQSIPGVTGIHDLHIWTITSNFDSLSCHLVAEDEASSYEILQQAIDLLDSRFHIEHSTIQIENSTITHRDNKV	PGPT0004255_2024	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COBALT_RESISTANCE	COBALT_RESISTANCE-COBALT_TRANSPORT,PGPT0004255-czcD|zitB|yrdO-K16264	NA	NA
JZ016_01188	207			hypothetical protein	ATGAGCAACGATTTTTATACACTGGAAAAACTGAACGAATACCAGCAAGCAAAATGGGACGAACTTGATCGTCAAGGAAGATTCATTATTCATGACGAGATCGCATGTGAATCGCAGCATACCTCAAACAATACTCGAATTATCGATAAACTTTATGGCTTCTTTCGAAAGCGGAGATCCCGAAGAAGCCGCACAAAATCCTTATAA	MSNDFYTLEKLNEYQQAKWDELDRQGRFIIHDEIACESQHTSNNTRIIDKLYGFFRKRRSRRSRTKSL				NA	NA	NA	NA	NA
JZ016_01189	1788	sgrR	COG4533	HTH-type transcriptional regulator SgrR	ATGCTGTACGAACAATTCTTCATGCTGCACCAAAAGCTTGCTGTTAACGCTCCGGCCAACACGGCTACGGAAGTGACGCTTGAGCAGATCGCCGAAACGCTATATTGCACAACGCGGAATGCCAAGCTCGTTATACGCAAGCTCGAGGAGAAGGGTTGGATTATGTGGAAGGCAGGACGCGGGCGAGGAAATCGTTCCAAGCTTACCTTTCTAGCCGATCAAGCTGATCTGCTTCAGGAAGCTGCGCAGCAGCTCGCGTTAAAAGGGGAATATCGGCAGGCCTTCGAACTGCTGCGAACCTATGGTCAAGGTATTCACACCAACGATTCTTACGTGGAATGGATGAACGGGCATTTTGGCTTTAGCAAGGAGATGAGAGAAGGGGAAGCGGAAGCAAGGGATTCGCTGCGGCTTCCCGTGTACCGCTTGATTGAAACGTTGGATCCCGCCGAATGCTACTACAGTTTTCAAGCTCATATGATCCAGCAGATATTTGACCGGCTGGTGATATACGATAATGCCAACGATCAATATCTTTCCGTTATCGCGCATTATTGGAACAGCAATGAGGATGGAACGGTCTGGACTTTTCACCTGCGTAAAGGAATCCGGTTCCATGACGGTAGAGAGTTATCGGCGGAGGACGTGAAATTCACGGTAGAACGCCTGGGACGGGATAAACGAAATGCTTGGATCGTGCGTGAACTGCAGCGAGTAGAGGCGGTATCGCCTCGGGAGGTTCGTTTTATTCTTAACAAGCCGAATCGAATTTTTATCCGGTTTGTTAGCTCCATTTGCATGTCCATCGTGCCCAAACATTTGGTGAGTCTTAATGAAGAACAGTTCTGGAAGCTTCCTGTCGGAACGGGCCCTTTTCAGGTGGAAGAATGGACCGATGAACGGCTGACCATACGTGCCAATCCCCATTATTATCAGGGACGGCCGCATTTGGACAACATCCACATTATCATGATGCCCGAAGATGCGGAGCATTGCGAGGTCAGCTGGGAGCGGCTGCTGCAAGATCCGGAGCGTATCGAGCATAAAGGTGAGAAGCATGCTGTGGATATCATAGAATCTTCCGAAGGCTGTACGACTTTGATTACGTGGAATATGAAGAAGCCGGGGCCCTATCAGTCCATCGAATTTCGCCGGGCATTCAGCCTGATTCTGAACCGTGCCGAGATGATACGCGAACTTGGCGGCAACCGGCTATACCCGGCCAAAGGATTCATCATGGATGAGCAAGCGCCTTACCGTAAAGACCGACATGATCCCGAGCTCGCAAAGTCACTGCTGAAACAGTCGGGTTATGACGGCTCTCCCATTACCATGGCTACGCTCGCAAATCATATCAAAGACGCCGAATGGGTTCAGAAGCAGTGCGCTTCCATCGGGATACCATTGATCATCCGGGAGGAGAGGATGGATACCATACACCAATCGGATGTGATGAACACCATGGATTGTGTCTTGCACGGCCTTGTTCTTCCAGGTGAAGAAGTATGTTTAATCGAGAATTACGAGCAGAAGGGAAGCGTGGTTAAAGAGTTCATGGATCCATCGCTGCATCATTGGGTGAAGGATTGCGTGGATGATGCGCTTGCCAGCGAGTGGTATGAGGAGCGTTTGAGTTTGTTGTCCCATATTGAAGAGAGGCTTCGGGAGGAAGCGCATGTATCATTCTTGGTTCATACGAGATTTTACGCAAGCTTGGATCCTTCTTATAAAGGGGTTGTCATCAATAATCTGGGATGGCTGGATTTCAAGCAGATTTGGCGTGTATGA	MLYEQFFMLHQKLAVNAPANTATEVTLEQIAETLYCTTRNAKLVIRKLEEKGWIMWKAGRGRGNRSKLTFLADQADLLQEAAQQLALKGEYRQAFELLRTYGQGIHTNDSYVEWMNGHFGFSKEMREGEAEARDSLRLPVYRLIETLDPAECYYSFQAHMIQQIFDRLVIYDNANDQYLSVIAHYWNSNEDGTVWTFHLRKGIRFHDGRELSAEDVKFTVERLGRDKRNAWIVRELQRVEAVSPREVRFILNKPNRIFIRFVSSICMSIVPKHLVSLNEEQFWKLPVGTGPFQVEEWTDERLTIRANPHYYQGRPHLDNIHIIMMPEDAEHCEVSWERLLQDPERIEHKGEKHAVDIIESSEGCTTLITWNMKKPGPYQSIEFRRAFSLILNRAEMIRELGGNRLYPAKGFIMDEQAPYRKDRHDPELAKSLLKQSGYDGSPITMATLANHIKDAEWVQKQCASIGIPLIIREERMDTIHQSDVMNTMDCVLHGLVLPGEEVCLIENYEQKGSVVKEFMDPSLHHWVKDCVDDALASEWYEERLSLLSHIEERLREEAHVSFLVHTRFYASLDPSYKGVVINNLGWLDFKQIWRV				NA	NA	NA	NA	NA
JZ016_01190	1284	hisS_1	COG0124	Histidine--tRNA ligase	ATGCAGAACGTAAAAGGAACGTATGATTATTTTGGCCAAGAACAGGCGATCCGAAGAAAGGTGCAATCGACGCTGCGTGAAGTGTTTGAATGTTATGACTATGCTGAAATGGAGACAACCATTCTGAATGAATCCGAGTTATTGTCTTCCAAATACGCAGGAGGGGAAGAAATTCTGAAGGAAATGTACCAGCTGACAGATCAGGGAACGCGACGTCTGGGCCTCCGGTACGACTTGACGATTCCATTCGCCAAGGTAATCGCGCTGAATCCCGCCATCAGCCAGCCCTTCAAACGTTATGAGATGGGGAAGGTATTCCGCGATGGTCCCGTCAAACGGGGAAGATTGCGGGAGTTTCTGCAGTGCGACGTTGATGTGGTGGGGATCTCGGGACCGGAAGCGGAGGTTGAGCTAATGCAGCTTGCAGCCGAAGTGTTTCGGAGACTTGAAATCCCGATCATGCTCCGGTGGAACAACCGAAGCTTCCTTGGTGAAATTCTTGGAGCTTTGGGCGTACCGGAAGAGATGAAACCATCCGTCATGCTGACGCTGGATAAGCTCGACAAGATGGGTAAGGAGGGTGTTCGACAAGAGCTTGCGGGTAAGGAGCTCGCATCGGAGATTTGTCGTCAAATTCTTGATTTTGTTGATCTCAAGGAGCCGACATTAACGCAAATAACAAGCGAATACAACCTGGACAACGAGCGCGGAGCACGAGAAGTCCGGATCCTGCAAAATATGCTGCAGCGCGTCGGGCTGCAAGACATCTGCGTATTTGATCCGTTTCTTTCCCGAGGATTGTCCTTCTACACAGGAACCGTTTATGAAATCTTTGACGCATCTCAGGGCTTTCGTTCAAGCTTGGGTGGAGGCGGCAGGTATGACGCGATTATCGGGCAGCTCGTTGGACGCGAGGACACTCTTTATCCTACGGTGGGTCTTTCGTTCGGCATGGAATCCATCATGGAGATGATCCGAAACCGTCCGATTGAAACAAACAAGCCGCTCGTTATGATTATCCCGATAGGAGAAACCATACCCGAAGGATTGACGGCTGCAGCGGCACTCCGGAATCGCGGGATTCATACGCGATTGGCGGACAACCGCCGTAAATTGAAGAAAACATTAGCTTCTGTTTCAGCTGAGTGTATTCCATATGCCATCCTAATCGGCGAAGATGAAGCGGCGGCGGGCATGGTTCGATTGAAGAATATGACCGAGGGCAAGGAGCTTGCATTGACTCTGCAGAAGGCGGTTGAGCTTATCATTCAATCCTGTGAATGA	MQNVKGTYDYFGQEQAIRRKVQSTLREVFECYDYAEMETTILNESELLSSKYAGGEEILKEMYQLTDQGTRRLGLRYDLTIPFAKVIALNPAISQPFKRYEMGKVFRDGPVKRGRLREFLQCDVDVVGISGPEAEVELMQLAAEVFRRLEIPIMLRWNNRSFLGEILGALGVPEEMKPSVMLTLDKLDKMGKEGVRQELAGKELASEICRQILDFVDLKEPTLTQITSEYNLDNERGAREVRILQNMLQRVGLQDICVFDPFLSRGLSFYTGTVYEIFDASQGFRSSLGGGGRYDAIIGQLVGREDTLYPTVGLSFGMESIMEMIRNRPIETNKPLVMIIPIGETIPEGLTAAAALRNRGIHTRLADNRRKLKKTLASVSAECIPYAILIGEDEAAAGMVRLKNMTEGKELALTLQKAVELIIQSCE				NA	NA	NA	NA	NA
JZ016_01191	2070	katE	COG0753	Catalase HPII	ATGGACAAATCCAACACCCATTCGAATGCTAACAACAGCCGGGGCAAGACAAGCAAGGACCAACAGCTGGAACAATTTACGGTAGACAATGACGGCAAAGACTTGACAACCAATCATGGACTTAAAGTCGCTGAAGATGAACATTCGCTTAAAGCGGGCGAGCGCGGTCCAACCTTGATGGAGGATTTCCATTTCAGAGAGAAGATGACGCATTTCGACCATGAGCGGATTCCGGAACGGATCGTGCATGCCCGCGGTTTTGGGGCTCATGGCTATTTTCAGCTATATGAATCCATGAAAGATTATACAAAAGCCAAATTTCTGCAGGACCCTTCCGTCGTCACGCCGGTGTTTGTCCGATTCTCCACGGTGGCTGGCTCCAGGGGATCAGCCGACACCGTCAGGGACGTACGCGGCTTCGCAACCAAGTTTTATACGGAAGAAGGGAATTATGATCTTGTGGGCAACAATATGCCGGTCTTTTTCATACAGGATGCGATGAAGTTTCCCGATTTCGTTCATGCAGTCAAGCCTGAGCCGCATAACGAGATTCCGCAAGCGCAATCCGCCCATGATACGTTCTGGGATTTTGTAGCGAACAATTCGGAAAGCGCGCACATGATCATGTGGGCGATGTCCGACCGCTCGCTTCCGCGAAGCTTCCGAATGATGGAGGGCTTCGGCGTCCATACCTTCCGTTTCGTGAATGAAGAAGGACATGCACATTTTGTGAAGTTTCACTGGAAGTCTGTGCTCGGCACGCATTCCCTCGTATGGGATGAAACGCAGAAACTGGCAGGCAAGGATCCCGACTTTAACCGGCGTGATCTGTGGGATGCGATCGAATCAGGAAATTATCCGGAATTTGAGTTTGGCGTTCAAATGATTCGGGAGGATGAGGAATTCAATTTTGGTTTTGACATCCTTGATCCGACCAAGATTTGGCCCGAAGAGCTCATTCCCGTCAGAATCATTGGCAAAATGACACTCAATCGCAATACAGATAATTTCTTTGCGGAGACGGAACAGATTGCTTTCCATCCGGGACATGTCGTACCGGGCATCGATTTTACTAATGACCCGCTACTGCAAGGCCGCTTATTCTCCTATACAGACACCCAGCTTTCACGGCTCGGCGGACCCAATTTCCACGAAATTCCGATCAACCGTCCAATCGCACCGGTTCATAACAATCAGCGTGACGGGATGCATCGTATGACCATCAATAAGGGCCCTGTCAGCTATCATAAGAACGGTATTGCCGGTAACACGCCGAAGCCGGTTCCAGCGGAGCGCGGGGGTTATGAGCATTACACCGAGAAGGTGGAAGGGCGTAAGGTGCAGGCACGCAGTGACAGCTTTAAGGATCATTTCAGCCAAGCGGCCCTGTTCTGGAACAGCATGTCCGAGGTCGAGAAGCAGCATATCGTATCCGCATTCCAGTTCGAACTGGGTAAAGTACAGCGAAAGGAAATTCGCCAGCAAGTCGTTGACCTGTTCGCGAACGTCGATAGCGAACTTGCCACCCGGATTTCGGAGGGCATCGGAACCATGCCACCGCAAACCAGCTTCTCCGCTTCCAGCGAGTCTTCTCCGGCACTGAGCATGATGAATACCGTGAAGCTCCCGTTAACCCGTAAAGTGGCGGTGCTGGCAGGCAACGGATTCACGGATGAACTCCCGTTTGTGCTTACGCAGCTGCAGCAAGCCGGCGTCATCACCGAGGTGGTTAGCGCAAAGCTCGGCGTCATTCAAGGCAAAGCCGGCGCGGAACTGGAAGTGAACCATTCGCTGCTTGGGGCGGATTCCGTCTTGTTCGATGCGGTGCTTGTCGCAGGCGGCGCGTTAAGCGTATCGGAGCTCCTGGTGGAGCCGAAGGTGCTGGATTTTGTCAAGGAAGCGTATCAGCATTTCAAGCCGATCGCAGCCATAGCCGAAGGGGCAAATTTGCTTCCATCATCCAGTGGTGAAGGGGTCGTGGTTGCGCAAGAGAATGAGGATTTGAAGCCTTTCGGCGAGGCCTTCATTCATGCCATTGCGGCACATCGCCATTGGTCGCGTACGATCTAA	MDKSNTHSNANNSRGKTSKDQQLEQFTVDNDGKDLTTNHGLKVAEDEHSLKAGERGPTLMEDFHFREKMTHFDHERIPERIVHARGFGAHGYFQLYESMKDYTKAKFLQDPSVVTPVFVRFSTVAGSRGSADTVRDVRGFATKFYTEEGNYDLVGNNMPVFFIQDAMKFPDFVHAVKPEPHNEIPQAQSAHDTFWDFVANNSESAHMIMWAMSDRSLPRSFRMMEGFGVHTFRFVNEEGHAHFVKFHWKSVLGTHSLVWDETQKLAGKDPDFNRRDLWDAIESGNYPEFEFGVQMIREDEEFNFGFDILDPTKIWPEELIPVRIIGKMTLNRNTDNFFAETEQIAFHPGHVVPGIDFTNDPLLQGRLFSYTDTQLSRLGGPNFHEIPINRPIAPVHNNQRDGMHRMTINKGPVSYHKNGIAGNTPKPVPAERGGYEHYTEKVEGRKVQARSDSFKDHFSQAALFWNSMSEVEKQHIVSAFQFELGKVQRKEIRQQVVDLFANVDSELATRISEGIGTMPPQTSFSASSESSPALSMMNTVKLPLTRKVAVLAGNGFTDELPFVLTQLQQAGVITEVVSAKLGVIQGKAGAELEVNHSLLGADSVLFDAVLVAGGALSVSELLVEPKVLDFVKEAYQHFKPIAAIAEGANLLPSSSGEGVVVAQENEDLKPFGEAFIHAIAAHRHWSRTI	PGPT0014380_1400	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781	NA	NA
JZ016_01192	861	sigJ_5		ECF RNA polymerase sigma factor SigJ	ATGTTAGAGCTGTATGAGCAGTATAAGGGGCTCCTGTTTCATCTTGCTTATCAAATGACCGGAACGGTGTCGGACGCAGAGGACGCGGTACAGGATGTGTTCGTGAAAGTTCACAGTCTTCCCCTGGAGAAGCTGGAGGAGCCAAAAGCTTATCTGTGCAAAATGGTGACGAATCGCTGCATCGACGAAATCAAGTCAGCTCGAAATCGAAGAGAGCAGTACTACGGGCCCTGGCTTCCGGAACCGATCCCGGAAGCCTATAGCGAGTCCTATGAAGCCGTCGAAAATCATGAACTGCTCTCCTATGCCATGCTGGTTCTGCTGGAGCGGCTGTCTCCTTCGGAGCGGGCCGTGTTTGTTCTGCGGGAAGCGCTTGGATTCGATTATCCGGAAATCGCCGGACTGATCGATAAAACCGAGGCGAACTGCCGCAAGCTTATGAGCAGGGCGAGAGGAAAGATGGGGATCACGGAGGACGATCTGATTGGCGTGGGGTCCATGGCAGAGGAATGGGTGAGCCGGTTCTTCACGGCCCTATCCGAAGGAGATGCCGAACATGTCCTATCCCTGCTAGCGGATGATGCTGTATTGTTGTCCGATGGCGGCGGTAAAGTGATCGCAGCTGCGAGACCGGTCGAGAGCAAGGAGCGGGTTGCCCGTTTCCTCATCGGCATTCTTCACCAAGCGCAGCTGGAGGATGGAGTAGCGCCGGAGATCGAGGTAAAGGAACTGAACCATCAAACCGCTGTTATATTCCGCCAGGGAGGAAGTGTTACCGGCGTTATCTTTGTCAATATTCGGAACGGATTGCTGCAAAATATTTATATTGTGAGGAATCCGGATAAACTTGAGGGGATTTAA	MLELYEQYKGLLFHLAYQMTGTVSDAEDAVQDVFVKVHSLPLEKLEEPKAYLCKMVTNRCIDEIKSARNRREQYYGPWLPEPIPEAYSESYEAVENHELLSYAMLVLLERLSPSERAVFVLREALGFDYPEIAGLIDKTEANCRKLMSRARGKMGITEDDLIGVGSMAEEWVSRFFTALSEGDAEHVLSLLADDAVLLSDGGGKVIAAARPVESKERVARFLIGILHQAQLEDGVAPEIEVKELNHQTAVIFRQGGSVTGVIFVNIRNGLLQNIYIVRNPDKLEGI	PGPT0014960_1734	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_01193	1185			hypothetical protein	ATGAAGGATCTAACATGTATTGTCGTTGGTGGAGGCTTTGCAGGTATACATGCTCTAAAAGCGATTCATAAAGCTTGTCATAAAGGAATAGGCGGAAGGAAGCTGCGCCTGATCCTGATCGATATGGGTTCCGCCCATGTGCGGAAAGTGCTGCTGTTCCGTCCTGCAGTGAGTGAGGAGGGGATTACCGTTCCTTGGGAACAGGTCATGCCGGAAGGTACCCGTTTCATACAGGGCAGGGTGATCGGCATGGATAAGGAGAGCAAGCAGCTGACTTTGGAAGACAGCACAGGTCTGGAACATAAGCTGGAATATGATGTCCTTGTGGTGGCCATAGGAAGCATCGTGCGGCAGGCAGCACCGGAACAAGGCGGAATATCGCTGACAGGCTTGGAAGCGGCGGAGCGGATCCGGGAACGGTGGCACGCAAACCTTAAGTTGGCAGTAAAGGAAACGAATGCGCAGGAGAAGCAGCGGCTGATGAGTGCAGCCGTCGCTGGTGCCGGCATAACGGGCATCGAAACGTCAGCCGAGATGGTCCACGCCATGCGGACAGAGGCGGTTAACCTTGGTTTAGATCCGAAGTTAATCCGTGTGCACCTATTCAATTCTCAGGAACGGTTGTTCCTGGAAGGACCTGCGAAGGTGGCGCATCGGCTTGAACGATATCTAACCGATCTTGGCGTAGTCCTTCATCATGGAAGAAGAGTGATCAAAGAGGAGCTGGGGCTGGTTCATGTCAACGATGGATCTCCGATCCCTGTGGGCCTAACGGTATGGACGCTTGGCCTCACTCCTAACCCCGCGCTCCTCAGCCTCGGACTGCCGGTTACGATGGACGGTCAAATCGTTGTAGATGAAAGCTATCGTGTCAAAGATGCCCCGGGAGTATATGGCATCGGCGATTGCGCGCATGTGGTTGATCCCGCTAACGGTGCTGCCGACCGGATGACATGCAAGGAAGCGATCCCCCAAGCGACGCGACTTGGCGGCATTGTGCATGCGGATTTGATCGATGCGCCTGCAGCCAAGCATAAGAGTGTACCGGAGGGTTATACGGTCGGTCTGGGGCCAGGACATGGGTTAGTCTGGTCGCGTACCTGGGGAATGGATATTATGATCACAGGAAAGCTGGCTTACAAGGTCAAATCGTTCATGTGGAATTATTCCAGCATGGTTCGATAA	MKDLTCIVVGGGFAGIHALKAIHKACHKGIGGRKLRLILIDMGSAHVRKVLLFRPAVSEEGITVPWEQVMPEGTRFIQGRVIGMDKESKQLTLEDSTGLEHKLEYDVLVVAIGSIVRQAAPEQGGISLTGLEAAERIRERWHANLKLAVKETNAQEKQRLMSAAVAGAGITGIETSAEMVHAMRTEAVNLGLDPKLIRVHLFNSQERLFLEGPAKVAHRLERYLTDLGVVLHHGRRVIKEELGLVHVNDGSPIPVGLTVWTLGLTPNPALLSLGLPVTMDGQIVVDESYRVKDAPGVYGIGDCAHVVDPANGAADRMTCKEAIPQATRLGGIVHADLIDAPAAKHKSVPEGYTVGLGPGHGLVWSRTWGMDIMITGKLAYKVKSFMWNYSSMVR	PGPT0004020_5179	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0004020-ndh-K03885	NA	NA
JZ016_01194	1461	dapL_2		LL-diaminopimelate aminotransferase	ATGGAATTATCAACGCTGGACGACAAACATCAAGGTAAGCGGACATTGCAGCAGTCGATCTATGACACCATTCGAGAAGGAATTGCTCAGGGAGAGTGGAAGGAGACTGAAAGAATCCCGTCCGTGAGAGCGATGGCCGAGCGTTTGAACGTTCACCGGTTAACGGTGCTGAAGGCTTATCAGCGGCTGCTTGAAGACGGGATCGTGGAAGTGAAATATAAATCAGGATATTTCGTAGCGGCTAAGGCGCCTGCGACATTGCCGGAACTCTATACATCCAGCCGGTCTTGGGAATATCAGGCGAAATCGATATATGTCAATCGCAGCCGCTTGTCCGACATTCACAGACATCAGGTCGATTACCAGATGTCGGAAGCGCTGATTGATCCTGCGCTGCTGCCGAACGCGTTCCTGTCCAATCACGTGAAACAAGTGTTTGACATGTATCCGAAGGTATTAAGCACGTATTCTTCCGTGTCCGGAGATTTGGAGCTGCGCGAGGAGATGGCCCGGTACTTTATGGACAAACAAGGCATATCGGTCCATCCGGATGAGCTGCTCATTACGACGGGATCCCAGCAAGCGATCGACCTGATCTCGCGTTCGCTTGTCAAAAGCGGAGATTCGGTGTTGATTGAGCGGCCGACGTATAGTCCGGCGATCGATGTTTTTGTGCAGCAAAATGTCAAGCTGCTTCCCATTGAGATTATGCCGGAAGGATATGACCTGGAGCAGATTGAATGTCTTATGCGGACGGAGAAGCCGAAGCTGTTCTATATGAACCCGACCTTTCAGAATCCGACAGGCTACACGGTGCCGATTACGCAGCGCAAGGCGCTGGTTGAACTGGCGGAACGATATCAATGCATTCTGGTGGAGGATGAGGTCTATCACGACATTTATTTTGGAGATCCGCCGCCGCTGCCCTTTTTTTATTATGATACCGAGGGCTATGTCATTCACATTCGAAGCTTCAGCAAATATGTGGCCCCTGGCTTGCGGATATCGGTGCTGGCGGCACGTCCGGAGCTGATGAATGTCATCCTGCCGACCAAGGCGCTGTCGGACAACGGGACGCCGCTGCTGACGCAAAAGATTTTCCAGCACTATTTCTTCTCGAGCAGACTTCAGGAGCATGTGGCCAAGCTGCGGATTGCCCTGGAGCTTCGTAAGGATAAGATGGAGAAGCTGCTTGAGCCTACAGAATGGCGATGGAACAGCCCCGGCGGCGGCTTGAATCTATGGATACAGCTGCCGGAAAACATCAACGTGGATGCGTTGTTGCGGCAATGCCTGGCGGAATCCGTAGCTTTTGTGCCGGGGCGTATATGCGACCCGCTGGATCAGATGGATTCGTGGATCAGACTCAGCTACTCCTATATCAGCGAAGTTCAGCTGGAAGAGGGAATTCGTCGTCTCGTCGAGATTTCGGAGCAGGTGAAGCATGGCTCGTTGGCATGA	MELSTLDDKHQGKRTLQQSIYDTIREGIAQGEWKETERIPSVRAMAERLNVHRLTVLKAYQRLLEDGIVEVKYKSGYFVAAKAPATLPELYTSSRSWEYQAKSIYVNRSRLSDIHRHQVDYQMSEALIDPALLPNAFLSNHVKQVFDMYPKVLSTYSSVSGDLELREEMARYFMDKQGISVHPDELLITTGSQQAIDLISRSLVKSGDSVLIERPTYSPAIDVFVQQNVKLLPIEIMPEGYDLEQIECLMRTEKPKLFYMNPTFQNPTGYTVPITQRKALVELAERYQCILVEDEVYHDIYFGDPPPLPFFYYDTEGYVIHIRSFSKYVAPGLRISVLAARPELMNVILPTKALSDNGTPLLTQKIFQHYFFSSRLQEHVAKLRIALELRKDKMEKLLEPTEWRWNSPGGGLNLWIQLPENINVDALLRQCLAESVAFVPGRICDPLDQMDSWIRLSYSYISEVQLEEGIRRLVEISEQVKHGSLA	PGPT0028960_144	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_NorB,PGPT0028960-norG-K18907	NA	NA
JZ016_01195	915	yedA		putative inner membrane transporter YedA	ATGATTATTTTTAACTACTTGCTTATGTGCGCCATATTCAGCACGACGTTTCTCGCCATCAAGATTGGCGTTGAAGCAGGACTGCCGCCGTTTCTCTCGGCGGGACTTCGGTTTCTTCTCGCGGGCGCCATCATCTTCCTGTGGATGGTATTGCAGCGGAAGGTAAAACCAAGCCTTCTCCTGCACAAGGAATTCCTTCTAATCGGGATGACCAGTACATTCTTGACGTTTGCAACGCTATATTGGGCCGAGCAGCACGTGTCCTCAGGGATCGCTGCCATCCTATCGGCAACAGGCCCCATGATGATTCTGATGATTCAATCGGTTGTAATGCGAAAGAATGCCCGGCGCAGTGATTATTGGGGGTGCGGGGTCGGTTTTGCGGGAGTATGTTTGCTTATCATGCCCGAGATAGCAATGGGGAGCGACCTCATCTGGATTCTGAGCTGCATCGCCATTCTTATAGGCGAAATCGGTTATAGCGTGGGCTCCCTCGCTACCCGAAAATTATCCTTTGACATGCCGGATATCTCGCCAATTATGATCAATGCGGTGCAGATGATGTATGGCGGCGCTGCCCTATTGCTGTTATCCCTGTTCAGTGAACAGGTACAATGGAATGGTATTCTAACGCTGCCAGCCCTCGGTTCTGTCTTGTATTTAACGATAGTCGGCTCGATGCTGGGGCATAGTCTGTATGCTTGGCTGCTAAAAGCAACAAATGCCTTTTTTCCGTCTACCTGGCTCTTTGTTTCTCCGATCATCGCGTTAGGATTAGGCGCATTTCTGTACGGCGAAGCGATTTCTCTTTATTCCATCGTCGGCAGCTTGCTCATCATCGGCGGAATACTGATCTTGAATCTGCCTGAGCTTCGAGCACGCCGGATCGCGCGCCGTGTGGCTTCAAGCACTTGA	MIIFNYLLMCAIFSTTFLAIKIGVEAGLPPFLSAGLRFLLAGAIIFLWMVLQRKVKPSLLLHKEFLLIGMTSTFLTFATLYWAEQHVSSGIAAILSATGPMMILMIQSVVMRKNARRSDYWGCGVGFAGVCLLIMPEIAMGSDLIWILSCIAILIGEIGYSVGSLATRKLSFDMPDISPIMINAVQMMYGGAALLLLSLFSEQVQWNGILTLPALGSVLYLTIVGSMLGHSLYAWLLKATNAFFPSTWLFVSPIIALGLGAFLYGEAISLYSIVGSLLIIGGILILNLPELRARRIARRVASST				NA	NA	NA	NA	NA
JZ016_01196	390	gcvH	COG0509	Glycine cleavage system H protein	ATGAGCGAAATCAGAGAGAATTTGGTCTACAGCGACGATCATGAATGGGCATTGAAGGTAGATGGTAATGTGGTGCGCGTCGGTATTTCCGATCATGCGCAATGTCAGCTGGGCGATATCGTATTCGTTGAACTCCCCGAGACCGGCGCTGTCGTTGCCGCAGGTGACAGCATCGGTACCATTGAGTCGGTCAAAACCGTATCGGAACTGTATTCCCCTGTTTCAGGTACCATCACGAAAGTGAATGCTTCTCTGGAAGACCTGCCGGAGCTTGTGAACGAAGAGCCGTACGAAGGCGGTTGGATCATTGAGGTTGAGGTGGAAGGTGACCTGGAGGAAGCACTCGGAAAGCTGCTGACTGCAGAGGCATATCGTGCCAAAGTGGATTAA	MSEIRENLVYSDDHEWALKVDGNVVRVGISDHAQCQLGDIVFVELPETGAVVAAGDSIGTIESVKTVSELYSPVSGTITKVNASLEDLPELVNEEPYEGGWIIEVEVEGDLEEALGKLLTAEAYRAKVD				NA	NA	NA	NA	NA
JZ016_01199	1113	gcvT	COG0404	Aminomethyltransferase	ATGAGTTCATTACAACGTACACCGCTTTACCCGCTTTATTCCGATTTTCCTTCTGCCCGCTGCATCGACTTTGGCGGCTGGGAACTGCCCGTGCAATTTTCAGGCATTGTGCAAGAGCATGAAGCCGTACGCAAGCACGCCGGCCTGTTCGACGTCTCCCATATGGGTGAATTTATCGTCACCGGACAAGACGCTGAAGCATTTATCCAGAAGATGACCACGAATGACGTAACCCGCATATCGATGGGTCAGGCCCAATACACGTTGATGTGTTACGACAACGGCGGTACGGTAGATGACCTGCTTGTGTATAAACTGTCGGCTGACCGATTTATGCTGGTTGTTAACGCATCCAACATCGACAAAGACCTCCAGTGGCTTCAAGACCATCTTGCAGGTGATGTCACCATCCGTAATGTGTCCGCTGAGACGGCTCTGATTGCACTTCAGGGACCTGCGGCCGTGAACATCATGTCACAGGCCACGACTGAGGTCTTAGACGAACTCCCCTCCTTCCATTTTATCCAGAACGCACAGGTTTGCGGCTGCTCCGCCCTACTGTCCCGTACCGGTTATACCGGAGAAGACGGCTTTGAAATTTATTGCTCCGCTGAGGATGCTCCCGCAATTTGGAGAGAGCTCTTAACCGCCGGAGAACCACATGGCCTTGTTCCAACCGGACTGGGCGCACGTGATACACTCCGTTTCGAAGCGAAACTGCCATTGTACGGCCAAGAGCTTTCGAGCACGATCTCTCCGCTTGAAGCCAGTCTCGGGTTCTTTGTGAAGCTGGACAGCGGCGATTTCATCGGTCGGGAAGCGCTTCAACAGCAAAAACAAGACGGTGTGCCGCGTAAGCTGGTCGGCATTGAACTCATCGATCGCGGTATCCCGCGCTCCCACTATCCCGTATACAACCATGAAGGAGAACCCATCGGTGAAGTGACCAGCGGTACCCAATCCCCTTCACTCAAGCGAAATCTCGGATTGGCCTTGATCGAAACGCCATATACGAGCCTCGATACCGAGGTATGGGTTGAGATCCGCGGTAAGAAGTTAAAAGCCAAAGTAGTAAAGACACCATTCTACAAAAGAGGAGCTGCCTTAACATGA	MSSLQRTPLYPLYSDFPSARCIDFGGWELPVQFSGIVQEHEAVRKHAGLFDVSHMGEFIVTGQDAEAFIQKMTTNDVTRISMGQAQYTLMCYDNGGTVDDLLVYKLSADRFMLVVNASNIDKDLQWLQDHLAGDVTIRNVSAETALIALQGPAAVNIMSQATTEVLDELPSFHFIQNAQVCGCSALLSRTGYTGEDGFEIYCSAEDAPAIWRELLTAGEPHGLVPTGLGARDTLRFEAKLPLYGQELSSTISPLEASLGFFVKLDSGDFIGREALQQQKQDGVPRKLVGIELIDRGIPRSHYPVYNHEGEPIGEVTSGTQSPSLKRNLGLALIETPYTSLDTEVWVEIRGKKLKAKVVKTPFYKRGAALT	PGPT0008130_2527	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008130-gcvT-K00605	NA	NA
JZ016_01200	1350	gcvPA		putative glycine dehydrogenase (decarboxylating) subunit 1	ATGAAGCATCGTTACTTGCCTATGACGGATCAGGATCAAGCCGATATGCTTGCTGCGGTCGGCGCGGAAACGATCGAAGATCTGTTTGCCGATATCCCCCAAGCGGTCCGTTACAACGGCGTCCTCCCCATGTCAAAACGGCTGGGTGAGCCTGAACTTCTGAAGCATATGCGTGACCTATCGGACCGAAATGCCGATTTTGACCGTTATACAAGCTTTCTCGGGGCCGGTTTGTACGACCACCATATTCCGGTTGTGCTCAATCATGTGATTTCCCGCTCTGAATTCTACACGGCGTATACGCCATACCAACCGGAGATCAGCCAAGGCGAGCTGCAAGCGATTTTTGAATTTCAATCCTATATCTGTGAATTGACCGGCATGAAAGTGGCCAATGCCAGCATGTATGACGGTTCCACGGCGCTTGCTGAGGCTGCGGCTCTCGCCAGCGGTGCAACCAAACGGAAGAAAATCGTCATATCGCGTGCCGTCCATCCCGAAGCCCGGGAAATCGTTTTGACTTCGGCTCGCGGCCTCGATCTGGAAGTCGTGGAAGTCGGCATCGTCAATGGTGCTACCGACCAGGATGCGCTCGCCGCTGCCATAACGGAAGATACCGCCGCCGTCCTTCTGCAATCACCGAACTTCTTCGGCTGCATTGAAGACGTGAAATCGATCGAACCGCTGGTTCATGAGAAAAAAGCATTGCTTGTCCTGAGCGTAAACCCGCTGTCCCTCGGTTTACTGGAATCCCCTGGCGTGCTTGGAGCCGACATCGTTGTCGGCGATGCCCAGCCGCTCGGCATTCCAGCTTCTCTTGGCGGACCGACGTGCGGATTCTTCGCGGTATCCGAGCCGCTGATGCGCCGCATTCCCGGACGTATTGTGGGTCAAACCGTCGATCAGGACGGCAAACGCGGTTTTGTACTGACGCTGCAGGCACGTGAACAACATATTCGCCGCGAAAAAGCAACGTCGAACATCTGCTCGAACCAGGCGCTGCTCGCGCTGTGTGCATCCGTTTATATGTCCACCCTGGGTAAAGCAGGCATGCAAGAGGCAGCGCTTCTGAATGTGCGCAAATCCCATTATGCTGCCGACCGTGTCGCCAAAGGCTCCCTCTCCCTTCCATTCAGCTCGCCGTTCTTCAATGAGTTTGTGGTAAAGCTGCCTGAAGGAACGAACGTGAAGGAGATCAACTCGAAGCTTCTGCGTGCAGGTTACATCGGAGGTTATGATCTTGGCGCTGCGTACCCTGAGCTTCGAGGATGTATGCTGATCGCTGTGACCGAACGGCGGACGAAGGAAGAAATCGACCAATTTATTGGTGAATTGGAGGCGATCGTATGA	MKHRYLPMTDQDQADMLAAVGAETIEDLFADIPQAVRYNGVLPMSKRLGEPELLKHMRDLSDRNADFDRYTSFLGAGLYDHHIPVVLNHVISRSEFYTAYTPYQPEISQGELQAIFEFQSYICELTGMKVANASMYDGSTALAEAAALASGATKRKKIVISRAVHPEAREIVLTSARGLDLEVVEVGIVNGATDQDALAAAITEDTAAVLLQSPNFFGCIEDVKSIEPLVHEKKALLVLSVNPLSLGLLESPGVLGADIVVGDAQPLGIPASLGGPTCGFFAVSEPLMRRIPGRIVGQTVDQDGKRGFVLTLQAREQHIRREKATSNICSNQALLALCASVYMSTLGKAGMQEAALLNVRKSHYAADRVAKGSLSLPFSSPFFNEFVVKLPEGTNVKEINSKLLRAGYIGGYDLGAAYPELRGCMLIAVTERRTKEEIDQFIGELEAIV	PGPT0020485_579	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020485-gcvPA-K00282	NA	NA
JZ016_01201	1458	gcvPB		putative glycine dehydrogenase (decarboxylating) subunit 2	ATGAAACCGGAAAAAGCATTGATATTCGAACTCAGCAAGCCCGGCCGTGTCGCCTATTCCCTTCCCGAATGCGACGTACCGGAGATCGACGCCGCATCATTAATACCAGAGGGCCTGCTGCGCAGCAAACCGGCCGAACTGCCGGAAGTATATGAAGTGGATGTCATTCGTCACTATACGGAGCTGTCGCGGCGTAATTTCGGCATCGATAACGGCTTCTACCCGCTCGGCTCATGCACGATGAAATACAACCCGAAGATCAATGAGGACGTTGCCCGTTTTGCCGGCTTTGCCAAGATTCATCCGTACCAGCCAGAAGAAAGCATTCAAGGCGCTCTGGAGCTGCTTTACACCCTGCAGAATGATCTGGCGGCACTTACCGGGATGGATCAAGTAACGCTGCAGCCCGCTGCGGGTGCGCATGGGGAGTGGACGGGACTCATGCTGATCCGTGCTTACCATGAAAGCCGCGGCGAGAAACGAACCAAGGTCATTGTTCCTGACTCCTCGCACGGCACCAACCCAGCCAGCGCAACGGTTGCCGGTTACGACACGATCACGATTAAATCCAATGAGCGCGGCATGGTTGATCTGGAGGCTCTGCGCGCCGTCGTTGGTGATGATACGGCCGCACTAATGCTGACGAACCCGAGCACGCTCGGACTATTTGAAGAGCAAATCGTGGAAATCGCCGAAATCGTGCACGAGGCAGGCGGTCTTCTCTACTATGATGGAGCCAATTCCAACGCCATCATGGGCATCACCCGCCCAGGCGACATGGGCTTCGACGTGGTCCATCTCAACCTGCACAAAACGATGAGCACGCCGCATGGCGGCGGTGGCCCCGGTGCAGGCCCTGTCGGCGTAAAGAGTTTGTTGATCCCGTTCCTGCCAAAACCGATCGTGTCCAAACGCGAGGATGGCACCTATTATTGGGATTACGATCGTCCGCAATCCATCGGCCGCGTGAAGGCGTTCTATGGCAACTTTGGCATCCTGGTCCGCGCCTACACGTATATTCGCACCTATGGACCGGAAGGACTTCGCCGTGTCTCGGAGCTTGCAGTGCTGAATGCCAACTATATGATGCACCGTCTGGCTCCATATTACGAAGTTGCCTACCCTGGCCTGTGCAAGCACGAATTCGTGCTATCCGGCAAAAAACTAAAAGAGTTTGGCGTGCGGACCCTGGATGTTGCCAAGCGGCTGCTTGATTTTGGCTATCATCCGCCAACCATCTACTTCCCGCTCAACGTAGAGGAATGCATTATGATAGAGCCGACCGAGACGGAGAGTAAAGAAACACTGGACGGTTTCATTGACACGATGATCCAGATTGCCAAAGAAGCCGAAACCACGCCAGAGGTTGTCGTAGGCGCCCCTTATACCACGGTCGTGAAACGACTTGACGAAACGACGGCGGCACGTAAACCGGTTCTGAACTGCACCTGTGGTTAA	MKPEKALIFELSKPGRVAYSLPECDVPEIDAASLIPEGLLRSKPAELPEVYEVDVIRHYTELSRRNFGIDNGFYPLGSCTMKYNPKINEDVARFAGFAKIHPYQPEESIQGALELLYTLQNDLAALTGMDQVTLQPAAGAHGEWTGLMLIRAYHESRGEKRTKVIVPDSSHGTNPASATVAGYDTITIKSNERGMVDLEALRAVVGDDTAALMLTNPSTLGLFEEQIVEIAEIVHEAGGLLYYDGANSNAIMGITRPGDMGFDVVHLNLHKTMSTPHGGGGPGAGPVGVKSLLIPFLPKPIVSKREDGTYYWDYDRPQSIGRVKAFYGNFGILVRAYTYIRTYGPEGLRRVSELAVLNANYMMHRLAPYYEVAYPGLCKHEFVLSGKKLKEFGVRTLDVAKRLLDFGYHPPTIYFPLNVEECIMIEPTETESKETLDGFIDTMIQIAKEAETTPEVVVGAPYTTVVKRLDETTAARKPVLNCTCG	PGPT0020490_891	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020490-gcvPB-K00283	NA	NA
JZ016_01202	783	nat	COG2162	Arylamine N-acetyltransferase	ATGAGTAACCCGATACATGGCCTGGATGTAAACCCATATCTTGAGCGTATTGGATACACGGGCCCGATTGTAAACAGCGCTTATATGCTCGCCAGATTGCAGGAACAGCATGTACATACCGTACCCTATGAAAATCTCGATATCCTTGATCGAATTCCACTGTCCCTGGATATCCCCGATCTTTACGATAAAATCGTAACTCGGCATCGCGGCGGCTATTGCTTCGAGCTCAATGCGTTGTTTGGCTGGCTGCTGCAGAAACTGGGATTCAAGGTCACTCATTACTTCGGACGCTTCTGGCGGGATGAAACCGATACGCCTGCTAAACGTCGGCATCATATTCTGCAGGTGGATATTGAAGAACAACGATATATTGCCGATGTCGGCGTCGGAGGAGCCGGACCTCGCCATCCTCTGGAATTGGTGGATGGCCTTGTGCAGACCCAGGGGAACGAGACCTATCGGCTCGTCCAAACTGAAGCGTATTGCTGGATGCTCGAAGAGTGGAAAAAAGAAGCCTGGGATCCCGTCTTCTCCTTTACGGAAGAACCTAACCTGCCGAGAGATTTCATCACCACTTCATTCTGGTGCGAGTATGCCCCCGATTCGCCTTTTAACAAAACGGCTCGCGTATCCATTCGTACGGCAGAAGGCAGAAACACCGTGGATGATGACGAATTCAGAATTTACAAAGCCGGCGGCGTCCACACCTTTAAACCGGGCAATGCACGGGAATATGCCGAAGCACTCTATACATATTTCGGCATTCCTATCCATAAATAA	MSNPIHGLDVNPYLERIGYTGPIVNSAYMLARLQEQHVHTVPYENLDILDRIPLSLDIPDLYDKIVTRHRGGYCFELNALFGWLLQKLGFKVTHYFGRFWRDETDTPAKRRHHILQVDIEEQRYIADVGVGGAGPRHPLELVDGLVQTQGNETYRLVQTEAYCWMLEEWKKEAWDPVFSFTEEPNLPRDFITTSFWCEYAPDSPFNKTARVSIRTAEGRNTVDDDEFRIYKAGGVHTFKPGNAREYAEALYTYFGIPIHK	PGPT0019890_1102	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_NITRO-|AMINOBENZOATE_DEGRADATION,PGPT0019890-nhoA|yddI-K00675	NA	NA
JZ016_01203	480	guaD_1	COG0590	Guanine deaminase	ATGAGCGAACATAATCATGAGTACTGGATGCGTCAAGCGATTGCAGAGGCCCATCGAAACGTTCAACATGTGGAGGGTGGTCCTTTTGGAGCGATTGTGGTGAAGGATGGTCAAGTGATCGGCAGGGGCCGTAATTTGGTTACCGCGCTGAACGACCCGACGGCTCATGCCGAGGTGCAAGCCATAAGGGAAGCATGTCAACACCTGGAGGATTTCCAATTAAAAGGCTGTACGATTTATACCAGCTGCGAGCCTTGTCCGATGTGTCTGGGGGCCATCTACTGGTCCAGACCTGATGCCGTTTATTATGCAAGCACGAAGAAGGATGCGGCTGAGATCGGATTCGACGATCATTTCATATACGATGAAATCGCGATGCCGATGGACCAGCGCTCCATCCCAATGAAGCAGGTTCAAACAGCGGATTATTTGCTGCCATTTCAAGCGTGGAGCGCAGCCGAGCGCAAAGTCGAATATTAA	MSEHNHEYWMRQAIAEAHRNVQHVEGGPFGAIVVKDGQVIGRGRNLVTALNDPTAHAEVQAIREACQHLEDFQLKGCTIYTSCEPCPMCLGAIYWSRPDAVYYASTKKDAAEIGFDDHFIYDEIAMPMDQRSIPMKQVQTADYLLPFQAWSAAERKVEY	PGPT0021515_2312	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021515-guaD-K01487	NA	NA
JZ016_01204	345			hypothetical protein	ATGCGCCAAGAGGATCAGGATACATCTGGTCAAAAACGGGCGGAGCCTCGCGAGCGTGATAGCAGCCACCGGCACGGCGGGCGGCACGGAAGACGGCGAGAGGAAGGCTACGGCGGCAGGGAAGGCGGTAAGATGGCGCAGACGTTCCGCCGGGGGCGCGCGCTTTCCTTTTTGGACAATTTGATTGTGAAACGGGAGACTTTGAAGAAACAAGTGAATGACCCGGACTTTGAAGCCATCAGAGAAGTGGTCAGCGGAGAGCTGAAAGCGGTAGACCAGATCATTCAGGAGTACATTCAGGCTTTTGAGCTGTATGACACGAAACCATCGCAAGACACCCCATAA	MRQEDQDTSGQKRAEPRERDSSHRHGGRHGRRREEGYGGREGGKMAQTFRRGRALSFLDNLIVKRETLKKQVNDPDFEAIREVVSGELKAVDQIIQEYIQAFELYDTKPSQDTP				NA	NA	NA	NA	NA
JZ016_01205	1707		COG1132	Putative multidrug export ATP-binding/permease protein	TTGATCAGAAAGTTTTTTTCGTACTATCGGCCCTATAAGGGATTGTTTATTTTGGATTTTACGTGCGCCGTTATTGCCGGACTGCTGGAGCTTGTTTTCCCGCTTGCCGTCAGCAAATTCATTGACGATCTGCTGCCCAGCCAGGATTGGCCGCTTATCCTGATTGCCTGCATCGTCCTTCTCTCCATCTATGCGCTGAATACCGCACTGCAATACATCGTGACTTACTGGGGGCATATGCTCGGCATTAATATCGAGACGGATCTGCGGGAGAAAATGTTTTCCCACATTCAGAAGTTATCCTTCCGTTTCTTTGATAACAACAAAACCGGCCATCTCATGGGACGCATCACAAATGATCTTAATGACGTCGGAGAAGTAGCCCACCATGGACCGGAAGACGTGTTCATTGCCGTTATGACACTGCTCGGTTCCTTCTCCTTAATGGCTTACATCAACTTAGAGCTAGCGCTTCTGACTTTTATCATTGTGCCGTTTATGGCATGGCTGATCATTAAGTTCGGAGGCAGAATGACTACGACCTATCGTCAACTGTTCCGTAATGTAGGGAATTTCAACGCCCGCATCGAGGACAATGTCGGGGGTATCCGTGTGGTTCAATCGTTTGCGAATGAGGAGCATGAGAATAAACTGTTTCAGGAAGAGAACAAGCAATTTCGGGCGACCAAACTGCTGGCTTATAAAACGATGGCAAAAAGCATGTCCATCAGCTATATGCTGATGCGTCTGATCACGGTATTTGTCATGATCTGCGGTGCCTGGTTCTTCATCCAAGGCAAAATTGAGATGGGTGAATTCATGGCCTTCCTTCTGCTCTCCAACATCTTCTTCCGTCCGATCGAGAAGATCAATGCCGTTATTGAGAGCTATCCCAAAGGGATTGCCGGCTTTAAACGTTACCTGGAAATCATGGATACCGAGCCGGAGATCGCCGATGTGCCTGATGCCGTATCCCTTTCATCTGTACGGGGAGATATCCGCTTTGAAGGCGTTACCTTCGGATACGAACCATCGCGGACGATACTGAATAACATCCATCTGACGATCCGTGCCGGAGAAACGGTTGCGTTTGTAGGACCGTCCGGTGCGGGAAAGACCACCATCTGCAGCCTTCTCCCCCGTTTCTATGACGTGGATCAGGGGACGATTACGGTGGATGGGATCGACATCCGGAATATCAAATTGCAAAATCTTCGCAAGCATATCGGCATCGTGCAGCAGGATGTTTTCCTCTTCTCCGGTACGATCCGTGACAATATCGCTTATGGCGACTTACATGCCACGGACCAGCAAATCTGGGAAGCTGCACGGCGTGCTTCGCTCGATGAACTGATCCGAAGCCTGCCGGACGGTATGGAAACGGTGATTGGGGAACGCGGCGTCAAGTTGTCCGGCGGTCAGAAGCAGCGCTTGTCCATTGCGAGAATGTTCCTTAAGAACCCGCCGATTCTTATACTGGACGAAGCCACCTCGGCACTCGACACGGAAACGGAAGCGCAAATCCAGAAGTCCCTGGCTGAGCTGTCCGTCGGCAGAACAACGCTGGTGATCGCTCACCGGCTCACCACCATTCAGAGCGCGGACCGGATTATCGTTGTCAATTCCGAAGGCATTGCCGAACAGGGGACGCATCAGGAATTGATTCATTCCGGCGGCGTGTACAGCAGGCTTCACCAAGTTCATTAA	MIRKFFSYYRPYKGLFILDFTCAVIAGLLELVFPLAVSKFIDDLLPSQDWPLILIACIVLLSIYALNTALQYIVTYWGHMLGINIETDLREKMFSHIQKLSFRFFDNNKTGHLMGRITNDLNDVGEVAHHGPEDVFIAVMTLLGSFSLMAYINLELALLTFIIVPFMAWLIIKFGGRMTTTYRQLFRNVGNFNARIEDNVGGIRVVQSFANEEHENKLFQEENKQFRATKLLAYKTMAKSMSISYMLMRLITVFVMICGAWFFIQGKIEMGEFMAFLLLSNIFFRPIEKINAVIESYPKGIAGFKRYLEIMDTEPEIADVPDAVSLSSVRGDIRFEGVTFGYEPSRTILNNIHLTIRAGETVAFVGPSGAGKTTICSLLPRFYDVDQGTITVDGIDIRNIKLQNLRKHIGIVQQDVFLFSGTIRDNIAYGDLHATDQQIWEAARRASLDELIRSLPDGMETVIGERGVKLSGGQKQRLSIARMFLKNPPILILDEATSALDTETEAQIQKSLAELSVGRTTLVIAHRLTTIQSADRIIVVNSEGIAEQGTHQELIHSGGVYSRLHQVH				NA	NA	NA	NA	NA
JZ016_01206	348			hypothetical protein	ATGTTTTATATCTACAGTGTCGGTCTACTCTTCGGCGGACTGTCGATGATCAACCTTGTTTTCTCGTACCAAACCAAGCATATCCAGCACCTGTTCTGGCCTACGCTGCAGTTTCAGTTATTCATGCTTCCTCTGTTCCTCATCGCCAACATGTGCATCGGATACGGGATCCGTTATGGATATAAAGCCACCGATCAGTTAGGCTATACGTTGATCTTCTCCAAATGCCTGGAAATCCTGATTTCGTTAGGGGTGGCATACTTGTTCCTGAAGGAAGTCCCTACATGGAAAAATTGGGCCGGCATCGGTATCATTGCGCTGGGCATATTCCTTGTTAAACAGAAATGA	MFYIYSVGLLFGGLSMINLVFSYQTKHIQHLFWPTLQFQLFMLPLFLIANMCIGYGIRYGYKATDQLGYTLIFSKCLEILISLGVAYLFLKEVPTWKNWAGIGIIALGIFLVKQK				NA	NA	NA	NA	NA
JZ016_01207	654	degU_1	COG2197	Transcriptional regulatory protein DegU	ATGAACGAGCAGCCGTTTCGCGTGTTAATCATCGATGACAGCGATCTTGCCAGAGAAGGAATTCGCACCATTCTAAGCGGTGACCCGACCTTTGAAGTCGTGGCCGAAGGACAAAGCGGCGAGGAAGCGCTGGAACTGACCGAAATATGGATGCCTGATATTATTCTCATGGATATTCAGATGCCTGGGATGGACGGATTGGAAGCGACCAAGCGAGTGAAGGACAAATTTCCTTACGTTAAGATTGTCATGGTCACGGTGTCCGACGACATTGCTCACTTGTTTGACGCCCTGAAACGTGGAGCGCAAGGCTATCTGCTAAAGAATCTGAATCCCGAATCATGGCACGAGTACCTCAAGGCTATTGCCGTAGACGAAGCGCCGATGAGCAGGGAGCTTGCTTTCCGTATATTGAAGGAATTTTCGCAGCATGACAAGCCGGATCCAAGCAATAGTCCATTAACGGCACGGGAAAAAGAAATATTGGGGCTCGTCGCCGAGGGGTTGTCCAACCGCGATATTTCGGTTGACTTGTGCATATCAGAGAATACGGTCAAGAACCATCTGAAGAACATTTTGCAAAAGCTGCATTTGGATAATCGGGTCCAGCTGACTCGTTATGCCTACGAACAAGGTTGGATGGGGAAGAGATAA	MNEQPFRVLIIDDSDLAREGIRTILSGDPTFEVVAEGQSGEEALELTEIWMPDIILMDIQMPGMDGLEATKRVKDKFPYVKIVMVTVSDDIAHLFDALKRGAQGYLLKNLNPESWHEYLKAIAVDEAPMSRELAFRILKEFSQHDKPDPSNSPLTAREKEILGLVAEGLSNRDISVDLCISENTVKNHLKNILQKLHLDNRVQLTRYAYEQGWMGKR	PGPT0000550_93	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	N-AQUISITION-NITRATE|NITRITE_SENSING,PGPT0000550-narL-K07684	NA	NA
JZ016_01208	828			hypothetical protein	ATGTCCTATAAACAAATGAAATGGTTGATTCTGATCATTCCCACTTTGACGATTGGCATATGGGAGTATGTTCGGCATGAGTTTCTGCTGCCTTATATATCGATGGATCTTGGCAATCTGCTTGCGCCTGTAATCGTGTTCTTGGTTTCCATTCTGTTTCTTACCCAGTTGTTCTCATTGATTGAACGGAACCAGGAGGAACTGAACCAATCCAGAGCACTGCAAGCGGCCATGCATGAAAGGGAGAAGATTGGCCGAGAGCTCCATGACGGAATCGCCCAATCCTTGTTCTTGCTGAACGCACAGATTGACCGAATTGAGAAATCGGGGCTAACCGGAGAAATTCCATATCAGGATATTAAGGAAAGTGTCCACCGAACCAATGCCTATGTACGAGAAGCTATCGCTAATCTCCGATATCCGGCAGATCCGCAAGCTATTCCGTGGATGCATAGCATGGACAGCTTGATTAAGGAAATTAAGGAGGAGACGAATCTGCACTTCGACGTGCAGTGGGAAATTCCGGATGAGATGCTATCTGCCAAAGAAAAGGTGGAGCTGCTGGCTTCGATCAGGGAAGCCTTATTGAATATCCATAAGCATGCCGAAGCGAAGCACGTCATAATAACGGCGACAGCGGCGGACTCAAGCTGGCATTGCTCCGTCAGCGATGATGGCAAAGGGTTTGAGTTGGACAAGCCGCTCGGCAGCAACCGGTATGGAATCAAAATCATGAAGGATCGGGCTGAGGCCATGGGCTGGAAGTTCATGGTGGAAAGACGCAACAACAAGACGATCATCAGCATTCGGAAGGAGAATACCGCATGA	MSYKQMKWLILIIPTLTIGIWEYVRHEFLLPYISMDLGNLLAPVIVFLVSILFLTQLFSLIERNQEELNQSRALQAAMHEREKIGRELHDGIAQSLFLLNAQIDRIEKSGLTGEIPYQDIKESVHRTNAYVREAIANLRYPADPQAIPWMHSMDSLIKEIKEETNLHFDVQWEIPDEMLSAKEKVELLASIREALLNIHKHAEAKHVIITATAADSSWHCSVSDDGKGFELDKPLGSNRYGIKIMKDRAEAMGWKFMVERRNNKTIISIRKENTA	PGPT0000560_369	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	N-AQUISITION-NITRATE|NITRITE_SENSING,PGPT0000560-narQ-K07674	NA	NA
JZ016_01209	846			hypothetical protein	ATGAAGCAAAAAATTGCAGTGATCATTGTACACGGATTGGGAACACAAAAGAAAGACTATGCGGATAAATTTATGAAAAAATTGAGAGGAACCTTCTCTCAAACATCTGGCATTCCGCATGAGCAACTGGCCATGGAGGCCGTGCATTGGGCCGATGTATTCGCAGGACGCGAGTCCGAATTAATCAGCAGCAGCATTAAACCTTACCGTTTACGTTATCAGCACCTTCGGCAGTACGTGATCCACAATCTGGCGGATGCCGTAGCTTACCAACCCGTGGAAGCCGAGGATCAGAATTATGAGGCCATTCATCGGACCATCAGTGAAGCGCTGCACCGACTTGCCCTCGCAGCGGGCCCCCAGGCTCCATTATGCGTGATTTCTCATAGCCTGGGATCCGTAATCGCCAGCAATTTCTTCTATGATCTGCAATTCTCCTCCCGCGGGCATCGTCTTGTCGTTGACCCGGAAGCTCCGTTGGAGCGGGGAGAGCTCCTGACCTTATTCTATACGCTGGGAACCACCTTGCCGCTGTGGAGCATGCGGTACCGCGATTTTGATAGGCCGATCGAAGTCCCTTCCATAAAGCTGAAGCACTATCATGATCGGCTGCTGGGAGAATGGGTTAATTTCTACGATAAAGACGACATCCTTGCTTACCCTCTCAAAGGCATAAATGAAGAATATGACCGCACGGTTCGTAACGATATATCCGTTAATGTGGGAAACTGGCTAACCAGCTGGAATCCCCTGTCACACAGCGGTTATTTCTACAGCAAACCGATCCTGGAGTATATTGCTTCAAGTTTGGAAGCTACCTGGCGGAGTGTCAACCAAGTTAAATAA	MKQKIAVIIVHGLGTQKKDYADKFMKKLRGTFSQTSGIPHEQLAMEAVHWADVFAGRESELISSSIKPYRLRYQHLRQYVIHNLADAVAYQPVEAEDQNYEAIHRTISEALHRLALAAGPQAPLCVISHSLGSVIASNFFYDLQFSSRGHRLVVDPEAPLERGELLTLFYTLGTTLPLWSMRYRDFDRPIEVPSIKLKHYHDRLLGEWVNFYDKDDILAYPLKGINEEYDRTVRNDISVNVGNWLTSWNPLSHSGYFYSKPILEYIASSLEATWRSVNQVK				NA	NA	NA	NA	NA
JZ016_01210	477			hypothetical protein	ATGCAAAAAGCAGAACATATTCAGCTGGATTTCCGTTCGGCTGAACACCTGCCCATCTTGAAAGAATTCGAGCTTCCGGATGAGCAAGTCCAATTTACCGCTCATCCGAAAGAAGCACTTAACGAAGTTGAGGGTCAGCATCCTATCGTTATTTTAGCGGATGGTCATCCGGTTGGCTTCTTTATCCTGCACGCGACGGAACGCGTCAAAGAGTACACAAGCAATCCTCATGCGATGCTGCTAACCACCTTATCCATTGACCATCGGCAGCAGCGTAAGGGATATGCCAGGAGAGGGATGCTTGCGCTGTCATCCTTCATTCGGAGTCAGTTTCCTACCTGCAATGAGGTGGTATTGGCCGTAAACCATAAGAATGTTCCGGCCCAACAGCTTTATGAACGGGTTGGTTTCCAAGATACGGGCAGGAGAAGAATGGGGCCGATCGGAGAACAATGGGTGATGAATATAACCCTATGA	MQKAEHIQLDFRSAEHLPILKEFELPDEQVQFTAHPKEALNEVEGQHPIVILADGHPVGFFILHATERVKEYTSNPHAMLLTTLSIDHRQQRKGYARRGMLALSSFIRSQFPTCNEVVLAVNHKNVPAQQLYERVGFQDTGRRRMGPIGEQWVMNITL				NA	NA	NA	NA	NA
JZ016_01211	402	yheI_1	COG1132	putative multidrug resistance ABC transporter ATP-binding/permease protein YheI	TTGGAACGCGCACTTCATGCTGCTGTAATGGAAGAAGATATCAAGCATCTGCAGCATGGCCTGGAGACGATGGTAGGACCACGCGGAGTCAAGCTGTCCGGTGGTCAAGCTCAGCGGACTGCAGCTGCACGGATGCTCGTACGGGACGCGGAGCTGTATGTGTTTGACGATTTATCAAGTGCATTGGATGTTGAGACGGAGCGCAAGTTATGGGAGAGATTGTTCAGCGAGCGAGGAGGAGCGACTTGTCTCGTGGTATCCCATCGAAAAGCCGCGCTTAACCATGCTGACCATATTATCGTGTTGAACGGAGGAGAGATTGAAGCCGAAGGCACGGCGGAACAGCTGCTGGCTTCAAGCGATAGCTTCCGACAGCTGTGGTATGGCGAAGAAACAGGATAA	MERALHAAVMEEDIKHLQHGLETMVGPRGVKLSGGQAQRTAAARMLVRDAELYVFDDLSSALDVETERKLWERLFSERGGATCLVVSHRKAALNHADHIIVLNGGEIEAEGTAEQLLASSDSFRQLWYGEETG	PGPT0029040_1084	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029040-mdlA|smdA-K18889	NA	NA
JZ016_01212	1329		COG1132	putative ABC transporter ATP-binding protein	ATGGCACCGCTTGTTCCCGGACTGTTAACTAAGGCTTTCTTCGACCATTTGGAAGGTACATATACTTTTCCCTACGGCGTTTGGGCAATTGCCGTGCTGCTCATTGGCGCTGCATTAGCCCGAATTGCGCTGATCTTCGGCGGTTTCATGACAGACGTGCATTTTCGCTTCCGAATCAGCACCTTGCTTCGCCGAAATATGCTGTCCCATGTCATGAAAGAGCCTGGAGCACGGGCAATACCCTGCTCTCCGGGAGAAGCCATCAGCAATTTCCGGGATGACGTCGATCAGGCCGAAGAAGCGACAAGCTGGTCCGTGGACACTCTAGGACTCGTCGGATTCGTAATCGTTGCCAGCTGGATTCTCATATCCATTGATCTGCAGCTGACGATTCTCGTATTCGTTCCTTTGATATTGGTGGTTACTGCTGCCCAGATTGCGACCGCACGGATTCAGAAATACAGGGCCGCAAGTCGGGAATCGACGGCAAAGGTAACCGGTGCGATTAGCGAAATGTTTGCCAATGTGCAAGCCATTCAAGTCGCAGGGGCTGAGAAACGCGTAGTGGAACGGTTTGTAAGCCTTAGTGAGAAGCGGCGCCAGTCCATGGTGAAGGATAAACTGTTAACGGAAACCTTGTCTTCCGTGTTCACCAACTCCGTGAATCTCGGTACAGGATTGATCCTTGTGCTTGCGAGTCTTAAGATGCGAAGTGGCGATTTTACGGTTGGGGACTTGTCGCTCTTTGTATATTATTTAACTTTTGTCACACAGCTTATATCGAACGTAGGCAACTTCATGACTTACTACAAGCAGATGGGCGTCAGCTTTCAGCGCATCAAATCCATGCTTCAAGGGGCACCTGCTTCGCTGCTTACGGCTGCCAATTATATCGGTATCGGTAAGTTTAAGAACAAACGGAATCAAGAGAAGGAAGCTCATCCTGATCGCAGGGCACAGATGAATTCGTTGACCCAAGGAAGATTCAATCCTTCCGCTATTTCCGCTGCCGAAGACGGCATGGAAACGGCTATTATCAAGGCACCGCCCCTCTCGTTGCTTGAAGCGCAAGGACTGTCGTATCGATATCCCGAAACCGGGCGCGGCATTTCGAATATTAATCTGACCCTAAAGAGGGGTACTTTTACTGTCGTTACGGGGATGATTGGCAGCGGCAAAACGACGTTAGTTCGCACATTGCTGGGCTTACTTCCTGCCGAAAAGGGCGAAATCCGGTGGAACGGTGAAAGGGTGACGGAGCCAGCTGATTTCTTCATCCCGCCTCAAAGTGCATATACGGCACAAGATCCCCAGGCTGTACAGCGATAA	MAPLVPGLLTKAFFDHLEGTYTFPYGVWAIAVLLIGAALARIALIFGGFMTDVHFRFRISTLLRRNMLSHVMKEPGARAIPCSPGEAISNFRDDVDQAEEATSWSVDTLGLVGFVIVASWILISIDLQLTILVFVPLILVVTAAQIATARIQKYRAASRESTAKVTGAISEMFANVQAIQVAGAEKRVVERFVSLSEKRRQSMVKDKLLTETLSSVFTNSVNLGTGLILVLASLKMRSGDFTVGDLSLFVYYLTFVTQLISNVGNFMTYYKQMGVSFQRIKSMLQGAPASLLTAANYIGIGKFKNKRNQEKEAHPDRRAQMNSLTQGRFNPSAISAAEDGMETAIIKAPPLSLLEAQGLSYRYPETGRGISNINLTLKRGTFTVVTGMIGSGKTTLVRTLLGLLPAEKGEIRWNGERVTEPADFFIPPQSAYTAQDPQAVQR				NA	NA	NA	NA	NA
JZ016_01213	1902	btuD_6		Vitamin B12 import ATP-binding protein BtuD	ATGCAAAGCGATCGCATGTTAAACAGCAAGCGAAGGACCACGGGGATTGGCATGTATAGGGAAATGTTATTCCGATACGTATTCCCGCATAAGAAATTACTGGTAGCTTTGAGCGTGCTACTGTTATTTTCAATCGGGCTGCAACTGATTAATCCGCAGATCATCCGGTATTTTATCGATACGGCTCAAGGAGAGGGAAGTCTGACATCCCTTTATTATGCGGCAGGTTTTTTTATCGTATTTTCATTGCTCCAACAAGGCGTTTCCATTGCGGCTGCTTACTATAGCGAGAATCTGGGCTGGACGACAACCAACAAGCTTCGAGCAGAATTGGCGGAGCACTGCCTGTCGCTGGATATGAGCTTTCACAAAACCCAAACGTCGGGCTCTTTAATCGAACGAGTCGATGGCGATGTGAATGCGCTTGCCAATTTCTTCTCCAGCTTTATTATCCATCTGTTCGGCAATCTGCTCCTTATGATCGGAATTCTGGCTCTCCTGTATCGGGAGAACTTCTGGATTGGATTTGTCATGACCGTGTTTGTTGTCGGCAGCATTTACGTCATTCAACATATCCGTCGATTTGCCATACCGGTATGGAAGCGCTGGCGCGAGCTGAATGCGGATTTCTACGGATTCATTGGCGAACACCTCGAAGGCACTGAAGATACGCGTGCTAACGGGGCGGCAGGATATGTCATGAATCGATTCTACGAGATGGCCAGACGCATGCTGCCGGTTCGAGTACGTGCATTCATCGGATTTTTCCTCATGTGGAGCACAACGATATTGGTGTTTGCGCTTGGCAATGCGGCCGCATTTATCGTCTGCGCCATACTGTGGAAGAACGGACAGGGCGGTTTGACGATCGGCTCCATATATTTAGTGTTTTATTATACCGAGCTGCTAGCCAAACCGATCGAGAAGATCCGCACCCAATTGGAGGACCTGCAAAAGGCGGATGCCAGCTTGATGCGAGTCCGGGAATTGCTTGCAACCGAGCCCCAGATCAAAGACGGGCCCGGAGCTCCGCTTCCGGCAGGCCCGTTGTCGGTGGAATTCCGCAACCTAAACTTCTCCTATGAAGAGGGCGGGCAGGCTACGCTCGAAAATCTGCAGCTGCGGCTCGAGCCGGGCCAGACTCTGGGGCTGCTCGGGCGTACAGGCAGCGGAAAAACGACGATCGCCCGCCTGCTGCTGCGTTTCTATGATCCGCAGGAGGGAAGCATCGAGCTGGCAGGAACGGATATCCGGGACTGCAAGCTTCATGAACTGAGGCGCAAGGTCGCGATGGTTACGCAGAATATTGAGATTTTGGAAGGGACAGTTCGTGATAATCTGACCTTGTTTGGTGAAGGCATCGAGGATCGCCGAATTATATCCGTGCTAGAGGAGCTTGGGCTTGGAGACTGGTATGCTTCGCTTCCCGAAGGACTCGGTACGAGCCTTGCCTCAGGCGGCGGAAGCCTGTCGGCCGGTGAGGCCCAGCTGTTGGCGTTTGCCCGCGTCTTCTTGACGGATCCGGGTCTCGTCATCCTTGATGAAGCATCGTCCCGCCTCGATCCGTTAACGGAGTACCGGATTGAAGCAGCCATTACGCGCCTGCTTCAGGAGAAGACCTGTATTATCATTGCCCACCGCTTGGCTACGGTTCAGCGTGCCGACCGAATTCTCATACTGGAGAATGGTAGAATGCTCGAAGCGGACGCCGGGAAGAGCTTGCCTCAAACCCGCAATCACGGTTTAGCCGCATGCTTGCCGTTGGAATGGAGGAGGTGCTGGCATGAAAACAAGGCATTTTTTCTGGCGGTTGATTATGTACCGCCCGGGGTTGTACCTAATCAACCTGTTCGCGTGGTCCCTTATCCATATGGCACCGCTTGTTCCCGGACTGTTAACTAA	MQSDRMLNSKRRTTGIGMYREMLFRYVFPHKKLLVALSVLLLFSIGLQLINPQIIRYFIDTAQGEGSLTSLYYAAGFFIVFSLLQQGVSIAAAYYSENLGWTTTNKLRAELAEHCLSLDMSFHKTQTSGSLIERVDGDVNALANFFSSFIIHLFGNLLLMIGILALLYRENFWIGFVMTVFVVGSIYVIQHIRRFAIPVWKRWRELNADFYGFIGEHLEGTEDTRANGAAGYVMNRFYEMARRMLPVRVRAFIGFFLMWSTTILVFALGNAAAFIVCAILWKNGQGGLTIGSIYLVFYYTELLAKPIEKIRTQLEDLQKADASLMRVRELLATEPQIKDGPGAPLPAGPLSVEFRNLNFSYEEGGQATLENLQLRLEPGQTLGLLGRTGSGKTTIARLLLRFYDPQEGSIELAGTDIRDCKLHELRRKVAMVTQNIEILEGTVRDNLTLFGEGIEDRRIISVLEELGLGDWYASLPEGLGTSLASGGGSLSAGEAQLLAFARVFLTDPGLVILDEASSRLDPLTEYRIEAAITRLLQEKTCIIIAHRLATVQRADRILILENGRMLEADAGKSLPQTRNHGLAACLPLEWRRCWHENKAFFLAVDYVPPGVVPNQPVRVVPYPYGTACSRTVN				NA	NA	NA	NA	NA
JZ016_01214	246			hypothetical protein	ATGAATAAGAAAAACAAAATGAGTATGTGGTCGTTAGGACTTGGGAGTGCTTTTCTGATGATGATGCTAGCTAATCATGACAATGTGCATGATGGACAAGCCCGATCGGGTATCGCTTCAAGTGCGGCCAGATCCAATGTGGCCATCCAATCCGTTGATAAGAGCCCGGCTGTCAGTATGCCAGAGAACCAGGAAATAACCCCCGAAATGATTAATCAATTCTTGAAATTAGTGGCAGAAACATAA	MNKKNKMSMWSLGLGSAFLMMMLANHDNVHDGQARSGIASSAARSNVAIQSVDKSPAVSMPENQEITPEMINQFLKLVAET				NA	NA	NA	NA	NA
JZ016_01215	483			hypothetical protein	ATGGCAACGATGCAAGAGGCTATTGAACTCCGCACTGCAGGTCTACCGGAGGAAGCCAAAGAAATTCTCCTCGGGCTGTTAGCCCAATCCCCAGACGATCCCGAACTCCTGTATCAGCTGGCCTGGGTGCATGATCTGATGGGGCTTGAGGGTGAGGCGGTTCCTTATTATGAGAAGGCGATCTCTTCTGGCCTGAAAAATCCTGAGCGATGCGGTGCATTGCTTGGACTTGGAAGCACCTATCGTACGTTGGGAATGTACGACAAATCCAAGGGGATTTTGGAGCAGGGCTTGCAGGAATATCCCGAGGCGAGGGAGTTTAACGTATTTTATGCGATGACCTTGTACAATTTGGGACAATACGATAAGGCGATGGCACTTCTGCTTAAAGAAATAGGCGAAACCAGTAATGACGAGGGAATCAAAAGCTACCAGAAGGCGATTGCTTTCTATTCGGATAAGCTCGATCAGATTTGGAAGTAA	MATMQEAIELRTAGLPEEAKEILLGLLAQSPDDPELLYQLAWVHDLMGLEGEAVPYYEKAISSGLKNPERCGALLGLGSTYRTLGMYDKSKGILEQGLQEYPEAREFNVFYAMTLYNLGQYDKAMALLLKEIGETSNDEGIKSYQKAIAFYSDKLDQIWK				NA	NA	NA	NA	NA
JZ016_01216	522			hypothetical protein	ATGGAGAATGGCTATGAGTCCGTATCCTTACAGCAGATCGCTAAGGCTTGCCAAGTGACCAAGGCTTCCATCTACTATCATTTCACAAACAAACCCGAGCTGTTTAAAATAGCGGTGACCACGATTCTCGATAAAGCGTATGCTTCCACTCATCGCTTTCTGCAAGAGGCCGATACGCTGGAGTCCGGATTAATCCGGGTGGCTGAAGCGAAGATCGCCCGTCCGCATGCCGAGATGGAGACGATGATGCGGGAAGCGGAGCCTTTTTTATCCCAGGAGCAGATGTCCGCGATCCGTGAGGCGGAACAGCGAATTCATGAAGTCATTGCCGATCGGTTTGATCAAGCGATGCGTTCCGGCGAGCTTCGGGAAGGCAATCCTCTGCTTATGGCGCAGGCTTTCTCGGCGATGCTGATGCTGGGCAATCGTGAAGATACCCGGAGCGGTTATGCCAGCGCTCGTGATATGGCTGTTGAGATCGTGGATCTATTCTTGCATGGAGCAGTGAACCTTCCAAAGTAA	MENGYESVSLQQIAKACQVTKASIYYHFTNKPELFKIAVTTILDKAYASTHRFLQEADTLESGLIRVAEAKIARPHAEMETMMREAEPFLSQEQMSAIREAEQRIHEVIADRFDQAMRSGELREGNPLLMAQAFSAMLMLGNREDTRSGYASARDMAVEIVDLFLHGAVNLPK	PGPT0028895_768	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028895-mexL-K18301	NA	NA
JZ016_01217	636	yodC_2	COG0778	Putative NAD(P)H nitroreductase YodC	ATGTCTACCATAACAAAACCCGATTTTCAAACCGTGATTCAGGAACGCCACTCGGTTCGTCAGTACGACCCGTCGGTAAAGATTCCAAGAGAAGAGATGGAAGCGATTCTGAAGGATGCTACACTGGCACCTTCCTCAAGCAATCTGCAGCCATGGCGCTTTCTTGTGATTGATGATGCTGAGCTTTTGAAGAAGCTGCATCCGATTGCAAACAATCAGGAGCATGTACTTCAAGCCTCGGCCGTCATAGCTGTGCTGGGTGATATGAAATGGTATGAGAAGGGCGAGAAGATTTATTCGATGTCTGAAGAAGCGGGATATATGACCGAAGAGGTGAAGCAATACTTTATCCATACGGCCGAAAATCTTTATGCGAATATGGATCAATCCGTGAAAGAAAGCATCGTGGACGTGGATGCTGGACTGATCTCCATGCAACTGATGCTGAGTGCACGCGCAAGGGGTTATGATACCGTGCCGATGGGCGGATATAACAAAGTGCAATTCGTGGAAGAGTTCAATATTCCTGCCCATTACCGCAGCGTGATGTTGATTGCTATCGGGAAAGCAGCCGCTCCAGGTCGGCCAACGATAAGATTGCCGCTTGAAGACGTTGCTTTCTGGAATAAAATCTAA	MSTITKPDFQTVIQERHSVRQYDPSVKIPREEMEAILKDATLAPSSSNLQPWRFLVIDDAELLKKLHPIANNQEHVLQASAVIAVLGDMKWYEKGEKIYSMSEEAGYMTEEVKQYFIHTAENLYANMDQSVKESIVDVDAGLISMQLMLSARARGYDTVPMGGYNKVQFVEEFNIPAHYRSVMLIAIGKAAAPGRPTIRLPLEDVAFWNKI	PGPT0028511_7	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028511-yodC-NA	NA	NA
JZ016_01218	450			hypothetical protein	ATGAGCATCCATAAAGAAGCGGCCTCCAAAAAATCGACAATGGCCTGCCCGTCCACTTATAAAACCTTCAGTCTGGCTGTACAAGCGCTGGTTACGCTTGAACGTCACTCCGGTAAATGCTCGAGCGGCGATATCGCCTCGTATTTGCACTCGGAATCAACTTTAATTCGACGCGTGCTGAAAACACTTGCGCAAGCCGATATGATTGAGTCGCGTGAAGGAAGAGACGGCGGATACCGGCTGAAGAAGAATGCCTGCGACATTACACTGGCTGAAGTTTACTCGATTCTTCAAGTCCACAGCTCCATCAGCGACAGTATGCTGGATGCGGCTTCCGGACATTGTTTTGCCGAGGAAATCAAGGAATCCTTTGTCGGCATTTTATCCGAGATTGAGGACAGTACCCTGAAAATACTGGAATCCCGGACGATTGCGGACATCGCTCAGTGA	MSIHKEAASKKSTMACPSTYKTFSLAVQALVTLERHSGKCSSGDIASYLHSESTLIRRVLKTLAQADMIESREGRDGGYRLKKNACDITLAEVYSILQVHSSISDSMLDAASGHCFAEEIKESFVGILSEIEDSTLKILESRTIADIAQ				NA	NA	NA	NA	NA
JZ016_01219	2004	nhaK	COG0025	Sodium, potassium, lithium and rubidium/H(+) antiporter	GTGGAAATATTTCTTATGGTACTTATGTTTCTGGTCCTTGTCGGTATTTCAAACATTATTAATCGATTTCTGCCGTTCATACCTGTCCCGTTGATTCAGATTGCGCTTGGGATCGGGGCCGCCTATATTCGCGGGTTCCATCACGTTCCGCTGAACTCGGAATTGTTCATGGTTCTGTTTATCGCACCGCTCTTGTTCAATGACGGGAAGCTTACCCCGCGCGAAGAGTTATGGAAGCTCAGGTCCAGTATCCTGCTGCTGGCGCTAGGTCTCGTATTTGCAACGGTACTGATCGCGGGCCCTTTCATTCATTGGCTTATTCCGACCATACCGTTATCGGCTGCATTTGCGCTGGCGGCGATACTCTCGCCTACCGATGCGGTTGCGGTGGGCTCCCTGTCAGGCAGGGTGAAGCTGCCGGGAAAAATCATGCATTTGCTTGAAGGCGAAGCGCTGATGAATGATGCATCCGGTCTCGTTGCATTTAATTTTGCGATTGCAGCTACCGTAACGGGTTATTTTTCGTTAACGAATGCCATCGGCAGTTTTTTTGTCATTGCGGTTGGAGGCATCGTGATCGGCGCACTTCTAGGATTTCTTGTGATCTGGTTCCGAATGCTGCTTCGCCGTCTCGGTATGGAGGACGTCACGCTTCATATGCTGATCATCATTCTGACGCCATTCATCATCTACCTTATCGCCGAGGAATTTCATCTATCCGGGATTCTGGCTGTCGTTGCGGCGGGTGTCACCCATGCGGTTGAGAGGGATCGCATGCGATCGGCGTCCATAAAGCTCAGAGTGGTATCGGACAGCACCTGGTCGGTCATTCTCTTCACGCTAAATGGGCTGGTGTTCATTCTGCTCGGGCATGAAATCCCAGGAGTCGTTAATCAAATATGGAGTGACCCTGCCTATAACAATGGACAAGTTCTCGGCTATATTTTTCTTATAACGGCTGTATTGATATTGCTGCGTTTCGCATGGGTCTGGGCATCTACGAACCGTCAGTATAAATCTTCCCTGTTGACTGCACTATCGGGCGTACGGGGAGCATTGACGCTGGCTGCGGCTTTCTCTATCCCGCTCACCCTCTCGGACAATCGTCCTTTCCCAGAACGAAGCTTAATGTTATTCATCTGTGCGGGCGTGATTTTGTTAACGCTGGTGATCGCGAGTGTTCTGCTTCCGCTTTTGACACGGGAGAAACATGTGGATTCGTCCGCGGTGATCAATCGCGAGAAAGAAGCACGGCTTCATATGCTGCAAGCGGGTATACGTACCGTGCGTGAAGAAATGACGGATGAAAATAAGGAAGAGGCAGTTCAGCTTATCTATGCGTATACGAAGCGGCTTCAGCAATCACAAATAACGGATAAGAGCGACATGCGGGAGTTCTGGAAAGCCACCATCGCAGTAAGAAAAATCGGACTCGCAGCGGAACGGAACGTTGCGGAAACGTGGCTTAAGGAACATAAAGCATCCGCAAGGGTCGCGGAGCTGTTCCTATCCTCGCTGAACAAAGTCGAGATGCTGCTTACCAGCCGATATAAGTTCAAGCTGCTTATGAGGAATTTATGGCGGAACTTGAAGAACTTGCTGAAAAAAAACGAGTCCCATGAAACGCGCATGTCTCCGGACCATCCGGATTGGGATATGTATAAGGCACTAAAGCTGGAGGCGATTCGTGCTGCAATACATGAGATCCAAACGGTGAAACCGGCACAGAGGCAGGAAATCCTGCAAGCCGTTATTGCAGACTATCGTGCAATGGAGCATTTTCTTCAGAATGATCGTGTGTGGAGTCGAAGAAAGCAGAAGCTTAGCAGTGAACGCCGGGAACTGGAACTTAAAGCCATTCAATCCGAGCGTAACGAGATTCAAAGCATGTTCGAACAGGGCGATATTGACAGGTCATTGGCGAGCCATCTGAGAATGGATGTGAATTACCGAGAGGCGAATTTGTATGAGTCTCAAGCACTGGTTGAAGATGAGGGCCATTAG	MEIFLMVLMFLVLVGISNIINRFLPFIPVPLIQIALGIGAAYIRGFHHVPLNSELFMVLFIAPLLFNDGKLTPREELWKLRSSILLLALGLVFATVLIAGPFIHWLIPTIPLSAAFALAAILSPTDAVAVGSLSGRVKLPGKIMHLLEGEALMNDASGLVAFNFAIAATVTGYFSLTNAIGSFFVIAVGGIVIGALLGFLVIWFRMLLRRLGMEDVTLHMLIIILTPFIIYLIAEEFHLSGILAVVAAGVTHAVERDRMRSASIKLRVVSDSTWSVILFTLNGLVFILLGHEIPGVVNQIWSDPAYNNGQVLGYIFLITAVLILLRFAWVWASTNRQYKSSLLTALSGVRGALTLAAAFSIPLTLSDNRPFPERSLMLFICAGVILLTLVIASVLLPLLTREKHVDSSAVINREKEARLHMLQAGIRTVREEMTDENKEEAVQLIYAYTKRLQQSQITDKSDMREFWKATIAVRKIGLAAERNVAETWLKEHKASARVAELFLSSLNKVEMLLTSRYKFKLLMRNLWRNLKNLLKKNESHETRMSPDHPDWDMYKALKLEAIRAAIHEIQTVKPAQRQEILQAVIADYRAMEHFLQNDRVWSRRKQKLSSERRELELKAIQSERNEIQSMFEQGDIDRSLASHLRMDVNYREANLYESQALVEDEGH				NA	NA	NA	NA	NA
JZ016_01220	759		COG1028	3-beta-hydroxycholanate 3-dehydrogenase (NAD(+)) 2	ATGAGATTAGCTGGTAAAGTTGCGATTGTTACGGGTGCTGCTTCCGGTATGGGAAAAGCGACAGCGGAACTGTTTGCCGCCGAAGGCGCAAAGGTTGTCGTGTCTGACCTGCGTCTTGAGGCAGCGCAAGCCGTTGTTGACGGAATTACGGCAAAAGGCGGCACGGCCCTGGCATTGGTAGCGAATGTGGCCAAGGAAGAAGATGTTCAGCAGCTGGTAGATGCTACTGTTAATGAATATGGAACGCTTGATATTTTGATCAACAACGCTGGCATTATGGACAACTTCGTACCGGCTGCCGATCTAACGGATGAGTTATGGGATCGCGTATTTTCCATCAACACGACGGGACCGATGAGGACCATTCGTAAATCATTGCCAATCTTCCTGGAGAAGAAAAGCGGAGTCATTGTCAACATTGCATCTGCTGGAGGTCTAATGGGGTCCAGAGCGGGTGCAGCATATACGGCCGCTAAGCATGCCGTTGTCGGATTAACGAAGAATGTCGGTTTCCAATATGCAACGCAGGGAATCCGCTGTAATGCGGTTGCTCCAGGAGGTGTCATCACGAATATCAGCACCACCCTCAACGCGCCGAATTCGTTCGGCATGGAAAGAGCGATGGCTGGTATCAACCTGAACCCGCGGGCAGGCGAACCGGAAGAGATCGCGAAAGTCGTACTGTTCCTGGCTTCAGATGAAGCTAGCTTCGTCAATGGTACTGTTGTAACAGCCGATGCAGGCTGGACTGCATATTAA	MRLAGKVAIVTGAASGMGKATAELFAAEGAKVVVSDLRLEAAQAVVDGITAKGGTALALVANVAKEEDVQQLVDATVNEYGTLDILINNAGIMDNFVPAADLTDELWDRVFSINTTGPMRTIRKSLPIFLEKKSGVIVNIASAGGLMGSRAGAAYTAAKHAVVGLTKNVGFQYATQGIRCNAVAPGGVITNISTTLNAPNSFGMERAMAGINLNPRAGEPEEIAKVVLFLASDEASFVNGTVVTADAGWTAY	PGPT0003180_9775	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_01221	609			hypothetical protein	ATGCAAACGAGAAATAACAGGACCGACCGTCGCGTCGTCCGCAGCCAAGAGGCTTTAAAGCAAGCGCTTCTATCACTCCTCTCGCAGAAGAGCTTCTCCAGCATTTCCATTACGGAAATCGTAGAGTTAGCGAATTACAATCGAGGAACCTTCTATACCCACTACGACAACAAAGAGTCTCTACTTGATGATATCCTGACCCCTTTAATGGAGGAACTGATTGCTTCCTTCAGGGCTCCCTACGGGGAAGTCGACGTATTTCATATCGATGAGCTGCCTGCTAATGCGGTAAAAATATTTGATCATATTCATCAAAATGCAGACGTATATACAGCCTTATTCAAAAGCGATGTTCTGCCGCTGGTCCGGGATAAAATGTTCTCGGCATTAAAGCAAATCGCCATGGAGGATCTGGACTATCCCGGTGAAGAGCTCAACCATGAACTTCTCATCATCTACAACATGCACGCCTTAATCGGCCTGGTATTCCACTGGATCGAGAACAATTTCCACTATTCCGTCCCTTATATGAGGGATCAGTTGGTTCTCATGATCAACTGGAGGCCGAGAAGCGTTAGAACACAAGTCAAGCGCACGGATCCTACATGA	MQTRNNRTDRRVVRSQEALKQALLSLLSQKSFSSISITEIVELANYNRGTFYTHYDNKESLLDDILTPLMEELIASFRAPYGEVDVFHIDELPANAVKIFDHIHQNADVYTALFKSDVLPLVRDKMFSALKQIAMEDLDYPGEELNHELLIIYNMHALIGLVFHWIENNFHYSVPYMRDQLVLMINWRPRSVRTQVKRTDPT				NA	NA	NA	NA	NA
JZ016_01222	600			hypothetical protein	ATGACCACGAACGGTAGACCGCGTGAGTTCAAGAAAGAAGCTGTCATTGATGCAGCCATGGACGTATTCTGGTCCAAGGGTTATGAAGCGAGTTCCACGCAAGAGCTGTGCGAGAAGACAGGGCTTGGTAAAGGGAGCCTGTACAATGCGTTTGGCAGCAAGAATGAGTTGTTCGAGCAGGTGCTTCAGCGTTACAATGATGAAGGCCTGAAGATATCCAGAGAGATTCTGGGCCGGTCCGTCCCGGTTAAGGAAAGGCTGCGCGCCTTGTTTGAATGGGCGATCGGCATGGATTTTTCGGATCCGAATCATCGCGGCTGCATGGCGGTTAATATTAGTATGGAACGAGCTGGGCGGGACCCGATGGTCGAGCGGATATTCGGGCAATATATTTATGATCTCGAGGAAGACTTGGTCCGCGTGATGGAAGAGGCGATTCATTCGGGGGAGATACGAGGTGAACGCTCTGCGAAGCAGCTGGCTAGTTTATTCTTAAGCAGCTATTACGGACTGCGGGTGATGAACTCCGCTACGATGAATCGGGAGTTAGCCGATCGAATCGTCGAAAGTACACTCGACGCTATTTTCTCTAGAGTATAG	MTTNGRPREFKKEAVIDAAMDVFWSKGYEASSTQELCEKTGLGKGSLYNAFGSKNELFEQVLQRYNDEGLKISREILGRSVPVKERLRALFEWAIGMDFSDPNHRGCMAVNISMERAGRDPMVERIFGQYIYDLEEDLVRVMEEAIHSGEIRGERSAKQLASLFLSSYYGLRVMNSATMNRELADRIVESTLDAIFSRV				NA	NA	NA	NA	NA
JZ016_01223	1683	uidA_1	COG3250	Beta-glucuronidase	ATGCTGCGATTATTTGATACCCACCATATTCGAAAGTGCAAGGAACTGGAGGGAATGTGGGAGTTTGCTCCAGTAGCCGGCATAGGGGAGCGACCAGCCAGTTACACTGACAAGCTGCCTGTTCCCGGTTGCTGGGAGATGCACCCACGCTTCGGAAACTATAGGGGAGTTGGGGTATACCGCAAGATCATCTCGCTGTCCCGAAAAACCAATTTGCGAATCGAATTCAAAGGGGTCAGCCACACGGCACATGTTTATTTCAACGGGGAATTGGCAGTCCGTCATTATAACGCATATACCGCCTTTGACATGGTCATCCCGGAAGTTCAAGCCGGTGAACATGAACTGCTGGTGTATGTGGATAATTCCTTCAACGAGGAATCGGCCCTTCATGTTCCTAACGATTACTATACGTACGGCGGCATTATTCGGCCGGTTGCCCTGGAGGAGATAAGCGATTTATACATTGAACACGTCATGTTCACTCCATATAAACAGGGCGGGGTTTGGCACGGTTCTTGGAAGGTAGTGATCCGAAACCTTGGAAGCCTTGTGAAGAAAGGATCACTCCGCGGTTCGCTGGCTGAGGTGGAGGGGGTGCTTGGAAGCTTTGAAGTGAAGCCAGGGGAGCGGGTCGAACGAATAGCCACCGTATCGTATCCAGGTGTGTTGGAATGGTCGCTGGACGACCCGAATTTGTATGTGCTGCGAGCGGTCCTTGCCGTTGATGGTACGGATTGCGATGATTGGCTGGACCGCATAGGCTTTCGCGAGATAACAACGCATCACGGAAAAATCCAATTGAACGGCCAGAATCTCGTGCTCAAAGGCGTTAACCGGCATGAGGACCATCCCATGGCCGGTTCCGCACTTCCGTTGCCCCTCATGGTAAAAGATGTGGACCTCATAATAGAGCTTGGTTGTAATTCCGTTCGGACGAGCCATTATCCGAACGATGAGCGATTTCTCGATCTATGCGATGAACGAGGGATTGCGGTGTGGGAAGAAAATCACGCCCGCGGTTTGAGTCTGGAGCAGATGCTGCACCCGAATTTCGGTTGGCAGAGCGAGCAGGTGACTCGTGAAATGGTGCAGCAGCATTTTAACCATCCGTCCATTCTGATATGGGCCATTCTGAATGAATGCGCCAGTAATACGGAGGAGGGGAGAGCTCACTACGCGAAGCAGTTAACCATTATTCGGAAGCTTGATCCAAGTAGGCCCCGGTCCTTCGCTTCCCATCACCGTGATCAGGAGAAATGTTTTGATTTGGCGGAGATCGTGTCATTCAATCTCTATCCAGGCTGGTATACCGACGAGAATCCTGGGGAACTGGCGGATCTGGCCAGAAGCTGGGCAGATGCGCTCGGCGGAGAAGGTAAACCGATGATTATGAGTGAATTCGGAGGGGATGGGTTCTACGGATTCCGCAGTCCGAATCGGGAGAAAGGCTCCGAGGAGCGTCAGGCCGATATTATCGCGAGCAATCTGAAGGCATACATGGAGCGCGAATACATTTCCGGGATGTTCATATGGCAATTTAGCGATTGCCGCGTGACGGAAGGGCTTGGCTGGCTGCTGAATCGTTCTTGCACGCGGAACAGCAAAGGCATCGTGGATGAATATCGGCGTCCGAAGCTGGCGTATGAAACCGTTCGAAGACTTTTTATGGGAGAATCATAA	MLRLFDTHHIRKCKELEGMWEFAPVAGIGERPASYTDKLPVPGCWEMHPRFGNYRGVGVYRKIISLSRKTNLRIEFKGVSHTAHVYFNGELAVRHYNAYTAFDMVIPEVQAGEHELLVYVDNSFNEESALHVPNDYYTYGGIIRPVALEEISDLYIEHVMFTPYKQGGVWHGSWKVVIRNLGSLVKKGSLRGSLAEVEGVLGSFEVKPGERVERIATVSYPGVLEWSLDDPNLYVLRAVLAVDGTDCDDWLDRIGFREITTHHGKIQLNGQNLVLKGVNRHEDHPMAGSALPLPLMVKDVDLIIELGCNSVRTSHYPNDERFLDLCDERGIAVWEENHARGLSLEQMLHPNFGWQSEQVTREMVQQHFNHPSILIWAILNECASNTEEGRAHYAKQLTIIRKLDPSRPRSFASHHRDQEKCFDLAEIVSFNLYPGWYTDENPGELADLARSWADALGGEGKPMIMSEFGGDGFYGFRSPNREKGSEERQADIIASNLKAYMEREYISGMFIWQFSDCRVTEGLGWLLNRSCTRNSKGIVDEYRRPKLAYETVRRLFMGES	PGPT0018200_721	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCURONIDASE,PGPT0018200-uidA-K01195	NA	NA
JZ016_01224	837	rhaR_18		HTH-type transcriptional activator RhaR	GTGTATGATGCTCGAGATTTGGTTGTGCGGATCAACTGGACCTTCCGAAAGACAACCTCTTCCGATTGGTCTGATATCCGTAATAATACGTCAGTGCACAGTTTCTACTGGATCCATGAAGGCAGCGGAATCTTCTATGCGGATCAAGCATATCCGGTAAGTCAAGGCATGCTGTTTTATATGGAACCAGGCTTGCAGATGCGTATGAAAAACGCTCCGGAAGCCCCTCTTACCATAAGCATGGTGCTGTTTGAATGCTGCTGTCTTCAACATTCCCGGTCTGAATGGCAGCTCCCTCAAAGCGTTCAGCGGCTTGATATCCCATTTATGGCCCATTATCTAGGCGAGCAAGCCATCGGGATGGACCATGGTTTCAGCGAGTTGACAAGGGCTTGGGTTCCCGGGAATACGGAGAGTGAATTGGAAAGCAGCGCCCTGCTTCTAAGGATGATCGCCAAATTACATCAGGAGAACAAGCCGTCTCTAATAGAGCCCGCATATGAGGCATATCACAGGATAAAATCAGACATCGAAGACCATTACGCCGATCCGCTTCATATTGGATCCTTAGCAAAGAAACATGCCATTTCAGAGTCATATTTGCGAAAGCTGTTTATGAAGCATCTGCATGTTTCTCCCAAGGACTACCTGACCGACATCCGTATGCGGCATGCAGAGCGTTACTTGGCATACACGTCGTATACATTGAGGGTTATCGCCAACGCATGCGGATATCATGATGAATTTCATTTCAGTAAAGCATTTCATAAGTACAAAGGGATGGCTCCCGCAGCGTTTCGAAAAAGCTCAAAACATGCGAATCATTCTACCCTGTAA	MYDARDLVVRINWTFRKTTSSDWSDIRNNTSVHSFYWIHEGSGIFYADQAYPVSQGMLFYMEPGLQMRMKNAPEAPLTISMVLFECCCLQHSRSEWQLPQSVQRLDIPFMAHYLGEQAIGMDHGFSELTRAWVPGNTESELESSALLLRMIAKLHQENKPSLIEPAYEAYHRIKSDIEDHYADPLHIGSLAKKHAISESYLRKLFMKHLHVSPKDYLTDIRMRHAERYLAYTSYTLRVIANACGYHDEFHFSKAFHKYKGMAPAAFRKSSKHANHSTL				NA	NA	NA	NA	NA
JZ016_01225	1011	degA_1	COG1609	HTH-type transcriptional regulator DegA	ATGATAAGAGCGACTATTTATGACGTTGCGCGCGAAGCCGGCGTCTCCATTGCCACCGTCTCTCACGTCATGAACGGCAAGGGCAAGATCAGTCGCGAACGGCGTGAGGAGATTCTCGATATCATGCAGCGCCTGAATTATCGGCCGAATGCGATTGCCTCAGCCCTCGCCGGCAAAAAAACCTATACCCTGGGCTTGCTCGTTCCTGACATCTCGAACCCCTTTTTTGCCGAGATTGCACGATCGGTCGAGGATCACGGGCATCAGCTTGGATACAGCGTGATCATCTGCAGCACGGACAACCAGGAAGAGAAGGTAAAGCGCTATGTCAGCCTGCTGAGACAAAAGCAGGTGGACGGCGTTATTATCGGTACGGGCGTATCCCATGGCGAGCTGCTTAAGCCGCTTCAGGAGCATTCGCTGGCTATAGCGCTTATCGCTCGCGACAATCCGGCACTTGGCGCAAGCAGCGTTCGGGTTCATGACTTGGAAGGGGGCCGTCTGGCTGCTGAGCATCTGCTTCGTTTCGGTCACCGCAGGCTGGCGGTACTCGCCGAGCATGAACGGGTGACGAGCAGCAATGAGCGGGTAAGGGGTTTTGTCGAGGCTGCCGCCTTGCTCGGTTTGGAGCCGTCTCCCGACTATATGGCGGCCTGTGACCATAAGATCGAGGACGGATACCGCCGAGCCAAAGCTATTCTGGAGCTGGAGGAACCGCCCACGGCGCTGTTTTGCTGCAACGACCTGCTGGCGATCGGCGCCCTTCAGGCGATCCGCGAGCTCGGGCTGCGCGTTCCGGAGGACTGTTCGGTCGTCAGCTTTGACGATACGATTCTCGCCCGGGTAACCGATCCGCCGCTCACCGTTATTGCCCAGCCGATGGAACAGATGGGCCGCCTGGCGGTAGACCTTGTAGTCAGGAATCTGTCCAGCCAGGGAGAACCTCCACAGCGGATTGTGCTCCCCCCAGAGCTGGTCATCCGCCGATCCACGGCCCCGCCGCCGGGATAA	MIRATIYDVAREAGVSIATVSHVMNGKGKISRERREEILDIMQRLNYRPNAIASALAGKKTYTLGLLVPDISNPFFAEIARSVEDHGHQLGYSVIICSTDNQEEKVKRYVSLLRQKQVDGVIIGTGVSHGELLKPLQEHSLAIALIARDNPALGASSVRVHDLEGGRLAAEHLLRFGHRRLAVLAEHERVTSSNERVRGFVEAAALLGLEPSPDYMAACDHKIEDGYRRAKAILELEEPPTALFCCNDLLAIGALQAIRELGLRVPEDCSVVSFDDTILARVTDPPLTVIAQPMEQMGRLAVDLVVRNLSSQGEPPQRIVLPPELVIRRSTAPPPG	PGPT0017992_10581	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_01226	801	iolB	COG3718	5-deoxy-glucuronate isomerase	ATGCCGAACTTAATTGTACCCCTAACGACGCCGGACCTGGACGGGCGCGTGCTGTCTATAACGCCGCAAAGCGCAGGCTGGACATATGTGGGATTTGAAGTATTCCGTTTACGGGAAGGACAGACGCTGAGAAGAGTCACGGGAGATCAGGAAGCGGCTGTTGTTCTGTTAACTGGGCGAGCCGACGTGAGGGCCGGGGGAGAGAGCTGGCACAACATTGGCAAACGCATGAGCGTGTTTGAAAAGACGCCTCCCTATACGGTTTATGTGCCCTCACAGAAAGAGTTCGAGGTCACAGCACTAACTGAAATGGAGCTGGCGGTGTGCCTTGCCCCGGGGAAAGGCACGCATCAGGCCCGTCTCATCGCGCCGGAAGAGGTCGGCGTGGAGAACCGCGGGAGCGGGAGCATGTCGCGTCTGGTGCATCATATTTTGCCGGAGCAAAAGCCTGCGGACAGTCTATTGGTGGTCGAGGTGTTTACGGACGGGGGCAACTGGTCCAGCTACCCGCCGCACAAGCATGACCGCGACGAGCTGCCGGAGGAGTCGCTGCTGGAGGAAACCTACTATTTCCGGGTTCAGCCGGAATGCGGTTTTGCCGTTCAGCGGGTCTACACCGATGACCGTTCGCTGGACGAAACGATGGCGGTCAAAGACGGCGAGGCCGTTATGGTGCCTGAGGGCTACCATCCGGTATCCGCGCCTCCCGGATATGATGTGTACTATCTGAACGTCATGGCGGGGCCGAAGCGAATATGGAAATTCCGCAATGATCCGGATCATGATTGGCTTATGAGATAA	MPNLIVPLTTPDLDGRVLSITPQSAGWTYVGFEVFRLREGQTLRRVTGDQEAAVVLLTGRADVRAGGESWHNIGKRMSVFEKTPPYTVYVPSQKEFEVTALTEMELAVCLAPGKGTHQARLIAPEEVGVENRGSGSMSRLVHHILPEQKPADSLLVVEVFTDGGNWSSYPPHKHDRDELPEESLLEETYYFRVQPECGFAVQRVYTDDRSLDETMAVKDGEAVMVPEGYHPVSAPPGYDVYYLNVMAGPKRIWKFRNDPDHDWLMR	PGPT0018475_1055	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018475-iolB-K03337	NA	NA
JZ016_01227	1035	iolG_6	COG0673	Myo-inositol 2-dehydrogenase	ATGAAAACCATTAATATCGGCATTATCGGTGCCGGACGTATCGGGAAAATCCATGCGGATCATCTGCTGCGCATGCCTGGTGCAAAAATTGCAGCCATCGGCGATTTGTTCGCCGGCGACGAGCTAAGGTCCTGGGCCGCGGAGCGCGGCATTCCTGTAGTTACGACTAATAGTAACGATATCTTGGAACATCCGGATATCGATGCCGTGCTGATCTGCTCCTCGACGGATACGCATGTCCCGCTGATCAAGCAGGCCGCGGCGAACGGCAAGCATATTTTCTGCGAGAAACCGGTCAGCATGAGCGTGGATCAGACCCGCGAGGCGCTGGCGGCCGTGGAAGCGGCAGGCGTAAGTCTGCAGATCGGCTTCAACCGCCGGTTTGACCATAACTTCAGCCGGGTTCGGGAGATTGTGTCCGCGGGGAGAATCGGGGATACCCATCTGATCAAGATTACCTCGCGTGATCCGAGTCCGCCGCATCCGGATTACATTAAAGTGTCCGGCGGGCTGTTTATGGATATGGCTATTCATGATTTCGACATCGCCCGTTTTTTATCGGGCAGCGAGGTGGTCGAAGTGTATGCCCAGGGAGCGGTACTCGTGGACCCTGCCATCGGAGAGCTGGGCGACATCGACACCGCCCTAACAACGTTGCGGTTTGAAAACGGAGCGCTCGGCGTCATCGACAACAGCCGCAAGGCCGTCTACGGTTACGATCAGCGGATCGAGGTGTTCGGCTCCGGCGGCTGCGTCTCCGCTGACAACGACTATCCAAGCACCGCCATTGTCAGCGGTCCGGATGGCGTTACCCGCGACAAACCACTGTACTTCTTTCTGGAGCGGTACAAGGAAGCGTACATGAACGAGACGCGGCAATTTATCGATAGCTTGCAAAACGGTACCGCGGTGCCAGTCAGCGGCCATGACGCCCTTCAGGCAGAGCTGATCGCCTTGGCGGCCAAGCGTTCGCTCCAGCAGGGCCGCCCGGTGAGGCTTGCCGAGCTCACCACCGGCATATCCTCCGCAGGCTAA	MKTINIGIIGAGRIGKIHADHLLRMPGAKIAAIGDLFAGDELRSWAAERGIPVVTTNSNDILEHPDIDAVLICSSTDTHVPLIKQAAANGKHIFCEKPVSMSVDQTREALAAVEAAGVSLQIGFNRRFDHNFSRVREIVSAGRIGDTHLIKITSRDPSPPHPDYIKVSGGLFMDMAIHDFDIARFLSGSEVVEVYAQGAVLVDPAIGELGDIDTALTTLRFENGALGVIDNSRKAVYGYDQRIEVFGSGGCVSADNDYPSTAIVSGPDGVTRDKPLYFFLERYKEAYMNETRQFIDSLQNGTAVPVSGHDALQAELIALAAKRSLQQGRPVRLAELTTGISSAG	PGPT0018525_53	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018525-iolX-K16043	NA	NA
JZ016_01228	1446	iolA	COG1012	Malonate-semialdehyde dehydrogenase	ATGACGCAAACCCTGAGCAATTATATCGGCGGACAATTCGTTCCATCCCGATCCGAATCCACCGATCCCGTATACAATCCGGCGACGGAAGAGATCATTGCTTACGTTCCTCTATCCACCAAAGAGGAGGTGGAACAGGCTGTGCAGGCGGCCGCCAAAGCGGGACGTGCCTGGGCCAAGACAGCTGTTCCTCGCCGCGCTCGCATTTTGTTCAAATATCAACAGCTGCTCGTGGAGCACTGGGAGGAGCTGGCACGCCTGATTACGGCGGAGAACGGCAAAAGCTATGCCGAAGCCTACGGCGAGGTGCAGCGCGGCATCGAATGCGTGGAGTTTGCGGCCGGCGCACCTACGCTGATGATGGGCAAGCAGCTTCCCGACATCGCCACCAACCTGGAGTCCGGCATGTACCGGTATCCGATCGGCGTTGTGGCGGGGATCACGCCGTTCAACTTCCCGATGATGGTGCCGTGCTGGATGTTCCCGCTCGCCATCGCTTGCGGCAATGCGTTCGTGCTGAAGCCGTCGGAGCGCACGCCGCTCTTGGCTCAGCGTTTGGCGGAGCTGTTCGCCGATGCCGGTCTGCCGGACGGCGTTCTGAATATCGTCCACGGCGCTCATGATGTAGTCAACGGCATCTTGGAACATCCCGGCATTGCCGCTGTGTCCTTCGTCGGCTCCCAGCCGGTGGCAGAGTATGTGTACAAAACCGCTTCTTCCCACGGCAAGCGTGTGCAGGCCTTGGCCGGAGCGAAGAATCACAGCATCGTGATGCCGACTGCCGACTTGGATGGGGCCGTGACCCAGATCATCAGCGCGGCCTTCGGTTCTGCCGGCGAGCGCTGCATGGCCTGCTCCGTTGTCGTCGCCGTGGGCGACGTGGCGGAGCCGCTGCTGGAGAAGCTGAAACAAGCGGCCGATGAGATTACCATCGGCAACGGAGCGGACGAAGGGGTCTTCCTCGGACCGGTTATCAGGCGAGCTCATAAGGAGCGCACGCTCTCTTATATTGAGGCGGGCGAGCAAGAAGGCGCCAAGCTGGTGCGCGACGGACGGAGCGATGAGGCCGTGAGGGGGGACGGATATTTTGTCGGACCGACGATTTTTGATGAGGTGACCAGCGGGATGAGGATTTGGAAGGACGAAATTTTTGCCCCCGTGCTGTCTGTCATGCGTGCGGAATCGCTGGAAGAAGCGATTGAAATTTCCAACCGCTCGGACTTTGCGAACGGGGCCTGCCTGTTCACGCAGAATGGCAGCGACGTGCGCCAGTTCCGTGAGCATATCGATGCCGGCATGCTTGGCGTCAACCTCGGCGTTCCAGCGCCGATGGCGTTCTTTCCGTTCTCCGGCTGGAAAAATTCTTTCTACGGGGATCTGCATGCGAATGGAACGGACGGCGTGGAGTTCTATACTCGCAAAAAAATGGTAACGGCGCGCTGGTAG	MTQTLSNYIGGQFVPSRSESTDPVYNPATEEIIAYVPLSTKEEVEQAVQAAAKAGRAWAKTAVPRRARILFKYQQLLVEHWEELARLITAENGKSYAEAYGEVQRGIECVEFAAGAPTLMMGKQLPDIATNLESGMYRYPIGVVAGITPFNFPMMVPCWMFPLAIACGNAFVLKPSERTPLLAQRLAELFADAGLPDGVLNIVHGAHDVVNGILEHPGIAAVSFVGSQPVAEYVYKTASSHGKRVQALAGAKNHSIVMPTADLDGAVTQIISAAFGSAGERCMACSVVVAVGDVAEPLLEKLKQAADEITIGNGADEGVFLGPVIRRAHKERTLSYIEAGEQEGAKLVRDGRSDEAVRGDGYFVGPTIFDEVTSGMRIWKDEIFAPVLSVMRAESLEEAIEISNRSDFANGACLFTQNGSDVRQFREHIDAGMLGVNLGVPAPMAFFPFSGWKNSFYGDLHANGTDGVEFYTRKKMVTARW	PGPT0002295_4174	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0002295-mmsA|iolA-K00140	NA	NA
JZ016_01229	1014	iolC_1	COG0524	5-dehydro-2-deoxygluconokinase	ATGAGTGAAATCACGTTCAATAACGAAAAACCGGTGGATTTCGTGGCTGTAGGGAGGCTCTGCATCGACCTGAACGCCAATGAAATTAACCGGCCGATGGAGGAAACGAGCACGTTTACCAAGTACGTGGGCGGATCACCCGCCAACATCTGCATCGGGATGGCACGTCTGGGACTGAACACGGGCTTTATCGGCAAGGTTGCGGACGATCAGATGGGACGTTTTATTAAAAAATACCTTGAGAATAACGGGATTGCGACTCAAGGCGTGTCCACCGACTACACGGGAGCCGTGACGGGTCTGGCTTTTACCGAGATCAAGAGTCCCACCGACTGCAGCATTCTCATGTACCGCGACAACGCCGCGGACTTGCTGCTGGAGACAGGGGACGTGAACGAAGAGCTGATCGCCTCCGCCAAAATGGTGCTGATCTCCGGAACCGCGCTCGCGGTCAGTCCTTCCCGGGAAGCTGTGTTTCTGGCTCTGGACTATGCCAAGCGCCACGGGGCCGTAATCGCGTTTGACCTCGATTACCGTCCGTACACATGGAAATCTCCGCAGGAGACGGCGATCTACTACAATTTAGCGGCGGAAACATGCGATATTATCCTCGGCACACGCGAGGAGTTCGACATAATGGAGCAGTTCGGTGGCAACCCGGAACGAAGCGACCGCATCACGGCCGCCAAGTGGTTTGATTACAACGCCAAGATCGTCATTATCAAGCACGGCAAGGAAGGTTCCATTGCGTATACCCCTGGCGGTGCCAGCCATACGGCACAAAGCTTTCCGGCGAAGGTTATCAAGACGTTCGGAGCGGGGGATTCATACGCCGCCGGTTTTCTGTACGGCCTGATGCAGGGCTGGCCCATCGAGCGCTGCATGGAGTTCGGCAGCGCGGCGGCAAGCATTGTCATCTCCAGCCACAGCTGCTCCGATGCGATGCCGACGAGCGCGGCGGTTCACGATTATATCGAGCGCTGCAAGCGAGGCGAAATTACGTCCAATTCCTGA	MSEITFNNEKPVDFVAVGRLCIDLNANEINRPMEETSTFTKYVGGSPANICIGMARLGLNTGFIGKVADDQMGRFIKKYLENNGIATQGVSTDYTGAVTGLAFTEIKSPTDCSILMYRDNAADLLLETGDVNEELIASAKMVLISGTALAVSPSREAVFLALDYAKRHGAVIAFDLDYRPYTWKSPQETAIYYNLAAETCDIILGTREEFDIMEQFGGNPERSDRITAAKWFDYNAKIVIIKHGKEGSIAYTPGGASHTAQSFPAKVIKTFGAGDSYAAGFLYGLMQGWPIERCMEFGSAAASIVISSHSCSDAMPTSAAVHDYIERCKRGEITSNS	PGPT0018480_786	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018480-iolC-K03338	NA	NA
JZ016_01230	909	iolE_2	COG1082	Inosose dehydratase	ATGAGTAACAGGCTGTTCAAGCTGGGGATCCACCCCATCAACTGGGTCGGCGAGGATGTAAGGGAGCATGGGGACGACACGACCTTTGAGATGATTGTAGATGATATTGCGGCTTTGGGACTGACTGGTACGGAGATGGGAAGAAAATTCCCCAAGGATCGGACGATACTGAAACGGGAGCTGGATGCGCGCGGCATTCAGCTGGTTTCCCAGTGGAAGTCGGTGCTGTTCTCTGATCCCGATTACCGGAAGCAGGAGCTGGAGGATTACCGGCGGCACGCGGAGTTTCTGGCCGGATTCGGCAGCAAAGTCATCAGCACGGCGGAGGTAGGGGGATCACTTCACTTCGATCCCCGACGGACGCCGAATGAGAGTATCGTTCTCCGTCTGGATGACGCCGGATGGGAAAGCCTGGCGGAAGGACTGAACCAGGCTGGCGAGATTGCGGCGAGTTATGGCATGAAGCTGGCTTACCATCACCATGGCGGCACGGTCGTGGAGCAGCCGGACGAAATCGACCGCCTGATGGCCATGACCGATCCTTCTCTGGTGTTTCTCCTGTACGATACCGGTCATGCCTATTACGGGGGAGCAGATCCGCTTGAACTGCTCCGCAAGCATTATGAGCGGATTGCGTACATCCATCTGAAGGATGTCCGGCTTGATGTTTTGGAGCAGGCACGACAGGCTCGGTGCGATTTTGTGAGCTGCATTCGCAGAGGCGTGTTCACGGTTCCAGGAGACGGCTGCATTGACTTTGCGCCGATTATCGGCGAGCTCGTCAAGCGCGGCTATGACGGTTGGGCGATGCTGGAGGGTGAACAGGACCCTGCACTGCATCCTGCCAAGGAGTACGCTCAGCAGGCCATCGAATACCTGGAACGGCTGGAAGGCCAGCAGAAACTATAG	MSNRLFKLGIHPINWVGEDVREHGDDTTFEMIVDDIAALGLTGTEMGRKFPKDRTILKRELDARGIQLVSQWKSVLFSDPDYRKQELEDYRRHAEFLAGFGSKVISTAEVGGSLHFDPRRTPNESIVLRLDDAGWESLAEGLNQAGEIAASYGMKLAYHHHGGTVVEQPDEIDRLMAMTDPSLVFLLYDTGHAYYGGADPLELLRKHYERIAYIHLKDVRLDVLEQARQARCDFVSCIRRGVFTVPGDGCIDFAPIIGELVKRGYDGWAMLEGEQDPALHPAKEYAQQAIEYLERLEGQQKL	PGPT0016785_663	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335	NA	NA
JZ016_01231	1866	iolD	COG3962	3D-(3,5/4)-trihydroxycyclohexane-1,2-dione hydrolase	TTGACGACGACACGATTAACGATGGCACAGGCGCTGCTGAAGTTTTTGGATGCACAGTACGTTTCCGTCGATGGAGCGGAGACGAAATTCGTGCATGGGGTAATGGGAATATTCGGACACGGCAATGTAACCGGTCTTGGCGAGGCCTTGGAACGAAGCGCGGGTGACCTGGTTTATGTTCAGGGCAAAAATGAGCAGGGCATGGTGCATACCGCTGCGGCATACGCGAAGCAAAAGAACCGGCGGCAGATCTGGGCCTGCACCTCGTCCATCGGACCCGGTGCGCTCAATATGGTCACCGCGGCAGCTACGGCAACGGTGAATCGCATCCCGGTGCTGCTGCTGCCTGGTGATAACTTCGCCTGCCGCCAGCCTGATCCGGTGCTGCAGCAGATAGAGACACCGTCGGATTATACCGTATCGGCCGCAGATGCTTTCAAGCCGGTGAGCCGGTATTGGGACCGGATATCCCGGCCGGAGCAGCTTATCGCGGCCGCCCGCCAGGCGATCCGTGTGCTTACTGATCCGGCGGAGACGGGAGCGGTTACGCTGGCGCTGCCTCAGGACGTGCAGGCTGAGGCGTACGATTATCCGGATTCGCTGTTTGAGAAAACGGTACACGTCATCGACCGCCGCCCGCCGTCGGCGGAGCGACTGAAGCGTGCGGCGGGACGGATTGCAGCCAGCAAGCGTCCGCTCATCATTGCCGGAGGAGGCGTGCACTACAGTGATGCAGCCACCGACCTGGCTGCATTTGCGGAAGCTTTCGGCATCCCGGTCGCAGAAACGCAGGCCGGCAAAAGTGCGCTTCCCTGGAACCACCCCCTGAACCTGGGCGCCATGGGCGTAACGGGCTCGTTGGCGGCAAATCGCGCTGCCGCTAAGGCCGATCTGATTATCGGTATCGGCACCCGATATTCGGACTTTACAACGTCCTCCAAATGGGCGTTTCAAAGGGAGGATGTATCGTTCCTGAACCTGAATGTCAACGGTGCGGATGGCGCCAAGCTCGGCGGCGAAGCGCTGATTGCCGATGCGAAGGAAGGGTTGAAAGCGCTGCATCAGGAGCTGTCTCGGGTTGGCTATCAAGCGGGTTACGAAGATCGAGAGCTTGCCGATTTGAAAGCAGCGTGGGACTGCGAGGTGGACCGCTTGTACGCTGCCGAGCATCCGGACGGCTTGTCTCAGACAAGAGCCCTTGGCGTCATCAATGAGGTCATCTCCCCATCTTCCATCATCGTCTGTGCCGCAGGCAGCCTTCCGGGAGACTTGCACCGGTTATGGAGACCTTCCGAACCGAAGACGTACCACATGGAGTATGGCTTCTCCTGCATGGGGTATGAGGTGAGCGGCGCCTTGGGAGCCGCTCTCGCGGAGCCGGACCGTGAAGTCTATGCGCTGGTCGGCGACGGCAGTTACCTGATGCTGCACTCGGAGCTGATCACCAGCTTGCAGGAAGGCCGCAAGATTACGATATTGTTGTTCGACAACCACGGATTCCAATGTATTCATAATCTGCAGCGGAGCAACGGCAGCGATGGGTTTGGCAATGAGTTCCGACGCCGCGAAGTGGGGACGGGTCGCTTGACAGGTGAATACCTCCCGATTGATTTCGCGGCACACGCTCGTGCGCTTGGGGCTAAAGCCTACAAGGCCAACTCGCCGGAAGCACTGCATGAAGCACTTCTCCTGGCGCAGAAGGAAACCGTCACGACGCTGATCGAGATTCCGGTCGTTCCGGGGACGAACACCGATGGTTATGAATCCTGGTGGCGCGTAGAGGTGCCGGAGGTGTCGGCCTCAGGCAAGGTAACCGAAGCGCAGCGCCAGATGGCTGCCCGAAGCAAGGAAGCAAGACTCTACTAA	MTTTRLTMAQALLKFLDAQYVSVDGAETKFVHGVMGIFGHGNVTGLGEALERSAGDLVYVQGKNEQGMVHTAAAYAKQKNRRQIWACTSSIGPGALNMVTAAATATVNRIPVLLLPGDNFACRQPDPVLQQIETPSDYTVSAADAFKPVSRYWDRISRPEQLIAAARQAIRVLTDPAETGAVTLALPQDVQAEAYDYPDSLFEKTVHVIDRRPPSAERLKRAAGRIAASKRPLIIAGGGVHYSDAATDLAAFAEAFGIPVAETQAGKSALPWNHPLNLGAMGVTGSLAANRAAAKADLIIGIGTRYSDFTTSSKWAFQREDVSFLNLNVNGADGAKLGGEALIADAKEGLKALHQELSRVGYQAGYEDRELADLKAAWDCEVDRLYAAEHPDGLSQTRALGVINEVISPSSIIVCAAGSLPGDLHRLWRPSEPKTYHMEYGFSCMGYEVSGALGAALAEPDREVYALVGDGSYLMLHSELITSLQEGRKITILLFDNHGFQCIHNLQRSNGSDGFGNEFRRREVGTGRLTGEYLPIDFAAHARALGAKAYKANSPEALHEALLLAQKETVTTLIEIPVVPGTNTDGYESWWRVEVPEVSASGKVTEAQRQMAARSKEARLY	PGPT0018485_1004	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0018485-iolD-K03336	NA	NA
JZ016_01232	2226			hypothetical protein	ATGACAAGCTATATCGAAGCTCGTGAGAGCATCCGGTATTGGTTGGGCGATGATGATGCTGGAGTGCTGAAGACCATATCCGACCGCTACATTGGAGCGAACCCGGAAATTCCGTTCTCGCTGCGCTCGTTCGCTGAAACAGGTATTCTTCAGACCGAGGAAGGGTTCTATAATTTCAACTTCGGCGACCGGTTCCGGGATGCGAGGCCGGGGGACGCCGCCTATGCGCTTGGCTTGGTCTGGAGCGACGATGAGCGTTCGCTTGACGCCGGGATTATGCCGTTCAGCCCCGTACGGTTCTATCTGAACGATCAGCTGATGTACCGCTCGGGAGCCGAGGACGAGATGAAGCCGGATGCAAAAATCGTTGTTCCGCTTGTTCTGAAACCCGGCTGGAATACGCTGCTGATTGAGGCCCGCAGGACCGAAGCTGGCTTCGGCTGCCGATTTGGCGCCCAGGAGGGCAAGGTCAGAATTTTGCAGGTGTTATCCCCGTTTGCTGATCGGAAGGAAGCTGCCGGTTGGGCGTATGCCGGGCCGTTGACCGCCGGCATGTTCGGAGAAAGCGGTATCTTTCCGAATGCCCACGGAACTGAAGGCGAGACCGGTGTTAGCTGGCTCCCGGTCACAGGCTGGAGCGAGGAAGAAGCGGAGAAGCCGAATTTTGAGCGTATGTTTGGCTTGCCGAAGCTCCCGGTATCGGGTTATGCCTGGAGCCGATTGCATGTGCCGGCAGGCGTTGACTGTGTTGTGCTTAGAGGTCGCGCTCTGGGGCGGACGGAAGTATGGATCGACGGGAAAGCCGTGTTGGATACTCAAGGGTGCGGCAATTTTGGCTGCGAGATTCCTGCTGCGGCCAGCCGAGGGGATCTTCTCGTACGATGCTCTAGCGGGCCATCCGGATGGGGATTTGAGCTTGAGGCCTATGGTTCAGAGAAAGAGCTGGACTTTGTGCTTCCGGTTCAAGTCCAGGGCGCACCTTCTCCGTGGCTATTTGCCGGGCCGCTGGCTGCTGAGAAGGAGGAAATACAGAAGGAGGTGTGTTCGGTACGACGGCTGTTCCCGCGCGCGGATAGCGGCGGTTTGACCGGCTGGTCCCTGGATGCGCCGGGCCGCCGGGTCAGGCCGTTCTATGAGAACGCAATGCTGAGCAACAAATGGACCTCCGGTTCTGCCACCAATTTCGGGCGCTGGGATTATCCGCTTGGGGTGACGATGTACGGCCTGCTTCAGACGTCGCGAATCCTGAAGCGGCCGGATATTGCGAAATTTGCTCGCACGCACATCGACATCTGTACTTCATGGTATGAATACGCCGTTTGGGATCGGGATACGTATGGATTTCCGTCGATTAACCATCAGTTGGTGCTGATCAAAATGCTGGACAACTGTGGTTCCTTCGGCTCTGCGATGCTGGAAGCATACACGGAAAGCGGTAACCCGGACTATTTGAATGTGGCGGAAGTGATTGCGGACTTTATGACGAACCGCCTGGAACGTCGGGAAGACGGCGCCTTCTACCGTCTCTGCATCTCGGAGTACTCTGCGGATACGATGTGGGCGGATGATCTGTACATGAGCACGCCTTTCTTGTCGCGGTACGCCGAAATTACAGGCGATTCCTCTTATCTGGATGACGCGGCCCATCAGTTTTTGAGGTATCGGGAGTATCTGTTTATGCCGGAGGAAGGCGTGATGAGCCACGTGTTTGACTTCAAATACGGGAAGGCGACCCGAATTCCTTGGGGGCGTGGAAACGGCTGGAGCCTGTTCTCCTTGTCCGAGCTGCTTGAACGCCTGCCGGGGGAGCATAAGGACCGACCGGCCCTGCTTGGATTCTACCGTGAGATGTGTGCCGGGATCGCTTCCTACCAGGGAGAGTCAGGGCTCTGGAGACAAGTCATTACTGATCCGGAAGCATATGAGGAAGCATCCTGTACAGCTATGTTCGCCTATGCCTTTGCCAGAGGCGTGAGGTTCGGCTGGCTGGAGAATCCAACACCGTTCGCCGATGCAGCCATTCGGGCATGGCAGGGGCTGACCGGAAAAGCCATCGATCGCCGCGGCAGCGTGCACGGGGTATGCAGCGGATCCCGTTATTCCTTTACCGGGGATTATTACAAGCATGACCTGCTCACCGTGGTGAATGACAATCACGGGACCGGCATCATGATGCTGGCGGGCGCGGAAATCATAAAATTGAAAGGCATGCTGGGCGGCAAGTAA	MTSYIEARESIRYWLGDDDAGVLKTISDRYIGANPEIPFSLRSFAETGILQTEEGFYNFNFGDRFRDARPGDAAYALGLVWSDDERSLDAGIMPFSPVRFYLNDQLMYRSGAEDEMKPDAKIVVPLVLKPGWNTLLIEARRTEAGFGCRFGAQEGKVRILQVLSPFADRKEAAGWAYAGPLTAGMFGESGIFPNAHGTEGETGVSWLPVTGWSEEEAEKPNFERMFGLPKLPVSGYAWSRLHVPAGVDCVVLRGRALGRTEVWIDGKAVLDTQGCGNFGCEIPAAASRGDLLVRCSSGPSGWGFELEAYGSEKELDFVLPVQVQGAPSPWLFAGPLAAEKEEIQKEVCSVRRLFPRADSGGLTGWSLDAPGRRVRPFYENAMLSNKWTSGSATNFGRWDYPLGVTMYGLLQTSRILKRPDIAKFARTHIDICTSWYEYAVWDRDTYGFPSINHQLVLIKMLDNCGSFGSAMLEAYTESGNPDYLNVAEVIADFMTNRLERREDGAFYRLCISEYSADTMWADDLYMSTPFLSRYAEITGDSSYLDDAAHQFLRYREYLFMPEEGVMSHVFDFKYGKATRIPWGRGNGWSLFSLSELLERLPGEHKDRPALLGFYREMCAGIASYQGESGLWRQVITDPEAYEEASCTAMFAYAFARGVRFGWLENPTPFADAAIRAWQGLTGKAIDRRGSVHGVCSGSRYSFTGDYYKHDLLTVVNDNHGTGIMMLAGAEIIKLKGMLGGK	PGPT0018255_27	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
JZ016_01233	1770			hypothetical protein	ATGTATAACAAAGTTTTTGAAGTCAATGACGGCTGGGTTCGGGAGGGGACGGACCGCCAGATTATGGAGCAGGCACATCGCTGGTATGGCGGGGTTCGTACCTTGGAGCACGGTTTGCCCTCACCCAATCATAACAGCGGGACACCGACCGCCATGGCGATCTGGGCCGCCGCGCTTTGCAATCCGGCATCCGAATACTACCACAGCAAGGAGCTGGCGAACAGATTAACGCTTGCGGCGCGTTATATGCTGGAGACTCAGCATAGCGACGGTACGATCTCGCCGGGCTGGACGAATTTTCATTCTCCTCCGGATACGGCGTTCGTCGTGGTTGGTTACGCGCAAGCAGCGCAGCTGCTTCTGGCCGACGGTTGGGAAGAGCTGAAGGGAGCAGCGGCGGATATGCTGCTGTTTCTGGAACGGACCTTGCCCGCGCTAATTACCGGAGGCTGCCATACGCCGAATCATCGGTGGGTCATCTGCGCGGCGCTGGGCTTCTTGAATGAGCTCTTTGATTCGCACGATGCCTTGAAGCGGGCGGAGGAGTGGCTCGCCGAAGGCATGGACGCCACGGCGGACGGGGAGTGGACCGAGCGCAGCAACGGGATCTACAACGTCGTCAGCGACGTCATGCTGATTCATGCGGCCAGGTTGCTGAAGCGTCCGGAGCTTCTGATCCCGGTCCGTGCCAATTTGAAGATGATGTCCTATCTGGTTCACCCGGATGGGGAGATCGTTACCGAATATTCCGGGCGGCAGGATTTTGGTCAAAGCTTCGATATGTCGGGATATTTTCTGCCGTGTCTGATGATGGCCTCGCTGGACCGTGATCCGGTATTTCAGGGGATGGCGGAACAGTCGCTGTCTCTGCTGAAGCATCCCGGCGGAGCACCGACCAACGCAGCCGTTCGGCTGCTCTTGGATCCGGGGCTAAAGCGCCAGGGTGCGGAGATAACGCCGATGCCGGAGCATTATCGCGTCGTGCTGAACGGAGAATTTCCAAGGGAGCGCTACCTGTCCGGGTTTGCAGGTGCCGGTCATCACGGTGTCATCCGTTACAGCCGGATGCATACGGATTTTGGCGCTCCGGTCGCCCGAATCCGTGCAGGACATACCAGCGTGACCGTCAGCACGGAAATGTCCTCCTTCTTTTCTATTCGTCATGGAGCGGCTCGTTTGCTGGGTGTGCAGTTCGCCTCCTACTTCGACCCCGGCTTTGTCAAGATGAGCCGGATGGCGACGTTGGAGGATGGGTATCGGCTATCCGGCGAACAGGAGAAGGGCTACAACGGGCCGGTGCCGGAAGCCGATCTGCCTGCAAGCACCAAGGCAGACATCAGCCCTTGGTATCTGCTGCCGCATCACCGCCGTCCCCAGACGCATGTGCAGCAGCATAAGGTGGGGGTGGACGTGCTGGAAACCTTTGATGGCTGGAAGCTGGTCATTTCCTCGACGGAGCCGGAGGAAGTCGTATCGCAGATCTCGCTCATATTTCCGGCAGCTGGAGCCCTTAGCGGTGGAGAGCTTGCTCCCGCCGGCGTGGATGCTCAGTTCTGGATGGAAGGGAGCATTCGCTACGAGATGGACGGCGAGTGGATGGAAATTAGCGGCGGCGAATTTCAGCACACAGCGGCGGGCGTCCGGGAAGCGGTTTATCCGCTTGGGTGCCGAACGCTGCTGCTGAACGTGGTAACTCCGTTCGAGAAGGAGATTCACATCAAGCTTTCTCCGGCAGAGCAAGCTCAAACGGAAGGAAGTGGAGCTTCATGA	MYNKVFEVNDGWVREGTDRQIMEQAHRWYGGVRTLEHGLPSPNHNSGTPTAMAIWAAALCNPASEYYHSKELANRLTLAARYMLETQHSDGTISPGWTNFHSPPDTAFVVVGYAQAAQLLLADGWEELKGAAADMLLFLERTLPALITGGCHTPNHRWVICAALGFLNELFDSHDALKRAEEWLAEGMDATADGEWTERSNGIYNVVSDVMLIHAARLLKRPELLIPVRANLKMMSYLVHPDGEIVTEYSGRQDFGQSFDMSGYFLPCLMMASLDRDPVFQGMAEQSLSLLKHPGGAPTNAAVRLLLDPGLKRQGAEITPMPEHYRVVLNGEFPRERYLSGFAGAGHHGVIRYSRMHTDFGAPVARIRAGHTSVTVSTEMSSFFSIRHGAARLLGVQFASYFDPGFVKMSRMATLEDGYRLSGEQEKGYNGPVPEADLPASTKADISPWYLLPHHRRPQTHVQQHKVGVDVLETFDGWKLVISSTEPEEVVSQISLIFPAAGALSGGELAPAGVDAQFWMEGSIRYEMDGEWMEISGGEFQHTAAGVREAVYPLGCRTLLLNVVTPFEKEIHIKLSPAEQAQTEGSGAS				NA	NA	NA	NA	NA
JZ016_01234	876	dasC_1	COG0395	Diacetylchitobiose uptake system permease protein DasC	ATGAGCGAGCGTGTGTCGAACCGCGTTTTTGATACCGTAAACATCATCCTGCTTGCACTTTTTGTTCTTCTTTGCCTGGCACCCTTTTTCCATATTATCGCCATCTCCTTCAGCTCAAATCGTGCGGTAACGTCAGGTGACGTGACTTTGTTTCCGGTAGAGTTCAGCCTTCAGGCTTATAAATCCGTCTTCTCGGATTCCAGCATGATCCGGTCTCTCGGCTTTACGGTCATGCTCACATTGCTGACGACGGTGCTGTGCATGATCATGACGATGATTGCCGCTTATCCGCTGACAAAAAAGAAGCTGAAAGGCCGCAAAATCTTCATGTTTATCATCATTGTGACCATGTTCTTCAGCGGGGGCATTATCCCGGAATACATTCTCGTGAAAGACCTGAATTTGCTGGATACGATATGGGCCCTGGTTCTTCCGGGACTGATCAGTCCGTTCTATCTGATTATCCTGATCTCCTTCTTTAACGGAATTCCGGAAAGTCTTGAGGAAGCGGCCGAAATTGACGGCACCAGCCAGATCGGAACGATGCTTCGGATTATTCTGCCGCTGTCATTGCCGGTCATAGCAACGCTAAGCCTGTTCTATGCGGTCGGGCGCTGGAACGGATTTCAGGACACGCTGCTGTACATTACAAGCGAAGAGCTGTATCCGCTTCAGCTGAAGCTGTATCAATTGGTACAGAACAATATGATCACGGATCTGACCCGTAACGAGGGACCTGCAGCGGGTGTCAGAGCAACCACGGAAAGCTTGAAAGCGGCCAGCGTCGTATTTGCCACTGTGCCGATTCTAATCGTGTATCCATGGCTGCAGCGTTACTTCGTCAGCGGCGTGATGCTGGGAGCCGTGAAGGGTTAA	MSERVSNRVFDTVNIILLALFVLLCLAPFFHIIAISFSSNRAVTSGDVTLFPVEFSLQAYKSVFSDSSMIRSLGFTVMLTLLTTVLCMIMTMIAAYPLTKKKLKGRKIFMFIIIVTMFFSGGIIPEYILVKDLNLLDTIWALVLPGLISPFYLIILISFFNGIPESLEEAAEIDGTSQIGTMLRIILPLSLPVIATLSLFYAVGRWNGFQDTLLYITSEELYPLQLKLYQLVQNNMITDLTRNEGPAAGVRATTESLKAASVVFATVPILIVYPWLQRYFVSGVMLGAVKG	PGPT0017255_2413	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01235	903	yteP_24	COG4209	putative multiple-sugar transport system permease YteP	ATGAGAGGAACCGTTTACCTGCGCCGGTACTGGCAATTATATGCACTGCTTGTTCTGCCTTTGGTCTACTTTATCATTTTCAAATACGGCCCAATGTGGGGCGTTCAGATTGCTTTTAAGGATTTCAATTTCTTCCAGGGCATCACCGGAAGCGAATGGATTGGACTGGATGCCTTCCGAGAAGTCTTCCAGACACAGGACTTTTATAAAACACTGCGCAACACACTGATGCTCAATCTGCTGGATCTCTTGGTGTCATTTCCGGCCCCGTTGATTCTGGCCATTATGCTGCATGAACTCCGAATTCGATGGTTCAAACGTTTATCCCAAACGATATTGTATATTCCCCATTTTATTTCATGGGTTATTATAGGCGGCATCGTATACCAGGTGTTTGGCACGCAATCGGGCATGATCAACAATATGCTGATGGCGCTCGGCTTTGATTCGGTGCCTTTTCTAACCGAAAAAAATACATGGCTCATCACCTACCTGGCAACGGGTGTGTGGCAGAGCGCAGGCTGGGGAACCATCCTCTATCTGGCTGCCTTAACCGGGATCAACAAGGAGCTGTTTGAAGCGGCGGAAGTGGACGGGGCAGGCAGGTTCAAACGAATCTGGTATATCACGCTGCCGGGCTTGAAGACGACGATTGTAACGCTCCTCATCATCAACCTCGGGAATATGATCTCGATCGGTTTTGACCGTCCGTTTGTCATCGGCAATAAAGCGGTCATGGATTACTCCGACGTGCTGAGTACCTATGTGTACCGGACCGGTTTGGAATCCGGGCAGTATACGCTGGCGACGGTGGTCGGCCTGTTCCAGGCTGTCGTTGGCTTGATCTTTATCCTTGGAGCCAACTATGCATCCAAAAAACTGACGGACGAGTCCATCATTTAA	MRGTVYLRRYWQLYALLVLPLVYFIIFKYGPMWGVQIAFKDFNFFQGITGSEWIGLDAFREVFQTQDFYKTLRNTLMLNLLDLLVSFPAPLILAIMLHELRIRWFKRLSQTILYIPHFISWVIIGGIVYQVFGTQSGMINNMLMALGFDSVPFLTEKNTWLITYLATGVWQSAGWGTILYLAALTGINKELFEAAEVDGAGRFKRIWYITLPGLKTTIVTLLIINLGNMISIGFDRPFVIGNKAVMDYSDVLSTYVYRTGLESGQYTLATVVGLFQAVVGLIFILGANYASKKLTDESII	PGPT0017250_2500	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01236	1629			hypothetical protein	ATGGCGGCAAGCAAGAAAAAATGGGGCAAGCTCGCAAAGCTCTCGCTCGTCATGCTATTGGCTGGAACGGTCGTATTATCCGGGTGTTCATCAGACTCGGGCGGCAGCACCAATACTTCAAGCGGAAGCGGAGATTCCGGCTCTAAGGATGGTAAGCAGGTCACGCTGAAGGTCGAAATATTTGATCGCGGCAATACACCGAAGCCATACACCATAACCGACAGCTACCTAACGAGATACATCCAGGACAACTTTGGAACTCCTAACAACATTAAGATGGAATTTGTACCGGTACCCCGTTCGGAGGAGATCAAGAAGCTGAACGTTCTGATGGCCAGCGGCGGCAACGTGCCGGATATTGTTTTTACGTACGACACCCCTACCTTCAATCGCTACGCGGAGCAGGGCGGACTGACGGAGCTGACCGATCTGATCAACGAGCACGGTCCGAACCTGAAGGAATTCCTCGATGAGGACGCGATGAGTTACGGCCAGTACATGGGCAAACAGTTTGCCGTTCCTGGAAAGCGGGCTTTCCTGGGTAAGTATTCTTCCTTTATCCGTACCGACTGGTTAGAGAAGCTCGGCATGGACGTGCCACAAACCACGGATGATCTGTACGAGGTCTTGAAAGCCTTTAAAGAAAAGGATCCGGGCGAAACCGGCGGCAAGGTCATTCCTTTCGGCATGACAATCGAACCGGCTCAATACGATCCGTTAATCTGGTCCTTTATCCAGCCGACCACGGAAGAACAGAAGTACACCCAGCTCCAAAAGCTCGGAGCCAATGACTATCCGACCCTGCTTCCCGGCTTTAAGGATGCGCTTCAATTCTTCAACAAGCTGTACAATGAGGGGCTGATCAGCCGTGACTTCAGTTTGGACGAAGACAAGAAGCAGCTGACCCAGGATGTAACGAATGGCCTCACTGGCTTCCTGACAGAGGATTATCCGAACTTGTACTACGCGGACGGCACCTATGATACGCTGCTGAAAAACCAGCCGGATGCCAAACTGGAACCGATCGATCCATTCACCAACTCCGAAGGCAAGCGCGCGAAGCCCGAATATGCGCCAAACGGCATGTATATCATGATTCCGAAAACAAGCAGCCATGCTGTGGAAGCGATTAAATACCTGAATTGGATGGCCGATCCAGCCAATCTGCTGGCTCTGCAAAACGGGGTGGAAGGCGAAAACTATGAAATGGTGGACGGCATTCCCGTCATGAAGACCGACGCTCCTCAAGATGTGATTGATCGTCTTTACAACTCCGGCGACATTGCCATTATCGCTAACGGTAACTTTGTTGGCGACGAGGCACAGAACCGGGAGAAGCTGACGACCAACTTCCCGGAGAAGTTCCAGGATCTGCACCGCAAGGCCGTCGAAATAGCGGCAACGGATACGTTTAAGCCGGTCAACTTTGACCGACCGATCGAAGCCGAAGCGAAATACGGCACGAACCTCCAAGCCAAATACGAAGAGATGATCGTAAAGACGGCGATGGCCAAACCGGAAGACTTCGAGAAAGTGTTCGAAGCTACGATGAAGGATTACATGGTCAGCGGCGGCCAGGCGATTCTTGATGAGCGGACCAAGGTTTATCAGGAGATGCAATCCAAATAA	MAASKKKWGKLAKLSLVMLLAGTVVLSGCSSDSGGSTNTSSGSGDSGSKDGKQVTLKVEIFDRGNTPKPYTITDSYLTRYIQDNFGTPNNIKMEFVPVPRSEEIKKLNVLMASGGNVPDIVFTYDTPTFNRYAEQGGLTELTDLINEHGPNLKEFLDEDAMSYGQYMGKQFAVPGKRAFLGKYSSFIRTDWLEKLGMDVPQTTDDLYEVLKAFKEKDPGETGGKVIPFGMTIEPAQYDPLIWSFIQPTTEEQKYTQLQKLGANDYPTLLPGFKDALQFFNKLYNEGLISRDFSLDEDKKQLTQDVTNGLTGFLTEDYPNLYYADGTYDTLLKNQPDAKLEPIDPFTNSEGKRAKPEYAPNGMYIMIPKTSSHAVEAIKYLNWMADPANLLALQNGVEGENYEMVDGIPVMKTDAPQDVIDRLYNSGDIAIIANGNFVGDEAQNREKLTTNFPEKFQDLHRKAVEIAATDTFKPVNFDRPIEAEAKYGTNLQAKYEEMIVKTAMAKPEDFEKVFEATMKDYMVSGGQAILDERTKVYQEMQSK	PGPT0017245_1718	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01237	219			hypothetical protein	ATGAAAACGGTTTATGATGCGAAAATAGTCATTGCTAAACCGAGAAACCGTGTAACCATGCGCATTCTGGGGTTTGGAATTTGGTTTATTGTCATACCCGGGCCTCTGAGGCATACTGAGGACACCCCACGGGTTAAGCGCTTACATGAATGGATCCCAAAACAGCGCAGGGATGTATCCGCAGGATATATTCAATTAAGAGAACGGCGCGAACAGTAG	MKTVYDAKIVIAKPRNRVTMRILGFGIWFIVIPGPLRHTEDTPRVKRLHEWIPKQRRDVSAGYIQLRERREQ				NA	NA	NA	NA	NA
JZ016_01238	2253	yesS_6	COG2207	HTH-type transcriptional regulator YesS	ATGACCTCTTTGCAGCAAAACTGGTATCGCAAGCTGCTTCTTTCCTATTTTCCCATTTTCCTTATCACCATTACCATTATCGTATTTCTTTCTTTCATTATGTTTAATGAGGCTTCACGCGAAGAAGCAGCCAAGGCGAACGGGATATCCACGAGATTTATTATGGAAGACCTTGACCGCTCCATCCATGCAATTGAGATGAACGTGCTGAACGAAGTGGAGACGAGTTCCCTATACTCCAGCTATCTGTTCAGTACCCCGTCATCCGACCAAAATCTGATGTACTCGCTGGTGAAACGACTTCGCGTTCTGCAAACGGACAGTAGCATGATTGAATCGGTCTATTTGTACCGTCATTCGGATCAGTCCGTGCTGACTACCAGCGGACAGAGCTCCCTCTCGACGTTTCCGGACCGTTCATTTATCGAGCACGCCGTGAAGGAGCACGATTATCGGGGCTGGTCGGCCGTACGCTCCATGACGGGTCTCGGGGAGAACGAACCGAAGCAGGTCATTTCCATGTACAAAAATTTGCCGCTCCCCTTCGGAAGCCAGGGGCTGCTGGTGATAAACGTCAGCATGTACCGGTTGGAGCAGATGATCAATCCGATGATAAATGACAGCGTTTCCTTTTTAAACATTCTGGATTCCAGCGGGGAGCTGATCTTCATAGCATCCCAGACCGGAGAGGATAACCGGGCCAAAGAAGGCAAGGTGCTGACAACGCTGCAATCGGAACAGCTGGGTTGGACTTTTGAAAGCGGTCTCCGTGCGGGCCAGCTCTATGCCTGGGTGTCGGTCGTATCCTATATCTGGATCGTCATCGGGTTCGTGACCGTGGTGCTTGCCGTTATTTACATCATATATATTAGCAGGCGGAATTATCAGCCGATCAAAGCCATGATGAACCGCATAGAATCCATTCAGCTGAACATGCCGCAGGCGGCCAAGGATGAATTATCCGTGATCGACAGCGCGCTTGAAAGCCTGATCAACAGGTCCATGGATTATGACAAAAAGCAGGACGAGAATCTCCAGCTTCAGCGCAGTCAGCTGTTTATGGACCTGATCGGCGGGCAGAAGCACGAGGAAGAGCTGCAATCGCGGATGAGCGAGCTGACCCCGATGGCGCTGCCGGAACAACCGGTTGGCTACGTTATGATGCTGGGTGAAATCAATGATTACAGCGGCTTTCAGGATGTTCATACCGCTCGGGACCAGAATGTGTTGAAGTTTGCCTTGATGAACGTGTTCCAGGAGCTTTCACGCAATGCCGGCTTCAACAGCTGGCTCGAGTGGATCTCCGGCAGCCGCGTCGGTATTCTGATCGCGCTGCCGGAGGTAAAAGACGAGACTCGTCCGGCCCTGATCCATGCCGCTGAGGAATGCCGCGGCTGGGTTGAGGAAAAGCTTCGCCTGCCTATGAGCTTCGGGCTGGGCAGTACGGTCACCGGGCTTCATGAGATCGGGGCCTCGTACCGCTCCGCCTCGGAGGCGCTCGGTTATAGACTGGTAATGGGGGATCATGGCGTCCTGATTGGCGATGAGCTGTCCAAGGAGGATTTAAGCCACCTGCTTCCTTATCTGACGGAAATTTCGGAGCTGGTCAAGGACTTTCGCTTAAATAACGATGGCTGGAGAACCCGTCTGCAGGATATGTTCGTTTCGTTCAAGGAGGAGCGGCTGAAGGACGACATCATCCGTTCTCTGGTCAACAGCATGCTTCAGCTGCTGTCCCGGGAGGTTGGGGTGTTATCCGGCGAGCTGCGGGATCAGCTTTCGGAGAGCAAGGACCATATGCTGGCGGGAGCAGCGACCCTGGAGGAGCTCCAGAGCAGGATCAGCGATCAACTAACGGAAACTTACCGTACTTACGTTGCGCTCAGTGAAACCAAAAGCTACCGGGCCATGATCAGTGAGATGAAGCACTATATCGAAGAGCATTTTGAAGATCCGGATTTGTCCCTAAAGCATCTTAGCGACCGTTTTCAGATTTCAGGCAAATACGCAAGCTATCTGTTTAAAATGGAATACGATATGAAGTTCGTTGATTTCCTGGTTCAGCTGCGGATGAAGCGGGCGGAGGAGCTGCTGGCGGAGACCGAGTTCTCCATACAGGAAATTGCGGAGAAAATCGGGTATGCAAACGCCATTACGTTCGGGCGGGTGTTCAAACGGACGGCCGGTGTGACGCCGGGAGATTACCGCAAGCTGAAGATGAAGCCGTCTCCTGGTATGGAGCCGGGATCATAA	MTSLQQNWYRKLLLSYFPIFLITITIIVFLSFIMFNEASREEAAKANGISTRFIMEDLDRSIHAIEMNVLNEVETSSLYSSYLFSTPSSDQNLMYSLVKRLRVLQTDSSMIESVYLYRHSDQSVLTTSGQSSLSTFPDRSFIEHAVKEHDYRGWSAVRSMTGLGENEPKQVISMYKNLPLPFGSQGLLVINVSMYRLEQMINPMINDSVSFLNILDSSGELIFIASQTGEDNRAKEGKVLTTLQSEQLGWTFESGLRAGQLYAWVSVVSYIWIVIGFVTVVLAVIYIIYISRRNYQPIKAMMNRIESIQLNMPQAAKDELSVIDSALESLINRSMDYDKKQDENLQLQRSQLFMDLIGGQKHEEELQSRMSELTPMALPEQPVGYVMMLGEINDYSGFQDVHTARDQNVLKFALMNVFQELSRNAGFNSWLEWISGSRVGILIALPEVKDETRPALIHAAEECRGWVEEKLRLPMSFGLGSTVTGLHEIGASYRSASEALGYRLVMGDHGVLIGDELSKEDLSHLLPYLTEISELVKDFRLNNDGWRTRLQDMFVSFKEERLKDDIIRSLVNSMLQLLSREVGVLSGELRDQLSESKDHMLAGAATLEELQSRISDQLTETYRTYVALSETKSYRAMISEMKHYIEEHFEDPDLSLKHLSDRFQISGKYASYLFKMEYDMKFVDFLVQLRMKRAEELLAETEFSIQEIAEKIGYANAITFGRVFKRTAGVTPGDYRKLKMKPSPGMEPGS				NA	NA	NA	NA	NA
JZ016_01239	1008	afr		1,5-anhydro-D-fructose reductase	ATGGCGAATACATGGGCGGAATATGCAAAAGGGCGTGAGGACGTTGAAATCGTGGGCCTCGTGGATATCCAGGAAAAGTTTGCACAGGCATTTGCCGATCGGCATGGGCTTTCTTGTCCCATCTATACAAATATTACGGAGGCTCTTACTTCAAGCGGAGCGAATATCGTATTTGATGTGACCATTCCGGCCAGCCACTATGGGATTAGCACGGCAGCGCTTAAGCACGGGTGCCATGTATTCAGCGAAAAACCGTTAGCGGAATCGATGACGGAATGCCTGGATATCGTGAAGCTGGCCGAGTCTGTGGGCAGAACGCATGCCGTCATGCAAAACCGCCGATTTGACCCGCGAATTAGGGCGTTCAAGGATTTGATTGATAGCGGCGCGATTGGAAAACCCGGTTTCATTGGGGCGGATTTTTTTCTGGGCGCCCATTTCGGCGGGTTTCGGGACCTGATGGACAGTCCATTGCTGCTCGACATGGCCATTCACACCTTCGACCAGGCCCGAATGATCAGCGGAGCCAATCCGGTATCCGTGTACTGTCAGGAGTTTAACCCGCCGGGGTCCTGGTATGCCGGTAACGCGATGGCGATATGCATCTATGAAATGTCGGACGGCTCCGTGTTCAATTACCGCGGTTCCTGGTGTGCCGAAGGTGCTCAGACCTCCTGGGAGGCCGCATGGCGCGTAACGGGAGAGAGAGGAACGGCAATCTGGGACGGTCATGATGAGATTTATGCGGAGTTCGTGGCGGAAGGGGATCAATCAGGAAATTTCATACGGAGGTATGAACGGACGGAAGGAACGCTGCCCGTCATGGAGAAGACCGGACATCATGGCTGCCTGGAACATATGTTTCATGCCCTCGAAGCGGGCATCAAGCCGGAGACGGATTGCAGCGACAACGTCTACAGCATGGCGATGGTGCTGGCTGCCTTGGAGAGTGCCAAGACGGGACAGAAAGTCATGATATCGGAGTTCATGAAGGGAACAAGTGAGTAG	MANTWAEYAKGREDVEIVGLVDIQEKFAQAFADRHGLSCPIYTNITEALTSSGANIVFDVTIPASHYGISTAALKHGCHVFSEKPLAESMTECLDIVKLAESVGRTHAVMQNRRFDPRIRAFKDLIDSGAIGKPGFIGADFFLGAHFGGFRDLMDSPLLLDMAIHTFDQARMISGANPVSVYCQEFNPPGSWYAGNAMAICIYEMSDGSVFNYRGSWCAEGAQTSWEAAWRVTGERGTAIWDGHDEIYAEFVAEGDQSGNFIRRYERTEGTLPVMEKTGHHGCLEHMFHALEAGIKPETDCSDNVYSMAMVLAALESAKTGQKVMISEFMKGTSE				NA	NA	NA	NA	NA
JZ016_01240	888	rhaR_19		HTH-type transcriptional activator RhaR	TTGTCCAATCCAAGAGAGCTTCATGAGAATACGAGACTTGACTACAAAGCTTATCCCGTGCAGGTATTTCATAACTTCTGCTCCCATGCCAAAATGAAAGACTGTATCCTGTATCTCCACTGGCATGAGCACTTTGAGATCATTAGCATGCGCCAAGGACACGCGGTATTCCATATTGATACAACTCCGTATGACGTAAAGGCCGGGGAAGTCATTATCATCCCCGGCGGCAGCCTTCACGTGGGATATGCGCTTGAAGATGGCGACGTACGATTTGATTGTGTCGTGGTGAATGCATCCCTCTTTAACGATTTCCTTCATGATCCGATTCATGCGCGTTATGTCGCTCCCTATATGGAAGGCCGGCTCCGTTTCCCCGTCAAGCCTGCCGAGAGCCACCCAGCTGGCGCAGACTGCTATCCGCTGTTGGATGAAGTCATTGAAGAGCTTGTAACGCGTCGTCCAGCCTATGAGCTTGTAGCCAAGTCCAAGCTGTACACCCTGTTCGTTCTGCTGGCGCGCACATTCATGCCCGCACCGTTCACGGAGAAGACGGCCGAGCCGTATTTTGCGAATCGGGACCGTTATAAAACACTCATTCAACACATCGAGAGCAACATCGGCGAGAAATTGTCGGTTGAGGCCGCCGCGGCGGCGGTCGGTTTGAATCCGTTTCATTTTTGCAAAATGTTCAAGCGTTTAACAGGGCGCACATTCGTGGATTACGTCAATCTAACCCGAATGAATGAAGCGGAGAAGCTGCTTCGTGAAGGGACTTTAACCATCACCGAGATTGCCGGCATCGTCGGCTGCAGCAACCCGAATTATTTTACCAAGCTGTACAAACAGTACAAGGGCATGACACCTTCCCAGGCTAGACTGTTATAA	MSNPRELHENTRLDYKAYPVQVFHNFCSHAKMKDCILYLHWHEHFEIISMRQGHAVFHIDTTPYDVKAGEVIIIPGGSLHVGYALEDGDVRFDCVVVNASLFNDFLHDPIHARYVAPYMEGRLRFPVKPAESHPAGADCYPLLDEVIEELVTRRPAYELVAKSKLYTLFVLLARTFMPAPFTEKTAEPYFANRDRYKTLIQHIESNIGEKLSVEAAAAAVGLNPFHFCKMFKRLTGRTFVDYVNLTRMNEAEKLLREGTLTITEIAGIVGCSNPNYFTKLYKQYKGMTPSQARLL				NA	NA	NA	NA	NA
JZ016_01241	2370			hypothetical protein	ATGAAAACCTTGTTTGAACCGAAAAGCGGATTGTTGTCCGTGCCATATCAACCGGATGAAGAGAGTAAGCTGCTTGAGAATCCTCCCCGTTTCACCTGGATGCCGGGACAGCTGGAGAACGACCGTTATATGCTGCAGATTTCGACCTCACCCTCGTATGAAACGGAGGCGACAACGACAATTTCGCCGATTCCCTATAACTTATACACTCCGGATCACCCTCTGGAGGCAGGTACTTATTATTGGCGCTATGCCTTGCTGACCGGGGAACAAGGGGAGGATACGACGGACGCTGCCCTTAACCGTTCTTCATGGAGCCAATCCCGAATGTTTCATGTTCCGGAGGGCCTCCCTGAGACTCCCCTGCCTGACCGTGGGGATCGCTATGAACGCACGAATACCGGGCATCCGCGGTTATGGCTGGATGAGAAGGGAGTGGCGGCGTTCCGTGAACATTTACGTCAGGATGATGATTACTGCGGCTGGCGCGCTTTTTACGAGAAATCGGTCATTCCGTGGCTGGATAAGCCGTTAATTCCGGAACCGGAACGTTATCCCGGCAATAAGCGTGTCGCGAAGCTGTGGAGAAAAATGTACATGGATTGCCAAGAAACGCTGTATGTCATCCGGCACTTAAGCGTGGCAGGGGTCATTTTGCAGGATGATGCTTTGATAGCCAAAGCGAAGTCGTGGCTGCTTCACGCGGCCCGGTGGGATACGGAAGGTACAACGTCCAGGGATTATAACGATGAAGCTGCGTTTCGGATGGTTGGTGCACTCGCATGGGGATACGACTGGCTCCACGATTACCTCACCGCAGAGGAGATGGATCTCGTCAGGGGAGCTCTTCTGCGACGTACGGAGCAGGTGGCCTTCCATGTGATGGAGCGCTCGAAAATCCATCATGTCCCCTATGACAGCCATGCTGTTCGTTCGTTGTCCTCCGTGTTTGTCCCAGCCTGCATTGCCATGCTGCATGAAGAGGCCGAGGCACAGACATGGCTGGATTACACGCTGGAATACTACGCCTGCCTCTATTCGCCTTGGGGCGGAGAAGATGGAGGCTGGGCCGAGGGGCCGCTCTATTGGACAACCGGCATGGCGTTTGTGATAGATGCGCTTAATCTCATTCGCAGCTACGTATCGATTGATTTCTTTAAACGGCCGTTCTTTGGGCGCACGGGCGACTTTCCGCTCTACTGCAGCAGCCCGGACACGATACGGGCCAGCTTCGGAGACCAGTCCTATCTAGGCGAACCCGTTAGTCTGAAGACGGCTTTCAATATTCGCCAGTTTGCAGGCATTACAGGCAACGGATTATATCAGTGGTATTATGAACAAGTAGCCAAAGCGGATACGGACGCCGACACCAAGTTTTACAATTACGGCTGGTGGGATTTCCGATTTGACGATATGCTGTACCGGCATGATTACCCTCAAGTGGAGGCTGTTGCTCCTTCTGTTACCGTTCCGTTTTCTTCCGATAACGCTTCGGAAGCGAAGGAGGGGACCATCCAATCCGTCAAATGGTTCCGGGATATTGACTGGGTGGCGATGCATCACCGGATGGATGATCCGGATGAACATATCATGCTGCTGGCAAAGAGCAGCCGTTACGGCTCCATGAGCCACAGTCACGGTGACCAGAACGGATTCCTGCTGCACGCATTCGGCGAACCTCTCGCTATCGAGAGTGGATATTATATCGCTTTTGGAAGCACGATGCATATGAATTGGCGGAGGCAGACGCGTTCCACGAACAATATTCTCATCGATGGCCATGGGCAGTATGCGGGAAAAGACAAGGTGCTCTGCATCGAGGCCAGCGGGAAGGTGGAGCAAGTTGACGCGTCACCAGGGTACGGGTATACCCGTATGAACGCTACGCAGGCCTACCTGGAGAATGTCCCTTATCTTGAGCGGTATGTGCGCGAGATCTATTTTTTTGACGAATCATATTTTGTCATTGTGGATACGGTGGATCTCGCCAAGCCAGCCAGCATCGAGTGGCTGTTTCATACTCTGAACCGGATGAAGCTGTCGGGGCAGACGTTTCGAGTGTTGGGCAGCAAAGCGGAAATGGAAGGGCGATTCGTGTACAGTTCATCCGGCGACTTGTCGCTGAATCAGCATAATCAGTTCATCGATGTCGATCCCGATGAAATCGATGGGCTGGATAACCAGTGGCATCTGCATGCTGAAACGAAATCTGCGGCAAGCCATCGCATCGCGACCCTCCTGGTTCCCATGAAGGCGGATGAGAATAAATATGTCTCATATTTCCTGGATGATCAGGACCATGGAGTTCATATCTATTTCACGAATGAGGATGGGAACACAAGAAAGGTCGAGGTGCCTAAGGCATATTAA	MKTLFEPKSGLLSVPYQPDEESKLLENPPRFTWMPGQLENDRYMLQISTSPSYETEATTTISPIPYNLYTPDHPLEAGTYYWRYALLTGEQGEDTTDAALNRSSWSQSRMFHVPEGLPETPLPDRGDRYERTNTGHPRLWLDEKGVAAFREHLRQDDDYCGWRAFYEKSVIPWLDKPLIPEPERYPGNKRVAKLWRKMYMDCQETLYVIRHLSVAGVILQDDALIAKAKSWLLHAARWDTEGTTSRDYNDEAAFRMVGALAWGYDWLHDYLTAEEMDLVRGALLRRTEQVAFHVMERSKIHHVPYDSHAVRSLSSVFVPACIAMLHEEAEAQTWLDYTLEYYACLYSPWGGEDGGWAEGPLYWTTGMAFVIDALNLIRSYVSIDFFKRPFFGRTGDFPLYCSSPDTIRASFGDQSYLGEPVSLKTAFNIRQFAGITGNGLYQWYYEQVAKADTDADTKFYNYGWWDFRFDDMLYRHDYPQVEAVAPSVTVPFSSDNASEAKEGTIQSVKWFRDIDWVAMHHRMDDPDEHIMLLAKSSRYGSMSHSHGDQNGFLLHAFGEPLAIESGYYIAFGSTMHMNWRRQTRSTNNILIDGHGQYAGKDKVLCIEASGKVEQVDASPGYGYTRMNATQAYLENVPYLERYVREIYFFDESYFVIVDTVDLAKPASIEWLFHTLNRMKLSGQTFRVLGSKAEMEGRFVYSSSGDLSLNQHNQFIDVDPDEIDGLDNQWHLHAETKSAASHRIATLLVPMKADENKYVSYFLDDQDHGVHIYFTNEDGNTRKVEVPKAY	PGPT0019417_21	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA	NA	NA
JZ016_01242	2253			hypothetical protein	ATGAAGGTCAAATCGAAGTCGATATTCTATCCGTGGAGCGAACGTACAGTCGATATCCTGAAGGCCGAGCTTGACCAGGTCATCGAACGGAAGCTGGATGTTCCTGTCGAGCCCGGCGGCTGGTGGCACCAATACGTGTGTCCCGAACATCATACGGAACTGATGTATGATTCGCTGGAAGCCGATTGCAGCTCCTATCGTTGTCCGTATGGCTGCGAAGTGGAGGGGGAACCGTACAGGGGAGCTTGGCTGGTATTCAAGCATCAGGCTATGGCCCGATACGTTCTGCAATCTGCCGCCGTTTATGCCGGTACGGGAGAGCAGGTCTACGCCGATCTTGGAAAAAAGCTGATCGTCCGCTACGCGGAGCAGTTTCCGCTTTATCCTGTCCACCCGGATGCCCAGCCCTGGATGCTGAAAGGGCGCGCATTTCATCAGGCTTTAACCGAGGCCATCTGGGCAACGACCTTGCTTCGCGGTTATCTCCTTTTGGAGGATTTGCAGGTGTCGTTTCACGAGGCTGAACGCCGGAAGATTGATCATTTCCTGCATATGCTCGAGAGCAGCATGACGGAATATCATCATATGTTGACCCAGGAGCGCGGAAATCCCGAGAACAACTATACCGCCTGGCTGATTGCCGCGCTGTTTAGTATCTATGCGGTACAAGGCGAAGCGGAGAAGCTGCGGCAGCTGGTCGTGAAGGAAGGCGGCCTGCGGCATCATCTCAGCATTGCCATCAGGCCGGATCAGCTTGAATATGAAGGCAGCGTGTATTACCACGTATTCGTACTCCGTGCTTACCTGATTGCAGCGGAAATGGGGAGCCGGGTTGGTGAAGAGCTTTTTTCCCTGAGGGGAGAGCAAGGCCAATCCATGCAGGGAATGCTGGCGGTACTGGTTCAATTATCAGACCAAAATGGCTCCCTGCCTGCACTTCACGACGGTCCTTATCGCAGGGCTCCGTATGCGCGAGAAATCGCCGAGATTGTGGAAATCGGTTTATCCGTCTATGGGGATAAGAGCTATCGACGATTGTTAGACAATGTGTATCGTGAATTGAATGGTGAAGAAGGCCGGATCGGCATGCTGGAAGCTCTGTTGTACGGTACGGGCCATTGGGATGGGAGATACGGAATGGCTGCTTCTGAGGTGAAGGATTCTCATCGGAAGACATCGGAAGGAGTATGGGAAGTCGGGGACGTCATCGAAGTACGAGTGACACGAGACGTGCAAGGAGCAGGCGATGCAGAACATGCGAACCAAGCAGGTAAGGAAACTGAAGGAAAGGAAGCAAGGAAAGCAAGGGACAATGAAGGCAGAAACCAGAATGACTTGCCCGATCTTTCCGCTCCTTCGGTCTTTCTTCCTCACAGCGGATTTGCCCTGTTGAAGTCGAATCATTCGAATGGGCTTCAGGCGTTGGTCGATTTTGGCCCTCATGGTGGATCACATGGTCACTTCGATAAACTGAATCTGATGATTCATGTCGGGAACCAGCCACTATCGCCAGACCGTGGTACCGTACCGTACGGTTCAATCCTGAAGAACGAATGGTATCCCCATACAGCCTGCCACAACACCGTCTCGGTTGGGCGGCGTTCCCAGAATCCGACCGAAGGGAGATGCATTCGGTATGAATCCAGTTCGAATTTTACTTATCTCTGGGTGCGGTCCGATCAGGCTTATGAACAGGGCGTTCTGGACCGGCATCTGATATTGACGGATGACTGGCTTCTGGATTGGTTCGAAGTGGAATTGGAAGAGCCGGCAGCTGTGGATTGGTGGTTTCATTATGTTGGCCAAGGAGAGCTTAGCGGGCTTCCAAATGCTGATCAGGGCCATGTTGTAACGAATCTAGGAAATGAAGATGGATACGCATATGTAAAAGAAAGCTGCGCCCACGCCTTGTCCCAGGATGGCATGCAATTCAATCTCCATATTGCCAATGCATCAGGGCCGCTGGCGGTAGCTTCATTTATCGCCTTTGAGGGGATGGGATGCACACAGGTGGAGTCACCTGGAATTGCGGACGATCCCAGCCGAAGGATGGAGGGAATCCGGCTTCATCGGACAGATTCGCAAGCCCGCTTCATTGCCGTCTACCGTAGCGGTACGGAGCCGCTGACATTGGAATGGAACCGGTCGGAGAATGGGGACTGGCTCAGCTTGTCCGATGGCAGGACCGCGAGAAGCTTCACGATGACCAACAACGGGTTGAAGGAGAGGGTACTCGATGAAAACCTTGTTTGA	MKVKSKSIFYPWSERTVDILKAELDQVIERKLDVPVEPGGWWHQYVCPEHHTELMYDSLEADCSSYRCPYGCEVEGEPYRGAWLVFKHQAMARYVLQSAAVYAGTGEQVYADLGKKLIVRYAEQFPLYPVHPDAQPWMLKGRAFHQALTEAIWATTLLRGYLLLEDLQVSFHEAERRKIDHFLHMLESSMTEYHHMLTQERGNPENNYTAWLIAALFSIYAVQGEAEKLRQLVVKEGGLRHHLSIAIRPDQLEYEGSVYYHVFVLRAYLIAAEMGSRVGEELFSLRGEQGQSMQGMLAVLVQLSDQNGSLPALHDGPYRRAPYAREIAEIVEIGLSVYGDKSYRRLLDNVYRELNGEEGRIGMLEALLYGTGHWDGRYGMAASEVKDSHRKTSEGVWEVGDVIEVRVTRDVQGAGDAEHANQAGKETEGKEARKARDNEGRNQNDLPDLSAPSVFLPHSGFALLKSNHSNGLQALVDFGPHGGSHGHFDKLNLMIHVGNQPLSPDRGTVPYGSILKNEWYPHTACHNTVSVGRRSQNPTEGRCIRYESSSNFTYLWVRSDQAYEQGVLDRHLILTDDWLLDWFEVELEEPAAVDWWFHYVGQGELSGLPNADQGHVVTNLGNEDGYAYVKESCAHALSQDGMQFNLHIANASGPLAVASFIAFEGMGCTQVESPGIADDPSRRMEGIRLHRTDSQARFIAVYRSGTEPLTLEWNRSENGDWLSLSDGRTARSFTMTNNGLKERVLDENLV	PGPT0019410_95	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019410-alyA3|alg17C-K20525	NA	NA
JZ016_01243	768	fabG_5		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGCATATTAACTTATCGGGTAACATCGCTTTAGTCACAGGTTCGAGTGGAGGGATCGGTCGTGCGGTAGCATTAAGGCTGGCAAGAAGCGGAGCCAAGGTCGCGCTGAATTACCTGAACAGCAAGGAAGCCGCCGAAGAAGCCGTGGCGGAGATTCGAAGTTTTGGCGGCGAGGCGTATGCTTTTCGTGCAGACGTTACGCATGTGGAGCAGGCAGAGGCGCTTGTAGCTGATGTGGAGAAGGCATTTGGCGGACCGGTTACGATCCTGGTTAATAATGCGGGGCATTTGGTTGAGCGTCTGGCGAATGCGGAAATGACCGAGGAGCTCTACAACAAGGTCATGGATGTGAATATGAAAAGCACGGTATTCATGAGCAAAGCCGTCATTCCGGGCATGAAAGCCGCCGGTCAAGGTCGCATTGTCAACATGACCTCCGTTGCGGCACATAACGGTGGCGGACCCGGCGCAAGCATTTATGCTGCCAGCAAAGCGGCCGTCCTGAGCTATACCAAGGGACTAGCGAAGGAGCTCGCTTCAAGCGGAGTTAACGTGAATGCCGTATCGCCGGGATTTATCGGACAGACGGCGTTTCACGCCACCTTTACCCCGGATGAAGCGCGAATAGCAACGATCAAGGGCATTCCGCTGGGGCGGGAGGGTACCCCGGACGATGTCGCCGGCTCCGTTCTGTTCCTCGTCTCGGAGCTGTCCTCTTATCTAACGGGGGAGACGATCGAAATTAACGGCGGCATGTTCATGCGATGA	MHINLSGNIALVTGSSGGIGRAVALRLARSGAKVALNYLNSKEAAEEAVAEIRSFGGEAYAFRADVTHVEQAEALVADVEKAFGGPVTILVNNAGHLVERLANAEMTEELYNKVMDVNMKSTVFMSKAVIPGMKAAGQGRIVNMTSVAAHNGGGPGASIYAASKAAVLSYTKGLAKELASSGVNVNAVSPGFIGQTAFHATFTPDEARIATIKGIPLGREGTPDDVAGSVLFLVSELSSYLTGETIEINGGMFMR	PGPT0003180_7806	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_01244	1872			hypothetical protein	ATGATGCGCAAGAGCCTGTCTCGTCAAATCTTCTTGTACTTCTTTATCGTTATATTGTTCTCGCTTTCTACGGTTGGCGTATTCTTCTATATCAAATCATCCGAAGCGATTGATGAACAGGTCGAGAAGTATATGACCACTGTTATCACGAACGCGGCAAGGCAAACGGATAACCAGTTGCAGATATTCGAGCGGATCAGCAATACGATTTTGCTGCAGGATTCGGTCAAACGCTTTTTGGATATGGACCCAAGCGACAGCTATGAACATTATCGATTTACCAATCTTATCCGTAAGGATGTCTTTCAGAAGATCTTTATACAATATCCGACGCAGACTCACATGATGTATATACTCGGGTTTCATGGCAGGGCGATTTTTGATCAAAATCAGAGCTTCTCCGCCATGTCGATTGATCCGTCAGGCCGCCTTCGCGAACTCACGGAGAAGACGCCGGAGAACGGGGAGATTGTCATATTGAAGACCAGCTTGCTGGAGAAGGATCGGGACAATGTCATTACGGTAGCGCGCAAAATCCGGGGAATGAACTCGTACGACGTGAAAGGCGTGCTTGCGGTTGAGTTCAATGAAGACCAGCTGTCGAGTTTATGGAACGGCGTTGATCTCGGGGAGCAGGGCTTCTTCATTATCCTGGATCGCGAAGGCGAAGTTGTCTATGCACCTGAGCACGTGGATATGGACGCGATTACTTCGACCGACCTGCCGGAGCGTATTATCGCCAGGAGCGATCATCGATTCATAGAACCGGTGCTTGGCGACAAAACGATGATCATTACGCGCCAGTCGGAGTATTCGGGCTGGAGCCTCGTCATTATGATGCCGCTGGATGAGCTTCGGGCACCGATTTCGGGTATCCGGTCCACTACGATTATCGTAGGCTTCGTTACACTGATCATTGCGCTCATTCTCGCCTATCGATTCGGCAAATCGATTGTCAATCCGATCCGCAATCTGAAGAACGGCATGAGGCAGACGGAGAAGGGGAACTGGACGCATATCACCGACGTGAAACCGCGGGAGGACGAGATCGGGGGATTGATCCACAGCTACAATCTCATGGTCAGCCGTTTGTCCGATATGATCGAGCAGGTTTATGACACGGAGCTCCACAATCAGAAAACGCAGCTGGAGCTGCAGGACATCCAGCTGGAGCGCCAGCGGGCAGAGTTTCAGGCGCTCCAATTACAGATCAATCCGCATTTTCTGTACAACACGCTGGAAACGATCAATTGTTATGCGATCGTTCAGGATTCCGACGAGATCTCGGACATGGTGGAGGCGATGGCTTTCATGCTTCGATACTCCATCCAGACGAACCTGGAGGAGATCACCATTGCCAACGAGCTCAATCATGTACGGCATTACATGATGATATTGAAGCATCGCATCGGGCGCGATTTCGAGATCGAGGTGGCGACGCCGCCCGAGCTCCTATTGGAGAAGATGGTCAGGCTCTCCTTGCAGCCGATTGTCGAGAATATTTTTCAGCATGCTTTTCCGGAAGGGATCGAAGTTTGGCATTACATTCGGATTGACACGAGAATAGAACAGGACAATTTGCTGGTTATGGTAGAGGACAACGGAGCAGGAATAGCGGACCATAAGCTTCTTAAGCTGCGTAAGAGGCTCGAGGAAAACCGTCTGGTGGACGATGACGACGGAATGCATGTCCGGCGCAAGGGCGGAATCGGCATCGTTAATGTCCATCGGCGAATTCAGATGGTTTACGGCGAAGAGTACGGAATTACAGTTCATAGTTCGCCGGATCAAGGTACAAAAATCATCATGACAATGCCGCGAATGGAAAGAGTGCGTGATCAAGAATGCAGACTGAAACAGCTGCAAACCTAA	MMRKSLSRQIFLYFFIVILFSLSTVGVFFYIKSSEAIDEQVEKYMTTVITNAARQTDNQLQIFERISNTILLQDSVKRFLDMDPSDSYEHYRFTNLIRKDVFQKIFIQYPTQTHMMYILGFHGRAIFDQNQSFSAMSIDPSGRLRELTEKTPENGEIVILKTSLLEKDRDNVITVARKIRGMNSYDVKGVLAVEFNEDQLSSLWNGVDLGEQGFFIILDREGEVVYAPEHVDMDAITSTDLPERIIARSDHRFIEPVLGDKTMIITRQSEYSGWSLVIMMPLDELRAPISGIRSTTIIVGFVTLIIALILAYRFGKSIVNPIRNLKNGMRQTEKGNWTHITDVKPREDEIGGLIHSYNLMVSRLSDMIEQVYDTELHNQKTQLELQDIQLERQRAEFQALQLQINPHFLYNTLETINCYAIVQDSDEISDMVEAMAFMLRYSIQTNLEEITIANELNHVRHYMMILKHRIGRDFEIEVATPPELLLEKMVRLSLQPIVENIFQHAFPEGIEVWHYIRIDTRIEQDNLLVMVEDNGAGIADHKLLKLRKRLEENRLVDDDDGMHVRRKGGIGIVNVHRRIQMVYGEEYGITVHSSPDQGTKIIMTMPRMERVRDQECRLKQLQT				NA	NA	NA	NA	NA
JZ016_01245	1050	rssB_4		Regulator of RpoS	ATGTACCGCATTCTGGTCGTTGATGATGAACCTATGATAAGGACGGGCTTGGCGAAACTGATCACGCAGACGGATCCAGCCATGATTCAAGCTGCAACGGCCGGCAACGGCATGGAAGCATTGGAAGCGATTCAGACGGCACGACCGGACTTCATTTTTACGGATATTAAAATGCCCAAGATGGACGGCCTGGAGCTAAGCAAGCAGCTTTATGAAGCATACGCCGATATCACGGTCGTTGTCATCTCCGGTTACGGTGATTTCGAATACGCCCAGAAATGCATGTCGTATGGAGTTAAGGAGTATCTGCTCAAGCCTGTGACCAAATCGGTGGTACATAACACCATGAATAAATTGATGGCGGATCGAAAGTCCATGCAGGAGAAGCAGCGGATTTATTTTCCACTCTCCAAGCTGGAGGATTGGCTGGAGCAGCTGGAACTGGCCGTATGGCATTTACAAATGAACGATATCCAGCACAAGCTGCAAGAAATCGAGGATTACTGCAACGAGCGCAGGCTTGAATCGATTCAGCTTCAGGAACTGCTGGAAGAACTGTATGCGAAACTGATCAAGCAGTTAAACGGCCGGGATGTGTATTCGTTCGAACGTATGACAGGCATCACGGGGTCTGCGCCCGGAGGGAACCATCATTATTTCGAGAGATTTCGTCAAGCCGTGGATCAGACGGTGAAGCTCATACGCGACAAGCGGAAAGGAAATGCCAAAGAGCCTGTAGAAGAAGCGAAGGCATATATCGAGCGCAACTTATCCCGTGATCTCTCACTCGATGAGGTTGCCGATATGCTTGGGCTCAACCCGTCCTATTTCAGTCAGTTGTTTAAACAGATGACGGATGAGACCTTTGTCCATTACCGGATCAAGAAACGAATGGAGAAAGCGAAGAAGCTCCTCGCCCTTCCGCATTATAAAATTACGGATATTTCGTTCGAAGTAGGGTACGCGGATCATCCCCATTTTACAAAGACCTTCAAGAAGGTCACCGGTTACACCCCTTCCGAATACCGGGAGCTGCTGGGGATCGAATGA	MYRILVVDDEPMIRTGLAKLITQTDPAMIQAATAGNGMEALEAIQTARPDFIFTDIKMPKMDGLELSKQLYEAYADITVVVISGYGDFEYAQKCMSYGVKEYLLKPVTKSVVHNTMNKLMADRKSMQEKQRIYFPLSKLEDWLEQLELAVWHLQMNDIQHKLQEIEDYCNERRLESIQLQELLEELYAKLIKQLNGRDVYSFERMTGITGSAPGGNHHYFERFRQAVDQTVKLIRDKRKGNAKEPVEEAKAYIERNLSRDLSLDEVADMLGLNPSYFSQLFKQMTDETFVHYRIKKRMEKAKKLLALPHYKITDISFEVGYADHPHFTKTFKKVTGYTPSEYRELLGIE				NA	NA	NA	NA	NA
JZ016_01246	1587	lipO_11	COG1653	Lipoprotein LipO	ATGAGAAAAAGTTGGACACGTATGCTTACGTCAGGTCTCGTACTGGCCTTGCTCGTTGGCTGTTCGGGCAATAATGGCGGAGGCGGGGGAGCCAATGCCGGCGGAGGTGACAGCAACGGGCAAGGCGGAAGTGAAGCAGGGCCAACGAAATTCTCCATTTCGATGCGGACGCTTAACGTATCCTACGTCGAGAAGAATCCGGATATCAACAAGGATAAGTACGTGCTGGAGCTAGAGAAAAGGACGAACACGGATCTGGATATCCGCCTGATTCCGCATAACGAATATCAGGATAAAATGGTGCAAATGTTTGCGACAAACGACATTCCGGATGTGGTGCAGGGCACTGGCGGAATCAGCGGTCCCGAGCTGGCGGGTGCCGTGGAGAACGGAGTCTTTCTCCCGCTGAACGACCTCCTGCAGGAGCATGGGCAGGACCTGCTCAAGTTTATACCCGAGGAAGCCTGGAAGCGGATGACGGATTCCAAGACGGGCAATATCTACGGGATTCCCGAAATCTTGTCCAATCCGTCCAGACGAGCCACATGGATTCGGACCGACCTGCTTGAGAAAGTAGGCAAGGAGATCCCGACAACGGTGGAAGAGACGATGGATGTGCTGCGCGCGTTCAAAGAAGCCGGGGTGGAGCAGCCTTATGCCGGACGCCAGAATTTCAAATACGCGGATACCTTCTTCGGTGCCTATGACGTGCTGGGTTACCTGAACCAATTCAAGGTGTTCCCGGACGGCAAAGTAAAGCCAACCTTCTTCGATGAAGAAAATATGAAGCAAGCTATTCAGATTTATAAGACGATGCACGAGGAAGGATTGATCAGCAAGGAATTCGCGACGATTGAAAGCGCGGACTTCAAATCCATCGTCACGAGCGGCAAAGCCGGCATGTGGTCCATGAACGCGAATGAGCTTCCGATTTGGGGCACCCAGCTGAAGGAGAATGTCCCGGACGCGACAGTAGCGTTGATTCCTTCGCCGGTAGGGCCTGACGGCAAAGGGGGATATGCTCATTACAATCCGGTGACGCGCTCCTTCTTCATCAATGCGAAGGCGAAGGATAAAGCCGAGGATATCGTGAAGTTCTTCAATTGGATGGTCAGCGAAGATGCAGAATTGTTCTTCAGCTTCGGCATTGAAGGCGAGGATTACCAGGTAACCGACGGCAAGCCGGTCTTCGAGGTTCCGACGGACGCGGCAGGTGCCGATAAGATGCGTTATCTGAACTACTGGCTGTGGCTGGTGCAGGATACAACCTATAACAAACGCGTATCCGAGTTGTCCGATTCCGGCAAAGAGCTGATAGATGCTTTTGATAACATGCTTTCGAACGAGGGTCGCCGCGGCATTGAATTCGATCCGCGACTGGAGGCGATGGTGAAATATCCGGAGCTGAATCCGAAGTCGGATGAACTGCCGCCGCTGATTCTGGAGCATGTGCTCCGCATGGTATACGGCAGGGAGCCTATTGATAACTACGGCAAGGTGCTCGAGGAGTATCTGTCCAAAGGGGGCAACGAGATTATTGAGGAGGCTACGAAACGATATAACGAGAAAGAAAACGCTTTCGAATAG	MRKSWTRMLTSGLVLALLVGCSGNNGGGGGANAGGGDSNGQGGSEAGPTKFSISMRTLNVSYVEKNPDINKDKYVLELEKRTNTDLDIRLIPHNEYQDKMVQMFATNDIPDVVQGTGGISGPELAGAVENGVFLPLNDLLQEHGQDLLKFIPEEAWKRMTDSKTGNIYGIPEILSNPSRRATWIRTDLLEKVGKEIPTTVEETMDVLRAFKEAGVEQPYAGRQNFKYADTFFGAYDVLGYLNQFKVFPDGKVKPTFFDEENMKQAIQIYKTMHEEGLISKEFATIESADFKSIVTSGKAGMWSMNANELPIWGTQLKENVPDATVALIPSPVGPDGKGGYAHYNPVTRSFFINAKAKDKAEDIVKFFNWMVSEDAELFFSFGIEGEDYQVTDGKPVFEVPTDAAGADKMRYLNYWLWLVQDTTYNKRVSELSDSGKELIDAFDNMLSNEGRRGIEFDPRLEAMVKYPELNPKSDELPPLILEHVLRMVYGREPIDNYGKVLEEYLSKGGNEIIEEATKRYNEKENAFE	PGPT0017245_2416	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01247	873	araQ_13	COG0395	L-arabinose transport system permease protein AraQ	GTGAAATATGACAGTGCAGGCAGAAAACTGTTTCTCGTCGTGAACTATATCATCCTTACCTTTCTTGCACTCACCATGCTGCTCCCTTTTCTTAATGTCATTGCCCAGTCGTTCAGCAGCCCGGGCGCTATCGATCGCGGAGAAGTGATGTTCTGGCCGGTGGAGTTTACCTTTGCCTACTACCAGCATGTGTTCAACGATATCTCCATTTGGAGGGCATTCGGGATCAGCGTCTACATTACGCTATTCGGAACCTTCATCAATCTGGCAGCAACCGCTTCGCTGGCGTATCCGCTCTCCAGGCCCGAATACGTGGGCAGAAAAACGATCATGATTATCATCCTGATGACCATGATTTTCACAGCACCGCTGATCCCGCAATTCATTCTGATGCGCGAGCTGAATCTCGTCAACACGTTATGGTCTTTGATGCTGCCATCGGCGATCAGCGCATTCAATCTGTTTGTGCTTCGAACCTTCTTCACCCAAATTCCGAGCGAATTGATCGATTCGTCCCGAATTGACGGGTGCAGCGAGATCCGTACGCTATGGAGCATCGTGCTTCCATTATCCAAACCAGCGCTGGCGACAGTAGGGATATTCTACTCCGTAACCAATTGGAACAAATACATGGACGCCCTCTACTATATCAATGATCGCGCCAAGTATCCGCTGCAGGTCAAATTAAGGGAGCTTCTGGTGAACGAGGGCCTGACCGATACGGGGAACCTTGCATTCGAGGCAAGTTCCCAGTCCGTACAAGGCATACAAATGGCGGTTATTCTGGTAGCCACAGTGCCCATCATTCTCTTGTATCCGTTTCTGCAGCGCTTCTTCATTCATGGGATGATGATTGGATCGATCAAAGAGTAA	MKYDSAGRKLFLVVNYIILTFLALTMLLPFLNVIAQSFSSPGAIDRGEVMFWPVEFTFAYYQHVFNDISIWRAFGISVYITLFGTFINLAATASLAYPLSRPEYVGRKTIMIIILMTMIFTAPLIPQFILMRELNLVNTLWSLMLPSAISAFNLFVLRTFFTQIPSELIDSSRIDGCSEIRTLWSIVLPLSKPALATVGIFYSVTNWNKYMDALYYINDRAKYPLQVKLRELLVNEGLTDTGNLAFEASSQSVQGIQMAVILVATVPIILLYPFLQRFFIHGMMIGSIKE	PGPT0017255_2623	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01248	966	yteP_25	COG4209	putative multiple-sugar transport system permease YteP	ATGGCCGAGCCAAGCAAAGCAGCAGCAGTTAGCCCAAGGCTGGAGGGAAAGATCGATAATCGCAGAAGAATACTCGGCTTCATGTGGAAATACAGAGCGCTGTATTTCATATCGCTGCCGGGACTGCTGTTCTTCGGATTATTCAAGTATGTTCCGTTAATGGGCTCCGTGATCGCATTTCAGAACTACAATCTGTTTGCAGGCGTGACGGGAAGTCCCTGGGTGGGGCTTGAGCACTTTCAACGAATGTTCCAGCACTATGATTTTTTGAAAATTCTGCGGAATACGCTTCTGCTGGGTACATATGACATTCTGTTTGCTTTTACTGCCCCCATCGTTTTGGCTTTATTACTCAATGAGGTGCGCCAGGTCGTTTACAAGAAAATTGTCCAGACGATTTTCTATGCGCCGCATTTTCTGTCGTGGGTCATTGTAAGCGGTATCTTTGTGGGGATCCTTTCTCCATCATCGGGGATCGTGAACGTAATGCTCGGTTGGTTCGGTATCGATCCAATCTATTTCCTAGGCGAAGATTCTTACATTCGAACGGTATTGGTGGGCTCAGGACTATGGAGAGATGTCGGATGGGGGACCATCATTTATCTGGCGGCGCTCGCAGGCATTAATCCGGACCTCTACGAAGCCTCCGAAATCGATGGAGCGGGGAGATGGCGCCAGACGCTCAGCATCACCCTGCCGGCGCTGCTTCCCGTGATAACGATCCTGTTCCTGCTCAAAATCGGGGACTTCATGGATTATGGGTTTGAACGCGTATTCGTGTTTCAGAACCCGCTCAACATTCAGTCCAGCGAAATCTTGGACACGTACATATACAAAGCCGGCTTGCAGCAGCTTCAGTACAGTTATGCAACCGCCATCGGGGTGTTCAAATCGGTTGTCGGCTTGTTCCTGATTTCCATTGCAAACACCATCAGCAAGAAAGCGACCGGCGAGTCGCTGTATTAG	MAEPSKAAAVSPRLEGKIDNRRRILGFMWKYRALYFISLPGLLFFGLFKYVPLMGSVIAFQNYNLFAGVTGSPWVGLEHFQRMFQHYDFLKILRNTLLLGTYDILFAFTAPIVLALLLNEVRQVVYKKIVQTIFYAPHFLSWVIVSGIFVGILSPSSGIVNVMLGWFGIDPIYFLGEDSYIRTVLVGSGLWRDVGWGTIIYLAALAGINPDLYEASEIDGAGRWRQTLSITLPALLPVITILFLLKIGDFMDYGFERVFVFQNPLNIQSSEILDTYIYKAGLQQLQYSYATAIGVFKSVVGLFLISIANTISKKATGESLY	PGPT0017250_1063	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01249	183			hypothetical protein	ATGCCGCAAATTACGATTAAATTGTATGAAGGACGCACGGATGAGCAGAAGAACGAAATCGTTGATGTTTTTACAAAGGAGCTGTCACGGATCATTGATCGTGAGCCTGAATTTATCAGCATTCAGTTTGACGAAATTCCGATTGATGACAACGCACCGGCCAATTTGAGAAACAAGAGGTGA	MPQITIKLYEGRTDEQKNEIVDVFTKELSRIIDREPEFISIQFDEIPIDDNAPANLRNKR	PGPT0005210_2604	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005210-praC|xylH-K01821	NA	NA
JZ016_01250	1194	ugl_3		Unsaturated glucuronyl hydrolase	ATGAACGGACAACAACAGGAAACGATATCGCCCTATTCGCTATTATGGGGGCAATTGGAAAGGAAACTGTCGCGAATGACCGGACAGCTTCAAGGCAAAGTTCCTCATGCAACAAAGAACGGAATCTATGATTCCACCCGGATCGACTGGTGGACCTCCGGTTTTTGGCCGGGAATGCTCTGGATCATGTATGAGATGACCAAACAGCCGCAGTATAAGGAGTGGGCTTGGGAATGGGATATTCAGCTTGAACACGCGCTTATCGGAGACAGTAATTTCCACCACGATGTCGGCTTTCAATTTCTGCCGACTGCCGTCATCAAATATAAGCTGACCGGCGATGTGGATGCCAGGCGGAGAGGATTGTTGGCCGCTACCCTGCTGGCAGGGAGGTATAACCCGGTCGGGAGATTCATACGTGCTTGGAATCAGGTGAAACCCACTTCATGGAACCATGGGAATGAAGGCTGGTCCATTATCGACTCCACCATGAACCTCTCCCTCCTATTCTGGGCTTCCGAGGAGAGCGGTGACCCGAGATTCGCTCATATCGCCAGAGCCCAAGCGAATACGGTTGCCGAGTTTTTCATAAGATCGGACGGCTCCGTTCGGCACATCTGCCGATTTGATCCGTTAACGGGAGAATTTATCGAAGCGTTGGGAGGACAAGGCTATGGTCCGGAATCTGCTTGGAGCCGGGGAGCGGCCTGGGCATTGCATGGCATGGCTAACACCTATCGCTATACCCGCGATATTCAGTACCTTGAAGCCGCCAAGCGGGTTGCCCATTTCTTCATAGCTTCTCTTGAGGAGGATTCCATACCCCGCTGGGATTTCCGTACGGAGCGCAAGGAGATGGAACCATCCGCTCATGAAGAGACGGAAGCATCCCCGAAGACTACCGAGCCCCGGGATACGTCAGCAGCATCCTGCGCCGCTTCCGGTCTACTTGAACTCGCGGACCTGGTGCCTATAACCGAAAGTTCTCTGTACCGTGAAAGTGCCTTGCGTATCATCAACTCCTTAACGGCCCATTACGCCGAATGGGATGACCCCGCTTATGAAGGCATACTGAAGGAAGCCACAGGACATCTGCCTGCCGGACAAAATATAAACGTTTCGCTGATCTATGGAGATTACTATTATGTTGAGACCGCTGCCAAGTTAATGGGATGGAAAAACCGGATCTTCTGA	MNGQQQETISPYSLLWGQLERKLSRMTGQLQGKVPHATKNGIYDSTRIDWWTSGFWPGMLWIMYEMTKQPQYKEWAWEWDIQLEHALIGDSNFHHDVGFQFLPTAVIKYKLTGDVDARRRGLLAATLLAGRYNPVGRFIRAWNQVKPTSWNHGNEGWSIIDSTMNLSLLFWASEESGDPRFAHIARAQANTVAEFFIRSDGSVRHICRFDPLTGEFIEALGGQGYGPESAWSRGAAWALHGMANTYRYTRDIQYLEAAKRVAHFFIASLEEDSIPRWDFRTERKEMEPSAHEETEASPKTTEPRDTSAASCAASGLLELADLVPITESSLYRESALRIINSLTAHYAEWDDPAYEGILKEATGHLPAGQNINVSLIYGDYYYVETAAKLMGWKNRIF	PGPT0019355_394	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019355-ugl|EC_3_2_1_180-K18581	NA	NA
JZ016_01251	1083	sasA_13		Adaptive-response sensory-kinase SasA	TTGAAGCATCGTCTGGACCTGAGGCTTGCCGCTATCATCATCAGTATCACGGCAGGGATATTGATCGTGTTTACCGTAATCAATATTGTGACCAACCATTATCATATCGCCATGTTCCAGCAGCAATCATCCGTGCATGATGGAATGGCTGAGCTGAATTACCATTTGGAGCAAGCGCAGATGCAATCCATCATATTGACATGTCTCCTATCGATTGCCATTGCTTCCGTGATCGGCATATACGTTGCGAAGAGAATATCGGCTCCCCTCGTCCAGATGAAACGAGCGGCTGAGATGATGACGCGGGGGAATTGGGACATCCGTGTGACAACCAAAGGGTACGATGAAATCGCGGGACTTGGTTCTTCACTGAACGAACTGGCTGTGCAGTTACAGAAGCAGGAGCTGCTGCGCAGGAATATGACCCAAGATATCGCACATGAATTGCGAACGCCGTTAACCACATTAAAGAGTCACACCCGTGCACTTGAGGATGGGATCTGGGAGCCGACCGCAGATCGGTTTCAAACGTGTCTTGAAGAGATTGATCGATTGATTCAGCTTGTAACGGAGCTTGAGGATCTGCATGACATGGAATCACCCGAGTTTCAGCTATCCCGATCCAAGCAGGATCTTGGCTATATTATGGAGAGGGCCATCACCTTGGCGACTGCAATGTATTATGAAAAAAAGGTGGACCTGCAATATGTCGGCGGTTCGACGATTCTAGCCGAGGTGGATGCCGACCGAATGCTCCAGGTTCTGATCAACATGTTAAGCAATGCCGTGCACTACACGCCAGCTGGAGGAACGGTACAAGCCGAGCTCGTGGACGAAGGGGCACATGCCCTGATTCGAATACAGGATTCAGGTCAGGGGATCTCTTCCTCCGATCTGCCGTATATTTTCGAAAGGCTGTATCGGGGCGATAAATCAAGGAATCGGTCAAGTGGCGGGAGCGGTATGGGGCTTGCCATCGTCAAGCAGCTGGTATCTGCACATGGCGGTCAGGTATGGGCTGAGAGCGGAGGGAAGCATGCGGGCGGCAGCTGTTTCTATATCCGGATACCTAAAGAAGAGTAG	MKHRLDLRLAAIIISITAGILIVFTVINIVTNHYHIAMFQQQSSVHDGMAELNYHLEQAQMQSIILTCLLSIAIASVIGIYVAKRISAPLVQMKRAAEMMTRGNWDIRVTTKGYDEIAGLGSSLNELAVQLQKQELLRRNMTQDIAHELRTPLTTLKSHTRALEDGIWEPTADRFQTCLEEIDRLIQLVTELEDLHDMESPEFQLSRSKQDLGYIMERAITLATAMYYEKKVDLQYVGGSTILAEVDADRMLQVLINMLSNAVHYTPAGGTVQAELVDEGAHALIRIQDSGQGISSSDLPYIFERLYRGDKSRNRSSGGSGMGLAIVKQLVSAHGGQVWAESGGKHAGGSCFYIRIPKEE	PGPT0003985_1278	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-ENVELOPE_STRESS_RESPONSE,PGPT0003985-baeS-K07642	NA	NA
JZ016_01252	693	srrA_3	COG0745	Transcriptional regulatory protein SrrA	ATGAAGACCATATTAATCGTGGATGATGAACCGAATATTCGAGAAGTTCTTGTATCCTACCTGAACAAAGAACATTATCTGACGCTGGAAGCGGCCAACGGTGCCGAAGCGTTCGATTTCCTGCGAGAGCAATCCGTGGATCTTGTTATATTGGACCTCATGCTCCCGGATATGGATGGCGAGCGGATATGCCAGGAGATTCGAACGTTCAGCCCGGTACCCATTATCATGTTAACGGCAAAGATGGCCCAGAGCAGCCGGATTGGCGGGTTTGCCATCGGAGCCGATGATTATATCGTGAAGCCGTTCGACCCTCGGGAAGTTGTAGCAAGAGTCAAGGCCGTTCTGAGAAGAGGAGATGACAGCAAGCTCCTGGCGGACGTAATTGTGTATCACCAAGGCGCGCTGGCCATTCATTCGATGAAACACGAAGTTACCTGCCATGGACAGGTTGTAAACTTGACGCCAAGCGAATACAAATTGCTGCTTCTGTTGGCCAAGTACCCCCAGCGCAATTTCTCGCGCGAAGAACTGGTTGATCGCGTGTTAGGCTATGACTTTATCGGCGACATCCGAATTATTGATCAGCATATCAAGAATCTGAGGCAAAAGATTGAATCCGACCCTAGGCAGCCCCAATATATCATCACCGTATACGGATTCGGATACCGCTTTGGAGGTGATAGGGCTTGA	MKTILIVDDEPNIREVLVSYLNKEHYLTLEAANGAEAFDFLREQSVDLVILDLMLPDMDGERICQEIRTFSPVPIIMLTAKMAQSSRIGGFAIGADDYIVKPFDPREVVARVKAVLRRGDDSKLLADVIVYHQGALAIHSMKHEVTCHGQVVNLTPSEYKLLLLLAKYPQRNFSREELVDRVLGYDFIGDIRIIDQHIKNLRQKIESDPRQPQYIITVYGFGYRFGGDRA	PGPT0002675_85	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776	NA	NA
JZ016_01253	840			hypothetical protein	ATGAGGCTGGGCATTTTCTCCAAGACTTTTGAGAGGCCGACACTGGAGGGGAATTTGGACGCAGTGAAAGCAACCGGGCTGAGTGTCATTCAATTCAATCTTTCCTGTGCGGGTCTCCCATCACTGCCGCACGAGATCGATCTGGAAACCGCGGTGTATATAAGAGAAGAATGTGAGAAACGGCATCTACATATAGCCGCAGTATCCGGGACCTTCAATATGATTCACCCGGACCGTCAGAGATTGCGGGATGACATCCGACGATTTCGCCACTTGGCAGCCATGTGCCATTCGATGGGAACGTCGGTCATTACCCTGTGTACCGGCACAAGGGATAAGGACAATATGTGGAGGGCACATCCGGACAACAATTCACCGGAAGCATGGGATGACCTGCTTACGTCCATGCGTGAATTAGTGAATATCGCTGCCGAGTACGAGCTGGAGCTGGCTGTCGAACCTGAGCCCGCCAATGTGATCAGCGATGCGGTCAAAGCCAGAAGGCTGCTGGATACGATGGATTCTCCCCGGTTAAAAATAGTTCTGGACGCAGCGAATTTGTTCCACCCGAACGAAGGGATGCCTTTAACAGAGGTAATTGAACAAGCGCTGTTGCTGCTCAGTGAACATGTCATTATAGCCCATGCCAAAGATTATTCGACTATGGAAGGATTACAGTATAGGGCAGCCGGAACCGGTGAACTGGACTACGAAGCATACATGAAGCTCCTGCACGCTTCCCATTTCAGTGGACCGCTGATTCTTCATGGCTTGCATGAACGTGAAGTGCCGCAAAGCATCTCTTATTTGAAGTCCCGGATCGAAGCGGCCAAGTTATGA	MRLGIFSKTFERPTLEGNLDAVKATGLSVIQFNLSCAGLPSLPHEIDLETAVYIREECEKRHLHIAAVSGTFNMIHPDRQRLRDDIRRFRHLAAMCHSMGTSVITLCTGTRDKDNMWRAHPDNNSPEAWDDLLTSMRELVNIAAEYELELAVEPEPANVISDAVKARRLLDTMDSPRLKIVLDAANLFHPNEGMPLTEVIEQALLLLSEHVIIAHAKDYSTMEGLQYRAAGTGELDYEAYMKLLHASHFSGPLILHGLHEREVPQSISYLKSRIEAAKL				NA	NA	NA	NA	NA
JZ016_01254	1071	iolG_7	COG0673	Myo-inositol 2-dehydrogenase	ATGATGGATAAGATGGAATTAAATATCGGGGTTCTTGGCTGTGGCCCCATATCGCAGTACGGACATTTCGAGGCTTGCCGGAGAGCGCGCAATGCCAGGCTATACGCGATATGCGATGTCGCGGAGGATTTGCTGAGCCGCATGGCCGAAATCCACCAGCCAGCCAAGATCTACAGCGATTATGATAAAATGCTTGCCGATCCCGATGTGGAGGCTGTTATCATTGGCATCGCGGATCAATTTCATGTGGAAGCTGCCCTTAAAGCCATTGCAGCGGGCAAGCACGTCCTAGTGGAAAAGCCTCTGGGCGTCAGCGTCGAAGAGTGTGAGGAATTGCAGCAGAAGGCCGGGGCTACCGGATGTATTGTCCAAATCGGAAATATGAAGCGCTTTGACCCCGGCATCGCGTATGCCAAGCAGTTTATTGATCAAGAAATGGGTGAGATGCTGGCGCTGAAAGCATGGTACTGCGACTCAACTTATCGATATACGGTCACCGACAACGTGCAGCCGATGGTGCAGCATAGTCCGAATGCTTTAAAGCCGGAAGGCAATCCGAAGCTGGATAAGCTGCGTTACTTCATGCTGACGCATGGCAGTCATCTGGTGGATACGGCTCGTTTTTTAGGCGGAGAGATGGAAAGCGTTACGGCGTGGAACACGCAGAAGTTCGGAGCGTACAACTGGTTTGTCACGGTGCAGTATGCCTCGGGCGCTGTAGGACATCTGGATCTTACGGTTGCCGTGCGGATGGACTGGCATGAGGGTTTTCAGATCTACGGCGAACACGGAAGCATTATTGGCAAGACCTATAATCCTTGGCTTTTTAAGTCCAGCGACGTAGAAGTCTTCTCGGCACGGGATGGTTGTTATCATCGACCGCTCGGGGAAGATGCCCATTTCTTCAAGCTGCAGGTTGAAAGCTTTGCGGATACGGTTTTGAATCAGGTTGCCATGAAAGGGGCCAATCTGGAGGATGGAGTGGCTGCTATGCGTGCCATGGCGGCGATTGCACGATCGGTGGAGAGCGGGGATACGGTGAGGCTGGCTGACGTAACGGGAGGTGTATGA	MMDKMELNIGVLGCGPISQYGHFEACRRARNARLYAICDVAEDLLSRMAEIHQPAKIYSDYDKMLADPDVEAVIIGIADQFHVEAALKAIAAGKHVLVEKPLGVSVEECEELQQKAGATGCIVQIGNMKRFDPGIAYAKQFIDQEMGEMLALKAWYCDSTYRYTVTDNVQPMVQHSPNALKPEGNPKLDKLRYFMLTHGSHLVDTARFLGGEMESVTAWNTQKFGAYNWFVTVQYASGAVGHLDLTVAVRMDWHEGFQIYGEHGSIIGKTYNPWLFKSSDVEVFSARDGCYHRPLGEDAHFFKLQVESFADTVLNQVAMKGANLEDGVAAMRAMAAIARSVESGDTVRLADVTGGV				NA	NA	NA	NA	NA
JZ016_01255	1020	mglC	COG4211	Galactoside transport system permease protein MglC	ATGAATACGCAAACCATCGGTAAGGTTAAAGATTATTTGGCGCAGCGTGCCATATTCGTAGTATTAATATTGCTCGTTATCGGGATTGCCGTTGCAGATCCCAACTTTCTGGCCTTCTCCACGCTCCGGGATATTTTGCAGCAATCCTCCACCCGATTAATTATCGCGCTTGGCGCGGCGTTCATTCTGATCACCGGCGGGGTTGACCTCTCCGCAGGACGCGTTGTCGGATTAACGGCGGTCGTATCGGCTTCCATGCTGCAAACGGATGTATACGCAAATCGCTTCTTCCCGGACCTGCCTCAAGTATCGGTTGTATTGCCGATCCTTATCGGTATTGCAGCGGGACTTATCGTTGGGTTCATCAATGGTTTCATCGTAGCTAAACTGCATGTGCCGCCGTTCATAGCGACACTCGGTACGATGGTCGGCATATATGGCGTCAACTCCATCTATTTTGATATGGAGCCGAACCAATCCCAGCCGATCGGCGGCTTAAGACCGGACTTTACCGTGTGGGGCAGCGGCTACATCGACTTCGGGGGTGGGTATTCTCTCCCTTACATCGTCATTATCGCCGTCTTCGTTGCACTTATCTGCTGGGTCATATTCAACAAGACCCGTCTCGGCAAAAATATGTATGCGATCGGCGGCAACGTGCAAGCGGCGCATGTATCGGGGATCAATGTAGCCCGTAATCTGATAGCGATCTACGCTATTTCCGGTGCGTTGTACGGCATCGCCGGCGTACTGGAGGCTGCGAGAACCGGGGGCGCGACGAATAACTACGGCAATATGTATGAACTGGATGCGATTGCCGCATGCGTGGTTGGAGGGGTATCCACTGCAGGAGGCATCGGCACGGTGCCGGGCGTGATGGCCGGGGTTCTTATCTTCGGCGTCATCAATTACGGATTAACCTTTATCGGTGTCAGCCCATACTGGCAATTGATCATTAAAGGGCTTATTATCGTAGCAGCGGTCGCATTTGATATTCGCAAATACATGGCAAAAAAATAA	MNTQTIGKVKDYLAQRAIFVVLILLVIGIAVADPNFLAFSTLRDILQQSSTRLIIALGAAFILITGGVDLSAGRVVGLTAVVSASMLQTDVYANRFFPDLPQVSVVLPILIGIAAGLIVGFINGFIVAKLHVPPFIATLGTMVGIYGVNSIYFDMEPNQSQPIGGLRPDFTVWGSGYIDFGGGYSLPYIVIIAVFVALICWVIFNKTRLGKNMYAIGGNVQAAHVSGINVARNLIAIYAISGALYGIAGVLEAARTGGATNNYGNMYELDAIAACVVGGVSTAGGIGTVPGVMAGVLIFGVINYGLTFIGVSPYWQLIIKGLIIVAAVAFDIRKYMAKK	PGPT0016640_95	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_METHYL-GALACTOSIDE_TRANSPORT,PGPT0016640-mglC-K10541	NA	NA
JZ016_01256	1557	mglA_1	COG1129	Galactose/methyl galactoside import ATP-binding protein MglA	GTGGCGGAATCGTATGTGCTGGAGATGCGGAATATATCGAAGGCGTTTCCAGGCGTTCAGGCATTAAGCGACGTAACGTTCAAGGTGAGACCCGGAACCGTGCATGCGCTTATGGGCGAGAACGGGGCCGGCAAATCAACGCTGATGAAATGTTTATTCGGCATCTACAAGCCTGATGAAGGCGACATTTATTTAAACGGCAGCAAGGTAACCATCAACAGCTCCAGGGACGCATTGAATCACGGAATATCCATGATTCATCAGGAGCTTCATCCCGTGCCGCACCGCAACGTGATGGAGAATATATGGCTGGGAAGATTTCCGATGACGGGTTTCTGGCCTTTGAAATTCGTGAACGAGAAACAGATGGCAGAAGATACGCTCCGCCTGTTCCGCGAGCTCGATATCGATATCGATCCCAGGGCAAGAACAGGAGCGCTGTCTGTATCCAAGATCCAATCGCTTGAGATTGTCAAAGCGGTGTCTTTTCACTCCAAGGTGATTGTAATGGATGAACCGACCTCATCGCTCACCGGAAATGAAGTGGAGCATCTGTTCAACATCATGAATAGGCTCCGTTCGCAAGGGGTGTCGATCGTCTACATTTCGCACAAAATGGAAGAAATCCTGCGCATATCCGATGACGTGACGATTATGCGCGATGGTAAATATGTGGGGACTTGGCAGGCCGGCGAGCTGACAACCGATTTGATTATCACCCGCATGGTGGGACGGGATTTGACGGAGCGCTATCCGGAACGGGTGAACGTTCCCGGCGAAACCCGGATGCAGGTTCGCCAATTAAGCTCCACGAATCCGAAATCGTTTCAGAATGTATCCTTCGAGCTAAGACGGGGGGAGATATTGGGCATCGGAGGCCTTGTCGGCGCACAGCGAACGGAATTAATTGAAGCAATATTCGGACTTCGTCCGGTGGCTTCCGGAACTATATCGATCAACGGGAAGCCGGTAAAGATCAAATCACCATCGGACGCCAAGAAAAATAACATGGCGCTGCTGACGGAAGAGCGCAGGGTTACCGGCATATTCCCGGTGCTCTCGGTCTATGAGAATACCGTCATTGCCAATCTTCGCAGGTATCAGAATTGGGCGTTTCTGTTAAATGAACGCAGAGGAATCCAGGATGCGCGTATGAACGTGGAGCAGCTTAGAACGAAAACGCCCTCGGTCCATACCCAGATTCGCAATCTGTCGGGCGGGAACCAGCAGAAGGTGCTGCTGGCAAGATGGCTTCTGACCGAGCCTGAGATCCTTCTGCTGGATGAGCCGACTCGTGGCATTGATGTTGGCGCGAAGTTCGAGATTTATTCCATCATTACGCAGCTAGCCAAGCAAGGAAAGAGCATTATTATGATTTCCTCCGAAATGCCCGAACTGCTTGGTATGTCCGACCGAATCATGGTGATGAGTGAAGGGCGGTTGACGGGAATTCTGGCAGGGCAGGAAGCAAGCGAAGAGGAAATCATGCGGCTTGCCGCACAGCAGCGGTCAGCCGATTCGGGAGGGGAAGTCGATGAATACGCAAACCATCGGTAA	MAESYVLEMRNISKAFPGVQALSDVTFKVRPGTVHALMGENGAGKSTLMKCLFGIYKPDEGDIYLNGSKVTINSSRDALNHGISMIHQELHPVPHRNVMENIWLGRFPMTGFWPLKFVNEKQMAEDTLRLFRELDIDIDPRARTGALSVSKIQSLEIVKAVSFHSKVIVMDEPTSSLTGNEVEHLFNIMNRLRSQGVSIVYISHKMEEILRISDDVTIMRDGKYVGTWQAGELTTDLIITRMVGRDLTERYPERVNVPGETRMQVRQLSSTNPKSFQNVSFELRRGEILGIGGLVGAQRTELIEAIFGLRPVASGTISINGKPVKIKSPSDAKKNNMALLTEERRVTGIFPVLSVYENTVIANLRRYQNWAFLLNERRGIQDARMNVEQLRTKTPSVHTQIRNLSGGNQQKVLLARWLLTEPEILLLDEPTRGIDVGAKFEIYSIITQLAKQGKSIIMISSEMPELLGMSDRIMVMSEGRLTGILAGQEASEEEIMRLAAQQRSADSGGEVDEYANHR	PGPT0016645_10	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_METHYL-GALACTOSIDE_TRANSPORT,PGPT0016645-mglA-K10542	NA	NA
JZ016_01257	1134	mglB	COG1879	D-galactose-binding periplasmic protein	ATGGCGGTAGACAGTAAGATATGGCGCAGGAACGCCGTATCCGTCACTGAAAATTCGAATGAAACAGGGAGGTCAACCCAGGTGAAGAAAAAATGGCTGTTAATCCTTATAGCCGGCATGATGCTGACCACGGCGGCATGCAATAACGGCGGGAGCAGTTCAACCGGCAGCGAAAGCAAGCAAGATGAGGCGGCAGGCGGCAGCACACCTCAAGTCGGGGTGGCAATTTACAAGTTCGACGACACGTTCATGACAGGCGTTCGGAACGCGATGTCCGATGCAGCGAATGGCGTAGCCAAACTGGATATCGTGGATAGCCAAAATGCGCAGCCAACCCAAAATGAGAAAATCGATCTGTTCATTTCGAAGAAATACAGCTCTATGATCATCAACCCGGTGGATCGGACGGCCGCCGGCGTCATTATCGATAAGGCAAAAACTGCGAATACGCCAGTGGTATTCTTGAACCGGGAGCCGATCGCGGAAGACATGAACAAGTGGGATAAGGTGTATTACGTAGGGGCAAAAGCGGAGGAATCCGGAACGATTTCGGGTCAGCTTATCGTCGATTATTGGAAGGCCAATCCCAAGGCGGACAAGAACGGGGATGGCAAGCTGCAGTATGTATTGCTGCAGGGTGAGCCGGGGCATCAGGATGCCGAGCTGAGGACCAAATTCTCCGTTCAGGCGATTCAAGATGCCGGGATCGAAGTCGAAGCGCTAGCGGTGGATACCGCCATGTGGGACCGCGTGAAGGGACAGGAAAAGATGCAAGCCTTCCTTGCATCCCATGGCGACAAGATTGAAGCGGTTCTGGCCAACAATGACGATATGGCGCTCGGTGCCATTGAAGCATTGAAAGCGGCGGGTTACTTCAGCGGCGACAAGTATATGCCGGTCGTGGGTGTAGATGCGACAGCTCCGGCCATTCAGGCGCTGGAAGACGGCACGCTTCTCGGCACCGTGCTTAATGACGCCAAGAGCCAGGGTAAAGCTTCCGTTGCGATTGCCGCAGCGCTATCCAAAGGAGAAACGCCGAACAAGGACAACACCGGATTTGATATTACCGACGGCAAATATGTATGGATCGCTTACAAAAAAATAACGAAAGACAATATCGCCGACGCGAAATAA	MAVDSKIWRRNAVSVTENSNETGRSTQVKKKWLLILIAGMMLTTAACNNGGSSSTGSESKQDEAAGGSTPQVGVAIYKFDDTFMTGVRNAMSDAANGVAKLDIVDSQNAQPTQNEKIDLFISKKYSSMIINPVDRTAAGVIIDKAKTANTPVVFLNREPIAEDMNKWDKVYYVGAKAEESGTISGQLIVDYWKANPKADKNGDGKLQYVLLQGEPGHQDAELRTKFSVQAIQDAGIEVEALAVDTAMWDRVKGQEKMQAFLASHGDKIEAVLANNDDMALGAIEALKAAGYFSGDKYMPVVGVDATAPAIQALEDGTLLGTVLNDAKSQGKASVAIAAALSKGETPNKDNTGFDITDGKYVWIAYKKITKDNIADAK	PGPT0015745_180	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_METHYL-GALACTOSIDE_TRANSPORT,PGPT0015745-mglB-K10540	NA	NA
JZ016_01258	1002			hypothetical protein	ATGATTAGCATGAAGCGTGTGTTATGGATACCGATTGTACAGAAAGGCCGTCTTGTTGTACTCATTCTATCCTTGATCTTCTTAACATCGTGTTCATCAGACGCAACCATAGATGAGAATGAGCCCAAACTCCGGCACATTGCACTCGTGGCTCCCATACACGCCGAAGAGCAGGGGGATGCCATCCGATTAGGCGCCGAGGCGGCTGCCAAGGTATACGGAATGGTGCTTGATTATATCCCGCTGGAGCCTAGTGACGATGAAGCGGAGCAACTGCAAGCTGCATTGAAGGTGCTGGAGAAAGGTTCCTCCGCGATTCTGATCGATCCGGCATCCGAAGCCGTACTGTTGAAATTAGGTGATCAGGCATCAGCAGCTGATGTCCCCATCATTGCTTTGAATGATGAGCGAATGACCACAGGTGTCCTGTCCGCCATCGCAATCCATAATGAGGCGGCCGGACGCAAGGCGGGTGAACAGCTGGCCGACTTACTTGGCGATCGGGGAGTTGTCGCCATACTTCGATCCGACAGGGAGGATCCCGACCTCATTGCCCGCGAAGAGGGAGCCAAAAGCGTATTGTCGGGAATTAGCGGGATTCAGATAGCGGACGGGGCAGCATGCGGCAAACGTGAAGATGCATGCTGGCAGGCGGCCAAGCAGCTGCTGGACCGGGAATCGGTTGACGGGATACTGGCACTCGATATTCAGGCCTCCTTGGGAGCGGCAAAAGAAGTCGCAAGACGGAACGTTCAGGGGAAGATCAAGATTGTCACCTTCGGAAGCGACCTGGAGCAGCTTCAACTTCTGCAGGATGGCATCCTTCATAAACTCATTGTGCAGAACGGGTTCAGCACGGGATATCTGGGAGTAGAACAGGCTGTGAAGGTATTGGATGGTTCGAAATATGATAAGCCGATTGTGCTTGAGACCAAGGTGATTGATGCGGACAACATGTTCTGGATGGATAATCAGAAGGTTCTGTTTCCATTTGTGAAGTAA	MISMKRVLWIPIVQKGRLVVLILSLIFLTSCSSDATIDENEPKLRHIALVAPIHAEEQGDAIRLGAEAAAKVYGMVLDYIPLEPSDDEAEQLQAALKVLEKGSSAILIDPASEAVLLKLGDQASAADVPIIALNDERMTTGVLSAIAIHNEAAGRKAGEQLADLLGDRGVVAILRSDREDPDLIAREEGAKSVLSGISGIQIADGAACGKREDACWQAAKQLLDRESVDGILALDIQASLGAAKEVARRNVQGKIKIVTFGSDLEQLQLLQDGILHKLIVQNGFSTGYLGVEQAVKVLDGSKYDKPIVLETKVIDADNMFWMDNQKVLFPFVK	PGPT0015740_2787	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0015740-rbsB-K10439	NA	NA
JZ016_01259	1830			hypothetical protein	GTGAAAATCGCGTATGCCAAGCGGAACTCGATTAAACCAACCATTCAGCGATGGATTAGGCGATTTTGCGCACACAGCATTCAATCGATCATCATGTGGTCCTTTTCGGCATTTATTCTGCTGATCGTGATCGTGGTAGCCGTTCTGTTGTTCAATAAATTCTCCCGATCGGCGGAGCAAAGCGTGTTTCTGAATGCCCAGCAAATCGTGGATCAAGTAAGCTATAATCTCGAGGATTATGTGGACGGGATGGCACAGCTGTATCGGGCCATTGAGGAAAACATGCTAGCTGACGGGCAATGGGACGATGAGCAGGTTACTCAACAGCTGAACACCATCATGCGAAGCCGGGATGACATCGTCTCCATCGCGTTATTTAATGAACAGGGCGATATGCTGAGGAACCATCCGGCTATGCCGGTTAAGGCCAGCGCGCGGGTGACGGAACAAAGCTGGTTTCACTCGGCCATGAGAGTCTCCAACCATCTGAGCTTCTCACTGCCGCATGTGCAGAATTTGTACGACCATACATTTAAATGGGTTGTCACGATGAGCAAAGGAATTACGGTTGTTCATAACGGGGAGCCAACATATGTCATTCTGCTGGTAGATATCAACTTCAAGAAAATCGATGAGCTAAGCAGCCGCATTAGCTTGGGTAAGCGGGGGTATGCGTATATCATCGATGAAGGAGCGGGAAACATCGTGTATCATCCCCAGCAGCAATTAATTTACATGGGGCTTCGAAACGAGAGTGTTGAGCGGGCACTTACTTCCTCTGACAGCTACATTGATGAATCGGATGGAGTCAAGCGGCTGAACACGGTGAAATCAGTCGTTAATATAGGATGGAAAATCGTTGGGGTTTCCTATTTGGATGAAATCATGACCACAAGAGAAGAGGTCAATCGTTATCTGGTTCAGGTCGTGGCGATGGTTCTGGTGCTTGCCATCGCAGTTTCCCTGATTCTCTCGGCTATGCTGACCCGCCCCATCCGCCGGATGGGCAGAACGATGAAGGCGGTGGAACGTGGCGATTTCAACGTGGAGCTCCCGATGCAGGGGCCACTGGAAGTGGTACAGCTGTCCAGTCGGTTCAATCTGATGCTGGATAAGATCAGGCAGCTCATGAAACAGATTGTGAAAGAGCAGGAATCGAAGCGCAGATACGAGCTGGAAGCCTTGCAGGCTCAGATCAACCCGCATTTTTTATATAACACCTTGAATTCGGTTGTCCGCATGGTGGGCATGAGCAAGAAGGAGGAAGTCATTACGATGATCACTTCCTTGTCGAAGCTGTTTCGTTTGAGCTTGAGCAAAGGGAAGACCTCCATAAGCGTCCGTGAGGAGCTGGAGCATGCAAGGCATTATTTGACCATCCAACAGATGAGATATAAACAGAAATTCGATTTTTTGATCGAAGCGGATGAGGCAGCGCAGTCCTGCTACACGCTAAAGCTTGTGCTTCAGCCCTTAATCGAGAATGCCATCGTACATGGCATTGAATATATGGTGGATCAAGGACATATTCACATAACGGCTGCTATACAAGGCGATCTATTGGAGATGACGGTTAGGGACAATGGGGTCGGAATGTCTCCCGAGATGCTTGAAAGGATATTAGAGGTTGAAACGCTGCGACAACATCCGGCTCCATTTATCAATACGGCAGGCTCCGGCGTGGCCGTTCGAAATGTTCATGACCGGATCCAATTATATTATGGGCACCGTTACGGTCTGGAATATGAGAGCGAGCTTGAAGAGGGCACGACCGTTCGCATACGGATACCGATTATTCACGAGTCAGGGGAGGAGCGGGAGCATGATTAG	MKIAYAKRNSIKPTIQRWIRRFCAHSIQSIIMWSFSAFILLIVIVVAVLLFNKFSRSAEQSVFLNAQQIVDQVSYNLEDYVDGMAQLYRAIEENMLADGQWDDEQVTQQLNTIMRSRDDIVSIALFNEQGDMLRNHPAMPVKASARVTEQSWFHSAMRVSNHLSFSLPHVQNLYDHTFKWVVTMSKGITVVHNGEPTYVILLVDINFKKIDELSSRISLGKRGYAYIIDEGAGNIVYHPQQQLIYMGLRNESVERALTSSDSYIDESDGVKRLNTVKSVVNIGWKIVGVSYLDEIMTTREEVNRYLVQVVAMVLVLAIAVSLILSAMLTRPIRRMGRTMKAVERGDFNVELPMQGPLEVVQLSSRFNLMLDKIRQLMKQIVKEQESKRRYELEALQAQINPHFLYNTLNSVVRMVGMSKKEEVITMITSLSKLFRLSLSKGKTSISVREELEHARHYLTIQQMRYKQKFDFLIEADEAAQSCYTLKLVLQPLIENAIVHGIEYMVDQGHIHITAAIQGDLLEMTVRDNGVGMSPEMLERILEVETLRQHPAPFINTAGSGVAVRNVHDRIQLYYGHRYGLEYESELEEGTTVRIRIPIIHESGEEREHD				NA	NA	NA	NA	NA
JZ016_01260	1635	rhaR_20		HTH-type transcriptional activator RhaR	TTGTACAAAGTGCTGTTAGTGGACGATGAAGCCGACGTAAGAGAGGGACTCGTGCAGGAAATCCAGTGGGAAGCCTGCGGATTCACGATCGAGGGAACGGCGGAGAACGGGAGAGAGGCTGTGGAGCTTGCGGAGCGATTGGAGCCGGAAGTTGTCATTACCGATATCAGTATGCCGTTTCAGGATGGGCTCCAGCTGGCCTCATGGCTCAGAGAGTTTCAGCCGCTGTGCAAAATCGTGATCTTAACCGGATACGATGAATTTGATTATGCCCGTCAAGCGATTACGCTCAGCGTGGACGAGTATTTGCTTAAACCTTTCTCAGCCGAAAGCTTTATGGAGCTATTGAGGAAGATCAAGGACAAGATCGATTTGGAGGTTGCAGAGCGCGAGGATGTGCGTCAGTTGAAGGAGCATTACCGCACGAGCCTGCCATTGCTTCGGGAATCGTTTCTTGCGTCGCTGCTCACCCGGAAATTACCCCGCTCGATTGTTGAGGAGAAGATTCGAAATTACGAATTATCTTTGAATGGAGGTTGTTACCTTGCTGCGGTTATGGCCTTATATCCCGCTTCTGTTGATAAGGAGCAAACGTCCTCAGCCTCCCTACGCCATTCTGGAGACTTGGATTTAATGCTGCATGCCATGCTGAACATCGCGAAGGAGCTTCTGGATCCCTCATCTCTTGTAAGCGCATTCATATATCAGGACAGCATTGTGCTGCTGATTGCGAATGATGAGAGGGAGGAAGAAGCGTGGTTTAGCGAGCTGCAGTTGACACTTGACCGTTTATTAAAAAGCATTCTTCATTATTTGAAGCTGCCGGTTACGATTGGAGTGGGCTCACAGGTGGGGAATCTAACAGACCTGAAGCTTTCATATCAGGGTGCGCTGCTGGCGCTCGACTACCGGTTGATTCTGGGTGCCGAGAAAGTCATTTTCATCGATGATGTCGAGCGTCCGAGACCGGAGGGGGTTCGTCTGGATGAATTAAAGGAGCAAGCGCTGATCCGCAGTCTAAAGCTCGGAACCGAAGAGGAATTGACCGAAGCCATTTCGCATATATTCGATGAACTCATTGGCGCCTCATGTACCATTCAGGACGTTCAGGTATACCTTCTGGAGGTTGTAACGGCCGTCTTGCGATCGGCCAAAGAATCCGGGGTTGAGATCGAGGCGTTGTTCGGCGCAGGATTTCAGCTGCATGCGGAGATCTTTAAGTTTTCCGGCTTACAGGAGGCTAAAGCCTGGCTGCAGGACATTAGTTTGACCATACGAAAGCATATTGCCAGCTCCAGGCAGCATGCGTACAAAGACATTGTGGAGAAGGCACTCCAATATACACGGGAGCATTACATTGATTCGGAATTATCTCTGCAGAAGCTGTGCATGCAGCTTCATATTAGTACAGGCTATTTTAGCGCTGTGTTTAAAAGAGAAGTCAAAATGACCTACGTGCAGTATTTGATGCAGCTTCGGATGGAAACGGCTAAGGAGCTTCTTCGATCATCGGATCTTAGAGCCTTCGAAATCGCGGAGCGTGTCGGATTTGCCGATCCGAATTATTTCAGCTTCTGCTTCAAGAAGTTGGTCGGCATCTCGCCCAAGGAATACCGGACACAAGCGAGGGGGTAG	MYKVLLVDDEADVREGLVQEIQWEACGFTIEGTAENGREAVELAERLEPEVVITDISMPFQDGLQLASWLREFQPLCKIVILTGYDEFDYARQAITLSVDEYLLKPFSAESFMELLRKIKDKIDLEVAEREDVRQLKEHYRTSLPLLRESFLASLLTRKLPRSIVEEKIRNYELSLNGGCYLAAVMALYPASVDKEQTSSASLRHSGDLDLMLHAMLNIAKELLDPSSLVSAFIYQDSIVLLIANDEREEEAWFSELQLTLDRLLKSILHYLKLPVTIGVGSQVGNLTDLKLSYQGALLALDYRLILGAEKVIFIDDVERPRPEGVRLDELKEQALIRSLKLGTEEELTEAISHIFDELIGASCTIQDVQVYLLEVVTAVLRSAKESGVEIEALFGAGFQLHAEIFKFSGLQEAKAWLQDISLTIRKHIASSRQHAYKDIVEKALQYTREHYIDSELSLQKLCMQLHISTGYFSAVFKREVKMTYVQYLMQLRMETAKELLRSSDLRAFEIAERVGFADPNYFSFCFKKLVGISPKEYRTQARG				NA	NA	NA	NA	NA
JZ016_01261	1359	mepA_2		Multidrug export protein MepA	ATGAGAGACATGACGCAAGGAAGTCCGATCAAGCTGATCATCATGTTTACGATCCCGCTTTTAATCGGAAATATTTTTCAACAATTTTATAATATGGCGGATACCCTGATCGTTGGGCGCACCATTGGTGTGAACGCACTTGCGGCCGTTGGCTCGACCGGCAGTATTTTGTTTTTTGTCATTGGCTTTGCCCAAGGCTTGACGGCAGGTTTATCCATCATAACGGCGCAGCGTTTTGGCGCCAAGGATATCGCGGGCGTTCGCAAAAGCGTGGGAACGAGTATATGGATTAGCCTTGTATTCACGGTTTTCCTGACCATTGTGAGTGTCATATTCACGAGGCCTGTCCTCGTCATGATGAACACGCCGGCAGAAATCCTGGATGATGCTTATTCGTACTTAATCGTCATAAATTGGGGTGTTGGGGCAGCCGTCCTGTTCAACCTGCTGGCGAACTTGCTCAGAGCGCTTGGGGACAGCCGGACACCGCTTCTATTCTTGGTGGTCGCAAGCATTCTGAATATCGTACTCGATCTGTTATTTATTCTCGTATTCAAGATGGGAGTAGCCGGAGCAGGGCTTGCCACGGTGGTATCGCAGCTGTTCTCCTGCCTGCTCTGCTTGTTATACATTCATAAAAAGGTTCCGCTTCTGCAATTCAAGAATGCTGATTGGTCCATCGATAGGACATTTATACGCCGGCATATGTGGGTCGGTTTCCCGATGGGCTTCCAAGCCTCCATCATTGCAATCGGTGCCATCATTCTTCAGATTACGCTTAACGGTCTTGGGGCAACAGCCGTAGCCGCATATACTGCTGCTCAGAAGATTGACATGCTCGCTACGCAGCCCATGAGTTCCTTTGGCATTACGATGGCGACTTTTGCGGCCCAGAACTTCGGTGCGAATCGCATAGACCGAATCAAGCTTGGAGTTAAACAATGTATATGGGTCTCGGGATCTTTCAGCATCGCCGTGGGGTTGCTGGTTATATTCGCGGGTCCTGCAGCCGTCAGCCTCTTTGTCGGTCATGGACAGGGAGAATTGCTGTCCCTTAGCAGGCTGTATTTCTTATCGAACGGAAGCACCTATTTGCTTCTGTCGCTGTTGTTCATCTACCGCTTCACGCTGCAGGGACTGGGACAGAGCTTTATCCCAACCGTAGCCGGCATCATGGAACTGATCATGCGGGTATTGGCTGCCATCTTCCTGACCGCGCAGATCGGGTTCCTCGGCGCAAGCCTGGCGAACCCGCTGGCTTGGCTCGGAGCCGTCATCCCGCTCGGCATTGCCTACTACCTGAGCATCAAAAGGTTAGGCACGCCTGCTAATCCCGTCTCCATACCGGCCCAGGCGTAA	MRDMTQGSPIKLIIMFTIPLLIGNIFQQFYNMADTLIVGRTIGVNALAAVGSTGSILFFVIGFAQGLTAGLSIITAQRFGAKDIAGVRKSVGTSIWISLVFTVFLTIVSVIFTRPVLVMMNTPAEILDDAYSYLIVINWGVGAAVLFNLLANLLRALGDSRTPLLFLVVASILNIVLDLLFILVFKMGVAGAGLATVVSQLFSCLLCLLYIHKKVPLLQFKNADWSIDRTFIRRHMWVGFPMGFQASIIAIGAIILQITLNGLGATAVAAYTAAQKIDMLATQPMSSFGITMATFAAQNFGANRIDRIKLGVKQCIWVSGSFSIAVGLLVIFAGPAAVSLFVGHGQGELLSLSRLYFLSNGSTYLLLSLLFIYRFTLQGLGQSFIPTVAGIMELIMRVLAAIFLTAQIGFLGASLANPLAWLGAVIPLGIAYYLSIKRLGTPANPVSIPAQA				NA	NA	NA	NA	NA
JZ016_01262	1161	purT	COG0027	Formate-dependent phosphoribosylglycinamide formyltransferase	ATGTTAAAAACGAAGAAAATACTGCTGCTAGGTTCGGGAGAACTCGGAAAAGAAGTCGTGATTGAGGCCCAGAGACTGGGTGTTGAAACCGTAGCGGTCGATCGTTATGCTGACGCTCCTGCCATGCATGTTGCCGATCACAGCCATGTCCTCGATATGCTGGATGGGGAGAAATTACGCGCAATCATCGAGCTGGAGAAGCCGGACCTGATCGTACCCGAAATCGAGGCGCTCGCTACTTCGGAGCTGGTTAGACTGGAGGAAGAGGGGTACCGGGTTATTCCTACTGCCAGAGCTGCGAAGCTTACGATGGATCGTGAAGGGATTCGCCGGTTGGCTTCCGAGGAGTTGGGACTGCCTACTGCAGGCTATCGATTTGCCGATACTTATGAGGAATTTAAACAGGCTGTCCTGGATATGGGCTTTCCGTGCGTGATAAAACCGCTGATGAGTTCCTCAGGCAAAGGCCAGAGTGTATGCCGCTGCGAAGGGGATATCGAGTCCTGCTGGAACATGGCGATGGAAGGCGGCCGCGTGCAGAACGGCAGAGTGATCATTGAGGAATTCATTACGTTCCAGTCAGAGATCACGCTTTTGACCGTTCGCTCCGTCAATGGAACAAGCTTCTGTGCGCCAATCGGTCATATTCAGGAGAGCGGGGACTATATCGAATCCTGGCAGCCGCACAACATGTCCGATGAGCAAATGGAGGAAGCTAAATATATTGCAAGGACGATTACCGACGAGCTTGGCGGATATGGATTGTTTGGTGTTGAATTGTTCCTTGCTGCGGATAAAGTGTATTTTAGCGAGGTGTCTCCGCGACCGCATGATACCGGCTTGGTTACGCTGGTGACGCAAAATTTATCTGAATTCGCGCTTCACGTCCGTGCCATTCTTGGTTTTCCAATCCCGGAGATCGAATTGATAACGCCGGGAGCCAGTCGTCCGCTGAAAGCTGCGCGAGAGCTGGAGGACTACACAATTACCGGTGCCGAGCAAGCACTGGCTGTTCCGAATACGCAGCTGCGCATTTTTGGGAAACCGGTGACCAAGGTTGGAAGACGGGTCGCAGTTGCGTTGTCAACCGCCGGCACATTAGAGGAAGCGCGTTCGCGTGCGAAGCAGGCTTTGGATGAGCTTGCTATTGAGGAAGCCTAA	MLKTKKILLLGSGELGKEVVIEAQRLGVETVAVDRYADAPAMHVADHSHVLDMLDGEKLRAIIELEKPDLIVPEIEALATSELVRLEEEGYRVIPTARAAKLTMDREGIRRLASEELGLPTAGYRFADTYEEFKQAVLDMGFPCVIKPLMSSSGKGQSVCRCEGDIESCWNMAMEGGRVQNGRVIIEEFITFQSEITLLTVRSVNGTSFCAPIGHIQESGDYIESWQPHNMSDEQMEEAKYIARTITDELGGYGLFGVELFLAADKVYFSEVSPRPHDTGLVTLVTQNLSEFALHVRAILGFPIPEIELITPGASRPLKAARELEDYTITGAEQALAVPNTQLRIFGKPVTKVGRRVAVALSTAGTLEEARSRAKQALDELAIEEA	PGPT0008100_1701	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0008100-purT-K08289	NA	NA
JZ016_01264	1443	kinA_1	COG0642	Sporulation kinase A	GTGCTGCCCTATTCCAACCCCAATCATGATTTTGCCTTTGAACAAGCCGTAATCGGAATGGCAATGATATCGCTTGATGGTTCGATTCTTAAGGTCAATTCGGCACTAAGTGATCTATTGGGATATTCACAGCAGGAGTTAACTGCCGGGGCGCCACAAGAAGATAGCAGCATCCGCGCCTTATTGAATCAAGTGGTTTGGAACGCAAGAGCCGCTCAAAATCAGCAGCAATCCATAACCCAGTTTGAATATGTTTACCATCATCCATCCGATCGTGAAGTATACCTCAGTGTACGTATCAGCGTTAAGGAGGAGCTGGCGCAGAATTTCCGTGGCTGCTTGGTACAGTTTGAAGATCGAACCTTGCTGAGACAACTTATGAAGCAGCTGGAGCTGAAGGAACAGAAGCTAAACGAGAAGGAAAATTCGTTTTTGCAGCTGTTGGAAGGACTCCCCTTATCCGTACTCATAACAAAAAAAGGCATTGTCCACTATGTTAATCCTGCCGCGCTCAGACTTGTTAATGCTGCGCATCCCCGTGACGTCCTCGGGATTTCAACCGACGTGGTAGTCGACGCATCGCACCATAACAAACTGATGAAACGCAGGGCAAAATATGCCGAGAGTGAAGAGATCGGAAGCGTCGATTATCGGATACGCTGTCTGGACGGGCAGGAGAAAATGGTCACGGGATTCACGTTGATCATAAATTATGAAGGCGAGAAAGCGGCCGTCGGGATCTTTAAAGACATCACAGAGCAGCAGATGGAAGAAGATCGCGTGATGCAATCCGAGAAGCTGACCACCGCCGGCCAGTTGGCCGCCGGCATTGCCCATGAAATTCGGAATCCCTTAACTTCGATTAACGGATTCGTAAAATTGCTGCGATCTGCGGAACGAAGCAACGAGCTCTATTTTGAAATCATTGAATCGGAGCTCAAACGCATCGAACTCATTGTCAATGAACTCCTGGTGCTCTCGAAACCGCAGAGCGTTCATGTCAGCGGACCCATCGACGTGTTTGCCATTATGGAACAGATCATTACCCTTATGAAGGTTCAAGCAGCCCTCAAAAATATCGAGATCATCCCTCATTATCCGATGGCACCGGTCTTCGTTCAGGGTGAAGTAAACCAGCTCAAGCAAGTGTTCATCAATCTGCTGAAAAATGCCATGGAAGCGATGAATCAAGGGGGAACCATTACCTTGGACATTTTGCACAACGCTCAAGAGGTTCGAATCATCGTGCAGGACGAAGGGATTGGCATGACGCAGGAACAAATCCAATCCCTGGGGCAGCCCTTTGTTACGACCAAAGACACCGGGACGGGACTCGGACTGATGATTACCAAGAACATTATTCATAATCATGGCGGTACGATGAATGTAGAGAGCATACCCAATCATGGGACAACCTTTACGATCCATTTACCGGCTTTATAA	MLPYSNPNHDFAFEQAVIGMAMISLDGSILKVNSALSDLLGYSQQELTAGAPQEDSSIRALLNQVVWNARAAQNQQQSITQFEYVYHHPSDREVYLSVRISVKEELAQNFRGCLVQFEDRTLLRQLMKQLELKEQKLNEKENSFLQLLEGLPLSVLITKKGIVHYVNPAALRLVNAAHPRDVLGISTDVVVDASHHNKLMKRRAKYAESEEIGSVDYRIRCLDGQEKMVTGFTLIINYEGEKAAVGIFKDITEQQMEEDRVMQSEKLTTAGQLAAGIAHEIRNPLTSINGFVKLLRSAERSNELYFEIIESELKRIELIVNELLVLSKPQSVHVSGPIDVFAIMEQIITLMKVQAALKNIEIIPHYPMAPVFVQGEVNQLKQVFINLLKNAMEAMNQGGTITLDILHNAQEVRIIVQDEGIGMTQEQIQSLGQPFVTTKDTGTGLGLMITKNIIHNHGGTMNVESIPNHGTTFTIHLPAL	PGPT0025280_236	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025280-kinA-K02491	NA	NA
JZ016_01265	633			hypothetical protein	ATGACACGAAATATGCCGGCAAGGGAAGCTCGGGGCAGAAGAAAGCGTACCGTGATTTATGTGTTGGGGGTATTCATTGGAATCCTGTTAATTTATACGCTGTATGTGGGCATCACCATTTGGAATTATGCGCAAAGAACAGCCAATATCCCGTCTGATGCAGCCATCGTGCTGGGGGCTGCTGTATGGGAAGGGAAGCCATCGCCTGTTTTTCAGGGACGCATTGATCATGCGCTATGGCTGTATGACCGGCAGTACGTAGACAAGCTGATATTTACAGGGGGACGCAGTTCGGAGGATGAACTTGCCGAATCGGAAGTTGCCAGGCAGTATGCCATCGAGCATGGTGTTCCGGAGAGTGACATCCTTGTCGAGACGGCTTCGACGATCACGGAGCAGAATCTGTACTTTGCCAATAAGGTAGGAGATTCAGCAGGACTGTCCTCTTACCTCATTGTAAGTGACCCGCTGCATATGAAGCGGGCGATGATGATGGTGGAAGATATGGGATTGGAAGCCAATCCTTCGCCCGCAGCCCGGAGCGCGTATCAGAGCCTGAGAAGCAAAGTTCCTTTTCTAATCAGAGAAGTCTTTTATTACATCGGTTATCAACTGGCTTCACCATTCCGATAA	MTRNMPAREARGRRKRTVIYVLGVFIGILLIYTLYVGITIWNYAQRTANIPSDAAIVLGAAVWEGKPSPVFQGRIDHALWLYDRQYVDKLIFTGGRSSEDELAESEVARQYAIEHGVPESDILVETASTITEQNLYFANKVGDSAGLSSYLIVSDPLHMKRAMMMVEDMGLEANPSPAARSAYQSLRSKVPFLIREVFYYIGYQLASPFR				NA	NA	NA	NA	NA
JZ016_01266	2547			hypothetical protein	ATGACGGAACAGGATCCACTAAATCGAGAGCTGCTGACGGAGGGCGATTATGTAACGGATGGACCGATCGACCTGACGAATTGCGAGAAAGAACCTATTCACATTCCAGGATTTATTCAGCCCCATGGCGTACTGCTTGCCATTAACCCTATTGATGACTATAGGATCGCCCAATGCAGCCGAAATACGGATCAGTTCTTAGGCATTAGCGCAGAAGCACTTCTGGGACAGCATTTGGAAGCACTTATTGGAAAGGCCCAATTTGAGCTGATGATTCATCGGGATCTTCAGGCGATCGCCACGCCCGATTTACAGTATATCAATTTAACGATTCCGGTTGGGGATGATCCGGTTGCGTTTTTCGGAATTGTCCACGAAAGCGAAGGGTTGATACTGCTTGAATTGGAGCTGGTATCGGAAGATACCGTAGCCTTTACGGATGATTTTGAAAGGATACAGACGTTCTTCAGTCGCATGAAACGAACCGAGAATCGTGTGGAGGCGAGTCAAGTGGCTTGCGAGCTCGTGAAGGATATTCTCGGATATGACCGCGTGATGCTCTATGAGTTTGATGATCACTGGAACGGAAAAGTGGTTGCCGAAGCTAAAGAGCAGGAGCTGGAGCCTTTTTTGGGACACCATTATCCGGCATCGGATATTCCTAGGCAAGCCCGTGAACTGTATCTAAGAAATTGGCTGCGGACGATTGTTGATGTGAGTTATACGCCGGTCGAGATTATTCCTACGGTACAACCATTGACTGGCAAGCCATTGAATCTCAGTTTATCTGCGCTGCGGAGTGTCTCTCCGCTTCATATCGAATACCTTCATAATATGGGGGTTGGCGCGACAACCACGATTTCCCTTATCCATGACAACCAATTGTGGGGTTTGATTACTTGTCATCACTATAGTAGAAAATATGTATCCCACCGGACCCGCAACCTATGCAACTTTCTGGGCTCCTTTTTCTCCAACGAGCTGTATCAACGACAGCAGCTCGACGATTATCAAACAGAGTTGAGGCTCAGAATTTTATCCGCCCGCATTACCGAAATTTTCATCGGCCAAACCGATGTATTCCATGTTATCGAACAGCTTGACAACGAGGAGCAGACCTTGCTCGATTTAATGAGCGCTACCGGGGCTGTCGTTTATTATCAAGATAATTTGATGCTGTACGGTACGACACCAACTTCGAAGCAAGTCATGGAGCTTGCCGGCTGGTTATCTGCCCAGGCCGAAGATTATACGTACCACAGTTCTAAACTCAGTGCCGAATATGAACCCGCTAAAGCTTATAAGGATATCGCATCAGGTGTATTGTATCTCGCTTTGTCACCAGGCCAACAAAATTATGTCATGTGGTTCAGGCCCGGGGTTGTTCAAATTGTGGATTGGGCCGGCGATCCGGCCAAAGCCGTTATCCAAGAGGAGGATAAGGTCCGTTTATCTCCGCGTAAATCATTCGAAAAATGGAGACAGGTGGTTGAGGGGACCTCATATTCTTGGAAGTCACAGGAGTTAAGCGTTCTCCCGCAATTGAAGTCGATCGTTCGCAAGCAGACGGATGATCAATTAAGGCAAGCAAAAGAACAGGCCATACAGAATGCGAGAATTTTCAGAGAGAACGAAGAACGGTACCTGCAGCTCATGGGCCTGTCGCCTGTCGCTTTCTTGTCACTGACAACGGCAGGTACCATTATGTATTGCAATGTGCAGGCCGAATCGCTGTTCGGTGCAAAGAAACCCGAAGAGCTGCTGCAGCTTGAGATATATAAGTTGGCTAGAGAAGATTCGCGACTTGATCTGAGAGAGCAGATCAAACGGATGGAGCAGAATCAAACCCAGTTAGTATCCGGCAGCGGCAGGTTTGTTACGCTGGAGGGCAACGGGATCGAGCTTGAATTTATGCTGGCTGCTATTCATCAAGGGCGTAAATCCTCCATTATGGTGATTCTGAGAGAAGGTACGGCGGAAGATGGCCCGGATCGGGTATACTCCGATGTGCTGGATCAGCTTCAAAATTATGTGACAACAGACCCGCTGACCGAACTGCCCAATCCGCTGACTTTTGAAAAAGAACTGTCGATGGACTGGGAGGAATGTGTTCAGAATAAGCTGCCTTTAGCCTTGATGATGGTCGATATTGACGACTTCCGGGTATATAATACCCTTCATGGTTTATATGGCGGTGATTTATGTTTGCAATGGATAGCCGATGCCCTGAAAATTATTGGCGAACCCTACGGAGCGTCCATATCACGCTACGGTGGCGGGACCTTTATCCTGAAGCTGAAAAACGAAAGCCCCGAACGTACCTATGAATTGGCTGAGAAGATACGCCTTGGCGTGCTTGCACTCAGCATTCCCAAGGATCGCTCGGCAGAGGATGGGTTTATGACCGTTAGCGTGGGGGCGGCCTGCCTTACACCAGCATCCATGTTAAAGTTCACGGATTTGATCGCGGAGACGGAGAAAGCGATGCATATTGCCAAGAGCAAAGGGAAGAACAGAGTCACGCTGTATGGATATGATGCGGATTAA	MTEQDPLNRELLTEGDYVTDGPIDLTNCEKEPIHIPGFIQPHGVLLAINPIDDYRIAQCSRNTDQFLGISAEALLGQHLEALIGKAQFELMIHRDLQAIATPDLQYINLTIPVGDDPVAFFGIVHESEGLILLELELVSEDTVAFTDDFERIQTFFSRMKRTENRVEASQVACELVKDILGYDRVMLYEFDDHWNGKVVAEAKEQELEPFLGHHYPASDIPRQARELYLRNWLRTIVDVSYTPVEIIPTVQPLTGKPLNLSLSALRSVSPLHIEYLHNMGVGATTTISLIHDNQLWGLITCHHYSRKYVSHRTRNLCNFLGSFFSNELYQRQQLDDYQTELRLRILSARITEIFIGQTDVFHVIEQLDNEEQTLLDLMSATGAVVYYQDNLMLYGTTPTSKQVMELAGWLSAQAEDYTYHSSKLSAEYEPAKAYKDIASGVLYLALSPGQQNYVMWFRPGVVQIVDWAGDPAKAVIQEEDKVRLSPRKSFEKWRQVVEGTSYSWKSQELSVLPQLKSIVRKQTDDQLRQAKEQAIQNARIFRENEERYLQLMGLSPVAFLSLTTAGTIMYCNVQAESLFGAKKPEELLQLEIYKLAREDSRLDLREQIKRMEQNQTQLVSGSGRFVTLEGNGIELEFMLAAIHQGRKSSIMVILREGTAEDGPDRVYSDVLDQLQNYVTTDPLTELPNPLTFEKELSMDWEECVQNKLPLALMMVDIDDFRVYNTLHGLYGGDLCLQWIADALKIIGEPYGASISRYGGGTFILKLKNESPERTYELAEKIRLGVLALSIPKDRSAEDGFMTVSVGAACLTPASMLKFTDLIAETEKAMHIAKSKGKNRVTLYGYDAD				NA	NA	NA	NA	NA
JZ016_01267	522			hypothetical protein	ATGGATATCGTAACGGAAAGATTAATAATTCGCGAGTTTGAACCAGAAGACTGGCAGGATGTTCTGCAATATACATCCGATCCGGTGGTGATGCATTACATGCCTGAGCCTGTGCATACGGAAGAAACAGTAAAACAATTTCTTGCTCAGAACAAGGGCGATAAAGCTCATCATTATGCCGTCTGCCTGCAAAAGGAACAACGGGTGATAGGACATGTGGTGTTTCATCCATGGTTCGGCGAACATACCTATGAAATCGGCTGGGTGTTTAATTCAACCTATCACCGTAGGGGGTATGCCACGGAAGCTGCCAGAGCTTTGCTTCAGCACGGTTTCGAAGTAATGGGGTTGCATCGGATCATTGCGACATGCCAGCCTGAGAATACACCTTCGTATCGGGTGATGGAGAAGCTGGGTATGAGGAGAGAAGGCTATTTTCAACAGTGTATTCCTCGTGGCGATATCTGGTGGGATGAGTATTACTATGCTATGCTGAAGACTGAATGGCGTACAATCTCATAG	MDIVTERLIIREFEPEDWQDVLQYTSDPVVMHYMPEPVHTEETVKQFLAQNKGDKAHHYAVCLQKEQRVIGHVVFHPWFGEHTYEIGWVFNSTYHRRGYATEAARALLQHGFEVMGLHRIIATCQPENTPSYRVMEKLGMRREGYFQQCIPRGDIWWDEYYYAMLKTEWRTIS				NA	NA	NA	NA	NA
JZ016_01268	465			hypothetical protein	ATGAGAGCATACCTGTTTGAACATTTGGAATTTGTGCGTGCACAAACGTTGAATCTTGTAAGGGATCTCCCGGATGATATAGCGGAGTTGATTCCGAGTGGAATGAATAACCACGTGAAATGGAATATGGGACATGTTTTATTCATAGCGGAAAGGTTTGCGTTCGGCGTGAACGGAGAACCTATAACCCTTCCCTCTGAATATACCGAGCTGTTCCGATCGGGTTCAAAGCCAAGGGAGATTAGCGAAGCATGGCCATCCATACACGAGCTTGTCGAACTGCTTGAGGGTCAGGTCCACCGAATCGAACGCAGGTACAACGGGCATTTGCACGATACGGTTTTATCCCCCTATACAACCTCCAAAGGTTTAAAGTTAACCCGGGTCGAAGAATTCTTAAGCTTTTGCTTGTATCATGAAGGCATGCATTTTGATAAAATGAAATCGATTCTCAGCCAAGTCTAA	MRAYLFEHLEFVRAQTLNLVRDLPDDIAELIPSGMNNHVKWNMGHVLFIAERFAFGVNGEPITLPSEYTELFRSGSKPREISEAWPSIHELVELLEGQVHRIERRYNGHLHDTVLSPYTTSKGLKLTRVEEFLSFCLYHEGMHFDKMKSILSQV				NA	NA	NA	NA	NA
JZ016_01269	915	cmpR_2		HTH-type transcriptional activator CmpR	ATGAATCTTCATGCACTACGCATTTTTAATGATGTCTCCAAGACGGGAAGCATTACGAGATCGGCCGGCAATTTGCTGTTAAGTCAACCAGCCGTTACGGCCCAAATCCGCAATTTGGAGCGGGAGCTCGGCATGAAATTGATTGAGGCTAACGGACGCAATATTCAATTGACTGAAGCAGGCATTGCCTTGGCCAGGCATTCCCAACGGTTATTTGCGATGGAAGCCGAGATGGAAGAGATGATGGAGGCCATCAAATCCGGTCAGCAGGGAAGTTTGCGAATATGTGCAACCGAGCTGCCCGAGAGCGCTTTGCTGCCCGGATGGCTGGTTGGGTATAAGCAGGAGCATCCAAGGATGGAGGTGCAGCTGCTGAAAGGAAATTCCCGAACTGCGCTGCAGCGGTTACAGGACAATTCGGTGCATATCTCCATCGTATGCGGCAGCTGGTCCATTGAAGCGGAAGATATCGAGTCCTTTACAATAATGGAAGATGAATTAATTTTTGCTGTGCCTGCCCTTCATCGACTAGCCGATAAAGAAGTGACATTCCTTGAGCTTATGGAGGAACCCTTTGTGTTGAGGGAAGAAGGAAGTTACACGCGAAAACGGTTATGGTCGTTGATAGAGTCATCGGATGCACGCGAACCTCGCTGTTCCATAACGATAGAGGGGTTGAAGGAATCCATTGAAGCGGTAAAAGCGGGATACGGGGCTGCGTTAGTTCCTGCTCTTTCTATCAAGAAAGAACTGGTTTCGGGCGAACTTGGCAAGGTTAAAGTGTCTGGCGTAACTTTCCCGCACCCTATTCGGGTATGCATCAAGAGACAAGAAGCGAGACCTGCGCAAGTCCATTCGTTTATTTCTTATATTCAAGCGGATATCCGCGAAAAAAACCAGTATATCCATGGATGA	MNLHALRIFNDVSKTGSITRSAGNLLLSQPAVTAQIRNLERELGMKLIEANGRNIQLTEAGIALARHSQRLFAMEAEMEEMMEAIKSGQQGSLRICATELPESALLPGWLVGYKQEHPRMEVQLLKGNSRTALQRLQDNSVHISIVCGSWSIEAEDIESFTIMEDELIFAVPALHRLADKEVTFLELMEEPFVLREEGSYTRKRLWSLIESSDAREPRCSITIEGLKESIEAVKAGYGAALVPALSIKKELVSGELGKVKVSGVTFPHPIRVCIKRQEARPAQVHSFISYIQADIREKNQYIHG	PGPT0001160_1187	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-RuBisCo	CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703	NA	NA
JZ016_01270	1209			hypothetical protein	ATGAAAAAAATCTACAAAGTACTAGCAACCGCTACGGTTCTCGCGATGGCCGCACTGCCAATAGCAGCGAATGCACAGGCCGTCCCTCCTGCTGCAGCCCATAAGGGACAAGGCAACATCACAAATCAGGTGAAGAAAAGCGTTCCTGGAACGATGGGTTACATAACGGACTTCGTCAATGACAAATCAGGCACATGGATTATCGTAACCGGCCGCGGCTTGGCAGCAACCGATCAACAAGAAATCAAGCTCTCGATATCCAAAGATACTAAAATCATTGATGCCAAAGGCAACCAAGTCCAGCTCCAAACGATCGTGGATAAAAACAAAGCGATAAAAGCTTTCTATAACCCAAACATAACGAAGAGCCTACCCGCTCAAGGTTCGGCTCTTACGATCATTGTACAGGATAACGACCTCGCCGGTATTGATGGAACCATCTCGGAGGTAACCAAACAAGGCATTCTGGTGGAAGGAACCAATCTGTACAACGACAGTGAAGAAACCATGCTGCTTCATCTGGATCCAAAAGCAAAAATCATCGATCAAAACGGCAGCGCACTGAAAGCAAGCGACCTGGAAGCCGGCATGAGTATTCGCGCTTTCTATGGACCTTACGTGGCGTTAAGCATGCCGCCTCAATCCTCAACGAATTATATACGGGTCAACACGAATGCCGAGAATAACGATCAGGAGCAAGCTGCCGGCATTGACGGCATCCTTACAGAAATGAAGGATGGAAGAATAAGCGTTTCCGGTAAACCAGCTAAAGCAGGTGACCTCGAATACGTTGTGCTCGCTGTTGATGGCGACACAAAGATTGTAGATGCCGGGGGCAAATCGTTAACGGCTGAAGTCTTAAAATCGGGTCTGCGAATCGAAGCTGAATACGTGTCCGTGATTTACCCTGCCCTGCTGCATGCAGATAAGATCGTGGTCTCCGACACCTCAGCGCCCAAAGTCGAGGGCACGATAACTACATCCGAACGCACGTCAAAGGATCAAGTGTATATCAATGTAGGTTCAGATCAATCCAACGACAACGACATCGTCATCAACATCTCCAAGGATACTCAAGTGATTGGACTGAATCCCGACGAGAAGCTGGAACCCGGCATGAACATCGTGGTCTTCCACTCGCCTATCATGACCATGTCCATTCCGGCAATCACATCCGCTGAAGTGATTATGGTTCAAGCCGACAACTAA	MKKIYKVLATATVLAMAALPIAANAQAVPPAAAHKGQGNITNQVKKSVPGTMGYITDFVNDKSGTWIIVTGRGLAATDQQEIKLSISKDTKIIDAKGNQVQLQTIVDKNKAIKAFYNPNITKSLPAQGSALTIIVQDNDLAGIDGTISEVTKQGILVEGTNLYNDSEETMLLHLDPKAKIIDQNGSALKASDLEAGMSIRAFYGPYVALSMPPQSSTNYIRVNTNAENNDQEQAAGIDGILTEMKDGRISVSGKPAKAGDLEYVVLAVDGDTKIVDAGGKSLTAEVLKSGLRIEAEYVSVIYPALLHADKIVVSDTSAPKVEGTITTSERTSKDQVYINVGSDQSNDNDIVINISKDTQVIGLNPDEKLEPGMNIVVFHSPIMTMSIPAITSAEVIMVQADN				NA	NA	NA	NA	NA
JZ016_01271	765			putative transcriptional regulatory protein	TTGAATACCGGCTACAGATTCAATAATGAAAGTGAGCGGAAATATATGGGCCGTAAATGGAATAATATTAAAGAGAAAAAAGCATCCAAGGATGCAAATACAAGTCGCGTATATGCGAAATTTGGTGTCGAAATTTATGTGGCAGCCAAGAAGGGGGAACCGGATCCCGAGTCCAACCGTGCGCTGAAGGTTGTTCTTGAGCGCGCCAAAACATACAATGTGCCGAAAGCCATTATTGACCGCGCCTTGGATAAAGCCAAGGGCAGCGGGGATGAGAATTATGAAGAGCTTCGCTATGAAGGTTTTGGTCCGAACGGTTCGATGATCATTGTTGACGCTTTAACCAACAACGTCAATCGTACGGCGCCTGCTGTACGTTCTGCCTTTAATAAGAACGGCGGCAATATGGGCGTCAGCGGTTCAGTGTCTTATATGTTTGATCCAACCGCAGTCATCGGCGTCGAAGGTAAGTCGGCTGAGGAAGTCATGGATCTGCTGCTCGAAGCCGACCTGGATGTCCGTGACATCCTGGAAGAGGAAGAAGCAGTGATCGTCTATGCTGAACCCGACCAGTTCCATGCGGTTCAGGAAGCATTCAAAGCCGCTGGTATTACGGAATTTACCGTTGCCGAGCTTACCATGCTGGCTCAGAATTTTGTCACCTTACCGGAAGATGGCGTTGCCCAGTTTGAGAAGCTGATCGATGCTCTTGAAGATCTCGAGGATGTTCAGCAGGTGTATCACAACGTGGAATTTGAGGAATAG	MNTGYRFNNESERKYMGRKWNNIKEKKASKDANTSRVYAKFGVEIYVAAKKGEPDPESNRALKVVLERAKTYNVPKAIIDRALDKAKGSGDENYEELRYEGFGPNGSMIIVDALTNNVNRTAPAVRSAFNKNGGNMGVSGSVSYMFDPTAVIGVEGKSAEEVMDLLLEADLDVRDILEEEEAVIVYAEPDQFHAVQEAFKAAGITEFTVAELTMLAQNFVTLPEDGVAQFEKLIDALEDLEDVQQVYHNVEFEE				NA	NA	NA	NA	NA
JZ016_01272	924	qorA_1	COG0604	Quinone oxidoreductase 1	ATGAAAGCTATGGCCATTACTTCATTCGGTCCACCTGAGGTCTTAAAATTAACGGAAATGAAGCAGCCGCAGGCAGGACCGGGTACTGTGCGAGTCCGCGTGAAGGCAGCTGGCGTGCTGCCCTTTGATTGCGGGGTTCGCAACGGAACCATAGGCTATGTCCCTCAACAGCGTTTCCCGATGATACCGGGCAATGAGTTCGCTGGCGTGATCGATCAGGTCGGGGAAGGCGTCGATCAATTCGCAGTGGGCATGGAGGTACTTGGGTTCTCACTGCTCCATTGTTACGCTGAATATGTCGTGGTGGATGCGGATCAGATTGTAATCAAACCCGAGCGCATGCCATGGGAAATAGCTGGAGGTTTCTCCGGTAATGGCCAGGGGGCACATATGGCATTGAAATCTGTTGGAATTGAGGAAGGAGACACCGTGCTCATCCATGCCGCGGCAGGCGGGTTTGGTACCTTTGCATGCCAGTTGGCAAAAGCCTGGGGCGCAGCAGCTGTCATTGGAACCGCAAGTGAGCGCAATCATGAATATTTGCGGTCCATCGGCGTTATACCGGTTGCATATGGCGCTGGGCTTGTGGAAAGGGTCCGCAGAATCGCGCCGCAAGGAATCGATGCTGCAGTTGATGCTGCCGGCCCCGAGGCATTAAGGGCTTCTGCCCAGCTTGTGCACAACAAGGAGCGTATCCGCACGATGGTGTCGGACGAGACTGCTGTGGAGTTGGGTATACCCGTGCTAAGCGGCACGAGAACGGCAGCTAGACTGCAGGAGCTGGTGGATTTATATATGGAGAGTTATATTCGCATTCATATTCGAGAGGTGTTTCCGCTGCACGAGGCGCCGGAAGCGCATCGCATTGTTGAAACGGGTCATGGCAGGGGAAAGGTGATCTTACTTGTCGGTGAACAGCGCTGA	MKAMAITSFGPPEVLKLTEMKQPQAGPGTVRVRVKAAGVLPFDCGVRNGTIGYVPQQRFPMIPGNEFAGVIDQVGEGVDQFAVGMEVLGFSLLHCYAEYVVVDADQIVIKPERMPWEIAGGFSGNGQGAHMALKSVGIEEGDTVLIHAAAGGFGTFACQLAKAWGAAAVIGTASERNHEYLRSIGVIPVAYGAGLVERVRRIAPQGIDAAVDAAGPEALRASAQLVHNKERIRTMVSDETAVELGIPVLSGTRTAARLQELVDLYMESYIRIHIREVFPLHEAPEAHRIVETGHGRGKVILLVGEQR	PGPT0010290_3	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-TYPE_II_POLYKETIDE-ACTINORHODIN|MEDERMYCIN|DIHYDROKALAFUNGIN_METABOLISM,PGPT0010290-actVI4-K14629	NA	NA
JZ016_01273	1374	ribZ_1		Riboflavin transporter RibZ	ATGGGAATCGGGAAAAGAAAGTCATCAAGCGAAGCATTAATCAGCGTTCTGGCATTTACTCTTGCCATATCGGTTATGAATGCAACGATGTTTAATATCGTGCTCCCAGAAATCAGGCGAGAGTTTGGGCTGAGCATGGCCGAAGTCAGCTGGGTAACGACATCGTATTTGCTTGTATTTGCTATGGGAAGTGTTATCTACGGAAAGCTTGCCGATCGTTACAAGCTGAAAATCTTGATTTCCATCGGGTTTATCACCTTTATAGTCGGTTCGGTTATCGGGATGCTGTCTCAGGTTTACGGAATGCTCATCTTCGGAAGGATGCTGCAGGCTGCAGGATCAGCCGTCATACCGGCGATATCCGGCATCATCCCCGTGCGCTATTTTCCTCCGAAGCATAGGGGAAGAGCTTTAGGGATATCGATGACAGGCGGCGCTATCGGCAGTGCAGCTGGTCCAGCCGTAGCGGCAATGCTTGTAAGCATTGTCCATTGGCGCGTGTTATTTTGCATGCCGTTACTCATTCTGTTGACATTGCCTTTCTACTACAAATATTTACATGATGAAAGAGTTGGCACAGCCCAAATGGATTGGCCCGGTTGCGGTCTGCTAGCCGGAGCTGTAGCTAGCCTGCTGCTCTCTATTACGAATCCAACAGCATTGACCCTGATCAGTTTTGTCCTGCTATTGACTTGTTTCATCTGGAGAATCCGGAAAGCGGCAGCTCCTTTTATAAACCCGGGGGTATTCAAAAACGTTCGTTACACGCTTGGCTTGGTAATTGCTTTCGCAGCAACAGGAATAGGATATTCTCTTGTGTTCCTGACGCCGACGCTGTTAACGCAAGTTCACCAATTGAGGCTGGGTTTGACGGGATATGTTATGGTGCCAGCAGCAATCGCTACCGCATTACTCAGCAAATTCGGAGGCACGATGGCGGACCGTAAAGGCACTTCATATCTGTTCCACATCGCCGTAAGCTTATTTCTGTTCTGTTTTCTATTATTATCGTCATTTACGGGGGCCTCGCCTGTATGGATTGCCTTGTTCCTGATTCTCGGTGGTGTCGGGCAAGCCTTTATGTCGATTGCGCTGTCCAAATCCATTTCATTGACGCTGCCGCATGAACAAAGTGGAGTGGGAATGGGTATATTGTCGATGTTGAATTTCATGGCAGGAGCGATATTTGCCAGCCTTTACGGAACCATGGTGGATCTGGAAGCCGCTAAGGCTTGGAACCCGTTGATCCACGATCTGAGCGCGTATGTCTTTAGCAATATATACTTCATGCTGATGATCATGATTGCAGTTGTAGCGGCGCTTTTTATTTCATTTTTTAATAAGCATTACGAAAAGAGGAGATGTTGCAGATGA	MGIGKRKSSSEALISVLAFTLAISVMNATMFNIVLPEIRREFGLSMAEVSWVTTSYLLVFAMGSVIYGKLADRYKLKILISIGFITFIVGSVIGMLSQVYGMLIFGRMLQAAGSAVIPAISGIIPVRYFPPKHRGRALGISMTGGAIGSAAGPAVAAMLVSIVHWRVLFCMPLLILLTLPFYYKYLHDERVGTAQMDWPGCGLLAGAVASLLLSITNPTALTLISFVLLLTCFIWRIRKAAAPFINPGVFKNVRYTLGLVIAFAATGIGYSLVFLTPTLLTQVHQLRLGLTGYVMVPAAIATALLSKFGGTMADRKGTSYLFHIAVSLFLFCFLLLSSFTGASPVWIALFLILGGVGQAFMSIALSKSISLTLPHEQSGVGMGILSMLNFMAGAIFASLYGTMVDLEAAKAWNPLIHDLSAYVFSNIYFMLMIMIAVVAALFISFFNKHYEKRRCCR	PGPT0027880_219	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027880-tetB-K08168	NA	NA
JZ016_01274	873	gltC_3		HTH-type transcriptional regulator GltC	ATGGAACTTCTGCAGCTGCGTTATTTTCAAACCGTAGCCCGAACGGAACACATGACGAAAGCAGCTCAAGAGCTTCATATTGCACAGCCTGCTTTAAGCAAAACCATATCCAGGCTGGAAGCGGATGTCGGAGTTCCGTTGTTTGATCGTCATGGCGGGAGAATCCGATTGAATACATTTGGGAAGCTCTATTTGGATAAAGTTGAACGTGCACTTCATTTGCTGGAGGAGGGCCAGAAAGAAATCAATGAACTTGCAGGACTTCAGCATGGCAGTATTCATCTGGCAACCTCAACCCTGGATCCGTTATCCGAACCGCTGAGTCAGTTTCTGGCGGAGCACCCTGACGTTAATTTTCAAATATCCCAGGTCGGAACGGAGGACATGATGAAGATGATGGAAATGGGGCAGGTCGATTTATGCTTTACTTCGATGGCGATGGAGCAACCCCTGTTATCTCAAGTGACCGTGCTTCGCGAGGATGTGTATTTGGCTGTACCCCAAGCGCACAGGCTCGCTGACCGTACGTCCATTAACTTGGATGAACTGAAGGAGGAAGCTTTTATCGGCTACAAGGAAGATTTTATATTCCAGCAAATGAACGATACATTCTTTCAGGAGGCTGGAATTACGCCCAGATATGTATGCCGGGTTGACGAACCTCCGGCTATTGCAAGTCTGGTTCGTGCCGGTCTTGGTGTTGCCCTCTTCGGATGTTCTCATGTCCAAGACGCCAAGCTTAAGCTTCTGCCCATTGCGAAGCCCGAATGCAAACGGCACTATCGGCTTATCTGGCATGAGAAGCACTATTTATCCTTAGCGGCTCGTCAGTTTCGTGATGACGTCATTCATTACTTTTCGGAAAAATCGTAA	MELLQLRYFQTVARTEHMTKAAQELHIAQPALSKTISRLEADVGVPLFDRHGGRIRLNTFGKLYLDKVERALHLLEEGQKEINELAGLQHGSIHLATSTLDPLSEPLSQFLAEHPDVNFQISQVGTEDMMKMMEMGQVDLCFTSMAMEQPLLSQVTVLREDVYLAVPQAHRLADRTSINLDELKEEAFIGYKEDFIFQQMNDTFFQEAGITPRYVCRVDEPPAIASLVRAGLGVALFGCSHVQDAKLKLLPIAKPECKRHYRLIWHEKHYLSLAARQFRDDVIHYFSEKS				NA	NA	NA	NA	NA
JZ016_01275	1206			hypothetical protein	TTGCTTAACAACCCCTATGTTCGAACGATTGTCTTGTCACGCGTTCTCTTGAATCTTGGCATTTGGGTTCGTAACTTTGCCATTCTTCTATACGTTACCGACTTGACGGACAATAATCCTATGTATGTATCCCTCATATCCGTAGCCGAATTTGCGCCGATTTTCTTGTTTGCCTTCATCGGAGGTACTTTCGCGGACCGCTGGCGGCCTAAGCGTACCATGGTCAGTTCTGATGCATTGTCTGCGATATCGGTATTTCTCGTGCTGATCGCCGTTCATAACGGGTCGTGGCAGGCATTACTGGTACTTACGTTCTTCTCAGCCGTCCTGTCCCAATTCTCTCAGCCTTCAGCGATGAAGCTGTTTAAACAGCATGTCCCCGCTGAACAGCTGCAATCCGTGATGGCCATGTTTCAATCGATGGTTGCCTTCTTTACGGTGATCGGCCCAATCGCCGGTGCATTTGTATATCAAACGTTCGGCATTGAAGTATCGCTGGTCGCAACAGGAGCGTTATTCCTGGGTTCTGGATTGATTCTGACTTTGCTGCCCCGTGATATGCAGAAAGAGACACAATCCAAGCAGCAGAACCTGAAACAAGAGCTTATCGAAGGCCTTCGCTATGTATGGAGTAATCATACGCTCCGAACCCTTGCCGCGACCTTCGCCGCGGCTGGCTTGGCAGCGGGACTTATTCAGCCGCTCGCGATATTTGTGACGATTGAGAACCTCGGTCGGGATAAGTCATTCTTGCAATGGCTGTTAACGGTCAATGGAGCGGCGATGCTCGTCGGAGGAGGCTTCGTCATGGCATTTGCCAAGAAAATCCCCCCTCAAACCTTACTAGCACTCGGTCTGAGCGTTAGTGCCGTCGGGACCCTTGGTATTGGCTGGTCAACCAGCGTCATCTTTACGATGCTCCTTCTAGTGATTAACGGATTCTTTTATCCCACCATCCACATTGGAATCAACACCATGATCCTAAACAATACGGAAGGGCCATATATTGGTCGGGTCGGCGGCGCCCTAACCCCGATTTATATGGGAATGATGGTGCTGGGCATGTCGATCGGGGGATTGTTCAAAGACCAGCTGTCCCTGTTCGTCGTTTATGCGGCTAGCACACTCTTGTTCCTGACTGGTTCGGCTCTGCTGCTTCCATTATTTAAAAAGAGAAAGAGCACGGCCGGCGTATTGGAGCAATGA	MLNNPYVRTIVLSRVLLNLGIWVRNFAILLYVTDLTDNNPMYVSLISVAEFAPIFLFAFIGGTFADRWRPKRTMVSSDALSAISVFLVLIAVHNGSWQALLVLTFFSAVLSQFSQPSAMKLFKQHVPAEQLQSVMAMFQSMVAFFTVIGPIAGAFVYQTFGIEVSLVATGALFLGSGLILTLLPRDMQKETQSKQQNLKQELIEGLRYVWSNHTLRTLAATFAAAGLAAGLIQPLAIFVTIENLGRDKSFLQWLLTVNGAAMLVGGGFVMAFAKKIPPQTLLALGLSVSAVGTLGIGWSTSVIFTMLLLVINGFFYPTIHIGINTMILNNTEGPYIGRVGGALTPIYMGMMVLGMSIGGLFKDQLSLFVVYAASTLLFLTGSALLLPLFKKRKSTAGVLEQ	PGPT0027965_933	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
JZ016_01276	180			hypothetical protein	ATGAACAACAAAAAAGAGCCGCCTCACATTTCAAGAGGCGGCTCTTACTTAACTAGAGACCGTGTAGCAACTGGCGGTCATGTCGTCTTATTGTTTCAGGCTCGGATGATCCAGGCTTTGAATGCCTTCCCTTCTTTTAGCGTTGAACGCTTGACCCATGCTCTGCACGTCATCTCCTGA	MNNKKEPPHISRGGSYLTRDRVATGGHVVLLFQARMIQALNAFPSFSVERLTHALHVIS				NA	NA	NA	NA	NA
JZ016_01277	234			hypothetical protein	ATGGGCTCCCAAGCAGAGATGAAAAAGGTGGCACTGACGAAAACGGATGATGAGACCGATTTTTACCAGGCCATTATGGAACACAAGGAAACACTGATCCATATAGCTTACAGTTACTTGCGGAACCGATATGATGCGCTGGAAGCGGTTCAGGAGATGACGTGCAGAGCATGGGTCAAGCGTTCAACGCTAAAAGAAGGGAAGGCATTCAAAGCCTGGATCATCCGAGCCTGA	MGSQAEMKKVALTKTDDETDFYQAIMEHKETLIHIAYSYLRNRYDALEAVQEMTCRAWVKRSTLKEGKAFKAWIIRA	PGPT0014960_9819	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_01278	1725	cysI	COG0155	Sulfite reductase [NADPH] hemoprotein beta-component	ATGTCTGATAATAATCTAGTATCACCCCATAGTGCGCCGCATAGTGATGTTGAGGACATCAAGCGTCGAAGCAATTATCTGCGTGGCAGTCTTGTAGAGACCTTAGAGGATCGCATAACGGGGTCGATTCCGGAAGACGATAACCGGCTGATGAAATTTCACGGCAGTTATATGCAGGATGACCGGGATTTGCGTAACGAACGGCATAAGCAAAAGCTGGAACCCGCATACCAGTTCATGCTGCGTGTTCGCGCCGCTGGCGGCGTCGTGACTCCGGAGCAATGGCTGATGATGGACCGTGTAGCCCAAAAGTATGCCAACGGGACGATTCGCTTGACCACCCGCCAATCCTTTCAGCTTCATGGCGTATTGAAGTGGAATATGAAGAGCACCATTCAAGAAGTGAATGAAGCCATGCTTAGCACATTGGCTGCTTGCGGCGACGTCAACCGGAACGTGATGTGCAACCCGAACCCCTATCAATCCGAAATTCATTCGGAGGTATACGAATGGGCACGAATGCTTAGCAGTCATCTCGATCCGCGCTCGCGTGCTTATCATGAGATTTGGCTGGACGGCGAGAAGATTGTAGACAGCCTGCAAGAGGGAGAGGAGCAGGAGCCGATCTATGGCCCGGTGTACCTGCCGCGGAAATTTAAGATCGGTATGGCCGTGCCGCCATCCAATGATGTTGATGTATTTTCCCAAGATCTTGGCTTCATTGCCATCATTGAGGATGGACAATTGAAAGGCTTTAACGTTTCGGTAGGCGGTGGCATGGGGATGACGCATGGTGATTCGTTAACCTATCCTCAAGTGGCGAAAGTCATTGGTTTCTGCAAACCCGAGCAGATCGTTGACTTGGCCGAGAAGACGGTAATGATTCAACGTGATTACGGAGACCGCGCGGTGCGCAAGCATGCTCGTTTCAAATATACGATTGATGATCGCGGTATCGACTGGTTTGTCAACGAGCTGACCAGCCGTCTGGGCTGGAAGCTGGAGGAGGCAAAACCATATCATTTTGATCATAACGGAGACCGCTACGGCTGGGTTAAAGGCAGCAATGGCAAATGGCATTTTACACTGTTCATCCAAAACGGACGTGTGAAAGACGAATCCGATTACCTGCTGATGACAGGGCTGCGCGAAATCGCTCAAATCCATAATGGAGACTTCCGTCTGACGGCCAATCAGAATCTGATCATCGCCAATGTCAGCAGCCATAAGAAGAAAAAGATTGAAGACCTCATCAAGCGTTACGGACTTACGGACGGTAATCATTATTCTGCCCTGAGACGAAATTCCATGGCATGCGTAGCTTTACCGACATGTGGATTGGCTATGGCCGAATCCGAGCGATATCTGCCGACGTTATTGGATAAAATCGATGTGATCCTGGAAGAGAACGGACTTCGCGAAGAGGATATCGTCATTCGAATGACTGGGTGCCCGAATGGGTGCGCCAGACCGATGCTGGCTGAAATCGCATTTATCGGAAAGGCGCCTGGCAAATATAACATGTACCTGGGTGGCGGTTTCTCCGGACACCGGCTGAACAAGCTGTATAAGGAAAACATCGGAGAGGCCGAGATTTTGGATTCCCTTCGTCCCCTCATGAAGCAATATGCACAAGAACGCGAGCAGGGCGAGCATTTCGGTGACTTTGTGATCCGGGCCGGCTATGTGAAGGAAGTGTTGGACGGACAACAATTTCACGCATAA	MSDNNLVSPHSAPHSDVEDIKRRSNYLRGSLVETLEDRITGSIPEDDNRLMKFHGSYMQDDRDLRNERHKQKLEPAYQFMLRVRAAGGVVTPEQWLMMDRVAQKYANGTIRLTTRQSFQLHGVLKWNMKSTIQEVNEAMLSTLAACGDVNRNVMCNPNPYQSEIHSEVYEWARMLSSHLDPRSRAYHEIWLDGEKIVDSLQEGEEQEPIYGPVYLPRKFKIGMAVPPSNDVDVFSQDLGFIAIIEDGQLKGFNVSVGGGMGMTHGDSLTYPQVAKVIGFCKPEQIVDLAEKTVMIQRDYGDRAVRKHARFKYTIDDRGIDWFVNELTSRLGWKLEEAKPYHFDHNGDRYGWVKGSNGKWHFTLFIQNGRVKDESDYLLMTGLREIAQIHNGDFRLTANQNLIIANVSSHKKKKIEDLIKRYGLTDGNHYSALRRNSMACVALPTCGLAMAESERYLPTLLDKIDVILEENGLREEDIVIRMTGCPNGCARPMLAEIAFIGKAPGKYNMYLGGGFSGHRLNKLYKENIGEAEILDSLRPLMKQYAQEREQGEHFGDFVIRAGYVKEVLDGQQFHA	PGPT0002790_601	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002790-cysI-K00381	NA	NA
JZ016_01279	1866	cysJ	COG0369	Sulfite reductase [NADPH] flavoprotein alpha-component	ATGTGCGCTTTTGAGAGGTGGATATTGTTGGAACTTCAAGTAATGAACAGTCCTTTTAATCAGGAGCAGGTGGAACTGCTGAACCGCCTACTGCCTACACTGACGGAATCCCAGCGGACCTGGCTCAGCGGATTCATCGCTGCGTTACAGGGAACGGAAGCCGCAGCAGCAGTTGCGGCAGCACCACAAGCGAACACGTTAGCTGCTGTATCGGCACCGGTGGCGACGGCTACTAAAGAAGTCACAGTCCTGTACGGATCACAGACAGGCAATGGTCATGGATTATCGAAAAAGCTATCCAAGAAGCTCGAAGAGGTTGGCCTGCAGGTCACGATGTCTTCTATGAGCGATTTTAAACCCAATAATCTGAAGAAGCTGCAGAATCTCCTGATAATCGTCAGTACGCATGGAGAGGGAGAGCCGCCGGATAATGCTATACCATTCTATGAATTTCTGCACAGCAAGCGGGCACCTCAGGTAGACCATCTTCAATATTCCGTACTGGCGCTGGGGGATACCTCGTATGAATTTTTCTGCCAAACGGGTAAAGATTTCGACAAACGGCTCGAGGAATTGGGCGGCAAGCGGCTGACGCCAAGAGTCGATTGCGATGTGGACTTTGATGAGTCGGCTGCAGAATGGATGAATCAGGTTCTTCTATCGTTGAATGAAGCTGGAGCGGGATCATCCGTTGTCGAAAATGGGAGTGCGGTAGCCCTGAGCGATAGTACGGAATCGGAATTTTCGAGAAGCAATCCATTTCAAGCGGAAATTCTCGAGAACCTGAATTTGAACGGAAGAGGATCCGACCGTGAAACTCGTCATATCGAAATTTCTCTTGAAGGATCGAATCTGCAGTATGAGCCGGGCGACAGCTTAGGAGTCTATCCGGAAAACCATCCGCAGCTGGTGGATGACCTCATCGCTGCAATGGGATGGAATGCGGATGAAGTGGTCGTTATTAATAAACAAGGTGAAGCGCGAGCTCTTCGGGATGCCTTGCTCCGTCACTACGAGATTACCGTTCTCACGAAACCACTGATCGAGCAAGTGGTTAAAATGTCAGGGAATGAAGGTCTTCGGACATTGCTGGAGCCAGGTCATGAGCAAGAATTGCGCACTTATATCGAGGAACGGGATTTGCTTGATCTGGTACAGGATTATGGCCTGCAGCAAGTGGCGGCAAGCGATTTTGTATCCATACTGCGCAAAATTCCTGCTCGATTGTACTCGATTGCCAGCAGCTCCAAAGCCTTCCCTGATGAAGTTCATGTTACCGTTCGAACGGTGCGTTATGAAGCACATGGCCGCCGCCGCTACGGCGTATGCTCCGTGCAATTGGCGGAACGTCTGAAAGCGGGCGATACGCTGCCTGTATACATTCAGCATAATCCGAACTTTAAGCTGCCCGAGAATCCGGACACCCCGATCATTATGATCGGACCCGGTACAGGCGTGGCACCTTTCAGAGCCTTTCTGGGAGAACGGGAAGAGACGGGGGCAGAAGGAAAATCATGGCTGTTCTACGGAGACCAGCATTTCTCGACGGACTTCCTCTATCAGATTGAATGGCAGCGTTGGTTGAAGGATGGAGTATTGACGCGCATGGATGTTGCTTTCTCACGGGATACGGACAAAAAAGTATACGTACAGCACCGCATGCTGGAGAAGAGCAAGGATCTATATCAGTGGCTCCAAGAAGGAGCTTGCGTCTATGTCTGCGGCGATGAGAAGAAGATGGCTCATGATGTGCATTCTGCGTTGGGGTCTATTCTCGAACAAGAAGGCCGGATGAGTCCGGAAGAAGCTGCGGAATATTTGACGCTCATGCAGCAACAGAAACGTTATCAGCGGGATGTGTATTAA	MCAFERWILLELQVMNSPFNQEQVELLNRLLPTLTESQRTWLSGFIAALQGTEAAAAVAAAPQANTLAAVSAPVATATKEVTVLYGSQTGNGHGLSKKLSKKLEEVGLQVTMSSMSDFKPNNLKKLQNLLIIVSTHGEGEPPDNAIPFYEFLHSKRAPQVDHLQYSVLALGDTSYEFFCQTGKDFDKRLEELGGKRLTPRVDCDVDFDESAAEWMNQVLLSLNEAGAGSSVVENGSAVALSDSTESEFSRSNPFQAEILENLNLNGRGSDRETRHIEISLEGSNLQYEPGDSLGVYPENHPQLVDDLIAAMGWNADEVVVINKQGEARALRDALLRHYEITVLTKPLIEQVVKMSGNEGLRTLLEPGHEQELRTYIEERDLLDLVQDYGLQQVAASDFVSILRKIPARLYSIASSSKAFPDEVHVTVRTVRYEAHGRRRYGVCSVQLAERLKAGDTLPVYIQHNPNFKLPENPDTPIIMIGPGTGVAPFRAFLGEREETGAEGKSWLFYGDQHFSTDFLYQIEWQRWLKDGVLTRMDVAFSRDTDKKVYVQHRMLEKSKDLYQWLQEGACVYVCGDEKKMAHDVHSALGSILEQEGRMSPEEAAEYLTLMQQQKRYQRDVY	PGPT0002795_1224	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002795-cysJ-K00380	NA	NA
JZ016_01280	618	cdaS		Diadenylate cyclase CdaS	ATGTTAAATCATGATTGCAATTTTACGCCGCTGAAAAACAAATTGAAGGAACAGCTCACAGATATCACAAGACAATTACAGCATATCATTCTCAATTTGGACCAGGACAGTTCATGTCTGCTGGGAGAGCTGGATCATGTCAGAACAAAATTTTTAGAAGCCGAATCGATTTCTTCTACGTATTATCTCAATTGTTTTCTCTTCCCCTTCACCAGCAAATATCAAGAAATCGCGAAATCCATATATCATCTCAGTCAAAAAAAACGGGGTGCGCTCATTGTGATTCAACGGGAAGATGGACTTGATTCGTTAATGACGCCAGGGATTCCCTTGTCCGCAGAAATCACAAGTCCCCTGCTTGAATCCATCTTCGTTCCAGACAGCCCGCTGCACGATGGAGCCGTGCTTGTACGTAAAGAGATGATTATTTCCGCCGCGAACGTGTTGCCTTTAACAGCCAAAACGTATGGGGATCGTAAGCTCGGCACGCGTCACCGTGCAGCCATTGGCTTGTCCGAGATCAGTGATGCCTTGGTCCTCGTTGTATCGGAGGAGACGGGCAAGACCTCCTTCTGCATGAAGGGCACCCTCTATCCTTTATCCATCAGCAGCCCCTAA	MLNHDCNFTPLKNKLKEQLTDITRQLQHIILNLDQDSSCLLGELDHVRTKFLEAESISSTYYLNCFLFPFTSKYQEIAKSIYHLSQKKRGALIVIQREDGLDSLMTPGIPLSAEITSPLLESIFVPDSPLHDGAVLVRKEMIISAANVLPLTAKTYGDRKLGTRHRAAIGLSEISDALVLVVSEETGKTSFCMKGTLYPLSISSP				NA	NA	NA	NA	NA
JZ016_01281	657	bshB2	COG2120	putative N-acetyl-alpha-D-glucosaminyl L-malate deacetylase 2	ATGGAGCAAAACATACTGGTCGTATTGCCGCACCCGGATGATGAAGCATTTGGTTTGTCCGGTACGCTGGCTAAATATATTATGGAAGGCGCTCATGTTACCTATGCCTGCTTAACGCTTGGAGAGATGGGCCGTAATATGGGCATTCCACCGTTTGCGAACCGTATCACCCTTCCAACCATTCGCAAAGCAGAGCTGGAGGAATCCTGCAAAGCTATAGGCATACAGGATTTGAGATTGCTTGGTTTCCATGATAAAACGATTGAATTCGAGGATCAAAATAAGCTGGATAGCGTGATTGCCTCTCTGCTTCAGGAGATAAAGCCATCGCTGGTGTTCACGTTTTACCCTGGATATAGCGTCCACCCTGACCATGACGCAACGGGCGCGGCCGTAATCCGCACGATTCAGCGGATGCCGGCAGGAGATAGACCTGTCGTTCAATGTCTGGCATTCTCCAACAATTGTGAGCAAGAATTGGGTAAACCGGATGTTTATCAAGATGTATCCATGTTCATGGTACAGAAGCTGAACTCCATTCAAGCCCATCGCTCTCAATTCCAGGCAGCAGAGCTGCTGGGCAAGAAACAGATGAAGGCCAAGGAAGTGGAACAGCGCTTCGGTACGGAACGTTTCTGGACCTATACATTTGCATAA	MEQNILVVLPHPDDEAFGLSGTLAKYIMEGAHVTYACLTLGEMGRNMGIPPFANRITLPTIRKAELEESCKAIGIQDLRLLGFHDKTIEFEDQNKLDSVIASLLQEIKPSLVFTFYPGYSVHPDHDATGAAVIRTIQRMPAGDRPVVQCLAFSNNCEQELGKPDVYQDVSMFMVQKLNSIQAHRSQFQAAELLGKKQMKAKEVEQRFGTERFWTYTFA	PGPT0019575_414	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019575-bshB2-K22135	NA	NA
JZ016_01282	345	yojF		putative protein YojF	ATGGAACTCATAAATCAAACCGAAGTACAACAAATGATTGATAAATTGAAGGACCAGGATTTATATATTCATCTTGAGATGACGACAGGCGCTTATGCTGCCCATTATGACAGCACGAAGCATCCCGCGGCTAACTTTATTACGAATGCAATCATTCGTTACAGCCACGGTTCGATATCCGGCAATGGACCCTATCGGGTTGGATTGAAAATGAGTCAGGGCTGGGTATATACCGAAGGACTCACCCATTTCGAACAGACGGATACCGATCGGCTGATTATGGCAGGTCATGACAGTCAGGGCAAACTGGTTGTCGCTTTGCAGTTGAGCCGGGAGCCTTTTTAA	MELINQTEVQQMIDKLKDQDLYIHLEMTTGAYAAHYDSTKHPAANFITNAIIRYSHGSISGNGPYRVGLKMSQGWVYTEGLTHFEQTDTDRLIMAGHDSQGKLVVALQLSREPF	PGPT0019575_3	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019575-bshB2-K22135	NA	NA
JZ016_01283	492			hypothetical protein	GTGATTGTTGTAAGCTCATGTTTAGCCGGTTTGAAGGTTCGTTATAACGCTACGGACAGCCTGGATACGAATATTCAGCAGCTGGTTGAAGCAAAGAAAGCCGTGGCCGTATGTCCCGAACTGCTTGGCGGATTCTCAACTCCACGGGAGCCGGCGGAGATCGTTGGAGGAAACGGAGATGATGTATTGGCAGGGCATGCTAGAGTGGTTGAGCTATCCGGGAAAGACGTGACCGAGATGTATATAAAAGGTGCATACCAAACGCTTCGAATGGCGCAAGAGCTCGGAGCTTTGCTGATCGTATTAAAAGAGAGCAGTCCTTCCTGCGGAAGCTCCATGATTTATAATGGAGAATTTGCCAATGAGAAAACAGCCGGTTATGGCGTGACAACGGCTCTGCTGCGCAAGGAAGGCTATACGGTTATTTCGGAGCATGAGCTTAATGCATATGCAGTACAACCGGAATACGCCACGCTTTTTACTGCGAGATAA	MIVVSSCLAGLKVRYNATDSLDTNIQQLVEAKKAVAVCPELLGGFSTPREPAEIVGGNGDDVLAGHARVVELSGKDVTEMYIKGAYQTLRMAQELGALLIVLKESSPSCGSSMIYNGEFANEKTAGYGVTTALLRKEGYTVISEHELNAYAVQPEYATLFTAR				NA	NA	NA	NA	NA
JZ016_01284	795	rhaR_21		HTH-type transcriptional activator RhaR	ATGACTGATCGATATGCTGAAATCGATGAGGTAATCGCGTATATTCACAACAATATTTATGAGCCCCTTCCGTTATCAACACTGGCGAATTACATAGGATACAGCCAATATCATTTTTCACGTATATTTAAGGATCGAATCGGACTGCCACCATTATATTACGTGTCCTCGCTTCGTTTGGAGAAGGCGAAGGATTTGCTATTACATACACATCTGAGTATCCGGGATATCGCCATGGAGATCGGTCAGCAGAGTCTGGGCACATTTACGACACGCTTCACGGAAAGAGTAGGCGTGACCCCTTCCCAGTTTCGAAACTCGAAGGAAGAGGCGGACGAGCATTTGTCATCCCTGCAGAAACTGAACAGCTGGCGTGACTCCATACCGGTCGAGAATCCCAATCTGACAGTAGAAGGCACGATAGAGGCAATGGCTCCATTTCAGGGCGTGATCTTGATCGGGCTGTTTGCCAAGCCGATTCCCGAAGGGCTTCCGTTATACGGAACTTTGTTATCTTCCGTCGGCTCGTTTCGGTTCGGCGACGTCAGTCCCGGAACGTATTATCTGATGGCTACTTCGGTACCATGGGGCATGCAGGCGGTCGATTTTTTGCTTCCGAAGTCTACCACACTGCGTACCCGTTCGAAGGAACCTATTATCGTTACCCCAAACGCTAAGACTCCGCATCTTCATGTAACTTTGCATGTTCCCCGGCTGGATGATCCGCCGATATTGATTTCTTTGCCATTATTAATGAATCACTTCCTCAAAAGGGTTGCTCCCATGATCCGTTAG	MTDRYAEIDEVIAYIHNNIYEPLPLSTLANYIGYSQYHFSRIFKDRIGLPPLYYVSSLRLEKAKDLLLHTHLSIRDIAMEIGQQSLGTFTTRFTERVGVTPSQFRNSKEEADEHLSSLQKLNSWRDSIPVENPNLTVEGTIEAMAPFQGVILIGLFAKPIPEGLPLYGTLLSSVGSFRFGDVSPGTYYLMATSVPWGMQAVDFLLPKSTTLRTRSKEPIIVTPNAKTPHLHVTLHVPRLDDPPILISLPLLMNHFLKRVAPMIR				NA	NA	NA	NA	NA
JZ016_01285	1089	iolG_8		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGAGCAAAACCATTCGAATTGGAATTATTGGAAGCGGCGGCATTGCGGGGGAGCATGCAAAATATTATAAACAAATCGACGATGTGCAGATTGTCGCTGTAGCTGATATTTTACCCGGCAGAGCCGATCAATTTATTGAGCGCTGGGGGCTTCAGGGAGCGATCGGATTTGATGATCACCGCAGATTGTTGGATCTCGACCTGGATGGCGTGAGCATCTGTACGCCAAACGTTGCGCATTATAGCACCACGGTTGATGCGCTGTCAGCGGGCAAACACGTAATGCTCGAGAAACCGATGTCGGTCACGTTGGATGAAGCCATCGAGATGGTTCAGATTTCGAAAAAAACCGGAAATATGCTCAACGTCGGCTTCCAGCCGCGTTATGATCCGAATATGGGCATCATTAAGAATCTGATTCAAAAGGGCGAGCTAGGAAAAGTGTATTATGTGGAAACCGGAGGCGGCCGCCGCCGTGGAATGCCGGGTGGAACGTTTGTCCGGCAGGAGATTTCAGGGGCAGGCGCCATGGCGGACATTGGCTGTTATTCCTTGGACATGGCCCTGAACGCGCTTGGATATCCCAAGCCGTTAACGGTATCCGCGTATACATCGAATTATTTTGGAACAAATCCCAAATACCACTCCGAATCCAGTGCGTTTAATGTTGAGGATTTCGGCGTAGCGATGATTCGATTCGAAGGAGACCTTGTGCTTAACTTCAAAACGTCATGGGCTATGCATATGGATACCCTGGGGGCGACGATGTTCCTGGGCACGGATGCGGGCATGAAGATTACCCCGGCAGGTTCAGGCCCTTGGAGCGGTGTGTGGGACGGGAAGGTAGGATCAATCTCCATGTTCCATGATATCCAAGGTCATCATACCGAAAGCGCCATACCGCTGGTCCATCATGAGCTTAACGTATTCCAGGAGAAAATCAAGGATTTCGTAAGCGCTGTGCGTGAAGGCAAGCCGGCGCCGATCCCGGGAGAGCAGGTGCTTCGGAATCAAGCGATTCTGGACGGTATTTTGCGTTCTTCCCAGAGCAAAAAAGAGGTTGAGATTCATATTCCGGACTTGGATTGA	MSKTIRIGIIGSGGIAGEHAKYYKQIDDVQIVAVADILPGRADQFIERWGLQGAIGFDDHRRLLDLDLDGVSICTPNVAHYSTTVDALSAGKHVMLEKPMSVTLDEAIEMVQISKKTGNMLNVGFQPRYDPNMGIIKNLIQKGELGKVYYVETGGGRRRGMPGGTFVRQEISGAGAMADIGCYSLDMALNALGYPKPLTVSAYTSNYFGTNPKYHSESSAFNVEDFGVAMIRFEGDLVLNFKTSWAMHMDTLGATMFLGTDAGMKITPAGSGPWSGVWDGKVGSISMFHDIQGHHTESAIPLVHHELNVFQEKIKDFVSAVREGKPAPIPGEQVLRNQAILDGILRSSQSKKEVEIHIPDLD				NA	NA	NA	NA	NA
JZ016_01286	948	rhaR_22		HTH-type transcriptional activator RhaR	ATGAATAACCATTTTCCATACGAATTGATGAAAGATCGTCAGGATGCCTTGGAGCGACTTGACCTGAGAGTTTATTGGGGACGTTATGAGATCCGTGTTCTTCGGTTTCATCTCACCACCTTTCCGCCAGGAAAGATTGTCTCTTTCCATAAGCATGCGGAGTATGAATTTCATTTCATACCCCGCGGCAAGGGGAGCGTTATTATGGAAGAAGAGCCTTATGCGCTGCGGGAAGGCATGTTTTATCTAACAGGTCCGAATGTGCTTCATTATCAGGAGGCGGATGCAGCGGAGCCGATGGATGAATTATGTCTGCACGTGGACATTATTCCGCGCGATGAGGTATCCGATCATGAGAGTCCGGCACTGCCTCCTTCGGATCCATGGGAAATGGCGGAAGCCGATGACTGCATGGAGAAGCTGAGAGGATTACCGTTGAAGCCAACGATGGATATCCATCGTGCGATGCCTTATTTTCTTGAGGCTTATCAGGCTTCTCAAGAGAAGTATTCGGGTCTGTATACAACGATTAAGCAGTGCATTATTCAGATACTGCTGCGCGCTGTACGCGCATATGAATCCGAGCCATCGGAAGCGGAACTGCCTTCACGGGATATGAAGGCTTACCGCTATCAATTGGCACTGGAGTATATTCATGCGAACTCTTCGGGAGAGGTTGTATTGGATGACGTCGCGGAGAAGCTGCATATCAGCTCAAGACAGCTGCAGCGAATATTCAAGGAGCAAGCGGAAGGGCAGTCCTTCAGCGAAATACTGGAGCATGTCCGCCTTGAAGCCGTATGCAGGAAGCTGATCGATACCAATTGGTCGATTGATAAAATCGCAATACACGAAGGCTTCTCAAGCGGAAGTTATTTGCATACCGTATTTCGAAAGAGATATGGATATACGCCATCAACATATCGGGCAATGAATGTGAAATTGTAG	MNNHFPYELMKDRQDALERLDLRVYWGRYEIRVLRFHLTTFPPGKIVSFHKHAEYEFHFIPRGKGSVIMEEEPYALREGMFYLTGPNVLHYQEADAAEPMDELCLHVDIIPRDEVSDHESPALPPSDPWEMAEADDCMEKLRGLPLKPTMDIHRAMPYFLEAYQASQEKYSGLYTTIKQCIIQILLRAVRAYESEPSEAELPSRDMKAYRYQLALEYIHANSSGEVVLDDVAEKLHISSRQLQRIFKEQAEGQSFSEILEHVRLEAVCRKLIDTNWSIDKIAIHEGFSSGSYLHTVFRKRYGYTPSTYRAMNVKL	PGPT0017485_10	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_01287	1002	iolG_9	COG0673	Myo-inositol 2-dehydrogenase	ATGATTAGAATCGGAAAAATTAGTTATTGGCATGTACACGCGTGGGATTATACGAAACAAGCGCAGGAGCATCCGGATGCTCAAATCGTAGCGGTATGGGATGAGAACCCGGGGCGCGGAAGAGAAGCTGCAGAGAAGCAAGGCGTACCTTTTTATGAGTCCCTGGACGACATGCTGCAAAGTGACGATATCGATGCCGTGATCGTGGATGCTCCGACATCCATGCACAGAGAAGTCATGTTGAAAGCTGCGGCGGCAGGCAAACACATATTCACGGAAAAAGTAATTGCGGCCACCCTGCAAGAGGTCAACGATATCATCAATGCCGTGAATGAGCACCAGGTCAAATTAACGGTATCGCTACCGCGGCTGAATGACGGCTATACCTTGGCGATCCGCGAGGTATTGCAGCAAGAGCTGCTTGGCACCGTAACACTCGTTCGTGTACGCTTGTCTCATAATGGCGCGACTGCCGGTTGGCTGCCTGAGCATTTCTACAGCCTGGAGGAGTGCCGTGGAGGCGCATTAATCGATCTGGGATGCCATCCGATGTATTTGACACGCTTGTTCCTCGGTGAAGAAGCGGTTGATGTCCATGCGAATTTCGGATACATCACGGGTAAAGAGGTGGAAGACAACGCCGTTGCTACGCTTTCTACGGCTACGGGAGCTGTCGGTGTGGTTGAAGCCGGATTTGTAAACAACTTCTCGCCATTTACAATTGAAATTCATGGTACGGACGGAACGATTCTGTACGGAACGCCTGACGACAAACTTCTTATTCGTTCAACGAAAAAAGAAGAGTACAAGGATGCCTGGGTAGAGCTGCCGGTGCCTGCGAATCGTGCAAGTGCATTTGAGCAATGGATTTCCCATATTCAAGAAGATACCATTGCAGAGGAAAATATCGCATATGCGGTTGAATTAACCAAACTGATGGAAGCCTCCAACCGTTCGGCCAAAGAGCATCGCGCCATTCGTTTGGATGAACTGCAAGCATAA	MIRIGKISYWHVHAWDYTKQAQEHPDAQIVAVWDENPGRGREAAEKQGVPFYESLDDMLQSDDIDAVIVDAPTSMHREVMLKAAAAGKHIFTEKVIAATLQEVNDIINAVNEHQVKLTVSLPRLNDGYTLAIREVLQQELLGTVTLVRVRLSHNGATAGWLPEHFYSLEECRGGALIDLGCHPMYLTRLFLGEEAVDVHANFGYITGKEVEDNAVATLSTATGAVGVVEAGFVNNFSPFTIEIHGTDGTILYGTPDDKLLIRSTKKEEYKDAWVELPVPANRASAFEQWISHIQEDTIAEENIAYAVELTKLMEASNRSAKEHRAIRLDELQA	PGPT0018525_63	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018525-iolX-K16043	NA	NA
JZ016_01288	525	yfiT_1		Putative metal-dependent hydrolase YfiT	ATGGACTTGAGATACCCGATAGGACAATTTGAATGGGAAGGGCCATCGACGCCTGAACAGAGGGAGCTCTGGATTCAAGAGATTAAGAGCCTGCCGGAGAAACTGAGGGCTGCCGTGCAGGGGCTAAGCCAGGAACAGCTGGATTTATCATATCGAGATGGAGGCTGGAGCATCCGACAGGTCGTTCACCATCTGGCCGACAGTCATATGAACAGCTATATCCGGTTCAAACTTGCTTTGACGGAAGACAACCCAACGATTAAGCCTTATGACGAGCAGAAGTGGGCAGCCCTTGAGGATTCAATGACGGCGGATGTTGATGCTTCACTCGTTTTGATTGATGGCATACACGCCAGATGGGTCGCTTTATTAAACATCATGAATACCGAGGACTATCTCAGAACGTTCTATCACCCCGAGAACCAGCGAAAAACGAGCCTGGAATACGCAACGGGCATGTACGCCTGGCACGGTAAACATCATACTGCACATATCACAACTGCAAGAGAACGCTTGAAACTGTGA	MDLRYPIGQFEWEGPSTPEQRELWIQEIKSLPEKLRAAVQGLSQEQLDLSYRDGGWSIRQVVHHLADSHMNSYIRFKLALTEDNPTIKPYDEQKWAALEDSMTADVDASLVLIDGIHARWVALLNIMNTEDYLRTFYHPENQRKTSLEYATGMYAWHGKHHTAHITTARERLKL				NA	NA	NA	NA	NA
JZ016_01289	981	iolS_1	COG0667	Aldo-keto reductase IolS	ATGAAACGAATGTTAGGCAGATCGCAAATATCGGTAAGTCCGCTCGGTCTGGGCTGCTGGGCCATAGGCGGGAAATTTACATTGGACGGCTTGGCGGATGGATGGGGAGAGGTGAATGAACGCGAATCCATAGCGGGGATTCACGCTGCGTTGGAACGGGGCGTTAACTTTTTTGATACTGCAGATGTATACGGAACGGGCCATAGTGAACGGGTCCTGGGCCAAGCGTTAAAGGGAAGGCGGCAGGATGCGGTGATTGCCACCAAATTCGGTTTTACGTATGATGAGTCAACAAAGGAGGTTTTCACTCGTCACAATGTTTCAGCGGATTATGTCCGCAGCGCTTGCGAGCGATCACTTCAACGCCTGGACACTGATTATATCGATGTCTATCAAATTCATGTAGGCGGATTAAGTCTTGGCGAGGTGGAGTCGGTGATTGATACCTTGAACGGTCTTCGTCAAGATGGGCTGATCCGAACATATGGCTGGAGTACATGGGATGTGGCCAATGCCGAATGGTTTGCTCGAAAATCGGAAGCCGCGGCAATTCAACATGTGCTGAATGTTCTCAGTGACGACAAGGAGATGCTTGCCCTCTGTGAGCGTTACGGTTTAGCAAGCATCAATAATACACCTTTGGCTATGGGGCTCTTAAGCGGGAAATTTAACCATGACTCCAGGTTCAGTGATCAAGATGTAAGGGGGAGCGGTCACGATTGGGTTTCCTATTTCAAGGATGGTAAACCGGTACCATCGTTTCTGGCTAAACTTGAGGCGGTTCGAGAGATTTTAACCAGTGAAGATCGGACTTTGGTGCAAGGGGCGCTGGCATGGATTTGGGGGAGAAGCCACGTCGCGATCCCGATTCCGGGTTTTAAAACGAGGAAGCAAGTGGAGGAATTGACTGGGGCCGCTCTTTTCGGACCACTATCGGACGGTCAAATAAACGAAATTGAAGATATAATGGGCTCGTTGTAA	MKRMLGRSQISVSPLGLGCWAIGGKFTLDGLADGWGEVNERESIAGIHAALERGVNFFDTADVYGTGHSERVLGQALKGRRQDAVIATKFGFTYDESTKEVFTRHNVSADYVRSACERSLQRLDTDYIDVYQIHVGGLSLGEVESVIDTLNGLRQDGLIRTYGWSTWDVANAEWFARKSEAAAIQHVLNVLSDDKEMLALCERYGLASINNTPLAMGLLSGKFNHDSRFSDQDVRGSGHDWVSYFKDGKPVPSFLAKLEAVREILTSEDRTLVQGALAWIWGRSHVAIPIPGFKTRKQVEELTGAALFGPLSDGQINEIEDIMGSL				NA	NA	NA	NA	NA
JZ016_01290	1428	gabR_3	COG1167	HTH-type transcriptional regulatory protein GabR	GTGTACGGCATTCAGATCGATCGTGAATCTAAACTGACGGTAACCCGTCAGATATGTCAGCAGCTGCGAAGGATCATCGAATCGGGACAACTGACAGCCGGAACTCGTCTGCTTCCTACGCGCGTTCTGGCAAAAGAATGGGGGATTGCGCGCAATGTCGTCATTGAGGTATATGAGCAGCTGACGGCTGAAGGATATCTGGAGGGGCGTGTAGGCTCCGGCACCTACGTAGCGGAAGGTATCATCCCCGTTCCCAATCCGCGTACCGCTCCCTCTTCGAGCAAGCAGCCGTTCCAGGGGCAGACAACCACTCAGCATGAACACGTCATTGATTTTGCCACGGGCGTTCCCGATCGCAACATGTTTCCACGACACATCTGGGCCAAGTATTTGAAAGCAGCCTCTGAATCTTCCGAATATGAAGACCATGATTACGGTCACATCAAAGGGGATTCGACGCTGCGCTCTGCCATCTGCGACTATGTATTCCGGGCTAAAGGCATCCAATGCTCACCCGAACAAATTGTGATTGTGTCCGGTGCCACTGAAGGGTTCCTTCTCCTTGCCAAATCGTTATCTTCCAAGTTTCATTCCATCTATATCGAAGACCCAACAATCGATATTACCCGGGATATTTTTCAGACGATGAACTATAATCTTGTTCCGGTCGAGGTTGATCATAGCGGAATGCGCGTCGACGCCTTGTCGAGTATCGCTCCAGGTCATCTGGTTTTATTAACGCCATCACATCAGTTTCCAACCGGCAGCGTATTATCCATTCAGCGGAGACATCAGATCATAGGGATGCTGGAGGAAGCCGACTCTTTCGCTATCGAGGATGATTATGACAGCGAGTTCCGGCTTCGAGGGATCCCTGTGCCTCCTCTACAGACGCTGTCGCCTTCAAGGGTTATCTATGTAGGAACATTCAGCAAAACGCTGTCGCCCAGCCTTCGGATCGGATTTATGATTGTACCACCGAGTCTAACCGATACCATTGCCGAAATGAAAGATAAATTGAATTTACATACTCCGTACATCATTCAAAAAGCATTAAGCCAATTCATGTTGGATGGGTATCTGGAACGGCATATCCATACGATGAAGAAAATGTACAAGAAACGGCGCAATGTCATGACGGAGCAGCTTCAGCACTTATTCGGAGCAGATATTTCCGTTCTCGGCGATGATGCGGGAATGCATCTACAGATTATTTTCCATCCACAGCCCTACGCCCTTCTTCCATGGAATGACACGGCTTCTTACGGGTTCCGTGTTGAGCCTGTATCGAATTACAGAATCTCATCCTCTAGCCCCCTCCGTACAACCGGTATCGTGTTAGGATATGGAAACCTGTCATCCGAAGAAATCGAGGAAGGATTACGCCGACTTTACTTGTTTGCTTCCTCTTGCAAGACACTCACTTGA	MYGIQIDRESKLTVTRQICQQLRRIIESGQLTAGTRLLPTRVLAKEWGIARNVVIEVYEQLTAEGYLEGRVGSGTYVAEGIIPVPNPRTAPSSSKQPFQGQTTTQHEHVIDFATGVPDRNMFPRHIWAKYLKAASESSEYEDHDYGHIKGDSTLRSAICDYVFRAKGIQCSPEQIVIVSGATEGFLLLAKSLSSKFHSIYIEDPTIDITRDIFQTMNYNLVPVEVDHSGMRVDALSSIAPGHLVLLTPSHQFPTGSVLSIQRRHQIIGMLEEADSFAIEDDYDSEFRLRGIPVPPLQTLSPSRVIYVGTFSKTLSPSLRIGFMIVPPSLTDTIAEMKDKLNLHTPYIIQKALSQFMLDGYLERHIHTMKKMYKKRRNVMTEQLQHLFGADISVLGDDAGMHLQIIFHPQPYALLPWNDTASYGFRVEPVSNYRISSSSPLRTTGIVLGYGNLSSEEIEEGLRRLYLFASSCKTLT	PGPT0016790_3429	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0016790-mocR-K00375	NA	NA
JZ016_01291	909			hypothetical protein	GTGAAGAAGCTAAACAGGATGCGATTTGAACAAGCCAGGCAATATATGCTGCACCGGGCCAGGGATCTTGAACGGTCATTGTTCCGGTATGATTTCGAGAACGGGTCGTTTACGGACGTGTTGACTGAGTTGGATAGCTATCAGAATGAGGACGGTGGATATGGTCATGGACTTGAGCCTGATCTTCGGTGCAGAGAGTCATCTGCTCTGGCAACAACCAGAGCGCTGGAGATTCTTCGCTTGAATCCAGATCATCCGGAGCGGAACGAACGGGTGATATCCGCTTTAAAGTATCTCGAGCATTCCTATGTGCCAGAACGGTCAGGGTGGGATATCATCCCTAAGGAAGCCGAGCAGTCTCCAAGGGCGATATGGTGGCAGTATGGTGCCTTCAAAGATCATTGGGGAAATCCGAATGCGGATATTATCGCCTATTTTATCGACGAGCGGGAGTTATACCCTTTGGAGTTTTTGGAATCAAGGATTGATTATGCTGTGAACTACCTGAAACAATCCAGCGATCTTCATGAAATGCATGAATTGTTTTGTTATTTGCGTTTGAACGAAAGATTGTCAACAGAACAGGCGTCCGAGATCGGAGAAACACTTGAGGTCTTCATGGATCATTGCATAAGCAGGGATCCTGGCAGCCGCGAGGGATACGGAGCAACGCCCCTCAGTATTATGGATTCGCCGGATTCGCCCTATTTTGCCAAATACCGCGAGCTTCTTCCGCTGGAACTGGATGAGCTTATAGGGAATCAAGGGGAAGATGGTGCCTGGGAGCCCAATTGGAGCTGGTACCAGTACGAAGAGGTATGGCCGTTGGCCAAGGAGGAATGGAAGGGCGTTCTGACATGGAATGCACTTCGGACGCTGCGTAATTTTGAACGGATTGAGGGAGTTTGA	MKKLNRMRFEQARQYMLHRARDLERSLFRYDFENGSFTDVLTELDSYQNEDGGYGHGLEPDLRCRESSALATTRALEILRLNPDHPERNERVISALKYLEHSYVPERSGWDIIPKEAEQSPRAIWWQYGAFKDHWGNPNADIIAYFIDERELYPLEFLESRIDYAVNYLKQSSDLHEMHELFCYLRLNERLSTEQASEIGETLEVFMDHCISRDPGSREGYGATPLSIMDSPDSPYFAKYRELLPLELDELIGNQGEDGAWEPNWSWYQYEEVWPLAKEEWKGVLTWNALRTLRNFERIEGV				NA	NA	NA	NA	NA
JZ016_01292	366			hypothetical protein	ATGAGCAAAGTCATACCTTTATTCAGAGTGTTCGATGAACCGAAGGCAAGGGAATTCTATATTCACTATCTTGGTTTTACTTTGGATTGGGAACACCGCTTTGATGAAACGGCACCGCTTTACATGCAAATATCAAAGGAATCGGTAACGATTCATTTGACGGAGCATTACGGTGACTGTTCCCCGGGAGCAGCCATTCGCGTGGAGATGGCGGGGATTGAGGGGTTTCACGAACAGCTGTTAAACCAGAACTATCCGTATTCCAGACCCGGGATAGAGATTGCGCCATGGAACAGCAAAGAGCTATGTGTCACAGATCCATTCGGCAACCGAATCACTTTCTACGAGGAGTTGGAACCCAAGTGA	MSKVIPLFRVFDEPKAREFYIHYLGFTLDWEHRFDETAPLYMQISKESVTIHLTEHYGDCSPGAAIRVEMAGIEGFHEQLLNQNYPYSRPGIEIAPWNSKELCVTDPFGNRITFYEELEPK				NA	NA	NA	NA	NA
JZ016_01293	636			hypothetical protein	ATGAATTTGTTTGAATTGGTTGAGCAGTTATTTGAACAATATGGTTATCTAGTGTTATTGATTGGGCTCCCCCTTGATTTTATTGCTCTTCCAATTCCTCCTGGAAACAGCACATTGACCTATACCGGTTTTTTAACCTATAAAGGAATTATCGATATGGTTCCTGCAATTGGATCTGCTTTTATGGGAGCGGCCATGGGGTTAACCATTACCTATATCCTGGGATACAAACTCGGGATGCCGCTTATCGAGCGATATGGAAAATGGCTGTTTATCAAGCCGTCCCTTGTAGAGAAGACGCAGGCCTATTACAACAAATATGGAAATAAGCTGCTCATTATTTGTTTTTTCATACCCGGGGTCAGGCAGTTTATCGGGTATTTTATCGGCATGATTCGGGTTCCCTATCGGACGGTGTGGCTGTATGGATATACGGGCGTGGCTGCATGGGTATTGGCTTTTTTCAGCATTGGTTTTATATTCGGCGAGCAGTGGCAGTACATTCTGAACGTGGTGGAGCATTATTTGAAAGTGATCTTCATTTGCCTGGCCAGTTCATTTGTCGTTTTGCTGGTGTGGAGTCGTATAAAACGCGAGAAGGCCAAGAAGTTAGCCAAAGTGACCAGAAATGAATAA	MNLFELVEQLFEQYGYLVLLIGLPLDFIALPIPPGNSTLTYTGFLTYKGIIDMVPAIGSAFMGAAMGLTITYILGYKLGMPLIERYGKWLFIKPSLVEKTQAYYNKYGNKLLIICFFIPGVRQFIGYFIGMIRVPYRTVWLYGYTGVAAWVLAFFSIGFIFGEQWQYILNVVEHYLKVIFICLASSFVVLLVWSRIKREKAKKLAKVTRNE				NA	NA	NA	NA	NA
JZ016_01294	1242	ugtP_2		Processive diacylglycerol beta-glucosyltransferase	ATGAGATCCATATATGAGCAAAAAATCATCATATTAACCGGAAGTCTGGGAGAGGGTCACAACCAGGCATCAAAGGCCATTGTGGAATCAGCAAAAAGAAACTACCCTCATCTGCGCGTTAAAGTCATTGATTATATGGAGTTAACCCATCCGCGGCTGCATGTGGCCGGTCAGTTTTTCTTTATGCAGTGGATGAAACATTTCCCATCCGTTTACGGCTATTTATTCCAAAAAACGCGCGAGGAAAACACGCTAATCCATATGCTGAAACGCTTCAGCACCTTCAGTCTTCACAAGCTCAGCACGATGCTGGAAACGGAAAATCCGGCTATCGTGGTCAGCACGTTTCCGCCGGCAGCAGCAGGGATGTCTCTGCTGAAAGGGATGGGCTTTACCAATGTACCGACGGCAACCGTCATGACGGACCATACGGATCACAGCTACTGGATACACGCTCATACGGATTATTACATGGTTGGTTCCGATGTGGTACAGATTGCGTTGGAGCGCAAAGGCGTGCCAAGCGAAAAGATATCTGTAACCGGCATCCCCGTCAATCCGCTGTATAGTCAGCCAATGGATCCCGGACGGCTTCGAGCTCATTATGACTTGCGTCCATCCGAGCAGGTTGTGTTGATCATGGGCGGCGGAGAAGGGATGATCGATAAAGAAATTATCGAGCTCTTGAAATCAAGGGCATACCCAAAGGATGTTCGGTTTATGGTCGTGTGCGGCCGTAATATGAAGTTATATCAAGCACTGCTGGAGGAGTTTGCTGGTCATCCGCAAATCACTGTTATGGGTTATGTGGATCGCATGCATGAATTGATGGCGATAGCGGACCTGATGGTGACAAAACCGGGAGGACTCACGATTTCCGAGGCGTTAACGATGGAGCGGCCGATGCTGTTAGTAAAACCCTTGCCAGGCCAAGAGCAGGATAATGCGGATTATCTGGTTGGAATAGGCGTGGCACGGCAGGCCATGGCCGGTGAATTGAAGCATCAACTGCTGACATTAATTAAGAGTCCGTCCTTGTTGCGAGAGATGAAACGACAGGCCGCCTTGAACACGCATAAAGATTCGGCTTTGCTGGTCCTGACAAGACTGATGGATATACAGCAGAATCAGCACTTTTCCCGTGAATGGTCTGAAGAGGTGAATCCGGTGCCCTACGCGGTCCTGAACAGAGAAGTTTATGTGAATGAAACGCTACAACACTACTATGACAGTTATCGGTAA	MRSIYEQKIIILTGSLGEGHNQASKAIVESAKRNYPHLRVKVIDYMELTHPRLHVAGQFFFMQWMKHFPSVYGYLFQKTREENTLIHMLKRFSTFSLHKLSTMLETENPAIVVSTFPPAAAGMSLLKGMGFTNVPTATVMTDHTDHSYWIHAHTDYYMVGSDVVQIALERKGVPSEKISVTGIPVNPLYSQPMDPGRLRAHYDLRPSEQVVLIMGGGEGMIDKEIIELLKSRAYPKDVRFMVVCGRNMKLYQALLEEFAGHPQITVMGYVDRMHELMAIADLMVTKPGGLTISEALTMERPMLLVKPLPGQEQDNADYLVGIGVARQAMAGELKHQLLTLIKSPSLLREMKRQAALNTHKDSALLVLTRLMDIQQNQHFSREWSEEVNPVPYAVLNREVYVNETLQHYYDSYR	PGPT0023400_75	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023400-ugtP-K03429	NA	NA
JZ016_01295	537			hypothetical protein	ATGATAGAACGATTGCGGAGATTCGATCATCGGGTATTCGTCTGGTGTAACCAGACCATCAGCAACAGAGCTTTTGATCGGTTGTTCGGAGGTATCACCCATCTCGGTGGAGCCACCTTCACGATCCTGAGTGCACTGCTCATCGCCTGGGCAGCATTTGAAGCATGGGACATAACGGCATATCAGAGTGCCATTGCCTTAACCGTTAGCCATCTGATTGTTGTCCTCATCAAGAAGATCGTCAGAAGAGATCGCCCATTCCGGGTTCTGGAGCAGGTGAAGATTGGAAATTTCCCATTGAAGGACTATTCATTCCCGTCAGGACATACCACAGCGATCTTTGCCGTGATTACACCACTGCTCTTTCTGGTATCACCGCTGCCGACGATACTGCTGCTTATCCTGGCTGTGCTGGTCGGTCTATCCCGTATTTATTGGGGATATCATTACCCGACGGATTGTCTCGCAGGCAGTCTGATTGGATTCGGTTCAGGATGGCTGGTCGTTTACCTGATGCATGTCATTGGAATCACATAA	MIERLRRFDHRVFVWCNQTISNRAFDRLFGGITHLGGATFTILSALLIAWAAFEAWDITAYQSAIALTVSHLIVVLIKKIVRRDRPFRVLEQVKIGNFPLKDYSFPSGHTTAIFAVITPLLFLVSPLPTILLLILAVLVGLSRIYWGYHYPTDCLAGSLIGFGSGWLVVYLMHVIGIT	PGPT0024170_2202	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302	NA	NA
JZ016_01296	618			hypothetical protein	ATGGATTTTTTACGTAATTTAGGCGATATCGGATTATTTATTCATGCTATGATCGATGCGATTATTTTTCCGATTCCGGCTCTTTTCTCGCAATTGTCTTTAAGTGCATTGAGTCCAGACCGTGCGATCTGGCTTGCCACGATCGGATTTGTCGGCTGCCTGATCGGAACGCCGATTGGTTATGGAATCGGCAAGGTTTCCGGAAATTTGGTTTTAACCAAGATCATGAAGAAAAAATGGTACGATTCGGCCACCACATTGTTCACCAAGCATGGAGAAGCCGCTATTCTTGTCGGTGCGTTTACGCCGATTCCGTTCAAAATCTTCACCATCCTCTCCGGTTGTATGAGTTATCCTTTATGGAAACTACTCAGTTACGCAGCCCTCGGGCGTGCCGTGAAGTTCTATACCGTAGGTATCCTGTTCTACGTGTACGGGCGTGCTGCAGAGCATATGGTGGACGGTGTACTTACGATCATTCTACTGTCTGTAGGTGCTCTGATAGGAGGGATCTGGCTGACAGTGCGTCTTATCAAGAACCGCAAGAAGAAACGTGCGGAAGTCCCTGTTGTGCAGGGTCCGCCAGAATCGACGGATGTAACGGCAGGTGAAGAGTAA	MDFLRNLGDIGLFIHAMIDAIIFPIPALFSQLSLSALSPDRAIWLATIGFVGCLIGTPIGYGIGKVSGNLVLTKIMKKKWYDSATTLFTKHGEAAILVGAFTPIPFKIFTILSGCMSYPLWKLLSYAALGRAVKFYTVGILFYVYGRAAEHMVDGVLTIILLSVGALIGGIWLTVRLIKNRKKKRAEVPVVQGPPESTDVTAGEE				NA	NA	NA	NA	NA
JZ016_01297	648		COG0637	Phosphorylated carbohydrates phosphatase	ATGATACAGGCATTTATTTTTGACATGGATGGGGTCATTATTGACAGTGAACCGCTTCACTTTGAAGTCGATATTCAGGTGATGAACTACTACGGATCGGCGATAACCCATGAACAGCTGGAGCAGTATGTAGGTATGACCAATCCGGAGATGTGGGCAGCCATTAAGGATGAACATCAGCTTACCCAATCCGTTTCGGAAATCATTGAATACCAATTGTCCAATAAAATTGAAATGCTTACTTCCCGGAAAATGGAGCCTATTGATGGCATACGGGAGCTCCTTGCGGAGCTTAAAGCACGTAATATACCGGCGGCTATAGCATCTTCATCGCCACCTGTATTTATTTCAGCCGTTTTGCGTAAGTTTGATCTCCTGGATCATTTTCAATGCGTTGTGAGCGGTGAAGAAGTGGAGAAGGGAAAACCGGCGCCGGATGTATATCTGAAGGCGGCTGAATTGCTCGGTGTGGATCCGGAGCATTGCATGGTGCTTGAGGATGCAAGGCACGGCGTTGCTGCAGCGAAGGCGGCTGGCATGAAATGCATCGGCTTCGTGAACCCGAATTCGGGGAATCAGGACTTATCGCAGGCCGATCATGTGGTGAACTCGGTCCGAGAAGTCCCGCAAATTTGTCAATTTGAATAG	MIQAFIFDMDGVIIDSEPLHFEVDIQVMNYYGSAITHEQLEQYVGMTNPEMWAAIKDEHQLTQSVSEIIEYQLSNKIEMLTSRKMEPIDGIRELLAELKARNIPAAIASSSPPVFISAVLRKFDLLDHFQCVVSGEEVEKGKPAPDVYLKAAELLGVDPEHCMVLEDARHGVAAAKAAGMKCIGFVNPNSGNQDLSQADHVVNSVREVPQICQFE	PGPT0018430_430	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_SORBITOL_DEGRADATION,PGPT0018430-hxpB-K24204	NA	NA
JZ016_01298	393			hypothetical protein	GTGGTTCAATGTCCATGGTGCGCACACGAGGTAACTTTGAGTGATAATATGTGTCCGGAATGCAAGCATGAGGTACTGCCTGAGCATCTGATCTCAGAGACGAATGAACAAACGGCTGAGCATTATGATTCAACAGTGGAAATGGACTACCTAAGCATTGAAGAATTAATGGCTAGCAAATTCAATTGCCGCCGCTGTGGCCACCTTGAATGCATGACGCAGGAAGTCAGCATGAGCGGCACCGGTGTGAGCAAAATTTTCGATATCGATTATCATCATTATCTTTTTGTATCCTGCACCCGCTGCGGCTTCGTCGAAGTATTCAATCCCGATGTCCTCAGAGGCCATAAATCCGGAGTGCTGGGAACGGTACTCGATATAATCTGGCGTTAA	MVQCPWCAHEVTLSDNMCPECKHEVLPEHLISETNEQTAEHYDSTVEMDYLSIEELMASKFNCRRCGHLECMTQEVSMSGTGVSKIFDIDYHHYLFVSCTRCGFVEVFNPDVLRGHKSGVLGTVLDIIWR				NA	NA	NA	NA	NA
JZ016_01299	699	yfnB	COG1011	Putative HAD-hydrolase YfnB	GTGCGTTACAACGTTATTTTATTTGATGCAGATGAAACCTTATACGACTATGCCAAGTCGGAGGCTTTTGCGTTATCCGGCGTATTTGGCGAAATTGGTCAGGAGTGCACGGATGCCATCGTAGACAGCTACAGACGCATTAATCAGCAGTTGTGGAGTGATTTTGAGCAGGGGAAGGTTACACAGCGTGAATTGCGTACAGCCAGATTTGAGCGTCTGTTGGCAGAACACGGCATTACGTGCGCCTTGGATGCCGATGCCTTTAGCGATGTTTACATAAAATATTTAGGGCAAGGCTCCTTCCTAATGGAAGGGGCGGAAGAGCTGTGCAGACAACTGACCGAGCGCGGTCAACGGATGGCGATCATTACGAACGGAATTAAGCAGGTGCAGTATATCCGAATTAGCCGGTCGCCGTTATGCGATTCCTTTGAATGCATCATTGTTTCAGAGGATGCAGGGTCCCAAAAGCCTCACGAAGGCATATTCGATTATGCCTTCGATAAGTTGAACCATCCCGACAAGAGCGAGGTTCTTATTGTTGGTGATTCATTAACTTCCGATATACAAGGAGGTATTCGTTACGGGATCGACACCTGCTGGTATAACCCGCTGCGCAAGGCAAACCCGACAGCCATTCAACCTAAATATGAGATTCATTCCCTTATGGAGCTGCACGATATCATTTCATTTGAGTGA	MRYNVILFDADETLYDYAKSEAFALSGVFGEIGQECTDAIVDSYRRINQQLWSDFEQGKVTQRELRTARFERLLAEHGITCALDADAFSDVYIKYLGQGSFLMEGAEELCRQLTERGQRMAIITNGIKQVQYIRISRSPLCDSFECIIVSEDAGSQKPHEGIFDYAFDKLNHPDKSEVLIVGDSLTSDIQGGIRYGIDTCWYNPLRKANPTAIQPKYEIHSLMELHDIISFE	PGPT0006885_1198	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560	NA	NA
JZ016_01300	231			hypothetical protein	ATGTACGGAATCTCGAATCAGCATTACAATAAGGGATATACCACCCAAGCTGTAAGGGCATTAATCCAGTTTTTGTTCCAAAATACAAGCGAGCGCGAGCTGAGTGCATTAGCCGTTCTTCATAATCATGCCTCCACTAAAGTGATCCAAAAATGCGGGTTTAAGTATGTGGGCGAAATTGAGCTTGAGCAGGAGCGGCATCATCTCTATAAACTCCGAAGAGAGAGTTAA	MYGISNQHYNKGYTTQAVRALIQFLFQNTSERELSALAVLHNHASTKVIQKCGFKYVGEIELEQERHHLYKLRRES				NA	NA	NA	NA	NA
JZ016_01301	282			hypothetical protein	TTGAACCACAAGATAAATATCGATGCTCAAGAAATACCCTTTACAATTGAATGTGAGGACATCCTACTCAGGGAATATATGGTGGAAGATGTTGATGCGATCTTTAAGATCACGCATGAACCGGAGATCAGACAGTTCCTGCCCGGTTGGGATGTACCCAGGGAACAGCGGCTTGAATGGTTAACCAACTATGAAATTGTGGAGAATCGGCAGTTCTTGCAGGCTGTTCAAAACGGCGGGGATGTGGGACAGCTTCGTCTGCGACTAGCCATGGTCTTGTAA	MNHKINIDAQEIPFTIECEDILLREYMVEDVDAIFKITHEPEIRQFLPGWDVPREQRLEWLTNYEIVENRQFLQAVQNGGDVGQLRLRLAMVL				NA	NA	NA	NA	NA
JZ016_01302	480			hypothetical protein	ATGTACATCCATAGGCCGCTGGCAGACGAGGATCTATCAACGATATGCAGCTTTCCTCAGACGCCGGAGGAGCTGTTTTATGTTAGTCCCAGATCGGAGTTCCCTTGGACGCCGGAGCAAGTCTTGAGTTTGCTGGAAAATCGATATGATCCCACGGTTATTGTTGAAGAATCTAGTGGGCAGGTAGTGGCTTACGCAAATTTTTATGAGGATATTGATCAATCTCTGTGGCTTGGCAATGTTATTGTTGCTCCGTCGCATAGGGGAATGGGAGCCGCACAGAAGCTGTTACAGACCATGATGGATATAGCCAAAGAGAAATATGGAATGACTCGCTTTTTTCTTAGCTGCCATAATACCAATTCCAGAGGGCTTGTTTTTTATCATAAACTTGGTTTTGAGCCCTACGATGTCCGTATTACGACGTTAGATGATCACCGGAAGATGATTACCATTCAGATGAGGCTGAATTTGGTCTGA	MYIHRPLADEDLSTICSFPQTPEELFYVSPRSEFPWTPEQVLSLLENRYDPTVIVEESSGQVVAYANFYEDIDQSLWLGNVIVAPSHRGMGAAQKLLQTMMDIAKEKYGMTRFFLSCHNTNSRGLVFYHKLGFEPYDVRITTLDDHRKMITIQMRLNLV				NA	NA	NA	NA	NA
JZ016_01303	723	tylM1		dTDP-3-amino-3,6-dideoxy-alpha-D-glucopyranose N,N-dimethyltransferase	ATGCGAAAAGTTGGTGTATCCATGTTTGATTTATCGTCGAAATATTATGACGTGATTTACAGCTTTAAGGATTATGAGCAGGAGGCGCAGCAGGTCCGGCAATATATTAGAAGACAGGGTAAGGATTACCGGACCGTACTCGACGTTGCCTGTGGAACCGCGGAACACGCCTTTTTCTTAAAGCAGCACTATACGATCGATGGTATCGATTTAAATCCGGAATTCGTTTCGATCGCGAAGTCGAAAAATCCGGATGGTCATTATTCGGTTGCCGACATGACCCGTTTTCGCTTGGACCGGAAATATGATGTGATCCTCTGTCTGTTCAGCTCCATCGGATACGTGAAAACGTTGGAAATGTTGGTGCAGACCCTAACGCAGTTTAAGGAGCATCTGAACGAGGAGGGTGTCATTCTGGTTGAGCCGTGGCTGACACCGGATGTCTGGACCACCGGAAGAGTGGACACGATCATGACCGAGCATCGCGGGATCCATATGAGCAGGATGTCCCATTCGGACCGCGAAGGCGATATTTCGATCATGAAAATGGAGTATTTGTTTGGAAGCGAGCATGGTATCGAGCATTATACGGAGGAGCATCGCTTGGGGCTCTTTACCGTGAAAGAGATGATCGAGGCATTCCAGGAAGCGGGCCTTCGCGTGGAGCACGATCCGGAAGGCATGATTGGAAGAGGCATGTATATTGCACAAAATGTGAAGTAA	MRKVGVSMFDLSSKYYDVIYSFKDYEQEAQQVRQYIRRQGKDYRTVLDVACGTAEHAFFLKQHYTIDGIDLNPEFVSIAKSKNPDGHYSVADMTRFRLDRKYDVILCLFSSIGYVKTLEMLVQTLTQFKEHLNEEGVILVEPWLTPDVWTTGRVDTIMTEHRGIHMSRMSHSDREGDISIMKMEYLFGSEHGIEHYTEEHRLGLFTVKEMIEAFQEAGLRVEHDPEGMIGRGMYIAQNVK				NA	NA	NA	NA	NA
JZ016_01304	747			hypothetical protein	GTGCATAAGAGAATCGAGGAGTTTACCTTAAACGCTTGGCCAGCGCTCCAAACCTTGACACAACAGGGATGGTTGTTACGATTTGCAGACGGCTATACCAAGAGATCCAACTCAATTCAAGCTCTCTATACGGAGTCTTCGATCGACCTTAATAGCCAGATTGAACAATGTGAGCGTTTATATGTTAAGGCCGGACTTGACGTCGTATTTAAAATCACACCATTCAATCCGCAGGAACTCGATCCTATTTTAGAATCCAGGGGTTATACCCTATTGGATCCTACCAGTCTTCGAGTATTGGCTCACCTGGATGATATGGAGTCGCCATCCCATAAGGAAGTTCAGATCGAAGACAAGCTGACCGATGAATGGCTGGATGTGCTTGCGGACTTAACCGGAATATCTGAGAAGAACAAGGCTGTAAAAAGAAAGCTGTTTAACTATTCCGTGATACAATATGGATTCTTCATCCTATATGATCGTACTGAACCTGTAGCATGCGGAATTGGTGCATTGGAGCAGGGTTATGTAGGAATATATGATTTGGTTACCGCTCCGGCCTGTCGAAATCGTGGGTACGGCAAACAGTTAATGTTACATATTCTGCATTGGGCCAAGAAACATGGAGCTACAAGCAGCTATTTACAGGTGGTACAGAATAATTTTGCCGCAAGCCGATTGTACGATCGTCTTCAGTACAAAGAGATCTATTCCTATTGGTACAGGTACAAGCATATCGAAGGATAA	MHKRIEEFTLNAWPALQTLTQQGWLLRFADGYTKRSNSIQALYTESSIDLNSQIEQCERLYVKAGLDVVFKITPFNPQELDPILESRGYTLLDPTSLRVLAHLDDMESPSHKEVQIEDKLTDEWLDVLADLTGISEKNKAVKRKLFNYSVIQYGFFILYDRTEPVACGIGALEQGYVGIYDLVTAPACRNRGYGKQLMLHILHWAKKHGATSSYLQVVQNNFAASRLYDRLQYKEIYSYWYRYKHIEG	PGPT0014246_658	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014246-yobR-K22476	NA	NA
JZ016_01305	558			hypothetical protein	ATGCTTCAAGTAGAAGTCAGGCGACCAAATCGCGGCGATATAAAAGCTATGGAGCATTTTTTCAGGTTCGTAATTACCGATACTTTTGCCAAAGAAGGCTTGGTAGATTTACTGGAGGATATTGAACAGGAGATTGACAGCAAAAATAGGTACCTGAACGCAGATTTTGAAACGAACGGAGAGCAAAGATATTTTCTCATCGGACTGCTAGATAACAGCATTGTGAGCTGCATCGAGTATGGACCATCTAATGCATTGATCCGGGAAGCTACCGATGGGAGATTGCGTGATGTGGTTGAAATCGGAACGGTATTTGTTCATCCGGATTGCCAACAGCAAGGGATCGGAAATCTAATGTTAAATATCATGTATCTTACGCTTCTCAATAAAGGATTGACGGAATTTTGTTTGGATAGCGGATACTCTCGTGCACAGAAGATATGGAAGAAGAAGCTGGGTAAACCCGATTATGTCCTACAGGACCATTGGGGGAGTGGAGTTGACCATATGATATGGAAACGAAGACTCGCAGATGTTCCAGTTATATTCAGTTTATAA	MLQVEVRRPNRGDIKAMEHFFRFVITDTFAKEGLVDLLEDIEQEIDSKNRYLNADFETNGEQRYFLIGLLDNSIVSCIEYGPSNALIREATDGRLRDVVEIGTVFVHPDCQQQGIGNLMLNIMYLTLLNKGLTEFCLDSGYSRAQKIWKKKLGKPDYVLQDHWGSGVDHMIWKRRLADVPVIFSL				NA	NA	NA	NA	NA
JZ016_01306	537			hypothetical protein	GTGAAAAGAAAATATGCTGACAGGCTGGATTGGCGAAGAGTTATAAGCAGAGATTTCAAATGTGTATTGATTGAGGAACAGGATTTCAAGGGATATGTTACTTTACTTAGCCTCCATCAGGTAGAGCGCAAGTTATTTGTTCAATATCAAGACAAAGAATTGTGCCTCGCAGCTGAAGGATACTTTTGGCTTCAGCAGTTTCCATTAGATTCCAATTTCTGTGTGACTACGATGTTGAACCAAAACCGTGAAGTGATCCAAAGGTATATCGATATTTCTAGGGTGAATGGAGTTAGTGACGAAGGGATCCCTTATTGGGATGATCTCTATCTGGATGTTATTGTGCTTCCAGACGGAAGCCTCTTCATTCAAGATGAAGATGAGCTAGAGGAAGCCTTACGCCAAGGGCATATTGAGTTTCAAGATTACAAGCTGGCTAAAGAAACGGCGGCAAAGATCATTTTGGAAGTCTCGTCTGGAGAAAACAAGGTGATCAACAATAGTATGAGGCACTTTTGGCAATTGATCAACCTCTAA	MKRKYADRLDWRRVISRDFKCVLIEEQDFKGYVTLLSLHQVERKLFVQYQDKELCLAAEGYFWLQQFPLDSNFCVTTMLNQNREVIQRYIDISRVNGVSDEGIPYWDDLYLDVIVLPDGSLFIQDEDELEEALRQGHIEFQDYKLAKETAAKIILEVSSGENKVINNSMRHFWQLINL				NA	NA	NA	NA	NA
JZ016_01307	546	rimJ	COG1670	[Ribosomal protein S5]-alanine N-acetyltransferase	ATGACCATAACGATACAAACTTCTCGTCTGCAATTGAAGACGATTGATCGGGATCGGGCAGCGGATGTGGTGGATTTTATCGTTAAGAACGATGAGCATTGGAAGGTATGGGAGCCAGCTAGAGAAGCTGAGTTCTATACTTTCGATAAGCAGGCGGAGATTCTGGAAGCGGAGAGCCGAAGCATAGCAGACGGAACTCTGTTTAAAGTGTGGCTGCATAAAGATGATGAAATTATCGGTTCGATTGCGATCAGCAATATCGTTCGGGGCGTCTTTCAATCGGCCCATGTGGGATACAAGCTGGCAAAGGCTCATACGGGGCAAGGGTATATGACCGAAGCGCTAAGGGCCGTGGTCGACTATTGCTTTGATACGATGGGGCTGCACCGGCTGGAAGCTAACATTATGCCAAGAAACATAGTTTCGTTGAATGTAGTGAGAAGATTAGGCTTCTACGAAGAAGGACTGGCCATCAAATATTTGAAGATTAACGGCGTCTGGGAAGACCACCTACATATGGTAATCCGCAATGAACGCATGGAATAA	MTITIQTSRLQLKTIDRDRAADVVDFIVKNDEHWKVWEPAREAEFYTFDKQAEILEAESRSIADGTLFKVWLHKDDEIIGSIAISNIVRGVFQSAHVGYKLAKAHTGQGYMTEALRAVVDYCFDTMGLHRLEANIMPRNIVSLNVVRRLGFYEEGLAIKYLKINGVWEDHLHMVIRNERME				NA	NA	NA	NA	NA
JZ016_01308	630			hypothetical protein	ATGATGAACGAGAAAAAAGACTACTCCCACGTATACTGGATCGGAGGTTCCCCATGTTCAGGCAAATCCACGATTGCCGAAATGATCACGAAAGATTACGGCTACACCTATTATCAATGTGACCTGTTCAACGAGAAGCATGTACACTCATGCAATCCGTCGGAGCATCCCACCATGTTCCGTTTGAAGGATATGAACTGGAATACATTATGGTCACGACCGGTTCAGCAGCAGATTGATGAGGAGCTGGAGTTTTATCGCGAGGAGTTTCCGATGATCGTGGATGATGTATCGGCTTTGCCGGCTTCAACCCCCATCATTGTGGAGGGAGCAGCGCTTTTACCTGAAAAAGTAGCACAGCTGGTATCCAGCCCCCATCAGGCAATATGGATCGTACCGGTTCCGGATTTCCAGAAGGAGCATTATGCGAAGCGCGCATGGATCCATGATATTCTGAATCAATGCGATGATCCCGATAACGCGTTTCAAAATTGGATGGGACGAGATATCGGTTTTGCAGCATATGTGGCCAAGGACGCCATGAATCGGGGGTTCAAGGTTATATTCGTGGACGGAAGCAAAAGCATTCAGGAGAACTACGAAGAGGTTAAGCGGCATTTTAATCTATGA	MMNEKKDYSHVYWIGGSPCSGKSTIAEMITKDYGYTYYQCDLFNEKHVHSCNPSEHPTMFRLKDMNWNTLWSRPVQQQIDEELEFYREEFPMIVDDVSALPASTPIIVEGAALLPEKVAQLVSSPHQAIWIVPVPDFQKEHYAKRAWIHDILNQCDDPDNAFQNWMGRDIGFAAYVAKDAMNRGFKVIFVDGSKSIQENYEEVKRHFNL				NA	NA	NA	NA	NA
JZ016_01309	126			hypothetical protein	ATGGGTATGATCGCATTGATATTGATTGTAGGCTTTTTATTCGTTGTGGTATATTTGCGGGCGATTTGGAACGTATTGCTGGACATTCGAAACGAGTTAAGAAAAGATAACGACAGAGGGGCATGA	MGMIALILIVGFLFVVVYLRAIWNVLLDIRNELRKDNDRGA				NA	NA	NA	NA	NA
JZ016_01310	1167			hypothetical protein	ATGCTTTCCATTGTGAAGGGACCATACCTGCAAAACCCGACCGGGCACAGCATGACCGTGATGTGGGAAACGTCGCTCCCTGCAACTTCCAGGGTGGACGTCTTGCATGCTGAGAGAATACATAGCGGACATCAAGGAAACTACAAGCAGCCAGTTCACCTATTCGGTACTTTTGCCGATGGGTCTCCAACACGGATACACCAAATCAACGTGGAGGGCCTCGAGCCCGGAACCACTTATTATTACAAGGTCTACTCCCAGCATGAATCGGATGAGATTGAGTCTGACTTTTATATGTTGAAGACGGCAGCAGGACAAGGTGAGCCATTCTCTTTTACGGTGACCAGTGAAACCGGAGGTTATAGCGGGTTCGATTCGTCGGGAGGACGTATTAATAGTAGAATTTTCAGCCGAATGAAGCAGTATCGACCCGATATCGCTTTGTTTGTAGGAGATGTCGTCCATGACGGAAAGAACGCTGAGGATTGGGACAAGTATTTCTTTGGACCAGGGCGTGATTTTTTTGTGGATACACCTTTTTACAGCTGCCTGGGAAATCATGAGGACAACGCGTCATGGTATTACGATCTGTTTGCATTTCCGGAACCGAAGAATTTCTACGCATTTTATTACGGAGACGTTCACTTCATCTGCTTGGACAGCACGGATTTGATCAGAAAAGAAGATTATCCTCGCAGCTCCGGCGTGATGAGTCCGGGAAATGCGCAGTACGATTTCTTGGAACGTGAGCTCTCAACAAGTAGTGGTAGGTGGAAAGTAGTATATTTTCACTACCCGCCATATGTTTCAGGCGGATATCAAGTCGAGGATTTACGACAGCTTTCCACGGTCTTTGAACGGTATGGGGTGGATCTGGTTATCAACTCGCATACAATTGTATATGAGCGAAGCCACCCATTGACGAAAGGGACCGTGGATTATGACAATGGCATCGTGTACATCGTAGCAGGCGGCGCCGGAGCCATGCCGGGCTGGTTACTGCCCAAGAGGGAATGGCATACCTCGCAGTCCTTGGCGGTGCCTCATTTTCTGCAAGTCGTTGTAACGATGGACCGCTTGGAAGTGCGTGCCATCGATGATGAAGGGCGATTGTTTGATACGATGCGGATTCGAAAAAGCGCTGAGGGCAAGAGGGATTATACATAG	MLSIVKGPYLQNPTGHSMTVMWETSLPATSRVDVLHAERIHSGHQGNYKQPVHLFGTFADGSPTRIHQINVEGLEPGTTYYYKVYSQHESDEIESDFYMLKTAAGQGEPFSFTVTSETGGYSGFDSSGGRINSRIFSRMKQYRPDIALFVGDVVHDGKNAEDWDKYFFGPGRDFFVDTPFYSCLGNHEDNASWYYDLFAFPEPKNFYAFYYGDVHFICLDSTDLIRKEDYPRSSGVMSPGNAQYDFLERELSTSSGRWKVVYFHYPPYVSGGYQVEDLRQLSTVFERYGVDLVINSHTIVYERSHPLTKGTVDYDNGIVYIVAGGAGAMPGWLLPKREWHTSQSLAVPHFLQVVVTMDRLEVRAIDDEGRLFDTMRIRKSAEGKRDYT				NA	NA	NA	NA	NA
JZ016_01311	405			hypothetical protein	ATGTTGTCCAGAATAAGACGCGGAGATATGATCCTGTTTGCCTTGATCCTGATCCTTGGCTCCTTCACGGGACTGCAGTGGTGGAAGCATAGCCATGTAGATTTCCAGCAGGGAGAACTCAAGGCTTTGATTACGGTGAACGGCAAAGAATACGAGACTGTCCCGCTGACCGGGGACGAACGTATCATTGATATTAAAACCAAGTTTGGACACAACACACTGAAAGTGTATGACTACGGGATCCAGATGATATACTCGGATGCTCCGAAGCGAATTGCACTGGATATGGGATTTATCTCGGAACCCTATCAGCAGATCATCTGCGTACCGACTAGAGTCGTGGTTGAGGTGTTAGTTCCCGAACATGAACAGCGTGAGACGGAACTGGATGCCGTGGTAGGCTAA	MLSRIRRGDMILFALILILGSFTGLQWWKHSHVDFQQGELKALITVNGKEYETVPLTGDERIIDIKTKFGHNTLKVYDYGIQMIYSDAPKRIALDMGFISEPYQQIICVPTRVVVEVLVPEHEQRETELDAVVG				NA	NA	NA	NA	NA
JZ016_01312	471			hypothetical protein	ATGTGGCGGAAGCCGGAGAACAAGGACGAAGAGACGCAGGTGATGATCAGCCGGGTTACCCGGAAGATGAATCGGAAGTCGCTGCTGAATAAATTTGCGCAAAAAACGGCCGAGACGCTTGCCAAAGTATTAGTCCGTCCCGATGATAACGATATCGTCAAAATTTCGTTTGCTGCGGGGCCCTGCCGGCCTCCGCATGGACAATATTGCTCAGGCTGCGGCGCAGATGCCTCCTGTCCGTCGGATTATATTATTTGCACCCCCAAGACGGTGATCGACGATTGTAAAGGTTTATGCCCTTATCCTTCCGGCTGGTGGTATACGAGTGATCCTGCGGGACAACGGGCCAAGTGTCAGGATTGCATCTCGCGTTATGTACATCCGTATGTCGGAAGGAATTGGTGCTATCAGGGAGCACGGGTCTATGGGCGGTATGTAATCTGTGCATGCAGGTCAACGGAGTTGTATTGA	MWRKPENKDEETQVMISRVTRKMNRKSLLNKFAQKTAETLAKVLVRPDDNDIVKISFAAGPCRPPHGQYCSGCGADASCPSDYIICTPKTVIDDCKGLCPYPSGWWYTSDPAGQRAKCQDCISRYVHPYVGRNWCYQGARVYGRYVICACRSTELY				NA	NA	NA	NA	NA
JZ016_01313	540	mauD		Methylamine utilization protein MauD	ATGAACACGTTCTTCTGGATCTCATATGCCATACTGTGGATTCTGGTTGTACCGTTGGTCATTCTGAACCTGGTCCTGTTTCGGCAGTTGGGGATTATGGTGATGGGTAGCGCGAGAGGCGTGAATCAGTCCGGCATTCCGGTCGGCCATAAAATCCCCGGGGCCACAACGACAACCCTGCGGGGGGCCGAGTGGTCCACAAGCGAGCTGATTGGCACACCTTCCATCATGCTGTTTGGATCGCCGACGTGTAAAGAATGCGCTGATATTTTGCCGGATTTTAAGCGGATCACCAGGATGAATAACGTGAGACCCATCCTTTTGCTATTCTCGTCCGTGGATTTGGCATCGGAGTATGTCCGAAAAATAGGTTATGACGATGAGGTGCTGATCGTAAGTTCGGAGTTTGCGAATCATCTCGATGTGCAGGTCACCCCTTATGCCTACGCGGTGGATATGGACGGTGTCATCAGGCATAAAGGATTGGTCAACAGTCGGGAACAGCTTGAAGCGTACGCGAAAGCATCAAGGGCTTCTTAA	MNTFFWISYAILWILVVPLVILNLVLFRQLGIMVMGSARGVNQSGIPVGHKIPGATTTTLRGAEWSTSELIGTPSIMLFGSPTCKECADILPDFKRITRMNNVRPILLLFSSVDLASEYVRKIGYDDEVLIVSSEFANHLDVQVTPYAYAVDMDGVIRHKGLVNSREQLEAYAKASRAS				NA	NA	NA	NA	NA
JZ016_01314	528			hypothetical protein	ATGTACGATTTGCTCGCAATATCCGTTACGCTGCCCATGCTGTTGTCCGTGGTGAGCTTTGGCTGGAGCCGTGCATTCGGTGATCCGGATCGGTTCCCTGGAAGTGCCCAATTGCATGCTCTGCTCATCCTCCTGCAGGTCTTGTCAGTGACCATGGTATATGGTTTTCCATCGCGGTACAGTTTCCTGGGCATCTCTTTTCTTTATTTTGTTCAGGGTGTGGGCGTCGCTTATTTCATCCGAAAAAAAGGGAGGGTGGACTGCGGCTGTCTCGGGCCTCAGATCAGCTCCAAGCTTGGATTTCCATTAATTGGATTCAATCTGGCGATGGGACTTATGGGGTTGGCCTACAGCCATCCTGTCTGGTTTGCGCATCGTCACTCTTTTGATGTAACCGGCCTGCTTATGGAGGGGATGCTGCTGCTGCTATCGCTCTTTATCATCATAGGGGTCCCGGATGCCCTGCATACGATCCGAATATACCGCGAGATTGCCGCAACTCATATTTCCAAAATAAAAAGGTTGTAA	MYDLLAISVTLPMLLSVVSFGWSRAFGDPDRFPGSAQLHALLILLQVLSVTMVYGFPSRYSFLGISFLYFVQGVGVAYFIRKKGRVDCGCLGPQISSKLGFPLIGFNLAMGLMGLAYSHPVWFAHRHSFDVTGLLMEGMLLLLSLFIIIGVPDALHTIRIYREIAATHISKIKRL				NA	NA	NA	NA	NA
JZ016_01315	645			hypothetical protein	TTGCTGTCGATGTTGCTCTTTATATTTGCCGTCGGTGCCGCGGTAGCGAGTGTCGACACCACCTGTGGGCTGAATGTGTTAGGCAGTCTGGAGGGTACGAAGGTCAGTAAATCCAAATATGCGCTGGTGTACATCGTGTCTTGTACCCTGGGCGGCGCTATGACCGGACTGGCGATCGGATTCATCAATTTTTTGCTGAAATTAACCCCTGTTGGTTTATATCAAAACTCTATTATTGTGGTGCTGTTTGCGATACTCCTGGGCTTGGAGCTCATTCATAAAACGGGGATTCTTCCATCCGGCAATTTCATCGTTCCCTCCGAATGGATCAAGCATGCAGGGTACCGTTCGGCGGCATTATGGGGCCAGATTCTGGGCTTGGGTTTCATCACATTGCAGGTGGGCGTCCTCTTTCACGCTTATATCCTGCTCTCCTTATTCGCGGCTCCATGGTGGCTTAGCTTGCTGGCAGGGGCAACGTTTGGAGTCGTTCGCGGCACCGTGTTCAGTCTCCCGCTGATCCGATCCATCGTGTACCGTATGCTTGAAAAAAGGGTGCGCAACCTCACGCTGCTCTCGGCCGTGCGGCAAACGGTCTCCATGCTGCTGATCATCGGTTCCATCATCTGGATCATCAGCTACTGA	MLSMLLFIFAVGAAVASVDTTCGLNVLGSLEGTKVSKSKYALVYIVSCTLGGAMTGLAIGFINFLLKLTPVGLYQNSIIVVLFAILLGLELIHKTGILPSGNFIVPSEWIKHAGYRSAALWGQILGLGFITLQVGVLFHAYILLSLFAAPWWLSLLAGATFGVVRGTVFSLPLIRSIVYRMLEKRVRNLTLLSAVRQTVSMLLIIGSIIWIISY				NA	NA	NA	NA	NA
JZ016_01316	1452	cstA	COG1966	Peptide transporter CstA	ATGTATACCTTCATCATATCGATCATTCTGCTGGTTATTGGATATTTCACTTATGGAAAATACATTGAAAAAATGTTCGGAGTTAAAGAAGAACGGGCAACACCTGCTTATGTCAATCAGGACGGCGTTGATTATCTACCCATGGGTTCGAACAAAAACTCGCTGATTCAGCTACTCAATATAGCCGGTGTGGGCCCCATCTTCGGACCCATTATGGGCGCGCTCTATGGACCGGTTGCTTTTATTTGGATTGTCCTGGGGTGTATTTTTGCCGGGGCTGTCCATGATTACCTGACAGGTATGATTTCTATCCGCAATCGAGGAGCACATCTGCCGGAGCTTGCCGGCAAGTTTCTGGGCAAAGTGATGAAGCATGTTGTGAACGCTTTCGCGATTCTGCTGCTGGTCTTGGTAGGTACCGTCTTTGTGACCTCACCGGCCAGCCTGCTTCACAATCTGATGAACGGCAAAGTCAGTTTGTGGATCATCACCCTGTTTATTTTCGGCTATTACATTCTGGCTACACTGCTGCCTATCGATAAAATCATTGGCCGCTTCTATCCGATATTCGGCGCGCTGTTACTCATAGCATCTCTTGGTGTCGGCGGGATGCTAATTGTACAGCAGGTACCGATACCGGAATTGACATTAGCCAATTTGCATCCGGATAACATGCCAATATTTCCACTGTTGTTTTTAACAATTACGTGCGGTGCTTTATCCGGATTCCATGCTACCCAGACACCGATTATTTCCCGGACTACACAGACCGAGAAGCAGGGACGTAAAATTTTCTATGGGATGATGATTGCCGAGGGGATTATTGCCATGGTATGGGCCGCAGCGGCGATGAGTTTGTTCCAGGGGTCCAACGGCTTGAACGAGCTTCTGGCAACCGGCGGAACGGGTCTTGTCGTAAGCGAGGTTGCGAAGGTGACGTTAGGGGCCGTTATAGGCACATTGGCTGTGCTGGGCGTGATCGTGCTGCCGATTACGTCGGGGGATACCGCATTCCGGAGCGCGCGCATGATCATTGCCGATTATATCAAGCTGCCGCAATTCAGCATGAAGCGGCGCCTTGTCATTGCCATTCCTTTGTTTGTCATTTCCATTGCCTTAACGCAAATTGATTTCAACATTCTCTGGAGATATTTCTCCTGGGCCAATCAGGCCACCGCAGTGATTGCCCTGTTTGTCGGTGCGATGTACCTGTTCATTGCCCGAAAAAATTACTGGGTAGCCCTCATTCCGGGTGCTTTCATGCTCTACACAACGACAGTGTATATTCTGAATGCGCAGATCGGGTTCAGGCAGTCCATGAATGTTTCATATATCGTGGGTGCTGTCATCAGTGTTATCTTGGTTATCGTATTTTTTAAAGCGGCCCAAAAAGCGCGCGCAGCCGAAATGCCGCTTGAGGTTGATATCTCGGATTATCATAAAGTCGCATAA	MYTFIISIILLVIGYFTYGKYIEKMFGVKEERATPAYVNQDGVDYLPMGSNKNSLIQLLNIAGVGPIFGPIMGALYGPVAFIWIVLGCIFAGAVHDYLTGMISIRNRGAHLPELAGKFLGKVMKHVVNAFAILLLVLVGTVFVTSPASLLHNLMNGKVSLWIITLFIFGYYILATLLPIDKIIGRFYPIFGALLLIASLGVGGMLIVQQVPIPELTLANLHPDNMPIFPLLFLTITCGALSGFHATQTPIISRTTQTEKQGRKIFYGMMIAEGIIAMVWAAAAMSLFQGSNGLNELLATGGTGLVVSEVAKVTLGAVIGTLAVLGVIVLPITSGDTAFRSARMIIADYIKLPQFSMKRRLVIAIPLFVISIALTQIDFNILWRYFSWANQATAVIALFVGAMYLFIARKNYWVALIPGAFMLYTTTVYILNAQIGFRQSMNVSYIVGAVISVILVIVFFKAAQKARAAEMPLEVDISDYHKVA	PGPT0015060_1996	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200	NA	NA
JZ016_01317	738	ypdB_1	COG3279	Transcriptional regulatory protein YpdB	ATGATCGAACGCATTCGAACACTCATCGTGGATGATGAACGGTACAGCCGTGAAGAACTGAACTATTTACTGAAGCAGCATCCTACACTCGAGATCGTTGGAGAAGCGGATTCCGGGGAACAGGCGGTGTTAAAGACCATGCAGTTGAAGCCGGAAGCCGTGTTTCTGGATATTGAAATGCCCTTAATGAACGGGCTTGAAACGGCTAGAGCCTTGAACGAATTGAAGCTCCCTCCAAAAATCGTATTTGCCACGGCGTACCCTCAATTCGGTGTAGAGGCCTTCAGGTTCGAAGCGCTGGACTATTTGTTAAAGCCTATAGACGAAGAAAGACTGGCGGAGACGGTAAGGCGCCTTGAGCAATCATTACGAAGGGAAGACCCGACAGCACCCGCTCATTCCAAATCATCGGGCAAGCTGTCGTTGGATGTGGATGGGGAAATTATGTTCATAGACCCGAAAGATATTATTTATATCTCACGGGAGGAGGCATACTCCAAGATCGTCACAGTCGATAAGCAATATCATGTTAAAACGCCACTCAAGGAGCTGGAAACGAAGCTTCGGCAGTATCCGTTCTTCCGGATTCATAAAAGCTATGTGGTACATCTTGATTATGTTAAAAGCCTGGTTCCTTGGTTTAACGGCGCATTCCAGCTTGAGCTGAAGGGGTGCAGCGACAAACTAGCCGTAAGCCGTAATTATGCCAAGGCATTTCGAGAGGCTTTGGAGCTTTAA	MIERIRTLIVDDERYSREELNYLLKQHPTLEIVGEADSGEQAVLKTMQLKPEAVFLDIEMPLMNGLETARALNELKLPPKIVFATAYPQFGVEAFRFEALDYLLKPIDEERLAETVRRLEQSLRREDPTAPAHSKSSGKLSLDVDGEIMFIDPKDIIYISREEAYSKIVTVDKQYHVKTPLKELETKLRQYPFFRIHKSYVVHLDYVKSLVPWFNGAFQLELKGCSDKLAVSRNYAKAFREALEL				NA	NA	NA	NA	NA
JZ016_01318	1740	ypdA_1	COG3275	Sensor histidine kinase YpdA	ATGTTTGAACTGCTGATTACAATGACCGAGCGGATTGGAATAATTGTGACGATTGCATTTATCGTAACCCGGTTGAGGTTCTTCCGATCGATGATAAGTCAGGACAAGCTGACGTCTGTACAACAGATTCAGGCCGTATTAGTCTTCGGGATTTTAGGGATTATCGGGACGTATACCGGAATTACGGTGAACACCGAATCCCTTGAAGTCAACAAATGGATGATGCAAGTTTCCGGAGACGAAGCGATTGCGAATTCAAGGGTTGTCGGTGTTGTTATGGCCGGATTGTTCGGAGGCTACAGAATCGGGCTTGGTGCAGGACTGATTGCAGGGCTTCACCGTTTTACATTAGGTGGGTTTACGAGTTTGGCCTGTGGGCTCGCGACCATACTTGCAGGTCTTCTGGCCAGCCTGTTTCATAAAAAGAATGAGCAGGTTCGTTTCTCAGCTGCGCTTCTAATGGGGGCATTGGCAGAGTCCCTTCAGATGCTGATCATCCTGCTTTTGTCCAGACCATTCGAACAGGCGATGTCCTTGGTCGGTTATATTGGAGTACCAATGATTGTAGCAAACGGAATCGGTTGTGCATTGTTTCTGCTCATAATCCGATCCGTATTGAATGAAGAGGAGAAGGTAGCGGCTCAGCAGGCACAAGCTTCTCTTCGGATTGCCCGCAGAACCATTGGGTATATGCGTCAGGGGATGAATGCGCAATCCGCGGAAGCGGTATGCCAGATTCTTTACGAGGAAGTCAATGCCAGTGCGATTGCGATTACGAATGATCGGATGATTCTGGCCCATGTCGGAACGGGGGATGATCATCATGCGGCAGGTCGTCCGCTGCAGACGGAAGTGACGCGCCGGGTCATTGAACAAGGGGAGCAGCTGATCGCGGATCGGGCGCATATTCAGTGCCAGAAGCCGGATTGTCCGCTGGGAGCCGCTGTCATCGGACCTTTGAAACAGGGCGGTCAGACCGTGGGCACACTAAAGTTCTATTTTCGAAGTCCGAAGGATATTACCCACGTTACAACAGAATTGATGTCAGGTCTTACGATGCTGTTAAGCTACCAGTTGGAGGCTGCTCAATTGGAGGAAACCAAGGAACTTGCCAGAGAAGCTGAGATCAAGACGCTTCAAGCACAAATTCATCCGCACTTTTTGTTTAATGCATTAAACACGATACTCTCTCTAACACGGATTGATGCGGAGAAAGCAAGAAAGCTGCTGCGGAGTCTATCGGACTATATCCGCCAGAATTTGACCGCCGCAACCACCGAGAAGGCCACGCTTCAGGATGAACTGCAGCATATACGATCTTATATGAGCATTGAACAAACCAGATTCGAGGATAAGCTGCAAATTCAATATGAAGTAGAGGATTCCGCGTTGCAGGCGCTTGTACCGCCGCTGACCTTGCAGCCATTAATAGAGAACAGCATACGCCACGGTTTCAGGAACAAAACAGACGATTGTGTCATACTTATCCGCATTCAGGGTGATCCGGCTAACGGTGTATTCGTTACGATCAAGGACAATGGAACGGGGATTACGCCGGAACGGCTTCGGTTATTGGGGCGCCAAATGCTCGATTCTTCATCGGGTACGGGAATGGCTGTGTATAACGTGAACAGAAGATTGGGCTTGATGTATGGGCCCCATGCATCATTAAACATCCAAAGTGATGAAGCGGTCGGGACTGAAATTCAATTCCAGATTCCCGCAGCCGCTAACGTATAA	MFELLITMTERIGIIVTIAFIVTRLRFFRSMISQDKLTSVQQIQAVLVFGILGIIGTYTGITVNTESLEVNKWMMQVSGDEAIANSRVVGVVMAGLFGGYRIGLGAGLIAGLHRFTLGGFTSLACGLATILAGLLASLFHKKNEQVRFSAALLMGALAESLQMLIILLLSRPFEQAMSLVGYIGVPMIVANGIGCALFLLIIRSVLNEEEKVAAQQAQASLRIARRTIGYMRQGMNAQSAEAVCQILYEEVNASAIAITNDRMILAHVGTGDDHHAAGRPLQTEVTRRVIEQGEQLIADRAHIQCQKPDCPLGAAVIGPLKQGGQTVGTLKFYFRSPKDITHVTTELMSGLTMLLSYQLEAAQLEETKELAREAEIKTLQAQIHPHFLFNALNTILSLTRIDAEKARKLLRSLSDYIRQNLTAATTEKATLQDELQHIRSYMSIEQTRFEDKLQIQYEVEDSALQALVPPLTLQPLIENSIRHGFRNKTDDCVILIRIQGDPANGVFVTIKDNGTGITPERLRLLGRQMLDSSSGTGMAVYNVNRRLGLMYGPHASLNIQSDEAVGTEIQFQIPAAANV	PGPT0026305_725	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026305-lytS|ypdA|yehU-K02478	NA	NA
JZ016_01319	603			hypothetical protein	ATGATGTACTCCATTACGATTAGAAGAATGGCAGATTATGAACGAGACGTTCGCGAGGAAGTGGCGGAAGTGTTTGTTGATGGGTATTATAACGAACTGTCCTATTTCACCGAGGATCGAAGCACGTTAAAGAAAGCCTTCCGGAGTCTGTTCAGTCCTGAGGTGTTTTATGTGGCTGAGGTCCAGGGCGTCATTATCGGGATTTTAGCCTGTTCCCATCATAGGCAGCGGGCCATGCCGGTCGAGTTAGCTCCGCTTCAGGAGGCTTTTGGAGACAAGACAGGGGAGCTTGCATATAACGTCATGAAGAACGAATTTAACCCGGCACTGCCTTATGATGAGGAAACGGGTTATATCGAATGTGTGGCAACTACTACGAAAGTACGAGGCAAAGGCGTTTCCACCGCTTTAATAAAGCATGTCAAAGAGGAGCTGCCATACAAGCGTTATGTTCTGGAAGTGACCGACAGCAACCACGTCGCGCTATCGTTATATCAGAAATTAGGATTCGTGGAGATTGAACGCAAATCCGAGATAGATGCAGAGGAAAAAGGGTTCAGCGATCGTATATACATGGAATGGAGAAAGCCGGTCTTCAGGTGA	MMYSITIRRMADYERDVREEVAEVFVDGYYNELSYFTEDRSTLKKAFRSLFSPEVFYVAEVQGVIIGILACSHHRQRAMPVELAPLQEAFGDKTGELAYNVMKNEFNPALPYDEETGYIECVATTTKVRGKGVSTALIKHVKEELPYKRYVLEVTDSNHVALSLYQKLGFVEIERKSEIDAEEKGFSDRIYMEWRKPVFR				NA	NA	NA	NA	NA
JZ016_01320	678			hypothetical protein	ATGAGATGCGAGAGCTGTGGGGTATCCGTAGACCCGGCGCACGCAGCATGTCCCTTATGCCGGAGAAATTTACATGGTAAGGGCGATGCACCATCAACAGGGAATTCCTGGTACCCCATCTATGAGGCTGTAGAGGAGCAGCGTGCGAGCAGTCTGTTATCCAAGTGGCTTACTTTCATTGCAGTGTCTGTCATCGGTTTATCTTTACTTATAAATATTCTGGGAGATCACGAAGTATGGTGGAGTCTGTACCTCATGCCCTGCGTGCTCTATGCATGGCTGTTCATCAGACATACCTTGATGTCCAAGTCGCACCTCGGCGGCAAAATCGTCGTACAGCTGCTCGGGCTGTCCGGCATGCTGCTATGGCTTAACGTGGCAGCGGGTACGAATTACTGGTCGACCGGTTACGTCATTCCGTTCCTGATGATGGCGGCAACCCTTCTGATTACCGTTATATGCTGCACCAGAAAAATGCGCTGGCGTGAGTTCGCAGGTTACTTGTTAACCCTGATCTTGCTTGGGTTTGTGCCCTTATTACTATATGCCGTCGGCATGTCGCACATATTATGGACAGCCGTTGCGACGGCCGTATATGCCTTATTAACGTTCGGCGGGATGTGTCTGATTGCAGATAAGGGATTCCGAAAGGATATGAAGCGCAGATTACATTTTTGA	MRCESCGVSVDPAHAACPLCRRNLHGKGDAPSTGNSWYPIYEAVEEQRASSLLSKWLTFIAVSVIGLSLLINILGDHEVWWSLYLMPCVLYAWLFIRHTLMSKSHLGGKIVVQLLGLSGMLLWLNVAAGTNYWSTGYVIPFLMMAATLLITVICCTRKMRWREFAGYLLTLILLGFVPLLLYAVGMSHILWTAVATAVYALLTFGGMCLIADKGFRKDMKRRLHF				NA	NA	NA	NA	NA
JZ016_01321	1272			hypothetical protein	ATGGAAGAATGGTATAAACTTGACCACGCCGGGAAGCTGTTTCCCGCCGTTGCAGGAAGGGAGAACTCATCAACCTACCGGTTGTCCATGATGCTGACAAGTGATGTGGAGCCATCGGTGTTGCAGCAGGCGCTCGATAGCGTAATGAAGAGATTCCCGCTATTAAACGTCGAGCTTAGAAATGGCCTGTTCTGGAAATTTCTGCGGGAGAAGGAGACGCGTTTGATGGTGGAACCGGAATCCACCTATCCTTGTGCACCTGCAGCTCTCTCGACTGAGGGCGGAAGCTTGGTGAGGGTTTTATATCATGGCAACAAGATTAGCGTGGAGATTTTTCATGCGCTAACAGACGGGGGTGGGGCACTGGAGTTTCTCAAAACCTTGGTGTTCCAGTATTTATATCTGCTCGGCGAAAACGTAGAGGACAAGGAAGGTCTGATTTTGCCGCCAGCTTCATTTGCTCGCTATGCCGAGGCACAAGACAGCTTTAAAGCTCATTATACATCGGCCACGGCCGATTCCAGAATGCCGGAGGCCCTGCAAATTCCCGGTACCCGATTCTCGCCGTATGGACACAACGTCATCCACGGCATGATTCACGCCTCGCGGCTGAATGGGGCGGCCAAGCAGAAGGGAGTAACGCTCACCGCTTACCTGACAGCGATTTTGATTATGGCGGTTTATGAGACGACGTTGCCCTTCAACAACGATAACCGGCCGATTGTGATCAGCATGCCGGTGAACCTGCGTAAAATATTTCCTTCGAGCAGCCTGCGCAACTTTTTTGCGGTCATTAACATTGGCGTACAGATGAAGGAAGGCATGACATTGGATGAGGTACAAGGTATCGTGCATGCACAGATGAAAGAGAAAACGACGAAGTCTAATCTAACCCAAGCGATGGCCGGCAGCATGAAATACGAGAAAAACCTGATATCCCGATTCACGCCGCTGAAATTGAAGGATCTGGCGATTCGTTATGGGTTCGACCATTACGGTGAAGAAGCCAAAACGCTTACGCTTACCAATCTGGGCCGAGTCGATATCCCAGCGAGTATGGCTGCGCATATCGAATCAATGGAAACCACGATGTATCCTACGGCCAAGAGTCCAATGAACTGTGCCGTCAGTTCGATCAATGACCAGCTTACCATCACCTTTGCCAGGAATATCGTCGAGAGTGATGTGATCAGGCACTTTTTTCGCCAGCTTGCCAGCCTAAGCGGGTTGGATATAAGGATTGTCAGCAATGATTGGGGGATGGGCGCATGA	MEEWYKLDHAGKLFPAVAGRENSSTYRLSMMLTSDVEPSVLQQALDSVMKRFPLLNVELRNGLFWKFLREKETRLMVEPESTYPCAPAALSTEGGSLVRVLYHGNKISVEIFHALTDGGGALEFLKTLVFQYLYLLGENVEDKEGLILPPASFARYAEAQDSFKAHYTSATADSRMPEALQIPGTRFSPYGHNVIHGMIHASRLNGAAKQKGVTLTAYLTAILIMAVYETTLPFNNDNRPIVISMPVNLRKIFPSSSLRNFFAVINIGVQMKEGMTLDEVQGIVHAQMKEKTTKSNLTQAMAGSMKYEKNLISRFTPLKLKDLAIRYGFDHYGEEAKTLTLTNLGRVDIPASMAAHIESMETTMYPTAKSPMNCAVSSINDQLTITFARNIVESDVIRHFFRQLASLSGLDIRIVSNDWGMGA				NA	NA	NA	NA	NA
JZ016_01322	699			hypothetical protein	ATGATTACTGGAGAATCATGGAATGACATTTTCAAACTAAAAAATAGTGAGGTGTTCCATCTGCTGCGAAAATTACTTAAAACCGTCATGCAAAGCTCCTGGATGATGTGGGAACGTATCTTCAGCTTCATTTCCAGGTTCCGCAGCTCGCATATCTCGCGATTTGGCATATGCACAGTCATGATTAAGAAGCATCGAGGAGAGCGCATCGTCTGCGAGGACTCAACGGTCATTCAGAATGGAGATTTGGTAGGCGAGCTGCATTTGGACAATGAAACGATTCTCAAATTAATCCGATCGGAAGGGCCGGATCGTGCGGCTTTGAAAATAGCAAGACTTGCAAGAAAGTCCATGCTGCAGATTAGCCGTGCATATGAAGATCGGTCCGAGTTCAGCGAGGTCAGCGCATTGGTTGGGATTACTTTGCTGCACCGTGGATTAACGCACGGTCTTGGTTTTGAGCATCAAGCGATGAAACCGGACTTGTTCCAGAAGCTGACCACGTCCTATCTGCGAATGCTGTTATCCGTGATGCACCCGGATGGCAAGAACCGGATTGATCGAAGAACGGAATTACTCGTTCCCATGATGTTAATACATACCCGCTCATCGTTGATGAAGCGATTTTCAATGGCGGATAAGCGGCCTTTACATGAAGAGGGGCATGCCATCTTGGTATCGGCTGCGGTTGAAGCTTGA	MITGESWNDIFKLKNSEVFHLLRKLLKTVMQSSWMMWERIFSFISRFRSSHISRFGICTVMIKKHRGERIVCEDSTVIQNGDLVGELHLDNETILKLIRSEGPDRAALKIARLARKSMLQISRAYEDRSEFSEVSALVGITLLHRGLTHGLGFEHQAMKPDLFQKLTTSYLRMLLSVMHPDGKNRIDRRTELLVPMMLIHTRSSLMKRFSMADKRPLHEEGHAILVSAAVEA				NA	NA	NA	NA	NA
JZ016_01323	603	betI_5		HTH-type transcriptional regulator BetI	ATGAACGGTTATCAACTCCGCACAGTGAAGAAAAAAGAACAGATTATGAAGGCAACTTTCGATTTGATCAGGAAATACGGAGCTGAAAAGACAAGCATTGCAGAAATCTCCAAACACGCCCGCGTGTCCCCCGTCTCCATATATAATTATTTTGGCAGCAAGGAAGAGCTTATCCGGATGACGTATATCGATTATATGAGTAATATCATGAACGAGTATGAGCAGCTGCTCGATAAGCCCATCCCTTTTCAGGAGAAATTGGAGTTGTTGCTGAGGGGACGAATGAATAGCATGGATCAGATTAACTCGGATTTTATTCAAATCAGCAATGAACCGTCTGTTCAAGAGTATATCGAGGCATTTTACAAGGAGAGAACGATTCCCTTTTTTGTGAAATTGATTGAGCAAGGCAAGCAGGAGGGTTTTATTGATCCAGAAATTTCGATAGATGCGGCATTGTTTTATATTCAAGTGTTTAAGGAGGCGCTGGCACGACCGGGATTCATTACACAAGCGAGCCCTACCATGCTTCGTGATATCGATCGCTTGTTTTATTATGGATTGATAGGGAAAGCGGAGCACTCTGGGACAGAGAGAGGCTAA	MNGYQLRTVKKKEQIMKATFDLIRKYGAEKTSIAEISKHARVSPVSIYNYFGSKEELIRMTYIDYMSNIMNEYEQLLDKPIPFQEKLELLLRGRMNSMDQINSDFIQISNEPSVQEYIEAFYKERTIPFFVKLIEQGKQEGFIDPEISIDAALFYIQVFKEALARPGFITQASPTMLRDIDRLFYYGLIGKAEHSGTERG				NA	NA	NA	NA	NA
JZ016_01324	1407	ptlI	COG2124	Pentalenene oxygenase	ATGAACCGTATTCGTATTCCTGGACCCGACTCCGCCCTTGGCTGGAGGATCAATATGTTTCATTTCATCCGCAGTCCGTTCGCATTTCAGCAAACATTATTTGAACAGTATGGTAAGCTCGCTGCCCTGGGGAAAAGCCACAAGCCTTCATCTGTCTTTGCGTTTGGACCCGATCTGAACCGTCAAATCCTATCCAATCCGAACTTTTTCGAGATGAGCACGGCTCTTGTCAAAATACCCAAAGACACCGTAATGGGGGATTTATTCTATCATAATCTTCTATTGATGAGCGGCGAAAAGCACAAACAGCACCGTCGCCTGATCCAGCCCGCCTTTCTGCATGGGCAAATTGAAAAATACGGTCAGGACATGGCATCCATAACGGAACTATTGGCAGACGAATGGAGAGGACGTACCCGGATTGACATCAACACCGAAATGAAAAAGTTAACGCAGCGCATCGCCCTTAAGACATTATTCGGTGTTCATCATACTGAAATGATGGACTCCATGGGGATGCTGATCAATCGGTTTACGAAGTCTTTTTTGCTTACCACCCTCGCTCCCATTAATCTTCCCTTCACACCATATCGTCGATCTCTTCGTATTGCACAACAGCTTAATACTCAAATTCGGTCCATGATCCATGAGAAGCGGCAGGAGTCAGATGCAACGGATGTGCTAGCCGCACTAATTAGAGGACATGATGAGGATGATTTTGCATTATCGGATGAGGAATTAGTCGGGCATGCATTCTCAATCTATACAGCTGGTCATGAAACCACTGCAAATGCGTTGACTTGGACATTTTTTCTGCTGATACAGCACCCGGACATTTATGCGAACGTAATGGAGGAATTAAACGCCGTGATGAGTGGAAACCATCCGACTCGGGAGGAACTGAGCCGACTCTCCCTGCTGGACCATGTGGTTAAAGAGAGTCTTCGTTTACTTCCTCCAGCAAGCATCGGCACCCGCATTACGGCTGCGCCTTGTGAGTTGAATGGTTATGCCCTTCCGGCGGGAACGAATATCTTTTTTAGTCAATTCATTACCCATCGTCTCCCGGAGCTTTACGAGAGTCCGAATCAATTCAAACCGCATCGATGGGAGACCATTAAACCTTCCGCATACGAATTCTTACCATTCAGCGCAGGGCCTCATATGTGTATAGGCTGGCACTTCGCCATGCAAGAACTTAAGATTGTCCTTGCTGTTCTTCTTCAACGATATCAATTTTCATTAGTCCATAATGCCAAAATCACACCGAATCTGATGATGCGACCCGTTCACGGCATGCCTCTACGTATAACTTTGAAGAACGGCAAATTTGAACGGGTTGACGTACGTGGTACCATTCATCGGCTTATCGAATATGGAGTAGATCCTGCTCCCCTTCAAAAATAA	MNRIRIPGPDSALGWRINMFHFIRSPFAFQQTLFEQYGKLAALGKSHKPSSVFAFGPDLNRQILSNPNFFEMSTALVKIPKDTVMGDLFYHNLLLMSGEKHKQHRRLIQPAFLHGQIEKYGQDMASITELLADEWRGRTRIDINTEMKKLTQRIALKTLFGVHHTEMMDSMGMLINRFTKSFLLTTLAPINLPFTPYRRSLRIAQQLNTQIRSMIHEKRQESDATDVLAALIRGHDEDDFALSDEELVGHAFSIYTAGHETTANALTWTFFLLIQHPDIYANVMEELNAVMSGNHPTREELSRLSLLDHVVKESLRLLPPASIGTRITAAPCELNGYALPAGTNIFFSQFITHRLPELYESPNQFKPHRWETIKPSAYEFLPFSAGPHMCIGWHFAMQELKIVLAVLLQRYQFSLVHNAKITPNLMMRPVHGMPLRITLKNGKFERVDVRGTIHRLIEYGVDPAPLQK				NA	NA	NA	NA	NA
JZ016_01325	2388			hypothetical protein	ATGCTTTCACATTTACGTAGGTGCGGGCTTTTGTTGCTGGCGGCAGTTCTGATTTCTACAATCTGTATCCCGCCTCCCCACGTTAAGGCAGCAGCGTTAATTACTATTGATTCTCATCAGGACGGACAAACGCTTCAACCGGGTGTGGCTGAGTTATCCGGAACCTACTCCGGCGTGTATGAACTTCAGCTCATCGTTAACGGTGCATTTGTGACGGATGTTCAGATGGATGACCCGAATGGCGATGACAGTGGATCTTGGTCCTACAAACTGGATACAAGTCAGTTGGACGGTCCCGTCGAAATGGTCCTTAAAGGAAATGATGCGGTTACGCGTTATGGTATCTGGTCCCCTTGGATTCACCTTAATATCGATAATCCTGCAGCTCATATCCCGGAAGTGCAGATTACCAGCCCAAGCGAGCATACGTTGCAGCGCAACAAAATGGATATTCACATATCTGCAGCGGGTAAAAATCCGATAGCCCAAGTTGAGCTCCGCATCAACGGAGGCGATTGGCTGCAGGTCTCCCCTGCCAAAAACGGATATAAATATACATTCGATTCGCGTCAATCCCCTCACCAGGTTCACAGCCTGGAGGCAAGAGCAACCGATTCTTACGGCAATACAGGCTATAGCCTTACGGTCTATGCAAGAACAGGGGGGAGGCCTCCGGCTAACCAAGGCAAACATCCCGCGACGGTTACGGATGCTGTCTATATGGATCTTGCCAACTCAACTCCCGTTAACGTAATAAATGATGTATACGATCCCTCCGCGACGAATCCTGAAACGGTGACCAGCAACGCCTATGACCCGGACCCGCTGCCGGATCAGGATCGTGCGATCTGGATCTGGGAAAATGCTTCCTACCCACTAGTACTGAATCCAAATTCCCGAGCGACCCTCTCTTCCATGGCGAAGGATACAACCACCTTTAATCAACGTCCGATTACAACGCTTTATTTGGCTGTAGGGCAATATGACGGAGCAAAAATGCTGGAGGATCATCGAAGTGAGGTTCAACAATTCATCGAGTGGGCTCACTCTCAAGGTTTCTATGTTCAAGCGTTGATCGCCGGCGGCACCTCCCCACCTTACTTCGGAGCCTATAGTCGGTATCAGACTCAAGCCGTAAGAGAATTTGAGCAAATCTTGAATTACAATTTGGCTTCCGGCGAAACGGCTCGCTTTGATGGCGTGAACCTGGATACCGAACCGTATATCCTGCCGGATTTCAAAACAGCAAAGCCTTCTGTTCAGATTCAGTACCTGGATATGCTGCAGCTTCTGATGGAACGTAAACAGGCATCGGGCCTTACCTTGTCCGTCGGCGCGGCAATTCCAAGATGGTACGATACTTCTGCTGACGCCAGCAATATCTCATGGAACGGAAAGACGAAATGGCTGTCTGAGCATATTCAGGACACGGCCGATTATATCTCGATCATGAATTACCGCGATCAAGCCGATGGCAGCGCCGGCATTATCGCACAAGCGCTAAACGAGCTGGCTTATGCAAATACGATCGGCAAACCGAAGTCGGTTGTGATCGGAGTCGAGACGAAGGACATCGCCGATGGCGGGGATCCGGAAACCATCAGCTTCCATGAAGAAGGTCGAACTTATATGGAGCAGGAGTTAAACAAGGTTTATGATGCTTTTCTGAACGATTCAGCGTTTGGAGGCATTGCTCTCCATCACTACTCCTCGATCGTTGATTTTCCAAGCGAATGGGGACCTGGCGGCTACGCATGGCAGCCTCCTGCTGACCATGAACCGCCAAGCACAGTCAGTGGAGCAACAGCGGCCACGTTTGATTTTCAACGGATTAATATTACTTACAATATGGCGATGGACAACACCGCAGTAAATGCATATCGGATCTACCGCGGTACCGAAGCCGACTTTGAGATCGGGCCCGCTACTTACGCCGGAATCTCTAAAGGACTTTCATATAAAGATACCGGGCTGCTGCCGAACACCACCTATTATTATAAAATCACGGCGGTCGATATCAGCGGCAATGAAGGAGCTCCCAGCGCGGGTGCCTCAGCAACAACAGCGCCATCCACAATGAAACCGATGGTCATTGATCAGATGACCATCACCTATTCTGCCGGTATCGCCAGAGTAACCATGCAGATGGTCGATAAGGAAACAAGTCTTCCTGTTTCAGCCAAAATCAGCGGACGGTTCACCCATATGGCAGGCAAATATGTTAATGCCGCGACAACTGCGGACGGCGTGTTCCAATCGCAGTCTGAGCTCATCTCCGTATCCCAAGGCGAGATCGGCTTCCTGCCACGGCGCATCATGGCCGACTCCTATTACTGGGCCAGTGCTTATGACCAACTCCCGTACCCGACGGTGATATGGGAGCCTTGA	MLSHLRRCGLLLLAAVLISTICIPPPHVKAAALITIDSHQDGQTLQPGVAELSGTYSGVYELQLIVNGAFVTDVQMDDPNGDDSGSWSYKLDTSQLDGPVEMVLKGNDAVTRYGIWSPWIHLNIDNPAAHIPEVQITSPSEHTLQRNKMDIHISAAGKNPIAQVELRINGGDWLQVSPAKNGYKYTFDSRQSPHQVHSLEARATDSYGNTGYSLTVYARTGGRPPANQGKHPATVTDAVYMDLANSTPVNVINDVYDPSATNPETVTSNAYDPDPLPDQDRAIWIWENASYPLVLNPNSRATLSSMAKDTTTFNQRPITTLYLAVGQYDGAKMLEDHRSEVQQFIEWAHSQGFYVQALIAGGTSPPYFGAYSRYQTQAVREFEQILNYNLASGETARFDGVNLDTEPYILPDFKTAKPSVQIQYLDMLQLLMERKQASGLTLSVGAAIPRWYDTSADASNISWNGKTKWLSEHIQDTADYISIMNYRDQADGSAGIIAQALNELAYANTIGKPKSVVIGVETKDIADGGDPETISFHEEGRTYMEQELNKVYDAFLNDSAFGGIALHHYSSIVDFPSEWGPGGYAWQPPADHEPPSTVSGATAATFDFQRINITYNMAMDNTAVNAYRIYRGTEADFEIGPATYAGISKGLSYKDTGLLPNTTYYYKITAVDISGNEGAPSAGASATTAPSTMKPMVIDQMTITYSAGIARVTMQMVDKETSLPVSAKISGRFTHMAGKYVNAATTADGVFQSQSELISVSQGEIGFLPRRIMADSYYWASAYDQLPYPTVIWEP				NA	NA	NA	NA	NA
JZ016_01326	1461	chiD		Chitinase D	ATGAAAAAGGGTTTATTCAGAGTGCTGGACAAATCGAGAGTGATGATGTTGCCTTTATTGGTTGTCGTGTCTATGGTGTTGAACTTTTTTCCACTTGAGGTGTCTGCAGCAGACCGGGGCGCTTGGGCACCCAATGTATCTTATGCCGTTAACGACAACGTAACGTACGATGGGAAAGCATATAAGGCTATTCAAGCTCATACCTCATTACCCGGATGGGAACCGCCCAATGTGCCTGCATTGTGGCAGTTTGTTCAAGGTGGTGGAGGTAATGATACTGCAGCCCCGACAACGCCTACGAATGTAATTGTAAGCGCAGTCACTTCTTCAAGCGTTACTTTATCCTGGCAGGCATCTACGGACAATGTAGGCGTGACAGGATATGATGTATACCAAGGCACATCCATTGCCGTTTCTGTTGCCGGTACGACAGCGACAATAACGGGTCTTTCACCGAACACGACATATTCTTTTAAGGTCATTGCTAAGGATGCTGCCGGCAACCTTTCGCCTGCCAGTGCGATCGTGAATGCAACCACTTCAGAGGGAACAGGAGGTCCCCAGCCGACGAAGCATATATTGACAGGGTACTGGCAGAACTTTGTTAATGGTGCGAGCAAGTTAAAAGTGAGAGATATACCTGATCAGTACGACATCATTGTGTTAGCGTTTGCCGAGATGGATCCTGCTAACCCTGGTGGTGTCACTTTCACTGTAGATTCTGCGCTATCCGCAGCCCTTGGCGGGTACACGAATGCCGAACTGATTGCGGATATTCAGGCCAAACGCGCTCAAGGCAAGAAGGTCATCATATCCATTGGAGGGGAATTGGGGAACATTAATTTGAATAATCCATCCCCGAATGTAACGAACTTTGTGAACAGCATGTACGGCATCATCACTCAATTTGGGCTTGATGGGATAGACATCGATCTGGAGCATGGCATGAATGTACCTAATTTAACCAATGCGATCCGCCAACTGAAGCAAAAAGTAGGAAATGATTTTGTTCTGACGATGGCTCCCCAAACGATAGACATGCAGAATCCAAATACCTCCTATATGCAGCTTTATAACAATCTGAAGGATATAACAACGGTAATTAACGTCCAGTATTATAATTCTGGATGCATGCTAGGCCGTGACGGTAAATGCTATTCCCAAGGCACGGTTGATTTCCTGACGGCACTTTCGGACTTAACGCTGCAGTGGGTATCACCTTCCCAATTGGGATTAGGAGTACCTGCTACCTCAGCAGCAGCTGGAGGCGGATATGTTTCTCCAACCGTCGTAAATAATGCCCTAAATTGTCTAGCAACCGGAAACAGCTGTGGAAGTTATAAACCGGTTGCTAAATACCCCGATATACGGGGAGCGATGACTTGGTCCATTAACTGGGATACGACCACGAATTACACGCTTGCCAAAACAGTGAAACCATTCTTGAACACGCTGCCTTAA	MKKGLFRVLDKSRVMMLPLLVVVSMVLNFFPLEVSAADRGAWAPNVSYAVNDNVTYDGKAYKAIQAHTSLPGWEPPNVPALWQFVQGGGGNDTAAPTTPTNVIVSAVTSSSVTLSWQASTDNVGVTGYDVYQGTSIAVSVAGTTATITGLSPNTTYSFKVIAKDAAGNLSPASAIVNATTSEGTGGPQPTKHILTGYWQNFVNGASKLKVRDIPDQYDIIVLAFAEMDPANPGGVTFTVDSALSAALGGYTNAELIADIQAKRAQGKKVIISIGGELGNINLNNPSPNVTNFVNSMYGIITQFGLDGIDIDLEHGMNVPNLTNAIRQLKQKVGNDFVLTMAPQTIDMQNPNTSYMQLYNNLKDITTVINVQYYNSGCMLGRDGKCYSQGTVDFLTALSDLTLQWVSPSQLGLGVPATSAAAGGGYVSPTVVNNALNCLATGNSCGSYKPVAKYPDIRGAMTWSINWDTTTNYTLAKTVKPFLNTLP	PGPT0012130_2427	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012130-chiA|chtA|chiI-K01183	NA	NA
JZ016_01327	168			hypothetical protein	ATGATCGCATGCGTAGTGCAGCTTCTCGAGGAGTTGGGTCAGTACAACATTACATACAATGATCAAAGCGGCCGTTCTCCTGAACACATTACAAGGAGGACGGTTGTTTTTGTGTTGCCTAGTCTTAGGCATATCTTGTTTGAAAATCTTCTTACATACACAGATTGA	MIACVVQLLEELGQYNITYNDQSGRSPEHITRRTVVFVLPSLRHILFENLLTYTD				NA	NA	NA	NA	NA
JZ016_01328	609			hypothetical protein	TTGCTGATCTCACAGATGAATCCAGAGATATTGACGAGAGAACAGATCACAACGGTGGTGTTCGGAGCGGAAACGGAAGTTGATGATGGTACGCAGTCTGGTGATTGTATCTTTGTGTTTGGCGGAAAAAACCTGGACCGGGTATGGAAAGCGGTTGAATTATACACAGCCGGACGCGCCCCGTATCTATTATTCACGGGTGGAGATCGATTTGGCGAGTGGGAGCAGCCCGAGGCGGTTATGATGCGGGATGAAGCCATAAAAATGGGCATTCTGCCAGAATCCATTTTTATTGAAACGATGTCCAACCATACGAAGGAAAACATTATGGCCTCCCTAACCGTGCTTGATCGGGCATTGGGGTTACAACGAATCCATCGACTCTTGCTCGTCAGTGCACCTGGACATATGCGCCGATGCCAACTGATGCTCAGGACCTTTATGCCCCCTTGGTATGAGTATGTATGGTGTCCGGACCATCGCTCTCTTGGGAGACGGGACAATTGGTGGACCGATCCAGAGGAAGAGAAGCGGGTACTGGGCGAGCTGAAAAAAGTGATCGGCGGGGTAAAGGGGCGATATTTTGTTGATGCGGATATTGAAATTTGA	MLISQMNPEILTREQITTVVFGAETEVDDGTQSGDCIFVFGGKNLDRVWKAVELYTAGRAPYLLFTGGDRFGEWEQPEAVMMRDEAIKMGILPESIFIETMSNHTKENIMASLTVLDRALGLQRIHRLLLVSAPGHMRRCQLMLRTFMPPWYEYVWCPDHRSLGRRDNWWTDPEEEKRVLGELKKVIGGVKGRYFVDADIEI				NA	NA	NA	NA	NA
JZ016_01329	543			hypothetical protein	TTGATCATAATGGATTTGTTAGAAAAGGATACTGATAAGATAAATCAAACAGCGAGATTACTGCAAGAGAGTTTTGAGGCATGGCCCTCAATAGAATCTGCCATACGTGAAGTTTTCGAATCAATTAGTGATGATTCTATTAGTAGAGTATTAGTTAATGTAGATAATGAAGTTATCGGGTGGATTGGAGGTAGAAGCCAATATGACGGTAATGTGTGGGAACTTCATCCGTTAGTTATTAGAAAAGATAGTAGAATACGAGGTCTTGGCAAGCTATTAGTAATCGATTTTGAACGTCAGGTCTACCAACGTGGAGGTATAACCATCATATTGGGTACGGATGATGAGTATAATCAAACCAGTCTATCTAACGTGAATTTGTATCATGATACTCCGGCACACCTATCCAATTTTGAAAGTTTAGATCATCCAGCGAACTTTTATAGAAAGTTAGGTTTTGCAATCGTCGGTGTTATACCAGATGCGAACGGAATAGGAAAACCGGATATTATCATGGCAAAGCGTGTTAAACCTGTAGATTAA	MIIMDLLEKDTDKINQTARLLQESFEAWPSIESAIREVFESISDDSISRVLVNVDNEVIGWIGGRSQYDGNVWELHPLVIRKDSRIRGLGKLLVIDFERQVYQRGGITIILGTDDEYNQTSLSNVNLYHDTPAHLSNFESLDHPANFYRKLGFAIVGVIPDANGIGKPDIIMAKRVKPVD	PGPT0028630_24	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028630-aac6_I-K18815	NA	NA
JZ016_01330	228			hypothetical protein	ATGATTAGTTTTACTTATGGTGACTTATTTCCCACGATGCGCTTTAAAGACGACAAGCCTTACAGAGGGAAGGTCTACTTAAAGAACGAAATTCTCCGATTGGTAGACGAATATGGTTGGCCGCAAGAATGGAATAAAGACGGGGATCAAGGACCAGAACGATATATAGAAGTACAGGTATGGGACGATCGTGTGATTGGTCTTTTTTTGAATAATATTATGGAATGA	MISFTYGDLFPTMRFKDDKPYRGKVYLKNEILRLVDEYGWPQEWNKDGDQGPERYIEVQVWDDRVIGLFLNNIME				NA	NA	NA	NA	NA
JZ016_01331	324			hypothetical protein	GTGGAATTATTCTTATATCATTATTATGATGCAGCAACCGGTCCCTTTCGAAATCTGTCTGCACTATCTATCGAAGAAGCGAAGCAAGTACAGAGAAGGCTCCAACAAAATAATAATATGTTTGCGAGTAAACGCGGGGATGATTATATCGTAATCCGACGCGGATTAGAATCGCGTGCCAGAGATCTATTTATAGCCAAGGGTGGACGGCCGACAAATAAATATCCACATTACATGACACTTGGCCCTTGCGAATGGATTAAGCAGTGGTATCAGAGCGGGAGGGAAGTTAAGATCCCCTCGATGATGTTGATCCCGAGATGA	MELFLYHYYDAATGPFRNLSALSIEEAKQVQRRLQQNNNMFASKRGDDYIVIRRGLESRARDLFIAKGGRPTNKYPHYMTLGPCEWIKQWYQSGREVKIPSMMLIPR				NA	NA	NA	NA	NA
JZ016_01332	423			hypothetical protein	ATGAAAAAACAATTATTACTTATCCTTGTTGTCGTCCTTTCCGTGTTTTTATTATTTCATGTTAATCAATGGATGAAGAATGAATATGTAATATGGACGGCTATTGAAAATCGGGAGTGGGAGGCAAGGGGGACGGGGGTGTATTTTTATGAAGAAAACAATCAAAAATATGGTCTCTACATGATTTATGGAAGTGGAGTTCCTGTTATTTCTTCTCATAAATCCAAGGTCAGAATAATAAATGATGTTGAGATTGAGATGGAGATTCCAGATCATTCTATAAATTTGCAGTCAACAGATCAACAAGTACAAGTATCCAGATTAAAATGGAATCAGGGTAAGTTGACCATGGACGGGCTGATATTTGAAGTCTCGGAGACTTCGGAGAAACATAAGTGGGGTTTAAATCTACGAGCGAAATAA	MKKQLLLILVVVLSVFLLFHVNQWMKNEYVIWTAIENREWEARGTGVYFYEENNQKYGLYMIYGSGVPVISSHKSKVRIINDVEIEMEIPDHSINLQSTDQQVQVSRLKWNQGKLTMDGLIFEVSETSEKHKWGLNLRAK				NA	NA	NA	NA	NA
JZ016_01333	573			hypothetical protein	ATGATCATATTAATCAGCGGGAACAGCTGCACGGGTAAGACTTATATGGCTCAACAATTGCTCGAGAGGTATCACGTTCCATATCTTTCGATCGATCATTTGAAAATGGGCTTATACAGAGCGGATATGAACTGCGGTTTCACCCCCCTGGATTCAGCAGAGTTTATCGGTGAAAAATTATGGCCGATCCTCAAAGAGATCATCAAGACGAACATAGAGAATAACCAGAATCTAATCATTGAAGGCTGCTACATCCTGCCTCACCATCTTCAAGATATCGAGCCATCCTACTCAGCCCACATCATACCGGTATTCTTGGGTTTTTCAACCACCTACATCCAGCAAAACTTCCAATCCAACATCATTCAACATCGCAATGCAATCGAAACACGTACCTATCCTGAAGAAAGAACCATTTCTGATTATATACTGGAGCATGATGAATTCCGTGAAAAGTGTTTAGCATCAGATGTCCCTTATTTTGAAATTAAAGAGAACTACGAAGATGAGATTTCAAAAGTATATGACTACATCGAGGGTGAAAAGGAGAGAATCGCGAGTGAAAATCGTTAA	MIILISGNSCTGKTYMAQQLLERYHVPYLSIDHLKMGLYRADMNCGFTPLDSAEFIGEKLWPILKEIIKTNIENNQNLIIEGCYILPHHLQDIEPSYSAHIIPVFLGFSTTYIQQNFQSNIIQHRNAIETRTYPEERTISDYILEHDEFREKCLASDVPYFEIKENYEDEISKVYDYIEGEKERIASENR				NA	NA	NA	NA	NA
JZ016_01334	525			hypothetical protein	TTGGAGTATTACTTCGGAATTGTCCCACCTTTGGATATTTACGGTAAAATTATGAGATTAAGAGACAAGTATAATGGTCATCAAAGTTCCGGACCCCACATTACGGTAAAAGCATCATGTGGACTCACGGAAGATATAGGGTGGCTACCGCCGTGTCAAAAGGTGATTTCTGAATTTGGCGAATTCCCAATACGGGTAGGAGACCCGAGTTATTTCGGGAATATGGATGTTCTTTATTTAGAAGTGAGTTCCCATGAATTAATAGAACTACATAAGAGACTCGTATCCATATTTAACCCCAATCAGGAACAACTCATGAGATGTTTTGAGTTAGAACTATACAAACCGCATATCACGATTGCTCGAAAATCCGTAGTTTCTGACTCCATCATTGAAATGAAGAAGGAAATGGAGTCGTATGTTAACTCAGTACAAGAATTTCAAGCAACCCATATCAGCTTGTTCTATAGAACGAATAAAAAAGAGAAGTATAAAAAAAGAGCTGATTTTTGCCTAATGAATTGA	MEYYFGIVPPLDIYGKIMRLRDKYNGHQSSGPHITVKASCGLTEDIGWLPPCQKVISEFGEFPIRVGDPSYFGNMDVLYLEVSSHELIELHKRLVSIFNPNQEQLMRCFELELYKPHITIARKSVVSDSIIEMKKEMESYVNSVQEFQATHISLFYRTNKKEKYKKRADFCLMN				NA	NA	NA	NA	NA
JZ016_01335	471			hypothetical protein	ATGATTTTATGGTTTAAAAACCTTCCTGCAACAGATATTGATTTTTCTTCATGGGTTCCTTTTATTCGAAATTCTTGGTTCCGAACACATTATATGAAATTTGTATATTTGTTAATGATAAGTATTGCATTAGCACCTGGCCTTGTTCTTGGCCAAGATATAATCTCACAATTGATCACGGCAACCAATCAAGTAAATATCAGTAGCAGTAGTGTTGGATTTTATATAACATTAATCCTATTTAGTGCTTGTATATTCATGATACACGAGTTCTTTCACATTATAGTTATTTATAGGCTTGGTGATATAAGTTTGACTTTTAGCGGCATATTTTTTTGGCTCAATACAAATGCTCCCCTATCTAAAAAGAGGTTTTGGTTATTCATGAGTCTTCCCCTTATCATGTTGTCTATAGTTCCAGCTATGGCTTCACTTTATATGAGTGGATTTATGAGATCACTCATGTTATAA	MILWFKNLPATDIDFSSWVPFIRNSWFRTHYMKFVYLLMISIALAPGLVLGQDIISQLITATNQVNISSSSVGFYITLILFSACIFMIHEFFHIIVIYRLGDISLTFSGIFFWLNTNAPLSKKRFWLFMSLPLIMLSIVPAMASLYMSGFMRSLML				NA	NA	NA	NA	NA
JZ016_01336	513			hypothetical protein	ATGCTTTTTCATTTTAGCGAAGAGGCTGATATTGAAATCTTCATCCCACGAGAAAAACAGAACCGACCGGACTTTCCGGCAGTGGTGTGGGCAATAGATGCGGAACATGAATTCTCATATTACTTCCCAAGGGATTGTCCGCGAATTGTATGTAGAAGAACAGAGGATATCAGTGAGAGAAACAATGAGTTGTTTTTTAACAACACGTTGGCTGACATTATCGTAACTGTAGAAAATGGTTGGTACGCAAGAATCAATCAACAAACGTTGTACAAGTACCAATTTGAAGACGAGGGGTTTGAAGTTTTTGATAAAACTGCAGGCTATTATATTTCCTATCAAACCGTAAAGCCAGTGGGGATAGTGAAGGTTGATAGACTGGTTGAGAGACTTTTAAGCAAGGGAATTGAATTAAGGTTTACACCCAATTTATGTCCAATTAGGGAATCAATAGTTTCTTCAGATTTTAAGGGATTTGGAATACATAGATTTAATAATGCCAACAGACTATAG	MLFHFSEEADIEIFIPREKQNRPDFPAVVWAIDAEHEFSYYFPRDCPRIVCRRTEDISERNNELFFNNTLADIIVTVENGWYARINQQTLYKYQFEDEGFEVFDKTAGYYISYQTVKPVGIVKVDRLVERLLSKGIELRFTPNLCPIRESIVSSDFKGFGIHRFNNANRL				NA	NA	NA	NA	NA
JZ016_01337	600			hypothetical protein	ATGAAGCAGTTAGCACAATTGGAAGCCTATTTGCAGGCATCTGAGTATATTGATTATTTTGATGCTCAAATACAAGCTGTGATCCTATCTTTTACAGAAGAGACTGAAATCGAAAGAATACAGGCAGCATTTGAATTTGTGCGCGATCAGATTGATCATTCTTTTGATATTAAAAACGAAGAAGTAACAAGGAAGGCCTCTGAAGTATTGAACAAAGGACATGGCATATGCTATGCGAAATCTCATTTGTTGACAGGAATACTGCGAGGAATGGGTATACCTTCAGGCATTTGTTACCAAAGGTTAACCCTATTCGATAAACCCGAGGATGGGTACTGTTTGCATGCTTTGAATACTGTGTATTTGAGGGAGCATGACAGGTGGATACGTTTAGACGCAAGAGGAAATAAGGAAGGCATTAATGCGCAGTTTTCAATAGATAAGGAGAGATTAGCCTTTCCTGTTAGGGAAGAATATGGTGAGAAGGATTATAAGATTAATTACGCACAGCCCCATCCAGTCATTATTCAAACACTAGAAACCTATTCGAATGCTACGGAGATGTACCTAGGTGGATTGCCTGAAGACCTGAGTCAGTGA	MKQLAQLEAYLQASEYIDYFDAQIQAVILSFTEETEIERIQAAFEFVRDQIDHSFDIKNEEVTRKASEVLNKGHGICYAKSHLLTGILRGMGIPSGICYQRLTLFDKPEDGYCLHALNTVYLREHDRWIRLDARGNKEGINAQFSIDKERLAFPVREEYGEKDYKINYAQPHPVIIQTLETYSNATEMYLGGLPEDLSQ				NA	NA	NA	NA	NA
JZ016_01338	429			hypothetical protein	ATGATTCGAGAAGCGGAACCAAAAGATGCAGAACAAATTGAGGAATTATATAAGGAGTTATTACCTAGCAACACTGAAATATATGTGTCAAATGAAAGAATAAGTGAAGTCCAAAATAATCCGAATAGCTTCTTATTCGTCTACGAACTAGAGCAAAAGATTGTGGGAACTGCTCATTTGCATCTCTGCTTGGACGCATTAGTGGGGTCCAGGCCGTTTGGTGTTGTAGAAAGAGTTATTATTTCAAGAGCACAACAAGGAAAGGGATATGGTTCAGAATTAATGAAATATATCGAAGGTTTATGCGCCCAGAAGAACTGTTTAAAGATATTTCTTACAAGTGGAAGTTCAAGGACTGAGGCTCATGAATTTTACGATAGGTTGGGATATGACGGTAATTCAAGTAGAGCATTCAAAAAATATCTGTAA	MIREAEPKDAEQIEELYKELLPSNTEIYVSNERISEVQNNPNSFLFVYELEQKIVGTAHLHLCLDALVGSRPFGVVERVIISRAQQGKGYGSELMKYIEGLCAQKNCLKIFLTSGSSRTEAHEFYDRLGYDGNSSRAFKKYL				NA	NA	NA	NA	NA
JZ016_01339	366	tmrB_2		Tunicamycin resistance protein	GTGATTATCATGATTAATGGTACATTCGGCTCTGGCAAGACTTCGGCAGCTAACATGCTTCAATCCTTAATCTCAAATAGCATGATTTATGATCCTGAAGAAATCGGATACATGTTAAGAAAAATCATTAACGAAGAAACAAGATGTGAAGAAGAACGAACTGATGATTTTCAGGATCTGGAATTATGGAGAATCCTCACTGTTAATACAGCTCATGAATTGATGAATAAGTATAAGAAACATCTTATTGTTCCGATGACGATTTATAAAGCTGATCATTTCGAATACATATTAAATGGATTTAAAAGCTTTGATCTTTCATTTTTGTCTCATTGCGTCAGGAGAAACAATCAAAAAGCGAATTGA	MIIMINGTFGSGKTSAANMLQSLISNSMIYDPEEIGYMLRKIINEETRCEEERTDDFQDLELWRILTVNTAHELMNKYKKHLIVPMTIYKADHFEYILNGFKSFDLSFLSHCVRRNNQKAN				NA	NA	NA	NA	NA
JZ016_01340	594			hypothetical protein	TTGGATTATAGATCTCCGAGAAGTTGTGTACGCCATAAAGAGGTGAACGATCTGAAGATTAAGGTAAGTGTATTTATAATTCTTATTTTATTGATAGCATTGATATTTATTTTTCAAAAGGATAGACCAAATGACTACACATCAATAGAAGAAGCGATGATTAATTCAAACATTGTTTATGATGAAATATATTATATTACTGAGAATAGAGGATACAGCATTGTTTTTTACGGTAAAGAAGATATTTTGTCGGTTGGCATAGCAACTAAGAAAAGATCAAAATATCAGTGGATTTATGGGTTTGGTAGTAAACAATTTAATGAAACCGAGCATATCCTTACAAGAGCATTCACAAACTTACCAACTAAGATATCTGGAAATGATGAACTTGTTTCGCTAACGTTTGGTGTAATAAATGATAGGGATATTGAAAATTTAAAAATCCAATACAAGGGTCAGGCAGTAAGAGATGCGACTATACTTCCAACATCAAAAGCTCCAATATGGTTTTGTTTTTCAGATACTCCAGTTAATTACGACCCGGATGTAGTAAGAATTTATAAACATGGAGAGACAAAGACCGGATGGTATTAA	MDYRSPRSCVRHKEVNDLKIKVSVFIILILLIALIFIFQKDRPNDYTSIEEAMINSNIVYDEIYYITENRGYSIVFYGKEDILSVGIATKKRSKYQWIYGFGSKQFNETEHILTRAFTNLPTKISGNDELVSLTFGVINDRDIENLKIQYKGQAVRDATILPTSKAPIWFCFSDTPVNYDPDVVRIYKHGETKTGWY				NA	NA	NA	NA	NA
JZ016_01341	597			hypothetical protein	ATGGGATCTAGAATCATGCATTATTGTATTTCTGCCCGTCTTGCTAAAGAATTAAAGATTGATGATGATCAATTTTTCTTAGGTGGCATTGCTCCTGATGTGAATAAAAATATGAAAACCCCTAAAACTATTTCTCATTTCGTAAGGACCAATAATGAAGGACAAATATTTGCCGATTATTTGGGATTTCATGAGAAATATCTGAGATATATGAGAGAACCATTTTATCTAGGTTACTTTTTTCATTTAATATCTGATGTTATATGGGTTGAAGAAATTTATTACAAGAAAATAAAGTGGTTGCCTCAACCGGATAAAAAAGAAGCGCAGTTAAAGTATTATAGAGATTTTTGGAGACTCAATGGAAAATTGATTGATTATTATTCCATTGAATATAGACCGATGGAAGTCAAGTCCATCGAGATAGAAGAGATTGATTATAGATACCTGCCAGAATTAGTAAAGGATATAGAAAATGACTTTGCAATGAAAGATGAGGCGAAAGAACAAGAGTTGGAAATTCTTGAATTTGAAGAAGTCATTGATATTCTTGAAAGAACAGTAAAGGAATGTGTTGAAATTTCGATGAGGACATAG	MGSRIMHYCISARLAKELKIDDDQFFLGGIAPDVNKNMKTPKTISHFVRTNNEGQIFADYLGFHEKYLRYMREPFYLGYFFHLISDVIWVEEIYYKKIKWLPQPDKKEAQLKYYRDFWRLNGKLIDYYSIEYRPMEVKSIEIEEIDYRYLPELVKDIENDFAMKDEAKEQELEILEFEEVIDILERTVKECVEISMRT				NA	NA	NA	NA	NA
JZ016_01342	765	fabG_6		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAAGATGGATTTGACGGATAAAATTGCGTTAATTACGGGAGCCGCAGGCCAATTAGGGCGTGTCATGGTCAGAACCTTGGCGGAATGCGGCGCGGATGTGGTTATCCATTACCGGGGGAGCCAAGCCAAGGCAGAAGAGCTTCAGCGCGAAGTAGAGTCGATGGGAAGACGGGCTTTCCCGGTGCAAGCCGATGTGACGGATCAAGCTTCCGTGAATGCCATGCGGGATGCGGTGCTTGCACACTTCGGCGTGCTGCCCCATATCATTGTTGCCAATGCCGTCGAATCCTATCAATGGACATCCGTCTTGCAGCAAGCGCCGGAAGATTATGAGAGTCAGTTCCAATCCTGTGTCATGCAAAGCGTCTACCTGGCGAAAGCTTTTGTTCCTGCCATGATCGAGCGTCAAGGCGGCCGGTTCATCGGGATCAATACCGAATGTTCGATCCAAAACTTCCCGAGCCAATCGGCTTATGTTGCGGGAAAACGCGGCATGGACGGTGTCTACCGCGTGCTCGCCAAAGAGATCGGCGAGCACGGGATCACCGTCAACCAGGTCGCGCCGGGCTGGACGATCAGCGACCGCGATCGGGAGAACGGAACCGAGCACAGCGCCTCCTATGAGGCCTCCGTTCCATTGAAGCGCCGCGGAACGGACCAGGAGATTGCCAATGCCGTGGCATTCCTGGCTTCGGACTTGTCGTCGTTTATTACCGGGGCATATATTCCAGTGTGTGGCGGGAATGTGATGGTGGGAATCTAG	MKMDLTDKIALITGAAGQLGRVMVRTLAECGADVVIHYRGSQAKAEELQREVESMGRRAFPVQADVTDQASVNAMRDAVLAHFGVLPHIIVANAVESYQWTSVLQQAPEDYESQFQSCVMQSVYLAKAFVPAMIERQGGRFIGINTECSIQNFPSQSAYVAGKRGMDGVYRVLAKEIGEHGITVNQVAPGWTISDRDRENGTEHSASYEASVPLKRRGTDQEIANAVAFLASDLSSFITGAYIPVCGGNVMVGI	PGPT0003180_8360	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_01343	828			hypothetical protein	GTGTCCCAGGTGAAACAAGAAGTGCTCTACAAAACGCCGAAGACCCTGCTCAATAAAGGAACGGGATTCCTGAATGGATACAGCCATACCTTGAATCCGTATACGGGCTGCACCTTCGCTTGTTCTTATTGCTATGTCCGGCAAATGCCGGTATCGATATTCCGCAATCAGGAATGGGGAAGCTGGGTTGACGTTAAGGTTGAATCTGCTGCTATCCTCCGAAAAGAACTGAAGCGTGCCAAGTCCAAGGGACCTGTCACGATTTTCATGTCTTCCAGCACCGATCCTTACCAGCCGGTTGAGGCCAAGGAAGAAGTGACACGCGCATTGCTTGAGGTGATGGTCAGCGAACCCCCGGATTTTCTGCTCGTACAGACGCGCAGTCCGTTGGTCCGGCGGGATGTTGATCTGCTGCAGCAGTTGGGAGAACGCGTGCGGGTAAGCATGACGGTCGAGACGGACCGCGAGGAGATACGCAAGCATTTTACGCCGTCAGCGCCGCCGATCCAAGCGAGACTGAAAACCCTCGAGCTGCTGAGGGACGCGGGGATTCCCGCTCAGGCAGCTATTGCCCCCGTGCTTCCGAGCACGGAGGCTTTCCCGCAGATCCTGCGGCCGCTCGTTCATCGCGTGTGCATCGACGATTATTTCATGGGGGATGGCAGTGGCGGGAAACGTACGAAAAGACTGCCTGTTCAGGCTCTGTACGAGGAGCTTGGGGAGCAGGAATGGTACGACCCCGCTGCTTATCGAACGGTCTACTATCGATTTAGCCGGGAGTTTCCGGAGGAGCAGTTGTTTGTGAGCCAGAAGGGTTTTGAACCTTAA	MSQVKQEVLYKTPKTLLNKGTGFLNGYSHTLNPYTGCTFACSYCYVRQMPVSIFRNQEWGSWVDVKVESAAILRKELKRAKSKGPVTIFMSSSTDPYQPVEAKEEVTRALLEVMVSEPPDFLLVQTRSPLVRRDVDLLQQLGERVRVSMTVETDREEIRKHFTPSAPPIQARLKTLELLRDAGIPAQAAIAPVLPSTEAFPQILRPLVHRVCIDDYFMGDGSGGKRTKRLPVQALYEELGEQEWYDPAAYRTVYYRFSREFPEEQLFVSQKGFEP				NA	NA	NA	NA	NA
JZ016_01344	714			hypothetical protein	ATGCCTAATTCATTGCCGCAACGAATAGCAGGGCTCGATTGGACGGGGATACAAGGAGCTTTGGATGAGCAGGGATATGCGGTTGTTCCAAAGGTGCTGCTGCCTGACGAGTGTGCGGAGATTATCAACACGTATTCGGAAGAGGAGCGGTTTCGCAGCACGATCAATATGGCTAGGCACCGGTTTGGGCTAGGAGAGTACAAGTATTATCAAGCTCCGCTGCCAGAACCACTGCAGCAGCTTCGGGAAGGCTTTTATCCTGAGCTAGCGTTGACCGCTAACCGCTGGTTGACGCAGCTTGGACATGAGGAGAGGTATCCGGTGAGCTTGGATGAGTTTCTTGGCATGTGCCATGCGCAGGGGCAAGAGCGTTCGACGCCGTTGATTTTGAAATATGAAGAGGGCGGCTATAATTGCTTGCATCAGGATTTGTACGGAGATGAATTTTTCCCGTTTCAAGTAGTGTTTGTTCTGAATGAGAAGGAAGTCGATTACACGGGAGGAGAGTTTCTGCTCATCGAGCAGCGGCCGCGGGCACAGAGCCGGGGACATGTGATCACGTTGGAACAAGGAGCGGGTCTAATCTTTCCGACCAACCATCGTCCTGTTCAGGGAACGCGAGGGTATTACCGGACCACGCTCCGGCATGGCGTCGGCACCATTACGTCGGGGACCCGATACAGCCTCGGGATTATTTTTCATGATGCCAAGTAG	MPNSLPQRIAGLDWTGIQGALDEQGYAVVPKVLLPDECAEIINTYSEEERFRSTINMARHRFGLGEYKYYQAPLPEPLQQLREGFYPELALTANRWLTQLGHEERYPVSLDEFLGMCHAQGQERSTPLILKYEEGGYNCLHQDLYGDEFFPFQVVFVLNEKEVDYTGGEFLLIEQRPRAQSRGHVITLEQGAGLIFPTNHRPVQGTRGYYRTTLRHGVGTITSGTRYSLGIIFHDAK				NA	NA	NA	NA	NA
JZ016_01345	549	adaB	COG0350	Methylated-DNA--protein-cysteine methyltransferase, inducible	ATGAAATCCAATCATTCGATTACCATTAACTGGACCCAACTGTGTCATGATAACTGGAACGTATACATCGCGGCGACGGAGCAAGGCTTATGTTACGTCGGATCACCGGATAAACCTTTAACAGAGCTGGAGAACTGGGTACAGGCGAAATTCCCTGGCTGTGAACTCGTGCAGAACGATGAAGCCATGCAGCCGTATGCTGCCGAGTTGGTGGAGTATTTTCAGGGGAAACGCGCTCGGTTTGAGGTGGCTATGGATTATAAGGGGACCGCGTTTCAAATGGCGGTATGGAATGCGCTGTGCCAGATCCCGTATGGACAAACCTTCACGTATTCGGACATCGCCAACCAGATTGGAAAGCCGGCAGCTGTTCGAGCTGTAGGAGCGGCTATAGGCGCTAATCCGCTGCTGATAACCGTGCCTTGTCATCGGGTAATTGGAAAAAGCGGTGCATTGACGGGGTATCGCGGTGGGCTTGCCATGAAGACCCGGCTGCTGGAGCTTGAGGGTGAGCGATCCAGGATGAGGGAGAAGGTGAATAATGCCTAA	MKSNHSITINWTQLCHDNWNVYIAATEQGLCYVGSPDKPLTELENWVQAKFPGCELVQNDEAMQPYAAELVEYFQGKRARFEVAMDYKGTAFQMAVWNALCQIPYGQTFTYSDIANQIGKPAAVRAVGAAIGANPLLITVPCHRVIGKSGALTGYRGGLAMKTRLLELEGERSRMREKVNNA				NA	NA	NA	NA	NA
JZ016_01346	612	adaA	COG2169	Bifunctional transcriptional activator/DNA repair enzyme AdaA	GTGGCAAACCGAATACAACCGACCGAAGCCCAGTGGAAGGCCATTATCAACAACGACAAGGATAGTGACGGCAAGTTTTTCTATGCAGTGCAGACAACGAAAATTTTCTGCAGGCCATCCTGTAAATCCAGACCCCCGAAGTTTGAAAATGTGCGCGTGTTTCAATCGGCGGATGAAGCGAAAGCCGAGCGCTTCCGGCCATGCAAAAGGTGCAAGCCGACGGGCGAGCGTTTACCGGACCATGAATGGATTGAACTTGTCACCGAGTATATCGATAAACACTATATAGATCATTTGTCGCTTGATGTCTTGGCCGATGTGAGCCACGGCAGTCCGTACCATCTGCACCGGATATTTAAGCGCGTCAAAGGTCAGACCCCGATGGAATACATTCAGGATTACCGGATCGGCAAGGCCAAGGAGCTCCTGACAAATTCCAGCTTGGCCATTTCGGATATCGGCCATAAGGTGGGCATGGAGAATACGGCTTATTTTATCACGTTGTTTAAGAAGAAGACGGGGATGACGCCCCTTAGTTATCGCGCGCAATATTTAAAAAATACAAATGCGGAGGTGCAAGATCATGAAATCCAATCATTCGATTACCATTAA	MANRIQPTEAQWKAIINNDKDSDGKFFYAVQTTKIFCRPSCKSRPPKFENVRVFQSADEAKAERFRPCKRCKPTGERLPDHEWIELVTEYIDKHYIDHLSLDVLADVSHGSPYHLHRIFKRVKGQTPMEYIQDYRIGKAKELLTNSSLAISDIGHKVGMENTAYFITLFKKKTGMTPLSYRAQYLKNTNAEVQDHEIQSFDYH				NA	NA	NA	NA	NA
JZ016_01347	981	alkA	COG0122	DNA-3-methyladenine glycosylase	ATGCAGGAGCCAAACCACAACCATGACGATAAGCCATATACAATGGAGAATCATCTCCCCCGGGCCAGCTGGGAAGATCATGCCGGAGCCATCAGGCTGTTCGTACCGAAGGAGTTCAGTTTTACGGAGAACCTCAATTATTTGCAAAGATCGCCGAACGAATGTCTTTATCATATCCGGAATGACAGCATCTACCGGGCTATCCCACTTGAGGGTGACATCGCTGTGATTGAAGTCAGCGCGGAGCCTAAGGCGCAAGCCATCCTTGTTCGGTTTTTGGGGAATACGGCCCCCTCCGATCCCTGCAAGCGGGCGGAAGTAGCGGGTTATGTCCGGGACTGGTTCGATCTGAATACCGATCTCGTACCGTTCTATAACATGGCGGAAGCAGATCCATTGCTCAGTCAAGCCGTTCAATCCTTCTATGGACTTCGCAACATGGGCATTCCCGATCTGTTCGAAGCTTTGTGCTGGGGCATCCTGGGGCAGCAGATTAACCTGGCCTATGCCTATACGTTAAAAAGACGTTTCGTTGAAGCCTTCGGCCGCCGCGTGGAGTGTGAAGGAGAGGTTTATTGGATCTTCCCGAGACCTGAGGACATAGCACATCTGTTTGTTGAAGACCTGGACGGGCTTCGTATGACCGTAAAAAAAGGCGAGTATCTTATTGGAGTCGCTCAGCTTATGGTCGAAGGGAAATTGACGAAGGAGCAGCTGCTTGAAGCAGGCAGCTTGAAACAAGCGGAGAAACAATTAGTCAGCATCCGCGGGATCGGACCGTGGACGGCCAACTATGTGCTGATGCGCTGTTTGCGAATGCCGGCTGCATTTCCTATCGATGATGTCGGTCTGCACAATGCCATCAAACATCTGCTCGGCTTGGAGGCGAAACCGACGAAGAAGGAAATACTGCAGCTATCGGCAGCATGGGCGAACTGGGAATCCTACGCCACCTTTTATCTGTGGAGGTTTCTTTATTAA	MQEPNHNHDDKPYTMENHLPRASWEDHAGAIRLFVPKEFSFTENLNYLQRSPNECLYHIRNDSIYRAIPLEGDIAVIEVSAEPKAQAILVRFLGNTAPSDPCKRAEVAGYVRDWFDLNTDLVPFYNMAEADPLLSQAVQSFYGLRNMGIPDLFEALCWGILGQQINLAYAYTLKRRFVEAFGRRVECEGEVYWIFPRPEDIAHLFVEDLDGLRMTVKKGEYLIGVAQLMVEGKLTKEQLLEAGSLKQAEKQLVSIRGIGPWTANYVLMRCLRMPAAFPIDDVGLHNAIKHLLGLEAKPTKKEILQLSAAWANWESYATFYLWRFLY				NA	NA	NA	NA	NA
JZ016_01348	474			hypothetical protein	ATGAAGAGAAAAGGTTGGCTTATCGCATTCGCAGCGGCATTATTGTTAACACTTATCGTAGTACCGGTTCAGCAGTCTTTCAGCGCAGAGGGCAATCCAACGGCAACCGCCATTACACAGAGCGCGCTGAACGATCAGTTCCACTTGGATCATGTCGTTAAGATTTACGTGCCTTCAACGGTAAAGGGTGACATTCCGATTACGGATGCAGCTCATCAGAAGTTTGTCGACCAAACGCTGACGAAGCTGTCCGGCTGGTTTGGCGGGGCAACTGCGATTCCGGGCGAAGGGGCATGGGTGGACAATAACAAAACCCTGATCAAGGAAAAAGTAACGATCGTGTACGCGTTTGCCGAGAAGCTTGATAAGGACTCGCTTAATCAAGTGGTGGACTATGCGAAGAAGCTTAAGGACGATTTGTCGCAATCCGCGATCTCACTCGAGGTTGACGGCAAATTGTATTTCATCGAGTAG	MKRKGWLIAFAAALLLTLIVVPVQQSFSAEGNPTATAITQSALNDQFHLDHVVKIYVPSTVKGDIPITDAAHQKFVDQTLTKLSGWFGGATAIPGEGAWVDNNKTLIKEKVTIVYAFAEKLDKDSLNQVVDYAKKLKDDLSQSAISLEVDGKLYFIE				NA	NA	NA	NA	NA
JZ016_01349	1047	atpD1		ATP synthase subunit beta 1	TTGGACAATCTGAAGCTGAATGTATCACTTTTACGACAAAGAGTTCCGAACCTGACCAGCGCAGCCAAATCCGTGGGATTACGGCCGGCCACGGTCTCCAACCTATGTACAGGGAAAATTCCCGTTGGTCGGGCGGAAGTCCGCACCATTGCCGCATTGGCATCTCTGGCAAAATGCAGTCTGGATGAACTGATTCTGCGTGGAGAAAGTGTGGAGATGATTGAAACCGGCATCAAACCGCTTGATCTATTTGCTCCTTTGGCAAAAGGGGGTACCGTAGGTCTGGTCGCCCGTCCCGGAATGGGCCAACTGGTGCTGCTTGGTGAGTTGTTTCATCACTTCAAGCAGGAAGGGTATATGACGATTTTGCTAAAGCCGGAAGGCGAATATCCAGAGCTGCAGGACATGCTGAATGACGTAGAACGGGTAGCTTATTCTATAGAAGAAACCTATTCCATTGTGGCGAATGCGAATACCGATCATGAGATTGTGTTTGCAGCGGACAGGGAGCACGTCTTGACCGGCAAAATCTATGATCTTCAGGAACGTTTTCAAGAAGAGGGCATACAGCACATCACGACGTTTCTTGTGGACCTCAAAGGTGCGGCTGTGGATGAAGACATGCCTTACGGCCCGCTGGAGACACTGTGGTATTTCGATGCCGATCTGGCGGCAAGACATATGTTTCCTGCCGTAAACCCGTTATACTCTACCTCTTCCGTATCGGAAGGCGTGCACCTGGAGCAGGTTCATTTAGCGGTCCAACAGCGGGCCCAGAAGCTGCTGCGCCGTTATCGCGAGCTGCGTTCACTGGTTCAAGTACGAGGATTGCAGGCCATTCCGGCATCCGAGACAGAGGTTTATGAGCGGGGAGCACGGCTTGAGGCGTATCTGACGCAGCCTTTTTACGTTGCGGAGGCTTATACCGGTTTACCGGGCGAGCGGGTGCATTTGCAGGATACGCTGCATGATGTTCAAGCTATTTTGAATGGAAGTATGGATCATCGATCAGTGGAGAGTTTATCTTGGATCGGGACGCTAAAATAG	MDNLKLNVSLLRQRVPNLTSAAKSVGLRPATVSNLCTGKIPVGRAEVRTIAALASLAKCSLDELILRGESVEMIETGIKPLDLFAPLAKGGTVGLVARPGMGQLVLLGELFHHFKQEGYMTILLKPEGEYPELQDMLNDVERVAYSIEETYSIVANANTDHEIVFAADREHVLTGKIYDLQERFQEEGIQHITTFLVDLKGAAVDEDMPYGPLETLWYFDADLAARHMFPAVNPLYSTSSVSEGVHLEQVHLAVQQRAQKLLRRYRELRSLVQVRGLQAIPASETEVYERGARLEAYLTQPFYVAEAYTGLPGERVHLQDTLHDVQAILNGSMDHRSVESLSWIGTLK	PGPT0014296_4819	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014296-atpD-K02112	NA	NA
JZ016_01350	753	menH_4		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGCAGTTATACGAGACCATGGTCAATAACCAAGGGGTACATATTCATGTGACGGAGGTACATCGGGATCTTAGGAACGAACAAACCTCACTGGTCGTCATCCCGGGACTGTCCGAGTCGGCTGAGGATTATATCGCCATTATGGAAAAGCTGTCGCCCAGGCATATTGTTATCATCACGCTTCGCGGCCGGGGCCGAAGTGACTCGCCTGCTTCGGGTTATACGCTCGAAGACCATATCAGCGACATTGATGCGGCGATTCGTCATCTTGAACTTGAGCATTTCGTACTCATGGGATATTCTCGAGGGGTGTCCTATCAATTAGGCTACGCCGTTCAGAATCCGGAACGCATTCAAGGTTTGATCATCGGGGACTATCCTGCGGTTCATACCGAGCTGCCTGCGGGATGGGTGGAGTTCTTCACGTCGCTGCCCCCTTGGAGAGGAAAGAAGCTGTCTGACCGAATGAAAATATCGGCTTTACAGGCACTGCAGCAGGAATCGGCTAAGGTCGAAATGTGGAACGACCTAACTAGACTGACTTGCCCGGTCCTTATTATCCGTGGCGTAAAACCACATCCCGGGTTATCATTAGAAGCAGTGGAACAATATAAGCTTGCGTTGCCTCAGGCAATCATTGTAGCGTTCGAGGAGCACGATCACAATATTTTTGAACCGGATGTGGATTTGTTTGTCCGCACCGCAGACTCTTTTCTGAAAAAGATTAGGAAGAACCATCAATCAATCACTTAA	MQLYETMVNNQGVHIHVTEVHRDLRNEQTSLVVIPGLSESAEDYIAIMEKLSPRHIVIITLRGRGRSDSPASGYTLEDHISDIDAAIRHLELEHFVLMGYSRGVSYQLGYAVQNPERIQGLIIGDYPAVHTELPAGWVEFFTSLPPWRGKKLSDRMKISALQALQQESAKVEMWNDLTRLTCPVLIIRGVKPHPGLSLEAVEQYKLALPQAIIVAFEEHDHNIFEPDVDLFVRTADSFLKKIRKNHQSIT				NA	NA	NA	NA	NA
JZ016_01351	1008			hypothetical protein	ATGAGACATGGAATGGCCACTCTGATTACGGCTGTGAAGGGAGAAAGTTGGATGTCACAGGTTCATATGTTACAACCGGATATTCATACGCTTCATGGATTTTTCAGCAGGGAATTGGAACCCGCCCTATACATACAATCTGGGGATACTGTCGTGTATCAAACCTTAGATGCGGGTTGGGGACTGGAGAAACGTGCTGCCCCAGGCGCGGCGAGAATGAAGTTTACGAAGCGCAAGCCGGAGCGGCAGGAGAAGCAATTCGGGCATGCGTTATTGGGTCCCGTCCATATTCAAGGGGCTAAACCCGGGCTTACATTGGAGATTCAGATCAACGAGATCGTTCCCGGATCATGGGGATGGACCTCTGCCGGAGGTTATCCGAGCTATTGGAACGAGAAGCTGGGCATGGCCCACGCCAAGGAAGTGACGCTGGACTTTGAATTGGATCTCAAGACCATGACAGGCAGAAGCCAGTTCGGAAATTTCAAGTATAGCGTCGGCCTGAAGCCGTTTATGGGAATCATGGGCATGCCGCCGAATGAAAAAGGTCAGCATACGACTTTTGCACCGCGCCCTTATGGAGGAAATCTTGATTGCAAAGAATTAACGGCCGGCAGCACCTTGTATCTGCCGATCCCGGTGGATGGCGGGCTGTTCTCAACAGGGGATGGACATGCGGCTCAGGGAGACGGCGAAGTTAGCGGTCCCGCCCTGGAATGCCCCATGGAGAAGGCGAGTCTAACCTTTCATGTCCGAGACGACATGCCCATAACGATGCCCAGGGCCAAGACAAGTACCGGCTGGCTTACGATGGGGTTTCACGAGGACCTGGACGAAGCCATGTGGATGGCATTAAGCGGGATGCTTGATCTCATGACCGAGCTTTACTCTATTTCAAGAACGGAGGCATATGCCTATGCCACCTTGACGGTCGATATAAGGGTAACCCAGATCGTGAACACATGTAAGGGCGTGCACGCATTTTTACCTTTTGGGGCATTGAGGTAA	MRHGMATLITAVKGESWMSQVHMLQPDIHTLHGFFSRELEPALYIQSGDTVVYQTLDAGWGLEKRAAPGAARMKFTKRKPERQEKQFGHALLGPVHIQGAKPGLTLEIQINEIVPGSWGWTSAGGYPSYWNEKLGMAHAKEVTLDFELDLKTMTGRSQFGNFKYSVGLKPFMGIMGMPPNEKGQHTTFAPRPYGGNLDCKELTAGSTLYLPIPVDGGLFSTGDGHAAQGDGEVSGPALECPMEKASLTFHVRDDMPITMPRAKTSTGWLTMGFHEDLDEAMWMALSGMLDLMTELYSISRTEAYAYATLTVDIRVTQIVNTCKGVHAFLPFGALR				NA	NA	NA	NA	NA
JZ016_01352	1014	ccpA_1	COG1609	Catabolite control protein A	ATGGACAAACATACGATTTATACGATTGCTGAACGGGTAGGCGTATCCCCTTCTACGGTGTCCAGAGCCTTGTCGGGAAGAGGTTACTGCAGTCCCAAGACGAAGAGCAAAATTCTGGCGGCTGCGAAGGAAATGAACTATGCGCCCGATCATGCAGCGAAGATGCTGAAAATGAGACAAACCAACAAAATTATTTTTGCCGTGCCCGATATATGCAACCCTTTTTATTTCGATATGATCAACGGAATCAATCAGGTGCTGGAAGAGCATGATTACCTGATGATTCTGTTTTACACCAAGCATAGGCTCCAGGAGGAGATGAAGGCAATTCAAACCCTGCGGGAAAATGTGGCCGATGGCATGATCATGGTGTCTTTTCATTTCGGTGAAGAGAATATCGGGGCCATCAATGCGCTGCAGGCACCGGTCGTGCTCACGAATAAATATGTCTCGCCGGAAGGGAATGACCGCTTCGATTATGTGTATGTGGACACATATGACGGGATCAAGCAAAGCACGGAGCATCTGATCCGTCAAGGCCTGCGTTGCATCGCCTATATGGGCGGCAATCTGAGCGAGCAGACCGGCCATGAGCGGTTCTGCGGGTATCGGGATGCCATGCTGCAAGCGGGGCTCCCCTTGCTGCCGCGTTTTATCGCCGAGTCCGATTATACTGAAAGCGGCGGTTATGCGATGGCAAAAGCGTGGCTTCAAGGGCCCGACCATCCGGAGGGCATTGTCGCCGCAAACGATTTAATGGCAATCGGGGTTATGAAGGCCTGCGAAGAAGCCGGTCTTCGCATTCCCCATGACGTTGCCGTTGTGGGCATGGATAATCTGGACCTTGCCTCCCGCGTATATCCCAAGCTGACGTCCGTTGCCTTGCAGCAGGAGGAAATCGGCCGCAAGGCAGCCCAAATCCTGATGGATCGCATGTTGGGAATACCGAGGGAAGAGCGGGCCGTGAAATTGATGCCGCAGATCGTCGTGCGGGATTCCAGCGTAAGGATTTGA	MDKHTIYTIAERVGVSPSTVSRALSGRGYCSPKTKSKILAAAKEMNYAPDHAAKMLKMRQTNKIIFAVPDICNPFYFDMINGINQVLEEHDYLMILFYTKHRLQEEMKAIQTLRENVADGMIMVSFHFGEENIGAINALQAPVVLTNKYVSPEGNDRFDYVYVDTYDGIKQSTEHLIRQGLRCIAYMGGNLSEQTGHERFCGYRDAMLQAGLPLLPRFIAESDYTESGGYAMAKAWLQGPDHPEGIVAANDLMAIGVMKACEEAGLRIPHDVAVVGMDNLDLASRVYPKLTSVALQQEEIGRKAAQILMDRMLGIPREERAVKLMPQIVVRDSSVRI	PGPT0017992_10016	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_01353	1083			hypothetical protein	ATGATGAACTTTAATGGACTTAATATGCACCTCGGAAATTTATCCCGGCTGTCCAATGCGCAGACGAGATCCATCAGCGCGGAGAATTTTACCGGCGAAAAAGGAAAGGGCGGAATGGCTACCGACGGCACGGGCGCAGCGGCTTCCAGGGACTTGGGCGTGGGCTGGAAGGTCTCTCCTTCCGTGGAGATTTTACCGGGCGAAACGTTTACGATGGGTGACATTCAGGGTCCCGGGGCGATTCAACATATCTGGCTTACGTGCCATCCGACGCTGTGGCGCAATCTGATTATCCGCATGTATTGGGACGATGAGCAGGAACCTTCGGTTGAGGTGCCCGTCGGTGATTTGTTCTGTAACGGATGGGGCGAGCGCAGCGATGTCAATTCAATTCCGGTTGCCGTGAATCCGGCCGGCGGCATGAACAGCTACTGGCAGATGCCCTTCCGCAAGCATGCCCGATTGACGATGGAGAACCGTGCGCCGGAAAAGGCAGTCCTTTACTATCAAATTGACTATACGCTGACGGACATCCCGGAAGATGAGGCATATTTTCACGCGCAGTGGCGGAGAACGAATCCCGTTCCATATAAAGAAGTTTATACCATTCTGGATGGGGTGACTGGACACGGGCACTATGTAGGGACTTACCTCGCCTGGCAGGTGAACAATAACGGCTGGTGGGGTGAAGGCGAGATCAAGTTCTATATGGACGGGGATCAGGATTATCCGACCATATGCGGTACGGGAACGGAAGATTATTTTGGCGGGGCCTGGAATTGGGAGCAGCCGATTGGTACCTACCGAACCTACTCGACGCCATATTTGGGGATGCACCAAGTGCTGAAGCCGGACGGGTTGTATCGAAGTCAGCAGCGCTTTGGCATGTATCGATGGCATGTCATGGATCCAATCCGTTTTCAAAGCGATCTTCGCGTGACCATTCAGGATCTTGGCTGGAGGTCCGGAGGAAGGTATCTTCCGCAGCAGAGCGATATTGCATCGACGGCGTTCTGGTATCAGGCCGAGCCCCATGCGCCATTTCCAGAGCTTCCGGGTAATGATGAGCGGGAGGTTATATAA	MMNFNGLNMHLGNLSRLSNAQTRSISAENFTGEKGKGGMATDGTGAAASRDLGVGWKVSPSVEILPGETFTMGDIQGPGAIQHIWLTCHPTLWRNLIIRMYWDDEQEPSVEVPVGDLFCNGWGERSDVNSIPVAVNPAGGMNSYWQMPFRKHARLTMENRAPEKAVLYYQIDYTLTDIPEDEAYFHAQWRRTNPVPYKEVYTILDGVTGHGHYVGTYLAWQVNNNGWWGEGEIKFYMDGDQDYPTICGTGTEDYFGGAWNWEQPIGTYRTYSTPYLGMHQVLKPDGLYRSQQRFGMYRWHVMDPIRFQSDLRVTIQDLGWRSGGRYLPQQSDIASTAFWYQAEPHAPFPELPGNDEREVI				NA	NA	NA	NA	NA
JZ016_01354	2019			hypothetical protein	ATGAAACGATTACCGGATTCTTTTGTGAAGCAATGGGTTTACGACGATATCGGGCAAACGGCGCCAGAGGTAAGTCTGTATCAGCTGGATGAAGAGACGATCCACTGCGTGCTGACATTCGAGCTGGAGCAGACGATTCAACAGGATGACTGGCAGATGCGTTTGGAGCCGGCATTCCTGCCTCATTTTCACTGGGCGCCTCATTTAACGCCGACTTCCCGTCATGTGATGGACCAGCATTGCTTTCGTTCGCCCGCGCTCATCGTTCATGACGATACAAGGACGCTCATGCTCATACCGGATCTGGATCTGATCACGAAGGATGCAGACGCTCGTTGGTACATGGACCTGGATGCCCCTAATAACCTGCTTGTCTTGGGAATGAGCCGAACTCGGGTAAGCGAGCATGTGCTGTTTGAGAAGGTGAATGGGGCTTCATATTCTTCAGGAACGATACGCTTCGGTTTTTATTTGAAAATGGCGGATCATGATCAGGCCGGATTGAACCCCTGGCGACCGTTGCTGCAGTTTTTATGGGATCGATGGGGCCATGCCCAGTTCAGTCAATCGATCGATGGGGAGGTCCGCCTAGATAGCTATGTAAAGCATGCTTATGAATGGGCTTTTCGGCATTGGAAAGACACGGTATGGCAGGAATTCGAATGGGACGGACGGAACATAGGGGCACCGGTATTCATTGCCGATGTGAGTCAAAGTCCGAATTATCCGGGCGTGCCCAACGAAAGGGAGAGCCGATCGATCTGGAATCAGGCCTGGTTCAGCTCCCTTCGCTCGGCTCAAGGCATCTACCGATACGGTAAGGAACAGAACGATCCGGAGCTGGTTCGCAAGGCAATGCTTATGAAGGAGCTTGCGCTGGCGGCCCCGCAGCGAGGCGGGTTCTTTCCCGCCGTCATCGCGACGGAGATGAAGCGGGTGATGGTAGATGGACAGCAGGTCAATCGGTCCGGGAGCTGGGCGTTAGCCTTCTGGGGAAATTCCAATCGCAACCCGGTCGATCCTTGGGGGGCGATCGCTGCAGCGCCTTATCATGTGCTGGATATGAGCTGGACGGCGCTGCTCATGCTTCGATGGCATGATGAGCTCGAGCCGGATCCAAGGCTGTTGGAATATGCCGCGCGCTATGCGGATGCGCTCGTGGCCCTCCAGGACGGGAAGGGATATTTTCCAGCCTGGCTGGATCAGGATACGTTAGCACCGCTGGATATCCTTCGGGAGTCCCCGGAAACGTCGCTCTCCGTCACGTTTTTGCTTAAGCTGCACCAATTGCGCCCGGATTCCAAATACATGGAAGCGGCAGAGCAGGCGCTTAAGGTTGTTATCCAGGAGATCGTGCCGACCGGCAGGTGGGAGGATTTCGAGACGTATTGGTCCTGCTGCGGTTATGGGCGCGATGAGCTTCCAGGCAACAAAGTGGCTAGGAATAACATGTTCAAGCAATGTAATTTCTCCATGTTTTGGACGGCGGAAGCGTTATACCATATGTATAAAACAAACGGTGACAAACGATATATGATCGTTGGCCAACGTGTGCTGGATGAAATGCTGATGACGCAGGCTTCCTGGCAGCCGCCCTATCTGTACGTCGACGTAGTGGGCGGATTCGGCGTCATGAACTGCGACGGGGAATGGAATGATGCCCGGCAAAGCCTGTTTGCTGAGCTGATTCTGCAATATGGCGTGGAGTTGGACCGAAAAGAATATATTGAGCGCGGGTTAGCCGCTTTGCAGGCCTCGTTCGTCATGATGTATTGTCCCGAAAACGAAAAAACAAAAGAGCAGTGGGAGCGGGCGTATCCTTTCTTTAACGAGAAGGATTACGGCTTCATGATGGAGAATTACGGTCATGATGGTGTTGTGGACGAGGAGGGGCGAGGCATGGGGACATTCACCATCTTCGATTGGGGGAACGGTGCGGCAGCTGAGGCTTACCTGCGGATTAAGGACCGTCTGGGTCAAACGTTGAAAGAGCGGTACGGATACGATATCACATACTAA	MKRLPDSFVKQWVYDDIGQTAPEVSLYQLDEETIHCVLTFELEQTIQQDDWQMRLEPAFLPHFHWAPHLTPTSRHVMDQHCFRSPALIVHDDTRTLMLIPDLDLITKDADARWYMDLDAPNNLLVLGMSRTRVSEHVLFEKVNGASYSSGTIRFGFYLKMADHDQAGLNPWRPLLQFLWDRWGHAQFSQSIDGEVRLDSYVKHAYEWAFRHWKDTVWQEFEWDGRNIGAPVFIADVSQSPNYPGVPNERESRSIWNQAWFSSLRSAQGIYRYGKEQNDPELVRKAMLMKELALAAPQRGGFFPAVIATEMKRVMVDGQQVNRSGSWALAFWGNSNRNPVDPWGAIAAAPYHVLDMSWTALLMLRWHDELEPDPRLLEYAARYADALVALQDGKGYFPAWLDQDTLAPLDILRESPETSLSVTFLLKLHQLRPDSKYMEAAEQALKVVIQEIVPTGRWEDFETYWSCCGYGRDELPGNKVARNNMFKQCNFSMFWTAEALYHMYKTNGDKRYMIVGQRVLDEMLMTQASWQPPYLYVDVVGGFGVMNCDGEWNDARQSLFAELILQYGVELDRKEYIERGLAALQASFVMMYCPENEKTKEQWERAYPFFNEKDYGFMMENYGHDGVVDEEGRGMGTFTIFDWGNGAAAEAYLRIKDRLGQTLKERYGYDITY				NA	NA	NA	NA	NA
JZ016_01355	2226			hypothetical protein	ATGATTATCATTGAGAACGGACACATTCGGGTTGAGATCAGCGAGCATAACGGAACGATCCAAGCCGTACGCGATCGCTTAAAGGGGATCGATTACATCGTGGACTCGGGCCGTGGCCGTACGGATCCGTTTCGACTTGAGACAGACGCGGGGTTTAGCAGTTCTTTTCAAAAGTTTGAATGGAGCCGGGAACGTGCCGCATCCGGGCATAATCAAGTTCGATTATGCTGGCACACGCAGGAAGGCATGATTGTAACCTCGTCCGTAACACTCACGGCGGAAGAGAACGGTATTGAATTCAAATGCGGGGTTGATAACCACTCGGAAGACAGGGTGCTAAGCCTGGAATATCCGATTGTCCCGAACATGGCCACGATTACGGAGGATGGCGAGGAGGATTATATCGCTCATCCCTTCGCGACCGGATTTGAAGTTAACAACCCGATGAAGGTTTTTGAAACGGACGGGATCGGGTTTCGTTTTATGCCGTACCCGGAAAGCTTCTCGGGGGCGACGATGCAGTTCTTTACCTACTACGGCAAGGGCAGGGGCGGGCTGTATTTCGCGGCGCTGGACGGTGAAGGCCATCCGAAATGGCTGAATTTCTACAAGAACGGGAATGGCATGCTGGAAGCCTCCGTGATCCATGGCTGCAGCGATATGGGACCCGGCAAAGGGATACGGCCTCATTACCCGGTACAGGTGTCGCTTCTGTCTGGAGGCGGATGGTACGAAGCTGCTGACCGATACAAGAGCTGGGCCGTAAGGCAGAAGTGGTGTTCACGCGGCAAGCTTTCGGGCAGGGCTGCGAAGGAGGGCAGTCAATGGCTGCATGAGGACATGGGAGCAGCAACCTTCGGAATCAATGCGGGATCGGACCGCACGGCCTGGATTCAGAAATATCATGACAGCATCGGAACGCCGATGTTTCACATTCTGGGCCCCGACTGGACGCATCGGCCGCAGACGTTCGGCAGCGGCGTGCCGGGAGGATATGACGATTGGTTCCCGACCCGGTTCAACCCGGAGAACATCGCTCTGATTCGAAAGCTGGGCCATCGCTTCGCCCCGTTCGAGTTCGATTACCTGTATCATTTTGACGGAGCCGACGGAGAGCTTGGCAAGGAAGCCGAGCAGAAATTTCCCGAGTTGAAAAAAAGCGTGGATGCCTACCGCTTCCCGTTCCTCTGTCCGGCACATCCGTATACCCATGATTTTCATGTGAAACGGGATGCGGCGCTGCAGCGAAGCGACGATATCGATGCGATTTACTATGATATCTCCGCCAACAACATTTTAAAGATCTGCATGGATGAAAACCATGGTCATCCGGTGGGAGCAGGCAGGATCATCGAGGAGGCCTACCGGCGGAACTATGCGGATACGAAGGCGGCCATGTGCGAAATCGCGGAACGTTACATCCCTATGGGCACCGAGATGATCAATGAGACGATGCTCGATCTGATCGACTACTATCAGGCGCGGGCCGGAGGGCAGCCCGCAGCGCCGCTTGAAGGCTGGCCGATCCGGGAGCTGCTTAAGTCAGGCGATGCCCGCCAGATCCCGATGTTCACATACGTGTATCATGAGTACGGAGCGCTGAGATTGGACGGCTGGGGCAAGCTGACAGAGGAAATTGGGGAGCTGTACTATTTTACGGTGGCACGCACGTATCTCTGGGGCGGTGTATACGAATTGAATTACGAATACAGTCCGATGGAGGCGCTGGACGGGATCGAAAATACGGCGGAGGAGCATTACTACCCGTTTGATCCTCGCGGGTATGCCTTTTCGACGAAGCGGGCCGAGTATTTGGCGCTGTATGCACGGCTTCGGACCGGAGCGGCGAAGACGTACTGGTCGTATGGGACCATGCTTCGGCCCCTCTCCTTCGACAGCCCGCAGGCTTCTATGAAATGGTTTCACTATAACCATGGCAAGGAAACGCCGGAATATAACAATGCAGGAGTATTGCTGACCGATTCCGTTATCCATGCGGCATGGCAGAATGAGCAAGGCGATGTTGGCTTGTTCTTTGCGAATGTGAGCGAAGCGGAGCAAACGATACGTATAGATCTACGACCGGAAGACTACGGGAAAACGGCAGTGAGCGGGCGGCTGTACATGCTTACGGGAGAGCAGACCGTAGATTGCGATCCGCAGCAAGATGATCGGCGCTTGCTCTCGCTTCCAGCCCGAAGCATCGCGATGCTGGAGTTGACCTAG	MIIIENGHIRVEISEHNGTIQAVRDRLKGIDYIVDSGRGRTDPFRLETDAGFSSSFQKFEWSRERAASGHNQVRLCWHTQEGMIVTSSVTLTAEENGIEFKCGVDNHSEDRVLSLEYPIVPNMATITEDGEEDYIAHPFATGFEVNNPMKVFETDGIGFRFMPYPESFSGATMQFFTYYGKGRGGLYFAALDGEGHPKWLNFYKNGNGMLEASVIHGCSDMGPGKGIRPHYPVQVSLLSGGGWYEAADRYKSWAVRQKWCSRGKLSGRAAKEGSQWLHEDMGAATFGINAGSDRTAWIQKYHDSIGTPMFHILGPDWTHRPQTFGSGVPGGYDDWFPTRFNPENIALIRKLGHRFAPFEFDYLYHFDGADGELGKEAEQKFPELKKSVDAYRFPFLCPAHPYTHDFHVKRDAALQRSDDIDAIYYDISANNILKICMDENHGHPVGAGRIIEEAYRRNYADTKAAMCEIAERYIPMGTEMINETMLDLIDYYQARAGGQPAAPLEGWPIRELLKSGDARQIPMFTYVYHEYGALRLDGWGKLTEEIGELYYFTVARTYLWGGVYELNYEYSPMEALDGIENTAEEHYYPFDPRGYAFSTKRAEYLALYARLRTGAAKTYWSYGTMLRPLSFDSPQASMKWFHYNHGKETPEYNNAGVLLTDSVIHAAWQNEQGDVGLFFANVSEAEQTIRIDLRPEDYGKTAVSGRLYMLTGEQTVDCDPQQDDRRLLSLPARSIAMLELT				NA	NA	NA	NA	NA
JZ016_01356	570	araQ_14	COG0395	L-arabinose transport system permease protein AraQ	TTGGCCGTTAATGCTACGGCGGCATACGTCTTCGCCAGGCTCGAATTTCGGTTCAAGACGTTTCTGTGGGTCTACGTCATCATCACCATGTTCATTCCCGGCATGGCGATCCTGCTGACCTCTTTCATCGTGGTGAATGAGATGGGCATGCTCGATACGCTTGCTGTGCTCGTATTGCCCGGGATCGCTTCTGCGGGACATATGTTCTTCATCCGCCAATTCTATCTGAATATCCCTATGGCGCTGGAAGAGGCGGCGCTGATCGACGGAGCGGGCAGGACCAAGATCTTTACCCATATTTTCATTCCCATGTCGTTCCCGGTCTTTGTCATTGTAGGCATCGGCTCCTATTTGGCCTATTGGAATTCCTTCGTATGGCCGACGATGACGGTTACCAACCCGGAGCTGTTTCAGATTATGCAGTATTTGTACACCTTCCGTTCCGAGCGTGCAACGGAAATGGGCATGCTGATGGCCGGATCGGCGCTTTCCTGTTTGCCGACCATTGTCCTGTTCCTCTTCTTCCAGAAGCACATCATTTCAGGAATCAAAATCTCCGGATTGAAATAG	MAVNATAAYVFARLEFRFKTFLWVYVIITMFIPGMAILLTSFIVVNEMGMLDTLAVLVLPGIASAGHMFFIRQFYLNIPMALEEAALIDGAGRTKIFTHIFIPMSFPVFVIVGIGSYLAYWNSFVWPTMTVTNPELFQIMQYLYTFRSERATEMGMLMAGSALSCLPTIVLFLFFQKHIISGIKISGLK	PGPT0016540_8328	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_01357	252			hypothetical protein	ATGAAAACGTTCAACGGAGTTCAGAAAACATTGATGACACTTTTGACCGGTCTGGTGACAATTATGGCTCTGTTCCCGCTGCTGTGGGTCATCATCGCCGGGTTCAAAGACAAGGCGGAGGTGCTTGCCACGCCGTTCCGATTCTTCCCCAAGAAGTGGATGGTTCAGAATTATACGGACATTCTCGGCGATTCGGCCTTCATTCAGTCGATGCTCGTCACATTCGGGGGGCGGTATTATTTGCAGCGCTGA	MKTFNGVQKTLMTLLTGLVTIMALFPLLWVIIAGFKDKAEVLATPFRFFPKKWMVQNYTDILGDSAFIQSMLVTFGGRYYLQR	PGPT0016540_8328	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_01358	888			hypothetical protein	ATGTTTAAGAAAAATTTCCGGCAGGATAACGGAGTGGCTTATTTGCTTCTCGCACCCATCGTCATCCTGCTAACGATCTTTGTCATCATACCTTTCTTCTATGCCCTGCGAGTGAGCTTCTATAATTGGAGCTTCTACCAGGATTCCACCTTTGTGGGCTTACAGAATTTCTATATGGTGCTGACGGATGACCTCTTTCTCCAGTCCATCTGGGTAGGGCTCAAGTTTGCCCTTATGGTCGTTCCGACGATGCTGATTCTCTCATTTCTGTTCGCCAACATCATTAAGAACCTGGGCTCCGGCTTCGCAAGCGTCGTGAAGACCTCCGTGTACATCCCAACCATCATTTCCGGGATCGTGGCATCGGTTATCTTCGTCTTTATCTTCGATTATGCCGGCGGCTTAGCCAATTATATCATCGGACTGTTCGGATATGAGCCGAAAGCTTGGCTTGCGGATGTGGCTACGGCGCTGCCCAGCATCGCCGCTCCTGCCGTATGGCTGGGCTTCGGTCTCACAACGCTGATCATGCTGGCAGGTCTTCACGATATTCCGAAGAGCTACTATGAGGCTGCGGAACTGGAGGGAGCGGGCACCTTTGTCCGCATGTGGTACATCACGATTCCGCTCATGCGCAATGTGATTCTGTATCTGCTCGTAACCGGATTTACGGCGCAAATCTCACAGTTCGAGCTGTCCCTCGTAATGACGGGTGGCGGACCGCTCAGCGAGACCACAACGCCGAACCTGTATATCTTGAACCATTTCCGCAACGACGTCATGGTCGGCAATTCCATCGCGGCATCGCTGCTGTTGTTCGTGGTTCTGGGCAGCATCTCGGCCATCATCTTCAGAGTATTGAATTCGGAAAAAGCGATCGACGGTTAG	MFKKNFRQDNGVAYLLLAPIVILLTIFVIIPFFYALRVSFYNWSFYQDSTFVGLQNFYMVLTDDLFLQSIWVGLKFALMVVPTMLILSFLFANIIKNLGSGFASVVKTSVYIPTIISGIVASVIFVFIFDYAGGLANYIIGLFGYEPKAWLADVATALPSIAAPAVWLGFGLTTLIMLAGLHDIPKSYYEAAELEGAGTFVRMWYITIPLMRNVILYLLVTGFTAQISQFELSLVMTGGGPLSETTTPNLYILNHFRNDVMVGNSIAASLLLFVVLGSISAIIFRVLNSEKAIDG	PGPT0016535_7190	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_01359	1398			hypothetical protein	ATGCAGAAAACAACCATCAGCTTCAAATCCTGGCGTGTTCCGTTCTCCGTAATTCTGGTTCTCGTACTGTTCATTACAGGCTGCGGCGGACGATCCGGCGGTCCCGGAGGGGGAGCATTAAGCAATCCACCGGAAAATGAAAGCGTAAACAACGGAGGCGGCGCCGGCGACAAAGTAGTGATTGATTTCTGGGCGCAAAAATTCGAGGATACCACCGATGCCTGGTTCAAGAAATGGGTCGGCGAATTTAACAAATCCCAAAGCGAAGTCGAAGTGAAGCTGACGATTGTTCCGGCTGACGCTTGGGACCAGAAGATGAAGGCAGCGCAAGCCGCGGGGAAAGCGCCGGATATCCGAACGATCAACTACGGCAATGTGGCCAACGCGGCAAAGACGGGTCAGCTTATGGCGCTGAACGATTTGATGGATTCTGCGGCATTCGATGATTTGTACGACAACATGAAGGATTTTGTAGCCGTCAACGGTCAGTACTACGCTTACCCGAAGCTCGTTGAACCGTCAGCCGTGATGTTCTATCGGAAAGACATGTTTGAGGCAGCCGGGCTTGACCCGAATCAGCCGCCGACCACGTGGACGGAGCTTCTGGAGACGGCTCAGAAGCTGACCAAGAAAGGCGTGTTCGGATTATCGATCGCGCAAACGGCTCCGGATCTGGGCTGGTCGAGCTGGGGACTGCAGTACAACGCGGCAGGACATCTTGCGGTGACGGAGGACTGGTCCAAAGCGGACGTGAATAATGAAGGATACAAGGCGCTCCTGGATTTTTACCAGAAAGCCTACCAGTCCGGCGTCATGCCGAAGCAGGCTCTGGCCGGATATGCGGATATCAAGCCTTTCGGCGAGGGCAAGATTGCCATCCAGATTTGCGGATCCTGGGCGATCGGACAGCTTCGCAACACCTATAAAGATATGGTTGGTAAAGTAGGGATCGCACCAATGGCATCGATGGACGGCGATTTGACGAAACCGACGGCAACGCTCGGCGGCTGGTCGCTGGCAGTTGACGGGAAATCCAAGCATCCGCAGGAATCGGCCGATTTCATCTCATACCTCCTCGCGGGTGATCCGAACATCATGATTGACTTTTTCAAGACGTCTCAATTCTCCAAGTTCTCCCCGCGCAAATCGGTGGACGAAGCGATGAAGTCTGATCCGGATGCATCGAAGGATGCATGGCGTTCGCTGGTCTCCGAACAGATCATACCATACTCCCAAGCGGAGCCGATCTATCCATGGGACATCAGCTTCGCGCTCGCCACCTCCATTGAGTCCGCCATGAAAGGAACGTCAGTGGACAAAGCGCTGGAGAAAGCGGAGAAGGATATTAACGATTTCATTACCAAAAACAAGCTTGCCGGCACAAATCCGAAAAATTAG	MQKTTISFKSWRVPFSVILVLVLFITGCGGRSGGPGGGALSNPPENESVNNGGGAGDKVVIDFWAQKFEDTTDAWFKKWVGEFNKSQSEVEVKLTIVPADAWDQKMKAAQAAGKAPDIRTINYGNVANAAKTGQLMALNDLMDSAAFDDLYDNMKDFVAVNGQYYAYPKLVEPSAVMFYRKDMFEAAGLDPNQPPTTWTELLETAQKLTKKGVFGLSIAQTAPDLGWSSWGLQYNAAGHLAVTEDWSKADVNNEGYKALLDFYQKAYQSGVMPKQALAGYADIKPFGEGKIAIQICGSWAIGQLRNTYKDMVGKVGIAPMASMDGDLTKPTATLGGWSLAVDGKSKHPQESADFISYLLAGDPNIMIDFFKTSQFSKFSPRKSVDEAMKSDPDASKDAWRSLVSEQIIPYSQAEPIYPWDISFALATSIESAMKGTSVDKALEKAEKDINDFITKNKLAGTNPKN	PGPT0016545_1438	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_01360	1116			hypothetical protein	TTGAGGGTGAAAACGGCTTTGCTTGCCGGCCTAATCTTACTGCTCTGCGGCTGCACGAACGGCAGCAAGGTGAATCCCCAGCTTGATGGAGCAGATAAGGAGTTTTTATTAAAAGGCATAACCGGCCTGGAACAAATTACGCAATTGACCGGCGAACCATCGCCTAATCGCACGGATCGTTACGCGGTGTACGGGACCGACCTCGGTTCCATGATGAACGACGGGGAACGAACTTACTTCGTGTTCGGGGATACGTTCGGCGAGAGGGAGCCAGGACAGACTGGCGGAGGAGGCAGCTACTGGCGCTCCAATACGATGGCCTATACAACGGATGCGGAGGCGGCTGACGGCATCACATTTGAAGGCATGGTGACGGATGAATTCGGAACGGCCAAGGAACTGCTGCCCTCCGCCAAAATCGACTACGAAGAAATGACGAAAATCCCGACCCACGGCATTGCGGCAGGAGGTGCGTTGTATTTGTACTACATGTCGGTCAAACATTGGGGAGATCCGGGGAAGTGGGACGCCAATTACAGCAGCGTCGCCAAATCGGTTGATAACGGAGAAACCTGGGAGCTGCAGGACCAGCTCCGTTGGCCGGGGGATGGCAATTTCATTCAGGTAAGCCCCTATAAGGTGGAGAATGACGCAGGCGGCTCGAACATTTATTTCTGGGGTATTCCAGCCGGGCGCTTTGGCGGCGTTCAGCTTATGAAGGTGGGGGAGGAGCACATCGAGAAGCAGTCCAAGTACGAGTATTTTAGCGGCGTGGATGCTGACGGCAATCCCCAGTGGAGCACCGATATGGAGGATGCAATAGAAGTGGTGGATGACACGGCAGGCGAGCTTTCGGTTGTATGGAATGCTTATCTGGAACGCTGGCTGATGACATATCTGAAGGAAGGTAGGGGTGTTGTCATACGTGAAGGCATAACGCCATGGGGACCATGGGGCAAGCCTCTGGATTTGGTCCGAGCCGAGGATTATCCGGGACTGTACGGTCCCTATATGAATGAGCGGTATACCGAGAATGACGGGCAAACGATCTACTTTACCTTGTCTTTATGGGATCCATACAACGTCTTCTGGTTTAAAGCCTCGCTGGAAAAATGA	MRVKTALLAGLILLLCGCTNGSKVNPQLDGADKEFLLKGITGLEQITQLTGEPSPNRTDRYAVYGTDLGSMMNDGERTYFVFGDTFGEREPGQTGGGGSYWRSNTMAYTTDAEAADGITFEGMVTDEFGTAKELLPSAKIDYEEMTKIPTHGIAAGGALYLYYMSVKHWGDPGKWDANYSSVAKSVDNGETWELQDQLRWPGDGNFIQVSPYKVENDAGGSNIYFWGIPAGRFGGVQLMKVGEEHIEKQSKYEYFSGVDADGNPQWSTDMEDAIEVVDDTAGELSVVWNAYLERWLMTYLKEGRGVVIREGITPWGPWGKPLDLVRAEDYPGLYGPYMNERYTENDGQTIYFTLSLWDPYNVFWFKASLEK				NA	NA	NA	NA	NA
JZ016_01361	1110			hypothetical protein	ATGGACCATCAAGCAGCATTATCTTCACTCAGCCTTACCCGAACCGGAAAAAGAAAACGGGAATCCAGCTACGACCGTTCTGGAGGCAATAAAGACTACTTCTCCATCAACCCAGGCGATCTGACCGAAATTTGCAGCATTCCGGGCGCTGGCGCCATCACTCACATCTGGATGACAATGGCCAGCGACGTCCCTGCGGAGGAATTGTATTTGCCGCGAAAAATCGTTCTCCGCATGTACTGGGACCAAGAGACGGAGCCCAGCGTGGAAGCGCCGATTGGCGATTTTTTCGGAATGGGGCACGGGCTCACCAAAAATTATACGTCAGCGGCATTGATGATGAGTCCCGAGGACGGCAAGGCATTCAACAGCTTCTTCCGTATGCCGTATGCGGATGGAGCCCGCATTACGATTGAGAGCGAGGCGGAGCATCCAATCAAATTTTATTTCTATGTGGATTATGAGTCCTACGATAAGCTGCCTGAGGAGGAGCTGAGATTCCATGCCCAGTGGCACCGGGAAAATCCGACCGACGGTATTCCGGACACCGGGGTGGACAACGCCTTCTACGAATTCGGCAGCAAGAATACGACCGGCAGCGGCAACTATGTCATTTTGGACGCGGTCGGAAAGGGCCATTACATCGGCTGCAACTTCAATGTCCACAACCTGCGCGATACGCGGGAATGGAACTGGTACGGCGAAGGCGACGACATGATCTTCATCGATGGGGAACCGTGGCCTCCGACCTTGCACGGAACAGGCATGGAGGATTATTTCAACACGGCTTGGTGTCCGCAGCAGGAGGTGTGCACCCCGTATCATGGCATTATTTTGGGAGGGGGACCGAACTGGAGCGGCAAAATCTCCACGTACCGTTATCATATCCTGGACCCGATCATGTTCGAGAGCAGCATCAAGGTTACGATTGAGCACGGCCATAACAATCATCGTAGCGACGATGTTTCCTCAACGGCGTATTGGTATCAGGCAGAACCGCATCGCCCTTTCCCGAAACTGCCGAAGGTCGATAACCGATTGCCTCTGCCGGATATCAAGCCGCTTAACCCTGCCAGCATGAAACAGATCTTCGGCCATTCTAACCCTTGA	MDHQAALSSLSLTRTGKRKRESSYDRSGGNKDYFSINPGDLTEICSIPGAGAITHIWMTMASDVPAEELYLPRKIVLRMYWDQETEPSVEAPIGDFFGMGHGLTKNYTSAALMMSPEDGKAFNSFFRMPYADGARITIESEAEHPIKFYFYVDYESYDKLPEEELRFHAQWHRENPTDGIPDTGVDNAFYEFGSKNTTGSGNYVILDAVGKGHYIGCNFNVHNLRDTREWNWYGEGDDMIFIDGEPWPPTLHGTGMEDYFNTAWCPQQEVCTPYHGIILGGGPNWSGKISTYRYHILDPIMFESSIKVTIEHGHNNHRSDDVSSTAYWYQAEPHRPFPKLPKVDNRLPLPDIKPLNPASMKQIFGHSNP				NA	NA	NA	NA	NA
JZ016_01362	1677	araB_1	COG1069	Ribulokinase	ATGAAGCAGTTATACACCATTGGCGTGGATTTTGGTACGGAATCGGGCAGAGCTCTGTTGGTTGATATCACGACCGGGCGAGAAGTTGCTACCCATGTGACGCCATACACGCATGGAGTCATGGACGAGGTGCTGGTCCACTCGGGTTTGAAGCTGGGGCAGGATTGGGCGCTGCAGCATCCAGATGATTACATAGAGGTGCTTCGGCAATCCATCCCGCGCGTGCTCTCGGAGGCTAACGTATCTCCGGATCAAGTCATCGGGATCGGCATCGACTTCACGGCATGCACGATGATGCCGCTGGATGCCGGGGGGACTCCGCTGTGCATGCTCGAGGAATGGAGGGACAATCCGCATAGCTGGGTAAAGCTGTGGAAGCATCACGCGGCTCAGGATGAAGCGAACCTGATTAATGAGGCCGCTAAGCGGCGAGGGGAGAAATTTCTTGCACGCTACGGAGGGAAGCTGTCCTCGGAGTGGATGCTTGCGAAGTCTTTACAGATTCTGAATGAAGCTCCCGAGTTGTATGAGCACGCTGTACTGTTTATGGAGGCTGCCGATTGGGTGGTCATGGAATTGACCGGTCAGCTCGCACGGAGCAGCTGCACCTCAGGTTATAAAGCCAATTGGCATAAACGGGATGGATATCCGTCCAAGGAGTTCCTCCAGTCGCTTGATCCGAGGTTCGGGACCCTTGTGGAGGCGAAGCTGCGAGGCCCGATCAAGCCACTGGGTTCAAAAGCTGGCGGATTAACCGACTCGATGGCAGCTATAACCGGGCTTCTGCCAGGAACCGCGGTAGCCGTAGCCATCATCGATGCCCATGCCATGGTGCCGGCCGTCAGTGTCGTAACTCCGGGTAAACTGGTGCTCGCCATGGGAACCTCTACCTGTCATTTGATATTAAGCGACAAGGAAGTGACGGGAGAAGGGATTTGCGGTGTCGTCGAGGACGGGATCATCCCCGGTTATTACGGGTATGAGGCAGGACAATCGGCCGTTGGCGATATATTTGCCTGGTATGTGGATGAGGCAGTGCCGGAATATGTAAGACGCAAGGCTGCCGAAGATCGCCTCGGCATTCATGAGTGGCTTGAGAGGGGAGCATCACAATATGAGCCTGGCCAAACCGGCCTGCTGGCTCTCGACTGGTGGAATGGAAGCCGTTCCGTACTGATGGATGCCGATCTGAGCGGTGTCATCCTTGGATTGACCCTGCAGACCAAGCCAGAGGAAATATACCGGGCGCTTCTGGAGGCTACCGCCTTCGGAACGCGAGCGATCATCGAAGCCTTTACCGAAAGCGGGGTTGAAGTCCAGGAGCTCTATGCTTGCGGCGGATTGCCGCAGCGAAACCGGCTGCTGATGCAAATCTATGCCGACGTTACCGGCAAGGAAATCAAAGTAGCGGATACCGTCCAGACGGCTGCCTTTGGTGCAGCTATGTTCGGTGCCGTTGCGGCAGGCAAAGAGCGGGGAGGCTTTGAGAGCATCGTAGAGGCAGCAGAAGCCATAGCTCGTGTTCGTGAAGAGACCTTTAAGCCGATTGAGGCCAACGTGCGTGTATATGATCAATTATACAAGGAATATAAAGGACTTCATGATTATTTGGGAAGAGGCGAAAACGGGGTGTTGAAACGCTTGAAAGCATTAAAGAGCGGAAAATTACCGGAATGA	MKQLYTIGVDFGTESGRALLVDITTGREVATHVTPYTHGVMDEVLVHSGLKLGQDWALQHPDDYIEVLRQSIPRVLSEANVSPDQVIGIGIDFTACTMMPLDAGGTPLCMLEEWRDNPHSWVKLWKHHAAQDEANLINEAAKRRGEKFLARYGGKLSSEWMLAKSLQILNEAPELYEHAVLFMEAADWVVMELTGQLARSSCTSGYKANWHKRDGYPSKEFLQSLDPRFGTLVEAKLRGPIKPLGSKAGGLTDSMAAITGLLPGTAVAVAIIDAHAMVPAVSVVTPGKLVLAMGTSTCHLILSDKEVTGEGICGVVEDGIIPGYYGYEAGQSAVGDIFAWYVDEAVPEYVRRKAAEDRLGIHEWLERGASQYEPGQTGLLALDWWNGSRSVLMDADLSGVILGLTLQTKPEEIYRALLEATAFGTRAIIEAFTESGVEVQELYACGGLPQRNRLLMQIYADVTGKEIKVADTVQTAAFGAAMFGAVAAGKERGGFESIVEAAEAIARVREETFKPIEANVRVYDQLYKEYKGLHDYLGRGENGVLKRLKALKSGKLPE	PGPT0017410_620	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017410-araB|L_ribulokinase-K00853	NA	NA
JZ016_01363	1797	fucI_1	COG2407	L-fucose isomerase	ATGCAATATCAAACTCACAACTGCAATCGATTGCAGAATCAGCTGCCGAAGATTGGTATACGACCTGTTGTAGATGGTCGGAGGGGAGGCATTCGGGAATCGCTGGAGGACGTAACGATGGATATGGCGAAGCGAACGGCGCGTCTGCTTACCGAACGGCTAAGGCATAGCAACGGGCTGCCGGTAGAATGCGTGATGGCTGACACCTGCATTGGAGGCGTAGCCGAAGCCGCACGTACGGAGGAGAAGTTTGCCAGGGAGAATGTCGGTCTTACCATTTCGGTGACTCCCTCCTGGTGTTATCCAACGGAAACGATGGATACGCATCCGACAAGGCCGAAAGCCATTTGGGGATTTAACGGAACGGAGCGCCCCGGTGCCGTGTATCTGGCAGCAGCTCTTGGCGCGCATAATCAGAAGGGACTTCCGGCTTTCTCTATCTATGGTCGGGATGTGCAGGATATCGGGGATACCGAAATTACGGCTGACGTAGAGGAGAAACTTTTGCAATTTGCAAAGGCTGGCCTTGCCGTAGCGACCATGAAGGGGACTTCGTATCTGTCGATGGGCACAGTATCTATGGGAATCGCGGGCTGTATCGTCGACGAGGATTTTTTCCAGAAGTATCTTGGGATGCGCAATGAATATGTGGATATGACGGAATTCGTAAGACGAATCGAGCTGGAAATTTACGATCATGACGAATATGAGCGGGCGCTTTCCTGGATTAAAGAAAACTGCAAGCCTGGGGCGGACGTCAATCCGGAGCATTTGAAGCGAACCGATGAGCAGAAGCAGCAGGATTGGGAGACCGTCGCGAAGATGGCGTTGATCGCGCGCGATTTGATGGTGGGTAATCCGAAGCTGGCGGAAATGGGATACGGAGAGGAAGCGCTCGGGCGAAATGCGCTGGCTGCAGGTTTTCAAGGACAACGTGCCTGGACGGATTATTTTCCGACCGGGGATTTCATGGAGGCTATACTGAACTCATCCTTTGATTGGAATGGTCTGAGAGAGCCCTACATGGTCGCAACGGAGAACGACAATCTGAATGGGATTACGATGCTGTTCGGACATCTTCTCACGGATGCAGCGCAGGTATTTGCGGATGTTCGTACATACTGGAGCCCGGAAGCCGTAAAGCGTGTAACCGGGTATCAGCTTGAGGGAATTGCGGCGCAGGGCGTGATCCACCTGATCAATTCCGGGCCTGCTGCCCTTGACGGGACGGGAAGGCAGACAAAGGACGGCAGACCGGCGATGAAGCCGTTCTGGGAAATCACGCAGGAGGAAGTTCAGGACTGCCTCGATGCGGTCAAATGGTGTCCGGCTATTGATTTCTTCCGCGGGGGTGGCTTCTCAACCGACTTTACGACCCGGGAAGGTATGCCGGTAACGATCGCGAGAATAAATAGGGTTGCGGGTGTTGGACCGGTCCTTCATATTGCCGAGGGGATGACCGTTGAGCTGCCGGACGCGGTACACGATATATTGGATCAGCGAAGTGATCCTACATGGCCGACGACCTGGTTCGTGCCGAATCTGACCGGTCAAGGCCTGTTCAGGGATGTATATACCGTGATGAGCAATTGGGGATCCAACCATGCCGCTATGAGTTATGGGCATATCGGCGGGGAATTGATCACCTTGGCATCAATGATCCGCATTCCGGTATGCATGCACAACGTTCCGGAGGAACGGATATTCCGGCCAAGCGCCTGGACCGCCTTTGGCGGACTGGAACCGGTCTCGGCCGATTACCGGGCATGCGCAGCTTACGGTCCTTTGTACAAATAG	MQYQTHNCNRLQNQLPKIGIRPVVDGRRGGIRESLEDVTMDMAKRTARLLTERLRHSNGLPVECVMADTCIGGVAEAARTEEKFARENVGLTISVTPSWCYPTETMDTHPTRPKAIWGFNGTERPGAVYLAAALGAHNQKGLPAFSIYGRDVQDIGDTEITADVEEKLLQFAKAGLAVATMKGTSYLSMGTVSMGIAGCIVDEDFFQKYLGMRNEYVDMTEFVRRIELEIYDHDEYERALSWIKENCKPGADVNPEHLKRTDEQKQQDWETVAKMALIARDLMVGNPKLAEMGYGEEALGRNALAAGFQGQRAWTDYFPTGDFMEAILNSSFDWNGLREPYMVATENDNLNGITMLFGHLLTDAAQVFADVRTYWSPEAVKRVTGYQLEGIAAQGVIHLINSGPAALDGTGRQTKDGRPAMKPFWEITQEEVQDCLDAVKWCPAIDFFRGGGFSTDFTTREGMPVTIARINRVAGVGPVLHIAEGMTVELPDAVHDILDQRSDPTWPTTWFVPNLTGQGLFRDVYTVMSNWGSNHAAMSYGHIGGELITLASMIRIPVCMHNVPEERIFRPSAWTAFGGLEPVSADYRACAAYGPLYK	PGPT0017505_29	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017505-fucI-K01818	NA	NA
JZ016_01364	1008	rbsR_1	COG1609	Ribose operon repressor	TTGGCAAAAGCAACGATTAAACAAGTAGCAGCGGCAGCAGAAGTATCCACGGCAACCGTTTCAAGAGTGCTGAACGACAGCGATTATGTAAGCGATGAAATTAAAGAGCGAGTGATGGCGGCGGTGAACCAATTGAATTACCGTCCAAGCGCCATCGCCCGCAGTCTGAAGCAGGACCGGACCTATATGATCGGGGTTATTGTTCCTGATATTTCCAACCCTTATTTTATGGGGATCTCCAGAGGTATTGAGGACATTGTAGGCAAAGAAGGCTTTCAGCTTATATTCTGCAGCTCGGATGAGAATCCGGACAAGGAACGACGACTGCTTAAGCTTATGCAGGAAAAGCGCGTGGACGCCGTCGTACTGGCGACGTCGGGCGGCAATGATCCGGCGATCAAGCAGCTGGCGGATTCCAAAATGCCGATTGTTCTCGTAGACCGGAAGCCGGACTCGCCGGAAGCGGGTTTGACTCTCGATCTGGTAGCCGAGGACAATACCGAGGGCGCATCCCGCCTGACCCGGAAGCTGCTTGAGGATGGTCATACGGTTATTGGTGTAGTAAATGGACCGACGAGATCCAGCACAGGAAGGGAACGTCTTGAAGGTGTCCGGAAAGCAATGAAGGAATACGGTTTGAACGAGGAACCCATGGTGTACAATGGAGACTTTTCTACGGAGGATGGAATCCGCGCGATACAGCATTTTCTGGCAGGGGGAAGAAGGCCAACTGCGGTTATATCCCTGAATAACCGCATGAGTCTCGGTGTTTTGCTTGAGATTGTGCGTTGCGGTCTAAAGATTCCGGCCGATATGGCCGTAGCTTCTTTCGGTGAAGTAGAGGCCGGTCCATTACTCAAGGAATCGGGACTCTATTATATGGAGCAGCATCCCTATGACATGGGGATCAAAACCGGCGAGATTCTTCTGCGTCGAATTCGCGATGAGGCCCCGCTGTCTGAACCTGAAATAGCGATTTACAGCAATGAAGTGAAACAGCTGGATTGA	MAKATIKQVAAAAEVSTATVSRVLNDSDYVSDEIKERVMAAVNQLNYRPSAIARSLKQDRTYMIGVIVPDISNPYFMGISRGIEDIVGKEGFQLIFCSSDENPDKERRLLKLMQEKRVDAVVLATSGGNDPAIKQLADSKMPIVLVDRKPDSPEAGLTLDLVAEDNTEGASRLTRKLLEDGHTVIGVVNGPTRSSTGRERLEGVRKAMKEYGLNEEPMVYNGDFSTEDGIRAIQHFLAGGRRPTAVISLNNRMSLGVLLEIVRCGLKIPADMAVASFGEVEAGPLLKESGLYYMEQHPYDMGIKTGEILLRRIRDEAPLSEPEIAIYSNEVKQLD	PGPT0017992_11822	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_01365	849			hypothetical protein	TTGCGGGAAATCATTTGGTTGGAGAAAAGCGAGACGCTTGAGCTATTGTTGGAACATGAACCTGCAATTCAAGTCATCCCGTTAGAGTCCGGTCTGGAAGCAGAGGTGGCGAAGATCGTCACGCCATCGGCAGACTACGTACTAAAGGTTTGGAATAAAACGTCCAAACCCGACGTTCAAATGCAGTATCGAATATTGAATGCATTGTATTCGCATGGAAGGGCCGTATCGAAGCCTGTGGGCTGGGGGACAGACCGGAATAGCAATCCAGTAATGCTGACCAGTTACGACGGCACGCCCGTACAAATAGTCAATCAGTCTAAACTAGTAAAGCTTGCGAAAACGCTAATGGATATACATAAGCTGCCCCTGGATAGCCTGAACGGCTTCGGGCTGCCGAGGTATGATTTCGTCTCTTATTTTTATCCTCGAATGGATGAGTTCCCGGATATCCAACATCCATTGATGGAGCTTGTTGAGTTTGCACATATGAAACAAGAATGTATCATCCATGGCGATTATCACCTTGGCAATATTCTTGAGCATGAAAACAAACTGACCGTGATCGATTGGACGAATGTCCAAATGGGCGATCCCCGATATGATATCGCATGGTCGATTATCTTAATGTGGATATATGTAAGCGAGAAGCAAGCGTCCTTTTACCGTGTTGCATTTTGTGCCGAGAACCGTTACGAAGCCGATGAGCTTGAGCTGTTTGAAGCCATTGCGTGTCTGCGCTGGGTTTTGCTTAGCAGAGTGGACCACCCTCCCATTAGAAAGGATACGATCGCTAGGGTAAGGTCGATATTGACGAGCAACACGTATTTAAATATCAGGGCTCTTTAA	MREIIWLEKSETLELLLEHEPAIQVIPLESGLEAEVAKIVTPSADYVLKVWNKTSKPDVQMQYRILNALYSHGRAVSKPVGWGTDRNSNPVMLTSYDGTPVQIVNQSKLVKLAKTLMDIHKLPLDSLNGFGLPRYDFVSYFYPRMDEFPDIQHPLMELVEFAHMKQECIIHGDYHLGNILEHENKLTVIDWTNVQMGDPRYDIAWSIILMWIYVSEKQASFYRVAFCAENRYEADELELFEAIACLRWVLLSRVDHPPIRKDTIARVRSILTSNTYLNIRAL				NA	NA	NA	NA	NA
JZ016_01366	534			hypothetical protein	ATGAAAATAAGAATGATAGTGGTCCTATTACTCGTATTTGTTATCCTGATAAATGGCAATGCTCAACGAGATTCGATGGATACGCCCCTATATGAAGGTAGAAACCTCGTCATAGGTGTGATCGGAGAAACACCGCAAGTCAGGGAGAAGGGGCATGTGGGTTTTAAAGAAGTTACGTTTCAGCAGCTAGAGGATCTAGACCTTTCCGCGGAGCTTGACGCCATATTCATAACAAAGGAACATTTGATGGAAGCTTCTGAGCCTAAGTATACAGAAGTGTATAATAAGGCTGAAGTTCCCTTTTTCTATATTGAGTCTAAAAAATCTCATGTCCCCTTCACGGTCGAAGAATTGTCTTACGATGAGGTTCCGGATCTTTCATCGGATATGTATGCAACCGGATATTACGGCAAGGATGCGGAGCATTGGGGTTACGGTTTATACAACGGTGTAATGAATGAGACCAATGTCCAGGCTGTTTATTCCCATATTTTCGCAACGATCGAGTCGTTGCATCATGACGGAGGAACGTAA	MKIRMIVVLLLVFVILINGNAQRDSMDTPLYEGRNLVIGVIGETPQVREKGHVGFKEVTFQQLEDLDLSAELDAIFITKEHLMEASEPKYTEVYNKAEVPFFYIESKKSHVPFTVEELSYDEVPDLSSDMYATGYYGKDAEHWGYGLYNGVMNETNVQAVYSHIFATIESLHHDGGT				NA	NA	NA	NA	NA
JZ016_01367	144			hypothetical protein	ATGAGAATAGACAAGAGCATATTTAATATCTCGGCATGGCTGGCTCTGTTTACCATCCTTGTGTTCCCAGGTAAAATATGGGCGGAGGGTGAGGGTGCACCCCGAATCGAATATGGATTTCCGTTTAGATTCTTTATCAAGTAA	MRIDKSIFNISAWLALFTILVFPGKIWAEGEGAPRIEYGFPFRFFIK				NA	NA	NA	NA	NA
JZ016_01368	378	yybR_1	COG1733	putative HTH-type transcriptional regulator YybR	TTGAGCGATCGTTCAGAGCATCGTGAGGATTATGAGGCATGTACGGAGGTTATCGGCGAGGTTTTAAAAATAGTGGCAGTGAAACGCGCGGTTCACGTAATCGGTGAACTGCATGATGGTCCCCAGCGGTTTAACCGCTTGCGTCGGAGTTTGGGCAATATCAGCACGCAATCATTGACAGTGATTCTGAGGCATCTGGAGCAAAACGGCATCATTAGCCGTCAGGTATTGCCGACTATGCCGGTTACCGTGGAGTATTCATTGACAGACCAAGGTAGAGAATTTGAAGAGGTCCTAAATGTGATACATGATTGGGGAGCATCTAGGAGAATGCATCGGACTCCTTTAGGAAAAGCAAGCTTCTCAGCAGAGAAATAG	MSDRSEHREDYEACTEVIGEVLKIVAVKRAVHVIGELHDGPQRFNRLRRSLGNISTQSLTVILRHLEQNGIISRQVLPTMPVTVEYSLTDQGREFEEVLNVIHDWGASRRMHRTPLGKASFSAEK				NA	NA	NA	NA	NA
JZ016_01369	1452	hsrA_2		putative transport protein HsrA	ATGTCGACCACCATTACTACCATAAAAGAAATTCGCGCACCCTTATTCGCTATCATCATTGGCATGTTTATGGTCCTACTTAATATGACAGCCATGAATGTAGCCATTCCTAATCTAATGAATTCCTTTCAAAGCTCGTTATCTTTTATGCAATGGGCGACCACGGGTTATATTCTTGCCGAAGCGGCCATCATTCCGGTAGCCGGCTGGCTGGCTGATCGTTTTGGCAGCAGGCGCATGTTTATCCTGGCAATCTTCATTTTTACAATCTGCTCTATTCTGTGCGCACTCTCGGTCAACGCAGAGCAATTTATACTATTTCGTGTACTTCAAGGTTTAGGAGGAGGTATAGTCATGCCCATTGGTTATGCCATTGTCTTTCAGATCAGTCCTCCTGATAAGGTAGGAACCGTAATGGGATCGTACTTGGGCGTTCCCATTCTTATTGCACCAGCCATCGGACCCGTGTTTGCCGGGTGGTTGGTGGATAACGTTAGCTGGCCCTTTTTATTCTGGGTGAATGTACCTGTAGGCTTATTAGGAATCTGGTTTGGACTACGCTATCTTCCTAAACTGAAGAGTCAGACTCAAGCTAAGCTGGATAAACTCGGAATGATTTTTGGTCCAATCGCTTTTGCCGCCCTCGTCTATGGCGTGAATCAAGCGGGCGATGCCGGATGGGGCTCCATACAGACCATTATCGGCCTTGCGGTTGGTGTTGCGGCTCTTCTACTATTCATCCTGATTGAACTTGGAAATAGCGAGCCGCTCCTTGAGTTGCGAGTGTTCCGCTCCAAGTCTTTTACAAGTGCTATGTTAATTCTATGGATAACAGCCGCTGCATTCTATGGAAACTTCTTTCTGGTTCCCGTTTATCTCCAGCAGGTGAAAGGACTTAATGCTTTTGATACTGGGCTTCTCATGATATCACCTGCTATTGCCAGTATCGTACTCATGCAGATTGGTGGACGTATGTATGATCGGTTTCGTAGTGTAAAGCTGCTTGTTATTATCGGTACTGCACTTCTTGGTCTGGGAGCATTCTTGCTCTTTACGGATTCATTTGGCAGAGGAACGGGAATCATCCTTGTCGCCATGACCTTAGCCGGATCCGGCCATGCATTATATGCTATGTCTTTGAACGCCTTCGTTATGAACGCTGCACCGCAAGGATTAATCAACCGTGTGACATCCCTAAACAATGCTTCACAGCAAGTTGTGGGCTCCTTTGCCGTGGCTGTCTTCTCAACATTGTTGACAACCCGTATTTCGGCCTCTTCTCATTCCGTACCGAAAGTCGATGCTTGGGCTGATGCGTTCTCGTTTACATTCCTTGTTGTGATGACTGTGGCCGCTCTTGGGGTCGTCATGGGGTTATTGCTCCTTAAGCCGTGGGAACAAGTGGATAAACCCATCGATCAGCAACAGCATAATAAGATGACGGGCGGATAA	MSTTITTIKEIRAPLFAIIIGMFMVLLNMTAMNVAIPNLMNSFQSSLSFMQWATTGYILAEAAIIPVAGWLADRFGSRRMFILAIFIFTICSILCALSVNAEQFILFRVLQGLGGGIVMPIGYAIVFQISPPDKVGTVMGSYLGVPILIAPAIGPVFAGWLVDNVSWPFLFWVNVPVGLLGIWFGLRYLPKLKSQTQAKLDKLGMIFGPIAFAALVYGVNQAGDAGWGSIQTIIGLAVGVAALLLFILIELGNSEPLLELRVFRSKSFTSAMLILWITAAAFYGNFFLVPVYLQQVKGLNAFDTGLLMISPAIASIVLMQIGGRMYDRFRSVKLLVIIGTALLGLGAFLLFTDSFGRGTGIILVAMTLAGSGHALYAMSLNAFVMNAAPQGLINRVTSLNNASQQVVGSFAVAVFSTLLTTRISASSHSVPKVDAWADAFSFTFLVVMTVAALGVVMGLLLLKPWEQVDKPIDQQQHNKMTGG				NA	NA	NA	NA	NA
JZ016_01370	2037			hypothetical protein	ATGATAATCGCTTTGCCGGTCCGGATTCAATACGCCAGCATGTTGCAATCGGATAAAAAGATGTTGTTTCTGTGTATAGGGCACCGCCCGGGTAAGATGGTATATTTCTACCAGAGTGTGCACCTACAAGAACAGAAACAAGGAGTGTGGAAGTTGATGCTGCATGAGACTGCGTTTAAGAGTTTGCCGCTTCGAGCGATTAAACCGGCCGGATGGCTAAAGAGTCAGTTGGAGATTCAAGCAAGCGGTTTTACCGGACATTTGGAAGAACAGTGGAAAGACGTAGGGGATGAGAACGGGTGGCTGGGCGGCCAGGGAGAGAGCTGGGAACGGGGACCTTATTATGTTGACGGTTTGCTACCGCTAGCCTATTTGCTCGAAGACGAGTCTTTGATTGCCAAAGCGAATCGCTGGATCGAGTGGTCGCTTGCGAGCCAGCAGGAGAATGGCTTGTTCGGTCCGAATCGCATAACCTCCGTCAATCAGGATATCGATAAGGAGCAGGACTGGTGGCATTACATGATCATGCTGAAAGTGATGATGCAGCATGAAGAAGCAACGGGCGATGAACGGATCATTCCTTTTCTGACGAAGTTTTTTACTTATGTCCATTCGGTTATGGAGGAACAGCCGCTGCGGGGCTGGGCCCAAACCAGGGGTGCGGAGATGCTGCTGTGCATCGTGTGGTTATATCGACGTACGAAGCAGCCTTTTCTGTTAGAGCTTGCCGATATCGTTGCCGGACAAACAACGGACTGGAGCGATATCTTTCATGATTTTCCGTTCTGGCGAAAGGTCGAAGAGTGGGATTGGACGACCCATGTCGTGAATGTAGCGATGGGAATTAAAACGCCGGGCGTATTGTTTGAATTGAGTGGCAATCCGGTGGAGCGGGAAAGCGTGCATCGGGGCATCGATTCCCTAATGACGTATCACGGTCAAGCGCATGGCATGTTCTCCGGAGACGAATGGTTATCCGGCACCCATCCGAGTCAAGGCGTAGAATTATGTGCCGTCGTGGAGTATATGTTCTCGATGGAGCAGCTGACGCGTATTTTCGGGGATGGACGTTTCGGGGATATTTTGGAGAAGGTCGCATTTAATGCGCTGCCCGCCGCCATCTCCCCGGATTGGACCTCGCATCAGTATGATCAGCAAGTCAACCAGATGATCTGCAATGTCGCTCCGCGGGCATGGAGCAACAGTCCGGATGCCAATGTCTTCGGTCTGGAGCCGAATTTCGGATGCTGCACGGCCAATATGCATCAGGGCTGGCCAAAGCTAACGTCGCACCTATGGATGAAGGATCAGGAGGACGGGCTTGTTGCCATTTCCTATGCCCCATGCACGGTGAGAACGACGGTCGGTCGTCAAGGCGTTCCGGCTGTCGTCGAGGTAACCGGGGAATATCCGTTCAAGGATCGCGTTCAGATCCATTTGTCGCTGGAATACGAGGCATCGTTTCCTCTATCGCTGCGCATCCCGGCCTGGTGCGACGATCCTGTCATAACTCTGAATGGGCGCGATTTGCCATTCCAGGTGCAGTCCGGTTATGCACGAATCGTACAGAACTGGCAGAACGGCGACCGATTGGATATTCATTTGCCGATGGAAGTGAAGACTGTTACGCGCAGCATGTACGCTACCAGCATTGAAAGAGGGCCGCTGGTGTATGTGCTGCCCGTGAAGGAGAACTGGCAGATGATCCGGGAGCGCGACATGTTCCACGATTGGGAGATTTACCCTGCATCTCCATGGAAATACGGCCTGGTCGCCGATACGTCATTCGAGGTGCTTGAGCAGGATATGGTCCGCCAGCCGTTCCTGGCAAAGGATGCACCTGTCAGGGTGAAGGTGAAAGGCCAGCTGATTCGGGATTGGAAGATGGAAGGCAACAACGCCGGAAACCCTCCGCTGCATCCGAACACGGACGGACAGCCCATTACGGAATTGGAGTTGGTTCCATACGGAAGCGCCAGGCTTCGGATCGGTGAGTTCCCTCTGATTGGAGAGCGGAAAAGGGCCGCTAAGAAATAA	MIIALPVRIQYASMLQSDKKMLFLCIGHRPGKMVYFYQSVHLQEQKQGVWKLMLHETAFKSLPLRAIKPAGWLKSQLEIQASGFTGHLEEQWKDVGDENGWLGGQGESWERGPYYVDGLLPLAYLLEDESLIAKANRWIEWSLASQQENGLFGPNRITSVNQDIDKEQDWWHYMIMLKVMMQHEEATGDERIIPFLTKFFTYVHSVMEEQPLRGWAQTRGAEMLLCIVWLYRRTKQPFLLELADIVAGQTTDWSDIFHDFPFWRKVEEWDWTTHVVNVAMGIKTPGVLFELSGNPVERESVHRGIDSLMTYHGQAHGMFSGDEWLSGTHPSQGVELCAVVEYMFSMEQLTRIFGDGRFGDILEKVAFNALPAAISPDWTSHQYDQQVNQMICNVAPRAWSNSPDANVFGLEPNFGCCTANMHQGWPKLTSHLWMKDQEDGLVAISYAPCTVRTTVGRQGVPAVVEVTGEYPFKDRVQIHLSLEYEASFPLSLRIPAWCDDPVITLNGRDLPFQVQSGYARIVQNWQNGDRLDIHLPMEVKTVTRSMYATSIERGPLVYVLPVKENWQMIRERDMFHDWEIYPASPWKYGLVADTSFEVLEQDMVRQPFLAKDAPVRVKVKGQLIRDWKMEGNNAGNPPLHPNTDGQPITELELVPYGSARLRIGEFPLIGERKRAAKK	PGPT0019100_1538	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019100-hypBA-K09955	NA	NA
JZ016_01371	861	rhaS_10		HTH-type transcriptional activator RhaS	ATGATCTTCCAGTTGATGGCGCCGCCGTTGCCCCACTATATCATTTGTGGAGAAGATACCTATCAGGTAGGAGACAAACATCCGGATCGCTATAACATTGGGGTCTTTGATCTGATTCTGGTGACAAAAGGGGCGCTTTTCCTGGAGGAGAACGGTGCTGCTTACAGGGTGAAGGCCGGCTGCTACTTTATTCTTAGACCGGATGCAGCCCACCGGACATTTGAGCCCTGTCAGGAGGAAACCCACTTTTATTGGCTGCATTTTCAGACGCTAGGGTCTTGGATTGAAACAGAGGAGCTCACCCTTTTTGCCTTATCGCAAACCGATCAGCCTTATGTGCAGATCGAGCGTTTCTCTTTTTATATACCCAAGTATGGAGAGCTGCCTTCGATAGAGCAGGCGAAACTCCTGTTAGAGCAATTGCAGAACCTTCAGTCATCGTCTTCTTCCGCGGCACGCTGGAAACAGGAGCAGCTGCTGCATGAGCTGCTCCTGCTGCTTCAAGCCGAAGAGGACGGGATCCAGCATCAGAATCCTCAATATGCCATAGCCGAACGAACCGCCAACTATTTGAGACAACATTACAAAGAACCGGTTAGCTATCAGAGATTATCCGAGGCCATGCACTTCCACCAGAACTATCTGTCGATCTGCATGAAAAAAACGTTCGGCTGTACGCCCCTGGAATTTCTAACACGGCATCGGATCGAACAAGCCAAGCGACTATTGATCCACACCAACGATCCGATCGGACGCATTGCCGAAGAATCCGGATTCGGTTCTTTTCCGTATTTCATTCGCAGCTTTATTCGGTATACAGGCTTCAAACCCAAATCCTTTAGGCAGAAATACCGTTCCTAA	MIFQLMAPPLPHYIICGEDTYQVGDKHPDRYNIGVFDLILVTKGALFLEENGAAYRVKAGCYFILRPDAAHRTFEPCQEETHFYWLHFQTLGSWIETEELTLFALSQTDQPYVQIERFSFYIPKYGELPSIEQAKLLLEQLQNLQSSSSSAARWKQEQLLHELLLLLQAEEDGIQHQNPQYAIAERTANYLRQHYKEPVSYQRLSEAMHFHQNYLSICMKKTFGCTPLEFLTRHRIEQAKRLLIHTNDPIGRIAEESGFGSFPYFIRSFIRYTGFKPKSFRQKYRS				NA	NA	NA	NA	NA
JZ016_01372	795	fabG_7		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAATTTGGATCTGAAGGGAAAAGTCGCATTGGTAACAGGCTCGACGTCCGGCATCGGCAAAGCGATTGCCATGTCGCTTGCAGCCGAGGGAGCGTCCGTCATTATAAATGGAAGACATGAGGACAAAGTAAAACAGACGATCCATGATATTCACGCTGTGCATCCGGATGCCGAGCTGCGTATTGCCGTGGCGGATCTCGGAACGGAGGAGGGCTGTCATCAGGTCAGGGAAGCTGCTCCGGTCGTTGATATTCTGATCAATAATTTGGGGATATTTGAGCCTGCCGAATTTTTCGATATCCCTGATGCGGATTGGTTCAGGTTCTTCGAGACCAATATCATGAGCGGAGTTCGCTTAACCCGGCACTATTTGAAGAATATGATCAATCGCAATGAAGGTCGAATTATATTTATCGCGAGTGAAGCGGCCATCATGCCGTCCCAGGAGATGGCACATTACAGCGCAACCAAGACGATGCAGCTGTCCCTTTCCCGAAGCTTGGCTGAGCTGACGACAGGGACCCGCGTCACGGTGAATACCGTCATGCCTGGCTCCACGCTTACGGAAGGCGTTGAAACGATGCTGAATACGCTATATCCGGATGAGGATCTTTCGATCGAAGAAGCAGAGCAGCGGTTTATGAAGGAGAATCGGCCGACTTCCATCATTCAGCGATTGATTCGACCGGAGGAGATTGCGGATTTTGTTGCGTATCTCAGCAGTCCCAAATCCTCGGCGATTAACGGTTCAGCGCTTCGAATCGACGGGGGCTTGGTACGAAGCGTATTCTAA	MNLDLKGKVALVTGSTSGIGKAIAMSLAAEGASVIINGRHEDKVKQTIHDIHAVHPDAELRIAVADLGTEEGCHQVREAAPVVDILINNLGIFEPAEFFDIPDADWFRFFETNIMSGVRLTRHYLKNMINRNEGRIIFIASEAAIMPSQEMAHYSATKTMQLSLSRSLAELTTGTRVTVNTVMPGSTLTEGVETMLNTLYPDEDLSIEEAEQRFMKENRPTSIIQRLIRPEEIADFVAYLSSPKSSAINGSALRIDGGLVRSVF	PGPT0003180_3566	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_01373	846	ytbE	COG0656	putative oxidoreductase YtbE	ATGACAGCACAACACTTACAAGATACAACCACTTTATATAATGGAGTTAACATGCCTTGGTTTGGACTTGGCGTATTTAAAGTAGAAGAAGGACCGGAGCTGGTGAATGCCGTTCGCACGGCCATCCAGCATGGATATCGGAGCATAGACACTGCCGCCATATACGGCAATGAAGAAGGCGTTGGACAAGGCATTCGCGAGGGCTTGGAAGCTGCCGGAATTAAACGGGAAGATCTGTTTGTCACATCTAAAGTATGGAATGCCGATCTCGGTTATGAATCGACATTGAAGGCATACGATGAAAGTCTGCGAAAGCTGGGTCTGGAATATTTGGATTTGTACCTTATACACTGGCCGGTTGAAGGGAAATATATAGATGCGTGGAAGGCGTTAGAAACGTTGTACAAGGAAGGACGCGTTAAAGCCATTGGCGTGAGCAATTTCCAGATCCATCATCTGGAGCGTTTAATGAAGGAAACGGAAATTAAACCGATGGTGAACCAGGTGGAATATCATCCAAGACTAACGCAAAAAAAACTGCAGGCGTACTGCCAGGCGAATGGAATTCAGCTTGAAGCATGGTCTCCATTAATGCAAGGACAGCTGCTGGATCAAGAGGATCTTCAGCACATTGCTGAGAAGTATCATAAATCCATCGCGCAGATTATTCTTCGTTGGGATTTACAAAACGGCGTTGTCACGATTCCGAAATCGACCAAAGAACATCGGATCGCCGAGAATGCGGATATCTTTGATTTTGAATTGTCCGCTGAGGATATGCAGCGCATCGATAGTTTGAATCAAAATCACAGGGTGGGACCGGATCCGGACAATTTTGATTTCTAA	MTAQHLQDTTTLYNGVNMPWFGLGVFKVEEGPELVNAVRTAIQHGYRSIDTAAIYGNEEGVGQGIREGLEAAGIKREDLFVTSKVWNADLGYESTLKAYDESLRKLGLEYLDLYLIHWPVEGKYIDAWKALETLYKEGRVKAIGVSNFQIHHLERLMKETEIKPMVNQVEYHPRLTQKKLQAYCQANGIQLEAWSPLMQGQLLDQEDLQHIAEKYHKSIAQIILRWDLQNGVVTIPKSTKEHRIAENADIFDFELSAEDMQRIDSLNQNHRVGPDPDNFDF	PGPT0014985_74	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0014985-yvgN-K23257	NA	NA
JZ016_01374	1206	ydhP_2	COG2814	Inner membrane transport protein YdhP	ATGATGATCGATAAAAAAAGAAGTATGCTGGCGCTGCTGGCGCTTGCCGTCAGTGCCTTCGCCATCGGAACTACGGAATTTATCAGCGTAGGGCTGCTGCCGTTGATTGCGGAGGATATGAACATATCCGTCACGACCGCCGGATTGACCGTTTCGATGTATGCGCTTGGCGTTACTTTCGGTGCGCCGATCCTAACGTCGCTGACATCAAGGATGTCCAGGAAGACTTTGCTGCTCTGGATTATGATCATTTTTATTATTGGTAACAGCTTGGCAGCGGGCGCATCTTCCATTGGTATCCTGCTTGCAGCACGTGTATTTTCGGCCTTTTCGCATGGCGTATTTATGTCGATCGGCTCGATCATTGCCGCAAGCGTGGTGCCTGAGAATCGCAGGGCATCCGCGATCTCCATTATGTTTACGGGGCTGACGGTAGCGACGGTTACCGGCGTTCCGCTTGGTACGTTTATAGGTCAACAGTGGGGCTGGAGACTTGCTTTTGTCGCCATTGTCGTGGTCGGTATTGTTGCGTTGATCGCGAACAGTATCCTGGTCCCTTCCGACTTGCCTAAGGGAGAACGCACTTCATTCCGTGACCAGGCTAAATTGCTGACGAATGGAAGACTGCTGCTTATGCTCCTGATTACGGCCCTCGGTTATGGGGGGACCTTCGTTGTCTTCACTTATTTATCCCCATTGCTGCAGGATATAACAGGCTTCAAGGAAAATACGGTGGCCATCATCCTGCTGGTATACGGGATCGCCATTGCAGTCGGTAATGTGATCGGTGGAAAGGCAGCCAATCGCAACCCGCTTCGAGCACTATTCTATATGTTCATCGCCCAAGCGCTGGTGCTGATCACGCTTACGTTTACCGCACCGTTTCAAGTGGCCGGACTGATCACGATTTTTCTCATGGGATTTTTGGCTTTCATGAATGTGCCGGGACTACAGGTTTATGTCGTCATGCTGGCTGAACGGTTTGCACCGGGGGCTGTGAATATGGCTTCCGCGCTGAACATTGCCGCATTTAATGCCGGCATCGCCATTGGCGCTTTTCTGGGCGGCTTAATCACGAATTCCATGGGCCTGATTCATACGGCATGGATCGGGGCGCTGATGGTGCTCGGCGCGGTGGTTCTCACCGGATGGAGCTTGAAGCTGGAACGGAAGGAGACGGATAAGCCGAGTAAGCAAGCGGCCTAA	MMIDKKRSMLALLALAVSAFAIGTTEFISVGLLPLIAEDMNISVTTAGLTVSMYALGVTFGAPILTSLTSRMSRKTLLLWIMIIFIIGNSLAAGASSIGILLAARVFSAFSHGVFMSIGSIIAASVVPENRRASAISIMFTGLTVATVTGVPLGTFIGQQWGWRLAFVAIVVVGIVALIANSILVPSDLPKGERTSFRDQAKLLTNGRLLLMLLITALGYGGTFVVFTYLSPLLQDITGFKENTVAIILLVYGIAIAVGNVIGGKAANRNPLRALFYMFIAQALVLITLTFTAPFQVAGLITIFLMGFLAFMNVPGLQVYVVMLAERFAPGAVNMASALNIAAFNAGIAIGAFLGGLITNSMGLIHTAWIGALMVLGAVVLTGWSLKLERKETDKPSKQAA	PGPT0028991_1479	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577	NA	NA
JZ016_01375	405	ytcD_4	COG1733	putative HTH-type transcriptional regulator YtcD	ATGCAAACGAAGAAATACAACATCGCCGTCGAAGCGACATTGGAAGTGATCGGGGGTAAATGGAAATGCGTGATCCTCTGCCATCTGACCCATGGCCGTAAAAGAACCAATGAGCTGAAGCGTCTCATGCCGCACATCACCCAAAAAATGTTGACGCAGCAGCTGCGGGAGCTGGAGGACGACGGTGTGATCAATCGGATTATTCATAATCAAGTACCGCCTAAAGTGGAATATGAGCTGAGCGAGTACGGCATGAGTTTGAGCGGAATTCTGGATATGCTCTGTGCATGGGGCGAAAATCATATTACGAAGGTATACGGGGACAAATTCAGCGTGCTTGAGGACAGTATCCTGAATGATAAACTGAAAGTCTCGGACGAGCCCACAACCACAGATGCACGCTAG	MQTKKYNIAVEATLEVIGGKWKCVILCHLTHGRKRTNELKRLMPHITQKMLTQQLRELEDDGVINRIIHNQVPPKVEYELSEYGMSLSGILDMLCAWGENHITKVYGDKFSVLEDSILNDKLKVSDEPTTTDAR				NA	NA	NA	NA	NA
JZ016_01376	999	yxeB_2	COG0614	Iron(3+)-hydroxamate-binding protein YxeB	ATGTTCACATCTAAATTTCGGGTAACTCTCTCCATGCTCATCCTATGTTCGTTCTTGATTTCCGCATGTGGCGGGAATGGAAATACCACCAACGAAGCGGGTTCTTCAGGCGAAACAGCTGCAGGCGCGGACAAGCCCCAGACTGAAGCCGCAGCTCCTACGACTAGAAAGGTGGATACGATTCATGGTCCGATCGAGTATCCCGCCGATCCACAGCGAATTGTAGTCGATGCATATTTACCTACCTTATTGCTGCTCGGAGAAAAGCCGGTCGGCGCGACAGCGACGGATCTCGAGAACGTCCATATCCAAGACAAGATTGAGGGCATAGAAAATACGGGGGAAAGCGCTCCGGAAAAGATAGTGGAACTGAACCCTGACCTGATTATCAGCGCTAACTCCGATCCGGAAGTTTTCGAGAAGCTGTCTAAAATCGCGCCGACGGTCATTTTGCCTTATGAAACCTATCGAAGCGTGCACGAAGAAGTAGAGGGATTGGGTGCTATTCTTGGCAAAGAAGTAGAAGCGAAGGAATGGCTCGCTGAATTTGATAAGAAAATAGAAGAACTGCGCGCGAAAGTGAATGGCGTTATTGAAGAGGGTGAAACTTTTTCCATCTTTGGCGCTTTCGGCAAAACCTTCTACCTGTACGGCGACGGCATTTATCGGGGAGGATTGGCAATATACAAGGAGCTTCAATTAACGCCTCCGGCAACGATTCAAAAAGAATTGATTGATGCCAACGTGACTTACAAAGAGGTTTCCCTGGAAGTTCTGAATGATTACGCAGGCGATTATATCTTCTTTGATGAGTCTAACGGTGCCGAGTTGGATAAGAAGGACAAGGTGTGGACTTCGATTGAGGCCGTCAAACAGGATCGCGTGTTTTATCTCGATGCCAAACGGTTCTGGCCGTTTGATCCCATTGCTGTCCTGGCCCAGGCTGAGGAAGTGACGGAAATGATCGTCAGCCAAAAAGAGAAAGAGAACGCGAAATAG	MFTSKFRVTLSMLILCSFLISACGGNGNTTNEAGSSGETAAGADKPQTEAAAPTTRKVDTIHGPIEYPADPQRIVVDAYLPTLLLLGEKPVGATATDLENVHIQDKIEGIENTGESAPEKIVELNPDLIISANSDPEVFEKLSKIAPTVILPYETYRSVHEEVEGLGAILGKEVEAKEWLAEFDKKIEELRAKVNGVIEEGETFSIFGAFGKTFYLYGDGIYRGGLAIYKELQLTPPATIQKELIDANVTYKEVSLEVLNDYAGDYIFFDESNGAELDKKDKVWTSIEAVKQDRVFYLDAKRFWPFDPIAVLAQAEEVTEMIVSQKEKENAK	PGPT0003765_6127	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_01377	1716		COG1132	Putative multidrug export ATP-binding/permease protein	ATGCTGCGTCGATTTTTTTCCTATTACAAGCCTTATAAAGGGCTGTTTATCCTGGATTTTTGCTGCGCTATCTTTGCGGCTTTACTTGAATTGATATTCCCGGTTGCCGTCAACCGCGTGATTGACGACTTGCTGCCAAGCGGCAACTGGAAGTGGATCTTATACGCTTGTCTGGGTCTACTCGGCATTTATGTTGTCAGTTCCTTCTTGCATTACGTCGTCACCTATTGGGGGCATAAACTCGGCATCAACATTGAGACGGATATGCGCAAAAAACTGTTTGATCGGGTTCAGAAGCAATCCTTCCGTTTTTTTGACAACAACAAGACGGGACATCTAGTCTCGCGGATGACAAACGATTTGATGGATATCGGAGAAATTGCCCACCACGGTCCGGAAGATCTGTTCATCGCCGTCATGACGCTTGCCGGAGCTTTGGGCATCATGCTCGGACTTAACTGGGAGCTCGCGGTGATGACGTTTGTGATTGTTCCATTGATGGTCTATCTATCGCTGTATTTCAGCGGGAAAATGTCGGCTGCGTTCAAGCGCATGTTCTCCGATATTGCCGATTACAACGCACGGGTGGAGAACAACGTCAGCGGTATCCGAGTGGTACAAGCCTTCTCGAATGAGGAGCATGAAATGGCTCGTTTCGCGGAGAACAACAACCGCTTCCGCTTAACGAAGCTGGTTGCTTACCGCATCATGGCTTGGAACTCTTCGATCAGCTTTATCCTGATGAAATTCATCTCCCTGTTCGTTTTGGTGTGCGGTACTTGGTTCGTAATCGAAGGGCGGATGACCAACGGGGAATTTATCGCTTTTGTCATGCTGTCCAACGTGTTCCTTGGTCCGATTAAACAGATCAATGCGGTGATTGAGATGTATCCGAAGGGAATCGCCGGTTTTAAGCGGTATTTGGAGCTGCTTGAGAGTGAACCGGACGTTGCGGATTCGCCGGGTGCCAAGCCAGTTAACCATTTGCGGGGAGACATTGCCTTTCACGGGATATCCTTCGGTTACGAGAACAAAGATCAAGTGCTGCAGGATGTTGATTTATCGATTCGAGCTGGTGAAACTGTTGCGCTTGTGGGTCCGTCCGGAGCGGGCAAGACCACCCTGTGTTCTCTGCTGCCGCGTTTCTATGATACTGCTGCTGGCCGGATTACGATTGACGGAATCGATATCCGGGACATGACGCTGCAATCCCTTCGTTCCCATATTGGCATCGTGCAGCAGGATGTATTCCTGTTTGATGGCAGCATTCGCGAAAACATTGCTTATGGCCGACTGGATGCTGCAGATAGCGACATTATGAAAGCCGTGAGCCGTGCCCAGCTTGAGGATCTGGTCGCTTCGCTTCCGGATGGGCTGGACACCTTAATTGGCGAGAGAGGCGTTAAGCTGTCCGGCGGACAGAAACAGCGCCTGTCGATCGCCCGGATGTTCCTCAAGAATCCGCCGATTCTTATTTTGGACGAAGCAACGTCTGCATTGGATGCGGAGACCGAAGCGGCGATTCAGCAGGCGCTGGCCGAACTGTCGGAGGGACGTACGACCCTGGTGATTGCACACCGACTAGCAACGATCAAGAATGCAGACCGCATTGTGGTTGTTGCAGACAAAGGTATCGCCGAACAAGGTATCCATGAAGATCTGCTCGCAGCGCATGGTATATACAGCCGATTGCATCGGGCTCAATTCGGTGCTTGA	MLRRFFSYYKPYKGLFILDFCCAIFAALLELIFPVAVNRVIDDLLPSGNWKWILYACLGLLGIYVVSSFLHYVVTYWGHKLGINIETDMRKKLFDRVQKQSFRFFDNNKTGHLVSRMTNDLMDIGEIAHHGPEDLFIAVMTLAGALGIMLGLNWELAVMTFVIVPLMVYLSLYFSGKMSAAFKRMFSDIADYNARVENNVSGIRVVQAFSNEEHEMARFAENNNRFRLTKLVAYRIMAWNSSISFILMKFISLFVLVCGTWFVIEGRMTNGEFIAFVMLSNVFLGPIKQINAVIEMYPKGIAGFKRYLELLESEPDVADSPGAKPVNHLRGDIAFHGISFGYENKDQVLQDVDLSIRAGETVALVGPSGAGKTTLCSLLPRFYDTAAGRITIDGIDIRDMTLQSLRSHIGIVQQDVFLFDGSIRENIAYGRLDAADSDIMKAVSRAQLEDLVASLPDGLDTLIGERGVKLSGGQKQRLSIARMFLKNPPILILDEATSALDAETEAAIQQALAELSEGRTTLVIAHRLATIKNADRIVVVADKGIAEQGIHEDLLAAHGIYSRLHRAQFGA				NA	NA	NA	NA	NA
JZ016_01378	1035	feuC_2	COG0609	Iron-uptake system permease protein FeuC	ATGGAGACCATCACGAATACCATGCATGGGCGAAAAGACAAGAAGCGCAAAATTTTCACCCTGTCTGTGCTGGCTGCCCTGATCGTTCTAATATTCCTAATCAGTATGAACACGGGGGTCATTCGTTTGTCGCCGCTTGAGGTCATAAAAACACTGTTTGGCGGCGGGACGGATAAGCAGGAGCTGGTGCTGTTCGAATTCCGCTTGCCGCGTATCGTCATCTCGCTGCTGATTGGGGCAGGCTTAGCGATATCGGGATGTGTGATGCAGGGAATATCCCGTAATGAGCTGGCGGATCCGGGTATCTTGGGGATTAATGCAGGTGCAGGGTTGATGGTGATGCTGTTCATTTCATTTTTTCCAAGTACGACGGCGGCTCCTGTCTATCTATTGCCGGTGCTTGCATTGATTGGGGCAAGTTTAACCGCTGCATTAATATGCGTGCTGGCCTATAAGAAGAATCAGGGCTTTAAGCCGACGGGGCTGCTCTTAACAGGGATTGCCGTTGCGGCTGGCATCAGTGCGGCAATGATTGTGCTAACGCTGCGCTTGAGTCCTGAAAAATATCAGTTTGTTGCCACTTGGCTGGCGGGCAGCATTTGGGGTTCGAGTTGGAAGTATGTATTGGCATTGCTCCCATGGATCCTTGTGCTTCTGCCCTTCGTCATGTATAAAGCGCAGGTGATGAACGTTCTCAATCTTGGAGAACCGATGGCGACCGGACTCGGTGCTTCTGTCACGAGGGAGCAGCTGAAGCTGTTGGCAGCGGCGGTTGGCTTGGCAGCCTCGTGCGTTGCGGTAAGCGGCGGAATTGGATTTGTCGGACTTATCGCACCCCACCTGTCCAGACGCTTGGTCGGTGCGAAGCATCAGCTGCTGCTGCCGGTAACGGCACTGGTTGGTGCACTGCTGGTTATCACAGCCGATACCCTTGGACGTTGGATCATCCAACCATCTGAGATTCCGACGGGGATCGTGGTTGCGGTGATCGGTGCTCCTTATTTCCTGTACCTGTTATCCAGATCGAGGGCATAA	METITNTMHGRKDKKRKIFTLSVLAALIVLIFLISMNTGVIRLSPLEVIKTLFGGGTDKQELVLFEFRLPRIVISLLIGAGLAISGCVMQGISRNELADPGILGINAGAGLMVMLFISFFPSTTAAPVYLLPVLALIGASLTAALICVLAYKKNQGFKPTGLLLTGIAVAAGISAAMIVLTLRLSPEKYQFVATWLAGSIWGSSWKYVLALLPWILVLLPFVMYKAQVMNVLNLGEPMATGLGASVTREQLKLLAAAVGLAASCVAVSGGIGFVGLIAPHLSRRLVGAKHQLLLPVTALVGALLVITADTLGRWIIQPSEIPTGIVVAVIGAPYFLYLLSRSRA	PGPT0003770_4905	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_01379	1059	feuB_1	COG0609	Iron-uptake system permease protein FeuB	ATGATGTCAGCAAACACGTCCAATCCAAGTCTTACAAATTCCAAGATCCACGTTACACTCAAGGGGCGACCATGGGCTGCGACCCTGATTCTTACGGGCGGCGTTGCAGCGCTGGTGCTTGGCATAGCTTTATCGATATCGCTCGGAGCGGCCGATATTGATCTGCGAAATGTTTGGGAAGCGGTGTTCTTCTTTAATCCCGACGTGACGGAGCATCAGATCATACAGGAACTGCGCTTGCCGAGAGTCCTCGGCGGGGCGATGGTGGGCGCCTGCTTTGCCGTATCCGGCGCGATCATGCAGGGGATGACCCGCAATCCGCTCGCTGATTCCGGTTTGCTCGGATTAAATGCGGGAGCGGGTTTTGCCATTGCCCTCTGTTTTTCCTTTTTTCCGGGGCTGCCTTATATGTACCTGATTCTGTTCTCATTCCTTGGAGCAGGATTAGGAGCGGTTCTCGTGTATGGGGTCAGTTCCATGGCAAAAGGAGGCCTAACGCCGGTACGTCTCGTTCTTGCGGGTGCTGCCCTTAGTGCTTTGTTAAGTGCGCTTAGCGAAGGGATTGCATTGTATTTTCAGGTCGGACAGGACATGGCGTTCTGGTATGCCGGCGGAACCGCGGGGATTAAGTGGGTCCACCTGAAGATTATGCTGCCGTGGATCGTCGCTGCTATATTGGGAGCTATTGCATTGTCACGCTCTATTACCATGCTCAGCCTCGGCGATGAGATCGCCCGCGGGCTCGGGCAGCGAACGGGTCTCGTCAAGCTGGCCGGAACGGTGATCGTGCTGGTGCTGGCAGGGGCTGCCGTCTCGGTTGTCGGTGCGGTAGGCTTTGTCGGTCTCATGATTCCGCACGTCACCCGCAAGCTGGTTGGTGTGGATTACCGCCTCATCATTCCTTGCTCGGCCGTTCTTGGGAGCTTGCTGGTCGTCATTGCCGACTTAGCAGCAAGAATGGTGAACCCTCCTTACGAGACACCGGTGGGCGCGATCATCGCACTGATCGGGGTGCCCTTCTTCCTCTACTTGGCACGCAAAGAAAGGAGGGAGCTGTAA	MMSANTSNPSLTNSKIHVTLKGRPWAATLILTGGVAALVLGIALSISLGAADIDLRNVWEAVFFFNPDVTEHQIIQELRLPRVLGGAMVGACFAVSGAIMQGMTRNPLADSGLLGLNAGAGFAIALCFSFFPGLPYMYLILFSFLGAGLGAVLVYGVSSMAKGGLTPVRLVLAGAALSALLSALSEGIALYFQVGQDMAFWYAGGTAGIKWVHLKIMLPWIVAAILGAIALSRSITMLSLGDEIARGLGQRTGLVKLAGTVIVLVLAGAAVSVVGAVGFVGLMIPHVTRKLVGVDYRLIIPCSAVLGSLLVVIADLAARMVNPPYETPVGAIIALIGVPFFLYLARKERREL	PGPT0003770_2638	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_01381	1326	eriC	COG0038	Chloride/fluoride channel protein	ATGATTAAAAAATGGTTTAACGCTGCCGAAAAATGGCCATACGCCTTGTTGTCCGGTTACTTCATCAAATGGATCGTTCTGGGAAGTTTTGTAGGATTGATGACGGGCAGCGCCTCCGCCTTCTTTCTTTACAGTCTGGACTATGTAACCTCCCTTCGCATGGAGAATCCTTGGCTGCTGTTCTTCCTTCCCTTGGGAGGGGCCGGGGTCAGCTTCCTATATTACAAGTTTGGCAAGAGCAGCACCAAAGGGAATAATCTCATCCTTGAACAAATCCATGGCGGTACGGAATCCGTACCATTGCGCATGGCGCCTTTAGTGCTAATCGGGACATTGATCACGCATCTGTTTGGGGGATCTGCAGGACGAGAGGGTACTGCCGTTCAGATGGGAGGAAGTTTATCGGAGGGGTTCGGCAAGCTTATCCGCGTAACGCCGGCGGATCGAAAAATACTGCTAATCTGCGGAATTAGCGGCGGTTTCGGATCCATCTTCGGCACGCCGCTGGCGGGAACCCTATTTGGACTTGAAGTGCTTGCCATCGGACTGATCTCGCATCAAGCCCTTTTCCCTGCATTCGTAGCCAGCTTGGTCGGGAATCTGATCGCCACCTCCCTATGGGGCGTCAGCCATCTGCATTATCCAATCGGAGAAATTCCGGCTTTGAGTTTCCTCGTAATCCTAAAGGTGATTTTCGCCTCGATTCTCTTTGGTCTGACAAGCCGGCTGTTCAGTGAGCTAACCCATTCCTTGAAGCAGTGGTACGGTTATTTCTTCCACAATCCGATGATCAAAAGCGCTGTCGGGGGCATCATCATCATTGCGCTGGTTTATCTGCTTGGGACACGCGAATATTTGGGACTGGGACTCCCCCTGATTGAAGCCTCCTTCACAGACGAGGTATCGCCTCTCGCCTTTCTCGGCAAGATCCTCTTTACCTCGCTGACGCTCGGAGCAGGTTTCCAAGGAGGGGAAGTAACCCCGCTGTTTGCCATCGGTGCAACGCTGGGCAACGCGTTATCCGAATGGATCGGATTATACGCTCCGTTCCTGGCTGCACTAGGATTTATTGCCGTCTTCTGCGGAGCGACGAACACCCCGATTGCTTGCTTTATTATGGGAATCGAACTGTTCGGCGGGGAAGGCGCCGTGTATATGTTGATGGCCTGCGTTATCAGCTACCTGTTCTCCGGGCACTCCGGCATCTATACCTCCCAACAAATCGGCATATCCAAACACCCGCTTCTCTCGTTTCCGCTGGGCACAACGCTTGCGGGTGCAAAAACGTTAAATAAACAGAAGCACAAACAAAAGACGTCCAAGTAA	MIKKWFNAAEKWPYALLSGYFIKWIVLGSFVGLMTGSASAFFLYSLDYVTSLRMENPWLLFFLPLGGAGVSFLYYKFGKSSTKGNNLILEQIHGGTESVPLRMAPLVLIGTLITHLFGGSAGREGTAVQMGGSLSEGFGKLIRVTPADRKILLICGISGGFGSIFGTPLAGTLFGLEVLAIGLISHQALFPAFVASLVGNLIATSLWGVSHLHYPIGEIPALSFLVILKVIFASILFGLTSRLFSELTHSLKQWYGYFFHNPMIKSAVGGIIIIALVYLLGTREYLGLGLPLIEASFTDEVSPLAFLGKILFTSLTLGAGFQGGEVTPLFAIGATLGNALSEWIGLYAPFLAALGFIAVFCGATNTPIACFIMGIELFGGEGAVYMLMACVISYLFSGHSGIYTSQQIGISKHPLLSFPLGTTLAGAKTLNKQKHKQKTSK				NA	NA	NA	NA	NA
JZ016_01382	684			hypothetical protein	ATGAACGGAATTCCTGGCGTACTGCGTATTTATACGAAACAGAAATTATCCTGGATTTACTTGCCTTGGGCAATCACGGCATTCAGTTTTCTGACTAACTATTTTATCAGCCTAATGGTTAATGGAGATTCATTCTATGCCGGTGGCTTGGCTACGATTTTTATCTATGTCTTTGTCGGGGCTTTGGTTTCGGTGCTGCAGCTGTTTCCATTCGCCCTAGGGTTCAGTATTCGAAGAACGGACTTCTTTGCAGGATCTGTTCTTATGTTGGTTTCGTACAGCATCTTTACGTCAATCATTTTATTGATATTAGCTGAAGTTGAACGGTCAACGGGTTCTTGGGGAAATCGGGTATCTTTCTTTAAACTGCCGTATTTAAATGACGGCACGTTGCTAGAACAATTTATGATCTATTTCATAGTACTTGTTTCATTTGCCTTTATCGGGATGGGAATCGGTGTTTTCTATCTTCGGCATCGTGGTATTAAAACCTTTGTCATGCTTGCGGCCTATTTCATTCTATTATCGGGGCTCAGCGTACTGATTACCCAATATGGCCGGTGGGGACATGTGATTGACTGGGTTGTGAAAAACACTGCTTTTGAATTGTCGCTGTGGTTCATTCCGATCACGCTCATCCTTGCTCTATTTAGTTACCGTTCGATTCGCAAAAGCTCGGTGTAA	MNGIPGVLRIYTKQKLSWIYLPWAITAFSFLTNYFISLMVNGDSFYAGGLATIFIYVFVGALVSVLQLFPFALGFSIRRTDFFAGSVLMLVSYSIFTSIILLILAEVERSTGSWGNRVSFFKLPYLNDGTLLEQFMIYFIVLVSFAFIGMGIGVFYLRHRGIKTFVMLAAYFILLSGLSVLITQYGRWGHVIDWVVKNTAFELSLWFIPITLILALFSYRSIRKSSV				NA	NA	NA	NA	NA
JZ016_01383	891	btuD_7		Vitamin B12 import ATP-binding protein BtuD	ATGAGCCAAACCGTGATTGAAGTCAAGAATTTGAGTAAGAAATATAAGGATACTATGGCCGTCGATAATGTGAGCTTTACGGTAGAAGCCAACAAGATCTACGGATTGCTGGGAAGGAACGGAGCCGGCAAAACGACCATCATGCAGATGATCACAGCGCAACTATTCGCAACCCAGGGTGAGATCCGCGTATTTGGTGAGCATCCTTATGAAAATCTAAAGGTCATCCAGCAGGTATGCTTTATTAAGGAAGGCCAGAAGTATCCGGATCTGTTCACGGTCAGGGATGTGATGGAAACTGCAGCGAGCGTATATCCAAACTGGGATGCGGAATATGCCAAGGAACTGATCGAGGTATTTCGATTGCCCATGAAGCGACTCGTGAAAAGATTGTCCCGCGGTATGCTATCGTCGGTTGGCATCATTGTCGGACTCGCCAGCCGCGCACCCATTACGATCTTTGATGAGCCTTATCTGGGTCTGGATGCCGTGGCCAGAGAGCTGTTCTATGATCAATTGATCGAGGATTACACCGATCATCCGCGTACGATAATTCTGTCCACTCATTTGATCGACGAGGTTAGCAGACTGCTGGAGCATATCATTGTCATTGATGGCGGGAAAATATTGCTGGACGACGCCACGGATGATTTGCGGGGACGCGCTTATACGATCGTCGGTCCCTCCGGGATGGTCGAATCGTTCATCCAGGGGCAGGAAGTGATCCATCGGGAGTCTTTCGCTTCCATGTTGTCCGTTACGTTAATGGGAAGCGCATCAACGAAGTTAAAAAAAGAGGCGGAAGAATTGGGTTTGGAAACAGCCCCCGTCTCCCTTCAGCAGTTAATCGTATATCTGACTAAGCGTGAAAAGGTGGGGGGCCAACTATGA	MSQTVIEVKNLSKKYKDTMAVDNVSFTVEANKIYGLLGRNGAGKTTIMQMITAQLFATQGEIRVFGEHPYENLKVIQQVCFIKEGQKYPDLFTVRDVMETAASVYPNWDAEYAKELIEVFRLPMKRLVKRLSRGMLSSVGIIVGLASRAPITIFDEPYLGLDAVARELFYDQLIEDYTDHPRTIILSTHLIDEVSRLLEHIIVIDGGKILLDDATDDLRGRAYTIVGPSGMVESFIQGQEVIHRESFASMLSVTLMGSASTKLKKEAEELGLETAPVSLQQLIVYLTKREKVGGQL	PGPT0006725_16626	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_01384	333			hypothetical protein	ATGCAAATTGCCGACAAAATCGAAGACGACATCATCGAAGCACGACTGCCTGAGGAGACACAGGTTCCGTCAACGAATCAGTTTGCAGCCTTTTACCAGATCAATCCGGCAACGGCTGCCAAAGGCGTTAATCTGCTGGTGGATCAAGGGATTTTGTACAAGAAACGGGGGATTGGCATGTTTGTAGCCTCAGGGGCTCGTGAATTGCTGATGGAGAAGCGCAAGACGGAGTTTTATGAGCAGTACGTTGTCGCCATGGTTAAGGAAGCGGCGAAGCTTGGGATTACCAAAGATCAATTATCGGAAATGATCCGCAGAGGGGAGCAAGACTGA	MQIADKIEDDIIEARLPEETQVPSTNQFAAFYQINPATAAKGVNLLVDQGILYKKRGIGMFVASGARELLMEKRKTEFYEQYVVAMVKEAAKLGITKDQLSEMIRRGEQD				NA	NA	NA	NA	NA
JZ016_01385	1134			hypothetical protein	ATGAAAAGAATCATTGCAATCGTTGTACTAGCCATGCTGACGGTAATAACGCCGCTGTATGCCGCATCCGCCGCCAAGAATTTGGCTTACGTGGACAAAAACGGCCAGTCCTATATTTCGGTCGGGGTCCTCAAGACCTATGATGGTGTAAAAGTGGCGTATACAGCCGCTGAAAAAAAACTCCATATTACTCGCGAAGATACTGCTCTCACCCTATACCTGGGCAGTCGGAATGCATACGTAAATGGCAAGAAGGTTCAGTCTAAAGCAATTCCGTTCTCCGAAAACGGCTCTACCTATGTACCCCTGCAATTTGTCAGTCAACATCTGGGCTTAAAGCTATCCTGGGGCCATAATAGATCCACCCTGAAAATTACGGACGGGAATGTAGCACACACGCTTCCTGTTCTATCTGGAACATTCATATCCAGCCAAACCAAGCCCGTGACGTCGACTAGAAAAACCTTTAAGGTTGGCTCCCGTTCCTTCAGCGCACAGGTGGTCACCGTTTCACTTCTCCATCCGAAGGTGGAACTGGACGTTGTTCTGGCAGGCAATAAAGCAGGGAAAGTCGAGGATTTGCGCAGTATAGCCAAGCGCAGCAAAGCCGTAGTAGCTATTAACGGCACATTCTTTGATGCCTACACTTCCGGTGCATACAAAGCGCCTTACGGCTATTTGGTCAGCAAAGGCAATATTTTGCACAAGGCCTCGGGGGATAATCGAACGATCTTCGCCTATGACAACAACAGTCTGGCCGCCATGATTCCAGGACTTGATTTCAAATCCGTATATGATGCCGGACATATGGAAGGAGCCCTTCAAGCTGGCCCGCGTCTGCTGACTGACGGCAAGGTGACCCTGGACGTCAAGAAGGAAGGCTTCAAAGATCCGAAGATTCTAACAGGCGGCGGCGCACGGAGCGCTTTAGGTATCACGAAGGATCATAAACTGATCATGTTAACGACTGGCGGAGCAACCATTCCACAACTTGCGGAAATCATGAGGCAAGCCGGGGCATACCAAGCGATGAACCTGGATGGCGGTGCCTCCAGCGGCTTGTATTATAATGGATCGTACTTAACGACGCCTGGGCGGCAGATTAGTAATGCCATTGTCGTAAAATATAAATAG	MKRIIAIVVLAMLTVITPLYAASAAKNLAYVDKNGQSYISVGVLKTYDGVKVAYTAAEKKLHITREDTALTLYLGSRNAYVNGKKVQSKAIPFSENGSTYVPLQFVSQHLGLKLSWGHNRSTLKITDGNVAHTLPVLSGTFISSQTKPVTSTRKTFKVGSRSFSAQVVTVSLLHPKVELDVVLAGNKAGKVEDLRSIAKRSKAVVAINGTFFDAYTSGAYKAPYGYLVSKGNILHKASGDNRTIFAYDNNSLAAMIPGLDFKSVYDAGHMEGALQAGPRLLTDGKVTLDVKKEGFKDPKILTGGGARSALGITKDHKLIMLTTGGATIPQLAEIMRQAGAYQAMNLDGGASSGLYYNGSYLTTPGRQISNAIVVKYK				NA	NA	NA	NA	NA
JZ016_01386	186			hypothetical protein	ATGGTGAAACATTTTCTTGATCAGCATATGCAGCTCGAAGCGGAGGTAGTGCTGCTTATAAAGAAAACCCCTGATCAGCCGGTAGAAGAACCGGATAAACAGGGGAGAGGAGGTAACTATTTATATTTTACGACAATGGCATTACTAATCTGCCGCCCAGGCGTCGTTAAGTACGATCCATTATAA	MVKHFLDQHMQLEAEVVLLIKKTPDQPVEEPDKQGRGGNYLYFTTMALLICRPGVVKYDPL				NA	NA	NA	NA	NA
JZ016_01387	2130			hypothetical protein	GTGGATTCCATTACATCGTCTATTGCGGTCATACGGACGAAAATCAGGGACACGATCGAGGGGATATATCGGGTTTGGAGGGAATGGATTGGGAAATACCCTTTCATTGCCAAGGTGTATCACTTATTTTCCTGGCTTTCCCTACTTGTACTCGTTATTAGTCTGGTGCTGATCGAAGAATCACGGACCATGCTAGTTCAATATTTATGGTCTTTCTACGTATTGCTGCAATTTTGGCTGCTAAGCCGAAGCAAAACCGTTGCCTGGAAACAGGTCAGCTTGTTTGTTCTCTCAGGGGTTCTTATGGTCATTCCCTTGACCAATGGGACCATGCAGGGACTTCATTTGATTTTTGGAGGACGGACTACCGATACATGGTCATTTGCCGTCATGACCCCGGTTGTTGAGGAAATTTACAAGCTATTGCCGCTGGGACTGTATTTGTTTTTTTCAAGAAGAGCCACGACGTTAAGCCTTAGCGATTATGTATTGTTAGGGGCTGCTCCCGGCATTGGCTTTCAATTTATGGAGGAGCTGTCGAGGCGCCTGGTCCAAAGCAATTACGGGGTGTCGTTTCTCGGCGGCAAAACGCTGCATTGGGAGTTCTTCGATTTATTTCCGGGCTACTTCGAGGAAAGTTTTATTCCGACCATGATGAATGTTACGCATCCTGTACATAGTGCCATGATCGCCCTTGGAATCGGCATCGCTTTCCGGTACGCCAAGCGTCTCTCTCGCTGGACCTATGCTTTTCCGACTGTCCTTCTCCTCTGGGCGATCCTGAACCATGCGGCCTGGAATGGGCAGAATCGGCTGCCGGAGTGGATACTGACTCTTCATGAGTGGACCGGTGAAGGCTACCGAACCGAAGGCTTCTTCCTGCTCCTGCTGGTTGCAGGTTTGTTCATCGACTACTTCGATTTGCATCGAATCCGTGACCGTCTCCCGGTTCTGAAGGGTGAGGGCCTTATCAATCCATTAACGGAGTGTTGGCAGATGGCGCGGGCTCTCTTAACAGACCGGAAACGCCTAGGTTACCTGATGGCATTCTACCGAGAACGGCGCGAGCTCGGATATTCGTTATTATATGGCAATCTTGAAGCAGCAAACCAAAGGGATCAGATTCAGGAGAAGGTTAGACAGTATACTGCCGTTCTGGGAGCTATCGGCATCCTCATGCTTGCTGCAGGGCTTCTCTCCGCTATCGGCACTTCGATGATTGCTGCTGACTCCTCCTGTTTCGCATGCTTGTTCGACTCACTCCAGAACTGGTGGGACCGGCTTAGCGGCTGGGAGCAAGCGGGTATCATACTGGGAGCCTTTGCCCTTTCGCTGCTGTTTGTCAGCTTCTGGCCTGCTCTTGGCATTGCCTTGACCGGTGCAGGCATTGCGGGTGGCGGACACGAGATTGCCGGATACATCCGCGACCCGAAAAAGCTGCTGTCCCCACAAAATGCGGCAGCTGCCGTGTTAGCCGTCATCCTCAGCCGCATTCCGATAGGTAAAGGGGTATCTTGGCTGTCCAATAAGCTGGGTCCCACTGCGAGAAGGTGGCTGGATACGCTTTCCGAGAAGCTAGGTTTGAAAACGCGCAATGAGCCGGATGTTCCCACTGGCGGAACTCGGGATCCGAAGCCGGACACTACGAATGAACAGCCGGAAGAGGCTCCGAGGAAGCCGGAGGAAGATAAGCCTGACAACGAAAAGCCGGATGAAAATAAGCCGAATGATAAACCGGATGAAGAAAAACCTGACGAAACGGAAGGAACCCCGCAAGAGGTACCGAGATATTCCGGAGAGCTGCAGAAGGTTAACAAGCCGGATGCTGCCGCGGATGCGCTTGCGGAGCGACTTGGCGGCGAATCGAGAATGAAGTTTGATTCCGACCCGATCGGCAGGGAATTCGACGCCATTAGCGATGAGTATGTTGCCCAGACCAAGCCTGCCCTGCAGCAGGTTAACAAAAAGGTCCGCGATCAAATGAAAGCGACCTTCGAAGCTGCGGAGCAGACCGGCAGAAAGGTCTATTATCATTTTGAAGGGGAGCCAGCCCAATCGGTTATTGACAAATTACATGAATACAGCCAAAGATATGGAATAGAAGTCCACATTGATACCGATCCATTATAA	MDSITSSIAVIRTKIRDTIEGIYRVWREWIGKYPFIAKVYHLFSWLSLLVLVISLVLIEESRTMLVQYLWSFYVLLQFWLLSRSKTVAWKQVSLFVLSGVLMVIPLTNGTMQGLHLIFGGRTTDTWSFAVMTPVVEEIYKLLPLGLYLFFSRRATTLSLSDYVLLGAAPGIGFQFMEELSRRLVQSNYGVSFLGGKTLHWEFFDLFPGYFEESFIPTMMNVTHPVHSAMIALGIGIAFRYAKRLSRWTYAFPTVLLLWAILNHAAWNGQNRLPEWILTLHEWTGEGYRTEGFFLLLLVAGLFIDYFDLHRIRDRLPVLKGEGLINPLTECWQMARALLTDRKRLGYLMAFYRERRELGYSLLYGNLEAANQRDQIQEKVRQYTAVLGAIGILMLAAGLLSAIGTSMIAADSSCFACLFDSLQNWWDRLSGWEQAGIILGAFALSLLFVSFWPALGIALTGAGIAGGGHEIAGYIRDPKKLLSPQNAAAAVLAVILSRIPIGKGVSWLSNKLGPTARRWLDTLSEKLGLKTRNEPDVPTGGTRDPKPDTTNEQPEEAPRKPEEDKPDNEKPDENKPNDKPDEEKPDETEGTPQEVPRYSGELQKVNKPDAAADALAERLGGESRMKFDSDPIGREFDAISDEYVAQTKPALQQVNKKVRDQMKATFEAAEQTGRKVYYHFEGEPAQSVIDKLHEYSQRYGIEVHIDTDPL				NA	NA	NA	NA	NA
JZ016_01388	402			hypothetical protein	ATGTATGAATTTCACGGCTGGGCTGCCATTCAGGAGAATCCTGCGGAGGCGGATGCCGGGCAGCTCGACATGATCATTCAGAAAATACAGCTTAAGATAACCGAATTTGCTTGGGGAAGCGGCTTGTTATCCTTAAATGCGGCTAACGGCTCCTATTACCTTCATGTCGGAGGTTTTACGAACCGCAAGGGAGCCGAGGCTGCCGAGATCGTTGCGCTGTACCAATTGATCGGCGAAATCGCGCCCGGTTCATACGGTCTTCTGTATACCAGAGACGATGAGAATCTGGAAGGCTATGATAACGAATTCCGGGTTCAGGTGCTGGCACGCGGGCAGTTGAAGGAACAAAGCGATCCATTTCTCTCCCCTTGCGTCCCGGTGATCGAAGACGAAGTCGATTAA	MYEFHGWAAIQENPAEADAGQLDMIIQKIQLKITEFAWGSGLLSLNAANGSYYLHVGGFTNRKGAEAAEIVALYQLIGEIAPGSYGLLYTRDDENLEGYDNEFRVQVLARGQLKEQSDPFLSPCVPVIEDEVD				NA	NA	NA	NA	NA
JZ016_01389	324	pcp		Pyrrolidone-carboxylate peptidase	ATGCTAAAAATATTAATTTCAGGCTTTGAACCTTTTGGCGGCAGCTCAGTTAATCCAACGGAGAGACTGGTTGAGGACATCAAGCACGATTCCTTCCCCGGTGCAGAGATCAGAACGCTGCTTCTTCCCGTACATTACGATGAGTGTGCGGAGATTCTGCTGCAAGAGATGAAGGCATACGAGCCCGATGCGGTCATTGCCTGCGGCGTAGCGGGTGGGCGGACCGCCATTACACCGGAACGCATCGCCATCAATATCAAGGACATACCGCCGGAATCGACGATTTCGGATAATCGGGGGCAAGACCTCAAGATGAGCCGATAG	MLKILISGFEPFGGSSVNPTERLVEDIKHDSFPGAEIRTLLLPVHYDECAEILLQEMKAYEPDAVIACGVAGGRTAITPERIAINIKDIPPESTISDNRGQDLKMSR				NA	NA	NA	NA	NA
JZ016_01390	759	pxpA	COG1540	5-oxoprolinase subunit A	ATGGTTCGAGTGGACCTGAACTGTGATATGGGAGAGAGCTACGGTGCTTACAGGTTAGGCAATGATACGGAGCTTCTTCGCAGTATAACTTCGGCCAACATCGCTTGCGGATTTCATGCAGGCGATCCGGCGGTCATGCGGGCAACGGTCCGTCAAGCGATCGAGAGTGGTGCCGCAATCGGCGCGCACCCGGGCTTGCCCGATCTGGCCGGCTTCGGAAGAAGAAGAATGGAGATTACGCCTGCCGAAGCTTATGATATGGTAACCTATCAGATTGGAGCTTTGATGGCTTTTGCGATACAGGAAGGGTCCGGGCTGCAGCATGTAAAACCTCACGGTGCCCTGTATAATATGGCAGCGACATCCAGAGCCCTTGCGGATGCGATTGCATCGGCAATCAAGGATATCGATCCAACACTCATTCTGTATGGGTTGGCAGGCAGCGAGTTAATCGCAGCGGGGGAGAAGGCAGGGCTTCGCACAGCAAGTGAAGTGTTTGCGGATCGTACCTACCAGGATGACGGCACACTCACGCCGAGACATCTGCCGGATGCCATCATAACCGATCCCGGTGCTGCGGTCACGCAAGTAGTCCGAATGGTGAAAAACAAAGTGGTAGTTACCCTGAGCGGCAAGGTGATCCCCATTGCGGCAGATACCGTCTGCATTCATGGAGATGGACCGCATGCAACGCTATTCGCGAGCGCCTTGCGATCACGGCTTGAAGCTGAAGGCGTAAGCGTTCAAGCACTGCTATAA	MVRVDLNCDMGESYGAYRLGNDTELLRSITSANIACGFHAGDPAVMRATVRQAIESGAAIGAHPGLPDLAGFGRRRMEITPAEAYDMVTYQIGALMAFAIQEGSGLQHVKPHGALYNMAATSRALADAIASAIKDIDPTLILYGLAGSELIAAGEKAGLRTASEVFADRTYQDDGTLTPRHLPDAIITDPGAAVTQVVRMVKNKVVVTLSGKVIPIAADTVCIHGDGPHATLFASALRSRLEAEGVSVQALL				NA	NA	NA	NA	NA
JZ016_01391	1002	pxpC	COG1984	5-oxoprolinase subunit C	ATGAGTATAACCGTTATAAAGCCGGGACTTCTTGTGACTCTTCAGGATGCGGGAAGACGGGGTTACGGCAGATACGGCATTATCACGGCTGGAGCAATGGATACCTCTGCTTATCGGATCGCCAATCGACTAGTTGGCAATGAGGATGATCAGGCCGTTCTGGAAATTACATGGTCAGGATTTGCGGTTGAATTTCATAGCGATCGGTGGGTTGCCATTACCGGCGGGGATTTATCACCCTCGATAGAAGGAGTGAAGGTTCCGATGTGGCGTCCCGTGCTGATCAAAGCAGGCCGTGTTCTGAGGTTTCAACAGCCGGTATCGGGTTGCCGTTCTTATATGGCGGTGTCGGGCGGATTTGATGTCAACCAGGTAATGGGCAGCAGCAGCACCTATTTAAGGGCCGGAATCGGCGGGTATGAAGGGAGGCCGTTGAAGACGGGGGATACGCTGCATGCCCATCTTTCTATGCTTCCTGTGGTCTCGTCTGAACGATACCTTGATGATTATGGCGGTTTCCTCACCGCAAAATGGGCCGTCTCTGCTGAAAGGTATCCTGGTCCAGGACAGGAGACGTTGATACGTGTGCTGAAAGGGCGTCAATATGATGACTTTGACGACGGCAGCAAGCAGGCGCTGTTCGGAGAACGGTTCACCGTTACTCCGCAATCGGACCGTATGGGCTACAGGTTGTCCGGTCCGCTGCTTCAATTGACCCATGAAAAGGAATATATATCCGAGCCGGTGGCCCTTGGAACGGTACAGGTACCTGCAGATGGCCAGCCCATCATTCTAATGGCGGATCGGCAGACGCTTGGAGGGTACCCTAAAATTGCGCAAGTGGCAACCGTCGATATTTCGCTGATCGCTCAGCTGTCGCCTGGAGCAGCGATTCGCTTTGCGGGCATTTCGTTGGCTGAAGCAGAACAGCTCTATACGGCTCATGTTCGGGAGTTTCGAATGTTGGAGTCCATGATCAAGCTTAAATTAAAGGAGTGGTGA	MSITVIKPGLLVTLQDAGRRGYGRYGIITAGAMDTSAYRIANRLVGNEDDQAVLEITWSGFAVEFHSDRWVAITGGDLSPSIEGVKVPMWRPVLIKAGRVLRFQQPVSGCRSYMAVSGGFDVNQVMGSSSTYLRAGIGGYEGRPLKTGDTLHAHLSMLPVVSSERYLDDYGGFLTAKWAVSAERYPGPGQETLIRVLKGRQYDDFDDGSKQALFGERFTVTPQSDRMGYRLSGPLLQLTHEKEYISEPVALGTVQVPADGQPIILMADRQTLGGYPKIAQVATVDISLIAQLSPGAAIRFAGISLAEAEQLYTAHVREFRMLESMIKLKLKEW				NA	NA	NA	NA	NA
JZ016_01392	720	pxpB	COG2049	5-oxoprolinase subunit B	ATGAGCAAGTCTTATTCGTTCTTCCCTTTAGGGGATTCGGCTGTTCACATACAATTCGAAAATATCGTGAGTGAGAAGGTGCATCGCCAGGTCACGGCTATGACGAGACGAATAGAGCAGAACCCTTTTCCAGGCTGGATCGAATGCATCCCTTCGTATACGAGCGTAGCGGTTTACTATGATTATGATAAGATCGGCAAACCGGACGGATTCGATACCGTGTTTGCTTACGTCTGTTCGATGCTCGAGCAGCGGATGGAGGCGGGAGCCGAAGAGAAGAACATCACGAAATATGAGGTTGTTGACATACCGATTTGTTATGGGGGCGACTATGGGCCGGATCTGGAGGAAGTAGCTCAGCAGAACGACCTTACCCCCAGGGATGTCATTCGTATTCATTCCGGGCAGGATTACTTGGTATACGCCATTGGATTCGCGCCCGGCTTCCCCTATGTTGGAGGTGTTCCGGAGCAGATTGCGACACCGAGGAAACAGACTCCCCGGCTGCAAATTCCGGCTGGATCCGTAGGAATTGCCGGCACGCAAACCGGCATATATCCGATCGAAACGCCGGGTGGGTGGCAGATTATCGGCCGGACGCCGCTCGGTTTATTTCGTCCCGAAGCGGAGCCTCCAACGCTGTTGAAGAGCGGGCAATATATCCGGTTTCGGCCTATTCAAGCGGAGGAATACGAACAGTTAAGGGAAGTGGGTCTATGA	MSKSYSFFPLGDSAVHIQFENIVSEKVHRQVTAMTRRIEQNPFPGWIECIPSYTSVAVYYDYDKIGKPDGFDTVFAYVCSMLEQRMEAGAEEKNITKYEVVDIPICYGGDYGPDLEEVAQQNDLTPRDVIRIHSGQDYLVYAIGFAPGFPYVGGVPEQIATPRKQTPRLQIPAGSVGIAGTQTGIYPIETPGGWQIIGRTPLGLFRPEAEPPTLLKSGQYIRFRPIQAEEYEQLREVGL				NA	NA	NA	NA	NA
JZ016_01393	177			hypothetical protein	ATGAGCCCACAAAACCAGAACAGTAACGAACCGACAAAAGCAGAAGTTCAAACCACGAAATTGAACAAAATGCCGATTCCAGGTGAATTCGACACTGAGATTTCTGCCGAAGAAGCAGCCGAGGTGTTTCAACAGCAGCAGCCAAACGCTGGTCATAGCTCCGAGAACCAGCAATAA	MSPQNQNSNEPTKAEVQTTKLNKMPIPGEFDTEISAEEAAEVFQQQQPNAGHSSENQQ				NA	NA	NA	NA	NA
JZ016_01394	1209			hypothetical protein	ATGAGCATACCGGAACCCAACCAAATATCGCGTTGGCGGCTCATTCTGGGCCAGTCGGCCGAACCTCAGCTAGCGGGCTATAACCCCGGGGGAAGCATACAGCTGTCGGAGGAAGAGATGATTATGGACCGTGCGCTGGCCGCGATTTATGATAATACGGACGGCGGGGCGGAAGCCGGAAGTGCGGCCGCGGGGCAGCGGACAGCCGGGCAAGGAAAGTCCGCTCCCCGGCTGGCGCAGTGGCTGGGGGATGTCCGCACCTTTTTCCCCGAAGACGTGGTGTCTATTATCCAGAATGATGCCATGGAACGAAAGGGCTGGAAGCAGCTGTTGTTTGAACCGGAGGTTCTGGCTACGGTCAAGCCGGATATACAGCTGGTTGGCACGCTGCTGTCCCTGAAAGGGAAGATTCCCGAGAAAACCAAGGATACGGCGCGCCTGCTGGTAAAGGCGGTTGTGGATGAACTTGTCCAGCGTCTGCAGGAGGATATTCGCCGGGCTGTGACAGGGGCGTTGAACCGCAGGCAGCATACACCGCTTCCTTCGCTCAGCGGTATTGACTGGAAGCGGACGATACAGCGAAATCTGAAAAATTATGATGCGGACCGCAAGCAGATCGTGCCGGAGCGTTTTTATTATTTTGACAGGGCAAGACGGAGCAAAGAATGGACCGTTATTGTGGATATCGACCAGAGCGGTTCCATGGCGGAATCCGTCATCTGGGCTTCCGTTATCGGATCCATATTTGCAAGCATCCCCTCGCTAGACACCCGTGTGGTCGTGTTCGATACGGAAGTTGTTGACCTGACGGAGCAGTGTGCCAATGATCCGGTGGATATGTTATTCGGCATCCAGCTTGGCGGCGGAACGGATATTCATAAATCGGTCGCTTATTGCGAGCAGTTTATTGAAGAACCGAAAAAAACGCTGTTTATTATCATTTCGGATCTGTATGAAGGCGGCAATCAAGCCGGGCTGATCCGGCGAATGCGTGAACTGCGGGAAGCGGGAGTCAAGACGATGTGTCTCCTCGCATTATCCGACGAGGGAAAACCGTTCTATGATGAGCAGGTAGCCAAGCTGCTGTCCAGGGACGGAACACCTTGCTTTGCATGCACCCCTGCTCTTCTCCCGCAGCTGGTGGAAGGCGCACTGAAAGGGCATGATCTGGCCGAACTAGCGAAGCGGTTAGGCACCAAGGGGATATAA	MSIPEPNQISRWRLILGQSAEPQLAGYNPGGSIQLSEEEMIMDRALAAIYDNTDGGAEAGSAAAGQRTAGQGKSAPRLAQWLGDVRTFFPEDVVSIIQNDAMERKGWKQLLFEPEVLATVKPDIQLVGTLLSLKGKIPEKTKDTARLLVKAVVDELVQRLQEDIRRAVTGALNRRQHTPLPSLSGIDWKRTIQRNLKNYDADRKQIVPERFYYFDRARRSKEWTVIVDIDQSGSMAESVIWASVIGSIFASIPSLDTRVVVFDTEVVDLTEQCANDPVDMLFGIQLGGGTDIHKSVAYCEQFIEEPKKTLFIIISDLYEGGNQAGLIRRMRELREAGVKTMCLLALSDEGKPFYDEQVAKLLSRDGTPCFACTPALLPQLVEGALKGHDLAELAKRLGTKGI				NA	NA	NA	NA	NA
JZ016_01395	2355			hypothetical protein	GTGAATGCTGCCGGCATACATGTTTTTGGAGTTCGGCATTTGTCGCCCGCCGGTGCGAAGCATGTACTGGACTTTCTGGATGTGATCAATCCCACGGCCGTGCTCATCGAAGGGCCGTCGGATGCAAGCGGGGAAATACGGAATCTGACTCAGGCAACAACCAAGCCGCCGGTAGCCATATTGGCGTTTACCGAAGAACTGCCCGTACGAACGATTCTGTGGCCTTTTGCGGTATACTCCCCGGAATATCAGGCCATGAGATGGGCGCAGAAGCACGGAGCTTATGCCGCATTTATCGACCTGCCCTCATCTGCTGCCGTCTGTCTGCAGGATCTGCGCCGCAGCTCGGATGACGAAACGCGCGTGAAAGAACTTGAAGGCGAGGAACTTGGTTCCGACTCGGTACCAGCTGGACCGATGGACGAAAGTCGGCCGGACGAAAAATCCCTATATGAGCGGATTGCCGAGCTTGCCGGTGAATACGATTACGATATGTACTGGGAGCGGAGCTACGAGCATAATTTGAGCGAAGGATCTTACCGGCAATCCATATCGGCTTTTTCCATGGAGATGCGAGAGCTGTCGGAGGAGAAAGAGCGGCGGGAGGATACTGTGGAATACGCCTACAATGCCGTCCGGGAGTCGTATATGCGCCGCCAGATTGTTGAAGCGATTGCGGCCGGGCATGACCCCGAGCGCATCGTAGTCGTGTGCGGGGCTTATCATGTCTCGGCCCTTCGCGATTTGTCCAGCCCGATGAGCGACGAGGAATTGAATCAGCTTCCTTCCCGGATAACCAAGCTGACGCTTATGCCATATTCCTATTATAAGCTGTCGTCCATTTCCGGATATGGTGCCGGGAATATCGCTCCCCATTATTTTGAGATGATGTGGGAACGAATGCAGGAGGGGACTCTAGCGGAATTGCCGAATCATTATTTATCCATGGTGGCGGGCTCGATGAGAAAGAATGGCACCCACCGCTCCACGGCGGAGGTGATCGAAGCCGTCCGGCTGGCGGAGTCGCTGGCAGCGCTCCACGGGGGCGGTCTCCCGACACTTCGGGATTTGCGGGATGCGGCCCAGACGCTGCTTGGGCGCGGCGAACTTGCGGTCGTGGCTGAGGAGCTTGCACGTGTGGAGATCGGCACGGCGATCGGCGAGCTGGCGGAAGGCGTCAGCCAGACCCCGATCCAAGACGACCTGAACCGCCAGCTGAAGAGGCTGAAGCTGGAGAAGTATAAATCGGTTGTAGCCAACGATTTAATATTGGATTTGCGCGAGAACCGGAGGGTAGCTTCAAAAGAGTCCGCGTATCTCGATTTGAACCGGTCCTTTTTGTTTCATCGCCTGAAGCTGCTGGGGATTGAATTTGTTAAGTCCAGACCCAGCGGGCAGGAGCAAGGAGCATGGGCGGAGCACTGGGTTGTGCAATGGACGCCGGAGGTTGAAATTCAGGTCGTTGAATCGACGCTGCTGGGTGAGACGGTAGAGGTGGCTGCCGCTTATATGCTCCAGCAAAAGCTGGCGGGCTGCAGTTCGATTGCCGAAGCCTCTGCGCTGATTCGTATCGCGTATGAATGCGGGATGATTCATCAGATGGAAGCGGGTCGGCAGACCCTGCAAAAGCTTGCTGTGGACAGCCGCGATGTCGTTCAGATTGCGGCAGCTTCCCGGGAGTTATCCGTGCTGATCCGTTATGGCGGGATCAGGCGGATGGATACAGAGCCCCTTGTACCGCTGCTGCAGCAGCTCTTTACGCGCGCTTGCTTGTTTCTGCTCGATGGCAGCCAGTGCAGCGACGAGGTATCCGGCTCAATGATAACCGCCATGAATGAGCTGAACAGCGTCGCCTTGGAGCATGCGGAGCAGGTGGACGAGGAACTTTGGCTGCAAGAGCTCGGGCATTTGTCCGAAAGAGATGACCTGAACGCCCGTTTGTCGGGATATGCATGTGCAGTATTGATGGAGCGGAATGCGATTTCCGCCCGGCAGTGTGCCGAAGAAGTGTCGCGGAGATTATCCCCCGGCATTCCAGCTGATTTGGGGGCAGGATGGTTTGAAGGCTTATCGATGCGGAACCGATATGCTCTTCTCTCGCGGTTAAGTCTGTGGGAGCAGCTGAATGAATACATCCAGTCCCTGGAGGATGATGAATTCACTCGTGCGCTTGTTTTTCTGCGCCGGGCGTTCAGCAGCTTTTCGGCGAAGGAGAAGACGATGATTGCCGAGCTGCTTGGCGAGCTATGGGGTGTGAATGCAGAGCAGGCTGCCGAGATTTTGACCGGCGATCTGAAGGAGGAAGAAGCGAAGATGATTGACGACTTGAATGATTTTGACTTTGAGGACTTTTAG	MNAAGIHVFGVRHLSPAGAKHVLDFLDVINPTAVLIEGPSDASGEIRNLTQATTKPPVAILAFTEELPVRTILWPFAVYSPEYQAMRWAQKHGAYAAFIDLPSSAAVCLQDLRRSSDDETRVKELEGEELGSDSVPAGPMDESRPDEKSLYERIAELAGEYDYDMYWERSYEHNLSEGSYRQSISAFSMEMRELSEEKERREDTVEYAYNAVRESYMRRQIVEAIAAGHDPERIVVVCGAYHVSALRDLSSPMSDEELNQLPSRITKLTLMPYSYYKLSSISGYGAGNIAPHYFEMMWERMQEGTLAELPNHYLSMVAGSMRKNGTHRSTAEVIEAVRLAESLAALHGGGLPTLRDLRDAAQTLLGRGELAVVAEELARVEIGTAIGELAEGVSQTPIQDDLNRQLKRLKLEKYKSVVANDLILDLRENRRVASKESAYLDLNRSFLFHRLKLLGIEFVKSRPSGQEQGAWAEHWVVQWTPEVEIQVVESTLLGETVEVAAAYMLQQKLAGCSSIAEASALIRIAYECGMIHQMEAGRQTLQKLAVDSRDVVQIAAASRELSVLIRYGGIRRMDTEPLVPLLQQLFTRACLFLLDGSQCSDEVSGSMITAMNELNSVALEHAEQVDEELWLQELGHLSERDDLNARLSGYACAVLMERNAISARQCAEEVSRRLSPGIPADLGAGWFEGLSMRNRYALLSRLSLWEQLNEYIQSLEDDEFTRALVFLRRAFSSFSAKEKTMIAELLGELWGVNAEQAAEILTGDLKEEEAKMIDDLNDFDFEDF				NA	NA	NA	NA	NA
JZ016_01396	1104	yehL	COG0714	putative protein YehL	ATGGCAGCTGGACAAGAGCAATTACAAGATATCATGCGGCAGCCCGCGGAATTACTGTTCCGTCACGAGCTGGAAGCATTGCGTAAGGAGGATTCGGGAAACATTCCAGCCGGATGGCAGATGTCGCCTCAATCCGTACTCAAATTCATTGTTGGCGGCAAGGCAGGCAAAACGGAAATCACGCCTAAATATATCGGGAACAAGCGGCTGATCGAGATGGCGGTCGCTACCTTGGTAACCGACCGTGCTCTATTATTGATCGGGGAACCAGGTACAGCCAAATCCTGGCTGTCCGAAAATTTGGCCGCAGCGATCTACGGGAATTCCGGTCTGGTCGTTCAGGGAACGGCAGGAACGAGTGAAGAGCATGTCCGTTATTCCTGGAACTATGCCATGCTGCTCGCTCAAGGCCCGACTCCCGAAGCGTTGGTGCAGAGTCCGATCATGCGGGCGATGGAAGCTGGAGGGATAGCCCGCTTCGAAGAGATTTCCCGGTGCGCCTCCGAGGTACAGGATGCACTGATCTCCATTTTGTCGGAAAAGACGATATCGGTGCCTGAGCTCGGTAAAGAAATGAACGCGCGGAAAGGCTTCTCTATTATCGCTACCGCAAATACAAGAGACCGCGGGGTCAATGAGATGTCAACTGCGCTCAAGCGCCGTTTTAATATTATCGTCCTTCCCGCACCAGCGGATCTGAATACCGAAATCGAAATCGTAAAGAAGCGGGTGTCGGAGATTGCCTCCTCTTATGATCTGCAGGCTGCTGCTCCCGCAGATGAAGCACTGCTCAAGGTCGTGACGATCTTTCGTGAGCTGCGCAGCGGCATGACGCTGGATAAAAAGGAAAAGGTGAAGTCCCCGGGCGGAGTGATCTCGACGGCTGAAGCGATATCGCTCCTGACGAACAGCATGGCGCTGGCAGCGAGCTTTGGCAGCGGTGAGCTGACGGACGAGGACTTGGCAGCGGGACTTCAAGGAGCGATTGTGAAGGACGATGATAAAGACCGGCTCGTATGGAAGGAATATCTTGATAACATTATGAAAAAACGCGGAGCGGAGTGGCGGGGCTTATATAACGCATGCAAGGAGATCAACCAGTGA	MAAGQEQLQDIMRQPAELLFRHELEALRKEDSGNIPAGWQMSPQSVLKFIVGGKAGKTEITPKYIGNKRLIEMAVATLVTDRALLLIGEPGTAKSWLSENLAAAIYGNSGLVVQGTAGTSEEHVRYSWNYAMLLAQGPTPEALVQSPIMRAMEAGGIARFEEISRCASEVQDALISILSEKTISVPELGKEMNARKGFSIIATANTRDRGVNEMSTALKRRFNIIVLPAPADLNTEIEIVKKRVSEIASSYDLQAAAPADEALLKVVTIFRELRSGMTLDKKEKVKSPGGVISTAEAISLLTNSMALAASFGSGELTDEDLAAGLQGAIVKDDDKDRLVWKEYLDNIMKKRGAEWRGLYNACKEINQ				NA	NA	NA	NA	NA
JZ016_01397	1863			hypothetical protein	ATGAGTACGGCATTACTGCAGGAGCTTAACCAGGAGGTTAGGCGTTTATATATTGCCGGCAGCGAACTCGCAGCCGGCGACTTTCGCCTCAAGAGGCTGCTGCCGCAGTTTCAGCAGCTGGGAGAGCGCGCTCCCGTGTTCAAGAGATTGGGTGAAGGGATCAGCGCTTTAATCGAACCGGAGTCCGGGAAGGAGACTCCATCGGCTCAGCTGCTTCAGGATTTGAACCAGCTGCTGAGCTCCGTGCTGCATACACAAGGAACAACAGCCCCTGAAGGAGAGCTCCATCCGGTAGACCATCATCCGGTTTCACTGTCATCTAATTTATCCTTCCGCAAGCTTTCCGCTGTACAGACAGCGCTGACTACAACGGGCGGCGGCCGTTACGAGATCATAGAAGAAGCATGGAAGGAGGGCTTGTTCCGTGATTTCCGGCTGGTATACCTTGCGATTGAAGCGTTGAATGACCCTTATGTGGAGATTGGCGAGCTAGCGGCCAATGAGATCGTGCCGTCGTATGGATCTGAAATCATTCCATTTCTGATGGAAAGCTTTAATCCCGCGGGCGGAAAGTCGGAGTCGCGCAAGCTGAAGGTGATGGCCCAAACTGGCGGCAAGGAAATAGCGGAGCTGATCCGACAAGCAGCCGAGATCGGCAGCGACGAGGTGAGGTGCATGGCGATCAAATTGCTTGCCCGCTACGAAGAGTATGAAGCTGATCTAATGGAATGGAGTAAGAGTAAGAAGAAAGTCATCCGCGAAGCCGCATACGACGCGCTTGCAGAGAACGGTTCGGAGCAGGCTGTGGAGCGATTGTATGAAGCCGCTCAAGGAAAAGACCAAGAGCTGGTTAACCCTGCCCTTGGCAAATGCCGCTCCGCCTTGTTGACGGATTGGCTTGTACGAGACATGTCCGCCGAGCTTCAAGCGGTTTCCGAATTTCAGGATGACAAGTCAAAGCTGGAGGAGAGCTGGAGCAAGGTGAAGCGCTGCTTGTGGGCACTGCACGATAAACAAAGTTCTGCTCTCGAAGAGCTGTACCGGAACGTGCTTCAGCAGTATTCCTTATATATCAAGTCTTTGGGCTGGGCATACCTTATGAATGAAGCGGTCATTTACATGAATCGTGTAGATTCCGAGGAAGCCAGGGAACTGCTTCGCCAAAACGCGGAGAACGATTTGGAGCAATACAGACATAGCAGCTCATATGTCCGCGAGGTATTCCAAAAAGCCGCGCGCGTGCTGCCGCCGGACCGCGTATATGAACAATACAAGGACGTTCTGCTGCAAGGTTTCGGCTCTTCGTCTCTTGGCAACGCGGCCAAGGAACGAAAAAGGCTTCTGGACACCCTGTCAGATATGGTTATCCATAGGCAGTATAAACCGTATGAGGAAGTTATGCCGTTTACGGGGAAGGAAAGTTACACGTATTACGTGGAAATGCTTCCGCAGGAGCAGCTGCAAGCAAGCTGGGATGACAGATGGCTTGAGCTGTTTATCGAGCAGGATGAGCTTGCGCTGGTAAGCGCGTTCGCCCGCCGGGGACATAACGGAGCCGAGTCGTATTTACTGGCGAAACTGAAGAATTCGCCGGAATTCCGCAACCGTTTTGCCAACTTGATCATTATGGGTCTTGTTCGCTCCGGCATGAAGGATGAGGCGTTATTTGAAGCGATCGTGGTCGCACTGGAGGATAAGCGCAATCAGGACTGCTACATGATTGAACCTTTTATATTCAAGCAGCTTTGCCGATTACCGGCAATGTATTATGATCGCGTTCTTGCGGTGCAAGGCAACTTTCGGGACAACGCCGAGGATCAGCTTCGTTACATCCTCCGGATGATGAAGGAGCAAGAAAATTAA	MSTALLQELNQEVRRLYIAGSELAAGDFRLKRLLPQFQQLGERAPVFKRLGEGISALIEPESGKETPSAQLLQDLNQLLSSVLHTQGTTAPEGELHPVDHHPVSLSSNLSFRKLSAVQTALTTTGGGRYEIIEEAWKEGLFRDFRLVYLAIEALNDPYVEIGELAANEIVPSYGSEIIPFLMESFNPAGGKSESRKLKVMAQTGGKEIAELIRQAAEIGSDEVRCMAIKLLARYEEYEADLMEWSKSKKKVIREAAYDALAENGSEQAVERLYEAAQGKDQELVNPALGKCRSALLTDWLVRDMSAELQAVSEFQDDKSKLEESWSKVKRCLWALHDKQSSALEELYRNVLQQYSLYIKSLGWAYLMNEAVIYMNRVDSEEARELLRQNAENDLEQYRHSSSYVREVFQKAARVLPPDRVYEQYKDVLLQGFGSSSLGNAAKERKRLLDTLSDMVIHRQYKPYEEVMPFTGKESYTYYVEMLPQEQLQASWDDRWLELFIEQDELALVSAFARRGHNGAESYLLAKLKNSPEFRNRFANLIIMGLVRSGMKDEALFEAIVVALEDKRNQDCYMIEPFIFKQLCRLPAMYYDRVLAVQGNFRDNAEDQLRYILRMMKEQEN				NA	NA	NA	NA	NA
JZ016_01398	1431			hypothetical protein	TTGGTTGAGATAACAGAGTCATGGATCGATTCGCAGGCACCGAATAGCGCGGCCATAAAGAATGGGCAGGGTCTTGTCAAAAAAGGACGGTTTCTGCAGCTCCATCATTCGGTGGATCATGCCGTACTTTTTGGCACATGTGCTGGCAGCGGAAGTTCCGATTACCAGCCGTCCGCCGATTTTGCGGTACCGGAGAAGCCGGTTATGCGGTGTACTTGCCCGAGTCGGCAGTTTCCGTGCAAGCATGTGCTTGGTCTGCTCTATGCGTATGCAGGCGGAGCATCGTTTACACCCGCCGAGGTGCCGGGGGATTTGGCCGCCAAACGGGAGAAAGCGGAGAAGCGGGAAGAGCGTAAGCTCAAAGAAACAACCGAAGGGGCAGCGCCCAAACCGAAGAAGGTCAACAAATCGGCATTAAAAAAGAAAATCAATGCGCAGCTGGAGGGCCTGGACGTATTAGAGAGGCTGATCCACTCGTTGATCCGGAACGGATTAGGAACATTGGATAAAAAGGAACAAAAGCTGATCCAGGAACATGTAAAGCAGATGGGCAACTATTATTTATCGGGTGCTCAGTCGGAACTTCGCCGCCTGGCGTTGGTGCTGTCAGATAAAGACCAGGAGAAAGCTTATACATATGCGGTGGGGCAGCTTGCTGTTATGAACGCAATCATTAAAAAAGGCAGACAATACCTGACTTCAAAGCTTGAGGATCCGGATATGGCGCTGGACCATGAGTCGACGATTGAGGAATGGCTGGGGCACGCCTGGCAGCTGACGGAGCTGCAAAGCTTCGGACTCGTAAGTGAAGAGGCGGAGTTGATACAGCTTTCCTTTCTGAGTTATGCCGACGATGCACGGCTGGAGCATGTTGATATCGGATACTGGATTCAGAAGGACAGCGGCGAAATTCACCGAACGATTCAGTACCGTCCCTATAAGGCCGCCAAGCTGATGCGTGAGGAAGACAGCTTTTTCGAAAAAGCCCGAGTCCCAGTGCTTTATCGTTATCCGGGGGATATGAACCGACGAGTCCGCTTTGAAGAGATGGCTTCAATTCCGTTGACAGCGGAGGATTTCGTTTGGATTCACGAATATGCGGCGAACTCTTATGCTGACGCAGTTAAAAAGGTGAAGAACCAGCTGAAAAATCCGCTGGCTGACAGCCATCCCGTGATGCTGCTACATGTTTCCCGGATCAGCCGGAACGACGAAGGTCAGTATGCCATCACGGATGAAGCCGGACAGTCGATTGCCCTTGGCGACGTATTTTTACAGTCGACGGTCCCGATGCTGCGGTATTTGCCGGAGGAGAAGCTGAGCGGCGTCTCCATGCTGGTTATGTTTGAGCACAGCCTGACGACGGGCCGACTCTTGGCGCAGCCGCTGACCCTTGTTACGAATAACGAAATCATCCGGCTGTTGTACTGA	MVEITESWIDSQAPNSAAIKNGQGLVKKGRFLQLHHSVDHAVLFGTCAGSGSSDYQPSADFAVPEKPVMRCTCPSRQFPCKHVLGLLYAYAGGASFTPAEVPGDLAAKREKAEKREERKLKETTEGAAPKPKKVNKSALKKKINAQLEGLDVLERLIHSLIRNGLGTLDKKEQKLIQEHVKQMGNYYLSGAQSELRRLALVLSDKDQEKAYTYAVGQLAVMNAIIKKGRQYLTSKLEDPDMALDHESTIEEWLGHAWQLTELQSFGLVSEEAELIQLSFLSYADDARLEHVDIGYWIQKDSGEIHRTIQYRPYKAAKLMREEDSFFEKARVPVLYRYPGDMNRRVRFEEMASIPLTAEDFVWIHEYAANSYADAVKKVKNQLKNPLADSHPVMLLHVSRISRNDEGQYAITDEAGQSIALGDVFLQSTVPMLRYLPEEKLSGVSMLVMFEHSLTTGRLLAQPLTLVTNNEIIRLLY				NA	NA	NA	NA	NA
JZ016_01399	732			hypothetical protein	TTGACGCAAATTGCACTGATCTCCGACATTCACGGAAACATCCCTGCGCTGGAAGCCGTTCTGAAGGATATCAGACAGCGCAGAATCGAAACCATCTACTGCCTGGGCGACTTGATTGGCAAGGGCCCGCACGGAGATATCGCGGTTGATATGGTGAGAACCCATTGCCAGCATGTCATCAAGGGGAATTGGGACGACTTTATAGGTAAGGAAACCGATGATCCGGTCCTCCTATGGCATCAGCATAGACTCGGAAGCGAGAGGCTTCAATATCTTGCCGATCTTCCGTATATCCTTGAGTTCATGATGAGCGGTAAATGGATCCGGTTGTTTCATGCATCGCCCCGCAGCGTGTACGAGCGAATACAACCATGGGATGGCCAGGAGAAGCTTGAAACCTTGTTTCACAGTTCCCCGCTGGGCGGGGATCCGAGAATCGCGGACGTTGCTGGTTACGGGGATATTCATAATGCATATCACCAGCATCTGGACGGGAGAACGCTATTTAATACCGGCAGCGTCGGCAATCCCCTTGAAATGCCTGAGGCCTCCTATGTCATTTTGGATGGAATCTATGACAGCGAAGATCCGGCTCCTCTCAACATTCAATTTATTCGCGTGCCTTACCCTATTGAACAAGCCGTACAGGATGCCCTGGAATCCGGCATGCCTTTCCCTGAAGAATATATTCTCGAGGTTAGAACAGGGCGGTATCAAGTAAGAAAAGATTAA	MTQIALISDIHGNIPALEAVLKDIRQRRIETIYCLGDLIGKGPHGDIAVDMVRTHCQHVIKGNWDDFIGKETDDPVLLWHQHRLGSERLQYLADLPYILEFMMSGKWIRLFHASPRSVYERIQPWDGQEKLETLFHSSPLGGDPRIADVAGYGDIHNAYHQHLDGRTLFNTGSVGNPLEMPEASYVILDGIYDSEDPAPLNIQFIRVPYPIEQAVQDALESGMPFPEEYILEVRTGRYQVRKD	PGPT0030420_712	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VI_SECRETION_RELATED_PROTEINS,PGPT0030420-ppa|prpA-K01090	NA	NA
JZ016_01400	663			hypothetical protein	GTGAATGACCCGCGTAAGCATCGCTTGATGATCAGCTCCTACCGTGAGCTTGGGGGACACGATCTCACCGGAAATCTTAGAAATGACGTGGTCCGCTTTCTGCAGAAACACCAATGCCTAAAAACAGCAGAGCATGTGCTTAAAGTGGGGGAGGAAACCCGCAGAATTGCAATTCTCTATGGTGCCGATCCGAACGCTGCTGAATATGCCGGGTATCTGCATGATATTAGTGCCGTTTTTCCGAATCATGTCCGCATTCAAGTATCCCGTGAGATCGGTTTGGAAGTATTGCCCGAAGAAGAGTTATTTCCCATGATCGTCCATCAGAAAATATCGGCATATATGGCTGAGGATTTGTTCAAGATTACAGAACCGGAAATATTGAACGCTGTTGGTTGCCATACGACGTTGAGATCCAAGGCTTCTTTGCTAGACAAGGTACTGTTCGTCGCTGACAAATTGGAATGGGATCAAACGGGAATCCCCCCGTATTCAGAGGAGGTTACGGACCAGCTGCAAATCTCGCTGGATCATGCGGCATTCGAATATATTCAATACTTATGGAATCGACGTGAATTGCTGAAGGTAGTCCATCCCTGGCTTCGAGACGCATATGATGAATTAAGGGATTCACTTAGCCATAACCACAGCAATTCGAAATAA	MNDPRKHRLMISSYRELGGHDLTGNLRNDVVRFLQKHQCLKTAEHVLKVGEETRRIAILYGADPNAAEYAGYLHDISAVFPNHVRIQVSREIGLEVLPEEELFPMIVHQKISAYMAEDLFKITEPEILNAVGCHTTLRSKASLLDKVLFVADKLEWDQTGIPPYSEEVTDQLQISLDHAAFEYIQYLWNRRELLKVVHPWLRDAYDELRDSLSHNHSNSK				NA	NA	NA	NA	NA
JZ016_01401	1257	lacE_1		Lactose-binding protein	GTGAATACACGCAGGATGGTTAGCTTGGGGTTACTGATTCTTGTTATGATCATCAGTGGTTGCACGGGAAATGCTTCCACCGAAAAAACGAAAACGCTTACACTCTGGTACTGGAACCGAAGCCTGGACGATGAGCTGATTAAGTCTGTTGAAAAGGAATTCCCGGGGATTCGAATCGATGCGCAAAAAATCGGTGGCGACTTCAAATCGAAGCTAAAGACAACGCTGGCGGCCGGTTCCGGAGGACCGGACATCGTCGCTTTTAACGACTGGGTGGCAGAGCTGTTTACGAGCTCGGACCGTTTCTACGATCTGTATGAGCTGGGCGCCAAGGATATTGAGCCGGATTTCCTGGATTGGAAATGGAAGCTTGGCGTTACCCCGGAAGGCACTATGATTGCCCTTCCGATCGATACGGGGCCAACGGCCCTATATTACAGGGCCGATTTGTTCGGGGAAGCCGGGCTGCCAACCGAACCGGAAGAGGTACACGCGCAGCTTGGCACGTGGGATCAATACTTCGAAGCCGGGCAGAAGCTGCAGGAGCATTTTGATCAAAAAGTGAAAATGCTCGACAACATCACCAACATTTACACGCAAATGAATGCTCAGTCTGAACGCATATATTTTGCCGAGGACAATACGTTTATCGGCGAAACTCCCGAGTCCTCCATGAAAACGGCGTGGGATACGGCGGTGAAGGCTTCCCAGATGAAGCTAAGCGCCAACGCCAATACGTCCTCCTCCGAATGGAATGCCGCCATGAACAATGGACGGGTCGCTTCCTTTGTCGGTGCGGTGTGGATGAAGGAAATATTGATGCAGGCGGCGCCGGATACCAGCGGCAAGTGGAGAGTAGCACGCGCCCCTGGCGGGGACGGCAACAATGGCGGCTCCTTCCTGGCCATTATGAAGACGAGTAAATATCCGCAAGAAGCATTTGAAGTGATGAAATATATTCAGAGTCCGGAAAATCAGGTTCAATCCTTTAAGAAGATCAACCTCTTCCCTTCCGCCAAAGACGCGCTGGATGCCCCCGTGATGAAGGAGCCCGAGGAATTTTTCGGGAATCAGGCAACTGGCGAGGTGTTCTCGGAATCTGCACGTAACGTCAAACCTGCTTATTTCGGTGGTAAATTCGCTAATGTAAACGGCATTGTCAATCGAGAGCTGTCATCCGTTGCGCTCCAGGGCAAAAATCCTGATAAAGCCTGGGAAGACGCGCTGGCCAGAGTCAAAAAAGAACTGCTGCGCTGA	MNTRRMVSLGLLILVMIISGCTGNASTEKTKTLTLWYWNRSLDDELIKSVEKEFPGIRIDAQKIGGDFKSKLKTTLAAGSGGPDIVAFNDWVAELFTSSDRFYDLYELGAKDIEPDFLDWKWKLGVTPEGTMIALPIDTGPTALYYRADLFGEAGLPTEPEEVHAQLGTWDQYFEAGQKLQEHFDQKVKMLDNITNIYTQMNAQSERIYFAEDNTFIGETPESSMKTAWDTAVKASQMKLSANANTSSSEWNAAMNNGRVASFVGAVWMKEILMQAAPDTSGKWRVARAPGGDGNNGGSFLAIMKTSKYPQEAFEVMKYIQSPENQVQSFKKINLFPSAKDALDAPVMKEPEEFFGNQATGEVFSESARNVKPAYFGGKFANVNGIVNRELSSVALQGKNPDKAWEDALARVKKELLR	PGPT0016430_666	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016430-cebE-K10240	NA	NA
JZ016_01402	960	lacF_5		Lactose transport system permease protein LacF	ATGGATAATCCAATGCTGAATCGCACGCCCGTGGAACAGAAGCCTGTTCCTAAACATCCGAAATCTCAAGAGCGACTGTCTGCACAGATATGGAAACACCGCAAAGAATATTTGGCGATCTCCCCATTTTACATTCTATTTGCCATATTCGGCCTTTTCCCGATTGCCTTCTCGATGTTCCTGTCCTTTCAGAAATGGGACGGCATCGGGGAGATGACCTATAACGGGCTGGGCAACTACCAATTCATGCTCACCGATCCGGAATTCTGGAGAGCCGTCGGCAACACGCTGCTCATCTGGATTTACTCCACGATACCGATGCTGTTTATCGCGCTGGTCGTTGCCTTCCTGCTTAATGCATCATTTGTCCGGTTCCGCACCTTCTTCCGGATCGGCTATTTCCTGCCGAACGTCACCTCACTCGTGGCGGTTGCCATCGTGTTCGGCACCGTATTCTCGAACAATTACGGCCTTCTCAACTATATGCTGTCCCTGCTCGGCCTGAACTCCATCGAGTGGTTGAATAAGACATGGGGCATACAGCTCGCCATTTCGGTCATGGTCATATGGAGATGGGCAGGGTATAACGCCATTATCTATCTTGCCGGGCTGCAGAGCATCCCGACCGTCCTGTACGAAGCAGCCAAGATCGACGGAGCCTCCGGCATTCAATCCTTTTTCAAAATCACCATTCCCAATCTTAGGCCCATCATTCTCTTCACGGTCATTACCTCGACCATCGGCGGCATGCAGATCTTCACCGAACCGCAGGTGCTTGTTGGCAATGATGGTGGCGTCAGCGGCGGCGGTATGACCATCGTCCTCTACCTGTACCGTGAAGCCTTCGTGAATAACTATTTCGGATATGGCGCTGCCGTCGGCTGGGGAATGTTCCTGCTCATAGCGATCTTTTCCATCGTGAACTGGAAAATGGTGCAGGGCAGTCCGTCCAATGACTGA	MDNPMLNRTPVEQKPVPKHPKSQERLSAQIWKHRKEYLAISPFYILFAIFGLFPIAFSMFLSFQKWDGIGEMTYNGLGNYQFMLTDPEFWRAVGNTLLIWIYSTIPMLFIALVVAFLLNASFVRFRTFFRIGYFLPNVTSLVAVAIVFGTVFSNNYGLLNYMLSLLGLNSIEWLNKTWGIQLAISVMVIWRWAGYNAIIYLAGLQSIPTVLYEAAKIDGASGIQSFFKITIPNLRPIILFTVITSTIGGMQIFTEPQVLVGNDGGVSGGGMTIVLYLYREAFVNNYFGYGAAVGWGMFLLIAIFSIVNWKMVQGSPSND	PGPT0016435_431	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016435-cebF-K10241	NA	NA
JZ016_01403	822	lacG_2		Lactose transport system permease protein LacG	ATGTTCAAATGGAAATCCATATTCCTTCACATCGGGTTAATCGCCGGACTGCTGCTGTCGATTTTCCCCTTCTATTGGCTGCTTGTCATGGCAACCCGAACCACTTCGGATATTTACAGCTTTCCTCCGAAACTATGGTTCGGTCCTCACTTGCTTGATAACGTGTCGAGGGTGCTGAGCAGCATTGATTTCTTCGGCGCCTTCTGGAATACTCTGTTCGTGGCTTCCGCTTGTACGCTGTTAGTCTTATTCTTTGATTCCCTGGCCGGATTCACGTTCGCCAAATTCCATTTCCCGGGCAAAAAATGGCTGTTTGTGCTGCTGCTGGCTACCATGATGGCGCCGGCCCAGCTGTCCCTGGTACCCTCCTTTGTCATTATGGCAGAGTTCGGATGGGTAGGAACTTATAAGGCGCTGATCATTCCCGGAATGGTAAACGCCTTCGGGATCTTCTGGATCAGGCAATATGCACAGGAGTCGGTGCCCTCGGAGCTGCTGGATGCTGGCAAAATCGACGGCTGCGGATTCTTCCGCCTCTACTGGAATATATCGCTGCCGATTCTGCGTCCCGCCCTATCGTTCCTGGCTGCCTTCACGTTCATCGGCGTATGGAATGACTACCTGTGGCCGCTAATTATTCTAAATGATGAGAACAAATTCACCCTGCAGGTTGCGCTTTCCTCATTGAACGGAATATACACGACCGACTATTCGATGGTCATTGCCGGTACGCTGCTCGCCGTCATTCCGCTGATCGTTTTGTTCCTGTTCATCAGCAAGCAATTCATTTCCGATATTGCAGCAGGTGCCATTAAGAGTTAA	MFKWKSIFLHIGLIAGLLLSIFPFYWLLVMATRTTSDIYSFPPKLWFGPHLLDNVSRVLSSIDFFGAFWNTLFVASACTLLVLFFDSLAGFTFAKFHFPGKKWLFVLLLATMMAPAQLSLVPSFVIMAEFGWVGTYKALIIPGMVNAFGIFWIRQYAQESVPSELLDAGKIDGCGFFRLYWNISLPILRPALSFLAAFTFIGVWNDYLWPLIILNDENKFTLQVALSSLNGIYTTDYSMVIAGTLLAVIPLIVLFLFISKQFISDIAAGAIKS	PGPT0016440_655	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016440-cebG-K10242	NA	NA
JZ016_01404	1587	bmr3_2		Multidrug resistance protein 3	TTGAAGACACAATCAACCAACAAATTACCCATCGTGCTTGCCGGCCTGCTGCTCGGCATATTAATGGCCTCCATGGACAATACGATCGTAGCGACCGCTATGGGGAATATCGTCGGGGAGCTAGGAGGACTTGATCATTTTGTATGGGTGACCTCCGCTTATATGGTCGCTGAGCTTGCGGGAATGCCGATCTTCGGCAAGCTGTCCGACATGTATGGGCGCAAAAAGTTTTTTGTATTCGGGATGATTGTATTTATGCTGGGTTCCGTGATGTGCGGTACGGCGAACTCCATTACGGAACTGGCGCTATATCGTGCCGTGCAAGGTATTGGTGGCGGTGCGCTCATCCCGATTGCATTCGCGATTATGTTCGATACGGTTCCCCTCGAAAAGCGGGGTAAGCTTACCGGGTTATTCGGAGCCGTGTTCGGATTATCCAGCATATTCGGACCGCTCGCAGGTGCGTATATTACCGATCAGATTACATGGCAGTGGATATTCTATATTAATTTGCCAATCGGCATCGTGGCTTTCATGATGGTAACGCTGTTCTATAAAGAATCGCATGAACGCTCCAAACAGCCGATTGATTGGATGGGCGCCACTACGCTCCTGACAGGCGTGATCTGTTTCATGTTTGCTTTAGAGCTTGGCGGCAAGCAGTTGGCGTGGAATTCCTGGATTATCCTGACGTTGTTTGCTGCGGCGTTTGTCACGCTGGTCCTCTTCGTGCTTGCGGAGAGAAGGGCGGAAGAACCGATCATTTCGTTTCGTTTGTTCAAGAATAAACTCTATACCTCCAGTGTGCTGTGCGGCTTATTCAGCGGAGGATCCTTCATCGTGGCTTCCGTGTATATTCCAATCTTCATTCAAGGCGTACTTGGCGGAAGCGCAACGAACTCGGGGCTCGTCCTGCTGCCAATGATGGTGGGTTCGGTCATCACGGCTACGGTGAGCGGTTTTCTGATGAGTAAAATATCGTATCGTAACATCATGATCCCGACGCTTGTCCTGTTCACGGGAGGGATGGTGCTTGCTTCGACACTAACGGCGGAATCCAGTAGGTTCATCGTAACCCTGTACATGGTGCTGATCGGGCTTGGCATCGGCGGCTCGTTCTCCGTGCTGAGTACTGCCGTGATGCATGGTTTATCCTATAAGCAGCGTGGAATGGCGAGTTCTACCTTTAACTTTACGCGGTCGCTTGGGATGACGATTGGGATTACGGTGTTCGGGTTGATACAGAGCCGATCCTTTGCCGGTTCCTTATCCTCGGGATCGAGCGTGATGAACACCGAGTCGCTGCCTGAAGGATTCGATCTCAAGGACCCTCACATCTTATTGGCGCCGGAGACGAGGTCGCTGATTCCGGCCGAGCTGCTCAAGCCGATCTCGGACTCGCTTGCTTCCTCCATTGCGGCTACGTTTGCTTGGGCTATCGTTCCTGCAGCGTTAGCGCTTGCGGCAGCAACGGTAATGGGGCGCAAAAAGTTGGATGAAACAGCGGAGTTAAAGCGGGAGACGGTCGTTGGTTCAGAAGAGGAGAGTGAAACTCCGGACCATGAGAAGCTGGCGATGGTGCCGTAA	MKTQSTNKLPIVLAGLLLGILMASMDNTIVATAMGNIVGELGGLDHFVWVTSAYMVAELAGMPIFGKLSDMYGRKKFFVFGMIVFMLGSVMCGTANSITELALYRAVQGIGGGALIPIAFAIMFDTVPLEKRGKLTGLFGAVFGLSSIFGPLAGAYITDQITWQWIFYINLPIGIVAFMMVTLFYKESHERSKQPIDWMGATTLLTGVICFMFALELGGKQLAWNSWIILTLFAAAFVTLVLFVLAERRAEEPIISFRLFKNKLYTSSVLCGLFSGGSFIVASVYIPIFIQGVLGGSATNSGLVLLPMMVGSVITATVSGFLMSKISYRNIMIPTLVLFTGGMVLASTLTAESSRFIVTLYMVLIGLGIGGSFSVLSTAVMHGLSYKQRGMASSTFNFTRSLGMTIGITVFGLIQSRSFAGSLSSGSSVMNTESLPEGFDLKDPHILLAPETRSLIPAELLKPISDSLASSIAATFAWAIVPAALALAAATVMGRKKLDETAELKRETVVGSEEESETPDHEKLAMVP				NA	NA	NA	NA	NA
JZ016_01405	372	zntR	COG0789	HTH-type transcriptional regulator ZntR	ATGAAGATCAGTGAATTATCGCAAATCAGTCAGGTCAGTGCACGCTCCATCCGGCATTATGAACAAAAAGGCCTGCTTGAAGCCCACAGGCTTGAGAACGATTACCGTCATTTCGACAGATCTGCCATCGAGCGGGTTAAAATGATTCAATTGTATTTGAAGCTGGGATTAACGACGGATCAAATCAGAGCTTTATTCAAAGGGGAAATCTCTTCTCCAGATGATTACGAGTACTGCGAGGAAATGCTGTCCATTTACCAAGAGAAGTTAAGTCATGTGGATGGTCAGATCGCTGCTCTCCATGAGTTGAAAAGGCTGCTTGAGCGGCAAATTTCCCTTACGATGAAGAAAAAGAACCAGGTCCCCGTCTAA	MKISELSQISQVSARSIRHYEQKGLLEAHRLENDYRHFDRSAIERVKMIQLYLKLGLTTDQIRALFKGEISSPDDYEYCEEMLSIYQEKLSHVDGQIAALHELKRLLERQISLTMKKKNQVPV	PGPT0004215_466	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNT_TRANSPORT_SYSTEM,PGPT0004215-zntR-K13638	NA	NA
JZ016_01406	1230			Aminopeptidase 2	ATGGACAATTTCGAGAAAAATTTGGAGAAATACGCGGAGCTGGTCGTTAAGGTAGGCGTAAACATTCAGCCAGGCCAAGTGCTGATCGTCAATGCTCCAATCGAAACCGTAGAGTTGACACGCCGCATCGTGGCCAAGGCATACGATGCAGGTGCCAAATATGTGCAAGTCGACTGGGAAGATGAGAGAATCACCCGCATTCGCTACGAGAAAGCACCCACTGACTCCTTCGGTTATTATCCGCAGTGGCAGGCCGACGCCATGCAGCAGCTAGCCGAAGGCGGAGGAGCCATTCTGCGCATTAAGGTCCCGGATCCGGAGCTGTTCCGCGGCATTGATTCGACCAAAGTATCTACAGCCGTAAAAGCCGCTGCCGTAGCCAACGAGAAATACCAGGTTTACGTGCGCAACAATAAAATCAGCTGGTCGCTCATTAAAGCCCCTACCCGTGCCTGGGCCGATAAGGTATTCGCGGATCTTCCCGAAGAGGATCGGATTCAAGCCATGTGGGATGCGGTATTCCAGATGAACCGGGTGGGCAGCGAAGATCCGGTTGCCGCTTGGCGGGATCATATCGCTCAGCTGAAGCTGCGCCAGAACCACATGAATGCCAAACGCTATAAAGGCTTCCACTATCGTGCGCCTGGAACGGATCTGCGCGTGGACATGCCGGAAGGGTATCTCTGGCTCGGCGGCGGCGACGAGAATGAAGCCGGCGTATATTTCGTGGCGAACATGCCGACCGAAGAAATCTACACGATGCCGCACCGTACAGGCGTGAACGGAACCGTAACGAGTACGCTGCCGCTTAATCTAAACGGCCGCTTGGTGGAGGGCATGAAGCTCACGTTCAAGGACGGCAAGGTTGTCGAGTATGAAGCCGAATCCGGGCGGGAGCATCTCACAACACTGCTGGAAACGGACGAAGGCGCGTCTTATCTGGGAGAAATGGCACTCGTACCGCATGATTCGCCAATTTCCCAGCTGAACCGTGTCTTTTATAACACCGGTATCGATGAGAATGCGTCGTGCCATTTTGCGCTGGGCAGCGCCTACCCTGTCAATATCGAGGGCGGTACCAAAATGAGCAAGGAAGAACTTATAGCTAGCGGAGCCAATGTCAGTCTGACGCATGTTGATTTCATGATCGGATCGGCCGAGCTGGACATTGATGGCGTGCTGGCTGACGGCACGATTGAACCTGTATTTCGCGGTGGACGATGGGTTTAA	MDNFEKNLEKYAELVVKVGVNIQPGQVLIVNAPIETVELTRRIVAKAYDAGAKYVQVDWEDERITRIRYEKAPTDSFGYYPQWQADAMQQLAEGGGAILRIKVPDPELFRGIDSTKVSTAVKAAAVANEKYQVYVRNNKISWSLIKAPTRAWADKVFADLPEEDRIQAMWDAVFQMNRVGSEDPVAAWRDHIAQLKLRQNHMNAKRYKGFHYRAPGTDLRVDMPEGYLWLGGGDENEAGVYFVANMPTEEIYTMPHRTGVNGTVTSTLPLNLNGRLVEGMKLTFKDGKVVEYEAESGREHLTTLLETDEGASYLGEMALVPHDSPISQLNRVFYNTGIDENASCHFALGSAYPVNIEGGTKMSKEELIASGANVSLTHVDFMIGSAELDIDGVLADGTIEPVFRGGRWV	PGPT0020940_1039	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020940-pepS|ampP|ampT-K19689	NA	NA
JZ016_01407	951	abnA	COG3507	Extracellular endo-alpha-(1->5)-L-arabinanase 1	ATGAAACAAAAAGGGAAATGGCTTACCTCGCTTTTGCTTGCCATCAGTTTATGCACAGCAGGCACGCAGTCCGCTTTTGGTGCATTCTGGAACCTGAGCGGCGATATTGTTGTACATGACCCAACCATCATCAAGGAAGGAAACACATGGTACACTTTCTCTACCGGTCAGGGCATCCAACTGCTGAAATCGACCAACGGCACGAACTGGTCCAGATCGAACCAGGTATTTGCTTCCCCGCTGTCCTGGTGGAAAACCTATGTACCAAACCAAAGCACCAACGATCTATGGGCGCCCGATATTGAATATTTCAACGGCCGCTACTGGCTCTATTATTCGATCTCCTCCTTCGGTTCCAACACATCCGCTATCGGCCTGGCTTCCACGACCAGCATCTCCTCCGGCAATTGGCGAGATGACGGTCTCGTCACGCGTACGACCTCCTCCAATAATTACAATGCGATTGATCCGACGCTGACAATCGATAAGGACGGCAATCCGTGGCTGGCCTACGGCTCATTCTGGAGCGGACTCAAGCTGACCAGGCTTGATGCAAATACAATGAAACCGACCGGAAACCTGTATTCCATTGCCTCACGCCCGAACAACGGAGGGGCCGTTGAAGCGCCTACCATCGTTTATAGAAACGGTTACTATTATCTGTTCGCCTCCTTCGATTCCTGCTGCCAAGGGGTCAACAGCACCTACAAAATCGCTTACGGCCGTTCCACCAGCATAACAGGTCCATACGTGGACAAGAACGGTACCAGCATGTTGAATGGCGGCGGCACGATTATGGACAGCGGGAATGCAGTGTGGAAAGGTCCCGGACATCAGGATGTCTATAATAACCTCATTATTAGACATGCGTATGACGCAACCGATAACGGCACGCCGAAGCTGCTCATCAATGATTTGAACTGGGATTCCCAGGGCTGGCCCACTTATTGA	MKQKGKWLTSLLLAISLCTAGTQSAFGAFWNLSGDIVVHDPTIIKEGNTWYTFSTGQGIQLLKSTNGTNWSRSNQVFASPLSWWKTYVPNQSTNDLWAPDIEYFNGRYWLYYSISSFGSNTSAIGLASTTSISSGNWRDDGLVTRTTSSNNYNAIDPTLTIDKDGNPWLAYGSFWSGLKLTRLDANTMKPTGNLYSIASRPNNGGAVEAPTIVYRNGYYYLFASFDSCCQGVNSTYKIAYGRSTSITGPYVDKNGTSMLNGGGTIMDSGNAVWKGPGHQDVYNNLIIRHAYDATDNGTPKLLINDLNWDSQGWPTY	PGPT0019090_987	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINANASE,PGPT0019090-abnA-K06113	NA	NA
JZ016_01408	5223			hypothetical protein	TTGTCTAAGATCGTCCTGAATCGATGTATATCCTGCTTCTTGATCCTCTGTATCGTGTTGTCGGCCTCGTTTACCGGTTTCGCAGGACAGGCTTCAGCCCAGTCATCCACCGCGCCTACCAACGTGCCTGAACTCCTGATCACCGAGCTTGTTCCTGATTCCACGAATGTAGGAACCGCCGACGGATATGAATTTATTGAAGTATATAACAATACCGATCAAGACATCGATTTCAGCCATTACAAAATTCGTTATCGTTACTTGGAGAGTGATACCCTTTGGGCTCATGTTCCCGATGAGGTGAAGATTCCATCCAGAGGCACGCTGGTGTTCTGGATCATTAATGCTCAGAACAGCAAATCCACGATTGCTGATTTTAATAAAAACTACGGCACCAATCTGATTGAAAACACCGATGTTGTCAAAATATTCTCAGGCGGCATGTCCAATTCACGCATGCGGGAGCTCGTGGTTGTAACAAATACCGGCCGTCCGATCGTGTCCGCATTTTACAATGACGGGGAGGTTCATAACAAAGCCGATCAGGGGATTTTCTATAAGTATCCCGAAGATGGCAGCCTGAAGATGCAGCGGATCTCCCAGCTGGAGCATAAGGCTACGCCGGGTTCGCTGCAGCATTCCGAGGTGCCTGCGGAGCCGGTACATATTGATGTGACCAAGGAACCGGCGGTCACCAACCGGACGACAACGACCAATGTGGAGCCGGGCGAAAATCTGGAGATTACGGCAGAAGCGCACGATGATCATATGGTTACTTCACTTGCGCTATCTTATCGTGTCGATGGACAGAACGATTACAAGGTTGTACAGCTTCAGGACGGGAAGCAAGGCCTTCGTCATACGATTTCTTATCTGGAGCTGCTGGGACACAACAAGCTGGAGTACTTTTTCACGGTATCCAATACCTTTAAGAAAGTAGAGAGTCCTAAATATGAAGTCGACCTCACGGGGAACGGGGCCAGCGCCAGCCTGAATGTTGACGATCAACAGACCGTCACCGGGATAACGTATATTCGGGGTGCGGCAGACGGGGCAGAGCCTGCGGATCTCGAGCTTCATATCGACGGGCAGCCGGTTCAAGGTTCAGCCGTTATGGAGCATTCCGCTTATTTTGTTTTTGAAGGCGATGGTATTGACGATGGGATCAACACGGTGACCGTAGGCAAGAACGTTCTGTTCAAGACCGAGCCGAATATTGACGGTTATCAAACCATCGTTGTCCCCGTCGAACCGCAATGGCTGACAAGCGGCACAAACGAAATTACCCTGCGGGCCGGCGATAATGAGAAGACCTATTTCGAGGATGACAAGCCGACGGGGAATATGGATGATTTTAATGTCCGCAACGTACGGCTGTTGATAGGAGACGGAACAGAAATCCGGGATCCGCAATTTAGCGATCCTGCGCTTATTCATGACCTAGGGGACGATGGACGGTTTCTGCCATTTGTAACGTTTCAATTTGATATTTCTGCCGATAAGGTAAAAGCCCTCTCTTACGCATGGGATACCACGACGGTTACAGACGGGCAGCACAAGGTTGATTTGCATGTAAAGGGTAAGTCTGAAGCAATGGCCAACATTCAGGTAGATAACAATGGACCCGAAATTAACGTGACTGTTGAAGAGGGCAAGAGCTATAAGGGAAGCATTCCCATTGATGTGACTGCACAGGATAGCGTATCCGGCGTTGAACAGGTGGAGGTACTGCTAGATGGTCGAGCCATCCAGGTGCCATACGATACTTCATCGTCCGAGCTTGAACCAGGCGTCCATAAGCTGGACATTCGGGCAGTGGATAAGATTGGCAACATCTCGGAACGTACGGTAACGTTTAACACCGCACCGGAGCATCCGAATGCACCCGAATTGGTCTCACCAGCAGATATGGAGAGCGGAACCGGGTTATCGCCGGAGCTTAAGGTTCAAGTCAGCGATCCATCGGATGACGAGCTTGAGGTCTCTTTCCACCAGGCATATCCGTATCATGCATTAAGTGGCGATCGGGTAAAGTTATCCAAGTACGCCTCGGATGAAGAGCCTCCTAAGGATAGGTTCCCGGCTGGCGAAACCGCGCTGACCGAAGAGGAATTGAAGCTGGTAGCTGAATCCAACGATCAATATGTCACGGTGGATTCCACGTCCCAGTTCCCGTATATCCGGTTTGAGGTAGAGCTGGAGCATGCCGTGGAGCCGGGTGACCGCGTTGAAGTTACTTGGGAAGGACATACGGTGTCGGGCCGCAAGGTCACGATGTATGCGTGGAACCACAACCTGAATAAGTGGATGGAGATCACCAAACATATTGCGCAGTCTGAAGATGATTTTACCCTTCGAGGCGAACTGTCGGCAGCAGACTACGTACAAAACAGCAAAGTGGATGTCATTGTACAGGATGAAATCCCTTCACGTGGAGATTATGACTACACTTTTGTTTGGGTATCGGATACCCAATTCTTAACGGAGCTGTACCCGCATATTCAGCAGAAGCAATTCAACTGGATTGTCGATTCCATCGATGATATGAACATCAAATATTTGTTCCATACCGGTGATATCGTGAACGACCCGACAGCTGAGTATCAATGGAAACGTGCCGATGATTACATGAAGATGCTGGAGGATGCAAATCTGCCGCATGGCGTGCTCGCCGGAAATCATGATGTGGGAAGCTACGATTGGGACTACACGACCTACAGTCAATATTTCGGGGAGAACCGTTACAAGAATCAGCCATATTACGGAGGTTCCTACAAGGACAATCGCGGACATTATGACCTTGTATCCGTTGAAGGCAACGACTTTATCATGATGTATATGGGATGGGGCGTTGAAGACGAGGACATAAAGTGGATGAACGAGGTTCTCGCAGAATATCCGGACCGTATCGCATTTCTGAATTTCCACGATTACATGCTCGCGAACGGAACTCGTTCCGGTATAGGCAACAAATTGTACAAGGAAGTTGTCGTACCGAATCCCAACGTGGTTGCCGTTCTAAGCGGCCATTACACGGGAGCCAGTCTGCTTAAAAATGAATTGGATGATAATGGTGACGGTACTGCGGACAGAACCGTATATCAGATGCTGGCAGACTATCAAGGACATGCCGATGGCGGGAGTGGTTACTTGAGACTGCTGCATTTTGATAAGGATAGCAATCAGATTTACGTGAATACGTACTCTCCTTATCTGGACAAGTACAATTATTATACGAATGGCTCGGATGAGTTCAAGATGAATCTGGATCTTGAACCGAAATTAAAGCGGGTAGCAACGGATTCGATCCAAGTGAATCATCTGAGAGGAGAGTCCATCGGTACGCCGCAGAACGTAGCTAGCGGCACTGAGGTTGTTCAGCAATGGGCAGGACTGCAATCCGATGGAACTTATTCGTGGTATGTCGTCGCACAAGACAAATTCGGGGGGAGAACCCTTTCGGATGTGTGGACATTCACGACAGATGGAGGGAATCCAGACGCTCCGACCAACCTGAAAGCACTGAATGTGACATCGTCAACGGTTCAAATCGGTTGGGATCCCGTGAGCAGTCCAGACCAACAAGCGATGAATTATAATGTATATCAGGACGGAGAGCGCGTAGCAACGGTCACGGATAGCGTATATGAAGCGACGGGGCTGACCCCGGACACGCTGTATGAATTCAAAGTAACCGCCGTGGACAAGCAAGGCACGGAATCGGCTCCGAGTGAGATATTAACGGTCGTCACTCAAGCCGTAGACATTCCGGGAGCGCCAGTGTGGACAGCCGGGGAGCTTGAATTTTCGAACATCACATCAGACGCTGTATCCATGAGCTGGCCGGAAGCGACCGCAGATGATGGCGTGGATGGATATCGTGTATATCTGAAAGGGCAGAGTGAACCGGTTGTTACCGTGACAAATGATGTGTATTCGCATACCGCTTCCGGTTTGGTTCCTGACACCCGATATCATTTTACCGTGAAAGCCTATAACGCTGCGGGAGAGAGCGCCGGACTTCATAAGTCGGTTACAACGCCGGCAGCAGCAGTAGACAAGAGCGAGTTAATCGGATTAATCGCATCGGCACAGCAAAGGCTTGACGAAACAAAGGAAGGCACATCGCCGGGGCAGTATCCGGCAGAAGCAAGGTCTGCACTCCGTGCTGCCATTGAAAGAGCCAGCGCCATAGCGCAGCAGGATCAGGCAACAGCCAAGGAAGTACAAGCTGCGATCAGCGCTCTGCAAGCCGCGATCCGTACCTATAACGCTTCGGTGGTACCTTCAACGGAGAACCCGCCATCATCGGGATCAGAGTCGGGATCGGGATCCTCTGGAGGCCACGTATTATCTGGAGACAACCGTTTAAAAGGACTCGAAGTGATCATCGGCGGCAAAGCAGCGGAACTCACCCCTGCATTTAATGAGAATACGACAGAGTACCGACTTGAGACGGAAGCCGAATCCGTGCAGCTCCGTGTGGATGCGGCGCATAACAAGGCAACAGTCCTTCTGGGGGAAGAATCCCTGAAGAAGGATCAGGTTATCGAGCTGAAGGAAGGGGATAACCTGTTGAAGCTGATGATTCGGGCTGAGAACGGTACGACCCGAACTTACCAGTTAACCATTCATCGTAAGGCGAAGCCGGGGACCGAAGAACCGAAGCCGGAGCCAAAGCCAGTGATGTTAACCGACATCGCGGGACATTGGGCTTCGTCGGCGATAGAGGAAGCCGTTCAGCTCGGTATTGTGGACGGCTATCCGGATCTTACCTTTAAGCCGGACCGGCAAGTAACACGCGCTGAATTTATGGTGATGATGTTCAAAGCATTGAATGGACAAGGGGATGCTGGGAAGCTGAATTTCAAAGACAGTTCCCTCATCGGAACCTGGGCGCTTAAAGCGATTCAATGGGCTGTATCCGAAGGTATTGTGAAGGGATATCAAGATGGCACATTCAGACCGAATCAACCTGTCAACCGTTCTGAAATGGCTGTCCTGATCACACGTTATCTGGGCCTTTCCTTACCAGAAGCAGAAACGGAATTCCTTGATCAGAAAGCCATTCCGGCTTGGGCAGAGAAGGAAATCGCTGCCGCCACCGCGGCTGGCATCGTGAATGGGCGCTTAGGTAACCGGTTCGCCCCACGGGAATCCGCGACCCGGGCGGAAGCCGTCATGATGATTCTTCGTATGCTGGATATCATGGAGAAGAAGTAA	MSKIVLNRCISCFLILCIVLSASFTGFAGQASAQSSTAPTNVPELLITELVPDSTNVGTADGYEFIEVYNNTDQDIDFSHYKIRYRYLESDTLWAHVPDEVKIPSRGTLVFWIINAQNSKSTIADFNKNYGTNLIENTDVVKIFSGGMSNSRMRELVVVTNTGRPIVSAFYNDGEVHNKADQGIFYKYPEDGSLKMQRISQLEHKATPGSLQHSEVPAEPVHIDVTKEPAVTNRTTTTNVEPGENLEITAEAHDDHMVTSLALSYRVDGQNDYKVVQLQDGKQGLRHTISYLELLGHNKLEYFFTVSNTFKKVESPKYEVDLTGNGASASLNVDDQQTVTGITYIRGAADGAEPADLELHIDGQPVQGSAVMEHSAYFVFEGDGIDDGINTVTVGKNVLFKTEPNIDGYQTIVVPVEPQWLTSGTNEITLRAGDNEKTYFEDDKPTGNMDDFNVRNVRLLIGDGTEIRDPQFSDPALIHDLGDDGRFLPFVTFQFDISADKVKALSYAWDTTTVTDGQHKVDLHVKGKSEAMANIQVDNNGPEINVTVEEGKSYKGSIPIDVTAQDSVSGVEQVEVLLDGRAIQVPYDTSSSELEPGVHKLDIRAVDKIGNISERTVTFNTAPEHPNAPELVSPADMESGTGLSPELKVQVSDPSDDELEVSFHQAYPYHALSGDRVKLSKYASDEEPPKDRFPAGETALTEEELKLVAESNDQYVTVDSTSQFPYIRFEVELEHAVEPGDRVEVTWEGHTVSGRKVTMYAWNHNLNKWMEITKHIAQSEDDFTLRGELSAADYVQNSKVDVIVQDEIPSRGDYDYTFVWVSDTQFLTELYPHIQQKQFNWIVDSIDDMNIKYLFHTGDIVNDPTAEYQWKRADDYMKMLEDANLPHGVLAGNHDVGSYDWDYTTYSQYFGENRYKNQPYYGGSYKDNRGHYDLVSVEGNDFIMMYMGWGVEDEDIKWMNEVLAEYPDRIAFLNFHDYMLANGTRSGIGNKLYKEVVVPNPNVVAVLSGHYTGASLLKNELDDNGDGTADRTVYQMLADYQGHADGGSGYLRLLHFDKDSNQIYVNTYSPYLDKYNYYTNGSDEFKMNLDLEPKLKRVATDSIQVNHLRGESIGTPQNVASGTEVVQQWAGLQSDGTYSWYVVAQDKFGGRTLSDVWTFTTDGGNPDAPTNLKALNVTSSTVQIGWDPVSSPDQQAMNYNVYQDGERVATVTDSVYEATGLTPDTLYEFKVTAVDKQGTESAPSEILTVVTQAVDIPGAPVWTAGELEFSNITSDAVSMSWPEATADDGVDGYRVYLKGQSEPVVTVTNDVYSHTASGLVPDTRYHFTVKAYNAAGESAGLHKSVTTPAAAVDKSELIGLIASAQQRLDETKEGTSPGQYPAEARSALRAAIERASAIAQQDQATAKEVQAAISALQAAIRTYNASVVPSTENPPSSGSESGSGSSGGHVLSGDNRLKGLEVIIGGKAAELTPAFNENTTEYRLETEAESVQLRVDAAHNKATVLLGEESLKKDQVIELKEGDNLLKLMIRAENGTTRTYQLTIHRKAKPGTEEPKPEPKPVMLTDIAGHWASSAIEEAVQLGIVDGYPDLTFKPDRQVTRAEFMVMMFKALNGQGDAGKLNFKDSSLIGTWALKAIQWAVSEGIVKGYQDGTFRPNQPVNRSEMAVLITRYLGLSLPEAETEFLDQKAIPAWAEKEIAAATAAGIVNGRLGNRFAPRESATRAEAVMMILRMLDIMEKK				NA	NA	NA	NA	NA
JZ016_01409	564			hypothetical protein	ATGACAATCTATATTGCGTTGCTTAGAGGGATCAACGTAGGCGGACACAATAAAATCAAGATGGCCGATTTAAGAAAGATGCTTGAATCTAGGGGACTAGCTCGCGTGCAGACCTACATCCAGAGCGGAAACGTGCTCTTTGAATCCGGGGAATCCAAGGAAACGCTGCGCGTTCAAATCGAGCAGGGCATATTTGAAACGTTCGGCTTCCCGATATCGGTGATCCTTAGAACCTCCGAGGAAATCGAGGGGATCGTTCGGAACTGTCCATTTTCGGAAGAAACGCTGCGTCAAGCGGAGGCAGCATCGGAGTTTGAGAGTCTTTATGTTGCCATGCTGACGGAAGCGCCTGCTGTTGAAGATGTGGAGAAATTAAAGCTTTATGTGAACGAAAAGGAAATCTTCGAGGTGATCGGTGAAGAGGTTTACTTGCTGTTCAAGGAAAGCGTTCGGAATTCCAAGCTGGCGGTTCAGTTGTCGAAGCTCGGCGTGCCGATGACGATGCGGAATTGGAAAACGATGAACAAGCTGGTACAACTGTCCCAGACAATGAAGAGTGTGTGA	MTIYIALLRGINVGGHNKIKMADLRKMLESRGLARVQTYIQSGNVLFESGESKETLRVQIEQGIFETFGFPISVILRTSEEIEGIVRNCPFSEETLRQAEAASEFESLYVAMLTEAPAVEDVEKLKLYVNEKEIFEVIGEEVYLLFKESVRNSKLAVQLSKLGVPMTMRNWKTMNKLVQLSQTMKSV				NA	NA	NA	NA	NA
JZ016_01410	1395	hemY	COG1232	Protoporphyrinogen oxidase	GTGACAACTACCGTAGTTATCGGCGGCGGCATTACCGGACTTTCGACCTTATACTATCTGCAAAAAGAGTTGAAGCACCTTCAACAGAATATGGAACTGGTGCTTATCGAGGCAAGTGAAACGCTCGGAGGCAAAATCCGCACCGTTCAGAACGGTGAATTTATTATGGAAACCGGAGCGGATTCGATCGTATCCCGGAAAACGAATGTGGCACCACTTCTGGAGGAGCTTCAGTTAACAGACCAGATTGTGTATAACGCCACGGGGACTTCTTTCATATATACGACTGCAGGTTTGAAAAGAATCCCGGATGAGAGCGTATTCGGCATACCGCTTAGCCTGAAATCCTTGGCCGAAAGCGAGCTTGTGTCTGCCGAGGGGAAGGTGGAGGCGCTCAAGGACTATTACACGCCGAATGAAACGTATACCAAGGACGATTCTTTGGGGGAGTTCCTTGAAGCCTTCCTTGGCAAGGAAATCGTTCAGAATCAGATCGCTCCGGTCATATCGGGCGTCTATTCCGGGGAGCTTCATGACCTGACAATTGCGTCAACGTTTCCCTATTTGCTGGAGTACAAAAATACGTACGGCAGCATCATGGGCGGTTTGGCCGAGAATAAACAGAAATTCCTTGGCTCGGGCAATAAGAAATTTCTTTCCTTCAAAGACGGAGTCTCCGTATTGATTGATGCATTGGAACGGACCGTGATCCAAGCAGGCGCGAAGATATACAAAGGCGTTGCCGCAGAGAAGCTGGAGAAAGCAGCCAGCGGCTACGGGGTGACGTTGGCAAATGGCGAAAAGCTTGAAGCTGATTTTGTTGTTTTAAGCACGCTGGGATCCGCCGCGAAGGATTTGCTGCAAGATCCGCTGCTTAATGAGGACTTTGACCAGATGTATACCAAATCGCTCATCAGCGTGTATCTTGCCTATGACATTCAAGACGAAGAGCTTCCCTATGATGGAACGGGATTCATTACGGCCAAGGGAACCCGGTTGAAGTGTGATGCTTGCACCTGGACGAGCCGGAAATGGGAGCATACCTCCGAGAACAAGCGGTTATTGATGCGATTGTTCTACAAGAGCTCCAATCCGCATTATGAGGAGCTGATCCAGTTATCCGATCAAGAATTGAAACAGATCGGGATGGGGGATATCAGCCAAAGCCTTGGCATTAAGGCTGAGCCGATCTCTTGTGAAGTCACCAAATGGCATGACAATATGCCGAATTATCATTTGAAGCACCGGCAAATCGTGGAATCATTAGAACAGAAAATGGATGACCTGTATCCTAACGTTATTTTGGCGGGATGCTCCTATTATGGAGTGGGGATACCGGATTGCATTGCGAACGGGGAGAAGACGGCAGGTCTGATTCTGGAAAGGATGCCCTAA	MTTTVVIGGGITGLSTLYYLQKELKHLQQNMELVLIEASETLGGKIRTVQNGEFIMETGADSIVSRKTNVAPLLEELQLTDQIVYNATGTSFIYTTAGLKRIPDESVFGIPLSLKSLAESELVSAEGKVEALKDYYTPNETYTKDDSLGEFLEAFLGKEIVQNQIAPVISGVYSGELHDLTIASTFPYLLEYKNTYGSIMGGLAENKQKFLGSGNKKFLSFKDGVSVLIDALERTVIQAGAKIYKGVAAEKLEKAASGYGVTLANGEKLEADFVVLSTLGSAAKDLLQDPLLNEDFDQMYTKSLISVYLAYDIQDEELPYDGTGFITAKGTRLKCDACTWTSRKWEHTSENKRLLMRLFYKSSNPHYEELIQLSDQELKQIGMGDISQSLGIKAEPISCEVTKWHDNMPNYHLKHRQIVESLEQKMDDLYPNVILAGCSYYGVGIPDCIANGEKTAGLILERMP	PGPT0008475_1523	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008475-hemY-K00231	NA	NA
JZ016_01411	744	ywaC	COG2357	GTP pyrophosphokinase YwaC	ATGAATTCTTTGCAAATCGAACAGCTCAAAATCATTCGGAATGAAATTACCCGATTCATGATGAAATACAAATTCGCTTTAGATGAGATTGAAACCAAAATGGAGATATTAAAAGAGGAGTTCCAGGCTCTTCATGATTATAGCCCGATCGAACATACGAAATCCCGCCTGAAATCGCCGGAGAGCATCATGAAGAAGCTGCTCCGAAAAGGCGGAAACATCTCTCTTAGCTCCATAGAAGATAATATCAAAGACATTGCGGGTCTAAGAATCACCTGCTCATTCATAACCGACATTTACAAAATTAGCGACATGCTGCAGAAGCAGAGCGATTTAACGGTGTTAAACGTCAAGGATTATATCAAGAATCCGAAGCCGAACGGATACCAAAGCCTGCATCTGTTAGTGGAAGTGCCTGTTTTTTTCTCCGATCGGGTGGAGAAGGTATGCGTTGAAGTCCAAATTCGAACCATTGCCATGGATTTCTGGGCGAGTTTGGAGCATAAAATTTTCTACAAATATAATAAGTCCGTTCCTCAGCATCTGCTGGAAGAGCTTAAGAAGGCTGCGGATACGGCTAACGCGCTGGACCGTCAGATGGAGCAATTGCACCACGAGGTGCAGGCCATTAAGGACTCGGAAAGCGATGATTCGCTGCTGGAGGAACTGAAGAGCATTCAGATCAACAACCGCAAGTATGAGCTTCCGGCGGGCTTGCTTGAAGTATTGACCGAGGACAAATAA	MNSLQIEQLKIIRNEITRFMMKYKFALDEIETKMEILKEEFQALHDYSPIEHTKSRLKSPESIMKKLLRKGGNISLSSIEDNIKDIAGLRITCSFITDIYKISDMLQKQSDLTVLNVKDYIKNPKPNGYQSLHLLVEVPVFFSDRVEKVCVEVQIRTIAMDFWASLEHKIFYKYNKSVPQHLLEELKKAADTANALDRQMEQLHHEVQAIKDSESDDSLLEELKSIQINNRKYELPAGLLEVLTEDK	PGPT0014825_618	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0014825-ywaC|yjbM-K07816	NA	NA
JZ016_01412	903			hypothetical protein	TTGTTGCATTTGTTGAAAAATTCATTCTTCGTATTTTTGGGAGCCTGCTGTTTCGGAATTCTGTCAACGGTTGTAAAGCTTGCTTACCAGGAAGGGTTCCTATTTCAGGAGGTGATGATCAGCCAATTCGGGACAGGCTGGCTCATTCTGCTGTTGCTGATGCTGTTTTTTGGACGACATAAGGTCACGGGCAAGCAATTCCTAAGGCTAGCCGGGGTTGGGTTATGTACATGCCTTACAGGCGTCACGTATTACCTTGCCCTTCAGAGCATTCCGGCATCGATCGCCGTCGTGCTTCTATTTCAATTCACCTGGATCGGTGTCATTATCGAAGCTGTTGTAAAACGGCAATGGCCGGATAAATCCACCGTCATCTCCGTTATCATCCTGTTCGTCGGGACGATGATGGCTGGGGGGATGTTGGGTGCAGGCGAGATTCAATTGAATTGGAAAGGGGCAATATTGGGACTGACCGCGGCTTTGATGATGGCTTTGTTTGTCTTCTTCAGCGGCCGGGTCGAGACGCAGATGTCACCCATTACCCGGAGCTTTTATACCTCAACGGGTGGGCTTATTCTGCTGACGATCCTGTTCACGCCGAAAGCGTACACGGAGATATCCCTGTTTGACAACGGGTTATGGCTGTTCGGCTTAATCTTAGGCGTATTCGGCGTTGTTCTTCCAGTACTGCTATTCGCACTCGGTGCGCCCAAAATCAGTACGGGATTGGCAACCATCCTTGGTGCCGGAGAGCTGCCCGTTGCCGTTATTGCATCGGTGCTGGTGCTGAGCGAGCAGGTGACTGCGCTGCAATGGATCGGGGTTATCGTGATCCTGCTGGGCATAGCGTATCCGCAGATAGCGGCTCAGAAGCGGGGCGGGGTGCCAGCGGTACAAAGATAG	MLHLLKNSFFVFLGACCFGILSTVVKLAYQEGFLFQEVMISQFGTGWLILLLLMLFFGRHKVTGKQFLRLAGVGLCTCLTGVTYYLALQSIPASIAVVLLFQFTWIGVIIEAVVKRQWPDKSTVISVIILFVGTMMAGGMLGAGEIQLNWKGAILGLTAALMMALFVFFSGRVETQMSPITRSFYTSTGGLILLTILFTPKAYTEISLFDNGLWLFGLILGVFGVVLPVLLFALGAPKISTGLATILGAGELPVAVIASVLVLSEQVTALQWIGVIVILLGIAYPQIAAQKRGGVPAVQR				NA	NA	NA	NA	NA
JZ016_01413	1749			hypothetical protein	TTGGATACGACAGCAGACAGAACGGTCCAGTGGGATGAGATGGAAGATCAGGAGTTGGTGAAACATGCGCAGGCAGGGGAGCGGGAAGCTTTCGGTGAGCTTGTTCGGCGTCATCGGTCCAAGGTTTATGGCTATGCCAGAGCTATAACCCGGGAGTCCTACCTGGCAGAGGACGTTGTACAGGATGCATTGGTCCGGGCATTTTTGCACTTGGGCAAACTGGTCGATACCCGGCGTTTCCTGCCCTGGGTGCAGCGGATCGTACGGAATCAGGCCTATACCCGGCTTAAGGGAAGCTCCGCGATGAAAGAGCAGACATTCACCGAGCTTGAAGGCAGGGGAAGGTATGATAGTGCCGGGAGTGCAGATCAGTGGAATAGTCTGGACAGCATTCTGGGAAGGCTCCATCATTCTTCAGCCGAAGCGGCCGCAGGATTCAACGTACCGGAGGAACGAATCGTCCAGCAAGAGACGCTGCGTGTTTTAACGAACATCATTCAACGCCTGAAGCCACGCGAACGGCTTATTTTCGAATCTCATTTTTTCGATCAGCTGTCCCCGCAAGAAATTGCTGACTTGTTTCAGCTCTCTTCAGCCAATGTGTATCAGATTATTTCGAGATCGCGGAAGAAAGTGATCCAAGAAAAAATTCGCGTAACCGTTGACTCTTATATTAAGACGAGAAGGGACTTGGGAATTATGAATAAGAAGATTCTACAGTACGAAGGATCGTTGAAAGAAATCAAAACTTGGACAACTGCTGCGGATGCCACGTATAAAATGCTGCAATTTACAGATCGGAAGCTATCCCTGCCGATGGTTATGGGGCTGACAGGTCATGCATTCCGAATTAACATCATTCCGGATCAGGTTCACATTGCAGGTCCGACCGCGTATTTTTTTGGTGAAGTATTATCCCGGGGTCTTCATAATATCGGCTTCCATTCCAAATTCATCGACGGCATGTCGGGCGGCATCGGTACCAATGCCAATCTGCTGGATCCATCTGCCTTGGAGAAGAGTGCCATGGGCAAGCGCAGCATTCATCAGGAGCTGCCAAGGGCCCTTGATTTGATTCATAGCTCGCTGGACCGCGGATACCCTGTGCTGGCATGGGATATTTTCTTCCCTGAATTTGGTACGCTGTATGGCTATGACGATGAGACCAGAACCCTCTATGGGGAAGTATGCGGAAAAGCGGATACGCTCCCTTATGAGAATCTCGGAAGGAGTGTAATGGAAGAGCTGTTCGTTCTGGCCATTGAGGGATCGGTCGATTTAACGCTTCAACAGCAGCTTCGACTTGCGCTTGAAACTGCCATCGAACAATATGAGGGGAAAGAAAGCGTGGTTCCGACGGCAGTGAAGGGGATTGCGGCATACGATGCTTGGATCGAATCGCTGCAGGGGCGGAAGATCGAACCGAACGGCCATGCATACAACATCGAGGTATTAAGAGATGCCCGGTATTACGCTGCTGAGTTCTTCAAGGAACTGATAGCAGCATGGCCGGATGCGAATACCGAAGGACCGGAGCTCACGCAGCAGTTTAAAGAAGCCAGCGTGTTATATACGGGAATGTGCGAGAAATTCAGTGTCCTGCATCAGATGTTCCCATTTCCGGTAGGCGGAGAGCCTAATTCGGAGGATCAAGCTATGACTGCGATAACGCTGGTAGAGGATATTAAAGCTCTGGAGATCGAAGCCGTTGCTAAATTGAAAGAGATCTTTGCAAAGTTGTCTTCTTAA	MDTTADRTVQWDEMEDQELVKHAQAGEREAFGELVRRHRSKVYGYARAITRESYLAEDVVQDALVRAFLHLGKLVDTRRFLPWVQRIVRNQAYTRLKGSSAMKEQTFTELEGRGRYDSAGSADQWNSLDSILGRLHHSSAEAAAGFNVPEERIVQQETLRVLTNIIQRLKPRERLIFESHFFDQLSPQEIADLFQLSSANVYQIISRSRKKVIQEKIRVTVDSYIKTRRDLGIMNKKILQYEGSLKEIKTWTTAADATYKMLQFTDRKLSLPMVMGLTGHAFRINIIPDQVHIAGPTAYFFGEVLSRGLHNIGFHSKFIDGMSGGIGTNANLLDPSALEKSAMGKRSIHQELPRALDLIHSSLDRGYPVLAWDIFFPEFGTLYGYDDETRTLYGEVCGKADTLPYENLGRSVMEELFVLAIEGSVDLTLQQQLRLALETAIEQYEGKESVVPTAVKGIAAYDAWIESLQGRKIEPNGHAYNIEVLRDARYYAAEFFKELIAAWPDANTEGPELTQQFKEASVLYTGMCEKFSVLHQMFPFPVGGEPNSEDQAMTAITLVEDIKALEIEAVAKLKEIFAKLSS				NA	NA	NA	NA	NA
JZ016_01414	573	tdk	COG1435	Thymidine kinase	ATGGCTCAATTATTTTTTAAGTACGGCTCCATGAACAGTGGTAAATCCATCGAAATTTTGAAAGTCGCCCATAACTACGAAGAACAGAACAAACCGGTGCTCCTTTTTACATCCGCTATCGATGACCGGGATGCCGTTGGGTATGTGTCCTCACGAATCGGCCTGCGACGCGAAGCGATACCTATAACCGATACGACCGATATCTATGGGATTGTGAAGGAGCATCAGCCTAAGCCATACTGCGTTCTCGTTGACGAATGCCAGTTCCTCTCCAAGGACAGCATCCTGCAGCTCGTTCGGATCGTAGATGAGCTTAACGTGCCTGTCATGGGCTTCGGCTTGAAGAATGATTTCCGGAACGAGCTGTTTGAAGGCAGCCGCTGGATGCTGATTTACGCCGATAAAATCGAGGAAATGAAAACGATCTGCTGGTTCTGCGAACGTAAAGCGATCATGAACCTTCGCGTCATTGACGGTAAACCCGTATATGCCGGCGAGCAGATCCTGATCGGAGGGAATGATACCTACTTCCCTGTTTGCCGCAAATGTCATACCAATCCCCCTTTATCATAG	MAQLFFKYGSMNSGKSIEILKVAHNYEEQNKPVLLFTSAIDDRDAVGYVSSRIGLRREAIPITDTTDIYGIVKEHQPKPYCVLVDECQFLSKDSILQLVRIVDELNVPVMGFGLKNDFRNELFEGSRWMLIYADKIEEMKTICWFCERKAIMNLRVIDGKPVYAGEQILIGGNDTYFPVCRKCHTNPPLS	PGPT0021390_3171	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021390-tdk-K00857	NA	NA
JZ016_01415	213			hypothetical protein	ATGCCGATAGTCAGACCGCTATTAACCGACCAGGACTTTCAGGAAGTTATGGAGCAGCAGACCCGTATACGCATCTTCAAGGATAATCATCTGATTGACTCCGGCAGTATCGTCATCCGATTCACCGACGAAACCGTCATTACGCAATCCAGCGTCAGCTCGCTCGGCTATCATAAGCGGGATGAATGCGAATTTTTTGAAGTACGGAAATGA	MPIVRPLLTDQDFQEVMEQQTRIRIFKDNHLIDSGSIVIRFTDETVITQSSVSSLGYHKRDECEFFEVRK				NA	NA	NA	NA	NA
JZ016_01416	867			hypothetical protein	ATGGTCAAAAAACACAAAAATCTGACAGTTGGCGAAATTCTGAAACGGTTCATCTTTATTACCATCGGTGCAGTTCTGATGGCCGTGGCGCTAGAAATATTCCTGGTGCCCAACGAAATTATCGACGGGGGTATTACCGGTATTTCCATCGTATTATCATCGATTACGCCCATTAAACTGGGTGTGTTCCTCTTCATTATCAACTTGCCGTTTCTGTTCATCGGTTATAAGCAGATCGGCAAAACGTTCGCATTTTCCACACTGTACGGGATCGTGGTATTGTCGGTGGCGACAACCTTCCTGCATCATGTAGACCCGTTTACGAACGAGAAAATTTTGGCGGTGCTGTTTGGTGGTTTGGTCCTTGGTCTGGGGGTAGGTCTTGTTATCCGTTACGGCGGAGCTCTTGATGGTACGGAGATTGTTGCTATCCTGCTGTCCAAAAAGCTGCGCATGCCGGTCGGGCAGATCATCATGATTATCAACGTGTTTATTTTTATTACGGCAGGGTTTGTATTCGGTGCAGATTCGGCCATGTATTCGATTTTTTCATACTACATAGCGGCAAAAGTGATGGATATTGTGGTAGAGGGCTTGGATGAGTCCAAATCCGTTACGATTATATCCAATGAATATGAAGAAATCTCAAGTGCCATCATGCAGCGTCTGGGCCGCAGCACGACGATGATTTATGCCAAGGGCGGATATTCGAAAGAGGATACGCAGATGATTTATTGCGTCATCACCCGGCTGGAGATTGCGAAGCTGAAGACGGTTGTGCAGGAAATAGATAAGAACGCATTTATTTCGATTCAAAATGTCGCGGATGTGCTGGGTGGGAGTATGGCGAAGTCAGATATTCACTAG	MVKKHKNLTVGEILKRFIFITIGAVLMAVALEIFLVPNEIIDGGITGISIVLSSITPIKLGVFLFIINLPFLFIGYKQIGKTFAFSTLYGIVVLSVATTFLHHVDPFTNEKILAVLFGGLVLGLGVGLVIRYGGALDGTEIVAILLSKKLRMPVGQIIMIINVFIFITAGFVFGADSAMYSIFSYYIAAKVMDIVVEGLDESKSVTIISNEYEEISSAIMQRLGRSTTMIYAKGGYSKEDTQMIYCVITRLEIAKLKTVVQEIDKNAFISIQNVADVLGGSMAKSDIH				NA	NA	NA	NA	NA
JZ016_01417	609	betI_6		HTH-type transcriptional regulator BetI	ATGCCGAAAATCGTAGATCATGATAAACAAAGACAACGGGTCGCTGAGGCTGCCCTGCGGGTGATTCAGAGGGGTGGACTCGAAAAAGCGACGGTACGCAATATCGCCGAAGAGGCGGAGTTATCCGTAGGTTCGCTGAGACACTATTTTACCAGCCAAGCTGAGTTGTTGGCTTTTTGTATGAACCTGATGATCGAGAGGATTGAAGAACGCTTTTTGACTTTGTCCTTGAAGGGACCCGTGTTTGAGGATGTAAAACAAGTATTGATGCAATTTCTGCCGATGGATGAGGATAGGACGATGGAAATGGAGGTGTGGATGTCGTTTGTTGCCAAAGCACTTGTCTATCCCGAGTTAAGAATAATGACCGATCATATGTATGATGGATTAACCAAGGCGTGCCATTATGCGGTGGATACCCTGGTCGCACATAAGCTGGCTAAACCGGAGCTGGATCTTGATTATGAGAAGGAGCGCATATACGCATTGGTGGATGGATTAGCGATTCATCATATCATGAGGCCACAGCAACTTGCCAAAGAAAAGATCGAAAGGATTCTCGAGCAGCATCTGCGTTCCTTATGTCTGGATGACAAGGCAATGGACTAA	MPKIVDHDKQRQRVAEAALRVIQRGGLEKATVRNIAEEAELSVGSLRHYFTSQAELLAFCMNLMIERIEERFLTLSLKGPVFEDVKQVLMQFLPMDEDRTMEMEVWMSFVAKALVYPELRIMTDHMYDGLTKACHYAVDTLVAHKLAKPELDLDYEKERIYALVDGLAIHHIMRPQQLAKEKIERILEQHLRSLCLDDKAMD				NA	NA	NA	NA	NA
JZ016_01418	834			hypothetical protein	GTGATAGCCACGGTAGCGGGTTCATACCAGATCCCTACCCTCGGGCTCCAAATCCTCCTTGCCGTCGTAACAACAAGCATATCCGTGCCGCTGATTTATCTGCTTAGGCGTTATGTCGACCAGCGGCCCTGGAGCGGACTTGGTCTTAGCTCTGTTCCTTCCGGTTTTCGTTATTTCCTTCTCGGCATCGGTTTCCTTGCCCTGGTCACGGCAGCAGCCTTGCTGATCGGCAGCGCCGCCGGATGGCTCCGGATCGTGGATTTCCACTTCCCAATCGTTACGATGCTCGTTATCCTCATCAACGTCCCGATTGCATTTTTTTATGAAGCCTTTCCAGAAGAGATCACCTTCCGCGGTTATGTGTACCGGAACTTAAACACCCGTTTTCCGCGCTGGCTTGCTTTGGTCCTTCAGGTCGTAATGTTCGTGCTTGCGCCTATCGCTGTAACGGCATTCATGGTGGCCATAGGAATAGGGACATGGGATTTGATTACGGTGGAGTATATCATCAATTTAGTTGCTTTTGGTACGGTATTGCAGCTGTCCCGCATCGTATCCCACAATCTGTGGATGAGCATCGGCTTTCACCTGGCCTGGCTGGAGATGGTCCGGTACGCCGTGGTACCCTCCCAATATGCATTCATCGAGATTGAATACCTTTCGGTTTGGGGCAATTATATGGTAACGATCGGTTCGGTCATTATTGGGATCATCCTATTGATCGTCTGGTCGCTGCGGAGCAAGAACCGAATCGATTGGAACGGGATCGAGCCGGATCTCCCGCCGGATTCGAATCCTGAAACCAAGGAAGCGCTGCCCGCCCAATCTGTATAA	MIATVAGSYQIPTLGLQILLAVVTTSISVPLIYLLRRYVDQRPWSGLGLSSVPSGFRYFLLGIGFLALVTAAALLIGSAAGWLRIVDFHFPIVTMLVILINVPIAFFYEAFPEEITFRGYVYRNLNTRFPRWLALVLQVVMFVLAPIAVTAFMVAIGIGTWDLITVEYIINLVAFGTVLQLSRIVSHNLWMSIGFHLAWLEMVRYAVVPSQYAFIEIEYLSVWGNYMVTIGSVIIGIILLIVWSLRSKNRIDWNGIEPDLPPDSNPETKEALPAQSV				NA	NA	NA	NA	NA
JZ016_01419	654			hypothetical protein	ATGTTGGAATGGCTTCAGAACTTGTGGACCCATATGAAAGAAATTGACATGGATCAAGTGCAGGAATGGCTTCAGCAGTACTCGCAGCTGGGTCCCATCCCGGGTATTTTGCTTCCATTTATAGAGGCGTTCCTTCCCTTTCTGCCCCTTATCGTACTGGTGATGGGGAACTCCGCGGCCTATGGATTATGGTGGGGATTCCTGCTGTCGTGGATCGGCGTTTGCCTTGGATCCGTTACGGTGTTCTGGATTGTTCGTAAGCTGGGAGGCAAGCTTGGATTGCTTATCCAAAAAAGAATGCCGGGATCCCAGCGCTTCTTCCATTGGATCGAAGAAAAGGGCTTTACGCCGATCTTCATCCTGTACTGCTTCCCCTTCACGCCTTCCTCACTGATCAATATCGCATCCGGCATCAGCACGATATCGGCAACGACGTTCACGATAGCCGTTATGGCAGGTAAATCCGTGATGATTTTTATGGTGGCATTCATTGGACATGACTGGCAAGCCTTTGTCCAACAGCCTTGGCGCATTCTTATCGCGGCCATCGTCCTCTGGCTGCTGTGGCTTGCCGGCAAAAAGATGGAAAACCGTTACCATCATGAAGATCAGCCGGGAAGTGTCGTGATCAGCAGCAAAAAGACGAAGCGTTAG	MLEWLQNLWTHMKEIDMDQVQEWLQQYSQLGPIPGILLPFIEAFLPFLPLIVLVMGNSAAYGLWWGFLLSWIGVCLGSVTVFWIVRKLGGKLGLLIQKRMPGSQRFFHWIEEKGFTPIFILYCFPFTPSSLINIASGISTISATTFTIAVMAGKSVMIFMVAFIGHDWQAFVQQPWRILIAAIVLWLLWLAGKKMENRYHHEDQPGSVVISSKKTKR				NA	NA	NA	NA	NA
JZ016_01420	882	mshD_2		Mycothiol acetyltransferase	ATGGTATTGGATACAGATCAAACGAAATTAAGAGAGCTGTCTTCCTTTCTTGCCCGAATGAATGGGGATCGTCATCATCATGTCGGATATTGCGGCGAACAGGAAGGGGAGGTCTACAGCACGCTGCTGGAAGATTTTTCGGAAAATGGCCGGCTGAGCAGCCAGCGATTTACCGTGATCTATGATCAAGATCAGATGGTGGGCGCATTGGGATTCGATGTGGACGAAGAAGAGGGAACTGCTGAAATATGGGGACCTTTTATCGATGCGGAAGGCGAGCTTTGGCATCGATTGGCGAAGGAGCTATGGGTTGATGGAACAATGAAGCTGAATGGCAGCGTAACACGCTATTTCGGATTTTATAATGTAGCTCATCCGTCCGCTGCGAGGTTTATGGAGGACAAAGGGGGAAGAAAGACAGGTGTGCATCATGTGCTGAAAATCCAAAAATCCACCTTGTTAGCGAATACCGCGCCTGGATTGCAGGATATCACGCCCGAATATTGGGATGAGTTCGAGAATCTGCATGGCACCGCCTTCCCGAATACCTATCTCAGCTCGGAGTCTATTTTGCAGAAGCTGGATGAGTATCACCGGCTCTTCATATTTACGGAAGAAGGCCGTTTCGTCGGGTATGTTTATGTGGAGGGAGACCCGGATTTCCAGGAAGGAAATATTGAATACATCGCGGTATCCGAACAATTCCGGCGCAAAGGCTATGGCGGGCTCCTGCTTGATCAAGCTCTTCATTATTTATTCCAAGTCCTGCAGCTGGAAGAAATCTCGTTATGCGTGGACCAAGACAATGCAGGGGCGCTCCAGCTGTATCATCGTGCGGGCTTTGAGACGGTGCATAAACTGGCGGCTTACGTATTGGAGTGA	MVLDTDQTKLRELSSFLARMNGDRHHHVGYCGEQEGEVYSTLLEDFSENGRLSSQRFTVIYDQDQMVGALGFDVDEEEGTAEIWGPFIDAEGELWHRLAKELWVDGTMKLNGSVTRYFGFYNVAHPSAARFMEDKGGRKTGVHHVLKIQKSTLLANTAPGLQDITPEYWDEFENLHGTAFPNTYLSSESILQKLDEYHRLFIFTEEGRFVGYVYVEGDPDFQEGNIEYIAVSEQFRRKGYGGLLLDQALHYLFQVLQLEEISLCVDQDNAGALQLYHRAGFETVHKLAAYVLE				NA	NA	NA	NA	NA
JZ016_01421	411			hypothetical protein	TTGAACGCACAAACGATGAGTCAGATCGGTGAGTTTCTGATCGCGCTGATGGTGCTGCTCGGCGCTTTGCTGGGTGCATTGAGTGCATTCGGCCTTATTCGTCTGCCGGATGTTTACATGAGGTCCCATGCAGCTACGAAAAGTGCCACGCTGGGCGTCCTCTTGATCCTTGCCGGCGCATTTCTGTATTTCACCTTCTACCTGGAGCATGTCAGTGCCAAACTGCTGCTGGGAATCGTATTCGTATTTATTACGGGGCCGGTAGCCGGTCACTTGAACGGGAGAGCGGCGTATCGATCAGGCGTGTCCATGTGGGAGAACAGCGTTCACGATGACCTCAAGCCTGAGCTGAAGCGCGAACGTGAGCGGATGCGAGCTTCCCGGAAAGGGGAGCATTCCGAGAAGGGATGA	MNAQTMSQIGEFLIALMVLLGALLGALSAFGLIRLPDVYMRSHAATKSATLGVLLILAGAFLYFTFYLEHVSAKLLLGIVFVFITGPVAGHLNGRAAYRSGVSMWENSVHDDLKPELKRERERMRASRKGEHSEKG	PGPT0013925_316	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013925-mnhG-K05571	NA	NA
JZ016_01422	294	mrpF	COG2212	Na(+)/H(+) antiporter subunit F	ATGATCCATGGCATGCTGATAGCCTCATTGGTGATTTTGTCGCTTGCTATTCTGGGCTGCCTGTACCGATTAATCAAGGGACCTTCCATGAACGACCGGATCATGTCGCTGGATACGATCGGAATTATCCTGTTGTCCATGATCGCTGTCCTGTGCATGCTGTTCCGGACATCCGTGTATTTTGATATCATTCTGCTGATCGGAATTCTTACGTTCATCGGAACAACCGCGCTTGCCAGATATATTGAGAGGGGTGATGTCATTGAACGCACAAACGATGAGTCAGATCGGTGA	MIHGMLIASLVILSLAILGCLYRLIKGPSMNDRIMSLDTIGIILLSMIAVLCMLFRTSVYFDIILLIGILTFIGTTALARYIERGDVIERTNDESDR	PGPT0013920_479	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013920-mnhF-K05570	NA	NA
JZ016_01423	480	mrpE	COG1863	Na(+)/H(+) antiporter subunit E	ATGGGCCATCAAATCCTGTTAAATATCATCATTGCCGTTGTCTGGATGTTCCTGAACAATAACTGGTCCCCCCAGCACTTGATAGTCGGCTATCTGATCGGTATGTTGCTGATTTATCTGTTGCGCCGCTTTTGGCCAAACGATTTCTATTTGCGTAAGCTGTGGTCTATTCTGATGCTGCTGCTTTTGTTTCTAAGAGAGCTGTTTAAATCAAGTATCACCGTCATCGGTCAGATTATAAGACCGAAGCTGAATGTCCGCCCCGGAATCTTCGCCTACGATACGGAGCTTAAGTCCGACTGGGAGATTACGGTCTTATCGTGCCTGATCTGCTTGACGCCAGGAACGCTTACCCTGGAAGTCTCTCGCGATGGTCAGACGCTGTATATCCATGCGATGGATATCGAAGATGTCGAAGAGCTGTCGAATCAGATCCGCGGTACCTTTGAACGCGCGATCAAGGAGGTGACCCGCACATGA	MGHQILLNIIIAVVWMFLNNNWSPQHLIVGYLIGMLLIYLLRRFWPNDFYLRKLWSILMLLLLFLRELFKSSITVIGQIIRPKLNVRPGIFAYDTELKSDWEITVLSCLICLTPGTLTLEVSRDGQTLYIHAMDIEDVEELSNQIRGTFERAIKEVTRT	PGPT0013915_1228	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013915-mnhE-K05569	NA	NA
JZ016_01424	1482	mrpD	COG0651	Na(+)/H(+) antiporter subunit D	ATGAATAATGTAATTGTTCTGCCTCTCCTTATTCCGTTAGTTACTGCCGTAATTCTTATTTTTTGCTCCAAATACGTTCGTGTTCAGCGCTGGATCAGTGTGGTCAGTGTCATACTGAACCTGCTTGTGGCGTTGTTCATCGTGAATCAGGTAAACAACGAAGGCATCCAAACGCTTCATATGGGCGGATGGCTGCCGCCTTATGGGATCGTGTTTGTAGCCGATATGCTCGCGGCACTGCTGGTGCTCACGACGTTGATTGTGGCAGCTGCCTGTCTGTTCTATTCCTTTCGGAGCATCGGGGAAGAGAGAGAGAAGCATTACTTCTATGCCTTTTTTCAATTTTTGCTGGCCGGTGTGATCGGATCGTTCCTGACAGGGGATCTGTTTAACCTGTTTGTCTGCTTTGAGGTCATGCTGATCGCTTCCTATGCGCTGATTGTGCTGGGGGGCACCAAGCGGCAGCTGAGAGAAACCCTGAAGTACATGCTGATTAATATTATTTCATCCACCTTGTTTGTTGCAGCCGTTGCTTATTTGTACGGCACGGTCGGCACGCTGAATATGGCGCACCTGTCCCTGCGCGTGGCAGAAGTACAGCAGGACGGAATCTTGTCGGTCATCGGCCTGTTGTTCCTGATTGTATTCGCTCTGAAGGCGGGCTTGTTCCTGTTCTTCTGGCTGCCCGGTTCCTACAGTGCACCTCCGGCGGCAGTTTCAGCTTTGTTCGGGGCGCTGCTTACGAAGGTTGGATTATATGCGATTATCCGTACCTTTACGCTGATCTTCCATCACGATACCGGCGGCATCCACGCCGTCATTGGCTGGATGGCCGCGGCAACGATGATTTTGGGAAGTTTGGGCGCGGTTGCGTATAAGGATCTTGGACGAATCCTGAATTATAACATTATTATCAGCGTCGGCTTTATCGCCTTCGGCATAGCGTCGGCATCTTCAGATTCCTTGAACGGTGCTGTATTCTACTTGATGCATGACATGATTGCAAAGGCGCTGCTCTTTATTCTCGGCGGAATCATCATTGCCAGTGCGGGTGCTAACAAGCTGAGTGATATGGGCGGCTTGATGAAGCGCCATCCCTTGGTGGGATGGATGTTCTTTATCGTTGCATTGGCTCTGGTCGGCATCCCGCCCCTTAGCGGATTCCTTGGCAAGGTTCTTATCATCCGCGGTGGTTTGAGCGAAGGGCATTATTGGTTGACGGGACTGGCACTGGCATCAAGCCTGGCGGTATTGTATTCCCTGATCAAGGTATTTATGGGGGCATTCTGGGGCGAATCACCCGGGCATACGGAATCGCAGCCAGTCAGAATCCATCGGACAGCTTATGTGGCAGCTATTGGACTAACGGTTATGGTGATTGTCCTTGGGGTGGGTTCGGAGTGGATTTATTCCTACACCTCTCAAGCAGGCGCCGTATTATCCGATCCATCACTATACATTAACGCTGTACTAAAGGAGTAG	MNNVIVLPLLIPLVTAVILIFCSKYVRVQRWISVVSVILNLLVALFIVNQVNNEGIQTLHMGGWLPPYGIVFVADMLAALLVLTTLIVAAACLFYSFRSIGEEREKHYFYAFFQFLLAGVIGSFLTGDLFNLFVCFEVMLIASYALIVLGGTKRQLRETLKYMLINIISSTLFVAAVAYLYGTVGTLNMAHLSLRVAEVQQDGILSVIGLLFLIVFALKAGLFLFFWLPGSYSAPPAAVSALFGALLTKVGLYAIIRTFTLIFHHDTGGIHAVIGWMAAATMILGSLGAVAYKDLGRILNYNIIISVGFIAFGIASASSDSLNGAVFYLMHDMIAKALLFILGGIIIASAGANKLSDMGGLMKRHPLVGWMFFIVALALVGIPPLSGFLGKVLIIRGGLSEGHYWLTGLALASSLAVLYSLIKVFMGAFWGESPGHTESQPVRIHRTAYVAAIGLTVMVIVLGVGSEWIYSYTSQAGAVLSDPSLYINAVLKE	PGPT0013910_2113	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013910-mnhD-K05568	NA	NA
JZ016_01425	339	mrpC	COG1006	Na(+)/H(+) antiporter subunit C	ATGGAACTATATATGTCACTTGCCATCGGAATTATATTCGCGGTTGGGATTTACCAGATCCTATCCAAAAGCTTGCTGCGGATCATTCTCGGTACATCACTGTTAACCCATGGTGTCCATCTGCTGCTGCTCACCATGTCTAGGCTGAAGACCGGTGCTGCTCCGCTGCTTGGCGAGAAGGCTTCATCCTATGTTGACCCCGTTCCGCAAGCATTGATCCTGACATCCATTGTTATCAGTTTTGGCGTCACATCGTTCTTCTTCGTATTGGCGTACAAAGCGTATCAACGCTTGGGCACGGACAACATGGAGGAGCTAAGGGGGATGGATGATGAATAA	MELYMSLAIGIIFAVGIYQILSKSLLRIILGTSLLTHGVHLLLLTMSRLKTGAAPLLGEKASSYVDPVPQALILTSIVISFGVTSFFFVLAYKAYQRLGTDNMEELRGMDDE	PGPT0013905_1496	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013905-mnhC-K05567	NA	NA
JZ016_01426	2859	mrpA	COG1009	Na(+)/H(+) antiporter subunit A	TTGTCTTTGCTGCACATCGCCGTCATGGCACCTTTTATTGTAGCGCTTGTGGTTATGTTGACCTACAAGCTCATTGGCCGTGTCCACACCGGATGGGTCATTTTGCCGGTACCGGTTGTCCTGTTCGCCTATTTTTTAGGACTTATCCCAACCATTCAGGGAGGTGAACAGCTTCAAGCGGTCCTGGAATGGATTCCAAGCGTGGGAATAAACTTTACCGTTTATTTGGATGGATTAAGTTTGATTTTTGCACTTTTAATATCCGGTATTGGTTCACTTGTTGTACTGTACTCCATCTTCTATATGGATAAGAACAAGGAAGCAGTCCACAAATTTTACATTTATCTGCTTCTGTTCATGGGAGCCATGCTTGGTGTCGTACTCTCCGATAACCTGATGGTGCTGTACGGTTTCTGGGAACTGACAAGCATCTCGTCATTCCTGCTGATTGCATTCTGGCATCATCGCGACCGCTCCAGATACGGAGCTTTAAAATCCATGCTGATCACCGTATTCGGCGGACTTGCCATGTTTGCAGGATTTATTCTCCTATATATCATGACAGGCTCCTTTAGCGTGCGGGAGATCGTAGCTAATGTGGGAAGCATTGCGGGAGACGCGCTGTTCATTCCGGCCATGATTCTGATTCTGCTGGGGGCATTCACCAAATCCGCTCAGTTCCCGTTCCATATTTGGCTGCCGGATGCGATGGAGGCACCGACTCCGGTTAGTGCTTATCTGCACTCCGCTACCATGGTTAAGGCCGGTATTTATCTTGTGGCACGTTTTAGCCCGGTGTTTGCCGGTCAAGCCTTCTGGTTCTGGATCATTGCGATTACGGGCTTGACCACGCTGATCTATGCTTCGATCCGAGCGATCAAGCAGACGGACCTGAAAGCGCTGCTGGCATTCTCCACGATCAGCCAACTGGGGCTGATTATGAGCTTGCTCGGTCTTGGCTCTGCCGCAGCTTATTATGGGGGCGGCGTGGATACGCTGCTCTATACGAAAGCAACGACAGCGGCCATCTTTCATCTGATGAATCATGCGATATTTAAGGGCGCTTTGTTTATGGTCGTCGGCATCGTGGATCATGAGACGGGCACCCGCGACCTGCGGAAACTCGGAGGTTTAATGTCGCTCATGCCGATCACATTCACCGTGGCCGTCATAGGCGCATTTTCCATGGCCGGTCTGCCTCCGTTTAACGGATTCCTGAGTAAAGAGATGTTCTTTACGGCGGTCCTTCAAGCGTCTCAGATGAACTTCTGGAATGCCGAGACCTGGGGTGTGCTGATACCGGTCGTTGCCTGGATCGCCAGCGTATTTACGTTCCTGTACAGCATGATCCTGGTTTTCAAAACCTTCACCGGCCGCTACCAGCCTGAAAAGCTGGAGAAGAAGCCGCACGAAGCACCGCTGGGGATGCTGATTCCCCCGGTTATTCTGGCATCGCTGGCCATCGTGTTCGGACTGTTTCCGAACCTGCTGTCTCATGCACTGATTGAACCGGCGCTGGCCGCCATTCATCCGGGGCTGCTCGTGGCAGAGGATCGGTTCCACGTGCATATCGAGATGTGGCACGGCTGGACAATGGAAATTTACATGACCATCGGAATCATTGTTCTCGGTACCGTTCTGTACAAGCTTCATGGCAGAGCGCGTATCTTGAACACAACGCTTATCAAGCGATTTACACTGAACAATCTGTATGACGGGGGATTGCGCGTTCTCGAAAAAGGCGCCAAATCGCTGACCTCAACCTACATGACAGGTTCGCTGCGTCACTATGTGATTTATATCTTTGTGTTTTTCATAGCCGTTCTTGGCGGAGGTCTCCTGCTGGTCGATCATATCGGATTCGATATGACGGACTACGCACCGATGTCCTTCTATGAGGCCGTTGCCATACTCGGCCTGGTCATTCCGGTCATTGTGCTTCCGTTCGTACGGACACGATTGATGGCGATCATATTAACCGGGGCTGCGGGTTATATGGTGACCTTGTTCTTCGTCCTGTTCCGGGCTCCGGATTTGGCGTTGACCCAGATGGTTGTCGAGACCGTTTCCGTCATGCTGTTCCTGCTCTGTTTCTATCATCTGCCGAAGCTGAAGCGGGAGAAGGTGTCAATGAGCCTGAAGTGGAAAAATCTGCTGATATCTATAGGCGTCGGTGCTGTCGTAACCTTGATCGCGCTGGCCGCAAGCAGCGGCAGAACCTTCGACTCCATTGCGGATTACTTCATTAAAGAGAGCTACAACTCGGCTGGCGGTAAAAATATCGTCAATGTCATACTGGTGGACTTCCGCGGATTTGATACCTTGCTGGAAATTATGGTTCTCGGCATTGCGTCCCTCGGAATCTATGCCTTGATAAAAGTTGATTTGGGTGAAGGGGTTATCGGTGAACGGGATCGTTATGAAGGTGCGTATTTGCCTAATAGCAATGATGTTATCCTGCGAACCATATCCAAGGTGGTCGTCTTTATCGTCGTAACGTTCTCGTGGTTCCTGTTCAACTCGGGACACCATGAGCCGGGTGGAGGATTTATCGGGGGGCTGATGACTTCAGCCGCACTGGTTCTGTTATCAATGGCTTTTGGCATGGACATGACCCGCAAAATCGTGCCTTTCGAATTCCGAAAGGTTACGGCTGCAGGACTCGCCATCGCCCTGCTTACAGGGATCGGTTCCTTTGCCTTTGACGCACCGTTCTTAAGTCATTCCTTCGATTATTTCACCCTGCCATTGCTCGGAGAAACCGAGCTGGCTACAGCGGTTCTCTTCGACCTCGGCGTCTATTTAGCCGTCGTTGGCGTGACGATGACCATCATCAATTCGATTGGGAGGGATAACTGA	MSLLHIAVMAPFIVALVVMLTYKLIGRVHTGWVILPVPVVLFAYFLGLIPTIQGGEQLQAVLEWIPSVGINFTVYLDGLSLIFALLISGIGSLVVLYSIFYMDKNKEAVHKFYIYLLLFMGAMLGVVLSDNLMVLYGFWELTSISSFLLIAFWHHRDRSRYGALKSMLITVFGGLAMFAGFILLYIMTGSFSVREIVANVGSIAGDALFIPAMILILLGAFTKSAQFPFHIWLPDAMEAPTPVSAYLHSATMVKAGIYLVARFSPVFAGQAFWFWIIAITGLTTLIYASIRAIKQTDLKALLAFSTISQLGLIMSLLGLGSAAAYYGGGVDTLLYTKATTAAIFHLMNHAIFKGALFMVVGIVDHETGTRDLRKLGGLMSLMPITFTVAVIGAFSMAGLPPFNGFLSKEMFFTAVLQASQMNFWNAETWGVLIPVVAWIASVFTFLYSMILVFKTFTGRYQPEKLEKKPHEAPLGMLIPPVILASLAIVFGLFPNLLSHALIEPALAAIHPGLLVAEDRFHVHIEMWHGWTMEIYMTIGIIVLGTVLYKLHGRARILNTTLIKRFTLNNLYDGGLRVLEKGAKSLTSTYMTGSLRHYVIYIFVFFIAVLGGGLLLVDHIGFDMTDYAPMSFYEAVAILGLVIPVIVLPFVRTRLMAIILTGAAGYMVTLFFVLFRAPDLALTQMVVETVSVMLFLLCFYHLPKLKREKVSMSLKWKNLLISIGVGAVVTLIALAASSGRTFDSIADYFIKESYNSAGGKNIVNVILVDFRGFDTLLEIMVLGIASLGIYALIKVDLGEGVIGERDRYEGAYLPNSNDVILRTISKVVVFIVVTFSWFLFNSGHHEPGGGFIGGLMTSAALVLLSMAFGMDMTRKIVPFEFRKVTAAGLAIALLTGIGSFAFDAPFLSHSFDYFTLPLLGETELATAVLFDLGVYLAVVGVTMTIINSIGRDN	PGPT0013895_460	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013895-mnhA-K05565	NA	NA
JZ016_01427	210			hypothetical protein	ATGATGATCAAAAAAGCGGCTGTTTGCGCTTTCATCTTTCTTGCAATTTTGGCAGCCGCCATCTTAACGAATATACGTACGCATCCCGGCTATCAACAAGACAACTCGTCAACCAGAGTTTATCAAATTCAAGAAACCCCATGGTTCTTACCCCGAGAATACGTAAAAATCATTCGAACGTCACCCGAGCCCCTGCCGGAAGAGCCCTAA	MMIKKAAVCAFIFLAILAAAILTNIRTHPGYQQDNSSTRVYQIQETPWFLPREYVKIIRTSPEPLPEEP				NA	NA	NA	NA	NA
JZ016_01428	627			hypothetical protein	GTGGATACGCTATTAGATTTTATTGAACAGATCGGGCACTATGCATTATTCCTCGTATTGTGCCTTGGATTGGTCGGTCTTCCTGTGCCTAATGAAGTTGTGGCAATGACGGGCGGAGCGTTAGCGGCATCCGAGATTTTAACGCCGGTTCCGTCTTTTATCATGACCTTTCTTGGCGTGTGTTCGGGATCGACGGTAGGTTACATGCTTAGCCGCTTTACCGCGAGCAAGCTGTTAAACCGCGCCCAGGAAAAGTCGAAGATACGCCAGTTTCTCGATGTATCCGAACGGTTGACCCGTCAATATGGCAATTACGCCATATGCATCAGCGCTTTTTTGCCCATTCTGCGCAACGTCACTCCTTATGCGGTTGGCATGAAGGGGATGCCGTATCGCAGATTTGCGGTGTATTCGTATTCCGCGTCCTTTGTATGGACCATCGGTTATTTCTCTTTGGGCATGTTTGTCGGAGATCAGGTCGTCGATCATATTGGAGTCCTGATTGACCGGTACGGGTATTATGCGGCGGGAATTGTCGCGGTGCTGGCCATCATTCTGATCATTTCATGGGTAATTCGAAGAAATAAACGAAGCAAGGGGAATAAAGAAATTCAGTTTCACGGATAA	MDTLLDFIEQIGHYALFLVLCLGLVGLPVPNEVVAMTGGALAASEILTPVPSFIMTFLGVCSGSTVGYMLSRFTASKLLNRAQEKSKIRQFLDVSERLTRQYGNYAICISAFLPILRNVTPYAVGMKGMPYRRFAVYSYSASFVWTIGYFSLGMFVGDQVVDHIGVLIDRYGYYAAGIVAVLAIILIISWVIRRNKRSKGNKEIQFHG	PGPT0004890_2672	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_TRANSPORT,PGPT0004890-dedA-K03975	NA	NA
JZ016_01429	276			hypothetical protein	GTGAATTGGGTAGCTGTACAGCCGTACTACAAAATCAACCGAGTGGTGGATGGTATCGAACAACGGACGGAAGAGCAGGGGCGGGAGATGTTCCTGTATGAGGATCGAATCGTAACGAAATACCGGGAGTTCCCGATCAAGCAGGTCTTTGATCTGTCGTATCGGCCTTTGGGAGACGGCGGTGGTTTCTTATATTTGCACACCCAGCAAGGCGTGTATTCGTACACGGTAAAGGATGATCCAGGTTCTTTCATATCGGCATTTAAAAATCTCTAA	MNWVAVQPYYKINRVVDGIEQRTEEQGREMFLYEDRIVTKYREFPIKQVFDLSYRPLGDGGGFLYLHTQQGVYSYTVKDDPGSFISAFKNL				NA	NA	NA	NA	NA
JZ016_01430	294			hypothetical protein	ATGATACATTCCGTGTGTGTCAAGCGAGTGTTTGATCATGGAGCCATGATCTCGAAGGATGGCAATTACGTTTACTTTAGGAGCATACATATGTTAACAGGTTGGAAACTATCCGTATTAGGTATTCTTGTTGTAGGCATTACCGGTATCGTTGCGTCTGTTACCGGTCTGATCGAGCCCGGCCGGGCGATAGCGCTTTTCGTTGTATTCGTACTATTTATAGGGGCGCTGGAGCTGCTGGAACGAATCAAGAGCCGCAGAAAGAAGAAGGGGGAAGTGCGATCTTCCAAATAA	MIHSVCVKRVFDHGAMISKDGNYVYFRSIHMLTGWKLSVLGILVVGITGIVASVTGLIEPGRAIALFVVFVLFIGALELLERIKSRRKKKGEVRSSK				NA	NA	NA	NA	NA
JZ016_01431	1044			hypothetical protein	ATGAACTCAACAACCTGGATACTGATTATTTTATTTGTTGCGGTGGATGTATGGATTATTTCTTATTTCGTGAAACGCTCGTTACGCAAACACAGCAGTCAGCAGCTCGCCAAAGGGAATAAGCACCGACGCGGGAAAATACCCGAGTTGCCGCCGATCGTCAAGGCAGGAAGCCCGGCGAGTGAGCTTGTCGGCAGACTCGAGGCTGCGCTGCCCTACACCTATCAGAACATGCTGAAGCAACGAGTGATGAGTGAGCATCCGAATCTGTCCGAACAGGAGTATGAATGGAGATGGCATGAGCTTAAACGGTTCTTTATCATGTGCGCCGTGCTGGATCGTGTCCCGATGTTCAGCAAAGATGTGGATGAAGTATGGCATGAAATGCTGATGTATACATACGAGTACCAACAATTCTCGGAACGCTTTCTTGGCAAAATGCTTCACCACGCTCCAAACACCGGAAGCGAGCATGTGCCTATTCCGGATGAACGTGCGTGGTTTGATACGGTATATGTACAATTATTCGGCTGGCATGAATACAGCGCCAAGCTATGGGGGGCTTTCTTCCGCGTCCCGCTGCCGCGCGAAGAACTGGAGGCCGTCACTTCCCGCCACTTCACCGTGAATCATGGCCAGAAGCGCTTTAATGCCTGGACCTATGAGAAGATTCCTGCAGCCCGCACGGCGATTGATGCGATCATCCAGGATCTGCAGGATCGGGTTCGAACCGCCCAAGAGAAGCCGGCGCGACAAGAGAAGTCGGTCAATTTCCAAAATAGCGATATGCTCCTGGCAGCGGCCGTCTTTTTTGCCTGGAACACACCGGAACAATTTGGTGACCACATGATCCCTGATGAGCGTGAGCTTCATAAAAATAACAGCAGCTCCTCATGCACCTACGCCTCGGCATGCGGGTCCGGCGGATCCGATTCGGGTGATGGATCCTCAGGCGACGGATCTGGATCCTCTTGCAGCAGCGGTTCATCCTGCAGCAGCGGATCCTCTTGCGGGAGTGGCTGTGGCGGCGGCTGCAGCAGCTAA	MNSTTWILIILFVAVDVWIISYFVKRSLRKHSSQQLAKGNKHRRGKIPELPPIVKAGSPASELVGRLEAALPYTYQNMLKQRVMSEHPNLSEQEYEWRWHELKRFFIMCAVLDRVPMFSKDVDEVWHEMLMYTYEYQQFSERFLGKMLHHAPNTGSEHVPIPDERAWFDTVYVQLFGWHEYSAKLWGAFFRVPLPREELEAVTSRHFTVNHGQKRFNAWTYEKIPAARTAIDAIIQDLQDRVRTAQEKPARQEKSVNFQNSDMLLAAAVFFAWNTPEQFGDHMIPDERELHKNNSSSSCTYASACGSGGSDSGDGSSGDGSGSSCSSGSSCSSGSSCGSGCGGGCSS				NA	NA	NA	NA	NA
JZ016_01432	480			hypothetical protein	ATGATGAAATACGCAATCCACTACTCTACGAGAATGAAAGACGTTATTTTATTTTCCTTTGTCATTAGCATTATCCTGTTTCAGGTAGCTACCTTGACCCAATATTCCTATCCTGTCCTATTCTATATGCAGATGGCGGTGAATGTCGTTGTTGTTGCGGCACTAGCAATTGAAGGGTATGCCCGATTGGTGAAAAGGGAAGTGAATATACAGGAGAATTCGGATACGATTACCATCAATGGCGTGGAGATTCATGCTGATCAGATTCGTGAGATCAAAGTTTCCGGATGCCATAAAGCCGCATTCCAGATAAACCTTAAGAACAAGAACGTGAATCCGATGTATTGCTGCTTTAAATTTGAAGAGAAGAATTGTGAAGGGATTCGGAGTCTTACGCGTTGGGCCGAGCAGAACCAGATTTCCGTGCGTAAGGTAGGACCGCAAACCCGTTCCGGGTTGGTACTCACATCAAACCACTAG	MMKYAIHYSTRMKDVILFSFVISIILFQVATLTQYSYPVLFYMQMAVNVVVVAALAIEGYARLVKREVNIQENSDTITINGVEIHADQIREIKVSGCHKAAFQINLKNKNVNPMYCCFKFEEKNCEGIRSLTRWAEQNQISVRKVGPQTRSGLVLTSNH				NA	NA	NA	NA	NA
JZ016_01433	1017			hypothetical protein	ATGGATCTGATTAGCAGGTATATTTATGCAGTGACGCAGAAGCTGCCCGAATCACAAAGAGCCGATATTGAAAAGGAACTGCACGGACTCATCGAAGATATGCTGGAAGACAGGGGAGCAGGCGTCGGGATTGCAAGCACTGAAGATGTGGAACAGGTGCTGCTCGAGCTCGGGCCACCCGGGGACATGGCAGCTAGATATAGAGGAAGAGAACGGTATCTCATTGGACCCGGTTTAATTGACAGTTATTGGTCTGTCCTGCGGATTGTATTGTACTCGGTCGTCGTCGCTCTTGGCATCGCGTATATGGTTGATTTCTTTACAAGCTCGGACCCTAACGCCGAGAAGCTTCTGGAGTACTTTGTCTCCTTGCTGAGTGTCGCTATTCACGGGTTCGCATGGGTTACCGTTATTTTTGCCTATATCGAATATCGCGGTGCTCGGCAAGTATCTAAGGATGCTTGGAAACCATCGGATTTGCCTGTAATTCCTGAACCAGCTGTTCGGATTAAACCGATCGAGCCGGTGCTGGGCATTCTATTTTCCGTGCTGTTCTTCGTCCTGTTCACGTTTTCCCTTAATCTGATCGGTGTTCATCGATTTGATGAAAACTCGATCGCCATTCCGGTGTTTGAACAGGCTGCCTTTGCCAAGTATTTGCCGCTGATATGGCTTCTTACCGCCTTCAGCATATTCAATGAAGCAAGGAAATTAATCACAAGAAAGTGGACGCCGCAGATTGCCGTCATGCATGTCATATTTAACGTTGCTTCCGTTATCGTTGCGGTGATTCTGTTCTCCGATATGGCGATTTGGAATCCGACTTTCATGGAGCAACTAGCACAGACGGGTTTCGTAACACCGGGAAGTGAATCGTACGACATTGTAAAATCAATTTGGGATCGATCCAGAGATGGTCTTATTTACGTCATCGTGATCATTACCCTTATTGATACCGTGTCCGTTCTGATGAAGAGGTTTCGGCGGAAGGAAGGAAATACAGCGTTAACCAAATAA	MDLISRYIYAVTQKLPESQRADIEKELHGLIEDMLEDRGAGVGIASTEDVEQVLLELGPPGDMAARYRGRERYLIGPGLIDSYWSVLRIVLYSVVVALGIAYMVDFFTSSDPNAEKLLEYFVSLLSVAIHGFAWVTVIFAYIEYRGARQVSKDAWKPSDLPVIPEPAVRIKPIEPVLGILFSVLFFVLFTFSLNLIGVHRFDENSIAIPVFEQAAFAKYLPLIWLLTAFSIFNEARKLITRKWTPQIAVMHVIFNVASVIVAVILFSDMAIWNPTFMEQLAQTGFVTPGSESYDIVKSIWDRSRDGLIYVIVIITLIDTVSVLMKRFRRKEGNTALTK				NA	NA	NA	NA	NA
JZ016_01434	348			hypothetical protein	ATGTCAGAGGATCAAGATATTTTGAACAGTTTGGTGCAGGAGCTTCGACGAGGAACCATCATACTTGGTGTCCTCAGCCAATTGTCGGAACCTCAGTATGGATACTCATTGGTGACCATATTGCAGGAGAAGGGGGTCAGCGTGGAAGCGGGTACCCTGTATCCCTTGCTGCGGCGGTTGGAAAAACAAGGCTTGCTGGATAGCGAGTGGGATACGAATGAAGCTCGTCCGAGGAAATATTACATCATAAGTCAGACAGGGAAAGAAATATATCGCCAGCTTTACCATGAATGGAAGTCTATGATGACAAGTCTTGAAGGGCTTGTTGATGACAAGGGGGACGTATAG	MSEDQDILNSLVQELRRGTIILGVLSQLSEPQYGYSLVTILQEKGVSVEAGTLYPLLRRLEKQGLLDSEWDTNEARPRKYYIISQTGKEIYRQLYHEWKSMMTSLEGLVDDKGDV				NA	NA	NA	NA	NA
JZ016_01435	801			Putative bifunctional phosphatase/peptidyl-prolyl cis-trans isomerase	TTGAATAAGAAAATCATATTTTTTGATATTGACGGGACGCTGCTGGATCATGACAAGAAAGTTCCGGCTACAACGAAGGAGTCCATTCGGGAGTTAAAGGATGCCGGGCACATCGTCGCTATAGCGACAGGGCGCGCTCCCTATCATTTTGAAGAGCTGCGGGAGGAGCTCGGTATCAATTCCTATGTTTGTATGAACGGTCAGTATGTGGTTCATGAAGGCAAACCGATCTATGGTTATCCATTGGCGCAAGATGCCTTGCAGAAGCTGACGGAGCAGGCCGTTGAGTTTGATCATCCGATCATATATGCCGGCAGTGTAGCCATGAAGATGAACGTAACCGAGCATGTTCATATCGATTCCAGCTGGGGGGAACTGAAACTCACGATCCCTGAATATGATCCGGAATATTACTTGGGCAGAGATATTTATCAGGCCATTGTATTCTGCACGGAGGATGAGGAAGCGGCTTACGTGAACAATTTCGCAGGCCGGTTCGATTTCGTTCGATGGGGTCCTTATGGAATCGATGTGTTGCCGTCCGGGGGATCCAAAGCCGAAGGGATCAAACAATTGATTCAGCTGCTGCACATCGATCTGGAAGATACTATTGCTTTTGGCGATTATCTGAATGATCTGGAGATGCTGTCGTACGTGGGCCACGGTGTGGCGATGGGCAATGCGCCGGAAATCGTCAAGAAGGCGGCCAGGCATATAACCAGGGATGTTGATCAAGACGGTATACAGTACGGCCTCCGTCTGTTGGGTCTACTGGGCAAGGAACCGCAGGAAATCGTGTAG	MNKKIIFFDIDGTLLDHDKKVPATTKESIRELKDAGHIVAIATGRAPYHFEELREELGINSYVCMNGQYVVHEGKPIYGYPLAQDALQKLTEQAVEFDHPIIYAGSVAMKMNVTEHVHIDSSWGELKLTIPEYDPEYYLGRDIYQAIVFCTEDEEAAYVNNFAGRFDFVRWGPYGIDVLPSGGSKAEGIKQLIQLLHIDLEDTIAFGDYLNDLEMLSYVGHGVAMGNAPEIVKKAARHITRDVDQDGIQYGLRLLGLLGKEPQEIV				NA	NA	NA	NA	NA
JZ016_01436	240			hypothetical protein	TTGTTGTCGTTAGATAAGAAAATTACGGCAAATTGCTCTAATGTGTATGTAAATGGTTATCTTGAATTCAACGATATTAAATACCATAGAAACCGTGCTCCTGCGCGGTTTTTTATGTATGATCGGGAAGTGTCCGAAGCGACCTTGCTGAAATTATGGCTTGCTCTGAAATGCTTTTCATCATTTACAATATGGTTACTGGCTAGAATATACGGAAGAGGGGCGAGTTTCATTGAATAA	MLSLDKKITANCSNVYVNGYLEFNDIKYHRNRAPARFFMYDREVSEATLLKLWLALKCFSSFTIWLLARIYGRGASFIE				NA	NA	NA	NA	NA
JZ016_01437	1422	treP_1	COG1263	PTS system trehalose-specific EIIBC component	ATGAACATGGCAGCGGATAATCGGAAAATTGCAAGGCAGGTAGTGGAAGCCATCGGCGGCAGGGAGAACATCGCTTCCTTTGCTCACTGTGCTACGAGACTGCGAATTATGGTTCACGATCAGAAGAAGATTGACCAGAAGAAGGTCGAAAATATTGATAAGGTCAAAGGCGCTTTTTTCAACTCCGGCCAATATCAGGTCATTTTCGGAACAGGAACCGTCAATCAGATTTTTGAAGCGGTCGAATCCCTGGGAATGGAGAGCACAAGCAAGGAAGAACTGAAATCTCAGGCGAAAAAGTCGGGGAATCCGTTTCAGCGGGCGATTCGTACGTTCGGTGATGTGTTTGTGCCGATTATCCCGGTACTGGTCGCCACTGGCTTGTTCATGGGATTACGGGGACTTCTGACCCAGGACACCGTGCTTGCCTGGTTTGGTGCGACACCGGATGATATCTCGCCTAATTTTCTGCTCTTCACCCAGGTATTGACGGATACGGCTTTCGCTTTCTTGCCGGCCTTGGTGGCTTGGTCCGCATTTAGAGTGTTCGGGGGCAGCCCGGTGCTCGGTATCGTCCTGGGTCTGATGCTGGTGAACCCGGCTCTTCCCAACGCGTACAGCGTGGCGAACGGCTCGGCTGAGGCACTCATGATTTTTGATTTCATTCCGGTCGTAGGGTATCAGGGCTCGGTTCTGCCGGCATTCTTCATTGGACTGCTGGGCGCGAAATTCGAGAGATTTTTGCGAAAACGCATTCCTGAAGCGATTGATTTGATCGTTACGCCGTTTCTAACCTTGCTTGTAATGATTACGCTCGGGCTGTTCGCCATCGGCCCCGTGTTCCACTCCCTGGAAGAGGTGGTTCTGAACGCGACGACTTTCTTGCTGGAGCTGCCATTTGGCATTGCGGGTCTTGTGATCGGCTTCTTCAATCAGATTATTGTGGTCACAGGCGTACATCATATTTTCAATTTCCTTGAAATTCAGCTTCTTGAGAAGACGGGAAGCAATCCGTTTAATGCGATCGTGACTAGCGCCATGGCAGCGCAAGGGGCAGCTTGTCTGGCTGTCGGACTCAAGACGAGAAACAAAAAACTAAAGGCTTTATCGCTGCCGTCCGCATTCTCGGCCATGCTGGGAATTTCGGAGCCGGCGATCTTCGGGGTCAACCTCCGGTACGTCAGACCGTTCGTGATCGCCTTGATCGGCGGTGGCGTGGGCGGTTTCATGGCTTCCCTCTTCCAACTGGAGGCAACGGGCATGGCGATTACGGTGATCCCAGGTACGCTGTTATACTTGAACAGCCAGCTTCCTCTTTACATTTTGTGCAATCTGACCGCGATGGCTCTAACTTTTGTACTGACTTGGCTGTTCGGATTCAATGATAAAATGCTCGATGAGGTTCGATCGGAAGCGAAATAA	MNMAADNRKIARQVVEAIGGRENIASFAHCATRLRIMVHDQKKIDQKKVENIDKVKGAFFNSGQYQVIFGTGTVNQIFEAVESLGMESTSKEELKSQAKKSGNPFQRAIRTFGDVFVPIIPVLVATGLFMGLRGLLTQDTVLAWFGATPDDISPNFLLFTQVLTDTAFAFLPALVAWSAFRVFGGSPVLGIVLGLMLVNPALPNAYSVANGSAEALMIFDFIPVVGYQGSVLPAFFIGLLGAKFERFLRKRIPEAIDLIVTPFLTLLVMITLGLFAIGPVFHSLEEVVLNATTFLLELPFGIAGLVIGFFNQIIVVTGVHHIFNFLEIQLLEKTGSNPFNAIVTSAMAAQGAACLAVGLKTRNKKLKALSLPSAFSAMLGISEPAIFGVNLRYVRPFVIALIGGGVGGFMASLFQLEATGMAITVIPGTLLYLNSQLPLYILCNLTAMALTFVLTWLFGFNDKMLDEVRSEAK	PGPT0014190_840	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_SUCROSE_PTS_SYSTEM,PGPT0014190-scrA|sacP|sacX|ptsS-K02810	NA	NA
JZ016_01438	1503	scrB	COG1621	Sucrose-6-phosphate hydrolase	ATGGACAGAGAACTGAAATACCGACGCCTGGATCAGGCTTCTCCCGAAGAGCTTTCCTCCTTAAAGGAGAAAGTGAAATTAAGCGAATGGAGGCAGAGGTTTCACATACAGCCCATCATGGGCTTGCTGAATGACCCTAACGGGTTTTCTTATTATAACGGGGAATATCACTTATTTTATCAATGGTTTCCGCTGGGTACGTATCACGGCTTGAAATACTGGTACCATACATCCTCGAAAGACCTCGTGCATTGGCAAAACCAAGGCATCGCCATTGAACCTGGCCACCCGCAGGATGCTTATGGCGCTTACTCGGGCAGCGGAATCGTGAAAGACGACAAACTGTATCTGATGTATACCGGAAATGCCCGGGATGAGGAATGGAACAGGCAATCTTATCAATGCATGGCCGTGATGAACCGCGATGGATCGGTCACGAAGCTCGATAAGCCGCTGATCGACCATGTGCCGGACGGATATACCGAGCATTTTCGGGATCCGAAGGTATGGAAAGACGAAGACATGTACCGGTTCGTTATCGGCGCCCAAAGGGGCGATAAGACAGGAACGGCTGTCGTATATGAATCACCGGATTTGCTGGATTGGACCTGCAAAGGGGAAATCCAAACCCGTCTTGAACATTTCGGCTATATGTGGGAGTGCCCCGATTATTTTGAACTGGAAGGACGGGGCGTGCTGCTGTTTTCGCCGCAGGGGCTGAGTCCGCAAGACGACGAATACCGGAACATTTACCAATCCGGCTACATCTCGGGCAAGCCGCTGGATCGGGGCACGCTGGAGTTTGAACACGGCTCCTTTTACGAGCTGGACAGAGGTTTTGATTTTTACGCACCGCAGACCATGCTGGACGAGCAAGACCGGCGCATCATGGTAGGCTGGATGGGTATGCCGGAGGTCGTCTATCCAACCGACTCGCATGGCTGGGCGCATTGTTTGACTCTTCCGCGTTCGCTCTCGTTCCGTGAGGGCAAGCTGATTCAGCAGCCGGTCCCCGAGTTGGAAGTGCTCCGCGATAAGGCCATGGAAGCAGCGGATACACTTTACAGCGAAGTGAAGAGTTATGCAGGAGTTGAGGGGACCGTATTCGAGATGATATGCGAGTTCCATGCGATCGAAGCGGACGCCGTTGGCATTGAATTTCGAGCAAGCGAAACGGAGCGGACGGTCATCTGGTATGACGCTCTCAGGCAAAAGGTTACACTGGATCGCTCATCATCGGGTGCAACGATTGTGAGTGATTACGGAACGACACGAACCTGCATGCTGCATGCCAAAGCAAACTCGATCAAATTTCATCTTTTTGTGGATATTTCTTCGGCAGAGGTGTTCGTTAATGATGGCGAAGAGGTATTTACGAGTCGGATATTTCCAAAACGGGACAGCCGTCATATACGATTTTTCGCAACAAACGGCAGCGCCGGCTTGAAGGTCAAGAAGTGGGATCTTGCCCAAGCCGTAAAAGATATAGAAGGGGATGAATGA	MDRELKYRRLDQASPEELSSLKEKVKLSEWRQRFHIQPIMGLLNDPNGFSYYNGEYHLFYQWFPLGTYHGLKYWYHTSSKDLVHWQNQGIAIEPGHPQDAYGAYSGSGIVKDDKLYLMYTGNARDEEWNRQSYQCMAVMNRDGSVTKLDKPLIDHVPDGYTEHFRDPKVWKDEDMYRFVIGAQRGDKTGTAVVYESPDLLDWTCKGEIQTRLEHFGYMWECPDYFELEGRGVLLFSPQGLSPQDDEYRNIYQSGYISGKPLDRGTLEFEHGSFYELDRGFDFYAPQTMLDEQDRRIMVGWMGMPEVVYPTDSHGWAHCLTLPRSLSFREGKLIQQPVPELEVLRDKAMEAADTLYSEVKSYAGVEGTVFEMICEFHAIEADAVGIEFRASETERTVIWYDALRQKVTLDRSSSGATIVSDYGTTRTCMLHAKANSIKFHLFVDISSAEVFVNDGEEVFTSRIFPKRDSRHIRFFATNGSAGLKVKKWDLAQAVKDIEGDE	PGPT0018815_1368	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FRUCTOFURANOSIDASE,PGPT0018815-sacA-K01193	NA	NA
JZ016_01439	993	ccpA_2	COG1609	Catabolite control protein A	ATGAAGAACACGATTGCAGATATTGCCAAAAAAGCCGGGGTTGCCAAAAGCACGGTCTCCCGTTTCTTGAACGGAGGTTCCGTCAGCAATGCAACACGCCAAAAAATTGAGCTGGTCATTCAGGAAACCGGTTATATTCCGAATTCGTTTGCACAGAGCTTGAAAGCGAAGAAAACCAGCATGATCGGCACCATTGTACCGCGTCTGGATTCATTCTCAGCATCGCAGACCGTTGCCGGCATGGATGAAGAATTAAGGAAACACGGTTATCAGCTTCTTATTATCAATGCAAGCCAGGACTTATCCAGGGAGATTGAAGCGCTGTATGATCTCGCCAGGCAAAAAATATCTGGCATTATTTTATTTGCGACTCAAGTGACGGATACCCATCTTGCCGCGATTCAAGAGATCGGCATCCCTGTCATCCTGTTAGGACAGCAGCATAAGGATGTTCACAGCATGATTTATAACGACTATGCCGCGGGTTATGACATGGGCCGGTATGTGCTGTCCAAGGGACATCGCCATATTGCCTATATCGGGGTGACGGAACAAGACGTTGCTGTCGGAGTTCAGCGGAAGGAAGGGTTTCTGAAAGCGGTAAGCGAGGATAGTGAGGCGAAAGCGGATCTCTATGAGAGTGGATTTAAGATGTCGGATGGTGTAAAGACCGCATGGTCCATTTTTGAGTCGAACCGAACGCTGCCAACTGCCGTGGTTTGCGCTACTGACAATATCGCGTTAGGCGTTATGAAAGCGGCTCATATGAAGGGCATTCAAATTCCGAACGAACTCTCCGTTACCGGATTTGGCGGATACGACGTAACCGAGGTGATTCATCCTGGATTGACAACGGTTAAATATGGATATTCCCAAGCGGGCCATCTCGCCGCACAGCATATAATGAAGCTGGTCAACGACGAGCCTGTGGATTTCCTGACGGTTATGAGCTGCGATATGATTCATCGCGAAAGCGTTGACAATCTAAAATAG	MKNTIADIAKKAGVAKSTVSRFLNGGSVSNATRQKIELVIQETGYIPNSFAQSLKAKKTSMIGTIVPRLDSFSASQTVAGMDEELRKHGYQLLIINASQDLSREIEALYDLARQKISGIILFATQVTDTHLAAIQEIGIPVILLGQQHKDVHSMIYNDYAAGYDMGRYVLSKGHRHIAYIGVTEQDVAVGVQRKEGFLKAVSEDSEAKADLYESGFKMSDGVKTAWSIFESNRTLPTAVVCATDNIALGVMKAAHMKGIQIPNELSVTGFGGYDVTEVIHPGLTTVKYGYSQAGHLAAQHIMKLVNDEPVDFLTVMSCDMIHRESVDNLK	PGPT0018830_453	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_SUCROSE_METABOLSIM|DEGRADATION,PGPT0018830-scrR-K03484	NA	NA
JZ016_01440	849	folD_1		Bifunctional protein FolD protein	ATGAGTAAGGAACCCGTAATTTTGGATGGAAAAAAGGTATCCGATGATATTAAGGCAAAGCTGGCGGTGAAGGTACAGGAATTGAAGCAGCACGGAATAACGCCTTGTCTGGCAACGATTCTGGTTGGCGATGATCCTGCTTCGGCGACCTATGTACGGATGAAGGGAAATGCTTGCGAGCGGCTTGGCATCATATCCAAGAAAGTGGTGCTGGAGACCTCGACCTCGACTGAGGAGCTGATCGCCGCGATACAAGAGCTGAACGAGGATCCGAATGTCCACGGTATTCTGCTGCAGCATCCGGTGCCGCATCATATCGATGAACGGGCGGCTTTTGATGCCATAGCCATTGAAAAAGACGTGGATGGAGTAACCACGCTCGGTTTCTCGCAAAATGCGTTTGGTTTTGCCGATTATCCGTCTTGTACGCCTGCCGCGATTATTGCGATTATGGATTATTATGATCTGCCGATCGAAGGGAAGCATGCCGTGGTGGTCGGACGCAGTCCGATTCTGGGTAAGCCGGTATCGATGATGCTGCTCAATCGCAATGCTACCGTTACGATCTGCCACTCGAGAACGAGGAACCTCGGGGAGCTTGTGTCCCAGGCGGATATCGTGGTTGCGGCCGTAGGCAAACCTAATTTCATTCAAGGGAGCTGGATTAAGCCGGGTGCCGTTGTATTGGATGCCGGCTACAATAAAGGGAATATCGGCGACTGCGATTATGAAGCCTGCGCGAAGGTGGCATCTGCGATTACACCGGTACCGGCAGGTGTCGGCCCCGTTACGATTGCTACATTGCTGAAGCATACCGTCGAATCGGCCGAGCGAACCGTGCAAGACTAA	MSKEPVILDGKKVSDDIKAKLAVKVQELKQHGITPCLATILVGDDPASATYVRMKGNACERLGIISKKVVLETSTSTEELIAAIQELNEDPNVHGILLQHPVPHHIDERAAFDAIAIEKDVDGVTTLGFSQNAFGFADYPSCTPAAIIAIMDYYDLPIEGKHAVVVGRSPILGKPVSMMLLNRNATVTICHSRTRNLGELVSQADIVVAAVGKPNFIQGSWIKPGAVVLDAGYNKGNIGDCDYEACAKVASAITPVPAGVGPVTIATLLKHTVESAERTVQD	PGPT0008075_5209	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008075-folD-K01491	NA	NA
JZ016_01442	1011		COG0701	Putative two-component membrane permease complex subunit SMU_747c	ATGAAATATCCGGTAATCTTCAAAATGCTGCCCTTCATGATTCCGCTTGTCTTCGTGATACCGGTCTTGACGATATGGCTGCAGAACGATTCAAGTCTAATATCAAGCCGTGACATACAGCAGGTAAAAACGGTTTTTACGGGCATTTTCCTTGAGGCGCTTCCTTTTGTGCTGCTTGGAGTGCTGCTGTCGTCCCTTCTTCAGCTGTTCGTTAAAGAACAGTGGGTGCGTCGGATCACGCCCAAAAACCCGGTCATCGGCGTCCTGTTCGCTTCCATGCTGGGGATCGTGTTTCCCATCTGTGAATGCGGGATGATCCCGGTCGTCCGAAGGCTGATGCTTAAGGGGATGCCTGCCTACATCGCTGTAACCTTTATTCTCAGCGGACCTATCCTGAACCCCATTGTGTTCGCTGCGACGTTCATGGCCTTCCGTTCGCATCCCGAAGTGACGATCGGCCGGATGGGACTGGCTTTTACAGTCGCGATAACGGTAGGTTTGCTTGTCTATGTTTTTTCAAGAAACAACCCGCTCAAGCGTTCCTTACAAGAGTTTTCCGAACAAGATTCCGCCGTTGGTGAACGCAAGCTGCACGAGCATCCCAAAACCTGGAGAAGCCTGTTTGTCCACGCCGGAGACGAATTGATCGAAATGGGCAAATACCTGGTTCTTGGCGCATTCCTGACAGCCTGCATCCAATCCTTCATTCCTAGAGAAGAGCTGCTGGCATTGGGGAACGGTCCCACCGCTTCTTACCTGTTCATGATGGGGTTTGCTTTCATCCTGTCCCTCTGCTCGACTTCGGATGCCTTTGTAGCATCGGCGTTCACGCACACCTTTACCGTAGGTCCGCTCGTATCCTTCCTCGTGCTCGGCCCGATGCTGGATTTCAAAAGCTTGCTCATGCTGTCGACTACCTTCAAGACTAAATTCGTGATCGGTTTAAGCCTGCTGGTAATGACCCTTGTCTTTATCGGCTCTGTAGCCGTCAACGCTCTTTTGGGTGGATAG	MKYPVIFKMLPFMIPLVFVIPVLTIWLQNDSSLISSRDIQQVKTVFTGIFLEALPFVLLGVLLSSLLQLFVKEQWVRRITPKNPVIGVLFASMLGIVFPICECGMIPVVRRLMLKGMPAYIAVTFILSGPILNPIVFAATFMAFRSHPEVTIGRMGLAFTVAITVGLLVYVFSRNNPLKRSLQEFSEQDSAVGERKLHEHPKTWRSLFVHAGDELIEMGKYLVLGAFLTACIQSFIPREELLALGNGPTASYLFMMGFAFILSLCSTSDAFVASAFTHTFTVGPLVSFLVLGPMLDFKSLLMLSTTFKTKFVIGLSLLVMTLVFIGSVAVNALLGG				NA	NA	NA	NA	NA
JZ016_01443	975		COG3689	Putative two-component membrane permease complex subunit SMU_746c	ATGAAGTCCAGTTTGAGGATACGGATTCACTATACGCTCCGGTCGCTGCTTGTTGCGGCTCTCGCCGCTTATATCATGCATCTGAATGCTTCAGATGCGCTCGAATATTACCTAGCGCCTCATATGCAGACCCTGCTGCTTCTCTGCCCGGTTCCGTTGTTGTTCATTGCATTCGGGATGATGTGGCATTCCCTTGCGGGCGATTCCGGAGAGGTATGTGATTGCGAGCATCCCCTGCCTGCCGGCCTTGTCAAAAACGTAACGGTATACGGGTTATTCACGGTGCCGCTGCTGTTTGGCCTGCTCCTGCCGGACCAAGCCCTGGGCAGCGATATGGCAGCCAAAAAAGGAATGATCTACACCTATCCGAATCCCGATGTACGGCGTAAGACCGATGACCGCAACACCTCCGCCTTTTCAGGCACGGATAAGCGATTACCCGGCATGGATCAAGAAACAGAAAAAAATATCGCATTGAACGAACGATTCGTTGCCAAGGACATCTATAGTGTGGAGTTTGCAGAGCTTGCCAGGCGCTTATATACGCTGCCCGTCATTAAGGTGGAACCGGACATTTTCTCGGAAACCGTCGGGGCCATGGATATGTACAAAGAGCATTTTCAAGGAAAAACCATCTCGGTGCAAGGGTTCGTCTTCCGCGACGGACAGATGAATGAGGATACCTTTGCCGTTAGCCGATTCCTCGTGATGTGCTGCACGGCAGACGCCGTACCGTTCGGGGTTCTTGTGCGCGGCACGAATGCTGCGTCGTTCGCTGATGATACGTGGGTCCAGATTGATGGCACGATCCAGGTCGCCACCTTGAATGGTAAAGAGACGCTGCAAATTCAAGCGAAGCGGATTCAGCCGATCGAGCAGCCGGCATCCCCGTACATTTTCACGAATCCGGACTCCGTCGCGGAGTTTGACGAGCTGTATTCGAATGATAACAAGACCAAGGAGGAAATCAATTAA	MKSSLRIRIHYTLRSLLVAALAAYIMHLNASDALEYYLAPHMQTLLLLCPVPLLFIAFGMMWHSLAGDSGEVCDCEHPLPAGLVKNVTVYGLFTVPLLFGLLLPDQALGSDMAAKKGMIYTYPNPDVRRKTDDRNTSAFSGTDKRLPGMDQETEKNIALNERFVAKDIYSVEFAELARRLYTLPVIKVEPDIFSETVGAMDMYKEHFQGKTISVQGFVFRDGQMNEDTFAVSRFLVMCCTADAVPFGVLVRGTNAASFADDTWVQIDGTIQVATLNGKETLQIQAKRIQPIEQPASPYIFTNPDSVAEFDELYSNDNKTKEEIN				NA	NA	NA	NA	NA
JZ016_01444	1110			hypothetical protein	ATGAACAAGATACCCGTTGTATTGATTAGCGGATTTTTGGGAAGCGGCAAAACCACGCTGCTGCTCAGACTGCTGGAATATGCCGCCAAGCGCCAGTGGAGAACCGCCGTGCTTATGAATGAGATGGGCGAACAAGATGTGGATGGCGATACGGTCTCCGGCGAAATCCCCGATCTTCCGATTGAGAAGCTGCTCGACGGATGCATCTGCTGCACCAGGCGAGACGAGCTGGGTCAAGCATTGCAAACCCTGTTAGATCAGAAGCCGGATCTCATATTCATCGAAACGACCGGCGTGGCGAATCCTGAACAGATTCTTGAGGATCTGCAGGATCCGTCCCTGGCTGACCGAATCTCAATCCAGCGCAAAATTGCCTTGGCCGACTGCAGGAAATTTCTCGAGTACAACAGCTTCTTTGCATCCAGTCGTGAACTGGTGCGTACCCTGCGGGGACAAATCAGCTTCGCGGATATGATCATCCTTAACAAGGCGGGGGACTGCGACGATAAACAGATCAACAAAGTCACGACCTCCATTAGAAAAATAAACACGACGGCAAGTCTGTCCGTAACCGACTACAGCCGTTTGGATGAAAATGAAGTGTTTTCGACGCTTCAGCTTCAGCCTCAGCTTGAGCCCTCTAATGACCCGAGCCATTCGTTTCCAACTTCGCAATGGAAGCCAGGAGCTCTTGCGGATCTTACGCAAGACCAACCGTTGACTAATGATCACAGCAAGCATGCGCACCACCAGCCAGGGAGATCTGCCAATGACCATTCTAGCCATCTGCACGGAGAAGAGTCCGGACACAGCAGCACATCCTTCACGGGCATGGATACCTTGACCTTATCTGCTCCATCCCCCTTCCCGCTTCAGTTGAGCGCGATCGAGACGTTTCTCGCTGCACTTGGCTCCAGCCTGATTCGGGCCAAAGGTTACATCCATCTCTCGACGGGGCCCTCTCTAGTTCAGTGGGCGGGTTCAGAGCTTGAATGTAAGCCAAGCACGCTGCAGCTGCAACGCGGATATCTTACGCTGATTGGCCATCGTCTGGATAAAAAACGCATGGTTCAAGAGTGGGAAGGCTTGCTCAGTGGCGTGGTGCAATGA	MNKIPVVLISGFLGSGKTTLLLRLLEYAAKRQWRTAVLMNEMGEQDVDGDTVSGEIPDLPIEKLLDGCICCTRRDELGQALQTLLDQKPDLIFIETTGVANPEQILEDLQDPSLADRISIQRKIALADCRKFLEYNSFFASSRELVRTLRGQISFADMIILNKAGDCDDKQINKVTTSIRKINTTASLSVTDYSRLDENEVFSTLQLQPQLEPSNDPSHSFPTSQWKPGALADLTQDQPLTNDHSKHAHHQPGRSANDHSSHLHGEESGHSSTSFTGMDTLTLSAPSPFPLQLSAIETFLAALGSSLIRAKGYIHLSTGPSLVQWAGSELECKPSTLQLQRGYLTLIGHRLDKKRMVQEWEGLLSGVVQ				NA	NA	NA	NA	NA
JZ016_01445	252			hypothetical protein	ATGGCAAAAGCAAAAGTTCCAAAGAGACCCACGAGAGATGAGTTTGTACTGGAAGAGCTCGGAAATCAGCTTACGGAAGCTTACCAGGAAGAATCGGTCATCGTACTGACGGTCTGGGGATGGGAAGAGGCAGTCCGCGGACAAATCGATCAAATGGACTCCCGCACAGGGAAGGTGCACATGAAAGAGAATGGCGTCATTACGAAGGTTCCCTTTATGGACATTATGGAAGTGAATTATCCCAGGGACTAA	MAKAKVPKRPTRDEFVLEELGNQLTEAYQEESVIVLTVWGWEEAVRGQIDQMDSRTGKVHMKENGVITKVPFMDIMEVNYPRD				NA	NA	NA	NA	NA
JZ016_01446	459	slyA_2		Transcriptional regulator SlyA	TTGAAGGGGGTCTTTATCATCGCTACGTGCCATACGGAAGACCTGCTGTACTTGCTGATGCATTTAAACAAGCATATTTCGACCCGGTTTGAACGCTGTGCTGGAGTTAGTCCCAATCGGCTCGAACTCCTATGCAAACTGACGGGGGGCCAAATTAGCCAATCGGATTTGCAGAAGGCCGTGTCTATTGATCCAGCTGCGGTGACCCGTCATGTTCAGCAGTTGGAAGCGGAAGGAATACTTCTCCGAACCAGATGTGAGAATGACAACCGGATTACGTTGGTTCAGCTAACTGAAGTGGGCAAAAGTAAAGTAGCAGCGTTTAAGGCGGAGAAAGATCGCTTTATGGAGGAACTGCAGGCAGACCTCACGGAATCAGAACGACTTGCGTTTGTTCAAACTCTACAGAAGCTGAACAGCCAGATTCAACTAATGAAAGAACCAAGTAAGACCAATTAA	MKGVFIIATCHTEDLLYLLMHLNKHISTRFERCAGVSPNRLELLCKLTGGQISQSDLQKAVSIDPAAVTRHVQQLEAEGILLRTRCENDNRITLVQLTEVGKSKVAAFKAEKDRFMEELQADLTESERLAFVQTLQKLNSQIQLMKEPSKTN				NA	NA	NA	NA	NA
JZ016_01447	639	yodC_3	COG0778	Putative NAD(P)H nitroreductase YodC	ATGACTGTAACTTCCCTAAACAATAATTATAAAGAAATTATTACTTCCCGTCGCTCTGTGCGGGTATACGACCCATCGGTCAAAATCAGCCGTGAAGAAATGACTGAAATTTTGGAAGAAGCGACTTTGGCTCCGTCATCCGTTAATCTTCAGCCTTGGAGATTTCTTGTCGTTGATAGCCCCGAAGGTAAAGCGACGCTTGAAGAGCTTGCACCAGGGAACAAAACGCAAGTTTCAACTTCCTCCGCTGTCATTGCTGTATTTGGAGATATGAACGCATTCGACAATGCAGATGAAATTATGGGTAGCGCCGTGGAACGCGGTTATCTGCCACAAGAGATTAAAGATCAGATGATGGCAAACTATACCGATCTCTTCGCACGTATTCCGGCACAGTCTTTCCGTGAAATGATCCTTATAGATAGCGGCTTGGTTTCCATGCAGCTTATGCTTTCTGCTCGTGCCCGTGGATATGACACGAACCCCATTGGCGGATACGACAAATCCCGAATTGCAGAGGCATTTGGTATGGAGAAAGAACGTTATGTGCCGGTAATGCTCATCTCTGTAGGTAAAGCTGCCAAAGAAGCGCGTTTGACGACCCGTCTTCCTATTGATCGTATTGCAGAGTGGAAGTGA	MTVTSLNNNYKEIITSRRSVRVYDPSVKISREEMTEILEEATLAPSSVNLQPWRFLVVDSPEGKATLEELAPGNKTQVSTSSAVIAVFGDMNAFDNADEIMGSAVERGYLPQEIKDQMMANYTDLFARIPAQSFREMILIDSGLVSMQLMLSARARGYDTNPIGGYDKSRIAEAFGMEKERYVPVMLISVGKAAKEARLTTRLPIDRIAEWK	PGPT0028511_7	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028511-yodC-NA	NA	NA
JZ016_01448	297	ycnE	COG1359	Putative monooxygenase YcnE	ATGATTATTATTCATGCAGAAATGAAAGTAAACCGTGAACTAGAGGCAGAATTTCTGGATTCCGTAAAAGAACTTATCGAGGCATCCCGCGCGGAACAAGGAAATGAATCGTATAAGCTGCTTAAAGATACGGAGCAGGATAACACGTATCTCATGGTTGAGCAGTGGAAAGACCAGGAAGCTGTGGGACTCCATAATGCGAGCAGCCATTTTCAGGCATTTGTAGCTAAAGCTCCAAAATACCTGACAGCTCCGCTAAATGTCCAAGCATATGCTGGCCAACCGATAAACAAATAA	MIIIHAEMKVNRELEAEFLDSVKELIEASRAEQGNESYKLLKDTEQDNTYLMVEQWKDQEAVGLHNASSHFQAFVAKAPKYLTAPLNVQAYAGQPINK				NA	NA	NA	NA	NA
JZ016_01449	1209	yciC_3	COG0523	Putative metal chaperone YciC	ATGAATAGTAACAATAGGATTCCTGTCACAGTGTTCAGCGGGTACCTCGGATCAGGCAAGACGACGGTCCTAAATCATGTGCTTCATAATCGTGATGGATTGAAGGTTGCGGTCATTGTAAATGACATGAGCGAAGTGAATATTGATGCGGATTTGGTTCGAGGGGAAGGAAGCCTGTCCCGAACGGATGAGAAGCTGGTTGAAATGTCTAACGGCTGCATCTGCTGCACGCTCCGGGAAGATCTGGTACAGGAAGTTCAGAAGCTGGTACAGGAGAACCGGTTTGATTATATTCTCATTGAATCGACGGGGATTAGCGAGCCCGTGCCGGTTGCGCAGACCTTTGTCTATCCGGATGAGGTGTCCGGCGTCCAGTTGTCCGACCTAGCCCGGCTGGATTGTATGGTGACGGTTGTGGATGCGAACCGTTTCTGGAAAGATTTCTCTTCGGGTCAAAGCCTGCTAGATCGGAAGGAAGCGCTGGGCGAAGAGGATACACGGGAAGTCGTGGATCTGTTGATTGACCAGATCGAAATGTGTGATGTACTCCTATTGAACAAATGCGATTTGGTAAGCGAAGACGAATTGGCCAAGGTGGAAGGCATACTTCGTAAGCTTCAGCCCAGCGCAAAAATCATACGTACTGTGAAGGGACAAGTCGCCCCTGCGGAAATTCTGAATACCGGTTTATTCGATTTTGAAAAAGCCAGTCAGTCCCCCGGCTGGATTCAGGAGCTTCAGAAGGAAGAGCATGTGCCGGAAACGGATGAATACGGCATCAGCTCTTTTGTTTATCGGAGAAGAAGACCGTTCCATCCGGAGCGGCTGGCTGATTTCATGAGTGATTGGCCGGAAGAGGTCGTACGCGCGAAAGGGATCGCTTGGCTGGCTGTGCGTGAGGATGTTGCGGCAAGTCTAAGTCAGGCGGGACCTTCCATTCAGTTTGGGCCTGCAGGTTATTGGGTGGCTGCTTTAACCGAGCAGGAGCAGCAGGAGCTGCTTCAGAGTGAGCCGGATGTGCAGCGAAAATGGGATGGCGTCTGGGGAGATCGGATGACCGAGCTTGTGATGATCGGGATACAGATGGAGCAGTCACGAATCGAGCGGGAGCTGGACGAATGTTTGTTGACTGATCAGGAAATGCAGCTGGATTGGTCGACCTTTAACAATCCGCTGCCATGGATGGCTATCGAAGAGCTATCGATGTAA	MNSNNRIPVTVFSGYLGSGKTTVLNHVLHNRDGLKVAVIVNDMSEVNIDADLVRGEGSLSRTDEKLVEMSNGCICCTLREDLVQEVQKLVQENRFDYILIESTGISEPVPVAQTFVYPDEVSGVQLSDLARLDCMVTVVDANRFWKDFSSGQSLLDRKEALGEEDTREVVDLLIDQIEMCDVLLLNKCDLVSEDELAKVEGILRKLQPSAKIIRTVKGQVAPAEILNTGLFDFEKASQSPGWIQELQKEEHVPETDEYGISSFVYRRRRPFHPERLADFMSDWPEEVVRAKGIAWLAVREDVAASLSQAGPSIQFGPAGYWVAALTEQEQQELLQSEPDVQRKWDGVWGDRMTELVMIGIQMEQSRIERELDECLLTDQEMQLDWSTFNNPLPWMAIEELSM				NA	NA	NA	NA	NA
JZ016_01450	339			hypothetical protein	ATGAGCCAAGAAGTAATTTCGTTCATCGAAAACCTTAGTCTGCCTTGGCAAGTAGAAGTCAGCAAAAAGCTTCGACTTATGGTCCTTGAAGCCATTCCGGAGGTAGAAGAACGGATTCAGTACAAAAAACCGCATTTTCTAAAAAACGGACATTATGCGGCCGTGATTTCGCCATCCAAAGATGCAATTGCCTTTATGATCATGAACACAACTAATCTAGACGTCCCGAAACATTTCGAAGGTCCGCCCGAACGGAAATGGCTTAAAATTCGAAAAGATGATACTCCGGACTTTGAACTGCTAGCCGATCTATTAGTTCAAGCATCAAGTTCGTTGTAG	MSQEVISFIENLSLPWQVEVSKKLRLMVLEAIPEVEERIQYKKPHFLKNGHYAAVISPSKDAIAFMIMNTTNLDVPKHFEGPPERKWLKIRKDDTPDFELLADLLVQASSSL				NA	NA	NA	NA	NA
JZ016_01451	318			hypothetical protein	ATGAAACAGACAACGTTGAACGCACTAGCCGAGCCTAACCGATTACAGATTGTTGAACTGTTACGAGAAGGTCCTTTAACCGTTAATCAGATTGCTGAACGTCTTCATATCCGGCAACCTCAGACTTCCAAACATTTAAAAATATTGCATGAAGCAGGACTGGTCGAAGTTCAGGCGGAGGCTAATCGACGAATCTATAGACTACGATCTGAACCGCTTCAAGAAATGGACGAATGGTTGGATTCGTTCCGCGGTATTTGGGAAAAGCGCTTTGATCAGCTTGAGGATTATTTGGAAAAATTACAAAAGAAAAGGTAG	MKQTTLNALAEPNRLQIVELLREGPLTVNQIAERLHIRQPQTSKHLKILHEAGLVEVQAEANRRIYRLRSEPLQEMDEWLDSFRGIWEKRFDQLEDYLEKLQKKR	PGPT0004735_16	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_01452	507			hypothetical protein	ATGACCGAGCAAAGCAAACAAGGTTTACTTCTGTCACGTGTTTTCAATGCCCCCAGGGAACTGGTTTTTAAAGTTTGGATCGACCCTGAACACTTCGGCAAATGGTGGGGGCCTCAAGGATATTCCTTAGAAGTTATCACAATGGATGTACGTCCTGGTGGCATGTTCTTAGGTTGTCAGAAGTCTCCGGATGGAAACCAAACCATGTGGGGGAAATTTGTATATCAGGAAGTTATCGTTCCTGAGAAACTGGTATTCATTCAATCATTCTCTGATGAGGAAGGCAACACTATACGTGCACCTTTTAACGCAAACTGGCCGCTTGAAATTATAAATATCATCACGCTTGAAGAAATCGATGGAAAAACCACGCTTACCATGCAGGGAGGCCCTGTCAACGCAACTGCAGAAGAACAAGCAGCATTTGATGGAATGGCTCCGATGGTGAAACAAGGATTTGGCGGAACTTTTGATCAACTCGCGCAATACCTTGAAAGCCAGCAATAA	MTEQSKQGLLLSRVFNAPRELVFKVWIDPEHFGKWWGPQGYSLEVITMDVRPGGMFLGCQKSPDGNQTMWGKFVYQEVIVPEKLVFIQSFSDEEGNTIRAPFNANWPLEIINIITLEEIDGKTTLTMQGGPVNATAEEQAAFDGMAPMVKQGFGGTFDQLAQYLESQQ				NA	NA	NA	NA	NA
JZ016_01453	420			hypothetical protein	ATGGCAAGTGAAGTCAAACAGCGAATCAATCTGAAGGAAATAAACTGCCATAAGGAGTTAACCCTGGCGGTCATCGGCGGCAAATGGAAGCTGATCATCCTATGGCATCTTGGTTTAGAGGGCGTAAAGCGCTTCGGTGAGCTGAATCGAATGATTCCTCATATCACGCAAAAAATGCTGACCAACCAGCTCCGGGAATTGGAGGAGGATCAGCTCGTTCATCGTGTGGTTTACCCCGAGGTTCCACCTCGTGTCGAATATTCGCTCACGCCTTACGGGGAGAGCCTAATGCCGATCTTGAAGCTGATGTACGATTGGGGAAAAGATTACGGCGAACAGGTCGTCTGGAAAGACGGCGAGCTGCCTGAGCATAAAGATGATGGACAGGCAGCGGAGCAACCAGTCGCACAGAAGCTGTAA	MASEVKQRINLKEINCHKELTLAVIGGKWKLIILWHLGLEGVKRFGELNRMIPHITQKMLTNQLRELEEDQLVHRVVYPEVPPRVEYSLTPYGESLMPILKLMYDWGKDYGEQVVWKDGELPEHKDDGQAAEQPVAQKL				NA	NA	NA	NA	NA
JZ016_01454	564	hxlB	COG0794	3-hexulose-6-phosphate isomerase	ATGAGTCAAAAGATATTTCAACATGCAGCGGACATTGCCAAGGAGATATCGGCATCCGTGCAGCAGATCAATGCTGATCAGATTGAGGAATTGATTACACGGATCGTGCAATCCGATGCCATTTTCTTAGCGGGGGGCGGCAGATCCGGTCTAATGATCCGAGCTTTTGCCATGCGATTAATGCAGATGGGGTATAAGGTTCATGTCGTGGGCGATACGGTAACTCCGGCCATCGGCGCGCGGGATTTGCTACTTATCGGTTCAGGCTCCGGAGAAACGCAGAGCTTGGTGTCTATGGCTCAGAAGGCCAAGGGTATAGGCTCTGCCGTAGCGGTGGTCACCGTGAATCCCGAATCACGTATCGGTAAGCTTTCGGATGCGATCGTTCGGCTACCGGGCACAACGAAGGAGCAGAATCAAGGATCTCTTGTCACCGTTCAACCGATGGCCTCTTTATTTGAGCAAACGATGCTGATCGCCTTGGATGCCGTTATCTTGAGATTGATGGAGATGAAGGAACTTCACTCGGAAAATATGTTTGGGCTGCACGCCAATTTGGAATAA	MSQKIFQHAADIAKEISASVQQINADQIEELITRIVQSDAIFLAGGGRSGLMIRAFAMRLMQMGYKVHVVGDTVTPAIGARDLLLIGSGSGETQSLVSMAQKAKGIGSAVAVVTVNPESRIGKLSDAIVRLPGTTKEQNQGSLVTVQPMASLFEQTMLIALDAVILRLMEMKELHSENMFGLHANLE	PGPT0013290_321	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013290-hxlB|yckF-K08094	NA	NA
JZ016_01455	633	hxlA	COG0269	3-hexulose-6-phosphate synthase	ATGGAACTTCAATTGGCATTGGATTTAGTAAATATTCCTGAAGCAAAACAAGTGGTGGCTGAGGTAGCCGAGTTTATCGACATCGTGGAGATCGGAACACCGGTTGTCATTAACGAAGGACTTCATGCCGTAAAAGCAATTAAAGAGGCTTTCCCGCAGCTGCGTGTGCTGGCCGATCTGAAAATTATGGATGCGGGCGGTTATGAAGTGGCGAAGGCATCCGAAGCCGGCGCGGACATTATTACGGTGTTAGGTGTATCCGACGATGCTACGATCAAAGGCGCGGTAGCGGAAGCCCTCAAGCAAGGTAAGCAAGTGATGGTCGATATGATCAATGTGAAGGACATTGAGAGTAGAGCAGTGGAGATTGACGCTTTGGGCGTGGATTACATTTGCGTTCATTCCGGCTACGACCACCAAGCGGAAGGCAAGAATTCATTCGAGGAATTGGCTGCGATCAAACGTGTCGTGAAGCACGCCAAGACGGCGGTTGCGGGAGGAATCAAAATGGAGACGCTCCCTGAGGTGATCCAAGCGAATCCTGATCTCGTGATTGTCGGAGGGGGAATCACAGGTCAATCCGATAAAAAAACGGTTGCGGCCCAGATGAACCAGCTTGTTAAGCAGGTCTAA	MELQLALDLVNIPEAKQVVAEVAEFIDIVEIGTPVVINEGLHAVKAIKEAFPQLRVLADLKIMDAGGYEVAKASEAGADIITVLGVSDDATIKGAVAEALKQGKQVMVDMINVKDIESRAVEIDALGVDYICVHSGYDHQAEGKNSFEELAAIKRVVKHAKTAVAGGIKMETLPEVIQANPDLVIVGGGITGQSDKKTVAAQMNQLVKQV	PGPT0013295_280	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013295-hxlA|yckG-K08093	NA	NA
JZ016_01456	546			hypothetical protein	ATGTCACATACATCTGAACCAGCCGTTATTATTGTCACTGGTGTCATGGCTTCCGGTAAATCGACGGTAGCCCAGCTGCTGGCCGAGAAATTTGAACGCGGAGTCCACTTGAGGGGAGACGCGTTTCGGAGAATGATTATCAAGGGCAGGGAAGAAATGCTTCCGGATGCTTCAGACGAAGCAAAACGGCAGCTTGCCCTGCGCTACAGATTATCGGCCTCCACTGCCAGAACCTATGCTGAAGCGGGTTTTCATGTCGTCCTCCAGGACGTCATTCTCGGCCCCGCGCTGCTGCAAATAACCGAAATGCTAAACGGCCTTCCCGTTTACGTCGTTGTGCTGAACCCATCTGAGAATGCCATCAGCGCACGCGAGCAGATTCGTAACAAAAAAGGCTACGGGGTATGGACCATCCATGAGCTGAACCGGCGTTTGAACGACGAAACGCCGAGAATCGGCATGTGGCTGGATACCTCCGATTTATCTCCGGAAGAGACCGCCCAAGAGATTTGGAAGCGGATATGGAACGAGGGGCAGATCCGCTAA	MSHTSEPAVIIVTGVMASGKSTVAQLLAEKFERGVHLRGDAFRRMIIKGREEMLPDASDEAKRQLALRYRLSASTARTYAEAGFHVVLQDVILGPALLQITEMLNGLPVYVVVLNPSENAISAREQIRNKKGYGVWTIHELNRRLNDETPRIGMWLDTSDLSPEETAQEIWKRIWNEGQIR				NA	NA	NA	NA	NA
JZ016_01457	1053			hypothetical protein	ATGTACTATTTTGATAAACAAGGGGAGATGGAGATTATGAAAAAGCTTTCCGTATTGGCTCTGATTCTCATGCTGACTGCAAGCCTGCTGGCGGCTTGCGGTTCATCGGGCAAGAGCGCTTCAGGAACCGACAGTCCAAGCGAGGGCGGATCCGGCTCAGGCTCCGGTTCGGCTGCCGAAGGGGAAATCTATATTCCGATCATTTCCAAAGGCTTTCAGCATCAGTTCTGGCAGGCGGTAAAAACCGGTGCCGAGCAGGCAGGGGAAGAGCTTGGCGTAAAGATTACCTTTGAAGGACCAGAGACGGAATCCCAGGTGGATAAGCAGATCGAAATGCTGCAGGCAGCACTCGATAAGAAACCAAGCGCGATCGGTTTTGCTGCACTGGATAGCCAGGCCTCCATTCCTTATCTGAAAAAAGCCCAGGAAAACAACATTCCGATCATCGCCTTCGATTCGGGCGTGGAAAGCGACATTCCGGTAACGACGGCATCGACGGACAATATGGCTGCATCCGCGCTTGCGGCGGATAAAATGGCTGAGCTCATCGGGAATGAAGGCAAAATCGCCATGGTGGTCCATGACCAGACCAGCGTGACCGGGGTTAGCCGCCGTGACGGCTTCAAGAAGCAGATCGAAGAGAAGTACCCGAATATCGAAATCGTTGACATCCAGTACGGAGGCGGGGATCACTTGAAGTCGACGGACTTGGCCAAAGCGATGATGCAGGCGCATCCGGATTTGAAAGGGATATTCGGGGCGAATGAGGGTTCGGCCGTCGGGGTCATTAATGCGGTAACGGAGATGAAGAAGGAAGGTCAGATTATCGTGGTCGGGTTCGATTCCGGAAAAGCGCAGATTGACGCAATCAAGAATGGAACGATGGCGGGAGCCATCACGCAGAATCCGGTCGGCATCGGATATGAGACGGTAAAAGCCGCCGTGGCGGCCATCAAAGGGGAGAAGGTTGAACCGCAGATCGATACGGGATTTTACTGGTATGACAAAAATAATATCGATAGCGACGAGATCAAAGCTGTGATCTATGAGTAA	MYYFDKQGEMEIMKKLSVLALILMLTASLLAACGSSGKSASGTDSPSEGGSGSGSGSAAEGEIYIPIISKGFQHQFWQAVKTGAEQAGEELGVKITFEGPETESQVDKQIEMLQAALDKKPSAIGFAALDSQASIPYLKKAQENNIPIIAFDSGVESDIPVTTASTDNMAASALAADKMAELIGNEGKIAMVVHDQTSVTGVSRRDGFKKQIEEKYPNIEIVDIQYGGGDHLKSTDLAKAMMQAHPDLKGIFGANEGSAVGVINAVTEMKKEGQIIVVGFDSGKAQIDAIKNGTMAGAITQNPVGIGYETVKAAVAAIKGEKVEPQIDTGFYWYDKNNIDSDEIKAVIYE	PGPT0015740_2261	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0015740-rbsB-K10439	NA	NA
JZ016_01458	969	rbsC_1	COG1172	Ribose import permease protein RbsC	ATGAACATTCAAATCAAATCGGGCGCACTTCAGCAAGTGCTGGCCTTAGCCAGCTTGGTTGTTCTCATACTATTCTTTACATTCTCATCCAGCAATTTCTTTCAATTCTCCAATATCGTGGGCATTCTTCTCTCGACCGCGGTGATCGGCGTTCTTGCCTTAGGATCTACCTTTGTCATCATTACCGGCGGTATTGATCTGTCTGTCGGAACGGTCATGACACTTAGCGGCGTTATGACCGGCGTCTGCATCACCTTCTGGGGATTGCCGGTTCCGGTCGGCATTCTTGGGGGGATATTGACGGGCGCGCTATGCGGGCTTCTATCCGGTACGGCGGTGGCGAAGATGAAGATCCCGCCTTTCATCGCAACGCTGGCGATGATGATGATCGCTAAAGGACTGGCACTGATTATCTCCGGAGCCAAGCCGGTCTATTTCAACGACGCCGAAAGCTTTGCCGAGGTGTCCCAAGGCAGCGTGCTGGGCTGGCTGATACCGGGCCTCGATATTCCGAATGCGGTCGTTATTTTCTTCATCGCGGCGGTTGTGGGCTACCTCATCTTATCGAAGACCATCATCGGCCGGTATAACTTTGCGCTAGGCAGCAACGAAGAGGCGACCCGATTGTCGGGTGTTAATGTGGGATTCTGGAAAATCGTCATTTACACCTTAACCGGCGCCTTTACCGGTTTGGCGGGTGTCATGATGGCATCGAGGCTGAACTCGGCGAACCCGGCGCTGGGGGCCGGTTATGAGCTGGAAGCCATCGCGGCGGTCGTAATCGGGGGGACTTCGCTCAGCGGCGGGAAGGGTACCATCATCGGCACGGTCATCGGCGCATTGATCATGAGCGTGCTGACGAATGGATTACGTATTCTGTCCGTGCCGCAGGAGTGGCAAACCGTTGTCGTAGGATTTGTCATTATACTCGCGGTGTATGCGGATATTTTGCGCAGACGCAAAGCGTAA	MNIQIKSGALQQVLALASLVVLILFFTFSSSNFFQFSNIVGILLSTAVIGVLALGSTFVIITGGIDLSVGTVMTLSGVMTGVCITFWGLPVPVGILGGILTGALCGLLSGTAVAKMKIPPFIATLAMMMIAKGLALIISGAKPVYFNDAESFAEVSQGSVLGWLIPGLDIPNAVVIFFIAAVVGYLILSKTIIGRYNFALGSNEEATRLSGVNVGFWKIVIYTLTGAFTGLAGVMMASRLNSANPALGAGYELEAIAAVVIGGTSLSGGKGTIIGTVIGALIMSVLTNGLRILSVPQEWQTVVVGFVIILAVYADILRRRKA	PGPT0016590_4694	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0016590-rbsC-K10440	NA	NA
JZ016_01459	1500	mglA_2	COG1129	Galactose/methyl galactoside import ATP-binding protein MglA	TTGAGCGAAGTATTGATACAAATGGAAGGAATCACGAAGGAATTTCCGGGCGTGCTTGCATTAAATCATTGCCGATTCGAGCTGCTGCGCGGTGAAGTCCATGCGCTAATGGGTGAGAACGGCGCCGGCAAGTCAACGATGATGAAAATATTGACCGGCGTATACCAGAAGGACGAAGGTACGATCAGGTACAAAGGGCAGCCCGTTGAGTTAACGAATCCGAAAGCGGCTCAAGACGCCGGGATCAGCATGATCCATCAGGAACTGAACTTGGCGCCTGATCTGACGGTTGCTCAGAACATATTCATCGGGCGGGAGCCGCGCAGAAAGCTCAAGTTGTTTCTGGACAATCAGGCGCTAAATCGGCAGGTGAAGGAACTGTTCGAGCGGATGGGGCTGGACATGGATCCATCCATCAAGGTTTCGGAACTAACGGTTGCCAAGCAGCAGATGGTGGAGATTGCCAAGGCATTGTCTTATAACGCCGACGTGCTGGTCATGGATGAGCCTACTGCAGCTTTAAGCGAAACCGAGATTGAGGATTTGTTCCGCATCATTCGTCAGCTTCGAGAAGGCGGAGTTGGAATCGTTTACATTTCCCATCGGATGGATGAGATCAAGCGAATTACGGATCGCATTACGGTGATGCGTGACGGACAGTATATCGATACGGTTTCAACGGATGAAGTCACCACACAGGACATTATTTCCAAAATGGTTGGCCGTCAGATCTACGAGACCTCGAAACCGAAGAAGAGCGCAGGTGAACGTGAGACGGTATTGGAGGTTAAAGGACTGAATCAAGGCCGAACTTTGAAGGACATTAACTTCACTCTGAAAAAGGGAGAAATCCTTGGCATTGCAGGCCTGGTTGGTGCGGGGCGGACAGAGCTTGCCCGAGCGATCTTTGGTGCCGACCGCATACAATCCGGCGAGATTCATGTTCATGGCCGCAAGATAACGATCAAGGGCCCCCATGATGCGGTGCGCCAAGGGATCGGTTATTTATCCGAGGATCGCAAGCGCTATGGATGTGTCGTCGATCTGGATGTGAAGAGCAATGTGGCTATCGCCTCATACCGTAACTTTCTGGGCCCAGCCGGCTGGATGAATACGACCAGGATTCGCAAGCAGGCGGAGGATATGGTCGAACGATTGAAGGTCAAAACACCGCATGTGGACCAAGAGGTCAAATTCCTCTCCGGCGGTAATCAGCAGAAAGTCGTTATCGGCAAATGGCTGGCCCGCGATTGCGACATTCTGATCTTCGATGAACCGACGCGCGGGATCGATGTAGGGGCCAAGAGCGAAATCTATCGCCTGCTGAACGATCTTACGGCACAGGGTAAATCGATCATTATGATCTCCTCAGAGCTGCCTGAAATTTTACGGATGAGTCATCGGGTTCTCGTGATGTGTGAAGGCCGGATTACGGGCGAGCTGGATCAAGCAGAGGCGACCCAAGAAAGCATTATGCATCTGGCTACAGCAAGGATGTAA	MSEVLIQMEGITKEFPGVLALNHCRFELLRGEVHALMGENGAGKSTMMKILTGVYQKDEGTIRYKGQPVELTNPKAAQDAGISMIHQELNLAPDLTVAQNIFIGREPRRKLKLFLDNQALNRQVKELFERMGLDMDPSIKVSELTVAKQQMVEIAKALSYNADVLVMDEPTAALSETEIEDLFRIIRQLREGGVGIVYISHRMDEIKRITDRITVMRDGQYIDTVSTDEVTTQDIISKMVGRQIYETSKPKKSAGERETVLEVKGLNQGRTLKDINFTLKKGEILGIAGLVGAGRTELARAIFGADRIQSGEIHVHGRKITIKGPHDAVRQGIGYLSEDRKRYGCVVDLDVKSNVAIASYRNFLGPAGWMNTTRIRKQAEDMVERLKVKTPHVDQEVKFLSGGNQQKVVIGKWLARDCDILIFDEPTRGIDVGAKSEIYRLLNDLTAQGKSIIMISSELPEILRMSHRVLVMCEGRITGELDQAEATQESIMHLATARM	PGPT0016600_3832	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0016600-rbsA-K10441	NA	NA
JZ016_01460	981			hypothetical protein	ATGAAGTCGTACATGAGACTGCGATATGTTTTACTGCTGCTGATTCCGGTATTCATCCTGGGTTATATCGCCCTTCAGTGGTCCAAGGAAGAACCCGGACCCAAGAGGATCATCGTGGGTGTTAAAGCGCTGGATGAGATTGAATTCTGGCGTGTACTGATTGAAGGGGTGAACACGGCTTCTCGTGAATTCGGTGTGGATGTCTCGGTGGTAGGACCGACTCAGGAAATCGAAGTGGACTTGCAGATTCAATTGCTGGAGGAAGCTATCAAGCAGAAGCCGGATGCGATTGTTATGGCAGCAGGTGATTATAACCGCCTAGTTCCTGTAGCGGAGTCCATTCGCAAGGCTGACATTCCGCTTATCATGATTGATTCCGCGGTGAACGGCGATTACGCGCAGAGCTTGATCGCGACCGACAATGTGAATGCCGGACAGAAGGCAGGCAAGGAGCTTTCTTCGTTGCTCTCCGCAAATGCGGAGGTCGCCATTATCAGTTTCGTACGGGGGGCCTCGACGCAGATCGAAAGGGAACAAGGGGTTCGAAGCATTCTGGAGCAGCGCAGCGGCACGGAAATCGTGGGCACTTACTACAGCGAGGGCAAGGAGGAGCGTGCCTATGACATCACGAAGAAACTGCTGTTGGAAAGGCCTGACCTGAATGGAATCGTGGGGCTGAATGAGCCTTCTACAGTCGGGGCAGGAAGAGCGATCCGAGAACTGGGGCTGGCGGGCAAGGTTAAGCTGGTCGGATTCGACAGCTCGGTGAAGGAAGTCAAGCTGCTCGAAGAGGGGGTTCTTCAATCCACCATTGTTCAGAAGCCCTTCAACATCGGCTATTTGGGCATCAAAACAGCTATATCCATCATCGAAGGAGACAAGGTGTTACGCAACGTGTACACCGATTCCGTTGTCATCAACAAAGACAATATGTATACCGAGGAGAACCAGAAGCTGCTCTTTCCCTTTGTGGAAGAGTAG	MKSYMRLRYVLLLLIPVFILGYIALQWSKEEPGPKRIIVGVKALDEIEFWRVLIEGVNTASREFGVDVSVVGPTQEIEVDLQIQLLEEAIKQKPDAIVMAAGDYNRLVPVAESIRKADIPLIMIDSAVNGDYAQSLIATDNVNAGQKAGKELSSLLSANAEVAIISFVRGASTQIEREQGVRSILEQRSGTEIVGTYYSEGKEERAYDITKKLLLERPDLNGIVGLNEPSTVGAGRAIRELGLAGKVKLVGFDSSVKEVKLLEEGVLQSTIVQKPFNIGYLGIKTAISIIEGDKVLRNVYTDSVVINKDNMYTEENQKLLFPFVEE	PGPT0015740_3298	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0015740-rbsB-K10439	NA	NA
JZ016_01461	1797			hypothetical protein	ATGATGGCTCCGCAGCGGATCAAAAGCATTCAGTCCCGCATTGCCAGCTCATTCATGATGCTTGTATTATTTACGGCGCTGCTGTTGATCTTCATCTCCTACCGGCTGTCCGAATCGGCTGTTCGCGAAACGGCGGAGAGTTATACCTCCGAGCTGATCAATCAAGTGAATGCGAATATCCAAACTTACATCACCGGGATGAAGGACATCTCGCTGGCGACGATGAACAACCCGAACGTGAGGGAATACCTCGCCTCGGCAGATGAACTGCAGCCTGCGGAACTGGCTATGTTGAAAGCGAAGATATCGGAATATTTCCACTCGATTCGGGTTTCGCGCAAAGATATTGCGTCGATTAACATTTTTGGAGCCGGCGGCACCTTTATCTCCGATCGGGCGGACGCTGAATTGAATCCTTATATTGTGTTATCGGAGCAGCCCTGGTATCGGCAGGCGAAGGAAAACAAGGGACAGACAGTGATCTCCTCGTCGCATGTACAGCCGGTTATTAAGGGAGAGTACCGCTGGGTTGTATCACTAAGCCGCGAGCTTAGCGGCGTGAACTCTTCTAACGGGCTCGGCATCCTGTTGATCGATCTCAACTTCAAGGTGATTAACGATATGCTCAGCAAGCTCGACCTGGGGAACCGGGGTTACGTGTTTGTGATTGACCGTCAAGGCCGGATTGTGTATCACCCGCAGCAGCAGCTGCTCTACAGCAATTTGAAGACGGAGAGATTAGAGCAGGTGCTTCAGGACAAGCAAGGAGGTTTTGTCGTGAAGGAGGGCGGAGCAAGCCGGATTTACAGCATCAAGGACACGGATTTCGGCTGGAAAATCGTCGGCGTTTTTTACGAGAATGAGCTGGTGGACAATAAGAAGCAGATGCAGCTTTCTTTTGCTATAGCGGGATTGTTATGTCTTGGCGTCGGCGTGCTGTTCTCCGTCGTTATCTCCCGCAACCTCACGCGTCCCATCAAGAAGCTCCAGGAAAAGATGACGGAAGTGGAGAAGGGAAATTTCGATATCCGGGTTCCTGTGGGGCATTCCAGGGAAATCTCCGGCTTGGCCCGCAGCTTCAATGTGATGGTGCTGAAGGTCAAGGAATTGATGGACCAGATCGTGATAGAACAGGAAATTAAGAGGAAAAGCGAATTGAATGCCCTGCAAGCCCAAATCAATCCCCATTTCCTCTACAATACGCTGGATTCCATTATATGGATGGCCGAGAGCAAAAAGCATGATGAGGTGATTCTGATGACATCGGCTCTAGCAAGGCTGTTTCGAGCTTCGCTCAGCAAAGGGAGGGAAATGATCCCGATTGCTACCGAGGTGGAACATATAACGAATTATTTAAAAATACAACAAATGCGATACCAGGATAAAATCCGGTTTACTCTGGATATGGACCGCGAGCTTTATCCTTATCTGACGTTGAAGGTGCTGCTGCAGCCTCTGGTGGAGAATGCCATTTATCATGGCATCAAGAACAAGGAAGGGCCGGGCACGATCACGATTACGGGGAGACTTCAGGATGATCGGATTCGGTTTCAAGTCATGGATGACGGCATCGGCATGGATCGGTCCAAGGTTGAGACATTATTAATCTCTACAGGGAGCCAACATTCGAGAAACAGCGTTGGGATAGCGAATGTCCATCAGCGGATTCAGTTATATTTTGGAGCGGAATATGGTCTTCGCTATACGAGCGAGCCCGGAGCGGGGACAAACGTCACGGTGCTTATTCCGGCCGTTCATCCGGATGAATGGCGGAGCATGGAGGGGGATGTGCCATGA	MMAPQRIKSIQSRIASSFMMLVLFTALLLIFISYRLSESAVRETAESYTSELINQVNANIQTYITGMKDISLATMNNPNVREYLASADELQPAELAMLKAKISEYFHSIRVSRKDIASINIFGAGGTFISDRADAELNPYIVLSEQPWYRQAKENKGQTVISSSHVQPVIKGEYRWVVSLSRELSGVNSSNGLGILLIDLNFKVINDMLSKLDLGNRGYVFVIDRQGRIVYHPQQQLLYSNLKTERLEQVLQDKQGGFVVKEGGASRIYSIKDTDFGWKIVGVFYENELVDNKKQMQLSFAIAGLLCLGVGVLFSVVISRNLTRPIKKLQEKMTEVEKGNFDIRVPVGHSREISGLARSFNVMVLKVKELMDQIVIEQEIKRKSELNALQAQINPHFLYNTLDSIIWMAESKKHDEVILMTSALARLFRASLSKGREMIPIATEVEHITNYLKIQQMRYQDKIRFTLDMDRELYPYLTLKVLLQPLVENAIYHGIKNKEGPGTITITGRLQDDRIRFQVMDDGIGMDRSKVETLLISTGSQHSRNSVGIANVHQRIQLYFGAEYGLRYTSEPGAGTNVTVLIPAVHPDEWRSMEGDVP				NA	NA	NA	NA	NA
JZ016_01462	1620	cheB_6		Protein-glutamate methylesterase/protein-glutamine glutaminase	TTGTATACGATTCTTATTGTGGACGACGAACCGATTGTAAGAGAAGGAATCCGAAACCGGATTCAGTGGGCAGATCATGGCTTTGAGTGCATCGGGGATTGCGAGAACGGCAGGGATGCACTGGAGGCTGTAACCCGCCATCAACCCGATGTGGTGTTAACGGATATCAACATGCCGTACATGGATGGCCTGGAGTTGTCACGCCATATTACGGAACGTTTTCCCAAGACAAAGATCATCATCCTTACCGGGTTTGACGATTTCGAATATGCCCAGCAGGCGGTGAAGCTGCAAGTCACGGATTTTATTTTGAAACCGGTTACGTCAGCGGAGTTAAGGGAGATGCTTGGTAAACTCAAGCTGGAAATGGATGAGGAGCGCGGACATACGGAGCACCTGAAAAGGCTCAAGCAACAGTTGAATGAGAGTTTGGTTCTGCTTAAGGAACGATTTCTTGAACGTCTGGCGTCATCGCCGATGAAGCGATCCGAGATCGAGAGCAAGCTTGCATATTTTGATATCCGGCTTCCGGGGCCGCTTTATATCGCGATGGCAGCGGATATGGATGAGCTTCGTACGGATGAACAGCATGTCGATAATGAGCTGTATGCATTTGCTTTATACAATATCATGCAGGAGATTTTGGCAGGTGAGCCCGGTACAGCTATTTTTAGGTACAAGGAGAACAAAGTTATGACCATCCTGTCGGGCTCCGGCGAGGAGGAGCTGCACGCTCGGGCGCAGGAGCTGGCGGAGGACATTCGCGGATCTACAAAGCAGTTCATGAAATTCACGGTCACGCTCGGCATCGGAACGATTTGCCGCGAGCTTCAGGATATCCGTTATTCCTGCAGGGCTTCGGAAGCTGCACTGGAATACCGGCTCCTGATCGGCCGCGATCAGGTGGTTCATATCACGGATCTTGAAAAGCGGGGGGACGCTCCTCTCCAGGATGGGATTGAAACCGAGTCAGCGCTAATCTCCGCAATTCGGGCCGGTACGGACTTAGAGGTAAAGGTGTGCATCCGGCGGCTGATCAGTGAACTTGGAAGCGCTTCAATTTCAATCGAGCTCTGTTACGTGCGGGTTCTTCGGGTCATGCTTGCCGTGCTTCAAACTTTGATGGAAATCGGCAGCAATGGAAACGAGCTGATCGGCAAGGAGAAGAGGCTGCTGTCCGATCTGTATTCTTTTCGGTCCTTGGAGGAGATCGAACGCTGGTTAAACGAGGTGTGCGAGCAGGCGTTAAGGGACGTTGCCAAGGCGAGAAAGGATATTACCCGCACCCAGATGCTGGAGGCGGTCGATTTCATCCAGCAGCATTATGAGGATGCCGAGTTATCGATTAAGACCGTATGCAGCCGGATCTTCATGAGCACGAGTTATTTCAGCGCCTTGTTCAAGTCGCATACCGGGAAGACCTTCGTTGAATACGTAACGGAAGTCCGCATGGAGAAAGCGAAGGAACTTCTGAAGCATTCCTTGTTGAAAACTTATGAAATAGCGGCGAAAACCGGTTATCAGGATCCTCAATATTTTAGCGTGCTGTTTAAGAAACATACCGGAGATACCCCGACGGAGTACCGGAATAAAATGACGTCAGGCGGGGTAAGGCCATGA	MYTILIVDDEPIVREGIRNRIQWADHGFECIGDCENGRDALEAVTRHQPDVVLTDINMPYMDGLELSRHITERFPKTKIIILTGFDDFEYAQQAVKLQVTDFILKPVTSAELREMLGKLKLEMDEERGHTEHLKRLKQQLNESLVLLKERFLERLASSPMKRSEIESKLAYFDIRLPGPLYIAMAADMDELRTDEQHVDNELYAFALYNIMQEILAGEPGTAIFRYKENKVMTILSGSGEEELHARAQELAEDIRGSTKQFMKFTVTLGIGTICRELQDIRYSCRASEAALEYRLLIGRDQVVHITDLEKRGDAPLQDGIETESALISAIRAGTDLEVKVCIRRLISELGSASISIELCYVRVLRVMLAVLQTLMEIGSNGNELIGKEKRLLSDLYSFRSLEEIERWLNEVCEQALRDVAKARKDITRTQMLEAVDFIQQHYEDAELSIKTVCSRIFMSTSYFSALFKSHTGKTFVEYVTEVRMEKAKELLKHSLLKTYEIAAKTGYQDPQYFSVLFKKHTGDTPTEYRNKMTSGGVRP				NA	NA	NA	NA	NA
JZ016_01463	543			2-hydroxy-1,4-benzoquinone reductase	ATGAACGTTGCAATCGTTGTAGGAAGCATTAGAAAAGAGTCGTACAATATGAAACTGGCGGAATATTTGAAGCAGCGCTACTCGGATCAGATCACGTTTGAAATTTTGGGGCTGCGCGATCTTCCGTTTTACGATCAAGACATTGAGCTGGACCCTCCTGCGGCCGTCAAGGATTTCAAGGAGCGGATTGCTGCCGCTGATGCGGTGTTGTGGATCACGCCGGAGTATAATTACTCCATACCGGGCGTGCTCAAGAACGCGCTTGATTGGTTATCGCGCGTTGATAAGGTTATGAACGGGAAGCCTTCATGGATCATGGGGGCGTCGATGGGACAGCTTGGAACGGTGAGAGCTCAGGAGCATCTCCGGGATATTCTGTTTTCTGTCGGCATTACTTCGCCGCTGCTCCCTAACAATGAGGTATACATCGGGGCGGTACATGAGAAGCTGGATGAGTCCGGCAAGCTGATTCATGAGCCGACAATCGGTTTTCTCGATATCGTGGTGAACAATTTCATTACGTGGATGAACACCCGTAATTAA	MNVAIVVGSIRKESYNMKLAEYLKQRYSDQITFEILGLRDLPFYDQDIELDPPAAVKDFKERIAAADAVLWITPEYNYSIPGVLKNALDWLSRVDKVMNGKPSWIMGASMGQLGTVRAQEHLRDILFSVGITSPLLPNNEVYIGAVHEKLDESGKLIHEPTIGFLDIVVNNFITWMNTRN	PGPT0004195_2273	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004195-chrR-K19784	NA	NA
JZ016_01464	1713			hypothetical protein	ATGATCACTCATTTTGCCGGTCTGAAATTAAAGACGGTATCCATTCAGGGTGTGAAACAATTCTACCACGGGTTACTTCATTTCCCGGTAGCCAGTGAAAGCGAGGTGGAGATCGTATTTCAGCCTACACCGGATTTCACGCTCGCTTTTGAAGAAGCGTATGAACCTATAGCTCCTGCTCATATCGCGTTTGAAGTGCCTTATTCGCAGTTTGAATCCATGGTCCAGAAGCTTGCAGAGCAGCTACCTTTGTTGAAATGGCCTGACGGTGAAGTGGTTGAGCGCTTTGATTCCGGCGTGAACGTATACTTCAAGGATGGCGATGGGAATTTGCTTGAGTTTATCGCACATGAAGATCTGAAGGAAGGGGTGCTTGCGCCGAACGGCACCTATGGCATCCTGTACTTGCGGGAGGTGGGATTGCCTGTGGAGGATCCGGTAGCCGCAAGATTATGGATGAAGCGGACGCTCGGATTAACAATCGCCAAGGAGTCGGAGCAATTCGCTTTTGCCATTGGAGGAACGGCTCATGCCGTTGTTGTATCAACAAAGCGCAAATGGATTCCGATCGCCATGAATGCGCTGCCACCATCCTTGGAGATCACTTACGGAGTAACGGACGAACGGTTTCTGGACCGGGTTCGCTCCACTCTGGATCGGCGGATGATGGTTTCAGATAACGAGGATGGTTTGCATTTCAGAATGTATGGTTACAGCATCCGAATGAAAATAACAAGCTTGCCCAAAGACATTGCAGCCAGGCTGAATCTGCCGAGTGCAATCGAAGGGAAGGAGGTGAATTCGGTCATTAGTGACCGGTATTTGGAGGATGGTCTTACGGCCTTGAGCCGCGGCGGCGAGGTTGGCTGGTTTGAAGGACATGTTGGCGGGGCGTATTTGGCGGCTTATTACATGCAGAAGGAGTTTGATTTGCCGCAAGATGTACTGCAGGGCCTGGCCGCCAATTGCCTGCATTTGCGTAATCAGCATGAAGATTGGTTTGAACCCTATCCTCCCGAGCCTGCGCAGCCTGAATTAATGAATCAACTCATTGAAGGACTGCTGCCTAACCTGACGAATCTGAGCACCTCCGGACACGGGGTAACCCTGGCCGTCTTGGGACTGAAAGCATTACGGGACCGTCCGGACTTACTGACGCCGTCTATCGTGCGAGGCATTCTTAAGCTGATGGAAGATGCAGCAGTAGAACACAAGCTTGCTAGGTATTATGGCATTGAGGATTATACGCAGCTGGATCTCGCGGAAATCTCACTTTCGGAAATACCGCCGTACCGGAATGCATCCGATTTGGCACGTCGTGCACTTTCCGAGCTGGAACTCGTGCTGCCTGATCAGCACGTTGATGGCAAATATTATTTTTTTGCCGGTGAGCTTGAGCATGGCGTTACCCACGCACACGCACTCATTGAGCTGGAGCGGCTCGGATACGCTCAGCTTGCCAAGCTTGGTCAAAGCAATCACCGTCTGCAGATGAAACTCAACCGTTTAAAGCCACAATTGCTTTCGAATCAGGGAGTTGAAGCTGCCGAAGGTGCGTCGATTACGGATTCAGCCTATTGGAGCAAACGGTATGAAGATCCGCATGCCATCAAAGTGCCTTATGCCGCACTGGCTTTGCTCCAATATGTACCGCCTGAACAGAGAGAAGACATGGAGCGCAATGTGTGTAAACTGCTCTCGTTGATGAAGTAG	MITHFAGLKLKTVSIQGVKQFYHGLLHFPVASESEVEIVFQPTPDFTLAFEEAYEPIAPAHIAFEVPYSQFESMVQKLAEQLPLLKWPDGEVVERFDSGVNVYFKDGDGNLLEFIAHEDLKEGVLAPNGTYGILYLREVGLPVEDPVAARLWMKRTLGLTIAKESEQFAFAIGGTAHAVVVSTKRKWIPIAMNALPPSLEITYGVTDERFLDRVRSTLDRRMMVSDNEDGLHFRMYGYSIRMKITSLPKDIAARLNLPSAIEGKEVNSVISDRYLEDGLTALSRGGEVGWFEGHVGGAYLAAYYMQKEFDLPQDVLQGLAANCLHLRNQHEDWFEPYPPEPAQPELMNQLIEGLLPNLTNLSTSGHGVTLAVLGLKALRDRPDLLTPSIVRGILKLMEDAAVEHKLARYYGIEDYTQLDLAEISLSEIPPYRNASDLARRALSELELVLPDQHVDGKYYFFAGELEHGVTHAHALIELERLGYAQLAKLGQSNHRLQMKLNRLKPQLLSNQGVEAAEGASITDSAYWSKRYEDPHAIKVPYAALALLQYVPPEQREDMERNVCKLLSLMK				NA	NA	NA	NA	NA
JZ016_01465	561			hypothetical protein	ATGAAAATCGTGATTATAGCTGGCAGCAATCGCAAGGAAGCCACAAGTACCGTTCTGGCCAAAGCCCTCGAAGCGCAAATGAATACGTTGTTCGTGGAAGTGAAGCTGTTTAATCTGTATGAAACACCGCTTCCTTTCTATTCACCAGACGAGATATTCAACCGCCATGATGGCGTGCGCGAGCTGCAGCGTCTGTTGATGGAGGCGGATGGCATTATTTTGACGACACCAGAGTACCACGGAGGGATGAGCGGAGTCTTGAAGAACGCATTGGATCATTTGGGACAGATGCATTTCTCAGGTAAACCGGTTCTTTCGGTAAGCTCTGCGGGAGGGGCGGTCGGCGTGAGTTCACTGCAGCAAATGCAGGCTACCATCCGTAATTTGCACGGGATCAATAGTCCGGAATGGATATCCATTGGCGGTTCTCAGCGAACCATTTACGAATCCGAAGCGGCAAAAGGCAAGATTGTACTGGATTATCGGGCTAAAGAGGCGCTGTCCATCTTTATGGAACTGGTCAAGAAGATCAGCGGTAAAGAGGAGGTTGAGATCTCATGA	MKIVIIAGSNRKEATSTVLAKALEAQMNTLFVEVKLFNLYETPLPFYSPDEIFNRHDGVRELQRLLMEADGIILTTPEYHGGMSGVLKNALDHLGQMHFSGKPVLSVSSAGGAVGVSSLQQMQATIRNLHGINSPEWISIGGSQRTIYESEAAKGKIVLDYRAKEALSIFMELVKKISGKEEVEIS	PGPT0006791_106	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006791-azr|azoB-K03206	NA	NA
JZ016_01466	666	liaR_1	COG2197	Transcriptional regulatory protein LiaR	ATGATCCGATTGTTGATCGCTGACGATCATGCCATGGTACGACGGGGATTGCAGGTTTTTCTGGCTACGCAGCCGGATATCGAGATGGTTGGCGAAGCCGCGAATGGCGAGGAAACGTTAGAGAAGGCCAATCAGCTGAATCCCGATGTCGTGTTAATGGATCTGAATATGCCGATTCTCAATGGAATCGATACGACCGCACGGTTAAAAAAAGAACAGCCTCATATTAAAGTCATCGTGCTGACCTCGTTTATCGATTATGACCATGTGCTGCCAGCCATTCGGGCGGGCGCACGCGGCTATCTCCTTAAGGATATTGAGCCTGAGGATCTGGTGGCTGCGATCAGACGCGTGTATGAAGGCCAAGTTGAACTGCATCCGGATGCGGCAGGCCTGCTCATGACGCATGTTACTTCACCGGCGGGGACGGATGAGACCGGCGGGTCCGGCCATCAGGAAGAGACTGCGCAGGTGGATAAACTTACCCGCCGGGAGCAGGAAGTATTACAGCTGATTGCATCGGGCATGAACAACAGGGAAATCAGCGAAGCGCTTTATATTACCGAGAAGACAGTTAAAACCCATGTCAGCCATCTGCTCGATAAGCTGGGGGTTGCGGACCGGACTCAGGCGGCCATTTATGCGCTCAAGCATGGCATCGTATAA	MIRLLIADDHAMVRRGLQVFLATQPDIEMVGEAANGEETLEKANQLNPDVVLMDLNMPILNGIDTTARLKKEQPHIKVIVLTSFIDYDHVLPAIRAGARGYLLKDIEPEDLVAAIRRVYEGQVELHPDAAGLLMTHVTSPAGTDETGGSGHQEETAQVDKLTRREQEVLQLIASGMNNREISEALYITEKTVKTHVSHLLDKLGVADRTQAAIYALKHGIV	PGPT0014870_516	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014870-liaR-K11618	NA	NA
JZ016_01467	1719			hypothetical protein	ATGTCCAATCACGATCCGCATATTCAGGAGTTAATTACGCTGAAGACGATCGCAGAAACATTGAACGAGTCCAATGAGCTTGGCCCCATGCTGGACGTTGTTATTACCAAGCTGCTGGAGCTGACCGGACTTACGACCGGTTGGCTGTTCCTGGTGGAAGATCGGGGAACGCATGAATTCGTAGCCAGCCGGAATTTGCCGCCTGCCCTGAGCCGGAACGACAACGAACCTATGAGATGCGGCAGCTGCTGGTGCCTGGAGCGTTACGATGACGGACGTCTGAAAAATGCCGTGAACATATTGAATTGCAAACGTCTGGATAACGCCGTTCGTTACCAGTGGGGGGATACGGAAGGCATAACCCACCATGCAACCGTTCCGCTGCGATCCGGCAGCCGCAGGTTCGGCGTACTAAATGTGGCTGCACCCGGGAAACTGCATTTCACCAAAGAGGAACTGGCGCTGCTGGAATCGGTTGCCTACCAAATCGGCAGCGCCATTGAGCGCATGCGGCTATACGCAGCCGAGCAGCGCCGAGCGGATTTGTTTGCCCGGCTTGGGGAATATAGCAGCGCACTCGGTGCTTATGCTTCCCAAGCGGTTAACCGGGCTGAATTAACGAAGCAAGTCATGAGTTTAATGGGCCGTTACTTTGACTGGCCGGTTGCCGCATTGCTGGAGCCTATCGGCAGCGAAGTGACGCTGCGTGCCCTCTACAGCAGAGGGCAGACGACGCTGCCCCATGCCAAATTTCCGCTTGCTGAAGCCGCACGAACCCGTTCTGGCAAGGGAGAGGTCAATTCGCACCCGGTCAGTGCAGAAGACGCACAGCGGCTTGCAGATCTTTTGGTTGAACAGGGATGGATATCCTCCATCTCCCGAGCGGTTGCGGTTCCGCTGGCGGCTGCCGGGGACACCTCATTTGGACTGCTTTTAGTAGGGTTCGATCATTACGGCGATTCGTACCGGGCAGATATCGAGGTGATCGAGGCACTGGCTGAACATATTGGCATGACCCTTCAACGCATCCGTCTGGAGCAAAACCGGCGGGAGCTCGCAAGAATGGATGAACGAAATCGTCTCGCCCGGGACCTGCACGACTCGGTAAGCCAAACCCTGTTCTCGCTGGTCATGATGTCCAAGGGAGTGCGGGGAATGCTTGCCGCAGAGCCGCATGAGCAGACAAGTATGCTGCAGGACACCATCCATGATATACAGGTCCTGTCGCAAAGCGCGCTTAAGGAAATGCGGGAGCTGATCATGCAGCTTCGCCCACCCGGACTTGAAGAAGGGCTTATGACAGGCCTGAAACAATACGGCGAACGATTGAAACTTCATGTAAGCTCACATATCAACGGGATACGGGACCTGCCCCGGATCGTGGAAGAAACATTGTGGAGGATCGGTCAAGAGGCGCTGAATAATGTAAGCAAGCATGCGGATACGAAGGAAGTAACGGTCGTATTAACCCCGCGGGAAAATGAAGTTGAACTCAGGATCGAAGATCATGGCCGCGGGATTTCCAAGCAACGATTGAACGAGCTGACAAGACATTCGATTGGGTTGTCCAGCATGCGGGAACGGGCGGAATCGCTCGGAGGACAATTCCGTCTATACAGTGTGTACAGAGAGGGAACCATTATTGAGGTTTCGCTGCCCTTAAGGGTGAGATCAATAGAGAATAGGGGGATCACCGATGATCCGATTGTTGATCGCTGA	MSNHDPHIQELITLKTIAETLNESNELGPMLDVVITKLLELTGLTTGWLFLVEDRGTHEFVASRNLPPALSRNDNEPMRCGSCWCLERYDDGRLKNAVNILNCKRLDNAVRYQWGDTEGITHHATVPLRSGSRRFGVLNVAAPGKLHFTKEELALLESVAYQIGSAIERMRLYAAEQRRADLFARLGEYSSALGAYASQAVNRAELTKQVMSLMGRYFDWPVAALLEPIGSEVTLRALYSRGQTTLPHAKFPLAEAARTRSGKGEVNSHPVSAEDAQRLADLLVEQGWISSISRAVAVPLAAAGDTSFGLLLVGFDHYGDSYRADIEVIEALAEHIGMTLQRIRLEQNRRELARMDERNRLARDLHDSVSQTLFSLVMMSKGVRGMLAAEPHEQTSMLQDTIHDIQVLSQSALKEMRELIMQLRPPGLEEGLMTGLKQYGERLKLHVSSHINGIRDLPRIVEETLWRIGQEALNNVSKHADTKEVTVVLTPRENEVELRIEDHGRGISKQRLNELTRHSIGLSSMRERAESLGGQFRLYSVYREGTIIEVSLPLRVRSIENRGITDDPIVDR				NA	NA	NA	NA	NA
JZ016_01468	282			hypothetical protein	ATGGGCCATTACAAAAACGGAAGAGAAGTGCTTCCCCCCGAGCTGCTGCAGCAAATTCAACAGTATATAGATGGAGAATTACTCTACATACCGAAACAGAGCGAGCAAAGAGCCGGCTGGGGAGAGTTAAGCGGTTCCAAACAACGCATCGAAAGTCGAAATAAAGAAATGTATCGCGCTTATTGCAAAGGACGGTCCATTGAGGAATTGGAACGGACCTACTTCCTGTCTGGAGAAAGCGTGCGCAAGATCATAAGTAAACTTACCCGCGTAGGGACCTGA	MGHYKNGREVLPPELLQQIQQYIDGELLYIPKQSEQRAGWGELSGSKQRIESRNKEMYRAYCKGRSIEELERTYFLSGESVRKIISKLTRVGT				NA	NA	NA	NA	NA
JZ016_01469	537			hypothetical protein	ATGCCGCGCAATTTGGAGTATGTTCCTTACGGTTACGAGCCCCCAAAGCCGACAACCAAAGGAACCTTAATATTCTACGACCTCTTCGAGCAGGTTCAGGAGGATTTGGAGCAGGCCGCTGCCATTTTAGAAGAACGGTCATTTGTAAAATTGGTGTTGTATCCGCTGCATGAAGAGACAGCGAAGCGGATGTTCAAGGAACCGGTCAGCCCTTATTACAAACGGGAGAAACAGCTTCAGGAATGGATCGAAGATCATGCAGGAGCATCGGTTGTGATTGAACCCTTCGAGTCGAAACGAAAAAAATACACGCCGATCGATACCGCGCTTCGTCATCTGGCAGAGAAATACGGAAGTCCCCATTTTCTTGTTCTGACACCTGAGATGGCAAATGCGTTTGCCTCCTTTTCCTCCTTCGAAGAATGGATTGTGAAGCTGAGGCTAATCCTCTTGTCGGAGCCGCCGTATCTGCACCCGCGATTGGAGAAATTTCGCCATCGTTGGGATGTCGCAGGGGAGAAGCCGGAAAATCGTTAG	MPRNLEYVPYGYEPPKPTTKGTLIFYDLFEQVQEDLEQAAAILEERSFVKLVLYPLHEETAKRMFKEPVSPYYKREKQLQEWIEDHAGASVVIEPFESKRKKYTPIDTALRHLAEKYGSPHFLVLTPEMANAFASFSSFEEWIVKLRLILLSEPPYLHPRLEKFRHRWDVAGEKPENR				NA	NA	NA	NA	NA
JZ016_01470	1497	amiD	COG0154	Putative amidase AmiD	ATGATCATGGATAAAAAAGCATGGATTGTGGAAGCAACCATTTCGGATATGCAGCATGCGATGACTGAGGGTTGGATGACTTCAGTAGACCTGGTTCAATTATATTTGGAGCGGATCGGGTTATACGATGGAATTCTCCACTCGGTTCTTGAGGTAAATCCTGAAGCGCTGCAAATTGCCGAGGAGCTGGATCGGGAGCGCAAGGACCAGGGTGCAAGAGGATTGCTTCATGGGATTCCCATCCTGCTTAAGGACAATATCGACACCGGGGATCGGCTGCATACGAGTGCCGGCTCCATCACCCTTGCGGATTCGTTTGCCACCAAAGATTCCTTTGTTGCTGCGAAGCTGCGTAAGGCGGGTGCTGTTATTTTGGGCAAGAGCAACATGACCGAATGGGCGAACTTTATGTCCCCGACCATGTGGGCAGGATATTCATCAAGAAACGGACTTACATTAAACCCATACGGTCCAGGGGAAATGTTTGTTGGAGGTTCAAGCTCAGGCTCCGGTGCTGCGGTGGCGGCGAATTTGGCCGCAGCGGCCATCGGGACGGAAACATCAGGTTCGATTATCAGTCCTTCCAGCCAGAACAGCCTGGTTGGCATTAAGCCGACGATTGGACTGGTAAGCCGTTCAGGTATCATCCCTATCACTCACACACAGGATACGGCAGGTCCAATGACCAGAACGGTGGAAGATGCAGCGATTCTGCTTAGCGCGATCGCGGGAGCTGATGATCTGGACGAAGTGACCCAGATCGATCCTCAAAAAAGGGTGGAGGACTACACGGAGTATCTGGATTCGAGGTATTTGAAGAAAGCACGAATCGGGATTCCCCGATACTACTATAAGCACTTGGATCGGGATAGACTAGATATTGTAGAATCCGCCATTGAAGTGCTGCGGAATCAAGGAGCTACCATAATTGATCCGGTGGAGCTGCCTTGCCAGGATACCAAGTGGGACGCCAATGTCCTTCGCTATGAGTTCAAAAAATATGTCAATGATTATTTGGCGAACGTAGATGCGTCTCTGCCTGTTCATTCGTTGGCCGAGGTTATCGCTTATAATGAGGCACACGCTGAGATTGCCTTGAAATATGGACAGGGCACATTGATCTGGGCCGAGGAAACGAGCGGCACGCTGACCGAAACAGAGTATCTTAAGAGCAAGCAGAAGAATAAAGAAATGGCGGGAGCGAGAGGGATTGACCATGTTTTGCAGGCGTATCAGCTGGACGCCCTGCTGTTTCTGGGTAATGAATATGGACCGGATTTGGCTGCCCGGGCAGGGTATCCATCGGTAACCGTTCCCGGCGGCTATGCCGAGAATGGCGTCATTGCGCCGGGAGGATATATTACGAAGGGGCCACAGGGCATTACGTTCATCGGGACGGCATATAGCGAGCCCGTCCTGATCCAATTAGCCTACGGCTTTGAGCAGGCTACCCAGCATCGCGTACCACCGAGACTTTCATCCCCGTCATCAGAGTAA	MIMDKKAWIVEATISDMQHAMTEGWMTSVDLVQLYLERIGLYDGILHSVLEVNPEALQIAEELDRERKDQGARGLLHGIPILLKDNIDTGDRLHTSAGSITLADSFATKDSFVAAKLRKAGAVILGKSNMTEWANFMSPTMWAGYSSRNGLTLNPYGPGEMFVGGSSSGSGAAVAANLAAAAIGTETSGSIISPSSQNSLVGIKPTIGLVSRSGIIPITHTQDTAGPMTRTVEDAAILLSAIAGADDLDEVTQIDPQKRVEDYTEYLDSRYLKKARIGIPRYYYKHLDRDRLDIVESAIEVLRNQGATIIDPVELPCQDTKWDANVLRYEFKKYVNDYLANVDASLPVHSLAEVIAYNEAHAEIALKYGQGTLIWAEETSGTLTETEYLKSKQKNKEMAGARGIDHVLQAYQLDALLFLGNEYGPDLAARAGYPSVTVPGGYAENGVIAPGGYITKGPQGITFIGTAYSEPVLIQLAYGFEQATQHRVPPRLSSPSSE	PGPT0006115_2898	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRP-DEPENDENT_PATHWAY_2,PGPT0006115-EC_3_5_1_4|amiE-K01426	NA	NA
JZ016_01471	414			hypothetical protein	ATGCCAGTTATCAAACCTATTATTACTGCTGTCGCAACGCCCCCCGTTGCAACCGGGGGAACGATCACCACAACGGTAACGCCAACGGTAACCCGTTACTTTGCGCTGATTACCGAAGCTATGATCGGAGCAGACTCCATTACCATGCCGGCAACGAGTTTTGTCGATGATGCCGAAGCAGCCGTGACAGCATTCCCCGCGTTGACAGGTTCAGAATACTTTAATGTGTATATAAACGGCATGCTTCAACAACTTGCCTTGTCGACATTAACAACCGCCAGCTTGGTACTCGATACGACGGATGTTCCGGCGGGGATACCTGTTTTACTAGAAATCGCTAGTTTTACGAACACAGCTTCTGCGATCACGACACAGCCGACAATATCGGCTCCGGTCATTACGATCATCAGTTAA	MPVIKPIITAVATPPVATGGTITTTVTPTVTRYFALITEAMIGADSITMPATSFVDDAEAAVTAFPALTGSEYFNVYINGMLQQLALSTLTTASLVLDTTDVPAGIPVLLEIASFTNTASAITTQPTISAPVITIIS				NA	NA	NA	NA	NA
JZ016_01472	552			hypothetical protein	TTGCCTGGTCAGCCAGGCAATCCGGGGCTCCAAGGTGATCAAGGCATTCAAGGGCCTCCAGGCGTGCCAGGTCTTCCGGGCTCCGACGGAGCATCCGGCATTCCGGGTCAGACGGGCGTCCAAGGGCTGCCAGGTATTCAAGGCATTCCCGGTGAGCAAGGCATCCCAGGCCCTCAAGGTCCTCCGGGCCCTCCCGGGCCCCCTGGTCCACAGGGCATCCAAGGATTACCGGGAAGCGTGATAGTGCCGGAGATCATTGTACTGCCAACCACGCTTCGTTATTTTTATGTATTGATGTCCGAGGTTAATCTGGATGCTCCCTTCGCCATATCTGCCCAGCAATTTACGGATGATGACGGAAATCCATTTCAGAGCATCGAGGTCGGTCCGAACACCACCTCAACGGTTTATATCAACGGCATGATTCAGGAAGGCCGAATATATACCCTCACGCCGGACGCTCTAACCCTGTATTCCCCCGGCGATGTGCTCCTGGCCGGCACCCCGATCTTGCTGGAGGTTTTATATCTCACCGTTCAGGTGGTGCCTTGA	MPGQPGNPGLQGDQGIQGPPGVPGLPGSDGASGIPGQTGVQGLPGIQGIPGEQGIPGPQGPPGPPGPPGPQGIQGLPGSVIVPEIIVLPTTLRYFYVLMSEVNLDAPFAISAQQFTDDDGNPFQSIEVGPNTTSTVYINGMIQEGRIYTLTPDALTLYSPGDVLLAGTPILLEVLYLTVQVVP				NA	NA	NA	NA	NA
JZ016_01473	519			IS3 family transposase ISBth10	ATGGCTAATTTTAGTTCGGACGAAAAATTACAAGCAGTTATGCGTTATCAAAATGGATCAGAAAGCATGAAATCGATTGCGAAATCACTAGGACTCCATCATACTGTCCTTTTACATTGGATTAGACAATATGAGCATCATGGTGAAGAAGTCTTTAAAAAGCGCTATACACCGTATTCTGTACAGGATAAACTAGACGTACTTCATTATATAAAAGAACATGGGACGTCTATTAGAGAGGCAGCTGCAGTATTTAATATTGCGAGTCATAGTACCATTCTAAGCTGGCAAAGAAGCTTAGAGTTACATGGAATAGATGCCCTACAACCAAAGAAAAAGGGGCGTTCATCCATGAAAAAGGATCCAAAACAACTGAATGATCAAAAGTCTGTAAAGGGGTCGGTAGAGGCTTTACAGAAAGAGATAGAACTTTTGCGTATGGAGAATGCTTATTTAAAAAAGTTGAATACCTTAGTTCAAAACAAGGAAAAATCACCAAACAAGACAAAGCGCAAGTAG	MANFSSDEKLQAVMRYQNGSESMKSIAKSLGLHHTVLLHWIRQYEHHGEEVFKKRYTPYSVQDKLDVLHYIKEHGTSIREAAAVFNIASHSTILSWQRSLELHGIDALQPKKKGRSSMKKDPKQLNDQKSVKGSVEALQKEIELLRMENAYLKKLNTLVQNKEKSPNKTKRK				NA	NA	NA	NA	NA
JZ016_01474	813			IS3 family transposase ISBth10	GTGAAAGCACTCCTCCAGCTCGCAGATATCCCACGTAGCACGTATTACTACTGGGTGAATACATTCGGTATGCCGGACAAAGATTCTGAGTTAAAGGACGTTATTCAAGCGATTTATGAGGAGCATCAGGGGCGTTATGGTTATCGCCGTATTCGAGACGAGTTAATGAATCGCGGTCACCATGTGAATCACAAAAAGGTGCAGCGTTTGATGAACGTGTTGGGATTGAAGTGTCTAGTACGCATGAAGAAATATCGTTCATATAAAGGTTTGGTTGGCAAGATTGCATCAAACATTCTAGAGCGTAACTTCTCCGCTGAAAAGCCAAATGAGAAGTGGGTAACGGATATAACAGAGATTAAATTATTTGGAGAAAAACTGTACTTATCCCCCGTGTTAGATCTTTTTAATGGGGAGATTATTACGTATACGATCGGTTCAAGACCCGTCTATTCCCTTGTTTCAACCATGCTAGATCAAGCATTCGATCGACTAACGGATGAAGATACTCTTCTGATTCATTCTGACCAAGGCTGGCATTACCAGATGAAACAGTATCGTCATGCCCTCGAACAACGCGGTGTTAAGCAAAGTATGTCCCGTAAAGGTAACTGTTACGACAACGCGGTCATTGAGAACTTTTTTGGAATCATAAAATCTGAGTTTCTATATATTAATGAATTTGAAAGTATTGAGCAGTTTAAACAAGAACTTTCTACATATATCGATTATTACAATCACAAGCGAATTAAAGCAAAACTAAAAGGCATGAGTCCGGTACAGTACCGAACTCATGCCCAACAAATTGCCTAA	MKALLQLADIPRSTYYYWVNTFGMPDKDSELKDVIQAIYEEHQGRYGYRRIRDELMNRGHHVNHKKVQRLMNVLGLKCLVRMKKYRSYKGLVGKIASNILERNFSAEKPNEKWVTDITEIKLFGEKLYLSPVLDLFNGEIITYTIGSRPVYSLVSTMLDQAFDRLTDEDTLLIHSDQGWHYQMKQYRHALEQRGVKQSMSRKGNCYDNAVIENFFGIIKSEFLYINEFESIEQFKQELSTYIDYYNHKRIKAKLKGMSPVQYRTHAQQIA				NA	NA	NA	NA	NA
JZ016_01475	474			hypothetical protein	GTGTACAACTTGGCCTCCCCTTCGTACAAGCACCAGCATGCGGTACATGAACTGATTGGCACATTTTACAACTGGTTTAAGGGGAAATCCTGCATACCGCTAACTTCTCCATTCGATATTACTTTGAAGAAGGAGGAGGACAATATCTGTGTTGTGCAGCCGGATCTGGTTGTCATTTGTGATAAAGATCAAATCGATGAGAAGGGAAAATACAAGGGTACACCAGACCTAGCCATCGAGGTGCTGTCCCCGTCCTCGCGAAGCAAGGATATGATCCCAAAGCTTGATCTATACCGGCAATGCGGGGTGAAAGAGTATTGGATCGTCGATCCGATGAAAGCTCAAGTCACGGTGTATTCCTTCTTGGACGGCGAGATCGCCGATGTGAGCTATTACGCTCAAGGCCGTGACCCTTTTGCGGAATCCCCACTGTATCCGGGTTTGCAAGTTTCAACGCAAGACCTGTTCGTGTGA	MYNLASPSYKHQHAVHELIGTFYNWFKGKSCIPLTSPFDITLKKEEDNICVVQPDLVVICDKDQIDEKGKYKGTPDLAIEVLSPSSRSKDMIPKLDLYRQCGVKEYWIVDPMKAQVTVYSFLDGEIADVSYYAQGRDPFAESPLYPGLQVSTQDLFV				NA	NA	NA	NA	NA
JZ016_01476	351			hypothetical protein	GTGAGAGTAGACCCTGCGAACAGCCGCCCCTCACAAGGAGCTGGCGTACTGGGCAGTTATCTGGCGCATGTGCTGGTGCGGGGGGGTAATGACGTCACCGCGCTGGCACGAGGCAGGCGGACCGAGGAGCTGGAGAGAGACGGAATCGTCATCCGTCATCATATACAGCGAAAAACAACGGTGGATCGAACGCATGTGATTGAATCGCTGGCGGAGAATGATACCTATGATCTCATTTTTGTAGCGATGAAATATACCGATTTCCCGGCAATCCTGCCGATTTTGGCAAAGAACCGCAGCCGCAATATCCTACTGGTGGGCAATAATACGGATGCAGATCAGATGGAATAA	MRVDPANSRPSQGAGVLGSYLAHVLVRGGNDVTALARGRRTEELERDGIVIRHHIQRKTTVDRTHVIESLAENDTYDLIFVAMKYTDFPAILPILAKNRSRNILLVGNNTDADQME	PGPT0008745_2487	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008745-panE|apbA-K00077	NA	NA
JZ016_01477	1230	sstT_1	COG3633	Serine/threonine transporter SstT	ATGAAAGAATTGATGCTCAAGTGGAACCGAGTGAGCCTGGTAAAGCGGATATTAGCCGGGATTATCGTGGGGGTTATTCTGGCGCTGATCGTTCCCGGTGCGACGGGGATCAGCCTGTTCGGCTCTTTATTCGTATCCGCATTAAAAGCGGTTGCACCCGTACTGGTACTATTGCTGGTCATGTCGGCCATCTCTAACCATCAAAAAGGCTGCAAGACGAATATGAAGTCCATTCTTGTCCTGTATGCCATAAGCACATTTCTCGCAGGGTTGGTGGCGGTTATCGCCAGCTTCATATTCCCGGCAAGCCTGTCACTGGTCACAAGCTCAACAGACCTGACTCCGCCGGAGGGCATTGTTGAAGTTCTCAAGACCCTGTTGTTTAATGTGGTGGATAATCCGGTCAATGCATTGATGAACGCCAACTATATCGGTATTCTCGCTTGGGCGATCCTGCTGGGCATCGCTTTGCGTAATGCCAAGGAGGGCACCAAAAGCCTGCTCACAAGCGGTGCGGATGCTATATCCCAAATCGTAAAATGGGTGATCCAGTTTGCGCCGTTCGGGATCATGGGCCTGGTGTTTGATTCCATTACAACCAACGGGCTTGAAAGCCTGCTGGATTACGGAAGGCTGCTGCTCGTGCTGATCGGATGCATGCTGTTGGTAGCGCTTGTCGTTAACCCGCTCATCGTCTATGCAAGGCTGCGCGAGAATCCGTATCCGCTGGTGTTTACCTGCTTGAGAGAAAGCGGTATTACGGCGTTCTTCACCCGCAGCTCGGCTGCCAACATTCCGATTAATATGCGCTTATGTGAAAAGTTAAAGCTCAACCCGGATACGTACTCCGTATCCATTCCGCTCGGGGCTACCATCAATATGTCGGGAGCGGCAGTGACCATCTCGGTCTTGACGCTGGCGGCTGTGCATACGCTTGGGGTTCAGGTGGATTTCGGAACGGCGCTTATTCTCAGCGTAGTATCCGCTGTGTCGGCCGTAGGCGCCTCAGGCGTGGCCGGCGGGTCGCTTCTCATTATCCCTCTGGCGTGCAGCCTGTTCGGCATCTCCAATGATATTGCCATGCAGGTCGTGGGCGTGGGCTTTATCATCGGTGTGTTGCAGGATTCTTGCGAGACGGCGCTCAACTCTTCCTCTGATGTACTGTTTACAGCGACAGAAGAGCGAGCGAAGCAGCGCAAAGAAGGCAACCCTACAATCGCGAATGCTTAG	MKELMLKWNRVSLVKRILAGIIVGVILALIVPGATGISLFGSLFVSALKAVAPVLVLLLVMSAISNHQKGCKTNMKSILVLYAISTFLAGLVAVIASFIFPASLSLVTSSTDLTPPEGIVEVLKTLLFNVVDNPVNALMNANYIGILAWAILLGIALRNAKEGTKSLLTSGADAISQIVKWVIQFAPFGIMGLVFDSITTNGLESLLDYGRLLLVLIGCMLLVALVVNPLIVYARLRENPYPLVFTCLRESGITAFFTRSSAANIPINMRLCEKLKLNPDTYSVSIPLGATINMSGAAVTISVLTLAAVHTLGVQVDFGTALILSVVSAVSAVGASGVAGGSLLIIPLACSLFGISNDIAMQVVGVGFIIGVLQDSCETALNSSSDVLFTATEERAKQRKEGNPTIANA				NA	NA	NA	NA	NA
JZ016_01478	312			hypothetical protein	ATGATAATTACAACTACATCCATCATTGAAGGCTACCCGGTTAAAAGATACATCGGCGTTGTGACCGGCGAAGTGATTATGGGCGCTAACGTAGTTAGGGACTTTCTGGCTTCCATTACCGATATTGTCGGCGGACGCTCGGGTGCCTATGAGAACAAGCTGCAGGAAGCAAGGGACGCGGCGTTTGTCGAGATGGAGGATAAGGCCTCGCGTATGGGGGCCAACGCGATTATAGCGGTAGATATTGATTATGAAGTTATCCGTGAAGGAATGCTGATGGTAGCCGTCAGCGGAACAGCAGTCGTCGTATAA	MIITTTSIIEGYPVKRYIGVVTGEVIMGANVVRDFLASITDIVGGRSGAYENKLQEARDAAFVEMEDKASRMGANAIIAVDIDYEVIREGMLMVAVSGTAVVV				NA	NA	NA	NA	NA
JZ016_01479	1158			hypothetical protein	GTGAGAGGAAAATACGTATCTCTATCGGTTGTATCAACGGCAACCAATTATGTTATGGAGCAAGACAATGTAATTACCTGTACCTATCGTACCTATATCAAACCGAGAGAGTCCGGGCAGCTAAAGCTGAGATTTTGGCATAGCAACTCGGTCGATTCTACTTGGGATGTCGGCTCGGTGGCAAAAGGGAGCATGCCGGGGGGAGCGTGGCGTATTGAAGCGGCTTATGCTGCCGATGGGGGCACGGGACGGGATGGGCAGGTTGTACCTGGAACGAGCGTGCAGATTACGTTTGACGGGAAATCCGGTAAGGCGGTGGCTCCCGGCGAGACGTTCTGGAGCGATCCGGTACTGGTCGAACTGCCCGATGGACATGAACTGGCGTTCACGTGGACCATAACGACGCTTTCTTCAGGGAAAACGGTGCCATACAATACGGAGGGGCTGCTTGTAACGGCTTATGAAGCTGAAGGGAATAAGGCGGATGACGAGTTGGGAGCAGCGTTCGTGCCGGCAGTGAGCCGCTTGGTCATGCCTGCATTTATAGGGTATGCCCGAACGGTTCAGCAGCGGATGGTCTTCCTGGGAGACTCGATTACTCAAGGTGTAAGAACGGCCCAAGACGAGTATGAATACTGGGTATCTCGCATAGCGGATGGCCTCGGAACAGACTACAGTGTATGGAATATCGGTTCCGGCTGGGCTAGAGCCTATGACGCCTCGGCAGACGGCCCTTGGCTCGCAAAGGCGGCCGAAGGGGATGTTGTTGCGCTTGTGCTCGGTGTTAACGACATCGATATCGGGGCAAGAAGCTCCAGGGAGCTGCTCAATGATTTATCCACCATAGTAAGGCGGCTAAAGCAGAGGGAGGACGGAACGGGAGCGCGGATCCTTCTCTTCACCGTGCCTCCATTCAATTTTACCGGAGACAGAGAAGAGGTATGGCGCACCGTTAATGAAGCGATTCGAACCCGTCCTCCTGAAGGTGTGGATGCCGTATTTGATATCGCGGCGGTTCTGTCCTGTCCGGCTCCGGAGGAGCATCGGATTCAGCCGAAGTATATGAGCAATTCCGATGATCCGCATCCGAACGGTCTGGCGGGAGCAGCGGTGGCTGAAGCTTTCCTGAAGTGGTATGAGGCCCAGCGGATGAATTAA	MRGKYVSLSVVSTATNYVMEQDNVITCTYRTYIKPRESGQLKLRFWHSNSVDSTWDVGSVAKGSMPGGAWRIEAAYAADGGTGRDGQVVPGTSVQITFDGKSGKAVAPGETFWSDPVLVELPDGHELAFTWTITTLSSGKTVPYNTEGLLVTAYEAEGNKADDELGAAFVPAVSRLVMPAFIGYARTVQQRMVFLGDSITQGVRTAQDEYEYWVSRIADGLGTDYSVWNIGSGWARAYDASADGPWLAKAAEGDVVALVLGVNDIDIGARSSRELLNDLSTIVRRLKQREDGTGARILLFTVPPFNFTGDREEVWRTVNEAIRTRPPEGVDAVFDIAAVLSCPAPEEHRIQPKYMSNSDDPHPNGLAGAAVAEAFLKWYEAQRMN				NA	NA	NA	NA	NA
JZ016_01480	429	fucU	COG4154	L-fucose mutarotase	ATGCTAAAAGGCATATCACATGTGCTCTCGCCTGAGCTGCTGAAGATTCTGATGGAGATGGGGCACGCGGATGAAATTGTGCTCGGCGATGCCAATTTTCCGGCAGCCAGTCATGCCCAGCGGTTGGTCCGGGCAGACGGACACGGAATTCCTGCGTTATTAAACGCGATATTGCCGTTATTTCCGCTCGATACGTATGTTGAGTCCCCGGTAGCGCTGATGGCTGTGACGCCGGGGGATACCGTAGCAACTCCGATCTGGAATGAATACCGTGAGATCGTAAAGCAGTTTCATGCCGTTCCCGTCCAATTTGATGAGGTAGAGCGATTCTCGTTCTATGAGCGGGCGAAGAATGCTTATGTCGTCGTGTCGACAGGCGAAAAAGCGCTGTACGCAAATATTATCCTTAAAAAGGGTGTAGTCGTTTAG	MLKGISHVLSPELLKILMEMGHADEIVLGDANFPAASHAQRLVRADGHGIPALLNAILPLFPLDTYVESPVALMAVTPGDTVATPIWNEYREIVKQFHAVPVQFDEVERFSFYERAKNAYVVVSTGEKALYANIILKKGVVV	PGPT0017496_723	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017496-fucU-K02431	NA	NA
JZ016_01481	1512	rhaB_1		Rhamnulokinase	ATGAGCAATTCATCCGCGGTGCTTGCGTTTGACTTGGGGGCCAGCAGCGGCCGGGCGCTGCTGGGCGAGATCACCTCTTCTGATCATGAATCGCCCGGCATGCTGAAGATTACCGAGATTCACCGCTTTGCCAATATACCCGTCCAGATGGGACAGCATTTGCACTGGAATTTCCCGATGCTGCTGCAGGAGGTTAAGCATGGCATTCGCAAAGCGTTCCAAGCCGGCTATCAACCGGTCAGCTATGGCATCGATTCATGGGGCGTCGATTATGGACTGATTGACCGTAACGGGGAGCTCATCGGAGTTCCTTATCATTACCGGGATCTGCGGACGGAAGGCATGGTGGAGGAAACCTGCGAGCAGGTCGGGAGAGAACGACTGTTTCAAGAAAGCGGTCTGCAATTCATGCCGTTTAACACGATTTTCCAGTTAAATGCGATGCTAAAGTCAAAATCTCCGATGCTTGATATTGCAGATAAGTTCCTACTCACTCCGGATCTACTGAACTATTATCTGACGGGGGTCCAGGCGTGCGAGTTCACTATGGCCACCACGACTCAGCTCTATCATGTTACAGAAGGCAAGTGGAATGAACCCTTAATGGAGGAGCTGGGGCTTTCCGCATCCCTGTTCATTGAACCCGTACAGCCGGGAACCGTGATTGGAAGGCTGCAGGATGCCGTGGCGCAAGAGCTGGGCGTTCCGGCGATTAAAGCGATTGCCGTGGCATCGCATGATACGGAATCCGCCGTGGTAGCCGTTCCTGCGAACACCTCCCGATTTGCCTATCTAGTATGCGGTACCTGGTCGCTTCTAGGAACCGAGCTTCCGGAGCCGCTTGTCCATACGGACGTGCTGGAGGAAGACTTCTCCAATGAGGGTGGAGCCTATCAAACCTTTCAATTACTGAAGAATATCATGGGCCTTTGGATTCTTCAGGAGTGCAAGCGTCAATGGGAGAATCAAGGATTGACGTATTCATTTGCAGAGCTGGTCGAACTTGCTCAGGACGCGGAATCGTTCCGCAGCTTCATAAACCCGGATGACCTGCGCTTCATGAATCCGGCGGATATGCCGGCTGAAATCCGGGATTATTGCCGGGAGACAGGGCAGCCCATTCCTCATAGCACCGGAGAGTATGTCCAGTGCATACTGCAGAGCTTGGCTATGAGATACCGGGAAGTGCTTGAGCGAATGGAGGTTCTGACAGGGCACCACTACGATGGGCTTCATATGGTTGGCGGCGGCATTCAAAACGAGTTGTTGTGCCGTTATACGGCCAATGCCATGGGCCGAACAGTGTGGGCCGGACCGATTGAGGCAAGTGCCATCGGGAACATGCTGGTTCAATTTGTGGCGAATGGCACATTGCGCAATCGGGAAGAGGGAGTGGAACTCGTCAAGCGGTCTTTTCCGCTTGCCTGGTACGGGCCTGAGTCCAACGAGGATTGGGAGGCAGCATTCCAGCATTATAAGTCCATTGTCGAACAACAGCAGGTACAACAGTAA	MSNSSAVLAFDLGASSGRALLGEITSSDHESPGMLKITEIHRFANIPVQMGQHLHWNFPMLLQEVKHGIRKAFQAGYQPVSYGIDSWGVDYGLIDRNGELIGVPYHYRDLRTEGMVEETCEQVGRERLFQESGLQFMPFNTIFQLNAMLKSKSPMLDIADKFLLTPDLLNYYLTGVQACEFTMATTTQLYHVTEGKWNEPLMEELGLSASLFIEPVQPGTVIGRLQDAVAQELGVPAIKAIAVASHDTESAVVAVPANTSRFAYLVCGTWSLLGTELPEPLVHTDVLEEDFSNEGGAYQTFQLLKNIMGLWILQECKRQWENQGLTYSFAELVELAQDAESFRSFINPDDLRFMNPADMPAEIRDYCRETGQPIPHSTGEYVQCILQSLAMRYREVLERMEVLTGHHYDGLHMVGGGIQNELLCRYTANAMGRTVWAGPIEASAIGNMLVQFVANGTLRNREEGVELVKRSFPLAWYGPESNEDWEAAFQHYKSIVEQQQVQQ	PGPT0017775_63	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017775-rhaB-K00848	NA	NA
JZ016_01482	660	drdA		5-deoxy-D-ribulose 1-phosphate aldolase	ATGCTGAACATGGAAACGAGAAATGAACTCTGCAAGTATGCCAAAAAAATCGTCGACAGCGGACTCGTTGTAGGACCGGGAGGAAACATCAGCGCGAGAGCCGGGGACAAAATGTATTTGTCCCCGAGCGGTTTTGCGCTGGAGGAGATTGAACCGGAGCAATGGATCGAAGTCGATATCCCGACCGGCGATATTACCGATATAGGATTACGGCCTTCGTCCGAAGTGCTGATGCACCTGTATGGATACCGGAGCAACCCCGATATCGGGGCGATGGTGCATACACATCCATCCCACTGCATTGCCTTTACGTTGGTTGAGAGGGAGCTGCCGGTGATGTTTCCGGACCAGGCGGCATTGGTTGGACGTACGGCATACATCCCTTACATCATTCCTACGACAGATTTGCTGGCAGATGCCGTCGCGGAGAAAGTAACGACGGCCAGTTCCATCCTGCTCGGTAACCATGGACTGGTTACAACCGGCCGGAATCTGCGTGAAGCGTATTACCGAACCCAGGTAGTTGAAGAGAGCGCCAAAATTTATCTGAGCGCCAAGGCTGCCGGCACACCGGTGCCGCTGACAGATCAGGAAGTGGATGATATCGCTGCGCTGGAGAGCGAAGATTATCGTATTCAGCTCCTGCAGAAGATGAAATAA	MLNMETRNELCKYAKKIVDSGLVVGPGGNISARAGDKMYLSPSGFALEEIEPEQWIEVDIPTGDITDIGLRPSSEVLMHLYGYRSNPDIGAMVHTHPSHCIAFTLVERELPVMFPDQAALVGRTAYIPYIIPTTDLLADAVAEKVTTASSILLGNHGLVTTGRNLREAYYRTQVVEESAKIYLSAKAAGTPVPLTDQEVDDIAALESEDYRIQLLQKMK	PGPT0017430_957	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017430-fucA-K01628	NA	NA
JZ016_01483	1794	fucI_2	COG2407	L-fucose isomerase	ATGACAATTGAAAACGATTACAGATGGCGGGACGGTTTTCCGAGAATCGGGATTCGCCCTACGATAGATGGAAGACGGAGAGGAGTTCGCGAATCACTCGAGGAACAGACCATGAATCTGGCCAAGGCCGTCGCCGAGATGTTGACGAAGGAGCTCAAATATCCGAACGGCGAGCCAGTTGAATGCGTCATTGCGGATACGTGCATTGGCGGAGTGGCTGAAGCAACTGCAGCCGCCAAAAAATTCAAAAATGCCGAAGTCGGCCTAACCATAACCGTTACGCCTTGCTGGTGTTACGGCACCGAGACGATGGATGTCGATCCTTCGCGTCCGAAGGCGGTATGGGGCTTTAACGGAACAGGACGTCCAGGCGCGGTTTACCTGGCCGCGGTACTGTCGGCCCATGCCCAGAAGGGGCTTCCTGCATTCGGCATCTATGGCGAAGACGTTCAGGATGAAGGGGATACCCGTATTCCGGACGACGTTCAAGAGAAGCTTCTGCGTTTTGCACGGAGCGGCTTGGCTGCAGCGTACATGCGCGGACAATCGTATTTGTCCATGGGCTCGGTGTCGATGGGCATCGCCGGCTCGATCGTGGACGACAGCTTCTTCCAGGAGTATCTGGGCATGCGGAACGAATATGTAGATATGAGCGAGTTTACGCGCCGCTTGGAAGAAGGCATCTATGATCCTGAAGAATATGAACAGGCGCTTGCTTGGGTGAAGGAGAATTGTACGGAAGGACCGGATAACAATCCGGATCATCTCCAGAACAGTCGGGAGCGCAAGGATCTGGAGTGGGAAACCGTCGTCAAAATGACGCTGATCACCCGCGATTTGATGATCGGTAATCCGCGCCTGAAGGAGCTTGGCTTTGAAGAAGAGGCTCAGGGTCACAGCGCTATCGCTTCCGGATTCCAAGGTCAGCGGCAGTGGACGGATCATTCCCCTAACGGTGATTTCCTGGAGACCATCCTCAACTCCTCCTTCGATTGGAACGGCAGGCGTTCGCCGTATATCGTGGCAACCGAGAATGACAGCCTGAACGGAGTCGGCATGCTGTTCGGATACCTGTTAACCAATACGGCACAGATTTTCGCGGATGTGCGTACTTACTGGAGTCCGGCTTCGGTAGAACGGGTTACCGGCTATAAGCTTGAAGGAAAAGCAGAGAATGGCATCCTGCATCTGATCAATTCCGGCTCGGCTGCATTGGATGGAACGGGCGAGCAGGAGATAGATGGCAAACCGGCTATGAAGCCGTTCTGGGAGATCACGGAGGAAGAGGTTGAACGCACGCTGAAGGCCACGCAGTGGAGACCGGCTAACTTGGAGTATTTCCGGGGCGGCGGTTACTCGACCGACTACCTGACGCGCGGCGGCATGCCGATGACGATGTTCCGTCTTAACCTGGTAAAAGGTCTTGGTCCCGTGCTGCAAATTGCCGAAGGCTATTCTGTGGATCTGCCGGCGGAGGTACACGACACGCTCGATAAGCGTACAGACCCGACATGGCCAACGACCTGGTTTGTGCCGAACCTTACGGGACAGGGTGCGTTCTCAAGCGTTTATGAGGTCATGAACCAGTGGGGCGCTAACCATGGCGTAATCAGTTACGGACATATCGGAGCGGATCTCATTACCCTGGCCTCGGTCCTGCGCATTCCGGTCAACATGCATAATGTGCCAGCCGAAGAGGTGTTCCGCCCACGTGCATGGGGAATGTTCGGAACGACCGATCCGGAGAGCGCAGACTTCCGCGCTTGTCAGAACTTCGGTCCTCTATATAAATAA	MTIENDYRWRDGFPRIGIRPTIDGRRRGVRESLEEQTMNLAKAVAEMLTKELKYPNGEPVECVIADTCIGGVAEATAAAKKFKNAEVGLTITVTPCWCYGTETMDVDPSRPKAVWGFNGTGRPGAVYLAAVLSAHAQKGLPAFGIYGEDVQDEGDTRIPDDVQEKLLRFARSGLAAAYMRGQSYLSMGSVSMGIAGSIVDDSFFQEYLGMRNEYVDMSEFTRRLEEGIYDPEEYEQALAWVKENCTEGPDNNPDHLQNSRERKDLEWETVVKMTLITRDLMIGNPRLKELGFEEEAQGHSAIASGFQGQRQWTDHSPNGDFLETILNSSFDWNGRRSPYIVATENDSLNGVGMLFGYLLTNTAQIFADVRTYWSPASVERVTGYKLEGKAENGILHLINSGSAALDGTGEQEIDGKPAMKPFWEITEEEVERTLKATQWRPANLEYFRGGGYSTDYLTRGGMPMTMFRLNLVKGLGPVLQIAEGYSVDLPAEVHDTLDKRTDPTWPTTWFVPNLTGQGAFSSVYEVMNQWGANHGVISYGHIGADLITLASVLRIPVNMHNVPAEEVFRPRAWGMFGTTDPESADFRACQNFGPLYK	PGPT0017505_44	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017505-fucI-K01818	NA	NA
JZ016_01484	858	rhaR_23		HTH-type transcriptional activator RhaR	GTGCCAAAGATCGAAATCTCGCATAGCAAAAGCGATCACTTCCGCTTCATCAAAAATCCGCAGCTGCTCTTTGCCGGGCAGGTCGTGGACGAGGACTTCTTTTATGGACCGCCACAAATTCATGATTTCTGCGAGATCATCTATGTTGTAGAAGGACGCGGAGAATTCACGATTGCAGGAAAAATATACGAACTCCACAAGGGCGATGTCGCGATTTATAACCCCGGCATTCCTCACGAGGAGAGATCCATCACGGACGGACCCTTCAAGGTGATCTACTGCGGCGTGGATTCGCTTCACATTGAAGGGGTTCCCCAGGGGATGCTGCTCCCGGCCTATGTGGAGCCAGTCATATCCTGTGAGAAATACGCCTATAAAGTGGAAAGCTATCTTTCCGAGATCCTCCGTGAATGCGATTCGCAGGTGCTGGGGTATGAAACGTTGAGCACCAACTTGCTGATGTCATTGATTACCGTCATCTATCGCATTGTGGACGTTAAACACCAATTCCAGTCCTTGAAGGGCAAGAACGAAATCGCACTGCGGACCAAACACTTTATCGACACTAACTATACCCAGAGCATCAGTCTCAAGGACATTGCCGATACGATGTATGTTAGTCAGCATTATTTATCCCATCTGTTCAAAAAAGAAGTCGGCGATTCCCCCTTCAATTACTTGATATCCCGCCGAATTGAAGAGGCCAAGCGCCTGCTGGCGGATTCCGAAATGCCGGTACATGAGGTTGCTTCCCAAGTCGGTTACGGCAATGATAAGTACTTCTCGATGTTATTCAAAAAAATTACCGGTCAAACGCCGAGCTCGTTCCGGGAACAGAGCAAAATGGGGATTGAGTAA	MPKIEISHSKSDHFRFIKNPQLLFAGQVVDEDFFYGPPQIHDFCEIIYVVEGRGEFTIAGKIYELHKGDVAIYNPGIPHEERSITDGPFKVIYCGVDSLHIEGVPQGMLLPAYVEPVISCEKYAYKVESYLSEILRECDSQVLGYETLSTNLLMSLITVIYRIVDVKHQFQSLKGKNEIALRTKHFIDTNYTQSISLKDIADTMYVSQHYLSHLFKKEVGDSPFNYLISRRIEEAKRLLADSEMPVHEVASQVGYGNDKYFSMLFKKITGQTPSSFREQSKMGIE				NA	NA	NA	NA	NA
JZ016_01485	390			hypothetical protein	GTGTTTAAATTCTGGAAGAAGAAAAAGGGCGGGGATAGCGGAGACAAAGCCTCGATCCCTCCAGCAGAAGAGATAATGGAAGTCGTACCGGATCCGATCATTGAGCTTGCAGGCCGCGAGGTTCGCCGCAGCGTGGCGCCTGTTCTTGGCATGACGGTGCTTGATCTGGCCGAGCGGAATGAGGTGGACTGGAACTCTTTTTGCAAAAGAGGAACTTGTGCGCGCTGCCGCTGCATGGTGGTGGAGGGAATCGAGTATTTGTCCGAGCCCAATTTGGCCGAAGAGCGGCGCCTCGATCCAGAAGAAATCGAAGAAGGCTATCGACTGGGATGCCAGAGCAAGATCGAAGCGGTCGGTCCCATCAAAATCAAGCATGCCCCATACTTTTGA	MFKFWKKKKGGDSGDKASIPPAEEIMEVVPDPIIELAGREVRRSVAPVLGMTVLDLAERNEVDWNSFCKRGTCARCRCMVVEGIEYLSEPNLAEERRLDPEEIEEGYRLGCQSKIEAVGPIKIKHAPYF	PGPT0006786_46	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0006786-fdx|cndB-K04755
JZ016_01486	1275			hypothetical protein	ATGCTGCACAAACAAATAGGAAAAACAGCTGTTGCTGCCGTTCTTGCCTTATCCCTGCTCGGCACCACCCCCCATGTTAGCCAGGTACATGCAGAGCCTGCCATATCGGTAAAGCTGGATGACGTTACGCTAACCTTCGATGCGGCTCCGCGGGTTGACAAAGGGGTCACCTACGTTCCATTCCGGACGGTTGGAGAAGCACTGGGCATTCAAATCACATGGAATAGCAAGACGCAAACCGTGAAGGCCATTGGCAGCGTGAAAGGCCAATCGACTGAAGTATTACTTCAAGTGGGGAGCACGAACGCAACCGTCAATGGAAAAAAAGTGAAGCTTGCAGCTCCGACGGTGGAGCGGGAAGGCCGTGTGATGATCCCGCTCAGCTCGTTCAGCAGCCAATTCGGCGTTGATGTCGGCTGGAACCAGGCGACTCGTACAGTCTCCCTCGTATCGCCACAGCGCGACATGCATTTGAGAGCTTTCTATGCATTACAATCTTTCCAAGAACGGGATCTTGTGGGATCCATGAATTCAGTTGCCTTTGGCTGGAGCCGCATCGATCGCGAGGGTCAGTTCACGCTTCAAGGGGATGAGTACCGCCTCCCCGCTGCGGCTGGCGACGTTACGCCGCAATCGATTGTAGCAGATGCTGCAAATCAGAATATTAAACCATATCTCATGGTTTATGCCTTGGATGGGAACGGCGAGTTAACCAAGGTCCTAAGCGATAGCAACCTGCGCCAAAAGTCTATTGAAGGCATTACATCCGCGGTAGCGGAGAACGGATTCGGCGGTGTTGTGCTTGACTTTGAAGGGCTCGGATTTAAACTGGATGCCGTGAAGCAGCAGAAGCTGCTCAATGATTACGTCAAGCAATTGAAAGCCGCATTGCCGAATGACGTTGCCCTGTCTTTAGCCGTGCCGCCATTGAACAGCGCCTATAAAGGTTATGATTACAAGACACTGGCCTCTATCGCTGATGACCTGATTGTTATGGCCTATCAGTATAATCCGGTTGGAACCAAATCTCAGGTTCCCGAACCGAACAGTCTGGTGGACCAAGCGATCCAGCTGGCACTCCAAGCAGGCGTACCTAAGCAGAAGCTCCTGCTTGGCATCAGTTTAAGCAGCGAAACCGCCACTTCCGTGGACGATAAACTCGGCTTGGCCAAACGTTATGACCTGAAGGGAGCCGCCTTCTGGCGTCTGGGCTTGTTCCGTCTCTATAATAATGGAATGGAAGCTGCCGTGAATGCCTCTGTTGTTAAGGAGTAA	MLHKQIGKTAVAAVLALSLLGTTPHVSQVHAEPAISVKLDDVTLTFDAAPRVDKGVTYVPFRTVGEALGIQITWNSKTQTVKAIGSVKGQSTEVLLQVGSTNATVNGKKVKLAAPTVEREGRVMIPLSSFSSQFGVDVGWNQATRTVSLVSPQRDMHLRAFYALQSFQERDLVGSMNSVAFGWSRIDREGQFTLQGDEYRLPAAAGDVTPQSIVADAANQNIKPYLMVYALDGNGELTKVLSDSNLRQKSIEGITSAVAENGFGGVVLDFEGLGFKLDAVKQQKLLNDYVKQLKAALPNDVALSLAVPPLNSAYKGYDYKTLASIADDLIVMAYQYNPVGTKSQVPEPNSLVDQAIQLALQAGVPKQKLLLGISLSSETATSVDDKLGLAKRYDLKGAAFWRLGLFRLYNNGMEAAVNASVVKE				NA	NA	NA	NA	NA
JZ016_01487	477			hypothetical protein	TTGAAGAAGTTTGTCATCACTTTGCTAGGGTCTGCAATTATTTTTTCTTCTGGTGCCGTTTCAGCATTTGCTGATCAACAACCGAATTTTCAGTATCAAGTGAAGCAATTGGTAGGAACTCCATACAAATGGGGCGGAACGACTACCAGCGGGTTTGATTGCTCCGGATTTATACTGTACATGTTTAGAAATTTCGATATTGATCTTCCGCGCACTTCCCAAAGCCAGGCTCAAGCCGGTGAACATGTGGATCGCCAAGATCTGCGGGTTGGAGATTTGGTATTCTTCAATACGAGCGGTAGCGGAATTTCTCATGCAGGCGTTTACATTGGTGACGGACAATTTGCACATGCTTCCAGCAGCAAGGGAGTCAGAATCAGCAAGCTTAGCGATTCCTATTACGAGCCGCGTTATGTCACGGCACGTCGTGTTTTGAGTCAAGAAAACTATGCAAAGCTGGTAGGAAGCGCAAGCTAG	MKKFVITLLGSAIIFSSGAVSAFADQQPNFQYQVKQLVGTPYKWGGTTTSGFDCSGFILYMFRNFDIDLPRTSQSQAQAGEHVDRQDLRVGDLVFFNTSGSGISHAGVYIGDGQFAHASSSKGVRISKLSDSYYEPRYVTARRVLSQENYAKLVGSAS	PGPT0023820_655	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN_DD-ENDOPEPTIDASE_ACTIVITY,PGPT0023820-mepS|spr-K13694	NA	NA
JZ016_01489	513			hypothetical protein	ATGGCAGAAGCACTAGCTGTTCGGGCAGCAATTAACCGTCTCATCAATCAGTTGATGTCGGAACGCTTGAACAACAGCAGCACGATTATTGAAAAAGGGGAGACGGCGGAATACCCTACGCGCAGCGTAGATGCCATTACGGAAGAAATCGAAGCGGCCGCGGCGGATTATAGGAAGCTGGATTTGCTGATGGCAATCTCCAATACCACGCAGACTATTCCCTGGAACGGCTCCGACATTACGATCATGGAAGCGATCGAGCTGGCCAAACAAATACGCAGCGATATCGGACAGCTTGCCCATCTCGGTTCCCGCAAGAAGCTGGAGCGCCAGAGCAGCCGTGGCAGCGGAGACGGTGCCATAACGCTGTTCAACGTCGCCTTATATGATCCAGAGGCTTATCAGGCGCTAGCCCGCAAGAAGGAACGCGAGGTAACCAAGCTCTCTTCGCTGATTGAGCATGCCAATCATACGTCTTTGATTACGTTTGACGCATCCAAGTACATGGAATAG	MAEALAVRAAINRLINQLMSERLNNSSTIIEKGETAEYPTRSVDAITEEIEAAAADYRKLDLLMAISNTTQTIPWNGSDITIMEAIELAKQIRSDIGQLAHLGSRKKLERQSSRGSGDGAITLFNVALYDPEAYQALARKKEREVTKLSSLIEHANHTSLITFDASKYME				NA	NA	NA	NA	NA
JZ016_01490	954	glkA		Glucokinase	TTGCAAACCGTATTGAATAAACAGCAAGAATTTGTGGTTGGCGTTGACCTTGGGGGTACGAAGATCGCGGCAGCGCTCTTTGATTCCGAAGGACAGCTGCTGAACCGGGAGCAAATGGAGACGGCAGGCGCGCGTACTGCCGAAGAAGTGGTTACGAGAATTACGAATATGATTCGCAGCGTCTCGGGCGGCCAATCGCTCCGAGGGGTTGGCATGGCTTCGCCGGGAACGGTTAACAGCCGGGAGGGCATTGTCATCCATGGGACGAATCTGCCGCAATGGACGAATGTTCCCCTCAAAGCATGGATGGAACGTGAGCTGCATACGGAGGTTCAGGTGCTGAATGATGCTAATGCAGCCGCATGGGGAGAGTATGTAAGAGGTGCCGGAAGAGGGGCGACGAACATGGTGTACGTGACGCTGAGCACCGGTATCGGCTCAGGCATCGTGCTGGATGGGAAGCTGTTCCTGGGCAGCAGTTCCTTTGCTGGGGAACTGGGACACCATATCATTGATCCCAGCGGTCCGCAGTGCAATTGCGGCAGCCACGGCTGTTGGGAGGTATTTGCTTCTGGAACAGCCATCGGACTCGCAGCATCCCAGCGAATGCTTACCCAGCCAAGTGTCATATCAGAACTGGCGGCAGCTGATGCGGGAGTGAACGCCAAGCATGTATTCGAGGCCAAACGTCTTCAAGACCCCGTTGCAATGGAGGTCATTGATCGTGCCATCTATTACATGGCGCTTGGACTGGTTAACGTCATTCACAGCTTTAACCCCGATCGCATCGTCATTGGCGGGGGTGTGAGCAGAGCAGGTGAGCTGTTGTTCCCGCAGCTGCGGGAAATGACGGATAAGCTGGTCATGCCGTCCTATTTAGGGACGTACGAGATCGTTCCTGCAGGACTTCGGGACGATGTTGGTCTGGTTGGAGCTGCGGCTTTGTTCCAGTAG	MQTVLNKQQEFVVGVDLGGTKIAAALFDSEGQLLNREQMETAGARTAEEVVTRITNMIRSVSGGQSLRGVGMASPGTVNSREGIVIHGTNLPQWTNVPLKAWMERELHTEVQVLNDANAAAWGEYVRGAGRGATNMVYVTLSTGIGSGIVLDGKLFLGSSSFAGELGHHIIDPSGPQCNCGSHGCWEVFASGTAIGLAASQRMLTQPSVISELAAADAGVNAKHVFEAKRLQDPVAMEVIDRAIYYMALGLVNVIHSFNPDRIVIGGGVSRAGELLFPQLREMTDKLVMPSYLGTYEIVPAGLRDDVGLVGAAALFQ				NA	NA	NA	NA	NA
JZ016_01491	687	cutC	COG3142	Copper homeostasis protein CutC	ATGCTGCTTGAAATAATCGCAACATGCGTGGATGATGCCATCACAGCAGAGCAGAATGGCGCGGACCGCCTGGAATTGATCACGGCGATCACCGAAGGCGGACTTACGCCGGGAATCGGGCTTGTAGAAGAGGTTGTGAAAGCCGTTCAGATTCCTGTTCATGTCATGGTCAGACCTCATAGCAGATCCTTTGTGTACAACGAACATGATATAGCTACCATGATTGCGGAGGTGAAGGCGATCCGCAAGGCAGGCGCAGCTGGCGTAGTAATCGGCATGCTGACTCCGGAAGGAAAGATTGACGAGGTCTCCTTAGTCAAAATGCTGGAATGGACAGGGGATATGCAGGTCACGTTCCACCGGGCTTTTGATGAATTGGAGAATCAGTTCGAAGGGCTTCGTACATTGCAGAAATACCGGTCGGTTACCCGCGTCTTAACGTCTGGCGGGCCGCAGCCTGCACCGCAAGCCATCCCGAGAATTCGGGAGCTGGTAGAACATACGGCAGGAAGCGAGCTTAAAATATTGGCAGGCAATGGCCTGAAGTGGGAAATCATACATGATTTTATCGACCAGACCGGCGTGAGCGAGGTGCATTTCGGCTCCGCTGTCCGGTATGGCCGATCAGGGCTGAAGCCCATTGATCCGGTTGAGCTGCGATCATTGGCTGACAGCTTACATCATTAG	MLLEIIATCVDDAITAEQNGADRLELITAITEGGLTPGIGLVEEVVKAVQIPVHVMVRPHSRSFVYNEHDIATMIAEVKAIRKAGAAGVVIGMLTPEGKIDEVSLVKMLEWTGDMQVTFHRAFDELENQFEGLRTLQKYRSVTRVLTSGGPQPAPQAIPRIRELVEHTAGSELKILAGNGLKWEIIHDFIDQTGVSEVHFGSAVRYGRSGLKPIDPVELRSLADSLHH	PGPT0004085_1644	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004085-cutC-K06201	NA	NA
JZ016_01492	1461	pepA_1	COG0260	putative cytosol aminopeptidase	ATGAACATCACAATAGATGAAGCTCACCTGGCAGATACTTCGATTTATGTGGTTTATGAGGGGGCGGAGTCTCATTTTCGTTTAACGGAATCTCGAAAGCAGCGCATGACGCTGACGTGGTTCTATGGCCGCTCCGATCAAGAAGCGGATGATCTCGTTGTCGGCATGGGGCAGCGTTCAAACCTGACGTTGGAGCAAGTGCGCAGAACAGGCGCATCAGCCGCGAGAGCATTGCTCAAGGAGAATAAAACAAGCGCAGCGCTGATTCGCCCCTTAGTCCGCGGCGTCGGGGCATCTTCCCGGATTTCGATAGAGGAAGAACTTCAGGCGTGGGTTGAAGGCTGGATGTATGGACTATATCAATTCAATAAGCATCGCGGGGTCACGGCCAATCTGCAATCCCTGTCTCTTCATCTTCGACTAGAAGACTGGGAGGGGCTTTCCCGTGAAGATCTGGAAGCCATTATACAGACGGCAATAATCCGGATCGAAGGGACGCAGTTCACCCGAGACCTGGTGAATGAGTCTCCGGAAACGTTAAATCCGGAAGCGTTCGTAGCGGTTGTTAAGGACCGTTTCAAGAAGGCACCCGTTCAGCTACATGTGTATCGCGGAGAAGAGCTCCATGATCGGCAGATGAACGGTCTGATCGCCGTGGGAGCCGGCAGCAAATATGAGCCTGCCATGATTGAGATTGCCTATAATGGGGTGGGTTCCGATAAGGAGAGCCCTCATATTGTACTCATCGGCAAAGGCGTTACCTTTGATATGGGCGGCATTAACGTTAAAATCGGCCGGGACATCAGCGATGCTCGTATGGATATGGGAGGCGCTGCAGCGGTCGTGGGTGCCATGGATATTCTGGTATCGCAAAAAGCTCCGGTACGCGTAACGGCGCTGATCGCCGTTGCGGATAATTTATCGGGACCGGATGCGATGCTACCATCTTCCGTCGTTCATTATCCGAATGGTTTAAGCGTTCAGATCGCCAATACGGATGGGGAGGGCAGATTGATCATTGCCGATGCGCTGCTGCATGCAGCGAATCTTGGCGCAGATAAAGTGATTGATATCGCAACCCTCACCGGTAATGTCGGAGCGGCATTGGGCTTGGAGATTGCGGGTATCTGGGGCGACCCACAGATTACGGCCGATTTGGTTGAGCTCGGTGAGCGTAACGGTGAGCGCGTATGGCCTATGCCGCTGATGGACGAGTACGAATCAGAGCTTAGAAGCGATTATGCCGATCTGAAAAATGTCGGTACGTCCACTTTGGCTGGCGCTATAACGGCTGCGCTGTTTATCCGTCATTTTGTGGCGGATTCCATGGAATGGGTTCACATCGATATGGCGGGCACGGTCCAGTATAAACGGGATTTCCCTCATTCTGCAGCGGGGGCTACTGGATATGGCGCGAGATTGCTCGCGGATTATGTGGAGAAGCAGTTTTCCCATGCATAA	MNITIDEAHLADTSIYVVYEGAESHFRLTESRKQRMTLTWFYGRSDQEADDLVVGMGQRSNLTLEQVRRTGASAARALLKENKTSAALIRPLVRGVGASSRISIEEELQAWVEGWMYGLYQFNKHRGVTANLQSLSLHLRLEDWEGLSREDLEAIIQTAIIRIEGTQFTRDLVNESPETLNPEAFVAVVKDRFKKAPVQLHVYRGEELHDRQMNGLIAVGAGSKYEPAMIEIAYNGVGSDKESPHIVLIGKGVTFDMGGINVKIGRDISDARMDMGGAAAVVGAMDILVSQKAPVRVTALIAVADNLSGPDAMLPSSVVHYPNGLSVQIANTDGEGRLIIADALLHAANLGADKVIDIATLTGNVGAALGLEIAGIWGDPQITADLVELGERNGERVWPMPLMDEYESELRSDYADLKNVGTSTLAGAITAALFIRHFVADSMEWVHIDMAGTVQYKRDFPHSAAGATGYGARLLADYVEKQFSHA				NA	NA	NA	NA	NA
JZ016_01493	990	oppF_1	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGAAAGAAACACCTCTATTAGAAGTAAAGAATTTGCAGAAATCATTCACGGTGAAAAAAGGATTCTTCGGCACATCCAAGCAGCTTCGTGCCGTGGATGGAATCTCCTTCGCGATCCATAAGGGCGAGACCTTCAGTCTGGTAGGCGAAAGCGGCTGCGGCAAATCGACGACAGGCCGCCTGGTGACCCGACTGCTGACGCCGAATAGCGGCGAGGTGCTGTTTAACGGAACGGATATTAGCGGATACAACGAGAATCAGATGCGCCCTCTGCGCAAAGACATGCAGATGGTATTTCAGGATCCATACGCCTCTCTTAATCCAAGGATGAAGGTCAAAGAGCTGGTCGCGGAGCCCTTGCTGATTCATACCAAGCTGAGCACCAAAGAGCGGGACAAACTGGCCTGCGAGCTTCTGGAAACGGTCGGATTGAACAGCTTTCATGCCGAACGCTTTGCTCATGAGTTCAGCGGCGGTCAGCGGCAGCGGATCGGCATTGCCAGAGCGCTGTCCGTGCGTCCAAATCTAATTGTTGCCGACGAGCCTGTGTCCGCGCTGGATGTTTCCATCCAATCGCAGGTGCTGAACCTGCTGCAGGATCTTCAAGAGGAATACGGCCTGACTTATCTGTTCATCTCCCATGATCTCAGCGTGGTTGAGCATATCAGCGACCGGATCGGCGTCATGTATTTGGGAGCGCTCGTGGAGACCGCCGACAAAGATACGCTGTATGATCGCCCGCTGCATCCTTACACTCAAGCGCTGCTATCCTCGGTACCCGTTCCGGATCCGAAGCAGAAGAAGGAACGGATCATTCTGAAGGGTGATCTGCCTAGTCCGGTGAATCCTCCGACAGGCTGCCGCTTCCATACACGCTGTCCTTCCTGCATGGAAGTGTGCAAACAGATTACGCCGGTATATCGTGAGGTTGAGCCGGGCCATCAGGTGGCATGCCATTTATATGACGAAGAAATCATGAAAAACGCTTAA	MKETPLLEVKNLQKSFTVKKGFFGTSKQLRAVDGISFAIHKGETFSLVGESGCGKSTTGRLVTRLLTPNSGEVLFNGTDISGYNENQMRPLRKDMQMVFQDPYASLNPRMKVKELVAEPLLIHTKLSTKERDKLACELLETVGLNSFHAERFAHEFSGGQRQRIGIARALSVRPNLIVADEPVSALDVSIQSQVLNLLQDLQEEYGLTYLFISHDLSVVEHISDRIGVMYLGALVETADKDTLYDRPLHPYTQALLSSVPVPDPKQKKERIILKGDLPSPVNPPTGCRFHTRCPSCMEVCKQITPVYREVEPGHQVACHLYDEEIMKNA	PGPT0004440_7489	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004440-ddpF-K02032	NA	NA
JZ016_01494	1005	oppD_1	COG0444	Oligopeptide transport ATP-binding protein OppD	GTGACGCAAACATTGCTTGAAGTAAAGGGGCTCAAAACCGAATTCAAACGCGATGGCTCATCGGTGCTTGCCGTAGCAGGGGTCGATTTTCACATCAATAAAGGCGAAGTGCTTGGACTCGTGGGTGAATCCGGATGCGGCAAAAGCGTGACCTCCCTGTCCATCATGAGACTTCTTAAGGATACGCCCGGCCGAATATCCGGGGGCTCGGTAAGTTTTGAGGGCAAGGATCTCGTACAAATGTCGGAAAAAGAAATGCGCCGCTATCGGGGTAACGAGCTGGCCATGATCTTCCAGGAACCAATGACATCCCTGAATCCCGTCCTTCGTATCGGGAAACAGCTGGAGGAATCCATCATGCTGCACCTGGGTTATAGCCGCAAGAAAGCGCGGCAGCATGCCATCGACTCGCTCAAACTTGTCGGCATTCCGCGGGCGGACGAGGTCGTGGATGACTATCCACACCAATTGTCCGGCGGCATGCGGCAGCGGGTCATGATTGCGATGGCGATGTCCTGCAATCCGAAGCTGTTGATTGCCGATGAGCCGACCACGGCTCTTGACGTCACGATTCAAGCTCAGATCCTGGATCTGATGAACCGACTCAAGACCGAGCAGGAAATGGGCATGCTGCTCATTACCCATGACCTTGGCGTCGTGGCCGAAATGTGCGACCGGGTGGTTGTCATGTATGCAGGCAGAGTCGTGGAAGAGGCAACGGTTGAAGAACTGTTCGAGAATCCTCAGCATCCATACACCAAAGGGCTCATTCATTCAGTGCCCAAGCTTAGACAAAAGGTACGCCGTTTGGAATCCATTCCAGGGAATGTGCCGGATCTGCGGAACATGCCGAAAGGCTGCAAGTTTGCTCCGCGATGCCCGTTCGTAATGGAGCAGTGCCTCTCCCAGGAGCCGGAGCTTCTCCCTGTCGCACATGAAGAAAATCGTAAGAGCCGCTGCTGGCTGACACAGGAAGGTCACACGAAGGGAGGAGAAACCGCATGA	MTQTLLEVKGLKTEFKRDGSSVLAVAGVDFHINKGEVLGLVGESGCGKSVTSLSIMRLLKDTPGRISGGSVSFEGKDLVQMSEKEMRRYRGNELAMIFQEPMTSLNPVLRIGKQLEESIMLHLGYSRKKARQHAIDSLKLVGIPRADEVVDDYPHQLSGGMRQRVMIAMAMSCNPKLLIADEPTTALDVTIQAQILDLMNRLKTEQEMGMLLITHDLGVVAEMCDRVVVMYAGRVVEEATVEELFENPQHPYTKGLIHSVPKLRQKVRRLESIPGNVPDLRNMPKGCKFAPRCPFVMEQCLSQEPELLPVAHEENRKSRCWLTQEGHTKGGETA	PGPT0004435_9252	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004435-ddpD-K02031	NA	NA
JZ016_01495	909	gsiD_1	COG1173	Glutathione transport system permease protein GsiD	ATGAGCAACAATTCAACAGTGACGGTCCATTCCTCCGCGCCGGAGGATATGCTTGCAAAGAGCCAGGCAACTGGCAAATTCAGAGCGTTTACATCTAAATTCATGAAGCAAAAGCTTGCCGTAATATCAAGCGGATTTATCTTGTTACTCCTTGTGCTCGCGGTGATCGGTCCGCATATCGTTCCGTATCCTCCGAATGAGCCCAACTACGATGCAATGATGCAAGGCCCGTCGGCTGCCCACTGGGCGGGTACGGATGAGTATGGCCGCGATATCCTGAGCCGCTTGATTGACGGAACACGGTTAACCATGGCGGTCAGCTTAAGCGCGGTATTTATATCCGCAGTTCTCGGTACGATTCTCGGCTTGATCAGCGGCTACTATGGCGGCTGGATCGACCGTCTCATTATGCGGGGCAGTGACGTCATGTTCTCCTTTCCTGACCTGCTGCTTGCCATTGGAATCGTAGCGATTTTGGGGCCGGGATTATCGAATGTGGTGATCGCGGTGGCGGTCTTTGGCACACCGTCGTTTGCCAGAATCATCCGAAGTGTAACACTCTCCGCGAAGGAGTCTTTATATGTAGAGGCGGCAAGATCGATGGGGGCCAAGCATAACCGGATTATATGGAAGCATATTTTTCCCGAGACGGTTCCCAGCATCATCGTCAACGTGTCGATGCGAATCGGCGGCGCCATTCTGGCAGCTTCTTCGTTAAGCTTCCTCGGACTCGGGGCCAAACCGACAGAACCGGACTGGGGCGCTATGCTCAGTATGGGACGCGATTACTTAAGCATTGCACCGCATATCGTGTACTACCCGGGACTTCTGATATTCCTGACTGTGCTTGCATTCAATCTGATCGGTGACGGACTGAATGATGCCCTTGATCCGAAGACCAAAAACTAA	MSNNSTVTVHSSAPEDMLAKSQATGKFRAFTSKFMKQKLAVISSGFILLLLVLAVIGPHIVPYPPNEPNYDAMMQGPSAAHWAGTDEYGRDILSRLIDGTRLTMAVSLSAVFISAVLGTILGLISGYYGGWIDRLIMRGSDVMFSFPDLLLAIGIVAILGPGLSNVVIAVAVFGTPSFARIIRSVTLSAKESLYVEAARSMGAKHNRIIWKHIFPETVPSIIVNVSMRIGGAILAASSLSFLGLGAKPTEPDWGAMLSMGRDYLSIAPHIVYYPGLLIFLTVLAFNLIGDGLNDALDPKTKN	PGPT0013030_378	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013030-gsiD-K13891	NA	NA
JZ016_01496	927	gsiC_1	COG0601	Glutathione transport system permease protein GsiC	TTGGGAAGATATGCAATTCAGAGGCTGCTGGGTGTTATCCCGCTGTTGTTCGTTGTATCCATTCTTGTATTTATGTTCATTCACCTTATTCCTGGAGATCCGGCACGACTTGTTGCAGGTAAGGATGCCACCCTTGAGGAGATCAACGGGATTCGAGAGCAGCTAGGCTTAAACTTGCCGCTATGGCAGCAGTATGTGAACTACATGAGTGATCTGTTGAAGGGTGACTTGGGTGTATCTGTTACTTCCAATCTGCCGGTAACGGACATGTTGGAGAGCCGGTTTTTCCCGACCATTGTCCTGACCTTTACCAGCCTTGGCTGGGCATTGGTTATTGGTCTGATCATTGGTATCATATCTGCCGTTAATCGCGGAAAATGGCCGGACTATATCGGAATGTTGACTGCAATATCCGGTATTTCCTTGCCAGGATTCTGGCTTGGTCTTGTACTGATTCAAATTTTCTCTGTTGAGCTTGGTTGGTTCCCAACAGGCGGTGTCGACAGCTGGCAATCCTATATTCTGCCTTCTTTTACGCTAGGGGCCGGGATTATGTCCATGCTGGCAAGATACTCACGTACGTCGATGCTCGAAACGATGCGCGAGGATTATGTGCGGACCGGACGCGCGAAGGGTCTGCGGGAATTCGTCGTTGTCGGAAGGCATGCGCTGCGCAATTCCTTGATTCAGGTCGTAACCGTTGCAGGGCTGCAGTTCGGATTTTTGCTGGGCGGTTCGGTTATGGTTGAGACCGTATTCAGTATTCCGGGCATGGGACGTCTCTTGGTCGACTCGATCGCATTCCGGGATTATACCGTCATTCAAGCGCTTTTACTGCTGTTTGCAGCCGAATTTATCCTGATTAACCTGATTGTCGATTTATTGTACGGTGTACTGAATCCAAAAATCCGGTATGCATCGAAATAG	MGRYAIQRLLGVIPLLFVVSILVFMFIHLIPGDPARLVAGKDATLEEINGIREQLGLNLPLWQQYVNYMSDLLKGDLGVSVTSNLPVTDMLESRFFPTIVLTFTSLGWALVIGLIIGIISAVNRGKWPDYIGMLTAISGISLPGFWLGLVLIQIFSVELGWFPTGGVDSWQSYILPSFTLGAGIMSMLARYSRTSMLETMREDYVRTGRAKGLREFVVVGRHALRNSLIQVVTVAGLQFGFLLGGSVMVETVFSIPGMGRLLVDSIAFRDYTVIQALLLLFAAEFILINLIVDLLYGVLNPKIRYASK	PGPT0013025_318	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013025-gsiC-K13890	NA	NA
JZ016_01497	1590	gsiB_1	COG0747	Glutathione-binding protein GsiB	ATGAGATTCAAAGGTAGAACATGGTCACTGCTCATGCTGCTGCTCGCATTTACGATTGTTGCGGCAGGCTGCGGCGGAAACAGCGGAAGCGGCAAAGGGGCAAGTGAAGGCGGCGGCGAGACCAAGCCGGTGACAAAAGATAACAAAGATGTTGTCATTGCGATTAACGCCAACTTCATTACGCTTGACCCTCACAATGCTGGAGACACGCACTCCATTTCCGGTGCACGCACGATGTACGAAGGTTTGATGGGCTTCAACGAGAAGATGGAACTCGTTCCTGTACTGGCTGAAGACTACAAGATCAGTGAAGACGGCCTGACGTACACATTCAATTTGCGCCAGAACGTGAAGTTCCATGATGGAACGGATTTCAACGCAGAAGCCGTAAAAGCCAACCTGGATCGCATTAGGGATGAAAAGAACAACCTTAGAATGCGTAAAAGCTTCTCTGCCGTCGCCGATGTTCAAACTCCGGATGACCACACGGTTGTCATCACCCTTAGCCAGCCGTACAATGCTTTCTTGAACAAGACTGCGATGGCGCTGATGATCAGCCCGAAAGCGCTCAAAGAAAGTGCTGACATCACGAAGAATCCTGTAGGTACGGCAGCATACAAGTTCAAGGAATGGATTCAAGGTGACCGCCTTGTTGTTGTAAAGAATGAGGATTACTGGCAAGAAGGTCTTCCGAAGGTCGACAGCATTACGTTCAAACCGGTACCGGAGAACGGTTCCCGGATCGCGATGCTGAAAACGGGCGAAGCGGACTTCATTTATCCTATGCCGACTGAGCAGGTGTCCGAAGTAGAAGGCGATTCCAATATCGTCATTGACAAGATCGATTCCACGATCGTTCGTTATATTACGCTCAACACCATGAAGAAGCCTTATGACGATCTGAAGGTTCGTCAAGCCATCAACTATGCCATTGATAAAGATGCTTACATTAAAGTAGTTAAATCCGGACTGGGCTCGAAGTTGAAGTCTTCCATGTCTTCCATGACACAGCACTATTCCGAGCAATCCGGATATGATTACGATCTGGAGAAAGCAAAATCCCTTTTGGCGGAAGCAGGCTATCCGGACGGATTCGAAGCAGAGCTCTGGGGAGAGAATGATTCCGAAACGATGAAAGGCATGCAGTTCATTCAGCAGCAGCTGGCTCTTGTCGGAATCAAAGTCGATGTGAAATCGATGGAGGGTGCAACCCTGTCCGATCAGATTAACTCGGCTACGCCGGAAAACGCAAAAATTCAAATGTGGTATGTAAGCTGGTCACCATCGTCCGGTGATGCTGACGGCGCAACCAAAGGTCTGTTCAGCAGCGAGTTCTTCCCGCCGGCTGGTTCCAATACCGCTTACTATAAGAACGACAATGTAGACCAATGGATCAAGGATGCCAACGCATCCGTCAAAGCTGAGGATGCAAAAGAAATCTATGCCAACATCCAAAAGCAAATCTGGGAAGATGCTCCGTGGGCATTCCTCGGGGTCGATCAGGTCATTACCGGCAAGAGAGCTTATCTTGAAGGCGTTAAAGCCCTTCCGGACGGATCGATCAGTGTGATCAACGCAGAAGTCAAATAA	MRFKGRTWSLLMLLLAFTIVAAGCGGNSGSGKGASEGGGETKPVTKDNKDVVIAINANFITLDPHNAGDTHSISGARTMYEGLMGFNEKMELVPVLAEDYKISEDGLTYTFNLRQNVKFHDGTDFNAEAVKANLDRIRDEKNNLRMRKSFSAVADVQTPDDHTVVITLSQPYNAFLNKTAMALMISPKALKESADITKNPVGTAAYKFKEWIQGDRLVVVKNEDYWQEGLPKVDSITFKPVPENGSRIAMLKTGEADFIYPMPTEQVSEVEGDSNIVIDKIDSTIVRYITLNTMKKPYDDLKVRQAINYAIDKDAYIKVVKSGLGSKLKSSMSSMTQHYSEQSGYDYDLEKAKSLLAEAGYPDGFEAELWGENDSETMKGMQFIQQQLALVGIKVDVKSMEGATLSDQINSATPENAKIQMWYVSWSPSSGDADGATKGLFSSEFFPPAGSNTAYYKNDNVDQWIKDANASVKAEDAKEIYANIQKQIWEDAPWAFLGVDQVITGKRAYLEGVKALPDGSISVINAEVK	PGPT0013020_367	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013020-gsiB-K13889	NA	NA
JZ016_01498	1005			hypothetical protein	ATGGGATTTGTGCCATTAGTAGAGGAATATCGCGGGAATGTACTGGAGAACATCCACTACGGAGCGATCAGTGTTGTAGACGAGAACGGTAATGTGGTTTACGCAGCGGGGGATCCGCATCATATGACTTTTCTGAGATCGGCGGCTAAGCCGTTCCAAGCCATACCTGTGATGAAACGCCGGATTGACGAAGTGTACGGACTAACAGGGGAAGAAACGGCGTTGTTTGCCGCTTCCCACCGTGGTGAAAGCTTCCACATTGATGCACTGGAATCTATTTTGAAGAAAACCGGGATTCAGGAAGAAGCGCTTCACTGCTGCGCAACTTATCCACTGAACGAGGATGCCAAGGCGCAGCGCCATCGGGATCATGAGGACAAGCGTCGGATCTTCCATAACTGCTCGGGCAAGCACAGCGGCTTGATTGCCCTATGTAAGCATATGGGCTGGGATGAGAGCACGTATTACAAGCCGGAGCATCCGGTTCAACAAGAAATCATTGAGACGCTGGCTTATTTTGCCGAGGTTCCAGTTTCCTCGATCCCGCAAGGCATTGACGGCTGTGGCCTTCCCATCTTCGCGCTTCCGCTGGACCGTATCGGATACAGCTTCCTTAAGCTGGCTTGCCCGGATTTGATCGAGGACGCAGAGACGGCGGAAGCAGCTGCCAGAATGGCAAAACGGATGAATGAGTATCCGGATATCATTGCAGACACCAAGTTTGTGTGCTCTGCCTTGCTCCGGGACCACAATCTGACTGCCAAGGGCGGCGCCAAGGGCGTGTACGGCATCGGTCTTCGGAAAGAACGCTTGGCGATCTCGCTTAAAGTGTCCGATGGCTCCGAGCAAGTCTGGCCATGCATCATCGCTTCTATTCTGGAGCGCCTGGGTTACAGCGATCAGTCTACGATCGACCGCTTGTATGCGCTGGTTCCGAATGAGATTTTCAATGATGGCGGCACGCTGGTTGGGAAACGACGCGCGGTGTACGAATGGAATGTTTAA	MGFVPLVEEYRGNVLENIHYGAISVVDENGNVVYAAGDPHHMTFLRSAAKPFQAIPVMKRRIDEVYGLTGEETALFAASHRGESFHIDALESILKKTGIQEEALHCCATYPLNEDAKAQRHRDHEDKRRIFHNCSGKHSGLIALCKHMGWDESTYYKPEHPVQQEIIETLAYFAEVPVSSIPQGIDGCGLPIFALPLDRIGYSFLKLACPDLIEDAETAEAAARMAKRMNEYPDIIADTKFVCSALLRDHNLTAKGGAKGVYGIGLRKERLAISLKVSDGSEQVWPCIIASILERLGYSDQSTIDRLYALVPNEIFNDGGTLVGKRRAVYEWNV				NA	NA	NA	NA	NA
JZ016_01499	1161	nagC_1	COG1940	N-acetylglucosamine repressor	ATGAAAAAGCATGATCAAGACTTTATGAAGCGGCAGAACAGACTCACAGTATTCCAAATCATCAAGAACGAACAGCCGATTTCAAGAGCAGCTATTGCCAAACAGACGGGAATGAGTCCGACAACGGTCAGCCGGATCGTATCGGAGCTGACGGAAGAAGGGTACGTTCACGAAACAGAAGAACAAGCCTCGGCCGGGCGCGGAAGAAAGTCCTCCTTAATCAAACTGCTGGATACGGCGGTCATCTCGATAGGCGTTGAGCTTGATCGCCATCAAGCCAATATTGGATTCATCGATGTTCAGGGAAGTGTATTGTGCAGCGGCAGTTTTCCGAGATCGCCGGAGGATACGGCAGAAGCCACGGTAGCCCGAATTGCGGACACCATTGAAGAACTCATCTCGGAATGCGATATCGATCGCAGACGGGTGGTAGGGATTGGCGTGGGACTGCCGGGCATCATCGATGTTGATGCCGGCGTGGTCAATTTCTCGGTACAGCTTGGTTGGAAGAATGTGAGGCTTGCCGAGAGGCTCAAGGAATTAACCGGGCTTCAATCGGTCGTAGACAATGAGCTGAAGGTAAAGGCATTGGCGGAGCAGCTTAAGGGATCGGCATACGGCTCCAACCGGACGGTCCTCCTTGGGTTCGGTAATGGCGTAGGCTCAGCACTGATCCTGGAAGGGGAGATTTACCGCGGGGTGACCAACAGCGCAGGGGAAATCGGACACACGACGGTGGACCCTGAAGGTATGATGTGCGACTGCGGAAAAGCCGGTTGCCTCCAAACCTATATCAATATACCGTCCTTGTTGTCGGAAGCCAGCAAGATTAAACCCGTTCGTACGATTGAGGAACTGTTCGCGGAAAGACGGGCTGGAACACGATGGGCGACCTATTTAATCGATAGAGCCCTTGCGTATATGGCGATTACGATTAATAACGTCGTCAGCATGTATAATCCGGACAGCGTCATATTGAGCGGCGAGATCCTGGACAAGTTCCCTGAAGTTTACGAAGAGATCACCGATCTGTGCTACTCACAGTATATCTGGGAACCGCTTCAGGATTCCTTTACGATTGTCCGCTCCGAGCTTCACGAGCATGGGGTCATCATCGGATCGGGACTTGTCGCGCAGGATCGTTATTTTCAACTGAATTAA	MKKHDQDFMKRQNRLTVFQIIKNEQPISRAAIAKQTGMSPTTVSRIVSELTEEGYVHETEEQASAGRGRKSSLIKLLDTAVISIGVELDRHQANIGFIDVQGSVLCSGSFPRSPEDTAEATVARIADTIEELISECDIDRRRVVGIGVGLPGIIDVDAGVVNFSVQLGWKNVRLAERLKELTGLQSVVDNELKVKALAEQLKGSAYGSNRTVLLGFGNGVGSALILEGEIYRGVTNSAGEIGHTTVDPEGMMCDCGKAGCLQTYINIPSLLSEASKIKPVRTIEELFAERRAGTRWATYLIDRALAYMAITINNVVSMYNPDSVILSGEILDKFPEVYEEITDLCYSQYIWEPLQDSFTIVRSELHEHGVIIGSGLVAQDRYFQLN	PGPT0018870_488	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018870-nagC-K02565	NA	NA
JZ016_01500	237		COG1146	Ferredoxin	ATGTATGTTATTGGGTCAGCTTGTATCGAAGAGAAAGCGGGAGAATGCGTTGACGTTTGCCCTGTGGATTGTATAGAAGAAGGAGATGACCAGTTCTACATCGATACCGATATTTGTATCTCCTGCGGGGCTTGCGAAGCGGCTTGTCCGGTGGCGGCCATTTTCTATTTTGAGGATCTGCCGGAAGACCAGAAGCATTATTTCGATAAAGCGGTTGAATATTACAAGAACAAGTAG	MYVIGSACIEEKAGECVDVCPVDCIEEGDDQFYIDTDICISCGACEAACPVAAIFYFEDLPEDQKHYFDKAVEYYKNK	PGPT0030810_1605	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0030810-fdxA-K05524
JZ016_01501	648			hypothetical protein	GTGGATCAAGAAGTCGCATACAGTACCCGCGAGTATATCATGCAAATGTTAAAAATAAATGGTGAACTCAGCACAAAATCCATAACCGAGGCACTGGGAATAACAGGCATGGCCGTCCGGCGCCATCTGGAAAGCTTGAAGAGTGAGGGTTACATCACCTATCGAACCGTGAAACAGCCGATGGGAAGACCCGTCTCCTTATACAGCCTTACGGAATCCGCAGAGGATTTTTTCCCTAAGAACTATCATGCGCTTGCACTCGATCTGCTGAACGAGCTGCAGGATGAGGCCGGTGACGAAATGATTTCACGGCTGTTCGACAAGCGTAAGGATACATTGCTAAACAAGTATACGCCTACGGTGAAAGCCGATGCTCTAGAAGATCGGGTTGCTGCCCTTGCTCAGATTCAGAATGACAACGGATATATGGTGGATTACAAAAAAGTCACCGAGGAAGAATATCTCCTCGAGGAATTAAATTGCCCTATATCCCAGGTAGCCAACCGGTTCCAACACGCATGCCGCTGTGAGCTTGACCTGTTTCAATCCTTGCTGGAAGCGGATGTGGAACGCACCGAGTGCCTTGCCAAGGGCGACAAAAAATGTGTATACCGTATTCGAAAACAAACCGAAGCCAAGCAAACATAA	MDQEVAYSTREYIMQMLKINGELSTKSITEALGITGMAVRRHLESLKSEGYITYRTVKQPMGRPVSLYSLTESAEDFFPKNYHALALDLLNELQDEAGDEMISRLFDKRKDTLLNKYTPTVKADALEDRVAALAQIQNDNGYMVDYKKVTEEEYLLEELNCPISQVANRFQHACRCELDLFQSLLEADVERTECLAKGDKKCVYRIRKQTEAKQT				NA	NA	NA	NA	NA
JZ016_01502	1086			hypothetical protein	ATGAAACGAAAGGGACTTGGCGCTGCGTTAACCGCGATTATACTGCTTCTCGCTGCTTGTACACAGTCTCCGCCTGCTAAGGAAGAAGGGAGGCAGGAAGACCACCGGGAAGAGAAAATCGATTCCTCGTACCATGTGCTTGCAGAGCAGTTGAGGACACCTTGGTCGATCGATTTTGACGGCGATACGATATATGTCAGCGAGCGGGAAGGAAACATCGCTCAGATCAAGGATGGCACATTAACCAGGCAGTCGGTACAAACGGAGAAGCCGGTTGCCCATCAAGGAGAAGGCGGATTCCTGGGCTTTGCGTTAGCCCCGGATTTTCAGGATTCCGGCAAGGCCTATGCCTACCACACCTATGATCAGGATGGAAAGGTTATGAACCGGTTGGTCCTTTTGAAGCAGGACGGGAATCAATGGACAGAGTCGCAAGTCTTCCTGGAGCGTATTCCCGGCTCTAATGTGCATAACGGAGGCAGAATTGCAATCGGACCCGATGATATGCTCTACGTAACGACTGGAGATTCGGGAGAGGGAGAGCTTGCGCAAAACCAGGAAAGTCTAGCAGGCAAAATCTTGCGATTGACGCTGGATGGCAAGGTCCCCCCGGATAATCCGACTGCAGGCTCTTATGTCTATACGCTAGGTCATCGGAATTCGCAGGGCTTGGCCTGGAATTCGGAAGGTGAATTGTACAGCTCAGAGCATGGACCGTCAGGTACGCCTGGCGGACACGATGAGATTAATGAGATCACGGCCGGCAGCAATTACGGCTGGCCCGAGATCTATGGCGATGATAGGTTAGAAGGCATGAAGCTCCCGATTTACCATAGCGGGGAAACGGCAATCGCACCTTCCGGCATCGCTTTTGATGAGCAGGACCGTTTGTACGTGGCGACTCTTCGCGGCCAGATGTTGTACCAATTTCGGCCGGAGAACGCCTCGCTTGAGGTCGTATTGGAAGGTGAAGGCAGATTAAGGGACGTCAAAGTCCATGACGGCAAAACCTATGTCATTACCAACAATACGGATGGCCGGGGTGTGCCTTCCGATCAGGATGATCGACTGCTGGTGCTGAAATAA	MKRKGLGAALTAIILLLAACTQSPPAKEEGRQEDHREEKIDSSYHVLAEQLRTPWSIDFDGDTIYVSEREGNIAQIKDGTLTRQSVQTEKPVAHQGEGGFLGFALAPDFQDSGKAYAYHTYDQDGKVMNRLVLLKQDGNQWTESQVFLERIPGSNVHNGGRIAIGPDDMLYVTTGDSGEGELAQNQESLAGKILRLTLDGKVPPDNPTAGSYVYTLGHRNSQGLAWNSEGELYSSEHGPSGTPGGHDEINEITAGSNYGWPEIYGDDRLEGMKLPIYHSGETAIAPSGIAFDEQDRLYVATLRGQMLYQFRPENASLEVVLEGEGRLRDVKVHDGKTYVITNNTDGRGVPSDQDDRLLVLK	PGPT0017700_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_ALDOSE_DEGRADATION,PGPT0017700-yliI-K21430	NA	NA
JZ016_01503	1509	murE_1	COG0769	UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase	ATGATTCTGAAATCACTGACGGAGCGGCTGATTCTTAAGACGATAACGGGCAGTACTTCTGTGGATATCACGAACCTGGATACAGATTCAAGAGAGATTCGGCCTGGCGGCCTGTTCGTCTGTGTTCCAGGCTTTCACGTGGACGGTCATGACTATGCCCGTCAGGCGATACGTAACGGCGCTGTTGCCATTGTGGCTGAACGGGAGCTGCCGGGACTACCAGGAAATATTACACATATAACGGTACCGGATACCAGAAGAATTCTGCCGATTCTCGCAAACGCCTTTTTCGGAGATCCCACGCAGCAATTGAAACTGATCGGAATTACCGGGACAAACGGCAAGACAACGACAACCCACATGGTAGAAAAGATACTGAACGACGCTCACCGCAAAACGGGCATCATTGGCACACTGTATATGAAGATCGGAGATCATATGGAGAAAACGCTGAATACCACGCCGGATACGATCCAGCTGCAGCGTTATTTTCACACGATGGTCACCCATGGCGGAACCTATGCCGTATTGGAGGTGTCCTCGCACGGATTGAATATGGGGAGAGTGCGCGGATGCGATTTTCAAACCGTGGTTTTTACGAATTTGTCGCATGATCATCTGGACTTTCATCAGAATATGGAGAGCTATCGCAATACGAAGGAGCTGTTGTTCACCCAGCTGGGCAACAGTAATCGTGACATGCTGAAGAAGGCGATCCTGAATGCGGACGATGAAGCATCATCCTATTATGCAAAACGTACATCCGCACAGATCGTAACCTATGGCATTCGTAACGAGGCTGATGTTCGGGCAACGCATATTCAAAATATGCCGGACGGCTGCAAGTTTCATGTAGAAACGCCATGGGGACACGGTGACTTCAGTCTGAAGGTGCATGGAGTTCACAACGTGTATAACGCGCTTGCCGCCATGACCACTTGCTTGCTGGAAGGGATACCGCTTGAAGAAATCTGCAGAAGTCTACAACAATTTGCAGGGGTTCATGGACGATTTCAAGAAATAGAAACGGGACGAAGATTTCGCGTGGTTGTAGATTATGCGCATAATCCGGATGGACTTAAGGCAACTTTGCAATCGGCCAAGGAAATTACGCCAGGCAAAATGATATGCGTGATGGGCTGCCGGGGCGAAAGAGATCGGTTAAAACGTCCGATCATGGCGGACATTGCAGCTTCATATGCGGATTATGTGTTGTTCACGACGGACAATCCGTTCTCGGAGGATCCTGAGCAGATTATGGCTGAGATGCTGGGAGGCCTAACCTCGCATGAGGCAGGGAATTGGGAGGTTATCCTGAACCGTAAAGAAGCCATTCAACGAGCTGTGGAATTGGCTGGTGACGAGGACAGGATCATTATTACCGGACGAGGCCATGAGACCCGTTATGTAGCAGGCAGCCAGATCGAATCGTTTAGCGATGAGGATATTGTGATGCGTTCATTACAGGACATGGAGCACGGCATCCAGATGATGACACCGGAGCTATAA	MILKSLTERLILKTITGSTSVDITNLDTDSREIRPGGLFVCVPGFHVDGHDYARQAIRNGAVAIVAERELPGLPGNITHITVPDTRRILPILANAFFGDPTQQLKLIGITGTNGKTTTTHMVEKILNDAHRKTGIIGTLYMKIGDHMEKTLNTTPDTIQLQRYFHTMVTHGGTYAVLEVSSHGLNMGRVRGCDFQTVVFTNLSHDHLDFHQNMESYRNTKELLFTQLGNSNRDMLKKAILNADDEASSYYAKRTSAQIVTYGIRNEADVRATHIQNMPDGCKFHVETPWGHGDFSLKVHGVHNVYNALAAMTTCLLEGIPLEEICRSLQQFAGVHGRFQEIETGRRFRVVVDYAHNPDGLKATLQSAKEITPGKMICVMGCRGERDRLKRPIMADIAASYADYVLFTTDNPFSEDPEQIMAEMLGGLTSHEAGNWEVILNRKEAIQRAVELAGDEDRIIITGRGHETRYVAGSQIESFSDEDIVMRSLQDMEHGIQMMTPEL	PGPT0024130_1435	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024130-murE-K01928	NA	NA
JZ016_01504	855	fadH	COG1028	putative 2,4-dienoyl-CoA reductase	ATGGGACCGTTCACGGACGATTTGCTTCAAAATAAAGTTGTATTGATCACGGGAGGCGCCACGGGCCTTGGTCGGGCCATGGGAGAGAAGTTCGCGCAGCTTGGCGCTAAACTGGCCATATGCGGACGCCGGGAGGAAGTTCTTCAGCAGACCGCAGAAGAATTAAAACAGCTAGGCTGCGAAGTATGGTACAAAAGCTGCGACGTTCGAGACCCTGCGCAGATATCGGCTCTTGTTGATGCGGCAGAGCAGCATTATGGAGGTATTGACGTACTTGTCAACAACGCAGCCGGGAACTTCATCAGCCCCACCGAGCGCCTCTCTCCTCGGGCTGTAGATGCCGTGCTGAACATCGTGCTGCACGGCACCTTCTACGCAACACTTGAAGTCGGTAAACGCTGGATTGAGCAGGGCAAAAGCGGAACAATGCTCAACATCGTCACAACATATGCTTCAACAGGCTCTGGCTATGTGGTCCCTTCTGCAGCCGCAAAAGCGGGCGTGCTTGCGCTGACTCGTTCACTCGCGGTGGAATGGGCCCCTTACGGGATCCGACAAGTTGCGATCGCCCCGGGTCCATTCCCGACTGAAGGCGCATGGTCAAGATTATCGCCCACGCCGGACCTGGAGCAAAAGATGATCGACCGCATCCCCCTAAAGCGCGTAGGGGATGCAGAGGAATTAGCTAATCTCGCCGCGTATCTCATTTCCGATTATGCCGGTTATATTAATGGTGACGTGATCACCATCGATGGCGGCGAATGGCTTCAAGGTGCGGGACAATTCAACGACCTGGCGGAAGTGACCCATGAGCAATGGGATCGGCTGGCCGAACTGACACGCAGGGGCAAATAA	MGPFTDDLLQNKVVLITGGATGLGRAMGEKFAQLGAKLAICGRREEVLQQTAEELKQLGCEVWYKSCDVRDPAQISALVDAAEQHYGGIDVLVNNAAGNFISPTERLSPRAVDAVLNIVLHGTFYATLEVGKRWIEQGKSGTMLNIVTTYASTGSGYVVPSAAAKAGVLALTRSLAVEWAPYGIRQVAIAPGPFPTEGAWSRLSPTPDLEQKMIDRIPLKRVGDAEELANLAAYLISDYAGYINGDVITIDGGEWLQGAGQFNDLAEVTHEQWDRLAELTRRGK				NA	NA	NA	NA	NA
JZ016_01505	741	lutC	COG1556	Lactate utilization protein C	ATGACTAACGAAAACGATCGCAGCTGGCTGGACCGTCTTGAAGAACAGTCTCGCAAGAAGCAGGAGCAGTTCATGGATGGAATTGCCGCGAAGCTGGGCAGAAACCGGGTTCGCACCGCTCCGGAGCATCCTTTCCGCGGTGCCCCCGATTTCTGGAATGAGTTTGAGTGGCCGCTTGAGGAGAGGATTACGCAGTTTACCGCCAACTTTGAAGCGGCAGGAGGCCATGTGGTAAGGCTGAGCCACCGCGAAGAGGTCAGCCGGTTTATTAGGGACAAAGCGATGGAGATGAGTGCGGCTACGATTCTTCGTCAGCAGGAAGACGCGCTGGACCGCCTGGGGCTGGAAGAGAGCTTGCCGGAGGCGCTTGTTCTCTCCTGGAATGAGGCAGCGGACACGAACTGGAGGGCAGTCGCTGCCAGAGCTGATTTTGGTGTCGTCATGGCGGATTATGCTGCGGCTTACACCGGTTCGATTACGGTGAAATCAGCCCCGCATAAAGGACGTTCGGTCAGCCTGCTGCCGACCGTGTTGATAGCCATCATTCCAATAGAGCGAATGGTTACCCGACTAGGCGAGATTCTGGTTCAGTTTGATCAGGCCGGACGCGAGCAGCTGCCAGCGGGAATCCATTTCATCTCGGGCCCGAGCCGTTCCGCCGATATCGAGAACGATCTTACGATTGGCGTTCACGGGCCAGGCATCGTGTACGCCCTGCTGGTCGATTCCTATGAGAATTAA	MTNENDRSWLDRLEEQSRKKQEQFMDGIAAKLGRNRVRTAPEHPFRGAPDFWNEFEWPLEERITQFTANFEAAGGHVVRLSHREEVSRFIRDKAMEMSAATILRQQEDALDRLGLEESLPEALVLSWNEAADTNWRAVAARADFGVVMADYAAAYTGSITVKSAPHKGRSVSLLPTVLIAIIPIERMVTRLGEILVQFDQAGREQLPAGIHFISGPSRSADIENDLTIGVHGPGIVYALLVDSYEN	PGPT0018100_172	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0018100-lldG|ykgG|lutC-K00782	NA	NA
JZ016_01506	1521	lutB	COG1139	Lactate utilization protein B	ATGAGCACAGCTGAATCGAAAGCGCAAACGGTTAAGGAACGTGCAGGTTACGCTCTCAATAATGATTTTCTGCGCAATGCGGTGAAGTTTACGACAGAGCGGCTGCGGCTCGGCAAAAAGCTTGCGTCTGAGGAGCATGGCAACTGGGATGCGTGGAGGGAACGGGGACGCCAAATCCGGCTCCATACTATCGCTCACCTGGATTATTACTTGAATGAATTTGCTGAGCAGGCCAGGGCGAACGGAGCCCATGTCCATTTTGCGGAGACGGCGGAAGAGGCGGTCGCGATCTCTCTGCAAATCGCAGAGCATAAGTCGGCCAAGTCCGTCGTGAAATCAAAATCAATGGTGTCCGAGGAGCTGCATCTGAACAAGGCGCTCGACTCGATCGGAGTGGAGGCCGTCGAAACGGATCTCGGCGAGTATATTATTCAGCTGGCGGATGAAACGCCTTCTCATATCATCATTCCGGCCATTCATAAGAACCGTTACCAAATTGCGGAGCTGTTGTCCGCAGAGGCAGGCGAAACACTGCCGCCCGATACGGCGATTATGGCAGGTTTTGTCCGCATGAAGCTGCGAGAGAAATTCCTTGAAGCGGACATTGGCATGACGGGGTGTAATTTTGCGATCGCCGAGACGGGCTCGATGGTTTTGTTCGAGAATGAAGGCAATGCCCGCATGGTGACGACGGTGCCAAAGACACAGATTACCCTGATGGGCATGGAGCGGATTATTCCGTCATGGGCGGATCTCGAAGTCATGGCTACCTTGCTGCCGCGTTCAGCGACCGGTCAGAAACTGACAGTATACATGTCCGGTATCAGTGGTCCGAAGAGAGAACTGGATGCCGATGGACCGGACGAGATGCATATTATCATCATTGATAACGGCCGTTCTCTTCAGCTCGGGGACCCCGAATTCCAGGAGCTGCTTAACTGTATACGCTGCGGCGCCTGCCTGAATGCCTGTCCCGTATATCGCCATATTGGCGGGCACGCTTATGGGGGGACGTATAGCGGCCCAATCGGTGCCGTATTAACGCCTGCCTTGAACAAGAACGTCGCGGAATGGGACGATATTGCCAACGCATCCAGCCTGTGCGGCGCCTGTTATGAAGCATGCCCCGTGAAGATTCCGCTGCATGATATGCTGGTATCCCTGCGCCGCCGGAAGATTGAAGCCGGGCGCGGCGACAAGCTGGAAGCGATGGGAATGAAGGGCTTCTCCGCGATTATGGGGAATGCCAAGCGTTATCGCAGCGTGGTATCCCTCGGAAAGTGGGGCCAGAAATTGGTGGTTCGAGGCGGGGAGATTCGAACGCGGATCGGACCTTTGAAGGGGTGGAATTCATACAGGGTAACCCCAAGTCTCCCCAAGCAATCCTTCCGTGACCGATGGCCGGGGATGGAGCAGGATATTCGCGGAACCTCCGGGACAATGGACCCTGAAATCGCCAACCGATTGAAGGAGCGGCTTCAGCAGCAGAAGTTCGGAAAGGGGGAGAAGGCCCATGACTAA	MSTAESKAQTVKERAGYALNNDFLRNAVKFTTERLRLGKKLASEEHGNWDAWRERGRQIRLHTIAHLDYYLNEFAEQARANGAHVHFAETAEEAVAISLQIAEHKSAKSVVKSKSMVSEELHLNKALDSIGVEAVETDLGEYIIQLADETPSHIIIPAIHKNRYQIAELLSAEAGETLPPDTAIMAGFVRMKLREKFLEADIGMTGCNFAIAETGSMVLFENEGNARMVTTVPKTQITLMGMERIIPSWADLEVMATLLPRSATGQKLTVYMSGISGPKRELDADGPDEMHIIIIDNGRSLQLGDPEFQELLNCIRCGACLNACPVYRHIGGHAYGGTYSGPIGAVLTPALNKNVAEWDDIANASSLCGACYEACPVKIPLHDMLVSLRRRKIEAGRGDKLEAMGMKGFSAIMGNAKRYRSVVSLGKWGQKLVVRGGEIRTRIGPLKGWNSYRVTPSLPKQSFRDRWPGMEQDIRGTSGTMDPEIANRLKERLQQQKFGKGEKAHD	PGPT0018095_253	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0018095-lldF|ykgF|lutB-K18929	NA	NA
JZ016_01507	816	lutA_1	COG0247	Lactate utilization protein A	ATGGAATCCCCCGTTCGGGGGTTCTTGCTAGAGGCCGATTCTTCGGTCCATATCCTGATGATTAGCGGGGTGAAGATGTTGAAGATTTCATTATTTGTCACTTGTCTCAGCGATGCCTTGTTCCCGCGGGTAGCTGAATCGATGGCAAGATTGCTGGCAAGGTACGGCGTGCAGCTGGAATTTCCGGAAATCCAGACCTGCTGCGGCCAACCGGCCTACAATAGTGGTTATTGGGATGATGCTCGCATCAGTGCCAAGACGATTCTGGACGCTTTTGACGATAGCGACTTTGTTGTGTCTCCTTCCGGCTCCTGCACGTATATGATTCATCATTATCCGGATTTGTTCAAGGACGATCCCTTATACTTGGATAAAGCGAAAGCGCTTCAATCCAAATGCTATGAGTTTACGCAATTCCTCGTCGACGTGCTGGGCGTGTCCGATGTTGGCGCCGTCTATCCGCACAAGGTAACCTATCATCCATCCTGCCACGGAAGCCGCCTTCTCGGGGTGAAGGAGCAGCCAATGAAACTGCTTAGCCAAGTCAAGGGACTGGAACTGGTTCCCTTGCCATTCGCCGAGGATTGCTGCGGGTTCGGCGGAACGTTTGCCGTGAAAATGGCGGACATTTCGGGGGCGATGGTCACAGAGAAAAGCGATCATGTGCTGGAGACCGAGGCGTCCGTGCTTGTCGGTCTCGATATGGCCTGCCTTATGAATATTGCCGGCAATCTGCGACATCGGGGCGAGAAGGTTCAGGTCAAGCATTTGGCCGAGCTGTTGTATGAGGGGGTGAGCGTACATGAGCACAGCTGA	MESPVRGFLLEADSSVHILMISGVKMLKISLFVTCLSDALFPRVAESMARLLARYGVQLEFPEIQTCCGQPAYNSGYWDDARISAKTILDAFDDSDFVVSPSGSCTYMIHHYPDLFKDDPLYLDKAKALQSKCYEFTQFLVDVLGVSDVGAVYPHKVTYHPSCHGSRLLGVKEQPMKLLSQVKGLELVPLPFAEDCCGFGGTFAVKMADISGAMVTEKSDHVLETEASVLVGLDMACLMNIAGNLRHRGEKVQVKHLAELLYEGVSVHEHS	PGPT0018090_1190	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0018090-lldE|ykgE|lutA-K18928	NA	NA
JZ016_01508	780	ydjF_1	COG1349	putative HTH-type transcriptional regulator YdjF	ATGATGCTGGTTGCAGAACGATATGAGAAAATAGTACAGTTGGTCAACGAAAGAGGGAGCATCCGAGTCTCCGAGCTGAGTCAGCTCTGCGGTGTAACGGAAGAAACGATTCGCCGCGATCTTGACAGGCTGGAGCAAGCAGGGCGCTTGCGCCGTTCCCATGGCGGAGCGGTTAGCGTGAAGGATCAACCGGAAATTCAGCGGTCGCAGCCGGAAATACCGTATGCTGAGCGGGAAATCATGCATGCGCTGGAGAAGCAGCGGATCGCGGAGGAAGCGGTCAAGCGAATCCATCCGAATGATCGCATCCTGCTGGATGCAAGCTCTACGGCTTGGTACATGGCAAAAATCATACCGGATATTCCGATTACCGTGCTGACGAATTCGATTAAGGTGGCTGCGGAGCTGAGCACCAAGGAGAGGGTTCAGGTGATCTCCACAGGCGGCATTCTGGCTCATCGTTCCCTGTCCTTTGTAGGTCCGCTTGCGGAACGCTCGCTGGATGCTTACTACGTGGATAAGGCCTTTCTATCCTGCAAGGGTGTGCATATCGAGCGGGGCCTTAGCGAATCCAATGAGCTTCAGGCGCGAATCAAGCATAAAATGATCGGAATGACAGATGAGACCATTCTGCTTGCCGATGCCAGCAAATTCGGCACGCAGGCTTTTGCGCAGGTTGCCGATCTATCCCAAGTGAATCTGATCATTACCGATCGGAGATTGACGGAAGAGGAAGCGGCACCTTATCGAGCATTGGGCATCAAGATCGAATCTGTATAG	MMLVAERYEKIVQLVNERGSIRVSELSQLCGVTEETIRRDLDRLEQAGRLRRSHGGAVSVKDQPEIQRSQPEIPYAEREIMHALEKQRIAEEAVKRIHPNDRILLDASSTAWYMAKIIPDIPITVLTNSIKVAAELSTKERVQVISTGGILAHRSLSFVGPLAERSLDAYYVDKAFLSCKGVHIERGLSESNELQARIKHKMIGMTDETILLADASKFGTQAFAQVADLSQVNLIITDRRLTEEEAAPYRALGIKIESV	PGPT0017590_210	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436	NA	NA
JZ016_01509	1470	rhaB_2		Rhamnulokinase	TTGAACGTTCTTGCATTTGATTTGGGCGCAAGCAGTGGCAGGGCCATGCTGGGCCAATGGAACGGCCGAACCATCGACGTAACGGAAATTCACCGGTTCCCGAACGATCCGGTTCGAATCGGCGACCGTTTCCAATGGGATATACTGCGGATCTACCACGAGATGAAGCAGGGCTTGCTCCGATTGAAAGGACAGCATAGCCTGCCGACGAGCATCGGTATTGATTCCTGGGCGGTGGATTTCGGACTTCTGGATCGGAGCGGGGAGCTGCTCATGAATCCGTATCATTATCGGGACACGCACACGGATGGCGTGATGGAGCAGGTCTTCCGGGATGTGCCGCCTGCCGAGATTTTTGATCGGACGGGGATCCAGTTCCTCTCATTCAACACGATCTATCAGCTGGCTTCCTTACAGCGTCAGAAGCCCTACTTGCTTCAAGAAGCCGAGCGTCTTCTTATGATTCCCGATTTGCTGCGCTACTTCTTGACCGGCGAGATGGCGAATGAATTTACGAACGCTACTACAACGCAGCTGTATAACCCGCTTTCGGCAAGCTGGGATGATCATCTCTTGAAATCATTGAATATTCCTCATAAGTTATTTCATCCTGTGGCTCAACCCGGTACGCATGTTGGGGCTTTGAGATCATCCGTCACGGAGGAGCTGGGGATCCCGCCGATTCCGCTCTATACGGTTGCAGAGCATGATACGGCTTCCGCCGTGGTCGCGGTTCCGGCTATAGAGCGTTCGTTTGCTTACTTGAGCTGCGGTACCTGGTCGCTGATGGGAACTGAAGTCGATCAGCCTGTCATTCATGAACGGGCCAGAGAGCTGAACTTCACGAATGAGGGAGGAGCCTACGACACGTACCGACTGCTCAAGAATATCATGGGACTTTGGATTCTGCAGGAATGTCAGCGGACCTGGGGACGAGAAGGGTTAACGTACTCCTATCCCGAATTGGTTAAGATGGCGGATGCGGCGCCGGCATTTGCTTGTTTTATTGATCCCGATGATCCCATATTCCTCCCAGCCGGAGATATGCCGAAGCGTGTAGTGGAATATGCGGCGCGCACAAACCAGAGCGTTCCGCAGGATGCAGGCGCTCTTGTACGCTGCATTATGGAGAGCCTGGCCATGCAGTACCGTTATGTGCTGGAGTTGACCGAGGAATTGTCGGGGCAAAAATTTCAGGGCTTGCATATGGTGGGCGGTGGCATTCATAATGAAACATTATGCCAGTGGACCGCGAATGCGATAGGGAAACCCGTATGGGCTGGACCTGCGGAGGGCAGTGCCATCGGCAATATGGCCGTGCAGTGGATCGCGCAAGGCGAGCTGTCCGATATATGGGAAGCACGCGCAGTCATTAGAGAGTCCTTCCCGGTCAAGACCTACGAGCCGAAGGAAACTTCCTTATGGGAGGAGGCTTACGGGGTGTTCGGTCAGCGGACCGGGAAGAGATAG	MNVLAFDLGASSGRAMLGQWNGRTIDVTEIHRFPNDPVRIGDRFQWDILRIYHEMKQGLLRLKGQHSLPTSIGIDSWAVDFGLLDRSGELLMNPYHYRDTHTDGVMEQVFRDVPPAEIFDRTGIQFLSFNTIYQLASLQRQKPYLLQEAERLLMIPDLLRYFLTGEMANEFTNATTTQLYNPLSASWDDHLLKSLNIPHKLFHPVAQPGTHVGALRSSVTEELGIPPIPLYTVAEHDTASAVVAVPAIERSFAYLSCGTWSLMGTEVDQPVIHERARELNFTNEGGAYDTYRLLKNIMGLWILQECQRTWGREGLTYSYPELVKMADAAPAFACFIDPDDPIFLPAGDMPKRVVEYAARTNQSVPQDAGALVRCIMESLAMQYRYVLELTEELSGQKFQGLHMVGGGIHNETLCQWTANAIGKPVWAGPAEGSAIGNMAVQWIAQGELSDIWEARAVIRESFPVKTYEPKETSLWEEAYGVFGQRTGKR	PGPT0017775_416	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017775-rhaB-K00848	NA	NA
JZ016_01510	1266	rhaA	COG4806	L-rhamnose isomerase	ATGAGGCAGGATGTTGCAAGGAACTTTGAAGAAGCGAAAAAGCTCTATGGGCAGCATGGCATCAACGTGGACGAAATTTTGACGGAACTTGAACGCATCAAAATCTCCATTCACTGCTGGCAAGGAGACGATGTCCGGGGATTCCTGTTCCGCGACCAGGAGCTGTCCGGGGGCATCTCCGTGACCGGGAAATATCCAGGCGCTGCAGGAACGCCGGAACAGCTGCGGGCCGATCTGGAAAAAGCGATGTCGCTCATTCCGGGATCCCACAAGGTGAACCTCCACGCGATCTACGCGGATACCGATGAGACCGTTGATCTGGATCAGCTGGAGCCGAGGCACTTCCAATCTTGGGTGGATTGGGCCAAAGAGCAAGGAATCGGACTCGATTTTAATCCGACCTGCTTCTCCCATGACAAATCGAAGGATGGGTTTACGCTGAGTCATCCCGATCCGGCAATCCGTCAATTCTGGATTGAGCATTGCAAGGCATCACGAAGAATCGGGGCTTACTTCGGCGAACAGCTGGGTCAAACCTGCGTGACGAATATCTGGGTTCCGGACGGTTATAAGGATGTGCCGGTAGACCGAATGGCGCCGAGGCAGCGGCTGAAGGAAGCGCTGGATGAGATTTTTGCTGAAGATATTAATCCGCAATGGAACCTCGATGCCGTCGAGAGTAAACTGTTCGGACTGGGCTCAGAGGCTTACGTTGTGGGTTCGCACGAGTTCTACATGGGATACGGCATACAGAACAACAAGCTGATCTGCCTGGATGCGGGTCACTTCCATCCAACCGAGAGCATTGCCGGCAAACTGTCATCGCTTGCCCTTTTCACCGATGGACTTCTCCTTCATGTCAGCCGGCCGATGCGCTGGGACAGCGACCATGTCGTCATCATGGATGATGAACTGACCGAGATTGGACGCGAGCTGGTGCGCAATAACCTGCTGGATGTTACCCATATTGGACTGGACTTCTTTGATGCCAGCATTAACCGTATCGCCGCGTGGGTTATCGGTACCCGAAATACGATAAAGGCGCTGCTGCGTGCCAAGCTGGAACCTGTCGATCGGCTGAAGCAGGCCGAACTTGAAGGCGATTACACGACCCGCCTGGCGTTAACGGAAGAGTTTAAATCCTATCCGTTTGGAGCGGTGTGGGATTATTACTGCGAACGTATGGGCGTACCTGTAAGAGAAGAGTGGCTGTCCGAAGTGAAACAGTATGAACAGGATGTATTGCTGAAACGTACGCAAGCATGA	MRQDVARNFEEAKKLYGQHGINVDEILTELERIKISIHCWQGDDVRGFLFRDQELSGGISVTGKYPGAAGTPEQLRADLEKAMSLIPGSHKVNLHAIYADTDETVDLDQLEPRHFQSWVDWAKEQGIGLDFNPTCFSHDKSKDGFTLSHPDPAIRQFWIEHCKASRRIGAYFGEQLGQTCVTNIWVPDGYKDVPVDRMAPRQRLKEALDEIFAEDINPQWNLDAVESKLFGLGSEAYVVGSHEFYMGYGIQNNKLICLDAGHFHPTESIAGKLSSLALFTDGLLLHVSRPMRWDSDHVVIMDDELTEIGRELVRNNLLDVTHIGLDFFDASINRIAAWVIGTRNTIKALLRAKLEPVDRLKQAELEGDYTTRLALTEEFKSYPFGAVWDYYCERMGVPVREEWLSEVKQYEQDVLLKRTQA	PGPT0017765_100	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017765-rhaA-K01813	NA	NA
JZ016_01511	2070	hcaB_1		3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase	ATGGTTCAAAGCTTATGGGAACAGTCAAAGGCGCAGCAGGCACAAAATACATTGGATGAGCTGGTCTACCGTTCAAATTTAATCGGGTCCGACCGGCGTGTGTGCAACTGGGGCGGCGGCAATACATCCAGCAAAACAACGATTCAGGATTTTCGCGGTAAAGACATAGAGGTTATGTACGTAAAAGGCAGCGGATCGGATCTGGCTACCATGAAAGCGGGCAATTTCACAGGTTTGCGGATGGAGGACATCCGGCCATTATTCGAAAGGGATTCGATGTCGGATGAAGAGATGGTGGCTTACCTGGGTCACTGCATGGTCGATTCGAAGCACCCGCGCGCATCCATTGAAACGCTGCTGCACGCGTTCTTGCCGTTTCGGCATGTGGACCATACACATCCGGATGCCATTATCAGCTTATGCTGCGCCCATAACGGCAAAGAATTAGCCCGGGAGATCTTTGGCGACCGATTTGTGTGGGTACCATACGTTCGCCCTGGATTTATGCTGTCTAAGATGATTGCCGAAGGGGTGTTGGCTAATCCGAAAGCCGAGCTTGTGCTTATGGAGAAGCACGGGCTTGTCACTTGGGGCGATACATCGGAAGCCTGTTACGCACAAACGATTCGAATCATTAGTGAAGCGGAAGCCTACATCGAAGCGCGAGTGAATAACGACAAGCTGTTCGGTGGCCGGAAGTTCGCGCCACTGGCCTCGGAAGTGCGCCGCAGCATCGCCGCCGAAGTGATGCCCGCGGTCCGCGGTGCCGTCAGCGATGTGAAGAAGATGATCCTGTCCTTCGACGATCAAGAGGATGTGCTGGACTTTGTCGGGGGTATCGATTCGCCGAAGCTGTCCCAAGTAGGCGCAGCTTGCCCCGATCATCTGGTTCATACCAAGGTAGTTCCTCTCTTCATCGACTGGACACCTGATGCTGAAGATGTCGAAGGCCTTAAGGCAAAGCTGATCGAAGGCATTGCAGCATACAAAGAGCAGTATCAAGCTTATTTTGAACGCAACCATCATGAAGGCGACATCATGTTCGAGGCGGCTCCGCGCGTCATTCTTATTCCGGGCATCGGCATGATCAACACGGGCAAGAGCTGGGCGATGTCGCAAGTCAGCGGCGCCCTGTATCATCGGGCGATTGCGGTCATGCGCGGCGCGACGGCCTTGGGCGATTTTGTATCCCTGAGTGAAAATGAATCCTACAACGTGGAGTATTGGCCGCTGGAGCTGTATAAATTGAGCCTCGCACCGGCAGAAGCGGAGTTTTCGCGCCAGATCGCTTTTATCACCGGAGGAGCAGGCGGTATCGGAAGTGCCACGGCCCGCAGGCTGGTAGCTGATGGCGCACATGTCGTTTTGGCGGATTTGAACCTGGAAGGCGCGCAGCAGGTAGCCGAGGAGATCAATGCAAAATACGGGGAGAATCGGGCATTTGCTGTTAAAATGGATGTAACCGACGAAGAGGCCGTGAAACGCGCCTATCGAGAAACCTCCATCACTTATGGCGGTGTTGACATTATCGTCAACAATGCGGGCCTTGCGACATCCAGCCCGTTTGACGAGACATCGCTGAAGGAATGGAATCTGAACATGAACGTGCTGGGCACAGGTTATTTCCTGGTTGCGCGGGAAGCCTTCTCGTTGATGAAGACACAGGGCGTTGGCGGAAGCATGGTGTTTGTGGGATCGAAAAATTCGGTCTATGCCGGCAAAAACGTGACTGCATACAGCTCCGCAAAAGCACTGGAGGCTCACCTGGCTCGCTGCATTGCTGCGGAAGGCGGAGAATACGGCATTCGAGTCAATACCATTCTTCCGGATGCCATTCTGCAAGGCTCCGCGATCTGGAATTCGAACTGGAGAAACGAGCGGGCAGCAGCTTACGGGATTGAGCCGGATCAGCTTGAAGAGCACTATCGTAAACGCACGACGCTTCTTGTCAACATCTATCCGCAGGATATTGCCGAAGGCATCGCTTACTTTGCATCATCAAGATCTTCGAAGACAACGGGCTGCATGCTGACAATTGACGGCGGAGTGCCTGCTGCGTTTACTCGTTAA	MVQSLWEQSKAQQAQNTLDELVYRSNLIGSDRRVCNWGGGNTSSKTTIQDFRGKDIEVMYVKGSGSDLATMKAGNFTGLRMEDIRPLFERDSMSDEEMVAYLGHCMVDSKHPRASIETLLHAFLPFRHVDHTHPDAIISLCCAHNGKELAREIFGDRFVWVPYVRPGFMLSKMIAEGVLANPKAELVLMEKHGLVTWGDTSEACYAQTIRIISEAEAYIEARVNNDKLFGGRKFAPLASEVRRSIAAEVMPAVRGAVSDVKKMILSFDDQEDVLDFVGGIDSPKLSQVGAACPDHLVHTKVVPLFIDWTPDAEDVEGLKAKLIEGIAAYKEQYQAYFERNHHEGDIMFEAAPRVILIPGIGMINTGKSWAMSQVSGALYHRAIAVMRGATALGDFVSLSENESYNVEYWPLELYKLSLAPAEAEFSRQIAFITGGAGGIGSATARRLVADGAHVVLADLNLEGAQQVAEEINAKYGENRAFAVKMDVTDEEAVKRAYRETSITYGGVDIIVNNAGLATSSPFDETSLKEWNLNMNVLGTGYFLVAREAFSLMKTQGVGGSMVFVGSKNSVYAGKNVTAYSSAKALEAHLARCIAAEGGEYGIRVNTILPDAILQGSAIWNSNWRNERAAAYGIEPDQLEEHYRKRTTLLVNIYPQDIAEGIAYFASSRSSKTTGCMLTIDGGVPAAFTR				NA	NA	NA	NA	NA
JZ016_01512	321			hypothetical protein	ATGGAACAGCATGAGCAAACGGAACAGAAACTGCTGCCAATCGGATCCGTAGTCAAGTTCAAGGAATGGGACCAGACGCTGATGATCTATGGTCGGATGCAGAACGACTCCAAGACGTTGAAGCGTTGGGATTACGTGGCCTGCTTCTACCCTCACGGGAATCTGACCGCGGATTCCAATATCTTTTTCAACCATAAAGACATTTCGGAAATTGTATTTATGGGTTACGTCAATGAGGACGAAATTGCGTTTCGTGATGCATTGATCGAAGGAATTGCGAAGGCGGATCAAATGGCAGCCGCAGGCTCGGACAAATCATAG	MEQHEQTEQKLLPIGSVVKFKEWDQTLMIYGRMQNDSKTLKRWDYVACFYPHGNLTADSNIFFNHKDISEIVFMGYVNEDEIAFRDALIEGIAKADQMAAAGSDKS				NA	NA	NA	NA	NA
JZ016_01513	201			hypothetical protein	ATGAGCGATAAACAAAAACGGTTCAAATACATAATGGTGATCATTGCTGTTGTCGGTGTACTGGGTACCGTGATTCCCAATCTGCTTGACACAAGTTACGCAGCTGCGGAAAAAGCAGTCATTTGCCTATCCTTTCTCATTGGAGTACCGCTCGTTGTGTCGATTGTATATTGGATCGGTAAAAAAATATTGAAGGGTTGA	MSDKQKRFKYIMVIIAVVGVLGTVIPNLLDTSYAAAEKAVICLSFLIGVPLVVSIVYWIGKKILKG				NA	NA	NA	NA	NA
JZ016_01514	852			hypothetical protein	ATGTCCAATCGAATTTTAGTTACACCCGAGCAGTTGGAGCAGGTATCCACGCAATTTGCGCAGTCAGGGCAACTTAGCAGCGATATGGTGGAACGGCTCCAGCGAAGCATTCATGAAATGGAAGACCAGTGGCAGGGGATGACCCGTGAGCGGTTTTTCGGGGATTACCAGCAAGCCAGGGCAACCATGATCAAGTTCGTAGAGTGCTTACAATCGATATCCACCGAACTGAAGCAAATTTCCGTCAAATTCCGTTCCACGGATGAGATGGTGAACGGTGCTTCCGCTGGTGGAGCAGTTGCCGGAGCAGGTATTCTGGCTGGAGCAGCCTCCGGAGCCGGAATTCCTACGGCAGCTGCAGCAGGCTCTGCAACTATGGCTTCCGGTGTTTCTGCTAAATCTTCAAGTAACCCGCTGGATGCAGCACTTAAAGGTGTAAATGTGGAAGGCAGCGTAATCAAGCATGAAGAGAATGGGTTATTTGCCAAAGCCATTACAGGCAGCGCAGGGGCCAGCCTTACTGAAGGAGCGCATGCCAGCGGCGCAGTTGTAGAAGCAGGCTATGCTAATGATCATGTCGAAGGTTCGGTTAGCCTGGTTAAGGCCGAGGTTGAGGCGGCCGTTAAGGATGGCACGCTCAGTGTCGGGGCTGAAGCTACATTAAACAAGTATGAAGGCGGCGTGAATATTCCGCTTCCATGGACGGATAAGGAGCTGCATATTGGAGGTTCCGCTTCACTCGGCGTACTCGGCGCATCCGCTGAGGTGGGGAAAAGCGGTTTAAAGTTCCACGTGCCGTTAGGACCTGGAGCAAGCCTTGTCGGGCTCGGAGGAGCGATTACGGTAAAATAG	MSNRILVTPEQLEQVSTQFAQSGQLSSDMVERLQRSIHEMEDQWQGMTRERFFGDYQQARATMIKFVECLQSISTELKQISVKFRSTDEMVNGASAGGAVAGAGILAGAASGAGIPTAAAAGSATMASGVSAKSSSNPLDAALKGVNVEGSVIKHEENGLFAKAITGSAGASLTEGAHASGAVVEAGYANDHVEGSVSLVKAEVEAAVKDGTLSVGAEATLNKYEGGVNIPLPWTDKELHIGGSASLGVLGASAEVGKSGLKFHVPLGPGASLVGLGGAITVK				NA	NA	NA	NA	NA
JZ016_01515	894			hypothetical protein	ATGAATCAACTTGCACGTGAAGCGACGAACCGGGCGATCAAGCTGTATAAGCAGGAGACTTGGCTCTTGCTGACGGGGCTGCTCGGGTTTTTGTTAGCCGGAATATGCGGGATATGGGTATTGCTGAATGGAGGACCTGTCTCGCCTGATGGAGATATCTCCAAAGCGTTTTCCTTCAACGCGGCCCTGGGGATATTCATCATATCAACCGCCATCATTTTACCGGTTTCCGGTATGAGGCCTCGAAGCAAATCGATCTACCGCTGGTGTTATATTCCGCTCGTTCTGTTCTCCTACTTCGCCGAAACCGTTCAAAACTTCCGCGGTGTCGATCCGCGATTCGTCCAGAACGGCTCGACCTTTGATCATGTCATCTCGGTTATTTTTCCTGCTGTTGCGATTCTGCTTATCATATTCTACCTGATCCTTGGCGCCCAGTACTTCCGCAAGCGTGTAATGCAAGCCCATCCGGAACTCGGACTCGGCATTCGTTATGCCATGATTGCGGTGCTGCTATCTTTTGCAGCCGGCATATGGATCTCCGTCAACGCGGGACGCTATACCGGGATCGACGGCAATATCATCTGGCTGCACGGACTAGGGTTCCATGCTCTGCAAGCGATCCCTTTTATGGCGTGGCTGTCCATCAGAAAATCCGTCAATCCTGCGGTTAAACCGATACTGATCCATATTAGCGGCTTGGCGTATTTGCTCGGATTAATCGCCATCGGATGGCAGACGTTTCTTGGATACTCCATCGCCGAATGGTCCTTGCTTCCGATTCTGGCGGGCAGCTGTTTTCTTGTCTCATTCACGCCGGTTATATGGCTGCTCAGTCAATCGAATACATCCGTTGAACCCATCCACAATGCCCACTCCACTCGTAATGTATGA	MNQLAREATNRAIKLYKQETWLLLTGLLGFLLAGICGIWVLLNGGPVSPDGDISKAFSFNAALGIFIISTAIILPVSGMRPRSKSIYRWCYIPLVLFSYFAETVQNFRGVDPRFVQNGSTFDHVISVIFPAVAILLIIFYLILGAQYFRKRVMQAHPELGLGIRYAMIAVLLSFAAGIWISVNAGRYTGIDGNIIWLHGLGFHALQAIPFMAWLSIRKSVNPAVKPILIHISGLAYLLGLIAIGWQTFLGYSIAEWSLLPILAGSCFLVSFTPVIWLLSQSNTSVEPIHNAHSTRNV				NA	NA	NA	NA	NA
JZ016_01516	324			hypothetical protein	GTGCAGCCAATACCAATTTCGGCAGAAGGATGCAGAGGTTACGTCGGAAAGACCGTTTGCGCTGTCATGCGTGATGGAACGGAAGTCGTGGGGACCATACGCGGTGTACATGATCGAGGCCTTGAACTCGAATTTGCGAACCCATCCGCATATATATTGTCCACAAAAGGCAAGAAGGGCAAAAAATCTTCGAAGTCTACTAAAGGCGGTGCGCACACGTCCGCATTCGGACCTTACGGTTACGGCGGATACGGCTGGGGAGCCAATGTGCTAGCTTGGGAAGCCATAGCGCTGTTGTTTCTCATTCCGTTTTTGTTTATCTAA	MQPIPISAEGCRGYVGKTVCAVMRDGTEVVGTIRGVHDRGLELEFANPSAYILSTKGKKGKKSSKSTKGGAHTSAFGPYGYGGYGWGANVLAWEAIALLFLIPFLFI				NA	NA	NA	NA	NA
JZ016_01517	1056	resA_2		Thiol-disulfide oxidoreductase ResA	ATGAGGGCCGACATCGTGATTTTTCTGATCTGTGCGGCAGCCGGATTTGCTGCGCTTCGAATTCGTTTGCGTCAGACGCCGCAGCGGGAATGGATCCTGGACACTTATTTATCTGTACTTATCATCGGTTTTATTTCATGGAAATTCGGGATGCTGGTGTTCGATCCGATCCGCACCGTTCAGCATCCCACCTCGCTTATTTACATGACCGGCGGAACGAAGGGGATATGGCTTGGGGCCGTTCTAGCCCTGGTCTACGCAGCTCTGCGCTGGAACAAAAAAAGGGAGAATTCAGGTCTGCTGCTGAAGTCCGCACTGTTGTCGGCATTTGCAGGCGGATGGGCCGGGTATGTATTTCAGTGGTTGTGGGCGGACGGGGCCGGTGTAAACTCTTCATTATTCTATATGCTAATATTCGGCATACTGCTGACGATGAGCTGGCTTCACTTCCATTCTCCGCTGTCCCGCTTTCTTACCCTGGGATTAGGCAGAAATGGAGCGGTGCTGCTCATCATGGGGGCTCTCTTCGTGTGGGTAATCTATGACTTTGCTTTGACCGCGGGCAGCGAGCGAGAAGCGAACGTATCTCCGAATGTGGAAAGCAATTCGGATACCATTGCTGAAGGGTTAAAGCCCGGACTTCGCGCACCGGATTTTTCGCTGATGAATCGGGAAGGGCAGGAGGTCAAACTGTCCGATTATCGGGGGAAAACCGTTCTTCTGAACTTCTGGGCCTCCTGGTGCCCGCCATGCAAGGTAGAAATGCCCTATATGCAGGATTTTTACGACAAATATCAGGATGAGAATGTAATCATTCTGGCTGTCAATATGACGCATTTGGAAAATAGTATGAGTGAGGTACAAACCTTCGTCGAGAAAAATGGCTTAACCTTCCCTGTCCTATACGACCAGAGCGGAGCAAGCACGAGACAATATGAGGTGGTGGCCTATCCGACCACCTACGTCATTAAGCCGGATGGTGTGATATCAGAGCGGTTTCAAGGCGCAATCGACGAGGATTTAATGGTTAGGGCCTACCGAAAGGCTAGTGATTAA	MRADIVIFLICAAAGFAALRIRLRQTPQREWILDTYLSVLIIGFISWKFGMLVFDPIRTVQHPTSLIYMTGGTKGIWLGAVLALVYAALRWNKKRENSGLLLKSALLSAFAGGWAGYVFQWLWADGAGVNSSLFYMLIFGILLTMSWLHFHSPLSRFLTLGLGRNGAVLLIMGALFVWVIYDFALTAGSEREANVSPNVESNSDTIAEGLKPGLRAPDFSLMNREGQEVKLSDYRGKTVLLNFWASWCPPCKVEMPYMQDFYDKYQDENVIILAVNMTHLENSMSEVQTFVEKNGLTFPVLYDQSGASTRQYEVVAYPTTYVIKPDGVISERFQGAIDEDLMVRAYRKASD				NA	NA	NA	NA	NA
JZ016_01518	528			hypothetical protein	ATGCAGATTAGACACGCAAATGAACAGGATGCAGCAGGCATTGCTAACGTCCATGTGAACAGCTGGAAAACGACGTATAAGGGGATCGTGGATGATCGCTTTTTAGAAAAATTGTCTGCTGCGGATCGGATTGAAGGCTGGCGCCGTAAGCTTGCCAATATGCCGGAGGACGAACAACTTCTGGTCATTGCCGATGAAGATGGCAAGGTATACGGGTTCATGTCTTACGGCACGGAGCGAGAGCAGAAGATTTCTGATGAAGGAGAACTCTACGCGATCTATCTCCTGAAAGAGATTCAGGGGATGGGCTGGGGACGGGAGCTGTTTGCGAGGCTGAAGGAGTTTCTGCAAAAGAAAGGGTATCGTTCTTTACTGGTCTGGGTGCTGGAAGGTAATTCGGCTGAGCATTTTTATAAACATATGGGCGGCCAGGAACGGAGACGAAAAGAAATTGTAATCGGCGGAAAAACGCATACGGAAGTGGCTCTGCTATGGAGTTCCATTGACCGGATTGGATCCTTCTCCTGA	MQIRHANEQDAAGIANVHVNSWKTTYKGIVDDRFLEKLSAADRIEGWRRKLANMPEDEQLLVIADEDGKVYGFMSYGTEREQKISDEGELYAIYLLKEIQGMGWGRELFARLKEFLQKKGYRSLLVWVLEGNSAEHFYKHMGGQERRRKEIVIGGKTHTEVALLWSSIDRIGSFS				NA	NA	NA	NA	NA
JZ016_01519	1830			hypothetical protein	TTGAATAAGGCATTGATACGGCTTGAAGATATCGGTCCGGGCGGCTGGTATGAGACGGAAGAACAACAGGCGAAGCTGCTGGTAATCGCACAGTTGCTGCATCAGCTGCAGATTCCCTTTCATCTGGCCGTCATTCCGCGGTATGTGAATCCGGCACATCATGTGGATCGGTCGATAGATGATCAGCATGATGGAGCTTCCCTTCGATTTGTCCGGCTGCTACAAACGATGGTAGACCTTGGCGCCTCGATTGGTATTCATGGATATACGCATCAGTACGGGGGATCGGTAAGTGGCGACGGATTTGAATTTGCTTATTCCGAATGCAGCGCCGACTGTCCTCCAGATGATCCGCCCGAAACGGTCCATTCGCTCCGTCAGCTGCAGCAATCTTATGCTTATCAGCGGGTACAGCAGGCTCATAAGATGTTTCAAAGAGCTGGTCTTCCGGCGGTTTGGTATGAAACTCCTCATTATACCGCTTCATCTGTCCAGCGACACATTATCGAGATCTGTAACGGCATCCTCTATGAATCACCGCCTTCCAGCCCGGTTGCAAGGACAGCAGCACTACAGCACATCCCGGACGATCCGTTAACGAACGGGACGATCTACGTTCCCACTCCGCTTTATTATGTGGCTGGTGATAAGATCGAGGAAGAAGTCACTCGGATAGAACGGACATTGCAGGATTTCACAGGAGCACGGGAACTGGCTTCATTCTTTTACCACCCCTATCTCGAATTTCCCTATATCCGCTTCCTTGCTGACGGCAATGTGCATTATGACGAGCATTCACCGCTCAGAAGAATCATTCAAGCCTTCAAGAGGGAGCTTAAATCGTTTGTGTCCATAACCTCGAGCATGCCCTTTATACCGGATTTCAGGGAAACCCGATTGCTGGACAGGATGACCATGAAACACCCTAAGTTTCTGCACGCCAAGAGACAAGCGCTGCCGGATCGATGGATCGTCCGGGACGAGACCAACAACCAATGGTACGACGCTGCTCTTGAGGTCGGGTTCCCCATGAAAATCCATAATGGCATACGATATATACGCCCCATGTTGGCAGATTGGCCACTATACCCGGGTGGGACTGCGATGGCTGGCGATTACGATGGGGATGGCAGCATCGATGCGGCTGTATGGAATGCGGAGCTTGGGATATGTGAGGTTGCCTTGGGCTCAGGCAGCCGTTTAGTACCTTCGGGTCATTGGCTCTGTGAATCTGGAGCCGTGGACTGGAAAACTCTAACGGGAGATTTTGACGGAGACGGCAGACATGATTTATTTTTATGGGACCCTGTCACAGGGAAAGCCGCCATTGCTTTTAGCTCCGGGCGTGATTTTTATTCTCCCCTAATTCAGCATGAGGTTTCCGTACGGGGTGAAGGCATGATACCCTCCATAGGAGATGTGAATGGCGATGGGCTGGATGACCTGGTTGTGTGGAATTCCGACTCAGGCACATGCCAGGTCTGGTTAAGCACCGGGAAACAGCTCGTGGATGCGGGAGATTGGTATTCCGCCAAGAGTCCAATGGGTTCTTTCATATCCATGATGCTTGGCGACGTGGATGGCGATGGGCTGGAAGATTTGATTCTTGTTGAACATACCGCAGGGAACTGGTTCGTTCTATATGGCTCGGGGACCGCCTTCGGGCGGCAGGAAGAACGGTTTGGGCCCTGGGTTGCCGGAGAACGCATGACACCTTTCATTGCCGACCTGACGGGCAATGGCCGTGTCAGTCTGCTGACATGGTCTCCGAATCGGCTTGGCGGCACCTTGGACGCCGCCATCAATTCCAGAGACCGGACAATCGGATAA	MNKALIRLEDIGPGGWYETEEQQAKLLVIAQLLHQLQIPFHLAVIPRYVNPAHHVDRSIDDQHDGASLRFVRLLQTMVDLGASIGIHGYTHQYGGSVSGDGFEFAYSECSADCPPDDPPETVHSLRQLQQSYAYQRVQQAHKMFQRAGLPAVWYETPHYTASSVQRHIIEICNGILYESPPSSPVARTAALQHIPDDPLTNGTIYVPTPLYYVAGDKIEEEVTRIERTLQDFTGARELASFFYHPYLEFPYIRFLADGNVHYDEHSPLRRIIQAFKRELKSFVSITSSMPFIPDFRETRLLDRMTMKHPKFLHAKRQALPDRWIVRDETNNQWYDAALEVGFPMKIHNGIRYIRPMLADWPLYPGGTAMAGDYDGDGSIDAAVWNAELGICEVALGSGSRLVPSGHWLCESGAVDWKTLTGDFDGDGRHDLFLWDPVTGKAAIAFSSGRDFYSPLIQHEVSVRGEGMIPSIGDVNGDGLDDLVVWNSDSGTCQVWLSTGKQLVDAGDWYSAKSPMGSFISMMLGDVDGDGLEDLILVEHTAGNWFVLYGSGTAFGRQEERFGPWVAGERMTPFIADLTGNGRVSLLTWSPNRLGGTLDAAINSRDRTIG				NA	NA	NA	NA	NA
JZ016_01520	693			hypothetical protein	ATGTCATCCAATAGCAAGAGCAATTCTAACAACAATACAGCCGGTCCATCATCCCCAGTCAAAATCGTGAAACCCAAGCTCCCTAAGCAGCTTGAGCCTATGATTCTATCCGATACTGGCGTTGACGATGAATCCTCATTTATTCAATCCACTTGTCAGGACGAGACCCTGTCTTATATTTCAGCCGACAAGGTTCAATTCGATCAAATGATATTCCATAATGTTACGTTCCAGCACGTCACGCTCCACCATGCCGAACTAACGGATCTTGTGTTTAACCACTGCGATTTGTCCAACGTCGACCTCAGTGAGGCCATTATGTACCGCGTACAATTCAATCATTGCAAAATTCTGGGGCTCGACTTGACGGCAGCCACCATCCGAAATGTCGTATTCGATCATTGTACGGGCGACTACGCTACGTTCCGTTTTGCTAACATGAAGCAGGTGTCCTTCCAATCCACCTCGCTCGTAAAATCGGATTTTTATCATTCCGAATTAAGTAAGGTGGAATTTGTGGATTGCCAGATCGACCAATCGCAGTTCTCCGGCACGAAGCTTGCGGGAATCGACTTAAGCCGAACGGACTTTCATAACATTGGCGTGACCCTGGAAGATCTTCAAGGATGCATCATATCGCCGCATCAAGCCATCCCGTTAACCAAAATATTCGGTCTTGTCGTAAAAGATTGA	MSSNSKSNSNNNTAGPSSPVKIVKPKLPKQLEPMILSDTGVDDESSFIQSTCQDETLSYISADKVQFDQMIFHNVTFQHVTLHHAELTDLVFNHCDLSNVDLSEAIMYRVQFNHCKILGLDLTAATIRNVVFDHCTGDYATFRFANMKQVSFQSTSLVKSDFYHSELSKVEFVDCQIDQSQFSGTKLAGIDLSRTDFHNIGVTLEDLQGCIISPHQAIPLTKIFGLVVKD				NA	NA	NA	NA	NA
JZ016_01521	1107	iolG_10		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGAAGAAAGTAAAGGTTGGCATCATTGGCTGCGGAAAAATCAGCGGCATCTATATGGAAAACTGTCATAAGTTCGATATCCTGGAGCTGACGGCGTGTGCGGATATCGATCGTGCCCGTGCCGAGGAACAGGCTGCCAAGTATCATATTCCGAATGTATACACTACCGAGGAGCTGCTTGCAGATCCGGAGATTGAGCTGGTCATTAATCTGACGATACCTGCATTACACGCGCAAATTATGCTGGATGCGCTGCAAGCCGGCAAGCACGTGTATGTGGAAAAGCCCCTTGGCGTAACCCGTGAAGAGGGTAAGGCGGTGCTGGATATGGCTGCGTCCAAAGGTCTGCTCGTTGGATGTGCTCCTGAGACATTTCTTGGAGCAGGAATCCAAACGGCACTGAAGTTGATTGAAGACGGGCGCATCGGCAAGCCGATAGCAGCGACCGCATTTATGATGAGCCGCGGTCATGAGCATTGGCATCCCGATCCGGAATTTTATTATGCCGCCGGCGGAGGTCCGATGTTCGATATGGGGCCTTACTACCTGACGGCGCTGGTTCAGCTGCTGGGACCGATCCGCCGTATTAGCGGCATGACCGGGACGGCCCTTGCGGAGCGGACGATTACCAGTGAGAAAAAACAGGGTCAAAAAATTCAAGTGGACATTCCTACTCATGTGGCTGGACTTATGGAGTTTCATAACGGTGCGATTGGCACGCTGATTACGAGTTTTGATGTATTTGGAGGCAGCACGCTGCCTAATATTGAAATCTACGGCACCAAGGGCACGATGCTCGTCCCGGATCCCAACGGCTTTGGCGGCTCCGTACAATATCGATTGACCGGAGAAACTGAGTGGACGGAAGAGCCGCTGCTTCCCGGGTATAACGAGAATACAAGAGGGATCGGCCCGGCGGATATGGCCTACGCCATCCGCAGCGGAAGAGCTCATCGTGCGAGCGGCGAGCTTGCCTATCATGTGCTTGAAGCCATGTGGGGCTTCCATGATGCTTCCGATGAAGGCAAGCGCTATGAGATGGTCAGCACCTGTGACATCCCGGCCCCGCTCCCGCTTGATTTGCAGAAATACACCCTTGATCAATAA	MKKVKVGIIGCGKISGIYMENCHKFDILELTACADIDRARAEEQAAKYHIPNVYTTEELLADPEIELVINLTIPALHAQIMLDALQAGKHVYVEKPLGVTREEGKAVLDMAASKGLLVGCAPETFLGAGIQTALKLIEDGRIGKPIAATAFMMSRGHEHWHPDPEFYYAAGGGPMFDMGPYYLTALVQLLGPIRRISGMTGTALAERTITSEKKQGQKIQVDIPTHVAGLMEFHNGAIGTLITSFDVFGGSTLPNIEIYGTKGTMLVPDPNGFGGSVQYRLTGETEWTEEPLLPGYNENTRGIGPADMAYAIRSGRAHRASGELAYHVLEAMWGFHDASDEGKRYEMVSTCDIPAPLPLDLQKYTLDQ				NA	NA	NA	NA	NA
JZ016_01522	732			hypothetical protein	ATGAAAAAGGCTTTGATCGTATGGGGCGGCTGGGACGGACATGAACCTGAGCAGGTTGCCGGCATTTTCGCGGAATTGCTTCGGGCTGAGCAATATGAGGTTGAGGTATCCGACACGCTGGATGCTTTTAATGATGCAGAGAAACTTCAGGCCCTGGATCTGATCGTGCCGGTATGGACGATGGGAGAAATATCGAAGGAGCAGGTGAGCAACGTATCGCTTGCCGTGCAGAAGGGAACCGGCTTGGCGGGCTGTCACGGCGGGATGTGCGATTCGTTTCGCAACAATGTGGATTGGCAGTTTATGACCGGAGGTCAATGGGTTGCGCATCCGGGCAACGATGGCGTGAAGTACCAGGTAGAGATTAAATCGAGCTCCAGCCCGTTGGTGGAAGGGATGCAGGATTTTACGGTGGTCTCCGAGCAGTATTATCTGCATGTCGATCCGGCCGTTGAAGTGCTGGCAACCACTCGCTTTCCGGTTGTGGCCGGACCGCATCTGCTGAACCAAGCGGTTGATATGCCGGTAGTATGGACGAAGCGCTGGGGATATGGACGGGTCTATTACAATTCCCTCGGCCATCATGCCGATATCGTCGATATGCCGCAGGTGAAGGAAATGATGCGCAGGGGACTGCTCTGGGCTGCTGAAGGAAAAGCATTATATTCGGGTTCGGACATGAGTGTGTTTACGGAAGGTCAAGGCTACACAGGCATGGGAGACAGCCAATAA	MKKALIVWGGWDGHEPEQVAGIFAELLRAEQYEVEVSDTLDAFNDAEKLQALDLIVPVWTMGEISKEQVSNVSLAVQKGTGLAGCHGGMCDSFRNNVDWQFMTGGQWVAHPGNDGVKYQVEIKSSSSPLVEGMQDFTVVSEQYYLHVDPAVEVLATTRFPVVAGPHLLNQAVDMPVVWTKRWGYGRVYYNSLGHHADIVDMPQVKEMMRRGLLWAAEGKALYSGSDMSVFTEGQGYTGMGDSQ				NA	NA	NA	NA	NA
JZ016_01523	1161	iolG_11	COG0673	Myo-inositol 2-dehydrogenase	ATGAAACAATTACGTGTAGGCATGATTGGTTATAAATTTATGGGCAAAGCCCACAGCAATGCTTACCGGAGCTTGCCGATGTTTTTCCCGGAGGCGTTGAAGCCTGAAATGGTGGCGATCTGCGGCCGCAATGTGTCGGCCGTGCAAGCAGCTGCGGATCAATTGGGCTGGAGTGAAAGCGTTACCGATTGGAAGGAGCTTGTCAATCGGGAAGATATCGATCTGATCGATATCAACGCCCCAAGCGATGCCCATAAGGAGATTGCCATTGCCGCGGCGAAGGCGGGGAAGCATATATTTTGCGAGAAGCCGCTTGCCTTGACCTTGGCGGATGCCAGAGAGATGCTGCAGGCGGCGGAAGAAGCGGGAGTTACCCATATGGTTGGGTTTAATTATAGATTTTCGCCAGCTGTAAGACTGGCCAAGAAGCTGGTTGAGAGTGGAAGATTGGGTCAGATTTATCATTTCCGCGCTTGGTTTTTGCAGGATTGGATCATGGACCCGCAATTCCCGCTGGTATGGAGATTGCAGAAGGAAGTGGCCGGATCCGGATCGCATGGGGATCTTGGTGCCCACCTGATCGATCTCGCGCATTATCTGGTCGGTGATATGCAGGAAGTGATCGGAATGAGCGAGACCTTTATCAAGGAGCGTCCCATTGCCAGCGAGATGACCGGGTTAAGTGCAAAAGGAAGCACAGGCGGTCCCATGGGGAAAGTGACGGTAGATGACGCCACGTTGTTCATGACCCGCTTCGAGAACGGGGCGCTGGGCAGCTTTGAGGCGACGCGCTTTGCCGCAGGGCACCGCAGCACCAATTCCTTTGAGATCAACGGCAGCTTGGGCAGCGTCAAATTCGATTTTGAACGAATGAATGAGCTGGAGGTTTACTTTACGTCCGACGATGAGGATGTTCAGGGCTTCCGCCGCGTACTGGCAACCGATCCCGTTCACGATTATATGGAGGCATGGTGGCCGCCGGGACATACGATTGGTTTCGAGCACACCTTTACGCATGAAATCCTGGAGCTATCGACCGCTATTTCCGAGGGAAGGCAGCCTGTGCCGAATTTCGAGGATGGCGTGAAATGTCAGGCTGTGCTGGAAGCCGTGGATAAATCCATTGAAGAACGCCGCTGGGTGCGGTTGTCGGAAATGTAA	MKQLRVGMIGYKFMGKAHSNAYRSLPMFFPEALKPEMVAICGRNVSAVQAAADQLGWSESVTDWKELVNREDIDLIDINAPSDAHKEIAIAAAKAGKHIFCEKPLALTLADAREMLQAAEEAGVTHMVGFNYRFSPAVRLAKKLVESGRLGQIYHFRAWFLQDWIMDPQFPLVWRLQKEVAGSGSHGDLGAHLIDLAHYLVGDMQEVIGMSETFIKERPIASEMTGLSAKGSTGGPMGKVTVDDATLFMTRFENGALGSFEATRFAAGHRSTNSFEINGSLGSVKFDFERMNELEVYFTSDDEDVQGFRRVLATDPVHDYMEAWWPPGHTIGFEHTFTHEILELSTAISEGRQPVPNFEDGVKCQAVLEAVDKSIEERRWVRLSEM				NA	NA	NA	NA	NA
JZ016_01524	1053	ccpA_3	COG1609	Catabolite control protein A	ATGAATATCGCTAGTCGTAAAGAGGTAGCACAGCTTGCCGGCGTTTCGGAAGCGACGGTATCCCGTGTACTGAACGGGGTCGGACCTATCAAGGAAGAGACCAAGCAGCGGGTGCTGGAAGCGGCGGATCGGCTTGGGTATACCCCAAGTGCGCTTGCCCGAAGTTTTGCCCGCCGAAGAAGCGGTAACCTGGGCGTTGTCATGCCCTACCTGCCGAAAGCCCGCATCTTCTCCGCTTATTATTTTTCCGAAATATTAAGCGGTATTGGCAGTAAGGCGCTGGAAAGCCAGTATGACCTATTGATGCTGTTCCGTGAGCCCGGCGGTTCAATGGATTACTTGAATCTGTTCCGCACCCAGAAGGTAGACGCTTGCATTATTCTTGGTGCCCGGGATGATGAAGGCGAACGTGCGGCCATCAAACAGCTGAGCGAAGCGGATCACCCTTATTGCCTGATTAATCAATACTTTGACGGCGAGGCCTTTCACGTTATGGATGCCGATCATGTGGATGGCAGCTATCAAGCCGTTCATCACTTGACGCAGCAGGGATTTCGGAACATTGCTTTTCTTAATGGGCCGCCTCAGTATTCCAACAGTCGCGATCGGTTGAAGGGGTACAGCCGGGCACTGAATGAAGCGGGAATCGTACTGGATGAAACTTTGCTGTTCGAAGGTAACTTCAGCCGTAAAAGCGGTTATGCTGCTGCCGAGAAAGTCGCCGGGAAGCTGGACCGGATTGAAGCCGTATTTGCAGCCAATGACCGCATGGCGATTGGACTTCAGCAGGGGCTGCGTGCGCTAGGCATTTCAGAGGAGCGAATGCCTGCTTTTGTCGGGTATGACGATTCGGAAGCCGCCGAGCTGTGCACGCCGCCGCTTACCAGCGTGAGGGTTCCGTTCTATGAACTGGGATGCCTTGCAGCGGATCATGTGCTTCGTATGCTGGACGCCTCCGATCTGCCAGAAGGCAGCGAAACGAACGCAGTGCTCCATCGCCAGCTGCCAACTCGCCTGGTAATCCGTGCATCTTCGCTTCATCGAAATGAATAA	MNIASRKEVAQLAGVSEATVSRVLNGVGPIKEETKQRVLEAADRLGYTPSALARSFARRRSGNLGVVMPYLPKARIFSAYYFSEILSGIGSKALESQYDLLMLFREPGGSMDYLNLFRTQKVDACIILGARDDEGERAAIKQLSEADHPYCLINQYFDGEAFHVMDADHVDGSYQAVHHLTQQGFRNIAFLNGPPQYSNSRDRLKGYSRALNEAGIVLDETLLFEGNFSRKSGYAAAEKVAGKLDRIEAVFAANDRMAIGLQQGLRALGISEERMPAFVGYDDSEAAELCTPPLTSVRVPFYELGCLAADHVLRMLDASDLPEGSETNAVLHRQLPTRLVIRASSLHRNE	PGPT0017992_3411	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_01525	1044			hypothetical protein	ATGGATACGCGCAAAGAACCTTTACCCACACCGCAATCCATGAAATACGCCGTACGGCGCGCGCTCCGCGCTTCCCTGCTGGAGCTCGGTAGCGGAACCAAAGCGGAGCTGAGTGACAGGCTCGGCATCAGCTTTCCAACGGTGAGCAAAGTGCTGGAACAGATGGCGCAGGAAGGCGAAGTTACCCTGCTCGGACTGGATGAGTCCAGCGGCGGGAGACGTGCAAACCGCTACGCTTTTAACCCGGACTATATGCTGGGTCTCGCCGTTTATTATGAGAAGGAGCGGAGCGTATACACCATTTTTAACTGGAACGGCGATCTGGTCGAACGACAAACTGAAGACGGCATACTCCAGCTTGGACCGGAAGCGCTGGCTTCCCAGCTAAGAAGCTGGATCCACCGTTATCCGAAAATCCGCTCGATTGCGGTCGGCATGCCGGCTGCGGTTCGTGATGGCGTCGTTTTTCACGTGCCGTTGTACGGGACATTCCAGGATTACGACCTCAAATCTTACCTGGAGAACCTGTTCTCCATTCCTATCATCGTGGAGAATGACATGAATGCGGCCGTGCTTGGCTATCAGAATCTGAGCCGTACGGAGGAGGCTTCTCTTGTATACGTGTATTTCGGACACAACGGACCGGGGGCGGGGCTGTTGATCAATGGAAACGTCGTTCGGGGCAAGTCGTTCTTTACGGGTGAGATCGGTTATGTACCGATGAGCAAAGACAACAATTTTCAAGATGTATTGGAGCGTAAAAGTGCCGTCATGAGCAGTCTCATCGAGCCGGATGAGGAGCAAATCGATGCGTTAAGCCGATTAAGCGCCGCCTTCACCGCGATTCTCAATCCGGATGCCATTCTGTGGTGTGAGCATAACCTCCTGCCCTCCACCCTGCTCTGCATTAAAGACCGGGCTTCCGCCTACGTACCGGAGCGTCATCTGCCCGAAATGCTGCTTCGCGAGTGGGAGCATGACTATATAGCCGGCCTGCAGCGGCTTGCTCTGGATATGATGATATCCGATACAAGTGCAATGTAA	MDTRKEPLPTPQSMKYAVRRALRASLLELGSGTKAELSDRLGISFPTVSKVLEQMAQEGEVTLLGLDESSGGRRANRYAFNPDYMLGLAVYYEKERSVYTIFNWNGDLVERQTEDGILQLGPEALASQLRSWIHRYPKIRSIAVGMPAAVRDGVVFHVPLYGTFQDYDLKSYLENLFSIPIIVENDMNAAVLGYQNLSRTEEASLVYVYFGHNGPGAGLLINGNVVRGKSFFTGEIGYVPMSKDNNFQDVLERKSAVMSSLIEPDEEQIDALSRLSAAFTAILNPDAILWCEHNLLPSTLLCIKDRASAYVPERHLPEMLLREWEHDYIAGLQRLALDMMISDTSAM				NA	NA	NA	NA	NA
JZ016_01526	1254			hypothetical protein	GTGAATACAGACCTTCAAACGAAAGCAAAACCTAAATTCAGCAAAGACTACACCCTTCATCTGGCAACCATCTTTCTGGGCTTTATCATATTTGGAATATCGGAAAACATTAAGGGACCCGCCATTCCAAGGATTCAATTCGATTTCCACCTAAATGAAATGCAGATCGGCACCTTGCTATCCCTGAACGCGCTCGGGTACTTGATTGCCTGTTCATTCACTGCGTTGTTAACGCGGAAGATCGGGATCAAGTGGGTCAGTATGGCCGCCTTCGGTTCGATGGCTATCTCTGGTGTGTTGATCTTCCTGTCGCACAGCTACCCGATGTTTACCGCATCCTATTTCTTTATGTACATTGGAAACGGTATGCTGGAGATCGGTCTTGCCATATTAGCTGCCCGGATCTTTGTGCGAAACACAGGCACGATGATGAACCTGTCCCATTTCTTCTACGGAATCAGCTCAACCGTGGCACCGATGATTGCATCCGGACTTATGACCGTAACCGTGTTTAACTACACGCTGGACTGGCGGGGCATGTATCTGGCCATGCTGATGTTATCCGTGCTGCCAATGATCCCGGCACTCATGAGCAAGTTTCCCGGGGACGATCTATCCGAAACGGAACGAACCCCGCTTAAGTTGTTAGTTAAAGATCCTGCACTGTGGCTGGTCGTCATGATTCTATCCTTCGGTGTCGTATCGGAGATGGCAGTTGGCGGTTGGCTCGTAAACTTTCTTGAAAAATCGTACAAATGGGAACCTACGGCTGCTGCCGGGATGCTGTCCGCCTTCTTCCTCTGCTTCTCGGCAGCACGCCTGCTGCTCGGCCCGATAACGGACCGGATCGGCTTCACGCTGTCCATCATCATCCTGTCCGCGTTGACCGGAGTATGCACGTTTATTGCAATCTTTGGCGGAGAATCCTATGCGTTCCTGTTCGCGGCAGCAGGCATTGGAATTGCTCCGATTTATCCGACGGTCATGGCGCTCATTGCCAAAAGATATCCGAAAGAGAGCGACACCGCGATTACGTTCATCGTCACCATGATGGGAATCGGCAGCGTTATCGGCAATTACGCGATCGGGGCGATCACAAACGGCTTCAAGCAAATGTACGGCAGCGGAACAGAGCTCGGGCTGCTGCGCGGGCTTCAGGCGGGCTATGGCTTCATCGGATTGTGTGCCATCCTATGCTCGCTTTTTGGCATCCTTCTGTACCGTTATTTAAAAGTCCGGAAGCAATTGGTCTAA	MNTDLQTKAKPKFSKDYTLHLATIFLGFIIFGISENIKGPAIPRIQFDFHLNEMQIGTLLSLNALGYLIACSFTALLTRKIGIKWVSMAAFGSMAISGVLIFLSHSYPMFTASYFFMYIGNGMLEIGLAILAARIFVRNTGTMMNLSHFFYGISSTVAPMIASGLMTVTVFNYTLDWRGMYLAMLMLSVLPMIPALMSKFPGDDLSETERTPLKLLVKDPALWLVVMILSFGVVSEMAVGGWLVNFLEKSYKWEPTAAAGMLSAFFLCFSAARLLLGPITDRIGFTLSIIILSALTGVCTFIAIFGGESYAFLFAAAGIGIAPIYPTVMALIAKRYPKESDTAITFIVTMMGIGSVIGNYAIGAITNGFKQMYGSGTELGLLRGLQAGYGFIGLCAILCSLFGILLYRYLKVRKQLV	PGPT0021080_26	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021080-pbuE-K18567	NA	NA
JZ016_01527	1764	bga_2		Beta-galactosidase	ATGAAAGCTCAATTGAAAGCGGTTAATCAACAGTTCGTGCTCGGCGATGAGCCGATCCAGATTTTGTCGGGTGCCGTACATTATTTTCGGATCGTGCCGGAGTATTGGGAAGACAGACTAATGAAGCTGCAAAGCTGTGGATTAAACACCGTGGAAACCTATATTCCCTGGAATTTGCATGAACCCATGGAAGGACAATTTACTTTTGAAGGCATCACCGACTTGGTGAGATTCGTCCAAATCGCCGGTGATCTCGGGCTGCATGTGATCCTTCGGCCAAGCCCTTACATATGCGCAGAATGGGAATTTGGCGGGCTGCCGTCCTGGCTGCTGAAGTATCCTGATATCCATCTGCGATGCATGGATCCGTTGTATCTGGAGAAGGTTGACCATTATTATGATGAACTGATTCCGCGGCTGGTTCCGTTATTAACCTCCAATGGAGGCCCGGTGATTGCAATGCAAATCGAGAACGAGTACGGGAGCTACGGAAATGATACGGCATATCTGGAGTATTTGAAGGATGGCTTGATCAAGCGGGGCGTAGATGTATTGCTGTTCACTTCGGATGGTCCCACCGACGGAATGCTGCAAGGGGGAACCGTTCCAGGCGTGCTTGCCACCGTCAACTTTGGTTCGAGAACGGAAGAGGCTTTTGCCAAACTGCGGGAATATCGGGCGGAAGACCCTCTCATGTGCATGGAATACTGGAACGGATGGTTTGATCATTGGCTGAAACCGCATCATACCCGGGACGCGGAAGATGCCGCTGCGGTGTTCAAAGAGATGCTGGACTTGCATGCATCCGTGAATTTCTACATGTTTCATGGGGGAACCAATTTCGGATTTTATAACGGGGCGAATTTTCACGAGAAGTATGAGCCGACGATCACCAGCTATGATTATGATGCCCCACTCTCGGAGTGCGGGGATGTAACAGCCAAGTACGAGGTTATTCGCAGCATGATTGCGAAGCATCAGGGAAAAGAGCTCTCTGATTTTCCAAGTTTGCCTCAGCCCGTCAAGAAAAAAAGCTATGGCTCGGTTCGCATGACGCATTATGCCGACTTGCTGGAGCATCTGCCGACGCTATCCGAGGCGGTGAAACGCACAACACCTGTACCGATGGAACTGCTGGGTCAAAGCTATGGCTTCATCGTTTATGCAACGGATATTACCGGACCTCGCCAGGGAGAATCGTTGCATCTGCAAGAGGTGCATGACCGGGCACAGGTATTCCTGGACGGTAAGTATCAGGGGACGGTTGAACGCTGGAATCCCCAAGCCCTCCAGTTCGATGTTCCGGCAGCCGGCGCCAAGCTGGAGATCGTTGTCGAGAATATGGGGCGTATCAATTACGGCCCGAAGCTGAAGGACTATAAAGGAATTACTGAGGGAGTCCGGATGAACAACCAGTTCCTGTATGACTGGAGCATCTATCCTGTGCCGCTTGAGAATCCGAATGCGGCGCCGTTTCAACCGCTTACGGGTCCGTTTGAACAGCAGGACCGCCCTACCTTTTATCGAGGTGAATTCTCGGTGGATGACATTGGAGATACGTTTATCCGCTTGGACGGATGGGGAAAAGGGGTTGTATGGGTCAATGGCTTCAACCTGGGGCGTTACTGGGAACAAGGACCGCAAGCAGCGCTTTACCTGCCTGGACCCCTGCTGAAGCAGGGCCGCAATGAAATTTTGGTGTTTGAGCTGCACCATACCGAAACAGCAAGCATCGAACTTGTTGATCAACCCGACTTGGGTTAA	MKAQLKAVNQQFVLGDEPIQILSGAVHYFRIVPEYWEDRLMKLQSCGLNTVETYIPWNLHEPMEGQFTFEGITDLVRFVQIAGDLGLHVILRPSPYICAEWEFGGLPSWLLKYPDIHLRCMDPLYLEKVDHYYDELIPRLVPLLTSNGGPVIAMQIENEYGSYGNDTAYLEYLKDGLIKRGVDVLLFTSDGPTDGMLQGGTVPGVLATVNFGSRTEEAFAKLREYRAEDPLMCMEYWNGWFDHWLKPHHTRDAEDAAAVFKEMLDLHASVNFYMFHGGTNFGFYNGANFHEKYEPTITSYDYDAPLSECGDVTAKYEVIRSMIAKHQGKELSDFPSLPQPVKKKSYGSVRMTHYADLLEHLPTLSEAVKRTTPVPMELLGQSYGFIVYATDITGPRQGESLHLQEVHDRAQVFLDGKYQGTVERWNPQALQFDVPAAGAKLEIVVENMGRINYGPKLKDYKGITEGVRMNNQFLYDWSIYPVPLENPNAAPFQPLTGPFEQQDRPTFYRGEFSVDDIGDTFIRLDGWGKGVVWVNGFNLGRYWEQGPQAALYLPGPLLKQGRNEILVFELHHTETASIELVDQPDLG	PGPT0017815_2374	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308	NA	NA
JZ016_01528	915	rhaS_11		HTH-type transcriptional activator RhaS	ATGGATATCGCTTTTCGCTTTCCCAATATGATTCACACGCTTCAAGTAACGGGATGCCATTTCGATTCCCAGCCGCCCGGCTGGAGTTATCCGAGGCATCATCATCACCTGTTTGAGCTGCTGTACTGTCTGGAAGGCGAGGTTCTCCAGGAAATTCATCGGGAGTCTTTTACGCTGCGGCAAGGAGAATGGCTTCTGATCAAATCCGGAGTCCCCCATCAAACCACGAATCTGGCCAACGGGCCATATGGATACTTTAATGTTCATTTTGATCTCGATGATCAGGAAATTCGAAGCTCATTATCCGCTGCCCCTTACCGTCACATTCGCCAACAGGAAAGCGAGCACAGCAATCTGAAGGCATACGTTCAAGAGCTGGAGGGAATCGTTCGACGCAGTCAGCCGGCAGCCCATTCGCTTCAACCGGAGAACCCGAGGGCTGAATACAATCTCACTTTTGAAGACAGACTTCTGCTCCAATCCTATACATTACTCATCATCCACGATGTGCTCTCCCTCCTGAAGGTGCAGGATGAAGTCAAGCTGTCTTCGTCGACACAGGCAGTATCAGGCTCCCACAAGCCGTCTTCCTTGCTTGCAGCCGATGCGGCGCATGCCATTGAAGAGAAGCTGTCATCAGGGCTTACAGAAGAGATCTCTGTCACAGCCGTATCCAAAGAGCTGAATTTAAGCCGCAGCCAATGCAGCAAGTTGTTTCGCCAAGTTTACGGAATATCGCCAAGACAATATATCAGCCGACAAAAGCTCACCCTGGCCAAAGAGCTGCTGGTCACGACCCATCTGCCAATGACGGCGATTGCCGACAAACTCGGCTTTCGCTCAGCCAGCCATTTTTCAAGGCAATTCCGCCGCTGGACCGGGCAGTCGCCGACAGAATACCGTCCCAGACACTAA	MDIAFRFPNMIHTLQVTGCHFDSQPPGWSYPRHHHHLFELLYCLEGEVLQEIHRESFTLRQGEWLLIKSGVPHQTTNLANGPYGYFNVHFDLDDQEIRSSLSAAPYRHIRQQESEHSNLKAYVQELEGIVRRSQPAAHSLQPENPRAEYNLTFEDRLLLQSYTLLIIHDVLSLLKVQDEVKLSSSTQAVSGSHKPSSLLAADAAHAIEEKLSSGLTEEISVTAVSKELNLSRSQCSKLFRQVYGISPRQYISRQKLTLAKELLVTTHLPMTAIADKLGFRSASHFSRQFRRWTGQSPTEYRPRH				NA	NA	NA	NA	NA
JZ016_01529	393	catD_1	COG2259	Putative oxidoreductase CatD	ATGCGTAGCTATTCTTCTATGGGTACTTTCATTATTCGGGTTATTCTGGGCGTTATCTTTTTGGCTCACGGTTTGGATAAATTCCAGAGCGGCATCGGCAACATCGAGGGCTTTTTCGCCAGTTTGGGAATCCCCGCATTCATGGCGACCGTTGTGGCCATTATCGAAATTGTGGGTGGTATTGCATTGATTATCGGTTTGGGAACGAGAATTGCCTCCCTTGTTCTTGGCGTTGTGCTTGTCGTAGCTATTTTTCAGGCCAAGCTCGGCATGGGCTTCCTGGGTGGCTATGAATTGGATATTGCCTTGCTGGCCATGGCCGTTCATCTTGCCCTTAGCGGCAGCAGCCTGCTCTCGGTCGATTCGTTGTTTGGCAAGAAAAACAAAGCCTAA	MRSYSSMGTFIIRVILGVIFLAHGLDKFQSGIGNIEGFFASLGIPAFMATVVAIIEIVGGIALIIGLGTRIASLVLGVVLVVAIFQAKLGMGFLGGYELDIALLAMAVHLALSGSSLLSVDSLFGKKNKA	PGPT0028505_6516	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028505-catD-K15977	NA	NA
JZ016_01530	1242			hypothetical protein	ATGAAACGAGGAGGCTTTCTATACTACTGGACCGCGCATTCAAGCATTTCGCTTGCAGGCGTTGTCTACATCATGGTATTGACTACCTTTATGTATCAAGAATCCGGATCGGCCTTTATTGCCGCGTTATTCCCGCTGTTTAACGCAGTCGCACGGTTAGTCGCCGGCCTTACGGCTCCGCTTGTGATGGAGAAATTCGGCTTCTCCAAGCTTCTGGTGAGGCTTCAAGTCATGAAAGCCCTGTTGTTAACCGCATTGGTTATCGCATTTCCCTACATATCAACTCAGGTTTCCGTGCTGTGTATGTTTATCTTGTTCATTGCTTTTACCGAAGGATGGGGAAACCCGCTCATTCAGTCCATGGTTCCGAGAGTAGTTGCACCTGACCGGCTGGTTAAGGCTAACAGCTCTCTGTCCGTGACTAGTCAATCCTTGCAGATTGCAGGATATACCTTCACGGGCTTTCTCGTTGTACGGTTTGGACATATGCCGACGTTAATCATGAGCTGCGTACTCATCTGGGTATCCGTGTTGTGCCTTTGGATCGCAGCACGCTCTATGAAGGAGAAGGAACCGGCTGCGGCGGGAGGAGCGAAAACAGGCTGGGAAGTGATTCGTGAAGGCTGGTTCTACCTGTGGAGAAATCCGACATTAAGAATCGTGACGATGATGGATATGATTGAAGGGATCGCGGGAACCATCTGGGTGGGAGCGATCACGCTGGTGTATGTCAAGGAAGTGCTGCATCAAGGCGAAGCTTGGTGGGGATTCATTAATGCAAGTTATTATATAGGCGCCATTGCGGGTGGGCTGCTGATGCTGCTCCTGTCTTCCTTTATCCAGAAAAATCTGATTCCATGCATGGCCGTAGGATCAGCGGTGTTCAGTTTGCTTACCCTGTGGTATGGCCTAAACAGTATCCCGATCATGGCATTAATCCTATGTATTGCAATGGGACCGGCCTATCAGCTGCGGGATGTGGCGCAGCAAACCGCGCTCCAATCCAGCGTGGATCAAGAGCTGCTGCCGAAAATCTACGCTTCGCGTGATATCTTGCTGTCCACGGTAACGAGTTTATCGATTGCGGTCATGGGTCTGATTGCGGATACACTCGGCATTCGCATGGTGTACATTGCAGGCTCCATCTGTATTGCGATATCCGCAGGGTTATCGTTCGCGCTTCTGAGACTGCAGAGGAAATCGGCTATAGCGGCCGAAAAGGGCGGTAGCAGCTTTTCATAA	MKRGGFLYYWTAHSSISLAGVVYIMVLTTFMYQESGSAFIAALFPLFNAVARLVAGLTAPLVMEKFGFSKLLVRLQVMKALLLTALVIAFPYISTQVSVLCMFILFIAFTEGWGNPLIQSMVPRVVAPDRLVKANSSLSVTSQSLQIAGYTFTGFLVVRFGHMPTLIMSCVLIWVSVLCLWIAARSMKEKEPAAAGGAKTGWEVIREGWFYLWRNPTLRIVTMMDMIEGIAGTIWVGAITLVYVKEVLHQGEAWWGFINASYYIGAIAGGLLMLLLSSFIQKNLIPCMAVGSAVFSLLTLWYGLNSIPIMALILCIAMGPAYQLRDVAQQTALQSSVDQELLPKIYASRDILLSTVTSLSIAVMGLIADTLGIRMVYIAGSICIAISAGLSFALLRLQRKSAIAAEKGGSSFS				NA	NA	NA	NA	NA
JZ016_01531	279			hypothetical protein	ATGGCGGATAATCGGTGTAAAGGTTGTCATGACGATTACCGGGTTAACGAGGAACAAATTACGCGCGTCCTATCATCTCCAATGTTTACGTCTGACCGTTGCGTGCCGGATGGTGAGTATGATGCCCGTCTGCGTGCGTGCTTCTCTTGTCCAAAGCTGCAAGGGAACACGACATGCACGCTGTGCGGCTGCATCGTACAGATCACCGCGAAGCTTAAAGACAAGCGATGTCCTTATCCGGGGCAGGACCGTTGGTCGGTTGCCCATAGCGCTTCATAG	MADNRCKGCHDDYRVNEEQITRVLSSPMFTSDRCVPDGEYDARLRACFSCPKLQGNTTCTLCGCIVQITAKLKDKRCPYPGQDRWSVAHSAS				NA	NA	NA	NA	NA
JZ016_01532	1494	abf2	COG3534	Intracellular exo-alpha-L-arabinofuranosidase 2	ATGAGTCATGTTATTACCATTCATTCGGATTTATCCAAAGGCAAGATCAACCGCAATATTTATGGTCATTTTTCCGAACATCTGGGTCGCTGCATTTATGAGGGCATATGGGTGGGTGAGGATTCACCGATTCCGAATACGGAGGGGATCCGCAATGATGTACTGGAGGCGCTGAAACAGCTTAACATACCGGTGCTGCGCTGGCCAGGCGGTTGTTTTGCCGACGAGTACCACTGGAAGGACGGCGTCGGTCCACGAGAGAATCGGAAGCAAATGGTCAATACGCACTGGGGCGGCGTTGTGGAGAACAACCATTTTGGCACCCACGAATTCCTCCGTCTTTGCGAGCTTCTGGGTTGTGAACCATACATATCGGGCAATGTCGGCAGCGGCACCGTGCAGGAAATGTCGGAATGGGTTGAATACATGACCTTTGATGGCGTGTCGCCGATGGCCGCATGGCGCCAGGAGAATGGCCGCGAGAAGCCATGGAATGTTAAATATTTTGGCGTCGGGAACGAGAACTGGGGCTGCGGCGGCAATATGCGGCCGGAGTATTATGCGGATCTGTACAGACGCTATCAGACTTATGTTCGCAACTATGGCGATAACAAGATCTACAAGATTGCCTGCGGCCCGAACGTGGATGATTACCGCTGGATGGAAACCGTGATGAGAGAAGCGCATCCGTTCATGGATGCCATCAGTCTTCACTATTACACGATTCCTGGCGAATTCTGGACAGGCAAAGGCGCTGCTACCGGATTCAGCGAACAGGAATGGTTCACCACGATGAAGAAGGCGCTTCATATGGATGAATTGATTACGAGACATTCGGCAATCATGGACCAGTATGATCCTAACAAGCGGATCGGCCTCATTGTAGACGAGTGGGGAACCTGGTTTGACGTAGAGCCTGGCACCAATCCGGGCTTCCTGTATCAGCAGAATACGATCCGTGATGCTCTGGTGGCGGGTTTAACGCTGAATATCTTCCACGAGCATAATGATCGGGTGGTCATGGCGAACATTGCGCAGATTGTCAATGTGCTGCAGTCCGTCATTTTAACCGAAGGCGAGAAGATGATTCTTACTCCGACTTATCATGTGTTTGATATGTATAAAGTGCATCAGGATGCAGAGCGTTTGGCTACCAACTACAGCGGCGCTGATTATGAGATGGACGGCGAGAAGATTCCGCAAGTATCCGTAACGGCCTCGAAGGATCAAGCCGGCAAAATCCATGTGAGTCTGTGTAATGTGAGTCATGCGGAGCAAAGTGACGTGACGATTCAGCTTCGGGGATTAAGCGGAGCGGTGTCCAAGATCGTAGGCCGGCAGCTAGCCTCCGATTCGCTGGACGCTCACAACACCTTTGAATCGCCGGAGACTCTGAAGCCGGCTGCATTCCATGCTTTTGAACAGGAAGGCGACGTTCTGCGTGCCAAGCTGGCACCGATGTCCGTTACCGTTCTCGAGATCACGGCAGGATAA	MSHVITIHSDLSKGKINRNIYGHFSEHLGRCIYEGIWVGEDSPIPNTEGIRNDVLEALKQLNIPVLRWPGGCFADEYHWKDGVGPRENRKQMVNTHWGGVVENNHFGTHEFLRLCELLGCEPYISGNVGSGTVQEMSEWVEYMTFDGVSPMAAWRQENGREKPWNVKYFGVGNENWGCGGNMRPEYYADLYRRYQTYVRNYGDNKIYKIACGPNVDDYRWMETVMREAHPFMDAISLHYYTIPGEFWTGKGAATGFSEQEWFTTMKKALHMDELITRHSAIMDQYDPNKRIGLIVDEWGTWFDVEPGTNPGFLYQQNTIRDALVAGLTLNIFHEHNDRVVMANIAQIVNVLQSVILTEGEKMILTPTYHVFDMYKVHQDAERLATNYSGADYEMDGEKIPQVSVTASKDQAGKIHVSLCNVSHAEQSDVTIQLRGLSGAVSKIVGRQLASDSLDAHNTFESPETLKPAAFHAFEQEGDVLRAKLAPMSVTVLEITAG	PGPT0018655_1715	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209	NA	NA
JZ016_01533	747	artM_1	COG1126	Arginine transport ATP-binding protein ArtM	ATGGCAATTATCGAAGTAACCCATGTGAAAAAATCCTTCGGCCAGCTGGACGTGCTGAAGGACGTCAGCTTTGAGATTCAGAAGAATGAAGTGATTGCCGTCATCGGACCTTCCGGATCGGGGAAGAGCACCATGCTCCGGAGCCTGGTGCATCTGGAGGAGATTAATGGCGGATCGATCAAGCTGCAGGATCAATATCTCGTGAAGGATGGCGTATATGCCAGCCCGCCGGGGATCAAAGCGATCACATCCCGGATGGGCATGGTATTCCAGCATTTTAACCTGTTTCCTCATCTCACGGTACAGGAGAATCTGGGACTGGCACCTAAACATGTGAAGAAACAATCAAAGGAAGAGGTTAGGGTAAACAGCGCCGCTCTGCTGAAGAAGGTCGGTTTATCTGATAAAGCAGACGTATACCCCGGGAATCTGTCGGGCGGACAGAAACAGCGTGTGGCCATTGCGAGAGCACTGATGATGAATCCGGACATCATGCTGTTTGACGAACCGACATCGGCGCTGGACCCCGAGCTGACCGGCGAGGTGCTGGCGGTTATCAAGCAGCTGGCCGAGGAGCATATGACGATGGTGATCGTCACGCATGAGATGAGTTTTGCCAAAGAAGTGGCGGACCGAATGATCTTCATGGATAACGGACAGGTCGTCGAATCCGGCACGCCGGATCAAATATTTAACCAACCGAAGGCAGAGCGCACCCGGGAATTTTTAATCCGGGCGACGCGTTGA	MAIIEVTHVKKSFGQLDVLKDVSFEIQKNEVIAVIGPSGSGKSTMLRSLVHLEEINGGSIKLQDQYLVKDGVYASPPGIKAITSRMGMVFQHFNLFPHLTVQENLGLAPKHVKKQSKEEVRVNSAALLKKVGLSDKADVYPGNLSGGQKQRVAIARALMMNPDIMLFDEPTSALDPELTGEVLAVIKQLAEEHMTMVIVTHEMSFAKEVADRMIFMDNGQVVESGTPDQIFNQPKAERTREFLIRATR	PGPT0020790_3582	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020790-ABC_PA_A-K02028	NA	NA
JZ016_01534	660	yecS_1	COG0765	L-cystine transport system permease protein YecS	ATGAGTATGGATTACATTGTTCAAATCGGCAAACCGATGCTGGAGGGCGCACAGACAACGATACTGTTGTTTTTAATTGCTATCCTGGTTTCCATCCCGCTCGGGTTTGTGTTCACGTTAATGGTTCGAAGCGCAATCAAGCCGCTGGCTTGGTTGGCCAATGCCTATATTTATGTGTTTCGTGGTACCCCGCTGCTGCTGCAGCTGTTGTTCTTTTGTTTTGGGCTGCCAGTGCTGCCCGTGATCGGAGAGTATCTCGTTCTGGACCGTTTTGTAGCCGCATGTTTGGCATTTGTGCTAAACTATGCTGCTTATTTTGCGGAGATCTTTCGGGGAGGCCTCTTGGCGATTGACAAGGGTCAATATGAAGCGTCCAAGGTGCTGGGCCTGAACCGCTGGCAAACGACCACGAAAGTGATTCTGCCCCAAATGTTTCGCGTAGCCCTGCCGGCGGTATCCAATGAATCCATTACACTGGTAAAAGATACGGCGCTGCTGTATGCCGTAGCGGTTCCGGAGTTACTGCACTTCGCCTATACGGCGGTCAATCGCGATGTTACGATTATGCCGTTTTTCATTGCAGGCGTCATATACCTGCTAATGACGCTCGTGTTAACCATGTTGTTTAAGTTTCTGGAACGCCGATTTAAATATGAATAG	MSMDYIVQIGKPMLEGAQTTILLFLIAILVSIPLGFVFTLMVRSAIKPLAWLANAYIYVFRGTPLLLQLLFFCFGLPVLPVIGEYLVLDRFVAACLAFVLNYAAYFAEIFRGGLLAIDKGQYEASKVLGLNRWQTTTKVILPQMFRVALPAVSNESITLVKDTALLYAVAVPELLHFAYTAVNRDVTIMPFFIAGVIYLLMTLVLTMLFKFLERRFKYE	PGPT0020795_9100	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020795-ABC_PA_P-K02029	NA	NA
JZ016_01535	768	fliY	COG0834	L-cystine-binding protein FliY	GTGAAAAAGATAGCATCAGTATTAGCAGGCTTCATGCTGTTATTAACCGTAGTCGGCTGTTCAAGCTCCGCAAGCGGCGGCAATGAGCTGGTTGTCGGGATCGACGACAAGTTTGCGCCCATGGGCTTTCGCGACGAGAGCAATGAAATTGTCGGCTTTGATATCGATTATGCCCGTGCAGCCGCTGAGAAGATGGGCAAGGAAGTCAAGTTCCAGCCGATTGACTGGAAATCGAAGGAGTCCGAACTTAGCAGCGGCCGCATTGACTTGATATGGAACGGCTATACCATCACCGATGAGCGCAAGGAGAAAGTGTTGTTCACCAAGCCTTATCTGGAGAACAGTCAGGTCGTCGCCGTGCTGGCTGATTCGGATATAACTTCGATCAGCGATTTGGCAGGCAAAGAGATCGGTTTGCAGTCGCTGTCCTCGGCAGCTGACGCGTTAAGCGCCAACGAGATTCACACGCAAGTGAAGAAGATCAACGAATTCCCTGACAATATGCTGGCTCTGAGCGATTTGAAGAATGGACGCGTAGAGGCTGTGGTCATAGACGAAGTGGTGATGAAATACTTCATGTCCAAGGAAGAGGGAATATACAAGATTCTCGAGGAATCTCTGGCACCGGAGCAGTACGGGATCGGGGTTAAAAAAGGCAACGAGGAGCTGCTTCAAAGCCTGCAAAAAGCACTGGACGAAATGAATGCCGATGGTACGGCAGCCAAGATTTCCGAGAAATGGTTTGGCGAAAACAAAGTGTTGAAGTAA	MKKIASVLAGFMLLLTVVGCSSSASGGNELVVGIDDKFAPMGFRDESNEIVGFDIDYARAAAEKMGKEVKFQPIDWKSKESELSSGRIDLIWNGYTITDERKEKVLFTKPYLENSQVVAVLADSDITSISDLAGKEIGLQSLSSAADALSANEIHTQVKKINEFPDNMLALSDLKNGRVEAVVIDEVVMKYFMSKEEGIYKILEESLAPEQYGIGVKKGNEELLQSLQKALDEMNADGTAAKISEKWFGENKVLK	PGPT0020800_13306	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020800-ABC_PA_S-K02030	NA	NA
JZ016_01536	726			hypothetical protein	ATGACAACACACTTGAAGTCAATGAAGCGGCTGGTGCTTGTCGCCATCGCTGTAGTCATGGGCCTCGCTTATCTTCCCGTCTCGGTCTCGGCGGAACCGGTCGGACAGCAAACAGAATCACCGGCTGTTCCTTCTTCCCAAGACGAACGCGGGCAACATAAACCCGGTCATATGTTCAAGGCCATCTCCGAATTTCTGAAGCTGGAACCGCAAGTTCTTCGAGATAAACTCAAAACCTCGACACTCGCGGAAATAGCCAAGGAACAAGGTGTATCCAGAGAGGCCGTAAAAGCCAAGATCGTTGAGCTGTTGAAGGATAAAATCTCCTCGCATCCGAAGCAGCTGGGCAAATCCATCGATTACTCCGCTGCCGCGGACAAGCTGCTTGACGCCAAAGGCGGGTGGCAGAAGCAGCGGATGCATCAGCGCCATGGCCGGTTGATCTCGGATAGCGACGAGCTGGCCAAACTTCTGAAGACGACGCCGGAAGCACTCAAGCAGTCGCTCCAATCTGGAAAATCGCTGGCACAGATCGCGAAGGAGCAAGACGTGCCCGTCCAGTCCGTCATTGATCAACAAGTCCAGGCACTCACGAAGCGCCTGGATCAGAAGTTGACCGAAGGCAAACTGACGAAGGAAGAATACGAGGAGCGCAAATCCAGAATTGCTCCGTTCGTGAGCGATGTGGTGAATGGTAAACTCAAACCGATGAAACATAGCCGGTAA	MTTHLKSMKRLVLVAIAVVMGLAYLPVSVSAEPVGQQTESPAVPSSQDERGQHKPGHMFKAISEFLKLEPQVLRDKLKTSTLAEIAKEQGVSREAVKAKIVELLKDKISSHPKQLGKSIDYSAAADKLLDAKGGWQKQRMHQRHGRLISDSDELAKLLKTTPEALKQSLQSGKSLAQIAKEQDVPVQSVIDQQVQALTKRLDQKLTEGKLTKEEYEERKSRIAPFVSDVVNGKLKPMKHSR				NA	NA	NA	NA	NA
JZ016_01537	516			hypothetical protein	ATGAAGAAGTCGGCTTGGAAATTGGGAGCAATGATGCTGCTGGTACTGATCATGATGACAACCGTTGGCGTAGCCTCAGGCAACAATTATGAGCCGGTTCCGAAAGCTTCGAATCAGGAAGCTGTCTATATTAACGGGCTTGAGATTAGAGACGGCAAGGTCTATCTGCAAGTAGATCCAATTAAATGGTACGAGGGCGAGGAAGCGAATCAGGTATTCCGCGAACGGGAGCAGGACCCTGAGATGACGGAAGCACCGGATGGTTATTATATCGTAAATGATACGGAAGAACAGATTGAACTTCCTGTGGCTGATGATGCCGAAGTGCTGCTTCAGTTGTACGATCATACCGGACGGTATGAGGATGCTCAGATTTCCTGGAACCAGATGGTGAGCCTGGACAAATTCACGAATATCTACGAAAAGGATGATATCGTAGACATGAAATGGTTTCCATTTCATATCACCGTCGAAGATGGCGTCGTAGTGAAGATGATCCAGCAATACGTGCCTTAA	MKKSAWKLGAMMLLVLIMMTTVGVASGNNYEPVPKASNQEAVYINGLEIRDGKVYLQVDPIKWYEGEEANQVFREREQDPEMTEAPDGYYIVNDTEEQIELPVADDAEVLLQLYDHTGRYEDAQISWNQMVSLDKFTNIYEKDDIVDMKWFPFHITVEDGVVVKMIQQYVP				NA	NA	NA	NA	NA
JZ016_01538	930	ppaC	COG1227	Manganese-dependent inorganic pyrophosphatase	ATGGCAAAAACATTAATTTTTGGACACAAAAATCCGGATACGGACACAATCTGCTCTGCTATTGCTTATGCTGATTTGAAGAACCAGCTCGGCCTTTCTGCCGAGCCCGTGCGTCTTGGAGACGTTAACGGTGAAACGCAATATGCGCTCGATTACTTTAAGGTCGAAGCTCCTCGTTTCGTTGAGACGGTTGCAAACGAAGCCCAAGACGTTATCCTCGTGGACCATAACGAGCGTCAGCAAAGCGCAAGCGACATTGATCAGGTTCGCGTGATTGAGGTTATCGATCATCACCGCATCGCGAATTTTGAGACAAGCCACCCATTATACTACCGTGCGGAGCCTGTCGGCTGCACAGCTACCATTCTGAACAAGATCTACAAGGAAAAAGGTATCACCGTTCGCAAAGAAATTGCTGGCCTGATGCTGTCCGCCATCATCTCGGACTCCCTGTTGTTCAAATCCCCAACCTGCACAGACGAAGATATCGCAGCAGCTCGCGAGCTGGCTGAGATCGCTGGCGTGGATGCAGACAGCTATGGGCTCAATATGCTCAAGGCAGGCGCCGATCTGAGCGACAAAACCATCGCGCAATTGATCTCCCTGGACGCCAAGGAATTCCAAATGGGCGGAGCCAAAGTGGAAATCGCACAGGTTAACGCGGTGGATACCAATGATGTATTGTCCCGTCAAGCCGAACTCGAAGATGCGATTCAAGCGATTATTGCCGACAAAAACCTGGACCTGTTCGTCTTCGTAGTGACAGATATTCTGAACAACGATTCGATCGCTCTTGCACTCGGTAAAGAGTCCAAGGCCGTTGAGAAAGCCTACAATGTGTCCCTGTCGGAGAACAAGGCTCTTCTTAAAGGCGTGGTTTCCCGCAAATCGCAGATTGTTCCTGTCCTGACCGAAGCATTCAATCAATAA	MAKTLIFGHKNPDTDTICSAIAYADLKNQLGLSAEPVRLGDVNGETQYALDYFKVEAPRFVETVANEAQDVILVDHNERQQSASDIDQVRVIEVIDHHRIANFETSHPLYYRAEPVGCTATILNKIYKEKGITVRKEIAGLMLSAIISDSLLFKSPTCTDEDIAAARELAEIAGVDADSYGLNMLKAGADLSDKTIAQLISLDAKEFQMGGAKVEIAQVNAVDTNDVLSRQAELEDAIQAIIADKNLDLFVFVVTDILNNDSIALALGKESKAVEKAYNVSLSENKALLKGVVSRKSQIVPVLTEAFNQ				NA	NA	NA	NA	NA
JZ016_01539	1032	murB_1	COG0812	UDP-N-acetylenolpyruvoylglucosamine reductase	ATGTCTACGATGACTTTACATACATCTGCTATCGACCGATTGTGCAAGCGCAATGTGGAGCTGTCTGCTTTTTCGACGTATGGGATCGGCGGTTCAGCCAATTATCTGGCCATGCCTGAAACGGCAAATGACCTGGCGGATCTCCTGCAGGACTGCAGGAAACGCGGGATACCATGGTACATCTTTGGAATGGGCTCCAACATTCTGTTTCCGGATGAACCGAAACATGACCTGGTGTTTATATCGCTCAAAAACCTGGTGGAGCTGCGGGTGTCGGCTGATAAATGGTACGTTTCATCCGGCGCGCCGATGTCGTTATTGTCCTTGATGGGGTTAATGGGTGGAACGGATTTGCTTGATTTTACTTTTTTGCTGCCTGGCTGCGTAGGGGCCGGCATCTATATGAACGCTAAATATAATGCTCGTCAAATCTGCGATATTCTGGACACGGTCTATTATATCGATACGACGGATCCGAGCTTAAAGGTACGGTCCATTCCCGTAGCGGACTGTTTATTTGCATACAAGCAATCCATCTTCCAGCAGCATCCGTGGATCATAGTAGGGGCCGATCTTAATATTCCGGTCAGCTCGAAGGAACAGATCAGCATGACATCTGAAGTTCTCACAGAGTGGAAGACTCGCGGCAGCCATCCATCCTCATTGCCATCGTTTTTCTCATTCTTTCTGGGTGAAGTGCACGCGCTGGCAGGAAAGGGAATAGAGACGCCTCAGTCGATGCTTGATATCATCAAGTACCGGACGAGTAAACGCCATTTCGACTACCCGTCCTGCGGTTCCGTATTCAAAAATAATTATGATTATGGAGTAGCCGTCGGCTCGCTCGTGGATCAGCTGAATATGAAGGGAACCGAATATGGCGGCGCGATCATCTCTCCGCATCACGGCAACATGATTCTGAACCAGAAGCATGCGAAGGCAACCGATATCCTCTACTTGATGAATCTGATCTCGGAATCGATTAACAACCATTTTGGATTCGTTCCGGAGCCGGAAATTGTATTGGTATAA	MSTMTLHTSAIDRLCKRNVELSAFSTYGIGGSANYLAMPETANDLADLLQDCRKRGIPWYIFGMGSNILFPDEPKHDLVFISLKNLVELRVSADKWYVSSGAPMSLLSLMGLMGGTDLLDFTFLLPGCVGAGIYMNAKYNARQICDILDTVYYIDTTDPSLKVRSIPVADCLFAYKQSIFQQHPWIIVGADLNIPVSSKEQISMTSEVLTEWKTRGSHPSSLPSFFSFFLGEVHALAGKGIETPQSMLDIIKYRTSKRHFDYPSCGSVFKNNYDYGVAVGSLVDQLNMKGTEYGGAIISPHHGNMILNQKHAKATDILYLMNLISESINNHFGFVPEPEIVLV	PGPT0024115_1500	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024115-murB-K00075	NA	NA
JZ016_01540	951	sigA_1	COG0568	RNA polymerase sigma factor SigA	ATGGAGAACCGTCAAAGTGCGGATTTTGCATTGGAACGAGAGGTTACGGAAACAGAGAAAGCGGCTAATTCTCCGACAGAGGATTTTTCGGTTCATGACGATCTCTCACTTCCACCAGGCATCAAGATTAGCGATCCGGTTCGCATGTACCTGAAAGAAATCGGTCGTGTTCCCCTCCTTACAGCCGATGAAGAAGTGGAACTGTCCAAACGAATAGAGGAGGGAGATGAAGAAGCGAAACGCCGTTTGGCTGAAGCGAATCTTCGTCTCGTTGTAAGTATAGCAAGACGCTATGCTGGCCGGGGAATGCAGTTCCTGGATCTGATACAGGAAGGCAACATGGGCCTGATCAAAGCGGTGGAGAAGTTCGACTACTCCAAGGGCTTTAAGTTTAGTACGTATGCCACTTGGTGGATTCGCCAAGCGATTACCCGCTCGATTGCTGACCAAGCAAGAACTATCCGGATTCCGGTGCATATGGTAGAGACGATTAATAAGCTCGTACGTGTCTCCAGGCAGCTCCTTCAGGAGCTGGGACGCGAACCGACACCGGAAGAAATCGGTAAGGAGATGGATATCTCGCCGGAAAAAGTACGTGAGATCCAGAAGGTATCCCAAGAACCTGTGTCTCTGGAAACACCGGTCGGGGAGGAAAGCGACTCCAACCTGGGCGATTTCATTGAGGATCAGGACGCATTGGCGCCGGCAGATGCCGCAGCGTTTGAGCTGCTGAAGGAACAGCTGGAGGAAGTGCTGGATACGCTCACCGAGCGTGAAGAGAATGTGCTCCGACTGCGCTTTGGACTTGAGGATGGACGGACCCGCACCCTGGAGGAAGTAGGCCAGGTATTCGGCGTTACGCGTGAACGCATTCGGCAGATCGAGGCGAAGGCGCTTCGTAAATTGCGTCATCCGAGCCGCAGCAAACGACTCAAGGATTTCCTTGAATAA	MENRQSADFALEREVTETEKAANSPTEDFSVHDDLSLPPGIKISDPVRMYLKEIGRVPLLTADEEVELSKRIEEGDEEAKRRLAEANLRLVVSIARRYAGRGMQFLDLIQEGNMGLIKAVEKFDYSKGFKFSTYATWWIRQAITRSIADQARTIRIPVHMVETINKLVRVSRQLLQELGREPTPEEIGKEMDISPEKVREIQKVSQEPVSLETPVGEESDSNLGDFIEDQDALAPADAAAFELLKEQLEEVLDTLTEREENVLRLRFGLEDGRTRTLEEVGQVFGVTRERIRQIEAKALRKLRHPSRSKRLKDFLE	PGPT0014685_943	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0014685-rpoS-K03087	NA	NA
JZ016_01541	1344	nagZ_1		Beta-hexosaminidase	ATGTTGAGGCGTAAGACAAAATGGATGTGCTTAACGATGCTGGTTGTCATCTTGCTATTGGCTGCGGCAGGTTGTCGGGGCGGAGCCGAACCGGGCAACCCCGGGAACAACGGACAAGGAGCTTCGCCGTCGGAGGAAATACAGGAGCCGCAGACCCCGTCTCAAGCTGATGAAGACGGGACTCCGGGTCCATCTGGCAGCTCGGACAACAATGGCGAGGAAGGGAATCTGCCCGAGAACGGGACTGAGGATGCGGTAACGGAGCTTCTGAATAGCATGACCGTCAAGGAGAAGATCGGTCAGCTGGTGCTGGTTGGAATCGAAGGGACTACGATGGATGATACCACGCGCAGATTGCTGGAGGATTACCATGTAGGCGGTATTATCCTTTTTAAGGATAATATCGAGAACGCCCGGCAGTCGGCAGACCTGCTGAATGAGCTGAAAAAAGCAAATGCTGCGAATCCGGTACCGCTCTGGCTGAGCATTGATGAGGAGGGCGGACGGGTTACCCGTTTTCCTGATGAATACGTGAAGCTGCCGTCAAGCGGTAAAATTGGGAGGAGCGATGATCTTACGCTGACCAAGCAAGTTGGTGGACTTATCGCGCAGAAGGTGTCGGGAGTCGGAATCAATATGGTTTTTGCCCCGGTGCTGGACATTGATAGCAACCCGAACAATCCGGTCATCGGCGATCGATCCTTTGGCACAACGGCAGAAACCGTAAGCACGCAGGGAATCGCCTCGATGAAGGGGATACAGGAGAATGGTGTCGTACCTGTAGTGAAGCATTTCCCTGGGCATGGCGATACTTCGGTCGATTCCCATCTCGGGCTGCCGGTTGTTGACCATGATCTGAAGCGTCTGCATGAATTGGAGCTGGTACCGTTTCAACAAGCGATTGATGAAGGAGCCGATGTGGTTATGGTTGCCCATCTGCTGATGAAGAGCATCGATCCGGATACGCCATCCTCCTATTCGAAACCCGTTATCAACGATTTGTTAAGGGAAGAAATGGGGTTTAAGGGTGTCGTTATAACGGATGATATGACCATGGGGGCGATTTCCGGCAGCACAGACTTAGGAGAGGCTTCCGTGAAGTCCGTCGTCGCAGGGAGCAACATGATTCTGATCGGACATGAATATGCATTGGAAGAAGCCGTCATTCAGGCATTAACCGAGGCTGCCCATAGCGGCGTGATCCCGGAGGAGATGCTGAACGACCGGGTGAGGGCAACGCTTGAAATAAAGCACAAATATCAGCTGAGCGATGAGCCCGTGAAGGCTCCCGATGTGAAATCGTTGAATCAAGAAACGAAAGCGGTACTAGATCAGCTTAAGTAA	MLRRKTKWMCLTMLVVILLLAAAGCRGGAEPGNPGNNGQGASPSEEIQEPQTPSQADEDGTPGPSGSSDNNGEEGNLPENGTEDAVTELLNSMTVKEKIGQLVLVGIEGTTMDDTTRRLLEDYHVGGIILFKDNIENARQSADLLNELKKANAANPVPLWLSIDEEGGRVTRFPDEYVKLPSSGKIGRSDDLTLTKQVGGLIAQKVSGVGINMVFAPVLDIDSNPNNPVIGDRSFGTTAETVSTQGIASMKGIQENGVVPVVKHFPGHGDTSVDSHLGLPVVDHDLKRLHELELVPFQQAIDEGADVVMVAHLLMKSIDPDTPSSYSKPVINDLLREEMGFKGVVITDDMTMGAISGSTDLGEASVKSVVAGSNMILIGHEYALEEAVIQALTEAAHSGVIPEEMLNDRVRATLEIKHKYQLSDEPVKAPDVKSLNQETKAVLDQLK	PGPT0012175_1989	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207	NA	NA
JZ016_01542	156			hypothetical protein	ATGAAGGTGATTATCACGCAAGCTGAAGCGATGCAAAAGAATATATGGGATGATATTATGCTGATGTTCGGAAGAACGGATGAGGATGAAGTGTGGGACACAGAGCAGTTTATATTAACAGAGGAGCAGGCCCGTAAGCTCGGCCTGCTTAAATAG	MKVIITQAEAMQKNIWDDIMLMFGRTDEDEVWDTEQFILTEEQARKLGLLK				NA	NA	NA	NA	NA
JZ016_01543	849	degV_1	COG1307	Protein DegV	ATGAGATCCATAGCATGGGTAACCGACAGCACGAGTACGATCGATCCTGACTTCGCCAAGGAAAATCATATTTATATTGTACCTTTGAGGTTGATACTTGGACAGGAGGAGTACAGGGAAGGAATTGATATTTCGGCTGAGGCCTTTTATGAAAGAATGAAAGATGAACCGAAAGTAAGCAGTTCACAGCCTCCAATCGGTGAATTCATCGAATTATATGAATCCTTGAAAGAGAAGTATGATGATATCATCGCCATTCACTGTTCATCCGAGCTTAGCGGAACCTTGAATTCATCTATGCAGGCGGCAGAGATTGCCGAGGTACCCGTGGTTGGCATCGATTCCCAAGCGGGAGCGTTCCCGGTACGCGAAATGATCATGTCCGGGATTCACTGGCATAGCCAGGGGGATACCGTGCAGGTGATTAAAGAGAAAATTCAGTCCATGGTGCAAAACATGTCATTCTACCTTATTCCGGCAAGCCTGCACCGGCTTCATAGCAGCGGCCGGGTATCCGGCACCCAGCTTCTTCTCAGCAACCTGCTCCGCATTCATCTGCTGCTCCGTTTTGATGAAGGCAAGGTCATTGTGGAAGAGAAGATCCGGACGTTCAAGAAGGCCAAGTCACGAATGCTGGAGCTTATGAAAATGGATTTGCAGAAAATTAAAAAGGTCTGCATCATGCACGCGAACAACGTAGAAGAGGCCGAGGAGATCCAGAAGGAAATCAGCGGAGCCCATCCGGCGTTGAAAACCGAAATTATGACCTTTATTCCCGTTGCGGGCATCCATGCCGGCGAAGGCACCATTGCCATGTCGTGGATTAAATATCATCCTGCATATTCCTAG	MRSIAWVTDSTSTIDPDFAKENHIYIVPLRLILGQEEYREGIDISAEAFYERMKDEPKVSSSQPPIGEFIELYESLKEKYDDIIAIHCSSELSGTLNSSMQAAEIAEVPVVGIDSQAGAFPVREMIMSGIHWHSQGDTVQVIKEKIQSMVQNMSFYLIPASLHRLHSSGRVSGTQLLLSNLLRIHLLLRFDEGKVIVEEKIRTFKKAKSRMLELMKMDLQKIKKVCIMHANNVEEAEEIQKEISGAHPALKTEIMTFIPVAGIHAGEGTIAMSWIKYHPAYS				NA	NA	NA	NA	NA
JZ016_01544	354			hypothetical protein	ATGAATCGTAGACAGGAACTAAATCAAATGTATAAGGAAATCAAGATCGAAGCAGGCGTGTATCAAATTCGAAACACAAAGAACGGCAAAGTGTTTGTGGCCGGAACGAATAACTTGAAGACCATGAACGGCAAACGATTCGAGCTGCAGATGGGAACGAGCTACAATAAGACGCTTCAGTGGGAATGGAATGAGTATGGCGAGGATGCTTTTGTCTTCGAGATTCTGGAAACCATCGAACCGAAAGAGGATCCGTTCTATGATCTGAAGGGCGCGGTCAGCAAACGGGAGGCATATTGGATTGAACAGCTGGAACCTTTTGGAGAAAAGGGGTATAACGCAGAGCGAAAATAA	MNRRQELNQMYKEIKIEAGVYQIRNTKNGKVFVAGTNNLKTMNGKRFELQMGTSYNKTLQWEWNEYGEDAFVFEILETIEPKEDPFYDLKGAVSKREAYWIEQLEPFGEKGYNAERK				NA	NA	NA	NA	NA
JZ016_01545	768			hypothetical protein	GTGGTGTTTGCATTGGATCCGAACGAGCGTTTCTGGAATGCTTCTATAGATGAACTTAAGCAAGGCTATATCGACGAAGGTCCCGTATGGGTATGTCTCTTGTGCGGCAAGACGATCGAGAAAGGGATCATCTATCCGGACCAGGATGTGTTATATGAGTCAGAACGATACATGACCATTCATATCCGCCGGGAGCATGGCTCCGTATTTCAGTATTTGTCAGGGCTCGATAAGAAGCTGACTGGATTAACCGAGCATCAGAATCGATTGCTGCAGCTCTTCTATCAAGGCATGAACGATAAAGAGGTGCAACAGGAGCTCGGCATAGGCAGTGCTTCGACGATTCGCAATCACCGGTTTGCCTTGAAGGAGAAGGAAAGACAGTCCAAGGTACTGCTGACTTTAATGGAGCTGCTGAAGGAAAAGGATGACCATGCACCGGCATTCGTGGAGATTCCCAAGCGCGCCAAGATGGTGGATGAGCGCTACAATGTCACCGAAGAAGAGCGGCAAGCGATCCTGGCCAAGGTGTTTCCTGAAGGGACCGATGGTCCGCTGAAGACATTTAAGCTCAAAGAGAAGCAGAAGTACGTCGTGTTGCGAGAAATCGCAGCTCGTTTTCAACCGGACGTCAAATATACGGAGCAAGAAATCAACGATACGATCGGGAGGGACCATCCCGATTATGTGACGATTCGCCGGTATTTGATTGAATATGGTTTTTTGGATCGCAAGGATGATGGAAGCGAGTACTGGTTAACAACGTAA	MVFALDPNERFWNASIDELKQGYIDEGPVWVCLLCGKTIEKGIIYPDQDVLYESERYMTIHIRREHGSVFQYLSGLDKKLTGLTEHQNRLLQLFYQGMNDKEVQQELGIGSASTIRNHRFALKEKERQSKVLLTLMELLKEKDDHAPAFVEIPKRAKMVDERYNVTEEERQAILAKVFPEGTDGPLKTFKLKEKQKYVVLREIAARFQPDVKYTEQEINDTIGRDHPDYVTIRRYLIEYGFLDRKDDGSEYWLTT				NA	NA	NA	NA	NA
JZ016_01546	1299			hypothetical protein	ATGAGTTTCATCCAACAGTCGGCAAAAGAAATGCGTTCTTGGCCGCGCAACATCAAGCTGTTTTTTCTAGCCAACGTGCTGTATCAGATCGGTACAGGCATGTTTAGCGTGCTCTACAATTTGTACATACAAGGTCTTGGGTATAATGACTCCATGAATGGAACAGTGGTCAGTATTCAATCCCTGGCAACGGCATTGATGTTCATTCCGATTGGCCTGATCGGAGACCGCGGCAGCCGTAAGCGAATCCTCGTCCTGGGGGCATTGTTAAGCGGTGCGGGTCTGATCGCGCGCTCTTTTCTGGAGAGCGAGTTCAGCTTGCTTGGTCTTGCGGTATATACCGGTCTGTTCGCATCCTTTTTTCAGGTGCTGGCTATCCCCTTTCTAGCGGAAAACACGGCGAAATCGGCTCGCATGCGGATCTTTAGCATTCACGCCTCGCTTGTCCTTGCTTCTCAAGTGCTCGGCAGCATGGGAGGCGGATTCTTGGCGGATGCCCTGCAGGCCGTTGGTATGAACAAGGTCGGCAGCTTGAAAACCGCGCTATTCATAGGCGGACTGGCTACCTTGGCGGCATTCATCCCGCTCTTGTTCACAGCCGATCAGAAGGCCGAAGACATACAGGCATTGGATGCACCGCTTCCTGATCATCCACCGGCTCAGGCAGGAAAAGCAGTAAACGCCTCCGGTCTGGGGGATTACAAAGTCATCGGGCAGTTCGCGCTTGCCCAATTGTTAATCGGCCTGGGCTCGGGACTTGTCGTGCCTTATTTGAATTTGTACTTTACCAACCGCTTCTCGGTATCTTTATCGGCCGTCGGCATTCTGATATCACTTGGACAAGTCATGACCATTGTATCGATGCTGATCGGACCTACGCTGGTGAATCGGGTGGGAGCCGTTAAGGCCGTGGTGCTCTTTCAAGTTCTATCCTTGCCCTTCCTGCTGTTAACCGGATTCACGAACGTACTTCTCATTGCATCGGTCGGCTTCCTGTTCCGCCAAGCCCTGATGAATGCCGCCAATCCGATACAATCCTCGATTCTAATCGACCGTGTACCGGATCACCGAAGAGGAATCGCCAATTCGGTTACGCAAACGGCCTTCATGCTGGGCTGGGCCACCATGGGACCCGTACAATCCAAGCTCGTCACCACTTACGGCAGCTATTGGGGATATGCGATCACATTTTGCATTACCGGAACGCTATATGTCGTATCTTCGTTTCTATACTACCGAATGTTCCGTGAGCGCAAGAGCAGCAGCCTCTCCTCCTCCGATACCGCCGCTACTCTCTAG	MSFIQQSAKEMRSWPRNIKLFFLANVLYQIGTGMFSVLYNLYIQGLGYNDSMNGTVVSIQSLATALMFIPIGLIGDRGSRKRILVLGALLSGAGLIARSFLESEFSLLGLAVYTGLFASFFQVLAIPFLAENTAKSARMRIFSIHASLVLASQVLGSMGGGFLADALQAVGMNKVGSLKTALFIGGLATLAAFIPLLFTADQKAEDIQALDAPLPDHPPAQAGKAVNASGLGDYKVIGQFALAQLLIGLGSGLVVPYLNLYFTNRFSVSLSAVGILISLGQVMTIVSMLIGPTLVNRVGAVKAVVLFQVLSLPFLLLTGFTNVLLIASVGFLFRQALMNAANPIQSSILIDRVPDHRRGIANSVTQTAFMLGWATMGPVQSKLVTTYGSYWGYAITFCITGTLYVVSSFLYYRMFRERKSSSLSSSDTAATL				NA	NA	NA	NA	NA
JZ016_01547	678			hypothetical protein	GTGACCTCGATCTATGAACAAGCGCTAGGCTCGCAATTTCAAATGCTCCATCCCAAAATTCGGGAGCGCTTCGGGTTTGACAGCAAGGATCACATCGCTTCGATTGGCGAAGGCGTCATGGAAGAGATCTGGTACGCGCCTTGGGCTGCACTGCCTCTCTATATAGGCACGATGCGGCATATTATGTTTCCGAATCGAGGGAAAGGGATCCCGTTTCGGATTGAGAATTATGCTTATCGTGACGAATGGGGAAGAGAAACGGTGACGTGGTGTCGCAGCTTTGATTTTCCGGGTGTCCAAAGGCGGTTTGATGCCACAATGATCTATAGCGCACAGCGCCGCCGTATCGTGGATTATTTAGGGAATAAACAGCACTTGGCGGTCGATCTCCGGATAGCCGCGGGGGAGAGCGGCGGCATTTGCATTCAATCGGGGGAGCAGAGATTTTATGAGGGGCTTTTGCAGTTTCGATTTCCCCGGTGGTTCACCGGAACAGCCGATGTAAACGAATGGTATGATGACGGGAATCAACGATACCGGATATCCGTTGAGGTGCGCAATCCGATACTGGGGCCTGTCTTCCGGTACAAGGGAAGCTTCCAGGCCCGGACCATTGATGTGGCCGATGGAGCCGTTCCGAAACATGTAAAACCTCTGCGAGTTGAGGCTAGAGAGTAG	MTSIYEQALGSQFQMLHPKIRERFGFDSKDHIASIGEGVMEEIWYAPWAALPLYIGTMRHIMFPNRGKGIPFRIENYAYRDEWGRETVTWCRSFDFPGVQRRFDATMIYSAQRRRIVDYLGNKQHLAVDLRIAAGESGGICIQSGEQRFYEGLLQFRFPRWFTGTADVNEWYDDGNQRYRISVEVRNPILGPVFRYKGSFQARTIDVADGAVPKHVKPLRVEARE				NA	NA	NA	NA	NA
JZ016_01548	954			hypothetical protein	ATGAAGAGAAATCCGATCTATGTTGAACTCGATATCCAGTCGGATATGGATAAGCTGTGGACGTTGACGCAAAAGCCTGAGCTGCATCAACAGTGGGATCTGCGATTTTCCGAGATTCATTATGTACCGGAGGCTGATTCGGATATCCAGCGGTTTTTATATAAAACCCGCATTGGGTTTGGACTGGAAGTGACAGGGTCGGGAGCCACGAAAACGGCTGTTCACCCGAAGACGGGGAAACGAATCTCGGTGCTGCGATTCGGCTCGGATCAGCGCAGCTCCCTCATTCGGGAGGGAAGCGGCTATTGGAAGTATCAGGACAAGGGGAGCGGGGGCATACGTTTCTCTACCCAATACGATTACAAAACGCGGTTCGGCCTGGCGGGCGCCTGGTTTGACCGTTTGTTGTTCCGGCCTTTATTCGGCCTGGCGACGGCTTGGAGCTTTGATGTGCTGCGATTGTGGGCAGAGAAGGATATTCCGCCCTTGGCAACGATCCGGAAGGCATTCATCCATGCCTTGAGCGTGATGATGCTGGTCGTTCTATGGTGTTATGAGGGGCTGGTACCGAAGCTGTTGTTCCCGGAAGCCGGGGAGCTTGATCTGTTGAGGCAGTCGGGCTTGGCTGGAGAGCAGGAGGGGTTGGTGTTAACCTTACTCGGCATTGCCGAGATCGGCGTCGGCTTATTGACGCTGCTCTTTCACAAGAGTCGGTTGTGGTACAGGCTGCTGATGAGCTTGCTTGCGATCTTGATGCTTGGAGCATGGATAACAGACCCTCAGTTAATGAAGGCCCCGTTCAATCCGTTAACGCTTAGTGGATCCATGATGGGGTTTTGCTTGATGGCTTCACTGTCCGCTGTAGATTTACCAAGCGCCTACCGCCCGGCACGAAAACCCGTCCCCGGGGATAAATCCCGCAAAGGAGGGGTGAGTCGTGACCTCGATCTATGA	MKRNPIYVELDIQSDMDKLWTLTQKPELHQQWDLRFSEIHYVPEADSDIQRFLYKTRIGFGLEVTGSGATKTAVHPKTGKRISVLRFGSDQRSSLIREGSGYWKYQDKGSGGIRFSTQYDYKTRFGLAGAWFDRLLFRPLFGLATAWSFDVLRLWAEKDIPPLATIRKAFIHALSVMMLVVLWCYEGLVPKLLFPEAGELDLLRQSGLAGEQEGLVLTLLGIAEIGVGLLTLLFHKSRLWYRLLMSLLAILMLGAWITDPQLMKAPFNPLTLSGSMMGFCLMASLSAVDLPSAYRPARKPVPGDKSRKGGVSRDLDL				NA	NA	NA	NA	NA
JZ016_01549	639	devR	COG2197	DNA-binding transcriptional activator DevR/DosR	TTGAACCGCATACAAATCTTCTTGGTAGAGGATGATCCGGATTGGGTTAAATCGATGACCGTTTTTCTGAATGCGCAGGAAGACATGATCGTTGTCGGCACGGCCGAGTCGCCCGAACAAGCGATGGCGATGGCGCATATCCTCTCCTTTGACATCGTGCTTATGGATATTCAGCTGACTGCAGGTCGACTTGACGGGATATACACGGCCGCCGAAATTCTTGAGCGTAAACCGCAGGCCAAGGTCATCATGCTGACCTCGCTGGGTGACGAGCTGGTGATCATGCAATCCTTTACGGCTGGAGCCGTCAATTATATTGAGAAGCCGAGGTTTAAGGAGCTTCCGGCAGCGATCCGAAGCGCCGTGCTTCATTCGGGATCGATGGAGGTGCTGCTCAAGGAATTTGCCCGCCTCAAGCGCGAAGAGCAGCTTCGCGGCTTAACACCTGCGGAGCGTGAGGTTTTTGATCTGTTGGATGAAGGGTACACCCATTCCCAGATGGAGCAGAAACTGTTCAAAACCGAGAGCACGCTCAAGAACCAGATCAATAAAATATTAAAAAAGCTCGGGGTAAGAAGCAGCAAGGAAGCCGTGGAGAAGGTCCGCCGGAAAGGGATTGTAAAAGAGAACGACAACTAG	MNRIQIFLVEDDPDWVKSMTVFLNAQEDMIVVGTAESPEQAMAMAHILSFDIVLMDIQLTAGRLDGIYTAAEILERKPQAKVIMLTSLGDELVIMQSFTAGAVNYIEKPRFKELPAAIRSAVLHSGSMEVLLKEFARLKREEQLRGLTPAEREVFDLLDEGYTHSQMEQKLFKTESTLKNQINKILKKLGVRSSKEAVEKVRRKGIVKENDN				NA	NA	NA	NA	NA
JZ016_01550	1347	sasA_14		Adaptive-response sensory-kinase SasA	ATGATCTATTATGTGGTAGCGCTTTGGAGCGCGGCGGCTGTGCTGCTGTTCAATCAGCCTCGGAGCGAGGTGAACCGCTGGGCGGCTTTTTTTCTGTGGAGCGCAGGAATCGGCGGCTTGACAGATTTGCTTGTGCCTGCGGGTTTTATCGCGGCACGGTACGAGCCGTGGATTCAATATCTCAACCATACGTTGACACCGTACGGCGTGTTAATATTTTGCATGGTGTATACCCGCAGGCCCGAGAATCATAAGAGAATGCGCGATTTCAAAATAGGCTTGTTTCTGCCGGTGCTCGCGATGCTGGCCCAGGTGCTTTTGACGGAAGCTTACCGAATTCATTATGGCTGGTTATTCGTGTGGACGGTTCCGTATTATGTGGCCGCATGCGCCTTGCTTATTCGCGCGTTGTCGCATGAGATGAATCCGCAAAAACGCAAAGGCATGTGGATCACCACCTGGATTATGGTGCCTACCTTGCTCGGCGTGATGCTGCTGATTAATGTGGGAAATCTGATCTCGCCCGGTTATGATTCATTCCGGTACGTGTCCCTGTTCATTCTGTATTCGCTGGGCGTTGCCGTCATCTGTACCTTTGTGTACGGCGTCCTGGGTGTACGCCTGAAGTTTGAGCGCGATCCGCTGGATCGCACGATGCAGGCGGTCAGCTCGGGGACATCGATGCTGAATCATAGCATTAAGAACGAGATCGGGAAGATTGCGATGAGCGCGGAAAACGTAAAGCGGCTGCTGCCACAAGACAACGGCGTTGCCATCGAACAGCTTGAGGTCATAGCGAATTCATCGGAGCATCTGCTTGCCATGGCGGGACGCATGCAGCAGCAGATGAAGGCGTTTAAGCTGGTGGAACAGCCAGTCCGCATGGATCAGCTGCTTGCTGAACTGCAGCTCCGCGAACAGGATCTGCTGCGCAGGCATGAGGTCGAAATGAACGTAATCTGCAGGCAGCGACCGTGGCTGCTCGCGGATGCCGTCCATTTGAAGGAAACGATCAGCAATCTCATTCGCAACAGCGTGGAGGCGATGCCTGAGGGAGGGCTGATTACGATAACGGTAACGGCTGGCCGCAAAGGGGCGGCGATTACCGTTAAAGATAACGGGACCGGCATTCCAAGCGCGCAGCAGGAGCTCGTGTTTGAACCTTTTTACAGTACCAAGGGCCACAAGAAAGATAACTTCGGGCTTGGTTTGTCGTATGTTTATAACGTGATGAAGAAAAGCGGTGGTTCCGTTAGTCTGGAGAGCCGCGAATCGGTTGGTACGGAGATTTCGTTATATTTTCCGCGCAGTAAAATCATTCGTTTATCCGGGAGGGAAGAAGCTTGA	MIYYVVALWSAAAVLLFNQPRSEVNRWAAFFLWSAGIGGLTDLLVPAGFIAARYEPWIQYLNHTLTPYGVLIFCMVYTRRPENHKRMRDFKIGLFLPVLAMLAQVLLTEAYRIHYGWLFVWTVPYYVAACALLIRALSHEMNPQKRKGMWITTWIMVPTLLGVMLLINVGNLISPGYDSFRYVSLFILYSLGVAVICTFVYGVLGVRLKFERDPLDRTMQAVSSGTSMLNHSIKNEIGKIAMSAENVKRLLPQDNGVAIEQLEVIANSSEHLLAMAGRMQQQMKAFKLVEQPVRMDQLLAELQLREQDLLRRHEVEMNVICRQRPWLLADAVHLKETISNLIRNSVEAMPEGGLITITVTAGRKGAAITVKDNGTGIPSAQQELVFEPFYSTKGHKKDNFGLGLSYVYNVMKKSGGSVSLESRESVGTEISLYFPRSKIIRLSGREEA				NA	NA	NA	NA	NA
JZ016_01551	714			hypothetical protein	ATGACAACCCAATTGAAATACCGGAACGAGCTTAAATTTTTTGTGAATGTTCACCAGTACCGAATCATCCGTCAACGATTAAAAAATCTGGTGACCTACGATCAGCATGCAGGCCCCGGCGGGGAATATCACATTCGAAGCTTGTACTTTGACGATATCAACAACAAAGCCTTATACGAGAAGCTGGCTGGGGTTCGGGACCGGGTGAAATACCGCATCCGTATCTACAACGTAACCGACAACACCATTCATTTTGAGAAAAAAATCAAATTCCGGGATTACATTGCCAAGCTGAAGGAGCCGCTCACAAGGGCGATGGCCGATCAGATCATGGCCGGTCAATACGAATGCCTCTATCAGCCGGACAAGCCATTGATGATGGAGCTGTATCACGAGATGAAGCATAAGCTTCTGCGCCCCAAGGTCATTGTCGATTATGTCCGCGAGCCGTATGTGTGCGCCAACGGAAATGTCCGAATTACGTTTGACAAGGAGCTTCGAACCGGCCTGCACTCCACGGATCTGTTCAATCGGAATCTGCTGCCCATCCGGGCAATCGATGAGAATCTGATTATACTCGAGGTCAAATATGACGAATACATCCCGGATTACATCAAAATTGCACTGCAGCTGGAAGGACTTGGCCGTCAATCGGCCTCCAAATACGTGATGTGCCGTAAATTTCTGAAATATAACACATGGGAGGATCAATAA	MTTQLKYRNELKFFVNVHQYRIIRQRLKNLVTYDQHAGPGGEYHIRSLYFDDINNKALYEKLAGVRDRVKYRIRIYNVTDNTIHFEKKIKFRDYIAKLKEPLTRAMADQIMAGQYECLYQPDKPLMMELYHEMKHKLLRPKVIVDYVREPYVCANGNVRITFDKELRTGLHSTDLFNRNLLPIRAIDENLIILEVKYDEYIPDYIKIALQLEGLGRQSASKYVMCRKFLKYNTWEDQ				NA	NA	NA	NA	NA
JZ016_01552	711			hypothetical protein	ATGAACACCACATCGACTTCAAGCAACACGAACACCACCAATTTTTCGGATATCGTCAAAAAATCCGTCATGGAAAACTTCGTATCCGATATCAGTTTCGCCAAAATTCTGATTACGCTGGCCGTTGCCTTTGTGATCGGGTTATTCATTTATCTGCTCTATAAAAGAGTCTTCAGCGGCGTGCTGTATTCCAAAAGCTTTAACGTGTCTCTGATCGGGATGACCATGATCACGGCCGTTGTCATCATAGCCATTAACTCCAATCTCGTGCTCTCGCTCGGTATGGTCGGCGCACTCTCCATCGTCCGTTTCCGTACGCCCATCAAGGACCCAACCGATCTGATTTTCCTGTTCTGGGCCGCGGTTGCCGGGATCGTAACCGGGGCCGGGTTCTACACGCTGGCTGCCATCGGCTCCATCGTAGTCGGTCTGATCCTGTTCTTCTTCATTAAAAAAGCAACGGTGGATACGCCTTATCTGCTCGTGATTCATTGCGAGAATGAACAGAGCGAGCAAGCCATAAAAGAACAAATGGGTCAAGCCGTGAAGCGTTATAATCTGAAGCAAAAAACCGTGACCCCAGGCAGCATTGAGCTGACACTGGAAGTAAGGCTGCGCGACGCCGAAGGCCAGTTCGTGAACAAGCTGTCCCAGCTGCCAGGTGTTCATAACGCGGTTCTGATCAGTTACAGTGGCGACTATGTATCCTAA	MNTTSTSSNTNTTNFSDIVKKSVMENFVSDISFAKILITLAVAFVIGLFIYLLYKRVFSGVLYSKSFNVSLIGMTMITAVVIIAINSNLVLSLGMVGALSIVRFRTPIKDPTDLIFLFWAAVAGIVTGAGFYTLAAIGSIVVGLILFFFIKKATVDTPYLLVIHCENEQSEQAIKEQMGQAVKRYNLKQKTVTPGSIELTLEVRLRDAEGQFVNKLSQLPGVHNAVLISYSGDYVS				NA	NA	NA	NA	NA
JZ016_01553	972			hypothetical protein	ATGACGGTCCAACTGTTCCTCGTGATGGCCATAATCCTACTAATCTCAGGCTGCCAATGGACACCCACGGCTGCCGGGACGGTAAGCAGCACCGAGAGCGATGCTCAGCAGAAGCAAATGGATTCGACGGTTTTTCCGAAAGATAAGGTTGTTGATGTAAAAATCACGATTGACGAAGCTGATTTTCAGGATATGCTGGACAACGCCAGCGCTGAAGAATATAAAGAAGCATCCGTCAATTACAACGGCATGCAATTTGATCATGTCGGCATTCGAACCAAAGGCAACTTAAGCCTGCGCAGCGTGGTGAATTCGGACTCCGACCGCTACAGCTTTAAAATATCCTTTGACGAATACCTTAATCAGACCTTGAATGGAATCAGCAAAATCAATCTGAACAACAACTACAGCGACGCATCGTATATGCGGGAATTTCTGACCTACGAGCTGGCGGATTCCGTCGGACTGCCGACGCCCGGCTTTTCCTACGTCAATGTATACGTAAACGATGAATTATGGGGGTTCTACCTCGCGATTGAACAGATTGGCGACTCCTATCTGCAGCGTCATTTCGATCATTCCTACGGCGCGTTGTACAAGGCAGAGATGACCGGGGCAGGCAGCGATCTGACGTGGCTTGGCAATGATCCCGATTCCTACACCGGGCTTGTCATGAAATCCAAATCATCCAATGACGATATATTGATCGACATGCTGGATGAGCTTAATAACGGCACCGATTATGAGAAGGTGCTGGATGTCGATAATGTACTCAAGTACGTTGCCTTGAACGTAGTTGCCTCCAATATGGACAGTTATCTGGGATCGAACAAACAGAACTATTATTTATATGAGAACAACGGCATTTTCTCCGTCCTGCCTTGGGATTATAATATGGCATTCGGGGACTTGGGGGCTCCAGCATCCTCATTGACGAGCCAACCCAGGGAGCTTTGGCGGAAAGGCCCCTGA	MTVQLFLVMAIILLISGCQWTPTAAGTVSSTESDAQQKQMDSTVFPKDKVVDVKITIDEADFQDMLDNASAEEYKEASVNYNGMQFDHVGIRTKGNLSLRSVVNSDSDRYSFKISFDEYLNQTLNGISKINLNNNYSDASYMREFLTYELADSVGLPTPGFSYVNVYVNDELWGFYLAIEQIGDSYLQRHFDHSYGALYKAEMTGAGSDLTWLGNDPDSYTGLVMKSKSSNDDILIDMLDELNNGTDYEKVLDVDNVLKYVALNVVASNMDSYLGSNKQNYYLYENNGIFSVLPWDYNMAFGDLGAPASSLTSQPRELWRKGP	PGPT0025165_91	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025165-cotH-K06330	NA	NA
JZ016_01554	963			hypothetical protein	TTGGCGGAAAGGCCCCTGATTGCCAAGCTGCTCGCGATTGACGAATATAAGGAACGCTATCACGCCATCCTCTCGGAGATGCTGGAGGGCTACATGCAGCAGGAAACATTCAATGAGCGAGTTGCGCAATTGCAAGACTTAATTTCCGAGCACGTAAAGCAAGACCCAAGACCTTTCTATTCCTATGAGGTGTACGAGCAATCCATCCCGACGCTCACCTCATACGTTCAAGAATCAATGGATTCCATCCAGCAACAGCTGGATGGAACGCTCCCCTCCGCTGGCGATGGAAGCGGCAGCGGAGGCGGTATGGGTCCCGGCGGTGGTCGTGGCATGCGACCTGGCGGCGAGACGAATGGAGCCGGATCGTTTCCCCCTAACGATGCCCCTGCCGGAGGCATCTCTGGCGGGAACAGGCCTGCCAACAACGACAGTGCTGCTCCTGATTCTTCTGACGATGCTTCGGGAAGCAGCACCGACGTTAACTCCGGCAAAGCTGAGGGAGATCGTGACACCGCGCTTGAAGGGGACGAACCTTCCTTGTCCGTCGTATCGTCTGTCGGATCGAGCACAAGCAGTTCCAACGAAAAAACAACGGTTGATGCTGCTCCAGCCGTAACTACGGAACCATCACCAAATGCAGCGGAGCTCCCTGAAGATCAAACCCAATCGTCGGAGCAGCCCCCTTCCGATGACAATCAACCAACCATGCCTCAGACTCCCGGCCAGAGTGGGCAAAGCCAGATGCAGGATTTCCCTCAGGGGCAGATGGGGAACGGATTTGGCGGCGAGTTTGGCGGTCAAATGCAGGGAGGCCGGGGAATGGGCCGGCCGGGCGATGGGTCAAACGGGGCTGCCGAGGAACAAGGAAGTGCCAAGGAAGCCTTGTACGCCGGCGTATCAATCGTCCTCCTGCTTCTCTCATGTCTCCTCGTAACGTTGTATAAACGAAAAAGACTGTAA	MAERPLIAKLLAIDEYKERYHAILSEMLEGYMQQETFNERVAQLQDLISEHVKQDPRPFYSYEVYEQSIPTLTSYVQESMDSIQQQLDGTLPSAGDGSGSGGGMGPGGGRGMRPGGETNGAGSFPPNDAPAGGISGGNRPANNDSAAPDSSDDASGSSTDVNSGKAEGDRDTALEGDEPSLSVVSSVGSSTSSSNEKTTVDAAPAVTTEPSPNAAELPEDQTQSSEQPPSDDNQPTMPQTPGQSGQSQMQDFPQGQMGNGFGGEFGGQMQGGRGMGRPGDGSNGAAEEQGSAKEALYAGVSIVLLLLSCLLVTLYKRKRL				NA	NA	NA	NA	NA
JZ016_01555	324			hypothetical protein	ATGACCAAATTGGCCTCATCCATTCTGGAAATGATTCGAATGATGATCATTATGATGATCTTTGTCATGGTTCTGGGCAACATAGAACATCAAATACTGAAGAGCTGGATACCCTGGAATGGACTATATTGGCTGTTCCTGTTCGCGGGGAATGTATTGTGGTTTCTTGTACTTTACCGGAATCGCCTGCAGTTCAGCGGCTGGTATCGTTCAGCCGCGACCCAGCACAAGCTGTCTAGAAATACGACGAGGATTGTCATGGCGATGGGCATGGTCCTTATCGGTGCGCCCATAATGATCACGTGGTTCATTGAAATAGGTTAA	MTKLASSILEMIRMMIIMMIFVMVLGNIEHQILKSWIPWNGLYWLFLFAGNVLWFLVLYRNRLQFSGWYRSAATQHKLSRNTTRIVMAMGMVLIGAPIMITWFIEIG				NA	NA	NA	NA	NA
JZ016_01556	645	ydjZ	COG0398	TVP38/TMEM64 family inner membrane protein YdjZ	GTGAAGTCATTGATTGGCTACTTGGACATCATGTCTTACTTTACAGAGAGCAACCTGGAGTGGTTATTGGACCAATTTAGAGCATTAGGCCCGCTGCCGGGCATCCTTCTGACGTTCCTAAAGTCCTTCATTCCACCGATGCCCACGATCGTGATCGTGGGTGTGAATGCGGCGGTGTATGGGCTTTGGGCAGGGTTTCTTTACTCCTGGATCGGTATGGTGGCAGGATGTTTAACGACCTTTCTCATCGTGCGCAAAATATCCGGTACGCCCCTGATCGAACGCTGGGCAAAAAAGCCTAAAGTTCAGCGTGGTATGCGCTGGATTCAGCGCAACGGTTTCAGTTACGTTTTCCTGCTTGGCATACTTCCCGTTGGGCCGTTTGTCGCGGTCAATGTGGCCGCCGGGCTGGCCAGAATGAACCTGATGTCCTATCTGATGGCTGTCACCTTGGGCAAGGGCATTATGGTGTTCTGTGTCTCTTACATCGGTGCCAACCTGTCCGATTTTATTGCGGAACCTTTTAAATTGTTCGGAGTCCTTGCCTTTATCGTACTGTCCTTATGGGTCAGCCGGAAGCTGGATTCATACTTTATAAGAAAACAATCGGTACACGATCAACAAGCAGAGCTTGAGTCCAGTTGA	MKSLIGYLDIMSYFTESNLEWLLDQFRALGPLPGILLTFLKSFIPPMPTIVIVGVNAAVYGLWAGFLYSWIGMVAGCLTTFLIVRKISGTPLIERWAKKPKVQRGMRWIQRNGFSYVFLLGILPVGPFVAVNVAAGLARMNLMSYLMAVTLGKGIMVFCVSYIGANLSDFIAEPFKLFGVLAFIVLSLWVSRKLDSYFIRKQSVHDQQAELESS				NA	NA	NA	NA	NA
JZ016_01557	471			hypothetical protein	ATGAGTGACAAACAGCAGCTGCTGAATGAGTATTCCGCGTGGATCGGCAAAGTGAGAGGGTTCGCGGTACAGGAAGAGGGATTCTGGAACACCCCGATGGCAGAGGGGAAATGGACCGTACGTGATGTGGTGTGCCATATCATGCGGTGGGATGAGTATTTTTACAATGAAGCCATTTCCAAAATTTCCACAGGGGATGTTTTGACTGTCCGTCATATAGATTATGACACTTTCAATGAAGAGTCGAGGCAATATGCCACGACGTTATCAACGGAAACGCTGGTGGATCAGACGATAAGCGCTAGGGAGAAACTGATCCGGGCGATCGAAGCCTTGCCTGAAACGGCATATGAGTTGCGGTACACGGACGCGGACGGGCACCCTTTTGAGGTGGCGCAATTTATGCGGGATTTCATCTGGCACGACAACCACCATCTGGCTCAGCTGAATCAGGTGCTTCAAGTCGGCTAG	MSDKQQLLNEYSAWIGKVRGFAVQEEGFWNTPMAEGKWTVRDVVCHIMRWDEYFYNEAISKISTGDVLTVRHIDYDTFNEESRQYATTLSTETLVDQTISAREKLIRAIEALPETAYELRYTDADGHPFEVAQFMRDFIWHDNHHLAQLNQVLQVG				NA	NA	NA	NA	NA
JZ016_01558	600			hypothetical protein	ATGCAAGAAAACATGGATTTTCTTAACTTGGAATACTTACGTCTGGGCTCCGATAAACAGAAGCAAGCAGCCATGGTTATAGACGAGCTTAGACTATGGGATCATCTGAAACCCTATAACCCGATATTGGTGGGCACGATTCCTATCGGGATTGACATCGAATCAAGCGATCTCGATATCATATGCCATGTGACGGATTTTGCCTGCTTTGAACGAGAGCTCAAGACGCGTTATAGCGAAGATGTTGCGAATTTCACGTGCTCATCCCGTACCGTCAACAACGTGGATCGATCGGTAGCGCGATTTCGGTACAAAGGATGGGAATTCGAGGTTTTTGCACAGCCATTACCTTCAACGAGTCAGAATGGTTACCGTCATATGATTGTCGAATACAAGCTTTTGAAGCGGCTCGGTGAAACTGCAAGACAAGGGATTATCGAGCTGAAGAGGTCGGGTTATAAGACGGAGCCTGCCTTTGCGAAGCTGTTGCGTATCACGGGCGATCCTTATGAGGAGCTGCTCCAGATATATCATTGGCCGGAGGATCGACTTGACGCCTATATTAAATCTTATATGGACAAGGAGAATGGATATGAGTGA	MQENMDFLNLEYLRLGSDKQKQAAMVIDELRLWDHLKPYNPILVGTIPIGIDIESSDLDIICHVTDFACFERELKTRYSEDVANFTCSSRTVNNVDRSVARFRYKGWEFEVFAQPLPSTSQNGYRHMIVEYKLLKRLGETARQGIIELKRSGYKTEPAFAKLLRITGDPYEELLQIYHWPEDRLDAYIKSYMDKENGYE				NA	NA	NA	NA	NA
JZ016_01559	807			hypothetical protein	ATGCGGCATCTTCCATCTGAGGAACTTATCCAACGAATTCAAGATTCAGAAAACGATTATATGTTGGATCGAATGAAAGCAATCGAAGGTCGGACCGGAAATCCCGAAGGGGTCGAAATGAAACGCTTCGGCCATGCGCTGTGCTTGTACAGCAAGACGATGCCTTGGCTTTCTTTTAACACGGTGAAAGGACTGCGTTCAGAGGATCTGAATAACGTGGACGAAATCATCGACTTTTATCAATCGAGGGAGCGCAAATTCCAGTTCGAAATCGTGCCCGGCTTGGTAAATCAGGAATTCCTGGCTGCGCTTGCCGAACGCGGATTCTATCAATCTGCTTTTCATAATTCCATGTATATGAACCCGCAGGAGCTGAAGGAGGTGCCGGATACCGGAAATGTGATCAGAACAATAGACAAAGATGAATTTGAGGATTATGCTAAAGTTCATTGCCGTGGAACAGGATTGCCTGATCAAGGAATTCCATCTGTAGCCTCGAATAACAGTGTATTGTATTCACGACCGGGATGGAGCTTCTATATGGCTTATATCGAAGATGAGCCGGCCGCTGCTGGCGTCATGTATGTAGATCAAGCGACAGCGTCACTAACATTTGCGGCGACACTCCCGGAGTACCGCAGACAAGGATTGCAGCTGGAGCTGCTTCGCAGAAGAATACAGGAGGCGAAGCTTGCAGGGTGCGATCTTGTTGTCTCGCAATGCGCTTTCTTATCACAGAGCCATCGCAACATGGAATCGGTTGGCATGAAGCTGGGCTATGTTCGGACGACGTGGACCGAACGCTGA	MRHLPSEELIQRIQDSENDYMLDRMKAIEGRTGNPEGVEMKRFGHALCLYSKTMPWLSFNTVKGLRSEDLNNVDEIIDFYQSRERKFQFEIVPGLVNQEFLAALAERGFYQSAFHNSMYMNPQELKEVPDTGNVIRTIDKDEFEDYAKVHCRGTGLPDQGIPSVASNNSVLYSRPGWSFYMAYIEDEPAAAGVMYVDQATASLTFAATLPEYRRQGLQLELLRRRIQEAKLAGCDLVVSQCAFLSQSHRNMESVGMKLGYVRTTWTER				NA	NA	NA	NA	NA
JZ016_01560	720			hypothetical protein	ATGAAAGTGGAAATATGGTCGGATTTTATGTGTCCGTTCTGTTATATTGGTAAACGCCGTTTCGAATCGGCTTTGGAGCAATTCCCTAATAAAGATCAAGTTGAAGTGATTTACCGCAGCTTTGAGCTTGATCCCGGTGCATCGTATCAAGCCGGGGTTTCCATGGACGAGATATTGGCATCCAAATACGGCATGAGTATCGAACAGGCCAAGGCTGCGAACGCCAACGTGACCCAGCAAGCGGCAAGCGTCGGGCTTACGTATCAAATGGATCGCGTCATCCCGGCCAATTCATTTGATGCTCACCGCCTGGTTCATTTTGCATCCGGGCATGGTAAAATGAAAGAAATGACGGAGCGGTTGTTCCGTGCACACTTTACAGACGGCGAGAATCTTGGCGATAAGAATCGATTGGCCGATCTGGCGGCTCAAGTCGGCCTGGACCGCGATTTGGCTGCGGCCGCGCTCGAGAGTGACGATTTCCAGTCCGAAGTAAGGGCAGACGAAGCAGCTGCAGCAAATTTGGGAATTCGGGGAGTGCCGTTCTTCGTGCTGGGAGGCAAATACGCCGTGTCCGGTGCGCAGCCACTGGAAGTGTTCACGGACGCTTTGGATAAGGCTTATCGTGAAGCGAATCCGCTAGTGATGGTGAATGATTCCGACAGCAGCGACGGCATGTGCGCCGACGGATCTTGCGATCTGCCGGGCAGCGCGAAATAA	MKVEIWSDFMCPFCYIGKRRFESALEQFPNKDQVEVIYRSFELDPGASYQAGVSMDEILASKYGMSIEQAKAANANVTQQAASVGLTYQMDRVIPANSFDAHRLVHFASGHGKMKEMTERLFRAHFTDGENLGDKNRLADLAAQVGLDRDLAAAALESDDFQSEVRADEAAAANLGIRGVPFFVLGGKYAVSGAQPLEVFTDALDKAYREANPLVMVNDSDSSDGMCADGSCDLPGSAK				NA	NA	NA	NA	NA
JZ016_01561	579	udk_1	COG0572	Uridine kinase	ATGGAGCATAGGCAGACTTTAATGATCGGGATTGGCGGAGGTTCGGGGAGCGGCAAGACAACGCTAAGTCTTAAGCTCAAGGAGAGGTTAAGCGAGTACCGGGTGGCGATCTTCCATATGGATAAATATTATAAGTCCATTAGACCCTTGGCCAAAGCGCCCTTCACCAATCAAATGTTTGAGGATTTTAACCATCCGGATGCCGTCGATATCGAGCGTCTGACCGCGGATTATGATCACGCCGTCCATAATGGCAAATACGACATAATTGTCATTGAAGGATTTCTATTGTATCAATTCGAATCCCTTCGGAACTCGCTTCATTTGAAGCTGTTCGTAGATTGCCCCGCGGATGAAAGAATGCTTCGCAGAAACCGGTGGTTTATAGAAAAGGGGCATAGCGAGGAAAGTGTGCTTCAGGAATATTTGCAGCTTGTAAGATACAGGCACGATGAATATGTTGAGCCTACCCGCTGGCATGCGGATCTGGTGATCAATAGTTCCCTGAAGGGAAATCAAGGCTTCAAGGTTGTGACGGATTGGGTTCTTGCCAGATTAGAGGAGAACAACCCCGCTTAG	MEHRQTLMIGIGGGSGSGKTTLSLKLKERLSEYRVAIFHMDKYYKSIRPLAKAPFTNQMFEDFNHPDAVDIERLTADYDHAVHNGKYDIIVIEGFLLYQFESLRNSLHLKLFVDCPADERMLRRNRWFIEKGHSEESVLQEYLQLVRYRHDEYVEPTRWHADLVINSSLKGNQGFKVVTDWVLARLEENNPA	PGPT0021230_4170	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021230-udk-K00876	NA	NA
JZ016_01562	261			hypothetical protein	ATGGCAAAAAAGAAACAAAAGTCCCCCTTGCCGCGAACCGAGGCTGCCGATAAACCCGCAACGTTAAAGGATATGCTGGACCCTCAAGTTCTGGCGAAGTTGAAGGCAACAACCGAATCCTTGAAAGCCAATGAAGCCGAGCGGCTTGAGAAGGAAAGGCAGGAACGGGAAGCTGTTCGCAAGGCAGAACAGAAGCGGCGCGACAATGATTTTGAATATTTACTGGAACATAGCGAAATGGATTGGAAAAAATATAAGTGA	MAKKKQKSPLPRTEAADKPATLKDMLDPQVLAKLKATTESLKANEAERLEKERQEREAVRKAEQKRRDNDFEYLLEHSEMDWKKYK				NA	NA	NA	NA	NA
JZ016_01564	852			hypothetical protein	ATGATCTATCATATTGACTATGTCTCGGAGGGATTGCATATCAAGGGGTATCTTGGTCTGCCGCCGCAACTGCCCCGTTCGGTCGCCCATGAGATGTCCAAAGCGTTCAACGCAATTCACGGCGTTACAATAACCGGCACGCTGGCATGCTCCTTAAACTTGGATCCTGTTTCACACGAACCACCTAAGCCAGTGACTGAGCCTAAGCTTCCTTTGGTCCTGTATTGCCGCGGCGGCATTGGACGGGTTGGCGCTGTAAGGTTGAAGTGGGTTGAAGAATTCGCTGCGCAAGGATATGCCGTGTTTGCTCCGGCCTATCGCGGAAATGAAGGCAGCGAGGGCAGGGATGAATTCGGCGGTGCCGATACGATGGATGTGATCTCCGCAATTGAATGGCTATCGAGCATTTCCTGGATAGATAACCGTCGTATTCATCTGTTGGGCTTTTCCCGCGGTGCGATCAATGCTGCCGTGGCAGCCGCTCTGTCACCACATGTATCCAAAATGATTCTCTGGAGCGGCGTCTCCGATCTGGCACAAACCTACGAAGAACGGATAGATCTGCGCAGAATGATGAAACGCGTCATTGGCGGAACGCCTGCCAAAGTACCTGAGCAGTATCTTCTTCGATCGCCGATCCATTATGCAGACCGTATCCGATGTCCCGTCCTGCTTGTCCATGGGACGCGGGACGAGCAAGTCCTGGTGGAGCATAGTTACCGGATGCTGGACAAGCTTCAAGAACAGGGGCACCAGCCGGAAGCGCATCTGTACGAAGGGCTTGGACATCATTTCCCGCCACCGCAGCATGCAGCGTCGATCAACCGAATGTTCGACTGGTTGAAGAAATAA	MIYHIDYVSEGLHIKGYLGLPPQLPRSVAHEMSKAFNAIHGVTITGTLACSLNLDPVSHEPPKPVTEPKLPLVLYCRGGIGRVGAVRLKWVEEFAAQGYAVFAPAYRGNEGSEGRDEFGGADTMDVISAIEWLSSISWIDNRRIHLLGFSRGAINAAVAAALSPHVSKMILWSGVSDLAQTYEERIDLRRMMKRVIGGTPAKVPEQYLLRSPIHYADRIRCPVLLVHGTRDEQVLVEHSYRMLDKLQEQGHQPEAHLYEGLGHHFPPPQHAASINRMFDWLKK				NA	NA	NA	NA	NA
JZ016_01565	516			hypothetical protein	ATGGGACTCGTATTAAGGGAGCTGCAGGTGCTGGAGGATGAAAGTCTGCTGTTCATGGTCCAGGAAATCGGCCAGGGCGGGAACGGATTCGTTAATGGCTTAAATAGCGGGAGCATGGAAGAGTTCGCTTCCAAGGTGCTGCGCAATTACGAAATGGCGAGAGGCATCGATCTGCCGGAGCAGTATGTTCCCCAGACGATATATTGGTTATACGATAACGACAAGCCCATAGGATATGGTAAGCTGAGACATCGCTTGAATGACAATCTGCAAGAGCTAGGGGGACATATCGGGTATGTCATCCGGCCGTCGGAGCGTAGGAAAGGATATGGCAAGCGGCTGTTGGCGGAATTGGTCAAGAAGGCCAATGAGAAGAACATAAGCCGGGTCCTTCTGACCTGCGATGAATCCAATCTGGCTTCCCGCTGCATCATTGAATCGAATCACGGTGAGTTAAGTTCCATTACGAACGGGACGTGTAAATACTGGATTGAGACGGCTGCTGGGCACAACTAG	MGLVLRELQVLEDESLLFMVQEIGQGGNGFVNGLNSGSMEEFASKVLRNYEMARGIDLPEQYVPQTIYWLYDNDKPIGYGKLRHRLNDNLQELGGHIGYVIRPSERRKGYGKRLLAELVKKANEKNISRVLLTCDESNLASRCIIESNHGELSSITNGTCKYWIETAAGHN				NA	NA	NA	NA	NA
JZ016_01566	456			hypothetical protein	ATGACCGTTCATGCCGAGGAACGTCTGGAGCAGCTGGGTATCAGCCTGCCTAAAGCAGGCTCGCCAGCAGCCAAGTATGCCAACTATGTCATCGTTAACGGGTTAATGTATGTTTCAGGCAAGGGTCCCTCAGGACAGCCGAGAGGGAAGCTCGGAGAGCATTACACAACAGAGCAGGGGTATGAATATGCCCGTCTGACCGGGATTGAAGTTCTGGCCGTATTAAGGGAAGGGCTGGGATCACTTGATAAAGTGAAGCGCGTGGTCAAGGTGCAAGGCTTCGTTAACGCAACAACCGACTATGAGGAGCATCATAAGGTGTTGAATGGATTCTCGGACTTGATGCTTGAGGTGTTCGGGGATCAAGGAATTCACGCCAGATCCGTATTCGGAGCCGTATCCTTACGGGATCAGCTGCCCGTCATTGTAGATTCGATCTTTCAAGTGGAGGAATAG	MTVHAEERLEQLGISLPKAGSPAAKYANYVIVNGLMYVSGKGPSGQPRGKLGEHYTTEQGYEYARLTGIEVLAVLREGLGSLDKVKRVVKVQGFVNATTDYEEHHKVLNGFSDLMLEVFGDQGIHARSVFGAVSLRDQLPVIVDSIFQVEE				NA	NA	NA	NA	NA
JZ016_01567	1605			hypothetical protein	TTGAAAAAATATTTCCTGTCACTTTGTTTGCTGCTGTCATTTTCATCGCTTTTTGGCCATCTACAGGCATCCGCGGCTCAAGCTCCTAGTCCGACCGGTTTTCACGATATCTCGGCAAGCTTTGCCAAAGACGCGATCCAGCGTCTGGCCAAGAGAGGTATCGTAAGCGGGGATGGCACAGGAGCTTTTTTGCCGCGAAATCCGGTTACCCGGGCTGAATTCATTGCCATGATTGCCAGAATGCTCAAGCTGGATCCTGTTCCAAACGATTTGTCCGCGTTTCGGGATGTTTCCAAATCCGCATGGTATTATGGCTGGGTTCACGCGGGACTTAATTTATCCATTGTTGAGGGGAATGGTTACCGGTTCTACCCGAATGCTTCCATAACAAGGCAAGAGGCTGCCGTGATGGTGATTCGTGCTATGAAAGAAAATGGATACTATAACGGAAATACGACCAACTACTATACGGATTCTGCTTCCATCGCGGAATGGGCTTGGAATGCGGTGGGTAAAGCGACGGATACAGGCTGGCTGCAGGGAAGCAAGGGACAGTTCAGACCCCAGGACGCAATCACCCGGGAAGAGACGGCAATGCTGCTGGACCGGGTCTTGCAGTCAGGAAATGTGCTGACCCAGATTAACCTTCAAACTCCTGCAAATGTTCATATGGGCTGGTTGTATAATGGTACGACCCAGCAATACATCACCTATGCCAAACGGGCCGGCTTGAATGTTCTGGTACCGCGCTGGTACTACATGGAGGCAAACGGCAAGGTGACGGACCATACCGACAAGGAGCTGTTGAATTGGGCTCACAACAACAGTCGGCAGGTGTGGGCTATGGTGGGAAACCGCGGGAATGCGGAAGGAACTCACCAAGTACTGAGCAGCGCTCAGTCCCGGAAGTCTGTCGTTGACCGTATTGCAGCGAATGTATCCCGGTATCGATTGGACGGGATCAATATTGATTTTGAGAACGTCATGCCGCAGGATCGCCAGAATCTGACGGCCTTTATCACGCAATTATCCATAGAGATGAGGCGGCTCGGAGCCAAGCTATCCATCGATGTTTCACCTGATCTGAATACGGATTGGACGGCTGCATTCGATTACGCAGCTCTTGGCACACAAGTGGACTATATGGTACTCATGAGTTATGACCAGCACTGGGGCGGTTCACCCAAAGCGGGCTCCGTTTCCTCGCTCCCTTGGAGCGAATCTGGACTGAGCAAGCTGCTGACCCAAGTTCCGGCGAAGAAGAGCATCATCGCGTATCCGCTGTACACGAGGGATTGGAAGATCGCTTCCTCGGTGTCCTCGCAAGACATTACATTGGCTGAGCAGGGACATCGCATACGCCTGAACAAAGCTTCATTCACATGGAATAAGAGCGTGGCGCAGTATGAAGCAGCTTATAACAGCGGCGGCATTCCGCATCGCATATGGACCGAGGAATCCCGTTCTTTATCGATGAAACATCTCATGGCCGCCAAATATCAGATTGCCGGTTATGCCTACTGGTATCCGGGCGCCGAGACGACGGACGTATGGCAGGCCATTCATAACGCGGAGCGTTATGCATCTTATTCGTTCCGGATCTAA	MKKYFLSLCLLLSFSSLFGHLQASAAQAPSPTGFHDISASFAKDAIQRLAKRGIVSGDGTGAFLPRNPVTRAEFIAMIARMLKLDPVPNDLSAFRDVSKSAWYYGWVHAGLNLSIVEGNGYRFYPNASITRQEAAVMVIRAMKENGYYNGNTTNYYTDSASIAEWAWNAVGKATDTGWLQGSKGQFRPQDAITREETAMLLDRVLQSGNVLTQINLQTPANVHMGWLYNGTTQQYITYAKRAGLNVLVPRWYYMEANGKVTDHTDKELLNWAHNNSRQVWAMVGNRGNAEGTHQVLSSAQSRKSVVDRIAANVSRYRLDGINIDFENVMPQDRQNLTAFITQLSIEMRRLGAKLSIDVSPDLNTDWTAAFDYAALGTQVDYMVLMSYDQHWGGSPKAGSVSSLPWSESGLSKLLTQVPAKKSIIAYPLYTRDWKIASSVSSQDITLAEQGHRIRLNKASFTWNKSVAQYEAAYNSGGIPHRIWTEESRSLSMKHLMAAKYQIAGYAYWYPGAETTDVWQAIHNAERYASYSFRI	PGPT0025110_41	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025110-yaaH-K06306	NA	NA
JZ016_01568	1953	amyX	COG1523	Pullulanase	TTGTCGGTACAAAAAGAAAGCAACGCTGTTATTCACTACGGAGATCCCGCGGTCACCGGGGGAGTCTCCGTCTTTGATAAGGAATTTGACAAGCTATTTTATTATGATGGAACGGATCTGGGTTTAACCTACCAACCTGAAGAGTCCACGTTTCGACTGTGGGCACCGACGGCTAGCGAGGCATACGTCCTGCTGTATCCGGATTGGCAGGCAGCAGAAGCCCGGCGTTTCGCGATGACGCGTGATGTGAAGGGAACTTGGCTGCTGAAAGTAGGAGAGAATCTTCAAGGCATGTTCTACACCTACCAGGTCCTTATCGGGGATCAATGGAACGAAGCTGTCGACCCTTATGCTGGCGCCGTAGGCGTCAACGGGGATCGTGCTTACATCTTGGACATGGCCTCGACCGATCCTAAGCACTGGACAGAAGACAAACCGCCGCTTCATAGTCCTCTAGATGCCGTGATCTATGAGCTGCATGTTCGTGATTACACCATTCATCAAGGCAGCGGAGTGAAACATAAAGGCAAGTTTAAAGGTCTGGCGGAGACAGGTACCCGAGGTCCCGGAGGGATTCGTACAGGGCTTGATCATATTGTTGAGCTTGGGGCTACGCATGTAGAGCTGCTCCCGATCTACGATTTTGCGACGGAAAGCGTAGATGAAACCAGGCTTCATGAGCCGCAGTACAATTGGGGATACGACCCGAAGAACTACAATGCTCCCGAGGGCTCGTATTCTACGGATCCGTATGTGCCGGAGGTTCGGATTCGTGAATTGAAGGAGTTGATTCAGACATTCCACGATCAAGGGCTACGGGTCATCATGGATGTGGTGTATAACCATGTATATGACGGGTATCTGATCAATTTCACGAAGCTGGTACCCGGTTATTACCTGCGTTATACGAAGGACGGCAAATTTTCCAACGGATCCGGGTGCGGTAACGATACGGCATCCGAGCGTCCGATGATGCGGAAATTCATTGTGGAATCCGTTCTGCATTGGGTGAAGGAGTACCGGGTTGACGGTTTCCGATTTGACCTGATGGGATTGCTGGATGTGGAGACGATGAATGAAATCCGGACGCGCCTGGACGAGATTGATCCGTCGATCATCACGATCGGCGAAGGCTGGGTCATGAATACCGAGCTGGAAGAGAAGAAGCGAGCGAATCAGCAGCAAGCAGCCGTGATGCCGCGTATCGCTCACTTTAACGACGGATTCCGCGATGCCGTTAAAGGAGATATTTTTCATTTTGAATATAAGGGCTTTGTGAGCGGCGGCAGTGGAATACTTCATAAAGTGAAGCAAGGCATCGTGGGCGGCATTCCGTATTCCAAAGATATTAAGGCGTTTGCTACTGAACCGGATCAGTGCGTAAATTACGTGGAATGTCATGATAACCATACCCTATGGGACAAAATTATGCTGTCGACCAAAGGGGAAAATGATGCGACACGTCGCGATATGCACCGGCTGTCATCGGCCATGATCCTAACCAGTCAAGGAATCCCTTTCCTGCACGCCGGCCAAGAGTATTACCGCTCCAAGAACGGAGTGGAGAACAGTTATAACGCTAGTGATGAAGTGAATCGGCTGGACTGGGGTATGGCATCGGAGCACCAGGATGGAGTGAAATACATTCAACGGCTCGTTCAGCTCCGGAAGAATCATCCGGCATTCAGATTGAGGGATGCCGCGTCGATTCGTAAGCATCTTCGGTTTGAACCATGTCCTGAGCATGCTGTCGCTTTCACGCTTCGTGATCATGCGGGCGGCGATCCAGAGAAACATATCTATGTGCTCTATTATGCCGGACGGAAAGAGTCCTCCCTTGCTTTGCCTGAGCTGGGCGAATGGAAGATTCTGCTTGGCGAAGAGCATATTACGCGTTTAACCCGGGATTCCCTTGTTGTAGAAGGGATCGGTGCGGTTATCTTATCCTGTTAA	MSVQKESNAVIHYGDPAVTGGVSVFDKEFDKLFYYDGTDLGLTYQPEESTFRLWAPTASEAYVLLYPDWQAAEARRFAMTRDVKGTWLLKVGENLQGMFYTYQVLIGDQWNEAVDPYAGAVGVNGDRAYILDMASTDPKHWTEDKPPLHSPLDAVIYELHVRDYTIHQGSGVKHKGKFKGLAETGTRGPGGIRTGLDHIVELGATHVELLPIYDFATESVDETRLHEPQYNWGYDPKNYNAPEGSYSTDPYVPEVRIRELKELIQTFHDQGLRVIMDVVYNHVYDGYLINFTKLVPGYYLRYTKDGKFSNGSGCGNDTASERPMMRKFIVESVLHWVKEYRVDGFRFDLMGLLDVETMNEIRTRLDEIDPSIITIGEGWVMNTELEEKKRANQQQAAVMPRIAHFNDGFRDAVKGDIFHFEYKGFVSGGSGILHKVKQGIVGGIPYSKDIKAFATEPDQCVNYVECHDNHTLWDKIMLSTKGENDATRRDMHRLSSAMILTSQGIPFLHAGQEYYRSKNGVENSYNASDEVNRLDWGMASEHQDGVKYIQRLVQLRKNHPAFRLRDAASIRKHLRFEPCPEHAVAFTLRDHAGGDPEKHIYVLYYAGRKESSLALPELGEWKILLGEEHITRLTRDSLVVEGIGAVILSC	PGPT0012195_1015	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-PULLULANASE,PGPT0012195-pulA-K01200	NA	NA
JZ016_01569	1305			hypothetical protein	ATGACCTCTCGAGACACTGGATTTATAAAAACGTTCTTGCAGGGATTCGTGGAATGCGTGCTCTATTTTCCGGTACTCTTTATTCCGGCGTTCTATCTGCTGCCTGAATCGCACCGATGGGTATGGCCTGCCCTAGTATTAGGCGGGTACTTACTTGGCTACACAGGTGCGCGATGGTTCAAGCTGGATCGACAGTTTAAGGCAACCTTATGGGCGTGCCTGGTTTCCATTACGGCAGCCATCGCCTTTGTAGGCGTAGATATCACCCTTGCTTATTTCATCCCCCTTATATTTATTGCCAGTTATCGCGGCAGCCGAATGGAGCAGGCAAGCTGGAATCTGATGTTTCCGGGGACGTATTTCTTAATAGGATTGATTTTGTTCGGGGTCAGCAGTTTTATATTAAGTTTTATGGATTCATTCCAGGGTGGTATATCCTCTCTGACCTGGATGGGGGCAGCGGCGTTAGGATTAACCCTGTTGCTTGTCAATCGGCAGTTGGTGTTGGATGAAACACTGCCAGGCAATGATCAGCCCGTGTTGGAACGTCGGGTTCTGCGTTACAATCGCTGGTTTATCCTCGTATTGCTGCTTCTGGTTGCGGTGGTCGCCTTCTTGCCGCAGCTGCAGCAATGGGTCTCTGATATGGCGAGAGGGATCGCTGCATGGATCTCCGGATGGTTCAGCTCCGGTGCGGAGCAGACTCCGGAACCGCCTTCGTCGTCGGAGCCTCCTCCCGAAATGTCGTTTCTTGATGAAGAAACCAAGCCGCCGAGCCCATGGATGAAAGTATTGGAGCAAGTGCTGATCTATGGCGTGTTCACCGTTATAGGGATCGGGATGATGTATGTTCTGTTCAGGTTTGGCAAAGTCCTGCCTAAACTATATAGAAGATTCTCTGCATGGATGAACAGGATGATGAACAGACAGAACGTTCAGCCCTCGTTAGGTTATGAGGATGAAGTGGAGAATATTGAACATGACCCCGCATCCAAACGACTAAAACGGATGTTGTCCGGTATTCGTATCGGCGGAAAGTTTCGGGCGGGAGAAGGATCGGAGCATTTGAACGAGAAAATTCGCCGAATGTATCGGATGATACTTTCCCGAAGTATCAGGGAAGGCTATAATTGGAAAGCATCGCTAACGCCGCGGGAAACCGAAAGCGATCTTAAGGAATGGAATGGAAGGAAGGATCGTATTCCACAATCCTTGATTGAGCTTTACGAGGAAGCCCGATATGGTACCCGTACCATTACGGAGGAAGAAGTTGAACGGATACAATTGGATAGGAAGCATACATGA	MTSRDTGFIKTFLQGFVECVLYFPVLFIPAFYLLPESHRWVWPALVLGGYLLGYTGARWFKLDRQFKATLWACLVSITAAIAFVGVDITLAYFIPLIFIASYRGSRMEQASWNLMFPGTYFLIGLILFGVSSFILSFMDSFQGGISSLTWMGAAALGLTLLLVNRQLVLDETLPGNDQPVLERRVLRYNRWFILVLLLLVAVVAFLPQLQQWVSDMARGIAAWISGWFSSGAEQTPEPPSSSEPPPEMSFLDEETKPPSPWMKVLEQVLIYGVFTVIGIGMMYVLFRFGKVLPKLYRRFSAWMNRMMNRQNVQPSLGYEDEVENIEHDPASKRLKRMLSGIRIGGKFRAGEGSEHLNEKIRRMYRMILSRSIREGYNWKASLTPRETESDLKEWNGRKDRIPQSLIELYEEARYGTRTITEEEVERIQLDRKHT				NA	NA	NA	NA	NA
JZ016_01570	1107			hypothetical protein	ATGGGAGCCTATTGGATATTGTTAATCGCCGCTGTGGTCATCGTTGTGCAGGGCAAGATTTTCAAACGGACGGCACTCAAAAAGCTGAACTACAGCCGTTCCTTCAAGGTGTCGACCTGCTATGAGGGAGATTCCGTGGAATTGATCGAAATCATTGAGAACCGCAAAGCGCTGCCTGTGCCCTGGTTAAGAGTAGAATCCCAATTCCGCTCGGGGCTGGCATTTGATAATCAATTGAACCTGGATATCAGTGAGGGGCAATTCAATCAGAACCACAAGAGCTTCTTCAGTCTTCTGCCATGGACCAAGATCCTTCGCAGACATCGGATTACCGCTAAGCGCAGAGGTCTGTACAAGCTGGGTACGGTATCGATGACGACGGGGGATCTGGTCGGAATGGAGTCGATTGTCCAGAGCAAGACGTTATCCGGTGGCATTATCGTGTACCCGATGCCGATGGATGTGTCGGACATGGCCCTCCCGGTCCAGACCTGGATGGGCGAAATGCTGGTGCGAAGATGGATCTTGGAGGATCCTTTCCTGATATCAGGCGTACGCGAATATCGGGACGGCGATCCGCTGAAGGATATTCAATGGAAAGCGACCGCACGGACGGGCATCTTGCAGGTCCACAGGCGGGATACCACAGCGGACAGCCGACTCTTGATCTATCTGAATATAGAGGATCATGAGCAGATGTGGAGCAAAGCGACGCGGCCCGAGCCGATCGAGTATGGCATCCGACTGGCAGCGGGCATTACAGCTCATTTATTATCGCAGGGCATGGAGATCGGAATGGGAACAAACGGAACGCTTGGCGAGGATTCAACCGATGAAGCATTCGTCCCGGTTGCAGGCGGCATGACACAGCAGCATCTGATATTTGAAATGCTGGCGAGACTGGAGCTGACCCGAAAGGCTTCTTTTCATGATTATCTGGCCTCTGAACTGTCCCGGCATGAAGAGGCTAGAGATATCCTCATTCTAAGCACTTACGTCAGTCCCAGGCTGGAAGAGATGTTTCAGCGTTTTCGGGACCATGGGCACACGATTCAGGTATTTCCTCTCGGTGAAGCGCCGTCTCCTGCGAAGGAGGTGTCTGCATGA	MGAYWILLIAAVVIVVQGKIFKRTALKKLNYSRSFKVSTCYEGDSVELIEIIENRKALPVPWLRVESQFRSGLAFDNQLNLDISEGQFNQNHKSFFSLLPWTKILRRHRITAKRRGLYKLGTVSMTTGDLVGMESIVQSKTLSGGIIVYPMPMDVSDMALPVQTWMGEMLVRRWILEDPFLISGVREYRDGDPLKDIQWKATARTGILQVHRRDTTADSRLLIYLNIEDHEQMWSKATRPEPIEYGIRLAAGITAHLLSQGMEIGMGTNGTLGEDSTDEAFVPVAGGMTQQHLIFEMLARLELTRKASFHDYLASELSRHEEARDILILSTYVSPRLEEMFQRFRDHGHTIQVFPLGEAPSPAKEVSA				NA	NA	NA	NA	NA
JZ016_01571	981			hypothetical protein	GTGGTTACAATTACTATAGATTATCATGGCGTTCGCCGTCTTGCCGACGACATTCGAGCAAACGTTTCCAAAGTTATGGTAGGTAAAGAGCAGCTGATTGACAGACTATTTATTGCTATGGTCACTTCTGGTCATGTTCTGTTGGAGGATGTGCCGGGTACAGGCAAGACATTGCTGGCCAAATCCATCTCGAAGTCGATTGATTGCACGTTTAAGAGAGTACAGTTCACGCCGGATTTGCTGCCGTCGGATCTGAGCGGCATCTACTTCTATAATCAACAATCCGCGACGTTTGAATTCCGTCCGGGTCCTCTGTTCACGAATATCCTTCTAGCCGATGAAATCAACCGGGCGACACCTCGTACGCAGTCCAGTTTATTGGAGTGCATGGAGGAACGCCAGATCAGCATTGACGGTGTAACCCATCAGCTGAAAGAGCCGTTTTTGGTGATCGCGACGCAAAATCCGCTGGAACAGCAAGGAACGTTTCCGCTGCCGGAGGCACAGCTGGACCGCTTTCTGTTTAAACTGAATATGGGATACCCTACCTCAGAGGAAAGCGTGAATATTCTGAAGCGATTTAAAGATGATCAACCCTTGGAGTCTCTAATGGCGATTGCAACGTCTGAGCGGATCGTACAAGCCAGACATATCGTCAGCAAAGTACATGTCAGTGATGTGATGTTATCCTATATCGTTGCGCTTTCCGAGCATTCAAGACGGGATGAGGCGGTTGCCTCGGGCGTAAGCCCAAGGGGCTGCCAAGCCTTATTGAAGGCGGTGCAAGTACAAGCCGTCCTGAAGGGCAGGGAGTTTGTTACCCCTGATGATGTGAAGGAATTGGCTGTGCCGACATGGGCGCATCGGCTGAAGCTTCGAGGGACGCTTCACAGCCGCGGCGGTGCGGCCGCGGCGGAAGAAGTGATCGAACGGCTGCTGCAGCAGGTTCCCGTACCGACAGAAGAAGGCATTTCGTCGTAG	MVTITIDYHGVRRLADDIRANVSKVMVGKEQLIDRLFIAMVTSGHVLLEDVPGTGKTLLAKSISKSIDCTFKRVQFTPDLLPSDLSGIYFYNQQSATFEFRPGPLFTNILLADEINRATPRTQSSLLECMEERQISIDGVTHQLKEPFLVIATQNPLEQQGTFPLPEAQLDRFLFKLNMGYPTSEESVNILKRFKDDQPLESLMAIATSERIVQARHIVSKVHVSDVMLSYIVALSEHSRRDEAVASGVSPRGCQALLKAVQVQAVLKGREFVTPDDVKELAVPTWAHRLKLRGTLHSRGGAAAAEEVIERLLQQVPVPTEEGISS				NA	NA	NA	NA	NA
JZ016_01572	390			hypothetical protein	ATGATACTGGAATCAGCGATACTTTATATCAAACCGGGGTTGGCAAGCGAGTTTGAAAGTGCCTTTCGGGAAGCTTCCGCCGTTCTGTTAACGAAAAAGGGATATGTAAGCCATGAGCTTAACAAGTGCGTGGAGAACCGGGATGAATATATATTCCTTGTCCGCTGGAGCGGCATTAAGGATCACCTGATCGGCTTCCGCGGGCATCCGGACTATAAGCTGTGGAATGCGTCCCTGGAGCCGTTTTATGCCCGGCCGCCTGAGGTTAAGCATTATATCGATATCCGGATCGATCGTCGCGAGCAGGCTGAAGCGGAGCTGACCAAACTATTGATTCCAGAAAGCAGGACGGATTCGACTTCTTCACAGGAAGAAAGGACGGCAGAATAA	MILESAILYIKPGLASEFESAFREASAVLLTKKGYVSHELNKCVENRDEYIFLVRWSGIKDHLIGFRGHPDYKLWNASLEPFYARPPEVKHYIDIRIDRREQAEAELTKLLIPESRTDSTSSQEERTAE				NA	NA	NA	NA	NA
JZ016_01573	300			hypothetical protein	ATGGCATTCGGCATCTCGAGACAGGAATTGCAGCAATGGAAGCAGAAGGTTGCACAAGGAGACATCGCTTTTTTGACCCATTATTGGTTCGACAAACGGTTTCCGGAGTTTAATACCGTAACCAAAGTAGGATGCTCGAACATCCAGCGCCTGGAAGACTGGTGTGTATCCAACGGACTTAATCCGGAATATATCCATTACCGTCTGCCTTACCCGCATTTTGATCTGATCGGTCCCAAGCAAACCGAATTACTGCAAAAGTATAACCTCGAAGATCATATCACCCGCTTCGGTCTGTAA	MAFGISRQELQQWKQKVAQGDIAFLTHYWFDKRFPEFNTVTKVGCSNIQRLEDWCVSNGLNPEYIHYRLPYPHFDLIGPKQTELLQKYNLEDHITRFGL	PGPT0013445_463	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916	NA	NA
JZ016_01574	933	trxB_1	COG0492	Thioredoxin reductase	ATGTTGGATACCGAAGTGAAGGATTGCATTATCATTGGCGGCGGAATTGCAGGTCTGCAGGCGGCTATACAGCTGGGGCGGTATTCTGCCTATGATGTCCTGGTGATCGACCGGGGAACGGGGCGGTCCACCATCTGCAAGAGTTACCGCAATATCCTTGGATGGCCAGATGGGGTCTCTGGTGAAGAGCTCAGGGGGCGGGGGCGCCTGCAGGCGGAATCTGTCGGCGTTACGTTTGCAGCCGATGATATCCGGAAGGCGGAACGGGATGAATCGGAGTATTTTGTGTTAACTGGTAAAGATGGAGTTCATTACAGGGCCAAAACCTTGCTGCTCGCAACAGGCGTGATGGACCGTTTTCCCCAGCTGCCAGGCCTGATGCCCACGCTGGGCACATCCGTCTTTGTATGTCCTGATTGCGATGGTTATGAAATTCAGGATCGCAAGACCGTCGTAATGGGATCAGGTGATCCCGGTGCCAGTATGGCTGTGCTGCTATCGGAGCGAACCCAGGATATCATCTACATCAATCATGAGGGGGAGCCGGCTTCTTCCGAGCATATGTCCCAATTGGCGGAGCTCGGGATTCCGTATATAGAGAAAAAGGTGTCGGAAATTCGTGAGGAAGGCGGCATCCTATCGGCCGTTGTGTTGGAGGATGGGAGCATCGTGCCTGCGGAGCGGGGGTTCCTATCTTTTGGCGGGAATATGATCCATTCCGAATTGGCCGAGCAGTTGGGGGCAGAGCTGGAGCACAACCGTCATGTCAAGACCGATCCAAGGTCCAAAATGACGAGTGTCGAGTCACTTTGGGCCGCGGGTGACCTGGGCGTCCATTCCGAATTAACCACCGTGGCGATGGGGGAAGGCGCAATGGCTGCGATCTGGATTAACAAGACTCTGAAGAAGATGACTAGCGGAGCCGTTACATGA	MLDTEVKDCIIIGGGIAGLQAAIQLGRYSAYDVLVIDRGTGRSTICKSYRNILGWPDGVSGEELRGRGRLQAESVGVTFAADDIRKAERDESEYFVLTGKDGVHYRAKTLLLATGVMDRFPQLPGLMPTLGTSVFVCPDCDGYEIQDRKTVVMGSGDPGASMAVLLSERTQDIIYINHEGEPASSEHMSQLAELGIPYIEKKVSEIREEGGILSAVVLEDGSIVPAERGFLSFGGNMIHSELAEQLGAELEHNRHVKTDPRSKMTSVESLWAAGDLGVHSELTTVAMGEGAMAAIWINKTLKKMTSGAVT	PGPT0013060_7917	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
JZ016_01575	1230	srpC	COG2059	putative chromate transport protein	TTGAATCCGGAGACAGACAAAGAACAAGTTCAAGCTCAAGTTGGCAATAGGCAGCCCTCTGGCAGGTGGCGTGCCCTCGGCGAAACCTGGTGGACCGCTCTGCAGCTGGGGCTCACATCGTTTGGCGGACCGATCGCACATCTTGGATACTTCCACCAGACTTATGTGCGCCGCAAGCAATGGTTGGACGAAAAAAGCTATGCGGATCTGGTGGCCCTGGCCCAATTTCTTCCCGGACCCGCCAGCAGCCAGGTGGGTATTGGAGTTGGGATGATGCGAGCGGGCATCTGGGGCGGCATCGTCGCCTGGCTTGGCTTCACATTACCGTCCGTACTCATGCTTATGATCTTCGCCTATTTGATGCAAACCTTCGATCCCGGCTCGGCAGGCTGGATTCAAGGGCTGAAAATTGTCGCAGTGGCCATCGTGGCGCAGGCGGTTCTGGGTATGGCAGGAAAGCTGGCCTCAGGCCCTGTAAGGGCGGCTATAGCGTTAATAGCCATGGCAGTCGTTCTGCTGTGGCAGAGTCCCATTTCTCAAGTGACGGTCATCGCTCTTGCCGGCTTATCGGGACTGTGGTTGTTCAAGCGTCAAGCGAACGAAGAAGCAGCACCCGAGATAAAGATGCCGATCGGACGGAGAGCCGGACTCTTTTGCTTGGGCCTGTTTGTTGTGTTATTAGTGGGTCTGCCGCTCCTTAAAGGGTTGACCGATAACGGTTGGGTAGCCATGGTGGACAGCTTCTACCGAGCCGGATCGCTAGTATTCGGCGGAGGGCACGTCGTTCTCCCGCTGCTGGAGAATGAGACGGTGCTGAACGGCTGGATGTCTAAAGAGGATTTCCTGACGGGTTACGGAGCAACACAGGCAGTACCCGGTCCGTTATTTACTTTTGCCGCTTACCTCGGGGTCTTGATTCAGGGGATTCCTGGAGGTATCATGGCTACACTGGCTATCTTTTTGCCTGGATTTCTGCTTATCGTAGGGGCCATGCCTTTCTGGAACAGCATCCGCAGAAACCCTAAGCTGCAAGGCTTGCTGACGGGCATGAATGCGGCAGTGGTCGGGATTCTGCTGGCTGCTCTATACCATCCCATATGGACATCCTCCATCCACAGTCCGCTTGAATTTGTGATCGGCGCGGGGCTGTTCGGGATGCTGATGTTCTGGAAGAGCCCTCCGTGGCTTGTTGTGATTGCCGGTGCATTAGCCGGACAGCTTCTCCTGTAA	MNPETDKEQVQAQVGNRQPSGRWRALGETWWTALQLGLTSFGGPIAHLGYFHQTYVRRKQWLDEKSYADLVALAQFLPGPASSQVGIGVGMMRAGIWGGIVAWLGFTLPSVLMLMIFAYLMQTFDPGSAGWIQGLKIVAVAIVAQAVLGMAGKLASGPVRAAIALIAMAVVLLWQSPISQVTVIALAGLSGLWLFKRQANEEAAPEIKMPIGRRAGLFCLGLFVVLLVGLPLLKGLTDNGWVAMVDSFYRAGSLVFGGGHVVLPLLENETVLNGWMSKEDFLTGYGATQAVPGPLFTFAAYLGVLIQGIPGGIMATLAIFLPGFLLIVGAMPFWNSIRRNPKLQGLLTGMNAAVVGILLAALYHPIWTSSIHSPLEFVIGAGLFGMLMFWKSPPWLVVIAGALAGQLLL				NA	NA	NA	NA	NA
JZ016_01576	1230	yycB_2	COG2807	putative transporter YycB	ATGACATCAAGAACATCAATAGATCAAAACACAACTTCCGCCGGGCGCACATGGATGATGTTTGCAGGTATTATCCTGATTGCCATTAACCTGAGAGCGGCGATTACATCGGTTGGCCCGCTGATCGGGATCATCCGCGACGATACGGGAATCTCGAACACGTTGGCGGGTATGCTCACTACACTGCCGCTATTAGCCTTTGCTTTATTGTCGCCAATGGCACCGGCCATGGCTAAAAAATGGGGGCTGGAGACTACTCTTTTACTAAGTATGGTGGTGCTGACATTTGGCATCGGCATCCGCTCGATATCATCCCCTTATACGCTGTTAATCGGTACCGCATTTCTCGGAATGGCTATAGCCGTTGGGAACGTGCTGCTTCCAAGTCTGGTCAAGCGGGATTTCCCGCGGCATATCGGATTGATGACGGGGACGTACTCTGCTTCGATGAACCTGCTCGCCGCGATCGCATCCGGGATCAGCGTGCCGCTGGCTACCCAAGCAGGTCTTGGTTGGCAAGGGTCCCTATTAATTTGGGGTTCGTTATCCGTCTTGGCTCTCATCGTATGGATCATCCAGCGCCGGAGCTCCGGAAGAACCGCTGAGGTCAGTTCGGCTGCTACCAAACATCAGAGTGTGCTGAGGTCACCGCTTGCTTGGTACATTACTTTATTCATGGGTCTTCAATCGTTTACGTTCTACGTGAACATCTCATGGCTGCCCGAGATTCTAAGAAGCCAAGGCATGGATTATAGTGCCGCGGGCTGGATGCTCTCGATTCTCCAATTTGTCAGCCTGCCATTCTCCTTTATTATTCCTGTTCTGGCTGGGAGGAATCCCAATCAGCGCATGCTGGTGACGATCTCTGCCTTGTCTATGCTGACCGGATATGCAGGCTTGTTTTCTGGCCTGACTTCATTAAATCTGCTATGGGTGATGCTGGTAGGTATTTCAGGCGGGGCCAATTTCAGTTTATCCCTGATGTTCTTTACCCTTCGTACGAAATCGGCTCAAGAAGCTGCCGCTTTATCCGGTATGGCCCAGTCGCTGGGTTATTTATTGGCTGCTGTAGGTCCGCTGCTCATCGGTTTCCTGCATGATGCGACAGGCGGATGGAAGGTGCCTCTGGCGGTATTATCCGCCATTGTCGTTGTATTGTTCATTTTTGGTTTTGGCGCTGCGAAACCAGGGTATCTGTCCGTGCCGAACGAAACGAAGCCGGAGGCTTAA	MTSRTSIDQNTTSAGRTWMMFAGIILIAINLRAAITSVGPLIGIIRDDTGISNTLAGMLTTLPLLAFALLSPMAPAMAKKWGLETTLLLSMVVLTFGIGIRSISSPYTLLIGTAFLGMAIAVGNVLLPSLVKRDFPRHIGLMTGTYSASMNLLAAIASGISVPLATQAGLGWQGSLLIWGSLSVLALIVWIIQRRSSGRTAEVSSAATKHQSVLRSPLAWYITLFMGLQSFTFYVNISWLPEILRSQGMDYSAAGWMLSILQFVSLPFSFIIPVLAGRNPNQRMLVTISALSMLTGYAGLFSGLTSLNLLWVMLVGISGGANFSLSLMFFTLRTKSAQEAAALSGMAQSLGYLLAAVGPLLIGFLHDATGGWKVPLAVLSAIVVVLFIFGFGAAKPGYLSVPNETKPEA	PGPT0005211_988	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_CYANATE_DETOXIFICATION	XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449	NA	NA
JZ016_01577	1380			hypothetical protein	TTGGAGACGACAGCCACGATTCGCGGAGAAATAGTTAGATATTTGCAGAATCATCATATGACAATCAACCAATTTGCCAGGATATCAGGTATTAACAGCGGGACACTTAGTAATATCCTGAATGGGAATCGTCCCATGTCCATGCACCAGTTAGACCGGATAACCGAAGGGATGGGTCTGGAAGAGGGGCATTTCTACGAACTTTACATAACGGAAAGCATTTTTCATACGACTCCGGATTGGCGAAGGCTTGGACCTTTTCTTGAGCGATGTGCAGAACTGGATAAATTGGATTGTTTGCATAGAGCTGCACGAATGACGATGGAAAACATTAACTACGCACCGATGCTTTTTGATATGGCGGAGACCTTATTCAACGAGGAGAAGCGTGAAGCCGCAGCTTTGTTATACGAGTGCGTTGCCGAGTGTGAAAAATTTCAGTATTCCGAACGGTTAGCTCTTTGCCAGTATCGACTATTCTTAATCAGGTTAGGTGAGAACCAAGAGGAAAATTTACAAGCAGCTGTATACTTTGAGCCTTATATTGATAGGTTAGATGAAATCTATCAATTGGATGCGTTAGTTAAGCTTATTAATTTAAATATATCTTTGCAGCGAATGGGTAAAATCGAAGCTCTAGCCAAAAGAATGGAACATCAAGCCAGAATTCATTATCAGCAAAATAGAGATACGTTTGAATCGCTTGAATTTCCAAAGAGACCTCTTCTTTTTTATTTACTATATTCGTACCTAATTCAGGCATTTGTGTATCAAGAACGAGGTGATTACGATCATGCTCTCCACTATGTATCATTGTATGATAAACCAGATTGGGTAATAAATCCGAGCCAAGAGGAATCTCTGATTTTGGAGCAGTTCAGCGAATGGGCTGAGGCTAATCGATATATGTATGGTTTAATGAGTGGGCAGCCAGGTTCTCTGAATCAGTATGTAGATTATGTTGAATCAAGAAATGATGAGATTTTTCTAGCTCTATGCAATATCATGGTCGCAGCTAATCGTTATCAACTTCAGGTTGATCCAATTTTGGAACGCTTTAAAGAGCATCTGCATTATAGATCGCAGCAAAATCAACTTGGAAAGGTTAGCGATCAGGTCACATTAAACCGGTACACCCGCCTCCTCGCCGAGTTAGGGATATACTATTTAAATGCTAAACAGTATGATCGGGGGTTATCCTATATCCTGGACAGCCTCGAGTATTCGATAAGAACCAAAAGTGATAACGGGATGCTGCGGTGCATGGGGATCTTCGAGCAGTTCCGTCAGTACGCATCCGAGGAAATACAGAAACGGTATAATGAATTCATTCGTGATGTCCAAAAGTTATCCGTGTATGCTTGGAGCCCACTTGTGTAG	METTATIRGEIVRYLQNHHMTINQFARISGINSGTLSNILNGNRPMSMHQLDRITEGMGLEEGHFYELYITESIFHTTPDWRRLGPFLERCAELDKLDCLHRAARMTMENINYAPMLFDMAETLFNEEKREAAALLYECVAECEKFQYSERLALCQYRLFLIRLGENQEENLQAAVYFEPYIDRLDEIYQLDALVKLINLNISLQRMGKIEALAKRMEHQARIHYQQNRDTFESLEFPKRPLLFYLLYSYLIQAFVYQERGDYDHALHYVSLYDKPDWVINPSQEESLILEQFSEWAEANRYMYGLMSGQPGSLNQYVDYVESRNDEIFLALCNIMVAANRYQLQVDPILERFKEHLHYRSQQNQLGKVSDQVTLNRYTRLLAELGIYYLNAKQYDRGLSYILDSLEYSIRTKSDNGMLRCMGIFEQFRQYASEEIQKRYNEFIRDVQKLSVYAWSPLV				NA	NA	NA	NA	NA
JZ016_01578	1389			hypothetical protein	TTGGAAAGGACAGCCACGATTCGCGAACAAATGGAAGAGTTTCTACATAAGCACGAAATGACGATTAATCGATTTGCTGAGATATCGGGGGTCAATAGCGGCACACTCAGCAACATTCTGAATGGGAACCGTCCGATTTCCATGCAGCAGTTGGACCGGATTACGTTAGGTATGGGTCTGGAAGAGGGGTATTTTTACGAGTTGTATATAGATGAATGCATCTTTCATGCTACGCCGGATTGGCGTCGGCTGGGTCCGTTTCTTCACCGATGCGCGGAGCTGGGGAAGCTGAATTGTTTGGACAAGGCTGTCCGGATGACGATGGATAATATCTCTTATTCCCCCTTACTCTTTGAAACGGCAGAGCTTTTTTTCAAAGAGGGAAAACATGAGGCGGCTGTACTGCTGTATAAAAGTGTGGCGGAGAGTGAACGATTTCAGCATTCGGAGCGGTTGGCCCTTTGTCAGTATCGGTTGTTTGTATTAGAACTCACAGATGATCAGGATGCAAACTTGCAGGCTGCCGTTTATTTTGAGCCGTTTGTGGATCGTTTAGATGAAATGTATCAGTTGGATGCATTAAGACAATTGATCAATATAAATGTATCGCTAAATCGATGGGATAAAGTTGAAGAATTAGCTAAAAAAATGGGTAGTAAAGCAAAGATTCAGTATCAGAATGATGTGAAAATGTATGATCTAGAGGCAGGAGAGGTGAAACCTTTAATATTCTATATTTTGTACGCTCAATTAATTCAAGCAAATGTTTGTCGAGAAAGAGGAAATTATGAGCAAGGATTATACTATGTATCATTATATATGAATCCTGACTGGGTTACTGAGCCTTCTATAGATGAACTTCGGGTTATCAATCAGTTTAAGGACTGGGGAGAGGCTAATAAATATCTCTACCAGCTTATGGTTGGACAAGTTGAGGTTTTAACTGATTACGTAGAATACATTTCGACCAGAGAGAATGAAATTTTCACTGCACTGTGTAATATTATGATCGCTGCCAATCGTTTTGACTTGAACGTAGAACAAATATTGGAACGTTTTGAGGTGTATTTAATACTTAAAGATCAATCAAGTAATATAGGCACCATTAATCGACAAGTTAATACTGAAAGATATACCCGACTTTTGTCTGAATTAGGAATATATTATTTGAATTCAAAAAATTACGACAAAGGTTTACAATTTATATTGGAAAGTTTAGACAGATCTATTACAATAAATAGTAACAGGGGTATGCTAAGATGTATGGGATTATTTGAACAGTTTCGCGATTTTTCTTCGTATGAATGTCAGAAACGCTATAAAACTTTAGTAAGTGAGGTGCAGGATTTAAATGAAAAGAAAATTGGCTTGTCTACTAGCTACATTTAG	MERTATIREQMEEFLHKHEMTINRFAEISGVNSGTLSNILNGNRPISMQQLDRITLGMGLEEGYFYELYIDECIFHATPDWRRLGPFLHRCAELGKLNCLDKAVRMTMDNISYSPLLFETAELFFKEGKHEAAVLLYKSVAESERFQHSERLALCQYRLFVLELTDDQDANLQAAVYFEPFVDRLDEMYQLDALRQLININVSLNRWDKVEELAKKMGSKAKIQYQNDVKMYDLEAGEVKPLIFYILYAQLIQANVCRERGNYEQGLYYVSLYMNPDWVTEPSIDELRVINQFKDWGEANKYLYQLMVGQVEVLTDYVEYISTRENEIFTALCNIMIAANRFDLNVEQILERFEVYLILKDQSSNIGTINRQVNTERYTRLLSELGIYYLNSKNYDKGLQFILESLDRSITINSNRGMLRCMGLFEQFRDFSSYECQKRYKTLVSEVQDLNEKKIGLSTSYI				NA	NA	NA	NA	NA
JZ016_01579	1290			hypothetical protein	ATGAAAAAGCTTTTTCTTGGCGCACTGTTTATCGGATATGTTGTATTTGTACTCGAGCTAACTATGTTGGGCCGCGGCAATTCTCATTTCTTGCAGATGAATCTCCATCCATTCAGCGATTATGTTGAAGCATGGAACAAGTATTCCTTACGTGATCTTCAGAACGGTATATTTAATATCATCATGTTTATCCCGATGGGAATATTGCTGCCTTTTATCAGTCGAAAATGTAAAGCATTTAAGTGGCTGCTTCTAGTCGTTGTAGGTTCTACGCTCTTTATTGAAACTTACCAGACGCTGTCAGGGGCAGGGCTGTTTGAGCTTGCTGATATCATGAACAACACGCTTGGTGGTATTTTTGGATATCAGTTATACAGACTTGCTGCTTCCATTTTTCATAACAAAAAAGTCAGAATGAAAAGTCTGCTGGGAAACCTGGCGATACCTCTGATCATGGGTTTGTTTTTTGTCGGTATGCATATTGTGTATTCCCAACAGGAGTTCGGCAATCTGGCCATAAACACATATACCCAATGGAATATGACAGATGTTGAAGTGACAACATCCCTTCAGCTAAGCTCGGTACCTGCGGTCGCCCCCGTATACAAGAAAATCACTCAGCGGGATAGTGTAGAAGCCCTGCTGCAGCAAAAGTTAGGATTATCTGTGTTGAAGGTTAAGGAGCGAGGCGGCGATCGTGAGGTTCTAATGGAAGACAAATCAGGAACATCATATACATTCTATCAATCCCAAGAGGGGAACTGGTCGTTAACCGAGAACAATTATGTACCAGATCGGGCTTCATTCGCTGACCAAGAACCGCTGCTCTCAAAAGCCAAAATCATGATGGCCGATCTTGGCATACTCCCCCAAGAGGCTGATGTTACAGCGTTGGAGGACGGAGAATTTCAATGGACCCTCCCGGATAAAGCGGGGTTAACCGAAAGTTACTGGACTGGCGAATTGTTACTCGGTCTTAAACAAGATGGCAGTATCTACTCGATAAATAACGGGATCCAAGAGAATCAATTCATTAAGGAAGTAGATATCCTGTCTCCTGCAGAGGTATATGAGCGTATCAAGGATGGAGAATTTCCTCAAATCAAAAGAAATGCAATATTAAAGCCTGATCAACTCGTCATTAAAAAAGGTGACCAACTAGATATAACAGGAATTGAGCTTACGTTTATATATGACACGAAGGGCTTCTATCAGCCTGTATACAGAGTACACGGTGTATTTAATGGGGATTCGGATTGGTTCACCTTAATTCAGGCAAGAAGGAGCTAG	MKKLFLGALFIGYVVFVLELTMLGRGNSHFLQMNLHPFSDYVEAWNKYSLRDLQNGIFNIIMFIPMGILLPFISRKCKAFKWLLLVVVGSTLFIETYQTLSGAGLFELADIMNNTLGGIFGYQLYRLAASIFHNKKVRMKSLLGNLAIPLIMGLFFVGMHIVYSQQEFGNLAINTYTQWNMTDVEVTTSLQLSSVPAVAPVYKKITQRDSVEALLQQKLGLSVLKVKERGGDREVLMEDKSGTSYTFYQSQEGNWSLTENNYVPDRASFADQEPLLSKAKIMMADLGILPQEADVTALEDGEFQWTLPDKAGLTESYWTGELLLGLKQDGSIYSINNGIQENQFIKEVDILSPAEVYERIKDGEFPQIKRNAILKPDQLVIKKGDQLDITGIELTFIYDTKGFYQPVYRVHGVFNGDSDWFTLIQARRS				NA	NA	NA	NA	NA
JZ016_01580	2592			hypothetical protein	TTGAATATTGTCAATAAACTCACCGTCAGACATTTGAGGCAAAACAAGAGACGAACGCTTGTAACCATTCTGGGTGTCATGTTGTCAGTTGCCATGGTGACGGCTGTTGCAACGCTTGGTTTTTCTTACTTGGATTTAATGAAAAGGCAAACCATCGCGGATGAAGGGGAATGGCATGTCCTATACCAAGATGTCAACAAGGAACAGCTTGCAGCGATAAAAAACGATGATGCAACCAAGACCCTTGCAATCACCAAGGATATTGGCTATGCCCCATTAGAAGGGGGACAAAATACAAATAAGCCGTATTTGTTCATCAAGGCGTACGATGCACAGGGTTTAGCGCAATTTCCAATTGAATTGAGCAAGGGGCGTCTGCCGCAAACGGACAAGGAAGTTGTGATTTCTGAAGCCGTTGCGACAAACGCCAAGGTGAAATATGAAATTGGGGATCGTCTTACCCTTCGCATCGGCAAACGATTCGAAGTAGGGAACGATCAACCGCTGGATCAAACCGAATCGCTGCGTTTCGTAGATAACGAAAAGAACGAAACGCTGCAAAATATAACGACAAGGGATTACACGGTGGTAGGCTTCATCAAGCATCCCGTATGGGAACCGGCGTGGGCCCCGGGGTATACGACCATTAGCTATGTCGATGAAAACCTCATGGGGGCAAACGATCGAGTCCATGCGGCGGTGGTCTTGAAAAAAGTCAATCAGTCCTTATTCGCTCATGCGGCAAATTTGGCAAAGGACAACCATATCGAAACGGTCCAATATCATCACGATTTGCTTCATTATTATGGCGTCTCCAAAAGCGAAGCTTCGTACAGCACGATGTTCTCATTATCGGTGATCCTGATCGCGGTTATTATGATCGGCTCGGTTTCGCTCATTTATAATGCTTTTGCGATTTCCGTCTCGGAACGTTCCCGCCATTTAGGGATGCTGGCAAGCGTGGGGGCTACAAAAAGGCAGAAGAGAAATTCGGTGTTTTTTGAAGGTGTCATTATTGGCTTGATCAGCATTCCTGTTGGAATCCTATGCGGTCTTGCCGGGATCGGCATTACTTTTCAGTTTATTAACGCTACAATACAAGGAGCTTTAGGAATTACTGAAAAGCTAACGGTAATCGTCACGCCGTTATCGCTTTTGATTACCTTCGCTGTTTCGATGTTGACGATTTTCATTTCGACGTATTACCCGGCCGTCAAAGCATCCCGGATTTCCGCCATGGATGCGATACGCCAAACAACCGATGTGAAGCTTACGGGCAAAACCGTGAAAACATCGAAATGGATTCGAAAGCTCTTCGGAATCGAAGCGGAGATCGGATTGAAAAACTTAAAAAGGAACAAGCGGAGGTACCATGCCACCGTATTCTCGCTCGTGATCAGCATCGTTCTGTTTTTAACGGTATCATTTTTTACCAGCAATCTGAAACAATCCTTGGCCATGTCGCAGGAAGGCGTCAATTATGATATTGAGCTATCCTACGGCAATGAAAAAAGAATAGACGATCGGTTGGTTCAATCCATTGCATCCCTTTCGGATGTGTCGGAATACAGCGTGATTCATGAGTTGTACAGGAACGCTTGGATCGAAGAAGCGTCCATCGCCGATGAATTGCAGGAGGCGGTCAAGAAGGATAAGAGCATGCTGAAGGACGGAAAATATCCTTATGATATTAAAATCGCTGCACTAAATGATTCGAACCTGCGGGCTTATGCCAAAGCAGTCGGCGCAGATTACGAGTCACTGACGGATCCGGATCATCCCGCCGCCATCGTGATCGATACGATCGATAATAAAGATATGGATACGGGAAAATATGTCCGAAAGAAGGCTATTCATGCAAATGTTGGACAAAGTCTCGATTTGACAACGATCTATGAGGAAACGGAGCAAGAGACGGATGTAAGTAAAGTGTACATTGCGGCGTTGACGGATCGATCTCCGATGGGGATGAGCTTAGTCGGAACAGGCGGGCTAAATATAGTCGTTTCGGAACAGGTCCTGAATCAACTGGCAGACGATAAGAGCGGGGAGTTCGTTCAAACCTTTCTCTATCTGAAAAGTGCGGACCCGCTGAAAACGCAGCAGGAGATCGAAGATATGAAAGAGCCTAATCTGTATGCGTACAATTTGTACCAATCCAGAAAACAGGAAGAACAGATGATACTATTGATGTCCGTCTTTTCTTATGGCTTTATCGTATTAATTTCCGTGATTTCGATTGCGAATATTTTTAATACGATCTCAACGAGCATCTCCCTTCGAAAGCGGGAATTTGCGATGCTGAAATCCGTTGGAATGACGCCAAAAGGCTTTGCGAAAATGATGAACTACGAAAGTGTTGTTTATGGGGCCAAATCACTGCTGTTCGGGCTTCCTATCAGCTTCATCGTGATGTATGTGATCTATAAGGCATTTGTGAACAAATTTAGCTACGGATTCGTCCTTCCCTGGATGAGTATTCTGTCTGTCATTGCCGCTGTATTTGTCATTGTCGGTTCTGCCATGCTATATTCCAGCGCGAAAGTAAAAAAGGAAAACATTATCGACGCGTTAAAGCAGGAGAGTATATAA	MNIVNKLTVRHLRQNKRRTLVTILGVMLSVAMVTAVATLGFSYLDLMKRQTIADEGEWHVLYQDVNKEQLAAIKNDDATKTLAITKDIGYAPLEGGQNTNKPYLFIKAYDAQGLAQFPIELSKGRLPQTDKEVVISEAVATNAKVKYEIGDRLTLRIGKRFEVGNDQPLDQTESLRFVDNEKNETLQNITTRDYTVVGFIKHPVWEPAWAPGYTTISYVDENLMGANDRVHAAVVLKKVNQSLFAHAANLAKDNHIETVQYHHDLLHYYGVSKSEASYSTMFSLSVILIAVIMIGSVSLIYNAFAISVSERSRHLGMLASVGATKRQKRNSVFFEGVIIGLISIPVGILCGLAGIGITFQFINATIQGALGITEKLTVIVTPLSLLITFAVSMLTIFISTYYPAVKASRISAMDAIRQTTDVKLTGKTVKTSKWIRKLFGIEAEIGLKNLKRNKRRYHATVFSLVISIVLFLTVSFFTSNLKQSLAMSQEGVNYDIELSYGNEKRIDDRLVQSIASLSDVSEYSVIHELYRNAWIEEASIADELQEAVKKDKSMLKDGKYPYDIKIAALNDSNLRAYAKAVGADYESLTDPDHPAAIVIDTIDNKDMDTGKYVRKKAIHANVGQSLDLTTIYEETEQETDVSKVYIAALTDRSPMGMSLVGTGGLNIVVSEQVLNQLADDKSGEFVQTFLYLKSADPLKTQQEIEDMKEPNLYAYNLYQSRKQEEQMILLMSVFSYGFIVLISVISIANIFNTISTSISLRKREFAMLKSVGMTPKGFAKMMNYESVVYGAKSLLFGLPISFIVMYVIYKAFVNKFSYGFVLPWMSILSVIAAVFVIVGSAMLYSSAKVKKENIIDALKQESI	PGPT0013350_2103	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
JZ016_01581	684	lolD_1	COG1136	Lipoprotein-releasing system ATP-binding protein LolD	ATGGAAATTTTAAAAATCGAGCATTTGTCTAAAATATACGGCACAGGCGAATCGGCGGTAAAGGCGCTTGACGATATTTCATTTTCGGTTCAAAAAGGCGAATTCGTCGCGATTATCGGCCCGTCCGGATCGGGGAAATCCACGCTGCTGCATATGCTGGGCGGTGTGGATCGGCCGACTAGCGGCAAAGTCCTCGTAGAGGGTACGGACATGTATAACTTGGACGAAACGCAGCTGGCCATCTTCAGGCGGAGACAAATCGGACTGATCTACCAGTTTTTTAATCTGATTCCCGTCCTGACGGTGGAAGAGAATATTACGCTCCCGCTCTTGCTTGATAACCAAAAGGTAGATCAGAAGCAGTTGGATGGTCTGGTGAAGACTCTGAATCTGCAACATCGTTTAAACCATCTGCCCAATCAATTATCAGGCGGACAACAGCAAAGGGTGTCGATCGGAAGAGCGGTCATTAGTAATCCTGCCATTATGCTGGCGGACGAACCCACCGGGAATTTGGACAGCAAGAATAGCAGCGAGATCATCGACTTATTACAAATGTTGAATAAAACCTATCGCCAGACATTGATCGTGATCACGCATGACGAACGAATCGCTTTGCAAGCGGACAGGGTCATTTCGATTGAGGACGGAAGAATGGCCAAAGACGAGGTGATTCGCCCTTGA	MEILKIEHLSKIYGTGESAVKALDDISFSVQKGEFVAIIGPSGSGKSTLLHMLGGVDRPTSGKVLVEGTDMYNLDETQLAIFRRRQIGLIYQFFNLIPVLTVEENITLPLLLDNQKVDQKQLDGLVKTLNLQHRLNHLPNQLSGGQQQRVSIGRAVISNPAIMLADEPTGNLDSKNSSEIIDLLQMLNKTYRQTLIVITHDERIALQADRVISIEDGRMAKDEVIRP	PGPT0013345_13112	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_01582	936			hypothetical protein	ATGCATTTGAAGCAACAACGCCAGATTATTTTTGCTATCACGATTTTCTACACCCTGTTTATTCTTTATTTTTTGTTTTTCGCTTTCGGCAGAGTAGGTAAGGTAGATCAAATCTCCGAGTACACCTTTATATTTTTGCCTGACAGTTTTTTCAGGTTGCCAAGATTAGATCCTCTACATCCTACGCTGATGGATCTTGTGGGTTTCGGGAACATCGCCGCGTTCATTCCTTTTGGCATATTGATTCCGTTGTTATATCGGACTAGCTTTGTTCGCTTTATGACCTTGTTCATCCTATCCATTCTCGTGCTGGAGACGATTCAGGCGCTAACATTCCTCGGCAGCTTCGACATGAACGATGTCATACAGAACTCATTTGGGGCAGCCATAGGCTTCGGGGCGTACAAACTTGGCTTTCGCACGAACAGTAACTGGAAAAATATTGTTTATGCCGGTTTTTCTGGTTTAATCCTTATGCTCGGGGTGTGGGGTGTCTTTGGGATCGTTGACCAAGTGTTGACCAAAGAGATGAGCCCCTTTGTAGCGATAAACGATTTAAGGGATAGTACGGGGAATCTTTCAACGGGAACCAAACTGAACACTCTTAAGATAAGCGGTCAAGACGTGGAACCCCAATATAATGTGTACAGCATCGAAGGCAAAAGCAAGGAAACGTACACGTATACGTTTGGCAATAAGAAGGAGGTGTACCTCTTTTTGAATTATGGGATTCCCGATCAGGAGGATTCCCGAGGCAGCATTAGGGTTACCGCCGATGGACATGAGTTCCTGACTGTATCTGTAGAAGCCGGACGCCATGAGCCGGATATGAGCTCCATTTATCTCCCTCAGGCCAATGAGCTTACGATAACCATTGAGGGAAATGTAACCCTGTGGGATGTTGGATATAAAGAGATGGTTTATAGCTGGAATTGA	MHLKQQRQIIFAITIFYTLFILYFLFFAFGRVGKVDQISEYTFIFLPDSFFRLPRLDPLHPTLMDLVGFGNIAAFIPFGILIPLLYRTSFVRFMTLFILSILVLETIQALTFLGSFDMNDVIQNSFGAAIGFGAYKLGFRTNSNWKNIVYAGFSGLILMLGVWGVFGIVDQVLTKEMSPFVAINDLRDSTGNLSTGTKLNTLKISGQDVEPQYNVYSIEGKSKETYTYTFGNKKEVYLFLNYGIPDQEDSRGSIRVTADGHEFLTVSVEAGRHEPDMSSIYLPQANELTITIEGNVTLWDVGYKEMVYSWN				NA	NA	NA	NA	NA
JZ016_01583	1002	sasA_15		Adaptive-response sensory-kinase SasA	ATGCTGCGTAATCGAGAGGTTCAGATTTTGTTGTTGATTATGGGTTCCATCAGTTTAGCGGGGGGCGTTGCAGCTGCTTTTATTTCGTCTGTAGCTGCGGCGCTCGTTTTCATCATGTCTATTTTACTTATGGGAAGCAGTCTGTTATTCACGAGATGGAGATACCGCGAACTTGAAAAGCTGTCCGTCTATTTGCGTGAAATTAGCAGCGGTAATTATTCACTTGACGCTCGCGATAATCAAGAAGGCGAGCTTAGCATTTTAAAGAATGATATTTATAAAGTGACGCTTATGCTATCAGAGCAGCGGTCGCTTCTGCAGCGAGACAAAACGGGGCTAACGGATGCCATTTCCGATATATCGCATCAGCTTAAAACGCCGCTTACCTCCATGACGGTGATGGCGGATTTATTAAGCAAACCCCACCTGCCTCCAGCGAAAAGAACAGAGTTCACTCGCAATATCCGTATTCAGCTTGAACGAATCGATTGGCTTGTTTCTTCCTTGTTAAAGCTATCGAAAATCGAGGAAAAGACAATCCAGTTCAAAGAAGACCAGGTATTCGTAAATAAGCTTATACAAAAGGCATTAGAACCGGTGTTGATTCCGTTGGAAATCAAGGACCAAACGGTAACCATCAAGGGTGATGACAACGTCTCATTTGTCGGTGATTTCAAATGGACGGCCGAAGCGCTCATTAATATATTGAAAAATGGCGTCGAGCACACGCATGAAGGCGGAAGCATAGCCATTTCTTTTTCCGAAAATGCGCTATTTACGGAAATTATCATTGCCGATAACGGTAAAGGAATTCCAAAAGAAGATTTACCTTATATATTTAAGCGTTTTTATAAAGGGAAAAATGCGAGCGAGGGGAGCATCGGCATTGGTCTTGCGATGGCTTACAGCATTATTGCAAGCCAGAACGGAGTGATCGATGTGACAAGCAGCAGCGACAAGGGTACGCAATTTCGAATTAAGTTCTATAAACAAGTGATTTAA	MLRNREVQILLLIMGSISLAGGVAAAFISSVAAALVFIMSILLMGSSLLFTRWRYRELEKLSVYLREISSGNYSLDARDNQEGELSILKNDIYKVTLMLSEQRSLLQRDKTGLTDAISDISHQLKTPLTSMTVMADLLSKPHLPPAKRTEFTRNIRIQLERIDWLVSSLLKLSKIEEKTIQFKEDQVFVNKLIQKALEPVLIPLEIKDQTVTIKGDDNVSFVGDFKWTAEALINILKNGVEHTHEGGSIAISFSENALFTEIIIADNGKGIPKEDLPYIFKRFYKGKNASEGSIGIGLAMAYSIIASQNGVIDVTSSSDKGTQFRIKFYKQVI				NA	NA	NA	NA	NA
JZ016_01584	711	walR_4	COG0745	Transcriptional regulatory protein WalR	ATGGTCGTTCGTAAAGATGATCTACAGATGAAAATATTGCTAGTGGAAGATGATAAAACAATTGCGTCCGGGCTGGAATATTCGCTGCAGCAAGATCGCTTTTCTACCGTTCTTTGCTATGATGTTGAATCTGCAAAAAAAGTGCTCACTGAAGATATAGATCAATTCGCTCTATGTTTATTTGATTTATCGCTTCCGGATGGAAGCGGTTATGAATTGTGCAGAATGGTGAAAGACCAACGAGATATTCCGGTCATCTTTTTAACGGCGATCGACGATGAGGTCAATGTCGTGATGGGGCTTGATATGGGAGCCGATGATTATATTACAAAGCCTTTTCGTATTCGCGAGCTTCTCTCGCGGATCAAGTCCGTCCTGCGGAGATACCATAAGTCGCCTCAGACCCAAGGGATCATTAACCTGAACCAGGTTCGCATGAATACGCTGGAAGGAAAAGTGTATAAAAACGGCGCCGAAATTTCATTGACCGCTTTGGAGTATCGCTTATTGTTGATTTTTGGTAACCATATTGGGCAAGTTCTATCAAGAAATCAGCTTTTGGAGCAGATTTGGGACGTGGCAGGCGACTTCGTGAACGACAATACGCTAACGGTATATATCAAAAGGCTGCGGGAAAAGCTGGAGGATGATCCGCAGCATCCCACGATGATCAAAACGGTACGCGGTTTAGGATATAAGGTTGGTGATTAG	MVVRKDDLQMKILLVEDDKTIASGLEYSLQQDRFSTVLCYDVESAKKVLTEDIDQFALCLFDLSLPDGSGYELCRMVKDQRDIPVIFLTAIDDEVNVVMGLDMGADDYITKPFRIRELLSRIKSVLRRYHKSPQTQGIINLNQVRMNTLEGKVYKNGAEISLTALEYRLLLIFGNHIGQVLSRNQLLEQIWDVAGDFVNDNTLTVYIKRLREKLEDDPQHPTMIKTVRGLGYKVGD	PGPT0013765_293	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
JZ016_01585	795	cmpD_2		Bicarbonate transport ATP-binding protein CmpD	ATGCTGGAAATGAACCGTGTGTCCAAGCTGTTCAATCCGGGAACCGTGGACGAGAAGATTGCCTTGATGGATGTCAATCTTCACTTGAAGCCGGGGGATTTCGTAACGGTTATCGGAAGTAATGGTGCAGGTAAATCCACGCTGATGAATATTATTTCCGGGGTAATGAAGCCGGATGCAGGCGAAGTGCGCATTGACGGCACTTCGATCGGCCATCTGCCGGAATTTCGTCGCAGCCGCTGGATCGGCCGGGTATTTCAGGATCCGATGGCGGGCACTGCGCCGCATATGACCATTGAAGAGAATCTCGCGATGGCTCATCGCCGCGGCCGGTCCCGCGGGCTAAGCATTGGCGTTACAGCTTCCAAGCGCGCGGGCTTCCGCAAGCATTTAGAGCGGCTCGGCATTGGTCTCGAGGATCGGCTCCGAGCCAAAGTAGGGATGCTTTCCGGAGGGGAACGTCAAGCGCTAAGCTTGCTGATGGCGACCTTCACTCAGCCGCAAATCCTGCTGCTGGATGAACATACGGCAGCGCTTGATCCGGCACGTGCGGAGCTGATCACCCGAATAACCGATGACATCGTACGCGACATGAAGCTGACCACGCTCATGGTCACACATAACATGGAGCAAGCCATCCGTCTAGGCAATCGCCTCATTATGATGGACAAAGGACGTATCATTCTGGATGTGAACGAAGAGCGCAAGAAATCTCTGACGGTGGAGCAGCTGCTCGGGGAATTTGAGCAGATTAGCGGTCATAAGCTGTCGGATGATCGTTTGGTTCTTGGGTAA	MLEMNRVSKLFNPGTVDEKIALMDVNLHLKPGDFVTVIGSNGAGKSTLMNIISGVMKPDAGEVRIDGTSIGHLPEFRRSRWIGRVFQDPMAGTAPHMTIEENLAMAHRRGRSRGLSIGVTASKRAGFRKHLERLGIGLEDRLRAKVGMLSGGERQALSLLMATFTQPQILLLDEHTAALDPARAELITRITDDIVRDMKLTTLMVTHNMEQAIRLGNRLIMMDKGRIILDVNEERKKSLTVEQLLGEFEQISGHKLSDDRLVLG	PGPT0013589_103	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013589-opuCA-NA	NA	NA
JZ016_01586	921			hypothetical protein	ATGCTGGATTTCGTGATGAGGCTGGATGGTCCGATTGAATTGGGGCTGTTGTATGCGCTGATGGCACTTGGCGTATATATTACGTTCCGGATTCTGGATTTTCCGGATCTGACGGTAGATGGAAGTTTTACAACAGGTGCAGCGATTGCGGCGATTCTGATTACCAACGGTGTGAATCCATGGCTTGCGACGCTGGCTGCATTTGCCGGAGGCATGTTAGCCGGTATCTGTACAGGCCTGCTGCATACCAAGGGCAAGATCAACGGTTTGCTCTCCGGCATTATTATGATGATTGCCTTGTATTCGATCAATATGAGGATTATGGGTAAGCCTAATATTTCGTTAAGCCAGGAAGCGAATATCTTCGGATCGATCGATCCGATCTATATAATGTTGGTGATCGTAATTATCGGAAAACTGCTGCTGGATGCATTCTTCCGCACGGATCTTGGTCTTGCGCTGCGCGCGACAGGAGATAACAAGCGAATGATCCGCAGCTTTGGAGCGAACACGGACACAACAACCATTTTGGGGCTTAGCATTTCAAACGGTCTGGTGGCCTTATCCGGGGCCGTAGTTGCTCAGCAGTCCAGTTTTGCCGACATCAGTTCCGGTATCGGAATGATTGTGATCGGTCTGGCATCCGTCATTATTGGCGAAGCCGTGCTGGGGACCGGTTCGGTATTCCGGACGACGCTGGCTGTAGTCTGCGGTTCGATTATTTATCGGATTGTTGTTGCCGCTGCTTATGAGATTCCATGGCTGGAAGCGTCGGACTTGAAATTGATCACCGCGATCATTGTCATTATTGCTCTCGTGGTTCCGACCATCAATCGGGCGATGAAACAGCGTTCACAGGCACGGAGGCGCTCAACCGAACTGTTAGCTGCGCAAGGGAAGACCAAAGGAGGTGCGCTCTGA	MLDFVMRLDGPIELGLLYALMALGVYITFRILDFPDLTVDGSFTTGAAIAAILITNGVNPWLATLAAFAGGMLAGICTGLLHTKGKINGLLSGIIMMIALYSINMRIMGKPNISLSQEANIFGSIDPIYIMLVIVIIGKLLLDAFFRTDLGLALRATGDNKRMIRSFGANTDTTTILGLSISNGLVALSGAVVAQQSSFADISSGIGMIVIGLASVIIGEAVLGTGSVFRTTLAVVCGSIIYRIVVAAAYEIPWLEASDLKLITAIIVIIALVVPTINRAMKQRSQARRRSTELLAAQGKTKGGAL				NA	NA	NA	NA	NA
JZ016_01587	1044			hypothetical protein	ATGATGAAGAGAAAAATGTGGATATCACTAACACTCTCCGCACTGCTGGTTACGGCGGTAGGATGCGGGGACAAGCCGGAAGGCGGCGGTACGACTCAAACGGGAAGCGGCGGAGAAGCGGAGAAGAAATCCTATAGCATCGCTATTTCGCAGATCGTAGAACATCCATCTTTGGATGCAACGCGTGAAGGCATTCTGGCAGCATTAAAGGATGCCGGAATTTCCGAGGATGACAATACGCTGAAAATCGATTACAACAATGCGCAAGGCGATCAAGCGAACAACCTGTCGATCGGTCAGAAGCTGAAGGATACGAAGTCGGATCTGGTGGTCGCTATCGCAACCCCGTCCGCACAGGCCGTGGCTGAGAACGTAAAGGAGAAGCCGGTGCTGTTTGCAGCGGTGACGGATCCGGTTGACGCGAAGCTGGTGAGCGACCTGCAGAAGCCGGGTGGCAACGTCACCGGGGCATCGGATACGAATCCGGAGGCAGCTAAACAGCTGATGGATTTCATCAGCACTAACTTCCCGGACGTGAAGAAAATCGGCCTTGTCATTAACGAAGGGGAAGCCAATGCAGTGGTGATGGCAAAGACGGCTGAAGAGGCGCTTGCCGAGCACGGCATCGAGCTGGTTAAGGCAGCTGTCACAAACACTTCGGAAGTGAAGCAGGCCGCGGAGTCGTTAGTCGGCAAGGTAGATGCTTACTATATCACGTTGGATAATGTCGTGGTCAGCGGCGTTGACGCGATTATCCAAACGGCACAAAAGAATAAAATTCCGTTCTTCTCGAGTGACCGCGATACGGTGGAGAAGGGGGCTTTTGCAACCGTCGGATTTAAGTATTACGACCACGGCTATCAAGTTGGACAAATGGCTGTAGAGATCCTGAAAAACGGCAAAAATCCGGCGGACATGGAAGTGACGAAGCCGGATAAGCTGGATCTGATTCTGAACACGAAGGTTGCGGCTGACTATGGTATTGAAGTGACCGACGCCATGAAACAGGAAGTCAAGGACCCGGACAACAACATCATCGAGTAA	MMKRKMWISLTLSALLVTAVGCGDKPEGGGTTQTGSGGEAEKKSYSIAISQIVEHPSLDATREGILAALKDAGISEDDNTLKIDYNNAQGDQANNLSIGQKLKDTKSDLVVAIATPSAQAVAENVKEKPVLFAAVTDPVDAKLVSDLQKPGGNVTGASDTNPEAAKQLMDFISTNFPDVKKIGLVINEGEANAVVMAKTAEEALAEHGIELVKAAVTNTSEVKQAAESLVGKVDAYYITLDNVVVSGVDAIIQTAQKNKIPFFSSDRDTVEKGAFATVGFKYYDHGYQVGQMAVEILKNGKNPADMEVTKPDKLDLILNTKVAADYGIEVTDAMKQEVKDPDNNIIE				NA	NA	NA	NA	NA
JZ016_01588	639	axe2_2		Acetylxylan esterase	ATGGTACATATCGAACAGAATGCACTCGTATTGTTTCAGGGCGACAGTATTACCGATTGCGGTCGAAATTACGAGGAGTCGGACAGTTTGGGGAACGGATATGCGCTGATGGCTGCTGCCCGGCTAAGCATGGAGCTGCCTTTGAAAAGGCTGCGTTTTGTAAACCGCGGAATCAGCGGTAACCGGGTCGTCGATTTGCGGGGGCGTTGGGAGGAAGACTGTATTGATCTGGATCCGACATGGGTATCAATCCTGGTCGGTATTAATGAGACCGGCAGGAAGTATAACCGGGGTGAAGCAACATCGGTGGAAGCCTACTATGAAGGGTATCGTGAGCTTCTTATCCAAACCCGCGAGTTAACCGGTGCAAACTTTATTCTCATGGAGCCGTTCTTGCTGCCTGTTACGGAAGCGAAGAAGGAGTGGCGGGAGGATCTGGATCCCAAGATTCAGGCCGTTCGGGAATTGTCGCGAGAATTTGAGACGTTGTACGTTCCGCTCGACGGCATTTTTGCTGCAGCCAGCTCCAAGATAGAGATGAGTTATTGGGCAGCTGACGGTGTTCATCCTTCACCGGCAGGTCATGCGCTCATGGCCGAAGCGTGGTTAGCAACGATGCATGGCCGATCGATTTTGTAG	MVHIEQNALVLFQGDSITDCGRNYEESDSLGNGYALMAAARLSMELPLKRLRFVNRGISGNRVVDLRGRWEEDCIDLDPTWVSILVGINETGRKYNRGEATSVEAYYEGYRELLIQTRELTGANFILMEPFLLPVTEAKKEWREDLDPKIQAVRELSREFETLYVPLDGIFAAASSKIEMSYWAADGVHPSPAGHALMAEAWLATMHGRSIL	PGPT0001840_1892	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001840-tesA-K10804	NA	NA
JZ016_01589	906			hypothetical protein	ATGTCAGAGCAACAAAACTATCAGATCCTTCTCTATTATAAATTTGTTCAAATCCCGGACCCTGAAGCGTTCAAAGACGAGCATCTGCAATACTGCAAAGATCTCGGACTCAAAGGACGGATTCTGATTGCCTCCGAAGGCATCAATGGCACGGTATCCGGCACGATTGAACAAACTGAACAATATATGCAGGATATGCACGCTAATCCGCTATTTGCGGACATGGTATTTAAGATTGACCCTTCCGAAGGGCACGCATTCAAAAAGATGTTTGTCCGTCACCGCGAAGAACTCGTTACCTTCCGGGTGGAAGATGAGCTCGACCCTAACGAGATTAGCGGAAAACGCTTGTCGCCTCAGGAATTCTTTGAACATTTGCAGCGTGATGATGTCATCGTCATCGACGGGCGGAATGACTACGAATACGATATCGGCCACTTCCGCAATGCGATACGACCAGAGGTGCAATCGTTCCGTGAGTTTCCGGAGTGGATTCGCGAGAACCTGAGCGAGCACAAGGATAAAACCATCCTGACTTACTGCACAGGGGGCATTCGCTGTGAGAAGCTGACCGGCTTCATGCTTAAGGAAGGCTTCAAAGACGTTGCCCAGCTTGAGGGCGGCATTGTCACCTACGGAAAAGACCCTGAAGTCCAAGGCCGTCTGTTCGACGGGAAATGTTATGTATTTGATGAGCGTATTGCCGTGCCGATCAATCAAACGGACGAGGATGTCATCGTTGGTAAATGCCACCATTGCGGAAAGCCTGAAGATCGGTATATCAATTGCGATAACGACGCTTGTCACCTGCAGCATGTATGCTGCGAAGAGTGTGAGGAGCTTCATCATAGCTGCTGCTCTGCGGAGTGTGAAGAAATTGTGGCTGCAAGCCACAATGCTTCCTGA	MSEQQNYQILLYYKFVQIPDPEAFKDEHLQYCKDLGLKGRILIASEGINGTVSGTIEQTEQYMQDMHANPLFADMVFKIDPSEGHAFKKMFVRHREELVTFRVEDELDPNEISGKRLSPQEFFEHLQRDDVIVIDGRNDYEYDIGHFRNAIRPEVQSFREFPEWIRENLSEHKDKTILTYCTGGIRCEKLTGFMLKEGFKDVAQLEGGIVTYGKDPEVQGRLFDGKCYVFDERIAVPINQTDEDVIVGKCHHCGKPEDRYINCDNDACHLQHVCCEECEELHHSCCSAECEEIVAASHNAS	PGPT0013330_1930	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013330-UPF0176_protein-K07146	NA	NA
JZ016_01590	255			hypothetical protein	ATGGGGATGGGGATTGTTGTTGTGGAAATATGCGACAGCAACTTGATGAGTGCTTTGGAACTTGAGCATCTTGAGGAATTGTATCCCGAAATCGCTGTCCTGCGGGCTGATTGCATGAATCTTTGCGGTCTATGCAAGCTGCGGCCATATGCACTGGTGAATGGTAAACGTGTATTCGCGGCAACGACGGAAGAATGCGTCGAGAAGATCAAAGCAGCTATCGAAGCTGAACTGGCTGTTTTCCATGATATTTAA	MGMGIVVVEICDSNLMSALELEHLEELYPEIAVLRADCMNLCGLCKLRPYALVNGKRVFAATTEECVEKIKAAIEAELAVFHDI				NA	NA	NA	NA	NA
JZ016_01591	792	lvr_1		Levodione reductase	ATGTCAACTAATCAACGTTTGGATGGTAAAGTAGCCATCGTTACCGGTGCTGGTTCCGGAATCGGCCAGGCCGCAGCCCTTCTTTTGGCGGAGCAAGGAGCTAAACTGCTGTTGATCGATATTGATCGTGAACGCGTGGAGAAGGTTAAACAAACGATTGAACAAGGCGGGGGCGAAGCGCTAACCGGCAACTGCGACATTTCCAAAGCGGAATCGCTGAAAGATTGCTTTAGCCAGGCTGCCGAGAAGTGGGGAAAGATTGATATCGTGTTTGCCAACGCCGGGATCAACGGGACCAAGGCCCCGATCGAGATCATGGAGCTGGATGAATGGGATGCTACGATCAACACTAATCTAAGAGGAACGTTTGCCACGGTTAAATACGCGATTCCCTATTTGAAGGAGCACGGAGGAAGTATCATCATTACGAGCTCCATTAACGGTAACCGGGTATTTACCGGCTTTGGTTTCTCAGCCTACAGCACCACGAAGGCCGGGCAGGTGGCTTTCATGAAGATGGCGGCTCTGGAGCTTGCACGTTATAAAATCCGGGTGAATGCCATTTGCCCCGGCGCGATTGCCACCAACATTGATGAGAGCACCATCGCGAAGCCAGAGCTGGACGAGGTGACGATCCCGATTGAATATCCGGAAGGAGACCAGCCCTTGGCGGATGGACCGGGACAGCCTTCACAGGTTGCCCAGCTCGTAGCATTTCTTGCATCCGATGATGCTTCCCATATTACCGGCACTGAAATCTACATTGATGGGGCGGAATCCCTCATTCATTGA	MSTNQRLDGKVAIVTGAGSGIGQAAALLLAEQGAKLLLIDIDRERVEKVKQTIEQGGGEALTGNCDISKAESLKDCFSQAAEKWGKIDIVFANAGINGTKAPIEIMELDEWDATINTNLRGTFATVKYAIPYLKEHGGSIIITSSINGNRVFTGFGFSAYSTTKAGQVAFMKMAALELARYKIRVNAICPGAIATNIDESTIAKPELDEVTIPIEYPEGDQPLADGPGQPSQVAQLVAFLASDDASHITGTEIYIDGAESLIH				NA	NA	NA	NA	NA
JZ016_01592	1083	pgl_1	COG2706	6-phosphogluconolactonase	ATGGCGAATCCATCCCAGCGTACGCTGCTGTTTACAGGTGCGTATGCGGAAGACAACCAAAGCGGAGTATGCGTATATGAATTTAATGAGGATAGCGGCGAATTGAAGCTGCTTGATGAGGTGTCCGGCATTAAGAATCCGACCTTCCTGAACGTGGACCCGGAAGCCAGACGTTTATATGCCATTGGCGAAATTTCAGAGGATGGCGGTAAGGCTGGCGAGATCATCAGCTTTGAGATTGACCCTGTTGCCGGCAAGCTGACCGAACGGAGCCGTGTTCGCAGTGTGAGCAGCTCTACTTGCCATATCCAGCGTGATGAAGCGAGTAAGTATCTGATTGTTTCGAGTTATCATGGAGGCTTGGTAGGTCTTCATCCGATCGGGAAGGATGGACAAGTCGGTGATCTGCTGGATGAGAAGAGACATGCCGATCTCGTGACTGTGCGGGAAGATCAGCAATCCAGAGCACATTCGGCGTTTTATAGTCCGGATGGTCAATACGTGTTCGTACAGGATTTGGGACTGGACAAAATTCTCGCTTACACGGTAAATGAGAATGCCCAAGAATTGAGCTTTCATGGCGAAACCCAGCTGGAAGCGGGCGTAGGCCCTCGTCATCTGGCGTTCCACCCAAGCGGTGTTTACGCATATGTCATCAACGAGCTGAATTCCAGTGTCACGGTGCTTCGCTATATCCAAGACGAAGGTCGTTTTGAGGTCCTGGAGACGATATCGACACTGCCTGCGGATTTTGACGGAGAGAGTTACTGCGCCGAAATCGCCGTGTCTGCGGATGGCAAAACGGTATATGGATCTAACCGCGGACATGACAGCCTTGTTGTATTCAACGTGCATGAAGATACCGGTCGCTTAAGCCCGGTCCAGTATATTTCGACAGAAGGCGGGCACCCGCGTCATTTTACACTCATGCCTGGGGGCAAGTTCTTGGTTGTTGCCAATAGAGACGGGAATAATCTTGTATTATTTAAGGTGAATCCGGAGGATGGCAAGCTTGCCTTTACAGGATATACGGTCTCGCAATCCAAGCCGGTATGCGTAAAACCAGCGGTATTCCAGCTTTAG	MANPSQRTLLFTGAYAEDNQSGVCVYEFNEDSGELKLLDEVSGIKNPTFLNVDPEARRLYAIGEISEDGGKAGEIISFEIDPVAGKLTERSRVRSVSSSTCHIQRDEASKYLIVSSYHGGLVGLHPIGKDGQVGDLLDEKRHADLVTVREDQQSRAHSAFYSPDGQYVFVQDLGLDKILAYTVNENAQELSFHGETQLEAGVGPRHLAFHPSGVYAYVINELNSSVTVLRYIQDEGRFEVLETISTLPADFDGESYCAEIAVSADGKTVYGSNRGHDSLVVFNVHEDTGRLSPVQYISTEGGHPRHFTLMPGGKFLVVANRDGNNLVLFKVNPEDGKLAFTGYTVSQSKPVCVKPAVFQL	PGPT0014975_1203	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0014975-ykgB|pgl-K07404	NA	NA
JZ016_01593	168			hypothetical protein	ATGAAACAACCCAACAGCGAGGAAGTACGCAATCAGCAGAATGCGGAGAATGACTCTCAGGAACAAAGAGACAAGGTAAAGAAACATCAGGATGTGGAGCCTCAGGCTGAAAATTGGAACCCTCGGGATCTCCCCGATCCGAACGATAACGATAAATCAAAATCATAA	MKQPNSEEVRNQQNAENDSQEQRDKVKKHQDVEPQAENWNPRDLPDPNDNDKSKS				NA	NA	NA	NA	NA
JZ016_01594	1275	odhB_1		Dihydrolipoyllysine-residue succinyltransferase component of 2-oxoglutarate dehydrogenase complex	GTGAGCGAAATTACTGTACCAGCTATGGGCGAATCCATCACCGAAGGAACGATATTCAAATGGCACGTTAAAGAAGGGGATAGCGTTAACATCGGTGATGTGCTGCTCGAGTTAGAAACGGATAAGGTTAATCTTGAAATTAGCGCAGAGTCAGAAGGCGTTGTGGAAAAAATCCTTCGTCAAGAAGGGGAGAATGTAACGATCGGTGAAGTTATCGGTCAAATTTCTCCGCAGGAAGGCGTTGCAAGCGCTCCGGCAGCGAAGGCGGCTGAAGCACCAGCATCCGCACAAACGGAGGCTGCTCCGGCACCCGCAGCAGAAGCACCGAAGCCGCAAGCTCCGGTACCGGCTCAGAACGAGGAAGGAGCGGGTCTGACTGCATCGCCATCCGCACGCAAACTGGCTCGTGAACGCGGGATTGATCTGGACCAGGTACAGGGCCGCGACCCAATCGGTCGGATTTACCATGATGATGTGAAGAATCATAATGAAGCCAAGCAGCCTGCTGCACCGAGCAAGCCTGCAGCTTCCACTGCTGCACCGGCAGCACAAGCGCCGGCCGCTGAGTATGGCAAGCCGGTAGAACGCACTCGCATGTCCCGTCGTCGTCAAACGATTGCGAATCGTTTGGTCGAAGCGCAGCATACGGCTGCCATGCTGACTACCTTCAACGAAGTGGATATGACAGCGATCCTGGATGTGCGCAAGCGCCGTAAGCAAGCTTTTCAAGAGAAGCATGACGTAGGCCTAGGTTTCATGTCCTTCTTCACCAAGGCGGTTGTAGGTGCGTTGAAGAGATTCCCGCATCTGAATGCCGAGATCGATGGCGATGATATTGTTGTGAAGAAATTCTATGATATCGGTATAGCGGTGTCCGCGAAAGAAGGACTTGTTGTTCCGGTCGTGCGCGATGCAGATCGTCTTGGCTTTGCCGAGATTGAGAAGGAAATCGGCAATCTGGCTGCGAAGGCTCGTAATAATGCGCTGTCCTTGTCTGAACTGCAAGGCGGTACATTTACGATTACGAATGGCGGCGTCTTCGGCTCGCTGTTGTCTACGCCGATCCTGAATACGCCGCAGGTGGGTATCCTCGGCATGCACAAAATCCAGCTTCGCCCGGTAGCGATTGATGCTGAGCGTATGGAGAATCGTCCTATGATGTACATCGCATTGTCTTATGATCATCGGATCGTTGATGGTTCCGAAGCGGTTCGCTTCCTGGTAACGGTTAAAGAGCTCCTTGAAGATCCAGAGTCGCTGCTTCTGGAAGGCTAA	MSEITVPAMGESITEGTIFKWHVKEGDSVNIGDVLLELETDKVNLEISAESEGVVEKILRQEGENVTIGEVIGQISPQEGVASAPAAKAAEAPASAQTEAAPAPAAEAPKPQAPVPAQNEEGAGLTASPSARKLARERGIDLDQVQGRDPIGRIYHDDVKNHNEAKQPAAPSKPAASTAAPAAQAPAAEYGKPVERTRMSRRRQTIANRLVEAQHTAAMLTTFNEVDMTAILDVRKRRKQAFQEKHDVGLGFMSFFTKAVVGALKRFPHLNAEIDGDDIVVKKFYDIGIAVSAKEGLVVPVVRDADRLGFAEIEKEIGNLAAKARNNALSLSELQGGTFTITNGGVFGSLLSTPILNTPQVGILGMHKIQLRPVAIDAERMENRPMMYIALSYDHRIVDGSEAVRFLVTVKELLEDPESLLLEG	PGPT0001535_1582	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001535-sucB-K00658	NA	NA
JZ016_01595	2877	odhA		2-oxoglutarate dehydrogenase E1 component	ATGAAGACCCTTGACAGAATGACAGATGGACCTTGGCAGAAATATCACGGTCCGAACTTGGGGTACATTCAAGATCAGTATGAGAAGTTTTTGCAAGACCCGCAATCTGTGGAGCCAGGATACCGTGAGCTGTTCGCCAGCTGGGGACCGCCTCCATCTTTGGAAAACAATGAAAAGAAAGCGGATTCGCAGGGACAAGGTGTTAGCTACGACCCGCAATTACTGAAAAAAGGGGTAGCTGCCGGCAAACTGGTATGGAACATTAGAACCTACGGTCATCTGGCCGCCGACATTGATCCGATTGGAATTGGAAACGAAGCTGACACGCGTCTGCTTCAACCAGAAAGCTACCAACTCAGCCAAGCGGATTTGGCAGCCCTGCCTGCAGAGATCGTCTGGGAGGAGGCTCCTAGCGATGTCAAGAATGGCTTAGAGGCAATCCAGCGGCTGTTACAACTATATACAGGCTCCATTGCCTATGAATTTAGCCATGTTCACGATGAAGAAGAACGCAAATGGCTCAACCAGCAGGCCGAATCGGGACGTTATTTGTCCGCCATGAGCGTAGAAGAGCGCAAGGGGCTTTTGAAAAAGCTGCTTGAGGCCGAGCAATTCGAGGAATTCCTGCACCGCACGTTCGTAGGTGCGAAACGTTTCTCGGTTGAGGGCAACGAAGCACTCGTACCGCTGCTTGACGAGATCGTTCGCCAAATGGCCGAAGTGGATGTCAATTCCATCCTCGTGGGGATGGCACACCGCGGTCGCTTGAACGTCCTGGCTCATGTACTGGGCAAGGATTACAGCAAGATTTTCTCGGAGTTCATGCACTCTCCGAATAAACATCTCGTTCCATCCGAAGGCTCCATGGGCATTAACTATGGCTGGACAGGTGACGTGAAATATCATTTGGGCGCGGACCGTTATCTGAAGAAGGATGAAGCACGGCAGGTTCGGATTACCCTTGCAAACAACCCGAGTCACCTGGAATACGTCAATCCGGTAGTAGAGGGCTTTGCTCGTGCTGCTCAGGAGGATCGCAGTGAAGCGGGTTATCCGAAGCAGGATGTAAACAAAGCGCTGAGCATTCAAATTCATGGTGATTCCGCGTTCCCTGGCGAAGGGATCGTGCCGGAAACCTTGAACTTTAATAAACTGCCGGCATTCCGTACGGGCGGATCGATTCACATTATCGTGAATAACCGTATCGGATTTACGACAGAAGGCAAGGATTCCAGATCCACTCATTATGCGAGTGATTTGGCGAAAGGATATGAGATTCCGATTATCCACGTGAACGCGGATGATCCGGAAGCATGTATCGCGGTTGCTCGTCTAGCCAGTGATTATCGCAACAAGTTCAAGAAGAGCATTCTGATTGATCTTGTCGGTTACCGGAAATATGGCCATAACGAAACCGATGATCCGGAAACAACCCAGCCGCTGATCTACCAGAAGGTGAAGAACCATCCAACCGTCAGCGCGATTTATATGAAGAAACTGGTGGATGGAAACATTCTGACCCAAGAACAAGTGGACGGTCTGAAGAATAGCGTTCTGGAGGTCCTGAAGAATTCTTACGAGAGCGTGAAGTCGAAGGATCCTGTTGATCAGATCCTGCTGGGGCTGAACGCTACTGACGGTAAATCCAAGACGGAAGTAGCTACGAATGTGTCTGCAGAAGTGCTGCGCGGGATTAATCGCGAGCTTCTGCAGTGGCCGGAAGGCTTTACGGTATATCCGAAGCTTCAACGTATTCTCGAGCGCCGCAGCAATTCGCTCGACGAGGGCGAGAAGGTGGACTGGGGCCATGCCGAAACGCTGGCTTTCGCTACGATTCTTGCCGACGGCAAGCCGATCCGGATTACGGGACAGGATGCAGAACGTGCAACGTTTGCCCATCGTAACCTCGTGCTTCACGATGCGGTTAATGGGGAGACCTTCTGCCCGCTGCACCGGTTGCCACAAGCTAAAGCATCGTTTGCGATCCACAACAGCCCGTTGACCGAAGCAGCCGTCGTTGGATTTGAATATGGCTACAATGTGTACTCTCCTGAGACTTTGGTGATCTGGGAAGCGCAGTATGGTGATTTCGTTAACTGTGCCCAGGTTATCATTGACCAGTTCATCACAGCCGGCCGCTCGAAGTGGAGACAGAAGTCCAGCTTGGTTATGCTGCTTCCTCACGGGTATGAAGGAAATGGTCCTGAGCACTCCAGTGCAAGATTGGAACGCTTCCTCCAACTGAGTGGAGAAGACAACTGGACGGTTGCAAATCTGACTTCCGCTGCTCAGTATTTCCATCTGCTGCGCAAACAGGCTTCCTTGACCGAAACGGAAGATGCCAGACCGCTGGTGATTATGGCTCCGAAGAGCTTGATTCGTAATCCGCGCGTGGCATCGCCTGTGAACGCGTTTAGTGAGGGCGGTTTCCAGAAAGTGATGGAGCAGCCGGGTCTTGGCCAATCACCGAAGAAGGTGGAGCGCCTTGTTCTGTGCTCGGGGAAAGTTGCCATCGATTTGGAGGATGCGCTGGATAAGCAGAAGGATCAGGATCAGTCCTGGATTCATATTCTTCGTGTGGAACAGCTGTATCCGTTCCCTAAAGAAGAAATTTCCCGTGTGCTGCAGAAGTATCCGAACCTGAAAGAGATTCTGTGGGTTCAGGAAGAACCTCAGAACATGGGCAGCTGGAGCTTCATGGAACCAAGAATTCGTGAAATTGCACCTAAAGGCACAGAGGTCCGTTACAGCGGACGTCCTGAGCGTTCGAGCCCTGCTAGCGGCTATCAGGATGTTCATGCTTATGAGCAACAGACCATCATTTCTTTTGCCCTTAATCGTAAAACTATAAATCAAGAGATCTCATTGGGGAGGTAG	MKTLDRMTDGPWQKYHGPNLGYIQDQYEKFLQDPQSVEPGYRELFASWGPPPSLENNEKKADSQGQGVSYDPQLLKKGVAAGKLVWNIRTYGHLAADIDPIGIGNEADTRLLQPESYQLSQADLAALPAEIVWEEAPSDVKNGLEAIQRLLQLYTGSIAYEFSHVHDEEERKWLNQQAESGRYLSAMSVEERKGLLKKLLEAEQFEEFLHRTFVGAKRFSVEGNEALVPLLDEIVRQMAEVDVNSILVGMAHRGRLNVLAHVLGKDYSKIFSEFMHSPNKHLVPSEGSMGINYGWTGDVKYHLGADRYLKKDEARQVRITLANNPSHLEYVNPVVEGFARAAQEDRSEAGYPKQDVNKALSIQIHGDSAFPGEGIVPETLNFNKLPAFRTGGSIHIIVNNRIGFTTEGKDSRSTHYASDLAKGYEIPIIHVNADDPEACIAVARLASDYRNKFKKSILIDLVGYRKYGHNETDDPETTQPLIYQKVKNHPTVSAIYMKKLVDGNILTQEQVDGLKNSVLEVLKNSYESVKSKDPVDQILLGLNATDGKSKTEVATNVSAEVLRGINRELLQWPEGFTVYPKLQRILERRSNSLDEGEKVDWGHAETLAFATILADGKPIRITGQDAERATFAHRNLVLHDAVNGETFCPLHRLPQAKASFAIHNSPLTEAAVVGFEYGYNVYSPETLVIWEAQYGDFVNCAQVIIDQFITAGRSKWRQKSSLVMLLPHGYEGNGPEHSSARLERFLQLSGEDNWTVANLTSAAQYFHLLRKQASLTETEDARPLVIMAPKSLIRNPRVASPVNAFSEGGFQKVMEQPGLGQSPKKVERLVLCSGKVAIDLEDALDKQKDQDQSWIHILRVEQLYPFPKEEISRVLQKYPNLKEILWVQEEPQNMGSWSFMEPRIREIAPKGTEVRYSGRPERSSPASGYQDVHAYEQQTIISFALNRKTINQEISLGR	PGPT0001530_1460	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001530-sucA-K00164	NA	NA
JZ016_01596	900			hypothetical protein	ATGTTAAAGGAAGAAAAGCATGAGCGTGTAATTCAGGTGGGCCTGTCCGGATGGGGAGATCATGACAAGCTGTATGATGAAGGGGCGAGGCCTTCGGACAGGCTGGAAATGTACAGCCGGCATTTTCCCCTCGTGGAGATGGACAATTCGTTCTATGCCATACCGTCACCGGAACAAATGAATAAGTGGGCAGCTGCCGTACCAGACCACTTTGGTTTTATTGTAAAAGCCTATCAAGGCATGACAGGTCATGCACGCGGCCAGGGCAAGGACAGATATCCTAGCGTCAAATCGATGTTTGATCATTTGCTCACGTCAGTTGAGGAATTGCGGGCTGCGGACAAATTAAGGACCGTTCTGTTTCAATACCCGCCCTGGTTCGGGTGCGAACGCAAACACGTGGACATTCTGAAGCGTACGCGGGAGTGGATGAAGGATGTACCCGTAGCCCTGGAATTTCGGCATCAGAGCTGGTATGCGCCGGAGTTTCGGGAGAAGACGCTTGAGTTTATGCGAAGCGAGGGCTGGATTCACAGCATAGCCGACGAGCCGCAAGCAGGCATAGGATCCGTACCGGTCGTGCTTGAGACAACCAGTACGGAGGCTGTGATGGTCCGGATGCATGGACGTAACGCCGAAGGGTGGCACTCCAGCGGTCAGCCCAATTGGCGCGAGGTGCGATATTTATACCGTTACAGCTTAGAGGAATTGGAGCAGTGGAAGGTATGGATCGAGCAATTGCTTGAGAAGTCGAAGCAGTGCTGGATTATATTCAATAACAATTCGGGAGGCGATGCTTCCGATAACGCCAAACAGCTTCTCCAGCTGATGGGGATGGATACCGGTCCTGAACCTCTGCGGCAGATGGACTGGCTGGAAGTGGATATTTTTTCAGATTAA	MLKEEKHERVIQVGLSGWGDHDKLYDEGARPSDRLEMYSRHFPLVEMDNSFYAIPSPEQMNKWAAAVPDHFGFIVKAYQGMTGHARGQGKDRYPSVKSMFDHLLTSVEELRAADKLRTVLFQYPPWFGCERKHVDILKRTREWMKDVPVALEFRHQSWYAPEFREKTLEFMRSEGWIHSIADEPQAGIGSVPVVLETTSTEAVMVRMHGRNAEGWHSSGQPNWREVRYLYRYSLEELEQWKVWIEQLLEKSKQCWIIFNNNSGGDASDNAKQLLQLMGMDTGPEPLRQMDWLEVDIFSD				NA	NA	NA	NA	NA
JZ016_01597	510			hypothetical protein	ATGAGTCATCCATTTCGGATTACGGTATTGTCAGACACCCATATGCCAAGAAAAGCGAAAGAGCTCCCAGCCTCGCTGCTTGAAGATATAAGGCATTCGGATCTTATCCTTCATGCCGGTGACTGGTCCAATTGGGAGCTCTATGAACAGCTTAGTCAATATGCCACGGTGGAAGGCGTAGCCGGAAATGTGGACGATGAGCGGATCATCGAACGTTTAGGTTACAAGAAGCTGGTCGAAATCGAAGGGAAACGCATCGGTATGGTGCATGGGCACGGACAAGGAGGAACAACGCCCTCCCGCGCAAGGAGGGCTTTTGCGGACACGGAGGTGGATTGTATCTTGTTCGGTCACTCCCATATCCCGTTTAAAGAACATGTGCAAGGGGTGCTGCTCTTCAATCCCGGTTCCGCCACGGATAAAAGGCGGCAGCCCCGGTACTCCTATGGAAGGATGCTCATCGAGAACGGAATACTGGAGGCGCATCATGTTTTTTACGATCAGAAGTAA	MSHPFRITVLSDTHMPRKAKELPASLLEDIRHSDLILHAGDWSNWELYEQLSQYATVEGVAGNVDDERIIERLGYKKLVEIEGKRIGMVHGHGQGGTTPSRARRAFADTEVDCILFGHSHIPFKEHVQGVLLFNPGSATDKRRQPRYSYGRMLIENGILEAHHVFYDQK				NA	NA	NA	NA	NA
JZ016_01598	636			hypothetical protein	ATGAGTATTTTTATTAGCTACATGATTCTGGGACTTTCTCTATCAGCCCCCGTAGGCCCGGTCAATGCAGCGCAGCTCGACAAAGGGATCAAGAAAGGTTTTTGGCATGCATGGTTATTCGGCATCGGTGCGGTCCTGGCGGACATCCTTTATATGATCCTTGTGTACCTGGGCGTTGTTCACTTTCTGAATACGCCTTTCATGCAGACCTTCCTGTGGCTGTTCGGTGCCTTTGTACTTATCTATTCCGGGCTGGAAAGCATCCTAAATGCCAATAAAGTGACGATCAGCCAAGAAAGTAATGAGGATTCATTATGGAGAAGTATGCTCTCCGGGTTTCTCATGTCCGTATCCAATCCGATGACAATCCTATTCTGGCTCGGTATCTACGGCTCCATTCTCGTCAAAACTGCGGCGGACGAGGGATCCGGAAATCTGTTTCTTTACAGCGTGGCCGTGATCGCAGGAGTCGTGATATGGGACTTGTTTATGGCTGCCCTCGGCAGTGTATTCCGCCGATATCTGAGCAATAGAGCCCTCTCCCTGGTCTCCATTCTTTCCGGATTCTCGTTGATTATCTTCGGCGTTTATTTTGGAATTCGGGCTCTTGCCCTGCTATATCCGCTCATATTCTAA	MSIFISYMILGLSLSAPVGPVNAAQLDKGIKKGFWHAWLFGIGAVLADILYMILVYLGVVHFLNTPFMQTFLWLFGAFVLIYSGLESILNANKVTISQESNEDSLWRSMLSGFLMSVSNPMTILFWLGIYGSILVKTAADEGSGNLFLYSVAVIAGVVIWDLFMAALGSVFRRYLSNRALSLVSILSGFSLIIFGVYFGIRALALLYPLIF	PGPT0020651_621	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020651-lysE|argO-K06895	NA	NA
JZ016_01599	1377	gabP	COG1113	GABA permease	GTGAACAAAGGGGCGAAGACGGAGGCAGGGAACTTGAAATGGTGGCAGCTATCGCTGCTCGGGGTTGCATCAACAATCGGCACAGGGTATTTTCTCGGATCTGCATTAGGTATCCGGCTGGGAGGACCGGCTTTTCTTCTATCGATAATACTGGCGGCGACAGCCACCTTCTTCGTATTCGATGTGCTGTCGCGGATGACGGCCGAGGACCCGCAGAAAGGCTCGTTCCGAACCTATGCCAAAAAAGCCTACGGCCGATGGGCAGGCTTCTCAACAGGGTGGATGTACTGGTGCTCCGAAGTGTTGATCATGGGGAGCCAGATGACGGCCCTTGCGATTTTCTCGCGTTTTTGGTTTCCTGGCGTTCCGATGTGGATATTTGCGTCAGGTTATGCCGTATTGGGATTGTTTGTCATATGGATCGGGAACAAAGGCTTCGACCGGCTGGAGAATGTATTGGCTGTGATTAAGGTCGCCGCGATAGTCATGTTTCTCGTCATTGCAGCCGCCGCATTGATGGGGTGGTTAAAAGGAGGATCGAAGCTGCACGTTCCTGGCAGCATGAACGCAGTTTTTCCAGCAGGCGGCATGGGCATGTGGTCGTCCTTGATTTTTGCGTTTTATGCCTTTGGCGGAATTGAAGTCATGGGGGTCATGGCGATTCGCTTGAAGAATCCGAAGGAAGCACCCAAAGCGGGTAGAGTGATGATACTGCTGCTATCCATCGTATACGTTCTTTCTATCGGCATGGCGGTGGTCATGGTAGCCTGGAATCAATTCTCCACGACGAAAAGTCCCTTTGTTGTCGCGCTAAGCTCTTACCAGCTTCCTTTTATTCCGCATATCTTTAATGCTGTATTGATTATAGCCGGTTTCTCGACCATGGTTGCCTCGCTGTATGCAGTGACCACGATGCTCGTTACGTTATCCGAAGATAAGGACGCTCCCAAGCTTTTTTCCAGGAAAAAGTTTAAGCGGGATACGCCCATATATGCACTTTCCCTTACAGCTATCGGATTGATTGTATCCATTGTGTTGTCTTTGCTCATGCCAGGCAAGATTTATGAATATTTAACGACCGGTGCAGGACTTATGCTGCTGTATAATTGGTTCTTCATCCTCATATCCGCGGGCCGGCTCATAGAGCTTACGGTTTGGGGCAAAATCAAAAGGTATATCGGGATGCTTTTGATTGCGGCTGCCGTCAGTGGAACCGCACTGCATCCCACGAGCCGCCCGGGGCTCTGGATCAGTCTCGGATTTATCCTGGTAATCGGCCTGGTCGTGCTATTCATGCGCTCCGTGTGGAAGAAATCCGGGCAAGGCCGCGCGAGAGAGGCGGACAAGCCCAAGTTCCGTCCTAAGCCGGCCCGTTAG	MNKGAKTEAGNLKWWQLSLLGVASTIGTGYFLGSALGIRLGGPAFLLSIILAATATFFVFDVLSRMTAEDPQKGSFRTYAKKAYGRWAGFSTGWMYWCSEVLIMGSQMTALAIFSRFWFPGVPMWIFASGYAVLGLFVIWIGNKGFDRLENVLAVIKVAAIVMFLVIAAAALMGWLKGGSKLHVPGSMNAVFPAGGMGMWSSLIFAFYAFGGIEVMGVMAIRLKNPKEAPKAGRVMILLLSIVYVLSIGMAVVMVAWNQFSTTKSPFVVALSSYQLPFIPHIFNAVLIIAGFSTMVASLYAVTTMLVTLSEDKDAPKLFSRKKFKRDTPIYALSLTAIGLIVSIVLSLLMPGKIYEYLTTGAGLMLLYNWFFILISAGRLIELTVWGKIKRYIGMLLIAAAVSGTALHPTSRPGLWISLGFILVIGLVVLFMRSVWKKSGQGRAREADKPKFRPKPAR	PGPT0020806_194	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020806-ycgH-K16237	NA	NA
JZ016_01600	1116			hypothetical protein	ATGTCAGGAGCTCGCGGTATTCCAACGAATCAGGCGTTTATGATTATGATGCTTACAGCCGGCTTGACCAATCATGTCATGATCATACCTGTGCTTCTGGAGAAATCCGGACGGGATGCCTGGATCACCATTATGGTGTCCGCCGTATTATTCTTGCCCTGGGTTCTGCTTATTTATGGGATCATCAATAAGATCGGCAATCGTTCCATTATGCAGGCGTTAGACGAAAGCAGCGGCAGAGGGTTCCGCTTGCTGGTGATGAGTATGTCAGGTTTGTATTTTTTCGCCTTTGCCTTCTATACCTTGAAGGAAGTTATCGATTGGACAAAGTCCTCCTATATGATCCAAACTCCCGTCATTGCAACGGCATTGATACTCATGGTGTTATGTCTTGTCACTATGAATCACGGCATAAAGACCATCGGCGTATCCGCCGGCATATTGCTTCCTTTTGTTGTATTGCTGGGGATCTTCGTATCCTTATCCAACGTTAAAGTAAAAAACTATAACTATCTGCTGCCCGTGCTGGAGGACGGCTTCCTGCCGGTGATAAGCGGGATCCCCGTTATGTTCGGAGGGCTATCCCAGTTTATATTGATATTATTCTTGCGCCCCCATCTTCAGAAAAAGCCTAGTTTTCTTACGATCCTACTCATTCATGCCGTCCTCATATTCCTGACGTTCGGACCCACCGTCGGAGGCCTTGCCGAATTTGGACCGGAAGAAATGAAGCTTCAGCGGTATCCTGCCTATGAACAGTGGCGTCTCGTTAAGTTAGGCAAATTCGTGGAGCATGTCGATTTTTTATCCATTTTTCAGTGGCTTAGCGGTGCTTACATTTCGATATCGGTTTCGATTTTTTTGCTCTGCGAAACCCTGCTTCCCAAGTCCAAACAAAGTGTCGGCATATTAGCCGTTTCCACGCTGCTCATTATTTTGTGCGCCTCCCCGATCAGCAATCTCAAAATGTATTATGCAATGGCCGACTATTTTTTGCCCGTGTCCGCCATCTATATTACCATCTTAAGCCTGCTGCTGTTCTTCCTGATCCGCAAGCCCGAGCAACAACAGCAACATCAGAAATCCACTACAGCGAAAGGAGAACCTCAATCATGA	MSGARGIPTNQAFMIMMLTAGLTNHVMIIPVLLEKSGRDAWITIMVSAVLFLPWVLLIYGIINKIGNRSIMQALDESSGRGFRLLVMSMSGLYFFAFAFYTLKEVIDWTKSSYMIQTPVIATALILMVLCLVTMNHGIKTIGVSAGILLPFVVLLGIFVSLSNVKVKNYNYLLPVLEDGFLPVISGIPVMFGGLSQFILILFLRPHLQKKPSFLTILLIHAVLIFLTFGPTVGGLAEFGPEEMKLQRYPAYEQWRLVKLGKFVEHVDFLSIFQWLSGAYISISVSIFLLCETLLPKSKQSVGILAVSTLLIILCASPISNLKMYYAMADYFLPVSAIYITILSLLLFFLIRKPEQQQQHQKSTTAKGEPQS	PGPT0025055_309	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296	NA	NA
JZ016_01601	1413	gerXA_2		Spore germination protein XA	ATGACCTTGACAGAGCAACAACTTCGAGAACGCTATACCGATTCCGATGACGTCTACATTACGTCTTATCCGGGTGTGGAAGCCGATTCACTGCCGTGGGCGATCCTGGTTTACAGCCCGTTAATGTGCGATTCACAACTAATGACGAAGATTCTGCTGCCTGTTATCAGTAAAGAATGGAATATATCGGTCTCCCAAAGACACCCGTTCGATCCAAAACATCTGGAATATCATCTTACCCTTGACACATACGAGTCCAACTTGGAGTCGGTCGATGACATTGTTTACTCTGGTTATGTTGCGTTGTATTTTCCAAAGGACAACATGCTCTATTCTTACAGCGCAAGCAAGAGTATTGGACGTGCACCTGAAGAAAGTACTACAGAAACCTCTGTCAAAGGACCTCGTGACGGTTTTGTCGAGGATCTGGATATCAATGTATCGCTTATTCGCAAACGGCTGAAATCTCCCGGCCTTGTCTATTCCTCCTTTAAGCTGGGCGATAAGAGTAAAACCTCTGTGGGCATCATGTATTTAAAGGACAAGGTGATACCGGATACTGTCAAGGCAGTCGTAGATAAACTCAATGATTTCTCCGGGGACCCTCCCGTGGGCATCGGCGAGCTTGCCGAGCATTTATCGCCATATCGCTTCACGGTGCTCCCGATGTTCGATTATACGGGGAGAACGGATCTAGCTTACGACTCTTTAACTCGCGGCCGATTAATCATCATTATGCAGGGAAGCCCCGTGCTATTGATAACGCCTGCCAGCTTCATGCAGCTCCTGTTTGCTGCAGAGGATCCGCAAATGCCGTTTTATTTCGTCATGCCCTGGAGAATTCTGAGAATGGTTGGATTCATAATCTCCATTTTCCTTCCAGGATTCTATATAACGCTGTTGTCCTTTCATCAGGATCAAATCCCCTTTCCGCTGCTGGCAACCGTGGCAAACACCAGGCTCGGGCTTCCTATTCCAACAGGGTTTGAGATGCTTATCATCCTGTTTCTGCTCAGCCTGCTGCGAGAAGCCGGCATGCAGATGCCGTCTCCCATCGCGTCAACCATTACGGTTGTATCCGGTATCATTATCGGCGACGCCGCCATTCGGGGCGGTTTCTTTTCCCCGACGATGACGGTGATTGGTGCACTATCCTTCGTTGCGGGCTCCACCCACTCCAACCAGGATTTTGTTGTCACGCAGACGATCCTTCGCTTTTTTGTCCTAACCCTTTCCTCGATGTTCGGGTTATTCGGCTTCTTCATTTCGCTCTTCTTAATCGTTCAGTATGCAGCCAACCATAATCCCTTCGGACAGCCGTACCTTGCCCCCTTCTCCCCGTTCTCCATTTCCAAAATCATTGGAAACCTCATGCGATTTCCGGGTAAGCGAAAAAAGGGTGGCGCGCTATGA	MTLTEQQLRERYTDSDDVYITSYPGVEADSLPWAILVYSPLMCDSQLMTKILLPVISKEWNISVSQRHPFDPKHLEYHLTLDTYESNLESVDDIVYSGYVALYFPKDNMLYSYSASKSIGRAPEESTTETSVKGPRDGFVEDLDINVSLIRKRLKSPGLVYSSFKLGDKSKTSVGIMYLKDKVIPDTVKAVVDKLNDFSGDPPVGIGELAEHLSPYRFTVLPMFDYTGRTDLAYDSLTRGRLIIIMQGSPVLLITPASFMQLLFAAEDPQMPFYFVMPWRILRMVGFIISIFLPGFYITLLSFHQDQIPFPLLATVANTRLGLPIPTGFEMLIILFLLSLLREAGMQMPSPIASTITVVSGIIIGDAAIRGGFFSPTMTVIGALSFVAGSTHSNQDFVVTQTILRFFVLTLSSMFGLFGFFISLFLIVQYAANHNPFGQPYLAPFSPFSISKIIGNLMRFPGKRKKGGAL	PGPT0025050_1042	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295	NA	NA
JZ016_01602	1140			hypothetical protein	ATGAAACGGGTATTGATGCTCCTGAGTATGCTGTCTTTGCTGCTCTCCGGCTGCTGGGACAACAAAGAAGTACAGGATATCAACTATATCACCGCTTTGGGTATCGATTATAAGGACAATAAGTATATCATCTATGTGCAGATGCTCGACTTTGCCACGATTGCCAAGCAAGAAAGCAGCAAGCCAACTGAAAAAGCGCCCATTTGGGTCGGCCGAGGAACCGGCACTACATTGACTGAGGCCCTTATTGATTTGTATACATCGAGTCAGCAGCGGGTCTCTTGGGGCCATGTCACGGCCTTGGTTCTTACGGAATCCGTATTACAACCTAAGCAGTTGTCCCAAGTGTTCGACCTGACCAACCGTTCGCAGGAAATCCGGTATACGAAATGGCTTTACGGCACCAAGGATAAAATGGAGGATCTCTTTACGGTGTCTCCGTTCTTTCAGCTCTCCCCCCTGCATTCGCTCCTTCATGAACCCAGGGAAAGCTATGTCCAATTCTCGTTTATTCGTCCGATTCAATTCGTGAACTTTATTCGTCTCTACCGGGAAAAAGCCGCCACCGTTATACTGCCTTCCCTTCATATTTCAACACAGAACTGGTCGGAAAATCTGAAGCAGCATCCGATTCTGGAAGTCAACGGCGGATTTCTGATCAAGAACAAGGAATTGATGGGCTGGCTCAAACGTTCCGATCTGCTGGGGACCCGCTGGTTAGCATCGGCTAATACTCACGCTGCCGTCATCGTTAAGGCGGATGGCGAAGCCATCGGGAGTATAAGACTGGAGAACCCGCACTCTTCGATTGAAGTTATCCGCAAACCCAACAATGCTTCATATCGAATCAAGCTTAACGTAACCGGGACGGTACAGACAATATACAAGAAGGTTGGAATTAATGAAATGAAGCGCTTAACAGAAGAGACCCTGCGAAAAGAAATGTATAATACCTTCCATAAAGCAGCATTGATACAAGCGGATCCGTACGAGTTATGTCTCCAATTGTACCGAACGGATCCGAAGCTCTGGAAGAAACTAGTGGATCAGAAAAAGGAAATTAATGATGAAACGCCTCTTGAGCTTGAAGTTGACGTCAATATCCGATATTGGGGACAGCGCAAAAGCTTGAACCGATGA	MKRVLMLLSMLSLLLSGCWDNKEVQDINYITALGIDYKDNKYIIYVQMLDFATIAKQESSKPTEKAPIWVGRGTGTTLTEALIDLYTSSQQRVSWGHVTALVLTESVLQPKQLSQVFDLTNRSQEIRYTKWLYGTKDKMEDLFTVSPFFQLSPLHSLLHEPRESYVQFSFIRPIQFVNFIRLYREKAATVILPSLHISTQNWSENLKQHPILEVNGGFLIKNKELMGWLKRSDLLGTRWLASANTHAAVIVKADGEAIGSIRLENPHSSIEVIRKPNNASYRIKLNVTGTVQTIYKKVGINEMKRLTEETLRKEMYNTFHKAALIQADPYELCLQLYRTDPKLWKKLVDQKKEINDETPLELEVDVNIRYWGQRKSLNR	PGPT0025060_1001	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_01603	1476	gamP_1	COG2190	Putative PTS system glucosamine-specific EIICBA component	ATGCTGGCTAAATTGCAAAAGCTGGGTAAGTCCCTTATGCTGCCGGTGGCCACCTTGCCTGCTGCAGGGATCTTGCAGGGGCTTGGAATGATCGACTATCAAAAAGATATACCTTTGGGTGCCCTAGGCGCTTTTCTAAATCAATATGTAACTCCGTTCATGACCTCTGGTGCCCTTGCGATTCTGGATAATCTGCCGTTTATCTTTGCGATCGGCGTTGCAATCGGGTTCGCCGGAGACGCCGTTGCGGCTCTATCTGCTCTTATTGGGTACATGGTGCTCACAAGAGTGCTGGAACAAGTACCGCTGCAAATGCCGTTTATACCAGATGACGTGAAGCTGAACATGGGCGTTCTTGGCGGTCTCTTTGTCGGTATGTGGTCCGCATACCTGTATAATAAATTCCACAAGATCAAAATGCCGGATTGGCTGGGCTTCTTTGCGGGTAAACGCTTCGTTCCGATTATCACAGCAGCTTCCACCATGGTGCTTGCGGTTCTGATCGGTATGATTTGGAGCCCAATTCAGGATGGTATTTCCGTCTTCGGCAACTGGGTTGTCGGCCTTGGAGGCATTGGATCGTTCATTTTCGGTACGGCCAACCGCTTGCTGATCCCTCTGGGTCTTCACCACGTATTAAACTCCATCGCATGGTTTCAGATCGGCGATTACACGAATGCCGCGGGCGAAGTCGTACACGGTGACCTATGGCGTTTCTTTGCTGGAGACCCGACGGCTGGTATGTTCATGTCCGGTTTCTTCCCGATCATGATGTTTGCGATGCCGGCTGCGGCGCTGGCCTTTATGCATACCGCCAAGCCGTCCAAACGCAAGCTCGTCGGCTCTATCTTTATCGGTTCGGCAGTGGCATCGTTCCTGACGGGAATCACCGAACCGCTTGAATTCGCGTTTATGTTCATTGCACCTGTATTGTATGTGGTGCATGCGATTTTAACAGGGCTTTCCGGATTGATCATGTATGTCCTGGATGTGCATTTGGGCTTCTCGTTCTCGGCGGGCCTGATCGACTACCTGGTGAATCTGAAGCTGTCAACCAATGCTTGGCTGCTTCTCCCGGTTGGTTTGGCTTTCGGTGTCGTTTACTATCTGCTGTTCAGAATCCTCATCGTCAAGCTGAACTTGAAAACGCCAGGACGCGAGGAAGACGACGACGTGGATACGATTTCTGACGATGCTGATACAGATGCCCCGTCCCCATCCGGCGCAGCATCCAATGAGTCCAAGGCGGCCAAGGTTCTGCAAAACATCGGCGGAGAAGATAACATCGTCAGCGTCGATGCTTGTATCACACGCCTTCGTCTGGTTGTTAAGGACGAGAAGGCCGTGAAGGATTCGGAGCTCAAAAAGTTAGGAGCATCCGGTGTCATGCGTCTGGGTCAAGGTGCGGTTCAGATCGTATTCGGACCGCAGGCGGAATCCATTAAGGACGACATCAAGGAAATTATGAAGAAATAA	MLAKLQKLGKSLMLPVATLPAAGILQGLGMIDYQKDIPLGALGAFLNQYVTPFMTSGALAILDNLPFIFAIGVAIGFAGDAVAALSALIGYMVLTRVLEQVPLQMPFIPDDVKLNMGVLGGLFVGMWSAYLYNKFHKIKMPDWLGFFAGKRFVPIITAASTMVLAVLIGMIWSPIQDGISVFGNWVVGLGGIGSFIFGTANRLLIPLGLHHVLNSIAWFQIGDYTNAAGEVVHGDLWRFFAGDPTAGMFMSGFFPIMMFAMPAAALAFMHTAKPSKRKLVGSIFIGSAVASFLTGITEPLEFAFMFIAPVLYVVHAILTGLSGLIMYVLDVHLGFSFSAGLIDYLVNLKLSTNAWLLLPVGLAFGVVYYLLFRILIVKLNLKTPGREEDDDVDTISDDADTDAPSPSGAASNESKAAKVLQNIGGEDNIVSVDACITRLRLVVKDEKAVKDSELKKLGASGVMRLGQGAVQIVFGPQAESIKDDIKEIMKK	PGPT0016860_942	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGLUCOSAMINE_PTS_SYSTEM,PGPT0016860-nagE|nagP-K02804	NA	NA
JZ016_01604	498	crr	COG2190	PTS system glucose-specific EIIA component	ATGTTTGATCGTTGGAAAAAGAAAAAAACTGCTACTGCTATTCAACTCACAGCACCATTGTCGGGTAAAGCCGTGCCTTTATCGCAAGTGCCGGATGAGGCATTTGCTGCTGGTCATATGGGCAAAGGCATAGCCATCGAGCCTTCCGAGGGCAAATTAATTGCGCCTTTTGACGGGACGGTTGCGCATGTCATCAAATCCAAGCACGCCGTGATGCTGGAGGATCCGGCGACCGGTCTGCAGTATTTGTTCCATATCGGGATTAATACAGTCGGTTTGAAAGGCGAAGGTTTCACAAGCCATGTTCAAGCAGGCGATCAGGTGAAGTCGGGTCAGACGCTCATCGAATTCGACATGGCCGCAATCCAAGCCGCAGGGTATCCGACGATTACCCCGATCATCGTGACCAATGCGGATGAGGTGGCTTCCAAGGTTGACGGTCAGACCGGCAGTGTCGTGATCGGCCAGGATCCTGTCATGACCATTGAATTGAAATAA	MFDRWKKKKTATAIQLTAPLSGKAVPLSQVPDEAFAAGHMGKGIAIEPSEGKLIAPFDGTVAHVIKSKHAVMLEDPATGLQYLFHIGINTVGLKGEGFTSHVQAGDQVKSGQTLIEFDMAAIQAAGYPTITPIIVTNADEVASKVDGQTGSVVIGQDPVMTIELK	PGPT0014090_734	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-CARBOHYDRATE_LIMITATION_SIGNALLING,PGPT0014090-crr-K02777	NA	NA
JZ016_01605	888	glcT_1	COG3711	PtsGHI operon antiterminator	ATGAGCGGGATCGAGTTGTTTACAGTCGTACGTGTTATTGGTAACAATGTCGTGATGGTCACAGGCGGTAAGAAAGAATCGGAATACGTCATCCTGGGCAAAGGGATTGGCTTTGGCGCCAAAGCAGGCGGAACGATCGCTTCGGACGATAAGCGGATTGAGAAGCTCTTCAGGCTTGAGGATCGGGAGCAGTGGAGTCAAGCTCACCATCTGCTGGAAGAATTTGATCCACTGGTGATGGAGATCACGGATCAGATACTCAATCTCATTGGACAAGAATTTCCGGGCACATTAAATGATAAGGTGTATCTGGCGCTTCCAAGCCATATCCAGTTTACGATATACAGAATCCGCAAAGGCATGGATATTATTAATCCTTTCCTTGAAGAGACCCGGATCAGCTTCCCAAAAGAATATGATATCGCAGCCAAAGCAGCGGAATTGATCGGCCAGACCTTCGATATCGAAGTTCCGGAGGATGAGATCGGCTTCTTGACCTATCATGTGTATTCCGCCGTCAGCCATGTGCCCGTAGGCCATCTGGTGAAGGCATCGAATGTGGTGGGAAACCTGGTAAGGTATATTGAGGAGGATCGGCAGGTCGCTTTTGACCGGGGAAGCATGGATTATGTCCGTCTTCTGATGCATTTGAGGTTCTCGGTAGACCGGATGCTGAATCAAGACATCCAAGTGGATAATCCGTTCGCGGACCAGATCCGCTCCAAGTTCACGAATGAATATGGTCTGGCTACACGTCTCGCAGGCATGATGGAGAAAGAACTCGGCAAGAAAGTACCTGAAGCGGAGGTCTGCTTTCTAGCGATGCATCTATATCGGCTCTTCACAGGCCGGCTACAACAAAAGAATCAACCCAGGGAGGAATCTTAA	MSGIELFTVVRVIGNNVVMVTGGKKESEYVILGKGIGFGAKAGGTIASDDKRIEKLFRLEDREQWSQAHHLLEEFDPLVMEITDQILNLIGQEFPGTLNDKVYLALPSHIQFTIYRIRKGMDIINPFLEETRISFPKEYDIAAKAAELIGQTFDIEVPEDEIGFLTYHVYSAVSHVPVGHLVKASNVVGNLVRYIEEDRQVAFDRGSMDYVRLLMHLRFSVDRMLNQDIQVDNPFADQIRSKFTNEYGLATRLAGMMEKELGKKVPEAEVCFLAMHLYRLFTGRLQQKNQPREES				NA	NA	NA	NA	NA
JZ016_01606	2685	rcsC_2		Sensor histidine kinase RcsC	TTGTCTAACAACCTGAAATTCAACATCCGCAGCAAGATCGTAGTCGGATATTTAATGATATTATTATGTCTTGGAGCTTTTCTCTGGATTGTATCAGACCGCATCTCTTCACTGCAGCAAGAGGCGGATTTTATAGAGAAGCATGATATCGAAGTACATAATCTCACGCACGAAATCGAGAAGAATTTACTTGAAATGGAAACCGGTCAGAGGGGGTATGTCATAACAGGGGATGATACCTATCTGGAGCCTTTCAATCAAGCGCTGTCGTCTTGGCAGATTAACTATAACAAGCTGTACAAGCTTGTTAGCGATAATTCGGAGCAAGCCAATCATCTTGAAAATATTAAGGAGAATATCAAGGAGTGGATTATCAACGCCGGTCAGCCTGCTGTCCAATTGAAGCAGCTTGGTCAGGATGAGGAGGCTCTTCATTTCTTTATTAACGATCCCGGTCAGCAAGCCATGAACTCGATTCATGAGCTGTTCCTCTCGTTTCGAAGCAAGGAGAGAGAACTGACAACCAGCAGGATCGAAGAGATGAAGGAGAGCAATACCCATTTATTGTATACGATGTATCTCCTGTGGGCGGGAGCAGCGCTGATTACCATATGTGCAGCTTTGGTGATATCGAAGAGCATCGTAAGGCCGATCACGCAGGTAACTCATATCATCTCCGATATTGTCAAAGGCGGGAACCTCTCCCAGCGGATTCACGTGCGATCCAATGATGAGGTCCGCCAGTTGGCGGACACAACCAATGAACTTCTTGCACAGGTCGGCAGGCAGAACTGGGCCAAGGATCATATTTCGGTTATGTCGACGCTTCTCCAATCATCCGATCGCGTGGAGACGGCCGTACAGTTTTTCATTCATAAGCTGGCTTTGATCATGAAGCTGCCGTACGGTGCCGTTTTTATAAACCGGGGCGGATCGGAACTGGTAAAGGCAGCTGCTTTTGCTGATCCGGACGGTGAGCCTTGGAATAAGGTCAGAGATCGTTTTTTGCCAGGAGAAGGTTTGGTGGGACAATGCATGCTGGAACAGCGCATGATTATTCTGGACGATATACCACCTAACTATGTGCGAATTGAGTCGGGGCTGGGTGATGCTGAGCCTACCACGCTGCTTCTGGCGCCCGTTATGTTTGAAGGACAAGTTCTGGGTGTGATTGAATTGGCCAAGTTCAAACCGTTTGACGAGCTGGAAATTCAGCTGATCGAACAACTGAATTTTCAGCTTGGGGTAACATTGAACTCGATTCAAAGCAAGATGGAAATCCAGCAATTGTACCATGAATCCCAAACGCTGAATGAGGAGCTTCAGAGTCAGACCGAAGAACTGCAGGCGCAGACCGAGGAGCTGCAAACCCATTCTGCGGAAATGTATATGCTGAACGAACGATTAGGAGCCCAGAAGGAAGCCGCATTAATCGCGGCCAGCGAATTGGAAAAATACGCGAAAGAGCTGGAGAAGAGCTCGAAGTACAAGTCTCAATTTCTGGCCAATATGTCCCATGAACTGCGGACACCGCTGAACAGCATGTTAATTCTTTCCCAGATTTTAGCTGAGAACAAGCAAGGGAACCTGACGGAGGAAGAGCAGCATTACGCTTCTGTCATTCATAATTCAGGCAGTGAATTGCTGAATTTAATCAACGATATTCTCGATCTGTCTAAGGTTGAGGCCGGTAAGATGCAGATCGAAATGGACTTGGTTAATTTGACTGAGCTTCCAGAACTGATGGAAGGCTATTTCTCTAAAAGCGCGGAATCCAAAAATCTGGAATTTGAAATTGAGATGGCCGACGACTTGCCTGACATGATATACAGCGATGGAATGCGGCTTCACCAAATTCTGCGTAATCTGCTCTCGAATGCAATTAAGTTTACGGAGAGCGGCAGCGTTAAACTACGGGTGAAAAAGATGAATTCCATTGTAACCTCGGATTTCGCGATCAGTGGAGACGTCATTGCATTTTCCGTTGAGGATACTGGCATCGGGATTGCTGCAGAGCATCTTCAACCGATCTTCGAAGCGTTCCAGCAAGGCGAAGAGACTACAGCCAGAAGATTCGGGGGGACTGGTCTCGGCTTATCCATATCGCTGCATTTGGCGAAGCTGCTTGGCGGGTATATTACCGTGGAGAGCGAGGAAGGAATCGGGAGCACATTTGTTTTATATTTACCGCTGCTAACGGAATATGGCACCAATGAAAGTTTGTTTATGCTGCCTGAAGTGGCTGCCACCTCAAGCAGCGCCGGTTGGAGTGATCTCCCAATGGAGGCATTCGACATGGAAGTAACCAGCCGATTGGAGCACAAAACCGTATTGATCGTGGATGATGATATCCGGAACGTATACGGTTTGACCAACGTGCTGGAGAAACTCCAGATGACCGTGCATACAGCCCAGAACGGGTTCGAATGCTTGGAGCTGTTATACAAGCATCAAAGCATCGATGCGGTGCTGCTGGATATGGTAATGCCGGAAATGGACGGAGTCGAAACGATGAAGCGGATTCGCGAGAACCCGGAATGGGAGGAACTCCCCATCATCGTGATGAGCTCCAACACAATGAGGGATACGGATCAGTTTATAGCAGACGGCGCGAATGGATATCTGCACAAGCCCATTCATATCCAAGAAGTGATCCATGCGTTACAACAATGGATTGGGGCTTGA	MSNNLKFNIRSKIVVGYLMILLCLGAFLWIVSDRISSLQQEADFIEKHDIEVHNLTHEIEKNLLEMETGQRGYVITGDDTYLEPFNQALSSWQINYNKLYKLVSDNSEQANHLENIKENIKEWIINAGQPAVQLKQLGQDEEALHFFINDPGQQAMNSIHELFLSFRSKERELTTSRIEEMKESNTHLLYTMYLLWAGAALITICAALVISKSIVRPITQVTHIISDIVKGGNLSQRIHVRSNDEVRQLADTTNELLAQVGRQNWAKDHISVMSTLLQSSDRVETAVQFFIHKLALIMKLPYGAVFINRGGSELVKAAAFADPDGEPWNKVRDRFLPGEGLVGQCMLEQRMIILDDIPPNYVRIESGLGDAEPTTLLLAPVMFEGQVLGVIELAKFKPFDELEIQLIEQLNFQLGVTLNSIQSKMEIQQLYHESQTLNEELQSQTEELQAQTEELQTHSAEMYMLNERLGAQKEAALIAASELEKYAKELEKSSKYKSQFLANMSHELRTPLNSMLILSQILAENKQGNLTEEEQHYASVIHNSGSELLNLINDILDLSKVEAGKMQIEMDLVNLTELPELMEGYFSKSAESKNLEFEIEMADDLPDMIYSDGMRLHQILRNLLSNAIKFTESGSVKLRVKKMNSIVTSDFAISGDVIAFSVEDTGIGIAAEHLQPIFEAFQQGEETTARRFGGTGLGLSISLHLAKLLGGYITVESEEGIGSTFVLYLPLLTEYGTNESLFMLPEVAATSSSAGWSDLPMEAFDMEVTSRLEHKTVLIVDDDIRNVYGLTNVLEKLQMTVHTAQNGFECLELLYKHQSIDAVLLDMVMPEMDGVETMKRIRENPEWEELPIIVMSSNTMRDTDQFIADGANGYLHKPIHIQEVIHALQQWIGA	PGPT0015645_417	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407	NA	NA
JZ016_01607	501			hypothetical protein	GTGTCGTCACTGGAGCTGCCCCTTCTGCAAGGCATGATGATGTCAGAAACCCATCTTGAACGCGGGAAGGGTCTCTCTCCCCATTGCCACCCGGACACGGACGAATTGTGTTATGTCATTCACGGAGAAATCAGTTATTCCCTAATTGATCCGGACACTCATCAGAATCTTGTATATCAGGTAATACCCGGTCAGGTGGTTCACGCCCCCATTGGTTGGTGTCACTGGGTAACTGCGCTAACCCCTGGAACGATCTTGCTGTTGATCTATAACACCGAGTGCCCACACCAAATGGACATTGCGCCAATCTGGGCTAATACGCTCATGGGAAGTGAAGCGCTGCAATGCAACGGCGTGAACATGAAACCTCATTCGAAGGCGCTTATAACACCTGTCCCGATACATAAAAAGACGGAGAGCGACGTTTCAAGCCGACCTCTGCCGGCCCCACCCTTACTCATAAACGGGCGTCCAAACAACAAAACCACACGCAGCCGGTGA	MSSLELPLLQGMMMSETHLERGKGLSPHCHPDTDELCYVIHGEISYSLIDPDTHQNLVYQVIPGQVVHAPIGWCHWVTALTPGTILLLIYNTECPHQMDIAPIWANTLMGSEALQCNGVNMKPHSKALITPVPIHKKTESDVSSRPLPAPPLLINGRPNNKTTRSR				NA	NA	NA	NA	NA
JZ016_01608	378	gpsB		Cell cycle protein GpsB	ATGGATGAACACATGAAACGCCGATTGGATAAACAGAAAAAGCTATTTCGGCAACTAGGCATTCAACTGGACGCTTTGTCTATCCATGAAAAGAATTTTTCGAATAAACTGCGGGGTTATGATCAGGAGGAAGTGGATTCCTTTCTGGACGAAGTGATTCAAGATTATGAGCGGTTTTATGCCACCATCTCCGATCTTATGGATAAATGGCAGGAGCAGCAGATTACCATTCGCGATCTCAGGGCTGGCGTTAAGCCAGAGGCAGAACGTCCGGCGCTGAACCCGGAAGAGATTGAAGAAACGGTGGCGAAACTGGAAGCCGACCTGCGTACCCTAAAGAAGCAGATCCGCCCTGAACAAAGATTTTATATTGATTGA	MDEHMKRRLDKQKKLFRQLGIQLDALSIHEKNFSNKLRGYDQEEVDSFLDEVIQDYERFYATISDLMDKWQEQQITIRDLRAGVKPEAERPALNPEEIEETVAKLEADLRTLKKQIRPEQRFYID	PGPT0014806_56	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014806-gpsB-NA	NA	NA
JZ016_01609	564	dksA_1		RNA polymerase-binding transcription factor DksA	ATGACAACGATGACAAAACAACAATACAACGACCTTAAACAGCGGTTGCTCAGTGATAAAGAACGATTGGAAGAGCAATTGGAGTCCCGCGATGAAACCAACAGGGATTACTCTCTCCGGGAGTCTACAGGTGAGCTGAGTGCAGCCGATAACCATCCTGCAGATGTAGGGACTGAGGTATTCGAACGAGAGCGTGATCTGGCCATTCAGGGAACGCTAGAGCATGAATTGGAGCAGATCCATTCTGCCTTGCAGCGAATGGACCAGGGCGAATACGGAACCTGTGCCGTGTGCGGCCTGGAAATTCCGTATGAGCGGCTGGAAGCTTTGCCTTATACGGCCCATTGTCTCGAACATGCGCCGCGGAGAGATATCAACGACAACCGGCCGGTAGAAGAGGATGTCATGACACCGCCCCCTTCCGGAGCTGGCGTCAACCGCCAAGCGGCCGACGGTAAATTTGATGATGCAGGCGCGTGGGATGCCGTTGAAGATTACGGAACATCGACGTCGCCCGGCATGTCCATTAAACCCGGGCAAGACGATTATAAGAAGAATGTATGA	MTTMTKQQYNDLKQRLLSDKERLEEQLESRDETNRDYSLRESTGELSAADNHPADVGTEVFERERDLAIQGTLEHELEQIHSALQRMDQGEYGTCAVCGLEIPYERLEALPYTAHCLEHAPRRDINDNRPVEEDVMTPPPSGAGVNRQAADGKFDDAGAWDAVEDYGTSTSPGMSIKPGQDDYKKNV	PGPT0014560_204	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|CRP_SIGNALLING_PATHWAY,PGPT0014560-dks-K06204	NA	NA
JZ016_01610	561			hypothetical protein	GTGGAAACGAAGGAACTGACTACACTGGAAGAGATCAAAATATATTCAGATCCATATCGGCTCCAGATATTGAATGTATTGAATAAGATGGACCGTCCGGCAACGGTAAAGGAAGTCGCAGACAAGATCGGGGATGTGCCGGCTAAAGTTCATTATCATATGAAGAAGCTGGAGCGAATCGGACTGGTCAAGATCGTATCCACGAAAGAGATCAACGGTATTATAGCTAAATATTATGAACCTTTTGTCGGTACGGTAAAGATCAAACGAGGGGCAGATTCCGACGAGCCGGTCATCAAGGAATTAATTCGATCCGAAACGAACAAATTATTATCCGAGTTGTTTGATCAGAATAGAGACCGTTTCTTCAAAAACATGAGTCAAGAGGGCGAAACGACCTCCATGTTGACCAATACCACCTTGTATATGAGCGAAGATGAAGCGCGCGAGTTTTTTGTTGAGCTGGATAAAATGCTGACCCCTTATAAAAAGAAACGCGGGGAAGGTTACGACGAATATGAGTTTTTTGCTTCCAATGTTCGGACTCGTAAAGAATCCTGA	METKELTTLEEIKIYSDPYRLQILNVLNKMDRPATVKEVADKIGDVPAKVHYHMKKLERIGLVKIVSTKEINGIIAKYYEPFVGTVKIKRGADSDEPVIKELIRSETNKLLSELFDQNRDRFFKNMSQEGETTSMLTNTTLYMSEDEAREFFVELDKMLTPYKKKRGEGYDEYEFFASNVRTRKES				NA	NA	NA	NA	NA
JZ016_01611	1278	entS_2		Enterobactin exporter EntS	ATGCAAAATGCCGCTGTTTTGGAAAAGCAAGGCTTTGGTCAGCTCTTGAAAATCCGCCCCTATCTGATTTATTTATCTGCCCAGGTCATTACCCGATTCGGGGATTCCCTGGACTCCATCGCTTACAGCTGGATGGTCTACATGCTCACAGGTTCTGAACTATTAATGGGTACATTGTTCGCCTTTAACTTTCTGCCTGGATTGCTGTTCAGTTTGTTTACCGGGACCTATGTAGATCGCTGGCCGAAGAAACTGTTGCTTGCCTTAACCTATCTCAGCCGCGGCATTGTGGTTTCGCTAACGGCCTTTCTGTATGCTGTGGGGTCTCTTGAAGTCTGGCATTTGTTCCTGTTCACGTTTCTAAATTCCACCCTGGAATGTTTCTCCAGACCCGCCGAGACTTCCATCGTCCCGCGGTTGCTTCCCAAGGATAAACTGCTCGCAGGCAATTCCTTCTCAACTTCCGTAAGTCGGAGCGCTGAATTAATCGGTTTATCCATCGCTGGTGCCCTCATCGCTTGGGTCGGAATTTCGGGGACGATCCTGATCGATGCCGTAACGTTTCTCATTGCCGCCACCATTATCGCGTTTATGCCGAATCCGGAGGCAGCCGAACAGGCTGAAGCCAAGGAAGCCTCCGCACGGCCTACGACAGAGATGACGAAAACGGTGTTCGGCGATATTAAAGAGGCTCTTCTTTTTGTGAAGCAGCATACGCTGCTCCTCATAACAACGGTGCTCGCCATGATCAATAATTTCTGTTTGGCACCGCTGAATGTACTGCAGCCGGTCTATGTCAAAGAGACCCTGGGTGCCGGAGCCGGAGGTCTGAGCGTACTGGGAACGGCCCTCCTGATCGGCATGATTTGCAGCGGGCTATGGATTGGACGTTACGGGAAGAGCTTCAAAAAGAGCACCTTGATCATGTCAGGATCTATCCTGCTCGGAATCGGTTATTTTGCGTTAGGGATTCCAGGACATCTGCCGGCATGGCGGGTGGAGTCCGCAGCGGTCTGCATGTTCGTTGCCGGTTTTGCCGTCTCGATGTTGAATGCCCCTATTTCCACGTATCTGATGGAAGTAACGCCGAGGCATATGCTCGGCAGAATAGGTGCCCTTATGACGGTAGCGTGCACGGCTGCCATTCCTGTGGGAAGCTTGATTACTGGATTTGTAGCGGAGTATCACTCCCCTCCCATTCTGTATTCGATCATGGGATTCATCATGATGCTGCCCGTGATATTCCTCATTCGGAAGAAGAGTTTCCGTGCCATTTAA	MQNAAVLEKQGFGQLLKIRPYLIYLSAQVITRFGDSLDSIAYSWMVYMLTGSELLMGTLFAFNFLPGLLFSLFTGTYVDRWPKKLLLALTYLSRGIVVSLTAFLYAVGSLEVWHLFLFTFLNSTLECFSRPAETSIVPRLLPKDKLLAGNSFSTSVSRSAELIGLSIAGALIAWVGISGTILIDAVTFLIAATIIAFMPNPEAAEQAEAKEASARPTTEMTKTVFGDIKEALLFVKQHTLLLITTVLAMINNFCLAPLNVLQPVYVKETLGAGAGGLSVLGTALLIGMICSGLWIGRYGKSFKKSTLIMSGSILLGIGYFALGIPGHLPAWRVESAAVCMFVAGFAVSMLNAPISTYLMEVTPRHMLGRIGALMTVACTAAIPVGSLITGFVAEYHSPPILYSIMGFIMMLPVIFLIRKKSFRAI	PGPT0027965_463	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
JZ016_01612	1005	iolG_12		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	GTGAGCAAGAAACTGCGCTTTGGAATTATGAGTACTGCTCGGATTGCAAGAAATTCAATGATACCAGGCATATTGAAATCGGAACGCTGTGAGGTCGGGGCGGTTGCTAGCCGCAACGCAGAAAAAGCAAGTGAGCTCGCCGAGCGATATCATATCGGGAAATACTATGGTTCTTATGACGAGCTTCTGGAGGATCCCGACATTGATGCGGTATATATTCCTTTGCCGAATCACCTTCATAAACCTTGGACCATCAAAGCCGCACAGGCCGGCAAGCATATCTTATGCGAGAAACCGGCAGCCCTGACCGAAGCGGATGTCCGAGAAATGGCTGAGGCTGCTAAAGCACACAACGTGCTTTTTGCGGAAGCCTTTATGTACCGATATCATCCGAAACACGCGCGTGTACGCGAAATCATCGAAAGCGGCGAAATCGGGCAGCTTCGCGGGATTCACGGATCGTTCACCTTCAACAATGCGGAGGAGAAAAGCAATGTCCGTTACAGCAAGGATATGGGCGGAGGCTCAATCTATGACGTGGGATGCTATCCCATCTCGGCGGCGCGAATGATTTATGGGCAGGAGCCCAAGGCAGTAACGGCCCATGCTTTTTTCTCTGAGGAGCATGACGGCGTGGACATGATGGTCCACGGGATGGTGGAATTTGAAGATGGATTGGGGCTTACGTTTGAGTGCGGGATGTGGACCTATTCCAAATGCTCTTTAGAGATTGCAGGTACCGATGGCAGGATTGAGCTTCCTTCAGCTTTTGGATGGGAGAGGATGGAGGACATGGCCCAGATCTGCGTTCATACGGCCAAGGGCTCCCGCGAGGAGAAGGTAGGGATTTACAACCACTTTGCACTGCAAGCGGATGCTATGGCAGCGGCCGTAATGGACGGCACGCCGCTGCCCTATGGTCCGGAAGATGCCATCAGCAACATCAGGGCCATTGAAGCATGTCTTCAAGCAGCCAGATCCTCATCGCGAGTGATCATTAAATAA	MSKKLRFGIMSTARIARNSMIPGILKSERCEVGAVASRNAEKASELAERYHIGKYYGSYDELLEDPDIDAVYIPLPNHLHKPWTIKAAQAGKHILCEKPAALTEADVREMAEAAKAHNVLFAEAFMYRYHPKHARVREIIESGEIGQLRGIHGSFTFNNAEEKSNVRYSKDMGGGSIYDVGCYPISAARMIYGQEPKAVTAHAFFSEEHDGVDMMVHGMVEFEDGLGLTFECGMWTYSKCSLEIAGTDGRIELPSAFGWERMEDMAQICVHTAKGSREEKVGIYNHFALQADAMAAAVMDGTPLPYGPEDAISNIRAIEACLQAARSSSRVIIK	PGPT0017545_75	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017545-xdh-K14273	NA	NA
JZ016_01613	360	rtp		Replication termination protein	ATGGCATTTATGATCGCCCAGCGTGCTTTTATCAAAGTATATCTCATTACCATGGTGGAGCAGCAGCGAGGATATGGATATCAGATGCTGGAAGAACTACGGCAAGAATTCAAGAGCCATGGGTACTCACCGCCGCAAAGCGAAATTTACCGGGCTCTGCATGAGTTGGTGCAGGAGGGTGTGTTATATCGTACCAAGCAGCTGAAAGGGAATGATCCGCGGGTCGATTTTCAAGAAATCGTTCTTTACCATTTTACCGATGACGGTGCGGAGAAAGCCAAACTCTACAAAAAACAGGTTAAAACAGATTTGGATCGGTGTTTAGGGATCCTTCATAAAGCGGTAAACGATAATTTTTAA	MAFMIAQRAFIKVYLITMVEQQRGYGYQMLEELRQEFKSHGYSPPQSEIYRALHELVQEGVLYRTKQLKGNDPRVDFQEIVLYHFTDDGAEKAKLYKKQVKTDLDRCLGILHKAVNDNF				NA	NA	NA	NA	NA
JZ016_01614	1197			hypothetical protein	ATGCCCAAAGAAAGAATACCGGAAATCGAGCGCTTACGGGGAATTGCTTTTCTAGCCGTGGTCTTACAGCACTCCATCGCACATTATTCGGTCGCGCCGGGAATGACGACAGGTGATGGTTTGATGATGGCAGTTCTTCTGATGGCGACGAAATTTGCTGTACCCGTCTTTATTTTTATTACAGGCATGGTGCTGTTTTATAACGATAAAGGTCAGCTGTTTTACGGAAGGTTCATCAAGAGGCGTTTTGGCGACATCTACGTTCCGTTTGCTGTATGGACCTTGATTACTTTATTAATCAATCATAGGTTTAATCCTGCTGTCATTGAGGATTGGAAATATCTTGGAGAAGTATGGCTAACCGGGAAATCGAGCTCGCATTTTTGGTACATCATTATGCTGTTTCAATTCTATCTGCTGTACCCGCTGTTCCGCTCCGCTATACTAGGAATCAAAGAAAGATGGGGCTGGCAGGCGCAGCTTACGATATTGATTTTATCCGGACTATTGTACGTGGGTTTGACAGGAATGATTAACGATATTGGCCAATGGATGGGGAGCTTGAATATCCCGGTATGGAGTGAGCTGTTCACAACCTACGCAGATCGGAACGCACTTTATTATTTCTTCTATTTTGCGCTGGGGGCGGCAGCCGGTTTATACCATGACTCTTGGAAAAAATGGATTCAAAAGGCACGGCCGGTCATATGGTTGGTCTTCGCTTTTTTGTTCGGATGGATGCTCATGCAAGCCGTCCATGAAATCCGTTCTGCTGCGAATGGGGCGATTACGTTCTATTCCTTGTCGCTGCTCCGCCCGATGATGGCACTTTTCCTGATTAGCTCTATATTGGTCATGTACGATGTGGCCGGCTGGATATGTCGTCATGCCGGAGCGGGTGCGAATGCGCTTTTGTCCTCCATTGGGCTCTATTCGTATGGCGCTTACCTGATGCATCTATTGACACTGCGTATAAGCTATGCAGTCGATGAATCTTTGCTGATCAGCATGCACCCTCTGGTCCGGATTCTCTCATCATGGATTATCAGCGTGGCCGTGGCTTATGGTGCCACTTGCATGCTAGCCAAGCTGCCGTTCGGGAAGTGGCTTGTCGGAATCGCGGGAGCAAGAAAAAGCCGCGGGGTTCGCCCATACGGCAAATCGCGACCAAGCACAGGCACGTCCGCCGGAATGTGA	MPKERIPEIERLRGIAFLAVVLQHSIAHYSVAPGMTTGDGLMMAVLLMATKFAVPVFIFITGMVLFYNDKGQLFYGRFIKRRFGDIYVPFAVWTLITLLINHRFNPAVIEDWKYLGEVWLTGKSSSHFWYIIMLFQFYLLYPLFRSAILGIKERWGWQAQLTILILSGLLYVGLTGMINDIGQWMGSLNIPVWSELFTTYADRNALYYFFYFALGAAAGLYHDSWKKWIQKARPVIWLVFAFLFGWMLMQAVHEIRSAANGAITFYSLSLLRPMMALFLISSILVMYDVAGWICRHAGAGANALLSSIGLYSYGAYLMHLLTLRISYAVDESLLISMHPLVRILSSWIISVAVAYGATCMLAKLPFGKWLVGIAGARKSRGVRPYGKSRPSTGTSAGM				NA	NA	NA	NA	NA
JZ016_01615	552			hypothetical protein	ATGGAGAAGAAAATTGTTGGAGTATTCCGTTCGGAACAGGAAGCAGCCCAAGCAATCGAGCAGCTTCAGCGGCATGGGATTCCGAACGAGGCCATTTCCATTATAGCGAAGGATCAACGCGAAGCAGACATGATAGCCGAGCAGACGGGGACGATGGCGCCTGAAGGGGTAGCTGCAGGCGCGGCAACAGGCGGCATTCTTGGTGGTACGGCAGGTTTGCTGGCAGGACTCGGGGCTTTGGCTATTCCCGGCATCGGCCCGATACTTGCTGCAGGACCTATAGCGGCGACGCTCGCCGGCGCAGCAGTCGGTGCGGGAGCCGGGGGGCTGGTCGGTGGTTTTATCGGCCTTGGGATCCCGGAAGATGAGGCAAAAGAATACGAATCCTATATAGAGCAAGGACGGATTCTGGTACTGGTGGACGCCGATCAAGAAAATACAGGCATCTACGATATATTCCGCGATTATGATTACAGAAACGAGGGCCGTGCGGGAGCGGTTGATCTGGAACGGGACGACGCGCTTCCGCCGCGTGGCACTACGCTGCTGTAA	MEKKIVGVFRSEQEAAQAIEQLQRHGIPNEAISIIAKDQREADMIAEQTGTMAPEGVAAGAATGGILGGTAGLLAGLGALAIPGIGPILAAGPIAATLAGAAVGAGAGGLVGGFIGLGIPEDEAKEYESYIEQGRILVLVDADQENTGIYDIFRDYDYRNEGRAGAVDLERDDALPPRGTTLL	PGPT0014649_7	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_INDUCIBLE_PROTEINS,PGPT0014649-yflT-NA	NA	NA
JZ016_01616	2511	hrpB	COG1643	ATP-dependent RNA helicase HrpB	ATGACTGAATTACCGATTCACCGAATACTTCCACAATTGAAAATGGCTTTATCTGCTGGAACCCATGCGGTTTTGATCGCTGAACCGGGTGCGGGCAAGACAACCCAGGTGCCCTTGGCATTTCTGAATGAACCGTGGCTGGAAGACAAGCGGATCATCATGCTGGAACCTAGAAGAATTGCAGCTCGCTCGGCTGCGAGTTATATGGCGTCCTCTTTGGGAGAGGCAGTTGGTGAGACGATCGGATATCGCGTCCGAATGGACAGCAAGATCGGTCAGAACACTCGGATCGAAGTTGTGACGGAAGGCATCATGACGCGTATGCTGCAGGATGATCCGGAATTAACCGGCATCGGTATGATTATATTCGACGAATTTCATGAACGAAATTTGCAGGCTGATACCGGCCTGGCTTTTGCGATGGAATCCCAGTCGGTGCTGCGGGAAGATTTAAGGCTGCTCGTCATGTCTGCTACCCTAGAGGCTGAGCCAGTCGCGAAGCTTCTTGGCGACGCACCGGTCATCGTTAGCGAAGGTCGTGCTTTTCCAGTGTCTACTCACTATTTGCGCTCATTCTCTCTCGACGAGTTGCATAAAGGTGCGGCGAATGCCATCATGCGAGCGCTCTCCGAACAGGAAGGCGATATCCTTGTATTCTTGCCGGGTGCCCGCGAAATCAGGAGAACCGCTAATGAATTATTAAGAATAGGTTTAAGCCAAAATGTCGTCATTCGGGAATTGTACAGCGCGCTTCCGGCAGACAAGCAGGACGAAGCGATCATACGCGATTCGAACGGCAGGCGTAAAATTGTACTCTCCACAAGCATTGCCGAGAGCAGTATTACCATTGAGGGGATCAAGACGGTTGTTGACAGCGGTTATATGCGCACGGAGGTGTTCTCGCCCAGAACGGGACTGCCGCAATTGATTACGAGACGGTTATCCAGGGCATCCGCGGATCAGAGAAGGGGAAGGGCTGGGCGCGTATCGGCTGGTGTATGTTATCGCTTATGGAGCGAGGAAGAGCATCGTCATCTGTCGGAAAGCACCATTCCGGCGATCCGTGAATCCGATTTGACGCCGCTGGCCTTGGAATTGGCGGTATGGGGAACGCGTGACCCGGAGGAGCTTGCTTGGCTTGATACGCCGCCCCGACTAGCTCTTGCACAAGGACAAGCGTTATTGAAGCAGCTGTCGGCTCTGGACGATTCAGGCAGTATCACACAGCATGGCCGAGCGATGGCGCTTCTTGGGCTTCATCCGAGGCTCGCTCACATGCTGCTGAAAGCACAAGAAATAGGAGAAACATCGCTGGCTATCCGAATTGCTGTACTGCTTCAAGAGCGTGACATGTTGAGCAGAGGTGAAGCCATCAGGGATCAGGATTTGCGCTCACGTGTGGAGCGGCTTCTCTTGTTTGAACGACAAGGTCAGCGATCGGCTGAACAAGACGTGACTAATGAAGCCGTGCTGCAGCGGATGAAACAAGAGATCAGAAAACTGCATACACAGCTGAATATTGCATATACGACTAGCGGGGACTTGAATTTCTGCGGCCTTTTGCTGTCGTTCGCCTATCCGGATCGGATCGCGAAGAACAGGGGAGGAACCGGTTTTTTGATGCGCAGCGGCAGAGGCGTGAAATTGGTGTCGGTTCAGCCTATGAGCCGCGCACCGTATATTGTGGTCGCTGCCGTTGATGATCAAGGCCCGGACGGGAATATTCAGCTTGCTTCTGAAATAGATGAATTATGGCTCGAAAAGTATTACCATGACGAGATGGAACAGCATAAAGAGGTTGTATGGGATTCAGCTTCCGGCAGCATTAGGGCGAGACAGAAGCTGATGCTTGGAGCCCTCATTATCAAGGAACAAGCCTATTCGAATCCGACAGGAGAGGAAATAGCGGAAGCCATGTTGCAAGGGATCAGGCTGGAGGGTCTTGGATTGTTGCAGTGGAGCAAGGCGGCATTGCAGCTGAGAGAACGGCTGGCCTTCATGTTCCGGCATGATCCCGAGGGGAAATGGCCTGATGTTTCGGACGAAGGCTTGCTGAATCAGGCGGAGGAGTGGCTGCTCCCATATTTGGAAGGGCTGCGGAATCGCAATGATATGAGACGTCTCGCTCCGGGAACGCTCTTGGAGCATATGCTGAGCTGGGAGCAAAAGCAGCAGCTTCAGAAGGAAGCGCCGACTCATATTAGGGTCCCAAGCGGGTCCTTGATCCCAGTTAACTACAATGACCCTGAACAACCGTTCCTGGCCGTTCGACTGCAGGAGATGTTCGGACTTCAGGATACACCGCGAATTGCTGGCGGACGGGTTGCGTTGACCTTGCATTTGCTGTCACCGGCTCAAAGGCCCGTTCAGGTTACCTCGGATCTGTCCAGTTTCTGGCGCAGCGGCTATTACGAGGTGAAAAAAGACTTAAAGGGAAGATATCCTAAACATTATTGGCCTGATGATCCCATGGAGGCGACTGCAACCCATCGGACTCGGCCCAAGGCTTAA	MTELPIHRILPQLKMALSAGTHAVLIAEPGAGKTTQVPLAFLNEPWLEDKRIIMLEPRRIAARSAASYMASSLGEAVGETIGYRVRMDSKIGQNTRIEVVTEGIMTRMLQDDPELTGIGMIIFDEFHERNLQADTGLAFAMESQSVLREDLRLLVMSATLEAEPVAKLLGDAPVIVSEGRAFPVSTHYLRSFSLDELHKGAANAIMRALSEQEGDILVFLPGAREIRRTANELLRIGLSQNVVIRELYSALPADKQDEAIIRDSNGRRKIVLSTSIAESSITIEGIKTVVDSGYMRTEVFSPRTGLPQLITRRLSRASADQRRGRAGRVSAGVCYRLWSEEEHRHLSESTIPAIRESDLTPLALELAVWGTRDPEELAWLDTPPRLALAQGQALLKQLSALDDSGSITQHGRAMALLGLHPRLAHMLLKAQEIGETSLAIRIAVLLQERDMLSRGEAIRDQDLRSRVERLLLFERQGQRSAEQDVTNEAVLQRMKQEIRKLHTQLNIAYTTSGDLNFCGLLLSFAYPDRIAKNRGGTGFLMRSGRGVKLVSVQPMSRAPYIVVAAVDDQGPDGNIQLASEIDELWLEKYYHDEMEQHKEVVWDSASGSIRARQKLMLGALIIKEQAYSNPTGEEIAEAMLQGIRLEGLGLLQWSKAALQLRERLAFMFRHDPEGKWPDVSDEGLLNQAEEWLLPYLEGLRNRNDMRRLAPGTLLEHMLSWEQKQQLQKEAPTHIRVPSGSLIPVNYNDPEQPFLAVRLQEMFGLQDTPRIAGGRVALTLHLLSPAQRPVQVTSDLSSFWRSGYYEVKKDLKGRYPKHYWPDDPMEATATHRTRPKA				NA	NA	NA	NA	NA
JZ016_01617	978	gltX1	COG0008	Glutamate--tRNA ligase 1	ATGGAGCAGCATGCCACATTTCGCGGCCGCTTTGCCCCTACGCCATCAGGAAAGATGCACATCGGCAATGCGTTGACCGCTTTACTTGGATGGCTGCAAATGAGGAGTATGAACGGACAATATATACTCCGTATAGAAGATATCGATGTCCAGCGTTCCCGCCAGGAGCTTGCCGTCGAGATGATGAGAGATCTGGAATGGCTCGGTTTGGATTGGGATGAAGGTCCCGGTGTTGCCGGAGACTACGGACCCTATCATCAGGCGGCGCGCCAAGCGCTATATGAGCGGGAAATCACCAAGCTGCAGGAAACCAATAACCTGTACCCCTGCTATTGCAGTCGGGCCGATATTACGGCCGCAGCCAGCGCACCGCACGGCATTGCATCGGAAGGCCTCCGTTATCCGGGAACTTGTAGAGACTTGACTCGAGAGGAAGCGGCGCTTCGCGTGCTTCATAAGAAGCCTTCGCTGCGGATGAAGGTACCGGAAGACATCGTTTCCTTCGTCGACGGCATCGCCGGGGAGCAGTCCCATCGACTATCTGACGGAGGAGACTTTGTGGTTCGCAGGGCTGACGATATCATCTCATATCAACTCGCGGTGGTTGTGGATGATGCTTTAATGGGCATAACCCACGTACTCCGAGGAGCCGACCTACTGGACTCCACGCCACGTCAGCTGCTCTTATACCATGCGTTAGGCTATCAGCCGCCACAGTTTGCACATACCCCGCTAATGGTCGATGCGGAAGGCAGAAGGCTCGCCAAGAGGACCCGCGGGCTTAGCCTCTCATTTCTTCGCGGCCAGGGCATCATGCCCGAGCGCATCATCGGCTGGCTGGCTTGGACCGCCGGTCTCCTGGACTATCCGGAACCCGTTCGACCTGTTGATCTAATTCCTGTGTTTGACTTATCGAAAGTATCTTCTGCCCCGATCAAAATAACGGATCATGTCAAAAATCAGCTCTTTGAATCCTAG	MEQHATFRGRFAPTPSGKMHIGNALTALLGWLQMRSMNGQYILRIEDIDVQRSRQELAVEMMRDLEWLGLDWDEGPGVAGDYGPYHQAARQALYEREITKLQETNNLYPCYCSRADITAAASAPHGIASEGLRYPGTCRDLTREEAALRVLHKKPSLRMKVPEDIVSFVDGIAGEQSHRLSDGGDFVVRRADDIISYQLAVVVDDALMGITHVLRGADLLDSTPRQLLLYHALGYQPPQFAHTPLMVDAEGRRLAKRTRGLSLSFLRGQGIMPERIIGWLAWTAGLLDYPEPVRPVDLIPVFDLSKVSSAPIKITDHVKNQLFES	PGPT0008460_5897	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0008460-gltX-K01885	NA	NA
JZ016_01618	381			hypothetical protein	ATGAGCATCTTTTCCAGATTGGCTGAGGAGAAGATCGAAGAAGCGATCCGCAATGGGGAGCTCGATGATTTGCCATTTGCCGGAAAGAAACTTCCGATCGACGATCTTTCGCACATTCCGGAGGATCTGAGAATGTCTTATCGCATCATGAAAAATGCGGGTTATGTCCCTGAAGAGGTTACGCTTCGCAAGGAATGCGTTCAGCTGTATGACTTGCTCGGTGCTGCTTGCAGCGACGGTGAGCAGGAGCAGCTTCAGCGCAAGCTCAATGAAAAGCGTCTAAGACTGCAATTGCTGATGGAACAGCGCGGGCTTAGCGGCAATAGCGCGTTTACGCAGTATGAGTCCAAAGTTAGGGAACGATTAACCCATGAGGAATAA	MSIFSRLAEEKIEEAIRNGELDDLPFAGKKLPIDDLSHIPEDLRMSYRIMKNAGYVPEEVTLRKECVQLYDLLGAACSDGEQEQLQRKLNEKRLRLQLLMEQRGLSGNSAFTQYESKVRERLTHEE				NA	NA	NA	NA	NA
JZ016_01619	798	bacC_2		Dihydroanticapsin 7-dehydrogenase	ATGAATGAAGGACACGGACGTTTTCATGGGAGAACAGCGATCATTACCGGAGCCGGATCAGGCATAGGGAAGGCAGCCGCCATTCAGCTGGCGAAGGAAGGCGCAAATGTTGCTTTATTCGATCTGTTAGATGACCGAACGAATAAAGCGGAATCGGAGATCAACTCTATTCGCGAGGGTTCCGCCAGAGCCTTTGACGTAGATACTACAGATCCTGACCGGGTGGAGAAGGCGGTTCTCGAAACGGTGGAGATTTTTGGCGGTGTTGATATTGTATTCGCGAATGCAGGGATTAACGGCGTGATGACGCCAATTGATGAAATGAAGCTGGAGGAATGGACCAAGACGCTGAACGTAAATTTGAACGGGACGTTTCTGACGGTCAAATATGCGATTCCGCACCTTAAGAAAAGGGGGCAGGGCAGTATAATCATTACCAGCTCCGTCAATGGTACCCGAACCTTCTCCAACTTTGGGATGAGCGCATACAGCACAACCAAAGCGGGACAGGTGGCTTTTGCGAAGATGGCTGCGCTCGAGCTGGCGAAATTCAAGATTAGGGTGAATGTCATCTGCCCCGGCGCGATATCCACGAACATTGACCAAAGCACGAAGAAGCAGGGAGATCTGGAAGAGATCGTGATTCCGGTTGAATATCCGGAAGGGAGCCAGCCGCTGTCTGATGGACCGGGTACGCCTGAAGAGGTCGCGGATTTGGTGGCGTTTCTCGCTTCCGACCAATCAAGACATATTACAGGGGCACAAATCTTCATAGATGGAGCCGAATCCCTGTTGTAA	MNEGHGRFHGRTAIITGAGSGIGKAAAIQLAKEGANVALFDLLDDRTNKAESEINSIREGSARAFDVDTTDPDRVEKAVLETVEIFGGVDIVFANAGINGVMTPIDEMKLEEWTKTLNVNLNGTFLTVKYAIPHLKKRGQGSIIITSSVNGTRTFSNFGMSAYSTTKAGQVAFAKMAALELAKFKIRVNVICPGAISTNIDQSTKKQGDLEEIVIPVEYPEGSQPLSDGPGTPEEVADLVAFLASDQSRHITGAQIFIDGAESLL				NA	NA	NA	NA	NA
JZ016_01620	843			hypothetical protein	ATGAAGCGATCATACGCAAGAAGCATGGAATCGTTGGGAATTCGTAAACGGAAGGCTCAAGCAGCATCGTTTTATTACGAGAGCAAGCAGACCGTGGAAGAACCGATTACGAAGATTAAAGATTTGTTCACATGTCGTTATGCGTATGGCAGAGCGGCAGAATCTGTCATGCTCTCCGAGATGGGTCAGGATTTCATTGCTTTGCAGATGAAGGAAGATGTGTGCCATTTTGTATTGTGCGATGGTGTCGGATTGAGTTATCGGGGCGATGTGGCCTCGCGTCTGCTAGGCCAAGGGTTAATGAATTGGCTGGAGACGGTTGAGGAACTCACGACCGCATCGCTTGAACGCAGACTGAAGGAGCTTACGCAGGAAGCTGATCGGGAAATGCGGACTCATTCCCTGAGTTCCGAAACGCCCAAGCTGCTTCGCGAAGTACTGGAAGAGAAGCAGCGCAAGGGAAGCGAAGCTATGTATATTTGCGGCCGCATAGAGCTCTCCTCGGGTTTTCGCCGCAAAGGAAGATTGTGGCTCGCCTGGCAGGGTGACTCCAGGGTACGCTTGTGGCGCAAGGAAGACGAGATCACCTCGGTATTCGGAGATCGTTTCCGGACCTCGGAACGATGGTCTTCCCGTAGTGGTCCGATCGGAGGCAGTCCTCACGTGTTTTCGTGCAAATTAGACCCGGAGACCGAATATCGGCTTCAGTTATACAGCGATGGGCTCAACGATCTGGATCCGCTGAAGGAGCCGATTCCTGATGAGCAAGTGCAAGTATTAATGAATGCTCGCCATACAGACGGTCTGGAAGATGACGCTTCGTTTTTGGAGATTGTATGGTAG	MKRSYARSMESLGIRKRKAQAASFYYESKQTVEEPITKIKDLFTCRYAYGRAAESVMLSEMGQDFIALQMKEDVCHFVLCDGVGLSYRGDVASRLLGQGLMNWLETVEELTTASLERRLKELTQEADREMRTHSLSSETPKLLREVLEEKQRKGSEAMYICGRIELSSGFRRKGRLWLAWQGDSRVRLWRKEDEITSVFGDRFRTSERWSSRSGPIGGSPHVFSCKLDPETEYRLQLYSDGLNDLDPLKEPIPDEQVQVLMNARHTDGLEDDASFLEIVW				NA	NA	NA	NA	NA
JZ016_01621	765			hypothetical protein	ATGTTATTCACGATGAACTATACCATTCAAGCATCACAGCGCACGCCAGCGCTCATTATATATCTGATTGATATCAGCGCGTCCATGAACATGCTGATGGAGGACCGGAGGCGGATCGATGTCGTATACGAGGCCTTGTCCCTAGCCATTCGGCAAATGGTATTTCGGTCCACGAAGGGCAATCGGCTGACGCCTAGATACCGGATTGCCATCCTTGCATACAGCGATGATGTCTATGATTTGTTAAACGGGATTAAGGGCATTGACGAAATTGCGGCGATCGGATCGCTTCCGGATTTAACGCCGAAGCGTTTCTCCGATTCGGCGAAAGCGTTCCTGCAGGCCGAGAAAATCCTGCAGTCGGAGATTCCGAACATGCAGGATTGCCCCGCCCCGCTTGTGTGCCATATGACGGATGGCGTGGCTACGGGAGAGGATCCGGAACCGATTGCCCGCCGCATCATGAACATGAGCGTTCCGGACGGCAACGTGCTTGTGGAGAACATATTCATATCCGATCATCTGATGAACCAGCCGATATCCGAACCGCGCCGCTGGAAAGGGATTTTGGCCGATACTTCGCTTGAGGATGAACACGCGCGCAAACTTAAAATGATGTCTTCCGTTCTTCCCGAAAGTTATCGAGAAATGCTGGTTGAGGCGGATTATCAACTGAGCCCGGGAGCTTTGATGATGCTTCCAGGCACTTGCTCTGAGCTGGTGTCCATCGGGTTTCAGATGTCAGCTGCCACGCCGGTAAGGTAA	MLFTMNYTIQASQRTPALIIYLIDISASMNMLMEDRRRIDVVYEALSLAIRQMVFRSTKGNRLTPRYRIAILAYSDDVYDLLNGIKGIDEIAAIGSLPDLTPKRFSDSAKAFLQAEKILQSEIPNMQDCPAPLVCHMTDGVATGEDPEPIARRIMNMSVPDGNVLVENIFISDHLMNQPISEPRRWKGILADTSLEDEHARKLKMMSSVLPESYREMLVEADYQLSPGALMMLPGTCSELVSIGFQMSAATPVR				NA	NA	NA	NA	NA
JZ016_01622	2106			hypothetical protein	ATGACGTTCATGACATTTCAGCCAAACCCGGGCGATGGGATTGTTGTAAATGGAACGGCTTATACAGTAGGGCAGCATCCCGCAGCGCCAGGCGTAGCCTATGCCCAAGCTGGGCGTCAGGGAATCGTCTACCAGTTGATTCCTGTGGACGGGGAACTGCATGAAGCCAAAGCACTAAAGGTATTTTTTCCTAAGTTCAGAATTCCGGCTATGGTGTATCAATCCGAACATATGGGGAATTATCGCGAGATACCGGGTTTGCAGGTAAGCAGTCGAGAGGTGCTCACTCCCGAAAGAAACGGAGATTTGATAGCGGAATATCCGGATTTGCTCTACGCGGTCATCATGCCATGGATTCATGGATGTACTTGGTTTGACGTTATAAGCGATCAGCGTAATCTGGGACGTTCTGATAGCCTGATGCTTGCCAAGGCATTGGCAGCTATCGGCTCAAGCATGGAGCAGCGCGGTTTAGCCCACTGTGACCTGTCTGCGCCTAATGTCATGCTTCCGTTTTTTTCGGAAGTGAAGCTGCCGGAAGGCGCTGCCGCCGTTGAGCTTGTCGATGTGGAGCAGATGTACAGTCCCAAAATGGATCGACCTGATGTTTTGCTTGCTGGCTCTCCTGGATATGCGGCTCACCGTACGGTGCATAGCGGGTTATGGAGTTCATATGCCGATCGTTTCGCAGGTGCTGTTATCATTGCGGAAATGCTGGGATGGAGCGATCCGGCTATCGTGAATCGGGCATGGGGCGAAAGCTATTTTGATCAGCATGAAATGCAGACCCCGTGCGAGCGTTATTTTTTACTGAAAAAATCGCTGGGTCAGCGTTGGGGTACACGGATTGCGGATCTGTTCGGCAGAACCTGGGACAGTCAGGATTTGAGCAGCTGCCCTACCTTTGGTGAGTGGCTGATTGCTTTATCATCCTTGAGTGAAGAAGAAGTAGTCGAGGAAGCGCAAGCTCCTGTAGCCGCTGCTGCTGCTCATGACGACAAGGCGGATGAAGCCCGATCTGAAACCGTCCAAGAGGTGCCGGCTGAAATTATGGCATCGCTTGGCATAGAGCCAGGCACCCGAGAGGTCAACGACAATGTGGTTGGACGCTTGTTTCATCAAGCCCGTGATCTGGAGGATGCGGGTAATCTTTCCGGCGCGTTGGAAATATTCCGCTCCGCGTATCATTTCGTAAAGAAGGACAGTCCGCTTGAAGTGGAGCTTGCCGCCGCTATACAGGGGCTCGAAGAGCAGCTGCGTCCGGCTGAAGAATCATCGAACAAAGGCATTAAAGCACTGTTGTTATCCCGTAAATTCATGCTCTCAATCGCTGCGGCTATCGTCATATTGGCAGGTTCTGCGATTACGGTGAATCAGATTCTGGCGGAGAAGGCAGAGAGCCGTCAGCTTACTGCTCAGCGATTAGCCGAGCAGCAAGCGCAGGAGAAGGAAGAAGCAGCGCGTAAACAAGAGGAAGAAGCACGGAGGCAGCAGGAAGAGGCTGCCCAGGAAGAGGCTGCCCAGAAAGAGGCAGAGGCTAAGAAAGCGGAAGAGGAGCGCAAAAAGGCTGAGGAGGCCAAGAAGGCTCAAGAAGCTGAGCAGGCACTGAAGGAACAGGAGAAAGCTGAGCTTCAGGCCAAGTATGAGAAGCAGGCGAAGTATGAAGCTTATCTGGCATCACTTGAAGAGAAGAAAAAGAAGCAGGCATTGCAAGAGAAATATGATAATCAGGCCAAGTATGAGGCGTACTTAGCTCAGCTCGAAGAGAAGAAGAAAAGACAGGCACAGGAAGAGGCGGCAGCTAAGGAAGCTGCCAAGGCGGAAGCGGAGCGCCAGGCGCGAGCCAGAGCTGCCGAACAAGCACAAGCCGCAGCACTTCAGAAACAGCGTTCCCAAAACGTTGTAGAACTGGTTGCTTTATATAATAAAGCGTATAATGCGCAGGTGGCCGGGAACAAAGACCGTGCTAAGAATGCCGCACGTGAATTCATACAGTTATATAACAAGGATAAGGCCTATTATAAAACCGTTGGTAAAATGAGCAGCCGCCTTAGCAATCTGCAGAAATTCATAAGTGACGACAGCCACTGGATACCAAAACTGTAA	MTFMTFQPNPGDGIVVNGTAYTVGQHPAAPGVAYAQAGRQGIVYQLIPVDGELHEAKALKVFFPKFRIPAMVYQSEHMGNYREIPGLQVSSREVLTPERNGDLIAEYPDLLYAVIMPWIHGCTWFDVISDQRNLGRSDSLMLAKALAAIGSSMEQRGLAHCDLSAPNVMLPFFSEVKLPEGAAAVELVDVEQMYSPKMDRPDVLLAGSPGYAAHRTVHSGLWSSYADRFAGAVIIAEMLGWSDPAIVNRAWGESYFDQHEMQTPCERYFLLKKSLGQRWGTRIADLFGRTWDSQDLSSCPTFGEWLIALSSLSEEEVVEEAQAPVAAAAAHDDKADEARSETVQEVPAEIMASLGIEPGTREVNDNVVGRLFHQARDLEDAGNLSGALEIFRSAYHFVKKDSPLEVELAAAIQGLEEQLRPAEESSNKGIKALLLSRKFMLSIAAAIVILAGSAITVNQILAEKAESRQLTAQRLAEQQAQEKEEAARKQEEEARRQQEEAAQEEAAQKEAEAKKAEEERKKAEEAKKAQEAEQALKEQEKAELQAKYEKQAKYEAYLASLEEKKKKQALQEKYDNQAKYEAYLAQLEEKKKRQAQEEAAAKEAAKAEAERQARARAAEQAQAAALQKQRSQNVVELVALYNKAYNAQVAGNKDRAKNAAREFIQLYNKDKAYYKTVGKMSSRLSNLQKFISDDSHWIPKL				NA	NA	NA	NA	NA
JZ016_01623	276			hypothetical protein	ATGGCAGGACGTATTTTAATTACGCCAGAACAAGTTGAACAAGTAGCAAACCAATTTAAACAAAGCGGTGATCAAAGTCAGCAAATCGTTAACAGCCTGACTCAATCGATCAACGGCATGGAAGGTCAATGGGATGGTATGACGAAGCAGCGCTTTTTCCAGGAATTCCAGGAAGCAAGCCGTTTGATGAACTCCTTCGTTCAAACGCTTGACAGCATCAGCAATGAGCTGAAAGCGATCGCTCAGAAATTCCGTATGGCTGACGAATCCCGTTAA	MAGRILITPEQVEQVANQFKQSGDQSQQIVNSLTQSINGMEGQWDGMTKQRFFQEFQEASRLMNSFVQTLDSISNELKAIAQKFRMADESR	PGPT0030476_28	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030476-esxA-NA	NA	NA
JZ016_01624	513			hypothetical protein	ATGCGTATTTCTGTCGAGCCGGAGTCTCTCCGGACGTTAAGCCGTCAGCTGCAGCATAGTGGCGATGAATATTTAGCGATTACGAGAACGCTCAACCAAGCTATGGAATCACTCGTTTGGGAGACGTCTCTCAAAGCGGCGGTTATTGATGAGTGGCAGTCTGCCCGGAGTCTTGGAGAGCATCTGGGAGCTCTTCTTGCTCAGCTGGGCAAGCATCTTCAAAGCAAAGCCGATCAATTTCAAGAAACGGATCATCAGTACCATACGATTTTGGAGCATGCCATCGTAAGTACAGTATCACCGACGGCTCTGTTTGCCGCTTCCGGCATGGAGGGGCGCTCATCCATATTACCGGAATATGGCAATTCCTCGACGGTTATATCGAACCCGAGTTCGGTAGCAGCTGCCGTGGGCATGACCAGTGGAGACAACGGAGATTCGGCTAAACAAGCCGCGTTAGCCGGGCAAAGCTGGACCTTTACCGATCCGTCTTCGTTTGGCATTGCCAACTAA	MRISVEPESLRTLSRQLQHSGDEYLAITRTLNQAMESLVWETSLKAAVIDEWQSARSLGEHLGALLAQLGKHLQSKADQFQETDHQYHTILEHAIVSTVSPTALFAASGMEGRSSILPEYGNSSTVISNPSSVAAAVGMTSGDNGDSAKQAALAGQSWTFTDPSSFGIAN				NA	NA	NA	NA	NA
JZ016_01625	807			hypothetical protein	ATGTTGACAATTCATGCTTCCAAACAAGAAACGATCACGCTGAATGACAAGGAATTTTTCTTCTTGGCTGGAATTATCGGATCGGACCGATTACTTGGTGTTGAAGATCCATTTGTAGGATACTTAACGGAAGAAATCGCGGTTGAGTGGGAGAAAACCAAACAATCGCTCCTAAGCAAGCAATATTTGATTCAAGAGGAAGGCGGGGAATTGTCGATTCCACCCGAGGTCTTCTCAAGAGTGGCTATTGCCGGACTTGCGGAACGTGCGTGCTGGTTGAAATATGAAAATCAGGATTCGGCGTTTGAAGGATATCTGCATGTTACGGACGAACGGGTAATACAAGTATGCAGAAGCGGCGAAGACAATCGATGTTACCTGCTAAGCGAACTTGGCACGATCGAACAAACCTGCGATCAACTGGTGCAGGATCTGGCCCTAAGCGACCAAAACTGGGGGGATATTCCGGCACTTCTCCTTAGCCGGAAGGAATTCGGAGATATTTACACCTCCGTTTCCGAACAGAACAGCGATGATATCGGCGATCGCTTGGCCAGGTTGACCGATGATGCGGAAGGTTCCATCGCTTTAGCGAAATGTATGAAAAACAAGGTGTCTTCGGGGGAACTCCAGCTGTCGATTTGGAACGGAAACAGCTGGGAAAGTCAAAATGCAGCATTTATAGTGAACGAGTCCATGAATTGGCTGCTGCGTATGAGCCTGGAGGGAGACCAGGACTGGTTAACCGCAGCACCAGCGACCAAAGAGCAGTTTCGTCATATGCTACTCATGTGGCTGAAACAGTAA	MLTIHASKQETITLNDKEFFFLAGIIGSDRLLGVEDPFVGYLTEEIAVEWEKTKQSLLSKQYLIQEEGGELSIPPEVFSRVAIAGLAERACWLKYENQDSAFEGYLHVTDERVIQVCRSGEDNRCYLLSELGTIEQTCDQLVQDLALSDQNWGDIPALLLSRKEFGDIYTSVSEQNSDDIGDRLARLTDDAEGSIALAKCMKNKVSSGELQLSIWNGNSWESQNAAFIVNESMNWLLRMSLEGDQDWLTAAPATKEQFRHMLLMWLKQ				NA	NA	NA	NA	NA
JZ016_01626	3990	eccC	COG1674	ESX secretion system protein EccC	ATGAACGTGTTGTACCAACGTTCGCCGCGTATTAGACCGGCTTTACCGAATGAAGACATGGAGATTCTGAGACCGCCGTCCGAGCCGAGCAAACCGTCGTTTTCGATGATTGCCATCATTATCCCGATTATTATGACGGCTGCGACGGTCGGTTTCTATGTTTATATGAACGTGAGCGGCAAAATGGGGAATCCCAACTACATGATGTTCCAGATGCTCTCCGTCTTTATGATGCTGACATCCTACACGCTGCCGTTCTTCATGTATTTAAGCAACAAGAAGACCTATCAGAAGAATCTGGCCGAGCGTAATCAGAAGTACCGGGCACAGCTTGATCTGCACCGCGAAGAGCTCAAGGAGCGGCAGGAAGATCAGGTACACATTCTGTTTGAAATCCATGGCGATCCGGACGTGTGTTACAACGTCGTGAAGAACCGGAGCAGCAGCTTATGGGAACGCTCTCCGGAAGATAAGGACTTTCTGGAGATTTGCGTGGGCAAGGGAGAGGTTCCTTTTTACATTAACGTAAAGCCTCCCCGCGCGGATGGATATGACAAGGACCCTTTGATTGAAGCAGCTGAATTGCTGTCTTCCGAATTTCAGTCCGTCGACGATGCATCGATTGCGCTGCCGTTATTCGAATCCAAGGTCATAGGGATCGTAGGCGGAAGAGAGCGCGTATTAAATATGCTGCGCGTGATGATGGCCCAAACGGCTGTGCGGCACTCACCCGATGAAGTGAAGATCGCCGCGTTCTACGAAGAGAAAGAAGCGAGCGAGTGGCAATGGCTGCGCTGGCTCCCACATACGTGGGATGATGATCGATCCAGCCGCTATCTTGCGGATCGACGGAGCAATGCCCATCAGCTTGCGGATGAAATATTTACTCACTTATACCGGCGTAAAAATAATCGTGCCGAGCATGGGAAGAAAACGATTGAGACACCGGCATACGTGGTGATTTTATCCGCTACCCAATTAATCGAGGAAGAACCGCTGCTGCCTCTGTTGATGGAAGATGCCGAAGCGACCGATGCGGTTACCATCATCTTGTCCGACCGCAAGGAAAGCTTGCCGATGCACTGCCAGCTTATTGTAGAGGTTGACCGGGAGCAGGCGGCGTATACGATTAAGAAAGCAGATGGCACGGTCTCCAAGCAAACTTTCCAATCCCATCATATTAGCAGGGAGCAAATCGAAGCCTTGGCCCGATACATGGCGCCGATCCGGCTGAAACGATCCTCTGCGTCGGATATCCCAAGCGTTTTGGCACTCTTCGAGATGATGGATATTCAAAAAATCAACGATTTGGATGTGCACAGACGCTGGCAGCAGAACCGATATCCGGATTCATTACCCGTTCCGATGGGAGTCCGGGCGGGCGGAAAGAAGATTAATTTGAATCTTCATGATAAAATAGAGCGTCAAGGTCATGGACCGCACGGTCTGATTGCGGGAACGACCGGTTCCGGGAAAAGTGAGGTTATTCAATCCATTGTTGCCTCCCTGGCATCCGAATTCCACCCTCATGACCTGGCATTTATGCTTATTGATTACAAGGGCGGCGGCATGTCGAACACGTTTGTTAACTTGCCGCACGTTGTAGGAACCATAACGAATCTGGATAACAATCTAATCGAGCGCGCGAAGGTGTCGCTGAAAGCCGAGCTGGTTCGCCGCCAGAAAATATTGAACGATGCGGGAAATCTGCAGCATATCGACGAGTACTACAAGCTGCTGCGCAATCGGCATGGCGAACCGCTTCCGCATCTCGTTATTATCATTGATGAATTTGCACAGCTGAAGAAAGACCAACCGGAATTCATGGATGAATTGATCAGCATCGCCGCTATTGGACGAACACTCGGAGTCCATCTGATTCTTGCGACTCAGAAGCCGGCGGGCGTCGTGGACGATAAAATTTGGAGTAATTCGCGCTTTCGGATCTGCCTTCGGGTACAAAGCGAGGGCGATAGCCGTGATATGCTGAAGATTCCGAATGCAGCCTGGATTAACAAGCCCGGACGAGGCTATTTTCAGGTGGGCAGCGATGAAGTGTTTGAAGAAATGCAATTTGCCTGGAGCGGTGCTCCTTACATTGAAGAGAAGGATACGCCTGGCGCAGTGGTTATTCGCGAGGTGCGAATCAACGGGAAGAGTGAGCCTCTGCTTGCATCTAATCCTTCCCTGGGAGCGCATCTGGAGGTACCCAAACAGCTCCAGGTGTTTATCGACCATGTAGCGGAAGTTGCCGAAGAGCAAGGAATCGAACGGCTACAGGGGCCTTGGCTTCCACCGCTTCCGGAGAGCTTGGATCTGGAGAGCATTCAGTCCGGGACCGAGCTGCAGAAGCAGGAGCTGTTCGGTGATTCGGCGCTTGTGTCCTACGTCGGGATGGTTGATGATCTGCCAAACCAATGCCAGAAGCCGTTGATGCTCAATCTCGAGCAAGGCCACTGGGCCGTGTACGGCATGCCTGGACTTGGAAAGACCACCTTTATTCAAACGATGCTGATGTCGTTAGCCAGTCGGTACACCCCGGACTTTTGGCATGGGTATATCGTGGATATGGGCCGAATGATGCGGGACTTTACAGGGCTTCCACATATCGGAGGAGTCATGACGGCGGAGGAAGAGGATCGCATCAAGCGCCTGTTCCGTTTTCTGACGAAAACGGCGGCGACTCGCAAGGACATGATTGCCGAAGCGGGTGTGAAGACTGTTGCATCCTATCGCCGGGGCAACACAGGACCCGTTCCGCAGCTGGTCGTGGTTATTGACGGTTATCTGAATTTCCGGAACTCGTATCCGGATGAGAATGATATGCTTGAATACCTGCTGCGAGAAGGCGGCAGTCTGGGAATAACGTTTGTCATTACGGCGAACCGAATTTCGGATATGTTTGAGAAGGTTCGAAGCAACATCTCGCAAGCAGTGTCGTACGAACTGGCCGATCCTGCTGATTACTATTATGCGGTGGGGCGTCCAACAAGAGCCCCCAGCCAGCTTCCACCGGGAAGAGGTCTGGTCAAGGGGCAGGTGCCGCCGCTTGAATTTCAGACGGCCTTGCCGGCTTCAGGCCAGGAAGAGGGGGACCGCTCCGCAGCGCTCCGCGATATGATTCGCACTCACCGGGCAGCGTGGCACGGGGAGGAAGCGCCGCGGATTGAGTCACTGCCGGACAAGATTCCGCTTCATCAACTGCTGAAGGTACAAAAGCCTTACGAAACAGCAGGTATGGCGAAGTACCGGGTTCCTGTCGGAGTGGCTACGGATGATTTGACTCCTTTTGCTATCAATCTGGAGGATGGGCCGCATTTTATTGTGGCGAGTCCGATGGAAGGCGGTAAAACGTCATTCCTTCTTAGCTGGATGTTATCACTTGCATATCATACATCGCCGGATGAGCTGGAAATCTATACGGTAGATACGCGCTATGGTAGCAGCGGTCTGAGTCGGATGAATCATCTTCCGCATGTCCGTGGACATGCGGAGAATGAGGAAGACCTGGCTCCGCTCATTTCAGGTCTTTATGAACGGGTTCAAACCCGGTCGAAAGACAGTGAAGACCCGACGATCCTGCTTATGATTGATGACGCTGACGTGCTCAGCAAGCAGCTTTCCGATTTCACCTTGAAAGACCAGCTGTCAGCCATCGTCAGACAGGGGAGGGACCGCCGGGTACATGTTATCGTTGCCGGTGTGCCGGCCGATTTCCCGACGTATGGCGTCGATTGGTTTACTGATATTAAGGCTGCACAAAACGGATTTTTATTCGGAACATTGGATTCCAACGATTTATCGTTCTTCAGAATTCCTTTTTCCGAATCCGCTAATAGTCCTGGAGGACTAAAAATACTCCCGCCAGGACAGGGGTACTACGTAAAACGCAAATTTTCCAGAATAAAAGGCGCAGTTCCGTTTGATGACGAATGGAACGCCCAAAGATGGGTCACAGAAATTCGCGACCGATGGCATGTTGTAGTTTGA	MNVLYQRSPRIRPALPNEDMEILRPPSEPSKPSFSMIAIIIPIIMTAATVGFYVYMNVSGKMGNPNYMMFQMLSVFMMLTSYTLPFFMYLSNKKTYQKNLAERNQKYRAQLDLHREELKERQEDQVHILFEIHGDPDVCYNVVKNRSSSLWERSPEDKDFLEICVGKGEVPFYINVKPPRADGYDKDPLIEAAELLSSEFQSVDDASIALPLFESKVIGIVGGRERVLNMLRVMMAQTAVRHSPDEVKIAAFYEEKEASEWQWLRWLPHTWDDDRSSRYLADRRSNAHQLADEIFTHLYRRKNNRAEHGKKTIETPAYVVILSATQLIEEEPLLPLLMEDAEATDAVTIILSDRKESLPMHCQLIVEVDREQAAYTIKKADGTVSKQTFQSHHISREQIEALARYMAPIRLKRSSASDIPSVLALFEMMDIQKINDLDVHRRWQQNRYPDSLPVPMGVRAGGKKINLNLHDKIERQGHGPHGLIAGTTGSGKSEVIQSIVASLASEFHPHDLAFMLIDYKGGGMSNTFVNLPHVVGTITNLDNNLIERAKVSLKAELVRRQKILNDAGNLQHIDEYYKLLRNRHGEPLPHLVIIIDEFAQLKKDQPEFMDELISIAAIGRTLGVHLILATQKPAGVVDDKIWSNSRFRICLRVQSEGDSRDMLKIPNAAWINKPGRGYFQVGSDEVFEEMQFAWSGAPYIEEKDTPGAVVIREVRINGKSEPLLASNPSLGAHLEVPKQLQVFIDHVAEVAEEQGIERLQGPWLPPLPESLDLESIQSGTELQKQELFGDSALVSYVGMVDDLPNQCQKPLMLNLEQGHWAVYGMPGLGKTTFIQTMLMSLASRYTPDFWHGYIVDMGRMMRDFTGLPHIGGVMTAEEEDRIKRLFRFLTKTAATRKDMIAEAGVKTVASYRRGNTGPVPQLVVVIDGYLNFRNSYPDENDMLEYLLREGGSLGITFVITANRISDMFEKVRSNISQAVSYELADPADYYYAVGRPTRAPSQLPPGRGLVKGQVPPLEFQTALPASGQEEGDRSAALRDMIRTHRAAWHGEEAPRIESLPDKIPLHQLLKVQKPYETAGMAKYRVPVGVATDDLTPFAINLEDGPHFIVASPMEGGKTSFLLSWMLSLAYHTSPDELEIYTVDTRYGSSGLSRMNHLPHVRGHAENEEDLAPLISGLYERVQTRSKDSEDPTILLMIDDADVLSKQLSDFTLKDQLSAIVRQGRDRRVHVIVAGVPADFPTYGVDWFTDIKAAQNGFLFGTLDSNDLSFFRIPFSESANSPGGLKILPPGQGYYVKRKFSRIKGAVPFDDEWNAQRWVTEIRDRWHVVV	PGPT0030468_1142	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030468-essC|eccC|ftsK|spoIIIE-K03466	NA	NA
JZ016_01627	312			hypothetical protein	ATGATACTCACCGTGATCAGCGGTCGAAATGAAGATGATTGGTTTGATATCGACGTACCCGATGAGTGCTCCATTGAACGGTTGAATGAGCTGCTGGGGCTACGTCTTTTTCGTGAACCCTCGGGTGAAGGGATTCAATATATATTAGAAGCAAAGTTCCCGGAAGGCTTGTGGTTTACGGTAGGCGGCCATTCTAACCTTGTTGAAGCGGGACTTAGGGAAGGCTCTTATATTCGTTTGCAACGGGCATTCTCAACAACCACCGAGGAAGCTCCTGTCTATGGCAGAAGATCGTTGTTTCAAGAAAGCTGA	MILTVISGRNEDDWFDIDVPDECSIERLNELLGLRLFREPSGEGIQYILEAKFPEGLWFTVGGHSNLVEAGLREGSYIRLQRAFSTTTEEAPVYGRRSLFQES				NA	NA	NA	NA	NA
JZ016_01628	240			hypothetical protein	ATGAAAACACTTATCATGTTCCAAAATAAGCCGGTTCCCGTATACTTTACAACGGATAGCAAGCAGCCGGTACAGAAAGTATTAAAACTGCTAACCAGCGCGCTTGACCATAAAATTCAAACCGGCAAAAAGGCGCTGCAAAAATGCCTCAACTCCCTGATCAGCATTGAAATCGAGGGATCCGAGGCAATTCTTCACAGCAAAAGCGAAAACGACTCTCTTGCGCTATCTCTCTTTTAA	MKTLIMFQNKPVPVYFTTDSKQPVQKVLKLLTSALDHKIQTGKKALQKCLNSLISIEIEGSEAILHSKSENDSLALSLF				NA	NA	NA	NA	NA
JZ016_01629	135			hypothetical protein	ATGTCCATCGATCGGTTTATATTAAAAAAATTGGACAGTTGCCAGGAGATGACAACGCGGAGAAATCTCGTGAAATTGTTTCAAATCCGAATTCAGAGAGCGCAGATAGCCGAGGATCGTCATTACGGGTTATAA	MSIDRFILKKLDSCQEMTTRRNLVKLFQIRIQRAQIAEDRHYGL				NA	NA	NA	NA	NA
JZ016_01630	330			hypothetical protein	ATGAATGTCAGTATTCAATTCAAAAAAGGCGTTCTTGAACTCTGCGTGCTTGTGTTAATCCATCGCAAGGACCAGTATGGCTACGAGTTGGCTCAAGCGGTATCGAGGCATATTGAGGTAGCCGAAGGGGCCTTGTACCCTCTCCTTCGCCGACTTGTTAATGAAGGCTATTGTACGACGTACCTCCAGGAATCGACCGAGGGTCCGCCCCGTAAATATTATAAGCTGACGCCCAGCGGAGTGATTTATATGAGAGCCTTGGTAAAGGAATGGCAAGCTTTTGTGGGCAATGTGACCAATCTGATAGAGGAAGGAAATTTGTATGACTAA	MNVSIQFKKGVLELCVLVLIHRKDQYGYELAQAVSRHIEVAEGALYPLLRRLVNEGYCTTYLQESTEGPPRKYYKLTPSGVIYMRALVKEWQAFVGNVTNLIEEGNLYD				NA	NA	NA	NA	NA
JZ016_01631	561			hypothetical protein	ATGACTAAAAAACAGTTTATTGCAATTTTGGAATCGCGTCTTGCCGCGCTTCCTCCCGACGAACGGCGGGAATTCATTCATGATGTGGCGTCCCATTTTGTCATTGGCATGCAGAATGGACGAACCGAAGAGGAAATCGCCCGTGAACTGGGAGATCCTTTTGAGATGGCTAAGGAAGCGTTAGGCGACCGGTATGTGGTTATGGATATGCCTGCTCCGGCAGCGATCCGAAGACCGTCTTCTTTTGGAAAATATGCAGTAGGAGTCGGTTTGTTCTTCTGTGCATTGGTGGCAGTCCCCTTCCTTGCGGCATTATGGTCCGGAGGCGTCGCTATTGCTCTGGGAGCCCTGGCAACCTTGCTGAGCCCGGTGCTCGTTCTGCTTGACTATATCGTAAACGGAACGTTTTATCCGGCCAAATTATTCTTATCTATCTCTTTGATCGGAATCGGCATCTTCCTCGGATATGCCACACGCTCAGCCATGGTTGGGTTGTTATCGTTAACCTTGAGGTACTCCAGATGGAATACGCGTTTATTGAAGGGACGTGACGCACAGTGA	MTKKQFIAILESRLAALPPDERREFIHDVASHFVIGMQNGRTEEEIARELGDPFEMAKEALGDRYVVMDMPAPAAIRRPSSFGKYAVGVGLFFCALVAVPFLAALWSGGVAIALGALATLLSPVLVLLDYIVNGTFYPAKLFLSISLIGIGIFLGYATRSAMVGLLSLTLRYSRWNTRLLKGRDAQ				NA	NA	NA	NA	NA
JZ016_01632	789			hypothetical protein	ATGGCTGCGAACAAGTTTAAATTCGGAGAAGATCTTGTCAGCTATCAGAATCGATGGGATCTGCAGGATGCCGAAAATTTGAAGAAATTAACGATTGCCAGCAATATTAATATCAGCTTCGCATTTGAGGACAGCGGCGATTCGAACGGATATATCGCGTTTGACGGCAAATTAAAACCGGAGCATGTCGATATTCTTAAAAACTTTAATCCATCAGGCTCTGAGGTGAAATTGGATCTGACTACTCCTTCCACTTTTCAGTTGATGAGTGTGGACTTTCGTTCACCGAAAGGAACACTGACCATCGTGCTTCCATCAACCACGCAACTGGACGAACTCGATTTGTCGACCATCTCCGATAATATCCAGGTAAGCGGAGCTTCCTCCAAGGTGGTTGACATCTCCGTGAAGTCAGGCAGCATTAACTTGAGCGGAATACAAGCCGAGCAGTTAAGCGTTGAGAACATTTCGGGAAGCATTCGCGGTTCTGACATTCGGGCATCCACCCGGCTCGTCAATCATTCGGGAAATGTCGTGCTGAAAAATATGGAAGGTCCCTTGGACATCGAGGTCACTTCCGGTAACGTAAACGCAGGATTGCTTGGCGTTTCATCGGTTAATATCCTGTGCAGATCCGGCAACGTGAAAGTACAGCCTGACCCGTCATTCCGCGGTTTCTATGACCTTAAGACACTGTCGGGATCCGTCTCGGCGCCGGAGTCATTGAAAGAAACAACCGATACCATCCAAGTGGAAACGTACTCCGGTAATATCGATATCGTACATTGA	MAANKFKFGEDLVSYQNRWDLQDAENLKKLTIASNINISFAFEDSGDSNGYIAFDGKLKPEHVDILKNFNPSGSEVKLDLTTPSTFQLMSVDFRSPKGTLTIVLPSTTQLDELDLSTISDNIQVSGASSKVVDISVKSGSINLSGIQAEQLSVENISGSIRGSDIRASTRLVNHSGNVVLKNMEGPLDIEVTSGNVNAGLLGVSSVNILCRSGNVKVQPDPSFRGFYDLKTLSGSVSAPESLKETTDTIQVETYSGNIDIVH	PGPT0028810_174	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028810-liaG-K11621	NA	NA
JZ016_01633	627	azoR4_2	COG1182	FMN-dependent NADH-azoreductase 4	ATGTCTAATGTACTATTCATCAAAGCAAACAACAGAGCCATCGAACAATCGGTAAGCGTAAAAATGTACCATGCGTTTTTGGAGTCCTTCAAAGCAAGCCATCCGGAAGACCACATCACGGAGCTTGACCTTTTTGCAGAGAATCTTCCTTATTATGATAGCACTGCCATCAACGGTATGTTTAAAGCTGCCCAAGGATTGGAAGCTACACCGGAAGAGCAGGCGGCTGCATCGAATGTGAGCAAATATCTAGACCAGTTTCTTGCTGCAGACAAAATCGTGCTTGCTTTCCCATTGTGGAACATGACCGTACCTGCCGTTCTTCATACCTATATCGACTACCTGAACCAAGCAGGCAAAACGTTCAAATATACCCCTCAAGGCGTTGTAGGTCTCGTGACTGGCAAAAAAGTCGTCATCCTGAATGCGCGCGGCGGCAACTATTCCGAAGGACCTATGGCTGCGGCTGAGATGGCTGTTAACTTCGTAATGGGCAATCTTCGTCAATGGGGCGTACAGGATATCGAAACCCTGATCATCGAAGGCCACAACCAATTCCCTAATGAAGCAGAAATGATCGTTCAGAACGGTCTTGAGCTCGTTAAAAAGGCTGCTGCCGGTTTCTAA	MSNVLFIKANNRAIEQSVSVKMYHAFLESFKASHPEDHITELDLFAENLPYYDSTAINGMFKAAQGLEATPEEQAAASNVSKYLDQFLAADKIVLAFPLWNMTVPAVLHTYIDYLNQAGKTFKYTPQGVVGLVTGKKVVILNARGGNYSEGPMAAAEMAVNFVMGNLRQWGVQDIETLIIEGHNQFPNEAEMIVQNGLELVKKAAAGF	PGPT0006790_1472	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118	NA	NA
JZ016_01634	306			hypothetical protein	ATGGAAACGACTGCTAGCGAAGCCTATAAAACAACCGTTCTCCGGAATTTTATAGCGAAAGACGGAACGCTGCGTTCCATTCCGGCCCAGTACAAGAAGAAACTCGTCATATTGGAATACCTGGTTGAGCAGCTTGAAGCGGGGAAGGAATATCCGGAAAAGGATATCAATGCGTTTATCAAGCGTTATTATGCCGATTATGCGACCATTCGGCGGGAATTTATCATTCATCAATATATGAGCCGAGATCATGAAATCTATATACGTAACCCGCGCGAGTTATGGACCCAATGGGAAAAGGTTTAA	METTASEAYKTTVLRNFIAKDGTLRSIPAQYKKKLVILEYLVEQLEAGKEYPEKDINAFIKRYYADYATIRREFIIHQYMSRDHEIYIRNPRELWTQWEKV				NA	NA	NA	NA	NA
JZ016_01635	978		COG0492	Ferredoxin--NADP reductase	ATGCTCGACGTCTTAATTATCGGCGCAGGCCCATGCGGTCTCTCAGCTGCCATTGAATGCCGCAACCAGGGCCTCAGCTGCGAGATCATCGATAAACACAATGTAGTTCATTCCATTTATCTCTATCCAACACATATGCAGTTTTTCAGTACGGCCGAAATGCTTGAAATCGGAGATGTTCCGTTCGCCATATCGAATGATAAACCGTTTCGGCACGAGGCGCTGGCCTATTATCGCAGAGTTGCCAGACACTTTAATCTAAAAATCTCCCCATACGAAGAAGCACTCACCATAACCAAGCAGCCCGACGGGAGCTTCCAGGTGAAGACCCAGCGCCGCGGTGGTGTAGAGTCCATACGAGAAGCTAAACACGTAGTCATTGCTACGGGTTATTTTGATCATCCGAATTATATTGGCATTCCCGGAGAAGACTTGGAGAAAGTAACCCATTATTTCCGGGAAGCCCATCCATATGCAGGAATGAAAACCGCGATCATCGGCGGCAGTAATTCCGCCGTAGATGCTGCCATGGAGCTTATCCGTGTCGGAGCCGAGGTGACGATGGTATACCGGGGTGAGGAAGTTTCACAAAACATCAAACCTTGGGTACGTCCTCTGTTTGACAGCATGGTGCAAAAAGGTCATATCCAGCTTCACCTGAACTCGCGTGTCGTACAAATCGCGGAATCTTCCATTACCGTTCTATCGAATCAAGGCCAGGAAACAATCATTGAGAATGATTTTGTACTGGCCTTGACCGGATTCCGTCCTGACCGCAAGCTGCTTGCCTCCTCCGGCGTTGAACTGAATGAAGACATGGAGAAGCCGCTTTATAATCCGGATACGATGGAGACCAACGTTCCGGGACTCTATGTCGCAGGCGTCATTGCATCCGGCCGCAACGCCAATGAGGTGTTCATTGAGACAGGCAGATTACACGGTCGCCTGATTGCTGAGCATCTGGCTTCGGACGCTTAA	MLDVLIIGAGPCGLSAAIECRNQGLSCEIIDKHNVVHSIYLYPTHMQFFSTAEMLEIGDVPFAISNDKPFRHEALAYYRRVARHFNLKISPYEEALTITKQPDGSFQVKTQRRGGVESIREAKHVVIATGYFDHPNYIGIPGEDLEKVTHYFREAHPYAGMKTAIIGGSNSAVDAAMELIRVGAEVTMVYRGEEVSQNIKPWVRPLFDSMVQKGHIQLHLNSRVVQIAESSITVLSNQGQETIIENDFVLALTGFRPDRKLLASSGVELNEDMEKPLYNPDTMETNVPGLYVAGVIASGRNANEVFIETGRLHGRLIAEHLASDA	PGPT0013060_3889	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
JZ016_01636	444			hypothetical protein	ATGGACGTAACTTCACTCATCCTGCTGGCTATGGCGGGACTTGGTATTATTAGCAGCAATTCTGCCGTGACCATTGCGATGCTGGCATTGCTTCTCATCCGCGTAACCGGTTTTCAGCAAGCATTCCCATGGCTGGAGAAATACGGACTGACACTCGGCATTATCATTCTCACCATAGGTGTCATGTCACCGCTGGCCAGCGGAAAGATGAGTCTGCAAACGATCGGCGAATCATTCCTGAACTGGAAATCGCTATTGGCCATCGCCGTCGGCATGCTTGTCGCATACCTGGGCGGCCGGGGTGCCACGCTGATGGGTACCAATCCCACCGTGGTTGCGGGTCTTCTCGTTGGCACGGTGCTTGGGGTAGCCCTGTTCCGAGGCGTACCCGTCGGGCCGCTCATTGCGGCCGGTCTGCTGTCCCTGTTGATCGGCAAATCATGA	MDVTSLILLAMAGLGIISSNSAVTIAMLALLLIRVTGFQQAFPWLEKYGLTLGIIILTIGVMSPLASGKMSLQTIGESFLNWKSLLAIAVGMLVAYLGGRGATLMGTNPTVVAGLLVGTVLGVALFRGVPVGPLIAAGLLSLLIGKS				NA	NA	NA	NA	NA
JZ016_01637	906		COG0382	Decaprenyl-phosphate phosphoribosyltransferase	TTGTCTTCAACGAATACCGAATCGGTCGCTGCTCCGCTTAAACAGCTTCCCATGCTGCTCTTCAGGCAGCTGAGGCCTAAGCAATGGACCAAAAACTTGCTCATATTTGCAGCTCCCCTCTTCTCCTTTGAAGGGGTAAATCCCGGCGTGCTATTCGACACCCTGATCGGTTTTTTTCTGTTGTCCTTCGTGTCCGGCTGTGTCTACATTGTGAACGATTATGCCGATCGCGAAGCGGATCGCAACCATCCGGTGAAAAAATACCGTCCCATGGCCTCGGGTGCATTGCCGCCTAAGCTGGCTATTGGATTCGGCGCGCTGCTGCTGATCGCTTCGCTGGTCATATCTTATTTGCTCAATCCGCTGTTTACCGTATTATTGGTGCTCTATTTTGCCATGAACGTAGCTTATTCCTTCCGGCTGAAGCATGTTGTCATCATTGACATCATGATTATCGCGGCCGGGTTTGTGCTGCGTGCCATCGCAGGCGGACTGGTCATCCACGTCCCGTTCACGCCATGGTTTCTTCTCTGTACGATGCTGTTATCGCTCTTCCTGGCGATTGGCAAGAGACGACATGAACTTCATCTGCTGCAGCATGACAAGGGCTCTCACCGCAAGGTGCTCGATCAATATTCGTTCGATCTGCTGGATCAGATGAGCAGCATTGTCACCACAGCAACCATCATCAGTTATTCGCTGTTTACCTTTACGTCCGGCAGAACCGTTCATCTTATGTGGACCATACCACTCGTTATCTACGGGATGTTCCGCTATCTTTATCTGATTCACATCGAGAAAAAAGGCGGGGCTCCGGACCGGGTGCTCCTGGAGGACGCTCACATCCTGGTCACCGTGATCCTTTATGTCATCAGCGTCATCGGAATTTTGGTATACTTTGAATAA	MSSTNTESVAAPLKQLPMLLFRQLRPKQWTKNLLIFAAPLFSFEGVNPGVLFDTLIGFFLLSFVSGCVYIVNDYADREADRNHPVKKYRPMASGALPPKLAIGFGALLLIASLVISYLLNPLFTVLLVLYFAMNVAYSFRLKHVVIIDIMIIAAGFVLRAIAGGLVIHVPFTPWFLLCTMLLSLFLAIGKRRHELHLLQHDKGSHRKVLDQYSFDLLDQMSSIVTTATIISYSLFTFTSGRTVHLMWTIPLVIYGMFRYLYLIHIEKKGGAPDRVLLEDAHILVTVILYVISVIGILVYFE				NA	NA	NA	NA	NA
JZ016_01638	633			hypothetical protein	ATGAATCAGAAATTCGCAATCTTTGACATCGACAAAACGGTCATCCATTCGGACTCCATGTTTCAATTTTTAAAGTATGGCATACGAAAAAAACCGTCCACGGCCCCCGTTATACTGAAAGTCCTGCTTCACTCCGTACTGTACAAGCTCCGTCTTCTGGGAGCTGAAAAAGCAAAGAGCGCTTATTTTCATGCGATGCGCCATATGGATGATGCCGACCTGAAACATTTTTACGAAACGGAATTGAAACCTGCGATCTTCCCGGCTGCGCTGGAGGAAATGCAGCGAAAAAAAAGCGAGGGCTATCATGTGCTCCTTGTAACGGCGTCCCCCGATGCTTACATGAGATACTTTGCAGAGCTTCCTTGTGTCGACACGGTGATCGCTACCAAGCTTTCCGTACGGGACGGACGCTTTACATCGATGATCGAAGGGAACAATTGTAAGGGGGAGGAAAAAGTGAACCGGATTCAGCAGTACTTGAACGAGCGGCAGCTGACCATTGACTATGCAGCTTCCTGCGCTTATTCCGACTCCTTGTCCGACCTCCCGATGTTCGGGCTCGTCAAACACAAGTATTTGATCAATCACAAATCCGCTCAGGGATGCGAGGGATTAACATGGAACAGATAA	MNQKFAIFDIDKTVIHSDSMFQFLKYGIRKKPSTAPVILKVLLHSVLYKLRLLGAEKAKSAYFHAMRHMDDADLKHFYETELKPAIFPAALEEMQRKKSEGYHVLLVTASPDAYMRYFAELPCVDTVIATKLSVRDGRFTSMIEGNNCKGEEKVNRIQQYLNERQLTIDYAASCAYSDSLSDLPMFGLVKHKYLINHKSAQGCEGLTWNR	PGPT0007720_506	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATASE_ACTIVITY,PGPT0007720-pgpC-K18697	NA	NA
JZ016_01639	342	arnE_1		4-amino-4-deoxy-L-arabinose-phosphoundecaprenol flippase subunit ArnE	ATGGAACAGATAAAAGCGCAGAGCTCCCCGCGCCATTTGGGCAAGCTGCTCATGGTCTTATCGGCATTCTTGACGGCTACCGGCCAGCTGTTCTGGAAATGGGGACACGCCAACTTGCTGTATATGGGAATCGGCTTTATCTGTTATGGCCTCGGAGCCATACTCATGATCAAATCGTTTTCAATGGAGAAGCTGTCCGTTGCTTATCCCCTAATGTGCATCAGCTATATTGTGGCTCTGTTTTATGGTGACTTTTTTCTGGATGAACCGTTAACCCTGCAAAAACTGGCAGCCGTCGCCCTGCTCGGAATCGGGGTGACATTAACGTCCTATGAAAAATGA	MEQIKAQSSPRHLGKLLMVLSAFLTATGQLFWKWGHANLLYMGIGFICYGLGAILMIKSFSMEKLSVAYPLMCISYIVALFYGDFFLDEPLTLQKLAAVALLGIGVTLTSYEK	PGPT0007720_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATASE_ACTIVITY,PGPT0007720-pgpC-K18697	NA	NA
JZ016_01640	321	arnE_2		4-amino-4-deoxy-L-arabinose-phosphoundecaprenol flippase subunit ArnE	ATGAAAAATGACGGGTTCCTATACTTGCTCCTGCTTCTGATGACTTTGCTTGGCTCGCTGGGGAGCGTATTCTTCAAGGGGTATACCGCAAACAAACAAATCAAGCTGCTGCTAGTCGGTTTTCTTAGTTACGGATTGGGAGCCTTGTTAAACATATACCTTCTGGGTGAGCTTCCCTATACGCTGGTTATGCCTGCCAACGCACTGACGTTCCTGTGGGCCTTGTTGTTTGCCAAATGGGTATTCAAGGAAACCATCGGGATCCGCAAGATCGCCGGCGTCGCTTTTATTATTTCCGGATTGCTTCTGCTGATCTGGTAA	MKNDGFLYLLLLLMTLLGSLGSVFFKGYTANKQIKLLLVGFLSYGLGALLNIYLLGELPYTLVMPANALTFLWALLFAKWVFKETIGIRKIAGVAFIISGLLLLIW				NA	NA	NA	NA	NA
JZ016_01641	1293			hypothetical protein	ATGACTTTTTTCAGTTATTTATTCCGACATAAAAAAGATAATTACACGGCGATCGGCCTAAGTATCTGTCTTGTCCTATGGTATGTTTTCATGAACCTTCCGTTCGTGACCTACATTAAGGATCATGCAGCCGAGTTGATGCCGCACAGCCCGTTCTATGGTGCGCCTTTCACATTGAATCTGTTCAACTTCGATCCTTCCATGGAATATGGACCGGAGAATATCTCGATCATCCATCCATTCATTAATTTCCTGACCAGTCCGTTAACGACGATGATCGGGAGTGCGAACCTCCCTTATCTTCTGATTCAATCGGTATTGAATGCCTTAAGCGCTGCGCTGGTCTACTATATCGTCCGAAGAAGCGGAGCCGGCTGGTTGTTGTCCTTCGTAACTGCGGCTTTCTTCGGTATCAGCTCGTATACGCTGTTCACGGCGTTCATACCGGATTCCTATGCTTATGCGCAGTTCATGATCATCTTATCAGCCGCCTACTTACACTATTGCCGGCTTACGAATCGATATGCCGTCATGCCGAATGCTTCCCTGGCCCTGATTAATTTCGGCATCACCTCTACGAATGTGGCAACGTTCGCAGGTGCGCTCCTGATCAGTCTGTTCGATCGACGCTGGAAGGATGCCTTTAAACGCTTCATCCTCATTATGCTGGCTTTTCTGGGGATGGTGATTATCGTAACCCTGCTTCAACACTTGCTGTTCTCAGGTAAGTCCTGGATCGCCAACGTGTTTTCAAGCGTTCAAAACGGTGCGCTCAGCTATGTTTCTCCTTTTTCATTCGAGCACCATTCCCGGGTCTTCTACATGCTGTTTGTAAGCCCGATCCTGTCGCCGGAGCTTGCCATGATTGATCCGGGGATCGCGGCATTCGTGACGAATTTGGCCAAGCCGTATCCGATTCATGTCCATATCGTCGGGATCGGAATGCTTATTCTTGCGATTCTGTCCTTCATGAAAGGCATCCGCTCCCGCGACACCTGGGCATTTGCCATCTATATCCTGTTCGCGATTCTGCTGCACATCATCGTTGGGTTCGGTTTGGCCACTTATGCTTACGATCTGTACTTGTACGCAGGACATTATCTGTTTGCCGTGTTTGTGCTTGCAGCGCTGTTTATTGCCAAAACGAAGAATTTCCGGATTCAACAAGCTCTGACCGGCATCATGATTCTGTTCCTGTTGATCACCTTAGTGAACAATATGGTATTACACGGGCAGACGCTAGAATATATTCAGATGACCTATGATACGGTATTCAAGAATATCGAGAAATAA	MTFFSYLFRHKKDNYTAIGLSICLVLWYVFMNLPFVTYIKDHAAELMPHSPFYGAPFTLNLFNFDPSMEYGPENISIIHPFINFLTSPLTTMIGSANLPYLLIQSVLNALSAALVYYIVRRSGAGWLLSFVTAAFFGISSYTLFTAFIPDSYAYAQFMIILSAAYLHYCRLTNRYAVMPNASLALINFGITSTNVATFAGALLISLFDRRWKDAFKRFILIMLAFLGMVIIVTLLQHLLFSGKSWIANVFSSVQNGALSYVSPFSFEHHSRVFYMLFVSPILSPELAMIDPGIAAFVTNLAKPYPIHVHIVGIGMLILAILSFMKGIRSRDTWAFAIYILFAILLHIIVGFGLATYAYDLYLYAGHYLFAVFVLAALFIAKTKNFRIQQALTGIMILFLLITLVNNMVLHGQTLEYIQMTYDTVFKNIEK				NA	NA	NA	NA	NA
JZ016_01642	1746		COG1132	Putative multidrug export ATP-binding/permease protein	TTGAAATCATGGAAAATCTATTATCCGTTTGTTAAGCCATACATGAAGTGGATCATTCTGACCCTTATTATTGGCATGATCAAATTTGCAATTCCGTTATTACTGCCCATGATCATGAAATATGTCGTGGATGATTTGCTGATCAACCAGCAGATGACGATCGAACAGAAAATTCAGGATCTGATGTGGATTCTTGCCGGGACACTGGTGCTGTTTGTCGTGGTGCGTGGTCCGGTGGAATACTTGCGGCAGTATTTTGCCCAATTCATTACCAGCCGTATTTTATTCGATATGCGTAACCGGTTATATGCCCATCTGCAGCGGTTATCCCTCCGTTACTATCAGAATACCAAGGTAGGCGAGGCGATATCACGTTTTATCAATGATGTGGAACAATCCAAGAACCTGGTGGAAGTCGGTATGATGAACATCTGGCTGGATATGTTTACACTGCTGTTCGTGTTAATTGTCATGTTCTTCATGAATCCCGTATTGACGCTGGTTGCCATCTCGATTCTTCCTCTATATGGACTAGCGGTGAATTTGTTGTATAAGCGGCTTAAACGTCTGACTAAGGACCGGTCGCAGGCTCTCGCCGGCATCCAAGCGTATCTGCATGAACGGATTCAGGGGATCTCGGTTATCCGCAGTTTTACCCTGGAGCGTTACGACCAGAAGAAATTCGAAGGGATCAACGGCAATTTCCTGAAAAAAGCGATGGCCCAGACCCGCTGGAATGCGCTCACCTTTTCCATTATCAACACGCTCACCGATATTGCGCCTATTCTGGTTATCGGTTATGGGGGATACCGGGTGATCCAGGGAGATCTGACATTAGGTACGTTTGTTGCCTTCTTTGGTTACCTCGACAGGCTGTATGCGCCCCTTCGCCGTCTGATCAATTCGTCAACGGTGCTAACGCAGGCTTCAGCGTCGCTGGAGCGGGTCAAGGAGCTCATGGACGAGCCGTATGACATTGTGGACCGTCCGGATGCCAAAACGCTTAAAACAGCGGGACAGATCGAATTCGACCGTGTCTCCTTCAAATACAACGACGCTGCCGGTTGGGTGCTTCAAGATATAAACTTAACCATTCGGCAGGGGCAGACGGTTGCGTTTGTCGGCATGAGCGGCGGCGGTAAATCGTCTCTGATCGGACTGATTCCGAGATTCTACGATGTACAGCAGGGCGCGGTGAAGATTAACGGTCACGACGTCAGGGATCTGACGCTGGACAGCCTGCGCGGATCGGTGGGCATGGTCCTGCAGGACAACTTCCTATTCAGCGGCACTGTCCGTGAGAATATTCTGTTCGGCAATCCGGAGGCGGATGAAGAGAGAATCGTCGCCGCTGCCAAAGCTGCCAATGCGCATGATTTCATTACCCAGCTGCCGCAAGGCTATGAGACGGAAGTGGGTGAACGCGGCGTCAAGCTCTCTGGCGGACAGAAGCAGAGATTAGCGATCGCTCGTGTCTTCCTCAAGGATCCGGACATTCTGGTGCTGGATGAAGCGACGTCGGCGCTGGACTTGGAGTCCGAGCATCTGATACAGCAGGCGCTGCAATCCCTGTCCAACAACCGCACCACATTGATCGTGGCCCATCGCCTGTCAACGATTACGCACGCCGATCAAATCGTTGTGCTGGAGAATGGCAGAATTACAGAGCAGGGAACGCACGGCGAGCTGATGAACCTGGATGGAAGTTATGCCAGACTATATAACGTGCAGCATCTAGAGAGTTAA	MKSWKIYYPFVKPYMKWIILTLIIGMIKFAIPLLLPMIMKYVVDDLLINQQMTIEQKIQDLMWILAGTLVLFVVVRGPVEYLRQYFAQFITSRILFDMRNRLYAHLQRLSLRYYQNTKVGEAISRFINDVEQSKNLVEVGMMNIWLDMFTLLFVLIVMFFMNPVLTLVAISILPLYGLAVNLLYKRLKRLTKDRSQALAGIQAYLHERIQGISVIRSFTLERYDQKKFEGINGNFLKKAMAQTRWNALTFSIINTLTDIAPILVIGYGGYRVIQGDLTLGTFVAFFGYLDRLYAPLRRLINSSTVLTQASASLERVKELMDEPYDIVDRPDAKTLKTAGQIEFDRVSFKYNDAAGWVLQDINLTIRQGQTVAFVGMSGGGKSSLIGLIPRFYDVQQGAVKINGHDVRDLTLDSLRGSVGMVLQDNFLFSGTVRENILFGNPEADEERIVAAAKAANAHDFITQLPQGYETEVGERGVKLSGGQKQRLAIARVFLKDPDILVLDEATSALDLESEHLIQQALQSLSNNRTTLIVAHRLSTITHADQIVVLENGRITEQGTHGELMNLDGSYARLYNVQHLES	PGPT0029045_350	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029045-mdlB|smdB-K18890	NA	NA
JZ016_01643	513			hypothetical protein	ATGACCAGAATTTTCGTGACGGAGGCCGTCATGCTGGCTATTTACGGTCAGCTGTTAGTACCACCGAAACCCGTCGAGTATATCATTCCGTACACAACCATTTTGGAATTATATGAGCTTCATACCACCGAAGAGCATCTCATGAATAGCAGTGCTGATGACCAGCACGTCAAGATAAAGATCGGCGAATTGATTTCCTATTTTGAAGAGCCGCTGAACAAAAAGAAAATTGAGCGTGCCCTGCAGGTTCCCTGGTCCAAGAGCCCTACCATTCCCGTTAGTGAAACTACTCGGGTCTCGGTCATGAACACCATGGACACCGCACCTTATGGGGAATCCTTTGATCCTGTTGAAACTGAGCTGCTGCTGGCATCCCAAAGAACCGAGGCTCCCATACTGACTGATCAATACGAATTGATTCAGCGTATCGTCGAAAGCGCTCTTCCCGTTCAGGTATATGATATCGACGATTTTGACTTTGCATTGGAGGTCCCGCTGTCCGGGCAGCCCTAA	MTRIFVTEAVMLAIYGQLLVPPKPVEYIIPYTTILELYELHTTEEHLMNSSADDQHVKIKIGELISYFEEPLNKKKIERALQVPWSKSPTIPVSETTRVSVMNTMDTAPYGESFDPVETELLLASQRTEAPILTDQYELIQRIVESALPVQVYDIDDFDFALEVPLSGQP				NA	NA	NA	NA	NA
JZ016_01644	450	rppH_1		RNA pyrophosphohydrolase	ATGAGCGTATATCACCGTGATATTCGCCAATACATCGGCAAACGTTCGGTGGTTCGTGTGAAAGCGGCGGTGCTTGTGCTGAACGATAATGGAGAGATTCTGCTCCTGAAACGGCAGAACAAGGACGAGTGGGGACTTCCAATCGGAACCCTGAAGCCCGGCGAAGCTCTTGAAGACACAGCGTCCAGAGAGCTGTGGGAGGAGAGCGGCCTGACAGCGGATGATATGCGACTCTTGGATCTTGTATCTGGTCCGGAGTATATGAAGAAGCAAATTGGTGGAGATGAAGTGTATTATGTGATAGGTGTGTATGAGGCAACCGGTCTGCACAGTGCCATTCATTTGTCCCCTAATACGGAAGTATCTCTTAAATATTTTGATTTTCAAGCATTGCCCGCAATGGATGCGATCACGGTCCGCTTGCTGGACAAGATTAAAAAGAACAGCTGA	MSVYHRDIRQYIGKRSVVRVKAAVLVLNDNGEILLLKRQNKDEWGLPIGTLKPGEALEDTASRELWEESGLTADDMRLLDLVSGPEYMKKQIGGDEVYYVIGVYEATGLHSAIHLSPNTEVSLKYFDFQALPAMDAITVRLLDKIKKNS				NA	NA	NA	NA	NA
JZ016_01645	306			putative protein	ATGCAAATTCAAGTCAGCGATCAGGCGGCACGATGGTACAAGAAGGAACTAGACCTTCAGGCAGGCACGTTCGTTCGCTTCTTTCCACGATATAGCTCAGGCGGAGGCCTCCATCCCGGCTTTTCGCTCGGTATTTCGGTAGAAGAACCAAGAGAAGCGGGACTCACGGAGCGTTCCGAAGAGGTAACATTCTTTATGGAAGAACAGGATCTGTGGTATTTGAAGGGATATACGCTACGCGTGAAATATGAGGAATCCTTGGATGACATTTCGTATATTTATGAAGAAGAGGGCGCAGTGAATTAA	MQIQVSDQAARWYKKELDLQAGTFVRFFPRYSSGGGLHPGFSLGISVEEPREAGLTERSEEVTFFMEEQDLWYLKGYTLRVKYEESLDDISYIYEEEGAVN				NA	NA	NA	NA	NA
JZ016_01646	1758	yheI_2	COG1132	putative multidrug resistance ABC transporter ATP-binding/permease protein YheI	GTGTTTGCCGTACTTAAAAATTTAGGATGGTTTTTCAAGCAAGAAAAAAAGCGTTACTTGATCGGCCTTGCGCTTCTCATCTTTTGCGGACTGGTTGAGCTACTGCCGCCGCTTCTGCTCGGAAACGCCATTGACGATATCGTCAGCAGTTCCATAACGTGGGCTTCCCTCGTTCAATATCTGCTCATGATTCTCGGCATCGTTGCTGTCGTATACTGCGCCACTTACATATGGATGCACCGTTTGTTCGGAGGAGCGAACCTCGTGGAACGCCTGCTCCGTACCCGGTACATGAACCATTTGCTGCGGATGCTTCCGCCGTTTTTCGAACGCAACCGTACCGGAGACCTCATGGCAAAAGCCACGAATGATCTTCGCTCCGTGGCAGCAACTGCCGGCTTCGGAATGCTCGTCATGACCGACTCCACCATATACTTGATTGTCGTCCTCTTCGCCATGGGCTTCATTGTCAGCTGGCAGCTGACGCTGGCCGCTATACTGCCCATGCCGATCATTGCCATTGGCATGGTCATCTACGGAAGAGCCATTCATAAGCGCTACACACTGGCGCAGGATGCCTTCGGTGACATGAACGATCAGGTTCTGGAGTCGGTAGCCGGTGTGCGCGTCGTCCGAGCATATGTACAAGAACGCGCCGATCAGCAGCGATTCCAGGACATTACGGATGATGTATATCGTAAAAATCTGGCGGTAGCCAAAGTAGACGCCTTATTCGAACCGACCATCAATTTCTCCATTGGTCTCAGTTACGTCATCGGTTTAGCCTACGGCGTGTACCTCGTGTTCCAGAATCAAATCACACTCGGAGATCTCGTATCGTTCAACATGTACCTCGGGATGATGATTTGGCCGATGTTCGCCATCGGGGAATTGATCAACATTATGCAGCGCGGAAACGCTTCACTGGATCGGGTCAACGAAACCTTAAAGACCCCGCCGGATGTTACCGACGCCGCGAGCCCTGTAGACGTGAAGGTTCCGGATACAATTCAATTCAAGGATGTCACTTTCCGTTACCCGACCTCTACGATAGATAATTTGAAAAATATTAACTTCACACTGGAAAAAGGCCAGACGCTCGGCGTCGTAGGACGCACGGGCAGCGGCAAATCAACGCTGCTAAAGCAGCTTCTCCATGAGTACCCTACTGGAACCGGCGAAATCCTCATTTCCGACATCCCCATGGAGATGCTGGCGACCGATCAGCTCCACAGCTGGATCGGATACGTTCCCCAGGAGCAGATTTTGTTCTCCAAGACGGTGCGCCAGAACATCCAATTCGGCAAAAAGGATGCCAGCGACGAACTCATTATGGATGCCATTACAACTGCCGCTTTTGACCGCGATCTGGTTACCCTGTCCGATGGCCTTGATACCATTGTCGGCGAAAAAGGGGTGGCGTTATCCGGCGGACAAAAACAAAGGGTCTCACTGGCCCGAGCTTTTATCAGCGACCCTGACATCTTAATTTTGGACGATTCCTTGTCCGCTGTGGATGCCCGGACGGAAGCCAGAATCATCGATAATATCCGGAGCAAACGCGCCGGCAAAACGACGCTGATCTCCACGCACCGACTCTCGGCCGTTCAGCATGCCGATATCATCGTGGTGCTGGAGGACGGTCGAATCACGGAGCAGGGAACCCACGATGAACTGCTGGAGCTCGGCGGCTGGTACCGTGAGCAATTCGAACGCCAGCAGGTAGAAAACAATCTGACCTCCGAGGAGGTGTCTTAA	MFAVLKNLGWFFKQEKKRYLIGLALLIFCGLVELLPPLLLGNAIDDIVSSSITWASLVQYLLMILGIVAVVYCATYIWMHRLFGGANLVERLLRTRYMNHLLRMLPPFFERNRTGDLMAKATNDLRSVAATAGFGMLVMTDSTIYLIVVLFAMGFIVSWQLTLAAILPMPIIAIGMVIYGRAIHKRYTLAQDAFGDMNDQVLESVAGVRVVRAYVQERADQQRFQDITDDVYRKNLAVAKVDALFEPTINFSIGLSYVIGLAYGVYLVFQNQITLGDLVSFNMYLGMMIWPMFAIGELINIMQRGNASLDRVNETLKTPPDVTDAASPVDVKVPDTIQFKDVTFRYPTSTIDNLKNINFTLEKGQTLGVVGRTGSGKSTLLKQLLHEYPTGTGEILISDIPMEMLATDQLHSWIGYVPQEQILFSKTVRQNIQFGKKDASDELIMDAITTAAFDRDLVTLSDGLDTIVGEKGVALSGGQKQRVSLARAFISDPDILILDDSLSAVDARTEARIIDNIRSKRAGKTTLISTHRLSAVQHADIIVVLEDGRITEQGTHDELLELGGWYREQFERQQVENNLTSEEVS	PGPT0029040_1092	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029040-mdlA|smdA-K18889	NA	NA
JZ016_01647	2106	yheH_1	COG1132	putative multidrug resistance ABC transporter ATP-binding/permease protein YheH	TTGACTCCAAACGATACAACCATCTCGAATGAATCCGGAATTGCCAAACGGCTGTTCCGCTATGCCTTAACGGCCAAGGGCACCTTCATTACCGCCTTGATTCTGCTGGCCATCGGTGTTGCCGCAGAGCTTGCTGGGCCCTTCATCGCAAAAACGATGATCGACGAGCATATTCTGGGCATCGAGCGTCCCTATTATGAGACGACGCAAGCCCAAGGTGCTGCATCCTATAATGGAACCTATTATAAACGTGAGGATCGCTTTCAAGAAGGAGAAACGCGAGGACAGGAAGTACGCCTCGTCCAGGCTGGCCGCAGCTTCTATTTCATTGATGAGCCGGTAGCCCGAACGGAAGGAAACCGTTCCTTCCAGGATGGTGTTTTGACGATTTCCTATGCCTCGGAAGAATTGCAATATCCAGCCGTCAAATTAACCAAAGAACAGCTGTTTGAATTTTATAAACCCGAGCTGCCCAGCATTTACAAGCTAGTCGGCCTGTTCCTGATCTGTCTGCTGATCTCCATGATTACGGTATTCGGCAGAACCTACTGGCTGCAATCGGCAGCCAACCGGGTCATTCAGAAGCTGCGTACCGATGTATATGCCCATATTCAGCGGCTGCCCGTCAACTTCTTTGATAATTTACCGGCGGGCAAAGTCGTTTCCCGGGTAACCAATGATACCGAAGCGGTAAAGGACCTGTTTGTTGCGGTATTATCCAACTTCAGCTCTGGCGCCGTTTATATCACGGGTGTCTATGTTGCCTTGTTCCTTCTGGACGTTCGATTGGGCTTAATCAGTTTGTTTGTTATTCCAATGCTGATTGTATGGACCATCCTGTACCGTAAATTCGCAACCAAATACAATACGGTCATCCGCTCCCGGCTGAGCGAGATCAACGCCATCATTAATGAATCCATTCAGGGCATGGCCATCATTCGTGTATTCCGCCGCCAAAAAGCGACCCAAGAAGAGTTCGAGTCCCTGAATGCGGACTATATGGCCCATCAGAACAAAATGCTCAATCTGAACTCCTTCACCACGCACAATCTGGTAAATGTGCTGCGTAACGTATCCTTTGTGGTCGTTCTTTGGTATTTCGGTTCGGCATCATTGAACGGTGCCGGCATCGTATCGATCGGCGTCCTCTACGCCTTCGTTGATCTGCTTGGCCGCATGTTCCAGCCGATTACGGGCATGGTCAACCAGCTGGCCGCGCTCGATACCTCCATCGTCTCCGCCAAACGGGTATTCGAGCTGATGGATGAAACGGGCGAAAAAGTAACGGACGGCAGCATGCCGCGGTATTTAGGAAATGTGGAGTTTCAGAATGTCTCCTTCGCATACAAGAAAGACTATGTGCTAAAAGACATTACATTTGAAGCGAAGCAGGGCCAAACCGTGGCGCTTGTCGGTCATACCGGCTCCGGCAAAAGTTCCATCATCAATCTGTTGTTCCGTTTCTATGACCCGCAGAAAGGCACGATTACCATTGATGGGCAGCCCGTTACCGATATTCCGAAGCAATGGCTCCGCAAGCATATGGGCATCGTGCTGCAAGACCCGTACCTGTTCACCGGCACGATTGCTTCGAATGTCAGCCTCGGTGATCCTGGGATCACGCGGGAACAGGTGGAGCAGGCGCTTCGCGACGTAGGGGCCGACCGGCTGCTCGCTCATCTTCCGCAAGGCTTTGATGAGCCGGTTCTGGAGAAAGGCAGCACGCTGTCCGCCGGACAGCGCCAGTTAATCTCCTTTGCCCGTGCATTGGCGTTCAACCCGGCCATACTGATTCTCGACGAAGCCACCGCTAACATCGATACGGAGACGGAAGCCTTAATCCAGGAAGCTCTGGAGGTACTGAAGCGTGGGCGCACGACCTTTATCATCGCTCACCGCTTATCCACGATTCGCAGCGCCGATCAGATTTTGGTCCTTCACCGTGGAGAAATTGTGGAGCAGGGTTCCCATGACGAGTTGATGGCCCTGGGCGGAAGGTACTTTAAAATGTACCAGCTCCAGCAAGGCAGCACGGCTTCGATTGCAGAGACTAAGGAAACGGTACTTGCCACCTCCACCAGCAAGCTGGCCGGTGGCCATGTGTAG	MTPNDTTISNESGIAKRLFRYALTAKGTFITALILLAIGVAAELAGPFIAKTMIDEHILGIERPYYETTQAQGAASYNGTYYKREDRFQEGETRGQEVRLVQAGRSFYFIDEPVARTEGNRSFQDGVLTISYASEELQYPAVKLTKEQLFEFYKPELPSIYKLVGLFLICLLISMITVFGRTYWLQSAANRVIQKLRTDVYAHIQRLPVNFFDNLPAGKVVSRVTNDTEAVKDLFVAVLSNFSSGAVYITGVYVALFLLDVRLGLISLFVIPMLIVWTILYRKFATKYNTVIRSRLSEINAIINESIQGMAIIRVFRRQKATQEEFESLNADYMAHQNKMLNLNSFTTHNLVNVLRNVSFVVVLWYFGSASLNGAGIVSIGVLYAFVDLLGRMFQPITGMVNQLAALDTSIVSAKRVFELMDETGEKVTDGSMPRYLGNVEFQNVSFAYKKDYVLKDITFEAKQGQTVALVGHTGSGKSSIINLLFRFYDPQKGTITIDGQPVTDIPKQWLRKHMGIVLQDPYLFTGTIASNVSLGDPGITREQVEQALRDVGADRLLAHLPQGFDEPVLEKGSTLSAGQRQLISFARALAFNPAILILDEATANIDTETEALIQEALEVLKRGRTTFIIAHRLSTIRSADQILVLHRGEIVEQGSHDELMALGGRYFKMYQLQQGSTASIAETKETVLATSTSKLAGGHV	PGPT0029045_29	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029045-mdlB|smdB-K18890	NA	NA
JZ016_01648	936			hypothetical protein	ATGAAAAAAACTACGAAATTGTTAACTGCAATGCTTGTCACTTCGTCATTGCTCGGTGCCGGCGCCGCCTCTGCTTTCCAGGATGTTCAAGAGGGGAAGCCTTTACAAATGGTGAAGGAGCTGCAAGCGAAAGGTATAATCCAAGGGGTTAGCGCCGACAAATTCGCTCCGGCCAAAACAATAACGACCGCCCAGGCGGTACAGATGATTGTGAATGTCGCCGACCTGAAGGTACAACCGAACTTTACGGGCCGTTCGTTTGACAGTGTGCCGAAGGATGCCTGGTTTGCTGATGCTGTGAATATAGCGGCTCAGAACGGATTGTCCGTATCCGCAGACATGAAATGGAATGAGCCGATAACGCGTGAAGGGTTCGCGACATTGCTCTCGGAAGCGATTCAGAAGACCGGGAATTATCCCGTGGTTATGATGTATTTGCATGTAGCCGACGAGGATCTGATGAAAGAGGAGAGCCGGGGAGCGGTGCAGTTCCTGCTGTTAACCAAGATCGCTGAGCTCGACGCTAACGCCAAGTTCCATCCAACGAAGAATTTAACGCGAATAGAAGCGGCAGAGCTTGCGTACCATTCGATCCGATTCATTGAGGAGCATCAGAAGAACATGATACCCCAGGAGCCGGGACAATCTGAACCGGATGTAAGTACAAAAGTTGTTAAGGTGGATGAATCGCAGAACAAAGTTACGGTAACCAAGGAAGACCTACCGAATCCGGGGTACGGCATTAAAATTACGTCGGTCGACTATGTTAGCGATACCGAAGCCGTGATCCACTACAAAGTTCTTCAACCCGATCCGGACAAAATGTACCCGCAAGTCATCTCGAAATCTTCCGATGACGTGCTCGTGCCTTCCAAGTACACCAAAATCACGGTCAAAGCAGAAGCTACAGAGGGAACTCTTGATTCGACAAAGTAA	MKKTTKLLTAMLVTSSLLGAGAASAFQDVQEGKPLQMVKELQAKGIIQGVSADKFAPAKTITTAQAVQMIVNVADLKVQPNFTGRSFDSVPKDAWFADAVNIAAQNGLSVSADMKWNEPITREGFATLLSEAIQKTGNYPVVMMYLHVADEDLMKEESRGAVQFLLLTKIAELDANAKFHPTKNLTRIEAAELAYHSIRFIEEHQKNMIPQEPGQSEPDVSTKVVKVDESQNKVTVTKEDLPNPGYGIKITSVDYVSDTEAVIHYKVLQPDPDKMYPQVISKSSDDVLVPSKYTKITVKAEATEGTLDSTK				NA	NA	NA	NA	NA
JZ016_01649	465			hypothetical protein	ATGAAACAATCTCGACTGATGGACAGCGACCACTCCAAAGAGCTGTTTGCCTATTTCGGATTAGCGGTGTATTATTCACAGGCGCTTGAGCAGCAGCTGGCGAATCTGTTGATGCTGATCAAGCTTTCCCAGGGGAATGTGCCTTCAGAAGAAGATTTCACCCAATTATATCAGCGGAAATTAAGCAGCTCTCTGGGCCAATTGGTACACGAGATCCAGCATTACTTTCCATTCTCCGAAGAAGAAACACTTCAATTAAAAGAGGTCTGGAAGCAGCGCAACTATATCGTTCATGATTATTTCAAAGAGCGGATTCATGAGACATTCAGCCCGGCCGGCCGATCCCGAATGATTCGGGAGCTGACCGCTTTTAAGGACCAGGCCCAAGCGCTGGAGCAGAAGCTGCAGGGCTATTCCCGCGAAATGTATGTGAAGCTTGGCCTGGACAGCGAAAAAAGCGTGTAA	MKQSRLMDSDHSKELFAYFGLAVYYSQALEQQLANLLMLIKLSQGNVPSEEDFTQLYQRKLSSSLGQLVHEIQHYFPFSEEETLQLKEVWKQRNYIVHDYFKERIHETFSPAGRSRMIRELTAFKDQAQALEQKLQGYSREMYVKLGLDSEKSV				NA	NA	NA	NA	NA
JZ016_01650	729			hypothetical protein	ATGGGATCATTGATTCATTACATGCTTGCCAGTTATACGAGATCCTATCGGTATTTCGCGCCGATTGCCTTTATGCTGATATCGGTAGTGTTTATCTACTCTTACCGGCCTAACCCCATCATGGACAGCTATGCCGTAACCGCTGCATTTCTGTTTGTCGGCTCCGCTTGGCTTGGTTTGAACTTTCTCAATCATGATCAAGGGCGTCAAACGATGCTCCTGATTGTTCATAGCGGGAAGGCCATACGATATTATGCCGCCCAGTATTTAACCGTAACGCTTCTATCTATCCTGTTCAGCTTATTTGCTGTCCTTTACCCGATCGCGTTTGGAATGTTTGATAAGCCGATTACATTATCCCAGTTTGTTTTGGGTTATCTGGGACATGCTGCTTTGTCCTTGCTCGGCATTTCAATTTCGGTATTTTTTCAGTTTGGCTTTATGGAGAATCAGGGAAGGGCGGCTGGTTTGCTGTTAATCGTTATCGTTATTTCCTTAGCCGGACAATCCATCGTTCAGGATGATCTTGCTTATTTGAGAATGATTCCTTATGTGCTGCCTCCCGTCTCTGTGATGATCGATATGCTCATTCATGCTGACGAGCGTTCCCGGGCCATGTTATTCATGACCCTTACATATACGTTCATATACAGCTTCATTTTGCTGGCTGTTTATCTATGGACGGCATGCCGCAAGGATGCGGCAACCATGATCCGAAAAGTAGGTTGA	MGSLIHYMLASYTRSYRYFAPIAFMLISVVFIYSYRPNPIMDSYAVTAAFLFVGSAWLGLNFLNHDQGRQTMLLIVHSGKAIRYYAAQYLTVTLLSILFSLFAVLYPIAFGMFDKPITLSQFVLGYLGHAALSLLGISISVFFQFGFMENQGRAAGLLLIVIVISLAGQSIVQDDLAYLRMIPYVLPPVSVMIDMLIHADERSRAMLFMTLTYTFIYSFILLAVYLWTACRKDAATMIRKVG				NA	NA	NA	NA	NA
JZ016_01651	891	btuD_8		Vitamin B12 import ATP-binding protein BtuD	TTGCAGGAGCTGTTGGAATTGATCGGAATAAACAAGCGTTTTGGTAAATTCGCCGTCTTACATAACATTCATTGGAGCATTTCCCGCGCTGAGTGCGTTGCGATAACAGGAAGCAATGGCGCAGGAAAGAGCACCATGCTGCATGTGATAGCAGGGCTTGCTAACCCGTCGGTAGGGTCACGGATCGAACATGGAACATCGCTGCGTGTCGGCTATGTACCGGAACGTTTTCCTGCGCTGCGGTTTCGCCCTTCCGAATATTTGCGCCACATGGCTGGCATTCAGGGCATGGACAAACAAGAAGCAGCGAAACGAATCGATGCCATGCTGAATGTGTTTCGATTGCAGGACATGAAGATGACGCTATGCTCCAAGGGGATGCTGCAAAAGGTCAATATCATGCAGGCCCTGCTTCGTCAGCCCGATTTATTGGTTCTGGATGAACCTCTGTCGGGATTGGACGAGCCCTCTCAAATGGAGATGATCGGCATTCTAAGTGAAATCAAAAGACAAGGAACAGCGATCGTGATGTCCGTTCACGAGCCGCTGCTTATTGCTTCGCTGGCCGACCGGGAGACGCAACTCCGCGAGGGGCGGATCGAGCGGGACGGCATGCTGGAAACCGATACGGAGATGGGACGGATGAAGCTGGAATTCACGCATGTTACTCAAGACAAAATGCTGGAACTGGAACGCCGTTCAGGGTTCCATTATTGGATATCGAGAGGTAATCCTGCATCGATGGTAGTCTCGCGGAAGGTCGCGGATGAAATGCTGCTGGATATTCTACAGTCAGGCGGATCGCTGACACGGCTGGAGCCTTGGAGCATGGAGAAGGCAGAGCAAGTGAAGCCTAACCTTGGTCAATCCATGGAAGGGGAGGGAGCATAA	MQELLELIGINKRFGKFAVLHNIHWSISRAECVAITGSNGAGKSTMLHVIAGLANPSVGSRIEHGTSLRVGYVPERFPALRFRPSEYLRHMAGIQGMDKQEAAKRIDAMLNVFRLQDMKMTLCSKGMLQKVNIMQALLRQPDLLVLDEPLSGLDEPSQMEMIGILSEIKRQGTAIVMSVHEPLLIASLADRETQLREGRIERDGMLETDTEMGRMKLEFTHVTQDKMLELERRSGFHYWISRGNPASMVVSRKVADEMLLDILQSGGSLTRLEPWSMEKAEQVKPNLGQSMEGEGA	PGPT0006725_16629	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_01652	1221	nanK		N-acetylmannosamine kinase	ATGAACAATTCAGTTGGAAAAAACAATCGGTATGTCCGTAATATGAATCGGATCGGCATCGTCGGACTGCTTCGCGACTATGGCAGTTTAACGAAAGCGGAAATCGCAGCCAAGATGAACTTGACGTTTACGGCGGTTAACAATCTGGTGGAAGAGCTGATGAAGGAGCGAGTGATCATTGATGCCGGATTATATGATGATTCCAGCCGCGGCAGGAAGCCCAAGCTCATCTCGTTGAATCCCGCCGATAAGTATACAGTCGGCGTTCATATTAGCGCATCCTCCGTGCAGGCGGCAGTCATTAATTTACAGGGGAATGTGTTATTGGAGAAACGTTGCTCTTTTGAAGATGGCGCCAATCGCGGCAGCGTAGTGAATATGATTATATCCACGATACAAGCCGTACTGGACGAGTCAGGCCTGGAGTCCGAAATTATCGGCATCGGCGTAGGAGCGCCCGGACCGCTTGATCCGGTTCAAGGCAAAATTCTGTCTCCGCCCAACTTAACCGGTCTGCATCAAGTACGATTAAAGGATCTGATCGAGGAGAACACGGAGCTTCCGACCCATGTAGAGAAGGACGCTAACGTAATGGCTCTCGGTGAGCTATGGTATGGAAACGGTCGGCATTTCAACAATCTGGTGTACATGGATGCAGATATCGGGATTGGGTGCGGACTGATCTTCAACCAGAAAATATATCAGGGTTACCCTTGTGGTGCCGGTGAGATTGGGCACTGTACGATAGATATCAACGGTCCGCGCTGCCATTGCGGTAATGACGGCTGCCTTGAAGCGATGGCATCGGGAAATGCCATCGTCCGCAGAGTGTATGAGGAGTTGGGTCGCGGGGCAGCAAGTTCTCTTACATCTTATTTTAATAGCGATGATCAGGGTATGGATGTAGTCGATGTAATCCATGCCGGGCTGGCTGGAGATCCATTGGCTGCCAATGTACTGCACGAATCGGCACGATATGTTGGTGTATCACTGGCCAACATCATGAATCTGCTTACACCCGAGATCATCATCCTGGGCGGAGTACTGGCTAACCGTTACCCGGATTTCTTCAATCATGTTAAAGAAACATCCGTTAACAGAAGCCTATCCAGCCTCCATAATAAAATGGTGCTGCAGCCCTCCCAGCTGGGAGAAGATGCGTGCATCATAGGCGCAGGGACGATTGTGTTTGAAAAATACTTGGGTGACATAAGCGATTAG	MNNSVGKNNRYVRNMNRIGIVGLLRDYGSLTKAEIAAKMNLTFTAVNNLVEELMKERVIIDAGLYDDSSRGRKPKLISLNPADKYTVGVHISASSVQAAVINLQGNVLLEKRCSFEDGANRGSVVNMIISTIQAVLDESGLESEIIGIGVGAPGPLDPVQGKILSPPNLTGLHQVRLKDLIEENTELPTHVEKDANVMALGELWYGNGRHFNNLVYMDADIGIGCGLIFNQKIYQGYPCGAGEIGHCTIDINGPRCHCGNDGCLEAMASGNAIVRRVYEELGRGAASSLTSYFNSDDQGMDVVDVIHAGLAGDPLAANVLHESARYVGVSLANIMNLLTPEIIILGGVLANRYPDFFNHVKETSVNRSLSSLHNKMVLQPSQLGEDACIIGAGTIVFEKYLGDISD	PGPT0018870_320	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018870-nagC-K02565	NA	NA
JZ016_01653	339	yhjQ	COG1145	putative cysteine-rich protein YhjQ	ATGTTAAATGAACTCAAATATAAAGAATGCATCGAAGCATGTCTCCAATGTATGAACGCTTGCAATGTATGTTATGTATCCTGCCTGAAAGAATACGAACTGGCCATGCTTCGCGATTGTATTACACTCGACAGAGAGTGTGCGGATATTTGCGCGTTTGCGGCTCAAGCCATGTCACGCAAAAGCCCTTACGTGAAGGAGATTTGCGAACTGTGCATCAAGGCATGCCTCGCTTGCGCGGAAGAGTGCGGGAAGCATGACCACGAGCATTGCAAACAATGCGCGGAGGCTTGCCGGAAGTGTGCCGAAGCATGCCGTGAAATGCTGAGCCACATCTAA	MLNELKYKECIEACLQCMNACNVCYVSCLKEYELAMLRDCITLDRECADICAFAAQAMSRKSPYVKEICELCIKACLACAEECGKHDHEHCKQCAEACRKCAEACREMLSHI				NA	NA	NA	NA	NA
JZ016_01654	1056	yciC_4	COG0523	Putative metal chaperone YciC	GTGGAGCACGTAACACCCATTTATATTTTATCAGGTTTTCTTGGCAGTGGAAAAACGACATTGCTTAGCCGTCTTATTACCTCCTTCAAGCAGCAGGGATTGCGGCCGGCCATTGTCATGAATGAGATCGGCGAGGTCAACATCGAAGGGCTTGTCGCCGGTGAAGAAGTACCGACGGCAGAGATGCTAAGCGGCTGTATTTGTTGTACCATTCGATCCGATTTATCATCTGAAATCGCAATGCTAATCCAGCGGGAGCAGCCGGATGTCATCGTCATTGAAGCGACGGGGATCGCCAATCCGATGGAAATCCTGGACGCGGCGGCGGAAGCTTCTTTATACATGAGAATCGATGTGAAAAAACTGATCACTGTCGTGGATGCCGCGCATCTGCTGCATTTGAATATAGAGCAGAAGGGGAAAACCTATCGTTTGATGCAGGAGCAGATTCGTGCAGCCTCGGCGCTTGTCCTCAATAAGATGGACCAAGTAACGGATCAGGGCAAAGAGACGGTTCAGCAGCTGGTCGAGCGCTGGAATCCGTATGCTCCGATCATGCCTGCGGTGCGCTGCGACATAAAACTTGAAGATCTGCTTCAGAGCGATCCCAAGGACCGGGTTGAGCATTCTATTGTACATAATCGAGAGGGCAGGGATGCCTATGAGCATACAGACAAGAACAAGCAAGCCAACAGCCATGAGCATGACCACAGCCATGAGCATCATACACACAACCACGGCCAAACACATGATCATGGCTCTCATGATCATGTAATGTCCTACACCTACTATTTCAGCCATGCAGTAAACAGTGTGGAATTTGAGCGATTGATAGCCGGGCTGCCAAGGGATGTGTACCGGGCGAAGGGCATTCTCACCTTCAGCGATACGAACAGCCGTTTTTTGTTCCAGTACGCGTTCCGGGAATCCGATTTTATGAAAATTACACCCCAGGGTCAAGTCCCGGATGTGGTGGTATTTATCGGGGAGCACTTTCAGAAATCGCTGCTGCGAGAGCAGCTTGAAACACTGGAAGGGAAGACAAGTCGGGCATAA	MEHVTPIYILSGFLGSGKTTLLSRLITSFKQQGLRPAIVMNEIGEVNIEGLVAGEEVPTAEMLSGCICCTIRSDLSSEIAMLIQREQPDVIVIEATGIANPMEILDAAAEASLYMRIDVKKLITVVDAAHLLHLNIEQKGKTYRLMQEQIRAASALVLNKMDQVTDQGKETVQQLVERWNPYAPIMPAVRCDIKLEDLLQSDPKDRVEHSIVHNREGRDAYEHTDKNKQANSHEHDHSHEHHTHNHGQTHDHGSHDHVMSYTYYFSHAVNSVEFERLIAGLPRDVYRAKGILTFSDTNSRFLFQYAFRESDFMKITPQGQVPDVVVFIGEHFQKSLLREQLETLEGKTSRA				NA	NA	NA	NA	NA
JZ016_01655	519	moaB	COG0521	Molybdenum cofactor biosynthesis protein B	ATGAATTCATCGCAAGAGCATAAACAGCAATCCCCCGCTTCCGTGAACTGCAAGGTGATTACGGTCTCGGATACGCGGACCAAGGACACGGACAAGAGCGGCAAACTGATGATGAGCTTGCTTGAAGAAGCCGGGCATGCCGTTGTATCTTACAGCATTGTTCAGGACGACTACGAAACGATCCGCGAAACGATCTATACTGCGGTTAGCAATCCGGACATTGATGTCGTCCTACTAACAGGCGGAACAGGCATATCGAGCCGGGATACCACCTACGAAGCCGTATCCTCATTGCTTGATAAGGAACTCCCCGGATTCGGCGAAATCTTCCGCTTCCTAAGCTTTACGGAGGATATTGGGTCTGCGGCCATATTGAGCCGCGCGATCGGCGGCACGCTAAGCCACACGGCCGTCTTCTCCATGCCGGGTTCTAGCGGAGCCGTCAAGCTTGCGATGAACCGGATTCTGCTGCCTGAGCTGCGGCACATCAAATATGAGCTGGATAAACACAGATCATAA	MNSSQEHKQQSPASVNCKVITVSDTRTKDTDKSGKLMMSLLEEAGHAVVSYSIVQDDYETIRETIYTAVSNPDIDVVLLTGGTGISSRDTTYEAVSSLLDKELPGFGEIFRFLSFTEDIGSAAILSRAIGGTLSHTAVFSMPGSSGAVKLAMNRILLPELRHIKYELDKHRS	PGPT0008420_1174	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008420-moaB-K03638	NA	NA
JZ016_01656	528			hypothetical protein	ATGAATTATCGCAGAATCGTTACCGTTTTATTGCTTTGTTCCATTCTTGCCATATCGGTCGGTTGTTCCAGGCAGATAGCCAGGGACGAGATGCGCCTATATAACATGAGGGCTTACGAGGAAGGGTCCAGGGAGGCCCGGATATCGGGACGGGGTTTGAACGGAAAATTCCTTGAGGATCTCCAAGCCTCGTTTAACCAGGTGGGCATGCCGTTGACCAATGAAACCTATGCGGAAGACAACGTCGGCAATATTACGTATCAATACCGGATCAATTATGATGCAAGCCAGTTTATCACCGTATATGTCTATCAGGATCAAGCGGCCAGGGAAAAAGGGATCAAGGAGATATACGGCGTTACAGAAGGGGATGCCAATGCGGCCGGCGGACATAACCTGATCGTGAGCGACAAAGAAACGTCCATCGTATATACGTCAACGGGCGACAAAACGGATAACTATTATGACCAGGTCAAAAAAATAGCGCCCTCCCTGCTTGCCAAACATCAACGACGTGCCAGCAGTTAG	MNYRRIVTVLLLCSILAISVGCSRQIARDEMRLYNMRAYEEGSREARISGRGLNGKFLEDLQASFNQVGMPLTNETYAEDNVGNITYQYRINYDASQFITVYVYQDQAAREKGIKEIYGVTEGDANAAGGHNLIVSDKETSIVYTSTGDKTDNYYDQVKKIAPSLLAKHQRRASS				NA	NA	NA	NA	NA
JZ016_01657	999	yhfP	COG0604	Putative quinone oxidoreductase YhfP	GTGGACAACGAAACCAATTTTCAGGCCTACGTGCTGCGTCAAGATGAACAAGGGGTTCGCGGCAGCGTGGAGAACCTGTGTTTGAAGCAGCTGCCCGAAGGTGACGTTATTGTGCGGGTATTATACAGCGGGGTTAACTATAAAGACGGGCTGGCCAGCATACCGGAAGGGAAAATTGTCCGCCGATACCCGTTCATTCCGGGCATTGATCTGGCAGGAACGGTTGTGCGTTCCGCTCATGCTGATTACAAGGAAGGCGATGACGTTCTCTGTACCGGTTATGAATTAGGCGTATCTCATGAAGGCGGGTTCAGCCAGTATGCACGGGTTAAGGGAGAATGGCTTGTCCCGCTGCCGCAGGGCTTGTCTCCGCGTGATGCGATGGCTATCGGAACCGCAGGTTTTACGGCTGCATTATCGATAGAGGCCTTGATACGGAATGGACTGCGACAGGAACAGGGGGCCGTTCTAGTTACGGGGGCAACTGGGGGCGTGGGCAGCTTCGCGGTCTCCATCCTCAGTCAATTAGGCTATAGCGTAACGGCATCCACAGGCAAATCAAGTCAGAGGGACTGGCTCTTAAAGCTGGGAGCTCATGAAGTGATATCCAGGGAAGAGGCTGCGGCATCCTCCAAGGGGGCCATCTCTGCCGAGCGCTGGGCAGCGATAGTAGATCCGGTCGGAGGAAACCAACTGGGTTCACTTCTGAAAAGCGTAAAATATGGCGGAAGCGTCGCTGTTTCCGGTATGACGGGTGGCGGTGCTTTTGATTCGACGGTGTTTCCGTTTATCCTTAGAGGCATCAATCTCCTCGGAATCGATTCGGTATACTGCCCTATGGCCTACCGCCGATCGGTATGGTCGAAACTGGCGGATGAATGGAAGCCGGCATCCGTGCTACAAGAAGGAATTACGGAATACGGTCTACACGATCTGCCTGAAGTGCTGAACACCATTCTGCAGGGCAGAGCAGTTGGAAGAAGCGTCATCGCTCTATAA	MDNETNFQAYVLRQDEQGVRGSVENLCLKQLPEGDVIVRVLYSGVNYKDGLASIPEGKIVRRYPFIPGIDLAGTVVRSAHADYKEGDDVLCTGYELGVSHEGGFSQYARVKGEWLVPLPQGLSPRDAMAIGTAGFTAALSIEALIRNGLRQEQGAVLVTGATGGVGSFAVSILSQLGYSVTASTGKSSQRDWLLKLGAHEVISREEAAASSKGAISAERWAAIVDPVGGNQLGSLLKSVKYGGSVAVSGMTGGGAFDSTVFPFILRGINLLGIDSVYCPMAYRRSVWSKLADEWKPASVLQEGITEYGLHDLPEVLNTILQGRAVGRSVIAL	PGPT0002275_418	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0002275-acuI|yhdH-K19745	NA	NA
JZ016_01658	801			hypothetical protein	ATGACTCATTTCGATCATGGATCTACACGTAGATCCTTCCGCTTCTCGTACTTGCTCACGCTGGTAACACTACTTCTGTTACCGCTCGTCCATAAGCCGATCAGCCAGGTTTTTGGATTCCTTGGTATTCATACACAATCAGGCGGCATTGCCGGCTCGTTTCTCGTTTTCTTTTTGAGTTTGGGTCTCATTCTTACGCTGTTTAGACTAGTCTTCAGGGCTTTCCCTTTAATTACCTGGCCTGGTCTCAAAGTGTACGTACTAATCGGCCTCCTCTTCATTTTAATGACAGGGATCTACGAATACACAAACACACACCGCTCGGTTGAAGCGGCGGTATTCAACGAGAAACATGCTTTTCTTGAAGCACCTTTCAGCATAGATCATGCTGAAATCATACAATCCGAATTAACCTCTGAGAATGTTTATGCTTTCGTGGGTACACCTGGACTGGGACTGCAATTATCCACCTATACCAAAGGATGGTTCGGATGGAATATGTCCGCCGTAACTACATTATACCTTTCTCCTGAGAATCCCGCTTCTCCGTCCGTATTCTCGGAGACAAACCTGGATTCATCACTCGTGTTTGGCCTGTATAGAAGCACAGAACCCATTCAGATTCATGTAAATGGTCAGCCGGCACATACCATACCCTACCAACAACTGAGGCCTGATGTCAGTGAAGATTTGTACATGTGGTATTACGAACGCCAGCCCGACACGATAGAGAACAAGGACAAGGTTCACCTCACCGCGCGTGACGTCAACGGAAGTATAGTGGATCGACTTGAGTTATAG	MTHFDHGSTRRSFRFSYLLTLVTLLLLPLVHKPISQVFGFLGIHTQSGGIAGSFLVFFLSLGLILTLFRLVFRAFPLITWPGLKVYVLIGLLFILMTGIYEYTNTHRSVEAAVFNEKHAFLEAPFSIDHAEIIQSELTSENVYAFVGTPGLGLQLSTYTKGWFGWNMSAVTTLYLSPENPASPSVFSETNLDSSLVFGLYRSTEPIQIHVNGQPAHTIPYQQLRPDVSEDLYMWYYERQPDTIENKDKVHLTARDVNGSIVDRLEL				NA	NA	NA	NA	NA
JZ016_01659	1455	pncB2	COG1488	Nicotinate phosphoribosyltransferase pncB2	ATGCTGACAGCAGGATTAGCACTACACACGGACAAATACCAGATTAACATGATGTACGCTCACTGGATTAATGGCTCTCATCGTACGCGTGCGGTGTTTGAGGCGTATTTCCGTAAGCTGCCATTCGGTAACGGATATGCCGTTTTTGCCGGTCTTGAGCGGATTGTACATTATATTGAGTCCTTGCGTTTCTCGGATGAGGATATCGCGTATTTGGCCAAACAGGAAGAGAAGTATAAACCTGAATTTCTGGAAGAGCTTCGCCGATTCCGTTTTCAAGGGAATATTCATTCCATGAAGGAGGGGGCGCTGGTATTCCCGAACGAGCCGCTCATTCGAGTGGAAGGCACCATTTTCGAGACACAGCTGGTCGAAACGGCACTCTTGAACTTTATGAACTTTCAAACCTTGATCGCTACCAAAGCGTCCCGTATCCGGCAGGTTGCCAGCGGCGATACCTTGCTGGAGTTTGGTACAAGACGTGCACAGGAAGCGGATGCGGCGGTTTGGGGGGCGCGTGCTGCGTATCTGGCCGGTTTCCATGCCACGTCGAATATGCTGGCTGGCGAGAAATTCGGCATCCCGACAAAAGGCACGCATGCGCATTCCTGGGTGCAGACCTTCCGGAGCGAGCAGGAGGCCTTTGATATATTTGCCGAGGTTATGCCGGATCAAGTGACGCTGCTGGTGGATACCTTTGATACGTTAAAGAGCGGGATTCCCCATGCCATCGTAACGGCGAAGAAGCTGGAGGCCCAAGGGAAACGGATGAATGCCATTCGTTTAGATAGCGGGGATTTGGCTTACCTGTCGATTCAGGCACGAAAGATGCTGGATGAGGCCGGTCTTCATTACGTCGGTATCGTGGCATCAAACGATCTGGATGAAGGCACCATTCTGGATCTCAAGGCGCAAGGGGCCAAAGTAGATACTTGGGGCGTCGGTACCCAATTGATTACGGCAGCCGACCAGCCTGCGCTTGGGGGCGTTTATAAGCTGGTGGAGCGGGAGGTTGACGGGAAGATGGTACCGACCATCAAAATCTCGGGCAACCCCGAAAAAGTATCTACCCCAGGCAAAAAAGAGGTATACCGCATCATATCCAAGGGCAGCGGCAAAGCGATCGCCGATTACATCTGCTTCCCGGAAGAAGAGATGCCGCCGGAGAACGGGAAATTAAAGCTGTTTAATCCACTGCATCCTTATATGCGCAAAAATGTAAAGAACTTTGAAGCGGTGTCCATGCTTGAACCGGTGTTTGTGAATGGCGAACTGGTGTATGAGCTGCCGAAGCTCGAAGAGATTCGCAGCTATCATGATGCTCAGCTGGATCAGTTCTGGCCGGAGTATCTGCGGAAGCTGAATCCGGAAATTTACCGCGTGAATTTGAGTGAAGAGGTCTGGGAAGTGAAACAGCGGATGATGGCCGAGTTCATGGAACAGCATGAAGATTAG	MLTAGLALHTDKYQINMMYAHWINGSHRTRAVFEAYFRKLPFGNGYAVFAGLERIVHYIESLRFSDEDIAYLAKQEEKYKPEFLEELRRFRFQGNIHSMKEGALVFPNEPLIRVEGTIFETQLVETALLNFMNFQTLIATKASRIRQVASGDTLLEFGTRRAQEADAAVWGARAAYLAGFHATSNMLAGEKFGIPTKGTHAHSWVQTFRSEQEAFDIFAEVMPDQVTLLVDTFDTLKSGIPHAIVTAKKLEAQGKRMNAIRLDSGDLAYLSIQARKMLDEAGLHYVGIVASNDLDEGTILDLKAQGAKVDTWGVGTQLITAADQPALGGVYKLVEREVDGKMVPTIKISGNPEKVSTPGKKEVYRIISKGSGKAIADYICFPEEEMPPENGKLKLFNPLHPYMRKNVKNFEAVSMLEPVFVNGELVYELPKLEEIRSYHDAQLDQFWPEYLRKLNPEIYRVNLSEEVWEVKQRMMAEFMEQHED	PGPT0013375_1274	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763	NA	NA
JZ016_01660	558	pncA	COG1335	Nicotinamidase/pyrazinamidase	ATGAAAGCCTTGATCGTGATAGATTTCACGAATGATTTCGTGGATGGCAATCTGCCGGTAGGGAAGCCCGCCATTGACATTCAGAACACCATCGCGGAGCTGACCAAGTTGTACAGCGATCGTGGTGATTTTGTTGTAATGGCCGTGGACCTGCATGAGAGCAATGACGCTTATCATCCCGAAACGAAGCTGTTCCCTCCGCATAACATTCGGGGAACCCGGGGTCGGGAATTATACGGTGAACTTCAGCGGGTGTATGAGGAACGAGAAGACGCCATCTATTGGATGGACAAAACGAGATACAGCGCATTTTGCGGTACGGATCTGAACCAGAAGCTGCGGGAACGCGGGATTACCGAAGTCGATCTCATCGGAGTTTGTACCGACATCTGCGTGCTGCATACCGCAGTGGATGCTTATAATTACGGATATCGTATTACCGTTTATGAAGATGCCGTCGCAAGCTTTAATCCGGAAGGACATAAGTGGGCTTTAAGTCACTTTCAAGGCAGCCTCGGGGCATCGGTAGTGCGAAGTAAGGAACTTCTTAATCAATAG	MKALIVIDFTNDFVDGNLPVGKPAIDIQNTIAELTKLYSDRGDFVVMAVDLHESNDAYHPETKLFPPHNIRGTRGRELYGELQRVYEEREDAIYWMDKTRYSAFCGTDLNQKLRERGITEVDLIGVCTDICVLHTAVDAYNYGYRITVYEDAVASFNPEGHKWALSHFQGSLGASVVRSKELLNQ	PGPT0013470_2371	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013470-pncA-K08281	NA	NA
JZ016_01661	786			hypothetical protein	ATGGTGATGGAAATGACGGATCGCGAACAGGCTCCAAAGAGCAGTGCCAAGAAATACAGAACACCGGATGGTGTGCCCGCTGATATCGTGATGTTTACCTTAACGAAGCGGGAACGGAAAACCTTCACCAAGACATTGCCGATACGCGAGCTTAAGGTGATGCTGATCAGGCGCAGATCATGGCCATGTGCGGGTATGTGGGCACTCCCCGGCGGATTTTGCCGTGAGAGTGAGTCTATTTACGATGCCGCCAAACGGGAGCTGAAAGAAGAGACCGGGGTGGATGGCGGCCATTTGGAGTACTTGGGCGTGTACAGCGCACCGGGACGGGATCCAAGGGGCTGGATTATCAGCCATGCATTCTACGCGCTCGTAGAAGAATGGATGCTGGAGCATCGCCAGGCTGCCGATGATGCGGAAGAGGTAGGTCTGTTTACGGTCGCGGAAGCTTTGGAAGAGCTGGAGCTGGCTTTTGACCACAGAGATATCATAATGGATGCGTACCGCAAGATTCAGCAGCAAATGCTGCAGACGACGATTGCGCGGCAGTTTTTACCGGAGCATTTTACACTGAGCGAGTTATATCAGGTCATCCAGACGGTTGTGCCCGAGTTCAACGAGCCCAATTTTATCCGTAAAATCACGTCAACCCGCAGCAGACAGGGGATACTGGAAGAAGCACGGGATGAGAACGGCAAGCCGCTAAACTCCAATCAATATTCCCAGCGGCCGGCCCAATTGTATCGGTTTACGGATCATGCACCGTTGCTATCAATTTATACGTAG	MVMEMTDREQAPKSSAKKYRTPDGVPADIVMFTLTKRERKTFTKTLPIRELKVMLIRRRSWPCAGMWALPGGFCRESESIYDAAKRELKEETGVDGGHLEYLGVYSAPGRDPRGWIISHAFYALVEEWMLEHRQAADDAEEVGLFTVAEALEELELAFDHRDIIMDAYRKIQQQMLQTTIARQFLPEHFTLSELYQVIQTVVPEFNEPNFIRKITSTRSRQGILEEARDENGKPLNSNQYSQRPAQLYRFTDHAPLLSIYT				NA	NA	NA	NA	NA
JZ016_01662	450	ymcA	COG4550	putative protein YmcA	TTGGCACATGATCATGTTCGTACGAACACATACGGTATGTCAACTTACAACACGCGTGAATTGATTATACGTGACGATATTTTGGCAAAAGCCGGCGAGCTGGCGGAATTAATATCCACCAGTGAAGAAGTTCAGATGTTTAAGCAGGCCGAAGAGAAGATCCAGAACCACGAACGGGTTCAAAACCTGATAAAAACCATTAAGAAAAAGCAAAAGGAAATCGTGGCTTTTGAAACGTTCCAGAACAAGGATATGGTCGCCAAAATCGAACGGGAGATCGAAGAACTGCAAGAGGAGATTGACGGTATTCCGCTCGTGATGGAGTTCCAGCAAAGTCAAAGCGACATTAATTATCTTCTTCAACTGGTCGTATCCGTGATTCATGATACGGTTTCGGAAAAAGTGAATGTGGAAACAGGAAAAGATACGCCGCCAAGCAGCTGCGGATAG	MAHDHVRTNTYGMSTYNTRELIIRDDILAKAGELAELISTSEEVQMFKQAEEKIQNHERVQNLIKTIKKKQKEIVAFETFQNKDMVAKIEREIEELQEEIDGIPLVMEFQQSQSDINYLLQLVVSVIHDTVSEKVNVETGKDTPPSSCG	PGPT0026336_25	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026336-ymcA-NA	NA	NA
JZ016_01663	1560	miaB	COG0621	tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase	ATGTCCAAAGAAAGTAAGGACTACTCCAAGTATTTTGATTTTTCAGGAGCCAAAGTTCTCTCCGAAGATGAACACGGGAAGAGAATTCGCATCAATGGCCGGGAAATCAACATCCTATCGGAGCCTAATCATAGACAGGAAAAACAGCGCGGCAAACAAAGTGTCGAAGTTTTGTACGATACCGAGCTGCCGGAAGCGTTTCGAACCCTCGGGGCTGGCAAGCATTATATCGTGTATACGTACGGATGTCAGATGAATGAGCATGATTCCGAAACGATCAAGGGATTGCTGGAGCAGATGGGCTACCAGGCAACCGAGGATCGGAAGCAGGCGGACATCATCTTGCTCAATACGTGCGCCATTCGTGAAAACGCGGAGGATAAAGTGTTTGGCGAACTCGGCCATCTGAAGCATTTGAAGACGGAAAAGCCGGATATGCTGCTTGGCGTTTGCGGCTGCATGTCGCAGGAAGAATCGGTTGTTAATCGGATTCTCCAAAAGCATGGCTTTGTGGATTTGATTTTTGGTACGCATAACGTGCATCGTCTGCCTCATCTTATTCAGGAAGCGCTCTTCAGCAAGGAAATGGTGGTTGAAGTGTGGTCCAAAGAGGGCGACATTGTTGAGAATCTACCGAAAAAGAGAGAAGGTCTCCGCGGCTGGGTCAACATTATGTACGGCTGTGATAAATTCTGTACATACTGCATCGTCCCATATACCCGCGGCAAGGAGCGCAGCCGGCGTCCGGAGGATGTCATTGCTGAGGTTCGTGAATTAGCCCGGCAAGGGTATAAGGAAATTACGCTGCTCGGTCAGAACGTGAACGCATATGGCAAAGACTTTGAAGATATCGAATACCGTTTCGGCGATCTGATGGATGATATTCACAAGATCGATATCCCGCGTGTTCGCTTCACTACATCCCATCCAAGGGATTTCGATGATCACCTGATTGAGGTGCTGGCGAAGGGTGGTAACCTGGTCGAGCATATTCACCTGCCGGTACAGTCGGGAAGCACGCAAGTGCTCAAAAAAATGAGCCGAAAATATACGCGTGAGACGTACTTGGAGCTCGCCCATAAAATTAAGAAGGCGATTCCCAATGTAGCATTCACCACCGACATCATTGTCGGATTCCCTGGTGAGACCGATGAGCAGTTTGAGGAGACGCTGTCCCTGGTTCGGGAGGTCGGCTACGACTCCGCTTACACGTTCATTTATTCTCCTCGTGAAGGAACGCCAGCGGCGGTGATGGAGGATAATGTACCGATGGAGGTCAAGAGCGAGCGTCTTCAGCGATTGAATGCCGCCATCAATGAGTACAGCCGCAAGAGCAACGACAGGCTGCTTGGATCTACGGTGGAGGTGCTGGTAGAAGGAGTCAGCAAGAACAATGATTCCATGCTGTCGGGACGCACGCGCACGAACAAGCTGGTGCATTTCGAAGGCTCGACGGACCTCATAGGCAGCTTCGTAAATGTCCGGATTACGGATACGAAGACCTGGTATATCAAAGGGGATAGAATCCCGGACACGATTCCTGCCTCGGATGCGGTATAA	MSKESKDYSKYFDFSGAKVLSEDEHGKRIRINGREINILSEPNHRQEKQRGKQSVEVLYDTELPEAFRTLGAGKHYIVYTYGCQMNEHDSETIKGLLEQMGYQATEDRKQADIILLNTCAIRENAEDKVFGELGHLKHLKTEKPDMLLGVCGCMSQEESVVNRILQKHGFVDLIFGTHNVHRLPHLIQEALFSKEMVVEVWSKEGDIVENLPKKREGLRGWVNIMYGCDKFCTYCIVPYTRGKERSRRPEDVIAEVRELARQGYKEITLLGQNVNAYGKDFEDIEYRFGDLMDDIHKIDIPRVRFTTSHPRDFDDHLIEVLAKGGNLVEHIHLPVQSGSTQVLKKMSRKYTRETYLELAHKIKKAIPNVAFTTDIIVGFPGETDEQFEETLSLVREVGYDSAYTFIYSPREGTPAAVMEDNVPMEVKSERLQRLNAAINEYSRKSNDRLLGSTVEVLVEGVSKNNDSMLSGRTRTNKLVHFEGSTDLIGSFVNVRITDTKTWYIKGDRIPDTIPASDAV	PGPT0007215_298	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007215-miaB-K06168	NA	NA
JZ016_01664	573	pduL	COG4869	Phosphate propanoyltransferase	ATGAGTAAAACTGTACCTGTGGGTGTATCCGCCCGCCATATTCATTTAACCCAAGAGCATATTGAGGCATTGTTCGGCCCTGGATATCAGCTGACAGAGTTCAAACCATTGTCCCAGCCAGGACAATTCGCAGCCAACGAAACGGTAGCGGTTATTGGAACGAAGGGACAATTCGATAAAGTAAGAATTTTGGGACCTGCACGTCCTGCAACCCAGCTGGAGATTTCCCGCACGGATTCCTTTGCCATCGGTGTGAAAGCACCTGTACGCGAATCCGGAAACATCGCTGGAACCCCGGGAATTACGATTAAAGGTCCGGCTGGTGAAGTAACGGTGGATGAAGGTGTCATCGTAGCCGCTCGTCATATCCACTTCCATACATCCGATGCGGATCAATGGGGTATTAAAGACAAGGACCTGCTGAAGGTACGCTTAGGCGGCGAACGCGGTCTTGTTCTGGAGAACGTCATTGCCCGCGTATCCGACAATTTTGCGCTCGACATGCATATCGATACCGATGAAGCTAACGCTGCCGGCGCCAAAAACGGAGACACTGCTGAAATTATTGATTAA	MSKTVPVGVSARHIHLTQEHIEALFGPGYQLTEFKPLSQPGQFAANETVAVIGTKGQFDKVRILGPARPATQLEISRTDSFAIGVKAPVRESGNIAGTPGITIKGPAGEVTVDEGVIVAARHIHFHTSDADQWGIKDKDLLKVRLGGERGLVLENVIARVSDNFALDMHIDTDEANAAGAKNGDTAEIID	PGPT0001395_371	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_PROPANEDIOL_UTILIZATION,PGPT0001395-pduL-K15024	NA	NA
JZ016_01665	957			hypothetical protein	ATGCGGACGGTTGATTTTCACTGTGATGTTTTGAGCAAAATGTGGGAAGCCCCCCAAGCCTCCTTTGCGGACGACCCGCATTTGGATGTAACGCTGCAGCGCATGGAGGAGGGCGACCTGGCCCTTCAGGTGTTCGCTGTTTTTTTATCGGAGAAATGGGGGAGACCATCCTTTGAACGGGTGCTGGCGCAACTCGATACATATCGCAGCCGCATCGTTAAACCGGGATATCTTAAGCCCCTGCTTTGGCGGGAGCAACTTCAAGAGACCAGACAAGGTCAGCATGGACGGTTCGGCGTTCTGTCCTTGGAAGGCGTTGACGGGCTGGAGGGGAATTTGTATTACGTCCAGCTCTTGTTTGAGATGGGCGTGCGTTTGATGGGGGTTACCTGGAATTATGCCAACTGGGCTGCGGATGGAGTACTGGAGCAGCGAAATGGGGGATTCACGGAACGGGGACGGCAGCTGGTAGAGCTATCCCATTCGACGGGCATCATTCTGGATGTGTCTCACCTGTCCCAAGCTGGTTTCTGGGAGCTCGCGGAGCTGACCAAAGGGCCCATCATCGCCTCGCATTCCAATGCGTACTCCGTCTGCCAGCATCCCCGGAATTTGAATGATGAGCAGATAAGGGCACTAATCGCGCTAAACGGAATGATTGGAATCACGTTTGTGCCCTGGTTTATCCGCAGCGGAGTAGATCGTGTGAAGCCGGAGGACATATTGCCGCATATCGAGAAGATTTGTGAGCTGGGCGGTGAAGAGCACATCATGTTCGGTTCGGACTTCGACGGGATTGATCAATGGGTTGCCGGGCTTGAGCATCCGGGCCGGTATCCTGAATTTCAGGAGCTGCTGCTTAAACATTACCCGGAATCGATGGTAAAGGGCTGGATGTCGGAGTATGCCCTCCATTTTCTTGAGCAGAATTTACCTTCATTGTCAGGCCAAGCATAG	MRTVDFHCDVLSKMWEAPQASFADDPHLDVTLQRMEEGDLALQVFAVFLSEKWGRPSFERVLAQLDTYRSRIVKPGYLKPLLWREQLQETRQGQHGRFGVLSLEGVDGLEGNLYYVQLLFEMGVRLMGVTWNYANWAADGVLEQRNGGFTERGRQLVELSHSTGIILDVSHLSQAGFWELAELTKGPIIASHSNAYSVCQHPRNLNDEQIRALIALNGMIGITFVPWFIRSGVDRVKPEDILPHIEKICELGGEEHIMFGSDFDGIDQWVAGLEHPGRYPEFQELLLKHYPESMVKGWMSEYALHFLEQNLPSLSGQA	PGPT0020950_3243	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020950-acdP-K01273	NA	NA
JZ016_01666	261	spoVS	COG2359	Stage V sporulation protein S	ATGGAAGTATTAAAAGTTTCAGCAAAATCCAATCCTAATTCAGTTGCAGGGGCGCTCGCTGGAGTTCTTAGGGAGCGGGGCGGAGCGGAACTGCAAGCGATTGGGGCGGGAGCACTGAACCAGGCCATTAAAGCGGTAGCGATTGCCCGGGGATTTGTAGCACCGAGCGGGGTGGATTTGATTTGCATCCCTGCTTTTACGGATATTGTGATTGATGGCGAAGACCGGACGGCAATTAAATTGATCGTAGAACCTAGATAA	MEVLKVSAKSNPNSVAGALAGVLRERGGAELQAIGAGALNQAIKAVAIARGFVAPSGVDLICIPAFTDIVIDGEDRTAIKLIVEPR	PGPT0024850_192	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024850-spoVS-K06416	NA	NA
JZ016_01667	744	ymdB_1	COG1692	2',3'-cyclic-nucleotide 2'-phosphodiesterase	TTGAAGGCTTCTCTTCCGGAGCTGAAGTCCAAATATAATCCGCACATCATTATTGCCAATGGGGAGAATGCTGCTTCAGGACGCGGCATTACCTCGGCCATCGCCAATGAATTTTTCAATTGGGGCATTCATGGCATCACCTTGGGTAACCACACCTGGGATAACAAGGACATTTTTGAGTTTATTGATGATGAGCCGCGCATGATTCGTCCGGCAAATTTTCCGCCCGGCACACCGGGGCGTGGATACACAATCATCAAAGCGAACGGCAAACAGCTGGCGATCGTGAATCTACAAGGACGAACCTTCCTGCCAGCCATCGATTGCCCGTTTCGCGCAGCCGATGACATTGTGGATGAGCTTCGCCAGAAGACGAAGTGCATTCTGGTGGACTTCCATGCTGAGGCGACGTCGGAGAAGATTGCGATGGGATGGCATCTGGAAGGCCGCGCCTCGATGGTGGTCGGAACGCACACCCACGTGCAAAGCAATGACGATACCATACTGCCGGGAGGAACAGCTTATATTACGGATACCGGCATGGTGGGCTCCAAGGAAGGCATCCTCGGCATGCAGCGCGATGCGGTGATGTATAAGTTCAAGACCCAGCTTCCTGCCCGTTTCCAGGTCGACGAAGGCAAATGGCAGTTCCATGCCGTATGCGTGGATATGGATGAGGACACGGGAAGAGCCCGGAAGATACAGAAAATCCGCATGTACGAAGACGAATGGCGGATGGATTAA	MKASLPELKSKYNPHIIIANGENAASGRGITSAIANEFFNWGIHGITLGNHTWDNKDIFEFIDDEPRMIRPANFPPGTPGRGYTIIKANGKQLAIVNLQGRTFLPAIDCPFRAADDIVDELRQKTKCILVDFHAEATSEKIAMGWHLEGRASMVVGTHTHVQSNDDTILPGGTAYITDTGMVGSKEGILGMQRDAVMYKFKTQLPARFQVDEGKWQFHAVCVDMDEDTGRARKIQKIRMYEDEWRMD	PGPT0021405_703	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021405-ymdB-K09769	NA	NA
JZ016_01668	1542	rny	COG1418	Ribonuclease Y	ATGCATCCAATTTGGTGGATCATAATCGTTCTCGCTGTAGCCGCTATATTCTTTGGGTTCGGTTATTTTATTCGCAAATCCCTTGCAGAAGCTAAAATTTCCAGTGCCGAGCATGCCGCTTTGCAGATCGTAGAAAGTGCGAAGAAGGAAGCAGAAGCATTGAAGAAAGAAACGGTTCTCGAAGCTAAAGACGAAGTTCATAAAATCAGAGCCGAAGCTGAAAAAGACACTCGTGAGCGCCGGAATGAAATTCAACGGCAGGAGCGCAGATTGTTGCAAAAGGAAGAGTCGCTGGATAAAAAAATAGAATCTTTGGAACGTAAAGAAGAACAAGTGGCGAACAAAGAGAAACGAATAGAAGAGACCCAGCAGCAAATCGATGCCATTTACAAGAAACAAACGACGGAACTGGAGCGCATCTCCAACCTCACGATGGAGGATGCCCGCAGCATTATTCTCAGTAATGTTGAACAGGAAGTTCGTCATGAAACCGCTCAGATGATTAAAGAAATCGAGCAGCAGGCGAAGGAAGAGGCAGATAAGAAATCACGCGAGATCATCACGCTGGCTATTCAGCGCTGTGCGGCTGATCACGTCGCGGAGACCACGGTATCTGTTGTCACTTTGCCGAATGAAGAAATGAAGGGCCGGATTATCGGACGTGAAGGCCGGAATATTCGTGCGCTTGAGACCCTTACAGGGATTGACCTTATTATCGATGATACTCCGGAAGCTGTTATTCTCTCCGGTTTTGATCCGATTCGCCGTGAAATTGCCCGTACAGCTTTGGAAAAGCTCGTGGCGGACGGACGGATTCATCCGGCTCGTATCGAAGAAATGGTGGAGAAATCCCGCAAGGAAGTGGACGAACGCATTCGCGAATACGGAGAACAAGCGACTTTCGAGGTTGGCGTTCACGGTTTGCACCCAGATTTGATCAAAATTCTGGGCCGACTGAAATTCCGTACAAGCTATGGACAAAATGTGTTGAAACACTCCATGGAAGTGGCCTATTTGACTGGCCTGATGGCCGGCGAACTGGGCGAAGACATCGTGCTTGCGAAACGGGCAGGACTGTTGCATGACATCGGGAAAGCGCTGGATCATGAAGTGGAAGGATCGCACGTTGAAATCGGCGTGGAGCTGGCGAAGAAGTACAAGGAACATCCGGTGGTTATCAACAGCATTGCCTCTCATCACGGTGATTGTGAAGCAACTTCGGTTATTGCCATGCTGGTTGGCGCAGCTGACGCATTGTCTGCTGCAAGACCGGGAGCACGCAGAGAGACGCTTGAGACGTATATCCGCCGTCTTGAGAAGCTCGAAGAAATTTCCGAATCCTTTGAAGGCGTTGAGAAATCCTATGCCATTCAAGCGGGACGTGAAGTTCGCGTCATGGTACAGCCTGAGAAAATCGACGATGCCGAAGCATTCCGCTTGGCACGTGACATTACCAAAACCATTGAGAATGAACTGGATTATCCGGGTCATATCAAAGTCACCGTCATCCGGGAAACCCGAGCGGTGGATTACGCGAAATAG	MHPIWWIIIVLAVAAIFFGFGYFIRKSLAEAKISSAEHAALQIVESAKKEAEALKKETVLEAKDEVHKIRAEAEKDTRERRNEIQRQERRLLQKEESLDKKIESLERKEEQVANKEKRIEETQQQIDAIYKKQTTELERISNLTMEDARSIILSNVEQEVRHETAQMIKEIEQQAKEEADKKSREIITLAIQRCAADHVAETTVSVVTLPNEEMKGRIIGREGRNIRALETLTGIDLIIDDTPEAVILSGFDPIRREIARTALEKLVADGRIHPARIEEMVEKSRKEVDERIREYGEQATFEVGVHGLHPDLIKILGRLKFRTSYGQNVLKHSMEVAYLTGLMAGELGEDIVLAKRAGLLHDIGKALDHEVEGSHVEIGVELAKKYKEHPVVINSIASHHGDCEATSVIAMLVGAADALSAARPGARRETLETYIRRLEKLEEISESFEGVEKSYAIQAGREVRVMVQPEKIDDAEAFRLARDITKTIENELDYPGHIKVTVIRETRAVDYAK				NA	NA	NA	NA	NA
JZ016_01669	738	recX		Regulatory protein RecX	ATGGAAGAAGAGAATAAGGAAATGTCGGAGCAGGCAGAAGCATCAGGTATAGGGCATTTTCCGGACCATGAGGATTTGATTGTAACGTCAGTCGAAATGCTGAAAAAGCCCAAGCACCGATACCAAATCGCGTTTGGTCCGTACCTTATGACCGTTCATGAAGATGTGATGCTGAAATACCGGATGTTCAAGGGGAATGTTTTTCGCAAGGAAGAGCTTGAGGAAATTATCGTGGCCGATGAACGACAGAGGGCTTATGTAGAGGCGCTGAATCATCTGTCCAGGAAACCCAGAACAGCCAAGGAGATCACCCAGCGTCTGCAGCAAAAAAGTTTCGAGCCGAGTTGCATAGAGACGACGCTGGAGCGATTGGAGAAGGACAAGCTGATTGATGACGCGTTATACGCCAAGATGTGGACAGAGCAGCGAATGACAAGCCATAAGAAGGGGAGGCTGTGGGTCAAACAGGAGCTGAGACAGAAGGGAATCGGCACGGAGCTGATCTCCGAGGCTTTGGGCGAGATCAGTGCAGATGCCGAATTGGAGAGCGCGCTTGCCGTGGGACGGAAAAAATGGCAGCAAACCCATGGAGAGTTGCTGGATCGCAAACGTAAAACGGGAGCATATTTAATGCGTAGGGGCTTCGGCGGGGATCAGGTGCGTCAGGTGCTCAAGCGTCTGGTTGACGAGGATCAGGAAAAGGGTGAGTGGGACGACGAGCTGGAAGATTTCGAATAA	MEEENKEMSEQAEASGIGHFPDHEDLIVTSVEMLKKPKHRYQIAFGPYLMTVHEDVMLKYRMFKGNVFRKEELEEIIVADERQRAYVEALNHLSRKPRTAKEITQRLQQKSFEPSCIETTLERLEKDKLIDDALYAKMWTEQRMTSHKKGRLWVKQELRQKGIGTELISEALGEISADAELESALAVGRKKWQQTHGELLDRKRKTGAYLMRRGFGGDQVRQVLKRLVDEDQEKGEWDDELEDFE	PGPT0007240_869	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007240-recX-K03565	NA	NA
JZ016_01670	1062	recA	COG0468	Protein RecA	TTGTCAGATCGTCGTGCTGCGCTGGAAATGGCGCTTCGTCAGATAGAGAAACAGTTCGGAAAAGGTTCCATCATGAAACTGGGTGAATCCACCCACATGCAAGTAGAGATTGTGCCGAGCGGATCGTTGGCATTGGATATAGCTTTAGGAACCGGCGGCTTGCCTAGAGGCCGGATTATTGAAGTATATGGACCGGAATCCTCCGGTAAAACAACAGTAGCCCTCCATGCGATTGCGGAAGTTCAGAAGGCTGGTGGACAGGCTGCATTTATCGATGCCGAGCATGCTCTGGATCCATCGTATGCAAGCAAATTGGGCGTTAACATTGATGAATTGCTGCTCTCCCAACCGGACACGGGTGAGCAGGCGCTGGAAATTGCGGAAGCTCTGGTACGCAGTGGTGCAGTTGATATCATCGTTATTGACTCGGTTGCTGCACTGGTACCAAAAGCTGAAATTGAAGGCGACATGGGTGACTCCCACGTAGGTCTGCAAGCTCGTCTGATGTCCCAGGCTCTTCGGAAATTGTCGGGTGCTATTAATAAATCGAAAACAATTGCCATCTTTATCAACCAGCTTCGTGAGAAGGTTGGTGTTATGTTCGGTAACCCTGAGACGACTCCAGGTGGACGTGCTCTGAAGTTCTACTCGACGGTTCGTTTGGACGTGCGTCGAATTGAGAGCATCAAGATGGGCAACGATGTGGTGGGTAACCGCACACGGATTAAGGTTGTTAAGAACAAGGTAGCGCCACCTTTCAAACAGGCTGAGCTTGATATTATGTACGGTGAAGGCATCTCTAGAGAGGGAAGCCTGATCGATATCGGAACGGAACTCGATATCGTGGATAAGAGCGGCGCATGGTATTCTTATTCAGGTGACCGTCTTGGCCAAGGACGGGAGAATGCGAAGCAATTCTTGAAAGAGAATCCGGAGATCGCTAGTGTTATCGAGAACAAAATTCGTGAAGCGAGCAATCTGACCACGGCTGTTCCTGAGCCTTCCGAGAAGGATAAGGAACAAGAGGAATTAGAAGAGCAAGAGTTGTTTAAAGTAGAGTAG	MSDRRAALEMALRQIEKQFGKGSIMKLGESTHMQVEIVPSGSLALDIALGTGGLPRGRIIEVYGPESSGKTTVALHAIAEVQKAGGQAAFIDAEHALDPSYASKLGVNIDELLLSQPDTGEQALEIAEALVRSGAVDIIVIDSVAALVPKAEIEGDMGDSHVGLQARLMSQALRKLSGAINKSKTIAIFINQLREKVGVMFGNPETTPGGRALKFYSTVRLDVRRIESIKMGNDVVGNRTRIKVVKNKVAPPFKQAELDIMYGEGISREGSLIDIGTELDIVDKSGAWYSYSGDRLGQGRENAKQFLKENPEIASVIENKIREASNLTTAVPEPSEKDKEQEELEEQELFKVE	PGPT0007235_2523	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0007235-recA-K03553	NA	NA
JZ016_01671	1275	cinA	COG1058	Putative competence-damage inducible protein	ATGAAAGCAGAAATCATTGCAGTTGGAACCGAACTTCTTCTTGGACAGATTGTGAATACCAATGCACAGTATTTGTCCAGGCAGCTTGCTTCAATGGGAATCGATGTATACTATCAAACCGTTGTCGGGGATAACATGGAGAGGCTCAAGGAGGCCTTGCGGCTGTCCAGCAGCAGAGCCGATATCGTTCTTCTGTCCGGTGGTCTGGGCCCCACACAGGATGACCTGACAAAGGATGCGCTCGCATCTTTTCTAAATCGTTCATTGCATATTGATCGGATGGCCATGGATCGGATTGAACGCTTTTTCCATGAACGAGGATCCGTAATGACCGAGAACAATCGGCGCCAGGCTCTGGCCATCGAGGGCGGGACTCCGCTTCCGAACGAAACAGGCCTCGCCGTCGGGAATGCGGTATCCTATGAAGGGACTCATTACATTGTGTTGCCGGGTCCGCCGAAAGAGCTGATGCCGATGTTTGAGCAGGAGGCCAAGCCTTGGCTTCTGCAGCATGTGCTTACGGAAGAGCTTCCCATCTATTCAAAGATGCTCAAATTCGCAGGCATCGGGGAGTCCGCGCTTGATAAGCGCCTGGAGGACCTGATTACGGCCCAGACCGATCCGACGATTGCGTTGTATGCCAAGGAGGGGGAGGTCACCGTCCGGATCTCCACGAAGGCAGCCAGCGAGGCTGAGGCCATGGTGCGGCTGAATGAACTGGAAGCCCGGATCCAGGAGAGAGGCCCGGAATTTATGTATGCTAACGAGGATGTGCCCATTGAGAAGGTCATCGTCGATATGATGGCGGATCATAGCTGGACGCTGAGCGCTGCGGAGAGCTGCACGGGAGGCCTTGTAGCGGAGACGCTGACCTCTATCCCCGGGAGCGCGTCCATGTTCCTTGGCGGGATCATCTGTTATACCAATCAGATCAAGGAGAAGCTTGTGCATATCCCGCATGCGCTGCTTGAGGGGGATGATGCGCCGGGAGCCGTCAGTGCAGAGGTTGCCGAAGCGCTTGCGGATCATGTCCGGATGGTAACCGACAGCGACTTTGGTTTATCGGTAACGGGCGTGGCAGGTCCAGGGTATGCTGAACGCAAGCCTATAGGTCTGGTTTACATTGGATTGTCTCAACGGGGAAAAGAAACGGAAGTGCACGAGCTGCACCTTCAGGGTAACCGTGAAACGATCCGGCTCCGAGCTACGAAGGCGCTGCTCTACCGGCTTTGGCAGCGTCTTGTTGCCTCCAAAAGGTTTAGGGTTGCAGAATAG	MKAEIIAVGTELLLGQIVNTNAQYLSRQLASMGIDVYYQTVVGDNMERLKEALRLSSSRADIVLLSGGLGPTQDDLTKDALASFLNRSLHIDRMAMDRIERFFHERGSVMTENNRRQALAIEGGTPLPNETGLAVGNAVSYEGTHYIVLPGPPKELMPMFEQEAKPWLLQHVLTEELPIYSKMLKFAGIGESALDKRLEDLITAQTDPTIALYAKEGEVTVRISTKAASEAEAMVRLNELEARIQERGPEFMYANEDVPIEKVIVDMMADHSWTLSAAESCTGGLVAETLTSIPGSASMFLGGIICYTNQIKEKLVHIPHALLEGDDAPGAVSAEVAEALADHVRMVTDSDFGLSVTGVAGPGYAERKPIGLVYIGLSQRGKETEVHELHLQGNRETIRLRATKALLYRLWQRLVASKRFRVAE	PGPT0013455_489	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013455-pncC-K03742	NA	NA
JZ016_01672	588	pgsA_1		CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase	ATGAATTTACCCAATCGTATCACGTTGGCCCGCATTTGCTTGATCCCTGTCATGATGATTTTCCTGCTGGTGGATTTTGATTTTTATCCGGCTCCTATTGTGTGGAATGATTTCGTCCTTCCCTACAACCAATTGATTGCAGCATTGATATTCATACTTGCAGCAAGTACGGATGGGATTGACGGGTATTTAGCCCGGAAAAACAATATGGTGACGAACCTGGGTAAACTTCTGGATCCGCTTGCGGACAAACTGCTGGTGGCAGCCATCCTCATATCGCTTGTGGAGATGGGCAAATGCGAATCCTGGATTGCTGTAGTCATCATCAGCAGAGAATTCGCGGTTACTGGCTTGAGACAAATTGCACTCCTGGAAGGTTCCGTCGTTGCAGCAGGTCAATCGGGGAAAATCAAGACGGTGATTCAGATTGTGGCGATTGTCGCGCTTCTGATCAATAATTTCCCGTTTGTATTCTTGGGAATTCCGTTTGATGTCATTGCAATCTGGGCTGCCGCGATGATTACGATCTATTCGGGAATCGAATATTTTGTCCAGAACAGGCATCTTCTCAAAGGTGCCGGGGCGTAA	MNLPNRITLARICLIPVMMIFLLVDFDFYPAPIVWNDFVLPYNQLIAALIFILAASTDGIDGYLARKNNMVTNLGKLLDPLADKLLVAAILISLVEMGKCESWIAVVIISREFAVTGLRQIALLEGSVVAAGQSGKIKTVIQIVAIVALLINNFPFVFLGIPFDVIAIWAAAMITIYSGIEYFVQNRHLLKGAGA	PGPT0007705_2851	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995	NA	NA
JZ016_01673	492			hypothetical protein	ATGGCTTCAGAAAACTCATTTGATATCGTATCCAAAATGGATATGCAGGAACTTAACAATGCGGTTAATCAGGCGGAGCGGGAGATCGAGAACCGTTTTGACTTCAAGGGCAGCAAGAGCAGCTTGAAGCTGGACAAGGACGCACTGGTCATTGCATCCGATGACGAGTACAAACTCAACGCCGTTATTGATATTTTGCAAACCAAGATGGTGAAACGGGGCTTGTCGCTGAAAAATGTGGAGTACGGCAAGATCGAGCCGGCTTCCATGGGTACCGTTCGCCAGCGCCTGACCTTAAAGCAAGGAATCGATCAGGAAAATTCGAAAAAGATCAACATATTGATCCGTGATTCCAAGCTGAAGGTCAAGAGTCAGATTCAAGGTGACCAAATTCGGGTAACCGGAAAAAGCAAGGATGATCTTCAGCAGATCATGCAGCTGCTTCGCAAAGCGGATCTTTCTCTGGACCTGCAGTTCACGAATTTTAAATAA	MASENSFDIVSKMDMQELNNAVNQAEREIENRFDFKGSKSSLKLDKDALVIASDDEYKLNAVIDILQTKMVKRGLSLKNVEYGKIEPASMGTVRQRLTLKQGIDQENSKKINILIRDSKLKVKSQIQGDQIRVTGKSKDDLQQIMQLLRKADLSLDLQFTNFK	PGPT0012210_539	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0012210-yajQ-K09767	NA	NA
JZ016_01674	174			hypothetical protein	GTGACGGTCAACTGGATTATATTCGGATTAGGTGTTATCGTCAGCCTCTTGGGCTACTATTTGATTCCAAGTGACTGGGGATATGGCATATTAGGCTTTGGACTGGCACATATTTTGCTCGGTATACTGAGCATGTTTCGCCGTCCGGTGCATGATGAGAAAGCTAGCAGTTGA	MTVNWIIFGLGVIVSLLGYYLIPSDWGYGILGFGLAHILLGILSMFRRPVHDEKASS				NA	NA	NA	NA	NA
JZ016_01675	1038			hypothetical protein	ATGTCCGAACTGGGACAGCAATTAAGGGAGGCGCGTCTACAAAAAGGGATGAGCCTTGATGATGTGCAGGAAATGACAAAAATACGCAAGCGATACTTGGAAGCCATCGAGGCAGGGGATTACAAAGTACTTCCCGGCAGTTTTTACGTGCGGGCATTCATCAAAACCTATGCGGAAGCGGTGGGGATTGACCCGGACGAACTGCTTGAAGGCCATAAACAGGATGTGCCTAAATCCGAACCGGAAGCGACGATGGAACCGGTTATTCAAAAACGTGCCGCCAGACCTTCAGCCGAACGGAACATGAAATGGCTGCCTACACTGCTGATGTGGACATTCCCGATTTTGATCGTTGTTGTCATTTACTTGGTGGCCATCAATTCGAATGAGCCTAAGGAAGAACCTCCGGTAAGCAATAATGATCAGACGCAGACGGATCAAGCGCAAAAGCCGGAAGACACGGGCAATACGGATCCCGCCACGCCAGGTGACGGAGCGCAGGGCGGCGACAACACCACGGACGATACCGGTAATGGTAACGAAGGTACAGACGGTGAAGGAACAGACGCAACAGACGCAACGGACGGAACAGATGGCACGGACATCGACGAACCGGGAAATACAACGCCTGGAGAAACGACGGTGACGCAGGACCGGACGGAAGGCAAGAACACCGTATTTAAGGTAACAGGCTCGTCCGTGAAGGTTGAGATTGTGGCAACGAGCGAAGGTAAGAGCTGGGTAGAAGTGTATCGTGGCTACAATACCTCCGGAGAGAAGCTGGCTTTCCAAATGCTTGAGAATGGTGATTCTCTCAGCTTTGACCTGGATAGCCAGGGACTTTACGTGAAATCAGGGAACTCCGCTGCAACCACCATTACGGTTGGCGGCCAGCCCGTAACGGATGGAAAATCAACGTCGCGTATCTTGCTGGAGCCGGCTGATGGTTCCGCAGGCACGATGGACAACACGGGTACGGATGCCACAGGTACCACCACAGATACTACAGGTACATCGGATACGACAGATATCGAATAA	MSELGQQLREARLQKGMSLDDVQEMTKIRKRYLEAIEAGDYKVLPGSFYVRAFIKTYAEAVGIDPDELLEGHKQDVPKSEPEATMEPVIQKRAARPSAERNMKWLPTLLMWTFPILIVVVIYLVAINSNEPKEEPPVSNNDQTQTDQAQKPEDTGNTDPATPGDGAQGGDNTTDDTGNGNEGTDGEGTDATDATDGTDGTDIDEPGNTTPGETTVTQDRTEGKNTVFKVTGSSVKVEIVATSEGKSWVEVYRGYNTSGEKLAFQMLENGDSLSFDLDSQGLYVKSGNSAATTITVGGQPVTDGKSTSRILLEPADGSAGTMDNTGTDATGTTTDTTGTSDTTDIE				NA	NA	NA	NA	NA
JZ016_01676	768			hypothetical protein	GTGGAATCGAATCAATGGTACATGGAATACAAGATACATAAGAACCGGCCTGGTTTGCTCGGCGATATTGCTTCCGTATTAGGTATGCTCGAAGTAAACATCCTGACCATTAACGGTGTTGAAGGCCAAACTCGCGGAATGCTGCTGGAAACGGATGATGAAGAAAAAATTATCTTGATGGGCAAAATGTTAAACAAAATGAAAAATATTACGGTAACAGCCTTGAGACCCCCGAAACTGGTCGATATTTTGGCTGTCCGACATGGACGATATATTGACCGGGACTCGGATGATCGTAAAACGTTCCGTTTTACGCGTGATGAGCTCGGTTTACTTGTTGATTTTTTGGGTGAATTGTTCAAAAGGGAAGGTAATCAGGTTATCGGTCTTCGCGGAATGCCCCGCGTCGGCAAAACCGAGTCCATTATCGCCGGCAGCGTCTGCGCGATGAAGCGCTGGACCTTTGTTTCCTCGACGCTGCTCCGTCAAACCATTCGCAGTCAACTCTCTGAGGACGAGATGAATTCGAACAATGTTTTCATCATTGACGGCATTGTGAGCACGATCCGATCCAACGAACGTCATTATCAGCTCCTGCAGGATATCATGGGGATGGAGAGTACGAAGGTGATCGAGCATCCGGATATTTTTGTTCGCGAATCCGAATATTCCTATGAGGATTTCGATATTATAATCGAATTGCGAAACAATCCGGAAGAGGAAATCGTTTATGATACGTTCACGGGCTCTTATAGTGACGATTTATAA	MESNQWYMEYKIHKNRPGLLGDIASVLGMLEVNILTINGVEGQTRGMLLETDDEEKIILMGKMLNKMKNITVTALRPPKLVDILAVRHGRYIDRDSDDRKTFRFTRDELGLLVDFLGELFKREGNQVIGLRGMPRVGKTESIIAGSVCAMKRWTFVSSTLLRQTIRSQLSEDEMNSNNVFIIDGIVSTIRSNERHYQLLQDIMGMESTKVIEHPDIFVRESEYSYEDFDIIIELRNNPEEEIVYDTFTGSYSDDL	PGPT0003183_26	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003183-ymfK|ymfkn|ymfKc-NA	NA	NA
JZ016_01677	255	yflH		putative protein YflH	ATGTCATCCGTAATCAAAAACTTTGATTCCTGGAAGAAATTTCTGGGCGAGCGCGTCGTTCAAGCCGAGAAAGCGGGTATGAGTGAAGACACCATTTCTCAGCTGGCTTATGAGATCGGTGATTTCCTCGATGAGAAGGTTGACCCGCAAAACTCATCTAACCGGGCACTGAAAGAATTGTGGGATGTAGGTAACGAGGAAGAACGCCACGTTATCGCGCGTCTGATGGTGAAACTGGCCAAGAACAACGCATAA	MSSVIKNFDSWKKFLGERVVQAEKAGMSEDTISQLAYEIGDFLDEKVDPQNSSNRALKELWDVGNEEERHVIARLMVKLAKNNA	PGPT0003182_1097	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003182-ymfJ|yflH-NA	NA	NA
JZ016_01678	810	fabG_8		3-oxoacyl-[acyl-carrier-protein] reductase FabG	TTGGGATCAATTGGCCGTATCGATCGTTGTGAGTCCGTAATGAAGCAAGACATGGGAAGAGAATTGAAACCGATCGGGGAAATGACGGTCCTGATCACGGGTGCCAGCAGAGGTATTGGAGCGGCTGTTGCCGAGCGTTTTGCTTCGGTACGCATGAATGTCGTTATCCATTACATGAATTCGCATGAAGCGGCCAATGAAGTTGCCCGCCGCTGTATGGCCTATGGTGCTAAGGTATTAACCGTGTCCGCGGATCTTCGCGACAAAGAGCAAATATTGCGCATGCAAGAGAAGCTTCAGAGTCATGATATGGAGCCGGATATCCTGGTCAACAACGCCGGGGTATCCCATTACGGGCTTCTGTCTGACGTGACCGAGGAAGAGTGGGACACTTTGATGTCCATTAACCTGAGAGGGATGTTCCTGTGTTCCCAGGCGTTTATGGGGCGTATGATCTCCCAGCGATTTGGCAGGATTATCAATGTGTCCTCGATCTGGGGATTGTCGGGTGCCTCCTGCGAGGTATTGTATTCAACAAGCAAAGGCGGCGTTAACGCTTTTACGAAGGCCCTTGCGAAGGAGCTTGCCCCATCAGGCGTGACGGTGAACGCCGTTGCCCCCGGCGCGGTGGATACGTCCATGCTGGGGCATTTGGAATCGGATGAGATCCGCATGCTGGAGGATGAAATTCCGGTCGGCAGATTGGCGCAGCCGGATGAGATCTCATCACTGGTGTATTTTCTAGCGCTGCCCGAGTCGGGCTACATTACCGGGCAAGTGATCAGCCCGAATGGAGGTTGGGTGACCTGA	MGSIGRIDRCESVMKQDMGRELKPIGEMTVLITGASRGIGAAVAERFASVRMNVVIHYMNSHEAANEVARRCMAYGAKVLTVSADLRDKEQILRMQEKLQSHDMEPDILVNNAGVSHYGLLSDVTEEEWDTLMSINLRGMFLCSQAFMGRMISQRFGRIINVSSIWGLSGASCEVLYSTSKGGVNAFTKALAKELAPSGVTVNAVAPGAVDTSMLGHLESDEIRMLEDEIPVGRLAQPDEISSLVYFLALPESGYITGQVISPNGGWVT	PGPT0003180_6992	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_01679	1281			hypothetical protein	GTGGAGAGCATTCATTATGACAACCTGCAGGAAACGCTGTATTACGAAGTGATGGATAACGGTCTGCACGTGTATGTGCTGCCTAAACCCGGCTTCCAGAAAACCTATGCGACCTTTGCAACCAAATATGGTTCGGTGGATAACCATTTCAAGGTTGAAGGCGAATCTGAAACTCGCGTTCCTGATGGCATTGCGCATTTTCTTGAGCACAAAATGTTTGAGGAGCCGGAAGGCGATATTTTTGCCAAGTTTGCCTCGAACGGCGCCTCGGCGAATGCCTTTACTAGTTTTGACCAAACGGTGTATCTCTTTTCTGCGACGGAGAACATCCATGAAAATTTGGAGACGCTGATTAATTTCGTGCAGAACCCTTACTTTACCGATCAGAACGTGGAGAAGGAAAAAGGGATTATCGGGCAGGAAATCAACATGTATCAGGACAATCCGGACTGGCGCGTATACTTCGGTCTTATCGAAGCGATGTACAAGGTGCATCCGGTGCACATCGATATTGCCGGTACGGTGGAATCCATCGGAACAATTACAAAGGAAGATCTGTATACGTGCTACAATGCCTTTTATCATCCGAGCAACATGCTGCTGTTCGTGGTGGGCGGCGTAGATCCAGTTGAAACGATGAACCTGATCCGTTCGAATCAAGCCGGAAAATCGTATGAGAAGCAAGGCTCCATCGAGCGCATATTCGATCCGGAGCCGAAGGGAGTTGAAGAGAAGCGGCGAGAGAGCCGGCTGGCCGTATCCCTGCCGAAATGCCTGTTCGGCTTCAAGGAGAAGCAGGTCGGTTTAACGGCTGAGGAGCAGCTGCGCCGAGATTTGACAACGAAGCTGATGATGGACCTCCTGTTTGGATCCAGTACGGAATTGTATCAGCAGCTGTATGACGAGGATTTGATATCCGACAGCTTCGGCCATGAATATAACAGTTCACCCCAATATGCGTTCTCTGCGGTGGGCGGAGATACGAAGGATCCGGACCAACTTCTGGAGCGTATCCGCACTGAGGTGGATAAGCTAAAGGCAACCGGATTTCAGGCATCCGACTTTGAACGTGCCCGCAAGAAGAAAATGGGCGGATACTTGCGCATGCTCAATTCCCCTGAAAATATTGCTCATGAATTCACTCGCTATCAGTTCCGCGGGGCGGATTTCTTTAAGGTTCTACCGGTTTATGAATCCATTACCATAGATGATGTAAACCGCCGTCTGCAGGAGCATATCGATTGGGATCAATTGGCCGTATCGATCGTTGTGAGTCCGTAA	MESIHYDNLQETLYYEVMDNGLHVYVLPKPGFQKTYATFATKYGSVDNHFKVEGESETRVPDGIAHFLEHKMFEEPEGDIFAKFASNGASANAFTSFDQTVYLFSATENIHENLETLINFVQNPYFTDQNVEKEKGIIGQEINMYQDNPDWRVYFGLIEAMYKVHPVHIDIAGTVESIGTITKEDLYTCYNAFYHPSNMLLFVVGGVDPVETMNLIRSNQAGKSYEKQGSIERIFDPEPKGVEEKRRESRLAVSLPKCLFGFKEKQVGLTAEEQLRRDLTTKLMMDLLFGSSTELYQQLYDEDLISDSFGHEYNSSPQYAFSAVGGDTKDPDQLLERIRTEVDKLKATGFQASDFERARKKKMGGYLRMLNSPENIAHEFTRYQFRGADFFKVLPVYESITIDDVNRRLQEHIDWDQLAVSIVVSP	PGPT0003179_66	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003179-ymfH-NA	NA	NA
JZ016_01680	1281			hypothetical protein	TTGACGAAAACGGAATTTGAACACGGTACAGTCGGAGGAATTCGGATTCACGTATTACCGACCAACCGATTCAAGACATTTGCGATATCGCTTTACGCCGGAAGTCCGTTAGCAGAAGAAACCGTGACCTCGACCGCGCTTACACCTTTTGTGCTGCGCAGAGGGACCGTTTCCTATCCGGAAACGCGAGCTTTCCGAGAACAGCTGGAGCAGCTGTACGGCGCTGGATTTGGATTTGATGTGTATAAGCGTGGCGATTATCAGATCGTGCACTTTCGCATGGATACGATCAATGACTCTTTTGTTAAGAGTCCGGAGAGCCTGCTGCGCTCTTCATTTGCTTTTTTGGGCGAAGCTTTCACCCAGCCCGTGTTAGAGAATGGAGCATTCCGCAAATCTTATGTACAGACCGAGAGAGACACGGTTCGCAAGAAGCTGGAGTCCATCGTCAATGATAAGATTCGTTACGCTGCGGAGCGCTGCATCGAGGTTATGTGCAAGAACGAACCGTATCGGCTGCATCCGTTAGGAGAACGGAAGGATCTTGACGGTATCACGCCGGAAGGCTTATATGAGTCCTATCAGAACTGGCTTAATGAATCCGTTCTGGATCTGTATGTGGTTGGCGATACGAGTTTGGATGAGGTGAAGAAGCTCGTAGAGGAGCATTTTAAACTGAACAGAACAGCAAGCAAGGATTATGTTCCTTCCTCCACGCGAACGGCAGCAAGCGGGACGCAGACGGTCGTGGAGAAGCTGGACATTAATCAAGGCAAACTCAACATGGGTCTGAGAAGCACCATTACTTACGGAGATGATGAGTATGCCGCCGCGCTATTGTATAACGGGATTTTAGGCGGTTACCCGCATTCAAAGCTGTTCGTTAACGTGAGGGAGAAGGAAAGCCTGGCGTATTACGCGTCGTCCCGATATGACGGTCATAAAGGAATTGCAACCATCCAGTCCGGCATCGAGGTTCAAAATTTCGAGAAGGCTGTCCAAATTATTCAACAGCAGCTCGATGACATGGCCAACGGTGCCATTACGGATATCGAAATGACCCAAACGAAAGCCATGATCCGCAACGTCATTAAGGAAATGCAGGATTCGGCCTTTGAGATGATTGCGTATGATTTCAACCGCACGCTGTCGGGGCGAGAACGTACGCCGGATGAGCTGCTGCAGCAGGTGGAAGGCATTACAGTGGATGATGTGAAGCAAGCAGCTTCGGCATTTTCGCTGGATACGATCTATTTCCTGAAAGGTCAAAAGGAGGAATAG	MTKTEFEHGTVGGIRIHVLPTNRFKTFAISLYAGSPLAEETVTSTALTPFVLRRGTVSYPETRAFREQLEQLYGAGFGFDVYKRGDYQIVHFRMDTINDSFVKSPESLLRSSFAFLGEAFTQPVLENGAFRKSYVQTERDTVRKKLESIVNDKIRYAAERCIEVMCKNEPYRLHPLGERKDLDGITPEGLYESYQNWLNESVLDLYVVGDTSLDEVKKLVEEHFKLNRTASKDYVPSSTRTAASGTQTVVEKLDINQGKLNMGLRSTITYGDDEYAAALLYNGILGGYPHSKLFVNVREKESLAYYASSRYDGHKGIATIQSGIEVQNFEKAVQIIQQQLDDMANGAITDIEMTQTKAMIRNVIKEMQDSAFEMIAYDFNRTLSGRERTPDELLQQVEGITVDDVKQAASAFSLDTIYFLKGQKEE	PGPT0003177_1	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003177-ymfF-NA	NA	NA
JZ016_01681	813	sleB_1	COG3409	Spore cortex-lytic enzyme	ATGAAAAACTCAAGAATCTGGATTCTAATAAGCATTGCGATTCTGTTGTCTGCCGTTGTCTTCGCTCAGGGAGGCCTGGAAACAGATCATTCGAATCTTCAGGAAGCTTTGCCAACCTTTAGCCAGCAGACCATCAAATTTGGTTCTACCGGCGAAGATGTGTATGAGCTGCAAGGCCGTCTGAAACACCTGGGCTTTTATCATGGGAAAATTGACAGCGTATTTGGCTCCAAAACCCAAGGAGCCGTTAAATGGTTCCAATCGGAGTTTGGCATGAAGGTAGACGGTATCGTAGGACCGAAGGTCAAGCTTAAACTGTATAATGCAACCAAGGATTTCCGTCCGACCGCTCCTAAGGCTCATGAAGGTGGAGGCGGTGCAGCGGCCGGTGGTGGCGGAGGTTCAGCCAACAAAGAAAGCGGCAATAACAACTTAGCCTCATCTGATTCAATGGGCCTTTCAGAGAACGATTTGAGAATCATGGCAAATGCCGTATATGGCGAAGCGCGAGGAGAGCCGTTCGAAGGCCAGGTCGCCGTAGCGGCGGTTATTCTCAACCGGGTAAAATCACCAAGCTTCCCGAATACGCCGCATGGGGTTATATTTGAGCCGAGAGCCTTTACCGCGGTAGCCGACGGTCAAATATGGCTTGAGCCGAACGAGCAGGCGAAGAAAGCAGTACAGCAGGCGCTGAGCGGCTGGGATCCGACAGGAGGCTGCCTGTACTATTTCAATCCGAAAACGGCCACCTCGCCATGGATTTGGACCCGCCCTCAAGTCAAAACCATCGGTCAACATATCTTCTGTATGTAA	MKNSRIWILISIAILLSAVVFAQGGLETDHSNLQEALPTFSQQTIKFGSTGEDVYELQGRLKHLGFYHGKIDSVFGSKTQGAVKWFQSEFGMKVDGIVGPKVKLKLYNATKDFRPTAPKAHEGGGGAAAGGGGGSANKESGNNNLASSDSMGLSENDLRIMANAVYGEARGEPFEGQVAVAAVILNRVKSPSFPNTPHGVIFEPRAFTAVADGQIWLEPNEQAKKAVQQALSGWDPTGGCLYYFNPKTATSPWIWTRPQVKTIGQHIFCM				NA	NA	NA	NA	NA
JZ016_01682	1113	yteR_2	COG4225	Unsaturated rhamnogalacturonyl hydrolase YteR	ATGTCCAATCCTATTCAGCAGCAAGAACAGTTGACCTTGTCACCCCTAGAACTCGGCACCAAGGCTTGCCAATCGATCATGGAAATGTATTCGCCGGAGCAGCTGCCGCCCGCAGGTCGGTGGCATTACCACCAGGGTGTATTTCTGGTTGGAATGTCTCAATTATGGAAATTTAGCGGTGAAACAAAGTTTTTGGATTACGTTAAGGGTTATGTCGATCATCTGGTGGATTCCAACGGGAATCTGCTGCTGGAGCGGGGGGAGCTGGATTCCGTTCAAGCGGGCCTGCTCCTGATGGAGCTGGATGCTGTATGTCCCGAACATCGGTACAAGGCTGCCGCGGATAAACTGCTCCGTCTGTTATCTACTTTGAATCGGACCACGGATGGAGGATACTGGCATAAGGATCGCTACCCTTACCAGATGTGGTTGGACGGCTTGTATATGGGTGGCGTGTTCACGATGAAATATGCCCAGCAGTATAATAAGCCGCATTTATTTGATGAAGTGCTGTTCCAGGAGAGGTTGATGCGCTCTCATACCAAGGATCAGGCAACCGGGTTATTTTATCATGCCTGGGACGAGAGCAGGACGATGCCTTGGGCTGATCCGGTTAGCGGGCAATCTCCGGAATTTTGGGGACGCGCCTTAGGCTGGTATGCGCTGTCGATCGTGGAGTTCCTTGATTTACTGCCTGAGGATCATCCGGCGAGGGAAGAGCTGGCTGTTGTGCTCCGTGAATTAAGTGAGGCGCTGGTGCGTTATCAGGATCCGCTTACAGGGCTGTGGTATCAAGTTCTAGATAAAGGGGACCGGGAGGACAATTGGCTGGAAACCTCTTGCTCCAGCCTCTTCATATATACCTTGGCCAAAGGGATTCGACTCGGTTATCTGGATTCATCCTTGATCTCCCATGCAAGACATGGATATAACGGCCTGGCTCAATCCGTATATGTGGATGGTCAGGGGCATCTGGTCATGCCCAAGATCTGTATCGGTACAGGTGTCGGCGATTATAAGCATTATGTGGAAAGGCAGCAATGCGAGAATGACCTCCATGGTGTTGGGGCGTTAGTCATGGCGTGCGTAGAGCTTGGCAGGATATATGGATAA	MSNPIQQQEQLTLSPLELGTKACQSIMEMYSPEQLPPAGRWHYHQGVFLVGMSQLWKFSGETKFLDYVKGYVDHLVDSNGNLLLERGELDSVQAGLLLMELDAVCPEHRYKAAADKLLRLLSTLNRTTDGGYWHKDRYPYQMWLDGLYMGGVFTMKYAQQYNKPHLFDEVLFQERLMRSHTKDQATGLFYHAWDESRTMPWADPVSGQSPEFWGRALGWYALSIVEFLDLLPEDHPAREELAVVLRELSEALVRYQDPLTGLWYQVLDKGDREDNWLETSCSSLFIYTLAKGIRLGYLDSSLISHARHGYNGLAQSVYVDGQGHLVMPKICIGTGVGDYKHYVERQQCENDLHGVGALVMACVELGRIYG	PGPT0018255_986	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
JZ016_01683	1515	uxaA	COG2721	Altronate dehydratase	ATGAGCGACATCGTCATACTTCATCACAAGGACGACGTCGGTATCGCGCTTCGTCCCTTGTCGGCAGGAGAACATGCCATCGGGCTTCTGAACGGGAAGGAGCATGCGATCGAGGTAACTGAGAATGTGCCAAAAGGTCACAAGGTAGCTCTTCGATTGATAGAGCCGGACAGCCATGTTTTGAAATTCGGCTATTCGATCGGATTGGCGAAGGAAGTCATTTTGCCGGGGAGATGGATCCATACCCACAATTTGAAAACCGGACTATCCGGTGAAGTGGAGTATCAGTATAAGCCTGGTGCAGAAGCAGCGGCTCAGGAATCACCGACGGTTATGGAGTCCCCAACGTTCCAGGGGTATATCAGACCCAGCGGTCAGGTTGGGATCCGCAACGAAATTTGGATCATCAACACCGTCGGCTGCATTAACAAAACCTGCGAGCTGTTAGCGCGCATGGCTGGCCAGCAGTTTCAGGGGAGAGGCATTGATGGGGTTTATCACTTCCCGCATCCCTACGGCTGCTCGCAGCTCGGAGATGATCTAAGCTATACCCAGCGTCTGCTCTCGTCCCTGGCGCAGCACGGCAATGCGGCAGGCGTGCTTATTATCGGGCTCGGCTGCGAGAACAACCAGATCGATCAAATGCAGGCCATGATAGGCGAGCAGGACGGGAAACGAATCCAATATATGCGTGCTCAGGACATGGAGGATGAATTGGAGGAGGGCTTGTCCCTCATCTCGGAGCTCGTGGAATATGCCGAGACTTTCAAACGGTCTGCGGTTCCTCTGTCCAAGCTGAAGATCGGACTGAAATGCGGCGGGTCGGATGGTCTGTCGGGCATTACAGCCAATCCGCTGGCGGGCCGAATTGCGGATACCATCACCGCTCACGGTGGTACTGCTCTTCTGACAGAGGTGCCGGAGATGTTCGGAGCCGAAACGATCCTGATGGACCGGGCCGCCGACGAGCAGGTGTTCCAGGATATTACGTTGCTGATTAACAATTTCAAGCAATATTTCGTATCGCACGGACAGGAAATCTATGAAAATCCTTCTCCCGGTAATAAAGACGGCGGCATCACAACCCTGGAGGAGAAATCGCTGGGGTGCACTCAAAAAGGAGGAAATGCCACCGTATCCGATGTACTCCGTTACGGCGTAAGATCAACGAAGCCGGGGTTAAACCTGATCGAGGCGCCAGGCAACGACCTTGTATCGGTGACGGCCCTGGCTGCAGCGGGGGCCCACCTTGTGCTGTTCACGACGGGGAGAGGGACGCCGTTTGGCGGTCCGGTTCCCACCGTCAAAATCGCGACAAATTCCGAACTGGCCGCTCGTAAAAAGCATTGGGTTGATTTTAATGCAGGTGCTTTGCTGGAAGGTAAAACCATGGATGAGCTTCATGAGGAACTCATGCATCGTATTGTCCAATTAGCCTCCGGCGTTGAACAGACGAGAAATGAACGCAATGGCTTCCGGGAAATATCCATTTTTAAGGATGGCGTCATTTTATAG	MSDIVILHHKDDVGIALRPLSAGEHAIGLLNGKEHAIEVTENVPKGHKVALRLIEPDSHVLKFGYSIGLAKEVILPGRWIHTHNLKTGLSGEVEYQYKPGAEAAAQESPTVMESPTFQGYIRPSGQVGIRNEIWIINTVGCINKTCELLARMAGQQFQGRGIDGVYHFPHPYGCSQLGDDLSYTQRLLSSLAQHGNAAGVLIIGLGCENNQIDQMQAMIGEQDGKRIQYMRAQDMEDELEEGLSLISELVEYAETFKRSAVPLSKLKIGLKCGGSDGLSGITANPLAGRIADTITAHGGTALLTEVPEMFGAETILMDRAADEQVFQDITLLINNFKQYFVSHGQEIYENPSPGNKDGGITTLEEKSLGCTQKGGNATVSDVLRYGVRSTKPGLNLIEAPGNDLVSVTALAAAGAHLVLFTTGRGTPFGGPVPTVKIATNSELAARKKHWVDFNAGALLEGKTMDELHEELMHRIVQLASGVEQTRNERNGFREISIFKDGVIL	PGPT0018305_675	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018305-uxaA-K01685	NA	NA
JZ016_01684	1512	uxaB	COG0246	Altronate oxidoreductase	ATGGATGCGAAGACAGATCGTGGCCGGGTAATGAGGTTGGTAGGACGCGATTCTTTACAAATACAACAGCGGCATGACCAGGATATGTTGAACCTTCCCGTTAAAGTGCTGCAAATAGGCGAGGGAAATTTTCTAAGAGGGTTCTTCGATTGGATGATATATGAATGCAATCGGCAGGGTCTGTTCCAGGGAAGCGTGGCCGTCAGTCAGCCAAGACCTGGTGGAGCACGCAAGCTGGAGCAGCTTCGGGAACAGGACGGGATATACGGCTTGCTGACCCGAGGCCTGCAGGATGGCCGGAAGATCGAGGAGGAGTTATGGATCCCGGTGTTCTCGGAGATGATTGACCCCTATGCGGAATGGGGGCATTTCTTGAGTGTGGCCGAGTTGGATTCCCTGGAGATCATAGTCTCCAATACAACGGAAGCGGGTCTCGTTTATCAGTTTAGTGACTGGAATCCGTCGGAAGCGCCGATGTCATTCCCCGCTAAGCTGACCATGCTTTTACATCGGCGTTATGAGCGTTATGAAGGCTCGCCGGACAAGGGCCTGTTGATCCTCCCATGCGAGCTGCTGGAACGAAACGGGGATATCTTGCGATCGATTGTGTTGCGGCATGCGGAGGATTGGGGACTTTCGCCGGCTTTTAGGAGCTGGGTTGAGGAATGCAACCTGTTTCTTAACTCGCTAGTGGATCGGATCGTAACCGGATATCCGGAAGAGGCCGAGCGCTATTTTGACAAATGGGGTTATGAAGACCGATTGTTGAACACGGCGGAGCCCTATTATTTCTGGGCTATTGAGGGCGACCCCTCATTGGAGTCCAGGCTTCCCCTCCAGTCAGCGGGTCTACAGGTAAGGTGGGTGCCCGATCTGACTCCGTACCAGGTAAGAAAGGTAAGAATCTTGAATGGAACGCATACGCTGATGGCTTCCATCGGCTTGCTTCACGGTTTCACTGAAGTGAAAGAAATCGCAGAGAGTATGGAATGGGGAGAAGATATTCGCAGCGCAATGCTGCAAGAAATCGTCCCCCTGGTGCCTCTCCCGCCGGAAGAGGTTACGGCTTATGCAGAAACGGTGTGGGAGCGATTCCGCAATCCTTTTCTTCGGCATAAGCTCCAGGATATTGCCATGAACAGCATCTCCAAGTTCAAGGTAAGGCTTTTGCCAAGCTTAAAGGAATATGTCAGTTCGCACAATACGCCCCCAAGCCTCATAACTGTGGGATTGGCCTCTTTGATCCGTCTGTATCATGCCAAACAAGTAGAAGGGCAGTGGTACGGAACGCGTCTTGATGGTGAACGGATGCTGTTAAGAGATGATCCGGACAGTCTGATGACATTCTATCAAGCGTGGCAAAAGGTAGAAGACGGCGAATGGAGCATACGTCAGCATGTGGCATCCATTCTTGGCGATCAGGCTTTATGGGGCGAGGATTTGAACCGGATACCCAATCTTCATGAAGCGGTAAGCCGTTATATCGAAGAAATGGAGCTGATCGAGACATGA	MDAKTDRGRVMRLVGRDSLQIQQRHDQDMLNLPVKVLQIGEGNFLRGFFDWMIYECNRQGLFQGSVAVSQPRPGGARKLEQLREQDGIYGLLTRGLQDGRKIEEELWIPVFSEMIDPYAEWGHFLSVAELDSLEIIVSNTTEAGLVYQFSDWNPSEAPMSFPAKLTMLLHRRYERYEGSPDKGLLILPCELLERNGDILRSIVLRHAEDWGLSPAFRSWVEECNLFLNSLVDRIVTGYPEEAERYFDKWGYEDRLLNTAEPYYFWAIEGDPSLESRLPLQSAGLQVRWVPDLTPYQVRKVRILNGTHTLMASIGLLHGFTEVKEIAESMEWGEDIRSAMLQEIVPLVPLPPEEVTAYAETVWERFRNPFLRHKLQDIAMNSISKFKVRLLPSLKEYVSSHNTPPSLITVGLASLIRLYHAKQVEGQWYGTRLDGERMLLRDDPDSLMTFYQAWQKVEDGEWSIRQHVASILGDQALWGEDLNRIPNLHEAVSRYIEEMELIET	PGPT0018320_83	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018320-uxaB-K00041	NA	NA
JZ016_01685	1425	uxaC_1	COG1904	Uronate isomerase	ATGAGACCTTTTATGGATGAACATTTTTTGCTCAATAATGAGACTGCACGCACCTTATACCATGATTATGCAAAAGACATGCCAATCATCGACTACCACTGTCATCTGAGTCCGCAGATGATCGTTGACAATCACAGGTTTGAGAACTTGACCGAAGCGTGGATTAACGGCGATCACTACAAATGGCGGGCAATGCGAGCCGCTGGAGTAGAAGAGGCATACATCACGGGCGGCCCGGGTGTGAGTGATTATGATCGCTTCTTGGCTTGGACGCGCACCGTTCCGATGACGATTGGCAATCCGTTATTCCATTGGTCTCATCTGGAGCTGCAAAGACTATTCGGCATTCAGGATATCATTAATGAACAGAATGCTCCGCAGATATGGGAAGCAGCAAACAAGCGACTGCAGGATAATGATTTGACCACACGGGGATTGATCCTATCAAGCTGCGTGAAAGTGGTCTGCACGACCGATGATCCGACGGATAGCTTGGAATATCACATCAAGCTGGCGGAGGAAGGCGATGCCGGTTTTCAGATGCTTCCATCATTCCGTCCGGACAAGGGACTGGAGATTAACCGGGAGACGTTCCTTCCGTGGGTGAAAATGTTGGCGGACCGAAGCCGGATGGAGATTACGGAGTATTCGGCATTCCTGAAGGCACTTGAGCAGCGGGCAGAGTTTTTCCATTCGGTTGGCGGCCTTGTATCCGATCATGCGCTGGATTACGTGCCTTATCAAGAGGTTACCGAGACTCAAGCGGCTGACATCTTCCTGAAAGCGCTTAATGGGGAGCGGGTTTCCCGTCTGGAAGAGGAACAATTCAAAACGTATACGCTGCTTTTTCTGGGCCAAATCTACGCAAGACTCGGCTGGGTCATGCAATTTCATATTAACGCCCAGCGCAACAATAACACCCGGATGTTCCGACAATTGGGTCCGGATACCGGTTATGATTCCATTCACGATAGTCCAATCGCCGTACCGCTTGTAAAGCTGATGGATCGGCTCGATCAAGAGCGGTCACTTCCAAGAACGATTCTGTATTCGCTTAACCCAAGCGATAACGATATTCTTGCAGCACTTATCGGCAGTTTTCAAGGCGACGGTATTCCGGGCAAAATCCAGTTCGGTTCCGCGTGGTGGTTCAACGATACCAAAGACGGTATGGTCGACCAGATGAGCAAACTCGGCAATATGGGATTATTAAGCCGATTTGTCGGCATGCTGACGGACTCCAGAAGTTTCTTGTCTTATACCCGTCATGAGTATTTCCGGCGGATTCTTTGCAATCTCCTCGGAGAGTGGGTTACACGGGGAGAAGCACCGGATGATCTTCCATGGCTCGGGGGAATCGTCCAGGATATTTGTTACAACAACGCCGAGAGCTATTTTCGATTTGGCCGGACGGAAGGGAGATAA	MRPFMDEHFLLNNETARTLYHDYAKDMPIIDYHCHLSPQMIVDNHRFENLTEAWINGDHYKWRAMRAAGVEEAYITGGPGVSDYDRFLAWTRTVPMTIGNPLFHWSHLELQRLFGIQDIINEQNAPQIWEAANKRLQDNDLTTRGLILSSCVKVVCTTDDPTDSLEYHIKLAEEGDAGFQMLPSFRPDKGLEINRETFLPWVKMLADRSRMEITEYSAFLKALEQRAEFFHSVGGLVSDHALDYVPYQEVTETQAADIFLKALNGERVSRLEEEQFKTYTLLFLGQIYARLGWVMQFHINAQRNNNTRMFRQLGPDTGYDSIHDSPIAVPLVKLMDRLDQERSLPRTILYSLNPSDNDILAALIGSFQGDGIPGKIQFGSAWWFNDTKDGMVDQMSKLGNMGLLSRFVGMLTDSRSFLSYTRHEYFRRILCNLLGEWVTRGEAPDDLPWLGGIVQDICYNNAESYFRFGRTEGR	PGPT0018210_305	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018210-uxaC-K01812	NA	NA
JZ016_01686	861	rhaR_24		HTH-type transcriptional activator RhaR	ATGATATCCAGCGATACCCATACCGTAACCTACGGGGAAGAAGAAGGGGAATTTTACTACCATCGCATTCATCGCACCAAGCCCTTTGAACGAAATAACCATTATCACGGAACCTATGAAATCTACTATTTGGTTACAGGCGAGCGTCATTATTTTATAAAAGAAAAATTGTACACCATCCAGGCGGGAGACCTCATTCTCATCAATAAATTCGACGTTCATAAAACTTCGGGACAAGGCGATCCGGAGCATGAACGTATCGTCATTAATTTTAGCGATTCTTTTCTGGGAAAAGGCCATCCCTTGCTGGCATCCGGATTGCTGGGCATGTTTAATCAGGATAGACCCCTGCTGCGTTTAACCGTTCCAGAGCAAGCAATCATCATGCAAATTTTGAATAAAATGGCCGATGAAATACGAGAAAGCTCCGCTTCGTACGAGTATATGCTGCAGGTGCTGCTTACGGAGTTACTCATTAAAACCTCTCGGTTATCCCATTCCGCCTCGCTGCCTGCTCACACGTCCATGAATCCGCTCCATCAGAAAATCACGGACGTCGTTAAATATATTCACGTCCATTATGCAGACAAAATCACGCTGCAGCAATTAGCCGAAACCTTCTACATCAGCCCGTTCTACCTGTCCCGGATATTCAAAGAAATTACAGGCTTTACGATCATTAATTATTTGAACCTCACCCGTATTCGCGAAGCGCAGCGCCTTCTAACGGATACGGACCTGAAAATCGTGGACATCGCCGAATCCATCGGCTTTGAAAGCCTGACGCATTTTGACCGAACCTTTAAGAAAATTATGAAAATGACGGCAAGCAAATACCGCAAAATGAATAGCACCACGTAA	MISSDTHTVTYGEEEGEFYYHRIHRTKPFERNNHYHGTYEIYYLVTGERHYFIKEKLYTIQAGDLILINKFDVHKTSGQGDPEHERIVINFSDSFLGKGHPLLASGLLGMFNQDRPLLRLTVPEQAIIMQILNKMADEIRESSASYEYMLQVLLTELLIKTSRLSHSASLPAHTSMNPLHQKITDVVKYIHVHYADKITLQQLAETFYISPFYLSRIFKEITGFTIINYLNLTRIREAQRLLTDTDLKIVDIAESIGFESLTHFDRTFKKIMKMTASKYRKMNSTT	PGPT0017485_576	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_01687	2655			hypothetical protein	TTGGCAAAACGGAAAAGAAAGAAGAAGGCAGCCTTTGCAGCCGTTTTGAAGTATGAAATTTATGGGATTGTATTGATGACACTTTCGGTCATTGCATTATCCGGAGAAGCACCGGTGGGGCGTTCCCTGTCCAAGATGTCGGGATATCTGCTGGGCAAGTATTATTTTATCATCCCCCTAATCGGCATTTATTACGGGTTAATGGTGATGATTCACCGGAAATGGCCCAAACGCTGGAACAGCAGACGCACCGGTGTCCTTCTCTTGGTGTTATCGCTAACTTTAATGAGCAGTATTGCAGGTTTGGAGTCGAAGCTGGCCCCGATTGGACAATTGAATGCGTCAAATGCGATGAGCCAGATACATAGTGATTTGCAAGGCGAGCTCCTTCATGCCGGGGCAGATGATGGACATCATCCCGTCATGGGCAGAGACATTAGCGGCGGTTACATTGGAGCGTTGCAGTTTGCCTTTCTGTTAATGCTGTTTGGCAGCATAGGGGCCAAGTTGATTGTGATTGTCATGCTGGTTATCAGCTTCATGCTGATCACCAACCTGTCCTATGTTGATTTAATGCGGATGTTCCGCGTGAGGGTTGTAAAGGCCGGAGAACGGATTCAGAAAAAAGTGAACAGCCACCAGACCAAATCAAGAGCGGCAGCAAAATCAAGCGCGAAGGAACAACGCATGCAGCTGCCGGAGGATCTGGATGAGGACGATGATCTGGATGATATGGAGGGCATGAGGTTACCGCGCCGCAAAGCGCCGCAATTCTTTCAGCTGTTCGGTTCCAAAGGGGGCAAACGGGACGAAGCAGTAGAAGAGGCCCGGGATGCTGCGGATGAAGCGTCCCCGGTATTTACGGTTGGTAACGGACATGGTGCTAAGGAGAAAGAGGAGGTCGTCCTCTTCAACAGTCAGGTCCAACCGGAGGAAGAAGCGGACGTGATTTCTCCTGCAGTGGAATCCGTGCCTTCATCGCCGATTATTCGCGATTTCTTTGAGCAAGTGAAACAAGAAGGGCGCCTGGATGACGAGTACGATGATCACGAAGCGGTGATACCTCCTGTGCAAGAGGAATCTCCGGGGGATACCGCAGCGAGTCCTGAGGCCACTGTTGGCAGCCTTGAAGCTTCAAATGGCGAGTTGAGCGGAGCTACACCAGCTACTACGGATAACGGAGGGCAGGAGGGAACAGCACCGGCAGCGCCGCCGGCTCCCCCACCCAAGCCGTACAAGCTGCCTCCATTCCGGCTGTTATCCAAACCCAATAACGGCGGTAAGGGTGGAGACCAGAACGATTATATGCAGACAGCGCGCAAGCTGGAAGCGACGCTGGAAAGTTTCGGCGTTCGAGCCAAGGTGCTGGAGGTTGTTCGGGGGCCATCGGTAACCCGCTATGAAATTCAGCCGGACATCGGGGTTAAAGTCAGTCGGATCGTCAATCTGACCGATGATATTGCACTTGCGCTTGCGGCCAAGGATATTCGGATGGAAGCGCCGATTCCCGGCAAATCAGCCATCGGGATCGAAGTGCCGAACAACGAAGTTTCACTAGTTACGATGAGAGAGGTTATGGAGACGCCGACGTTCCAGGACGCGGAATCGAAGCTATCGATTGCATTTGGCCGTGATATTTCCGGCCAGACCATTGTCGGTAACTTGGCACGGATGCCCCATCTTCTTGTTGCAGGTGCAACGGGTTCGGGTAAATCCGTATGTATCAACGGCATTATTACCAGCATTCTGTATAAAGCGAAGCCGGATGAGGTTAAATTCCTGATGGTCGATCCGAAGATGGTCGAGCTTAATGTCTACAACGGGATTCCGCATTTGATGGCACCGGTGGTAACCGATCCGAAGCGGGCATCCTTGGCACTTAAGAAAATCGTGGTAGAGATGGAGAAGCGGTATGAGCTGTTCTCCAAATCGGGAACGCGAAATATTGAGGGCTACAACAATCTGATGAAGGATAATTTGCCGGCAGTGTTGCCGTATATCGTCGTTATCGTGGACGAGCTGGCCGATTTGATGATGGTTGCAGCCAACGATGTGGAAGACGCGATCACACGACTGGCCCAAATGGCCCGTGCTGCGGGGATCCACTTGATCATCGCGACGCAGCGTCCATCAGTCGACGTTATTACCGGGGTCATTAAAGCGAACATTCCGTCGCGCATTGCCTTTGGTGTGTCATCGCAGGTCGATTCCCGAACGATTCTGGACATGGCGGGGGCGGAGAAGCTGCTCGGCCGCGGGGATATGCTGTTTATGCCGATGGGCTCCTCCAAGCCGATCCGCGTCCAGGGTGCTTTCATGAGTGATCATGAAGTCGAGAATATCGTGGATTTTGTCCGGGACCAAGGACAGGCGGAGTATGACGAGTCGCTGGTGCCTGAGATAGAGGAATCCGCTGGCGCAGACGAAGAAGAATTGGATGAGTTGTATGAGCAGGCGGTGACTATCGTACTGGAAGCTAAGCAAGCGTCCGTATCGCTGCTGCAGCGGAGAATGCGCGTAGGTTATACCCGTGCAGCACGTCTCATCGATTCGATGGAGGCACGCGGGGTTATCGGACCTTATGAGGGAAGCAAACCGCGGGAAGTGCTAATGTCCATGGAGCAATATCAACAACAGCAGAATCGAATCAGTTAA	MAKRKRKKKAAFAAVLKYEIYGIVLMTLSVIALSGEAPVGRSLSKMSGYLLGKYYFIIPLIGIYYGLMVMIHRKWPKRWNSRRTGVLLLVLSLTLMSSIAGLESKLAPIGQLNASNAMSQIHSDLQGELLHAGADDGHHPVMGRDISGGYIGALQFAFLLMLFGSIGAKLIVIVMLVISFMLITNLSYVDLMRMFRVRVVKAGERIQKKVNSHQTKSRAAAKSSAKEQRMQLPEDLDEDDDLDDMEGMRLPRRKAPQFFQLFGSKGGKRDEAVEEARDAADEASPVFTVGNGHGAKEKEEVVLFNSQVQPEEEADVISPAVESVPSSPIIRDFFEQVKQEGRLDDEYDDHEAVIPPVQEESPGDTAASPEATVGSLEASNGELSGATPATTDNGGQEGTAPAAPPAPPPKPYKLPPFRLLSKPNNGGKGGDQNDYMQTARKLEATLESFGVRAKVLEVVRGPSVTRYEIQPDIGVKVSRIVNLTDDIALALAAKDIRMEAPIPGKSAIGIEVPNNEVSLVTMREVMETPTFQDAESKLSIAFGRDISGQTIVGNLARMPHLLVAGATGSGKSVCINGIITSILYKAKPDEVKFLMVDPKMVELNVYNGIPHLMAPVVTDPKRASLALKKIVVEMEKRYELFSKSGTRNIEGYNNLMKDNLPAVLPYIVVIVDELADLMMVAANDVEDAITRLAQMARAAGIHLIIATQRPSVDVITGVIKANIPSRIAFGVSSQVDSRTILDMAGAEKLLGRGDMLFMPMGSSKPIRVQGAFMSDHEVENIVDFVRDQGQAEYDESLVPEIEESAGADEEELDELYEQAVTIVLEAKQASVSLLQRRMRVGYTRAARLIDSMEARGVIGPYEGSKPREVLMSMEQYQQQQNRIS	PGPT0030468_3729	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_VI_SECRETION_SYSTEMS	CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030468-essC|eccC|ftsK|spoIIIE-K03466	NA	NA
JZ016_01688	243			hypothetical protein	ATGATATGGTACAGCGTCATCCCTTTGGATTCGGCCGGGCTGCTGCAAGGAGAGCAGGCAGCCGTTACGTCCAGGGAAATTCGGGTTGAAGGAATACTGATGGAAGTTGAACCGATGTCAGAGGACCAGGCGAAAATTGTCCGTTTACTCGACTGCGGGCTTCAAGATTACTTGAATCCACGCTATTCTCCGGGGGCAATGATTCGCTATATTCCGACGGTAGAAAATGAGGCTAAAGGCTGA	MIWYSVIPLDSAGLLQGEQAAVTSREIRVEGILMEVEPMSEDQAKIVRLLDCGLQDYLNPRYSPGAMIRYIPTVENEAKG				NA	NA	NA	NA	NA
JZ016_01689	777	tepA	COG0740	Translocation-enhancing protein TepA	GTGGACAACGATCAATGGATGACCGGCAGCAGAAAAGGAGAATGGACTGGTGAAACGGAGGCTCCTCAGGTCGTCCCCACCGAGGAAGCCAAGAAAGCGGCCGTGACGGAAACCATACAGCAGCTGGGACAGACGGGCCTTCCGACCGGCGGGGAATCGAACGTATTTTGCATGACGATAATTGGACAAATCGAGGGCCATATCGTGCTGCCGCCGCAAAATAAAACGACCAAATACGAGCATATGATTCCACAGCTCGTGGCAGCCGAACAAAACCCGCGGATCGAAGGCCTCTTGATCATTCTCAATACCGTTGGCGGTGACGTGGAAGCCGGACTTGCCATTGCCGAGATGATTGCATCGCTCAGCAAACCGACCGTAACGGTAGTCATTGGCGGCGGGCATAGTATCGGCGTCCCGATCGCTGTAGCGGCAGACCACTCGATCATCGCGGAGAGCGCGACGATGACCATTCACCCGATACGCATGAGCGGGTTAGTCATTGGCGTGCCGCAAACCTTTGAATACATGGAGAAAATGCAGGAGCGTGTCGTTCGTTTTGTGACGAGCCATTCGAGGATAACAGAGGAACAGTTTAAGGATCTGATGTTTAAAACCGGTGAATTGAACAGGGATATCGGTACCGCGGTTTCGGGTACAGATGCCGTCAAATACGGCCTCATGAACGAAGTGGGGGGAATCGGGCAGGCCTTAAGCCGGTTGAACAGTATGATTGCAGAACGTAAAACGATAAGCCCTGGGGGGATCACGCAATGA	MDNDQWMTGSRKGEWTGETEAPQVVPTEEAKKAAVTETIQQLGQTGLPTGGESNVFCMTIIGQIEGHIVLPPQNKTTKYEHMIPQLVAAEQNPRIEGLLIILNTVGGDVEAGLAIAEMIASLSKPTVTVVIGGGHSIGVPIAVAADHSIIAESATMTIHPIRMSGLVIGVPQTFEYMEKMQERVVRFVTSHSRITEEQFKDLMFKTGELNRDIGTAVSGTDAVKYGLMNEVGGIGQALSRLNSMIAERKTISPGGITQ	PGPT0014595_944	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358	NA	NA
JZ016_01690	1680	rnjA_2	COG0595	Ribonuclease J1	TTGTCTAAGAAAATAAGCAACGATAAACTATCGATTTTTGCCTTGGGCGGCGTCGGTGAGATCGGGAAGAACATGTATGTCATTCAATATGCCAATGACATCGTTGTCGTGGATGCGGGATTGAAGTTCCCAGAAGAAGATATGCTTGGGATTGATATTGTTATTCCTGATATTAGCTATTTAACGGAGAATCGAGACAAAGTGAGAGGGATTTTGCTGACTCACGGTCACGAGGACCATATCGGCGGCCTCCCTTACGTATTGAAACACTTGAATGTTCCTGTATACGGAACGAAATTGACGCTCGGACTCGTGGAAAACAAGCTCAGAGAAGCGAATTTGCTTGGTGAGACGAAACGGATTCTGATCCATGCGGATTCGGAAGTACAACTCGGAAACACATTGAAAGCGACCTTCTTCAAGACCAATCACAGTATTCCGGATTCCGTCGGAATCTGTATCGAAACACCGGAAGGCAATGTAGTGCATACGGGAGACTTTAAGTTCGACCATACTCCGGTAAATGACCAATATGCGGATCTGCAGCGTATGGCTGAGATCGGAAGCAAGGGAGTATTGGCTCTTCTGTCAGACAGCACGAACGCAGAAAGACCAGGCTTCACACCTTCCGAGAAAAACGTGGGCATCGTGCTGGAAGATATTTTCCGCAAGGCCGAGCAGCGGGTGGTTGTTGCAACGTTTGCATCCAATGTGCACCGCATCCAACAGGTTGTCAACGCAGCCGAATCCACGGGCCGTAAAATTACGGTTATCGGAAGAAGCATGGTCAATGTGGTGTCCATTGCCGCTGAGCTTGGGTACTTGTACATTCCGGACGGCATGCTGATCGAACCTGAAGAGGTTAACAAAATGGCGGCCGACCGCGTTGTCGTATTGTGTACAGGCAGTCAAGGTGAGCCGATGTCAGCGCTCACACGCATGGCACGCTCCACTCACCGCAAGGTGGATATTCTGCCAGGGGATACGGTTATCATTGCAGCAACACCGGTTCCAGGTAATGAAAAATATGTCGGCCGTACGATTGATGAGTTGTTCCGTCTTGGAGCAGACGTGATTTATAGTGGATCCAATTCGGGTGTCCACGTCTCGGGTCACGGCAGCCAGGAAGAACTTAAGCTGATGCTGAATCTGATGAAACCGCAATTTTTCATCCCTGTCCATGGCGAATACCGGATGCAGCGCCGTCACGCTTTGCTAGCAGAGTCCGTTGGTGTTGATCCCGATAACATCTTTATTACCGATATCGGTGAAATTGTGGAAATTCAGGGCGGCTCGGCCCGCAAAGCCGGCAAAGTAACCGCTGGCAATGTTCTGATTGACGGACTTGGCGTTGGTGACGTAGGAAACATCGTACTGCGCGACCGCAAGCTTCTGTCCCAGGACGGAATTCTGGTCGTTGTCGTTACCTTGAGCAAGCAAAACGGTTCCATCGTATCCGGTCCTGATATTATTTCGCGTGGATTCGTATACGTACGGGAATCCGAAGGGCTTCTGGATGAAGCCAATCGTATCGTTTCCAGCACGCTTCAGAAGCTGATGAGTGAAAACGTGAATGAATGGGCGTCACTGAAGACCAGCGTAAAAGACGCTTTGGGACGCTTCTTGTATGAACAAACACGTCGCAGACCGATGATCTTGCCGATCATTATGGAAGTCTGA	MSKKISNDKLSIFALGGVGEIGKNMYVIQYANDIVVVDAGLKFPEEDMLGIDIVIPDISYLTENRDKVRGILLTHGHEDHIGGLPYVLKHLNVPVYGTKLTLGLVENKLREANLLGETKRILIHADSEVQLGNTLKATFFKTNHSIPDSVGICIETPEGNVVHTGDFKFDHTPVNDQYADLQRMAEIGSKGVLALLSDSTNAERPGFTPSEKNVGIVLEDIFRKAEQRVVVATFASNVHRIQQVVNAAESTGRKITVIGRSMVNVVSIAAELGYLYIPDGMLIEPEEVNKMAADRVVVLCTGSQGEPMSALTRMARSTHRKVDILPGDTVIIAATPVPGNEKYVGRTIDELFRLGADVIYSGSNSGVHVSGHGSQEELKLMLNLMKPQFFIPVHGEYRMQRRHALLAESVGVDPDNIFITDIGEIVEIQGGSARKAGKVTAGNVLIDGLGVGDVGNIVLRDRKLLSQDGILVVVVTLSKQNGSIVSGPDIISRGFVYVRESEGLLDEANRIVSSTLQKLMSENVNEWASLKTSVKDALGRFLYEQTRRRPMILPIIMEV				NA	NA	NA	NA	NA
JZ016_01691	882	dapA_2	COG0329	4-hydroxy-tetrahydrodipicolinate synthase	GTGGATTTCGGAAGATTGATTACGGCTATGGTAACCCCATTTGATCAGAATGGCGAGATCAATTGGGACGAGACTGCGAGATTGATTGAGCACCTGATTGTGGAACAGAAATCGGACTCCCTGGTCATTGCAGGGACGACGGGCGAATCGCCAACGCTTCGCGAAGACGAAAAGCTAGAATTGTTTAAGTTCGCAGTGAAGCAGGCGGATGGACGGAGCAAGATCATTGCAGGTACCGGCAGCAACGATACGGCACATTCTGCAGAATTGACGAAAAAAGCGGAAAGCTGCGGAGTCGACGGTATTTTGCTTGTCGCTCCGTATTATAATAAGCCGAACCAGGAAGGGCTCTACCAGCACTTTAAGGTTATCGCTGAGGCAACTTCCTTGCCTGTCATGCTGTACAACGTACCGGGGCGGACGGGCATCAGCCTAAGCACGGCCACCACCCTGCGTCTGGCTGAAATACCGAACATCGTTGCAACCAAGGAATGTGCTTCGATTGACCAGGTTACGGGCATTGCCGCAGGGGCTCCGGACGGGTTCATCGTATATTCCGGCGACGATTCCGCAGCACTGCCTGCTCTGGCCGTTGGTGCTTACGGAATCGTAAGCGTGGCCAGCCATATCGCTGGTGCCCGTATGAAGGATATGATCCAAGCTTATGTGGAAGGAAACGTGAAGGAAGCTGCCAAGCTGCATCAATCCTTGTTTCCGCTGTTCAAGGGCCTGTTTGAATGTCCTGACCCGCTTCCGAACCCGGCGGCGGTTAAATTCGCTCTGAATGAGCGGGGCTATCAGGTCGGCGGCGTTCGCCTGCCGCTCGTTTCTCCTAGCGAGAATGAGGCTGCATTTATCCGTAAGATGCTGTCATCCTTGTAA	MDFGRLITAMVTPFDQNGEINWDETARLIEHLIVEQKSDSLVIAGTTGESPTLREDEKLELFKFAVKQADGRSKIIAGTGSNDTAHSAELTKKAESCGVDGILLVAPYYNKPNQEGLYQHFKVIAEATSLPVMLYNVPGRTGISLSTATTLRLAEIPNIVATKECASIDQVTGIAAGAPDGFIVYSGDDSAALPALAVGAYGIVSVASHIAGARMKDMIQAYVEGNVKEAAKLHQSLFPLFKGLFECPDPLPNPAAVKFALNERGYQVGGVRLPLVSPSENEAAFIRKMLSSL	PGPT0002080_7133	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714	NA	NA
JZ016_01692	1215	lysC_1		Aspartokinase	ATGCGCATCTTAGTTCAAAAATTCGGCGGCACCTCTTTATCCACACCGCAAGCAAGAACCCATGTTATTGGGCACATCCAGCGCGAACTGGCTAATCACTACCAATTGGTCGTAGTCGTATCGGCTATGGGACGCCGCGGGGAGCCTTACGCAACAGATACTCTTCTGGACTGGATCGATCATAATGGAAACGCGCTTCCAGACAGAGAGCGGGATTTGCTGCTCTGCTGCGGTGAGATTATCTCAGCTACAACGCTGTGCAGTCTGCTTCAGCATGAAGGGATAACCGCGACGGTGCTGACGGGTGCCCAAGCCGGGTTTCTTACAGACGATCACTTCGGAAATGCACGCATTAAGGACGTAAAACCTGAACGGGTTTTGAAAGAGCTGGAGTCTCATCAGGTCGTTATCGTGACCGGTTTCCAAGGACAGACCGATTCGGGTGACTTTACGACGCTGGGGAGGGGCGGAAGCGATACGTCGGCTACCGCGCTTGGAGCCGCGCTTCGCGCCGAAATGGTTGATATCTACACGGACGTCAACGGTATTCTTACGGCGGATCCCCGCATCGTGGAAGATGCGAAGCCGCTCAGCTATGTAAGTTATACGGAGATTTGCAATATGGCTCATCAAGGTGCCAAGGTGATTCACCCTAGAGCAGTTGAGATTGCCATGCAATCCCAAATTCCGGTCAGAGTGCGGTCGACCTTCTCGGATAATGAGGGAACACTGGTTACCCAGCCGGAAGGTTTCAGAGATATACAATCCGGAATCGTGGACCGCTTTGTGACGGGAGTTGCTTATGTAAGCAATATTACGCAAATCTCAGTGGAGTGCGATCGCATGGAAGGTCTTCAGCTGAAGGTTTTCAAATCGATGGCGGAACATTCCATCAGCGTGGACTTTATTAATGTTACCCCTACAGGAGTCCTTTATACGGTATTTGACAGCGATTCGGAGAAGGCGATTGAAGTGCTGCAGAGCCTGGATTTGAAACCAAAAAGCTTGTCCGGCTGTGCGAAGGTATCCGTTATTGGCGGGGGCATCAACGGAGTTCCCGGCATCATGGCCAAAATCGTGGAATCCTTGAGCGAGCACGATATTCCGATTCTGCAATCGGCAGATTCGAACACAACGATCTGGGTGCTTGTGAAGAAGGAAGATATGGCTCAAGCGCTGCGCGCGTTGCATCACAAATTCGAACTTCACCGATAA	MRILVQKFGGTSLSTPQARTHVIGHIQRELANHYQLVVVVSAMGRRGEPYATDTLLDWIDHNGNALPDRERDLLLCCGEIISATTLCSLLQHEGITATVLTGAQAGFLTDDHFGNARIKDVKPERVLKELESHQVVIVTGFQGQTDSGDFTTLGRGGSDTSATALGAALRAEMVDIYTDVNGILTADPRIVEDAKPLSYVSYTEICNMAHQGAKVIHPRAVEIAMQSQIPVRVRSTFSDNEGTLVTQPEGFRDIQSGIVDRFVTGVAYVSNITQISVECDRMEGLQLKVFKSMAEHSISVDFINVTPTGVLYTVFDSDSEKAIEVLQSLDLKPKSLSGCAKVSVIGGGINGVPGIMAKIVESLSEHDIPILQSADSNTTIWVLVKKEDMAQALRALHHKFELHR	PGPT0014040_5643	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928	NA	NA
JZ016_01693	1047	asd	COG0136	Aspartate-semialdehyde dehydrogenase	ATGACCGAGCATCTTTATAATGTGGCCGTTGTTGGAGCAACCGGCGCAGTCGGGCAACAGATTCTCAAGCTGTTGGAGTCGCGTCATTTTCCGATTGCTGAGTTAAAGCTGTTGTCCTCTGCAAGATCTGCCGGTAAAGCATTGAACTTCAAAGGCCAAGCGATCCTTGTGGAAGAAGCAACCCCCGACAGTTTTGTAGGAATCGATATCGCGCTGTTCAGTGCGGGCGGCGATGTGAGCAAGGCACTTGCGCCACATGCGGTACGCCATGGAGCGGTATGCATCGATAACACCAACGCATTCCGCATGGATCCGGATAAAGTGCTGGTCGTGCCTGAGGTTAACCCTGAGAAGATTGATGAACATAACGGTATTATTGCGAATCCGAATTGCTCAACGATTCAGATGGTAGCAGCGCTGAAGCCGCTTCATGACGCATACGGCATATCCCGCATTATCGTTTCAACCTATCAAGCCGTTTCTGGCGCAGGGCATCAAGCCATTGATGAAATGCTGCGCCAGAGCAAAGAGATTCTTGACGGCCAAAAGGTGCAGCCTGATATTTTACCTGTTGGATCGCTGCCTGTGAAGCATCAAATCGCCTTTAACGCGATTCCGCAGATCGATAAATTTACGGAGAATGGTTATACCTTGGAAGAAATGAAGATGGTCCGTGAGACCAAAAAAATTATGGGCGACGAATCCATCGAAGTGACGGCTACCTGTGTTCGTATTCCAGTCGTTAGCGGGCATTCGGAATCCGTGTACGTTGAATTCAAGAATGACTATGATCTGGAAGAAGTTCATCGACTTCTGTCGAATGCACCCGGTGTTACGCTGGTTGACGATCCAGCTGCACAATCGTATCCGCTTGCTTCGGAAGCCGTGGGGAAACCGGATGTATTCGTAGGAAGGCTTCGCCGCGATCTGGGACATAAGCGTGGACTTAACATGTGGATCGTTTCAGATAATCTTCTGAAGGGTGCAGCATGGAATGCCGTGCAAATCGCAGAAATCATCGTCAACAAACGGAACGGCCAGGCTTAG	MTEHLYNVAVVGATGAVGQQILKLLESRHFPIAELKLLSSARSAGKALNFKGQAILVEEATPDSFVGIDIALFSAGGDVSKALAPHAVRHGAVCIDNTNAFRMDPDKVLVVPEVNPEKIDEHNGIIANPNCSTIQMVAALKPLHDAYGISRIIVSTYQAVSGAGHQAIDEMLRQSKEILDGQKVQPDILPVGSLPVKHQIAFNAIPQIDKFTENGYTLEEMKMVRETKKIMGDESIEVTATCVRIPVVSGHSESVYVEFKNDYDLEEVHRLLSNAPGVTLVDDPAAQSYPLASEAVGKPDVFVGRLRRDLGHKRGLNMWIVSDNLLKGAAWNAVQIAEIIVNKRNGQA	PGPT0014045_2637	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133	NA	NA
JZ016_01694	591	dpaB	COG0452	Dipicolinate synthase subunit B	ATGAATTGGAAAGGAATAACAGTGGGTTATGCCCTGACAGGATCGCACTGCACGCTTGAAGAAGTGATGCCGCAGATCCAGCGGTTCAAAGATGGTGGAGCAAATGTGGTGCCGATTGTGTCCAGCACCATCATGACAACCGATACCCGATTCGGCACATCGGAGAATTGGCAGAAACAGTTGAAAGATATAACCGGGAATGATATTATTTCTACAATTGTGGAGGCGGAACCGCTAGGTCCATCCAAGCTCCTTGACGTTCTGGTTATCGCCCCATGCACGGGAAACACGACCAGCAAGCTGGCCAATGCGATGACTGACAGCCCTGTTTTAATGGCAGCCAAGGCGCAGATGAGAAATTGCAGACCGCTGGTTCTGGCGATTTCTACGAATGATGGCCTTGGGCTGAATGCGGCGAATATCGCTAAGCTGCTTGTAACGAAAAACATTTATTTTGTTCCTTACGGACAGGATAATCCACAGCAGAAGCCTAATTCGCTTGTCGCCAAAATGGATTTGATTCCGGAAGCGTGTTATGCGGCTCTGGAAGGGAAACAGCTGCAGCCGATGATCGTAGAATATTCGCATTAA	MNWKGITVGYALTGSHCTLEEVMPQIQRFKDGGANVVPIVSSTIMTTDTRFGTSENWQKQLKDITGNDIISTIVEAEPLGPSKLLDVLVIAPCTGNTTSKLANAMTDSPVLMAAKAQMRNCRPLVLAISTNDGLGLNAANIAKLLVTKNIYFVPYGQDNPQQKPNSLVAKMDLIPEACYAALEGKQLQPMIVEYSH				NA	NA	NA	NA	NA
JZ016_01695	897	dpaA		Dipicolinate synthase subunit A	ATGCTGACTGGAGTCCGGACCGTCTTTGTTGGAGGAGACGCAAGGCAAATTGAGGTCATACGAAAATGCGCTGAGATGGATGCCTCCGTCATGATCGCCGGGTTTGAGAAATTGCAGGATTCTTTTCAGGGAGTGACTCGCGAGCCGCTCACGCCAGAGCTGTTATCGAATGCCGATGCTCTGATCCTGCCTGTCGTGGGATGTGATGACGAGGGACGTGTCAGCGCGCTGTTCTCAGAAGGGCCATTGCGATTGCAGGATGAACATATCGCAGCGATGCCCGGACATGGAGTGATCTATACAGGCATGGCGAAACCCTATTTACGCTCGCTATGTGACAAATATAAGATCAAGCTGGTAGAGATTTTGGAGAGGGACGATGTGGCCATCTATAATTCCATTCCGACAGCGGAAGGTGCGCTGATGATGGCGATCCAAAACACGGATTTTACGATTCATGGATCAACCAGCATGGTGCTTGGCATGGGACGGACGGGGTTCACCATGGCTCGCAGCCTGCAAGGGCTGGGTGCCAAAATCCGGATGGGCGTACGCAAATCGGAGCACTATGCCAGAGCGGAGGAAATGGGCTGGAAGCCCTTCCTGGTAAGGGATCTGGGTTCTTATGTGTCGGATATTGACTTGCTTTTTAACACGATTCCAACTATGATAGTCACAGCACAAATCATCTCGAAAATGCCTCGGGAGGCTGTCATCATCGACCTTGCCTCCGCACCTGGCGGATGCGATTTTCGCTATGCTGAAAAACGGGGTATCAAAGCCATGCTCGCACCCGGACTACCCGGAATCGTGGCTCCAAAAACAGCCGGCATTATTATGGCCAACACGCTGGTGGAGCTGATTTCTGAAGAAATCAAGATTCGGGGGGATGCGTAG	MLTGVRTVFVGGDARQIEVIRKCAEMDASVMIAGFEKLQDSFQGVTREPLTPELLSNADALILPVVGCDDEGRVSALFSEGPLRLQDEHIAAMPGHGVIYTGMAKPYLRSLCDKYKIKLVEILERDDVAIYNSIPTAEGALMMAIQNTDFTIHGSTSMVLGMGRTGFTMARSLQGLGAKIRMGVRKSEHYARAEEMGWKPFLVRDLGSYVSDIDLLFNTIPTMIVTAQIISKMPREAVIIDLASAPGGCDFRYAEKRGIKAMLAPGLPGIVAPKTAGIIMANTLVELISEEIKIRGDA				NA	NA	NA	NA	NA
JZ016_01696	444	dut		Deoxyuridine 5'-triphosphate nucleotidohydrolase	TTGCACTACGTTCAAATCAATAGATTGCCAGGTAATGAAGATGTCAAACTTCCCGTGAAAATGTCCGAGCTGGCGGCAGGCTTTGACCTGCACGCAGCAGTTGCGGAGCCGGTGGTTTTGAATCCAGGCGAGCGCCAATTAATCCCGACCGGTTTTGCGATTGCCATGCCGGCTGAGCTTGAAGCTCAAATCCGCCCGCGCAGCGGACTGGCTTACAAGCATGGTATTACCTGCCTGAATTCTCCAGGTACGATTGATGCCGATTATCGCGGGGAAGTGAAGGTGCTGCTGGTGAATTTGGGACAAGAGCCATTTGCGATTGAGCGCAATGAACGTATTGCCCAGATGGTGTTCAAAACCGTTCCGGCAGTAGAATTCATGGAAGTTGACGAGTTGTCCGACACCGTACGGGGTGCAGGTGGATTCGGTCATACCGGCAAGTAA	MHYVQINRLPGNEDVKLPVKMSELAAGFDLHAAVAEPVVLNPGERQLIPTGFAIAMPAELEAQIRPRSGLAYKHGITCLNSPGTIDADYRGEVKVLLVNLGQEPFAIERNERIAQMVFKTVPAVEFMEVDELSDTVRGAGGFGHTGK	PGPT0021355_3828	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021355-dut-K01520	NA	NA
JZ016_01697	1269		COG0612	putative zinc protease	GTGAAAAAAATACAATTGTCTAACGGCCTAAGAGTGGTTATGGAGCAAATCCCGACAAGTCGTTCGGTTTCATTCGGTATTTGGGTGAAGACCGGATCCCGCAATGAATCGGAGGACATCAACGGGATTACGCATTTTATAGAGCACATGATGTTCAAAGGGACGGAGCGTTTTGACGCCCGTGCCATTGCTGAGGAATTTGATGCCATCGGCGGCAACGTCAATGCTTTTACGTCTAAGGAATATACGTGTTATTACGCCAAGGTGCTGGATGAGCATTTTCCGATTGCGGTTGACGTGCTGTCCGACATGTTTTTCAACTCGAAGCTGGATGCGGGCGAGTTAGCCAAGGAGAAGAACGTCATTCTGGAAGAGATCGCGATGTATGAGGATACGCCGGATGATCTGGTGCATGACCTGATGTCGTTATCGGCGTACGGCGATCACCCGCTGGCTTATCCGATTCTGGGTACGAAGGAACGGCTTGAATCAATGGATTCACAAGCGCTTAGAGCGTACATGGATAAACACTATACCATTGAGAATACGGTAATCGCTCTGGCAGGCAACATCAATGATGATGTGATTGAAATATTGGAACGTCATTTTGGCGGCTTTACCAATCACGGCAGCTCCGAGCCGCTGGCCGTGCCCGCCTTTTTGGACGGCGTTCAGTTCCGCAAGAAGAAAACAGAGCAGAATCATATCTGCATGTCGTTTCCCGGCTGCTCCATCGGAGACGAGCTACAGTATGCAATGGTCCTGTTGAATAACGCCATTGGCGGCGGCATGAGTTCACGCTTGTTTCAGGAAATCCGGGAGAAGCGCGGACTGGCATACTCGGTATATTCATATCATAGTTCACACGCAGATAACGGGATGTTCACCATTTATGCTGGTACAGCGCCCAAGCAGACAAAGGAAGTCCTTCAGCTGACGACGGAAATGCTGCATGATCTGGCACAGAACGGGATGACGGAGGAAGAGCTGCGCAAAGGGAAGGAACAACTGAAGGGCAGTCTCATTCTAAGCTTGGAGAGCACGAGCAGCCGCATGAACCGCTTGGGCAAGAACGAATTGATGCTGGGCCGCCATTTCAGTCTGGATGAAATCATTAAGCGGATTGAACAGGTGGACATGAAGGATGTCGACGCGGTTCTTGACCGTATGTTTGGGACTCCATATGCACTAGCGATGGTAGGAACTTCAGATAAAGCACTGAATGTACTTAGGAGGAATGAATTTGTTGCACTACGTTCAAATCAATAG	MKKIQLSNGLRVVMEQIPTSRSVSFGIWVKTGSRNESEDINGITHFIEHMMFKGTERFDARAIAEEFDAIGGNVNAFTSKEYTCYYAKVLDEHFPIAVDVLSDMFFNSKLDAGELAKEKNVILEEIAMYEDTPDDLVHDLMSLSAYGDHPLAYPILGTKERLESMDSQALRAYMDKHYTIENTVIALAGNINDDVIEILERHFGGFTNHGSSEPLAVPAFLDGVQFRKKKTEQNHICMSFPGCSIGDELQYAMVLLNNAIGGGMSSRLFQEIREKRGLAYSVYSYHSSHADNGMFTIYAGTAPKQTKEVLQLTTEMLHDLAQNGMTEEELRKGKEQLKGSLILSLESTSSRMNRLGKNELMLGRHFSLDEIIKRIEQVDMKDVDAVLDRMFGTPYALAMVGTSDKALNVLRRNEFVALRSNQ				NA	NA	NA	NA	NA
JZ016_01698	996			hypothetical protein	ATGCCCATGAATGGAAAAAAGATGGTCGTGCTGCTAACCGGTGCCGCAATGGTGTCGGCTGTTGCTGTGTTCAGCGGGGCCTGGGGATATGTTTCGGGACTGCAGAATAATAAACCGGAGGCACAGTTCGCAAGCGGTTCAGAGAGGGCGGTAGACCTGGATTTATTGAGTCAAATCGAAGCCGCTGCGGCGAAGTCACGAATTGAGCCGGTGGATGCCAGGGTGGACTCCGTGTGGAAAGCGATCCCCGGTTATAATGGACTCGAAATCGATATAGAGGCTACATACCAAGCTGCATCGTCAAAAAAGCGAAAAGCCGGAGAAGCCATCCCTTACGTGTACCGGCAAATTCCGGCCAAAGTAACGCTGAATGATCTTGGAGATCAACCAATCTATCGGGGCAACCCCAACAAGCCGATGGTATCGCTGATGATTAACGTGGCCTGGGGGAATGAATTTCTGGTGCCAATGCTGGACACGCTGGATGCGGAGAAGGTGAAGACAACCTTTTTCCTGGATGGGAGCTGGTTGAAGAAGAACCCTGAGCTTGCCGGCGAAATTCTGAAAAGAGGTCATGAGGTGGAGAATCATGCCTATACGCATCCGAACATGAGCCGTCTCAGCAGGGATCGGGCGGAGCTGGAAATTGCGAAGACGCAGGATCTGCTCAAAGAAAGTTTGGGCGTAGAGAACAAATGGTTTGCTCCGCCTTCCGGCGATTTTAATCAACAGACCGTATCCATTGCTAAAGCAAGGGGATTGAAGACGGTCCTATGGACGCTCGATACGGTTGATTGGAAGCATCCTGCGCCGGATGCAGTCGTTCAGAAGATATCCACGAAGGTGGAGCCGGGTTTCCTGATTTTGATGCACCCCACCGATTCCTCGTCCCAGGCGTTAAAGGGAATGATTGACGGAATACGTGCCAAAGGGCTGGAAATAGGAACCGTTAGCCAGACGCTTTCTCCTGAGCGAATCATGCCGAAAGGAAGTTGA	MPMNGKKMVVLLTGAAMVSAVAVFSGAWGYVSGLQNNKPEAQFASGSERAVDLDLLSQIEAAAAKSRIEPVDARVDSVWKAIPGYNGLEIDIEATYQAASSKKRKAGEAIPYVYRQIPAKVTLNDLGDQPIYRGNPNKPMVSLMINVAWGNEFLVPMLDTLDAEKVKTTFFLDGSWLKKNPELAGEILKRGHEVENHAYTHPNMSRLSRDRAELEIAKTQDLLKESLGVENKWFAPPSGDFNQQTVSIAKARGLKTVLWTLDTVDWKHPAPDAVVQKISTKVEPGFLILMHPTDSSSQALKGMIDGIRAKGLEIGTVSQTLSPERIMPKGS	PGPT0012156_206	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA	NA	NA
JZ016_01699	2106	pnp_1	COG1185	Polyribonucleotide nucleotidyltransferase	ATGGAAACACGTGTTGAAATGCAGCTTGGCGGAAGACCCCTCGTGTTCGAAACAGGGCGCCTTGCGAAGCAGGCAAATGCGGCTGTGATGGTTCGTTACGGCGAAACGGCAGTCCTGTGTACAGTGACAGCTTCCAGTGAACCGAAGGATTTGGATTTCTTTCCATTGACGGTCAACTATGAGGAGCGTTTGTACGCCGTCGGTAAAATTCCGGGTGGATTCATCAAACGGGAAGGCAGACCAAGCGAGAAAGCGATTCTTGCCAGCCGTCTGACAGACCGTCCGATTCGTCCGTTGTTCCCTGAAGGCTTCCGTAATGATGTACAGGTTCTGAACCTCGTGATGAGCGTAGATCAGGATTGCGAGCCGGAAATCGCGGCAATGATCGGTACTTCCGCTGCCTTGAGCATCTCGGATGTGCCTTTTAACGGCCCGATCGGCGGCGTAGCGGTCGGTCGCGTTGACGGGAAATTCGTGGTGAACCCGAATATTGCCGAGCAGGAAGTAAGTGATATCTATCTGGTCGTCGCTGGCACCAAAGATGCGATCATGATGGTTGAAGCCGAAGCAAACGAGGTTCCTGAGGAAGTCATGCTGGAAGCAATCATGTTCGGGCATGAGGAAATCAAGAAAATCGTAGCCAAGATCGAAGAACTCGTAGCCGCTTGCGGTAAAGAGAAAATGGCGGTTAAACTTCATGCGGTCAATGAAACGGTGAATCGTGAAGTGCGCGATTTCGCCGAAGCTCGTCTTGTTGAAGCGGTTCGCATTGAGGAGAAACATGCTCGCCAGGATGCGATTGACGCTATCAATGATGAAGCGTACACCGTATTTGAAGAGAAGTATATCGAGACGCCTGAGTTGTTGAAGGATGTTAAAGAAGTGCTTCACGATATCGTGAAGGAAGAAGTTCGACGTTTGATCACGCATGACAAGGTTCGTCCGGATGGTCGTGGTCTGTCCGAGATCCGTCCTATCGATTGCGATACCAGCCTGCTGCCTAGAACGCATGGTTCCGGTCTGTTTACACGTGGACAAACCCAGGCTCTTAGCGTATGTACACTAGGTGCACTAGGTGATGTACAGATTCTCGATGGAATCGATCTGGAAGAGACCAAGCGTTTCATGCACCATTACAACTTCCCGCCGTTCAGCGTAGGGGAAGCTCGTCCGCTTCGCGCTCCAGGCCGTCGTGAAATTGGTCACGGCGCACTTGGTGAACGTGCATTGTCTAAGGTCATTCCGAATGAAGTGGAATTCCCGTACACGATTCGCCTCGTGTCTGAAGTTATTGAATCGAATGGTTCGACTTCCCAAGCGAGTATTTGTGCGAGCACGCTTGCTATGATGGATGCAGGGGTACCGATCAAAGCACCTGTAGCCGGCGTGGCGATGGGCTTGATTAAAGACGGAGATCATGTTTCCATCTTGACCGATATTCAAGGGATGGAAGACCATCTCGGCGACATGGACTTCAAGGTTGCAGGGACACCTGACGGGGTTACCGCCATTCAGATGGATATCAAGATCGACGGTATCGACCGCGCGATTTTGCAGGAAGCACTGCAGCAGGCCAAAGAAGGACGGATGCATATCCTTGGAAAAATGGCAGAAGCCATTCAAAAGCCAAGAGAAACGTTATCCCAATATGCGCCTAAGATTATTACGATGCAGATCAATCCGGACAAAATCCGTGATGTAATCGGTGCCGGCGGCAAGATCATCAACAAAATCATCGAAGAAACCGGCGTGAAAATCGATATCGAGCAAGACGGCCGCGTGTTTATTGCATCCTCCAACGATGAGATGAACAAAAAAGCTCTTTCGATTATCGAAGGCATAGTGCGTGAGGTAGCTGTTGGCGAAATCTATACAGGTACTGTAAAACGGATTGAGAAATTCGGTGCATTCGTTGAAATCCTGCCTAACAAAGACGGGCTTGTTCATATCTCCCAGCTCTCGACCGAGCGCGTAGCGAAGGTAGAGGACGTGGTTGCAATCGGTGACGTCATTACCGTGAAGGTTACCGAAATCGACCAGCAGGGACGGATTAACCTGTCTCGCAAAGCGGTTTTGACTGCGGAAACAAACAAGAGCGGATCGTAA	METRVEMQLGGRPLVFETGRLAKQANAAVMVRYGETAVLCTVTASSEPKDLDFFPLTVNYEERLYAVGKIPGGFIKREGRPSEKAILASRLTDRPIRPLFPEGFRNDVQVLNLVMSVDQDCEPEIAAMIGTSAALSISDVPFNGPIGGVAVGRVDGKFVVNPNIAEQEVSDIYLVVAGTKDAIMMVEAEANEVPEEVMLEAIMFGHEEIKKIVAKIEELVAACGKEKMAVKLHAVNETVNREVRDFAEARLVEAVRIEEKHARQDAIDAINDEAYTVFEEKYIETPELLKDVKEVLHDIVKEEVRRLITHDKVRPDGRGLSEIRPIDCDTSLLPRTHGSGLFTRGQTQALSVCTLGALGDVQILDGIDLEETKRFMHHYNFPPFSVGEARPLRAPGRREIGHGALGERALSKVIPNEVEFPYTIRLVSEVIESNGSTSQASICASTLAMMDAGVPIKAPVAGVAMGLIKDGDHVSILTDIQGMEDHLGDMDFKVAGTPDGVTAIQMDIKIDGIDRAILQEALQQAKEGRMHILGKMAEAIQKPRETLSQYAPKIITMQINPDKIRDVIGAGGKIINKIIEETGVKIDIEQDGRVFIASSNDEMNKKALSIIEGIVREVAVGEIYTGTVKRIEKFGAFVEILPNKDGLVHISQLSTERVAKVEDVVAIGDVITVKVTEIDQQGRINLSRKAVLTAETNKSGS				NA	NA	NA	NA	NA
JZ016_01700	270	rpsO	COG0184	30S ribosomal protein S15	ATGGCATTAACTCAAGAACGTAAACAACAACTGATTGACGAGCACAAAACTCATGAGTCCGATACAGGATCTCCAGAGGTGCAAATCGCTATCCTAACGGAAAACATTACGAACTTGACTGACCACTTGCGTACTCACAAGAAGGATCATCATTCCCGTCGTGGATTGTTGAAAATGGTCGGCCAACGCCGTAAGTTGCTTGCATACTTGAAAAACAAGGATGTTAAACGTTACAGTGCTTTGATCGAGAAGCTTGGATTGCGTCGCTAA	MALTQERKQQLIDEHKTHESDTGSPEVQIAILTENITNLTDHLRTHKKDHHSRRGLLKMVGQRRKLLAYLKNKDVKRYSALIEKLGLRR				NA	NA	NA	NA	NA
JZ016_01701	954	ribF	COG0196	Bifunctional riboflavin kinase/FMN adenylyltransferase	ATGAGGGTTGTTTCTTTATCCTATCCTGTATCTTCTGATATTGTACGAGAAGCTGCTGAGCCGAAGGTAGCTGCAATCGGCCAGTTCGACGGTCTTCACCTGGGACATGCCAGCGTGCTTTCGACGGCTGTTAATATTGCGCGGGAGAATGGAGTGCCGGCTGCACTCATTACCTTTTATCCTCATCCGAAAGACGTCATTGGTAAAGGGAGCTATGAGGGATATCTGACACCTCAGCCTGACAAGCAGCAGCTGCTTGAGGCAATGGGGATCGATATTTTGTACGTTGTCGAGTTCAATAAGGAGTTCTCCCAGGTGAGTCCGGAAACGTTTGTTGAAGAAATGCTGTTTCCCTTGAATCTGCAAACGGCGGTTGTCGGATTTGATTTCCGATTCGGCCATAAGGGCGCCGGTGACGCGGTCAAGCTTCAGGAACTCGGCGAAGGCAGGATGTCTGTCGTTACGGTTCCGCCGTTCCTGGTCGATGGCGAGAAGGTGGGAAGTTCATCCATACGGATTGCCTTGAAAACAGGACAGCTGTCGGATGCAAACCGCTGGCTCGGACGGAATTACCATATCCGCGGCACGGTTATTCATGGGGAGAAGCGGGGAAGAAAGATCGGTTTTCCTACTGCCAACTTGGAATTAACCGATCCGTTCGTGGCACCTGCATTAGGCGTCTATGCCGTCCGTGCTCGCACGGATAAGCATCACGACTGGATTCCGGGCGTCATGAACATCGGCGTGAAGCCGACGTTCCACGAAGGGATTACAGAACCGATCTTCGAGGTCCATCTGTTCGATTTTGAAGGGGATCTGTATGACCAGATCATGACGGTGGATATTGTTCAATATATCCGCAAGGAGCATAAATTCGAATCGGTTCAGGAGCTTGTGGAATGGATTCAGCGAGATGCCGTCGAGGCCCGCAAAATATTGAAAGTCAGTGAATAA	MRVVSLSYPVSSDIVREAAEPKVAAIGQFDGLHLGHASVLSTAVNIARENGVPAALITFYPHPKDVIGKGSYEGYLTPQPDKQQLLEAMGIDILYVVEFNKEFSQVSPETFVEEMLFPLNLQTAVVGFDFRFGHKGAGDAVKLQELGEGRMSVVTVPPFLVDGEKVGSSSIRIALKTGQLSDANRWLGRNYHIRGTVIHGEKRGRKIGFPTANLELTDPFVAPALGVYAVRARTDKHHDWIPGVMNIGVKPTFHEGITEPIFEVHLFDFEGDLYDQIMTVDIVQYIRKEHKFESVQELVEWIQRDAVEARKILKVSE	PGPT0008625_1762	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008625-ribF-K11753	NA	NA
JZ016_01702	912	truB		tRNA pseudouridine synthase B	ATGACACAATTAGAAGGCATCTTGGCCGTTCACAAGCCGGCAGGCTGGACATCCCACGATGTGGTCGCGAAAGTTCGGGGAATGGTTCGTTTGAAGCGAATCGGACATACGGGCACGCTGGACCCCGAAGTAACGGGTGTGCTTCCGTTATGCTTGGGGAGAGCCACACGAGTTGTGGAATACCTGCAGGAACTGCCTAAAGAATATCATGCGGTTCTCCGCCTCGGATATTCGACGGATACCGAAGATATTACCGGGAATGTAGTGGAGACGGCAGATGGTGTCCATGTGACAAGGGAGGAAGCGCTTGAAGCGCTGCAATCTTTTACAGGCCAGATCTCGCAGATTCCGCCCATGTTTTCCGCTGTCAAAATCAATGGTAAACGATTATACGAGCTTGCCAGAGAAGGGAAGACGGTGGAACGCAAGAGCCGGACGGTAACGATTCATGAAATCGAAATGACGGATTTTGATGCTGAAGGGGATTATACGGAAATTTCTTTCCGCGTATTATGCTCCAAAGGTACATACATCCGCACGCTTTGCGTGGATATCGGGAAGAAGCTCGGCGTGCCATCTGTCATGGTTAAGCTGGTACGCACAGTATCAGCGGGAATCACGGAGGAGCAGTGCTTAACCCTGGAGCAAATTGAGCAGTTCATGAAGGATGATACGCTGCACACCCGGCTTATTCCCGTGGATCAAGCGATTGATTTTCTGCCGAAGCATACGGTTTCTGAAGAGAAAACCGATGCTGCCCTGCAAGGACAGCGCTTGTCCTCAAGAGCGGTGGAGCCGCCGGTTGACAGCTCGGAGCCTATTCGTTTGTATGATATAAAGGAAAACTTTCTGGGAATCTATAAGCGGCAAGAGGAGACAGGGGCTATCGTTCCTGTGAAAGTATTTTCCTAA	MTQLEGILAVHKPAGWTSHDVVAKVRGMVRLKRIGHTGTLDPEVTGVLPLCLGRATRVVEYLQELPKEYHAVLRLGYSTDTEDITGNVVETADGVHVTREEALEALQSFTGQISQIPPMFSAVKINGKRLYELAREGKTVERKSRTVTIHEIEMTDFDAEGDYTEISFRVLCSKGTYIRTLCVDIGKKLGVPSVMVKLVRTVSAGITEEQCLTLEQIEQFMKDDTLHTRLIPVDQAIDFLPKHTVSEEKTDAALQGQRLSSRAVEPPVDSSEPIRLYDIKENFLGIYKRQEETGAIVPVKVFS				NA	NA	NA	NA	NA
JZ016_01703	978	nrnA	COG0618	Bifunctional oligoribonuclease and PAP phosphatase NrnA	ATGCAGACCTATGAACAAGAGCTGCAGCAGGTGAAGTCATTCCTGCTGGAGCACGATGATTATTTGGTTGTGTCGCATGTTCAGCCCGATGGAGATGCAGTCAGTTCCACCCTAGCGGTGGGCTGGCTTCTCTCATGTCTGGGCAAGAAATTCACGATGATCAATGAGGGGCCCATTCCAAAACGCATGAAAATGTTGTGGCATGCAGAAGACATTCTCAATCTGTCAGAACAGCATCCTGGAAGAACGTTCTCACACGTCATTTGTGTGGATTGTGCGGATTTTGCTAGAGTAGGCTATACGAAACAAGTATTTGCCGATCATGCAAGCATCGTTAATATTGACCATCATCCAACAAACGATCGTTATGGAGCCGTCAACCTGGTCGTGCCGGACGCGGCAGCAACCGCTGAAATCCTTTATGATTTGCTGAATTTGTTTGAAGTGAACTGGGATGCCGATATTGCAACAGCGATATATACGGGATTGTTAACCGATACCGGCGGTTTTCGCTATTCGAATACATCGCCCAAGGTGATGAGTATTGCTTCGGATCTGTTGTCCTATGGCGTCAACGGTCCCGAGATTGCGGAAACGTTACTGGAGGAAATGACGCTTCCACAGATGAAGGTGCTGGTTCAGGCGTTAAACACGTTAAGTCTGTCGGATGACGGCAAAATAGCCTGGGTATACGTAACGCCTGAGTTTATGGAATTATGCGGCGCCGTTAGCGAGGATCTGGAGGGAATTGTCAATTACCCCCGCAACATTCAGGGAGTTGAAGTCGGCATTCTGTTCAAATCGCTGAAGTCCGGAATGGTCAAGGCGAGTTTACGTTCAGCCGGAAAAGTGGATGTGGCGGCATTAGCTCAAATATTTGGCGGAGGCGGCCATGTGCGGGCAGCCGGTTGCAGCATTGAAGGCTCGCTTCATGACATTATTCCTAGAGTAATAGAGCAGGTGAGATTAAAGCTATGA	MQTYEQELQQVKSFLLEHDDYLVVSHVQPDGDAVSSTLAVGWLLSCLGKKFTMINEGPIPKRMKMLWHAEDILNLSEQHPGRTFSHVICVDCADFARVGYTKQVFADHASIVNIDHHPTNDRYGAVNLVVPDAAATAEILYDLLNLFEVNWDADIATAIYTGLLTDTGGFRYSNTSPKVMSIASDLLSYGVNGPEIAETLLEEMTLPQMKVLVQALNTLSLSDDGKIAWVYVTPEFMELCGAVSEDLEGIVNYPRNIQGVEVGILFKSLKSGMVKASLRSAGKVDVAALAQIFGGGGHVRAAGCSIEGSLHDIIPRVIEQVRLKL				NA	NA	NA	NA	NA
JZ016_01704	354	rbfA		Ribosome-binding factor A	ATGGCAAAAATCAGAACTGGGCGCGTAGGCGAGCAGATTAAAAAAGAGCTCAGCCAACTGATCCAAACGGAGATGAAAGACCCAAGAATCGGTTTCATTACAGTGACCGGTGTTGATGTTACAAACGACCTGTCTCAAGCGAAGGTATACCTGAGCGTGCTCGGCGACGACGAGCAGAAGGCAGCTTCCTTAAAAGGGTTGGAGAAGGCAAGCGGCTTTCTCCGCTCCGAGCTGGGCAAGCGGATTCGACTCCGGCATGTGCCGGAGCTGATCTTCAAATTCGATGATTCCATTGCGTACGGCAGCCATATTGAGAAGCTGTTGACCGAAATCGTGGATCGCGAAGAGAAATAG	MAKIRTGRVGEQIKKELSQLIQTEMKDPRIGFITVTGVDVTNDLSQAKVYLSVLGDDEQKAASLKGLEKASGFLRSELGKRIRLRHVPELIFKFDDSIAYGSHIEKLLTEIVDREEK				NA	NA	NA	NA	NA
JZ016_01705	2661	infB		Translation initiation factor IF-2	TTGAGTAAACAGGAAAACAAAGACAATAAACTTCGAGTATACGAATATGCTAAATCGTTGAACATGAGCAGTAAAGAAATCATCACGATCCTTAAACGTTTGAACGTTCCGGTCAATAACCATATGAGCGTAATGGAAAACGATACGGTGTCCAAGGTCGAGCAGTTCTTTAAAGATATCAAATCGAATGCAGCAGCCAAGCGGGATAGTGGCGACGCTTCCCGAACCGAGAATCGTAAACCGGCGGTTTCCGGAGCCAATGCGGCTGCAACTGTATCCAATGCAAGAACAGAAGGCACTTCCGCTAGCGGAAGTGCAGAAGGCAACCGTAATGGGCAGGACGGTATGCGTAATTCAGGACAGAGAGCAACAGGACAACAAGGTCAAAGCCAGCCCAAAAAACAACAGGAAAAGCAGGTAGGTATGAATAGTAGAACGAATCAAAACACTCAGAATGCTTCAGGTTCCCAGCGTCCCCAAGGAGGACAGGATACCCGAAGAAATCAGTCTGGCTCCGCACAAGGAAGTCAGCAGAACAATCGTAGCCAAGCATCCAGACCAGGCGGCAGCACGCAGACCGGATCACGTCCTCAGGGCGGAGGTCAAGGCGGCGCACGTCCGCAAGGCAGTAATCAAGGTGGATCGCGTCCGCAGGGCAGCAACAACCAAGGCGGAGCACGTCCACAGAGCAAGCCGGGTGGAACCGGAGGCGGATTCACAAGCTCTAACAACAACAACAGTAACAGCCAGAACCGCGGTTCCAGAAACAACAATAACAATCGTTCAGACTCCAAGCGTTTTGATGACAACAACCGTCAAGGTGGATTCCGTGGCAACAATCGCGGTGGAAAGAACAACCGTGGCCGGAATCAACATAATCAGCAGCCGCCTCGTGAGAAAATCGACAACACGCCGAAGAAAATTATCGTCCGTGGCAACATGACCGTCGGTGAAACGGCGAAGCTGCTTCACAAGGACGCTTCCGAAGTCATCAAGAAGCTGATTTTCCTCGGCGTGATGGCCACCATCAACCAGGAGCTGGATATCGATACGATTCTATTGCTCGCTGGCGAATTCGGTGTAGAAGTCGAAGTGAAAATTCCGGTTGAGGAAGATCGTTTTGAGACCGTTGAAGAAAACGATGCTCCGGAAGAACTGAAAGAGCGTCCACCGGTCGTTACCATCATGGGTCACGTCGACCACGGTAAAACGACGCTGCTTGATGCGATCCGTTCCACGAATGTATCGAGTGGAGAGGCTGGCGGTATTACGCAGCATATCGGTGCTTATCAAGTCGAGATCAATAACAAGAAGATTACGTTCCTGGATACACCAGGCCACGAAGCGTTTACGGCTATGCGTGCCCGTGGTGCGCAAGTAACGGATATGACGATCATCGTGGTTGCGGCTGACGACGGCGTGATGCCACAGACGGTCGAAGCGATTAACCATGCGAAAGCTGCAGGCTTGCCGATCATCGTTGCCGTGAACAAAATCGATAAACCTGATGCTAACCCGGATAAAGTCAAACAAGAATTGACGGAATACGAGTTAGTGCCTGAAGAGTGGGGCGGAGACACCATCTTCGTTAACGTTTCGGCGAAACAGCGGATGGGTCTGGAAGACTTGCTTGAAATGATTCTTCTGGTAGCAGAAGTGAATGAATATAAAGCAAACCCTGACAAACGCGCACGCGGTACTGTTATTGAGGCTGAGCTCGATAAAGGCAGAGGTCCGGTAGCACGCATTCTCGTTCAGCATGGTACATTGAAAGTGGGCGACGCCTTCGTAGCGGGCAACTGCTTTGGTCGTATTCGTGCAATGGTGAACGATAAAGGACGTCGATTAAAAGAAGCGGGTCCTTCAACGCCGGTTGAAATTACCGGTTTGACTGAAGTTCCAGGCGCCGGCGATCCGTTTATGGTGTTTGAAGATGAGCGTAAAGCGCGTAATATCGCTGATAAGCGTGCGATTACCCATCGTCAATCCGAGTTGAACACGAATACCCGCGTGACGCTGGATGATCTGTTCCAACACATTAAAGACGGTGAGATCAAAGATCTTAACGTGATTATCAAAGGTGACGTACAAGGTTCTGTTGAGGCACTGAAAGGTTCCTTGAACAAAATCGAGGTGGAAGGCGTTCGCGTCAAAATTATCCACAGCGGTGCCGGGGCAATCACGGAATCCGATATTATTTTGGCCGCTGCTTCCAACGCGATTGTTATCGGCTTTAACGTTCGTCCGGACGTTCAAGCGAAGCAAACCGCCGAGCAGGAAAAGGTTGATATTCGTCTGCACCGTGTAATATATAATGTAATCGAGGAAATTGAGCAAGCTATGAAGGGGATGCTCGATCCGGAGTACAAAGAAACCGTGATCGGTCATGCGGAAGTCCGCAACACCTTTAAAGTGAGCAAAGTGGGTACGATTGCAGGATGTATGGTGACATCCGGTAAAATTGCGCGTAACGCAGAAGTTCGCTTGATCCGTGACGGCATTGTCGTTCATGAAGGCAAGATCGATTCCCTCAAGCGCTTTAAAGATGACGCTAAAGAAGTGGCACAGGGTTATGAGTGCGGTATTACCTTGGCAAGCTATAGCGACGTCAAAGAAGGAGACGTAATCGAAGCCTTCATCATGGAGACAGTAGAGCGCTAA	MSKQENKDNKLRVYEYAKSLNMSSKEIITILKRLNVPVNNHMSVMENDTVSKVEQFFKDIKSNAAAKRDSGDASRTENRKPAVSGANAAATVSNARTEGTSASGSAEGNRNGQDGMRNSGQRATGQQGQSQPKKQQEKQVGMNSRTNQNTQNASGSQRPQGGQDTRRNQSGSAQGSQQNNRSQASRPGGSTQTGSRPQGGGQGGARPQGSNQGGSRPQGSNNQGGARPQSKPGGTGGGFTSSNNNNSNSQNRGSRNNNNNRSDSKRFDDNNRQGGFRGNNRGGKNNRGRNQHNQQPPREKIDNTPKKIIVRGNMTVGETAKLLHKDASEVIKKLIFLGVMATINQELDIDTILLLAGEFGVEVEVKIPVEEDRFETVEENDAPEELKERPPVVTIMGHVDHGKTTLLDAIRSTNVSSGEAGGITQHIGAYQVEINNKKITFLDTPGHEAFTAMRARGAQVTDMTIIVVAADDGVMPQTVEAINHAKAAGLPIIVAVNKIDKPDANPDKVKQELTEYELVPEEWGGDTIFVNVSAKQRMGLEDLLEMILLVAEVNEYKANPDKRARGTVIEAELDKGRGPVARILVQHGTLKVGDAFVAGNCFGRIRAMVNDKGRRLKEAGPSTPVEITGLTEVPGAGDPFMVFEDERKARNIADKRAITHRQSELNTNTRVTLDDLFQHIKDGEIKDLNVIIKGDVQGSVEALKGSLNKIEVEGVRVKIIHSGAGAITESDIILAAASNAIVIGFNVRPDVQAKQTAEQEKVDIRLHRVIYNVIEEIEQAMKGMLDPEYKETVIGHAEVRNTFKVSKVGTIAGCMVTSGKIARNAEVRLIRDGIVVHEGKIDSLKRFKDDAKEVAQGYECGITLASYSDVKEGDVIEAFIMETVER				NA	NA	NA	NA	NA
JZ016_01706	360			hypothetical protein	ATGAATTCCTGGCTGCAAAAGAGAGTGCTGCCGATGATGAATAGGGCGCTTTCTCAGCTCGGCCTGGCCATGAGGGCAGGTAAGGTGGTTACCGGGGATGAGATCGTGCTCAAAGCCATCCGGTCTTCTGAAGCAAAATTGGTTATTCTGGCGGGTGACGCCTCAGTGAATACAACAAAGAAGATCCGCGATAAATGCGGTTCTTACAATATCCCTCTGGTAATCGGATTTGACCGGGAAAGTCTGGGCACAAGTGTAGGTAAACCCGAGCGGGTTGTGCTGGCAGTTACGGATCAAGGATTCGCAGAAATGATCTCCAAGAAACTGGAGACAATGTCGGAGGTGGAGTATATTGAGTAA	MNSWLQKRVLPMMNRALSQLGLAMRAGKVVTGDEIVLKAIRSSEAKLVILAGDASVNTTKKIRDKCGSYNIPLVIGFDRESLGTSVGKPERVVLAVTDQGFAEMISKKLETMSEVEYIE				NA	NA	NA	NA	NA
JZ016_01707	312			hypothetical protein	TTGAAACAGAGAAAGATACCGCTGCGTAAATGTGTAGCGTGTCAGGAAATGATGCCGAAGAAAGAGCTTATCCGGATTGTTAGGACTCCCGAGGATGCTGTCCTGATCGATCTCACCGGCAAAAAGTCGGGACGGGGAGCGTATTTATGCGGCAAAGTTTCCTGCTTCAAGCTGGCGCACAAAAATAAAGCACTGGATCGCGCGTTGAAACAACATGTGAAGCCAGAGATCTATGAACAGTTGGCACAGGATTTCATCAAGGTGGAAGATGAATTCCTGGCTGCAAAAGAGAGTGCTGCCGATGATGAATAG	MKQRKIPLRKCVACQEMMPKKELIRIVRTPEDAVLIDLTGKKSGRGAYLCGKVSCFKLAHKNKALDRALKQHVKPEIYEQLAQDFIKVEDEFLAAKESAADDE				NA	NA	NA	NA	NA
JZ016_01708	1098	nusA	COG0195	Transcription termination/antitermination protein NusA	ATGAGTATGGATTTTATTGAAGCGATGAATGAGTTGGAAAGAGAAAAGGGCATCAGTAAGGATGTGCTGTTTGAAGCCATTGAAGCGGCACTGATCTCGAGTTACAAGCGCAATTTCAACACGGCGCAAAATGTACGGGTAGACATGAATCGCAATACGGGTGTTATCAAGGTGTTCGCGCGGAAGCTGATTGTGGAAGAGGTGCTGGATCCGCGGACTGAAATTTCGCTGCATGCAGCCCGGGAAATCAATCCGCATTTTCAGATTGAAGATATAGCGGAAATCGAGGTTACGCCACGTGATTTTGGACGGATTGCAGCTCAAACGGCAAAGCAAGTTGTTACCCAGCGCATTAGAGAAGCCGAACGCGGCCTGATCTACAGCGCTTTTATTGACAAGGAAGATGATATCGTAACGGGTACGCTGCAGCGTCAAGATTTACGTAACATCTATATCGACCTTGGCAAGATCGAAGCGGCTCTGCCGCTTACCGAGCTTATGCCTAACGAGAAGTTCAAGCATGGCGACCGGATCAAAGCGTACATTACCAAGGTTGAGAATACCACCAAAGGGCCGCAGATTATGCTGTCCCGTACGCATCCGGGCCTCTTGAAGCGCCTGTTCGAGCTTGAAGTGCCGGAAATCTTTGACGGCGTTGTTGAAATTCGCTCGGTTGCGCGCGAAGCTGGATTCCGCTCCAAAATTGCGGTATTTTCCCGTAACGATGAAGTCGATCCGGTTGGCTCTTGCGTAGGACCTAAAGGTATGCGCGTACAGACGATTGTCAATGAGCTTCGCGGCGAAAAGATTGACATCGTGCGTTATTCCGAACAGGTTGAAGAATACGTGGCCAATGCGCTGAGCCCATCCAAAGTACTTGAAGTTCAAGTGTTTGAAGATGAGAAGATGGCGCGTGTAATTGTTCCGGATTATCAACTCTCGCTTGCGATTGGGATCAAAGGCCAGAATGCTCGTCTCGCGGCGAAGCTGACAGGCTGGAAGATTGATATTAAGAGCGAAAGTCAGGCGGAGCAGGAATTTGGCAGACCGAAGTCCCAATCAGGTGAAATGCACCAGGATTCTGTCTCTGTCGATTAA	MSMDFIEAMNELEREKGISKDVLFEAIEAALISSYKRNFNTAQNVRVDMNRNTGVIKVFARKLIVEEVLDPRTEISLHAAREINPHFQIEDIAEIEVTPRDFGRIAAQTAKQVVTQRIREAERGLIYSAFIDKEDDIVTGTLQRQDLRNIYIDLGKIEAALPLTELMPNEKFKHGDRIKAYITKVENTTKGPQIMLSRTHPGLLKRLFELEVPEIFDGVVEIRSVAREAGFRSKIAVFSRNDEVDPVGSCVGPKGMRVQTIVNELRGEKIDIVRYSEQVEEYVANALSPSKVLEVQVFEDEKMARVIVPDYQLSLAIGIKGQNARLAAKLTGWKIDIKSESQAEQEFGRPKSQSGEMHQDSVSVD				NA	NA	NA	NA	NA
JZ016_01709	462	rimP	COG0779	Ribosome maturation factor RimP	TTGAGCACATCAAAGATTAAAACGACTGTGGAAGAAATGGTGCAGCCGTATTTGGACGAACACGGCTTTGAACTGGTAGATGTGGAATACGTGAAGGAAGGAAGCAACTGGTTCTTGCGCGTGTTTGTTGATAAAGACGGCGGCATTGACATTGACGATTGCGGTTTAATCAGTGAATACCTGAGCCAGAAGCTGGACGAGAACGATCCGATCCCGACAGCTTATTTTCTTGAAGTCTCTTCTCCTGGCGCGGAACGTCCCCTGAAGAAAAAAGAGGATGTTGCGAAGTCAGTCGGCAAGGACGTGTTTGTAACGGTATACGAGCCGATTAACGGGTTGAAAGAGTTTGAAGGCAAGCTGGAATCCTTTGATAACGAGGAGCTAGTCATTCAAACCGTCAAGAAACAGTACGTGATTCCATATGCAAAAGTAGCCAGTGCCAGATTGGCCATCATTTTTTAA	MSTSKIKTTVEEMVQPYLDEHGFELVDVEYVKEGSNWFLRVFVDKDGGIDIDDCGLISEYLSQKLDENDPIPTAYFLEVSSPGAERPLKKKEDVAKSVGKDVFVTVYEPINGLKEFEGKLESFDNEELVIQTVKKQYVIPYAKVASARLAIIF				NA	NA	NA	NA	NA
JZ016_01710	4317	polC	COG2176	DNA polymerase III PolC-type	ATGGGCACAACAGAAGATAAAAGGAAGCGATTTGAACTGCTGATCAAGCAGGGAGAAGTTCCGGCCAATCTGGTGGAACCCTATTTTTTGGATGGTGTGATCGAGCAGGTAGAGACAAGCAAGGCCAGCAAGGACTGGAGAATAACCGTCCTGAAGGAGACCTTGGTTCCAGCTGAGGTCTATCGCACATTTTGTCTGAGAATTCAGGAGAAGATGGGGCATATCGCGAAGATCAAATTTGTGTTCCGATATGGAAGCAGCGTTCCCGAAGCAGATATCGTGCAAGAATACTGGGGTTTGTTTCTAGAATGGGCACATCGTGAGATCCCTTCGGTTAATGGATGGATGACAAGGGCTAAATACGAGGTGGAAGATGGGCAAGTCCTTCTCTCCATGTCGGATGGCATGTCGCTGGAGCTTGCCCGCAAGAAACAGATCGATTCCGCCATTACCCGCTTTTTCGGGCAATATTTCGATCTGACGCTGCGCGTGAAAATGCAGGTCGGCGATAATGGTCAGGCGGCTTACGAGGAGTTCGAGCAGAGGAAGCGGGAAGAAGAACGCGAGGTCATCGAGCAGATCATGAGCAGCATGGAAGCTGAGCTGGATGCCGAGGATGAGGAAGAGGGCGCGGTTCGGCTGCAGGTTGGGTATGATATCAAGGAACCGCCGGTTCCGCTTCAGGAGATCCAAGACGAAGAGAAGAAAATTACGATTCAGGGAACCATCTTCGGATTGGATCGTAAGGAACTTCGTAACGGAAGTACGTTATTCACATTCTATCTGACGGATTTCAGCGATTCTTTGCAAATGAAAATGTTTGGTAAGACCAAGGAGGACTTGAAGGTCCTGAGCCTGCTTGAGAACGGCAAATGGGTGAAGGCACGCGGGCGCGTGGAATATGACCGGTTTATGCAGGTGCCGGAGCTGGTGATGATTCCGTCCGATCTTAATGAAGTGCCGGCGCCGCCATCTCGTAAGGATAATGCAGCCGAGAAACGGGTAGAATTCCATCTGCATACAACGATGAGCACGATGGACGCAGTCACGCCGATCGACCGATACATCAAGACCGCGGCTGCCTGGGGCCATAAAGCGATTGCCGTTAGTGATCATGGCGGGGTGCAATGTTACCCTGAAGCAGCCAAGAACGCAAAGAAACACGGGATTAAAATGTTGTACGGCGTCGAGGCCAACGTTGTGAATGATGCCGTCAATATCGTGGAACAGGCACAGCCGATTGAACTGAGCAGCGCGACTTACGTGGTGTTCGATATTGAAACCACAGGTTTGTCCATCACCGCGAACAAGATTATCGAGCTGGCCGCAGTTAAGATGAACGAGGGCAAGGAAATTGGCCGATACGCCACTTTTGTCAACCCGCATGAGCGTATTCCATACCATATTCAGCAATTGACCAATATCAATGATGACATGGTTAAGGATGCTCCTGAACTGGAGCCGGTATTGAAAGAGTTTGTTGAATTCGTCGGGGATGCCGTGCTTGTGGCTCACAACGCTCGATTTGACATGGGATTCATTCAGGCAGCGCTCAAAAATGCCGGGATGGATACGCTCGACAATCCCTACCTGGATACGCTGGAGCTGGCACGTCTGGTACATCCGGGACTTAAGAATCATCGTCTTAACACGTTGGCTGACAAGTATAAGGTACTGCTCGAAAGCCATCACCGAGCGATTGACGATACGATTGCGCTGGCAGGAATCCTGAACGGGCTCCTTAGCGATGTGGACAAAACCAAAGGCGTTAAGATGCTGGACCGCCTCAATGATTATGTCGGTACGGATCTGTCCAATACCCGTCCTTTCCACTGCGGTATTTATGCTTTGAATATGACGGGCAAGAAAAACCTGTACAAGCTGATCTCCATGTCGCATACCGAATATTTCAAGCGAGTGCCGTGTATTCCTAAATCCAAGCTTCAAGAGATGCGAGATGGGTTACTGGTGCTTTCCGGCTGCGAAAAAGGGGAGTTCTTCGAAACGGTGCTGAACAAAACGGAGGAGGAAGCCGAAGAGATTGCGGACTTCTACGATGTTTTGGAGATTCAGCCGTTGACGATGTATATGCATTTGGTGGACAAAGGCTTGGTAGGCAGTCCCGAAGAGATCAAAACCGCAATTTCCAAAGTCGTGCGTATCGGCGAAAAACTGAACAAGCCGGTCATCGCCACAGGAAACGTGCACTATCTTGAACCGCGGGATAAGCTGTTCCGGGATATTACCATCCATGGGATTACCGGTTTCAGCCCGCTCAAGGATATGCGCAAGCCTGACGCGCATTTTCGGACTACGGATGAGATGCTCGAAGAATTCGAGTTTTTGGGACAGAGCAAATGTTATGAAGTTGTTGTAACGAACACTAGCGAGCTGGCCGACCGCTTTGAAGAATTGGAATTGTTCCCGGACAAGCTGTTTACGCCGATTCTGGATGGCGCGGATGAAGAAATCCGCAACACCTGCTACGACACGGCCAAGTCCATTTATGGCGAGAACTTGCCGGAAGTCGTAGTGGCCCGGTTGGAGAAAGAGCTTGAGCCGATCATTAAATACGGTTTCTCAGCGAACTATTTGATTTCCGAGAAACTGGTTAAGAAATCGAACCGGGACGGCTATTTGGTTGGTTCACGGGGTTCCGTAGGTTCATCCGTCGTTGCCACATTCCTCGGCATATCCGAGGTTAACCCGCTTCCCGCCCATTACATTTGCTTGAACAGCGACTGCAAACACAGCGAATGGTTCCTGGACGGCAGCGTGCCGAGTGGATTTGACTTGCCGGACAAAGCTTGTCCGGAATGCGGAAACATGATGAAAGGCGAGGGACAGGATATACCATTCGAAACCTTCCTGGGTTTTAAAGGGGATAAGGTTCCCGATATTGACTTGAACTTCTCCGGTGAATATCAGCCGCATGCCCATAATTTCACCAAAGAGATGTTTGGCGAGGAGAACGTATTCCGTGCCGGTACCATCGGCACCGTGGCAGAGAAGACGGCGTTTGGCTTTGCCAAAAAATATGAGGAACACAACAACAAGCGCTGGCGGGGCGCGGAATTGAACCGGCTGGCATCAGGCTGTACCGGCGTCAAGCGGAGCACAGGCCAGCATCCCGGCGGTATTGTCGTTGTGCCGGATTACATCGAAGTGGAAGAGATTACGCCGGTGCAATTCCCCGCGGACGATGTCAATGCAGAGTGGAAAACGACGCATTTTGATTATCACGCCTTTGAAGCGAATCTGCTCAAGCTGGATATTCTCGGACATGATGATCCGACGATGATGAGGATGCTCCAGGATTTGACCGGCGTGGATCCAACGACCATACCGATGAACGATCCGAAAGTAATGAGCATGTTTAACTCGACGGAAGCGCTTGGCGTCAGGCCGGAGCAAATACGCTCGCCGGTGGCCACCTTCGGCGTGCCGGAGATGGGTACCAAATTCGTACGTCAGATGCTGGTGGAATCGCAGCCGTCGAGTTTTGCCGACTTGTTGCAAATCTCGGGTCTGTCACACGGAACCGGCGTTTGGCTCGGCAACGCGCAAGAGCTTATCAAGAATGGTACATGCAACATCAAAACCGTTATTGGTTGCCGCGATGATATCATGTTGTTCCTGATTTATAAGGCTGGAATGGACGCGAGCCTCGCGTTTAAAATTACGGAAAGCGTACGTAAAGGCCGGGGATTGTCACAGGAATGGATTGACGAGATGAAGAAATGCAAAGTGCCGCAGTGGTACATTGATTCCTGTCTCAAAATCCAGTACATGTTCCCGAAAGCCCACGCCGCCGCGTATGTTATCTCAGCGGTGCGGACGGCTTACTTCAAGCTTTATTATCCGATCGAATATTATGCAACGTATTTCTCGGTGCGTGCCGAGGATTTCGATATCGAACTATGCTGTCAGGGTTATGAGGCGATTTATCGCCGGATTGAAGAGATTGAGCAGCTCGGCTTCGGAGCAAGCCCGAAAGAAAAGGGTATGCTGCCGATTTTGGAGATGGCGCTGGAAATGACAGCGAGGGGCTTCACGTTCAAGAACATCGATCTGTATGAATCGGATGCGCTCCGATTTAAGGTGGATGGAAACTCGCTCATACCGCCGTTCTCTGCGCTTGCGGGAATCGGCGATAACGCCGCCCGCAACATTGCTGCCGCGCGTGAATTTGGAGAATTCCTCTCCATCGAGGATTTCCAGCAAAAATCGAAGGCAAGCAAAACCGCCGTGGAGCTGTTAACCCAAATGGGATGCTTCCGCGGTCTGCCGGAGAGCAACCAGTTGTCATTGTTCTGA	MGTTEDKRKRFELLIKQGEVPANLVEPYFLDGVIEQVETSKASKDWRITVLKETLVPAEVYRTFCLRIQEKMGHIAKIKFVFRYGSSVPEADIVQEYWGLFLEWAHREIPSVNGWMTRAKYEVEDGQVLLSMSDGMSLELARKKQIDSAITRFFGQYFDLTLRVKMQVGDNGQAAYEEFEQRKREEEREVIEQIMSSMEAELDAEDEEEGAVRLQVGYDIKEPPVPLQEIQDEEKKITIQGTIFGLDRKELRNGSTLFTFYLTDFSDSLQMKMFGKTKEDLKVLSLLENGKWVKARGRVEYDRFMQVPELVMIPSDLNEVPAPPSRKDNAAEKRVEFHLHTTMSTMDAVTPIDRYIKTAAAWGHKAIAVSDHGGVQCYPEAAKNAKKHGIKMLYGVEANVVNDAVNIVEQAQPIELSSATYVVFDIETTGLSITANKIIELAAVKMNEGKEIGRYATFVNPHERIPYHIQQLTNINDDMVKDAPELEPVLKEFVEFVGDAVLVAHNARFDMGFIQAALKNAGMDTLDNPYLDTLELARLVHPGLKNHRLNTLADKYKVLLESHHRAIDDTIALAGILNGLLSDVDKTKGVKMLDRLNDYVGTDLSNTRPFHCGIYALNMTGKKNLYKLISMSHTEYFKRVPCIPKSKLQEMRDGLLVLSGCEKGEFFETVLNKTEEEAEEIADFYDVLEIQPLTMYMHLVDKGLVGSPEEIKTAISKVVRIGEKLNKPVIATGNVHYLEPRDKLFRDITIHGITGFSPLKDMRKPDAHFRTTDEMLEEFEFLGQSKCYEVVVTNTSELADRFEELELFPDKLFTPILDGADEEIRNTCYDTAKSIYGENLPEVVVARLEKELEPIIKYGFSANYLISEKLVKKSNRDGYLVGSRGSVGSSVVATFLGISEVNPLPAHYICLNSDCKHSEWFLDGSVPSGFDLPDKACPECGNMMKGEGQDIPFETFLGFKGDKVPDIDLNFSGEYQPHAHNFTKEMFGEENVFRAGTIGTVAEKTAFGFAKKYEEHNNKRWRGAELNRLASGCTGVKRSTGQHPGGIVVVPDYIEVEEITPVQFPADDVNAEWKTTHFDYHAFEANLLKLDILGHDDPTMMRMLQDLTGVDPTTIPMNDPKVMSMFNSTEALGVRPEQIRSPVATFGVPEMGTKFVRQMLVESQPSSFADLLQISGLSHGTGVWLGNAQELIKNGTCNIKTVIGCRDDIMLFLIYKAGMDASLAFKITESVRKGRGLSQEWIDEMKKCKVPQWYIDSCLKIQYMFPKAHAAAYVISAVRTAYFKLYYPIEYYATYFSVRAEDFDIELCCQGYEAIYRRIEEIEQLGFGASPKEKGMLPILEMALEMTARGFTFKNIDLYESDALRFKVDGNSLIPPFSALAGIGDNAARNIAAAREFGEFLSIEDFQQKSKASKTAVELLTQMGCFRGLPESNQLSLF				NA	NA	NA	NA	NA
JZ016_01711	1458	proS_1	COG0442	Proline--tRNA ligase	ATGTCTAAGGAATCGAAGGATAAACAATTCGTGACGGAGATTACGCCGCAAGCGGAAGATTTCTCGCGCTGGTATATCGATGTCATCAAAAAAGCGGACCTGATGGATTACTCTCCAGTCAGAGGCTGCATCGTCTTCAAACCGGACGGTTATGAAATTTGGGAGCATATCCAGGAAGAGTTGGATCGACGCTTTAAGGCTACGGGCCATCGGAATGCGTATTTCCCGCTGTTCATTCCCGAGAGCTTTTTCCAAAAGGAGAAGGAGCATGTCGAAGGATTTAATCCCGAGCTGCCATGGGTCACGGAAGCAGCTGGAGAGAAGCTGGAGGAACGTCTGGCGATCCGTCCGACTTCCGAAACGATGTTCGGGCACATGTATTCCAAATGGATTCAATCCTATCGTGATCTCCCTGTGCTGATTAACCAGTGGGCTAACGTGGTCCGCTGGGAAAAACGCACGCTGCCGTTCCTTCGCACGAGTGAGTTTCTATGGCAAGAAGGCCATACCGCGCACGAAACGGAAGTTGAGGCTAGAGGGGAAACCATGCAAATGCTGGATATCTATCAGCAATTCGTAGAGGACTACCTCGCGATTCCGGTAATCAAAGGGCAGAAGACACCTTCGGAGAAATTCGCTGGCGCCGTGGATACGTTCTCGATCGAAGCGATGATGAAAGACGGACGAGCTGTACAGGCTGGTACTTCGCATTATATGGGGACCAACTTCTCGCAAGCTTTTGACATCCAATATTTGAATCGTGAAAATACGCTGGAATATGCTCACACGACATCCTGGGGCGTCAGCACACGTCTCATTGGTTCGTTGATTATGGTCCATGGGGATGACCGCGGATTGGTGCTTCCTCCTAAAGTCGCGCCAACGCAAGTGATCATGATTCCAATTGGTCCGCCGAAGACGAGAGACGCGGTTGTGGGCCGTACGGACGAACTGTTCCGTGAACTGAAATCCGCAGGCATCCGCGTACGCGTTGACGACAATCCGGATGTGCGTCCAGGCTGGAAATTCAATGAGTATGAAATGCGCGGAGTACCGGTGCGTCTGGAGATCGGACCGCGTGACATGGAGAATGGTGTGTGCGTGCTTGTCTCCCGTATTACAGGCGAGAAGAAAATCGTAGAGCAAGCGAATCTGACCCAGGAAGTACAGAATATGCTGGAGCAGGTGCACCAGGAAATGTTCGAGCGCGCGAAGCAGTTCCGTGAGGATCATTTCTATTCGGTGGAGACACTGGATGAAATGAAGGACAGCATGGAGGAAAAACGCGGGTTTACCTTGGCTGGATGGTGCGGTTCGGAAGCTTGCGAAGATACCGTCAAGCAAGAAACCGGTGCTACGAGCAGAAACATTCCGTTCGAACCGGCCGAGAAGAAAACCAAGTGTCTCGTATGTGGTGAAGATGCGAAACATACCGTGCTGTTCGCGAGAGCGTACTAG	MSKESKDKQFVTEITPQAEDFSRWYIDVIKKADLMDYSPVRGCIVFKPDGYEIWEHIQEELDRRFKATGHRNAYFPLFIPESFFQKEKEHVEGFNPELPWVTEAAGEKLEERLAIRPTSETMFGHMYSKWIQSYRDLPVLINQWANVVRWEKRTLPFLRTSEFLWQEGHTAHETEVEARGETMQMLDIYQQFVEDYLAIPVIKGQKTPSEKFAGAVDTFSIEAMMKDGRAVQAGTSHYMGTNFSQAFDIQYLNRENTLEYAHTTSWGVSTRLIGSLIMVHGDDRGLVLPPKVAPTQVIMIPIGPPKTRDAVVGRTDELFRELKSAGIRVRVDDNPDVRPGWKFNEYEMRGVPVRLEIGPRDMENGVCVLVSRITGEKKIVEQANLTQEVQNMLEQVHQEMFERAKQFREDHFYSVETLDEMKDSMEEKRGFTLAGWCGSEACEDTVKQETGATSRNIPFEPAEKKTKCLVCGEDAKHTVLFARAY				NA	NA	NA	NA	NA
JZ016_01712	1275	rasP	COG0750	Regulator of sigma-W protease RasP	TTGGAAATGGTTCGGGTCGTTTTTTTAACGGTGCTCATGTTTTTTGTGATCGTTACCGTGCACGAATGGGGTCACTATTATTTTGCCCGGCGTGCCGGAATCTTGGTACGCGAGTTCGCGATTGGATTTGGTCCAAAGCTGTTCTCATATAAACGCCATGAAACGCAGTTTACGCTACGTCTTCTTCCATTCGGCGGATATGCCCGCATGGCCGGGGAAGATCCGGAACTTGTCGAGATTCAGCCCGGTCAGACGATTGCGGTTCGATTGAATGCAGAGAATCAAGTGAAAAAGATTTATCTGGATCAACTCGACAACCGTAAAAATGTCATTCGCGGCGAAGTCCAGTTTATGGATATGGTGGATCGTTTGTCGGTTAGGCTTGATGTGGATGGTGAGTTCCAGCAATTTGAAATCCATCCGCAAGCCTTGACGGTAGCCAAAGGTGTCGAGACGCAGATCGCACCGAGAGACCGTCAATTCGGCAGCAAAACCGTTGGCCAAAGAGCGCTTGCGATTTTTGCCGGTCCTGTCATGAACTTCATACTGGCCTTCGTGCTGTTTGCCCTTCACATTCAAATGGCCGGCATACCGGTTGAGAATCCAACCTATGTGCAGATTGGCGAGATTACCAAAGGCATGCCTGCAGATGAAGCCGATCTGAAAGAGGGAGACATCATCGAGAGCATTAACGGAACCGCCATTGGTGCCGATTATCAGAAGATGATCGAATTGATTGCGGCGTCCAAGGACAAGCCGATGGAATGGACTGTGCGCCGGGGTGAGGAATCATTTGATCTGACCTTAACTCCGCGGACGATGGAGGGACAGGAAGGCGGCAAGGTCGGGATTGTTCCTGAGCTTCCTACCCGATCCGCAGGGATTGGGGAGACAATTACCGGGTCCGGAACCGCAATGGTAGATACAACGAATATTATCTTCCAGGGCTTCAGACAGTTGATTCAGAAGTTCTCCATGGATGATCTTGGCGGTCCTGTACGGACGTTCGAAGTGACGGGGCAAATCGCCAAGCAGGGTATCGAACAGCTGACCTATTGGGCGGCCATTCTAAGCTTGTATCTGGGCATATTCAATCTGCTGCCGATTCCGGCACTCGATGGAAGCCGGCTTGTATTCTTAGGGATCGAAGCTTTAAGGGGCAAGCCAGTTGACCCGAACAGAGAAGGCATGGTTCATTTTGTCGGGTTTGCGATGCTGTTCCTGTTAATGATAGCCGTAACCTATAACGATATTTTGCGTTTGATCAACGGATAA	MEMVRVVFLTVLMFFVIVTVHEWGHYYFARRAGILVREFAIGFGPKLFSYKRHETQFTLRLLPFGGYARMAGEDPELVEIQPGQTIAVRLNAENQVKKIYLDQLDNRKNVIRGEVQFMDMVDRLSVRLDVDGEFQQFEIHPQALTVAKGVETQIAPRDRQFGSKTVGQRALAIFAGPVMNFILAFVLFALHIQMAGIPVENPTYVQIGEITKGMPADEADLKEGDIIESINGTAIGADYQKMIELIAASKDKPMEWTVRRGEESFDLTLTPRTMEGQEGGKVGIVPELPTRSAGIGETITGSGTAMVDTTNIIFQGFRQLIQKFSMDDLGGPVRTFEVTGQIAKQGIEQLTYWAAILSLYLGIFNLLPIPALDGSRLVFLGIEALRGKPVDPNREGMVHFVGFAMLFLLMIAVTYNDILRLING	PGPT0011685_2355	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-PILUS|FIMBRIAE_SYSTEM	MOTILITY-PILUS_SYSTEM,PGPT0011685-rseP-K11749	NA	NA
JZ016_01713	1140	dxr	COG0743	1-deoxy-D-xylulose 5-phosphate reductoisomerase	ATGAAGAAGATCAGCGTACTCGGCTCCACTGGCTCCATAGGTACCCAGACTTTGGATGTTGTAAGGAAACACCGGGAACATTTTCAGATTGAGGGCCTCGCTGCAGGGAGTAATAAGGACCTGCTGCTTCAGCAGGTCAAGGAGTTTTCTCCTCGCAAAGTGTCCGTTGCTACAAGAGAGCTTGCTGACAGCATAAGGCATGATCTTCCTGCCGGAACCGAAGTGTTCCATGGTCATGAAGGCTTGATCGAGATTGCGGCAGCGACAGATGCGGAAATGGTGGTTACAGCGGTCGTTGGAAGTTTGGGTCTGTCCTCTACACTTGCAGCGATTGATGGGGGGAAGACCATTGGGCTCGCCAATAAGGAGACGTTGGTAACGGCAGGTCATCTGGTTACGGCCCGGGCGGCTACCAAAGGGGTAAAACTCTTGCCGATCGATAGCGAGCATTCCGCCATATTCCAATGCCTGAATGGAGAGCGGCATGAAGATATTGAACGGATCACGCTGACGGCTTCCGGAGGCTCATTCCGGGATTACACCCGGGAACAGCTGGTCAACGTTACGGTGGAGGATGCGCTTAAACATCCGAACTGGTCCATGGGTGCCAAGATCACGATTGATTCGGCCACCATGGTCAATAAAGGGCTTGAGGTGATCGAGGCCCATTGGTTGTATGGTATTCCTTACGACAACATTTCTGTACTGCTTCACCCGGAAAGCATCATTCACTCTTTTGTGGAATTCCGTGATTCGAGTATCATTGCCCAGCTCGGCAACCCGGATATGCGCGTTCCGATTCAATATGCGCTGACCTATCCGGAACGGTGGACTTCCCCTGCACCAAGGCTATCTTTGGCGGAAGCGGGCAAGCTGCATTTCCGGGAGATGGACCTTGAACGTTTTCCTTGTTTAAGGCTTGCTTATGAATGTGGTAAAATGGGTGGGACAGCGCCAACGGTATTCAATGCAGCTAATGAAATTGCGGTCGCCCGGTTTCTCCGCGGCGAAATCTCTTTTCTGCGAATTGAAGAGATCATTGAGGAAGTGCTGCAAAGCCATCATGTTGCGCCGGAACCGGCACTGGAAACGATTGAAGAGAGCGATCGGATCTCACGTGAATTAGCTTCCCGACTATAG	MKKISVLGSTGSIGTQTLDVVRKHREHFQIEGLAAGSNKDLLLQQVKEFSPRKVSVATRELADSIRHDLPAGTEVFHGHEGLIEIAAATDAEMVVTAVVGSLGLSSTLAAIDGGKTIGLANKETLVTAGHLVTARAATKGVKLLPIDSEHSAIFQCLNGERHEDIERITLTASGGSFRDYTREQLVNVTVEDALKHPNWSMGAKITIDSATMVNKGLEVIEAHWLYGIPYDNISVLLHPESIIHSFVEFRDSSIIAQLGNPDMRVPIQYALTYPERWTSPAPRLSLAEAGKLHFREMDLERFPCLRLAYECGKMGGTAPTVFNAANEIAVARFLRGEISFLRIEEIIEEVLQSHHVAPEPALETIEESDRISRELASRL	PGPT0007585_3832	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007585-ispC|dxr-K00099	NA	NA
JZ016_01714	615			hypothetical protein	TTGCTTGTATTTCCATGGGGTCCGCTTGATTTGAATATTCAGATCCCGTGGGAACATGTACTTTGGCTCCTGCTGCTTTTATTTTTACTGGCGACCGTGACGACGAAGAATGTAATTGATATCAAACGGGTTTCCTTATTGTTTATGGCATCAGCGTATATCGGAATCGGATTTTCCTTTATCGCCGAATCACGACATGCTCCTGACGGCCATGGCGTATTCTGGACTTTTCTGCTTCTGGCCTCGATCTGGGCAAGTGATGCGGGAGCGTATTTTGTCGGACGCGCCATGGGGCGCCATAAACTGTGGCCTTCCATAAGTCCGAACAAAACGGTTGAGGGTGCGCTCGGCGGTGTGGTCATCGCCGTGTTCACATCTCTGCTCTTTTCATTCTTCTCAGATGGATTCCTGACGGCTGGACAAGCGATTCTGATCGGACTTTCATGCGCTGTTATCGGTCAACTCGGGGATTTGGTGCAATCCGCCTATAAACGGGTGTATGACATCAAGGATTCGGGCAAACTGCTGCCGGGTCATGGAGGGATACTGGATCGATGTGACAGTTGGATCGTCGTATTTCCGTTTGTACATATATTGAGTCTCCTGCCTTACTGA	MLVFPWGPLDLNIQIPWEHVLWLLLLLFLLATVTTKNVIDIKRVSLLFMASAYIGIGFSFIAESRHAPDGHGVFWTFLLLASIWASDAGAYFVGRAMGRHKLWPSISPNKTVEGALGGVVIAVFTSLLFSFFSDGFLTAGQAILIGLSCAVIGQLGDLVQSAYKRVYDIKDSGKLLPGHGGILDRCDSWIVVFPFVHILSLLPY	PGPT0007685_5175	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981	NA	NA
JZ016_01715	219			hypothetical protein	TTGAAACAGCGATTGATTACCGGAATTATAGCGGGAGCGGTCTTTTTAGGATTATGTTTCATAGGCGGTCTGTGGTACCATCTTCTGATTCTGGCGATGGCGCTAATCGGTTATTATGAGTTTGTGCGCATGACCAATACGGCACCGTTCGGGGAACGGCGTGGATTGGATATGCGGGGGTGCTGTTGCTTGTATTTCCATGGGGTCCGCTTGATTTGA	MKQRLITGIIAGAVFLGLCFIGGLWYHLLILAMALIGYYEFVRMTNTAPFGERRGLDMRGCCCLYFHGVRLI	PGPT0007685_5175	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981	NA	NA
JZ016_01716	768	uppS	COG0020	Ditrans,polycis-undecaprenyl-diphosphate synthase ((2E,6E)-farnesyl-diphosphate specific)	ATGATCAAACGGGTTCGATCGTGGTTGAATCAGGAGGACAGTCAGCAGACGCATCAGCTCTCTCCGGACAACATCCCACATCATGTCGCCATCATCATGGATGGTAATGGACGCTGGGCAAAACGGCGCGGTATGCCGCGAATCGTTGGACATCAGAATGGCATGAAGGCTGTCAAAAGAGCGGCCATTGCCGCCGATGATTTGGGAATCAAAATATTGACGATGTACGCTTTTTCGACAGAAAATTGGACGCGTCCGAAGGATGAGGTCGATTTTCTGATGAAGCTTCCGCAAGAGTTCCTGGCTATTGAGCTGGAAGAGCTGATCGAAAAAAATGTCCAGGTCCGCATGATGGGACATCCGGAAGACCTTCCGTCCCATACCGTGTCTGCGATGGAAGAAGCAGTTGCGAAGACAGCCGGCAATGACGGACTTGTGCTTAACTTTGCGCTCAATTACGGTAGCCGGAAAGAGATCACCGAAAGTGTCAAGGCGCTCGGACGAGAAGTGCGCGACGGGATTCTTCGTCCTGAGGATATTACAGAGGAACTGATTGGCCAACGGCTCCTCACAGGCGAATTGCCGGATCCGGATTTACTGATCCGCACAAGCGGCGAGCTGCGGCTAAGTAATTTTATGCTGTGGCAGCTCGCGTATAGTGAGCTATGGTTTACGGATGCCTATTGGCCGGAATTTACCAAAGACCATTTGGTGGAGGCCGTAGCCGATTATCAACAAAGAACAAGGCGCTACGGTGGACTTTCGTAG	MIKRVRSWLNQEDSQQTHQLSPDNIPHHVAIIMDGNGRWAKRRGMPRIVGHQNGMKAVKRAAIAADDLGIKILTMYAFSTENWTRPKDEVDFLMKLPQEFLAIELEELIEKNVQVRMMGHPEDLPSHTVSAMEEAVAKTAGNDGLVLNFALNYGSRKEITESVKALGREVRDGILRPEDITEELIGQRLLTGELPDPDLLIRTSGELRLSNFMLWQLAYSELWFTDAYWPEFTKDHLVEAVADYQQRTRRYGGLS	PGPT0024180_1354	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024180-uppS|ispU-K00806	NA	NA
JZ016_01717	555	frr	COG0233	Ribosome-recycling factor	ATGCCGCAATCGGTGAAAAAGAATGCAGAAGAACGCATGGAAAAAGCGATCTTGTCTTTGAAGCGTGACCTGGCAACGCTGCGCGCAGGACGGGCAGCGCCAGCGCTGCTCGACCGGATCACGGTTGAATACTACGGAGCACCAACCCCGCTGAATCAGCTGGCTAACATCAGCACGCCGGATTCAAGAACGCTCATGATCCAGCCTTGGGACAAGTCGTCCTTGGCCGATATCGAGAAAGCGATCATGAAATCGGATATCGGATTGACGCCGGCGAATGATGGTAATCAAATTCGTCTCGTCGTACCTGCACTGACGGAAGAACGCAGAACCGAACTGGTGAAAATGACGAAGAAATTCGGCGAGGAAGCGAAAGTGGCCATCCGCAACATTCGCCGTGATGCCAACGACGACATCAAAAAATTGGAGAAAACAGATATTTCCGAGGACGAGTCCCGGAGACATCAGGAAGATATCCAAAAAGCGACGGATAAATTTATCGCAGAAGTCGACAAAGTCCTCGTTGCTAAAGAAAAAGAGATCATGGAAGTATAA	MPQSVKKNAEERMEKAILSLKRDLATLRAGRAAPALLDRITVEYYGAPTPLNQLANISTPDSRTLMIQPWDKSSLADIEKAIMKSDIGLTPANDGNQIRLVVPALTEERRTELVKMTKKFGEEAKVAIRNIRRDANDDIKKLEKTDISEDESRRHQEDIQKATDKFIAEVDKVLVAKEKEIMEV				NA	NA	NA	NA	NA
JZ016_01718	138	pyrH_2	COG0528	Uridylate kinase	ATGGACTCTACAGCTTCATCGTTATGTATGGACAACAACATCCCGCTCATCGTCTTCGCTATTACGGAGCAAGGTAATATCAAGCGCGTCGTTCTGGGCGAGAAAATCGGAACGATCGTCAAAGGGAGTGTAGATTAA	MDSTASSLCMDNNIPLIVFAITEQGNIKRVVLGEKIGTIVKGSVD	PGPT0021205_1539	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021205-pyrH-K09903	NA	NA
JZ016_01719	591	pyrH_3	COG0528	Uridylate kinase	TTGGAACAGCCAGTATATAAACGAGTGATATTGAAAGTCAGTGGGGAATCCCTTTCAGGGCAGAATGGATATGGTATTGATGCTGAGACGATCTCATCGATCGCTGAGCAGGTTCGCGAGGTGGTTGAGCTTGGTGTGGAGGTTGCCATCGTGTGCGGCGGCGGAAACATCTGGCGCGGTATCGCCGGCAGCGCGAACGGAATCGACCGTGCGACAGCAGATTATATGGGAATGCTGGCTACGGTGATGAACTCTTTGGCTCTTCAGGATGCTTTGGAGCAGATCGATGTGCCGACTCGGGTGCAAACCTCTATCTCAATGCAGCAAATTGCGGAGCCGTATATTCGCCGCAGAGCCATTCGGCATTTGGAAAAAGGTCGTGTCGTTATTTTTGCGGCAGGTACGGGTAACCCATACTTCTCCACCGATACGACTGCAGCGCTTCGCGCAGCGGAAATCGAAGCAGAAGTGATTCTCATGGCGAAGAACAAGGTGGACGGAGTGTACTCCGCTGATCCATTTAAGGATGAAACTGCCGAGAAGTACGAGCAGCTTACGTATCTAGACGTATTGAACAAAAACCTTGGGTAA	MEQPVYKRVILKVSGESLSGQNGYGIDAETISSIAEQVREVVELGVEVAIVCGGGNIWRGIAGSANGIDRATADYMGMLATVMNSLALQDALEQIDVPTRVQTSISMQQIAEPYIRRRAIRHLEKGRVVIFAAGTGNPYFSTDTTAALRAAEIEAEVILMAKNKVDGVYSADPFKDETAEKYEQLTYLDVLNKNLG	PGPT0021205_1610	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021205-pyrH-K09903	NA	NA
JZ016_01720	651	tsf		Elongation factor Ts	ATGGCAGTAACAGCTAGTGCGGTAAAAGAACTTCGCGAAAGAACAGGCGCGGGCATGCTGGATTGCAAAAAAGCGCTGGATGAAACAAATGGTGATATCGACAAAGCGATCGCAGTGCTTCGCGAAAAAGGTTTGTCTGCAGCAGCTAACAAAGCTGGGCGTATTGCAACTGAAGGCGTTGTAGAGTCTTATATTCACGGTGGCGGACGGATCGGCGTTCTCGTTGAAATCAACTGTGAAACCGACTTCGTAGGTAAAACAGATCAATTTAAAGAGTTTGCTCGCGATATCGCTATGCATATTGCGGCTGCTAACCCTAAATATGTTCGTCGTGAAGAAGTGCCGACTGAAGATCTTGAGAAAGAAAAAGAGATTTTGAAAAACCAAGCCCTGAACGAAGGCAAGCCTGAAAAAATCGTTGAGAAAATGGTTGAAGGCCGCATCAACAAATACTATGAAGAATATTGCTTGCTTGAGCAATCCTTCATCAAAGATCCTGACAAAACGATCAACACGCTGCTTAACGAAAAAATCAGCACGATCGGTGAGAACATCTCCATCCGTCGTTTTGCCCGTTTTGAACTTGGCGAAGGCTTGGAGAAAAAACAAGACAACTTCGTTGAGGAAGTTATGTCCCAGGTGAATAAATAA	MAVTASAVKELRERTGAGMLDCKKALDETNGDIDKAIAVLREKGLSAAANKAGRIATEGVVESYIHGGGRIGVLVEINCETDFVGKTDQFKEFARDIAMHIAAANPKYVRREEVPTEDLEKEKEILKNQALNEGKPEKIVEKMVEGRINKYYEEYCLLEQSFIKDPDKTINTLLNEKISTIGENISIRRFARFELGEGLEKKQDNFVEEVMSQVNK	PGPT0014303_12	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014303-atpB-K02108	NA	NA
JZ016_01721	699	rpsB	COG0052	30S ribosomal protein S2	ATGGCAGTAATTTCCATGAAACAGCTTTTGGAAGCTGGCGTTCACTTCGGTCACCAGACTCGTCGCTGGAACCCGAAAATGGATAAATTTATCTTCACTGAAAGAAACGGTATCTACATTATCGACCTGCAAAAAACGGTCAAGAAAGTTGAAGAAGCATTCAACTTCGTAAAAAGCGTAGCTGGAGAGAACGGTACAATCCTGTTCGTCGGCACGAAAAAACAAGCTCAAGATTCCGTGAAGGAAGAAGCAGAGCGTTGCGGTATGTACTACATCAACCAACGTTGGCTCGGCGGAACTTTGACTAACTTCGAAACGATCCAAAAGCGTATCAACCGCTTGAAGCAGCTCGAAACTTGGGAAGAGGACGGCACGTTCCAAGTATTGCCTAAGAAAGAGGTTATCCTTCTCCGCAAAGAGAAAGATCGTCTTGAAAAATTCTTGGGCGGTATCAAGAACATGAAGGGTCTTCCAAGCGCATTGTTCGTTATCGATCCTCGCAAAGAGCGCATCGCAGTAGCGGAAGCTCGCAAATTGGGTATCCCAATCGTTGGTATCGTTGATACGAACTGTGATCCGGATGAAATCGACTATGTAATTCCAGGTAACGATGACGCGATCCGCGCTGTCAAATTGTTGACTGGTAAAATGGCCGATGCCGTTGTTGAAGCTCACCAAGGTGAAGAAACAACTGCTTAA	MAVISMKQLLEAGVHFGHQTRRWNPKMDKFIFTERNGIYIIDLQKTVKKVEEAFNFVKSVAGENGTILFVGTKKQAQDSVKEEAERCGMYYINQRWLGGTLTNFETIQKRINRLKQLETWEEDGTFQVLPKKEVILLRKEKDRLEKFLGGIKNMKGLPSALFVIDPRKERIAVAEARKLGIPIVGIVDTNCDPDEIDYVIPGNDDAIRAVKLLTGKMADAVVEAHQGEETTA				NA	NA	NA	NA	NA
JZ016_01722	600	mltG_1		Endolytic murein transglycosylase	GTGATCAAGAACCGTACATTTATGATGGGCCTGGGGAGCGGTCTCGTAATCGGTGCAGTGCTGCTTCAGCTGATGTGGATTGGTCAAGGCACAACTGCATCACAGACGCAGGAATTAACGAAGGAGCAGCTTGTGGCTGCAGCGGAAGCTTTGGATATGCAGGTCGTCGAAGGTTCAGACGAGCTGTTGACGGCGGAGCAGTGGGAAGAGAAGAAGCTTGGCGAGGGCGGCGAGTCCGAAGGAGCCGATCCTGCACAGAAGACGGGAACGGAAAAGCCGGAAGCACCGGAGCAGCCGAAGAAGCCTAAGCCGGGCGAGGAGAAGAAACAGGAATCCCCTCGGGTAACGAATCCGGCGAAGCCGAAAACACCGGCCAAAGCGGAAGCGCAGATTAAAGTAAACATTCCATCCGGAAACAATCTCAGCGATGTAGCAAACAGCCTTATGAATGCCGGCGTCATTGACAATAAACAGGCATTCATCACTCAAGCTACCGAGAATAAAATCAACACCAAGATCCTGAGCGGTACATACTCGTTTACGGCAGGCGAGAGCTACAATTCGATCTTCACGAAAATCACGACAAAACCCTCCAACTAG	MIKNRTFMMGLGSGLVIGAVLLQLMWIGQGTTASQTQELTKEQLVAAAEALDMQVVEGSDELLTAEQWEEKKLGEGGESEGADPAQKTGTEKPEAPEQPKKPKPGEEKKQESPRVTNPAKPKTPAKAEAQIKVNIPSGNNLSDVANSLMNAGVIDNKQAFITQATENKINTKILSGTYSFTAGESYNSIFTKITTKPSN				NA	NA	NA	NA	NA
JZ016_01723	540			hypothetical protein	TTGAAACCATGGATATATATCGTGCTGCTTGGCATTGCCGCCGTGCTGTACGCTTTTATGCTGCCGAAACGCCGTGAAGAGACCGTGTCCAGCGAGCGGGTTGTAAAAGAAGTGGAGAACACGCTTGAAGGATACATGGCGGAAATCCAAAATGAGAACGAACAGCTGGTGGAACTGGTTCGTCAGATGAAAAAAGAACTGGATGCCAAGCAGCAAGCGCATCAAGAGCAGGTCAGTGATTTGCGGCACCGCATGCTGGCCATGGAGGAGAAGATGACCGATTCGCAAACGCGTCTTCGACTGGCGGAAGAAAAGCTGGCGCAAGCCGCTGCGGCCGTTTCTTTGTCTGCAGGAGCAGCTGCAGCGACGTCCGAAGCTGAACCTGCACCTGCTGTCCATTCCATCAAATCCAGATACGCGGAGCTGTTTGATCTATATGAACAAGGAAAGTCCATCGATATGATTGCCAAGACCACGGGTCTTCAGCGAGGCGAAGTTCAACTTATTATTCAGTTGGCCAAACAGGAGGAATCCGTGTGA	MKPWIYIVLLGIAAVLYAFMLPKRREETVSSERVVKEVENTLEGYMAEIQNENEQLVELVRQMKKELDAKQQAHQEQVSDLRHRMLAMEEKMTDSQTRLRLAEEKLAQAAAAVSLSAGAAAATSEAEPAPAVHSIKSRYAELFDLYEQGKSIDMIAKTTGLQRGEVQLIIQLAKQEESV				NA	NA	NA	NA	NA
JZ016_01724	312			hypothetical protein	TTGAGTTTGAAATCGGTTGAGATGCAAATTGCGGTCCCCAGAACCAATGAAGCGGGCAAGATGCATAATGAAACCCAGCAGCGCCCGATGAATGATCAGACGCTGCTTGCGGGTGAATTAACGAAGAACAGCCGTGCGGAAGCCCAGCGAAGCACGGAAGTGAGTGAGACGGCGGAGACAGCCGTGCGCGATGACGGTAGCCGTCAATCCTCTGGGCAGCAACAAGGCCGGGGAGCGGCAGAATCAAGCGAGACGGTGGAGCTGCCGGCAGAGCATCCTTATAAAGGCAAAAATTTCGATGTTTCGCTCTAG	MSLKSVEMQIAVPRTNEAGKMHNETQQRPMNDQTLLAGELTKNSRAEAQRSTEVSETAETAVRDDGSRQSSGQQQGRGAAESSETVELPAEHPYKGKNFDVSL				NA	NA	NA	NA	NA
JZ016_01725	1410			hypothetical protein	TTGTCTGTAGATTATGCATTGGATCAGTACTTTAGCGTTACGCTATCGGATGACAAGGTCGTCGCCTATATACAGTTCACCAAGTGGGAGAAGGATTTCTCTTGCTCTGTAGAAGCTCTTGAACAATTTCTGAGAAGTCACCAGGTACGATATGGACTTCAACATGATACGTTGCGGCGAATCGCAGATCATGCGGAGGAATATCAATATAGTAGAACGCCGATTGCCATGGGAACGGAACCTATGCACGGACAGAACGGCAGAATCGAATTTACCGTTAATTTTGGGAATGAGACGAACCTGAAGCCGCTGGAGATCGAAGATGGCAAAGTGGATTATAAAGAAGTGATTCGTTTAAATAATGTAAAGAAAGGCCAGCTGCTGGCAACCCGAATCCCGCCAACAACAGGAGTCCCCGGAACTGCGGTGACCGGAGAGGAGATTCCGAGCAAACCGGGTAAGGAAGCTCATTTCAAGGTGGGGAAGAACGTCGTTGTTAACGCCGAGAAAACTGCAATGTACGCTGCCCTTGACGGACTCCTCACCAAAACCGAAAAAGGAAAAATCAATGTGTTTCCGGTATATGAGATTAACGGGGATGTTGATTACAGCATTGGCAATATCGATTTTGTCGGTACGGTGGTCATTCGCGGCAATGTGCTAACCGGATTCAGAATCAAGGCAGCAGGGGATATTCGAGTTACCGGCTTTGTGGAAGGAGCCGAGCTGGAGGCTGAAGGTTCGATCGATATATCCGGCGGAATCATCGGTTACAACAAGGGCTATGTAAAGGCGGGCCAGGATGTCAAAAGCTCGTTCATCCAGGATGGAAACGTCATTGCCGGCGCTAGCGTATTCGTCTCGCAGAGCATCATGCATTCCAATATCCGCGCGGTTCAGAATATCGAATGCAACGGGATGAAAGGGCTCGTGGTGGGCGGTATTCTGCAGGCCGGGGAAAAGGTTGTTGCGCGAACGATCGGAAACAGCATGTCGACGGCTACCGTAGTTGAAGTAGGCGTGCTGCCTGAGCTGCGGAATGAACTGGCGGATCTCAGAGCCCAATTGAAGCAATCTATAGAAAGTATGGATAAAACCGATAAAGCGCTTTATCTTCTGAATCAGTTAGCTTCCTCGGGTCAATTGTCGCCAGACAAGCTAGCGCTGCGGATTAAGCTGAATGCGACCAAGAAATCCAACATGGCAGAACAATCCGATATCAAGGACCGTATGCTGGAAATCGAGAAGATGCTGGAGGATACCGGCAAAGCAAGAGTGAATGTGGTAAAGACGATCTACGGCGGAGCCAAAATTGTCATAGGGCGGTATACCCGCTTTGTTAAGGATCCCACGCAGCGGGTTTCTTTTTACTATCATGAAGGGGATATCACCATGGTGCCGCTCTTGTAG	MSVDYALDQYFSVTLSDDKVVAYIQFTKWEKDFSCSVEALEQFLRSHQVRYGLQHDTLRRIADHAEEYQYSRTPIAMGTEPMHGQNGRIEFTVNFGNETNLKPLEIEDGKVDYKEVIRLNNVKKGQLLATRIPPTTGVPGTAVTGEEIPSKPGKEAHFKVGKNVVVNAEKTAMYAALDGLLTKTEKGKINVFPVYEINGDVDYSIGNIDFVGTVVIRGNVLTGFRIKAAGDIRVTGFVEGAELEAEGSIDISGGIIGYNKGYVKAGQDVKSSFIQDGNVIAGASVFVSQSIMHSNIRAVQNIECNGMKGLVVGGILQAGEKVVARTIGNSMSTATVVEVGVLPELRNELADLRAQLKQSIESMDKTDKALYLLNQLASSGQLSPDKLALRIKLNATKKSNMAEQSDIKDRMLEIEKMLEDTGKARVNVVKTIYGGAKIVIGRYTRFVKDPTQRVSFYYHEGDITMVPLL				NA	NA	NA	NA	NA
JZ016_01726	789	sigD	COG1191	RNA polymerase sigma-D factor	TTGGACGAACGTAAAGCTTCTGTGCTAAACCATGCGGATTTGTGGAGCGCATGGAAGGAAGATGGAGACCATGAAGCGAAGAAGAAACTAATCGAATATCATTTGCACATCGTTGACTATGTTTCAAGCCGCTTGGCTATCGGTCTTCCGAAGAACGTTTCTAAGGGAGATTTGGCCAGCAATGGGGTAATGGGTCTGATTGATGCCATCGAAAAGTTTGATTACAAACGAGGGCTGCAGTTCGAAACCTATGCTTCTTGGCGCGTGCGTGGGGCTATTCTGGACTCGCTGCGCCAAGGAGACTGGGTGCCGCGTTCCGTCCGCGAGAAAGCGAAGAAGATTGAAACTGCATATCAGCAGTTGGAACAGAAGTATTTACGCAGCGTCAGTGATTCCGAGATGAGTGATTACCTTGACGTGACTGAGAAGGAGTTCCGGCACATGCTGCAGGAAGTAGCGGTCATGACATTGACATCTCTGGAGGATCCGATCCGCGAGGAGGAGTCTGAGACCCGAATGTCGCTCCTGGTTGATGAGAAAGCGAAAAATCCGGATCACAAGGTCCATGAATTTTATCTGCGAGAAGCCCTGATGAAGGGTATCGGTAAATTAACCCCGAAAGAGCGGACCGTAGTTTCCTTATTATATTATGAGGATTTATCACTCAGCGAAATTGCTGAGGTGATGTCGCTATCACCTTCACGAATATCTCAGCTTCATTCCAAAGCGATATTGAGACTTCGGGGCGCGCTCGATAAAGATCGGGATTTGCTGATGCAAAACGATTGA	MDERKASVLNHADLWSAWKEDGDHEAKKKLIEYHLHIVDYVSSRLAIGLPKNVSKGDLASNGVMGLIDAIEKFDYKRGLQFETYASWRVRGAILDSLRQGDWVPRSVREKAKKIETAYQQLEQKYLRSVSDSEMSDYLDVTEKEFRHMLQEVAVMTLTSLEDPIREEESETRMSLLVDEKAKNPDHKVHEFYLREALMKGIGKLTPKERTVVSLLYYEDLSLSEIAEVMSLSPSRISQLHSKAILRLRGALDKDRDLLMQND	PGPT0015610_404	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0015610-fliA|sigD|whiG-K02405	NA	NA
JZ016_01727	402			hypothetical protein	ATGGGAAAACTCCGTTTTTATCTGATGACTGGAATTGCCGGTTTTGTGTTCACGTTTATATTCTCCATACGTAACAATCTGTGGATGACTAGCATGTATCGGGCTCTCCTTGCATGTGCGATTTGGTTTCTTCTGGCGTTCCTGCTGAATTGGATGTTTGCTGCCATTACGGGTCCGCGAGCCGCTGTTCAAGGGGACGTCGACACGCAGCGGGAGCAAGACCGAGGGACTGTTCTTGATTTATCCACGCCTGATGAGGATCGGGAATTGATGGATTTAATCCATTCCGAATCCAGCAGCAAAGAGAATGGAGACTTTGTACCGCTAAATCCTCCTAAGCTGGTTTCAACGAAAGAACCCGAAGAACTGGCCAAGGCCGTTCGTCACCTTACGGAAAAATAA	MGKLRFYLMTGIAGFVFTFIFSIRNNLWMTSMYRALLACAIWFLLAFLLNWMFAAITGPRAAVQGDVDTQREQDRGTVLDLSTPDEDRELMDLIHSESSSKENGDFVPLNPPKLVSTKEPEELAKAVRHLTEK				NA	NA	NA	NA	NA
JZ016_01728	498	cheD	COG1871	Chemoreceptor glutamine deamidase CheD	ATGATTGAAGAACAAAGCATAGTGAAAGTAGCCATGGCGGATCTGAACGTCGCAGGTCCAAACGGTATTTTGCGTACAACGGGGCTCGGCTCGTGCGTCGGACTGACGTTGTATGATCCGGTGACGAAGATTGGTGGAATGGCGCATGTAATGCTTCCATCTTCAGCGATTGCCAGAGAAGGGCAGCTAAACCTGGCCAAATACGCCGATACGGCTCTTCCGATCCTGTTGAATCAGATGAGGAATTTGGGTGCGGCTCCGGCACGTATGGTAGCCAAAATGGCCGGGGGAGCTCAAATGTTTGCTTTTGCCGGCTCGGGTGACACCATGCGCATTGGTCCTCGTAATGTAGAGTCTTGCAAGGCTGGGCTCGAGCAGATGGGGATAACGCTAATTGCCGAGGATACCGGGGGAAATTATGGAAGAACCGTTGAGTTGGACTGTGCAACGGGTAAGTTTACAATACGAAGCGTACAAAAGGGCATAAAGGAATTGTAG	MIEEQSIVKVAMADLNVAGPNGILRTTGLGSCVGLTLYDPVTKIGGMAHVMLPSSAIAREGQLNLAKYADTALPILLNQMRNLGAAPARMVAKMAGGAQMFAFAGSGDTMRIGPRNVESCKAGLEQMGITLIAEDTGGNYGRTVELDCATGKFTIRSVQKGIKEL	PGPT0015665_1197	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015665-cheD-K03411	NA	NA
JZ016_01729	627	cheC	COG1776	CheY-P phosphatase CheC	GTGGAGCTGTTTAAGCATGGCAAGGAAATCAAAATGGATGTTTTGAAGGAAGTAGGAAACATCGGAGCGGGCAATGCGGCAACCGCCCTCTCCCGCTTGCTTAACAAACCTATTGATATGGCTGTACCCAAAGTTCAACTCCTGCCTTTTGAGCAGATTGCCGAAAGTGTAGGAGGAAGCGAACAGCTCGTTCTTGCCGTATTTTTACGGGTGGAAGGCAGTGCGCCGGGCAATCTCTTCTTTATTATGAGTCCGGAAGCCGGGAAGAATTTGCTGCATAATTTAGCGGGCTTTGAAGTGTCGGATGAGGAGCAATTCTCCGAGATGGAGCAGTCCGCATTATGCGAGATCGGAAACATATTGTCAGGCTCGTACCTATCGTCGCTTGCTGATCTGACCAATCTGTCCATGACACCTACGGTACCGGCACTCGCGATGGATATGGCAGGTGCCATCTTAAGTTATGGATTGCTCCAGTTCGGAGAAATGGGAGACGATGCCCTCTTAATCAACACGACGTTCCTAGAAGGGCAAAACGAGGTGGAAGGCCAGTTCTTCCTGATACCTGATCCACAATCATTTGCTCAGATTTTTGAAGCTTTAGGAGTGCCTTTAGAGCATGATTGA	MELFKHGKEIKMDVLKEVGNIGAGNAATALSRLLNKPIDMAVPKVQLLPFEQIAESVGGSEQLVLAVFLRVEGSAPGNLFFIMSPEAGKNLLHNLAGFEVSDEEQFSEMEQSALCEIGNILSGSYLSSLADLTNLSMTPTVPALAMDMAGAILSYGLLQFGEMGDDALLINTTFLEGQNEVEGQFFLIPDPQSFAQIFEALGVPLEHD	PGPT0015660_407	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015660-cheC-K03410	NA	NA
JZ016_01730	462	cheW	COG0835	Chemotaxis protein CheW	ATGGGAGAAGAAATCAAGGTTATTGTCTTTAAACTTGGCGAGGAAGAATACGGCATCGAGGTAGACAAGGTTCAAACCATTGAGCGAATGATGCCCATTACGCGTGTTCCGAAGACTTATGCTTTCGTAAAAGGTGTTATTAATCTTCGAGGCGTCGTCATTCCTGTAATCAATCTGCGCGGCCGTTTTGGATTGGACGAGGTGGAAGCAACCGATCAAACACGGGTTATCATCGTAGCTGTCAATGACATGCAGGTAGGCTTTATCGTGGATTCCGCAAGTGATGTCATCGATCTGAATACGGACAGCATTGACTCTCCGCCTGAGGTGGTCGGCGGAATTAAAGCGAAATATCTTCGTGGGGTCGCGAAGATAGGAGAGGAGCGCCTTCTCGTCATGCTGAATCTGTCCGAAGTGCTGAACAAGAGTGAGATTATTCAGCTGGAAGGCCTTGAGGAGTAG	MGEEIKVIVFKLGEEEYGIEVDKVQTIERMMPITRVPKTYAFVKGVINLRGVVIPVINLRGRFGLDEVEATDQTRVIIVAVNDMQVGFIVDSASDVIDLNTDSIDSPPEVVGGIKAKYLRGVAKIGEERLLVMLNLSEVLNKSEIIQLEGLEE	PGPT0015680_4406	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408	NA	NA
JZ016_01731	2070	cheA	COG0643	Chemotaxis protein CheA	ATGGACATGAATCAATATTTGACAATGTTTATTGATGAGTCAAATGATCATCTGCAATCATTAAATGAAAACATGCTTCAATTAGAAAGCAACCCGGACGATATCGGGATCGTACAGATTATTTTCCGATCGGCTCATACATTGAAGGGTATGGCAGCAACGATGGGATACGAAGATCTGGCTTCGCTTACCCACCAGATGGAAAACGTGCTGGATCTTGTCCGGAACGAAAAGTTAAAGATGCAGGATTTTATCTTTGACACGCTCTTCAAAAGCTTGGACGCTCTTGAATCGATGGTGCAGGATATCACCAACGGCGGAGACGGGAAAGCGGATGTTTCCTCCATCGTGGCATCCTTGCAGGCGATTGTGCGTGGAGAAGGGGCAACACCTGCTGGGGAAGCTGCCGAAGGGGATAGCTCCGTTGCGGCCGTTCAGGGAATTGAATTGGATGAGTTTCAATTCTCCGTGCTTGATCAATCGATTTCGGAAGGACATAAGGTTTTATATATACAAGTGACATTGCGAGAGGATTGCCAACTCAAGGCGGTTCGTGCCTACATGGTATTCGAAACGCTGGAAAGATCCGGGGAAATCGTCAAGACATATCCGGACGTTCAAGAGATTGAACAAGGTGAATTCGATCGCGTATTTTCGTTGTATTACATAACGCAAAGAGAAACGCAAGATATTGAAAGCCAGATTCTGGGCGTTTCGGAGATCGAGACAACCACGGTTGTGGCGCTTGATCATGAAACTTTGCAGCAAATGGTACAGGAGAGCGCGGCTACAGCAGAAGCTGTCAAACCGCAAGTTTCAGAAGCATCCCAAGCAGCTGCAGCTTCACCGGAAGCCAAAGGAACTTCAGCGCCTGTCAAAGAATCCAAGGCACCCGCCCGAAATGCTGGGGGAGGTAATCCTTCAAGAACGATCCGGGTTGATATTGAACGGCTCGATGTTCTAATGAATCTGTTCAGCGAGCTTCTGATTGACCGGGTACGCCTTGAGCAGCTGGCCAGCGAGTCCAAGAACCAGGAGCTGACAGACACGGTTGAGCACATGAGCCGCGTAAGCAGCGATTTGCAGAATATCGTCTTGAAACTGCGCATGGTGCCTGTGGACACAGTGTTCAACCGTTTTCCTAGGATGGTGCGGGACCTTGCCAAAACCTTGGACAAAAAAATTGATTTGATTATTACCGGAGCTGAAACGGAGCTGGATCGTACGGTTATTGATGAGATCGGTGACCCGCTTGTCCATTTGCTGCGAAACTCGGCAGACCATGGCGTCGAACCTGTTGCCGACCGTATCGCTGCCGGTAAACCGGAGACCGGTACCGTTCATCTGCGTGCGTTCCACAGCGGCAACAATGTCTTCATTGAGATTGAGGATGATGGACGCGGTATCTACCGTGACAAAATTCTGAAGAACGCGCTGGCAAAAGGCGTTGTGACGGAGACCGAAGCAGCGACTATGACCGATGACGAGGTCAATCAACTGCTATTCGCACCGGGATTCAGCACCGCTGAGAAAATTTCAGACGTATCCGGCCGAGGCGTTGGGCTCGACGTTGTTAAATCCAAAATCGTTGCGCTGGGCGGTAACGTCACCATCTACTCGACGCCGGGAAAAGGCACGAACTTCTCCGTTCAGCTTCCATTAACGCTGTCTATCATAGCAGCTATGCTGATTCGGATGGGATCCGAAAAATACGCGATTCCGCTTTCCTCCATTGTTGAAACGGGCATCATCAAGCGCGGGCAAATCAAACATGTTCACGGCAGCCGCATGATCCAGTTCCGTGAATCGCTGATACCGGTCATCTCGCTTAGCCGTTTGTTTGAAGTTCCAGATTTTGATGAAGAGCTGGAAGAAGAAACGGAGATCGTTGTGATCCGCAAGGGGGATCGTTTGGCGGCACTCACCATCGATGATTTTATCGGTCAGAGTGAAATCGTCATTAAAAATCTCGGTAAATATCTGCCTGCCATTCAGGGAGTATCCGGAGCAACCATCCTGGGGGATGGACAAGTCGCTCTTATCATCGACGCAAATGCATTTATCAAATAA	MDMNQYLTMFIDESNDHLQSLNENMLQLESNPDDIGIVQIIFRSAHTLKGMAATMGYEDLASLTHQMENVLDLVRNEKLKMQDFIFDTLFKSLDALESMVQDITNGGDGKADVSSIVASLQAIVRGEGATPAGEAAEGDSSVAAVQGIELDEFQFSVLDQSISEGHKVLYIQVTLREDCQLKAVRAYMVFETLERSGEIVKTYPDVQEIEQGEFDRVFSLYYITQRETQDIESQILGVSEIETTTVVALDHETLQQMVQESAATAEAVKPQVSEASQAAAASPEAKGTSAPVKESKAPARNAGGGNPSRTIRVDIERLDVLMNLFSELLIDRVRLEQLASESKNQELTDTVEHMSRVSSDLQNIVLKLRMVPVDTVFNRFPRMVRDLAKTLDKKIDLIITGAETELDRTVIDEIGDPLVHLLRNSADHGVEPVADRIAAGKPETGTVHLRAFHSGNNVFIEIEDDGRGIYRDKILKNALAKGVVTETEAATMTDDEVNQLLFAPGFSTAEKISDVSGRGVGLDVVKSKIVALGGNVTIYSTPGKGTNFSVQLPLTLSIIAAMLIRMGSEKYAIPLSSIVETGIIKRGQIKHVHGSRMIQFRESLIPVISLSRLFEVPDFDEELEEETEIVVIRKGDRLAALTIDDFIGQSEIVIKNLGKYLPAIQGVSGATILGDGQVALIIDANAFIK	PGPT0015645_3032	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407	NA	NA
JZ016_01732	1338	cheB_7		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAAGCCTTTTCGTGTGCTTGTCGTTGACGATTCAGCATTTATGAGGAAAATCTTTTCCGATTTCATCGAGCGTGACCCATCTTTTCAAGTTGTCGGAACAGCTGATAACGGTCTTGATGCCGTTCGGAAAGTAAAGGAATTGAATCCGGATGTCATTACATTGGATGTAGAAATGCCGGAAATGAACGGCCTTGATGCTCTGAAGCTGATTATGGAATCGGGTCCCCGTCCGGTCATTATGTTGTCCGGCATTAATGAGCAAGGCATGAAAGAGACCATTCTTGCCCTTGAGGCAGGAGCATTTGATTTTATACGAAAGCCTTCCATTTCGAATGCGCTTGATATTGAGCAGGTGCGTTCAGAACTAATGAAGCAACTGAATGCGGCGATGCAGGCTAAACAGCGGAGGGCATTGTGGGAAGAAGAAGAGCAGAGACGACGGAGTGCGGACATAACGGTTCCTCTTTCGCCAAAGCCTTCTGACAAAACGCTGATCAAGAAGCCGCAGGTGATTGAGAAAAGAACAACGGTCCGCCAGACAGACCAACGGAGCAATCTAAAGGAATCGCCCCGTATCCCGCCATCTCGAACTGTGGAAAAGAAGGTGTCTACTGCTGCGGAAGGAGCAGAGCACGCTGGACCAAAGCGAAAACAAGCAGATCGTAAGCCGGTTACAGACTTTGTTCCAGTCGCGCTTCCAGAGAACGAGAGTCGTCAGCTCCGTGAAGCAAAAATACGGCAATCAACGGAATTGACGGATTTGGTTGCGGTGGGCTGTTCGACCGGCGGGCCAAGAGCATTGAAAGCTCTTCTCGAGCCCATCCCCGGTGACTTCTGTGCCCCGATTGTCATCGTTCAACATATGCCGCCGAGTTTTACCAAATCGCTTGCACAGCGCCTGAATTCATTCAGTCAGCTGGAGGTCATGGAAGCTGAACAAGGGATGGTATTGGAACCGGGCAAAGCCTACATTGCTCCGGGAGGCAGCCATATGAGGGTTTGCCGATCGGACAGCGGTGCTTACCAAATCAGGATCAGTGAGGATGAGGCCCGCAACGGTCACCGTCCATCTGTAGATGTGCTGTTCGAATCCTTACTGCCATTGACCATGATTAAGCGCCATGCGGTACTGATGACCGGCATGGGAAGCGATGGAGCGAGAATGATGAAGAAGCTTTATGATACAGGAGTGACATCCACCTACGCGGAGAGCGAGCAAACCTGCGTCGTATACGGGATGCCGAGATCAGCTGTTGAGCTCGGATGTGTAAGCCACGTTCTGCCACTACATGATATCGCACCTAGAATGGTTCAAGCTGTAAATAACGGAAAGTGA	MKPFRVLVVDDSAFMRKIFSDFIERDPSFQVVGTADNGLDAVRKVKELNPDVITLDVEMPEMNGLDALKLIMESGPRPVIMLSGINEQGMKETILALEAGAFDFIRKPSISNALDIEQVRSELMKQLNAAMQAKQRRALWEEEEQRRRSADITVPLSPKPSDKTLIKKPQVIEKRTTVRQTDQRSNLKESPRIPPSRTVEKKVSTAAEGAEHAGPKRKQADRKPVTDFVPVALPENESRQLREAKIRQSTELTDLVAVGCSTGGPRALKALLEPIPGDFCAPIVIVQHMPPSFTKSLAQRLNSFSQLEVMEAEQGMVLEPGKAYIAPGGSHMRVCRSDSGAYQIRISEDEARNGHRPSVDVLFESLLPLTMIKRHAVLMTGMGSDGARMMKKLYDTGVTSTYAESEQTCVVYGMPRSAVELGCVSHVLPLHDIAPRMVQAVNNGK	PGPT0015650_76	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412	NA	NA
JZ016_01733	891	ylxH	COG0455	Flagellum site-determining protein YlxH	ATGACGGATCAAGCTCAATCGCTCCGCCAGCTGGTTTCTTCTCAGCAATCAGGGAACAGCGTTAAACCAACATCCCCAAGAATCGCCAAGATTATTACGGTCAGCAGCGGTAAAGGCGGGGTTGGGAAATCCAATTTCACACTGAATTTTGCGCTGACTTTACAGTCGATGGGCAAAAAGGTATTGGTGTTTGATGCCGACATCGGGATGGCAAACATTGACGTTCTTATGGGCGTGAGCTCCCGGTACAGCTTGTATCATCTCATTCGCCGGGAGAAGAGCATCGAAGAAGTAATTCAATACGGACCAGACAAGCTTCCTTACATTGCCGGAGGTTCCGGTTTGGCTGACATGATGTCCCTGTCTGAAGAGGAAATGAATTATTTTATTTCACAGATCGAAATTATTTCCTCGGAAATGGACTATATCATTTTTGACACGGGAGCTGGCTTGTCCAAGGAAAACATGAGGTTTATTACTTCCGCTGATGAATGCCTAGTCGTCACGACGCCGGAACCGACGTCCATCACAGATGCCTATGCGTTAATCAAGGTGGTGCACGGCACGGAATGTCAGGTTCCGTTCAGCCTGATTGTCAATCGTGCGGGAGATGAAGAGGAGGCACGTGAAGCAGCGGGCAAAATTATTTTGACGGCCCAGCGTTTCCTGGATATCGAAATCAAGCTGCTGGGTTCGATTGCCGATGATACGCATGTTGTCCAGGCGGTTAAGCGGCAGGTCCCATTTACAGCAGCTTATCCGCGATGTAACGCCTCTAGTGATATCAGACGGATCGCGCTTCGCTACATGACCGTCCCTGCTGCCACAGAGCCTGAAGCTCCGAAGGGAATCAAAGGATTTATGCATCGGTGGCTCAAACGTACGAAATGA	MTDQAQSLRQLVSSQQSGNSVKPTSPRIAKIITVSSGKGGVGKSNFTLNFALTLQSMGKKVLVFDADIGMANIDVLMGVSSRYSLYHLIRREKSIEEVIQYGPDKLPYIAGGSGLADMMSLSEEEMNYFISQIEIISSEMDYIIFDTGAGLSKENMRFITSADECLVVTTPEPTSITDAYALIKVVHGTECQVPFSLIVNRAGDEEEAREAAGKIILTAQRFLDIEIKLLGSIADDTHVVQAVKRQVPFTAAYPRCNASSDIRRIALRYMTVPAATEPEAPKGIKGFMHRWLKRTK	PGPT0015555_433	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015555-flhG-K04562	NA	NA
JZ016_01734	1449	ftsY_1		Signal recognition particle receptor FtsY	ATGAGAGTGAAGAGGTATATCGTCGACACGATGCCTGAGGCGATGCAGCACATTCGTACGGATTTAGGTGCGGATGCCGTCATACTGAGTACGAAGGAAACCAAGGTGGGCGGATTCCTGGGTATGTTTACCCGCAAGAAGATCGAGGTAATCGCGGCAGTAGAGCAAGCGGAGAAATCCAAAGGCTCTGCTCCGATGAAGTCCAAAGTTACGCCTGCAGTACCTTCTGGTGCTGTACCCAAGGCCTATCAACGAACGGCTGAAATTTCGAAGCCCGGTTCACAAGCCTCCATGAATTCCGTGAATAACACGGATTCAGCCTCCGGCGTACAGCAGGAGGATGACTATAGTCGTTTTGCAGAGATTCTTAGCCAGGTTGCTGCTTCCGAGGAGGCCGTTAACAGGGACAAGGATGAAGTGGGTCATGGGCAACAGCCTGCAGCACCTGAACAAGCCGCGATGCGAAGCGATCAAGCGGAAACGGCTGCATCCGTTGGATCTGTGAAGTCTGATAAGTCATCTCGTGGAGGACAGGAGGAGCCATTAAGTTCCCGTTTGGGAATTAGTGAATCCGAACAAAGAGTCCTTGAAGAGCTTAAGGAAATGAAGGAATGGATCGCGCGATTGTCCAGGCAAAATCTCGAAGCGCAGCAGCTACCCGAGCCGCTGCATTTCATTCGGGATCAGCTGCTTAAGCAGGATCTTTCGGCCAAGCTGACGGAAGAGTGGCTCACTGCCGCAGAAGAAGCCTGGCAAGCCAGTCAAATGCAGATGAGCGAGGCCGAACTGCAGAACGTGATTTACAAGCAAGCCGAGGCGTTCCTTGAGGGGCGTATTGGCGGCGGTGTTCAGCCCGAGACCCGGATTGTATATATTGCCGGACCGACAGGGGTCGGCAAGACAACCACGATTGCGAAGATCGCAGCGGAGCAGCTGTTCCGTAACCAACGCAAGGTAGGTTTTATCACTTCCGATACGTATCGGATATCTGCCGTTGAACAGCTGCGCACCTATGCCTCCATTCTCAATGTGCCGATGGAAGTCGTGCAATCGCCCGGTGATATGCAGCGAGCCCTTCAGAAGCTGCAGGATTGTGATTTGGTGTTGATGGATACTGCAGGTCGGAACTATCGGAATGAGCTGCTCGTTTCCGAGCTTCAAAGCCTGTTCTCCCATTCCGATCAAAGCGAAACCTATCTTGTGCTCAGCCTGACCTCCAAGAGCAGCGATATGATCGAAATCGCGGATCATTTCAGCAAATACGAACTCGATAAGGTCATCTTCACGAAGATGGATGAGACCGGCAGCTACGGCTCCTTGTTTAATCTGATTGATGCCCATAACCTTCGCTTGTCCTATATGACCAATGGTCAAAATGTGCCGGATGATCTGCTGATGGCCGATAGCGAGCGGTTATGCCATCTGCTGCTGGGAGAGATTCGCACATGA	MRVKRYIVDTMPEAMQHIRTDLGADAVILSTKETKVGGFLGMFTRKKIEVIAAVEQAEKSKGSAPMKSKVTPAVPSGAVPKAYQRTAEISKPGSQASMNSVNNTDSASGVQQEDDYSRFAEILSQVAASEEAVNRDKDEVGHGQQPAAPEQAAMRSDQAETAASVGSVKSDKSSRGGQEEPLSSRLGISESEQRVLEELKEMKEWIARLSRQNLEAQQLPEPLHFIRDQLLKQDLSAKLTEEWLTAAEEAWQASQMQMSEAELQNVIYKQAEAFLEGRIGGGVQPETRIVYIAGPTGVGKTTTIAKIAAEQLFRNQRKVGFITSDTYRISAVEQLRTYASILNVPMEVVQSPGDMQRALQKLQDCDLVLMDTAGRNYRNELLVSELQSLFSHSDQSETYLVLSLTSKSSDMIEIADHFSKYELDKVIFTKMDETGSYGSLFNLIDAHNLRLSYMTNGQNVPDDLLMADSERLCHLLLGEIRT	PGPT0015550_495	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015550-flhF-K02404	NA	NA
JZ016_01735	2034	flhA	COG1298	Flagellar biosynthesis protein FlhA	GTGAAAATAAAAGATCTATCTGTCCTTGCGGGTGTCATTGGCATCGTACTCATGATGATTCTTCCGATCCCGGCATGGCTGCTCGATGTACTCCTGATTATCAATGTCTCGCTGGCGCTTATTATTTTGCTGGTGGCCATGAATACGAAGGAAGCCTTGGACTTCTCCATCTTCCCTTCCTTATTGCTCATCACGACACTGTTTCGTGTAGCGCTTAACATTTCGACAACGAAGTTGATCCTGTCGGAAGCTAGTGCGGGCGAGGTTGTAGCCACGTTTGGTAAGTGGATAGCGAATGGCGAAATTGCGGTTGGATTCATCGTCTTTTTGATCCTCGTTGTCGTACAGTTCATCGTCATTACCAAAGGCTCGGAGCGGGTAGCAGAGGTTGCGGCAAGATTTACGCTCGATGCGATGCCTGGTAAACAGATGAGTATTGATGCGGATCTGAACGCAGGTTTGATCAATGAGCAGCAAGCCAGGGAGCGGAGAAGAAAAATCGAGCGAGAAGCCGACTTTTACGGGGCTATGGATGGTGCAAGTAAATTCGTTAAGGGTGACGCCATCGCTACGATTGTCATCATGCTGATCAACCTGATCGGCGGATTTATCATCGGGATCTCGATTCACGGAATGTCATTCGGAGACGCGATGAGCACATACTCCATCCTGACGATCGGGGACGGATTGGTCAGTCAGATTCCGGCGCTTTTGATTTCCACTGCAGCGGGGCTGATTGTTACAAGAGCTTCTTCGGAAGGGAACCTGGCGGAGGATCTGACAGGGCAGCTCTTCTCATACCCTCATCTATTGTACATTGTTTCAGGTACCGTTCTGTTGCTAGGGATTTTCACACCCATTCACCTGATTACGACCGCACCGATTGCACTCATCTTACTTATTGCGGCACGGAGGATGCAGAACAATCTGGATCGCAAGCAGGTCGAGGTGGAGCAGATGGAGGAGGAACAGCAAATCGAAGAGGTTCGAAGTCCGGAAAGTGTGATCAACCTGCTTCAGGTTGACCCGATCGAATTCGAATTCGGGTATGGGTTGATTCCGCTCGCAGATGCGCAGCAGGGCGGAGATTTATTGGACCGGATCATTATGATTCGGAGACAATGCGCACTTGAGCTGGGACTTGTCGTACCGGTTATCCGAATTCGCGACAATATTCAACTAAAACCGAATGAATATGTCATAAAAATAAAAGGGAATGCTGTCGGCGGCGGTGAATTATTATTAAATCACTACCTCGCCATGAGCCCTGGGTACGAGGATGATTCCGTAACGGGCATCGAAACGACCGAACCGGCCTTCGGGCTCCCTGCGCTTTGGATAGATGAAGCCATGAAAGAGCGGGCGGATCTTGCCGGATATACCGTAGTCGATCCACCGTCCGTTGTGGCTACCCATTTGACCGAGTTGATTAAGAGACATGCCCATGAGCTGATTGGACGCCAGGAGACCAAGGCATTGGTTGATAACATCAGAGAAAGCTATCCGGTCCTTGTGGACGAGCTCATTCCTTCCGTGTTGACCATTGGAGAGGTGCAGAAGGTATTAGCTAAGCTTCTCCGCGAAAAAATCTCGATCCGGGACATGGTCACGATTCTCGAGACCCTTGCGGACTATGGACATTACTCGAAAGATCCCGATGTCCTTACCGAATATGTAAGACAAGCTCTCTCGCGGCAGATTACCCAGCAATATGCTCAAGAGGGAGAGGCTATGCGGGTCATCACGGTTGGACCGCAGCTTGAGAAGAAGATCGCCGAAAGCGTCCAGCAGAGCGACCAAGGAAGTTATCTTGCCATGGACCCGGCATCGACACAGAGCGTGTTTCAGAAGCTCAGTGAACAGGTTAACCGGATCATTCAGATGGGGCAGCAGCCTGTTCTGCTTACCTCACCGGCCATAAGAATGTATTTAAGGCAGGTCATTGAACGAAGCATGCAGGATATTCCGGTGTTGTCTTATAGTGAGCTGGAGCCGAACGTCGAAATTCAAAGTGTCGGAGTGGTGAACTTATGA	MKIKDLSVLAGVIGIVLMMILPIPAWLLDVLLIINVSLALIILLVAMNTKEALDFSIFPSLLLITTLFRVALNISTTKLILSEASAGEVVATFGKWIANGEIAVGFIVFLILVVVQFIVITKGSERVAEVAARFTLDAMPGKQMSIDADLNAGLINEQQARERRRKIEREADFYGAMDGASKFVKGDAIATIVIMLINLIGGFIIGISIHGMSFGDAMSTYSILTIGDGLVSQIPALLISTAAGLIVTRASSEGNLAEDLTGQLFSYPHLLYIVSGTVLLLGIFTPIHLITTAPIALILLIAARRMQNNLDRKQVEVEQMEEEQQIEEVRSPESVINLLQVDPIEFEFGYGLIPLADAQQGGDLLDRIIMIRRQCALELGLVVPVIRIRDNIQLKPNEYVIKIKGNAVGGGELLLNHYLAMSPGYEDDSVTGIETTEPAFGLPALWIDEAMKERADLAGYTVVDPPSVVATHLTELIKRHAHELIGRQETKALVDNIRESYPVLVDELIPSVLTIGEVQKVLAKLLREKISIRDMVTILETLADYGHYSKDPDVLTEYVRQALSRQITQQYAQEGEAMRVITVGPQLEKKIAESVQQSDQGSYLAMDPASTQSVFQKLSEQVNRIIQMGQQPVLLTSPAIRMYLRQVIERSMQDIPVLSYSELEPNVEIQSVGVVNL	PGPT0015320_2586	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015320-flhA|lfhA|fhiA|rhcV-K02400	NA	NA
JZ016_01736	1089	flhB_1	COG1377	Flagellar biosynthetic protein FlhB	ATGTCATACCGGTATCCGGTCGACTTACAGCTGTTCGCTGGCGAAAAGACGGAGAAAGCCACACCGAAGAAACGCCAGGATACACGTAAGAAAGGCCAAGTTGCCAAAAGTATGGAGGTATCGGGTGCATCGGTTTTGCTGGCCGCATTCTTTTGCTTGTTAATTTTCGGCGGGTATATGAGAGACCGCACCGTTCGACTGTTTACTGACATTTATATTAATCGGCTCTCCATGGACGTAACGAAAGACAATGTGATGCAGTTATTCGGGGAGTACGGTGTTCAAATATTGCTTCTGCTGGCTCCGTTGTTTATCTCGGTGTTCGTTGTTGCGCTGATCGCCAATTACTTGCAGGTCGGGTTTATGCTGACGGGCGAGACTTTGAAAATGAAGTTCAGTAAAATCGATCCCATCAAAGGGTTCAAGAACATATTCTCGATGCGTTCCTTGGTCGAGTTTTTGAAATCGGTCATCAAACTGACCATCATCGGCTACCTCGTGTACACCACCTTGTGGGCTGCCAGGGAAGGATTATCGTCCTTGTCGACAATGGGACCCGACACCATTTTTCATTTCGTGGCGGATATCACCATGTCACTTGGTTTTAAGATTGCCATCGGGCTGATCATTCTGGCCGTTTTGGATTACATGTATCAGAAATATGATTATGAAAAAAACATTCGAATGTCCAAACAGGACATCAAAGACGAGTACAAGAAGATGGAGGGCGATCCGCTGATCAAAGGGAAGATCAGGGAACGCCAGCGTCGGATGGCACTGCAGAGGATGATGCAGGAAGTCCCGAATGCCGACGTTATCATCACGAACCCGACCCACTTTGCAGTGGCGATCAAGTATGACGGGTCCATGATGGAAGCTCCGCAGATCATTGCGAAGGGTCAGGATTTCATGGCCTTGCGGATTAAAGAAATAGCGAAGGAACACGGAATTATAACGATGGAAAATAAGCCGCTGGCACGCGCTTTGTACCAACGGTCGGAAATCGGGGATTCGATTCCGGGAGACCTGTTCCAGGCCGTAGCGGAAGTGCTGGCCTATGTATATAAACTAAAAGGTAAAGTGAAATAA	MSYRYPVDLQLFAGEKTEKATPKKRQDTRKKGQVAKSMEVSGASVLLAAFFCLLIFGGYMRDRTVRLFTDIYINRLSMDVTKDNVMQLFGEYGVQILLLLAPLFISVFVVALIANYLQVGFMLTGETLKMKFSKIDPIKGFKNIFSMRSLVEFLKSVIKLTIIGYLVYTTLWAAREGLSSLSTMGPDTIFHFVADITMSLGFKIAIGLIILAVLDYMYQKYDYEKNIRMSKQDIKDEYKKMEGDPLIKGKIRERQRRMALQRMMQEVPNADVIITNPTHFAVAIKYDGSMMEAPQIIAKGQDFMALRIKEIAKEHGIITMENKPLARALYQRSEIGDSIPGDLFQAVAEVLAYVYKLKGKVK	PGPT0015325_1671	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015325-flhB-K02401	NA	NA
JZ016_01737	789	fliR	COG1684	Flagellar biosynthetic protein FliR	ATGGAATGGTTGCAGCAAAGTTTACCTGTTTTTATGCTTATATTTTGTCGAATAACAGCTTTTTTTGTAATATCGCCAGTGTTTACTTCACGCGGTATACCCCCTTCTTACAAAATAGGCCTTTCGGCCATCATCGCCCTGATCGTATATTTTTCGTTCGGGCTCGGAGAAGTGGTTCCGCAAGATCTGTCTTACGTCATATTAATTGTCCAGGAAGTATTGGTTGGACTGCTGCTTGGTTTCACTGCTTATCTTATTATGACCGTCGTTCAAACGGCAGGCGCATTAATTGACATTCAGATCGGGTTCAGCATGGCAAATGTCATCGATCCTTTTACAGGGACTTCCAGCCCATTAATCGGTAACTTCAAGTATTATCTTGCCCTACTGGTATTTCTGAGCATGAATGGCCATCACTACCTGTTTGATGCGATTATGTACAGCTATGATTGGATTCCGATTACGGGGGATGTGTTTGGGAAGATTCATGACGGTAATGTGACGGATTTTCTCGTACGGACATTCTCGCACTCTTTTGTATTGGCACTTCAAATGGCCGCTCCGCTGGTAGCCGCTTTGTTCCTGACCGATGTCGGGCTTGGCTTTCTAGCAAGGACGGCGCCGCAGTTCAATGTATTTGTTATCGGTATAATCGTCAAAATCATCGTTGGACTCGTGCTGCTGATGCTGCTCATGCCAATGCTGGTGTCACTATTTGATCATCTGTTTGCCAAAATGTTTGAAGCACTCCGGCAGCTACTCGGCGTTCTTGGCGACGGGCCGACTTAA	MEWLQQSLPVFMLIFCRITAFFVISPVFTSRGIPPSYKIGLSAIIALIVYFSFGLGEVVPQDLSYVILIVQEVLVGLLLGFTAYLIMTVVQTAGALIDIQIGFSMANVIDPFTGTSSPLIGNFKYYLALLVFLSMNGHHYLFDAIMYSYDWIPITGDVFGKIHDGNVTDFLVRTFSHSFVLALQMAAPLVAALFLTDVGLGFLARTAPQFNVFVIGIIVKIIVGLVLLMLLMPMLVSLFDHLFAKMFEALRQLLGVLGDGPT	PGPT0015360_594	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015360-fliR|lfiR-K02421	NA	NA
JZ016_01738	270	fliQ	COG1987	Flagellar biosynthetic protein FliQ	GTGAGCGCTGAATTTATTATCGGTCTGGCAGGACAAGCGGTTTATATTGTGCTCCAGGTGAGCGCACCGATGCTGGTTCTCGCACTGGTTGTCGGACTTATCATCAGTATTTTTCAAGCGACAACACAAATCCAGGAACAGACGCTGGCTTTCGTACCAAAAATTATTATCGTACTTATATCATTATTGCTGTTTGGTCCTTGGATATTAACGACGTTAGTGGATTTTACCCACGGAATTTTGGACAATCTCTACAAATATATCGGATAG	MSAEFIIGLAGQAVYIVLQVSAPMLVLALVVGLIISIFQATTQIQEQTLAFVPKIIIVLISLLLFGPWILTTLVDFTHGILDNLYKYIG	PGPT0015355_508	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015355-fliQ|lfiQ-K02420	NA	NA
JZ016_01739	753	fliP	COG1338	Flagellar biosynthetic protein FliP	ATGAATAAAAAGATCTCGTACGCTATCGCGATTTTCATATTGTTTGGATTTCTGTTTTCCCATACGGCATTTGCGGATCCGATTCCAAACATCGATATTCAAATCGGCAACGAGGGAGATACACCGGGGACAAGCTCCTTGTCCTTGATACTCCTGATCACCATTCTTAGCATTGCACCGGCGATACTGGTGCTGATGACTAGTTTTACAAGGATTGTTATCGTGCTTGGCTTTGTCCGTACTTCGCTCGGCACACAGCAAACACCGCCAAACCAAGTGTTGATCGGCCTGGCTCTGTTTCTTACCTTATTCGTAATGGCTCCGACGTTGTCTTCAATGAATGATGTAGCGCTGCAGCCCTATCTGAAAGGTGAGATCACCCAAGCAGAAGCGCTGGATAAGGCTCAAGATCCTATGAAAAAGTTCATGTTCGCGCACACACGGGAAAAGGATCTATTGTTGTTCATGAATTACACAGGCGCAGAGAAACCCGAATCTTATGAGGATATTCCATTAACGGTTTTGGTACCGGCATTTGCCATTAGTGAGCTGAAGACGGGCTTTCAAATGGGCTTTATGATTTTCATTCCGTTTCTGGTCATCGATATCGTGGTTGCCAGTGTGCTGATGGCGATGGGTATGATGATGCTGCCGCCGGTCATGATCTCGCTGCCATTCAAGATTTTGCTCTTTGTTCTGGTAGACGGCTGGTATTTGGTAGTGAAATCCATGCTGATGAGCTTTAACACGTAG	MNKKISYAIAIFILFGFLFSHTAFADPIPNIDIQIGNEGDTPGTSSLSLILLITILSIAPAILVLMTSFTRIVIVLGFVRTSLGTQQTPPNQVLIGLALFLTLFVMAPTLSSMNDVALQPYLKGEITQAEALDKAQDPMKKFMFAHTREKDLLLFMNYTGAEKPESYEDIPLTVLVPAFAISELKTGFQMGFMIFIPFLVIDIVVASVLMAMGMMMLPPVMISLPFKILLFVLVDGWYLVVKSMLMSFNT	PGPT0015350_1407	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015350-fliP|rhcR-K02419	NA	NA
JZ016_01740	525			hypothetical protein	ATGATGATGGCAGCTTCTGATGGATTAGGCTCAAGTAGTACTACCGGGTATTATTTACAGTTATTTTATGTCTTTATCGTACTTGCCATCATCGTTGCGTTGATCGTGTTCCTGATTCGCTTTCTCAGCAGAAAGAATCAGAGCTGGATGCAGGGCCGCTCCATTCGTACTTTGGGTGCGGTTGGGATGGGCCCTAACAAATCCCTTCAGCTCGTCGAAATTGGGGGCAGCATCTATGTGATCGGAGTTGGCGAAGACGTCCGGTTGGTGGACAAAATTTCTGATCCAGCTGAAGTTGCGCTTATCCAAGCTGCATTTGAACAGGATTCTGGAATACATAATGGGGCACTGCCGCCTTTTATAACGAAACTGGCGGCAAAACTCCGTAAAGACAAACCACCGGAAGAAATGGAATTGGACGATACATCTTCTTTCCATGAAGTGTTCGAGTCCAAGCTGCGCAGCGTACCGAACCGGAAAGAAAAGGTCGAAGAATTGCTGCGGGAGGATCATAAAGATTCATGA	MMMAASDGLGSSSTTGYYLQLFYVFIVLAIIVALIVFLIRFLSRKNQSWMQGRSIRTLGAVGMGPNKSLQLVEIGGSIYVIGVGEDVRLVDKISDPAEVALIQAAFEQDSGIHNGALPPFITKLAAKLRKDKPPEEMELDDTSSFHEVFESKLRSVPNRKEKVEELLREDHKDS	PGPT0015345_614	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015345-fliOZ-K02418	NA	NA
JZ016_01741	366	cheY	COG0784	Chemotaxis protein CheY	ATGGCTAACCGAATTCTGATTGTGGACGATGCTGCATTTATGAGAATGATGATCCGTGACATATTGGTCAAAAACGGATTCGAGGTTGTGGGAGAAGCACAGGACGGTGCGCAAGCAATCGAGAAATTTAAAGAACTTCGTCCAGATCTGATTACGATGGATATTACGATGCCGGAAATGGATGGTATCGCAGCGCTGAAAGAGATTAAAAAAGTCGATGCGAATGCAAAAGTGATTATGTGCTCTGCCATGGGCCAACAGGCGATGGTTATTGATGCGATCCAAGCTGGAGCCAAGGACTTTATCGTTAAACCGTTCCAATCGGACAGAGTCATTGAAGCCATCAATAAGACGCTTGGCGTATAA	MANRILIVDDAAFMRMMIRDILVKNGFEVVGEAQDGAQAIEKFKELRPDLITMDITMPEMDGIAALKEIKKVDANAKVIMCSAMGQQAMVIDAIQAGAKDFIVKPFQSDRVIEAINKTLGV	PGPT0015690_3937	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
JZ016_01742	1260			hypothetical protein	TTGACGAGTAAAGACTATTTATCCCAGGAAGAAATCGACGCTTTGTTAAAACAGTCGGAAATGGCATCACCAGCATCAATTCCTTCGGCGGCGACTGTCGATGATGTATTAACACCTTTAGAGCAGGACGCGCTCGGCGAGATTGGTAACATTACCTTTGGCAGTGCTGCAACCGCCCTGTCTACCTTGCTGGGCAAAAAAGTGGATATCACAACACCCAAAGTGTCGATCATTAAGCGAAGCGAGTTTGAGGAAGAATTTCCGAAGCCGCATGTAGCGGTACATGTTACTTATGTAGATGGTTTTGAAGGAATTAACTCTCTAGTCATTAAAACACGCGATGCTCAGGTCATTGCTGATCTGATGTTAGGCGGGGAAGGCAACCCCGTGGAAGAGGAACTGAACGAGATTCATATCAGTGCCGTTCAGGAAGCGATGAACCAGATGATGGGCTCTTCCGCAACGAGCATGTCGACGATTTTTAACCGGTTTGTCAATATATCGCCGCCAGGCATTGACATTCTGAACATGGCAAAAGGTGAAGGGGTTAACAACCTTCCGCCGGATGAAACACTGATTAAGATTTCATTCCGATTAATTATCGGTGACCTTATTGATTCAACCATTATGCAGCTGCTTCCCGTTCATTTTTCCAAGGATATGGTTCACATGCTTATCAACGGAACGGAAGAGCCTCAGCCTGCGAAGCAGGAAGCCGCGCCGGCGGTGGAAGCACCTGTCAGTACCCAGGAACCTGCTCAAGCACCGGCTAACCCTGTGAATGGCAATGATATGGGCCAAGGATACGACTACGGACAAGGCTACGGCCAGCCAATGCAGGGACAGGGAGGGCCGATCCCGCAATCCATGCCATATGGACAGCCGCAGATGCCTTACCAAGCGCAGCCGCAGCAATATGGCGGCATGCCGAATCGCAATGTGAATGTACAGCCCGTACAGTTTGCTAATCTGCAATCTGCGCCGTACACCCAGGTGGATGAAAACAATCTGAACTTACTGATGGACATTCCCCTTAAAGTCACCGTAGAATTAGGGAGGACTCAAAAGCAAATTAAGGATATCCTGGAAATGTCGCAAGGTTCGATCATCGAGCTGGACAAGCTTGCCGGTGAGCCTGTAGACATCCTTGTCAATCATAAGCTGATTGCCAAGGGCGAGGTCGTTGTCATCGATGAGAACTTTGGTGTACGCGTGACGGATATCGTGAGCCAATGGGACCGGATTCAAAAATTACAATAG	MTSKDYLSQEEIDALLKQSEMASPASIPSAATVDDVLTPLEQDALGEIGNITFGSAATALSTLLGKKVDITTPKVSIIKRSEFEEEFPKPHVAVHVTYVDGFEGINSLVIKTRDAQVIADLMLGGEGNPVEEELNEIHISAVQEAMNQMMGSSATSMSTIFNRFVNISPPGIDILNMAKGEGVNNLPPDETLIKISFRLIIGDLIDSTIMQLLPVHFSKDMVHMLINGTEEPQPAKQEAAPAVEAPVSTQEPAQAPANPVNGNDMGQGYDYGQGYGQPMQGQGGPIPQSMPYGQPQMPYQAQPQQYGGMPNRNVNVQPVQFANLQSAPYTQVDENNLNLLMDIPLKVTVELGRTQKQIKDILEMSQGSIIELDKLAGEPVDILVNHKLIAKGEVVVIDENFGVRVTDIVSQWDRIQKLQ	PGPT0015410_132	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015410-fliN|lfiN|fliNY|cheC|cheD-K02417	NA	NA
JZ016_01743	999	fliM	COG1868	Flagellar motor switch protein FliM	ATGGTTGATGTTTTATCGCAGAATGAGATCGACGCCTTATTGGCCGCTCTCTCTTCAGGGGAAATGGATGCTGAAGAACTGAAAAAAGAGGAAACGCAAAAGAAAATTCGTTCTTATGATTTTAAGAGGGCACTCCGGTTTTCCAAGGATCATATTCGGAGCTTAACCCGCATTCACGAGAACTTTGCACGATATTTGACCACATATTTCTCAGCGCAATTACGCACTTTTGTGCAAATTAACGTGGTGCAGGTTGAACAGCTTCCATATGATGAATTTATTCGCTCCATACCCAAAATGACAGTTCTCAATATATTCGAGGCGGAACCGCTTGTCGGGCGCATGGTGCTCGAGGTCCATCCAAACATTGCTTACGCGATGCTGGACCGTTTGCTGGGAGGAACAGGCATTGCTCCTACTTCCATCAGCTCGATGACCGAAATCGAGACGATCATCATGGAACGCATTTTCAGCCGGGCATTCGACAGTCTGCAGGAAGCATGGAAAACGGTGCTGGACATCTCACCGCGGCTTGAAGCATTGGAAACGAATCCGCAATTTATGCAGATTGTTTCTCCAAACGAAACCATTGCGCTAATTTCCCTTAGCACCAAAATCGGCGATACCACGGGGATGATTAATCTGTGTATCCCGCACGTGGTGCTGGAACCGATCATGTCCAAGCTATCGGCGCATCAATGGTTTATCTCGGAGAAAAAAGCGAGTGTTCCAGAGGAAGTAGATGCTCTTAAGCAGCGTGTAAGTAAGGCCAAGCTTCCGATTGTTGCCGAGCTGGGCGTTTCACAGCTCACCGTGTCCGAATTTTTAGGACTGAGCGTCGGCGACGTCATCTCATTAAACAAGCCGATGCATGATGGACTTTCCATTAAGGTTGGGGACAGATTAAAGTTTATTGGCAGTCCCGGAACGATAAAAGACCGGGTTGCTGTACAAATCGATGAAATTGTCATCGAAGGAGCTGAAGAATTTGACGAGTAA	MVDVLSQNEIDALLAALSSGEMDAEELKKEETQKKIRSYDFKRALRFSKDHIRSLTRIHENFARYLTTYFSAQLRTFVQINVVQVEQLPYDEFIRSIPKMTVLNIFEAEPLVGRMVLEVHPNIAYAMLDRLLGGTGIAPTSISSMTEIETIIMERIFSRAFDSLQEAWKTVLDISPRLEALETNPQFMQIVSPNETIALISLSTKIGDTTGMINLCIPHVVLEPIMSKLSAHQWFISEKKASVPEEVDALKQRVSKAKLPIVAELGVSQLTVSEFLGLSVGDVISLNKPMHDGLSIKVGDRLKFIGSPGTIKDRVAVQIDEIVIEGAEEFDE	PGPT0015405_1402	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_C-RING,PGPT0015405-fliM-K02416	NA	NA
JZ016_01744	465			hypothetical protein	ATGAAAAAGATGCTCCCCTGGTTAATTACGATCCTGTTATCCATTACGCTGATTGTTCTGGCGATCTTCCTATTGTCGGATAAATTGCTTGGCGATAACGGTAAAAGTCAGGCTTCAGCCAATGCAGCGGCTTTACCTAAGTTTTCTGCCGATGAGATCGTGGCGATGACATCGGAAATCGCCGGGATCAAGACGAATTTAGCCGAACCAAACTATATCGCCCAGATGTCCTTTGCTTTTCAGCTGAATGACAAAAAAGCAAAGGAAGAATTCGAAAAAATCAAGAATATCAAGATTAAACCGATTATTATCAAGACGTTGGCCGATACGAAGCCCGAATTACTGAATGATTCGAAGGGGCGCGAACAATTTAACGCTAAGCTGGTGAATCTGGTTAATAAGTCGTTAACGTCTGGACGTTTAATTCAAATTGAAATGACAGATGTTATCGTCACTGAAATCTAG	MKKMLPWLITILLSITLIVLAIFLLSDKLLGDNGKSQASANAAALPKFSADEIVAMTSEIAGIKTNLAEPNYIAQMSFAFQLNDKKAKEEFEKIKNIKIKPIIIKTLADTKPELLNDSKGREQFNAKLVNLVNKSLTSGRLIQIEMTDVIVTEI	PGPT0015525_2195	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015525-fliL-K02415	NA	NA
JZ016_01745	225	swrD	COG1582	Swarming motility protein SwrD	ATGATATCGGTAACGAGGTTAAATGGTTCGCAGTTGTGGCTTAACGCGCTGTTGATAGAAATGGTTGAGGAGACTCCTGACACCTACATTACTTTGATCAATGGAAAACGCATGATTGTGCTTGAAAGTGCAAATGAAATCATCGCTTCCGTTAAGGCGTATCATCACGAGGTAGGCATTCATCAAGCTACCATTAAAGTGCAGCAATTGGAGGAACCTTCATGA	MISVTRLNGSQLWLNALLIEMVEETPDTYITLINGKRMIVLESANEIIASVKAYHHEVGIHQATIKVQQLEEPS	PGPT0015460_171	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015460-flbD-K02385	NA	NA
JZ016_01746	825	flgG_1	COG4786	Flagellar basal-body rod protein FlgG	ATGTTAAGATCCATGTATTCCGGTATTTCCGGAATGAGAGGTTTCCAAACCAAGCTTGATGTCATTGGTAATAACATTGCCAACGTAAACACAGTTGGGTTTAAAGCGGGACGTGTGATGTTTAAAGACGTACTAAGTCAAACGATGTCCGGTGTTACCCCGGGAACCGACGATCCATCCGGTGGTGTAAACGCGAAGCAGGTCGGTCTTGGTGTATCGATCGGTTCCATCGATACGCTGCATACGCCAGGCAGTGCAATGATAACTAACTATCCGACGGATCTGAGAATAGATGGGGACGGATTCTTTATGGTGAAGCTTAGCGAGGATCAAGATGTGCCTTTCTTGACCCGAGCTGGAGACTTCCATATAGACGTAGCGCGTAACCTGGTAACTTCAGATGGGATGCTCGTTCTTGATGCAACTGGTGAACCTATCCAGCTGGAGGAAGATGTAACGGCATTTACGATTGCACAGAATGGCGCCATCATTCAGAAGATGAGTGACGGATCAACGGAAGAGGGAGCCATCATCGGCGTTGCGAAAATTCCGAATCCGGAAGGTCTGGAGAAAATCGGCGGCAATATGTATCGTGTGACTCTTAATGCGGTTCCTGATGGCGATCTGGATGCTGTCATGTTCGAAGCTAATAACGCCGAAGAAGGAACTGGCGCTATCATTTCAGGACAGCTCGAAATGTCCAACGTTGACTTGACAGGTGAATTTTCGGAAATGATCGTTGCTCAGCGCGGCTTCCAAGCCAACTCCCGGATCATCACGACTTCGGACGAAGTGCTTCAAGAAGTTGTCAATCTGAAACGATAA	MLRSMYSGISGMRGFQTKLDVIGNNIANVNTVGFKAGRVMFKDVLSQTMSGVTPGTDDPSGGVNAKQVGLGVSIGSIDTLHTPGSAMITNYPTDLRIDGDGFFMVKLSEDQDVPFLTRAGDFHIDVARNLVTSDGMLVLDATGEPIQLEEDVTAFTIAQNGAIIQKMSDGSTEEGAIIGVAKIPNPEGLEKIGGNMYRVTLNAVPDGDLDAVMFEANNAEEGTGAIISGQLEMSNVDLTGEFSEMIVAQRGFQANSRIITTSDEVLQEVVNLKR	PGPT0015485_2923	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015485-flgE-K02390	NA	NA
JZ016_01747	387			hypothetical protein	ATGAGTGACCGCATGATCATAGGGCATTTATACCCTGGAAAAATACATCCCGCGGCACTTCATAATGAGCGTAAAACGCAAGCTCAAGCTAACCCGCCAGCCGGGACGTTTCAGGAACTTTTAAATGAGAATCTGCTTAAAATTAGCAATCATGCGGCAAAGAGACTTCAGCAGCGCGGCATTGAATTAAAGGGTGATCAGCTTGCGCAGATCCAGAGCGCGGTGGATAAAGCTGCGGCGAAGGGGAGCAAGGAGTCACTCATTCTGATGAAGGATATGGCTCTCATCGTGAATATTCCGAATCGGACCGTAGTCACTGCAATGGATGGCAACGCGATGAAGGATAACGTATTTACGCAAATAGATAGTGCAGTAATTATTTCATAA	MSDRMIIGHLYPGKIHPAALHNERKTQAQANPPAGTFQELLNENLLKISNHAAKRLQQRGIELKGDQLAQIQSAVDKAAAKGSKESLILMKDMALIVNIPNRTVVTAMDGNAMKDNVFTQIDSAVIIS				NA	NA	NA	NA	NA
JZ016_01748	684			hypothetical protein	ATGGCAACAAATCCGGTGTCTACGAATAATATGTGGCCCAATTATGCTAAAGGGAATGTCAGCAGTAAAAGCGGGAATGGCCAGGAGCTTGGAAAGGATCAGTTCTTGAGCATCCTGATTACGCAATTAAGGCATCAGGATCCGCTTCAGCCAATGCAGGACCGGGAATTTATTGCCCAAATGGCCCAGTTTACTTCCCTGGAGCAGTTAATGAATATCAATACTCAATTAACGGCAATGAGTCAGTCTTTGGGTGCTGCTTCAAGTTTGATCGGTAAACAGATCAGCTGGATGTTCAAGCCCGAGGATGGTTCGGATTCCGTCATGAAGAGCGGTATCGTAGATTCCATCATTGTTCGTGAAGGCGTACATTATGCCAAAGTCGGCGACAGTGAAGTATCGCTTGACCAGATCGTGAAAATCGAGAACGCCGTAACCGAGAATGATCCAGAAGCGTTGATTTCTGGTCCTGCAGTACCTGATACAAATAATCGAGGTCCGATTGATCCTGACACAACGAATCCGGGTCCTTCCGTACCTGACGCGAGCAGTCCAGGTCCGACAGAACCTGAAATAACAAATCCCGATCCTTCCGTACCCGAAACAGGCAATCCCGAGCCGTCAGCTCCTGAGGCCGTAGATCCTGGACAAGGGGGAGAAGAGCCTGGGGGAGTAGCGCCATGA	MATNPVSTNNMWPNYAKGNVSSKSGNGQELGKDQFLSILITQLRHQDPLQPMQDREFIAQMAQFTSLEQLMNINTQLTAMSQSLGAASSLIGKQISWMFKPEDGSDSVMKSGIVDSIIVREGVHYAKVGDSEVSLDQIVKIENAVTENDPEALISGPAVPDTNNRGPIDPDTTNPGPSVPDASSPGPTEPEITNPDPSVPETGNPEPSAPEAVDPGQGGEEPGGVAP				NA	NA	NA	NA	NA
JZ016_01749	1344			hypothetical protein	ATGACAATAACGGTACAAAATATGTCTTCATCCGTAAGCAGTCCCTCGGGAAGCGGAAAGGCAAGCGCGGCGGGTCAGTCGACAGCGGGTGTTTCCTTTGATGCGACACTGGCTTACCAGATGAATAGCAGCGGGAACAGCGCTTCAACAACATCGACGGAAGTCGCTGCCAAGCTGGAATCCTTGCTAACGCAGTATTCTTCGGAAACCGATGCATCGATTGAAGGCTTGATGGAATTGCTTCAAGGTTTGCTGCAGGAGCTGGACACCATGGACCAGGCATTGATGGAGGATCCATCCCTATTGCAAGAGCTGCAGAACTGGCTCACGCAAGCGAATGTTATGCTGAGCGGAGCTGCTTCCCAGGCACAAGAGAACGCGGGTGGGAATGAGATGTCTCCATTGGCTTCCAGACCGGAGACCATTCGATTCGCGGTACAGGATACGATCAGTCAGCTGGCATCGATGCTTTCCAAATCTGGTCAGGTGGATCTAAATACCGAAGCTGCTGTAAAACAGCTTGTCCAATCATTCCATGGTTTGCTTGGTCAAGGAACTGGGACTGGCGAGACTAAAGCAAGCGGCAGCTTTGATCATATCCTTGCTCAAAAACAGCCGGATGCCGCTCAGCCTACTGTATCCACGAATACTTCAGGACAGTCGGCTTCATCTCAAACAACGGGACAGGCGAATGCCAAGTGGTCATCGCTGACGACGAGCACTCAAGTAGAGGGTACAGCATCTGAGTTCATGATGAATGAAGGAGTTTCGCTGTTGGAGCAAGGAACGGTCACGGCCGGACAACTAGCCCTGCGTTCAGGAACGCAAGTTGCAGTAAAACCTGCAGCTCCGCCGGTACCTGTTGAGAATTTCTCAAGCGAAATGACTTCTTTCATTATTAATAAGCTTGAAATCGTGAAACAAACCGGTTTTACGGAAGCGAGAATCTCCTTGAATCCGGAACATCTGGGTCAAGTAGATATCAAACTTACGATGCAGAATGGCCAATTAATCGCCCAGTTCATGACGCGGTCGACAGATGCTAAAGAGCTGATTGACCAGCAAATGGCACAGCTTCGCAGCGCATTGATTGCACAAGGACTGCAGATCGAGAAAATTGAAGTTACACAGAGCAGCCAGCCTTCCAATGCGAATCTTTATCAAGACGGCCGTCAGCCTGGATCAGGCCAGCAGCAGTCACAGCATCGCTCGAAGGAGAAGGACAGACCATCCGATGATGCCGTGCTGGCAGCAAATCTGACAGAAGAACTAAACGATTGGATTGCCGAGCACCAAGCCGACGATGAACGGGTACAAGCAGGAACATTTACCGCTAAAGCCTAA	MTITVQNMSSSVSSPSGSGKASAAGQSTAGVSFDATLAYQMNSSGNSASTTSTEVAAKLESLLTQYSSETDASIEGLMELLQGLLQELDTMDQALMEDPSLLQELQNWLTQANVMLSGAASQAQENAGGNEMSPLASRPETIRFAVQDTISQLASMLSKSGQVDLNTEAAVKQLVQSFHGLLGQGTGTGETKASGSFDHILAQKQPDAAQPTVSTNTSGQSASSQTTGQANAKWSSLTTSTQVEGTASEFMMNEGVSLLEQGTVTAGQLALRSGTQVAVKPAAPPVPVENFSSEMTSFIINKLEIVKQTGFTEARISLNPEHLGQVDIKLTMQNGQLIAQFMTRSTDAKELIDQQMAQLRSALIAQGLQIEKIEVTQSSQPSNANLYQDGRQPGSGQQQSQHRSKEKDRPSDDAVLAANLTEELNDWIAEHQADDERVQAGTFTAKA	PGPT0015520_1306	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015520-fliK|motD-K02414	NA	NA
JZ016_01750	927			hypothetical protein	GTGGCACGAAAAGACATGCCGCTTGATAAGGAAGAATCAGGCGGAGGATTTGAACGGATACTGTTGATTTTGGTACCTGCTATATTCACGATTGTACTGCTCGGGGCGCTTGCCGTATTTTTTAGAGCCGATGTGCGGGATGGACTAATCGATGTAGCCAATAAAATTCCGGTCGTCAAGAACTGGGTCCCGGATCCGGTGCTGACCCCGGAAGAACAGAAACTCAAAGAAGCGAAGCAGCAGGAAGAAAGCGCGGAAGCAACGATTGTTGAACTTAAGAAGCAGCTTGCCGAACGCGAAGAAACATTAAATGAAGTAACGGAGCAAAAAACAGCGCAGGAAAACAAGGTGAAAGAGCTGGAAACCCAAATTGATTCGATGCAGAGTACATCGACAAGCGGTGAGACCGAAGAGGAAGACGCGTATACCAAGCAAATTCGCGAACTGTCCAAGCTCTACGCCGACATGAGTCCAAGCAAAGCGGCACCGATCATGCAAAACCTTACGCTGGAAGAAATGGTGCTTATGCTTAGTCAGATGAAGAGCAGCAATCGGGTTGCCATTCTGCAAAAAATGGATCCCAAAACGGCCGCGGATGCAACCATGATGCTTAAAGATGCCGAGACTTCTGAAGATATGGCCATCGCGGCACTGCAATCCAGGCTCAAGAAGAATGATACAGAGGCGGCCCAGAAGAAGACATCCGACAATCTGGATAAAAACCAGTTGAATCAGACCTTTGCCGGAATGACACCCGCCAACGCTGCCGAACTGCTGATGCAAACGTATAAGATCAGCCCTGCTAAGACCATGACCATTCTAAATACTGTGGATGATGCAACGCGTTCACGGATTTTAAATGCGATGTCCTCGAAAGATGCGGAGCTGGCAGCAAAGATATTGAATCGCCTGATGGGCTCTAAATAA	MARKDMPLDKEESGGGFERILLILVPAIFTIVLLGALAVFFRADVRDGLIDVANKIPVVKNWVPDPVLTPEEQKLKEAKQQEESAEATIVELKKQLAEREETLNEVTEQKTAQENKVKELETQIDSMQSTSTSGETEEEDAYTKQIRELSKLYADMSPSKAAPIMQNLTLEEMVLMLSQMKSSNRVAILQKMDPKTAADATMMLKDAETSEDMAIAALQSRLKKNDTEAAQKKTSDNLDKNQLNQTFAGMTPANAAELLMQTYKISPAKTMTILNTVDDATRSRILNAMSSKDAELAAKILNRLMGSK				NA	NA	NA	NA	NA
JZ016_01751	444			hypothetical protein	ATGAAATTTCATTATGCATTCCAGAAAATCGTAGACCTGAAAAGCAACGAGAAAACGCAAGCCGAATGGATGCTGTCAAGCGCCATCGGGAAGCTGCAGGCGGAAGAGAAAAGTCTGAATGAGCTGTATGAGATGCGGGATCAAATGTATCACGCTCAGCAGGAGGCTGCATCACGGTGCGTGCCGGTCGCTGAGATCCGAAACATTCAGGTATACGCAGAGCACTTGGAAGAATGCATTGAGCGTAAGCGGGATGACATACGGATCGCTCATGTCAATGTAACCAAGAAACAGAAGGTATTGTCCGACAAAATGCTAGACGAAAAAGTGTGGCTGAAAGCAAGAGATAAATCCCAAGAAAAGTTCCGGCATGAAAGTCTCCTTCGGGAACAAAACGAGCTGGACGAAATGGCGACGGTACGTTTTGCGATCAAAGCCCGATAA	MKFHYAFQKIVDLKSNEKTQAEWMLSSAIGKLQAEEKSLNELYEMRDQMYHAQQEAASRCVPVAEIRNIQVYAEHLEECIERKRDDIRIAHVNVTKKQKVLSDKMLDEKVWLKARDKSQEKFRHESLLREQNELDEMATVRFAIKAR	PGPT0015615_1006	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015615-fliJ-K02413	NA	NA
JZ016_01752	1320	yscN		putative ATP synthase YscN	ATGAAGAAGCTGAATAGCGCGCGGTACATGGATCATCTGAAGCATCTGGACCCCGTTCGCATCAATGGTAAAGTTACACAGGTAATCGGACTGATGGTGGAGTCCGAAGGGCCGGATGCAAGCATCGGCGATGTTTGTTATATCTATCCCACGAAGCAAACCAAGCCGCTCAAGGCGGAGGTCGTGGGTTTCAGAGACAATAAGGTGTTGCTGATGCCTCTCGGCGAGCTTCACTCCATTGGTCCTGGCTGTGATGTAGTCGGTACCGGCAAACCACTGAGCGTGCAAGTGGGTTCGGAACTGCTTGGCAAAGTGCTCGACGGATTGGGACAACCGCTGGACGGATCTATCATTCCGGCGCGCATGCCGCACTATTCAACCCATAACGTTCCACAGAACCCGCTTAATAGGCCGAGGGTTCAGGAGCCGATCAGCATCGGCGTCCGCGCGATTGACGGATTGCTCTCCATCGGCAAAGGCCAGCGGGTCGGTATATTCGCCGGATCCGGTGTCGGGAAGAGTACCCTGATGGGAATGATCGCGAGAAACACTTCTGCCGATGTCAATGTCATAGCTTTGATCGGGGAACGTGGACGCGAAGTGCTGGATTTCATAGAACGGGATTTGGGTCCCGAAGGGTTAAAACGGTCCGTCGTAATTGTTGCGACCTCGGATCAACCGGCACTCATCCGCATTAAAGGGGCCTTGATCGCTACAACGATCGCCGAGTATTTCAGGGATCGCGGCCTGAATGTGATGCTGATGATGGATTCCGTTACCCGCTATGCGATGGCACAGCGAGAAGTAGGACTAGCCGTAGGAGAGCCGCCGGCCATGCGCGGTTATACTCCGTCTGTATTTGCCAGTCTGCCGAAGCTTCTGGAACGAGCAGGCACAGGGCCAACGGGCTCGATTACAGCCTTTTATACGGTGTTGGTAGATGGTGATGATATGAACGAACCGATCGCGGATGCGGTTAGAGGCATACTTGATGGTCACATCGTTCTAAACCGGAATATCGCAAATAAAGGGCATTTTCCGGCCATTGATGTGCTGGCTAGCATAAGCCGGGTGATGAAAGATATATCTCCAGAAGAACAAATCGATGCTTCCGAGAACGTAAAGCGACTGATGGCGATATATAAGGACTCGGAGGATTTGATCAATATCGGGGCGTATCAACAGGGCTCGAATGCCGATATCGATGAATCGATCGAATATATCGGGCGAATATGGGATTTCACGAAGCAAAAAGTGAATGAAAAGACAACATTGAATGAGGTTCAGGAACGTTTGATTTCCGAGTTTTCAAGGAGATGA	MKKLNSARYMDHLKHLDPVRINGKVTQVIGLMVESEGPDASIGDVCYIYPTKQTKPLKAEVVGFRDNKVLLMPLGELHSIGPGCDVVGTGKPLSVQVGSELLGKVLDGLGQPLDGSIIPARMPHYSTHNVPQNPLNRPRVQEPISIGVRAIDGLLSIGKGQRVGIFAGSGVGKSTLMGMIARNTSADVNVIALIGERGREVLDFIERDLGPEGLKRSVVIVATSDQPALIRIKGALIATTIAEYFRDRGLNVMLMMDSVTRYAMAQREVGLAVGEPPAMRGYTPSVFASLPKLLERAGTGPTGSITAFYTVLVDGDDMNEPIADAVRGILDGHIVLNRNIANKGHFPAIDVLASISRVMKDISPEEQIDASENVKRLMAIYKDSEDLINIGAYQQGSNADIDESIEYIGRIWDFTKQKVNEKTTLNEVQERLISEFSRR	PGPT0015340_1975	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015340-fliI|lgiI-K02412	NA	NA
JZ016_01753	882			hypothetical protein	TTGCCCGTGGCGGAGGAGATGACATCATTGTCTAACTTGATCAAATCGTCCCACTATAAACCGATGGATGTGTTGAAAGAGTTGGATCTTGCTCGTCGTTACGCTTCGCCAACCGAGGAAACGGTAGAGGAATATACTCCGCCGACTGCCGAGCCGGCTGCCGTACAAACACTGGCTGAAGCCGAACGTTTAAAGCATGAGATGCTAAAAGATGCTCAGGAGTTTGCCGAACGACAAATCCGCGAAGCTTCGGAAGAGGCGGAACGGCTGTTGGCCGAAGCGCAGCAGCAGATTGAAGCGTGGTGGACCGACAGAAGGCTTCAGGACGAGGATTTGTCCGAAACGCTGAAGATGGAAGGCTTTAATCAAGGATATGCCGAAGGTTCAGCCAAGGCAGAGCTTGAGATGAAGGAATTGATGGAGCAAGCGACATTACAGGCGAGTGAATTGCTTCAGCTTGCCCATCAAGCCAAGGATGATCTAATTCAGGAAGCGGAGCCTTTTTTGGTGGAGCTCAGCTGCAGCATCGCGGAGAAAGTACTGGATCGTCAGCTGACGATCGAACCTGATTTCACGCTGGAGCTGATTCGAAAGAATCTGGCACGCAAGCGGGAAAAAGGAGTCATCTCCCTCTGCGTAGCTCCTGAACAATTCGAATTTGTATACGCGGCACGGGAAGAGCTCGGATTATCGATCGACTCTCAGGCAGAACTTCAAATTTTGCCGGATTCCACGGTTAAGGATCGCGGCTGCGTGATCAGGTCTTCTTTCGGAAGCGTGGATGCCCGGATCGATACACAGCTATCCGAGATCAAAAAAGAGCTCGTGCGGTTCGCTCTTGATGACGAGGAACGGAGAAATCAAGATGAAGAAGCTGAATAG	MPVAEEMTSLSNLIKSSHYKPMDVLKELDLARRYASPTEETVEEYTPPTAEPAAVQTLAEAERLKHEMLKDAQEFAERQIREASEEAERLLAEAQQQIEAWWTDRRLQDEDLSETLKMEGFNQGYAEGSAKAELEMKELMEQATLQASELLQLAHQAKDDLIQEAEPFLVELSCSIAEKVLDRQLTIEPDFTLELIRKNLARKREKGVISLCVAPEQFEFVYAAREELGLSIDSQAELQILPDSTVKDRGCVIRSSFGSVDARIDTQLSEIKKELVRFALDDEERRNQDEEAE	PGPT0015335_250	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015335-fliH-K02411	NA	NA
JZ016_01754	1017	fliG	COG1536	Flagellar motor switch protein FliG	TTGGCTAAGGGAAATAACCAAATGTTAAGCGGACGTCAAAAAGCGGCTATACTGCTCATTACACTTGGCCCGGAAGTGTCTGCTCAAATATTTAAGCATCTTCGAGATGAAGAAATTGAACAATTGACGCTGGAGATTGCGAATGTTCGTAAAGTCGACAGTGATGAAAAAGATAGCATTATTCAGGAATTCCATCAAATTTGCCTGGCCCAGGAATACATCTCGCAAGGCGGTATTAATTACGCTAAAGAGATTTTGGAGAAGGCGCTTGGACAGCAAAAAGCGATGGAAGTGATCAACAGACTGACAGCAACGCTTCAAGTAAGACCGTTTGACTTTGCCCGCAAAGCGGACCCAAGCCAAATTCTGAACTTTATCCAGAACGAAAATGCACAGACCATTGCACTCGTCTTGTCGTATCTTCAATACGAGCAGGCATCCGCAATCCTATCTTCACTTCCGCAAGAGAAGCAGGCCGAAGTAGCGCGTAGGGTTGCAGTCATGGACAGTACTTCACCAGAAGTCATCGCCCAGGTTGAACGCGTGCTGGAACAGAAGCTGTCGGCGACGGTTACTCAGGATTACACGAGTGCGGGTGGCATTGAATCCATCGTTCAAATTCTGAACGGTGTGGATCGCGGTACGGAACGAACGATCCTCGATTCCCTGGAAATCCAGGATCCCGAGCTCGCCGAAGAAATCAAGAAGCGGATGTTCGTATTCGAGGATATCGTCAACGTGGACAACCGTTCGATCCAGCGTATTATCCGCGATGTCGAGAACGCCGATCTTCAGCTTGCACTCAAGGTGGCAAGCGAAGAAGTACGGGACGTCATTTTCCGCAACATGTCCAAGCGCATGGCCGAAACCTTCCGCGAAGAGATGGAATACATGGGACCGGTGCGGCTGCGTGATGTGGAGGAAGCTCAGACTCGGATTGTAAGCACGATCCGAAGACTCGAAGAAGCGGGCGAGGTCATTATTGCCCGTGGCGGAGGAGATGACATCATTGTCTAA	MAKGNNQMLSGRQKAAILLITLGPEVSAQIFKHLRDEEIEQLTLEIANVRKVDSDEKDSIIQEFHQICLAQEYISQGGINYAKEILEKALGQQKAMEVINRLTATLQVRPFDFARKADPSQILNFIQNENAQTIALVLSYLQYEQASAILSSLPQEKQAEVARRVAVMDSTSPEVIAQVERVLEQKLSATVTQDYTSAGGIESIVQILNGVDRGTERTILDSLEIQDPELAEEIKKRMFVFEDIVNVDNRSIQRIIRDVENADLQLALKVASEEVRDVIFRNMSKRMAETFREEMEYMGPVRLRDVEEAQTRIVSTIRRLEEAGEVIIARGGGDDIIV	PGPT0015400_1282	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_C-RING,PGPT0015400-fliG-K02410	NA	NA
JZ016_01755	1581			hypothetical protein	GTGAACGAGAGAATTACCCAGTATCGGGAGAGAATGACCCAGTATTGGAACCAATTCAGCAACAAACAAAAAATAATGTTAATCGCTACAATAGCATTTGTTTTGATTGCTCTAATCGTACTAACGATGCAGTTCTCCAAGACGAAGTACGAAGTAGCATTCCGGGATTTAAATTCCAGCGACGCTGCAGGAATCATCAGCCACCTGGAGACCCAAGGGATTTCCTACAAGCTGAGCGAGGATGGCAGAAGCATCCTGGTTCCGAGTACGAGCGCAGCTAAAGTCCAGATTGATGTAGGGTCGCAAGGACTTGTACAGAATGGTACGATCGGATTCGAAACCTTCGAGAAGAACGCATCAGCCATCGGGATGACAGATAACGAATTCGAAGTGAAATATGTAAATGCACTGAATGGCGAAGTGGAACGACTGCTTGAGAAGATGCAGGGCGTCCAGGATGCAACGGTATTGTTGAATTTGCCAAAAGAAAGTGTATTTGCAAAAAACGGAAACGAAGATCAAGCCAGCGCCTCCGTAGTTGTGCAATTCAAACCAGGCTATCGGCCTAATCAAGAAGTCATAGACGGGTATTATAACCTCGTGAAGACGGCCATTCCGAACTTACCGGTTGAGAACATTACAATCACCAATGACGAAGTCGAGCTGCTCGCAACAGCTAAAGGCGGTCAAGGTGGATTGATGGGTAAGGTGGAAGAAAACTTCGCGCTTCAGAAAAAATTCGAAAGCGACGTTAGGCAAAATGTTCAGCAGTTTCTCTCGCAGTACATGGGATCGAATAAAGTCAATGTTCTGGTCGCTTCCAAACTGAACTTTGATCAGGTGCAGAGCAAGGAAAACATCGTAACCCCTGTTGATGAAGAAGAAATGAAGGGGATTGAGCTCAGTGTTCAGGAGATCCAGAAGAACTATTCGGGAACCAGTAGTCCAACCGGCGGAGTAGCCGGCGTAGGCGAAGAAGCTGTTCCGGGATATCCAAGCGATTCTGGAAGCGGGGAAACGAACTCGGAAGAGCTCTCCAAAACCGTTAACTATGAAGTTAACCGGATTACGAAGGATATCATAGCAAGTCCATATACTGTTAAAGATTTAACCATTAATGTCTCGGTTGAACCACCTGCCGGTCAACAAACTTTGGATGACGCGACAAGAACGGCAATACAGAACATTCTGGTTAATATCGTGCGTGCATCGCTCTCGGATACAGGCTCTACTTATACAGACGCTGATTTGTCCAAAAAAGTTTCGGTTATTTCACAGGTATTTAATGTAAATGCGGATGAAAATCCGAAAACCGTTCTTTCTCAGCCTGTATTATGGGGGATTGGTATCGCTGCGTTGGCGTTAATTGCTGGAGGAACCTATTTCATAATCCGCAGACGCAGAAAGCAGCAGGAAGAATTTGAAGATGATATTCAGCTTCCGCCAGTTACGGAATTCCCATCGATTAATCTCGAAAGTATAACCAATGAAAGCCAGGTTCGTAAACAGCTCGAAACCTTGGCGAAGAAGAAGCCAGATGAATTCGTGAATTTACTTCGCACATGGCTAGCTGAGGAATAG	MNERITQYRERMTQYWNQFSNKQKIMLIATIAFVLIALIVLTMQFSKTKYEVAFRDLNSSDAAGIISHLETQGISYKLSEDGRSILVPSTSAAKVQIDVGSQGLVQNGTIGFETFEKNASAIGMTDNEFEVKYVNALNGEVERLLEKMQGVQDATVLLNLPKESVFAKNGNEDQASASVVVQFKPGYRPNQEVIDGYYNLVKTAIPNLPVENITITNDEVELLATAKGGQGGLMGKVEENFALQKKFESDVRQNVQQFLSQYMGSNKVNVLVASKLNFDQVQSKENIVTPVDEEEMKGIELSVQEIQKNYSGTSSPTGGVAGVGEEAVPGYPSDSGSGETNSEELSKTVNYEVNRITKDIIASPYTVKDLTINVSVEPPAGQQTLDDATRTAIQNILVNIVRASLSDTGSTYTDADLSKKVSVISQVFNVNADENPKTVLSQPVLWGIGIAALALIAGGTYFIIRRRRKQQEEFEDDIQLPPVTEFPSINLESITNESQVRKQLETLAKKKPDEFVNLLRTWLAEE	PGPT0015430_2517	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015430-fliF-K02409	NA	NA
JZ016_01756	309	fliE	COG1677	Flagellar hook-basal body complex protein FliE	ATGATTCAAAATGCAATGTTCAGTGTTCAGGGCGTGCAGCCGCTTCAACTGCAGGAGCAAGTGAAAAATGGAGCGACTCCATCCGAATCGATTCGCGATTTTGGCTCTTACCTGAATGAAGCACTGAACTCTGTGGCATCACAGGAACAAAATGCACATGTTATGAGCGATAAATTAATGATTGGACAAGTAAACGTAGATCAGGCGATGATATCCGCCCAACAGGCTCTGTTGAGCATTCAGCTCACAACACAGGTCCGAAACAAAGTGGTAGAAGCCTATCAAGAGATCATGCGCACGCAAATCTAA	MIQNAMFSVQGVQPLQLQEQVKNGATPSESIRDFGSYLNEALNSVASQEQNAHVMSDKLMIGQVNVDQAMISAQQALLSIQLTTQVRNKVVEAYQEIMRTQI	PGPT0015515_1874	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015515-fliE|lfiE-K02408	NA	NA
JZ016_01757	450	flgC	COG1558	Flagellar basal-body rod protein FlgC	ATGAATATTAGCAATAGCTTCGGTATTAATGCATCAGCTCTAACAGCACAACGGCTTCGAATGGATGTCATCTCCTCCAACATAGCCAATGCGGAAACCACTCGCGCGCGAATCGAGAACGGCCAAGCCGTTCCGTATCGTCGAAAAACGGTTGTTTTACAACCGCAGCAGGAATCATTTGAAGGACTTCTTAGAGCTCAGATGAATGGTCAGAATGCGGGACAAGGGGTAAAGGTTGCGCAGGTACGGGAAGATCAAACCCCGCTGAAACAGGTATATAACCCTACACATCCTGATGCGAATGCGGAAGGCTATGTCTTTATGCCTAACGTGGACATTACGAAGGAAATGGTGGATATGATAGCAGCTACCCGTTCGTACGAAGCTAATGTTACGGCGATCAATGCTTCGAAAGCGATGATTATGAAGGCGCTGGAGATCGGTAGATAA	MNISNSFGINASALTAQRLRMDVISSNIANAETTRARIENGQAVPYRRKTVVLQPQQESFEGLLRAQMNGQNAGQGVKVAQVREDQTPLKQVYNPTHPDANAEGYVFMPNVDITKEMVDMIAATRSYEANVTAINASKAMIMKALEIGR	PGPT0015475_457	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015475-flgC-K02388	NA	NA
JZ016_01758	408	flgB	COG1815	Flagellar basal body rod protein FlgB	GTGAATCTGTTGAATAATAGTTCTTTTCAACGGCTTCAAAGCGGTTTGGATGCAGCTAATCTCAGAAACAATGTGATTGCAAACAACATCGCCAACGTGGATACTCCTCATTTTAAGAGATCCGAGGTATCCTTTGAGAGTCTTCTGAAAAAAGAAATGGATGGGGCCCAATTGTCATTACAGGGCAGAAGAACAGATCCCAGACATTTTGTCATTGGTTCAACCGGGGGGATTCCTGAGGCTTCGGTCATGAAGGATGGCAGCAGCTCCATGAATAACAACCAGAATAATGTCGATGCAGACAGAGAAATGTCGCTGCTTGCAGAGAATCAGCTCCGTTATAATTCATACATACAAGCTGTAAATGAGCAGATTCGAATGATGCGTACAGCTATTGAAGGGAGATAG	MNLLNNSSFQRLQSGLDAANLRNNVIANNIANVDTPHFKRSEVSFESLLKKEMDGAQLSLQGRRTDPRHFVIGSTGGIPEASVMKDGSSSMNNNQNNVDADREMSLLAENQLRYNSYIQAVNEQIRMMRTAIEGR	PGPT0015470_1116	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015470-flgB-K02387	NA	NA
JZ016_01759	1407	clpY	COG1220	ATP-dependent protease ATPase subunit ClpY	ATGAGTAAAGAATCGATGACGCCAAGACAGATTGTATCCGAGCTGGATAAATACATTGTAGGCCAAAAGGAAGCTAAAAAATCGGTCGCTGTAGCACTTCGGAACCGCTATCGCCGGAGCTTGCTTACGGATGACGAGCGGGATGAAATCGTACCGAAGAACATACTGATGATCGGTCCCACCGGCGTCGGCAAAACGGAGATTGCAAGAAGGCTTGCCAAGCTGGTTCATGCACCGTTCGTTAAGGTCGAGGCGACAAAGTTTACCGAGGTTGGATATGTCGGCCGTGATGTGGAATCCATGGTACGGGATCTTGTGGAAACCGCGATCCGGATGGTGAAGCTGGAACGCACCGAGAAGGTTAAGGACAAAGCCGAGGAAATGGCGAACGAGCGGATCGTTCAGCTGTTGGCGCCTTCAACCAAAGGGCAGAAGAGTCAGCGAAATCCCTTTGAGATGCTGTTTGGCGGTGCGAATAACGATACCCAGACCGAAGATGAGGATGCGGACGATAAGGACGTTAGTCTCAAAGAGAAGCGGAGACAGGTGCGCTTTAACCTGCTGTCCGGTAAGCTTGAAGACGAAACGATTGAGATTGATGTCGAGGATGCTGCTCCAAACATGTTCGATATGTTTGCGGGGCAGGGCAATGATCAGATGGGCATGAACATGCAGGAAATGTTCGGCAATCTGATGCCAAAGCGCACAAAGCGCCGCAAGCTGTCAGTGAAAGAAGCCAGGAAAGTACTGACGCAAGAAGAAGCAGGCAAGCTCATTGATATGGATGATGTCATCCAGGAATCCATTCGTCGGGCAGAGCAATCCGGCATTATATTTATCGATGAGATCGACAAGGTTGCCAGCCAGGGCCGCCAATCGGGTCCGGATGTGTCCAGAGAAGGTGTGCAGCGCGACATTCTGCCTATCGTGGAAGGCTCGACGATTATGACGAAATACGGACCGGTAAAAACGGACTTTGTCCTCTTCATCGCGGCAGGTGCTTTTCATATTGCGAAGCCATCGGATTTGATTCCCGAGCTTCAGGGGCGTTTTCCGATTCGGGTGGAGCTCAGCAGCTTGTCACTCGACGATTTTGTATCCATTTTGACCGAGCCGAAAAATGCACTAACCAAGCAATACGTAAATCTGCTGCGTACTGAGGATCTTGAGGTTGAGTTTTCTCCAGAAGCGATACGGGAAATCGCCCAAATTGCGGCTTCGGTTAACCAGAACACGGAGAATATAGGCGCGCGGAGACTTCATACGATATTGGAGAAGCTCCTTGAAGACCTGTCATTTGAAGCGCCTGAGTTGACGCTGGACCGCATGGTGATCACGCCGCAGTATGTCCGGGAGAAACTTGCCGGCATTGCCCAGGACCGGGACCTGAGCCAGTATATTCTGTAG	MSKESMTPRQIVSELDKYIVGQKEAKKSVAVALRNRYRRSLLTDDERDEIVPKNILMIGPTGVGKTEIARRLAKLVHAPFVKVEATKFTEVGYVGRDVESMVRDLVETAIRMVKLERTEKVKDKAEEMANERIVQLLAPSTKGQKSQRNPFEMLFGGANNDTQTEDEDADDKDVSLKEKRRQVRFNLLSGKLEDETIEIDVEDAAPNMFDMFAGQGNDQMGMNMQEMFGNLMPKRTKRRKLSVKEARKVLTQEEAGKLIDMDDVIQESIRRAEQSGIIFIDEIDKVASQGRQSGPDVSREGVQRDILPIVEGSTIMTKYGPVKTDFVLFIAAGAFHIAKPSDLIPELQGRFPIRVELSSLSLDDFVSILTEPKNALTKQYVNLLRTEDLEVEFSPEAIREIAQIAASVNQNTENIGARRLHTILEKLLEDLSFEAPELTLDRMVITPQYVREKLAGIAQDRDLSQYIL				NA	NA	NA	NA	NA
JZ016_01760	543	hslV	COG5405	ATP-dependent protease subunit HslV	ATGGAAATGACTTTTCACGCCACTACAATTTGTGCAGTACGGCATAATGGCACAGCAGCTATTGCCGGCGATGGCCAAGTTACATTTGGTGAAAGTGTAGTCATGAAGCAGACCGCCAAGAAAGTGCGCCGTCTTTACCGGGGACAAGTTGTCGCCGGTTTTGCCGGTTCTGTGGCGGATGCTATCACGTTATTTGAGAAATTCGAAGGCAAGCTGGAAGAGCACCATGGAAATCTGCAGCGCGCCGCTGTTGAACTCGCGAAGGATTGGCGTCAAGACCGTGTGCTTCGCAAGCTTGAAGCTTTGATGATTGTTATGGATAAAACCGGGATGCTGCTGATTTCAGGTGGCGGCGAAATCATCGAGCCTGATGATGATGTGCTGGCCATTGGGTCAGGCGGCAATTTTGCCTTGTCGGCAGGACGGGCGCTTAAGCGTCATGCCGGACATATGGAAGCGAAGGATATAGCCAGAGAAGCGCTTCAGATCGCTTCTGAGGTGTGTGTCTATACCAACAGCAATATTATTGTCGAAGAGCTGTAA	MEMTFHATTICAVRHNGTAAIAGDGQVTFGESVVMKQTAKKVRRLYRGQVVAGFAGSVADAITLFEKFEGKLEEHHGNLQRAAVELAKDWRQDRVLRKLEALMIVMDKTGMLLISGGGEIIEPDDDVLAIGSGGNFALSAGRALKRHAGHMEAKDIAREALQIASEVCVYTNSNIIVEEL				NA	NA	NA	NA	NA
JZ016_01761	1329	trmFO	COG1206	Methylenetetrahydrofolate--tRNA-(uracil-5-)-methyltransferase TrmFO	TTGACAGATTCACAGAGGGTTACGGTTATCGGTGCAGGGCTTGCCGGCAGTGAAGCTGCCTGGCAGATCGCTAGCCGGGGCATACCCGTTACATTATATGAGATGCGGCCGGTCGTTAAGACGCCGGCTCATCATACGGACAAGTTCGCTGAGCTTGTATGCAGTAATTCGCTTCGGGCGAACGGTTTAACCAACGCAGTAGGGGTATTGAAGGAAGAAATGCGGATGCTGAACTCGCTTGTCATCGGTTCGGCAGACCGCAATTCCGTCCCGGCTGGCGGCGCATTGGCCGTTGACCGTGACGGTTTTTCGGGAGAAATTACGGAAACTCTGCATCAGCATCCTTTAATTGAGGTTGTAAATGAAGAAATTCAGCATATACCTGAAGAAGGCATCGTTGTTATTGCAACTGGGCCGCTGACCTCGCCCGCGTTGTCATCACAGATTCGTGAGCTGATGGGTGAGGACTATTTCTATTTTTACGATGCGGCTGCTCCGATCGTGGAAAAAGATTCAATTGATATGAGCAAGGTTTATCTGGCATCCCGTTATGATAAAGGCGAAGCGGCTTATCTGAATTGTCCCATGACAGAAGAAGAGTTCGACGCTTTCTATGACGCTCTTATCAATGCCGAAGTCGCTCAATTGAAAGAGTTTGAGAAGGAGATTTATTTCGAGGGCTGCATGCCGATCGAGGTCATGATGAAGCGTGGTAAACAAACCGCCTTGTTTGGCCCGATGAAGCCTGTTGGATTGGTGAACCCGCATACAGGCAAGCTGCCGCACGCTGTGGTGCAGCTCCGTCAGGATAATGCCGCAGGTACCCTCTACAATCTTGTCGGTTTCCAGACTCATCTGAAGTGGGGTGAACAGAAGCGGATCATTTCCATGATTCCGGGACTTGAGAACGCCGAAATTGTGCGTTACGGTGTCATGCACCGCAATACGTTTGTCAATTCGCCTAGACTGCTGGAACAAACCTATCAGGTGAAAACACGGCCAAATCTGTATCTGGCGGGACAAATGACGGGCGTAGAAGGATATGTTGAATCGGCGGCATCCGGATTGATTGCCGGGATCAATGCAGCAAGAGCCGCTCAGGGGCAGGAGGGGATCGTATTCCCTCAGGAATCAACTATCGGGAGCATGGCCTATTACATAACCCATGCAGATCCAGATAACTTCCAGCCGATGAATGCGAACTTCGGCCTTCTTCCGAGTCTCGAGAAGCGCATTCGCAACAAAAAGGAAAAAAACGAAGCGCTTGCAAGCAGAGCGCTTGACGGAGTACGCGTATTTATTAATGCTAACGAACTAAATACAATCTAA	MTDSQRVTVIGAGLAGSEAAWQIASRGIPVTLYEMRPVVKTPAHHTDKFAELVCSNSLRANGLTNAVGVLKEEMRMLNSLVIGSADRNSVPAGGALAVDRDGFSGEITETLHQHPLIEVVNEEIQHIPEEGIVVIATGPLTSPALSSQIRELMGEDYFYFYDAAAPIVEKDSIDMSKVYLASRYDKGEAAYLNCPMTEEEFDAFYDALINAEVAQLKEFEKEIYFEGCMPIEVMMKRGKQTALFGPMKPVGLVNPHTGKLPHAVVQLRQDNAAGTLYNLVGFQTHLKWGEQKRIISMIPGLENAEIVRYGVMHRNTFVNSPRLLEQTYQVKTRPNLYLAGQMTGVEGYVESAASGLIAGINAARAAQGQEGIVFPQESTIGSMAYYITHADPDNFQPMNANFGLLPSLEKRIRNKKEKNEALASRALDGVRVFINANELNTI				NA	NA	NA	NA	NA
JZ016_01762	2100	topA		DNA topoisomerase 1	GTGGCGGATTCACTCGTCATCGTAGAGTCGCCTGCTAAGGCGAAAACGATTGGCAAATATCTCGGCAGCAAGTATATCGTGAAGGCTTCGATGGGTCATGTTCGCGATTTGCCGAAGAGCCAGATCGGGGTTGAAGTAGAAAACGACTTCAATCCGAAATACATTACGATCCGCGGAAAAGGTTCTGTCTTAAAGGAACTTAAGGATGCTAGCAAAAAGGTGAAAAAAGTGTACCTCGCAGCTGACCCCGATCGCGAAGGGGAGGCCATTGCATGGCATCTTGCGCATGCATTGGAGCTGGATGATACTCAAAGCCTGCGGGTTGTATTTAATGAAATAACAAAAACAGCCGTGAAGGATGCCTTCAAGACGCCGCGCAAAATTAACATGGATCTGGTCAACGCGCAGCAGGCAAGACGTATCCTGGACCGATTGGTTGGTTATAAGATCAGCCCTATTCTATGGAAGAAAGTGAAAAAGGGACTCTCTGCCGGCCGTGTTCAATCGGTAGCTGTCAAAATCATTCTCGACCGCGAGAATGAGATCAGCGCTTTCGTGCCGGAAGAATATTGGACCATTACGGCCAAACTGGCCATTAAAGGTTCTGCATTCGAAGCCAAATTCACGCAGCTTAATGGCGCAAAGAAAGAGCTCACCAATGAACAGGAAGTAAATGAAATTCTTCAAGCGATTCGGGATGCTTCCTTCCAAGTCAGCGAAGTAAAAGAGCGAGAGCGTCAGCGCCATCCGTCTCCACCGTTTACAACGAGTTCCTTGCAGCAGGAAGCTGCACGTAAACTTGGTTTCCGGGCGGCTAAGACCATGTCCGTTGCCCAGCAGCTGTACGAGGGCGTCGAGCTTGGCAAGGAAGGCACCGTCGGTTTGATTACCTACATGCGTACGGACTCCACGCGCATCTCAGGGACGGCTCAAGAAGAAGTAAAAGAATACATCACCGAGAAGTATGGTGATCCGTTCGTTCCGGAGAGCCCGAGACAATACTCGAAAAAAGCAGCCAACGCTCAGGATGCGCATGAAGCGATTCGTCCTACATCGGTGCTGCGGGATCCTGAATCCATGAAGCCGTTTATGAGCCGTGATCAGCTCCGCTTGTACAAACTGGTCTGGGAGCGTTTTGTGGCAAGTCAGATGTCTTCTGCAGTGCTGGATACGCTTTCTGTTGATATTGCCGCGGGCAAGGCCGTCTTCCGCGCAACAGGTTCGAAGGTTCGTTTCCCTGGATTCATGAAGGTTTACGTCGAAGGCAACGACGACGGGACGACAGAAGAAGATAAATACCTGCCGGAGCTTCATAGTGGCGACATTCTGGAGAAGCAGGACATTGAGCCGAAGCAGCACTTCACGCAGCCACCTCCGCGTTATACGGAAGCACGTCTTGTCCGGACGCTGGAAGAGCTCGGCATAGGGCGACCTAGTACGTATGCACCGACACTGGAGACGATCCAGAAGAGAGGCTACGTTGCCATCGAAGAGAAGAAATTCATGCCAACCGAGCTCGGTGAACTTGTCATCGAGCAGATGGAGCAGTTCTTCCCGGAAATTCTCAATGTGGAGTTTACGGCTAACATGGAAGAGGACCTCGACCATGTGGAGGAGGGCTCCGAAGATTGGGTCAAAGTATTGGCAGAGTTCTATGAATCCTTCGAAAAGCGCCTTGAAGTAGCAGAGGAAGAAATGAAGGAAATCGAAATCGAAGATGAGGTTTCCGACGAGATCTGCGAAAAGTGCGGAAAGCCGTTGGTCTATAAGCTGGGCAGGTTTGGCAAGTTTCTTGCATGCTCAGGCTTCCCGGATTGCCGGAATACCAAGCCGATCGTGAAAGATATCGGCGTGGCGTGCCCGAAATGCAAGGAAGGCCATGTCGTGGAACGACGAAGCAAGAAGGGGCGCGTCTTCTTTGGATGTGATCGTTATCCCGAATGTGATTTCGTATCATGGGATAAACCGTCAACGAAGCCGTGTCCGAATTGCAGCAGCTTAATGGTAGAGAAGAAAAGCAAGCAAGGCATCAAGCTTCAATGTACTTCTTGTGATTATTCCGAAATGGTCGAGGAACAAGACGACGCAGCAGATTTGTAA	MADSLVIVESPAKAKTIGKYLGSKYIVKASMGHVRDLPKSQIGVEVENDFNPKYITIRGKGSVLKELKDASKKVKKVYLAADPDREGEAIAWHLAHALELDDTQSLRVVFNEITKTAVKDAFKTPRKINMDLVNAQQARRILDRLVGYKISPILWKKVKKGLSAGRVQSVAVKIILDRENEISAFVPEEYWTITAKLAIKGSAFEAKFTQLNGAKKELTNEQEVNEILQAIRDASFQVSEVKERERQRHPSPPFTTSSLQQEAARKLGFRAAKTMSVAQQLYEGVELGKEGTVGLITYMRTDSTRISGTAQEEVKEYITEKYGDPFVPESPRQYSKKAANAQDAHEAIRPTSVLRDPESMKPFMSRDQLRLYKLVWERFVASQMSSAVLDTLSVDIAAGKAVFRATGSKVRFPGFMKVYVEGNDDGTTEEDKYLPELHSGDILEKQDIEPKQHFTQPPPRYTEARLVRTLEELGIGRPSTYAPTLETIQKRGYVAIEEKKFMPTELGELVIEQMEQFFPEILNVEFTANMEEDLDHVEEGSEDWVKVLAEFYESFEKRLEVAEEEMKEIEIEDEVSDEICEKCGKPLVYKLGRFGKFLACSGFPDCRNTKPIVKDIGVACPKCKEGHVVERRSKKGRVFFGCDRYPECDFVSWDKPSTKPCPNCSSLMVEKKSKQGIKLQCTSCDYSEMVEEQDDAADL				NA	NA	NA	NA	NA
JZ016_01763	1176			hypothetical protein	ATGAAGGTAGACAGCTTACTGCTGATCGCATTGCATGAAAGCGAAGGTGTCGGATGGAAGACCATTAACCGAATCATATCGAACGGTGAGCTGCATGAGGGGTTGCTGTCTTATGATGCGAATGATTGGAGGGCCTGTGGTTTGTCTGTCGAAAAAGCGAATAAACTGGCCAAGGACTTCCCTTCCGCTGTCGAAAGAAAGCAGATCGATCTGTCGAATGCGAATGATGCCGGGTATCGGCAACATGAAGCCGGGGTATGGAATTTGACAAACCGTTCAAAAATACGTATTATAACAGCCCTCGATGATATCTATCCGGACAGATTACGATCTTCGCCACAGGCTCCTTGGGTGTTGTATTGCATCGGCGATCTACATCTGCTGTCGAGGCCTGGGATTGCGATGGTAGGTACAAGAATGCCTACGGCATATGGGCGCAAAATTGCAACGATGCTATCCGAGGAGTTGGTACGATCAGGGTTCATGGTTGTCAGCGGCATGGCCAGAGGCATTGATAGCGTAGTCCACGATGCGGCTTTGCGAAGCGGGGGACCGACAGTGGCGGTTCTCGGAGCCGGCGTTGACGTTATATATCCACCGGAGAACCGATCACTGTATGAAGAGATTGCGGCTAAGGGGCTTATCATTTCCGAATACCCGCCAGGCACCAAGGCGCTACCGGGGTTCTTCCCTCAGCGTAACCGGATTATCGCGGGACTCACGTTAGGTACCGTGGTGGTGGAGGCGGATGCCCGCAGCGGATCGTTGATTACGGCGGATTTAGCCCTGGAGGCGGGAAGGGACGTGTTCTCCGTTCCGGGTCCTGTTACTTCACCCAAGAGCAGAGGGACTTTGGATTTGATCAAGCAAGGAGCCAAGATGGTCACGGAAGCAAGGGATATAATAGAAGAATATGATTCCTTGTTGCCAAAAGTGGCCTCCGGTACATACAATAAGGAGCGGCGGGCCCCTCGTCAGGAGCAGCCCGATGAACTAGCCGGGTTGACAAATGACGAACGACAAATATACCATATGCTCGAACAGGGTCCCGGGTCGCTGGATGAAATGATCGAGTTAACCCGGTGGGATTTTGGACATTTGCATTCAGTTCTGTTATCTTTAATCATAAAAAAGCAGATTACCCAATTACCCGGTGCTATATATAAGATCATTTAA	MKVDSLLLIALHESEGVGWKTINRIISNGELHEGLLSYDANDWRACGLSVEKANKLAKDFPSAVERKQIDLSNANDAGYRQHEAGVWNLTNRSKIRIITALDDIYPDRLRSSPQAPWVLYCIGDLHLLSRPGIAMVGTRMPTAYGRKIATMLSEELVRSGFMVVSGMARGIDSVVHDAALRSGGPTVAVLGAGVDVIYPPENRSLYEEIAAKGLIISEYPPGTKALPGFFPQRNRIIAGLTLGTVVVEADARSGSLITADLALEAGRDVFSVPGPVTSPKSRGTLDLIKQGAKMVTEARDIIEEYDSLLPKVASGTYNKERRAPRQEQPDELAGLTNDERQIYHMLEQGPGSLDEMIELTRWDFGHLHSVLLSLIIKKQITQLPGAIYKII				NA	NA	NA	NA	NA
JZ016_01764	999	sucD	COG0074	Succinate--CoA ligase [ADP-forming] subunit alpha	ATGGGCTTCGAAAGCCCTGCCGTGCGGTTGCTTTCATTTTCAAATAACAATAGGGGATGTGAATCAATCGTGAGTATTTTGATCGATAAAAATACAAAAGTTATCACGCAAGGGATTACAGGTAAAACAGCCCTTTTCCATGCAAAAGGCGCCCTGGATTACGGTACACAGATGGTCGGGGGGACTTCACCCGGCAAAGGTGGAACCGAAGTCGAAATTACGCTTGAGAACGGTGAAACCGTCAAATTGCCGGTTTACAACACCGTTGAGGAAGCCAAAGCCAAAACAGGCGCAACCGCTAGCGTAATTTATGTACCCCCGGCTTTTGCAGCCGATTCCATTCTGGAAGCTGTTGATGCCGAGATGGATCTGGTTATCTGTATTACAGAAGGCATTCCGGTGCTGGATATGGTCAAAGTATCCCGCTATATGGAAGGCAAGAAGACTCGTTTGATCGGACCTAACTGTCCGGGTGTTATTACGCCGGGTGAATGCAAAATCGGCATCATGCCTGGTTACATCCACACGCCAGGACATGTCGGAGTTGTATCGCGCAGCGGTACCCTGACATATGAAGCCGTTCATCAGCTGACTGCTCGCGGCATCGGACAATCCTCCGCCGTAGGGATTGGCGGCGACCCGGTTAAAGGGACGGAGTTTATCGATGTATTGAGACTCTTTAATGAAGATCCTAACACCAAAGCGGTTATTATGATCGGTGAGATCGGCGGTACAGCGGAGGAAGAAGCGGCTGAATGGATCAAAGCGAACATGACTAAACCAGTGGTAGGCTTCATTGGCGGCGCAACGGCGCCTCCAGGAAAACGCATGGGCCACGCAGGCGCGATTATTTCTGGCGGTAAAGGGACAGCCAAGGAGAAAATCTCTGTACTTGAAGCGTGCGGTATCAAGGTAGCTCCTACACCTGCTGAAATGGGCTCAACCCTGGTTAGCGTGCTTGAGGAGAAGGGTCTCCTGGAGTCTTGCACGACTCACTAG	MGFESPAVRLLSFSNNNRGCESIVSILIDKNTKVITQGITGKTALFHAKGALDYGTQMVGGTSPGKGGTEVEITLENGETVKLPVYNTVEEAKAKTGATASVIYVPPAFAADSILEAVDAEMDLVICITEGIPVLDMVKVSRYMEGKKTRLIGPNCPGVITPGECKIGIMPGYIHTPGHVGVVSRSGTLTYEAVHQLTARGIGQSSAVGIGGDPVKGTEFIDVLRLFNEDPNTKAVIMIGEIGGTAEEEAAEWIKANMTKPVVGFIGGATAPPGKRMGHAGAIISGGKGTAKEKISVLEACGIKVAPTPAEMGSTLVSVLEEKGLLESCTTH	PGPT0001540_103	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001540-sucD-K01902	NA	NA
JZ016_01765	1161	sucC	COG0045	Succinate--CoA ligase [ADP-forming] subunit beta	ATGAATATCCATGAATATCAAGGAAAACAAGTACTGAAGCAATATGGAGTAGCTGTTCCGAACGGCAAGGTAGCGTTTACGGTAGAAGAGGCAGTTGAAGCTGCACAATCTTTGGGAAGTCCCGTAACCGTTGTCAAAGCACAGATCCACGCAGGCGGTCGGGGTAAAGCCGGCGGCGTTAAAGTGGCGAAGAACCTGGACGAGGTTCGTGCTTATGCTGAAGAAATTCTGGGCAAGGTGTTGGTGACTCACCAAACGGGTCCGGAAGGCAAGGAAGTCAAGCGTCTCCTCATTGAAGAGGGCTGCGATATTCGCAAAGAGTATTATATCGGTGTGGTCGTTGACCGTGCTACCGGCCGTGTCGTTTTGATGGCGTCCGAAGAAGGCGGTACCGAGATCGAAGAGGTTGCCGCAGCAACTCCCGAGAAGATTTTCAAAGAGGTCGTAGATCCAGCGATCGGACTTCAAACATTCCAAGCACGGAAATTAGCGTATTCCATTAATATTCCGAATGAACTGGTAGGAAAAGCCGTTCAGTTCATGCTGGCCTTGTATAAGGCATTTGTAGAGAAGGATTGCTCTATCGCTGAAATCAATCCGCTTGTCGTAACCGGGGACGGAAACGTCATGGCTCTAGATGCCAAACTCAACTTTGACTCCAATGCGTTGTTCCGTCATAAAGACATCCTTGAGCTGCGCGACCTGGACGAAGAAGACGAGAAGGAAATTGAAGCATCCAAATACGACTTGAGTTACATAGCTCTGGATGGCAACATCGGCTGTATGGTTAATGGCGCCGGTCTTGCCATGGCTACGATGGACATCATTAAGTACTATGGCGGGGACCCTGCAAACTTCCTTGATGTTGGGGGCGGTGCAACAACGGAGAAGGTAACGGAAGCCTTCAAGATCATTTTATCCGATCCTCAAGTAAAAGGAATCTTTGTCAACATTTTCGGTGGTATTATGCGCTGCGACGTTATCGCTACCGGTGTTGTCGAAGCTGCTAAACAGCTGGGCTTAACTCGTCCGCTGGTTGTACGCTTGGAAGGAACGAACGTAGACCTCGGCAAGCAAATTTTGGCTGAGTCCGGTCTTAACATCGTACCTGCTGATTCCATGGCCGACGGAGCACAGAAGATCGTCTCCCTCGTTCAGTAA	MNIHEYQGKQVLKQYGVAVPNGKVAFTVEEAVEAAQSLGSPVTVVKAQIHAGGRGKAGGVKVAKNLDEVRAYAEEILGKVLVTHQTGPEGKEVKRLLIEEGCDIRKEYYIGVVVDRATGRVVLMASEEGGTEIEEVAAATPEKIFKEVVDPAIGLQTFQARKLAYSINIPNELVGKAVQFMLALYKAFVEKDCSIAEINPLVVTGDGNVMALDAKLNFDSNALFRHKDILELRDLDEEDEKEIEASKYDLSYIALDGNIGCMVNGAGLAMATMDIIKYYGGDPANFLDVGGGATTEKVTEAFKIILSDPQVKGIFVNIFGGIMRCDVIATGVVEAAKQLGLTRPLVVRLEGTNVDLGKQILAESGLNIVPADSMADGAQKIVSLVQ	PGPT0019515_3287	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019515-sucC-K01903	NA	NA
JZ016_01766	114			hypothetical protein	ATGACAATTTTATGGGAAAATATCATCCTTACACTAGTTGCAGGATTGTTAGGCATTGCCGTTGTCGTATTGGGGATTGTCGGATTGATAAGCTTTGCACGAAAAAATAAATGA	MTILWENIILTLVAGLLGIAVVVLGIVGLISFARKNK				NA	NA	NA	NA	NA
JZ016_01767	2241	rhaS_12		HTH-type transcriptional activator RhaS	ATGAGTTGGTTGAAGTCATTTTTTCCGCTGCATTCATTATTTGTCAAAATGCTCGTGTATTTTCTCGTCGTGATTTTCCTGCTCTCCTCCTATAATCTATGGTCGATGACATTCTACTCCCGCAATGTTAACAATGAAATTGTCAAATATAATCTGACCCTGATTCGAAACACCGTCGATCATTTTGAGAAGCAGTACTCCACATGGAAAAATCTCCTCCTCAACCTTCAGCACGATGAATTTGTCGGCAATATCAGCAGGCAGGCCGATTCCGGGGGAAAGAAAGGCATCAATTATCTGCAGGTGGATACGGTCATGGATCAGATTCGGACCCTGGTAAGCCAGCCCTACTACCACTTAAATAATGTCATGATTTACTACCAAAATCATTCCTTCCTGCTTGAGCGGGATGGCATCGTCGATGATGACCGCATGTTTAAGCATTACTACAAAAGCGACTCCTATTCATACGAATTCTGGAAGCGTAGAGATCACGCAAACGGTTTTCTGCACATGCTTCCCAGCCGCACGTTCACCATCGGAACCGAGAAGAGTGAATTGCAGCTGATGCCTTTAATTACGAACGTACAAGGCAGCCCCTGGAAGATCATCGCTTTCGTAAATATGAAAAGCTGGTATGAATCATATAATGGAATGGCCGATTCCCGTTTTCTGCTGGTGGACTCGGAGGGAACAACCCTGTATGAATCCGCCCCGGATGCTAAATCCCTGCCACTGCCGGAATGGGACGGCCAATCGGAATGGATGATGGAGAAGGGAACCTATTACTTTTTCGAAAAAGGCGCCCGCTCCGGTCTTACCTACGTTTCTATTATTCCCCATAAGGAACTCAATCAAAGCATCAGCCGCATGAACTGGATGGCTGTACTCTTATTTGCAGCTACCCTGCTTATTGGTATTCTGGCATCATGGGTTTTCTCCCGAAAAATCAACCTGCCGCTCAAGAGAATGGTTACGGGCCTGGGCCAAGCGGAGATGGAGCTATATCAAGGGAGTATCTCCGAATTCAGCGCCATTTCCAACCATCTGAAGGGTTTGCAGCATGAACGTAAGATCATCAAGGAATGGATGGACCATACCAAACCGCTGCTGACAAGCTACCATTATTTGGCCCAGTTCAAAAACATTGCCCTTGATACCAACGCTTCCAACGAACTTTGGGTCGGCGAGGGTGAATTTATGGTTATCCTTTATCAGTTGAGATACCGGCACGTCCCTTCGCGTCAGCTTGATGCCTTAATGACAAGGGCAACCGGCAAGATCAAAGACATGATCACGCTGCAGATCCAAGAATCGTTTCCCATATCCCATACCCTTCAGATGGAGGGCAAGCAGATTTTAACCATTGTGTATACACAAGAAAAATCCGACATGCTGCAGCAGTGTCTCAATCAGCTCAAACAGATTTTTGATCAAGATCAAAGCACCTATCTCGTGAATATTGCGGTTTCGTCCGTGTTCCAGCAAACCTCTGATTTTGACCGGGCTTATGCAGAAGCCATGTCGCTCCTGCAACAAGCCATGCCGATTGAGGAAACCCAGATCATCTGGGAGAAGGAACGCCGAGAAGATGTAACAGGATTCACTGCCGAGCAGGAACACGAATTTTACGTGAACTTACAGGCTGGCAACGAGAGCAGCTGCCAATCGCTCATTGAGCGCGCCCTGGATCGATTGCAGCGGCAAGAGGCCACGGCCGATCAACTAAGCCACTTTGCCAAATCGGTCTCGGTCCGCATGAGAAGGACAGTAGAACTGCTGAAAATCAATATCGACGCCCTTCCGGATTACGCACAAAAGCTTGCTTATAGCGTAACCCCCGAGCAATACCGGGAAATCCTGCTCGACGAGCTTGCCCATGCAGCCCATGCGATCCGTCTGAAACGTGAAGAACATTACGATATCATTCAATATGTCATTCATTATTTGGAGTCCCATTACGCTGAAGATATATCACTCGAGCAGCTTGCCTTTAAACTCAACATGTCGCCAACTTATCTATCCGGGTATATTAAAGAGAAGACGGGGAGCAACTTTAGCGACCAATTGAATGCGATTCGAATAACAAAAGCGATAGAACTACTGCAGACGACAAATATGCCGATTCAGGAAGTTGGCAACCGGATCGGCTACCGTAATGTCACTTCCTTTATCCGCATGTTCAAAAAAATAACCGGCCAAACACCGGGTGATTACCGGAAAACCAACTGGATCCGATAA	MSWLKSFFPLHSLFVKMLVYFLVVIFLLSSYNLWSMTFYSRNVNNEIVKYNLTLIRNTVDHFEKQYSTWKNLLLNLQHDEFVGNISRQADSGGKKGINYLQVDTVMDQIRTLVSQPYYHLNNVMIYYQNHSFLLERDGIVDDDRMFKHYYKSDSYSYEFWKRRDHANGFLHMLPSRTFTIGTEKSELQLMPLITNVQGSPWKIIAFVNMKSWYESYNGMADSRFLLVDSEGTTLYESAPDAKSLPLPEWDGQSEWMMEKGTYYFFEKGARSGLTYVSIIPHKELNQSISRMNWMAVLLFAATLLIGILASWVFSRKINLPLKRMVTGLGQAEMELYQGSISEFSAISNHLKGLQHERKIIKEWMDHTKPLLTSYHYLAQFKNIALDTNASNELWVGEGEFMVILYQLRYRHVPSRQLDALMTRATGKIKDMITLQIQESFPISHTLQMEGKQILTIVYTQEKSDMLQQCLNQLKQIFDQDQSTYLVNIAVSSVFQQTSDFDRAYAEAMSLLQQAMPIEETQIIWEKERREDVTGFTAEQEHEFYVNLQAGNESSCQSLIERALDRLQRQEATADQLSHFAKSVSVRMRRTVELLKINIDALPDYAQKLAYSVTPEQYREILLDELAHAAHAIRLKREEHYDIIQYVIHYLESHYAEDISLEQLAFKLNMSPTYLSGYIKEKTGSNFSDQLNAIRITKAIELLQTTNMPIQEVGNRIGYRNVTSFIRMFKKITGQTPGDYRKTNWIR				NA	NA	NA	NA	NA
JZ016_01768	864	araQ_15	COG0395	L-arabinose transport system permease protein AraQ	ATGAAACCGAAATGGAATTGGTTTGACGCGCTCAATGCCTTGATCCTTTCCGGGATCGTGCTCGCGTGTCTATATCCGTTTGTTTATATGCTGGCCGTGTCCCTGAGCGATTCCGCATCGATCGCCTCAGGGGAAGTGTGGCTATGGCCGAAGGGCTTCAATCTGGATATGTATCAGTATGTGTTCGAGGACGGTCGGGTGCTGAAAGGATATAAGAACACGCTGATTTACGTGATTTCAGGGACCGCCATTTCTTTGATTGTAACGGCACTAGGGGCTTATGCACTGTCCAAGACCAAGATGGTCATGGGCAAACCGATCCTGATGCTGATCGTCTTTACGATGTTTTTTAACGGCGGGATGATTCCGACGTTTCTGGTCGTGAAGGAGCTGGGCTTTGTCAACACGATATGGGGCATGGTACTGCCCGGAGCGGTAGGTACCTGGAATCTGCTCATCATGCGGACTTTCTTCATGGGCATGCCTCAAGAGCTCGAGGAATCCGGAAAAATAGATGGACTGTCCGAAATCGGGATTTTCTTCCGGATTGTGCTCCCGCTATCCAAGCCGGTGCTGGCCACCATCGGCTTGTATTATGCCGTCGGGATGTGGAATAACTTTATGGGGCCGCTGCTGTATCTGCGGGATGCCGATATGCAGCCCCTCCAGGTCATTTTAAGAAACATCGTGCTGTCGGGGCAATTGACGGGGACGGATGGTCCGGTTGTGGGCGATATCGTGGTGGTGGAGGATGGCTTGAAATTCGCTACCATTATGGTGTCTACCTTGCCGATCCTGCTTGTCTATCCGTTTATACAGAAGTATTTTGTAAAAGGGGCTTTGATAGGCTCGGTTAAGGGTTAG	MKPKWNWFDALNALILSGIVLACLYPFVYMLAVSLSDSASIASGEVWLWPKGFNLDMYQYVFEDGRVLKGYKNTLIYVISGTAISLIVTALGAYALSKTKMVMGKPILMLIVFTMFFNGGMIPTFLVVKELGFVNTIWGMVLPGAVGTWNLLIMRTFFMGMPQELEESGKIDGLSEIGIFFRIVLPLSKPVLATIGLYYAVGMWNNFMGPLLYLRDADMQPLQVILRNIVLSGQLTGTDGPVVGDIVVVEDGLKFATIMVSTLPILLVYPFIQKYFVKGALIGSVKG	PGPT0017255_2819	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01769	921	yteP_26	COG4209	putative multiple-sugar transport system permease YteP	TTGCAACCACAGAAGAATCCGGGTTTCTTGACGAAAGTGAAGCGGGACAAATACCTGCTGCTGCTGCTTCTGCCCTGTGCTCTGTATTACATCATCTTTAAGTACGTTCCCATATTCGGCATTTCGATCGCCTTTATGGACTACAACCTATTTAAGGGGATCACGGAGAGTGACTGGGTGGGTTTCAAATATTTCAGCATGTTTTTTAATACGCCTGATTTCTGGCCTGTTCTCAGAAATACATTCCTGCTGGGGTTATACAAGCTGATCTTCGGCTTTCCGGCACCTATCATCCTTGCTTTACTCATTAATGAAGTGAGCAAGTCGTTTTTGAAACGGTTTGTCCAAACGGTCAGTTATCTCCCGCACTTCATATCCAATGTCGTTGTAGCGGGGATCGCGGTTATGTTCCTGTCCCCGACAGGCGGGGTAGTCAACCAGCTGCTGAGTGCCGTCGGACTCGAACGAATCAACTTTTTGGTTGAGGCCTCCTGGTTCAGGTCGATCTATGTAACGACCGACGTATGGCAGCATATCGGATGGGGGACCATCATCTATTTGGCTGCTTTGACGGCAATCGATCCGCAGTTATATGAAGCGGCACGGATGGATGGGGCTAACCGGTGGAAGCAGGCGCTGAACATTACGCTTCCCGGCATCGCGCCTGCAATCGTGATTATCCTGATACTTGATATCGGAAAAATACTGGAAATTGGCTTTGAGAAAGTATACCTGCTCGCAACTCCCGCCACTTATGAGACAGCTGATATTATATCCACCTACGTGTACAGGGTCGGCTTAACGCAAGGCAACTACAGTTATGCCACGGCGATTGATCTGTTTACCGGCATCATCAGCTTCATCTTCATTATCGCGGCGAATTCGTTCAGCCGGCGGGTTAGCGGAAGCAGCATCTGGTAA	MQPQKNPGFLTKVKRDKYLLLLLLPCALYYIIFKYVPIFGISIAFMDYNLFKGITESDWVGFKYFSMFFNTPDFWPVLRNTFLLGLYKLIFGFPAPIILALLINEVSKSFLKRFVQTVSYLPHFISNVVVAGIAVMFLSPTGGVVNQLLSAVGLERINFLVEASWFRSIYVTTDVWQHIGWGTIIYLAALTAIDPQLYEAARMDGANRWKQALNITLPGIAPAIVIILILDIGKILEIGFEKVYLLATPATYETADIISTYVYRVGLTQGNYSYATAIDLFTGIISFIFIIAANSFSRRVSGSSIW	PGPT0017250_2289	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01770	1536			hypothetical protein	GTGAACATTTGGAACCGAAAGCTCGGGTTGGTGGCATTGGCCGCCGTTATAACCGGCACATTATTGAGCGGATGCACAAAAGAAAACGTGGCAAAAGAGGAGAATCCTGAAAACGCCGCCTTAGGCAAAGAAGTCACACTAGAAATGATGACCTTCTCTCATACGAATTGGCCCTATAAGGAAAACTGGCCGATTTACCAGTACTTAAAAGAAGAAACCGGCATCTCCTTCAAGGTACAACCCGTGATGAGCGATTACACCACAACGATGAACCTGGCGATATCCTCGGGCGAAATACCGGATCTTATGATGGTCAACAGCTTGAACGCCGCCAATACGCACGGGGAGAGCGGAGCGTTTGTCGACTATTTCGAGCATTTGGAACAGATGCCGAACTATAAGAAGTTTCTCGAAGACCATCCCGAAGTGAAGGCAGCTATTCTGTCTCCAGAGGGAAGGAACTATTTTATGCCGTTGTATGGACTTGAGCAGCAGTCCAGGCGGTCATGGCTATACAGAGACGATATATTCAAAAAACACAATCTGACGCCGCCGACGACATACGACGAACTGTACACCGTCGCGAAAAAATTAAAGGAATTGTACCCTGACAGCTTCCCGATTGCCGTTTTCAACGGTTTGAGTCCGCTGGTCAATATGGCACCTGCGTTTAATACAAACAGCAGCTACTATTACGATTTCGAGAAGAATGAATGGCGCTATGGTCCGACAGAGGCCAACTACAAGAAAATGGTTGAGTATATGAATAAATTTTACACGGAAGGCTTGGTTGCGCCTGACTTCATGGCTCATAAACGCAAGCAATTTAACGATCTGCTGCTTCAGAACAAATCGTTTATCGCCAGCGATTATATCGGCATCATGGATGAACTTCCGTTAATGCTTGGGGATAAAGCAGCCGAGTTTAGTCTTGATTATATGGTTCCTCCTGTTGGAACGCCGGATGGCAAGTCCCACAATGTATTTGCCGGATTGCAGTCCGACGGGTTTGCGGTGGCGGCAAATTCCAAGGAGCGGGATCGGCTGCTGAAGTACCTTGATTTCTTGTTCTCCCCCGAAGGTATTGAGCTGGCAACCTGGGGTAGGGAAGGCGAGACGTTCACAACCGAGAACGGGGCTCGCAAATTCAACCCGGATTACAAAGAGTTCGGCGACTTGAGAACCAAGACGGGCATCGCAACAATCGGAGCGCATACGGTATTGGATATGACGGCATACGAGTCCATGTATTCCCCAAAAATGCGGGAAGCGATGAAAATCGCGCCAGACCATGAAACGAGACCCCAGCCAAGGCTTGCGTATACGAATGAAGAAAATGAAGTGCTCAGCATGGTCGGCGAAACGGTGAAAAAATTCCATGAGGAGCAGATCGCCAAGTTCATTCTAGGACAGAAACCGATGGATGATTGGGATGCTTACGTGAATGAAGTGAACAAGCTTGGCGTGCAGCAGGTGCTGGATGTGCATAAAAGTGCTTATGAGCGGACGCAAAAGTTCTTAAACGAAGCCAAGTAA	MNIWNRKLGLVALAAVITGTLLSGCTKENVAKEENPENAALGKEVTLEMMTFSHTNWPYKENWPIYQYLKEETGISFKVQPVMSDYTTTMNLAISSGEIPDLMMVNSLNAANTHGESGAFVDYFEHLEQMPNYKKFLEDHPEVKAAILSPEGRNYFMPLYGLEQQSRRSWLYRDDIFKKHNLTPPTTYDELYTVAKKLKELYPDSFPIAVFNGLSPLVNMAPAFNTNSSYYYDFEKNEWRYGPTEANYKKMVEYMNKFYTEGLVAPDFMAHKRKQFNDLLLQNKSFIASDYIGIMDELPLMLGDKAAEFSLDYMVPPVGTPDGKSHNVFAGLQSDGFAVAANSKERDRLLKYLDFLFSPEGIELATWGREGETFTTENGARKFNPDYKEFGDLRTKTGIATIGAHTVLDMTAYESMYSPKMREAMKIAPDHETRPQPRLAYTNEENEVLSMVGETVKKFHEEQIAKFILGQKPMDDWDAYVNEVNKLGVQQVLDVHKSAYERTQKFLNEAK	PGPT0017245_1641	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01771	1614	comM	COG0606	Competence protein ComM	ATGTACGGAAAACTTCATAGCGCTTGCTTGCACGGCATTGACGGCGTTGTCATCCAGGTCGAGGTAGACCTGGCGAACGGACTGCCCCAAACCTCCATCATCGGTCTGCCCGATTCCTCCATTCGCGAATCCATTGAGCGGGTTCGGGCAGCGATTAAAAACTGCGGTTTTATCTATCCCTTAAAACGGGTAACCGTCAATCTCGCACCGGCAGATCTGCGCAAAGAAGGCTCTTCCTTCGATCTGGCAATCGCCGTTGGCATATTGCTAACAAGCGAGCAATGGACCTTTTCGAATGCCGGGCAAATATTGATCCTTGGCGAACTTGCACTGGATGGTACGCTAAGACCCATCACCGGGGTGTTACCGATGGTGGAGCAAGCGAAAAAGGAAGGATATGCCGGAGTACTTCTTCCGAGCGAAAATGCCCCGGAAGCTGCATTGATCGGGGGGATCGAAGTTTATGGGCTCAGGCACTTGAATGAGCTCGTCCAGGATGGATCAGATGGAGTTATCGATAACCGTGAAACTGGAGGAGCAACCATCGCTTCCGTTTCGCTGGCAAAGCTCAGATATGATCGGGCCACGCATCCAAGCAGAATACAAGCGGACGGCCTCCAGGACAAGCAGCTGGAAGACTATAGAGATGTAATTGGCCAGCAGCATATCAAACGCGCTCTGACCATTGCTGCCGCAGGCATGCACAATATTCTGCTCATTGGGCCCCCGGGTACGGGTAAAACGATGCTCATGAAGCGCCTCCCCACCATACTGCCGCCGCTGGCGGACCAAGAAGCGTTGACCACAACGAAAATCTTCAGTGCTGCCGGAAAGCTAAAGCCATCCGATGGGTTAATGACCAGACGTCCTTTTCGGTCCCCTCACCATACCATATCGGCCGGCGGGCTCATCGGAGGCGGTACCATTCCAAAGCCGGGAGAAGTCAGTCTGGCCCATAAAGGCATTCTCTTCCTGGATGAGCTCCCTGAGTTCTCAAGGCATGTGCTGGAGGTGCTGCGACAGCCCTTGGAGGATCGCGAAGTAACCATCAGCCGGGCACGAGCGGTATTTACCTTCCCTGCGCATTTCATGCTCGCTTGTTCGATGAATCCCTGTCCGTGCGGTTATTACGGCAGTGATCACCCTCATCAACGCTGCACGTGCAGCGTTACACGAATTGCTCAATATCGCGCTAGAATATCGGGGCCCTTGATGGATCGGATCGACCTTCAGGTGGACGTGCCTCGGCCGAAGGAATGGCCTGGAGGCGCAACACCTATATCCTCCAAGCAAATGCGGGATCAAGTTTATGCGGCACAAAGGATTCAATTGGAACGTTACAGCAAGTTACCGTTCAGCTGGAACAGCGAACTGTTCGGCAGCTTCCTGAGGAAACATGCGGTGCTGGACAAGGACTCGGCTGAGCTTCTGCAAGCGACAATCGATACGCTGGGCCTGAGCATGCGCGCTTATGACCGAATCCTGAAGCTGGCCAGAACCATCGCCGATTTGGAAGCATCCGATAGGATACAGAGCCGGCATGTCGCAGAAGCGATTCAATACCGTCAGCTGGATCGCCAATATATCACCGCCGATGAAACCACTCATTTGTGA	MYGKLHSACLHGIDGVVIQVEVDLANGLPQTSIIGLPDSSIRESIERVRAAIKNCGFIYPLKRVTVNLAPADLRKEGSSFDLAIAVGILLTSEQWTFSNAGQILILGELALDGTLRPITGVLPMVEQAKKEGYAGVLLPSENAPEAALIGGIEVYGLRHLNELVQDGSDGVIDNRETGGATIASVSLAKLRYDRATHPSRIQADGLQDKQLEDYRDVIGQQHIKRALTIAAAGMHNILLIGPPGTGKTMLMKRLPTILPPLADQEALTTTKIFSAAGKLKPSDGLMTRRPFRSPHHTISAGGLIGGGTIPKPGEVSLAHKGILFLDELPEFSRHVLEVLRQPLEDREVTISRARAVFTFPAHFMLACSMNPCPCGYYGSDHPHQRCTCSVTRIAQYRARISGPLMDRIDLQVDVPRPKEWPGGATPISSKQMRDQVYAAQRIQLERYSKLPFSWNSELFGSFLRKHAVLDKDSAELLQATIDTLGLSMRAYDRILKLARTIADLEASDRIQSRHVAEAIQYRQLDRQYITADETTHL				NA	NA	NA	NA	NA
JZ016_01772	384			hypothetical protein	ATGAACTCGCCTTCCGGCAAAAAGGACAGCCGCAAGCAAAAAGGAGCCGCTGCCGAAGAGCTGGCGGCCGCTGCCCTAATTGAAAAAGGATACCGGGTTTTGGAACGGAATTGGCGCTGCCGCTTTGGAGAACTGGACATCGTTGCCGAAACAGGGGAGACCCTTGTGGTGATTGAGGTCAGAAGCCGAAGCGGAACAGTCAGCTTCGGCACGCCTTCCGAGTCCGTGAACGCCCGCAAAATGATGCAGGTCCGAAACACAGCCCAGCAGTACGTTCATCAAAAGCGTTATTATGAACGGCCGGTCCGGTTTGATGTTATCTCCATTATTCTTCGCCCAGATCTGACGCCCGTCTCGATGGATCATATCGAGAATGCATTTTAG	MNSPSGKKDSRKQKGAAAEELAAAALIEKGYRVLERNWRCRFGELDIVAETGETLVVIEVRSRSGTVSFGTPSESVNARKMMQVRNTAQQYVHQKRYYERPVRFDVISIILRPDLTPVSMDHIENAF				NA	NA	NA	NA	NA
JZ016_01773	312	flhB_2	COG1377	Flagellar biosynthetic protein FlhB	ATGACCAAGCAAGAGAAAGAGCAAGGGCAAATAACAGCCATGAAAAAGGCAGTTGCCCTGAAATATACGCCTGGCGAGAGCGAAGCGCCGGTTGTGGTTGCCAAAGGGAAAGGGAAATTGGCGGAGTCTATATTAGACAAAGCTAAAGAGCATGGCGTCCCTGTCCAGGAAGATGCAGCTTTGGTGGAGATTCTCTCCAAGCTGGATCTGGATCAGCAGATTCCCGAGGAGCTGTACCAGCTTGTAGCGGAAGTGCTGACATTTGTTTATCGTGCGGATCGTCAAGCGAAAGATGGAGGGATGATGCCATAA	MTKQEKEQGQITAMKKAVALKYTPGESEAPVVVAKGKGKLAESILDKAKEHGVPVQEDAALVEILSKLDLDQQIPEELYQLVAEVLTFVYRADRQAKDGGMMP	PGPT0029865_421	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0029865-flhB2-K04061	NA	NA
JZ016_01774	2016			hypothetical protein	GTGAACATCGGATCGTTGATTCGCGGACTCCTGGGAGAGCAAAAGCCGGGAGACGCCAAGACGTTGGAATTAAAGCCGGGTCAGGTCGTTCGCGGTGTCGTTATGAACGTATCGGAGGACGGGCAGGAAGCTGTGGTGCAGATCCAGGGCGTTCAAGTGAAGGCGAAGCTGGAAACGCCGCTTCGAGCCGGGGAAACCGCTCTTCTGGAGGTTCAGCCGCCGGGAGAGGGAGGGACGGCCGTACTCAAGCCGCTTAGTCAAACGCCAGGACAGCCGCTGTCCCCGTCTTCGATGGCTGAGGTGCTGGATTTTGCCGGTCTTCCGGATACGAAGGAAAACCGCGAAATGATCAAGGGTATGCAAAATGCAGGAGTCCCGTTGACGAAGGACAATATCGCCATGTTCCGTGAGGCATTGGCCGTGAAGCCTCCGCAGATTCCCGCGGCGGAATGGGCGGAGTCGGCTGCAATCGCTTTTCACCGCGGCCTGCCGATTACCCCCGAAAGTGTAAAGGGGCTGCATCAGGCTGTGTTTGGACCCCAGCTTCATCAACTGCTGCAATCGTTGGAGCAGCAGCTAGCGTCTGCTTTAAGCAACGGTAACGGAGGCGCTGCGGCTGCCGGAAAAAATGCAGCGTCCGCTGTGCCTTCGACAGCAGCTGGCGCAGAGGGGATCGCTGCCGCGCAGCAGCAAGCAGCAGCGGCGAACAATGCTGCTGGAGGTGCCGCACAGGCCGGCTCAGGTCAGCAGGCACTGCTGACCAAGCTGCAGGGCCTGCTGCAGCAGCTGCGCGGCGAGCTGGCGCAGCCATGGGCCAGCGGCGGCACGGCAACGCCTGCCGCCGGCCAACCCGCCGCCGTGCCAATGGGGCCGGCGGCGGGTTCAGGCGAAGGGGCCGCAGGCCCTTCGCCAAAGCCGCCCACCCCTGGCGCGGAGCCGTGGGTGGGGCGGCTCTTGAAGCTGCTCGGTGCGGAGCACGAGCAGCAGGCCCTGCGCGGGGCCGGGACGGGCCCCGCGGGCGAAGCGGCGCGCAGTGGCGGCGCCGCAGCACCAGCCGGGCAGCCTGCGGCGGCGCACGGCAGCAGCACGGCCGCCGCGCCCGGAGCGAGTGCGGCTGTGCCCGCATCGGCAGCTGCTCCAACGGCAGCAGGCGCGGCTGCCCCGCCTCCTGCTGCAGCGCAGCCAACCGCTGCTGCGGCAGCCCAAGCATCCCTGCCCGCCACTCCTGCCCCTGGCAGCGGTGGCGCAGCAGCGAGTACGCCAGGAGCCTCCGCCACGCCAGGGAATGCGGGGAATGCGGCGAATGCGGCGAATGCGAATCAGCAAGCTGTTCCGAATGCTCAGGCTGGTGCCGTGAATCAACAGGGCTTGACGCAGCCGGTTGTGCCATCCGGCCAGCAGAATTCTGTCCAAGGCGTACAACAGGCTGTCATGGCCTCAACACAAACGGGTGAATCGGCGCTTGCCCTGCAAGACACACTGAAGGGAGTATTGCTTCAGGTGCTATCCAGCCAAGAAACGCCGCCTGCGCTAAAGGAAGCGGCACAGCAACTCGTTCAGCATTTAACAGGCCAGCAGCTCTTGCTAAACACGGATCGCACGGCACCGTTTGCGCAGGTCACGATGTTCATCCCTCTGCATGGGGTCGATGGGGAACAGACGGCATCCGTACATATTCAATCCCGCAGAGGCCGCAAAGGCGAGCTGGATGCAACCAACTGCAGGCTTTTGTTTGACTTGGACATGAAATTTCTGGGCCCGACCTTGATCGATGTGCAGGTTGTTGACCGGATCGTCAGCCTCAGCTTTCGAAATGATCAAAGTTACGCCGCGGAGCTGTTTGAGGGAAAAAAAGAAGAGTTGGCTCAAGCTGTTTCGTCTATCGGCTACCAATTGCTCAGCGTAAAAACAGAACCGCTGCCCCTAGTTGCCCCGCCTAATTCAGACATGTCCGTACAGGGAACGGCAGCAGAATACACCCCGCAAACCTATAAAGGGGTGGACATGCGCATATGA	MNIGSLIRGLLGEQKPGDAKTLELKPGQVVRGVVMNVSEDGQEAVVQIQGVQVKAKLETPLRAGETALLEVQPPGEGGTAVLKPLSQTPGQPLSPSSMAEVLDFAGLPDTKENREMIKGMQNAGVPLTKDNIAMFREALAVKPPQIPAAEWAESAAIAFHRGLPITPESVKGLHQAVFGPQLHQLLQSLEQQLASALSNGNGGAAAAGKNAASAVPSTAAGAEGIAAAQQQAAAANNAAGGAAQAGSGQQALLTKLQGLLQQLRGELAQPWASGGTATPAAGQPAAVPMGPAAGSGEGAAGPSPKPPTPGAEPWVGRLLKLLGAEHEQQALRGAGTGPAGEAARSGGAAAPAGQPAAAHGSSTAAAPGASAAVPASAAAPTAAGAAAPPPAAAQPTAAAAAQASLPATPAPGSGGAAASTPGASATPGNAGNAANAANANQQAVPNAQAGAVNQQGLTQPVVPSGQQNSVQGVQQAVMASTQTGESALALQDTLKGVLLQVLSSQETPPALKEAAQQLVQHLTGQQLLLNTDRTAPFAQVTMFIPLHGVDGEQTASVHIQSRRGRKGELDATNCRLLFDLDMKFLGPTLIDVQVVDRIVSLSFRNDQSYAAELFEGKKEELAQAVSSIGYQLLSVKTEPLPLVAPPNSDMSVQGTAAEYTPQTYKGVDMRI				NA	NA	NA	NA	NA
JZ016_01775	618	rnhB	COG0164	Ribonuclease HII	ATGACAGATTTATTAATGTATGAGCGAGAGTATTGGAGCCGTTATATACATATTGCAGGCATCGACGAGGTCGGCCGAGGCTGTTTGTTCGGCGATGTGGTCGCAGCAGCAGTCATTTTGCCGGAGGGGTTAGTGATTGAGGGGATCAACGATTCGAAGAAACTCAGTGCCAAGAAGCGGGAGACCCTCTATGACCTCATTATGGAACAGGCACTGGCGGTCGGCGTTGGTTTGGTGGACGCGGAAACGATTGACCGCATTAACATCAAACAAGCCGCAAGACTTGCCATGAAGATGGCGATCGAGCAATTGGCTGTTACTCCCCAGTTTCTGCTTGTTGATGCCGAGAAGGTGGAATGCGATATTCCCCAGCGTGCCATCATCAAAGGCGATGCGAACAGTCAGTCCATTGCCGCGGCCTCCATTATTGCCAAGGTGACTCGCGACAGATTGTGCGAAGGGGAATGGGAGACGCGTTATCCGGAATATGGAATTGCCGTACATAAAGGCTACGCTACCAAGTTTCACCGTGAACAGCTGCAGCTGCACGGACCTACCGCGATGCATAGAAGAAGTTTTCTGAAAAATATGGAGATTGAGCAATTGTCGCTATTCTAG	MTDLLMYEREYWSRYIHIAGIDEVGRGCLFGDVVAAAVILPEGLVIEGINDSKKLSAKKRETLYDLIMEQALAVGVGLVDAETIDRINIKQAARLAMKMAIEQLAVTPQFLLVDAEKVECDIPQRAIIKGDANSQSIAAASIIAKVTRDRLCEGEWETRYPEYGIAVHKGYATKFHREQLQLHGPTAMHRRSFLKNMEIEQLSLF	PGPT0017710_13	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835	NA	NA
JZ016_01776	3840			hypothetical protein	ATGAAATTACCGCAGGATGTACATACCATGTTGCTGCGCACGATGTCTGCCATCACGATGACCTTATTGCTGGCGACAAGCGTCATTCCGGATTCGGCATGGGCTGCGTCAGCGATCCAAGAAGCGAATGCAGCTTTGAAAGGGAAAGGAGAAAACGATATTTTTGAAAGCGTATCCAATGTAAAGACCAACCTCGAAGGGTGGCAGTTGAAGGGCAGTGGCAATATGGAACAAACGGCAGAAGGTTTACGGCTTAGTTCCGATTCAAGTGAGAATGCAGCGGCGATCTCAGCAACCAGAGCGGATGATTTTGTCTATGAAGCCGATGTGATGATTACGGATATGCAAGCAGATGCTTCGCTGGTCTTTCGTTCAAGCGTTGACGGCTGGTCATCGTATATGCTGCAAATCGTACCCAGTGCAGGCTTGGTTCGCCTCAAGGATGCCCGCGAAGGGAACGGAAGATTGAAGGTTGAAAAAGCGCTCTCGTTGAGTCAAGGGGAAATCGTTCACCTTAAGGTCAAGGTGGTAGGCAGCAATATCAAGGTGTTTTGGGGAAACCAATATGAACCGATAATGGAAGTCGATGATACGGCTTATTCCACAGGACAGCTGGGTCTACATGTGTGGGATGGTTCCGCCCTGTTTCAAAATATCAAGGTGAGCGAGTGGAAAGGCAACTTGTTCGGACCGGTAAATACGAGCGGGGACTGGCAGCCTGACATCAAAGGGCTTAAGGGATCGGCATCGGAAGGGCTCGAAGCCTACAGAATCTATAAGAATGCGGCTGCGGATTATGTGCTGGAAGGAAATATCACCTTAGGGGGACAGGCTGAAGCCGGGTTCTATTGGAGAGGGAACGATCAAGGAACGGAGGGATACGAAGCCATATTCAGGAGAGAGGATGATCAGGTTCGGGTAACGCTGGAAACCTCGGATGGAAAGGTGATTGGCGCATCGAGCCGTACATACCCAAGCCTGCCCACAAGTGTGCATCATGTAGAGATCCACGTCTCCGGAGACAGAACTCAAGTCACTGTAGATGGTTACGAACCCGCTGCGATCCGCATTTCCGACGGAAGTTACGCGGACGGATCGATCGGGATGAAGGTAAAGTCCGGAACGGCTTACTTTCAGGACGTGTACGTAACTCCGATGGAAGATTATTATACGGAGGAATACCGCCCGCAGTATCACTATAGCCCAATCCGAGGCTCGGTAAGCGATCCGAACGGATTGGTCTATTTCGAAGGGGAGTATCATCTTTTCCATCAGGACGCAGGCCAGTGGGCGCATGCGGTCAGCCGGGATCTGCTGCATTGGAACCGGCTGCCGATCGCACTGCCTTGGAACGATCTCGGACATGTCTGGTCGGGTTCCGCCGTAGCCGATACAACGAACGCTTCAGGTCTGTTCGGGGATTCTGGAGGCAAAGGACTCATTGCCTACTATACATCCTTTAATCCTGATCGGCCGGGCGGGAATCAGAAGATCGGACTTGCTTACAGCACCGATCACGGACGGACCTGGACGTATTCGAAAGAACGGCCGATCCTCATCGAGAACCCGGGCAAACAGGGCGAGGATCCCGGAGGATGGGATTTTCGCGATCCCAAAGTGGTTCGGGATGAAGCCAACAACCGCTGGATCATGGTGGTATCAGGGGGAGATCATATTCGCTTCTATACCTCCGACAATCTGGTCGATTGGTCCTTAACGGACCGTTTCGGGTATGGGGAATATATCCGTGGAGGCGTGTGGGAATGTCCGGATCTGTTTCAGCTTGCCGTGGACGGCTCGGGTCAGCGCAAATGGGTGTTGATGATCAGCAGCGGCGCTAATCCGAACACCCAAGGCTCCGATGCGGAATATTTTATCGGCGATGTGACGCCAGACGGCAAATTTATGAATGATCATACGGCGGGGACCGTGCTGAGAACGGATTGGGGCAAGGAATTCTATGCCTCCATGTCCTTCTCCGACCTGCCGGACAATCGTAGGATCATGCTGGCATGGATGACGAACTGGGATTATCCCTTCAGTTTTCCGACTTCGGGCTGGAAGGGCCAGCTGACCATACCTAGAGAGCTGTCGCTCAGAACGACGAGTGAGGGGATACGTCTGCACCAGTCTCCAATCTCTGAGCTTGAGACCCTCCGGAATACGGTCATCCATGTGAACAACAGGGAAGTGACGGAGACCTCGCAGAATGTGTTAAAGGGAATTCAGGCCGGCGCGTTTGAAATCGAGGCGGAAGTCGAGATTCCGACAGACAGCAGCGAGCTGGAATTCGGCTTCCGGCTGCGGGAAGGCGGCGGACAACAGACGGTGGTCGGTTATAATAATGCCGCGCATCACATGTTCATTGACCGTTCGGCATCGGGAACCACGGATTTCTCCAGCCTGTTCTCGACCGAACACAAAGCTTTGCTGCACCCCATAGATGGAGTGGTCAAGCTGAGTATTTATGTCGATGAATCTTCCGTCGAGGTGTTCGGCAATGACGGAAACGTTGTGTTCTCGGACGTTATTTTTCCGGATCGGGCCAGACGGGGGATGAGCTTTTACACCCAAGGCGGCCAAGTAAAGCTGAAATCCCTTCAGGTGCATGAGCTGGATTCCGTGTGGAGGCATCTTGATCTATCAGAACCTGCTTCCCGAATCCTGTTGGATTCATACGAGCTGGACCTGTCCCAGGGAGAGACCGAATCGTTGTACGCAGCCGTGGATCGTGTCCAGGGCAACGGGAAGAAACCTTTGGTATGGACATCCAGTCATCCCGATACGGTCCGGATTGTTTCATCCGATGAGACCCATGCCGTATTGAAAGCTTTGAATGCGGGAGAAGCCGTGATTATGGCCTCAACGCCAAACGGAAAAATATCGGCGAGCACCCGCGTGTTGGTCACGAGCGGAACGTTCAAAACAAATCTGACGGGATGGAAACCGGACCTCAAGGCCTCGAAATGGGTTCTTACCGAGCATGGAATCCGGGGCAGCCATTCAAGCGATGCCAATTATATGGCGCAAGAGAAGGCAGGAGACTTCACGTTCGAAGGAGACATGCGGCTTGGGGAAGCAGGCGGTGCCGGGTCCATGCTGTTTCGGGCAAGCGGGGACGGACGCAGTGGATATTATCTGAATCTGGATCCTGGTATGAAGGCGATTCGGCTCTTCTACATGGTCGAAGGTCGATTCGAGGAACGTCAGGTCCTGGCCAGAGTCCCCGGTTTTATCCAAGGGGGAAGAACCTATCACCTGAGGATTGAAGCGAAAGGTCCGCATATTCAAGTCGACGTGGACGGGAAGACGGTAATCGATGTGATGGACGGGACATTTGCCGAAGGGCATTTTGGCGTCAATGTGTTCGGCGGGCAGGCTTCCTATCAAAATGTCTACGTCCGTCATTCGTCTGAAGCTCGTCTGAGGAAAACCAGCTTCATGAACGAAGCCATGAACCAGGTGATCTATACCGAGAAATCCGTAAACGGCGAACCCGTTACCGTGAAGGAATCAACGGGTACGGGGAACCCGTTATGGGTATTGGTACCAACAGGAGAGGACGATACGTATTCCATTCGTACGCCGGAAGGCAAGGCTTTGGATGTGGATACCGGGCAGAACCGGATTCAGTTATACACATATCTCGGTTATAACAATCAGCGATGGCGAGTGGAACGTCAGGAAGATGATACGGTAACCATCCGATCCGTGCACGATGGCCGGGCGATTGCCGTAAGGGCTGACGGTTCGGGGCTTGAAATGAATGAGCCGGATGCCGGTTCGGATCGTCAGCGATGGCGGCTTGGCCCTGAAGCCAAGGGAGCGATAATCGAATAA	MKLPQDVHTMLLRTMSAITMTLLLATSVIPDSAWAASAIQEANAALKGKGENDIFESVSNVKTNLEGWQLKGSGNMEQTAEGLRLSSDSSENAAAISATRADDFVYEADVMITDMQADASLVFRSSVDGWSSYMLQIVPSAGLVRLKDAREGNGRLKVEKALSLSQGEIVHLKVKVVGSNIKVFWGNQYEPIMEVDDTAYSTGQLGLHVWDGSALFQNIKVSEWKGNLFGPVNTSGDWQPDIKGLKGSASEGLEAYRIYKNAAADYVLEGNITLGGQAEAGFYWRGNDQGTEGYEAIFRREDDQVRVTLETSDGKVIGASSRTYPSLPTSVHHVEIHVSGDRTQVTVDGYEPAAIRISDGSYADGSIGMKVKSGTAYFQDVYVTPMEDYYTEEYRPQYHYSPIRGSVSDPNGLVYFEGEYHLFHQDAGQWAHAVSRDLLHWNRLPIALPWNDLGHVWSGSAVADTTNASGLFGDSGGKGLIAYYTSFNPDRPGGNQKIGLAYSTDHGRTWTYSKERPILIENPGKQGEDPGGWDFRDPKVVRDEANNRWIMVVSGGDHIRFYTSDNLVDWSLTDRFGYGEYIRGGVWECPDLFQLAVDGSGQRKWVLMISSGANPNTQGSDAEYFIGDVTPDGKFMNDHTAGTVLRTDWGKEFYASMSFSDLPDNRRIMLAWMTNWDYPFSFPTSGWKGQLTIPRELSLRTTSEGIRLHQSPISELETLRNTVIHVNNREVTETSQNVLKGIQAGAFEIEAEVEIPTDSSELEFGFRLREGGGQQTVVGYNNAAHHMFIDRSASGTTDFSSLFSTEHKALLHPIDGVVKLSIYVDESSVEVFGNDGNVVFSDVIFPDRARRGMSFYTQGGQVKLKSLQVHELDSVWRHLDLSEPASRILLDSYELDLSQGETESLYAAVDRVQGNGKKPLVWTSSHPDTVRIVSSDETHAVLKALNAGEAVIMASTPNGKISASTRVLVTSGTFKTNLTGWKPDLKASKWVLTEHGIRGSHSSDANYMAQEKAGDFTFEGDMRLGEAGGAGSMLFRASGDGRSGYYLNLDPGMKAIRLFYMVEGRFEERQVLARVPGFIQGGRTYHLRIEAKGPHIQVDVDGKTVIDVMDGTFAEGHFGVNVFGGQASYQNVYVRHSSEARLRKTSFMNEAMNQVIYTEKSVNGEPVTVKESTGTGNPLWVLVPTGEDDTYSIRTPEGKALDVDTGQNRIQLYTYLGYNNQRWRVERQEDDTVTIRSVHDGRAIAVRADGSGLEMNEPDAGSDRQRWRLGPEAKGAIIE	PGPT0019220_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-LEVAN_METABOLISM	CE-EPS-LEVANBIOSE_BIOSYNTHESIS,PGPT0019220-sacC|levB-K01212	NA	NA
JZ016_01777	885	gmuE_1	COG1940	Putative fructokinase	ATGCATATTGGAGCAATGGAAGCGGGCGGCACCAAATTTGTCTGCGGTATTGGAAGTGAAGACGGAATCGTCAAGGACAGCATCAGCTTTCCGACAGGACAGCCGGAAGGGACATTATCCAGAGCCATTTCCTACTTCAAGGATCATGAGGTAGAAGCCATTGGCATCGGGTCATTTGGCCCCATCGATCTGAAACAGGAGAGCCCGACATACGGATATGTAACGTCAACACCGAAACCTGGATGGTCGCATACAGATGTCCTTGGTAAGATGAAGTCGCATATGAACATTCCCTATGGCTGGGATACGGATGTCAATGCAGCTGCTTATGGAGAAGCGACTTGGGGAGCAGCGAGGGGGCTGAGCAGCTGCGCTTATTATACGGTGGGTACAGGTCTTGGGATCGGCCTTTATGCCGAAGGACGACTGGTTCATGGATTGGTTCATCCGGAAGGAGGCCATGTTCCCGTTAAACGCCATCCGGAAGATGGCTTTGGAGGAACCTGTCCTTACCATGGCGATTGCTTGGAAGGATTGGCAGCAGGGCCGGCGCTTGAAGCCCGATGGGGGTTGAAAGGACATCTGCTGCCGGCCGACCATCCCGCTTGGGAAATCGAAGCCTATTATATAGCGCAATCCATAACCGGACTGATCCTGACGAATTCCCCGGAGAAGATCATACTGGGCGGCGGGGTTATGCAGCAAGCTCAGCTGTATTCCCTCATTCGTGCAGAGGTGAAGCGCAATTTGAACGGATATGTGCTTGCCGACGAAATTGTACACGATATCGAGAATTATATAGTTCCTCCGGTATTAGGCACCCAGTCCGGTTTATGCGGCGCATTGGCTCTGGGAATCCGGGCATGGCAAGATTCGCAACGATAA	MHIGAMEAGGTKFVCGIGSEDGIVKDSISFPTGQPEGTLSRAISYFKDHEVEAIGIGSFGPIDLKQESPTYGYVTSTPKPGWSHTDVLGKMKSHMNIPYGWDTDVNAAAYGEATWGAARGLSSCAYYTVGTGLGIGLYAEGRLVHGLVHPEGGHVPVKRHPEDGFGGTCPYHGDCLEGLAAGPALEARWGLKGHLLPADHPAWEIEAYYIAQSITGLILTNSPEKIILGGGVMQQAQLYSLIRAEVKRNLNGYVLADEIVHDIENYIVPPVLGTQSGLCGALALGIRAWQDSQR	PGPT0017625_4702	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017625-scrK-K00847	NA	NA
JZ016_01778	1476	sacC	COG1621	Levanase	ATGTCTAAGACAAAACAACAAAACTATCGAAATGCCTATCATTTTTCACCACAGAAGTACTGGATGAATGATCCCAATGGCATGGTTTATTTTAAAGGGGAATACCATTTGTTTTATCAGCATCATCCCTTTGGCACCACATGGGGACCCATGCACTGGGGGCATGCGGTCAGCAAGGATCTGGTTTCCTGGGAAGAGCTTCCCATTGCATTAGCGCCGGATGAACGTGGCACGATTTTTTCGGGGAGTGCCGTTGTAGATTGGAACAATTCCAGCGGATTTTTCGACGAAGGGCCCGGGCTTGTGGCGATTTTCACTCACCATCATGATGCGCCGAGCGCGCAGCAAATGATTCAGTATCAAAGTCTGGCGTACAGTAAGGACGAAGGAAGAACCTGGAGAAAGTATGAAGGAAATCCGGTCCTTCGCCATGACAGCTATGTTGATTTTCGGGATCCCAAAGTGTTCTGGCATGAGCCGTCATCGCAGTGGGTGATGATTGTGGCGTGCGGACAGACGGTATGTCTTTATCGATCTTCCAATTTAAAGGAATGGGTATTTGCCAGCGAGTTTGGAGAGGGCATCGGATCTCATGACGGAGTATGGGAATGCCCCGATCTGTTCCCTCTTACTACGGAGGACAATGGAATACGATGGGTCATGCTTGTCAGCATTGGCGATGATCCGGCCTACGTCGAGGGCTCCAGAACGCAATATTTTATTGGAGATTTTGACGGAACAGCGTTTATTCCGGATGAGCGCTCCAAGTGTGATGTGCGGTGGCTGGATTACGGCAGGGACAATTATGCCGGAGTCAGCTGGTCCGACATTCCTGCACCGGATGGCAGAAGGCTGTTCATTGGCTGGATGAGCAATTGGAAATACGCAAACCTGACACCGACGGATGGTTGGAGGGGGGCCATGACCTTGGTGCGGGAACTCAAGCTGGAGACGCTGCAAGGTGAAGTCATGGTAACGCAGCAGCCGATTCGTGAAATCGAAGAGTATCGTCATGAGGTGCTTTCCTTGCGTGATATAGCCGTGGATGAAGCTGCTGTCCGATTAGCGGCTGTACGGCTGGAGAACTTCGAGATCCTTGTCCGCTTTGATCCAGCATCTTCGCTTGGTTTGAAGGTAAGGGCAGGATTAGGACAAGAAACGTTGGTCGGTTGGGATGCAAGGTTAGCCGAAGTATACGTGGATCGCAGCCGTTCAGGGCAGGCGGATTTCCACAAAGATTTCCCCGGCAAGCATGCGGCACCGTTAAAGACACCGGGCTCTATGCTGGAACTGCGGATCTTCGTGGACCGTTCGTCCGTGGAGCTGTTCGCGGATCGCGGGCAGGCGGTGATCACGGATTTAATTTATCCTGATCCCGCATCAACGGGCATAACCGTGTTTGCTGATGATAACCGGAAGGTCATAGAATCCCTCCATATCTATGAGGTTTCTTCATCTGGTGGCCAGTTAAAGTAA	MSKTKQQNYRNAYHFSPQKYWMNDPNGMVYFKGEYHLFYQHHPFGTTWGPMHWGHAVSKDLVSWEELPIALAPDERGTIFSGSAVVDWNNSSGFFDEGPGLVAIFTHHHDAPSAQQMIQYQSLAYSKDEGRTWRKYEGNPVLRHDSYVDFRDPKVFWHEPSSQWVMIVACGQTVCLYRSSNLKEWVFASEFGEGIGSHDGVWECPDLFPLTTEDNGIRWVMLVSIGDDPAYVEGSRTQYFIGDFDGTAFIPDERSKCDVRWLDYGRDNYAGVSWSDIPAPDGRRLFIGWMSNWKYANLTPTDGWRGAMTLVRELKLETLQGEVMVTQQPIREIEEYRHEVLSLRDIAVDEAAVRLAAVRLENFEILVRFDPASSLGLKVRAGLGQETLVGWDARLAEVYVDRSRSGQADFHKDFPGKHAAPLKTPGSMLELRIFVDRSSVELFADRGQAVITDLIYPDPASTGITVFADDNRKVIESLHIYEVSSSGGQLK	PGPT0018745_589	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FRUCTOSIDASE,PGPT0018745-fruA-K03332	NA	NA
JZ016_01779	1602			hypothetical protein	ATGAATAAGAAGGGATTCAAGAAACATAACCGTAAAAAAACGGTAACGCTGACAGCTCTGGCAGCCGTGCTGCTCTTGGCCGGATGCGGCAGTGGCGGTGAGGCACAAAGCGAGTCGCCGGACGGTAAGGTCACCCTGAACGTCCTGACGCAAAGCTCTCCGCTGGCTCCTGCCGACCCTAACGAGAAGCTGATCAACAAGCGGTTGGAGGAGAAAACCGGCATTCACATCAAGTGGAAGAACTACACCAGCGATGTATTTGCGGAAAAACGCAATCTGGCCGTGGCGAGCGGCGATTTGCCGGATGCCATTTTCGATGCCGGATACGGAGACTATGATCTACTGAAATTGGCGAAGGACGGGGTTATCATTCCCGTGGAGGATTTGATCGAACAGCATATGCCCAATCTCAAAAAGGTACTTGAGGAAGCACCGGAATACGTCAACATGATTACGGCGCCGGATGGGCATATTTATTCCTTCCCATGGATCGAGGAGTTGGGTTCAGGGAAAGAGCGGATTCAATCGGTGGATAACTTCCCCTGGATTAACGTGGAGTGGCTCGACGCCTTGGGGCTTGAGATGCCAACCACCACGGAAGAGCTAAAAACGGTATTGAAAGCGTTCAAAACCCAAGATCCGAACGGCAACGGACAGGCGGACGAAATACCGCTTTCCTTCATTAATAAGCCGGGCGGCGAGGATCTGACATTCCTGTTTGCTTCATTCGGCTTGGGCGAGAACTGGGATCATACCGTTGTTACGGATGATGGCAAGGTGGTGTTTACCGCAGCAGAGGAGGGGTATAAGGAAGCCATAGCATTCATTCACGAATTATATGAAGAGGGATTAATCGACATTGAAGCCTTCCAGCAGGATTGGAATACCTACCTGGCTAAGGGAAAGGACCACCGGTACGGCATGTATTTTACGTGGGATAAAGCCAACATCACGGGCATGAATGATACGTATGACCTGATGCCGCCGCTTGCAGGACCATCCGGTGAGATCAATGTGACGAGAACGAACGGGATCGGTCTTGACCGGGGAAGATTGGTCATTACCAGCAGCAACAAGAAGCTGGAAGAAACGGCAAAATGGATCGATGCGATGTATGAACCGCTCCAATCGGTTCAGAACAACTGGGGAACCTACGGTGACGATACCCAGCAGAATATTTTTGAGCTGGACGAAGCCAAAGGGATGCTGAAGCATCTTCCGCTTGAAGGCACGGCTCCGGTAGAGCTAAGACAAAAAACAAGCATCGCGGGGCCGCTTGCGATCCTGGACGAGTATTATGGCAAATACACCACGATGCCGGATGATGCTGCGTGGAGGCTCAAACTCATGAAAGACGTCATGGTACCGCATATGAAAGCGGAGAATACGTATCCGAAAGTGTTCTTCTCCATCGACGAGTTGGATCGCTTATCCACGATTGAAGCGGACTTGTTCCCTTACCTGGAAAGAATGCGCACCGAATGGTACCAGAATGGAAAAGTAGATCAGGAATGGGACGCTTATCTGAAGGAATTGGATCGACTTGGACTTCAGGAGTGGCTGACGATTAAACAAACGGGATACGACAGGAACATGAAGTAA	MNKKGFKKHNRKKTVTLTALAAVLLLAGCGSGGEAQSESPDGKVTLNVLTQSSPLAPADPNEKLINKRLEEKTGIHIKWKNYTSDVFAEKRNLAVASGDLPDAIFDAGYGDYDLLKLAKDGVIIPVEDLIEQHMPNLKKVLEEAPEYVNMITAPDGHIYSFPWIEELGSGKERIQSVDNFPWINVEWLDALGLEMPTTTEELKTVLKAFKTQDPNGNGQADEIPLSFINKPGGEDLTFLFASFGLGENWDHTVVTDDGKVVFTAAEEGYKEAIAFIHELYEEGLIDIEAFQQDWNTYLAKGKDHRYGMYFTWDKANITGMNDTYDLMPPLAGPSGEINVTRTNGIGLDRGRLVITSSNKKLEETAKWIDAMYEPLQSVQNNWGTYGDDTQQNIFELDEAKGMLKHLPLEGTAPVELRQKTSIAGPLAILDEYYGKYTTMPDDAAWRLKLMKDVMVPHMKAENTYPKVFFSIDELDRLSTIEADLFPYLERMRTEWYQNGKVDQEWDAYLKELDRLGLQEWLTIKQTGYDRNMK	PGPT0017245_2078	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01780	882	araQ_16	COG0395	L-arabinose transport system permease protein AraQ	ATGGCCGTTAAACATTCACGCTTCGACCGCTTTCTGTTGTCATTAAATGCAATCTTTTTAACGCTTGCCGTACTGGTCGTGGTCGTTCCATTGGTTTACATTGTCGTTGCTTCGTTCATGGATCCCACCGTGCTGCTGAATCAAGGACTATCTTTTAAAATTTCCGATTGGAGCCTGGAAGGATATCAGATGATCCTGTCCAATCCTGCGATGCTTCGCGGATTTGGCAATGCGGTGTTCTATTCAACAGCATTTGCGCTTCTCACGGTAACGGTTTCGGTCTGTGCGGGATACGCCCTTTCGGAGAACCGGCTGGCCGGACGACACTTTTTCATGACGCTGTTCATTATCACCATATTTTTCGGAGGCGGACTGATTCCTACGTACTTGCTCGTGAGGGAGCTTGGCATGCTCAATACGGTATGGGCCGTGATCATCCCGGGTGCGGTCAATGTGTGGAATATCATTTTGTCCAGAACCTTCTTCAAAGGGGTACCGAATGAATTGAAGGAGGCTGCTAATGTGGACGGGGCTTCCGATATGAAAATCTTTGTCCGGATCGTTCTGCCGCTATCCAAGCCCATTATCTTTGTGCTCGCGCTGTATGCCTTCGTTGGCCAGTGGAACGCATTCTTCGATGCCATGATCTATCTGGACGATCCCAAGCTGCACCCGCTGCAGCTCGTTCTTAGATCGATTCTGATACAAAACCAGGCTGCGCCGGGCATGATCAGCGACCAGCTTGCGATGGCGGAGCTGAAACGGCTCTCGGAAATGATTAAATATTCGGCGATCGTGATATCCAGCCTTCCGCTGCTGATTATGTATCCGTTCTTCCAAAAGTACTTTGAAAAAGGTGTTATGGTAGGCTCGCTCAAATAG	MAVKHSRFDRFLLSLNAIFLTLAVLVVVVPLVYIVVASFMDPTVLLNQGLSFKISDWSLEGYQMILSNPAMLRGFGNAVFYSTAFALLTVTVSVCAGYALSENRLAGRHFFMTLFIITIFFGGGLIPTYLLVRELGMLNTVWAVIIPGAVNVWNIILSRTFFKGVPNELKEAANVDGASDMKIFVRIVLPLSKPIIFVLALYAFVGQWNAFFDAMIYLDDPKLHPLQLVLRSILIQNQAAPGMISDQLAMAELKRLSEMIKYSAIVISSLPLLIMYPFFQKYFEKGVMVGSLK	PGPT0017255_2057	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01781	954	yteP_27	COG4209	putative multiple-sugar transport system permease YteP	ATGGAACCAGCCAACCAGGGGGCAGGGATAATCAGAGAACGGAGTTCTGCGGGGCGAATGCTCGCTTTCATCAAGAAAAACTATTTTCTGTACATACTGCTAGCTCCGGCGCTTATATTGACCCTTATTTTCAAATACGTCCCGATGTACGGTGCCGTAATCGCATTTAAGGATTTCAGTCCCATTAAAGGGATTCTGGGCAGCGAGTGGGTTGGGCTCAAGCATTTTGAAAAGTTTATCGCCTCGCCGAATTTTGACGTCATTTTTATGAATACGCTTAAATTGAGTTTTTTTGGTCTGATCTTTAGCTTTCCGGTGCCGATCCTGCTTGCGCTCATGTTAAACCAGGTTCGCAGGGCGACGGTCAAGAAAAATGTTCAGCTGTTTCTATATGCACCCAATTTCATCTCGGTGGTCGTCATTGTCGGAATGCTGTTTATCTTCTTGTCGCCAACGGGGCCGATTAATCAATTGGTCATTTGGATGACGGGTAATCCGCTTATGTTTATGTCGCAGCCGGAATATTTCAGGTGGATTTATATCCTATCGGATATATGGCAGAGTGCCGGATGGGCCTCCATCATCTATGTGGCTGCTCTTGCGAATGTGGACCCGGAGCTGCATAACGCGGCCAGCCTGGACGGAGCTAACCTGCTCCAGCGCATTCGAAATATCGATCTGCCCACGATTAGGCCGATTATGGCGATCGTCTTCATACTTGCGGCAGGGGGCATTATGTCTATTGGCTTTGAAAAGGCTTATCTGATGCAGACCTCCATGAATCTTCCCACTTCTGAAATTATCGCTACCTATGTATACAAGGTCGGCTTACAGTCAGGCGATTACGCGTACTCGGCAGCGGTTGGTTTATTCAATTCCGTCATCAATGTCATTTTGCTCGTGACGGTGAACTTTATTGTCCGAAAACTCAATGAAGGCGAAGGCCTCTACTAG	MEPANQGAGIIRERSSAGRMLAFIKKNYFLYILLAPALILTLIFKYVPMYGAVIAFKDFSPIKGILGSEWVGLKHFEKFIASPNFDVIFMNTLKLSFFGLIFSFPVPILLALMLNQVRRATVKKNVQLFLYAPNFISVVVIVGMLFIFLSPTGPINQLVIWMTGNPLMFMSQPEYFRWIYILSDIWQSAGWASIIYVAALANVDPELHNAASLDGANLLQRIRNIDLPTIRPIMAIVFILAAGGIMSIGFEKAYLMQTSMNLPTSEIIATYVYKVGLQSGDYAYSAAVGLFNSVINVILLVTVNFIVRKLNEGEGLY	PGPT0017250_953	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01782	1041	exuR_2	COG1609	putative HTH-type transcriptional repressor ExuR	ATGACGAAAGAAAAAGTCACAATTCAAGATATTGCGGATGCACTGGGGATCTCCAGAAATACGGCATCCAAAGCTTTGAACGGCAGCGAAAGTATTCCGGACGAGACGCGCAGCAGGGTCATCAAAAAAGCAATCGAATTGAAATACAAACAATTTGCCTTCATGGAGACGGACAACCTGCTGACCAAAACCCCGGGAAACATCGCTCTTCTCACGGCGAATCTTCCGAGCACCTCCCATTTTGGCTCGCGCTTAATCAGCGGGCTTGAGAAACGAATCAGCGCGGAAGGCTATAACCTGTCCATTCATATCGTCCGGGACATCGATCGAAATTCTCGGACGCTGCCTAACAATTTTGAATCCTCCAAAGTGGATGGAATCATCTGTATTGAGTTATTTGATATGGAATACAGCAAGGAGCTCACAAGCCTCGGCCTTCCTACCGTATTTATCGATTGTGCCGCTGACATGTTCTACCCGGACTTGCAAGCGGATTTACTACTGATGGAGAATGAACACAGCACCTTCCACATGACCAGGCGGCTCATAGAGCAGGGCAACATGTCTTTGGGATTTATCGGGGACATCCATCATTGCAAGAGCTTTAATGAACGCTGGGTGGGATTTAATCGGGCCTTGACCGAAATGGGGATCCGGCTGGATCTGGAACAATGTGTTCTAAACCCGGACCGTGAGTTTTTCTCCGAGTCCGACTGGATGGAGAAGCGGCTGAAACAGATGAAACAGATGCCGTCCGCATTTGTATGCGCCAATGATTTTATTGCGGTCAATGTGATGAAAGCCTTGAAGAATAACCATATCGCCATCCCGGGCGACATTGCCGTATGCGGCTTCGATAATGCGCCTGAATCGCGCATCGTTGAACCCCATTTATCAACGGTACATATCTATAGCGATGAAATGGGAATTGCTGCGGCCAACATGCTGTTGTCCCGGGTGAAAGAACCGGCGTTACCCTATCAAGTCACGCATATCCAAACAAAACCGCTATTCAGGGCATCGACTGAAAAAATAGACTAG	MTKEKVTIQDIADALGISRNTASKALNGSESIPDETRSRVIKKAIELKYKQFAFMETDNLLTKTPGNIALLTANLPSTSHFGSRLISGLEKRISAEGYNLSIHIVRDIDRNSRTLPNNFESSKVDGIICIELFDMEYSKELTSLGLPTVFIDCAADMFYPDLQADLLLMENEHSTFHMTRRLIEQGNMSLGFIGDIHHCKSFNERWVGFNRALTEMGIRLDLEQCVLNPDREFFSESDWMEKRLKQMKQMPSAFVCANDFIAVNVMKALKNNHIAIPGDIAVCGFDNAPESRIVEPHLSTVHIYSDEMGIAAANMLLSRVKEPALPYQVTHIQTKPLFRASTEKID	PGPT0017992_4705	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_01783	192			hypothetical protein	ATGGACCTCCAGCTGATCCACAGAAAGACGCTGATCGACATACTTGGACAGAAGGTCGGAACACGAGGAAAGAAAGTTTTTCTTACGATAGTGTGTGTGGGCATGCCTCTGATGTTTATCCCTATATTGAAAAAAAAGAACCGTTCTCCCGGTATTCGGGCAGAACGGTTCTTTCGGGTTGAGCTGGAGTGA	MDLQLIHRKTLIDILGQKVGTRGKKVFLTIVCVGMPLMFIPILKKKNRSPGIRAERFFRVELE				NA	NA	NA	NA	NA
JZ016_01784	867	rbgA	COG1161	Ribosome biogenesis GTPase A	TTGACAATACAATGGTTTCCCGGACATATGACCAAAGCGCGCCGCCAAATTCAGGAGAAGCTGAAGCTGATCGATGCTGTAATTGAACTGATCGATGCGAGGCTTCCGCTCTCAAGCCGAAATCCCATGATTGACGAGATTTTGCAGGGCAAGCCGCGGCTCATTATTATGAACAAAGCCGATTTGGCAGATCCTGAGGTAACAAGGCAATGGCAAGCCCATTTCAAAGAAAACGGCTTAACCGCCTTCCCTGTAGATGCATCCACGGGGACAGGTGTTAAGGATATTCCGAATCAGATCAAGCTGCTGCTGAAAGAGAAGATTGACAAACAAATCGCCAAGGGCATGAACCCGCGAGCTATGCGGGTGTTGATCGTGGGGATTCCGAATGTAGGCAAATCCACGCTGATTAACCGGCTTGCCGGCCGGAACATCGCCGAGACGGGAGACCGTCCGGGTGTCACCAAAGGGCAGCAGTGGATTAAGGTTGCCGGCGGTGAGATGGAATTACTGGATACACCCGGTATCCTGTGGCCAAAGTTCGAGGATCAGAATGTAGGGTACCGCCTGGCGGTCACCGGCGCCATTAAAGAGGAAATATTGAATGTAGAGGATATTGCCTTTTTTGCGATCAAATATTTCTCTAACTATTATTGGGAATCGATGAGCGAGCGCTTTGATCTTAAGGAGCGCCCCACGGATCTGGATAACCCGGATGAAATTGTCGCGGTCATGGAAGCGATCGGAAAAAAACGCGGCTGTATCGTAAGCGGCGGAAGAGTCGATCTGGAAAAAGCCTCAAGCATTTTCCTGCGTGAGCTTCGCGCAGGTAAACTAGGGCGATATTCCATGGAATCGCCTTATTGA	MTIQWFPGHMTKARRQIQEKLKLIDAVIELIDARLPLSSRNPMIDEILQGKPRLIIMNKADLADPEVTRQWQAHFKENGLTAFPVDASTGTGVKDIPNQIKLLLKEKIDKQIAKGMNPRAMRVLIVGIPNVGKSTLINRLAGRNIAETGDRPGVTKGQQWIKVAGGEMELLDTPGILWPKFEDQNVGYRLAVTGAIKEEILNVEDIAFFAIKYFSNYYWESMSERFDLKERPTDLDNPDEIVAVMEAIGKKRGCIVSGGRVDLEKASSIFLRELRAGKLGRYSMESPY				NA	NA	NA	NA	NA
JZ016_01785	696	sipT	COG0681	Signal peptidase I T	TTGTGCGTATATACAAGCCCCTTTTGTATATCCAAAAATCGTTATCATGCGAAAGCGATCTATAGGGAAGGACGGTGGGTTATGGAGAAAGATCAACACCAGGAGGCCATTGAAACCAACGTGGGGAAACCGGCCAAAAAGGCTAAGAACGAGCTTGTAGAATGGCTGAAGGCTCTTCTCATTGCTCTGGTTCTCGTCGTTCTCATTCGCTGGCTTCTCTTTAAACCGTTTATTGTGCAGGGTCCATCCATGGAACCTAACTTTGTATCCAATCAGAAGCTGATCGTCAACGAGATTTTATATGATATCCGCAAACCCGAGCGTGGAGAAGTTATCGTGTTCCATGTTCCTGATGAGGGCAGGGATTTCATTAAACGCGTAATTGCAGTTGCTGGTGATACGGTTAAAGTTGAAGGCGATAAAGTGCTTGTCAACGGGGAGCCTGTGAATGAAACCTACATACAGGAAGCAATTGATCAAGCTCATGCTGAAAACAGATTATACAATAACACGGACTTTCCGAACTCGTTCGTTCAGGACGGCGTTGTGCCAGAAGGCCATGTGTTTGTGATGGGGGACAACCGCTCCAACAGCACGGACAGCCGTATGATAGGATATGTTCCTTTGGGGGATATTATCGGGCGAGCAGACTTGATCTTCTGGCCGATTAAAGACATAGGGCTCATCAACCATTAG	MCVYTSPFCISKNRYHAKAIYREGRWVMEKDQHQEAIETNVGKPAKKAKNELVEWLKALLIALVLVVLIRWLLFKPFIVQGPSMEPNFVSNQKLIVNEILYDIRKPERGEVIVFHVPDEGRDFIKRVIAVAGDTVKVEGDKVLVNGEPVNETYIQEAIDQAHAENRLYNNTDFPNSFVQDGVVPEGHVFVMGDNRSNSTDSRMIGYVPLGDIIGRADLIFWPIKDIGLINH				NA	NA	NA	NA	NA
JZ016_01786	345	rplS	COG0335	50S ribosomal protein L19	ATGAATATCGTTCAAGCGATTACTCAAGAACAACTTCGTAAAGATATTCCGAGCTTTCGTCCTGGTGATACTTTAAAAGTACACGTTAAGGTTATCGAGGGAACTCGTGAGCGTATCCAGTTGTTTGAAGGTGTAGTAATTAAACGTCGCGGTGGCGGAATCAGTGAGACTTTTACCGTTCGTAAAATTTCTTACGGTGTTGGTGTGGAAAGAACTTTCCCAATCAACTCGCCTAAAATCGATAAAATCGAAGTGGCTCGCCGTGGTAAAGTGCGTCGTGCGAAGCTTTATTATCTTCGTGAACTGCGCGGTAAAGCAGCGAGAATTAAAGAAATTCGTCGTTAA	MNIVQAITQEQLRKDIPSFRPGDTLKVHVKVIEGTRERIQLFEGVVIKRRGGGISETFTVRKISYGVGVERTFPINSPKIDKIEVARRGKVRRAKLYYLRELRGKAARIKEIRR				NA	NA	NA	NA	NA
JZ016_01787	144			hypothetical protein	ATGACAGAACATCGACAACAACAGGAAGCGAAAATAGAAGATACAAACAATACAGAAGTCCAATTTCAAACGGTAGACGACATTCTTGAATACTATGGCAAGCGCCACAAAGGACTGCACGACTCGAAAGAAAGCGTAAATTAA	MTEHRQQQEAKIEDTNNTEVQFQTVDDILEYYGKRHKGLHDSKESVN				NA	NA	NA	NA	NA
JZ016_01788	2043			hypothetical protein	TTGAGGCAAGAAAGAAGGAAGCGTAGGGACAGCAAGGCTGTCATTCAAGGACTTACATCTGGACGAATCCGTGTAGGAAGGAACCAAGCCACTCGATTCGTTACATTGATCTGTCAATTAACGTCACTGTTACGCGCATTTGTGGAACAGCCGGTTAACGAGAATTTCACGCTTATCAAAATACAATTGCAGAGCCTTAACGACCTGGTCTCGGGAATGAGGTTTTCGCTGCGAGAACGGCGGGGGCTTAGCCAGGCCGTGCAGCAAATTGCAAGGATTTCCAATGCGGACAATCTGGAAGGGATCCTAACAAGATTGAACGAAGTCATGACGTTGTTTCAATCATATGGAGAACGACTCGGAGTCGGGGGCGAGATCGGAACGGATATCGAGGCTTCACAACAAGGTATTCAATCTAGGCTGGAGTATGCGTTTCCGAGTGCGGATGCTGTGCCGTTGGTCAATTTAATGAACAATCTGCCTTTATATATTATGAATGCAACGACGAATCCAGGGGCATCGTCGCGCCATCAGCTTGCAGAAGTACTCCAAGGAATTAACCGGCAGGCTGCGAGATTAGGGAGTTCCGGACCACAGTTAAGTAGGCTGCAAGCAGCAGCGGATGGAATTCAAGCTTCGCTTTTGAATGGAGCTTCGCCTGAATTTTTGAATGAACAGTTGACTAATTATACGAATGCTCTTTCAGGAGCGGTAGCGACGTTAAACATTCCAGTGACTGTCCAACAAGCTGCCGTTCAATCTCTGGCAGTTGTAGCAAGGACGAGCGCTGTGAGCGTTCAGGGTCTAACAATCCAGGAAACCCTAGGAAGCGTACCGAGTAACGCTCGGCCGGGCGTGACTGGAGCAACGGGGGCAACAGGAGCAACAGGAGCAACAGGAGCAGCAGGAGTGACAGGGGCAACCGGGGTCACAGGAGGAACAGGAGCAACGGGGGCAATAGGCCCGGCAAGCGCCACGCGAGCTACCGGAGAAACTGGCGCTACGGGAGCAACTGGGGTAGCCGGAGCAACAGGGTCAGTAGGGGCTACAGGAGCTGCAGGCGTGACGGGAGCCACGGGGACAGCAGGTCTCGCTGGTGCAACCGGTGTGACAGGACCGACGGGAGCTACCGGAGCTACCGGAGATGCGGGTGTTACAGGGCTAACGGGAGCAACTGGTGCAACGGTGGCAACTGGTGCAGGGGCTACAGGAGAGACTGGAGCTACAGGGGCAACTGGGGTGACGGGAGCAACTGGTGAAACTGGTGTCACGGGAGCGACTGGAGCAACTGGAGCAACCGGAGTCACGGTGGCGACAGGCCTGACAGGAGCAACTGGTAAAACTGGTGTCACGGGAGCGATAGGAGCAACTGGGGCAACAGGAGCAGCAGGGACCACGGGTGCAATCGGAGCAACTGGGGTAACTGGAGCAACGGGTGCAATCGGAGTAACGGGATCGACGGGTGTAACGGGTGCAACAGGGTCAACGGGAGCAGCAGGAGCAGCAGGAGTCACGGGTGCAACTGGGGTAACAGGAGCCACAAGAGTAGCAGGAGCAACTGGTGGTATAGGTCCAACGGGAGTCACAGGAGCGACCGGTGCAACAGGCCCGGCAGGCCCGACGGGTCCAACCGGCTCCACTACCCTTGTGGGAGGTAGTGTCATCTATGCCAGCAACGGTGCCACTCAAAATGTGGCCACCAATTCACCGGTTTCTTTTTCATCCAGTATGCTTCAAGGCGTAACCTTTAATGGTACAACAACGTTGACTATCGTGACAGCTGGTTTTTACTACTTTGATTGGCATGTTTCTATTGCTAATGGTCAGGCAGCTCCCAACACGTTTGGGATCGTTGTGAATGGAAATACCACGAGTACGGCGAACATGAACTCCATTTCGACCAACGCCGAAGTCTCAGGATCTGCCGTCATCAATTTAAGCGCAGGTAACACTGTAGGGCTCTATAATTTATCGCCAGTGGCCAAGTCGATTACAGCTCCTCAAACCGGTGCCAGAATTACTATCTTTAGAATTGGCTCATAA	MRQERRKRRDSKAVIQGLTSGRIRVGRNQATRFVTLICQLTSLLRAFVEQPVNENFTLIKIQLQSLNDLVSGMRFSLRERRGLSQAVQQIARISNADNLEGILTRLNEVMTLFQSYGERLGVGGEIGTDIEASQQGIQSRLEYAFPSADAVPLVNLMNNLPLYIMNATTNPGASSRHQLAEVLQGINRQAARLGSSGPQLSRLQAAADGIQASLLNGASPEFLNEQLTNYTNALSGAVATLNIPVTVQQAAVQSLAVVARTSAVSVQGLTIQETLGSVPSNARPGVTGATGATGATGATGAAGVTGATGVTGGTGATGAIGPASATRATGETGATGATGVAGATGSVGATGAAGVTGATGTAGLAGATGVTGPTGATGATGDAGVTGLTGATGATVATGAGATGETGATGATGVTGATGETGVTGATGATGATGVTVATGLTGATGKTGVTGAIGATGATGAAGTTGAIGATGVTGATGAIGVTGSTGVTGATGSTGAAGAAGVTGATGVTGATRVAGATGGIGPTGVTGATGATGPAGPTGPTGSTTLVGGSVIYASNGATQNVATNSPVSFSSSMLQGVTFNGTTTLTIVTAGFYYFDWHVSIANGQAAPNTFGIVVNGNTTSTANMNSISTNAEVSGSAVINLSAGNTVGLYNLSPVAKSITAPQTGARITIFRIGS				NA	NA	NA	NA	NA
JZ016_01789	807	trmD		tRNA (guanine-N(1)-)-methyltransferase	GTGCTGACGCTGTTCCCCGAGATGTTCGATGGCGTATTTCAATCGAGTATTTTGGGTAAAGCGGCCGAGAAACAAATTGTGAGCTTGAATGCAATCAACTTCCGCCAGTATGCGGGAAACAAGCACGGTCAGGTCGATGACACTCCATATGGCGGAGGCGGAGGGATGGTGTTAAAGCCGGACCCGATTTTTGCTGCGGTGGAGGATATTCTTGCTTCCAATGGGAATGAGATTGCAAACCATGGCGGCGATGGGGCTAATCCTGCCGAGGAGATTCCAGCGGAAGTCTCCGGAACAGTCAAGCCTCCGCGAGTCATTCTGATGTGTCCGCAAGGAGAGACTTTTACGCAGAAGAAGGCGGAAGAATTATCACAGGAAGACCATCTGGTGTTTATATGCGGGCATTACGAAGGTTACGATGAACGAATTCGTGAGTTTCTTGTTACCGATGAGTTGTCCATCGGAGATTATGTGCTCACCGGTGGAGAGCTGCCGGCGATGGTTGCCATCGATTCTGTAGTCCGATTACTTCCGGGTGTACTTGGCAATGAAACCTCAGCGGTGACGGATTCATTCAGTACAGGCCTGCTTGAATATCCGCACTATACACGTCCTGCTGAGTTTCGCGGCTGGAAAGTGCCGGATATCCTGCTAAGCGGTCATCATGCGAATATCGACGTGTGGCGTCGGGAACAAGCGCTTAAGCGGACATGGGAGCGTCGCCCGGAATTGTTAGACAAGCTGGAATTGTCGAAACAGGATCGAGCGTATATAGACAAGCTACAGCGAGAAGCGGGATCCTCATAA	MLTLFPEMFDGVFQSSILGKAAEKQIVSLNAINFRQYAGNKHGQVDDTPYGGGGGMVLKPDPIFAAVEDILASNGNEIANHGGDGANPAEEIPAEVSGTVKPPRVILMCPQGETFTQKKAEELSQEDHLVFICGHYEGYDERIREFLVTDELSIGDYVLTGGELPAMVAIDSVVRLLPGVLGNETSAVTDSFSTGLLEYPHYTRPAEFRGWKVPDILLSGHHANIDVWRREQALKRTWERRPELLDKLELSKQDRAYIDKLQREAGSS	PGPT0007595_14	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770	NA	NA
JZ016_01790	522	rimM		Ribosome maturation factor RimM	ATGTCTGAAAAGTTGTTTACTGTAGGGAAAATCGTGAATACGCACGGCATCCGTGGGGAAGTTAAAGTCATGCCGCATACGGATTTTGCCGACCAGCGATTTGCTCCAAAGAGCCAGCTGTACATTGTCCCCGAGAAGGGGAGCAAGATTGAAGCAACGGTGGATACATCCCGTTTTCATAAAAACATGTACATCCTTAAATTCAAGGAGCTGCATGGCATCAATGATGCCGAGAAATATAAAGGCTCGCTGCTGAAGATATCAGCGGATCTTCAAGAGGAACTTCCGGAGAACGAGTACTACTTCCATGAGATTATTGGCTGCAAGGTGATGACCGATGAAGACCCTGCTGAGGAGCTCGGCACGATCTCCGAAATTCTGACGCCGGGCGCTAACGATGTGTGGGTTGTCAAAACGCCTCAGGGAAAAGAAATTCTTCTTCCGGCCATACCGGATGTCGTACTTGATGTAGACAAGGAAGCGAAGCTTGTCCGCGTGCATCTCATGGAAGGGTTGTTATAG	MSEKLFTVGKIVNTHGIRGEVKVMPHTDFADQRFAPKSQLYIVPEKGSKIEATVDTSRFHKNMYILKFKELHGINDAEKYKGSLLKISADLQEELPENEYYFHEIIGCKVMTDEDPAEELGTISEILTPGANDVWVVKTPQGKEILLPAIPDVVLDVDKEAKLVRVHLMEGLL				NA	NA	NA	NA	NA
JZ016_01791	231			hypothetical protein	ATGGAAGAATTAGTTCGCGTTATTGCTAAGGCTTTAGTGGATCATCCAGAAGATGTGACTGTGAAGACCGTTGAGAAGGAGCACTTGATTGTATATGAGCTGTACGTGCATCCTGACGATGTCGGGAAGGTCATAGGCAAACAAGGGCGTATCGCCAAATCATTGCGTACAGTCGTAACATCGGCGGCGGTTAAAATGGATAAGCGGGTGACCGTTGATATCATTTCTTAA	MEELVRVIAKALVDHPEDVTVKTVEKEHLIVYELYVHPDDVGKVIGKQGRIAKSLRTVVTSAAVKMDKRVTVDIIS				NA	NA	NA	NA	NA
JZ016_01792	273	rpsP	COG0228	30S ribosomal protein S16	ATGGCAGTACGTATTCGTCTGAAACGCATGGGTGCTCACAAGGCTCCTTTCTACCGCGTGGTGGTTTCTGATTCCCGTTCCCCGCGTGATGGCCGTTTTATCGAGGAAATCGGTTATTACAATCCGGTTGCTCAACCGGCTGAAGTTAAGATCGATGAAGAGAAAGCACTGAACTGGCTTCAAAATGGTGCGCAAGCATCTGACACGGTTCGCAACTTGCTTAGCAAAGCGGGCGTAATGAAGAAGTTTCATGAGCTGAAGCATCAGAAATAA	MAVRIRLKRMGAHKAPFYRVVVSDSRSPRDGRFIEEIGYYNPVAQPAEVKIDEEKALNWLQNGAQASDTVRNLLSKAGVMKKFHELKHQK				NA	NA	NA	NA	NA
JZ016_01793	1383	ffh	COG0541	Signal recognition particle protein	ATGGCGTTTGAAGGATTGACCAGCAGACTACAGAATGTGTTTAGCAAGCTTCGTGGTAAAGGCAAGGTGTCCGAGGAAGATGTAACAGCCGCCATGCGTGAAGTCAGACTCGCGCTTCTCGAAGCCGACGTTAACTTCAAAGTGGTTAAGGATTTCGTATCCAAAGTAAAAGAGAAGGCCATCGGCAAGGAAGTGATGGACAGCTTTACGCCCGGCATGGTGATCATTGACATCGTTAATAAAGAACTGACGGAGTTGATGGGAGGAAGCCAAGCCAAACTGGCGAAGAGCAACAAGCCGCCAACAGTTATTATGATGGCCGGTTTGCAAGGTGCCGGTAAGACAACGACTTCGGGTAAGCTGGCCAAGCTGCTTCAGAAGCAGAACAGCCGACCGCTGCTCGTTGCCGGCGATATTTATCGTCCAGCGGCGATCAAACAGCTCGAAGTACTCGGCAGTCAGATCAACGTACCGGTGTTCTCGCTAGGAGACAAGACAAGCCCGGTTGAAATCGCAAAACAGGGCCTCCAGCATGCCAAAGATAACGGTCACGATTATGTCATTATCGATACCGCCGGCCGTCTTCATGTCGATGAAGAGCTGATGGAAGAGTTGAAGCAGATTCACAGCGTAGTGAATCCTGATGAAGTCCTGCTTGTCGTTGACGCGATGACGGGTCAGGATGCGGTGAATGTCGCGGAAAGCTTCAATCAGCAATTGACGCTCACGGGCGTCGTACTGACGAAGCTGGACGGCGATACCCGAGGCGGTGCCGCCCTCTCGGTTAAGGCCGTTACCGGATGTCCGATCAAATTCGCCGCACTTGGCGAGAAGATTGATGCGCTCGAACCGTTCCATCCGGAACGGATGGCATCGCGGATCCTCGGCATGGGCGATATGCTGTCGCTTATCGAGAAAGCACAATCGAACATTGATGCAGACAAGGCCAAGGAAATGGAACGCAAAATGCGCAATGCCGAATTTACGTTCGAGGATTTCCTGGAGCAGATGGATCAGGTCAAGAAGCTCGGTCCTCTGGATCAGCTGATGGATATGATTCCCGGCATGGGCAAGATGAAGCAAGCCAAGGATCTCAAGGTGGACGAGAAGCAGATGGGACGCATTGAGGCTATTGTTCACTCCATGACAACAGCGGAGAAGCAGCAGCCTGACATTATCAATCATAACCGTCGTAAACGGATTGCGGCGGGAAGTGGAACCTCGCTGGCTGAAGTGAACCGGCTTATCAAGCAGTTTGACGAAATGCGCCGCGTGATGAAACAGTTCTCGGATATGATGGGTCCTAAAGGCGGCAAGAACAAGGCCATGAAACAACTGAAAGGCTTGACTGGCGGAAAAGGCATGAAATTCCCGTTCCGTTAA	MAFEGLTSRLQNVFSKLRGKGKVSEEDVTAAMREVRLALLEADVNFKVVKDFVSKVKEKAIGKEVMDSFTPGMVIIDIVNKELTELMGGSQAKLAKSNKPPTVIMMAGLQGAGKTTTSGKLAKLLQKQNSRPLLVAGDIYRPAAIKQLEVLGSQINVPVFSLGDKTSPVEIAKQGLQHAKDNGHDYVIIDTAGRLHVDEELMEELKQIHSVVNPDEVLLVVDAMTGQDAVNVAESFNQQLTLTGVVLTKLDGDTRGGAALSVKAVTGCPIKFAALGEKIDALEPFHPERMASRILGMGDMLSLIEKAQSNIDADKAKEMERKMRNAEFTFEDFLEQMDQVKKLGPLDQLMDMIPGMGKMKQAKDLKVDEKQMGRIEAIVHSMTTAEKQQPDIINHNRRKRIAAGSGTSLAEVNRLIKQFDEMRRVMKQFSDMMGPKGGKNKAMKQLKGLTGGKGMKFPFR	PGPT0025750_2996	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025750-ffh-K03106	NA	NA
JZ016_01794	357			hypothetical protein	ATGAGTCAGGAGAATCGGCTCGAGAAGACGAACCGGATCAATTTGCTGTTCGATTTCTATGAGCAGCTGCTGACAGAGAAACAGCAGACCTTTTTGAAATATTATTTCCATGATGATTTTTCCCTTGGAGAAATCGCTGGTGAATTTGAGATTAGTCGTCAGGCCGTCTATGAGCATATTAAGCGCGCAGAACAGGTGCTCGAGTCCTATGAAGAGAAGTTGGGCCTCTTGAGCAAGCATGAAACGCGCATCCGGGAGCTGGATAAGTTTCGGGTAATGGTGGAGCGTAGCGACCTGGGTGAACATGATAAGAATGTAATGACCGATATGGTCGAACGATTAAAAGTATGGGATTAA	MSQENRLEKTNRINLLFDFYEQLLTEKQQTFLKYYFHDDFSLGEIAGEFEISRQAVYEHIKRAEQVLESYEEKLGLLSKHETRIRELDKFRVMVERSDLGEHDKNVMTDMVERLKVWD				NA	NA	NA	NA	NA
JZ016_01795	648			hypothetical protein	ATGGCCAATACTTACACTTATCCACGCAGAGAAGAGATAGCGAATGCAATAACACATGGCATAGGAGCGGCACTGAGCGTTGCTGCGCTGGTGCTGCTGATCGTATTTTCAAGTTTGAAAGGAAATGCCTGGCATGTGGTGAGCTTCACAATCTACGGATCAACGATGCTCCTGCTGTATTTGAGCTCCACGCTCGTACACGGTTTGAGAGACGGGAAAGCCAAGGATTTCTTTGAGTTTATGGATCACTCTTCCATTTACTTGTTCATCGCAGGGACGTATACGCCATTCCTGCTGGTTGCCATCCGGGGATCGCTGGGCTGGAGTCTCTTTGGGATCGTATGGGGCATTGCGCTGTTCGGTGTCGTGTTCAAAGCATTTTTCGTCAAGAAGTTTCTGTTCCTCTCCACGATATTCTATATTGCGATGGGCTGGCTGATTGTCATTGCCTGGAATCCGTTAACGGCGGTTGTAGCGTCGCAAGGCATGAATTTGCTTGCCCTTGGGGGCGTACTGTACACGCTGGGTACCATATTCTATGTATGGCGGGGGTTTCCTTACCATCATGCCATCTGGCATTTGTTTGTTCTGGCGGGTTCGATTCTTCACTTTTTTGCGATACTGATATACCTTCTTCCTATCGGTTGA	MANTYTYPRREEIANAITHGIGAALSVAALVLLIVFSSLKGNAWHVVSFTIYGSTMLLLYLSSTLVHGLRDGKAKDFFEFMDHSSIYLFIAGTYTPFLLVAIRGSLGWSLFGIVWGIALFGVVFKAFFVKKFLFLSTIFYIAMGWLIVIAWNPLTAVVASQGMNLLALGGVLYTLGTIFYVWRGFPYHHAIWHLFVLAGSILHFFAILIYLLPIG				NA	NA	NA	NA	NA
JZ016_01796	1119	mnaA_1	COG0381	UDP-N-acetylglucosamine 2-epimerase	GTGAAACATAAAAATGTTCTGGTTATATTCGGAACGCGTCCGGAAGCGATTAAAATGGCACCTTTGGTCAAGGAATTGGAGTCAGCCCCGGGATTAACTCCAATCGTATGCGTAACCGCCCAGCACCGGGAGATGCTGGACCAGGTGCTTCGTTTTTTTGAAATCCAGACGCAAACGGATCTGAATATCATGAAGGAAGGGCAATCCTTATACAATTTGAGCGCTGACCTGCTAAAAGGGATGGAGAAGGTATTCCAAGCGAGAAAATATGATCTAGTGCTGGTCCATGGAGATACCACAACGGCATTCATTGGTGCTTTGGCAGCTTATTACGCAAAGGTTCCGGTGGGACATGTGGAAGCAGGGCTGCGGACGTATGACAAATACGCGCCGTTTCCAGAGGAGATGAATCGCGAGTGGATCGGCAGGGTGGCGGATATGCATTTTGCTCCGACGGCGCTGTCGGCAGCAAATCTCAAAGCCGAGAATCGATCGGCTCACGTGTATGTAACGGGAAACACGGGAATCGATGCAATGAAGTGGACGCTAAAGGCTCCCTTTAAACATCCGATACAGCACAAATTACGGCAAGATAGCCGCTTAATACTGATGACCATGCATCGGCGGGAGAATTGGGGAGAACCGATGAAAGGGGTATTTGAGGCTGTGAAGCGGGTGATCCAGAAGCACCCTGACATTGAAGTGATATATCCGGTCCATCCGAACCCCGTACTGCAGGAGGCGGTCGCGCAAGAGCTTGAGGGGCACGAGCGAATCCACTTGACCGAACCGCTCGATGTCGTTGATCTCCATCATATCATGCAGCGTTCCTATCTGGTCTTGACGGACTCCGGCGGCATACAGGAGGAAGCGCCGTCACTGGGGAAGCCGGTTCTGGTGCTGAGGGATAAAACCGAACGCCCCGAAGGGGTTACAGCAGGCACTCTAAAATGCGTTGGTACGGAGTGTGAAGCGGTTCAGGCAGAAATAGAGCGACTGCTGACGGATAAGGAAGCGTACCACAGCATGGCCAGAGCCCATAATCCGTTTGGCGACGGCACCGCGTCCCGCCAAATCGTCAGCGCCATCCAGCGATTCTTCCAATCGCAGAGGGGTTGA	MKHKNVLVIFGTRPEAIKMAPLVKELESAPGLTPIVCVTAQHREMLDQVLRFFEIQTQTDLNIMKEGQSLYNLSADLLKGMEKVFQARKYDLVLVHGDTTTAFIGALAAYYAKVPVGHVEAGLRTYDKYAPFPEEMNREWIGRVADMHFAPTALSAANLKAENRSAHVYVTGNTGIDAMKWTLKAPFKHPIQHKLRQDSRLILMTMHRRENWGEPMKGVFEAVKRVIQKHPDIEVIYPVHPNPVLQEAVAQELEGHERIHLTEPLDVVDLHHIMQRSYLVLTDSGGIQEEAPSLGKPVLVLRDKTERPEGVTAGTLKCVGTECEAVQAEIERLLTDKEAYHSMARAHNPFGDGTASRQIVSAIQRFFQSQRG	PGPT0018905_2189	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0018905-wecB-K01791	NA	NA
JZ016_01797	1029	tuaH		Putative teichuronic acid biosynthesis glycosyltransferase TuaH	TTGGCTGTTATCATTTATCCGAGAACGATGAACTGGTCGTATATGAAACAGAGACCGCAGCAGCTTATGGCTCAATTGGGCGCGCTTGGTCATCAGGTTTTCTTCGAAAACCTGGCACCGCTGGATAAGGAATTCAAAGAAATTGAACCGAATGTGTTCCTGTTCACAGATACCAAAACCTTTTTGCACAAAAAGCTGCCTGCCCTTCGCAAAGAACATCCGATTGTCGTCTGGACGACCTGGTCTAAGCTCCGTACGCGCATTTCCACACTCTTCAAACCCGACGTCACCATCTACGACTGCTGTGATGAATTTCCGCATTGGGCAAAATATGAACCTAAAATGATTGATGAAGCGGACCATGTCGTATGTACCGCAGAGGTGATTCACACCCGGTTGTCCCTGGCATATCCGGATAAACCGCTTACCCTGATCCCGAATGGCGCAGACTCTTCATTTTTCCATATTCCATTCAGTGAAAGACCCACCGATCTCCCTCCGGGTCCTGTTGTCGCTTATATCGGCGCCTGGGCTTATTGGGTAGATCATGAGCTGTTCGCTAAGGCGGCCCTCCGTTTTCCAAACGTCCAATTCGTTTCCATTGGAGCTCCTTACGGCAGCTCCGGTGATTATTCGAAGCTCCCCAATGTGCATATACTCGGTGAAAAGCCGCACCAGGAGCTCAAGCGTTATCTGACTCATATAGACGTTGCATTGATCCCCTTCCAATATCATCCGATTACGCTGGCAACCAATCCAGTCAAAGCATACGAGTATTTGGCATCCGGTGTCAGGGTATTGTCGACGGCTCTGCCGGAATGCATCGCCATGGAGCCGCATGTTACTACAGCGACCACCCATGATGATTTCTTGGGCAAACTGTCCTCCATGCTCCATCACCCGGACACGGAAGAGCATAAACTGGGCCGCATTGCCTACGCCAGAGAGAATCGCTGGGTTGAACGCGGATTGAAAGCCGATCAAGTGATCCGTCAGGCCATCCTGGACAAAGGCATGAACCCCCATTGA	MAVIIYPRTMNWSYMKQRPQQLMAQLGALGHQVFFENLAPLDKEFKEIEPNVFLFTDTKTFLHKKLPALRKEHPIVVWTTWSKLRTRISTLFKPDVTIYDCCDEFPHWAKYEPKMIDEADHVVCTAEVIHTRLSLAYPDKPLTLIPNGADSSFFHIPFSERPTDLPPGPVVAYIGAWAYWVDHELFAKAALRFPNVQFVSIGAPYGSSGDYSKLPNVHILGEKPHQELKRYLTHIDVALIPFQYHPITLATNPVKAYEYLASGVRVLSTALPECIAMEPHVTTATTHDDFLGKLSSMLHHPDTEEHKLGRIAYARENRWVERGLKADQVIRQAILDKGMNPH	PGPT0015225_181	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM	CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015225-tuaH-K16699	NA	NA
JZ016_01798	1173			hypothetical protein	TTGAAACCTTATGCCAGAATCCGTACCCAGCCATTCGGCTACAGGGCCATCGATACGACAGCCTATCGTGAACAAATCATTCAGGAAGTCTCACAAATAGATCATGAGTGGATTCTATGGAGCGGTACCTTGTCTTTTTCCCATAAAAGCGCACAGCATTGCATTCCGATACCACCCCATATTCCAGATCGTGTTGTCTGTATATGCATGAACGGTGCCCCTCTATATTGGAGAAAAACCTGGCTGCTTGCTGCTCTCACCCGCTGGGATAACAGGCTTCCGGCTGCTAAATTTCTGTCTTACGATCTGCTGCCCGCCGATCCAAGCCTTACGATGCATCTGGACCCGACGCAAAATCCTCCGTATCAAAAAGATCTGGAGTATATTCTCCCTATTCTGTCGGCAACAAGGATACGAGAGAATACCGCCAGCTCGAAAGGGGCTTTATCCCCTGAAATTCCTCCGCAACCTGTCGTCTCCATTCTGATGAGCATTCATAATATGAAGGACTCTTTAGGCTGGAGCATCCGTTCCGTATTGGCTCAATCAAGCGATAATTGGGAGCTGCTAATAGGCGATGACGGCTCGGAGGACGACAGTCTCGAGGAAGCCTGTGCTTATCTTGACAGCAGAATTCGGGTCCTGTCCCAATCGCGTAACCGCGGAAAGGCGATCATGATGAATCGGCTGCTCTTTGAAGCAAAGGGGCGATATATTCTGGAATTGGATGGAGATGACTGGCTGGCACCGGATGCGATCGAACTCCTGTCCGACGCGCTTGACCAGAATCCGGACGGCAGAATGGCCACGGGGCGGTATGGATGCTGGGAACGAACCCGGCAGTTCGGTCCTCTATGGAGAAAAAATGTTGATTCGGGCCATCTTTATTCGTCTTGGTCTGCTTCCGTAAATCGAACGACTCAACATGGGCACCCGCTTGTCCCTCGAATGTATCGCAAGTCATCCCTAATCGCCATTGGGGGCTGGTGGAATCGGGAGGATCGTCTCGGGCGTATCTTCGAAGATATCGATGTCACCGCCAGGCTTCTTAAGCACAGCTCACCGGTTCAGGTCGATGCCGTCTTGTATCATCGCGTCCTTTATGGCAGCAGCACCAGCCAACGTAACCGCAGCCTCTTCGAAGCCTGGTGTCAGCAAACAGGCAAGAGCTAG	MKPYARIRTQPFGYRAIDTTAYREQIIQEVSQIDHEWILWSGTLSFSHKSAQHCIPIPPHIPDRVVCICMNGAPLYWRKTWLLAALTRWDNRLPAAKFLSYDLLPADPSLTMHLDPTQNPPYQKDLEYILPILSATRIRENTASSKGALSPEIPPQPVVSILMSIHNMKDSLGWSIRSVLAQSSDNWELLIGDDGSEDDSLEEACAYLDSRIRVLSQSRNRGKAIMMNRLLFEAKGRYILELDGDDWLAPDAIELLSDALDQNPDGRMATGRYGCWERTRQFGPLWRKNVDSGHLYSSWSASVNRTTQHGHPLVPRMYRKSSLIAIGGWWNREDRLGRIFEDIDVTARLLKHSSPVQVDAVLYHRVLYGSSTSQRNRSLFEAWCQQTGKS				NA	NA	NA	NA	NA
JZ016_01799	1011			hypothetical protein	ATGCATATTGCCGCTTCCGGGTACTATGGAATGGGAAACTTCGGTGATGATTTATTTCTTCACACCCTTCGCCAGGTATTCCACGATCATCACGTCTATCCATGGAACTCCCGATTGGATCCCCGCCAGACGGATGCCTTCATCATCGGTGGTGGCGATTTAATTACACCCTACTCATTCAATTCGTATTACTTCCCTCCGCAGCTCAAAGGACAGCCTACCTGGGTCTACGGTGTCGGCATCGTGGACGCCTACCCGGAACACACCTGGCCTGAGGAGCAGGTATCCGCCTACCGGGAGATGATCTCCAAGGCAAACCGCGCAGTGTTCAGGGATGAGCGATCGTCGGCCATCGCCAGGCGGGCAGGCTTCCACCGAAATGTTGAAACCGCCCCTGATATGGTATTCGGCTACCGTCAACCCGATATCCCGGTGAAACGATTCTCTAAGCGCCCCACCGTTGGCGTTGTTGTGTTTTCCTATGAATCGTTCCCGATGGAGAACATGACCAAACTGCTGGGGCATCTTATCGCCAAAGGTTATCATGCCGTCCTTATTCCTGTTATTCATCATCCGGGCAACGCGTACTCCGATTACAACACATGTCTGCAATTGCAGCAGAAGGTAAGGGAGCTAACCCCCGGCGCTTCCATTGAAACACTGCCGTTTCTCATGGATATCGAGCTCACCTACAGCTTCATACAATCCGTGGACTATCTGATATCATTCAAGCTTCACCCGACGCTAGCCGCTTTACGCGGCGGCAAGCCTGTGCTGGCGCTTAGCACCATGAGCAAAGTGCATAGCCTGCTGAGCTCTTTTCGTCTCGGTCAGTACTTTACGGATTATCGTCAGCCGCTTGATGTGCTGGTCGATAAAACCGAAACCTTCCTTAAATACGGCCCTGGTCATGTGCAGCGAGTTATGCCCATGATCCGCGCAGCGGAGGAAGAAAGCACCGCTTCACTTCTGGATTTAAAGAACCATATCGAGGAGCACAACCGTTGGTAA	MHIAASGYYGMGNFGDDLFLHTLRQVFHDHHVYPWNSRLDPRQTDAFIIGGGDLITPYSFNSYYFPPQLKGQPTWVYGVGIVDAYPEHTWPEEQVSAYREMISKANRAVFRDERSSAIARRAGFHRNVETAPDMVFGYRQPDIPVKRFSKRPTVGVVVFSYESFPMENMTKLLGHLIAKGYHAVLIPVIHHPGNAYSDYNTCLQLQQKVRELTPGASIETLPFLMDIELTYSFIQSVDYLISFKLHPTLAALRGGKPVLALSTMSKVHSLLSSFRLGQYFTDYRQPLDVLVDKTETFLKYGPGHVQRVMPMIRAAEEESTASLLDLKNHIEEHNRW				NA	NA	NA	NA	NA
JZ016_01800	321			hypothetical protein	ATGTGTTGCTTCCTGTTCTGCAGAAGACTTGCCGGCAGAGTCAAAATGTTAACACGGCAGGTCGAACTTCTAAGCCAGGAAACCAGTCAACTAACCGAACGGGTAGAGTCACTGGAGAGTCAGGTTCTCACGGGTTTAACGATTAATCCGGAGCTGATTCAATTTTTCGAAGTCCGTACCGGCCAACAAGTACGGGTCAGCACAACGTTTGTTACGCTGGAAGGAGTCGTTCTGGCTACTGCTGAAGATGGTGTTCAGCTCCGTGAAGCATCGGGTGACCTTGTGCTGATTCCATTTGCCAATATTACTTCCGTTCAGTAA	MCCFLFCRRLAGRVKMLTRQVELLSQETSQLTERVESLESQVLTGLTINPELIQFFEVRTGQQVRVSTTFVTLEGVVLATAEDGVQLREASGDLVLIPFANITSVQ				NA	NA	NA	NA	NA
JZ016_01801	204			hypothetical protein	ATGCGCTACGTGGATTGGCTGCAAGGATTTATCGGCTCGGAAACCGAAGTAACGGTGTCGGGAGATGTGATCATCGGCACGCTGACCGAAGTGGGCGAGGGAACCATCACCTTAAAAGTACCACCCATCATCTATGGTCCTCCTACAGATACTGCCATCATCCCGCTTCGTTCGATTGAGTTCGTTCGAATCGTCTCTTCATAA	MRYVDWLQGFIGSETEVTVSGDVIIGTLTEVGEGTITLKVPPIIYGPPTDTAIIPLRSIEFVRIVSS				NA	NA	NA	NA	NA
JZ016_01802	1002	ftsY_2	COG0552	Signal recognition particle receptor FtsY	ATGAGCTTTTTTAAGAAGTTAAAAGAGAGCATTTCCAGCAAAACGGAAAACGTAACAAAACAGTTCCGGGACGGACTCGAGAAAACGCGGAAGGGATTTATCGAGAAAGTGTCGGACCTGGTCATTCGCCGGAAAAAGATCGATGAAGAATTTTACGAGGAGTTGGAAGAGATTCTGATTGGCGCTGACGTCGGCGTCAATACGGTGATGGATCTGATGGACGATCTTCGTGCCGAAGTGAAGAAACGGCGGATCGAGGACGCTGCCGATCTGCAGCCGGTCTTGTCCGAGAAGCTGATGGGACTCCTTCGTGATGACAGCAGCAATGAGCTGAGAGAGAATCCGGATGGAATTACGGTCATTCTGTTTGTAGGCGTTAACGGAGTCGGCAAAACCACCACGATTGGTAAGCTGGCACATCGTTACAAGCAGGAGGGCAAGAAGGTTTTGCTCGCCGCTGGCGACACATTCCGTGCAGGTGCGATTGAACAGCTGGAGGTATGGGGAGAACGGGTTGGCGTTGAAGTCATTAAACAGCAGCCCGGCTCAGACCCGGCAGCTGTTATGTTCGATGCGGTTCAAGCAGCCAAGCAGCGGCAAGCGGATGTTCTGCTCTGCGACACGGCGGGACGTCTTCAGAACAAAACGAATCTGATGGAAGAGTTGAATAAAATCTTCCGCGTTATTCAACGCGAAATCCCGAGCGCTCCGCATGAGGTGCTGATGGTCCTTGATGCGACGACAGGACAGAATGCGCTAAGCCAGGCGAAGCTGTTCGGAGAGAAGAGCGGTGTGACCGGCCTCGTATTAACCAAGCTGGATGGTACGGCTAAGGGTGGCATCGTTATCGCGATTCGGCAGGAGTTGAATCTTCCGGTGAAGCTGGTAGGCTTGGGAGAGAAAATGGGCGATCTCCAGACCTTTGACTCGGAGCAGTTCGTTCATGCCCTCTTTGCGGGTTTGATTAAAGAAGAAGAGAATGCCGCAGAACAACAAGGCTAG	MSFFKKLKESISSKTENVTKQFRDGLEKTRKGFIEKVSDLVIRRKKIDEEFYEELEEILIGADVGVNTVMDLMDDLRAEVKKRRIEDAADLQPVLSEKLMGLLRDDSSNELRENPDGITVILFVGVNGVGKTTTIGKLAHRYKQEGKKVLLAAGDTFRAGAIEQLEVWGERVGVEVIKQQPGSDPAAVMFDAVQAAKQRQADVLLCDTAGRLQNKTNLMEELNKIFRVIQREIPSAPHEVLMVLDATTGQNALSQAKLFGEKSGVTGLVLTKLDGTAKGGIVIAIRQELNLPVKLVGLGEKMGDLQTFDSEQFVHALFAGLIKEEENAAEQQG	PGPT0025740_3565	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025740-ftsY-K03110	NA	NA
JZ016_01803	3570	smc_1	COG1196	Chromosome partition protein Smc	ATGTTTTTGAAACGGATCGAGTTAGCAGGATTTAAATCGTTTGCCGACAAGACGGAGATGGAATTTGTCCGGGGAATTACAGCCGTTGTAGGTCCGAATGGCAGCGGAAAGAGCAACATTTCCGATGGGATCCGCTGGGTGCTTGGCGAGCAGAGCGCCAAATCGCTTCGCGGCGGCAAGATGGAGGACATTATCTTTGCCGGAAGCGATGCGCGTAAAGCGGTTAATTATGGAGAGGTCTCCCTTACTCTGGATAATGAGGATCATGTACTACCGCTGGATTTTAATGAGGTAACCGTAACTAGGAGGGTGCACCGCAGCGGGGACAGCGAGTATTTCATTAATAGGCAATCATGCCGACTCAAGGATATTACGGAGCTGTTCATGGACACCGGAATTGGTAAAGAAGCCTATTCCATCATTGGACAAGGCCGGATCGAGGAAATATTGAGTACACGTTCAGAAGATCGCCGGGGGATTTTTGAGGAAGCATCCGGGATCGTTAAATATAAATCCCGTAAAAAAGAGTCTGTACGCAAGCTGGATGAAACAGAGCAAAATCTGCTTCGCATCCACGACTTGGTCACGGAGCTTGAGGATCAGATCGGACCACTCAAAGAGCAGTCCGAGAAGGCCATTCGCTACAAGGAGCTTCGGGAGAAGCTGAAGCACAAGGAAATCTCGCTGTATGTGTATCAGATCGAACAGATACATACCTCATGGAGCGAGGCCAATGCCAAGCTTGAACAGCTGAAGGAAGAACAGCTCGCGCTGTCCACCGTTGTATCCGCGCACGATGCCAAGCTGGAAAGTGACAGATCAGCGCTGCGCCAGCTGGAGCAGGAAGTTGAGGATCTGCAGAGCCAGCTGCTTCAATTCAGTGAGCTGTTCGAGAAGAGCGAAGGCTATGGCGAGGTGCTCAAGGAACGCCGCCGCAACCTGGAACGTACGCGCGAGCAGCTGGAAGAAAGTTTGCAGTCAGGCGATCAACGTCTAGGAGCGCGCGTAGGCGAGCTTGCGAGCATGAAGAGCAAGCTGCAGGAGCTACAGCAGGAATTAACCCAAGTGCGGGACCAGCTGTCAGCGGAAGAAGCGAAGCTGGTGGGCGTAACCGGCGGAATCAGCCAACAGCAGGAAGAGAGCTTGAAGGGGAATTTACTGGAGCTTATGAACCAAATGGCTCAAGCCCGGAATGAAATCCGTTACGCCGACCAGCAGCAGGAAGCGCTGGATCGGCGGATGAATCGGGCGCAAGAGGAGTCGGGTAAATGGGAAGCCCTGAAAGAGGATCTGCTCCGCCGCAAAGATAGCATCGATCGAAGTATTGAACGCTTCGGTAAAGAGATTGCAGAACTCCGCAGCGGTTATATCAGCGAGAGTGAGCGATATCAATCCCTGCAGAAATTGCAGGAAGAGACGCAGGGAGCGCTTCGGAAATGGGAGCAGAAGCGGGAGGCGCAGATTTCCCGCCGCGATACCATGAAAGAGCTTCAGGACGATTTTGACGGATTTATGCTGGGGGTTAAGGAAGTACTGAAGGCTTCCCGCAAATCCGTGCTCCACGGGGTCCATGGTGCGGTGGCCGAACTGATTCGTGTACCGGAAAAGTTGGAGCTTGCGATGGAGACAGCCCTTGGCGCATCGGTTCAGCATATCGTCATGGAGAACGAATCCGTATCCAGGCAGGCGATTGCCTTCCTGAAGCAGCGCCAGTTAGGACGGGCAACCTTCCTGCCTTTGGACGTCATTCGTCCACGGAACGTATCCGCTTCGGATCGGCACTTGGCAGAAGGAGAAGCCGGGTTTGTAGGCTTTGGCTCCGAGCTGGTGAAGTATGATTCAAGATACAGCAACATCGTCGGCAGCCTTCTGGGCAATGTCGTGATCGCCGAGACCTTGGAGCAAGCGAACAAAATTGCTGCAAGATTCTCCTATCGCTTCCGTGTCGTCACACTCGAGGGCGACGTGGTCAATGCAGGCGGATCCATGACAGGCGGCAGTCAGCACAAGAAAACGAACAGCCTGCTGGGACGCAAGCGTCAGTTGGAGCAGCTGGATCAGGAAATCACGGAGACCGAGAAGCAGCTGGAGAAGCTGCAGCAGGGCATTGAAGGCGTCCGGAATCAAATGATCGAATCTCAGGATAAGCTGGACGAGCTTCGTAAAGCCGGAGACGACAAGCGAATCGAGGAACAGCAGGCTGCAGGGGACCGCAAGCAGCTTGAGCATGAGTTGCGCCACGTCCTCGAACAAGCCGAGCTGGCAGGCGAGGAGAAGAGCAGTCAAGAGAAGGAAGCCAAAGAGATTCAGGCAAGCCGTGAACGCGCGCAGAAGCTGTTGTCTGAGCTGGAGGAGGAAGAGAAATCAACCCATCTGGCGATCCAAGCTGCAGAATTTGCCCGTAAAGCTAATGAGTCGGCGAAGGAAGAGCTTCAGAGTCAGCTGACAAACCTTAAGGTTCGCGAAGGAAAGCTGGATCAGGAAACCTTCTCGCTGGAGGAGCAGCTCAAGCGCCTTCAGTCGGATGTCGACAACCACGAGAAGGAGCAGAAACAAAACCGTACGATGCTGGCCTCCGTTCAAGCCGACCTGAATCAGAACGAAAGCGAAAGCGTAAAGCAGATCGAGGATCTGAACCAGTACAAGCTGAAGAAGGAAGAGGCTACGCAGCAGCTGGAATTCAAGCGGGCTGCACGCACCGCGCTTAGCCGGAAGCTGGAGCTGGAAGAGAGCGAAACCAAGGAACAGCGCACGCAGCTGCGGGCCGTGGATGATCAGCTTCGCCAGACCGAGATTGGGGTAAACCGGCTCGACGTTGAGCTTGAGAATATATTGAAGAAATTAAGCGAGGACTACGAGCTGAGTTATGAGCTTGCCAAGCAGCGGTATCCGATTCCGGAAGACATCACTGCCGCTCAGAACGAAGTGCGTGACTTGAAGAGGTCGATAACTTCCCTGGGAGATGTCAATCTTGGGGCCATCGAAGAGTATCAGCGCGTTAATGAGAGATACCTGTTCTTAAGTGAGCAAAAGGCGGATCTGGTTGAAGCGAAGACAACCCTGTACCAGGTCATTAAGGAAATGGACGATGAAATGTCCAAGCGTTTCAAGCTGACGTTTGATGCGATCCGGCGCGAGTTCGGCACGGTATTTACGAAGTTGTTCGGAGGTGGACGTGCCGACCTGGTCCTGATCGATCCGGACCGATTGCTTGAGACGGGGATCGATATCGTTGCGCAGCCTCCTGGCAAGAAGCTGCAAAATCTGCAGCTTCTCTCCGGTGGTGAGCGTGCATTAACCGCTATGGCGCTGTTGTTTGCCATTTTGCAGGTGAAGCCGGTTCCGTTCTGCGTACTGGATGAGGTCGAAGCTGCGCTTGATGAAGCGAATGTGGTGCGGTTTGCCCAGTATCTGCGGGAGTTCTCTGAGCAAACGCAGTTTATCGTGGTCACCCACCGCAAAGGAACGATGGAAGAGGCTGACGTGCTGTACGGCGTCACGATGGAAGAAGGCGGCGTGTCGAAGCTGGTGTCCGTCAAGCTTGAGAATGAGGAAGCGGAGATTGCCTAA	MFLKRIELAGFKSFADKTEMEFVRGITAVVGPNGSGKSNISDGIRWVLGEQSAKSLRGGKMEDIIFAGSDARKAVNYGEVSLTLDNEDHVLPLDFNEVTVTRRVHRSGDSEYFINRQSCRLKDITELFMDTGIGKEAYSIIGQGRIEEILSTRSEDRRGIFEEASGIVKYKSRKKESVRKLDETEQNLLRIHDLVTELEDQIGPLKEQSEKAIRYKELREKLKHKEISLYVYQIEQIHTSWSEANAKLEQLKEEQLALSTVVSAHDAKLESDRSALRQLEQEVEDLQSQLLQFSELFEKSEGYGEVLKERRRNLERTREQLEESLQSGDQRLGARVGELASMKSKLQELQQELTQVRDQLSAEEAKLVGVTGGISQQQEESLKGNLLELMNQMAQARNEIRYADQQQEALDRRMNRAQEESGKWEALKEDLLRRKDSIDRSIERFGKEIAELRSGYISESERYQSLQKLQEETQGALRKWEQKREAQISRRDTMKELQDDFDGFMLGVKEVLKASRKSVLHGVHGAVAELIRVPEKLELAMETALGASVQHIVMENESVSRQAIAFLKQRQLGRATFLPLDVIRPRNVSASDRHLAEGEAGFVGFGSELVKYDSRYSNIVGSLLGNVVIAETLEQANKIAARFSYRFRVVTLEGDVVNAGGSMTGGSQHKKTNSLLGRKRQLEQLDQEITETEKQLEKLQQGIEGVRNQMIESQDKLDELRKAGDDKRIEEQQAAGDRKQLEHELRHVLEQAELAGEEKSSQEKEAKEIQASRERAQKLLSELEEEEKSTHLAIQAAEFARKANESAKEELQSQLTNLKVREGKLDQETFSLEEQLKRLQSDVDNHEKEQKQNRTMLASVQADLNQNESESVKQIEDLNQYKLKKEEATQQLEFKRAARTALSRKLELEESETKEQRTQLRAVDDQLRQTEIGVNRLDVELENILKKLSEDYELSYELAKQRYPIPEDITAAQNEVRDLKRSITSLGDVNLGAIEEYQRVNERYLFLSEQKADLVEAKTTLYQVIKEMDDEMSKRFKLTFDAIRREFGTVFTKLFGGGRADLVLIDPDRLLETGIDIVAQPPGKKLQNLQLLSGGERALTAMALLFAILQVKPVPFCVLDEVEAALDEANVVRFAQYLREFSEQTQFIVVTHRKGTMEEADVLYGVTMEEGGVSKLVSVKLENEEAEIA				NA	NA	NA	NA	NA
JZ016_01804	702	rnc	COG0571	Ribonuclease 3	GTGTTGAGTGGAGATCTGAAGCAGTTACAGCATAAACTTCAAATCCAGTTTCGCAATGCAATGCTGCTGAAGCAGGCCTTTACCCACGCATCTTATGTAAACGAACATCGCTTCAGTCAGAGCCAGGACAACGAGCGTCTTGAATTTCTAGGGGATGCTGTTCTGGAGCTGACGGTGAGCGAATTCTTATACAACCTTTTTCCGGACCGTCCGGAAGGCGAGTTAACCAAGCTGCGGGCCGCTATCGTATGTGAGCCCTCCCTGGTGCAATTCGCTGTAGGTCTGGACTTTGGTCGTTACGTTCTGCTAGGCAAAGGAGAGGAAATGACGGGCGGTCGAACCCGCCCGGCTCTTCTGGCAGACGTATTTGAGTCATTTGTGGGGGCGCTTTATCTGGATCAGGGATTGGAAGCGGTTCGCCGGTTTTTAAGCGACCATGTCTTTCCCACGGTGACCGTCAACGGTCGTCCGCAGATGAGCGATTATAAGACTGAGCTTCAGGAACTGACCCAGCATCACGGCATGGGCGCACTGGAATATCGTATCGTAGAAGAGCGAGGACCGGCACATGAGCGGGAGTTTGTCTCGGAGGTATACATGGGAAGCGAATGTCTTGGACGCGGAAGCGGCAGATCCAAGAAAGAAGCCGAGCAGCAGGCAGCGGCAGTAGCCTTAAAGCAGCTGAAACGTGCGGATGCCTAA	MLSGDLKQLQHKLQIQFRNAMLLKQAFTHASYVNEHRFSQSQDNERLEFLGDAVLELTVSEFLYNLFPDRPEGELTKLRAAIVCEPSLVQFAVGLDFGRYVLLGKGEEMTGGRTRPALLADVFESFVGALYLDQGLEAVRRFLSDHVFPTVTVNGRPQMSDYKTELQELTQHHGMGALEYRIVEERGPAHEREFVSEVYMGSECLGRGSGRSKKEAEQQAAAVALKQLKRADA				NA	NA	NA	NA	NA
JZ016_01805	1203	fabF_1	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	ATGACCTCGATTGGTCAAGACCTGGATACATTCTGGAACAGTTTGATGGAAGGCAAGTCCGGCGTATCCCGCATCGAAGCATTTGATGTGAGTGATTACACAACACAGATTGCAGCATCCATGAAGGATTTTAATCCGGAGGATTACATGGATCGCAAAGAAGCCCGCAAGATGGACCGTTTTGTACAGCTTGCGGTTGCAGCCGGTGCGAAGGCGCTGGAGGACAGTGGCCTTGAAATTGGCGTGAATGCCGATGCAGAACGGGTTGGCGTTTCGATCGGATCGGGTATCGGCGGTTTGGGAACTTGGGAAGATCAGCATAATATCTTGCTCGAAAAAGGCCCGAAACGTGTAAGTCCCTTCTTTATTCCAATGATGATCGCTAACATGGCCTCAGGCCAGATGTCGATCAATCTGGGAGCCAAGGGTCCGAACACTACACAGGTTACGGCTTGTGCTACCGGAACGCATTCGATCGGCGATTCATACCGTCTGATACAGCGCGGTGATGCCGATGTCATGATCTGCGGCGGGGCGGAGGCAACCATTCGTCCAACAGGGATGGCTGGTTTCTGCGCTATGCGTGCAATGTCAACCCGCAATGACGAGCCGGAAAAAGCCAGCCGGCCATTCGATACCGGCCGCGACGGTTTTGTTATGGGTGAAGGCGCGGGCGTGCTTGTGATCGAATCCCTGGAGCATGCGTTGAAACGCGGTGCCAAAATTTATGCCGAGGTGGTTGGCTATGGCCTTAGTGCCGATGCCCATCATATTACCGAGCCGGATCCGGATGGAGCAGCTCGCTGCATGAAGATGGCGATCCGTGACGCAGGCATTGCGCCGGAGGATGTGGATTATATTAATGCTCACGGGACTTCAACGCCGGTGGGAGACCGCTCGGAAACCAAGGCCGTTAAGATGGCTCTCGGTGACCATGCCTATAAAGTAGCCGTTAGTTCAACCAAGTCGATGACGGGGCATTTGCTAGGCGCTGCCGGCGGCGTTGAAGCGGTTATCTGCGGACTGAGCTTGAAGAACCAAACCATTGCACCAACGATTAACCTGGAGGATCAAGATCCGGAGTGCGATCTTGACTACGTACCGAATCACCCGCGTAAAGCCGATTTGGATATCGTCATGTCCAATTCGTTCGGATTTGGCGGGCATAATGCCACGATTATCCTGAAAAAATACGCCGAGTAA	MTSIGQDLDTFWNSLMEGKSGVSRIEAFDVSDYTTQIAASMKDFNPEDYMDRKEARKMDRFVQLAVAAGAKALEDSGLEIGVNADAERVGVSIGSGIGGLGTWEDQHNILLEKGPKRVSPFFIPMMIANMASGQMSINLGAKGPNTTQVTACATGTHSIGDSYRLIQRGDADVMICGGAEATIRPTGMAGFCAMRAMSTRNDEPEKASRPFDTGRDGFVMGEGAGVLVIESLEHALKRGAKIYAEVVGYGLSADAHHITEPDPDGAARCMKMAIRDAGIAPEDVDYINAHGTSTPVGDRSETKAVKMALGDHAYKVAVSSTKSMTGHLLGAAGGVEAVICGLSLKNQTIAPTINLEDQDPECDLDYVPNHPRKADLDIVMSNSFGFGGHNATIILKKYAE	PGPT0008360_5679	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
JZ016_01806	234	acpA	COG0236	Acyl carrier protein	ATGTCCGATGTATTGGAACGCGTGAAACGCATCGTTATCGACCGCCTGGGTGTTGACGAAGCCGACGTAACATTAGAAGCATCTTTCAAAGACGACCTTGGAGCTGATTCTCTCGATGTAGTTGAATTGGTGATGGAGTTGGAAGATGAGTTTGATATGGAGATCTCTGATGAAGATGCGGAGAAAATTACGACCGTAGGTGAAGTTGTAAACTACATACAATCTCATACCTAA	MSDVLERVKRIVIDRLGVDEADVTLEASFKDDLGADSLDVVELVMELEDEFDMEISDEDAEKITTVGEVVNYIQSHT	PGPT0011375_6618	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078	NA	NA
JZ016_01807	750	fabG_9		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAGTGAAGCTCTAAAAGGACAGACTGCGCTTGTTACGGGTGCTTCCCGCGGCATTGGCCGGAGCATTGCTCTCGGACTAGCCGATCTGGGCGCTAACGTTGCTGTCAATTATGCAGGCAGCGAAGCAGCTGCAGCCGAGGTTGTGGAAGCGATTCGCGCAAAAGGCGTATCGGCCATCGCGGTTAAATCCAACGTTGGACGGACCGAAGAAGCCGATGCCATGGTAAAGCAGGTGTTGGAGACTTTTGGTCGAATTGATATCCTGGTGAATAATGCAGGGATCACTAGAGACAATCTAATCATGCGGATGAAGGAAGAGGAGTTCGATCAGGTAATCGAAACGAATCTGAAAGGGGTATTCAATTGCCTTAAGGCGGTGACGCGTCCTATGATGAAACAACGTTATGGGCGCATTATCAATATATCCTCCGTTGTCGGAGCGCTTGGCAATCCGGGGCAGGCCAACTATGTTGCGGCCAAAGCCGGAGTCATCGGTCTGACCAAATCAGCCGCTCGGGAGCTCGCTTCCCGTGGAATTACGGTGAACGCCGTGGCACCTGGTTTTATCGATACCGATATGACCCGGGAACTTCCTGAGGACATGCGGGAAGGCCTGCTTGGCGGAATTCCGCTCGCCCGTCTGGGGCAGCCGGAGGAGATTGCCGGCGTGGTTGCTTTTCTAGCATCTTCCAGTGCATCCTATATGACTGGACAAGTGCTGCATGTGGATGGCGGCATGTATATGTAG	MSEALKGQTALVTGASRGIGRSIALGLADLGANVAVNYAGSEAAAAEVVEAIRAKGVSAIAVKSNVGRTEEADAMVKQVLETFGRIDILVNNAGITRDNLIMRMKEEEFDQVIETNLKGVFNCLKAVTRPMMKQRYGRIINISSVVGALGNPGQANYVAAKAGVIGLTKSAARELASRGITVNAVAPGFIDTDMTRELPEDMREGLLGGIPLARLGQPEEIAGVVAFLASSSASYMTGQVLHVDGGMYM	PGPT0003180_12153	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_01808	933	fabD		Malonyl CoA-acyl carrier protein transacylase	TTGGGTAAAACAGCATTTATATTTCCAGGTCAGGGCGCTCAGTCCGTCGGAATGGGAAAGGATGCCTATGATGCGGTTCCTGCCGCAAGGGATTTGTTTCTTACCGCGGATGAACAGCTTGGATTTCCGCTCAGCTCCATTATTTTTAATGGTCCTGATGAAGATTTGAAACAAACGGTAAATACGCAGCCAGCTCTCCTCGCAACCAGCATGGCTTATCTGGAAGCCATTCGCGGCAAGGGGGTCGAACCGGATTACGTTGCGGGACATTCCCTTGGCGAATACAGCGCACTTGTATGTGCAGGCGTGCTCTCTTTCGAAGAAGCGGTATCGATCGTTAGAGCCCGCGGAGAATACATGGAGGCAGCCGTACCCGGAGGTCAAGGCGCCATGGCAGCCGTGCTTGGCGCAGACCGTGAGGCTTTGTCCGAGCTGTGCAAGAGCATTACGGCAGAGGGACATGTTGTAGAACTTGCGAACATGAACTGTCCGGGACAAATCGTCATCTCGGGTTCCGCACAGGGCGTCGCAGCTGCCGCAGAAAGAGTCAAGGAAGCAGGCGGCAAGCGGGCTATCCCTCTGGAGGTAAGCGGACCCTTCCATTCGACCTTGATGAAGGAGGCGGCTAACCGACTGGCTGATAAACTGGAGCAGGCTGCGTTTAATACCCCATCCGTTCCGGTAGTTGCCAATGTGACGGCGCGTCCGGTGGAAGATGCCGCTGCCATCCGCGGTCTGCTGGTGGAGCAGGTTTACTCCCCCGTGCTATGGCATGACAGCGTGGAATGGATGATCGCTCAAGGAGTGGACACCTTCGTCGAGATTGGTCCCGGCAGTGTTCTCAGCGGTTTGATCAAGAAGATTGACAAATCCGTCAAAGTCATTAATGTAAATAGTCTGGACAGCGTCAGCAGTTTGGAGACGGTCGTATAA	MGKTAFIFPGQGAQSVGMGKDAYDAVPAARDLFLTADEQLGFPLSSIIFNGPDEDLKQTVNTQPALLATSMAYLEAIRGKGVEPDYVAGHSLGEYSALVCAGVLSFEEAVSIVRARGEYMEAAVPGGQGAMAAVLGADREALSELCKSITAEGHVVELANMNCPGQIVISGSAQGVAAAAERVKEAGGKRAIPLEVSGPFHSTLMKEAANRLADKLEQAAFNTPSVPVVANVTARPVEDAAAIRGLLVEQVYSPVLWHDSVEWMIAQGVDTFVEIGPGSVLSGLIKKIDKSVKVINVNSLDSVSSLETVV	PGPT0008350_3335	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_FATTY_ACID_METABOLISM,PGPT0008350-fabD|bmyD-K00645	NA	NA
JZ016_01809	990	fabH		3-oxoacyl-[acyl-carrier-protein] synthase 3	ATGAACAATTTGCGTCCGGTCGGTATTATTGGCACAGGCAAATACGTACCTGAGAAAATATTGTCAAATCATGATTTGGAGAAAATGGTAGATACAAGCGATGAATGGATTGTCTCGATGACGGGAATCCGGGAACGACATATTGCCGCTCCGAACGAAGCGACGTCGGATTTAGCTTATCATGCTGCTGTGAACGCGTTGAAATCCGCCGGAATGAACGCCGAGGATCTGGAATTGATTATTGTGGCGACGATTACGCCGGATATGTTCTTTCCCTCCACCGCATGTTTGCTCCAGGATCGGCTTGGTGCCAAAAAAGCGGCAGCATTTGACCTGTCGGCGGCTTGCTCGGGATTTGTATACGGTCTGGCAACAGCTACAAATTTCGTGAAGACGGGCATGTACAACAACGCATTGGTGATCGGGGTAGACTGCCTGTCCCGCATTACGGACTACACCGACCGCAATACCTGCGTCCTGTTCGGCGACGGTGCCGGCGCGGCGATTGTCGGTGAAGTGCCGGAAGGCCGCGGGTTCCAGGCCTTTGATCTGGGTGCTGAAGGTGCGGGCGGAGCACATCTGTACATTGAGGCAGGCGGTTCGAGATTGCCGGCTTCCGCCGAAACGATTAATACGAATAAACACTTTATTTATATGAACGGCCGCGAAGTGTTCAAATTTGCGGTACGGGTGATGGGATCTGCCACGGAAGCCGTATTGTCCAAAGCAGGCATCGACAAAAAGGATATCGACTTATTCATTCCTCATCAAGCCAACATCCGGATCATTAAGTCTGCCATGGAGCGCTTGGAGCTTCCGGAAGAGAAGGTCGTAATCAATGTTGATAAATACGCCAATACCTCAGCCGCTTCCGTGCCGCTGGCTCTTGTCGAAGCACAGGAATCCGGTCGCCTGAAAGAAGGAGACAAGGTGTTGATGGTTGGTTTTGGCGGAGGATTAACATGGGGTTCCTCCGTACTCATCTGGTAA	MNNLRPVGIIGTGKYVPEKILSNHDLEKMVDTSDEWIVSMTGIRERHIAAPNEATSDLAYHAAVNALKSAGMNAEDLELIIVATITPDMFFPSTACLLQDRLGAKKAAAFDLSAACSGFVYGLATATNFVKTGMYNNALVIGVDCLSRITDYTDRNTCVLFGDGAGAAIVGEVPEGRGFQAFDLGAEGAGGAHLYIEAGGSRLPASAETINTNKHFIYMNGREVFKFAVRVMGSATEAVLSKAGIDKKDIDLFIPHQANIRIIKSAMERLELPEEKVVINVDKYANTSAASVPLALVEAQESGRLKEGDKVLMVGFGGGLTWGSSVLIW	PGPT0008355_4048	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648	NA	NA
JZ016_01810	987	plsX	COG0416	Phosphate acyltransferase	ATGAGAATTGCGATTGATGCAATGGGCGGCGACAATGCCCCCCAGAGTAACGTCGAGGGCGCTCTCATTGCCGCACGGGAATGGAGCGATACCGAGATCATTCTCGTTGGGGATGAAGCGCAGATTGGAGCGCTGCTGAAGGACAAGCCGTCCAATCTGAAGGTGGTTCATGCAAGTGAAGTCATTGAAGCGGAGGATGAGCCGGTTAAGGCGGTCCGCCGGAAGAAGGATGCTTCGATGGTTGTGGCGGGACGGATGATTCGCGAAGGTGAAGCCGATGCCATGATCTCGGCTGGCAATACAGGAGCCCTCATGACGACCGGGTTGCTGGTCGTTGGCAGGATGAAGGGGATTGAGCGTCCTGCGCTTGCGCCTATGATTCCTACGCTCGACGGCAAGGGGATGCTCGCCTTGGATCTCGGAGCGAACATGGATTCGAAGCCTGAGCATCTGCAGCAGTACGCACTAATGGGCAGCCTGTATCGCGAGAAGGTGCACGGAATCACCAAACCGCGGGTCGGGCTGTTAAATGTCGGTACCGAGCCGGGCAAGGGAAATGAATTGACGAAGCATGCTTATCCGTTACTGGAGGAGCTGCCTATCCATTTTGTTGGAAACGTCGAGTCCCGCGATGTCATGAACGGGGTTTGCGATGTGCTCGTATGTGACGGGTTCTCGGGCAATATTTTGTTGAAATCGATTGAAGGAACGGCTGGTGCGCTCTTTTCGCTGTTGAAGGAGCAGTTCAGCAAGTCGCTTAAGACCAAGATGGCCGCCGCCTTGATGATGCCGGAGCTTCGCAGCCTGAAATCAACGCTCGATTATAAGGAGCATGGCGGAGCACCTTTGCTTGGTCTGAGCGGTCTGGTCGTTAAGAGCCATGGTTCGTCGGATGCGAACGCCATCAAGAATGGGGTTCGCCAAGCGCGGACGGCGCTGCAGAACCGATTGGTAGAAAGTATTTCGAATGAAATCAGCGGGAAGTGA	MRIAIDAMGGDNAPQSNVEGALIAAREWSDTEIILVGDEAQIGALLKDKPSNLKVVHASEVIEAEDEPVKAVRRKKDASMVVAGRMIREGEADAMISAGNTGALMTTGLLVVGRMKGIERPALAPMIPTLDGKGMLALDLGANMDSKPEHLQQYALMGSLYREKVHGITKPRVGLLNVGTEPGKGNELTKHAYPLLEELPIHFVGNVESRDVMNGVCDVLVCDGFSGNILLKSIEGTAGALFSLLKEQFSKSLKTKMAAALMMPELRSLKSTLDYKEHGGAPLLGLSGLVVKSHGSSDANAIKNGVRQARTALQNRLVESISNEISGK	PGPT0024410_3188	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024410-plsX-K03621	NA	NA
JZ016_01811	612	fapR	COG2050	Transcription factor FapR	TTGAAGAATGGCGGCTTTCATAGCGGCAGAAGGAGTTGTTTCGTCATCGATCGTTTATCCAAGAAAGACCGTCACCAGCGGCTGATTCAGCTGATCGACGAGAATCCCTTTGTTACAGACCGCGAGTTGACTCGCCAGCTTAAAGTGAGCATTCAGACGATACGCCTTGACCGTATGGAACTTGGCATCCCGGAGCTTCGTGAGCGAATGAAGCAGATGGCGGAGCATTCCTATGACCAGGTTCGTTCCTTGTCGCTCGAAGAGGTAATCGGGGATGTCGTTGACTTGCAGTTGGACAAGAGCGGGATATCGATATTTGAAATCCGTGAGGAACATGTATTCAGCAAAACGCGGATTGCCCGTGGGCATTATGTGTTCGCTCAAGCCAATTCACTTGCCATCGCCGTAATCAATGAAGAAATCGCATTGACGTCTTCAGCGGATATACGGTTTTTGAGACAGGTTCGTCTCGGCGAGAAATGCATTGCCAAAGCCTACGTTAGGTCCATTGCCGGCCAGAAGGGGAAGGCCAAGGTGGAAGTGTTTACTTATGTCGCTGATGAAATGGTGTTTCAGGGGAATTTCGTAATCTACCGATCTGCAGGAGAATGA	MKNGGFHSGRRSCFVIDRLSKKDRHQRLIQLIDENPFVTDRELTRQLKVSIQTIRLDRMELGIPELRERMKQMAEHSYDQVRSLSLEEVIGDVVDLQLDKSGISIFEIREEHVFSKTRIARGHYVFAQANSLAIAVINEEIALTSSADIRFLRQVRLGEKCIAKAYVRSIAGQKGKAKVEVFTYVADEMVFQGNFVIYRSAGE				NA	NA	NA	NA	NA
JZ016_01812	174	rpmF		50S ribosomal protein L32	ATGGCAGTACCTCAACGTAGAACGTCCAAAACACGTCGTGACAAGCGTCGTACTCATTTTAAGCTGGCTGTGCCAGGCATGGTGAAATGCGAGCAATGTGGAGAATTGAAGCTTGCTCATCGCGTATGTAAAGTATGCGGAACGTATAAGGCAAGAGAGATCATCAAACAATAG	MAVPQRRTSKTRRDKRRTHFKLAVPGMVKCEQCGELKLAHRVCKVCGTYKAREIIKQ				NA	NA	NA	NA	NA
JZ016_01813	510			hypothetical protein	ATGCTAATTCAATTTCGTAAATTGACAACCAGCGATCAACCGTTACAGTTCCATCAAACCGTGGATGTAAGCAATGCCGTTAAGGACCGCAAGGATATCATTGCTGTTCAGCCATTAGACGTGGATTTGACAGCAATCCCATCGGTTTCTGGTACGGTGGATGTTCGTGGACGATTGCAAGGCGAGCTGGAGATGAATTGCTCCCGCTGCCTGAAGCCGATCAGCGAACATGTGCTCATCCCTTTTCATGAAGTATTCCAGCCGGTGGAAGATCCTGAATCCATTCAGGATGAGAATGATGACACTACATACGTGCAAGGTGAGAGTGTGGATCTCACTCCCTATGTAGAAGAAGCATTTTTGCTCCACCTGCCGCTAGCTCCGGTATGTAAAGCCGACTGCAAGGGGCTCTGCCCGAATTGCGGCAAGGACCTGAATGAAGGCACGTGCGACTGCGATACGGAAGTGATCGATCCTAGGCTAGCCGGTCTGAAGGACTTCTTTAAATGA	MLIQFRKLTTSDQPLQFHQTVDVSNAVKDRKDIIAVQPLDVDLTAIPSVSGTVDVRGRLQGELEMNCSRCLKPISEHVLIPFHEVFQPVEDPESIQDENDDTTYVQGESVDLTPYVEEAFLLHLPLAPVCKADCKGLCPNCGKDLNEGTCDCDTEVIDPRLAGLKDFFK				NA	NA	NA	NA	NA
JZ016_01814	1236	tmcAL	COG1323	tRNA(Met) cytidine acetate ligase	ATGAAGACGGTTGGCATTGTCGTTGAATATAATCCCTTACATAACGGTCATGTATTGCATTATCGCAAATCCAAAGAAGTCACGGGGGCAGATGCCGTCGTTGCAGTGATGAGCGGTCCGTTTCTCCAGCGCGGCGAGCCTGCCATCGCAAGCAAGCGTGCACGGGCGGAAATGGCCCTTGCCATGGGAGTTGACCTGTGTCTCGAGCTGCCGGTAACCTATGCCGTGCAGCCTGCGGAATGGTTCGCGTACGGTGCGGTTGCCATTCTGGAGGCTACGGGCGTAGTGGATTGCCTTTCCTTCGGATCCGAAAGCGGTACGCTGGAGCAGATTCTGCCGTTGTCCCGTTCGCTCGCCAACGAATCCGGCGAGCTTCGATCCGAAATCGAAAAGCGCCTCCGGGAAGGTATGAACTTCCCATCCGCTTACGGCGCTGCCGCTGCTGCCCTATTCGGTGAGTCCGAACCGGCGATTGCCCACTTGCAAGAGCTGCTCACGCAGCCGAACAATTCCTTGGGCCTGCACTATCTAATCGCTCTAGAGCGCCTGGGAAGCCGCATTACACCCTACACCATACCAAGGGAAAACGCACAGTACCATGATCCCTTGCCGGGAGCGTCGTCCATTGCCAGCGCAACCGCCATCCGCAACATCATACTTTCACAGGGACTGGAAGCCGCCAGACCCTATATGCCGGAATTCACGCACAGCATCATGGAGCGGGAAATCAAGAGCGGACGAGCTCCCGTCCATTGGGAGCAGTTTCGCCAGCCGCTGTTTCAAACCCTGCTCACGCATACGCCCGCGCAGCTTGAAGGCCTTCTCGAAGTGACCGAAGGCTTGGAGCACCGTGTTCAGCGCTCGCTATTTCAGCTGGAGCAGCCGACGGTTGACGCCCTCCTGGAAGCGTTGAAGACCAAGCGCTATACGCGAACCAAGCTTCAGCGCATGCTGCTGCACATCATGCTGAATCATGACAAGTCATCGATGAATCGCGAAGAGCTGGCGAAAGGTCCGGGATATATCCGGGTCCTCGGCTTCAGCGAGACAGGGCGTTCTCTGCTGAAACGTATGAAACACAGCGCCTCACTCCCCGTCATTCACAAGCCGGCCAAGCTGGAGCATCCTCAGCTGGAGAGGGACCTGATGGCAGCCGCCGTTTATGCCAACGGGCAACCTATGCCTGATATGCGCCACTACTACGGCGATTACCTGCTGCCGCCGCTCACCCCTTAG	MKTVGIVVEYNPLHNGHVLHYRKSKEVTGADAVVAVMSGPFLQRGEPAIASKRARAEMALAMGVDLCLELPVTYAVQPAEWFAYGAVAILEATGVVDCLSFGSESGTLEQILPLSRSLANESGELRSEIEKRLREGMNFPSAYGAAAAALFGESEPAIAHLQELLTQPNNSLGLHYLIALERLGSRITPYTIPRENAQYHDPLPGASSIASATAIRNIILSQGLEAARPYMPEFTHSIMEREIKSGRAPVHWEQFRQPLFQTLLTHTPAQLEGLLEVTEGLEHRVQRSLFQLEQPTVDALLEALKTKRYTRTKLQRMLLHIMLNHDKSSMNREELAKGPGYIRVLGFSETGRSLLKRMKHSASLPVIHKPAKLEHPQLERDLMAAAVYANGQPMPDMRHYYGDYLLPPLTP				NA	NA	NA	NA	NA
JZ016_01815	1041	ylbL	COG3480	putative protein YlbL	ATGAAGAAGTCTGTAAAACCGAATGGCTTAAAAATTGCGCTGTATTTGTTAATGGTCGGGGTCATGCTGTACGTTGTCGTTTATATGCCGACCCCTTATCTCGTATACCAGCCGGGGAGTGCCGAAGAGGTTCGTCCCATGATCAATGTCGAGAAGGGCGATCCGGCGGAAGAGGGCACTTTTATGATGACAACCGTGTCGGCAAGCTATGCCAATATGGCGTTGTTGATGATGTCTGCGTTTAACCCGAATGCGGAGGTTGTGAAAAAAGCTGAGAAAATGGGCGATCAGAGCAAGGATGAGTATGCAGCCACACAAGTGTATTACATGAACTCTTCCCAGTCGTCTGCAATGGAAGCCGCCTATCAGGAAGCAGGAATTGACTACAGCATCGAGCCTGCTTATGTATTCGTGATGTCGATTTCCGAGAATTCTGTTAATGCCGAGCATTTCCGGCCTGGCGATAAATTGATCAAGATCGATGGGCAGCCGGCAGAGGATAATGAGAAAATTGCCAGCCTGTTAGGCGGGAAAAGCATCGGGGAAGTGGTATCCGTGGAGCTTGAACGCAAAGGGAAAACCGTTAAGGAACAGGTTCAGCTTGTGAGCATTAAGGATGAGAAGACAGGAGCGGAGCGTCCGGGATTAGGCGTCATGATTGCCACGATGCAAAGCGTGGAACCGGCCGATCCCGATCACACCATTCATTTTGCGGATACCAATATCGGTGGGCCGTCAGCCGGACTGATCTTTACTCTTGAAATATATAACCAGCTCACCGATGGTGATTTGAGCAAAGGTTACCGGGTCGCCGGAACGGGTACTATTGATAAATCAGGCGCCGTAGGCCCCATTGGCGGCGTGAAGCACAAGATCGTGGCTGCTGATCGGAAGGAAGCGGATATCTTTTTTGTGCCGCAAAAAAATTATGATGAAGCCAAGAAGCGTGCGGACCGGATCAAAACGGACATGAAGCTGATCCCGGTCGAGGACCTGCAAGACGCAGTGGAGTATCTGGAGGAGCTGCCGCCTAAGGGGTGA	MKKSVKPNGLKIALYLLMVGVMLYVVVYMPTPYLVYQPGSAEEVRPMINVEKGDPAEEGTFMMTTVSASYANMALLMMSAFNPNAEVVKKAEKMGDQSKDEYAATQVYYMNSSQSSAMEAAYQEAGIDYSIEPAYVFVMSISENSVNAEHFRPGDKLIKIDGQPAEDNEKIASLLGGKSIGEVVSVELERKGKTVKEQVQLVSIKDEKTGAERPGLGVMIATMQSVEPADPDHTIHFADTNIGGPSAGLIFTLEIYNQLTDGDLSKGYRVAGTGTIDKSGAVGPIGGVKHKIVAADRKEADIFFVPQKNYDEAKKRADRIKTDMKLIPVEDLQDAVEYLEELPPKG				NA	NA	NA	NA	NA
JZ016_01816	1233	ylbJ_1	COG3314	Sporulation integral membrane protein YlbJ	ATGAATAAAGACAACGCCGTCAAGTCATCAAACGGGCTGTGGAACACCATCCTGCTGGGTGCCGCCGCTTTCCTGCTTGTACTGGCTGTCGTCAGCGCGCCCGAACCTGCCTTCCAAGCCACCCTGCAAGCACTTAAGCTATGGTGGAATATCGTATTTCCCGCTTTGCTGCCTTTTCTCGTACTGGTGGAAATACTCATCGCCTATGGCTGGGCCCATGGAGTTGGCGTACTGCTGGACCCTTTGATGAAAAAAATATTCAAACTTCCCGGTGCTGGCGGCTGGGTTCTTATAACAGGAATGACGGCCGGGTTCCCGGCAGGAGCGCAGGCCGCCTCCCGAATATATACACAAGGCGAGCTTCGCGCCATGGATGCCGGAAGGCTCGCCGCTATATCCCATTTCTGTAATCCAATGACCATTCTCGTTGTCATCGGAACCGGCCTCCTTCATAAACCGGAGGCTGGGTATCTGCTGCTGATCGTTCATTGGATTTCCGGACTGCTAGCCGCTTGGATATTCGCACTCTTCCATAAACCGGTTTCATCAGAAGACACACGACGATTTAATTCAACTCTACACACGGTACGGACAAGGGAAAACGCCCAACGCCCCCTTCTTAAAAGGGCAGCGACTGCGGCGCTGGAGGCCCATCAACGGGATGGGCGGAGCTTTGGCAAATTACTGGGCGATTCCGTTACCCGTTCAGTTCAAACTTTAATGATGACAGGCGGCTTTATCTTGTTCTTCGCCGTCCTGACCAGAGTATTGACCGGTCACCTGCTGCCGCAGCTTCCACCCTATCTTGTATCCGGAATATTGGAGGCCCATCTGGCAGCCCAGTCCATCAGCTCCTCGGCATTCCAAGCTGGAATTTTACAGCTGGCCATACTGTCCGCCGCACTTGCGTGGAGCGGAATCAGCGCTCAGCTGCAAAGCCTGTCGCTCATGCGGGAAACCGGTCTCTCTTGGCGTTACTTTATGATGAAGCGAGCCCTGCATTCCATGCTCGCCTTTGCGATTACACTGGCAATGTGGAAGCCGGTCAGCGCCCTTTCAGCAGGCATCGTACCGGCTTTCCGAACAGAACCGCTGGATCACGCCAATACGGATCAGCACTTCAACTTTTGGAGCGGATTGCCTTCATTCTTGCAGGTTCAAGGCGCGATCTGCTTATTATTGATAGCGACATTCTGGCTGTGTTCCCGTCTTATTGACCGTTATCGCCGCTAA	MNKDNAVKSSNGLWNTILLGAAAFLLVLAVVSAPEPAFQATLQALKLWWNIVFPALLPFLVLVEILIAYGWAHGVGVLLDPLMKKIFKLPGAGGWVLITGMTAGFPAGAQAASRIYTQGELRAMDAGRLAAISHFCNPMTILVVIGTGLLHKPEAGYLLLIVHWISGLLAAWIFALFHKPVSSEDTRRFNSTLHTVRTRENAQRPLLKRAATAALEAHQRDGRSFGKLLGDSVTRSVQTLMMTGGFILFFAVLTRVLTGHLLPQLPPYLVSGILEAHLAAQSISSSAFQAGILQLAILSAALAWSGISAQLQSLSLMRETGLSWRYFMMKRALHSMLAFAITLAMWKPVSALSAGIVPAFRTEPLDHANTDQHFNFWSGLPSFLQVQGAICLLLIATFWLCSRLIDRYRR				NA	NA	NA	NA	NA
JZ016_01817	516	coaD	COG0669	Phosphopantetheine adenylyltransferase	ATGACAAATGAGAATACTAGTACATACCGAGTTGCCGTATATCCGGGAAGCTTTGATCCGGTCACCATGGGACATATGGATATCATTACACGCGCTTCCAAGCAGTTTGATCTGCTGATTGTGGCCGTGTTGAATAACTTAAGCAAGAACCCGCTGTTCACGATTGAAGAGCGCAAGGATCTCTTAAAACAGGAAACCGCACATCTTCCGAATGTGGAAATCGACAGCTTTCGTGACCTTCTGGCGAATTATATCCGTCAGAAGAATGCCCAGGTCATCGTACGGGGGATCCGCACGGTGACCGACTTTGAATATGAACTTCAGCTGGCATCCACCAATCACAAGCTGAATCCGGATGCCGAGACGATTTTCATGATGACGCACCCGAAATATTCGTTCCTTAGCTCAAGTCTTGTTAAGGAAATCGCTCATTTTAATGGAGACACCACGGATCTGGTTAGCCCCGAGGTCCATGCCGCGATGCGCCGTAAATTTAGCGGCGATAACGGTCAATAA	MTNENTSTYRVAVYPGSFDPVTMGHMDIITRASKQFDLLIVAVLNNLSKNPLFTIEERKDLLKQETAHLPNVEIDSFRDLLANYIRQKNAQVIVRGIRTVTDFEYELQLASTNHKLNPDAETIFMMTHPKYSFLSSSLVKEIAHFNGDTTDLVSPEVHAAMRRKFSGDNGQ	PGPT0008825_429	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008825-coaD|kdtB-K00954	NA	NA
JZ016_01818	627	rlmI_1		Ribosomal RNA large subunit methyltransferase I	ATGAAACGGGTGAATGAAGCAGTGAGAGTAGTATCCGGAAGTGCAAAGGGCCGGCCGCTCAAAAGTGTGCCTGGTACAAGCACCCGTCCGACGACGGATAAAGTGAAAGAATCCATATTCAGTATGATCGGCCCTTACTTTGAGGGGGGCGCCCTGCTAGACCTGTTCGCAGGCACGGGAGGCCTTGGCATTGAGGCTTTAAGCAGGGGGATGGATCGTGCTGTTTTTATTGATGTTGAACCGAAGAGCATCAGTACGATCAAGGATAATTTGAAGGCGGCCAGACTTGAAGATAGCGCTGAGGTGTACCGCAACGATGCGGGACGAGCGCTTAAAGCGCTTGAAAAGCGCGGCTACAAGTTCGATCTGGTCTTTTTGGACCCGCCATACAGGTTTAAGAATGGTGACGAGCTGATGCTGGATATGGCAGAGCGAGGTTTGCTGCAGGATTCAGCTGTGGTGGTATTGGAATACGAATCAAGTTACAATTATCCTGAGAAGTTTGGTGATTTTTGTTGTTTCCGGACGGCGAAATACGGAGAAACCGCCATATCGATATATCGTTACGACACAGCGCAAGATCAAGCGCCAGAGCTTGATGAGGAGGAATTACAAGATGACAAATGA	MKRVNEAVRVVSGSAKGRPLKSVPGTSTRPTTDKVKESIFSMIGPYFEGGALLDLFAGTGGLGIEALSRGMDRAVFIDVEPKSISTIKDNLKAARLEDSAEVYRNDAGRALKALEKRGYKFDLVFLDPPYRFKNGDELMLDMAERGLLQDSAVVVLEYESSYNYPEKFGDFCCFRTAKYGETAISIYRYDTAQDQAPELDEEELQDDK				NA	NA	NA	NA	NA
JZ016_01820	210			hypothetical protein	ATGAACTTGTTTTTATATGCAGGATTGGCTTGCCTGGCGATTGCTGGGCTTCTATCCGGAGCGTTTATTACTACGGATTACCATCAAAGAGACTACTTCTTTACTGAACCCAAGGACAACCGCGCATCCAGGGAGAAAGTATCCATCTGGTTCTTACTAGCCGGTTTCGTATTTCTTGCGGTCGCCGGCATTGTGTATTTGTTCCGCTAG	MNLFLYAGLACLAIAGLLSGAFITTDYHQRDYFFTEPKDNRASREKVSIWFLLAGFVFLAVAGIVYLFR				NA	NA	NA	NA	NA
JZ016_01821	171			hypothetical protein	ATGAATCGTTTCATTAGCCATGAAGATACAGAAATAGAACGAACGAGAATGAAATATGCCTGGATCGCTTTAATCTCTTTTCTTACGTTCAGGAAATTCGCCATAATCGAAACAGTGAAGAATGATTTATACGCGGCTTTATTGCTGTTGAGAGGAACTGATATTACATAA	MNRFISHEDTEIERTRMKYAWIALISFLTFRKFAIIETVKNDLYAALLLLRGTDIT				NA	NA	NA	NA	NA
JZ016_01822	1974			hypothetical protein	GTGAGAAGAACGTTGTATGTTCTCGTATTATTTACCATGCTGGCGGGACTTGGTTTTGCAGGCACGACGCACGGGATCGCTTCTGCCGAAGAGTCCAGGCTCCAGATCAGCGACATTGCGGGAAGGAACACCTACCTGATGAGCGATGGCTCCATGTGGTCCCTGATCGACGGACGACATGCCATACGGACGCCGGGTAAAGTTGCAGCCATCAGCGGTTATGAATACGGAGGCATCGGCATGACGCAGGATGGGCGATTAGTGGAATGGGATATCGGCAAGGGACCCGAGGTCGTTCCGGGAACAAGCGGAGTGAAGCAGATAGCGGGTTCCTACTGGCTGAAGTCGGACGGCACCGTATGGGGCGGCTCGGAAAAAGCAAAAAACCTCAGCGGCATTTTGCTTATCGCCAATGCGGATCAAGAATTTGCCGCCTTGTCCTCAAACGGGGAGCTGCTATTAGAGGATAACTACAAAAAGGGACAATTCAAGAAGCTCGGTATCGTGGAAAACCCGGTCGGGGTCAAATCCATGACGGTTCACAGCGGGCGTGTTGCCCTATTGCGTGACAACGGTGACGTGGTGGTATACGAAACGTCCAACTTTGATGATAACGGGCGCATCATCCCGGTTACCGTCGCCCAGAACGCAGCTCATATCGTTTATGCATCCAATGAGCCGACGGATCTTCTGATTGTGACGCTCCAAGACGGAACCGTATGGACAACCGGAGTGTATAAAGACCGCTGGAAGCTCAAGGAGCAGGTCTCCGGACTAAGCGGGATCGTAAGAACCTCGATTTACGGAAATGCCGAGGATCTGTCGGAGGGGTTCTATGCTCAGCGTTCTGACGGAAGCTGGATACACCACACGAACGGGCAGAACAAATCGGTTGATGTGCCAGTCGTTAAGGCCTTATCGGTTTCGATATCCGAAGCCAAGCCTTATGTAGGGGATACCCTTGAAGTCAGTATCCAGGAGACTTACACGAACGGGGCCAAGATCAAAGTGCCGGTTAAAGATGCCCTGATCGATATAGAGAAGCCTTATCTGATGAACGTACAGAAGAACGGAATACTGAAGTCTGCGGGCGTTGGCAAGACACAGATTACGGTAACCTCGGGCGGTTTGTCCAAATCGATTACGGTATCGTCCAGCCTGCGCAACAATTTGAAATATGCGAAACAAGTAAACGGGAATATCATGGTGCCGGCCAAATCCGTCATCCAGGCACTGGGCGGCACCTATTCGGCCAAAAAAGGATCCGTGGAGGCCAAGTTTGGAGAGACCGTGCTCTTGCTCACGGCAGGCAGCAACCAGGCCAAGCTGAATGGCAGCCCGCTGCGCTTAAAGGCAGCTCCGATGACCGACAAAGGCGAATTGCTAATTCCAGCTTCCGTGTTATCCGATGTTCTGGGCGCGAAAATCGGCTGGGAAGCCAAGTGGAAACAAGCGAATATCTCCTTCGGGAGCGATGCAGTCATGACCGTTGTTTCCAATGAGACGGCTGGCTTGATCAAAAAAGCGATGCAGGGCAGCTTGGTTAAATTTATTGGTCGAACGTATTGGGTGAATGATTTCGAAGACTTGGAACGCTTCTCGAAATTGACGGTAACCGACATTTTGCCGGATGACAAAGGCGAATTCAATGTGATTTTCCAAACGGCTTCTGGAAAAACAGTGAAAAGCTATCCTATGCGGTCTTCGGAAGTAATGCAGCTGTTTGCGGACCGATCTTCCCTATTAAATTACGACCCTTACCAAAAATACAAATGGTCCGCATCGGTCTGGAAACAGATTAAAGCAGGCCAGGTTTCCCTCGGGATGACCAAAGAACAGGTGCAGCTGTCATGGGGAAATCCGGCGGCCAAGGACATTACCACTGGCGGCGGGAAAACCATTGAAACCTGGGGGTACTCGAATTTTGATATCGTATCTTTCGTTAACGGTAAGGTTATATTGATTATGATGTAG	MRRTLYVLVLFTMLAGLGFAGTTHGIASAEESRLQISDIAGRNTYLMSDGSMWSLIDGRHAIRTPGKVAAISGYEYGGIGMTQDGRLVEWDIGKGPEVVPGTSGVKQIAGSYWLKSDGTVWGGSEKAKNLSGILLIANADQEFAALSSNGELLLEDNYKKGQFKKLGIVENPVGVKSMTVHSGRVALLRDNGDVVVYETSNFDDNGRIIPVTVAQNAAHIVYASNEPTDLLIVTLQDGTVWTTGVYKDRWKLKEQVSGLSGIVRTSIYGNAEDLSEGFYAQRSDGSWIHHTNGQNKSVDVPVVKALSVSISEAKPYVGDTLEVSIQETYTNGAKIKVPVKDALIDIEKPYLMNVQKNGILKSAGVGKTQITVTSGGLSKSITVSSSLRNNLKYAKQVNGNIMVPAKSVIQALGGTYSAKKGSVEAKFGETVLLLTAGSNQAKLNGSPLRLKAAPMTDKGELLIPASVLSDVLGAKIGWEAKWKQANISFGSDAVMTVVSNETAGLIKKAMQGSLVKFIGRTYWVNDFEDLERFSKLTVTDILPDDKGEFNVIFQTASGKTVKSYPMRSSEVMQLFADRSSLLNYDPYQKYKWSASVWKQIKAGQVSLGMTKEQVQLSWGNPAAKDITTGGGKTIETWGYSNFDIVSFVNGKVILIMM				NA	NA	NA	NA	NA
JZ016_01823	255			hypothetical protein	ATGGCGAAAAAGGGACAAATATTCCATCATTACAGTTTTGAAACGAAGAAAAAGGCAGTCGCCATGCGGCTGGAGGGCATGACTAAGAAAGAAGTGGCATCGGCCTTACAAATATCTGATATCGGACGGCTGAAAGTGTGGATGCGCAAATACCGTGAGTTGGGCGAAGAAGGTTTGGTCGATCGCCGCAGGAGAATTGTATATTCAGATCCTGACACCGAGCGGGATGAAAAAGAACAGCTTTCGCAGGTATAG	MAKKGQIFHHYSFETKKKAVAMRLEGMTKKEVASALQISDIGRLKVWMRKYRELGEEGLVDRRRRIVYSDPDTERDEKEQLSQV				NA	NA	NA	NA	NA
JZ016_01824	672			hypothetical protein	TTGTTTAAACTCATCATTTTTGGATTTCTGTTCTACATCTTCGGTAATCCGATTACGGCGATCCTGGTGCTGCTGCTCATCGTGTATGTGCTGGACCGCCGCTTCGTCGGGGTATTTCCCAGCGTGACAAAGCCAATTAAGCGCGCACGTAATATTTCCAAGCTGCGCAGACAGATTGCAGTTAGCCCCAGCGACGTTTCATCAAGGCACGAGCTTGCCAGATTGCTTCTGGAGCGACGTAAGTATGGGGAAGCCTTGAAGCTCCTTGAATCCATTGAATCCAGCTTGGAGGACTCCGCCGAGTTCTGGGACGATATCGGAAACGCACGGCTGCATACCGGCAGCATACCGCAAGGAGAGTCGGATATTATCCGGGCCCTGGAGATCAACCCGAGGGTCAAATACGGCCGGCCTTATCTTAGGCTTGCCGATGCATTTCGGGATTCGGATCGGGAGAAGGCGCTCCATTATTTAGAGCAGTTCCATTCCATTCACTCTTCTTCAAGCGAAGCCTTTTATTTGCTGGGATATATGTATCAATCGCTGGGAAGGACCGAGGATGCCAAGAAGTCTTATCAGGAATCTATGGATGTATACCGGTCACTGCCGAAATACAAAAAACGGCAAGAACGCAAATGGGCCGTACGAAGCTTTTTCAGGAAATTATTATAA	MFKLIIFGFLFYIFGNPITAILVLLLIVYVLDRRFVGVFPSVTKPIKRARNISKLRRQIAVSPSDVSSRHELARLLLERRKYGEALKLLESIESSLEDSAEFWDDIGNARLHTGSIPQGESDIIRALEINPRVKYGRPYLRLADAFRDSDREKALHYLEQFHSIHSSSSEAFYLLGYMYQSLGRTEDAKKSYQESMDVYRSLPKYKKRQERKWAVRSFFRKLL				NA	NA	NA	NA	NA
JZ016_01825	636	lipC	COG2755	Spore germination lipase LipC	ATGTTGGTGTACCATTATACCGCTGTCGGCGATTCCTTGACCTTCGGGTTTGGGGCGATGCCTGGCAGCGGTTTTGTTCCGTTATACCGCCGGATGGCGGAGGAGAAGCTTCGCCAGTTCGTGGCCCATGAGAATCTCGGGGTCAATGGATTAACCTCGGATGAGTTATACGATCGGGTCGTTCAGCTTCCTACGTATCGCTTTCACCTGCAGCAGGCTCAGATCATCACGATATCGATCGGAGGGAATGACTTGATACGTGCGGTAAAGTCCACGGGAGGCCCACCGAATCGGGAGGTGCTGGATGCTGCCTTGTATCGATGTCAGAATCATGTGGCTAATACCATTAGACATATCCGTAAAATAAAGACTCCGGTCAGCAAACCTTATTTTATTCGCGCTATCGGTCTGTATAATCCATACCCGGCCTGGACGGAGGCAACGGAATACGTGATTCGGTTCAATCGGCACTTGATGGGGCTAAGTGATGGTTATTTTCGAGTAGCTGATATTTACGCACAATTTTCAGGCCGAGAGAAAGAACTGATGTCGGTGGACGGTTTACACCCGAATGGCCGAGGGTACCGGGTGATCGCGGAACAATTAAACCGGCTTGGGTACAAGCCGCTTGCATAA	MLVYHYTAVGDSLTFGFGAMPGSGFVPLYRRMAEEKLRQFVAHENLGVNGLTSDELYDRVVQLPTYRFHLQQAQIITISIGGNDLIRAVKSTGGPPNREVLDAALYRCQNHVANTIRHIRKIKTPVSKPYFIRAIGLYNPYPAWTEATEYVIRFNRHLMGLSDGYFRVADIYAQFSGREKELMSVDGLHPNGRGYRVIAEQLNRLGYKPLA				NA	NA	NA	NA	NA
JZ016_01826	432			hypothetical protein	ATGCTTAAAGATATAACGATGCAAGCGATGCAACCCGAAGTAAAGGAACTGCTCAGTTACTCGGTATTTCCGGATCCGGAAGCCGTGGATCAGGCGGCTGCTGCTTATGAGACGGGCCCAAGCCGGTTGTTTGGATTTGAAGAGGACGGTCTTCTCTTAGGAGTCATCGGTTTTGATGTCGACCAGGACGAGCTTACCATTCGGCATCTTGCCGTTCTTCCGGAGAATCGGGGAAAGGGATATGGACGAGGATTGATTTTGGAGCTGCTCCTTGAGGTCCAGCCTAAGCCGGCCCGAGTTATTGCCGAAACGGACGAAGATGCCGTAAACTTCTACCGCAGTATCGGCTTTGAGGTGTACAGCCTGGGAGAAAAGTATCCGGGTGTTGAAAGATTCCGCTGCATTTACGAGGTGGAGGAATCCGAAGAATAG	MLKDITMQAMQPEVKELLSYSVFPDPEAVDQAAAAYETGPSRLFGFEEDGLLLGVIGFDVDQDELTIRHLAVLPENRGKGYGRGLILELLLEVQPKPARVIAETDEDAVNFYRSIGFEVYSLGEKYPGVERFRCIYEVEESEE				NA	NA	NA	NA	NA
JZ016_01827	450	mhqR_1	COG1846	HTH-type transcriptional regulator MhqR	ATGTCGGATATTCAAGAACACGAGGATACCCCGTTACATTTGCTGGTTGTCCTTGCCAGAGCTTATAACGCAGTGATGACACATTCGCATCGCAGCATCAATAGTCACGGATTGAACTCCACCGAATTCGGCGTATTGGATGTGCTCTATCACAAAGGACCGCAGCCGCTGCAAAAAATAGGCGAAAAGGTGCTCATTTCCAGTGGTAACATTACATACGTGGTGGACAAGCTTCAAAAGAAAAACCTGCTGGTTCGCCGGGCTTCCGCTGAGGATCGCCGCGTCATTTATGCTGAGCTTACCGCAGAGGGAAAGGAATTCTTCGAAGCCATCTTTCCTCAGCATCAGGAATTGATGGTTAAGGTGCTTAGCGGCTTGTCGGAAGACGAGAGAGCGCAGGCGGCGATGCTGCTGCGTAAGCTTGGGATCAGTGCGGAGAAGATGTTATAG	MSDIQEHEDTPLHLLVVLARAYNAVMTHSHRSINSHGLNSTEFGVLDVLYHKGPQPLQKIGEKVLISSGNITYVVDKLQKKNLLVRRASAEDRRVIYAELTAEGKEFFEAIFPQHQELMVKVLSGLSEDERAQAAMLLRKLGISAEKML				NA	NA	NA	NA	NA
JZ016_01828	717	rpiA	COG0120	Ribose-5-phosphate isomerase A	ATGGAAAGTGAATATAATATGAAGAAAATCGCGGCGGAGCATGCCGCCAAGTATGTCCAGGATGGGATGAAGATTGGGCTGGGCACAGGCTCAACCGCTTATTACGCGATTCTCAAAATCGGCGAGATGGTCCGATCCGGACTCTCGATTCAGGCCGTGGCTACCTCTGAAACCTCGGAGAAGCTGGCGATGGAACAAGGGATATCCTTGACGCCTATCCATCAGATCGATCGCTTGGATCTGACGATTGACGGGGCGGATGAGTTGGATGACCAGCTCCGTTTAATCAAGGGAGGGGGCGGAGCGCTTCTCCGCGAGAAGATCACGGCTTTTCACAGTGAACGGCTCGTGATTGTGGCGGATGAAGCGAAAACCGTAGCTCAACTCGGCACTTTCCCGCTGCCGGTTGAGATTGTCCCTTTTGCTTTTGAGTGGACTGTTCGGTCACTAGCCCAGCTTGGTTGTTCGGTGGAGATCCGCCGTAAGCAAGATGAGGGATTTTATGTTACGGATAACGGGAATTATATAGCTGATTGCCGGTTTCAGCATATTGCCCGTCCTGAGGAATTGAGCTCTCGGCTAGGCGCCATTCCTGGCGTGGTTGAACATGGGCTGTTTATCGGTATGGCTGACCAAGCGATCATCGGCTGCCAGGATGGAACGGTACGGATATTACATTCCGGGAGCATAGAAGCAAAGAATACATTTGACAGTTGA	MESEYNMKKIAAEHAAKYVQDGMKIGLGTGSTAYYAILKIGEMVRSGLSIQAVATSETSEKLAMEQGISLTPIHQIDRLDLTIDGADELDDQLRLIKGGGGALLREKITAFHSERLVIVADEAKTVAQLGTFPLPVEIVPFAFEWTVRSLAQLGCSVEIRRKQDEGFYVTDNGNYIADCRFQHIARPEELSSRLGAIPGVVEHGLFIGMADQAIIGCQDGTVRILHSGSIEAKNTFDS	PGPT0017390_1108	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0017390-rpiA-K01807	NA	NA
JZ016_01829	198			hypothetical protein	ATGCGAACCGAGAACCAAATCAAATCCAAGATCAATGAACTTATGATGCAGAAGAAAAAGCTGCACACTCGCTTGACTGCTCTTGAGGAGAACAGTCCGGAGCGAGCCTCCCTTCTCAATCAGGAAACCCGCCTCGACGATATGATCACGATGCTGGAATGGGTGCTGTTTGAGCCAAGCGGTTCCTATCATATGTAA	MRTENQIKSKINELMMQKKKLHTRLTALEENSPERASLLNQETRLDDMITMLEWVLFEPSGSYHM				NA	NA	NA	NA	NA
JZ016_01830	576	ymdB_2	COG2110	O-acetyl-ADP-ribose deacetylase	ATGAAAACATTTAAAATCGGAAGGACATCGGTCTCCGTCTTTATAGGCGATATTACGACATGGACGGGCGACATTATCGTCAATGCTGCAAATTCGGGACTGCTGGGTGGAAAAGGCGTGGACGGCGCAATTCATAGCGCCGGCGGGCCGGAAATCATGGAGCAGTGCATGGAAATTCGCAAGCAGCAAGGCGGCTGCCCGCCAGGCAATGCCGTGATTACCGGTGCAGGCCGGCTGCCTGCCCAGCATATCATTCATACGGTCGGCCCGATCTGGGAGGGCGGCGGACGGCGTGAGGAGCATACGCTGGCGGAATGCTACCGCAACAGTCTCCTGCTTGCAATCGAGGTGGGTGCCAGAAGCATCGCCTTTCCTAATATAAGCACGGGTATCTATGAGTATCCTAAGGCTCCGGCATGTGACGTTGCGTTAAAGGCGGTTACGGAGCTGCTTGAGGAGGATCTGCCGGATAACCGCCTGGATCGGATTGACTTCGTTTGTTTTTCTCCTGATAATGAAGAGCTTTATATCCATTGGCTTGAGCAGTACACACAGGAGAAGGAGGCGCAAGTATAA	MKTFKIGRTSVSVFIGDITTWTGDIIVNAANSGLLGGKGVDGAIHSAGGPEIMEQCMEIRKQQGGCPPGNAVITGAGRLPAQHIIHTVGPIWEGGGRREEHTLAECYRNSLLLAIEVGARSIAFPNISTGIYEYPKAPACDVALKAVTELLEEDLPDNRLDRIDFVCFSPDNEELYIHWLEQYTQEKEAQV	PGPT0027680_831	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-darG-darT_TOXIN-ANTITOXIN_SYSTEM,PGPT0027680-antitoxin_darG-K23518	NA	NA
JZ016_01831	432			hypothetical protein	ATGTTGAATATCGCAATGGCTGCCTGCATCCTATTGTTCGCAGCGGCGGGTTACATCGCATTCATGAATTCCAAATTAATTGCGGATAAAAAACGGGAAGCATACATTCCTCCGCCTGCTTCGGAATATACCGTTTATATGACGCCTCAGTTCACGGAGGAGGACAAAAGATCGATGAGTCCGATCGGCGTCATGGAATTTCGCGACCCGCAAGGGATGATGAAGGTATATCTTTGCCGGGTCAGGAATGCATCCGAGGATCTGAAGCTGGAGCAAGCCGGCAATGTGTTTCTTCATCATTTGACGAAGGCCAGGGACACTGGCACGCTGATGTTCTACCGCACGGTGGAGGAGGCGCTGCAAGGACCGGAAGAGAAGAGTTTGACCGACCGACTGTCTGCAGCTGCCAAAAAAAAGCCGAGAACAGAATAG	MLNIAMAACILLFAAAGYIAFMNSKLIADKKREAYIPPPASEYTVYMTPQFTEEDKRSMSPIGVMEFRDPQGMMKVYLCRVRNASEDLKLEQAGNVFLHHLTKARDTGTLMFYRTVEEALQGPEEKSLTDRLSAAAKKKPRTE				NA	NA	NA	NA	NA
JZ016_01832	624			hypothetical protein	ATGCAGTGGATCGCCATGCTGACGATGCTGATCGATCATGTAGGGCTTGTGTTTTTTCCGCATCAGGAGATTTGGAGAATCATCGGCCGCATTGCTTTCCCAATCTACGTCTATGCTCTTGTTCAGGGGCACCGCTACACTTCTTCGAGACCCAAGTATATCATTCGGCTGGCCGTTATTGCGGTGATCTCCCAAATTCCCTATCAGCTTGCGCTGGATCCTGAAGGGTTGAATGTGGTCATTACCCTGGTTGCTGGAGCTATCGTTTTATATGTGCTGGAACGTTCGGAATCCCAGCTGTTATCGTGGATGGTTGTTGTTGCCGCCTGTGCCCTAATGAGTGAATTTCCGTTTGATTACGGAGCTTACGGACTGCTGTTGATTTTGATTTTCCGATATGCTCAGGCCAGCTGGCTTGTTCCGCTTCATATGGTGCTGAACCTGTTATTCTGGTTCCTTAATAACTGGGAGCTGCAGATGTGGAGCGTCATCCCGACGGCTGTGATAGCTTATGGCCCGCATGCATGGAGGAAACTGGAGTCTATCCGGGTGAGTCGCTGGGTATGGCGTTCATTTTATCCTCTGCATTTACTGATTATTGCGTTATTACGGGTGATTGTATAG	MQWIAMLTMLIDHVGLVFFPHQEIWRIIGRIAFPIYVYALVQGHRYTSSRPKYIIRLAVIAVISQIPYQLALDPEGLNVVITLVAGAIVLYVLERSESQLLSWMVVVAACALMSEFPFDYGAYGLLLILIFRYAQASWLVPLHMVLNLLFWFLNNWELQMWSVIPTAVIAYGPHAWRKLESIRVSRWVWRSFYPLHLLIIALLRVIV				NA	NA	NA	NA	NA
JZ016_01833	174			hypothetical protein	ATGGAAAAGAAAAAGAACAACATGGCCCTTGGGATAAGCATGGGGGTCGGCGTTGGGGTAGCCATTGGTGTTGCCATGGATAATATCGCTATCGGCATAGCGATCGGTGCCGCCATTGGCATTACGTTTGGCTCGGCCATGTCAAGCAATAACAAAAAGCCCCCTAATGAATAA	MEKKKNNMALGISMGVGVGVAIGVAMDNIAIGIAIGAAIGITFGSAMSSNNKKPPNE				NA	NA	NA	NA	NA
JZ016_01834	690			IS3 family transposase ISSth1b	ATGTCCAAAAGAAGCCCGATTTCATATGAAATCAAGATTCAGGTTGTGAGGCGTTGCTTGCAACATGAATCCAATCCTAACCATGAGGCAAAACAACTGGGGGTCCATAAAAACACGGTTAATGATTGGATAAGGAAATACAAAGTAGATGGAGAAGAAGGATTAAGAGAATCCAGGGGATGGAAATCCTACTCCAAGGAGCTAAAACTATCTGCCATTCAAGATGTACGCTCTGGAGAATACTCTGTACGAGCGGTGGTGAAAAAGTACCATATTTCGAGTAAATCTGTGTTAGAGAGCTGGATTTCCAAGTATACTGAAGGGGTGAAAATGAAACCAACTCGGAAAAGGATTGAACCCCCTCATATGAATAAAGGACGGAAAACGACTTACGAAGAACGTATTGAAATTGTACAATTCACCATCGCCCATGATTTAGATTACCAGAAAGTCATCGACAAGTACGGGGTCTCTTACCAGCAAGTGTACGCATGGGTTCGTAAATATCAAGCGAGTGGTCATGGAGCCTTAAAAGACCTCCGAGGTCGTAAAAAGCCGCTAGAAGAGCTAGACGAACAGGAACGGTTAAAGCTTCGGATCAAGGAACTCGAGGCACGAAATGAGCATTTAGAAATGGAGAATGCACTCGCAAAAAAGTTGACAGAGATCCGGCGAAGAAATACACGTTAA	MSKRSPISYEIKIQVVRRCLQHESNPNHEAKQLGVHKNTVNDWIRKYKVDGEEGLRESRGWKSYSKELKLSAIQDVRSGEYSVRAVVKKYHISSKSVLESWISKYTEGVKMKPTRKRIEPPHMNKGRKTTYEERIEIVQFTIAHDLDYQKVIDKYGVSYQQVYAWVRKYQASGHGALKDLRGRKKPLEELDEQERLKLRIKELEARNEHLEMENALAKKLTEIRRRNTR				NA	NA	NA	NA	NA
JZ016_01835	591			IS3 family transposase ISSth1b	ATGCGAGCCCTTGAATTAAGGGCAGTGATTCGCAAAAAACGGCCAAATTACATGAAAGCTCCAGCCCAACATATCGCTGAGAATGTCATGAACCGAAAATTCCAAGCGGAGGTCCCCAACCAAAAGTGGTGCACCGATGTAACAGAGCTAAAGTACGGAAATGGCCGCAAGGCCTACCTGAGTGCCATTATTGATGGATATGACAACTCTGTTGTTTCATGGGTGTTCAGCCATTCCAATAACAATGAGCTTGTCATGAATACGGTAAAGAAAGCATATAAAAGAAATCCGAATGCTACGCCGCTCTTGCACAGTGATCGCGGCTTTCAATATACTTCGCTGGAATACAGACAACTTCAAAAGAGATACAAGTTTACAAAAAGTATGTCTCGTGTAAGCCGGTGTTTGGACAACCAACCCATTGAACGATTCTGGGGTACCTTAAAAGCAGAAAGCTATTATCTGGAGAAGTACGATACGTATGACAGTCTCCTTCGTAGTGTAAGAGCTTATATCTATTATTACAATAATTTTCGATACACCGAACGACTAAACGGCTTATCCCCTAACGAATATCGACGAGCAGCTTAA	MRALELRAVIRKKRPNYMKAPAQHIAENVMNRKFQAEVPNQKWCTDVTELKYGNGRKAYLSAIIDGYDNSVVSWVFSHSNNNELVMNTVKKAYKRNPNATPLLHSDRGFQYTSLEYRQLQKRYKFTKSMSRVSRCLDNQPIERFWGTLKAESYYLEKYDTYDSLLRSVRAYIYYYNNFRYTERLNGLSPNEYRRAA				NA	NA	NA	NA	NA
JZ016_01836	3222			hypothetical protein	ATGTCAAATTATCGTTTTGAGAAGGATACCTTTGTGATCGAGCAGTATGATCACGCCAAACCGTTTTCCAGCTTCCTGCCGGGGATCGCTGGCTTGAAGGGGATCCCGATGTGGACCTTTTATGTGAATCGGGGTCAGGGGATTTGCAGCTTCGGCATACGGGATAAGAACTCGCCGATCATGGAATTTTCCCCGGCAAATATCTCGTATAAGAATGTGTCGACAACCGGTTTCCGTACGTTTATCAAGATGGCGGGGGCACCGGTAGTCTATGAGCCGTTCCAATCCTTTCAGCCGGATTCCAAAGCAAAGAGAACGATGTTGATCCGTCAGAATGAGCTGTTCATTGAGGAGGAGCATGCTGGTAACGGATTACGCACGTCGGTGTCGTATTTTCAGCTGCCCGGTGAAGATTTTGCCGCACTTGTCCGCGAAGTCAGCGTAACGAATATCGGAGCTCAGCCTGTATCGCTTGAACTGCTGGACGGCATGCCGGAGATTCTGCCTTACGGTGTCGAGAATAGCGGGTACAAGGAGGTCGGCAATCTCCTGCGTAGCTGGATGGAAGTAGAGAACCTTGAACGGGGGATCCCGTTCTATAAAGTTCGCTCCAGTACGCACGATGAGGCGGAAGTCAGCGAAGTTACGAGCGGTCACTTCTATCTGTCGTTTGATCAGCACGGGAAGTTGATCCAACCCTTTGTAGACTTTGAGCTGATCTTTGGCGAAAACACTTCATTAATCCACCCAGATCGATTTGCCGTGAGCTCGGTGGAAGCTTTGATGAACGCCAAGCCGTATGCCGTCAACAAAGTGCCCTGCGGATTCAGCGGGGTGTCGGCTACGCTTGAACCTGGGGAGACGGTGACGTTTTATACGCTGGTAGGCCATGTGAACGATATCGGCAAAATCAATAAGCGCTCCAAAGATTTGTGTTCGCCTGCCTATATCCTCCGTAAACGCGAGGAGGCCTCGGCGTTGACACGGGAATTAACCGAGGATGTTGCAACCAAAACGGGATTACCGCTATTTGATGAATATAGCCGTCAGTCCTATTTGGACAATTTTCTGCGGGGCGGATATCCGTTCCTATTCGATAATGGGAAGGAAGGGGCCGTTGTCCATCTATACTCCCGCAAGCATGGGGATCTGGAGCGGGATTATAACTTCTTTTCTCTTGCGCCGGAGTACTATTCACAGGGGAATGGAAATTTCCGGGATATGAATCAGAACCGCCGAAATGACGTGTTTTTCCACCCGAAGGTAGGTACATTCAACATCCGGATGTTCTTCAGTCTCATTCAAGCCGACGGATATAACCCGCTTAGCGTAGAAGGAACGAAATTCCGCGTGAGTGAAGGGAAGAAACAGGAACTGGAGAAGCTGCTGCGGGCCTCCGCGGCTCAGGAAGATTATGAGAAGCTGGCCAAAGCATGCGACGGGGATTATACGCCGGGTAAAATCATCAACGCGATTTCGGATCAAGGCATCAGGCTGGAGATCAGTGAGGAACGGTTCCTGTCCGGGCTGTTGACGATATCCGATCAACATTTTGCCGCTTCGTTCGGCGAAGGGTTCTGGTCGGATCATTGGACTTATAATATGGACCTGGTTGATACCTACTTGGATATATATCCCGACCGTTATGAGGAACTGTTGTTTGGCGAGAATGCGTATACGTTCTTTGACAGCCCGGTGTTCGTCCTTCCGCGGAGTGAGAAGGTAGTGATCAGCCGGGGCAAGGTACGGCAATATGGTGCGCTGTTGGAGGACGAGGAGAAACTGAACAAGCTCGGCAGAAAAAGGAACGCTGCGGAATGGCTGCGTGTAGATGGCGGACTAGGCGACATTTACCGCACGAATCTGTTTGTCAAAATGATCTCATTATCCCTCAATAAAATGGCAACACTCGACCCTTACGGGATGGGGGTAGAGATGGAGGCGAACAAGCCGGGCTGGAATGACGCGATGAATGGTTTGCCGGGCCTTTTTGGGTCGGGCATGAGCGAAACAATGGAATTGAAGCGAATGGTCGCATTTATCGTGGATGCGGCCGAGCGGTTCGGCCATCGAGTGATTCTGCTACCGGAGGAGATTGCGTCTTATTTAGAGAGCGTATACGAAGCCGTACAGCTATACCAGTCCGGCTCACTGGACTCATTCGGTTATTGGGACTTGGTAGCGGGGCAGCGTGAATCCTATCGTGCATCGGTTCGGTACGGGATTAGCGGCCGGGAGGTTGAAATTTCGGTGAAGAACGTGAAGAGCATGTACGAAGCCTTCCTGGATAAAATCGAAGAAGGAATCCAGCGTGCCGAGCAGATGGGTGGCGGAATCGTGCCAACGTATTTCCGTTTTGAAGCCGAGCGATTTGAAAAGGTTCGGGATGCAGCGGGAAACCCGGTGATTACCCGCTATGGTTTGCCTGCCGCAAAAGTGCTTGAATTCAAGGCTTATGCGCTCCCGCATTTTCTGGAGGCACCGGCTCGCGGCATGAAGCTCGCCGATGAAGGCCGGGCGAGAACGATGTATGACCGGATCAAGGCATCCGATCTGTATGATTCCGCGCTCGGAATGTATAAAACGTCCGTCAGCCTGGAGGGAGAAACCGATGAAATCGGACGCATCCGTGCATTTACAGCCGGCTGGCTGGAGCGGGAATCCGTATTTTTGCATATGACCTATAAATACTTGCTTTCATTATTAAAAGCCGGATTGTATGACGAGTTTTTCTCGGAGATCAAAACGTCCCTCATCCCTTTTCTGGACCCGGCTGTTTATGGACGCAGCACGCTGGAGAACTCCTCGTTTATTGCCAGCAGCGTGAATCCGGATCCCCACGTGCATGGACGTGGTTTTGTGGCAAGGTTGAGCGGATCGACGGCCGAATTCCTAAGCATGTGGATTACGATGATGGCAGGAAAAAAGGTATTCCGATACGAAGGCAGCCAGCTGCAGCTTCATCTGAACCCCGTTCTCCCAGCGTGGCTGTTTGACGAGAATCAAGAAGTGTCGTTCACCTTCCTTGGGGCCGTCAAGGTGACGTATCGCAGCGAGCGCGCAGCCAATACGTACGGTCAGGACGGCGTTACGATTCACCGTTTAACTCTCACCACGGTGGGAGGAGATTCGATCGAAGTCGATGGGCCTCATATTACAGGTGAGTTGGCTCATGAAGTCCGTAACGGGAACATCCGGTCCATTCACGCTGTAATGAAATAG	MSNYRFEKDTFVIEQYDHAKPFSSFLPGIAGLKGIPMWTFYVNRGQGICSFGIRDKNSPIMEFSPANISYKNVSTTGFRTFIKMAGAPVVYEPFQSFQPDSKAKRTMLIRQNELFIEEEHAGNGLRTSVSYFQLPGEDFAALVREVSVTNIGAQPVSLELLDGMPEILPYGVENSGYKEVGNLLRSWMEVENLERGIPFYKVRSSTHDEAEVSEVTSGHFYLSFDQHGKLIQPFVDFELIFGENTSLIHPDRFAVSSVEALMNAKPYAVNKVPCGFSGVSATLEPGETVTFYTLVGHVNDIGKINKRSKDLCSPAYILRKREEASALTRELTEDVATKTGLPLFDEYSRQSYLDNFLRGGYPFLFDNGKEGAVVHLYSRKHGDLERDYNFFSLAPEYYSQGNGNFRDMNQNRRNDVFFHPKVGTFNIRMFFSLIQADGYNPLSVEGTKFRVSEGKKQELEKLLRASAAQEDYEKLAKACDGDYTPGKIINAISDQGIRLEISEERFLSGLLTISDQHFAASFGEGFWSDHWTYNMDLVDTYLDIYPDRYEELLFGENAYTFFDSPVFVLPRSEKVVISRGKVRQYGALLEDEEKLNKLGRKRNAAEWLRVDGGLGDIYRTNLFVKMISLSLNKMATLDPYGMGVEMEANKPGWNDAMNGLPGLFGSGMSETMELKRMVAFIVDAAERFGHRVILLPEEIASYLESVYEAVQLYQSGSLDSFGYWDLVAGQRESYRASVRYGISGREVEISVKNVKSMYEAFLDKIEEGIQRAEQMGGGIVPTYFRFEAERFEKVRDAAGNPVITRYGLPAAKVLEFKAYALPHFLEAPARGMKLADEGRARTMYDRIKASDLYDSALGMYKTSVSLEGETDEIGRIRAFTAGWLERESVFLHMTYKYLLSLLKAGLYDEFFSEIKTSLIPFLDPAVYGRSTLENSSFIASSVNPDPHVHGRGFVARLSGSTAEFLSMWITMMAGKKVFRYEGSQLQLHLNPVLPAWLFDENQEVSFTFLGAVKVTYRSERAANTYGQDGVTIHRLTLTTVGGDSIEVDGPHITGELAHEVRNGNIRSIHAVMK				NA	NA	NA	NA	NA
JZ016_01837	1011	exuR_3	COG1609	putative HTH-type transcriptional repressor ExuR	TTGACAACGATTTATGATATTGCCAAGAAAACAGGCTATTCGCCTACGACGGTGTCGAAAGTCTTCAACAATTATCCGGATGTCCGGGAGAAGACGAGAGCCAAGATTCTGGCAACCGCGAAGGAAATGGGCTATCTTCCTAACGCAAACGCCAGATCGCTTACGACGAAGAGATCCTGGACCATTGGCATTCTCTTTGTGGAGGCTACAGGAGCAGGGATTCGTCACCCTTATTTTGGAGCCGTCATCGAAAGTTTTAAGAAAATTGCCGTATCCAAAGGGTATGATCTGATGTTCATCTCCAAGGATGTCGGCGGCCGAAGAAGCAGTTATGTGGAGCATTGCAAAATTCGGGGCGTCGACGGCGTGGTCGTCATTCTGTCGAGCAGCGAGGACCCCGATTTCAAGGAGCTGCTGGATAGCGGCATACCGTGCGTCATTCTGGACTCGTCACCGGAGCATGTGCATTCGGTTTACTCCGACAATATTGGGGGGAGCATGCTGGCACTTCGGTATTTGCATTCGCTTGGACATCGCAGCATTGCCCATATATCGGGCGGATTGAATACGTTTGCAGGCGAGCAGCGTCAGCAGGGCTATGAGCAAGCCCTACGGGAGCTTGATCTGGAACGAAGGGAAGAGTACATAACAGGCAGCGATTTTTTCTCCATCGAGAGCGGATATGAAGCCATGAAGAGGCTGCTGGGGCTGGAGGATCGGCCGACAGCTGTTTATGCCGCTGGAGATCTGCTTGCGCTTGGAGCTATCCGTGCCGTGCAGGATCATGGCTTGAATGTACCGGGAGATGTGTCCATCATCGGTTTTGATGATATAGAAATGTCCCGTTATATTACCCCTGCGTTAACGACCATACGCCAGGATACGGAGCAGCTGGGCACCGTTGCGGCAGAGATCCTTCTTACTTCGATCGAAGAACAAGACGCACCAGTACAGTCGGTTATGCTGCCGGTTCAATTGATTATCCGGGAATCCTGCCGCCCGGTCACTTAG	MTTIYDIAKKTGYSPTTVSKVFNNYPDVREKTRAKILATAKEMGYLPNANARSLTTKRSWTIGILFVEATGAGIRHPYFGAVIESFKKIAVSKGYDLMFISKDVGGRRSSYVEHCKIRGVDGVVVILSSSEDPDFKELLDSGIPCVILDSSPEHVHSVYSDNIGGSMLALRYLHSLGHRSIAHISGGLNTFAGEQRQQGYEQALRELDLERREEYITGSDFFSIESGYEAMKRLLGLEDRPTAVYAAGDLLALGAIRAVQDHGLNVPGDVSIIGFDDIEMSRYITPALTTIRQDTEQLGTVAAEILLTSIEEQDAPVQSVMLPVQLIIRESCRPVT	PGPT0017992_10597	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_01838	1209			hypothetical protein	GTGAAGAAAACATGGCTGCTGGGCTTTGGCTTTTTCAGCATTAGCATTACCTGGGCGCTGTACAATGCGTTTGTGCCCTATTTTCTGGAGGATTACATATCTAGTGTTGCCCTGATCGGTTTCTTTATGACGATCGACAATTACTTTGCCTTGTTCTTGCAGCCATGGATCGGAAGTCGCAGCGACAGGACCCACACCCGGTACGGCAGAAGAATGCCTTACCTGCTCATCGGTATGCCGCTTGGCGCTCTGTTTACCGCAATCATTCCGTTTCACAACGGGATGGCGACATTGATACTGTTCATGGTCCTCATGAACCTGGCCATGAGTCTGTATCGTTCGCCTACCGTTTCATTAATGCCGGATATTACGGAGGAGAAACGCCGCACGAGAGCCAACGGCATCATTAACTTTATGGGCGGCATAGGGTCCATATTGGCTTTTGGCGTGGGCTCGGTGCTGTACAGTGCTCATCAGTCCCTGCCTTTTATTGCCGCAGCGGGCATAACGCTGGTGTCGTTGTTCATTTTGAGAACGTTTATCCAGGAGAAGCGTGACGCTCCAGGCTATCAGGCTCAGACGGCCGCCAAATCTAAAGTTTCCTTCAAGAGTCAGATCAATCGGACGACGGTGCTGCTCTTGGCGGCGATATTTTTCTGGTTTGTCGCATATCAAGGGGTTGAGACGCTGTTTACTTTGTACGGGAAAAACGAGATGGGGCTAACGGAATCGCAGGCTTCCTTTTCCCTGACGTTTTTTTCGCTCGCCTTTGTTGTGTTCGCCATTCCAAGCGGATGGCTTGGCGGTAAATTCGGCAAGAAACGGATGATTCTGATCGGAGTCAGCGGGCTATTGGTTGTCTTTGCGCTCGTACCATGGGTTGAGTCACTGCTATTGCTTCGCATATTGCTGACCGTTGGCGGATTATTCTGGGCTTGCATCAATATCAACTCCTATCCATTTATCGTATCTACAGGATCGGAGGACAGCATTGGGACACGGACGGGAATGTACTATTTGGTATCCTCACTTGCGGCAATCTCGTCACCGCCTCTTCTGGGCAAGCTTATTGATGGCATGGGTTATTCGATTCTGTTTTATTGCGCCGCAGGCAGCATGCTGCTCGCGCTGATCTGCGTGCTGATGATCCGGCATCAGGAAACGGAAAGCCCTGCAAACTCGCAGACCGCTTCCGCCAGCTTGTCCTAG	MKKTWLLGFGFFSISITWALYNAFVPYFLEDYISSVALIGFFMTIDNYFALFLQPWIGSRSDRTHTRYGRRMPYLLIGMPLGALFTAIIPFHNGMATLILFMVLMNLAMSLYRSPTVSLMPDITEEKRRTRANGIINFMGGIGSILAFGVGSVLYSAHQSLPFIAAAGITLVSLFILRTFIQEKRDAPGYQAQTAAKSKVSFKSQINRTTVLLLAAIFFWFVAYQGVETLFTLYGKNEMGLTESQASFSLTFFSLAFVVFAIPSGWLGGKFGKKRMILIGVSGLLVVFALVPWVESLLLLRILLTVGGLFWACININSYPFIVSTGSEDSIGTRTGMYYLVSSLAAISSPPLLGKLIDGMGYSILFYCAAGSMLLALICVLMIRHQETESPANSQTASASLS	PGPT0003185_684	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003185-blt-K08153	NA	NA
JZ016_01839	897	glpQ_1	COG0584	Glycerophosphodiester phosphodiesterase	ATGCAAATCAGTCAAACCATTCAAAAAATTAATTATCTGCATGACAGGGTTTCGTTCAACGATGTGGAATATGAAAAATGGAATGATAACATAGCTCTAACAATTGCGAGCTATATTTATAGTACAAACCAATATCTAACCACTCAGGAGGAAGTACAAATGTCACAATTGATTAATTTTGCACACCGCGGGTCATCGGCCATATGTCCCGAGAATACGATGGCTGCTTTTGCCAAAGGCTTGGAACAGGGAGCTACCGGGATTGAAACCGATGTTCAGATGACGAAGGATGGAAGGCTGGTTCTGATCCATGATGAGAGTGTCGCCCGTACCACGGGGGCCGAGGGGCTAGTCAAGGATTATACATACGATGAGCTGGCCAAGCTGGATGCAGGCTCATGGTTTGGAGCGGTTTTTCAAGGGGAACGGATACCGCTGCTGGAAGAACTGCTGGAATTAACGAAAAATCACGGCACGATTGTTAATATCGAGCTGAAGAACGGATCGATTCAATATCCCGAGCTGGAAAAGCGCGTGATCGAGACCGTAAGACATTACAATATGTCAGAGCAAATCGTCATCTCAAGCTTTAATCATTATTCCCTGGTGGAGTGCAAACATATTGATCCTGAAATACGAACTGGCCTGTTGTATGGCGAAGGGTTATACAAACCGTGGGAGTATGCCAAATTGGCTAAAGCGGATGCTCTTCATGCATACCATCGCGCAGTTCTGCCGGAATGGGTAGAGGAAGCGAAACAGCATGGCGTAGTCTATCACCCTTGGACCGTCAATGACGAGGAGCAGATGAAAGCCTTGATCGATGCCGGCGTGGCGGGCATTATTACGGATTATCCGGATGTACTCGGAGGATTGCTACAAATTAAGGGAGCGTGA	MQISQTIQKINYLHDRVSFNDVEYEKWNDNIALTIASYIYSTNQYLTTQEEVQMSQLINFAHRGSSAICPENTMAAFAKGLEQGATGIETDVQMTKDGRLVLIHDESVARTTGAEGLVKDYTYDELAKLDAGSWFGAVFQGERIPLLEELLELTKNHGTIVNIELKNGSIQYPELEKRVIETVRHYNMSEQIVISSFNHYSLVECKHIDPEIRTGLLYGEGLYKPWEYAKLAKADALHAYHRAVLPEWVEEAKQHGVVYHPWTVNDEEQMKALIDAGVAGIITDYPDVLGGLLQIKGA	PGPT0018470_7236	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
JZ016_01840	468	slyA_3		Transcriptional regulator SlyA	ATGAAAGGTGTGACTTGTTTCTTGAAAGTGCCTAAACGCAACCCCTCCATCGGTTTTCATCTGGGTTACACCTATCGCCGCGCATCGCATTTGTTTGCCAATGCCCTGAAGCCCTATGATATCACCCCCGAGCAATGGCTGGTTCTATACCACATCGGAGAGCACGAAGGGTTAAATCAAAAGGAAGTTGCCGCCAAAGCGGATAAGGACCAACCAACCACTACCCGTATTTTGGATCTGCTCGAGAAAAAAGGGTATACTCGCAAATCCGTTTCGGTTAACGACCGGAGAGCTTTCCAGCTCTTTTTGACGGATACAGGCAAAGAATTGATCGAGGCAACCACAACCATCGAAAGTCAATGCGGAAGCCAGTTAATCGAAGGCATTGACGATCATCAATTAGAGATGTTCTGGGACACGCTCTCGCGCATCAATGCCAACATACACAACTTAGACAAACAGGAGTGA	MKGVTCFLKVPKRNPSIGFHLGYTYRRASHLFANALKPYDITPEQWLVLYHIGEHEGLNQKEVAAKADKDQPTTTRILDLLEKKGYTRKSVSVNDRRAFQLFLTDTGKELIEATTTIESQCGSQLIEGIDDHQLEMFWDTLSRINANIHNLDKQE	PGPT0016255_777	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0016255-sylA-K06075	NA	NA
JZ016_01841	1239	yfcJ_1		putative MFS-type transporter YfcJ	ATGAATGAAATGAATACAAAACAACGATTATGGACCAAAGAATTCATCACCTTGATGGTCAGCAACCTTTTTCTGTTTCTGACCCTGCAGATGATGCTGACCACGCTGCCCGCATATGCCAAGGAGGCGTTTATGGCAAGCCCGCTGCAGGTCAGCCTGATAACCAGCGTGTTCGCCTTCAGCGCGATCGCTTCCCGCTTCGTGTCAAGTAAAGCGCTGGAAAAAGGGAAGCTGCGCCTGCTCCTGTACGTCGGGCTGTTCATTTCACTGGCAGCTACGCTCGGTTATTACTGGGCATCCGGCATTGCCTTTCTGCTGCTGATGCGCGTTTTGTTTGGCATCGGCTTTGGCATGACCAGCACCTCGTTTCCTACGATGGCATCGGACGTCATCCCGATCAAACGGCTGGGCGAGGGCATGGGGTACTTCGGTTTATCCACTACGCTCGCTATGTCGATCGGACCGATGATCGGCTTGACGCTCCTGCAAGACGGGGGGTTCACACCGCTTGTGATCATCACCGTCATGATCAATGTACTTATCTTCCCGCTCGCCTACGTTTTGACGTCAAGATCAGCAAAACGAAATATGGAGCTCCCCGCAGCGGTTCAACCTCGAGTTGAGGAGCAACCTAAAGGTTCATTCAATAAAAAGCTGATTCTGCCCAGCGTCCTTAACTTTTTGATGTCCATTACGTACGGCGGACTGTTGAGCTTCATGGCGTTGTTCGGCACCGAGGCTCACCTCCGGAATCCCCAGTATTTCTTCTTGTTCAATGCCATTGCCATTATTTTGGTGCGGCCGTTCTCCGGCAGAATCTATGACCGGTATGGACACAAGGCACTGGTTATACCCGCTGCTATTCTAATGGTCGCCGGTTTGTTGTTACTGACCTTCGCCACATCGACGGGAACTATGCTGTTATCGGCATTATGTTATGGCCTTGGCTTCGGTGCAATGCAGCCATCCATCCAGACCTGGATGATTCAGGAGGTTCATCCGCTGCAGCGCGGCATGGCCAACGGCATGTTCTTCAACTCTCTGGATTTCGGTGTCGCTATCGGCTCGATCGCGCTCGGTTCCATCGCCAAATCCACTTCCTACGCGATCATGTACCGTTATTCAGCCATTGCGCTTGTGATGTTAATCCTGATTTATATCATCATGCAGGTAACCGGACAATCACGCATCAAAAGAATGTCACAGCTTGAGGATACCGAACCCACTGCTGCTGGTTAA	MNEMNTKQRLWTKEFITLMVSNLFLFLTLQMMLTTLPAYAKEAFMASPLQVSLITSVFAFSAIASRFVSSKALEKGKLRLLLYVGLFISLAATLGYYWASGIAFLLLMRVLFGIGFGMTSTSFPTMASDVIPIKRLGEGMGYFGLSTTLAMSIGPMIGLTLLQDGGFTPLVIITVMINVLIFPLAYVLTSRSAKRNMELPAAVQPRVEEQPKGSFNKKLILPSVLNFLMSITYGGLLSFMALFGTEAHLRNPQYFFLFNAIAIILVRPFSGRIYDRYGHKALVIPAAILMVAGLLLLTFATSTGTMLLSALCYGLGFGAMQPSIQTWMIQEVHPLQRGMANGMFFNSLDFGVAIGSIALGSIAKSTSYAIMYRYSAIALVMLILIYIIMQVTGQSRIKRMSQLEDTEPTAAG				NA	NA	NA	NA	NA
JZ016_01842	1281	ymfD_1		Bacillibactin exporter	ATGGAAAACAAGAAATGGGATCTGGTTGCCCTTGCATCCATACCACTCATCATGACGTTAGGCAATTCCATGCTGATTCCCATTTTGCCGCAGATCTCCAAAGCTCTAGGGATCAGTTCCTTCAAAGTTAGTATGCTTATAACGGTGTATGCTGTTGTAGCCATCTTACTGATCCCGATTGCCGGTTATTTATCGGATCGGTATGGACGAAAGAAGATCATCATCCCTAGCTTGATTATTGCGGCATTAGGCGGAGCTGTCTCGGCTGTGGCTGCCTGGATGCTGAGTGGGACGGCGGCATATTACGTTATTTTGGCAGGACGGTTTCTACAGGGAATTGGTGCTGCCGGGGCATTCCCCATTGTCATTCCGCTTGTCGGCGACATGTTTAAAGAGGAAGAAAAGGTCAGTAAGAGTTTGGGCATTATCGAAACCTCCAATACGTTTGGCAAGGTAGTCAGTCCAATACTGGGCGCCCTGCTCGGAAGTTTTATCTGGTTTTTGCCTTTTATAGCGATTCCGGTTCTTTGCCTGATCTCTATCGTGCTTGTCATTTTTCTTGTGAAGACACCCAAGTCGAACAACGACGATAAACAATCCATACGCGAGTTTTTGAAAACAACCAGGCAGGTTTTGCACGAGAAGGGAAGATGGCTGTATGCGATATTCGCCATCGGCGGCATTGCGATGTTTGGCGTGTTCGGCGTGCTTTTCTATTTGTCGGAGACGCTCGAGAGCACTTACAATTTGCACGGTGTGATAAAAGGGCTTGTGCTTGCGATTCCGCTGGCTTTGTTATGTCTGTCTTCCTATTTAGCCGGTAAATTCACGGGCAAAAATAAAGCGGCTAAAAAGTGGACCGGTTTCGCGGGTATGGCCATTTTGACGGCTTCCCTGATTGTCACCGGATTTAGTTCGCAGATTTATTTTGTCGTCGGTATGATGACACTTGGCGGCATCGGGATCGGGATGGTACTGCCATGCATGGACACGCTGCTGACGGAAGGCATAGAGAAGGAGCAGCGAGGTACCATTACCTCGCTATACAGCAGTATGCGTTTTATCGGCGTATCGCTCGGACCTCCAGTTGTCTCGCTGCTCCTCGGGGCGAATCATTGGGTGCTGTTCGGCACTTTGGCAGCCGTCGCGGCTGTAGGCAGTCTGCTCACCTTATTCGCCGTGAAGCCGGAGGCAAAGGAAGACGATACCGGAGGGAATTCATACCGAGTCGACTTCAAGAAACCCCAGGGCTTGAAAAAGAAAGGTCTTGTCCATAAATAA	MENKKWDLVALASIPLIMTLGNSMLIPILPQISKALGISSFKVSMLITVYAVVAILLIPIAGYLSDRYGRKKIIIPSLIIAALGGAVSAVAAWMLSGTAAYYVILAGRFLQGIGAAGAFPIVIPLVGDMFKEEEKVSKSLGIIETSNTFGKVVSPILGALLGSFIWFLPFIAIPVLCLISIVLVIFLVKTPKSNNDDKQSIREFLKTTRQVLHEKGRWLYAIFAIGGIAMFGVFGVLFYLSETLESTYNLHGVIKGLVLAIPLALLCLSSYLAGKFTGKNKAAKKWTGFAGMAILTASLIVTGFSSQIYFVVGMMTLGGIGIGMVLPCMDTLLTEGIEKEQRGTITSLYSSMRFIGVSLGPPVVSLLLGANHWVLFGTLAAVAAVGSLLTLFAVKPEAKEDDTGGNSYRVDFKKPQGLKKKGLVHK	PGPT0003580_165	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003580-ymfE-K08221	NA	NA
JZ016_01843	1710	yoaH	COG0840	Putative methyl-accepting chemotaxis protein YoaH	TTGCGGATGAAGATAAAAACAAAATTAATTCTTTCGTCTACGATTCTTGCAGTGGTAACGTCGGTAATCGTAATTATCGCGTTTATCACTTCGAATATGACGGAGAAGAGGTTCAGCAAGATTATTGAAGTGGATCAGAAGGTCATTTATAACCTGACGCAATTGGAGACTCTATTGACGGGCGTCTCTAATGATGAACGGGGGTACCTATTGACCGGTGATTCGACCTTTGCAGATTCATTGAAAGCGAAGCAGGAGTCCGTCACCAAACTCATGGCCGAAACCAAAGGCTTGATGACGGCTGAGGAAGACCGCAACGTTTTTAACGAGATCGAAACCGGGTATGTCATATACACCGAAGCCGTGAATGAGGTGTTAAACAAATTAGGGTATGACACCGGTTTTTACAAGGCTGTACCGTTCCGGGTATATGAAGCTGCTTTTAACCAGGAACGCGAGGTGCGCAAGTCCTTCAGTACGCTTATCGGACAATTTACAGTACATAAAAATGAAGCCTTGGCTAAGCAGGCTGATCAGATTGCGGCCAGCAGCCGATTTCAGAATTTGATCATTATGTTGATCGGAGTTGCAGCCGTTGTTTATTTTGCCATACAAGGATATCTTCTTACCCGTTCGATTCGTCCTTTGAATCAGATGAGCGATCAGCTATTGAAGATTGCCGAAGGCGGAGGGGATCTGGTTACCCGATTACAGATCAATACGAAAGACGAAATCAGGGATGTAGCTGACGCATATAATAAATTGGTCGATGGCTTCAGGGAACTCGTCGTACAGGTGCAGGATACGGCCGGCAAAGTCGGTATCGCAGCTTCGACGCTGCACTCCACAACCGAGGAGATTCGTCAAGCTTCCCAGCAAACCTCAGGTATTATGGAAGAGCTGGCGGCCGGGGTAGAGAACCAGCTTCAGGATACGGAGGAAACGACGGCTACGGTAACGGACATGGCGGAAGGAATGAAACACATCGCGCATGCCGCCCAAGACGTCTCCGGCTTGGCAGCAACGACGAACCAGCTTGCGGCTGAAGGGGAACAGGCACTTATCCATACACTGTCACAAATGGAAGGCATACGCACCAGTGTGGATCAATCCGCGCAATCGGTGCGTGCGCTCGGCGAAAAGGCCTCCAACATTGGAGCGATGGGTCAGATCATTATCGAAATTGCGGAGCAAACATCATTGCTTGCCTTGAATGCCTCAATTGAGGCCGCTCGGGCGGGCGAGCATGGCAGAGGTTTTGCGGTTGTAGCGGCGGAGGTCCGGAAATTGGCTGATCAGGCATCGAACTCCTCCGTCGAAATCAGACAATTCGTCCATGAACTTCAGCAGGATATTGTTGATCTGGCCGGTGTTATGGAGCAGGGGACCCGCGAAGTGACCGAGGGCATGAATGTGGCACAAGGAGCCGAGAGGGCCTTTAAGGACATTGAGCAATCCGTCGGTGAATTGAATGAACAAATTCAGAGTGTCACCGCTGCAACAGAGCAGATGAACTCCGGAGCGGGAGAGCTTGTTCACGCCATCCGCCGAATCCAGGAGGTCACCGAGACGACGGCAGGGGGAACTCAAAGCGTCAGTGCCGCCACGGAAGAGCAGCTGGCCTCAATGGAGGAAATTACCAATTCCGTTGAAGATTTGAATGTCATGTCCAGCAAGCTTCGGCAGTTGATGTCCGGCTTTAAAGTATAA	MRMKIKTKLILSSTILAVVTSVIVIIAFITSNMTEKRFSKIIEVDQKVIYNLTQLETLLTGVSNDERGYLLTGDSTFADSLKAKQESVTKLMAETKGLMTAEEDRNVFNEIETGYVIYTEAVNEVLNKLGYDTGFYKAVPFRVYEAAFNQEREVRKSFSTLIGQFTVHKNEALAKQADQIAASSRFQNLIIMLIGVAAVVYFAIQGYLLTRSIRPLNQMSDQLLKIAEGGGDLVTRLQINTKDEIRDVADAYNKLVDGFRELVVQVQDTAGKVGIAASTLHSTTEEIRQASQQTSGIMEELAAGVENQLQDTEETTATVTDMAEGMKHIAHAAQDVSGLAATTNQLAAEGEQALIHTLSQMEGIRTSVDQSAQSVRALGEKASNIGAMGQIIIEIAEQTSLLALNASIEAARAGEHGRGFAVVAAEVRKLADQASNSSVEIRQFVHELQQDIVDLAGVMEQGTREVTEGMNVAQGAERAFKDIEQSVGELNEQIQSVTAATEQMNSGAGELVHAIRRIQEVTETTAGGTQSVSAATEEQLASMEEITNSVEDLNVMSSKLRQLMSGFKV	PGPT0015710_16100	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_01844	2331	helD_2	COG3973	DNA helicase IV	ATGGCTATCAGCGAACAGGATTGGCAAGAAGAACAGGCGCGGGTAACGGAAGTGACAACGAAAATCGGTAATAAAATATCTCAGCTGGAAGCGAGCGTCGGGGATATCCGTGAAGTCGTTATTGATATGCGGAAAGACTTCTGGGACGAAGTAACGGTCAACTTCAGCAACCCGGACGATTTGGGTGAAACGTCCACCAACCTGAGGCAGCAGTCGCAGGTGCTGGCGGAACGTGAGCATGCTCATCTGCAATCCAGCAAGCTGCTTAAGAAATATAGAAAACTTGTGGAGTCCCCTTACTTCGGACGCATTGATTTTCAGGAGGAAGGAACCGCGGAGACGGACATTATTTATTTGGGAACAGGATCTTTTTTGGATGAACATATGGAGACGTTTCTGGTTTACGATTGGCGGGCTCCAATCTCGAGCTTGTATTATGATGGGGCGCCCGGCCCGGCCCAATACGAAACGCCCTCGGGCACGGTTAAAGGCGAAATGCTGCTTAAGCGCCAATTCGTCATCCATAACGGCGAGATCAAGGTGTTGTTTGATACCGGCGTAACCATTGGAGATGAGCTGCTGCAGCAGGTGCTCAGCCATAGCGCGGATGATCGGATGAAGAGCATCGTAGCTACGATTCAGAAGGAACAGAATGCCGTCATCCGAAACGACAAAACCCGCATGCTGATCGTTCAGGGGGCTGCCGGCAGCGGCAAAACCTCAGCGGCACTGCAGCGGGTAGCTTATCTGTTGTATAAGTATCGGGAGACGCTTCGGGCCGACCAGATGATTCTGTTCTCTCCGAACCCCCTGTTCAATAGTTATGTATCCACGGTGCTTCCGGAGCTTGGCGAGGACAATATGCAGCAGACGACCTTCCAGTCCTATCTGGAACACCGGCTGGGCAAGGAGTTTGAGCTTGAAGATGTGTTTACGCAGACAGAATCCTTGCTGAATGCGGACGATTCGCCGCATTACCGTGCGCGACTTGAGAGCATATCCTTTAAATCCTCGGGAGCCTATCTGGATACCATCAGACGATACAAGGAATTGCTGGAGAAGGGCGGGATGCTCTTTAAGCCTGTCGTATTCCAAGGTAAGGTGATCGTCAGCGCCGACGAAATGTCCGCGCAGTTCTATAGTTATGATTCGGCGGTTAAACTCGCTGGCCGGATCGACCTGATGAAAGAGTGGATGCTCAAACGTCTGTCGGAGTTCGCCCAGAGCGAAAAAGACGCCCCGTGGGTGGAGGAGCAGATCCAGCTCCTGGATACGGAAGATTACCAGCGGGCCTTTCAAACGATGAGACGTAAGCAGAACCGGAAGTCGGACACCTTTGACGATTTCGATAAAGAAAGGGATGTCCTTGCCAAAATGGTCATCAGCAATCGGCTCAAGCCGGTTAGACGCTGGATCAAGCGGTTTCGATATGTGGATGTAAAGGGCATGTACCGAAAATTATATACCGATGAATCGCTATTTCGCCGGGCGGCCGGACATTTGGAGACGCTCCCGGACTATTGGGAGGAAATCTGCAGTCTCACCGCTGCGTCACTGGACAACAAATCGCTGCTGTATGAGGATGCGACTCCGTTCCTCTATCTAAAGGAGCTGCTTCAAGGTTTCCGCACGAACACGTCGATTCGTCATGTGATTGTCGATGAAGTACAGGACTATTCGGGATTTCAGCTGGAATTCCTGAAGCGATTGTTCCCGCGAGCGAAAATGACGGTGCTGGGGGATCTCAATCAAGCCATTTACGCACATGGAGAGGCGCTTGGCAATCTGGAAAATCTGGTGAGTCTGTACGGCGAGGAGGATACGGAGGTCATCAATCTGACGCAAAGCTACCGGTCTACGTATGAAATCGTTGATTTCACGCGGCAGATGATACCGGGCGGGGAACGGATTGTACCATTTAACCGGAGCGGCGAAGCTCCACAGGTGGTTGCAGTGAACGATAGAGAACGTCTGCATGAAGCGATAGTCTCTGATATCCGTGAGCTTCATGAACAGGGATTCCAGTACGTGGCGGTGATCTGCCGGACAGAAGAGGAGAGCAGACGCGTACACGAGCAGTTGTCGGCAGATATCCCTGCGCGATTAATTACCAAAACCACTCCTGCATTTGAGAAGGGAACGCTTGTCGTTCCTGCCTATCTGGCCAAAGGCGTGGAATTCGACGCGGTGATCATATACAACGGCTCCGAGGATGTGTACCATCGCGAAAGCGACCGCAAGTTGTTCTACACCGCGTGTACGCGTGCCATGCACAAACTTCATGTATATCATATCGGGGAAAAAAGCCACTTTATACCGGATCAAAACTAA	MAISEQDWQEEQARVTEVTTKIGNKISQLEASVGDIREVVIDMRKDFWDEVTVNFSNPDDLGETSTNLRQQSQVLAEREHAHLQSSKLLKKYRKLVESPYFGRIDFQEEGTAETDIIYLGTGSFLDEHMETFLVYDWRAPISSLYYDGAPGPAQYETPSGTVKGEMLLKRQFVIHNGEIKVLFDTGVTIGDELLQQVLSHSADDRMKSIVATIQKEQNAVIRNDKTRMLIVQGAAGSGKTSAALQRVAYLLYKYRETLRADQMILFSPNPLFNSYVSTVLPELGEDNMQQTTFQSYLEHRLGKEFELEDVFTQTESLLNADDSPHYRARLESISFKSSGAYLDTIRRYKELLEKGGMLFKPVVFQGKVIVSADEMSAQFYSYDSAVKLAGRIDLMKEWMLKRLSEFAQSEKDAPWVEEQIQLLDTEDYQRAFQTMRRKQNRKSDTFDDFDKERDVLAKMVISNRLKPVRRWIKRFRYVDVKGMYRKLYTDESLFRRAAGHLETLPDYWEEICSLTAASLDNKSLLYEDATPFLYLKELLQGFRTNTSIRHVIVDEVQDYSGFQLEFLKRLFPRAKMTVLGDLNQAIYAHGEALGNLENLVSLYGEEDTEVINLTQSYRSTYEIVDFTRQMIPGGERIVPFNRSGEAPQVVAVNDRERLHEAIVSDIRELHEQGFQYVAVICRTEEESRRVHEQLSADIPARLITKTTPAFEKGTLVVPAYLAKGVEFDAVIIYNGSEDVYHRESDRKLFYTACTRAMHKLHVYHIGEKSHFIPDQN				NA	NA	NA	NA	NA
JZ016_01845	1059			hypothetical protein	GTGGCGTTTGGAGCAAGAATGTTCAAAACCGGCTTAGCCGTAACGCTGGCTCTTTATTTAGCCATGCTGTTTGATTTTAAATCCCCTGTCGTTGCCGCCATAGCAGCGATTTTTGCGATGCAGCCATCCATATACAGGTCGTGGAGATATTTCCTGGACCAGCTGCAGACCAGTACGCTCGGTGCGATTCTGGCGATGCTAGGAGGATACTTTTTATCGAATCAGCCGATTTCCGTCGGTTTGGTATGTATTCTAGTAATTATGATTTGCATGAAGCTGAAAATGGGCGAGACCATCGGACTTACGCTAGTTACGGTTATCTCCGTGATGGAAGCTTCCGGTCAATGGGATTTTGCACTCAATCGCTTTATTCTGACGATTATCGGTATCATATCCGCATTTCTTATCAATATTCTTGTGTTTCCCCCGAAACCCAAGGAACAGTACATCACGCGGATTCATATTGTATTTGGCAAAATGTCGCTGCTGCTGCGCACGGCCATCTCCCACGAAATGAAGGATTCGGTATACCGCGCGGAGAAGAAGGAACTGGAATCGGCGATCAAATCATTGTCCGATAAATACAATTTGTTTGAGGAAGAGCAGAAGAAGCTGAAGCGGGCGAAGTACAGTCAAGCAAGGCAGCTGGTGGTGTATAAACAACTGCTTCAATCCCTTCGTAAAGGGTATGAAGTGCTGGATGCGGTCGAAAACCACTATTTCCAGGCGGAACGATCCGAAGAAATCGACGAGCAGTTTGATCACAATCTGGAGCGGTTAATGAAGTACCATGAGCATATTTTGTGGAAATTCGAAGATAAATTGAAACCGAATGAAGACGAGGCCGAGACCATGGCGGAGAACAATGAAACGTTCATGGAGCAGGTGATGTGCGGACCAGGCGCCAATCCAGGGGGGCTTCGACTGTCGGTGGTGGCCGCCTCCATGTATGATTACGGGTATCAGCTTGACCGGCTGAACCGGGTCGCGGATCAAATCAGCCGTGTCGTGGATGATAAAGAGCAGGAGGAAGCCTTGTTCTCGTGGCTGCGTAAATAA	MAFGARMFKTGLAVTLALYLAMLFDFKSPVVAAIAAIFAMQPSIYRSWRYFLDQLQTSTLGAILAMLGGYFLSNQPISVGLVCILVIMICMKLKMGETIGLTLVTVISVMEASGQWDFALNRFILTIIGIISAFLINILVFPPKPKEQYITRIHIVFGKMSLLLRTAISHEMKDSVYRAEKKELESAIKSLSDKYNLFEEEQKKLKRAKYSQARQLVVYKQLLQSLRKGYEVLDAVENHYFQAERSEEIDEQFDHNLERLMKYHEHILWKFEDKLKPNEDEAETMAENNETFMEQVMCGPGANPGGLRLSVVAASMYDYGYQLDRLNRVADQISRVVDDKEQEEALFSWLRK				NA	NA	NA	NA	NA
JZ016_01846	690			hypothetical protein	TTGAGCGGACAGAAGCTACACACGACTTCAGGAAGACAACGCTGGATTTTCCTCATATCGATAATCAGCTTGATCGGATTTGCCACGCTGGCTGCTTTGGTAAAGCGGCAAAGCCTGGCAACGTTTGATTGGGCGATCCTAACAACGGTACAAGCCTGGGAGCATCCGCTTATCACGGATATTGCTATCGGGCTGTCGTTTATAGGCTCCATCGGACCGGTGATTGTGTTATGTCTGATTGTAATCGCCGTGCTATATTGGGTACTGGGGCACCGCATGGAGATTCTTCTCCTTATTGTGGTCGTCTTCGGTTCATCTATTCTGAATTTATTATTAAAATGGGTCTTTCAACGGGCAAGGCCCGACATCCACCGCTTAATTGAAATTACGGGATACAGCTATCCCAGCGGACATTCCATGGCCGCCTTCTCATTCTACAGCGTGCTCACTTACTTGTTGTGGAGACATATTGACAGCAGGGCGGGGAGAGGAATATTAATATCCATCTCCGTCACCATGATTCTCGGCATCGGATTAAGCAGGGTCTATCTCGGGGTCCACTATCCAAGCGATATTGTTGGTGGATATCTGGCTGCTTGTGCTTGGCTTGCATTTCTGGTCCGATCTTACGAGAAGAGGATGGGAAAGCGGGCCAATTCGGAAGATGTGAATGAATCAGAAACTGCATAA	MSGQKLHTTSGRQRWIFLISIISLIGFATLAALVKRQSLATFDWAILTTVQAWEHPLITDIAIGLSFIGSIGPVIVLCLIVIAVLYWVLGHRMEILLLIVVVFGSSILNLLLKWVFQRARPDIHRLIEITGYSYPSGHSMAAFSFYSVLTYLLWRHIDSRAGRGILISISVTMILGIGLSRVYLGVHYPSDIVGGYLAACAWLAFLVRSYEKRMGKRANSEDVNESETA	PGPT0024170_411	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302	NA	NA
JZ016_01847	645	yhfK	COG0702	putative sugar epimerase YhfK	ATGAAGGTTCTCGTTGTCGGTGCCAACGGCCAAATAGGCAAACAGCTTACCCATCTGTTGCAAGAGCATGAAGGTTATACCGTAAGAGCAATGGTACGAAAGGAGGAGCAAGCAGCCCCATATCAAGCTGCCGGAATAGAGTGTGTTCTTGCGAACCTGGAAGGGTCGGTCGAGGAGCTTGCGGATGCAGCGAAGAATTGCCAGGCGGTGGTATTCGCTGCCGGCTCGGGCGGAGCTACTGGATACGACAAGACTCTGTTAATCGATCTAGACGGAGCCGTAAAAATGATGGAAGCCGCCGAGCAGGCGTCTGTTAGGCGCTTTATGATGGTGAGTGCAATTGGGGCCCATCATCGGGAATATTGGAGTGAGGAGATCAAACCGTATTATGCCGCCAAACATTACGCGGATCGCATGCTTCGTCAGAGCAGCCTCACGTACACCATCATTCGTCCTGGAGGACTTACGAATAACCCTGGTACCGGACACATCGCCGCTGCGGAAAATATACGGGGCGGTTCGATTCCGCGCGAGGATGTAGCGCGAACGATTCTGTTATCACTGGATGAAGAAAATACCTTCCGTCGTTCCTTCGACTTAATTTCAGGGGATACTCCCATATCCAAAGCTTTAGCCTCCATTTGA	MKVLVVGANGQIGKQLTHLLQEHEGYTVRAMVRKEEQAAPYQAAGIECVLANLEGSVEELADAAKNCQAVVFAAGSGGATGYDKTLLIDLDGAVKMMEAAEQASVRRFMMVSAIGAHHREYWSEEIKPYYAAKHYADRMLRQSSLTYTIIRPGGLTNNPGTGHIAAAENIRGGSIPREDVARTILLSLDEENTFRRSFDLISGDTPISKALASI				NA	NA	NA	NA	NA
JZ016_01848	1053	selU	COG2603	tRNA 2-selenouridine synthase	ATGTTTCAAGACATCACCGTAAAAGAATTAATGGAACTGCAAAGCAGCAAGAAGATTACTTTGATTGATGTCCGTTCCCCTTCAGAGTACAGGGATTCCACGATTCCGGGAAGTCTGAACATTCCGGTCTTCAATGATGAAGAACGGGCGGAGATCGGGACGATTTATAAGCAGGTGAGCGTGGATGCGGCTAAAGAGCGTGGACTTGCCATTATGTCGGCCAAGCTCCCGAGCTTTGTGAAGCAATTCAAGGAGATCAAGGGAGATAAGGCGGTCTATTGCTGGCGTGGCGGCATGCGCAGCAGGACGGCCGCAACCGTTCTCTCATTGATGGATATCCATGTTAACCGGATTACGGGCGGGATTAAGGCTTACCGGAAGTATGTGCTGGATACGCTGGAGCATAAGAGTCTGGACGCGGAAGCATTCGTCCTTCACGGCTTGACAGGCACAGGCAAGACGGCAGTGCTTAGACAGCTTCAGCAGGAAGGCTACCCTGTCGTGGACCTGGAAGGGCTGGCAGGACATCGCGGCTCGATCTTTGGCCATATCGGTCTACAGGCGAATAATCAGAAGACATTCGATTCGGAATTGTTTGAGCGGCTGAAGCAACTGGAATCCTCGCCGTATTTGTTATTTGAAGCGGAGAGCAAACGGATCGGCAAAATCGCCGTTCCCGATTTCCTTATGCAAAAGAAGGAGTCGGGGGTAGCCATCGTGTTGGAACTGCCGATGGGGGAGCGTGTTCGCCAGATCCTGGAGGATTACAACCCTGCGGCTTATAAAGAGCAATATTTGGCGGCCTTTCAATTAATCAAAAACAGGATCCATACGCCTATCGCCGCGGAAATTGGCAAGTCTTTGGAAGAGGGGCTGTTTGCCCAAGGAATACAGCTGCTCCTTGAGCATTATTACGATCCCAAGTACAATCACTCCTTCAGTCAATACGAGGGCAGCACGCCCATCGTTGTGGCGGTAGACCGGGTGGAAGAAGCAGTGGATGCGGTTAAAGACATATTGCGGACTCAAATGCAGCAGAAGACCGGCGCGTAA	MFQDITVKELMELQSSKKITLIDVRSPSEYRDSTIPGSLNIPVFNDEERAEIGTIYKQVSVDAAKERGLAIMSAKLPSFVKQFKEIKGDKAVYCWRGGMRSRTAATVLSLMDIHVNRITGGIKAYRKYVLDTLEHKSLDAEAFVLHGLTGTGKTAVLRQLQQEGYPVVDLEGLAGHRGSIFGHIGLQANNQKTFDSELFERLKQLESSPYLLFEAESKRIGKIAVPDFLMQKKESGVAIVLELPMGERVRQILEDYNPAAYKEQYLAAFQLIKNRIHTPIAAEIGKSLEEGLFAQGIQLLLEHYYDPKYNHSFSQYEGSTPIVVAVDRVEEAVDAVKDILRTQMQQKTGA	PGPT0004830_925	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004830-selU|mnmH-K06917	NA	NA
JZ016_01849	1053	selD	COG0709	Selenide, water dikinase	ATGAGTCAATCGGAGAAAATAAAATTAACCTCGTATTCTTCTAAAGGAGGATGCGGCTGCAAGATCGGACCTGCGGACCTGGCGCAGGTCATTCGCAAGCTCCCGCAAGCCGAGCCGAATCCTAATTTATTGGTCGGTTTAGATACAAGTGATGATGCAGGCGTATACCGTCTCACGGATGATTTGGCTATGGTTCAGACCGTCGATTTCTTTACGCCGATTGTGGATGATCCCTATGATTTCGGACAAGTGGCTGCTGCGAATGCTATCAGCGATATTTACGCCATGGGAGGCAAGCCGCTGACTGCCTTGAATATCGTGGCATTCCCGATCTCAACGCTGGACAAGCAGGTATTGACGGATATTTTGAGAGGTGCAGGAGATAAATTGAAGGAAGCGGGGGTTACCCTGGTTGGCGGGCACTCCATCGATGATAAAGAACCGAAGTTCGGCCTTGCCGTTACAGGTACTGTCCATCCGGACAGAATAAGAACCAATGCCGGCGCTAAGCCAGGCGATGCCTTGATTCTGACGAAGCCGATCGGCGTGGGTATCCTTACGAGTTCCATCAAGAAAGATCTGTTAAGCGATGAGGAGATTCGCCGAGTTACCGCGGTCATGGCCGCATTGAACAAAACGGCTGCCGAGCTCATGGAACCGTATGAGGTGCATGCTTGCACCGATGTAACTGGTTTCGGTCTCCTTGGACATGCGCTCGAAATGGCCAAGGGAAGCGGCACGGGGATCCGTATTTCCAAACCTTCCGTTCCCATTTTGGAGCGGGTTCGAGAGATGGCTGATGGCGGTGTTATACCAGGCGGTACGAAAAACAATTATGATCACGTGAAGGACGATGTGGATTTCCCGAATGACATGGATCAGATCGATAAGTGGATTCTGTGCGATGCCGTTACTTCAGGAGGACTCCTCATTGCGGTTGATGGCTCGCAGGCCGATCAGCTTCTGGCAGAGCTTCGCGAAGCCGGGCTGGAAGCCGGGAGAATCGGCCAGGTCGTGCATGACCATCCGAATCGCATTGTCGTTGAGTTATAA	MSQSEKIKLTSYSSKGGCGCKIGPADLAQVIRKLPQAEPNPNLLVGLDTSDDAGVYRLTDDLAMVQTVDFFTPIVDDPYDFGQVAAANAISDIYAMGGKPLTALNIVAFPISTLDKQVLTDILRGAGDKLKEAGVTLVGGHSIDDKEPKFGLAVTGTVHPDRIRTNAGAKPGDALILTKPIGVGILTSSIKKDLLSDEEIRRVTAVMAALNKTAAELMEPYEVHACTDVTGFGLLGHALEMAKGSGTGIRISKPSVPILERVREMADGGVIPGGTKNNYDHVKDDVDFPNDMDQIDKWILCDAVTSGGLLIAVDGSQADQLLAELREAGLEAGRIGQVVHDHPNRIVVEL	PGPT0004820_891	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004820-selD-K01008	NA	NA
JZ016_01850	1071			hypothetical protein	ATGAATCACTCAAGCGACGGCAGAATGGCCTTCGATCATTCGGATCGCAGAAGAACCATCTGGTTTATCACCGTCTTCATCATCATTGCAGCAACAGGGCTAACCTACGTAAAGTGGTGGCCTTATTATGATAAAGCGCTCAAAGCTATTATGGAGCACAGCATCGGCTCCTCCATATTAGGCATGGAGCCCGGCAATGTCGTGCCTTCTTGGCAAGCGGCTTGGGACTATGCGGTCACGTATTTTAAAGCAGTATGGAAAGCGGCGGTGCTCGGTATTCTGCTCGGGACCTTGATCCAGTCGCTACTGCCCTCCCAATGGCTGCTCCGCGTTCTCGGCAAAACCACCTTCGGCAGCACGGCGATTGGAGGAATTGCCTCCATTCCGGGGATGATGTGCTCCTGCTGCGCGGCACCGATCGCGATCGGTCTGCGTAAGAAAAAGGTGTCCGTGGGCTCCGCCCTCGCGTTCTGGATCGGCAATCCGACCATCAATCCGGCAACCCTCGTCTTTATGACGTTTGTTTTATCCTGGAAATTTACCGCGCTGCGTTTAGTCTTCGGCCTCATTCTGACCTTTGGCGTCAGTTACCTGGCTAACCGCTTCGCCAAAGAGGTGGATCCGGTAGAGATTGACGCGCCGGAGAGCACCGATCAAACCGATGAACGTCCGCTGTGGAAACGCTGGCTCGCCAGCATCGGTCATATGTTGATTCGCGTGGTTCCGGCGTATTTGATAGCCGTGCTTCTCCTTGGCGCACTGCAAGTGTGGATGTTTCCGCATCTGGGAGCTGCTGCAGGAAACACGCTGCTGGCCGTCATCTTCTTCTCCGTGATGGGAATGCTGTTTGTCATTCCAACCGCAGCGGAAATCCCGATCATTCAGGCCTTTATGGCAGCGGGTCTCGGAGCGGGCCCGGCCGCAGCGCTGCTTCTGACGCTGCCGGCCATCAGTCTTCCGTCCCTGCTCATGGTACGACGCTCATTCCCGAGGAATGTCATGTGGTTTGTTGTTGCTTCTGTAGTGCTGCTCGGAATCGTATGCGGTATAGCGGGCATGCTGATCCTGTAG	MNHSSDGRMAFDHSDRRRTIWFITVFIIIAATGLTYVKWWPYYDKALKAIMEHSIGSSILGMEPGNVVPSWQAAWDYAVTYFKAVWKAAVLGILLGTLIQSLLPSQWLLRVLGKTTFGSTAIGGIASIPGMMCSCCAAPIAIGLRKKKVSVGSALAFWIGNPTINPATLVFMTFVLSWKFTALRLVFGLILTFGVSYLANRFAKEVDPVEIDAPESTDQTDERPLWKRWLASIGHMLIRVVPAYLIAVLLLGALQVWMFPHLGAAAGNTLLAVIFFSVMGMLFVIPTAAEIPIIQAFMAAGLGAGPAAALLLTLPAISLPSLLMVRRSFPRNVMWFVVASVVLLGIVCGIAGMLIL				NA	NA	NA	NA	NA
JZ016_01851	1194	prsA_1		Foldase protein PrsA	ATGAAAGATAACGATTTGCAGCCAAACCATCCGGGGCAACCCGAGGATGAACAAGGACAAGCCCAAGAGAAAGAGAATAACCAACAAGATCCGGGCAGCTTGTCTCATGAAGAAGAAAGAATAGATTCAACCTATCCGGAGCCCATCGAGCTTCACAAGGATGAGAACGAACAGCCTGCACTCATGCATCCGGCAGGGGATCAACCGCATTTCGATGAACAGTCTCCTGCAGGTGGCGGCGGTAACGGAAGCAAAGGTTGGATGATCGCTTCGCTCGTATTGGCGGCAGCGTTAATCGTCGTCCTGATTGTCCCTCCGTTTGCCAAAGGATCCGGCAATGAAGCTATAGCTAAAGTCAATGACGTTAACATTACCAAGGATAATCTGTATGATGAGCTTGTCAGCGCAGGCGGTAAACAAACACTCAATTCCATGATCACAGAGGAATTGATCCAGCAGGAGCTGAAGAAGAAATCCATAACGGTGACCGACGCTGATGTAAGTAAAGAAGTGGATGCCTTGAAGGCGACCTTCCCATCCGAGGACCAATTCAATATGCAGCTTCAGCAAGCCGGCATGACGCTCGACGATCTTAAAGAACAGACCAAAACCCAGGTCGAGCTCAAAAAGCTGATGGCCGATAAAATCAAAGTAACCGATGATGAGATTAAACAAATCTACGACCAATACAAAGACAGCTTCGCTACGCCTGAGCAAGTTCGCGCATCCCACATCCTGGTCGAGACCAAGGAAGAAGCCGAAGCCATCGTGAAGCAGCTGAAGGAAGGCGCTGACTTTGCAGCGATTGCAAAAGAGAAGAACCAAGATGCTACGAAGGAGACCGGCGGCGACCTGGACTTCTTCGGACGCGGCCAGATGGACCCTGCATTTGAAGAAGCAGCGTTCAAATTGAAGAAGGGCGAAATCAGCGACCCGGTGAAGAGTTCTTTCGGTTACCACATCATCAAGGTTACCGATCATAAAGAAGCTACGAACCCTACCCTTGAAGATAAGAAGGAAGAAATCCGCAGTCAGCTTGAGAACCAGAAGGTTTATTCCGAATCCACAGCCTATATTCAGGAGCTGAAGGATAAAGCAACCATCACCAATACGCTGGACGAAACTGCGGCTGAAACGCCAGCAGATCCTGCAACAGAAGCACCAGAAGCACCTGAAGCACCTGCTGCACCTTAA	MKDNDLQPNHPGQPEDEQGQAQEKENNQQDPGSLSHEEERIDSTYPEPIELHKDENEQPALMHPAGDQPHFDEQSPAGGGGNGSKGWMIASLVLAAALIVVLIVPPFAKGSGNEAIAKVNDVNITKDNLYDELVSAGGKQTLNSMITEELIQQELKKKSITVTDADVSKEVDALKATFPSEDQFNMQLQQAGMTLDDLKEQTKTQVELKKLMADKIKVTDDEIKQIYDQYKDSFATPEQVRASHILVETKEEAEAIVKQLKEGADFAAIAKEKNQDATKETGGDLDFFGRGQMDPAFEEAAFKLKKGEISDPVKSSFGYHIIKVTDHKEATNPTLEDKKEEIRSQLENQKVYSESTAYIQELKDKATITNTLDETAAETPADPATEAPEAPEAPAAP				NA	NA	NA	NA	NA
JZ016_01852	345			hypothetical protein	ATGATGAAGCACGTATCGGAATCCCGCAACATGTATGAGGACTTCGTGGTGGAGACAGACATTCTGTTCTTTAAAACCGGATCGCACGGTTTGGTCAGCTTTCACGGCAGAAACTACAATATTAAAAAGAGAATGACTGCCGAAAAAATCGCATCCCTGCTCTCCGGTAAACAGTTCTATCATGTCGGCGGCAACTGCTACGTCAACGTTGACAAAATCACGACGGTAGAACAAGGCATCGTTTACTTTGGGGAGAAGGCACCTTCTGCTAAACATCTTCGGATTCCGAGATGGAAGCAAGAATCGCTCAAGCGCCTTGTCGCAGAAGTAAAACAGCCTGTTTAA	MMKHVSESRNMYEDFVVETDILFFKTGSHGLVSFHGRNYNIKKRMTAEKIASLLSGKQFYHVGGNCYVNVDKITTVEQGIVYFGEKAPSAKHLRIPRWKQESLKRLVAEVKQPV				NA	NA	NA	NA	NA
JZ016_01853	948			hypothetical protein	ATGGCGAGCAAACGACAGGGAATCAAACGTTATGCAAGTCTCCTGCTTAGCTTAGCTCTGATCTTCAGCTTAAGCGGACTTGCTCCTCCAGGGGAAGCCGAAGCAGCCAGCTCCAAGTACAAAAAGTTTTTCGATATCAGCAAAAAGGGAGCCGCCATTCCCGGTTACTCCGGAACCAAAGAGTGGATTCCGCAAGGGCTGGCTCTTGTTCCGAGCAAGAATTGGATCATTATATCGCATTATTGGGGCAATAAGGACAGCAATCAAGCCAGCAGCATTTCGATTACAAGCAGCAAAACCAACAAACGTATCAAAACCCTGTATTTGTATGAGAGCGGGAGCAAAAAACATACCGGGCATGTCGGAGGGCTTGCGGTCAGCAAAAAACATCTGTGGGTGGCGTCCGGCAAAAAGGTGTATAAAATTCCGCTGAGTACAATTAGCAGCAAGAAAGATTATGGCAATATTGTCATGACACCTTATGCGCTCGGTCATAAAGCATCCTATGCCACGTATTCCGACGGCATTCTATGGATCGGCGAATATATGGATGGCGAGGATCAAGGGGGCAAGCAGTGTGCGCCGGGACCTAAGGGCAAGCTGCGAGGCTATCCATTAACGTCCAGCGACGCTTTGCCGCCGAATCGGAAAGCCGCCTATACCTGGAGCACACCTGACCGTATCCAAGGGGCGGTCGTGACGAAAACCCGCGTTGTATACAGTCAATCCTGCGGACGCAACAATGCAAGCAAATTGCTCATATATACTCGTGGAACAAAGGGAAAGGCTGCGGCCACGCCGTTGACGATGCCTCCGATGTCCGAGAATATTGCGATGCGGGGCCATGACCTGTACGTTCTGTTTGAATCCGGTGCCCGCAAGTACAGAAACGGTGCATTGCCGCTGAAGCATCTATACATCGTTAATGCTAGGAAACTGAAGTTATAG	MASKRQGIKRYASLLLSLALIFSLSGLAPPGEAEAASSKYKKFFDISKKGAAIPGYSGTKEWIPQGLALVPSKNWIIISHYWGNKDSNQASSISITSSKTNKRIKTLYLYESGSKKHTGHVGGLAVSKKHLWVASGKKVYKIPLSTISSKKDYGNIVMTPYALGHKASYATYSDGILWIGEYMDGEDQGGKQCAPGPKGKLRGYPLTSSDALPPNRKAAYTWSTPDRIQGAVVTKTRVVYSQSCGRNNASKLLIYTRGTKGKAAATPLTMPPMSENIAMRGHDLYVLFESGARKYRNGALPLKHLYIVNARKLKL				NA	NA	NA	NA	NA
JZ016_01854	696			hypothetical protein	ATGGTGTTTATCGCTCTTGGCTTACTATTGTACTTGTTTAGAACCGTAATCGCCTCCAATGCTTCTCTGCAAAAGACCGTGAGATGGGGACTGCTTGCTGCGCTTTCGTTACCGGAAGCCTCCCTTCATATCTGGTATGCGTCAACGGGAATATGGGACCCTGCCACTTCGCTTCCATTGGAATTGTGCAGTCTGACCCTGTTTCTCTCCATCGCCATCCTGCTTACGGATGAACGCCGCCTATATCCGTTGGTTTACTTTGCCGGCATCGGAGGGGCCTTACAGGCTATATTAACACCGAATCTGGGCTATCCTTTCCCACACTTCCGGTTCTTTCATTTCTTCGTCGTCCATATCGCGATCATATTGACGGCTTTGTACATGACATGGGTTCGAGGATACCGTCCAACCTGGAAATCCATCGGCTGGACGATGGTCTTCCTAAACGTATCCGCATTCGTTGTCGGGCTGGTCAACCTCGCTGTCGGCTCGAATTATATGTTCCTGATGCGCAAGCCGGACACGGCTTCGCTGCTGGACCTGCTTGGACCGCATCCCGTATACATTTTCGTTGAGGAACTCATCGCACTCACGCTGTTTATCCTTATGTATATCGTCTTTTTTGTCATGCCGGATCGCATTAAACGCAGTCGCCGCCGTAAACAGGAACAAACTTTTTCTTCGTCCGGCAGTTGA	MVFIALGLLLYLFRTVIASNASLQKTVRWGLLAALSLPEASLHIWYASTGIWDPATSLPLELCSLTLFLSIAILLTDERRLYPLVYFAGIGGALQAILTPNLGYPFPHFRFFHFFVVHIAIILTALYMTWVRGYRPTWKSIGWTMVFLNVSAFVVGLVNLAVGSNYMFLMRKPDTASLLDLLGPHPVYIFVEELIALTLFILMYIVFFVMPDRIKRSRRRKQEQTFSSSGS				NA	NA	NA	NA	NA
JZ016_01855	993	galM_1	COG2017	Aldose 1-epimerase	ATGAACCATAAAGCGTATGAAGGATCATATCACGGAGAGCGCGCGGTTTGGCTCCAGCACGGCCCTTACGAGGCGGCGATATTGCCCGAAATCGGAGGCAATCTCATTGCTTTTAGGGATAACGAAAGCGGTTACCGGTTCCTTCGCGAACCGGAAGCAGACGAAATGGAAGCATTCAAATCCAATCCGGGCGTACACGGCATTCCTGTTCTCTTTCCGCCTAATCGTTATGAGGACGGGCGGTTTCCATGGAATGGACAAACCTATCAGTTCCCGATCAATGAGGAAGCGACGGGCAATCACCTTCATGGTTTTTTACATACGATTCCTTGGAGCGTCGAGGATTTTGGCAGCAGCGAGTCTGAAAGTTACGTGGTGGTTTCGGTCACCATTGATGAGAATCATCCGGTGTATGCGATGCTCCCGCACCAGTTCACTTTCCGGCTTCGCTACACGCTGAATCAGGATGGCTTGGCCCAGCATGTGTTTATACGTAATCAGGGTACCCGCAGCATGCCGTGCCTGCTAGCCTTTCATACGGCGATCAATGCTCCGTTTGCCCCGGAGAGCACGGCGGATGATTGTGTCGTAAGAATAACGATCGGCGAACGGTGGGAAATGAGTGACCGGATGCTGCCGACCGGCAAGTTCCAGACTCTGACGACAGAAGAGGAGCTGCTTCGGACAAGCGGTGTAACTCCCTATTTTGATTCGATGGACAACCATTACACGGCCGTCCCGCAGAACGGCAGAAACCGTATGGAATTGACAGATACCAAGCTTGGCAAAACATTCGTTTACGATGTCGGCAATTCGTATAAGCAGTGGATGGTATGGAACAACAAGGCCTCCCGGAAGTTCTTCTGTCCGGAGCCGCAGATCAACCTGGTCAACGCACCGAACGTAGACTTGCCTGCTGACGATATCGGTCTGTTCGGTTTGGCTCCGGGAGAAATTTGGGAAGCAACCTCAAGGCTGTATCTTAAGGATTAG	MNHKAYEGSYHGERAVWLQHGPYEAAILPEIGGNLIAFRDNESGYRFLREPEADEMEAFKSNPGVHGIPVLFPPNRYEDGRFPWNGQTYQFPINEEATGNHLHGFLHTIPWSVEDFGSSESESYVVVSVTIDENHPVYAMLPHQFTFRLRYTLNQDGLAQHVFIRNQGTRSMPCLLAFHTAINAPFAPESTADDCVVRITIGERWEMSDRMLPTGKFQTLTTEEELLRTSGVTPYFDSMDNHYTAVPQNGRNRMELTDTKLGKTFVYDVGNSYKQWMVWNNKASRKFFCPEPQINLVNAPNVDLPADDIGLFGLAPGEIWEATSRLYLKD	PGPT0017825_3862	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GALACOTOSE_METABOLISM|DEGRADATION,PGPT0017825-galK-K01785	NA	NA
JZ016_01856	1731	glpD_1	COG0578	Aerobic glycerol-3-phosphate dehydrogenase	GTGAAGCAGGCACAGACGTTTTCAAGTTTGGACCGCAGGCGTCGATTTCAAGAAATGGCAGAGGGAACCTTCGATCTGATTGTCATCGGCGGCGGCATAACGGGTGCAGGAATTGCGCTGGATGCGGTCACGCGCGGGATGTCGGTTTTGTTGGTTGAGATGCAGGATTTTGCCGCAGGAACGAGCAGTCGTTCGACCAAGCTGGTGCATGGCGGACTGAGGTACCTGAAGCAGTTTGAAGTCGGCATGGTGGCCGAGGTTGGCAAAGAACGGGCCGTTGTGTATGAGAACGGACCGCATGTAACCACGCCGGAATGGATGCTCCTGCCGATACACCAGGGTGGCACCTTTGGGAAATTCAGCACCTCCATCGGGTTGATGGTGTATGACTTTCTGGCTGGCGTAAAGCGGGGAGAACGGCGTTCCATGCTGTCCGCATCCGAGACGCTGAAGCGGGAGCCGCTTCTGAAGCAGGAGGGCCTTAAAGGCGGCGGCTATTATGTGGAATACCGGACGGACGATGCCAGGCTGACGCTGGAGGTCATGAAGGAGGCAGCCGCCAGAGGGGCGGTTCTGTTTAATTACGCAAAAGCCGAATCGTTGAATTATGATGCAAATGGACGAATTACCGGTATCACCGTACGGGATATGCTGGGTGGCGGGGTCAAGTCCGTATCCGGAACCAAGATTGTAAACGCAGCAGGGCCGTGGGTGGATCAGGTGCGCGAAATGGATAAGTCCAAGAAGGGGAAAATGCTTCAGCTGACCAAAGGGGTTCATCTGGTCATCGATCAATCCAAATTCCCGCTTCGTCAAGCGGTGTACTTCGATACACCTGACGGCAGAATGGTCTTTGCCATTCCCCGTGACGGGAAGTCCTATGTCGGAACCACCGATACGGTCTATAAGGCCGATCCTGTACGTCCCTTGATTACGGTGGAGGACCGGGATTATATATTGAAAGCTATACATTACATGTTCCCTGGTGTGAAGCTAAGTCCGGCAGACGTGGAATCGGGATGGGCGGGAGTCCGGCCCCTTATACTGGAGGAAGGCAAAAGCCCGTCTGAAATTTCACGCAAGGATGAAATATGGGAGTCCCCGTCCGGCCTGATCACCATTGCCGGTGGCAAGCTTACGGGCTATCGCAAAATGGCCGACACCGTTGTCGATCTGGTTGCAAAACGGATCCAAGAGAACGGCGGGAAAGCATATGGTGCCTGCGTAACGAAGAATCTGCCGATTTCCGGCGGTCAGGTTGGCGGATCCAGCCAATTCCCTGATTTTGTCCGCAAGCAGGCGGAGATTGGCGCCGCGCAAGGAATTGACCGTAAGCTCGCTGAGCAGTGGGCGCGAATGTACGGATCTAACGTGTCGGAATTGTACCGCCTGGCCAAAGAGGGCTCCGACCAAGCGGAGGCAGCGGCGCTTCCGGTATCGGTGCTGGTTCCGCTGATGTATGCGATTCAGCATGAGATGGCAGCGAAGCCGGCCGACTTTTTCATCCGTCGCACGGGTTCCCTGTTATTTCATATCGATTGGACGAGAAAATGGAAGATGCCCGTGATTGATTATATGGCTAGGGTACTGGGTTGGAGCGAGCAGCAGACCCGCGAATACACGAAGGAACTGGATGAGGAGCTGGTTTCGGCCACACAGCCGGCAGTAAGCGATCAATCGGCCCCGGCTCCAATTCCGCAAAACCCTTCTACAACGAAACTTTCATCTTAA	MKQAQTFSSLDRRRRFQEMAEGTFDLIVIGGGITGAGIALDAVTRGMSVLLVEMQDFAAGTSSRSTKLVHGGLRYLKQFEVGMVAEVGKERAVVYENGPHVTTPEWMLLPIHQGGTFGKFSTSIGLMVYDFLAGVKRGERRSMLSASETLKREPLLKQEGLKGGGYYVEYRTDDARLTLEVMKEAAARGAVLFNYAKAESLNYDANGRITGITVRDMLGGGVKSVSGTKIVNAAGPWVDQVREMDKSKKGKMLQLTKGVHLVIDQSKFPLRQAVYFDTPDGRMVFAIPRDGKSYVGTTDTVYKADPVRPLITVEDRDYILKAIHYMFPGVKLSPADVESGWAGVRPLILEEGKSPSEISRKDEIWESPSGLITIAGGKLTGYRKMADTVVDLVAKRIQENGGKAYGACVTKNLPISGGQVGGSSQFPDFVRKQAEIGAAQGIDRKLAEQWARMYGSNVSELYRLAKEGSDQAEAAALPVSVLVPLMYAIQHEMAAKPADFFIRRTGSLLFHIDWTRKWKMPVIDYMARVLGWSEQQTREYTKELDEELVSATQPAVSDQSAPAPIPQNPSTTKLSS	PGPT0006775_1151	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0006775-glpA|glpD-K00111	NA	NA
JZ016_01857	1491	glpK	COG0554	Glycerol kinase	TTGGAGCAGTACATTCTGGCACTTGACCAAGGAACGACAAGCTCGCGCGCGATCCTGTTTAACAAGGAAGGAGAAATCGTACACTCAGCTCATAAGGAGTTTCCGCAATATTTTCCCAAGCCGGGCTGGGTGGAGCAGAATGCCAATGAAATATGGGGTTCCATTCTTGCGGTCATTGCAACCTGCTTATCCGAAGCGGGCGTAAAGGCGGATCAGATTGCCGGAATCGGAATTACGAATCAGCGGGAAACGGCCGTGGTATGGGATCGCAAGAGCGGCGAACCGATTTACCACGCCATTGTCTGGCAGTCCCGCCAGACGGCGGGCATCTGCGAGGAGCTGATTGCCGCCGGACATGACGGGACGGTTCGGGAGAAGACTGGACTCTTGATTGATCCTTATTTCTCGGGAACGAAGATCAAATGGATCCTAGATCATGTAGATGGTGCCCGTGAGCGGGCCGAGCGCGGAGACGTTATATTCGGGACCATCGATACCTGGCTGATCTGGAAGCTGTCCGGAGGCCAGGCGCACGTGACCGATTATTCCAACGCATCGCGTACGATGCTCTATAACATTCATGAATTAAAATGGGATGAGGAGCTCCTGCAGCTCCTAGATATTCCGATGGCGATGCTGCCTGAAGTCAGGCCTTCTTCCGAGATTTATTCCAATACCGTTTCCTATCATTTCTTTGGGCGCAAGGTTCCCATTGCCGGAGCAGCCGGCGATCAGCAGGCGGCGCTGTTCGGGCAGACCTGCTTCTCGAAAGGCATGGTGAAGACAACTTACGGAACCGGCAGCTTTATGCTGATGAACACCGGCGACAAGCCCGTAAAATCCGAGCATGGGCTGATCACTACGATCGCCTGGGGACTGGAAGATGGCGTACAGTATGCACTCGAGGGCAGCGTGTTCGTGGCCGGCTCGGCGATCCAGTGGCTGCGCGACGGGCTGCGGATGTTCCGCGAAGCGAAGGACAGTGAGCCTTATGCGCGCCGGGTCAATTCCACGGAGGGCGTGTACGTGGTGCCGGCTTTTGTTGGACTTGGCAGCCCATACTGGAACAGCGATGTCCGAGGGGCAGTCTTCGGCCTGACACGAGGCACGTCGAAAGAGCATTTCATCCGTGCAACCCTGGAGTCGCTTGCATACCAGACGCGGGATGTTCTATCCGTGATGGAAGAGGATTCCGGCTATAATATCACATCCCTGCGTGTGGATGGAGGGGCCGTATCCAACACGTTTCTCATGGAATTCCAAAGCGACATCCTGAATGTGCCGGTCGAGCGGCCGAACATTACGGAGACAACGGCACTCGGTGCCGCCTATCTGGCGGGGCTCGCTGTCGGCTTCTGGAAGGATCAGGAGGAAATCTGCAGCAAATGGAGCATGGGGCAAAGCTTTAAGCCAACCATGGAGGAAGACGTAAGGGAGCAATTATACAGCGGCTGGAAAAAAGCCGTTTATGCGGCAATGGCTTTTCATTAG	MEQYILALDQGTTSSRAILFNKEGEIVHSAHKEFPQYFPKPGWVEQNANEIWGSILAVIATCLSEAGVKADQIAGIGITNQRETAVVWDRKSGEPIYHAIVWQSRQTAGICEELIAAGHDGTVREKTGLLIDPYFSGTKIKWILDHVDGARERAERGDVIFGTIDTWLIWKLSGGQAHVTDYSNASRTMLYNIHELKWDEELLQLLDIPMAMLPEVRPSSEIYSNTVSYHFFGRKVPIAGAAGDQQAALFGQTCFSKGMVKTTYGTGSFMLMNTGDKPVKSEHGLITTIAWGLEDGVQYALEGSVFVAGSAIQWLRDGLRMFREAKDSEPYARRVNSTEGVYVVPAFVGLGSPYWNSDVRGAVFGLTRGTSKEHFIRATLESLAYQTRDVLSVMEEDSGYNITSLRVDGGAVSNTFLMEFQSDILNVPVERPNITETTALGAAYLAGLAVGFWKDQEEICSKWSMGQSFKPTMEEDVREQLYSGWKKAVYAAMAFH	PGPT0018435_4549	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018435-glpK-K00864	NA	NA
JZ016_01858	1212	nagC_2	COG1940	N-acetylglucosamine repressor	TTGAACAATATGAAAAAAGGTGATCACAAGCTGATTCAGGCATTAAACCGGTCCAAGGTGCTGAACAAGATCCGTACAGAGGGACCCATATCGAGAATCGATCTGGCCAAAAAAAACAAGCTGAGTCCCTCCACGGTCGCCTCTGCCGTACAGGAGCTTATCAAGGAAGGCTACGTTTCCGAGATTGGAACAGGCTCCTCCAGCGGTGGAAGAAAGCCCATTCTGCTCAAATTCAATCCGGATAATCATTATTTGTTTGCAGTAGCGATTACGAATTCGGTCATGATGCTGGCCCGCATGAATCTGGAGGCGAAGGTGCTCCGGAAGGAAACGCATCCTCTAGCCGGGCTCCAAGGAGAAGCCGTTATCGAGCGGCTGCTGAGCTTGATGGACGATTTCATGTCAGGACAAGTGGACCTGGGGCGGTGTGTCGGGATATCCATTAACGTGCCGGGCATTGTGAGTGATAGTCAGGGCATGGTGCGTTATAACACGAAACTTCGCATGACCGATGTTCCGTTGAAACGGATTATGGAAGAACGCTACGGGCTGAGGACGTGGGTAGAGAACGATATGAATTCCGTTGTGCTGGCTGAACGCCGATTTGGCGATTACGCATATGCGAACCTGATTTATATATCCATTGGCGACGGGCTTGGTTCCGGTATTTTGATTAACGATCATCTCCTAAGGGGCAAGCATGGCGGTGCCGGCGAATTCGGTCATACGAGCGTAAACCGCAGCGGCATCCGCTGTGAATGCGGCAATGTAGGCTGCTTGGACAGTTACATCAGCTGGATTGCCGTGTATTCGCGAATCATTACGGCGATCGCGACAGGGAGACCGACGCTGATTCAGGAGCTGAGCGGGGGAGATTACAGTAAAATTGTTCCGTCCGTATTCAAGGAAGCTCTTCGCAGAGGGGACAAGCTGGCAAAGGATCTGAATGAGGAAGTGGCGGAGCTTCTGGGAGCGGCCATCGTCAATCTGATCAACATGTTTAATCCCGAAGCTCTGATCCTGGGCGGGGACATGGCACATGGAAACCCGGAATTGCTGGACATGGTTCGCAGCTATATTGACCGGCATGCGCTGCCGATTCTGAAGGAGGACATGGTATTTGGCCTGGCCTCCCTTGGCGAGGAAGACAAGCTAATGGGTGCGGCTTCGGTCTTGCTGCAGGACTTGCTAGGTTTCTCCCTGACGGAATAA	MNNMKKGDHKLIQALNRSKVLNKIRTEGPISRIDLAKKNKLSPSTVASAVQELIKEGYVSEIGTGSSSGGRKPILLKFNPDNHYLFAVAITNSVMMLARMNLEAKVLRKETHPLAGLQGEAVIERLLSLMDDFMSGQVDLGRCVGISINVPGIVSDSQGMVRYNTKLRMTDVPLKRIMEERYGLRTWVENDMNSVVLAERRFGDYAYANLIYISIGDGLGSGILINDHLLRGKHGGAGEFGHTSVNRSGIRCECGNVGCLDSYISWIAVYSRIITAIATGRPTLIQELSGGDYSKIVPSVFKEALRRGDKLAKDLNEEVAELLGAAIVNLINMFNPEALILGGDMAHGNPELLDMVRSYIDRHALPILKEDMVFGLASLGEEDKLMGAASVLLQDLLGFSLTE	PGPT0018870_391	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018870-nagC-K02565	NA	NA
JZ016_01859	1263			hypothetical protein	ATGAAAAAAAGAATTGCTGTCCTGATTTCGATATTATTTGTGTTCACCGCGTTACTGTCCGCTTGCGGAGGCGGCAATGCTTCTGGCGGAGATAACGGCAAGAAGGTCATCAACGTCGCTCTATGGGACGAAAATGTGCGGGACACGCTGGACAAGTCCATTAAAATTTTCAATGAGAAGCACCCGAATGTTGAAGTGAAAGTGACTTACACCCCATGGGCCGATTATTGGACCAAGCTGAAAACCAGCCTCGCCGGCAACAGCGGCCCTGACGTCTACTGGATGAACGGCCCTAACTTTCATTCCTATGCCTCCTCCGGTCTAATTAAAGACCTGTCTCCCCTAATTGAGCAAAGCGGTCTGGATACCTCGGTTTATACCGAAGCGCTCGTCGATATGTACACCTATCAGGGTAAACTTCACGGACTTCCTTATTTCCAGGATTCCGTCGGACTTTTTTACAATAAAGAATTGTTTGACAAAGCAGGTCTGCCTTATCCCGACAAAACCTGGACCTGGCAAACCGTCGAGGAGAACGCAGCCAAGCTGACGGATAAATCAAACGGCATTTACGGCTTCATAGCCCCGATCGACAGCCAAATCGGATATTACAACTTCATTGCCCAAGCGGGCGGATACGTCATCTCGGACGATAAGAAATCATCCGGATTTGATACACCCGAAGCACTATCGGCGTTCCAGTGGGAACAGAGCTTGATTGAAAAAGGCTATTCCCCAAGCGCGCAGCAGCAGCTTGAAACGAAGTCCCGCCAATTGTTCGGCTCCGGCAAGGCGGCCATGTTCCCGGGGATATCGGTGAACTCGCCTGAGTTGTATAAGCTTCTCGGCGACAAACTCGGTGTCGCTGAACTTCCTGCCGGCAAGGAAAAGGCATCGATCGTTCATGGACTCAGCTGGGCCATCAACGGCAAAACGAAAGTCGAGCAGGAATCCTGGGAGCTGATTCAAGTTCTTTCCGGTAAGGAAGGGCAGGAATTACTCGCGGAATCGGGATTCTCGATGCCTGCGTACAAAGGCACGGAGGGCGGCTGGCTGAAGTCCATTCCTTCTCTTGATCTGCAGGTGTTCGTGGACAGCCTGGAGTTCGCCGTACCTTATCCGGTATCCCAGAAAACCGCAGAATGGCAGGACGCTGAAGTGAAGGAAATTCAGGCGGCTTTCCTCGGAAAGAAATCGTTTGAAGAAGCATTAAAAAATGCCGGCGAACAGATGAATGCCATCCTTGCGACAGAAACGAAATGA	MKKRIAVLISILFVFTALLSACGGGNASGGDNGKKVINVALWDENVRDTLDKSIKIFNEKHPNVEVKVTYTPWADYWTKLKTSLAGNSGPDVYWMNGPNFHSYASSGLIKDLSPLIEQSGLDTSVYTEALVDMYTYQGKLHGLPYFQDSVGLFYNKELFDKAGLPYPDKTWTWQTVEENAAKLTDKSNGIYGFIAPIDSQIGYYNFIAQAGGYVISDDKKSSGFDTPEALSAFQWEQSLIEKGYSPSAQQQLETKSRQLFGSGKAAMFPGISVNSPELYKLLGDKLGVAELPAGKEKASIVHGLSWAINGKTKVEQESWELIQVLSGKEGQELLAESGFSMPAYKGTEGGWLKSIPSLDLQVFVDSLEFAVPYPVSQKTAEWQDAEVKEIQAAFLGKKSFEEALKNAGEQMNAILATETK	PGPT0016545_8864	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_01860	942	ugpA_1	COG1175	sn-glycerol-3-phosphate transport system permease protein UgpA	GTGAGCTCTCCCATCACCGTGACCACAGAACCTCCTAAAACGACAACCAAGCGAAAAGCAGGGAAACTCGCCGTACACGAAGCTGTCTGGGGGTACATCTTCATTCTGCCTGTCGTGTTGGGCCTCGGTCTGTTCTATATGGCACCTTCCGCAGCATCCCTGTTCCTGTCGTTTACGTCGTGGGATGGACTAACCTCCCCCCAATTCATCGGATTTGATAACTTCGCAAATTTGATGAAGGACGACAAATTCACCGGTTCCATGCTGAACACGATGCTGTACACCGTCGGTACGGTGCCGTTATCCGTCGCACTCGCAACGGTGCTGGCCGTGCTCCTGAACCAGAAGATCAAAGGCATGGTCTTTTACCGCACCTTCTATTTCATTCCCGTGATCACCATGCCGATCGCGGTCGGCATGGTGTGGAAATGGTTATACAACTCCGAATTCGGATTGATCAACCACGTGCTGGGTGTCATGAACCTGCCGCAGCCCAACTGGCTGTTCGATGAGAAATTCGCCTTGTTCTCCATCGTGCTCGTCAGTGTCTGGAGCAGCATCGGATACAATGCCGTCATTCTGCTGTCCGGTCTGCAGGGCATTTCCGGCAGCTATTATGAGGCGGCTTCGCTTGACGGAGCGGGAACGCTGTACAAGTTCTTCCGGATTACGCTGCCTCTGCTGACACCCAGCCTGTTCTTTGTCTTGGTCATGTCCTTCATCAATTCGTTCCAGGTGTTTGACCTGATCTTCATCATGATGGATCAACAGACCACGATGCTGGAATCCACCCGAACGGTTGTGTACAGCATCTGGGAAGACGGCTTCAAATACTTCAATATGGGTTACGCTTCAGCGCAGGCCTTCATTCTGTTTATCGTTATTCTGATCATCACCATGGTCCAGATGTATATTCAGAAGCGCTGGGTCCACTACCAATAA	MSSPITVTTEPPKTTTKRKAGKLAVHEAVWGYIFILPVVLGLGLFYMAPSAASLFLSFTSWDGLTSPQFIGFDNFANLMKDDKFTGSMLNTMLYTVGTVPLSVALATVLAVLLNQKIKGMVFYRTFYFIPVITMPIAVGMVWKWLYNSEFGLINHVLGVMNLPQPNWLFDEKFALFSIVLVSVWSSIGYNAVILLSGLQGISGSYYEAASLDGAGTLYKFFRITLPLLTPSLFFVLVMSFINSFQVFDLIFIMMDQQTTMLESTRTVVYSIWEDGFKYFNMGYASAQAFILFIVILIITMVQMYIQKRWVHYQ	PGPT0016535_3375	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_01861	837	araQ_17	COG0395	L-arabinose transport system permease protein AraQ	GTGAATACTTCAACCGATGCGGGAAAAGCAAGCCGTCTGGCGGTCCACATCCTCTTAGCTGTCGGGGCGCTGCTCATGATTATGCCGTTTCTGTGGATGATATCCACATCCTTCAAGTCCTTTGCGGATTCCATGTCTGTTCCGCCCAAATGGCTCCCTGTGGAATGGCACCCGGACAACTACCTGCGGGTCATCCAAACCATTGATTTCGGAACCTATTATTTGAACACCGTTATCGTGACAGTGGGACGGACGGCTGGACAGCTCATTCTGTGCTCCCTTGCAGCCTATGCATTTGCCAGCTTAAGATTCCCTTTTAAGAACGCCATCTTTCTCGCGCTCCTGGCCGTATTGATGGTCCCATCCCAGGTTGTTATGATTCCGAGCTTTGTCATCATGCGCGAGTTCAATTGGCTGGACACGTTCTACGTATTGATCGTACCCGGCATATTCAGCGCCTTCGGTACGTTCTTATTGAGACAGTTCTTTATGACGCTGCCGAAGGACCTGGAGGAAGCGGCCAAAATCGATGGCTGCAGTTATTTCCGGATTTACTGGAATATTTACTTGCCTTTATCCAAGGCAGCTCTCGTCTCCCTGGCGATCTTCACCATATTAGCCTCATGGAACGATCTGCTGTGGCCGCTCATCATGACGAGCTCCGAGGAGATGCGAGTCCTTTCCATCGGGATATCCAGCTTCCAGGGACAGCATTCCACCGATTACCCGCTGCTGATGGCAGGGGCCTTAATGGCTACCCTCCCCATCATCATCCTGTTTATCTTCCTTCAGCGTTACTTTATTGAAGGGATCGCCATGAACGGGATTAAAGGATAG	MNTSTDAGKASRLAVHILLAVGALLMIMPFLWMISTSFKSFADSMSVPPKWLPVEWHPDNYLRVIQTIDFGTYYLNTVIVTVGRTAGQLILCSLAAYAFASLRFPFKNAIFLALLAVLMVPSQVVMIPSFVIMREFNWLDTFYVLIVPGIFSAFGTFLLRQFFMTLPKDLEEAAKIDGCSYFRIYWNIYLPLSKAALVSLAIFTILASWNDLLWPLIMTSSEEMRVLSIGISSFQGQHSTDYPLLMAGALMATLPIIILFIFLQRYFIEGIAMNGIKG	PGPT0016540_6739	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_01862	1023	iolG_13	COG0673	Myo-inositol 2-dehydrogenase	ATGTTACAGGTGTTAGTGATTGGTGCAGGCACCATGGGTAGGACCCATGCCGCCGCTTATGCTTCGATGCCGGGCGTTAAGCTTGCGGGGATTGCCGATATCCAGACGGAAAAAGCACATCAGCTGGCAGATAGATACGGCGCACAGGCCTACGCTTCATTCGAAGCAGCCGTTGCAGGTTTGGGCGCGGCTCGCATGGATGTGATTGACGTCTGCCTGCCAACCCCGCTTCATAAGGACTATGTTGTCAAAGCCGCGGACATCGGCAAGCATGTCATATGCGAGAAACCGCTCGCCAGAAGCGAAGCGGATGCACGCTTCATGATCAACTACTGCCAGGATAAAGGCGTGCGTTTATTCGTGGGTCACGTCCTCCGCTTCTTTCCGGAATATGTGAAGGCCAAGTCGCTTCTGGATCAGGGCAGCATCGGCAAACCCGCTGTCATCCGGGCAGGCAGGGGCGGCGGTTATCCGATCGGCTGGAACCATTGGTACAGTGACTTCGGAGCGAGCGGCGGAATTACGCTGGACGCAATGATTCATGATTTTGATTACCTGCGCTGGTGCTTTGGCGAGGTTGAGCGCGTATATGCCAAAGGGCTTCATGGCCGTCATCAGGCCCAGCTCGATTATTCGCTGGTAACCCTACGTTTCCGTAGTGGTATCATCGCGCATGTGGAAGGAACCTGGGCTCACGAGGGTTTCTCCATGAATTTAGAGATGGCGGGCACAAGCGGCGTTATCGATTATGACAGCGCGAAGGACAGCCCTCTCCTCTTCAAAACGCGGAGCAGTGCCGCAACCGTCCCCGGCGTCGTCGTGCCGGAAAGCCCGCTCGAACGGAGTCCCTATTACCGGGAACTGGAGCACTTCATGTCGTGTATCCGTGATGGCAGCGAGCCGCTCGTCTCGGCAGAAGACGCATACGAAGCGCTTCGTATCGCGCTTGCCGCCCTTGCCTCCATGGCCTCCGGCGAGCCGGTGGTTATCAAGGACGATGCGCTCACACTCGCCTCAACATAG	MLQVLVIGAGTMGRTHAAAYASMPGVKLAGIADIQTEKAHQLADRYGAQAYASFEAAVAGLGAARMDVIDVCLPTPLHKDYVVKAADIGKHVICEKPLARSEADARFMINYCQDKGVRLFVGHVLRFFPEYVKAKSLLDQGSIGKPAVIRAGRGGGYPIGWNHWYSDFGASGGITLDAMIHDFDYLRWCFGEVERVYAKGLHGRHQAQLDYSLVTLRFRSGIIAHVEGTWAHEGFSMNLEMAGTSGVIDYDSAKDSPLLFKTRSSAATVPGVVVPESPLERSPYYRELEHFMSCIRDGSEPLVSAEDAYEALRIALAALASMASGEPVVIKDDALTLAST				NA	NA	NA	NA	NA
JZ016_01863	984	iolG_14	COG0673	Myo-inositol 2-dehydrogenase	ATGAAATTGGGAGTAATCAGCTTTGCGCATATGCATGCGTTCAGTTATGCCAAAGCGCTGCAGGGGATCGAAGGTGTAGAGCTTGTCGGCATCGCCGATCCTGTAGAGGAGCGCGGACGGAAATACGCCGAGTATTTCGGGACAGCCTATTATCAGGATTATCACGAGCTTCTTAGTCAAAGCCTGGATGGCGTCATTGTCACCTCCGAGAATGTCCATCATAAGGAGCACGTGCTTGCCGCGGCTGCAGCCGGGGTGCATGTGCTTTGCGAAAAACCGCTTTCGACCAATATACAGGATGCACAGGATATGATTGATGCGTGCAAAGCAAGCGGCGTGCTGCTGCAAACGGCGTTCCCCGTCCGTTACAATGCCACGGTCGTTCGAGCCAAACAGATGGTCGATGAGGGAAAATTAGGCCGTATTCTGGCGATGAAGGGGACCAACCGCGGGCGAAATCCCGGCGGTTGGTTCATCGATCCCAAGCTGTCCGGCGGAGGAGCCGTCATGGATCATACGGTGCATGTCGCCGATATCATGCGCTGGATTACAGGTGCCGAGGTGAAAGACGTGTATGCCGAAGTCGACCATCTCATCTCGGAATCCCCTATCGATGATTGCGGCATTCTGACTATGGAGTTCCATAATGGTGTGTTTGCCACGCTGGATTGCAGCTGGTCTCGCAACAAGGATTTTCCGACATGGGGCGACGTGACCTTAGAGATTGTAGGCTCTGCCGGGACCCTTAGCGTTAATGCCACCAGCCAGAAACTTCACGTATACACCGATGATTCCGGATACCGCCATCATGCATGGGGGGATAGCATGGATGCCAGCCTGATCAGGGATTTCGTATCTTCGATTTCCTCCGGCGCAGCGGAAGCATCCGTCACTGGTGAAGATGGGCTCAAGGCACTTGCCGTGGCCGTAGCCGCCTACCGATCATCCGCGAGCCATCGGACAATCGCGTTGTCGGAGCTGTAA	MKLGVISFAHMHAFSYAKALQGIEGVELVGIADPVEERGRKYAEYFGTAYYQDYHELLSQSLDGVIVTSENVHHKEHVLAAAAAGVHVLCEKPLSTNIQDAQDMIDACKASGVLLQTAFPVRYNATVVRAKQMVDEGKLGRILAMKGTNRGRNPGGWFIDPKLSGGGAVMDHTVHVADIMRWITGAEVKDVYAEVDHLISESPIDDCGILTMEFHNGVFATLDCSWSRNKDFPTWGDVTLEIVGSAGTLSVNATSQKLHVYTDDSGYRHHAWGDSMDASLIRDFVSSISSGAAEASVTGEDGLKALAVAVAAYRSSASHRTIALSEL	PGPT0018525_66	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018525-iolX-K16043	NA	NA
JZ016_01864	966	iolG_15	COG0673	Myo-inositol 2-dehydrogenase	ATGATAAAAGCAGGCGTGCTTGGAGCGGGAGGCATGGGCGCGGTCCATATCAAAAACCTGCACGGGAACGAACACGTTCAGCTGGCTGCAATATGCGACACCAATGAAGCGTTAGCGCAGCAGCAGGCCGAACTGTACGGCACAGCTTATTATACGGACGGCAGCACGATGCTGGAGCAAGAGCAGCTGGATGTGCTGTATGTATGCATTCCGCCATTTTGCCATGGTGATATCGAAGAACAGGCAGCCGCAAAGGGCATTCACCTGATGGTGGAGAAGCCGCTTGGGCTGGACGCCCAGTCTGTCCGACACAAAGCCAAAGTCATAACTGAAAGCGGAATCATAGCAGCTTCCGGCTACTGTCTGCGCTATCTGGACACCGTTGCGATCGCCAAAGATTTTCTAAAGGACAAAAAAATCGGTATGGTTCGCGCCCACTACATAACAACACCTGTACCGACTCCTTGGTGGCGCAAGAAGGCATTATCCGGCGGGCAGCTGGTTGAGCAGTCCACGCATACCATGGACTTGGTTCGCTATCTGTGCGGCGATATCACCCGCCTGTATGCCGATATGAAGCTGCTGCTGGTGAATGACATTCCGGACCTCGACATTCCGGATGTGGGCGCCATCCAGTTCGTGTTGGACTCCGGAGCCGTCGGCCATATGCAAACTGGATTTATCCAGTTCGATCACCGGAGCGGAATCGAGATCATGGGTCGCGACTTCCGCGTAGTGCTGGACGGAACCACGCTCTCCATTGTAGACAAGGAGAAAGAAATCGTGTACCGCAGCAAATCGGACTTTTACAAAAACTTAACCAACGCCTTGATTGACGCCATTCGTAACAACGATCCGAGCCTCGTGCTGGCATCTTATGAAGACGGCTTCAAGACGCTGGAAGTGACGCTGGCCGCCAATGAATCCGCGGAAACCGGCCAACCGGTCATCCTGCAATCATTATAA	MIKAGVLGAGGMGAVHIKNLHGNEHVQLAAICDTNEALAQQQAELYGTAYYTDGSTMLEQEQLDVLYVCIPPFCHGDIEEQAAAKGIHLMVEKPLGLDAQSVRHKAKVITESGIIAASGYCLRYLDTVAIAKDFLKDKKIGMVRAHYITTPVPTPWWRKKALSGGQLVEQSTHTMDLVRYLCGDITRLYADMKLLLVNDIPDLDIPDVGAIQFVLDSGAVGHMQTGFIQFDHRSGIEIMGRDFRVVLDGTTLSIVDKEKEIVYRSKSDFYKNLTNALIDAIRNNDPSLVLASYEDGFKTLEVTLAANESAETGQPVILQSL	PGPT0022715_790	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022715-wlbA|bplA-K13020	NA	NA
JZ016_01865	1425	gabD	COG1012	Succinate-semialdehyde dehydrogenase [NADP(+)] GabD	ATGTTTCGTAATCAAATCTATATTGCTGGACAATGGATTCAGACCGAAGAACAGATGGACGTATATAATCCGGCGGATGGGAAGGTAATAGGTACCGTGTCCAAGGCCGGCAAGAAGGAAGCCGGGCTTGCCGTTGATGCGGCAGCCGATGCGTTTTGCGCATGGTCCCGCAGAACGGCGAATGAGCGGGGAGAACTGCTGCGCCGCTGGCATCAGCTCATAGCGGAACACACGGATGATTTGGCGCGGATTATGACCACAGAGCAGGGGAAACCGCTTAAGGAAGCAGCGGGCGAGATACAATATGCCAACAGCTTTGTGTCCTGGTATGCGGAGGAAGGCAAACGAATCTACGGCGAGACTATACCGGGATCATCCAGCCGGCAGCGCATCATTGTAACGAAGCAACCCGTAGGCGTCGTAGCAGCGATTACGCCGTGGAACTTCCCCGCATCCATGATTACCCGCAAAGTGGCGCCTGCTCTAGCCGCCGGCTGCACCGTGGTGATCAAGCCATCCAGCGAGACGCCGTTCACGGCCATCAAGCTGGTGGAGCTTGCCGATCAGGCCGGTATTCCAGCCGGGGTCATTAACATCGTAACCGGAGCTTCAAGCGACATTTCCGGTGTGTGGCAGGCAGACAGCCGCGTAAGAAAGCTGTCTTTTACAGGATCAACCGAAGTGGGGAAACAGCTGATGGCCGGAGCTGCGGCTAACGTCAAGAAAATATCGCTGGAGCTTGGCGGCCATGCGCCGTTTATCGTAACGGACCAGGCTGATCTGGATCAAGCGGCTGCCGGATTAATCTCCTCCAAATTCCGCAATGGGGGACAGACCTGCGTATGTGCCAATCGGGTTTATGTACAGGAAGGGATTGCGCAGGAGTTTGCCGCAAAGTTTGCTGAGCTTGTGAAGCAATTGAAGGTAGGAAATGGACTGGAGAACGGCGTCGATATCGGTCCTTTGATTAACCGGGACGCTGTGGATAAAGTCGTGAGGCAGATCAAGGACGCGGAAGGGAAGGGCGGCCTCATATTAGCAGGAGGTCAAGCATTACCGGAGCTGGGCCGCAATTATATTGAGCCGACGGTCATTATGAACGCAACCGACGACATGGAATGCATGAACGAGGAAACCTTCGGCCCCCTTGCCCCGATTACCACATTCAAAACGATAGACGAAGCGGTGCAGCGTGCCAACAACAGTCCCTATGGATTAGCTGCCTATGTATTTACGCAGAATCTGGGCGAAGCGGTGAACATTGCGGAATCGCTGGACTACGGGATTGTGGGTGTGAATGATCCCGTTCCTTCGACGGCGCAAGCGCCGTTCGGCGGATTCAAAGAGAGTGGACTAGGCCGGGAAGGCGGGCACTACGGAATGGATGAGTTCCTGGAGGTGAAGTACATTTCGCTTGGTTTATAA	MFRNQIYIAGQWIQTEEQMDVYNPADGKVIGTVSKAGKKEAGLAVDAAADAFCAWSRRTANERGELLRRWHQLIAEHTDDLARIMTTEQGKPLKEAAGEIQYANSFVSWYAEEGKRIYGETIPGSSSRQRIIVTKQPVGVVAAITPWNFPASMITRKVAPALAAGCTVVIKPSSETPFTAIKLVELADQAGIPAGVINIVTGASSDISGVWQADSRVRKLSFTGSTEVGKQLMAGAAANVKKISLELGGHAPFIVTDQADLDQAAAGLISSKFRNGGQTCVCANRVYVQEGIAQEFAAKFAELVKQLKVGNGLENGVDIGPLINRDAVDKVVRQIKDAEGKGGLILAGGQALPELGRNYIEPTVIMNATDDMECMNEETFGPLAPITTFKTIDEAVQRANNSPYGLAAYVFTQNLGEAVNIAESLDYGIVGVNDPVPSTAQAPFGGFKESGLGREGGHYGMDEFLEVKYISLGL	PGPT0001580_5340	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_TRIGONELLINE_USAGE	PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135	NA	NA
JZ016_01866	972	yclQ	COG4607	Petrobactin-binding protein YclQ	ATGAAAAAATGGTTGGCTTTATTTATGGTAGCAATGTTCACGCTCGTACTCGCGGCTTGTGGTCAAGACGATAAAACAAGCGGCACGGGTGGCGGAGATGCAGCTGGAGATCCACCGGCTGCCACTGAAGAAATCACGATTACCCATCAACTGGGTGAAACGCCTGTTAAGAAGAATCCTTCCCGCGTTGTTGTTTTCGATTTTGGTATCCTGGACTCTGTCGATAAATTAGGTATTGAGGTTCTGGGCGTTCCACAAGCGAACATCCCGGCCTACCTGTCCAAATTCGAAGACAAGAAATACGAGAATGTGGGCAGTCTGAAGGAGCCTGACTTTGAGAAAATCAACAGCATTAACCCGGATCTGATCATCATTTCCGGCAGACAGCAAGATGCGTATGAGGAGCTCAGCAAAATTGCTCCAACCATCTTCCTGGGTGTTGATACAAGCAAATACATGGAATCCTTTAAAGCAAACATGAACACGCTGGGTCAAATCTTTGATAAAGAAGCAGAAGTTGAAAAAGAGCTTGTTACGATCGACGAGAACATCAAAGCATTGAATGAGAAAGCTACAGCTACCGGTAAGAAAGCATTGATCATCTTGGCTAACGAAGGCAAAATCAGTGCATACGGACCGGGTTCCCGCTTCGGCATTCTGCATGACGTGTTCGGTTTCGGAGCTGTAGATCCTAACATCGAAGTCAGCACACATGGTAAAGACATTTCGAATGAGTACATCGTTGAGATGAACCCGGATTATCTCTTTGTTGTCGACCGCGGTGCAGCGGTTGCCACGGGCGAAGGAGCTTCAGGTGCTAAAGCGGTTGTTGAGAACGAGCTTGTGAATACAACGAACGCGGCAAAAGAGGGTAACATCGTTTACTTGAACCCGGATTTCTGGTATCTTTCCGGCGGCGGCCTGACGTCGGTATCCGAAATGATCACGGAAGTAGACGCAGCTATTAAATAA	MKKWLALFMVAMFTLVLAACGQDDKTSGTGGGDAAGDPPAATEEITITHQLGETPVKKNPSRVVVFDFGILDSVDKLGIEVLGVPQANIPAYLSKFEDKKYENVGSLKEPDFEKINSINPDLIIISGRQQDAYEELSKIAPTIFLGVDTSKYMESFKANMNTLGQIFDKEAEVEKELVTIDENIKALNEKATATGKKALIILANEGKISAYGPGSRFGILHDVFGFGAVDPNIEVSTHGKDISNEYIVEMNPDYLFVVDRGAAVATGEGASGAKAVVENELVNTTNAAKEGNIVYLNPDFWYLSGGGLTSVSEMITEVDAAIK	PGPT0003765_6985	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_01867	759	yclP	COG4604	Petrobactin import ATP-binding protein YclP	ATGATCCAGGTTACGAACGTATCGAAAGTCTATGGCGGCAAAAAAGTCGTTGATAACGTGTCCGTTACGATCCCGAAAGGTCAAATCACTTCCTTTATCGGTCCGAACGGTGCCGGCAAGAGTACGTTGCTGTCCATGATTAGCAGATTAACAGGCAAGGACAGCGGACAAATTACGGTGGACGGTAAAGAGGTTAGCCAATGGAAGAGCGGCGATCTGGCGAAGAAGGTTTCGATTCTGAAACAATCCAACCATATCAGCCTCCGTCTGACGGTGCGTGAGCTTGTATCCTTTGGTCGTTTTCCTTACTCTCAGGGTAGATTGAACGCGGAAGACGAGAAATACGTAGATGAGGCTATCTCTTATATGGAGCTTGGGGATATGCAGCATAAATATCTTCATCAGCTCAGCGGCGGCCAGACCCAGCGTGCTTACATAGCGATGGTCATCGCCCAGAATACTGAGTATATCCTGTTGGATGAGCCACTAAACAATCTGGACATGAAACACTCCGTACAGATTATGAAGATTCTCAGAAAGCTTGTCGCTGATCTGAACAAGACGATTGTCATTGTTATTCATGACATCAATTTCGCTTCGTTCTATTCGGATTACATCGTGGCATTGAAGGATGGAGCCATTGAAAGCGAAGGGAAGACCGAGAATATCATTCAGAGCAATGTGCTTCGCGGAATCTATGACATGGACATTGAGATCGAAGAGATTAATGACAATCGGGTGTGCGTATACTACGGCTAA	MIQVTNVSKVYGGKKVVDNVSVTIPKGQITSFIGPNGAGKSTLLSMISRLTGKDSGQITVDGKEVSQWKSGDLAKKVSILKQSNHISLRLTVRELVSFGRFPYSQGRLNAEDEKYVDEAISYMELGDMQHKYLHQLSGGQTQRAYIAMVIAQNTEYILLDEPLNNLDMKHSVQIMKILRKLVADLNKTIVIVIHDINFASFYSDYIVALKDGAIESEGKTENIIQSNVLRGIYDMDIEIEEINDNRVCVYYG	PGPT0003760_8013	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_01868	948	yclO	COG4605	Petrobactin import system permease protein YclO	ATGACTTATAAAGCCAAACTCGGCCTGTTGGCCGCAGCGGCAATCATCCTGGTGGCAGTCTTTCTGTTCATTGATCTTGGCGGCAATTGGGATTACGCGCTTCCGAGGAGAATCAAGAAGGTGCTTGCCATTATTCTGACCGGCGGAGCGATTGCTCTGTCTACCACGGTGTTTCAAACGGTCACGAATAACCGGATACTGACGCCTAGCGTTATGGGATTAGATTCCTTATATATACTGATCCAGACCACCGTCATCTTTGTCTTCGGATCCTTCACGCTGTACAAACTGGGCAGCAACGTTAACTTTCTGATCAACGTCGGCGCGATGATCCTGTTTGCCGGAGTCTTATATAAGATTCTGTTCAAAAGGGAAGGGAATAACATTTACTTCCTGCTGCTGATTGGCATGATCTTCGGAACCCTGTTCTCCAGCATGTCTTCCTTTATGGAAGTGCTGATTGACCCGAACGAGTTCCAGTTTGTAGCCGACAAAATGTTTGCCAGCTTTAACAATGTGAAGACCGAGCTTCTGGTCCTTTCCGTCATTGTCGTAGCGCTGACCTTGCTGTACTTTGCCCGATTTGCCAAGTACCTGAACGTGCTGGCACTAGGTCGTGAGCAGGCGATCAACCTCGGCGTGAATTATGATTATGTAGTGAAGCGGCTTCTGATTGTGGTTGCCGTTCTGATCTCGGTGGCTACCGCTTTGGTAGGTCCGATTACATTCCTCGGGCTCCTGGTGGTCAATGTTGCCTACGAAGTGATGAAGACATACAGGCATTCATATTTAATAGCAGCATCCATACTGATTAGCATTATTGCGCTGGTCGGCGGTCAATTGGTTGTAGAGCGGGTGTTCACGTTCTCTACAACGCTCAGCGTCATTATCAACTTCATCGGCGGTGTCTACTTCATATACCTGCTACTAAAGGAGAGTAAAGCATGA	MTYKAKLGLLAAAAIILVAVFLFIDLGGNWDYALPRRIKKVLAIILTGGAIALSTTVFQTVTNNRILTPSVMGLDSLYILIQTTVIFVFGSFTLYKLGSNVNFLINVGAMILFAGVLYKILFKREGNNIYFLLLIGMIFGTLFSSMSSFMEVLIDPNEFQFVADKMFASFNNVKTELLVLSVIVVALTLLYFARFAKYLNVLALGREQAINLGVNYDYVVKRLLIVVAVLISVATALVGPITFLGLLVVNVAYEVMKTYRHSYLIAASILISIIALVGGQLVVERVFTFSTTLSVIINFIGGVYFIYLLLKESKA	PGPT0003770_11201	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_01869	954	yclN	COG4606	Petrobactin import system permease protein YclN	ATGAAGATTAGATACTTATTTGCAGCCGTTGTGGTACTCTCGATAATCTCATTATTTATTGGAGTTAAGGATATCTCGCCACTGCAATTGTTCTCGATGACAGAACAACAACAGCATATTATGCTTGTCAGCCGGATTCCTAGGCTTGTCAGTCTCATATTGGCGGGTGTCAGCATGAGCATCTGCGGATTGATCATGCAGCAGCTCAGCCGCAATAAGTTCGTATCGCCCACCACGGCAGGTACGATGGACTCTGCCAGACTGGGGATATTGGTAGCCATGCTTGTCTTCACGACAAGCGGACCGCTTATCAAAATGCTTGTGGCATTTGTATTCGCTCTGGCAGGAACCTTTATCTTCATGAAGATACTGGATCGGATTAAGTTCAAGGATGCGATCTTCATCCCGCTCGTAGGGCTGATGTTCGGTAATATCGTCAGTTCGATCGCCACCTTCTTTGCATACAAATATGATCTTATTCAGAATATGTCCGCATGGCTCCAGGGTGATTTTTCCATGATCATGAAGGGCCAGTATGAAATGCTCTATCTTAGTATCCCGCTTGTGATTCTGGCGTATCTGTTCGCCAACAAGTTTACGGTGGCCGGAATGGGAGAGGAGTTTGCTACCAACCTGGGCCTTCACTACCGGAGAGTTGTGAATCTGGGACTGGTCATCGTGGCGCTGGTTACGGCTTCCGTCGTGCTGACGGTCGGCGTGATTCCGTTTCTTGGTCTGATCATACCTAATATTGTTAGTTTGTACTTAGGAGACCATTTGAAAAAAAGCCTTTCGCATACCGCGCTGCTGGGGGCCGGTTTCGTACTGTTCTGTGACATCCTGGGCCGGATCATTATTTATCCCTATGAAATTCCGATTAGTCTAACCGTGGGCGTACTCGGAAGCGGTATATTCATTTTCTTACTGATGAGGAGAAAGGCTTATGACTTATAA	MKIRYLFAAVVVLSIISLFIGVKDISPLQLFSMTEQQQHIMLVSRIPRLVSLILAGVSMSICGLIMQQLSRNKFVSPTTAGTMDSARLGILVAMLVFTTSGPLIKMLVAFVFALAGTFIFMKILDRIKFKDAIFIPLVGLMFGNIVSSIATFFAYKYDLIQNMSAWLQGDFSMIMKGQYEMLYLSIPLVILAYLFANKFTVAGMGEEFATNLGLHYRRVVNLGLVIVALVTASVVLTVGVIPFLGLIIPNIVSLYLGDHLKKSLSHTALLGAGFVLFCDILGRIIIYPYEIPISLTVGVLGSGIFIFLLMRRKAYDL	PGPT0003770_10628	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_01870	603			hypothetical protein	ATGTCTAAAGATTTTTCAGCTGCACTCAAAAATCGCCGTTCTTATTACGGGATTAGCAAAGAATCCGTTATCTCGGACGAGCGTATTCAGGAAATCGTAAACGAAGCGGTTAAGTATACTCCGTCTTCTTTCAACTCCCAAAGTGCACGCGTCGTTGTATTGCTTGGCGAACAGCACGATAAACTGTGGAACATCACGGAAGGCATCCTGAAGGAAGTTGTTGGCGATGAAGAAGCATTCAAATCCACTGCCGACAAAATGGCTTCATTCCGCGCTGGTTACGGTACGGTACTGTTCTTCGAGGACAATAACGTCATTGCCGGGCTGCAACAAAGCTTTGCCGCTTATGCCGACAATTTCCCGGTTTGGTCCAACCAATCCAACGGCATGCTGCAATTTGTAGTATGGACATCCCTTGAAGCAGAAGGTCTGGGCGCATCCCTGCAGCACTACAACCCGCTGATCGACGAAAAAGTAAAAGCCGAATGGAACGTCCCGGAAAGCTGGAAGCTGATTGCTCAAATGCCTTTCGGTAAGCCGGTTGCTGAACCAGGCGAAAAAGAATTTGCACCGCTTGAAGATCGCGTGAAAGTATATAACTAA	MSKDFSAALKNRRSYYGISKESVISDERIQEIVNEAVKYTPSSFNSQSARVVVLLGEQHDKLWNITEGILKEVVGDEEAFKSTADKMASFRAGYGTVLFFEDNNVIAGLQQSFAAYADNFPVWSNQSNGMLQFVVWTSLEAEGLGASLQHYNPLIDEKVKAEWNVPESWKLIAQMPFGKPVAEPGEKEFAPLEDRVKVYN				NA	NA	NA	NA	NA
JZ016_01872	606	ykoF		Putative HMP/thiamine-binding protein YkoF	ATGAATGAGCTTGTTTGCGGAACCAGCCGGATCGTCGGATGCCGGTTCTCGGTATTTCCCATGACAGACCGGTTTGTGGAGGTCATCCTGGGCGCTCTGCAATCTGTGGATGCGGGAAAGGTGTGGATTCAGACAGACGATGTGAGCACTTGTATTCGTGGACGTGCAGAGCATGTCTTTGATGTTACAAGAGCGATATTCGCCCATGCTGCGGCGAGTGGCGTGCACACTGTTTTTAATGGCACTTATTCCATTGGCTGCCCCGGAGATACGGACGCCGATGTATATATGACTGAGGATTCAACCCGCTTGAACAACGACATCGGAGAACATGCCGATATGGAGACTGCCTGCCAATTCGCTCTTTACCCCATGGGTACGGACAACTACATGGATGTCATCTACGGTGAAGTAAATCGTGCGAAGGCAGCCGGTACGTTCGCCGGAAGCGTTCATTACGCCAGCCGGTTGGACGGATCCTTATCCCGGGTGTTCGGGTCTCTTGAAGAGGCGTTTTTGTATGCGATCCAATCCGACAGCAGCCATCTGGTCATGACTGCAGTGGTGTCCGCTCACAGCCCCTCGGTTAAAGCCGCATCGAATTGA	MNELVCGTSRIVGCRFSVFPMTDRFVEVILGALQSVDAGKVWIQTDDVSTCIRGRAEHVFDVTRAIFAHAAASGVHTVFNGTYSIGCPGDTDADVYMTEDSTRLNNDIGEHADMETACQFALYPMGTDNYMDVIYGEVNRAKAAGTFAGSVHYASRLDGSLSRVFGSLEEAFLYAIQSDSSHLVMTAVVSAHSPSVKAASN				NA	NA	NA	NA	NA
JZ016_01873	99			hypothetical protein	ATGAGCGGAGTATATGGCGGCGGTGAATATGGCAATTCAGTAGGAATTATTTTGGTTCTCTTTATCCTGCTCGTAATCATCTTGAGTGCTTGGGTTTAA	MSGVYGGGEYGNSVGIILVLFILLVIILSAWV	PGPT0024985_380	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA	NA	NA
JZ016_01874	699			hypothetical protein	ATGAGGATGGAACCGGTAGAGGCAGCGGAACGCGTCATTCAACACGATTATCCCGACTGTTTGCTTGCCGTGCTTGGCGGCAGCGCGAGCAGAGGCGAATATAATGAACAATCCGATTTGGACATTATGGTCCTTGAACGAGAGGGTCATGATTTCAGCAGGAGGACGATAGAGGCGCATGGATGGATCGCGGAAATCTTTATATTGTCTTTATCCTCCTATCGCGAATATTTTGACGAGGGAGTGATCGCGGCGAATCCGTCATTTCAGCGGATGATCGCAGAAGGGACGGTGTTGCGCCTTATGCCCGAGGGGGAAGAGGTGCGGACGGAAGCCCAAAGCGATTTGGATTACGGACCTCTGCCCTTGACGATAACCGATATTAACGACTACCGTTATGTGCTAACCGAGTACATGCTGGACTTGAAGAGTCCCCGAAGCGATGGTGAAAAATGGTTTACGGTGCACAAAATAGCCGCGATTCTCTGTGATTTTGTACTTAGGGTGAACCGGGAGTGGACGGGTGAAGGGAAAACGCTGTTCCGCCTGTTTAACCGCTTTGACACAATTTTAGGAGAGCGATTGGAAACAGCGCTCGCGGCGATGTATCGCCAAGATGATCCTTCTGTTCTAATGGCATTTACCGAGGAAATGCTCCGTCCGTACGGAGGGAAACTTCTCATCGGTTATGAGGAATAA	MRMEPVEAAERVIQHDYPDCLLAVLGGSASRGEYNEQSDLDIMVLEREGHDFSRRTIEAHGWIAEIFILSLSSYREYFDEGVIAANPSFQRMIAEGTVLRLMPEGEEVRTEAQSDLDYGPLPLTITDINDYRYVLTEYMLDLKSPRSDGEKWFTVHKIAAILCDFVLRVNREWTGEGKTLFRLFNRFDTILGERLETALAAMYRQDDPSVLMAFTEEMLRPYGGKLLIGYEE				NA	NA	NA	NA	NA
JZ016_01875	723	COQ5_4		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGAACTACATTCATATGCTCTCTAAATTAGGCATGGGCAGTGCCCACCCGGGAGGATTCGAGGCAACCCTCAGAATGCTGAAGAATTATCCCATTCAACCGGGCAGCCGCATTCTGGAGGTGGGGTGCGGAACTGGCAGAACCGCATGCCATCTTTCGGAGATGGGGTATCAAGTGACAGCTATTGATCTGAACGAAAATATGATCAAAAAAGCACGAGCACGAGCCGAAGCGATGGAAATCGACGTGCAGTTCCATCAAGCCGATGTATGCGCATTGCCTTTCGAGGACAATCAATTTGATCTGATCATGGCCGAGTCTGTTACCGTATTTACGGATACTTCGAAGTCGCTGCCCGAATATTACCGCGTTCTGGATCGCGGAGGCGTCCTGCTGGACAGAGAATTACTGCTAGATAAGCCCATGCCGGAAGCAAAGCTTCAGGAACTGCTCGAATTCTTCGGAATACCTAATCTGATGATGAGAGAAGAATGGGAGGAATCCCTCTTGGCTTGCGGGTTTAAACAGGAAGAAATTCTGGAGTACAATCACTTCAATGAGCAGTTAAAGGAAGAGCAGACACGTCATCTGGATACATTTGAACAGCGCGATAAAGGACTCCTGTTCGATGTTGCGCTCTGGGAAACGCTGTTCAAGCATGATCGCATGATTCTGGATAATACCGATTATCTCGCTTCCGCCTTATTCCGGGCAGTAAAATAG	MNYIHMLSKLGMGSAHPGGFEATLRMLKNYPIQPGSRILEVGCGTGRTACHLSEMGYQVTAIDLNENMIKKARARAEAMEIDVQFHQADVCALPFEDNQFDLIMAESVTVFTDTSKSLPEYYRVLDRGGVLLDRELLLDKPMPEAKLQELLEFFGIPNLMMREEWEESLLACGFKQEEILEYNHFNEQLKEEQTRHLDTFEQRDKGLLFDVALWETLFKHDRMILDNTDYLASALFRAVK				NA	NA	NA	NA	NA
JZ016_01876	1251	mcpC	COG0840	Methyl-accepting chemotaxis protein McpC	ATGGCATGGTTCAACAGACTCCCTATTTCACGAAAAATTACTGCAGCCTGTTTTCTCATTGCCACTTTGTTTGCGGTTCCAATGCTGCTTGCGTTTATTCTAATGGGTAAAGCAATCATTGGCGTGGTCATCGTGGTGGTACTAACAGGTCTTACTTTTCCTCTTTCTCGTCTTATTGAGAAAACGCTTACTAACTCCTTTGCGGAAATCTCCAGCGTTTCTGCCAAAATCGCTAAAGGCGACTTCACCTTCCAGGTAGAAGAGGTTGGGGGCATGAACGATCTAAGCAGAACATTCAACAGCATGGTGGACAAGCTTCGTAAAATACTGCAGGAAACCTCGGATATTACGCGTCAGGTCATGACCTCAAGCTCCAATATCTCGATTAAAAACCAGGAGCTCATTCAAGTGATGAATCAAGTCTCCTTATCTTCCAATGAGCTGGCCGTCGGGGCTAACGAAATTTCGGAAGACGTAGCCGAAATGACACATTCCATTGGCGAGATCGAGGAGAAGGTCAGCAACTATACGCATTCAACCCAGGAAATGAATACCCGTTCGATCGAAACGCTGGGACTGGTAGAGCAAGGAAGGGACTCCGTCGCCAAGCAGTCCGCAGGAATGCAGCGTAATATTGACGCAACGGCCAAAGTCGCGGAGTCCATTGATGCACTGGCCCGGAGTGCCAGAGGAATTACCCAGATCACGGAGACGATCTCGGAACTTGCCGATCAGACCAACTTGTTATCCTTGAACGCATCCATTGAAGCGGCAAGAGCAGGCGAGCACGGCGCCGGCTTTGCCGTTGTCGCCCAAGAGGTGCGTAAATTGGCCGAAGAATCCACGTCATCAACACGGGAAGTATTCAATCTCGTACGGAGCATCGAATCGGACGTGAAACATGCCACCCAGAACATTAAAATTAATGAAGAGGTCGTCAGGCAGCAAACCGAAATGATCCGTGAAGCTGAGCTGGTGTTCATGGAGATTGTAAACAGTGTGCAGTATATTTCGGAACAGATCGCCGCTTTCTCCAAGGAGAGCGAATCCATGCTCGAAAGTGCGAAGAGCATTTCTTCCGCGATTCAGAATATATCGGCAATCACGCAGCAATCCGCCGCGGGAACGGAGCAGGTGTCGGCATCCATGAATGAAGGCATCTCATCGATCCAGAAGATGGCCGAGGAAGCGGAAGCAATGAATAATGCCGTTTTCCGGCTGCAAAAAACGATCAACATTTTCAAATTTTAA	MAWFNRLPISRKITAACFLIATLFAVPMLLAFILMGKAIIGVVIVVVLTGLTFPLSRLIEKTLTNSFAEISSVSAKIAKGDFTFQVEEVGGMNDLSRTFNSMVDKLRKILQETSDITRQVMTSSSNISIKNQELIQVMNQVSLSSNELAVGANEISEDVAEMTHSIGEIEEKVSNYTHSTQEMNTRSIETLGLVEQGRDSVAKQSAGMQRNIDATAKVAESIDALARSARGITQITETISELADQTNLLSLNASIEAARAGEHGAGFAVVAQEVRKLAEESTSSTREVFNLVRSIESDVKHATQNIKINEEVVRQQTEMIREAELVFMEIVNSVQYISEQIAAFSKESESMLESAKSISSAIQNISAITQQSAAGTEQVSASMNEGISSIQKMAEEAEAMNNAVFRLQKTINIFKF	PGPT0015710_27653	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_01877	561			hypothetical protein	ATGACGACTTTCTATTTTGTGAGACATGCGGAATCTCCCTTTATCCATGGGAAGGAAAGGTCGCGGGGATTATCCACCGAGGGCTCCCTCGCTGCGGTTCGAGTCAAGGATGTGCTCCTGGGAGAAGGGATTGACGCTATCATATCAAGCCCTTACAAGCGAGCCAAGGATACGGTTCAACCATTGGCGGACGCTTTGGGATTGCCGATTACGGAGCAAGAGGACTTAAGGGAACGGAAGGTCGGGGATTTTCAGGGGCATTCCTTCCTCGATGCCAAGAAGATCCTTTTTCAGGATCCAACTATCTCCTTCCCCGGAGGGGAATCCAGCAAAAGCGCGCAAAGCCGAGCAGTCCAGGTGCTAAAGGAAATCCTGAATAAACATATCGGAAAGTCTGTCGTGATTGGCACCCACGGCGACATTATGACACTCATGCTGCAGCATTATGATCAACGATTCGATTATCATTTCTGGCTAGGTACGACGCTGCCGGATATTTACCGAGCCGAGTTTGAGGAAGGGCGGCTCGTGAATATCGCGCGGTTATGGAACGAGCCATAG	MTTFYFVRHAESPFIHGKERSRGLSTEGSLAAVRVKDVLLGEGIDAIISSPYKRAKDTVQPLADALGLPITEQEDLRERKVGDFQGHSFLDAKKILFQDPTISFPGGESSKSAQSRAVQVLKEILNKHIGKSVVIGTHGDIMTLMLQHYDQRFDYHFWLGTTLPDIYRAEFEEGRLVNIARLWNEP	PGPT0018030_3866	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018030-gpmA-K01834	NA	NA
JZ016_01878	465			hypothetical protein	GTGGTGAAACATACGCATCTCGGCGTTTATGGAGTATTAATTCAGCATGATCATATCCTGTTGATCCAGAAAGCGAGAGGGCCGCACAAGGGGAAGTGGGATTTACCGGGCGGCTCCATTGAGTTCGGAGAAGAGCCGGAGCATACGCTGCAGCGCGAATTTATAGAGGAAACCGGGCTTTCTCCAATAAAGGGCAGTATACGGACGGCTATCTCCTATACGATCGTATACCAGTATGAAGCGAATCAGATAGAAGAGCTGCATCACATCGGTATCATGTATGATGTCGAGCTGCTGAATGATAAAGCCGTAATCAAAACGGACGGAGACGGTCAAGACTCATTAGGAGCTAAATGGATTCCCTTGGATTCATTGGGGTTGTTACCGTTAACACCGTTTGTGGAGATGATGATGGAGCCTGTATTAAAGGGTGAGACTTCAAAAGAAGCAGAGGTTGAAGGATGA	MVKHTHLGVYGVLIQHDHILLIQKARGPHKGKWDLPGGSIEFGEEPEHTLQREFIEETGLSPIKGSIRTAISYTIVYQYEANQIEELHHIGIMYDVELLNDKAVIKTDGDGQDSLGAKWIPLDSLGLLPLTPFVEMMMEPVLKGETSKEAEVEG				NA	NA	NA	NA	NA
JZ016_01879	708			hypothetical protein	ATGGACATATTCAACCGCGCACGTCAAAAGGAAAGATTGTATCACGAGACTCTGTACGAGGAAGCCGTATTGTTTCAGCCTGGGAGCTGGTTAGCCAAGCCCGTGCAGACGGTCCTCGATCATCTGGAATTATTGTCGTTTCATGAGACGCGGGTATTGGATCTGGCCTGTGGCGTCGGGCGTAACAGTATCCCGGTTGCGCAGCGGATCCAAGCGGCGAACGGGCAGGTCGTCTGCGTAGATCTGCTGCCATCGGCAGTCGAGAAGCTGCGGCAGTATGCGGTACTACATGGCGTAAGCTCCAACCTTGAGGCCATTGTGGCAGACGTAGAGCACTATGACATTGCCGTGGATACTTATCATTACGTCATTGCATGCTCATGCCTGGAGCATATGAGCTCCGAGGATGCCTTCGCATCCAAGATCGAACAGATGCAGGCAGGAACCGTGCACCAGGGCATACACTGCATCATGATGAGCACAGAGGTGAAGGAAATCGATCAGGAAACGGGCCTGGAGGAGGAAGGTTTAATCGAGCTGAATCTGTCCGCGGACAGAGCCTTTTCCATCCTCGATGAGCTGTATTCGGAATGGGAGATCTTAACGAGGCGTCAGGTGCAGCAGGATATTCAAGAAGTGAAGGGTGGGAGAGACGTACTTTTTCGAAGTCAATGGATCACCTTCACTGCAAGAAAAGGAGTGTGTTAA	MDIFNRARQKERLYHETLYEEAVLFQPGSWLAKPVQTVLDHLELLSFHETRVLDLACGVGRNSIPVAQRIQAANGQVVCVDLLPSAVEKLRQYAVLHGVSSNLEAIVADVEHYDIAVDTYHYVIACSCLEHMSSEDAFASKIEQMQAGTVHQGIHCIMMSTEVKEIDQETGLEEEGLIELNLSADRAFSILDELYSEWEILTRRQVQQDIQEVKGGRDVLFRSQWITFTARKGVC	PGPT0004925_331	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_TELLURIUM_RESISTANCE	TELLURIUM_RESISTANCE-TER-SYSTEM,PGPT0004925-tehB-K16868	NA	NA
JZ016_01880	549			hypothetical protein	ATGTTAGAGGAGCGGTTAAAGGAATACATAAGCCGGCATAAGCAATTGATGACGGATTTGGGCAGCGTTCGCGACTTAGGACTGCCGCAATGCTATATTGCTGCGGGCTACATTCGAAATTATGTGTGGGACCTGCTTCATGGGTTAGAAGGGACGGATCGACATACGGATATTGATGTGGTGTATTTCGATCCGGAAGATGTGTCTGAAGCGCGGGATATTCGATTGGAAGAGCTTCTTAGAACAACAACGGCGAACCCGAAATGGTCAGTCAAGAACCAAGCCAGAATGCATGTGAAGAATGGAGATGAGCCTTATAACTCAACCCATGCAGCGTTAACCTATTGGCCGGAGACGGCGACCGCGGTCGGAGCAAGGTTGAACATCGAAGGAGCGCTTGAGCTCTGCTGTCCTTACGGATTGGAGGATTTATTTGCGCTTCGGGTTCGCAGAAGTCCTAACTTCCATAAGCGGAGCTATTATTTGGATCGGGTGGCGAAGAAGCAATGGAAGGATCAGTGGCCGCAGCTAACGATAAGCGATGATTAG	MLEERLKEYISRHKQLMTDLGSVRDLGLPQCYIAAGYIRNYVWDLLHGLEGTDRHTDIDVVYFDPEDVSEARDIRLEELLRTTTANPKWSVKNQARMHVKNGDEPYNSTHAALTYWPETATAVGARLNIEGALELCCPYGLEDLFALRVRRSPNFHKRSYYLDRVAKKQWKDQWPQLTISDD				NA	NA	NA	NA	NA
JZ016_01881	912	rbsK_1		Ribokinase	TTGCGCAAGCTGGTTGTCATTGGCAGCATTAATATGGATGTTGTGAGTACTGTAGGGCAGTTCCCTCGGCCCGGGGAAACGATTCATAGCAGAGGCACCTCTTTTTTTCCTGGGGGGAAAGGGGCGAATCAGGCGGTGGCGGCATCCTCGGCAGGTGCGGATTGTGCCATGGTCGGCGCGGTTGGTCTTGATCCATTTGGGAAGACCCTGGTTGCTTCTTTGGAGGAACGAGGCGTTGGCGTTACTTCCGTCCTCTCCAAGACAGGCACCTCGGGGATGGCGATCATCACGGTCAACGAGGAAGGCGAGAATTATATTGTGCTGTCGGAAGGAGCCAATGGGCAGTTGACTGAAGAAGACGTAGCGGCAGTGGTGAAATGGGATGGAGTATATGCCGTGCTGCTGCAGAATGAAATTCCGTGGCAGACGACGCAGTACGTTATCCATTCGGCCAACAAGGCAGGCGTTCGCGTCTGGCTGAATCCGGCGCCTGCGCGAGAGGTCCCTCATGACGTGCTGCCGCTGATCGATACATTAATTGTGAACGAGACCGAAGCGGAAGTGGTGAGCGGCCTGAAGGTGGAGGACGCTGCTACAGCGGATGCAGCGGCAGCGTCGATCATCGGCAGAGGCACCTCCAACGTGATTATCACCCTTGGTGAGCAGGGCTGCTTCTATGGGAATGCCAAAGGTGAGCGTTTCACCGTTCCGGCTTTCCGTGTCACACCCGTGGATACCACTGCGGCAGGAGATACCTTCATCGGTGCTTATGCGGCGGCTTGCACGGAGGGACAGGAGACGGAAGAGGCCCTTCAGTTTGCAACTGCAGCGGCTGCACTGACGGTAACCCGGCCAGGCGCACAAGCCTCTATACCGTCCAAGGAAGAGATTATGGCTTTTATAAATAAATAA	MRKLVVIGSINMDVVSTVGQFPRPGETIHSRGTSFFPGGKGANQAVAASSAGADCAMVGAVGLDPFGKTLVASLEERGVGVTSVLSKTGTSGMAIITVNEEGENYIVLSEGANGQLTEEDVAAVVKWDGVYAVLLQNEIPWQTTQYVIHSANKAGVRVWLNPAPAREVPHDVLPLIDTLIVNETEAEVVSGLKVEDAATADAAAASIIGRGTSNVIITLGEQGCFYGNAKGERFTVPAFRVTPVDTTAAGDTFIGAYAAACTEGQETEEALQFATAAAALTVTRPGAQASIPSKEEIMAFINK	PGPT0017405_3346	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0017405-rbsK-K00852	NA	NA
JZ016_01882	2121			hypothetical protein	ATGATACCTAAACATTATGTAGAGACGGTATATGCGGGATTCATCGGCATGAACATTGGCATAAGGCTCGGTGCTCCCATCGAACCGGTGGCTTGGACGTATGAACGCATTCGGGACGTCTACGGCGATATACGGGATTACGTGAAGCCGTATACAACCTTTGCCGCCGACGATGACGCCAACGGTCCGGTTTTCTTTATCCGCGCGCTCTATGACGATGCGACAGATCGTGAGCTTGAGCCGGAGGATGTGGGCAAAGCATGGCTTAATTACGCAAGGGAAGGGATCGGCATGTTCTGGTGGGGCGGTGAGGATATCAGCACCGAGCACCGCGCCTATGTGAATCTGCGCAAAGGCATTCCGGCGCCTCGGTCGGGCTCGATCGAGGTCAACGGCACGGAGATGGCGGAGCAGATCGGCGGCCAGATCTTCATCGATTCCTGGGGCCTGCTTTTCCCGGGTCAGGCGGAGAAAGCAGCGGATTACGCGGAAAAAGCGGCCAGCGTCTCCCACGACGGCAACGGGCTGTATGGTGCCCGCTTCATGGCTGCTTGCATCGCCAAAGCCTTTGATGCTTCGTCCATGGATGAGATTATTGCGGAAGGCCTGCGCATGATTCCGGATGATTCCACCTATGCGCGCGTGGTCCACGCCGTCATGGACTTCCACCTGGAGGAGCCCTCGGATTTCCGCGCTTGCCGCCAGTACTTGGAGGACCATTGGGGATACGATAAATATACGGGCGTATGCCATATTATCCCGAATGCGGGTGTGTGCGTGCTTGCCCTTCTGTATGGCGAGGGAGATTATGCGCGCACGGTTGAGATCGCGTCGATGTGCGGCTGGGACACCGATTGCAATGCAGGCAACGTGGGAACGATCCTCGGTGTTTACAGAGGTCTGGCGGGTATTCCCGAACATTACCGCAAGCCGATCAATGACTTCATCGTGGCTTCCAGCGTGTCTGGCTATTTGAATTTGGTGGATTTTCCGACATTCGCCAAAGAGCTTGCACTGCTTGGCTATCGCCTCAACGGAGAGAAAGCACCTGAAGAGCTGGCACGTCGGGTGAGGCAGGGCGAGGTGTATTTCGATTTCGACCTGCCGGGGTCTACGCATGGATTCCGGACGAGCCATGCCTTCAAAACGCCGGTCGTTCGCCATTCGACGAAACATGTTTATGATAGCAGAGGATCGCTGGAAGTGGTTTTTGACAGACTGGTGGAAGGGGACAGCAGCAAGATCTACTATAAACCGTTCTATCGCCGGGCGGAGTTTAACGATGAGAAATATAAGCCGACCTTTGCCCCTCTGGCCTACAGCGGGCAGACCGTATCCGCCCACATTTATGTGGATCAGTGGGAAGGCGAACCAATTACCTTGACTCCGTATGTACGCAATACCTATACGCAGGAGGACGTGCGTATGGCTGCGTTTACTCCCGTGTGCGGAGAGTGGAACGCTGTTCAATTCGTCATTCCGGATACGGAAGGTGCCATGATTGATGAGATCGGCTGGATACTCGAGAGCCCGTCGCCGCTATTGAATCGTGCCATCGGAAGTTTGTTCGTCGGGCAATTCCGCATCACGGGAGCTGCGGATTATACGATCGATTTTGCCAAGCAAGCCAAAGAATTCGCTTCGATCACGCCATTCTCGCATCATCGAGGAACATGGGAGCTGCGTGATGGAACGATGCATTGTACATCACAAGGAGATACCTCGTCCTATTCCGGCAATTACTATGCTGAAGATATGGAGATTGAAGCGACCATCAAACCGATATCCGGCACCAGCCATTGTCTGATTACAAGAGCGCAGGGCGTCATGCGTCATTATCTGGCCGGGTTCGACGGGCCCAATTCCGTATCGTTTATCAAACAGGATTTCGGGATCAAGCGTCTGATTACTGCAAGATACGATTGGGCATTGGGTCAAGAATACCGCCTGAAGCTGGTGTCCGAGAAGGATCGGTTCATCTTGTATATTAATGGAGAGAATGTGCTGGAATGCAAGGAAACCGCTTATGGACATGGCATGTTCGGCTTTGGCTGCTTGGATGACGGCGAGAATGAGATCAAGGATGTTCGTGTTCGTACATCAGAGCCGAAGTCGGTATAA	MIPKHYVETVYAGFIGMNIGIRLGAPIEPVAWTYERIRDVYGDIRDYVKPYTTFAADDDANGPVFFIRALYDDATDRELEPEDVGKAWLNYAREGIGMFWWGGEDISTEHRAYVNLRKGIPAPRSGSIEVNGTEMAEQIGGQIFIDSWGLLFPGQAEKAADYAEKAASVSHDGNGLYGARFMAACIAKAFDASSMDEIIAEGLRMIPDDSTYARVVHAVMDFHLEEPSDFRACRQYLEDHWGYDKYTGVCHIIPNAGVCVLALLYGEGDYARTVEIASMCGWDTDCNAGNVGTILGVYRGLAGIPEHYRKPINDFIVASSVSGYLNLVDFPTFAKELALLGYRLNGEKAPEELARRVRQGEVYFDFDLPGSTHGFRTSHAFKTPVVRHSTKHVYDSRGSLEVVFDRLVEGDSSKIYYKPFYRRAEFNDEKYKPTFAPLAYSGQTVSAHIYVDQWEGEPITLTPYVRNTYTQEDVRMAAFTPVCGEWNAVQFVIPDTEGAMIDEIGWILESPSPLLNRAIGSLFVGQFRITGAADYTIDFAKQAKEFASITPFSHHRGTWELRDGTMHCTSQGDTSSYSGNYYAEDMEIEATIKPISGTSHCLITRAQGVMRHYLAGFDGPNSVSFIKQDFGIKRLITARYDWALGQEYRLKLVSEKDRFILYINGENVLECKETAYGHGMFGFGCLDDGENEIKDVRVRTSEPKSV				NA	NA	NA	NA	NA
JZ016_01883	1155			hypothetical protein	ATGACTTCATTTCGTGACCGGGTGAGGGGCGTGGTGATATCCACCGCGCTCGGAGACGCAATGGGAGCTCCCATCGAGAAATTGACGTACGGGGAGATCAAGTCCAAGTACGGACGCGTGGAATCCCTCATGACAAGATGGCATAAGATGGATCTGCCCCCCGACGCTCGGCTTGGCCGTGTAAGAGGCGATGGCATTGTCACGGACGATACGCTGATGACCATTGCGCTCATGAACGTGTATCTTACCGAGGGCAGGCATCTGGATGCCTATGATATGGGCAATGAATTCGTGAAGGAGATCGCGTTCCGCAAGACGTTTGTCCCTGAGCTGAATGAGGAAACGTTGATCATTGACCGGTTGTTCTATCCGGAAAAATATATCTTCATGCGCCATGTGCTGGCCAACTGCGATCCGAGAGAAGGCGGCATCGGGAATATGGTGAACTGCGGGGCGGCGATGTACATCGCCCCGATCGGGATCGTCAATGCGGGCAATCCAAAGGCGGCTTATGATGAAGCCATCCTGTTTGCGATGGGTCACCAGAGCAGTTACGGCCTGGAAGCCGCGGGCGTTCTGGCCGCTTGCGTGGCGAAGGCGTTTGAGCCGGGGGTGAGTGTGGACGAAATTGTCCACACTGCCATCAGCCTGGCGAAAGACGGCACGAAAGCCGCCATTGTGGAAATGACGCAAGCTGCCCGCGAAATGCGGCATCAGCGGGATGACATGGACAAAGTGATCGAAGTGTTTCAAGCGATCATGCTTAAATATTCGCCGATGGGCGATGACGTGAGCCGCCACATCGACAAGGTTGGCATCGCGAGCAACCATTATACACCCAGCCGCCTATGGTCAATTGAAGAGCTGCCGATGGCACTGGCGTTTATCGTTCTCAATGACGGTGATTATTATCGTTCGATTCTGGACGGGGTTAACTCCGGACGTGACACCGACTCGATCGGCGTCATGGCCGGGGTGATCCTGGGCGCCATGTATGGCAGCGAGGTTATCCGCAAGGAAGATATTAAGCAGCTGAATAAGGTGAACCGCTTGGACCTGTGCGCTATCGCCGACCGGTTCAGCGGCATAGCCTCGAAGATCATTGAGGAGGATATTCGCATCAATGAGTCTCGGAAGGTCATAGTGAGTCGTTAG	MTSFRDRVRGVVISTALGDAMGAPIEKLTYGEIKSKYGRVESLMTRWHKMDLPPDARLGRVRGDGIVTDDTLMTIALMNVYLTEGRHLDAYDMGNEFVKEIAFRKTFVPELNEETLIIDRLFYPEKYIFMRHVLANCDPREGGIGNMVNCGAAMYIAPIGIVNAGNPKAAYDEAILFAMGHQSSYGLEAAGVLAACVAKAFEPGVSVDEIVHTAISLAKDGTKAAIVEMTQAAREMRHQRDDMDKVIEVFQAIMLKYSPMGDDVSRHIDKVGIASNHYTPSRLWSIEELPMALAFIVLNDGDYYRSILDGVNSGRDTDSIGVMAGVILGAMYGSEVIRKEDIKQLNKVNRLDLCAIADRFSGIASKIIEEDIRINESRKVIVSR				NA	NA	NA	NA	NA
JZ016_01884	1494	lipO_12	COG1653	Lipoprotein LipO	ATGAAAAAATTAAGCCTTTTACTCGTCGTTGCCATGCTGGTTATGGTCATGTCGGCATGCACATCGAAATCAAACACGCCGGGAGCGGGCCAAACCGAACCCGGGACTACCCAGCCGGATGGGAGCGGTGATCCCGTTACATTGAAGATCGTGTATAAGGATGAAGGAACGGCGAACCCTGTTTCGGTTAAATTCTTCGAGACCTTGGAGAAATCCCTGGCCGAAGACGAAGGATTGAACGTGAAATTCGAACTTGTTGATCTGGCACAGGGCAGTTATGCCGAGAACCTGAATCTGCTGCTGTTAGGCGGAACCATTCCGGATATCATCTACTTCCAGGGCGGCGACCAGCAAATTGCCGAACAAGGCCTGCTGGAGGATCTGACGCCTTACATTGAAAAATCCACTTACATTAAAGATATCATAGAGACGCATAACCAAACGCGGATGGCAAGCTATCCGTATCTGCTGTGGATCAAACCGCTCGCCCCGAAGACCCCGGTCATCCGTGCCGACTGGTTTAATGCCATGGATAGCTCCAAGGCCCTGATGGAGAACCCGACCGTCGACAATTATTATGCCTTCTTCAAGGAACTGGTGGAGAAGAAGCCGGGTGAAGGCAAGCCGAGCTATGCGCTGACGGCAGCAGGCGATATTGCTGAGATTAACTTTATTTTCAATACGGCTTTCGGTTTAGATACGACTTGGCTTAAGAAGGAAGACGGAACGTATGAGTACTCCAAGGTTTCCCAGAAGGAGAAAGAAAAGCTGACGTTCTACAACAAGCTCTACAAGGAAGGGCTGCTGGACCCGCAATTCATTACGAAGCAGTGGGATACGAAGGAAGACGCCTTCTATAAAGGTGAGGCTGCCGTTATTACGGGCACAGCCGGCAAAATCATCGATTTGTATGACGGAAGAATGCAGGAACTCGGCGGAGATGACGCCAATCTGATCGTGCTCCCGCCTGCTAAAGGCGAGGCTCAAGGCTTCGGGGCCACCGATGTTACGAAGGAATCCAGAGGACTTGCGATCTCCTCGCAATCTCCGCATAAAGACGTAGCGTTCAAGGTATTCGATTACCTTGCAAGTCCGAAGGGGCAAATGCTGGACCGCCTCGGTTTCGAAGAGGAGCATTACAAGGTGGTTGACGGCGAAATCGAGCTGAACGAGAAATACTACAGCGAATGGTATGCGCGTTTCTGGGAACCGACCGAGATCCAATCCGAAACGCCTTTGAAAACGCCGCTATTGGGTGAGCCTGGAACCGAATCGTTGAAAATGGCTGGCGAATTCTACACGGAAGACAATAATTTCATCATCCCTGAGCAATTCATTGCGAACTGGGACGCGATGAACAATCTGTACAAGGAATATTCGACGGATTTTATTACAGGCAAGAAGGACTTGTCCCAATTCGACCAATTCGTTGAAGCCTGGAATGCTGCAGGCGGGGCAGAGATAACGAAATACGCCAACGAAAACATCAAGTAA	MKKLSLLLVVAMLVMVMSACTSKSNTPGAGQTEPGTTQPDGSGDPVTLKIVYKDEGTANPVSVKFFETLEKSLAEDEGLNVKFELVDLAQGSYAENLNLLLLGGTIPDIIYFQGGDQQIAEQGLLEDLTPYIEKSTYIKDIIETHNQTRMASYPYLLWIKPLAPKTPVIRADWFNAMDSSKALMENPTVDNYYAFFKELVEKKPGEGKPSYALTAAGDIAEINFIFNTAFGLDTTWLKKEDGTYEYSKVSQKEKEKLTFYNKLYKEGLLDPQFITKQWDTKEDAFYKGEAAVITGTAGKIIDLYDGRMQELGGDDANLIVLPPAKGEAQGFGATDVTKESRGLAISSQSPHKDVAFKVFDYLASPKGQMLDRLGFEEEHYKVVDGEIELNEKYYSEWYARFWEPTEIQSETPLKTPLLGEPGTESLKMAGEFYTEDNNFIIPEQFIANWDAMNNLYKEYSTDFITGKKDLSQFDQFVEAWNAAGGAEITKYANENIK	PGPT0017245_3188	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01885	873			hypothetical protein	GTGAGACGGCTGGAAATATCCAAAATCGTCATTTATCTCATGTTGTTCGTGTTTACGCTCATGGTATTGGTTCCTCTCCTGAATCTGCTGGCGCTGTCCTTAACCGATCCCGGCAAAGCCCATCTAATGGGTGGACTGGACATCTTTCCGAAGGGATTCTCAACAATCAATTACCAACTGTTAATGTCCAATCCCTTGATTACAGGCAGTATTCTGAATTCCTTATGGATTACCGTAGCAGGCACATTCCTGAATCTGCTGCTAACCTCCATGGCGGCGTACGTGCTGGCCAGAACCGAATTTATCGGTAAAAAGGTCGTGTTGTTTTTTCTGATCGTCATTATGGTGTTTGAGCCGGGTATGATCCCAGAATACCTGCTGGTAAAGGACCTCGGACTGATGAATACGCTAACATCACTGATCCTGTACAAAGCGATCAACGTGTACTATCTCTTTATTCTCATGCGGTTCATCCAGGACATACCGGAGGAGATTCTGGAGGCATCCCGAATCGATGGCGCAGGTCATTTCCGCTTATACAGCCGAATCATACTGCCGCTGTCCAAACCGGGGCTGGCGACCTTGGGCTTGTTTTACGGAGTGTACCACTGGAATGAATATTTCAGAGCGACGCTCTACATTTCGGACCCGACCAAATGGCCGCTGCAGGTCGTGCTTAGACAATTCGTTGTCCGCAAGGACAATACGTCCCTGATCGGCAACCAGAACATGTTCGACAGCTCGATCAACTTTGATTTTGCTTCCCTGCAGGCAGGTACGATCATGATTGCGATTGTGCCGCTGTTATTCCTATATCCGTTCATTTTGAAATATTACGCCAAAGGCGAACTGGAGGGCGGAGTGAAGGATTAA	MRRLEISKIVIYLMLFVFTLMVLVPLLNLLALSLTDPGKAHLMGGLDIFPKGFSTINYQLLMSNPLITGSILNSLWITVAGTFLNLLLTSMAAYVLARTEFIGKKVVLFFLIVIMVFEPGMIPEYLLVKDLGLMNTLTSLILYKAINVYYLFILMRFIQDIPEEILEASRIDGAGHFRLYSRIILPLSKPGLATLGLFYGVYHWNEYFRATLYISDPTKWPLQVVLRQFVVRKDNTSLIGNQNMFDSSINFDFASLQAGTIMIAIVPLLFLYPFILKYYAKGELEGGVKD	PGPT0017255_2554	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01886	894	yteP_28	COG4209	putative multiple-sugar transport system permease YteP	ATGAAGGTATTAAGGCGATTAAGGCAGGATTGGGTACTGTACGCGATGCTGTCGCTGCCTCTGCTCTACTTTTTTATCTTTCACATCATTCCGCTGTACGGCATGAAACTCGCCTTTCAGGATTACCGGATTCTCGGGGATCATGTCTGGGTCGGGTGGAAGCACTTCAAAACGCTGTTCAGCTCGCCCGCCTTCACAAGCGTGCTGCAGAATACCATTATCATCAGCTTGATGAAAATCGTATTCGTGTTCCCGATTCCGATCATGCTGTCGCTTCTGATTAATGAAGTTCGGAGCACGAAATACCGCAAATATGTGCAATCCGTGGTCTATCTGCCACATTTCCTGTCCTGGGTCGTCATTGCCGGAATCTGGATCAGTCTCTTGAACCCTGCCGAAGGCGGAGTCAATCTGATAGCGAATTTCTTTCAACTGCCATCCGTGGATTATATGACCAGCAAGGAGCATATCCGTTGGGTGCTCGTATTCTCCGAAATTTGGAGAAGCGCCGGCTGGGATTCGATCATTTATCTGGCAGCCATCATGAAGATCAGCCCAGGATTGTATGAAGCAGCCAAGATGGACGGGGCGACCCGGCTGCAGCAGATGAGGTTCATTACGCTTCCTCATTTATACAGCACAGTTGTAACCGTCTTCATTCTGAATCTGGGCTTCTTCATGAATGCTGGTTTTGATCAGGTGTTTAACTTTATGAACGATTCCATCATTAGTGTGGTGGATATTCTGGACACATATGTGTACCGAATCGGTATCGGGAACGGACAGTTTGCCTACGCAACTGCAGCGAGTCTGTTCAAGGGCGTGATCGGTATCATCCTCATCCTGGGCACGCATTTCATATCGAAGCGCTTCTCGGGCAAGGGCGTCTGGTAA	MKVLRRLRQDWVLYAMLSLPLLYFFIFHIIPLYGMKLAFQDYRILGDHVWVGWKHFKTLFSSPAFTSVLQNTIIISLMKIVFVFPIPIMLSLLINEVRSTKYRKYVQSVVYLPHFLSWVVIAGIWISLLNPAEGGVNLIANFFQLPSVDYMTSKEHIRWVLVFSEIWRSAGWDSIIYLAAIMKISPGLYEAAKMDGATRLQQMRFITLPHLYSTVVTVFILNLGFFMNAGFDQVFNFMNDSIISVVDILDTYVYRIGIGNGQFAYATAASLFKGVIGIILILGTHFISKRFSGKGVW	PGPT0017250_2642	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01887	327			hypothetical protein	ATGACAGAACTCGGCGATTTAGCGAAAGTGCTGCGAAGCAAAAACTCGGGACCCTTCGAAATTACATTAGACGTGTTGTTTGATTCCAAGGAGCAGTATGACAGAGTGAAACAGTCCGGCGTCATTACGAAACGGACGATATGCGAGCTGTATCAGATACGGGAGGAGCAGATTCATCATTTGGTATTTTTCGACCAGGCGCTGGGTTTCAAAATCACGATGTCGCGGGACATATCGTCGGGCAGTGTCGGCGATCGCGACGTGTACGGTGCCCAGCAGCATGCTCCCCTCATGAAACTATCCATTGAACATCTGGAGGAGGGGTAA	MTELGDLAKVLRSKNSGPFEITLDVLFDSKEQYDRVKQSGVITKRTICELYQIREEQIHHLVFFDQALGFKITMSRDISSGSVGDRDVYGAQQHAPLMKLSIEHLEEG				NA	NA	NA	NA	NA
JZ016_01888	1077			hypothetical protein	GTGAACTGGACGCTGGATATCATTGATGAGATTTTGGATGAGCGGGGGCTTCAGGCCAAGGTGTCCGTCATATGGGCCGACTTCACCCGGGAGGAAATCCATCAGGCGAAGGAAGAAGGGCGGATTAAGGCACTAAGTCCGAATATTCCGCCGCTCACCAGTGAGTTGATTGACTCCACCAACAGCATCGTTGCCCAGATGGGACACGAGCCTATTGTGGAAGCGCTTCAACAAGGTGTGGACATCATCGTCTGCGGCCGGGCGTATGATCCTTCGCCTTTCGCGGCGATCGGGATCTATCACGGCAAGGACCCGGGGCTGTCCTATCATCTGGGCAAAATATTGGAATGCGGCGCATTGTGCGCGGAACCGGGAACCACCAAAGACAGCATTCTTGGCACGATCAGCGACCATTCGTTTACCGTTCAATCGCTTAACCCGAGCCGGACGTGCAGCCCGACCAGTGTTGCGGCCCATACCTTTTATGAGAAGGAACATCCGTTTATTCTGCACGGCCCCGGCTTTACCCTCGATTTGGAGAACTGCCGCTTCGAGGAAGTGGAGAAAGGCATCGTTCGTGTGACGGGCAGCCGTTTCCTTCCGGCGGAGAAATATTTCATCAAGCTGGAAGGAGCAAGACGCGTAGCGTATCGGACCTTCGTGGTGGCCGGGATCCGGGATCCGCTCTTGATCGGGAAGCTGGAAGAGGTTGAGGAATATGTGCGCAACCAGGCGCGCGAATATTACCGGGAAATTCCGGAATCGGATTATCGGATCCAATTTTACAACTACGGCAAGAATGGTGTTCTCGGAAGCAAGGAGCCTGAGTCTTTTGCCGGACATGAGGTCGGCGTCATGTTCGAAGTGGTGGCCAAGACGCAGGAATTGGCGAACAGCATCTGCGCGACGGTGCGCTCCACCTTCCTGCATTATGGCTATGAAGGCCGGAAATCAACAGCAGGCAATCTGGCATTTCCATTCGCGCCAAGCGATATCGAGTTCGGTCCTGTGTATGAGTTCTCCGTCTATCACCTGATGGAAATGAAAAATAATGCTTTTCGTATAGAGCATCGATAA	MNWTLDIIDEILDERGLQAKVSVIWADFTREEIHQAKEEGRIKALSPNIPPLTSELIDSTNSIVAQMGHEPIVEALQQGVDIIVCGRAYDPSPFAAIGIYHGKDPGLSYHLGKILECGALCAEPGTTKDSILGTISDHSFTVQSLNPSRTCSPTSVAAHTFYEKEHPFILHGPGFTLDLENCRFEEVEKGIVRVTGSRFLPAEKYFIKLEGARRVAYRTFVVAGIRDPLLIGKLEEVEEYVRNQAREYYREIPESDYRIQFYNYGKNGVLGSKEPESFAGHEVGVMFEVVAKTQELANSICATVRSTFLHYGYEGRKSTAGNLAFPFAPSDIEFGPVYEFSVYHLMEMKNNAFRIEHR				NA	NA	NA	NA	NA
JZ016_01889	276			hypothetical protein	ATGAATACAGACATTCGAATTCTATCACCCTGCGGCATGCTGGGATATGGATTTCCTGAACAATCCTTTCGGAACGGACTGGAGTTCGAGCTGCACGGCATCGTCGTTGATGCGGGCTCCACGGATGGGGGACCGCACAAGCTGGGCGCCGGCGTATCGATCGTCAGCAAGCGGGCGGTCAAGAAGGATCTGGACATTATGCTCACAAACGGTTTGCCCCGGAAAATTCCGATCATCATCGGCTCGGCCGGGGGCTCGGGGCACGGACCCATGTGA	MNTDIRILSPCGMLGYGFPEQSFRNGLEFELHGIVVDAGSTDGGPHKLGAGVSIVSKRAVKKDLDIMLTNGLPRKIPIIIGSAGGSGHGPM				NA	NA	NA	NA	NA
JZ016_01890	699	lldR	COG2186	Putative L-lactate dehydrogenase operon regulatory protein	ATGACCATTAAGAAGATTAAATATCATCGGGTGTACGAGGATGTCATCGAACAGATCAAGAATTTGATTCTGGAAGGAAATTTGACCCCGGGTGACGTTCTTCCGACAGAGCGGGAGCTGGCCCAATCGTTTGGCATTAGCCGCGGGACGTTGCGGGAAGCTTTCCGCATTCTGGAGCGCGAAGGACTGATCGAAGCCAGACCCGGAGGCGGGCGTTTCCTGAGCAAGGCACTGGATGTTGCCGAGGATCGCAGCCGCATCCTGGATAATATCGAACGTGCAACCATCATTGAGTTGTTAGAGGCGCGCGAATTGTTTGAGACCGGAATTGTGGAGCTGGCGGCAAAGCGCGCAACCGATGAGGATATCGCCGAGATTGAGGCAGCCTTCGCGACTTGGGGGGAGATCGATCAGAATGCGGAGGATCGATCGAAGCCGGATCAAGCATTCCACTTGTCGATTGCGAAAGCCACGCATAACGTTGTCCTCGTCAATATGATTGAATTGCATATGGATTTGCTGCAGCGGACACTGAGCAAAACCGCTCAGATTCCGGGTCGCAAGAGCGAGGTCTACGAAGAACATTTACTTATTTTGCAAGCCATTAAGGAACGTGACCCGGTAAAAGCGAAGCTGGCTTTGCTGAACCATCTCAGAAGGGTTAAAGAAAACATACAGAAAAACTACATTCATGTTTAA	MTIKKIKYHRVYEDVIEQIKNLILEGNLTPGDVLPTERELAQSFGISRGTLREAFRILEREGLIEARPGGGRFLSKALDVAEDRSRILDNIERATIIELLEARELFETGIVELAAKRATDEDIAEIEAAFATWGEIDQNAEDRSKPDQAFHLSIAKATHNVVLVNMIELHMDLLQRTLSKTAQIPGRKSEVYEEHLLILQAIKERDPVKAKLALLNHLRRVKENIQKNYIHV				NA	NA	NA	NA	NA
JZ016_01891	294			hypothetical protein	ATGACGCGTAAACGTGTAGTGATGGAATCCGTGCTGTTTGCTGCAGTGATATATATCGGCTATTTTGTATTTATGGTGCTGCAAGGCATGGTGCTAACACAGAGATATGTGCGGGATCTGGATTTGACCAGGCAATATGAACAATCGGAATCCCTCCAGACTCAGGTAGCTTTTGGAGTAATCGAGCGGACTAGCGAATGGTTTATCATAGCCGCAATTGGAGGCTTTATTGGATTAGGTTGCTTATATGGAAGTGTTAGATGGATGTTGGCAAAACGAAGACCGCAATCCTAA	MTRKRVVMESVLFAAVIYIGYFVFMVLQGMVLTQRYVRDLDLTRQYEQSESLQTQVAFGVIERTSEWFIIAAIGGFIGLGCLYGSVRWMLAKRRPQS				NA	NA	NA	NA	NA
JZ016_01892	792	amj		Lipid II flippase Amj	ATGCTACAGAGCTTGATCGTTGTGTTTGTGCTGACGATGGTTATTCATACGGCCGAAACCTTGTCGTACTCCGCAAGGTATGCCGGAGTGAAGCTAAACAAGATCGCTGTTGCATTATCGTTGACGGGGATTATTGTGCTGGTTTCCCGAACGTCCAACTTAGTTCAAGCTCCGCTGACAGCCAAGTTTGTTGATTATGCCAAGTTGGATCCTTCATTTGATGTGCTCTCTTATTTCAGGGCGATTCTGTTAGCCGCCTCGATCGGAACCATTGTTGCAATCGCATTGTTTCCCACCTTTGTCAATCTGTTCAGCAGAGTCATCAGCAAGCTGGAGGTCGCCGGATCGATTCCGAAGCTGGTATCCAGTGTGACCATTGGACAGCTTAAGAACACAAGGCATTACATAAGAAAACCCAACTTGAAATGGAGTCAGTTTCGTTACTTAGGAGTACCTAAACGGTTTATTATCCTGAATATTGTGGTTACGGCTTTTTACACCGTAGGTGTCCTGTCATCCCTGTATGCAGCTCACCTCATTCCTCAGTACAGCACCACAGCATCTCAGGCATCCGGGTTAATCAACGGAATCGCGACCATTATTTTAACGATATTTATTGATCCCCAGCTTGGTTTGATTACCGATAAGGCGACTCGGAACGAGGAAGCGAGGGATCAGCTTGGCAAAGTATATACGATGCTGATGGTTTCAAGGTTTTTTGGGACCATGCTGGCACAGCTCGTGATCATTCCAGCCGCTTATGTAATCAGCGAGATTGTGAAGTGGATATAA	MLQSLIVVFVLTMVIHTAETLSYSARYAGVKLNKIAVALSLTGIIVLVSRTSNLVQAPLTAKFVDYAKLDPSFDVLSYFRAILLAASIGTIVAIALFPTFVNLFSRVISKLEVAGSIPKLVSSVTIGQLKNTRHYIRKPNLKWSQFRYLGVPKRFIILNIVVTAFYTVGVLSSLYAAHLIPQYSTTASQASGLINGIATIILTIFIDPQLGLITDKATRNEEARDQLGKVYTMLMVSRFFGTMLAQLVIIPAAYVISEIVKWI				NA	NA	NA	NA	NA
JZ016_01893	909			hypothetical protein	ATGACTCCGAGGCGCTTACAGATCGGAATGTGGGATCATTTTACCGAAGATCGATGGGAGGAGCTTGCAGACAAGTTTATCAGCGGGATGGAAATTTGCTGTTTTTCGAATCGGGAGGAATTATTGCAGGTCAGCGATTTTTGCTGCAGCCAGCGGATCGCTTTCGGTGTGCATGCTCCGATACTGGGCGACGCTGGATATCGATTGCCTCAAGTTAATGCACCGGAGGCCGGGATTTTCCAGGAAGCACTTGAACAAATCTCGACTGAGGTTCAGTTAGCCTCCAGTGTGGGCGCAGATTATATGCTGTTCCATTATCCATTCTATCCGGTATTTCAGGAGCCCTTTACTCCGTATCCGAGACTTCCCGATTCCGCACATCGTTATAGTTACAACCAATTGAGCAAAACAAAATTCCGGGACATTTCCAAGCGGTTATTTGAGTTTCTTTGTGAGCTGCAGCTCCGCTACGGGCAGCACATTGTACTGGAGCATGATTTTTTTGGTGATTACGAGGATGTGTTTGTAGATAGCTTTCACGATTATCCTGACATCGGGTTTGTGCTGGATACGGCCAGACTTGATATTACCCGCAGGGCCTTTCGCGGGTTTGACCCGTATCATTTTCTGGATCGGATGGCATCCCGGGTATATTTGGTCCATTACAGCAACGTATTTTATGATGAGGACAAGTTCACGCATCACCTGCCTGTCCTGCCGGAGCATGATCATGATGTGAATTACGGAGATGCCCACGCTTATATGCGGTATCTTGCAGATCGCAATTCACAGTTTCATGTAACGTTTGAACATAAAGCCAGTCTCATAACCCGCCAGCAGCTGCACCAGATTTATAGCCGGACGGCTTTGATGCTGGAAGAGCAGGGAGGGCACGTACTAATCCGGTAG	MTPRRLQIGMWDHFTEDRWEELADKFISGMEICCFSNREELLQVSDFCCSQRIAFGVHAPILGDAGYRLPQVNAPEAGIFQEALEQISTEVQLASSVGADYMLFHYPFYPVFQEPFTPYPRLPDSAHRYSYNQLSKTKFRDISKRLFEFLCELQLRYGQHIVLEHDFFGDYEDVFVDSFHDYPDIGFVLDTARLDITRRAFRGFDPYHFLDRMASRVYLVHYSNVFYDEDKFTHHLPVLPEHDHDVNYGDAHAYMRYLADRNSQFHVTFEHKASLITRQQLHQIYSRTALMLEEQGGHVLIR				NA	NA	NA	NA	NA
JZ016_01894	1083	iolG_16		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGAAGACATTGTCGGTAGGGATCATAGGGACCGGATTTGGCGGTACTGTTCATGCTCCCATTCTTCAACTGCACCCGGGGATGGAGGTGAAATCCATTGCCAGTGTGCATCGACAGCGCACGGAGGACCGCTCGTGGAATGGAATTCCGTATTACAGGAACTGGCGTGACATGCTGGAGAGTGAACCGTTAGATCTGGTCTCGATTGTATCGGCGCCCGTCCATCATTATGAAATGACGATGCTCGCCCTCCAGTCCGGCTATCATGTCCTGACGGAGAAGCCTCTGGGCATGAATACGGAGCAAACGTTACAGATGTGGAGAGCGTCAGAACAGGTGGATCGACAAGCTTTCGTTAATTTTCAATGGAGATGGACACCGATTCGGCAACGAATCAAGCACATGTTGCAAGGTAAAGAACTCGGAGACATACAGCATATCAAATATACAGGGAGCTTTTCCGGCCACTCCGTACTGTCTAATTCTTACCGGGGATGGGAAGCGCGCAGCGAGGATGGCGGTGGATTCCTGTTTGCGATCGGTTCGCATATGGTAGATTCCCTCTTGTGGTGGATGGACGAAGAAATTACGGAAGTGTACGGCGACCTGAGAACCCAGGTTCCGGCCTATAACGGAGATGCAGGGCTTGAGCTTAGGGATGCTGATGATGCCTTTACCTTCACAGGGTGTTTTAAGGGAGGAGCTTCTTTCCTTGCGGATGTATTTTTTCCGGGAATCCGCGGAGCGGGCTGGACGTTAGAGATCTACGGGACGAAGGGGACGCTGGTGATGCGAAATGATCATACCCTCGAATGCAGCTTCGGCGGGGCGTTTGACTCTATCCCGATGGATCCGTTTGACCCGCCGGCTAACCTGGAAGCCCCGGCAGTGCCCTATTATAACGGTTTCTATCAGATGATAGACGGCATATATCAGAGCATAACTGCAAACCGATTATTGTTGAATATGCCGAATTTCGAGGATGGCCACAAGGTACAAGCTGTTCTGGATGCGATTCGTCTTTCGTCCGTTACACACAGCCGAGTCAGCGTTGATTATGGATCCATGATTCGAAATGGGTAA	MKTLSVGIIGTGFGGTVHAPILQLHPGMEVKSIASVHRQRTEDRSWNGIPYYRNWRDMLESEPLDLVSIVSAPVHHYEMTMLALQSGYHVLTEKPLGMNTEQTLQMWRASEQVDRQAFVNFQWRWTPIRQRIKHMLQGKELGDIQHIKYTGSFSGHSVLSNSYRGWEARSEDGGGFLFAIGSHMVDSLLWWMDEEITEVYGDLRTQVPAYNGDAGLELRDADDAFTFTGCFKGGASFLADVFFPGIRGAGWTLEIYGTKGTLVMRNDHTLECSFGGAFDSIPMDPFDPPANLEAPAVPYYNGFYQMIDGIYQSITANRLLLNMPNFEDGHKVQAVLDAIRLSSVTHSRVSVDYGSMIRNG				NA	NA	NA	NA	NA
JZ016_01895	126			hypothetical protein	ATGTGGAGAATGGTGCTTTCCTACCTTCCGGATTGGAAGGTCTTTATGCAGGGTTTTATCGCATTTATGGTTCCATATATAATCTCAAGGTTTTTTAAATGGGTTCATAACTCAAAGGAAGACTGA	MWRMVLSYLPDWKVFMQGFIAFMVPYIISRFFKWVHNSKED	PGPT0025115_26	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025115-yndD-K06310	NA	NA
JZ016_01896	1539	gerBA_4		Spore germination protein B1	ATGAAACAACATGACCATGAAAACAAAAAAACATTGGATCCTGCTGAAACCTCAACAAACCGTTTTTCGGGGAACTTCGCCTTGGATCTTGAACTGGTAAGAACTAAGATCGGCCATAACTCGGATGTGCAATTTAGGGAGTTTTACATTGGAGGCACAGGCATTGGTGCGGCCATCATTTACGTAGACGGACTGTCGGATAAAGAGCTCATCGACCAGCACATTATGAAATCGCTTATGGTGAGCTTCTCCGAAAAAAACAATCAGGATCCATCTCTTGTGCAAGGGGTCCTCTCTAAAGAGTTGATTAAAAATCAAGTTCTTACCATTAGTGAAGTAACAGAAACACAACATGTTAATGACTTAACGTCCAAGATATTGACAGGTTCGACTGCACTGTTAGTGGATGGATTGCAGCATGTGCTCATTCTTGGTACGACCAAAGGGAAATCGCGCAGTATTGAAGAACCGTCTTCTGAACCATTGGTTAGAGGCCCACGGGTAGGTTTCACAGAATCGTTACGTGATAATACCGCTCTTTTACGACAGCATGGTGACAACAACAACTTATCCATCATTAAGTTTCAAGTAGGGCAAAGTTCAAAAAAAGAACTTGTCATCGCTTATATCACAGATATGGCTGATCCTGCTTTGGTGGAAGAGGTCCAGAAAAGAATCCAAAAAATAAATATAGATGATGTACCGGAATCAGGCTATGTAGAACAGCTGATCGAGGATAATTACCTTAGTCCTTTTACCCAAGTACAGAATACGGAGCGTCCCGACCGCGTTTACAGTGCCTTGATGGAAGGACGAGTAGCGATCTTGTTAGATGGGACGCCTTTCGCTTTGATCGTTCCAATTTCATTTAGTATGATGCTGCACTCACCAGAGGACTATTATGATCGTTGGTTACCTACATTTCTCATCCGCCTGTTGCGTTATTTTGCGGCTTTTATATCGCTATTTGGACCCTCCTTGTACATTTCGTTTGTATCGTTTCACCAAGGATTGATCCCAACCAAACTGGCCTTGTCGATCATGGGCACGAGGGAAGGCGTACCGTTTCCCGCACTCATCGAAGCACTGATCATGGAAGTAGCAATCGAAATTTTGCGGGAAGGTGGGCTGCGATTACCTAAACCCATTGGTCCGGCCATGGGGATCGTTGGTGGTCTGGTGATAGGAGAAGCAGCCGTACAAGCGGGGATTGTCAGTCCAATTATGGTGATCGTGGTGGCGTTAACCGCCATTTCTTCCTTTGCCATCCCTCAATACAGCGCTGGAATTACGTTTCGTATGCTTCGTTTTATAGCCATGTTTTTCGCTGCAGTGTTTGGATTATACGGGGTCGTTCTGTTTTTCCTTTTCTTTTGCAGCCATTTAGTAAGGTTGGAGAGTTTTGGTGTTCCCTTTGTCACCCCTATCGTTCCATATCGAGTAAGCGATTGGAAAGACTTTATGATTCGTATGCCACTCGTGAAGATGAAACGCCGTCGGGAGGCGATACACCGGAAAGACTCCATCCGTAAAGGCTAG	MKQHDHENKKTLDPAETSTNRFSGNFALDLELVRTKIGHNSDVQFREFYIGGTGIGAAIIYVDGLSDKELIDQHIMKSLMVSFSEKNNQDPSLVQGVLSKELIKNQVLTISEVTETQHVNDLTSKILTGSTALLVDGLQHVLILGTTKGKSRSIEEPSSEPLVRGPRVGFTESLRDNTALLRQHGDNNNLSIIKFQVGQSSKKELVIAYITDMADPALVEEVQKRIQKINIDDVPESGYVEQLIEDNYLSPFTQVQNTERPDRVYSALMEGRVAILLDGTPFALIVPISFSMMLHSPEDYYDRWLPTFLIRLLRYFAAFISLFGPSLYISFVSFHQGLIPTKLALSIMGTREGVPFPALIEALIMEVAIEILREGGLRLPKPIGPAMGIVGGLVIGEAAVQAGIVSPIMVIVVALTAISSFAIPQYSAGITFRMLRFIAMFFAAVFGLYGVVLFFLFFCSHLVRLESFGVPFVTPIVPYRVSDWKDFMIRMPLVKMKRRREAIHRKDSIRKG	PGPT0025115_150	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025115-yndD-K06310	NA	NA
JZ016_01897	1092	yndE_5		Spore germination protein YndE	ATGATAGGTAGTTCAAAAGAACAAATTACGAATTCGCAAGCAGTGGTGATCCTCGTCAACTATATTCTTGCTGCCGGGATTCTAACCCTACCGCGAACATCTGTGGAGAAAGTGAAAACACCGGATGTTTGGATTACCGTGATTTTGGGCGGGATGATCGCGATGATCGTAGCGTTGATCATCGTGAAATTAAACCAGCGATTCCCCGGAAAAACCTTTTATCAATATAACCAGGAAATTGTAGGTAAATGGATGGGCGGGTTCCTCAGTTTACTTGTTATCGGCTACTTTTTTACCATTTCTGCCTATGAAGTCAGAACAATGGCAGAAGTAACCGGCCTTTTTTTGCTGGAAGGCACCCCCACCTGGGCCATCATTCTGCCTTTCATGTGGATAGGTCTCTATCTGATCATTGGCGGAATCAATACGCTCGCCCGTCTGTTTGAAATCATATTCCCTATTACGATCGTCATTTTTCTACTGGTTGCCTTTTTGAGCTTAGGCATATTTGAGATCGATAATCTCCGTCCCGTATTAGGATTGGGAATCGGCCCCATGCTAAAAGGAATAAAGACAACCGTTCTCGCATTTTTAGGTTCTGAAGTTATGCTGCTTCTTGTTGCGTTTATGCAAAAGCCGGACAAAGCCGTAAAAGTTGTTCTAATCGGTGTTTCCATCCCTCTGCTCTTTTACGTCATCACCGTTGTCATGGTTATCGGAGCCTTGTCGATCGATGGGGTGGTCACGAGTACATGGCCTACCCTTGAGCTTATGCGAAGTTTTGAAATCCCCGGATTGATCTTTGAACGATTTGAATCTTTGCTGCTTGTGATATGGATTATGCAAATATTCACCACATTCACCATTACCTACTATGCAGCTGCTTTAGGAATGGCGCAGCTCTTCAAAAAGAAGATTCATCCCTTTATTTATGGCTTGATTCCGATTATTTACATCATTGCGATGATTCCAAAAAATATCAATGACCTCTTTAAACTTGGGGATATCATCGGCAATATCGCATTAATATTATTTGCTGTACTGCCATTAATCTTACTTGTAGTATCAAGACTGAGAGGTGGAAAAGCTTGA	MIGSSKEQITNSQAVVILVNYILAAGILTLPRTSVEKVKTPDVWITVILGGMIAMIVALIIVKLNQRFPGKTFYQYNQEIVGKWMGGFLSLLVIGYFFTISAYEVRTMAEVTGLFLLEGTPTWAIILPFMWIGLYLIIGGINTLARLFEIIFPITIVIFLLVAFLSLGIFEIDNLRPVLGLGIGPMLKGIKTTVLAFLGSEVMLLLVAFMQKPDKAVKVVLIGVSIPLLFYVITVVMVIGALSIDGVVTSTWPTLELMRSFEIPGLIFERFESLLLVIWIMQIFTTFTITYYAAALGMAQLFKKKIHPFIYGLIPIIYIIAMIPKNINDLFKLGDIIGNIALILFAVLPLILLVVSRLRGGKA	PGPT0025120_326	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025120-yndE-K06311	NA	NA
JZ016_01898	1200	gerBC_5		Spore germination protein B3	TTGAAGCACATCACGATACGGATCCTCTTGAGTGCACTGTTGGTTTTTATACTCCTGCCCCTTACAGGATGTTGGAGCAATAAAGAAATTGAAGATTTAGCCCTCATTGTAGGCACTTCAATGGATTTGGAAAAACAGGAAGGTGCTCAGGAAGAGTCAGCGGGACAACCAGGCGGTCAGCCTCACCGGAATCGAATTACGATAACCAATCAATTTGTTACCTCAGAGACTACAGGAAAAGGAACAAAAACAGGATCATCACCACAAAAAGCTTACAATAACGTTTCTGAAACAGGAGATGCGATCCTGCCGACTTTGCGTAATATGGTATTAAGAATCGACAAGCGCGCCTTTGCCGAGCATTCAAAAGTGATTATCATTGGAGAGGATCTTGCACGTACCCTGGATATGCAAAAGATTTTGGATTTTTACATTAGGGAACAGGAGATGAGACCAAGCGGACTCCTTCTTATCGCTCAAAACCGTGCGAGTCAAACGCTAGAATCGAACAAGCCAATGGATATTCCAGCGTTTCAACTCGTTGAAATGACACACGGTCACGGAAGAACAACCAAAATTCTGCCTCCTACTACAATTACCAAGATAGAGGGGAAGCTGCATGCGGGGGCCAGCTTTCTTTTGCAAAATATCGTGTCGACGAAAGGAGAAATAAAATTCGCCGGAGCTGCCGTCATTGAAGGGAAAACTAAAAAACTGCGCGGCTTTTTGAATGAAAAGGACTTGGAAGGCTTAACGTGGATATTCGGAAATGGGAAAGGCGGTTTGGTAAAAAGCGTTGATAGGAAGACGGGGCAGCCAATTATATACGAAGTGTTATCCTTGAAAAGTAAAATTAAACCTCATGTTAATGGGAATAACATCTCGTTTGATATAAAAATCGAGTCTGAAGGAAGAATCGCCGAGCATTGGGTGGTTTCAGAGAATTCCATTGAAACTGAATTTTTGAAAAGAACGGAAAAAGCTATTGAAGAAGAGGTGGAGCGTTTAGTTGACAACGTACTCAATAAACTTCAACATGAATACAAAACGGACGTTGCCGGCTTCGGAAACCAATTGAGAATTAAATATCCTCGTATATGGAAAACAACCAAAAAAGATTGGGATCAAATATTTAGTGAGGTTCCGATTAAGTCTGAGGTGAAAATAACGATCAAAGATTACGGAACGTCCGATGAATGA	MKHITIRILLSALLVFILLPLTGCWSNKEIEDLALIVGTSMDLEKQEGAQEESAGQPGGQPHRNRITITNQFVTSETTGKGTKTGSSPQKAYNNVSETGDAILPTLRNMVLRIDKRAFAEHSKVIIIGEDLARTLDMQKILDFYIREQEMRPSGLLLIAQNRASQTLESNKPMDIPAFQLVEMTHGHGRTTKILPPTTITKIEGKLHAGASFLLQNIVSTKGEIKFAGAAVIEGKTKKLRGFLNEKDLEGLTWIFGNGKGGLVKSVDRKTGQPIIYEVLSLKSKIKPHVNGNNISFDIKIESEGRIAEHWVVSENSIETEFLKRTEKAIEEEVERLVDNVLNKLQHEYKTDVAGFGNQLRIKYPRIWKTTKKDWDQIFSEVPIKSEVKITIKDYGTSDE	PGPT0025125_99	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025125-yndF-K06312	NA	NA
JZ016_01899	429			hypothetical protein	ATGGTAGGGGATATCATATATACCTCAGAGCCGCCTGAGGATTTTCGTCAACTGGAAGCATTGTATGCTTCGCTTGACTGGAACTCTATTCGTCTATCCGTCACCGAATTGAAAACCATGTGTTTGCAGAGCTGGTATGCCATCTATGCATATGAAGGACAAACACTGGTGGGTATGGGGCGGGTGATTTCCGATGGGGTGATCACCGGCGTTATATGCGGACTAGGCGTACATCCGGATTATCAGTCCAAGGGGATAGGCCGACAGATCCTCCATCGATTGGTTGAACATTGCGAGAAGTCCCGGGTCTTCCCGCAACTGATGTGTGAAGAAGGGCTGGAACCATATTATGAGAAGCTGGGTTTTCAGCGATTTACCATTGGGATGAAGAAGGATATACAGCGAACTCATTCATCGGACGTTCCGTAA	MVGDIIYTSEPPEDFRQLEALYASLDWNSIRLSVTELKTMCLQSWYAIYAYEGQTLVGMGRVISDGVITGVICGLGVHPDYQSKGIGRQILHRLVEHCEKSRVFPQLMCEEGLEPYYEKLGFQRFTIGMKKDIQRTHSSDVP				NA	NA	NA	NA	NA
JZ016_01900	375			hypothetical protein	ATGTCAAAAGGTGAAAAACATTGGATTATTCCGGATGGGTATATCCCTCCTGAAAGCAGCGGAGAACTAACCAGTCATGAATCCGTCTGTGTCTTGAACTTATCCGAGCAGGACGTTGTGGTTACGATTCATGCTTACTTCGAGGATCGTGATCCGTTGCTGGGAATGGAAACCATCGTACCAGCTAGAAGAACCAAACATATACGAACGAGCACGCTTCAAACGGACGGCGGGGAAGGTATTCCTTCAGGTATTCCTTATGCCATGGAAGTTACGAGCAGTGCACCCGTATTTGTTCAATACAGCCGTCTCGATTCGACTCAGCCCGAGAATGCGTTGATGAGTGTCATGGCGTATCCGGTAACCCGATCCTAA	MSKGEKHWIIPDGYIPPESSGELTSHESVCVLNLSEQDVVVTIHAYFEDRDPLLGMETIVPARRTKHIRTSTLQTDGGEGIPSGIPYAMEVTSSAPVFVQYSRLDSTQPENALMSVMAYPVTRS				NA	NA	NA	NA	NA
JZ016_01901	1107			hypothetical protein	TTGCAATGGATGTATAAATTCGATTTTGGCACGGGAACGCCGGGCCAAGAACATATCAAAATAAACGCTGAAACCTTATATAATCCTGACATTGGCTACGGATTCCTTTCCTTATCCAACGTCTCTGCCTTGAAGCGGGCGGGGGAAGAGGCATTAACGGGAGATTTTATCATACCGCTGAATGCTGCGTTTCAAGTCGATGTGATCGATGGTCTGTACACCCTGCATCTGCTGATCGGTGATGCCTGGTTTGATACCGAAACCTCGATTCATGGAACGGAAGGTCAGAGGCTGCTGGACGGGAAACGTATACCGGCAGGCCACTTTGAACGATTTAGCATCACGGTGCCGGCCGTCCAAGGTAAAATCGTACTGACCTTCTCGGGCCGGGCTCCCCGGATTAATGCAATGGAAGTGGCACCTGCGCCACATGCTTGCAACTTGTTTTTGGCAGAGGATTCAACCGTAACGAACCAGCCTGCGGACGGTTATCCCTATGCTGGGTGGGGGCAAATGCTGCCCGCTTATATTAAAGCGGATGCGGTTGTGAGCAATTATGCTCGTTCCGGCCGAAGCTCCAAGAGCTTTATTACGGAGGGATTATTGGAGCAAATACGTGAGAAGATGAAGCCTCATGATTATATGCTGATTCAGTTTGGCCATAACGACCAAAAGCGGGATGAGGAGAGGCATACGGAGCCTTTTTCGACATACAAGGAATTTTTAAAGAAATACGTGGATGTTTGCCGGGAGAAACTGGCGACGCCGATCCTGGTAACGCCCGTTCATCGTCGCTATTTTGATAGTAAGGGGCTATTGGAGGACACGCATGGCGATTATATCACGGCGGTGCGCGAACTGGCGCAGGAGGAGCATATTCCCTTGGTCGATTTGGCGGCGCTGAGTTTGGAGTATTTTAACCAGCTGGGTCCCGAAGGGACCCAATCCGTGTTTATGTGGGGGAGGCCAGGGGAATTTCTTCTGTTTCCACAGGGCGTTAAGGACAACACTCATTTTCAAGAGCGCGGTGCGGCCCGATTGGCCGGTATGGTGGTTGACGGCTTGAAGGCACTTGGACTCCAGCCGTTGTCACTGTTTCTACGCTAG	MQWMYKFDFGTGTPGQEHIKINAETLYNPDIGYGFLSLSNVSALKRAGEEALTGDFIIPLNAAFQVDVIDGLYTLHLLIGDAWFDTETSIHGTEGQRLLDGKRIPAGHFERFSITVPAVQGKIVLTFSGRAPRINAMEVAPAPHACNLFLAEDSTVTNQPADGYPYAGWGQMLPAYIKADAVVSNYARSGRSSKSFITEGLLEQIREKMKPHDYMLIQFGHNDQKRDEERHTEPFSTYKEFLKKYVDVCREKLATPILVTPVHRRYFDSKGLLEDTHGDYITAVRELAQEEHIPLVDLAALSLEYFNQLGPEGTQSVFMWGRPGEFLLFPQGVKDNTHFQERGAARLAGMVVDGLKALGLQPLSLFLR				NA	NA	NA	NA	NA
JZ016_01902	1734			hypothetical protein	GTGCAAAAATGGATAACGATTTATAAAAATATGAAAATCAAAAATAAGCTTTCCCTTCTTATCAGCTTAATTGTTGCAATGGCATTCACGTTCGCCGTCATCGTCCAGCAGTATGCCTTCTCCATCTACGACGAGCAGCTGTACCTCAAATCATCCCAGGTCCTTCACCTGTCTTCCTCCGCGATTGAGGCAGAGCTCGAGCGGATCGAACAGTTATCTTTTAATATCATTACCGATACCCAGATCCAGAATATATTACGTTCCATCGCCGGAAGCGAATCCGACTATGACAGGCTCATCCTCCGGCAGCATTTGGTGGACCGCCTCCTGAATTACGTAGGCTCCGAGCCCATGCTCTACTCCATTCACCTGATCGATTCGTATGATCAGCAGCAGGACGTCGGCAGCGTTGTCCCGATTGATCCTGCCAAGAAGGAGTTGATTCTTCAGCTTGCCGGGGACGCGGATGGGGGAGAGCGCTGGATATACCCTGACGATACGGATTCTGCCCTTCTACTTTCCCGGGAAATAAGATCCTATACCGGCACTTTGTTCGATCTTAACTATTTGGGTACCATCATCATTCGCATCAATATGGACAAAATCGTCCGGAAGTCCGCCGGCGGGGAAAGCGACCTGATCGTAACTTCCGGTACCGATGTCATATATCCCGCAACGCCGCACTTCGATCCGGTCGTCATTCAATCCTCCCTGTCGTCCGGGAACGGGTACCTAACTCGGGAAATCGATGGCCACACCTACTTTATCGCACATAATCGATCTGGCAACACGGGCTGGACGTATATGAATGTTACACCCTTTAACCAAACCTTCAAGCAAATCATTTTCATTAAAGAGCTTGTCATCATCGTGTTCACCGTTATTTTCGCGGTTGCGATTCTGCTCGGCATCCGGTTCAGCCGGGGTCTGACACGTCCTATCGAAAGTCTCATCACCCGGATGAAGCTCGCGGAAAAAGGAAACTTTGCGGAAGCCAACGTGCTCCCGCAGGACGCAGCCCCTGTCGCCATGAACGAGCTGGGCCTGCTGCATCGCACATTCCGTCTCATGATCGAAAGAATCAATGCCCTCATCACCGAGAATTATTCAAACCGGTTGTTGATCAAAGAGACCGAGTTCAAAGCGCTGCAAGCGCAAATCAACCCCCACTTTTTGTATAACACGCTGGAATCCGTGAACTGGCTGGCAAAGATGAACAAGCAAACCCAAATCTCGGACATGGTGCAAGCGTTAGCCTTCCTTCTCCGTAACTCCGTCAGTCTGAAGGAGCCTATTCTGACACTGGGTGAAGAACTGGAGATTGTCCGAAACTATGTCCTCATACAGAAGTTCCGATTTGAAGACCGACTAGAGTTTACGCTGGATGTTAAAGAGCAGGATCTGCACCGCAAAATCCCCAAGCTGTCTCTCCAGCCTCTGCTCGAAAATGCAATTCATTATGCGCTGGAGCCGTCCGTTGACCCTTGCCGAATTTCGTTGTTCTGCAAGGAGACACCTTCCGCGTTCTGCGTCATCGTGGAGGATGACGGTCCCGGCATGGCACCAGATACCTTGACGCAATTGCGAAATGGCGATTTGGCCACCAGCGGTAACGGGATCGGACTGTTAAATATCGATGAACGAATCAAGCTGGCTTTCGGCGACCACTACGGTTTGTCCATTGACAGCGGATCGGGTCTAGGGACCCGTGTAGTTCTGTATTTACCCAAATAA	MQKWITIYKNMKIKNKLSLLISLIVAMAFTFAVIVQQYAFSIYDEQLYLKSSQVLHLSSSAIEAELERIEQLSFNIITDTQIQNILRSIAGSESDYDRLILRQHLVDRLLNYVGSEPMLYSIHLIDSYDQQQDVGSVVPIDPAKKELILQLAGDADGGERWIYPDDTDSALLLSREIRSYTGTLFDLNYLGTIIIRINMDKIVRKSAGGESDLIVTSGTDVIYPATPHFDPVVIQSSLSSGNGYLTREIDGHTYFIAHNRSGNTGWTYMNVTPFNQTFKQIIFIKELVIIVFTVIFAVAILLGIRFSRGLTRPIESLITRMKLAEKGNFAEANVLPQDAAPVAMNELGLLHRTFRLMIERINALITENYSNRLLIKETEFKALQAQINPHFLYNTLESVNWLAKMNKQTQISDMVQALAFLLRNSVSLKEPILTLGEELEIVRNYVLIQKFRFEDRLEFTLDVKEQDLHRKIPKLSLQPLLENAIHYALEPSVDPCRISLFCKETPSAFCVIVEDDGPGMAPDTLTQLRNGDLATSGNGIGLLNIDERIKLAFGDHYGLSIDSGSGLGTRVVLYLPK				NA	NA	NA	NA	NA
JZ016_01903	1548	cheB_8		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGTACAAAGTTCTGCTTGTGGACGATGAACGGATTATACTGGATGGCATATCTCAGATGGTGGACTGGCGATCATACCGAACCGAGCTGGCGGGTACGGCCCAGAACGGAATTCAAGCATATGAAAAAATCGTCAGGGAGAGCCCGGATATCGTCGTTTGCGACATTCGCATGCCCGGGCTCGACGGTCTGGAGCTCGTTGCGAAGACCCACGCCTCCCATCCTCATATCAAATTCGTGCTGCTGTCCGGCTTCGGCGAATTCGAGTATGCCAATCGCGCCATGCAATACGGCGTGAAGCATTATCTGCTGAAGCCGACCGACGAGGTCAAGATCGGAGGAGCGCTGAAAGAGGTCATCAACGAGTTGACCCAGGACCGGAACAAGGAAACGTTTGTCCAGGAGATGAAGAACCGGCTCCGGAAGGTACTGCCCCATGTCAAAGAACAGGTGCTCAAAGAGTTTGTCACCAACAAGACCTATGGGCGCCATGATCTGGAGGAGTACCGAAGCCTATTCGAATACGATTTCGATCAGCCCGTACGGCTGCTATTGTTCCAGCTGGAGGGCACCGTCGAATACGAGCATCAATTTGCCGTGAAGAACATTGCGGAGGATCTGTTGGACACAACGCTGCTGAGTACGACGATCGGACAGCATGTACTGGTGCTAATCGAGAACCAACATGATCAGCAGCGGCTCCATGAGCAGCTGCAGGATATCCGGTGTACTTTTAAACAGTATTACAAGATGGACGTCACAATCGCGATCAGCGATCCCGGACCTGTTATCCTGGCGCGGAAGCTGTACCGGGATACGCTGCAATGCTTGAACTACCGTTTCTATCTGGATGAGAGCGGGATGATCACGACGGAAGATACGCTGCACGCCGGCGGCCTGGAAGGAACGTTTGTCCTCGACGAGGAACGCCTGTGCATGCCGGTCCGATCCGGCCACCGCAACGAAGCGGAGCTTGCCTTGGCCGAATTTGTTCAGGAGCTGAAGCATGCGCAGCTTAGTATCGACATGACCAAATCCTATGTCATTCAGCAATATGTATCCCTCATCCGTCTAACCGACCCGGATCGGATGCAAGAACACTATGCACGGATTCCGGAAATCGCCGAGATGAGTACGCTTCAAGCCATTCAATCTTTCTTGGAGAAAACGGTACGGGAAATCACGCTGCGAAACTTCGAGCAGAACAAAGTCAAATATAATGCCATCGTCCGCAAGGTGGTTGAGATTATCGAGGAGCAGCTGGGGAATTCGGAGCTTACCCTAAATCTGGTGGCAAACGACATGCTGTATATGAACGCCGACTATCTCGGCAAGCTGTTCAAGAAGGAGACCGGCGAGAAGTTCTCCAATTACGTGATGAAGCTTCGGATGAAGCGCGCAACCGAAATGATGGCAAGCGATCCCGATATCAAAATTTTTGAAATGGCGGAACGGCTCGGTTTCGGCGATAATCCTCAATATTTTAGCCAAGTGTTCAAGAAACAGATTGGCTGTACACCCTCTGAATACATGAAAAAGAGTGATTAA	MYKVLLVDDERIILDGISQMVDWRSYRTELAGTAQNGIQAYEKIVRESPDIVVCDIRMPGLDGLELVAKTHASHPHIKFVLLSGFGEFEYANRAMQYGVKHYLLKPTDEVKIGGALKEVINELTQDRNKETFVQEMKNRLRKVLPHVKEQVLKEFVTNKTYGRHDLEEYRSLFEYDFDQPVRLLLFQLEGTVEYEHQFAVKNIAEDLLDTTLLSTTIGQHVLVLIENQHDQQRLHEQLQDIRCTFKQYYKMDVTIAISDPGPVILARKLYRDTLQCLNYRFYLDESGMITTEDTLHAGGLEGTFVLDEERLCMPVRSGHRNEAELALAEFVQELKHAQLSIDMTKSYVIQQYVSLIRLTDPDRMQEHYARIPEIAEMSTLQAIQSFLEKTVREITLRNFEQNKVKYNAIVRKVVEIIEEQLGNSELTLNLVANDMLYMNADYLGKLFKKETGEKFSNYVMKLRMKRATEMMASDPDIKIFEMAERLGFGDNPQYFSQVFKKQIGCTPSEYMKKSD				NA	NA	NA	NA	NA
JZ016_01904	1338	yesO_1	COG1653	Putative ABC transporter substrate-binding protein YesO	ATGAAAAAAGTGTTAAACGCGGTTCTGATGTTTTCCCTGATCGGAAGTTTGATCGGCTGTTCGGGCGGCGGCGCCGCAGAACCACCGGCAAACGGCGGAACCGGAACGGAAACGCCGCCGGCTGCAAGCGATAGCAAGGATCCGGTCAAGCTCCGCATTGCGTGGTGGGGCGGTCAGTCCCGGCATGATTATACCTTGAAGGTCATCGAGATGTATGAGTCCCAGAATCCGCATGTCACCATTGAGCCGGAGTATGCTCCATTCGATGACTATTGGAAGAAGCTTGCTCCCCAAGCGGTGGCCGGCGGACTTCCGGACATTATCCAGATGGACATCTCCTACCTGAATCAATATGCAGGCCGGAATCAACTGGCGGATTTGAAGCCGTTTACCGAGAGCGGCGAGCTCGATGTCGCCGATGTCAGCGAGAATGCGCTGAGCGGTGGTGAGGTCAGCGGCAAGCTGGTTGCCATGAACCTCGGCGTGAACGCACTCCAGACTACATTCGACGTGGAGACGATGAAGAAGAACGGCATCGATATTCCGTCCAAGGAATGGACCTGGGACGACATGGACAAGATGGGGGCACAAGCCAAAGAAAAAGGCCTGCAAATCGGAGGCTTTGCTTACCGGCATGACGTCTTCTTCCCTTACTACCTAAGAACCATCGGGCAGAAAATGTACAGCGCTGACGGCAAAACCATCGGATACAGCGACGACCAGCCTTTTATCGATTACTTCACCCGCTACCAGAAATGGTACGACAACGGATATATCCTGTCCCTGGACAAGGAAGCCCAGAAGAAAGGCGTAGCCGAAGAGGATGAAATTGTCCTGGGCAACTCCATATCAGGCACCGGCTGGTCCAACCAATTCCTCGCCGTGGCCAATCTGGTAACCGATCGTCCATTGGAGCTGAATCCGATGCCGGGACCCGGAACAAAAGAAGGACTCTTCCTGAAACCATCGATGTATTTCTCGGTCACCGAAACCTCCAAGCATAAAGAAGAAGCCGCCAAATTCATCAGCTTCTTCATCAACGACATTGAGGCCAACAAGCTGATCAAGGGCGAACGCGGCGTTCCCGTATCCGCCAAGGTGAAGGAAGCGCTCAAGCCGCTCCTCTCCGAGAACGAAGCCAAGATTTTCGACTATGTTACTTGGGCTGAGGCCAACAGCACGCCAGGCGATCCGCCTAACCCGATCGGCGCGGTGGAAATCGAGAAGCTGCTGCGAGATCTCAGCGAACGCATCCTGTTCAAGAAAATCTCGATCGAAGATGCCGCGGCCGAGTTCCGCAAGGAAGCGAATGCCATCTTGGCCAGATCTCAGCAATAA	MKKVLNAVLMFSLIGSLIGCSGGGAAEPPANGGTGTETPPAASDSKDPVKLRIAWWGGQSRHDYTLKVIEMYESQNPHVTIEPEYAPFDDYWKKLAPQAVAGGLPDIIQMDISYLNQYAGRNQLADLKPFTESGELDVADVSENALSGGEVSGKLVAMNLGVNALQTTFDVETMKKNGIDIPSKEWTWDDMDKMGAQAKEKGLQIGGFAYRHDVFFPYYLRTIGQKMYSADGKTIGYSDDQPFIDYFTRYQKWYDNGYILSLDKEAQKKGVAEEDEIVLGNSISGTGWSNQFLAVANLVTDRPLELNPMPGPGTKEGLFLKPSMYFSVTETSKHKEEAAKFISFFINDIEANKLIKGERGVPVSAKVKEALKPLLSENEAKIFDYVTWAEANSTPGDPPNPIGAVEIEKLLRDLSERILFKKISIEDAAAEFRKEANAILARSQQ	PGPT0016545_3502	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_01905	900	lacF_6		Lactose transport system permease protein LacF	ATGAAGAGGCTCCGTGAGAACGAGCACATCACCGGTTACGTGTTTTCAGCGCCGTTCGTTCTTGGTTTTCTCATCTTTACCTTATATCCAATTCTGTCGTCCCTGTATTATTCGTTCACCAATTACAATCTGATGGAAGCACCAAGATGGCTGGGCTTGGGGAATTATGAACGGTTGTTCCTGGAGGACGACAAGATCGGCAAATCGTTCCAGGTCACGTTCACCTATGTATTTGCCAGTGTCCCCCTCCGCCTTATCTTCGCCCTCTTTGTTGCCATGATCCTGAATACCGCAACCAAGGCGGTAGGGCTGTACCGCTCTGCCTTCTACCTGCCATCTCTCATTGGCGGAAGCGTGGCCGTGGCTATCATGTGGCAGCAGATCTTTGGCGACAAGGGACTCGTGAACTCTGCCCTTTCCCTCTTCGGGATCCATTCCACGACCTCTTGGATCGGAAATCCGAGCACGGCGCTATGGACACTAATCGCCTTGTCTATCTGGCAGTTCGGCTCCTCGATGATCATTTTTCTGGCTGGTTTGAAAAATATCCCGAAGGATTACTATGAGGCTGCCAGCGTGGACGGTGCCAATGCGGTCCATCGCTTTTTCAAGATTACGCTGCCTATGCTCAGCCCCATTATTTTGTTTAATTTGACGCTCCAGACAATTTCGGCGTTCCTGACCTTCACTCCGGCCTACATTATTTCGCGCGGAGAAGGCGGGCCCCTGGACCAAACGCTGCTCTATTCGCTCTATTTGTACCGCAAGGCGTTCTCGCATTTTGAGATGGGATACGCGTCGGCGCTTGCCTGGATCATGCTCATTATCGTTGGTGTCCTGACCCTGCTCATCTTCAGATCATCTACCCGCTGGGTTCATTACGAGTCGAAAGGAGATTGA	MKRLRENEHITGYVFSAPFVLGFLIFTLYPILSSLYYSFTNYNLMEAPRWLGLGNYERLFLEDDKIGKSFQVTFTYVFASVPLRLIFALFVAMILNTATKAVGLYRSAFYLPSLIGGSVAVAIMWQQIFGDKGLVNSALSLFGIHSTTSWIGNPSTALWTLIALSIWQFGSSMIIFLAGLKNIPKDYYEAASVDGANAVHRFFKITLPMLSPIILFNLTLQTISAFLTFTPAYIISRGEGGPLDQTLLYSLYLYRKAFSHFEMGYASALAWIMLIIVGVLTLLIFRSSTRWVHYESKGD	PGPT0016535_6362	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_01906	834	araQ_18	COG0395	L-arabinose transport system permease protein AraQ	ATGACCAAATCCAGACGTGTTCTCTACCATACCCTGGTCGGATTGTTCGCCCTCTGCATGACTTATCCGATTCTGTGGCTGGTCGCCAGCTCGCTGAAGCCCAATCATGAAATATTCACGACGGCTTACAGCCTGATTCCGAGTCGGCTGGAATTCTCGAATTATGCTACAGGCTGGAAGGGTTTTGCCGGGACTACCTTCGGTACCTTCTTTAAAAATTCTTTTATCATTGTCATCATATCCACCATCGGTGCCGTCGCTTCCTCTGCGCTTGTCGCCTTCGGCCTGGCTCGGACCAAGTTCTTCGGTCAGCAATTCTGGTTCGCCTGCATGATGATTACGATGATGCTGCCTCATGATGTCGTGATCGTTCCGCAGTATGTGATGTTCGCCAAATTCGGCTGGCTGTCTTCCTTCAAACCATTAATTGTTCCCCAATTCTTCGGCATTCCGTTCTTCATCTTCCTGATCATGCAATTTATCCGCACCATTCCGAAGGAACTGGATGAAGCCGCCAAGATTGACGGATGCAGCAAATACGGGATATTTTTCCGGATCGTTGTGCCATTGATCGTACCCGCTCTCATTACGTGTTCCATATTCTCCTTCTACTGGAGATGGGATGATTTCATCAATCCGCTCATTTACTTGAACAATCCGGAGAAATACCCGGTGTCACTTGCCTTGAAGCTCTTCCTTGACGGGGAGTCGCTTAATAACTGGGGCGGCATGTTTGCTATGGCTACCTTATCGCTGCTGCCGGTCGTCATCGTCTTCTTTATCTTCCAGAAATATATCGTGGAAGGGATCAGTACGACGGGATTGAAAGGGTAA	MTKSRRVLYHTLVGLFALCMTYPILWLVASSLKPNHEIFTTAYSLIPSRLEFSNYATGWKGFAGTTFGTFFKNSFIIVIISTIGAVASSALVAFGLARTKFFGQQFWFACMMITMMLPHDVVIVPQYVMFAKFGWLSSFKPLIVPQFFGIPFFIFLIMQFIRTIPKELDEAAKIDGCSKYGIFFRIVVPLIVPALITCSIFSFYWRWDDFINPLIYLNNPEKYPVSLALKLFLDGESLNNWGGMFAMATLSLLPVVIVFFIFQKYIVEGISTTGLKG	PGPT0016540_7010	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_01907	1032	yesR_3	COG4225	Unsaturated rhamnogalacturonyl hydrolase YesR	ATGCCTGCACTTGTATTTGATGATCAACAGATTGAGGTTGTCATAGACCGCGTGGTCGACCGGACCTTTCGCATGGATTTCAGCTGGGACTGGCCGGGCGGGGTCGCCTTTTACGGAGTATGCGAAGCCTATAAGGCCACCGGCAAACAGGAGTATCTGGAACAGCTGAAAGCCTGGGTCGATGAAAATATGGAGGATGGGCTGCCCAAGCTGTCCGTCAACGGCGTCTCCATCGGTCATTCCCTGCTGACCTTATACGAGGTTTATGAAGATGAGCGGTATATTGAAACGGCCAAGGAAATGGCCGAGTTTCTCACGCATGATGCGCTGCGTTTCGGCAACGGCATCTTTCAGCATACGGTGAACTCCGAAACGTATAACTTTCCGGAGCAGGCGTGGGTTGATACGATGTTCATGGCAGGCTACTTCCTGCTTCGGATCGGCGTGATGCTGGACCGGGAGGATTACTTCGAGGATGGCCTGAAGCAGTATCATGGCCATGAAGATTGCCTGCAGGACCCTGTTACGAATCTCTATTACCACGGCTGGGACAATATTGCCGGCAACCATATGTCGGGCGTGTTCTGGTGCCGGGGCAATGCCTGGGCCGCCATCACGATGGCTCGTGCACTGGAGCTCGTGCCGGTTACGCATCCTTCCTTCATGATCATCGAAGGATCGCTGCGCGACCAGCTCAGCGCCCTGGTCCGGCTGCAGCATGAATCCGGCCTGTGGCATACGATTACAAGCGATCCGCAATCCCCGCTGGAAACGTCCGGCTCGGCCGGCATCGCCGCCGCCCTGCTGACCAAGGGACGCATCTATAATAAATACACGCAGAAATCGATTGACGGCATTTTGTCCAAGATTACTGAGGATGGCACCGTAACCGGCGTATCCGCGGGAACGGCCGTCATGAAAGACGCCGCAGGTTACAGAGGCGTGCCCGATAAGCGAATCCAGGGCTGGGGTCAAGGCTTGGCTCTGACCTTTCTCGCGGAAGTGCTGAAGAACAAGGACAATCCTTATTGA	MPALVFDDQQIEVVIDRVVDRTFRMDFSWDWPGGVAFYGVCEAYKATGKQEYLEQLKAWVDENMEDGLPKLSVNGVSIGHSLLTLYEVYEDERYIETAKEMAEFLTHDALRFGNGIFQHTVNSETYNFPEQAWVDTMFMAGYFLLRIGVMLDREDYFEDGLKQYHGHEDCLQDPVTNLYYHGWDNIAGNHMSGVFWCRGNAWAAITMARALELVPVTHPSFMIIEGSLRDQLSALVRLQHESGLWHTITSDPQSPLETSGSAGIAAALLTKGRIYNKYTQKSIDGILSKITEDGTVTGVSAGTAVMKDAAGYRGVPDKRIQGWGQGLALTFLAEVLKNKDNPY	PGPT0018255_1444	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
JZ016_01908	2067	mrdA	COG0768	Peptidoglycan D,D-transpeptidase MrdA	GTGATAGGCTTTAAACCTTATAAAGACGTACCGGATGAATCAGAAATCAGGCGTAGATTTCATGGGCGGATTAACATTTTCTTTTTCAGCGCATTTTTAATCTTTTGCGTCATTATCGTTCGCATGGCCATTTTACAGTTCGTGGAGGGACCGGAGCTGGCAAGCCAGGAAACCGGGGGGGAGCAGAAGCATTTCCCGCTGCAGCCGATCCGGGGGTCCATCATCGATGCGTCCGGCACCAAGCTTGCATACTCTACGGCTTCAAATTCTTTATATATCACGCTCATGAAGGATTACAGCAAGAAGACGGACAAGGGCAAAGCGAACAGGCCGGAAGCGGAGGAAATGGCAAAACGAATTGTCCAAGCGTTTAACAAGTATGGGGACCCCGAGGCAGAACCGATCACAGTGAAGAAAGTGATGGACGACCTGGATTTGGAATATAACAAGCAGCATGGTTATGAACCCAGACGCATCAAGACGGATTTGACGAAGGAAGAGATCGCTTATTTTATGGAGAACCGAGCCAAGTTTCCCGGCATCCAGATTGTGGAGGAGAATGTTAGACACTACGATCCGGATACGGTGGCCGTTCAGACGATCGGATATCTAAAGAAGTTCAGAGGCTCCAAAGACCTTAAGGATTATGAGGCTATTGATCAGAGCAACAAGGATCAGAAGAATCCCGGCTTGATCTACACGGAAGAAGAGTGGATTGGCTATGACGGATTGGAACGGATGTACCAGGAAGAACTGCGCGGCAAGAGCGGGTATCTCAGCATTCCGATCAATCCGCAGAATATGGTGGACGGCGTACCGACGATGGTCGCTCCCGAAAAAGGCCTTGATATTCACACCACGATTCATAAAGACATTCAGCTTGCCACGGAGCAGGCCATTATGGATCAGCTCCAATATCTTCATACTCATCCGGTATCGGGTAAGTTGCATAAGGATGCCTTAACCGGATATGCGGTTGCCATGGAGGTGGATACCGGTCATGTGGTTGCGATGGCGAGCATGCCGGATTACGACTCGAATGTGCGGGTAAATGGTGGCAAGATTACGCAGGATGTCGTAGACTCGTCGGGAAACGGGACGATTACAATCTATGGATCAGGTCGCTCGGGAAACGGCTTTGAATCCATGATCTTTCTCGGTTCCGTCATTAAACCGCTGACGGTGCTGATCGGGCTTAATGAGGGGTTATTTGGCATTAATGACACTTATCCTGATCAAGGGTACGCCACCATAGGTCGGGAAGGAAGCGAAACGAGGATATCCAACTCGGGCGGTCATCGAAACGGTCCCATCAAGCCGCAGTTAGCGATTCAGCAATCCTCGAATGCTTTTATGATTGATATGATCGGCAAAAGGCTTGTCAATAAGTATGGCGGGGAGAAGGGCGTTACGGTCTGGGATGAGTATATGGAGAAGTTTGGTCTTGGCGTCGTAACGGGGAGCGGTTTGCCCAACGAGCATAAAGGATTGAAAAATTATACCGATACCAAAGCAGCGGGAAGTAATCTGGCGGCGTTAGCCTACGCTTCCTTCGGTCAGCAGGGTAAATACACCCCTCTACAGCTTGCTCAATACACCGTCATGCTGGCAAATGAAGGCAAGCGGGTCAAGCCGCAGCTGGTCAGCAAAATCACGGACCAGGATGGCAAGATAATCAAGAAATTCGGGCGCGAGGTTCTGAACGAGGTCGAGTTCCCCAAAGCGTATTGGCAGACCGTCAAGCGGGGGATGAATACGCAGGGGCTGGCAGCCTTCGAAGATTTTAAATATGATTTTGCCCGCAAAACTGGTACATCCGAGCAATCATATAAAGGTGTTAACCTTGATAACGGCGTCTTCATCGCCTTTGCTCCGCGAGATAATCCGAAGCTGGCAGTTGCCGTGGTTGTGCCGGAGGGCGGCTTCGGCTCGCAAAGCGCTGCGCCGATTGCGAGGAAAATATTCGATGCTTATGACGAAGTCTATGGACTTGATGGAACACCGCATCCGAAGAAGACAGATGAGCAGAAGGACAGCACTCAAGACGAGACAGGGGACAATGAATAA	MIGFKPYKDVPDESEIRRRFHGRINIFFFSAFLIFCVIIVRMAILQFVEGPELASQETGGEQKHFPLQPIRGSIIDASGTKLAYSTASNSLYITLMKDYSKKTDKGKANRPEAEEMAKRIVQAFNKYGDPEAEPITVKKVMDDLDLEYNKQHGYEPRRIKTDLTKEEIAYFMENRAKFPGIQIVEENVRHYDPDTVAVQTIGYLKKFRGSKDLKDYEAIDQSNKDQKNPGLIYTEEEWIGYDGLERMYQEELRGKSGYLSIPINPQNMVDGVPTMVAPEKGLDIHTTIHKDIQLATEQAIMDQLQYLHTHPVSGKLHKDALTGYAVAMEVDTGHVVAMASMPDYDSNVRVNGGKITQDVVDSSGNGTITIYGSGRSGNGFESMIFLGSVIKPLTVLIGLNEGLFGINDTYPDQGYATIGREGSETRISNSGGHRNGPIKPQLAIQQSSNAFMIDMIGKRLVNKYGGEKGVTVWDEYMEKFGLGVVTGSGLPNEHKGLKNYTDTKAAGSNLAALAYASFGQQGKYTPLQLAQYTVMLANEGKRVKPQLVSKITDQDGKIIKKFGREVLNEVEFPKAYWQTVKRGMNTQGLAAFEDFKYDFARKTGTSEQSYKGVNLDNGVFIAFAPRDNPKLAVAVVVPEGGFGSQSAAPIARKIFDAYDEVYGLDGTPHPKKTDEQKDSTQDETGDNE	PGPT0023930_422	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023930-pbpA-K21465	NA	NA
JZ016_01909	618			hypothetical protein	ATGACAATAAAATGGTTAGCGTGGGCAAAGGAGATGCAGGCCATCAGCCAGGCCGGACTGGAGTATACGAGGGACGTTTATGACAAGGAACGGTTTGAGCAGCTGAGGGAGCTCAGCATCCAGATCATGCAGGAGTATACCGAGGCGGGCGAAGAGAAGATCCGTACGCTGTTTGCGAGTGAAACCGGATACCAAACGCCGAAGGTGGATGTCCGCGGCGTTATTTTTCAAGACGGAAAGCTGCTGCTGGTGAAGGAAAAGGCCGACGGGGCTTGGGCGCTGCCGGGAGGATGGGCGGACATCGGCTTATCCCCTGCGGAGGTCGTGGTGAAGGAAGTGAAGGAAGAGGCCGGTTACGACGTGCGTGCAGGGAGGCTGCTGGCCGTATTGGACAAGAAATTTCATAACCATCCGCCTTCGGCCTTCCACGTGTACAAAATGTTTATTCAGTGCGACATTACGGGCGGAGCCGCAGGCGTTGGGACCGAAACGTCCGCGTTCGGTTTTTTCCCTCAGGACGAACTGCCGCCGTTGTCCGAAGAACGGAATACCAAGGAACAGCTGAAGAGAATATTCGAATTCGAGAACAACCCGCATTTGCCGACTTGGCTGGATTAA	MTIKWLAWAKEMQAISQAGLEYTRDVYDKERFEQLRELSIQIMQEYTEAGEEKIRTLFASETGYQTPKVDVRGVIFQDGKLLLVKEKADGAWALPGGWADIGLSPAEVVVKEVKEEAGYDVRAGRLLAVLDKKFHNHPPSAFHVYKMFIQCDITGGAAGVGTETSAFGFFPQDELPPLSEERNTKEQLKRIFEFENNPHLPTWLD				NA	NA	NA	NA	NA
JZ016_01910	483			hypothetical protein	ATGAAAAAAATGCGGCCGGTGTTATACATTGTTCTTCTAATCATGGTGTTCGGTACCGGGTACTACATCGGATCCAGGTCTGAGAACGTAACGCCGATCTCGAAGGAAAATGCCCGCAAAGCCGTTCAGACCCTGTGGGTGAAAGCCGCCGAACCTCCGCTGCCCAAGGTAAGCATTGACGGCACCGAGATCAAGCTGCAACGTGGCGGTTATTCGTGGTGCAACGGGGATAACTGCGCGACGACGGATGCGGCCCGTCCCAGGCTTGAGGATATGACGCCGGTTGCGGTCCAAGCCGGTGCCGACATTCAATCGAAGCCACCCGAAGGAATACAAGGCTTCACCATTCTCAACTTGACGGACTCAGGTAACGATGGATATACCGTACCAGCGAAAGCCGGCTCGTACCTGTACGAAATTCACTGCACATGGCCCCTGGATCAAGGAGAAGCCAGCTTTTATTTCGCGGTGACGGTTGAATAG	MKKMRPVLYIVLLIMVFGTGYYIGSRSENVTPISKENARKAVQTLWVKAAEPPLPKVSIDGTEIKLQRGGYSWCNGDNCATTDAARPRLEDMTPVAVQAGADIQSKPPEGIQGFTILNLTDSGNDGYTVPAKAGSYLYEIHCTWPLDQGEASFYFAVTVE				NA	NA	NA	NA	NA
JZ016_01911	336			hypothetical protein	ATGATATCTTTTTTACTAACGTTAAAACGTCTTTTCAGCGGTCTGTTTCGAGCGTTTAAGCAGCGGTATTTTGTAGCGCTGTTTGTGCTTATCGTCATCATGCTGTTATCGGGCACGATGTTTTATACCAGACAAGAAGGCTTGTCGGTGCTGGATGCACTTTATTTCTGCGTGGTTACCTTGAGCACGGTAGGGCATCCGGAATTCGTGCCGCAGACGCCGCTTGGTAAAACATTCACGATGGTCTATATTGTCGTCGGAACGGGTTTATTCCTGGGGATGGCCGGACAATTGGCGTATGCCTTAATCCGAACGAATCAAAGGGATGAGAAGTAA	MISFLLTLKRLFSGLFRAFKQRYFVALFVLIVIMLLSGTMFYTRQEGLSVLDALYFCVVTLSTVGHPEFVPQTPLGKTFTMVYIVVGTGLFLGMAGQLAYALIRTNQRDEK	PGPT0002715_5219	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716	NA	NA
JZ016_01912	573			hypothetical protein	TTGAAAAAAACAATGTTTCTCATACTGGCAGCCGTGTTGGTCGTCATCAGTTACATGCCGCTTTTCCTGGGTGGATATGTATACAATGAAGAGCAGGCCTTGCAGCGCTTGCATCCTGCGTATACCGGGGATAAGTTATACGAGAGAATAGGGGATCATCACAAGCTGATCGTCTGGCATGATGGCAACGTGAAGATGGTCACCCTTATGGAAAGTAAATGGGGACTGCTGCACCGTGCTTCGAACTCGGTCGTTCTGGAACGGGGATCCGAAGATGAACCCTTTACTCGGATCTGGTCTGCTAGCCGTCGCGGGGAGGATATGTATGATACCTTACTGGCGGTCGAGACTTCAGAGAACGAGAGCAGGAAGATCATCGTGACTAATGAGCCATGGGATGATGAGCCGATCGATGATCTGGATCAGATCAAAGCCTTGTCCGGGGTCTACATTGAAATGGATGTCGAACAAGGATATGCCGTTCATTATGAACAGCTGCCTTCCGATCAAATCGGAGGTTTTATATTTCGAAGTATCGATTCCGAAGGGAATATTCTCTCCGTTCATCCTTAG	MKKTMFLILAAVLVVISYMPLFLGGYVYNEEQALQRLHPAYTGDKLYERIGDHHKLIVWHDGNVKMVTLMESKWGLLHRASNSVVLERGSEDEPFTRIWSASRRGEDMYDTLLAVETSENESRKIIVTNEPWDDEPIDDLDQIKALSGVYIEMDVEQGYAVHYEQLPSDQIGGFIFRSIDSEGNILSVHP				NA	NA	NA	NA	NA
JZ016_01913	3336	rapA_1		RNA polymerase-associated protein RapA	ATGGGTTACCAGCTGACCGAACGGGTGATCAAGTTATTATGCGGAAAGACCTCCTACGATCGCGGCGGGGTTTTATATAGAGATGGACATGTTACGATGTTGAAACAAGATACGGACACTCGGAAATACGAGGCTGAAGTGACGGATCAGGAGCCGGGTATCGCCTATGCCGAGATTGACTCGAACGGGGATGTATTCACGGAATGCAGCTGTATCGATTATGGATTCTCCCGGAAGCGATGCAGACATATTGCGGCTCTGCTCTTGAATATCCGTGATATTGAGCAAACGGTGGAAGCACCCATGCGCCCCTATCCATCGTTATTACATCCTTCTGACGGCGGAAATAATGGAGACGGGCAATTAACACCTCGGTACTCTTCGGAGCATGAGAGAAGCTCGGACGAAGGGGAGCAGGATGCGCGGCTCAGCAGCCAGCTGCTCGGATTGTTCTCTTATTCTGCAGGCCGGAGGGCTACGGCAGCATCCAGGTTTGACACCCGGGAAGTTCTGGAGATGGAGTTCATTTTCAAGTTATATCCTTACGGAAATCGGAAATATCTGTTTGGCGTTGAACTGCGAATCGGTAAGAAACGCTTGTACATTGTGCAGCGGATCCGAGAGTTTCTGGCGTGTGTAAAACTCGGAGAGACCTGCATGTTCACGAAGAATTTCACGTACGATCCGGAGCAACACAGCTTTAAAAAGGAGGATGATGATATTCTCCATGAGCTGATTCGTATATACGAGCATGAAAGTATGTTTAAACAGTCACTGGACATGTATGCTCCGCATGGCAAAAAGGGAGGCGGCGACCGAATGCTGATTATTCCTCCCACTTTTTGGCCTGAGGTTAGGGAACGAATATCCCATTCGAACCATTCCCTGCTGTCTTTGGACGGGATCCTCACGGATAAGCTGGAATTCGTTCAAGATCCGATCCCCCTTCAATTCGAGTTTGATGAAGCCGGGGATGATCACTACCTGATGAAGATCGAGGGACTGGAGCGAATGATCGTTCTGGAGGGATACGGCCTCGTCATTGTGGACGGTAAGCTCATTCAGCTTGAATTGGATGCTTGCAGAAGACTCTCCGAGATGAAGGAGCTGCTTGAGAATTCGAATAAACCGCATATCCGGATTCAACCTGAGATGATGGAGTCCATTATGGAACGGGTGGTTCCGGGACTGATGAAGCTTGGAAGTGTCCACGTGGCACAGACCGTATCGGACCGCATTGTCAAAACGCCTTTAAAAGCGAAGCTCTATCTGGACAGGGTGCGTGGCCGGCTTTTGGCCGGACTCGAATTTCAATACGGAGAAATCACCATTAATCCGTTGGAGGGACATCGTGCAACACGCAGCAGCAGCTCAATCCTCGTTCGCGACGGAGAGCAGGAGCAGCGGATTCTAGAGCTTATGGAAAACGCCTCCTTTGCCAAAACGGATGGCGGCTTCTTCATGAACGATGAGGATGCCGAATACGATTTCCTGTATCATACGATCCCGCAGCTGGAGAAGCTGCTGGTTGTTTATGCAACGACAGCCGTGAAGGAACGGGTGCTGACTGAACCGATGGGAGCCAAGGTGCGGGTGGAGGTCGACGAACGGACGGATTGGCTTGAATTGAAGTTTGACATGGAGGGGATTCGGGAAGCCGAAATCCGGGAAATCGTCAAATCGCTTGAAGAAAAACGAAAATATCACCGGTTGCGAAACGGAGCGCTGCTTCCGCTGGAGAGCGCCGAGTTCCAGGCCATGGTTGCCTTAATGAACCGGGTAGGGCCTTGGTTATACGAAGGGGAGGGCACAGAATTCAAAATGCCGGCAGTCCAAGGACTTCAGCTGCTGGATTGGGAGGAAATGGGATCAGCGGTCCAGCTTGGCCGATCCTTGCGCCGAATGCTGCAGCACGTGAAGAATCCGGATCATTTGGATTTTGCCGTGCCGCCGAGCCTCGAAACGGTCCTCCGGGATTATCAGAAGTTTGGTTTCCAATGGATGAAGACGATGGCCCATTACCGCTTCGGCGGCATCTTGGCCGATGACATGGGCCTCGGTAAAACCATTCAGAGCATTGCTTTCATTCTGTCGGTGCTCCCGGAGATCAGAGAGCGCAGCGAACCTGCACTTATCGTGGCGCCTGCCTCACTGCTCTATAACTGGTTTAACGAGCTCCAGAAGTTTGCACCCGAGATCAAGGCCGTCATTGCCGATGGCACGCAGACCGAGCGGACTAAGATTATACAGAATGCGGGGAACGCAGATGTTATCATTACTTCGTACCCGCTGCTCCGCAGGGACGTTGAGCGGTATGCGAAGCTGCCGTTCTTAACGTTAATTCTGGATGAAGCCCAATTCTTCAAAAATTATACAACGCAAACGGCTCAGGTTGTCAAAACGCTTCATGCCCGTTATCGGTTTGCACTGACAGGCACCCCGGTCGAGAACCGGCTGGAGGAGCTGTGGTCCATATATGACGCCGTTTTCCCGGCACTCTTTGGAGATCGAAAAGCGTTTCAGGAATTGCCGAAAGAAACCCTGTTGAGGCGGGTGCGTCCCTTCCTGCTTCGCAGGCTGAAATCGGATGTGCTCAAGGAGCTGCCGGAGAAGATCGAGACGGTTCAGGCATCAAGCCTGCTGATCGAACAGAAGAAGCTCTATACAGCCTATCTTGCGAAGTTAAGACAGGAGACGCTCAAGCATTTGGCGCAGGATGGATTTCAGAAAAGCCGGATTCGCATCCTGGCGGGCATTACCCGTCTGCGCCAGATCTGCTGTCACCCGGCCCTATTCGTGGAAGGCTATGAGGGCAGTTCGGCCAAGTTTGAGCAGCTCCTGGAAACCATTGAGGAATGTCGTCTTGCAGGCAGAAGGATGCTGGTATTCTCCCAGTTTACGGGGATGCTGAATCTGATTGCCGGGGAGCTCGGATATCGGGGGATCCCGTTTTTCTATCTGGATGGACAGACTCCGGCATCGAAGCGGGTGGAGCTGTGCGAACGCTTCAACGAGGGAGAACGGGAAGTGTTCCTCATCTCGCTGAAGGCAGGCGGAACGGGGCTGAACCTGACCGGGGCCGATACGGTGATCTTGTATGACCTGTGGTGGAATCCGGCTGTGGAGCAGCAGGCGATGGACCGGGCCCATCGCATCGGACAGAAGAAGGTTGTGCAGGTGATACGGCTGGTGGCTCAGGATACCATCGAGGATAAAATGGCTGCTCTGCAGCAGAAGAAGAAGGATCTGATCGAGGAACTGGTTCAGCCGGGAGAAGAGTCGCTTCCAAGCTGGACCGAGGCGGAGATCCGGGAGCTGTTGTCCCTTCAGAGCTAA	MGYQLTERVIKLLCGKTSYDRGGVLYRDGHVTMLKQDTDTRKYEAEVTDQEPGIAYAEIDSNGDVFTECSCIDYGFSRKRCRHIAALLLNIRDIEQTVEAPMRPYPSLLHPSDGGNNGDGQLTPRYSSEHERSSDEGEQDARLSSQLLGLFSYSAGRRATAASRFDTREVLEMEFIFKLYPYGNRKYLFGVELRIGKKRLYIVQRIREFLACVKLGETCMFTKNFTYDPEQHSFKKEDDDILHELIRIYEHESMFKQSLDMYAPHGKKGGGDRMLIIPPTFWPEVRERISHSNHSLLSLDGILTDKLEFVQDPIPLQFEFDEAGDDHYLMKIEGLERMIVLEGYGLVIVDGKLIQLELDACRRLSEMKELLENSNKPHIRIQPEMMESIMERVVPGLMKLGSVHVAQTVSDRIVKTPLKAKLYLDRVRGRLLAGLEFQYGEITINPLEGHRATRSSSSILVRDGEQEQRILELMENASFAKTDGGFFMNDEDAEYDFLYHTIPQLEKLLVVYATTAVKERVLTEPMGAKVRVEVDERTDWLELKFDMEGIREAEIREIVKSLEEKRKYHRLRNGALLPLESAEFQAMVALMNRVGPWLYEGEGTEFKMPAVQGLQLLDWEEMGSAVQLGRSLRRMLQHVKNPDHLDFAVPPSLETVLRDYQKFGFQWMKTMAHYRFGGILADDMGLGKTIQSIAFILSVLPEIRERSEPALIVAPASLLYNWFNELQKFAPEIKAVIADGTQTERTKIIQNAGNADVIITSYPLLRRDVERYAKLPFLTLILDEAQFFKNYTTQTAQVVKTLHARYRFALTGTPVENRLEELWSIYDAVFPALFGDRKAFQELPKETLLRRVRPFLLRRLKSDVLKELPEKIETVQASSLLIEQKKLYTAYLAKLRQETLKHLAQDGFQKSRIRILAGITRLRQICCHPALFVEGYEGSSAKFEQLLETIEECRLAGRRMLVFSQFTGMLNLIAGELGYRGIPFFYLDGQTPASKRVELCERFNEGEREVFLISLKAGGTGLNLTGADTVILYDLWWNPAVEQQAMDRAHRIGQKKVVQVIRLVAQDTIEDKMAALQQKKKDLIEELVQPGEESLPSWTEAEIRELLSLQS				NA	NA	NA	NA	NA
JZ016_01914	306			hypothetical protein	ATGGATCGAGATGAGCGATTCTATCGCAAATGGACTCAGATCCGGGCGAAGGGAAAAGGCAAATTCGTACTATCCCGAGGACTGGCTCACGGCTTATTTCTATATGTTGTGTGGGCTGCAGCTACCTGGTTTTTTGACAAGGACCGGTTTGATCCTGATTTTTTTATAACACGGTATTATTATTATTTTTTGATCTATATGATTGTCGGCTTCCTTATTTCTAGCGGAGCATGGAGAGGTCAAAATACCCGTTATGACAATTTGACCCGGTCTTATGAGAAACAGCGGAAGAAGAACTTGCCGTAG	MDRDERFYRKWTQIRAKGKGKFVLSRGLAHGLFLYVVWAAATWFFDKDRFDPDFFITRYYYYFLIYMIVGFLISSGAWRGQNTRYDNLTRSYEKQRKKNLP				NA	NA	NA	NA	NA
JZ016_01915	510	ttr		Acetyltransferase	ATGAATTCTGCGTTTACGATTATGGAGGTCGACCAATTAGAAAGCGAGACGCATCATCAATTAACGGAACTATTGATTCGGGTAGTAGAAGATGGGGCATCGGTAGGATTCTTACCGCCGCTGTCTTACGATGAAGCTTTCGCTTACTGGGAGGATGTGCTTGGCCCAGGGGTTACCCTGTGGGTTGCCGTACAGGATGGGCAGGCGATTGGCACGGTTCAGCTGCAATGCGCCATGAAGGCAAATGGCAGACACCGGGCCGAGGTAGCAAAACTGATGGTGGATCCTGTATCTCGCCGCGGAGGTATCGGCAGAACGTTGATGCTTCATCTGGAGCCGAAAGCCAAGGCAGAGGGTAGAACGTTGTTGGTATTAGATACCCGGGAGGGGGACCCCTCCAACAAGCTGTATCAGTCTCTGGGTTACATCCAAGTTGGGATTATACCCGATTATGCCATATCCTCTAACGGCGAACTGGACGGGACGGTGCTGTATTACAAACGTATCTAA	MNSAFTIMEVDQLESETHHQLTELLIRVVEDGASVGFLPPLSYDEAFAYWEDVLGPGVTLWVAVQDGQAIGTVQLQCAMKANGRHRAEVAKLMVDPVSRRGGIGRTLMLHLEPKAKAEGRTLLVLDTREGDPSNKLYQSLGYIQVGIIPDYAISSNGELDGTVLYYKRI	PGPT0012925_136	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TABTOXININE-BETA-LACTAM_RESISTANCE,PGPT0012925-ttr-K19113	NA	NA
JZ016_01916	891			Epimerase family protein	ATGAAAAAGATCGTTCTGGCTGGTGGAACAGGTTTTATCGGAACTTATCTTGCGAAAAAATTCACGAATGAGCAGCAAGCACAAGTACTTATGATATCCCGACGGAAGGGCCATATCCCATGGAACGATCAAGAAGCGATCGTCGCTGCTCTGGAGGGGGCGGATATGCTGATTAATCTTGCAGGTAAATCGGTCAATTGCCGTTACGATGAGGAAAATAAGAAGCTGATTCTGAAATCAAGAATAGATACAACGAATATACTCGGCACGGCTATCGAGGCATGCCGTACTCCTCCTCGTACATGGTTTAATTCTAGTACGGCCACGATTTATCGCCATGCTGAAGATAAGCCGATGACGGAGGAACAGGGTGAAATCGGGACAGGTTTCTCGGTTGAGGTTGCCAAGGCATGGGAGCGCGCTTTTTTCTCGTTCTCACTGCCTCAAACAAGACAAATCGCTTTACGCATTGCCATCGTGCTGGGACCGGGGGGCGGCGTCATGACACCTTATGTTAACTTGGTAAAATACGGACTCGGTGGCGTTCAAGGTACAGGCAAGCAAAAGTTCAGCTGGATTCATGTAGAGGATTTGTATCGTATGATCCTGTTTTTACAAGAAAGAGCAGAGCTGAGCGGGATATTCAATTGTGCCTCCCCTCATCCGGTTACGAACAAGGAACTAATGGAGCAGCTTCGGCTTGCATTGAATCGCAGAATGGGATTGCCATCACCCAAATGGCTGCTTGAACTGGGAGCCCGGCTGATTCAAACCGAAACGGAACTCGTGCTGAAGAGCCGATGGGTCATTCCGGACAGACTCTGCAAGGCAGGATTTCATTGTACATATGATACGCTGAATAAAGCACTGGCTGACTTCTTGAAGCGATAA	MKKIVLAGGTGFIGTYLAKKFTNEQQAQVLMISRRKGHIPWNDQEAIVAALEGADMLINLAGKSVNCRYDEENKKLILKSRIDTTNILGTAIEACRTPPRTWFNSSTATIYRHAEDKPMTEEQGEIGTGFSVEVAKAWERAFFSFSLPQTRQIALRIAIVLGPGGGVMTPYVNLVKYGLGGVQGTGKQKFSWIHVEDLYRMILFLQERAELSGIFNCASPHPVTNKELMEQLRLALNRRMGLPSPKWLLELGARLIQTETELVLKSRWVIPDRLCKAGFHCTYDTLNKALADFLKR	PGPT0014730_3043	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071	NA	NA
JZ016_01917	1134			hypothetical protein	ATGTCACCTGAAGCACATCTGCAGACCATGGTTACGAAAGTACCGCTGGAATTGTTGTTTACGGATTTCATAGATGAAGAACATAAGACCGTATTAATTCCACACTATACGGAAGCCTGGTATGACGTCCACAAAAGATACGGGGATCTTCCCATCAATCGTTTGACGCCTCATCTGCAATTGTTCCGTTACCTCATGAATCAAGGGGAATACCCGAAATTGTATCTGGACTGGCATGCCTCCATATTTATCACCCGTGATTTGGAAGTACCTATTTCGGATAACGATCTATTGGAGCAGCGGCGCATACAATATGTCACGATGGCTGCCTTGTTCGCCAATGATAAGGAGCATTTCAACGAAGATCCGATTCTGGTCCAATATAACAGGAAAGGCGGTTATTTTCACGTGAAAGACGGCCACCATCGAGCCATCTTTCAATACTGCAGCGGAGTTAGGCAGGTCCCGGCTCGAATGAACGTTCGCGACTATGAGGAGTGGAAGCATACGGATGCTGTGAACCAGGTAACCGAGGTCTTTTCCCGCCATCTTCGAACCCTGATTTATACACCGATTTTGAATCCTCACTTCATGCATTTGAAGAGTGAACGGGATGATGTCTATCCGACCCGCATGGATCTGATTATGGAGTATCTGGGTTCCTCATCCGTACGAGGAAAAAGGGTAATCGATATCGGCTGCAACATCGGATTTTATGCCAGACACTTTACGCGTCAGGGGGCTATCGTCACAGGTTATGAGCCAATGGCTGAGCATTACGAGCTGGCAAGGCAGCTGAACGTTCTCGAACGAGTTCATTTTGATCTCAAGGAGGAGCGGTTTGAACGCTCAAGTCTTACGGAAACATATGATATAGGGTTGCTACTAACCGTATTCTATCATGTGATGGACGATCTGCCGGCGCGGGAAGCATTTCTGAGGAAATTAGACCAGAGTGTTACAGGAGTTCTATTTTGGGAATCAGGGGCCGAGCCGGAGAAGGAAAAGGCTATTTTGATTAGTGGAACACAATTTGACAGATATGAGAAATTGGGGGATACCGAAGGGACCGGGAAGAAAAGAGAATTTGGTGTTTTTCTGAAATCATCATACAAATCCGGCAGCGCTATATGA	MSPEAHLQTMVTKVPLELLFTDFIDEEHKTVLIPHYTEAWYDVHKRYGDLPINRLTPHLQLFRYLMNQGEYPKLYLDWHASIFITRDLEVPISDNDLLEQRRIQYVTMAALFANDKEHFNEDPILVQYNRKGGYFHVKDGHHRAIFQYCSGVRQVPARMNVRDYEEWKHTDAVNQVTEVFSRHLRTLIYTPILNPHFMHLKSERDDVYPTRMDLIMEYLGSSSVRGKRVIDIGCNIGFYARHFTRQGAIVTGYEPMAEHYELARQLNVLERVHFDLKEERFERSSLTETYDIGLLLTVFYHVMDDLPAREAFLRKLDQSVTGVLFWESGAEPEKEKAILISGTQFDRYEKLGDTEGTGKKREFGVFLKSSYKSGSAI				NA	NA	NA	NA	NA
JZ016_01918	570			hypothetical protein	ATGGGAACATCTAACTGGCAGAATTTATCTTTTTGTGTGGATCTGATCCGGTATGTATCTCCGAAGTCCGTACTGGATGTCGGCGTTGGATTTGGCCGTTGGGGAATGATCTGCCGCGAATATTTGGATGTATGGGAGGGGCGCGTATTCCGCACATATTGGGATACGCGAATCGAAGGGATTGAAATCTATCCGGTCAATATTGATTCATATCATTCCTGTTTCTACAATATCATCCATGTTGCGGATGCATTCGATCATATACAAACGGAGGTTCAGCCAGGACAATTCGATCTGATCATTCTGGGTGACGTTCTGGAGCACTTTACAAAAGAGCGGGCGCTTGTGCTGCTGCAGACCTGTATTGAAAAATCCCGCTTTGTCCTGCTAAATATCCCGATTGGAACAGACTGGCCGCAGGGAGCAGTGTACGGTAATGATTTCGAAACCCATTTGAGCACATGGACAACGGAGGAGCTGGATCTGCTTCCCGTAGTCGACAAAAGGCATTTTAGGGATTACATTAACCGTGATTTCTCCACGTATTTGTTTTCGATGCCAGGCAAGTAA	MGTSNWQNLSFCVDLIRYVSPKSVLDVGVGFGRWGMICREYLDVWEGRVFRTYWDTRIEGIEIYPVNIDSYHSCFYNIIHVADAFDHIQTEVQPGQFDLIILGDVLEHFTKERALVLLQTCIEKSRFVLLNIPIGTDWPQGAVYGNDFETHLSTWTTEELDLLPVVDKRHFRDYINRDFSTYLFSMPGK				NA	NA	NA	NA	NA
JZ016_01919	174			hypothetical protein	ATGCATTTGATAGAGGTACCCGGAGACCAGTACAGTCATTTGTTTCTAGTCAATCAATTCCCTTCGTCATTCATGGTGAATCAAATGGTGTGGGAGCAAACAGTAAGCCGGCTTCCTAAGGATTATTTCATACCGGATTACCGGATTATTAATATGATGATGAATATGAAATAG	MHLIEVPGDQYSHLFLVNQFPSSFMVNQMVWEQTVSRLPKDYFIPDYRIINMMMNMK				NA	NA	NA	NA	NA
JZ016_01920	1215	mshA_4		D-inositol-3-phosphate glycosyltransferase	TTGAAGATATTGCTCGTGACGATATTCCTGATTCCTCATGTTGGTGGACTATGGAAGTATATGCTGCAGATCAAGCAGGGGCTTGAGGCACTGGGGCATGAGGTCGACATGGTCGGTGACAGAATTGATTGCTTTTATGTGTACGGAGATGATAACCGGAAGGTGTTCAAGAGTCATTATAAACCGATGTTGGAGGCGAATCTCCCAGCAGCATCCCCTATATTCTCGGATAATTGGGTCAGGCATGCTGAATCTGAGCGGTTATGTTTGGAGCTAACGCTTTCTTATTTGGACTTGGAGCAATACGATGCCATCCATGCACAGGATGTGCTGGCTGCGGCAGCCGTCAGTCGTGTGAAGCCTGCGGGCATACCCTTGGTAACCAGCATTCATGCCTCCGTGGCACTTACTATTTTGAATATGGTCCAAAATGATCAAGGGATTAAACCTTCCAGCCCACTACTCGTCTGGAATTATTATAAATCGATTGAGAACATCGGGGGCTCATCCAGCGATCAGGTGCTTCTGGCTTCCGAATGGCTGAGGGATGTCGTGGTATCGTACTTTGGTCTGCCCGTATCCCGGATCTCATTGATTCCCTATGCGATGGATATTCCAAGCTTCGAAGACAGGTTGAAGAAAGAGCACGAACTGACTCGACCCGTGGACAAGAAAGTGATCATCTGCACCTCCAGACTCAGTCACGAAAAGGGCATTCACGTGTTGTTGGAAGCCTTGGGCAAACTCCATGCCTTTCGTCAGGACTGGGAGTGCTGGCTTGTTGGAGACGGAGATCAGCGTGCATTGTACGAATATCGCGTTGGTCAGTTGGGTATGGCGGGGGCAGTCCGTTTTTGGGGCTCGCGTGACGATGTACCTGCGTTGCTAGGGCTGGCAGATATTTTTGTTATGCCAAGTCTGATGGAGACCCTCTCCTATTCTGTGATGGAGGCGCAGATTGCCGAATTGCCGATTGTTTCTTCGGATGCGGGCGGTCTTAAGGAAGCGGTACAGCATGAGGTGAACGGCCTTCTCTTTCAGACCGGGAATGACGATATGCTTACTGCACGTCTGAATATGTTGCTGGAAGATGAAGCGTACCGTAGGCTTCTAGGTAAACAAGCGCGGAAATGGGCATTGGCTCATCGTGGTCTGGATTCCATGGTGAAGCGGGTATTGGAGGTTTATCAAAAAGAGATAAGCAAGTCCCAGTAA	MKILLVTIFLIPHVGGLWKYMLQIKQGLEALGHEVDMVGDRIDCFYVYGDDNRKVFKSHYKPMLEANLPAASPIFSDNWVRHAESERLCLELTLSYLDLEQYDAIHAQDVLAAAAVSRVKPAGIPLVTSIHASVALTILNMVQNDQGIKPSSPLLVWNYYKSIENIGGSSSDQVLLASEWLRDVVVSYFGLPVSRISLIPYAMDIPSFEDRLKKEHELTRPVDKKVIICTSRLSHEKGIHVLLEALGKLHAFRQDWECWLVGDGDQRALYEYRVGQLGMAGAVRFWGSRDDVPALLGLADIFVMPSLMETLSYSVMEAQIAELPIVSSDAGGLKEAVQHEVNGLLFQTGNDDMLTARLNMLLEDEAYRRLLGKQARKWALAHRGLDSMVKRVLEVYQKEISKSQ	PGPT0019565_79	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019565-bshA-K00754	NA	NA
JZ016_01921	612			hypothetical protein	ATGCAGCATACCCATCGGGTAAGGAGCCGTGTACCGGATGGCACTCTAATTAGGGGCTTGTATTCTGCTGTTTATTTGGTTGAGCATGGCAAGAAACGGCCCATTAGCGATTTGGCGACTTTCCATTCGTACGGATTTACCGCGAAAAGCATGGTGGAATTGAATGAGTCGGTACTCGAAGAAATGGAGACCGGGTCACCCGTGAATATATCCGGGGATTTCATCATGAACAGTCCTTCAACCCTTCTAGTAAAAAACAGCGGATCGGAAATCTATCTGTGGAGCGATCGGCGTCTTCATCCGATTATTTCCCACGAAATGTATCATAGGCTCCATTTTAATTATTCCAGCGTTGTCATCTTGCCGGACGAACTAATCGCTATACTCCCTCAAGGGGATATGATTCATGATGCATCCTTGCTCACGTCTTTTCTTATTAACGGCAGAGTATACAGCGCTCCGAATGGGTCGATCTACTATGGGGAGCGGCATATGCTGCGAAAAATCGGAGGACCCGCCATCTTTGCTTTCTATCGGTGGAGAGTTGAAGAGATTGTTCATTTAACTAGTGAAGAGTTCCACAACTGCCGAATAGGGGAGCCGATCCTGTAA	MQHTHRVRSRVPDGTLIRGLYSAVYLVEHGKKRPISDLATFHSYGFTAKSMVELNESVLEEMETGSPVNISGDFIMNSPSTLLVKNSGSEIYLWSDRRLHPIISHEMYHRLHFNYSSVVILPDELIAILPQGDMIHDASLLTSFLINGRVYSAPNGSIYYGERHMLRKIGGPAIFAFYRWRVEEIVHLTSEEFHNCRIGEPIL				NA	NA	NA	NA	NA
JZ016_01922	930	hph		Hygromycin-B 4-O-kinase	ATGAGAACATTTAAGCCGGAAATGACTTTGGATATGGCGGTAAGCCATCTGAAGCATATTGAAGGGGAATCGGTAATGAATGTCACCCCCATCGAGATGGGCGAACTGAGCAAGGTGTTCAGTTACCGCAAGGGCGATGCCGATTATGTCATTCATTTTAAGGATAATGAGGATAGCCTTCATAAAGTGTTCAAAATCTACGATATGTACGGTGAACAATCCTTGCCCATTCCCCGTATCCACAAGGTAGGGAGAATGGAGAATATTCATTTCTCCATCTCGAACAGAGTATCCGGAACGCCGATAAGTGCTCTTGAACCGACGCAAATTCGAACGCTCATCCCCGACATTGTCCATCAATTCATGCGGATCCGTCAGGTACATGTCGCGGATTCCCATGAGGGTTACGGCTGGATTACTCCGGAAGGCAAGGCTGTCCATCGTTCATGGCTGGATTACATCACGTCTGTTTTCGATGAAGAGCAAGAAGGCTTCTACCATGGATGGAACAATCTGTATGAGAACAGCTTTCTGGAAAAAGAGTTTTTTGAAGAAATCTACCTAACGATGATCGAACGGGTTCGCTATTCGCCTCCGGAGCGATATCTTGTACATGGAGATTTCCATTTGGGTAATATGCTGGGAGAGAACGAGAACGTTACGGGGATCGTGGATTGGGAGATGGCCATGTTCGGCGACTTCATGCTGGATGTTTCCGTTCTTCATATGTGGTACCCGATGCTGGAGTTTCCAAGTAGGCTGCAGCAAGCCCTGGAGCAGCAAGGCGTAAGTATTCCATATTTTGAGGAGAGACTGTTAGGCTATCAACTGTTCAAAGCGCTGGACGGACTCCGTTTTTATGCGAAGAAGGATGATCCCCACAGCTATCAGTATATGAAAGACAAAATTATATCTCTATTAAATCGATAG	MRTFKPEMTLDMAVSHLKHIEGESVMNVTPIEMGELSKVFSYRKGDADYVIHFKDNEDSLHKVFKIYDMYGEQSLPIPRIHKVGRMENIHFSISNRVSGTPISALEPTQIRTLIPDIVHQFMRIRQVHVADSHEGYGWITPEGKAVHRSWLDYITSVFDEEQEGFYHGWNNLYENSFLEKEFFEEIYLTMIERVRYSPPERYLVHGDFHLGNMLGENENVTGIVDWEMAMFGDFMLDVSVLHMWYPMLEFPSRLQQALEQQGVSIPYFEERLLGYQLFKALDGLRFYAKKDDPHSYQYMKDKIISLLNR	PGPT0028750_13	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028750-hph-K18817	NA	NA
JZ016_01923	546			hypothetical protein	ATGCAGGAACAAGAAGAAATAAAGATTTATCCTAAGGTAACCAAAATGCTAGTGGGCTCTTTGGCGTTTGTGCTGCTAGGTAGTGGATTGGTATACGGCGGGGTGACGTCGGACAACATGGTTATCGCCATTGTCGGAATCATCTGTGCGTTGTTTTTTGGCGCGGGGCTGGTGTTTGCCGTTACCAAGCTGTTCCAATCGGCTCCGGCACTCTTGATCCATAAGGAGGGGTTCGTCGATAAATCCTCTTATGTGAGCGCAGGAGCCGTCGCGTGGGACGAAATTAAAAATATTCATATCTATCAGATCAAGAATGAGAAATTCATAGGAATTGAAGTTTATGATCCTGACCATCTGATGTCCCGGCACCCTGCCTGGAAGCGGAAGCTCATGCGTATGAATAAAGGCATGACGGGCTCTACGATTCATATTTCTGCATCGAGTATCTCCGCTAATATATACGAACTGTTCCCTTTGTTGTATCGAAGATGGAATGCGTCCAAATCGAACCCGGATCAGATGCTGAAGGAGGAGAACATGTTATGA	MQEQEEIKIYPKVTKMLVGSLAFVLLGSGLVYGGVTSDNMVIAIVGIICALFFGAGLVFAVTKLFQSAPALLIHKEGFVDKSSYVSAGAVAWDEIKNIHIYQIKNEKFIGIEVYDPDHLMSRHPAWKRKLMRMNKGMTGSTIHISASSISANIYELFPLLYRRWNASKSNPDQMLKEENML				NA	NA	NA	NA	NA
JZ016_01924	888	yddE_2	COG0384	putative isomerase YddE	ATGAAATCTATAAACGTGCTTCATTACGATGCATTCTCCGTGCAGCCTAACAAGGGGAATCCTGCTGGGGTGGTTCTGAATGCAGATGATCTGACGGAGGAGGAGATGCAATCCATCGCTCGCAGCGTTGGATTCAATGAAACCACCTTTATCTTACAATCAGAGCAAGCAGATATCAGATTGAGGTATTTTACTCCGGGCCATGAAATGAATTTATGCGGCCATGCCACCATGGCATCCATGTATGCTTTAAAAACCAGGGGACTGCTGCCGGAAAAAGAAACCGTGTGGATTGAGACCAAGGTGGGCAGTTTGCCTATAGAATATCAAAATGCCGAGGGCCTGTTAACCATGAAGATGAAGCAGGATCACCCTCAATTCATATCCTACGAGGGTGATGTAGACCGTCTAGCATCATCCATAGGTCTGAAACGTGACGATTTGGACTTAAGTATGCCCATCGTCTATGGAAGCACGGGGATTTGGACATTGTTGGTTCCGATAAAAGGGTTGCATCATTTTGACCGGATGGTGCCTGATAATGCAGTGTTCCCGGACATTTTAACCGAAAACCCCAAGGCCTCACTGCATCCTTTTTGCCTGGAAACGATGGATGCGTCTTCGTTCATGCACGCGAGACATTTCTCATCGCCGTATTCGGGTACCATTGAAGACCCGGTAACTGGAACTGCATCGGGGGTAATGGGGGCTTATTATTTGACTTACCTGAACCCTGAGTTATCCTCCGCTCGATTTAGTATTGAACAAGGCCAGGAAATGGGGAAAGACGGTAGAGTGCATGTTCATGTGAACCGTCGTAAAGAGACCATGGATGTCTATATTTCCGGTACGGCGGTGTTTGTCAAAGAATTCCAGGTTAGCTATTGA	MKSINVLHYDAFSVQPNKGNPAGVVLNADDLTEEEMQSIARSVGFNETTFILQSEQADIRLRYFTPGHEMNLCGHATMASMYALKTRGLLPEKETVWIETKVGSLPIEYQNAEGLLTMKMKQDHPQFISYEGDVDRLASSIGLKRDDLDLSMPIVYGSTGIWTLLVPIKGLHHFDRMVPDNAVFPDILTENPKASLHPFCLETMDASSFMHARHFSSPYSGTIEDPVTGTASGVMGAYYLTYLNPELSSARFSIEQGQEMGKDGRVHVHVNRRKETMDVYISGTAVFVKEFQVSY	PGPT0012805_403	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-HHQ|PQS_PERCIPITATION|SIGNALLING,PGPT0012805-phzF|yddE-K06998	NA	NA
JZ016_01925	1110			hypothetical protein	TTGAACACTATCAGCCTGTGCATGATCGTAAAAAACGAGGAACTCGTGTTAAACCGCTGTTTATCCTGTGTTGCCGACATCGTGGATGAGATCATCATTGTCGATACAGGATCTACCGATCGTACAAAAGAAATCGCTCAATCCTTTACAGAGCTCATCTTTGATTTTGAGTGGATTGACGATTTCTCGGCTGCGCGTAATTTCGCTTTTAGTAAGGCTACCCAGGACTATATCCTGTGGCTCGATGCTGACGACATACTGCTGGAAGAAGACCAGCTCAAGTTAAAAACGCTTAAAGAAAACCTTACATCCGGCATCGATTCCGTAACCATGCTCTACCATTTAAGTTCGGACGAATTTGGCAATGTCACCTTCAGTCTCCGGCGCAACCGTCTTGTGAAGCGAAACAGAGGCTTCCGATGGATCGGACCCGTCCATGAGTATCTAGAGGTCTACGGCAATATTATCAATAGCGATATCGCGGTTACCCATCTCAGCTCGAAGCATGACCCCGATACCGGCCGGAATCTTAGAATCTACGAGAAGCGTGAGACGGCTGGCGAATCGTTCACGCCACGAGATTTATTCTATTATGCGAATGAATTGAAGGATCACGGCCAATTCGAGAAAGCTATTGATTATTACGAACAATTTTTACATACGGAACAGGGCTGGATTGAGGATATACTCACGGCCTGCAGCAGGCTATCCGATTGCCATCACGAGCTCGGAAATGGGCAAGCCTCTTTTGAATCCTCTATCAGATCCTTGCATTATGCGCCACCGCGGTCCGAATTCTGCTGCCGCATTGGTTACCATTTTTTCGTGAAAAACAACTACGATACGGCCATTTACTGGTATAAACTGGCGACCGAGCTTGAGCTGCCTCCGGGTTATATGGGATTTCACAACCCCTCCTTCTCCACCTGGCTGCCTCACCTGCAATTGGCCGTTTGTTACGACCGGATCGGAGCCCATGCTCTTGCCAATCAGCATAATGAGCAGGCGCTTGTCTATCGTCCAGGCGATGAAACGATACTGGCGAACCAGGAATATTTTCAAAACAAGCTGCAGGAGCTTCAAAATGACCAAGAACGGCCCAGTCCATAG	MNTISLCMIVKNEELVLNRCLSCVADIVDEIIIVDTGSTDRTKEIAQSFTELIFDFEWIDDFSAARNFAFSKATQDYILWLDADDILLEEDQLKLKTLKENLTSGIDSVTMLYHLSSDEFGNVTFSLRRNRLVKRNRGFRWIGPVHEYLEVYGNIINSDIAVTHLSSKHDPDTGRNLRIYEKRETAGESFTPRDLFYYANELKDHGQFEKAIDYYEQFLHTEQGWIEDILTACSRLSDCHHELGNGQASFESSIRSLHYAPPRSEFCCRIGYHFFVKNNYDTAIYWYKLATELELPPGYMGFHNPSFSTWLPHLQLAVCYDRIGAHALANQHNEQALVYRPGDETILANQEYFQNKLQELQNDQERPSP				NA	NA	NA	NA	NA
JZ016_01926	2136			Ice-binding protein 1	ATGAGCTTAAACAGAAAGACAACGAAGATGTTTCTTGTCGTTGTGATGATGTTGGCGATGGTTTTTCCAACCAGCGTATTCGCCGCCTCCGGGGACGTAACGTCGATTGAATTTGATACGAACGAGAGCAAAATTTACTTAACCGTTAATGAAACCTCGGAACAACTTCGAGTATTGGCTAACATTGAAGGCTCTTCTACGAAGAAGGATGTAACCAATGAGTCGACGTGGACTTCGTCCAACACGAGAATTGTAAAGGTTGACGGTGGACTTATCATTCCACTGGAGAAAGGTACAGCCCGAGTTACGGCAAAATACAAAGGCGCGATCAAGACGATTGACGTCGACGTTAAATTTGCCATTGACGAGTTTAAACTGGATCAGCCCAATAAAGTGGAGCATAAGCTTGGAACGGAAGGTCTAACCGTTAAAGCCTTGGCTGACGGAACAAACGACGTAACCACGGAAGCGAAGTGGACCACTTCCGATGACAGCGTTGTAAAAGTAAGCAAAGGCGAACTGACCCTTGTGGGTCTGGGAAGCGCAACCGTGACTGCGGAATACAAAGGACTCAAAGCTTCCTTCACGGTGAAAGTCATTGCACCTTACCAAAAGCTTGCGATCGTTCCGGGTGAAGATCTGGAGCTCTTGGTTGGCGATGCGCCTGTTGAGCTGAAAGTATTCGCTAAGCAGTCGGAGACCGATACAGGTATGGACGTGACGGATAAAATAGAGTTGAAATCGTCCAATTCTTCCGTAGCTACAATTGAGGATGGCAAGCTAAAGCCGGTTGCGTTGGGTAAATCTACGATCAGCGTGAGCTATCTGGGTTCAACGGCCAAATTGGATGTGTATGTGCGCAATCCTTATGAAGCTTTGATTCTGGATCAGACGGATTTTATCAAGAATCCGGTTCTGTTCATGAATGATTCGATTACGGTACAAGCCAAGGTTCGCAACGCGGCTTCGCAATCCATCGACGTGCCCGGGGAATGGACCTCATCCAACCCGCTGGCTGTTTCTGTTAATGGTGGCGTGATTACAGCGAGAGCTTCGGGAACCTCTACCATTAAAGTTAGTTACTTGGGAATCAGTAAAGAATTCTCGGTTAAAGTATATCCGACCGTGACCAAGTTTGAGGCAGCTGATACGGAAGTGGATGTGCTGAAAGGCGAATCCAAGTCCTTCCCTAAAGTGACGGGAACGCTTCTGGACGACGAGAAAGAGGACTTCAGCAGCGCGGTTAACTGGACTTCCAGCGATGAGAAAGTGGTAACGACCGAAGACGGCAAAATCAAAGCCATCGACGCCGGTACAGCAACGATCACCGGTAAGATCGGCTCCAGAGTAGTAGCGACGGTGCCGGTTACCGTCAATGAAAAAGTGCTGGTACTTCTGCCGGATGTAGAAGAGTATCAGCTGGTTATGGGAAGAAGCATTGCGCTGCCGAAAGTAAATGCTGTATTTGAAGATGGCACGGAGAGCGATGTGACCTCTTCCGTTGAATGGTCACTGACGGGCTCTGCGGCTGTCATTAAAGACGGTACGATCAAGGGCTTAACGAAAGGCTCGACGACACTGAAAGGCACTTACCTGAATAAAGAAGTCAAGATTCCGGTCGTGGTGGAACAGGAAGTTGTGAAGATCGTTGTAGAGCCGGAGAATATCGATCTCAACATCAAGAAATCCAAATCGATTAAAGTTACAGGCTATTACAGCAACGGCAAAACGGTTTCGCTCTCATCCAAGATGAATTGGAGTTCTTCGGACACTGCGATTGTGACGGTATCCAGAACCTCCGTTAAGGCGGTTGCCGAGGGTAAGGCAACGATTACGGGTTCATACCAAGGCAAAGAAGTTACCGTTAAGGTAAACGTGGTTCCGAAAATGAAGAAATTGATTGTCAGCGAGAAGAAACTGAACTTGAAGCCCGGTGACGTCAAAACCGTTACGGTTACGGCCGAATTCGATACCGGCGCGAAAATAAATGTTGGAGACACCGCCGTTTGGACAACCAGCAACTCCAACGTTGCCAAAGTAACGAACGGACGTATTGAAGCGATCGCGAAGGGAACCGCCCGCATTAAAGGGCAGTACAATTCAAAGACCGTATCCATTACCGTCTCTGTCAAATAG	MSLNRKTTKMFLVVVMMLAMVFPTSVFAASGDVTSIEFDTNESKIYLTVNETSEQLRVLANIEGSSTKKDVTNESTWTSSNTRIVKVDGGLIIPLEKGTARVTAKYKGAIKTIDVDVKFAIDEFKLDQPNKVEHKLGTEGLTVKALADGTNDVTTEAKWTTSDDSVVKVSKGELTLVGLGSATVTAEYKGLKASFTVKVIAPYQKLAIVPGEDLELLVGDAPVELKVFAKQSETDTGMDVTDKIELKSSNSSVATIEDGKLKPVALGKSTISVSYLGSTAKLDVYVRNPYEALILDQTDFIKNPVLFMNDSITVQAKVRNAASQSIDVPGEWTSSNPLAVSVNGGVITARASGTSTIKVSYLGISKEFSVKVYPTVTKFEAADTEVDVLKGESKSFPKVTGTLLDDEKEDFSSAVNWTSSDEKVVTTEDGKIKAIDAGTATITGKIGSRVVATVPVTVNEKVLVLLPDVEEYQLVMGRSIALPKVNAVFEDGTESDVTSSVEWSLTGSAAVIKDGTIKGLTKGSTTLKGTYLNKEVKIPVVVEQEVVKIVVEPENIDLNIKKSKSIKVTGYYSNGKTVSLSSKMNWSSSDTAIVTVSRTSVKAVAEGKATITGSYQGKEVTVKVNVVPKMKKLIVSEKKLNLKPGDVKTVTVTAEFDTGAKINVGDTAVWTTSNSNVAKVTNGRIEAIAKGTARIKGQYNSKTVSITVSVK				NA	NA	NA	NA	NA
JZ016_01927	585	pgsA_2		CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase	ATGAACCTTGCCAACAAAATAACGATAGCCAGAATAATGCTGATTCCATTATTCATTCTTTTTTTTGCTGAGTATCCGCTATGGCTGACCGAGAACAGCCGCTTCTTCGGATTTATTCATGTTTATGGAACCTACATCGCGCTGGGCGTGTTCATTCTTGCTTCGGCTACGGACAAGCTGGACGGTTACATCGCGAGGAAATACAATCAAATCACGAATCTCGGAAAACTACTGGATCCGCTCGCGGATAAACTGCTTATATCGGTTGCCTTAATCATGATGGTTCAATCAGGGATGGTTGCGACGTGGATAGCCGTTGCCATCATTGCGCGGGAATTTGTGATCACAGGGCTTAGGATGGTTGCATCCGAGCAGGGAATCGCATTGTCCGCTGACAGTCTCGGCAAATTGAAAATGGTGCTTCAGGTGATAGCCATTGCAGCGGTATTGCTGGATAATTATCCGTTTCAGCTCGTCACTATGATTCAAGTGGATGAATTTCTCATGCTTGCAGCAGTCGCCTTGACGATATATTCGGGCATCCATTATCTGTTGAACAATTATAAACTCATAAAATTGAGCTGA	MNLANKITIARIMLIPLFILFFAEYPLWLTENSRFFGFIHVYGTYIALGVFILASATDKLDGYIARKYNQITNLGKLLDPLADKLLISVALIMMVQSGMVATWIAVAIIAREFVITGLRMVASEQGIALSADSLGKLKMVLQVIAIAAVLLDNYPFQLVTMIQVDEFLMLAAVALTIYSGIHYLLNNYKLIKLS	PGPT0007705_3016	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995	NA	NA
JZ016_01928	426	fosB	COG0346	Metallothiol transferase FosB	ATGAAACTGCAGGCCATTAACCATCTCTGTTTTTCTGTTTCGGAATTGGAACGGTCCATCGCTTTTTATAGGGACGTATTTGAAGCCAAACTTCTGGTTAAAGGGAGAAAGCTGGCATATTTTGATCTGAACGGACTGTGGATTGCTTTAAATGAAGAAGATGTCGACAGGAGCACCTCGAATAGAACATATACGCATATTGCCTTTACTATGGAAGAGGAGGAGTATGAAACAACGCTGCTTCGTCTGCAAGCGCTCCAGGTGGAGATTTTGCCGGGAAGGGCAAGGGAGGAGAAGGACAAGAAGTCGATCTACTTCCTGGACCCGGATGGGCATATGTTCGAGTTTCATACGGGCTCCATGAAGGACAGGCTGGACTATTACCGCGCGGATAAAGAGCATATGACCTTTTACGATGCCGAATAG	MKLQAINHLCFSVSELERSIAFYRDVFEAKLLVKGRKLAYFDLNGLWIALNEEDVDRSTSNRTYTHIAFTMEEEEYETTLLRLQALQVEILPGRAREEKDKKSIYFLDPDGHMFEFHTGSMKDRLDYYRADKEHMTFYDAE	PGPT0028560_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-FOSFOMYCIN_RESISTANCE,PGPT0028560-fosB-K11210	NA	NA
JZ016_01929	714	gph_1		Phosphoglycolate phosphatase	ATGATGGTCAGGGCGGTGTTCTTCGATTTATTCGAGACGTTAATTACGGAATTCGCAAACGGCAAGCGGGTGTCCAAGAGGTCCTATGATTATATGAATAGACTCGGGCTATCCGAAGCGGAGTTTAAACGGGAGTGGAGCATCCGGTTTGAGCAAAGAATGAATGGTCATTTTCCCAACTATCACGCGGTGATCCGGGATATCCTTGATTCCCGGAGTTTACCTTATCATCAGGAACATGTAGAGTTTCTCTACCAGTCGAGAGTCAGCGAGAAGAAAATCCCTTTCAATACGATATCGAATGAGATCTGCAGGATGCTGGATCTTTTGCGTGAAAGGGGTCTGAAGGTGGGCTTGATCAGCAATTGCTCGGAAGAAGAGGTGATTTCTTTTGGCCAGAGCGGATTGGCGCCTTACTTCGATGACGTTATCTTCTCATATGAAGTTGGGGTAGCCAAACCGAACCCGGAAATCTATCGATTGGCTTGTGACCGGTTGTGCGTAACACCACAGGAATCTCTGTTTATCGGGGATGGCGGTTCAGATGAGCTGAGAGGCGCCAGCAATGCCGGTCTTAGGCCATATCACGCCTATTGGTACAACACGTTTATTGAGAGCGAGCATGAGAAGATCCATCAACCGCTGCAAGTGCTGGATCTTATCGAATCTTCTATTAAAAAGGAGTCGCCCAACAATGAAACTGCAGGCCATTAA	MMVRAVFFDLFETLITEFANGKRVSKRSYDYMNRLGLSEAEFKREWSIRFEQRMNGHFPNYHAVIRDILDSRSLPYHQEHVEFLYQSRVSEKKIPFNTISNEICRMLDLLRERGLKVGLISNCSEEEVISFGQSGLAPYFDDVIFSYEVGVAKPNPEIYRLACDRLCVTPQESLFIGDGGSDELRGASNAGLRPYHAYWYNTFIESEHEKIHQPLQVLDLIESSIKKESPNNETAGH	PGPT0008585_920	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008585-yigB-K20862	NA	NA
JZ016_01930	507			hypothetical protein	TTGCAGACCGAAGTGAAGTTGTACACCATGTGCATGATACAAGACGGAAGCAGCGTTCTGCTGATGAACAGACCGGATGCCAAAGGATTTCCCGGATATATTGCGCCCGGCGGCAAAGTGGATTTTCCGGAAAGCATTGTAAACGGAGCCATTCGGGAGGTGCGGGAAGAAACCGGCTTGATTGTAAAGGACATCGTCTATAAAGGCCTGGAGGAATCGTGTGAGCCGAACACAGGTCTACGGTACATGGTGTTTAATTATTTGGCCACCTCCTTTGAAGGGGAATTGCTGGAGCATCCCCCTGAAGGAGAGCTGTTATGGGTGGACCGGGATGAGGCATTAAAGCTGCCTATGCAGGATTGGTTTAAACGCCGGTTTCCGTTGTTTTTTGAAGAAGGTACGTTTGAATTAAGCGAGATTTGGGACGAGAAGACCGGGATTGTTCTGGATGAAACCATCAAGCGGTATCCGGCGAAATCACCTCAGGCGGCAGGGATCGTTGATTAA	MQTEVKLYTMCMIQDGSSVLLMNRPDAKGFPGYIAPGGKVDFPESIVNGAIREVREETGLIVKDIVYKGLEESCEPNTGLRYMVFNYLATSFEGELLEHPPEGELLWVDRDEALKLPMQDWFKRRFPLFFEEGTFELSEIWDEKTGIVLDETIKRYPAKSPQAAGIVD				NA	NA	NA	NA	NA
JZ016_01931	735			hypothetical protein	ATGACGATATTTCGACCGAGCGTTACCCCTCCGGCTGATCTAAGCTTTGAGGAAATGAATGCTACCCTGCACAGATATTGTCTGTCCCTCACAAACTCCTCATGGGATTCCGATGATCTGGTGCAGGACACTTGGATCAAGGCACTGGAGCATCTGAAGCAGCGGAGCCATGTCAACCACGAAGCGCTGCTGCTGCGGATTGCCAAGAATACATGGATTGACCGGGTTCGCCGGGATCAGATCTATAGACGAATTCTGGATGAGAAGCTGGAACATGTTTTGCCTAGGGAAGAAGCGTCGAACGAGGACAGCAAACTGAACATCGAGTTCGCTTTTCAATGGCTGCTGGAACACTTGTCGCCCCTGCAGAGAACGGTGCTGGTGCTCCGTGAAGTGTACGAATATTCTGTTTCGGAAACTGCGGTGAAACTGAAAACGACGGAGGGAGCGGTGAAAGCGGCCCTTCATCGAGCTCACAAAGTGCTGCAATCGCTGGATCCGGAGGAAGAGGAACTTGAATTGGCTATGCCGGAAGACGAGGAGATGACCCTGAATCTTCAGGCATTGGCAGAGGCATACCAATCCGGGGACGTTGAAGCGGTCGTGAGGCTTATTCAATGGAATAGCAGTGAAGCATCAGCCATCGGCTGCATGGTTCCGATGCAGGTTGAAACACCGAGCGCAAGTTATATGATGTACGGCGGATATTCGTCCGACATGAGAATGGCCGCGTAA	MTIFRPSVTPPADLSFEEMNATLHRYCLSLTNSSWDSDDLVQDTWIKALEHLKQRSHVNHEALLLRIAKNTWIDRVRRDQIYRRILDEKLEHVLPREEASNEDSKLNIEFAFQWLLEHLSPLQRTVLVLREVYEYSVSETAVKLKTTEGAVKAALHRAHKVLQSLDPEEEELELAMPEDEEMTLNLQALAEAYQSGDVEAVVRLIQWNSSEASAIGCMVPMQVETPSASYMMYGGYSSDMRMAA	PGPT0014960_3047	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_01932	582	clpP_1		ATP-dependent Clp protease proteolytic subunit	ATGAATGTTGTTCCTTATGTTGTAGAACAAACCAACCGGGGCGAACGATCTTACGATATTTATTCCCGATTGCTGAAGGATCGGATCGTGTTTGTGGGTGCAGCCATCGATGACGCCATCGCTAACAGCATTATCGCACAGCTGTTGTTTCTGGCGGCTGAGGATCCTGAGAAGGATATCCACATGTATATCAATAGTCCGGGCGGCTCGGTATCCGCGGGCTTTGGCATTTACGATACCATGCAGATCATCAAACCTCAAGTCAACACCATCTGCACCGGTTTTGCCGCTTCTTACGGCGCGATCCTGCTGCTGGCCGGGGCCAAAGGCAAACGACTTGCGCTGCCGAACAGCGAGATCATGATCCATCAGCCGCTGGGTGGTGTGCAAGGGCAGGCTACCGATATTGCCATTACGGCAAAACGCATTCTGAAAACCCGTGAGAAGCTGGCACAGATTATATCCGAGCGGACAGGTCAATCCGTCGAACGCGTCGAAAAGGATATGGAGCGGGATTATTTTATGTCGGCGGAAGAAGCGAAGGAATACGGCATCATTGACGATATCGTCACGAAACTGTGA	MNVVPYVVEQTNRGERSYDIYSRLLKDRIVFVGAAIDDAIANSIIAQLLFLAAEDPEKDIHMYINSPGGSVSAGFGIYDTMQIIKPQVNTICTGFAASYGAILLLAGAKGKRLALPNSEIMIHQPLGGVQGQATDIAITAKRILKTREKLAQIISERTGQSVERVEKDMERDYFMSAEEAKEYGIIDDIVTKL	PGPT0014595_6778	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358	NA	NA
JZ016_01933	216			hypothetical protein	ATGCTGAAAAGTTTGCTCAATCAGGAAGTGAGCATTTATTTTACGGATGGAAGCTATGTGCGAAACGGCACGCTGGAGGAAGTAGGCGATCAATTTATCCGGTACCAGGACGAATATGAGATGCTGTATGTACCGTTAACCGCAATCCGCTACGTTTCCGTGAATACCAAGGAACGAGACAAACCTCGAGTGGGATTTGCACCAACCTCCCGATAA	MLKSLLNQEVSIYFTDGSYVRNGTLEEVGDQFIRYQDEYEMLYVPLTAIRYVSVNTKERDKPRVGFAPTSR				NA	NA	NA	NA	NA
JZ016_01934	912			hypothetical protein	ATGAGCCTGGAGGATCTTATAAAAGAGGTTTACGGCAGCCCGCCGCTGAAGATCGAACCCATGTCATTTGGCCATACCAATCAGGTATATAGTGTGACATTATCCGATGAGCAAATCATTCTCAGAACCAATGACAAGCCCGGCGTCCTAGAGCATACAGCGGACAATATTGCGATTCTTTCTTCATTAGGCTTGCCGGTACCGAGTGTGATCCGAACGGATGTGTCCATGGAATTGGTCCTCTTTGCTTATATGATACTGGAGCACTTCCCCGGACGGGACCTCCGATATGAGCTTGAGGGAATGACGCATGAACAAATGACTGAACTTGCCCAGCAGATCATTTCATACCAACGCAGCGTGTCAGAGCTTCCCCGAGGCACCGGATTCGGATGGGTTCCAATTGGAGAGCAGGGGCCCTTCTCAACCTGGACTCAGATCATCGATCGTGATATCCGCCAGCATATCGATCACATAATCGATGATGTTACTCCGGAGACTATCGTCCAATTGCAACACATGAAGCAGCGTTACACGCCTTATTTTGACCAAGTGGAGCCCATCTGTTTCCTTGATGATCTTACGATCAAGAATGTAATTGTGGCCCAAGGCAAGCTTCAGGGTATCGTTGATTTTGATTGGGTATGCTACGGGGATCCGCTGTACATGATTGCCCTCACCCAGACGGCGGTGGTCTCCGATATTGGAGAGCAGGGGATGCCCTACGTGGAGGCGTTATGCAGGCATTGGGGAATGGAGCAAGAACAGCGGGCGCTAATTGATTTCTATTCTGTTATTCATGCCCTGCAGTTTATCGGCTTTCATAAAAAGGAGCAGAACGAAGTCTGCAAGCAGCGAATGCTCTCATTCCTATTAGAAAAAATCAACCGCGATACAAACAGAACCGCATGA	MSLEDLIKEVYGSPPLKIEPMSFGHTNQVYSVTLSDEQIILRTNDKPGVLEHTADNIAILSSLGLPVPSVIRTDVSMELVLFAYMILEHFPGRDLRYELEGMTHEQMTELAQQIISYQRSVSELPRGTGFGWVPIGEQGPFSTWTQIIDRDIRQHIDHIIDDVTPETIVQLQHMKQRYTPYFDQVEPICFLDDLTIKNVIVAQGKLQGIVDFDWVCYGDPLYMIALTQTAVVSDIGEQGMPYVEALCRHWGMEQEQRALIDFYSVIHALQFIGFHKKEQNEVCKQRMLSFLLEKINRDTNRTA				NA	NA	NA	NA	NA
JZ016_01935	297			hypothetical protein	ATGATACTCGAAGTGGCCATGCTGCAAGTGAAACCAGGGCTTACGTCAGATTTTGAACGCAATTTCCAAACCGCCTCAGGGATCATATCCCAGATGGAGGGGTATATCCATCATGAGTTGAAGCGATGCCTGGAGGATTCGCACAAATACGTTCTATTGGTGAAATGGGAGACGCTGGAGGATCACACGATAGGTTTTAGGGGATCCGCCGAATATCAGGAATGGAAAGAATTGCTGCATCACTTTTATGATCCATTCCCCGTCGTTGAACATTTTGAAGATGTGTACATAAAGTGA	MILEVAMLQVKPGLTSDFERNFQTASGIISQMEGYIHHELKRCLEDSHKYVLLVKWETLEDHTIGFRGSAEYQEWKELLHHFYDPFPVVEHFEDVYIK				NA	NA	NA	NA	NA
JZ016_01936	354			hypothetical protein	ATGATCTATCATATAATTTCTAAGGAAGCCTGGATGATAGCACGAGAGAATAGATTGTACGAGCCGCCGAGCATACAAACGGACGGATTCATCCACTGCTCCACAGAGGAGCAAGTCAGCGGAGTAGCCAATACGTTCTACACGGGCAGTACGGATCTATTCGTTTTGGGTATTCAAGAAGATCAGGTGGATGCGGAGATTGTGTACGAAGACTTATATGAGATGAACCAGTTGTACCCGCATATATATGGAGGGCTGAATCTGAACGCTGTCCAGAAGGTGTATCGTCTTGAGCCGGATGAAGAGGGGGGATTCGCGTTTCAGCCCTCTACCGAGCTTGAATATAGTGGATAG	MIYHIISKEAWMIARENRLYEPPSIQTDGFIHCSTEEQVSGVANTFYTGSTDLFVLGIQEDQVDAEIVYEDLYEMNQLYPHIYGGLNLNAVQKVYRLEPDEEGGFAFQPSTELEYSG				NA	NA	NA	NA	NA
JZ016_01937	693			IS1595 family transposase ISOpi1	TTGAGGGATCGATATTTATTTTTGCTTGGAGGAAATTCCTTTCAAAGAGAGGCAAATAGACAATTTATAGAGCAAGCGGGCGGTTCTAACGCCAGAATTGTTTTATGCATTATGAACAGACCGGGCTGGGAGGAGTATGTTCCCCTGTTTCAGCAGATGTGGGCAGAATCAGGTATCCAGGACATGCAGGTCATCGTTCCTGGCGAGGATGGAAAGCTGGACATGGAACAGGCTGAACAGGTGTTGTCACAGGCCACGGGGATTTTTATTGGCGGGGGCAACACGGAGAAATACCATCACTATTACGCGACCGGTCGTTTTAAAGAGCTGCTGATACACGGTTACGAGAACGGCGTTCCCATTGCAGGAAATTCGGCGGGCGCCTTGATTCTTCCGGAAACCTGCCTCATATCGCCACTGGATAATGAACAAAGCGTAATGCTGTTTAAGCAAGGGGTAGGGTTGCTTTCGAATGTATTGATCAGCGTTCATTATACGGAGTGGAGCGATCAGTCCAATCTGCTGGAAGGTATGAGAACGAAGAAGGTGAAGCGCGGGATCGGCATCGATGAGCAGGCCTGTGCCGTATTTATCAATGGGCAGCTGGCTTATAGTTTGGGAGAAGCCGTCCATGAAGTCATCTTAGAGGATGATGACCTGGATCAATACATGATGATAAAGAAGACATCCTGA	MRDRYLFLLGGNSFQREANRQFIEQAGGSNARIVLCIMNRPGWEEYVPLFQQMWAESGIQDMQVIVPGEDGKLDMEQAEQVLSQATGIFIGGGNTEKYHHYYATGRFKELLIHGYENGVPIAGNSAGALILPETCLISPLDNEQSVMLFKQGVGLLSNVLISVHYTEWSDQSNLLEGMRTKKVKRGIGIDEQACAVFINGQLAYSLGEAVHEVILEDDDLDQYMMIKKTS				NA	NA	NA	NA	NA
JZ016_01938	177			hypothetical protein	TTGGTATGGCTGGTATGGATTGTCTTCGGGTATGTGAATTACGATGCGATGGCAGACCGCGGCCAGCTCTCCATCGTCCTGCTGAGCGCTGTGATTGGCATTATCCTGCTTCCGATATATTTTATATCCGTGCTGTTGTTCTATGTCTATAAACGAGGTCCGAAAAAGAAGAAATAA	MVWLVWIVFGYVNYDAMADRGQLSIVLLSAVIGIILLPIYFISVLLFYVYKRGPKKKK				NA	NA	NA	NA	NA
JZ016_01939	1011	thrB_1		Homoserine kinase	GTGGAACACGTATTTCAGGAGCTGTTGCAGCATTATTTTCATGGACCTGTGCATTCGATCGAGACCGTTCCTTTCGGCATGACGAATGAATCCCGAATTGTAGCGATGAACCAAAAGAAATACGTCGCAAGAATATACAATCGTCATACGAAGAATAAAGAGAGGCTGCGGTTTGAGGTTGAACTAACAGCTTACTTGGAGCGTTGTTCCTTATCGTTTGATATTCCAGGTTTCGTCTCCAGTATGGATGATGCGAAGTACGTGGTTCTGTCGGACGGCTCCCTGGGCTCTCTGTCACGGTTTATCGAAGGGGAGGTCCCTGATCTATCCAGCATGACCGATGTGCTAAGTTACGGGCGGACAGTTGGGGAAATATCATATGCTCTTCAGCAATTCGAATCGGATTCCGTCGATGTGGTTTGTCCTGCGATTGCGTTCCATGATGTTTACAACCTCCATTCTCTATCGAATCAGACGAAAATTAATGAGTTTTTGGCATGCCCTCCTTTTGATATTGATGCTGAACAGATAGCTGTATTGCAAGGATACTATGAATCTGTGATTAACCATGCAGCTGAGCTGAATGCACTGCCTAAGCAAATGGTCCATCATGATATTTTGGTTTTTAATCTCTTGATCAATCCCCAGTCCAGGGAGATGAGCGGTGTATTGGATTTTGATTTTGCTGCTATGGACATACGGATATGGGAACTATCCATTTGTCTGAACCATCTTCTTCAGCATGAGGACCAGACCTTGACAAAGGTCGAGCTGTTTTTAGATGAATATCGAAAATATATGAGGTTAACCCGTGCAGAGATCCAGTGGATTCCCTATATCATGCAGTTATATTATGTTTCTTTATTAAGCATCTATATCGGGCAGCATTTGGCCGGAAGGAACATCGCCTCCTATTTTCACCTGATGTTGAAGCAACTTCAGATCAGAAGAGAATGGATGGAACGAAAGCAGCACGAGTTTGTTGAATTGTTGTATTCGAAATGTTTATGA	MEHVFQELLQHYFHGPVHSIETVPFGMTNESRIVAMNQKKYVARIYNRHTKNKERLRFEVELTAYLERCSLSFDIPGFVSSMDDAKYVVLSDGSLGSLSRFIEGEVPDLSSMTDVLSYGRTVGEISYALQQFESDSVDVVCPAIAFHDVYNLHSLSNQTKINEFLACPPFDIDAEQIAVLQGYYESVINHAAELNALPKQMVHHDILVFNLLINPQSREMSGVLDFDFAAMDIRIWELSICLNHLLQHEDQTLTKVELFLDEYRKYMRLTRAEIQWIPYIMQLYYVSLLSIYIGQHLAGRNIASYFHLMLKQLQIRREWMERKQHEFVELLYSKCL	PGPT0020285_102	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020285-thrB2-K02204	NA	NA
JZ016_01940	567			hypothetical protein	ATGAGAAAAAACACGGATATGAGCCTGTACCCGGCTCTCGCGAAAGATATTCAATGGGGCGTAGTCCGAGCCAGGTTTGCCATCGGAGATGAAATCGAAGAATCGAAGGTCAGCAATGTCACGATTCTTCCGTTTGCCGGGGATCGCTGCATTATTTTTCAGGTAGCGGACGGAAGCTGGGAGCTTCCCGGAGGAACCCTGGAGCCCGGCGAGTCCTATATGGAAGGACTTAGACGGGAGGTTAGGGAGGAGCTTGGCGCAGAACTCGAGTCGTTCCGGGTCTTCGGCCAGTTCCGTTGCGAATCCAGCAGCAAGACGCCTTATCGGCCGCATATTCCCCATCCTCATTTTGTCAGATTGGTTGGATACGGGGATGTGCGCATCGTTGGGGAGCCGCTGAATCCAGAGGATGGGGAGCAGGTCATCGCGGTAGAGGCCGTTGATTTGGAGGAAGCCATGAAGCGTTTGGAGGAGACGGGCAGGCAAGATATTGCAGATCTGTACAAGCTGGCTTTTGCCATACGACAAGAAGACCGTTCGATTCAACTATCTAACGATGAACCATGA	MRKNTDMSLYPALAKDIQWGVVRARFAIGDEIEESKVSNVTILPFAGDRCIIFQVADGSWELPGGTLEPGESYMEGLRREVREELGAELESFRVFGQFRCESSSKTPYRPHIPHPHFVRLVGYGDVRIVGEPLNPEDGEQVIAVEAVDLEEAMKRLEETGRQDIADLYKLAFAIRQEDRSIQLSNDEP				NA	NA	NA	NA	NA
JZ016_01941	882			hypothetical protein	ATGATTACGTATAAACCGCTAAGCGAGCTTCCGATTCGGGAAGTATCGGAGTTGTGGAATCACTCATTTGAAGGATACATGGTGAACGCCTCGATGCCGCTGGACCGCTTCATTGCCCGTATCGGAAGCGATGGTTTGTGCATGGAGAGATCACTCGCTTGTTACATGGATGGCGTACCGGCCGGCATCGTCATGAACAGCTTTCGGGAAGAAGATGGCGTTAAGATTGCACGTAACGGTGGGACAGCGATAGCTCCCGATTTCCGGGGGAAGGGAATCGGCAAAAACATGATGGAGAAAAACGAAGAGCTGTACGAAGAACAAGGCGTCCGTCGTGCCTATTTAGAGGCGATCAGCACAAATGCGCCAGCGATTCGTCTCTACGAAAGCGTTGGATATCATATCATCGACCGGCTGCTCATCATGACGAATGAACAGCTCCCGGAGCAGCAAGATGCGAAGAATACCCGTTCACCGTATACGCTGGTCAGAGGCCTGGCAGCGGAGGCTGCATCTGTAGCCTTCTATCGATCCGGTGAAGTCTGGCAGACAGACGCTTCCAGTATCAAGGACGGTGAATGCGTCATTGTGTATGAAGGAGAAGAACAGGTGGGCTTTGGTTTGTTTAAGCGGGTGTTTGATGCCTCAGGCAGTTTGGCAGCAATCACGCTGTTTCGTTGTGAGGCTGCTCCAGGACATCCGGATGCAGAAGCCGTGATGAAGACGGCGGTACTGGAGATGATACAACCCGGTTATGCCTGCAAGCGGTCCGCATTCAACATCCGGGCTTCGCATAAGGAACTGGTGAACGTGCTGCAGGAGCTTGGATATACGAGCTCGATGGAGCAGGTGCTTATGGTACATGAGTACAGCGATACATAG	MITYKPLSELPIREVSELWNHSFEGYMVNASMPLDRFIARIGSDGLCMERSLACYMDGVPAGIVMNSFREEDGVKIARNGGTAIAPDFRGKGIGKNMMEKNEELYEEQGVRRAYLEAISTNAPAIRLYESVGYHIIDRLLIMTNEQLPEQQDAKNTRSPYTLVRGLAAEAASVAFYRSGEVWQTDASSIKDGECVIVYEGEEQVGFGLFKRVFDASGSLAAITLFRCEAAPGHPDAEAVMKTAVLEMIQPGYACKRSAFNIRASHKELVNVLQELGYTSSMEQVLMVHEYSDT				NA	NA	NA	NA	NA
JZ016_01942	1695			hypothetical protein	ATGAAATTCAGCGAGTATCGCTATGAACGCCCCGACGTAAAAGCTTTTGAGCAAAAGTTTAAAGAGCAGCTTAACGCTTTCACCTCCGCCAGCACGTATGAGGAACAGGATGAGGCGATGACCCGCATTAACAAACTACGCAGTGAGATGGATACCCTGAGTCAACTGGTGTATATCCGGCACTCGATTGATACGAACGACGAGTTCTATAAGGCAGAGCAGGATTTCTTTGACGAGAACGGACCGGTCATCCAGGAATACATAACGGATTATTATCGGGCTCTCGTGGATTCGAAATTCAGAGCTCAGCTGGAAGACAAATGGGGGCGTCAGCTGTTCCAATTGGCAGAGCTTTCCCTCAAAACCTTCAGTCCTGAGATCATTGAGGAACTGCAGCAGGAAAATAAATTGACGACGGAATATTCGAAGCTGATCGCTTCCGCCAAAATTCAGTTCGAAGGCGAAGAGCGTACCCTGTCGCAATTGATTCCCTTCCAGCAATCGACGGACCGCAATATGCGTAAACGTGCAATGGAGGCGTCCAGCGGCTTCATGGCTGAGAACGAAGCAAACTTCGACCGTATTTATGACGATCTGGTTAAAGTGAGAACCAAGATTGCCAAGAAACTAGGATTTAACAATTACGTAGAGCTTGGTTATGCCCGCATGGCCCGCACGGACTATAACGCGGAGATGGTGGCTAACTTCCGTAACCAGGTGCTGGAGCATATCGTTCCGGTTGCAAGCAAGCTGAAAGAACGTCAGCAGAAACGAATCGATGTGGACCAACTGCTGTACTACGATGAGAACTTCTCATTCAAATCGGGGAACGCAACACCGAAGGGTGACCCGGATTGGATCGTCAACCATGGCGCGAAGATGTATGAAGAATTATCTCCGGAAACCCATGAGTTCTTTACCTTCATGCAGGAGAACGGCCTTATGGATCTGGTTGCCAAAAAAGGCAAGCAGAGCGGCGGATACTGTACCTATATCAGCGAGTATGGCGCACCGTTTATTTTCTCCAACTTTAACGGGACTTCCGGTGATATTGATGTGCTGACGCACGAAGCCGGTCATGCGTTCCAAGTATATGAGAGCAGAGGTTTCGAGGTACCGGAGTATGGGTTCCCAACCTATGAGGCGTGCGAAATCCATTCCATGAGCATGGAATTCTTCACATGGCCGTGGATGGACCGCTTCTTCGAGGATGAGGCCGATAAATACCGCTTCGACCATCTCGCAAGCGGACTTATCTTCATCCCCTACGGCGTAACGGTTGACGAATTCCAGCACTTTGTTTATGAGAATCCGGATGCTACGCCGGCTGAACGGAAACAGGCATGGCGCGAAATTGAGCGCAAATATCTGCCGCACCGGAACTATGATGACAATGCGTATCTGGAGCAAGGCGGCTTCTGGCATAAACAGGGTCATATTTTTAGCACGCCGTTCTATTATATCGACTATACGTTGGCTCAAATCTGCGCATTCCAATTCTGGAAGAAGATGCACGAGGACAAATCCGCTGCATGGGCAGATTATCTGAACCTGTGCCGTCAAGGTGGAAGCAAGTCCTTCACCGAACTGGTGAAGGTGGCAGGTTTGATCTCCCCATTCGAGGATGGCTGTGTCACTTCCGTCATTGGCAGCATCGAAGCTTGGCTGGACAGCGTAGACGATGCAGCTCTTTAA	MKFSEYRYERPDVKAFEQKFKEQLNAFTSASTYEEQDEAMTRINKLRSEMDTLSQLVYIRHSIDTNDEFYKAEQDFFDENGPVIQEYITDYYRALVDSKFRAQLEDKWGRQLFQLAELSLKTFSPEIIEELQQENKLTTEYSKLIASAKIQFEGEERTLSQLIPFQQSTDRNMRKRAMEASSGFMAENEANFDRIYDDLVKVRTKIAKKLGFNNYVELGYARMARTDYNAEMVANFRNQVLEHIVPVASKLKERQQKRIDVDQLLYYDENFSFKSGNATPKGDPDWIVNHGAKMYEELSPETHEFFTFMQENGLMDLVAKKGKQSGGYCTYISEYGAPFIFSNFNGTSGDIDVLTHEAGHAFQVYESRGFEVPEYGFPTYEACEIHSMSMEFFTWPWMDRFFEDEADKYRFDHLASGLIFIPYGVTVDEFQHFVYENPDATPAERKQAWREIERKYLPHRNYDDNAYLEQGGFWHKQGHIFSTPFYYIDYTLAQICAFQFWKKMHEDKSAAWADYLNLCRQGGSKSFTELVKVAGLISPFEDGCVTSVIGSIEAWLDSVDDAAL				NA	NA	NA	NA	NA
JZ016_01943	315	gdnD_1	COG2076	putative guanidinium efflux system subunit GdnD	ATGGAATGGATCGCTCTGATCGGCGCAGGGTTATGTGAAGTGTTGGGTGTGATTGCGTTAAGAAGGGTGAGCCTGACCCGCAGCGTGGGATCCTACATCTTTTTGGCCTGTTCGCTCGGTTCGAGTTTCCTGCTGCTGACGTACGCGATGGCCTTTATTTCCATGGGAACCGCTTATGCGATTTGGACAGGAATGGGGACGGCCGGCAGTACCTTGCTGGGGATGTTTGCTTTTGGAGAACCGAAGGAAGCGCGTCGGATATTTTTCATTGCTTTAATCCTGGCTTCAGCGATCGGCCTTAAGATTATAACGTAA	MEWIALIGAGLCEVLGVIALRRVSLTRSVGSYIFLACSLGSSFLLLTYAMAFISMGTAYAIWTGMGTAGSTLLGMFAFGEPKEARRIFFIALILASAIGLKIIT	PGPT0029170_369	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029170-ykkD-K18925	NA	NA
JZ016_01944	348	gdnC_1	COG2076	putative guanidinium efflux system subunit GdnC	ATGAAAAAGGCATGGTGGCTCTTACTAATAGCGGGGGCACTGGAGGTTGTATGGGTATCCGGTTTGAAGCATTCCGATACCTGGTGGCAGTGGATCATTACCATCGCTTCGATTATATTCAGCTTCAAAGTTTTTTTGGACTCTGCTGCTAAACTTCCCATCGGTACGGTCTATGTGATCTTCACCGGACTGGGGACAGCCGGTACGGTGCTAGTTGAGATCCTCCTGTTTGGCGAGCAGGCGAATCCCGTCAAGCTGCTGCTGATTGGTATGTTGGCTGCAGGGGTGCTCGGACTCAAACTGGTCACGAAGGATACGGATAACCAGGCGAAGGAGAGTGGTGCGTAA	MKKAWWLLLIAGALEVVWVSGLKHSDTWWQWIITIASIIFSFKVFLDSAAKLPIGTVYVIFTGLGTAGTVLVEILLFGEQANPVKLLLIGMLAAGVLGLKLVTKDTDNQAKESGA	PGPT0029165_94	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029165-ykkC-K18924	NA	NA
JZ016_01945	870	gltR_2	COG0583	HTH-type transcriptional regulator GltR	ATGGAGCTTACCGATCTGAAGGTTTTTCTAAAGATTGCAGAGGAAGGGAATATCACCCGCGCTGCGGAGCAGCTTGGATATGTGCAGTCCAATGTTACGGCCCGTGTCAAAAAGCTTGAGAATGAACTGGGAGTCCCCTTATTGAACCGACACTCCAGTGGAGTGACCTTAACAGAAAAAGGGCGCACGTTCCGGGACTATGCGTGTACCATTCTCAATCTGTCTGAAGAAGCGGTGCGTGCTGTACAAGAAACGCCTTATCCAAGCGGTTCTTTAACCATTGGCGTCGTGGATACGGTGCATTGCGGACATTTCATTAAATCCTTGTCGGACTATCAAACCATGTACCCGGACGTCACGCTATCGCTCTTGACCGGCAGCTCTTCGGAGCTGATTACCCAAGTATTAAACTATCAGCTGGACGGGGCATTTGTGACGGGAAACATTCCGCCAAAGCTGGTTGCCGATTATATCGAAGAGGATGAGGTCAAACTGCTGACCAAGTCGAAGGAGCAGCCCTTTCCCGATCTGGCGGTGACCAAATGGGCCGTTGCTCCGGCGGGATGCCCGTTTCGAAGCATCCTCGAAAGATGGCTGTTAAGCGAAGGGATTCCGCTGACCAATATGATCGAAGTCTCATCATTAGAGACCCAATTAGGCATCGTGCAATCAGGTCTTGCCGCTACGCTTCTCCCCACCTCCGTCTTAAGCGGAGAATTTGCGAATATGGGCAGCTTCTCGATCCCGGAAGCCTTCCGGCATACCTCGACAAGCCTGATCCGGCGCAACGACCGGTTCAGGAACAAGGCATTTTCCGCTTTTGCCGAGCTGGTTAAAGTTAATTTCGATAAAGGTGTGAATTCTAAGTAA	MELTDLKVFLKIAEEGNITRAAEQLGYVQSNVTARVKKLENELGVPLLNRHSSGVTLTEKGRTFRDYACTILNLSEEAVRAVQETPYPSGSLTIGVVDTVHCGHFIKSLSDYQTMYPDVTLSLLTGSSSELITQVLNYQLDGAFVTGNIPPKLVADYIEEDEVKLLTKSKEQPFPDLAVTKWAVAPAGCPFRSILERWLLSEGIPLTNMIEVSSLETQLGIVQSGLAATLLPTSVLSGEFANMGSFSIPEAFRHTSTSLIRRNDRFRNKAFSAFAELVKVNFDKGVNSK				NA	NA	NA	NA	NA
JZ016_01946	879	yidA_1	COG0561	Sugar phosphatase YidA	ATGAAGAAAAAAGCGTATATTACCGACCTGGATGGAACGCTTCTACGATCAGATCAGACACTTACATCCTATACTAGGGATGTTATCGCGAATGCGCTGGAGCAGGACGTGATTATCACGTATGCCACTGCCCGCGGCTATATTAGTGCTCAAAGCGTTGTCTCGGAGATCCCCTGGAAGTACCCTTTGATTCTATATAACGGCGCTTTGATATATGACGGGATAAATCGAACGGTAATCGATGGTTACTGGCTTGAATGGGACATCTCGAATGAGATTATCGGCGTGGGAAGGAAGTTTGGTATTACTCCTTATTATTTTTCATTGGATGCGGATCATCGTGAGCGTGTTTTGCATGAGTCGCTGCGGCGAGAGGGAGAGAAGGCTTTTTATCAGAGCCGGCCCCAGGATCCGCGATTTATGGAAGTGCAGAGCCTGAACTGCCCACCGGATTACCGGACGCTGGCTCTTACATACATTGGACTTTATGAGGAATTGGAGCCGATACGGTGCGAGGTTATGGAATTATACGGTGATGTGATTCATGCTCATATGATGCCGGATTACTACATCCATAATCATTTTTTCCTGGAATTCAGTCATGCCAAGGCAAACAAACGTGACGGGCTCCAATTATGGTCTTCCCATATGGGTATTGATCTGGAGTGCACGGTTGTCTTCGGCGACCACATCAATGATGTGGGGCTGTTTGAAGCCGGAGGCACCCGGATCGCGGTACGAAACGCGCATGAAAGGATACGGCAGCTGGCTGACCATATTATTGACTCGAATGAACTTGATGGCGTCGCCCATTACATCCGGCAACAGATAGAACTGTCAGGAGTGAATACCTTTATATCCACTCTGGAAGGACAATGA	MKKKAYITDLDGTLLRSDQTLTSYTRDVIANALEQDVIITYATARGYISAQSVVSEIPWKYPLILYNGALIYDGINRTVIDGYWLEWDISNEIIGVGRKFGITPYYFSLDADHRERVLHESLRREGEKAFYQSRPQDPRFMEVQSLNCPPDYRTLALTYIGLYEELEPIRCEVMELYGDVIHAHMMPDYYIHNHFFLEFSHAKANKRDGLQLWSSHMGIDLECTVVFGDHINDVGLFEAGGTRIAVRNAHERIRQLADHIIDSNELDGVAHYIRQQIELSGVNTFISTLEGQ	PGPT0008595_46	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008595-ycsE|yitU|ywtE-K21064	NA	NA
JZ016_01947	393			hypothetical protein	ATGCGTAAGTTAAACTTGGCTCAATTTTCCCGTGTTTTGTTTTTCGTGCTCGCTTTGATTTTCAGTGTTAGCGTTACGCTTCAAGTTCTTATCGCCGGAATTGCACTGTTTGTGAATTCAGGAAGTTGGACTGCCCATGTTAGCTTCGCAAGATATTTTGCTTTTATTCCTCTCATCATGGCAATCATGGCATGGATGGCAGGACTTTCAAGGCAGGTGCTTTGGAAGAGCATAGGTTTATTCGGAATGGTAATCGGGATGTTCTTAACAGCGGTATTTGCATCCCGGATCGGTTTTCTATCTGCATTCCATCCCGTCATTGCGATGATGATGTTTTGGGGCAGCGTTGACATGATCCGATCAGGCAAAGGATCTAAAATAAATGTGGATTGA	MRKLNLAQFSRVLFFVLALIFSVSVTLQVLIAGIALFVNSGSWTAHVSFARYFAFIPLIMAIMAWMAGLSRQVLWKSIGLFGMVIGMFLTAVFASRIGFLSAFHPVIAMMMFWGSVDMIRSGKGSKINVD				NA	NA	NA	NA	NA
JZ016_01948	498			hypothetical protein	ATGGTCTTAACAGCGTGTTTAAACGAGTCCATGATGAAGGCTTTGGCTCATTACTGCCAGGGATATATGAATGATCAGTGGCTGAATGTATGGGAACAGAATCTGAACGAGCTTGAGGGCATTTTTCAAAATAAAGGAGACTACGCTTATGGTCTCTTTTGTTCCAAGCTTTTTCGTCCATTGGAAGCAGAGGTCTATGGTGCGGGCTTAACCCCCAAACCCGTAATGCCGGGTGCCTTTCCACAATCCGAGGAGCTTTGGGGACCATGGGAAGAGAGGGAGAGGCGATTTTGGAGCGTGATTCACTATGATAATGGAAGAGCATTAGGTACCTTAATCACACGTTTCTTTCACGACCATACTGCCTTTCGTATTCCTACTGTGCCTAGAGTATATGTCATTCCTCAAACCGAGCTGGCAGCAATTAAAGAGGTGATTTCTCATATGCAGCCGGAAGAATGGGGATCTATAAGTTGGGAGGATGAGAGGTATGCGTAA	MVLTACLNESMMKALAHYCQGYMNDQWLNVWEQNLNELEGIFQNKGDYAYGLFCSKLFRPLEAEVYGAGLTPKPVMPGAFPQSEELWGPWEERERRFWSVIHYDNGRALGTLITRFFHDHTAFRIPTVPRVYVIPQTELAAIKEVISHMQPEEWGSISWEDERYA				NA	NA	NA	NA	NA
JZ016_01949	435			hypothetical protein	ATGAAGAATCAATCTTACAGCAACCATGAAAGACATGTACCCGCGTTTCATTTTTTCCTTGTACCGCTTAGCTTTGTTTTGGTCGTCGCAGCATTCGTTTATCTGTTTGCGTCGAGTATGCGTGGAATATCGTTATTTACATCATTACTTTTCATACTCATGTCATTCTCGGTGGTCATGACATTATTCCTTATCCGGCAGTTCGTATGTAAGGTGCAAGATCGGGTAGTTCGGGCAGAAGAGAATCTGAGACATTTTGTTATGACAGGCAGGCTTCTTAATCCAAGTTTAACGATGAATCAAATCATTGCGCTTCGTTTTGCATCGGACGATGAGTTTCTGACGCTGTGTGAGAAGGCTCTTAAGGAGGACCTATCATCTAAAGATATCAAGCTCGCCATCCAGAAATGGAGAGCGGATCATCACCGAGTATAG	MKNQSYSNHERHVPAFHFFLVPLSFVLVVAAFVYLFASSMRGISLFTSLLFILMSFSVVMTLFLIRQFVCKVQDRVVRAEENLRHFVMTGRLLNPSLTMNQIIALRFASDDEFLTLCEKALKEDLSSKDIKLAIQKWRADHHRV				NA	NA	NA	NA	NA
JZ016_01950	594			hypothetical protein	TTGGATTTAAAAAATAAAATAGCCGATGCAGCGGAACTCGTCATTCGTACACATGGACTGGCCAAAGCAACAACCAAAGAAATCGCCAAAACCGCCGGGTGCTCAGAAGGCTCACTATATAATCATTTTAAGAGCAAAGACGATCTGTACCTTCACATTCTACGCGGACAATTAAAAAATGTTATGCAGGCGCTCACGTCCCTGAGGGAACTGATCGGCAAAGAAACCGTGCGAAGTAATCTGGAAAAAGTGGCTCGAGCGGGCGTATCGGATTACTATCAATCCATGCCTCTGATCAGCTCCATCTTCTCAGAACCAGGACTGTTAGCGCAGCACCGGGAAGGCTTCACAGCTCGGAATGAAGGACCCCACCGGGCAAATGAAGCAGTTGAGTCCTATTTGCTTGAAGAACAGAAACTTGGGAGATTATCGGAACATGTTAATCCGAGATCCGCTGCGGACATGCTGCTAGGAAGCTGCTTTCAATATGCATTTCAATTGAACTTCTTAGGCCGGCCCTTGTCCGATGAAGAACAGAATGCGTTTGTGCATCGGGTGTTGGATACTTTGTTTCTAGGCATTGGGAACGAATAA	MDLKNKIADAAELVIRTHGLAKATTKEIAKTAGCSEGSLYNHFKSKDDLYLHILRGQLKNVMQALTSLRELIGKETVRSNLEKVARAGVSDYYQSMPLISSIFSEPGLLAQHREGFTARNEGPHRANEAVESYLLEEQKLGRLSEHVNPRSAADMLLGSCFQYAFQLNFLGRPLSDEEQNAFVHRVLDTLFLGIGNE				NA	NA	NA	NA	NA
JZ016_01951	282			hypothetical protein	ATGAAGTGGTATTTGTCCCACTTGTCACTAAATCTGTTTGTCTGCGTCACTCTGTTCACACTATACAGTTTCATGTTTCGGCCAGAGGCAGGAAGTCCTTTTCAGGGATTGTGGTTTGCTGCGATTCTCCTGTTGTCGCCAGTGGGTATCCTGTTAGCGCTCGTCAGCAGAAATCGAGGCAAACTCACGCGAATCCATATCACAGCCATTGTAGGCCATTCCGTGCTGCTGCTATTCCTTTTTCTGTACATGACACTGGGATACCTGATCCTCGGTGTCTGA	MKWYLSHLSLNLFVCVTLFTLYSFMFRPEAGSPFQGLWFAAILLLSPVGILLALVSRNRGKLTRIHITAIVGHSVLLLFLFLYMTLGYLILGV				NA	NA	NA	NA	NA
JZ016_01952	450			hypothetical protein	ATGCTAAGTTTTATTACGGAGATTCCGGAGGGTATAAAGATTGGCAGTGTACACTGTGTTCCCGTGCTTGATAATGGAGATGTTGTCATGGTATGGGATCGTGACGAGAAGGTACTTACAACAATAGGAGGGCGGCTGGAACCCGGTGAGTCAATTATGGAAGGCTTGATCCGTGAAGCCTTGGAGGAAGCAGGTATCCAAATCAGTGATGAGCGGACCCTGTTTGCGGCATGGCATTGGAAGGAATTCGACGCATATCGCCTATTTTATCTAGTAGGCGTGAGACGATTCGTAGAAAGACCAGAGGGGTATGAAACAACCGGATATGTTAGGATGAATTTTGATACGGCCATCGAAATGATAAAGGCGATTGAAGGCCGCGAGGAACGGATTGAGGTCATTCGCAGAGCCGGCATTTTGTCGGGCAGGTTGGCCGAGGAAGCGGAATGA	MLSFITEIPEGIKIGSVHCVPVLDNGDVVMVWDRDEKVLTTIGGRLEPGESIMEGLIREALEEAGIQISDERTLFAAWHWKEFDAYRLFYLVGVRRFVERPEGYETTGYVRMNFDTAIEMIKAIEGREERIEVIRRAGILSGRLAEEAE				NA	NA	NA	NA	NA
JZ016_01953	633	gph_2		Phosphoglycolate phosphatase	ATGGATAATACGCTGCTGCGTTCCAGCATTGATTTTGGAGCAATGAAGAGGGACATCTACGCCTTTCTGTGCCATCACAGAATCTTGCCCCAAGGTCTGTCCATGGACACCCACACTACCTCAACCATCATTGCTGAAGCCATGAATACAGGGCTGCTGTCGGAAGATCTTCGTCACGAGATGTGGGATATTGCCAAGGAACATGAGATGAGAGGGATGATTGGTGCAGATCTTGAAGCGGGTGCAAGAGAGCTTGTTCAGCGATTGCACGGGCAGCTGCATCTGGCCATTGTGACAAATAATTCGGTGGAAGCAGCAATGGCTGCTCTGGAAGAGAATAAGATTGTGCATTATTTTGATCTCATTATAGGCAGAGAGGCCATGGGTTTGTTAAAGCCGGCACCCGATGGATATTTGGAGGTGCTGAAGCATTTCCCTCATACATCCCCGAAGGAATGGTTGTCTGTCGGAGATGCGTGGGTGGATGGCAAGGCCTCCGAGAGCGCCGGAATTCCATTTATCGCCTATCGCGGGGACATCGCGAGAATGAACAGCATGGATGTTTTTCCATTTGCAGAGATTCAACATATACCAGATGTCATAGGTTATCTTCAGCTGCGTACCACTAAATAA	MDNTLLRSSIDFGAMKRDIYAFLCHHRILPQGLSMDTHTTSTIIAEAMNTGLLSEDLRHEMWDIAKEHEMRGMIGADLEAGARELVQRLHGQLHLAIVTNNSVEAAMAALEENKIVHYFDLIIGREAMGLLKPAPDGYLEVLKHFPHTSPKEWLSVGDAWVDGKASESAGIPFIAYRGDIARMNSMDVFPFAEIQHIPDVIGYLQLRTTK	PGPT0001730_4934	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091	NA	NA
JZ016_01954	405			hypothetical protein	ATGGGCGAAAACCAAGTTGCAGGCTTTTGGATCCGGCTGGGCGCCAATCTTTTGGATGGAATCATCGTGAGCCTTCCGTTATGGATCATTGCAGGGATTATCACGGGAGATTTTGAGAATGAGCCGATTTCTAATTTGATTTATAGTTTGTATGCTTTGTTGGTCCCCGTGTATTGGAATGGTTATACCATCGGTAAGCGCATATGCGGCATTCGCATTCGCAAATTCGATTTTCTTGAGCCGCCGGGCATTGGAACGATGCTGCTCCGCAACCTTGTAGCGGGAATCGTGTATGCACTGACGTTTGGAATTGGACTTATCGTGAGCATCTTTATGGTAGCGATGCGCGAGGATAAGCGTTCCCTGCACGATTTTATCGCGGGTACGGAAGTTGTGTATGATTAG	MGENQVAGFWIRLGANLLDGIIVSLPLWIIAGIITGDFENEPISNLIYSLYALLVPVYWNGYTIGKRICGIRIRKFDFLEPPGIGTMLLRNLVAGIVYALTFGIGLIVSIFMVAMREDKRSLHDFIAGTEVVYD				NA	NA	NA	NA	NA
JZ016_01955	288			hypothetical protein	ATGAACAATAAAACGATGGGCATTATTTTTATCTGTATCTCAGCTTTTTTGTACGGCATCCGGTACTTAACGGCCGCGATTGCGGGGATAAATACCCCCTGGACGTTTGCGGATTTGTTATCAGAAATTGGAAAATGGCCGTTGATATTCAGCATCATCAGTTTGATTCTCGGTATCTTATGCATCATCGTCCCGATCATCCGTAAATGGCTAGTGGAAGACCTGAACCAGATCAAGGATAACTGGGAAGAGCTGGACCAGCCAGACAACGCCGATAAGAATCCATAA	MNNKTMGIIFICISAFLYGIRYLTAAIAGINTPWTFADLLSEIGKWPLIFSIISLILGILCIIVPIIRKWLVEDLNQIKDNWEELDQPDNADKNP				NA	NA	NA	NA	NA
JZ016_01956	108			hypothetical protein	ATGTTGTGTGGAAAGGTGGGATCTACGATGGAGAATTCCGTGATTAGTAAGCTGACTCAGGATGCAGCCACCGATAAGAGGAAGGATTACACACTCTATGAACAATAA	MLCGKVGSTMENSVISKLTQDAATDKRKDYTLYEQ				NA	NA	NA	NA	NA
JZ016_01957	255			hypothetical protein	ATGAAATCGCATGTCAAAATGATCTCCTTGATCCTCCTCATCGGCTATACCATGTTGTTAACTTACTGGATGATTTGGGGATTCGGGAGGACCACTCAGCCGGAAATCAGTTATAATCTGGTTCCATTCACGACGATGGCAAGCTATTTTCCCATTCGCAGTTTGAGCTCATTGATCAATATCGTTGGAAATATCGCTGTATTTGTACCCTTTTGGAGTGCTTATTCCGCTTGCATTTCAAATTCGATTTCGTAA	MKSHVKMISLILLIGYTMLLTYWMIWGFGRTTQPEISYNLVPFTTMASYFPIRSLSSLINIVGNIAVFVPFWSAYSACISNSIS				NA	NA	NA	NA	NA
JZ016_01958	477			hypothetical protein	ATGACATATCATATTCGGGTGAGACCGACAGCGTTGGTTTTTCAGAATGAGCATGTTTTGTTGGTTGAGTATGTAGATGAGAACGGATTGCATTACAATTTGCCGGGGGGCGGGGCCGAGCCCGGAGAGTCTATCGCAGAGGGAGCCTTGAGAGAATTGTATGAGGAAACCACGCTGGAAGCGCAGACTGGGCCTGTTGCATTTGTGTACGAGAATGCTCCGCATAAACAGTCCAGAGATAACATATCGGGCATCCATACGTTATACGTAGTATTTGAATGTTATCCACATGAAGGATCGTCCCCCAAACTTCCGGCTGTTCCAGATCCGAATCAAACCGACGTGAAGTGGATTCCGCTCGAGCAGCTGGACGACATTATTTTGTATCCGAACATTAAGAAACACATTAAACAGTACGCGCAGGAACGACGAAATATAGACATGATCGAGGATTACGTATTGGACAAATATGTGTGA	MTYHIRVRPTALVFQNEHVLLVEYVDENGLHYNLPGGGAEPGESIAEGALRELYEETTLEAQTGPVAFVYENAPHKQSRDNISGIHTLYVVFECYPHEGSSPKLPAVPDPNQTDVKWIPLEQLDDIILYPNIKKHIKQYAQERRNIDMIEDYVLDKYV				NA	NA	NA	NA	NA
JZ016_01959	918			hypothetical protein	ATGACTTTGAAGATCGGTATGATTGGGTTGGATACATCGCATGTCTCCATTTTCTCGAACATGCTGCATGACAAGACGCATCCCTATCATGTTCCCGGCGGACGGGTTACGGCGGCATTTCCCGGAGGATCTCCGGACTTCGAGCTTAGCATAAGCCGGGTGGAGGGGTATACGAAGGAACTCGCAGCATGGGGAACTGAAATATTGGATTCTCCGGAAGACGTCGCCAAACAGGTTGATGCCGTCATGCTCGAAGCGGTTGACGGAAGATCGCATCTGTTCTTGTTTCGCGCGATTGCTCCTCACTGCCAAATGGTATTTATCGATAAGCCGTTTGCTGTGAGCAGCAAGGACGCGAGGGAAATTGCCGAACTGGCGGAGCAGTTTCAGGTTACCGTTATGAGCAGCTCGTCTCTTCGATATGCGCAAGGACTTCAGGATGAATTGGCTCGTGGCGGTGTGGGTGATATCATTGGCGTGGACTGCGCCGGACCGCTCCCTCTTCAACCGACACAGCCAGGATTTTTCTGGTATGGAATCCACGCAGCGGAGATGCTTTACCGCGTTCTGGGACCCGGATGCGTAAGCGTACATGTCGCCGCGACCGAATGGCATGAGGTATTAACAGCGGTTTGGAATGACGGGAGGATCGGGACGATTCGAGGCAACCGTGCAGGCAATGATCGCTTTGGGATGACCATCCATCGCACGGACGCCAGCAGCTTTGTGGACATCATGGCGCATCCGAAACCCTATTATGCGAGTTTGCTGGAGCAGATCATGAAGATGTTCACGACAGATGTCTCAGACGTTCCTTTACCTGAGACGCTGGAGATCATTCGTTTTCTGGAGGCGGCGAATGTCTCCCGCGAAACGGGTGAAACCGTGAGACTGGATGATATCGATCGAACAGGATGA	MTLKIGMIGLDTSHVSIFSNMLHDKTHPYHVPGGRVTAAFPGGSPDFELSISRVEGYTKELAAWGTEILDSPEDVAKQVDAVMLEAVDGRSHLFLFRAIAPHCQMVFIDKPFAVSSKDAREIAELAEQFQVTVMSSSSLRYAQGLQDELARGGVGDIIGVDCAGPLPLQPTQPGFFWYGIHAAEMLYRVLGPGCVSVHVAATEWHEVLTAVWNDGRIGTIRGNRAGNDRFGMTIHRTDASSFVDIMAHPKPYYASLLEQIMKMFTTDVSDVPLPETLEIIRFLEAANVSRETGETVRLDDIDRTG				NA	NA	NA	NA	NA
JZ016_01960	282			hypothetical protein	TTGCTGACATGGGGACACTCCTGGCGAGAAATGGACCTAGGAATGGAGCGTTATGAGGATGTCGCCGAGCGGGGAACTCAGTTTTTGGAGGAAATCATGCACGCATATGAGAACAAGAATGTTCTCGTTGTGAGTCATGGCGCCGTCATTGGATTATCGTTGCAAAAGCTGCTGCCTCAGCGTTTTGCAGCTACCTATATGGATAATGCCTCCTTAACTCTTCTAACCAAATCCAACGGTGAATGGAATTGCCCCTTATTCAACTGCACGAAGCATTTATAA	MLTWGHSWREMDLGMERYEDVAERGTQFLEEIMHAYENKNVLVVSHGAVIGLSLQKLLPQRFAATYMDNASLTLLTKSNGEWNCPLFNCTKHL	PGPT0018035_1444	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018035-gpmB-K15634	NA	NA
JZ016_01961	339			hypothetical protein	ATGTTCAAATTATGGAATCTTGCTATTCGATTTATTCTGGAATTGATCCTATTATTTTCGATAGGTTACTGGGGCTTCCACTACGGTTCAGGGCTCATGGCACAGGTCGGACTCGGTATTGGGCTTCCGCTGCTTGCAGCCGTCGTCTGGGGAATGACCATCTCTCCGAAGGCAAGGATCAAGCTGCCGCTGGCCGTGGTACTGCTTATCGAATTTCTTATGTTTGCAATCGCGGTGGCATGCCAGATTTACTCGGGCTTTATTACGTTTGCCATCGTTTTTGCCCTTGTGGCTCTGGTCAACCGCTTCATCGTGATAAAATGGAGAATGCAGCCGTAG	MFKLWNLAIRFILELILLFSIGYWGFHYGSGLMAQVGLGIGLPLLAAVVWGMTISPKARIKLPLAVVLLIEFLMFAIAVACQIYSGFITFAIVFALVALVNRFIVIKWRMQP				NA	NA	NA	NA	NA
JZ016_01962	444			hypothetical protein	ATGGAGTCCATCATGAAGCTGGAATCATTGATTACCGAAATGACAGAGATTGTAACGTCGACTGATGAGGTGGAGTTCAATCTGAAGCTTGCGCCTGATAAATGGTCCAAGAAGGAGATCCTGGGTCACCTTTGCGATTCGGCGGTCAATAACCATATCCGGTTTGTGAAAATCTTGCTATCCGATTATCCGATTGCCATTTCGGGGTACACGCAGAACGATTGGGTCCGGGTGAACGATTACCAGGATCAATATGATCAATCGGAAGTGTTGTCACTGTGGCAGCATTTGAACCGGATGATTCTGCGAGTCATGCACAAAGCCGATTCATCAGATTTTCAGAAAAAATGCGTGCTGCCCGATAAAACGGAGGTCACACTGGAGTGGTTGTTTAACGACTATGTGGATCATATGATCCATCATCTGGAGCAAATCGAGCTGTGA	MESIMKLESLITEMTEIVTSTDEVEFNLKLAPDKWSKKEILGHLCDSAVNNHIRFVKILLSDYPIAISGYTQNDWVRVNDYQDQYDQSEVLSLWQHLNRMILRVMHKADSSDFQKKCVLPDKTEVTLEWLFNDYVDHMIHHLEQIEL				NA	NA	NA	NA	NA
JZ016_01963	1083			hypothetical protein	TTGTGCCAAAATCGAATCATAGCGAATCGAAGGCTGTTCAATCAAGGGATAACAGGCATGAAGCATGAAACTCCGGAGGAAGCCGTCAGAAATCTCGGTGCTGTGCAAGCCCAGGATTATCACCAAGCGGTCTGGGGAATCGGTCTCCGTACGCAGTCCGCCAAGGTATCCGATGTGGAGCAGGCCCTGAACGATCGCAAAATCGTGTTGACCTGGCCGATGCGAGGGACGATATTCTTCGTACCGTCCGAGGACGCGAAGTGGATGGTGAAGCTGACGGAATCGCGCTTTCAAACGAATGACAAGAAGAAGCAGGCCGAACTTGAGCTTGATGAAGGTACGCTCCATCGATGCCGAACCATAATTGGCAACGCGCTGAGTGGTTGCACACCCATATCCCGTCCCAGACTGATGGAACTGCTGGAGGAAGCGGGGATCAGCACCAAGAACGGCCGCGGTTATTATATTCTTGGATATTTGGGACGGACAGGCATGATCTGTTTTGGTCCGCATGAAGGCAAACAGCAGAGTTTTGTGCTGCTTGATGAGTGGGTCCCGAATTCAAGGGAGCTGACGCTCGAAGAATCGCTGGCGGAGCTGGCGCTTCGTTATTTTACCGGTCACGGACCCGCAACGATTCAGGATTTTGCGTGGTGGGTCGGGTTAACGCTGACGGAAGCTAAACGAGGCTTTGAGGCGGTCAAATCAAATCTTCGTTTAGATTTTGTCAACGGTACGGAATACTGGAGCTCTGTTACTGCGCCGGCCGTGCCCGCTGATACGGATTCGGTGGTTCTGCTTCCAGGTTTTGATGAATATTACTTGGGTTACAAGGACCGCAGCGCGATCATAGAGACAGAGCACGATGCGAAGATCGCTCCCCATCGCAACGGGGTTTTTCAACCGATGATGGTGGCAGGAGGGGAAGTGGTTGGTACCTGGAAGCGGGAAATCAAGCGCAGCGGCATCGAAATCACGTTATGTCCGTTCTCGCCGTTGGGCGATCGAGCAGAGGCGTTTCGGGAGGCGGCTAAGCATTACACTGATTTCATGGAAATGCCGATTGGACGAGTAGAATCATGA	MCQNRIIANRRLFNQGITGMKHETPEEAVRNLGAVQAQDYHQAVWGIGLRTQSAKVSDVEQALNDRKIVLTWPMRGTIFFVPSEDAKWMVKLTESRFQTNDKKKQAELELDEGTLHRCRTIIGNALSGCTPISRPRLMELLEEAGISTKNGRGYYILGYLGRTGMICFGPHEGKQQSFVLLDEWVPNSRELTLEESLAELALRYFTGHGPATIQDFAWWVGLTLTEAKRGFEAVKSNLRLDFVNGTEYWSSVTAPAVPADTDSVVLLPGFDEYYLGYKDRSAIIETEHDAKIAPHRNGVFQPMMVAGGEVVGTWKREIKRSGIEITLCPFSPLGDRAEAFREAAKHYTDFMEMPIGRVES				NA	NA	NA	NA	NA
JZ016_01964	786	ylmA_1	COG1119	putative ABC transporter ATP-binding protein YlmA	ATGAATACGACGATTGAACTGAATAACGTAACCTGGCAACGGGAGCAGAAGACCGTTCTTACAGGCGTGGATTGGACCGTGCAGCAAGGAGAGCATTGGGCGGTTCTTGGGCTGAACGGCTCCGGAAAGACAACCATTTTGAATATGATTAACGGATACATCTGGCCAACCAGCGGTACGGTTTCGGTGCTCGGGCATCTCTTTGGCAGGGTGGATTTAAGAGAATTGCGTAAATCGATAGGCTGGGTCAGCTCCTCGCTGCAGGAAAGAATCCGACCGAGTGAGTCTACATTGGATGTCGTGATCAGCGGCAAACACGCTTCGATTGGCCTGTATCAGAAGGTGGATGAAGCAGACCGGGAGCAGGCCGAGCAGCTTATGAAGGATTTCAATTGTATTCATCTGCTGGGTCGTACATATGAAACTTGTTCGCAAGGAGAGAAACAGAAGCTGCTGATCGCTCGGGCACTTATGGCTTCGCCGAGGCTGTTGATACTGGACGAGGCCTGTAATGGACTCGATTTTCTGTCGAGGGAAGCGCTGCTGTCCAGCATTACGGCACTGGCTTCCAAGCCCGATGCGCCGACCCTGCTGTTCGTAACGCATCATATCGAAGAAATACTGCCGATCTTCTCGCACTCCTTGCTCATCCGCCGGGGCACCGTGTTCGAGAAAGGGCGTTCCCGGGACATGCTGACCAGCGACAATTTGACCTCGTTTTTTGAGACGCCGGTCGAGGTGAGTTGGCAGAATGATCGAGCCTGGATGTCCATTCCGGACTTATAA	MNTTIELNNVTWQREQKTVLTGVDWTVQQGEHWAVLGLNGSGKTTILNMINGYIWPTSGTVSVLGHLFGRVDLRELRKSIGWVSSSLQERIRPSESTLDVVISGKHASIGLYQKVDEADREQAEQLMKDFNCIHLLGRTYETCSQGEKQKLLIARALMASPRLLILDEACNGLDFLSREALLSSITALASKPDAPTLLFVTHHIEEILPIFSHSLLIRRGTVFEKGRSRDMLTSDNLTSFFETPVEVSWQNDRAWMSIPDL	PGPT0003760_4436	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_01965	750	yflN_1	COG0491	putative metallo-hydrolase YflN	ATGTTAATCGATCAAGGCATTCATATGCTGAACATATCAGCGGCCATGATGGGACGAATCGAAACGATCCATCCGACATTCCTATGGGATCATCAGAATTTGGTGCTTATCGATACCGGCTATCCCGGCCAGTTCCCGCTCATTCAGGAGCAGTTATCGCACATCGGGATTTCCGTTCAGGATATAAGCAAAATTATTATAACACACCAGGATTTGGATCATATCGGCAGTTTGCCGGCCTTGATCCAGCACAGCAACCACGCCCCTGAAGTGTTCGCCAGCGAAATAGAAAAGCCTTATATCGAAGGCGATACAAGGCTTGTCAAACTATCGCCCGAGGCCATTACACAAGCGCTGGCTTCGATGCCGGATAACGTGCCGCCGGAGTGGAGGAACGCGTTTAAACACACGCTGGAGAACCCTCCAACAGCACCAGTGAACCGCATGCTGCGCGACGGCGAGGAGCTGCCGTTTGGCGGCGGTATCATCGTGATCCATACGCCTGGCCACACCCCCGGCCATACCAGCTTATATCATATACCGAGCAAAACCCTGATTGCCGCAGATGCGCTGAACGTCAGAGAGGGACAACTGATCGGGCCGGATCCGGCAACCACTTTGGATTCGGCTTTAGCCCAGCTCTCCCTGCAGAAGCTCACTCACTATGACATCCGTAACGTGATCTGTTACCACGGCGGATTATTTACGGACAATCCCAACCCGCGCATTCGTGAATTGGCTTATGCTTAA	MLIDQGIHMLNISAAMMGRIETIHPTFLWDHQNLVLIDTGYPGQFPLIQEQLSHIGISVQDISKIIITHQDLDHIGSLPALIQHSNHAPEVFASEIEKPYIEGDTRLVKLSPEAITQALASMPDNVPPEWRNAFKHTLENPPTAPVNRMLRDGEELPFGGGIIVIHTPGHTPGHTSLYHIPSKTLIAADALNVREGQLIGPDPATTLDSALAQLSLQKLTHYDIRNVICYHGGLFTDNPNPRIRELAYA				NA	NA	NA	NA	NA
JZ016_01966	951			hypothetical protein	ATGGTCTGGAGCAAAGGAATGCTGGATGGATATGAGGTTTGGACAGGGCGCACGGTGGTGATGGAGACGGCCGTGGTGCCTGAACTCGGAAGCAGGGTCATTTCGCTTCGTAATCGCAGAACAGGCCGGGAGTGGCTGGTACAGCCAGCTGGAAAGCTGGACTCGAACGGGTATGCAAGCTCCTTTGGAAAGCGGGACGGCAGCGGCTGGGACGAAATGTTTCCTACAATCAATGTCTGCCGATATCCCGTGTATCCATGGGAAGGAACGGAGCTTCCGGATCATGGCGAGGTCTGGTCCATTCCATGGGAGGCGCACAGCGAGGAAGAACAGCTTCACTGCAGCGTGCAGGGAATCCGAATTCCTTATCAGCTGCGCAAAACCTACTCCTTCCCCCGTGAAGATACCCTGCGGATCGATTATGCCGTTCATAATCCGAGTCCGTTCCCGTTCTCTTTCCTGTGGGCCGCGCATCCGTTGTTTCAAATCGATGAAGGCGCAGAGATTATCGTTCCTCACGAGCTGAGGGAGATCATCGTATCGTACTCGGCGAACGGTCGGTTGGGAGAATTCGGCGATATTCGGACATGGCCGCAGCCATGGGAGGAAAACCCCCATATTCGCTTGAATCGAACCGCCAGCAGGCTTGAAGCAACGGCGGAGAAGTTTTATTTTGCTGACGAGCTGCCGGAGGGGACAGCCTCCATTTACGATCCGGTTGCGGGGGAAGGACTCCGCATGATGTTTCCTAAAGACCAGGTGCCTTATCTAGCGATATGGGCGAACTATGGCGGCTATCAGGGACAGCATCATCTTGCGCTGGAGCCTGCGACGGGTCTGCTCGATGATCTGTCGTATGCGATGCATCGTCAAGTAGCAGCCGAAGTGCCGGCTGGCGGTACGTATTCGTGGTGGCTTGAGTTATCCTGGATCAATGGATCCAAGAAGTAG	MVWSKGMLDGYEVWTGRTVVMETAVVPELGSRVISLRNRRTGREWLVQPAGKLDSNGYASSFGKRDGSGWDEMFPTINVCRYPVYPWEGTELPDHGEVWSIPWEAHSEEEQLHCSVQGIRIPYQLRKTYSFPREDTLRIDYAVHNPSPFPFSFLWAAHPLFQIDEGAEIIVPHELREIIVSYSANGRLGEFGDIRTWPQPWEENPHIRLNRTASRLEATAEKFYFADELPEGTASIYDPVAGEGLRMMFPKDQVPYLAIWANYGGYQGQHHLALEPATGLLDDLSYAMHRQVAAEVPAGGTYSWWLELSWINGSKK				NA	NA	NA	NA	NA
JZ016_01967	3339			hypothetical protein	ATGACAAAACAACGGCAAGTGAGCGTACGGGAAGAGACCGTGGAGATTCCCACGTATGAAGTGGGGAAGCCGGACCTGAACCCGATGTTTTTGGAGAAACGGGTGTATCAGGGGAGCTCGGGGCGTGTCTATCCGCTGCCGGTCATCGATAAAATTTACGATGAGAAAGTATTAAAGCCCTACCGGATCATTTTCCTTGAAAATGAGTACGTGCAGATTCAGATCATGCCGCAGATTGGAGGCCGCATCTACCGGGCCATCGATAAAACCAACAACTATGATTTTGTATACCACAATCAAGTGATCAAGCCGGCTTTGGTTGGCCTTGCGGGTCCATGGATATCCGGGGGAATCGAGTTCAACTGGCCGCAGCATCACCGTCCGAACACCTATGGCGAGGTGGAGTGGAGCTTAACGGATCAGCCGGATGGCAGCAAGACGGTATGGGTCGGCGAGATCGACCGGATGTACGGCACGAAGGTGTCTACCGGCTTCACGCTGTATCCGGGCAAGGCGTATCTTGAAATTCACGCGCAAATGTACAATCGGACCTCGGAGCCGCAGACCTTTCTGTGGTGGGCGAATCCGGCCGTAGCGGTCAACGATCATACCCAGTCCGTATTTCCGCCGGATGTTCATGCGGTGTTCGACCATGGGAAGCGGGACGTGTCCAAATTCCCGATCGCAACCGGCACGTACTATAAACAGGACTATTCGGCGGGCGTCGATATTTCCATGTACCGCAACATTCCCGTTCCGACATCCTATATGGCTTATCATTCGGATTACGATTTCGTCGGCGGATATGACCATGGTTTGAAAGCGGGGATTCTGCATGTCGCCAATAAACATATATCTCCCGGCAAAAAACAGTGGACGTGGGGGCACGGCGAATTCGGCCAGGCCTGGGATCGCAACCTGACCGACGAAGACGGCCCGTACATCGAGCTCATGACCGGCGTGTATACCGATAACCAGCCCGATTTCACCTGGCTGGCGCCGTATGAGGAGAAAAGCTTCAAGCAGTACTTCATGCCCTATAAAGACATTGGGCTCGTGAAGAATGCGTCCATAGACGCCGCCGTAAATCTCGAAGTCCACGGACGCAAGGCCGTTGTACATGCTTATGCAACCTCGGTTATCGAAGAGGCGCGCATCCTGTTGACCGGAGCGGGACACACCTGCTTGGATCGAAAAGTCAAGCTGTCGCCGGCCGATACCTTCCAGGCCGAAATCGAACTCGCCCCAGGTATGAGGGAGGAAGATGTGCGGGTCACGGTATTCGCTGCGGACGGCAAAGAGCTGGTCGCTTACCAGCCCAAGCCGCGCACCTTGGAGCGAACGCCGGACCCGGCCACGGCGATCGGCAAGCCGGAGGAGCTGAAGAATACCGAAGCGCTGTTCTTGGCCGGGCAGCATCTGGAGCAGTACCGGCACGCAACCTATGAACCGGAAGCCTATTATGTGGAAGGTCTTCGGCGCGATGCGGGAGACGCAAGGCTGAACAATGCCTATGGTTTGCTCCTGCTGCGCAGAGGGTGCTTTACGCAGAGTGAGGTTTATTTTAAAAAAGCGATCGAAACCTTGACCCGCCATAACGCCCGGCCCTATGACAGCGAACCGTTCTATCATTTGGGCAAAGCCTTGAAGTGGCAGGGCCGTTTGGATGAAGCGTACGCTTATCTGTACAAATCGGTCTGGTCGGGGGCTTGGCAAGGGACGGGATATCTGGCTTTGGCCCAGATTGCCTGCGAGAAGCAGGAGTATGAGGAAGCGTTCGAGCTGATCGAACGATCCCTGGCTGCCCAGTACCGTAATTATAAAGCGCGGCATCTCAAGAGCATCATTTTAAGAAGGCAGGGGCGCTTGGCAGATGCGGCATCATGGCTTGAGGAAACGCTTAACCTGGATCCTATGGATGCGGGCGCGATGAACGAGCTGGCAGCCGTATATCAAGAACTGAAGCAAGGGGACAAGAGCCGGCATACTTACGAATCGCTTGTCCAGCTCCTGCGCGATCGTCCGCATAATTATATCGCCGTAGCTCAGGACTATGCGGATGCAGGCCAATATGGCGACGCTTTGGATGTGCTGCAGCGCATCGAACGCCTTACGGCATCTGCCGTCTATCCGATGGTTTATTACTACCAAGGCAGTGCACTCATGAAAATGAACCGGGTGGAAGAAGCATCCGCTTGCTACCGATTGGCCTCGGAGGCCGATCCGTCTTACTGTTTCCCGAATTCCCTGCATGACTATGTGACGCTAAAGCACGCGCTCAGCGTACAGCCACAGGATGCGAAAGCGTTGTACTACTTAGGGAATTTGCTGTATGACAAGAAGCGCTACGAGGAAGCCATAAGCAGCTGGGAAGCTTCGGTCGCTTTGGATGACAGCTTCGCAACGCCGCATCGGAATTTGGCCCTCGCTTACTATAACAAGAGACAGGACCACGACAAAGCAGTGGCATCCCTGCAAACCGCCTTCTCGCTGAACCCGGCGGACGCCAGGGTCTTCTACGAGCTGGACCAATTGTATAAAAAGCTCGGTCATGCTCCCGCTGATCGCCTGAAAGCGATGGAGGAGCACATGGAGCTGGTCGAGCAGCGCGACGATGTATATCTGGAATATTTGACGCTGCACAATACGCTGAATCGGTATGAGGAGGCGCTGGCATTGATTCTGAAACGCAACTTTCACCCTTGGGAAGGCGGCGAGGGCAAGGTGCCGGCCCAGTATGTGTTGGCTCGTGTAGAGCTAGCGAAGCAGCTGCTTCAGGATCTTCGCTATGAGGATGCCGTAGAGCAGCTCCTGGCTGCCAAGCAATATCCGCTCAACATCAATGAAGGGAAGCTCACGGGAGCGCAGGAGAATAACATCGATTATTACTTGGGCTGCGCATACGAGGGGCTGAGCTTGTCCGAAGAGGCGGAGGCGTGCTTCCTGAAAGCTTCGGAGGGGCTGGATGAGCCGACCAGCGCGATGTATTACAACGATCAGCCGCCGCACATGATTTTTTATCAAGGGGCCGCGCTGCGAAGGCTGGGCCGGGAGAATGAAGCCCGCAGCCGGTTTAACAAGCTGATCGATTACGGGGAGAAGCATATATTCGAGACTCAGAGCATTGATTACTTTGCCGTATCGCTGCCGGACTTCCTGGTGTTTGATGAAGATCTGAACCGAAGAAACGAAATTCATTGCCGCTACATGATGGGGCTCGGGCATCTAGGACTTGGTGACCGGCAGTCCGCGGAAACCCTGTTCCGCGAGGTGCTGCAGCTGGAGTCTCACCATCAAGGAGCTGCACTGCATTTGGCGCTTAGCAAGACGTTGATGTAA	MTKQRQVSVREETVEIPTYEVGKPDLNPMFLEKRVYQGSSGRVYPLPVIDKIYDEKVLKPYRIIFLENEYVQIQIMPQIGGRIYRAIDKTNNYDFVYHNQVIKPALVGLAGPWISGGIEFNWPQHHRPNTYGEVEWSLTDQPDGSKTVWVGEIDRMYGTKVSTGFTLYPGKAYLEIHAQMYNRTSEPQTFLWWANPAVAVNDHTQSVFPPDVHAVFDHGKRDVSKFPIATGTYYKQDYSAGVDISMYRNIPVPTSYMAYHSDYDFVGGYDHGLKAGILHVANKHISPGKKQWTWGHGEFGQAWDRNLTDEDGPYIELMTGVYTDNQPDFTWLAPYEEKSFKQYFMPYKDIGLVKNASIDAAVNLEVHGRKAVVHAYATSVIEEARILLTGAGHTCLDRKVKLSPADTFQAEIELAPGMREEDVRVTVFAADGKELVAYQPKPRTLERTPDPATAIGKPEELKNTEALFLAGQHLEQYRHATYEPEAYYVEGLRRDAGDARLNNAYGLLLLRRGCFTQSEVYFKKAIETLTRHNARPYDSEPFYHLGKALKWQGRLDEAYAYLYKSVWSGAWQGTGYLALAQIACEKQEYEEAFELIERSLAAQYRNYKARHLKSIILRRQGRLADAASWLEETLNLDPMDAGAMNELAAVYQELKQGDKSRHTYESLVQLLRDRPHNYIAVAQDYADAGQYGDALDVLQRIERLTASAVYPMVYYYQGSALMKMNRVEEASACYRLASEADPSYCFPNSLHDYVTLKHALSVQPQDAKALYYLGNLLYDKKRYEEAISSWEASVALDDSFATPHRNLALAYYNKRQDHDKAVASLQTAFSLNPADARVFYELDQLYKKLGHAPADRLKAMEEHMELVEQRDDVYLEYLTLHNTLNRYEEALALILKRNFHPWEGGEGKVPAQYVLARVELAKQLLQDLRYEDAVEQLLAAKQYPLNINEGKLTGAQENNIDYYLGCAYEGLSLSEEAEACFLKASEGLDEPTSAMYYNDQPPHMIFYQGAALRRLGRENEARSRFNKLIDYGEKHIFETQSIDYFAVSLPDFLVFDEDLNRRNEIHCRYMMGLGHLGLGDRQSAETLFREVLQLESHHQGAALHLALSKTLM	PGPT0030850_35	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-PHOTOSYSYSTEM_ASSEMBLY,PGPT0030850-ycf3-NA
JZ016_01968	945	btr_1	COG0614	HTH-type transcriptional activator Btr	TTGGCGCTCCATCCGGTTGACAACAATTCGGTTCCGATTCATAGTAAAGCTATGGATACCATACGAAAACCAGACGGATTCGAATCCCAGAAAATCATGGTCCTCCCGGATCATATTATGAAAGAGGCTGCCCGCCATCCGCTTGTGGAGCCGCTGTACGTGACCGACATCGGGTACTTTCCGCGTGCGCTGCATCACTACCGGGAACGCCCGGAGGGCAGCGGCGCGTACATCTTGATCTACTGCGTGGAGGGGGAAGGCTGGTATCGATTGAACGGCGGCAAAACCCATTCTCTGCTCAAGGGGCAGGCGGTTGTCATCCCGCCGGAAACGGCGCATGAATATGGATCCTCGGAGTTTCATCCCTGGAGCATTTACTGGTGGCATATGAAGGGGACGCATGCAGGTTTATTGTTCGAGGGTTTTACCGACGCAGCCGAACCCGCCGTCGTTCCGGTCGAACAGTCAAGGAGCATCGTGGAGCTGTTTCAGGAAAGTTACGAGCTGCTGCAAAAAGGGTATACGCTGAACCATATCATCCATGTCTCGCAGCTCGCCGGCCACTTGGCAGCCATCATCCGCCTCGCCCGGCTCCAACCGCAGCGGGGGCAACACCAGCACAACAAGCATGACATGGAGCAGACGCTTCGGTTCATGACCGAGCATCTGGAGGGGCATGTGAGCCTGAAGGAGCTGGCGGCCTACGCCAACCTGTCCATACCGCACTTCACCTTCCGGTTCAAGGAAGCGACGGGCTACTCCCCCATCGATTACTATCTGCGGCTCAAAATCCAACGGGCCTGCCAGCATCTGGACCTGACCGGCCAGAGCGTCAAGGAGATCAGCCACCGTCTCGGCTTCCAGGATCCCTACTATTTCTCGCGGCTGTTCAAAAAAATCATGGGAAAATCCCCTTCCGAATACCGAGATACCCGGAAGGGGTAG	MALHPVDNNSVPIHSKAMDTIRKPDGFESQKIMVLPDHIMKEAARHPLVEPLYVTDIGYFPRALHHYRERPEGSGAYILIYCVEGEGWYRLNGGKTHSLLKGQAVVIPPETAHEYGSSEFHPWSIYWWHMKGTHAGLLFEGFTDAAEPAVVPVEQSRSIVELFQESYELLQKGYTLNHIIHVSQLAGHLAAIIRLARLQPQRGQHQHNKHDMEQTLRFMTEHLEGHVSLKELAAYANLSIPHFTFRFKEATGYSPIDYYLRLKIQRACQHLDLTGQSVKEISHRLGFQDPYYFSRLFKKIMGKSPSEYRDTRKG	PGPT0017485_266	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_01969	489			hypothetical protein	ATGATTAACAAATTCATACTCTGTCTAGTCATGTTTGCCATTATTATTTGTGGATGCAGCAATAACAGCAAAGAAAAAGATGAGCCTGTGAATAAATATGTGGGGTACGTCGTTCAAAAAGAAGATGGCAGGATTTTGGTAACCCGTTATGATGAAAAATCAGATTTAAACGACGCAATATGGATCAGAACCAAAAGAAAGATAGAGTTAGGACAACAAGTTTCGATCGAAATTGACGGAGGTATTGACACCTCCTATCCAGCTCAAGCTTCAGCTAGAGACATAGATATCCTGACAAACGAACGTCCTAAATTATCCAAATTCGGTCAACAAGAAGTAATCGTTATGACATTGGAGCATTTTGATCAAATTGAAGTACCTTTCATTAAGTCTATACACTACTCCGATGTAAACAACGTTTGGACTGTCGTCATTCTTGACGGCATATCGGATTCCAAAAAGGAAATGGAATTTACTATAGAGGGCTAG	MINKFILCLVMFAIIICGCSNNSKEKDEPVNKYVGYVVQKEDGRILVTRYDEKSDLNDAIWIRTKRKIELGQQVSIEIDGGIDTSYPAQASARDIDILTNERPKLSKFGQQEVIVMTLEHFDQIEVPFIKSIHYSDVNNVWTVVILDGISDSKKEMEFTIEG				NA	NA	NA	NA	NA
JZ016_01970	2112	agaA_1		Alpha-galactosidase AgaA	GTGACCATTCAATACCAAGAACCGTTTCGCGTGTTTGCGATACAAACCGATAACAGCTCCTATCTGTTCGGCATCAACGACAGCGGCAATCTGCAGCATCTATACTGGGGGGAGCCGGTCGGGATCGAAGATGCAGCGCCGCTGCTGCGCCCGAGATCGCACAGCTCGTTTGATGCGGAAGTCCATTCGGAGGTGGAGGAATACAGCTTCTGGGGCGGCGTCAAATACAGCGAGCCCAGCCTGAAGGTCCGCATGCCGGATGGCGTGCGCGACTTGGCGGTTCGTTATGCCGGGCATCGCACGCTGCAGACGGAAGGCAGAGAGACGCTGATCATTGTTATGAAGGACGAAGCGTACCCGCTTGAAGTGGAGCTGTCCTACCGGGCGATTCCCGAGTGCGACCTGATCGAACGTTCGGCCCGGATCGTCAACCGCGGCGAGGCGGATATCGTGCTGGAGAACGCGCAGTCCGCGGCCTGGGTCATCCCCTATCTGGCGGATTACCGCCTCACGCACGTGACGGGAAAATGGTCCGGCGAATTTCAACTGCGCAGCACTTTCCTCACCGAAGGTAAGAAGGTGCTGGAATCCCGTAGGGGTTTCACGGACAGCCATGCCAACCCGTGGTTTGCGATGGATGACGGACATGCCACGGAATCGGCGGGGCAGGTCTGGTTCGGGGCGCTGGCCTGGAGCGGGAACTGGAAGATTACGGCCGAGCGGACGGTGTTCGAACATGTTCGGGTGACCGGAGGCATCAATGATTTCGACAGCGAGTGGGTGCTGGGAGCGGGAGAAGCCTTCGATACGCCCGGATTCGTCGGGGGATACAGCAGCGGCGGCTTTGGCGGGATGAGTCGGCGGCTGCACCGCTATCAGTATTCGGATGTCCTGCCGGGCAGCCAGACGAGACCGGTCCTGTATAACTCCTGGGAGGCGACGTACTTCGATGTCAATGCCAAGGATCAAATGGCTTTGGCCGAAAGAGCCGCGCGTTTGGGCGTGGAATTGTTCGTCGTGGACGACGGGTGGTTCGGCGGTCGCAACCATGATCGGGCCGGGCTTGGCGATTGGTTCGTGAACCGGGAGAAGTTCCCGAACGGTCTCGGCGAGCTGATTGACAAGGTGCATGAGCTCGGCATGGATTTCGGCATCTGGGTAGAGCCGGAGGCCGTCAATCCGGACAGCGACCTGTACCGGGAGCACCCGGATTGGGTGTACCATTTCGAGACGCGGGAGCGCTCCGAGCTTCGCAATCAGCTGCTGCTGAACATTTCGAAGCCGGAGGTTAAGGCCTACATTCTGCAGTTTATGACGGACCTGCTGGAGAAGCATGACATCAAGTTCATTAAGTGGGACATGAACCGGACCGTAACCGAACCCGGCATGAAGGACCATCCGCTTCACCGCCAGAAGGAGATCTGGATTCGCCATGTTCAGAGCCTGTACGAGATTTGGGAGGAGCTGCGGCGCAAATTCCCGCATGTGGCGTTTGAAACCTGTGCCGGCGGCGGAGCGCGCATCGATCTTGGCATCTTCCGGTATGCCGACCAATCCTGGCCGAGCGATAACACCGATGCCTTTGACCGCCTCAGCATTCAGGAGGGCTTCTCGTACACGTATGCTCCGCGGATGATGACCTGCTGGGTAACGGAGTCGCCGACAGGGATGAATCGCAGGCAGGTATCCCTGAAATACCGCTTCCACAGCGCCATGATGGGAACGCTCGGCATCGGCTCCAACCTGAATGAGTGGAGCGATGAGCTGATTGCGGAATCGGCCGAATATGTGGCGCAGTATAAATCCATTCGCCATCTGGTTCAGTTCGGCAGCCAGTATCGCCTCGACTCGCTTCGGCATAAAGGCGTAACGGCCGTGCAGTACGGCAGCGAAGACGGCAGCGACAACGTGCTGTTTGCGTTCCTGCACAGCCAGAAGCTGGGCGAGCCGCTGCCGCGACTGCAGCTGACCGGACTGCAAGCCGATCAGTCGTATGCCATTGAGGGGGTGGCCGGCACATGGAGCGGCAGGGCACTCATGAACATCGGGATCGAGCTGCCGCTGCGTGGGGATTTTGACAGCTTGGCGTATCGGATTCAGAGACAGGAATGA	MTIQYQEPFRVFAIQTDNSSYLFGINDSGNLQHLYWGEPVGIEDAAPLLRPRSHSSFDAEVHSEVEEYSFWGGVKYSEPSLKVRMPDGVRDLAVRYAGHRTLQTEGRETLIIVMKDEAYPLEVELSYRAIPECDLIERSARIVNRGEADIVLENAQSAAWVIPYLADYRLTHVTGKWSGEFQLRSTFLTEGKKVLESRRGFTDSHANPWFAMDDGHATESAGQVWFGALAWSGNWKITAERTVFEHVRVTGGINDFDSEWVLGAGEAFDTPGFVGGYSSGGFGGMSRRLHRYQYSDVLPGSQTRPVLYNSWEATYFDVNAKDQMALAERAARLGVELFVVDDGWFGGRNHDRAGLGDWFVNREKFPNGLGELIDKVHELGMDFGIWVEPEAVNPDSDLYREHPDWVYHFETRERSELRNQLLLNISKPEVKAYILQFMTDLLEKHDIKFIKWDMNRTVTEPGMKDHPLHRQKEIWIRHVQSLYEIWEELRRKFPHVAFETCAGGGARIDLGIFRYADQSWPSDNTDAFDRLSIQEGFSYTYAPRMMTCWVTESPTGMNRRQVSLKYRFHSAMMGTLGIGSNLNEWSDELIAESAEYVAQYKSIRHLVQFGSQYRLDSLRHKGVTAVQYGSEDGSDNVLFAFLHSQKLGEPLPRLQLTGLQADQSYAIEGVAGTWSGRALMNIGIELPLRGDFDSLAYRIQRQE	PGPT0018835_1516	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407	NA	NA
JZ016_01971	1614			hypothetical protein	ATGAAGAAACTAAAATTGATGCTGGCAGCAGCCCTCGTTATGACAACGCTTTCGGCTTGCGGCGGCAACCAGAAGGCGGCATCGGGCGGAGACAGCGGTACGAATGCGGACAGCAGCGCGCCGATCACGTTAACCTGGTTTGACCAAAACACGGGGGATGCCTTTACCAATCCGGTCGCTAAAGTGATTACGGAAAAAACAGGCGTGACCGTCGAGATCCAGCAGCCTACGGGCAATCCGGTTGAGAAGCTGAATCTGATGCTGGCCAGCGGCGATCTTCCGGACGTTATTTTGATGAGTCGTGGAAGCGATATCATGAATAAGTATATTACCTCGGGCGCGGTGATCCCGCTGAATGACCTGATTGAAGAGCACGGACCGAATATCCAAAAAATGTACGGCGACACGCTTGCCAAAACGCGAAGCGAGGACGGCAACAATTATTATTTCTCCAACTGGTACGGCTTGGAGCAGTACCCGGTGTTCGGCTTCATGATGCGCATGGACATCATGAAGGAGCTGGGCGTCGGTGATAAGGTGAACAACGGCGAGCCGTTTACCACAGAGGAATTCGAGCAGCTGCTTGTCAAGTTCAAGGAGAAATATCCAACGATTGACGGCAAAGAAAGCATTCCGATGACGCTCAACGGCGAGAACGTCGGAGCCGTGACCGGCAGCTTCAAGGGCATGTACGGCATGATGCCGTATTACGAAACAAACGGGGAGCTGAAGAAGGACGTCCGCGATCCGCGCTATCTCGAAATGGTCAAATTTCTGAACTCCCTGTACCGCAAAGGCCTGCTCGATAAGGAATGGGCAACGATGAAGACCAAGCAGTTCGAGCAGAAGCTGGGCAACGGCAACGTATTCGCCACGGCGGAAGCGCTCTGGAATGTAGGAAATGCGAATGCGCTGCTCAAAACCGAGGCAGCCGATAAGGCTACCGAGGACGAGCGTCAGTTCTACCAATATAAAGTGCTGGCCCCGGGCGTGAAGCCGGAAGAGGCCACTTACGGACCGAAGAGCTCCCTGGGCTGGGACGGCGTGGCGATCAGCCGCTCCAACAAGGATCCAGTCCGGACGATGAAGCTGCTGGATTTCCTGGCCAGCGAGGAAGGCCAGTATCTGCTGATGTGGGGAGTAGAGGGCGAGCATTGGGACATGAAGGACGGCAAGCATGTGCCAAGACAAGAAGTGCTGGACGCCTTCAAGAAGAATTGGGACGAGGCTTCCCGTACGACGGGCATTCGCAAGTGGACCTGGATGATTAAGAACGGTCCCGGCGAGGACGGAACCCCGTATGACCTGATGGGCCGTTACCAGACCGATCCGGTCACGGATCTGGCGATCAAGAACCTGGCCGATACGTCGTTTGATACGGCACCGTATGACAACCTGGGTCCGGCTGGCGGAACGCCGGAAGCCATTATGGAAACGAAGGTGAACGATACCATCAATAAATATTTCCTGAAGATGGCCCTGTCGCCGTCCGAGGACCAAGTGGTGGAATCCTATAACCAGATGATGGCCGAGATCGAGGCGGCTGGCCTGGCCAAGCTGGAAAAGATTTATACGGACAACTTCAACAAACGTCAAGAGCTGTGGGGCAAATAA	MKKLKLMLAAALVMTTLSACGGNQKAASGGDSGTNADSSAPITLTWFDQNTGDAFTNPVAKVITEKTGVTVEIQQPTGNPVEKLNLMLASGDLPDVILMSRGSDIMNKYITSGAVIPLNDLIEEHGPNIQKMYGDTLAKTRSEDGNNYYFSNWYGLEQYPVFGFMMRMDIMKELGVGDKVNNGEPFTTEEFEQLLVKFKEKYPTIDGKESIPMTLNGENVGAVTGSFKGMYGMMPYYETNGELKKDVRDPRYLEMVKFLNSLYRKGLLDKEWATMKTKQFEQKLGNGNVFATAEALWNVGNANALLKTEAADKATEDERQFYQYKVLAPGVKPEEATYGPKSSLGWDGVAISRSNKDPVRTMKLLDFLASEEGQYLLMWGVEGEHWDMKDGKHVPRQEVLDAFKKNWDEASRTTGIRKWTWMIKNGPGEDGTPYDLMGRYQTDPVTDLAIKNLADTSFDTAPYDNLGPAGGTPEAIMETKVNDTINKYFLKMALSPSEDQVVESYNQMMAEIEAAGLAKLEKIYTDNFNKRQELWGK	PGPT0017245_1880	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_01972	1836			hypothetical protein	ATGAATACCGCAAAAACATCTAGCCCGTCCGGCCCGTGGAGCCGGCTGGCAGGGGCTTTCCCGTTCGCGCACTTACGCGCATACACCAATTGGCGGCTCCGGCACAAGTTCTTTTTCATCTTTCTGATCGTGATCATCCTTCCGTTCTCGCTGCTGATCTATTATTCGTATTCTTCGACCCGCAGCACGATTACGGAGCATACCTATACGGCCTTGGGCGGATCGCTGGCACAGATTAACACCAACGTGGAGAAGCGGCTGGAGTATTACAATCAGCTGTCGAACATCCTCTACATGGATGCGCAGCTCCGCAATTATCTGTCTACCGATTATGAGCAAGCGTACTATTATCTGGATGCCTTCCAATATATCAACCGGACGCTGCCGTCCCTGATGACCCTGAATGCCAACATTCTGGGCATCACGATTTATACGGGGAACCATACCCTCTATTCCGACGGCCAATACGTCAAATATACGGAAGAGCTGCCCCGGGCGATGGAGGAGCTGGTGCTGGATGCCGCCGGCAATACGGTGTACTTCCATTCCGGGAATTTCAAGGCCGATGATGCACATATCACCATTGCCCGTTCGTTAAGTTATTTCAGCCTGCAGCATCCGTACGGGATATTGACCATGGATATTAACGCGAACGAATTCTACTCCCTGATCAAAATGGAGAACGACAACAAAAGCGTCTATATTGTCGACGAGTTTGGCGGCGTGATCAGCACGGGGGATCAGAACCTCCAATCGAACCAGCTGTTCGACGTGTTTCCGATTCAGGAGCGGATGACCCAGGATGCGGGCTCATTCGATATGAAGATTAACGGCCAGGAGCGTTTTTTCACGTATAAAAAGCTCAGCAACGGTTGGTCCACGGTCATCACCGTGCCCTACGACGAGCTGCTGGCCAATGCGAATCAGGCGACCAAGAATGTCATTTGGTTCTCCACGCTGGCGATTGGCATTGCCATCCTGCTGCTCTATTTTACGACCAAGGTCATGACCAAGCGCATCGAGGTGCTGCTGCAGCAGATCCGGAAGGTGGAGCGCGGGGATTTCCGGCTGTCGATTAAGCCGATGGGGCATGACGAGATCGGCCAGGTGTCCTTTGCGTTCAATAAGATGGCCGCGACCATACAATCCCTGATCCATGACGTGTACGTGAAGGAGATCGCAAGGAAGGAGTCGGAGCTGAATACGCTTCAGGCCCAGATCAACCCCCATTTTCTGTACAACACCTTGTCCTCGATCTCTTCGCTGGCGATCAAAGAAGGGGCTATGCAGGTGTACCAGATGGTCAATTATTTGGCCAAGTATTACAGGGTGTCGCTGAATAAAGGAAAGCGCATCATTCTGCTGGAGCAGGAAATCAATCTGGTGAAGAATTATGTCGCGATCCAGAAGATCCGGTTCCGGGACAAGCTTCATATGCATTACGACCTGGATGAGCAGCTGTTCGGGAACACAACGATCAAGCTGATTCTGCAGCCGTTCATCGAGAACTGCATCAATCATGCCATTGGGGACGAATCGGGAATCAACATTAACGTGAAGCTCAGGCAGGAGGGGGACGACATCTTGCTCCAGGTCATCGACGACGGCATCGGGATGAAGCCCGAACAGCTCGATCACGCGCTGAACAAATCGGATAATCTGTCGGGCTACGGCGTGAAAAACGTGGACGACCGGATCAAACTGACCTACGGGGAAGAATATGGCGTCAGCATCTTCAGCCGGCTCGGCATCGGAACCGCGGTGACCATTCGGATACCTGTAATCTCCGATAGGCATCCTGCAAATGAACGGAACCCGCAGCAGGCGTTACCCTGA	MNTAKTSSPSGPWSRLAGAFPFAHLRAYTNWRLRHKFFFIFLIVIILPFSLLIYYSYSSTRSTITEHTYTALGGSLAQINTNVEKRLEYYNQLSNILYMDAQLRNYLSTDYEQAYYYLDAFQYINRTLPSLMTLNANILGITIYTGNHTLYSDGQYVKYTEELPRAMEELVLDAAGNTVYFHSGNFKADDAHITIARSLSYFSLQHPYGILTMDINANEFYSLIKMENDNKSVYIVDEFGGVISTGDQNLQSNQLFDVFPIQERMTQDAGSFDMKINGQERFFTYKKLSNGWSTVITVPYDELLANANQATKNVIWFSTLAIGIAILLLYFTTKVMTKRIEVLLQQIRKVERGDFRLSIKPMGHDEIGQVSFAFNKMAATIQSLIHDVYVKEIARKESELNTLQAQINPHFLYNTLSSISSLAIKEGAMQVYQMVNYLAKYYRVSLNKGKRIILLEQEINLVKNYVAIQKIRFRDKLHMHYDLDEQLFGNTTIKLILQPFIENCINHAIGDESGININVKLRQEGDDILLQVIDDGIGMKPEQLDHALNKSDNLSGYGVKNVDDRIKLTYGEEYGVSIFSRLGIGTAVTIRIPVISDRHPANERNPQQALP				NA	NA	NA	NA	NA
JZ016_01973	1542	rhaR_25		HTH-type transcriptional activator RhaR	ATGTATAGCATTTTTCTCGTAGATGACGAAGAGCTGGAGCTTGAGATGATCCGAGATTATATTCGTTGGGAAGAGATGGGGATATATGTAGCCGGAACAGCCCTGAACGGCAGGGATGCCCTGGAGAAGATCGAGGTGATTCAGCCCGATATCGTACTGACGGACGTCCAGATGCCCGTCATGAACGGGCTTGATATGGCGAAACGGGTGAGTGAGTTATTCGACTGGATTCAGTTCGTCTTCCTGACCGGACACGATGAATTCAATTATGTGAAGTCGGCCTTAAACGTGGGAGCCGTCGGCTATTTATTGAAGCCGCTGGATCTGAGCGAGATTGTAAGCGTTATCGATAAAGTCAAGCGGCGCTGCGAGGAAGTGCGGATGAAGAACCGCTCCATTCGCGTGACCAAATCCAATATTGTACGAGAGATGATATTCGAGCAGAACGAGGAGCGATTCCGAAACCTCACTGCCAGCTACCATAAGCTGTCCCGCCATACGGAGCCGAGAACGTATACCCTTACGCTGCTCGGCATCGATGCTCCGCACGCTGCACAGCCGGGGCTGTCCCTCGAGGATGGCATGGCGCGCCTGCAGACGTTTATGGAGGAGTGGCTTGCGGACAAGAAACTCGAGGCGGATCTGGTCATCTGCCGGGAAGGCGAGCTGGGCATCTTCATGGATGCCGCCGGCCATCTGAGCCGCTTTACGTGGGAGGATCTGCTGAAGCAGATGCAGCATACGCTGGGCTGTACGATGACCGCGGCCGTGAACGAGGAGCCGGAAGAGCTGTCCCGCATCCAGGATGTTTACAGGGAGACGCGGCAGATGCTGGAGGAGATGTTTTACGTCGGGAACGGGAGAGTCATCTATGCCAAGGACGTGCTGCGGCAGCTGGAGAGCCGGCAAATTCCTCCTTTCCAAGAAACGGCCTATTTCGAGGACATTCATCAGCTGGCGTCCGAGCAGGCCGCGCAGAAGCTGCGGGATTACTTCAACCGGCTGGTCATGCTGCGAATCCGAAAAACCGAAGTGTGCGACTTCGCCATCGGACTGGTGGAGTCTCTGCTGGAGGGGATCCACGAACCGATCACGGAGAGCCACAAGCGGGCGGAGCTTTATCATGCCATCTACCAGTGCCGAACCATTATTGAAATCGAAGCGATCATCATGGATTTTGCCGGACATGCGATTCGGACGTTGGAACACCGGTTCATGGACAAAAATGCAAGGCTGGTGCACCAGGTGCGCACGACGATCGACCAGACCTATCACCAGGCCATCACAATCAACAGCTTGTCCGATCAGGTATATCTGTCTCCCAACTACCTGCGTTCCATCTTTAAGGAGAAAACCGGCATGACGATCCATGATTACCTAACGAGAATCCGGCTGAACAAAGCCAAGGAGCTGCTGGCCGACGATTCGCTCAAGGTGCAGGACATCGCCCAAAGGGTCGGTTATGAGAGCACATCCTACTTCATTTCCTTATTCTTAAAAAGCCAAGGAGTTACGCCGAATGAATACCGCAAAAACATCTAG	MYSIFLVDDEELELEMIRDYIRWEEMGIYVAGTALNGRDALEKIEVIQPDIVLTDVQMPVMNGLDMAKRVSELFDWIQFVFLTGHDEFNYVKSALNVGAVGYLLKPLDLSEIVSVIDKVKRRCEEVRMKNRSIRVTKSNIVREMIFEQNEERFRNLTASYHKLSRHTEPRTYTLTLLGIDAPHAAQPGLSLEDGMARLQTFMEEWLADKKLEADLVICREGELGIFMDAAGHLSRFTWEDLLKQMQHTLGCTMTAAVNEEPEELSRIQDVYRETRQMLEEMFYVGNGRVIYAKDVLRQLESRQIPPFQETAYFEDIHQLASEQAAQKLRDYFNRLVMLRIRKTEVCDFAIGLVESLLEGIHEPITESHKRAELYHAIYQCRTIIEIEAIIMDFAGHAIRTLEHRFMDKNARLVHQVRTTIDQTYHQAITINSLSDQVYLSPNYLRSIFKEKTGMTIHDYLTRIRLNKAKELLADDSLKVQDIAQRVGYESTSYFISLFLKSQGVTPNEYRKNI				NA	NA	NA	NA	NA
JZ016_01974	978	yteP_29	COG4209	putative multiple-sugar transport system permease YteP	ATGAAACCTGCTACAACCTTACAGACGCGGAGTGACTTGAACTTGAGTCCTCATCGAAAAAGCCGCTGGGCCATGCTGAAGCAGCAGAAGTATCTATTCCTAATGATGCTGCCCGGACTGATCTGGGCCATTGTGTTTGCGTATACGCCCATGGTTGGCCTATACATGTCCTTCGTCAATTACCAGCCGACGCTCGGCGGCTTCTGGTCGACCCTGTTCACGAGCGAGTTCGTCGGCCTGGAGTGGTTCCGTTACTTCTTCAACAACGGCGATTTCTGGATCGTCATGCGGAATACGCTGGCCTCCACGCTGATCACGCTGCTCTTCTCCTTCCCGATGCCGATCCTGATCGCCATCGCGATTAATGAGATCAAGAGCGTAAAGTTCAAAAAGACGGTGCAAACCGCCTCCTATCTTCCCTATTTCATATCCTGGGTGATCGCGGCCAACATCATCGTGACCCTGCTCTCCTCGGACGGCGCGATGAACGGCATATTGAAATTCCTCCATATTACCGATGAAAGCGTTTTATTCCTGCAGAACGGCAAGTACTTCTGGTGGATCGTCGCGCTCGGCAATACGTGGAAGGATATGGGCTACAGTTCGATCATGTATTTGGCGGCCATCTCGTCCATCAACCAGGAGCTTTATGAAGCGGCCAAGGTGGACGGTGCCAACCGTTTTAAACAGATCCGGTACATCACCCTGCCCCACCTGAAGCCAACCATTGTCATTTTGCTGATTCTGGCGCTTGGCGGCATCCTGAACGCGGGCTTCGACCAGCACTTCCTGCTCGGCAATGACCTGACACGGGATTACTCCGACGTCCTGTCCACCTATTCGTTCCGCTACGGTATTCAGAACGGCATGTTCTCCTATGCGGCAGCCGTCGGCATGTTCAGCTCCGTGGTGGCGTTCATCATCGTGGTTATCGTCAACTATACGGCGAAGAAGCTGAACGGGCAGTCCCTATTCTAA	MKPATTLQTRSDLNLSPHRKSRWAMLKQQKYLFLMMLPGLIWAIVFAYTPMVGLYMSFVNYQPTLGGFWSTLFTSEFVGLEWFRYFFNNGDFWIVMRNTLASTLITLLFSFPMPILIAIAINEIKSVKFKKTVQTASYLPYFISWVIAANIIVTLLSSDGAMNGILKFLHITDESVLFLQNGKYFWWIVALGNTWKDMGYSSIMYLAAISSINQELYEAAKVDGANRFKQIRYITLPHLKPTIVILLILALGGILNAGFDQHFLLGNDLTRDYSDVLSTYSFRYGIQNGMFSYAAAVGMFSSVVAFIIVVIVNYTAKKLNGQSLF	PGPT0017250_535	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_01975	894	ycjP_4	COG0395	Inner membrane ABC transporter permease protein YcjP	ATGTTAAGCAAAAAAACCGTGCCCGAGCGTATCTTCGATGCCTCTTTATACCTGTTCCTGACCGGCATCTTTCTCGTGACCTTCTATCCGTTCTGGAACATCCTGGTCATCTCCTTGAACGATGCAACCGATACGATGCGGGGCAACCTGTACTTCTGGCCGCGCGTGCCAACCATCGAGAGCTACCTGACCATCTTCCGGAATCCGGAGATCTGGAGCGCCATCAAGATCACCGTGCTGCGAACCGTCGTCGGGACAGCGGCATCCATCTTCTTCATCACGCTGCTCGCCTATCCGCTCAGCAAGCGCAATTTGCTCGGGTGGAAATACTTTTCCTTCTTCTTTGTGTTCACGATGTATTTCGGCGGCGGGCTGATCCCGACGTATATGATCATCAAATCCCTGGGGCTGATCGACTCCTTCTGGGTCTATATCTTCCCTGGCTTAATCGGCGTGTTCCTGATGATTCTGGTGCGCACCTTCATGGAGCAGATCCCCGGCGAGATTGAGGAATCCTCCAAAATCGACGGCGCCAACGACCTGCAGACGTTCTTCCGCATCATCATGCCGCTGTGCGTACCGGTGCTCGCGACGATCGGCCTGTTCCTGGCCATCGGCCACTGGAACTCCTGGTATGACTCCTATGTGTATACCTACAAGCCGGAGCTCAAGACCCTGCAGGCCGTCCTGGTCAAAATCCTCAACCAGTTCCAGACCGCCGGCATGATGTCCGACGCCCAGCAGCTGGCGCAGGGCTCCAAGCGGATCCCGGTCTCCAGCGAAAGCATCCGGATGGCGGTGACCATGGTCGTCACGCTTCCGATCATTATGGTGTATCCTTTTGTGCAAAGGTATTTTGTGAAGGGGATTATGATGGGAGCTATAAAGAGTTAG	MLSKKTVPERIFDASLYLFLTGIFLVTFYPFWNILVISLNDATDTMRGNLYFWPRVPTIESYLTIFRNPEIWSAIKITVLRTVVGTAASIFFITLLAYPLSKRNLLGWKYFSFFFVFTMYFGGGLIPTYMIIKSLGLIDSFWVYIFPGLIGVFLMILVRTFMEQIPGEIEESSKIDGANDLQTFFRIIMPLCVPVLATIGLFLAIGHWNSWYDSYVYTYKPELKTLQAVLVKILNQFQTAGMMSDAQQLAQGSKRIPVSSESIRMAVTMVVTLPIIMVYPFVQRYFVKGIMMGAIKS	PGPT0017255_1323	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_01976	1995	rep_1		ATP-dependent DNA helicase Rep	ATGAATAAGCAAGAAATGGAACAAGAGATAATAAACACTCTGTGTGGAAATAAAGAAATTAGCTCATATATTTCTTTAATTGAAAGTAAGGTAAAGGAAAAGACTGAACAACAATTGAAATATGTTCTCTCTCCGATTAATGATAACATTTTCTTAGAGGCCTGTGCTGGGAGTGGAAAAACTGAAGTTGTTGGAATGAAAACAGCTTATGAGATTAGTAAGTGGAGTTCTAAAAATAGTGGAATAGCCGTGCTTACGTTTACTAACGAAGCAACGGATACAATTAAAGAAAGAGTGGATATATTTTCTGGTTTAACCTCTTTGTATCCGCACTATATAGGAACTTTATCTGGGTTCATACATGGTTTTATTGCTCAAAGCTTTGGATATAAATATTCTAAACACAAAAATAACAAGGGGGACACCTCCTATAGGTTAATAGATAAAAATTTAACTGTATTTGAGAACCACTGGTTAAAAAAGTACAAACTCCCTTACATGAATATGAACTCAAAACGTCAAGACTTCTATGCTAACCAAGTTTATTATGATTATAAAATTAAAGATATTATTATTTATCATTCAGAAAATTATAAAATTCCGTTAAAAGAGTATTATCAATCTGCTGAAGTACAAAAATTCATTCAGGATTATAGAAAGAAGAAAAGCAATAATCAATTATTAGGATTTAACTATATAAAAGAAGAGATAGTCAAAGTTAAGCAAACTTTTTTGAAAGATGGATTCGCTAACTTCGAAGATATAAATAATATGGCATTTAGAGTTTTAAAGCAAGATAACCATATTTCTTCGCTCATATCTTCACGTTTCCCTGTTATTCTAATAGATGAATGCCAGGATTTATCTTGGATTGAGATTAATATTCTTGATCAATTAAGAGCTTGCGGCTCTACTCTCCATTTCATTGGAGATCTAAATCAATCCATTTATGAGTTCAAAAACGCCAATCCTGAAAACACAAAAGAATATTTATCTGGATTCAAAAAGTTTTTTTTAACAGATAATTTTAGAAGTTGTCATTCAATAGTGAATACATCGAATAAATTAATAGGTATCAAGTCACCAATACATGGTCGAGCGACTGAAATTTTAGGTGATAGAAGTGTTTGTTATTTAGAATATAGTGATTTGTCTTTAGTGATTCAACAATATTTGGATTTTCTAAAGGGAATTGCAATTCCTTTCAATAGGTCAGCTATATTGGTAAGACAACAAGCATTAAAACAAGATTTAGATACAAGCTCCACTGTAAGTAAACACCCGATTTTAGATGCTTTACAACTTTGGAATGAAAACACACCAAATTCAAGACTGTTAGCATTAGAACTTGCCAGTAATCATATGCAAAGATGGTTTGGAGGGGCTAAAACTAAAAAAAACTATCATTGCCCTAGTTCAATTGACTCTGTTTATAGATGGAGAATTTTTATTAAAGATTTCTTGGACGGATGTTCAGTATATCCTGATTTAATGATGTTTGAAAATAATAGTTATACTTCATGGTATAAAAATTTTAATAAACACTTTTTAAATATAATATTGAATGCTTATCAAGATTTAAAGAAGTTTGATAACGAAGTGAGAGACTTTAATGACTTACCTAAATTTATAGCCCCCCGTGGCACTGCTAAAAGTAATATCATTACCTACAACGCAAGAGATAGTTTAAATTTGTTATCAATAAACACCATACATTCGGTTAAAGGCAAGGATTTTGATAGTGTGATGGTGGTTTCAAGCCGGCGTAACTCGGGAAGCGCCCATTGGAAGAAGTGGATTGAAAAAGAACTTGAATCCGGCAGAATAGGTTATGTTGCAAACACAAGAGCAAAGTATTCTTTGGTCTGGGCGGTTCCAGAATTAAATGATGAAGATCGATTTAGGATTGAATCTTATGGTTTTAAACCTATGAGACTCGAAAACGGAGGGGAAATGGTAATCAGTAATAAGACAAGAATACCTGTTGAAGTATAA	MNKQEMEQEIINTLCGNKEISSYISLIESKVKEKTEQQLKYVLSPINDNIFLEACAGSGKTEVVGMKTAYEISKWSSKNSGIAVLTFTNEATDTIKERVDIFSGLTSLYPHYIGTLSGFIHGFIAQSFGYKYSKHKNNKGDTSYRLIDKNLTVFENHWLKKYKLPYMNMNSKRQDFYANQVYYDYKIKDIIIYHSENYKIPLKEYYQSAEVQKFIQDYRKKKSNNQLLGFNYIKEEIVKVKQTFLKDGFANFEDINNMAFRVLKQDNHISSLISSRFPVILIDECQDLSWIEINILDQLRACGSTLHFIGDLNQSIYEFKNANPENTKEYLSGFKKFFLTDNFRSCHSIVNTSNKLIGIKSPIHGRATEILGDRSVCYLEYSDLSLVIQQYLDFLKGIAIPFNRSAILVRQQALKQDLDTSSTVSKHPILDALQLWNENTPNSRLLALELASNHMQRWFGGAKTKKNYHCPSSIDSVYRWRIFIKDFLDGCSVYPDLMMFENNSYTSWYKNFNKHFLNIILNAYQDLKKFDNEVRDFNDLPKFIAPRGTAKSNIITYNARDSLNLLSINTIHSVKGKDFDSVMVVSSRRNSGSAHWKKWIEKELESGRIGYVANTRAKYSLVWAVPELNDEDRFRIESYGFKPMRLENGGEMVISNKTRIPVEV				NA	NA	NA	NA	NA
JZ016_01977	1986	recF_1		DNA replication and repair protein RecF	GTGTATATATCAAATTTGAATATTGCCGGATATAAGAACTCTAAAGAAAAATCTATAATAAAGTTAAATCAAGGGCTCAATGTATTGGTTGGAGAAAATGGATCAGGAAAAACGACAATAATTAATGCCCTAAGGCTTATTCTACGAGAGAATGAGTTTTCAAATATGAATATTGATGAAGACGATTTTTATATTTCGTTGGACAAACAGTACTCTGCTCCTGACATAAGAATAGATATTACACTTGAATCCCTGAGTTCAGATGAACAAGTAACATTTTTAACTTGGTGCGATGCAGATTATAAAGCCCAATTGCACTTAGAGGTTAGTTCAAATCCCAATAGGAAGGGGTATTATAAGAAAGAAATATGGGGTGGGGCATCGAAATCAAGCATCTTTGAAGAGGAAACTTTTGAGTGTATCGATTGTATATACCTGCCACCTCTCCGCGATGCAGAGGAAAAGTTAGTTAATGGGAAGCGGTCCAGACTGGCGCAGTTATTAAAGAAACAATATGGCGACAACAAGGATTCACTTGTACAGAATGTAAGTAAGTTTAACGAACAAATCACAAGTAATGCTGAAAAAAAATATGACGAAATTGAAACTGCGAAACTCAACATTAATACAAAGCTTGAGGAGAGCTTGGGGCAACGTCTTGGTCAGAGTATAAATCTGCAATTCGCAGAGACAACATTTAACAAAATTGTAGAAAGCATAAGAATGGTTTTCTTTCCAGGCATTAAGCAGAGCGATCCAGATAAATTCAGAGACATCGCAACTAATAGCCTGGGATACAATAACTTGTTATACATAGCCACTGTATTTGCTGAGCTTGAACTACTAAAAAATAATAACATGATAACTGTTTTACTGATAGAGGAGCCGGAAGCGCATTTACATCCTCAACTTCAGGTGAAATTTATAAAGTATCTAGAAGAGATAACCCGTAAACTTGGAAATATACAGGTTATTATTACCACACATTCTCCAGTCCTTGCTTCTTCTATACATACTGATAACTTAATTCATGTTACTCAAAATGAAGACAAAATTGTTGCAACCTCATTAAAGGATATCGATTTAGGTGAAAGCAAAAATTATATCAATCGATGGCTAGATGTTACAAAGTCTACACTGCTTTTTTCAAAAGGTGTCATTCTTGTAGAAGGCATAAGTGAGGCTATGCTGATACCTACATTTGCAAAGATAGTATTGGCGCAACATAATAAGAAAGCTTTGGATAATTCTGAAGCATTATTGCCAACCTCATTAGAAGAGGCTGGTGTATCTACAATTAACATTAACGGAATAAATTTCAAACATTTTATGAAGCTGTTTGCAAAATGTGATGGTTCCTCTAGTGAAGTGCAACTACCTATTTTTTGTTCTGGAATTACTGATAATGATCCCCCAAAGCTCAAAGTTTTTGTCTATGATGAAAATGGAAAATTAAAAAAAGATAAGGAAGGTGAACCCATAACTATATTACAAGATACATTTCCTTTACCAAGCGAATCACCAATTGGAGCTAATAGCGCAATCCAGCTAATGGATGATATTAATAAGAGCAAATGGGGGCGTTTGTATCGTTCACCTTTAAAAACGTTTGAATATGATTTAGCAATAAATGGAAACAATAACCAAATGGCAAAAGTCCTTCATGATTTATGGCCTGTTTCTGGAAAAGTAAAAAAACAATGTAGTGCAATATCTTCTAGAAGCAATCAGTACTCAGAGGATGAAGATATGTTAAAAGAGGACGCTGAATATATCTTTAAGCATATTGATGCGAACGAAGTTGGAAAAGGTATCTATTCACAGGAACTCACAGATTATTTAGAGTTACAGATAAGCATGCAATTGGAAAAAATCGATGAATCACAATCAAATATCTCAGATGTTTTTTCTAAGATAAGCGAAATAATAAACATCCCTAACTACATTAAACAAGCTATTATTTGGGCATGTGGAGGTGGTGAATAG	MYISNLNIAGYKNSKEKSIIKLNQGLNVLVGENGSGKTTIINALRLILRENEFSNMNIDEDDFYISLDKQYSAPDIRIDITLESLSSDEQVTFLTWCDADYKAQLHLEVSSNPNRKGYYKKEIWGGASKSSIFEEETFECIDCIYLPPLRDAEEKLVNGKRSRLAQLLKKQYGDNKDSLVQNVSKFNEQITSNAEKKYDEIETAKLNINTKLEESLGQRLGQSINLQFAETTFNKIVESIRMVFFPGIKQSDPDKFRDIATNSLGYNNLLYIATVFAELELLKNNNMITVLLIEEPEAHLHPQLQVKFIKYLEEITRKLGNIQVIITTHSPVLASSIHTDNLIHVTQNEDKIVATSLKDIDLGESKNYINRWLDVTKSTLLFSKGVILVEGISEAMLIPTFAKIVLAQHNKKALDNSEALLPTSLEEAGVSTININGINFKHFMKLFAKCDGSSSEVQLPIFCSGITDNDPPKLKVFVYDENGKLKKDKEGEPITILQDTFPLPSESPIGANSAIQLMDDINKSKWGRLYRSPLKTFEYDLAINGNNNQMAKVLHDLWPVSGKVKKQCSAISSRSNQYSEDEDMLKEDAEYIFKHIDANEVGKGIYSQELTDYLELQISMQLEKIDESQSNISDVFSKISEIINIPNYIKQAIIWACGGGE				NA	NA	NA	NA	NA
JZ016_01978	2316			hypothetical protein	ATGTCAGATATGAAGCTTTGGTATACGAAACCGGCTCAGGGCTGGTCGCAAGGACTGCCGATCGGCAATGGCCGAATGGGGAATGTGGTGGTATCCACTCCTGACAGAGAAATATGGAATATCACCGAAACCACCTATTGGTCCGGCCAGCCGGAGCCGGCTCAAGGGCGAAGCAACAGCAAAGCGGATTTGGAGCAGATGCGGAAACACTTCTTCCAGGGCGATTATCGCGAAGGCGATCGACTGGCTAAGAAGCACCTGGAGCCGGAAAAATTGAATTTTGGCACCAATCTGGGACTATGCCAAGTCGTTCTGGAGTTTGATCATAACGTGAAGCTATCCGAAGGCGGGAGACAAGATGCAGCAGCTGAGCCGCTGTTCCATCGGGAACTGGATCTGGAGGAGGCGGTGGTACGTTCTTTTTGCGTGATTGATGGAGCGGAGATGACGCGAGAGGTCTTAGCTTCCCATGACGATCAGGTCATTGTTGCGCGAATTCGCAGCAGCCATGGCTCATTAGGCGTGTCATTCTGCATTTCGATTCGAGGGGAGAATGGTCCTTTTCATGCTGTCGTTACTGGGAAGGATACGATCGAATTCAAGGGACAGGCGCTGGAAAGCGTACATAGCAATGGGGAGTGCGGGGTGTCCTGCCAAGGCCAGCTGCGCGTCGTAACGGAAGGCGGGCAGGTGAGCTGCACGGATGACACCATAAACGTATCTGGAGCGGATGAGGCTGCGATTTATTTTGCGGTGAATACGGATTACCGTCAAGAAGATGAGGGCTGGCGTGAGAAAAGCGCGTTGCAGCTGGAGCAGGCTGTGCTGCTGGGATATGATGCGCTGAGAGCCAAGCATCTGGCGGATTATCAGCCGCTGTATGCCCGTGTAAGCTTAGATCTGGGAAGCTCCGAGCATTCCAGTTTGCCTACGGACGAGCGGATCGGCAGGTTCAAGCAGGGCAACTGGGACGATCCGGCGTTGTTTGCGTTGTTTTATCAATACGGCCGGTACTTGACCATTAGCGGGTCACGACAAGACTCCATCCTGCCCATGCATTTGCAAGGCATATGGAATGACGGCGAAGCCAACAAAATGGAATGGAGCTGTGACTATCACCTGGATGTGAACACCCAGATGAACTATTTTCCGACGGAGGCCGCGAACCTGAGCGAGAGCCATGAGCCGCTCATGCGGTATATCCAGCAGCTGTCGGTGGCCGGACGCTCGGCGGCGCGCCATTATTATGATGCCGAAGGCTGGGTGGCCCATGTATTCTCCAATGCCTGGGGATTTGCGTCGCCGGGATGGGGGACCTCCTGGGGGCTGAACGTGACGGGCGGATTGTGGATTGCGACGCATATGATGGAGCACTACGCGTACAACCGCGATCAGGCTTTTCTGGAGGAGTTGGCTTATCCCGTCCTGAAGGAAACTGCGGCCTTTTTCATGGATTATATGACCGTGCATCCGAAGTATGGCTGGCTGGTGACAGGTCCGTCGAATTCGCCGGAGAACAGCTTTTTTACCGGCCATCCGGAGGATGGGCATCAGCAGCTGTCCATGGGCCCGACCATGGATCAGGTCCTGGTCCGGGATCTGCTGGCATTCTGCGTGAAGGCAGCACAGACGCTGGGCGTGGATGAGGCGCTTCAGCAGAAGTGGCAGACAGCGCTGGATCAATTGCCTCCGCTGATGATCGGCAAGAAGGGGCAGCTGCAGGAATGGCTGGAGGACTATGAGGAGGCGCAGCCGGAGCATCGCCATCTGTCGCATCTATATGCCCTGTATCCCGGCAGCCAAATCACGCCGCATTATACGCCGGAACTAGCTGCGGCAGCCCGAGTAACATTGGAGAACCGGAACAGCCGGGCCGACCTGGAGGACATCGAATTTACCGCAGCGCTGTTCGGACTCTTCTACGCCCGATTGCATGACGGGGAGCAGGCCGTGCAGCATATCGCCCACCTGATCGGGGAGCTGTCCTTCGACAATATGCTCACCTACTCCAAACCCGGCGTAGCCGGAGCCGAGGCCAACATTTTTGTCATCGACGGCAACTTCGGCGGCACCGCTGCCATTGCGGAAATGCTGCTGCAGAGCCACGAAGGCGAGATTCATCTTCTGCCCGCACTGCCGGCGATATGGCCGACAGGCAGCGTGACAGGGCTGAAGGCGAAAGGGAATATTGAGGTGGATATGAGCTGGGAAGATGGGAAGTTGGTTGAAGCGAGGGTGAAGGGGAATGAGAGTGGAAGTGTGAAGGTGTTTTATGGGGGGAGGTCTCGGGAAGGAAGAAGCGCGGAAGTTGGATGA	MSDMKLWYTKPAQGWSQGLPIGNGRMGNVVVSTPDREIWNITETTYWSGQPEPAQGRSNSKADLEQMRKHFFQGDYREGDRLAKKHLEPEKLNFGTNLGLCQVVLEFDHNVKLSEGGRQDAAAEPLFHRELDLEEAVVRSFCVIDGAEMTREVLASHDDQVIVARIRSSHGSLGVSFCISIRGENGPFHAVVTGKDTIEFKGQALESVHSNGECGVSCQGQLRVVTEGGQVSCTDDTINVSGADEAAIYFAVNTDYRQEDEGWREKSALQLEQAVLLGYDALRAKHLADYQPLYARVSLDLGSSEHSSLPTDERIGRFKQGNWDDPALFALFYQYGRYLTISGSRQDSILPMHLQGIWNDGEANKMEWSCDYHLDVNTQMNYFPTEAANLSESHEPLMRYIQQLSVAGRSAARHYYDAEGWVAHVFSNAWGFASPGWGTSWGLNVTGGLWIATHMMEHYAYNRDQAFLEELAYPVLKETAAFFMDYMTVHPKYGWLVTGPSNSPENSFFTGHPEDGHQQLSMGPTMDQVLVRDLLAFCVKAAQTLGVDEALQQKWQTALDQLPPLMIGKKGQLQEWLEDYEEAQPEHRHLSHLYALYPGSQITPHYTPELAAAARVTLENRNSRADLEDIEFTAALFGLFYARLHDGEQAVQHIAHLIGELSFDNMLTYSKPGVAGAEANIFVIDGNFGGTAAIAEMLLQSHEGEIHLLPALPAIWPTGSVTGLKAKGNIEVDMSWEDGKLVEARVKGNESGSVKVFYGGRSREGRSAEVG	PGPT0018650_1100	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018650-afcA-K15923	NA	NA
JZ016_01979	2610			hypothetical protein	GTGCGTATTCATCCGTTCACATTCTTCCAAAAGCCATTCATGCTCTTCTTATCGTTTCTGTTAGTGGGGTCTGTGCTAGGCGGCTCCCTCGCTTCGGCAGAACCGCAGCAGCCGAGTCAGTCGGCCGGAGGCATCCTTTCCTACGAGGCCGAGGCTTCTCAGAACACGTTTACCGGCAATGCAGGAGCGGTCGATTGCGGCTTCTGTTCAGGCGGGCAAAAAGCCGGCAATCTATACGGCGGCTCCACGCTGACGTTCAACGGGATTCAGGCCGATAAGGCCGGTATCTACAATATGAACATGTTCTACATCTCCGGGGATTCCCGCGCGGCTTCGATCTCCGTGAACGGAGCGGAGAAGGAGAATTTCAGTTTTCCGAAAACGGCGGATTGGAACACGATCGGCACCTATCAGATTCAAATTTACTTGAATCAGGGCAGCAACACGATTCTGTTCGATGATGCAGGCGGATACTCGCCCGATTTTGACAAGATTGAGCTGACCTTTGATTCAGCCGGCGATAACGGATCAGGCCCGGATGGCAGCATTGGCGATCTAGGCAAGCAAAAGAAAGCCACCAGCTATGGCTCCATCACCGTAACCGAATATGCCAACGGCTTTAAGGTATCCAATCCGACGTATGAGCTGCTGTACAACACCTCGACCGGATTGTCGCAATACAATTGGAACGGTGAGGCGGTTGCCAAGGGGTTATACAGCGAGATCCAGCTCGACCGGATGGTTGCAAGTACAGATTATAAACATCATAAATTCTATAAAAATCAAGTGGTCCCATTCCAGGATGCCACCGGCAAGGGGATCAAGGTGACAGTCGTGAATGAGGATGGGGGAATGCCATCGCTCAGCCAAATCTATTACGTCTATGAAGACGGGCCGTATCTGCTTACGGAAACGGTCGCTTCCCATCATTCCGCAATATCTACGGGGAACATCGCACCTATCGCGATGGAAGCGAGAGGCGGCATCGACATCGGCAGCTATGACGATAACCGGGTCCTCGTCGTTCCTTTCGACAATGATGCTTGGTCCAGATACCAAGCGAAGCCGATGAATACCGGCCTCAACAACGGTCTGTATGTCAGCTCGGAGCTGACGGCCATTTATGACAATACGAGCCGGAACGGCCTTGTTATCGGATCGGTAACGCATGACACGTGGAAAACCGGCATCTATTGGAGCGGCTCGAATGACAAATTGAACAAATTGCGCGTATATGGCGGATTTACGTCATCCACATCCACGTGGGACACGATCCCGCATGGAAAAGTAACCGGCAAGCAGATTGCTTCGCCGAAAATCATGGTCGGCTTTTTCGAGGATTACCGGACCGGGCTGGAAGAGTTTGGCCAGGTGAATGCAGCAATCCAGCCTCCGTTAGCCTTTGGCAAAGACATTCCTGAAGGCGTTCCGGTCGGTTGGAACAGCTGGGGAGCGTATGCCAGCGATTTAAGCTTTGACAAGGCGGTTTCGGTCTCGAATTATTTTAAAGACCATATTCAGAACCATTCCTTCAACAATGAGGGCAATATCTATATCAATCTCGATTCCTATTGGGATAACATGACGGATCAGCAGCTGACGGATCTGGTTCAGCTCATTCATAGCAATGGACAGAAGGCCGGCATCTATTATTCGCCGTTCGTGTACTGGGGCAACAATATGGAGCAGGAAGTCGAAGGGACGAGCGGCAAATATAAATACGGCGATATCGTGCTGCGCGATTTGGGCGGCAACGTCCTGCCGACGCTGGACGGCGCTTATGCCGTGGATCCGACGCATCCGGGCGTGAAGCAGCGGATCGATTATTACATGAATAAGTTCAAGAGCAAGGGCTTTGAATATATCAAAATCGATTTTCTGAGCCATGGGGCAATGGAAGGCAAGCATTATGATCCTAGCGTTCAAACCGGCATCCAGGCCTATAACCAAGGGATGGCTTACGTGAATGAAGTGCTGGACGGCTCCATGTTCATCAGCGCTTCCATCGCGCCGCTGTTCCCTAGCCAATATGCGCACAGCCGCCGCATCTCCTGTGATATCGACGGCAGCATCGGCAGCACGGAATACCAGCTGAACAATCTCACATACGGCTGGTGGCAGAACGGAACGATCTACCATTATACCGATCCGGACTATATGCACTTAACCAAAGGCGGATCGATGGAAGGCGCGCAGTCTCGCGTCAATGCGGCCGCGATCTCCGGCACGGTCTTCCTGAATTCGGATGACGTAACGGATGCGACGGCACGGCAGTACATGGAAACGCTGCTAACCAATCCGGAAGTGAACGGGCTGGCGATGAAGGGCAAGGCGTTCCGGCCGGTAGAAGGCAACATGGGCACGCAGGCAGCAAACGTATTCGTGCTGGACGATCAGGGAACTTACTATGTTGCCGTGTTTAACTATACGCAAAATGCGGAACAGCACACCGTGGATCTCGTTCGTGCCGGTATCGCTTCGGAAGGGGCGGCGTCCTATACGGTGACGGATGTATGGAGCGGCCAATCTCAGACGGCATCGGGCTCTTCGCTGGATGTGACGCTAAAAGCGGCCGAATCCAAGCTTTATAAAATCGTCTCTAATCCATAA	MRIHPFTFFQKPFMLFLSFLLVGSVLGGSLASAEPQQPSQSAGGILSYEAEASQNTFTGNAGAVDCGFCSGGQKAGNLYGGSTLTFNGIQADKAGIYNMNMFYISGDSRAASISVNGAEKENFSFPKTADWNTIGTYQIQIYLNQGSNTILFDDAGGYSPDFDKIELTFDSAGDNGSGPDGSIGDLGKQKKATSYGSITVTEYANGFKVSNPTYELLYNTSTGLSQYNWNGEAVAKGLYSEIQLDRMVASTDYKHHKFYKNQVVPFQDATGKGIKVTVVNEDGGMPSLSQIYYVYEDGPYLLTETVASHHSAISTGNIAPIAMEARGGIDIGSYDDNRVLVVPFDNDAWSRYQAKPMNTGLNNGLYVSSELTAIYDNTSRNGLVIGSVTHDTWKTGIYWSGSNDKLNKLRVYGGFTSSTSTWDTIPHGKVTGKQIASPKIMVGFFEDYRTGLEEFGQVNAAIQPPLAFGKDIPEGVPVGWNSWGAYASDLSFDKAVSVSNYFKDHIQNHSFNNEGNIYINLDSYWDNMTDQQLTDLVQLIHSNGQKAGIYYSPFVYWGNNMEQEVEGTSGKYKYGDIVLRDLGGNVLPTLDGAYAVDPTHPGVKQRIDYYMNKFKSKGFEYIKIDFLSHGAMEGKHYDPSVQTGIQAYNQGMAYVNEVLDGSMFISASIAPLFPSQYAHSRRISCDIDGSIGSTEYQLNNLTYGWWQNGTIYHYTDPDYMHLTKGGSMEGAQSRVNAAAISGTVFLNSDDVTDATARQYMETLLTNPEVNGLAMKGKAFRPVEGNMGTQAANVFVLDDQGTYYVAVFNYTQNAEQHTVDLVRAGIASEGAASYTVTDVWSGQSQTASGSSLDVTLKAAESKLYKIVSNP	PGPT0018835_35	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407	NA	NA
JZ016_01980	2061			hypothetical protein	ATGTTAGGAAGCAGCGATACGGCGGTGAAAGTGGGGGTGAATGCCGAAACTCACATTCGCTTGGCGAATGGTCTGGTGGCCATTGAGGTGGATTTGGAAAAAGGCGGTTACAACTACGCAGGCAGCAGGGGATTCGCTCTGAAAGAAGTACGAAGCGGCTTTCGATGGCAGGGCCGGGAATACCATACGGGAAATTACGACCGCCACTATATGATAGGCCAGCCGGAGAAGATTCAAGATTCGTTCGGAACAGGCATCCATGTCGTGATGAAGCATGAATCCGATCTGCTCCCAGGCCTGGAACAGCATTTTTACGTCTATGAGGGGGCTTCATCTTTTATCACGCAGGTCGTCATAGTCGGTCAGGGAGACTTAAAGGTAAACCGCATCGCGGTGGTGAAAACCGATAGCGTATCGAGCTGGAGCGAGACGGTTCCGGGAGAAGCGCTGCATGTGCTGCGCGTGCCGTATGACAATGACAAATGGGTTCGCTACCTGACGGAGACGGCCCCGCTGGAGACGGAAAGCTACGAAGTGACGGCCTTGTTCCAGCCGGATAGCCGCAATGGATTGATTCTGGGATCGATTAGTCATGACGTGTGGAAGACTGGCATTCGCGTCAAAGGGGAAGCCGCAGGCAAGCTGGATGAACTGGAACTGTACGCTGGCGCGGCCGGCATCATGACCCGAGATTCCCAGCCGCATGGCTACGTAAGAGGAACTCGCGTCGCATCGCCGCTGGTTATGGTAGGGGATTACGACGATTATCGGACAGGATTCGAAGCGTATGGGGAAGCGAATGCGAAGGTAGCGCCTGCTCTGAGCTGGGACGGCGGCGTCCCGATCGGCTGGAACAGCTGGTCGGCCGCCATGAGCACGCTGGATTACGACCTCTATGTATCGACGAGCAATTTTCTGAAGCGGGAGGTTCAGCCGCAGGGCTTTCATAACAAGGATACCCTGTACATGAATTTCGATGCGTTCTGGGATCGCCTGACGCCTGTCGAGATGGAGAATGCCTTGAAAAGGGTCCGCGAAAACGGGCACAAACCCGGTACATACTGGACGCCGTTTGCGTTCTGGGGAAGTCCGGCTGGGTTCGGGAACCCCGTGGAGGGTACTGATGGGAAGTATACCTATGGCGATATCCTGCTTCGCGACCAGGGCGGCGAGATTTTGCCGGATGTTGACGGCGGACTTGCAATTGATCCCACGCATCCCGGGAACCTGGCGCGAATCGATTGGTTCATGGATAAATTCGTCTCCGAGGGATTTGAGTATATCAAGCTGGATTTCATGGCTCACGGGGCTCTGGAAGGCAAGCATTATAACCCGGATATTACGACGGGGATCGCTGCATACAATTACGGCTTGTCGTATCTGACGGATAAACTCTCCCCGGAGCGGATCGGCAGACCGTTCTTCATCAACCTGTCGATTGCCCCGCTGTTCCCTTATGCCTATGCGCACAGCCGCAGAATTTCCTGCGATGTGTTCGGAACGATCCAGGATACGGAATATTTGCTGAATTCGCTGACGCACGGGTGGTGGATGAACGATACGCTGTACCGTTTTAATGATCCGGACCATGCCGTGATCTTTAAAAGCTTCAACCAGGATTCGACGACCCGCCATGAAGGGCGAAGCCGTCTGACCGCGTCCGTGATCTCGGGAACGGTGCTGCTGCTGGGCGATGACTTTCGGCATGAGGAGGCGGCATGGCGCGCCAAGAACTGGCTGGGAAATGAGGCGATCATCGAGATTGCGAGACTGGGCAGAACCTTTGTGCCCGTAGAGGGGAATCTCGGGAAACAGGCTGCGGATACGTTTGTGCTGAACCATCCGAGCGAAGCAGGAACGACGTATATTGCCGTATTTAACTTTGACGGGGCCGAGTCCGTGCAGAAGACGGTTTCCTTGGAACGGTGTGGCCTCGAGGCGCACGCTTCCTACACGGTCCTGGATGTGTGGGAAGGCACGGCAGGTCAATCGGAGGGTACACTCACGGTCGAGTTGGCGCCAGCCGAATCGAAAATCCTGAAATTAAGCCGAAATCAATGA	MLGSSDTAVKVGVNAETHIRLANGLVAIEVDLEKGGYNYAGSRGFALKEVRSGFRWQGREYHTGNYDRHYMIGQPEKIQDSFGTGIHVVMKHESDLLPGLEQHFYVYEGASSFITQVVIVGQGDLKVNRIAVVKTDSVSSWSETVPGEALHVLRVPYDNDKWVRYLTETAPLETESYEVTALFQPDSRNGLILGSISHDVWKTGIRVKGEAAGKLDELELYAGAAGIMTRDSQPHGYVRGTRVASPLVMVGDYDDYRTGFEAYGEANAKVAPALSWDGGVPIGWNSWSAAMSTLDYDLYVSTSNFLKREVQPQGFHNKDTLYMNFDAFWDRLTPVEMENALKRVRENGHKPGTYWTPFAFWGSPAGFGNPVEGTDGKYTYGDILLRDQGGEILPDVDGGLAIDPTHPGNLARIDWFMDKFVSEGFEYIKLDFMAHGALEGKHYNPDITTGIAAYNYGLSYLTDKLSPERIGRPFFINLSIAPLFPYAYAHSRRISCDVFGTIQDTEYLLNSLTHGWWMNDTLYRFNDPDHAVIFKSFNQDSTTRHEGRSRLTASVISGTVLLLGDDFRHEEAAWRAKNWLGNEAIIEIARLGRTFVPVEGNLGKQAADTFVLNHPSEAGTTYIAVFNFDGAESVQKTVSLERCGLEAHASYTVLDVWEGTAGQSEGTLTVELAPAESKILKLSRNQ	PGPT0018835_1762	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407	NA	NA
JZ016_01981	708	hmp_1		Flavohemoprotein	ATGAGTTTTTTTCAGGATATGTTCTCCATATTCAAGAAGAGAGAACTATCATTTATAGAAAGCCGCAAAGAATCAGAGGATGTCTATTCTTTTCTATTTGAAAGAGAGAAAGATTTAACCTGGAAGGCAGGACAATATGGTTTGTTTAGCATTACTCATAAGACCATAAAAAACCCTACAAAACCATTCAGCTTGGCTGCTGCTCCTACAGAGAATATAGTTAAAATAACAACGCGTATCAGCGATGATCCCAGTGATTTTAAAAAAGCTCTATTAGAATTAAAACAGGGAATGAAAGTTAAAATGAGCGGCCCTGTCGGTTCTTTTTATATGCAAGATAACAGTCCTTCGCTCCTGATCGCAGGCGGAATTGGAATCACACCATTTCGGTCGATCCTTAAACAATTAGAGGCAGAAGGGAATCATGACGGGAAGCAAAGAAAGCTGCTCTATTTGGATGGAAAAAAATCATATATCTTCAAGAATGAGCTAGATGAAATGGCTAACCATCCTTCATTAACTGTGACTTATCTTGATTCAAGAGATGACTTGCATCAGGAAATCGATACGTTTAACACCTTATATAAAAACAATGGAAAATACTTTATTGCGGGCCCGAAGTCATTGGTCGATTCTATTTCCAGCCATTTGCAGAGTAATCAGATTTCTAAGCGAAATATCAAAAAGGATGCCTTTTTTGGGTATTAG	MSFFQDMFSIFKKRELSFIESRKESEDVYSFLFEREKDLTWKAGQYGLFSITHKTIKNPTKPFSLAAAPTENIVKITTRISDDPSDFKKALLELKQGMKVKMSGPVGSFYMQDNSPSLLIAGGIGITPFRSILKQLEAEGNHDGKQRKLLYLDGKKSYIFKNELDEMANHPSLTVTYLDSRDDLHQEIDTFNTLYKNNGKYFIAGPKSLVDSISSHLQSNQISKRNIKKDAFFGY	PGPT0005255_432	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_BENZOATE_UTILIZATION,PGPT0005255-benC_xylZ-K05784	NA	NA
JZ016_01982	330			hypothetical protein	GTGATTGAGAATAATCCGTCCCGCGATGTATTTGACGCGATTGCAGATCCCACTAGGCGTCAACTGATTCATCTGTTATCACAGGCAGAGGAGAAACCGCTTCACGAACTAAAGGCACAATTTTCAATGGGCCGTACAGCGGTATCCAAGCATTTGACTATCCTTAAAGAGGCCGGGCTGGTGCTCGACCGGAAAGTAGGCAGAGAAACGCGATTTAAGCTAAACCCCGATCCGCTTAGAGAAGTTCAAGATTGGGTGGCTTTCTACAGCAAATACTGGACTACAAATATGCTGCGCTTGAACCAGCTGTTCGAGGAGGAAGAAGAATGA	MIENNPSRDVFDAIADPTRRQLIHLLSQAEEKPLHELKAQFSMGRTAVSKHLTILKEAGLVLDRKVGRETRFKLNPDPLREVQDWVAFYSKYWTTNMLRLNQLFEEEEE	PGPT0004735_3488	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_01983	399			hypothetical protein	ATGAGTTTAATCTTATCCATGGATTTTCAGTACACGACATCGATCGAGAAGGCTTGGGCTGCCTTAACCGATTCAAGTAAGTTAGCAAAGTGGATCACGGAAAATGATTTTAAGCCTATCGTTGGACATCGTTTTCAGTTTCGCCATGAGCCGTCCGAATATTGGGATGGAATCGTTGACGGCGAAGTACTTATCGTAGAACCGCCTAACCTGTTGTCCTATTCTTGGGCTACCGGAGACGAGCGGCATACCGTCACCTGGACGCTGCAAGATTTAGGCGACGGCAAGGTTAACCTTCATCTCGAACAAACGGGCTTCTCCCATGTTCATGGACTCGAAGGCGCCAGATATGGCTGGAGTGAGTGGTTCGGCAAGTTTGAAAACGCGTTGGATCATTAA	MSLILSMDFQYTTSIEKAWAALTDSSKLAKWITENDFKPIVGHRFQFRHEPSEYWDGIVDGEVLIVEPPNLLSYSWATGDERHTVTWTLQDLGDGKVNLHLEQTGFSHVHGLEGARYGWSEWFGKFENALDH				NA	NA	NA	NA	NA
JZ016_01984	477			hypothetical protein	ATGCCAACGATGATTACAAAGTCATTTGATCAAGAAATGCAGCGATGTTTAAGTGAAATTACATCGGCTTATCATGCAGGGGAACTGAGCACGATGGACCTAGCGGAATTACCGGAAGAAATCTATATCATTGAGGCGGAAGATGAGATGGTAGGGTACGGAGTCGTGTGGGAATACGATAACGGGAAGCAGCTCATGCAGAAGGCCGAACAAGATTATTTTAGCGCCGATGAGCGGTATTTGGAGAAGGATTTCTATATTGATGTCAAGAATAAGAAGGATTTTATCTTTATCCAAGCCTTGGATGTACTCAAAGAATTCGAAAACAAAGGATACGCGGCTTCCTTCGTGAACTGGCTCAAAGCAAAGTATCCGAACAAAAAAATGTATGTCTATACGCTGGAAAAATCACGGAATTTCTGGTTCAAGCAGAATTTCGAGATTTTAGGAAGTACGGCATGGATGACTTTTAATTAA	MPTMITKSFDQEMQRCLSEITSAYHAGELSTMDLAELPEEIYIIEAEDEMVGYGVVWEYDNGKQLMQKAEQDYFSADERYLEKDFYIDVKNKKDFIFIQALDVLKEFENKGYAASFVNWLKAKYPNKKMYVYTLEKSRNFWFKQNFEILGSTAWMTFN				NA	NA	NA	NA	NA
JZ016_01985	255			hypothetical protein	ATGTATGTGGTCTTGTTTATTCTTAACATTCCGATATACAAGTGGATTTTCAGAAGGATTTTCGATGATGTGGATGATCTGAAGCAGTCGGTAAAGTATTCGTTGACGCCGGATATCATCTCCTTGTTCCGCAGACGTTTTTGGAAGGATCAATTTGGAGAGCTGAAGCTGTCCGTATTCTATTTTTGTTGTTTAGGGATCTTTGTCATAGAGTGCGTGGTATTGACCAAGGTGGTTGACGTGATCTTTCAATGA	MYVVLFILNIPIYKWIFRRIFDDVDDLKQSVKYSLTPDIISLFRRRFWKDQFGELKLSVFYFCCLGIFVIECVVLTKVVDVIFQ				NA	NA	NA	NA	NA
JZ016_01986	687	COQ5_5		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGTCAACGAACGGGATATACGATAAGCAGGCCGAAGCTTATGAGGCCATGATTAGCAAGCAGCCTGATTTAGCGGGGGTTATTTATGAAAAAAAGCCATTCGAGGGGCTGGATGTACTTGATTTGGGGGCAGGATCAGGGCGATTATCTATGCTGCTAGCTGGAGACGCCAGATCTTTGATATGTACTGACATAGCGCAGCCGATGCTGGATATTTTGGATAATAAATTGTCTGAAGCCTATAATTCTCGTAATTGGACGACCGTAGTCGCTGATCATCGCAGCCTGCCGATTGATTCATCGAGTGTGGATCTGATCGTATCGGGCTGGAGCATTAGTTATCTGGCGGATTCGAGTCATGACGATTGGCGTAAGAATCTTGAACTTGTCATGACAGAGCTGCAGCGAGTATTGAGACCAGGCGGGACGATTGTGATTCTGGAAACGATGGGAACCGGAACGGAGACACCGAATCCTCCCGATTTCTTAACGGGTTATTACGAACAGTTGGAGCATCAATATGGATTTAACCATCAGTGGATTCGAACGGATTATGTTTTTGAAACAGTAGAAGAGGCGCTGGATCACACGGGATTCTTTTTCGGAGAAGAGCTGACGGACAAGATTCAGGCGAACCAATGGTCAACCGTGCCGGAATGCGCGGGGATCTGGTGGAAGCATGTATAG	MSTNGIYDKQAEAYEAMISKQPDLAGVIYEKKPFEGLDVLDLGAGSGRLSMLLAGDARSLICTDIAQPMLDILDNKLSEAYNSRNWTTVVADHRSLPIDSSSVDLIVSGWSISYLADSSHDDWRKNLELVMTELQRVLRPGGTIVILETMGTGTETPNPPDFLTGYYEQLEHQYGFNHQWIRTDYVFETVEEALDHTGFFFGEELTDKIQANQWSTVPECAGIWWKHV				NA	NA	NA	NA	NA
JZ016_01987	129			hypothetical protein	ATGAATAATCAATTTTTTAATGTAAACACGTACTTCATGATGATGGCCTTTTCGCTTCTACTGTGCTTTTTGTACAAGTTGATTGAAGGACTCATAAACACAAGTCAAGGAACCTCTGCGGAGAATTAA	MNNQFFNVNTYFMMMAFSLLLCFLYKLIEGLINTSQGTSAEN				NA	NA	NA	NA	NA
JZ016_01988	192			hypothetical protein	TTGAAGATAAAACGATTCATCTGGCTGTTTATAAGTGCGCTTCTCTGTCTGCTCGTGGTTCTATTCGGGAATGCGATGACACCTAAACTCGGCACGAGTTCGGGGAACGGCAATCCTGCAATTCTGCTGTTCATCCCTCTGAGCATACTTTTTCCTGTGCTGGTGAGTCCGGTATTTTATCGATACATATGA	MKIKRFIWLFISALLCLLVVLFGNAMTPKLGTSSGNGNPAILLFIPLSILFPVLVSPVFYRYI				NA	NA	NA	NA	NA
JZ016_01989	882	ybfK_1	COG0596	Carboxylesterase YbfK	TTGAAGCGATTTAAAAGCGATAATGGACAAAAGCTCGTCTATGAATCCTATGACCGCCTGATGGCAGGATGGACGGTACCTTACGAGCAGCACCATATATCCACCTCGTACGGGATGACTCACGTAATAACGGCAGGTTCATCGGATCTTCCCCCGCTGCTGTTATTGCATGGAACGGGCGATAACGTCGCCATGATGTGGATATATAATGTGGCGGAGTTATCCCGGTATTTCCATATCATCGCCGTGGATAATATCGGAGGTTCGGGAAAAAGCGAGCCGAATGACCGGTATGCGCATGACTTCAATCAGGCAAAATGGTTGGACGAGATCCTTGAGGCGATGAATGTTGACGCAACCTATATTGCCGGCGTATCCTATGGAGCTTATCTGGCCTATCATTACGCCATTGTCAGACCGGATCGGGTAAGAAAAATTGTATGCTTGGCTGGCGGCATTGCCGGAAGTCAATCTGAGCTGATGAGCAAAATGATGCGGGCTTTTCTGCCTGAAGCACTGTTTCCTTCAGAACGGAGTGTGCGTAAACTGCTTCGCAAGCTGTGCGGTACGAATGCAGATGCATTCGAGAACCATCCGGAGCTTATGCAGCACTGGGTCTACTTGCTGAAGTACTTTAACAATCGCTCCATGATGAAACACGCCATTACAATCCATTCGTCTGCCGACATTCAGACTATACGCAGCAAGACCTTGATCGTTATAGGTGAGCAGGATCTGCTTAGTTGCTATCCGAAGGCGGTTGCCAGACTGGAGGCGAATGGGATGCGTTACCGCCTCGTTCCGGGCGTAGGCCATGCGATCAATCACGAGATGCCGGACCTTGTTCATGAAGAGATAATAGGCTTTTGCAGGGAAGCTTGA	MKRFKSDNGQKLVYESYDRLMAGWTVPYEQHHISTSYGMTHVITAGSSDLPPLLLLHGTGDNVAMMWIYNVAELSRYFHIIAVDNIGGSGKSEPNDRYAHDFNQAKWLDEILEAMNVDATYIAGVSYGAYLAYHYAIVRPDRVRKIVCLAGGIAGSQSELMSKMMRAFLPEALFPSERSVRKLLRKLCGTNADAFENHPELMQHWVYLLKYFNNRSMMKHAITIHSSADIQTIRSKTLIVIGEQDLLSCYPKAVARLEANGMRYRLVPGVGHAINHEMPDLVHEEIIGFCREA				NA	NA	NA	NA	NA
JZ016_01990	687	yjjG_1	COG1011	Pyrimidine 5'-nucleotidase YjjG	ATGACGTTAAAAGCGATAATCTTTGATTTGGATGAGACATTAACGGACAGAAGGTTGGCGATTGACTCGTTTATTGAGCGATTGATTGCCAGGTATTTCCTAGACTCCAATGAAGATGCTCAGTTTAGGATAGCCAAGCGATTTAAGGAAGCCGATCAGAACGGCTACCGGGATAAGCGTGAAGTGTATGAGATGCTGGTCGAGCATCTTCCGTGGGTGAATCCGCCTACGGTCGATGAATACCTGACATTTTTCAGGGAAACCATCCCACTTTGTATCCAGCCGATGGATCAGTTGTTACCCGTACTGCGTCATTTGAAGTCTAAGGGGCTGAGGCTCGGCATCATTACCAATGGAACCGTCCAAGTTCAAGAGGGGAAGATACGTCAATTGGGTATACGCGAGTACTTCGATTCCATCGTGATTTCCGAAGAGGCTGGCGTCAAAAAACCGGATCCCAGGATCTATAGGAAGGCTTTAGATTTGCTAAACGTACGGCCATCAGAGACGTGGTTCGTCGGCGACCACCCGCATAACGATATCATCGGAGCAGCACAATGCGGAATCAAACCCATATGGTTTACGCGAGATGGAAATTGGAACTACTCTGAAGAAATAAAGCCATATCGGACGATACATAAGCTGGAAGAATTGATTCATATTTATACCGAATACCATGAGAATTAG	MTLKAIIFDLDETLTDRRLAIDSFIERLIARYFLDSNEDAQFRIAKRFKEADQNGYRDKREVYEMLVEHLPWVNPPTVDEYLTFFRETIPLCIQPMDQLLPVLRHLKSKGLRLGIITNGTVQVQEGKIRQLGIREYFDSIVISEEAGVKKPDPRIYRKALDLLNVRPSETWFVGDHPHNDIIGAAQCGIKPIWFTRDGNWNYSEEIKPYRTIHKLEELIHIYTEYHEN	PGPT0013410_64	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013410-yjjG-K08723	NA	NA
JZ016_01991	468	rppH_2		RNA pyrophosphohydrolase	ATGGGAATGTCAGATTACTATAAGGATCTAAGAGAAAAGATCGGAGACCAGTTAATATTCATGCCGTCCGTTGCGGGTATTATCCGTAATGATCAGGATTTTGTTTTATTTGGAAGAAAACATCGCGAAGATGTATGGGGACTTGTGGCCGGTGCCATCGAGCTGGGAGAATCCCCGGCAGAGGCGATGGTTCGCGAAGCGAAGGAAGAAACTGGGCTAGATATCGTGCCTGAACGAATCATTGGGGTATATGGCGGAAAAGAACGCCGATATACGTACAGCAACGGACATCAAGTGGAGTACCTCACGATTGTGTTTGAGTGCCGCATCATTTCGGGAGAGTTGGATCTTGAGAATGACGAGTTTGCTGAACTCGTATTCTTTCCGGAGGATCAGCTGCCACCCACGGCTTTAAAATATCCGGAACATATTTTCTTCAAAACGAATGGAGAGCGGGCTCATTTCTGA	MGMSDYYKDLREKIGDQLIFMPSVAGIIRNDQDFVLFGRKHREDVWGLVAGAIELGESPAEAMVREAKEETGLDIVPERIIGVYGGKERRYTYSNGHQVEYLTIVFECRIISGELDLENDEFAELVFFPEDQLPPTALKYPEHIFFKTNGERAHF				NA	NA	NA	NA	NA
JZ016_01992	441			hypothetical protein	TTGAGCTGGAGATCCAAGTATGCTTATGGAGGCATTGTGTTCAATCAGAATCAAGAGGTCCTCATGAGAAGTCCGCGCGGCCAGTGGGGCGGCTATGTTTGGACCTTCGCCAAAGGCGGTGCTGAATTAAGCGATAGCTCCCCAGAAGAAACCGCAACCCGGGAAGTGTTAGAGGAGACAGGGTATAAATGCAGCATTATCGCAGCCATTCCGGGTGAATATGAATCGGATACATGCTTGACGAAGTATTTTTTGATGAGCCCTGATGGTTGGAGCACCCATCATGATAAGGAAACGCAGGAAATCAAGTGGGTTAGCGTAGAGCAGGCCTTTGAACTGATAGAATTGACAACAACCTTATTAGGTAGACAACGCGATACAGATGCATTAATAAGTGCGATATATACGATGAGGGCATTGATAATAGAGAACAGATTCTAG	MSWRSKYAYGGIVFNQNQEVLMRSPRGQWGGYVWTFAKGGAELSDSSPEETATREVLEETGYKCSIIAAIPGEYESDTCLTKYFLMSPDGWSTHHDKETQEIKWVSVEQAFELIELTTTLLGRQRDTDALISAIYTMRALIIENRF				NA	NA	NA	NA	NA
JZ016_01993	540	yfiT_2		Putative metal-dependent hydrolase YfiT	GTGGCCAGCATCCGTTTTCCCCTGGGTTCCTTTGAACCGAAGGTGGAGCCGACATTGGAGGAGAGGCAGAGGTTTATACAACAGATACCTTCAATCGTACCGACGCTCCGGCAAATCATAATGAAATGCCCCCTTTCTCAGCTGCTTATGCCTTATCGTGAAGAGGGCTGGAGCATTCAGCAAATCGTGCACCATCTGGCTGATAACGACATGAACGCATACTTGCGATTTAAACGTGCATTGACCGAGGAGGAACCGGTGGCAAACTCGTACCGGGAGGATTTATGGGCTGAACTGAGTGATTACACGGAGGTTCCCATTGAGAACTCGCTTACGCTTCTCGAAACACTTCATTTTCGTTTTCTTATACTGCTTAAGGACTTACAGCCTGAGGATTTCAAAAGAACCATGAGAACTCAAGTGCTCGGCAGCATTACACTGGATATCGCGCTGCAGCGATTCGTGTGGCACAACCAGCATCATATCGCGCAGATAACATCCATATTGAACCGTGAAAACGCGAAGTTACATAAGGAGTGA	MASIRFPLGSFEPKVEPTLEERQRFIQQIPSIVPTLRQIIMKCPLSQLLMPYREEGWSIQQIVHHLADNDMNAYLRFKRALTEEEPVANSYREDLWAELSDYTEVPIENSLTLLETLHFRFLILLKDLQPEDFKRTMRTQVLGSITLDIALQRFVWHNQHHIAQITSILNRENAKLHKE				NA	NA	NA	NA	NA
JZ016_01994	351			hypothetical protein	ATGTTCGAGGCGGCTATAAGAGAAGTGAAGGAAGAGACAGGATATGATGTGCATTTGACAGGCACTACAGGCGTGTATCCATTCATAAGCAGCTTGAATCACCCTGTGATCATGTTTCATTTTACCGGAAAAGTGGTGGGAGGCTCGCTTCATTTGGGAGCAGGCGAGATTAAGGATGCCCGGTGGGTCACACTGCCTGACATCTTAGCTGATCACAGCATGAAGATCAGGGATGTCGAAGTCATGAGACAGATCGTTGAGAATCTCAATAATGGCGTGCAGCACTCGCTTGAATTGTTTCATCCTTCTTTGCTTCTAACTTCGGGGTCATCGCATATTCATAATGCTTAG	MFEAAIREVKEETGYDVHLTGTTGVYPFISSLNHPVIMFHFTGKVVGGSLHLGAGEIKDARWVTLPDILADHSMKIRDVEVMRQIVENLNNGVQHSLELFHPSLLLTSGSSHIHNA				NA	NA	NA	NA	NA
JZ016_01995	1293			hypothetical protein	ATGGAAAGCGTGGTGTCTGGATTGATGAATCAGGCAAACGGCGTGATTGGTAACAATATTGGCAGGCTGCGAAAACAGCTCGGCATCACACAGGAGCTATTGGCTAACAGACTCGGTGTCAGCTATCAAGCCGTAAGTAAATGGGAGAATGGACAATCTTGCCCGGATATTATACTGATTCCGATACTGGCAGATGTATTCGGGGTCACGATCGATGAGCTTTTTGGCAGGACAGTCCATAACATCGATTTACGAAAAGGACTCGTGCTTGAGTATTTGTTCGACGGCAATGTGAGAGATACCAGCGGGGAGGGACATCATGGGCGACTAGAAGGCGGGAATTATGGCGAAGACCGCTTTGGCCGGAAGGGCGGGGCTTTAGTGTTGGATGGCGGAAGTCATTATGTCCGGATCGATCAACCGCCCATTCTTGTGAATGATGCTTTTTCAGTATCCGTATGGTGTTATTATGATGCACACAAGATCCTCCGTGGATGGCATAGCGCGATTGTCTCGCAAGATGGCCATCACCAGAACCGGGCGATGCAGCTTAGCACGAAGGATGAGTATATTACGTTCCATGGTTTCCTTAGAGAACCGGATCTATCGATGAACACCAAGATCGTGAAGGAGCACTGGTATCATGTGGTTATAACCTATGAGAAATCCCGTTACCGAATGGTTGTCAATGGCCGTCTCGTTGCTGAGCGTACAGGCAGTTTTACACCCTATAATAAAGAACCGATGTATGTAGGTAGAAAATCAACCGATGAACCGTATTTCTTTTTCCAAGGGCGTATCGACGACCTGCGAATCTATAATCGTGCCATGCAGGACCGTGAGATCGAAGCCCTCTATCTTGAAGGTGGTTATAAGCCTGCCCCAATGCCGCATGTGGAGCCTGCGGAGGAGCCCATTCCGGTTCTTGAGGGATTGGACGACATCCGTATGGTCTTTACAAAAGATACCATTGATGCAGCGGCTGACTGGTATACCCGAAATTTAGGATTCAACATATTGATGCAGGAAGAAGGCTTCTATATGTTAACGTTGTACAACAGCCCGAATTTGATATTGGAATGCGTGAAAGCAAGGGAGCTGGAGTCTGGACAAGAGGCATCATTTATATTCAAAACCAATCGGGATATCGTAGAACTGAGCTCTACTTTATCTGCCGCTGGTGCGAGAATTGAGCAAATTCGGGACGAAGGCTTCGCATGGTTTCTGGATTTTATGGATCCTTATGGACAAGCTTGGATCATTATGCGCGAGAAGGGGAGTCATTTGAGTTGA	MESVVSGLMNQANGVIGNNIGRLRKQLGITQELLANRLGVSYQAVSKWENGQSCPDIILIPILADVFGVTIDELFGRTVHNIDLRKGLVLEYLFDGNVRDTSGEGHHGRLEGGNYGEDRFGRKGGALVLDGGSHYVRIDQPPILVNDAFSVSVWCYYDAHKILRGWHSAIVSQDGHHQNRAMQLSTKDEYITFHGFLREPDLSMNTKIVKEHWYHVVITYEKSRYRMVVNGRLVAERTGSFTPYNKEPMYVGRKSTDEPYFFFQGRIDDLRIYNRAMQDREIEALYLEGGYKPAPMPHVEPAEEPIPVLEGLDDIRMVFTKDTIDAAADWYTRNLGFNILMQEEGFYMLTLYNSPNLILECVKARELESGQEASFIFKTNRDIVELSSTLSAAGARIEQIRDEGFAWFLDFMDPYGQAWIIMREKGSHLS				NA	NA	NA	NA	NA
JZ016_01996	381			hypothetical protein	TTGAAGCCATTGAATTATAGCGCATTGATCTGCTCTTTGATTATCGGGATATCCATCGTAATGGCAAGTTTTATACTTCAGAGGACTGAGGGTGTAAAGTCTGTGCCAGCTGTAACGGATGAAGCCTATTCGATGCAAACGGAAAGCCCATTAATGACTCTTGAACAAACGGCCGAATTCTTGAACCTCACCGAGTCTCAGGTGAAGAGTATCATCTCATCCGAGAATGCGCTAAGAGCGCAGGGTGATTCCGAGGGGGTGCCGTTTCCTTATATAGTGGTGCAAAACGAAATCTACGTTAGCCAAATAGGGCTTATCTCGTGGCTTGAGGGGGCTACGCGGAAAGAAGGATATATTGATCATGCGATTGTTACGATCTAA	MKPLNYSALICSLIIGISIVMASFILQRTEGVKSVPAVTDEAYSMQTESPLMTLEQTAEFLNLTESQVKSIISSENALRAQGDSEGVPFPYIVVQNEIYVSQIGLISWLEGATRKEGYIDHAIVTI				NA	NA	NA	NA	NA
JZ016_01997	1485			hypothetical protein	ATGAGAATCCCCAAAATCACCAGCCTGTTCATGATGCTAACATTTCTGACGACGGCGTCGCTCTCCCCTTCCGGCGAGTTGGGGAGTACCGCGGAAGCAACGCCTGGGCCTTTGCGTGTTATGAGCTTCAACCTGCGTTATGCCGCCAATGACAATCAACCTTGGGAGAAACGCCGCCCTGTCACCAAGAATCTCATCCTGGAGCATAAACCGGACGTCATCGGAACGCAGGAAGGGCTTCACCGGCAAATCCTCGATCTGGAGAATGATCTGCCGGGATATGGTCGGATTGGAGTCGGACGTGAAGGCGGGAGCTTAGGCGAGTATATGGCGATCTTTTATAATACGGAACGACTGAAGCCATTGGAACAGTCTCACTTCTGGCTGTCCGATACGCCCCAGACGATCAGCTCCGCCAGCTGGGGGAACCAGATTCCGCGGATGGCAACCTGGGTTCGCTTCCAGGATCTTCAGAACGGCAAAACCTTTTATATGGTCAACACGCATCTGGATCACCAATCCGAGGTTTCCCGGCAGAAGAGCGCCGAACTCATTGTCGACAAAATGAAGGCTTTTGCCTCGGATATCCCCGTTGTCGTAACCGGCGATTTCAATACCCGGCCGGGAAGCGATACGTATTCAATTTTTACAAGCAACGGGATGTCGGATGGACATGTCACCGCCAAGAAACGCACCAACGATGACCTGGGAACCTTTCATAATTACAAGGACCCTACGGGCGGCGGCAGCGGAAACCGGATCGACTGGATTCTGCACAGCCAGGGCTGGAATGTCTTGCACAGCGAGATTATTAATTACAATGAAGTCGGCCAATACCCTAGCGATCATTATCCCGTCATGATGGAAGGTACCCTGCAAAGATCCAATAAAACCACCGAAGAAACGGTACCTAAGCTGCCCTTAACCACCGCCCTGCACATCACCGAGGTGGTCGCTAACTCGAACGAGCAAGGAAATTACAATTATGTGGAGATTTACAACCCCACGGATCGGGAAATCGACCTGGAAGGATATCAAATCTACTACTATTACGACCCTGCTCTTCCATTCGACAAATCCAAGTCCAACCGCTGGACCATTACGAAGGATCGCTACAGCACGGACACCATCATCCGTCCTAATGAAACCAAGGTGATCTGGATCAAGAAGCAGCCTTGCTGTTACGACCTGAGCATGGAGCAGTTCCTTGCCAACTATAATGCTGATGGCGAAGATTTCTCACCGTCTCAACTGCTGGCCGTCTTCACGCCGGGCAACAATCAGGGCCTGAACGGAACCTCCACCAGCGGACGCTCTTTGGGCATTTCAGCGCCATCCGGCACGCATCTTATCGGCGTACAGTTCAATAACGGGCAACTGGATGCCGGGGTTAATGAATCGATCACGTATCGAGAGCCCGAGCCGCTGACGAGCATGATGCAGAAAAAAGAAACCCACCAGGTCCCTTCTCCAGGTCAACCGTAA	MRIPKITSLFMMLTFLTTASLSPSGELGSTAEATPGPLRVMSFNLRYAANDNQPWEKRRPVTKNLILEHKPDVIGTQEGLHRQILDLENDLPGYGRIGVGREGGSLGEYMAIFYNTERLKPLEQSHFWLSDTPQTISSASWGNQIPRMATWVRFQDLQNGKTFYMVNTHLDHQSEVSRQKSAELIVDKMKAFASDIPVVVTGDFNTRPGSDTYSIFTSNGMSDGHVTAKKRTNDDLGTFHNYKDPTGGGSGNRIDWILHSQGWNVLHSEIINYNEVGQYPSDHYPVMMEGTLQRSNKTTEETVPKLPLTTALHITEVVANSNEQGNYNYVEIYNPTDREIDLEGYQIYYYYDPALPFDKSKSNRWTITKDRYSTDTIIRPNETKVIWIKKQPCCYDLSMEQFLANYNADGEDFSPSQLLAVFTPGNNQGLNGTSTSGRSLGISAPSGTHLIGVQFNNGQLDAGVNESITYREPEPLTSMMQKKETHQVPSPGQP				NA	NA	NA	NA	NA
JZ016_01998	474			hypothetical protein	ATGGATCATGAGTTCAACCGGAAGTGGCTGGAGGACAAATTTGAAAACATCCGCAGCCGTACCTTAAAAGTGCTGGTGCAGTTAAACGATGAGCAAGTCAATTGGCGGCCCAACCATTCCAGTCTGAGCATTTCGACGTTGATCAGGCACATCGAAGGCAACATTCAAGAGCGGGTCATGAAAGGGATTCTGCACAAAGACATCACGCGAAACCGGGAGGAAGAGCTGACGCAGGTTTTTGTCAGCCGGGATGATCTGATTCAGATTGTAAAGAATCGGTTTCAGTTCCTGATCGATACGGTAAAATCCATGTCGAGTGCGGACTTTGAACAGGTTCAACAGGTACGCGGTAAAGAACGAAGCAATCTCGACATACTGCATCAATGCGCCACGCATTATTCGGAGCATATGGGTCAAATTTTTTATATCGCGAAGCAGTGTTTGGCGGTTCAATATAAAGCTACATCGATCTAA	MDHEFNRKWLEDKFENIRSRTLKVLVQLNDEQVNWRPNHSSLSISTLIRHIEGNIQERVMKGILHKDITRNREEELTQVFVSRDDLIQIVKNRFQFLIDTVKSMSSADFEQVQQVRGKERSNLDILHQCATHYSEHMGQIFYIAKQCLAVQYKATSI				NA	NA	NA	NA	NA
JZ016_01999	678	COQ5_6		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGGGAATAGACTGGTATGACATGATCGCACGAAGAAATGGCGGCTACAAAGGAAGAGCGGTGTGTACCGTCGTCGGCCGGTCGGCGGAAGAGGTGTTTGAGGAGCGGTTAGTGGAGATGCTGCCGCAGTTTCAATCGGTGCTGGATGCAGGCTGCGGGCATGGCGAGTTCACGCTCCGGATGTCCAGACATGCTAAGAACATCATTGGTTTTGACAACTCCGCGGAGATGATCCGAATCTCCCAATCCTTACTCGAAAGCAGCGGAATCGGTAATGTGGAATTTGTGTTTGCCACAACGAAGACCGAGTTGCCCTTTCAAGACGCTCAGTTTGATCTCATCTATGACCGCAGAGGGCCCACCTCGATCCTCGAACATCCCAGGATATTAGCTTCAGGCGGCACTATTATCGGCATACATAATGATGTGACTGCCGTACGAAGGCGATTGTCGGAGAATGGCTACATGAATGTCGAGATTGAGGAGTATAATGAAGCGATTACTTACTTCCCGAATGCCCGCGAATTTGCATTGTTTCTGTCGGATGTGCCGGGTAATCCCGATTTCACTTTGCCGGAAATGAAGGGTGAACTCGAGGCCAAGATACGGGAGAATCAGATCGACGGGCAGCTTGGAGTCCGTGAACACAAATACATCTGGAAAGCCATGAAGAAGTGA	MGIDWYDMIARRNGGYKGRAVCTVVGRSAEEVFEERLVEMLPQFQSVLDAGCGHGEFTLRMSRHAKNIIGFDNSAEMIRISQSLLESSGIGNVEFVFATTKTELPFQDAQFDLIYDRRGPTSILEHPRILASGGTIIGIHNDVTAVRRRLSENGYMNVEIEEYNEAITYFPNAREFALFLSDVPGNPDFTLPEMKGELEAKIRENQIDGQLGVREHKYIWKAMKK				NA	NA	NA	NA	NA
JZ016_02000	1209			hypothetical protein	ATGTTTCTAAAAAGGTGGCGTCGATTATTATCTTTTACCCTCATTCTATCGTTGTGCATGACATCCATGGCAAGCGCGGCGGAAACCAGTCAAAACAAATATGCCTGGGCCAATGGATCCGTTGATTTCCTGAGATCCCATGGAGTCTTTGAGAATATGGAGTATAAGACAAAAACTTTAGGCAGGATGGTAACCAAGTCCGATCTCACGCTCATGGTTCATCGGCTGTTTACCGATTTACGGGTCGAAAGCGATAAGAACCTCAAGATACCCGGGGTCCCAAATGGACATCCCTCCTACCAGATGTTTAAAGATGTATACGGCAGCATACCGTCGGCGCCGAGCGGATTAATTGCCGCCGCCGACAAAATCAATTATCATGACGAAACCTTCAAGTTTATACCGGAGAAGGTGTTAACACGCTGGGACTTATTGATTACGCTGAATGCGCTGTTCGATGATATTGGATATTCTGTGGAGGTGTTGGAAAGTGAGGAGATTGCCAGGCTGCGGGAGATCAAAGATCTTCCCAAAAGGTATTTCAATTCCTACAACCAATACGAAAAATGGAAGTACGCCTATCAACCATTGGCACCCGAAATCGGATTGATGCAAGACAAAAAATGGGGGCCTTCCTTAGCCTCCGATCTCGATTACGTTAAAGCTTATGCGCTGCTCGGCTTTGCCGAGGCCGGCATCATGAAACCTGACGCGAAAGGGCATTTTCGTCCGAATCAAAAGGTAACGTTAGCCGAAACCGCGGTCATCCTGCATCGCATATACGATTATTATGATGGCAGCGACTATGTCCGAGAACCATCGGCAGATGATCTCATCCCGAATGGCACTAGAAACTTTATCTATGCGGGATCTCCGTCTGGACACGGAGAAAGTCCGGTTGCTGACTTTGCTTTAGTAAATCCCGATTCCGTACCGGAATTCTATCTGGCCGTGAAGGCTTCAGAGAAAATCGACTTGCAGATCAACATGAACGGGGAGCCATCCTTTTATACTTACGAACAATTAAGCAACCCTAAGCAGCCTGTTCGAATTGCTTTGAATGGCGCATCCTATGCTGAGTTCATTCCCATTATCCGAAGCAAGGGCCAGAAAGCCACCGATGACAATAATAACATTAAGGTTATGTATTATTATTCTGATACATTCCAGGACTTTACCCAATTATTGGGGTATGAAGCCGATCTCTAG	MFLKRWRRLLSFTLILSLCMTSMASAAETSQNKYAWANGSVDFLRSHGVFENMEYKTKTLGRMVTKSDLTLMVHRLFTDLRVESDKNLKIPGVPNGHPSYQMFKDVYGSIPSAPSGLIAAADKINYHDETFKFIPEKVLTRWDLLITLNALFDDIGYSVEVLESEEIARLREIKDLPKRYFNSYNQYEKWKYAYQPLAPEIGLMQDKKWGPSLASDLDYVKAYALLGFAEAGIMKPDAKGHFRPNQKVTLAETAVILHRIYDYYDGSDYVREPSADDLIPNGTRNFIYAGSPSGHGESPVADFALVNPDSVPEFYLAVKASEKIDLQINMNGEPSFYTYEQLSNPKQPVRIALNGASYAEFIPIIRSKGQKATDDNNNIKVMYYYSDTFQDFTQLLGYEADL				NA	NA	NA	NA	NA
JZ016_02001	459	rppH_3		RNA pyrophosphohydrolase	ATGAAAATCGTAGTGACTGGCGGCGCCATCATCCGGGATCATCATGGGCGAATATTGCTTCAGAGACGCTCGGATTACGGCAATTGGGGACTTCCCGGTGGCGGTATGGAAGCCGGAGAATCCGTGGAAGAGACGATGAGACGGGAAGTGCTCGAAGAAACGGGGCTGGTCGTCCGCGATCATGAACTCTATGGTGTTTATAGCGGACCCAGAATGCAGTATCGATACCCGGACGGAAACGAGGTCGTGTTTGTCATGTTTATTTTTAACGCGACGGTGGATTTGGAAGGGAAGACGGAGGAGCAGGGCAGAATACTTAATCATCATGATGTCAACAACGAGTCGTTGCAGTTGGAATTCAAGGCATTGCATGAGATTGATCTAGAGGATATCAGCTCTGTGCAAAGACCGGTATTTGAGGATCTGCAAAGCGGGAAGGCACACATTTTAAGAACATGA	MKIVVTGGAIIRDHHGRILLQRRSDYGNWGLPGGGMEAGESVEETMRREVLEETGLVVRDHELYGVYSGPRMQYRYPDGNEVVFVMFIFNATVDLEGKTEEQGRILNHHDVNNESLQLEFKALHEIDLEDISSVQRPVFEDLQSGKAHILRT				NA	NA	NA	NA	NA
JZ016_02002	444	bltD_2	COG0454	Spermine/spermidine acetyltransferase	ATGATTAGATTGCAGCCCATTGATAAGGATAATTGGACCGAATGTATTAAACTGAAAGCGAAGCCGGGGCAAGAAGGCTTTATCGCCTCCAATCTGTATTCGATTGCCCAGTCTCAATTTCTTGAACATTTTGAAGCAATGGCCATTTATAAGGAAGAGACGATGGTCGGATTCGCGTTATATGGCTTGGACTCCGATGACGGGAACTACTGGATTTACCGTTTGATGATCGACGGTAATTTTCAAGGGAAGGGTTACGGTAAAGCGGCTTTGCGAGACATAATTGAAGAAATCCGAAACAAACCTGACCGGACGGATGTCCTTATGATAAGCTTTGATCCGAAGAACGAACAGGCCAGGCAGCTTTATGTCAAAGCGGGTTTTGAGGAGATCGGCGTCATGCCGTGGTCGGAGGGTGAGTCCGTAGCAAAGCTGATGCTGTAA	MIRLQPIDKDNWTECIKLKAKPGQEGFIASNLYSIAQSQFLEHFEAMAIYKEETMVGFALYGLDSDDGNYWIYRLMIDGNFQGKGYGKAALRDIIEEIRNKPDRTDVLMISFDPKNEQARQLYVKAGFEEIGVMPWSEGESVAKLML	PGPT0007790_2040	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007790-speG-K00657	NA	NA
JZ016_02003	426			Acetyltransferase	GTGTCAGAAATCAACATCAAACGAAGCAGTCCGGAAGAAGCGCTTGCGGTACGGACGAACCTGATTCAATATAATGCACAGCATATTGCAGAAGATTTGCAGCAGAATTACGAGGAGATCAACTTACATATAAAGAATGAGAATGGTGATATCGCAGGCGGGATCAATAGCGTGTTTTGCTGGAATTGGATTGAGGTCGATATTCTATGGGTGGAGGATCGATCCCGGGGGCGGGGCTACGGTTCAAGATTGTTACAGGAGATCGAGAAGATAGCCAGGGAAAAGAAATGCACCTTCATCAAGCTCAATACGTTCAGCTTTCAAGCGCCACTGTTCTATCAAAAGCATGGATTTCAAGAGATTGCACGTATCGACGATGCCCCAAGAGGGCATCAGCATTATTATTTGATAAAGCATTTGGTGTAG	MSEINIKRSSPEEALAVRTNLIQYNAQHIAEDLQQNYEEINLHIKNENGDIAGGINSVFCWNWIEVDILWVEDRSRGRGYGSRLLQEIEKIAREKKCTFIKLNTFSFQAPLFYQKHGFQEIARIDDAPRGHQHYYLIKHLV				NA	NA	NA	NA	NA
JZ016_02004	384			hypothetical protein	GTGAATTCTATGAAAATGAAGGACATGATTAATGAGTATGTGAGAGCCTATAATTCTTTTGATATCGAGGGGATGATTGCTCTTCTGCATGAGAAGATCGAGTTCAGAAACATATCAAGCGGATCGATCGACGTGGAGACCAAAGGAATCGAGGAATTTCGAGAGATCGCCGAACAGTCCAAGTCGTTATTCTCCTATCGTTGTCAGACGATCATTGGTTATTCGTTCGAAGATGACAAGACTCAGGTTGCGATCGACTACGAGGGTATTCTTGCTAAAGATCTCCCCAACGGTATGAAGGCCGGCGAGAAGATTCATCTGAAGGGAAAGTCCGTATTTGCGTTTAGAGACGATAAGGTAGCAGTGATAGAGGATCATAGTTGA	MNSMKMKDMINEYVRAYNSFDIEGMIALLHEKIEFRNISSGSIDVETKGIEEFREIAEQSKSLFSYRCQTIIGYSFEDDKTQVAIDYEGILAKDLPNGMKAGEKIHLKGKSVFAFRDDKVAVIEDHS				NA	NA	NA	NA	NA
JZ016_02005	261			hypothetical protein	ATGGGTCGTGTCCGTGCTGTTCCAGAGCCGGATTTAGTATTAATCAGCTGGGCAAGAAACCCTCTCGTTGCGGGTTCCCCGCGCAGAATCGTTGCTGCTCGTGTCATTGGCAATGCTTCTCCTTGCCGAGCTGATTTGACGCCGAATGCATTGCTAAGAACTGCCTTAGCCTGTTTGCTTGATCATGATGTAGGTTTCAAAATCGTATTCCGCCAAAGAACATCCAGCATTAGCGGTTACCTGTTATTACAGCGTAATTAA	MGRVRAVPEPDLVLISWARNPLVAGSPRRIVAARVIGNASPCRADLTPNALLRTALACLLDHDVGFKIVFRQRTSSISGYLLLQRN				NA	NA	NA	NA	NA
JZ016_02006	534			hypothetical protein	ATGCCCTGTGAGCTTTTTTTATTTCGAAAAGCTATCACGCGCATTGATATTTCCTGGGCAATCCAAACTTCCAGTATATGTAAGAATGAGTTTTGGTTTTACTTTGATTTTATAGGAATTTTACGCATAATAGAAACTAAGGGAGATGATTCCACTTTGAATGAAAAGAATATCAGTACGGTTGTTAATGGGGATTTAATTGTTACTCATCTGATAGGGAAGATAAACACGGATGATGTTATTGAATGGTTTAATGGTTTTGAAAATTCATGTCAGCAGTTTATTGGTAAGGGACTGAAATACAAATTGTTGGTGGATAGAAAAGGATATACTCCAAACCACTTCTCCGTTCAAAAAGTATGGAAAGAAAAGTTCTTTAATGACACTATCCTGAATCAAAGCAAGGCCATTGCGTTTCTTCTTGAAGAAGGGGAGATCATGAATTACCTGCAGCAATCCAACACCAAAGAATCCGTTAAATTTTTTGATGATTATGAACAAGCACTCCATTGGTTAAACAACTATCCAAGTTAA	MPCELFLFRKAITRIDISWAIQTSSICKNEFWFYFDFIGILRIIETKGDDSTLNEKNISTVVNGDLIVTHLIGKINTDDVIEWFNGFENSCQQFIGKGLKYKLLVDRKGYTPNHFSVQKVWKEKFFNDTILNQSKAIAFLLEEGEIMNYLQQSNTKESVKFFDDYEQALHWLNNYPS				NA	NA	NA	NA	NA
JZ016_02007	690			hypothetical protein	ATGAAACCGTTGAAAAAATCAATCGTGGCGGTTGCCGTGCTGGGAATGACGTTAACGGGAGCAGCAGGTGTCTATGCGGGAGCCAACCTGGAGAAAATCTCGGCTTACCTCAATCACAGCATCGGTATCAAAGTGGATGGAGTCGTATATAACACAGGCAAAACATTGACTCCGATCACGTATCAGAATACGACATACCTGCCGGTTCGCGCGATGGCCGATGTGCTGGATGTACCCGTGCAGTACGATTCGAAGAATAACCTGGTGCTGATCGGAAGTAATCCTGGAAACGGTCAGACGACCGAGCTGACCAACGTGAAATACAGTGATGCCGAGCGAAAAGAAATCAAAAGCGCATTCGCCAAATTTGATGGTTTTCAAACGCCGTATGCTCCAACTCAGATGGTAAAAGGCGATGTGTACCAAAAGACAGGCGCATCGGAAGATGGCGTTAACATGTTATTCAAACACATGACGGTATATATCTCCCCAAGAGACTATTCTCATGGATATGACAGCAAATCGGTTACATTGTCCAATGGGGTTAAAGCGAAATGGTATACACCGGATGATACGGACATGCTGGGCTTTCAGATCGATGATCGTTTTGTGACAATCAGCTCACCGGAGCATTCCTTAAGTAGAGCACAGCTGGAGAAGGTTGCTGTAAGTGTTGCCCAATTGAAATAA	MKPLKKSIVAVAVLGMTLTGAAGVYAGANLEKISAYLNHSIGIKVDGVVYNTGKTLTPITYQNTTYLPVRAMADVLDVPVQYDSKNNLVLIGSNPGNGQTTELTNVKYSDAERKEIKSAFAKFDGFQTPYAPTQMVKGDVYQKTGASEDGVNMLFKHMTVYISPRDYSHGYDSKSVTLSNGVKAKWYTPDDTDMLGFQIDDRFVTISSPEHSLSRAQLEKVAVSVAQLK				NA	NA	NA	NA	NA
JZ016_02008	1209			hypothetical protein	ATGAGAAACAGAGTAGGGAAGTATGGGTTCAAGTTGATGTCTGCTGTTGTTATTGCTGCAGCCCTGACGGCTTGCCAATCCCAGGATCGGCTGACGATCGCGGAGCCAGGCAACAATCAAACCGGCCAGCCCCCTGTATCGAATGCTGGAGAGACGGCATCAGGAGAGCGCAAACTTACGGTTGTAGAAGGAGCGAGTGGTCCATCCAGTCAGGAAGTGGTTGTGAATCAGACGCACCGGATCGCCTCGTCGAACATTGAGACATGGCTGTCGGAGAATGAGGTCAAGGTGCTTACAACCAAGCTGATCAAGGAAGCGACCGAAACGGAAGAACCGCAATATGCTTATTCCTCCGAAGCAGTGAACGTAAGTACAGGTGAGCGGCGTGAGCTCACGAATCATGAAGAGTCGCATCCAGGCGAACATCTTGTCAAAGAAGAAATCTCGCCGGACGGTAAATATAGTTTTATTCAGAAATGGAGGGATAAGTATAAGGCTGATAATTTCCTGAAGGATCTTAGTACAGGCAGGAGCATACCGGTTAAGGGCGACAATTACATGGAGATCGGAGGGTGGCTGGATACAGACACCTATGTTCTTGCAGCAGGCTCCATGAGCGGCAAAGGCGATATTCGTCTCATTTCAACGGACGGCTCTTATACTACCATAGCTATTGAGGATGAGGATGTTGAAGTCTACAACCAGTTCGGGGCGAGTAAAGGCCGGATCTATTATATCGATGTAAACCAGGTGCTGAAGGTCGTTGAACCGGGGCAATCGAAGCCGGTACAGCTTATTGAAAATGTATGGAGCTTCACCATCTCGCCGGATGGAGAGTACATTGCCGTCTCCACAGCGACCAACACGGAAGGGAACTCAGGCAGCAATTTACTGATCTATGACGCAGCCGGCAGCCTGCAAGGATCCCTTATCGGAAAAGGAAATCTGATTTCTTACCCGTCTTGGTCGCCGGATTCTGCCAGACTAGCTTTTGATGTATATTCGGAGAATGAAAGCGGGATGAACGGAGTGTATGTATTTGATACGGCTTCAGGAAAAGTAAGCTGGATGGCGCCCTATTATTCGGCGGTGCATCCTGCGGCCCATCCGGTCTACCCGCTGACTTGGAGTCCATCTGGAAAAAGACTAGGAATTACGATTGACGATAAAGAAGCGTTGATTGCGACGTATGTCATCGATTTTAAATAA	MRNRVGKYGFKLMSAVVIAAALTACQSQDRLTIAEPGNNQTGQPPVSNAGETASGERKLTVVEGASGPSSQEVVVNQTHRIASSNIETWLSENEVKVLTTKLIKEATETEEPQYAYSSEAVNVSTGERRELTNHEESHPGEHLVKEEISPDGKYSFIQKWRDKYKADNFLKDLSTGRSIPVKGDNYMEIGGWLDTDTYVLAAGSMSGKGDIRLISTDGSYTTIAIEDEDVEVYNQFGASKGRIYYIDVNQVLKVVEPGQSKPVQLIENVWSFTISPDGEYIAVSTATNTEGNSGSNLLIYDAAGSLQGSLIGKGNLISYPSWSPDSARLAFDVYSENESGMNGVYVFDTASGKVSWMAPYYSAVHPAAHPVYPLTWSPSGKRLGITIDDKEALIATYVIDFK				NA	NA	NA	NA	NA
JZ016_02009	1536	sasA_16		Adaptive-response sensory-kinase SasA	ATGAACAAGGGAAAGGTGCGTTTCGGCTTAAAGTGGAAAGTCGCGCTGCTTCTCGCTTTGCTGCTGATCGCCGTTGTGGTTGTTCTAAGCACGTTGGTTCTTGCCGGGATACGGGAGGATCAGCGGGTGCGTCTGGAGCAATCCTTCGCACAGAAGGCCGAAGCAGCCAATCTTAGAATTCATCAGGAATTACTGACGAATCCTGAGATGAAGCCGGATGAATTTATGGAAAATGTCGGTCAACGGCTGGCCGTCGATCTTGGAACCCAGAGCGGCATGCCGGTGACGCTATATAAGCTGGATGGTACATTCACGGGGACTTCCCTTCCTTTCCAGCCGAAGATGGATGTACAAGACGCGCTTGCACATACGGCGCAAGGACGTTCCGCCTATATAACCGAGGGTGACCAGCTGCTCTATCTTGCTCCGCTTCGGCATATGGAGGAGCCGATCGGAACGATTCAATTCCACGCCTCCCTGGCTGAGCAGCACGCTTTCTATGACAGGATCCAGAACTTGTTTATCGTGACGGGCCTTGCGGTGCTGGCCGCCGGCTTCCTGATCGGGTTTCTGTATGTTTGGCGGCAGGTGCATGTCATCGGCAGGCTGAACCAGGCTGCGCAGAGGATCGGTGAAGGCGTCTACCTTAGCGAGCCGACGGTGAAGCGAAACGATGAGCTCGGCGAGCTAGCGCAAGGCATATATGAAATGAGCGGGCGAATTTCCTCATCGGTGAGCCAGCTCACGGAGGAGAAGCAGAAGCTGCTGGATGCCATCGAAAGACTGCAAGAGCTGGAACAGCAGCAGAAGCAGTTTATCGGGAATATCAGCCATGAGTTGAAAACGCCGCTGACCTCCATATTGGCTTATGCGGATCTGCTTGAAATGTATCGCGATGATCCCGCCCTGCTGGAGGAAGCCAGAGGACAGATCGGCAAGGAAGCACAGCGTCTATACCGCCTGGTAGAAAAGGCGCTTCAGTTATCGTCCATGGATATTTATGAATTCGAAACCCATGCGGAACACGTAGATCTCATGCCGATTCTGGAAGAGGCGGCAGCCCGGTTAGAGGTCAAGGCAGAGCAATCGGACATTACGATTCGATCATCTTTAACGGATGGTAAGGTGTGGGCTGATCCGGAGAATCTGATGCATATGGTACTGAATCTGCTGGATAACGGAATTAAATACAATAAGCCCGGAGGGACGGTTACGCTCTCGAATGAAGTGAAGCAGGATCCTAATGGCCAAGATCGTATGATCATTAAGGTAAGCGATACCGGTATCGGAATTCCGGATGATGCCAGAGAACGGATCTTTGATCCGTTTTATACGGTGAGCAGCGACCGTTCCAGGGTTCACGGAGGAACGGGACTAGGGTTATCCCTGGTACGCAATCTGGCAGAGAAACAGCACGGCTCCGTTCAGCTTGCGGAATCGGGTCCCGGCGGTTCTACGTTTGTGATTGCCCTGCCGATGAATCGGCCACAATCCTCAGAGGTTATTTCGACAGAAGAAAGTTCAGACTTGGAATAA	MNKGKVRFGLKWKVALLLALLLIAVVVVLSTLVLAGIREDQRVRLEQSFAQKAEAANLRIHQELLTNPEMKPDEFMENVGQRLAVDLGTQSGMPVTLYKLDGTFTGTSLPFQPKMDVQDALAHTAQGRSAYITEGDQLLYLAPLRHMEEPIGTIQFHASLAEQHAFYDRIQNLFIVTGLAVLAAGFLIGFLYVWRQVHVIGRLNQAAQRIGEGVYLSEPTVKRNDELGELAQGIYEMSGRISSSVSQLTEEKQKLLDAIERLQELEQQQKQFIGNISHELKTPLTSILAYADLLEMYRDDPALLEEARGQIGKEAQRLYRLVEKALQLSSMDIYEFETHAEHVDLMPILEEAAARLEVKAEQSDITIRSSLTDGKVWADPENLMHMVLNLLDNGIKYNKPGGTVTLSNEVKQDPNGQDRMIIKVSDTGIGIPDDARERIFDPFYTVSSDRSRVHGGTGLGLSLVRNLAEKQHGSVQLAESGPGGSTFVIALPMNRPQSSEVISTEESSDLE	PGPT0002705_1398	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636	NA	NA
JZ016_02010	777	phoP_3	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	ATGTTGAAATATGATGCCGGATACGTTACCATCATGGAATTAGTACATGTTGAATCGGCCAATAAAGGAGTCGTATCTGCGATGACCAAGGTACTTGTAGTAGATGATGAGATCAGTATCTCAAGTGCAGTTGCCTATGCGCTGCGGAGGGAAGGACATACGGTGGAGACGGCAGGGGATGGGCAGGAAGCGCTGGAGCGTGTGGAATCGTTTGATCCCGACGTGATGGTGCTCGATGTCATGATGCCGAAGCTTAGCGGGTACGATGTCTGTCGCAAGCTCGGGGACCGGCAGCGCCCGGCCATTCTGCTGTTGACGGTGAAGGACGATATTGTGGATAAGGTGCTCGGGCTGGAGCTTGGTGCCGATGATTATATGACAAAGCCCTTTGACATGCGGGAGATCATCGCCAGGGTAAAGGCATTGTCCCGAAGAAGCCGTACTCCCGAGGCTGCCGGGAACCAAGCCCCCGAACAGCATGTCATCCGGATCTCCGGGCTTACCATTAATCTGTTAAATCGCACCATTCACGCCGAAGGCAAGCCCCTTGAGCTTACGCCGAAGGAGTTTGACCTGATGGCTCTCCTGGCACGGAATCCGGAGCGGGTATATTCGCGAGAGGCTTTGCTAGAACAGGTATGGGATATGGATTTTGCCGGCGGTACGCGTACGGTAGATATTCACGTCCAGCGATTGCGCAAGAAGCTGGGGAACCAGCATGAAGTGATCCAGACCGTTTATGGGATTGGATATAAAAGCACGGAGATTCCCTCATGA	MLKYDAGYVTIMELVHVESANKGVVSAMTKVLVVDDEISISSAVAYALRREGHTVETAGDGQEALERVESFDPDVMVLDVMMPKLSGYDVCRKLGDRQRPAILLLTVKDDIVDKVLGLELGADDYMTKPFDMREIIARVKALSRRSRTPEAAGNQAPEQHVIRISGLTINLLNRTIHAEGKPLELTPKEFDLMALLARNPERVYSREALLEQVWDMDFAGGTRTVDIHVQRLRKKLGNQHEVIQTVYGIGYKSTEIPS	PGPT0002665_1043	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_02011	945	lnrL_2	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGACAATCGCTACCATGAACCATATCATTAAGCGCTATGGGCATCAGCTTGTCCTGGACCATGTCCATTTAGAAATCAGGCAAGGCGAAATACTCGGTCTTCTTGGTCCGAATGGTGCAGGTAAAACCACATTGATCCATGCGTTATCCGGCTTAATCGGCATCGATTCCGGTAGCATCGAGCTGTTTGGTGAACGGCTAAGCGGCCCTATGCTGGAGGTCAAACGGAAAATTGGACTGGTCACGCAGGATATCACCGTTTTTGAGGATTTAACCGCCCAAGAGAATCTCGCCTTTTTTGGCGGAATATATGGGTTAAGAGGTGCAGAATTGAGAAGGCAAATCACGGAAACGCTCCAATTCGTCGGATTAACGGATCAAGCCCATAAACGCCCTTCCAAATTCTCCGGGGGAATGAAGCGGAGACTGAATATCGCCTGCTCTATTATTCACAGGCCCAGGCTCCTGATCATGGACGAACCTACGGTTGGAATCGACCCCCAATCCAGAAATCACATCCTGGAATCGGTACGCGAACTGCAAAAAAGGGGGACGACCATTCTCTATACCACCCATTACATGGAAGAGGTGCAGTCCCTCGCATCTCGCGTCGTGATTATGGATCAAGGCCACGTCATCGCGCAGGGGACGATTGATGAGTTGGTAAAGAACATCCACCATGAAGAGAAGATCAAGCTGGAAGTCGTGGAGTTGACGGAGGATCTGATCGATAACATCAAACAACTGGATGGAGTCAAGCACGTGGTTTTGAATGGAACGCAAATTCAGATCATATCACGGGCAGGTGCAGGAAATCTGGATCGTATCCTGTCGTTGGCCAAAAGCGCGGGCGGCGTCCTATCCATCCATGCGGAGAAACCTACGCTTGAAGACGTATTCCTTACGCTTACCGGTAAGCAACTACGTGACACGGAGGGAACTTAA	MTIATMNHIIKRYGHQLVLDHVHLEIRQGEILGLLGPNGAGKTTLIHALSGLIGIDSGSIELFGERLSGPMLEVKRKIGLVTQDITVFEDLTAQENLAFFGGIYGLRGAELRRQITETLQFVGLTDQAHKRPSKFSGGMKRRLNIACSIIHRPRLLIMDEPTVGIDPQSRNHILESVRELQKRGTTILYTTHYMEEVQSLASRVVIMDQGHVIAQGTIDELVKNIHHEEKIKLEVVELTEDLIDNIKQLDGVKHVVLNGTQIQIISRAGAGNLDRILSLAKSAGGVLSIHAEKPTLEDVFLTLTGKQLRDTEGT	PGPT0006725_8672	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02012	735			hypothetical protein	ATGCTTGTGTTCAGAATGACGTACTTCTCCTTGCTTCGCCTGATACGAGAACCCATCGGGCAGCTGCTTCTTGTGGGCCTGCCGCTGGTCGTCATTACCGTGCTGGGTGTCGTTATTGGACCCTATGAAGGCATGAAGGGTGTTCCTCCGCTGGACTTGACGGTCGTTACGACCATTATGGGCGTTCAGTTTTTTGGCGGCACGTATTTGATGAGTTATTTGGATATCGATTTACTTAAAACCCGCAAATGGAGAATCTATTCGCTCCCTATTAACGTAGCGGTTTATTCAAGCTCTCTTATTCTTGCCTGCACACTCTTCAGTACTTTGCAAGGATTGGTCTTGGTGCTATTCACAACTTGGGTGTTCGGGATCGCGTGGGGATCGCTTGGCTGGGTATTGCTGGTATTTATTATTTATTCCTTATTTGCACAGTCCGTACATCTGCTGCTGACATTATCCATCCATAACGTAAAATTGGCTGAAAGAGTATCTGAAGTCCTCGGAATCGGCTTCATCATCTTGACCGGACTCATGTTTCCTCTTCCAGATCATCGTTTCTTTGAGTTCATGTCGTCTTATGGGAATCCGGTATCCCTCGGAAAGATGGCCATCCTAGAGATGTTTATCGATGGCGGGCAAGGGAAAGCGTACCTTAGCATCTTATTGCTGTTAGCCTTAACCGTGATATGCATGATGATCAGCGCATGGCTTGGGAGGAGGAAGCTCGCTTGA	MLVFRMTYFSLLRLIREPIGQLLLVGLPLVVITVLGVVIGPYEGMKGVPPLDLTVVTTIMGVQFFGGTYLMSYLDIDLLKTRKWRIYSLPINVAVYSSSLILACTLFSTLQGLVLVLFTTWVFGIAWGSLGWVLLVFIIYSLFAQSVHLLLTLSIHNVKLAERVSEVLGIGFIILTGLMFPLPDHRFFEFMSSYGNPVSLGKMAILEMFIDGGQGKAYLSILLLLALTVICMMISAWLGRRKLA				NA	NA	NA	NA	NA
JZ016_02013	687			hypothetical protein	TTGACGATATTTAACTTCGCGCTCATTCGGAGCGTCCGCAGCTTGCCCAATCTTATCTTGCTGTTAGGCCTTCCCGCAGCCGTCGTTGTCCTCCCGGTGGGCGGTTGGCATGGCTTACCGCTAGGGTATCACTTCTACGGAATCCTGCTGTTATTCGCTGCCTCCAAACTCGTTCATATGATCATGGAGGATCGGAAGAATAAAATTCTGACCCGAATCGGCGTTGCACCTGTGACCCACTTCAAGTATTTATCGCAGAATCTGCTCGCTTTCGCTCTGCTGCTTGTAGGACAAAGTGCCGTGATCACGTGCAGCGCCTGGTTGATGCATGCCGATGTTTTTGGCAGTCTGATTCAACTCTTCAGCATTTTGAGTATGTTCTCGGTCACCGCGATTAGCTTCTCTCTCGCTTGGTCTTCCATGTTCCGCCAGCCTGAATCTTCTACAGCCGTTATGCTGGGAATCATCTTGATCATGGCGGTGCTCGGAGGAACCTTATTTCCCATTCAGGCTATGCCTGCATCCCTGCAGAAAATCGCCATGGTATCCCCTACCTATTGGTTCCATGAGGGAATCATGCTTGCTAAGAACGGAGGCTTGTTCGCGGAACAGCTCACTCCGCTCGGGATCCTGCTGTTGTTTGCGATCGCTTTTATGCTGATTGGCAGCCGAAAGAAACTGGCTTGA	MTIFNFALIRSVRSLPNLILLLGLPAAVVVLPVGGWHGLPLGYHFYGILLLFAASKLVHMIMEDRKNKILTRIGVAPVTHFKYLSQNLLAFALLLVGQSAVITCSAWLMHADVFGSLIQLFSILSMFSVTAISFSLAWSSMFRQPESSTAVMLGIILIMAVLGGTLFPIQAMPASLQKIAMVSPTYWFHEGIMLAKNGGLFAEQLTPLGILLLFAIAFMLIGSRKKLA				NA	NA	NA	NA	NA
JZ016_02014	1107			hypothetical protein	ATGAGAAGCTATACCGATTCGTGGTCCCCGAGCATAGCCGTCGTGATTTGGAGAATACTTGCCCTGCTGCTTCTGGCCGCTCTTTGGTTTATGGGAGATGCCGGGACCGAAGGATTCATCCTGGTCTTCGCCTTAGCGATCCTGGCGTTAGCCCGATGGCGGTTTCCCCTTCCTTCATGGACAACACTGGTCGACCAGCTTCTATGCATATCCATCATTCCATTCTGGCCGGAGGCCGGCTTCGGACTGGCTCTGCCGCTATTTGAAACCATGCTTGCCGGTACACCGCTATTTTCCCTGCCCATCCTGGCAGTGCTTGTCATCTGCTATGTCGATCCGGACCTCCCGCTTCTTCTCATGCTCGTTCAAGCTTCATTTGCGGGATGGATCGTTTTATGTTGGTCCAAACAAACCCATCAGTATCGATTGGAGGCAGATCAGGAGCGTCGCGATCGCTACGAACTGGAAATATTGAAGGGTGAGCTGCTTATGGCCAATGTGCAAACGGCTCAGCTTGCAGAGCTCAGAGAGCGTCATCGAATCTCCCAGAAGCTGCACGATGAGGTTGGCCATGAATTAACAGCCGCGTTGTTAGCCTTTCAAGCTTTTGAAACATTATGGAGGGAGAATGACCCGCAAGCGGAAGATATGTTTGCCCAAGCCCAGATGCGTTTGTCGAGCAGCGCCCTGGAGCTGCGGGAAACGGTCCATAATATGCAGCCTGTCCAAGCGACCGGCATTCGGAGCCTGGAGGGGATCTGCCGTAATTTCAAAGCGATGCCTGTCCAGCTGCAAATTTATGGAGATACATCTCGTATAGCCGCCCATCTGTGGGTCATCCTGAATGCTAGTCTCAAGGAAGCCTTGACCAATGCGGTGCGTCATTCCAAAGCCAAACACGTTGAAGTATCGTTGGACGTCAATGAACATATCGTGCGGTTAAGCGTCCAAAATGACGGCGTTTTGGATTCCTCCTCGCTGCCTGGAACCGGACTCCGCAACCTAAGGCAAAGAGCCCAGGCGGCAGGCGGGAGCATCTCCATCAATACATCCGGCGGCTTTCAATTGGTCTGCGTATTACCTATGGGAAAGGGGGGCATTCGATGA	MRSYTDSWSPSIAVVIWRILALLLLAALWFMGDAGTEGFILVFALAILALARWRFPLPSWTTLVDQLLCISIIPFWPEAGFGLALPLFETMLAGTPLFSLPILAVLVICYVDPDLPLLLMLVQASFAGWIVLCWSKQTHQYRLEADQERRDRYELEILKGELLMANVQTAQLAELRERHRISQKLHDEVGHELTAALLAFQAFETLWRENDPQAEDMFAQAQMRLSSSALELRETVHNMQPVQATGIRSLEGICRNFKAMPVQLQIYGDTSRIAAHLWVILNASLKEALTNAVRHSKAKHVEVSLDVNEHIVRLSVQNDGVLDSSSLPGTGLRNLRQRAQAAGGSISINTSGGFQLVCVLPMGKGGIR				NA	NA	NA	NA	NA
JZ016_02015	609	lnrK_2	COG2197	Transcriptional regulatory protein LnrK	ATGAACATTCTCATTGTGGATGACGATCCATTGGTATGTCAGAGTCTCCGGCTGCTTCTATCCAGAGAACCGGATATGGAAGTAACGGCCACTGCGAATGACGGCGCTGCAGCCATTCAATGCTGTGAAGAGGTCCTGCCGGACATCGTCCTCATGGATATTCGGATGCCTGGTATGGACGGAATCCAAGCGGCGAGGCAAATCAAGCAAAAATGGCCCCAGGTGCAGATTATGATGCTGACCACATTTCAAGATGAGCATAGTATCCGCCTGGCGCTGCTAGCCGGAGCCGAGGGGTACATGCTGAAATCAACGCAGGTCTCCAGTATGGCACAACAGCTGCGTGCTTTGGCTTCCGGTACTTCCGTTGTGGATGCCAATGTGCTGAAGACCTTGATGCTGCCCGAAAAAGAGAATCGTGCCGACCTTACCCCGCGGGAAAACGATATTCTCGAGCTGGTTGCCTTAGGCTGCTCGAATCGAGAAATTGCCGAGCAATTGTTTATCAGCGAAGGAACCGTGCGCAATACCCTCTCGATCATACTGGATAAATTGGAGCTTCGAGACAGAACCCAGTTGGCTATCTATTATTGGAGAAGATCGTTGTAG	MNILIVDDDPLVCQSLRLLLSREPDMEVTATANDGAAAIQCCEEVLPDIVLMDIRMPGMDGIQAARQIKQKWPQVQIMMLTTFQDEHSIRLALLAGAEGYMLKSTQVSSMAQQLRALASGTSVVDANVLKTLMLPEKENRADLTPRENDILELVALGCSNREIAEQLFISEGTVRNTLSIILDKLELRDRTQLAIYYWRRSL	PGPT0014870_620	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014870-liaR-K11618	NA	NA
JZ016_02016	387			hypothetical protein	ATGAGTTCCGATCAGTTCAATGCTTGGGTGGAAGCTTACAACAACGCTGAAATTGAACAATCCGACCTGGACTATGATTATTCGGAGTGGAATGTCTGCATATCCAGTGATTTGCTAAGGGCCATTCAGACGGCAGAAACGATATATCCAGGCCCTATCATCACAACGAATCGTTTAAGAGAGATTGAGGTTCAATCGATTCATTCTTTGGGAAATCTAAAGCTTCATTACCACATGTGGTTGGTGATGGGGCGCTTGGCTTGGTATCTGTCTCACCGCTCGCAAGCGGAGCGGCGAAGCGAGACACGGAAGCGAGCTGGGCATATCATTGATTGGATCGAAACGAAAAAGAATAGGACTACAACGATCTTCTCCAATAATAGATAG	MSSDQFNAWVEAYNNAEIEQSDLDYDYSEWNVCISSDLLRAIQTAETIYPGPIITTNRLREIEVQSIHSLGNLKLHYHMWLVMGRLAWYLSHRSQAERRSETRKRAGHIIDWIETKKNRTTTIFSNNR				NA	NA	NA	NA	NA
JZ016_02017	882	COQ3_2		Ubiquinone biosynthesis O-methyltransferase, mitochondrial	ATGTCCGAATATTACTGGGATTCCACAATCGAATACCTGAGGAATACAAGAGGGTTATATTATAACAATGATTATCTGGAGTTTCTTGTTAAGAATGTCTGGAAAATGAATACTCCCATTAACATTGTGGATTACGGTTGTGGTTATGGGTATCTAGGATTAAAGCTTCTCCCGTTATTACCCGAAGGTTCAACCTATACAGGGATAGATAAAGGCAAGGATTTGATTAAGGAAGCAAGAGAAGTGTTTGATAAGCTGCCCTATTCTACTGAATTCATTCAAGGAGATCTTGAGGATATGTTTGTGGAACGTCAGTATGACGTTGCGATCTGCCATGCATTTTTATTACATATGGCAAGCCCTCGGGAGATTCTTCAGAAAATGATGAATAGTGTACTGGACGGCGGACGAGTCATTTGTTTTGAGCCTCATTGGATTGCTAATACGGCTAATTATGGCTTCGATGGAATCCAGCAGTCTGAAGTCGTCCGTCTAGGCATATTACAGAAATTGTATGAAGCGAGTGCCAAAGATAGCGGGAAAGACGGAAATATCGGCATGAGGCTCCCTATTCTTCTAAGTCAGCTGGGATTACGGAATGTGGAATGCCGAGTCAGTGATAAAGTGAATTTTTTAGATCAGAATATGGATGCTGCTGAGAAGGTTCGGCTTTTTCAGTCCTTGAAGGAAGAAGGCATTGGGCAGGAACTGGAAGATCCGGTTAAGGTAGTGGAGCAGATGGTACAGAGAGGTTTATCAGTGGAAGAAGCCCAAGCCCAATATGCCGCTGAACTCAAGTTGTTCCAGGTGTTTAATAGCGACTCGTGGTTGACTTATGCACCGAATATGAAGATCTCTTATGGAACGGTTGGTCGAGAATAA	MSEYYWDSTIEYLRNTRGLYYNNDYLEFLVKNVWKMNTPINIVDYGCGYGYLGLKLLPLLPEGSTYTGIDKGKDLIKEAREVFDKLPYSTEFIQGDLEDMFVERQYDVAICHAFLLHMASPREILQKMMNSVLDGGRVICFEPHWIANTANYGFDGIQQSEVVRLGILQKLYEASAKDSGKDGNIGMRLPILLSQLGLRNVECRVSDKVNFLDQNMDAAEKVRLFQSLKEEGIGQELEDPVKVVEQMVQRGLSVEEAQAQYAAELKLFQVFNSDSWLTYAPNMKISYGTVGRE				NA	NA	NA	NA	NA
JZ016_02018	552			hypothetical protein	ATGGAAGAAGTCATTGTCACCCCGTACAATCCGGACTGGAAGAATGAGTTTGAACGGGAACAAAATAAAATTAGGTTGGCTCTGAAGGGACTCGACGTACACATCGAACATATCGGGAGTACGGCAATTAAGGGTTTAGGATCGAAACCGACCATTGATATGATGGCTGGTGTTTTGAGTTTAACGTTAGTAAATGAAAATGAACAATACATAGAGAATCTGGCCAGAATCGGGTATGAATATGTGTTTAAACCGGAGTTCCCGGAGCGGCTTTTCTTTCGAAGAGGCCAATGGCGGGCGGGGACACATCATCTTCATGTTTACAAGTATCAAGGCCAACAGTGGAACGACCAGATTTTGTTCAGAGAGTATTTAAAGAACCATCCGGACACACGGGATCAGTATTATTCCTTAAAAAAAGTTCTGGAAAGCCAGTTTAAACATGACCGCGTGGCCTATACCAGCGGCAAGGCTGATTTCATTCGTGAAGTGATCCGGAAGGCAAGGCAGGATACAGATTTAGTCGAGGAACTTGATGCGGAAAGGAATTAA	MEEVIVTPYNPDWKNEFEREQNKIRLALKGLDVHIEHIGSTAIKGLGSKPTIDMMAGVLSLTLVNENEQYIENLARIGYEYVFKPEFPERLFFRRGQWRAGTHHLHVYKYQGQQWNDQILFREYLKNHPDTRDQYYSLKKVLESQFKHDRVAYTSGKADFIREVIRKARQDTDLVEELDAERN				NA	NA	NA	NA	NA
JZ016_02019	480			hypothetical protein	ATGTTGATGCCAACACATATCGTCGCTGTCGGCGGCATAGTTGAGAATGAACGCGATGAGATTCTATTGGTGAAGGGGCGCAGCGGCTGGGTTTTTCCAGGTGGGCAGGTGGAAGCCGGAGAGAATCTGATGGAGGCGTTGATAAGAGAAATCAAAGAGGAGAGCGGCATGGATACCATCGTTTCCCACCTGATCGGAGTCTATTCCAATACATCAACCTATCCGGGACACAGCGGAGTTGCCGTGGTTCCAACGAAAGTGATGATGGATTTTGCGTGTAAGCCTACGGGCGGCGAGCTGGGGATCTCGGACGAAACGACGGACAGTCGTTGGATCCCTAAGGATGAAGTGCTTCAATTGATTACGGCCCCGGCCATTCGTACGCGATTTCAGGCTTATTTGGATTTTAATCGAGAGGTCGTCTATATGGAATATATGACGAAGCCGGAGTTTGAAATTAAGTTGAGACGGAATATCTAA	MLMPTHIVAVGGIVENERDEILLVKGRSGWVFPGGQVEAGENLMEALIREIKEESGMDTIVSHLIGVYSNTSTYPGHSGVAVVPTKVMMDFACKPTGGELGISDETTDSRWIPKDEVLQLITAPAIRTRFQAYLDFNREVVYMEYMTKPEFEIKLRRNI				NA	NA	NA	NA	NA
JZ016_02020	741	yueD_1		Benzil reductase ((S)-benzoin forming)	ATGAGTGGAAGTCAATTCATCATTACGGGAACCTCAAGGGGAATCGGCGAGCAACTGGCTTATATGCTCCTAGAGAAGGGCCATGAAGTGCATGGAATCGCGAGAGGAACGTCCGAGAGATTGAGCAGCTATCCAAAATACAGACACTATGTATATAATCTGAGCGATACGTTGGGGCTGGAGGAGCTTGTGGATAGGGTGTTTGACGAGATGGATCCCGTTCACGCGGATAGGATCTGCCTTATCAATAATACGTCCATGCTTGAACCACTGAAAGCCATTGAACAATGTGATGCAAGAGATATACATATGAATGTGCAAATCAGTCTGGTTTCCCCCATGATTCTGACATCCGGCTTCATCAAGAAAACGGAGGGGTTGTCCATTCGGAAGAAAATCATCAACATCTCTTCAGGCTCTGGCATATACCCAGCACCTACGATGAGTGTCTATTGTTCGGTCAAGGCCGGAATCAATATGTTTACGCAAAGTGTAGGGAGCGAGCAAAGGAACAGGCCAAACCCGGTAGAGATCATTGCGGTTAATCCAGGTATGGTAGATACGGATATGCAAAGAATGGCCAGAGGGAAAAATGAGCAGGAGTTTGAAATGGCCAAAGCCTTCGCCCATGCGTATGAGTCAGGGCAGCTTCTATCTACAGAGGAAATCGGGGCGCATCTGTTACGTATCATCGACAAGGATTTTGCAACCGGAAGTGTTGTGAATTATGACGAAATCTAA	MSGSQFIITGTSRGIGEQLAYMLLEKGHEVHGIARGTSERLSSYPKYRHYVYNLSDTLGLEELVDRVFDEMDPVHADRICLINNTSMLEPLKAIEQCDARDIHMNVQISLVSPMILTSGFIKKTEGLSIRKKIINISSGSGIYPAPTMSVYCSVKAGINMFTQSVGSEQRNRPNPVEIIAVNPGMVDTDMQRMARGKNEQEFEMAKAFAHAYESGQLLSTEEIGAHLLRIIDKDFATGSVVNYDEI				NA	NA	NA	NA	NA
JZ016_02021	504			hypothetical protein	ATGATGAATAGAGTCCAAAAGATTTCGCCAAACCTGTGGTTTGATCACCAAGCCGAGGAAGCCGCCCAGCATTACGTCTCTATTTTTAAAAATTCACAGATCGAGCGTATTACGCGCTACGGTGCAGAAAAAAATGACAACCATACATTTGCCGAAGGTGCGATAATGACTGTGGAATTCCTGCTGGAAGGCCAACATTTTGTTGCCCTAAATGGCGGTCCGCATTTTACCTTCAATGAAGCCATTTCATTTATTGTGCATTGCGAAACCCAAGAAGAATTGGACTATTATTGGGAGAAGCTGTCTGAGGGCGGCGACGAGAAAGCCCAAGTATGCGGTTGGCTGAAGGACAAGTTCGGTGTATCGTGGCAGATCGTCCTTGCTAACTTAAGCGAAATGATAACTGACTCCGATCCGGCAAAATCCGAACGCGTCATGAAGGCTTTACTCCAGACGAAATCAAAAATCGATATGCAGACATTACAGCAAGCCTACGAGGGGTAG	MMNRVQKISPNLWFDHQAEEAAQHYVSIFKNSQIERITRYGAEKNDNHTFAEGAIMTVEFLLEGQHFVALNGGPHFTFNEAISFIVHCETQEELDYYWEKLSEGGDEKAQVCGWLKDKFGVSWQIVLANLSEMITDSDPAKSERVMKALLQTKSKIDMQTLQQAYEG	PGPT0003920_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003920-pmrB-K07645	NA	NA
JZ016_02022	468			hypothetical protein	ATGATCGTTCAAGAAGTTGATGACCTGGGTGCAATAGACATAGCCGAGCTCTTGACTGAAAGCAAGAGAGAAGGGTTCAGGAATATCCATAGGCTTGTGAATGATTATAATGAGGGCAGCAATAGGTTTCAGCATGAAGATGAAGCCTTGTTTGAATGTCGAGTTGGTCATAGGGTCATCGGCATTTGCGGGTTGAATCGTGATCCGTATTCCGACGGAAGCATAGGCAGGATCCGCAGATTGTATGTGTTAAAGGAATTTCGGCATTATGGTGCCGGGAGAAGGCTGGTCGAAGCGGTAATTCAGAAGGCGAGCAGTCATTACAGTAAACTCGTGTTAAGAACGGACAACCCCAAAGCGGCTGATTTTTATAAGAAGCTGGGTTTTAAAGAAGTGAAGGGTGATGTACGGATCACGCATGAACTTGGGTTGGGATGTAATCACGGCTGCCATGCATCGATCCTATAG	MIVQEVDDLGAIDIAELLTESKREGFRNIHRLVNDYNEGSNRFQHEDEALFECRVGHRVIGICGLNRDPYSDGSIGRIRRLYVLKEFRHYGAGRRLVEAVIQKASSHYSKLVLRTDNPKAADFYKKLGFKEVKGDVRITHELGLGCNHGCHASIL				NA	NA	NA	NA	NA
JZ016_02023	813	cmoM_3		tRNA 5-carboxymethoxyuridine methyltransferase	TTGAACAAAGTGATCGATTATTATAATGCCTTCGATGAATGGGGGCGTTTGGATAGGGAGCCCATTGAATTTATCGTCAATCTGCATCATATCTTGAGTATGCTGCCTGAGAAAGGTCACGTGCTGGATAACGGAGCGGGACCTGGGAAGTATTCGATGGAATTAGCGAAGAACGGTTACGATGTGACCTTAACAGATCTTACGCCAAGATTAGTCGAGATTGCGGCTGCTAAAGCTGAGGAACTCAAGTTAACCGGCCAGTTCAAAGGATTTCACCGTGCCAATGCCAACGATCTTAGCCTATTTCAAGATGAGCTGTTTGACGCCGCACTGATGATGGGACCGCTATACCATTTACAGACAGAACAAGATCGGTCTACGGCCGTCCGGGAATTGTATCGCGTTACACAAGCGGGTGGCTGCGTCTTTGTGGCATTCATGACCCGAATTCGGCATCTGATGACATCCTTATCATTTCCGGAACATTGGAAACCGAATGATACGATCAGCAGCATTAAGGAATTTGTTAGGACCGGGATATTCAATCATAGTGATGAAGGACGATTTACCGGTGCGTATTATTTCAACTTGGAGGATATCAAGCCGTTCATGGAATCGAATGGCTTCAAGACGATTAAATTGATAGGCTCGTCAAGTATAGCAGGCTCCTTCAAGGCAGAGCAGTTCGATTATTGGCGGTCCCGTGGGGAAGAGGAATTCCAGGAAGTAATGAAATTGATCTACCAGGAAGCGGAGAACCCCAGCATTTTGGGAGTCTCATCTCATTTATTGTATATTGGGCAGAAACGATAA	MNKVIDYYNAFDEWGRLDREPIEFIVNLHHILSMLPEKGHVLDNGAGPGKYSMELAKNGYDVTLTDLTPRLVEIAAAKAEELKLTGQFKGFHRANANDLSLFQDELFDAALMMGPLYHLQTEQDRSTAVRELYRVTQAGGCVFVAFMTRIRHLMTSLSFPEHWKPNDTISSIKEFVRTGIFNHSDEGRFTGAYYFNLEDIKPFMESNGFKTIKLIGSSSIAGSFKAEQFDYWRSRGEEEFQEVMKLIYQEAENPSILGVSSHLLYIGQKR				NA	NA	NA	NA	NA
JZ016_02024	399			hypothetical protein	ATGGCCAAATTATCAGGTCACGGGCAAGTCGTGGAGTATCTTCAACAACTTGAGCATCCACTAAAGGCTGAAATTGAGGAAGTAAGAAGCTTCATATTAAGCGTCGATGATCAAATAACCGAGCAGATCAAATGGAATGCACCCAGCTTCTGCGTTCAGGGGGAAGACCGGATCACATTGAATTTACAAGGGAAGGGCTTCTTTCGCATCATTTTTCATTGTGGGGCAAAAGTTCAAACGCATGACATCAAGGGAGCCCTGCCTGAGGATACGCTATTGGAATGGGCTTCTAATGATCGGGCAATCGTGAAAATATTGAATTTAAACGATCTGGAGGAGAAGAAAGAACAATTAAGAGAAGTTATCGTTCGATGGATTGAAGCAACGAGTAAGGAGTAG	MAKLSGHGQVVEYLQQLEHPLKAEIEEVRSFILSVDDQITEQIKWNAPSFCVQGEDRITLNLQGKGFFRIIFHCGAKVQTHDIKGALPEDTLLEWASNDRAIVKILNLNDLEEKKEQLREVIVRWIEATSKE				NA	NA	NA	NA	NA
JZ016_02025	369			hypothetical protein	ATGAACAAAAAGAAAATACATGTCCTCAGCATCGTTCTGTACGTTCTTGCCGGATTGTCAACGCTGTATGCGGCTTGGGCAGCGGTGGAGTCGCACGGTTACATTTCCAGCATGATGGAACAGAATCAGATCAGTGTAAGCGGAAGCGAGTATGATATTGTCAACTTTTATATGGCGAACAGTGCACAGTATGTGTTGTTTGCCGTGATCCTGGGAACTCTCGGTTGGATGCTGCAGCGGAATGCTTCAGGTCCAGCAAGCCATGTTACCTTCGCACGGCAGCAGGCGGGCTCTACTTCCTCCAATGATCGGTCCGTTGAATCGGACGGGGAAGATTTTGAAGAGTGGTTCCGGAATAATCAGAATTAG	MNKKKIHVLSIVLYVLAGLSTLYAAWAAVESHGYISSMMEQNQISVSGSEYDIVNFYMANSAQYVLFAVILGTLGWMLQRNASGPASHVTFARQQAGSTSSNDRSVESDGEDFEEWFRNNQN				NA	NA	NA	NA	NA
JZ016_02026	669		COG1136	putative ABC transporter ATP-binding protein	ATGAGTGTATTGGCCTTGCAAAATGTATCGTATCGCTATGAAGGTGCAAAGCAGCTTGTACTGAAAAACGTCAATGTGGCGTTTGAGAGCAGTAAAGTATATACCATTGTAGGAAAATCCGGCTCTGGCAAATCCACCTTGCTGTCTCTCCTGTCTGGCCTGGACGTATGTGCGAACGGGGAGATTTTGTATAAAGGAGATAGTCTGAAGTCGCTCGACCGCGACTATTATCGAGCGAAGAGCATCGGCGTTATTTTTCAAAGCTTTAATCTGCTCACTACGGCGACGGCCGTCGAGAACATTGTGCTGTCCATGAATATAAGCGGCAGTAAGGAAAAGGACAAAAAGGCGTTTGCCTATTCGCTTCTGGAAAAAGTGGGGATCAACCGGGATACGGCAGATCGTCGAATATTGAAGCTGTCGGGGGGAGAGCAGCAGCGCGTTGGGATTGCACGAGCCTTGTCGCACAATCCGGATGTTCTCATTGCCGATGAGCCGACCGGGAATTTGGATCGGGATACGGAAGCCGAAGTGTTGAATATTCTAATGTCCCTTGCACGTGATCATGGTAAATGCGTCATTATCGTTACCCATTCCAAAAAAGTCACATCGGTAGCAGACGAGGTGTGGGGGCTCTCGGAAGGGAAACTACTCTATATCAAATCTTAA	MSVLALQNVSYRYEGAKQLVLKNVNVAFESSKVYTIVGKSGSGKSTLLSLLSGLDVCANGEILYKGDSLKSLDRDYYRAKSIGVIFQSFNLLTTATAVENIVLSMNISGSKEKDKKAFAYSLLEKVGINRDTADRRILKLSGGEQQRVGIARALSHNPDVLIADEPTGNLDRDTEAEVLNILMSLARDHGKCVIIVTHSKKVTSVADEVWGLSEGKLLYIKS	PGPT0013345_15581	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_02027	1386			hypothetical protein	ATGTACATCTTTCAACATGCCATGAAAAACATCGGCCGAAACAAAGGACGAAACCTGCTGATGGGAATCATCGTCCTGGTCATCATCGTTGCGACCGTCATTTCGCTGATTATCAACAACACGTCAGGCAGGATCATTGACGACTATAAAACGCAGTTTGGCTCCAAAGTCAGCTTGGCTCCCGATCTGGAACAAATGTACAGCAAGGGAGCGGATTATGAAAAAGTCACGTCGGAGCAATATTTGGAGTTTGCCAATTCAGCATATTTGCGCCAGAGCACCTTCTCTGCCATTGTGCCGAGTGTCAGTAATACCGTCAAAGCGGTGGACCAGGATAAGGATCTAAAAGGCGGAAATATCAAGCTTCAAGGGCCGGGGGGAGCGTCCAAAGGCAATCCTACGATGAAACTTGTCGGAAATTCTAACCTGGAAACCCTTGCCGAATTCGCGGACGGACAGAGATCCATCACGGAAGGCGAAATCTATAAGGAGCCCAATGAAAGTATCGTAAGCAAGGAGTTTGCAGAGCTGAACGATATCTCGGTCGGGGATACGATTGAGGTGAATAGCGTGATGGGCGAAGGCAATCCATATACATTGACCGTTACCGGAATCTATCTGGACTCTACTGCAGAATACGGGGACATGCCCATGGAGATGAGTTTTATGAACCGCCGCAACGAAATTTTGACGAGTTTTGATACGGTGATGGGGGATGATCCATCGTCAGCAAGTGCAGTCAACATTCAGGCTACTTATTACATGAAAAGTCCGGATCTATTGCCTGATTTCGAAAAGGAGCTGCGTGACAAAGGGCTTCCTGGTTCCTATACGGTAAGCACCGATGAGGAGAGTTATGCCAAGGTTGTTGGCCCGGTCGAAGCGATGAAGGGAATCTTCTTAACATTTATGATTGTTGTGATTATTCTGGGATCGATTATCCTTGCGCTGTTGTCTTCCATCACGATCAGGGAGCGGAAATATGAGATCGGGGTTCTACGGGCGATGGGGATGAAAAAAGGCAAAGTCGCTGCAGGACTCATAAGCGAGGCACTTATGATCACGGCCGTCTGCCTTGTTGTCGGGCTGGTCATTGGAAGTGCGCTGTCGCAGCCTACGGCCAACACCATTCTGCAGAATCAGATCGAAGCAGCGGAACAGGCAAAATCCGCAAGCGGACCCGGTAAATTTCTGATGGTCGGGGGACAGAGCAATATGAGTAACGTTACAGCCCCGCCGATCAGCCAAATCGATGTCGGGCTGGGGATGGATACCCTTTTACAAATTGCACTTATAGCGCTGCTGTTAGCAGCGGTCTCCAGCATGATGAGCATCAGCCGAATTACGAAATACGAACCCATCAAAATTTTGATGGAACGGAACTAG	MYIFQHAMKNIGRNKGRNLLMGIIVLVIIVATVISLIINNTSGRIIDDYKTQFGSKVSLAPDLEQMYSKGADYEKVTSEQYLEFANSAYLRQSTFSAIVPSVSNTVKAVDQDKDLKGGNIKLQGPGGASKGNPTMKLVGNSNLETLAEFADGQRSITEGEIYKEPNESIVSKEFAELNDISVGDTIEVNSVMGEGNPYTLTVTGIYLDSTAEYGDMPMEMSFMNRRNEILTSFDTVMGDDPSSASAVNIQATYYMKSPDLLPDFEKELRDKGLPGSYTVSTDEESYAKVVGPVEAMKGIFLTFMIVVIILGSIILALLSSITIRERKYEIGVLRAMGMKKGKVAAGLISEALMITAVCLVVGLVIGSALSQPTANTILQNQIEAAEQAKSASGPGKFLMVGGQSNMSNVTAPPISQIDVGLGMDTLLQIALIALLLAAVSSMMSISRITKYEPIKILMERN	PGPT0013350_11807	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
JZ016_02028	1089	sasA_17		Adaptive-response sensory-kinase SasA	ATGAAAGTCAGCCGAGTTCTTCTGTATTATTCCCTTACGGTGACGGCTTGCCTGATTCTTGCATTCATTTTATTCATTAGCTCCATTACGGTCCCCGAGTCCAATCTGCCCACATATTTATTTATGATGAACATGAACAAAGTGACAATGCTCATACAAAACGGGGATTTTGGCGGCATGTCCTTCCTCGATCTGAAGCCGTCCATCATCAACAAGAGAAACCTGGAGGATTATTATGTGGGAGCGCTGCTTCAGCATATTCCTATCTTGATTCTATGTCTTGTAGGCATACTCGTAACAGGGACCTGGGTATTGTCCAAAATTCTGAAGGTCCAGCATGAGAAACAGGCCTTCCTATTAGCCAAGCAACTAAGCAGCATGGACGAGGAACATATCATCATGGAGCAGCATCCTGCCATTGTTAAAGCATATCAGGAGATTAAGAGTAAATTCGAAGCGTACACCCTGGATTACGTCCGGCTTAGCGCTTACGTGACGCATGAGCAGAAGAATATTCTTTCCTTGCTCCGAGCCAAATTGCAGCTTTCAGACCATGGGGAGCTGACGGAAGAGGTGGATAAGGTTACGGATAGTCTAGACGATATTTTGACATTGAGTGCCTCCAAAGAAATTACGACCATGGAATTAGTCGATACAGCACTTCTGTGCGCTAATGTATGTGACGAATATCGGAGGCTGCACCCGAACATCCATTTTGATTTTGATGACGATGCCAACAACACCATAATCGGGCGGGAGCTCTGGATAAGCCGGGCTGTCACCAATCTGGTGTCCAATGCAGTGAAGTATGGCGGGAACAGTGAAATCCATGTGTCGGTATGCAACAGGAAGGGAAGCTTGATTATATCGGTCTCCGATGGAGGAGAAGGCATTGACGAAGCGGAGCAGGAGAAGCTGTTCGATTACCAGTATCGGGTCGGCAAACTCAAGAAAGACGGCTACGGCATCGGGCTGAGTCTGGTACGCCATGTGTGCGAGCTCTGCGACGGATTGTGCTGGGTAGAGAATAGAGGCGCTAGGGGCACTACATTCTATATGATTTTTCCGGAGGCCTTAACATTAGATTAA	MKVSRVLLYYSLTVTACLILAFILFISSITVPESNLPTYLFMMNMNKVTMLIQNGDFGGMSFLDLKPSIINKRNLEDYYVGALLQHIPILILCLVGILVTGTWVLSKILKVQHEKQAFLLAKQLSSMDEEHIIMEQHPAIVKAYQEIKSKFEAYTLDYVRLSAYVTHEQKNILSLLRAKLQLSDHGELTEEVDKVTDSLDDILTLSASKEITTMELVDTALLCANVCDEYRRLHPNIHFDFDDDANNTIIGRELWISRAVTNLVSNAVKYGGNSEIHVSVCNRKGSLIISVSDGGEGIDEAEQEKLFDYQYRVGKLKKDGYGIGLSLVRHVCELCDGLCWVENRGARGTTFYMIFPEALTLD				NA	NA	NA	NA	NA
JZ016_02029	669	qseB		Transcriptional regulatory protein QseB	ATGCGTCTGCTAATAATCGAAGATGATCGTGAATTATCCTATGTCATGAAAGCCGGGCTTGAAAAAAGCGGGTTTCATGTCGATGTTGCCAACCAAGGGCTTGAAGGTGAAGATAAAGGGTTTGCCAACCGGTATGATGCTATTTTGCTTGATTTGAATTTGCCTGACAAAGACGGGATGGAGATCCTTTCCTTTCTACGTGAACAGCATATCGACACGCCAATCGTTATAGTTACGGCACGGGATGAAGTCGTTCAGAGGGCACTGGGATTAAACACGGGGGCCGATGATTATATCATCAAGCCTTTTGATTTTGTCGAGCTTGAAGCCCGCATTCAAGCCGTCATCCGCCGCTATTATGGGCGAACGAAGAATGAGATTGATATCGGCCGCATTCGAGTCTGTCCCCGTACACGGAAGGCCTACATAGATGGAATGGAGATCGCATTGTCCGCCAAGGAATTTGATATATTGGAGTATTTGGCTAGCCGAAGCCCGGATATCGTATCCAGCGAGGATATTGCGGAGCATGTGTACGATGAGTTTTTTGACCCGTTCTCGTCAGTGCTAAGGGTGCATATTGCGAATTTGCGCAAGAAATTAACGCTGCAAGGTGGACAGGGGCTACTGGTCACTATAAAAGGGAACGGGTATCAGTTATGCGGATAA	MRLLIIEDDRELSYVMKAGLEKSGFHVDVANQGLEGEDKGFANRYDAILLDLNLPDKDGMEILSFLREQHIDTPIVIVTARDEVVQRALGLNTGADDYIIKPFDFVELEARIQAVIRRYYGRTKNEIDIGRIRVCPRTRKAYIDGMEIALSAKEFDILEYLASRSPDIVSSEDIAEHVYDEFFDPFSSVLRVHIANLRKKLTLQGGQGLLVTIKGNGYQLCG	PGPT0003915_573	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666	NA	NA
JZ016_02030	279			hypothetical protein	ATGATGAACAAATTACTTCATAAGGCGTTGGTCCCCACCTCCTACGGACTCTTGCTTGCAGTGATCTGGATTCCTATCGGCATTTTAATCTACATGAACTATCTAGCAGGCGTCATTACTATGAAATACATCTTGTATTTTTTACTCGGGTTGCCCCTCATTGCCATTTTGATCGGATTAATCTGGTTTCGAAAGAACTCGGGGTATTCTATTTTTTCTGTTTCATTTTTGGTACTGACCCTGTTGATTACGGTGCTTATTCCTATTATTTTCGAATAA	MMNKLLHKALVPTSYGLLLAVIWIPIGILIYMNYLAGVITMKYILYFLLGLPLIAILIGLIWFRKNSGYSIFSVSFLVLTLLITVLIPIIFE				NA	NA	NA	NA	NA
JZ016_02031	546	mutX	COG0494	8-oxo-dGTP diphosphatase	ATGATCAAATACAATATTTGTTTTGTTCGGCGCGGTGATGAGGTTTTATTGTTGAATCGTAAATCCCCGCCATGGATGGGGTGCTGGAATGGCGTGGGAGGCAAGCTGGAGGCGAACGAAACCCCGCGAGACTCGATGTTACGTGAGCTGGAGGAAGAGACACATATACGAGACTACAATCTAACCTTTAAAGGCGTAGTGACTTGGTCCGTCAACGGCTCGATGACGGGTGGTATGTATTTATACCTAGCAGAGGTGCCCGAGGGTTACACCTACCCTACACCGATCGCGACAGCTGAAGGAATATTGGATTGGAAACCAGTGAGTTGGATAACCGACGATGCAAATGCTGGAATTGCAGCTAATATACCGGGTTCGCTCGAACTCATCCTACATGATTCGAATTGCTATGATCATCGATGTACATATGAGGATGGTAAACTGGTCGAACAAACGCCGCTTCCGATCAGTTCCTCGATTGAAACGGATGAAGCGATGAGGGGGGCGTGGTTAAATCAGTATCGGGGAGAGGAAATTGCAATTTAA	MIKYNICFVRRGDEVLLLNRKSPPWMGCWNGVGGKLEANETPRDSMLRELEEETHIRDYNLTFKGVVTWSVNGSMTGGMYLYLAEVPEGYTYPTPIATAEGILDWKPVSWITDDANAGIAANIPGSLELILHDSNCYDHRCTYEDGKLVEQTPLPISSSIETDEAMRGAWLNQYRGEEIAI				NA	NA	NA	NA	NA
JZ016_02032	360			hypothetical protein	GTGCGTGAGGTTTTTGAGGAGACAGGACTGATCGTAAAAAATCTGGTGTACAAAGGATTAGATGAGTATGTGGTTCCTCAGACAAACTATCGTTACATGGTGTTTAATTATTTGGCGGACTCTTTTGAAGGCAAGCTGTTAGCGGATCCGCCGGAAGGTGAGCTCGTGTGGGTACCGATTGATGAAGCAATGGATCTACCAATGCAGCCCTGGTTTAAACGAAGATTTCCCCTATTCTTTGAAGAAGGGACTTTTGAAATCTCTATTGTCTGGGATGAGGATGGACAGAAGCCGATTGAAGAGAAAATTAGAAGCTTAAGACAAGGGCAACGATCCAGAGGAGGGACCATTATCAGATGA	MREVFEETGLIVKNLVYKGLDEYVVPQTNYRYMVFNYLADSFEGKLLADPPEGELVWVPIDEAMDLPMQPWFKRRFPLFFEEGTFEISIVWDEDGQKPIEEKIRSLRQGQRSRGGTIIR				NA	NA	NA	NA	NA
JZ016_02033	189			hypothetical protein	ATGTCTAGGCCCCAAATAACCTATGGCATGTATACTATGTGCCTGATCCAAAAAGATGATAAAGTGTTATTAATCAATCGCCCAGACAAGCTGGGTTTTCCCGGATATCTTGGTCCTGGGGGAAAGTGGAGTTTCCTGAGAGCATTTCAGAAGGTGCTGTGCGTGAGGTTTTTGAGGAGACAGGACTGA	MSRPQITYGMYTMCLIQKDDKVLLINRPDKLGFPGYLGPGGKWSFLRAFQKVLCVRFLRRQD				NA	NA	NA	NA	NA
JZ016_02034	576			hypothetical protein	ATGAACCCTTTTAGACATTCAAATAAAGAAATCAGAACGAAGTTTGAGATCGATTTGCTGCACCAGGCACAAGCCAAAGAACCTACGAAACCACCACATCCTTGGATTCATGAGGTTATCATTCCAGCTGCGGGGTGTATTGCGTGCGGGTGGGATGCCGATGAGAACCTTGTTCTGATCAGCAGCAATGGATACAGTATTACGCAAGCCGAGTCAGGAACCTTGATTCACAGAGAGCGGGATTCTGATGTAACCGAAGATCATATTAGCGAGAATTACTTGAGTTTTCATATTCCTAAGAGCGGACAGGACATTTCTATTTTTGGGTTTGAGTCTGGCGATGGGATTCACATCACGCACGATGGTTGGATGCTTGAAGTCATTCACCCTTGGTGGCCAAGGGCTTCCGTCGTATTGGATCAGATATTTGTCCCTAACTATGAATATCTTAAACAAGCCGCGGTGATCGATTTGAACCGGCTGGATGGAAGAATAAAGTGCGGGTTTTCGCCGTCTGGTCGACATTTCGTCATTCTGGGGTCTGGTGGAGCAATCTTGTATTCGAGGGAGCAGTAG	MNPFRHSNKEIRTKFEIDLLHQAQAKEPTKPPHPWIHEVIIPAAGCIACGWDADENLVLISSNGYSITQAESGTLIHRERDSDVTEDHISENYLSFHIPKSGQDISIFGFESGDGIHITHDGWMLEVIHPWWPRASVVLDQIFVPNYEYLKQAAVIDLNRLDGRIKCGFSPSGRHFVILGSGGAILYSREQ				NA	NA	NA	NA	NA
JZ016_02035	153			hypothetical protein	ATGATCGGTTTGATTATTATCGTTATGATAGTTGGCTTGGCCGGGATCATCAGCAATCAGTATTCTGCTCTGAGAAGAATGGAACGCATGCAGCGTTCACTGGATGAACTTAACACAAGAATGCAAGAGATGAACCATCATCCTAAACCGTGA	MIGLIIIVMIVGLAGIISNQYSALRRMERMQRSLDELNTRMQEMNHHPKP				NA	NA	NA	NA	NA
JZ016_02036	459			hypothetical protein	TTGAAATTAAAATTATTTTTCATTCTTATGTTAGCTATCCTTGTTGGTTGTAATAAAGAGAATGATGAGATCGTCATAGAAATCCATAAAGAACAGCATGTTAACTACTTGGAGAATTACGGATGGAGCATTGATAGATTTGCGTCCGAAACAAAATACGCTGCCTATACTTTACAATCCTTTAAGTCGCATGTGAAAGATATTAAAGAATGGGGTCATGTGGATTTGACCCGATTTTTGGATCAAGAAGTTACAGAGACAGGGTACTTCCTGCAAGAGAAAACAGCGACGTACAATCAGATTGTAGGATTTATACTGGAGTCAGGCAATGAAATTATTGGAGGGTATTTGGTATTTAATTATGAGGCAGAACAAGCTGATGGAACATTGCACATCGATCATAATGTTATGAATCCTATTCTTCATCGCAAGGAGTTAGGTAGTAGTCCGTCTTCGTAA	MKLKLFFILMLAILVGCNKENDEIVIEIHKEQHVNYLENYGWSIDRFASETKYAAYTLQSFKSHVKDIKEWGHVDLTRFLDQEVTETGYFLQEKTATYNQIVGFILESGNEIIGGYLVFNYEAEQADGTLHIDHNVMNPILHRKELGSSPSS				NA	NA	NA	NA	NA
JZ016_02037	891			hypothetical protein	ATGAGCAATCCTTTCGAGAAACTAATATCATATACACAAACTTCTCAGGAGAAGTATGGTGCTTCTGCCTCCGCTTTGTTCATCATTCAAGATGGTCAAGTCGTAACGGAATGGTATTCTGGTCAGCATCATTTTAAGCGTGGTGCATTGCCGGTAACCAGGGATTCGATGTTTAATCTATATTCAATCAGAAAGTCATACGTTGGCATGGCAACAGCTATAGCGGTTACAGAAGGGAACATCTCCATCGATACGGTTGTCACTGATATTGTTAAGGATATGGCAATTAGCGATTTAAAGGGCGTGACGATCCGAGAATTAGCTACCAAAACCAATGCGAAGTACTTTGGTCCCCAGCGAATCGAACGCGAAGAAGTCGCAGGAAAACTAATAAAAGTGATCACAGGCAAGACAATCGCTCAAATAATAAGAGACCGGGTATTTAAACCACTGGATTTGAACCATTCGGAGTGGGTGTCTGTGCCGGAAGCTCGATTGGTATGTGATTTTCAAGCTGCGGATGGGTATGCATCCATTCGAATAGAATCCGATGAAGGCTGCGACCGGAATTTGTATGCCAGCGCTAAGGATTTGGCGATGTGGGGATATCTCCATCTACATCAGGGAACCGTTCATAACCAACAACTTTTATCCAGTGAAGTATTTCGTTTAATTAACCAATTAAGAGCTGAAACTCAAGATCAACACCGGATTTTTGGATGGTATTATCAAGAAAAATGGTTTTATGCTTCCGGAGCCGCCGGCTGTCATTGCGTAGTTATCCCTGAGTTCAATGCGGTAGGGGTTCGGATGTTGAACAAATATACGGAGAATTATAGTGAAGATCAGACCATGTTTAATGAAACATTATACGAGTGTTTGGGGTTATAA	MSNPFEKLISYTQTSQEKYGASASALFIIQDGQVVTEWYSGQHHFKRGALPVTRDSMFNLYSIRKSYVGMATAIAVTEGNISIDTVVTDIVKDMAISDLKGVTIRELATKTNAKYFGPQRIEREEVAGKLIKVITGKTIAQIIRDRVFKPLDLNHSEWVSVPEARLVCDFQAADGYASIRIESDEGCDRNLYASAKDLAMWGYLHLHQGTVHNQQLLSSEVFRLINQLRAETQDQHRIFGWYYQEKWFYASGAAGCHCVVIPEFNAVGVRMLNKYTENYSEDQTMFNETLYECLGL				NA	NA	NA	NA	NA
JZ016_02038	591			hypothetical protein	GTGTTTGCTTTTCATCTCATGGGGGCTCACGTCACTTCATGTGACATTTCGGAACGGCAGCTCGAGAACAGCTCAGTTATAGCACAGAGATATGGATGGGATATTGAGTTTATCTGTGACGATACCATGAAGCTGAGCAGCATCAAGAGCAATGACTATGATTTTGTCTACACATCGAATGGGGTCCATGTATGGATTCATGATTTGAATTCGATGTATACCCAGATCCATCGAGTTCTTAAACCTAATGGGGCTTTCATCATGTATGATATTCATCCATTTATGCGCCCATTTGGAACCAGCTCTACAGATAAGATCCATGTGGTGAATCCATATGACTCCACAGGGCCTTTTGGAGAAATACCAACGTATAAGTGGCGTATTCAAGATATGTTGAACGCCATGATGTCATCCGGTTTTACCGTTAAACATATGGAAGAAATGTTCGCAGTAGACGGTAGGTTCTGGGTGGATGAATCCAAAGGCGAGGCTAGCCGTTTGTCTGATCAAGATCTGGAAGATTTCCGTAACTGGCAATTTAACCCGCTTGCAGCGCTTCCTCAATGGTTATCGATCTATGCAACGAAATAA	MFAFHLMGAHVTSCDISERQLENSSVIAQRYGWDIEFICDDTMKLSSIKSNDYDFVYTSNGVHVWIHDLNSMYTQIHRVLKPNGAFIMYDIHPFMRPFGTSSTDKIHVVNPYDSTGPFGEIPTYKWRIQDMLNAMMSSGFTVKHMEEMFAVDGRFWVDESKGEASRLSDQDLEDFRNWQFNPLAALPQWLSIYATK				NA	NA	NA	NA	NA
JZ016_02039	378	dinG_2		3'-5' exonuclease DinG	ATGGCTTTGTGCGGCATATCAGATTACTTCACAATAAATTGGAGGGGATTAGGGGTGGAAATTCGCTTTTTATCCGATGTAGAATATGCCGTTTCAGTTTTGGCAGTCAACGAAATTTTGAAACAAAGGTACTGTGTATTTGACTTGGAATCAACGGGCATCCACCATGAAACGGAACATATTACGCAGGTGGGTGCCGTTATCATTGAGAACGGTATCGTTCAGAAATCCCAAACCTTCAACTCGTATGTTCAGCCTCTAAAGCCCATTCCTGAAGCCGTTGAGCGTTTTACCGGCATATCTAATACAAATGTAGAGTCTGCCCCGAGATTCAACGAGGTTTACAGCCGTTTTATCGAATTTATCAAAGTACTATAA	MALCGISDYFTINWRGLGVEIRFLSDVEYAVSVLAVNEILKQRYCVFDLESTGIHHETEHITQVGAVIIENGIVQKSQTFNSYVQPLKPIPEAVERFTGISNTNVESAPRFNEVYSRFIEFIKVL				NA	NA	NA	NA	NA
JZ016_02040	777	yrpC	COG0796	Glutamate racemase 2	ATGAGAATAGCTTTTTTTGATTCAGGTTTAGGCGGTTTAACCGTGTTATCGGAGGCAATGAAGGAGCTGCCGCAGGAAGATTTTTTGTTTTATGCGGACACTCTCCATGTGCCTTATGGTACCAAAGCCAAGGAAGACGTGAAATCTTACATCCATCATGCGATGGAATCGATCATGAAGGAAGAAGTCAAAGCCATCGTCGTTGCATGCAACACGGCTACAAGCATGGCGATTTCCGATCTGAGGAAGGCTTATCCGATCCCGGTTATCGGGATGGAACCGGCCGTAAAGCCGGCCGTCGAAATTAATCGTTCCAGCGGGAAGCGAATCCTGGTGCTTGCCACACCGCTGACCATAAAGGAATCGAAGTACAGGGATCTGGTTCGACGAGTCGACAGCATGCATATCGTGGACTCCCTGCCCCTTCCGGAGCTGGTAGAGCACTGTGAGGCTTTGAATTTCGATCGAAAGGTCATGAAGGATTACTTTACCAAGCAATTCGAATCCTTCGATATGAATGAGTACGGAACTATTGTCTTGGGCTGTACCCACTATCCATTTTACAAAAGCATCTTATCGGATCTGCTGCCGGATCACATTCGCATGATAGATGGCAGTAAAGGAACCGTGAACAGACTCATTCAGGTTTTAAGTGACAATGATCTGCTCAGCTCCAGCGGTAATCGGGATGTTACGCTATTAAATTCGAGGCAATCCATGGAGTATACAGAGAAGATGAAGAAAGCGTTGAGCATTTATAGGGAAATAGAGGGATAG	MRIAFFDSGLGGLTVLSEAMKELPQEDFLFYADTLHVPYGTKAKEDVKSYIHHAMESIMKEEVKAIVVACNTATSMAISDLRKAYPIPVIGMEPAVKPAVEINRSSGKRILVLATPLTIKESKYRDLVRRVDSMHIVDSLPLPELVEHCEALNFDRKVMKDYFTKQFESFDMNEYGTIVLGCTHYPFYKSILSDLLPDHIRMIDGSKGTVNRLIQVLSDNDLLSSSGNRDVTLLNSRQSMEYTEKMKKALSIYREIEG	PGPT0020200_4094	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020200-murI-K01776	NA	NA
JZ016_02041	1551			hypothetical protein	ATGACGGACAATATTCAACAACGCTTCCGTTACAGTGAGGCACCCATCTGGGAACTACAGCGGAATTATTACGAAGAACTGGGGATGAAAGCCTGGAATAATGATCAGGTTCCGCAGTATATTACAAGCAATCCCATGATTGCTACGGCTTACGCCGAAATTATATTCGGATTCCTTCGGGACCGTGCCGATCAAGGCGAGCTAACCGAAACGGTGACGATTCTGGAACTGGGAGCCGGAGCCGGGCGCCTCGGTTATCACGTGCTGCACAAGCTGTGCGAGCTGAGAGATTTTGCGGGTATAGCGCTGCCCCCTTTCCGCTATGTTATGACGGATTTGCCGATTAAAAATGTTGCGGCATGGCGTCAACACCCTGCCATGCAATCCTATATTGAACAGGGGCTCCTGGACTTCGCGAGGTTCGATGCCGTGCATGACACGGAAGTGAACCTGGTGGTATCGAAGACAACGATACGTCCTGGAGATTTGAAGCAGCCGCTGCTGGTTGTCGCGAACTATTTCTTTGACGGTATTCCGCAAGAACTGATCTATGTGGGGGAAGGCAAGATTTACGAGAGCGATGTTGTTATCGAGTTTCCGGAGCAGCACGACAAGCTCAAGCCGGCTGAAGCACTGGAACAAATGAAACTGGCCTATGAGCACCGCCGTGCGCCCAGATACGAGGAGGACAACTATCCGTACCGTGATGTCATTGCTTACTACCAGCAAGAGCTGGAGGATTCGCATATCCTGTTTCCGGAGATAGGACTGACCTGCATGGAGCGTCTGAATCAGTTATCAACGTCGGGTTTCATGCTTCTCACGGCGGATAAAGGAGATCATCATATCGATAATTGGAAGTTTGCCGAACCGCCGCAATTAATTTACCATGGCAGCTTCTCATTAACGGCTAATTATCATGCGCTGCAGCATGTGTTTGAGCAAAGGGGCGCACATGCGATTTTCCCCACGCAGCATTATAAAAATATTAACGTCGGCTGTATCCTCATGCTGGAAGCACCGATGAGTTACGCGAACACCCGGATCGCTTACCGCCAATTTATCGAACGCTTCGGACCTGATGAATTTTTCAGTATGAAGGAATGGATCGACCGGAATATTGAAAGCATGGGTATGCAGCAAATTTTGTCTTTTTGGCGATTGGGCGGGTATGATGCCGAGTTCTTCATTCAGAGCGCGAAGCGCATCTCGAATCTGCTGCCGGATGCCAATGACGAAGAAATGCTGGATATTCGAACAGGCATCTACAAAATGTGGTCATCGTACTATGTGATGGAGCAGCGTTATGATCTGGCATTGGACGCGGGGCTGGTGCTGTTCGAGATGGATATGTACGAGGATGCAAGGTTCTTCCTGAAGGAATCCGTGGAAACGGACGAAGACGAGCCGGTGCCAACGGTTATATATTGCTTGGCGATCTGCTGCTATGAGCTTGGTCTCGACGAAGAGGCTCTGGAATACACGCGTGAGGCGCTTGTTCTGGAACCCGATCATGAAGAGGCTTTGGCACTGTTGAAATGTTTTGAGTAA	MTDNIQQRFRYSEAPIWELQRNYYEELGMKAWNNDQVPQYITSNPMIATAYAEIIFGFLRDRADQGELTETVTILELGAGAGRLGYHVLHKLCELRDFAGIALPPFRYVMTDLPIKNVAAWRQHPAMQSYIEQGLLDFARFDAVHDTEVNLVVSKTTIRPGDLKQPLLVVANYFFDGIPQELIYVGEGKIYESDVVIEFPEQHDKLKPAEALEQMKLAYEHRRAPRYEEDNYPYRDVIAYYQQELEDSHILFPEIGLTCMERLNQLSTSGFMLLTADKGDHHIDNWKFAEPPQLIYHGSFSLTANYHALQHVFEQRGAHAIFPTQHYKNINVGCILMLEAPMSYANTRIAYRQFIERFGPDEFFSMKEWIDRNIESMGMQQILSFWRLGGYDAEFFIQSAKRISNLLPDANDEEMLDIRTGIYKMWSSYYVMEQRYDLALDAGLVLFEMDMYEDARFFLKESVETDEDEPVPTVIYCLAICCYELGLDEEALEYTREALVLEPDHEEALALLKCFE				NA	NA	NA	NA	NA
JZ016_02042	813			hypothetical protein	ATGTGCATGGGTACGAGCATGGAACGAGAACAATGGGCCATTTTCTTGGCAGCGATCTGCGGACAGACCTATACACAATTCAGCAACACGGACGGCTCATTTGTCCTTCCGCTAAATTATTCGCTCTATGACACCATTGAGGCCAACTCCTTAATCAGCGTGTCCGAGCGCTTTGGGTTTATTCTGGAATCACCGGATGAAATCATTATCGCCTTTCGGGGCACCAGTTCAACAACAAACTGGATCTCTGATGCCATCGCCTCCCAAAAAAACTTCAAATATATTAAGGACTCTTCTCTCACACACCGCGGTTTCACGAACATCTACGCCTCTGCTCGGGGCCAGGTCATGTCGGCACTTAACCGACTTCCTGCACACAAAACACTGTTCATTACCGGCCACAGCCTTGGAGGAGCGCTCGCAACCTTATGTGCAGTCGATGCGGCCGCCAACACGGACCACCCATCCCCTTATGTATTTACCTACGGGTCCCCTCGTGTAGGAGATCTCGATTTTACCAAGGCCTTCGCCAAGTATGTTCGAAACAGCTGCCGCATCGCCAACCTGTTCGACGTCGTAACGCATGCCCCGCCTCACATCTACAAGATGCCTAAACGGGAGAAGAAGTACTATTACAGCCATGTCCATACCCAATGGCCGTTGACCTTCCAGAATGGATCGGTGAGCGGCAATCATGTAATCGGAAGTTATTATGCGGAGCTTGCCAAGCTTCAGCCGGAATTTGCCGAACGCTTAAGTACAACGAATCCCGAATTCTGTCCAGTTGGTGAATCCCCCTTAGAGAAGGTATAA	MCMGTSMEREQWAIFLAAICGQTYTQFSNTDGSFVLPLNYSLYDTIEANSLISVSERFGFILESPDEIIIAFRGTSSTTNWISDAIASQKNFKYIKDSSLTHRGFTNIYASARGQVMSALNRLPAHKTLFITGHSLGGALATLCAVDAAANTDHPSPYVFTYGSPRVGDLDFTKAFAKYVRNSCRIANLFDVVTHAPPHIYKMPKREKKYYYSHVHTQWPLTFQNGSVSGNHVIGSYYAELAKLQPEFAERLSTTNPEFCPVGESPLEKV	PGPT0024445_1814	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_LIPASE_ACTIVITY,PGPT0024445-lip|lipC-K01046	NA	NA
JZ016_02043	837	mshB		1D-myo-inositol 2-acetamido-2-deoxy-alpha-D-glucopyranoside deacetylase	ATGTCTAAAATCCTCAATGTGATTGTCATTGCAGCGCACCCGGATGAACCCGAAATCTATGCAGGCGCGATCTCGGCAGCTTACGCAGAGATGGGTCATCGGGTGAAGTTCGTAACGCTAACCGATGGATGCTGCGGTCATCATGAAATGAGCGGGCAGCAGCTGGTCGAACGTCGGATTCAGGAAGCTCATGAGGCTGCAAAGCGTCTTGGGGTGCTGGAATACGTCGTTCTGCCCATTCCCGATGGCGAATTGATGCCAACGCTCGAAGTACTCAAGGAAGTGATCCGTCTGATTCGCGGCTGGGAGGCGGAAATCGTCATTACGTTCCATCCGAACGGTCCCGGTCATGTGGATAACCGCAATGTCGGGAAGGTCGTGCGGGATGCGGCAGATTTTGTTGCGAACGTACCGAATGCCGTCCCTGAAGTGCCGTCATTGAAGAAATCCCCGATATTCCTGCTGATGCCGGATTATGCGGCACGGGCGACGTACCAACCGGATATTGTTATCGATGCTGGGGGCGTGATCGAGAAGAAATTGCTGGCCTGCGATGCCCATGCTTCCCAATTCTATGAGTTTGCGCCTTGGCAGGGCGGTTTCTTGGATGCCGTACCGGATACCTGGGAAGAGAAGCGGGAATTTATTCTAAAGCATTGGGATCGGTTTCTTAGCGTCTCGGACGAAATGCTGCCTTCGCTTGCGAAGCAATATGGCCAAGACCTTGCAGCCAGCTTACAATATGCAGAGCCTTTCGAAATCGCGGATTATGGCAGAAGACCGAATGAAGCTGAAATGGAGATTTTGTTCCCGATGTTAACGGGTACTCATGTGTAA	MSKILNVIVIAAHPDEPEIYAGAISAAYAEMGHRVKFVTLTDGCCGHHEMSGQQLVERRIQEAHEAAKRLGVLEYVVLPIPDGELMPTLEVLKEVIRLIRGWEAEIVITFHPNGPGHVDNRNVGKVVRDAADFVANVPNAVPEVPSLKKSPIFLLMPDYAARATYQPDIVIDAGGVIEKKLLACDAHASQFYEFAPWQGGFLDAVPDTWEEKREFILKHWDRFLSVSDEMLPSLAKQYGQDLAASLQYAEPFEIADYGRRPNEAEMEILFPMLTGTHV	PGPT0019570_61	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019570-bshB1-K01463	NA	NA
JZ016_02044	423			hypothetical protein	ATGATACAATCCATTGTCCATATTGCATTAGTCGTGAAGGACTATGATGAGGCCATCGCATTTTATACCGAGAAGCTGAATTTCACCTTGATTGAAGATACATACCAGCCTGAACAAGATAAACGTTGGGTGGTCGTAGCACCTCCCGGCTCGGTCGGCACGACGATATTGCTTGCCAAGGCGTCCAAGCCGGAGCAAAAGCCATTTATAGGCAACCAGTCGGGAGGCAGAGTGTTCCTGTTCTTGAATACGGATGATTTTTGGAGAGATTATCGTGAAATGGTATCGCGGGGGATTGAGTTTGTAAGAGAGCCCAAAGAAGCGGATTACGGCATGGTGGCGGTATTTAAGGATTTATACGGCAATCTGTGGGATTTGCTGGAGTTGAAGGAAGATCATCCACTGATGAAACGCACGAAGTAA	MIQSIVHIALVVKDYDEAIAFYTEKLNFTLIEDTYQPEQDKRWVVVAPPGSVGTTILLAKASKPEQKPFIGNQSGGRVFLFLNTDDFWRDYREMVSRGIEFVREPKEADYGMVAVFKDLYGNLWDLLELKEDHPLMKRTK	PGPT0013300_2823	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_02045	672	ppaX_1		Pyrophosphatase PpaX	GTGACAACCAAAGCGATTTTCCTCGACTTTTATGGGACTGTGGTTCATGAAGATGATGAGATCATTCCGTTAATATGCCAAAAAATCAAGGCGACTTCCTCTGAGGACTGTACCATTCAGGAAATAGGTCAATACTGGTGGAAGTCCTTTTCAAACATGTTTCATGAAAGCTATGGGAAAAGCTTCGATAATCAAAGAAATCTGGGAAGAACATCTTTACGCGCGACGATAGACTACTTCAAATCGGATTGCATTGCAGAGGAGATCATTCAGGAGCAATTTGACCATTGGCAAAAGCCAGGTATTTATGAAGATGCGCTCTCTTTTCTGAAGTCGTGTGAATTGCCCATATATATTATTTCTAATATTGATACATCGGATGTGATGGCAGCGATAAGTTTTCATGATTTAAAGGTCACTGGCGTGATCACTAGCGAAGATGTTAGGTCATATAAGCCTAGATCGGAAATATTTGCAGAAGCACTTAGAAGGTATGAGTTAAAGAATGCGGAGGTCCTGCATGTCGGGGATTCATTAACAAGTGATGTTGAGGGGGCTCAAGCATTGGGAATCCGAGCCGTTTGGATCAATCGCTTGAACAAAATAAGGCCAGATCATATACAGCCCGATTACATCATAAAGAAGCTGACGGAATTAGAAGGGATCATCTAG	MTTKAIFLDFYGTVVHEDDEIIPLICQKIKATSSEDCTIQEIGQYWWKSFSNMFHESYGKSFDNQRNLGRTSLRATIDYFKSDCIAEEIIQEQFDHWQKPGIYEDALSFLKSCELPIYIISNIDTSDVMAAISFHDLKVTGVITSEDVRSYKPRSEIFAEALRRYELKNAEVLHVGDSLTSDVEGAQALGIRAVWINRLNKIRPDHIQPDYIIKKLTELEGII	PGPT0006885_2143	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560	NA	NA
JZ016_02046	768	cypM		Cypemycin N-terminal methyltransferase	ATGTATAGTTTGTACGGAGAGCTGTGTACGGAAGTGTATGATTTGAGTAAACCATTAGGTTTCTCGTTTGGTGACGTGGAGTATTATTTAGAACGTCTGAAGGACGTACAAGGAAAGGTGCTGGAAGTCGGCTGTGGATCAGGGAGGGTGTTAATTCCGCTGCTTCAAGCAGGGATCGATATGGAAGGCGTGGATAATTCAACGGCTATGCTGGATTCTTGCAGAAGACGAGTCGAGGAATTGGGCCTAACAACTAAACTGTATGAAGACGAAATGCATAACTTTTCGTTGACGGATTCGTATGAGGCTATTATCATCCCTGCCGGATCCTTTCAATTAATAGAGGGTCGGGAGCAGGCTGTTACGGCACTGCGTCATTTTTATTCTCACTTGAGACCTGGTGGCAGATTAATTGTGGATTTGTTTATTCCTACTAATTTTGACGCGAATCACACCTCGACTAGGAGCTGGGAAACCTCCGATAACGAAGTCATCGTTCTGGAGGATAGACGTACGGAATGCAATCTGCTTGACCAGCGCATCGTCTCGATTCTGAAGTATGAAAAGTGGAAGGAAGGCGTTCTGGTTCAGACCGAGCTGCAGCGGTTTCCTCTTAGCTGGTATGGATACCACGAATTTGAACTCATGCTAGAGAAGCAGGGATATGAAGAAATCACGAAGTCGGCTGACTATACATGGTTGAATAAACCTGTTAAAGCGGATCAGATGATTACATTCGAGGCGAGGAAAGCTCCGATAGGGCGCTAG	MYSLYGELCTEVYDLSKPLGFSFGDVEYYLERLKDVQGKVLEVGCGSGRVLIPLLQAGIDMEGVDNSTAMLDSCRRRVEELGLTTKLYEDEMHNFSLTDSYEAIIIPAGSFQLIEGREQAVTALRHFYSHLRPGGRLIVDLFIPTNFDANHTSTRSWETSDNEVIVLEDRRTECNLLDQRIVSILKYEKWKEGVLVQTELQRFPLSWYGYHEFELMLEKQGYEEITKSADYTWLNKPVKADQMITFEARKAPIGR				NA	NA	NA	NA	NA
JZ016_02047	477			hypothetical protein	ATGAACGAAGCGTATCTTCAATTGTACGATTATCACATTTGGGCGAACGAAAGACTATGGAACCATCTGCAATCCTTGCCGGAAGGCGTGTTTCTCCAGGAAGTGAATCTGGGCTTCAAATCCATCGCCGAAGTCTTCGGTCACCTTGCGGCTGCGGAGGAAGTTTGGTTTGCCCGGATCAAGGAGGAAAGCCCTCCGTCGCTTGCCGCGAGACCGTTCGCGAATTTGGAAGCAGCTCGTCAATACCTGAGCGAGCTTCAAACCAAGCATCACGAATATTTAGCATCGGTAGGCGATATGGGGAAGGTTGTGACTTACCACAACACAGCGGGTGAGGCATTTCAGAATTCGATTTCGGAGATTCTCCAGCAGGTCGTAAATCATGGAACCTATCATAGAGGCAATATCACGACCATGCTTCGGCATTTGGGACACAAAGGGTTAATAACGGATTACATTGCCTTTTTAAGAGCGTAG	MNEAYLQLYDYHIWANERLWNHLQSLPEGVFLQEVNLGFKSIAEVFGHLAAAEEVWFARIKEESPPSLAARPFANLEAARQYLSELQTKHHEYLASVGDMGKVVTYHNTAGEAFQNSISEILQQVVNHGTYHRGNITTMLRHLGHKGLITDYIAFLRA				NA	NA	NA	NA	NA
JZ016_02048	882	dasC_2	COG0395	Diacetylchitobiose uptake system permease protein DasC	ATGCATAAACCGTCACTCAGCCGCAAATTTTTTCTTGGCTTCAACTACGCTTTTCTGATCGGTCTGGGGCTTCTCTGCTTTCTTCCCATCGTTCATATTCTGGCGGTTTCCCTCAGCTCCAAAGGCGCGGCGACGGCGGGGATCGTGAAGCTGTGGCCCGTTGATTTTACGCTTAGCTCCTATCAGTACGTGCTGAACAAACCGCAATTTATGGTAGCGATGTGGGTCACCGTGCAGCGTGTCGTTCTCGGGACCGGGATCAGTATGCTGCTAACCCTGCTCATCGCTTATCCCCTGTCGAAGGAACCACGGGATTTTAAATTTCGCACGCAATATGCCTGGTTCTTCGTGTTCACCACCCTGTTCTCCGGAGGGTTGATACCGAGGTATATGACAATCAGGGATACAGGTCTGATCGACACGATATGGGCATTGGTCGTCCCGGGTGCTGTAGCAGTGTTCAACGTGATTTTGCTGCTCAATTTTTTTCGCGGCCTGCCCAAGGAACTGGAGGAATCCTGCTTCATTGACGGCGGGAGCTACATCACCAGCCTGTGGAAAATATACGCGCCGCTGTCGCTGCCGGCCATGGCTACCGTTACGCTGTTTACGATCGTCGGCCAATGGAACGAATGGTTTGACGGACTGTTACTGATGAATTCTCCGGAAAAATACCCGTTGTCGAGTTATCTTCAGACCGTTATCGTACAGACCAACCTGACGTCGATCAATGCAGACGATGCCGCGGCCCTTTCCGAAGTATCCAATCGAACGTTTAAAGCCGCTCAAATATTCATCGGCTCACTGCCGATTCTGCTGCTGTATCCCTTTCTCCAGCGTTTTTTCGTCAAAGGTATCGTGCTTGGCAGCGTTAAAGAGTAA	MHKPSLSRKFFLGFNYAFLIGLGLLCFLPIVHILAVSLSSKGAATAGIVKLWPVDFTLSSYQYVLNKPQFMVAMWVTVQRVVLGTGISMLLTLLIAYPLSKEPRDFKFRTQYAWFFVFTTLFSGGLIPRYMTIRDTGLIDTIWALVVPGAVAVFNVILLLNFFRGLPKELEESCFIDGGSYITSLWKIYAPLSLPAMATVTLFTIVGQWNEWFDGLLLMNSPEKYPLSSYLQTVIVQTNLTSINADDAAALSEVSNRTFKAAQIFIGSLPILLLYPFLQRFFVKGIVLGSVKE	PGPT0017255_2061	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02049	900	yteP_30	COG4209	putative multiple-sugar transport system permease YteP	ATGTTAAGCAAAAAATTTCGACGGCAGTGGCCGCTTCATTTGATGATCTTGCCCGGCATCGTCATCGTGCTGATTTACAGCTATTGGCCGATGATCGGCATCGCCATGGCCTTTCAGAAATTCGTTCCGTTCAAAGGCCTTTTCGGCTCCGATTGGATCGGGCTGGACAATTTCCGCTATGTGTTCGATCTGCCGGAAACCGGCCAAATCATTTGGAATACGGTGTTTATCGCCTTCATGAAAATCATCGGAGGATTGGTCGTGCCGATCCTGGTAGCCCTGCTGCTGAATGAGCTGAGGAACGAGCTGATCAAACGCGGCGTGCAGACGCTTGTATATTTGCCACATTTTTTATCGTGGGTCATCCTTGGGGGAATCTTTATCGACATCTTGTCGCCGACGAACGGGATCGTGAACCAGATTTTGGGCTGGTTCGGCGTCGAGCCGATTTTTTTCCTTGGCAGCAACCAATGGTTTCCTTATACCCTCGTCATAACGGACATCTGGAAGGAATTCGGCTTTAGCACCATCGTCTATTTGGCTGCGTTAACCTCCATCAATCCTTCCCTGTATGAGGCGGCTACGGTGGATGGCGCCAACCGCTGGAAACAGACCTGGCACATCACGCTTCCCGGCATGATGCCGATCATCATTTTGCTGGCGACCCTCTCGCTTGGGAATGTGCTGAATGCCGGTTTTGATCAGGTATTCAACTTGTACAGCCCGCAGGTCTATGAGAGCGGGGACATTCTGGATACGTTTATTTACCGGATCGGCATGCAGGGTGCCCAGTATGGGGTGGCCACGGCGATCGGCTTGTTCAAATCCTTGATCTCGTTCGTCTTTATCGTGACGTCCTACGCCCTGGCATCCAAGTTCGCCAATTACAGAATATTTTAG	MLSKKFRRQWPLHLMILPGIVIVLIYSYWPMIGIAMAFQKFVPFKGLFGSDWIGLDNFRYVFDLPETGQIIWNTVFIAFMKIIGGLVVPILVALLLNELRNELIKRGVQTLVYLPHFLSWVILGGIFIDILSPTNGIVNQILGWFGVEPIFFLGSNQWFPYTLVITDIWKEFGFSTIVYLAALTSINPSLYEAATVDGANRWKQTWHITLPGMMPIIILLATLSLGNVLNAGFDQVFNLYSPQVYESGDILDTFIYRIGMQGAQYGVATAIGLFKSLISFVFIVTSYALASKFANYRIF	PGPT0017250_2594	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02050	1686	lipO_13	COG1653	Lipoprotein LipO	ATGAAGAGAAATAAGATCTTGTCCGTATTGTGGATCAGTATGCTGGCTTTCGTGTGTATTTTAAGCGCTTGCAGCAGCAAAGGGGAAGAAGGCGGAGGCAGCACGTCTGGTTCATCCACCGATAGCGAAGCCACGGCCTTGGAGCCGGGCGACCCGTTCGGCAAGTATGATCCCCCCATTCAGCTGGATGCCGTCCGGTTCGTGGGAGAAGAAGTGAAGTTCCCGTCCGGACAGGATATTAAAAACAACGTGTGGACCGACCTATATAAGGAAATGGGCATCAACCTCAATTATAAATGGGTGGTGACGGGCCAGGAGCAGTATGAATCCAAAATGAATATCGCGATTGCTTCGAACGACCTCCCGGATATCATGCAGGTGACGCCGGAGCAGCTGCGCCAGCTTGCGGACGCCGGGCAATTGGCAGACTTGACGCCCGCTTTCGAGAATTACGCCAGCGATGACCTGAAGCAGGTCATGGAGATCGAGAAAAACGCGCTCCCTTCCGCGACGTTTGACGGCAAGCTGTTGGCGATCCCGTCCACCCAGCCGGTCATCGGCGGCTCGGCTCCGCTGCTGTGGGTCCGGGAGGATTGGATGGAGAAGCTGAATCTGCCTGAACCGAACACGATGGATGACCTTGTGGCCATTGCGGAGGCGTTTGCCAAGCAGGATCCGGACGGGAACGGCAAGGCCGATACCTACGGACTTGCGCTGACCAAGGATATCGGATTAAACAGCTCTTCGGTAGGTTTCTTTAACGGCTTCGGCGGTTTCCCGCAAATTTGGATCGAAGACGCAGAGGGGCAATTGCAGTTCGGCAGCATTCAGCCGGAGATGAAGGAAGCGCTGGCCAAGCTGCAGGACATGTTCAAGAACAAGCTGATCGACCCGGAGTTCGGCGTAAAGGATACCGTCAAGGTCTTTGAAACCGTGACCACCCACAAAATCGGCATGCTGATCGGACCCAGCTGGTATCCGGCATGGCCTTTCTGGGACATGGTGAAAGAAGATGAATCGGTGAATTGGAAGTCCTACCCGATCCCGTCATTGGAAGGCGGTCCGGCGACGGTGCAGATGCCTTTTGCCGTATCCCAATATTACGTGGTCAAAAAGGGGTACGAGCATCCCGAGGTCATCGTCAAGTTGGCGAACCAGTATTATGAGAAGCTGTACAGCAACCATGCGGAATTTGACAAGTACGGTCAAATCATCGAAGACGGCGTATCCATCGGGGTCAACAAATATTCACTGGTTGAGGTCGTCAATCCAAACAAAGACCTGATCCGGCAGGAGGAGCTGGCCCAAGCGCTGGAATCCGAAAGCGACGCGGACATCACCAGCGCCGAAACGAAGATCATGTTCAAGGAATTTCAGGAATATCTCGCGGGCAACAACCCGATGGGCTGGTCCGGTTATGCTGCCAACGGTCCGGAAGGCTCCATGAAACTGCTTCGCGATTTGAACGATGCGGGCAAAGTCATTTCGAACGGTTATGTCGGCGCTCCGACCGAGACCATGGCGGACAAAAAAGCGACCCTCGACCGGCTGGAGCAGGAAACGTTCATCAAAATCATTTTGGGCGAGGCAAGCATCGACGCCTTTGATGAGTTCGTGGCTAATTGGAAGAAGCTTGGCGGCGACAAGATTACGGAAGAAGTTAATGCATGGAAGGCCGCCAGATAA	MKRNKILSVLWISMLAFVCILSACSSKGEEGGGSTSGSSTDSEATALEPGDPFGKYDPPIQLDAVRFVGEEVKFPSGQDIKNNVWTDLYKEMGINLNYKWVVTGQEQYESKMNIAIASNDLPDIMQVTPEQLRQLADAGQLADLTPAFENYASDDLKQVMEIEKNALPSATFDGKLLAIPSTQPVIGGSAPLLWVREDWMEKLNLPEPNTMDDLVAIAEAFAKQDPDGNGKADTYGLALTKDIGLNSSSVGFFNGFGGFPQIWIEDAEGQLQFGSIQPEMKEALAKLQDMFKNKLIDPEFGVKDTVKVFETVTTHKIGMLIGPSWYPAWPFWDMVKEDESVNWKSYPIPSLEGGPATVQMPFAVSQYYVVKKGYEHPEVIVKLANQYYEKLYSNHAEFDKYGQIIEDGVSIGVNKYSLVEVVNPNKDLIRQEELAQALESESDADITSAETKIMFKEFQEYLAGNNPMGWSGYAANGPEGSMKLLRDLNDAGKVISNGYVGAPTETMADKKATLDRLEQETFIKIILGEASIDAFDEFVANWKKLGGDKITEEVNAWKAAR	PGPT0017245_805	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02051	1692	rhaR_26		HTH-type transcriptional activator RhaR	ATGAAGAGCAGGTACAGAATACTGATCGTGGATGACGAACCTTTTATCGTAAACGGGCTTGCGGAATTGTGCCTTGGCGCGGAATTTCTAGAGCTTGAGGTGTATAAGGCTTATTCCTCATCGGAGGCCTTGAACTGGCTAAAACGGGCGAAAATGGACATCGTTTTGTCGGATATCAAAATGCCGGGGTTAAACGGTCTTGCCCTGCAAAAGGAAATATCCAGACAGTGGCCCCGTTGCAAAGTGATTTTTTTGACCGGATACGACGACTTTTCTTATATCCAGGAGGCCACACGGCAAGGAAGCGTCGATTACGTTCTTAAGGCAGAGGGAAACGATGCTGTGCTGAGCGCGATCGAGAAGACCGTGGAGCTGCTTGACCAGGAGATGAAAGAGGGCAGTCTGATTGCCAAAGCGAGGGAGAATATGCGCATGGCGCTGCCGTTTTTACAGCAGCAGTACGTGCTGGAGCTGATGCAAAAAGCACCTTGTCCTATTCGGCGGGAGGAGCTGGAGCAGCGCTTTGCGGAGCTGGAGATGAAGCTGGATCCCGGCAAGTCTTGCCTGCTGCTGTTATGCAGGCTAGACGGCTGGCAAAGGCAAGACGGTCCATCGGCCCAATCGCTGATGCTGTACGCGGTCCAGAACATCATCGGCGAGCTGCTCGGCCCGATGACCGACGGCATGGCCGTGGAGTTCGGCAGGGCCAAGATGATCTGGATTTTGCAGCACAAAGAGGAGGGGGAGGAGAATCCGGAGGAGGTTGGAGGACCGGCGGCGGAACGGGTCCAGCGTTTTGTCCACGGGATGCTGGAACAAATTCAGGACGTTTGCAAAACGCTTTTGAAATTGAAGACTTCGTTTGCCATGGCTGGCGAGTGGGTTGATTGGGAACGGCTGCCTGACAAATTCGAATCACTGAAGCAGCTGCTGGACAGCGGCCTCGGGATCGGCCACGAATCTCTGTTGACCGAAGCCGGTGAGCGTAACCGCCCGGATCGCATGGGGAATTTTCTGGGGCGCTCTCGCTCGCATCTGAAGCGGATGGAGCTGCTGCGCGGCTGTCTAGACAATGGGGACCGGGAGGAGTTCATGCAGCTGTTGCATGAGGTGACCGATACCTCTTCCTTCCCGCCGGAGGTTGAATATTTGCTGAAGATGGAAGTGTATTACGGCCTGGTGTCCGTGATGATGCCGTCTCTGGTGGATATGGAAGCTCTCTGCCAGAACGTGGAAGGAGAAGGGGCGGTGGATTATATCACATTGACTCATCTGGAGGAGCATGATTCCTGGACGGAGGCGGCCGAATATTTCGAAAGGCTGGCGGACATTATCTTCAACCGGAAAGAGCAGGGGAAGCAGGATCAGCAGCATGAGGTGATTGCCAAAGTTCAACGGTATATCGAAGATAATCTGGGAGGTGACCTGTCCTTGACGCAAATCGGGGAGGCCGTGGGACACAACCCTTCGTATTTGTCCAGATTGTACAAACAAGTGACCGGTGAGGGCCTGTCCGAGTCGATTAATGCGGCACGGCTGGCCAAAGCGAAGCAGCTGCTGAAGGAGACAACGGACAAAATCCATGTCATCGCCGCTGCGGTGGGTTTCAGTTCTCCGCCGTATTTTTACCGCTTTTTCAAAAAAACGACCCATTTGACGCCGCAGGAATACAGAGAACTGCACAACATGTAA	MKSRYRILIVDDEPFIVNGLAELCLGAEFLELEVYKAYSSSEALNWLKRAKMDIVLSDIKMPGLNGLALQKEISRQWPRCKVIFLTGYDDFSYIQEATRQGSVDYVLKAEGNDAVLSAIEKTVELLDQEMKEGSLIAKARENMRMALPFLQQQYVLELMQKAPCPIRREELEQRFAELEMKLDPGKSCLLLLCRLDGWQRQDGPSAQSLMLYAVQNIIGELLGPMTDGMAVEFGRAKMIWILQHKEEGEENPEEVGGPAAERVQRFVHGMLEQIQDVCKTLLKLKTSFAMAGEWVDWERLPDKFESLKQLLDSGLGIGHESLLTEAGERNRPDRMGNFLGRSRSHLKRMELLRGCLDNGDREEFMQLLHEVTDTSSFPPEVEYLLKMEVYYGLVSVMMPSLVDMEALCQNVEGEGAVDYITLTHLEEHDSWTEAAEYFERLADIIFNRKEQGKQDQQHEVIAKVQRYIEDNLGGDLSLTQIGEAVGHNPSYLSRLYKQVTGEGLSESINAARLAKAKQLLKETTDKIHVIAAAVGFSSPPYFYRFFKKTTHLTPQEYRELHNM				NA	NA	NA	NA	NA
JZ016_02052	1782			hypothetical protein	ATGAAGCTGCTGTGGTTCAAATCGATTTATCCCAAAATCGTGGCCGGCTTTTTGTTGGCCATTATGCCGGTTTACGCCGCTGCCCTGTACATGAACGAGTCCGGGCTTGCGAGCGTGGAGCAGGAAATTACCCAATCCTTGAATGCGAGGACTAATTTTTTCATGCGCACGCTGGAACAGGAGCTGCAATCGACGGTGCTGCTGATGAACGATTTGTCGCAGGACTCCGACCTGCAAAAGCTAAGCACCATTGCGCCCGCCATGAGCCGTTCCGAATATTTTCAGGCGATCAACCGCCTCCAGGGCAAAATGCGGCTGCTGCAAAGCTCCAATCAATACGTTCAGGAGGCCAAAACTTATATTCCGCTGATTGAGAAAACGATTGAACAGGTGTCATACGAAGGAGCCATGCCGCCGGAGCAGATGAAGGCGCTTGAGGAGCATCCCGATCGGGTCATTTTCGAATGGAAGAACAAGCTTCTGTTGGGGATGGTATACCCGGAACGATTGCGAAACGGCAATCCGCCTAATTTTGCGATTGCGGCGGAGCTCTCCGTTCCGAAAATGCAAACGGCGCTCCTACAGCTGGCCACGGGGGACGGGGGGGCCGTTCTCATCGGCGTGGACAACAGCTGGGTCCTGACTCAGGAGGATGGAGGCGAAATCGGTCCGCGGTTGGCCGAGCACATTGATTTGGAAGCGCTAACAACCACCGAATTTTCGAAGCTTCCCTACAACACGAAGGTAAAGGCGGATGGGGCCAACTATTGGGTTAGCGTGGAGCGCTCCGCCTTTTTGAATGCCGACCTGGTGGTTTATGTGCCCGAAGCCGAATTTCTGGGCCCGCTTGGAAAATACCGCATGATCTTTTTCGGGCTGTCGGGCTTCTCCCTGCTGGTGGTTATTCTGTTCTCGGGCTGGATCTACAGCCGCATTCATCAGCCGCTTCAGCGGATGGTGAGGGCATTCCGCAACATCGATTTCGACAGTCCCCGGGTGGAGCTGCGCCATAAGCATCATGACGAGTTCCACTATCTGTACGAGCAGTTTAACCATATGGTGAAGCGCCTGCAGGTGCTGATCCACGAAGTGTTTGAGCAGAAAATCCGCTCGCAGCGTTCCGAGCTGAAGCAGCTCCAATCCCAGATCAACCCTCATTTTTTATATAACAGCTTCTTTACGCTTCATCAGATGGGAGAGATGCAGGATTATGAGAATATCGTTCGTTTTACGAGGCATTTGGGGGAATATTTCAGGTTCATCACCCGCAACGCAGCCGACGAAGTTTCGTTGAAGGCGGAAGTGGGGCATGCCAAGGCTTATGTGGACATTCAGTCCATCCGTTTCCATAACCGGATATCCGCTTATTGGGATGACATCCCCGGTGATTGGGAGCAATTGGACGTTCCGCTGCTCATTCTGCAGCCCTTAATCGAAAATGCATACGAGCACGGACTTGAGGAGAAGGAAGCGGATGGGCAAATCCAAGTGACCATGGCCGCTGAACGGCATGTCCTGCATATCATCGTGGAGGATAACGGGGAGACGTTGACGGACGAAAAGCTGCGGAACCTGCAATTCATGATCGCGAATTCGGACGTAAAAGGAGAGATCACCGGTTTATCCAACGTGCATCGACGCCTTCGTTTAAAATTCGGGCCTGCGGGTGGATTGGCCTTTTCGAGAAGCCGGTTAGGCGGTTTGAGAATCGATATGGCACTGCCAAAGCAAGAAAGGAGCGGGATGGATGAAGAGCAGGTACAGAATACTGATCGTGGATGA	MKLLWFKSIYPKIVAGFLLAIMPVYAAALYMNESGLASVEQEITQSLNARTNFFMRTLEQELQSTVLLMNDLSQDSDLQKLSTIAPAMSRSEYFQAINRLQGKMRLLQSSNQYVQEAKTYIPLIEKTIEQVSYEGAMPPEQMKALEEHPDRVIFEWKNKLLLGMVYPERLRNGNPPNFAIAAELSVPKMQTALLQLATGDGGAVLIGVDNSWVLTQEDGGEIGPRLAEHIDLEALTTTEFSKLPYNTKVKADGANYWVSVERSAFLNADLVVYVPEAEFLGPLGKYRMIFFGLSGFSLLVVILFSGWIYSRIHQPLQRMVRAFRNIDFDSPRVELRHKHHDEFHYLYEQFNHMVKRLQVLIHEVFEQKIRSQRSELKQLQSQINPHFLYNSFFTLHQMGEMQDYENIVRFTRHLGEYFRFITRNAADEVSLKAEVGHAKAYVDIQSIRFHNRISAYWDDIPGDWEQLDVPLLILQPLIENAYEHGLEEKEADGQIQVTMAAERHVLHIIVEDNGETLTDEKLRNLQFMIANSDVKGEITGLSNVHRRLRLKFGPAGGLAFSRSRLGGLRIDMALPKQERSGMDEEQVQNTDRG				NA	NA	NA	NA	NA
JZ016_02053	2292			Beta-xylosidase	ATGGACTATAAGGACGCTGCATGGCCGGTTTCGCGGCGGGTCGAGGACTTGCTGGAGCGGATGACGGTCGAGGAAAAAATCGGACAGCTGATCCAGCCGTTCGGTTGGAAAGCTTACATAAGGAACGACGACGGTACGATCAAGCTAACCGAGGAGTTCAAGTCGCAGCTTGCGGAGGGAGGAATCGGTTCCTTGTATGGTACGCTGCGGGCCGATCCCTGGACCGGAGTGACGCTGACGAACGGACTGTCCCCGCGGGAAGGGGCAGAAGCGGTTAATGCGATTCAGCGTTATGCGATGGAGCACTCGCGGCTTGGGATTCCGATTTTGTTCGGGGAAGAATGCTCCCACGGACATATGGCAATCGGGGCGACGGTGTTCCCCGTACCGCTCACGATCGGAAGCACCTGGAACACGGAGCTGTTCCGCAGCATAAGCCGCGCCGTTGCCGCCGAGACAAGAGCTCAGGGGGGAGCGGCCACCTATTCGCCGGTGCTGGACGTGGTACGGGATCCCCGGTGGGGGCGTACCGAAGAAACCTTCGGCGAGGACCCCCATTTGGTGGCCGAATTCGCGGTTGCCGCCGTGCAGGGACTGCAAGGCGAGCGCCTGGATTCACATATCAGCCTGCTGGCTACGCTGAAGCATTTCGCAGGCTACGGCGCTTCCGAAGGGGGACGCAACGGGGCCCCAGTCCACATAGGACAACGGGAGCTTCACGAAGTCGATCTGCTGCCGTTCCGCAAAGCCGTTGAAGCGGGTGCCTTGTCGGTCATGACGGCCTATAATGAAATCGACGGAGTCCCCTGCACGTCCAGCCGGTACCTGCTGCAAGATGTACTTCGCGAGGCGTGGGGCTTTGACGGCTTCGTCATTACCGATTGCGGCGCGATCCATATGTTAGCATGCGGTCACAATACGGCCGGATCGGGAGTGGAGGCGGCGGCCCAGGCGCTGAAGGCCGGTGTCGACATGGAGATGTCAGGGACCATGTTCCGGGCACATCTTCACCAAGCGCTGGAGCAAGGGCTGATCACTGAAGACGATCTGAATATGGCAGCCGGACGCGTGTTGGAGCTGAAGTTTCGTCTGGGGCTCTTTGATCGGCCTTATGTAGATCCAGCCTGGGCAGAGCAGGTCATAGGCTGCAACGAGCATACCGCACTAGCCTACCATGCAGCGGCTGAAGGCATCGTGCTCCTGAAGAACGAGGGGGGCCTGCTGCCTCTGGATTCGAGCAGCGGAACCATTGCCGTCATTGGCCCCAACGCCCATGCGCCGTACCATCAGCTTGGCGATTACACCTCCCCCCAGCAGCCGGGGCAGATCGTAACGGTGCTGGACGGCATCCGCCGACGGCTGGGAGACAGCCGCGTTCTATATGCCCCGGGCTGCCGTATTCAAGGCGATTCAAGGGAAGGGTTCCCTCACGCGCTGGCGTGCGCGGAACAGGCCGATGTCATCGTAATGGTGCTTGGCGGCTCCAGTGCACGGGATTTCGGGGAGGGTACCATCGATCTGAGAACTGGTGCCTCGGTCGTGACCGGGCATGCAAAGAGCGATATGGAATGCGGGGAAGGCATTGACCGCTCGACCCTGACGCTGATGGGCGTGCAACTGGAGCTGCTGCAGGAGCTCCATAAGCTCGGAAAGCCCGTGATTGTTGTCTATATCAACGGACGGCCGATTACAGAGCCGTGGATCGACGAGCACATCCCTTCCATCGTGGAAGCCTGGTATCCCGGCCAAGAGGGAGGCAGCGCCATTGCGGACATGCTGTTTGGCGATATCAACCCGTCCGGCCGTCTGCCGCTGTCCATTCCGAAGGAGGTTGGCCAGCTGCCGGTCAATTACAATGCCAGACGGACTCGGGGCAAGCGTTACCTGGAGACGGATCTTGCGCCACGGTATCCATTCGGCTTCGGCTTAAGCTATACGGAATTCCGTTACGGCCGTCTGACGGTTGAGCCGGCCGTCGTTCCCATAGGCGGCGAAGCCACGGTCCGGATCGACGTGACCAACGCGGGAGTACGGGACGGCGCGGAAGTCGTTCAGCTGTACGTCTCGGATCTGGCCGCTTCCGTTACCCGTCCCGAGAAGGCGCTGAAAGGGTTCTGCAAGGTGTTCCTGAAGGCCGGGGAGACGCAGGAAGTAACGTTCACCATCGGCAGCGAGCAGCTGGAAATGATCGACCTAGACCTGAAGCCGGTGGTGGAGCCCGGCGAGTTCCGCATCCAGGTCGGTCCCGACTCGACGAGAGGAGAGATCGCAAGCTTGATGGTGGAAGGCTAA	MDYKDAAWPVSRRVEDLLERMTVEEKIGQLIQPFGWKAYIRNDDGTIKLTEEFKSQLAEGGIGSLYGTLRADPWTGVTLTNGLSPREGAEAVNAIQRYAMEHSRLGIPILFGEECSHGHMAIGATVFPVPLTIGSTWNTELFRSISRAVAAETRAQGGAATYSPVLDVVRDPRWGRTEETFGEDPHLVAEFAVAAVQGLQGERLDSHISLLATLKHFAGYGASEGGRNGAPVHIGQRELHEVDLLPFRKAVEAGALSVMTAYNEIDGVPCTSSRYLLQDVLREAWGFDGFVITDCGAIHMLACGHNTAGSGVEAAAQALKAGVDMEMSGTMFRAHLHQALEQGLITEDDLNMAAGRVLELKFRLGLFDRPYVDPAWAEQVIGCNEHTALAYHAAAEGIVLLKNEGGLLPLDSSSGTIAVIGPNAHAPYHQLGDYTSPQQPGQIVTVLDGIRRRLGDSRVLYAPGCRIQGDSREGFPHALACAEQADVIVMVLGGSSARDFGEGTIDLRTGASVVTGHAKSDMECGEGIDRSTLTLMGVQLELLQELHKLGKPVIVVYINGRPITEPWIDEHIPSIVEAWYPGQEGGSAIADMLFGDINPSGRLPLSIPKEVGQLPVNYNARRTRGKRYLETDLAPRYPFGFGLSYTEFRYGRLTVEPAVVPIGGEATVRIDVTNAGVRDGAEVVQLYVSDLAASVTRPEKALKGFCKVFLKAGETQEVTFTIGSEQLEMIDLDLKPVVEPGEFRIQVGPDSTRGEIASLMVEG	PGPT0019110_3923	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_02054	3117			hypothetical protein	ATGAGAACGCTGGTATTTTACGACGAGCATTTTCCTTACGAAGGCGAACGTCCGTCCGCAGAGGCACTGGAGCGATTGCGGGAATGGGCGGTGGTCGCCGGTGCCGCGGATGTGGCTGAGCGGCTGACGGAAGGCGGCTGGGACACACTGATTCATCTGCACGGGTCGTACTTCCCGAAAGCGGCTTGGGCAGCCATCGAAGGCCACCTGAAGGCCGGCGGCGGTCTGGTTCATGCCGGGGGCGTGCCTTTCCGCAGGCCGGTTCGAGAGCTGAACGGAAGCTGGCATGCCGAACGCGAGCAGCTGGCTTATCATCAGCGAATGGATATCCATGATGCGCTGGCGGTTGACGTATCGCGCGTCCGGGAGTTGAAGGCCTCCGCCGAATTTCCGATCCTGCAGGGGCGCGAGGAGCTGTTCGGCATGGAGCCGACCTGGGGCTTGACGCTGCACCCGACCAAAGCGAGCGACATTCCGGCCGAGATGGGGGCATGCGGTCCGATGGACGCCGTCATCTCACCGCTCCTGATCGGCGTGGACCGTGATCGACGCGAGCGGTCCGCACCGGTCGTCATGCTGGAGCAGCATAAGGGCGATTATGCCGGGGGGCGCTGGATTCTGATCAACCAGCAGCTGAGGGCATCGTTCTGGGAGTCTAAAGGGATGGACGTTCTGAAGGATCTGGCCGAATACGCGGGAACAGGCGTGACGGAGCTTTGGTTGAAGCCGAACTATGCCTCCTACGAGCCGGGCGAGCAGATGTGGTTGACGATCCAGCTGCAGACGCTGTCCCGGACGTCCGCTCCGGCGCAGACCTGGCAATTTGCAGTGAGTGTTATCAAGGAAGACAACGGCGAGACCGTCTGGACCGGACACGAGAAGTCGGAAGCCGGCATGCAGCAGCGGGATCTGCAGCAGCTTCGCTTGTCCGTACCCGTACGGCTCGAGGCGGGCTTGTACCGGATCGTTTGCGAAGCCGAGTCCGATTCCGGGGAGCGCCGCACCCTGACCCAGGCGGTATGGGGCGTCGATCGTCCGCTGCTGCAGGCGGGAGAGCGGCTGGAATCCGGGCGTGATTACTTCCGCCGCGGCGGGCGGACGGTTCCGATCGTTGGCATGACGTACATGACCTCCGACGTCGCGCGCAAATTCCTTCATCTGCCGAACGTGCAGCGTTGGGATGCGGATATGGCGGAGATGAAGCGGGCAGGAATCAACCTGATCCGGACGGGCATATGGACGGGTTACCGGATGATCATGTTTGCCGACGGCCATGCGGCCGAGGACGTCATGCGGGCGATCGATGCCTTTATCCTGACAGCCAAGCGGCATGAGCTGGAAGTGACGTTTACGTTCTTCTCGTTTGCGCCCGAGGCTTGGGAAGGCGTGAACCCCTACCTGGATCCGCGATCGGTGGAGGCGCAAAAGCGCTTTATCGCCTCCATCGTCGGACGTCACAGGGGCACGACCAACGTGCATTGGGACCTGATCAACGAGCCTTCGCTGTTCGATCCGAAGCGAATCTTCGAGGGGCCGGTATCGATAGGGGACCGGTTCGAGCGGCAAGCATGGTCCGAGTGGCTGCGGCAGCGCCACGGGGATGATCTGGTGCTGCTTCAGGAGCGCTGGAACATGACGCCGGGCGAGCTGCCTTCATTCGAGTCGGCGCCTGCGCCGAGTCCGGACGACAAGCTGTTCAACAGCGTGCTGCAGCCGAAGAAGTGGGGACCGTGGATCGACTTCACGTTGTTCACCATGGACATGCATAATCGGTGGGCGTCCGAGCTCATCGGCACTATTCGCCGCTCCGATCCCCGCCAGCTGGTGACGGTCGGGCAGGATGAGGGCATCTGCTCCCAGCGCCCGTCGCCTTCGTTCTACGGTCCCGCCGTCGATTACACGACGGTCCACTCCTGGTGGCAGAACGATCACCTGGCTTGGGACGGCATATTTACGAAAACGCCGGACAAGCCGAATCTGATTCAGGAGACCGGCATCATGCACGTGCAGCGTCCGGACGGCATTGCCAAGCGGACGGAGGAAGAGCTTCGCAGCATCCTGGAGCGGAAGTACGCGTATTCGTTTTCGACCGGGGGCGCGGGTGCCGTACAGTGGATATGGAATATTAACTACTTCATGGATAATGCCAACGAATCCAACATCGGGGCGCTTCGGGCGGACGGAACGCAGAAGCCCGAAGCCGATGTGTCCTATGACTTCGGGCGCTTCATGAAGGAAGCAGCCGGCCTGTTCGACGATGAACGTCAGCTGGAGGATATCGCCGTCGTTTACCCGTATTCGAATGATTTTTCCAGCCGCAAGCTGGCTTACGAAGCGACGACGAGGGCCATGCGCGCATTGACATTCGGCATGAACGTCCATCCGCGGGGTATCGGCGAATATCAGCTGGAGGACCTGAAGCGCTATCCGGCCAAGCTGATCATCGTGCCGAGCGCGCATAATTTCGACGATGCCGCGTTTGCCCAGCTCCTCGACTTGGCAAGGGAAGGGAGCACGATCTTGTGGACAGGTCCGTTTCGCACCGATGCATATTGGGGGCCGGCGCCGCATCGCCTGCAGCAGGAGATCGGTGAAACCGTCCATGCCAACGTTCTTCGAGAAGAAACGCTGGAGCTGGCGGGAGAGCATTTCGCCGTTTCGTTCGGCGAGCGGAAGATTAACGCGCTGGCGGTAGATCGTCCGGCGGGCCGGTTGGATGGGACGCTAGCACCCGTCACGGTGAGCTTGGAATCGGGACGGTTCATCTGGTGCCCGCTCCCGGTCGAGATGAACGAGCGCTGGGAGCCGATCCAGGCGCTGTATGCGGAAGCTATCCGCTCCGCAGCCGTTTCGCCTGAGCTGGAATGGCTGAAGGGAGGCGAGCTTCCGGGCATCTACGGCCGCAAGCTGGCGTTCGGACAAGGAAGTTTGTACGTCTTCGTCTCTGAGTATGGGGCAAGCGCAGAGGTCGAGGTAAAGGACCCGGCAACCGGAATGGTCTATGTCTTCGAATTGGAGCGGGAGCGGACCGTGATGTTTACGACCGATGCCAGGGGACAAGTGCAGACGGTTTACCGGCCGGAGGAGGTTCGCATCCGGCAGAGTCAACCAAGTTGA	MRTLVFYDEHFPYEGERPSAEALERLREWAVVAGAADVAERLTEGGWDTLIHLHGSYFPKAAWAAIEGHLKAGGGLVHAGGVPFRRPVRELNGSWHAEREQLAYHQRMDIHDALAVDVSRVRELKASAEFPILQGREELFGMEPTWGLTLHPTKASDIPAEMGACGPMDAVISPLLIGVDRDRRERSAPVVMLEQHKGDYAGGRWILINQQLRASFWESKGMDVLKDLAEYAGTGVTELWLKPNYASYEPGEQMWLTIQLQTLSRTSAPAQTWQFAVSVIKEDNGETVWTGHEKSEAGMQQRDLQQLRLSVPVRLEAGLYRIVCEAESDSGERRTLTQAVWGVDRPLLQAGERLESGRDYFRRGGRTVPIVGMTYMTSDVARKFLHLPNVQRWDADMAEMKRAGINLIRTGIWTGYRMIMFADGHAAEDVMRAIDAFILTAKRHELEVTFTFFSFAPEAWEGVNPYLDPRSVEAQKRFIASIVGRHRGTTNVHWDLINEPSLFDPKRIFEGPVSIGDRFERQAWSEWLRQRHGDDLVLLQERWNMTPGELPSFESAPAPSPDDKLFNSVLQPKKWGPWIDFTLFTMDMHNRWASELIGTIRRSDPRQLVTVGQDEGICSQRPSPSFYGPAVDYTTVHSWWQNDHLAWDGIFTKTPDKPNLIQETGIMHVQRPDGIAKRTEEELRSILERKYAYSFSTGGAGAVQWIWNINYFMDNANESNIGALRADGTQKPEADVSYDFGRFMKEAAGLFDDERQLEDIAVVYPYSNDFSSRKLAYEATTRAMRALTFGMNVHPRGIGEYQLEDLKRYPAKLIIVPSAHNFDDAAFAQLLDLAREGSTILWTGPFRTDAYWGPAPHRLQQEIGETVHANVLREETLELAGEHFAVSFGERKINALAVDRPAGRLDGTLAPVTVSLESGRFIWCPLPVEMNERWEPIQALYAEAIRSAAVSPELEWLKGGELPGIYGRKLAFGQGSLYVFVSEYGASAEVEVKDPATGMVYVFELERERTVMFTTDARGQVQTVYRPEEVRIRQSQPS				NA	NA	NA	NA	NA
JZ016_02055	1374			hypothetical protein	ATGATCAAGCAAGCTCAAGCCATCCGGGAAGGCTGGCAGTGGTTTACGGAAAGCCGGTATGGCATGTTTATTCATTTCGGGCCATATGCCCAATACGGGCGCGGCGAGCAGGTACTGTTCCGGGAGCATTTGGACCAGGCCGAATACGCGCGGAAGGCCTGCGAGTGGAATCCGGTGTTTTTTGACGCCGAGCTATGGGCATACACCGCGCGCAAGGCGGGGATGAGATATGCCTGCTTAACGACGCGGCATCATGACGGGTATTGCCTGTGGGATACGGCCACGACGGATTATTCCAGCGCGAAGCAGGCGCCCGGCCGGGATCTGGTGCGCGAATTTACCGATGCGTTCCGGGCCCAAGGGCTTCGGGTCGGCTTATATTATTCCTGGATCGATTGGCGGATCCCGGCTTACTTCGACGGACCGGAGAAGGATCCCGAGGGCTGGGAGACGATGAAGCAGTATTTGCATGCCCAAGTGGAAGAGTTGGTCACGAAATACGGGCGCATCGATCATTTCTTTTTTGACGGGGTCTGGCCGCGAACCGCGGAGGACCTGGACAGCATCAAGCTGGTGGAGCGGATGAAGTCGATTCAGCCGGACATCCTGGTCAACAACCGTCTTGGACTGTCCGAGGAGGAGAAGCTGCATGCGGACGGCGGCGGCGGTTCGGGCGATTCCGAGGTGCTGGGCGACTTCGGCTCGCCGGAGCATGTCATCGTCCCGGATCAGAAGCGGCTGTGGGAATCCAGCCAGGTTACCACGTGGAGGCTGTGGGGATACACGAATGGCGAACGTTGGCGTCCGGCCGACGTTCTGCTCGACATGCTGTGCGAGTGCGCGGAAAAAGGGGGTACCGTGGGCGGCAATCTGCTGCTTAACGTCGGACCGCAGCCCGACGGACAGCTTCCGCCGGCCTTCGTAGAGCGGGCGCTGAAGATCGGGGAGTGGCTGGACGTTCACGGCGAGGCCATCTACGGCTCCGACGGAGGGAACCTCACCGAGTTCATCACCTATGGGCGGCAGACAATGAAAGACAACAAGCTGTATCTCATCATCCGCTTCTGGGATGGGAGGCCGGTGCTGAGGCTGGCGGATCTGGTGACGCCGGTATTACGGGTGACGCTGCTGACAACGGGACAGGAGCTGTCGTTCCGACAGGAGGGCGACGTGCTGTGGATCGAAGGGCTGCCGCGGGAACGTCCGACCGAGCTGTTCCCGGTCATCCGCATCGAATGCGAGGAGCGGCCGCAGACCAATGAATGGGGAGTGAACCGCCTCTGGACCGGCGACCCTTCCCGGATTGCCGACTGGGCTCGAACGCGCGGAACATCCGTATACGTCGACGGCAAGCCGTGGACGAGAAAGGAGTAA	MIKQAQAIREGWQWFTESRYGMFIHFGPYAQYGRGEQVLFREHLDQAEYARKACEWNPVFFDAELWAYTARKAGMRYACLTTRHHDGYCLWDTATTDYSSAKQAPGRDLVREFTDAFRAQGLRVGLYYSWIDWRIPAYFDGPEKDPEGWETMKQYLHAQVEELVTKYGRIDHFFFDGVWPRTAEDLDSIKLVERMKSIQPDILVNNRLGLSEEEKLHADGGGGSGDSEVLGDFGSPEHVIVPDQKRLWESSQVTTWRLWGYTNGERWRPADVLLDMLCECAEKGGTVGGNLLLNVGPQPDGQLPPAFVERALKIGEWLDVHGEAIYGSDGGNLTEFITYGRQTMKDNKLYLIIRFWDGRPVLRLADLVTPVLRVTLLTTGQELSFRQEGDVLWIEGLPRERPTELFPVIRIECEERPQTNEWGVNRLWTGDPSRIADWARTRGTSVYVDGKPWTRKE	PGPT0018775_2149	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206	NA	NA
JZ016_02056	1518			hypothetical protein	ATGAAAAAAAGGAAAGCGCTAGCACTATGGTTGGCTGCGATATTCATGGTATCCGTGATCGCAGGCTGCTCCGGCGGGGGCGATGCCGGCGGCGAGAACGGATCGGCGAGCGGCGAGAATGACGGCGGGGACAAGCTGCCGGTCCGGTATCTGCTTCCGGGCTCCGCGCCGCAGGATTTGGATGCGGCGGTCAAAGCGATCAACGAGAAGCTGGAGGCCGACGGACTGAACCTTACGTACGAACCGACGTACATCGCGTGGGACGTATGGGATCAGAAGACCAACCTCATGATGTCGACGGGCGAGGAATTCGAGCTGATTGCCATCATGCACGATACCAAAGGACCGACGGTGCTTGCGGGCAGCGGCGGTATCATTCCGATCGACGATCTGCTGGACCAGTATGGCACCGAGCTGAAAGCTTCCATGCCGGACTGGATCTGGGAGTCGTCGAAAATCAACGGCAAGACCACGTACGTGCCGAACTTCTGGGCGGATACCGCTTATAACGATGGCATGTTCACGATCCGCACCGATCTGCTAGAGAAAAACGGCCTGAAGCCGCCGACATCGCCGGAGGAGCTGCTCGATGCAGCCGAGACGTTGCAGAAGAACTGGCCGCAGGACAACAAGAACGTATATATTAAGATGCTGGAGGAGCCAGCCTACTTCCTGCATACGACCTACGACACCTATCCGTTTACCGTGGCCGACAACATGATTTACATCGACCAGCAGGGGAACGTGAAGTCTTGGTTCGAAACCGAGGAGTTCAAAAAAGACGTGCTGTTCATGAACGAGGCTTACAAGCGCGGGCTGATCATGAGCGATCTGCTTACGACGCCGACGGAGGTTATCAACCAAGAGGAGCTGGCAGGACGTTATCTGTACCGTCCGGGCGACGTCGGCTTGAGCGATGCCATTCTTCAAACGTTCCCGGATGCGAAGCTGGATATTTATTATTTGGCCGACCAGCCGAAATTCAGATCCTACGCGATCCGCAATTCCAACGGGATCTCGGCCACGTCTCCGCACCCGGAGGCCGGCATTCAATTTTTGAACTGGGTATACAGCAGCCAAGAGAACATGGATCTCGTTCAAAGCGGCGTGAAGGATGTGCATTGGAAGGATACCGGCAAGAATACCAAGGACTATCTGGCCAAGAACGAGAACGGTTCCCCGGCTTATGAGCTTCCGTACTGGCTGCTTGGCCACGTCGAGATGAACCGTTATCCAACGAATACGGACCCAGCGCGTCTGGAGCGCCGCACAACGGTATCGGACGACGCCGTGAACAGCATCACGATCGGCTTCACCTTCGATCCGACCAACGTTGCTTCGCAGTACGCCAACTGCATCGCCGAGCTGAAGACCAGCGTATATCCGGTCATGCACGGGGTCGTGAAATACGAGGACGCCTACGATAAAATGCTGGCCGCCATGAAGTCCGCTGGAATCGATGAGGTCGTTGATGAATACAAACGGCAATTCGATGAATGGAGAGCCGGTCAGTCGTAA	MKKRKALALWLAAIFMVSVIAGCSGGGDAGGENGSASGENDGGDKLPVRYLLPGSAPQDLDAAVKAINEKLEADGLNLTYEPTYIAWDVWDQKTNLMMSTGEEFELIAIMHDTKGPTVLAGSGGIIPIDDLLDQYGTELKASMPDWIWESSKINGKTTYVPNFWADTAYNDGMFTIRTDLLEKNGLKPPTSPEELLDAAETLQKNWPQDNKNVYIKMLEEPAYFLHTTYDTYPFTVADNMIYIDQQGNVKSWFETEEFKKDVLFMNEAYKRGLIMSDLLTTPTEVINQEELAGRYLYRPGDVGLSDAILQTFPDAKLDIYYLADQPKFRSYAIRNSNGISATSPHPEAGIQFLNWVYSSQENMDLVQSGVKDVHWKDTGKNTKDYLAKNENGSPAYELPYWLLGHVEMNRYPTNTDPARLERRTTVSDDAVNSITIGFTFDPTNVASQYANCIAELKTSVYPVMHGVVKYEDAYDKMLAAMKSAGIDEVVDEYKRQFDEWRAGQS	PGPT0017245_3005	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02057	2286	yesS_7	COG2207	HTH-type transcriptional regulator YesS	ATGATCCGGCAGCGATTATTCCGTTATGCGGTGTACCGAAATATGTTTCTCAGCTTTATTTTGCTTACGGCAGCCATGATTGCCCTCGTAACCGTCGTCCTGTACATGATGTTCTCCTGGAGCACCGCGAAGGAGGTAGGGAAAATATCCGAATCGATGCTGAAGCAGAACAGCGCCGTATCCAGCGTCATCCGCGACCAGGTATATAACGTGGGCAACCTGCTGCTCAGCGACAAGGAGATCGTGAACGCCCTTTTGGACAAAGAGGCCGATCCGGTGAAACAGTATGGGGTATTCGGCACTCTTAACCGAGTACAGTCCACCTATCCGTTCATCCATTCGATCGGTATCTATAACGGCTCGAATAATACGTATCTGAATACGAAGGGGATTACCAAGGAGCAGGAGAAGGCGCTGTTGGAGGAGATCAACAGCAAGAATACATCTTATTTTCACCTGTTCCCTCGCAAGATATCTACCGCCACTTCCGCTTCGGCCAACCGGAGCGAAGACGTCCTTACTTTCGTTCTCCTTCCGAGCTATTATTCGCCGCTAAGCTCCAAAGGCGCAATCGTAATCAACATGAGCACCGACACCATCCAGGATCTGATCGGAGGCTACCGCAACGAAGCGGTGGATTCGCTGCACGTCATTGACGACAAGGGAACCATCATCACCCATTCGGATCGTTCCCGGTTCATGGAGAATGTATCGCAGGAGTCCTATGTCCAGTCCATTCTGGAATCGGACGCGGAAAGCGGTTACTTCACTCGCTCCATCGACGGCCGCAAGAGCCTCGTGACCTACGTCAAATCCAAGGATATGAATTGGACGTATATCAGCGTAAGCCAATATCAAAATCTGCTGTTCAACATGCAGGCCCTTCGAACGTCGGCGCTGGTTCTCGCTTTGGCTTGTTTCGTCGTCAGCATGTTCTTGTCGATCTGGCTGACGCATCATGCGTACAACCCGATTCGTCACCTGCTGGAGAAAATGAGCACCATACCGAAAATGAAGGAAAACCGGCGGCAAATCAACGAATTTGCCATATTGGATACCACTTACGCCGAAATGACGGAGAAAATGAAGTCGATGGAGTCCGAGGCTTCCGTCGCTCGGCAGGCGCATGTGCTGCAGCTGCTGAAAGGCGGCGACGAGACGGCATTCCGCCGTTTGGCCCGCGAAGGCAAGGGGCCCTATTTCCTGGCGGTCGTCCTTCTGCTCGACAGCTTAGACGGCTCGCCCGGGGGAGAGGACGAGGACCTGCAGTCCTATTCCTCCGCGGCCGTCGCTCAGGCGGCCCAGCAGATGCTGGAGCCGGAGGGAGCGAGCGTGGCAACGGTAGGGGACGGGACCATTGCGATCATTCTCCCCATGAAACAGAGCCGGCTTCCCCTCCATGTCGTGGGCATGCTGGAGGAGCTGCAGGGCGAGATGCTAAGCACGCTCCGCGTGTCCGTCACCGTCGGCATCGGAACGGCCGCACAGACCTACGAGGAGCTGCGCGAATCGTTCGATTGCGCGCAGTCCTGCTTCCAGCAGCGCTTTTTCGCGGGAAAGGGCAGGATGTTCCATGGCGATCCGGTCAACGCCGCGGAGTCGGAGCATTCCGAGGCTCAGTATCCGGACAAGCGGGAGAAGCGCATCATCGAGGCCATCAAGCTGCAGCAGCGGGATAAATTGGAGAAGGAAATCGATCAGTGGATCAAGGAAATTCGCGATTACAACTACCATGAAGTCATGTTTTTCATTAATCAATTCATTGGCGGCCTGTACAAGCAGCTCAATGTCCATACGGTAAAAAATCGGGAAAGCGCGGATCTCTTTCTCGACTTTACGCGGCGGATTACCCGCTTTCAGACACTGCAGGAAACCGCGGATGCCCTGAAGGATCTTGCCCTCAGGCTCTGCAGCCTGTCCGAAGAATCGGGAGCGGTCCGGCATGCGGAGGTGGTTGATTTTATCCAGATGTACGTACGCAAGCATTATGCAAGGCCGGATATGTCGCTCGAGCAGGTGGCGGGCGAGGTGAAGCTGTCCCGCAGCTATGTCGGCAAGCTGTTCAAGGCGCACTGCGAGCTGTCGTTCAACGATTACCTGAATGCCGTTCGTCTGGAGAAGGCGCGGGAGCTTCTCGCAAGCACCGAGGAGTCGGTCCAATCGATCAGCGAGCAGGTGGGCATTCTGAATACGACCTATTTCTACACGTTGTTTAAAAAGCACTACCAGATCTCGCCGGCCCAGTTCCGCAGCCAGCATGCGATCGAGACGAAAAAGGCGCAGTGA	MIRQRLFRYAVYRNMFLSFILLTAAMIALVTVVLYMMFSWSTAKEVGKISESMLKQNSAVSSVIRDQVYNVGNLLLSDKEIVNALLDKEADPVKQYGVFGTLNRVQSTYPFIHSIGIYNGSNNTYLNTKGITKEQEKALLEEINSKNTSYFHLFPRKISTATSASANRSEDVLTFVLLPSYYSPLSSKGAIVINMSTDTIQDLIGGYRNEAVDSLHVIDDKGTIITHSDRSRFMENVSQESYVQSILESDAESGYFTRSIDGRKSLVTYVKSKDMNWTYISVSQYQNLLFNMQALRTSALVLALACFVVSMFLSIWLTHHAYNPIRHLLEKMSTIPKMKENRRQINEFAILDTTYAEMTEKMKSMESEASVARQAHVLQLLKGGDETAFRRLAREGKGPYFLAVVLLLDSLDGSPGGEDEDLQSYSSAAVAQAAQQMLEPEGASVATVGDGTIAIILPMKQSRLPLHVVGMLEELQGEMLSTLRVSVTVGIGTAAQTYEELRESFDCAQSCFQQRFFAGKGRMFHGDPVNAAESEHSEAQYPDKREKRIIEAIKLQQRDKLEKEIDQWIKEIRDYNYHEVMFFINQFIGGLYKQLNVHTVKNRESADLFLDFTRRITRFQTLQETADALKDLALRLCSLSEESGAVRHAEVVDFIQMYVRKHYARPDMSLEQVAGEVKLSRSYVGKLFKAHCELSFNDYLNAVRLEKARELLASTEESVQSISEQVGILNTTYFYTLFKKHYQISPAQFRSQHAIETKKAQ				NA	NA	NA	NA	NA
JZ016_02058	927	yteP_31	COG4209	putative multiple-sugar transport system permease YteP	ATGAAAAAAAGCCGCTTCGGCTTCCTGCGCGAAATCCGCTCGAACGGATCCGCCTACCTGCTCGTTGTACCGGCTGCCATCTATACGCTGGTCTTCGGTTATTTCACGCTTCCGTACATGCTCATTGCGTTTCAGAAATTCAACTTTAAGACGGGACTCTTCAATTCCGCCTGGGTCGGCTTTGACAATTTCAAGTTCTTCTTCTCTTCGCCTCGGGCTTGGGAGGTCACCTTCAACACCTTGAAGCTCAATTTTCTATTTATCATCGTCGGCACGCTCGCAGCCATGGCGCTGGCCATATTGTTCAACGAGCTCCGCAGCCGCTGGTTCTCGAGGGTGACCCAATCCACGATTTTGTTCCCGCATTTCTTGTCCTGGGTTATCGTGAGTTACATCATCTACAGCTTGCTGTCGACCGACTACGGTATCCTGAACCGGATCCTGGCGTTCTTCCATGTCGACCCCGTCAACTGGTACGCCTCCCCGCAATACTGGACGTGGATTCTAACGACCGCGGCCGTCTGGAAGGATCTCGGGATGAATCTCGTCATCTATTTGGCGGCCATTACCGGGATTGATGACAGTTATTACGAAGCCGGGCGGATCGACGGCGCTACCCGGTGGCAGCTCATCCGCCATATCACCATTCCGCTCATGCTGCCGACCATATCCATCCTGACACTGCTGGCCTTGGGCAAAATCATGTACGGCAGCTTCGACATGATCTATGCCATCGTGAAGGACAACGGGCTGCTGTATCCGACCGTCGACGTCATCGATACGTATGTGTTCCGTTCCCTCCGCACCATCGGGAATCCGGCACAAGCCATGGCCGTCGGACTGTATCAATCCGTGGTCGGCTTTATTCTCGTATGGGGCAGCAACAAAATCGTGAAGAAGGTGAATCCGGACCATGCCTTGTTCTAA	MKKSRFGFLREIRSNGSAYLLVVPAAIYTLVFGYFTLPYMLIAFQKFNFKTGLFNSAWVGFDNFKFFFSSPRAWEVTFNTLKLNFLFIIVGTLAAMALAILFNELRSRWFSRVTQSTILFPHFLSWVIVSYIIYSLLSTDYGILNRILAFFHVDPVNWYASPQYWTWILTTAAVWKDLGMNLVIYLAAITGIDDSYYEAGRIDGATRWQLIRHITIPLMLPTISILTLLALGKIMYGSFDMIYAIVKDNGLLYPTVDVIDTYVFRSLRTIGNPAQAMAVGLYQSVVGFILVWGSNKIVKKVNPDHALF	PGPT0017250_2065	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02059	879	araQ_19	COG0395	L-arabinose transport system permease protein AraQ	ATGACGTCCAGACCTAAATTTTTCGACGCCGTGAATGCCGCGCTGATCGGCATCATCTCCATTCTCTGCATCCTGCCGATGCTGCTTGTGCTCATGGTGTCCTTTACCGACGAAGCCAGCATTAAACAATTCGGCTACCAGCTGTTTCCGAGCGAGCTTTCGCTGGATGCCTACAAGCTGCTCCTGTTCGGCAGCACGCCGCTGTACCGGAGTTACATGATCTCGATCATCGTGACGGTCGTCGGCACGATCCTTGCGGTCACCATCACGTCCATGGCCGGATATACGCTTGCCGCCAAGCATATCCGTTACCGCAACGGGCTCGGATTGTTCTTTTTCATTACAATGGTGTTTAACACAGGCCTGGTGCCATGGTATCTGATCAACCTGAATCTCGGCATGAACAACACCATCTGGGCCCTGATCATTCCGTCCCTGGTGTTCAACCCGTTCAACCTGTTTCTTGTGCGCAACTACATGTCCCAAATTCCGCCTTCCCTGACGGAGGCGGCCAAGATCGACGGCGCGAGCGACTTCTATATCGCGTTCCGGATCTACTTCCCGCTGTGCATGCCCGTTCTGGCCACGATAACGCTCTTCTACGGCATTGCCTACTGGAACAACTGGTTCAACGCTATCATGCTGGTTGACAACGAGAAGTTGTATCCCCTGCAATATCTGCTGTTTAAGCTGAACTCCGAAATCAGCATGATCCAGCAGATGCAGAGCAGCGGAGCCATCCTCGGCAGCCAGACGCTCCCTCAGGAATCGGTGAAGATGGCCACCGCCATTCTGACGATCGGGCCGGTGGTGCTGTTCTATCCGTTCCTACAGCGGTATTTTATAAAAGGGCTGTTGATTGGCTCCTTGAAGGAGTAA	MTSRPKFFDAVNAALIGIISILCILPMLLVLMVSFTDEASIKQFGYQLFPSELSLDAYKLLLFGSTPLYRSYMISIIVTVVGTILAVTITSMAGYTLAAKHIRYRNGLGLFFFITMVFNTGLVPWYLINLNLGMNNTIWALIIPSLVFNPFNLFLVRNYMSQIPPSLTEAAKIDGASDFYIAFRIYFPLCMPVLATITLFYGIAYWNNWFNAIMLVDNEKLYPLQYLLFKLNSEISMIQQMQSSGAILGSQTLPQESVKMATAILTIGPVVLFYPFLQRYFIKGLLIGSLKE	PGPT0017255_2212	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02060	534	sigW_4	COG1595	ECF RNA polymerase sigma factor SigW	TTGGACGACAGGCAACTGTTTGAAAAGTATAAGGAGACGGTATATCTGTTTTGCCGCTATATGGTGCAGAGCCGGGCGGATGCCGAGGATCTCTGCCAAGATGTTTTTTTCAAAGCAATGGTTGCTGACCGAGCGAAGGTGCAGAACATGAAAGCATGGCTACTTCGAATTGCAGCTAACGAGTGCAATACTTTTCTGAAAAGAAGACAAAACGGTTGGAGCAAGGAGCTTCGTTCCTATATGCTGGGCATGCCGCTGCGTTCCCCGTCAGTCGAGGAAACCTGTGAGCATAGGGAAATGGTGCAAACCGTGCATCTTCAGCTGGATAAACTCCCCAAGAAAATCAAGCTCGTAATTGTGCTGCATTATTCCGCAGAGCTGTCGTTGCCCGAAACAGCCGAGGTGCTCAATGTGCCTCTGGGTACGGTGAAATCCCGGATGAATCGAGGTCTGAAGAAAATGAGAAAATTGCTGAAAGAAGATCCATCGGGTAGTTGGAAAGGAGGAAACACTCATGCCGGAGCACAGGAATGA	MDDRQLFEKYKETVYLFCRYMVQSRADAEDLCQDVFFKAMVADRAKVQNMKAWLLRIAANECNTFLKRRQNGWSKELRSYMLGMPLRSPSVEETCEHREMVQTVHLQLDKLPKKIKLVIVLHYSAELSLPETAEVLNVPLGTVKSRMNRGLKKMRKLLKEDPSGSWKGGNTHAGAQE				NA	NA	NA	NA	NA
JZ016_02061	1041			hypothetical protein	ATGCCGGAGCACAGGAATGAATTTGTGAAGAAACTGTCTGGCTACCCGGAGCAAAAACCGGATTTCGAAGCCATGTTTCATACTTTGGAGGAGCGTAAAAGGAAGTGGAGAAGAGAAACGGGAGGTCAAGCCGTTCATGTGGAGATGCCAACCTCCAAAACTCGTTTCAAGTCGGCCGTGCTGCTGGCAAGTGTGCTGGGCATCACTGTACTTGGCGTAACAGCCCAGCAGACAGGTATGTTAAGCACGTTGCAGAAGAACCTTTTTCAAAATACAACCGCAGGTCAGACGTTGAATGTGCACACAGAACAGAGTGATGTCAAAATAACGCTGGATCGTGTCCTTAGCAGCCCTTCAACGCTGAATGACAACCTGACAGATTTGGAGTTCCGCCTTTCTTTGGAGGTTCCTGAAAGATCCGGCTACGATTATGCATTCTTTGATACCGGTACCCTTACCAATCTGGATACAGGAGAGAAAGAAGAGTACATTGCCAACCAGATCAAATTTACTCAGCGTGAGGGTAGGCTCGCCTCCTATTTCGTATCCCAGGGCAAAGAGCAAGCTGGCATCTCAGGGCATTATGAGCTCGTGCTTCAGGACCTGTATATGCGGAAAACCGTCAAAATGTCCCTAAAAGGAAAGATAGATGGAATGAACGGAACGATCTTTGATCTGACGGGAGATCGTTTTTCTTCTTTAACAATTAACTCCTCGGCACGTGTAGGCAATGATTGGGTCGTACGTTATTCCATTCCTAAGAATATGGAGCCAGAGAATGAATTCCTCAATGAATGGAGAAATTCGACCGAGCAGGAAAACTATCAGATGGTGCTAGTGACAGGGAATAAAACAATTGAGCCCACGAGCAGAGGAGCCGCGCCGGGGCAGCGTTCAGATGCCTTTAATATATCAGACCTCAGCGACAAGGAAATTGCGGAAGCAAAGCTGTATTTCACTTTTCCGGAAACAGTAAGGATGGTTAAAGGTGACTGGAAGCTGACGTTTACTGTCGATAAAGATCAGACCCCTTCGCAATAG	MPEHRNEFVKKLSGYPEQKPDFEAMFHTLEERKRKWRRETGGQAVHVEMPTSKTRFKSAVLLASVLGITVLGVTAQQTGMLSTLQKNLFQNTTAGQTLNVHTEQSDVKITLDRVLSSPSTLNDNLTDLEFRLSLEVPERSGYDYAFFDTGTLTNLDTGEKEEYIANQIKFTQREGRLASYFVSQGKEQAGISGHYELVLQDLYMRKTVKMSLKGKIDGMNGTIFDLTGDRFSSLTINSSARVGNDWVVRYSIPKNMEPENEFLNEWRNSTEQENYQMVLVTGNKTIEPTSRGAAPGQRSDAFNISDLSDKEIAEAKLYFTFPETVRMVKGDWKLTFTVDKDQTPSQ				NA	NA	NA	NA	NA
JZ016_02062	285			hypothetical protein	ATGTGGGGCTCCTTGTTCTATGATTTTTTACAAATCAAGGATCAAGAAATGATTGTTTGTTTTTTACTGTTGTGGAACATCCCGGTCCGGCGATTAGGGCAAAAGGCTTTGTCTGCCGCAAAAGGAAGTACTACTGAATTGAAAACTATTACGTCTGACTTTCATATGACGTTGGGCATCAGCACATATATGCGCAATAAACAGTGCGGGCTCCCGGGTTTGTCCGCTATGTCCATTATTATAATATTGAGGCATATGAAAACAGCAAAGACGCTCCTCGCATGA	MWGSLFYDFLQIKDQEMIVCFLLLWNIPVRRLGQKALSAAKGSTTELKTITSDFHMTLGISTYMRNKQCGLPGLSAMSIIIILRHMKTAKTLLA				NA	NA	NA	NA	NA
JZ016_02063	1050			hypothetical protein	ATGAAACACAACTTTTATAAAGTTTTAAGCACCGCTGCGCTGGCCGCTATCATTGCCGGGTCGGGAGCCATGGAGACAGCAGAGATGGTACAGGCAGCGTCGGGGCCTCAAACCGGACAAGCGAAGCAAACGATCAATATAAACAATGTGGACCAGAAGCTGGTCATGGCCGCGCAAACGAAGCTTAAAGAGTATGTCAATGAATCGGTTTCATTTAACAAGGCGGAAACTACTGATTATAACGGAGAGGTTGTCAGCCTCTCTTGGCAGAAAAACGGCAAATTAGCCGGTTCAGTATATGTGAAGCCTGATGGAAAAGTGGTTAGAGTCAACCTTGATCTAAAATATGTACAAATGAACGGTACGATAAAATCTAAGTTGAATACCGCCTGGAAACAACTCTATAAAAAAACGGCCCCCGGATTTACGAAGCTGGATGTTAATTATTTGCAAGAGGGAGCTGGATCTACTGATATCACCGCGTTCTGCAATAATGAGCGTATTACCCTTGTGAACGGAAAAGTCGTAAGCGGTGGCGGATCGTTGAAATCGCTGCCTGCTGCAACTCAAAAGGCGGCAAACCAGGCGCTTTCCCGCGTCGGAGCCAAGGCTAAGGGCAGTCCGAGAATACACTTCAGTCTCAAGCCGAACAAGAAGAAGATATACGATTTGGAATACGCTACCAACAAAGGCAAGATTGAGCTAGAGATTGAAGAAACGACGAATCGGCTGCTCAGCATCGACTTGGGATATTTGTCCTTGATCAATGAGCTTGGAAATGTAAGCAATGAAAACCCTGGCGAAGAAACGCAGGCCATTCGCGAGAAAGTAAATTCATATAGTCTGGATGAGTTAAAGAAAGCGGCCGTAAAACAAGCTAAGGAGATTATGAATTTGGATTTATCGGGGTATAGTGCCGCGCGTGAGAAAGATAGCGGGGACCCATCAGCTTTTCACGATTCCATCATCTTTATAAAAAAAGGATCTCCGACTATAACAGGTTACTTTAACTCTAAAGGTGTCTTCTCCGGCTTTACGATTGAGTTATGA	MKHNFYKVLSTAALAAIIAGSGAMETAEMVQAASGPQTGQAKQTININNVDQKLVMAAQTKLKEYVNESVSFNKAETTDYNGEVVSLSWQKNGKLAGSVYVKPDGKVVRVNLDLKYVQMNGTIKSKLNTAWKQLYKKTAPGFTKLDVNYLQEGAGSTDITAFCNNERITLVNGKVVSGGGSLKSLPAATQKAANQALSRVGAKAKGSPRIHFSLKPNKKKIYDLEYATNKGKIELEIEETTNRLLSIDLGYLSLINELGNVSNENPGEETQAIREKVNSYSLDELKKAAVKQAKEIMNLDLSGYSAAREKDSGDPSAFHDSIIFIKKGSPTITGYFNSKGVFSGFTIEL				NA	NA	NA	NA	NA
JZ016_02064	576			hypothetical protein	ATGAACAAAATTAACAAGGTTATAAGCACGGCTGCCTTGGCCGCAGTTATTGCCGGTGTGGGAGCCGTTGGAGCGGTTCAGACTGCTCAGGCAGCAAAGGATGTCACGGTCGAGCAGGCTGGGCAAACCGGGCAAACAGACGGTTTGAACCATGTGGATCAGAAGCTGATCGATGCCGCCCAAGCGAAGCTCAAAGAGTTTGTCAAGGGACCCGTTACATTCACTAAGGCGGAGACCACGAAACTCGGCGATGAGGAAGTTGTCTGTTTCGTCATCAGCGAGATAAAAATGGAATCTGAGGCATCCGTTAACGAAAATGTAACGGTAAAGCGCGACGGTTCAGTGGTAAATCTCTATCTTAGCACCTCTTATAAAGAGCTTAACGAGACCACCAAGGCAAATCTGGACTCCGCCTGGAAGCAGGCCTTTAACACAGATTCAAGCGATATTGAGCGTGTAAACGTTCATTATACCAATTCAGATTATTATTACACTGGATTGAATTATTCCAACATAACGGCTACCAATAGTAAAAACGAGTCTATTGATCTTATGAACGGAAAACTGAAGAAGTAA	MNKINKVISTAALAAVIAGVGAVGAVQTAQAAKDVTVEQAGQTGQTDGLNHVDQKLIDAAQAKLKEFVKGPVTFTKAETTKLGDEEVVCFVISEIKMESEASVNENVTVKRDGSVVNLYLSTSYKELNETTKANLDSAWKQAFNTDSSDIERVNVHYTNSDYYYTGLNYSNITATNSKNESIDLMNGKLKK				NA	NA	NA	NA	NA
JZ016_02065	2331	rhaR_27		HTH-type transcriptional activator RhaR	ATGACCATTCACAAGCTCAAATCATTCATCGTATCCACCTTCACTTTCCGAATAAATTGGAATCACTTTAAGTCGAAGCTGCTCCTAAGATACGTTCTGTCTTATATTCTGATCTTCCTGATTCCCCTGACGGGAGTAACGATATTTGTTTATGATAGCGCTGTCAGCGGGCTTCGTACCGAGATTGAACAATCCAACATCAATCAATTGAACCAGGTGAAAATGACCATCGACTCCCGTATCGCGGAGCTTCGGGAGCTTTCCGGCCGAATCGCTTACGACAGACGCTTAACCCCTTATATGGTCCGTGATGATTATTACAGAGTGGAAGCCATACAAGCTTTGGCCAACTATAAGGCAAACAGCAGCATCATTGAAGACATCTTCATATACTATCATAACGACCCGGTTATCTATTCTTACCGCGGCCTAACGAATGTTAACGTTACGTTCGATTCCTTTTATCGTTATGAGAACTGGAGTCTGAAGGATATCATCGTTGCTCTGAACGAAACGAATCAGATGGTAATACGGCCTGCCGAAAATGTTACGATCAACGGCTCCAGGCAGGAGGCAATGCTGACCGTAATCGTACCTATTAAGCCCAATGCCCCGTATCCGTACGGAAGCGTCGTATATATGGTGAAAGAGTCCAATCTTACCGGGGTCATGGATTCCATTCTTAGCGATTTCACTGGGAGCAGCTACATTTTCAATCAACATGACGAAGTGCTTACAGCGAGCAATCATGGCGTAACCCTGTCTCAAGAGAACCTCGGGTCATTGGCTGCGCTTGATGCCGGCATACACAATCTTTCCCTGAATAATGACAAGTACTCCGTCGTATCCGTCAAATCCGGGGAGAATGGCTGGAACTACATGACCATCATGCCAAGCTACCAGTTCTTCAGCCGGGTCGCTCATGTACAGACGCTCATTCTGCTGGTGTTTGGCATCGCCGTAATTACCGGAGTGCTCGCCGCTTTTGTACTGGCTAGACGCCAATATCACCCGATTAAGGACTTGATGGAATTCGCCAAGCTCAGAGTCAACGATACCCCAGAGCCCAAAACGCGCAGTGAATGGGATTGGATTCGTCAGACCCTTCACGATTACAGTGCCCGAATCGATATGCAGGAGCCCTTCGTGCGCAATCAATGCATGCTGCTTCTACTAAAACACGGCAAGCCGGATGATCCCGAAATCGAGCGAATGATCGCCGGGGCGGGACTGGAGCTTCCTCAAGATCAAGTCATGTATTTCTGTGTAATTCTGTCCTGGGAAGAAACCGATGAGACCGAGGATGTCCAAAATGATCGTCAACAGATGCAAGCTTTGCTCAGCCATGTTGAACTAACAGAGCTTCATGCGAATATCCACGGCGTCGAATTCTCAGCCGATAATCAGTTCGCGCTGATCGTATCGCTTCCTGACCCAGGTCAAGATTCGCTGAAGATCCGGATGGAGCAGATCATTCGTGCGCTTCAGGGATTGATCGCCGAGAACACTCGGCTCGATCCGAGCATGGGCATAGGTACGCCTTACCGGGATTTGGGGCAGCTGAACCAATCCTTCATCGAAGCCGCAACCGCTCTTGAGCATCGAATGGTTGGCAGCAGCCGGATCACCTATTTCGCCCAGCTGGCAGAGCAGAATCATCCTGTTGCCAAAGGCGTGTGGCTTCCAAGAAAGTCGCTGCTCAAGCTGGAGCAAAGCTTAAAGCAAGGCAACGAGTCGGTGGCCGTGCAGATGATCGCCGAGATGATGGAGACCATTCGGGGCGAACCGCTGCAGATTCACCTGCTGCGCTGCATTTGCTTCGATCTGCTGAACGCGCTGCTTCGGTCCGCCTCCGAGGTCGGAATGAACGAAGCATTCAGCAGCATCTCGGACTATACGTCGTTTGAGACGCTGGAGGAATTTGAGGACAAGCTGTTGTCGCTGACGACCGAGATTTGCGAGAAGGTTGAGCGTAACCATGAGCAAGCAGCGCCTAAACTGATCGATGATATCGTACATTATGTAAATCAGCAGTTTGCCGACTACACGCTCAGCCTGGAGCATGTGGCCCTTAAATTTTCCGTCTCTACCTCTTACTTAAGCCGCAGCTTTAAAGAAAAGACCGGGATCAGCTTCTCGCAGTATATTTGGAAGAGGCGTATGGAAGAAGTCATTCGGCTGCTTGTGACGACAAGCGCTCCTCTGAAGGAAATCATCGAACAGGTGGGCTATCTGGATGCACCCAATTTCATCCGCAAATTCAAGAAAGAAACCGGACTGACACCCGGTCAGTACCGCAAACAACATTGCTCGAGCAGTCTGGATATATAA	MTIHKLKSFIVSTFTFRINWNHFKSKLLLRYVLSYILIFLIPLTGVTIFVYDSAVSGLRTEIEQSNINQLNQVKMTIDSRIAELRELSGRIAYDRRLTPYMVRDDYYRVEAIQALANYKANSSIIEDIFIYYHNDPVIYSYRGLTNVNVTFDSFYRYENWSLKDIIVALNETNQMVIRPAENVTINGSRQEAMLTVIVPIKPNAPYPYGSVVYMVKESNLTGVMDSILSDFTGSSYIFNQHDEVLTASNHGVTLSQENLGSLAALDAGIHNLSLNNDKYSVVSVKSGENGWNYMTIMPSYQFFSRVAHVQTLILLVFGIAVITGVLAAFVLARRQYHPIKDLMEFAKLRVNDTPEPKTRSEWDWIRQTLHDYSARIDMQEPFVRNQCMLLLLKHGKPDDPEIERMIAGAGLELPQDQVMYFCVILSWEETDETEDVQNDRQQMQALLSHVELTELHANIHGVEFSADNQFALIVSLPDPGQDSLKIRMEQIIRALQGLIAENTRLDPSMGIGTPYRDLGQLNQSFIEAATALEHRMVGSSRITYFAQLAEQNHPVAKGVWLPRKSLLKLEQSLKQGNESVAVQMIAEMMETIRGEPLQIHLLRCICFDLLNALLRSASEVGMNEAFSSISDYTSFETLEEFEDKLLSLTTEICEKVERNHEQAAPKLIDDIVHYVNQQFADYTLSLEHVALKFSVSTSYLSRSFKEKTGISFSQYIWKRRMEEVIRLLVTTSAPLKEIIEQVGYLDAPNFIRKFKKETGLTPGQYRKQHCSSSLDI				NA	NA	NA	NA	NA
JZ016_02066	1017		COG2152	1,4-beta-mannosyl-N-acetylglucosamine phosphorylase	ATGAAAATAACGAGACATCCAAACAATCCGATCGTCGTTCCGGGAAAGTACGAATGGCGTAAAGTTACTGTATTCAATCCTGCGGTTATTCTAGACAACGGCAAGTTTTACATGATCGAACGTACCGCAGGCTCCCTAACGCCTTGCAAGAATGTTTTGGGACTGCTGGAGAGTGAGGACGGAGTGAATTTTACGCACGTGACAGACGAGCCGATCGTGACGCCAGACATGCTGGGCTTCCCATATGGAAGCGTCCAGGACCCGCGGATTGTCAAAATAGACGGCACGTACTATTTAAACTATGCCCTTAGGCCGTGCGCCATGAGTTACTATCCGACAGGAGCGGGCATACCGGAGCGTTCAATTCCGAAATATCCGGACGGCTGGGGGGAGGAGGAAGGCCACTGGCTCACCCGCTCTTCGATTGTGAAGTCGGACAATCTGATCGACTGGGAATTCGTTGCCGATACGACACCGCTCGACATCAATGACCGTGACAACATTTTGTTCCCTGAGAAGATTAACGGAAGGTATGTATTGCTGCGCCGTCCGGAGGAATACGTGGGTGCAGCTTACGGAACGGACAGCGCGGCGATATGGATTACGTACTCCGAGGATCTGGTTCATTGGGAAGAGCCGAAGCTTCTGGCCAAGGCTGAGAACCCGGCCTGGGAATCCAGGAAAATCGGCGGAGCAACCCCGCCTGTGCGAACCGATAAAGGCTGGCTGGTCCTTTACCACGGCGTTGATGATCAGGTCGTTTACCGAGTCGGGGCGATGCTTCTTGACCTGAACAACCCTGAGAAGGTCATAGCAAGAACGAAGAATTTCATTATGGAACCGGAGGCCTATTATGAGAAATTCGGTTATCAAATTCCGAATGTGGTGTTCCCGACAGGAAACGTGGTCAAAGACGGCCTGCTCTATATCTATTATGGTGTGACCGACACTGCCATTGCACTGGCTACCGTGCCGGTCGATGAGCTGGTAGAGCATATCCTGAACGAACCGCAGTAA	MKITRHPNNPIVVPGKYEWRKVTVFNPAVILDNGKFYMIERTAGSLTPCKNVLGLLESEDGVNFTHVTDEPIVTPDMLGFPYGSVQDPRIVKIDGTYYLNYALRPCAMSYYPTGAGIPERSIPKYPDGWGEEEGHWLTRSSIVKSDNLIDWEFVADTTPLDINDRDNILFPEKINGRYVLLRRPEEYVGAAYGTDSAAIWITYSEDLVHWEEPKLLAKAENPAWESRKIGGATPPVRTDKGWLVLYHGVDDQVVYRVGAMLLDLNNPEKVIARTKNFIMEPEAYYEKFGYQIPNVVFPTGNVVKDGLLYIYYGVTDTAIALATVPVDELVEHILNEPQ				NA	NA	NA	NA	NA
JZ016_02067	1617			hypothetical protein	ATGAAGATGACAAGCAAAACTTGGAAGCTGGTGCTGACGGGGATAACAGCCCTGTCTCTGCTCGCCGGATGCGGTTCGGGCAGCGATACGAAATCTGCCGGAACAAAGTCAACAGAAGCAGCCGCCGTGAATAAGGAAGGCTTCCCGATTATGAATGAACCGATTACGCTGACCATGATGGCACCTGATGTCGGCGTTCAGAACTGGAAGGATATGATCGTGCTGCAGCAGATGGAGGAAAAGACGGGCATTTCATTCCGATACTTGAACGCTCCGAAGGATAGTTTTGATACGAAGAAGAACCTCGTATTTGCCAGCGGCGATTACCCGGATGTCTTCTACGCTGCAGGCCTGACGGCGGCTGAACAGATGAACTATGGCGAGCAGGGAATTCTGATTCCGCTTGAGGAGCTCATCGAGGAATATGCTCCGAACTTCAAGGCGCTGATGGACGAAATTCCGGAGATCCGTAAATCCATTACAGCTCCGGATGGACATATCTACTCCTTGCCAGCGATCGATTTAAGCCAGCACTGGTATCGCAACCCGCTGTGGTACAACGGTGATTTTTTGGAGGCCCTGAATATCGACAAGCTTCCGGAGACGACCGAGGAGCTCTATGCCTTCCTGAAGCGTGTAAAAGAAGAGGATCCGAACGGCAATGGAGTCGCTGATGAAATCCCGATCTCTTCCGTTTCGACAGCTACAACTAATGCTCGGGATATTCGTACTTGGCTGCTTGGCGCTTTCGGCATCTATGAAGACGAAATTTATGTGGACGATGAGGATGTTGTTCATTATACCCCGATAGAAGAGGGCTTCCGAGAGTATCTAGTTTATATGAATCGTCTATGGAAAGAGGATCTGCTTGACCACGAAAGCTATTCGCAAACCGCAGAACAGAAAAAGGCCAAGGCACAGAACAATCAGGTGGCGCTGTTCTCCGACTGGCATGCCTACATGACCAAAGGGGGAGAACCGTCCACCAAGGATCCGATGTTCGCTCCGGTAAAAAGCGATCTGGTAGACAAGCCGGCTATCGCCAAGAACAGAGGGATCACGACAGGGGCTTTTGCCATCACGGTTACCAATCCTGCCCCTGAAGCATCGATGCGTTGGGTGGACTACCTTTATTCTTATGAAGGATCGCTCTTTTTCAACAAAGGACCAGAAGGCAAGCTGTGGGAGTACACGGATGAAGCCAACCGGGTGAAGCGCTATTTGCCTGTGCCGGACGGCATGGAGATGGAGGATTACCGTGCGACTTTGACGCCAAACTACGGCATTCCGGCTCCTACCATCAATACGGACGATATTAATAAAGGATTGAAGACCGACTTTGATCAGTGGGTTGAAAAGGAAACGAAGGAAAAGCTGCTTGACCGCGGAGCAAGACCGCCGTTCCCTGCCTTGTTCCTGACCGTTGAAGAGCAAACCGAGATCAACAGCCTGAACTCGGATCTGAGCACGTATGTACAGCAGATGGAGGCGAAATTCGTTACGGGAGCAGAACCATTGTCCAATTGGGATAACTACCTGAACACGATGAAGAAAATGGGTGCCGACCGGGTCGTTGAAATCTACCAAGGTGCATATGACCGTTGGAAGTCGAACTAA	MKMTSKTWKLVLTGITALSLLAGCGSGSDTKSAGTKSTEAAAVNKEGFPIMNEPITLTMMAPDVGVQNWKDMIVLQQMEEKTGISFRYLNAPKDSFDTKKNLVFASGDYPDVFYAAGLTAAEQMNYGEQGILIPLEELIEEYAPNFKALMDEIPEIRKSITAPDGHIYSLPAIDLSQHWYRNPLWYNGDFLEALNIDKLPETTEELYAFLKRVKEEDPNGNGVADEIPISSVSTATTNARDIRTWLLGAFGIYEDEIYVDDEDVVHYTPIEEGFREYLVYMNRLWKEDLLDHESYSQTAEQKKAKAQNNQVALFSDWHAYMTKGGEPSTKDPMFAPVKSDLVDKPAIAKNRGITTGAFAITVTNPAPEASMRWVDYLYSYEGSLFFNKGPEGKLWEYTDEANRVKRYLPVPDGMEMEDYRATLTPNYGIPAPTINTDDINKGLKTDFDQWVEKETKEKLLDRGARPPFPALFLTVEEQTEINSLNSDLSTYVQQMEAKFVTGAEPLSNWDNYLNTMKKMGADRVVEIYQGAYDRWKSN	PGPT0017245_1848	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02068	912	melC_6	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	TTGGTTACCGCAATGAAGGAATCGAAGTGGGACAAAATTTTTCTGGGCAGCGTCTATATCTATTTATCCATCGCTCTGATTGTTGTTCTTTATCCGCTCATTTATATTCTCAGCGCATCGATCAGCAGCCCGCAGCAGGTGAATTCGGGTGCGATGTGGCTGTTTCCCAAGGAAATTACCTGGGCCGGATACCAGCTGGTCTTCGAAAACCCGAAGATTTGGAACGGATATCTCAACACGATCGTCTATACTGGGATAGGAACGCTGTTGAACCTGGCCGTGACACTGCCTGCAGCCTATGCGCTCAGCAGGTCGGATTTGGTCGGTCGTCAACTGTTCTTGGGATTTATCCTGTTCACGATGTTCTTTACCGGAGGGCTTGTGCCAACGTATCTCGTAGTCCGGAATTTGGGGCTGATCAACACGATGGGGGCGCTCATTCTTCCCGTAGCTGCATCGGTATGGAATATCATCGTTGCCCGGACGTTCTTCCAGACGACGATCCCGAAGGAACTGCAGGAAGCGGCCTATATGGACGGCTGTACCAACCTGAAGCTGTTCGTCCGCATTATTCTGCCGTTGTCAGCGCCGATTATTGCTGTTATGGCTTTGTTTTACGGGGTCAGTCACTGGAACAGCTATTTTCCGGCTCTGATCTATCTCAACGATGAGAGCAAGTATCCCCTGCAGATGGTGCTGCGGCAGATTCTGGTTCTTCAGGAAATGACGGCGGAGACGACCGGCGCTGCAATCAGCGGGGATGCCGCCAGGGCAATGAGTTCCAAAGCCGAAACCGCATCGCTGATCAAATACGGGGTTATCGTCGTATCGACGCTGCCGATTGTCGCGCTCTATCCTTTTTTACAACGATACTTTGTCCAAGGGGTCATGATTGGTTCTGTAAAAGGATGA	MVTAMKESKWDKIFLGSVYIYLSIALIVVLYPLIYILSASISSPQQVNSGAMWLFPKEITWAGYQLVFENPKIWNGYLNTIVYTGIGTLLNLAVTLPAAYALSRSDLVGRQLFLGFILFTMFFTGGLVPTYLVVRNLGLINTMGALILPVAASVWNIIVARTFFQTTIPKELQEAAYMDGCTNLKLFVRIILPLSAPIIAVMALFYGVSHWNSYFPALIYLNDESKYPLQMVLRQILVLQEMTAETTGAAISGDAARAMSSKAETASLIKYGVIVVSTLPIVALYPFLQRYFVQGVMIGSVKG	PGPT0017255_764	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02069	990	yteP_32	COG4209	putative multiple-sugar transport system permease YteP	ATGAGGGGGAAAAGACTACTTGCTGTGATATCCGGAAGACGTTTCATCCATCGCGAAACGAAGCCGCCTAATCCAGGTGTAAACCCAACGTCTCTCGGTAAAAGAATCAGGGTGAACTGGGAGCTTTATCTGTTCTTGGTGCCGGCCACACTGTATTTCCTTGTATTTCACTATGCGCCGATGTACGGTATCCAGATTGCCTTTAAGAACTTTATCCCTAGCAAAGGAATCATGGACAGCCCATGGGTGGGCTTCGATCATTTCGAGCGTTTCTTCAATTCCTACTATTTCTGGGATCTGCTCTGGAATACGTTCAGCCTCAGCTTCTACGAGCTGATCATCGGGTTTCCGCTGCCGATCATCCTGGCGCTTGCTTTCAACGAAATCCGTACGGGTCCCTTCAAGAAAATGGTTCAGACCGTTACGTATGCGCCTCATTTTATATCCGTTGTGGTCATGGCCGGTATGATTATTACCTTCTTATCGCCGTCCACCGGCATACTGGTCCAATTCATCAAATGGATGGGTTTCGATGCGCCGAACTTTTTGTCGGATCCGGCCTGGTTCAAGACCGTATACGTTCTGTCCGGAGTCTGGCAAAGCACCGGATGGGGGACCATTATCTATCTGGCAGCGCTGTCCGGTGTCGATCCCCAGCAGCATGAAGCCGCGATTGTGGACGGAGCCAGTCGTTTCAAACGATTGTTGCACATCAACCTGCCGGCCATACTCCCAACGATCACCATTTTGCTGATTCTGAACATGGGCAACATTCTTACGATTGGCTTCGAAAAAATACTGCTGCTGCAGAACTCCCTGAATATGGAGTCTTCGGATGTCATTTCAACTTATGTTTACCGGACCGGTCTGGTAGACGCGCAGTACAGCTTCTCGACAGCTGTTGGCCTGTTCAACTCCGTGATCAACGTCATTTTACTCGTAACCGTCAACCGGATTGCCAGACGCACCAGCGAGAACAGCCTATGGTAG	MRGKRLLAVISGRRFIHRETKPPNPGVNPTSLGKRIRVNWELYLFLVPATLYFLVFHYAPMYGIQIAFKNFIPSKGIMDSPWVGFDHFERFFNSYYFWDLLWNTFSLSFYELIIGFPLPIILALAFNEIRTGPFKKMVQTVTYAPHFISVVVMAGMIITFLSPSTGILVQFIKWMGFDAPNFLSDPAWFKTVYVLSGVWQSTGWGTIIYLAALSGVDPQQHEAAIVDGASRFKRLLHINLPAILPTITILLILNMGNILTIGFEKILLLQNSLNMESSDVISTYVYRTGLVDAQYSFSTAVGLFNSVINVILLVTVNRIARRTSENSLW	PGPT0017250_328	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02070	309			hypothetical protein	ATGAATCAACGTTTTCGGATTACAAGATCCATGAATGCAACTACTAGTGATCAAGAGATTTCATTGGAGGAATGCCAAGCTTATTTTTCATCCAAGGCGGATTTCACTTATCAGACGGTGCTGACTGTGAAAGGGGAGGAGAGCACCATGTCCGTCGAAGGAGATTTCTTTATGTGGAAACATGGAGAAGCCCTTATTCCATTTAGACACTATATGGGGGAGTTGTACATAGCCGTCTCCCATCAAGAAATCGTACCCCTCATGATCGGAATTGCAGCTGATTTACGGGCAGATATCGTAGAAGGGTAA	MNQRFRITRSMNATTSDQEISLEECQAYFSSKADFTYQTVLTVKGEESTMSVEGDFFMWKHGEALIPFRHYMGELYIAVSHQEIVPLMIGIAADLRADIVEG				NA	NA	NA	NA	NA
JZ016_02071	951	ccpB_1		Catabolite control protein B	ATGGCAAATATTAATGATATTGCAAAGCGGGCAGGAGTATCCGTATCAACAGTATCAAGGGTGCTGAATCAACATCCTTATGTATCTGAATCGAAGCGGGCAGCTGTGCAGCGTGTGATTGATGAAATGGACTATACGCCAAATCGCTCAGCTGTCGATTTAATTCGTAAGGAAACAAGAAGTATCGATGTGATCATGCCGCACAACAACAATCAAGCCTTTGATCAACTGCTTCATGGCGTGCTTAATCGATCGGTCGAGCATGATTATTCCGTGATGGTTCTGCCTACAAAGTACGATCCGGATAAAGAGCTCAGCTGCTTAAATATGCTGAAAAATAAACAACTGGATGGCATCATCATTACCTCTCGCTCAAACACTTGGGATGCCATTGTGCCATATACCAAGTATGGGACGATCGTCGCATGCGAGTTTACGGATCATCCTGAGATTGGCTGTGCCTACATGGATCGATATGCATCTTACGTAGACACGTTTCAATTGTTAAAGGATAAAGGGCATTCACGAGTCGCTTTTACGACAGCAAGAGGAGAAGAGAGCAATAGTACACAGCTGACGATAAAGGCGTATCAGTATATATTTGGCGATCTGCCGCCAGCATACCATATCAGGGATTGCTACAGCATGGATGACGGGTTAAGAGCGGCACAACAACTACTTAATATGGATCTTAGACCAACCGCTGTTTATGCGAACGGCGATGAGGTGGCGACAGGTATTTATCAGTATGCAAGGAGCATACAACTGGAGGTGCCAGAGGATCTGGCGATCATTGGCCAGGAGAATCAGCCTGTTGGAATTGGGTTACGCCTATCTACGGTTGATCATCAATTGGTGAAAGTCGGTGAACAAGCCTTTGATCTTACAATTAAGAAATCAAAGGATAAGGTAGAGATTCCTTATCACATCATTGTACGGCAATCGATATAG	MANINDIAKRAGVSVSTVSRVLNQHPYVSESKRAAVQRVIDEMDYTPNRSAVDLIRKETRSIDVIMPHNNNQAFDQLLHGVLNRSVEHDYSVMVLPTKYDPDKELSCLNMLKNKQLDGIIITSRSNTWDAIVPYTKYGTIVACEFTDHPEIGCAYMDRYASYVDTFQLLKDKGHSRVAFTTARGEESNSTQLTIKAYQYIFGDLPPAYHIRDCYSMDDGLRAAQQLLNMDLRPTAVYANGDEVATGIYQYARSIQLEVPEDLAIIGQENQPVGIGLRLSTVDHQLVKVGEQAFDLTIKKSKDKVEIPYHIIVRQSI				NA	NA	NA	NA	NA
JZ016_02072	1761			hypothetical protein	ATGAAGAAAATCATGAACAAACCGGAAACCTTGGTTCGGGAAATGTGCAATGGGCTTGTGCTCGCGCATCCTGAGCTGGTGTTCAACCCTAAATTCAAGGTGATTTCCAAAAAGGAGATCGACCAAGATAAAGTTACGCTGATCAGCGGCGGCGGAAGCGGCCACGAACCGGCGCATGCCGGATTCGTTGGAAAAGGCATGCTGGATGCGGCCGTGTGCGGCGATGTGTTTGCTTCCCCATCCCAAATCCAGGTGTATCAGGCGATCCGCAGCTCCGCGAGCAATAAGGGAACGCTGCTTATTATCAAAAATTACAGCGGCGACATCATGAACTTCAAAAATGCGGCCCACCTCGCGAGCGAGGACGGCATCCAAGTGGATTATGTGAAGGTCGATGATGACATTGCCGTTGAAGACAGTCTTTATACGGTAGGGCGAAGAGGGGTTGCCGGAACGGTGCTCGTTCATAAGGTAGCCGGAGCGGCTGCAGAAGCCGGGCTGTCCCTGCCGGAAGTGAAAGAAGCGGCGCAGCATGCGATTAACCATGTTCGCAGCATTGGCTTCGCGTATACCTCCTGCACCGTGCCCGCCAAGGGAACTCCCACGTTTCATATCGAGGATGACGAGATGGAGTATGGCGTCGGCATTCACGGCGAACCGGGAATCCGCAGGGAGAAATCGGCTTCTGCAGATGAGCTGGCGCAGCGGATGGTCACGTCATTGCTGGACAACTTGCAGATGAATGATGCTGCAGAGCATGAAGTAGCCGTATTAATCAACGGATTTGGCGGCACGCCGCTGCAAGAGCTGTATTTGCTGAACAATTCCGTCATGCGCGAATTGGCGTCCCGGAGCAAGCGGGTATTCAAAGTATTCGTCGGCAACTATATGACCAGCATCGATATGGCAGGCGCATCGGTGACAATGATGAAGCTGGACGAAACGCTCAAGAAGTGGCTGTCTGCTCCATGCGATACGCCGGCACTGTCGGTCAAGGGACCTTTTGAGCCTGTGAGCTATACCGAGGTTGTTCACGAACAGAAGTCAGAGAACGCGGTATCGTATAAAAACAATACGGATCCTGCCGCAGCTGTAATTAAAAACAACCGGCTGTCCTTGCAAAATATCGTATATCTGATCGATCAAATGAGTGAGGTCATTATCGAGAACGAAGTACCGTTCTGCGAACTCGACGCCCATGCCGGAGACGGTGATTTCGGCATGAGCGTTGCCAAGGGCTTCAAGCAGTTAAAAGCGGAGTGGAACGATATTCTGACCCACCATCTTCGCGATATCGGCGATTTCCTCGACGCCTGCTCGATGATCATCATGGAGCATTGCGGCGGGGCTTCCGGACCGATCTGGGGATCCGCATTCCGGGCGGCGAGTAAATCTGCCGGTCAGAAGCAGGAATTGTCCGTTCAAGAGGTTGCCGATATGATGCAGGCCGTTGTCAAGGGAATTCAGGATACGGGCGAACGATCGTTCGGAAGAGGAGCCGTTGTCGGCGACAAGACATTGATCGATGCGCTCGTGCCGTTCGCGGATGCCTGGACGCAGAGTGCGGAGCAAGGCGTGGCGATGAAGCCGGCAGCGATCAAGGCGGCCGAAGCGGCGGTTCTCGGCGCTAAGAAGACGGCAGACATCGTTGCCAGAATGGGAAGAGCAGGCACGGTCGGCGAACGCAGCATCGGATACCCGGATGCGGGGGCGCATGCGCTCGGGGTTATTTTCACCGAGCTTGCCGAAGCGATGAAGTAA	MKKIMNKPETLVREMCNGLVLAHPELVFNPKFKVISKKEIDQDKVTLISGGGSGHEPAHAGFVGKGMLDAAVCGDVFASPSQIQVYQAIRSSASNKGTLLIIKNYSGDIMNFKNAAHLASEDGIQVDYVKVDDDIAVEDSLYTVGRRGVAGTVLVHKVAGAAAEAGLSLPEVKEAAQHAINHVRSIGFAYTSCTVPAKGTPTFHIEDDEMEYGVGIHGEPGIRREKSASADELAQRMVTSLLDNLQMNDAAEHEVAVLINGFGGTPLQELYLLNNSVMRELASRSKRVFKVFVGNYMTSIDMAGASVTMMKLDETLKKWLSAPCDTPALSVKGPFEPVSYTEVVHEQKSENAVSYKNNTDPAAAVIKNNRLSLQNIVYLIDQMSEVIIENEVPFCELDAHAGDGDFGMSVAKGFKQLKAEWNDILTHHLRDIGDFLDACSMIIMEHCGGASGPIWGSAFRAASKSAGQKQELSVQEVADMMQAVVKGIQDTGERSFGRGAVVGDKTLIDALVPFADAWTQSAEQGVAMKPAAIKAAEAAVLGAKKTADIVARMGRAGTVGERSIGYPDAGAHALGVIFTELAEAMK	PGPT0018465_173	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018465-dhaK_2-K00863	NA	NA
JZ016_02073	1137	dhaD		Glycerol dehydrogenase	ATGAGAAGAGCGTTTATCAGTCCGACAAAATATGTGCAGGGTGAGAACGAACTGTTGAATTTGGGTTATTTTGTAAAGACATTCGGAGATTCCGCCCTGCTGATTGCCCATCCCGATGATGTTGCACGGGTGAAAGACAAATTTGAGTCAACAAAACAGAAATTTAATATAACGCTAGTTGAAAGCGGCTTCCGTGGGGAATGTTCCCGGCAGGAGGTTGCCAGATTGCAAGCATTGGCGAAGGAGCATCAATGTGCTTGCACGATTGGCCTCGGCGGAGGCAAAGCGATTGATACGGCAAAATGCGTGGCCGAAGGTGAGGCCCTGATCATTGTTCCGACGATTGCGGCAACCGATGCGCCGACAAGCCATTCAGCGGTCCTCTATACCCCGGAAGGCGAATTCGATGATTATGCTTATTTCAAACAAAGTCCTAGCGTTGTCATGATTGATACGACGGTTATTGCCAAAGCGCCGACTAGATTCCTTGTCGCTGGCATGGGGGATGCGCTCTCTACCTATTTCGAAGCAAGAGCAACGGCGCAATCGTATTCCAATGTTAATGCCGGTTTGCCATGCGGCGTTCGCGAGGGCGTATGCGGTGAAGCCAAAGGGACGATTACCGCGCTGGGACTTGCCAAGCTATGCTATGAAACGCTGCTTGAGAACGGGTACAGAGCGAAACTGGCCTGCGATCAAAACATCGTGACGCCTGCGCTTGAGAATATCATCGAGACGAATATTCTGTTATCGGGACTAGGCTTCGAGAGCGGAGGTTTGGCAGCGATTCACGCGATTCACAATGGCTTGACGGCTCTGGAAGGAACGCATCATTATTATCACGGCGAGAAGGTAGCCTTCAGTACGATTGCTCAATTGGTGCTTGAGAATGCCGATAGGAACGAAATGAAGGAAGTGCTGGACTTCTGTCTGTCGATCGGTCTTCCTGTATGTCTGGAAGATATCGGCGTCGAGCATGTGACCTACGAGGAATTGCTTGAAGTGGCCAAAAAGGCATGTATTGCCGAAGAATCCATCCACTCGATGCCATTCCCGATTTCGGAGGAAGCGGTAGCATCGGCGATTATGGCCGCTGACCAATTGGGCCGTCAATACAAATGGAGTAAGGAGATATAA	MRRAFISPTKYVQGENELLNLGYFVKTFGDSALLIAHPDDVARVKDKFESTKQKFNITLVESGFRGECSRQEVARLQALAKEHQCACTIGLGGGKAIDTAKCVAEGEALIIVPTIAATDAPTSHSAVLYTPEGEFDDYAYFKQSPSVVMIDTTVIAKAPTRFLVAGMGDALSTYFEARATAQSYSNVNAGLPCGVREGVCGEAKGTITALGLAKLCYETLLENGYRAKLACDQNIVTPALENIIETNILLSGLGFESGGLAAIHAIHNGLTALEGTHHYYHGEKVAFSTIAQLVLENADRNEMKEVLDFCLSIGLPVCLEDIGVEHVTYEELLEVAKKACIAEESIHSMPFPISEEAVASAIMAADQLGRQYKWSKEI	PGPT0008270_74	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0008270-gldA|dhaD-K00005	NA	NA
JZ016_02074	1047	rhaR_28		HTH-type transcriptional activator RhaR	ATGTCCAAATCCCGATATGATTTAGAAGAAATCATTGATTTGGAGAAATGGGAGAAGCTGCAGGATTCCTTATCGCTCGTGACCAAAATGGCGATCCTTACGGTTGATTACAAGGGCGTTCCCGTCACCAAGCACAGCCACTGTCAGCCTTTCTGCCAAGGCGTTCGCCAGGATTCCCATCTCTCTTCATATTGTCAAAAATGCGACGCGCGAGCCGGCATTGAAGCGGTTCGCCAAAACAAACCATATATCTATTTATGCCATTTCAACATTATCGATATCGCCATCCCGATCATTATCGATAACCAATATCTTGGTGCGATTATGGCCGGACAGCTCAAGCTCCGAGAACCTGATGCTCCGATGCTGGAGCAGATCGTATCTCGGCCGCCCAATGTGGAGTCAAACCGGAAGTTCAAGGAACTCGAAGGGGATTACGATGCACTGCCCGTCTTATCCTATGATGAGGTGACGAAGTGCGTGGATCTGCTGCTGCAATTAAGCACCTATATCGTGGAGGAAGCGATTCAGAAGCATACCACGATTGATTTGTACAAAAAAGTGCTCTCGTCCCAGATGGATGCGCCAGCTTCTGTGGAAGCTTTTAAGGAGTCGGATCGTGCGGTCCGCAGCATCCAATCCATGCAGCAGGAGCTGTCAGGTGCGCTGATCGATACCAAATTGAAGAATGGCGCTGGGCGGTTCGTCTCGTCGAATGCCGTACTTCAGCCCGCATTTGACTATATTTTTGCGCATAAGCATGAGAACTTCAGCCTGAAGGAGATGGCCAAGCTTTGCCATATCAGTCCCAGCTATTTCAGCCGCATCTTTACGAAGGAAACAGGTGAGAATTTCTCCGTCTTCATTGCCAGGCTTAAGATTGAATGGGCCAAGCAGCTGCTGGAATCCACCGATTCGCCGATCCATCAAGTGAGCGATGATTTAGGATTTTGCGATACGGGCTATTTCATTAAAACGTTCAAAAAGTTCGAGCACCTCACCCCGGCCGTGTACCGGAACTTGTATGCCGGGCTATCAGCTAAGTGA	MSKSRYDLEEIIDLEKWEKLQDSLSLVTKMAILTVDYKGVPVTKHSHCQPFCQGVRQDSHLSSYCQKCDARAGIEAVRQNKPYIYLCHFNIIDIAIPIIIDNQYLGAIMAGQLKLREPDAPMLEQIVSRPPNVESNRKFKELEGDYDALPVLSYDEVTKCVDLLLQLSTYIVEEAIQKHTTIDLYKKVLSSQMDAPASVEAFKESDRAVRSIQSMQQELSGALIDTKLKNGAGRFVSSNAVLQPAFDYIFAHKHENFSLKEMAKLCHISPSYFSRIFTKETGENFSVFIARLKIEWAKQLLESTDSPIHQVSDDLGFCDTGYFIKTFKKFEHLTPAVYRNLYAGLSAK	PGPT0001373_335	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_PROPANEDIOL_UTILIZATION,PGPT0001373-pocR-NA	NA	NA
JZ016_02075	579			IS1595 family transposase ISSpgl1	ATGCAGATCGAAGATGTCTTTTCGGATCTCCCTACGTTAGAAACAGACAGAACGATATTAAGAAAACTGAGGAGCGAAGACGAACAGGATATATTTCATTACGGCTCTGATGAGGAGGTATCGAGATATACGGCATGGCCGACGCATCAAACGATGGAAGATACCCGTCTCTATTTAATGAGGGTCCTGCATAAATACAGCCAGCATGCTGTGGCCCCTTGGGGAATCGTGGACAAAGAAACCGGAAAGGTCATTGGAACCTCAGGATTTATGGCTTGGGATGTCCGACATGCTAAAGCGGAATTGGGGTATGCTCTGTCCAAGGATTATTGGAATCGTGGTTACATGACCGAAGTGATCAGGACCATCATCTCTTTTGGATTTGAAAGAATGAAGCTGGTTAGAATCGAGGCAAGCTGTCTGCCGTCAAACCTAGGATCAGCCAGAGTGATGGAAAAGGCCGGCATGTCCTATGAAGGTTTATTAAGACAGACGATATTCGTAAAAGGGAACCATGAAGATCTGAAATTATACTCTATTGTTGTGGATGACTACCGGAATCAGAGCAACTCCCGTTAA	MQIEDVFSDLPTLETDRTILRKLRSEDEQDIFHYGSDEEVSRYTAWPTHQTMEDTRLYLMRVLHKYSQHAVAPWGIVDKETGKVIGTSGFMAWDVRHAKAELGYALSKDYWNRGYMTEVIRTIISFGFERMKLVRIEASCLPSNLGSARVMEKAGMSYEGLLRQTIFVKGNHEDLKLYSIVVDDYRNQSNSR				NA	NA	NA	NA	NA
JZ016_02076	567		COG1618	Nucleoside-triphosphatase THEP1	ATGCTGGCGAGTCGTGACGGGGAACGCCTGAAGGCCAAGCACGCATTTTTACTGACAGGGGAACCTCGGATCGGTAAAACGACGATGATCAAACAACTTATCAATGCCATCGGTCCGGATCTTTGCGGTGGATTCTATACGGAGGAAATCACGAATTCGAGTGGTCGAATCGGTTTTAAATGCGTATCCGTTTGTGGGGAAAGCATCGAGATTGCACATGTAGAAAACCCTAGCAGCACTCGTATTGGAAGATACGGAATGGATGTAGAGGCATTCGAGGATTTTGCCGTGAAAATATTAGAGGACGCCTTGTCCTCCAAGAAAATCATCGTTATCGACGAAATTGGTTTTATGCAGATGTTATCTTCGTCTTTTCAAAAAATAGTACAAGCGATTATTTCAGGTTCCCGGATTGTTCTGGGGACCATTCCTCTGGAGAGCCATCCTGAAATAGACATCATCAAATATCGGAAGGAAGTCAGGATTCTAAGTATGAACGCATCCAATCGTGACACGATATCCGAAACTTTGTTAAAGGATATGATGAAAGCTGTGGAGGGTGAATGA	MLASRDGERLKAKHAFLLTGEPRIGKTTMIKQLINAIGPDLCGGFYTEEITNSSGRIGFKCVSVCGESIEIAHVENPSSTRIGRYGMDVEAFEDFAVKILEDALSSKKIIVIDEIGFMQMLSSSFQKIVQAIISGSRIVLGTIPLESHPEIDIIKYRKEVRILSMNASNRDTISETLLKDMMKAVEGE	PGPT0009015_1	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009015-NTPCR-K06928	NA	NA
JZ016_02077	759	lolD_2	COG1136	Lipoprotein-releasing system ATP-binding protein LolD	ATGAAAAAGATGATTATCGGTGAGGATATCGTCAAGTCTTTCGGCGAGGGTGGCGAACAGCGCAATGTTCTGGACGGGGTGTCCGCCAGTATACACGAGGGCGAGTTCGTAGCTGTTATGGGACCATCAGGCTCGGGCAAATCCACGCTAATGTTTGCACTGAGCGGGACGGATGGCGTGAATGGCGGAAAAGTCGTTTTTGAGGGCAAGGATTTATCGACGCTTGGGGAGAATGAGCTTGCAGATTTACGCAGAACCCAAATGGGTTTTGTGTTCCAACAGCCGACGATGCTGAAAAATTTGAATATCCTCGACAATATCATTCTTCCTTCCATGCGGGATAACCGTAAAAACGCCGCGACCATTTCGGTGAAGGCGAGGGAGCTTATGAAAAGGGTAGGCATCGCAGAGCTTGAAAAACGGAACATCACCCAGGTTTCGGGTGGTCAGCTTCAGCGTGCGGGAATATGCCGGGCACTGATGAACAACCCGCGAATTATCTTCGGCGATGAGCCAACGGGAGCGCTCAACTCCATTTCCGCTAAGGAAATCATGGACCTATTCTCGGAGATCAATGCAGACGGTACGGCGGTCATGCTTGTCACTCACGATGCACAAGTTGCGGCGCGGACGGAGCGCATTATGTTTATGCGCGATGGGAAAGTGGTCGGCGAACTCAAGCTTCCAAAGCTTGTGGGAACGGATATGGATGGCAGGGTCAAGAAAGTTATGCTAAAAATGCAGGAAATCGGAATATAA	MKKMIIGEDIVKSFGEGGEQRNVLDGVSASIHEGEFVAVMGPSGSGKSTLMFALSGTDGVNGGKVVFEGKDLSTLGENELADLRRTQMGFVFQQPTMLKNLNILDNIILPSMRDNRKNAATISVKARELMKRVGIAELEKRNITQVSGGQLQRAGICRALMNNPRIIFGDEPTGALNSISAKEIMDLFSEINADGTAVMLVTHDAQVAARTERIMFMRDGKVVGELKLPKLVGTDMDGRVKKVMLKMQEIGI	PGPT0013345_3720	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_02078	2319			hypothetical protein	ATGTACTCCAGAATAATCCGCAATGATCTTTTAAAAAGCAAGGCCATTACGCTAACGACCATGATATTTGTCGCTGCGGCGGCTATGCTTGTTTCGCTTGCGGCGATCCTCGTCGTCAATCTCACGGGTGCGCTGAACACATTGATGATACAAGCCAAAACCCCGCATTTTATGCAGATGCATTCCGGTGAAATAGATTCTGCGCGGCTTTCAGCTTTTGCGGAGCAGCATCACAATGTGGATGACGTTCAAGTGATGGAATTTCTCAATATGGATGGTGCGCGGATACGATTAGGCGAGCATTCGCTTGCGAATAGTGTCCAGGATAACGGATTTAGCATGCAGAGCCAAAAATTCGATTATCTGCTTGATCTCGACGGAAACATCATCAAACCTGCCATCGGCGAGTTGTATGTTCCGGTAAGCTATATGAGGGATGGAACAACCAAGGTCGGTGATCTGGCGGTTATTAGCGGGAAGGAGTTTATCGTTGCAGGATTCCTCCGGGATTCACAGATGAACTCTACGCTCTCCTCCTCCAAAAGATTTCTTGTACATAAACATGATTATGCGGAAATTAAGAGCCTTGGCAGCACGGAGTATCTGATTGAGTTTAGATTAAAGGATCTATCCGAGCTCGGTTCATTTGAAACGGCTTACGCCTCCGCAGGCCTTGAAGCAAACGGACCAACCGTTACATACAAGCTTTTCAAAATGATGAACGCACTTTCCGATGGATTGATGATCGCGGTTATACTTCTTGTGAGCGCGCTTGTCGTGGCCATCGCATTGATGTGCATACGATTTACGCTCCTGGCGAAAATCGAAGACGACTACCGCGAGATTGGCGTGATGAAGGCAATTGGGCTGCGTGTTTCCGACATAAAGAAGATGTATCTCGCGAAATACGCAGTGATTGCGGCGGCGGGTTGTATGCTCGGTTTTGCACTGTCGTTTATGTTCAAAGGCATGCTTCTTGAAAATATACGGCTGTTTATGGGAGAAAGTGAAAATTCCGCTTATGCTTTGTTGTTCGGAATTACCGGCATACTGCTTGTATTCCTTGCCATCATCGCCTATGTAAACACAGTGTTGAAACGTTTTCGGAACATATCCGCTGCAGAAGCTATACGCTTTGGGACTTCGCAGGACAAAAGCTCAGGCGCCAGCCGTTTTAATCTAAGTGGAAACAGGCTGTTGAATACGAATGTGTTCCTCGGCATCAAAGACGTTCTCGCAAGGAAAAAGCTTTATGCTACAAGCCTAACGGTACTGGTGATTTCAGCATTTATCATGATGGTTCCACAGAATTTGTACAACACCATCTCCTCTACAAGTTTCACGCAATATATGGGGATCGGAAACTATGATCTACGTGCTGACATACAGCAGACCGATAACATTTCAGAAAAAACGGCTGAACTACGAAATGAGATGAGCAGCGACCCCGCCATATCCAAGGTTGCCGTCCTTACAACAAAAGTCTTTAACATCAGAACAGAAGACGGTTCTGAGGAAAACATAAAAATCGAACTCGGCGACCATTCCATATTCCCGATTGCTTATTCCATTGGCAGAGCACCCGCTGCAGAGGATGAAATTGCACTGTCGGCTATAAATGCCGATGAACTAAGCAAGAAGGTCGGCGATGTCATTACACTGGTAATAGAGGGACAGGAGAAGGAACTGACGGTGAGCGGGATATATTCCGACATTACCAACGGCGGCAAAACCGCAAAGGCGGTATTCACCGACAATTCGGCGGATATGATGTGGAGCATCATCTGCGTTGAACTTTCGGATATATCTCTTATCGGCGCTAAGATTTCAGACTACGCGGACAGGTTTGATTTTGCGAAGATTTCAGATATTGATGAATTTATTACGCAGACATTCGGCTCAACGATAAATGCTGTTAAGAAGGCCTCGGACGCTGCAATTGCTGTTGCGCTGATGATATCGGTACTGATTACCCTGATGTTTATAAAAATGCTTGTTGCGAAGGACAGATATTCCATTGCCGTTATGAAAGCCCTCGGTTTCACGAACTCGGACATAAAGGTGCAATATGCTTCGCGTTCGGTATTTGTTCTGATGGTCGGCATTGTTCTTGGAACGCTTCTGGCGAACACGCTCGGAGAAAGGCTTGCGGGTGCGGTTATCTCTTCGTTTGGAGCGTCAGCGTTTCATTTTGTGGTCAATCCGCTTTCGGCGTATCTGTACAGCCCGCTTATGATGATAACCGCGGTACTTATCGCAACCATGATCGGCACTTCGGGCGCAGGACGTATCAAAATATCCGAAAATATAAAGGAGTAG	MYSRIIRNDLLKSKAITLTTMIFVAAAAMLVSLAAILVVNLTGALNTLMIQAKTPHFMQMHSGEIDSARLSAFAEQHHNVDDVQVMEFLNMDGARIRLGEHSLANSVQDNGFSMQSQKFDYLLDLDGNIIKPAIGELYVPVSYMRDGTTKVGDLAVISGKEFIVAGFLRDSQMNSTLSSSKRFLVHKHDYAEIKSLGSTEYLIEFRLKDLSELGSFETAYASAGLEANGPTVTYKLFKMMNALSDGLMIAVILLVSALVVAIALMCIRFTLLAKIEDDYREIGVMKAIGLRVSDIKKMYLAKYAVIAAAGCMLGFALSFMFKGMLLENIRLFMGESENSAYALLFGITGILLVFLAIIAYVNTVLKRFRNISAAEAIRFGTSQDKSSGASRFNLSGNRLLNTNVFLGIKDVLARKKLYATSLTVLVISAFIMMVPQNLYNTISSTSFTQYMGIGNYDLRADIQQTDNISEKTAELRNEMSSDPAISKVAVLTTKVFNIRTEDGSEENIKIELGDHSIFPIAYSIGRAPAAEDEIALSAINADELSKKVGDVITLVIEGQEKELTVSGIYSDITNGGKTAKAVFTDNSADMMWSIICVELSDISLIGAKISDYADRFDFAKISDIDEFITQTFGSTINAVKKASDAAIAVALMISVLITLMFIKMLVAKDRYSIAVMKALGFTNSDIKVQYASRSVFVLMVGIVLGTLLANTLGERLAGAVISSFGASAFHFVVNPLSAYLYSPLMMITAVLIATMIGTSGAGRIKISENIKE	PGPT0013350_9452	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
JZ016_02079	177			hypothetical protein	ATGAATAAACGGATAGTGTGGGGAATATCATCGGCGGGCCTCGGCAGAGGGATGGCATTTCTCATGATTATCGCCGGGATGCTGTTATGTGAGACTTCGGTCATTCTGTATAAGTTAAGGCGGTTAAAATGCGTGAAAGCAGAGGTGTTTTATGTACTCCAGAATAATCCGCAATGA	MNKRIVWGISSAGLGRGMAFLMIIAGMLLCETSVILYKLRRLKCVKAEVFYVLQNNPQ				NA	NA	NA	NA	NA
JZ016_02080	648	slmA_1		Nucleoid occlusion factor SlmA	ATGAGAGTTGTAAAAAAAGCGGAGGAACGCAGGAATGAGATCCTTGATGCAGCGGATGAGCTGTTTGCTCAGAAGGGCTTTGACGGCACAAGTACAAACGATATTCTTGAAAAGGTCGGCATTGCGCGGGGAACCTTGTATCATCACTTCAAGTCGAAGGAGGATATTATGGATGCGCTGATTGATCGGTATAGTGACGGTCTTCTAGATGCAGCGCAGGTCATTGCCGCAGACAAGACGATACCCGTAGTCGAGCGCGTGATTCGCGTTGTTATGGCTCTGAACTTAAGCGGAGGAAGCAGCAAGGAGATTATGGAGCATATTCACAAGCCGCAGAACGCGCTTATGCACCAAAAAATACAAAAGGTCATCATCAACCGAGTTCCGCTGATCCTGACGGGAATCATCCGCGAAGGCATTGAGCAGGGGATGTTCAGCACGCCGTTTCCGTATGAATGCATGGAAATGGTTGTGATCTATGCGAATACCGTTTTTGATGATGATATGATTACCTTGACGAATGAAGAGCGAGGCACACGAATGCTGGCCTTTGTTTGCAACGTAGAAAGGCTGCTCGGTGCGGCAAGCGGGAGTCTTATGGACGTCATGCAGATGTTTGGTGGAGGAGACGAAAGCAGGCATGAATAA	MRVVKKAEERRNEILDAADELFAQKGFDGTSTNDILEKVGIARGTLYHHFKSKEDIMDALIDRYSDGLLDAAQVIAADKTIPVVERVIRVVMALNLSGGSSKEIMEHIHKPQNALMHQKIQKVIINRVPLILTGIIREGIEQGMFSTPFPYECMEMVVIYANTVFDDDMITLTNEERGTRMLAFVCNVERLLGAASGSLMDVMQMFGGGDESRHE				NA	NA	NA	NA	NA
JZ016_02081	555			hypothetical protein	ATGAAGAAACTGCCGACCATTCCATTGGAAAGATTGATATTACGGCCTTTCGGTATAGAAGATGCCAAAGTCGTTCAACAATTAGCAGGGGATCCCTATATTGCGGAAACAACATTGTATATCCCGCATCCGTATGAGGATGGGATGGCAGAACAATGGATTGAAACACATGCTCATAACTTTCATGAAGACCGATCACTGGAACTGGCCATTGTACATAAAGAAGAACAATATGTAATAGGCGCAATATGTATTGGATGTACTCGTAAGTTTGATCATGGTGAACTTGCATATTGGATTGGGAGACCGTATAAGAACAATGGATATTGTACGGAAGCGGCAAGAGGTATCGTTAGGTATGCGTTTGACGAAATGAAATTACACCGCATATTTGCCCGTTATCTGGGTAAGAACCCTGCATCGGGTAAAGTCATGGAAAAGTTAGGAATGAAATACGAAGGACGATTAAGACAGCATGTTCGAAAATGGGATCAATACGAAGACCTTGTGTATTATGGCCTTTTAAGGGATGAATATGTTTCAGAGAATAGGTGA	MKKLPTIPLERLILRPFGIEDAKVVQQLAGDPYIAETTLYIPHPYEDGMAEQWIETHAHNFHEDRSLELAIVHKEEQYVIGAICIGCTRKFDHGELAYWIGRPYKNNGYCTEAARGIVRYAFDEMKLHRIFARYLGKNPASGKVMEKLGMKYEGRLRQHVRKWDQYEDLVYYGLLRDEYVSENR				NA	NA	NA	NA	NA
JZ016_02082	1110	tcrY		putative sensor histidine kinase TcrY	ATGCGAATAAAGACTCGATTTACGATCCATTTAGCATTAGGGCTTATCTTATGGATGCTTGGGACGGGCTTGCTCGTCGTTATTATGATTGAAGGCTTTCTCCCCTTACTCGATATCCATGTCAGTATGGATGAGGAAGGGCTCGTTGTAGGATGGGTCTTTGGTATCAGCACGTTGCTGTGCATCGTCTTGTTTGGATGGTATTTTGGCGGCCCGATCGGCTTCATCATGGCGTGGATTCATCGACTCTCGCAGGACAATTACAAGCAGCCAGCCAATTTGTCCAAAATATATACCCGAAAAGGGAAGCTTCGCATGCGGTTCCGCCTGTATCAGGAGGTGCTTGAGCATCTTCATTCCTTGGGCAGTATTTTGCAAGCGAACGAAGTCGAGCGAACCCAAATCGAAGAAGCCAAGCAGGAATGGATTGCGGGGATCTCTCATGATTTGAAAACACCTTTAACCTATATCAAAGGCTACTCGGCCCTCTTATTGAATGACCAGTACGAATGGTCGAAGGAAGAGGCGATTTCTTTCATCCGGGAAATGGACGACAAGGGAAAGCATATGGAAGAGTTGATTCAAGATTTAAGCCTCGTCACACAGCTCAATCGCGCCGACGGCGCTTTGCCGTTACAGAAGACGAATCAAGATATCGTCGAATTTACTAAACGGGTGGTTGCCGATATTAGCAACAATCCGCAAGCGAGCAGCTATCATTTGCATTTTCAAGCGGATTCGCCTGCCATCCAGGTTGATTTTGATTCGAAATTCATGCAGCGCATCCTGCAAAATATGATGATGAACTCCATCCTCCACAATCCTGAACATACGGATATTTATGTACAGATTACGGACGAAGGAGAGCATGCTGCGATCCGCATCATGGACAACGGCGTAGGTATGCCGGCTCATATGTTGGAACATCTATTCCAGCAATATTACCGGGGCACCACCACGGAATCTTCATCAGATGGCACGGGACTCGGAATGGCGATTGTCTACAAGCTGGTTCAGGCCCATGACGGTGCAATCAATGTAGAAAGTGAGCCTTCACAAGGCACTACGTTCACGATTCGATTGCCAAAACAAGGAGGGAGACCAATATGA	MRIKTRFTIHLALGLILWMLGTGLLVVIMIEGFLPLLDIHVSMDEEGLVVGWVFGISTLLCIVLFGWYFGGPIGFIMAWIHRLSQDNYKQPANLSKIYTRKGKLRMRFRLYQEVLEHLHSLGSILQANEVERTQIEEAKQEWIAGISHDLKTPLTYIKGYSALLLNDQYEWSKEEAISFIREMDDKGKHMEELIQDLSLVTQLNRADGALPLQKTNQDIVEFTKRVVADISNNPQASSYHLHFQADSPAIQVDFDSKFMQRILQNMMMNSILHNPEHTDIYVQITDEGEHAAIRIMDNGVGMPAHMLEHLFQQYYRGTTTESSSDGTGLGMAIVYKLVQAHDGAINVESEPSQGTTFTIRLPKQGGRPI				NA	NA	NA	NA	NA
JZ016_02083	720	walR_5	COG0745	Transcriptional regulatory protein WalR	ATGGAATCTGCAACCATACTAGCTGTTGATGATGAAATCGGTATTTTGAAGTTATTGGAGATCACGCTTCGGAAAGAGAACTTCACGAATATCGATACCGTATCATCGGGCAAAGGCGCGCTGCAGCGCATCAAAGAAAAGGCATATGATATGATATTGCTCGATATTATGCTCCCGGATCTAAGCGGTTTTGAGCTCTGTACGGAGATCCGTAGACATACGAATGCACCGATTATTTTTATTAGCGCGCGTTCCACCGACTTCGACAAATTAACAGGTTTAGGGATCGGCGGAGACGATTATATTACCAAGCCGTTTAATCCGATGGAGGTCATTGCCCGAATCAAGGCGATCCTTCGCCGGCAAAGGCTTACGGAGAATGCACATCAACAAAACACGGCGTACGATTACGGGTACTTCTCTTTTCATCCTGAATCGGCAACGTTAACCGTGCAGGGTCAATCTGTAGAATGCACGGCGAAGGAGCTGGAGCTGCTGCATTTCTTTTGTAAACATCCGAATCATATCTTCACGACGGCGCAGCTCTACGAATTGGTATGGGGAAATGATGTGTACGGGGAAGAAAAAACGGTCACGATCCATATCTCCAAGCTGCGAAAAAAACTCGGCGATGATACCCGAAAACCAAAAATCATCGTGAATTTGCGCGGAATCGGTTATAAATTCATTCCCCCGAATGAGGCACTGTCATGCGAATAA	MESATILAVDDEIGILKLLEITLRKENFTNIDTVSSGKGALQRIKEKAYDMILLDIMLPDLSGFELCTEIRRHTNAPIIFISARSTDFDKLTGLGIGGDDYITKPFNPMEVIARIKAILRRQRLTENAHQQNTAYDYGYFSFHPESATLTVQGQSVECTAKELELLHFFCKHPNHIFTTAQLYELVWGNDVYGEEKTVTIHISKLRKKLGDDTRKPKIIVNLRGIGYKFIPPNEALSCE	PGPT0013765_150	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
JZ016_02084	732	bcrA_1		Bacitracin transport ATP-binding protein BcrA	GTGAACGCCGCCATTCAAATCAATGAAGTAAGCAAGGCATTCAAGGGCACAGAAACCATTACCAACGTCAATATGAGTATCAGCAGAGGAGAAATTTACGGGTTTTTAGGTCCGAATGGGGCCGGTAAAACAACCATTATGAAAATGATCTTAAATCTGGTAAAACCGTCTTCCGGTAATATCCAAGTATTCGATCAGCTGGTTCTGCCAACATCGGTTGAATACTTAAAAAGAATTGGCAGCATCATTGAATATCCCGTGTTTTACGACAGGCTGACAGCAGAGGCTAATTTGGCGCTTCATTGTAGATATATGGACTATCGCGATATGTCCGCGATCAAGGAAGCGCTTGAGATCGTAGGTCTTCAGGGTGTGGGGAAGAAAAAAATCCATGAATTCTCTTTAGGAATGAAGCAGCGGTTAGGGATTGCGCGCGCGATTGTTACGAAACCCGACATTCTCATTCTGGATGAACCCATCAATGGGCTTGACCCAATCGGGATTAAGGAAATGCGGGAGCTTTTCTTGCATTTAAAGGAGAACTACGGAACGACCATTTTAATTTCGAGTCATATCGTATCCGAAATCGAATCGGTTGCCGATACGATTGGCATTATTCATCAGGGAAAACTATTAGAGGAAGTCAAGATGGAGGACATCCGAAGACAATATGCCGGATCGTTAGAAGAGTACTTCATCCATCTCATTCATGGAGGCAAACGATATGCTTAA	MNAAIQINEVSKAFKGTETITNVNMSISRGEIYGFLGPNGAGKTTIMKMILNLVKPSSGNIQVFDQLVLPTSVEYLKRIGSIIEYPVFYDRLTAEANLALHCRYMDYRDMSAIKEALEIVGLQGVGKKKIHEFSLGMKQRLGIARAIVTKPDILILDEPINGLDPIGIKEMRELFLHLKENYGTTILISSHIVSEIESVADTIGIIHQGKLLEEVKMEDIRRQYAGSLEEYFIHLIHGGKRYA	PGPT0006725_24660	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02085	699			hypothetical protein	ATGCTTAAACTCATACAGCTTGAATGGCAAAAAAGTAACATAACCCGTTATTTTAGAGGATTAGCCGTTTGTATTGTAGTAATTTTCGCCGCCGTTACATTGATGGCGCTGGGCTCTCAGAGTGAGAACGAACCCATGGATTATGCGGATTTCATGTCTTTATCGGATATTTTGATTAGAATTACGTATATCATTTTCTCAAGTGTGATTATGTCACGTTTGGTTATTGAAGAATACAAGAGCAGCATGATCCAAGTGTTATTCACCTACCCCCTGCAGCGAAAAAAAATCATGCAAGCCAAGCTATCGATTGTGTTTGGATTTTGTTTGTTCAGCATCATCATCACTACGTTTATGATCAATCTATTAACATACTTCTTGAACCCGATAATAGGGTTGTTTGACGCACCGATTCGTATCGATGACATGGTGGATGCTATTCCATCAACGTTGATCAACGCATTCATGATCGCCGGAATCAGCCTGATTCCTTTAACTATTGGTATGAGAAAAAAATCAACGGCTTCCACGATAACCTCGGCTGTCATTATCGGCTTTGTGATTAACGCCACGGTGTCCGACGGGGGAAGTTCGACCAGTCTGTTTCAGTTTATCGCCATCCCGATTGCTCTCTGCCTGCTTGGCCTGATCCTTGGCTATCTTTCTTTTCATAAAGTGGATCGAACCGATGTAGCTTAA	MLKLIQLEWQKSNITRYFRGLAVCIVVIFAAVTLMALGSQSENEPMDYADFMSLSDILIRITYIIFSSVIMSRLVIEEYKSSMIQVLFTYPLQRKKIMQAKLSIVFGFCLFSIIITTFMINLLTYFLNPIIGLFDAPIRIDDMVDAIPSTLINAFMIAGISLIPLTIGMRKKSTASTITSAVIIGFVINATVSDGGSSTSLFQFIAIPIALCLLGLILGYLSFHKVDRTDVA				NA	NA	NA	NA	NA
JZ016_02086	867			hypothetical protein	ATGAGAAAAATTATAACCACTTCGCTTGTTTTGCTTACCGTTGGCGGGTTAGCTATGGGCTGCCAAGGTGTAGGGAAATCAGGTTATCACCATGAAGCATCCTTTGAGGCAAAACTCATTGAAGAATTTGAAATCAACAATGAATCCTGGGACATTGAATTCAAGCGTTCGGATTCCTCGAACATCACTATCGCTTGCGATGGCAAGCGTCAGGACAACAAGAGCGACCCTGTAACGATTGACCAGGAAGGGAATAAAATTGTTGTTACCCAGAAAGACCAGGGTGGTACTATGGCAGGGTTCACTTTTGGCAAAAAAGGAAAGATTTATATCTCAATTCCCGACCAAGAAGTCGATACGATTACATTGAATAATGATGCGGGTGACATCAAGATGAAGGATGTATCAGCTCTAAACATCGTCTTCAACAACCATTCGGGCTCTGAAACCATCGAAGGACTTTCAGCTGACAAGGGGGAATTTACATCCAAAGACGGAGAGCTCAAATTGAAAGACAGCTCGCTAAACGAATTAACCGTAACTTCTGGCAGCGGTGACAGCTATATTACAGGCGTGACCAGTCCCTTGATGAATATCGCATCAACAGCTGGGGAAGTATCCGTCAAAGAGATCGAAGAAGGAAAGCGACTGCGCGTAGAAACAGAATCCGGAGATATCGCCGTATCTTATAAAACGCCCCCTGCTTCGTTAAACCTTACCGCAGCCAGCGATTCATCGGATATAAGCATTGGTCTAGATGGCTTCAAAGAAACACAGTGCACGGAACAATCAGTGGCAGGCACGATTGGGGATGCAGCCCATGCATTGGAGCTTGTCAGCCGTTCCGGAACGATCGCTGTAAAATAA	MRKIITTSLVLLTVGGLAMGCQGVGKSGYHHEASFEAKLIEEFEINNESWDIEFKRSDSSNITIACDGKRQDNKSDPVTIDQEGNKIVVTQKDQGGTMAGFTFGKKGKIYISIPDQEVDTITLNNDAGDIKMKDVSALNIVFNNHSGSETIEGLSADKGEFTSKDGELKLKDSSLNELTVTSGSGDSYITGVTSPLMNIASTAGEVSVKEIEEGKRLRVETESGDIAVSYKTPPASLNLTAASDSSDISIGLDGFKETQCTEQSVAGTIGDAAHALELVSRSGTIAVK				NA	NA	NA	NA	NA
JZ016_02087	753			hypothetical protein	ATGCGAGCAACAGAAGATATCATGCAGGTATGGAGGAAGTTCAACGATGTTCCAATGGAGACCTTAACTAAAGCCTGGCACAGCTTAATCGACCCGGAATGCAAACAACGAACAACGGATGTCATGAAAGAGCATCGCGCATTATATGGAATGTCGGGCAATTGTTTTGATTTGGCGATTTGGTTAATCGATGAATTCAGACGGAACAAACGACCCTGTTATGGAGTACTAACGGCACATTTGCATGTAGCTGTGGTCGTAATTAATGAAGAAGGCAACAAATATTTCTGCGATCTAGGAGATCAATGGATTGAGCCTATTTTGTTAGAACCAAATCATGTAGCGTATACGGAAGAGTTTTTGGAAGATTTTTTTCCAGGTTCCCTTATCAGACTAAACACTCGCTCGAATCGACTCTTGGTAACCTACAGAAGACCAAACGGAAAGGAAAGCAGCCAAGCATTCGACTTGACGCCCGTATCCGATGAGGCATTGATCATCGCCGGGCAAAAAACGCAGCGCCTGTTCAGCGATCCGCTTGTGGAAAAGCGGATTTTTACGGATCAGCAGGTTCTCCATTGGGAATTCGATAATTATGAAAGCTACCTAAGTTCCAAGGAAGGCAGAAAAGTGGAGCTTCAGCTGAAGGATATCGAGGAATGGGCAGAACGAATACATACGATGAGCGGGATCCATGAAGAAGTCGTCATACGTGCATTGGAAGTCTACTCGAAAAAGTCTTTGCATCCTTAG	MRATEDIMQVWRKFNDVPMETLTKAWHSLIDPECKQRTTDVMKEHRALYGMSGNCFDLAIWLIDEFRRNKRPCYGVLTAHLHVAVVVINEEGNKYFCDLGDQWIEPILLEPNHVAYTEEFLEDFFPGSLIRLNTRSNRLLVTYRRPNGKESSQAFDLTPVSDEALIIAGQKTQRLFSDPLVEKRIFTDQQVLHWEFDNYESYLSSKEGRKVELQLKDIEEWAERIHTMSGIHEEVVIRALEVYSKKSLHP				NA	NA	NA	NA	NA
JZ016_02088	231			hypothetical protein	ATGAATAAAAGAATACGATCCATCCTCGTATTTTCCTTGAGTTTGCTATCGCTGCTTATTTCGTTAAAGTTATTTTGGAATATGGGTATTTTTGTGGATGAATACGGCTTGAGCCCAGACATTGTGAGTGGCGGAGACTTCTGGCTTTTGATGGATTGGTTAAGATTAGGGTTACTGTTTTTAGTATGCGTTATATCTGGCGTTAGCATCTTAAAAAGCTTTGATGAATAA	MNKRIRSILVFSLSLLSLLISLKLFWNMGIFVDEYGLSPDIVSGGDFWLLMDWLRLGLLFLVCVISGVSILKSFDE				NA	NA	NA	NA	NA
JZ016_02089	540			hypothetical protein	ATGTTATACGATTTGCAAGGCGAGGAGAATATGTCAACGATCGTGGGAATGTTATATGGCGCTGTCAAAGAGAACAGCCAAAGGCTAAAATCCATATCAGAGGGCATGTCGCAAGAGGAAATAGACTACAAAGGCCCTGATAACAAATTCAATAGTGCCGCACAATTAATAAAACACATCATGTACGTCGACCTGAATTGGGTTTATAGGATTAAAGGGGAGACGCTTCCCCAGTCATTAACAGACGAATACGGCCCGATGATCGATGAACATAACAGGCTGCCAATGGTTTCAGGGATGCCTTTGGACACGCTTATATCTAAATATGAAGTTGTATTGAATATGCTGAAAGAAACATGCACGCAATTAACGGATGCTGATCTGGATAACATTGTCGCATTTGGTCACGAAAATGAAAAGCAAGCCACCATACGGTGGGGATTATGGCATATGGCTGACCATAACCGTTACCACCAAGCCCATATTAATCAGCTTAGAAAGTGGTACGCTGAGCAAAGGAGAGGCATGGATCATGAATAA	MLYDLQGEENMSTIVGMLYGAVKENSQRLKSISEGMSQEEIDYKGPDNKFNSAAQLIKHIMYVDLNWVYRIKGETLPQSLTDEYGPMIDEHNRLPMVSGMPLDTLISKYEVVLNMLKETCTQLTDADLDNIVAFGHENEKQATIRWGLWHMADHNRYHQAHINQLRKWYAEQRRGMDHE				NA	NA	NA	NA	NA
JZ016_02090	696			hypothetical protein	ATGGATTTGAGTCAAAGAAAACAGTGGAATGAAAATCACAAAAAGCTAACCCAGATCATTCTGGATCCGGCTAAGCATCAGAATGCAGTTGACTTATTTTTGCAGCAGCATCGCTTGTTACATTCATCAAGAATGAGCCATTCACCCAGTGCGACCCTTGAGGATGAATTAGTTAAAGATCTGCAAGAGGAAACATTCCGTCAATATCCAGTTACGGCTCCTGATACAAAGAATTCGATAATATGGCATATGTGGCATATGACGCGTATTGAAGACATGACGATGAGCGTACTCGTAAATAACGATGTCCAAGTATTGCATTCAGGCCAGTGGAATAAGAAACTCCACATTGATGATGTTCATTCCGGAAATGAAATGACGGAAGCGGAAATCGCTAACTTGAGTGCGACTCTTGATATTGATTCATTATTCGCTTATCGGATTGAAGTTGGGCGGAACACTCGTGAAGTCATATCCCGTTTATTGCCAGGGGACTTTAAGCAAAAAGTTGAAGCGGTAAGAATTCATGAACTTAAAGTACAGCATGCGGTTAAGGAAGAAGCAACGTGGTTGCTTGAATACTGGGGAAACAAAACGATTGCGGGATTAGTGCTCATGCCGGCGACAAGGCATATTTTTCTGCACTTGAATAAATCGATACGACTGAAACAAAAAATTCAAAAGTCCAAATTGTGA	MDLSQRKQWNENHKKLTQIILDPAKHQNAVDLFLQQHRLLHSSRMSHSPSATLEDELVKDLQEETFRQYPVTAPDTKNSIIWHMWHMTRIEDMTMSVLVNNDVQVLHSGQWNKKLHIDDVHSGNEMTEAEIANLSATLDIDSLFAYRIEVGRNTREVISRLLPGDFKQKVEAVRIHELKVQHAVKEEATWLLEYWGNKTIAGLVLMPATRHIFLHLNKSIRLKQKIQKSKL				NA	NA	NA	NA	NA
JZ016_02091	456	gmhB	COG0241	D-glycero-beta-D-manno-heptose-1,7-bisphosphate 7-phosphatase	TTGCTAGAGCCCTCAAGACAGGCGGTTTTCATTGACAGAGACGGAACGCTTGGAGGAACCGATCGGGTTGTTTTGCCCGGTGAATTTGAGCTTTTTCCGCAAGTACAGAATTCGATTGATTCACTCAGAGCTGCAGGCATGCTGATTTGTTCATTTACGAATCAACCTGGAATAACTCGGGGCGAGGCAACAAAGGATGAATTCGAAGCGGAATTATTAGGCTTTGGTTTTGACAAAATCTATCTTTGTGCTCATGAGCATGGAGCGGGTTGTCCGTGTAGAAAGCCGTCCCCTGGAATGCTGTTGAAAGCCGCAGAAGAAAATAATCTGGATTTAAGGAAGTGTTTTGTCATAGGAGATCGATGGACGGATATGGTTGCTGCCAAAGAAGCCGGTTGCAAGGAAAGTGTTCGTGAAGACGGGAGCTGGTGCCTAGGAACTGGGAAAATTCAATAA	MLEPSRQAVFIDRDGTLGGTDRVVLPGEFELFPQVQNSIDSLRAAGMLICSFTNQPGITRGEATKDEFEAELLGFGFDKIYLCAHEHGAGCPCRKPSPGMLLKAAEENNLDLRKCFVIGDRWTDMVAAKEAGCKESVREDGSWCLGTGKIQ	PGPT0023035_1525	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023035-gmhB|yaeD-K03273	NA	NA
JZ016_02092	603			hypothetical protein	TTGATTATTATTTTTATTTTGAATCTAATCATAGTCATAATTATAGTCATTCTAATGTCATATTATTTTACCATTCCAAGAAAAGATATGATCGACACAAGCGTACTTCCAGAATCCTATTTGATTAGAACTTCAAGTCGGATGGATATCCAGCCTCATTATGAGTGTGCAGCTTATTCAAGCGCATATGTTCTGAGACATTTAGGAATCGAGGCGACCGGTAACGAACTTTATAAACAATACCCCAGAAAGCTAGCCGATGGAACGGTCACTCCTAAGGGTATCCTTATATTTTTTAAAAGGCGTGGTTACGATGCGTCTTTTTACCGCGGTAATCTGCAAACGTTAAAGAAGCAAGTAAGCCAAGGGGTCCCGGTCATTGCGTTTATAAGGGTTTTTCCTAAACAGAGGTATTTACACTTTGTACCCGTGATTGGATTTGACCAAGAATACTTGTACTTGGCAGATTCTTTGGAACACACCATAAACTGCGAGGATTCTAGCTTTAATCGAAAAATACGAAAGCGTGACTTTGAGGCACTATGGAATACATGGGCCCCTTTTTGTAAAAAAAGTTATATTGTTATACGCAAAAGTGTTTAG	MIIIFILNLIIVIIIVILMSYYFTIPRKDMIDTSVLPESYLIRTSSRMDIQPHYECAAYSSAYVLRHLGIEATGNELYKQYPRKLADGTVTPKGILIFFKRRGYDASFYRGNLQTLKKQVSQGVPVIAFIRVFPKQRYLHFVPVIGFDQEYLYLADSLEHTINCEDSSFNRKIRKRDFEALWNTWAPFCKKSYIVIRKSV				NA	NA	NA	NA	NA
JZ016_02093	525			hypothetical protein	ATGAACGATGTAAGATTAGTTAAGCCTCAACTAGAGCTTGAAGAAGAATATCTATCATTTTATCAAGAATGGAAAGAATCCGGTGAGAATATGGTTCCTTGGGTTATAAGTAAGGATCCAAGTGATTTTCAGGGGATGCTGAAGGAACTCTCTAATCAAGAGAAGGGCATTGGTGTAAAGGAAGGCTGGGTCTCAGATTCAACCTTTTGGTTGGTCGATAAACAACATAGAGTATTAGGTGCAGCTAATATTAGACATCAATTAACCGAATATTTATATAATGTTGGCGGGCATATTGGCTATGGCATCCGCCCGCTAGAAAGATGGAATGGCTACGCGACTAAACTATTGGAATTGTCCTTGATTGAGGCCAAGAAACTGGGGATAAACGATGTATTAGTTGTCTGTGATGCCGGTAATGTGGGATCGGAAAGAACCATTATTAAGAACGGCGGGAGGCCGGATACAGACTACATAGAGGAAGATGGGAACGTAATTAAAAGATATTGGATAAAGAATACGTGA	MNDVRLVKPQLELEEEYLSFYQEWKESGENMVPWVISKDPSDFQGMLKELSNQEKGIGVKEGWVSDSTFWLVDKQHRVLGAANIRHQLTEYLYNVGGHIGYGIRPLERWNGYATKLLELSLIEAKKLGINDVLVVCDAGNVGSERTIIKNGGRPDTDYIEEDGNVIKRYWIKNT				NA	NA	NA	NA	NA
JZ016_02094	648			hypothetical protein	ATGAGTACACCATTTATTAGAAACCACCAGTTTAACGTGATTAAAAAACAATCGGATTTCCTTCTGAAAACATTGCGAACGATCGCGGATAGAAAAGTCCTGGAAACGGTCAGGTATCGTGCCGTAACAAGCACTTTGGAAGCTTTTCCGTCTCTAACAGAGGATCAGAAGCGGATGCTTGGAGAAATGTCGACCATTGAGAAGGCCGAGGATTTCCAGAGATATCTTAACGCGTTAGAACCCTATCTGGAGCCTTATCCGACGATTACGCTGAAACAGATTCAGAAGTTATTTCCTAAAAATAAGAAACTGAAAGTTCCGGATCTGCAATCGATCGACTTTCGATATGTAACGTATTTGGGCTGGGTGGATATTGCCACAAACAAGTTATATATCGTATATCCGTTCGAAGGAAGATTCATCGGGATCGAGGGAAGAATTACGCCGACCAACAAGAAAGGGTACTGTCTGTTCTGCAACCGGCATCAAGAGCTTGCCTTGTTCTCGGTCAAGACCAAGCCGGCCGTTGCTTCACCGGATAATCTTTCCTTCATTGGCCAATACGTATGTCTGGATAGCCAAGCATGTAATCACAGCATTACCGATACAGGGGCACTTGAGAAGTTCATTCTCTCCGCCAGCAAGTAA	MSTPFIRNHQFNVIKKQSDFLLKTLRTIADRKVLETVRYRAVTSTLEAFPSLTEDQKRMLGEMSTIEKAEDFQRYLNALEPYLEPYPTITLKQIQKLFPKNKKLKVPDLQSIDFRYVTYLGWVDIATNKLYIVYPFEGRFIGIEGRITPTNKKGYCLFCNRHQELALFSVKTKPAVASPDNLSFIGQYVCLDSQACNHSITDTGALEKFILSASK				NA	NA	NA	NA	NA
JZ016_02095	459			hypothetical protein	GTGAAGGTAGTCGAACTTCATGAAATGAAATTAGTCGGAATAAGAATAGTATGTCCCGGTGACCAGTATGTCAAAGAGATCCCCAAGGCCTCGGTTGAACTTAAAAATAGATTGCAAGAGATTCGTGACGTTGTAGAACCGGTTAGACTTGTTGGTGCATTCATCGCTGAGGATGTATCGGGAGGGGAAGATGGTTATTGGGTTTGTGTTGAGGTACTTGACATGAAACAAGTTCCTGAAGGGATGGTCTCATTAGTCATTCCAAAACAAAAATACGCAGTTCAACGACACCAGGGGCCTAATGATGAAATTAGAAATACATATGAAAAGCTCCATCGCTGGATACTAGAAAATAACCATGAACGATTGCCTAGATCCTGGCATCTGGAGATTTCGGATGAATGGGGACATGGGGAAGTAAATCATATTGAAGCAGACTTGTATGACACCATTAAATAG	MKVVELHEMKLVGIRIVCPGDQYVKEIPKASVELKNRLQEIRDVVEPVRLVGAFIAEDVSGGEDGYWVCVEVLDMKQVPEGMVSLVIPKQKYAVQRHQGPNDEIRNTYEKLHRWILENNHERLPRSWHLEISDEWGHGEVNHIEADLYDTIK				NA	NA	NA	NA	NA
JZ016_02096	408			hypothetical protein	ATGAATCTACCTAAACATATTGTCTCTGCTGCTGCAGGTGTACTGAATGAAAATAATGAAATATTACTTATCCGGGGGCCGCAAAGGGGCTGGGAAATGCCGGGCGGAGTCGTTGAAATTGGAGAGTCTTTGGCACAAGCAGCAATCAGGGAAACCAAAGAAGAGGCTGGAGTGGATATTGAGATTATAAGGTTTTGCGGGATTTTCCAAAACGTGAAGGCGAGTAGTTGTAATACATTATTTCTTGCGAAATACATTGGAGGTACACCCGTAGCTACAACAGAAAGTCTTGAATCAGGATTCTTCCCACTGGATGAAGCATTGAATATGGTGACCTATATGAATTTTAGGGAGAGAATCGAAGTTTGCTTAAGACCAGCTGATGAGCCGGTATATATTGAGTTCTAG	MNLPKHIVSAAAGVLNENNEILLIRGPQRGWEMPGGVVEIGESLAQAAIRETKEEAGVDIEIIRFCGIFQNVKASSCNTLFLAKYIGGTPVATTESLESGFFPLDEALNMVTYMNFRERIEVCLRPADEPVYIEF				NA	NA	NA	NA	NA
JZ016_02097	471			hypothetical protein	ATGATAATTAGAATTGCGAAAGAGGAAGATATCGATCAACTTATTCGGATGAGATGGGATTTTACGCTGGAAGACGATCTAGATGGAACATTAAAAAACGAAGCTTATAGTGACTTCTACGAGGAGTGTTATGATTTTTTATGGAAGGCTTTTCAAAGTGATATTTGGAGTATTTGGGTTGCTGAAGAAGACGGCATGGTCGTGTCCAACATATACATAGAACTTATTCACAAGGTACCGAGACCAGGGAGAATCACACATCCATTTGCATATATGACGAATGTATATACAAAACCTAATTATCGAGGTAAGGGGATAGGAAGTAAATTAATATCAAAGATTAACGAATGGGCAAAAGAAAATAAATATGAATTTATTATCGTATGGCCTAGTGATGAAGGGGTTGATTTTTACAAGAAAAATGGATATCAGCACTGCAAAGAGCCAATGGAAAATATGTTATGTGAGTAA	MIIRIAKEEDIDQLIRMRWDFTLEDDLDGTLKNEAYSDFYEECYDFLWKAFQSDIWSIWVAEEDGMVVSNIYIELIHKVPRPGRITHPFAYMTNVYTKPNYRGKGIGSKLISKINEWAKENKYEFIIVWPSDEGVDFYKKNGYQHCKEPMENMLCE				NA	NA	NA	NA	NA
JZ016_02098	459			hypothetical protein	TTGAAAAAGTTACACCTGCGTCATCTTGTAATCCTAATATCAATCATCTTGATATGTGTAGTTGTTTATTTCTCAAGCCCGATCAGATTTCAGCAAATCATTAGCTCTACGGATCATGTTGAAAAAATATATTTTACTTATCATGCTCAAGGAGAAACCAAGAGGTACCTCATTCAATTCGATGAACAAAATGAGATTGCCGAAATGATAGATATTCTAGATACGATTACTTACTCTCGTGAAATTAACACATATCAAGGAACAACCAGCAGCATTGTGATGATGGATATTTTTAATCGGGACTCAAGTAATTATTCACTCAGTATAACGGAAGATGGAAAAATCATTACGGATCATGAGCTATATCAATCCAAAAGGGACTATGAAGCGATTTTTAAGAGACTTATAGAATGGATAATGAACAACGGAACGTCCCAGCCGATTAATCAAGTGGAATGA	MKKLHLRHLVILISIILICVVVYFSSPIRFQQIISSTDHVEKIYFTYHAQGETKRYLIQFDEQNEIAEMIDILDTITYSREINTYQGTTSSIVMMDIFNRDSSNYSLSITEDGKIITDHELYQSKRDYEAIFKRLIEWIMNNGTSQPINQVE				NA	NA	NA	NA	NA
JZ016_02099	489			hypothetical protein	ATGGAAATCGAACTTATTCCTGTTTCAGTTCAAGAGAAAGAAACATTATCGAACATGTATCAATTTTATTTTTATGATTTTAGTCAATACACTAATCAGAACTTAAATGATGATGGAAGATACGGGGTGAACATTGATTTCTATTGGGAAGGTGACCCTAGATGGAACCCATATTTCATAGTATCGTCAGGAGCAATTCTAGGGTTCTTGGTTGTGCTGTTTGAGAATCTAGACACAGATCCAGACCCAACGCATGTAATTTATGATTTTATGATTTTGAAGAAATATAGAAGAAACGGGATCGGTCGCACCGCAGCTAAACAGGCATTTGGGTTATTCAATGCAAATTGGAAAGTAGCTCAAATGGAGAGTAATACAACTGCCATATCTTTTTGGAGAAACGTAATCAGTGAATATTCCAAGAATAATTACACAGAGAGATACAGGGAAGATTCAAAGAAGTACATACAAGAGTTCAGTACAAAGTAG	MEIELIPVSVQEKETLSNMYQFYFYDFSQYTNQNLNDDGRYGVNIDFYWEGDPRWNPYFIVSSGAILGFLVVLFENLDTDPDPTHVIYDFMILKKYRRNGIGRTAAKQAFGLFNANWKVAQMESNTTAISFWRNVISEYSKNNYTERYREDSKKYIQEFSTK				NA	NA	NA	NA	NA
JZ016_02100	546	coaE_1	COG0237	Dephospho-CoA kinase	ATGGATGATCAATGGCGAATAGCTGAGTATGATCCAGAGTGGCGAAACTTGTTCTTGGAGATAGGAGGGAACATACGAGAAGTTTTAGGGGATATAGCAGATCGAATTGACCACGTTGGATCTACGTCGATTGTTGGACTAGATGCCAAACCAATTATTGATATTCAAATCTCAATTAGTAATTTTGAAGATGTGAATCAATATAAGAATAAATTAGAGTCTATAGCGTTTGTATTTCGTAAAGAAAATCCTGATAAGACTAAAAGGTATTTTCGAGAAATTCCGGGACATCGGAGAACACATATTCATGTAAGACAAACGGGGAGTTACTCAGAACAATTGACATTATTATTTAGAGATTATTTGAGAGAACATAAAGAGGATTGCTTAAGATATTCGGCAGAGAAGCACCGGTTAATGGGATTGTACCATCATGAAAGACATAAATATGTTGAAGGCAAAGGCCCGATTGTATGGGAGTTAATACAAAAGGCACATGTTTGGTCACAAGAAATAGGTTGGAAACCAGATAAACCGGATCTGTAG	MDDQWRIAEYDPEWRNLFLEIGGNIREVLGDIADRIDHVGSTSIVGLDAKPIIDIQISISNFEDVNQYKNKLESIAFVFRKENPDKTKRYFREIPGHRRTHIHVRQTGSYSEQLTLLFRDYLREHKEDCLRYSAEKHRLMGLYHHERHKYVEGKGPIVWELIQKAHVWSQEIGWKPDKPDL				NA	NA	NA	NA	NA
JZ016_02101	489	nudC		NADH pyrophosphatase	TTGGAATACCAGGCACCTAAACAATGTATTTCGGTTTCAGCTTTAGTCACTAATGATCGTGGTGAGGTATTGTTGCTTAGAACACATTGGCGATCAGATACATGGGAAATGCCAGGTGGGAATGTTGAGTTAGGGGAACCCCTTGATAAAGCAATTTGCAGAGAGTTTCTTGAGGAGACGGGTATCATTATTAAACCAACTGGTATAACCGGTGTTTATATGAATACAACAAAACAAGTATTGTCTATATGTTTTAGAGCTCAATACATAAGTGGAGAAATTAAAATACAAGAAGACGAGATACTCGAAGCTAGATACATAAAAATTGATCAATCTAATATCGAGGAATACATAACGAGACCGCAGCAAAGATCTAGATTATTGGATGCGATGAATGCAGCATGTTTTGTGCCCTTTGAAGCTTGGGAAGCAAACCCGAATTATATGTTGTTACATAGGTTGGAAGGAAACATGAACAATGATTATTAA	MEYQAPKQCISVSALVTNDRGEVLLLRTHWRSDTWEMPGGNVELGEPLDKAICREFLEETGIIIKPTGITGVYMNTTKQVLSICFRAQYISGEIKIQEDEILEARYIKIDQSNIEEYITRPQQRSRLLDAMNAACFVPFEAWEANPNYMLLHRLEGNMNNDY	PGPT0013440_193	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013440-nudC-K03426	NA	NA
JZ016_02102	591			hypothetical protein	GTGATAACAGAACTTAATAAATCAGAGTTTTATAAAATAAGACATTTTACGGATAAGTGTAAAAATATCGAGGTTAGGGCTGTGGTTAGCGGGAATAACCCGGGCGGGGTCTATGTAGATCATCCAACAGAACCCACAGCAGCATTAATTTGGATTGAAGGACAAAAGGGTTTTCAGATTGTTGGAGATGCTCAGAGTACAACATTTATAACAGAACTAGCAGAATACATGAGAAATCATATAGAACCCAAACTACAGGAGCAAGATATAAATTGGGTCGAGATTGGTCTGGATCCTGATCCTTGGGATAAAACGATACAAAACATTTTTCAGGAGCGCCGCATTTCGAGTGATACTCAACATGTGTTCACATTAAGAGGGAAGCCACCACACATTGAATTTCAAGATAGCGTTGTAAATATTCAACGGATAACTCGTGAGTTATTGAAGTCAAGACGATTGGATAACCATTCGTTTTTAGAAAAGAAGATATTACGATTTTGGGATTCTATAGACTCTTTCTTAGAGCAAGGATTCGGATACTTTGTTGAGGATAATCACTTTATGTTTTTCAGCATTTGTTGTAGATAA	MITELNKSEFYKIRHFTDKCKNIEVRAVVSGNNPGGVYVDHPTEPTAALIWIEGQKGFQIVGDAQSTTFITELAEYMRNHIEPKLQEQDINWVEIGLDPDPWDKTIQNIFQERRISSDTQHVFTLRGKPPHIEFQDSVVNIQRITRELLKSRRLDNHSFLEKKILRFWDSIDSFLEQGFGYFVEDNHFMFFSICCR				NA	NA	NA	NA	NA
JZ016_02103	339			hypothetical protein	GTGGATCTGGAATATAGAATCAATGATGACTGTATTGTCAGCGAGGTTAAAGAAGTATTTATTCGATCAGGGATCAGGAGACCGGTAGGCGATTCAGATCGAATTCAGAGGATGATAGATCATGCAGATGAGATTATAACGGTAAGAGAAGGAAGTAAACTGGTGGGATTTTTAAGGGCCATCACAGATTATTCATATTGCTGCTATATTTCAGATATTGCGGTGGATACGGAATATCAAGGATTAGGAATTGGCAAGGAACTAATCAGAATATTGAGGGACAAATTAGGAGAAGACATATGTACTAACTTCAGCACCGAAAGCCGTAGGATTTTATGA	MDLEYRINDDCIVSEVKEVFIRSGIRRPVGDSDRIQRMIDHADEIITVREGSKLVGFLRAITDYSYCCYISDIAVDTEYQGLGIGKELIRILRDKLGEDICTNFSTESRRIL				NA	NA	NA	NA	NA
JZ016_02104	894			N-carbamoyl-D-amino acid hydrolase	ATGAAAACCTTTACAGTCGCAACCGTACAATATAATTGCAGTGAGCCTGATCAAAAACTAAATACGGAAATTGGATTAAGATACGTAAGAAAAGCCAAAGATCTTGGAGAAGATATTGTACTATTTCCTGAATGTTGGATAACTGCATATGCTTTTCCCGACATTGTTGAAACCAAGCTTCCCGCAGAAGAGATAGAGAATCATCCTGATTTCAAAGCTTGGTATGAGGCGGCAATAGACGAAAATAATACAGCCTTAAAATCTTTTCAAGCAATTGCGGAAGAATTATCTATTGGCATTGTCATCACGGGTTTTACAAAAGGGGTAAAGCGTCCTCAAAATTCAGCATTTGTAATTGATCGAAATGGTGAAATTTTATTAAAGTACAGCAAAGTCCATACATGCGATTTTGATACTGAACGTATGCTGGAGCCTGGTACTGAATTTAAAGTATGTGATTTTGATGGGGTGAAGATTGGGGTCATGATTTGTTACGACAGAGAATACCCAGAAAGCGCAAGAGTATTGATGTTAAAAGGAGCAGAAATCATTCTGGTTCCCAATGATTGCGGGACCATGGAGCCAAGATTACAGGCTCTTTCTACTAGGGCTTATGAAAATATGGTTGGCATTGCGATGGCGAACCCTCCTGGTGAACATGCTGGATGCTCTTGTGCTTATAGTCCGATTATGTGGGATTCTGATGGGAAATCGGTCGATAACACCATTATGCTGGCGGATCATATGTCAGAGGGCATATTTATTGCTGAATTTGATCTGGATGAAATTCGTAAGTATCGTAATAAAGAAATGATGGGCAATACGTTTAGGAAAGTGAAAGCTTATAAAGATTTACTAACTGAAAAAGTAGAAGAGCCTTTTATACGAGAATAA	MKTFTVATVQYNCSEPDQKLNTEIGLRYVRKAKDLGEDIVLFPECWITAYAFPDIVETKLPAEEIENHPDFKAWYEAAIDENNTALKSFQAIAEELSIGIVITGFTKGVKRPQNSAFVIDRNGEILLKYSKVHTCDFDTERMLEPGTEFKVCDFDGVKIGVMICYDREYPESARVLMLKGAEIILVPNDCGTMEPRLQALSTRAYENMVGIAMANPPGEHAGCSCAYSPIMWDSDGKSVDNTIMLADHMSEGIFIAEFDLDEIRKYRNKEMMGNTFRKVKAYKDLLTEKVEEPFIRE				NA	NA	NA	NA	NA
JZ016_02105	522			hypothetical protein	ATGAAGGACATCATAAACATAAAGAGACTAACTACATTAGAAGAAGCTGAATTGCTGGATCAAGAATTTGCTAAGCGTTATGAATGGTATCGACAAGGAGATTATTATTATAAGTGCCTAAGTGAGAACAATACCAATGAACGAGTAACACTGATTGCTTATTACAATGATTCGTTAGCAGGATGCTGTCATTTAATCTATGAGTCTCAGTATCCTTATTTTCTTGATAACAACATCCCTGAGATTAATGATTTGAACGTATTTCCAGAGCATAGAAGAAAGCATATAGCAGATAGATTATTTGATGAATTAGAGCTGATTGCCTCAAAGACCTCTACATACGTTGGACTAGGAGTAGGGCTGTACAGAGATTATGGAAATGCCCAAAGAATGTATACATCTCGTGGATATGTGATGGATGGCAGGGGGATGACCTATAAAAATGTTCAAGTAATACCAGGAGAATCAGTTATCGTTGATGATGATCTATTAATTTATTTAGTTAAGAATCTAGAGAGTTAA	MKDIINIKRLTTLEEAELLDQEFAKRYEWYRQGDYYYKCLSENNTNERVTLIAYYNDSLAGCCHLIYESQYPYFLDNNIPEINDLNVFPEHRRKHIADRLFDELELIASKTSTYVGLGVGLYRDYGNAQRMYTSRGYVMDGRGMTYKNVQVIPGESVIVDDDLLIYLVKNLES				NA	NA	NA	NA	NA
JZ016_02106	603			hypothetical protein	ATGAAACGTATGCCATTTGAGCGTCCAACCGAACATTATGATGAACAATTGATTCATGTTGATGAGCAAATTTGTGCATTGTTGAAACAAAGGAAGGAACTTTCAGGTAACAATCCAGGGTTTCCGCCATTTGAGTATATTTCACAGTGGGCGACAACGTTTGAACTCTACGAGGATTATCTAAAAGCTATTTTTGGAACGTTTATGAGCGAAGAACATTATAAACCCATGCTTGACCCAACAGGGTTCAGAAAACATATTCCGGTTTTAAAATCAGTTGTAAAAGGAATGTTCTTTTATACGCTGAACTCAATACGACAATACGCTAATGCAAGTGTAGTAACATTCAGCATGGATTGGGACATGACAACTGAGCAAACTTCAAGTTCATACAACCTTAGCCATTTTGAATTGTATGTTGGAGAACAATATGATTGTCGAATGACCAATGGCGGGGGTTCTTCAGGGCATGCACCCTATAACTATGTAATATCTCCGCCATTACCTGATGATATTTCAGGAATGGAGTTCGTGTTCAAGGAATTTAGCAAACCTTTTAAAAATAATGAGACAGGTACTGAAATCGTCTTCAGAGTTGAATGA	MKRMPFERPTEHYDEQLIHVDEQICALLKQRKELSGNNPGFPPFEYISQWATTFELYEDYLKAIFGTFMSEEHYKPMLDPTGFRKHIPVLKSVVKGMFFYTLNSIRQYANASVVTFSMDWDMTTEQTSSSYNLSHFELYVGEQYDCRMTNGGGSSGHAPYNYVISPPLPDDISGMEFVFKEFSKPFKNNETGTEIVFRVE				NA	NA	NA	NA	NA
JZ016_02107	1170	alaS_1	COG0013	Alanine--tRNA ligase	ATGACGAAGAAGCTGTATTACGATTCCGCTTATATCCGGGAGTGGGAGACACGAATCACACGGAAACTGGAACGGGAGGACGGAACCTACCTGATCATGGAGGAGACGGCCTTTTATCCGCACGGTGGAGGGCAGCCTTGTGACCTGGGGTGGATCGATAAAATTCCTGTTCTTGATGTTGTTCAGGAGGAAGGGGAAATTCTTCATAAAGTCGAGCGTTTGTCTGAGAAGGAAGAGGTTAGCTGCCGTTTGGATTGGGATAGAAGATTCGATCATATGCAGCATCATAGCGGCCAGCATCTCCTGTCTGCCATGTGTCTGGAAGTATGCCAGGCGGAAACACTCAGTTTCCATTTGGGTCAAGATTACGCTACGATTGATATCGCTCAATCTGACCTGTCTCAGGACCAACTGATGATGCTGGAACTGGAAGTTAACGATCAGGTGTACCTTAATCGAGAAGTAACGAGTTATTTTGTGAGCCGGGAGCAGGCTGCTGCCTTGCCGCTGGTGAAGCAGCCGAAGGTAACCGACGATATCCGGATCGTAGAAATCGAAGGTATCGAATATAACGCTTGTGGGGGTACACATGTCTCCGCAACGGGTGAGATCGGAATGATCAAACTGCTCAGAGCCGAGAAACAGAAAGGGCATTTGCGTATCTATTTTAAATGCGGTTATCGTGCATTGAATGAATTCAATGCGGGAATGGAGATTTTAAGCAGCCTATCAACCAGGTTCAATACCTCTAAGGAGGAGGTCTTGGACCGGATTGCAAAATGGGATCATGAACAGAAGTTGCTCCAGGCTGAATTGAACGCCGTGAAGGCTGAGAATGATGCTTACCTGGCAGGAAAGCTATTGGCGGACCGTCAGGGCAGCCTGATCCAACACGTTTTTGCGGATAAGCCGCTGAAGGATATGCAGAACCTGGCGGCAAAGCTCACCGAAGAAGCTGACGTTATCGTGCTCTTCGTGTCCAACGCAGACCATAAGATTGTCCTCGCTCAGGGAGGGAAGAGTGGTCTCGCATGCGGCGCGTTCTTTAAGCAGTATCTGGCTGATTATCGCGGTAAAGGCGGAGGCAGCGATAAGCTGGCACAGGCTGGTTTTTCCACCGGGGAGGATGCCATGGCGTTTTACCATTTTGCGGCACAGTCATTAAGTTAG	MTKKLYYDSAYIREWETRITRKLEREDGTYLIMEETAFYPHGGGQPCDLGWIDKIPVLDVVQEEGEILHKVERLSEKEEVSCRLDWDRRFDHMQHHSGQHLLSAMCLEVCQAETLSFHLGQDYATIDIAQSDLSQDQLMMLELEVNDQVYLNREVTSYFVSREQAAALPLVKQPKVTDDIRIVEIEGIEYNACGGTHVSATGEIGMIKLLRAEKQKGHLRIYFKCGYRALNEFNAGMEILSSLSTRFNTSKEEVLDRIAKWDHEQKLLQAELNAVKAENDAYLAGKLLADRQGSLIQHVFADKPLKDMQNLAAKLTEEADVIVLFVSNADHKIVLAQGGKSGLACGAFFKQYLADYRGKGGGSDKLAQAGFSTGEDAMAFYHFAAQSLS				NA	NA	NA	NA	NA
JZ016_02108	471			hypothetical protein	GTGGGTAGAAAATCATTTATCATGATTTCCGTCATCGTATGCTTACTACTTAGCTTAGGTTGTAGTAATAACCATGAAGTTACTTCTGACGACATTGGCAAAATAAGTATAGAACTACAAGAACAAAAAGAAGAATCAAATGGAACCATGTTCACACTAAAACTGCATAACAAATCTAGTCATATTATAGTACAAAATAATGTATATTTAAGTTTTCCCATAAAACTTGAAAACGGTGTTAAAGGGAATGATTTTAAGATCGAAGCTAGAAATAATAAGCTCAATATTGGTCCGGGAGAAGAATTACTTCTTACCGTATTTGCTCCGAAGGAAATGTATGAAGGAAACCATAATATTGACTTAGAAGATCCCCATATCGAGATTAAAGGTTTCTTTAATGAAGTAACCGAAAAAAATCAATTCAATATGATTGGAGGGCATCGTACTATGGTTGGTTTTAATGGGGAGTGA	MGRKSFIMISVIVCLLLSLGCSNNHEVTSDDIGKISIELQEQKEESNGTMFTLKLHNKSSHIIVQNNVYLSFPIKLENGVKGNDFKIEARNNKLNIGPGEELLLTVFAPKEMYEGNHNIDLEDPHIEIKGFFNEVTEKNQFNMIGGHRTMVGFNGE				NA	NA	NA	NA	NA
JZ016_02109	453			hypothetical protein	TTGCAAAAAATTTATTGGTCTATTCAATTTATTCAAAAGGAATATTTATATAAAGAAAATTTAATTGAAAAAGGCGTAATCATCTCAAATCTATTTGATGGAACAACTGAAATTATTAATAATTGGGACAAGACGTTTGCACTAAACATTAGTGACGATATAAAAGAAAGCACTTTTTACGATCAATATAAATGGCATATTTTCAGTTATGAAATACAAGATTGTCTGAAACAACATGAAGCAAGAAATGCTTTTAATGCTGAAATTAAAGATGAAGTATATGTTATGTACCAAAACTCTCCCCGTGTACTTCTATACAGTAATGCAAATGCATTAGTCGCAGAGGATTTTGATTCCCAACAAGATATCTATGTATTTAATAAAAATTTTACTTGGACGTATGTCAATACGCATGAAGACATGTGTGGGCCCTATTTTTATAAAGTGAAATAA	MQKIYWSIQFIQKEYLYKENLIEKGVIISNLFDGTTEIINNWDKTFALNISDDIKESTFYDQYKWHIFSYEIQDCLKQHEARNAFNAEIKDEVYVMYQNSPRVLLYSNANALVAEDFDSQQDIYVFNKNFTWTYVNTHEDMCGPYFYKVK				NA	NA	NA	NA	NA
JZ016_02110	630			hypothetical protein	ATGACTGCAAAGCCACAACTGGTATTAGATTTAGCTGGTGTATTAGTCAGTAATTTCTCATCTACGTTTTGGCTCCAATTATCTAAGGGTACCGAAATCTCGTTTCAAGGCATCCGAGAACAATTTGATGAGATTCGAAAAGATCTATGGACTGGAAAGATCAAAGAAGATGATTTTTGGGAATGGATGAGTCTGCGAATAAAGCAAATTAACAAAGAGCGAGCCAGAGCGTTATTAATTCAATCACTGGAACCTCTCCCTGGATTAAATTATTTGGCGGAGTGGAGTGAAATTGCAGATATCCATATCTTAAGTAACCATTGTAAGGAATGGTTGGAATCGATTTTAGAAAGAGTAGAACCCTATACAAAGAGCATAACGATTTCAAATCAAGTAGGTTTAAGAAAACCAGATATACAGATATATCAACATGTCGGCAAACAATTTGAAGCAGGCCAAACGGTTGTTTATATTGATGATCAAGAAAAGAACCTGAAACCGGTTATCGAACTTGGATGGAAAACCCTGTTAGCAGATAAAGAGCATAAATGGATAGAACAAGTTGAACTCATGATAGGAATGAGGAGGAGAACACTTGATTTGAAAAGAGATTCAATTAATTCTAGATAG	MTAKPQLVLDLAGVLVSNFSSTFWLQLSKGTEISFQGIREQFDEIRKDLWTGKIKEDDFWEWMSLRIKQINKERARALLIQSLEPLPGLNYLAEWSEIADIHILSNHCKEWLESILERVEPYTKSITISNQVGLRKPDIQIYQHVGKQFEAGQTVVYIDDQEKNLKPVIELGWKTLLADKEHKWIEQVELMIGMRRRTLDLKRDSINSR	PGPT0017745_747	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017745-yihX-K20866	NA	NA
JZ016_02111	552			hypothetical protein	ATGCCGTTAAATTACAAAAGGCCAGAAACATTAGAAAAGCTTGTTCAATTGGATCAGGAACTTCATCAATTACATGGGCAAACTGTCCATGATTACATAGGCTTTTATATAAGCTTTAATAATGATGATGACAGATATGAATGCACACCAGAGGACGCTGTAGTTTTTGGCAGAACAGGAGTAGGTGGGGACCACTTCGCTTTTTACACGTTTAATCAAACTCTAAAAGATTTAGAAGAGGCCCCGATTATTTTTATACAACCTATGTTTGAGAATGCAGTAAACTTGGTTGCGAGAAACCTTAGGGATTTTCTAGCTTTATTCATCACCCTTAAGGAAATTTATGTTCTAGAACGTTTTGAATATTATAAGAGCCAATCGGATTTTATCAAGGATTATAACGAGAATTATTTGAAGGACATAGATTCACGAGAGAGTGAACTTCAATTCTTTATTGAGGAATTAAGGGAGAAGGTTGCTGAAGGAATTACTGATATTAATGATGCATACGCATACATTACGGATTTAAGAAAAGAAATTCAATTGTCATAG	MPLNYKRPETLEKLVQLDQELHQLHGQTVHDYIGFYISFNNDDDRYECTPEDAVVFGRTGVGGDHFAFYTFNQTLKDLEEAPIIFIQPMFENAVNLVARNLRDFLALFITLKEIYVLERFEYYKSQSDFIKDYNENYLKDIDSRESELQFFIEELREKVAEGITDINDAYAYITDLRKEIQLS				NA	NA	NA	NA	NA
JZ016_02112	1164	opuBA	COG1125	Choline transport ATP-binding protein OpuBA	ATGATAGTACTGGAGCATGTGAACAAGGTTTACGATAATGGCTTTCACGCGCTGAAAGACATTAATCTGGAATTCAAAAAAGGGGAAATTACCGTCCTCATCGGACCGAGCGGCTGTGGCAAATCGACTACCATGAAGCTGATCAACGCGCTCAATACGCCATCCTCGGGCAAAGTTCTGATTGACGGTAAGGATATCTCGAGATTGAATCCGGTTGAACTTCGACGCAATATCGGCTATGTCATTCAAAGCGTTGGATTATTTCCGCATATGAATATCTCCAAGAACGCGGGCGTGGTTCCGCGTCTGAAGAAATGGGATAAAGACAAAACAGATCAAAAAGTAAGTGAATTGTTGGACATGGTCGGACTGGACCACACCATATATGGTACGCGCTATCCATCTGAGCTTAGCGGCGGACAACAGCAGCGTGTAGGCGTAGTGCGAGCGCTGGCAGCTGAACCCGATATTATCCTGATGGACGAGCCATTCTCCGCACTGGATCCCATCAGCCGCGAGCAGCTTCAGGATGAGCTGATCCGTCTTCAGCAGGAGCTCAATAAAACCATTATTTTTGTGACGCATGATATGGATGAAGCTATTAAAATCGCGGATACCATCGTTCTGATGAAAGATGGCGAAGTAATCCAAACAGGTAGACCGGACACCATTTTACGGCATCCCGCAAACGAATTTGTACGTGACTTTATCGGTTCGAAACGTCTGCAAAATGAAAATGAAAGCGCCTATGAAATTCCGCTTGTGGATGAAGTGATGATTACGAATCCGGTCACGGCATTCCCGAGCCGGGGATTGGCTGAAGCCATCAAGATGATGGAAATGAAGCGAGTCGACTCGCTGCTGATTGTGGACCGTAACCGTCAGCTACAAGGCGCGGTTTCGATCTACCGCGTGCTCGACCAATACGGCGAAGAAGGCAAAACCGTGGCAGACGTTATGCATCCGGTCCGTTTTTCCGTGGCTTCGGGAAGCACGCTTCCACAGGCTATTGAGATTATGGACAGTCATCAGCTCAGCAACCTCCCTGTCGTAGACAGCAATAACCGTTTCCTCGGATTAATCACAAGAGGCAGTGTGGTTAAACATTTGGCCGAAGTCTATCCTACGATGGTTCCTCCGGTGCTGATCGGAGAGGATGAGTGA	MIVLEHVNKVYDNGFHALKDINLEFKKGEITVLIGPSGCGKSTTMKLINALNTPSSGKVLIDGKDISRLNPVELRRNIGYVIQSVGLFPHMNISKNAGVVPRLKKWDKDKTDQKVSELLDMVGLDHTIYGTRYPSELSGGQQQRVGVVRALAAEPDIILMDEPFSALDPISREQLQDELIRLQQELNKTIIFVTHDMDEAIKIADTIVLMKDGEVIQTGRPDTILRHPANEFVRDFIGSKRLQNENESAYEIPLVDEVMITNPVTAFPSRGLAEAIKMMEMKRVDSLLIVDRNRQLQGAVSIYRVLDQYGEEGKTVADVMHPVRFSVASGSTLPQAIEIMDSHQLSNLPVVDSNNRFLGLITRGSVVKHLAEVYPTMVPPVLIGEDE	PGPT0013585_508	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847	NA	NA
JZ016_02113	666	opuCB	COG1174	Carnitine transport permease protein OpuCB	ATGAACGCATTCTGGAGTTTTATTACGGATCGTTATCCAGATATTCTAAGGGCATTGCAGGAGCATCTGGTCCTCTCATTCTCTGCCGTTCTTTTGGGGACTGTTATTGCCGTACCGATCGGTATCCTGCTCGTATACAACCGGGTAGGCTGGATGAACAGCATCGTATTTTTCATTACGAACCTGTTTCAGACGGTTCCGAGCCTGGCGCTTCTGGCTATTCTGATTCCGCTGCTCGGCATCGGCATGAAACCGGCCATCCTTGCGCTGTTTCTGTACTCCCTTATGCCCATCCTGCGGAATACCTATGACGGTTTTCACTCCGTGGATAAAGGCGTGCTCAATTCGGCCAGGGGGATGGGATACAGCACCGCCCAAACGATTTTGCGGATTCAGCTTCCCTTATCGCTTCCTTACATCATGTCCGGTGTCCGCATTACGACCGTGTATATCATCAGTTGGGCAACACTGGCTTCCCTGATTGGTGCTGGCGGTTTAGGCCAGCTTATTGTATCTGGACTTGGTGTCAACAAGCCCGAGATGATCTTCATCGGTGGCATTGGCGCTATTCTCTTGGCACTTGTAGCTGACGGATTGCTTGGGCTGCTTGAGGGCTGGCTAAGCAAACACTACCACCAGACTCAGACCCGGGACGCTGCGATATGA	MNAFWSFITDRYPDILRALQEHLVLSFSAVLLGTVIAVPIGILLVYNRVGWMNSIVFFITNLFQTVPSLALLAILIPLLGIGMKPAILALFLYSLMPILRNTYDGFHSVDKGVLNSARGMGYSTAQTILRIQLPLSLPYIMSGVRITTVYIISWATLASLIGAGGLGQLIVSGLGVNKPEMIFIGGIGAILLALVADGLLGLLEGWLSKHYHQTQTRDAAI	PGPT0013590_3934	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846	NA	NA
JZ016_02114	954	opuCC	COG1732	Glycine betaine/carnitine/choline-binding protein OpuCC	ATGAGTCACATCAACCGTAGACAGCGAGCCGGACGGAACAAGGAAGGCGTGATGAATCTGAAAAAACTTAAATGGACTCCGTTGTTCATCTGCATGATAGCTTTTGCTGCTTTTACCTCCGCATGCGGAATTCAAAGCGAGATTACAATCGGGACGCAAACCTATACCGAAACCAAGATTATTGCTGAAATGTATAAAGCGCTCATTGAAGACCAAACCGATCTGAAGGTCGATATTATCCCGGATCTGGCATCAAGTTCATTGGTCATCAATGCGATGAAACGAAACGACGTTCAGATGGCGACACTATATACCGGTGAGATTTTCAACAACCATTTCCCGATCAGCGGCACCAAAGACCGCGATAAAGTCTTGAAGGAAGCGCAGGATGGATTCCAGGAACACTTCGGGTTCACCTGGATGAACCCTTTGGGTTTTGAGAACACCTACGCGTTCACGGTAAGAAAGGATCTTGCCGAAGCCAACGGGTACACCAAAATCTCCGATGTCAAAAAAGACATGGGCACCATGAAGCTTGGGGTAGATACGACATGGCTGGAGAGAAGCACGGATGGATATCCTGCATTCTCTAAAGCGTATGGCATCAAATTCGGTCAGGTCTTCCCCATGGAAATTAGCCTGGTATACAGCGCGGTAGCCAATGAGCAGGTGGATATCGTGCTGGCCTACTCAACGGATTCCCGGCTGAAAGCCTACCAATTGCAGACGCTTCAGGATGACCAGCAATTCTTCCCTCCATATGATGCAAGTCCGGTATTGCGTTCGGACCTTTTGAAGAAGCATCCTGAAATTCAGGATACGATAGCGCCTTTAATCGGTCATCTGGATGCAGATACGATGATATCGCTTAATTATCAGGTGGACATTGAGAAGAAAAGCGAGCGGGAGGTCGCAATCGCGTATTTGAAAGAGCAGGGCCTCTTGAAAAGCTAA	MSHINRRQRAGRNKEGVMNLKKLKWTPLFICMIAFAAFTSACGIQSEITIGTQTYTETKIIAEMYKALIEDQTDLKVDIIPDLASSSLVINAMKRNDVQMATLYTGEIFNNHFPISGTKDRDKVLKEAQDGFQEHFGFTWMNPLGFENTYAFTVRKDLAEANGYTKISDVKKDMGTMKLGVDTTWLERSTDGYPAFSKAYGIKFGQVFPMEISLVYSAVANEQVDIVLAYSTDSRLKAYQLQTLQDDQQFFPPYDASPVLRSDLLKKHPEIQDTIAPLIGHLDADTMISLNYQVDIEKKSEREVAIAYLKEQGLLKS	PGPT0013595_1577	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013595-opuC|yehZ-K05845	NA	NA
JZ016_02115	699	opuCD	COG1174	Glycine betaine/carnitine/choline transport system permease protein OpuCD	ATGGAAAATGAACATTTAACATTTGCCGACTTTTTGTCGTATATATCACGAAATCAGGGGTTGCTCTGGGAGTATTTCATCCAGCATATTACGATGGTCGTTATCGGTCTGGGCCTGGCATTCATCGTTGGAGTGCCGCTTGGCATCCTCTGCTCTAAGAGCAAATGGGCAGCCAAAATCATTTTGTTTATCACCAATATCCTACAGGTGGTACCGAGCTTAGCCATGCTCGTGGTGCTCATGTTATGGATGGGACTCGGGACGACAACGGTCATGGTGGGACTCTTCCTGTATTCCCTGAATCCAATCGCGCGGAATACGTATGTTGGGTTAAAACAGGTGGATCCCAGCTATCTTGAATCCGGAAAAGGAATCGGGATGAGCCCCTTCCAAATGCTCGTGAACGTGCGTTTCCCGCTTGCGCTGACGTATATCATGTCAGGCCTGCGTATTGCGGCCGTCATCGCCATCGGTGTGGTAACAATCGCCCCTCTCGTAGGAGGAGGCGGGCTGGGACGGGAAATCTACGCTGGACTGAACAGCAATAACTCCCTCCGTATCTTTGCAGGTGCCATTCCAGCCGCAGTGCTGGCAATCGTTGCGGATCTTGTGCTTGGCATGCTCCAGCGTAAGATGGATCTAGCCAAACGAAAGTCAGGTGCGGCTCCATCGCCTGCGAAAACGCCAAACATCAACTAA	MENEHLTFADFLSYISRNQGLLWEYFIQHITMVVIGLGLAFIVGVPLGILCSKSKWAAKIILFITNILQVVPSLAMLVVLMLWMGLGTTTVMVGLFLYSLNPIARNTYVGLKQVDPSYLESGKGIGMSPFQMLVNVRFPLALTYIMSGLRIAAVIAIGVVTIAPLVGGGGLGREIYAGLNSNNSLRIFAGAIPAAVLAIVADLVLGMLQRKMDLAKRKSGAAPSPAKTPNIN	PGPT0013590_3108	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846	NA	NA
JZ016_02116	618			hypothetical protein	ATGAAATTAGAGATTTTAAATGTTTCCTCGTATTGGAAAACTGAAATGAAGCAAAAATATTTTCAACTTTATGAGGAAAACAGCAAGTTGGTTGTTCTGTTTCCCGGAAAAAACTTTCCTTGTGATAAACCAATTCTACATTTTGCTGGAACCTCCGCACTTCAAAGTGGTTTTGACTTAATGATATTGGAATACGGCTATCAAGCTGCGAGAACGGATTTGGATGTTAATGAACTGCAAAGAGTAATAGAAGATAGCCACGAATCGGTTCAACGAATCATTAGCAAGTATAAACAAGTTGTTTTTATTAGTAAGAGCATAGGAACGATCGTTGCTGGAGAAGTTCATGGGAAACTCGAAATTCCAATCCAACATATATTTTTGACACCAATTAAAGACACCATTTACTATATCAACAAATTCAATGGACTTGTGGTTTATGGAACAAAGGATGAAGTGTTTAGTAAGGAACATGCAAACCAAATCAACATAGACAATGTCAGAGAGGTCATTGAAATTCCTAATGCAAATCATGCTTTAGAGACCCATAATGTTGAGGAAAGTATTGAGATATTAAGTAAGCTTGTAAGGATATATATGGAATTCCTAAATAAGTAA	MKLEILNVSSYWKTEMKQKYFQLYEENSKLVVLFPGKNFPCDKPILHFAGTSALQSGFDLMILEYGYQAARTDLDVNELQRVIEDSHESVQRIISKYKQVVFISKSIGTIVAGEVHGKLEIPIQHIFLTPIKDTIYYINKFNGLVVYGTKDEVFSKEHANQINIDNVREVIEIPNANHALETHNVEESIEILSKLVRIYMEFLNK				NA	NA	NA	NA	NA
JZ016_02117	528			hypothetical protein	ATGCTTGAAAATCCTAAAATAGAAAATCTGATCCATCAAGCAGATGTTTCAATTCCATTAGTAGTCATGATGTGCGGTGTGGCTGGGTCAGGAAAAACAACATTTGCTCAACGGCTAGAGCAGAGGGGCTTTGTACGTCTCTCCATAGATGAAGAGATATGGTCTACAAATGGTCGATACGGAATTGATTATCCAGTTGAAATGTATGAGCAATTTAAAGTTCAAGCCGAGTTAAAGCTGTATAAGGAACTAGTAAATCTGTTAAAGGAAAAGCGCAATGTGGTCATTGATTTCAGTTTCTGGCAACGTAAGAAACGAAATGATTATAAGAAGCTAATTGAAGATGGAGGAGGAGAGTGGAGGCTCATTTATTTGAAAGTTCATCCTAATGATTTGCGTGAACGACTTCGCATTCGGAGCCAGAGATTCGATGCTAATGCTGCATTTACAATAACAGAAGAAATATTGTCTTCTTTCCTCAAGGGTTTTGAAGTACCTACTGGTGAAGGGGAAATTATCATCGAGTAA	MLENPKIENLIHQADVSIPLVVMMCGVAGSGKTTFAQRLEQRGFVRLSIDEEIWSTNGRYGIDYPVEMYEQFKVQAELKLYKELVNLLKEKRNVVIDFSFWQRKKRNDYKKLIEDGGGEWRLIYLKVHPNDLRERLRIRSQRFDANAAFTITEEILSSFLKGFEVPTGEGEIIIE				NA	NA	NA	NA	NA
JZ016_02118	1740		COG1132	Putative multidrug export ATP-binding/permease protein	ATGAACATCCTGCGCAACCTTACAGCGGATAATCCGCGCTCGTTGGTTAAACCTGTATTTTACACGACCGTTGCCAATTTGGCGGGCGTGATCCCTTTTGTGCTGTTGGTGGAAGCAGTAAGATTGTTCTTTACCCCGTTTGTCCATCCCGCTATCCCCCTGGATACGGCACGGCTCTGGTGGGTGTGCGGCGGGCTGGCGGTTTCGCTTGTTCTCTTGTTCGCCTGCGAAACTCTCGCCAGTCGTTCTCAATTCCGCGACGCATACAGCGCGGCGGCGGACGGACGGACGCGGCTGGCCGAGCATTTGCGCAAGCTGTCATTAGGGTATCTGAACAAACGCGATCCGGGCGATCTTGCCAATATGATGATGGGCGATTTTGCGATGCTGGAACATGGCATCTCCCATGTGGTTCCGCAGATGATCGGAGCCGCCGTCATGCCGGTTCTGGCCTTGATTGGCCTGTTTTTCCTCGATTGGCGCCTAGCGCTTTCCCTATTCGCTGCGATGCCGGTGGCAATCCTGCTGGTGCTTTTGACCTCCGGCATCCAGCGCAAACTTGGCTCGCAGCATATACAGGCCAAGATCGAGGCCTCCAATCGACTGCAAGAATACTTGAACGGTATTCGGGTGATTAAAGCTTATAACTTGACCGGAGAACGTTTTGTCCGGCTTGATCGGTCATTCAGGGAATTGATGCGGCAGAGCATCCGCCTCGAAGGGTTGTTGGGGCCGATAGTGCTGAGCGCGATTGCCTGTTTTCGTGTCGGCCTTACCCTGATGGTCACGGCTGGGGTACATCTGCTGCTCGGCGGGAGCCTGGATGTTATCACATTCGCAGCGTTCCTGATCATCGGAACCCGAATCTTCGATCCGCTGACGACAGCACTCGCCGGTTATGCGCAGTTTCGCTATCTCGAGCAGGCGGGCGAACGCATCGTGCAGCTCCTGCGGGAGCCGATCATGCAAGGAGAGCGGCAGCCCCCTGCAGATCATGATATCGAATTGAAGCAGGTTACGTTCGGCTATCTGGATCAACCCGTATTGCGAGACGTGAGCGTAAGCATGCCGGCAGGTTCCTTCACCGCATTGGTCGGCCTTTCGGGCAGCGGTAAAAGTACCATTCTTCGGCTCATTGCCCGTTTTTACGACCCGGATAAGGGGATGGTGACGATGGGCGGGGAGGATATTCGCGCAATGGACCCGGAAGCGTTGTTGCGTAAAGTATCTATGGTGTTTCAGGATGTGTACCTCTTTCAGGATACGATTGAAGGCAATATCCGGTTCGGACGAAGCGACGCAACGCACGAGGAAATCGAGGAAGCGGCCCGGCTTGCTTGTTGTCACGATTTTATCCTGAAGTTGCCGCAGGGTTACGACACGATGGTCGGTGAAGGCGGAAGCACACTGTCGGGCGGTGAAAAACAGCGAATTTCCATTGCAAGGGCGATGCTGAAAAATGCGCCAATCATTCTCCTTGATGAAGCAACCGCTTCTCTCGATCCCGAGAACGAAGCGGAGATTCAGAAAGCGATTGATCGGCTTGTTCGAGGCCGAACCGTCATCGTCGTCGCTCACCGGCTTAAGACCGTGCAGCATGCCGACCAGATTGTTGTATTAGATCAAGGGCGGATTGTGGAGCAAGGCCGCCATGACGAATTGCTTTCGTCGAATGGCCTGTATGCCCGGCTGTGGAGACGGCAGCATGATGCAGGAATGCTGTCAGCAGGGCTTGGATAG	MNILRNLTADNPRSLVKPVFYTTVANLAGVIPFVLLVEAVRLFFTPFVHPAIPLDTARLWWVCGGLAVSLVLLFACETLASRSQFRDAYSAAADGRTRLAEHLRKLSLGYLNKRDPGDLANMMMGDFAMLEHGISHVVPQMIGAAVMPVLALIGLFFLDWRLALSLFAAMPVAILLVLLTSGIQRKLGSQHIQAKIEASNRLQEYLNGIRVIKAYNLTGERFVRLDRSFRELMRQSIRLEGLLGPIVLSAIACFRVGLTLMVTAGVHLLLGGSLDVITFAAFLIIGTRIFDPLTTALAGYAQFRYLEQAGERIVQLLREPIMQGERQPPADHDIELKQVTFGYLDQPVLRDVSVSMPAGSFTALVGLSGSGKSTILRLIARFYDPDKGMVTMGGEDIRAMDPEALLRKVSMVFQDVYLFQDTIEGNIRFGRSDATHEEIEEAARLACCHDFILKLPQGYDTMVGEGGSTLSGGEKQRISIARAMLKNAPIILLDEATASLDPENEAEIQKAIDRLVRGRTVIVVAHRLKTVQHADQIVVLDQGRIVEQGRHDELLSSNGLYARLWRRQHDAGMLSAGLG				NA	NA	NA	NA	NA
JZ016_02119	1833	irtA	COG1132	Iron import ATP-binding/permease protein IrtA	ATGACAAATAAAACAGGAGTGGCCAGACTTCTGGAAATCGCCGGAGAGAAGCGCGGATTGTTGATCGTCTCCGGCCTTTTATCGTCGCTTAGCGCCGTTTGCATGCTGGTGCCCTATGCTTCCGTCTATTTCATTCTGGAAGAGTTGTTGGAACACGCAGCGTCCCCGGCTTCGGCGAACGAAGCGATGATGATTCGTTGGGGCGTGATCGCTTTGATCGGCTTCGCAGCCGGCTTGATCACGACGTACGCGGGGGCAATGGCAGCGCATGTTGCCGCGTTTCGCATTCTTTACGGACTGAGGGTCAAGCTTGCCCGACATATCGGCAAGCTCCCGCTTGGATGGCTGAACCGTCATTCGACGGGAGCCCTGAAGAATACGCTGGAACAAAACGTGGAGAAAGTGGAAACGTTCATCGCTCATCAATTGCCCGACCTCGTTCATGTTGTTGTGACCACGGTCTTGACGATCACCGTGATGTTTATTCTGAATGTTTGGTTGGCCATTGCGTGCGTCGTGCCGATTGTCCTCGCAATTGCGGTTCAGATCGCGCTGTTTAATGCACCAAAGACAAAAGAATACCTCAAACAGTATCATGATTCGCTGGAACGGATGAACGCTTCCGCCGTCCAGTATGTACGGGGGATGCCGGCCGTCAAGGTGTTCGGGCAAACCGTGAAATCGTTTCGCCAATTTTACCAGGACATGATCCGCTACCGTGACTATGGCGTGAAATTGGCGGATCTGTTTCAAAACGGATTTGTGCTGTTTAAAGTGATAATCAGCTCGTTTGTCGTATTTGTTCTGCCTGTCGGCGTGTTTTTATTGAGCCGCGATCCGGGCAGCGTCTCATTCGCCTCCGTTCTGCTGTTTTTCCTGATCATGGCACCGGGCATATCTGCTCCTATGCTTAAAATCATGTTCCTGATTCATACGCTCGAGGATATCAACGAGGGCGTTCAGCGCATGGACCGCATACTGGCGGAAGGGCTTGTACCGGAGCCCGAGAGTCCGAGACGGCCGACTACATTTGATGTTTCATTTGATCATGTTTCTTTTTCATATGAAACGGAATCGGCAGATGGCGCCGTACTTACGGACATATCCTTTACCGCCCGCCAAGGGGAAGTGACGGCGCTCGTAGGTCCGTCGGGAGCGGGCAAATCGACCATTGCCCATCTGGTGCCTCGATTCTGGGATGCGAACATGGGAGCGATCCGCATCGGCGATATAGATATTCGCGAAATAGCGACCTCCGATCTGATGAACACCGTCGCATTCGTGTTTCAGGAATCGTTTTTGTTTTCCGATACGGTATACAACAATATTGCGGTCGGACGGCCGGACGCGTCACCGGAAGAAGTGTACGCTGCGGCGCAGGCAGCGCAGTGTCATCCGTTCATCGAGAACCTTCCGCTTGGATATGACACGCGGATTGGGGAAGGAGGCGTCTATTTGTCAGGCGGAGAGGAACAGCGGATCACCGTGGCCAGAGCGATTCTGAAGAACGCCCCCATTCTTGTGCTGGATGAAGCGACGGCGTTTGCCGATCCGGAGAATGAATATGAGATGCAGCTGGCGTTGAAAGCGTTGATGGCAAACAAGACGGTCATCGTCATTGCCCATCGCCTGTCCACCATTCAGGATGCACAGCAAATTCTCGTGATGGAAAGCGGGAGAATCGTCGAGCGGGGAAGGCATGAAGCCCTCTTAACTGCTGACGGCTTGTACGCACGCATGTGGCGTTCGTACCGCCAAGCAACGCAATGGCATATGGGCAAAAGGGAGGTGGATGCAGAATATGAACATCCTGCGCAACCTTACAGCGGATAA	MTNKTGVARLLEIAGEKRGLLIVSGLLSSLSAVCMLVPYASVYFILEELLEHAASPASANEAMMIRWGVIALIGFAAGLITTYAGAMAAHVAAFRILYGLRVKLARHIGKLPLGWLNRHSTGALKNTLEQNVEKVETFIAHQLPDLVHVVVTTVLTITVMFILNVWLAIACVVPIVLAIAVQIALFNAPKTKEYLKQYHDSLERMNASAVQYVRGMPAVKVFGQTVKSFRQFYQDMIRYRDYGVKLADLFQNGFVLFKVIISSFVVFVLPVGVFLLSRDPGSVSFASVLLFFLIMAPGISAPMLKIMFLIHTLEDINEGVQRMDRILAEGLVPEPESPRRPTTFDVSFDHVSFSYETESADGAVLTDISFTARQGEVTALVGPSGAGKSTIAHLVPRFWDANMGAIRIGDIDIREIATSDLMNTVAFVFQESFLFSDTVYNNIAVGRPDASPEEVYAAAQAAQCHPFIENLPLGYDTRIGEGGVYLSGGEEQRITVARAILKNAPILVLDEATAFADPENEYEMQLALKALMANKTVIVIAHRLSTIQDAQQILVMESGRIVERGRHEALLTADGLYARMWRSYRQATQWHMGKREVDAEYEHPAQPYSG				NA	NA	NA	NA	NA
JZ016_02120	1224			hypothetical protein	ATGATTTACGATAGAGGTGAACTGGTTTTGAAATACAAGTTTGTCATAATGTTTATGATTATCCTATGCGGCACAATCTCGGTCGCGGTGTTCAATCCGATTATTGGCCTGCTCTCGCGCGAACTGGGACTCAGCGAGATTCAATCGGGATGTTTGGTGTCGGTGACGGGGCTGTGCTGGTTGCTCGGCGGATTCTTCTGGGAAAAAACGACCTTTATGAGCAGAAAACGAATGCTGGCTTTTATCATGTTTGTATATTTGGCGACACTGCTCCTGTTTGCCCTTCTCGCCGATTATGCGGGGACCCATCGCAACGGTTCGTCGGGCTTTTTTTGGATCTTCTTGCTGTTGCGTGCGATTGCGGGATTTTTCTTCGGAGGCTTTCTTTCCAAAGCGCAAGCCTATGTGATGAGTTGGACGACACAGGAGACGCGAACGCAGGGGATGGCCATATTTGGTGCCGCCAATGGACTCGGTTTCATATTGGGCCCTGCCATGAGCGGCGGTATGGCGGCAATCGGGCTTACATCGCCGATGTACGCGGCTGCCGCCCTGCTTTTCATGATGATTATCTTATTATGGATATCGATTCCCAACGATGCGGTACAAAAGAAAGATCAATTTGCTCCATCGCTTTCGCCGTTTGATGTAAGAATTCGATTTTTCTTGTGGACCGGTCTTCTACTTTCGCTCACTATCAATATACTTCAGGTGACCATCGGTTTTTACGTTCAAGATTCGTTTGGGTATGAAGCACGGGAAGCGACGCAACTGATCGGACTTGGCTTGGCCATTTGTGGATCCATGGTTGTGGTCACGCAAATTGTCATTAGCAAATATCTGAAGTGGCGACCCGAGCGAATGTTACGACTCGGAATGTGGATTGTCGTGTTGGGATTGTTAGGGCTGTTATCATTCATTCGTTATGCCTATCTGGATTTTGCCATACTTGGCATCGGCTTCGGCCTTACCTGGCTTGGATATAGTGCGGGAGCTGCCGATGCGGTACAAGATCATGAACAACGGAGCGTTGCTTCCTATATCGCGACTTTGCTGGGAGGAGGAGCCTTCCTGGGGCCGATTACAGGGACTGCGCTTTACACGGCTCATATGGCAGTTCCGTATTCGTTTTGCACGCTTTTATTCGGGCTTTCTCTTCTCATTATACTCAGCAAGAAAAAGGTTGCCTTTACTTCAATGAGGAGGGAGAGCCATGACAAATAA	MIYDRGELVLKYKFVIMFMIILCGTISVAVFNPIIGLLSRELGLSEIQSGCLVSVTGLCWLLGGFFWEKTTFMSRKRMLAFIMFVYLATLLLFALLADYAGTHRNGSSGFFWIFLLLRAIAGFFFGGFLSKAQAYVMSWTTQETRTQGMAIFGAANGLGFILGPAMSGGMAAIGLTSPMYAAAALLFMMIILLWISIPNDAVQKKDQFAPSLSPFDVRIRFFLWTGLLLSLTINILQVTIGFYVQDSFGYEAREATQLIGLGLAICGSMVVVTQIVISKYLKWRPERMLRLGMWIVVLGLLGLLSFIRYAYLDFAILGIGFGLTWLGYSAGAADAVQDHEQRSVASYIATLLGGGAFLGPITGTALYTAHMAVPYSFCTLLFGLSLLIILSKKKVAFTSMRRESHDK	PGPT0003185_744	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003185-blt-K08153	NA	NA
JZ016_02121	270			hypothetical protein	ATGCTGTGGTTGATGGTCAATTTTGCGATGACCGTTTCGCTGCCCATTTTTGGCGGAATTGCCGCTTGGAATGCGAGCCGAGCCTATCGGGCACCTACAAAAGGCAAGTTATATTCCCGTATGCGGTCGTCGCTCATTTGGACGGGAATAAGTGGACTGGCCTTTTTCGTCAAAGCGACGCCGATCGTTCTCACATCGCGTATGAAGGCGTCTTGTCACCGTTTGAAATCGGCAGCTCGACGGTCAACCTGCCGGAGTGAGCGAATATGA	MLWLMVNFAMTVSLPIFGGIAAWNASRAYRAPTKGKLYSRMRSSLIWTGISGLAFFVKATPIVLTSRMKASCHRLKSAARRSTCRSERI				NA	NA	NA	NA	NA
JZ016_02122	1353	sasA_18		Adaptive-response sensory-kinase SasA	ATGATTAAGAGCATCAACTTCAAAATTTTATTGATCTTTATTGTTGCATTAGTGGTAGGTTTCGGACTCTCCATTCCGATCACCGTATCTTTGTTTCAAAACCAAGTCACGCAATCCATCCGGGACGAATATGCGATGCGAAGCGGGTTGATTGCGGATGTTTATTCCCGATTGGCGCCAACTGAACGCGGTCATTATCTGAATCAGTTGTCCGAAGAAATGAAGGTATCCCTATGGATCTACGATCGGAACGGATTGCTTTACGCGTACGGCCACACAAGCAAACCCAACCTTAGCGATGACGAAATACGACTCGTCCAGGGCGGCGCCGAAATCATGAGGAGCACGTCCGTCCTGCCCTTGCCGACGAGCCTTCAAATGGGTTTTCCTTTGCGAACCGCTGATGAGCCGCTGGCGCTCGTCATCCATCCGGAAAGCTCCAACATGTATCTCCTATTCACCATTATAGGTTCGTTCATTCTGATTGCGCTCGCGATCGGCAGCTTCAAATTCATACTCTTTACTAGAGTAGTGGTGAAACCCTTAAAGGCTTTGACGGCCGCAACCCAAAAAGTGGCCAAGGGAGACTATAATATCGTTCTTCAGACGAAGAGCAAGGATGAATTAGGCGTCTTGTCGAAGCAATTTCAGCAAATGGCCTACGAGGTCGGTCAGGTTGAAAGGATGCGGCAGGAGTTCGTTTCCAATGTATCCCACGAGATTCAAACCCCGCTGGCGTCCATTTCAGGCTTTGTTTCCATCCTGCAGAAAGACGGTCTTGATGAAGCCGAACAGCTGCGCTGTCTGAACATTATCCGGGAGGAAAGCATGCGGTTGTCCCGACTGAGCGAGAACATGCTTCGATTGGCCACGATCGATTCGAACCATTATCCCTTCCATCCGACGCTCTTTCGGCTTGACAGGCAGCTGCGTCGCATTGTCATAGCGGCTGAACCGCAATGGGCGGACAAACACTTAAATATTCACTTCAAGCTTCCAAAAACGGCGATTCATGCGGATGAAGACCTGCTGAACCAGGTTTGGCTTAATATTTTCAGCAACAGCATCAAATTTACGCCCGAGGGCGGCGACATCTCCATCGAGCTTGTGTCAGGAAATGAAAAAATCGGAGTCGTCATTCGCGATACGGGAATCGGCATTACCGAAGAAGACCGTAAACGCGTCTTCGAACGCTTTTATATGGCCGATAAGTCGCACAACCGCGAAGCGGGGGGAAGCGGACTTGGTCTTGCGATCGTCAAGCGCGTTGTCGAATTGCACAGCGGCTCGATCGAAATCGACAGCGCTGTAGGAAAAGGCACGGCGATAACCGTCTTTCTGCCAGCCATGTAA	MIKSINFKILLIFIVALVVGFGLSIPITVSLFQNQVTQSIRDEYAMRSGLIADVYSRLAPTERGHYLNQLSEEMKVSLWIYDRNGLLYAYGHTSKPNLSDDEIRLVQGGAEIMRSTSVLPLPTSLQMGFPLRTADEPLALVIHPESSNMYLLFTIIGSFILIALAIGSFKFILFTRVVVKPLKALTAATQKVAKGDYNIVLQTKSKDELGVLSKQFQQMAYEVGQVERMRQEFVSNVSHEIQTPLASISGFVSILQKDGLDEAEQLRCLNIIREESMRLSRLSENMLRLATIDSNHYPFHPTLFRLDRQLRRIVIAAEPQWADKHLNIHFKLPKTAIHADEDLLNQVWLNIFSNSIKFTPEGGDISIELVSGNEKIGVVIRDTGIGITEEDRKRVFERFYMADKSHNREAGGSGLGLAIVKRVVELHSGSIEIDSAVGKGTAITVFLPAM				NA	NA	NA	NA	NA
JZ016_02123	684	hssR_3		Heme response regulator HssR	ATGACAAGTATTCTTATAGTAGAAGATGATGCTCATATGTTGGAAATGATATCACTTGTTTTAAGATGCGAAGGCTATCATGTCCGGGGCGCGGTTAACGGCAAAGAGGCGCTTGCAGAAATGGAAAGCTCGCCTGCGGATATGGTTGTGCTTGATGTCATGATGCCTGTCATGGACGGGTGGGATTTGTGCAGCGAACTGCGGCTTTTGTACCCCGAACTACCCATAATCATGATAACGGTCAAGCACGAGACGAGTCAGAAGGTGAAAGGATTCGGCCTGGGCGCCGACGATTACCTGGTCAAGCCTTTCGATCCGCAGGAGCTGGTGATCCGAATCAAAGCGGTGCTGCGCCGGTACCGTATTGCGGCCGATAAGAGAGTTATATTGGGCAGCTTCAAGTTGGATCGGCTTCGGGGAACCGTTTCGGACGGCAATGTGAATTGGAATTTGCCGCCTAAGGAATTTGAACTGTTATATCAGCTTGCAAGCTATCCCGGCCAAATCTTTATGAGAGAGCAGTTAATCGAATCGGTATGGGGATTCGACCACGACGGGGATGAGCGGACGGTCGACGTTCATATCAAGCGGCTGCGGGAGCGGTTCGCCGCCTATCCCCATCTTTTTCGCATCGTAACGGTTCGCGGTCTCGGATATCGGTTGGAGACGGAAATCCATGATTAA	MTSILIVEDDAHMLEMISLVLRCEGYHVRGAVNGKEALAEMESSPADMVVLDVMMPVMDGWDLCSELRLLYPELPIIMITVKHETSQKVKGFGLGADDYLVKPFDPQELVIRIKAVLRRYRIAADKRVILGSFKLDRLRGTVSDGNVNWNLPPKEFELLYQLASYPGQIFMREQLIESVWGFDHDGDERTVDVHIKRLRERFAAYPHLFRIVTVRGLGYRLETEIHD	PGPT0028965_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
JZ016_02124	2655			hypothetical protein	TTGAGTACGATGCAGAATCAGCGGCTGGAAGGTTTAAGCGAGAAGATCTTTTTGGACCGGTATGCCTGGAAGGATGCGGACTCCAACAACGCTAAGGTAGGCGATGTGGTGCTCGTTTTGACGAAGGATGATCCTAAATTTCCGACCAAGGAAGTTGGCGAAATCGTGAAACGCGAAGGCCGCAAGGTCACGGTGAAGACACGGAAGGGCGAGCTTGTGGAATCGGATGTGGAGAAGCTGACGTTAACCATCGAGAAAACGCCGGAAGAAATGTGGGATCGACTCGCGGCTGCCATGTCATCGGTTGAGGCAACGCCTGAACTGCAGGAAGAGTGGCGCGGGAAGTTCCGCGAGATTCTGGATGATTGGAAGCTGGTGCCGGGCGGACGGATTGCGGCTGGAGCTGGTGCAAGCGATGAATTGACGCTGTTCAACTGCTACGTGATTCCTTCACCGAAGGACAGCCGGGGCGGCATCATGGAAACTCTGAGCGAGATGACCGAGATCATGGCGCGCGGCGGCGGAGTCGGCATTAATTTGTCTTCCCTGCGTCCTCGGCGCGCGATCGTAAGAGGCGTGAACGGCTCCTCCAGCGGTGCGGTATCGTGGGGCGGATTGTTCAGTTATACGACGGGATTGATCGAGCAGGGCGGAAGCCGCCGGGGCGCGCTCATGCTGATGATTAATGATTGGCACCCGGACGTGGAGGATTTCATTACCGTGAAGCAGACGATGGGACAAGTTACGAATGCGAACCTGTCGGTATGCGTCAGCAATGATTTCATGAAGGCCGTGAAGGAAGATCTGGACTGGGAGCTGGTGTTCCCGGATACTACGGATCCTGACTATGATGAGCTGTGGGACGGCGATCTGGATAAATGGAAGAAAGCCGGACACCGTATCATTCCATATAAAACAGTAAAAGCACGCGAGGTCTGGCACACCATTATCGAATCCGCATGGAAATCCGCAGAACCGGGCGTCGTATTCATGGAATACTATAACCAGATGTCCAACAGCTGGTATTTCAACCCGATTATTTGTACGAACCCTTGCGGCGAGCAAGGACTTCCGGGCTGGGGCGTATGCAACCTGTCCGCGATGAATCTGTCGAAGTTCTATGATGAAGCGAACCATGACGTTGCCTGGGATGAGCTGGCTACAACGACACGGTACTCCGTGCGTTTCCTGGATAATGTCATTGACCGGACGCCGTACCATTTTGAAGAAAACGAATTGAACCAGAAAAAAGAGCGCCGCGTGGGCCTCGGAACGATGGGTCTGGCGGAGCTGATGATCAAGCTGAACATCCGTTACGGCAGCCCGGAATCGTTGGAGTTCCTGGATAAGCTGTATGGCTTCATCGCGCGCGAAGCTTATCTCGCTTCCGCCGATATTGCCGAAGAGAAGGGTTCGTTCCAGGCATTCGACGCCGAGCTGTACCTGCAAAGCGGCTTCATGAAAAATATGGCCGAGGTGTATCCGGAAGTTGCCGAAGCGGTGCGTGAAAAAGGTGCACGGAACGTCACCGTCATTACCCAAGCGCCAACGGGCAGCACGGGTACGATGGTCGGAACGTCGACAGGCATCGAGCCGTACTTTGCCTTCAAATACTTCCGTCAGAGCCGACTCGGCTTCGACGAGCAGTTCGTGCCGATTGCTCAGGATTGGCTGGACAGCCATCCGGGCGAAGAGCTTCCGGATTATTACGTCACGGCGATGAGTCTCTCCGCCGAGGATCACATCCGGGTACAAGCGGCAATTCAGCGCTGGGTGGACAGCTCGATCTCGAAGACGGCCAACTGTCCGTCGGACTTTACGGTTGAAGATACGAAGCGCCTATATGAGCTGGCATTCGATCTGGGCTGCAAAGGCGTAACGATCTACCGCGACGGCAGCCGCGACGTGCAGGTGCTGCAGACGGAGAAAAAAGAAGATAAGGCCGCCGAAGCAACCACGGCTTCTACTGCGGAAACAGCGCTTGAGCAAAGCGCGGCAGGCCAAGCCGCAGAGGATGCGACGAACGTGGAGCCGGCGGCTGCAAGCGTGGCCGTGACAGCCTCACCGAGCAAGAGCGGGTTGGATAAGCAATACAAGAAGCGTCCGCAAGTGCTGCGCGGCGCAACCTATAAAATGAACACGCCGTTCGGCATGGCGTATATTACCATCAACGATCTGGACGGTATCCCAAGCGAAATCTTCCTGAACGTCGGCAAGGCCGGTTCGGATGTGTTCGCAATGGCGGAAGCCTTGGGCCGCGTCTGCTCCTTGTTCCTGCGTTACGGGGACCACGGCAATAAGGTGGAGCTGCTGATCAAGCACCTCAAGGGCATCGGCGGCACCGGCGCGATCGGCTTCGGCGCAAACCGCGTAGAATCCATCGCCGACGCCGTGGCGAAGGCGCTCGAGACGCACGTGGCGAACAACGCTGGGGCGGATCATGACCATGATCCGGCACCGGTCGCAGCCACGATGGCGCCTGTTGATGCAGGCGAAGCTGTGGCGCCAGCAGCCGCGGGGTATGGCGGACACGGCTCCCACACAGGCGGTAGCACCATGTCGCTGGATCTGTGTCCATCCTGCGGCGGGGCATCCTTGATTAATATCGAGGGATGCAAGACGTGCGGGAACTGCGGATATAGTAAGTGTTCGTGA	MSTMQNQRLEGLSEKIFLDRYAWKDADSNNAKVGDVVLVLTKDDPKFPTKEVGEIVKREGRKVTVKTRKGELVESDVEKLTLTIEKTPEEMWDRLAAAMSSVEATPELQEEWRGKFREILDDWKLVPGGRIAAGAGASDELTLFNCYVIPSPKDSRGGIMETLSEMTEIMARGGGVGINLSSLRPRRAIVRGVNGSSSGAVSWGGLFSYTTGLIEQGGSRRGALMLMINDWHPDVEDFITVKQTMGQVTNANLSVCVSNDFMKAVKEDLDWELVFPDTTDPDYDELWDGDLDKWKKAGHRIIPYKTVKAREVWHTIIESAWKSAEPGVVFMEYYNQMSNSWYFNPIICTNPCGEQGLPGWGVCNLSAMNLSKFYDEANHDVAWDELATTTRYSVRFLDNVIDRTPYHFEENELNQKKERRVGLGTMGLAELMIKLNIRYGSPESLEFLDKLYGFIAREAYLASADIAEEKGSFQAFDAELYLQSGFMKNMAEVYPEVAEAVREKGARNVTVITQAPTGSTGTMVGTSTGIEPYFAFKYFRQSRLGFDEQFVPIAQDWLDSHPGEELPDYYVTAMSLSAEDHIRVQAAIQRWVDSSISKTANCPSDFTVEDTKRLYELAFDLGCKGVTIYRDGSRDVQVLQTEKKEDKAAEATTASTAETALEQSAAGQAAEDATNVEPAAASVAVTASPSKSGLDKQYKKRPQVLRGATYKMNTPFGMAYITINDLDGIPSEIFLNVGKAGSDVFAMAEALGRVCSLFLRYGDHGNKVELLIKHLKGIGGTGAIGFGANRVESIADAVAKALETHVANNAGADHDHDPAPVAATMAPVDAGEAVAPAAAGYGGHGSHTGGSTMSLDLCPSCGGASLINIEGCKTCGNCGYSKCS	PGPT0021340_1922	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021340-nrdA|nrdE-K00525	NA	NA
JZ016_02125	1758	rapA_2		RNA polymerase-associated protein RapA	ATGAACCATCAGCCATCTGCCGACTCAGGCATGATTTTCGACGCGCGTCTTCCCGTTCCATTGCAGATCGACCGTTCCTGGTTTGACGATCTCGCCGGTCGACTGGACAAGGGCGGACCTTGGGGTGACTATCGTCTGGCCCAGCTTGCCGTGGAGGGCGAGAAATCGCGTCTCGTTACAAGCTTTGAAGAATTGCAATGCCTCAAGCACCTAGGCGGCTTATCCCCGCTCCCCCATCAGACCGATACCGCCAGACGCGTATTGTTCGAGATGTCGGGTCGAGCCATTCTCGCTGATGAAGTGGGGCTTGGTAAAACGATTGAAGCCGGCCTTATTTTAAAAGAATACATCGTGCGCGGCCTGGTATCCAAAGTGTTGATTCTCGTTCCCGCTTCCCTTGTGCTGCAATGGGTTCGCGAGCTGAACTCCAAGTTCGGCATTCCTGCGATTGCGCAGAAAAAAGCGTACTCCTGGGGCAATGATATCGTTGTCGCCTCCATGGACACGGCGAAGCGCGATCCGCATCAGGAGATTCTGCTGAACGAGGAGTACGACATGCTCATCATCGATGAGGCGCACAAGCTCAAGAACAAAAAAACCTCCAATTATCAATTCATTCAAAAGCTGCGCAAAAAATACTGCCTCTTGCTGACGGCCACGCCGGTGCAGAACGATCTCAGCGAGCTCTTCAATCTGATCACCCTGCTGAAGCCGGGCCAGCTTGGAGGCCAAGGGCAGTTTGCCGCTAATTTTGTTGTCGATAAACGAAGACCCAAGAATCAGGAGCAGCTCAAGGATGAGCTGTCCAAGGTCATGATCCGTAACCGCCGCGGCGAAGGCGAAGTGAAATTCACCAAGCGATCCGTCCGCAATGTAGGGCTTAGCCTCTCGCCCGAAGAACAGTCATTATACGACGGCGTCACGTCCTTCGTCAAAGATCAGTATCAGGCAGCAGGGGGAAATTTAAGCAGTATGCTGTCCCTTGTTACGCTCCAGCGTGAAGTGTGCAGCAGCCGCGATGCCGTTTTCGTGACTCTTGTTAATCTGTCCAAGAAGCTGCCCGAGGACTCTCCGCTGCGCGATAAAATCTGGGAGCTCGTCTATCTCATCAAGGCCATCAAAGCCAACACCAAGGCGGAAAAAACCATCGAGCTGATCCAGCAAATGAACGAGAAGGTCATCGTATTCACGGAATACCGCGCCACCCAGGAATACTTGCTCAATTATTTCCGCGATCACGGGCTCATCTCCGTACCGTACCGAGGCGGAATGAACCGCGGCAAGAAGGACTGGATGATGGATCTGTTCCGCGGCAAGGCACAGGTCATGATCGCGACGGAAGCCGGGGGCGAAGGCATCAATCTGCAATTCTGCCACCATATGATCAACTTTGATCTGCCCTGGAATCCCATGCGGGTCGAGCAGCGAATCGGACGCGTCCATCGTCTCGGCCAGACCAATGACGTGAAGATTTACAACCTGTCCACTTCAGGAACCATTGAAGAGCACATTCTGAACCTGCTGCACGAGAAGATCAACATGTTTGAGATGGTCATCGGAGGTCTGGATGTCATTCTCGAACGGTTCGAGAAGAAGGAATCCATCGAGAAGAGCCTGTACAAAATCATGCTGGAGTCCGGCAACGATGATGAAATCCGGCAGCGCATCAGCACATTGGGCGACTCGATTCACCATATCAAGCAGGATATCGAGCAGGGAAGCACCGTCGAAGATAATCTAAGAGAGGAAGAAGCCTAA	MNHQPSADSGMIFDARLPVPLQIDRSWFDDLAGRLDKGGPWGDYRLAQLAVEGEKSRLVTSFEELQCLKHLGGLSPLPHQTDTARRVLFEMSGRAILADEVGLGKTIEAGLILKEYIVRGLVSKVLILVPASLVLQWVRELNSKFGIPAIAQKKAYSWGNDIVVASMDTAKRDPHQEILLNEEYDMLIIDEAHKLKNKKTSNYQFIQKLRKKYCLLLTATPVQNDLSELFNLITLLKPGQLGGQGQFAANFVVDKRRPKNQEQLKDELSKVMIRNRRGEGEVKFTKRSVRNVGLSLSPEEQSLYDGVTSFVKDQYQAAGGNLSSMLSLVTLQREVCSSRDAVFVTLVNLSKKLPEDSPLRDKIWELVYLIKAIKANTKAEKTIELIQQMNEKVIVFTEYRATQEYLLNYFRDHGLISVPYRGGMNRGKKDWMMDLFRGKAQVMIATEAGGEGINLQFCHHMINFDLPWNPMRVEQRIGRVHRLGQTNDVKIYNLSTSGTIEEHILNLLHEKINMFEMVIGGLDVILERFEKKESIEKSLYKIMLESGNDDEIRQRISTLGDSIHHIKQDIEQGSTVEDNLREEEA				NA	NA	NA	NA	NA
JZ016_02126	963			hypothetical protein	ATGACCATGACGCCGCAGGAGGTGCAGCAGCACTTCATGGCCTATTTGGAAGCCACCGAATGCACCGTCATTGAAAAGTCGCCTGAGCATGTCACCGTGAAACTGTCGCCGCAAGCCGACAAAATGCTCACCAACCGCCCGTATTACTGGGGTTTCGTGGAGCGTACCGGCGCTCCCGCCGAAACGTTATCGTTCAATTTCGTGTTTGATCCGGAAAAATACGACGAACGGCTTGCAAAAACCAAGGAAACCGAAGCCAAAGCGCAGCTTGCCTCGCCTACGCAGGATCCGCTCCTGGCCCGCTTTTACGGGAATGCTCCGGTTCTGCCTATCCTTGGTCCCGGACGCATTCAGCGGGAGAACATTGGCTACGGCAGCAGCCGGCTGGCCCAAATCTGGAATGCTTCCCGGGAGGAAGGCAAATGCGTCTATCTGTTCCAGCAGCGCGATACCGAGCCGCGTCCGACAGCCCGTTCCACGCCGTATGAGCAGTGGCTGGGCGTCTGCTTCAAGGTGGAGTTCAGCTGTGATCTGAAGCGGGAGGAATTGTTTTTTCTCGGAATCTCACTTTCTAGTCGTGCGATTGCCCAAGACTTCCCGGCGATCCTGAATGGACGCGAACTGACGCCCCGCTTGCCCGAGAGCGTTCACGTCCGACCGGCGGCTCTTACGCTCGAACAGGCCGTAGATGCGCTAGAAAACCATCTTATCGACAAGATAAGCAAGCTGGACTACGACTGGGCCACCAAAGCAAGAGAACGTCTTGAAGAAGAACTGCTGGTGATCGACAGCTATTACGAGGACCTGCTCAAGGAGCAGGATGAAGAGAAAAAAGCGCTTATCGAGGAGCAATATAAGAACCGCCGGTCCGAAATGCAGTGGCAGTACGAGCCGAAAGTGAGCTTGTCCGTCATAACCTGCGGTCTATTTCATCTGTGTTCGCCTGTGGGTGCGTCATCATGA	MTMTPQEVQQHFMAYLEATECTVIEKSPEHVTVKLSPQADKMLTNRPYYWGFVERTGAPAETLSFNFVFDPEKYDERLAKTKETEAKAQLASPTQDPLLARFYGNAPVLPILGPGRIQRENIGYGSSRLAQIWNASREEGKCVYLFQQRDTEPRPTARSTPYEQWLGVCFKVEFSCDLKREELFFLGISLSSRAIAQDFPAILNGRELTPRLPESVHVRPAALTLEQAVDALENHLIDKISKLDYDWATKARERLEEELLVIDSYYEDLLKEQDEEKKALIEEQYKNRRSEMQWQYEPKVSLSVITCGLFHLCSPVGASS				NA	NA	NA	NA	NA
JZ016_02127	1137			hypothetical protein	TTGAAGCGTTGGAACATGGAACTTCATAACCATGATGTCAAGGATTGCAAGAACTTTAAGCCCCAATCAGCCGATAACAAGCAGAACAGCCGATATCGAATGTTGTCTGTTTCCATCATTGTAACGACTATCCTCTGGTTCAGCACGGTCCAGCCGCAGGCAAGCTTGGCTGAAGCAAGCCAGGCCGATGTTTCCAATTATGCGAACAGCCTTAGTCTGACTGGCACTCCGTTTACTGCGGATCATCACACATCAGGCGTTTCAGGGGGTAGTCAGAACAAAGCTGTAGCTCAAATTCCTGGGAATTTGATGGACTTTGCCGAGGAGACTGTCGCTCAATTATCGGCCCATGCGCCATTTACGACATGGGACGAAGCAACGCTCGAGTTCACACCGCTCGGTCCGGGCACGCACGGCTGGTTAGTCACGATATCCGATGAAGGACTGCCGCAAGGATACATGATTATCAGTGCAGGCGAAGACGGCGGATATATCCTGAGTGAATACGGGATCGGCTCGACCCTTCCCTACAGCCAAGCGCCGCTGAAAGAGCGGCTCGCTGCGGAAGGCCTTGTGAAGGCTGGAGGGTCATTGCCTCAAGGCAGCACCGTTCGCAAGCTGTATGACGTGTCCCCCGTCTGGCAGGTCCAGCTGCCCGGCAAGAAGCCGGTTTATTTTAATGCACTAAATAGTGAAGCCCTACCGGATGAGCCCCAGCAGACGCATTCAACAACGAAGCTGGTATCCGTATCGCTGCCTGCAACAGCCAAAGGACTCGTGACTTCTTCCAAATCCAATCATTGGTTTGCCGGAACGCCCTCCATCGCAACCGACGACTTCGTGGATCCTTACGATAACCTGCTGTGGCTGACCACTGGAAATCTCACAGCCCGAAGCAGCGCCGATCTGCGGAATTTACTTAAGGAGCACTCCACCCTGATATTTAAGTCCGCAAAAGGCAATGCCGCCTACGGCGCGCCCTTTAACTTAACGGGCTGGCATCGATGGTCCTCGGAGAATCAGGAGAACCCGGCTGCGCTTTATGTTTCGGTTCCCTTGCGGAACACAGACACCCTCCGTTTCCTTCCGGCATCCCGTTTAGTCGGACAAGGGCAATTTTATGCCCTGCCGGAATAA	MKRWNMELHNHDVKDCKNFKPQSADNKQNSRYRMLSVSIIVTTILWFSTVQPQASLAEASQADVSNYANSLSLTGTPFTADHHTSGVSGGSQNKAVAQIPGNLMDFAEETVAQLSAHAPFTTWDEATLEFTPLGPGTHGWLVTISDEGLPQGYMIISAGEDGGYILSEYGIGSTLPYSQAPLKERLAAEGLVKAGGSLPQGSTVRKLYDVSPVWQVQLPGKKPVYFNALNSEALPDEPQQTHSTTKLVSVSLPATAKGLVTSSKSNHWFAGTPSIATDDFVDPYDNLLWLTTGNLTARSSADLRNLLKEHSTLIFKSAKGNAAYGAPFNLTGWHRWSSENQENPAALYVSVPLRNTDTLRFLPASRLVGQGQFYALPE				NA	NA	NA	NA	NA
JZ016_02128	288			hypothetical protein	ATGCTGTTCAAGTGCGAGCGTCTAGAAATGATTGAAATGGAGCAAACTGATACTGGGATGTGGATAAACCAAAAGGAGTTGATTCGTATGGCTAGCGGCGACGAATTGATCAAGTACATTACCGAGCGCGTGGTTCATTTTATAGATACGCCTAAGGACGTTCGGCGTCAGGCGAAGGTGAAGGAATCCTGGACCACAAGGTGGTTCGGCATGATTCCGTTCTCCATGTCGCTATGGAAAGAGGATGTAACCACCAAGCGCAAAAAAAAGGGACGAAGTAACAGCTGA	MLFKCERLEMIEMEQTDTGMWINQKELIRMASGDELIKYITERVVHFIDTPKDVRRQAKVKESWTTRWFGMIPFSMSLWKEDVTTKRKKKGRSNS				NA	NA	NA	NA	NA
JZ016_02129	804			hypothetical protein	ATGATTAAGACAGCCGTTGTATGGATGCTTCTCTTGACACTGGCACTCCCGGGTTCTGTTATGGAAGCATATCCAGTGAAGGAGCAAGCCATGACGCGTCCAGCGCATGCCGTTCATAAAAGTCCAATATCGACAACCCGGCTTCTGACCGAAACGCCCGAATCCACCCACTCTTCAGGTCAGGAAATCGACCAGTCCGAACTAAGGCAGCTGCACCCTTTTGCCCATGATGTCATTCTGATCGATGTGGGTCATGGCGGAATCGACGGAGGAACGTCGTATGGTGAAATTCTCGAAAAAGATATTAACCTGGCCATTTCACGGAGACTGTTCATGCTGCTTCGCAAGGAAGGCTATCATGCCGTCCTGAACCGCGATGCCGATTACGCGCTTAGCGATGACAATCGCTGGCATCGAAGCTCCTCGAGGCATCGCCGCGATCTGTCGCAGCGCAAGCAGCTCAGCAGCGAGATCCCGACCAAGCTGGTGGTCAGCATTCATGTGAATTGGGGGAAGAACTCGTCCAAGCGCGGAGGCATCGTGCTGCATCAATCCGAGGGACGCAGCACCCTGCTTGCGGACACCATCCAGGAGCAGCTGAATCTGGTTTACCGCAGCAGCAATCACATCATGGTAGGTAAACCATACTATCTGCTGAATCAAACCCAAGTACCCGCCGTCATCGTCGAAACCGGCTTTCTCAGCAATATGGAGGACCGGAAATTATTAACCGGCCGCAACGGTCAAATGCAGATCGCTGAAGCCATTGCCGACGGGATTATCAGTTATTTAACGGCCCTGTAA	MIKTAVVWMLLLTLALPGSVMEAYPVKEQAMTRPAHAVHKSPISTTRLLTETPESTHSSGQEIDQSELRQLHPFAHDVILIDVGHGGIDGGTSYGEILEKDINLAISRRLFMLLRKEGYHAVLNRDADYALSDDNRWHRSSSRHRRDLSQRKQLSSEIPTKLVVSIHVNWGKNSSKRGGIVLHQSEGRSTLLADTIQEQLNLVYRSSNHIMVGKPYYLLNQTQVPAVIVETGFLSNMEDRKLLTGRNGQMQIAEAIADGIISYLTAL	PGPT0024160_5925	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
JZ016_02130	888			hypothetical protein	ATGCGGAAGGCATTCAAAAAATTGGTTATCTTGCTATGTACGATATGGATGATCGTGTACGGAGCACAGATCGGATATGGCGCAGGGGTGGCCTCTACCCCTACTGCTGATCCTCCCAATCAGGAAACGGAAGAAATGCACGAAAAATCCGGACGCGGCAGGCCTGATCAGGAAGCGAAAGTTAATAAGCTGGCCGTCATCATTGATGATTTTGGCAATGATCAGAAAGGGACTCAGGAAATGCTGAGTCTTCCTGTTAAGATCACGGTGGCAGTAATGCCTTTCTTGCCGACAAGCGTGAAGGATGCCGAAGCTGCGCATCGGCAAGGGCATGACGTCATCATCCATATGCCCATGGAGCCGAAGCAAGGACGATCTTCCTGGCTCGGACCGGGTGCCATTCTAAGTTCACTAACCGATGAGGAGATTCGTGAACGGATGGAGGAGGCAATCGATTCGGTTCCTTATGCCGTCGGGATTAATAATCATATGGGCTCCAAGGTTACCGGGGATGAGCGGGTCATGTCCATTGTGCTTGATGTATGCAGGGAGAGAGGGTTGTTCTTCATCGACAGCAAGACAAACTACCATAGCGTGATTGGCAAACTGGCAGCGGAGAAGGGGATGCCGTCCATCGCCAACGATATATTCCTGGATGATGTTCATACCGTTCAGCACGTGAGCAAACAGCTCCTGACCGCGGTACAGCATGCGGAAGAGAGAACATCCTGCATTGCAATTGGCCATGTCGGCAAATATGGAACCCGAACGGCAGAAGCGCTGAAAGGAACCATTCCGAAACTGCAAGCCAAGGTGGAGTTTGTGGGTATCAGCGATCTGGTTAGGGAACGATCAAGCTGGCGGCCGAATCCGCTGCCTGCGAATTAG	MRKAFKKLVILLCTIWMIVYGAQIGYGAGVASTPTADPPNQETEEMHEKSGRGRPDQEAKVNKLAVIIDDFGNDQKGTQEMLSLPVKITVAVMPFLPTSVKDAEAAHRQGHDVIIHMPMEPKQGRSSWLGPGAILSSLTDEEIRERMEEAIDSVPYAVGINNHMGSKVTGDERVMSIVLDVCRERGLFFIDSKTNYHSVIGKLAAEKGMPSIANDIFLDDVHTVQHVSKQLLTAVQHAEERTSCIAIGHVGKYGTRTAEALKGTIPKLQAKVEFVGISDLVRERSSWRPNPLPAN				NA	NA	NA	NA	NA
JZ016_02132	420			hypothetical protein	ATGGCCATACCGGCTGTTACGACGGAAGAACGTGCATTGATCAAGAGTTACCTGCTGCTGATGTTCATTCATAAGGTGTTTGAAAGGGATTGCCGAATCATTCAAGAGAGCGGTGTCTTCAAGAGCCCTCAATTGTATGTAGAGGTTGTGGGGAATGGCGCCAAGCGTGCTGCTGTGCTTCTTCGTGAGGTGAAACAGGAATTCACCAAGCGGGCGATCAAGGTGTATGATATTGGACAAAACCAGGAAGGAATCCAGGCACGATATGCTTGTCGGGGTTACATTGGTTCGATGAACATTCTATGGCCATCCTTCCGTGAGGAGATGATGGACCGCATGCGAGCCTACCTTGGGCTGGTTTCGCCCGAGACCGAGTCCTCTGAGCAAGCCCATCCTCCTGCCGCTGTTTACGCCCGCTAA	MAIPAVTTEERALIKSYLLLMFIHKVFERDCRIIQESGVFKSPQLYVEVVGNGAKRAAVLLREVKQEFTKRAIKVYDIGQNQEGIQARYACRGYIGSMNILWPSFREEMMDRMRAYLGLVSPETESSEQAHPPAAVYAR				NA	NA	NA	NA	NA
JZ016_02133	330			hypothetical protein	ATGGAAATGTCCAATGACAAGGTCTCGGCTTACAAGAATGAAATTCTGAATTTGAAGCAGAGCATGCCGGAAATGGCAGAAGCGTATCATCAGTTCACCGGCGTTTGCTTTCAGGATGGCGAACTGGATGAGCGAACAAAGCAGCTGATCGCGCTCGGAATCGGACTGTTTGCCAATAATGAGCTGTGTACCTTCTATCATATGGAAGAAGCCCGTGCGAAGGGAGCCTCGGATGCTCAGATTATGGAGGCTGTAGCCGTGGCGTCTGCCGCCAGTGCGGGACATGCCCTCTCGCAGGGATTGACCCGCGTGCAGCATAATCTTCATTGA	MEMSNDKVSAYKNEILNLKQSMPEMAEAYHQFTGVCFQDGELDERTKQLIALGIGLFANNELCTFYHMEEARAKGASDAQIMEAVAVASAASAGHALSQGLTRVQHNLH				NA	NA	NA	NA	NA
JZ016_02134	219			hypothetical protein	ATGATTAGCGATGAAAGACTCGATGAGCTTCGGCTCTCCGGCGAATTGGTCCGGGTTGTCCGGGACGGCTTGGAGACCAATGATATTATAGGCTTTGTTGTAGCCTGGGACCCGGAGCAGGTCATTATACGCCGCAGAAACCGGCGGGTCGTTAAACTGGATCGCCGTTACAGCTACCAGCTTAAAAAGGAACCAAGAGTAAGCCCGATCGAAGAGTAG	MISDERLDELRLSGELVRVVRDGLETNDIIGFVVAWDPEQVIIRRRNRRVVKLDRRYSYQLKKEPRVSPIEE				NA	NA	NA	NA	NA
JZ016_02135	330			hypothetical protein	ATGGGGAAACAACCTGTAACCGAGCCGTTTTTGATTGAGAAGCTGAATGAAGCAAAGGTACATTTTGAACGTGCTTTGGATTGTAAACATACGGAGTTTGATGATCTATATCCCTATATGATTGAACATCCTCAGTTTTTCTGGTACAAACGCTATGTTGCCTGGTCAGAACTGCTGACGATTGCCGGATTGTGTGAGGAGGTTTCCTTCGAATGGAAGGAACAGTTTACGCCTCAGCAGGTAGAATATATCGAGAAGCGTGTCATGTCTTCAACCGTTCTGGATTTTTGGTACGAGAAGAATGACAGTATCGAGCCGGCACAGCGTTAA	MGKQPVTEPFLIEKLNEAKVHFERALDCKHTEFDDLYPYMIEHPQFFWYKRYVAWSELLTIAGLCEEVSFEWKEQFTPQQVEYIEKRVMSSTVLDFWYEKNDSIEPAQR				NA	NA	NA	NA	NA
JZ016_02136	570	xpt_1	COG0503	Xanthine phosphoribosyltransferase	ATGGATTGGTTGAAAGAGCGGATCATCAAAGAAGGTGTCGTGTTGTCGGATCAAGTGCTGAAGCTGGATGCCCTGCTGACGCATCAAGTAGACCCGGCATTAATTATGGATATGGGCCGGGAATTTGCGGCTAGATTTAAAGAGAGCGGCGTGACCAAGGTCGTTACGCTGGAATCCTCCGGCATTTCTGTTGCATTTGCCGCGGCGCTTGAATTGGGAGTTCCGATGGTATTCGCCCGGCGCAAAAAAACGCTGCTCGCCGATCCAGACGCCTTGTGTGAGCGGGTTCCGTCTTTCACCAAGGGCATTGTCACGGACATTATGGTATCGCGCCAGTTTATCGGCGAAGAGGATAAACTGCTCTTCATTGATGACATTATCGCGAACGGTGACGCTGCAAGAGGCCTGATCAAGATTATTGAACGGGCAGGGGCAGAATTAATCGGGCTTGGCGTTGTGATTGAAAAGAGCTTCCAGGCTGGAGCGAGAACGCTGCGCGAACAGAATGTTCATGTGGAATCGCTGGTCACCATATCGTCGCTTGAGGACGGCAAGATTACGTTCAGCTAG	MDWLKERIIKEGVVLSDQVLKLDALLTHQVDPALIMDMGREFAARFKESGVTKVVTLESSGISVAFAAALELGVPMVFARRKKTLLADPDALCERVPSFTKGIVTDIMVSRQFIGEEDKLLFIDDIIANGDAARGLIKIIERAGAELIGLGVVIEKSFQAGARTLREQNVHVESLVTISSLEDGKITFS	PGPT0007305_968	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0007305-xpt-K03816	NA	NA
JZ016_02137	1047			hypothetical protein	TTGCGTAATTCTGTTCGTGTTTTACAGATCGCGTTTACATATATCGGAACCATCGTTGGCGCTGGCTTTGCAACCGGACGTGAAATCCTTCAATTTTTTACCCAATATGGACACTGGGCCACACTTACCATTCTGCTTGCGACAGGAATATTCATTTGGCTCGGCACAAAAATCATGACGATATCCAGGCGGATCGGGGCCAAATCCTTTGAGGACTTAAACAAATTCCTGTTTGGAGAGAAAGCCGGCGTCTGGATCAGCCTCTTTATGTTTGTCATTCTGCTCGGGGTGAACAGCATCATGCTTGCCGGCGCGGGCTCTGTTTTTGTGGAGCATCTGAATTTGAGCTATCAAACCGGATTGTTTGTCACGATGATCGGAACCTATTTCATTCTCAGAAAAGGCATCCAGTCCATCATGACAATGAACAGTCTTGTTGTGCCCATGATGCTGACCTTATCGCTTGCGATTATTTCTCAGACGATTCAAACACCGGGTGCCACCCGATTCTTAACCTTGACTACGGACCATACCCTGCCTTCGGTTTGGCTGGCGCCCCTTCTCTACACCTCCTTTAACCTGGTAATGGCAATGCCGGTGCTGGTCCCGCTCGGCAGCCAGACCAAAAGCGCGCGTGCCGTAACCTGGGGAGGCATCATTGGAGGTACGGGCGTAGGATTTATGCTGATGGCGGCGCATTTTGCGATGTCTGCGCATATGCCCGGCATTAGTCAATACGAGATCCCGATGGGCAGCATCGCCAACCAGCTGGGCTGGCTCGTCCAGATCATCTATCTCATTCTGATCTTCCTAGAAATTTTTAGCACCTTCGTGGCCAATATCTACGGGATTACCCTGCAGGTTCAGCAGCGAACCTCGCTCTCGCCCAGAGTGATTACCCTTGGCATCATGGTGTTCTGTTATTTCTTCAGCCAGTTCGGCTTCAGTTCCTTGCTCTCTCTCCTCTACCCCATGTTCGGGGGACTGTGTCTGCTCTGGGTGCTCCGACTGACTTTGTTCGGAACACCCGAAATCAGGAGAAAATAA	MRNSVRVLQIAFTYIGTIVGAGFATGREILQFFTQYGHWATLTILLATGIFIWLGTKIMTISRRIGAKSFEDLNKFLFGEKAGVWISLFMFVILLGVNSIMLAGAGSVFVEHLNLSYQTGLFVTMIGTYFILRKGIQSIMTMNSLVVPMMLTLSLAIISQTIQTPGATRFLTLTTDHTLPSVWLAPLLYTSFNLVMAMPVLVPLGSQTKSARAVTWGGIIGGTGVGFMLMAAHFAMSAHMPGISQYEIPMGSIANQLGWLVQIIYLILIFLEIFSTFVANIYGITLQVQQRTSLSPRVITLGIMVFCYFFSQFGFSSLLSLLYPMFGGLCLLWVLRLTLFGTPEIRRK				NA	NA	NA	NA	NA
JZ016_02138	3213			hypothetical protein	ATGAGACTAGAGCGGATGAACATTCAAGGCTTTGGAGCTGTTCGGGACAAGAGTCTTGAGATAGATGCGCCTGTGACCGTGCTGTATGGGCCGAATGAAGCGGGAAAGAGCAGCGTCCTGTATTTTATCCGAGCCATGCTGTACGGATTCCCTGGCAAGGGCTCGCCTGCAGAACGCGGCGAGCCTTCGGAGGAAGGCATTCACGGCGGCGAGCTGCGGTTTCTGGATAAGGAGGGAGTGCCTTGGGTGGTTCGGCGCTACAACCGGTCCAGAGAAGGAAATCCAGCCACCGGCAGAGGCGAGCGCGTACATATTCATAAACAAGCGGATAATGGAATTGTCATTGAGCTTGGACAACAAGAACTGGAGCAATATGCTTTGGGCGGTGTGTCCAAGGATATGTTTCGTCAGCTGTTTGCCATCTCGTTAAGCGAGCTTCAGGAAATCCGCAGTTTGCAATCTGCCGAGATGAGCGGTTACTTGTTCCATGCCGGAATCGGCGGCGGGGCCAATATACTGGAAGCCGAGCGCAAGTTATCCCAGGAGATGGACAAGCTGTATAAGCCGCGCGGAAAGGTTCAGCATACCGCCAAGCTGCTCCAAGCCATCGAGCATTTAAGAACCCGGGTTTCGGAGAGCAAGACGTACGTTTCCCGCTATAACGAGACCGTTACATCCATTCTGGAAATACAGGAACGGTTGAATCTTTTGGAACAGGATCGCATTAGGGACGCCGAGGATCTGTCGCTGCTTCGAAAAGCGCAGGACATTCGTCCGGCTTGGCTGGAATGGCGTGAGGCCAGTTTGGAATTAAAGGATCTGATGGACAGTGACAACTTTCCTCCTGATGGACTCCCCCGATACGAAAAGATGCAGGAGGAAGAGCGCCTTCTCCACACCCAGTCGATTCGCGCCGAGCGGGCGATCGAGGATGCGGAAGATAAGCTGAGAGCACTCCCTCTGAATTCGTTCATGGAACAGTATGGCGAACAGATTGAGGAGCTTTGGGCGAAACGCAGCCTACACGAAGCCGCTAACCGGGAGCTTGCCGAGCTTACGACCGAATACAAATCTCAGGAGATCCGGCTGGAACAGCTGCTTCGGGATATCGACCCGGCATGGACCCGGCAGGAGCTGCTGGCTCTGTCTTTATCCGCTTCGGAGCGCGAGGAGGTACGGCGAATCAGTGCGGCCTTTGCCGGGTATGATCGCCGGATGGAGGCGCTGTTCATTGAACAGCGCGGGGCCCAGCGTTCTGCGGCGGCAGCCGAATCGGCGCTGCGGGAAGCCAGGCGGCAGCTGCGCGAGGAGATGGAGCGGGGACAAGAAGCATTTGCCATGATTAAGTCGGCAGCGCCTCAGGAGACCGCTGTGCTGTGGAATCAGCTGCAGCTGGAGATTGAGCGCTGGCGTGAACGGAGATTGACCCGGACTCAGCCTGAGCCTGCTTCCACGCGTCCATCGGGTAGAGGCAGATTACCTGGGATGCACGCGGGTCTGCTGGCGGGAATGGCTGTTATGACATTCCTGCTGGTGGTCGTATTGTTATGGACGTCAACCACGGAAGCTGCCGTGGTCTCAGGCATCGTGATGCTGCTCGGTATGGGTTATGTATTCTGGAGTGGTCAACGAGGTCGGGAGGTTCATGGTGCAGCTTCGAATGAGACCCATCTTCAAGACGTGCAGGGAACAGAACATATAGATCATCTCTATTCAAGGCTCGTCTCTGACCCATATGCGGCGGCAGCTGCGAGCACGATTCCGGGCAGACGAAGGGACAAAAACGCTGCCTTGGCGCGTGACCCCATCATGGTGGAGGCTCAAATGCGCGAGCTTCGATCCGTGATGGAGGGCTGGCAAGCATGGCGGCAGCGGCTGGATCGACTGACGTCCGATTGTGCGGCGGCTGAGGAGAAAGCTGCGCTGCAAGCGGCTGAATTACAAACGGTTCAGGGCGCTATTGATCAGGAAGAGAAGCGATATTTGGAGCTGGAGCGGCAGTGGGAGGATTGGCTTATGTCCCGATCACTCCCGCAGAGCCTGTCGCCTGACGTCATGCTGGACGTATTCGTCAAAGTGGAGCAGGGGCAGGAGCTGATCCGGCAGCAGAAATCGCTTGGACTGAAAATGGACGTGCTGTTAAAAGAGGCGGAGGATTATATCATCCAATGCCATGAGATCTTTGCGGCGGATCCCCAAGGTGACGTTAACGGCAACCGAATCCCAGCCGTTGCCGAGCTCGGTAACGTCTATTCCAGATGGAAGTCCTATCAAGAGGAATCGAGACAGAGGAAGGTCCTTGCCGAGCGTATTCAAGAGCTGCGCAAGGAGGGGATTGCGATTGCAGAGGAGCGGGAAGGGCTGCAGATGCGCAAAGCAGCTCTGATTGCATCATCCCAATCGGCAGACGAAGAAACCTTTCTTCGTATGGGAGCTGCTGCGAAGCGTCGTGAGGAGCTTGTTCGTACGATCCGCCATCACGAAATTACCATGTTCAGCGGATGGGATGAAGGGGGCCGCCGGCAGCTTGAACAGCTGCTGGAGCTGATGGATGCTTCGGAACTTGATGCTCAATGCATGAAGAAGGAGGAAGCCGTATCCGCTGCGCTCCACCTGCGGGACGAGCTCCAGGAACGGCGGGGGCGGCTGCTTCAGGAGAGAGAGTCGCTGGAAGCAGCGGGGAACGAGGATTCCGCCCTGCAGCAGCTGGAGGAGCAGCGCACCGCCCTGCGGGAATTAGTCTCGCAATATGCGGTACGTTCGATGGCTTCCGAATTTATCAAACGTACGCGCCGCATGTACGAGGAAGAGAAACAGCCGCAGGTGCTGCAGTTGGCTTCCCGCTACTTCACCATGCTGACCGGCGGCATGTACAGCCGGATTGTCATGCGGATGGGAGATCAGAGCCTGTTGGCAGAGCGCCCGACTGGTGAATTGGTGGAGAGCAGCCGGTTAAGCCGTGGTACGGCGGAGCAGTTATATCTGGCGATGCGGCTCGGTTTGATCCAATCGATGCCGCATGCATCGGGGTTGCCGTTATTGCTTGATGATCTGTTTGTAAATTTTGACGGCGAACGGCTCGGACATGCGCTCGAACTGCTCTCGGAATTATCGCAGGACCGGCAAGTCGTAATGATGACGTGTCATCGGCATGTAGCGGAGCAAACCATGAAACTCATACCGGGTGCACGATTCATCACGATGCAGCCATAA	MRLERMNIQGFGAVRDKSLEIDAPVTVLYGPNEAGKSSVLYFIRAMLYGFPGKGSPAERGEPSEEGIHGGELRFLDKEGVPWVVRRYNRSREGNPATGRGERVHIHKQADNGIVIELGQQELEQYALGGVSKDMFRQLFAISLSELQEIRSLQSAEMSGYLFHAGIGGGANILEAERKLSQEMDKLYKPRGKVQHTAKLLQAIEHLRTRVSESKTYVSRYNETVTSILEIQERLNLLEQDRIRDAEDLSLLRKAQDIRPAWLEWREASLELKDLMDSDNFPPDGLPRYEKMQEEERLLHTQSIRAERAIEDAEDKLRALPLNSFMEQYGEQIEELWAKRSLHEAANRELAELTTEYKSQEIRLEQLLRDIDPAWTRQELLALSLSASEREEVRRISAAFAGYDRRMEALFIEQRGAQRSAAAAESALREARRQLREEMERGQEAFAMIKSAAPQETAVLWNQLQLEIERWRERRLTRTQPEPASTRPSGRGRLPGMHAGLLAGMAVMTFLLVVVLLWTSTTEAAVVSGIVMLLGMGYVFWSGQRGREVHGAASNETHLQDVQGTEHIDHLYSRLVSDPYAAAAASTIPGRRRDKNAALARDPIMVEAQMRELRSVMEGWQAWRQRLDRLTSDCAAAEEKAALQAAELQTVQGAIDQEEKRYLELERQWEDWLMSRSLPQSLSPDVMLDVFVKVEQGQELIRQQKSLGLKMDVLLKEAEDYIIQCHEIFAADPQGDVNGNRIPAVAELGNVYSRWKSYQEESRQRKVLAERIQELRKEGIAIAEEREGLQMRKAALIASSQSADEETFLRMGAAAKRREELVRTIRHHEITMFSGWDEGGRRQLEQLLELMDASELDAQCMKKEEAVSAALHLRDELQERRGRLLQERESLEAAGNEDSALQQLEEQRTALRELVSQYAVRSMASEFIKRTRRMYEEEKQPQVLQLASRYFTMLTGGMYSRIVMRMGDQSLLAERPTGELVESSRLSRGTAEQLYLAMRLGLIQSMPHASGLPLLLDDLFVNFDGERLGHALELLSELSQDRQVVMMTCHRHVAEQTMKLIPGARFITMQP				NA	NA	NA	NA	NA
JZ016_02139	1308			hypothetical protein	ATGGCTTCTTTTCGATTTATGCATGCTGCGGATTTACATCTGGACAGTCCGTTTATCGGGATAAGCGGACTCGATGACACTCTGCGGTCGTACGTTCAGGAATCGACCTTCCGTGCGCTGGAACGGCTCGTTCAGCTGGCCATCGACCAGCAGGTTGATTTTATTGTCATCAGCGGAGATATATACGATAGCTCCAACATTTCGCTGCGCGCGCAGCTTCGCTTTCTGGATTCCCTTAACCGTCTGGGAATGGAAGGGATTGCGGTATATGTCATCCATGGCAATCATGATCCGCTCGACAGCACCAAGCTTAGCATGGCGCTGCCTCCCCATGTCCATGTGTTTGGGGCGGAGCCTGCAAGCGTAACGGCCGTTCGCCGCTCGGATCATCAAGAAGTGGCGGTCATTACCGGCATGTCGTATCCGACCTCGAAGGTAACCGATAATATTGCAATAACTTATCCTGCTCCGTCATCCAGGCTATACCATATCGGACTTCTGCACGCAAACGTGGATGGGGATCCCCAACACGAAACCTATGCACCCTGTACGAAAAGGGATTTAATCCAGTCCGGATTTCATTACTGGGCGCTCGGGCATATTCACTCCCGTCGAACCTTGCAGGAATCCCCTTATATTGTGTATCCGGGCAATATTCAGGGACGTCATGTCCGGGAGACGGGACCCAAGGGATGTTATATCGTCGATGTGGATGAGAGCTCCAACACGAAGCTGAGCTTCCATGAGCTCGATTCCATGCGCTGGCACATCGTTGAAGCACCTCTGGATTCTTGTCAGGACGTCGATGAATGGAGACGCTCACTGGAATCCATTCTCACCGAAATAAGCAGAGAGAACGCGGATGGGCTGAGCATGATCCGCGTTCGGATTACGGGACGGGGGCCGGTTCATCGTCAGCTTGAAGGCGGATATGTGCTCGATGAGCTGCTGACCGATCTGCGGAGACGAGAGGCCGCGAAGGGACAGACATGCGGCTATCGGGGATGCGTCTGGATCGAGAGCTTCTCGCTTCATTCCGGAGATGCGATCGATAGGCAGAGGCTGCTTGCGGAAGACAGCTTTGCAGGGGACTTGCTTCGTCTTGTTCGAGGGGAACAGGAACGGCTTCAAGATCCTGGCGGGGCTGTTGCCAAAAGCTTGGAGCCTCTGCTTGAGCATGCGGAAATCCGCTCCTTGCTGGACGAGATCAGTCCGGAAGAACTGCTGGAATGGGTTCGCAGAGCGGAGGAACTGACCTTAGGGTTATTGCTGCGCGAACGTTCGCAAGGGGAAGGTGTCGGAACATGA	MASFRFMHAADLHLDSPFIGISGLDDTLRSYVQESTFRALERLVQLAIDQQVDFIVISGDIYDSSNISLRAQLRFLDSLNRLGMEGIAVYVIHGNHDPLDSTKLSMALPPHVHVFGAEPASVTAVRRSDHQEVAVITGMSYPTSKVTDNIAITYPAPSSRLYHIGLLHANVDGDPQHETYAPCTKRDLIQSGFHYWALGHIHSRRTLQESPYIVYPGNIQGRHVRETGPKGCYIVDVDESSNTKLSFHELDSMRWHIVEAPLDSCQDVDEWRRSLESILTEISRENADGLSMIRVRITGRGPVHRQLEGGYVLDELLTDLRRREAAKGQTCGYRGCVWIESFSLHSGDAIDRQRLLAEDSFAGDLLRLVRGEQERLQDPGGAVAKSLEPLLEHAEIRSLLDEISPEELLEWVRRAEELTLGLLLRERSQGEGVGT				NA	NA	NA	NA	NA
JZ016_02140	1137	mshA_5		D-inositol-3-phosphate glycosyltransferase	ATGAAACTTCTTCAAGCATTATTCTTCCCTCCTGAACAGCCAGGCGGCGTCTCGTCCATGATTCCTTATTTGCAGGAGCGTTTTCATTCATCCCGTTGGGAGATGGAGATGTTCTGGCTGCCCAAGCGGATCCGCAACAAAGGCCAGGAGGATCCGATATTCCACACTTTTGATTGGAAAGAGTTTGAAGGGAGTGCCGTAGTGGCCAAATACCTTCAAACCTACCGGGATTACCTGTGGTGGACACGTCTGCGTCTTCAAAAGCCTTATGATCTTATCCATAGCCATCATCCGATTGCAGGCATGTCGATGAAAGCGGCATTCCCAGAGGTTCCGCTCATCCAAACCGTGCATTCCAGTTACGAGCGTGAGCTCATCCTCAACGGAAGAATCAAAGAAGGTGGGCTGGAGCACAGATTCCTGGTCTCTTTATATAAGGAGCTTGAATATATCAGCGACCGTCTGTTGACGGTGTCGAACTCCTTCAAGGCTTACATGGCTCCGTACGTGAATGAACCCGAATCGATCGGGGTTATCCATAACGGATTCGACGATAAAAGATTTAAGCCGGTGCCTCATGAAAATGCAGTGCCGCAGTTGATTACGGTATGCCGTCTGGTCCCTGCAAAAGGATTGGACATTCTGCTCCAAGCCTGCGCGGAACTGAAACGCAAAGGATATGATTACGTCCTTCACATTATCGGCGACGGCCCTTCCCGTCAGGAGCTCGAGGAGATGGCCAAAACACTCGGCATCTACCAGGAGACGATTTTTTACGGATATACGCTGCATCCCGAGGAGTTCATGCCGTTCTTTGATATCTTTGTCCTGCCCTCGAGAGCGGAGGCATTCGGCTCCGTGTTCGCGGAAGCGGCGCTTAGCAGTCTTGCGCTGGTAGGCACCAACGTCGGCGGCATCGCGGAGCAGATCGAGGATGGAGTAAACGGCTTGCTTGTACCGCCGGAGGATCCGATAGCACTCAGCGTTGCGCTCGAGAAGGTTATCAGTGATCCGCTCTATCGATACGAGCTTGCCCGGACCGCTTCGGATAAGGCGAAGAATCAATATTCCTTGTCCCGATCCGTGAATGAACTGAAAAAAATGTATTTGAAATTTCAACCTAAGATAGAGAGTTAG	MKLLQALFFPPEQPGGVSSMIPYLQERFHSSRWEMEMFWLPKRIRNKGQEDPIFHTFDWKEFEGSAVVAKYLQTYRDYLWWTRLRLQKPYDLIHSHHPIAGMSMKAAFPEVPLIQTVHSSYERELILNGRIKEGGLEHRFLVSLYKELEYISDRLLTVSNSFKAYMAPYVNEPESIGVIHNGFDDKRFKPVPHENAVPQLITVCRLVPAKGLDILLQACAELKRKGYDYVLHIIGDGPSRQELEEMAKTLGIYQETIFYGYTLHPEEFMPFFDIFVLPSRAEAFGSVFAEAALSSLALVGTNVGGIAEQIEDGVNGLLVPPEDPIALSVALEKVISDPLYRYELARTASDKAKNQYSLSRSVNELKKMYLKFQPKIES	PGPT0019565_832	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019565-bshA-K00754	NA	NA
JZ016_02141	1164			hypothetical protein	TTGTCCTATGAATTGAGCTACTGGTCCACTTCTCCTCTACCCACCATATTTGCTGTGTGCGGAGCCTATATCGCGCTCATGATGCTGATCATGTGTCTCTTTATGTACAGCAAACAACGCAAGAATGCTTACATATATATGGCGGCAGCCTTCTTCTTCATTATGACATACGAGAGTTTGAACATCCATTCGGCTTGGACGGGAAAATCTGTTTTTCCACCGGAATCGGACATCCTCCGTTTCATTCAGCTTTTTTCGTTTGTCCTGCTGAACGTCTCGGTTGTCATGCTGTACCGTAAGATCAAAACCATGCATTATTGGCTTCCCTTGTTGTCAGCCGCACTGCTTATGCTTCCGCTCATTCTTCCCTCATTTCTTCCTTACACCCTGGACCCGATATGGCAAAGCATATATTTTGATGGTTTTCAGCTCGCTGCGCTCTACCTGGCTTATACCCAAGTCACTCCGCGGATCGGACAACCGATCAAATATGCGATTGGACTTGCCGTCTACGCCATCTCGGCAGTTCTGCAATCCATCCATACCTATTCCGGCGGCCTGTCGCCTGCGTTTCAGGGACTCGCTCTCGCTCTGCCGGTGCTCTTCTACAGCATCGTGTTCTTCATCCTGTTCAGACGCATTGTGGAGCTGATGCAGTCCATCTACCGGTCTGCCATTACGGACGGATTAACAGGACTCTACAACCGCAGGCATTTTATGAAGTATCTGGACCATTACGCCTCGCAGGAATTGAAAATATCCGCTATCTTCTGCGACATCGACAATTTCAAGAAGCTGAATGATACCCAAGGCCATGCCCGAGCCGATGAAGTGCTGAAGCAGGTCGCGGCCATTATGGAGGAAGAGCTTGACGGTATCGGGATTACCGGCCGGTATGGCGGCGAAGAATTGGTGGCCCTGGTGGTTGACCGCAAAGTCAAGCCCGCACAGGTCGCCGAGAGCATCCGGGCCAGAGTGGCAAGCGAGAGCATCGTCACGATCAGTATCGGCTACAGCGTACTGCGCAAAGGCGTTCGCGGCGATGAACTCATGAAACAGGCCGACAAAGCGATGTATCATTCCAAAACGACCGGCAAAAACAAGGTATCCGATTACCGGTCCTTAACAACCTCATCAACCGAACCAACGGAATCCGCCGGATAA	MSYELSYWSTSPLPTIFAVCGAYIALMMLIMCLFMYSKQRKNAYIYMAAAFFFIMTYESLNIHSAWTGKSVFPPESDILRFIQLFSFVLLNVSVVMLYRKIKTMHYWLPLLSAALLMLPLILPSFLPYTLDPIWQSIYFDGFQLAALYLAYTQVTPRIGQPIKYAIGLAVYAISAVLQSIHTYSGGLSPAFQGLALALPVLFYSIVFFILFRRIVELMQSIYRSAITDGLTGLYNRRHFMKYLDHYASQELKISAIFCDIDNFKKLNDTQGHARADEVLKQVAAIMEEELDGIGITGRYGGEELVALVVDRKVKPAQVAESIRARVASESIVTISIGYSVLRKGVRGDELMKQADKAMYHSKTTGKNKVSDYRSLTTSSTEPTESAG	PGPT0015900_1360	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-CELL_FATE_CONTROL	PUTATIVE-CELL_FATE_CONTROL-1,PGPT0015900-pleD-K02488
JZ016_02142	1389	rsmF_1	COG0144	Ribosomal RNA small subunit methyltransferase F	ATGCGAAAGGAACTATTGCCTGTTGGCTTTGTTGCCAGCATGAATGATATTCTCGGGGATGCCTCGTGCGATTTTTGGGACAGCTACGATTTGCCCCGCACACACGGGCTGCGCCTTAACCGACTGAAAGCGGTTCATGCCGCAGACAGCGTAAGAAACCTCATCCGGCAATTCGAGCTGACGCCCGTGCCCTGGTGTGATACCGGATACTATTATGATGAAAGCCTGCGTCCAGGCAAACACCCCTATCATGCCGCTGGACTATATTATATTCAGGAGCCCTCGGCAATGTCCGCAGTCGAGCTGTTGAATCCTCAGCCCGGAGAGACCATCCTGGATCTTGCGGCAGCTCCCGGCGGCAAGACAAGCCATATTGCCTCCAAGATGATGGGCCTAGGACTGCTTGTCTCCAATGAGATCCATCCCGAACGGGCACGGATTCTGGCCGAGAACGTGGAACGTATGGGAATAACGAATACCGTCGTTACGAGTGCGGCACCGGATCAGCTATCCCGCCGTTTCGTTGCCTGCTTTGACCGGATCATGCTTGATGCGCCATGCTCCGGTGAAGGCATGTTTCGAAAGGATGCCGCAGCGATTGAAGAATGGTCTCCTGAACATGTGGATCTGTGCGTTGCCCGGCAGTGGGACATTGTTCAGGAGGCGTACCGGATGCTCAAACCGGGAGGAACCTTGGCTTACTCCACCTGTACGTTCAACACGGCTGAGAACGAAGAGATGATTGAGCGCATTCTTTCGCAGTATCCCGATATGGAGCTGCGTGAAATGAAGCGCTTGTGGCCGCACTTGGAACGGGGTGAGGGGCATTTTGTTGCCATCTTGGTCAAATCGGCGGCTGCCGAAGTTTTAAATGAAGACCTCGCATACTCTGCGGTCAGCAGCAAATCCCCGGCCAAATCAAACCGGGGCGGCAAACAAGGACCTGCGCTCTCGGCCCTGGCCGACTTTCATGACTGGGCGAAGCAGGAACTACCCGGCTTTGAGCTTGACTGCGGCACTCCGATATTATTCGGTGAGGAACTGTACTGGCTTCCGGTCAGCGAGAGCTTGGCATGGAATGACAAGCAGCTGAAAGGCTTGAAGATGCCGCGGGCAGGTCTGCATCTGGCTCATCTGAAGAAGAATCGAATCGAACCGGCCCATGCGCTTGCCATGTCCTTGCATCCTGGCCAAGCTGCCCGCAGCTGGGATCTGCCTTCAGATTCAGCCGAGACGGCTGCTTATTTGCGGGGAGAGGTGCTCTCCATTCCTTCCGAACACCGGGGCTGGACGTTGGTAACCACGGATGGATTACCTCTGGGGTGGGGCAAGGCCAGCGGCGGACAGCTCAAGAATCATCTGCCCAAAGGCCTGCGTAATCCCAAGTAA	MRKELLPVGFVASMNDILGDASCDFWDSYDLPRTHGLRLNRLKAVHAADSVRNLIRQFELTPVPWCDTGYYYDESLRPGKHPYHAAGLYYIQEPSAMSAVELLNPQPGETILDLAAAPGGKTSHIASKMMGLGLLVSNEIHPERARILAENVERMGITNTVVTSAAPDQLSRRFVACFDRIMLDAPCSGEGMFRKDAAAIEEWSPEHVDLCVARQWDIVQEAYRMLKPGGTLAYSTCTFNTAENEEMIERILSQYPDMELREMKRLWPHLERGEGHFVAILVKSAAAEVLNEDLAYSAVSSKSPAKSNRGGKQGPALSALADFHDWAKQELPGFELDCGTPILFGEELYWLPVSESLAWNDKQLKGLKMPRAGLHLAHLKKNRIEPAHALAMSLHPGQAARSWDLPSDSAETAAYLRGEVLSIPSEHRGWTLVTTDGLPLGWGKASGGQLKNHLPKGLRNPK				NA	NA	NA	NA	NA
JZ016_02143	156			hypothetical protein	ATGAGCACCTGGCTGAACCCGCACAAGGTATTGTGCATCGTGTATGTGGCAGCGATGTTTGTTGTCGCTATGGACGCCACCCTGCTGAATGTTGCGCTTCAGACGATCAGCCTCGAACTTGGAGTGCCCCCTGCGCTTCGGAACTATAGGAAGTAA	MSTWLNPHKVLCIVYVAAMFVVAMDATLLNVALQTISLELGVPPALRNYRK				NA	NA	NA	NA	NA
JZ016_02144	228	mbtH	COG3251	Protein MbtH	ATGACCAATCCTTTTGAGCAAGTCGACGGCAAGTTTCTTGTGCTGGTAAACCATGAAGGGCAATATTCGCTCTGGCCGGGTTTCGCTGCTGTTCCGAACGGCTGGACAGAGGCTTTTGGACTTAGCACGCGGGAGGAATGCACAGCCTTTATCAACGAGAACTGGGTTGATCTGCGGCCGCGAAGCCTGTATGCCAACACCGGGCCGTCAGCAGAGCATAGATCATGA	MTNPFEQVDGKFLVLVNHEGQYSLWPGFAAVPNGWTEAFGLSTREECTAFINENWVDLRPRSLYANTGPSAEHRS	PGPT0003370_313	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-NOCARDICIN_A-D_METABOLISM,PGPT0003370-mbtH|nocI-K05375	NA	NA
JZ016_02145	7236	dhbF	COG1020	Dimodular nonribosomal peptide synthase	ATGCTTGAGCGGGAGAAGGAGCGCTGGTCTCTGTCCGGAGCGCAGCTGGGGATATGGTACGCCCAGCAGCTTGACCCGGTCAACCCGATATTCAACACGGCGGAATGCATTGAAATACAAGGACCTGTAGATCCGATTCTGTTCGAGAGGGCTTTACGTCAGGTGGTCGGGGAGGCTGAAGCATTGCATGTTCACTTCGGCGAAGATACGGACGGTCCTTGGCAGTCGATTGATCCATCTCCGGATTGGCAGCTTCATGTGGTGGATGTCAGCGGAAATGAGGATCCGGTTCATGCCGCCCAAAGCTGGATGATGCATGACCTTGATCAAGCGGTGGATCTAAGCCAAGGGCCGTTGTTTACGGAGGCGCTGTTCAAGATTTCCGCCGACCGCTACTATTGGTATCAATGCATTCATCATATCGTAATCGATGGGTTCGGCGTATCGCTTCTGCTGCAGAAAGTCTCTCAAGTCTACACGGAATTGGCGGGGGGCGTATCTTCCGGCACAGGCGCGTTCGGCAGGTTTCGCATGATCTTGGAAGAAGATACGTCATACCGCATGTCGCAGCAGCTCGACTCGGATCGCGAATTCTGGCTGCGGCGCTTTGCCGATGAACCGGAGATCGTCAGCTTAGGGGGGCAGGCACAGCGTTCGGCGCGAAGCTTCCTGCGCCGTTCGGTGCAGCTTCCTGGATCTTCGATCCATCGCATACAGGCGGCCGCGCAAGCATCAAGGACAAGCTGGCCGGACGTGATAGCGGCTGCAACGGCTCTGTATATACATCGAATAACAGGCGCAGAGGATGTTGTTCTTGGATTGCCGGTGATGTGCCGCTTAGGTTCGGCCTCCATCCGTATTCCAGGGATGGTCATGAATGTGCTGCCGCTTCGAGTGCGCGTTAGGCCCGATATGAGTCTAATCAACCTGCTGCAGCAGGTCGCACGGGAGATTCGCGAGATCAAGCGGCATCAGCGCTACAGACATCAGGATATCCGGCGCGATCTCAAGCTGCTTGCTGATAACCGCAGGTTATTTGGACCGCTCGTTAATGTGATGCCCTTTGCTTCGGAATTGAACTTTGGAGGCTGTGGCGGCATCGTCCGTAACCTGGCTTCCGGTCCGGTGGATGACCTGACCTTGAACGTATATGGAAGTTTGGATGGAAGCGGGCTGAGAGTCGATATGGATGCCAATCCGTTGATCTATAGCCTGGAGGAGTTAGCTTCCCATTTACATCGCTATTTGTATTTGCTGGACAGTCTTGCCGAAACGGAGCTGGACCATCCTGTTGGAAGCGTGGCTTTCATCTTGCCGGAAGAACGCGACAAGGTGCTTTTTCAGTGGAATGATACGGCACGACCCTTACCGCAGTTAAGCATACCGGAATTATTCGAGGAGCAGGTGGCACGTACCCCGCAGGCGGAGGCGGTGGTATGCGAGGGATTAACGCTACGTTACGAAGAGCTGAACAGGCGAGCGAACCGCCTGGCCCGCCTGCTTATTGACTCCCACATAGGTCCTGAACGAATCGTTGCCCTTTCCCTGCCCCGTTCGGCGGACATGATCGTTGCGATCCTTGCCGTGCATAAGACTGGTGCGGCTTACTTGCCGTTAGATCCGGATTATCCGGACGAACGGATCGCCTATATGCTTGAGGATGCAAAGCCTGCGTGTTTGATAACGACACAAGATCTGGCCGGAAGCTTCGCAGCTATCATGAAAGACGAGGACGTGGTTATGCTGGATGCTCCGGCTACCCTTCAGCGATTGGAGCAGCAGGCGTTTCATAACCCTGTTGATGCTGATCGCATAAGTCCGCTGCTGCCGCTTCACCCGTCCTACGTTATCTATACCTCCGGATCAACGGGCCGGCCCAAGGGCGTCCTGCTTACGTTCGAAGGACTTTCCAATCTGCTGTCGGATATGCGTGAGCGATTGGAGATAGGGGAGCGGGATCGCTGGCTGTCGGTTACCACGATGTCATTCGACATCTCGGTCATGGAAGTGCTGCTGCCGCTTTCATGCGGCTCGACGCTCGACATCGTGATGCGGGATACCATTCTCGACGCAGCGGCTCTCATAGGCCGAATTCGGGAAACGGGGGCGACCATCATGCAGGCGACCCCGACGTTGTGGCAGTCCATTGTCGCTTGCCGTCCAGGAAAGTTTGAGCGTCTCAAAGTCATAACCGGGGGTGAGGCGCTCCCGGTGGGACTTAAGCTTGCGCTTCAAGATCTGAACTGCGAAGTGAATAACCAATATGGACCGACGGAGACAACGATTTATTCGACAGCGGCCAAGCTCGATTATGAACGGGACAAGCCGTCCATTGGGGGGCCCGTCTGGAATACGAGGTTATATGTGCTTGATTCGTCACTGTCCCCGGTTCCGCCAGGCGTAACGGGCGAGCTGTACATTACAGGCTCGGGTCTTGGCCGGGGGTATCTGGGAAGCCCCGATTTGACAGCGGAACGGTTTGTAGCGGATCCCTTTGGTCCTCCCGGATCCCGGATGTATCGTACAGGCGATCTTGCCCGCTGGCTGGAGAACGGCTGGATTGATTATTTGGGGCGTGCCGATCATCAGATCAAGCTGCGCGGCTTCCGGATCGAGACGGGAGAGATTGAGTCCGTGCTTGTGGATCATCCGGAGGTGGAGCAGGCCTGCGTCATCATCCGCGAGGATCGGGCCGGTGATCGCCGTCTTGTTGCTTATATCGTAGCATCGCCATCTGCTTCAAATATCATCAATGCAGCAGAAATACGGGATTATGCCGCAGAGAAGCTGGCCGAGTACATGGTCCCGTCTGTCATCGTGGCACTCGACGCGCTACCGTTAACGCCGAACAAGAAGGTGGATCGCAAGGCGCTGCCTGCACCGGATCATCCGTTAACGGGCGGCCGCATGCCGCGGACACCGCAGGAGGAAATGCTCTGCACGATTTTTGCCGAGGTGCTTGGTTTATCGCGGGTTACCATTGATGATGATTTCTTTGCCCTCGGCGGTCATTCCCTGCTTGCCGGAAGGGTGATGGTACGAGTCAGGGAGGCCTTCGGCGTGGAGCTTAGCATAGGAAGCCTATTTGAAACAGCGACGGCCGCGAGTCTTGTCAAACGGCTTGATCATGCGCAAGAGGCCAGAGTGGCTGTACGTCCCGTGATAAGGACTGAGTATCCACCGTTGTCTTTTGCCCAGCAGCGGTTATGGTTTTTATATCGCCTGGAGGGTCCGAGCCCGACCTACAATATTCCGCTCGTGGCTCGCTTGTCAGGTGAGCTTGATCTGGCAGCGCTGCGGATGGCGCTGGGTGATGTGGCCGCTCGTCATGAAACGCTGCGCACGGTTTACCCGGATCATGACGGGACTTCCTATCAGCACATCCTGGATGCCGAGGAGGCACGACCGGAACTGATCGTGACCGAAATCATTGACTCGGCGCTGCCCGATCGATTGGCGGAAGCCGTCAGGCACCCATTCGAGCTTGCCACCGAAACTTCACTGCGGGCAGAGTTGTTCAAACTGGGGAATGGAGAGTTTGTCCTGTTGTTGCTGCTGCATCATATAGCTGGCGACGGCTGGTCGCTTACCCCCCTGACACGCGACCTATCGGATGCCTATATGGCACGGCGCCTGGGGAGTGAGCCGGAATGGTCTCCGTTACCGGTCCAATATGCAGACTATGCCGTTTGGCAGGAGAAGCTTCTTGGCAGCACAGGCGATAAGGGCAGTCTGATTGCCCGCCAGCTGGACTATTGGACTGAGGCACTTTGCGATTTACCGGAGCAATTGGAGCTGCCCACCGATTATCCGAGGCCGGCTGTTGCCAGCTATCAGGGCGGAAGCGTGTCGTTTCCGATTTCGCGTGAACTGCATCGGCGGCTGAATACACTCGCGCAGAGCAATCGGGTGTCTTTATTCATGGTGTTTCAGTCAGCGATGGCTGCGCTGTTTACGAAGCTGGGTGCAGGTACGGACATTCCGATCGGCAGTCCGGTCTCGGGCCGGAATGACGACAGTCTGGATCAATTGATTGGTTTCTTCATCAATACGCTTGTGTTTCGTGTCGACACATCAGATGACCCATCGTTCGACGAGCTGTTGCAGCGGGTGCGGGAGAGGAGCCTGGCGGCTTTCGAGCATCAGGATGTGCCGTTCGAGCGGCTTGTCGAGACATTGAATCCGCCGCGTTCCAGGTCTAGACATCCTCTCTTCCAAGTGATGCTCGTACTGCAAAATACGCCGGAAACTTCGCTTGAACTGCCGGGAGTCAGCTCGAAACTGCAGCTGCAAAGCGTAGGTACCGCGAAGTTTGACTTAACCTTCGAGCTGACGGAGCGGCGGGATATGCACGGCGAACCTGACGGAGTTCACGGTATGATCGAATTTAGTACGGATTTGTTCGAGCACAGAACGGCGGAAGCGATGGCGGAACGATATGTGCGCGTATTGGAGAGTGCTGCCAATGAACCAAGTAAAGCCATCAGTCAACTCGATATATTAACCGTTCATGAGCGTGAGGAAACCCGTCGACAGTGGAGCGCTCCACTGCCTCTTACCAAGCAGGCAACCTTGCCTCAGCGGTTTGAGGAGCAGGTCATCCGCACGCCTTTAAGGAACGCGATTGTCCATGATGGTTTATCGCTTACCTATGGTGAGTTGAACGAGCGAGCCAATCGGCTTGCTCACTTGTTAATTGCCTCCGGCATCGGGACGGATCAGATCGTAGCGCTCGCCTTGCCGCGTTCGTTGGACATGGTCATCGGCATATTGGCTGTACTTAAGGCAGGGGCTGCTTACCTGCCGCTGGATCCGGAGTATCCGGAGGATCGGCTGGCTTACATGATCGAGAATGCTTGTCCGGTATGCGTCATTACGAGCGTTCAGGTGATGGATCAGCTGCCGAGCTTCGCATGCATAAAGCATGTTGTCATGGATGAACCTGAACAAGCTTCACGGGTGCAGAGCTACTCTCATGAGAATCCAAGCGACCATGAACGTCACAGGCCCCTTACGCCGCTGAGTGCCGCGTACATCATCTATACTTCCGGGTCTACCGGCAAACCGAAGGGCGTGCTTGTACCGCATCAGAATGTCATCCGATTGTTTGACTCTACCGCACATTGGTTTCAATTTGATGAGACTGATGTATGGACCTTATTCCACTCGTATGCCTTTGATTTCTCGGTATGGGAATTATGGGGGCCTCTCTTGCACGGCGGTCGACTCGTGGTTGTTCCGCATACGACCAGCAGATCGCCGAACGACATGTTGAGCTTGCTGGTCCGGGAAGGCGTAACCGTGCTGAATCAGACTCCCTCGGCGTTTTATCCGTTGATTCAGGCGGATCGAGAGCAGGCGGAACTGGGGCAGCAGAAACTATCGCTGAGGTATGTTGTGTTCGGCGGTGAAGCCTTGGAGCTCGGACGGCTCACGGATTGGTATGAGCGTCATGCCGACGATGCCCCGCGTCTGATCAACATGTATGGCATTACAGAGACGACTGTGCACGTCAGTTATATGGAATTAAACCGGAACCTTGCGCTGCCGGGAGCCGGCAGTCCGATCGGAGAAGCGATTCCGGACCTTAGGGTATATGTCCTGGATTCCAAGCTTCGGCCGGTTCCGTATGGCGTAATTGGAGAGATGTATGTCGCGGGTGCAGGACTTGCGCGGGGGTATTGGGGTCGTCCAGATCTGACCGCCGACCGCTTTGTGGCCGATCCGTATGGTCCGCCGGGGACGAGAATGTACCGAACCGGAGATCTGGCGAAGCGGCTGGCCGACGGTACACTGGATTATTTGGGGCGGTCCGACCATCAGGTGAAAATACGCGGCTTCCGGATCGAACTCGGCGAGATCGAATCGGTCCTCACACGTCATGCCGATGTCGCTCAGGCGGCAGTCATCGTGCGCGAGGATCAGCCCGGGGATCGCCGGCTTGCGGCTTATGTTGTGAGCAAGCCCGGCGGCGAGTTGTCTGCAGGTGCTGAGCTGCGCCGTTATGCGGCCTCAATGCTTCCTGATTACATGGTTCCCGGGGCGTTCGTATTTATGGACATGCTGCCGCTTACGCCTAACGGGAAGCTCGATCGCAAAGCGTTGCCGGCTCCAGATATGGGGCCCGATGCCGATGGACGCCATCCACGAACTCCGCAGGAAGAAGTGTTATGCGAGTTATTTGCGGAGATATTGGGAGTCAAACGGGTGGGTATCGATGACAGCTTCTTCGAGCTCGGCGGCCATTCGCTACTGGCTGTCCGGCTTATCAGCCGGGTTCGCGAAGCGCTCGGCAAAGAATTAAGCATAGCAGCTTTATTCGAAGCGCCTACGGTAGCGGGGCTTATCGACAAGCTTGAGATGGGTGGCGGACACAGCGCGCTGCAGGTCGTGCTTCCGCTTCGGGCGCATGGAGAACAAATACCGCTGTTCTGCGTGCATCCGGCAGGAGGATTAAGCTGGTGTTACGCCGGTTTAATGAAGCATCTCGGCATGGATTATCCGATTTACGGTTTACAGGCGAGGGGGATTGCGCAAGCAGAGGAGCTGCCGAAATCACTGGAAGAGATGACAAAAGACTATATCGACCATATTCGTTCTCTTCAACCACAAGGGCCATACCGGCTGCTCGGATGGTCTCTGGGCGGCAATGTCGCTCAGTCGATTGCGGTACAGCTGCAGGAGGCGGGTGAGGACATTGAATTGCTAGCCATACTGGATGCTTACCCAAGTCATTATTTGCCGATCAAGGAAACCCCCGATGAAGACGAGGCTTTAACCGCGCTGCTGGCGTTGGGAGGCTTCGACAGAGAGAGCATTGAAGCGGGTCTTGGAGACGCGTCGTTAACCATAGCGGCCGCCCTTGAATTGCTGCGGAATGAGAGCAGCGCGCTCTCGTCCCTTGAGGAAGGGACGATCATGAATCTGAAGGCGACCTATGAGAATTCGGTGCAGCTGTTGAAGGCTTACGTTCCGAAACGGTTTGAGGGAGACATGTTATTCTTCCATTCGACGATCATCCCCGATTGGTTCGATCCCATTGAACCGGAGATGTGGGGGGCTTACGTGGGCGGTAAGATCGAGCGGCACGATATTGAATGCCGGCATAAGGATTTATGCCAGCCGGGCCCACTGGATTATATCGGCAAGTGCATTCTAAGCAAGCTGGAGGCAGCTATAACCCGAGGACTGACCACATCGGAGAGGAGGGAACTTATCCATGACCAATCCTTTTGA	MLEREKERWSLSGAQLGIWYAQQLDPVNPIFNTAECIEIQGPVDPILFERALRQVVGEAEALHVHFGEDTDGPWQSIDPSPDWQLHVVDVSGNEDPVHAAQSWMMHDLDQAVDLSQGPLFTEALFKISADRYYWYQCIHHIVIDGFGVSLLLQKVSQVYTELAGGVSSGTGAFGRFRMILEEDTSYRMSQQLDSDREFWLRRFADEPEIVSLGGQAQRSARSFLRRSVQLPGSSIHRIQAAAQASRTSWPDVIAAATALYIHRITGAEDVVLGLPVMCRLGSASIRIPGMVMNVLPLRVRVRPDMSLINLLQQVAREIREIKRHQRYRHQDIRRDLKLLADNRRLFGPLVNVMPFASELNFGGCGGIVRNLASGPVDDLTLNVYGSLDGSGLRVDMDANPLIYSLEELASHLHRYLYLLDSLAETELDHPVGSVAFILPEERDKVLFQWNDTARPLPQLSIPELFEEQVARTPQAEAVVCEGLTLRYEELNRRANRLARLLIDSHIGPERIVALSLPRSADMIVAILAVHKTGAAYLPLDPDYPDERIAYMLEDAKPACLITTQDLAGSFAAIMKDEDVVMLDAPATLQRLEQQAFHNPVDADRISPLLPLHPSYVIYTSGSTGRPKGVLLTFEGLSNLLSDMRERLEIGERDRWLSVTTMSFDISVMEVLLPLSCGSTLDIVMRDTILDAAALIGRIRETGATIMQATPTLWQSIVACRPGKFERLKVITGGEALPVGLKLALQDLNCEVNNQYGPTETTIYSTAAKLDYERDKPSIGGPVWNTRLYVLDSSLSPVPPGVTGELYITGSGLGRGYLGSPDLTAERFVADPFGPPGSRMYRTGDLARWLENGWIDYLGRADHQIKLRGFRIETGEIESVLVDHPEVEQACVIIREDRAGDRRLVAYIVASPSASNIINAAEIRDYAAEKLAEYMVPSVIVALDALPLTPNKKVDRKALPAPDHPLTGGRMPRTPQEEMLCTIFAEVLGLSRVTIDDDFFALGGHSLLAGRVMVRVREAFGVELSIGSLFETATAASLVKRLDHAQEARVAVRPVIRTEYPPLSFAQQRLWFLYRLEGPSPTYNIPLVARLSGELDLAALRMALGDVAARHETLRTVYPDHDGTSYQHILDAEEARPELIVTEIIDSALPDRLAEAVRHPFELATETSLRAELFKLGNGEFVLLLLLHHIAGDGWSLTPLTRDLSDAYMARRLGSEPEWSPLPVQYADYAVWQEKLLGSTGDKGSLIARQLDYWTEALCDLPEQLELPTDYPRPAVASYQGGSVSFPISRELHRRLNTLAQSNRVSLFMVFQSAMAALFTKLGAGTDIPIGSPVSGRNDDSLDQLIGFFINTLVFRVDTSDDPSFDELLQRVRERSLAAFEHQDVPFERLVETLNPPRSRSRHPLFQVMLVLQNTPETSLELPGVSSKLQLQSVGTAKFDLTFELTERRDMHGEPDGVHGMIEFSTDLFEHRTAEAMAERYVRVLESAANEPSKAISQLDILTVHEREETRRQWSAPLPLTKQATLPQRFEEQVIRTPLRNAIVHDGLSLTYGELNERANRLAHLLIASGIGTDQIVALALPRSLDMVIGILAVLKAGAAYLPLDPEYPEDRLAYMIENACPVCVITSVQVMDQLPSFACIKHVVMDEPEQASRVQSYSHENPSDHERHRPLTPLSAAYIIYTSGSTGKPKGVLVPHQNVIRLFDSTAHWFQFDETDVWTLFHSYAFDFSVWELWGPLLHGGRLVVVPHTTSRSPNDMLSLLVREGVTVLNQTPSAFYPLIQADREQAELGQQKLSLRYVVFGGEALELGRLTDWYERHADDAPRLINMYGITETTVHVSYMELNRNLALPGAGSPIGEAIPDLRVYVLDSKLRPVPYGVIGEMYVAGAGLARGYWGRPDLTADRFVADPYGPPGTRMYRTGDLAKRLADGTLDYLGRSDHQVKIRGFRIELGEIESVLTRHADVAQAAVIVREDQPGDRRLAAYVVSKPGGELSAGAELRRYAASMLPDYMVPGAFVFMDMLPLTPNGKLDRKALPAPDMGPDADGRHPRTPQEEVLCELFAEILGVKRVGIDDSFFELGGHSLLAVRLISRVREALGKELSIAALFEAPTVAGLIDKLEMGGGHSALQVVLPLRAHGEQIPLFCVHPAGGLSWCYAGLMKHLGMDYPIYGLQARGIAQAEELPKSLEEMTKDYIDHIRSLQPQGPYRLLGWSLGGNVAQSIAVQLQEAGEDIELLAILDAYPSHYLPIKETPDEDEALTALLALGGFDRESIEAGLGDASLTIAAALELLRNESSALSSLEEGTIMNLKATYENSVQLLKAYVPKRFEGDMLFFHSTIIPDWFDPIEPEMWGAYVGGKIERHDIECRHKDLCQPGPLDYIGKCILSKLEAAITRGLTTSERRELIHDQSF	PGPT0003165_19	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003165-dhbF-K04780	NA	NA
JZ016_02146	978	dhbB	COG1535	Isochorismatase	ATGGCACTTCCAAAAATTTTACCTTATCCCATGCCAGGGGAGGCGGATCTGCCCAAGAATAAGGTGGCATGGACGGCAGATCCGAACCGGGCCGTGCTGCTCATCCACGATATGCAGCAATATTTCATCGATGCGTTCACTCCGGATCAATCGCCTGTCGTGGAGCTGATCGCCCATATTCAGAAACTTCGGTCCTGTTGCGCCGAGCTTGGCATTCCCGTTATCTATTCGGCACAGCCTGGCGGACAAGCACCGGAGCAGCGCGGTCTGCTGCAGGATTTCTGGGGATCCGGCATCAATGACGGTCCTTATCAGAAAAAGTTCGTGGATGCGGTGGCGCCGGACGAACGGGATCTGCTGTTAACCAAATGGAGATACAGCGCCTTCCAGAAAACCAATTTGCATGAAATGATGCGCGAGTTAGGCCGCGACCAACTGATGATCTGCGGGATATACGCCCATATTGGATGTTTGCTGACCGCAACCGAAGCTTTTATGAAAGACATTCAGCCATTCTTCATTGCAGATGCCCTTGCCGATTTCTCGGAAGAGAAGCATCGCCTGGCGCTGACTTATGCTGCCGAACGCTGCGCTGTTACGCTGACCACGGAACGTTTGGTTGCTTCGTTAACTCAAGAGCAGCGTTCTATCTCGGAGCATTCTAAAGCTCCGGGCGGAGAGGGGAATACGGGGAATTCTGCGAAGGTCCAACCGCTGCTGACGCTGCAAACGCTGCGAGAGAACGTAGCGGATTTGCTGCAGGAGCAGCCGTCAAATATTGGTGAAGACGACCATCTGATTGAGTACTGGGGGCTGGATTCCATTCGGATCATGAGTTTGGCCGAGCGGTTACGGCGCGAGGGCATCGACATCAGCTTTGTGGAAATGGCAGAGCTGCCTACATTGGCGGGCTGGTGGGGATTGCTGTCAAATAGGCTAAGCTTGTCGCGGCCTAATTATGATTATTATACGGTGTAA	MALPKILPYPMPGEADLPKNKVAWTADPNRAVLLIHDMQQYFIDAFTPDQSPVVELIAHIQKLRSCCAELGIPVIYSAQPGGQAPEQRGLLQDFWGSGINDGPYQKKFVDAVAPDERDLLLTKWRYSAFQKTNLHEMMRELGRDQLMICGIYAHIGCLLTATEAFMKDIQPFFIADALADFSEEKHRLALTYAAERCAVTLTTERLVASLTQEQRSISEHSKAPGGEGNTGNSAKVQPLLTLQTLRENVADLLQEQPSNIGEDDHLIEYWGLDSIRIMSLAERLRREGIDISFVEMAELPTLAGWWGLLSNRLSLSRPNYDYYTV	PGPT0003215_11	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN|BACILLIBACTIN|VANCHROBACTIN|ACINETOBACTIN|CHRYSOBACTIN_METABOLISM,PGPT0003215-entB|vibB|viuB|vabB|angB|dhbB|basF|cbsB|aebB-K01252	NA	NA
JZ016_02147	1653	dhbE	COG1021	2,3-dihydroxybenzoate-AMP ligase	ATGTTGGCAGGTTGTAAGGCTTGGCCGGAGGAGTTTGCAACCCGTTATCGGGAAGAAGGATGCTGGCAGGGCGAAACGTTTGGAGCGCTCCTGCGGAAGCGTGCGGCGGAACACGGGGATCGGATTGCGATCGTGAGCGGCGATCAGCATACAAGCTATGCCGAGCTGGACAATCGGGTGGACCGCTTGGCAGCGGGATTTCTTAAGCTCGGAATCAAGGCGCGGGAACGGGTTATCGTTCAGCTTCCGAATATCGCGCCATTTTTCGATACGATATTTGCGCTGTTCCGCATCGGGGCCATTCCCGTCTTCGCCCTGCCTGTTCATCGCCGGAGCGAAATCGTATATCTATGCGGCTTCAGCGAAGCGGCCGCTTATATTATTCCGGATCAGGATTCGGGATATGATTATCGGAACTTAGCAGCTCAAGTCCAGGCATCGGTTCCTTCGCTGCGCCATGTCATCGTTGCGGGCGGCCCGGCCTCGGGGGCATTTCTGTCCCTGGATGACCTGTATCTCGATGATGCGGGCAGTCCTTCTCGCCGTTTAGACGAGGAAGGCCCCGATCCCGCCGAGGTCGCGTTCCTGCAGCTGTCCGGCGGGACGACCGGACTGCCGAAGCTTATTCCGCGCACGCATGACGACTATATTTACAGCTTGCGCATGAGCGCCGAAATCTGCTCGCTGGATAAGGATAGCGTTTATTTGGCGGTACTGCCCGCTGCCCATAACTTTCCGCTTAGCTCGCCGGGCGTGCTGGGGACGCTGTATGCGGGAGGGAAAGTCGTCCTTGCCCGGTCCGCGAGTCCGGAGGTGGCGTTCCCGCTGATCGCCTCCGAGGGCGTAACCATGACGGCGGTCGTTCCGCCCCTGGCCTTAATCTGGCTTGAGGCTGCACAGTCCCGTTCGGATGACCTGTCGAATCTGCAGGTGCTGCAGGTAGGCGGGGCCAAATTCAGCGCAGAGGCAGCCAAGCGGGTAAAAACGGTGCTGGGATGTACGCTGCAGCAAGTATACGGGATGGCGGAAGGCTTGGTGAATTATACCCGACTGGATGATCCGGAGGATATAACGGTGCATACGCAAGGGCGTCCGATGTCTCCGTATGACGAAGTGCGGCTGGTCGATGAGGATGACGTGGAGGTGGCTCCCGGTGAAGTCGGTGAATTGCTGACGCGGGGACCCTATACGATTCGCGGCTACTATAAAGCGGACAAGTTTAACGAAAAAGCCTTTACCACAGACGGTTTCTATCGAACGGGGGATCTGGCGAGTTTGACGCCTTCAGGATATCTGGTAATCGAAGGCCGTTCGAAGGATCAGATAAACCGCGGTGGCGACAAGATTGCGGCCGAGGAGGTCGAGAATCATCTGCTTGCCCATCCGAGCGTTCACGACGCAGCTGTAGTCGCCATGCCGGACGAGTATCTGGGCGAGCGGACCTGTGCCTTCGTTATTGTCCATGATGCTGCGGTTAGCGGCAATGAGCTGAAGGCTTTTCTTAGAAATAGAGGGCTAGCTGCGTACAAAATCCCGGATCGGGTGGAGTTTATGGATTCCTTCCCGCACACGGGTGTCGGTAAGGTAAGCAAAAAGAGTCTGCGTGAACTAGCGTTACAGAATCATGACGTTCGGGTGAATATGTCCAATTAA	MLAGCKAWPEEFATRYREEGCWQGETFGALLRKRAAEHGDRIAIVSGDQHTSYAELDNRVDRLAAGFLKLGIKARERVIVQLPNIAPFFDTIFALFRIGAIPVFALPVHRRSEIVYLCGFSEAAAYIIPDQDSGYDYRNLAAQVQASVPSLRHVIVAGGPASGAFLSLDDLYLDDAGSPSRRLDEEGPDPAEVAFLQLSGGTTGLPKLIPRTHDDYIYSLRMSAEICSLDKDSVYLAVLPAAHNFPLSSPGVLGTLYAGGKVVLARSASPEVAFPLIASEGVTMTAVVPPLALIWLEAAQSRSDDLSNLQVLQVGGAKFSAEAAKRVKTVLGCTLQQVYGMAEGLVNYTRLDDPEDITVHTQGRPMSPYDEVRLVDEDDVEVAPGEVGELLTRGPYTIRGYYKADKFNEKAFTTDGFYRTGDLASLTPSGYLVIEGRSKDQINRGGDKIAAEEVENHLLAHPSVHDAAVVAMPDEYLGERTCAFVIVHDAAVSGNELKAFLRNRGLAAYKIPDRVEFMDSFPHTGVGKVSKKSLRELALQNHDVRVNMSN	PGPT0003270_168	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_AQUIRED_RESISTANCE|SAR	SAR-SALICYLIC_ACID_METABOLISM	SAR-SALICYLIC_ACID_BIOSYNTHESIS,PGPT0003270-entE|psmE|dhbE|basE|angE|aebE-K02363	NA	NA
JZ016_02148	1245	dhbC	COG1169	Isochorismate synthase DhbC	ATGTTGCACTATGAAACTCCAACCGCAGCCGAGGCTGCGCAACTTATGGAACAATACCGGGTCGGTTCGTCCTTCTTCTTCTCATCCCCGCGCAAGACGTTGTTAACGCATGGAGAGTATTCGAGACTTCCGGTTCCTTCAGGGAACGACCATAGATCATTGTCAGAACGCGTTACGGAACTGCTGGTTCGCGCCAAGCAATCGGGACGGCCGAACGCCGTTGTTGTAGGCGCCATCCCTTTTGACATAGTGAAACCGGCGAGCCTGTTTATTCCGCTTTCGGCTCAATGGCATGATTCCCTTCTATTCTCTACAGGACAAGCCCCGGAAAGGCCTCGCATTTCCAGCTATCACGTACTGTCCGTTCCCGAACCGGCGGCGTTCCAGGAAGGCGTGAACCGGCTGCTGGAGCTCATTTCTCAAAAGAAACTCCATAAAGCGGTGCTTTCCCGAACCCTGGATATCACGCTTCCTCATGCCTTGTCCATTCCTCATATATTGAATCACTTAGCTTACCATCACTCCCATGGATATACATTTGCCGTTCCATTGGCACCCGAATTGTCCCACACTTCAAGTCCGGACGCCGTTGCATCCACAAGGACGCTGTTTGGCGCTAGCCCCGAGCTGCTAATTACGAAGAAGGGGCAGCGAATCAAAGGAAATCCGTTGGCAGGCTCTGCGGCGCGAAGCGCCGATCCCGTTGAAGACCAGCGGCGGGCTGCAGCGCTGCTGTCATCCGCCAAAGACCGAAATGAGCATGCCATCGTGATTGATGCAGTGGCGTCGGCTTTGCAGCCATATTGCAGCAAGCTGGAGGTTCCTGCCGAACCTTCCCTCATCCACACGAATGCCATGTGGCATCTGTCTACCGAAATCAACGGCATCCTGAAGGATGATTCGGTAACGTCGTTGGATCTTGCCCTGGCGATGCACCCGACACCGGCGATCTGCGGCACGCCGACCGATGCGGCCAGGGATGCCATACAAGCGATTGAGCCGTTTGATCGCGGCTTCTATTCGGGGGCCGTCGGTTGGTCGGATGCTAACGGAGACGGCGAGTGGGCCGTAACGATTCGCTGCGCGGAAACAGAAGGAACCTTATTGCGGGTGTTTGCGGGAGCCGGAATCGTGTCAGGCTCCAATGCGGAAGCCGAACTGGCCGAGACGTCGGCCAAATTCCGTACGATTCTGGCAGCCATGGGCTTGAACGAACAACAGACAACGATTTTAGGGGAGGAATAA	MLHYETPTAAEAAQLMEQYRVGSSFFFSSPRKTLLTHGEYSRLPVPSGNDHRSLSERVTELLVRAKQSGRPNAVVVGAIPFDIVKPASLFIPLSAQWHDSLLFSTGQAPERPRISSYHVLSVPEPAAFQEGVNRLLELISQKKLHKAVLSRTLDITLPHALSIPHILNHLAYHHSHGYTFAVPLAPELSHTSSPDAVASTRTLFGASPELLITKKGQRIKGNPLAGSAARSADPVEDQRRAAALLSSAKDRNEHAIVIDAVASALQPYCSKLEVPAEPSLIHTNAMWHLSTEINGILKDDSVTSLDLALAMHPTPAICGTPTDAARDAIQAIEPFDRGFYSGAVGWSDANGDGEWAVTIRCAETEGTLLRVFAGAGIVSGSNAEAELAETSAKFRTILAAMGLNEQQTTILGEE	PGPT0003220_56	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0003220-entC|vibC|viuB|angC|vabC|dhbC|basJ|cbsE|aebC-K02361	NA	NA
JZ016_02149	786	dhbA	COG1028	2,3-dihydro-2,3-dihydroxybenzoate dehydrogenase	TTGAAGTTAACAGGTATTAGCGGGAAAGTAGCCCTCGTGACCGGTGCCGCCCAAGGGATTGGCGAAGCGGTGGCACGAGCCCTCGCCCGGCAAGGAGCTGTCGTTGCGGCATGCGATCAGAAGGAAGCCGAGTTGATCCGCCTTACGGCCGATCTATGCAGCTCAGGTGTACAGGCTGCGGCTTACAGGGCAAATGTCAGCTGCAGTGCCGAGGTTGAAGAGATGATCGAGCGGATTGAGGAGGAGCTCGGTCCGATCGAGATTCTCGTTAACGTTGCCGGAGTGCTGCGAATCGGTGGAGTTGAGTCGCTTCGTGACGAGGATTGGCAGGAGCATTTCAACGTCAACACCAACGGCGTATTCTATACGTCACGCTCCGTCGTAAGGCGGATGGCGAGCCGTAATTCCGGAGCTATCGTGACCGTGAGCTCGAATGCCTCCAAAGTTCCGCGGGCCCAGATGTCGGCTTATGCGGCATCCAAGGCAGCGTCTACGATGTTCACGAAGTGTTTGGGGCTGGAATATGCCCGTCATCACATCCGCTGCAATGTGGTTTCCCCGGGTTCTACGGACACCGGGATGCAGCGCTTGCTATGGAAGGATGATCAGGGCGCAGAGCCCATCATCGCAGGGTCGCTGGATGATTACCGTGTCGGCATACCGCTGGGTCGAATCGCGCTTCCTTCCGATATTGCGGATGCCGTCGTATTTCTCGTATCCGATCGTGCCCGGCACATGACCATGCAGGATGTATGCGTGGATGGCGGTGCGACGTTGGGCTGCTGA	MKLTGISGKVALVTGAAQGIGEAVARALARQGAVVAACDQKEAELIRLTADLCSSGVQAAAYRANVSCSAEVEEMIERIEEELGPIEILVNVAGVLRIGGVESLRDEDWQEHFNVNTNGVFYTSRSVVRRMASRNSGAIVTVSSNASKVPRAQMSAYAASKAASTMFTKCLGLEYARHHIRCNVVSPGSTDTGMQRLLWKDDQGAEPIIAGSLDDYRVGIPLGRIALPSDIADAVVFLVSDRARHMTMQDVCVDGGATLGC	PGPT0003210_143	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-SIDEROPHORES	ISR-ENTEROBACTIN|ENTEROCHELIN,PGPT0003210-entA|vibA|viuA|vabA|angA|dhbA|cbsA|aebA-K00216	NA	NA
JZ016_02150	876	besA	COG2819	Ferri-bacillibactin esterase BesA	ATGAGCAATCATACGCCTTCCGTTGATATGCTGCGGCGCAGCGTAGAGCTGCCCCATGCGGAGCATTGGGTGATGCGCTCGAGGGCAAGGAAGCGCCGCTATCGAATCATTGCCGCACAGCCGATGGGGCAGGCTCCGCCGTCAGGATATCCGGTCATCTATCTGTTAGACGGCAACAGCGTGTTTCACACGATGGTCGAAACGCTGCGCCTGCAGTGCCACAGACCGGACAAAACAGGGATACTGCCGGCGGTCGTAGTCGGCATCGGTTACGAGACGGAGGGGCAGTATGCTCCGGACCGGTTCTATGATTACACGCCCTACCCCAACACGAACTTTAAGCACAAGTGGGATAGCGCCTCCGTCCCGGAACAGGGCGGAGCGGCTGAATTCCTGCAATTCATCGAGGAGGAACTGAAACCGCAGATCGAGAGCGAATTTAACATCGATTGCCGTCGTCAGACGATATTCGGCCATTCCCTTGGCGGGCTGTTCACGCTCTATGCCATGTTCAGCAAACCGCAGGCATTCTCGTGTTATATCGCGGGCAGCCCTTCTATCCATTGGAATCAGGAATATTTACAAGAGCTGGAGCAGCGCTTTGTCGAACGCGTCAAGGAAGAGCCTTGCCATGTTCGACTGCTGCTTGGCGCAGGAGAGCACGAGAGGTCCCATGTCACCGGCAATTGCATCAGCGCATCCGAGCTCGCCGAGCGTCTGGCTGCTGTGTCTGCGTATGGCATCCAAGCCGAATTCAATCAGTTTGAGGATGAGGGACATCTTTCAGTGCTGCCTGTCCTCATTAGCCGAGGGTTACGATTTGCACTTTTTCCTCAAGATGAAGGAGGTGATCACCTTGAAGTTAACAGGTATTAG	MSNHTPSVDMLRRSVELPHAEHWVMRSRARKRRYRIIAAQPMGQAPPSGYPVIYLLDGNSVFHTMVETLRLQCHRPDKTGILPAVVVGIGYETEGQYAPDRFYDYTPYPNTNFKHKWDSASVPEQGGAAEFLQFIEEELKPQIESEFNIDCRRQTIFGHSLGGLFTLYAMFSKPQAFSCYIAGSPSIHWNQEYLQELEQRFVERVKEEPCHVRLLLGAGEHERSHVTGNCISASELAERLAAVSAYGIQAEFNQFEDEGHLSVLPVLISRGLRFALFPQDEGGDHLEVNRY				NA	NA	NA	NA	NA
JZ016_02151	1071			hypothetical protein	GTGGCAGAACGTTTTAATCGCCGAAAAAGAAGTTGGAGAATCAAAATATCAGCACTTGCGTGCTGTGTCATCGTCATAGGCTTGTTGTCAGGCTGTGGAGAGAAGGTGGATTCCGAAGCGGCGGGCGGCGATCAGCCGGCAGCGAAGACCGCGGCGGTGGAAACGTCCGGTCAGGCAGGTAGCAGTCAAGCGCCGACGGAGGAACCAGGGACGAACCGGGAGGAGACGCCCGCGGAGAAGGAGCGGACGGTAACGGATGAGCTTGGGCATGAAGTGAAGATTCCGGCAGACGTGAGAAACGTGTTCGCACCGAACATGGAGGACTCTTTGCTGAAACTCGGCGTGAAGCCTGTTGCACAATGGGCGAACGGCAAGATGGGACACACCTATTTGCAGCAGGAGCTGGACGGCGTTCCCCTGATTGATTTTTCAGGAGGCTTACCTTCACCGGAAGCTCTGATGTCCTACGAGCCGGACCTTATCGTGCTCCATACCGAAACTTATGCAGCGGACGGTACATATGAGAAGTACGCCAAAATCGCGCCAACGTACGTGTTCAAAAATGCATCCGGGAATGTCGAGAAATCGCTGATCACCTTGGGGGATCTGCTTGGGAAAGCGCCCGAGGCCGAGACCGCCCTAAAGGATTACCAGCAAAAAGCAAGTGAAGCGAAGGCTAAGCTGAGTTCCGTGGTGGGGGACAAGAACGTTGCCATCATTCGTTTTGCACCTAGAGGCGTCAGTTTGATGGGCGGAAATTATCTCTGCGGCTTTGTGATCCATCAGGACCTGGGACTGGGCAAATCCAAGCTGGTCGAGAACGAGAATGCAGCTAACATCTCGCTGGAGATACTGCCGCAGCTGGATGCGGACTATATTTTTGTCATTAACGCCTATGATCAGGGAACGGAGCGTTTAAAGGAAATGACGGAAAGCCCGATTTGGAAGGGCATGCCGGCCGTCAAGAACGGGCAGGTCTATGAAGCGAATAACGAATACTGGCTGGGAAGCGGCCTGATCGCCTACGAGAAAATCGTGGATGATGTTGTTCGCTCCATTACGGGTCTATAG	MAERFNRRKRSWRIKISALACCVIVIGLLSGCGEKVDSEAAGGDQPAAKTAAVETSGQAGSSQAPTEEPGTNREETPAEKERTVTDELGHEVKIPADVRNVFAPNMEDSLLKLGVKPVAQWANGKMGHTYLQQELDGVPLIDFSGGLPSPEALMSYEPDLIVLHTETYAADGTYEKYAKIAPTYVFKNASGNVEKSLITLGDLLGKAPEAETALKDYQQKASEAKAKLSSVVGDKNVAIIRFAPRGVSLMGGNYLCGFVIHQDLGLGKSKLVENENAANISLEILPQLDADYIFVINAYDQGTERLKEMTESPIWKGMPAVKNGQVYEANNEYWLGSGLIAYEKIVDDVVRSITGL	PGPT0003765_2534	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_02152	1215	btr_2	COG0614	HTH-type transcriptional activator Btr	ATGAGTGTGGAAGAAGAGCTGAAAATAGATAGCCTATCGGATTCGGATCGTAACGGGAGAACCAGCCTGGTTGAGATTAAGGAGTATATAGATTGCCATTATAAAGAGGCGATTACCATTGGCCAATTAGCCAGTATGGCTAATATTTGTCCTAAGTACTTTGTGGATTTATTTAAAAAGACATTCGGCCAAACCACAATCGATTACCTGACCCATGTTCGTATGAATCATGCCAAGCGTTATTTGGCCGAATCCGACGAACGGCTTCGTGACATCGCACAGCGAGTCGGTTACAAAGATGAGTTCTATTTCAGCCGTATTTTTAAAAAGAAGGTGGGCATGTCGCCGTCCGAATATGCCCGAAATTCGAGGCAGCTAATCGCGGCCTGTTCCTCCTCTATCATCGGGCAGTTGGTAGCACTGAATGTTATTCCTGCGGCTGCGCCTCTTGATGCGAAGTGGACCCCGTTTTATTACAATGCGTATCATTCGGAGATCAAGTCCCGCTTGAAGCTGACGTCTCCTTATCCGGACAGCCGCTTCGAGGAGAATATCGAGCAGCTGTTCCGTGCAAAGCCTGACGTTATTATTGGCATGGACCATCTCGGTCCGGAGGAAATCACCAAGCTGGGGCATATTGCCCCTACCTTGATTGTTCCGTCTCATGCAGGGTGGAGGAAGCAGCTGGAGCGTATCGCAACGTTTCTGAATAAAGAAGAACAGGCACAATCCTGGATAGAACAGTATGAACGAAGGGTGCAGTTCGCACGCTCCCGAATGCGGCAAGTCGTGGGGAGCGTGCGTGTTATAGCGCTGCGAATATATGGACAAAGCTTGTATGCATATGGTAACCGGGGACTCGAGGAGGTGCTGTATCAGGATCTGCAGCTCAAGGAAGCCTCCGGTCTGGATACCACGCGTAATCAACAGATCACGCTGGAAGATTTGCAACAGCTCAATCCGGACCGCATCCTGATCGCGGTATGCCCTGAAGCCACATCACGCCGTTATTGGCTTGCACTGCAGCATTCTGCGAAATGGCAGACACTCCGAGCTGTCACTCGAGGCAGCGTCTACATGATCTCGTCCGATCCGTGGTTCGAATATTCCGCGCTTGCCGTGACGAGAATGCTGGATGAGGCATTGCTGTTGTTTACAGGAGATAGTCCAAACGGAGTTCTGGATAAAAGCCATGGTGAATCGTTTGCCACGTAA	MSVEEELKIDSLSDSDRNGRTSLVEIKEYIDCHYKEAITIGQLASMANICPKYFVDLFKKTFGQTTIDYLTHVRMNHAKRYLAESDERLRDIAQRVGYKDEFYFSRIFKKKVGMSPSEYARNSRQLIAACSSSIIGQLVALNVIPAAAPLDAKWTPFYYNAYHSEIKSRLKLTSPYPDSRFEENIEQLFRAKPDVIIGMDHLGPEEITKLGHIAPTLIVPSHAGWRKQLERIATFLNKEEQAQSWIEQYERRVQFARSRMRQVVGSVRVIALRIYGQSLYAYGNRGLEEVLYQDLQLKEASGLDTTRNQQITLEDLQQLNPDRILIAVCPEATSRRYWLALQHSAKWQTLRAVTRGSVYMISSDPWFEYSALAVTRMLDEALLLFTGDSPNGVLDKSHGESFAT	PGPT0003170_297	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003170-btr|ybbB-K21701	NA	NA
JZ016_02153	801	yidA_2	COG0561	Sugar phosphatase YidA	ATGGCATATAAATTGGTAGCACTTGATGTGGATGGAACGCTGCTGAATGATGATCATGAAATCACGGAGAAAACGAGGAACACCGTGATGGAAGCCGCAAAACAAGGCGTGGAAATTGTACTGTGCACAGGCAGAGGACCGCTGAATTCGATTCCTTTTATGAAAAGCATGGGTTTAGGCGGTTATGTTATCAGTCATAATGGTGCGGCAACGGTAGAAGTGGAGACCCATAACATCGTGCATCAGTTCGGCATGGACCCGATTCAGCTTGAGCCTTTCATGCAATACTGCCGTGAGCACGGGGTGCATTTTGATGTGAACACCGCCTTTGAGATGTATGTGGACCAGGTGGAGGAGCTTGCCGGTCCGGTTCGTTCGATGTACGAGAACTATTTGATGCTGCCAAGCAACCTGCCGTCATGGGAGGAGCTGTCAGACCCGGTCGTCAAATTTACGGTCTTTGGCGAATCCGCCGATATCGACCGTGTCTATGCGGATTGGAGTCAGTGGACTCTTCCCTTCAACATGCTGCGAAGCGGAGAATACTTCATCGATCTCATGCATAGCCAAGCATCCAAGGGGAGTGCGCTTCAGCAGCTGGCTGCAAGAAGAGGTTATGAGCCGGACGAGGTGCTTGCCATCGGCAATTATTTCAACGATATTACGATGCTGTCCTACGCCGGAATGGGGATTGCGATGGATAACTCTCCGGTCGAGGTCAAGGCTGCAGCCAATGCGGTGACAACCTCGAATAACGAGGACGGCGTACACGAGGCATTGGTGAAATACTGCTTGTCGTAA	MAYKLVALDVDGTLLNDDHEITEKTRNTVMEAAKQGVEIVLCTGRGPLNSIPFMKSMGLGGYVISHNGAATVEVETHNIVHQFGMDPIQLEPFMQYCREHGVHFDVNTAFEMYVDQVEELAGPVRSMYENYLMLPSNLPSWEELSDPVVKFTVFGESADIDRVYADWSQWTLPFNMLRSGEYFIDLMHSQASKGSALQQLAARRGYEPDEVLAIGNYFNDITMLSYAGMGIAMDNSPVEVKAAANAVTTSNNEDGVHEALVKYCLS				NA	NA	NA	NA	NA
JZ016_02154	753	rluB_1	COG1187	Ribosomal large subunit pseudouridine synthase B	ATGAGTGCTAAAGGCAGAACAACGCTAAGATTGGACAAGGTGCTATCCAATCTTGGATTCGGCTCACGGGCCGAATTGAAGAAAAAGGCCAAACAAGGGAGCATCGTGGTCAACGGAACGGTGATGAAGGACCCCGGTAAACATGTTGATCCTTATACGGATATCATCGAGTTTGAGGGGGAGACCGTGCAGTACCGGGAATTCATATATCTCATGCTGCACAAACCGCCTGGCGTCATTTCGGCGACAGAGGATCTTCGTGACCGAACGGTGCTGGATCTCCTGGATGAGGAATATCTGATCTTCGAGCCGTTTCCGGTGGGCCGATTGGATAAGGATACGGAGGGATTGCTGCTGCTTACGAATGACGGTAAATTGGCCCACGAGCTGCTGTCGCCGCGGAAGCATATCCCGAAAACCTATGAAGCGATGGTAGAGGGCAGGGTGGACGATGAGGACGTGCGAATGTTTGCTGCGGGAGTTACCTTAGATGACGGGTACGTGACCTTGCCCGGAGAGCTGGTGATCCATTCCCATGAGGAACGAGGCGATGGAGTCCAGCTGTCCCGCATCTCGCTGACGATCCATGAAGGGAAATTTCATCAGGTCAAGCGGATGTTTGAGGCAGTTGGCAAAAAAGTCGTGTATCTCAAAAGAGTCAGCATGGGCGAACTTCGTTTGGATGAAAATCTCGAGATCGGAGCGTACCGGGAGCTGACCGAGCATGAACTGTCTTTGATCGGAAGGGCATGA	MSAKGRTTLRLDKVLSNLGFGSRAELKKKAKQGSIVVNGTVMKDPGKHVDPYTDIIEFEGETVQYREFIYLMLHKPPGVISATEDLRDRTVLDLLDEEYLIFEPFPVGRLDKDTEGLLLLTNDGKLAHELLSPRKHIPKTYEAMVEGRVDDEDVRMFAAGVTLDDGYVTLPGELVIHSHEERGDGVQLSRISLTIHEGKFHQVKRMFEAVGKKVVYLKRVSMGELRLDENLEIGAYRELTEHELSLIGRA				NA	NA	NA	NA	NA
JZ016_02155	1605	rsmF_2		Ribosomal RNA small subunit methyltransferase F	ATGGCATTACGACTGCCCTCGCCGTTTCTGGCGAAGATGAAATCGCTGCTTGGCGAAAACTATGACAATTTTATGAAGTCTTACGAACTAGCTCCGAATGCCGGCATTCGGGTGAATACGCTGAAGATCAGCAGAGAGGAATTCATGAAGTTGTCCCCCTTTGACCTTGCGCCCATCCCCTGGTGCTCAACCGGTTACTATACTCAGGCCGGGGAGCGTCCGGGACGGCATCCTTACTATCATGCGGGATTATATTACATCCAGGAGCCTAGCGCGATGGCTCCGGTCGAACTGCTTGGCGTAACGCCGGGGGATTTGGTGCTGGACCTGTGCGCGGCTCCAGGCGGCAAATCTACGCAGATTGCGGCGAAGTTGAATGGGCAGGGAGTGCTCGTCAGCAATGATCTGCATCCGGATCGCACCAAAGCACTGGCCAAGAATCTGGAGATGTACGGCGTTCGGAATGCGGTGGTGCTGAATGAGGACCCGGATCGGATTGCCGGGGCTTTTCCCGAATTTTTCACGAAAATATTGATTGATGCTCCCTGTTCCGGCGAAGGGATGTTTCGCAAAGACGAGTCCATGCTGAAGTACTGGGACGAATCCTCTCCACTCAAGTTTGCGGATATGCAGCGGGACATCCTGAAATCGGCGGCAGCCATGCTCCGCTCGGGAGGCCGGCTGGTGTATTCCACCTGTACCTTCTCGCCGGAGGAGAATGAAGGGATGATTGCCGAGTTTCTGAGCGAACATCCGAATTTTCGCGTGGTCCCGGTGGAGCATTCGGAAATCTTTTCCCCGGGAGAAACGGACTGGATGGCGGGTGAAGGGAATGTGAAGGACGATGTGCTTAAGCAGCTTGCCGGTACTGCTCGATTATGGCCGCATAAGGTTAGAGGCGAAGGGCATTTCATGGCCGTGCTTCAGCGGGACGGCGAGCTGGATAAACGTGAAGTTGAACAGGAACAAGCTCCAATATTCAATTCGGGCACCTTGGCCAATGAATCGCTTGCTATTTCCTCCCGAGCGGAGCATCCCCGTGAGCGTAAAGGAAAAGCGGCTTTCAAGGAGGAGCGCCCGGGTAAACCCGGGAAATACGGTAAAGATGCAGCGCGCCAACAGGCATCCCGCCGGAGCGTAATAGATTCTCAATCGGGTTCGGTTTCGATTAATCGGTTCCAAGCGTTTATCCGCGAGCAGCTGGATTTGAAGCTGACCGGATATCCTGTAACCTACGGGAACCATGTGTATGTATCACCCCTGCCGGAAGAGCGTCTGAAGCAGCTCAAAGTGATTCGACCCGGGTGGTACATGGGACAGTTGAAGAATGAACGGTTTGTACCTGGACATCCCTTGGCTACAGCGCTGCAAGCGGATGAGGCTGTTCGATATGTCAGCCTGTCCTCCGAGGACGGAGAAGCGGTCCGGTATTTGAAAGGGGAAACCTTGTCGATTCCGGAAGAGCGCGTGATTCGTCGATCGGGTGCTGAAGCGAAGGGTTATGTGTTAGTGTGTATAGACGGATATTCAGCCGGTTGGGCCAAATGGCAGACAGGAATATTGAAGAATGAGTATCCGGCAGGGTGGAGGTGGACATCGATATGA	MALRLPSPFLAKMKSLLGENYDNFMKSYELAPNAGIRVNTLKISREEFMKLSPFDLAPIPWCSTGYYTQAGERPGRHPYYHAGLYYIQEPSAMAPVELLGVTPGDLVLDLCAAPGGKSTQIAAKLNGQGVLVSNDLHPDRTKALAKNLEMYGVRNAVVLNEDPDRIAGAFPEFFTKILIDAPCSGEGMFRKDESMLKYWDESSPLKFADMQRDILKSAAAMLRSGGRLVYSTCTFSPEENEGMIAEFLSEHPNFRVVPVEHSEIFSPGETDWMAGEGNVKDDVLKQLAGTARLWPHKVRGEGHFMAVLQRDGELDKREVEQEQAPIFNSGTLANESLAISSRAEHPRERKGKAAFKEERPGKPGKYGKDAARQQASRRSVIDSQSGSVSINRFQAFIREQLDLKLTGYPVTYGNHVYVSPLPEERLKQLKVIRPGWYMGQLKNERFVPGHPLATALQADEAVRYVSLSSEDGEAVRYLKGETLSIPEERVIRRSGAEAKGYVLVCIDGYSAGWAKWQTGILKNEYPAGWRWTSI				NA	NA	NA	NA	NA
JZ016_02156	528			hypothetical protein	ATGAACCGCAAAAAAAAGAATAAATACACCGCATTATACGCCTTCGGCGGAGTCTTCGTCTTATTGATTGCTGCACTCGTTTTCTTGAACGGTCAAGGAGCAGCAAGCGAATTGTACGGCGGTAAGAAGGTCTCCAGCCTGAACCCGGCTACGCAGGAGCTCCTTAATGATCCGAACTACCAGCAAATCATTTTGCCGGATCAGCTGAAGAGCAAGGTCGACAACAAAGAGAATTTCTTTGTGTACTTCTTTGCATCCGACTGTCCGCACTGTCGTGCGACGACCCCGGAACTGATGCCTTTGGCGGATGATGCCGGCATTACGATGCACCAGTACAACCTTCGCGAATATCAGGAAGGCTGGAGAGAATACAACATTGAGTTCACCCCGACGCTGGTCTACTTCGAGAACGGCGCAGAGAAAGAACGCATGGTCGGCGGATTGAAACCGGAAGGTTCCAGTGAAGGCTACTCCATCGATGACTTCAAGCAATTCCTGGATAAATACAAGGGGAGCGTGACGAAATGA	MNRKKKNKYTALYAFGGVFVLLIAALVFLNGQGAASELYGGKKVSSLNPATQELLNDPNYQQIILPDQLKSKVDNKENFFVYFFASDCPHCRATTPELMPLADDAGITMHQYNLREYQEGWREYNIEFTPTLVYFENGAEKERMVGGLKPEGSSEGYSIDDFKQFLDKYKGSVTK	PGPT0013055_935	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
JZ016_02157	456			hypothetical protein	ATGAACCGCACTCGCGCCATCCTCTTTACCTTTGTCATTTCGGGCATGCTGCTGACTGCATGCGGCGGTAAAGAATCCGCTGCCGGGCATCAGCACGGCGCCGATTCCGAACGATACGAGACAACGGCCAGCCTGACGGTGATGCCGGAGTTTCTGTCCAATTATACCGACAATACGCAAGCAACCTATGCTACGGTCGGCGAACTTGAGGACATTATCAAGGAAATCAAATGTTATTGCGGCTGCATGGACGAGGAGACCGGCTATCATGATTCCCTCCATCGCTGCTTCATCGCCGAGAATAAGGACGGCGAAGTCAAATGGACGGACCATGGCGCCCAGTGCGGCATCTGCCTGACCGAGCTGCAGGATGCCAAACGGCTTCATGACGAAGGAAAATCCGTCGAGGAAATCAAGGAGTTCATCGATAACAAATATAAAGGTACCGAATCCTGA	MNRTRAILFTFVISGMLLTACGGKESAAGHQHGADSERYETTASLTVMPEFLSNYTDNTQATYATVGELEDIIKEIKCYCGCMDEETGYHDSLHRCFIAENKDGEVKWTDHGAQCGICLTELQDAKRLHDEGKSVEEIKEFIDNKYKGTES				NA	NA	NA	NA	NA
JZ016_02158	444			hypothetical protein	ATGAGTTATGAACCGCTGTATGTCGCTTACCTCGTTTACTTTAACCGGGATCAAGACTACTTCGAATGCCATGAGGTGCTAGAGGAACTGTGGCTCGCGCGGGACCGCGATCCAAGGTATAAGGGGCTTCTGCAAGTAGCCGTCGGGCTTTTCCATTTCCGGAACAATAACGTTAGAGGAGCATATAAAATGTTCATAAGCGCTGTATCGCGCCTCGAGCGTTATCCTGGCGATGAACTGGGAATCTCGATGGGGAAGCTAGTGAGCGAAGTTCGGGAATACGCCGAGCAGTTATCTTCGTATGACGTTCGTCCGTTTCCCTACAGGGATTTGACGATCGAAATTGGGGATACTGAGCTTATGCAGGCAGTTCAGTTGGCATCGGAGCGCATCCAGCCGAACATTCCGCAGCGGCGAAAGCCGGAGCGGGCACATTCCAAGTAA	MSYEPLYVAYLVYFNRDQDYFECHEVLEELWLARDRDPRYKGLLQVAVGLFHFRNNNVRGAYKMFISAVSRLERYPGDELGISMGKLVSEVREYAEQLSSYDVRPFPYRDLTIEIGDTELMQAVQLASERIQPNIPQRRKPERAHSK				NA	NA	NA	NA	NA
JZ016_02159	813			hypothetical protein	ATGGACGTTAGAGACTGGGGAACATTTTTGCTTCCGTATGAGCAGACCGTTGAGGAATTGAAGGTTAAATTCAAGACGATGCGTTCCGAACTGAAAAAAAGAGAGGAATACGCACCGATCGAATTCGTAACGGGTCGCGTCAAACGGATCTCGAGCATACTGGACAAGGCGAAACGCCTCGATGTGCCGATGGACGAGTTGGAAACCGGGATTGAGGATATCGCAGGCATTCGGATTATGTGTCAGTTCGTGGAGGATATCCGGCGGGTAGCCGAATACATCCGGGCACGGAAAGACCTGACCGTATTATATGAGAAAGATTACATTACCAATTTCAAAGAGAGTGGCTATCGGAGCTTTCATATGATTATTGAGTATCCGGTGCAAACGGCTCTGGGGCAAAAGAAAGTGCTTGCCGAAATTCAGATCCGCACACTGGCCATGAATTTCTGGGCTACGATTGAGCATTCGCTTAGCTACAAGTACCGGGAAAGTCTGCCGGATGACATTCGGGCGCGGCTGAAGAAAGCCGGAGAAGCGGCGAATACGCTGGATACGGAAATGTCGAGCATCCGGGAGGATATATTGGAGGCGCAGCGCCAGTTCGAGGATGATTCCAATATTACGACACAGGTGCTGAACGCGATTCACAAGCTGTATTTCTTTCATCTGGTCAATGAGGCGATTGCTTTTCAGAGCCGGTTTAACACGCTATTTCAGGATCATGACCTGGATGCGATGAAGGTGCTTCTGGACGAGGTGAAGGAGATGCTGGCCGAAGCCAAGAAGAAAGTAAACGAGCATGAGTTATGA	MDVRDWGTFLLPYEQTVEELKVKFKTMRSELKKREEYAPIEFVTGRVKRISSILDKAKRLDVPMDELETGIEDIAGIRIMCQFVEDIRRVAEYIRARKDLTVLYEKDYITNFKESGYRSFHMIIEYPVQTALGQKKVLAEIQIRTLAMNFWATIEHSLSYKYRESLPDDIRARLKKAGEAANTLDTEMSSIREDILEAQRQFEDDSNITTQVLNAIHKLYFFHLVNEAIAFQSRFNTLFQDHDLDAMKVLLDEVKEMLAEAKKKVNEHEL	PGPT0014825_363	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0014825-ywaC|yjbM-K07816	NA	NA
JZ016_02160	1095	pyrD_1	COG0167	Dihydroorotate dehydrogenase (quinone)	GTGCTGTACCGCAACATAGGCAAACCTATATTTTTCAAACTCGATCCCGAGAAAGCTCACCACCTTGTGGTTGGCGGCCTTGGACGTGCCTCCGGCGTGGTTGGCGCAGACGCTGTCATGCGAGGGATGTACGGTGTTAGCGAAACACCGGATTTGGCAGTAGACCTGTTCGGGCTTCATTTCCCGACACCGGTCGGACTTGCCGCCGGATTGGATAAAAACGCTCAGGCCGTCAAAGGATTCTCCTCCATCGGCTTCGGATTTATGGAAGTAGGCACGGTGACCCCGAAGGGACAACCGGGCAATGAACAGCCGCGATTGTTCCGGCTTCCTCCTGACGAGGCACTCATCAATCGGATGGGCTTCAACAACGAAGGGGCCGAGGCGATGGCAAAGAGGCTGTCCGCACTCAAGGAACGCCGCATCCCGGTTGCCGTCAACATCGGGAAGAACAAGGCGACTCCGAACGAGAAAGCCAACGGTGATTACGAAGCTTGCATTCAAGCTTTATTTCCGTATGGCGATTTTTTTGTTGTCAATATCAGTTCCCCGAACACGCCGGACTTGCGCAGCCTTCAGCATGGGAGCGAATTGTCATCCCTGCTGGAAGCCGTGAAGAACGAAATGTCCCGCCAAGCGAAGATTCATGGAGGCGAGAAGGCCGTTCTGGTGAAGATTGCGCCGGATGTGAGCGATGAGGAACTGGAATTCATGGTGGATACGATCAGCGCAAGCGGCGTTTCCGGCATTATCGCCACGAATACGACACTATCGCGGGATGGATTGACGCACGGTAACGCCAAAGAAACCGGCGGCCTTAGCGGTAAACCGCTGCGTAACCGTTCGACGGAGATTGTATCCCGGATATACAGGCAGACCGGCGGTGCCCTTCCGATTATCGGGTCTGGCGGGATTTTCACGGCAAGTGATGCTTATGACAAAATACGCGCAGGCGCAAGCCTGGTGGAGATTTATACAGCACTTATCTATGAAGGGCCTGAGGTGAACCGCAAGCTTCATTCCGGTCTCCGGGAGCTGCTTGCACGGGATGGCTTCAGCCATATTTCCGAAGCCGTCGGCGCTAATCATCGGTAA	MLYRNIGKPIFFKLDPEKAHHLVVGGLGRASGVVGADAVMRGMYGVSETPDLAVDLFGLHFPTPVGLAAGLDKNAQAVKGFSSIGFGFMEVGTVTPKGQPGNEQPRLFRLPPDEALINRMGFNNEGAEAMAKRLSALKERRIPVAVNIGKNKATPNEKANGDYEACIQALFPYGDFFVVNISSPNTPDLRSLQHGSELSSLLEAVKNEMSRQAKIHGGEKAVLVKIAPDVSDEELEFMVDTISASGVSGIIATNTTLSRDGLTHGNAKETGGLSGKPLRNRSTEIVSRIYRQTGGALPIIGSGGIFTASDAYDKIRAGASLVEIYTALIYEGPEVNRKLHSGLRELLARDGFSHISEAVGANHR	PGPT0021190_908	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021190-pyrD-K00254	NA	NA
JZ016_02161	138			hypothetical protein	ATGTCAGCCAAACGTAAACCTCCGACCTTGCAGCAGAAAAAAGAAGAGGTTAATAAGAAGGCCATACTATGGATCAGCTCCGGCATCGCTCTTCTTATTATCCTGATTATTGTTCTGATTGTGATCGCCCAGCCTTAA	MSAKRKPPTLQQKKEEVNKKAILWISSGIALLIILIIVLIVIAQP				NA	NA	NA	NA	NA
JZ016_02162	1413			hypothetical protein	ATGAACAATTCGCTGTACCTCAAAAGATATGTGGAGACGCATCCTGATAATAAAATGGCCTGGTATCTGCTCGGCAAGGAATATGAGCAGGCCGGCGAACAGGGGAAGGCAAATTACTGCTATAACAAGGCGGAGGGGGTCTATGAAGCCTTCGAGCTTAGCCAGGTTCCGTCCGATATATGGAAAAATTACGAACAGCGCTTATTGGAGATGGAGAAGGATAAGGACCGCAGGCGAAAAAGAACCCGACGGTTGCTTGCTGCGCTGGTATTGTTGCTGCTCGTATTTCTTCCTTCGGCCCAGGCGCCGGGCTCCGTTCCGGGGGATTTTGCATCCGATGTGTTCCCGCCGAATGAACCCGTATCCGCCTCGGTCGCTAACAACGAGAAGCGGGATTCGCGTAAAGAACCGCTGTACATCGCCGTTGCTTCCGGCCAGGGAAAGGATTCCGCCGGCGCACTGTCCTCATTGCTTCGGCATCCTCAGGAATTGCCGAATTGGTCGGTTGCACTGGGGATGAAGCCATCCGGCAAGTGGCAGTTATGGAGCAAGGACATGGAGCGTTTATACGGATTGCATCGGGACGCAAAGGGCGCCATTGCGATCCAGCCATATGAAGGAGCGGCATTGGAGTGTGAATGCGAGCCTGCGGATAGTTCGAAGCTTAAGCGAAGCGCGGGGCAATGGGCGGATCTGCAAGTCGAAACGGCCGTGCTGCAGGAAGCGGCCAACCAGTATAAGGCTCGGCATGGGCGCCTGCCTAAAAGCTTGAATGAATTGACGCAGCCGTATCCGAACAATTGGCTGTCCGGCCGATCGAAAGCCATGGAGGAGATGTTCGGAGCTTTAATGAAGCATAAGGCCCAAGGAGCAGGCGGCCATGAGGACCAGCCGGGGCAGCAGCCGCCTTGGAACGATCCGAAAGAGACGGGATACTGGGGGACATCGCCGAATGGGGATCCTTTTTTTGAGCAGCCGCTTCAGGTCATCATCGACCGGAAACATCATCGGCTAGCCGTTGTCAGCGGGACCGTCATGCTGCGCAACTATGCGGTCGGGCTCGGGGGAGCGAAAACGCCGCTGGGTGATTTTCATATCAATGACAAGGTTGTGAATCCGAACGGGACCACGAAGGGCCCCTATGGAACGCGGGGAATGCAGCTGTCCGATACGTTGTACGCCATACACGGTACGCTGGACGTGGACAGTATCGAAGCGAATGAATCCGAGGGCTGTATCCGTATGCTTAAGGAGGATGTGGAGGAGCTGTTTGATCTGGTTCCGATGGGAACCGTTGTGAAAATTCGGGAAGGGGTTCTGCCCGAGGGCCTGTGGACGCCGAAAGATCGCTTCAAGCTCAAGCTTGCCCAGGGGCAGACCAACCCGGGCAAGGTGTATCACTGGCTGGATTAA	MNNSLYLKRYVETHPDNKMAWYLLGKEYEQAGEQGKANYCYNKAEGVYEAFELSQVPSDIWKNYEQRLLEMEKDKDRRRKRTRRLLAALVLLLLVFLPSAQAPGSVPGDFASDVFPPNEPVSASVANNEKRDSRKEPLYIAVASGQGKDSAGALSSLLRHPQELPNWSVALGMKPSGKWQLWSKDMERLYGLHRDAKGAIAIQPYEGAALECECEPADSSKLKRSAGQWADLQVETAVLQEAANQYKARHGRLPKSLNELTQPYPNNWLSGRSKAMEEMFGALMKHKAQGAGGHEDQPGQQPPWNDPKETGYWGTSPNGDPFFEQPLQVIIDRKHHRLAVVSGTVMLRNYAVGLGGAKTPLGDFHINDKVVNPNGTTKGPYGTRGMQLSDTLYAIHGTLDVDSIEANESEGCIRMLKEDVEELFDLVPMGTVVKIREGVLPEGLWTPKDRFKLKLAQGQTNPGKVYHWLD				NA	NA	NA	NA	NA
JZ016_02163	240			Ferredoxin	ATGGCGAAGTTTACTTGGGTAGATAAAGATACCTGCATCGCTTGCGGAGCATGCGGCGCAACGGCACCCGACATTTACGATTACGACGACGAAGGCCTGGCAGAAGTCATTTTTGACGGAGACAACAACCGCGGGGTAACCGAAATTCCGGAAGATATGCATGACGATATGCTGGATGCCTGCGACGGCTGTCCGACAGATTCAATTCGGATTGCAGACGAGCCGTTTAACGCAGAATAA	MAKFTWVDKDTCIACGACGATAPDIYDYDDEGLAEVIFDGDNNRGVTEIPEDMHDDMLDACDGCPTDSIRIADEPFNAE	PGPT0007360_821	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-GIBBERELLINS_PRODUCTION	PHYTOHORMONE-GIBBERELLINS_METABOLISM	PHYTOHORMONE-GIBBERELLINS_BIOSYNTHESIS,PGPT0007360-Uncharacterized_P450_system_3Fe_4S_ferredoxin-K05337	NA	NA
JZ016_02164	1332	dinB_1	COG0389	DNA polymerase IV	GTGGGACATATCGACAATTATTATCCGGCCAGCGGCCGCGTTATACTACATGTGGATATGAATGCTTTTTACTGTTCGGTACACGAAGCGGAGGAGCCGGAGCTTTACCGGGGGAAGCCCACGGCTGTCGCAGGCAGCATCGAGCTGCGAAAAGGCGTCATTGTTACTTGCTCCTATGCGGCACGATCCCTCGGGATACGCACAGGAATGAACGTGAGACAGGCGCTGCGGATTTACCCGGACCTGATGATCATCCAGCCGGATTTTCATCTGTACCGCAAGTATTCCAATGCATTTATGAATATAGCTTATGCTTATACGCCGCTGCTGGAAGCGACTTCGATTGACGAATGTTACCTGGATATCACGGGATCGAAGCAGTTCGGCACCCCCTTGGATATCGCCCGCGAAATTCAGGCGCGTATTCGCGAGGAGCTGTCGCTGCCTTGCTCCGTCGGCATTGCTCCCAATAAGTTGCTGGCCAAGATGGCATCTGACATGAAGAAGCCTAACGGGCTGTCCGTGTTGCGGATACGGGATGTCCCGCAGGTGCTCTGGAACAGACCTTGTGCAGAGCTGTTCGGCATCGGGAGCAAGACAGCCGATAAGCTGCGCAAGCTGAATATCCAGACGATCGGACAGCTGGCCGCCGCCGATGAAGGCCTGCTGACCTCGACTTTTGGCGTGATGGGGTCATGGATGAAACGGGCAGCCAGCGGCATCGACCATGCTCCTGTCGTTGCAGAGCGGGAACAGAGCAAATCGATCGGACACACGACCACGCTTCCGCAGGATGTTACATCGGCGGAGGAGGCGAGAAGGGTGCTTCTGAATTTGAGCGATCAGGTAGCGCGCAGGCTCCGCAGACAGGGTCTTGTGACCGGTGGCATACAGATCACGCTGCGTACACCGGACATGAAGACGATCACCAGGTCGAGGCATCTTGCCATTCCGACGGAAAATACCGAGGATATTTACCGGGAAGCGTGCGAGCTGTATCATCGGCACTGGAAGCAGGACAAGCCGCTCCGTCTGCTTGGCGTTACGCTCCAGCAGCTTGCCCCTAAGGAGGAGTCCGCCATTCAGCTGGATTTGTTCGATTACGAGAAACAGCCGAAGAAAGAATCGCTGACCCGGGTTATGGACGAGCTGCGCAATAAATTCGGGGAAAGTGCGGTGCTGACCGCTGGCATGCTGGGTGATGATCCGTCGTCTTTAATCCGTAATCATAAGCGGAGAGGAACATCTTTACAGATGGATTTTGTAAGGGATCTGGGGAACGATAATAAAAATGCCGATCAGCCGATCTCGCAGGATCCGGACCGGGATTAA	MGHIDNYYPASGRVILHVDMNAFYCSVHEAEEPELYRGKPTAVAGSIELRKGVIVTCSYAARSLGIRTGMNVRQALRIYPDLMIIQPDFHLYRKYSNAFMNIAYAYTPLLEATSIDECYLDITGSKQFGTPLDIAREIQARIREELSLPCSVGIAPNKLLAKMASDMKKPNGLSVLRIRDVPQVLWNRPCAELFGIGSKTADKLRKLNIQTIGQLAAADEGLLTSTFGVMGSWMKRAASGIDHAPVVAEREQSKSIGHTTTLPQDVTSAEEARRVLLNLSDQVARRLRRQGLVTGGIQITLRTPDMKTITRSRHLAIPTENTEDIYREACELYHRHWKQDKPLRLLGVTLQQLAPKEESAIQLDLFDYEKQPKKESLTRVMDELRNKFGESAVLTAGMLGDDPSSLIRNHKRRGTSLQMDFVRDLGNDNKNADQPISQDPDRD	PGPT0014881_486	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ADAPTIVE_MUTATION	CE-BACTERIAL_FITNESS-ENVIRONMENT-INDUCIBLE_DNA_POLYMERASES,PGPT0014881-dinB-K02346	NA	NA
JZ016_02165	1617	cimA	COG0119	(R)-citramalate synthase	ATGTCTAAGTCCATTTCCATCTTTGATACGACACTTCGCGACGGAACCCAAGGCGAAGGAATCAGCTTGTCGGCGGACGACAAGGTCAAAATCGCCAAGAAACTCGATGCTCTTGGTGTTCATTATATTGAAGGCGGTATCCCGGGAAGCAACAGCAAGGACATCGAATTTTTCAAAAGAGTCCAGGATCTCGGCTTAACCTCAAAAGTAACCGCCTTTGGCAGCACTCGCCGCAAAGGCTCCATCGCCGATCAGGATGCCAATCTGCTTCGAATTCTGGAATCCGGCGTTTCTGCGGCCACTTTGGTCGGGAAGTCATGGGATTTCCACGTCCACACCGCGCTTCAGACGACACTGGAAGAGAATCTGGCCATGATCTATGATTCCATCGCATTCCTGAAGCAAAAGGGCCTCGAAGTGATTTTTGATGCCGAGCACTTTTTTGACGGATATAAGAACAATCCCGAATACGCTGTTGCCGTATTGTCCAAGGCTCGGGAGGCAGGTGCTGATTGGCTTGTCATGTGCGATACGAACGGCGGCAGTCTTCCGCACGAGATCTCGAACATCGTGGCATCTTTAGCGGGTCCATTATCTGGCGCTCCGCTCGGCATTCACACCCATAACGATTGCGAGCTTGCCGTTGCCAACACGCTAAGTGCCGTACAGGCAGGTGTCCAGCATGTGCAAGGAACGATGAACGGTTACGGGGAACGCTGCGGGAATGCCAACCTGTGCTCCATCATTCCGAATCTGCAGTTGAAGCTGGGATACGAGTGCATCGGAGACGATAACCTCCGCACGCTGACGAACACCGCACGATATATCAGTGAAATCGCCAACGTCAATATGCCTGTCAACCAGCCGTATGTCGGTAACGCTGCCTTTGCCCATAAGGGAGGCATCCATGTTTCGGCGATCCTGCGCGATTCCAGAACGTACGAGCATATCGAACCGGAGAAAGTCGGAAACAAGCAGCGCGTGCTGGTGTCCGAGCTTGCAGGACAGAGCAACATCGTATCGAAGGCACAAGACATGGGTCTTAACTTTGATCCGGCTAGTGAACAATCCAAGCTTATTATCGGAAAGATCAAGGATCTTGAGCATGAAGGATATCAATTCGAGGGGGCAGACGCTTCCCTGGAGCTGCTGCTTCGAGAAGCGAACGGAGAGTTTAAGGAACTGTTTACCTTCGAATCCTTCAAAATGCTCGTAGAGAAGTCAGCCGGCCAGCCGGTTGTTTCCGAAGCCTTTGTCAAAGTCAACGTTGCCGGTGAGAGCATCTACACCGCAGCGGAAGGCAACGGCCCGGTCAATGCGCTAGACAACGCGCTGCGTAAAGCGCTGGTCCAATACTTCCCGACACTCAAGGAAATGCATCTTGCTGACTATAAGGTCCGGGTGCTGGATGACAAGGATGCGACGGCAGCCAAAGTACGGGTGCTCATCGAGTCCAAGAACTTTGAGAACTCCTGGAACACCGTCGGGGTTTCCAGCAACGTCATTGAGGCGAGCTGGGAAGCGCTGGTTGACAGTATGCGTTATGCGCTGCTCGGTCAAATCTCACCGGAGCAGGTACATGAGTCCGCGGCAAGGCAAGGGTTGGTTAATCACTAA	MSKSISIFDTTLRDGTQGEGISLSADDKVKIAKKLDALGVHYIEGGIPGSNSKDIEFFKRVQDLGLTSKVTAFGSTRRKGSIADQDANLLRILESGVSAATLVGKSWDFHVHTALQTTLEENLAMIYDSIAFLKQKGLEVIFDAEHFFDGYKNNPEYAVAVLSKAREAGADWLVMCDTNGGSLPHEISNIVASLAGPLSGAPLGIHTHNDCELAVANTLSAVQAGVQHVQGTMNGYGERCGNANLCSIIPNLQLKLGYECIGDDNLRTLTNTARYISEIANVNMPVNQPYVGNAAFAHKGGIHVSAILRDSRTYEHIEPEKVGNKQRVLVSELAGQSNIVSKAQDMGLNFDPASEQSKLIIGKIKDLEHEGYQFEGADASLELLLREANGEFKELFTFESFKMLVEKSAGQPVVSEAFVKVNVAGESIYTAAEGNGPVNALDNALRKALVQYFPTLKEMHLADYKVRVLDDKDATAAKVRVLIESKNFENSWNTVGVSSNVIEASWEALVDSMRYALLGQISPEQVHESAARQGLVNH				NA	NA	NA	NA	NA
JZ016_02166	552	resA_3		Thiol-disulfide oxidoreductase ResA	ATGAAACGAAACATCATCATCCTCGTTCTGCTGGTTGTAGCGGCAGGCGCTGTAATCTATAACCAAGCCGGCGACAATATCCAGGCTGTCTTCACGCAGGAGAAGCCGCTCCCGACGGAGACAGGCGCCAAAGCCGGACTGCTTGCCCCTACCTTCACCCTGAAGGGGATGGACGACAAGACATATGCCGGCGGCGGAGCACGCGATAAAGCGATGGTTGTCAATTTCTGGGCATCTTGGTGTGAGCCGTGCAAGCAAGAAGCCCCGGAGCTCGATAAGCTGGCGGAGGAATATGCAGATGAGCTGGAAATCTACGGCGTGAACGTGTCCAAGTATGATAATGAGAAGAAAGCGCGTCAATTCGTTAAGGATTTTGAACTCCGGTATCCAATACTTCTTGATCCGAAAGGAGAAGTGTTCGAGGAGCTGTATAAAGGTCAGGTCTTCCCGACGAATGTGCTGATTGATCGAAACGGCGTGATCCAGGAAATCATTCTTGGCGCTCCGGATCCCAAGGATCTTCGCAAAAAGATAGCTAAGTTGTTGAATTAA	MKRNIIILVLLVVAAGAVIYNQAGDNIQAVFTQEKPLPTETGAKAGLLAPTFTLKGMDDKTYAGGGARDKAMVVNFWASWCEPCKQEAPELDKLAEEYADELEIYGVNVSKYDNEKKARQFVKDFELRYPILLDPKGEVFEELYKGQVFPTNVLIDRNGVIQEIILGAPDPKDLRKKIAKLLN				NA	NA	NA	NA	NA
JZ016_02167	534			hypothetical protein	ATGAACCCGTCTGACATGGCCCTGGAACAGCTTCTGCTGCACGCGGCCGTACAACAGCATATATCGGACTATACGTATGATTGTCTGCCACAGGAAGCTTGTGGTGTCCTTATCGGGCACTCCAGCGCAGCAAGGCGATCAGTAACCGTTACGCAATTTATCCCCATAAAAAATACAGCGGAGTTTCCGCTGCATTCTTTTCATCTGGACCCTGTTCAATGGACCCGCTTGGTGTTAACTGAAAAAGGAATTGTCGGATTGTTTCACAGTCACCCGGATACATTCCCTGAGCCGTCCGGCCAGGATCTGCTGCAGCTTCAGTCCTTCGGCGGATTGCTCCAGGTGTATGCCATCGGATCTCCTGCAGCTCCAAACGCTCCCGATTCAAAACCATTACAGCTTCAAACTTACAAAATTATTCGAGGACAAGAGACCTCAGAATTATTCAGCAATCTGCCGACACATTCCTGGGTGCGGCAGGAATCGGAATTCTATTCCCTCGCCCCGATTCCTTGCAAGATCATATCAGAATAA	MNPSDMALEQLLLHAAVQQHISDYTYDCLPQEACGVLIGHSSAARRSVTVTQFIPIKNTAEFPLHSFHLDPVQWTRLVLTEKGIVGLFHSHPDTFPEPSGQDLLQLQSFGGLLQVYAIGSPAAPNAPDSKPLQLQTYKIIRGQETSELFSNLPTHSWVRQESEFYSLAPIPCKIISE				NA	NA	NA	NA	NA
JZ016_02168	741	dinG_3		3'-5' exonuclease DinG	ATGACTGAACCGGGACAATCGAACGGGGGCTTCTGGAGATCCCTCCGTTCGGGTAACTTTAATTCTGCCATCGCCTCTATGCGCGGGGCGCAGACGGCGCAGCAGCTGGCGTTCATCCGATCCCAGATGAAGGATAACCGGAGGCCGGAGGTTCTGGGTACCCCGCTGGACGAGCTGGAGGTTGTTGTGTTTGATCTGGAGTCGACGGGGTTCAATCACCAGCACGGCGATGAAATTTTGTCATTCGGTGCTATCAAGGTCATCGGCGAGCAAGTGATCGAGAACGAAACCTTTCATATGATTGTTAACAGCGGTGCTCCTGTTCCCCCATTCATTGCTGAGCTGACAGGAATTACGCAGCATATGGTTGATGCAGCCCCGCCCTTAATGGAGGGGCTGCATGATTTTATGGCTTTTATAGGAGGCAGGGTGCTTGTTGCCCATGCGGCTGCGCATGACCGCGGATTCCTGAACGCAGCCTTGTGGAAGACGTCAAAGGTTCGATTAACCCATCGGCTCCTTGATACGATGATGCTCGCGCAGAGATTATATCCTGAGCAGAAGGACTACAGTCTGGATGAGCTGCTACGGAGCAGCGGCATTCCGGTGGAGGGCCGGCATCATGCTCTGTCCGACGCGCGAATGACTGCCCGTCTGTGGGCGGATTATATGAAAGAAATTCAGGCGCGCGGCCATGCAACCACGCTTGGAGATTTGTATGTCTATCTAAGCGAGGCGTAA	MTEPGQSNGGFWRSLRSGNFNSAIASMRGAQTAQQLAFIRSQMKDNRRPEVLGTPLDELEVVVFDLESTGFNHQHGDEILSFGAIKVIGEQVIENETFHMIVNSGAPVPPFIAELTGITQHMVDAAPPLMEGLHDFMAFIGGRVLVAHAAAHDRGFLNAALWKTSKVRLTHRLLDTMMLAQRLYPEQKDYSLDELLRSSGIPVEGRHHALSDARMTARLWADYMKEIQARGHATTLGDLYVYLSEA				NA	NA	NA	NA	NA
JZ016_02169	1080			hypothetical protein	ATGAAACCTCTGAAATCCGTAAATCTGTTTCCGGTATTCTCGGAAATTCAGACAGCAGCAACAGCCCAGCAATTACGAGATGAACGGATCGTTTGTCAGAACCATCTGATCGAGATGCGTCATGACATGGAGCTGAGAGAGTGGATCGCATCCGTCAATACGATGCACGATCTGATTGGACAGCGTGCCGCGGCAATCTGTGAGCAGGACATGTGGGAGGCTGGCTTGGGCCGGCCTCCTGCGCGTTATGCGTTTGTTGCTTTTGGCAGCAGCGGAAGGCAGGAAGCTACGCTGTGGAGCGATCAGGACAACGGTTTGATCATTGGCGATGAGCTGGAGGAGGAACAGCTTCCCTTCTTTCGGGAATATGGCCTTCGACTGGCGAACCTGCTGGAGTATGCAGGCTATCCCAAATGTTCGGGAAAAGTGATGTGTTCCGAACCTTTATGGAGTAAAAAGCTTGGCGATTGGAAAAATCAGATTAGCGAGTGGTGTGGAGACCAGCAGTGGGAGCCGATTCGCAATTTTATCATTGCTTCGGATCTCCGTCATATAGCGGGAGATGGCGAGCTAACGGAGGCATGGGCCGACCATTTCCGGAGCTCCGTCGAGTTGAACCCGAATATCGGCAATGCCGTGCTGCGCAATACGGTCAAGCACAAGGCAACGCTGAATGTCATGGGGCGAATTGTAACGGAGCGGTTTGGTGAGCATGCCGGTGAATTTGACGTAAAGTATGGCGTTTATATTCCACTTGTAAACAGTATTCGCACGATGGCGCTCCAAAGAGGCATCATCGAAACCTCGACGCAAAAGCGGATGGAGAAGGTGATGCTGCTTGAGGGCGGCAACTTGCTGCTGGAAAGCGTGCAGCGTGCTTTTTTGACGGCGCTTCGGCTGAGAAATAACACGCCCCATCGGCTGGAGAACGGGCTGATCACGAGCAGCGGGTATATCCCGCAGGAGCAGCTCAAGAACAAAACCATGCAGTACGAGCTTCGCGATACGCTTGGTGTGGTCAGACGGATACACCGGTCATTGCAGCGAGAGCACCGTTTTGCGGAGAGGAGGAACCCATGA	MKPLKSVNLFPVFSEIQTAATAQQLRDERIVCQNHLIEMRHDMELREWIASVNTMHDLIGQRAAAICEQDMWEAGLGRPPARYAFVAFGSSGRQEATLWSDQDNGLIIGDELEEEQLPFFREYGLRLANLLEYAGYPKCSGKVMCSEPLWSKKLGDWKNQISEWCGDQQWEPIRNFIIASDLRHIAGDGELTEAWADHFRSSVELNPNIGNAVLRNTVKHKATLNVMGRIVTERFGEHAGEFDVKYGVYIPLVNSIRTMALQRGIIETSTQKRMEKVMLLEGGNLLLESVQRAFLTALRLRNNTPHRLENGLITSSGYIPQEQLKNKTMQYELRDTLGVVRRIHRSLQREHRFAERRNP				NA	NA	NA	NA	NA
JZ016_02170	1440	nrgA		Ammonium transporter	ATGGGAAAAAGATGGCTAGGTTTAATGGTGGGAGTAATCGCATTGCTTGCATTCCCGGCGAGCGCGTTCGCCGCTGAGGGGGGAGCAACGAACGTTGAATTAACGGCTGGTTTGAACTCCGTGTTCGTATTCTTGGCAGCATTGCTCGTATTCTTCATGCAAGCAGGGTTCGCACTGCTGGAAGCCGGATCTGTCCGTATGAAGAATGCAGGCCACGTTGCAGGCAAAACATTCCTGACCTTCGGCATTTCGATCGTTGCCTTCTGGGCACTAGGGTTTGGCCTGGCATTCGGCAACGGGAACAGTTTTTTCGGATTTGAAGGTTTTTTCTTAAGTGGCGACAATGCGGCTGGCTCTTTTGATTCCTTGTCCGCTTACGATGTGCCGACAACCATTATGTTTTTGTTCCACTTATCCTTTGCGGCCGTATCCTTGGCCATCGCTTGCGGTGGTATGGCAGAACGGGCAAAGCTCAGCGTCTATATCGTGTTTGGATTGCTGTTCACCATCGTGATTTATCCGATTGTTGCTCACTGGGTATGGGGCGGAGGTTGGCTCGGAGCTCTGGGTATGCAGGACTTTGCCGGATCGACGGTCGTTCACTTGACAGGTGCTACAGCGGCGCTGGTGGCTACCGTTCTCCTGAAGCCACGGCTTGGCAAATATAATAAGGACGGGAAGCCTAACAGCATTCCGGGCCACAACCAGGTATTATCGGTGCTCGGCGTATTCATCATCTGGATCGGTTGGTTCGGATTTAATCCAGGCAGCACCATCTCCGCACTCACGGACGGCTTCTTCGGTTTTGTGGCTTTAAATACGAATATCGCGGCTGCGGCAGGTGCGCTAGCGGCATTGCTGATCTCTTGGGCGGTTCTTGGCAAAGCAGATATTCCTAGCATGCTGAACGGTATTCTTGCTGCTTTTGTGGCCATCACGGGGGCCTGTGCATTCGTGGAACCTTGGGCGGCTGTTGTTATCGGTGCAGTAGCCGGTACGATTACCTTCTTTACGGCACAGTGGTTTGACCGCAAAGGCATTGATGATCCTGTATATGCATTCTCCGTACATGGTATTGCCGGTATGTGGGGGGCTGTATCCACCGGTTTGTTCGCAGCACCGAGACTTGTTGAAATTACAGGCGTAGGCAAAGAAGGTCTGTTCTACGGCGGGGGCTTCGGTCAGCTTGGCGTTCAGTTATTGGGCCTCATCGGTACGTTTGCATTCGTTCTCGTAATCTCATTCATTATTCTGTACCTCATGAAAATTACGATGGGTATCCGTGTAACGGAGGAAGAAGAATTAGTGGGTCTAGATATGAGCGAACATGGAACTTACGGATATCCGGAGCAAATGAAACTTCTGGCGGAATCGGAAGGGAAATTACCAGAGTTTCGTTCCGGAGGCAAAGGGGTACCTGGAAGCGATACGGCGTTATAA	MGKRWLGLMVGVIALLAFPASAFAAEGGATNVELTAGLNSVFVFLAALLVFFMQAGFALLEAGSVRMKNAGHVAGKTFLTFGISIVAFWALGFGLAFGNGNSFFGFEGFFLSGDNAAGSFDSLSAYDVPTTIMFLFHLSFAAVSLAIACGGMAERAKLSVYIVFGLLFTIVIYPIVAHWVWGGGWLGALGMQDFAGSTVVHLTGATAALVATVLLKPRLGKYNKDGKPNSIPGHNQVLSVLGVFIIWIGWFGFNPGSTISALTDGFFGFVALNTNIAAAAGALAALLISWAVLGKADIPSMLNGILAAFVAITGACAFVEPWAAVVIGAVAGTITFFTAQWFDRKGIDDPVYAFSVHGIAGMWGAVSTGLFAAPRLVEITGVGKEGLFYGGGFGQLGVQLLGLIGTFAFVLVISFIILYLMKITMGIRVTEEEELVGLDMSEHGTYGYPEQMKLLAESEGKLPEFRSGGKGVPGSDTAL	PGPT0000840_2163	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE	N-AQUISITION-AMMONIUM_TRANSPORT,PGPT0000840-amtB|ybaG|amt-K03320	NA	NA
JZ016_02171	450			hypothetical protein	ATGATGGGGATCACGAGCGGAAACCTTTTCCGAATCGGTGAGCTGGCCAAAGTTGCCGGAATCAGCGAAAGAACCATTGACTATTATACGAAGCTGGGTTTGATCTCCCCTGAAAAACGGACGTTAAAAAACTACCGGTTGTACAGTTCTGAAACCTTAAGCACTCTCGAACGTATTAATCAGTTAAAGCAAGAGAAATATACTCTCGATGAGATTAAGGAAAGACTGGATCGCTGGAAGTCGGTTCCCGATGATTCCGAAATGACGGAGAAACTAACCAAGCTCGAAATACAGATGAAACAGCTGGAACGGGATGTGAAGGAACTCAACCCGCTTCTGAGTGAATTAAAGCCAAGTCAAGCCCGGGAAGTACTCGCTAACATTCTTCCTAAAGGGGCTGCTTGCATCGAGTCGCTACAAATCTTGCTGAACCAGTTCACTTCGATGTAA	MMGITSGNLFRIGELAKVAGISERTIDYYTKLGLISPEKRTLKNYRLYSSETLSTLERINQLKQEKYTLDEIKERLDRWKSVPDDSEMTEKLTKLEIQMKQLERDVKELNPLLSELKPSQAREVLANILPKGAACIESLQILLNQFTSM	PGPT0004165_33	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004165-cueR-K11923	NA	NA
JZ016_02172	681			hypothetical protein	ATGTATTCTGACTGGATGTTTATTCTCATTATTATCGCTTTTATATTCTCGCTATGGGCCCAGTTCCGGGTCAAAGGCACGTTTAACAAATGGGCTAAGGTCGAGAACAGCACCGGCATGACAGGATACGATGCTGCCCGGCATATGCTGGATGCCAACGGACTCCATGATGTGCCGATTGAACCGGTGCCAGGCACACTCTCCGACCACTATGATCCAACCAAACGCGTTGTGCGTTTATCGGAGCCCGTTTATTATGAACGCACGATCTCGGCTGTCTCTGTTGCTTGTCACGAGGTTGGCCATGCGATCCAGCATGCCGAGCACTATCCGATGCTAGTAGCCCGTCACAAAATGTTCCCGGTCGTAAACTTCGCATCGGGTATCGCTCCGTTTCTCTTGATTGCCGGATTCCTGTTCCAAGCCATGAACCTGGTCGGTCTCGGCATCATCTTCTTCTCTTGCGCCGTTGCCTTCCAGCTCGTCACCCTGCCGGTCGAGTTTAACGCAAGTAACCGTGCTCGTCAGCTGATGGTTCAAGAAGGCTATATCGCCAATGACGAAGAACGCGGAGTTGCTAAAGTATTGAACGCCGCGGCCTTGACCTATGTCGCTGCAGCTTTGATCTCTCTGCTCGAGTTGATCCGTTATATCATGATCTTTACGAGCAACCGGGAATAA	MYSDWMFILIIIAFIFSLWAQFRVKGTFNKWAKVENSTGMTGYDAARHMLDANGLHDVPIEPVPGTLSDHYDPTKRVVRLSEPVYYERTISAVSVACHEVGHAIQHAEHYPMLVARHKMFPVVNFASGIAPFLLIAGFLFQAMNLVGLGIIFFSCAVAFQLVTLPVEFNASNRARQLMVQEGYIANDEERGVAKVLNAAALTYVAAALISLLELIRYIMIFTSNRE				NA	NA	NA	NA	NA
JZ016_02173	921	gltC_4		HTH-type transcriptional regulator GltC	GTGGAATTACGACAGTTGCAATACTTTGTAAAGGTTGCGCAAAAGGAACACGTTACCCAAGCGGCAGAAGAGCTTCATGTGGCTCAGTCAGCCGTCAGCCGTCAAATACATCAGTTGGAAGAAGAGCTTGGTGTTAATTTGTTCATGCAAAAAGGCCGGAATCTGCAGTTAACCCCGGTAGGCCAGCTTTTTTGCAAACGGGTGGAGAGCATTATGAAGGACTTGGACCGTGCGGTCGTCGAGATACATGAATTTCTGGACCCGGAACAGGGAGAGATCCGCATCGGATTCCCACACAGCCTGGGCATCCATTTGATTCCGTCCATTGTGGCTGAATTCCGGAAGAAATATCCGAACGTGAAGTTCCGGTTCAAGCAGGGGATGTTCCCGACACTGATCCGGGACGTGGTTGGAGCTGAAGTGGATCTGGCATTTGTGTCGCCGTTTCCGGATCGTCATGATCAAGTGGATGGGGATATCGTTTTGACAGAGGAGCTGTTTGCGATCCTGCCGCCGAATCACCCGCTTGCGGGGGAGCAGTCCATCAAGCTGGAGCAGTTGAAAGAGGAGCGCTTTGTGCTGTTCAGCAAAGGCTACTCCTTGCGTCCAATTGTGTGGCATGCCTGTCTTGAAGCAGGGTTCACGCCGAAGATTGCTTTTGAAGGCGAGGAAACGGATACGATCCGCGGGCTGGTTGCGGCCGGTATGGGGGTCAGCCTGCTTCCTGAAATGGCCCTATTCCAGACGAATCCTCTGCAGCCGGCACGCGTCCGGATCTCGGAGCCGAAGGTAACGCGTTCTATCGGTCTGATCCACCGCGCGGACGAGAAGCTGCCACCGGTTGCTCAGGCATTCCGTGCGTTTCTGCTTCAATATTTTGGTATTGATCCGTCGCCGAAAAAGGAAGGGAAAGCGGACTGA	MELRQLQYFVKVAQKEHVTQAAEELHVAQSAVSRQIHQLEEELGVNLFMQKGRNLQLTPVGQLFCKRVESIMKDLDRAVVEIHEFLDPEQGEIRIGFPHSLGIHLIPSIVAEFRKKYPNVKFRFKQGMFPTLIRDVVGAEVDLAFVSPFPDRHDQVDGDIVLTEELFAILPPNHPLAGEQSIKLEQLKEERFVLFSKGYSLRPIVWHACLEAGFTPKIAFEGEETDTIRGLVAAGMGVSLLPEMALFQTNPLQPARVRISEPKVTRSIGLIHRADEKLPPVAQAFRAFLLQYFGIDPSPKKEGKAD				NA	NA	NA	NA	NA
JZ016_02174	615	gluP	COG0705	Rhomboid protease GluP	ATGATATTCGTACGTTATGAAAATTGGAAAAGTTATTTGCGTTATTATCCCGTTACATCGCTGCTGCTTGTCATTAACCTGGTGATGTTTGTGATCACATCCTTAGACGGCGGTTCCAGAAATCCGGTTACGCTGCTGAAATATGGGGCTTTATCGGATTTGCCGCAATTCGTTGACCAGGCATGGAGATACTTTACGGCGATGTTTCTGCATAACGGGTTTGATCATGTATTGTTCAACGGCTTCGCACTGCTGGTATTTGTTCCCCCGCTGGAGAGAATCATGGGGAGCTGGAAGTTTGCCATTCTGTATCTGCTCAGCGGTGTTCTCGGTAATGTAATCGGATTGGCTTATTATGAGCGCATGGAGGACTATACCTTCCTTGTAGGCGCCTCAGGAGCCATTTACGGAGCTTATGGCGCTTATCTGTACATCGCCCTGTTCCAGCGGCATGTCATTGATGAGTCGTCTCGCAAGACGCTGTTCACCCTGCTTATTTTGGGGATACTGTTCTCGTTTACCCCAGGGGTCAGCCTTGTAGCGCATGTCGGCGGATTGGTAGGCGGATTTTTCCTCTACGGTCTCATGATTCGATTATTTAAACGTCGAACATAA	MIFVRYENWKSYLRYYPVTSLLLVINLVMFVITSLDGGSRNPVTLLKYGALSDLPQFVDQAWRYFTAMFLHNGFDHVLFNGFALLVFVPPLERIMGSWKFAILYLLSGVLGNVIGLAYYERMEDYTFLVGASGAIYGAYGAYLYIALFQRHVIDESSRKTLFTLLILGILFSFTPGVSLVAHVGGLVGGFFLYGLMIRLFKRRT				NA	NA	NA	NA	NA
JZ016_02175	519	tpx	COG2077	Thiol peroxidase	ATGGCTCAAGAACGTTCAGGAGCTGCCACTTTCAAAGGCAATCCTATTACACTCATCGGTCCACAGCTCAAGGCTGGTGATGCCGCGCCGGATTTTACAGTGAGCAAAAACCTGCTCGAAGACGTATCTCTTAAGGATTATGCCGGTAAAATCAAGCTGATCAGCGTCGTTCCTTCCCTCGACACCGGGGTATGCGATGCACAGACGCGCCGTTTCAATGAAGAAGCTGCTGGTCTGGGCGATGATGTGGTGATCCTTACGATCAGTGCCGACCTTCCGTTCGCTCAAGCCCGTTGGTGCGGAGCTGCAGGCGTTGACCGGGTCATTACGCTCTCCGACTATAAATCGCGTTCTTTCGGTGAAGCGTATGGCGTGCTCATCAAGGAATTCCAACTCGACATGCGTTCGATCTTCGTCGTGGATACTAACGATACCATCACCTATGTTGAATACCTTGGTGAGATGACGGAGCACCCGAATTACGAAGCCGCGATCGATGCAGTAAAATCTTTGCGGTAA	MAQERSGAATFKGNPITLIGPQLKAGDAAPDFTVSKNLLEDVSLKDYAGKIKLISVVPSLDTGVCDAQTRRFNEEAAGLGDDVVILTISADLPFAQARWCGAAGVDRVITLSDYKSRSFGEAYGVLIKEFQLDMRSIFVVDTNDTITYVEYLGEMTEHPNYEAAIDAVKSLR	PGPT0013105_285	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013105-tpx-K11065	NA	NA
JZ016_02176	393			hypothetical protein	TTGTCATTAAAACGAGTTCTAATTGGTATCGTGCGCAGCTATGACGGCACAAGCGACCGTGCTAAAGATCCCAAGCTGAAGACGCGTTATTACAATCTTTCAAAAGAAAAGTGTTTTGAAGAGGTTTCCTCGACACTGAAAAAAATTCCGGGTTACAAAGTTCTGCATGAGGTTAAATCCGTGGGAGAGATCACGCTCGAGAAAAGAACCTCGTTTGGACGTACACTGGACATTACCGTATCCGTGCTCGGCATCAGTCCGGTTCGCAGCGCAGTTGATATGTATTCGGCTTCCCGCGGTTCCCTAGGGGATCTGGGAGCGAACTACCGGGTTATCTTGAACCTGTACGCTGTTCTGGATAAAAAACTGAGCAAGTATAAAGTGGATGCTTAG	MSLKRVLIGIVRSYDGTSDRAKDPKLKTRYYNLSKEKCFEEVSSTLKKIPGYKVLHEVKSVGEITLEKRTSFGRTLDITVSVLGISPVRSAVDMYSASRGSLGDLGANYRVILNLYAVLDKKLSKYKVDA				NA	NA	NA	NA	NA
JZ016_02178	864			hypothetical protein	ATGTACCAAATAAGGTATATTAATAGATACATGCATGATTTGAGTGAGGAGGAAACGGATTTGGAAATGAAAGGAGCCATGGGTGGCTTATATAAGCTCACCGAGTGGATTACCCGTATTGCTTTTTCGAACATCTTGTGGGTTATTTGTACATCGCCTTTCCTGTTTATTGTTCTAACCAAATTCCTAATGGCCGTTCAGACACCGGATGCGCATAATGAGCAGCTGCTGTCGAACTGGGTTCTGGGAATATTATCACCGTTTGTTTTGTTTCCGGCTACGGCGGCTTTATTTACCGTTGTACGCAAATGGGTAATGGGCAATCCGGACGTGTCCGTATTTAAAACGTTCTTCAAGGGTTATAAGGAAAATTACAAGCAGAGCATGATCGGCGGTATTTTTTATACGCTGCTGTTCGTGATTATGTACGTGGATTACACGGTTTATATGACGCAGCTAGATGGTTTCCAGCTTGTCGGCATTGTGATGCTCGTGCTGCTTATCGTGCTGTTTGTCTCCCTGTTTAATTTCTTCTCCATGACCGTTCATTATGAGATGAAAACGACGCAGCTGTTAAAAAATGCGGTGCTGCTGACATTGATTCGTCCGTTTCGCGTATTTTCGACTTTGATCGGAAGCGCTGTCTTGGCGTATATCGGCACGCAGATGCCGGTGCTGTTCGTGTTCTTCCTGTTCTGCCTGATGGCATTGTTCGCATTCTTTAATTTCTATGCCACCTTCACCAAAATGCAGGAACAGCAGGAGAAGATGAAGAAAGCGGAGGAAGAGGAGTCCGAAACCGAACAAGCTCTTCTGGAGAGCATGGAATCTGCCAAAAAGGGAGAGAACGGATCGAAACCTTAG	MYQIRYINRYMHDLSEEETDLEMKGAMGGLYKLTEWITRIAFSNILWVICTSPFLFIVLTKFLMAVQTPDAHNEQLLSNWVLGILSPFVLFPATAALFTVVRKWVMGNPDVSVFKTFFKGYKENYKQSMIGGIFYTLLFVIMYVDYTVYMTQLDGFQLVGIVMLVLLIVLFVSLFNFFSMTVHYEMKTTQLLKNAVLLTLIRPFRVFSTLIGSAVLAYIGTQMPVLFVFFLFCLMALFAFFNFYATFTKMQEQQEKMKKAEEEESETEQALLESMESAKKGENGSKP				NA	NA	NA	NA	NA
JZ016_02179	102			hypothetical protein	ATGTCTTGTGAAGGCGGCGGTTACGGCTACGGAAGTAATGTTGGTATTGTCCTGGTTCTGTTCATTCTCCTTGTCATTATTCTCAGCACATTCTACATCTAA	MSCEGGGYGYGSNVGIVLVLFILLVIILSTFYI				NA	NA	NA	NA	NA
JZ016_02180	1602	cshA_1	COG0513	DEAD-box ATP-dependent RNA helicase CshA	TTGAAAAATTTCGCAGATTTTGGCTTGGAGCCTCGCGTGCTGCAAGCAATTACTGAACTTGGCTTTGAGGAAGCCACACCGATCCAATCCCAATCCATTCCGATTGCTCTGACCGGCAAGGATATGATTGGACAAGCACAGACGGGTACTGGTAAGACAGCAGCATTCGGCCTTCCTCTTATCCACAAAATCGCCAAGGAAGAGGAGCGTATCGTCGCTCTGATTATGACACCGACCCGTGAACTTGCCATCCAGGTTGCTGAAGAAATCGGTAAACTGTCCCGTTTTAAAGGAATCCGTTCCTTGGCTATTTATGGCGGACAGGATATCGGGCGTCAGATCCGCGCTTTGAAAAAGAAGCCTCAAATTATTATCGGCACACCAGGTCGTCTACTTGACCACATCAACAGAAAAACCATCCGACTTGACGATGTCCAAACCGTTGTATTGGATGAAGCGGATGAAATGCTGGACATGGGCTTCATGGAAGACATCCAGTCGATCCTGAAGCTTGTTCCTGAAGAACGTCAAACCTTGCTGTTCTCCGCAACTATGCCGGCTAACATTCAGAAGCTGGCATCCCAGTTCCTTAAGGAACCTGAGCATGTATCCGTTATTCCTAAGCACGTTAGTGCACCTCTGATTGATCAAGCATATATCGAAGTTCCTGAACGTCAAAAATTCGAAGCATTGAGCCGCCTTCTGGATATGGAGTCACCTGAGCTTGCGATCGTCTTTGGACGTACCAAGCGCCGTGTTGACGAATTGGCAGAAGCATTGCAAAAACGCGGGTACTCGGCGGATGGTCTTCATGGCGATCTGTCCCAGCACCAACGTGATACCGTTATGCGTAAATTCCGCGACGGAAGCATCGATGTCCTCGTGGCAACCGATGTGGCAGCACGCGGTCTCGACGTATCCGGCGTTACCCATGTTGTAAACTTTGACTTGCCGCAAGATCCTGAAAGTTATGTACACCGTATTGGACGTACAGGCCGTGCGGGTAAGGAAGGTACGGCTTGGTCTTTCGTGACACCGCGTGAAATGGATCATCTGTATTTCATCGAGCGTGTGACTCGTCATCGTATTCCACGCAAGCCGTTGCCAACGATTGCCGAAGCGATTGAAGGCAAACAACGTATCATCGCTGAGCGAGTGCTTGAAATCATTGAGCAGGGTGAATTGACCGAATACAAAGGTCTTGCGATTCAATTGCTGGAGCAGTACGATTCCGTACAGCTGCTGGCAGCTGCAATGAAAATCCTGACAGGCGACAAGAAGGAAGCATCCGATATTCATCTGACGCCTGAAGATCCGATCCGTGCAAAACGCCGGAAGCCGGACATCCGCAATGGTCGCAAGCCAAGCGGTGGCTATGGCGGCCGCAGCAGCGGCGGCGGATATCGCCGTGATGGCGGCAGCGGCAGCGGTGGTAACCGTGGCGGCTACTCCAAAGGCGGATACAACCGTGATGGCGGCGGCAGCAGTTATGGCAACCGCGAGGGCGGTGGCTACAACCGTGACCGCAACAATAGCGGTGACCGTAAACCTCGTTCCTACAGCGGCGGCGAGCGTCGTCCTAACCGGGGCGGAGACGAATAA	MKNFADFGLEPRVLQAITELGFEEATPIQSQSIPIALTGKDMIGQAQTGTGKTAAFGLPLIHKIAKEEERIVALIMTPTRELAIQVAEEIGKLSRFKGIRSLAIYGGQDIGRQIRALKKKPQIIIGTPGRLLDHINRKTIRLDDVQTVVLDEADEMLDMGFMEDIQSILKLVPEERQTLLFSATMPANIQKLASQFLKEPEHVSVIPKHVSAPLIDQAYIEVPERQKFEALSRLLDMESPELAIVFGRTKRRVDELAEALQKRGYSADGLHGDLSQHQRDTVMRKFRDGSIDVLVATDVAARGLDVSGVTHVVNFDLPQDPESYVHRIGRTGRAGKEGTAWSFVTPREMDHLYFIERVTRHRIPRKPLPTIAEAIEGKQRIIAERVLEIIEQGELTEYKGLAIQLLEQYDSVQLLAAAMKILTGDKKEASDIHLTPEDPIRAKRRKPDIRNGRKPSGGYGGRSSGGGYRRDGGSGSGGNRGGYSKGGYNRDGGGSSYGNREGGGYNRDRNNSGDRKPRSYSGGERRPNRGGDE				NA	NA	NA	NA	NA
JZ016_02181	822			hypothetical protein	ATGTTGAAGCGTCTATGGACCTATTTCTCGATCGTGTTCGGCGGCATCATTATCGCCGGCGGATTTAATTTGTTTCTGATTCCCCATCATCTGCTCAGCGGAGGCGTTTCCGGCGTGGCCCTAATTATCGGCTACTTCACGCCGCTTAATATCAGCGTCATGTATTTTGTGCTCAATATCCCGATTCTTATCACAGGTTGGTTCAAGCTCGGCAAAAGGTTCGTTGGTCTCAGCGTTCTCTCGGTTATTGTGACTACCTTGTTCCTAGAGCTCATTCCGGTCACCCCGGTTGCAACCGACATGCTGCTGTCCTCAGTGTTCGGCGGCGTGCTTGTCGGATTCGGCACCGGCCTCTCCTTTCGGGTTGGCGGTTCCACCGGGGGCTTTGATATTATCGGCTCCCTCGTTACGAAATATCGGGACTTCCCCGTAGGAAGCGTACTCGTGACGCTGAACGCCATCGTCATTATGGCGGTTGCTTATTTGGAAAACGATTGGAACTTGGCCCTTGCCTCCATGGCCTCCATCTATATTGCCGGAAAAATGGTCGATATGCTCCACGTCAGTCATATCAAGGTTACCGTCTTTATTGTAACGAACCAGACGGAAGCTCTGCTGCAGAAGCTGCTTAAGCGCCCACGCGGCATAACCAAGATCAAAACCGAGGGGGCCTTCAGTCATAAAGAAAAGGATATGCTTATGACCGTCACGACGCGATATGAGCTGGCTGAGCTAAAACAGATTATTACAGAGACGGATCCACTGGCCTTTGTTAATATCGTGGAAACCACGGCTGTCATGGGTCAATTCCGCAAGAACTAA	MLKRLWTYFSIVFGGIIIAGGFNLFLIPHHLLSGGVSGVALIIGYFTPLNISVMYFVLNIPILITGWFKLGKRFVGLSVLSVIVTTLFLELIPVTPVATDMLLSSVFGGVLVGFGTGLSFRVGGSTGGFDIIGSLVTKYRDFPVGSVLVTLNAIVIMAVAYLENDWNLALASMASIYIAGKMVDMLHVSHIKVTVFIVTNQTEALLQKLLKRPRGITKIKTEGAFSHKEKDMLMTVTTRYELAELKQIITETDPLAFVNIVETTAVMGQFRKN	PGPT0014526_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014526-yitT-NA	NA	NA
JZ016_02182	195			hypothetical protein	ATGGAAATGGAAACGGTAAAATTGTCACAAATCGTCATGAAGTGGTTCCCGGAAATGTTATCGTTCTTTAGACAGAACGAACTAAATTCCATGATCGTTCTTAGGGACGGGCTGAGTATTCTGGAGCAGGAGGACGCTCTTGAAATTATTCAGTTCAGCATTTGCGAGCATCAGAACCAAACGCCGCTTCATTAA	MEMETVKLSQIVMKWFPEMLSFFRQNELNSMIVLRDGLSILEQEDALEIIQFSICEHQNQTPLH				NA	NA	NA	NA	NA
JZ016_02183	135			hypothetical protein	ATGCAGCTTTATCTGCTGGCGGGAAATGACGTGCTTATAGAATTTACATTTATCCATAAAAAAATGCCGTTACTCACCGGTGAAATTTACCGGAGAATAACGGCACTTGTCGTGCGATATTCACGTGTTGCATAA	MQLYLLAGNDVLIEFTFIHKKMPLLTGEIYRRITALVVRYSRVA				NA	NA	NA	NA	NA
JZ016_02184	1188			hypothetical protein	ATGAATATCATCTTGGCTTTATTCATCTTGGCGTCTGCGGGCTTCGGCGGTTCCAGTCCGCAAGATAACAATCTTACCGCCAAACTTCAGGCATCGTTAAATACCGCCGTGATTCAAAGCATGCACCAAAAGAACAATCAAGGTCAGGGCCAATCCGGCATCAAGCCAAACACGACGGAAATCGATCCGCAGATTGATGCTCCCAAAGTCAAAGGCATTTATGTAACGGCTTATAGCGCAGGCGGCTCCAGAATGAATCAGCTCGTGGATCTTATGGACAAGACCGAACTCAATGCCATGGTCATTGACATCAAGGACGATGAAGGATACATAACGTACAAAACCGATAATCCGAAGCTGAAGGAACTCGGTAAATCCCAGCCTTTTATCAAAGACATCAAACAGCTGATGAAGCGGCTGGAGAAACACGATATTTATCCGATCGCCCGAGTTGTCGTGTTCAAGGATACCATTCTTGCCAAGAAAAACCCGGAGCTTTCCTTCCGTAAAGGAGACGGCAGCGTGTGGACCAATGGCGGGGGCGACAGCTTCGTTAACCCGTACAGCAAAGAGGTATGGGATTACAACATCGAGATCGCCAAGGAAGCCGCCAAACTCGGGTTCAAGGAAATCCAGTTTGATTATGTCCGTTTTCCGGAGGGCTTTGAGAAACGCGCCGATTCCCTGAAGTATACCAAAACGGATCAATCGCGCGTGGACGTGGTATCCGATTTTGTGCAGTATGCCCGGGAAGAACTCGCACCGCTTGGCATCCGCGTATCCGTTGACATCTTCGGCTATGCGGCCTCGGTGCCTGCAGCAGAAGGCATCGGGCAGGACTTCGTCAAAATTTCCAAAAACGTCGATATCATCAGTCCGATGGTATACCCAAGCCATTACACGGCAGGCTGGTTCGGCTCCCCCGTACCGGACAAGGCTCCTTACCAGACCATCAAGGGGTCCATGGAAGATACCCACAAGAAGCTCGAAGAGCTGGGAGAGCAGAAGCCGATCATCCGGCCATGGATTCAGGACTTTACCGCGAGCTGGCTCGGAAGCGGTAATTATGCCAAGTACGGCAAAAAGGAAATCGAAGAGCAGATTCGCGCCCTCAAAGATACAAACGTCGATGAATATTTACTCTGGAATGCTTCCAACCGGTATACGGAAGGCGTCACTCATAAATAA	MNIILALFILASAGFGGSSPQDNNLTAKLQASLNTAVIQSMHQKNNQGQGQSGIKPNTTEIDPQIDAPKVKGIYVTAYSAGGSRMNQLVDLMDKTELNAMVIDIKDDEGYITYKTDNPKLKELGKSQPFIKDIKQLMKRLEKHDIYPIARVVVFKDTILAKKNPELSFRKGDGSVWTNGGGDSFVNPYSKEVWDYNIEIAKEAAKLGFKEIQFDYVRFPEGFEKRADSLKYTKTDQSRVDVVSDFVQYAREELAPLGIRVSVDIFGYAASVPAAEGIGQDFVKISKNVDIISPMVYPSHYTAGWFGSPVPDKAPYQTIKGSMEDTHKKLEELGEQKPIIRPWIQDFTASWLGSGNYAKYGKKEIEEQIRALKDTNVDEYLLWNASNRYTEGVTHK				NA	NA	NA	NA	NA
JZ016_02185	1377	norM	COG0534	Multidrug resistance protein NorM	ATGCAACCGACTACGACAACACGGGGAAAGCTGAAGCAATTTGCAATCATTCTTATCCCCATCTTAATTACGCAGCTAGCCTTATCGGCCATTAGCTTTTTCGACACCAACATGTCCGGAAAATTCAGCTCAGTCGACCTGGCAGGCGTAGCAATCGCGACAAGCATCTGGATCCCGGTCCAAACCGGCCTTAGCGGAATTCTGATGGGGATCACCCCCATCGTTTCGCAGCTCATTGGCGGGCGACAAGAAAATAATGTCGCTTACCAAGTGAACCAGGCGCTCTGGCTGTCCATCTTACTTGCCATCGTCGTCCTTGCGATCGGGTATGCCGTTGTACCGAGCATTCTCGGAGCTATGAGCCTGGAGCCGGAAGTTCGGCGGATTGCCTCCCAGTTTCTCGCCGCAATCTCGATCGGCATCATTCCGCTGTTCGCTTATACCGTACTGCGCAGTTTTATTGATGCGCTCGGGCAAACTAAAATTTCCATGGTGATCACGCTGATTACCCTGCCGGTGAACGTAGGCCTGAATGCGCTGTTCATTTATGGATTCTGGGGCTTTCCAAGAATGGGGGGCGTGGGCGCCGGCATCGCTTCCGCGATTACATACTGGACCGTGCTCATCATCGCCATCGTGATCATCCATAACAGCCACCCGTTCTCTTCCTTCGGCATCTTCAGGCAGCTTCAGGGAGTTTCATTGAGCGCATGGAAAAGCCTATTAAAAATCGGCGTGCCGATCGGGTTCTCCATCTTTCTGGAGACCGCCGTCTTCGCTGCGGTGACGCTGCTTATGAGCAGCTTTGATACGGCAACGATTGCCGCTCACCAAGCGGCCCTGAATTTCGCTACAACACTGTATATGCTGCCATTAAGCATATGCATGAGTCTCACCATCCTTGTAGGCTTCGAGGCCGGCTCGGGACGAATGAAGGATGCCTGGAAGTACGCGAAACTCGGCATCAGCACAGCGGTTATCCTGTCGCTGATCACGGCTGTCATCCTGTTTATGGCCGGCCGCCAGGTTGCCGGATTATATTCCAACGAGCCTGCCGTCGTGGCGCTGATCCAGCAGTTTCTGCTGTTCGCGATCTTCTTTCAGATCTCGGACGCGATCGCCACGCCGACCCAAGGAGCGCTGCGGGGTTATAAAGACGTGAATGTCGCCTTCATGCTCGCTTTTCTGTCGTTTTGGGTGATTGGTCTGCCCGTAGGTTATGTTCTCGCCAACTACACCGATTGGCAAGCCTTCGGCTACTGGATCGGGTTAATCACGGGCCTTGCCGTCGGCGCTGCCCTGATGCTTATGCGTCTGGTCAAAGTTCAGCGCAAGTTCGCACGCCAGGTACATGCTCCATCCCGATCCGCATCCTAA	MQPTTTTRGKLKQFAIILIPILITQLALSAISFFDTNMSGKFSSVDLAGVAIATSIWIPVQTGLSGILMGITPIVSQLIGGRQENNVAYQVNQALWLSILLAIVVLAIGYAVVPSILGAMSLEPEVRRIASQFLAAISIGIIPLFAYTVLRSFIDALGQTKISMVITLITLPVNVGLNALFIYGFWGFPRMGGVGAGIASAITYWTVLIIAIVIIHNSHPFSSFGIFRQLQGVSLSAWKSLLKIGVPIGFSIFLETAVFAAVTLLMSSFDTATIAAHQAALNFATTLYMLPLSICMSLTILVGFEAGSGRMKDAWKYAKLGISTAVILSLITAVILFMAGRQVAGLYSNEPAVVALIQQFLLFAIFFQISDAIATPTQGALRGYKDVNVAFMLAFLSFWVIGLPVGYVLANYTDWQAFGYWIGLITGLAVGAALMLMRLVKVQRKFARQVHAPSRSAS	PGPT0029115_7051	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029115-TC_MATE|norM|mdtK|dinF-K03327	NA	NA
JZ016_02186	972	pfkA		ATP-dependent 6-phosphofructokinase	ATGGCAGAGGTTAAAAAAATTGCAGTTCTTACAAGTGGTGGCGATTCCCAAGGGATGAACGCGGCGCTTCGCGCCGTTGTGCGCAGCGGTCTGTATTATGGTCTTGAAGTATATGGAATTCAGCGTGGTTACCAAGGACTTCTGGAGAACGACATCGTCAAAATGGATCTTCGCAGCGTAGGGGATATTATCCAGCGCGGAGGCACGATCCTTCGTTCCGCCCGCTGTGAAGAGTTCAAGACGGCGGAAGGACAGCAGAAGGGTGCCGACATTCTGAATCAGCACGGCATCGACGGCTTGGTCGTTATCGGAGGGGACGGCTCTTACCACGGGGCGAACAAGCTCAGCAAACTCGGAATCAAAACCATGGGCCTTCCGGGCACGATTGATAACGATATTTCCTATACGGACTATACAATCGGCTTTGATACAGCTGTGAGCGTCGTTGTAGACGCCGTTAATAAATTGCGTGACACGATGTCTTCCCATGCGCGCTCCTCCGTTGTAGAGGTTATGGGACGCCACTGCGGCGACATTGCGCTCCATGCGGGCCTTGCTTCAGGCGCAGAGACCATTCTGGTGCCGGAAGTGGAGTACAACCTTGATGAAGTGGCAACCCGTTTGCGCGAGAATTTCGCAAAAGGCAAGCGTCACAGTATCATCATCGTAGCGGAAGGCGTCGGACGCGGCGAGGACATCGTATGTGATCTTAAAGAGTGCCATGCCTCGATCGATGCACGGGTAACGGTGCTCGGACATATCCAGCGCGGTGGAGCTCCAACTCCGTTTGACCGGAACCTGGCAAGCCGTCTTGGCGATTTTGCGGTTCGCAGTCTGATTGACGGCCAATCCGATAAAGGATGCGGTATCATCAAGGGCGAGCTGGTCCTCACGGATATTGACAAGGTCGTTAACACGAAGAAAGAATTTAACCGTGAGCTTTACGACTTGGCATTGCGGTTGTCCCAATAA	MAEVKKIAVLTSGGDSQGMNAALRAVVRSGLYYGLEVYGIQRGYQGLLENDIVKMDLRSVGDIIQRGGTILRSARCEEFKTAEGQQKGADILNQHGIDGLVVIGGDGSYHGANKLSKLGIKTMGLPGTIDNDISYTDYTIGFDTAVSVVVDAVNKLRDTMSSHARSSVVEVMGRHCGDIALHAGLASGAETILVPEVEYNLDEVATRLRENFAKGKRHSIIIVAEGVGRGEDIVCDLKECHASIDARVTVLGHIQRGGAPTPFDRNLASRLGDFAVRSLIDGQSDKGCGIIKGELVLTDIDKVVNTKKEFNRELYDLALRLSQ	PGPT0017595_2781	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017595-pfkA-K00850	NA	NA
JZ016_02187	1083	ytpB		Tetraprenyl-beta-curcumene synthase	TTGAATAATCAAGAGCTAAGCCGTAAGGTTCCGCGCAGTCCGGTCGGGCTGATGAGCCGGGTGTACAAATTCATACTCCCGGAAGTGCGAATCGAATTGGAGAAGTGGCGCCGGGAGGCTGAGCAAATTCCGGATGAGGAGCTACAAAAGCAGGCACTGGCCAGTATAGATACCAAAAGATTTCACTGCCAGGGCGGCGCGGTGTATGCCGCAGCCAATCTGCCGGAGAAGCATATTCTCATTCCATTGATTGTAGCTTACCAGACAATTAGCGATTATCTCGATAATTTATGTGACCGTAGTACTTCGCTGGACCCAGCGGATTTCAGACAGCTCCATCAGTCGATGCTGGATGCCGTTTCGCCTGAGACTGAGCCGGCCGATTATTACGCCCTCCGGACCGAAAGGGAGGATGGAGGTTACCTTCTCCGTCTTGTGCAGAAATGCCGGGATTGTATCGGTCAATTATCAGGATATGAAGCGGCAAAGCCCTATATAAGGGATTTGGCTGGGCTGTATACCGATTTGCAGGTATACAAGCACATCCATCCGGATAAGAGGGAAGCGGCATTGCTTGAATGGTGGTCCCAGCATGCCCACCGGACACCGCATCTGCGGTGGAACGAGTTTGCGGCAGCAACGGGATCAACCTTGGGCGTGTTCATGCTATTCTTGGCTGCAACCGATCCGTTTCTGGATGACGAGGATGCTTCGTCCATTCATGCGTCTTATTTTCCGAATGTATGCAGTCTCCACATTATGCTGGATTATCTTATTGATCAAGACGAAGACAGGCTGGGCGGCGATCTGAACTTTTGTAATTATTACGAAGATGCCGATACGATGCTGAACCGGATAGCTTCCATTGTTGAGTGGGCCCGGAAAGATGTCAGAACAATTCCCTCGACCCCTTTTCATCGTATGATCATTGAGGGGTTACTGGCGTTATATTTATCCGATCCAAAAGTCAGCGAGCAGCAACTGGTTCGCTCTGTATCCAAGCGTTTGATGAAGAAGAGTCCGATGACCCGGATTTTTTTCTACGTCAACAGCCGATGGATTCGCAAGCATAAGCATGAGTGA	MNNQELSRKVPRSPVGLMSRVYKFILPEVRIELEKWRREAEQIPDEELQKQALASIDTKRFHCQGGAVYAAANLPEKHILIPLIVAYQTISDYLDNLCDRSTSLDPADFRQLHQSMLDAVSPETEPADYYALRTEREDGGYLLRLVQKCRDCIGQLSGYEAAKPYIRDLAGLYTDLQVYKHIHPDKREAALLEWWSQHAHRTPHLRWNEFAAATGSTLGVFMLFLAATDPFLDDEDASSIHASYFPNVCSLHIMLDYLIDQDEDRLGGDLNFCNYYEDADTMLNRIASIVEWARKDVRTIPSTPFHRMIIEGLLALYLSDPKVSEQQLVRSVSKRLMKKSPMTRIFFYVNSRWIRKHKHE				NA	NA	NA	NA	NA
JZ016_02188	1251			hypothetical protein	ATGAACCTCACGAATAACGTTAGCTACGCCGGGTTCGTGAAAAGAACGGAGATCCCCAGCATGAAACTTCCCGCTACGCCCAGACCGGATCAGAACTGGCTGCGCGCCTTTATGTTTACGATATTTGGCACGACAGCCCTTGTCATTTCCTATTTTCCGCTATATTTCAAAGAAATCGGCTTCAGCAGCACGCAGATCGGTTATCTGTATGCCATCGGCCCGCTTATATCCATGTTCTCCAATATGATTTGGAGTTACACCAGTGACAAATACCGGACCATCAAACGCATCATGAACATTCTCATTATCGGACAGCTTGTCACGATGCTTGTTTTATGGCAGGTTGCAAGCTTCGGCGTAGTATTAATCACAATCAGTTTATTTTATTTTTTCTACTACCCGGTCTATCCCCTGGCGGATACGATGGCCATCCAAACGGCACAGAGGTACGGACGCAGCTTTACCGTTATTCGCGTATTCGGCTCACTCGGCTACGCGTTCTTCGCGCTTGCCATCGGATATGCCATCAGTGCCGCGGGTGCGTCGGCCACATTGGCTATCGGCATCGGCATCGGCGTATTCACGCTGCTCTGCTCGTTTCTTCTCCGCGACGGAGTTGCTGCCAAGTCGGAGCCTGTCGAGCTGGCAGCCCTTCTCAAAATATTGCGTTCCAAAGAAATATTGTGGTTCTTCGGCTGCACCTTCTGTCTTGCCATCGCCCACCGGATGAATGAAGCCTTTCTTACGCTTACCTTATCCGAGCTGGGAGCGGGTGAAGGACTCATCGGCTGGTCCTTGATGGTCTCGGCTGCCAGCGAGATCCCGATTTTCTTCCTCTTGAGCAAGTATGGCGACAAGATGAAGGAGCTGCCTCTGCTGACTTTTGCAAGCCTGATGTTCGCGCTCCGTTTTCTGCTCATGGCCCTTGCGGCTGACCCGTTGTCCGTGCTTGCGGTTCAATCGCTTCACAGCATTACCTTCGGCGTGTTCTATGTAACCGCGGTGCGCTATATTACAAGGATCATTCCTTGGCAGTACCGCGCGACCGGCATGGCTCTATTCATTATCTTCTGGTCAAGCGTTTCAGGACTTCTCAGCGGAGCCTTCGGCGGTCTGCTGTTCGAGGCGGCGGGAAGACCGGCCTTTTACCAGCTCGCAGCCCTCCTGGCCTTTATCGCCGGTCTCGGTTTTCTTTACCGGCACCTTTTTGCCAAGCCGGAGGATATGAATGTCGGCGGAATCAGCGCTTGA	MNLTNNVSYAGFVKRTEIPSMKLPATPRPDQNWLRAFMFTIFGTTALVISYFPLYFKEIGFSSTQIGYLYAIGPLISMFSNMIWSYTSDKYRTIKRIMNILIIGQLVTMLVLWQVASFGVVLITISLFYFFYYPVYPLADTMAIQTAQRYGRSFTVIRVFGSLGYAFFALAIGYAISAAGASATLAIGIGIGVFTLLCSFLLRDGVAAKSEPVELAALLKILRSKEILWFFGCTFCLAIAHRMNEAFLTLTLSELGAGEGLIGWSLMVSAASEIPIFFLLSKYGDKMKELPLLTFASLMFALRFLLMALAADPLSVLAVQSLHSITFGVFYVTAVRYITRIIPWQYRATGMALFIIFWSSVSGLLSGAFGGLLFEAAGRPAFYQLAALLAFIAGLGFLYRHLFAKPEDMNVGGISA	PGPT0028051_426	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-3-PHENYLPROPIONIC_ACID,PGPT0028051-hcaT-K05820	NA	NA
JZ016_02189	198	cspB_1	COG1278	Cold shock protein CspB	TTGAAAGGTACAGTTAAATGGTTTAACGCAGAAAAAGGTTACGGCTTCATTTCCGTTGAAGGTGGCGAGGATGTATTCGTACACTTCTCCGCAATTCAAGAAGAAGGCTTCAAGAGTTTGGAAGAAGGTCAAGCGGTTGAGTTCGACATCACTGAAGGTAACCGTGGTCCTCAAGCAGCCAACGTAACAAAACTGTAA	MKGTVKWFNAEKGYGFISVEGGEDVFVHFSAIQEEGFKSLEEGQAVEFDITEGNRGPQAANVTKL	PGPT0014675_9649	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
JZ016_02190	234			hypothetical protein	ATGATCAAAAAACATGAAATATACAAAAAAGACAAGTGGAACATGATGACGGTTGAAGTTCAGGGCCGATACATCGTTCTCCGCGAAATTTCTGACCAGTGGGGTGAAGAGACCCATACCTTTCTGAGTCGTCCAGCCTTGATGCACTGGGCTCAAAACCGTTTTCCCAAAGCAGATTTTGAAGGCCGGGAAGATGAGTGGAGAGAAATGATGGCTGCTTTTAAGCAGGTGTAA	MIKKHEIYKKDKWNMMTVEVQGRYIVLREISDQWGEETHTFLSRPALMHWAQNRFPKADFEGREDEWREMMAAFKQV				NA	NA	NA	NA	NA
JZ016_02191	183			hypothetical protein	ATGGATTATACGAATATTGTCATCTTCATTATTCTCGCGTTCAGTCTTGGTGCCATCATGATCATGTACCGGGATAAGATACCGCCGGGACTGAGGAAGGGGATGGCCCTGATTGCCGTCGCCTTCATCTTGTTTGCCTTTTACCTTATTGTATACAGTTTCTTGAATCTGGGTTCCTCGTAA	MDYTNIVIFIILAFSLGAIMIMYRDKIPPGLRKGMALIAVAFILFAFYLIVYSFLNLGSS				NA	NA	NA	NA	NA
JZ016_02192	1920	pepF1_1		Oligoendopeptidase F, plasmid	ATGAGAGGCGCCAAGGTGCTCTGCATTACGATTGCAATCAGCCTGATCGCTCTATCGACTGCCCGCAACGAAGTCTTATCTGAAGGAACCCGGACTCCAACTAATACCTATCATTCAAGGAGGATTTCCATGGAACAATTGTTAAAACGCGCTGATGTCCCTAAAGAGCATCAATGGAAGCTTGAAGATTTATTCGCTGACCAGAAGGCATGGGATGCGAGCTATGCGGAGCTGAAGAATCTTCTGAAACGCACAGCCGATTATCAAGGCAAGTTAACCAACGCGGCTTCCATTAAGGAATGCTTCGAGCTTGAGGACGAAATCTCATATCATGCCGAACGTTTATACGTATATGCGCACATGCATCATGATGAGGATACAGCAAACCCTACATATCAGGCGTTATCTGCCAAAGCCAAAAAATTGAATGTCGAAGCCGGAGAAGCCCTCTCCTTCATCACGCCGGAAATTCTGTCCTTGTCCGAAACGGAGCTTGACAAACTGATTGAAGACCCTACCCTCAAGGAATTCAAGTTTACGCTGTCCGAAATGAAACGGGAGAAGGCTCATGTTCTGTCCAAGACCGAAGAAGCGCTGCTGGCTCAGGTCGGCAACCTCTCCTCTGCGCCGCAGACCATTTTCGGCATGCTGAACAATGCGGATATGAAATTCCCGAAAATCAAAAACGAGGACGGCAAGGAAGTCGAGCTCACGCACGGCAACTATATTCAATTCCTGGAAAGTCCGAACCGCGAAGTTCGCGAGCGTGCTTTCAAAGCCGTGTACGAAACCTATGGCAAGCAGAAGAACACGATTGCGGCTACGCTGAATGCCAATGTAAACAAAAACATTTTCTATTCCCGCGTGCGCAAGTACCCTTCCGTTCTGGAAATGGCGCTCTATGGCGATAACATTCCGAAGGAAGTCTACACCAACCTGATCGATACCATTCACGAGAGCCTGCCGCTCCTCCACCGCTACATGGAGCTCCGCAAGAAGCTGCTGGGCGTGGATGAGCTTCACATGTACGATTTGTTCGCACCGCTTGTAGAAGAGTATAAGTGGGATATCACTTACGAAGAAGCGAAGCAAATGACCAAGGAAGGCCTGACGCCGCTTGGTGAAGATTATCTGAGCAGCCTGCAGGCGGGATATGACAACGGCTGGATCGATGTATACGAGAACGAGAACAAACGGACTGGCGCATACAGCTGGGGCGCTTACGGCACCCACCCATATGTGCTGCTGAACCATAAAGATAACCTGAACAGCATGTTTACCCTTGCACATGAGATGGGTCATGCGCTTCACTCTTACTATTCCGACAACGCTCTGAAATACCGTGACGCCCAGTACACCATCTTCCTGGCTGAAGTGGCATCTACAACGAACGAAGCGTTGCTGATGGATTACCTGCTGAAAAACGCCAAGGATCCGAAGCAGAAAATGTACCTGCTCACCTACTATGCCGATCAATTCCGGACCACGGTATTCCGTCAAACGATGTTTGCCGAGTTCGAGAAGATTGTGCACGAACGCGCGGAAGGCGGCGAATCCCTTACTCCTCAGGATCTATCCGACATCTATTATGAGCTGAACGTGAAATATCACGGTAAAGGCATGCAGGTAGACAAGGAGATCGGAATGGAATGGGCGCGAATTCCCCATTTCTACAACAGCTTCTATGTTTACAAATATGCGACCGGCTTCTCGGCCGCGACCAGCTTCTCCAAGCAAATCCTTGAGGAAGGCCAGCCTGCCGTTGACCGTTACCTCGGCTTCCTGAAGAGCGGCGGCAGCGATTACTCCATTAACATCCTCAAGAAGGCCGGCGTTGATATGTCCTCACCGGAGCCGATTCGTGAAGCGATGAGCGTGTTTGAAGACATCATCAGCCAAATGGAGCAATTGACGAAATAA	MRGAKVLCITIAISLIALSTARNEVLSEGTRTPTNTYHSRRISMEQLLKRADVPKEHQWKLEDLFADQKAWDASYAELKNLLKRTADYQGKLTNAASIKECFELEDEISYHAERLYVYAHMHHDEDTANPTYQALSAKAKKLNVEAGEALSFITPEILSLSETELDKLIEDPTLKEFKFTLSEMKREKAHVLSKTEEALLAQVGNLSSAPQTIFGMLNNADMKFPKIKNEDGKEVELTHGNYIQFLESPNREVRERAFKAVYETYGKQKNTIAATLNANVNKNIFYSRVRKYPSVLEMALYGDNIPKEVYTNLIDTIHESLPLLHRYMELRKKLLGVDELHMYDLFAPLVEEYKWDITYEEAKQMTKEGLTPLGEDYLSSLQAGYDNGWIDVYENENKRTGAYSWGAYGTHPYVLLNHKDNLNSMFTLAHEMGHALHSYYSDNALKYRDAQYTIFLAEVASTTNEALLMDYLLKNAKDPKQKMYLLTYYADQFRTTVFRQTMFAEFEKIVHERAEGGESLTPQDLSDIYYELNVKYHGKGMQVDKEIGMEWARIPHFYNSFYVYKYATGFSAATSFSKQILEEGQPAVDRYLGFLKSGGSDYSINILKKAGVDMSSPEPIREAMSVFEDIISQMEQLTK	PGPT0020965_1979	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020965-pepF|pepB-K08602	NA	NA
JZ016_02193	327			hypothetical protein	ATGAAAATTCAATGGTCGCTAATCGCAGCCTTATTGTTTGCCCTGATTACGGCTGTATTCGCCGTCATCAATGTCAATCCGGTCGCAGTGAATCTATTATTCGGCACAGTCAATGTACCGCTGATTCTGCTGATTATCGGGTGCTCGCTGATCGGGGGACTCATTGTCGGCACGTTCGGCATTTACCGTCAATATCAAATGCAGAAGGAGATCCGTTCGTTAGCCGAGCAACTTATACATATCCGTGAAGTAACGGGATACACCCCTGAAGTACAAGCTGCGGAAGAGGAAAGCAAGAAAGAACAGAAGGACGCCCCCGCTGAATAG	MKIQWSLIAALLFALITAVFAVINVNPVAVNLLFGTVNVPLILLIIGCSLIGGLIVGTFGIYRQYQMQKEIRSLAEQLIHIREVTGYTPEVQAAEEESKKEQKDAPAE	PGPT0014665_513	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_AFFECTED_LIPOPOLYSACCHARIDE_ASSEMBLY,PGPT0014665-lapA-K08992	NA	NA
JZ016_02194	1035	ypdE	COG1363	Aminopeptidase YpdE	GTGGCGATACAACCGAATGAAACTTATGTGCTGAACCTGCTAAAAGAACTGCTCGATACACCGAGCCCAACCGGATATACCCATGACATCATGAAGCGGATCGAACAGGAAGCCGCAACGCTTGATGTTTCGCTCGAATGGAATGAAAAAGGCGGCGCCATTCTGTCCGTTCCCGGACAAGACGGCAGCCGTACGGTTGGTCTGAGCGCCCATGTGGACACGCTTGGCGCGATGGTTCGTGCCGTGAAATCAGAGGGCACGCTCCGTCTTACCTCCGTTGGCGGATACATGATGAACAGCATTGAGAATGAATACTGCATCATCCATACCCGCAGCGGCAAGAAATATACGGGCACGATCCTGTCCACGCATCCTTCCGTCCACGTATACAGCGATGCACGCGATTTCAAGCGCCAGGAAGCCCATATGGAGGTCCGGATCGACGAAATGGTGGAGTCGGCCGATGATGTGAAGAAACTCGGCATCGGGGTTGGAGATTTTGTTTCCTTTGATGCCCGTGCGGTCATTACGCCAAGCGGTTACATCAAATCGCGCCATCTGGATGACAAAGCCAGCGTCGCTGCCCTCTTCGGCTTGCTCGAAAGCATGAAGCGGGATAACTGGAAACCTAAACATAATGTAAAGCTTCTCATTTCGAACTATGAAGAAGTGGGACATGGCGCGGCTTACATTCCTGCCGACATCAATGAGATGATTGCGGTCGATATGGGCTGCATCGGCGATGACCTAAGCTGCAAGGAAACCGATGTATCCATCTGCGCGAAGGATTCATCCGGTCCCTATGACTATGACATGACCAGCCGTTTGATCCAGCTGGCCGAAAGCGAAGGCATTGCGTATGCGGTGGATATCTACCCTCATTACGGCTCTGACGCTTCTGCAGCACTTTCCGCGGGCAGCAACATCAAGGCCGCGCTGATCGGTCCGGGCGTCCATGCATCCCATGCCATGGAAAGAACGCATAAACAAGCCGTTCTTAACACCGTAAAGCTGCTGGCGGCCTACGTCAGTTGA	MAIQPNETYVLNLLKELLDTPSPTGYTHDIMKRIEQEAATLDVSLEWNEKGGAILSVPGQDGSRTVGLSAHVDTLGAMVRAVKSEGTLRLTSVGGYMMNSIENEYCIIHTRSGKKYTGTILSTHPSVHVYSDARDFKRQEAHMEVRIDEMVESADDVKKLGIGVGDFVSFDARAVITPSGYIKSRHLDDKASVAALFGLLESMKRDNWKPKHNVKLLISNYEEVGHGAAYIPADINEMIAVDMGCIGDDLSCKETDVSICAKDSSGPYDYDMTSRLIQLAESEGIAYAVDIYPHYGSDASAALSAGSNIKAALIGPGVHASHAMERTHKQAVLNTVKLLAAYVS				NA	NA	NA	NA	NA
JZ016_02195	1947	taeA		ABC-F type ribosomal protection protein TaeA	ATGAATATTTTGACCGTCGAACAGGTAACAAAAAGCTATGGAGACAAAATTCTGTTTCAAGATGCATCCTTCGGAATGGAGGATCAGGATAAAATCGGCATTATCGGCGTGAATGGCACAGGGAAATCCACATTTCTGCGGGTCATCGCGGGGCTCGAGCCGCCCGACTCCGGTAAAATATCGATGGGCAATCGCATTCGGGTTCGTTACCTGGCGCAGAATCCGGAGTTTGATCCGGACAAAACCGTCCTGCAGCAGGTGTTTGAGGGCGATCTTCCGGAGATGAAGGCAGTGCGGGAATATACTGAAACGATGGAGCTGCTGGAGCTGCATCCAAGTCATGAGGAGCTGCAGCAGAAACTGCTGAAGCTCAATCAGACGCTGGATACGCTGCAGGCATGGCAGCTTGAAAGCGATGCGAAAACCATCCTGTCCAAGCTGGGGATTCGGAATTATGAAGCGAAGATGGGGACGCTGTCGGGCGGCCAGCGTAAGCGGGTGGCATTAGCCGCCGCTTTGATTCAGCCTTCCGATTTGCTCATTTTGGACGAGCCGACCAACCACATAGACAATGAATCCGTTGCCTGGCTGGAGCAGTATTTGCAGAAGCGCCGCGGCGCACTGCTCATGATTACGCATGACCGGTATTTTCTGGACCGGGTAGCCAATGTTATGCTGGAGCTGGATCACGGACGGCTGTTTCGATACGAGGCGAATTACAGCCGTTTTCTGGAGCTGAAGGCAGAACGCGAGGAGCGTGAAGCCGCTTCCGAGCAAAAGCGCCAAAATTTGCTGCGGAGCGAGCTTGCCTGGATCCGAAGAGGGGCCAAGGCCCGCACGACCAAGCAGAAGGCGAGGATAGAACGCTTCGAGAAACTCAAGGATCAGGAGATGGTACACAGCTCCGGTGAACTGGACGTTTCGGTCGCTTCCACCCGCTTGGGACGCAAAATTCTGGAGATTGAAGGTCTCCGGATGAAGATCGACGACAAAACGTTAATTCAGGACCTTTCTTATATCGCTGTTCCCGAGGATCGGATAGGTATCGTAGGCCCGAACGGCAGCGGCAAATCCACGCTGCTCAATCTGATTGCCGGGCGGATTCAGCCGAGTGGCGGGGAAGTCGTGCTCGGACCGACGGTCAAGCTCGGTTATTTCACGCAGGAGCATCAGGAGATGGACGGCAGTCAGCGCGTGATTGAGTATATCAAGGATGAGGCCGAGGTTGTCCGTACGGCGGACGGTTCGGCGATTACCGCAGCCCAGATGCTGGAACGCTTCCTGTTTCCGCCCGCGCTGCAGTGGACGCCGATTGCGAAGCTGTCCGGAGGCGAGAAGCGCCGCTTGTATCTGCTGCGGGTGCTGATGAGCGCACCGAATGTGCTGCTGCTCGATGAACCAACCAATGATTTGGATATCCAGACATTGTCCGTTCTGGAGCAGTATTTAGATGAGTTCCCGGGCGTCTGTATCGTGGTATCCCATGATCGCTTTTTCCTGGATCGAACGGTGGACAAGATTATGGCCTTTGAGGGCGACGGTCAGATTCGTGTCCATGTCGGCTCTTACAGCGAATATGCGGAATGGATGCAGCGTCACGGCGGTGAAGCTTCCGGGAGCAAGGCGGAAGCATCCATAGCCAAATCTGCTTCGGGGAGCAGTGATGGCAGGGACAGCGATTCAGCTAAAGAAGCGCCGCGTGAGCGCTTGAAATTCAGTTACAAAGAACAACGGGAGTTTGAGCAGATTGATGGGCTCATCGAGGATACCGAGAGCAAGCTCGCTTCGATTCAATCCGAGATGGAGACCGCCGGCAGCGACGCAGCCAGGCTTCAGGAGCTGATGAAGGCTCAGGAGGAAACGGAGCGTGAGCTGGAGCATCTGATGGAGCGCTGGACCTATCTGAACGAGCTCGCGGAGAAGATTGAAAAGAGCAAGAAATCGTAA	MNILTVEQVTKSYGDKILFQDASFGMEDQDKIGIIGVNGTGKSTFLRVIAGLEPPDSGKISMGNRIRVRYLAQNPEFDPDKTVLQQVFEGDLPEMKAVREYTETMELLELHPSHEELQQKLLKLNQTLDTLQAWQLESDAKTILSKLGIRNYEAKMGTLSGGQRKRVALAAALIQPSDLLILDEPTNHIDNESVAWLEQYLQKRRGALLMITHDRYFLDRVANVMLELDHGRLFRYEANYSRFLELKAEREEREAASEQKRQNLLRSELAWIRRGAKARTTKQKARIERFEKLKDQEMVHSSGELDVSVASTRLGRKILEIEGLRMKIDDKTLIQDLSYIAVPEDRIGIVGPNGSGKSTLLNLIAGRIQPSGGEVVLGPTVKLGYFTQEHQEMDGSQRVIEYIKDEAEVVRTADGSAITAAQMLERFLFPPALQWTPIAKLSGGEKRRLYLLRVLMSAPNVLLLDEPTNDLDIQTLSVLEQYLDEFPGVCIVVSHDRFFLDRTVDKIMAFEGDGQIRVHVGSYSEYAEWMQRHGGEASGSKAEASIAKSASGSSDGRDSDSAKEAPRERLKFSYKEQREFEQIDGLIEDTESKLASIQSEMETAGSDAARLQELMKAQEETERELEHLMERWTYLNELAEKIEKSKKS				NA	NA	NA	NA	NA
JZ016_02196	807			hypothetical protein	ATGGATTGGCTGATCGGAGCGGCAGGCGCTTTTATCGTGGCAGGAGCCGCTTACAGGAAACGATCACTATCGGAATCCGGAGCCGCAGCCGCTATTCTGATGGGTACCATATATTACGGAGCAGGGAACGTGTTTTGGTTCGGAACCCTGCTTCTTTTTTTCATTACATCCACACTGCTATCCCGGTACGGGAAACAGCGGAAGGCAGACCTGGAGAAATCCTATGCCAAGACAGGCCGGCGGGATGCGGGTCAGGTCTTCGCCAATGGCGGCATCGGCATGGTGCTGTGTCTGTTAAACGTATGGATTCAATCCGATCTGTGGGTATTCCTGTTTATAGGCGTAATGGCTACGGTAACGGCGGATACCTGGGCCACGGAGTTAGGCAGCCTTAGCCGGAAGCCCCCGCGTTCCGTGCTGAATGGCAAGGTGCTGACCGCCGGGGAATCCGGCGGCGTGTCCTGGGTCGGCTCCACGGCTGCAGCGGCAGGGAGTTTACTGATTGGGGCAGGCGGATGGCTGCTTGCCGGATGGAGCGGCATGGATGCAGAGCTATTGCCGTATGTCCTGGCAGCCCTCGCCGGCGGATTGGTTGGAGCTTTCGCCGATTCGTACCTCGGAGCGACATTACAAGTGATGTATCGCTGCCGTGTGTGCGGCAAATCGGTGGAAGTGTCGCATCATTGTGGTGAAGATACCGTGCGTACGCGCGGCGCTTCGTGGATGTCCAACGATGCAGTCAATCTGGTCAGTTCGCTTCTCGGCGGAGCGGCAGCTTATGGGATTGCCGTGCTGATTGCGTTATAA	MDWLIGAAGAFIVAGAAYRKRSLSESGAAAAILMGTIYYGAGNVFWFGTLLLFFITSTLLSRYGKQRKADLEKSYAKTGRRDAGQVFANGGIGMVLCLLNVWIQSDLWVFLFIGVMATVTADTWATELGSLSRKPPRSVLNGKVLTAGESGGVSWVGSTAAAAGSLLIGAGGWLLAGWSGMDAELLPYVLAALAGGLVGAFADSYLGATLQVMYRCRVCGKSVEVSHHCGEDTVRTRGASWMSNDAVNLVSSLLGGAAAYGIAVLIAL				NA	NA	NA	NA	NA
JZ016_02197	624	ycgM	COG0179	putative protein YcgM	ATGTGTGCCCTAGTGAATAACGTTTATTGTGTAGGTCGTAATTATCAATTGCATGCGGCGGAGCTCGGCAATGCGGTGCCGGAAGAGCCGATGATTTTCCTTAAACCCTCGCATGCCGTCGTTCCATTGGATGGCAGCGTGCTGAAGCTGCCGATGGACCGCGGCAGTCTTCATTTTGAAGGCGAGCTTGTTATTCAGCTTGCGGAGGATTACGCGCCAGGCAAGACCGTTGACGAGCTTGTAAAAACGATGGCCCTTGGCATCGACTTCACGCTGCGTGACGTACAGTCGGTCATTAAAGAGAAGGGACATCCTTGGACGGCGGCAAAAGCGTTTAAATCTTCCGCACCGCTTACGCCATCCATTGCGTTTCCCGGGACCGCGAAGCTGGCGGATATCGATTTTACCGTAAGGAAGAACGGCGAAGAGGTGCAGCGCGGGAATGCGAAGGATATGATCTTCTCCCTTCAGCACATCATCGATTACATCGGCGAGCATTATGGCCTTGGCCAAGGTGATTTAATTTTCACGGGTACACCGGCTGGTGTAGGACCGACGGAATCCGGCGACGTGTTCGAATTGTTCTGGGGAGATGACCGTCTGGGCCGCTGCGAAATCGGGTAA	MCALVNNVYCVGRNYQLHAAELGNAVPEEPMIFLKPSHAVVPLDGSVLKLPMDRGSLHFEGELVIQLAEDYAPGKTVDELVKTMALGIDFTLRDVQSVIKEKGHPWTAAKAFKSSAPLTPSIAFPGTAKLADIDFTVRKNGEEVQRGNAKDMIFSLQHIIDYIGEHYGLGQGDLIFTGTPAGVGPTESGDVFELFWGDDRLGRCEIG	PGPT0001620_1204	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001620-nagK-K16165	NA	NA
JZ016_02198	774	glpQ_2	COG0584	Glycerophosphodiester phosphodiesterase	ATGAACAATTTATGTGTGGCTCACCGGGGGTTCTCCGGTAAAGCACCTGAAAATACGCGCGCAGCCATTCAGATGGCGATGGATGAGCCCTTCGTGCATTGGATGGAAATTGATGTGCAATTGACTCAGGACGGGGTCCCTGTCGTGATACATGACTATAGTGTGGACCGTACCACGACCGGGAAAGGCAAGGTGAAGGATCTGACCTGGCAGCAAATTCGGAGGATGGACGCCGGAGAATGGAAGGGACGCCAATTCAGGGGAGAGCAGGTTCCTTCGCTGGATGAGGTTTTGCAGCTTGTCAAAGGACGATTGAAACTTAATATCGAACTTAAAACGAGCGGCGACATGTATCCCGGCCTGGAGAAAGCCGTTCTGGAGCGGATTCATGCCCACCGGATGCTGCCGGACGTGGTGCTAACTTCTTTTGAGCCAAAAGCCTTGATGAAGGCCAAGGAATTGGAACCTAACGTAAAAACCGGACTTATTATCGATGCGCATCCCCGCAATTTGCTGGCGCGCTTGAAGCAAATGAAATGTTCCTTTTTATCGATCGGCTATTCCCACCTGGATGCGGCCTTTGCGTCCGATCTGGTGAAGAACGGCATTACGCCCATGGCCTGGACGGTGGATGATGCGAAGAGCATGAGATCGCTCGCCCGAATGAATCCCGCCATCATGATCTGTACGAACCGCCCCGATACATGGGGGCAGATTTTTATCCATAAAATTGCACCCAAAGTTCCATTCTGGCGAAGAAAATGGAGGTTTTAA	MNNLCVAHRGFSGKAPENTRAAIQMAMDEPFVHWMEIDVQLTQDGVPVVIHDYSVDRTTTGKGKVKDLTWQQIRRMDAGEWKGRQFRGEQVPSLDEVLQLVKGRLKLNIELKTSGDMYPGLEKAVLERIHAHRMLPDVVLTSFEPKALMKAKELEPNVKTGLIIDAHPRNLLARLKQMKCSFLSIGYSHLDAAFASDLVKNGITPMAWTVDDAKSMRSLARMNPAIMICTNRPDTWGQIFIHKIAPKVPFWRRKWRF	PGPT0018470_5685	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
JZ016_02199	1326			hypothetical protein	ATGCATCTGTCACGATCAGAGAAGAGCAAGGCCGAGAAGAAGGCCCGTAAGCAGCGAACCGGTCAGGTTTGGATCATACTTAACTTATGTCTGATCATTATGATCGCTGCTTTGCTTGTCTATCATTTTAAATTTAAGGAAGATCCTGTTCAGCAAACGGCTTATCCGCCCGGTATGCCGGAGTTTGGCATGGAAGGGGAGCAGGAGGGTAACCCGGGTTCCAGACAACCAGCTGACGGCGAGGGGACGGATTCGATGCCTCCGAAGACGACAGAGACGACGGAGACCGGCGAGCCCCCAGATTCCGATATGACCGAGCCTGAAGGCAGCGCAGCAGATGATCCTGGCGATTCCGCTCTCGCCAAGCGGGTGGTCATGCATTTTGCCGGGGATACCTTGTTCTCGGGCAAAGTGGAGGATGCGCTGAAGAATCACGGGTACGATTATCCGTACAAGCATCTGGGTACTGCATTCCATGAGGATGATCTGACCGTACTTAATCTGGAAACGCCGGTTACGACCGGAGGTGTTGGCGCCGCCAATAAGAAATTTGTATTCAAATCCTCACCGGACGTATTGCCGGCTCTGCGAGATGCCGGGGTAGAGGCCGTTAATCTGGCTAACAATCATATCCTAGATCAAGGACAAGAAGGACTTCTGGATACCTTGAAGCATTTAAAGGATCATGATATCCGTTATGTAGGCGCAGGACGGAATGAGAAGGAGGCCTTCGCGGCCCAGTATTTCGAGCTTCAGGGCATGACGGTTGCCTTGCTTGGATTCAGCCGTGTGCTTCCGGAGACGACCTGGTACGCGCTGGAGAACAGGCCGGGGGTGGCCGGGGCATATGACCATGTGCTGCCCAAGGCGGTTGAAGCGATCAACGCGGCGCGTTCCAAGGCCGATCTGGTGGTCGTGGTTGCCCATTGGGGAGAGGAGCTTCATAAAACGCCAAATGTTCACCAGATTAATCTGTCACGTGCGTTTATTGACGGTGGAGCCGACCTGATTATCGGCGGGCATCCCCATGTGCTGCAGGGATTGGAGCAGTACAAAGGCAAGTGGATTGCTTACAGTACCGGTAATTTCATATTTACCAAATCCTCGAATGAAGATACGTGGAAAACTGCCGTATTCCAGGCATCATGCAGTAAGCAAGGAGAATGTGACTTGAAGCTGACGCCTTACCGTACGGAGATCGGACAGGTCATCCCGCTCGAAGGCAAAGAAGCTGAGGCCTTGCTGAAAGAGGTGGAGAAGCGATCTGTCGGCGGCATAAAAATAGCGCTCGATGGTAAAGTTGTCGCTGGCAAGGCAGTGGAATAA	MHLSRSEKSKAEKKARKQRTGQVWIILNLCLIIMIAALLVYHFKFKEDPVQQTAYPPGMPEFGMEGEQEGNPGSRQPADGEGTDSMPPKTTETTETGEPPDSDMTEPEGSAADDPGDSALAKRVVMHFAGDTLFSGKVEDALKNHGYDYPYKHLGTAFHEDDLTVLNLETPVTTGGVGAANKKFVFKSSPDVLPALRDAGVEAVNLANNHILDQGQEGLLDTLKHLKDHDIRYVGAGRNEKEAFAAQYFELQGMTVALLGFSRVLPETTWYALENRPGVAGAYDHVLPKAVEAINAARSKADLVVVVAHWGEELHKTPNVHQINLSRAFIDGGADLIIGGHPHVLQGLEQYKGKWIAYSTGNFIFTKSSNEDTWKTAVFQASCSKQGECDLKLTPYRTEIGQVIPLEGKEAEALLKEVEKRSVGGIKIALDGKVVAGKAVE				NA	NA	NA	NA	NA
JZ016_02200	942	hemH	COG0276	Ferrochelatase	ATGAAGAACAAGATTGGCGTGTTGGTTATGTCCTACGGCACACCGGAGAGCATGGAAGGAATCGAGAGTTATTATACCCATATCCGTCGCGGGAATAAGCCGTCGGAGGAGCAACTTAAGGAGCTTACTGACCGCTATGAGGCGATTGTGGGAGGTGTGTTTCCACTCCGGGAGAATACGGACCGACAGGTACGCACGCTGCAGGATACATTGAATGCGGATCCTCGCGCGATCGATCTTGAGTTTGTATGCTATCAGGGACTGAAGCACGCTGCCCCATACATCGAAGATGGCGTTGAGCAAATGGTGCGGGACGGCATTAAGGAAGCGGTCGGCATTGTGCTGGCTCCTCATTACTCCACGATGAGCATCGGATCCTACGTGAAGCGCGCTCAAGCCAAAGCGGATGAGTTGGGACTTCAGATCTCGTTTGTTGAAAGCTATCACATGCATCCGAAACTGATCGAGGCCTTTGCGGACCGGGTGTCCGCCAAGCTGAACCAGTTCGAGGAAGCAGGGGCTGACCGTGACAGCGTGAGAGTGCTGTTTAGTGCTCACAGCCTCCCGGAACGCATCTTGTCCATCGGAGATCCTTATCAGGATCAGCTCCTTGAGACATCCAAAGCCGTAGCCGAACAGGCAGGCGTCAAGCAGTGGCAGTTCACATGGCAAAGTGCTGGCCGGACGGCGGAGCCTTGGCTCGGTCCGGACATACTGGATACGCTGCAAACGCTGAATAAAGAAGAGCAGGTCGAGGATGTGCTGGTTGCGCCGGTCGGTTTTGTCTCGGATCATCTTGAGGTTCTGTACGATCTGGATATTGAAGCCAAAAGCATTGCCAAGGAAATGGATATGCGGCTTGAGCGCATCGACTCCTTGAACAGCGATCCGCTATACATGGAAGCGCTCAGCGATTCCGTGATCACCTTGATCGGTCTGTAA	MKNKIGVLVMSYGTPESMEGIESYYTHIRRGNKPSEEQLKELTDRYEAIVGGVFPLRENTDRQVRTLQDTLNADPRAIDLEFVCYQGLKHAAPYIEDGVEQMVRDGIKEAVGIVLAPHYSTMSIGSYVKRAQAKADELGLQISFVESYHMHPKLIEAFADRVSAKLNQFEEAGADRDSVRVLFSAHSLPERILSIGDPYQDQLLETSKAVAEQAGVKQWQFTWQSAGRTAEPWLGPDILDTLQTLNKEEQVEDVLVAPVGFVSDHLEVLYDLDIEAKSIAKEMDMRLERIDSLNSDPLYMEALSDSVITLIGL	PGPT0008485_4479	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008485-hemH|ywfI-K01772	NA	NA
JZ016_02201	1059	hemE	COG0407	Uroporphyrinogen decarboxylase	ATGACCTATAACGATCAATTCATTCGCGCTTGCCGCAAGCAGGAAGTGAACCACGTTCCTGTATGGTATATGCGTCAAGCGGGACGCTACGACCCGGAGTACCGAAAGATTAAAGAAAAGTACTCCTTACTGGAAATATGCAGTCAACCGGAGCTGGCGGCAGAGGTAACCTTGATGCCCGTACGGAAGCTTGGTGTGGACGCGGCTATTTTATATTCCGATATTATGAATCCCGTTGCCTCGATCGGGGTAGACTTCGATATTGTGAAAAATATCGGCCCGGTGATTGATAATCCGATCCGATCTGCGGCGGATGTAGAGAAACTGCGCCCGATCGATGTCGAGGGGGATCTTGGACATGTCCTGGAGACCATCCGGATCCTGGATAAGGAGCTGGAAGTGCCGCTAATCACATTTGCGGGCGCTCCGTTCACGATTGCCAGCTATCTCATCGAAGGAAGACCATCCAAAAATTATCTTCGCACGAAAGAACTCATGTACAGTGAGCCGAAGGTATGGTTCTCGCTGATGGACAAGCTCGGGGATATGGTGATCGCTTATCTGCGCGCCCACGTCGCTAACGGCGGGAAAGCGTTTCAATTGTTTGACAGCTGGGTGGGGGCTTTGTCTCCACAGGATTTCCAAACGTATGTCCTTCCAACCATTAAGCGTATTTTTGCAGAGCTTCAGGACCTGAGTGTTCCGAAAATTTATTTTCCAGGCGTGAGCTCAGGTGAGCTGCTGCCTACGCTTACCGATCTGAGAACGGATGTCATCGGTCTCGATTGGAGAGTGTCCATTGCAGAAGGACGCCGCCGTTTAGAGCATAAGTATGCTGTTCAGGGCAATCTGGACCCGACCGTACTGACCGGACCGATGCCGGTCATCCAGCAGTATGCGAAAGAGATTATCGATCAGGGGATTCAGGAGCCCGGCTTTGTGTTTAATCTAGGGCACGGTTTATTCCCGGAGGCTTCGCTGGAGAAACTTCGTGAGTTGACATCGTATATTCACGAATACTCCGCTCAGGCACTGCAGGCAGGTGCACAACGCTCTTAA	MTYNDQFIRACRKQEVNHVPVWYMRQAGRYDPEYRKIKEKYSLLEICSQPELAAEVTLMPVRKLGVDAAILYSDIMNPVASIGVDFDIVKNIGPVIDNPIRSAADVEKLRPIDVEGDLGHVLETIRILDKELEVPLITFAGAPFTIASYLIEGRPSKNYLRTKELMYSEPKVWFSLMDKLGDMVIAYLRAHVANGGKAFQLFDSWVGALSPQDFQTYVLPTIKRIFAELQDLSVPKIYFPGVSSGELLPTLTDLRTDVIGLDWRVSIAEGRRRLEHKYAVQGNLDPTVLTGPMPVIQQYAKEIIDQGIQEPGFVFNLGHGLFPEASLEKLRELTSYIHEYSAQALQAGAQRS	PGPT0008465_2996	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008465-hemE-K01599	NA	NA
JZ016_02202	1305	sbnD_1		Staphyloferrin B transporter	ATGTTATACTGGAAGAACGGCATTTTTAGGGTAGTTCCACAATTCGCCCGGTTATTTCGGGCTCGACAGCTTAGAAAGGAAGTGAAGGGCACATTGACCAATTGGAAAATCAATCTCATTGTGCTTTGGTTCGGACAGTTTTTGGTCAACTCCGGGATGACCATGATCACCCCGTTCCTGACGTTATATCTGGCGCAAGACCTGAATGTCGTGGGAGATCGGGAAATAGGACTATGGGCAGGATTAATATTCGCTGCCAACTTCCTGACATCATTCATTTTTCAACCGATCTGGGGAAAGGTCGCAGACAAATACGGACGCAAAATCATGCTGCTGCGCTCCGGCTTCGGCATGGCGCTGGTCATTGCGTGCATGGGCTTTGCTACCCATCCATGGCATCTGCTGGTTCTGCGTCTGCTGAACGGTACCATATCGGGATTTAACCCTGCGGCGATATCGCTCGTATCGGGTACAACGCCCAAGAATCGAATGGGATTTGCGATGGGCATCATGCAGTCCGGACAAGTTGCAGGCACGATTCTTGGTCCGTTGATCGGCGGACTCATGGCAAGCTGGGTCGGATTCCGGCCAATCTTCTATATCACGGGCGGATTGATTTTTGCCGCTTCGATGCTTGCCTTGTTCCTCGTCAAGGAAAATTTCAACCGCGAGCAGGCGGCCAAGGCGCCGCAGCCTTCGGTTATAGCCGGGCTCAAGGAGCTGAGCCATATTCCGCAGCTGCCGGCGTTATTCGCCGTCACGTTCCTGCTGCAATTCGCCATGATCAGTCCCATGGCGCTGCTTCCGCTGTACGTTCAGAAGCTTCATGGAACAGCGGTGGATATTGCGATATGGGCCGGGTTCGTTGTGGCGGTAACGGGGCTGTCGAACATGATCGCTTCCCCGATTCTCGGCAAGCTCAGCGACAAGGTCGGCGCGCACCGCATCTTGACCTACGCCTTGATCGGTACGGGACTTACGCTGATCCCGCAAGCTTTTGTTCAATCGGTATGGCAGTTGATTATCGTACGGTTCATGATGGGCGTCTTCATGGGCGGGCTGCTGCCAAGCGTCAACGCGCTGATTCGCTCATACACGCCGGACGGCATGGAAAGCCGCTCCTTCGGCTTCAATACAAGCTCGCTAGCGCTTGGCAACATGCTGGGGGCGGTGATCGGCGGATTCTTATCCGGCTTCATCGGCATCGAAGGATTGTTTATTACTTCCGGCTGTCTGTTGATCATCAATATGATGTGGGTGAGAAGAAAGCTGTTCTCGCAAAAGCCTTCGCCCAAATATCGTTGA	MLYWKNGIFRVVPQFARLFRARQLRKEVKGTLTNWKINLIVLWFGQFLVNSGMTMITPFLTLYLAQDLNVVGDREIGLWAGLIFAANFLTSFIFQPIWGKVADKYGRKIMLLRSGFGMALVIACMGFATHPWHLLVLRLLNGTISGFNPAAISLVSGTTPKNRMGFAMGIMQSGQVAGTILGPLIGGLMASWVGFRPIFYITGGLIFAASMLALFLVKENFNREQAAKAPQPSVIAGLKELSHIPQLPALFAVTFLLQFAMISPMALLPLYVQKLHGTAVDIAIWAGFVVAVTGLSNMIASPILGKLSDKVGAHRILTYALIGTGLTLIPQAFVQSVWQLIIVRFMMGVFMGGLLPSVNALIRSYTPDGMESRSFGFNTSSLALGNMLGAVIGGFLSGFIGIEGLFITSGCLLIINMMWVRRKLFSQKPSPKYR	PGPT0029185_23	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029185-mdtG-K08161	NA	NA
JZ016_02203	636		COG4122	Catechol O-methyltransferase	TTGCTTACGACCCCTGATGATTATGTTAACCAATTATACCCTGAAGATGAAGAGCTTCAGTTCGTGATAGAGGCCATTCGCGAGCATGGGATGCCGGAGGTGTCGGTGGCACCGGCATATGGCCGATTGCTGACCATGCTGGTACAGACAGCCGGCGCCAGGAATATTCTCGAAATCGGCGCCCTTGGCGGCTATAGCGGGATCTGTCTATGCCGAGGGCTTCCTGCGGACGGCAAGCTCACCTCCCTTGAGCTTAAGGAAGAATACGCGCAGCTTGCAGGCAGGCATCTGGAGAAGGCCGGATTCAAGGATCGGGTGGAGTACCGGATCGGTCCGGCTGCGGACAGTTTGGCAGCGTTGAAGCAGGAAGGACGAACCTTCGATTTTTTCTTTATTGATGCGGATAAGGAGAACTATCCCCTTTACTTGGATTATGCTTTGGAGCTAGCGAATCCGGGTGCCCTTATTGCCGGGGATAACTGTTTCTTGCGCGGCAGAACGCTGAACTCGGACAAGAACGGTCCTTCGGTTCAAGCGGTACGCCGGTTTAATGAAGTCATTGCGACGGACAAGAGGCTGGTCAGCACACTGCTGCCTGCTTATGACGGGCTGATCCTTGCACGCGTTAAAGGATGA	MLTTPDDYVNQLYPEDEELQFVIEAIREHGMPEVSVAPAYGRLLTMLVQTAGARNILEIGALGGYSGICLCRGLPADGKLTSLELKEEYAQLAGRHLEKAGFKDRVEYRIGPAADSLAALKQEGRTFDFFFIDADKENYPLYLDYALELANPGALIAGDNCFLRGRTLNSDKNGPSVQAVRRFNEVIATDKRLVSTLLPAYDGLILARVKG	PGPT0011950_23	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	TUMORICIDAL_COMPOUNDS	TUMORICIDAL-ANSAMITOCIN_P-3_METABOLISM,PGPT0011950-asm17-K16028	NA	NA
JZ016_02204	1149	rlmL_1	COG0116	Ribosomal RNA large subunit methyltransferase L	ATGCCTCGATTACAATTGATCGCGACGGCCCCGATGGGGCTGGAAGCCGTCGTTGCCCGCGAGTTGAAAGAGCTCGGGTACACCGACATGGAAGTAGAGAATGGTAGAGTGACCTTTACAGGTGACCTGATCGATATTTGCCGCTGCAATCTGTGGCTCCGGACTTCGGACCGTATTCTCGTCAAGATGGGGGAATTTAATGCCTTTACCTTCGACGAGCTCTTTGAAGGAACCAAAGCTCTTCCATGGGAAGATTGGATCCCGGCGGATGGCGAATTCCCTGTGGAAGGGCGCTCCCATAAATCGCAGCTTAGCAGCGTTCCCGCCTGTCAGGGCATCGTAAAAAAAGCAATCGTGGAGAAGCTGAAGCTCTCGCACCGTACGGAATGGTTCCCCGAAGACGGCCCCCGATATGTAATCGAGGTTTCGCTCTTGAAGGATCGAGCCATACTGACCCTTGATACCACAGGACCAGCCCTTCATAAACGAGGCTACCGCAAGCTGGTTACGGAAGCTCCATTGAAGGAAACCATGGCTTCCGCACTGCTGCAATTAAGCCGCTGGGGCCCGCATCGTCCGCTGTATGACCCGTGCTGCGGTTCGGGGACCATTCTGATCGAAGCCGCGATGATGGCCTGGAATATTGCGCCCGGCCTGCGCCGCTCGTTCCCGTCCGAGCATTGGGATATTATCGGGGACAACCTCTGGGAGGATGCGCGCGAGGAAGCTTTTGACGCTGTGAAGGACGATATTCCGCTGCATATCGCCGGAAGCGATATCGACCCGAAAGCGATCGAAGTAGCCAAGGCCGCCGCCAAAAGTGCGGGACTTGCCGGCGAAATCGACTTTAGGGTTCTCCCTGCAGCCAAAGCCATCCCTGAGGGCGAATTCGGCTGTATCATCACCAACCCGCCATATGGCGAGCGGTTAAGCGAGAAAGAGGAGGTTGAGCGCCTCATTCGCCAGCTCGGATCCGTAACGCATTCACTTCCGACCTGGTCCTTCTTCGCGCTCAGCCCGACCAAGCAGTTTGAGCATTACTTCGGACGCAAGGCAGACAAGCGGCGCAAGCTGTTCAATGGCCGGATCGAATGCCAGTATTATCAATACCTGGGCCCCTTGCCGCCGCGTAACAAATCGGCGGAATAA	MPRLQLIATAPMGLEAVVARELKELGYTDMEVENGRVTFTGDLIDICRCNLWLRTSDRILVKMGEFNAFTFDELFEGTKALPWEDWIPADGEFPVEGRSHKSQLSSVPACQGIVKKAIVEKLKLSHRTEWFPEDGPRYVIEVSLLKDRAILTLDTTGPALHKRGYRKLVTEAPLKETMASALLQLSRWGPHRPLYDPCCGSGTILIEAAMMAWNIAPGLRRSFPSEHWDIIGDNLWEDAREEAFDAVKDDIPLHIAGSDIDPKAIEVAKAAAKSAGLAGEIDFRVLPAAKAIPEGEFGCIITNPPYGERLSEKEEVERLIRQLGSVTHSLPTWSFFALSPTKQFEHYFGRKADKRRKLFNGRIECQYYQYLGPLPPRNKSAE				NA	NA	NA	NA	NA
JZ016_02205	1986	ltaS1_1	COG1368	Lipoteichoic acid synthase 1	GTGCTCTCATCCCCATCATGGAGCGATATCCGAAGCCGGGTCTCCAAAGGGCTGCATTACCGGTACACCGCATATTTATTATTCCTTATCCTCATGATGTACAAGCTGATCATGCTTGATCATCATCTCCATATTACCAACATGAAGCTGGATCAGGCAGACTATGTGATCGCTGTCGGCTCGCTCCTGCTGATCTCCTTCTGGACCTTGTGGCTTCCGCCAAGAGGCCGACTTGCAGCTTTAACTTTATTAAATCTCTTATGGACGGGGATCCTGTACGCCGATTTGATCTATTACCGCTACTTCGATGATTTCATAACCGTGCCGGTGCTTATGCAGGCCGGACAAGTCGGTTCCCTCGGGGATAGCATACGTTCCCTGATACATGCGTACGATCTGTTCTTTTTCATCGATTGGCTTATTATTGTCCCGTTTACCGCCGTGATGGTATTCCGCAAACGGAGAACCACCTTGGAAACCTATGCACTCCCGGGTGAATATCGCCAGCATCGGCGGAACCGGATCATTCGCCGGTTGGTTACAGGCACGCTTGTGTTCATCCTGGGCATGATCATGACTTTCGTTCCGATCAAGAAAGCGTCCAATACATGGGCCGTAGGCCTCTTTGAAGGCAATTGGTGGAATATTACGCTGTATAATGTGACGGGACTGATCGGCTTTCACGGATATGATATCTACCGTTATGGACGAGATCATCTCGTGGGGCAGCCCAAGCTGGCAGAGGAAGAGGTCAACCAGGTCAAGACATGGTTTGATGCCAAGGGTATGGAGCCGTCTGATACGGGCGCCTTGTTCGGCACGTATAAAGGCAGCAATGTCATCATGATTCAGACGGAGGCCTTTATGAATTTTGTCATCGGCCAGTCGATCGAGGGTCAGGAAATTACCCCTAACTTCAACCGATTGATGAAGGACAGTATGTATTTCAGCAATTTCTATCATCAAACCGGTCAAGGGCGAACGTCCGATGCGGACTTTGTCACGCACAGCTCCTTGCTTCCGCTCCCCACAGGTTCCGTATTCACGCGATATGCTGACCGCGAGTACGACACCCTTCCGGAGATTCTGAAAGAACAGGGGTATGGAACAAACGTATTCCATGCCTATGACAGCAGCTTCTGGAACCGTACCACGATGTACCGGGAAATGAATTACGACCGTTTTTACAGCAAGAAGGATTTTGAAATGAACGATGTGCAGGGATGGTCATTAAGCGACAAAGCGTTTTTCGCGCAATCGCTGGATGAGATGAAAGGCATCAAACAGCCCTTCTATTCCTTCCTCATTACGTTAACGAGCCATCATCCGTATTATGTCCCCAAGGATGCTGCGAAGCTGGATACGGGGGCTTTCGAAGGCTCGATATTCGGGAACTATCTGCAGTCGATCCACTATGTCGACGAAGCATTCGGCCAGTTCGTCGAGCAGATGAAACAACAAGGGTTGTGGGATAACACCATATTGCTTATCTATGGGGATCACGACAATTCTATCAAGGAAAAAGCGGACTATGAGAAATTCCTGGGACGAGACCTGAATGCACTCGACATGGAGCAAATCATGAACCAGGTTCCCCTCCTCATCCGCCTGCCTGATGGAGGGCATGCCGGAGTTTACCCGGAGGCCGCCGGCATGATGAACGTGACGCCGAGCATCCTTCATCTGCTCGGTGTATCGGATGAGCCGTATTACTGGATCGGCAGCCATCTGTTTGATGATAAACCTCGCCTGATTCCGCTGCGCAGCGGCGCTTTTTCCGATGAGAAGGTATTCTACCTGCCCACCGAGACGGCCGGGCTTGAAGGTGGAACCTGTTACGATCTGACGACACGTCAGCCAACTGACATCCAGGCATGCCGTGACGGATATGATGAGACACAGAAGCAGCTGCGGATTTCCGATCAAGTGATCACGTATGACCTGCTGAAGTTATATAAAGCAGAAGGTGAAGCGAATACTCGATAA	MLSSPSWSDIRSRVSKGLHYRYTAYLLFLILMMYKLIMLDHHLHITNMKLDQADYVIAVGSLLLISFWTLWLPPRGRLAALTLLNLLWTGILYADLIYYRYFDDFITVPVLMQAGQVGSLGDSIRSLIHAYDLFFFIDWLIIVPFTAVMVFRKRRTTLETYALPGEYRQHRRNRIIRRLVTGTLVFILGMIMTFVPIKKASNTWAVGLFEGNWWNITLYNVTGLIGFHGYDIYRYGRDHLVGQPKLAEEEVNQVKTWFDAKGMEPSDTGALFGTYKGSNVIMIQTEAFMNFVIGQSIEGQEITPNFNRLMKDSMYFSNFYHQTGQGRTSDADFVTHSSLLPLPTGSVFTRYADREYDTLPEILKEQGYGTNVFHAYDSSFWNRTTMYREMNYDRFYSKKDFEMNDVQGWSLSDKAFFAQSLDEMKGIKQPFYSFLITLTSHHPYYVPKDAAKLDTGAFEGSIFGNYLQSIHYVDEAFGQFVEQMKQQGLWDNTILLIYGDHDNSIKEKADYEKFLGRDLNALDMEQIMNQVPLLIRLPDGGHAGVYPEAAGMMNVTPSILHLLGVSDEPYYWIGSHLFDDKPRLIPLRSGAFSDEKVFYLPTETAGLEGGTCYDLTTRQPTDIQACRDGYDETQKQLRISDQVITYDLLKLYKAEGEANTR	PGPT0023375_544	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005	NA	NA
JZ016_02206	1461	flp_1		Protein flp	GTGAGAAAGAAGTGGACGTATGTCGTATTAACCGTACTGGCTTTCGTGCTTCCGACATGGGGGAATATTGTTGAAGCAGAAGAAGTCATGGCTGATAAGGTTGACCTCTACATGAAAGCGGCGATGGAGGAATATCAAATTCCGGGTCTTTCCGCTGCCATCGTGCAGGATGGGGACATCGTGTTTACGAACAGTTATGGTGTTACAGCAGAGGGCAGTACGGTCAGCTCCAAAACTCCATTTTTACTCGGATCTCTCTCCAAATCCATGACGGCGTTAGGGATTGTCCAGCTTGTCGAGTCGGGCCAGGTCGAATTGGATGAATCCGTTGGGACCTATTTGCCGTGGTTTGCAGCCGAAGCGTCTTCTGAGGTATCGTCAATAACGATAAGGCAATTGCTGGCTCAGACGAGCGGATATAGTACATATACGGGCTTGGCGTATTCCGATGTGGGTGCGAAGGATGCTTCAGCCCTGAAAGAGAATGTGCGCCATCTCTCCAACACGAAGCTTAACAGTCCACCAGGGGAACAACATCAATACAGCAACGCCAATTACATGATTCTGGGAGCTGTTCTGGAGGAGGTGTCGGGTCAATCCTATGCCGATTATATGGAGCAGCATGTGTTTGGCCCGCTGGGCATGAGTACGGCTGCAGCCGATCAGGAGCGGGCGGTTCAAACCGGATTTGAACATGGGTATCAATCATGGTTCGGCTATCCGCGAGTGAGCAGCGTCCCCTATGACAACAGCGGTGCTTCTTATGGTTATATCTCGGCGAGTATCGATGATATGGCGCGGTATCTCCAATTTTTGCTCCAAGATAATGACATGTTGGTTAGTCGGGAATACAAGGAGCTGCTCCTGTCGCCTTTAGTTCAGCATCGACCGGATCGTGCCTATGGTTTTGGCTGGAGAATAAGCGAGACGGAACAAGGCGAGAGAATGGTATGGCACTCCGGATCAACACCGGAAGCACGGGCGGAAATCTTCTTCGTCCCGGAACGGGGCGTAGGGGCCGTTATTTTAACCAACAAGGACCACATTCTGGAGGAAGCCAGATTGATTCAGGTCTCCAAGGATTTGAGAGGGATATTAGACGGACAAGACCCGAAACCGCCTTCCGCTGGAATCCATCCGGTGATTTGGGGATTGGCGGTAACTTTGATCATTCTGCTCGCTATCGTGATATGGATGCTGCTAAGAATGCAGAAACGCAGCTTGAAGTTATATCTCACGCTTCCGCTGAGTTTGTTTCTCTTTGCGGTTTCAGCCGGCATCATTCCGCTCTTCACGCGGCTGACAAGCTCCCCTTGGAATTCCATACGACTTTTTGCACCGGACATTGCCTATATGACGCTGGGGATTGCAGCTAGCCTGGCATTGATGGGGCTTGTGCTGATGTACGGAACGCTTGTCAGCCGTAGGAAACATCTTGATTCGATTACCCGGCGCGCTTGA	MRKKWTYVVLTVLAFVLPTWGNIVEAEEVMADKVDLYMKAAMEEYQIPGLSAAIVQDGDIVFTNSYGVTAEGSTVSSKTPFLLGSLSKSMTALGIVQLVESGQVELDESVGTYLPWFAAEASSEVSSITIRQLLAQTSGYSTYTGLAYSDVGAKDASALKENVRHLSNTKLNSPPGEQHQYSNANYMILGAVLEEVSGQSYADYMEQHVFGPLGMSTAAADQERAVQTGFEHGYQSWFGYPRVSSVPYDNSGASYGYISASIDDMARYLQFLLQDNDMLVSREYKELLLSPLVQHRPDRAYGFGWRISETEQGERMVWHSGSTPEARAEIFFVPERGVGAVILTNKDHILEEARLIQVSKDLRGILDGQDPKPPSAGIHPVIWGLAVTLIILLAIVIWMLLRMQKRSLKLYLTLPLSLFLFAVSAGIIPLFTRLTSSPWNSIRLFAPDIAYMTLGIAASLALMGLVLMYGTLVSRRKHLDSITRRA				NA	NA	NA	NA	NA
JZ016_02207	564			hypothetical protein	ATGATGACATTATCCTATGAAGAAGAACAATTTGTCGCGGACGTTCGCCGCGAGTTGATACGGTACGAAATGACGTCAAACCAGGTGGAAGCCGTTGTCGAACAGATCCTGGAACATTTGGAGGCAAGCCGGGAGCACGGGGAGTATGGTCTTGAAGATCTGGGCTCACCCGATATGTATGTCAGGGATTATGCAGAGGTGCAAGGTTTGGTTAGAGTGCAAGACGCCATGGATCTCGAGTCTGTTCCTGAAGAACCTCCGGGGCAGCGCAGCGGGCGGCTGGGCGTATGGGGCTTTCTGAAATATTCGCTGGTTTTTGCGGCCGTCTATATCATATGTCAGCTGTTATTTTCCTTCGCATTAACGACGGCATGGGTGAAGGGGTATGAGATAATCGGCTTCAATCTGCTGTACCGAATATCCGATCAGACGTGGTGGAATATGATGTTGATCGTATTTAGCCTTTCGATTTCGGCGCTCGTTACAATTCTGACCCATGTCTTCGGTAAAAGAAGAAAACATAGAGATCTCCTCCCGTTTACAGAAGGAGGAAACGTATTGTGA	MMTLSYEEEQFVADVRRELIRYEMTSNQVEAVVEQILEHLEASREHGEYGLEDLGSPDMYVRDYAEVQGLVRVQDAMDLESVPEEPPGQRSGRLGVWGFLKYSLVFAAVYIICQLLFSFALTTAWVKGYEIIGFNLLYRISDQTWWNMMLIVFSLSISALVTILTHVFGKRRKHRDLLPFTEGGNVL				NA	NA	NA	NA	NA
JZ016_02208	318			hypothetical protein	TTGGCCATTCTGAGTCATGGCAAGAGTTATGGTTACGAGATCATGAAGGAGCTGGAGAAACACCGACTGAAATTGAAGGGAGTTGGAAGCATCTATCCCATCCTGTCCAAGCTGAAAGATCAGGGATGGGTGACGGATACGAGGGAGCTTAGCGAGAGCGGCAAAGCCAGAGTGTATTACGAAATAACGCCAAGCGGAGATTTGTTTCTGGATAAGAAAATCCAGGAGTGGCAGGAGCTGCAGCAGGATATTCGATCATTGCTTTCATCGAATGTACAGCGAATGGCAGATGGCGTGGAACAGGAGAGCCAGAGATGA	MAILSHGKSYGYEIMKELEKHRLKLKGVGSIYPILSKLKDQGWVTDTRELSESGKARVYYEITPSGDLFLDKKIQEWQELQQDIRSLLSSNVQRMADGVEQESQR				NA	NA	NA	NA	NA
JZ016_02209	267			hypothetical protein	ATGAACAGTCACGATTCCAGTCTTCATTCCAACAGCCCAAGCAACAGTGCGCTAGATTCCGTGGAGAAGCTGCACCGTGCCGTATCCTCGGCAATGTCCCACCCGACGGAACAGCTGATTCAGCAAGCGGAGAATTCGTTATCCCATACGGAGCAAGCAGTCGCCCAAGTGATTGAGCAGGGGAACGCAAACGCCGTGGAATTGGCGGAAGAGTTGTTAGGCGAAGAGAAGGAACGTCTGTCCAAGCTTCGTTCAGCTAAAAAGTAG	MNSHDSSLHSNSPSNSALDSVEKLHRAVSSAMSHPTEQLIQQAENSLSHTEQAVAQVIEQGNANAVELAEELLGEEKERLSKLRSAKK				NA	NA	NA	NA	NA
JZ016_02210	222			hypothetical protein	ATGGCTAATGATATTCGCGTCTGCGAGAAGTGCAGACATACGAAGTTAAAGACAATGATCCCGAAAATTAAGAAAATGGTACCGGATGCCGACATTAAGATCGGCTGCAAATCCTATTGCGGTCCTTGCGGCAAACGCGCCTTCATGTATATCAATGGCCGTTATGTCAGCGCGCCTACAGAGGATGAAGTGCTGGCAAAGGCGCTGCCGTTTGTGAAATAA	MANDIRVCEKCRHTKLKTMIPKIKKMVPDADIKIGCKSYCGPCGKRAFMYINGRYVSAPTEDEVLAKALPFVK				NA	NA	NA	NA	NA
JZ016_02211	303			hypothetical protein	GTGAAATGTAAAATTACCCGTAATGCCGCCAAGGTGTTAAAGAGAGAGCTGGACAAGGAAGAGAACAAGGACAAGAAAATTCGCGTACTGGTAACCCATGCGCATGGTGATCATGCCCACTACGGTCTGGATCTGGATACGCCGAAGGAAAATGATGTCATCGTATCCACAGATAAAGAGATCGACGTCATATTGGAAGCGGGACAACCTTTCCTGGACGGCGTCAAAATCGACTATCTTTATTTCCCTCAGGAAGGCTTTGTCATTACGAATCCGTCCCAGGGCAATCACGGCGACCACTAG	MKCKITRNAAKVLKRELDKEENKDKKIRVLVTHAHGDHAHYGLDLDTPKENDVIVSTDKEIDVILEAGQPFLDGVKIDYLYFPQEGFVITNPSQGNHGDH				NA	NA	NA	NA	NA
JZ016_02212	270			hypothetical protein	GTGGAGAAGATTGTGGTCGCTTCGGCGCTGGTCGCACGTATTCCAGCGGATATTCGGTTATTTAACCTCTTCCCGGGTTACACTCGGGACAAGCTGTTATTTCTGGTTCCGGTTGTGCTGTACTGGGTGCTGCCGGACTTTATGCCTTTGCTGCCGATCGACGATATCGGATTCACGATGCTGCTGATGAATTGGTTCGTATCCCGCGTCGAGCGGAAATATCCAGGTGTGCTCGGTGAAAATCAAGGCCCCGCCAAGCGCGTACGGTAA	MEKIVVASALVARIPADIRLFNLFPGYTRDKLLFLVPVVLYWVLPDFMPLLPIDDIGFTMLLMNWFVSRVERKYPGVLGENQGPAKRVR				NA	NA	NA	NA	NA
JZ016_02213	1203			Gamma-D-glutamyl-L-diamino acid endopeptidase 1	ATGCAGCAATATGTCGTACAGAAAGGCGATACGCTAAGACGCGTGGCTGCCAGATATAGTCTGGCGTATGAACAGCTGATTACGGCGAATCCATGGGCGGCACAGCAGCCGTATCTCCAGCAGGGGCAAATGCTCTATCTTCCTGCATCGCTGCGCCGAAGGTATGTCATCCAGGAACATGATACCTTTGATAGTATTGCCAATACGTTCCGGTTTCGGAAGGAAGCATTGGAAGAACTGAATCCCGGGTTATCGGCTCATCATCTGCCGCAGGGGAAAACGATCGTTCTGCCGGGCACCACGCCTAGACGCATGATACGATTAACCGGCGAATACGGACCGGGGGATCTGGAACGCGATATACAAGAGATGCAGCTGCGTTACCCTGTTATCGAGTGGAGTGTCATCGGCCGAAGTGTGCTCGGCAAACCGCTATATGCGGCCAAAATCGGTAAAGGCCCCAAGAACCTGCATATCAATGCAGCACTTCATGCCAATGAATGGATCACAACCCCGTGTCTGATGCGATTCATGGAGGAGTACGGCAGGGCATTATCGCAAGAGTCACCGGTTTATTTTCAGGAGCCGGATGACTGGTACCGGAACTATACGTTATGGGTTGTGCCGATGGCTAACCCGGACGGGGTAGAGCTTGTACAAGAAGGAGTCACTCCTTCGCATCCCTATTATGAACGTCTGCTCGAGTGGAATGGCGGACGCGAGGATTTTAGGCGCTGGAAGGCTAATATAAACGGCGTGGATTTGGGTGACCAGTTCCCTGCACATTGGCATGAGGAAGTCGCACGAAGGGGTAAAATCCGTCCGTCTCCGCAGGATTATGCGGGGACTAAGCCGTTAAGCGAGCCGGAAGCCGAAGCTGTCTATCAGCATACATTATCGACATCTCCGGAACGGGCCATTTCCCTTCACAGCCAAGGGCGGGAAATCTACTGGAATTACAGGGACTACGAACCTCCGGAGAGTGAGGACATGGCCAGAAGATTAGGTCAGGCCAGCGGTTACAGGCCGGTGAAGCTGCAGGGTAGTGATGCGGGATATAAAGATTGGTATATTCAGCATTACCGGAGGCCGGGCTTTACCGTGGAGATTGGTTATGGGATGAATCCGCTGCCGCTTGAGGATTTCGAGGATTTGTGCGTCGAGGTGGGATCCATTCTAGCTGCGTTTATGTCTTTGAAATAG	MQQYVVQKGDTLRRVAARYSLAYEQLITANPWAAQQPYLQQGQMLYLPASLRRRYVIQEHDTFDSIANTFRFRKEALEELNPGLSAHHLPQGKTIVLPGTTPRRMIRLTGEYGPGDLERDIQEMQLRYPVIEWSVIGRSVLGKPLYAAKIGKGPKNLHINAALHANEWITTPCLMRFMEEYGRALSQESPVYFQEPDDWYRNYTLWVVPMANPDGVELVQEGVTPSHPYYERLLEWNGGREDFRRWKANINGVDLGDQFPAHWHEEVARRGKIRPSPQDYAGTKPLSEPEAEAVYQHTLSTSPERAISLHSQGREIYWNYRDYEPPESEDMARRLGQASGYRPVKLQGSDAGYKDWYIQHYRRPGFTVEIGYGMNPLPLEDFEDLCVEVGSILAAFMSLK				NA	NA	NA	NA	NA
JZ016_02214	807	murI		Glutamate racemase	GTGCAGCAAGCAATCGCAATACTAGACTCGGGTGTCGGCGGGCTGACTGTCGCTAAAGAAGTGATGAGACAGCTCCCGAGAGAGAAAATTATTTACTTCGGAGATACAGCCCGCGCACCCTACGGACCCCGTACGCCGGAAGAAGTCCGTTTATTTACGGAGCAAATTGTAGATTATTTAATTCAGTATGATCCTAAAATGATTGTGATCGCCTGTAATACGGCTACGGCGGCGGCGCTTGATTATATTTCGTCCAAAGTTCCTGTACCCGTCATCGGTGTCATTCACCCAGGGGCGCGTGCCGCCATAAGCGCAACGAAGACCGGTAACGTCGGCGTGATCGGTACAGTCGGAACCATTGGCAGCGGAGCATACACAGCGGCTCTGAAACAGCTCTCGCCTTACGTCGAGGTAGAAAGCCAAGCCTGTCCCGAACTGGTGCCGCTCGTCGAACACGGATTGTTCCGATCCAAGGATGCTTTACAGGTGGTACAAGAATCCTTGAGGGGCATCAAGGATACCTCCATTGATTGTCTGATCCTGGGGTGTACTCACTATCCGTTCCTGATGAATACGATCCAAACGGTCATGGGGCCGTCGGTGAAACTGATCAGCTCCGCCGATGAAACAGCTCGCGAGGTCAGCACGATCCTGTACGATAAAGGCCAGCTTGCGAGCAGCATGGAGAGCCCGGTGCATCAATTCTTCTGTACAGGAGATCCGGTTATTTTTCAGAGCATCGCGACCGAATGGCTCGGAGATCATATCAAGCGGACACCTGTTGTCTGGCAAATTACAAGGCTATAA	MQQAIAILDSGVGGLTVAKEVMRQLPREKIIYFGDTARAPYGPRTPEEVRLFTEQIVDYLIQYDPKMIVIACNTATAAALDYISSKVPVPVIGVIHPGARAAISATKTGNVGVIGTVGTIGSGAYTAALKQLSPYVEVESQACPELVPLVEHGLFRSKDALQVVQESLRGIKDTSIDCLILGCTHYPFLMNTIQTVMGPSVKLISSADETAREVSTILYDKGQLASSMESPVHQFFCTGDPVIFQSIATEWLGDHIKRTPVVWQITRL	PGPT0020200_2629	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020200-murI-K01776	NA	NA
JZ016_02215	1098	nos	COG4362	Nitric oxide synthase oxygenase	GTGAAGGACAACATACATCATACCGACCTTATGGAAGCTGCGAAGCAGTTTATCGAGCTTTGTTATGCAGAATTAAACCGTACCCCGGAAGAAGCCGAGGCCCGGCTCATGGACATCCGCTCACAGATCAAGCTGACAGGTACATATGAGCATACGCTTGAGGAACTATCGCATGGGGCCAAAATGGCTTGGAGAAACAGCAACCGCTGTATCGGCAGACTGTTTTGGGATCGCCTAAAGGTAGTCGATGCCAGGCACTTAACCGAGACCTCTGACATTTTCTCAGCACTCCTTCATCATATCGAGATTGCCACCAATGGCGGAAAAATCATGCCTACGATTACGATTTTCAGGGCTGCACGTCCAGGGGAGGCCCCATTGATGATCAAAAACCACCAATTGATTCGGTATGCGGGTTACGAAACGCCAGACGGGACGGTTGGCGACCCGGCTTCCCTCTCCTTCACGAAGGAATGCATGGATCTGGGATGGCGGGGAGACTTGACCGACTATGATGTGCTGCCACTGGTTGTGCAGCAGGGGAATGAGCCTCCGGAATGGCTTCCGATACCGAAATCCCACGTGCTGGAGGTCCCCTTGGAGCATCCCGAACTTCCTGCTCTGAAAGCGGAAGGAGTAAAATGGTATGGGGTGCCTCTCATCTCGGACATGCTGCTTGAAATCGGCGGCATTATGTATACGGCCGCGCCGTTCAACGGCTGGTATATGGGAACCGAGATCGGAGCCCGTAACCTTGCAGACGAAGGGCGCTACAACAAGCTTCCGCTTATTGCCAAGCTGATGGGACAGGATACTTCCAGCGAAACGACCTTATGGAGAGATCGCGCGTTGGTCGAGCTCAATGCTGCCGTACTCTATTCCTATAAAAAAGCTGGCGTCAGCATCGTGGACCATCATTCGGCAGCATCCCAGTTCGGTTTGTTTGAACAGCGGGAACAGCAGGCCGGGCGGGAGCTCACAGGGGATTGGAGTTGGCTGATTCCTCCGGTCTCGCCCGCTACAACACATATTTTCCACAACTCTTATCATAACGACATCCGTTCGCCGAATTTTCATTACAGGAACAAGAAAAAGTAG	MKDNIHHTDLMEAAKQFIELCYAELNRTPEEAEARLMDIRSQIKLTGTYEHTLEELSHGAKMAWRNSNRCIGRLFWDRLKVVDARHLTETSDIFSALLHHIEIATNGGKIMPTITIFRAARPGEAPLMIKNHQLIRYAGYETPDGTVGDPASLSFTKECMDLGWRGDLTDYDVLPLVVQQGNEPPEWLPIPKSHVLEVPLEHPELPALKAEGVKWYGVPLISDMLLEIGGIMYTAAPFNGWYMGTEIGARNLADEGRYNKLPLIAKLMGQDTSSETTLWRDRALVELNAAVLYSYKKAGVSIVDHHSAASQFGLFEQREQQAGRELTGDWSWLIPPVSPATTHIFHNSYHNDIRSPNFHYRNKKK	PGPT0020095_172	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020095-nos|nosA-K00491	NA	NA
JZ016_02216	363			hypothetical protein	ATGAAAGAGAAGAGCAAAGGACTCCTCTGGGGAGTATTGATCGGCAGTGTTGCAGGTTCTGTTACCGCACTTCTTCTGGCTCCAAAATCCGGCAAAGAGCTTCGGAATGACATTGCCGACGGCGCCCGCGGCATCGGCACCAAGGTGCAGGAGGCAGCAGAGAAGGTAGGAGAGCAGGGCGTCAACCTGATCGGCATCATGACGGACCGGGCGGAGAACGTGATCTCCGATATTCAGTCCTGGCGCAACCGGCAAGAAAGCTGGCTGGCGGAAGAGGAAATTGCGCAGGTTTCCTCGTTTGACGAGGATTTTGAAGAAGATGCCTATGTTCCCGCTGCTGCGGAAGTGAAGGTCAACGATTAA	MKEKSKGLLWGVLIGSVAGSVTALLLAPKSGKELRNDIADGARGIGTKVQEAAEKVGEQGVNLIGIMTDRAENVISDIQSWRNRQESWLAEEEIAQVSSFDEDFEEDAYVPAAAEVKVND	PGPT0015027_221	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015027-ytxH-NA	NA	NA
JZ016_02217	453			hypothetical protein	ATGACAGAATGGAGTGCACTGGCTGCTGCCATCGGTATCGTTCTGATCGCGGTTGCGGCGGTGGTCATGATGGTGTCGGTTAAAAAGCTGATCGGGCGGGCCGAGACCATGCTGGGCCGGCTTGAGGAAGACAGTGCTCGATTGACACAGGAAGCCTCGCAAGTGCTGGTGCAGGCATCCGTCTCGTTAGAGATGATACAGCGTCAGCTGGCGGCAGGCGAAGCTTTTGCCGCTTCCATGTCCGATGCTGCGTCAGCGGTAGCCAAGACGGCCGATGCGGTTCATGCTGTAGGGAAAAAAGCTTCCATAACCGCCATTGAGCATCTGGAACGTGCTCGCCTCGATAATGAACGGCAGATCGGGGAGATGTTCCGGTGGGTTGATGCCGGAATGACGCTTTGGCATTCATGGAACAAGTACACCTCCAAGTCCGGCGAAGGGCAAGCCAAATAG	MTEWSALAAAIGIVLIAVAAVVMMVSVKKLIGRAETMLGRLEEDSARLTQEASQVLVQASVSLEMIQRQLAAGEAFAASMSDAASAVAKTADAVHAVGKKASITAIEHLERARLDNERQIGEMFRWVDAGMTLWHSWNKYTSKSGEGQAK				NA	NA	NA	NA	NA
JZ016_02218	423			hypothetical protein	GTGTATTATGTAAATCAAGAACAAATTGAACGGCGGCTGAGCGCGATTCCTGAAATTGCGGAAGGGTTGCGTGCTGCGGCACAATCATGGGACGGAGGCCTGGTGCTGGGGTTGGTTCAGGAGCGTGCGCTTCATCTGGCGATCGAAGTCGTGACGGATGTCGGCAGCTACTTGATTGACGGATTTATTATGCGGGATGCCAGCAGTTATGAAGATATCATGGATATTAATCATGAGGAAAAGGTATTCCCCGAAGAAGTTCATAAGGTGCTGCTGGAGCTGGTCCGATTACGCAAACCGCTCGTGCAGGACTACTATGATTGGGAGAGGCATACGCTTCATTCTTTAACCCCGATTCTGCCTGATGTGCTGGAGCAATTTGCGGGAAATGTCCGTGAGTATTTAAAGAACGAGATGTACTAA	MYYVNQEQIERRLSAIPEIAEGLRAAAQSWDGGLVLGLVQERALHLAIEVVTDVGSYLIDGFIMRDASSYEDIMDINHEEKVFPEEVHKVLLELVRLRKPLVQDYYDWERHTLHSLTPILPDVLEQFAGNVREYLKNEMY				NA	NA	NA	NA	NA
JZ016_02219	288			hypothetical protein	ATGATTAAACATATTGTTTTTTTTAAATTGAAGGACTCATCCGCAGAGAATATTGAGAAGACGGTGCAGGTGCTGCGCGATATGGATGGCAGGATTCCGATGCTTAGATCCCTTGAGGCGGGCGCAGATGTAATTCGCTCGGAGCGTTCATATGACTTGGCATTGATCGTTGAAGTGGACAATCTTGAAGATTTGCAAGCATATGCCGTTCATCCTGTTCACCAGGAAGTGATCCAATACATCAATACGGTGAAAGATCATACGCTTAGCGTTGATTTTGAAGTGTAG	MIKHIVFFKLKDSSAENIEKTVQVLRDMDGRIPMLRSLEAGADVIRSERSYDLALIVEVDNLEDLQAYAVHPVHQEVIQYINTVKDHTLSVDFEV				NA	NA	NA	NA	NA
JZ016_02220	1437			hypothetical protein	ATGAGCAAATATGATGTTATCGTTGTTGGTGCCGGTCCGGCCGGTATTTTCGCTTGTTATGAACTGACGTTAAAGTCACCAGGCAGCAAGGTGCTATTAGTTGACAAGGGACATGATATTTACCGGAGAAGCTGCCCGATCCTGGAGGAGAAGATTAAGCTCTGTCCACCGGCAGTAGGACGTAAGGAATTTGCCGGTTGTTTGCCGGCTTGCTCGATTACAGCCGGATTTGGCGGGGCAGGAGCATACAGCGACGGCAAATTCAACATAACCACGGAGTTTGGTGGCTGGATGACCGATTATTTGCCAGGCTCCAAAGTCATGGAGCTCATCGAATATGTGGACGCCATCAATCTGGAGCACGGAGCAACACCTGCCATCACGGATCCGACAACAAATGCGATCCGGGATATTGAACAGCGTGGATACGCAGCGGGCCTGAAGCTGCTTCGCGCTCAGGTAAGACATCTTGGAACCGAGCAGAATTTGGAGATACTGAAGTCGATATATGAATATTTGAAGACAAGAATTGATATGGCTTTTCGGGCGGAGGTCGAGGACATTGTCACCGTCAAAGAAGACGGAGCCCATCGCGTTACCGGCATCGCAATGAAAGGCGGGGAGGTCCATGAGGCGAATTTGGTGATGGTCGCCCCTGGCCGTGACGGCTCTGCCTGGTTGACCAGTGTATTGAAAAAACGCAGATTGAAAATGCATAATAACCAGGTGGACGTGGGCGTTCGGGTTGAAACCTCGGATGTGGTCATGCGCGAGATCAATGAGCATTTGTATGAAGGCAAATTCATCTTTAACACCTCGGTGGGAACCCGGGTGCGTACGTTCTGCAGCAATCCTTCCGGTCATGTTGTGGTTGAGAACCATAGCGGGGTTATGGCAGCCAATGGCCATTCTTATAAAGATCCGGCATTGGGATCAGCCAATACGAACTTTGCGCTGCTCGTATCCCATAAGTTTACGGAGCCGTTTGACAAGCCGAACGAATATGCGCGTGAAATATGCAAGCGGGCTAACGACCTATCCAGCGGCGGGGTTATTGTACAGAAATACGGCGACGTGCTCCGCGGCCGGAGATCCACCGAGGGCCGAATTCGCGAAGGGTTTCTGGAGCCGACGCTGAAGGAAGCCGTTCCAGGTGATCTTGGCTTGGTGCTGCCGTACAACACCATGAAAAGCCTGATCGAGATGGTCGAAGCGCTTGATAAAGTCACGCCGGGAATCGCGTCGGAGCACACATTGTTCTACGGGGTGGAGGCCAAGTTCTACTCCGCAAGACCGAAGCTGACGGAGTCCTTCGAGACGGAAATCAAGGGACTTTATTGTGGCGGTGATGGTGCGGGCATTACCAGGGGGCTTGCTCAGGCAGGAGCCGCCGGCGTCTGGATTGCCCAGAACATGCTGAATCAATTAAGTTCGTGA	MSKYDVIVVGAGPAGIFACYELTLKSPGSKVLLVDKGHDIYRRSCPILEEKIKLCPPAVGRKEFAGCLPACSITAGFGGAGAYSDGKFNITTEFGGWMTDYLPGSKVMELIEYVDAINLEHGATPAITDPTTNAIRDIEQRGYAAGLKLLRAQVRHLGTEQNLEILKSIYEYLKTRIDMAFRAEVEDIVTVKEDGAHRVTGIAMKGGEVHEANLVMVAPGRDGSAWLTSVLKKRRLKMHNNQVDVGVRVETSDVVMREINEHLYEGKFIFNTSVGTRVRTFCSNPSGHVVVENHSGVMAANGHSYKDPALGSANTNFALLVSHKFTEPFDKPNEYAREICKRANDLSSGGVIVQKYGDVLRGRRSTEGRIREGFLEPTLKEAVPGDLGLVLPYNTMKSLIEMVEALDKVTPGIASEHTLFYGVEAKFYSARPKLTESFETEIKGLYCGGDGAGITRGLAQAGAAGVWIAQNMLNQLSS				NA	NA	NA	NA	NA
JZ016_02222	597			hypothetical protein	ATGCCTACACAACTGCAGCAAGAAAAACACTCCATTGAGGCGTGGTCCCTGATCAATCGTAAATATTTGGGGAAAGGTGTGCGAGTCAAGCGCTTTCGCCGGCCGACCCGCTGCCAAATTCGCAACCGCGTCCTACTAGCCGTACTTATGGCCAACGATATCAAATTATCGCAATTGGCCGAGGAACTGGGAGTATCCTCTCGTAGTGTCAGCGCCTGGGTATATGAGGGACGCGTTCCCGGAAAAAACAACCTGGAGAGGGCCTGCGACTATTTGGGTTATCCCCGTCACATTCTCTTCAGGGAGGAACTGCTGGACAAGTCACCTTTAATCTGCCAGCCGGCACCTTCCCGCTTCATGAAACGCACCCTGACACGCTCACCCGTTAGCAATCGGATTCTGACAGGCCTGTGCATGGTTCATGACTTGTCGGTAAGCGATGTTAGCCGCTGGATCGGCGTACATCCTGGCACATTCCGCAAATGGCTGCACCAGGGCACCGTACCATCCGCAGCGTTCCAGGAAAAAGCGGAACAGTTCTTCCGGATCCCTAAATCTGTTCTATTTGCAGATTGCGCACTAAAGCAAAATTCATAA	MPTQLQQEKHSIEAWSLINRKYLGKGVRVKRFRRPTRCQIRNRVLLAVLMANDIKLSQLAEELGVSSRSVSAWVYEGRVPGKNNLERACDYLGYPRHILFREELLDKSPLICQPAPSRFMKRTLTRSPVSNRILTGLCMVHDLSVSDVSRWIGVHPGTFRKWLHQGTVPSAAFQEKAEQFFRIPKSVLFADCALKQNS				NA	NA	NA	NA	NA
JZ016_02223	192			hypothetical protein	ATGAGGTTACGTCATAAGCAGATTGGCGCTGCACTGGGATTGCTCACCGGAACGACCATGGGAAGCGGTATTGGATTCCTGCTTGGTTGGCACTCCTTTAATCTGATCGTCCTGGTGGCCCTCTTCGGCTTATTCGGAGTTGCCGCTGGTCTATGGCTGGGCTCACGAATGATATTCAAAGAGCTGCCTTAA	MRLRHKQIGAALGLLTGTTMGSGIGFLLGWHSFNLIVLVALFGLFGVAAGLWLGSRMIFKELP				NA	NA	NA	NA	NA
JZ016_02224	726			hypothetical protein	GTGAGAAAACCTCGAAAAGGGCTGGGCTTTATTTTGTTGATGCTCGTAGCTGTGAGTTTGTCTGTTGGATGTCAACCATCGGATGAGGGGTATGTGGCTGAGCGCTCGGTGGAAGCTTCGAAGGAGGATACTCAGAAGACAGAGCTCTCTTCCGGATCAGAAGATCATTTAGGTGGAGGGAGCGACGCCGCAGGAAGCGGTGCGGTCGCAGAACAGAATGATACGGACGTAACTCCAGATAATCAGGCCGCTGAACCCGATGTGGATTTAGCAGATGTGACGGCGGTCCGGCACATTAATCATAACTCGGGCTGGATTGGTGGAGAAGGCTGGATTGCTTTTAGTGATAACGGTGGCACGGAATGGGAGGTTCAGGCTCAGCCAAAAGGCACCGTACGCCAAATCTTTGCACTGAATGGCAAGCAGGCCTGGACTGTGATGGAGAATAACGATCTGTACCGCACAACGGATGGCGGTGAGACGTGGATTCGGATTGGAAGCACGCCGAATGCCGGATTTCTTCATTTCATCTCACCTGAAACAGGATTCAGCGGGCAAGCCAAAACCGAGGACGGGGGCCAAACCTGGAGCAACCTGGATATACCGGATACGACCGCCAGCAGTCCTGCCACGGGAGCTATCACCGATGAAGCTGCCAGAGCTCCCAAGAACGAAGAGGCTGTTTCAGGATCGTTGTATGTTGTTAACACGAAACCCCATAACTGA	MRKPRKGLGFILLMLVAVSLSVGCQPSDEGYVAERSVEASKEDTQKTELSSGSEDHLGGGSDAAGSGAVAEQNDTDVTPDNQAAEPDVDLADVTAVRHINHNSGWIGGEGWIAFSDNGGTEWEVQAQPKGTVRQIFALNGKQAWTVMENNDLYRTTDGGETWIRIGSTPNAGFLHFISPETGFSGQAKTEDGGQTWSNLDIPDTTASSPATGAITDEAARAPKNEEAVSGSLYVVNTKPHN				NA	NA	NA	NA	NA
JZ016_02226	981			hypothetical protein	ATGAAGAAACGTCAAGGCGTGAGAAGGCTGCTGGCCGGTATCATGACGGCAGTGATAGGGATAACCGGTTACATGTCATATGGAGGAGATGTTTGGGCTGCGGACACATCCTCAGGCAGACCTATCGAAGTTCGAGTGAATGGAGGTCGGCTTCTGCTGGAATCACCTCCCTTTATTCATAACGGCAGGGTGATGGTGCCTTTCCGCGGCATTTCAAGAGCGATGGGAGCCGAAGTTCGCTGGGATCAAGCCAAGCAGACGGCCATTGTGAGTAATGGTAAACATACGACAAGCTACACCGTGGGGCAGAATCACGCCGTTAAGGACAGCAAAGCTGTAACTCTGGATGCCCCGCCTCTGCTCAAGGAGGGACGTGTTTATATCCCGCTCCGCTTCTCGGCAGAGGGTCTTGGAGGCAAGGTTGTCTGGAATAACCAGGTTAAAGAAGCGTTGATCTATCCGCTGCTCACACCGAAGGAGGCAGAAGCTGCCCTGTCCAAGAAGAGTAATCAGGCGATAACACTTTTGAAAAACAAGGATTTTGAGAAGCTTTCCGAGCTGGCTCATCCAAACGGGATTACCTTCTCCCCTTATGCGCATGTTGATCGGCAGAAGGATGTCACACTTAGCAAGCAGCAGCTGGGGAATGGATTTAACCACGACACCTTATACCGCTGGGGCGAGTATGATGGCAGCGGAGAACCGATCTCCATGAATTTTGAGAGCTATTATCATAAATTCGTCTATACCCTTGATTTTGCCGCTGCGCCATGGATCGGTTACAACCAATCCAAGAGCGAAGGAAATACGCTGAATAATGCAAGCAGCCAGTATAAGGCAGCTGTCATCGTCGAGTATTATTACGAAGGAGTTCATCCTGATTATGCGGGGATGGATTGGGAAAGCCTCCGGCTTGTATTTGAACAATATGGGGAGGATTGGGTGTTATCTGGCGTGATACATGATCAATGGACGATCTGA	MKKRQGVRRLLAGIMTAVIGITGYMSYGGDVWAADTSSGRPIEVRVNGGRLLLESPPFIHNGRVMVPFRGISRAMGAEVRWDQAKQTAIVSNGKHTTSYTVGQNHAVKDSKAVTLDAPPLLKEGRVYIPLRFSAEGLGGKVVWNNQVKEALIYPLLTPKEAEAALSKKSNQAITLLKNKDFEKLSELAHPNGITFSPYAHVDRQKDVTLSKQQLGNGFNHDTLYRWGEYDGSGEPISMNFESYYHKFVYTLDFAAAPWIGYNQSKSEGNTLNNASSQYKAAVIVEYYYEGVHPDYAGMDWESLRLVFEQYGEDWVLSGVIHDQWTI				NA	NA	NA	NA	NA
JZ016_02227	261			hypothetical protein	ATGTATATCAAAAAATATGCGATCACCCTGCTATTAGGTACTCTCTGCCTGTCTTATACCGTGCTTACAGATTGTCTGTTCGGGTTCCCATGGTACAACTTTATGATCAATTGGCAGTTTACTTTATTCTCCATCGTAGAGAAGCTGACGGTTACGGTGCTGCTATGCCTCCTGATCCTTCCTGATTGTTACCGAGCATTCAAAAATAAAAAGCCCCGTGATTCAAGCCAAAGTCCTGGAAACGCGGGACATGGTTCATGA	MYIKKYAITLLLGTLCLSYTVLTDCLFGFPWYNFMINWQFTLFSIVEKLTVTVLLCLLILPDCYRAFKNKKPRDSSQSPGNAGHGS				NA	NA	NA	NA	NA
JZ016_02228	1122	yndE_6		Spore germination protein YndE	GTGAAGGTGAAAATCAGTCCGCTGCAGTTCTTCTCGCTGCTGGTTTTATTTCAGTTCGGAACGACGCTTGTCGTGAACATGGGACTGCAGGCCGGTAAGGATTCCTGGATTGGGCTGCTGATTGGCATGGTGATCGGAACGATGATGTATTCGCTGAATGTTTATTTGTACACCATGTTTCCTGATCATCTGCCGACGGTTTATTATCGAATATTGCTTGGGAAATATTTAGGGGGATTGGTGGGAGTATCATACTGCGTGTTTTACCTGTATACAGGCTCCAGAGATATCGTAGATGGAGGGCTGTTGGTAATGGCATCGGCAGCCCTTAAGGAGACCCCGCTCCTCGTTGTCAATTTGATCATGGTGATGACCGTCGCTTTTGTGCTGCACCAAGGAATGGAGGTGCTTGGACGCACCGCTTTGATTTTCTTGGCGATTGTTCTGCTGATCAGCGTATTCAGCGCCCTGGTTATCGTATTTTCCGCAATCGTGGAAGTCCATCGCTTGCTTCCTGTTCTGGGTAACGGCGTACAACCCATCATTCAATCCGTAGTGAAAAAAAATATGCACTTCCCATTTGGGGAGCTGATTGTTGCTACAGTTCTCCTTCCACATCTGAGCCGGCGGAAGAGCGGGATCAAGGCGGGGTATTGGGCTATTTTATTCAGCGGAACGATGCTGGCGCTAACCTCTGCCGTTACCATTTCCGTCCTTGGCGAGAACATTGTGGAGCGTTCGGTTTTTCCTTTGCTGACGATGGTCGGAAAAGCCAATATTTCGGAGTTCATTGAGCGGACGGAAATTTTGATCGTGATGGTTCTGATTATTGGTGTGTTTTTTAAAATAAGTCTGTATTATTATGCCGCATTGATCTCTGCATCCGAGCTGTTCAACATTCCCTATCAAAAATTGATCTATCCTTTCGCTTTAATCATGCTTGGAAACTCGATGATTCTCGCACGTTCGTATAGTGAGCATCTCATGAAAGGAAGCCAGCATCTATATATGGTTCTCCCTATATTTTCAATCGCTGTACCCTTGGTGCTTGTCGTGATCGGTTTGATTCGCAGAGCAAGCTCCAAGGGAAAGACCAAGTCCGACTCTAGCTCCGGATCATGA	MKVKISPLQFFSLLVLFQFGTTLVVNMGLQAGKDSWIGLLIGMVIGTMMYSLNVYLYTMFPDHLPTVYYRILLGKYLGGLVGVSYCVFYLYTGSRDIVDGGLLVMASAALKETPLLVVNLIMVMTVAFVLHQGMEVLGRTALIFLAIVLLISVFSALVIVFSAIVEVHRLLPVLGNGVQPIIQSVVKKNMHFPFGELIVATVLLPHLSRRKSGIKAGYWAILFSGTMLALTSAVTISVLGENIVERSVFPLLTMVGKANISEFIERTEILIVMVLIIGVFFKISLYYYAALISASELFNIPYQKLIYPFALIMLGNSMILARSYSEHLMKGSQHLYMVLPIFSIAVPLVLVVIGLIRRASSKGKTKSDSSSGS	PGPT0025055_64	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296	NA	NA
JZ016_02229	1215	gerAC_2		Spore germination protein A3	ATGTTCAGACTCAGATGGTTGGTTAGCATTCTCCTGTGCTGCTGCCTGAGCACGATAACGGGCTGCTGGGATGCGACTGAATTGAATAAGCGGGCCATTGTCGCCGGTATCGGCATTGACTGGAAGGAAGAAGAGCAGCAATATATGATTTCCTTCCAGACCATCATCGCGGATGAAATATCCGGCAAAACAGGCAGGGGAGCGACACCTACATCCATATACAAGTCATCCGGAAAAACGATCGTTGAAGCGATGCGTAATACGTCCCGCAAATTGCCGCGTATCCTGTCGCTAGCCCACACGGGTTTGATCGTCATATCCGACGAAGTGGCCAGGAACGGAATTATCGATCTATTCGATTATTTGGATCGTGATTCCGATATTCGATTGACAACCGAAATTTTGGTTGCCGCGGAAGGACAAAAGGCAGAAGACGTGGTTGCCGTACTGACGCCTATCGGAAAGATTACGGCTTTTGCGCTTGTACAGAAGATTGAGTTAACCTCAAGACAGTTAAGCGAGAACTTCCGTGTTGAGGTAGACGATGTCATTCGGGATCTGCTCGTTCCCGGCGGCGGGCCTGTCATTAACGGCGTCATGATCGAAGGAGATGAGCAGCAAGCCGTAAAGAAATCCAATCTCGAAAGTTCGAAGAGTGCAGGCCTGGGTGTTATTTCCAATCTGGCTATTTTTAAAGGAGACAAACTTAAAGATTGGATGACCAGGGAAGAGAGCAAGGGAACCGTGTGGATCAAGGATAAAATGCATACAACGCCATTAAATATAAGTCTTGAACATGGACAAGGCGAAATTGCATTGGATGTCATGCGATCGAAGACCCGGCTGGAAGTGAAATTTAAAGGACCGCTTCAACCCGTTATCCACATATTCGTCGAGCCTAATTTCTCGATCCGGGAAGTGATAAGCGACATCGATCTGCGGAATCCGAATTCGATGAGAACGCTTGAAGCAGCTGCTAACAAAGAGGTGAGCCGTATTCTGAAATCAGCCGTGAAGAAGTGTCAGAAAGCGAATAGTGATATCCTCGGATTCGGTCAAACGGTAGAACGCGCCAGACCAGAAGCCTGGCACAAAATGAAGGGTCGATGGGATGTGATCTTTCCGCAGTTGGAAGTGGAATATCATGTGAAATCCGTTGTGCGTAACTCTCAGATGAGAGATCGCTCCTTTAAATACAACATGAACAACCAGTAA	MFRLRWLVSILLCCCLSTITGCWDATELNKRAIVAGIGIDWKEEEQQYMISFQTIIADEISGKTGRGATPTSIYKSSGKTIVEAMRNTSRKLPRILSLAHTGLIVISDEVARNGIIDLFDYLDRDSDIRLTTEILVAAEGQKAEDVVAVLTPIGKITAFALVQKIELTSRQLSENFRVEVDDVIRDLLVPGGGPVINGVMIEGDEQQAVKKSNLESSKSAGLGVISNLAIFKGDKLKDWMTREESKGTVWIKDKMHTTPLNISLEHGQGEIALDVMRSKTRLEVKFKGPLQPVIHIFVEPNFSIREVISDIDLRNPNSMRTLEAAANKEVSRILKSAVKKCQKANSDILGFGQTVERARPEAWHKMKGRWDVIFPQLEVEYHVKSVVRNSQMRDRSFKYNMNNQ	PGPT0025060_298	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_02230	1710			hypothetical protein	TTGAAGGATGGGGGTACCGACACCATGATACGCTACCGATCTCGAAACCGCCGCTCGATTCCCGCAAAGAAATCAGAGGAGCAGGTGGTATCTTCGAAGTCAGGGTCATCCGTGATTTCTGGTCATATAGAAGAGCTGCTCGATCGTATTCGGACCGAGTCCGGAGACAGCCCGGATATTGTTACCCGCCGCTTGAAGCTGGGCGGTGAGCCAGAGGAGAACTGTGCCATTGTATATTTGAACGGACTCAGCGATCCTGAGATGGTCAACAATTTCGTAATGGATTCTCTCCTGCGTTTAACCCCTGATTTATATAAGGGTGAAGGGCCCGATGCCTACCTGGACAACATCATGAAGGATGGGCTGTCGATGGGCGAATCCAAAATAATGACCGAATGGAACGACATGATGTTGGCCATTCTGTCAGGGGATACGGCCATCCTGCTGGAAGGTGCCGAGAAAGCCATCGTAGCGGGTACGCAGGGCGGAGAATGGAGATCTGTTACCGAGCCGACCTCCCAGCTTGTAGTTCGCGGACCCAAGGATAGCTTCGTGGAGTCCATCGCTACCAACATATCCCTTATCCGGCGGAGGCTGAAATCCCCCGATCTCTGGCTGGAGACCATGAAAATCGGATCCGTAACCCATACCCACGTGGCTCTTATGTATGTGAAGGGAAAAGCAGATCCCGGGATTGTAAAGGAGATTAAAGAACGGCTGAATGATATCGAGATTGAAGGGATACTGGAATCGGCTTATATCGAAGAATTTATTCAGGATAAAACGGTAACCCCTTTTCCCACGATCTATAATACGGAGCGTCCTGACGATGCCGCCAGTAAATTGCTGGAAGGCAGGATCATCGTCCTGGTTGATGGTACCCCCTTCGTCCTGGTCCTTCCAACGGTATTTGTTCACTTTTTCCAATCCCCCGAAGATTATGCACAGCGATTTGATATTGCAATTGTGATGCGGATTGTCCGCTATCTCAGTTTTATTATTCTGATCCTGGGCCCATCGGTTTATATAGCCCTCACCACCTTTCATTACGAAATGGTGCCGACCTTATTGCTGATCAGTTTGGTTGCTCAACGGGAAGGGGTGCCGTTTCCCGCCTTTGTCGAAGCGATGCTGATGGAAATCGTATTTGAAATTCTGCGTGAGGCCGGGGTGAGGATGCCCAGAGCCATCGGACAGACCGTCTCGGTTGTAGGTGCTTTGATCCTGGGGCAGGCAGTCGTTGAAGCTGGTCTGATTACGCCAGCGATGGTCATTGTCGTGGCTTTAACCGGTATTGCAAGTTTTGCCATACCGGCCTATAACCTATCCATCGCCGGACGCTTGATTCGGTTCGCTTTTATGGTACTGGCCGGCTTGTTCGGATTTTACGGGTTGACGCTGGGATTAATCATCCTTGTTGCCCATATGAATAGTCTCCGTTCGTTCGGAGTTCCCTATTTATCGCCGATCAGTCCTTTTCGATTGCGGAATCAAAAAGACGCTGTCATCCGAATGCCTTTCAAATCGCTCCAAGCGGAAGCCTTGTCCGCATCTCATTCGGGCAGTAATCGAGGTACATCGGGGGAAGCCGCATCACAGGAAGCCGGGAATCTATCATCCGGTTTATACAATCGGAGTGCCGGAAGGGATAACAGTGATACGGGGGACCAGAAAACGGCTGTTCCGGCCGTTGAGTCCAATCGTAATTAA	MKDGGTDTMIRYRSRNRRSIPAKKSEEQVVSSKSGSSVISGHIEELLDRIRTESGDSPDIVTRRLKLGGEPEENCAIVYLNGLSDPEMVNNFVMDSLLRLTPDLYKGEGPDAYLDNIMKDGLSMGESKIMTEWNDMMLAILSGDTAILLEGAEKAIVAGTQGGEWRSVTEPTSQLVVRGPKDSFVESIATNISLIRRRLKSPDLWLETMKIGSVTHTHVALMYVKGKADPGIVKEIKERLNDIEIEGILESAYIEEFIQDKTVTPFPTIYNTERPDDAASKLLEGRIIVLVDGTPFVLVLPTVFVHFFQSPEDYAQRFDIAIVMRIVRYLSFIILILGPSVYIALTTFHYEMVPTLLLISLVAQREGVPFPAFVEAMLMEIVFEILREAGVRMPRAIGQTVSVVGALILGQAVVEAGLITPAMVIVVALTGIASFAIPAYNLSIAGRLIRFAFMVLAGLFGFYGLTLGLIILVAHMNSLRSFGVPYLSPISPFRLRNQKDAVIRMPFKSLQAEALSASHSGSNRGTSGEAASQEAGNLSSGLYNRSAGRDNSDTGDQKTAVPAVESNRN	PGPT0025050_52	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295	NA	NA
JZ016_02231	684			hypothetical protein	TTGAAACGATACGTGCTGCCATTTATCATCCTGATCATGAGTCTGCTTTATATTTTCTTCATTCCGTCCGAGCCGTTGCTCGTGAAACTCCTGTTCAAGCTCATTCCGATGTGGCTCATCATCCTGTTTGCCTATCGGCAATTCCCGCCCCATACCTCTAAAGTTCACTATCTTCTGTTATCGGGACTGTTCTTCTGCATGATCGGTGACGGCACGCTCATCTGGTTTGTCGTGGGCCTTACCGCTTTTCTGATCGGTCATCTGTTCTATACAGCTGGCTTTCTGGGGCACTGGCGATATTCACTTCCCCGCCTCATCAGCATCGTACCGATTGCGGCCTATTCGGTATGGATGGGCATTCCATTGGTGTCCTCTCTCAAGTCAAACGGGGAGCAAGCTTTGATGATTCCCGTCATCGCTTATATCGCAGTCATTTCGTTCATGCTCTGGACAGCCATCATGACCGGGAATCGGTATGCGATGGTTGGAAGCCTGCTCTTTGTCATCTCGGACTCGATCTTGTCTTGGAACATGTTTGTTGCCGATATCCGCTATTCGAACGTCTGGATTATGACCACTTATTACGCGGCCCAATTCCTGATTGCCAGAAGCATCTCGGCTTTTGACAGTCCTCGAGTACAGGCCTTAGGAAGCTCGTCCTTGAATGCATCTGCCGCCCCATAG	MKRYVLPFIILIMSLLYIFFIPSEPLLVKLLFKLIPMWLIILFAYRQFPPHTSKVHYLLLSGLFFCMIGDGTLIWFVVGLTAFLIGHLFYTAGFLGHWRYSLPRLISIVPIAAYSVWMGIPLVSSLKSNGEQALMIPVIAYIAVISFMLWTAIMTGNRYAMVGSLLFVISDSILSWNMFVADIRYSNVWIMTTYYAAQFLIARSISAFDSPRVQALGSSSLNASAAP				NA	NA	NA	NA	NA
JZ016_02232	714	sapB	COG1285	Protein SapB	ATGGATGTGTTTCAACTGGATACGCAAACCATGCTGATGCGGCTGCTGTTCGCTGCATTGCTTGGCGGTTTAATCGGTTGGGAGCGGGAACGCAGAAATAAGCAGGCCGGTTTAAAAACCCATCTCTTGGTGGCTGTCGGATCAACGCTGATTATGCTGACTTCCATTTACGGTTTTGATTCTGCGCTGATTAATCATCCCAATGCGAGGTTTGATCCTGCCCGGCTGGCGGCACAAGTTGTAAGCGGTATCGGTTTCCTTGGTGCCGGGGCTATATTGCGGCGTTCCAATCATATCATTTCAGGTCTTACCACGGCGGCAACTCTTTGGGTGGCGGCTGCTATCGGTTTAAGTGTCGGCTCCGGTTTTTACTGGCCGGCGATCATAACGACGGCGATCGTTCTGGTCAGCACGCTGGTGTTAAATAAATTGGAATCGAAATTTCTGTTTATCAAAAAGTCAGGCAGCTTGAAGATCATCATTGAGGCCGGAGACCGTCCGGTTCATGTGAGTACTATTACCGAATTGCTGCAAAAGGCCAATATGACGGTGGAAGGCATGATCGTGAATAATGACACGACGGAAGACGATTCGACCAAGGTGACGATGGAATTCCGGGTGTATTCTTTTAACAGCAAGGGAATTAACGGATTATTCGAGCAGTTGTGGCAGGTAGAGGGCATTAAGCAGGTTCGTATGAACTGGCGGGATTAA	MDVFQLDTQTMLMRLLFAALLGGLIGWERERRNKQAGLKTHLLVAVGSTLIMLTSIYGFDSALINHPNARFDPARLAAQVVSGIGFLGAGAILRRSNHIISGLTTAATLWVAAAIGLSVGSGFYWPAIITTAIVLVSTLVLNKLESKFLFIKKSGSLKIIIEAGDRPVHVSTITELLQKANMTVEGMIVNNDTTEDDSTKVTMEFRVYSFNSKGINGLFEQLWQVEGIKQVRMNWRD	PGPT0014005_760	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014005-mgtC-K07507	NA	NA
JZ016_02233	633	ygcP	COG1954	putative protein YgcP	ATGTTGCGGCGGCAACGAGGTGAAGACATGAAAACCAGTGTTGAAGGTGCACAACGAATTTCGTATTGCTTGAAGCGTAAGCCCATTATTACTTCATTAATGAATGCCGATGAACTCCCTGCTGTACTGGCGACCGAATCGAATATCGTGTTTATTCTCAAAACCGATATTTTTATCATCGAATCGATCGTTGAACAGATTCGGGAGGCGGGCAAACTCTCGTTTGTGCATTTTGATCTGATTGAAGGGATCGGTAAAGACAAAACGGGGGTTAAGTATTTAGCTGAAAAGGTGGGCATCGACGGTATTGTCACGACAAAAAACACGGCGATTGTAGAAGCGAAGAAACTGGGCTTGTTGACGGTCCAGCGTCTGTTTGTATTCGATTCCGTTTCTCTGGACAACGGGATCAAGATGATTAAGGCCTCCAATCCGGATGCCATTGAAGTGCTGCCGGGCATGGTGTGTCAGCGGATCATGGAACGGATTCGTGCAGAAGTGGACGTGCCCGTCATCGCTGGAGGACTCATGATCGATTTGGAGGATTTTGATACGGCTTTGAAGAGCGGTGTAATTGGCATATCCACCTCCAGCAAAGAGCTATGGCGCTGGCAGGATGAACATATGGTATAG	MLRRQRGEDMKTSVEGAQRISYCLKRKPIITSLMNADELPAVLATESNIVFILKTDIFIIESIVEQIREAGKLSFVHFDLIEGIGKDKTGVKYLAEKVGIDGIVTTKNTAIVEAKKLGLLTVQRLFVFDSVSLDNGIKMIKASNPDAIEVLPGMVCQRIMERIRAEVDVPVIAGGLMIDLEDFDTALKSGVIGISTSSKELWRWQDEHMV	PGPT0022030_49	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULE_REGULATION,PGPT0022030-nodX-K02443	NA	NA
JZ016_02234	813	araL	COG0647	Sugar-phosphatase AraL	ATGGATCATTATTCAGGGTATATTTTTGATTTGGACGGTACGATTTATCTTGGGGCTGAGGCCATTGATGGTGCGGTGGAGACCATTCATTATTTGCAGGGACTGGGTAAGAAACTATTGTTTTTGACCAACAAAACGATAGATTCCAGGGAAAACTATTTGAAGAAATTAAGGAAGCTTGGCATTCAAGTTGAGCTGAACAACATATTGAACCCTGCGCTCGTTACGATTCATTATCTTCAGAAGCATCATCCGGACGCAAACGTGTATGTCATTGGCGAGGATATATTGAAGAATGAGCTGCTGGACAATGGCATACGATTCGCCTCATCGCCGGAGGAAACCGACGTTGTGGTTGTATCATGGGACCGGGATTTTCACTACCGCCATCTGGATTTTGCATATCAGGCGATTAAACGGGGCGCTGATGTGATTGCCACCCACCCGGATCGAACATGTCCGATGCCTGGCGGCGATGTCCCGGATTGCGGCGGCATGATCGGTGCCATCGAAGGCACCGCCGGCATTACAATCACAACCGTCATGGGCAAGCCCTCCGTCTTGACGGCATTGACCGCTCTTGATATTTTGGGAGTGAAGGCCGAAGATTGTCTGATGTCAGGGGATCGGCTGGAGACGGATATCAAGATGGGAAATCAGGCAGGGATGAGTACGGCGATGGTGCTGACCGGCGTATCGAGCAGGGACGATCTGATGGACAGCAGCGTGAAGCCCACCTATGTATTGAATTCGGTCTACGATATTTATCTCAGCGGTACTGCCGTGAAGCAGGCAGATGAAGCAAAGTCATGA	MDHYSGYIFDLDGTIYLGAEAIDGAVETIHYLQGLGKKLLFLTNKTIDSRENYLKKLRKLGIQVELNNILNPALVTIHYLQKHHPDANVYVIGEDILKNELLDNGIRFASSPEETDVVVVSWDRDFHYRHLDFAYQAIKRGADVIATHPDRTCPMPGGDVPDCGGMIGAIEGTAGITITTVMGKPSVLTALTALDILGVKAEDCLMSGDRLETDIKMGNQAGMSTAMVLTGVSSRDDLMDSSVKPTYVLNSVYDIYLSGTAVKQADEAKS	PGPT0021435_300	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021435-nagD-K02566	NA	NA
JZ016_02235	1764	glpD_2	COG0578	Aerobic glycerol-3-phosphate dehydrogenase	GTGGACACAAGCTTATCCGCCAAGATGCGGACCCAATATTTGCAGGACATGTCGGCAAAAAAGCTGGATGTGCTGGTGATTGGCGGCGGTATCACGGGTGCGGGAATTGCTTGGGACGCCAGCTGCAGAGGGATGAGCGTCGGCTTGGTGGAAATGAATGATTTTGCTTCGGGAACGAGCAGTAGATCAACGAAGCTGATTCATGGCGGTCTTCGGTATCTGAAGCAAGGAGAGATCGGCTTGGTACGTGAGGTGGGTTCTGAACGGGCATTGCTTCACCGGAACGCTCCACATCTGGTGGAGCCTATTCCGATGCTGCTCCCAATTTATAAAAAAGGCACTTATGGTTATCTTGCCAGCGCGATCGGATTGTATCTGTACGACTGGCTGGCAGGGGTCAAACGCAGCGAACGGCGCAAGATGTTCCGGCGCGAGAGTACCCTGACCCTTGAACCGCTCTTTCGAAAGGAGGGATTGAAAGGTTCCGGTTATTATTATGAATACCGAACCGACGATGCTCGATTAACGGTGGAAGTGATGAAGTCTGCAAGGGCCAAGGGAGCGCTCATCGCGAATTATGCCAAAGTCCAGGAATTCATGTATCGAGGAGGAAAAGTAGTAGGAGCTCATGTAGAAGACCAAGTGAGTGGCAAGACCTATACGATAAACGCCAAAAAGATCATCAATGCCGCCGGGCCATGGGTGGATCAGGTCAGGCTCAAGGATAATTCGCTCAAGAGAAAGCGCCTGCTTTTAACAAAAGGCGTTCACCTGGTGGTGGATCATGCCAAGCTTCCCATTCGGCAAGCTGCTTATTTCGATGTACCGGGTGGCCGAATGATTTTTGTCATTCCAAGAGAGGGCAAGACCTACATCGGAACGACTGATACCGTTTACGAGGGGGCGATTGAGACGCCTGGTATTACCGAGGAGGATCGGCGATATCTGATCGATGCGGTGAATCATGCTTTCCCGGAGTCAAGGCTGCGGCCGGACGATATCGAATCCGGATGGTCAGGCTTACGGCCGCTCGTCCGTGAGGAAGGAAAGGGACCTTCTGAAATATCGAGAAAAGATGAGATGTTTATATCCGATTCCGGGTTGATCACCATTGCAGGAGGAAAGCTGACCGGATTTCGGAAAATGGCCGAAAAGGTAGTGAACCTTGCAGCCAGACAGCTTCAAGACGCCGATGGCACCATCTATCCTCCCTGTACGACGGATCGGGTTCCCATCAGCGGGGGCGACCTGAACGGCCTTACCTATAAGGAGCTTCAGAAGAAGTTGATTAAGCAGGGTGACTCCCTTAGTATCAGGCCCGAAGACATTCTGAGCCTCATGAACAGGTACGGCTCCAATACGATGGAGCTGATGAACCGGGTCGCTGCTTCTTCGCAGGAAGCGGAAACGACCGAGCTTCGATTGTTACGTGCGGAAATCGAGTATTCCATCGAATATGAGATGACGATGACCGCAGTCGATTTTCTGTTAAGAAGAACGGGCTGGTTATTATTCGACCGGCAAAAAACCGAGCGAACCATTGCTCCCGTCATGAGGCTGATGCGTGAATATTTAGAGTGGAATCAAGAGGAAGTCGACAGGCAATGGGAGCTGCTGCAGGATCAATTGCAATTGGCATGGGGAGTGGCGGAAGGCAGCAGGATGGAACGGTATACGGATCCGCCGGATCGGGTAGACGTCACCGGATCGTGTTCCGACCAGGAAGCCGAGCATTCCTCCGCCGTGTCGGCGATGAATCGATAG	MDTSLSAKMRTQYLQDMSAKKLDVLVIGGGITGAGIAWDASCRGMSVGLVEMNDFASGTSSRSTKLIHGGLRYLKQGEIGLVREVGSERALLHRNAPHLVEPIPMLLPIYKKGTYGYLASAIGLYLYDWLAGVKRSERRKMFRRESTLTLEPLFRKEGLKGSGYYYEYRTDDARLTVEVMKSARAKGALIANYAKVQEFMYRGGKVVGAHVEDQVSGKTYTINAKKIINAAGPWVDQVRLKDNSLKRKRLLLTKGVHLVVDHAKLPIRQAAYFDVPGGRMIFVIPREGKTYIGTTDTVYEGAIETPGITEEDRRYLIDAVNHAFPESRLRPDDIESGWSGLRPLVREEGKGPSEISRKDEMFISDSGLITIAGGKLTGFRKMAEKVVNLAARQLQDADGTIYPPCTTDRVPISGGDLNGLTYKELQKKLIKQGDSLSIRPEDILSLMNRYGSNTMELMNRVAASSQEAETTELRLLRAEIEYSIEYEMTMTAVDFLLRRTGWLLFDRQKTERTIAPVMRLMREYLEWNQEEVDRQWELLQDQLQLAWGVAEGSRMERYTDPPDRVDVTGSCSDQEAEHSSAVSAMNR	PGPT0006775_754	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0006775-glpA|glpD-K00111	NA	NA
JZ016_02236	858	btr_3	COG0614	HTH-type transcriptional activator Btr	TTGGACAAAACACTGCGAGAACCGATGACCATGCCGGATCCTCAGTTTCCGATTAAGGTTCATCGTTGCGAGTTTGATGGACGTGGACAGGTTTTGTTTAACCACCATTGGCATGAACATCTTGAAATTCTATACATTGTATCAGGAGAAGCGAGTTTGGAGTGCGGCTCGTCCACCTTCACGGTCAAGGAAGGCGATATGATCGTCATTAACCGGAATGAGCTGCATTACGGCCTCAGCCTGTCGGATCATTTGTTTTATTATGCGTTAATCGCGGACTTCTCGCTGCTTCAGAGCCATTCGCTGGATGCAACCGAGATGAAATTCATCACGCCGATCACCCAGAATCGGCTGATCTTCGAGAACCGAATTAGCGGGGATGATGCGCTAGCCTCCATGCTGTCTATCATTCATGAGCTGGAACAGCGGGAATTCGGTTATGAGCTGGCCGTCAAATCAGAACTGTATCGGCTGCTTACGCTGCTTGTTCGAGGTTATGTAGCGACGGTTCTTACCCTGGATGAGTACATCGAGCGGATGAAGAATGTGGAGCGCTTTGCCCCGATATTCAAGTATATCGAAGAGCATTACCGGGAGGATTTATCAGTGGAGCTCCTATCCGGCATGGCGGGTCTCAGCCGCTTTCATTTCAGCCGGCTGTTCAAGGAAATCAGCGGCCGGACCGTGACGGAGTATGTGAATGAGACGAGGCTCAACCGGGCGGATTATCTCCTTCGCGAGAGTCCGCTTACCGTATCCGAAATCGCGGCTGCGACCGGGTTTAATGATATTTATTATTTCAGTCGAACCTTCAAGAAATATAAAAGCATGGCTCCATCGGCTTTACGGAAAAAGTGA	MDKTLREPMTMPDPQFPIKVHRCEFDGRGQVLFNHHWHEHLEILYIVSGEASLECGSSTFTVKEGDMIVINRNELHYGLSLSDHLFYYALIADFSLLQSHSLDATEMKFITPITQNRLIFENRISGDDALASMLSIIHELEQREFGYELAVKSELYRLLTLLVRGYVATVLTLDEYIERMKNVERFAPIFKYIEEHYREDLSVELLSGMAGLSRFHFSRLFKEISGRTVTEYVNETRLNRADYLLRESPLTVSEIAAATGFNDIYYFSRTFKKYKSMAPSALRKK				NA	NA	NA	NA	NA
JZ016_02237	1059	iolG_17	COG0673	Myo-inositol 2-dehydrogenase	ATGAAATCTATTAATGTTGGCGTCATTGGCACGGGATCGATCTCTGCTATGCATTTGCAATCCTATGAGAAACATGCGAACACGAATTTGCTCGCCGTGTGCGATTTAAATGAAGAAAGAGCACAGCGTGCAGCTGAAAAATACGGTGCTACCAAAGTCTACACCGATTATAACGAACTTCTGGCTGATCCGGAAATCGATGCAGTAAGCATCTGTACCTGGAACAATACGCATGCCGAAATCAGCATTGCGGCACTGAATGCAGGCAAACACGTCCTGGTTGAGAAACCTCTCTGCCGTACCGTTGAGGAAGCGCTTCAAGTACAGGAAGCCGTTAAATCCTCCGGCAAACTGCTTCAGGTCGGCTTCGTAAGACGTTACGACCCTAACGCTCAGATGCTCCGCGAGTTTGCAGACAAGGGTGAATTTGGGGACATCTACTTCGCGAAGGCTTCCTCTGTTCGTCGACTCGGCAATCCAGGCGGCTGGTTCTCTGACATCGAGCGTTCCGGCGGCGGACCTCTCATCGATATCGGGGTGCATGTCATTGATCTGTGTTGGTACATGATGGGTCGGCCAAAACCGGTTTCCGTCAGCGCCAATACATATCGAAAGCTGGGCAATCGCTCTAATGTTCGCAACCTCTCCTTCTACAAAGCGGCTGACTATGACGCGGAGAAGAACACGGTTGAGGATATGGCGAATGCGATGATCCGTTTTGAAAACGGCGCCTCTTTGCTGGTAGACGTCAGCTTCACGCTGCACTCGAAGGAGAATCTGCAATCCGTTAAATTGTATGGAGACAAGGGCGGATTCGAGATTGATCCAGAAGTGGTCATCGTAACGGAAAAGCACGATACCATCATCAACATCCAGCCTCAAACGGACAACAAAGGATTCGATTTCAACGCGGCTTTCCAAAGCGAAGTCGATCATTTCATTTCCAGCATCGAGAACGGCACGGCACCTCTCAGCCCGGTTGAAGACGGCGTTGAGATCATGAAGATTCTGTGCGGGATCTATGAATCCGCCGAAAAAGGGGTTGAGGTTCTCTTATGA	MKSINVGVIGTGSISAMHLQSYEKHANTNLLAVCDLNEERAQRAAEKYGATKVYTDYNELLADPEIDAVSICTWNNTHAEISIAALNAGKHVLVEKPLCRTVEEALQVQEAVKSSGKLLQVGFVRRYDPNAQMLREFADKGEFGDIYFAKASSVRRLGNPGGWFSDIERSGGGPLIDIGVHVIDLCWYMMGRPKPVSVSANTYRKLGNRSNVRNLSFYKAADYDAEKNTVEDMANAMIRFENGASLLVDVSFTLHSKENLQSVKLYGDKGGFEIDPEVVIVTEKHDTIINIQPQTDNKGFDFNAAFQSEVDHFISSIENGTAPLSPVEDGVEIMKILCGIYESAEKGVEVLL				NA	NA	NA	NA	NA
JZ016_02238	858			hypothetical protein	ATGAAACTTGGAATAAGCTCATACAGCCTGTACCAGGCCATGAATAAAGGCGAAATGACCATTACTGATGTCATCGACTACGTTGCAGAAATCGGCGGAGAGCATATCGAAATCGTTCCACTCGGCTTTAACCTGAAGGAAACGCCGGAGTTGATCGATACCATTAAATCCCATGCCGCTTCCAAAGGGCTTGAGATCTCCAACTATGCCATCGGTGCCAATTTTGCGGAATTGGATGATGCTGCATATGAAGCGGAGATTGAAAGAGTTAAAGGCGAAGTGGACATTGCGGCCGCGCTTGGCGTTAAGCTGATGCGCCATGACGTAGGCTCTTCCAAGGACTTGTCCATCACGCATTTCCTGGAGGAACTTCCCCGCCTGGCCAATGCATGCCGAATCATAGCCGATTACGCGGCAGAACGCGGCATTACAACAAGCGTGGAGAACCACGGCTATTTCATTCAACATAGCGACCGTGTAAAAGCGCTGGTTCAAACCGTTAATCACCCTAACTTCAAAACAACCCTGGACATTGGAAACTTCCTCTGTGCAGATGAGGTGTCAACTGTGGCAGTCAAGAACAACATCGGCTTGGCTTCGATGGTTCACTTCAAGGACTTCTATTATCGCCCGGCTCACCGCGCACCTGGATCCGGTTGGTTTAACACCTCCAGCGGCAACTGGCTGCGTGGCGCGATTGTCGGCCAAGGCGATATCGATATGCCGGAAGTCGTTCGCATCGTGAAGGAATCCGGTTACGACGGCTATATCTCGATCGAATTCGAAGGGATGGAAGATTGCCGTACGGGAGCTAAGTTTGGATTGGAATATCTCCGTAAAACCTGGAATGAGGTTTAA	MKLGISSYSLYQAMNKGEMTITDVIDYVAEIGGEHIEIVPLGFNLKETPELIDTIKSHAASKGLEISNYAIGANFAELDDAAYEAEIERVKGEVDIAAALGVKLMRHDVGSSKDLSITHFLEELPRLANACRIIADYAAERGITTSVENHGYFIQHSDRVKALVQTVNHPNFKTTLDIGNFLCADEVSTVAVKNNIGLASMVHFKDFYYRPAHRAPGSGWFNTSSGNWLRGAIVGQGDIDMPEVVRIVKESGYDGYISIEFEGMEDCRTGAKFGLEYLRKTWNEV	PGPT0017960_329	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_TAGATOSE_DEGRADATION,PGPT0017960-dpe|lre-K18910	NA	NA
JZ016_02239	897			hypothetical protein	ATGTCGAAGCCTATCATGCCTAACAAAATTGGCGTTATTGTTGACAGCTTTCGCGTTGGAGTAAGAGATGGCCTTCTTAAAGCCCGAGAAGTCGGTGCAGACGGCGTACAGATCTATGCCGTTCATGGCGAAATGGATCCGGCCAACCTCTCTGCTTCGGCGCGAAAAGAATTGAAGGATTACATCGATTCACTGGGACTTGAAATCTCCGCCCTCGTGGGTGACCTTGGCGGACACGGCTTCCAGGACCCTGCTGAGAATGCGGCTAAAATCGAGAAATCCAAACGAATCATGGAGCTCGGCTTGGAGCTGGGAACCAATATCATCACCACGCATATCGGTATCGTGCCGCAAGATCATAACAGCCGCGTATATGAAACGATGCACAAAGCTTGCCTGGAGCTTAGCACATTCGCGAAGTCCATGGACGCATTCTTTGCCATCGAGACAGGTCCGGAGCCTTCGGCTCATTTGAAATCATTCCTTGACGGCCTGGGTTCCAACGGAGTATCGGTAAACTTTGACCCGGCCAATATGGTCATGGTTACCGGTGATGATCCTGTACAGGGCGTGTACAACCTGAAGGATTATATCGTTCATACACACGCGAAGGACGGAATCAAGCTGGCTGACTATATCGATCCTCGTGATGTATACGGCGATTTCGGATACGAGGCACCTGCCCTTGACCATGACAAAATTGCCGATATGGCGGAATCGGGTGAGAAGTTCCGTGAAGTGCCGCTTGGCGAAGGCGGCGTGAACTGGAATGCTTACCTGCAAGCTCTCAAGGATATTGGCTATACGGGGTATCTGACCATCGAACGTGAAGTGAAAGCCAATCCGGAAGCGGATATCAAGCTTGCCGTGGACTTCTTGAAGACGTTCAGAGCTTAA	MSKPIMPNKIGVIVDSFRVGVRDGLLKAREVGADGVQIYAVHGEMDPANLSASARKELKDYIDSLGLEISALVGDLGGHGFQDPAENAAKIEKSKRIMELGLELGTNIITTHIGIVPQDHNSRVYETMHKACLELSTFAKSMDAFFAIETGPEPSAHLKSFLDGLGSNGVSVNFDPANMVMVTGDDPVQGVYNLKDYIVHTHAKDGIKLADYIDPRDVYGDFGYEAPALDHDKIADMAESGEKFREVPLGEGGVNWNAYLQALKDIGYTGYLTIEREVKANPEADIKLAVDFLKTFRA	PGPT0017530_188	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0017530-ulaE|sgaU|sgbU-K03079	NA	NA
JZ016_02240	1032	iolG_18	COG0673	Myo-inositol 2-dehydrogenase	ATGCTGAAAATCGGAATATTGGGATTTGGTTTTATGGGGCGCATGCATTTCGACAATTATGTTCGACTAGCCGAAGAGGGCGCGGACATCCAACTGGTGGCGATTTGCGATTTGCGCATCGATGAGCTTAAGGACAGCAAAGCCAACGGCAATATGGCAACCGAGCGTGATGTATACGACCTGGAGCCTTATCATCTGTATGAACATGTGGACAAAATGCTGGAGCATGAAGAGCTGGATATTGTGGATGTATGCCTGCCGACTTATTTGCATGCGGACATGTCCTGCATGTTGTTGGAGCGGGGGATTCACGTCATGTGTGAGAAACCTGTCGCAGGCAGCTCCGAGGAAGCCTGGCGCATGGTAAAAACAGCGGAGCGCACAGGAAAAACGCTCATGATCGGACAATGCCTCCGTTTCTGGCCAGCTTATGAATATTTAAAAGAATGCGTAGAGGACGGTCGTTATGGAAGCATCGTTGCAGGCGAATTCTTCCGGGGATCGGAGCCGCCTCAAGGCTGGTTCCTGGAAGGAGACAAGAGCGGTGGCTGTATCACGGACATGCATGTGCATGACGTGGATATGATTCATTGGCTTATGGGCAAACCGGAGCGCGTATCGACTTTCGCCAAAACGATGATTAAAGGAAGCTCGTACGATATCGTATCCACCCACTACAGTTTCCCGGATGGTAAAGTGATTAACGCGCATGCGGATTGGACGCTGCACGGCGAACACGGTTTTTATATGGGTTACCGTGTGAATTTGGAAGAGGCAACGCTGGTGTTCGAGAATAACGAACTGAAGGTGTACCCTGAAGACGCCCCAGGCTTTACGGCTGAGCTGTCCGATGATTCCGGTTATTATCGTGAGCTCCGGTATTTCATTGAGCATGTTGCGCAAGGAGAGCCGGTAACGGTATGTACGCCTGAGAGCGCTGCCGGGTCGCTGGAAATTATTGAAGCCGAGATTCGTTCCGCAAGAGCGAACGGCGCCTTGGAGACGGTATCAGGGAAACAGGTGGTATCTTAA	MLKIGILGFGFMGRMHFDNYVRLAEEGADIQLVAICDLRIDELKDSKANGNMATERDVYDLEPYHLYEHVDKMLEHEELDIVDVCLPTYLHADMSCMLLERGIHVMCEKPVAGSSEEAWRMVKTAERTGKTLMIGQCLRFWPAYEYLKECVEDGRYGSIVAGEFFRGSEPPQGWFLEGDKSGGCITDMHVHDVDMIHWLMGKPERVSTFAKTMIKGSSYDIVSTHYSFPDGKVINAHADWTLHGEHGFYMGYRVNLEEATLVFENNELKVYPEDAPGFTAELSDDSGYYRELRYFIEHVAQGEPVTVCTPESAAGSLEIIEAEIRSARANGALETVSGKQVVS				NA	NA	NA	NA	NA
JZ016_02241	888	iolO_1	COG1082	5-keto-L-gluconate epimerase	ATGAAGAAAGGGATTAATATCTGGTCGTTCTCGGGAGATGCTTCCATCTCCGACTGCATCCGATTGGCAAAGGAAGCCGGGTTTGAAGGAATCGAATTGTCATTAAACCAAACAGGAGAGCTCGGCCTTCAGGCTGGCGATAAAGAGGTACAGGCCATAACGGAACAGCTGAAAGAAGCCGACCTGGACATCGCGGGTTTGGCGACAGGTTTGTATTGGGAATATCCGATGACCAGTGATGACCCGGCTGTCCGTGAGAAGGCCATGGATATTTGCAAGAAGCAGCTGGAGCTCGCGTCCGCTTTCGGAGTGGATGCCATCCTTGTGATCCCGGGGGCGGTCGGTGTCGATTTTGTTCCTGGTTCTGCAGTCATCGATTACGAATATGCCTACGAGCGGGCTCAAGAATCCATTCGTAAGCTGGTTCCTTACGCGGAAAGCGCCGGCGTTGCCATCGCGATCGAGAATGTATGGAATAAATTCCTGCTGTCGCCGCTGGAATTGCGGACCTTCATCGACGAGATCGGTTCCGAGTATGTCGGCTCCTATTTCGACGTAGGCAATGTTGTGCATAACGGTTATCCGGAGCACTGGATTCGGATTTTGGGTGAGCGGATCAAAAAAGTCCATTTCAAAGATTACCGCAGACAGGCAGGCGGATTGCACGGATTTGTCGACCTGTTGGCAGGGGACGTTAATTATCCGGCCGTTGTTGAAGCGCTGCGCTTGATCGGCTATGACAACTATGTTACCGCAGAGATGATCCCGGCGTATACCCACTACTCGGAGCAGATCATATTTAATACATCCAATGCAATGGATGCGATTCTTGGACGCACGCCAACTTTGCGCAAGCCGGATGCCCGCCAGCATCAAGGCCAATCATAA	MKKGINIWSFSGDASISDCIRLAKEAGFEGIELSLNQTGELGLQAGDKEVQAITEQLKEADLDIAGLATGLYWEYPMTSDDPAVREKAMDICKKQLELASAFGVDAILVIPGAVGVDFVPGSAVIDYEYAYERAQESIRKLVPYAESAGVAIAIENVWNKFLLSPLELRTFIDEIGSEYVGSYFDVGNVVHNGYPEHWIRILGERIKKVHFKDYRRQAGGLHGFVDLLAGDVNYPAVVEALRLIGYDNYVTAEMIPAYTHYSEQIIFNTSNAMDAILGRTPTLRKPDARQHQGQS	PGPT0017530_245	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0017530-ulaE|sgaU|sgbU-K03079	NA	NA
JZ016_02242	906	rhaR_29		HTH-type transcriptional activator RhaR	GTGAGCGAGATGGACCTCAATTTTCCGATAAAACGCGAAGCGCCTTTTCGCGAATGGTCACCCTGCATTCACTATGCGCAGTTTCAACGCATGGCGACGGGATCACTCCCGCAGCGCAGGTTATACGATTTTGAACTGCTCTATGTATACCAAGGGGAAGCCGCTACAACGATGTACGGGAACCGCTATCGCATCGAAGCCGGTCAACTGATCTTCCTGCCGTCCGGTGTTTACCACCAGAATGAGGTGGTCTCCCATCCTGACGCGCGATTTTTGGGGATTCATTTTGATTTCTTTGATGAGCTGGACATACAGACCGAAGCGGATATGATTGTGAATGAAGCCGTGCTGGATCCGAATAAATTCGCGCATGAAGCGGTGTCCTCCGCTTTTCCCCCGCTCTCTTCCCGTGTCATCTACACGCCCCCGCTGCCTTGCGTTCAGATGATGGAACGAATCGTGGAGGAGTTCACCCTGCGTCCCGCCGGCTATGAGCTTGCCTGCAAAGGGCTGATGCTGGATGTGCTGGTTCAACTGCTTCGGACGCATCCTTCCCAGGCCTTGACGGAGACGTCACCGCACGATGCCAAACTGATTGAACTGATGTCTCAAATCGAAAAAACTCCAGCCAAAGACTGGAGCAACAAAGTGATTGCGGAGCATTTAATGTTAAGCCCGGATCATACCGCCAAATTGTTTAAACGCTTTGCGGGGATGCCGCCAAGTGAATTCGTGCAATCCGTTCGCCACCGCGAAGCGCGCAGGCTACTCCGGGAATCCGATATCTCGATCGAGGCGGTTGGCGAAGGGGTCGGATACCCGGATATTCATTATTTTAGCCGAATCTTCCGCAGACTGGAGGGGATTACCGCTACCGATTACCGCAAACTCTCAAGAATTCTGTAA	MSEMDLNFPIKREAPFREWSPCIHYAQFQRMATGSLPQRRLYDFELLYVYQGEAATTMYGNRYRIEAGQLIFLPSGVYHQNEVVSHPDARFLGIHFDFFDELDIQTEADMIVNEAVLDPNKFAHEAVSSAFPPLSSRVIYTPPLPCVQMMERIVEEFTLRPAGYELACKGLMLDVLVQLLRTHPSQALTETSPHDAKLIELMSQIEKTPAKDWSNKVIAEHLMLSPDHTAKLFKRFAGMPPSEFVQSVRHREARRLLRESDISIEAVGEGVGYPDIHYFSRIFRRLEGITATDYRKLSRIL				NA	NA	NA	NA	NA
JZ016_02243	1206	dapX_1	COG0436	putative N-acetyl-LL-diaminopimelate aminotransferase	ATGAATCCAACGAGCAGCTTTCTAACATCAACGGTGCAAGTTTTGCCGCCTTCCGGCATCCGGCAATTCTTTAATGCGGCCGAAGCGGACGATGACGTCATTTCTCTCGGTGTAGGGGAACCGGATTTTGTGACGCCTGCATGTGCGATTGAGGCCTGTAAACGAGCTCTGGACCATGGCCGCACGATGTACACGCCGAATGAAGGGCTGATGGAGCTAAGGGAAGAGATTGCGAAATATCTGGATACCGGATTCCAGCTGCAATATGAACCGTCGAGGGAGATACTGGTCACGGTTGGCGGCAGCGAAGCGATTGATCTTACGCTGCGGGCGCTCATTTCGCCGGGGGATGAAATTATTATTCCCGTGCCGGGATATGTCGCTTATGCTCCTCTTGTGCAATTGAACGGGGGAACTGTCGTTGAGCTGGAGCTTTCCGCAGAGCATAAGTTCAAATTGACTGCGGCTGCACTGCAGAAGTTGATTACCCCCCGGACGAAAGCGATCGTTGTTAACTTTCCAAGCAATCCGACAGGCGCCGTGATGACCTACGAGGATTGGCTGCCGATTGCGCGCCTTGCGGTTACGCACAATTTGGTGGTGATATCAGACGAGATGTATGCCGAGCTTACCTACGGCTGCACGCATACCAGCATTGCTTCGCTGCCTCGGATGCGGGAGCGCACCATCGTCATCGGCGGCTTCTCCAAAGCCTTTGCCATGACGGGCTGGCGGGTCGGTTACCTCTGCGGCGACTCCCGCCTGGTGGGCGCCATGGTCAAGATTCATCAGTATACCGCGCTCTGCGCGCCCATCATGGGGCAGATTGCGGCTCTCGAATGTTTAAGAAATGGACTCGGGGATCGGGACGTAATGAAGCAGGCTTATGATGAACGCAGAAGAATGTTTGTGCAGGGTCTGAACGATATCGGCCTAAGCTGCCGCGATCCTCAGGGTGCTTTCTACGCATTCCCCAGCATAAGCGGAACGGGTCTGGGCTCCCAGCAGTTTGCGGAGCGATTGCTTCGAGAGGCAAAGGTGGCCGTTGTACCCGGTCATGTGTTTGGCGCCGGGGGCGAAGGCTTCATTCGCTGCTCGTATGCCGCTTCGCCCGATCGATTGAGCGAAGCGCTCGATCGAATGGATCGCTGGCTTAGGACGCATGCAGGTGCTGACCATGGCCTGCACACCTTACAGAATTCTTGA	MNPTSSFLTSTVQVLPPSGIRQFFNAAEADDDVISLGVGEPDFVTPACAIEACKRALDHGRTMYTPNEGLMELREEIAKYLDTGFQLQYEPSREILVTVGGSEAIDLTLRALISPGDEIIIPVPGYVAYAPLVQLNGGTVVELELSAEHKFKLTAAALQKLITPRTKAIVVNFPSNPTGAVMTYEDWLPIARLAVTHNLVVISDEMYAELTYGCTHTSIASLPRMRERTIVIGGFSKAFAMTGWRVGYLCGDSRLVGAMVKIHQYTALCAPIMGQIAALECLRNGLGDRDVMKQAYDERRRMFVQGLNDIGLSCRDPQGAFYAFPSISGTGLGSQQFAERLLREAKVAVVPGHVFGAGGEGFIRCSYAASPDRLSEALDRMDRWLRTHAGADHGLHTLQNS	PGPT0007145_138	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007145-yugH-K10907	NA	NA
JZ016_02244	918	ddl_1	COG1181	D-alanine--D-alanine ligase	ATGAAAGTTGGCGTCATCATGGGAGGCGTATCATCCGAGCGGGAAGTTTCGCTCATGACCGGCAAAGAGATGATCGCGCATCTGGATAAAAACCGCTACGAGGTTTATCCGATCGAGATTCACGATAAACGCGAGCTGATCAGCAAAACCGAAGGCATCGATATGGCTTTACTTGCCCTGCACGGGCAATACGGGGAAGACGGGACGGTGCAGGGCACACTCGACTCCCTGGGCATTCCGTATACTGGCAGCGGCGTTCTTTCCAGCAGCGTCTGCATGGATAAAGATTTGAGCAAGAAGCTGCTGCGGTACGAGGGATTGACTACAGCCGATTGGATCATGGTCAGCAGTATGGAGGAGTTGGCCGCCGCTGACGTGAAGGTACTCGGTTATCCTGTCGTAGTGAAGCCGAACGCAGGCGGGTCCAGTGTTGGTACTCGGATCGTGCGTGATGCGGCTGCCCTTGCCTCCGCCGTAGAAGAGGCATTGCGATGGGACCGCTCCGTGATGATCGAGCAAATGATCGAGGGTGAAGAGATCACTTGCCCGGTTTTGAACGGTGAGATGCTCCCGATTGTGTCCATCAAGCCGAACTCCGAATTTTTCGATTATACATCCAAATACGAAGAAGGCGAAGCGGATGAGCAAGTGATTGAGCTTCCCGCCAAACTTCAGGAGCGGGTGCGTACGGCTGCGCTTCAATGCTATAAGGCGCTGAAGTGCAGTGTGTATGCCCGGATCGATATCATCCTGAAGGAAGAGATTCCGTATATTTTGGAGGTCAACACGCTCCCGGGTTTAACGAAGAACAGTTTACTTCCAAGAAGCGCGGAAGCGGCGGGCTATTCGTTCAGCGGACTTTTGGATGCCATCATTGAAACTTCATTATCGGAACGAAAAAGCGAAGGCAAGGAGTAG	MKVGVIMGGVSSEREVSLMTGKEMIAHLDKNRYEVYPIEIHDKRELISKTEGIDMALLALHGQYGEDGTVQGTLDSLGIPYTGSGVLSSSVCMDKDLSKKLLRYEGLTTADWIMVSSMEELAAADVKVLGYPVVVKPNAGGSSVGTRIVRDAAALASAVEEALRWDRSVMIEQMIEGEEITCPVLNGEMLPIVSIKPNSEFFDYTSKYEEGEADEQVIELPAKLQERVRTAALQCYKALKCSVYARIDIILKEEIPYILEVNTLPGLTKNSLLPRSAEAAGYSFSGLLDAIIETSLSERKSEGKE	PGPT0020050_5631	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0020050-ddl-K01921	NA	NA
JZ016_02245	1455	lysN_2	COG1167	2-aminoadipate transaminase	ATGTATTTGGATTTCAAGTTGGCGAATGACCGCCCGGCGTATATTCAAGTCAAGGATTACATGAAGCGCTTGATGACAACCGGGGCGCTGCAAGCCGATCAGAAGCTCCCCTCCACGCGTGAGCTAAGCGCGCTGTTTCGAGTGGGCCGTAATACGGTGCTGAGCGCATACTCGGATTTGGAGGACGAAGGCTATATCTATGCGGTTAAAGGGCAAGGGCACTTTGTTGTCCCTTCGATCAGCGGAGCACCCATGCAGCCCGAAGGCAAACGGCTGGATTGGGGGCCTCGCCTGAACGAATATGCCAGGCTTGCGGAAGCCAATGATTTGATGAAACACGGCATCCGCGCTGAGAAGGGCTCTATATCTTTTACCAGCATCGCCCCCGATGAGAAGCTGTTCGATCTGCCAAATGTCAAGCGCGCATTTCTGGACCGAATGTCGCTTGAAGGTGATGTACTTCTTAACTACGGTTACGCCAAGGGTTATAAACCCCTTATCGATTACCTCCTCCGTTATATGGAGAACAAGGGCGTGAATATTCAAGGTAAGGATATGCTGATCACTAATGGTTTTACGGAAGGTTTAAGTCTGGTGCTATCCGCCCTGAACAAAGGGCATGGCCGCATTCTGTGCGAGAATCCAACTCATCATACAGCCATTAAAAATTTTAAAATGCATGGGTATGCCATTACCGGCGTCGAGATGGAGCCAGACGGCATCAGCCTGACAGGGCTCGCACGCGAGCTGTCGGAGCGGACATACGACATGGCCTACCTTGTGCCTTCCTATCATAATCCTACAGGAATCGTCATGTCTCACCAGAAGAGGCTGGAAGCGCTCCGACTGCTGAATGAGTTCGAAATTCCCGTTATTGAAGATGGTTTCAACGAAGAGCTGCGCTATTCGGGCTCACACATCGCGCCTCTCGTTGCATGTGCAGGCGGCGAGAACAACAGCGTGATCTATTTAGGCAGTTTCTCCAAGATTCTGTTTCCCGGCCTGCGAGTCGGATGGGTGCTGGCCGACAAGACCCTGATTCATTATCTGGAAAGCGTGAAGCGCGCCCGCAGCATTCATACGTCGACCCTGGATCAGTCCCTGCTCTTTCAATATTTGTACAACGGCAACTTCGAGAAATATTTAAAGAGAGCGAAGGCCGAGTACAAGCGAAAATATGAGCTTGCGATCCGCTGCTGCGAGGAATGGCTCCCGATGGAGCGGTTGTCCGGTGACGGCGGGCTTCACCTGTTCGTTGAATTCGGTCCCGACATCCGGACCCGGGAGCTGCTGGAAGCCTGCTCAGCCCAGGGCGTGGTATTCACGCCGGGCGACATTTTCTTTACCGATGGCGGCGGCCAGCACACCATGCGTCTCGGATTCTCCCGCGTCTCCGATGAGAACATCGAGAAGGGGATCCGCATCATCGGCGAGGCGGCAAGGAAGCTGGTGTAA	MYLDFKLANDRPAYIQVKDYMKRLMTTGALQADQKLPSTRELSALFRVGRNTVLSAYSDLEDEGYIYAVKGQGHFVVPSISGAPMQPEGKRLDWGPRLNEYARLAEANDLMKHGIRAEKGSISFTSIAPDEKLFDLPNVKRAFLDRMSLEGDVLLNYGYAKGYKPLIDYLLRYMENKGVNIQGKDMLITNGFTEGLSLVLSALNKGHGRILCENPTHHTAIKNFKMHGYAITGVEMEPDGISLTGLARELSERTYDMAYLVPSYHNPTGIVMSHQKRLEALRLLNEFEIPVIEDGFNEELRYSGSHIAPLVACAGGENNSVIYLGSFSKILFPGLRVGWVLADKTLIHYLESVKRARSIHTSTLDQSLLFQYLYNGNFEKYLKRAKAEYKRKYELAIRCCEEWLPMERLSGDGGLHLFVEFGPDIRTRELLEACSAQGVVFTPGDIFFTDGGGQHTMRLGFSRVSDENIEKGIRIIGEAARKLV	PGPT0016790_2928	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0016790-mocR-K00375	NA	NA
JZ016_02246	1665			hypothetical protein	ATGAGCCATTCCGTATCATTTGAGACCCGGCTGTTAAGCTCTTTGTCCAAAGTATTTGCCGACGAAGAACTGTCCCAGGCCTCGTATGACAGAGGGTCTTCGTTTGGCAATGAGACGTACTCGTTTCAAGTTGCATACCGTTCCAATCGTTTGTTAAAAAACATCCGGGTTCATCTGCAATCATCATTGAGTGAACGGATTACCATCCGTTCTGTAGGCCTGGTTCCATCGGAGCTGCCTACGTATCATGATCATGACGAGTTTATCTTAAGAGCTGCCCCCGGGCTGTATCCGGACCCGTTGCTGCCTCTGGCATCAGAGCCTGTAGTAACCGGATGCCCGAACCAGTGGAGAAGTCTGTGGTTTACGGTACAGCCTGAGGGTGAGATCAAGGGCGGTACATATGAAATCCGGATCCGTTTTGAAGCGGAGTCAGGGGAGTCGCTAGGAGAAGAGGTGTTCACGCTCGAAGTGATACCGGCAACCTTGCCGGACCAGACGCTGATTCATACGGAATGGTTCCATGCCGATTGTTTGGCGAACTACTACGAGGCGGAGATATTTAGTGAACGGCACTGGGCGTTGATCGGTCAGTTTATGCAGACCGCCGCTCAGAATGGCATCAATATGATCCTGACCCCATTATTTACGCCTCCGCTGGATACGGAAGTGGGGGGAGAACGGCCAACGGTGCAGCTGGTTGACGTCGCCGTAACACCGGATGGAGCGTATGCATTTGGGTTTGATAAGCTGGACCGGTGGGCAGACCTGTGTGATTCTAATGGGATTCAGTACCTGGAATTCTCGCATCTTTTTACCCAGTGGGGAGCCGGGCATGCGCCGAAGATTATCGCTAATGTGAACGGAAAGCCCGAGAAGCTGTTCGGATGGGAGACGGATGCGACAGGAGAACAGTATCATGCCTTCATCAGACAATTCATACCGGCCCTGACCGGCTGGATTGAAGGCCGGGGACTTAAGCAGCGCTGCTATTTCCATGTTTCCGATGAGCCGTCCGTGTCCCATCTGGAGGCTTACGGTCATGCAAGCCGGTTGATGAACGAGCTGCTGCCGGATTACCCGATCATCGACGCGCTCTCCGATATTTCGTTTTATGAGGAAGGCCTTGTGAAGCACCCGATTCCTGCAAGCAACCACATCGAGCCTTTCCTGGATCAGGAGGTAACGCCGCTGTGGACCTATTATTGCTGTTCCCAGTACAAGGAAGTGTCCAACCGCTTCTTCAATCTGCCCTCGGCAAGAAACCGGATCATCGGGATTCAACTGTATAAGTTTAACATCGAGGGATTTCTCCACTGGGGATATAACTTTTGGAATTCGCAATACTCGAAGCGCGCCATTGACCCGTTCAAGGTGACGGATGCGGATTGCGGTTTTCCTTCCGGGGATGCTTTCGTGGTATACCCAGGCGAGGAAGGACCGATCGAATCCATTCGGCTGAAGGTATTTCAGGAAGCGCTTCAGGATTTGAGAGCGCTTCAGCTGCTGGAGACGCAGATCGGCAGGGAGGCTGTGCTCCAGGCGCTGGAGGAAGGGCTTGACGAGCCGATCACCTTTAAGGCGTATCCGAGGGAGCAGGAGTGGCTGCTGTCGAAGCGGCAGTGGATCAACGAGAAGATCAAGGAAAGTTTGGTTGTGAAGTAA	MSHSVSFETRLLSSLSKVFADEELSQASYDRGSSFGNETYSFQVAYRSNRLLKNIRVHLQSSLSERITIRSVGLVPSELPTYHDHDEFILRAAPGLYPDPLLPLASEPVVTGCPNQWRSLWFTVQPEGEIKGGTYEIRIRFEAESGESLGEEVFTLEVIPATLPDQTLIHTEWFHADCLANYYEAEIFSERHWALIGQFMQTAAQNGINMILTPLFTPPLDTEVGGERPTVQLVDVAVTPDGAYAFGFDKLDRWADLCDSNGIQYLEFSHLFTQWGAGHAPKIIANVNGKPEKLFGWETDATGEQYHAFIRQFIPALTGWIEGRGLKQRCYFHVSDEPSVSHLEAYGHASRLMNELLPDYPIIDALSDISFYEEGLVKHPIPASNHIEPFLDQEVTPLWTYYCCSQYKEVSNRFFNLPSARNRIIGIQLYKFNIEGFLHWGYNFWNSQYSKRAIDPFKVTDADCGFPSGDAFVVYPGEEGPIESIRLKVFQEALQDLRALQLLETQIGREAVLQALEEGLDEPITFKAYPREQEWLLSKRQWINEKIKESLVVK				NA	NA	NA	NA	NA
JZ016_02247	1428			hypothetical protein	TTGCACAATTTTATTGAATACGCGGCCAATATTATGCCCTCGGAACGTCAATTAGCCGTCCAGGAGATGGAGTTCTATGCCTTCTTTCATTTTACCATCAATACGTTCACGGATATGGAATGGGGCTCGGGAAAAGAAGATCCTGCCCTGTTCAATCCGGAGCAGCTGGATGCGGATCAGTGGGTAAGCGCTTGTGTCAGTGCCGGCATGCGCGGCTTGATCCTGACTTGCAAGCATCACGACGGCTTCTGTTTATGGCCGAGTCAGTATACGGAGCATTCCGTGAAGAGCAGCCCGTGGCGAAACGGACGCGGGGATGTGGTGAAGGAGGTTGCCGATGCCTGCAGGAGAGGGGGAATCAAGTTCGGCATCTACTTGTCCCCCTGGGACCGGCATGAACCGTCATATGGGGATTCGCCGCGGTACAATCAATTTTTTCTGAATCAGCTAAGAGAGCTCCTGACCGGCTACGGGGAGATATTCAGCGTCTGGTTTGACGGAGCCTGCGGCGAAGGTCCGAATGGCAAGCGTCAGGAATACGATTGGGAGTCGTATTACGCCCTGATTCGGGAACTGCAGCCAAATGCCGCCATCTCGGTATGCGGACCGGACATTCGCTGGTGCGGGAATGAAGCGGGGCATTGCAGGGAGTCGGAGTGGAGCGTCGTTCCGGCGTCGCTGCGTCAGAATGAAGCGATCCAGGAAAAGTCGCAGCAAACCGATGACCGGGAGTTTGCGCGCCGCTATGAATCGAGCGAAGAGGATCTCGGCAGCCGGAGCGTCATTCAGGGCGAGAAGGAGCTGGTATGGTATCCGGCCGAAGTCAATACCTCGATCCGTCCCGGCTGGTTCTACCATGCGTCCGAAGACGATAAAGTCCGATCGCTGGAAGAATTGCTGCATATCTATTACGGCTCGGTTGGCGGCAATGCCACCTTTCTGCTCAATATTCCGCCCGATACCCGCGGACTTGTTCATGAGAACGATCTGCAGCGTCTGCAGGAACTGGGTGACGCCATTCGAAATACATTTGAAACCAATCTGGCTGCTGATGCGGATGTTACGGCATCCGAGACGAAGGCGGGGCTGGAGGCTCGATTTGTTGTCGATGGCAGCAAGGATACGTATTGGAGCCCTGAGGAGGGCACGGAATACGCCGTGATTGAGCTGGACCTCGGGCGGGCGATCGATTTTGATCATATCGTATTGGCTGAATACCGGTATGGGCAGCGGATCGAGCGCTTCGAGCTTGAATATATGGAAAACGGGAACTGGCACACGATTCAATCCGGGACGGTAATCGGGCGCAAACGCATCTGCCGCTTTCCCGCTGTACGGGCTCAATATATCCGGCTTACGATTTTGGAATCGAGATGGTGTCCGCGTCTGTCCGGCTTTGAAATATATCGGAGTTCGACGGATTGGTGA	MHNFIEYAANIMPSERQLAVQEMEFYAFFHFTINTFTDMEWGSGKEDPALFNPEQLDADQWVSACVSAGMRGLILTCKHHDGFCLWPSQYTEHSVKSSPWRNGRGDVVKEVADACRRGGIKFGIYLSPWDRHEPSYGDSPRYNQFFLNQLRELLTGYGEIFSVWFDGACGEGPNGKRQEYDWESYYALIRELQPNAAISVCGPDIRWCGNEAGHCRESEWSVVPASLRQNEAIQEKSQQTDDREFARRYESSEEDLGSRSVIQGEKELVWYPAEVNTSIRPGWFYHASEDDKVRSLEELLHIYYGSVGGNATFLLNIPPDTRGLVHENDLQRLQELGDAIRNTFETNLAADADVTASETKAGLEARFVVDGSKDTYWSPEEGTEYAVIELDLGRAIDFDHIVLAEYRYGQRIERFELEYMENGNWHTIQSGTVIGRKRICRFPAVRAQYIRLTILESRWCPRLSGFEIYRSSTDW	PGPT0018775_1685	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206	NA	NA
JZ016_02248	1629			hypothetical protein	TTGAAAAGGTTCACTGGATTAGGTTTATGTCTGGTTCTCGTGGCAGTGCTGGCTCTATCCGCTTGCGGCAAGACGAGTGAAACAGGAACTGAAGGACCGGCAAGCCCTCCGGGGTCAGGGGGACCCGTTGAACTGACGGTATTTGCTCCTCAGTCCGCCGGTATCGAGAGTCTTGATGTCAATCCATTCTCCAAGCATATCGAAGAGAAGCTGGGGCTTACATTTAAGTGGAATACGACACCTGACGCGGTATTTAACGATAAGAAACTGCTGATGCTGGCAAGCGGTGACTATCCGGCGCTCATTATGAATGCCGGCATATCCAAGGCCGATCAGATCAAGTACGGTATGCAGGGGGCCTTTATTCCCTTGAATGATTTAATCGACCAGCATGCACCTAACATTAAAAAAGCGCTGGAGGAAGTCTCCTATTTAAAATCGGCGATGACCGCGCCGGACGGCAATATATACGCGCTTCCGAAGGTGAACGAGTGCCTGCACTGCACGTATGGCCAGCGGATGTGGATCAATACGACCTGGCTTGAGAAGTTAGGTCTAGAGATGCCAACCACGACCGATGAATTCTATCAAGTGCTGAAAGCCTTTAAAGAGCAGGACCCGAACGGGAACGGCAAGGCCGACGAAATTCCGATGACCACTTCTCTTGATGTGTGGGGAGGAGGAGTTGATGCCTTTTTGATGAATGCTTTTATATATAACAATGGCACGACCTATCTAAGCGTGAAGGATGGCAAGGTGATTCTGTCCGCGGCTGAGTCCGAATGGAAGGAAGGCTTGAAATATCTCAGCAAGCTGTACAGTGAAGGACTGATTGACAAAGGAGCGTTTACGCAAAACGGCGATGCCGTCAAGCAGCTCGGGAACAAAGCGGACAATGTGGTCGGCGCCGTTGGTTATGCGCTGATCAGCAGCGTACTGGAGCCGACCGACGCGAAGCCCCGTCATAAGGAATACGATGTTGTTCCGCCGCTGAAAGGACCGAACGGCGTGCAGCTTGCAGGTTATAGCGTCGGAGCAGGGGACGGATCGTTTGTCATCACGAACAAAGCGACGGAGGAGCAGCGGATCGCGGCCATTAAGCTGGCGGATTACCTGTTCTCCGAAGAAGGCACCGTGATGACCTCCTGGGGCTTTGAAGGAGAAGGATGGCGGAAGGCGGAGTCCGGTGCGCTTGATTACAACGGCGAGCCGGCTGCATATGAAGCGTTGAAGCGGGATGTGCCAGAGGGATCGCTTGACGTAACCTGGTGGCAGCTCGGTACGATGCTGATGGTGAATTCCCTCCGTGAATCCTTTGTCGCTCCGGAAGATCCGCTCGGCAACGGAGCCTACGAATATCGCTTGTGGCTGGCTGCGAAGAAATACGAGCCTTTTGCCAAACCGGAGCTTGTGTACCCGACGGACGTGTTCATCGATCCGAAAGACGCAACCTTCATCGCGCAGATTCAGAAGACGATTCAGGATTACGTGAAATCGAATCTGGCCCAATTCGTAACCGGCAGCAAGGACATCGAGAAGGACTGGGATGCCTATGTCAGCGGATTTAAAGGATTGCAGCTGGACAAGTATCTGGAGATCCATCAGAAAGCATTAGACAATCAAGGATAG	MKRFTGLGLCLVLVAVLALSACGKTSETGTEGPASPPGSGGPVELTVFAPQSAGIESLDVNPFSKHIEEKLGLTFKWNTTPDAVFNDKKLLMLASGDYPALIMNAGISKADQIKYGMQGAFIPLNDLIDQHAPNIKKALEEVSYLKSAMTAPDGNIYALPKVNECLHCTYGQRMWINTTWLEKLGLEMPTTTDEFYQVLKAFKEQDPNGNGKADEIPMTTSLDVWGGGVDAFLMNAFIYNNGTTYLSVKDGKVILSAAESEWKEGLKYLSKLYSEGLIDKGAFTQNGDAVKQLGNKADNVVGAVGYALISSVLEPTDAKPRHKEYDVVPPLKGPNGVQLAGYSVGAGDGSFVITNKATEEQRIAAIKLADYLFSEEGTVMTSWGFEGEGWRKAESGALDYNGEPAAYEALKRDVPEGSLDVTWWQLGTMLMVNSLRESFVAPEDPLGNGAYEYRLWLAAKKYEPFAKPELVYPTDVFIDPKDATFIAQIQKTIQDYVKSNLAQFVTGSKDIEKDWDAYVSGFKGLQLDKYLEIHQKALDNQG	PGPT0017245_1638	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02249	897	melC_7	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGAGCAGATCAACCGTACGGGAGTCCGCTGCAGACCGGATTTTCCTTGGTATCGTGTATTTGTTTCTGTCTGTCGTACTGATCGTCATCCTGTTTCCGCTGCTGCATATTATAAGCGCATCCTTTAGCTCTCCGGGCGCAGTGTCCTCCGGCAAAGTGTGGCTGTGGCCGGTGGATGTGACCCTGATCGGCTACAAAGCGGTATTCCAAAATTCCAACATTCTGATCGGGTTTGGCAATTCGCTGTTCTATGCCGTTGTCGGCACGATCGTAAATGTCGCATTCACCGTGATGCTTGCCTATCCGCTCGCCCGCAAAACGTTTTACGTTCGCAACATCATCATGATGGTGCTGGTGTTTACGATGTTTTTTGACGGCGGGCTCATTCCGAACTATCTTCTCGTGAAGTCGCTCGGCATGCTCGATACGCGCTGGGCCATGATTATACCGGGGGCGCTAGCCGTGTTTCAGGTCATCATCGCCAGAACCTTTTTTCAGACGACGATTCCGGATGAATTGGCCGAAGCGGCCGAGATGGACGGGAGCAGCGACATTACCTTTTTCCTGAAAATTGTTCTTCCGCTATCCAAGCCGATTCTGGCTGTGCTCGCGCTCATGTATGCCGTTGGCCATTGGAATTCCTATTTTAATGCCTTGATTTATTTGAAGGACAGCAGCCTGTTTCCGCTTCAGATCTTCCTGAGGGATATTCTGATCCTGAATTCCGTCAGCGCCGAGATGGTGACAAACGTCAACGAGCTGCTGGTCCGTGAAGGGCTGAAGGATTTGCTGAAGTATTCGCTGATCGTGGTGGCAAGCGCCCCGGTATTGATCATTTACCCGTTTGTGCAGAAGTATTTTGTCAAAGGCGTAATGATCGGATCCTTAAAAGGGTGA	MSRSTVRESAADRIFLGIVYLFLSVVLIVILFPLLHIISASFSSPGAVSSGKVWLWPVDVTLIGYKAVFQNSNILIGFGNSLFYAVVGTIVNVAFTVMLAYPLARKTFYVRNIIMMVLVFTMFFDGGLIPNYLLVKSLGMLDTRWAMIIPGALAVFQVIIARTFFQTTIPDELAEAAEMDGSSDITFFLKIVLPLSKPILAVLALMYAVGHWNSYFNALIYLKDSSLFPLQIFLRDILILNSVSAEMVTNVNELLVREGLKDLLKYSLIVVASAPVLIIYPFVQKYFVKGVMIGSLKG	PGPT0017255_1231	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02250	981	yteP_33	COG4209	putative multiple-sugar transport system permease YteP	GTGGCTCGTATGAGCAGCGCAATCCCAGTACCTGCAGATGCACAGGCGCCAACGAATTTACCACCAAACAAGCCCATGAACCGAACGAGGAAGAAGCTGATGAAGCATTGGCAATTCTATCTGCTCGTGTTCTTCCCGTTAGTCTACATCATCCTCTTCAAATACGTTCCGATGTTCGGCGTCTTGATTGCATTCAAGGAATACAACGTCGTACAGGGGATATTCGGCAGTCCCTGGGTAGGGTTCGATTATTTCAAGCAATTGTTCGACGCTCCGTTCTTCTGGCAGTATGTCCGCAACACGCTCGAGATTTCCCTGTACGGCCTGCTGGTCGGATTCCCGGCCCCCATTCTGTTAGCGCTGGCACTGAATGAAATCCGGAACGGCCGCTTCAAGAAAACCGTCCAGATGGTGACATACGCACCGTACTTCATATCAACGGTGGTCATCGTCTCGATTCTGATCGTGAACCTCTCGCCCAACACGGGGCTGATGAGCAATCTATTCCGGGCACTGGGGCTTGAGACCGTTGATTTCCTTGGCGTGCCGGAACTGTTTAAGTCAATCTATGTCTGGTCCGATGTGTGGCAGTTCACCGGTTACGGTGCCATCATCTATATTGCGGCCTTGGCGGGAGTCAACCCGGATCTGTACGAGGCGGCAAGAGTGGACGGGGCAACCCGGCTTCAAAAGATCATCAATATCGATATTCCCAGCTTGTTTCCGGTCATCGTTATTTTGCTTATATTGAACCTGGGCAATCTGATGAGTCTAGGCTTTGAGAAAATTTATCTTATGCAAAACCCGCTCAATCAGAACACGTCCGAAGTCATCTCTACCTATGTGTACAAGGTCGGCCTGCTCGGAGCCAACTTCAGCTTCTCCGCCGCCATCGGCCTGTTCAACTCCATTATCAATTTCATTCTGTTGGTCATTGTCAATTACGTATCCCGAAAAGCTTCATCAACAAGTCTATGGTAG	MARMSSAIPVPADAQAPTNLPPNKPMNRTRKKLMKHWQFYLLVFFPLVYIILFKYVPMFGVLIAFKEYNVVQGIFGSPWVGFDYFKQLFDAPFFWQYVRNTLEISLYGLLVGFPAPILLALALNEIRNGRFKKTVQMVTYAPYFISTVVIVSILIVNLSPNTGLMSNLFRALGLETVDFLGVPELFKSIYVWSDVWQFTGYGAIIYIAALAGVNPDLYEAARVDGATRLQKIINIDIPSLFPVIVILLILNLGNLMSLGFEKIYLMQNPLNQNTSEVISTYVYKVGLLGANFSFSAAIGLFNSIINFILLVIVNYVSRKASSTSLW	PGPT0017250_463	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02251	2247	rhaR_30		HTH-type transcriptional activator RhaR	ATGGGAAGAAAAGCGTGGTTTTACCGTCAGCTTTTATCGTATATGCCGGTCTTCTTTATCGTGATTTCCTTTGTGTTTTTTGTCTTTTTCCAAATGCTCGGGGAACAGTCCCGGCAAGGTGCGATTCAGGCCAATGAGACGATGATTCATCAGGCGATGCGTTCGGTGGACAACTCGTTGAAGGCCATCGATCAGATGCTCGTGCAGGAATTGTTGTTCAACCCCGATATGTCGGGATTTTTCAATCATGAGGATCAGGACAACGTCTATTTGAACATGCAGGCGGTGAAGGCCATGAAGCAGTTCAAGGTGTCCAATCCGCTTGTGGATTCCATGGTGCTCGTGCGGACCCAGGATGAGTTCGTGTTGAGTACTTCGTCCTCGTTCAACTTGCCGGATTATGCGGATTATGACTTTCTCAAGCCTTATTTGGGCCAGGTCAATAGTGAAGCAGAGTGGAGTTCTATGCGGAATTTCCGGGAGTTCAGCTTCAACAGCATGCAGCATGTGGTAACCCTGGTTCGAGATGCACCCTTCGTTACCCATGGGAAAGGCGTTATTGCCGTTAATATCAAGGTGGACGCCATACATAACATGATTCAGGGCATGGTAAATCCCGATGTTAGTTTTATTCATATGAAGGATACGCAGGGGCAGTCCATGCTCTCCGGTACCTCCATGGCAGAGAGTGGTGAGCTTGTCTCTAAGACGATTTCGCCTTATACCGGATGGGTATATGAGGGAGGTCTTACTCAAGGCAGAGTGGTCGGTATCGTCAGCCAGCTGTACAATATCTGGTTTATCGTTGGCTTGCTCATGTGCCTTGCCGGGGTGGTCTGGATCGTATTGGTTACGCGCCGAAACTATAAGCCGATTGAAGCCATCGTGTCCCGGATTCATAATTATTCGCAGTCTAAAACGAGCGCGCTGATCCATAACAGTAAACAGGATGAGTTCGCATTTATCGAATCGGCACTCGAAAGTATGCTGGAACAGGCGAGCAGTTTTCAACAGCAGCATCGAGAGGATTTGCTGCTGCGCAGAGCGTATCTGTTCCAGCAGCTGATGGAGGGACAGTACCCGTCCCATATGGAGCAGTGGAACGAGCAGCGGGATGTCATGGGACTGCCGGACTTGTCCGAATCACAGATCGTCAATGTCATCGAAATCGATAAATATCCATTGTTCTGCGAGCAGTACCCGCAGCAGGACCAGTATTTGATCAAATTTGCCCTCAAAAGCGTCGTTCAAGAAATTGCAGCCGGGCAGGAAACGAGTGTTTGGACAGAATGGATATCCGCTTCGAAGCTGGGCGTGATGGCGATGGCGGACGACCAGGACGCAGTACAGCATGTAGTCACGCTGCTTGAGCAGACCCGCCAGTGGGTGGAGCAGCATCTGAAGCTGACCATAACCGTTGGTATCGGGGAGAAAACGGAGCGATATACGGATATCCCGGACTCCTATGAGCAGGCACGCACCGCATTGAAATACAAAATGATCCTCGGCGAGAACCGAATCATTCATTACACCCAAGTATCCGGGGAGGAGCGGGGCCATGCCTTTGATTTCTTGAACCTGATCCGTTCGATGGCTCAATCCTTCCGGCTCGGCAACAGGGATTGGCAGGAGAAATACAATGCTCTCATCCATAACATTGGTCAAAACATGCTGGACCGGGACGGCGTGGTGAACCTGGTGGATTACATGGTGTACTCGCTCGGACGTGAAATGTCGTGCATGGCAAAAGAATTTCAGGATTTGTGGCTGACAGAGGGGCAGCCTGCGTTACGGAACGCGCTCCAATCATCCGATACACTGGAGCAGCTGGAACAGGAGTTCGGGGAGGCTTTATCCGCTCTGTACGACAGTATGCTCGCTCTCATGGAGGGCCGGAATCATGCGGACACGATTCAGAAGGTGCGCTTGTTTATGGAGCAGAACTCGAGCAATCCGGATTTGTCTCTCAATTATTTAAGCGAACGCTTCAATATGAACTGGAAGACGCTGAGCAAGCTGTTCCGGGAGGAGACCGGTCAGAAGTTCGTGGATTATTTAATTGAGCTGCGGATGAACCATGCACGGAAGCTGCTCGAGGAGACCTTGCTGCCTGTACAAGATATCGCGACCGAAGTTGGGTATTCCAATGCCATCTCGTTTGGCCGGATGTTTAAAAAGCTGATGGGGATGTCACCGGGGGATTACCGTGAGCAGGCTGCTTATAAGCAGCAGAATTACGGGAACTAA	MGRKAWFYRQLLSYMPVFFIVISFVFFVFFQMLGEQSRQGAIQANETMIHQAMRSVDNSLKAIDQMLVQELLFNPDMSGFFNHEDQDNVYLNMQAVKAMKQFKVSNPLVDSMVLVRTQDEFVLSTSSSFNLPDYADYDFLKPYLGQVNSEAEWSSMRNFREFSFNSMQHVVTLVRDAPFVTHGKGVIAVNIKVDAIHNMIQGMVNPDVSFIHMKDTQGQSMLSGTSMAESGELVSKTISPYTGWVYEGGLTQGRVVGIVSQLYNIWFIVGLLMCLAGVVWIVLVTRRNYKPIEAIVSRIHNYSQSKTSALIHNSKQDEFAFIESALESMLEQASSFQQQHREDLLLRRAYLFQQLMEGQYPSHMEQWNEQRDVMGLPDLSESQIVNVIEIDKYPLFCEQYPQQDQYLIKFALKSVVQEIAAGQETSVWTEWISASKLGVMAMADDQDAVQHVVTLLEQTRQWVEQHLKLTITVGIGEKTERYTDIPDSYEQARTALKYKMILGENRIIHYTQVSGEERGHAFDFLNLIRSMAQSFRLGNRDWQEKYNALIHNIGQNMLDRDGVVNLVDYMVYSLGREMSCMAKEFQDLWLTEGQPALRNALQSSDTLEQLEQEFGEALSALYDSMLALMEGRNHADTIQKVRLFMEQNSSNPDLSLNYLSERFNMNWKTLSKLFREETGQKFVDYLIELRMNHARKLLEETLLPVQDIATEVGYSNAISFGRMFKKLMGMSPGDYREQAAYKQQNYGN				NA	NA	NA	NA	NA
JZ016_02252	699			hypothetical protein	TTGCCCAAGCACATGAAGATCTACGCACTAATGCTTATTATTTTCATATTAATAAACGCTGCGATGTACAGACATTTGGAAAACCAATCATCTGTAAAATACAATGACCTCTATTCACTGTATCAGCAGAAGAACGACTCGGCATTTGTCTATTCAGTAAAGCACGCTTCTGAAACGAATCCGTTTGCCGATACTTTGATGGCGATCAGTGAGTCGAAGGAAAATGAAGATCCTGCTAAGATTCGGCAATTGATCGATAGGGCGAAGATCCAAGCGGAAGAAATCGATGAGTTACTGTTAACAATCATTGAATTTAGCGATACCTTCAGAAACAATGCTGTTCCACAGCTTTTAGTTAATAATGCGGCAATGACAACGGATATGCATCAGGATATGTTTTATCTTGCAACTCAGGCAAGGACATGGCCACCGTTATACCATATAAGCTATTTGTATTGGAAGTCTAATCCTAAAACAATAGACGCCAAGACTAGAGAAACCTTGCGCTCATTGGCGACTGAGCTCCGTGCGTTAAACGAAACGATTACGTCGATTAAGGGTGACGCACATCACATGTTTTTCCAAGATCAAATAGAGTCACACAAAGAGGAGATACTACGGCAGTTGAAACCACACCTTAAAAGAATGAAAAAGATCCAGGATGATTTTACAGGACATAATTCTCTCCAAGAGGACTAA	MPKHMKIYALMLIIFILINAAMYRHLENQSSVKYNDLYSLYQQKNDSAFVYSVKHASETNPFADTLMAISESKENEDPAKIRQLIDRAKIQAEEIDELLLTIIEFSDTFRNNAVPQLLVNNAAMTTDMHQDMFYLATQARTWPPLYHISYLYWKSNPKTIDAKTRETLRSLATELRALNETITSIKGDAHHMFFQDQIESHKEEILRQLKPHLKRMKKIQDDFTGHNSLQED				NA	NA	NA	NA	NA
JZ016_02253	966	araP_2	COG1175	L-arabinose transport system permease protein AraP	ATGAATGCACAAACGGTACAGCCGGCGGGCAAGGCCAGGCTGGACAAGAATATGAAAGCGGTTGCCAAGACGTTCAAAGGGCGCTGGAACGCTCCGTTAGCCGGCTACCTGTTCATCGCGCCCTGGCTGCTGGGCTTTCTCATTTTGCAGCTGTGGCCCATCATCCAGTCCTTCTATTTATCCTTCACCGAGTATTCGCTGCTGGAGCCGGCCCGCTGGATCGGACTCAAGAACTACCAGGATATCGCTCACGACCGGCTCTTCTTCAATTCGCTGAAGGTGACATTTCTGTACGTGATCGCTTCCGTGCCGCTGAAACTGCTGGTGGCGTTGGCTGTAGCCCTGCTGCTGAACCGGAACATCCGGGGCATATCCTTCTACCGGACGATCATTTACCTGCCCTCTCTGATCGGTGGGAGCTTGGCGGTAGCCGTGCTGTGGCGCAATATTTTCGGTCTGAACGGCTTCATTAATCAGCTCGTGATTTTGGTCGGGATCGCCCCCAAAAACTGGATCGGCACCCCCTCCACCGCCCTCGGCACCCTCGTGCTGCTGACGGCCTGGCAGTTCGGTTCATCGATGATTATTTTCCTTGCCGGTCTCAAACAAATCCCTAGTGAATTATATGAGGCCGCCTCCGTGGACGGGGCCTCGCCGCTCCGCAAGTTCATCCGGATTACCCTGCCCATGTTGTCCCCGGTCATCCTGTTTAATCTGATCATGGGCATCATCAACGCATTCCAGATGTTCACATCGGCTTTTGTTGTCACGAATGGAGGACCGGTTAATTCAACCGAAATGTTTGCCCTGTTCCTGTACAATAAAGCCTTTGGATCCCTTCAGATGGGCTATGCCTCGGCCCTGGCCTGGATCTTGCTCGTTATCATCGGCATCGTCACGGTGCTTAATTTTATCGCGTCCAAATACTGGGTCTTCTACGAAACCGAAACGGAGGGTCGCAAATGA	MNAQTVQPAGKARLDKNMKAVAKTFKGRWNAPLAGYLFIAPWLLGFLILQLWPIIQSFYLSFTEYSLLEPARWIGLKNYQDIAHDRLFFNSLKVTFLYVIASVPLKLLVALAVALLLNRNIRGISFYRTIIYLPSLIGGSLAVAVLWRNIFGLNGFINQLVILVGIAPKNWIGTPSTALGTLVLLTAWQFGSSMIIFLAGLKQIPSELYEAASVDGASPLRKFIRITLPMLSPVILFNLIMGIINAFQMFTSAFVVTNGGPVNSTEMFALFLYNKAFGSLQMGYASALAWILLVIIGIVTVLNFIASKYWVFYETETEGRK	PGPT0016535_1609	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_02254	837	araQ_20	COG0395	L-arabinose transport system permease protein AraQ	ATGACAGGTGCTCATAATAAACAAAACTGGCTGGTCCATGTGCTGATGATTGCATTCTGTTTTGTGATGTTTTATCCCGTCCTGTGGTGGATCGGCGCCTCCTTCAAATCAACACCGGAAATCAGTCTACCCACTCTGTTCCCCAAAGTATGGTTGTGGCAAAATTATACGGAAGGCTGGATGGCACTGCCCAAGTATACATTTACACGCTTCTTTATGAACAGCCTTAAGCTCAATGTGGCGACCACGATCATTCATGTCATTTCAGCCAGCCTGGTGGCTTTTGGCTTCGCTAGGCTGACCTTCCCGCTGAAGGGGTTATGGTTCTCCATCCTGCTGATGACCCTGATGCTTCCGGGACAGGTCACGCTCATCCCGCAGTATACGATGTTCCATTCCTTCGACTGGATCAATACCTATCTGCCGCTGATCGTCCCGTCAGCCATGGGCGGAGCCTTCTTTATATTCCTGATTGTCCAATTCATCCGCGGTATTCCGCGGGAGCTCGATGAGTCGGCAAAAATCGACGGCTGCACCTGGTTCGGCATTTATCTGCGCATCATCATGCCGCTGACGCTGCCGGCGCTCATCACGGTTACGATTTTCTCGTTTATTTGGGGCTGGGACGAATATTTTGGGCCGCTGATTTATCTGAATACCGTGGACAAGTATACTGTCCCGCTCGCGCTAAGAATGTTCATCGACTCCCAGTCGGCCGTTCCGTGGGGGCAGCTGCTTGCCGTATCCCTGCTCTCCGTGCTGCCGCCGGTGATCATTTTCTTTCTCGCACAAAAGCATTTCGTGGAAGGGATCGCCACATCCGGGCTGAAAGGTTAG	MTGAHNKQNWLVHVLMIAFCFVMFYPVLWWIGASFKSTPEISLPTLFPKVWLWQNYTEGWMALPKYTFTRFFMNSLKLNVATTIIHVISASLVAFGFARLTFPLKGLWFSILLMTLMLPGQVTLIPQYTMFHSFDWINTYLPLIVPSAMGGAFFIFLIVQFIRGIPRELDESAKIDGCTWFGIYLRIIMPLTLPALITVTIFSFIWGWDEYFGPLIYLNTVDKYTVPLALRMFIDSQSAVPWGQLLAVSLLSVLPPVIIFFLAQKHFVEGIATSGLKG	PGPT0016540_6688	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_02255	1794			hypothetical protein	ATGAATCCGTTTCGTACGTTCCGTATCGATTACGTTTTTTTCTTCAGCTTTGCCGGTTTTATCGCGGTTCTCATCACGATTATGATGATTGTCAGCTATCGGTTTACGGCCGATGAGCAGGCGGACAGCGCCTCCATGTACCAGCAGGCGGTGCTGCAGCAGCTCAACAAGCAGCTTACCGACCAGATGAGCGCTGTAGAGCAAACCTCGCTAGCCGTGTCCATCAACTCACCTCTGGTCAACTATGTAACGATGAAAGGAGATTATTATGCACGCAAGAAAGCCAGGGACGAGCTGAACCGGGATTATTTGGCGCCGATGCTGAACAGCTCGCGCTCCATGTTTTCCTTTCAGATTTATATGAAAGATCCGCTTCAGGTCGATCCCAACGCCAACATTCAATACCTCCCGCTCGCCTCGGCCAGCGGGGAGAGCTGGTATCCGGCCGTCGACAAATCCGATTTTCTCTGGATCGGCCAGCGCGAGGTCGGTTCGCCGCAGGGAAAGCAGCAGGTGATCAGCTTCGTCCGTAAAATCACCACGCTGGATGGCGTAAACCGGGGAATTTTGATCATCAATGTTCGGGTTAAATTTTTGCAGGAAATTCTGACGGAAGACAACTCCTCGGCCAGTCGGCTGCTGCTCGACTCCGGCGGCCGGATGATCATGCACACCCGGATTGCTCCGCCCCCCGGGGAAATCAACGCCATCCTGGAGCGGGTCAGCGGGGACACCGGCCATGCGCATCAGCTGCTGGCCGCCGCCGGCTCGCTCCCGGAGAAGGACATGCTCACCGTGTGGTCACGAACGTCCCCGGGCAGCTGGATGCTGGTGGAGCTTACGCCCTGGAAGGTAATCACCAGCGGGAGTGTCCGCCTCGCGTGGACGATGGCCGTGGTTGGAGCCGCCGCCATACTGCTGTCCCTGTTCTTCACGTTGTTCCTTTCCCGAAATTTCACACGGCCGATTCGGAAGCTGGTTCAGCTAATGCAGGCGTTCAATCCCGGGAAACGCGGGCAGACGCTGCCGACGGAATACCGCAACGAATTCGGCAGCCTGTTCAGCGGCTACCGCAAGCTCACAGAGCGGATCGAAAGGCTGTATGAGTCGCTGGAGCAGCACTATAAAGCGCAGCGCGAAGCGGAGATCAAGGCGCTTCAAGCGATGATTAACCCCCATTTTCTCTACAATACCCTGGACCAGCTGAACTGGATGGCGCTTGAAGCCGGCCAGGAGAAGATCAGCCACGTACTCGAGCTGATGGGGAAGATGTTCCGCATCGGGCTGTCGGGCGGCGAATCCATGATTTCGATTCAGGAAGAGCTTCTGCACGTTGATTGCTATCTGAAAATCCAACAGTTCAAGTGGGGTGAAGGATTGGAATGGCACTTCGATTGCCCGGAAGATTTGCGACAGCTGATGATTCCGAAACTGACCCTGCAGCCCTTTGTGGAAAATGCCGTTATGCACGGTTTTCATGGCAAACGCCAAGGCCGGATCCATCTGATTTGCGCGGAAGAGGACCGAGGCATCCGGATTAGGATTCGGGACGACGGCATCGGACTGCTTGAAGACTGGAAAACGCGCAAACGCCATCCGACGGGCGGATATGGCATTCGCAACGTGACGGAGCGCATCCAGGTTTATTTCGGTCCGCCCTTTGGCGTTTCGCTTCGAAACCGTACCGATGCGCCGGGCACCGAAGCGGAGATCTATTGGCCGAGGCTAAATCAGCAGTGGGGTCAGGATCAGGAAGGGGGAGGAAACCATGTGGACCATCACTATCGTGGATGA	MNPFRTFRIDYVFFFSFAGFIAVLITIMMIVSYRFTADEQADSASMYQQAVLQQLNKQLTDQMSAVEQTSLAVSINSPLVNYVTMKGDYYARKKARDELNRDYLAPMLNSSRSMFSFQIYMKDPLQVDPNANIQYLPLASASGESWYPAVDKSDFLWIGQREVGSPQGKQQVISFVRKITTLDGVNRGILIINVRVKFLQEILTEDNSSASRLLLDSGGRMIMHTRIAPPPGEINAILERVSGDTGHAHQLLAAAGSLPEKDMLTVWSRTSPGSWMLVELTPWKVITSGSVRLAWTMAVVGAAAILLSLFFTLFLSRNFTRPIRKLVQLMQAFNPGKRGQTLPTEYRNEFGSLFSGYRKLTERIERLYESLEQHYKAQREAEIKALQAMINPHFLYNTLDQLNWMALEAGQEKISHVLELMGKMFRIGLSGGESMISIQEELLHVDCYLKIQQFKWGEGLEWHFDCPEDLRQLMIPKLTLQPFVENAVMHGFHGKRQGRIHLICAEEDRGIRIRIRDDGIGLLEDWKTRKRHPTGGYGIRNVTERIQVYFGPPFGVSLRNRTDAPGTEAEIYWPRLNQQWGQDQEGGGNHVDHHYRG				NA	NA	NA	NA	NA
JZ016_02256	1620	rhaR_31		HTH-type transcriptional activator RhaR	ATGTGGACCATCACTATCGTGGATGACGACCGCCAAGTGCTCGGCGGCATGTCCCGGCTGATTCCCTGGGAGCAGCTCGGAGTTCGGCTCGTAGGGGAGGCCATGGATGGTGAAGAAGGACTGCGGCTGATTGAAGCAAGCCAACCCGACATCGTCATCACGGATATTTATATGCCGGTGATGAACGGTCTCGACATGATCGAACAGCTCCGTAAGCAGCAGTACGCCGGCAAAATCATCATTTTGAGCGGGTACTCGGATTTTGATTACGCTCGTAAGGCGCTGCGGCTTCAGGTCGACGATTATTTGCCCAAGCCGGCCTCACCGACCACGATCCGCGAGGTGCTGCAGCGCGTCACCCGCGAGCTAACGGAGCGCCGTGCGCTGGAAAATAGAGAGCGGGAGCTTCAAAGCCAACTCATGGAGTATGAGCCGTATCTGGAGAGGGAATGGGTCAAATCCATCCTCATCGGAGGGACCTCCTCCCCGCTGACGGATCCCTCCCGTATGCTGGAGCGGCTCGGTTGGAAGAATGCCCAATTCATGATGCTGGCCTTAGAAATCAAGCGCCAGGGACGCATGGAAGGCATCTCCGTCCGGGACTGGCACCTATTCCGCTTCGCCGTAGGCAATACGGTGGAAGAGCTGGCCGGTCAGGACGGGCTGCGCAGCTATTTCCTGGAGCTGCACAGTCACCATATGGCACTGCTGCTGTATAAGCCCCTCTCCTGGCCGACAGAGGCGTTCCGCTCGGAAGTTCTGGCGCTGGCTGGGCGAATCATTTCGTCCGTGCATCGATTCCTCAAGGTCAAGCTGCATATCGGTGCCGGTCTTCGTAAGGACAACTGGGTTGCCATCTCCGACTCCACCGAAGAAGCGTTTCAAGCACTCGCCGAGCGGTACGAACCGGATGTCGCCCATCCTTGTGTCTACGTATATAGCGAAGGAGGCTTTCGGCATACAGCCCCCCGGAACGTGCGCCCTGTGCGTTTTTTTCAGGAAATGACCGACGCCGTGCGGACCTTTGACGAGCCCAGGGCGCTGCTGGCGCTGGACGACTTCTTCCGCAAGGACGACGGCGCGGCTCAGCTCCAGCCCGATGAGCTTACTGCCATCGGTACGCAGCTGTTCGCCATCCTCTCCTTTACCCTGTACGAGTCCGGCATCCGGCTCGACGATGAGCTGCCTGTGACGGACTTGACCAAGGAGCTCGGACAAATAGAAGATGCCCAGCAGTGGAAAGCATGGGTAGCGGAAAAAGTGAAACGAATCTGTTCGCGTTACACACCAAATGAAAACCTCAAGCATAAGGAAACGGTCGATTATATCATCCAATACATTCATGAGCATTACGCCGAGAACATCCATCTTCAGGATGTGGCCGACCAGGTGTATATCTCCAAAAACTATCTCAGCACCTTATTCCGCCAGTTTACAGGTGAAACCTTTGGCGATTATCTGACTAGGGTGCGAATGGAAAGAGCCAAGAGCATGGTTCTCGAGAAAAAACTGCTGATCGCCGAAATCGCCGAGCGGGTCGGTTACCGGAATGTTCCGTACTTCACCACCCTGTTCAAAAAGCATACCGGGCGCAGTCCAACCGAGTTCCACAAAGCCTAA	MWTITIVDDDRQVLGGMSRLIPWEQLGVRLVGEAMDGEEGLRLIEASQPDIVITDIYMPVMNGLDMIEQLRKQQYAGKIIILSGYSDFDYARKALRLQVDDYLPKPASPTTIREVLQRVTRELTERRALENRERELQSQLMEYEPYLEREWVKSILIGGTSSPLTDPSRMLERLGWKNAQFMMLALEIKRQGRMEGISVRDWHLFRFAVGNTVEELAGQDGLRSYFLELHSHHMALLLYKPLSWPTEAFRSEVLALAGRIISSVHRFLKVKLHIGAGLRKDNWVAISDSTEEAFQALAERYEPDVAHPCVYVYSEGGFRHTAPRNVRPVRFFQEMTDAVRTFDEPRALLALDDFFRKDDGAAQLQPDELTAIGTQLFAILSFTLYESGIRLDDELPVTDLTKELGQIEDAQQWKAWVAEKVKRICSRYTPNENLKHKETVDYIIQYIHEHYAENIHLQDVADQVYISKNYLSTLFRQFTGETFGDYLTRVRMERAKSMVLEKKLLIAEIAERVGYRNVPYFTTLFKKHTGRSPTEFHKA				NA	NA	NA	NA	NA
JZ016_02257	1290	yesO_2	COG1653	Putative ABC transporter substrate-binding protein YesO	ATGAGAAATTCATGGCACCGTCTCGCCGCCGGCGCTGCGGCCGTGCTGTCACTGTCCCTGGTTCTCTCCGCTTGCAGCGGGATCAAGAAGGAAGAAGCCGGATCCGCGGAGTCGGGAGACGGCAAATCCATCACGCTCCGAATCATGTGGTGGGGCTCGCAGGCACGGCATGACGCAACTTTGAAAGCGCTTGATTTGTACTCTGAAAAGAACCCGGGCATCACGTTCGAACCGGAGTATCAGTCTTTCGACGGGTATCAAGACAAGCTGTCGACCCAGTCTGCCGGAAAAAACACGCCGGATATTTTCCAAATGGATGCCGCCTGGTTCAACGATTGGGCGTCCAGCGGACGGCTGGAGGATCTCTCCTCCATTCCGGCGGACCATATCGATAAGGCGCTGCTCGAGACAGGCACCTACCAAGGCAAACTGTACGCGATGCCGCTCGGCAACAACGCCTGGGGCATGGTGTACAACAAGACGATGATGGACAGCCTCGGCGTTCAGCCGCCGAAGACATGGGACGAATTTTTCGCCATGGCGCGTGACCTGAAGCCGAAGCTGGCCAAGGACCAGTACCTCACGCGGGATCTCACCGCGGACAGCGCGTTCTACATGTCGTATCAGCTGAGCATGGGCAAAGGATTCTCCATGAGCAAGGACGGAAAATTCCATTATGACGAGGCTACCTGGAAGGATTGGATGAACAAGTGGGCGGAGCTGCGCAAGGACAACCTCGTGACACCTCCTGACGTAACCGTATCGGATAAAGCACAGGACGCACAAATGGACCTGCTTATCCAGGAAAAGATTCTGCTGCGGGGTGCGCATGCTGCGGAATTCGGCGGAACGGATGCGTTAAAGCCCGGCGTGATGGCGTTAACGACCCAGCCAAGGGGAACGCAGGCGGGCGGCTGGCTGAAAGCGTCCATGTACTGGAGCGTCAGCCCCAACAGCCAATATAAAGAGGAAGCAAAGAAGTTCATCGACTGGTTTGTCAACAGCGAGGAAGCCGGAGAAATTTTGGGCACTTCGCGGGGGATTCCTGTCAACAAAACCGTAGCCGATGCCCTCCAGCCCAAATTTACGGACGTCGATAAAAGCTCCCTGGGACTAATCAACGAGGTGTCCAAGGACGGCGTCGCGTTTGACCCCGGCCCCGGGAATAAGGGCGGCTGGGCCAACTTCACGAAGGAATACGACAACATCACGCAGTCGATCATGTTCGGTAAAATCAGCATCGACGAGGGCTGGGACCAGATTGTCAAATTGAGCAAAAGCCTGGAATAA	MRNSWHRLAAGAAAVLSLSLVLSACSGIKKEEAGSAESGDGKSITLRIMWWGSQARHDATLKALDLYSEKNPGITFEPEYQSFDGYQDKLSTQSAGKNTPDIFQMDAAWFNDWASSGRLEDLSSIPADHIDKALLETGTYQGKLYAMPLGNNAWGMVYNKTMMDSLGVQPPKTWDEFFAMARDLKPKLAKDQYLTRDLTADSAFYMSYQLSMGKGFSMSKDGKFHYDEATWKDWMNKWAELRKDNLVTPPDVTVSDKAQDAQMDLLIQEKILLRGAHAAEFGGTDALKPGVMALTTQPRGTQAGGWLKASMYWSVSPNSQYKEEAKKFIDWFVNSEEAGEILGTSRGIPVNKTVADALQPKFTDVDKSSLGLINEVSKDGVAFDPGPGNKGGWANFTKEYDNITQSIMFGKISIDEGWDQIVKLSKSLE	PGPT0016545_7044	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_02258	1140	ugl_4		Unsaturated chondroitin disaccharide hydrolase	ATGGAAGCGATCCGGGAACCTTTAAAATACGGCGAGGCAACGATATGGACGCGGCAAAGGACCGAAGCCGCCATCGAATTCGTGCTGGATAAGATCGATGAGAATTTAGACACATTTTCGGACCATTTTCCATCTCCTGCAAGCCGCAATCATATTTATGAGCCAATCAGCAATACGGAATGGACCTCGTCCTTCTGGACCGGAATGCTGTGGCTTGCTTATGAGGTCACGGGGAAAACGAAGTACCGGTCGATAGCGGAGCTTCAGCTCCACAGCTATAAGGAGCGCGTGGAGCAGCGCATCGCCACCGAGACGCATGATCTGGGATTTTTGTATTCCCTGTCCTGCGTTGCCGCTTATAAGCTGACCGGGAATGAAGAAGCGAGACGGATTGCCTTGGCCGCAGCAGACCTGCTGATGGAGCGGTATTTCGAGAAAGCCGGGATCATTCAGGCTTGGGGCAAGCTAGACAGGCCGTCACAGCGCGGCCGAATGATCATCGACTGCTGCATGAATTTGCCTTTGCTCTATTGGGCGACGGAGGAAACCCGCAAACCGGAGTATCGGCGCGCCGCCATAAGCCATGCACAGCAATCCGCTCGCTATTTGATTCGCGAGGATTCCTCAACATACCACACGTATTATATGGATGTTGAGAGTGGAGAACCAAGGTTTGGGCAAACGTCCCAAGGATATGCGGATCATTCGTGCTGGTCCCGCGGTCAGGCCTGGGCTATTTACGGTATGCCGCTCAGCTATGCCTACACGAAGGAAGAAACACGGCTGCATGATGCCGAGCGAGTCACGAATTACTATTTGAATCGGCTGCCTGAGGATGATGTGTGCTATTGGGATTTGATATTCACCGAAGGGCGGGAAGAGAGGGACAGCTCGGCAGCCGCCATATCGGTATGCGGAATGCTGGAGCTGGCCAAGCATGTACCGCTCTCGCACCCGCAGCGCCGTACATACGAGAACGCGGCACTGCGCATCCTGGCGTCTTTAAGCGATGGATATACGACGGCAACGCTCCCTGAATCCAACGGCATTCTGCAGCATGCGGTCTACGGAAAGCCGCTTGGCAACGGCATCGACGAATGCTGCATTTGGGGGACTATTTCTATTTCGAGGCGTTGGTGA	MEAIREPLKYGEATIWTRQRTEAAIEFVLDKIDENLDTFSDHFPSPASRNHIYEPISNTEWTSSFWTGMLWLAYEVTGKTKYRSIAELQLHSYKERVEQRIATETHDLGFLYSLSCVAAYKLTGNEEARRIALAAADLLMERYFEKAGIIQAWGKLDRPSQRGRMIIDCCMNLPLLYWATEETRKPEYRRAAISHAQQSARYLIREDSSTYHTYYMDVESGEPRFGQTSQGYADHSCWSRGQAWAIYGMPLSYAYTKEETRLHDAERVTNYYLNRLPEDDVCYWDLIFTEGREERDSSAAAISVCGMLELAKHVPLSHPQRRTYENAALRILASLSDGYTTATLPESNGILQHAVYGKPLGNGIDECCIWGTISISRRW	PGPT0019355_647	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019355-ugl|EC_3_2_1_180-K18581	NA	NA
JZ016_02259	2370	yesS_8	COG2207	HTH-type transcriptional regulator YesS	ATGATCTCGATACCCGGCCTTCTTCCCGGCAAGCGAAAGAGCAGCCGGGGACGCGTCTTGAAAACCATGATCGTTTCGTATATGTTCATCCTTTTGTTGCCTATGACCGTGGGGCTTTTTCTATATGGACGGGTGGAAAACGTGATGGAAAACAATGCGGAACGATCAAATTCGGCGATGTTGGAGCAGCTGCGGCTTTCCGTGGACAGCAAGCTTAAAGAAGTGGATATTTTGGCTAAGCAAATCATGTTTAACTCTAAACTAACTTATTTGCTGAATCTTGATCGGCATGATCAAGGAGGGGCGTACCGCCAGGTAGAATTCGTTCGCGATTACTTAAATCGCTATCAATCTTTTGTAAGCGGATTCGTGAGAGACTACTATGTTCATCTGCAGGCCGGAGACGTCATCCTGAAGCCTGGATTGCGGACGGATGCCAGAACCTTTTACGAGAAGTATTACCGGTTTGAGCATATGGACTTTGAAACATGGAAGCGGACGATGCTTGACAGCTACCACAACAAGGCATTCCTGCCCTCCGATGTGCTGCTGCAGAACCCGAACCAAGGAAATGGCAACCCGGCGGATGTGATTACCTATGCGCAATCCCTTCCGCTTCATGACGTGTCCAATATCCGCGGAACGCTGGTTATTATGATCGATGGACAGCAGCTTCAAGAGATGTTCCGCCAAATCGAGTCCGCCAACGACAGCGAGATTTATATCCTCGATAAGGACCGGGGCGTGATTGCAAGCTCATCGGACTCGGGGCTGTCCGCGCAGGTGACGGAAAGACTAGCCGGTCCGTCGGGATTGTTCAAGACAGCATTAAATGGCACGGACAGCATGGTAACCTTTACGGAATCCAAGGAGGCCGGCTGGCAATATGTGTCCGTCATGCCGATGGGCAGTGTCATGGAGCGAGTAGCACAACTGAAGAGAATGGCGCTGACGGTGTTTGTCGTATCGCTTATCGCAGGAGCGGCTATTGCTTGTTGGTTTGCATACCGACAATACAGCCCCGTCAAACGGGTAGTGGATGCCATTCTTCAAGGAAAGCCGATTCAGGATAAGCCGGCCGCGAACGAATATGACTTCATATTGCAAACGATCGAAGGCTCGCTCGTTGAGCAGCGGCATCTGAGGGAGCGACTGTTCAGGCAGACGCCCGTCATCCGCGCTGATTTTCTGTCAAGGCTCATTCGGGGATACATCGATCCGGATCATGCGGGGGATCAAGGGGGTCCGACATTAGCGACCATGGGCATCCGCTTCGAGTCCGACAAGTTTGCCGTAATCATTGTTCAAGCCGTGGATATTACAAGGCTGTCGCCGGAGCCATCCGAGCAAGGTTGGACGCAAATTCGGTTTATTATCTCGAATATCGGCACGGAAATCGCAAATTCGGATCACCAGGGATTCGCCGTCGATATGGAACGCGACCGGGTAGCGATCCTGGTTAATTTTCATCCGGTTGAGGAGGCGGAAGCCGAGCTCTTTCTTCATGAGATTGCAGAGCGATTGCTCCGGGTACTGGAGGACCGTTTCCATATTTCCGTGACGATTGCCGTCAGCAGCGTACACACAGGAAACGGAACGATCGGCAGCGCTTATCTCGAAGCCATGGCCGCCCTGGATTACCGTATGTTCAGCGGAAGAAATTCGATCATTCACTTCGGGCATGTGCGCGACATCAAGCATCATTATTACTATCCGATCGAATTCGAGACGCAGCTTGTCAACCATGTGAGAGGCGGCGATACGGAAAATGTCGCTAAGCTGCTGGACAATATTTATACGATGAATTTTAAATCGGCGGGGATGACCCCGGAACTGGGAAGATGCTTGTTCTTCAATATCATCAGCACCTTTCTGAAAATACTGAACTTGACGAACACGGATCATGAAAGCCTGCTGGGCCCGAGCTTTGATCCCGTAAAGCACATATTCGGTTGTTCCACAAGTGATGAAATGCAAGCCGAGACCAAGCGGTTATATGACAAACTGACCTGTCTCTTTCATACGGAGCATAGCGATCACAGCATCCAGCTGCAGCAGGATATGATGGCATTCATCGACAGGAATTTAACCGATTATAATTTAGGACTTGGCATGATTGCCGATCATTTCGGCATGACGCCGCAGTATATCTCGAGTTTCTTCAAAAAGATGAATCGATGCAATATCACCGACTATATTACACGCGCGAGGATTGAGAAGGCGAAGACATTGATGGAGCAATCGGAACTGACCAATGCGCAGCTGGCCCAACTGGTCGGCTATACCAATGATGTTGTGTTCATCCGGGCATTCAAGAAATTGGAGGGGGTCACCCCTGGCAAATATCGGGTGAGCGCAAGCGGGCAGTAA	MISIPGLLPGKRKSSRGRVLKTMIVSYMFILLLPMTVGLFLYGRVENVMENNAERSNSAMLEQLRLSVDSKLKEVDILAKQIMFNSKLTYLLNLDRHDQGGAYRQVEFVRDYLNRYQSFVSGFVRDYYVHLQAGDVILKPGLRTDARTFYEKYYRFEHMDFETWKRTMLDSYHNKAFLPSDVLLQNPNQGNGNPADVITYAQSLPLHDVSNIRGTLVIMIDGQQLQEMFRQIESANDSEIYILDKDRGVIASSSDSGLSAQVTERLAGPSGLFKTALNGTDSMVTFTESKEAGWQYVSVMPMGSVMERVAQLKRMALTVFVVSLIAGAAIACWFAYRQYSPVKRVVDAILQGKPIQDKPAANEYDFILQTIEGSLVEQRHLRERLFRQTPVIRADFLSRLIRGYIDPDHAGDQGGPTLATMGIRFESDKFAVIIVQAVDITRLSPEPSEQGWTQIRFIISNIGTEIANSDHQGFAVDMERDRVAILVNFHPVEEAEAELFLHEIAERLLRVLEDRFHISVTIAVSSVHTGNGTIGSAYLEAMAALDYRMFSGRNSIIHFGHVRDIKHHYYYPIEFETQLVNHVRGGDTENVAKLLDNIYTMNFKSAGMTPELGRCLFFNIISTFLKILNLTNTDHESLLGPSFDPVKHIFGCSTSDEMQAETKRLYDKLTCLFHTEHSDHSIQLQQDMMAFIDRNLTDYNLGLGMIADHFGMTPQYISSFFKKMNRCNITDYITRARIEKAKTLMEQSELTNAQLAQLVGYTNDVVFIRAFKKLEGVTPGKYRVSASGQ				NA	NA	NA	NA	NA
JZ016_02260	1701			hypothetical protein	ATGGCTGACTCATTAGATATCGTAACGCAAAGCAAGAGCCGGATGCAGTGGTGGAAGGATGCCAAATTCGGCATGTTCATCCACTGGGGGGTATATTCGCTGCTCGGCAAAGGGGAGTGGGTCATGTATGCCAACAAAATTCCGGTAAAGAAATATGAAAAACTCGCCAAGGAATTTAATCCGACGCAGTTTGATGCCAAGGCTTGGGTCAATTGCGCCAAAAGGGCAGGCATGAAATATATCGTCATCACAGCCAAACATCACGATGGCTTCGCCATGTATCATTCACGGACGGACCCGTTCAATATCGTGGATGCTTCTCCATTCGGCCGGGATCCGTTGAAGGAATTATCCGAGGCTTGCAGGGAGGAAGGAATCCGGCTCTGCTTCTACTATTCCCATGTCATAGATTGGCATCACCCGCATGCGCTTCACGATACGTTTAACAATCTATGGGACTACGAGCTGGAGAAGAAGGCGTTCTTTCGTTACTGGAACCATAAAGCGAAGGGACAAGTACGTGAGCTGCTGACGGAATATGGTCCGGTCGGGCTGCTCTGGTTCGATACATCCGGGGGATTGTCGAAGAAGGAGAGCGAAGCGATGGTAAACATGATCCGCGAGCTTCAGCCCGATTGCCTGATTAACAGCAGGGTAAGCCATTGGCCTGATTTCGGTGACTACCAATCCAAGGGTGACAACGAAATCCCGATGCAAGGCGAGGAAACGCGGGAATGGGAGACGCCGATGACCCTAAATCAATCGTGGGGGTACAGCACCAAGGATCAAGTGTGGAAATCCACGGATGCTCTGATCCGAAAATTGGTGCATATCGTAAGCAAGGGAGGGAACCTGCTGCTCAATGTCGGCCCTACGGAAACAGGCATCATTCCGGAAAAATCCGCTCTACGCCTGGAGGAAGTCGGTGAATGGCTTGCGCGAAATGGAGAGGCGGTCTACGGCACAAGCGCAAGCCCGTTCCCTTATGAGCTGGAATGGGGAGCGGTTACGGTAAAAGGGAATACGCTCTTCCTACATGTGTACAATCGCTATTGGCCTGCGGAAGAATTGGTATTGAACGGTGTAAGAAATACGGTTAAAAAAGCTTATCTGCTCACGGACTCCAGCACATGTCTTCCTGTGGACCAGAGCTATCGGCCGGAAACGGACCATCACGAGATGCGGATCCGCTTGCCTGAACTTCCGCCAGAAGACCATGTGTCGGTTATTGCATTGGAACTCGAGGGCAGGATCGATGTAGATCAGGGTTTTATCCAACAGGCGAACGGCGCTGTTAAGTTGGATCTTGTACTGTCGGAAATAACGACAGGCAACGGGATGAACGAGGCGGGGTGGACCTTCAAGGCAGCGTCGTCCGGCATATATGAAGTCAACCTAGTCAATTTCAAAAAATCCGAAGCCGTTTGGGAACAGGAATATGATCATGAAGTCACTGTACGGGCAGCTGGACAGACGATTGCGTGTATTCCCCGAGAGGATAAGGTCGTCAGCGACTCCATTTCTTGTCAGCATCCGTACACCGAGATTCATTCATCGATCGGGCGGATCGTAATAGAGACTCCGGGCACGTATGCGTTGACCTTATCGAGCAAGCTTGCGAAGCCGAAACCTTTTGGACCGGAAATTTGGCAGGCGGCTGCCGTGAAGCTTCGTTCCGTGCGATTAGTTCAGGTGCTTTAA	MADSLDIVTQSKSRMQWWKDAKFGMFIHWGVYSLLGKGEWVMYANKIPVKKYEKLAKEFNPTQFDAKAWVNCAKRAGMKYIVITAKHHDGFAMYHSRTDPFNIVDASPFGRDPLKELSEACREEGIRLCFYYSHVIDWHHPHALHDTFNNLWDYELEKKAFFRYWNHKAKGQVRELLTEYGPVGLLWFDTSGGLSKKESEAMVNMIRELQPDCLINSRVSHWPDFGDYQSKGDNEIPMQGEETREWETPMTLNQSWGYSTKDQVWKSTDALIRKLVHIVSKGGNLLLNVGPTETGIIPEKSALRLEEVGEWLARNGEAVYGTSASPFPYELEWGAVTVKGNTLFLHVYNRYWPAEELVLNGVRNTVKKAYLLTDSSTCLPVDQSYRPETDHHEMRIRLPELPPEDHVSVIALELEGRIDVDQGFIQQANGAVKLDLVLSEITTGNGMNEAGWTFKAASSGIYEVNLVNFKKSEAVWEQEYDHEVTVRAAGQTIACIPREDKVVSDSISCQHPYTEIHSSIGRIVIETPGTYALTLSSKLAKPKPFGPEIWQAAAVKLRSVRLVQVL	PGPT0018775_609	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206	NA	NA
JZ016_02261	879	ycjP_5	COG0395	Inner membrane ABC transporter permease protein YcjP	ATGGCTAACAAACGATCCGCAGGCGAGATAACCTTCGTCTGTCTGAATGCATTGATCCTGACGGGCCTCTGCTTCGTCACCTTATATCCGTTCGTGTATGTTGCCTTCGCTTCGTTCAGCGATCCCGCTTCATTGGCCCAGCACCGGGGGCTGCTGTTCGCGCCGCTTGATATTAACTTCGAAGCCTATAAGGCGGTGTTTAACAACCCGATGATTACGACGGGATATCGGAACACGCTGATCTACGTCGTGGCAGGAACGGCCATCAATCTGGTGGCCACGGCGATCGGCGCATATGTGCTGTCCCGCAGAAATTTGTACTTCAAAAATGTCCTGATGATGCTGATCGTCATCACCATGTTTTTCGGCGGCGGGCTGATTCCGACTTATCTGCTGATCAATAACCTGGGAATGCTGAACACGATCTGGGCGATGCTGATCCCCGGGATGATCGGGACGTTCAATATGATCATTATGCGGACCGCCTTTCAGTCCGTTCCGATAAGTCTTGAGGAATCGGCGAAAATCGACGGGGCGAACGACCTGATCATTCTGTTCCGGATCATTATTCCGCTGTCCATGCCCGTTATCGCCGTCATGATTCTGTGGTATGCCGTGGGACACTGGAATTCATATTTCGGGGCGCTCATCTATCTGAGGGATCGGGAGCTATTTCCGCTCCAGCTCGTGCTCCGGGAAATTCTCATAACCAATACGACCGACAACATGATGACGGAGGCCTCGGGAGACCGGATGGCGATCGCGGACACCATTAAATATGCAACGATTATCGTTTCCACATTGCCGATACTGCTTCTGTATCCATTTTTGCAAAAATATTTCGTCAAAGGCGTTTTGATCGGCGCCATTAAGGAATAG	MANKRSAGEITFVCLNALILTGLCFVTLYPFVYVAFASFSDPASLAQHRGLLFAPLDINFEAYKAVFNNPMITTGYRNTLIYVVAGTAINLVATAIGAYVLSRRNLYFKNVLMMLIVITMFFGGGLIPTYLLINNLGMLNTIWAMLIPGMIGTFNMIIMRTAFQSVPISLEESAKIDGANDLIILFRIIIPLSMPVIAVMILWYAVGHWNSYFGALIYLRDRELFPLQLVLREILITNTTDNMMTEASGDRMAIADTIKYATIIVSTLPILLLYPFLQKYFVKGVLIGAIKE	PGPT0017255_2214	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02262	948	yteP_34	COG4209	putative multiple-sugar transport system permease YteP	TTGTCAGCAACCCAGGAGTATCCCTTCGAGCATCGCAAAGGGAAATGGACAACGATTGCGAACGATTTGAAACGGAACAAATACGTCTACATACTGGCGCTTCCCGTCATTCTATACTATGCCGTCTTCCACTATGGACCGATGTACGGTCTGTTGATGGCTTTCAAAGATTTCAGCATTGCCGATGGTATTTGGGGAAGCGAGTGGATCGGATTTGAGCATTTCCGTAATTTTTTTAACAGCTATTATTTCGAACGCCTTCTGCGCAATACCGTTCTGATCAATATCTATGAGCTCATCTTCGCGTTTCCGGCACCGATTATCCTTGCCCTGCTGCTGAACGAAATCCGCAGCCGGCTGTTTAAGCGTACGGTTCAGACGATATCGTATTTGCCGCATTTCGTATCCATCGTCGTGGTAACCGGGATCATGTTCGATTTTCTCGCAAGAGATGGCTTGGTGAATCAGATTCTGGGCTTTTTCGGCATCGAATCGATTCCGTTCATGAGCGAGGCCAGCTGGTTCCGTACGATATATGTCGGCTCCGGCATTTGGCAAGGCGTAGGCTGGGGTTCGATCATTTATCTTGCCGCCATCGCCACCATTGACCCGACCCTGTACGAGGCGGCCAAGATGGACGGCGCAGGCCGCTGGAAACAGATGCTGCACATCACGCTGCCGGGCATGCTGCCGACGATCATCATCATTTTTATTCTCAATATGGGCTCCATGCTTAGCGTTGGCAGCGAAAAAGTATTGCTGATGTACAGCCCGCTTACTTATGAAACGGCAGACGTGATCTCGACCTTTGTCTACAGGAGAGGGGTTCTGGAGACGGATTACGGCTTCACGACCGCCGTTGGATTATTCAATGCGGTAGTCAGCTTTATCCTGCTTGTACTCGCGAACTCCATCAGCAAGCGGGTCAGCGAACATAAACTGTGGTAG	MSATQEYPFEHRKGKWTTIANDLKRNKYVYILALPVILYYAVFHYGPMYGLLMAFKDFSIADGIWGSEWIGFEHFRNFFNSYYFERLLRNTVLINIYELIFAFPAPIILALLLNEIRSRLFKRTVQTISYLPHFVSIVVVTGIMFDFLARDGLVNQILGFFGIESIPFMSEASWFRTIYVGSGIWQGVGWGSIIYLAAIATIDPTLYEAAKMDGAGRWKQMLHITLPGMLPTIIIIFILNMGSMLSVGSEKVLLMYSPLTYETADVISTFVYRRGVLETDYGFTTAVGLFNAVVSFILLVLANSISKRVSEHKLW	PGPT0017250_1576	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02263	1608			hypothetical protein	ATGAAGGTCAACAGGTTTAAAGTATTCTGGATTGTTTTGCTCGCTGTCACCATGGCCATAACGGCGGCAGGTTGCGGCGGCCCTGCCAAGGAACAACCGGAGGTAGCGTCGGACCCGGAAGCCCCTCCGGTTCTATCGGAACTGACGTATTGGGTGCAAATCGTTAGCCAGGTGTCCGCTACGATGAAGAGTTACAACGAAATCGAGGCTTATAAGGAGCTGGAGAGGATCACCGGGGTGAAAGTGGATTTTCAGCATCCTCCGCAGGGCCAGCAGGCGACGGAGCAGTTCAATCTGATGATGACCTCGGATAAACTCCCGGACGTGATCGAATATTCATGGGCCGGCTATCCGGGAGGACCGGAGAAGGCGATCAAGGACGGTAAAATCATCAAACTCAATGATTTGATCGACCAATATGCCCCGAACTTTAAAAAGGTGCTCGAGGAGCATCCGGAGTGGAAGAAGGAAATTATGACCGATGACGGCAGCATCTATGTGTTCCCGTTCCTCCGCACCGACGACAAGCTTAAGGTATTTCTCGGACCGACGATCCGGCAGGATTGGCTCGATAAGCTGGGGCTTTCGATGCCGACCACGGTTGATGAATGGTACAACGTATTGAAGGCTTTTAAGGAGCAAGATCCGAACGGCAATGGCAAGGCGGATGAGATTCCCCTGTATCTGACGAAAGGAGATGTCGATACAACGACCGCTTTTCTCGGGGCATGGGGCATTAATGCCGGATTTTATCAAGAGGAGGGTCAGGTTAAATACGGCCCGACGGATCCGAGGTTCAAAGAGTTCTTGACGCTCATGAACCAGTGGTACAAGGAAGGCTTGCTTGATCAAGACTTTGCGACGACCGATGAGAAAATGCTGGAGGCCAAAATTACGGGCGGGCAGATCGGATCAGCGATTCTATACACCGGCAGCGGGATCGGCAAGTATGGAACGCTCATGAAGGATAAAGATCCGAACTTCAGGTTGGTGGCAGCCCCCTACCCTGTCATGAACCAAGGCGACATGCAGATTTGGGGATATAAAGACTATGCATTTAACGGAATAGGGGCAGCAGTTACTACCAGCAACAAAAATCCGATTGAAACGGTGAAGTGGCTGGATTACGGCTATTCCGAGGAAGGCACCCTGTTGTTTAACTTCGGAAAAGAGGGCGTCAGCTACTCGATGGAGGACGGCAAGCCGATGTTTAAGCCCGATGTATTGAAGGACCCTTCGGGACTGCCGGTGATCCAGTCCATGTCCAAGCATAACCGCGCAACCTTCAGCGGGCCGTTCATGCTTGATATTCGGTTCGATCAACAATATACGACCGAGCCGGATCAGCTGGAGTCCAAGATCATCTGGGCAGAGCCGACCATGGAGAAGAAAATGCCGCGCACAACGCCGACCCAATCCGAGAGCAGCCGCTACGCTTCCATCATGACGGATATCAACACGTACAAGGACGAGATGTACTTGAAGTTCGTCATGGGCGCCGAGCCGTTGGATCAGTTTGACAAGTATGTGAAAACCATTGAATCCATGGGTCTTGCCGAAGCTCTGGAAATACAGCAGAAAGCCTTGGAGCGTTACGGTAAGCGGTAA	MKVNRFKVFWIVLLAVTMAITAAGCGGPAKEQPEVASDPEAPPVLSELTYWVQIVSQVSATMKSYNEIEAYKELERITGVKVDFQHPPQGQQATEQFNLMMTSDKLPDVIEYSWAGYPGGPEKAIKDGKIIKLNDLIDQYAPNFKKVLEEHPEWKKEIMTDDGSIYVFPFLRTDDKLKVFLGPTIRQDWLDKLGLSMPTTVDEWYNVLKAFKEQDPNGNGKADEIPLYLTKGDVDTTTAFLGAWGINAGFYQEEGQVKYGPTDPRFKEFLTLMNQWYKEGLLDQDFATTDEKMLEAKITGGQIGSAILYTGSGIGKYGTLMKDKDPNFRLVAAPYPVMNQGDMQIWGYKDYAFNGIGAAVTTSNKNPIETVKWLDYGYSEEGTLLFNFGKEGVSYSMEDGKPMFKPDVLKDPSGLPVIQSMSKHNRATFSGPFMLDIRFDQQYTTEPDQLESKIIWAEPTMEKKMPRTTPTQSESSRYASIMTDINTYKDEMYLKFVMGAEPLDQFDKYVKTIESMGLAEALEIQQKALERYGKR	PGPT0017245_1978	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02264	3489			hypothetical protein	ATGCCGCAGCCAGAGGATGATCTTGATAAACAGCTGCACTTATTGATTACCGACAACCCAATATTAAAAAAAGTTAGTGCCGCCCGGAAAAAATACAGTCCGATCTTAAATATCGACTGTATGGTGTTCCGGGCGGCTGTTTTATATTTAGGACGCAGGGAAAAAGGAAATTGGAGGGAGGGGGAGGTGAAACGGAAGCAGTTCGTTTCTCGTTGCTATTACGAAATCATCGGCAAAGGAGTTGAGCGGTTGATGGGTTTCCACACCAAAAAGTGGTTGAAGCTGTTATTGGCGGTTGCTTGCACGCTTGCAGCCGTTCCGCCGTCAGGGAAGACACTGATGGCGGCGGATGGAATGACGGAGCAGGCCGACGTTCATGCATTAGGCACGAATACCGCAGCGAGCCTGGCAACCCAGCATGATCTTGATGTAATTTATAAGGATTTGTCCGGTTATCCGACGGTATCGGCCACCTATAACGGCGGTGTCGCGGCCATCGGAGACCAAGCCTTCGTCCTGGCGGTCAACCCCGACACGACGCCGATTCTTGCAGCGGCTCGCTACGGAAAAGGCAAAGTCGTTGTTGCAGGCGATGACTCCTATTTCAAATTCACCTCCGACATTACCGATGAGCGGAAGACGGTGGCACGCAACATCCTCCTGTGGTTAACGGAGGATTCCGAGACGTTGACCTATCAGGAGGCATTGGAAGGCAAGGGGCGATTGCCCATGTTGTCGGCAACGTGGAAGAATTATGCCATCGAAACCGATGTGCCGATCGATCTGGTCCGGTTGGAGCAATTCACGCCTGAGCATTTGGATCCGTCCCGCTACCCCGTAGCTTATGTTGACGGGACGCTGAAGGATAGCGAGGTCGATGCCGTCGAGCATTACGTCGCGCAAGGAGGTCATGTCGTTGTCCCCTTAAAAGGATGGGTGATGGAGCAATATCCGCATGTCTTCCTCGGGAACGAATATCAGGGCCGTTCGGGCAGGCTCAGTGAAGATTTCCCGGTGCAGCGCCTATTGAACCGGATGGGTCTTGGTCTGATGAACAATACGGCGTCGACTCGAACGGAAACCTTGCCCACATTGACACCGGAGCAATCGGCCAATTACCATTCGCTAAAGCTGCTGGAGCAGGCCGAGGCGATTGAGGCTGGAACGCTGTCACCGGATCAGGTGAACGTCGGACGGCCTGGCGCCGGCGCTGACAAGAAGCTGCAAGTCATCGCTTCGGTGACCGGCGGAACCGTCAGCAGCATCTCCCCGCAAAGCCCGCTATATGCTGTGATCGAGCAGGATGCCAGCGATTTGGAGTCCCAGCTTACGTTTCCGCTCGACCGTTCCAAAGCGCCCTATACCAGCGCATTGTTAGCTTTTCAATTGGGACGGATCGGCAATGACCTGACGGCCCCCAAATCCCCTTATGCCGATCAATTTCCCGGGACCGTACCGGGGGACGCGCCGCGAGTGTCGGGACAATCCGTTCACGTGAATTTTGATTATTCAACCTTTGACTATTTACGCCAAGGGACGGTTCCGAAGAATTGGATCAGCACGGGGTTATACGCACCGGCCGGAGAATGGGTAACGATTCATGTTCCTGAAGGTACCCAGAATTTAGATGTGCAGGTAGGGGCTCACACGGATAATTTGACAAGTAAAACGGAATGGGAACGACCTCCGGTCATCACACAGCGGAAGCCGCTCCTTCCGGGCGAGAACCGGATCCGCAGCCCTTATGGCGGCCTGATTTACCTGATTCCGACCAAGCCGCAGCCGGGCGTTGCGAAGGATATTGAAATCAGCGGCGGAGTTCGCGCTCCGTATTATATCCTTGGCGAGACCTCTTCGGCTGAATGGGAAGACACGATTCGGCATCATCCCGCTCCATGGGCAGAGCTTCAGGGACGCAGAGTGATCTTGACGCTTCCGTCCGAGTATATCAGGCAGCTTGAAGATCCGCAGCAATTAGTGGAGAAGTGGGATGCAATCGTGGACTACACAGAGGAAGTCGCGGGGCTTTCCCCGGATCAACCGCTGCCGCACAAAAGTATAGACCTTCCGTTCCGTTACGTTGCGGATCGCCAAATTAGTGCGGGTTATATGCATGCCGGCTATCCGATCATGTTCCACATCGATCCTTCGGCGGGCCACGCCGTGGACATATCCCGAGTTACTCAGGGAGGATGGGGCTTCTGGCACGAGACCGGTCACGAATATCAGCAAGGAGCCTGGAACTGGAACGTAACGGGTGAAATTACGGTAAATATTTACTCCTTATATGTCCAAGAGAAATTCGGCAACAGCAGCAACTTATTGATTCGCAATGCCGATGGGAAAGATTTCTATGACTTAGCGTTTGAATATATCGAAAGCGATCTTCCGGGCAAGTCGTTCGGCACCTCGGGCCAGCTCGATCTTTTCGGCTATCTCGTAATGTTCCGCCAGCTTTCCCTGGCTTACGGATGGGACTTTTATGCTGAGCTTCATCAGGCGTACCGGGAGCTGCCGGCATCCCAGCTGCCAGCGACAAACCAAGAAGAGATCGACACGTTTGTTATCATGGCCTCGAAAACCGCAGGCGAAAACCTGACGGAGTTCTTCGATAAATGGGCGCTTCCGTATTCTAAGTCTGAGGTTCAATCCCGTATCGCCGCCTTGAACTTACCCTTACCTAAGCAGGAGCTTTGGCGCTTAAGGGAGACCCACTCGTTAAATGCTCCTCCCGAGATCAAGGTCGATCAGGATTCCGAGTGGAGCCGCGAATCAGTGAAGGTCACCATCACGATGACACCGGAAGCTGAAGCGGCAGGCATGCGGAACCAGTACAAAATGGACTCCAATGGCAAATGGACCGATTACACGGCTCCCATAATTGTAGAAACAGAAGGTCAGACAACGATATACGCTCGGGCAGCTGCCCTGTCCGGAGTGACAAGTAATGAAGCGATTAAGACGGTGAAGATCGACCGGAGCGGACCGGAAATCACGACAAACGTGACCCAGTCCGTATACCAAACCGAGCGTTTCACCATGTCACCTCACATCACGGACGCATTAAGCGGCGTATCCGCCGTCATCGTGGAACTGGATGACAAGGAAGCTGCGGAAACGCTGGTTATAGAGCCGTTAACGCTGACTGCCGGTCCGCACATCCTTCGCATAACGGCAGAAGATGCAGCCGGGAATATCACGGTTCGCGAATACCCATTCGAGGTTGCTGTCGATCTGGAACAGCTCGACGATATCGTAAGAGCAGGGGAAGAGAAAGGCTGGATCGATAATCACGGCATCACGCAAAGCTTATTGGCCAAAATTGCGAATCTCCAGCAGCATTCGCCTGGAAGCGTAGCAGCTGAGGATGCAATCACTTCGCTGGAGAATGCCATTAAGGCGCAGCAGGGCAAGCATCTCGATTTCGGCTTCGCGGAGCTGCTTCTTGGAGACATAGACTACATCCGAAGCCGCAGCTCGGCTTCCTAG	MPQPEDDLDKQLHLLITDNPILKKVSAARKKYSPILNIDCMVFRAAVLYLGRREKGNWREGEVKRKQFVSRCYYEIIGKGVERLMGFHTKKWLKLLLAVACTLAAVPPSGKTLMAADGMTEQADVHALGTNTAASLATQHDLDVIYKDLSGYPTVSATYNGGVAAIGDQAFVLAVNPDTTPILAAARYGKGKVVVAGDDSYFKFTSDITDERKTVARNILLWLTEDSETLTYQEALEGKGRLPMLSATWKNYAIETDVPIDLVRLEQFTPEHLDPSRYPVAYVDGTLKDSEVDAVEHYVAQGGHVVVPLKGWVMEQYPHVFLGNEYQGRSGRLSEDFPVQRLLNRMGLGLMNNTASTRTETLPTLTPEQSANYHSLKLLEQAEAIEAGTLSPDQVNVGRPGAGADKKLQVIASVTGGTVSSISPQSPLYAVIEQDASDLESQLTFPLDRSKAPYTSALLAFQLGRIGNDLTAPKSPYADQFPGTVPGDAPRVSGQSVHVNFDYSTFDYLRQGTVPKNWISTGLYAPAGEWVTIHVPEGTQNLDVQVGAHTDNLTSKTEWERPPVITQRKPLLPGENRIRSPYGGLIYLIPTKPQPGVAKDIEISGGVRAPYYILGETSSAEWEDTIRHHPAPWAELQGRRVILTLPSEYIRQLEDPQQLVEKWDAIVDYTEEVAGLSPDQPLPHKSIDLPFRYVADRQISAGYMHAGYPIMFHIDPSAGHAVDISRVTQGGWGFWHETGHEYQQGAWNWNVTGEITVNIYSLYVQEKFGNSSNLLIRNADGKDFYDLAFEYIESDLPGKSFGTSGQLDLFGYLVMFRQLSLAYGWDFYAELHQAYRELPASQLPATNQEEIDTFVIMASKTAGENLTEFFDKWALPYSKSEVQSRIAALNLPLPKQELWRLRETHSLNAPPEIKVDQDSEWSRESVKVTITMTPEAEAAGMRNQYKMDSNGKWTDYTAPIIVETEGQTTIYARAAALSGVTSNEAIKTVKIDRSGPEITTNVTQSVYQTERFTMSPHITDALSGVSAVIVELDDKEAAETLVIEPLTLTAGPHILRITAEDAAGNITVREYPFEVAVDLEQLDDIVRAGEEKGWIDNHGITQSLLAKIANLQQHSPGSVAAEDAITSLENAIKAQQGKHLDFGFAELLLGDIDYIRSRSSAS				NA	NA	NA	NA	NA
JZ016_02265	351	sutR_3	COG1396	HTH-type transcriptional regulator SutR	GTGACCGTGGTATCCCCGGAGGACGTGGAGCCTTTTCACGAGGCTGAAGGCGCTTACCGGGTATACCCTTTGTTCTCCTACAACCTGCGCACCAAATTCGAGTCCTATATGGTCATCATGGATCCCGGCTGTGACCATGGTTCAGAAGCGCATAATGATGGCGTGGAGGAATATATTTTTGTGCATCAGGGAGAGCTGGAGCTGTGGCGCGAAGACGAAAGCTATACCGTCCCTGCCGGAAGCTCTGTGCATTTCTCGGCTAATCGGCCTCATCGGTACGTTAACCCTGGGAATAAAACCACGAAATTTTACACGATTATATTCTATGCGGATGCCGCAGCCAGAGGATGA	MTVVSPEDVEPFHEAEGAYRVYPLFSYNLRTKFESYMVIMDPGCDHGSEAHNDGVEEYIFVHQGELELWREDESYTVPAGSSVHFSANRPHRYVNPGNKTTKFYTIIFYADAAARG				NA	NA	NA	NA	NA
JZ016_02266	222			hypothetical protein	TTGGAACCCATTCATAAAAAAGTAGGGAGAAATCTGCAAGCTATCCGCAAATCACGGGGCCTCAGCCTCGATAACGTAGCCGAGTTGACCGGTGTTAGCAAAGCCATGCTGGGACAGATCGAGCGGGGGATTCCAACCCGACGATTTCGGTATTGTGGCGTATCGTCAGCGGCCTCGGCATTTCATTCACCACGCTCATCGAAGAGGCTGAAACCGAAGTGA	MEPIHKKVGRNLQAIRKSRGLSLDNVAELTGVSKAMLGQIERGIPTRRFRYCGVSSAASAFHSPRSSKRLKPK				NA	NA	NA	NA	NA
JZ016_02267	969			putative epimerase/dehydratase	ATGAAACGAATTATGGTAACCGGTGCGCTCGGGCAGATTGGTTCGGACCTGGTGGCGAAATTGCGGCAAGTTTACGGCGAAGAAGCTGTTCTCGCAACGGACATTCGCCAAATCCATCATGAGACGGTGCAATCAGGACCGTTCCGAATACTGGATGTAACCGACCCCCAAGCTTTCCATGAAGCAGCTAAAGAACACCGCGCGGATACGATTATCCATCTTGCAGCCCTGTTGTCCGCCAAGGCGGAATCCAATCCCGCACTGGCGTGGAACCTGAACATGGGCGGTTTGTTAAGCGGGCTCGAGACGGCACGGGCATTATCCTGCCAGTTCTTTACGCCGAGCTCTATCGCAGCATTCGGGGCGGACACCCCGAAAAGAGCAACGCCGCAAGATACGCTGCAGCGCCCGTTAACGATGTATGGTGTCAGCAAGGTCTCCGGCGAGCTGTTGTGTGACTACTATTACCATAAATTCGGAGTGGATACCCGCGGATTGCGCTTTCCAGGCCTGATCTCCCACTCCGCCCCTCCGGGCGGGGGAACGACGGATTATGCGGTTGAGATGTATGTAGATGCTATTCGCAGCGGCAGCTATACTTCCTACATTGATAAAGGGACCTACCTTGACATGATGTACATGCCGGATGCGATCTCCGCTATCATTGCATTGATGGAAGCGGATCCGGCTAAGCTGAAGCACCGCAATGCCTTTAATGTTACGGCGATGAGCGTCGACCCTGAGGGGATTGCGGCCAGCATCCGCCGCCATATACCGGATTTCAGCCTCGACTATCACGTGGATCCTGTCCGTCAAGCGATTGCGAACGAATGGCCGGATTCTATCGATGCAACTGCGGCACGCGAAGAATGGGGATTTGATGTACAATATGATTTGAACCATATGACCGATGATATGGTGTCAAAGCTTATGGAGAAGCCGCAAGCGGATCAGAGCAAGATCAGTTAA	MKRIMVTGALGQIGSDLVAKLRQVYGEEAVLATDIRQIHHETVQSGPFRILDVTDPQAFHEAAKEHRADTIIHLAALLSAKAESNPALAWNLNMGGLLSGLETARALSCQFFTPSSIAAFGADTPKRATPQDTLQRPLTMYGVSKVSGELLCDYYYHKFGVDTRGLRFPGLISHSAPPGGGTTDYAVEMYVDAIRSGSYTSYIDKGTYLDMMYMPDAISAIIALMEADPAKLKHRNAFNVTAMSVDPEGIAASIRRHIPDFSLDYHVDPVRQAIANEWPDSIDATAAREEWGFDVQYDLNHMTDDMVSKLMEKPQADQSKIS				NA	NA	NA	NA	NA
JZ016_02268	1191			Putative pyridoxal phosphate-dependent acyltransferase	ATGTCCAGTCAATCGTTAAGCGCTTTCTTACAGGATAATCTAACAGAACTCAAGCAGCAAGGACTCTATAATACGATCCAGCCTCTTGAAAGTCCGAATGGTCCGCTTATTACCATTCAGGGTCGTGAATTCGTGAATTTATCTTCCAACAACTATCTGGGACTGGCGAATGATGAGCGATTGAAAGAAGCGGCCATCCGGGCTACGACCGATTTCGGAACCGGAAGCGGCGCCGTTCGCTCCATTAACGGAACGCTCATGCTTCATGTTGAGCTTGAGGAAAAGCTTGCGCAGTTCAAGGGAACCGAAGCGGTGCTGACGTATCAGTCCGGTTTCAATTGCAATATGGCGGCGATCTCGGCGGTGATGGGTGCCGGGGATGCGATTTTGTCGGATGAGCTGAACCATGCGTCCATTATTGACGGCTGCCGATTGACCAAGGCGAAGGTTATCCGTTTTAACCATTCGGACATGGACGATTTGCGTTCGAAAGCGCAAGAAGCGAGAGAATCCGGTTTATATAACAAAATTATGGTCATTACCGACGGCGTGTTCTCGATGGACGGCGATATTGCGAAGCTCCCCGAAATCGTGGAGATCGCCGAGACCTATGATCTGATCACTTATGTGGACGATGCGCATGGCTCAGGTGTTCTTGGCGGCGGAGCAGGTACCGTGAAGCATTTCGGATTGTCGGAGCGAGTGGATATCCAGATCGGCACGCTGTCCAAAGCGGTTGGCGTTGTCGGCGGGTATGTTGCCGGATCACGGGATCTGGTCGATTGGCTCAAGGTCCGCAGCCGGCCGTTCCTGTTCTCCACGGCGCTGCCTCCAGGTACCGTAGCCGCTTGCATTACCGCTATCGACATCCTGCAGAACAGCAAAGACCTGCAAATGAAGCTGTGGGAGAACACCCGTTATCTGCAGGAAGGCCTTAAGCATCTTGGCTATTCCGTCGGCCGTACGGAAACGCCGATTACGCCTTGCATTATTGGAGATGAAGCAACCACCCAGAAATTCAGCACCAGATTGTATGAAGAAGGCGTGTATGCCAAATCGATCGTATTCCCTACGGTGCCAAAAGGCACGGGTAGAGTTCGGAACATGCCTACCGCCATGCATACGAAGGAGATGCTGGATCGCGCACTTTCCGCATATGAAACCATCGGACGCGAACTGGGTCTGATCTAA	MSSQSLSAFLQDNLTELKQQGLYNTIQPLESPNGPLITIQGREFVNLSSNNYLGLANDERLKEAAIRATTDFGTGSGAVRSINGTLMLHVELEEKLAQFKGTEAVLTYQSGFNCNMAAISAVMGAGDAILSDELNHASIIDGCRLTKAKVIRFNHSDMDDLRSKAQEARESGLYNKIMVITDGVFSMDGDIAKLPEIVEIAETYDLITYVDDAHGSGVLGGGAGTVKHFGLSERVDIQIGTLSKAVGVVGGYVAGSRDLVDWLKVRSRPFLFSTALPPGTVAACITAIDILQNSKDLQMKLWENTRYLQEGLKHLGYSVGRTETPITPCIIGDEATTQKFSTRLYEEGVYAKSIVFPTVPKGTGRVRNMPTAMHTKEMLDRALSAYETIGRELGLI	PGPT0020495_2071	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020495-kbl-K00639	NA	NA
JZ016_02269	2364			hypothetical protein	ATGAAGATGATGAAACGGATTAAGAATTTCGCAGTAATCGGGTCAGCGGTATTATTAATGACCGCATCCATTGCAGCTGCCGAACCTGCGGAGATCGGTAAACGGACGGTAAAAGATCCTGCAATGGCAAATGCCACCGGACCGACCGAACTTCAATCATCCGCATTGACTGATGCTCCCTGGTCGGCCGGAACGCCGTTGGACGTGCTTAAGAACGATTTCAGCATATTTTATAAGGATTTGCAAGCGATTCCATATTTCGCTGGCGGCGGCGTTGCTGCAGTAGGGGATGCTGCATTCAATATCAATGTGCCCGATTATTATATTCCAGCCATCTCGGCAGCCCGTTATGGCAAAGGGCGCATCGTTGTCGCCGGGAGCAAGGAGTATTTCAATCTGTCCGAGTCGGCGGGTGATGCTGCGGGTAAGCTGGCCCGGAATATTTTATGGTGGCTGACGGACGATGCCTCCACAAATCAAGGCCAAGGCAATGACCGTACGAATCGCTATGAAGATGCATTAGAGCAGCCGGGAAAGAAGATTAGACTGATAACGACCTCCGACGAGCTCACGGTTAATCCGGATTTGCCTATTGAGCTTGTGAAAATCGACAGCTGGGATTCCGTAAACCTGAATTCGCAAAAATATGCGGTAGCCCATGTAGACCAGACGATGAAGGATAAGGATCTCGAAGCGCTGGGTCAATATTTACGGTTAGGGGGCGGCATCATCGTGGCGGATAACCTGAGCGGTATTGAGGGAATAACGCGCGATACTCCCGAGGAAACCGTGCTTCAGGTCGGTAATTTGAGGGGAGCTAGACTCAGCCGCGATTTTGCGATTCAAAAGCTGCTTAATCGGGCAGGGTTGACGTTGATGAACAGAGGCTCTGAGTCAAGTGTCGGCGAATCGGCATTGACCTATGACCAAGCCGACGATCATCATATCAGGGCACGGCTCACGCAAGGTAAGGAAGTGGAAGAGGGGACGCTCACTTACGATCAAATCGTTATCGGTCCGCCGGACACACCAGCGAACAAAAAGCAGGAGCGGCTCTACAATATACTAAACGAGACAATCGAAACGTTAACCAGCGAATCCCCGTTGTATGCTTGGGCAGAATCGGAGGCCGAAAGTCTGTCGCCTGCCGTGTTCCCGATTCAAAAATTCCAGCAGCCCTATACGAATGCGCTGTTTAACTTCCGCTTTAGTCATTTTACCTTGGATCCAGCCAACGAGAAATCTCCTTACGCCGACGCATTTCCGGGAATGGTCGGAGAGGAAGCGACCATCGTCAACGACCGGGAAATCGAGGTCGACTTTGATTTTCCGAATACGATGTACACGCATGCTCTTCCATCAAAAAACTGGATCAGCACCGGATTGTATGCACCCCCAGGTAAAGTCATTACGCTTGAAGTGCCGGAAGGCGTTGAGCATTTAACGGTTCAAATTGGTTCGCATGACGACGATTTGAGGGGATCCGGCAAGTGGGGACGAGTTCCGCTTATCGTAAACCACCTGAAGCTGACACCGGGCATCCATCAAGTGAACAGCCCGTATGGCGGTTTCATCTATCTCATTCCGCTAATGGCGAAGGAGAATTTCCGGGCAACCGTCAAAATCAGCGGTGCGGCGGAAGCCCCGTATTATGTACTCGGCAAGACTACGCTCGAGGAGTGGGAGAGGATTCGCACGGGACCGGTTGCCGTTCCTTTTGCCGAGTTTCAGGGAGAACGCATTATCCTGACGGTTCTCTCGGATTTGATCCGCCAAGTGACCGACCCGGAAGAATTGATGCGGACCTGGGATGAAATCTACGACAGTTATGATAAACTGGTCGGACTTGATCCGGACAGGGCGATGCCTCATACTGCCCATCAATTGAACCGCCGTTACGTCGCTGACGGACAGATATCTTCCGGGGCGATGCATGCGGGATATCCGATCATGATGCCGTTCAGTTATGCGGCCAACCTGCTGGATGTCGATTATATTAAAACAAGTGCTTGGGGCTTCTGGCATGAACTTGGGCACGAATACCAGCAGCGGACATGGACGTGGGGCGATGTCGGGGAAGTCACCGTAAACCTGTTCTCTCTATACACCCAAGAGAAGTACGGCAATACCTCCGAACTGCTGAAAGTCGGAAATGACGGCAAGGATTACTATGATCGGGGGATCGCATTCGTAGAGAACAATGACCCGGCCAAAAAATACGGCCAAATCGGCAATTATGAAAGACTGGTGATGTTCAAGCAGCTTCAGCTTGCTTACGGCTGGGAATTCTATACCCGGATATTCGAGAAATACCGCGAATTATCTCGCGACGAAATTCCACGGTGGATACTTTTGCCGTCATAG	MKMMKRIKNFAVIGSAVLLMTASIAAAEPAEIGKRTVKDPAMANATGPTELQSSALTDAPWSAGTPLDVLKNDFSIFYKDLQAIPYFAGGGVAAVGDAAFNINVPDYYIPAISAARYGKGRIVVAGSKEYFNLSESAGDAAGKLARNILWWLTDDASTNQGQGNDRTNRYEDALEQPGKKIRLITTSDELTVNPDLPIELVKIDSWDSVNLNSQKYAVAHVDQTMKDKDLEALGQYLRLGGGIIVADNLSGIEGITRDTPEETVLQVGNLRGARLSRDFAIQKLLNRAGLTLMNRGSESSVGESALTYDQADDHHIRARLTQGKEVEEGTLTYDQIVIGPPDTPANKKQERLYNILNETIETLTSESPLYAWAESEAESLSPAVFPIQKFQQPYTNALFNFRFSHFTLDPANEKSPYADAFPGMVGEEATIVNDREIEVDFDFPNTMYTHALPSKNWISTGLYAPPGKVITLEVPEGVEHLTVQIGSHDDDLRGSGKWGRVPLIVNHLKLTPGIHQVNSPYGGFIYLIPLMAKENFRATVKISGAAEAPYYVLGKTTLEEWERIRTGPVAVPFAEFQGERIILTVLSDLIRQVTDPEELMRTWDEIYDSYDKLVGLDPDRAMPHTAHQLNRRYVADGQISSGAMHAGYPIMMPFSYAANLLDVDYIKTSAWGFWHELGHEYQQRTWTWGDVGEVTVNLFSLYTQEKYGNTSELLKVGNDGKDYYDRGIAFVENNDPAKKYGQIGNYERLVMFKQLQLAYGWEFYTRIFEKYRELSRDEIPRWILLPS				NA	NA	NA	NA	NA
JZ016_02270	834	araC_4		Arabinose operon regulatory protein	ATGGATATAAACCACCTGAAGTTGATTCAAAATTACCTGGCTAACGCGAATCTTCGCTTATCCATTGCCAAGGTTGATAAAGTGTCCCAGAACTGGCGCTTTTTTAATATGAGACCGTCCTATAACGCCCTATATTTTATACGGGAAGGGGAGGGCTGGATTAAGATCGACGAACAAGAATATCATCCCTCCCCCGGGCAAATCGTTCTCATGCCAGCCGGATCGCTTCATTCCATCTCTGTCGTGGGCGATAACACCTACAGGAAGTTCTGGTGCCATTTTACCGCCAAGGTGGACACGCTGAATTTGTTTCAGCTAATTCATCTTCCCCACGTGCTGAATGTGCCGGACGAGTCATATATGGAGCAGTTATTCAAGGAATTGATCGATGCATATGGGAGCAGCGCTTGGACAGCCCCGCTGCAAAGGAACGAAATATTGATGAAGCTTGTCCGACATTATCTTGACATCGTTCCCGATCGTCAACTCTCGCTGTCCATGCTGCCCGATATGCAGAAGCTGAACACGGTATTCCAGTATATCGAGGAGCATATCAACGATAACGTCAGCGTAGAGCAACTGGCGGGACTTATCCATTATAATCCCAACTATTTCATCCGCTTCTTCAAATCCAAAATGAAGATGACACCTGTGCAGTATATTATTAAGGTCAGGATCGAGAAAACAAAGGGTCTATTGATGACCACCGATTTGACCCTGGAGGAAATCGGGAGAAAGGTCGGAATGGAAGTCCATTATTTATGCCGGGTATTCAGGCAATTCACCAACATGTCTCCGGGAGAATTTCGAAACCAGATCATGTCCAACCGCTAA	MDINHLKLIQNYLANANLRLSIAKVDKVSQNWRFFNMRPSYNALYFIREGEGWIKIDEQEYHPSPGQIVLMPAGSLHSISVVGDNTYRKFWCHFTAKVDTLNLFQLIHLPHVLNVPDESYMEQLFKELIDAYGSSAWTAPLQRNEILMKLVRHYLDIVPDRQLSLSMLPDMQKLNTVFQYIEEHINDNVSVEQLAGLIHYNPNYFIRFFKSKMKMTPVQYIIKVRIEKTKGLLMTTDLTLEEIGRKVGMEVHYLCRVFRQFTNMSPGEFRNQIMSNR	PGPT0017485_631	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_02271	903			hypothetical protein	TTGACCTTACAACAATTAAAGTACGCCATCGAAGTAGCCAACCGTGGTTCCATGAATGAGGCGGCCAAACGGTTATTTATTTCCCAGCCCAGTCTGTCCAATGCGATCAAGGATCTGGAGGAAGAGCTTCGCATTACGATATTCGAACGAACCAACAAAGGAATTTCCTTGTCCAAAGAAGGCGCGGAGTTTCTAGGATATGCACGGCAGGTGGTCGAGCAGGCTGAGCTTCTGGAGGGGCGTTATCTGAACGCAAAGCCTTCCCCGCAGCATTTTTCGGTATCCACGCAGCACTACGCCTTTGCGGTCAATGCCTTCGTGAAGCTGGTTCAGGAATACGGGCAGGATGAATACGAATTGGCGCTGAGAGAGACGAAAACCTACGAAATCATCCAGGACGTCAAAACCTTGCGCAGCGAGATCGGCATTCTATACCTGAACGAATTCAATGCCAAGGTGATCAACAAGCTGCTGAAGGATGCAGGGCTTCAGTTTACCAGCTTGTTTACGGCGAGGCCGCATATTTTTATCAGCATCAAAAATCCGCTGGCCAAGCAGTCGATCGTGACCATTGACGAGCTTCAGAATTATCCGTATTTGTCATTCGAGCAAGGGGAATACAATTCATTCCACTTCTCGGAGGAAATCCTCAGCACGTTATCCCATAAAAAAAGCATCCGGGTCAATGATCGCGCGACCCTGTTCAATCTGCTCATCGGGTTGAATGGCTATACCATTTCGACCGGGGTGCTGAGCGCTGACCTGAACGGGAATGAGATTATTCCGGTTCCACTCGCATGCGATGAGACGATTAACGTCGGATGGATCAGTCATAAAAATGCGACTCTGTCCAAGCTTGCGGCAGCTTATGTCGAAGCGCTGCATGAGGCGATATCCACTTGA	MTLQQLKYAIEVANRGSMNEAAKRLFISQPSLSNAIKDLEEELRITIFERTNKGISLSKEGAEFLGYARQVVEQAELLEGRYLNAKPSPQHFSVSTQHYAFAVNAFVKLVQEYGQDEYELALRETKTYEIIQDVKTLRSEIGILYLNEFNAKVINKLLKDAGLQFTSLFTARPHIFISIKNPLAKQSIVTIDELQNYPYLSFEQGEYNSFHFSEEILSTLSHKKSIRVNDRATLFNLLIGLNGYTISTGVLSADLNGNEIIPVPLACDETINVGWISHKNATLSKLAAAYVEALHEAIST	PGPT0003316_5	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FERRICHROME|FERRIOXAMINE_METABOLISM,PGPT0003316-fhuR-NA	NA	NA
JZ016_02272	1107	sasA_19		Adaptive-response sensory-kinase SasA	ATGACGGTACGCGGCAAAATATTCATGGCGATGGGCGTCCTGGTCATGCTTGTAACGGCCGCGTATATCGGCACAACGCAAGGCTACTTGGGAAGCCTGTTTGCCCGGTATGTTCCCGAGGGAAGCGGGGGTGGCCTGGGAGGGGACCGTCTCGAGGAGTTAAGCAACTATGTGCTTGGCGAAATGAAGATGAAAGCTCTTATGGTGACGTTGTTTGTTGCATGCGCTGTGGTCATTTTGGGTTATTGGCTTTCAGGTCTAATCATTCATCCGCTCCATAAACTGATCGCGGTCATGCGAAAAGTAGCCGATGGAGATTTGACAACGGAAGTGCCGATCAAGCGAAAGGACGAGTATGGTCAGGTTGGGGAGGCGTTCAATTCCATGACGCACCAATTACGAGAGGCCATGGACCTCCGAAAAAGACTTGTCGAAGATATAGCGCATGAATTAAGGACGCCGTTATCCATCGTTCAATCCAAGCTGGAGTTGATTCAGCAGTCCCCAACCAATGTGAAGCCGGAAGTTTTGCTTCCCCTTCACGACGAGGTGCTGCGCCTGGTGCATTTGGTGGATGAGCTTCATCTTCTGAATACGGCGGAAGCGGGGCAGTTAGTCTTACATAAAGAGAAGACCGATCTGAACTTGCTATTGGGCAATCTCATGGAGCTCATAGAGCCGGAGGCGGATGCTTGCGGGGTTACGTTAAAGGGGCCTGAATATCGGGATTCAGCATGGGCCCGGGTCGATCCGAAACGGCTGAAGCAAGTATTACTTAACTTGTTAACCAATGCGCTGCGGCATACGCCGGAAGGGGGCAGCATTTCGGTTCGAATCGATGCTAGGGACCTGTCCGGACAGGTTGCGATTAGCATAACGGACACGGGCACAGGCATACCTGCTGATGCGCTTCCTCATGTATTCGACCGTTTCTACCGGGTGGATAGCGGAAGAGGCAGGTCGACAGGAGGCACCGGTCTGGGGCTTTCGATTGCGAAGCAGATTGCAGCGGCTCACGGTGGCTACATCCAAGTAGAAAGCGAGCTTGGCAAGGGGACGGAATTTACGGTAATCCTTCCCTGGAGCCATGATAGCGGTAAAAATTAA	MTVRGKIFMAMGVLVMLVTAAYIGTTQGYLGSLFARYVPEGSGGGLGGDRLEELSNYVLGEMKMKALMVTLFVACAVVILGYWLSGLIIHPLHKLIAVMRKVADGDLTTEVPIKRKDEYGQVGEAFNSMTHQLREAMDLRKRLVEDIAHELRTPLSIVQSKLELIQQSPTNVKPEVLLPLHDEVLRLVHLVDELHLLNTAEAGQLVLHKEKTDLNLLLGNLMELIEPEADACGVTLKGPEYRDSAWARVDPKRLKQVLLNLLTNALRHTPEGGSISVRIDARDLSGQVAISITDTGTGIPADALPHVFDRFYRVDSGRGRSTGGTGLGLSIAKQIAAAHGGYIQVESELGKGTEFTVILPWSHDSGKN	PGPT0003985_1196	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-ENVELOPE_STRESS_RESPONSE,PGPT0003985-baeS-K07642	NA	NA
JZ016_02273	687	baeR	COG0745	Transcriptional regulatory protein BaeR	ATGGAGATGACGCTGTTGCTTGTGGAAGACGAAGTGGCGATGCTGGAAACGATAAAGCTTTATTTAGAGGGCGAAGGGTTCCGGGTTCTTGCTGTGACCAATGGTCAAGATGCGCTTGAGTGCGCCCGAAGAGAGCAACCTTCGCTTGTGGTGCTGGATTGGATGCTGCCTGGAAAGAGCGGAATCGAAGTGTGCAAGGATCTGAGGCAATCCAGTGCTTGTGGAATCATCATGGTAACGGCGAAATCAGAGGAAACGGACAAAATTATTGGCCTGGAGCTTGGTGCGGATGACTACATAACCAAACCGTTCAGTTTGCGGGAACTGACTTCCCGCATTCGCTCGGTTCTCAGACGAACGGCTTCAATCCAGCTTGAGGCGTCGCCCTTGCAGCGTGGGGATCTGTTGATATCGGAAACCAAATGCCAGGTTACGCGAAACGGGGAGCTCATCCCGCTGACCCCGACCGAGTTCAAGATCTTGCTGACACTGGCCAACAGGCCGGGGGTTGTGTTCAGTCGATTGCAGCTTATGAAGGCAGCTATGGACGATGATTTCATGAATTATGAACGTACCTTGGACTCTCATGTCAGTAAACTGCGTAAGAAGCTTGAGCCTGATCCTAACCATATGAAATACATTCAAACTGTGTATGGGTTTGGATATCGATTCGGTGAGCCGAGATGA	MEMTLLLVEDEVAMLETIKLYLEGEGFRVLAVTNGQDALECARREQPSLVVLDWMLPGKSGIEVCKDLRQSSACGIIMVTAKSEETDKIIGLELGADDYITKPFSLRELTSRIRSVLRRTASIQLEASPLQRGDLLISETKCQVTRNGELIPLTPTEFKILLTLANRPGVVFSRLQLMKAAMDDDFMNYERTLDSHVSKLRKKLEPDPNHMKYIQTVYGFGYRFGEPR	PGPT0002665_1056	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_02274	2115	ftsP_1		Cell division protein FtsP	ATGGTGAGAAGCTGGCTCATGTTTGAATACGTATTAACGTTTCTAATTGTTTTAATATGGTGGATCGTCGATTACAGAGCAAAAAAAACATGCCTTCCGCAACCGAAGGAAGTCCTGCTTAAGCATCTAAACAAACTTCGCTTCTGGTTGTGGCCCGCCATGATCATGACAGGGCTTAAATTCGCTGCGGGTGCGGTGCTGTGGAGTGCCGATTGGGCGTTTGTCGAAGACAAGGTGTTCATCCAGTGGCCGCTCTCCGTGCTCTCGATTTCCGCCATCTTTATCTTCTCACTGCCCGTATTAACGAGTCGCAAATTAAAAGTCCTTCATGAAAAGTTAAGCGACGGTTCAAGCGGTTACCTGAACAACCGCATCCTTACGGCGCCTTTTTCGGCAGCGTTCTTCGCAGCAGCATGCTCCTGCTTATACATGTTGTTTCTCTCGCAATCTCCACTCCGATTCAGCAGTTTTATAACCGTCTGGATTGCATTCGGTATTCTGATGGGCATGGCGTGGGTTACCCGCAGAAGACAACTCAAGGAATTGCAGCATTCATTGAACATGGATCACCATGTAACCTACAAGCAGAGACTTATCCGATTCTCATGGAAGAGCCTGCTCGTCATTGCCATCACCTCCATAATGGTTTCCGCCGGCTTGATCTCGTCCCGGCTGCCGGACCGAATGAGCATGATGGAGCATGGCCGTCATGACAGCAGCGGAAGCCCCGGGAACCATAGCCATCATGGAAGTCACGCGGAAGCATCAAGCATATCTGCAGAGAATATAGAATCGATCAGTGTAGCCAGCTTGCGCGGACCGCAGACCTCAACGCCTGACCGCACATTCGAATTAAGCGCACAGAAAAAGCTGCTCACCATGCCCTCAGGCGAAACCGAAGAGGTATGGGCTTTTAACGGCCTCGTTCCCGGTCCGGAACTCCGTATTCAGGAAGGCGAACTGGTCGAAGTTACCCTGGTCAATATTGATGTAGAGGATGGCGTTACGATCCATTGGCATGGACTAAATGTTCCGAACGGAGAAGATGGCGTGGCAGGATTAACGCAGAATGCCGTCATGCCTGGAGAACAGTTTATCTACCGGTTCATCGCGGAACAGACGGGCACATACTGGTATCATTCCCATCAGCAATCCTCGGTGCAGGTTGCCAAAGGGTTGTATGGCACGCTTGTCATCGAACCGGATGACGCTACCGTTTTGGAAGACGTCGATATAACCGTGATGGCTCATCCGAAAGGAACGAGCAATGGAACAACGATCACCTTAGGGGCCACGGGAAAGCTCCAGCGACAGACCGTAAAGCCGGGCAAAACCGTGAGGTTAAGATTAATCAATGCACATAACATGCCTAAAATGTTCTATTTGTCAGGAGCATCCTTCAAAGTAACATCCATTGACGGCATGGATCTCAACGGTCCCGAGTGGATACAAAATCAAAAGATGCTGCTGGCTGCCGGCGGACGCTACGATATTTCCTTTGCCATGCCGGATCATGCGGTATCCCTGGCGCACACTGCCGATGCGATCAACGAACGGAGCGAGGCGATTGTTATTGCCGGCAATGATCGGGATCAGCCGCTTTCTGGCCAGGAGGGCCCGGTATTCAATCCGGCCAAATACGGCACGCCGTCCTCGGTTCCTTTTGACGCTGATACCGTCTATGACCGTAACTTTACGCTTGTTCTCGACAACCGCGTGGGCTTCTATAACGGCATGATGACCAATGTGCAGACCATCAACGGTTATGTCTTTCCGAATACGCCGTCTCTCATGGTACGTGAAGGGGATATCGTAAAAATGAAGTTTGTGAATCGGGGCTTCATGGATCATCCGATGCATCTGCATGGTCACCATATTCTCGTCTTGAAGCGTAATGGAAAACCTGTCGAAGGAAGTCCCTGGTGGACGGATACGCTAAATGTAGCGCCCGGCGAGACGTATGAAGCTGCGTTTGAAGCCGACAACCCGGGGCTTTGGATGGATCACTGCCACAATTTGGACCATGCCGCGGCCGGGATGTCGATGCATCTCATGTATGAGGGGGTTTACACGCCTTACGAAATCGGGAGTGCCACCGTAAATAAACACGAATGA	MVRSWLMFEYVLTFLIVLIWWIVDYRAKKTCLPQPKEVLLKHLNKLRFWLWPAMIMTGLKFAAGAVLWSADWAFVEDKVFIQWPLSVLSISAIFIFSLPVLTSRKLKVLHEKLSDGSSGYLNNRILTAPFSAAFFAAACSCLYMLFLSQSPLRFSSFITVWIAFGILMGMAWVTRRRQLKELQHSLNMDHHVTYKQRLIRFSWKSLLVIAITSIMVSAGLISSRLPDRMSMMEHGRHDSSGSPGNHSHHGSHAEASSISAENIESISVASLRGPQTSTPDRTFELSAQKKLLTMPSGETEEVWAFNGLVPGPELRIQEGELVEVTLVNIDVEDGVTIHWHGLNVPNGEDGVAGLTQNAVMPGEQFIYRFIAEQTGTYWYHSHQQSSVQVAKGLYGTLVIEPDDATVLEDVDITVMAHPKGTSNGTTITLGATGKLQRQTVKPGKTVRLRLINAHNMPKMFYLSGASFKVTSIDGMDLNGPEWIQNQKMLLAAGGRYDISFAMPDHAVSLAHTADAINERSEAIVIAGNDRDQPLSGQEGPVFNPAKYGTPSSVPFDADTVYDRNFTLVLDNRVGFYNGMMTNVQTINGYVFPNTPSLMVREGDIVKMKFVNRGFMDHPMHLHGHHILVLKRNGKPVEGSPWWTDTLNVAPGETYEAAFEADNPGLWMDHCHNLDHAAAGMSMHLMYEGVYTPYEIGSATVNKHE				NA	NA	NA	NA	NA
JZ016_02275	390			putative protein.1	ATGGCGCAAATCAAAATTTATGGCGTCCGGGAGCGGCTGAACCCGGTGAAGGAACAGCTGTCGGAAGTGATACATTCATGCGTGGTAGACGTTTTTCAGCTTCCGGCGGATAAGAAATTCCATCGTTTTTTCCCCATGAGTCGCGAGGATTTCTTCTTTCCTGACGGGAGAACGGATCGTTACACGGTGATCGAGATCAGCATATTTGAATGCCGGACCGTGGAGGCCAAGAAACAGCTGATTCGATTGTTGTTCGAACGGCTCGAGCACTCGCTGCATATCTCTTCCCAGGATGTGGAGATTACGATATTCGAAACGCCGCAGCACAACTGGGGAATCCGGGGGCTTCCCGGCGATGAACTGGCTTTAGGGTATAAGGTGAATATTTAG	MAQIKIYGVRERLNPVKEQLSEVIHSCVVDVFQLPADKKFHRFFPMSREDFFFPDGRTDRYTVIEISIFECRTVEAKKQLIRLLFERLEHSLHISSQDVEITIFETPQHNWGIRGLPGDELALGYKVNI				NA	NA	NA	NA	NA
JZ016_02276	1764	bmrA_1	COG1132	Multidrug resistance ABC transporter ATP-binding/permease protein BmrA	ATGGAGCAAACCGTAGAAGAGAAGGGTAAGGTTACAAAAACCACGATTCGGTATTTTATTAAGCTGCTGCGCTCTTCGGGTATTCCGAAGCTAGTGCTGTTTCTGGCCATCGTGCTCAGTTTGGTTGGTGCGGTGACGGGACTGGTCGTCCCGCTCATCACCGGCCAATTAATCGATAATTTTGCTGCAGATTCATTTAATATTCGTACGGTCGGCTTTCTGGCCGTTCTGTTCCTGCTGGAAGCCGTGGCGAGCGGACTTTCCTACTATATGCTTGCCTATGTCGGGAACCAGACGGTGAACAAAATTCGTAAACGGCTCTGGACCAAGGTGCTGGCATTGCCGGTTCCGTTCTTTGACAAGCACCGTTCGGCAGAAACGATGAGCCGGGTGACCAACGATACGAATGAAGTGAAAACCCTGATCACGGATCATTTGATTGCTTTTTGCTCGAATCTATTGACCGTTTTGGGGGCCGTTGCAATCTTGTTTTACTTGGATTGGCGGATGACCCTCATCATCCTGATTGCCGTTCCGGTCGGGTTCGGCATATTAATGCCCATCGGCGGAAAGATGTATAAAATCTCCATCAGCATGTATGGACAGCTGGCCCAGCTGTCCGCCATGCTGACCCAGGTGATCGGCGAGATTCGCCTGGTGAAAGCCTCCAATGCAGAGCGGAGGGAGGAGAAAAGCGGGTATGACGATATGGACAGCCTGTACCGATTCGGCATGAAGGAAGCCAAAATCAACTCGGTCCTGATTCCGTTGATGTCGATGGTCATGGTCGTCCTGTTGGTGGTCATTATCGGATACGGCGGCGTTCGCGTCTCTTCCGGCGCTCTTAGCGCAGGCGAGCTGGTATCGTTTATCCTGCTGCTGTTCCAGATCATGTTTCCTTTCAGCCAGTTTGCTACGTTCTATTCCCAACTCCAGAAGGTGATGGCGGCCACCGAGAGATTGCGGCTGATTCTCGAATATGAGCCGGAGAGCGACAATCGTGCGGTGCGTACTGCACCGGATGGGCATCGGGATGTTGAATTTAAAGAGGTGGCGTTTGCTTATCATGAAGGCGAGACCATTCTGTCCGAGGTATCCTTTTCGATCCCTGCCAAGAAGGTCACCGCTTTGGTAGGACCCAGCGGCAGCGGCAAAACCACGGTGTTCTCCTTGATTGAGCGGTTCTACGCGCCATCCGGCGGGGAGATTTACTTTGGCTCCGAAGCGATCCGCGATTATACTTTGGAGTCGTGGCGGCGTAAGCTCGGGTATGTGTCCCAGGACAGCCCGCTCATGACCGGAACGATCCGGGACAATATCGTCTATGGACGGGAGGAGCCGATCTCCGACGAGGAAATTGCTGAAGCGGCGAGACTGGCCTATGCGGAGGGATTTATCGAGGCACTGCCGCGAGGATATGACACGGAGGTTGGGGAGCGAGGCATCCAGTTATCGGGAGGTCAGCGTCAACGCGTGGCGATTGCAAGGGCTTTGCTGCGGAAGCCGGACATCCTGCTTCTGGATGAAGCGACGGCAAGCCTCGACAGCGACTCCGAGCATGAAGTGCAGAAAGCGCTGAACAATCTGATGGTGGAACGAACGACCGTGGTCATCGCCCACCGGTTATCCACCGTGGTCGAGGCGGATCAGATTATTGTCCTGGAGAAGGGGCACATTACGGGAAGCGGGACGCATGAAGAATTGATTCGAAGCCATCCGTCCTACGTGGAGTGGGCGAAGAAGCAGTTCCAGATCGGGGAATAG	MEQTVEEKGKVTKTTIRYFIKLLRSSGIPKLVLFLAIVLSLVGAVTGLVVPLITGQLIDNFAADSFNIRTVGFLAVLFLLEAVASGLSYYMLAYVGNQTVNKIRKRLWTKVLALPVPFFDKHRSAETMSRVTNDTNEVKTLITDHLIAFCSNLLTVLGAVAILFYLDWRMTLIILIAVPVGFGILMPIGGKMYKISISMYGQLAQLSAMLTQVIGEIRLVKASNAERREEKSGYDDMDSLYRFGMKEAKINSVLIPLMSMVMVVLLVVIIGYGGVRVSSGALSAGELVSFILLLFQIMFPFSQFATFYSQLQKVMAATERLRLILEYEPESDNRAVRTAPDGHRDVEFKEVAFAYHEGETILSEVSFSIPAKKVTALVGPSGSGKTTVFSLIERFYAPSGGEIYFGSEAIRDYTLESWRRKLGYVSQDSPLMTGTIRDNIVYGREEPISDEEIAEAARLAYAEGFIEALPRGYDTEVGERGIQLSGGQRQRVAIARALLRKPDILLLDEATASLDSDSEHEVQKALNNLMVERTTVVIAHRLSTVVEADQIIVLEKGHITGSGTHEELIRSHPSYVEWAKKQFQIGE	PGPT0028965_155	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
JZ016_02277	2502	uvrA_2	COG0178	UvrABC system protein A	ATGGAAGGAACGATTAAGATTCGCGGTGCCCGGGAGAACAACCTGAAGAATGTCTCGCTTGAAATTCCGAAGTACAAACTGGTTGTCATGACAGGTCCGTCCGGCTCGGGCAAGTCCACGCTCGCGATGGATACGCTGCAGCGGGAGTGCCAACGGCAGTACATGGAATCCATGGGCATGGTGTCGGACTCGGTCAGCAAGCCGAAGGTGGATTCGATTGAAGGACTATCCCCGTCAATCAGCGTGGGACAGCACATTACGAACCGGAACCCAAGATCCACCATCGGAACGGTGACGGATATCTACACGCTGCTTCGAATTCTGTTTTCTAAGCTTGGTGAACGTACTTGTCCGTCCTGTGGCGATACGGTGATACCTCATGTGGAGGGAGAAGCCTATCACGGTCTGGCTGAGGAGGAAGAGATCAGCGATTCTCACGAGACGGTTCGTTGTAGGCGATGCGGCCATGGTCTCGAAAAATTGACGATGTCGCATTTTTCCTTTAACAAGCCGGAAGGCGCATGCGAAACATGCAGCGGACTCGGTCAAACGGTCAGTCTGAACATGGAGGCTGTGTTTCGTCCGGAATTAAGTTTAAGGGACGGCGGGGTGGCAACGTGGTACAGCGCTCTTACCGATTATAACATCACCATTCTGAAAGCGGCAGCCAAGTATTACGGGTTCGCATTCGATGAGTTCATGCCGATTCGGGACTATGACGAGGTTCAGCGTGATCTCCTGTATTACGGCGTAGAGAGCGAGCAGTTCAGCCGGCATTTTCCTGACGTCAAACCGCCGAAGTCCGTAGGACAAGGCAAGTACGAGGGTGTAGTCACCGGGATATGGAGAAGGTACCGGGAGAAGGGAAGCGAGTCCGGTGAAGCGTCCCTGTTTCATGAGCACCTTTGTCCGGATTGTCACGGAACGAAGCTGAAGGAGGACAGCCGCCGCGTCCGGGTGGATGGAGTCTCCATTAACGAAGTCAACGCCTGGTCGATCGGGGAAGCCTTAAATTGGATGGAGGCGCTGCTGAGGAAGCTGACGGAGGACCAATTAACGATTGTGGAACCGCTCATTCATGATTCCGTCGTCAGACTAAAACGCATTATGGATGTCGGGCTGGGTTACATGTCCATGGAGAGGCAGGTCGTCACGATGTCAGGCGGAGAAGCCCAGAGGCTTCGACTCGCATCGATTCTGGGATCAGGCCTGACAGGGGTACTGTACATTTTGGACGAACCGACAACGGGACTGCATCCCAAAGATACCAGGGGACTGATCCAGGTTCTGAAACAACTGAGGGATCTGGGCAACACGGTGCTCGTCATCGAGCATGACGAAGAAGTGATGCGGGCCGCTGACCATATCATTGATATCGGACCGGGCGCGGGAACGATGGGCGGTACGGTTGTCGGTCAAGGAACGCTGGAGGAGCTTATTCATCATCCCACATCCGTGACCGGATCCTACTTCCGCGAGAACACGATGCTTCCGGAACCGAATCGGCGCAGGGCTGGGAACGGAAGCCTGCTGACGATCGAGGATGCACATTTAAGAAATTTGAAACATATCACGACCTCTTTCCCGCTCGGCTGTCTCATATCGGTGACAGGCGTATCGGGATCTGGTAAATCCACGCTTTTGTTTGATCTTCTGGCGGAATCCGGAAGCGATCAATCAACTCCAATCGGCTGCAAGGCCATCACGGGTTGGGAATCGGTAGGGCAGCTGATTACGGTTGACCAATCACCGGTATCCCGAATGCAGCGCTCCAACATTGCTACGTATACCGATGTTTACACCCATATCAGAAACTGGTACGCCAGCTTGCCGGAAGCGAAGGAGAGTCAATTGACGGCCAAGCACTTTTCCTTTAATACACAAGGCGGGCGCTGCGAGACATGCCAAGGACTTGGCGTTGTGTCGGTGCATATGCACTTCCTTCCGGAGCTGGAGGTACGTTGTCCGGATTGCAAGGGCAAGCGGTTTAAGGAAGAGGTTCTGCGCGTGACCTATAACGGCTACACCATCTCCGACATTTTGGATATGACGATTGAGGAAAGTCTGTCGATTCTGGAGGATCGGCCGAAAATCATGGAATTGACCCGGCTGCTCTGCGATGTCGGGCTTGGGTATTTGAAGTGGGGGCAATCGGTGAGCACCTTATCCGGCGGTGAGGGACAGCGCATTAAATTGGCTAAGGAGCTGAGCAAAAAGACCAAAAACCACACGCTGTATTTGCTGGATGAGCCTTCAACCGGGCTTCACCCCGGAGATGTCCAGCAGCTGCTCGTTCTGTTGAACCGCTTGGTGGACGCGGGGAACACCGTGATTTTGGTTGAACACAATTTGGACCTGATCTGGCATTCGGATTGGCTCATCGATATCGGGCCTGGCGGAGGAGCTGCCGGCGGGTCTGTCGTGGCGACAGGAACGCCTGAGGAAGTAGCGGCTGTGGAAGCCTCGTTCACCGGCCGTTTTATCAAAGAAATCTATATGTGA	MEGTIKIRGARENNLKNVSLEIPKYKLVVMTGPSGSGKSTLAMDTLQRECQRQYMESMGMVSDSVSKPKVDSIEGLSPSISVGQHITNRNPRSTIGTVTDIYTLLRILFSKLGERTCPSCGDTVIPHVEGEAYHGLAEEEEISDSHETVRCRRCGHGLEKLTMSHFSFNKPEGACETCSGLGQTVSLNMEAVFRPELSLRDGGVATWYSALTDYNITILKAAAKYYGFAFDEFMPIRDYDEVQRDLLYYGVESEQFSRHFPDVKPPKSVGQGKYEGVVTGIWRRYREKGSESGEASLFHEHLCPDCHGTKLKEDSRRVRVDGVSINEVNAWSIGEALNWMEALLRKLTEDQLTIVEPLIHDSVVRLKRIMDVGLGYMSMERQVVTMSGGEAQRLRLASILGSGLTGVLYILDEPTTGLHPKDTRGLIQVLKQLRDLGNTVLVIEHDEEVMRAADHIIDIGPGAGTMGGTVVGQGTLEELIHHPTSVTGSYFRENTMLPEPNRRRAGNGSLLTIEDAHLRNLKHITTSFPLGCLISVTGVSGSGKSTLLFDLLAESGSDQSTPIGCKAITGWESVGQLITVDQSPVSRMQRSNIATYTDVYTHIRNWYASLPEAKESQLTAKHFSFNTQGGRCETCQGLGVVSVHMHFLPELEVRCPDCKGKRFKEEVLRVTYNGYTISDILDMTIEESLSILEDRPKIMELTRLLCDVGLGYLKWGQSVSTLSGGEGQRIKLAKELSKKTKNHTLYLLDEPSTGLHPGDVQQLLVLLNRLVDAGNTVILVEHNLDLIWHSDWLIDIGPGGGAAGGSVVATGTPEEVAAVEASFTGRFIKEIYM	PGPT0014915_6708	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701	NA	NA
JZ016_02278	627			hypothetical protein	ATGCCGAAAAAAATCGCACCCGAATTTTATTTTATTGGCAACCATCCCATGCTGGATTTCGTGAATACCAAGATTGCGGTTGATGGACAACCTCTGGATTTGCTTGATACATTCGATTCTTTATTGGATTGGATGGTGAAGGCGAACCTGCTGTCCGAGGTCGAGCGTAACCTGCGCAAGGCGGTATATAACGGCTCCGAGGAAGAAGCCGGAATCGTGGAAGCCGCCCGGTTGCTCCGCGGCCACCTCTTTAATCTGATTCAGCCGGGCAGCGTGAACGAGACCTCTACGGAAGTTAGCCTGCAATATATCAATGGGCTGCTGAAGGAGCAAATCCTTCGCACAACGCTGGTGGCAGAAGGGAACGCGTACAGCCGCAAAAGCCGGATGCTTTTTCGCAAGCCGCTGGATCTGTTGACCCCGGTCGCCGCATCTGCCGTTGATTTTTTAACTACCCATGACCTGAAATTGGTGAAAAAATGCGAAAATCCGGCGTGCGTGCTTCGCTTTTACGACAATAGCAAAAATAGCACAAGGCGCTGGTGCAGCCCCAAAACATGCGGGAACCGCATGAAGGTCGCTGCCTATCTGGAGCGTCAGAAACAGCAGCAAACGAAGGAATCTTAG	MPKKIAPEFYFIGNHPMLDFVNTKIAVDGQPLDLLDTFDSLLDWMVKANLLSEVERNLRKAVYNGSEEEAGIVEAARLLRGHLFNLIQPGSVNETSTEVSLQYINGLLKEQILRTTLVAEGNAYSRKSRMLFRKPLDLLTPVAASAVDFLTTHDLKLVKKCENPACVLRFYDNSKNSTRRWCSPKTCGNRMKVAAYLERQKQQQTKES				NA	NA	NA	NA	NA
JZ016_02279	873	oleB	COG0596	Cis-3-alkyl-4-alkyloxetan-2-one decarboxylase	ATGAATCATAAAATCCAGTATCGCACGGCTCAAATCGAAGGCTTGGATATTTTTTACCGTGAAGCGGGGGCTCCCGGCTCGCCTGTTGTCCTGCTGCTGCATGGTTTCCCGACTTCCAGTCAAATGTATCGTCAATTGATCCCGGCTCTTGCCGATCAGTACCACGTGATTGCACCGGATTATCCTGGTTTTGGTTACAGCAGTGCGCCTGACCATGATCAATTCCAGTACAGCTTTGACCATTTCAGTCAGCTCATCGAGAAATTGCTCGACCAATTAAATATCCAGAGCTTCTACGTCTACCTTATGGATTACGGCGCACCCGTTGGTTTCCGAATTGCAGCACGCCATCCCGAGCGGGTTCGGGGGCTGATCATACAGAATGGGAATGCCTATGAGGAGGGGCTCGAGGAATTCTGGAATCCCATTAAAGCGTACTGGGAAGATCCCGCGAATCCGGATAAACGCGAGGCCCTGCGCTGGTTAACCAGCATCGAGGCAACCAAATGGCAATATACCCATGGCGTCCGTGATACGTCCCTCATCAGCCCCGACACCTACACGCTGGATCAAGCGCTGCTGGATCGGCCCGGGAACCAGGAAATACAACTGGATTTGTTCCTGGATTACGGATCAAATCCTCCCTTATATCCGGCTTGGCAGCAGTATTTCCGCGATGCGCAGCCGCCGACCCTTATCGTGTGGGGGCAAGGCGACCATATCTTCCCTGAGAACGGGGCCCATCCGTATCTGCGCGATCTGCCCGATGCCGAGCTTCACATCCTGAAGGATGCCGGGCATTTTGCGTTGGAGTCACATGGACCGGAAATCATGGATTACATCCGGGCATTCCTGGAACGTCAATCTTCATAA	MNHKIQYRTAQIEGLDIFYREAGAPGSPVVLLLHGFPTSSQMYRQLIPALADQYHVIAPDYPGFGYSSAPDHDQFQYSFDHFSQLIEKLLDQLNIQSFYVYLMDYGAPVGFRIAARHPERVRGLIIQNGNAYEEGLEEFWNPIKAYWEDPANPDKREALRWLTSIEATKWQYTHGVRDTSLISPDTYTLDQALLDRPGNQEIQLDLFLDYGSNPPLYPAWQQYFRDAQPPTLIVWGQGDHIFPENGAHPYLRDLPDAELHILKDAGHFALESHGPEIMDYIRAFLERQSS	PGPT0013255_10	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
JZ016_02280	702			hypothetical protein	ATGGGTATCAGACCGATTGATATAGCCAAGAAACTGGGGATTACCACAAGTGCGCTCAAGCATTATGAAAAATGGGGCATTGTCCCTCCTGCAAAGCGTGCCCCGAACGGATACCGGGTGTATACGGAGGAGCATGCCGCATACTTCGAATGCATAAGAGCCATGTTTCCCGGCTTCGGCGTAGACGTTACGAAGCAAGTGATGATCAAGCTGCAGGAGAACGAGCTGGATGAAGCGCTCTGGATTGTAAACGAGGTTCAGGCCAATCTGCAGCAGGATAAAGTCCTCGCGGAGCGGACCATCCGCATTCTGGATATCGAGCAGCTTGACGTTGTCGATGCCCGTGGGCGGAAAAGAAAGCTGACCATCGGGGAGGTTGCGGCCGAAACCGGCGTTCCGACCTCGGCTATCCGCCACTGGGAGAAGGAAGGCGTCCTGATTCTGCCTCGGGATCGGGAAAACGGCTATCGGAAGTTCGAAGGCGCCCAGATCCGGCAGATCATGATCATTCGGATTCTCCGCTCGGCCAATTACCCGCTGGAAGTCATCAAAGACGTACTGCATGAACTTGAGCATCATCAAGTCGATAATGCCAGACGGGTGCTCAAGGACACGCTTGTATACCTCAACTACCGCAACCATAACCAGATACGCGGCGTGCACTATCTATATCAGCTGTGCCAAGTGCTGAAATTAATGTAA	MGIRPIDIAKKLGITTSALKHYEKWGIVPPAKRAPNGYRVYTEEHAAYFECIRAMFPGFGVDVTKQVMIKLQENELDEALWIVNEVQANLQQDKVLAERTIRILDIEQLDVVDARGRKRKLTIGEVAAETGVPTSAIRHWEKEGVLILPRDRENGYRKFEGAQIRQIMIIRILRSANYPLEVIKDVLHELEHHQVDNARRVLKDTLVYLNYRNHNQIRGVHYLYQLCQVLKLM				NA	NA	NA	NA	NA
JZ016_02281	894			hypothetical protein	ATGAAGAAACAGAGTACGATGGCAGTGAAAATCTCATCGCTGTTGATATTTGCTGTCCTGGTAGGATGCGATGCCGCCAATAATGCGGAGGAAACAGTAAAGCGGGAGCTTGATCAATTGGCACAAGTCGGGAATTTGGCCGGCGATTCAGCGCTGGCTATCAGTGATCAAGTAAAGCGTGAAGGGAAAGAGTTCGAGTTGACGACGGCTCAGGAAGCCGGAGCAGCCGAGGGATTGGCCATCGATCATGCGGTAGGGAATATTGAACTCATCGCTGTACCCGGTCATGGGATTAAAGTAAAAACCACCGTGTGGTTTAATGAAAGCTTTTTCAAGAATGACAACATTCGTACCCAGATTACGGAGCAGGCTGCTACTTCCTTTACGCTCAAGGACGACATCCTGGAATTAAGAACGCACCCTAGGGAGGACTCCAGCAAGAGTTTATGGGATTGGTCGCAGAAGCAATTTGGCGACTCCGGATTCATGATAGATTATGTAATCGAAGTGCCGGAAGACATGCGGAATATCCGCATTAAGAATGATGTAGGGAAGATTCGAGTGAACGAATTGAAGGGCGCTTTTGAACTCCATTTGGGAGCCGGGGAAATTCAGCTGGCCAAAACGGAAATCGCGGGCAATTCCAAGATCGTATCCGAGGCGGGCAGCGTGAAGCTGGATCTTGAGCAGATCGATAAGGACAGCACGCTGACGGCCAACACATCGGCAGGCAGCATCACGGCCACGTTTGCGCCGTCCATGAAATACACGCTGGATACCGAAACCGAGCTTGGACAGATTACTGGAGCAAGCCGGGGGCAGAGCGACGTAAACGGCGGGGGAGCGAAAATATCCCTGACGACCTCCGTCGGTTCCATTAAAGTTAATCCATAA	MKKQSTMAVKISSLLIFAVLVGCDAANNAEETVKRELDQLAQVGNLAGDSALAISDQVKREGKEFELTTAQEAGAAEGLAIDHAVGNIELIAVPGHGIKVKTTVWFNESFFKNDNIRTQITEQAATSFTLKDDILELRTHPREDSSKSLWDWSQKQFGDSGFMIDYVIEVPEDMRNIRIKNDVGKIRVNELKGAFELHLGAGEIQLAKTEIAGNSKIVSEAGSVKLDLEQIDKDSTLTANTSAGSITATFAPSMKYTLDTETELGQITGASRGQSDVNGGGAKISLTTSVGSIKVNP				NA	NA	NA	NA	NA
JZ016_02282	921	qorA_2	COG0604	Quinone oxidoreductase 1	ATGAAAGCCGTGGCGTTTAGTACGATTGGACCGCCGGATGTCCTGCATGTCATGGAATTTGAAGATCCTCAGGCCGGTAACGGTCAGATCAGAGTTAAAATCAAGGCAGCTGGCGTACAGCCAGCCGACTGCGGGATAAGGGGAAGCGGCTGGGCGCCCCCTAATGTGACATTGCGGATGCCGCAAATCCTGGGCAATGAGTTCGCCGGAACGATAGATCAGGTAGGTGAGGGGGTCAGAGGCTTTGAGGTTGGTGAGGACGTCATTGGCTGGTCTTTACTCGCCTGTTACGCGGAGTATGTCGTGGTTAGCGCCGATCAAGTGGTTCGTAAACCGGATTCGATGCCGTGGGAAGAAGCGGGCGTGCTGACTGCATCCGGGCAAACGGCCCATACGGCTCTTCAGGCGTTAGGAATCGGTGAAGGCGATACCGTTCTGATCCATGCGGCAGCAGGTGGCGTCGGTTCTTTTGCCGTCCAGATCGCTCGTGCCTGGGGAGCCCGGGTCATCGGAACGGCAAGCGGGCGAAATCATGATTATCTTCGTTCACTGGGTGCTGTTCCTGTTGTCTATGGCCCAGGCCTTGTAGACCGGGTCAAGGCCGCCGCCCCAGAGGGCGTCAGTGCCGCGCTGGATGCCGCTGGCGAAGATGCGCTGCTGGCCTCGTTGGAGCTTGTCGGAGACCGGAGCCGCATCGGCACGATTGTAGCCTTCGATCGGGTAGAAGAGCTGGGGGTTCTCGCGATCCGCAGTCAGCGATCCAAGGATCGATTGGCCGACTTGGTTCAGTTATATGAACAAGGCAAACTGCTGATCCATGTGTCCCGGACGTTTTCGCTGAGCGAAGCAGCAGAAGCGCATCGCACTGTGGAGTCCGGCCACGTTCGGGGGAAGGTCGTGCTGCGGATAGACCAGCCATGA	MKAVAFSTIGPPDVLHVMEFEDPQAGNGQIRVKIKAAGVQPADCGIRGSGWAPPNVTLRMPQILGNEFAGTIDQVGEGVRGFEVGEDVIGWSLLACYAEYVVVSADQVVRKPDSMPWEEAGVLTASGQTAHTALQALGIGEGDTVLIHAAAGGVGSFAVQIARAWGARVIGTASGRNHDYLRSLGAVPVVYGPGLVDRVKAAAPEGVSAALDAAGEDALLASLELVGDRSRIGTIVAFDRVEELGVLAIRSQRSKDRLADLVQLYEQGKLLIHVSRTFSLSEAAEAHRTVESGHVRGKVVLRIDQP	PGPT0010290_3	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-TYPE_II_POLYKETIDE-ACTINORHODIN|MEDERMYCIN|DIHYDROKALAFUNGIN_METABOLISM,PGPT0010290-actVI4-K14629	NA	NA
JZ016_02283	876	gltC_5		HTH-type transcriptional regulator GltC	ATGGAAATGTTACAGCTGAAGTATTTTGTAACCGTAGCAAGACTTGAACATATGACCAAAGCCGCAGAGGAGCTCCATATTGCTCAGCCGGCGCTCAGCAAGACCATTGCCAGACTTGAGGAGGATCTTGGCGCTCCGTTATTCGAACGCCAAGGCCGCCAGATCCGCCTCAATCCGTATGGCAAAGCATTTTTGGCAAAAGCCAAAGCAGCCCTGCAGCTGCTGGAGGAGGGACGGCGTGAAGTCGAGGATCTGGCGGGGCTGGAGCATGGGCGTATTCATTTGGCCTTATCCAACATGGAGCAGCTCCGCGAGCCCTTAAGATTGTTTCTAAGCAAACATCCGAAGGTCAACTTTCATATCATCCAGTCTTCGATGGAGGATATGGTTCAGACGATTGAACATAACGAGGTTGATTTCTTTCTCACCTCCATGCCCATCCGGCACCCGGATATACGCAGCTTTCCTTTGCTCGTCGAAGAGGTGTTCTTGGCCGTTCCCCCCACCCACCGCTTAGCTGGAAAAAATCAAATTCACTTAAGCGAGGCTGCAGGTGAATCGTTTGTCGGATATAAAGAAGGTCATCCGTATCAGAAGATGAATAATGAGTTTTGCAAACAAGCCGGTTTTCTGCCGAAGGTTGTCTGCGAGGTGGAGGACCCCGGAACCATAGCCGATCTGGTACGTTCCGGATTTGGCGTGGCTTTAATCGGGGAATGCAGAAGCGGCGAGGAATTAAAGCTGACGAAGCTGAGCATTCGCGAGCCTCAGGCCCGCCGCATATTCCAAATAGCATGGCTGGAATCCAGGTACTTGTCCAAGGCCGCGATTTCTTTCCGTGATTTCCTCGTGGAATACTACGCGGAATCACGGTAA	MEMLQLKYFVTVARLEHMTKAAEELHIAQPALSKTIARLEEDLGAPLFERQGRQIRLNPYGKAFLAKAKAALQLLEEGRREVEDLAGLEHGRIHLALSNMEQLREPLRLFLSKHPKVNFHIIQSSMEDMVQTIEHNEVDFFLTSMPIRHPDIRSFPLLVEEVFLAVPPTHRLAGKNQIHLSEAAGESFVGYKEGHPYQKMNNEFCKQAGFLPKVVCEVEDPGTIADLVRSGFGVALIGECRSGEELKLTKLSIREPQARRIFQIAWLESRYLSKAAISFRDFLVEYYAESR				NA	NA	NA	NA	NA
JZ016_02284	1143	garK	COG1929	Glycerate 2-kinase	ATGAAGGTTGTAATTGCTCCAGACTCATTTAAAGAGAGTTTATCCGCATTAGAGGCATGTCATGCCATAGAGAAGGGAATGCGCGCCGTGTATCCCGAAGCGGATATCGTCAAGGTGCCGATGGCTGACGGCGGGGAGGGCACGGTGCAGTCTTTGGTGGATGCGACAGGTGGACGATTGGTTCACACCGAAGTGACGGGACCGCTTGGCACCCCCGTGACCGCGTTCTACGGCATACTTGGTGACGGGAAGACCGCGATTATTGAAATGGCGGCCGCCTCGGGACTAGCGCTTGTGCCGCTGGAGCAGCGCAATCCGCTCGCGACGACGACGCGCGGGACCGGCGAGCTTATTACGTCGGCGCTGAACGAAGGTGTCAGCACGATTATTCTAGGCTTGGGCGGCAGCGCCACGAACGACGGCGGCGCTGGCATGGCGCAGGCGATCGGGGTGCGGCTGCTTGACGCCGATGGCTCGGAGATTGGCCATGGCGGCGGAGAGTTGCATCGCATTGCCCGCATCGATACGGGGGGAGCCGATCCACGGCTGAAGCAGGTTGCCTTCGTGGCCGCGTGCGATGTGGACAATCCGCTGACCGGAGAGCGCGGCGCCTCGGCCGTATTTGGCCCCCAAAAAGGCGCCGATCCGGCCATGGTACAGCAGCTTGACGGCAATCTCGCCCATTATGCGGCGATGATTCAGGCATGCTTGGGCCGCGACGTGGCCCGGATTCCCGGCGCTGGCGCAGCCGGAGGGCTTGGCGCCGGTATGCTCGCATTTTTGGCCGCTGAGTTGAAGCGGGGCGTGGATATTGTTATCGAAGCGACGGGGCTGGCTTCGCATGTGAAGGATGCGGATCTCGTCATTACGGGAGAAGGCCGCATCGACGGCCAGACGATTTACGGCAAAACGCCGATGGGCGTGGCCAAGACGGCTAAGCGGTACGGAGTGCCGGTCATCGGCATCGCAGGCTCGCTTGCTGATGGGCATGAAGCGGTGCTTGAGCATGGCATCGATATGGTGTTCACGATCGTGCCCGGCGTATGCAGCCTGGACGATGCAATAAGTCAAGCCGCGGCCAATATGGAGCGGACAGTGCGCAATATGGCGATGACGTTAAAATGCGGTAGCAAGTTGGCTTGA	MKVVIAPDSFKESLSALEACHAIEKGMRAVYPEADIVKVPMADGGEGTVQSLVDATGGRLVHTEVTGPLGTPVTAFYGILGDGKTAIIEMAAASGLALVPLEQRNPLATTTRGTGELITSALNEGVSTIILGLGGSATNDGGAGMAQAIGVRLLDADGSEIGHGGGELHRIARIDTGGADPRLKQVAFVAACDVDNPLTGERGASAVFGPQKGADPAMVQQLDGNLAHYAAMIQACLGRDVARIPGAGAAGGLGAGMLAFLAAELKRGVDIVIEATGLASHVKDADLVITGEGRIDGQTIYGKTPMGVAKTAKRYGVPVIGIAGSLADGHEAVLEHGIDMVFTIVPGVCSLDDAISQAAANMERTVRNMAMTLKCGSKLA	PGPT0018175_813	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018175-garK|glxK-K00865	NA	NA
JZ016_02285	1269			hypothetical protein	ATGGACGTATCTGTAACTGTACTTGGTGCTTTGACGGCATTGGTTGTGGCGATTGTGCTTATATTGCGTAAAGTCCCTCCGGCTTATGGCATGATGATTGGGGCACTTGCCGGGGGAATCGTCGGCGGAATCGGGCTGGTTGATTCGGTGAATTTGATGATGGATGGCGCAAAGGGCATGATTCCGGCCGTGCTGCGCATCCTGGCAGCCGGCGTGCTTGCCGGCGTCCTGATTGAATCGGGCGGCGCGAAGACGATTGCCGAAACGTTGGTCCGCAAGGTCGGCGAGACGCGTGCGTTGTTTGCGCTGGCGTTCGCGACGATGGTACTGACGGCCGTCGGGGTATTTATCGACGTCGCGGTCATTACGGTGGCGCCGATTGCGATCGCGATTGCGCAGCGCGCCGACTTGTCCCGCATGGCGATATTGCTTGCCATGATCGGCGGTGGGAAGGCCGGCAACATTATGTCGCCGAATCCGAACGCCATCTCGGCAGCGGACGCATTCCATGTTCCACTGACATCGATGATGATGGCAGGAATCATACCTGCTTTCTTTGGGCTTTTTGCCACTTATCTGATCGCGAAGCGCCTGTCCAAAAAGGGAACGAAGATCACGGGCCAGGAAAGCGTAGACGACGGCGCTGAGCAGCTTCCGAGCTTCCTGGCGGCGATGATGGCTCCGATCACGGCGATTGTGCTCTTGGCACTGCGCCCGCTGGCCGACATCGTCATCGATCCGGTGATCGCGCTGCCGGTCGGCGGCCTCGTTGGGGCCTTGTGCATGGGCCGCATCAAGCAGATCAATCAATTTGCGGTATCGGGCTTGGGCAAAATGTCGGGCGTGGCTGTCATGCTGCTCGGCACGGGGACGTTGGCCGGCATTATATCGAATTCGCAATTGAAGGATGTCATCATCGACAGTCTGGCCTCCTCCGGCTTGCCGGCTTACTTGCTTGCGCCGATAAGCGGCGCGTTCATGTCCTTGGCCACCGCTTCGACGACAGCAGGTACCGCGGTCGCCAGCTCGGTGTTCGGCTCGACGATTATGGGGCTTGGCGTTGCCTCCCTGGGTGCTGCGGCGATGATTCACGCCGGGGCGACCGTCTTCGACCATATGCCGCACGGCAGCTTCTTCCACGCAACGGGCGGAAGCGTCAATATGGCGATGAAGGAGAGGCTGCGTCTTATTCCGTATGAGACCGCAATCGGTCTCGTCCTGGCCGTCGTATCGACATTGGTGTTCGGCGTGTTCGGCTGGTTCTTGTAA	MDVSVTVLGALTALVVAIVLILRKVPPAYGMMIGALAGGIVGGIGLVDSVNLMMDGAKGMIPAVLRILAAGVLAGVLIESGGAKTIAETLVRKVGETRALFALAFATMVLTAVGVFIDVAVITVAPIAIAIAQRADLSRMAILLAMIGGGKAGNIMSPNPNAISAADAFHVPLTSMMMAGIIPAFFGLFATYLIAKRLSKKGTKITGQESVDDGAEQLPSFLAAMMAPITAIVLLALRPLADIVIDPVIALPVGGLVGALCMGRIKQINQFAVSGLGKMSGVAVMLLGTGTLAGIISNSQLKDVIIDSLASSGLPAYLLAPISGAFMSLATASTTAGTAVASSVFGSTIMGLGVASLGAAAMIHAGATVFDHMPHGSFFHATGGSVNMAMKERLRLIPYETAIGLVLAVVSTLVFGVFGWFL	PGPT0001340_2726	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_GLUCONATE_TRANSPORT,PGPT0001340-TC_GNTP-K03299	NA	NA
JZ016_02286	1326	cdaR_1	COG3835	Carbohydrate diacid regulator	GTGTTAACACTCACATTTAGGGCGTATATAACGTTATTCCAAGCTGAATGCCCCTATCCCGGCAAGAATGCGATTAATCGCGCTTATCGGATGGAGGGCGTTTTTTCATATCGTGGCGAACATAGACAGGGGATAGACAAGATGAGCAGATTGACAAAGGAATTGGCGCAAGAAATTGTAACACGGACGATGCAAGTGATTCATTATAATGTGAACGTCATGGATGAACGGGGGCGGATTATCGGTTCTGGCGACCGCTCGCGCTTATATCAGAAGCATGAAGGGGCGCTCATTGCGATTGAGAGGAAGGGGCGCTTCGAGATTGACGAGGAAAGCGCGCGCAAGCTGCAAGGGGTGCTGCCCGGAACGAATCTGGCCATTCACTTCCAGGGCGAAGTTGTTGGGGTCATCGGCATTACCGGCGATCCGAACGAAGTGACCAAGTACGGGGAGCTGGTGAAAATGACGGCGGAAATGTACTTGGAGCAAGCAGATCTGCTGGAAAAAGCCCAATGGGACAAGCGGATGAAGGAGGATTTCCTTCTGTCCGTCATTCATGCGGACGGCAAGGATAATGCCATGCTGCGCCTCCAGGCGGAACGAATTGGCTTCCATCCGGATAAGGCGCGGGTTGCATGCATTATGGAGCTGTCCGGTGCGCAGGACGCGAATTCATTGTCTACGCTCAAGCAGGTGGTCGAAATATTGGAGGGTCGGCCCGCCATCGACCTGATCGCCATTCACAATACGCGCCAAATCGTGTTGTATAAGCCCCATCTCCATCCGCGGGAGCCGAATGCCGATATATGCGAAGGCATCCGTCACATTCGTAGACTGCTGGAAGAGAAGAGGATTGCGCCGCTCCGCATTGCGGTTGGCAAGGCGTATTCCGGCATCGAAGGTTTAATCGCGTCTTACCGTTCCGCGCAAGATACGATGCGGGCAGGCCAGGCGATATTCCCGGAGCAGACGGTATACTACGGCGAAGATATGCCGAATGAGACCGTGGCAGCCAACGTTATGCCCTCGTGGGTGGCGGAAGAGCTGAAGCGGCTATGGTGGCGATTCGCGCAGGAGGATAAGAGCGGGGAACTGCAGCAGACACTGGAGGCCTATTACGATGAGAACGGCGAGCAGCAGCGCATCGCCGAGCGGCTGTCGATTCACCGGAATACGCTTCGCTACCGGCTGCAGCGCATTCATGAGGCGACAGGCAAAGATCCGAAGCATTTTCGCGATTTATATACGCTGATGACGGCCCGCTGGCTAAGCGCGCTGGAAGAGAGGAAGCCGGAGAGTGAGGGCGTCTGGAAAGAACATGCATGA	MLTLTFRAYITLFQAECPYPGKNAINRAYRMEGVFSYRGEHRQGIDKMSRLTKELAQEIVTRTMQVIHYNVNVMDERGRIIGSGDRSRLYQKHEGALIAIERKGRFEIDEESARKLQGVLPGTNLAIHFQGEVVGVIGITGDPNEVTKYGELVKMTAEMYLEQADLLEKAQWDKRMKEDFLLSVIHADGKDNAMLRLQAERIGFHPDKARVACIMELSGAQDANSLSTLKQVVEILEGRPAIDLIAIHNTRQIVLYKPHLHPREPNADICEGIRHIRRLLEEKRIAPLRIAVGKAYSGIEGLIASYRSAQDTMRAGQAIFPEQTVYYGEDMPNETVAANVMPSWVAEELKRLWWRFAQEDKSGELQQTLEAYYDENGEQQRIAERLSIHRNTLRYRLQRIHEATGKDPKHFRDLYTLMTARWLSALEERKPESEGVWKEHA				NA	NA	NA	NA	NA
JZ016_02287	300			hypothetical protein	ATGGCTTCCTTTATCATTAATGACGAATCTCAGAAAACTGAGTGTTTACTCAATATTACAATGTTTATACTGCTACCATCAACCGAATCATTCCAGACGGCCATTGATCAGCTGCACCAGACGAAGCTGGTTAAAGCGACCCAAGGTGCTGTGATGGGCGTATTTACCGAGGCAAGACAGATTGTGGAAGGTGCGATTGAAGAAGTGCTGAACAACAAAAAGTCACCGCAGCAGGCACTGGATGACGCAGCAAAAGAAATTACGACCAAAATCCAGGATTATAACCGTACTGTGAAATAG	MASFIINDESQKTECLLNITMFILLPSTESFQTAIDQLHQTKLVKATQGAVMGVFTEARQIVEGAIEEVLNNKKSPQQALDDAAKEITTKIQDYNRTVK				NA	NA	NA	NA	NA
JZ016_02288	600			hypothetical protein	ATGACTACAACCAATCGAAATACCAAGAAGGAACGGATATTGAATGCTGCTCTGAAGCTGTTCTCCCATCAGGGATATCATGCGACGACAACCAAAGAAATTGCAGCCGAAAGCGGCGTTGCCGAAGGGCTGATCTTCTACCACTTCGGAGATAAGCGGAAGCTGCTGCTCTACCTTGTAAACAATTTTTCCTTTGTTACACAGCTTCAAGCGGAGGCGGGGGAACTGTCGAAGCTGCCTGCGGAGGAGGCCCTGTTTCAATTCGGCTTGGCATACCTTGGGTTCCTCAGGACAAACATGGATTATCTAATGCTCATTTGGTCACCGGAACTCATAAAGGATGCCGAGGTATCGAATGAGGTTTCACAGCTGATCGGAGGTATGGGGACAGCAGGCAGCAGCATACTCAAACAGGCGGCGGGATCTAAGCATCAACCAGAACATACGATTCAGACCGCGATGATGATGATGACCTCCTCCATCCTGGTCTATTGCATGCTCCATACCCGCTTCGGGCAGGAAACGCTCCCGCTTGGGGACGAATCGTATATTCGTGAGCTCGTCCGGCTGCTGATGCATGGTATGACTGAAGAATCCTAA	MTTTNRNTKKERILNAALKLFSHQGYHATTTKEIAAESGVAEGLIFYHFGDKRKLLLYLVNNFSFVTQLQAEAGELSKLPAEEALFQFGLAYLGFLRTNMDYLMLIWSPELIKDAEVSNEVSQLIGGMGTAGSSILKQAAGSKHQPEHTIQTAMMMMTSSILVYCMLHTRFGQETLPLGDESYIRELVRLLMHGMTEES				NA	NA	NA	NA	NA
JZ016_02289	558			hypothetical protein	ATGCTGTCATTCATGTCAGATTGGAGTATCGTCATGATATTGTGGCTGCTGCCGGTTGTATTTTTCATTCACGATGGAGAAGAGATTGCCACGATGGAATGGTGGCTCAGGAAGAACAAGAATAACCCTGTGTTATCCAAAATCACGCCTGTCTCCACTCCGTGGGATAAAAATATCACCCTGCAATTCACCTTTGCCGTTCTGCTGATTGGCTTTATTCTCACCGGCGTAACGCTCCTTACGTCTCTTAACTTCGAAATCAGCAGTCCATTCAATGCGCTGTTCGCGGGATTTGTCACGGTGTTCCTGCTGGATGGCGTGAAACATGCGGGCGCGTCGATCGCCCTGTGGGCATACACCCCGGGTGTCATTACAGCCGCCCTCCTTGAAATTCCTTACGGGATTTATGCGCTCTATCGTCTCCTCCATGCAGACATCGTAGATATGACTTCCCTCACTCTCGGAACCATCATCGCCCTGCCGATCACCCTGCTGCTGGTATGGACGGGTCTGACGCTTGGAAAACGTATTGCACCACCTCGCATAAATAATATGTAG	MLSFMSDWSIVMILWLLPVVFFIHDGEEIATMEWWLRKNKNNPVLSKITPVSTPWDKNITLQFTFAVLLIGFILTGVTLLTSLNFEISSPFNALFAGFVTVFLLDGVKHAGASIALWAYTPGVITAALLEIPYGIYALYRLLHADIVDMTSLTLGTIIALPITLLLVWTGLTLGKRIAPPRINNM				NA	NA	NA	NA	NA
JZ016_02290	663	otnC	COG0235	3-oxo-tetronate 4-phosphate decarboxylase	ATGGCTAGTGTAGAAACGATTAGAAAAGAACTGCAGCACACCGGTAAATATATGATGCAATACGACCTCGCGTGGGGCAATGCGGGGAATATCTCCGCCAGAACGGAAGGGGACCGTTATGTGGTGACGGCCAGCGGGACTTTCCTTGGCGAACTGGAGGAAGCAGACTTGATCGAATGTGATCTGTCCGGGAACGTGTATGGGGCAGAAGGGCGCAAACCGTCCAAAGAAACACCCATGCATCGGGCGATTTACGAAAGCCGTCCGGAGATCGGAGCGGTGCTCCATGCTTCTCCGTTCTATACTACGCTGATTGCCTGTTCCGACATGGAGCTTCCGTCCAATATGTTCGTCGAGACGATGTATTATCTTGAGCGTATCGAACGTGTGCCTTACTATCACCCGGGCAGTGACGCGCTGGGCCAGGGCGTCCGGGAAAAGGCAAAACTCGCCAATGTGCTGCTCCTCGAGAACCACGGTGTGGTTATTTATGACACGTCCATTCGCGAAGCGCGAATGGCCTTACAAACGCTGGAGATGGCCAGCCGCATGCTGATTACTTCGATGAGCGCTAAGGTGGGGATTCAGGGTCTTGGACCGGAGACGGAGCGGGAATTTCTGGAGAAGGCGGGTTATAAGCCTAGACGCAATTGGAGTTTGTAG	MASVETIRKELQHTGKYMMQYDLAWGNAGNISARTEGDRYVVTASGTFLGELEEADLIECDLSGNVYGAEGRKPSKETPMHRAIYESRPEIGAVLHASPFYTTLIACSDMELPSNMFVETMYYLERIERVPYYHPGSDALGQGVREKAKLANVLLLENHGVVIYDTSIREARMALQTLEMASRMLITSMSAKVGIQGLGPETEREFLEKAGYKPRRNWSL				NA	NA	NA	NA	NA
JZ016_02291	1281	dctM	COG1593	C4-dicarboxylate TRAP transporter large permease protein DctM	ATGCCTATCGTACTGTTTGGATGTCTGATCCTGTTCTTCGCCATCAGTGTTCCGATTGCCGTTTCGATGGGGATGGCGTCGGCTGTAGCAATCTGGTGGGAAGGCGGTACGCCGCTGCTTGTACTGGTCCAGCGTTCGTTCACGTCTACGGATTCATTCCCGCTGATGGCGATTCCCTTCTTCGTGTTCGCGGGTACCTTGATGGAGTTTGGCGGGATTTCCAGACGATTGGTGAATCTGGCGAATGCACTTACAGGCCATTTGCCGGGCGGACTTGGACTCGTTACAATTGTAACCTCGATGTTCTTTGCCGCCATATCCGGTTCCTCCGCGGCGGCAACCGCGGCGCTGGGCAGCATCCTGATTCCGGCCATGATCTCCCGGGGTTATCATAAGAACTTTACGGGGGCTCTTCAAGCGACGTCCGGTGAGTTGGGGGTTATCATTCCGCCAAGCATTCCGTTGATTCTATACGGAGTAGCTGCCGAAACTTCCATCGGCGATCTGTTTATGGCGGGTCTCATTCCGGGAATCATGATTGGTTTATCGCTGATGATTGCCGTTTATATTATTGCGAAACGAAAAGGTTATGCGCGCGAGAAGAGAAAGACGCCGGCAGAAGTATGGCAGGCCTTCAAGGAATCCTTCTGGGCCGTCCTTATGCCGATCATCATTCTTGGCGGAATTTACGGCGGAATCTTTACGCCGACCGAAGCCGCGGGCGTTGCCGTTGCGTATGCATTCATTGTCGGTGTATTTGTGTATAAGGAGATTAAATTCTCCAAGCTGATAAATATTCTAACGCAATCCACGATTACGACATCCGTGATTATGTTCATCATTGCAAGCGCGGGGTTGTTTAGCTGGATCATGACGCGTGAAGGAATTCCCCAGGCGGTTGCAGGTTTCTTCGTGAACATATCCGATAACCCGATCGTGTTCCTGTTACTGGTCAACGTGTTCCTGCTGATCGTGGGCATGTTTATGGAATCCAATGCATCGATCATTATTCTGGCACCGCTGCTGGCGCCGGTAGCGGCCGAATTCGGGATCGATCCGACGCATTTCGGGATTATTATGATCGTCAACCTGGCGATCGGGATGTGCACGCCGCCGCTCGGCATCAATCTGTTCATATCGGCCCAGATCGCAAAGATCCGGCTGGATCAGATCGCAAAAGGCATGGTGCCGTTCTATATTGTGTTGATCATTGACCTGATGCTGATCACGTATCTTCCGCAATTGTCGATGTTCCTGCCGAATCTGTTAGGCGGTAAATAG	MPIVLFGCLILFFAISVPIAVSMGMASAVAIWWEGGTPLLVLVQRSFTSTDSFPLMAIPFFVFAGTLMEFGGISRRLVNLANALTGHLPGGLGLVTIVTSMFFAAISGSSAAATAALGSILIPAMISRGYHKNFTGALQATSGELGVIIPPSIPLILYGVAAETSIGDLFMAGLIPGIMIGLSLMIAVYIIAKRKGYAREKRKTPAEVWQAFKESFWAVLMPIIILGGIYGGIFTPTEAAGVAVAYAFIVGVFVYKEIKFSKLINILTQSTITTSVIMFIIASAGLFSWIMTREGIPQAVAGFFVNISDNPIVFLLLVNVFLLIVGMFMESNASIIILAPLLAPVAAEFGIDPTHFGIIMIVNLAIGMCTPPLGINLFISAQIAKIRLDQIAKGMVPFYIVLIIDLMLITYLPQLSMFLPNLLGGK	PGPT0017335_2398	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017335-dctM-K11690	NA	NA
JZ016_02292	501	siaT	COG1593	Sialic acid TRAP transporter permease protein SiaT	ATGCGGCAGGCATTAAAAGCAATCGATACGCTCAACAAACTCGTGGGCATCGCAGTGGCCATGATCCTGGGTGTCATGTCCATCCTGATTATCATGCAGATTATTTACCGGATTGTCGGGTATCCGCTTCACTGGTCCGAGGAGCTTGCCAGATACTTGATGGTTTATCTTGTATTTCTGGGTTCCTCGCTGGCGCTGCGTCATCATCGGCTGGTAGCGATCGAGCTGCTGCCGGAGCTGGTGAGTGAAGTCAACCGAAAGGTGATTCGAATCACGGTCATGGCGATATGCATCGTGTTTTTCATTCTATTGCTGGTCCAGGGCATCGACATTCTGGGCCGGGTCTCCGTGCAATCATCGGCAGCGATGGGGCTTAGCATGTCGGTTCCTTATGCAGCCATTCCGATTGGAGCGGTGCTGCTCATCATGAATGCGGTAGCGGTCATTCTGGAAACGATCGTGTCCGATACCGTACCGCAAGCGAAGGAGGAAGGATTATAA	MRQALKAIDTLNKLVGIAVAMILGVMSILIIMQIIYRIVGYPLHWSEELARYLMVYLVFLGSSLALRHHRLVAIELLPELVSEVNRKVIRITVMAICIVFFILLLVQGIDILGRVSVQSSAAMGLSMSVPYAAIPIGAVLLIMNAVAVILETIVSDTVPQAKEEGL				NA	NA	NA	NA	NA
JZ016_02293	987		COG1638	Solute-binding protein	ATGTGGAAAAGACTCGCAGTTGTCATGGTGGCTGCACTACTCATTGTAAGCGCTTTATTTATAACGAAACCGAATACGGATGAGGGCCCGATCAAGCTGAGGCTCGGTCACATAACGGGCGAATCCGATCCGTGGCATCTGGGCGCGCTTAAATTTGCGGAATTGGTGAAGGAGAAAACGGGCGGTGAGATCGAGGTAGAGGTGTATGCCAGCTCGATGCTCGGGAATGACCGAGACCTGATCGAAGGGATGCAGATCGGATCGGTGGATTTTGCCCTGCCGGCGGGCGTATTATCGAATTTCTACAGCCCTTATGCCATTTTGGAGCTGCCGTATTTGTTCCGGGACAAGCAGCATTTGGAGAACGTGCTCTATGGGGATGTCGGTAACGAACTGAAGCAGAGCTTGCTGGATAATGCCGAGGTCCGCGGTCTGGAGTTCTGGATGAGAACCCCACGCGAGTTGACTGCCAACAAAAAGATTGAAACGCCAAACGATCTGCGCGGCTTGAAAATCCGCGTGCCGGAGATTCCGGCTTCCATTGCGGCTTGGGAAGCAATGGGGGCGACGCCGACGCCAATGGCCTTTGGCGAAGTCTATTCATCGCTGCAAACCGGGGTTATTGACGCACAGGAGAATCCGGTTGCTTTTACAGCCAGCTCCAAGATTCAAGAAGTCCAGAAGTATATGATGATGACCGATCATGTATACGGTTACGTGATGCTCGCGATGAGTGAAGTGACGTATCAACGCTTGAATGAGTTTCAGCGTCAAGCTATTGAAGAAGCGGCCAAAGAAGCGACGGAATACGAGAATCAGCTGGTCTTTGAACAAGAAGAGCAGATTATCAATGAGCTTAAAGAATTCGGTACGGAGTTCGTGGAAGTGGATAAGGGGCCGTTCGAGGCGGCAGCTAAATCGGTGCATGAACGCTTTGCCAACATGTACGGAAGAGAGCTGTACGACAAAATCATCAATACGCCATAA	MWKRLAVVMVAALLIVSALFITKPNTDEGPIKLRLGHITGESDPWHLGALKFAELVKEKTGGEIEVEVYASSMLGNDRDLIEGMQIGSVDFALPAGVLSNFYSPYAILELPYLFRDKQHLENVLYGDVGNELKQSLLDNAEVRGLEFWMRTPRELTANKKIETPNDLRGLKIRVPEIPASIAAWEAMGATPTPMAFGEVYSSLQTGVIDAQENPVAFTASSKIQEVQKYMMMTDHVYGYVMLAMSEVTYQRLNEFQRQAIEEAAKEATEYENQLVFEQEEQIINELKEFGTEFVEVDKGPFEAAAKSVHERFANMYGRELYDKIINTP				NA	NA	NA	NA	NA
JZ016_02294	1023	gutB_3	COG1063	Sorbitol dehydrogenase	ATGAAGGCTGTATATGTTGAGGATGCGTACAAAGTTGTCGTTAAAGACGTGGACGTACCGGAGATCGGGGCAGGGGAGGTTCTGATCCGGGTCAAAGCCGCCGGCATTTGCGGATCGGATATTCATACCTACAAGGGACTGCACTTGTTTCGGAAGCCGCCCGTCATTATCGGCCACGAAGTGTCCGGCGAAATCGTGAAGGTGGGTAAGGACGTCATATCCTTTCAGATTGGTGATCGGGTAACCGTGGAGCCTCAGGTCGGCTGCGGCAAATGCGATTACTGCTTGACGGGCAGAACGAATTATTGCGCCGAGCGGGGAGCGCCGGGCTTGAAGGGCTGGTATGGCTCGATGGCCGAGTACTTTGCTGCGCCGGAAGCATGCGTATTCAAACTGCCGGATCAGCTGGATCATGAGCTGGGTGTGCTGGTTGAGCCCTTCGCGGTAGGGGTCCATGCGGTACGCAAGGCCGGGATCGAAGTAGGAGACAAGGTCGCTATTCTCGGTGCCGGACCGATCGGGCTGCTCGCCATGACGGCTGCGAAGGCTGCCGGTGCTACAACGCTCATGGTGACCGACGTCATGGATTATGCGCTTGAATCCGCCAAAGAGATGGGGGCTACCCACACTTTGAACATTCGCGGCAAGGGAGGCTGGACCGAGGAAGCGAAGGTGGAAATTGCCGGCGAATTCGATAAGGTACTGATTGCAGCCGGGGTCCCCGGGATCGTGGATGATGCCCTTGCCTTGCTTCGCAAAGGCGGCCGCTGCGTAACGATAGCCATGTTCCATGGCACGCAAACCTTCGATATCGTGAATCTGCAGCAGACCGAGAAGGAAATTGTCGGCTGCATGACGTACACGCGTGAGGATACCATTTCCGCCATCGATTTGTTAGCAAGCGGAGCGGTGGACGTCAAAGCCGTCATATCCCATCGACTGTCTTATGAAGATGCCGCGGAAGGATTCCGCCTGGTAGACAAGAAGGAAGACGCTTCCTTGAAGGTCATCGTCACCTTTTAA	MKAVYVEDAYKVVVKDVDVPEIGAGEVLIRVKAAGICGSDIHTYKGLHLFRKPPVIIGHEVSGEIVKVGKDVISFQIGDRVTVEPQVGCGKCDYCLTGRTNYCAERGAPGLKGWYGSMAEYFAAPEACVFKLPDQLDHELGVLVEPFAVGVHAVRKAGIEVGDKVAILGAGPIGLLAMTAAKAAGATTLMVTDVMDYALESAKEMGATHTLNIRGKGGWTEEAKVEIAGEFDKVLIAAGVPGIVDDALALLRKGGRCVTIAMFHGTQTFDIVNLQQTEKEIVGCMTYTREDTISAIDLLASGAVDVKAVISHRLSYEDAAEGFRLVDKKEDASLKVIVTF	PGPT0017541_2307	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017541-gutB-K00008	NA	NA
JZ016_02295	657	rspR_2	COG1802	HTH-type transcriptional repressor RspR	ATGACGATGGATAAAAGCAAAGGGGCAGCTTCTTCTCTTCTGTTAAAAGATGTGGCCTATAACGAGATTAAGGAAAGCATTCTGAACGAGAAATTCGAGCCGGGTCGATTCTTGTCCGAGCGAGAATTGATTGAGCTGCTGGGAATGAGCAAGACGCCGATCAAAGCGGCGTTGACGCGGCTGGAGACAGAGGGCTTTGTCACCGTTTCCTCGAAGCAGGGCATCATCATCAATGATCTATCCGTAAACCGGATTGTAGACATATACGATCTGCGGATTGCGCTGGAGACGTTCAACTGCCAGCAGATCGAATCCAGACTCACGCCTGAGCAGGAGAAGGAGCTGGAGGGCAATCTTGCCGAAACTGCCGACATCGTCAGCCGGCTTGATGTCAAAAATTTCGCTCAAGCCGACCATGATTTCCACTTGATCATTTGCGAATGTACGGGCAACCAGGAAATACACCGGGTGCTGCTGAACTACCATGATCATCTGCAGCGAATCACCCGCCGGCATTTGCGGAAGGATCCGCACCGGATGGAGAAGTTCCTGGAGGATCACTGGAAGATCTATGAGGCGCTCAAGACCGGCAAGGAGAGCAGCGCCGAGGTGATGCGCAAGCATTTGCAGGAATCGAAGCAAGCGCTTTTTATATAA	MTMDKSKGAASSLLLKDVAYNEIKESILNEKFEPGRFLSERELIELLGMSKTPIKAALTRLETEGFVTVSSKQGIIINDLSVNRIVDIYDLRIALETFNCQQIESRLTPEQEKELEGNLAETADIVSRLDVKNFAQADHDFHLIICECTGNQEIHRVLLNYHDHLQRITRRHLRKDPHRMEKFLEDHWKIYEALKTGKESSAEVMRKHLQESKQALFI				NA	NA	NA	NA	NA
JZ016_02296	1389	oiaK		3-oxo-isoapionate kinase	ATGAACCACAATGAGCTGCTGCTTGCTTTTTATGGCGATGACTTTACAGGTTCAACGGATGCGATGGAGGCGCTGGCCCGAAGCGGTTACCGCACGGTGTTGTTTCTGGAAGCTCCTTCGCTTGATCGGCTGAAGAAGTTTGAAGGCATCCGTTGCATCGGGGTGGCAGGTACAAGCCGAGCCAAATCTCCGGAGGATATGGAGGCCGAGCTCCGGCCGGTATTTGAGAAGCTGTCCATGAGCGGCGCGCCGCTCGTCCACTATAAGACATGCTCCACCTTCGACTCTTCGCCTGAGGTTGGCAGTGTCGGCCACGCGATTGGGGTGGCAAGAGACTATTTTCCAGATCAGGTGACGGTTCCGCTGCTGGTCGGCGCGCCCCGCCTTGGACGTTATACGCTGTTCGGCCAGCATTTTGCGAAAATGCATGATACGGTGTACCGTCTGGATCGGCATCCCGTCATGTCGCAGCACCCTTCCACGCCGATGCATGAGGCGGATTTGCGCCTTCATCTTGCACAGCAGACGGCGGATTCCATAACTTTAATGGATATTGTAGAACTGGATGGAGACAAGGATACGGTTCTTCGCCGATATCGTGATAAACTGGGGGAGAAGCCGGGAATTCTGCTGTTTGATGCCTTGGATGAGGACAGGCTTAAGCGGTGCGGCCAGCTGATTCAGGACAAACCCGAAGGGGCGGGGACATTTGTTGTCGGGTCGTCCGGCGTCGAATACGCTTTGGCTGCCCATTGGGATGAGCTCGGACTTGCTTCTCCTTCGTCGGAGAATAACAAATCTGATGCGACCATTCGGCCAACCGATGCCATTCTGGTAGTGTCCGGGAGTGCTTCACCGGTCAGTCAGCTTCAGATTGAGCGTGCGATAGCCGAAGGGTATCACGGCATGCGTATTACGCCGGCCATGATCGGGGGTACAGATGATGCTGCCCGGCTGGGGCTTGTCCAGCAAGCGGTGGATAAGCTCCAAGAAGGACAAAGTGTGGTGCTTTATACGGCGCTGGGCCCAGAGGATGAAGCGATCGGTGAGACACGAACGCGGTTGAAGACCATGGGACTATCCGGAGCGGAAGCGGGCGAGTACATCGGCAGAAGCCTCGGGAAATTAACCAAGCATGTCATGGATCAAGCCGGGCTGCGCCGAATTGTCATTGCTGGGGGAGACACCTCCGGTTTTGTCACCAGCGAGATAGGCGCTTACGGGTTGGAGATGATATGGGACGTATCCCCGGGGGCTCCGCTGTGCAAGGTATATTCGGACGACGCAAGCCTGGACGGTCTGGAATTGGCTCTTAAGGGCGGACAGCTGGGATCGCCGGATTATTTTATCAAAGTGCGGGATGCCGGTTTTCCTGAACCGGATCAATAG	MNHNELLLAFYGDDFTGSTDAMEALARSGYRTVLFLEAPSLDRLKKFEGIRCIGVAGTSRAKSPEDMEAELRPVFEKLSMSGAPLVHYKTCSTFDSSPEVGSVGHAIGVARDYFPDQVTVPLLVGAPRLGRYTLFGQHFAKMHDTVYRLDRHPVMSQHPSTPMHEADLRLHLAQQTADSITLMDIVELDGDKDTVLRRYRDKLGEKPGILLFDALDEDRLKRCGQLIQDKPEGAGTFVVGSSGVEYALAAHWDELGLASPSSENNKSDATIRPTDAILVVSGSASPVSQLQIERAIAEGYHGMRITPAMIGGTDDAARLGLVQQAVDKLQEGQSVVLYTALGPEDEAIGETRTRLKTMGLSGAEAGEYIGRSLGKLTKHVMDQAGLRRIVIAGGDTSGFVTSEIGAYGLEMIWDVSPGAPLCKVYSDDASLDGLELALKGGQLGSPDYFIKVRDAGFPEPDQ	PGPT0019154_51	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES	PLANT_DEGRADATIVE_APIOSE_CATBALIC_ENZYMES,PGPT0019154-oiaK-K23247	NA	NA
JZ016_02297	1194	oxdD	COG2140	Oxalate decarboxylase OxdD	ATGGGAGATCAGAACCGAAACAGAGGAAATGACAACCGCGTACCCCAACCGATACGCAGCGACGGAGCAGGCGGGCCGGACTATGGCCCGCGGGATGTGATGAGGGATATCGAGAATCCCGACATGCTTGTGCCCCCGGCCACGGATGCGGGCTTGATGCCCAATCTGAAAATGTCGTTCTCCGACACGCATATGCAGCTAAATCATGGCGGCTGGTCGCGGGAAATTACGGTACGGGACCTCCCGATTGCAACCACGCTGGCTGGCGTGAATATGAGCCTTACGCCCGGCGGCGTCCGGGAGCTTCATTGGCATCAGCAGGCGGAGTGGGCCTATATGATCTGGGGCAGCGCCAGAATTACGGCCATGGATGCAAGCGGCAGAAATTTCATCGCGGATGTGGGGCCTGGCGATCTGTGGTATTTTCCGGCCGGTCTCCCCCACTCGATCCAGGGACTCGAGGAAGGCTGTGAATTCCTGCTGGTGTTCGATGACGGCCACTTCTCAGACCTGAATACCCTATCGATCTCCGACTGGTTTGCCCACACGCCAAAGGATGTGCTGTCCGCCAACTTCGGCGTTCCGGAGAACGCGTTTAGCCGTATCCCGAAGGAACAGGTTTATATTTTTCAGGATCAGGTGCCAGGTTCGCTCGAGAGCCAAGAGGTCCAGTCTCCTTACGGGAAGGTGCCGCTGAGTTTCAAGCATCGGCTGCTGGCGCAAGAGCCGATCATAACTCCCGGCGGAAGCGTAAGAATCGTGGATTCCAGCAATTTTCCGATCTCCAAAACCGTAGCGGCCGCGCTTGTCGAGATCAAACCGGGCGCCATGCGGGAGCTTCACTGGCATCCGAATCAGGATGAGTGGCAGTATTACTTGACCGGACAAGGACGAATGACCGTATTCGCCGGCAATGGAGCGGCACGGACCTTCGATTACAGAGCCGGCGATGTCGGTTATGTCCCATTTGCCTTCGGCCACTACATACAGAACACGGGTACGGAAACTCTGTGGTTTCTGGAGATGTTCAGAAGCGACCGGTTCGAGGATATCTCCTTGAATCAGTGGATGGCCTTGACCCCTCGGGATCTGGTCCAGGATAACCTGAAAGTCGGAAACGAAGTCACCGATGCTTTGCGCAAAGAAAAGTGGCCCGTCGTGAAATACCCGGGATATTCGTATTACCCGAGATAA	MGDQNRNRGNDNRVPQPIRSDGAGGPDYGPRDVMRDIENPDMLVPPATDAGLMPNLKMSFSDTHMQLNHGGWSREITVRDLPIATTLAGVNMSLTPGGVRELHWHQQAEWAYMIWGSARITAMDASGRNFIADVGPGDLWYFPAGLPHSIQGLEEGCEFLLVFDDGHFSDLNTLSISDWFAHTPKDVLSANFGVPENAFSRIPKEQVYIFQDQVPGSLESQEVQSPYGKVPLSFKHRLLAQEPIITPGGSVRIVDSSNFPISKTVAAALVEIKPGAMRELHWHPNQDEWQYYLTGQGRMTVFAGNGAARTFDYRAGDVGYVPFAFGHYIQNTGTETLWFLEMFRSDRFEDISLNQWMALTPRDLVQDNLKVGNEVTDALRKEKWPVVKYPGYSYYPR				NA	NA	NA	NA	NA
JZ016_02298	453			hypothetical protein	TTGAACGACAAGGCAAAGCAGTGGATCGACCGGTATGTCGATGTCTATCTGCTTGTATCGAGGCGGATCAACGCCCAGATTCGAGAGCAGCTCGGCGAGGATCTGACCAGTGACCAGTTTCAAGTGGTACGCTTGATCAACGGCACGGATTACTGTACTTCATCCTATCTGGCGGAAGCTCTCGCGGTTGGCAAAAGCTCGGTTACGGCTATCGTCAACCGTCTCGTGGATGCCGGCATTATCGACAGAACCCGGGACGAAGCAGATCGCAGGCTGGTGTATCTGACTTTGACGGAATACGGACATACGATTTTTGAATCTGCCCAGGAACAGATGAGGGAGATCGTCTCCCCTTACCTGCAGCATTTTGAAGAAAAAGATATCGAAATGTTTATCTCGATGTTCGAGAAACTGGGGCAATTGATGTTTGAATCAGGGGGGAGAAAGAATTGA	MNDKAKQWIDRYVDVYLLVSRRINAQIREQLGEDLTSDQFQVVRLINGTDYCTSSYLAEALAVGKSSVTAIVNRLVDAGIIDRTRDEADRRLVYLTLTEYGHTIFESAQEQMREIVSPYLQHFEEKDIEMFISMFEKLGQLMFESGGRKN	PGPT0013155_3060	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
JZ016_02299	3168	smc_2		Chromosome partition protein Smc	TTGAAAGCCATACTGAAAGCAAGATGGGCCATTATCGTTCTGTGGCTGGCTGCCGCAGTTATGCTGTTTTTGTTCGCGCCGTCCATGTCGGATCTGGTGCGGGAGAAAGGGCAATTATCCGTACCGGACGGTTATACCTCTTCGCGTGCGGCGGAAATTCTCAAGGAGGCCTCCGGCGGCGAGGAAGGGGAAACCCTGCATCAGGTTGCGCTCGTCTTCAATAAACCCGATGGGTTAAGCGAATCGGATAAGGAGAGCATCCGGGAGGGTGTTCAAGCTTTAAACGATAATAAAGAAAGCCTCCATATCGATTCCATAAATGAACCGTTCACACAGACGGAGCTGGAAGATACGCTCATCGCCAAAGACGGCAAGACCATCATGGTCGCGCTTCAGGTCAGCGGCGGCCAGGAAGCCGTCAAAGAGCTGCCACAGAAGGTTAATCAGGTGCTGGAAGGCGTTCAAGCCGATCATTACCTGACAAGCGAAGGCCTCATTAATGAAGACACCATCGTCAGCTCCGAGGAAGGCCTGAAGAAAACGGAATACATTACAGTTGTCTTTATTCTCCTCATTCTGTTCGTTGTATTCCGTTCCTTCGTGGCACCGTTCGTCCCGTTGTTGACCGTAGGGCTCAGTTATATCGTGTCGCAGTCGGTCGTTTCTTTTCTTGTGGACCAGTTCAACTTCCCGATATCGACCTTCACTCAGATCTTTATGGTAGCCGTCATGTTCGGGATCGGGACCGACTACTGTATCCTGCTGATCAGCCGGTTTAAGGAAGAACTCACCACGTCGGAGGATACCAAGACGGCGATCATCGAGACTTACCGAAAAGCAGGCGGCACCGTGATCTATTCCGGGCTTGCCGTATTTGTCGGCTTTGCAGCCATCGGGTTATCCAAATTCATTCTGTACAAATCCGCGGTTGCGGTTGCAATCGGCATCGCCGTTATGCTCCTGGCATTGGTTACCGTCGTTCCATTCTTCATGGCGGTGCTGGGCAAGAAGCTTTTCTGGCCGTCACGCGGCAAGCTGGAGCATAGCGAAAACAAGCTTTGGGGGGCGGCAGGTTCCTTCTCGCTTAAGCGCCCTTGGGCTGCATTGCTTGTCGTAGCCGTTATCGTTGCCCCTTTCCTGGCTACATACAGCGGCAAGCTGTCGTTTAACAGCCTGGAGGAAATCGGGCCAAGTTACGCTTCGGTCAAGGGCTTTAACATTATTTCGGACAGCTTCGGCCCCGGACAATCGCTGCCATCCACCATCGTGATCAAGAACGATGACCGCATGGATACGGCGGAATACATGGGACTCGCGGAAAAAATCAGCCGGGAAGTGGAAAAGGTTGATGGCGTGTCCAGCGTACGCGGGCTCTCCCGGCCAACCGGCGAGCAAATCAACGATTTCCTCATTCCGACTCAAGTGAAAACGTTAAATGAAGGATTGGGAGAGTCCAAAGACGGACTGACCCAGATTCAGAATGGACTATCCGAAGCAGGCAAGCAGCTCAGCGAGAATACGCCGAAGCTGAATGAAGCCGCAGCGGGAGCCAAGGAGCTGACCAAGGGAACCGCCGACCTCAAGGACGGCATCACGGAGCTTGGCCAAGGCCTCAGCGCTATCCAAAAAGGAATCCAGAGCGGCAGCGCAGGCGCAGGCGAACTCAAAGCAGGGCTTGCCCAGGCTGCGAAAAGCGCGAAAGAGTTAGCTGCAGCTCATGCCCAGCTACTCCAAGGTTATAAACAGCTTGATACCGGATTAGCAGCTCTTGAAGGCGGCGTTGCCGGACTTAAAGAACAGCTGGGCGGCGTTGCGGCTGCACTGAGCGGACTTGAAGGCTCCTTCACGGGACTGGAGAGCAACCACCCGGAACTCATTCAGGATGCCGACTATCAAACCATCAAAGGTACCGTTACACAAACAGCCGCAGGCACAGCCGAGCTGGCAGCAGGGTTAGGACAAATCTCCGAGCAGCTTAAAGGCGCGTCAGCCGGCTTATCGGAAGCCAACGCCGGCTACGCCAAGGCAGCCGCCGGTCAAACGGCGCTTGCCAACGGTCTTCAGCAGCTTGTGTCCGGTATCGCCGAGCTTCAATCCGGCCTTTCACAGGCAGCTAACGGGCAAGGACAGATCGTGAGCCAAATCCCTTCCATTACAGGCGGTCTGGACCAGCTGCAAGGCGGACAGAAGCAGCTTGCCGACGGCTTTGGCGATCTAACCGGCCAGATCGGAGAACTAACGGAAGGCCTGAACGCCAGCGCGGACGGATTGAAGCAAATTTCGGACGGACTGCATTCCGCACAGGATTATCTGCAGCAGATCCAGGACGTTCAGGATGAAGAGCTCAGCGGGTTCTTCATTCCGCAGGAAGCCCTTGAGAATGAAGAGTTCCAGACGGTATTCGATACCTATCTCAGCGATGATCGCAAAGTAATGACGCTGGATGTGGTTCTGGCAACCAATCCGTACAGCGAAGAGGCGCTGGGCAGCGTCGAACAGATTCAATCCGCTGTAGATCGCGCAGTAAAAGATACGAAATTGGAGAATGCCGAGGTTGCCATCAGCGGCATTACCAGCACGAACAACGATTTGCAGAACATATCGAATGAAGACTACACGCGAACCGTGATTCTCATGCTGAGCGGAATCTTCATTATCCTGGTCGTGCTGCTGCGCTCCATCGTGATGCCGATCTATCTGATTGTTTCACTGGTCATCACATACTTTACCGCTGTCGGCGTTACGGAGATGATATTCGTTCACGGCTTCGGGTATTCCGGCATTACCTGGGCCACGCCGTTCTTCAGCTTTGTCATGCTGATTGCGCTTGGGGTGGATTACAGCATCTTCCTAATGGCGCGTTTCAACGAGAACAAGTCCTGGAATGTTCAGGATGCCATTCTGCATGCCATGCGCAACATGGGTACTGTGATCCTGTCCGCAGTAGTCATTCTTGGCGGTACCTTTGCGGCGATGTATCCGTCCGGCGTACTGTCCATGATGCAGATCGCAACGGTTGTCCTGGTTGGACTTGTGCTATACGCACTCCTGTTCCTTCCATTCTTCGTACCGGTGATGGTCCGTATCTTCGGCCGGGCTAACTGGTGGCCGTTCACCCCGAAGGAGCAGGATGCAAAGAGCCCTTCCGGACATGACGTAGGAGTGTAG	MKAILKARWAIIVLWLAAAVMLFLFAPSMSDLVREKGQLSVPDGYTSSRAAEILKEASGGEEGETLHQVALVFNKPDGLSESDKESIREGVQALNDNKESLHIDSINEPFTQTELEDTLIAKDGKTIMVALQVSGGQEAVKELPQKVNQVLEGVQADHYLTSEGLINEDTIVSSEEGLKKTEYITVVFILLILFVVFRSFVAPFVPLLTVGLSYIVSQSVVSFLVDQFNFPISTFTQIFMVAVMFGIGTDYCILLISRFKEELTTSEDTKTAIIETYRKAGGTVIYSGLAVFVGFAAIGLSKFILYKSAVAVAIGIAVMLLALVTVVPFFMAVLGKKLFWPSRGKLEHSENKLWGAAGSFSLKRPWAALLVVAVIVAPFLATYSGKLSFNSLEEIGPSYASVKGFNIISDSFGPGQSLPSTIVIKNDDRMDTAEYMGLAEKISREVEKVDGVSSVRGLSRPTGEQINDFLIPTQVKTLNEGLGESKDGLTQIQNGLSEAGKQLSENTPKLNEAAAGAKELTKGTADLKDGITELGQGLSAIQKGIQSGSAGAGELKAGLAQAAKSAKELAAAHAQLLQGYKQLDTGLAALEGGVAGLKEQLGGVAAALSGLEGSFTGLESNHPELIQDADYQTIKGTVTQTAAGTAELAAGLGQISEQLKGASAGLSEANAGYAKAAAGQTALANGLQQLVSGIAELQSGLSQAANGQGQIVSQIPSITGGLDQLQGGQKQLADGFGDLTGQIGELTEGLNASADGLKQISDGLHSAQDYLQQIQDVQDEELSGFFIPQEALENEEFQTVFDTYLSDDRKVMTLDVVLATNPYSEEALGSVEQIQSAVDRAVKDTKLENAEVAISGITSTNNDLQNISNEDYTRTVILMLSGIFIILVVLLRSIVMPIYLIVSLVITYFTAVGVTEMIFVHGFGYSGITWATPFFSFVMLIALGVDYSIFLMARFNENKSWNVQDAILHAMRNMGTVILSAVVILGGTFAAMYPSGVLSMMQIATVVLVGLVLYALLFLPFFVPVMVRIFGRANWWPFTPKEQDAKSPSGHDVGV				NA	NA	NA	NA	NA
JZ016_02300	3135	rcsC_3		Sensor histidine kinase RcsC	GTGCCAACACGATCTGCAAACCATACCTATCGCATTCAAACTAAAAAGATTCTACAGTATATATTGGCCGTTGCTGTTTTTCTGTCCGTGCTCCTCAGCCTTCGGTGGTATTGGATCGAGGCCTTCGTTCCTCCCCACCATCCGAAAGCTTCCCAAGGGGTGCTCGACTTACGCAGCTGGGACCTCACTCATTCCAAATCCATTACATTGGATGGAGAATGGGAGTTCTACCCTGACATGCTTGCCACAAAACAAGAACTGGAGCAAACCAATCCGCAGCATCGCTATGTGCAGGTACCGGGAAATTGGCGGGGGAGCCAAACGGAGGAATCCGGATCTGCCTATGGTACCGGAACCTATCGGCTTCGTATTCTGGTCGATCCATCCTTAACCGCTCCCCTTTCGTTCTGGATCCAGCAGATCCAGGCTTCGGCGAGTGTCGAGATAAACGGCCTTAAGATGGGAGAGATGGGCAACACCGGAGAGGACGGCAAAGACAACTATTCACCGGCTCGAAGTCCCTTCGTTGTCGATTACGCTCCCGCCAAACACACGCAAGACATCGATTTGATTATACGCGTGGCCAACCATGAGCATCCACGCCAAGGCGGAATTGTAAATTCCATCAAGCTGGGATCCAGCCAAGCCATCCATGGTGAACGCGGACTTTCCATCGATCTTCAGCTCATTACATTCGTTGTGCTCATCCTTCACAGTCTGTATTCCTGCATCCTGTTCTTATTCAATCCGCGGGAATGGACGCTTCTTGATTTTTTTCTGCTGCTTCTCACCGCATCTGTGACGATTGGAGTGTCAGATGACGATTTACTGCTGAAATGGCTGTCCATCAATTACGATTGGGATCTTAAAATCTCCATATTGTCTTATTCCTGGCTATCTTTTTTCATATTGAAGATGACCAGAAGTTTCACCATAAAGACCCGCAGCCGATGGTTTACCGCATATTGCGTTTCCCTGCTTCTATATTCCGGATTTATTGCAATCGCGCCTGCTTCGCTTGTTTTCTGGACGGTGGAGTATAAAGTTTTTACCGTTTTTTATATATTGCCGATCATCATCACGATCTATATGTTCGGGCGAATGGTGGCTGCAAGCCGGGATGACGCAATCTTTCTGCTCTTGGCAGCCAGCGGCGTTTTCTCCAGTGTTATTTGGGGAGCACTCATCAAATATCAGGAACTTCCAAAAGTGTATTACCCCGTTGATGTCATCGCGGCCATCATCGGTTTCTCTGCCTATTGGTTTAAGCGTTATTTCCGCAACGTCGATAAAATCAGCAAGCTTAACCGCGAATTGCAGAAAGCGGACAAAATGAAAGACCGGTTTCTGGCCCAGACCTCACACGAGCTGCGAACGCCGCTGCACGGGATCATGAATATCGCCCAGAGCGTCTCAGACAGGGAACAGCATAATATGGACAATCGAAGCGCGGAGGATATGAAGCTCCTTGTTAAGGTTGGACGCCAGATGTCTCATTTGCTGAATGATCTACTGGACGCCGTAAGGCTGAGGGAAAAGCGAATCGTACTGCATGCCGAGCCGCTATCCCTTCCCTCTATCGTAAATGGCGTTATCGATATCCTGAAGTATTTGCTCGAAGGAAAAGCCGTGCAGTTAAAAATGGATATAGACACATCCGAAGCCCTCCCTCTCGTTATGGCTGATGAAAAGAGGCTGGTGCAAATCCTTATGAATTTATTGCATAATGCCATCAAACATACCGAGGAAGGAATCATTGCCGTAACGGCCAACGCCAAGAACGGGCAAATGTTCATCAAGGTAACGGATACGGGAACGGGAATGGATCAGGAAACACAGCAGCGGGTATTTCTGCCATACGAACAAGGCGATCCCGGATACGGCGACACCAACGGCATAGGTTTGGGCCTTAGCATCAGCAGAGAATTGGTGGAGCTTCATGGCGGCTGGATGACGGTTCACTCCGAAATCGGAAAGGGTTCGACGTTTACATTCACGCTGCCTTTGGCGGATTCGACTGACGTAGAGATGGCCCCGAACCTATCGGCCGTTCGGCTCGAGGCCTATGAAGAAATAGCGGCAAGCCGGAACGACCTGAATGACCAGCCGCTTCTAACCGCAGAAGTCCCGTTAGTGGAAGAGCAGATGAACATTTTAGCCGTTGACGATAATTTTGTGAATTTGAGAGTGCTTGCAAATATATTGATGACTGAACCTTACCACCTGCAATTAGCAGCATCGGCCGGGGAAGCGCTGGAATTGCTCGGAACGAAAGCATGGGATTTAGTAATTGCAGACGTGATGATGCCGCAGATTTCTGGTTACGAGCTGACACGGAAGATAAGAGAACGTTATTCCCCTTCCGAACTCCCTGTGCTTCTGTTGACGGCGCGAAGCGAGCCCTCCGACATGTATGCGGGGTTTCGGGCGGGTGCCAACGATTATGTCACGAAACCAGTGGATCCGATGGAGCTTAAATACCGTATCCAGTCATTGATTACGTTAAAGCAGTCCGTGAACGAGCGTCTGCGTATGGAAGCTGCCTATCTGCAAGCTCAAATCCACCCGCATTTTTTGTTCAACACCTTGAATTCAATCCACGCATTGAGTGAAATTGATGTGGAAAGAATGCGAAAACTTAACGAGGCCTTTAGTTCATACCTGCAAATTAGTTTTCAATATCAAAACTCCGGCAAATTTGTCTCGCTATCGGAAGAACTCGAACTTGTACGCGCATATTTGTACGTTGAGAAGGAACGACATGGCAACAGGCTCCATGTCATATGGAACGTGGATCAGGACATTCACCTCCTGCTCCCTCCATTAACGATTCAGCCTCTGGTTGAGAATGCCGTACAGCACGGTATTATGCCAATCGCTAAGGGCGGAACCGTACACATTCGCATTGAACGTCAGGAGCTTTCCACGCTGATTCAGGTCAAGGATAACGGCATGGGAATGAGCACAGAAAAGGTACAGGGGTTGCTGGATGCTCCGCGAGAGGACAAGAGAGGAATTGGCCTGTACAATACGAATCGCAGATTGATTCAGACGTATGGGAGCGGTCTTTCCATTCAAAGCGAGGTCCGTGTAGGGACAAGCGTATCTTTTGTCATTCCCGATTCGGAGCATTAG	MPTRSANHTYRIQTKKILQYILAVAVFLSVLLSLRWYWIEAFVPPHHPKASQGVLDLRSWDLTHSKSITLDGEWEFYPDMLATKQELEQTNPQHRYVQVPGNWRGSQTEESGSAYGTGTYRLRILVDPSLTAPLSFWIQQIQASASVEINGLKMGEMGNTGEDGKDNYSPARSPFVVDYAPAKHTQDIDLIIRVANHEHPRQGGIVNSIKLGSSQAIHGERGLSIDLQLITFVVLILHSLYSCILFLFNPREWTLLDFFLLLLTASVTIGVSDDDLLLKWLSINYDWDLKISILSYSWLSFFILKMTRSFTIKTRSRWFTAYCVSLLLYSGFIAIAPASLVFWTVEYKVFTVFYILPIIITIYMFGRMVAASRDDAIFLLLAASGVFSSVIWGALIKYQELPKVYYPVDVIAAIIGFSAYWFKRYFRNVDKISKLNRELQKADKMKDRFLAQTSHELRTPLHGIMNIAQSVSDREQHNMDNRSAEDMKLLVKVGRQMSHLLNDLLDAVRLREKRIVLHAEPLSLPSIVNGVIDILKYLLEGKAVQLKMDIDTSEALPLVMADEKRLVQILMNLLHNAIKHTEEGIIAVTANAKNGQMFIKVTDTGTGMDQETQQRVFLPYEQGDPGYGDTNGIGLGLSISRELVELHGGWMTVHSEIGKGSTFTFTLPLADSTDVEMAPNLSAVRLEAYEEIAASRNDLNDQPLLTAEVPLVEEQMNILAVDDNFVNLRVLANILMTEPYHLQLAASAGEALELLGTKAWDLVIADVMMPQISGYELTRKIRERYSPSELPVLLLTARSEPSDMYAGFRAGANDYVTKPVDPMELKYRIQSLITLKQSVNERLRMEAAYLQAQIHPHFLFNTLNSIHALSEIDVERMRKLNEAFSSYLQISFQYQNSGKFVSLSEELELVRAYLYVEKERHGNRLHVIWNVDQDIHLLLPPLTIQPLVENAVQHGIMPIAKGGTVHIRIERQELSTLIQVKDNGMGMSTEKVQGLLDAPREDKRGIGLYNTNRRLIQTYGSGLSIQSEVRVGTSVSFVIPDSEH				NA	NA	NA	NA	NA
JZ016_02301	681		COG4122	Catechol O-methyltransferase	ATGAGCAAGAAGGATGATACAGCTGCGACTTGGGATAAAGTAGACGATTACATCACAGAACATTTGATTCCTTATGATGAGGTTTTGGAGAGGATCTTAGCTGCAAATCGGGAGGCCGGATTGCCGGAGATTGATGTATCCAAGGCTCAAGGGAAGCTGCTGAACCTCATCGTTCAGATCAAGGGTGCGAAACGAATTTTGGAGATTGGTACGCTGGGAGGTTACAGTACGATCTGGATGGCTAGAGCACTTGGGGATGGGGGGCGGCTGATTTCACTGGAGCTCGATCCGCATCATGCCGAGATTGCCACATCCAATATTGCGTTGGCCGGACTGGAGGATAGGGTGGAAATCCGGGTAGGCGATGCTGTGCTGCAGCTGGAGCAGCTGGCCAAGGAGAAGGTGGAGCCGTTCGATCTGATCTTCATTGATGCCGATAAACCCAACAATCCGAATTATTTGAAGTGGGCGTTACAGTTCTCACGGCCGGGCACGATCATTATTAGCGATAATGTGATCCGGAATGGAGAAGTGATCGATCATCACAGCACAGACCCTCGGGTGCACGGTATCCGCAAATTCATGGATATGCTGTCCGCCCACTCCGCGATTTCCGGCACGGCAATTCAAACGGTGGGAAGTAAGGGGTATGACGGGTTTTATATCGGAGTTGTATCGTAA	MSKKDDTAATWDKVDDYITEHLIPYDEVLERILAANREAGLPEIDVSKAQGKLLNLIVQIKGAKRILEIGTLGGYSTIWMARALGDGGRLISLELDPHHAEIATSNIALAGLEDRVEIRVGDAVLQLEQLAKEKVEPFDLIFIDADKPNNPNYLKWALQFSRPGTIIISDNVIRNGEVIDHHSTDPRVHGIRKFMDMLSAHSAISGTAIQTVGSKGYDGFYIGVVS				NA	NA	NA	NA	NA
JZ016_02302	888	cmpR_3	COG0583	HTH-type transcriptional activator CmpR	ATGAATTTACACGCATTACGGCTCTTTCACGTTATCGCCACAACGGGCAGTGTTACCCGTGCTGCTGAATTGTTGAATATAAGCCAACCCGCCATAACAGCCCAGATTAAAAAATTCGAGAAGGAACTCTCCCTTACTCTGTTCAAGCCGCAGGGCAGGGGCATCGGGTTGACTTCGGCCGGAGCCGAGCTCGTTCCGCTTGCCAAAAGACTCTTCTCCGTCGAGCAGCAAATTGAACAGTTCTGCCTGGATTACCGCAGCGGTTCGAGGGGACAGATCCGCATGGCGGCTACCTATCTTCCTTCCCATTTTCTTCTGCCGGCCTGGCTTGCGAAATACAAGCAGCGGTACGAAGAAGTAGAAATGAGCATAACCACCACCAATTCAAGCGATGCACTTAAGCAGCTGTTACATATGAATGTCGACCTTGCGATATACGGCGGTCTGCCAGAGGAATCTCCGAATACGATACAGATCGTGGAGCTGTTCCGGGATGAGTTATGGTTTGTCGTATCCCCCGATCACCGCTATGCCAATCAGCGCATCTCCCTGGAAGAGATGATGAGAGAGCCATTTGTTATGCGGGAGGAAGGCAGTTCAACGCGAGAACGTTTATTTGCCTTATGCCGTACCCATAGCGCGCCTTCCCCGCGGATTACGCTGCAATTCAACGGTCTGCACGAAGCGATTATGGCCGTCATTGCCGGATACGGTGCAAACTTTGTGTCCTCACTCGTTGTACGAGAGTATGTGGAGCGCGGCGAACTGAGCCGGGTCTATGTCGATGGAATCGAGCTTCAAAATATCATAGCGGTCTGCACCCGTAAGCATGAACCGTTATCTGCTGCCGCCATGAACTTCGTGGATATGATCCGGAATCAGTCATAA	MNLHALRLFHVIATTGSVTRAAELLNISQPAITAQIKKFEKELSLTLFKPQGRGIGLTSAGAELVPLAKRLFSVEQQIEQFCLDYRSGSRGQIRMAATYLPSHFLLPAWLAKYKQRYEEVEMSITTTNSSDALKQLLHMNVDLAIYGGLPEESPNTIQIVELFRDELWFVVSPDHRYANQRISLEEMMREPFVMREEGSSTRERLFALCRTHSAPSPRITLQFNGLHEAIMAVIAGYGANFVSSLVVREYVERGELSRVYVDGIELQNIIAVCTRKHEPLSAAAMNFVDMIRNQS	PGPT0001160_1196	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-RuBisCo	CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703	NA	NA
JZ016_02303	516			hypothetical protein	ATGAGTCATATACCAATACCGGGTACCACGCAGCACAAACTCATACAGGCAGGATTGAAGCGTTTTGCCGAGATGGGATACCACAAAGCGGAAGTTGACGACATTGCTGCCGATGCCGGAGTGACCGTGGGAGCTCTTTATCATCATTACAAATCCAAAAAGAAATTTTACGGCTTGCTTCGGGATGACGTAACGCTTCGAATATTGGATCGCATGGAAGCAGTTGCCGATGCAGCCCCTCCCGATCAGCGCCTGAAATCGGCTCTATTGACCGCTTACGACAGCATGATTCGCCTTAAAACGGGGCGATTGCTGTCTGAGCCAGATCCCCGTAAAGGAGACAATCCCGTTGCCCGTTATCTCGGTCAACTGGCCGCAGCATCAGGAGAAGAGGCTGGCGAAGAATTGGGCATCATTCTGGCGGAGGCACTGCGTGCCGCGTTTGCGCAAGTCGTGGAACATGACGGCAGTGAGGCTGCCATGAGGTCGGTACTAAACAGATTGTTAACGTCTTGA	MSHIPIPGTTQHKLIQAGLKRFAEMGYHKAEVDDIAADAGVTVGALYHHYKSKKKFYGLLRDDVTLRILDRMEAVADAAPPDQRLKSALLTAYDSMIRLKTGRLLSEPDPRKGDNPVARYLGQLAAASGEEAGEELGIILAEALRAAFAQVVEHDGSEAAMRSVLNRLLTS				NA	NA	NA	NA	NA
JZ016_02304	357			hypothetical protein	ATGGAAGGTAACGTTATTTTTTATTTTGTTCCGGTCAAAGATATCAAGACAGGCAAGAGCCTCTATCGCGACACGCTCGGTTTGGAAGAATCATGGCGCGAAGGAGATTACACGGTCGCCTTCAAGCTTCCCGGTACCGACGTTGAATTGATGGTTGAACAAGTCTCGGAAGGAGGCCCGGATGCAGCTGGACCTGTTTTTCTCGTGCCATCTGTTCGGGAAATATACGAGAACAATCCCGGCAACCTGCAATTTATCGGCGAACCGGGTGAAACACCGGACGGCCTCTGGTTGAGTGCCAAGGATGATTCCGGCAACGGAATCTACTTCACGGATGAAAGCCTCCATGAATCCTGA	MEGNVIFYFVPVKDIKTGKSLYRDTLGLEESWREGDYTVAFKLPGTDVELMVEQVSEGGPDAAGPVFLVPSVREIYENNPGNLQFIGEPGETPDGLWLSAKDDSGNGIYFTDESLHES	PGPT0013300_6262	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_02305	930	araQ_21	COG0395	L-arabinose transport system permease protein AraQ	ATGATCGGGGAAGGAGAAACGGTTGTGGAACATGAACATACGAGAACGCGTTTAAACGGCAAGGAGTTAGCGTTTAAGATCACATTGGGTTTTCTGTGCAGTATGATTTTTCTGCTGATCGCCTATCCGCTGTACTTTATCATCATTGCATCGTTCAGCGACTCAACGCTCGTATCGACGGGGAAGGTCCTGTTTATCCCCAAAAATATCAGTTTTTTCGGTTACCAGGAGATTTTCAAAGATATGCGGATTTGGACCGGATATCGGAATACGCTGTTTTATACGGTGTTCGGCACCTTGGTTAACATGCTGTTCACGCTTCCGGCAGCTTATGTGCTATCCAGAAAGGAATTCCGCGCCAGACGGCTCATTATGTTTGTTTTCGTGATCACGATGTTTTTCAACGGCGGGCTGATTCCCACCTATTTGTTGATGAAGGGGCTTAGTCTGACGAACACCATCTGGGTGTTTATTCTCCCCTTCTCCGTGAATGTGTTTTATTTGATCATTGCTCGGACCTTTTTTGAGAACTCGCTGCCGCAGGAGCTGCATGAGGCGGCTGTCATGGACGGCTGCTCCCATTTTACCTTTTTCTTTAAAGTGGCCTTGCCGCTGTCCAAAGCGTTGGTATCCGTCATCGGACTCTATTATTTGGTGGGGCACTGGAATGACTTCTTCACCGCGCTGATCTATATCCGGGACACGAAGCTCCAGCCGCTGCAAATCGTTCTGCGGGATATTCTGCTGTCAAACCAGGTGTTCTCTAGCGGTGCCGGAACAGGAGGGGATGCAGGGGGGTATGCGCAGCGTTATGCCGACCAGATCAAGTACGGGGTCATTATTGTATCGACGCTTCCGATTCTGCTCATTTATCCGTTTATGCAAAAATATTTCGAGAAAGGCGTCATGATCGGCTCCATTAAAGGTTAA	MIGEGETVVEHEHTRTRLNGKELAFKITLGFLCSMIFLLIAYPLYFIIIASFSDSTLVSTGKVLFIPKNISFFGYQEIFKDMRIWTGYRNTLFYTVFGTLVNMLFTLPAAYVLSRKEFRARRLIMFVFVITMFFNGGLIPTYLLMKGLSLTNTIWVFILPFSVNVFYLIIARTFFENSLPQELHEAAVMDGCSHFTFFFKVALPLSKALVSVIGLYYLVGHWNDFFTALIYIRDTKLQPLQIVLRDILLSNQVFSSGAGTGGDAGGYAQRYADQIKYGVIIVSTLPILLIYPFMQKYFEKGVMIGSIKG	PGPT0017255_330	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02306	912	yteP_35	COG4209	putative multiple-sugar transport system permease YteP	ATGGAATCCCGTAAAAGACAGAACACCTTCAGACGAGACTACCAGCTGTGGATTATGATTTTTCCGGCTATTATCGTCACCCTGTTGTTTAACTATATCCCGATGTACGGCATCCAGCTTGCTTTTCGGGATTACGATTTCAGCAAAGGCTTGACCGGCGGCGAGTGGCGAGGGCTTGCTTACTTTCAGCAATTCATCGACAGTTACCTGTTCACGGATTTGATGCGAAACACGTTTCTGATCAGTCTGGCCACGATCGTGCTTGGCTTTCCGGCTCCAATTATATTGGCCCTCATCCTTAACCAGATCCGCAGAAAAAGAATGAAGCAGCTGATGCAGACTACCGTATACCTGCCCCATTTCATATCCATTATCGTGCTGGTCGGGATGCTGAACGTGCTGCTGTCCTCCGAAACCGGAGTTGTCGGTCACTTCATGAAGGCGGTGGGGCTGGGACATATCAATCTGTTGGCATCCACCTCGACTTTTATCCCGGTGTATGTGCTTTCCGACATATGGCAGCACTGCGGCTGGAACAGCATTATCTATCTTGCAGCCTTGTCCACCGTGGATCCCCAGCTGTATGATGCCGCCAAAATCGATGGGGCCAGCCGATGGCAGACGATCCGGTATGTAGATATTCCCGCCCTCATCCCGACCATCATCATCCTGTTTATCCTCAGCATGGGGAATATCCTTGGGACCGGCTTCGAGAAAATATTTCTGATGCAGAATTCGCTGAACCTTCCCGTCTCGGAGGTCATTGCCACCTACGTCTATAAAATCGGCATCATCTCCAATCAATTCAGCTTGGCTTCGGCCATCGGTTTGTTTAACACGCTCATCAATTTCGTATTCTTGTATGCGATGAACACGATCTCGAAGAGAATGTCGGAAACGAGCCTATTCTAA	MESRKRQNTFRRDYQLWIMIFPAIIVTLLFNYIPMYGIQLAFRDYDFSKGLTGGEWRGLAYFQQFIDSYLFTDLMRNTFLISLATIVLGFPAPIILALILNQIRRKRMKQLMQTTVYLPHFISIIVLVGMLNVLLSSETGVVGHFMKAVGLGHINLLASTSTFIPVYVLSDIWQHCGWNSIIYLAALSTVDPQLYDAAKIDGASRWQTIRYVDIPALIPTIIILFILSMGNILGTGFEKIFLMQNSLNLPVSEVIATYVYKIGIISNQFSLASAIGLFNTLINFVFLYAMNTISKRMSETSLF	PGPT0017250_2366	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02307	1617			hypothetical protein	ATGAAGAAAAGGGTAAACGTTTTCATCTCGCTCGTCGCCATCACAGCCATGTTGTTAACAGGATGCAGCGGGTCCGGAGGTGACACGAACGAGTCAGCCGAAACACCCGGGGATCAAACAGGCAAAAAAGTAAAGCTCACCGCCATCATTACCAAGCATCCGCTCACGAAGCCGCTGGCTGAAATGGAATGGCTGCAAAAGGTTGAGGAGACGGCGGGCGTGGACATCGAATGGCAGGAGATTACCGCGGATTGGGGACAGAAGAAAGGGACGATGCTGGCCAGCGGCGATATTCCGGATCTGTTCATCGGGCCGAACGTCATTACGGATGCGGACTTTGCGCAATTCCAGGGTTTATTCCAGGATCTGTCCGGCATGCTGGATCAGGCGCCCAACGTACAGAACATGTTTAATGAAAAGCCGGATACGAAAGTGATTGCCACGCAGTCGGACGGCAAAATCTACGGTCTCCCGAAATATCAGCGGTTCTGGCCCGCTACCGCCAGCAGGCAGTTCATTAACCAGCAGTGGTTGGAACAACTGGGCCTGAGCATGCCGACCACATGGGATGAGCTGTATGAAGTCCTGGTGGCCTTCAAAGAGAAGGATGCCAACGGCAATGGCGATCCGAATGACGAGATTCCGATGGATTGGCCGGGAGGCATCGGCGGATATTTTAACCCGGCGGTGCTCCTGGGCAGCATGGGCATTACGCTGACGGACGGCAGCGGACAGGGCTATTTCGTGGAAGACGGTCAAGTGAAGAACTTCCTGACGGATGAACGGTACAAAACGATGGTCGCGTTTCTTAATAAATTGTACAAGGCGGGTCTGATTAACCCGGAAGTGTTCACGCATGATTATACGAAATTTCAATCCATCGCCCGCGGGGAAGGGGATACGGCCAAGGTCGGCTTTACCTGGGGATGGGTGGCGTCCGACCGGTTCGGCGAGCAGCTGGCACCGCAGTATGCTTCCATGCCGCCGATGAAGGTGTCGGCAGATTATGCAGGGAAGCTGTCCTGGAGCTACGATCATTACTCTCTGAACTATGGACCCAACCATATCGTCATGTCCGCCAAGACCAAGAACAAGGAAGCGGCCATGAAATTCATCAACGAGCTTTATGCGCCCGAGGTGGGCATGCAGGTGCTGTTCGGATCCCTCGGACCGAATATTAAAGATAACGGAGACGGTACATATGCCGTTCTGCCTCCGGCCGATGCCAAGATGGATCCGGGCACATGGAAATGGACCTCGACGATGGCGGACAACGGCGCATTTTATATCCCCGATACCTTAGAGTTGACGCTTGGCACGGATATGCAGGAGGTGCTGGGTCAATCGGAGCCGCTGGAGGCGGCCTTGGACGTGGATCCCGATAAAGACGTGTTCCCCGGCATGTTCATCAAGTATTCCACCATGGACAACAACGCCATGAGCCTGAACAACACGAACGTGATGAATCTGGCGGAATCCAGCTTTGCCAAATGGGTGACCAAGGGCGGCGTGGAAGCCGAATGGGACACGTACATCAAGGAAAGCGAGAAGGCAGGCCTGAAGCAGAATCTAGAGATTATGCAAAAATATTACGACGAGTACATGAATCAAAACTAG	MKKRVNVFISLVAITAMLLTGCSGSGGDTNESAETPGDQTGKKVKLTAIITKHPLTKPLAEMEWLQKVEETAGVDIEWQEITADWGQKKGTMLASGDIPDLFIGPNVITDADFAQFQGLFQDLSGMLDQAPNVQNMFNEKPDTKVIATQSDGKIYGLPKYQRFWPATASRQFINQQWLEQLGLSMPTTWDELYEVLVAFKEKDANGNGDPNDEIPMDWPGGIGGYFNPAVLLGSMGITLTDGSGQGYFVEDGQVKNFLTDERYKTMVAFLNKLYKAGLINPEVFTHDYTKFQSIARGEGDTAKVGFTWGWVASDRFGEQLAPQYASMPPMKVSADYAGKLSWSYDHYSLNYGPNHIVMSAKTKNKEAAMKFINELYAPEVGMQVLFGSLGPNIKDNGDGTYAVLPPADAKMDPGTWKWTSTMADNGAFYIPDTLELTLGTDMQEVLGQSEPLEAALDVDPDKDVFPGMFIKYSTMDNNAMSLNNTNVMNLAESSFAKWVTKGGVEAEWDTYIKESEKAGLKQNLEIMQKYYDEYMNQN	PGPT0017245_1818	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02308	2274	rhaR_32		HTH-type transcriptional activator RhaR	TTGCGAATCCATAAGGTTAACCTGCTGACAAAATTGTTGATTTCCTATTTGCTTGTGCTGATGTTTCCCGTGATCGTCATCCTGTGCTATTACTATCCTTATTCGGCAGAAGTGGTGAAAGAGAAGGAAATGGACTGGAATGCGCATATTACGGAGCAGTTCATGACATCGATGGATACGTTTACAAGATATGTGTACAATTTACCGTTTGAGCTGGTGCAGAACCGGGAATTCAAGATGTATAAGGCGGAGGAAAGCGACTACCAGCGGGTGCTTATTGCCAATGAGATGAAAAAATACAATGCAACCGATGCGTTTATTTACAACACCTTGCTGTATGTGAAGAACATCGGTTATTTGTTTTCCAAAACTGGAAGCGCATACAGCCTGGAGGACCTATCCATTCCGGGTGTTGGTTACTATTATGAAAACTGGGCCCACGAAGATATGATCCAGACTCTGAATGATCTTCATTCTCCTGTCGTGAGGCCTGTGGAGAATGTGGTCGTGCCCGGCAATAACCGGGTCAGAATGCTGACCTTCGTGCAGCCGCTGCCGGTAGGGGGCTCGAATTCCCCCGGGGCCGTTATGATCATGGTTAGGGAGGATACGATTGTCCGGATGATGAAATCCGTTTCGGAAACCTACAGCGGCGATTTTTTTGTGCTAGACGGCCAGGGAAGGCGATTGGTATCCTCCAATGATACGTCTTACCAATCTTCCGATGATTTCAAGAAGCTTGTGCATCGTTTAGGGGAAGAGTCAGTTTCCTCTTCGGGTATTCATACCATCAGCGGATCGGACTATCTGGTATCGTCCTCGGTATCGGATAAGAATGGCTGGAAATATGTGAGTTTGCTGCCGGTATCTAAGTCCCTGCAGGGCATTCGGACGATTCAGCTGAATACGGCTATCCTGGTCGGGCTGATTCTGCTGCTTGAAGTGTTCATCATCTATGTATCCATCCGGAAGAACTACCAGCCGATTCGCCGTCTGGTTGATCTCGCCGTACATGTGTTTGAACCACTGGAGCGAAAACCGATGAACGAGATTGATACGATTAAGTATACGTTGGAGGAGCTTTCGCAGGCTAACAGCAAGCTGGACGAGCATGTGAGGGGATCGTTGCCGATTATGCGGGACAACCTGCTGTTTGAGCTGGTGAGTGGGCATATTCCTGACTGGGAGAACTTTGAACAGGAAGCCCGCAGGGTCGGCATCCGGTTTCATCATGATAACTACACGGTTGCCGTGTTGTGCTGCGAAGCGGATGGAGCAGGGCTGGACAAGATATTGGCTTGCTGCCGGGATTACGAGGGACTGCTGCCTGATGATGCCCAAGGCTACTTCTTCAAGAGCATCTATCAGCAGGAATTGATTCTGGTGTGCTCCCATACAGCCGATTTCCCTATCAAATCTTGCGTAGAGCGGCTTCAGGATGAAATATTGGAGCGTACGGGCCAACAGACGGCGATTGGCATCGGCAAGTCTAGCGCTGCCCAATCGCCGGTGGACCTCCATCTCTCCTACCTGCAGGCGCTCCGCACAGCGGAGTTTCTGCGCATCCGGAAGATCGGGACCGTGCTGACCTTTGATAACCTCGAGATCCCCCAAACCGGAGCCGTGTCCTATTTTGCCGAAATCCTGCAATCCCTCGAACTTGCGATCCTTAAGAACGATGCGGCCATGCTGGCCTCTTTGGCGGAGCGAATGATCGGTTACTTAAGCAGTGACAGCCTGCCGCCGCATATGATACGGAGCGTGTATCTCAATACGGTTACCGTCATCTTCAACGGCCTCCAACGGTTCCGTCATGACGACCAGAGCCTGCTTCGGCTCACCGAGGCGGCATTTAACCACCGTTATACGCTGGAGCAGATGATCGGGATTATCAGGGAGAGTTATGCCAAGCTATGCGAGATGATCAGCGAAACGCTCCCCGTGTCCCGTACGGCAACGCAGGAGGAGATTCTGTCCCTCATAGCGGAGAAAGGAATGGATCCAAACTGCTCGCTGCAGATGATGGCCGATTATTTTGATATGTCGGTCTCCAACTTCAGTCATCACTTCAAGAAAACGATGGGGCAAAATTTCAAAGAGTATATCGATCAGCTTCGCATCCAGAAATCCATTCAGCTTTTACGGGATAGCGAGGAGACCCTTGAATCCATTTCCCAACAGGTCGGATACACCAACACCTCGAGTTTTATCCGTTCCTTCAAAAAGATGGTGGGTACGACACCCGGACAATATCGAAATACACATAAAGCATAA	MRIHKVNLLTKLLISYLLVLMFPVIVILCYYYPYSAEVVKEKEMDWNAHITEQFMTSMDTFTRYVYNLPFELVQNREFKMYKAEESDYQRVLIANEMKKYNATDAFIYNTLLYVKNIGYLFSKTGSAYSLEDLSIPGVGYYYENWAHEDMIQTLNDLHSPVVRPVENVVVPGNNRVRMLTFVQPLPVGGSNSPGAVMIMVREDTIVRMMKSVSETYSGDFFVLDGQGRRLVSSNDTSYQSSDDFKKLVHRLGEESVSSSGIHTISGSDYLVSSSVSDKNGWKYVSLLPVSKSLQGIRTIQLNTAILVGLILLLEVFIIYVSIRKNYQPIRRLVDLAVHVFEPLERKPMNEIDTIKYTLEELSQANSKLDEHVRGSLPIMRDNLLFELVSGHIPDWENFEQEARRVGIRFHHDNYTVAVLCCEADGAGLDKILACCRDYEGLLPDDAQGYFFKSIYQQELILVCSHTADFPIKSCVERLQDEILERTGQQTAIGIGKSSAAQSPVDLHLSYLQALRTAEFLRIRKIGTVLTFDNLEIPQTGAVSYFAEILQSLELAILKNDAAMLASLAERMIGYLSSDSLPPHMIRSVYLNTVTVIFNGLQRFRHDDQSLLRLTEAAFNHRYTLEQMIGIIRESYAKLCEMISETLPVSRTATQEEILSLIAEKGMDPNCSLQMMADYFDMSVSNFSHHFKKTMGQNFKEYIDQLRIQKSIQLLRDSEETLESISQQVGYTNTSSFIRSFKKMVGTTPGQYRNTHKA				NA	NA	NA	NA	NA
JZ016_02309	345	yodB_1	COG1733	HTH-type transcriptional regulator YodB	GTGGAACCTGTTAGAGAAGAGCTGCAGGAAACGCCGGCGTTCAATCATATCTGTTCAGTGCTGCAAATTCTCGGAGCCAAATGGGCGTTTCTAGTCATTGCGCAATTAGCCCAAGGACCGAAACGGTTTAATCAGCTTCACCGGGATGCAGCCATCATCAAGACGCAGTCCTTAACGGATGTGCTGCGGCATTTGGAAGGCAGCGGGATCGTAAGACGCGAGGTATTTCCTACCGTTCCGGTCTCCGTGGAATATTCATTGACCGACAAGGGATTGGACTTCCTGGATTCTTTGAAGGAGATGGAGAAGTGGGCCGAAAAATGGGGAGTGGAACAATCCTCATGA	MEPVREELQETPAFNHICSVLQILGAKWAFLVIAQLAQGPKRFNQLHRDAAIIKTQSLTDVLRHLEGSGIVRREVFPTVPVSVEYSLTDKGLDFLDSLKEMEKWAEKWGVEQSS				NA	NA	NA	NA	NA
JZ016_02310	1176	pbuE_5	COG2814	Purine efflux pump PbuE	ATGAATCGATTTACGATATATTTATTGGCGCTTGGGGTTTTTCTTACTGCCACCTCGGAACTGGTCGTCTCGGGTATTCTGTATGCGATCGCAGACGATCTTCATATTTCTTTGGCCTTTGCGGGCCAGCTGATTACCGCGTATTCGCTTGCTTTTGCGATCGGGACACCGTTTCTGGTCTCGCTCACCGCTCGGTTCAACCGTAAAAAAGTGCTGCTCGGCTCTCTTCTGCTGTTCATTGCCGGCAGTCTCGTTTCCTATTTCAGCACCGAAGTCTGGATGCTCATGGGCTCCCGCGTCATCCTGGGGGTAAGCTCAGGGGTGTATCTCGTGGCCGCAATGGGTACAGCAGCCAAGCTGGTACCCCCGGATAAGTTAGGCCGTGCCATCGGTACCATCGTGCTGGGTTTTAGCAGCGCCATGGTGCTGGGCGTTCCGATCGGTATATGGATCACGAATCTACTGAACTGGCAATCGATCTTTCTGCTGCTGGCTCTGCTCAGTCTGCTGGTCGCCTTTGTCCTTACCAGACTCCTGCCGGATGTTGAAGGGGACGCTCCTGTTCCCTTTTACCAACAATTCAAAGTGCTGGGGAGTGTCTTAATCGTGAGCGCGCTGCTGCTTACGTTCTTCCGGGAATCCGGCAACTCGGTACTGTTTACGTATGTTACGCCATTTATCCAGGATATTTTCCATATCGCTCCATCTGGAATCAGTATCATAATGCTTGGCTTTGGACTTTTTGGAGCGATCGGCTCGAGGCTCGGCGGGTATGGGGTCGACCGGTTTGGCCCAGCGAAAGTGATTACGCTCAGCACGCTCATTCATATCGCGGTATTCGCGCTTCTTCCGCTGCTCGCCGGTCAATCGTTCATAGGACTCGTGCTGATGGGAATCATGGTGCTGTCCATGTTTGCGGCGGGTCCGGCCGTTCAGAGTTATTTTATCCAGCAAGCACCGGGCTCTTCCAATCTGATCCTCAGCTTAAACACCTCCATTGTCCATCTCGGGTTAGCCGCAGGCGCGGGCGCAGGAGGCTTCATGGTCAATACGACATCCACGCTTCAATATCATCCATGGCTCGGTGGATTCGTGCTCGCGCTTGGCCTGGCCGCAGGACTGGTCAGCTTCTCTGCCGGACGGAAGTCGCCGGTTACCATCCCGAAATCGGCCTGA	MNRFTIYLLALGVFLTATSELVVSGILYAIADDLHISLAFAGQLITAYSLAFAIGTPFLVSLTARFNRKKVLLGSLLLFIAGSLVSYFSTEVWMLMGSRVILGVSSGVYLVAAMGTAAKLVPPDKLGRAIGTIVLGFSSAMVLGVPIGIWITNLLNWQSIFLLLALLSLLVAFVLTRLLPDVEGDAPVPFYQQFKVLGSVLIVSALLLTFFRESGNSVLFTYVTPFIQDIFHIAPSGISIIMLGFGLFGAIGSRLGGYGVDRFGPAKVITLSTLIHIAVFALLPLLAGQSFIGLVLMGIMVLSMFAAGPAVQSYFIQQAPGSSNLILSLNTSIVHLGLAAGAGAGGFMVNTTSTLQYHPWLGGFVLALGLAAGLVSFSAGRKSPVTIPKSA				NA	NA	NA	NA	NA
JZ016_02311	912			hypothetical protein	GTGGCAGTCTCTTATATAGATTTCACCTCTCCATCTGTTCGTTATACTTATGATCTGAGAAACAATCAAACATTCAAGAAAGACAATCAGAATTTCATCTATTCTCTCTCCGTAAAAGAATTGAACACGCTCGGAAACGCCTCCCTGCTGGATATTCACCTCAGCACAGGCAATGTGGTGGAGCCGCATATCCACCAGAATGCATCCGAGCTGGTGTATGTCATTACCGGCGCAGCCATCGTCTCCATGGTCAATCCGTTCACGAAGGAGCTGCTGAACTTCAAGGTAACGCCCGGTCAAGTAGCCCTCGTCCCCCAGGGCTGGTGGCATTATGAAATGGCGACGGTTGACAACACGCACCTGATCGCGGTTTTTGACGCACCGGTGCCTGAATTCATTGCAGGTTCCGATCTCTTGCGATTGACGCCAGCCAGCGTGTTCGCGCACACGTACTGCCTGGATGAAGACAAAGTTAAAGACACCCTGGCACCGATTACCGATACGGTTGTCATCGGTCCGCCAAAAAACTGCCCGCAGCAGGGGCAAGTGCAAGGGCAGATGAAGCATCAACAGCCTGCGTCACATCATAATCAGCACTATTACCATCAAGAAACCTCTGGTAATCGGGACTATGAGCTTCTTCAACAGCAGCAACAGCAATTCCAGCAACAGCAGCTGCAATTTCAGCAGCAGCAACAGCAACAGCTGTTCCAGCAGCAATTTCAAGCCCAGGATCAACCCCAGCATGGAGCATATGCTGCTGAACCGCCGCTGACCCCACCTCATTTGCAAGAGCAATTCCGTTCGCAACAGCAAATACAAGAACAGCAGCGTCAGCAGTTCATTCAACAGCAGCGTCAGCTGCCATTTTTGCAGCGCCAGTTAATCGGAAACGGTTGGGATCAATTCTGA	MAVSYIDFTSPSVRYTYDLRNNQTFKKDNQNFIYSLSVKELNTLGNASLLDIHLSTGNVVEPHIHQNASELVYVITGAAIVSMVNPFTKELLNFKVTPGQVALVPQGWWHYEMATVDNTHLIAVFDAPVPEFIAGSDLLRLTPASVFAHTYCLDEDKVKDTLAPITDTVVIGPPKNCPQQGQVQGQMKHQQPASHHNQHYYHQETSGNRDYELLQQQQQQFQQQQLQFQQQQQQQLFQQQFQAQDQPQHGAYAAEPPLTPPHLQEQFRSQQQIQEQQRQQFIQQQRQLPFLQRQLIGNGWDQF				NA	NA	NA	NA	NA
JZ016_02312	669	pphA	COG0639	Serine/threonine-protein phosphatase 1	ATGAGTCATGTGTATGCGATATCGGACATTCACGGTTACGGTTCCCTGCTTGAGACTCTGTTGCAGCATGTCCATTATCAGCCAGAGGTGGATCGTCTATTTTTGCTGGGGGATTATGTGAATAAGGGACCCGATTCAGCCGGGACTCTGGACTATGTGAAGAAGCTGTGTGATTCGGGTGCCGTTGCGCTTCAGGGAAATAACGAACGCAAATGGCTGCATCAATTGCCGGAACACGCAGGTTTCACAGCTTCCCAATGGTTACAATATCAACAATTCATAGCTGCCATGCCGCTATGGACCGAATACAACGAATACTTGTTTGTGCATGCAGGCATTCGGCCCGATATACCGCTTCATGCGCAGAAACCGGAAGAATTGACAGAGATTCGTGAACCGTTTCATCAATCGCCTCGTTATATGGATAAAACGATTGTTTTCGGACATACATCCACTTTTCGTCTAGGTGTACCGCCAGACCAGCTCTGGTATGGCGATGGCAAGTTGGGGATCGATACAGGCGCCGGGCACGGATATTATTTAAGCCTGGTAAATTTGACAGCGGGCATTCAATGGTATGTGTCGGTTACAAGACCAGAGAAGATTACGTACCGAAAGCTGAAAATAACGGGAGGATCCGGTCTTCCTAAATATTATATTTCCATATAA	MSHVYAISDIHGYGSLLETLLQHVHYQPEVDRLFLLGDYVNKGPDSAGTLDYVKKLCDSGAVALQGNNERKWLHQLPEHAGFTASQWLQYQQFIAAMPLWTEYNEYLFVHAGIRPDIPLHAQKPEELTEIREPFHQSPRYMDKTIVFGHTSTFRLGVPPDQLWYGDGKLGIDTGAGHGYYLSLVNLTAGIQWYVSVTRPEKITYRKLKITGGSGLPKYYISI				NA	NA	NA	NA	NA
JZ016_02313	1083	sugC	COG3839	Trehalose import ATP-binding protein SugC	ATGATCTTAAAGGTAAAGGGCGTATCGAAATCATTCGGCTCGCAGCAAGTCTTGAAGCCGATCACGTTTGAGGTCGGGGAGGGAGAACGTATATGCATACTCGGCCCATCGGGCTGTGGGAAATCTACGCTGCTGCAGATGATTGCCGGACTTCAGCGTATTGATACCGGCGAGGTGGAGATGGCTGGAGCCGTCGTTGAACGGGGGAAACATTATGTTCCACCGGAAAACCGACCTATTAATATGGTGTTTCAAGATTATGCCCTCTGGCCGCATATGACCGTTAAACAGAACATGGAGTACGGGATGAGACGCCGGAAGGTAAATGGGCATGACAGATCGAATACATTGGACCGACTCCAAACGCTTCTGAAGCTGGGGGGCTTACTGGACCGTCTGCCGGCCCAGCTGTCTGGCGGTCAGCAGCAGCGAGTAGGCATAGCGAGAGCGTTGGCAACAGAACCGAAGCTGTTATTAATGGATGAACCGTTGTCTAATCTAGATGTCAAGCTTAGAACGGATATGCGCGGTGAGTTGGCCAGATTGCTCGGCGAATTATCCATTGCTACTCTGTATGTGACGCATGATCGCATGGAGGCATTTACAGTGGCGGACCGGATTTTGATTTTAAGGGACGGAACGATAGATCAATTGGGAGCACCGAGGGAGTTGTTTGAGCGGCCTGCAAGCCCTTGGGTTGCACAGCTTATGGGATACCACAACCGATTGGAAGCCAGGCTGAGCCAGACTGGACGTCCAGCTGCGATCGTTTCCGAGAGTCCGATTGCGGGGAATCTGATAGGTACGGATCATGGAGACGGCCGGGCTATCATCATGATCCATCCTGAATCGATCAAGATTTGCAGCAGTGACGAAGCTCTACAAGAAGGGAATTTGCTGAAGGTGACCGTCATGCAGACAATCTATGAAGGGAATGGATGGAGAGTCATTGCAGAAACGGCAGATCAGCAGCCCATCCATTTATTTCATCATTGCAGCGTAGATGCGGGAAGCGAATGGAAGATTCGGTTGTTACCGGAACAAACGATGATCTATGCAGAAAGCAGCATGTTGGCTACATGA	MILKVKGVSKSFGSQQVLKPITFEVGEGERICILGPSGCGKSTLLQMIAGLQRIDTGEVEMAGAVVERGKHYVPPENRPINMVFQDYALWPHMTVKQNMEYGMRRRKVNGHDRSNTLDRLQTLLKLGGLLDRLPAQLSGGQQQRVGIARALATEPKLLLMDEPLSNLDVKLRTDMRGELARLLGELSIATLYVTHDRMEAFTVADRILILRDGTIDQLGAPRELFERPASPWVAQLMGYHNRLEARLSQTGRPAAIVSESPIAGNLIGTDHGDGRAIIMIHPESIKICSSDEALQEGNLLKVTVMQTIYEGNGWRVIAETADQQPIHLFHHCSVDAGSEWKIRLLPEQTMIYAESSMLAT	PGPT0003735_1631	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010	NA	NA
JZ016_02314	1710			hypothetical protein	GTGAATACTTCTGAAGCTCGCTATGGAGGCGGGGTAACCCTCCTCCTGTTCATTTTGATTTTTTTGCCGCTGCTCGCCGTCCTCATCAACGTCATCTTTCCCGGGTTATTCTTCGGGCAGGTCAAGTCCAGCAGCTTGGGCTTGATCGGGGAAATATGGAATCGGCCGTTGTGGAAACAGTCTCTCCTGAATTCGGTCACATTGGCGCTGGGCACGGCAACGATCGGTACGATCATTGGCGGCGTGCTTGCTACCATTCGGGCAAGGTGGGACTTTGCAGCGGTTAAATTGCTGGATATGACGGCTTGGGTATTGTTGATTGCTCCATCCTTCATGATAGCTCAGGGCTGGGTTTTGTTTGCCGGCTCGGATGGACTGGCTCATCAGTGGCTGGGGCAGACGTGGGTTACATCGTTTATTTTTCAACCTGCCGGACTTGTGTTTGTCATGTCCCTAAGCAAATTTCCATTAGCTTATTTGGCTATTACTGCAGCATCGGAGTGGAATATAAGGCAGTTCGGTTATGCAGCCAGGCTGAACGGCGCGAGGCCATTCACCGTGTGGAGAACCGTCGAAATGCCATTGGCTCTGCCTTCCTATGTGGCTGGCTGGACCCTGGTGTTTATGGATACTATCGGAGATTTCGGACTGCCCGCCGCCTTGGCCACCGTATATAAATTCCCGACGTTGACATATTCGATATACTCTGCGATCTATCAATCTCCGGTACGCTTTGATATGGCCGGGGTGCTGGCATTCTACCTCGTCTTGATTCTGGTCCTTGCGATGACCTTGCTCATGGTGACCCTGGGCAAATCCAGATTCGACTTTCTGAATGCAAGAGCCGTCCAGATCGAAAAGGTTAGACCGCGCAAAGCCTGGTTGTACAATTTGCTGATTACGATCTTTCTTTTCATGAGCCTCGGGATTCCGATTGGAACCAGCGCGGTGGTATCGCTCCTGAAACAAGCGGGCGGAGGCCTCACTCCGGGTAATTTCACGCTCGACCATTACCGTGAATTATTCTCGGGACAAGCCGGGGATCACAGGCTGCTCGGTTATCTCGAAGGAATGTATCATTCGCTTATCATTGCTGCCGCAGCCGCATTATTCAGCATGCTGATCGGGTTTGTTGTTGCTTATATGCTGACCTTTACGGAGTCTCGGCTAAAACCTTTGCTTCAGCTGTTCTCCATCATATCCCTGGCGGTCCCAGGCGTTGTGCTCGGGATTGGCTATATTTTCATATGGAACCAGAAATGGCTGGAGCCTTTAGGACTCCATTTATACGGAACCCCATCGTTGATTGTGATTGCGGGGATAGCCGGTGCCATCCCCTACGCAGTCAGGGTCCAGCTGGGGGCATTCGGCAATTTGTCCGGCACGATGCTGAAGGCGGCAGCCATTCAAGGGGCAAGCGTGTTCGAACGGATGCGGGATATCGTATTGCCCTTGGCACGCCAGTCACTTTTGATTGCAACCTTGGCCTCGTTTGGAACCAGCGTGTTCGATTTGGCCCTGGCTTCCATGCTGAAACCGGCTAATTATTCGTTGATGCCGCTGGTTATCGACCGGGCCTTTGAATTCTCGCGCTATGGTTATGCTACGGCAGCTACTGTCGTTAGCTGCGGAGCAGTTGTACTGATGATCATTTTGCTGCAAGCAGCAGGGCGACTGGGCTTCAGATGGCTGGATCGTAATAAATCGTGA	MNTSEARYGGGVTLLLFILIFLPLLAVLINVIFPGLFFGQVKSSSLGLIGEIWNRPLWKQSLLNSVTLALGTATIGTIIGGVLATIRARWDFAAVKLLDMTAWVLLIAPSFMIAQGWVLFAGSDGLAHQWLGQTWVTSFIFQPAGLVFVMSLSKFPLAYLAITAASEWNIRQFGYAARLNGARPFTVWRTVEMPLALPSYVAGWTLVFMDTIGDFGLPAALATVYKFPTLTYSIYSAIYQSPVRFDMAGVLAFYLVLILVLAMTLLMVTLGKSRFDFLNARAVQIEKVRPRKAWLYNLLITIFLFMSLGIPIGTSAVVSLLKQAGGGLTPGNFTLDHYRELFSGQAGDHRLLGYLEGMYHSLIIAAAAALFSMLIGFVVAYMLTFTESRLKPLLQLFSIISLAVPGVVLGIGYIFIWNQKWLEPLGLHLYGTPSLIVIAGIAGAIPYAVRVQLGAFGNLSGTMLKAAAIQGASVFERMRDIVLPLARQSLLIATLASFGTSVFDLALASMLKPANYSLMPLVIDRAFEFSRYGYATAATVVSCGAVVLMIILLQAAGRLGFRWLDRNKS	PGPT0003730_1531	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011	NA	NA
JZ016_02315	1125			hypothetical protein	ATGAACAAAAAAAGAGGCTTTCAACATAGGATATTCATTGCTCTAATTGTGCTCATGTGCTTATTGTCGGCTTGCGCGCAATCGGATGGACAGCAAACGGTTAGATCCAAGGAAATGACCGGACCGATTAATGGCGGAAGTGGAAGTACTGCCGGGCAGTCGGACTTGTCATTAACTAGCGAAGACGCAGAGGATACCGGGGAAACCATCTACTTATACGGAAATGATTTTGTGGATTACATCGCTCCGAAGTTTACAGAAGAGACGGGTTTCAAATTGGAAGCTGTGCATTATGGAGGAGGGGAGGCATTAGCCAAAATAGAGGCTGAACAAGGAAATCCGCAATGGGACGTTCTAATGATGGATGGGCACGGTTCGGTCCGCAACTTGGCAGATCGCGATTTCCTGCTGACAGACTGGGAGCCTGAGAATCTGGGGAATCTCTCCGAAAGCGGAAGGAGTTATGTGCCCGAGGATTTTTCATACTTCCCAGTCGGCATACATGCGGCTGGCGTCATCGCTTATAACACAACGCTGGTAACACCGGAGAAGGCACCGACGACATGGGAGCAATTTTTTGCTTATGACGGCCCTGTGGGTCATGCAGATCCGGCTGTCGCAGCGCCTGCCTATCCGCTCGTATCCGCATTTTTTGAGCAATGGGGGGTCGAGACGGCAGAGCAGAAATACGAGCAGCGTTTTGAAGCGGGACTTCATGTGTACCCCAAGAATGGTCCTGTCGGGAAGGCGTTGTTAAGTGGAGAAATCGAGGTTGCGGCCCTTCAAGAACACAATGCTTATGAACTAAAGAATGCCGGTGAGCCAATTGAGGTAATATGGCCGAGCGAGGGTGCGCCAGGTAGCTTGCGTGTGGTAGCGATCAGCAAACATACCAAGAACCCGGTAGCAGCCAAGGCATTTGTGGAATATATGCTAAAACCCGAGACACAGCAGATGTTAACAAATCTGGATTCAACCGACAGTTTCTTTACGCCACTTGCTGAAGGTGTGATGGCACGAAGTGAGCGTGAACCGAATGGGGCTTTTATGCTGCCTTCTGCTAAGTGGGCGTCGGAACATGAAGTTGAGATCAAAACCTGGTTTGCGGACCAAAATGTAAGGTAG	MNKKRGFQHRIFIALIVLMCLLSACAQSDGQQTVRSKEMTGPINGGSGSTAGQSDLSLTSEDAEDTGETIYLYGNDFVDYIAPKFTEETGFKLEAVHYGGGEALAKIEAEQGNPQWDVLMMDGHGSVRNLADRDFLLTDWEPENLGNLSESGRSYVPEDFSYFPVGIHAAGVIAYNTTLVTPEKAPTTWEQFFAYDGPVGHADPAVAAPAYPLVSAFFEQWGVETAEQKYEQRFEAGLHVYPKNGPVGKALLSGEIEVAALQEHNAYELKNAGEPIEVIWPSEGAPGSLRVVAISKHTKNPVAAKAFVEYMLKPETQQMLTNLDSTDSFFTPLAEGVMARSEREPNGAFMLPSAKWASEHEVEIKTWFADQNVR	PGPT0003725_517	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012	NA	NA
JZ016_02316	918	cysL_1	COG0583	HTH-type transcriptional regulator CysL	ATGAACTTACAGCAATTAAAAGTATTTGTGCTTACCGTGGAGCTGAGGAAGCTGTACCTTGTGGCTCAGAAGCTGGGCATTACCCAGCCAACCGTCACCTTCCATTTAAACAAGCTGCAGGAAGAGCTTGGCCTTGCCCTGTTTCACACCAAGTCCTATCATGTCATCAAGCTTACGGAAGCCGGTCAAGCCTTTTATCATTACGCATCGCAGATCCATTCCCTGTCTGAGGAAGCTTCATCGACCATGGATATCTTCCGCGGAACCGCTGCAGGAGTACTCGCCATCGGCAGTACCCATACTCCCGCTACCTACCTGTTGCCGCCGCTGCTGCAACAGTTGAAACTCAATTATCCGGGGTTGTCCATCCTGATGGATGTTCGACCGGCTGCCTATATTCTCGAGAAAGTGAAAAAATACGAACTCGATGTAGGCATCATATCGAACACGAAAGTGGATGAGCCGGAATTCATCGTACAGCCGCTGATCCATGATGATCTGGTGCTTATATTCGCCCCGGATCATCCCTTTGCAAGCATAGGAGATTTAATTCCGCGCGATCTGGTCGAACATCCCTTCGTTTCGCATGAACCAGGCTCCATCAGCAGACAGCTTATTGACCGCTGGGCAGACAAACAGTGTATCCAACTTCAAATTTTCTTGGAAATTTCGGGGACCGAAGCACTGAAAGCAGCCGTTCGGCACCGGCTGGGGTATGGCATGATCGCAGAAGCTGCCATACAAGAAGAACTGGCAGAGGGAAAACTCCAATCACGACCTATTCCGTCCTGGCTGCCCGAACGTCAGATTTATGCCGTTCGCCACCGCAATAAGCTGATCAGTCCGGCGCTGCGGATGTTCTGGAGAAACCTCTTGGACAATTTTGCATTTCAACAACCGGATGAGAGTCATGACTAG	MNLQQLKVFVLTVELRKLYLVAQKLGITQPTVTFHLNKLQEELGLALFHTKSYHVIKLTEAGQAFYHYASQIHSLSEEASSTMDIFRGTAAGVLAIGSTHTPATYLLPPLLQQLKLNYPGLSILMDVRPAAYILEKVKKYELDVGIISNTKVDEPEFIVQPLIHDDLVLIFAPDHPFASIGDLIPRDLVEHPFVSHEPGSISRQLIDRWADKQCIQLQIFLEISGTEALKAAVRHRLGYGMIAEAAIQEELAEGKLQSRPIPSWLPERQIYAVRHRNKLISPALRMFWRNLLDNFAFQQPDESHD				NA	NA	NA	NA	NA
JZ016_02317	1362	dapE		Succinyl-diaminopimelate desuccinylase	ATGAGCGTTGATTATAAAGCGTATTTCGCTGAACACCGTGAAACCCATCTGAATGAGTTGAAGGAATGGTTGTCCATTCCGAGCATTTCGGCTCTGTCCGAGCACAAAGGCGATGTGGCAAAGGCTGCCGAGTGGCTCGCAGGCAAGCTGACCGAAGCAGGCCTTGAGCATGTGGAAGTTCATCAAACGGCTGGACATCCTATTATTACGGCAGACTATCTGCATGCCGAAGGCAAACCGACCGTGCTCGTCTACGGTCACTATGACGTACAGCCCGTAGACCCGCTTCATCTGTGGGAAACGCCGCCCTTTGAGCCGGCTGTCCGCAACGGCAAATTGTACGCACGGGGAGCAACAGACGACAAAGGCCAGCTCTTCCTGCATGTCAAAGCCGTCGAAGCTATTTTGAAGCAGGAGAAGGAGCTTCCGGTCAACATCAAGTTCTGCATCGAAGGCGAAGAAGAGGTGTCCAGTCCGAACCTCCCGCTCTATCTTGACAACAACAAGGACAAGCTGGCCGCAGACGCCATCGTGATCTCGGATACGTCCCTGCTCGCACCTGGCAAACCGGCCATTTCCACGGGCCTTCGCGGATTGTGCTCCCTGGAGTTGTCTCTGGAAACAGCCAATACCGACCTTCATTCCGGTACATATGGCGGCGGCGTACCGAACGCCCTGCATGCGATGGTGTCCTTACTCTCTTCGCTTCATGACAAGCAGGGCCGTGTCGCCGTAAAAGGCTTCTATGACGGGGTGCTGGAGCTGTCCCCGGAAATGCGCGAAGAATTTGCCAAGCAGGAATTCGACGAGGATAAGCTGAAGCAGGATCTCGGCCTCGATTCCCTGTATGGTGAGGAAGGGTTCTCCTTCGTTGAACGCGTGGGAGCGCGTCCGACCCTTGAGCTGAACGGCGTATACGGCGGATTCCAGGGTGAAGGCAGCAAGACGGTCATTCCGAAGGAAGCCCATGCCAAAATTACGTGCCGTCTGGTAGCAGACCAAGATCCACAAGCGGTACTTGACGCGATCGAAGCCCACTTGCATGCCCACACTCCAGTCGGTTCGAAGATTACGTTTAAACCGAAGGAAAAAGCATTCGCCTTCAATATCGATCCGTCCCATCCGATGCTGCAAAAAGCCGCGGACGCGTTCGAGCATGTCTACGGCACGCGTGCCCTCTTTACGAAGGATGGCGGGTCCATCCCGATCGTGGAGAAGCTGTCCAGCACGCTGAACGCTCCTGCCGTCATGATGGGCTTTGGCTTGCCGGACGAGAATCTGCATGCCCCGAACGAGCATTTTAATTTGGAAAATTTCGATAAAGGCTTGCTGACGATCGTTGAGTATTTGAAGCTCGTGTAA	MSVDYKAYFAEHRETHLNELKEWLSIPSISALSEHKGDVAKAAEWLAGKLTEAGLEHVEVHQTAGHPIITADYLHAEGKPTVLVYGHYDVQPVDPLHLWETPPFEPAVRNGKLYARGATDDKGQLFLHVKAVEAILKQEKELPVNIKFCIEGEEEVSSPNLPLYLDNNKDKLAADAIVISDTSLLAPGKPAISTGLRGLCSLELSLETANTDLHSGTYGGGVPNALHAMVSLLSSLHDKQGRVAVKGFYDGVLELSPEMREEFAKQEFDEDKLKQDLGLDSLYGEEGFSFVERVGARPTLELNGVYGGFQGEGSKTVIPKEAHAKITCRLVADQDPQAVLDAIEAHLHAHTPVGSKITFKPKEKAFAFNIDPSHPMLQKAADAFEHVYGTRALFTKDGGSIPIVEKLSSTLNAPAVMMGFGLPDENLHAPNEHFNLENFDKGLLTIVEYLKLV				NA	NA	NA	NA	NA
JZ016_02318	1140		COG1063	putative zinc-binding alcohol dehydrogenase	ATGAGAGCAGTCACATTTCAAGGCGCAAAAGACATTCAGGTCAAACATGTAGAGGATCCATCCATTCGGACCCAGGATGATATTATTGTCCGCATCACCTCTACAGCCATTTGCGGTTCCGATCTTCATATATACCTAGGAGCTATGCCCGCGGCTAAAGATTTCGTGATCGGCCATGAGCCCATGGGGATCGTAGAAGAGGTCGGTGCCAACGTAACCCGCGTGAAAAAAGGCGACCGCGTCGTTCTTCCGTTCAATGTTTCTTGCGGTCACTGCTACTATTGCAATCATGATATGGAGAGTCAATGCGACAATTCCAATCGCAACCCGGATGTCCATGCCGGAGGGTTCTTGGGTTACACCGAACGCTACGGCAACTACCCTGGCGGACAAGCTGAATATTTGCGCGTGCCGTACGGGAACTTTATGCCGTTTGTCATCCCTGAGTCATGCGAGCTGGAGGATGAAGCGCTTCTGTTTTTGTCTGATGTTCTTCCTACTGCCTATTGGAGCGTGGAGAATGCCGGCGTGAAGCCGGGCGATACCGTGACGGTGCTCGGCTGTGGACCGATCGGTCTGATGACCCAGAAATTCGCCTGGATGAAGGGGGCCAAACGGGTAATCGCTGTGGATCGTCTCCCTTACCGGCTGCAAAAAGCAAAGCGGATGAACAACGTGGAGATCTTCAATTTTGAAGACTATGATGATATGGGCGCATACATCCGCGAGATCACCAAGGGCGGCACGGATGTTGTGATCGACTGTGTTGGCATGGACGGCAAGAAGTCAACCATGGAAGCCATCGGTCAAAAGCTGAAGCTCCAGGGCGGAACGTTAAGCGCAATCGATATTGCCATCGATGCCGTTCGCAAATACGGCACGATTCAGCTGACCGGCGTATACGGTTCATTGTACAATATGTTCCCGCTCGGCCATATTTTTGAACGGAACATTACCCTTACCATGGGACAAGCCCCCGTCATCCATTATATGCCGGAGCTGTTCAAGAAGATCACCGCCGGGGAATTCGACCCAACCGAGATTGTATCCCACCGTCTTCCACTGGAGCAAGCAAGCGATGCCTATCGGATATTTAACGATCATGAAGAAGACTGCACCAAGGTGGTTCTGAAGCCGTAG	MRAVTFQGAKDIQVKHVEDPSIRTQDDIIVRITSTAICGSDLHIYLGAMPAAKDFVIGHEPMGIVEEVGANVTRVKKGDRVVLPFNVSCGHCYYCNHDMESQCDNSNRNPDVHAGGFLGYTERYGNYPGGQAEYLRVPYGNFMPFVIPESCELEDEALLFLSDVLPTAYWSVENAGVKPGDTVTVLGCGPIGLMTQKFAWMKGAKRVIAVDRLPYRLQKAKRMNNVEIFNFEDYDDMGAYIREITKGGTDVVIDCVGMDGKKSTMEAIGQKLKLQGGTLSAIDIAIDAVRKYGTIQLTGVYGSLYNMFPLGHIFERNITLTMGQAPVIHYMPELFKKITAGEFDPTEIVSHRLPLEQASDAYRIFNDHEEDCTKVVLKP	PGPT0006355_741	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006355-frmA|ADH5|adhC-K00121	NA	NA
JZ016_02319	372			hypothetical protein	ATGTCATCAACGGATATTCGGTTTGTCGGCGGAAACAATATTGCCCTTAAAATTCCGAAGTACAAGTATGAGGAAACCGTGCATTTTTACAAAGAGGTGTTGCAGCTGCCTTATTTGGGCTTCAAGGATGGTTCACACCTCTTTCAGCACGGTCCGAACAATCTATGGCTGGATTGCATGACTCACTATGCTCAGCAGGATGTCTGGTTAGAGGTCACTACGGATCATCCCGAGACGGCCGCTTCGTATTTGAGAGAGCACCAGGTGGATCGCAGGGATGAGGTGGAGGTTTACGAGAACTCGCAGGGCTACTGGATATCCGATCCATGCGGGACGATCATTCGGGTGAATCCTAGAAAAGCGAGTGAATAG	MSSTDIRFVGGNNIALKIPKYKYEETVHFYKEVLQLPYLGFKDGSHLFQHGPNNLWLDCMTHYAQQDVWLEVTTDHPETAASYLREHQVDRRDEVEVYENSQGYWISDPCGTIIRVNPRKASE				NA	NA	NA	NA	NA
JZ016_02320	921			hypothetical protein	ATGCAGGAAATGCTTCGTGAAATCCCGGGAGCTCAAGAATGGATCGTCATTCAAGCGATTGACAAGGGCTGGTCGGCAGATCGTAAATATTATGTCCAGGATACGCAAGGCAAGGAGTGGCTCCTTCGGCTGTCCGACATCTCTCAATACGAGAGGAAGCGGTGGGAGTTTGAAACGGTAAAAAAGCTGGATCCTATCGAAATGCGTATGTCCCGCCCGATTGATTTTGGCGTATGCCATGATGGCAGCCAAGTGTTTTCCCTGTTCACATGGGTTCCGGGAGAAGATGCCAGGGATGCCATTCCATTGCTGGATTCTGAGGAGCAGTACCGGCTTGGCGTTCAGGCAGGCCAATATTTGTGCAAGATGCATCGCATTCCGGCTGAAAGCGGCGTTGATGCGTGGACGGTTTATTATAATTCCAAGATGGATAGGTACATCAAAAATTATAAGAACTGCGGTATCCGGCTCGCAGGTGCGGAGAACATCATTCGTTATATGGAGGAGCACCGATATTTGCTTGATTGGCGGCCCCGTTCTTTTCAGCATGGGGATTATCATGTCGGCAATATGGTGGTTACGCCTGAGGGCGAGCTGGGCATCATCGATTTCAACCGGGCGGATTCCGGTGATCCTTGGGAGGAGTTTAACCGGATTACGTGGGATGCTGCGATTAGCCCGTGGTTTGCTTCCGGTCGTATTCACGGATATTTCCAAGGTGGAGAGGTGCCGGATTCATTCTTCAGATTAATGGCACTTTATATCGCGAGTAATCAGATTTCCTCGATACACTGGGCAATTCCATTCGGTGAGCAGGAAGTGGAGGTTATGCTGAATCAGGCTCAGGAGGTACTGAACTGGTATGAGGGATTCCAGACGCATATACCCAATTGGTATAAACCGATGCCGGGGTCATCTTAG	MQEMLREIPGAQEWIVIQAIDKGWSADRKYYVQDTQGKEWLLRLSDISQYERKRWEFETVKKLDPIEMRMSRPIDFGVCHDGSQVFSLFTWVPGEDARDAIPLLDSEEQYRLGVQAGQYLCKMHRIPAESGVDAWTVYYNSKMDRYIKNYKNCGIRLAGAENIIRYMEEHRYLLDWRPRSFQHGDYHVGNMVVTPEGELGIIDFNRADSGDPWEEFNRITWDAAISPWFASGRIHGYFQGGEVPDSFFRLMALYIASNQISSIHWAIPFGEQEVEVMLNQAQEVLNWYEGFQTHIPNWYKPMPGSS				NA	NA	NA	NA	NA
JZ016_02321	498			hypothetical protein	ATGAACATGAGTATAGAGGATTTTAAGACTGAATGGTTAAAAGAGGCGCATATCACCGAACAAGTCATGAACGCTTTAACCGACGAATCGCTCAAAACCGCTATGACGGAGCAGCATCGCACGCTTGGACAGCTGGCCTGGCATTTGGTGATGTCGATTCAGTACATGACCATGCTCGGTTTGCAATTTGATGGCCCGTCCCGCGAGCTGGAAACCCCCGATTCGGCCGCCGAGATTCAGGACCGCTACCGCCGGATTCGGCATGACCTTCTGGATGCGGTTCTGTCCCAGTGGAGCGAGGAGGATCTTCGCGCTACCCGCGAATTCGACGGAGAGCCATGGACAAATGCGGCATTCCTGCATTTTACCCTGGTTCATCAAGCGCATCACCGCGGACAGATGACGGTGCTGATGAGACAAGCCGGCCTGCGGATTCCCGAACTCTACGGCCCGACCTACGATTCCTGGATCGACAAGGGCATGGACCCGCTCGTGTAG	MNMSIEDFKTEWLKEAHITEQVMNALTDESLKTAMTEQHRTLGQLAWHLVMSIQYMTMLGLQFDGPSRELETPDSAAEIQDRYRRIRHDLLDAVLSQWSEEDLRATREFDGEPWTNAAFLHFTLVHQAHHRGQMTVLMRQAGLRIPELYGPTYDSWIDKGMDPLV				NA	NA	NA	NA	NA
JZ016_02322	993			hypothetical protein	ATGTCCAAAGCGGATAATATGCTGTCGATCTTGTGGATGCTCCGCTCGGGCAAGAAGATGACCGCACAGCAAATTGCCGATGAGCTGGAAATCCATATCCGAACGGTGTACCGCTGCATCGATTCGTTATGCGCCAGCGGCGCGCCCATCATTGCCGATTCCGGGCCGAACGGCGGCTTTCGGATCCTCGGGCAGTTCGCGGAATCCCCGCTGATGTTTGACGCCGAAGAGCAGAAAGCATTAGTGCACGCTTCGATCTTTGCCAAAGAAACCGGCTATCCGTATACGGACGCACTGGAGCGGGCGATCGACAAGCTGAAGCTTTATACAAATGAGGAGCAGCTTCATCAGATCGAACGGCACAGCAGCGGCATCTCGGTTTTGCAGCCCCCTGTCCATACCGGGCTTCAGCCGTTGCTGCAGACGCTGGAGAATGCCGCGGCGCAAGGACAAACCTTGAAGATGTCGTATTCGAAGGGCAGGGAAGGCGAGCGCGTCGTCCGAAACTTCGACCCCTACGGCATCATCCATTGGAAGGGTCAGTGGTATGCTGCCGGCTTCTGCCATCTGCGCCAAGAGATTCGCAATTTCCGCGTGGATCGGATCATCGGGCTGGAGCTGACAGAACATGTATTTGAACGGCCCGCTGACTTTTCGGCCAAGGATGTACTGCTTGGCAGTCTTCTGCCCGATTCAGGCAGCCGTGAACCACTGATCCATGTCGTCGTCCAAGGCCATGAGCATGTACTGAATGAATTAAGCCAGCATTGGTTATTTGGACATACTCTCGTGAAACGTCGTGATGGAGAAGCTCATTTCCAACTGGATACGTCTTCGCTGATGTCCTATGTTCCCTATTTTCTACTCCCTTACGGCAAAGCTTTAACCATTCTGGAGCCCGCTTCTCTCGTGCTCAAACTGTCAGAGATCACGACAAGCATGGCGCTCCATTACGAACGCATGTTAAGCGACATGACCAAAAAGGAAGGGTGA	MSKADNMLSILWMLRSGKKMTAQQIADELEIHIRTVYRCIDSLCASGAPIIADSGPNGGFRILGQFAESPLMFDAEEQKALVHASIFAKETGYPYTDALERAIDKLKLYTNEEQLHQIERHSSGISVLQPPVHTGLQPLLQTLENAAAQGQTLKMSYSKGREGERVVRNFDPYGIIHWKGQWYAAGFCHLRQEIRNFRVDRIIGLELTEHVFERPADFSAKDVLLGSLLPDSGSREPLIHVVVQGHEHVLNELSQHWLFGHTLVKRRDGEAHFQLDTSSLMSYVPYFLLPYGKALTILEPASLVLKLSEITTSMALHYERMLSDMTKKEG				NA	NA	NA	NA	NA
JZ016_02323	288			hypothetical protein	ATGTACGGAAAGCTGATTGCCCATCCCGGTAAACGGGATGAACTTGCGGAGATCCTGCTCGAAGCGGCAGCGATGCTTCGCGATAACGTAGACTGTGAGCTCTATATCGTCAACATTTCGGACAGCGATCCGAATGCCGTATGGGTCACCGAATTGTGGCGCAGCCAAGACGCGCATGCCGCTTCGTTGCAGGGAGCCGATACGTCCGAGCTGCTGCAGCGCGGGCGTCCGCTGATCGCCGGCGCGGAGCCGCTCAAGCTTAAGCCGCTTGGAGGAAAAGGTTTTTAG	MYGKLIAHPGKRDELAEILLEAAAMLRDNVDCELYIVNISDSDPNAVWVTELWRSQDAHAASLQGADTSELLQRGRPLIAGAEPLKLKPLGGKGF				NA	NA	NA	NA	NA
JZ016_02324	828	araC_5		Arabinose operon regulatory protein	ATGAAGAATGAACGAAATGAACATGAAGCCATTCAGCAGATGCTCCTGAACATGCAGGTTCAGATCTGGGAGGCCGAAAGAACGCAGTGCTGGCCGGAGTGGAAGGAATTCGACTACACCGTGTCTTACAACAAGCTCTATTTTATCCTGGATGGGGAAGGATGGGTGAAGATCGGCGATGAGGAGCTGTATCCCGTTCCGGGTCAATTGGTTCTGATGCCGGCACGCACCAGGCAATCCTACTCCGTCATCAGCGGCCGTCCCTATCTTAAATACTGGTCGCACTTCTCGGCGACCGTAGGCGATTCCGACGTGTTTTCCTGGTTGAACGTTCCTTATTGTTATGATTTATCGGGCAATGCGGAGATTCCATCATTATTCCAGCAGTTGGTGGAAGCGCACCGTACCGGTACGATAGCTGCGCGGTTAAAGGAAAAGTCGGTGATGCTGGACATCCTGTCCCGCGTGTTCGAGCACCAGCAGCCGCAGATTCATACGGACAAAATGGAAGATATGGGCAGGCTCCACAAAGTGCAGCAGTACATTAAGAATCACCTGCATGAGGAGATTACGCTGGAGCAGATGGCGGGAACGCTGCATTTGCATCCGAATTATTTTATTAAGTACTTCAAACGGCATTTTGGGATCACGCCGCAAAAATATCTAAGCCTCAAGCGGATGGAGCAGGCCAAACTCATGCTAAGAACCACCTCTCTAAGCATCAAAGAAATTGCAGACGCAACCGGCTTTGAATCAGCGAACTATTTCTCGAAAACGTTTCGTAAAGAGGTTGGTTACAGCCCCTCGGAATATCGGAACAATATATAG	MKNERNEHEAIQQMLLNMQVQIWEAERTQCWPEWKEFDYTVSYNKLYFILDGEGWVKIGDEELYPVPGQLVLMPARTRQSYSVISGRPYLKYWSHFSATVGDSDVFSWLNVPYCYDLSGNAEIPSLFQQLVEAHRTGTIAARLKEKSVMLDILSRVFEHQQPQIHTDKMEDMGRLHKVQQYIKNHLHEEITLEQMAGTLHLHPNYFIKYFKRHFGITPQKYLSLKRMEQAKLMLRTTSLSIKEIADATGFESANYFSKTFRKEVGYSPSEYRNNI	PGPT0017485_660	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_02325	1350			hypothetical protein	ATGACAACGACTACCACTCCAACCAATCAAGTCATCCACGATCGCAACCAGCGCGTGCAATGGTTCCAGAACGACCGTTTCGGCATGTTCATCCACTGGGGGCTCTACTCCATTCCGGCCAGAGGCGAATGGCTCCGAAGCACGGAACAGATGAGCATCGAAGACTACCAGACCTATTTCGATGAATTTGATCCCGTTGACTATAATCCTCGGGAGTGGGCCAGAGCGGCCAAGAAAGCTGGCATGAAATATGCGGTGCTGACGGCCAAGCACCACGACGGATTCTGTTTGTTCGACAGCAAGCTGACCGAATATAAATCAACGAATACCAAAGCCGGGCGGGACCTCGTGCAGGAGTTTCTGGAAGCATTCCGTGAAGAAGGCCTTAAAGTCGGCCTCTACTTCTCACTGATTGACTGGTACCATGAGGACTATCCGGCCTATGGGGACCGCATTCACCCGATGCGGGCGAACGAAGCCTTTAAGCGCGATCCGAAAAACTTCGACCGATACCTGGATTACATGCATGGGCAGGTGCGGGAGTTGCTGACAGGCTACGGCAAACTCGATATCATGTGGTTTGACTTCTCTTATGATAACATGCGCGGCGAGGTGTGGCGCGCTACCGAGCTGATGAAGATGATCCGCGAACTCCAGCCGCATATTCTTATCGATAACCGGCTTGAAGGCAGCGGCGAGAGCGGGGGCAGCATCTACACTACCGATCCTTCCGTTTACAGCGGAGATTTCGCTTCGCCTGAACAGATCATTCCGCCGCACGGCGTCGTGGATCAGACAGGTGCCCCGATCCCATGGGAAGCCTGCATCACGCTGAATAACAACTGGGGCTATGCAGCCGCTGACCGCAATTACAAATCGGCAACCACGATCATCCGCAAGCTGGTGGAATGCGTCAGCAAGAACGGCAATATGCTGCTGAACGTCGGACCAGACGCGAGAGGCGTTATTCCTAAGGAGAGCCTCGACGTGCTGGAGGAAATCGGTGACTGGATGAGCAAGAACGGCGACAGTATCTATGGCTGCGCGGCCGCCGATTATCCGAAGCCGGATTGGGGTCGGTACACCCAAAAAGGCAATAAGCTGTATGCCCACGTCTTTGAGGAGTCCATCGGACCGATCAATCTCATCGGTATGGCCGACAAGGTGAAGAAGGCCCGTCTGCTGGCTGACGGATACGAATTGTTCCTCAGCCGCCCATGGAGCGCAGCGGAATTCACCGAGGACGCATTTGTGAATTTCGCGCGACCTGAACACTTCACGTATCCGCTTCCCGACAAGCGCAATACCGTCATTGAACTGGAGCTTCATGACGAATCGGATCGTTCATAG	MTTTTTPTNQVIHDRNQRVQWFQNDRFGMFIHWGLYSIPARGEWLRSTEQMSIEDYQTYFDEFDPVDYNPREWARAAKKAGMKYAVLTAKHHDGFCLFDSKLTEYKSTNTKAGRDLVQEFLEAFREEGLKVGLYFSLIDWYHEDYPAYGDRIHPMRANEAFKRDPKNFDRYLDYMHGQVRELLTGYGKLDIMWFDFSYDNMRGEVWRATELMKMIRELQPHILIDNRLEGSGESGGSIYTTDPSVYSGDFASPEQIIPPHGVVDQTGAPIPWEACITLNNNWGYAAADRNYKSATTIIRKLVECVSKNGNMLLNVGPDARGVIPKESLDVLEEIGDWMSKNGDSIYGCAAADYPKPDWGRYTQKGNKLYAHVFEESIGPINLIGMADKVKKARLLADGYELFLSRPWSAAEFTEDAFVNFARPEHFTYPLPDKRNTVIELELHDESDRS	PGPT0018775_2394	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206	NA	NA
JZ016_02326	885	drrA_2		Daunorubicin/doxorubicin resistance ATP-binding protein DrrA	ATGAGTAACTATGCTGTTGAGATTCGTCAATTGCGTAAAAGCTTTGGACATCAAACCGTCCTGGACGGGATCAACCTGAACGTGCCGGCAGGAAGCGTATTTGCCCTTCTCGGTCCCAACGGCGCCGGCAAAACCACCTTAATCAACATTCTATCGACCTTGGTGACACCCGATGCAGGCAGTGTGCGGATCAACGGATATGATCTGGAAGAGGGCAAGCAGGATGTCCAGAAGTCCATTAGTCTGACCGGCCAGTTTGCTGCCGTCGACGAAGTATTGACCGCGGAAGAGAATCTGCGGATGATATGCAGGCTGTCGGGTTTATCCCCAGCGGAAGCAAGCCTGCGAACCGCCGAACTGCTCGAACAATTCGATCTCGCAGCTGCTGCAGCCAAGCGTGTGAAGACGTATTCGGGCGGAATGAAAAGACGGCTTGATCTTGCGATCAGCCTTGCCGTGCCGCGTCCCGTTCTGTTTCTGGATGAACCGACCACGGGACTGGATACACGCAGCCGCCGTACCCTGTGGGATATCATCCTGCAATTGAAGAGTCAGGGCATCACCATACTGCTGACCACGCAGTATTTGGAAGAAGCCGATCAGCTTGCGGACCGGATTGCGGTCCTGGATAGTGGACGAATCGTTGCTGAGGGGAGCCCGGCTGAGCTGAAGACGCAGGTCGGAGGTGAAATGCTGGAGCTCCGCAACGTACACGACGAGGTGATTCACAGGATTCCGACAAACGGCAGCATCAGGGATGTCGCGCAGACGCTTCAAGAGTTGACTCGCCTGCTTCCTAGCGAGACGCGTGTAAGTCTTCACAGACCAAATATGGATGATGTATTCCTGTCGCTAACCGACAAGAAATTGGAGGAAATTGTATAA	MSNYAVEIRQLRKSFGHQTVLDGINLNVPAGSVFALLGPNGAGKTTLINILSTLVTPDAGSVRINGYDLEEGKQDVQKSISLTGQFAAVDEVLTAEENLRMICRLSGLSPAEASLRTAELLEQFDLAAAAAKRVKTYSGGMKRRLDLAISLAVPRPVLFLDEPTTGLDTRSRRTLWDIILQLKSQGITILLTTQYLEEADQLADRIAVLDSGRIVAEGSPAELKTQVGGEMLELRNVHDEVIHRIPTNGSIRDVAQTLQELTRLLPSETRVSLHRPNMDDVFLSLTDKKLEEIV	PGPT0006725_17140	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02327	789			hypothetical protein	ATGAGAGCAACAGCTTCGAACTCAAAAACAGCGTCTTTAGCGGTCACCCAAACCGTCTTTATCGGTCGCAGCTTACGTCACAGCATCCGAAACGCGGAGGCAATGATTACGGCCATGATGCTGCCGATTATGTTGATGCTGCTGTTCACCTATGTGTTTGGCGGCGCCCTCGATCCCAGCGGACAGTATGTAGACTACGTGGTGCCGGGAATCATATTGCTATGCGCCGGCTTCGGATCGTCCAGCACGGCCGTCGATGTCTCTCAGGATATGACCAATGGCATCATTGACCGCTTCCGCACCATGCCCATTCAAAGCATCAGTGTCATTACAGGACATGTGGTAGCCAGCCTTGCCCGAAACATGCTGGCGACATTCGTCGTTATCGCTGTAGCTCTGCTCGTCGGATTCAGACCTTCGGCCGGACTTCTGGATTGGATTCTCGCCATCGGTTTGATCGCGCTGTTCATCTTTGCCTTCACTTGGCTCTATGCCGCCATCGGCCTCGTTGCAGGCAGTCCGGCAGCGGCCGGCAGCTATGGATTCGCCCTGCTATTCCTCCCCTACCTCTCCAGTGCCTTCGTTCCTACCGAGACGATGCCGACATGGCTGCAAGGAATCGCAAGCTACCAGCCGATCACCCCGGTCATCGAGTCCATTCGCGGGTTGCTGACGGGTGGATCTGTCCAGGATCACATCGGCTGGGCAATAGGATGGTGTCTGTTCATCCTTGTCGCCTCTATGGTATGGGGCATGTGGACCTTTAAGCGAAGAGCTGGTCGACGTTAA	MRATASNSKTASLAVTQTVFIGRSLRHSIRNAEAMITAMMLPIMLMLLFTYVFGGALDPSGQYVDYVVPGIILLCAGFGSSSTAVDVSQDMTNGIIDRFRTMPIQSISVITGHVVASLARNMLATFVVIAVALLVGFRPSAGLLDWILAIGLIALFIFAFTWLYAAIGLVAGSPAAAGSYGFALLFLPYLSSAFVPTETMPTWLQGIASYQPITPVIESIRGLLTGGSVQDHIGWAIGWCLFILVASMVWGMWTFKRRAGRR	PGPT0006730_15913	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_02328	801			HTH-type transcriptional repressor	ATGTCAAAAGATGAGAATATAGATCCGGATATTGGATCCAGGCTTCCCGGAGGGGCGGCTCTGAGCTGGGGATTGGTAAAGCCGCCGCAGCGGGGACCGAAACGGGAGATGAGCCTGACGCAGATTGTGCAGACGGCCATCGACATCGCTGATAAAGAAGGGCTTCAGGCGGTCTCCATGAATCGGATCGCATCCGCTTTGGGTTTTACTGCCATGTCCCTGTACCGGTATATTACCAGCAAGGATGACCTGCTGCTCCTGATGCAGGACGCCGTGTGCGATATTCCCATTCCACCGGAAGATTCCGCAGATTGGCGCGAGAATATGCGAATCTACGTCAAATCGACGATGCAGGTATTCCGTGACCATCCCTGGTTCGGCGACATACCGATTGCGGGTATCCCCCTTACGCCAAACAATCTGCGATTTATCGACTGGGGCCTGCGCTTCATGAAGGACATGCCGTTGAATGATTATGAGCGGATGTCTTTGATTCTCCTGTTAAGCAATTATTCAAGATCAAGCGGCATGATGCAGCGGGACATGGACCGTGCCCTGCAGGCAGGATCCACCCCGGAACAATTTAGCGGACTCGATTATACGGCCGCGCTGAAACAACTTGTAACGCCGGATCGGTTTCCATTCCTGCATCCGGTTGTGATGTCGGGAGTCTACACGGAAGAGAATCAGGAAGAGAACCCGATTGGCAACGACATTGATTTCGGGTTGGAACGCATCTTGGACGGCATTGATCATTATCTTCAGGCCAAGACACAGCCTGGACAGTCGGACAAGTCATGA	MSKDENIDPDIGSRLPGGAALSWGLVKPPQRGPKREMSLTQIVQTAIDIADKEGLQAVSMNRIASALGFTAMSLYRYITSKDDLLLLMQDAVCDIPIPPEDSADWRENMRIYVKSTMQVFRDHPWFGDIPIAGIPLTPNNLRFIDWGLRFMKDMPLNDYERMSLILLLSNYSRSSGMMQRDMDRALQAGSTPEQFSGLDYTAALKQLVTPDRFPFLHPVVMSGVYTEENQEENPIGNDIDFGLERILDGIDHYLQAKTQPGQSDKS				NA	NA	NA	NA	NA
JZ016_02329	351			hypothetical protein	TTGGGAGTTAAACGCATTGTCGCGAATGTCGTAACGAAGGATGTCGCCGCAGCCAAGACGTTTTATCAAGATGTGCTGGGTCTGGATATGTTAATGGATCATGGCTGGATTGCCACTTATGGCTCGCAGGAGAGGATGAGCATACAGATCAGCTTTGCTTCCGAGGGAGGCGGCGGCACGCCCGTCCCGGATCTGTCAATCGAAGTGGATGAGATAGAGGCTGTGCTGGAAGAGATGAGGCGAGCAGGCTTTTCCATTGAATATGGACCCGTTGATGAGCCTTGGGGAGTACGGCGTTTTTTTGTCCGCGATCCATTCGGCAAGCTGGTCAACATATTGTCACATGTATGA	MGVKRIVANVVTKDVAAAKTFYQDVLGLDMLMDHGWIATYGSQERMSIQISFASEGGGGTPVPDLSIEVDEIEAVLEEMRRAGFSIEYGPVDEPWGVRRFFVRDPFGKLVNILSHV	PGPT0013300_6193	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_02330	738			putative oxidoreductase	ATGTCTAACGTTAAAGGAAAAGTCGTGGCCATTACAGGCGCAAGCAGCGGGATCGGTGAAGCGGCAGCCCGGCTGCTGGCACATCACGGTGCTCATGTGGTTCTTGGGGCGAGAAGGACGGACAGGCTGGAGAAGCTTGCTTCCGCATTGAATCGGGAAGGCGGATCAGCTGTTTACCAATCGCTGAATGTGGCTCATCTCGATCAAATGGAATCTTTCATTGACTTGGCGGTGAGCCGATTCGGTAGGCTGGATGTCATGCTCAACAATGCTGGCGTCATGCCTCTGTCACCCTTGGAGGCCTTGAAGGTGGACGAATGGAACCGGATGATCGATGTGAACATCCGCGGCGTCCTCCATGGCATTGCGGCAGGGCTGCCGGTGATGCAGAAGCAGGGCTTTGGTCAATTTATTAATATTGCTTCCATCGGGGCATACGAAGTATCGCCAACCGCAGCCGTTTATTGTGCGACCAAGCATGCGGTTCGGGCAATCTCGGAGGGCCTGCGGCAGGAGGTCGGAAGCGGTATACGGGTCACGCAAATATCGCCGGGGGTAACGGAGTCGGAGCTGGCCGACAGTATCTCCGATGATACGGCCAGACAGGTCATGAAGGAATATCGAAGAATATCCATTCCGGCGACTTCGATTGCGCAAGCGATTGTATATGCTATCGAGCAGCCGCCTGAAGTCGATGTAAATGAAATCATCATTAGGCCGACCGCATCAGGGAGCTAA	MSNVKGKVVAITGASSGIGEAAARLLAHHGAHVVLGARRTDRLEKLASALNREGGSAVYQSLNVAHLDQMESFIDLAVSRFGRLDVMLNNAGVMPLSPLEALKVDEWNRMIDVNIRGVLHGIAAGLPVMQKQGFGQFINIASIGAYEVSPTAAVYCATKHAVRAISEGLRQEVGSGIRVTQISPGVTESELADSISDDTARQVMKEYRRISIPATSIAQAIVYAIEQPPEVDVNEIIIRPTASGS				NA	NA	NA	NA	NA
JZ016_02331	264			hypothetical protein	ATGGATCCAGCTCTTAAAGCGAATGAGGTTCAGCATCCCTATATAGGCATGTGGGTGACCAAGGACGGATACATTCGCCACGAATTGCTGCCAAACGGTCGTTATGATGAAGCACGGGGCCGGCGGAAAAGCGCTTATCAAGGACGCTATTTCATTCTAGGCGATCACATCGAATATGTGGATGATACCGGATTCACGGCTGACGGCGATTTTCGGGACGGCGTTCTCTATCATGCAGGGATGGTATTGGTTCGGGAAAACTAA	MDPALKANEVQHPYIGMWVTKDGYIRHELLPNGRYDEARGRRKSAYQGRYFILGDHIEYVDDTGFTADGDFRDGVLYHAGMVLVREN				NA	NA	NA	NA	NA
JZ016_02332	930	rhaS_13		HTH-type transcriptional activator RhaS	ATGTTAGATCATGGAGGAAGCAATCTGCAGAATGAACTTGCAGGATACATCGAAAAATATACGGGTACGAACGGTACCCATACTACGCCTATACCCAATCTATCTTTAATACGGGCAACCGACGGGACGGAATTGATCCACACCATTCACGAGCCCGCACTGTGCATCGTAGCTCAAGGCAGAAAACTAATCATGCTGGCACAAGAAAGCTATTTTTATGACTCGAACAGTTATCTTGTCGTCTCGCTGCAATTGCCCATATCCGGCCAAGTGATTCAGGCATCACCGGAGCGGCCCTACCTGTGCCTTAGACTGGATTTGGACCGACATCTGATCTTCGACCTCATTCCATCCTGCCAAGAGGCTCTTCCTAAGAAAACCGACTCCACAAAAGCCCTCTTTGTCAGCTCGATGAATCAGGCACTCCTGGATGCTGTCGTCCGCCTCGTACGCCTTCTGGATACGCCGGAGGATATTTCCGTCCTTGCTCCCCTGGTCACGAAGGAAATTGTTTATCGAATCCTTCAAGAGGAACAAGGCCAATCCCTGAAACAATTTGCCGTCAGCGGCAGTCATGCGCAGCGAATCGCGGCAGCGGCCCAGTTGATTGAGCGGGATTATAATCAGCCCCTTCACATCGCTGATCTGTCCGCTGCCGTCAATATGAGTCCTTCTTCACTTCATCATCACTTTAAGGAAATCACCGCCATGAGCCCGCTGCAATATCAAAAACAAATCCGATTGCAAGAGGCGCGCCGACTTATGCTCTCAGAAACATCCGCAGCTGCGGATGCCGCCTTTCAGGTCGGCTATGAAAGTCCCACTCAGTTCAACAGGGAATATGCCCGCATGTTCGGTTTGCCTCCGATCCGGGATATCAAGCGTCTGCGCGAGTCATTGGACCTCGGCCCTAGGCAGGGCCATGCTTAA	MLDHGGSNLQNELAGYIEKYTGTNGTHTTPIPNLSLIRATDGTELIHTIHEPALCIVAQGRKLIMLAQESYFYDSNSYLVVSLQLPISGQVIQASPERPYLCLRLDLDRHLIFDLIPSCQEALPKKTDSTKALFVSSMNQALLDAVVRLVRLLDTPEDISVLAPLVTKEIVYRILQEEQGQSLKQFAVSGSHAQRIAAAAQLIERDYNQPLHIADLSAAVNMSPSSLHHHFKEITAMSPLQYQKQIRLQEARRLMLSETSAAADAAFQVGYESPTQFNREYARMFGLPPIRDIKRLRESLDLGPRQGHA				NA	NA	NA	NA	NA
JZ016_02333	834	sugB_2	COG0395	Trehalose transport system permease protein SugB	ATGAATGCCAAACAACGTAAATTAATCTATCGAATTCTGCCGTACGCGATCCTAACGGGGATCGGTATTTGCTTTGTGCTGCCGCTGCTCTGGGTGCTCGTGGCTTCCGTCGATCCGAATGCGATGCAATCGCTGAAGATGCCCAGCAGGGTTACCGGTGCAAACTACGTAGAGGTGATGACCAGCAGCGAGAACCAGCGCGCATATCTGATTGGTCTTGTGATGTCGCTTGGCCAAGCCGTATTGGTTGTTCTTCTGGCGCTGCTCGCAGCTTATCCGCTATCCCGTTATCAGATGAAATATAAAAAGCCCTTTATGCTGACCATTCTATTTATGACATCGCTCCCGATTACGGCTGTAATGGTGCCTGTGTACCAGCTGTTCCTGGGGCTCAAGCTGTATGACAATATTTTTGGCGTCATCTTGTTTTATGTAGCATCGTCCATGCCGTACGGGATATGGATGATGAAGAATTTCATGGATTCCGTGCCGAGCGATCTGGAGGAAGCCGCCTGGGTGGACGGCGCTTCGGTGTTTACGGGAATGCGCAAGGTGGTGGCGCCGCTGATGGTTCCGGGTATTTGTACGGTCGCGATATTTACCTTCTCGGGCAGCTGGGGCAATTTCTTCGTGCCGTATATCCTGCTGCAGTCGCCGGAGAAGTTCCCGGCTTCCTTGAAGCTCTATCAGTTCTTCGGGCAGTATGGCATGGTCGATTACGGCAGCCTGGCCGCTTTCTCGGTGCTGTACGCCATTCCGGCGATCATCATGTATATTCTCTCCCAGCAGTTCATGTCCAAGGGCTTCGGGCTGCAAGGCGGAACGAAGGGATAG	MNAKQRKLIYRILPYAILTGIGICFVLPLLWVLVASVDPNAMQSLKMPSRVTGANYVEVMTSSENQRAYLIGLVMSLGQAVLVVLLALLAAYPLSRYQMKYKKPFMLTILFMTSLPITAVMVPVYQLFLGLKLYDNIFGVILFYVASSMPYGIWMMKNFMDSVPSDLEEAAWVDGASVFTGMRKVVAPLMVPGICTVAIFTFSGSWGNFFVPYILLQSPEKFPASLKLYQFFGQYGMVDYGSLAAFSVLYAIPAIIMYILSQQFMSKGFGLQGGTKG	PGPT0016540_7013	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_02334	891	melD_2	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGAGCAGTCTGTCCGTAGACGTTTACCCGAAACGAAGAAAAACGTATACCTGGCTCTTTTTTTTGCTTCCTTCAATCGCGATTATGCTCGTGTTTTTTATATATCCCATTCTGTTAACGTTCTTCTATTCCTTCACCAACCTGGCGTTAACCGGCGAAGCGGCGAGGGAGCTTAAGTTTATCGGCCTTGACAACTATACCCGGATGTTCCAGGACCCCACGGTTCGGATCAGTATATGGAACACGCTGGTTTTCCTCATCGGCTCGGCTGTGATCGGGCAGCAGGTGCTGGGATTTTTGATCGCGCTGCTGATGAAGCAGAGAAACAAAACGTTTCGGCGAGTGATTGGAACGATTGTGCTTGCAGGATGGGTGACGCCCGAGATTGTATGTGCTCTTTGCTTGTACAGTTTCTTCGGGGATGAAGGCACGCTGAATGCGATCATCACTTTTTTTGGATTTTCGGAAGTGACCTGGCTGTTTACCGTCCCGATGCTGACCATCATTCTTGCGAACATTTGGCACGGCACCGCCTTCTCGATGCTGGTATTTCAAGCAGCGCTGGATGATGTGCCTAACGAAATTGAGGAAGCGGCGGTGGTGGATGGAGCCTCCAAGTGGAAAATCTTCACGCACATCATTATTCCCTACATTAAAAGCACCATTACAACCAACATGATGCTGGTTACGCTGCAGACGCTTGGGGTGTTCGGACTCATCTATGCGATGACCGGGGGCGGTCCGGGCAATTCGACGACGACCCTGCCGATCTTCATGTACAATCAGGCATTTGTGAACTATCAATTAGGCTATGGAACCGCCATTTCGCTGCTGCTGCTGCTGATCGGGATTGTGTTAAGCCTGCTGTATATCAGGTCGATGAAAGAGTAA	MSSLSVDVYPKRRKTYTWLFFLLPSIAIMLVFFIYPILLTFFYSFTNLALTGEAARELKFIGLDNYTRMFQDPTVRISIWNTLVFLIGSAVIGQQVLGFLIALLMKQRNKTFRRVIGTIVLAGWVTPEIVCALCLYSFFGDEGTLNAIITFFGFSEVTWLFTVPMLTIILANIWHGTAFSMLVFQAALDDVPNEIEEAAVVDGASKWKIFTHIIIPYIKSTITTNMMLVTLQTLGVFGLIYAMTGGGPGNSTTTLPIFMYNQAFVNYQLGYGTAISLLLLLIGIVLSLLYIRSMKE	PGPT0016535_6960	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_02335	1401			hypothetical protein	ATGAAGTCAGGCAAGAGGGGTTTTTGGCTAGTAACGACGGCTTTATTAAGCGTTTCTTTGTTATTCGGTTGTACCGGGGGGAAGGGAGCGCCGGCCGATACCGGCGATCCGGAGCCAGGAAAGGATGGAGAGACGGCCAAGAAAATCATTACTGTAACGTTTCGGGATGACGGGATCGGCGAGAACGGAGCGTTCTATAAATGGCTCAAGGAAGTTTCGGCCAGCTACCCTGACAAAAGCGTAGAGATTAAGCCGACACCGATTCAGGCCTCGGAAGGCGATTATTTTGCCAAGGTGGCCTTGGCGCTCAAGTCAAAAGATACGGCGCCGGATATCGTGACAGAGGATACCTTTATCCTGAATTCTGATGCAAGCGCAGGTTATCTCGAACCGCTTGACGATAAATTGGCGGGATGGGAAGACTGGGGCAACGGTTCCTTCATCGAAGCGATGAAGAAGGGGGTTACTGCCAGCGATGGCAAGGTTTATGGCGTACCGTACAATACGGATTCCAGGGGCCTCTGGTACAACAAGGACATTTTCAAACAGGCAGGTCTTCCGGAGGATTGGCAGCCTAAGAACTGGGAGGAGGTCTTAAGCGCTGCGCGTACGATCAAGGAGAAGGCGCCTGACGTTGTGCCGATCTGGATGAACATGGGCAAGGCTACAGGCGAAGCTACCTCCATGCAAACCTATGAAATGCTGCTCTACGGAACTGGAGAAAGGCTGTATGACGATGCCAGCGGCAAATGGATTACAAAAAGCCAGGGCATTCTGGACGCGCTGACTTTTGTGGAGACGGTCAATAAAGAGAAGCTTGGCCCCCCGCTCTCCAAAGTATTGAATGGTCAGGCAGGCAACACGGCTTCCCGCGAATACCTGCCGCAAGGCAAGCTGGCGATTTCCCTGGATGGATCCTGGATCACAGGTAACTATATGGAATCAGGCGCGGCGCCATGGCCTGAATACAAAGATGTTCTCGGCTTCGCGCCGATGCCGACCAGCCAAGGGCAGGACCCTGGATCGATTACGCTAGCCGGAGGGTGGGCGCTGTCGATTCCAAGCAACTCCAAGAACAAAGACGAGGCTTGGGAATTTATCAAGTATGCGCTAAACAAGGAAAATACGCAGAAGCTTGTCATGTCCTCAGGGAATATCACGGTCCGTGCCGATGTTGCCAAGGATCCGGAATATACGAAAATGCCGTTTAACGAAATCGCGACCGAATACCTGCAGAACGCAGAGTTTAGACCGGCCCAGGAGAAGTATCCGGAAGTGTCGACGCAGATTCAGACCATGGTGGAATCCGTAGCAACGGGAACATCGCCTGCAGATGCCATGAATAAATATGCGCAGGACGTCACCCGCATTGTCGGAGCGGATCATATCTTGGAGAAATAA	MKSGKRGFWLVTTALLSVSLLFGCTGGKGAPADTGDPEPGKDGETAKKIITVTFRDDGIGENGAFYKWLKEVSASYPDKSVEIKPTPIQASEGDYFAKVALALKSKDTAPDIVTEDTFILNSDASAGYLEPLDDKLAGWEDWGNGSFIEAMKKGVTASDGKVYGVPYNTDSRGLWYNKDIFKQAGLPEDWQPKNWEEVLSAARTIKEKAPDVVPIWMNMGKATGEATSMQTYEMLLYGTGERLYDDASGKWITKSQGILDALTFVETVNKEKLGPPLSKVLNGQAGNTASREYLPQGKLAISLDGSWITGNYMESGAAPWPEYKDVLGFAPMPTSQGQDPGSITLAGGWALSIPSNSKNKDEAWEFIKYALNKENTQKLVMSSGNITVRADVAKDPEYTKMPFNEIATEYLQNAEFRPAQEKYPEVSTQIQTMVESVATGTSPADAMNKYAQDVTRIVGADHILEK	PGPT0016545_1367	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_02336	486			hypothetical protein	ATGAGTGACCGCTTAATTTTTTTGTTGGCTGTATTCTCGGTAACCGGATCGGGACTCATAGCCGGACTGTTCTTCGCTTTCTCGTCTTTTATAATGACAGCGCTAGCCCGAATTCCCAATGAACAGGGGATCCATGCCATGCAGTCCATCAATGCAACCATTCTCAATCCTTTGTTCGGCACATTGTTTACAGGCACTGCGTTAACCAGTATCGTGCTTGCGGTATTATCCATCATGCGCTGGGGGGAACCCGGCTCGTTGTATTTGCTTGCCGCCAGCCTGCTCTATTTAGCGGGATTCATCGTAACGATGGCGTTCAACGTCCCGCTAAACGACGCACTGGCCGCTGTTGACCCAGGAAGCAGTGCCGGAGGTGAGGTATGGAATAACTACCTGAGACGCTGGGTGCCCTGGAATCATGTGCGAACCATCACTTCCTTAGGGGCGATGATTCTGTTTGTTTTTGCCTTACGGCATCTCCCTTAA	MSDRLIFLLAVFSVTGSGLIAGLFFAFSSFIMTALARIPNEQGIHAMQSINATILNPLFGTLFTGTALTSIVLAVLSIMRWGEPGSLYLLAASLLYLAGFIVTMAFNVPLNDALAAVDPGSSAGGEVWNNYLRRWVPWNHVRTITSLGAMILFVFALRHLP				NA	NA	NA	NA	NA
JZ016_02337	687			hypothetical protein	ATGGGGATTCTCACGATAGATAAGTGGAATCACACTTGCCAACTTGACACTTCAGCCAAGCCGCGTCGTAACATCGGATGGATTTCAAGCAATTGGAGCGGATACAGCCTCAAAGGAAAAAAAGGTGCTTACAAACAGATCTCCGCCAAATGGAATGTGCCGTTTGTTCGTCCAAGCCGTGCGGCGACCTATTCCTCAGCATGGATTGGAATTGACGGCTTCGGCAATAGCAATCTGATACAGACCGGAACAGGTCATGAATTCATAGACGGCAAGGCTTACTATTATGCATGGTGGGAGATCCTCCCGGCCTCGGTTACGATCATTCCGCTGCCGATTCTGCCGGGTGACCGGATGCATGCCAGCATCAGCAAGCGCAGCGGTTCGAACTGGTTGATCTGCCTTCGAAACGTAACCCGAAATTGGGCATTTCGGACATTACAACGATACAATGGTCCGCAGACCTCGGCGGAATGGATCGTTGAAGCGCCACAGGTCAATGGGGCTCTTGCAACAATGGCACGATTATCTCCTGTCGTCTTCTCCTGCTGCCGGGTCAATGGGAAAAGTCCAAAGCTGACTGCCGATAACGGGGGCATCATGCTCCAGAATTTAAAGGTTACCTCCATTCCTTCTAATCCGAACCATGCAGGGGACGGTTTCATTGTCAAAAGCGTTCGTCAATAA	MGILTIDKWNHTCQLDTSAKPRRNIGWISSNWSGYSLKGKKGAYKQISAKWNVPFVRPSRAATYSSAWIGIDGFGNSNLIQTGTGHEFIDGKAYYYAWWEILPASVTIIPLPILPGDRMHASISKRSGSNWLICLRNVTRNWAFRTLQRYNGPQTSAEWIVEAPQVNGALATMARLSPVVFSCCRVNGKSPKLTADNGGIMLQNLKVTSIPSNPNHAGDGFIVKSVRQ				NA	NA	NA	NA	NA
JZ016_02338	888			hypothetical protein	ATGCAATTGATCGCCATCGATACACTAAACCATCAACAACAAGCTCTGGAATCTGAGCCTGAGCTGCGGATCACCGCATTTGAGCAGCTCGTGAATAAGCCGCTTCAGCCGTTTATGGACACGATACGCAAGCGTATGCCTCAAGGACAGGACGATTACGATATGACGCAGCTGCTGGGATTATTTCGCCCGGCCGATCATCCGGAGGAGGCGCTCCAAGCTTTGTCTCGCTTGGAACAAGCGAGTTCCTGGAGCCGATGCAAGGAAGCCGTGATGAAGGCACATGCCGCATTAAAGCCGCAAGCTCACGGCATTGAGCTGGGAGATTTGCTCTTCACTCTCGCGCTGGGTGACCGTGAACGCTTCAGCCCCCATCCCGGATACACAGGCTCAGGGGGAACACCGGGACAAATCATGGTGGTTGTGTGGCCGAACGATTATAACCTGCCAAGGCTGGCCGCCATTACGGCACATGAATTCCATCATAACGTGAGGCTCTCTTATGAGCCATGGAGTGCCGAGACAACGGTCGCTCAATACCTAGTGCTGGAAGGACTCGCTGAAGCTTTTGCCGCCGAAATGTACGGCGAGGATCACTTGGGACCCTGGGTTCATGCCCTGAACGAAGATCAGCACAGCGAGCTTCTGCCACGTTATAGGGAAGCTCTGCAGGTAACCGGATTCAATGAGATACGAGGTTACATGTTCGGGGATTTGGAAGGGGATCTTTACGGCTTTACGAAAATGGGCATTCCACCCTATGCGGGGTATTCCATCGGCTACCGGATCGTAACCGATTATTTAAGACAGAGCGGTAAATCCGCGGTCGAGGCGACTTATATTCCCTGGAGGGAAATCATTGCGAATTCCCTTATTTTTAGGGAATAA	MQLIAIDTLNHQQQALESEPELRITAFEQLVNKPLQPFMDTIRKRMPQGQDDYDMTQLLGLFRPADHPEEALQALSRLEQASSWSRCKEAVMKAHAALKPQAHGIELGDLLFTLALGDRERFSPHPGYTGSGGTPGQIMVVVWPNDYNLPRLAAITAHEFHHNVRLSYEPWSAETTVAQYLVLEGLAEAFAAEMYGEDHLGPWVHALNEDQHSELLPRYREALQVTGFNEIRGYMFGDLEGDLYGFTKMGIPPYAGYSIGYRIVTDYLRQSGKSAVEATYIPWREIIANSLIFRE				NA	NA	NA	NA	NA
JZ016_02339	1227	atzC_2		N-isopropylammelide isopropyl amidohydrolase	ATGAACGAACAGAGCACTGCATATTGGCTGCTGAATGTCCGTCTGGAAACAGGTTACCGCTACGAGGATGATGTTATGATCGGAACCGAAACGGGACTCTTTCATGTGAAAATAGAAAATGGGGCTTTCTCAGAGATCCGCCCTGCGGATGCTTTGCCGGATACGTTACTGCCGACACGGGATATGCAGGGGGATCTAATGCTCCCATCATTTAGAGATATGCATATCCACCTGGACAAAACCTATTATGGGGGCCCATGGAAGGCACCGAGCCGTCCGGCTCACGGAATCTTCAGCCGAATCGAGGAGGAGGAGAGGCTGCTTCCGGAGCTGCTGCCTACTGCCAAGGAAAGAGCGGAGGGACTGCTGGATCTGCTGCTGCGCTACGGGTCTACCCATATCCGCTCCCATTGCAATGTGGATCCTGTTGTCGGCTTGAGAAATTTAGAGGCCACCTTGCAGGCGGTTGAAGGATACAGGGAAAAAGCTTTTGTCGAGATTGTAGCATTTCCTCAGCACGGCTTGCTTCGCAGCCAGTCCGTCTCTCTGGTCAGGGATGCGCTCCGGAACGGAGCAGCGCTTGTTGGTGGTTTGGATCCCACAACGGTGGATGAAAATATGGAAAAATCACTGAACACCGTGATGGAGCTCGCCGTTGAAGCCAACGCCGGCATTGACCTGCACCTGCATGAGTCGTCGCATGTAGGGCTGAATACCTTTAAGCGGGTAGCTGACCTTACGGAAGAGGCGGGTTGGAACGGGAGGGTTACGCTCAGCCATGCGCTGGCTTTCGCGGACGTCTCACCAAGCGAAGTGGATGAGGTGGCGATTCGGTTGGCGGATCTGGGCATTTCGCTCACTTCTTCCGTACCGCTTGGCCGAACCATTCCGATTCCGCAGCTGCACCGCCGCGGCGTAGACATCTCGCTTGGGCAAGACAGCATTATGGACCATTGGTCCCCGTTCGGCAAAGGGGATAATCTGGACAAAGCGGGCACGCTGGCCGAACGCTTCCATATGTACGATGAGCGTTCGCTCGGACAGGCTCTCGGGTTTATTACGGGAGGGGTGACGCCGTTAGACCAGGACGGCCGTTATGCCTGGCCCAACGTCGGGGATGCGGCGGACGCGGTGATCGTAGAAGCCAGCTGTTCCGCCGAAGCCGTTGCCAGGCGGTCACGCCGCCGGGCCGTCCTGTTCAAGGGAAAACCGGTTTACGAATCATGA	MNEQSTAYWLLNVRLETGYRYEDDVMIGTETGLFHVKIENGAFSEIRPADALPDTLLPTRDMQGDLMLPSFRDMHIHLDKTYYGGPWKAPSRPAHGIFSRIEEEERLLPELLPTAKERAEGLLDLLLRYGSTHIRSHCNVDPVVGLRNLEATLQAVEGYREKAFVEIVAFPQHGLLRSQSVSLVRDALRNGAALVGGLDPTTVDENMEKSLNTVMELAVEANAGIDLHLHESSHVGLNTFKRVADLTEEAGWNGRVTLSHALAFADVSPSEVDEVAIRLADLGISLTSSVPLGRTIPIPQLHRRGVDISLGQDSIMDHWSPFGKGDNLDKAGTLAERFHMYDERSLGQALGFITGGVTPLDQDGRYAWPNVGDAADAVIVEASCSAEAVARRSRRRAVLFKGKPVYES				NA	NA	NA	NA	NA
JZ016_02340	687			hypothetical protein	GTGCTGCGTTTATCAGCGATTCTATTGATCCTTTTCCTGTCGGCCTGTCAATCCAATCCGGAGAAAGAAGAGGTGCAGAATATGAATCGTGAACTCATTGAATATGCCGAGCAAGGCAATACGGAGCAAGTACGACAGCTTCTTCAATCCGGCGCAGACATCAATGCGACGGATGAGCAGGGAAGAACTGCCGTGATGGCTGCGACCTATCACAATCATGTCGGAACGGTAGAGGCTTTGATTCAGGCAGGCGCCGATATCAATATACGGGATCACCAACGGAATAACGTATTTTTGTATGCCGGTGCAGAAGGAATGATGGAAATTTTGCGGCTCGCGATCGAAGCCGATGCCGATGTGACGTTGACGAACCGTTATGGCGGGACGGCTCTCATTCCGGCCTCTGACCGCGGACATGTGGAGATTGTTCAGGAGCTGCTGACCCGGACCGACGTCGATGTGAACCATATAAATAATTTGAACTGGACCGCACTGCTGGAGGCGGTCATTCTCGGTGACGGCAGTGAGAAATATCAGCGCATCGTGAAGCTGCTGCTGGATCATGGGGCGGATGCCCGGATTCCCGACGGGAATGGCGTAACTCCTCTGCAGCATGCCAGGGAACGGGGATATCTAGAGATCGAGCGCATCTTATTGGACGCTGTAAACGAAGGGCAAGGCAAATAG	MLRLSAILLILFLSACQSNPEKEEVQNMNRELIEYAEQGNTEQVRQLLQSGADINATDEQGRTAVMAATYHNHVGTVEALIQAGADINIRDHQRNNVFLYAGAEGMMEILRLAIEADADVTLTNRYGGTALIPASDRGHVEIVQELLTRTDVDVNHINNLNWTALLEAVILGDGSEKYQRIVKLLLDHGADARIPDGNGVTPLQHARERGYLEIERILLDAVNEGQGK				NA	NA	NA	NA	NA
JZ016_02341	870	gltC_6		HTH-type transcriptional regulator GltC	ATGGACATCAGACAGCTCCGGTATTTTATTGCCATCGTGGAGGAAGGTACGATCTCGCTTGCCGCCAACCGGCTTCATATATCCCAGCCGCCTCTCAGTCAGCAGCTGAAAGCGATGGAGGAAGAGCTCGGGTCCGTCTTGGTATATCGCCGAGGAAAGCGGCTCGAAATCACCGAATCGGGTAAAGCGCTGTACAAATATGCGCTCCAAGTAACCCAGCTTATGGAAGAGGCCAAAGCCGAGGTTAAAGAGGTCGGAAACGGCGATAAGGGCACGCTGAGTCTTGGTATCAATACTTTATCCTCGGTAGAGCTGCCGTCATGGCTGCATGAGTTCAAGGCAAGATATCCCCAAGTCTCGTACAAAATTCAGCAGAACGAGTCGTATCAGCTCTGTGAACTCGTAAGAAACCGGTCGCTCGAACTAGCGATCGTCCGCCTGCCGCTCGAATTGGATGATTTCTCGATCCTTCATCTGCAGACGGAGCCCTTTTATATGCTCACCTCTGAGGCATCCACCGAACAGGAGACAACCCTCTCTCATATTGCGCAGTATCCGCTCATTCTGCCAAGCACGGAAGGATTGGGCGTATATTATACGATCCAGATGGCTTTCTCGGAACAGAAAATCCAGCCGAACATTGCAGCCGAATGCTCCGACATTTCGCTGCTGCTGCGCTTGGTCGCTTCAGGTTTTGGCGTGGCGATCGTTCCCGAAACGCTGGTCAAGCAGCACTTGCCAACATCTGTTCATGCCTTCAAAATCAAGGACACTCCGGCAGCGGCTTCCACAGCCTTGATCTGGCTGAGGGATCATCACGTCTCCAGAACGGCTCTGAACTTCATTGACTTGTTGACAAGTGCCCTATAA	MDIRQLRYFIAIVEEGTISLAANRLHISQPPLSQQLKAMEEELGSVLVYRRGKRLEITESGKALYKYALQVTQLMEEAKAEVKEVGNGDKGTLSLGINTLSSVELPSWLHEFKARYPQVSYKIQQNESYQLCELVRNRSLELAIVRLPLELDDFSILHLQTEPFYMLTSEASTEQETTLSHIAQYPLILPSTEGLGVYYTIQMAFSEQKIQPNIAAECSDISLLLRLVASGFGVAIVPETLVKQHLPTSVHAFKIKDTPAAASTALIWLRDHHVSRTALNFIDLLTSAL	PGPT0019770_296	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0019770-bsdA-K21755	NA	NA
JZ016_02342	1851	yheH_2	COG1132	putative multidrug resistance ABC transporter ATP-binding/permease protein YheH	ATGGCACAGGCCATTAACAATTGGCAGCTGGACCAGAAGGCGGATCTGAATGCCCCTCAGTCCAAGCCCAAGTATATTTCCACATTCCGTGCTCTATCGGGTTATATGAAGGAATACCGACTGATTTTTGCCGGGTTTATCGGCTGCACCTTGATTGCCATCTCGGCAGAGCTGCTGCAGCCGTATCTGATGAAAATCGCAATCGATGATAATCTGATGGTCGGCAAGAACGATTTTCGGGGCCTGATGCTCATATGCGCTATCTATTTTTTGTTATCGCTGCTCAGCATGGTGTTTACCTATTTGCAAAATAATTTGCTGCAGAAGGCGGGGCAGAGCATTGTAGCGAGCATTCGCAAACGGCTGTTTGCCCATATATCCAAGCTGTCGATGTCATATTTCGATAAAGTGCCGAGCGGCAGCTTGATTACGCATGTGTCCAGTGATACCGAAGCGATCAATCAGTTTTTTAACCAGGTGCTGCTCAGCCTGTTCCGCGACGGCTTCACCTTGATCTTCATTCTGGTCTTGATGTTCCAGCTGGATGTCACGCTGACCTTATACTGCTTGATCCTGCTGCCGATCATTGCGGGGATTGCCATTGCGTTCCGGCGTTATATGCGCCACACCTATCAGATGGCCAGAACGCGGTTATCCCGGCTGGTGGCCTTTGTGGCCGAGAATCTATCGGGGATGAATCTGATCCAAGTGTTCCATCAGCAGAAGGAGCAGGAGAAGCAGTTCGAGGAACGGAACGACTCTTACTTCAAAGCGAACATTCGGGAGATCCGGACGAATGTGCTGTTTAACCGCTCCTACGAAATATTGAACAACTTGGCGATTGCGTTCGTGACGTGGCTCGGCGGACAAGCCGTACTGGGAACGACGCTGGAGTTCGGCGTGCTGTATGCCTTCATAACGTATATCCGTTTATTCTTTCAGCCGATCAACACGATCACCCAGCAGTGGAACACGCTGCAATCGGCAACGGTGGCGATTAACCGGATATGGGGTCTCCTGGCGATTCAGCCTGAGGTTACGGATCAACGCAAGCCGGTGGCCATCGAGAAAGCAAGTGTCGAGGGACGCGTTGAATTTGATCGGATCACGTTCGGTTACGAAGGCGGGGCACCGGTCATTCAGGACCTGGATCTCCATATCAACCCTGGAGAGATGATCGGGATTGTCGGTACCACCGGCGCGGGAAAAAGCTCGCTTATCAGTCTCCTGTGCCGTTTCTATGATGTAAATGAAGGAAGCATTCGAATTGATGGAATCGACATCAGGGAGCTGGCACAGTCCGATCTGCACCGGATGGTAGGCCTTGTTCAGCAGGAGCCGTATCTCTACTCCGGGACGGTGCTGGATAATGTACGGCTGTTCGACGAGACCATCTCGAGGGAACGGGTGATCGAGGCTTGCCGCTTTATCGGTGCGGATTCGATCATCATGAGGATGAGGGAAGGCTATGACACCCGGTTGTCGGAGCGGGGCAGCGGCTTGTCCGCCGGCGAACGGCAGCTGATCTCCTTCGCCCGAATCATTGTGTTCCAGCCCAAGATTCTCATTCTAGACGAAGCGACCGCCAATCTGGATTCGCATACGGAGCAGCTGATTCAGAACGCCCTTCAACTTGTGGCCGAGGGGCGAACGACCCTTGTCATTGCCCATCGCCTATCTACGATCATGGGGGCGGACCGGATTTTGGTCATGAGCAAAGGCCGGATCGTGGAGCAAGGCACGCATCAGGAACTGCTGAACTCCCATGGGTATTATGAAGAGCTGTATCTTCACTCCCAAGGACAGAAGCAGGAGCACGAGGCTGCCGGTTCATTGTATCGTACAAGATAA	MAQAINNWQLDQKADLNAPQSKPKYISTFRALSGYMKEYRLIFAGFIGCTLIAISAELLQPYLMKIAIDDNLMVGKNDFRGLMLICAIYFLLSLLSMVFTYLQNNLLQKAGQSIVASIRKRLFAHISKLSMSYFDKVPSGSLITHVSSDTEAINQFFNQVLLSLFRDGFTLIFILVLMFQLDVTLTLYCLILLPIIAGIAIAFRRYMRHTYQMARTRLSRLVAFVAENLSGMNLIQVFHQQKEQEKQFEERNDSYFKANIREIRTNVLFNRSYEILNNLAIAFVTWLGGQAVLGTTLEFGVLYAFITYIRLFFQPINTITQQWNTLQSATVAINRIWGLLAIQPEVTDQRKPVAIEKASVEGRVEFDRITFGYEGGAPVIQDLDLHINPGEMIGIVGTTGAGKSSLISLLCRFYDVNEGSIRIDGIDIRELAQSDLHRMVGLVQQEPYLYSGTVLDNVRLFDETISRERVIEACRFIGADSIIMRMREGYDTRLSERGSGLSAGERQLISFARIIVFQPKILILDEATANLDSHTEQLIQNALQLVAEGRTTLVIAHRLSTIMGADRILVMSKGRIVEQGTHQELLNSHGYYEELYLHSQGQKQEHEAAGSLYRTR	PGPT0029045_460	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029045-mdlB|smdB-K18890	NA	NA
JZ016_02343	1776	yheI_3	COG1132	putative multidrug resistance ABC transporter ATP-binding/permease protein YheI	TTGGACTCTCATCGAATACTTGGAGACTTTTTCAGGAAGACGTGGCCGTTTTATGTATTGTCGGTTTGCTGTCATCTGGTTGCTAACATCATCCATGTGAACTTCCCAAGGGTACTGGGCAATTTTACGGATGAACTGAAGGATGGTTTATTGTCTGTCGACGGTATCGTGCAGTACAGCTGGACGCTGCTGGGTATCGGTGTCGGGTTCGCCGTCATCGGCGGGATCGGTCAGTTTCTGGTGATGTACACGGGGCGGTATTTCGAATTTATGAACCGCCGCCGATTGTTTGTCCATTTTACGGGGCTCAGTGAGCGATTTTATTCCAAGAATGGCGTTGGCAAGTTGCTAAGTTATTTCATGAATGACGTGACGACGGTAAGGGAAGCGATCTCGATGGGGATCAATCAGACGGCAAACTCCTCCATCCTGCTGGTCTCCACAATCGTCATGCTGCTGATCACGAACGTACCGCTGTATCTGGTGGCTGCGAGCATCGCGCCTTTGCTGCTGATTCCGGTCATTGTCGTTTGGCTCGGACCGATTATCAGAAGAAGATCGTTGCAGGTACAGGAAGCGCTGGGTGTGATGACGGAATCCGCGGAGGAGCAGTTTGGCGGGATCCGTGTCACCAAGAAGTTCGCGGTGGAAGACACGATGAAGCGGCGTTTTGGGACGACGGTGGACCGCATCCGGGACAAGCAGCTGCGGCTGGTACGCGTATCATCGCTTTTTCAATCGATCATTCCGTTTCTGGGCGCTACCTCACTCATTATCGCCCTCTTATTCGGCGGTTACCTGACCATTCTGGGACGGATTACGGTCGGAAACTTTGTCGCATTGACGCTTTACATTCGCATGCTGATGAATCCGCTGCAGCAGATCGGCAATGTCATTAATGTCGTTCAGCGCGCGAGGGCTTCGCTTGACCGATTAAACGACCTGCTTGGCAAGCAGGCCGACATTAAGGAACTGCCTGGCGCCAAGGAGCTGAATCAGGAGAACCCGGGCATTGAAGTGCGTGATTTATCCTTCTCTTACGAGGATGCGGATGGTCAAGAGGAGGGGGCCAGACAGGTTCTGAGGGGCATTCAATTGGATGTTCCGCCCGGATCGACGCTGGGCATCATTGGCCGCACGGGAAGCGGCAAGACTACGCTTATGAAGCTGCTGCTGCGTACCTTCGACCCGCCTCCGGGGAAAGTGCTGATCGGGGGTGTGGATATTCGGAAGCTTACATTAAAAAGCCTGCGCGAAGGGATCGCCTATGTTCCCCAGGACGGCTTCCTGTTCAGCTCGACCATCCGCGAGAATATTGCCTTCTATAAACGGGACACGGAGCCGGCTGTCGTCGAGGAAGCGGCGCGAAAAGCACGGGTCTACGACAACATCGTGGAGTTTCCGGACAAGTTCGAGACCCGCCTTGGGGAGCGCGGCATTACCCTGTCCGGAGGACAGCGGCAGCGGACCAGCCTTGCACGGGGAATAATCAAGAATGCACCTATCCTCATTCTGGATGATAGCGTAAGCGCCGTCGACGCGGTGACGGAGACGGAAATCATGGAGACGGTTCGGGATATCCGCGCTGGGAGGACTACGATCATTATTGCCCACCGGATCAGTGCATTGAAACATGCCGATGAGATTATCGTCCTGGATCAGGGAGAGATGGTTCAGCGGGGTACGCATGAAGAACTGCTGTCGAAGGACGGACTGTACCGGACGCTGCATGACATTCAGGAAGAGGGGATGAAGTTTCATGGCACAGGCCATTAA	MDSHRILGDFFRKTWPFYVLSVCCHLVANIIHVNFPRVLGNFTDELKDGLLSVDGIVQYSWTLLGIGVGFAVIGGIGQFLVMYTGRYFEFMNRRRLFVHFTGLSERFYSKNGVGKLLSYFMNDVTTVREAISMGINQTANSSILLVSTIVMLLITNVPLYLVAASIAPLLLIPVIVVWLGPIIRRRSLQVQEALGVMTESAEEQFGGIRVTKKFAVEDTMKRRFGTTVDRIRDKQLRLVRVSSLFQSIIPFLGATSLIIALLFGGYLTILGRITVGNFVALTLYIRMLMNPLQQIGNVINVVQRARASLDRLNDLLGKQADIKELPGAKELNQENPGIEVRDLSFSYEDADGQEEGARQVLRGIQLDVPPGSTLGIIGRTGSGKTTLMKLLLRTFDPPPGKVLIGGVDIRKLTLKSLREGIAYVPQDGFLFSSTIRENIAFYKRDTEPAVVEEAARKARVYDNIVEFPDKFETRLGERGITLSGGQRQRTSLARGIIKNAPILILDDSVSAVDAVTETEIMETVRDIRAGRTTIIIAHRISALKHADEIIVLDQGEMVQRGTHEELLSKDGLYRTLHDIQEEGMKFHGTGH	PGPT0029040_458	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029040-mdlA|smdA-K18889	NA	NA
JZ016_02344	2058	rep_2		ATP-dependent DNA helicase Rep	ATGCTGAATCCAAGCGAAAGCGCAGAGCGGGAATATCTAGAGTTTGTAGTAAAGGAGCTTCATCGGGCATCGAAGGAATTAGAGGGGAAGGTGTCTGATTCTTACAGGGATATCATTGAAGCCAAGAAGTACCTGTGGGTCAACATGGCCCAATTGGATGCGGCGGAACGGGCAGCCAACCGGGTTGATATTTCCTTGTCCATTGATACGGGTGAGAAGACGGCTGCCAGGCTGCAGAAGATGCGCAAGCTACTCACGTCGCCGTATTTTGGCAGGGTGGATTTCCGATCGAATGAACCGGAAGAAGAAGGTGCCTACTATATTGGCATCCATTCCTTCACGAACCCGGAGAGTCAGGAGCATCTCATTTATGATTGGCGCTCGCCGGTAGCAAGCTTGTTTTATGATTACAATGTCGGTCCTGCGTCGTATGAAGCCCCCATGGGCAGGATGCAAGGCGAAATTACCGTCAAAAGGCAGTACAAAATCAAAGACGGTCAAATGGAATATATGATTGAGAGCTCCATGAACATCAATGACGACGTGCTGCAGAAGGAGCTTAGCAGCACGTCGGACGAGAAGATGAAGAATATTGTGGCTACCATCCAGCAGGAGCAAAATGCCATCATACGAAACGAAACCGCGAATGTGCTGATCATACAGGGGGCGGCAGGTTCAGGCAAAACCTCCGTGGCTCTGCACAGGGTAGCTTTTCTGTTGTACCGCCATAAGGAGACGTTGACTTCCAGCAACGTGCTCATTATATCTCCCCATAAAGTGTTTTCTGATTATATATCCAACGTTCTGCCAGAGCTTGGCGAAGAGAAAATCATGGAGGTTACGATGGAGGAGCTTGCTGCCAAAGAGCTGGGGGGATTATGTCAGTTTCAGACCTTCTTCGAACAGGTGAACGAAATCGTGAGCGCCGATGACGAACAGGCCATTGAACGGATCCGGTATAAGGCCAGCATGCACTTCGTACATGAGCTGGAGGCTTATATGATACATGCCGAGGAGCATTTTTTCCTGGCTGCGGATATTCAGCTGAAAGACGTATGTATTTCGGCTTCGGAGATCAGGGACTGTTATCTTGGCACCATGATCACGCCGATCAGGCAGCGATTGGAGAAGACGGCTTCCATCCTGTCAGGCCGGGTTCGTACAGAGGATGGAGACAGACTGACTGCGGCAGAAGCCAAAAAAGTCAAAACCGCGATCAAGAACATGTTCAAATTTCAAAATGCGCTCAGCATGTACAAGGAATTTTTCTCATATAGGAACAAACCGGACATGTTTGTCATGAACGGAAGAAAAACGATTGAGTATGCGGACGTTTTTCCGCTGCTGTATCTCAAAATGCATTTGGAAGGAAACGCGTCATACGATATGGTGAAGCATCTGCTGGTCGATGAAATGCAGGATTATACACCGATTCAATACGTCGTGCTATCGAAATGGTTTTCGTGCAAAAAAACGATACTTGGGGACAGCAACCAGTCGGTCAACGTATATACGTCCACATCACTGGATGATATCAAGAGCGTATTTCCGCATGCCGATACAATAGAGCTGTTAAAAAGCTATCGTTCCACGCTGGAAATTATGGGACTCGCGAAGCGAATTCATCCGGGCAGCACCATGATTCCCGTGGAGCGGCATGGAGAAGAGCCGCAGGTGATCCGGTGTCGTGACACCCGGGAGGAGCTGGAGTTCATTCAAGAGCTTAGCCGTCACTTTTTAGATTCCGGGATGCAGACGATGGGGATCATATGCAAAACGTCTTCGCAGGCCCGGCAGGTGTATGAGTCCATCAGGGGGCTTCAGGGCAGCGTGAATCTGCTCGACTTTAGCAGTGAACGCTTTGAGGAGGGAATTACGATCACCTTCGCCCATATGGCCAAGGGTCTGGAATTCGATCAGGTTTTAGTTCCTTTTGCGGACGCCGAAAACTATCGTTCCGAGATGGATCGAAGCTTACTCTATATTGCTTGTACCCGGGCCATGCATAAGCTTTCGCTGACCTATTCGGGCGAGCCGGCACCATGGTTGGCGGTGTGA	MLNPSESAEREYLEFVVKELHRASKELEGKVSDSYRDIIEAKKYLWVNMAQLDAAERAANRVDISLSIDTGEKTAARLQKMRKLLTSPYFGRVDFRSNEPEEEGAYYIGIHSFTNPESQEHLIYDWRSPVASLFYDYNVGPASYEAPMGRMQGEITVKRQYKIKDGQMEYMIESSMNINDDVLQKELSSTSDEKMKNIVATIQQEQNAIIRNETANVLIIQGAAGSGKTSVALHRVAFLLYRHKETLTSSNVLIISPHKVFSDYISNVLPELGEEKIMEVTMEELAAKELGGLCQFQTFFEQVNEIVSADDEQAIERIRYKASMHFVHELEAYMIHAEEHFFLAADIQLKDVCISASEIRDCYLGTMITPIRQRLEKTASILSGRVRTEDGDRLTAAEAKKVKTAIKNMFKFQNALSMYKEFFSYRNKPDMFVMNGRKTIEYADVFPLLYLKMHLEGNASYDMVKHLLVDEMQDYTPIQYVVLSKWFSCKKTILGDSNQSVNVYTSTSLDDIKSVFPHADTIELLKSYRSTLEIMGLAKRIHPGSTMIPVERHGEEPQVIRCRDTREELEFIQELSRHFLDSGMQTMGIICKTSSQARQVYESIRGLQGSVNLLDFSSERFEEGITITFAHMAKGLEFDQVLVPFADAENYRSEMDRSLLYIACTRAMHKLSLTYSGEPAPWLAV				NA	NA	NA	NA	NA
JZ016_02345	834	drrB_1		Daunorubicin/doxorubicin resistance ABC transporter permease protein DrrB	ATGAGTGTAAGCCATCATACAGCGAATAAGGACGGCGTGCTGCCTGTTCGCCAAGCCGATACCGATCCTCCCCATGCCCTGACGGCGATCCGAATCTTTATGTGGAGAACTTGGCAGCATACGAAGCACAACGGGTTTGGTCTGGTGATGGACGCGGTTCTGTCGCCGGTTCTGCTGCTGTTTATATTTAGTTACTTGTTCGGCGGCGCTATGGCCGGGTCAACCGGGGCTTATATTCAATTCCTATTGCCCGGCATTCTGATCCTGACGGTCGTGCCTATGACGGTGTATAGCGGAACCACGATATGCTCGGATATTACCAAAGGGGTATATAATCGATTTCGAACGCTGCCCTTTTGGCAGCCGGCCTCGGTGCTTGGCTCCATCCTGACGGATGGTGTGCGCTATACAATCGGCGTAATCGTAGCCCTGGGCACGGGGCTTGCGCTGGGCTTCCGACCCGAGGGCAGCGTCATCCAAATGGCACTTGCCATTGCCTTCATCCTGTTCTTTGCATTCGGTGTCAGCTGGATATTTGCGCTGATCGGCGTCGTGGCCAAACGGCCGGAGACGGTATCGGGGTCGAGCATGATCGCGATATACCCGCTGCTGTTCGCCAGCAACATTCTGGTGGATTCGTCGACGATGCCGAAATGGACGGGCATTCTCATCGACCTGAATCCGATCAGCATGGCGGCAGCCACGGTCAGGGGACTGATGAACGGCACGTCAACCATGCCTGTGATCATGACAGGAATCGGGGTCTGCGTAGTGATTATCGCTATTTTCGTTCCACTTACGCTGTATCTGTACCAAACCAAAAACGAGCGGTAA	MSVSHHTANKDGVLPVRQADTDPPHALTAIRIFMWRTWQHTKHNGFGLVMDAVLSPVLLLFIFSYLFGGAMAGSTGAYIQFLLPGILILTVVPMTVYSGTTICSDITKGVYNRFRTLPFWQPASVLGSILTDGVRYTIGVIVALGTGLALGFRPEGSVIQMALAIAFILFFAFGVSWIFALIGVVAKRPETVSGSSMIAIYPLLFASNILVDSSTMPKWTGILIDLNPISMAAATVRGLMNGTSTMPVIMTGIGVCVVIIAIFVPLTLYLYQTKNER				NA	NA	NA	NA	NA
JZ016_02346	951	drrA_3		Daunorubicin/doxorubicin resistance ATP-binding protein DrrA	TTGCCTTACGCCATTGAAACGAAAGAGCTTCGCAAATCTTATAACGGCATTGGGGTCGTTCAAGGAATGGATCTGCGAGTGGAGCAAGGAGAGCTGTTTGCCTTGTTGGGTCCGAACGGCGCCGGAAAAACAACCACCATTCATATGTTATCCACCCTGGTTAAGCCGGATGGGGGATTCGCCTGCGTGGCCGGGTATGATGTCGCAAGCAATGCCCGGCACGTTCGAAGAAAGATCAGCCTGACAGGCCAGTTTGCAGCACTGGATGAGGGACTCTCCGGTCTTCAGAATTTAATGTTGGTTTCAAGGCTTTACGGTTATTCGGCGAAATCGGCTCGATCCGTAAGCGAGGAGCTGATCGAATCCTTTGGACTCAGCGAAGCAAAGGACCGCGCGCTGTTGCATTACTCTGGCGGGATGCGGAGGCGGCTGGATATTGCCGCCAGTATCGTTACGAAACCCGACGTTATTTTTCTGGATGAGCCGACAACGGGCCTCGATCCGCAAAGCCGCATTCAAGTGTGGGAGGTTGTAAGGTCGCTTTTGAAACGGGGCACCACCGTGCTGCTGACGACGCAATATCTGGAAGAAGCCGATCAGTTGGCGGACCGGATTGCCGTGATGGATAAGGGGAGCCTGATTGCGGAAGGGACGCCCCGGCAATTGAAGGCTTCCGTTGGCAACAGAACGTTAACCATTCAATTCAACGAACCGGCCGACCAGCACAAGCTGGGTACTTTGTTAAATGAGGAACACGCGTTGACCTTATTGCAGGACGATCATCCCTTGGTACATAAAATTCCGGTGAAGGATGCAAGTGCTGCGAATCAGGCCCTTCATACACTGATGAAGAACGGGTTCGCTATTGAATATTTCGCCTTAAGCGAACCGAGTCTGGATGAGGTCTTTCTGTCACTGACCCGCGCGAAGTCGAAGGGAGGCACGCCATGA	MPYAIETKELRKSYNGIGVVQGMDLRVEQGELFALLGPNGAGKTTTIHMLSTLVKPDGGFACVAGYDVASNARHVRRKISLTGQFAALDEGLSGLQNLMLVSRLYGYSAKSARSVSEELIESFGLSEAKDRALLHYSGGMRRRLDIAASIVTKPDVIFLDEPTTGLDPQSRIQVWEVVRSLLKRGTTVLLTTQYLEEADQLADRIAVMDKGSLIAEGTPRQLKASVGNRTLTIQFNEPADQHKLGTLLNEEHALTLLQDDHPLVHKIPVKDASAANQALHTLMKNGFAIEYFALSEPSLDEVFLSLTRAKSKGGTP	PGPT0006725_6364	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02347	819	azoB_2		NAD(P)H azoreductase	ATGACTATTTTGGTAACAGGAGCTACAGGAACTGTTGGAAAGCATATCGTGCAGAAGCTTGTGCAGCGAGGCATAGAAGTGAGAGCGATATCACGCAATCCGCAGCAAGCGAATCTGCCGGAGGGTGTACAGGTGGTAGCCGGGAATCTCAATGACCCGGATAGCCTGATCCCCGCCATGCAAGGCGTGAGGGCCATGCATTTGATCATTTCCAGTGATGAAGCGTATGGGACCCTGCAGACGGATCCGCGGATTATTGAGCTTGCCGAGAAGGCTGGCATACAGCGGGTAACGGTATTGGTGGGCTATGAAGAAGGGCCTGTGGAAGCTGCACTTCGAGACAGCGGAATGGAGTGGACTTTGCTCAAGCCATGCGAGTTTATGGCGAATATTCTGGTGGATTGGCAGGAATCGATCCGCCACGAAGGAGTCGTTCGTGAGCCGTTCGGCCATGCGCTGAGTGCGAGAATCCACGAAGCCGATATCGCTCGCGTTGCCGTCGCCGCACTTCTTGAGGAAGGTCACCATGGACAAGAATATTTCCTTACGGGACCGGAAGCCCTCTCGCGATTCGAAGCGGTTCGGATTATAAGCGAGGTAACAGGCAGGGACATCCGCTTTGTGGAACTGACCGAGGAACAGGCGAGAGCGAAATGGAGAGAGCAAGGCTATGACGAGGAGTCGATTGAATTTTTTGTGCAAATGGGAAAAAATCCGCCCGAGATCGGTTATACGGTATTACCGACGGTAGCGCAGGTCACAGGGCGGCCGGCAGCCACGCTTGCTGATTGGGTCCGTGATCATAAGGACGATTTTTAA	MTILVTGATGTVGKHIVQKLVQRGIEVRAISRNPQQANLPEGVQVVAGNLNDPDSLIPAMQGVRAMHLIISSDEAYGTLQTDPRIIELAEKAGIQRVTVLVGYEEGPVEAALRDSGMEWTLLKPCEFMANILVDWQESIRHEGVVREPFGHALSARIHEADIARVAVAALLEEGHHGQEYFLTGPEALSRFEAVRIISEVTGRDIRFVELTEEQARAKWREQGYDEESIEFFVQMGKNPPEIGYTVLPTVAQVTGRPAATLADWVRDHKDDF				NA	NA	NA	NA	NA
JZ016_02348	891			hypothetical protein	ATGAAACTCGACCGGCTGCTAGGCATTACGATGGAATTGTTGACCAAACAAAGAGTGACGGCCACGGCGCTTGCCGCCCGGTATGAAGTCTCGGTTCGTACGATCTACCGCGATGTAGACCTCATTAATCAGGCTGGCATTCCGGTTGCTTCCTATCCCGGTGCGGATGGCGGCTTTGAATTGATGAACGGGTTCTATCTGACGAGGCAGCACTTCTCCGTTGACGATTTTTTGGCGATCTACAATCTTTTGAAGGGCGTCGAAGGGACTGTGAAGGGGAGATACACTTCCATCCTGAATAAGCTTGGAACCCTGCAGCCTGCCCTGTTGAACGGAGGATGTCATGAACAAATTCTATTCGATATGAGCACGTCGGAGCATGAGCGGGCATGGGTACGACCCATTCTAAATGCCATTGAACGCTCGAACCTGATGACCCTTCACTATACGAGTACATCCGGCAGCCGCTCGGAGCGGCAAGTGGAGCCGCTGCAGCTGTACTGGGAACAAGGCGTGTGGTATTTGGAGGCCTACTGCTTGTTAAAGCAGGGGAAACGAATCTTCAGAGTATCGCGCATATTCAGTCTTGAAATATCCACCGACACGTTCATCCCAAGAGGAAACCTGGTGCGGGAGGATCAGGAGGCGGTGCAGGGGATACAGGCTCATCTCCGTTTCGATTCATCCGCCGGACCGAGGGTGACCGAGCAATTTCCGGAGGCTTTCATCTCCGGGGAGGGATTCCTAGATGTCCGAACGGTGTTCTATACCAAAGCCTATGCCATCTCGGTGATTTTAAGCTACGGTGCAAAGGTGGAGATCATCTCTCCGCCGGAATTGAAGGACGAACTGCTGCAGGAGCTGGAGGAAATCCGTAAACGTTATGAATGA	MKLDRLLGITMELLTKQRVTATALAARYEVSVRTIYRDVDLINQAGIPVASYPGADGGFELMNGFYLTRQHFSVDDFLAIYNLLKGVEGTVKGRYTSILNKLGTLQPALLNGGCHEQILFDMSTSEHERAWVRPILNAIERSNLMTLHYTSTSGSRSERQVEPLQLYWEQGVWYLEAYCLLKQGKRIFRVSRIFSLEISTDTFIPRGNLVREDQEAVQGIQAHLRFDSSAGPRVTEQFPEAFISGEGFLDVRTVFYTKAYAISVILSYGAKVEIISPPELKDELLQELEEIRKRYE				NA	NA	NA	NA	NA
JZ016_02349	186			hypothetical protein	ATGAGAGTGATGCGATCGAAACTGCTTCGGTATGCTCCATATACGAAGGCGGTTGCGGCCCATATGGAAGCGAACAACCACTGTCTTGTGAAAAGAGAGGAGCTGTCAAGTCGTCTGACAGCGGAAGATCTGCGCGCCCAAATCGAAATTCCGCAGGATGGCGAATGGGTCGAATGGAACGCGTAA	MRVMRSKLLRYAPYTKAVAAHMEANNHCLVKREELSSRLTAEDLRAQIEIPQDGEWVEWNA				NA	NA	NA	NA	NA
JZ016_02350	1272	iolG_19		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGACACAATTGAAAGCCATATTGATCGGGGCCGGCGCTCGCGGCGCCGGGGGGTATGCCCCCTATGCCCTGGATTACCCGCACGAGTTGACCTTCGTGGCCGTGGCCGAGGCCGATCCGGCGCGGCGCATCCGATTTGCCGAGAGGTTCGGAATTCCGGCGGAACAGTGCTATGAATCCTGGGAGCCGCTGCTGGCGGAGCCAAAGCTTGCCGATATCGCCGTCATTTGCACGCAGGATCGCATGCATTATGGCCCAACCATGCAAGCGCTGGAGAAACAGTATCATGTACTTCTGGAGAAACCGATGTCTCCGGAACCGAAGGAGTGTCTTGAGATGGAGCAGGCGGCCATTCGCAACAACCGGCTGCTGACCATATGCCATGTTCTGAGATATACCCCTTTTTGGAGTACTATCAAACGCGTGATTCAGGAAGGGACCATCGGTGAGGTGGCTTCGATCCAGCTGAACGAGAATGTGGGATACTGGCATATCGCGCACAGCTTTGTGCGGGGGAACTGGAATCATTCCGACAAGGCCAGCCCGATGATACTGGCCAAATCCTGTCATGACATGGATGTGCTGTCGTGGCTGATGGACCGGCCTTGCACGCAGGTCACTTCGTTTGGCTCCCTGATGCATTTCCGTGAGGAGCAGGCCCCCGAAGGTTCGGCCGACCGCTGCCTCGATTGCCAGGTAGAAGCAACCTGTCCATATTCGGCCCCCCGGTTTTACTTGAGCGATCAGTACAAGGGATGGGCGGGGCATTTCACCCAGGAGCTGACCAAGCCGAATATCATTCAGGGGCTTCGCGATACGGACTATGGCCGCTGCGTATATCGGAGCGATAACAATGTGGTCGATCATCAGGTCGTCAACATGGAGTTTGAAGGCGGCGCCACTGCAATGTTCAGCATGTGCGGGTTTACGTATGAACAGGAGCGCAGAATTCAGATCATGGGCACCCGCGGCGAGCTTCGGGGAGAGGAAGGCAAGATTACGGTTTACGATTTCCTGACCGGGCAGAAAACGGAGATTACGATTCCTTCGCAGTCGAGCGGACATGGCGGGGGCGACAGCGGAATTGTGGCGAGCTTCCTGAAGGAGGTTCGGAGCTATAACGGGCAGGAGAGCCTGACGTCGGCCAGTGCCTCCGTGCGGAGCCATCTGATTGCGTTCGCAGCGGAGAAATCGAGGCTGAATCACGGCCAATCCATCAATTTGAACGAATATGCGCGGGAATTGATGGCAGAAGAAAATGCGGTGAAATAA	MTQLKAILIGAGARGAGGYAPYALDYPHELTFVAVAEADPARRIRFAERFGIPAEQCYESWEPLLAEPKLADIAVICTQDRMHYGPTMQALEKQYHVLLEKPMSPEPKECLEMEQAAIRNNRLLTICHVLRYTPFWSTIKRVIQEGTIGEVASIQLNENVGYWHIAHSFVRGNWNHSDKASPMILAKSCHDMDVLSWLMDRPCTQVTSFGSLMHFREEQAPEGSADRCLDCQVEATCPYSAPRFYLSDQYKGWAGHFTQELTKPNIIQGLRDTDYGRCVYRSDNNVVDHQVVNMEFEGGATAMFSMCGFTYEQERRIQIMGTRGELRGEEGKITVYDFLTGQKTEITIPSQSSGHGGGDSGIVASFLKEVRSYNGQESLTSASASVRSHLIAFAAEKSRLNHGQSINLNEYARELMAEENAVK				NA	NA	NA	NA	NA
JZ016_02351	1623			hypothetical protein	ATGAAGCTGAAGCAATGGGGAAGTCTTCTGTTGACCTGCATGTTATCGGTATCGCTGGCGGTGGGCTGCAGCTCGAAAGGCTCGGGAGGAACGGCTCAATCGGACCCTTCGAGTGAAGGGAAATCCGCGATAAATGAAACGGGTTTTCCGATTGTCGACGACAAGATGACGGTGACCGGTTTTGCCGGAAAGTTCTTTGCCAACGCCGACTGGAACAACATCAGGCTGTGGCAGGAATATGAGAAAATGACCAATATTCAGGTGCAGTGGGACACGGTGCACAAAGACAATTTGGCGGAAAAACGGAACTTGCTGCTGGCCGGCGGCGATTATCCGGAAATGTTCTATGCTTCCGCATTTCCAAGGACAGACCTGCTGAAATACGGCAAGCAGGGCGCTTTTATTCCGCTGAATGACCTGATTGATCAACACGCTCCGAATTTTAAAGCCCTCATGGAAAAGTATCCGGTTATCGAGAAGGGGATTACAATGCCGGACGGCAACATTTACGGGCTGCCGACGATATACGATCCGGAATTCCGGTCCGTGCTGTACGGAACGCCGTGGGTGAAGTCGGAGTGGCTGACCAAGCTTGGCCTTCAAGAGCCGCAGACGCTGGATGAATTCTACGATATGTTGAAGGCGTTCAAAGAGAAGGATCCGAACGGCAACGGCCAGAAGGATGAATATGCCTGGGGCGGCGTGGGGACTGCCGGCATCGTCAACTATTTGCGCGGCTCGTTCGGTCTCAATTATCACGGAACTTCGAACATTAACGTGGATACCGATCCGGCGAGCGGAAAGGTCCGGTTCATTCCGACGGATCCAAGATACAAGGAACTGCTTCAATTCGTGAACAAGCTGTACAAGGACGGCCTGCTGGAGCAGGATATCATGTCCGTGAAGAGCACGGAGGTGGACGCCAAAGGCGTTGAAGGCCTTCTCGGCGTTGTTGATAACGTGGATCCGGTCGCCATCTACAATCAGGAGGGTTATGTGGGGCTGCCGGTATTGAAGGGGCCGCACGGCGACCAGATGTTCAGCGCCACGGGCTCTCCGCTGGGGAACATCGGGATGTTTGTACTGACCGATAAAGCGAAGAATCCGGCCGCGCTCATCCGCTGGATGGATTACTTCTACAGCGACGAAGGCATCCGCATGTTCTTCATGGGCTGGAAAGACGAAACGTATAAGGAAGATGCAGAAGGCAATGTGGATTACGTGGACGACATCAAGAACAATCCGGAAGGTCTCAATCTGGACCAGGCGGTAGGTCAGTATCTGATATGGCCCGGCGGATATTATCCGGGCTTCGTGACCCAGAAGTATTTCAAGGGAGCGGAAGGCCTACCGACTTCTGTAGAGAACGCAAAAAAAGCCGAGCCGTACGTCATCCCTCAAGACAAGGTCTGGCCGCCGTTTAACTTTACGGCCGATGAGCAGTCCGAGCTTACCGGTATCCAAACCGACATTCACACATACGTGGATGAAATGCGGGATAAATTCATAGCTGGGAACGAGTCCTTTGATAACTGGGACCAATATGTAGCTAACCTGCAAAAAATGGGCTCGGAGCGCTATCTGGCCATTTACCAGTCCGCGGCAGATCGATATACCAAATAA	MKLKQWGSLLLTCMLSVSLAVGCSSKGSGGTAQSDPSSEGKSAINETGFPIVDDKMTVTGFAGKFFANADWNNIRLWQEYEKMTNIQVQWDTVHKDNLAEKRNLLLAGGDYPEMFYASAFPRTDLLKYGKQGAFIPLNDLIDQHAPNFKALMEKYPVIEKGITMPDGNIYGLPTIYDPEFRSVLYGTPWVKSEWLTKLGLQEPQTLDEFYDMLKAFKEKDPNGNGQKDEYAWGGVGTAGIVNYLRGSFGLNYHGTSNINVDTDPASGKVRFIPTDPRYKELLQFVNKLYKDGLLEQDIMSVKSTEVDAKGVEGLLGVVDNVDPVAIYNQEGYVGLPVLKGPHGDQMFSATGSPLGNIGMFVLTDKAKNPAALIRWMDYFYSDEGIRMFFMGWKDETYKEDAEGNVDYVDDIKNNPEGLNLDQAVGQYLIWPGGYYPGFVTQKYFKGAEGLPTSVENAKKAEPYVIPQDKVWPPFNFTADEQSELTGIQTDIHTYVDEMRDKFIAGNESFDNWDQYVANLQKMGSERYLAIYQSAADRYTK	PGPT0017245_1730	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02352	885	melC_8	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGCAAATTGAAACCAGAGGGGACCGCATTTTTAATGTTATCAATTATACGATTCTGATCCTGGTTACCATCATTGTCATGTACCCGCTGGTTTTTGTGCTCAGCGCATCGTTTAGCGACCCGCAGGCGGTTCTGAGGGGCGAGATGCTGCTGTGGCCCAAGGGCGTTAACCTGAATTCCTACGTAAAAATTTTTCAGAACAAGGATATCATCAGCGGCTTTTCCAACACGCTGGTATATACGTCGCTTGGCACGTTCATTAATCTCACGATGACCATCCTTGCCGCCTATCCGCTGTCCCGGAAGGATTTTGTCGGGCGAAATGCGATCATGGCGCTGCTGGTCTTCACGATGTTTTTCAGCGGAGGACTCATTCCTACATATTTGCTGATCAAGAACCTCGGCATGCTGAATACGCTCTGGGTCATGATTATCCCGAATGCCGTATCCATCTGGAACATCATCATTATGCGCACCTTCTTTCAGCAGTCCATACCCGGCGAGCTGCAGGAGGCCGCGACGATTGATGGATGCTCGAACATTAAAATCCTGACCCGTATTATACTGCCGCTGTCCATGCCGATTATCGCTGTGACCATATTGTTCTATGCGGTCGGTCATTGGAATGCGTTCTTCAATGCACTTCTGTATTTATCGGATAAAGATAAATTTCCGCTGCAGCTCATCCTGCGCGAAATTTTGATTCAGGGACAAACGAACGATATGGTCAAAATGTCGACCGAATCGGCGATCAAGCAGCAGAGGGAAGTGGAGGGCATTAAGTACGCGGTGCTGGTCGTGGCGAATATTCCGGTGCTGGCCCTCTATCCGTTCCTGCAGCGATATTTTGTCAAAGGCGTGATGATTGGGGCCATCAAAGGATAA	MQIETRGDRIFNVINYTILILVTIIVMYPLVFVLSASFSDPQAVLRGEMLLWPKGVNLNSYVKIFQNKDIISGFSNTLVYTSLGTFINLTMTILAAYPLSRKDFVGRNAIMALLVFTMFFSGGLIPTYLLIKNLGMLNTLWVMIIPNAVSIWNIIIMRTFFQQSIPGELQEAATIDGCSNIKILTRIILPLSMPIIAVTILFYAVGHWNAFFNALLYLSDKDKFPLQLILREILIQGQTNDMVKMSTESAIKQQREVEGIKYAVLVVANIPVLALYPFLQRYFVKGVMIGAIKG	PGPT0017255_1956	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02353	960	yteP_36	COG4209	putative multiple-sugar transport system permease YteP	TTGGCAAATACGCCCCTGCACTCCGCAGCAACCGTGGTTCCCGAAACGAAACGTAAGCGCTTACTGTGGAATCGCGTCTTACGCAATTGGCAGCTTTATGCCCTGATTTCACCGGTCATCGCTTATTACATCCTGTTCCAGTATGTTCCGATGTACGGCATCCAGATCGCCTTTAAGGATTTTATAGCAACGCAGGGGATATGGGGCAGTCCCTGGGTCGGCTTTGAGCACTTCGATCGCTTTTTCAACAGTTATTATTTCTGGCGCCTGATCAAGAACACGCTGGGCATCGGTTTATACAGTCTTGCCGTCGGTTTTCCGATCCCGATTATTCTGGCTTTGCTCATGAACGAGGTTCGGGCTGAACGGTTCAAGAAATTCGTGCAGACCATCACATATGCGCCTCACTTTCTCTCTACCGTGGTCGTTGTCGGGATGATGATGATTTTCCTGTCGCCCCGTTACGGCATCATCAATCATTTTATTGAAATGTTCGGCGGTCAGCCGATCAATTTCATGACTGAACCCTCTTGGTTTAAGTCTCTTTACGTTCTGTCGGATGTATGGCAGACCATGGGCTGGAGCTCCATTATTTATTTGGCTGCCCTTGCCGGCATTGACAACCAGCTGCACGAAGCGGCGCGCGTCGATGGTGCAACCAGGCTTCAGCGCATATGGCATATTAACATCCCTGGCATCATGCCAACGATCATCATCCTCTTGATCCTCAATATGGGCAGCATTATGGGTATCGGGTTCGAAAAGGTTCTCCTGATGCAAAACAACCTGAATATGGAGAGCTCCGACATTATAGCCACCTACGTCTACCGAATGGGGATCCAGAATGCCGAGTACAGTTTCTCCGCTGCCATTGGATTGTTTAATTCCATCATCAATTTTGTCCTGCTGGTTGTTGTGAACTTTATTTCGAAGCGCGTGAGCGAGACCAGTCTTTGGTAA	MANTPLHSAATVVPETKRKRLLWNRVLRNWQLYALISPVIAYYILFQYVPMYGIQIAFKDFIATQGIWGSPWVGFEHFDRFFNSYYFWRLIKNTLGIGLYSLAVGFPIPIILALLMNEVRAERFKKFVQTITYAPHFLSTVVVVGMMMIFLSPRYGIINHFIEMFGGQPINFMTEPSWFKSLYVLSDVWQTMGWSSIIYLAALAGIDNQLHEAARVDGATRLQRIWHINIPGIMPTIIILLILNMGSIMGIGFEKVLLMQNNLNMESSDIIATYVYRMGIQNAEYSFSAAIGLFNSIINFVLLVVVNFISKRVSETSLW	PGPT0017250_1147	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02354	1044	cytR	COG1609	HTH-type transcriptional repressor CytR	TTGGCTAAGCTCAAAGATATTGCCGAACGGGTCGGGGTATCCATATCTACGGTTTCGCGTGCCATCAGCAATGATGCAAGCCGTCCGGTCAGCGAGGATACCAAGCAGAAAATCCGGCAGGCGGCGCTTGATCTTGGTTATAAACTGCCTGAGTCATCCCAAAGCGTACATGATAACGGCATAGCCGATAAGCGGGTTGTCTGCGTCGTTCCCCAAAACCTGATGGACGACCACCCGTATTTCTCAACGGTTCTTGCCGGTTTCCATAAAAAAATGGAGGAGCTCGGACAGCCCCCGGCGATCGTTCGTACATGCGAGGAAGTCGCCGATGCGGACAAAATACGCCTCATGCTGAGGGAGACAGGAGCTCAGGGGATTGTAGCCGTCAGTTGGTATGACAAGGAGCTGTTTGAACTGATACAGCAGGCCGGCGTTGCCATCATGGGAGTGAGTTTGAATGATGAGCGGCTGACCGTACCGGTTGTAGACTGTGACCGGATTTCATCCGCGAGGGCAGCCGTAAGCCACCTGATTGACCAGGGACACACGCGAATCGCCTATATCGGGGGGCCTGCGTATTCCAAGCAGATGGAGAGCGAAGAACGGTATGTTGGATATAAATTCGCTATGCTGGAAGCCAACCTGGAGGTGCGCGAGGAGTGGCTGATGAATACCGGATGGAATGTGGATCGAAGCTTCAGCAAGCTGTCCGAGCTGCTCGGAGGCCTTCCCAAAGAGCAATGGCCAACGGCTGTTTTTTGTGCCAGCGACATGCTGGCCATTCCGGCGATGCGTGCCGTTGTCGAGAATCAAGGCAGAATCCCGGAAGATATCGCGATCGTGGGGATGGATAACATTGATGTGGCCCAGTATACAACGCCCCCGTTAAGCTCTGTCTCCGTGCCGAAGTATGAAATCGGCAGGGTAGCTGCCAAATCAATCGTGGATTATTTGGACGGGCATTTCAAGGTGGCAACCAAAATATTGCTGCCATGCTCATTGATTGTTCGGGAGTCTTCAAGTTTTACCAGAACATACATTTAA	MAKLKDIAERVGVSISTVSRAISNDASRPVSEDTKQKIRQAALDLGYKLPESSQSVHDNGIADKRVVCVVPQNLMDDHPYFSTVLAGFHKKMEELGQPPAIVRTCEEVADADKIRLMLRETGAQGIVAVSWYDKELFELIQQAGVAIMGVSLNDERLTVPVVDCDRISSARAAVSHLIDQGHTRIAYIGGPAYSKQMESEERYVGYKFAMLEANLEVREEWLMNTGWNVDRSFSKLSELLGGLPKEQWPTAVFCASDMLAIPAMRAVVENQGRIPEDIAIVGMDNIDVAQYTTPPLSSVSVPKYEIGRVAAKSIVDYLDGHFKVATKILLPCSLIVRESSSFTRTYI	PGPT0021075_397	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499	NA	NA
JZ016_02355	1185	pbuE_6	COG2814	Purine efflux pump PbuE	ATGACGGGTGCTTGGAAAATTTACTTTTTGGCAATCGTTAGTTTTTTAGTAGGAACATCGGAGTATATTATATCGGGAGTTTTGGATAAAATTGCGGATTCGTTAGGAATTACGATAACCGCAGCCGGTCAGCTGATCACGATTTTCTCATTGGTCTATGCGATCTTAACCCCCGTTCTTATGGCACTGACCGCTAGAATGGAGAGACGGAAGCTGTTGGTTTATTCATTGGGTATTTTTGTGATCGCAAATCTGCTGTCATTTGCCCTTCCGGGGTATATTCCGTTTGTAATTGCGCGCGTTATTATGGCGATGGGCGCAGGAATGGTCGTTGTAACTGCACTCGGGATTGCCGCCAAAATCGCGCCGCCGGGCAAACAGGCGAGTTCGATCGCTACGGTTGTCATGGGCTTCACGGCTTCCCTGATTATCGGCGTCCCTCTCGGCCGTGTCGTAGCTGCTGCTTTTGGATGGAAATCAGTGTTCGGTTTCATTGCCATTCTGGGGGTTGTTTCCATGATCGTGCTGTACAAGGCGATTCCCCACACCAAAGGAGATGCTCCCGTACCACTGCTCCAGCAATTCGCACTGCTCAAAAAGCCTAAAGTCGCACTCGGTTTGGCGATCACCTTCTTCTGGCTGGGCGGGTATTCTATTGCCTATACGTACCTGTCTCCTTACCTTCTTCATGTTAGCGGTCTGAACGAAGGTCTGATTAGTGCGGCGCTGTTTGCCTTTGGCATTGCCAGCCTTATTGGCTCCAAGTTCGGCGGATTCAGTACGGATCGATGGGGAGTGCCGCTTACATTAACAGGGGGCATGATGCTGCATATTCTCGCGTTAATCGTTCTGACTTTTACTCAAGCAGCCGTATCGGCCATCCCCGTATTTGCAATTCTTGTTATATGGTCGTTATCCGCCTGGTCTTCCGGTCCGACACAGCAGTATAATCTCGTTCAGCTGGAGCCGAATTCATCGGGGGTCATGCTAGGCCTGAACCAATCCGTGATGCAGCTCGCCATGGCTGCTGGCGCAGGCATCGGAGGAGTTGCCGTTGAGCAATGGTCCTTGTCATCCATCACCTGGATCGGTGCCGGGGGCGTTGCCATAGCCATGGTCGTGTCGTTTGTACTTTTCCGTTTAGGAAAGCGGGAGAGCATGGGGCGCGCGCCATTGGAAGCTTAA	MTGAWKIYFLAIVSFLVGTSEYIISGVLDKIADSLGITITAAGQLITIFSLVYAILTPVLMALTARMERRKLLVYSLGIFVIANLLSFALPGYIPFVIARVIMAMGAGMVVVTALGIAAKIAPPGKQASSIATVVMGFTASLIIGVPLGRVVAAAFGWKSVFGFIAILGVVSMIVLYKAIPHTKGDAPVPLLQQFALLKKPKVALGLAITFFWLGGYSIAYTYLSPYLLHVSGLNEGLISAALFAFGIASLIGSKFGGFSTDRWGVPLTLTGGMMLHILALIVLTFTQAAVSAIPVFAILVIWSLSAWSSGPTQQYNLVQLEPNSSGVMLGLNQSVMQLAMAAGAGIGGVAVEQWSLSSITWIGAGGVAIAMVVSFVLFRLGKRESMGRAPLEA				NA	NA	NA	NA	NA
JZ016_02356	312			hypothetical protein	ATGATACGTATGAAACCAATCGAAGTTTTTAAAGCGCTGTCCAATGAATCAAGGCTTGAAATATTGCAGTGGCTCAAGGAACCGGAACAACATTTTACACCCCACGAAGGGATTGATATGAGGAAAGTCGGGGTATGCGTAACCCAGGTGACCGAGAAATTGAATATGACGCAGTCCACCGCATCGCAATATTTATCGATTCTGCATCGGGCGGGTTTGATCAAGACGGAGCGGCTTGGGAAATTTACGTATTATAAGCGGGATGAAGAGGCTATCCGAGAAATTGGAGAGTATTTAAAGCAGGAGATTTAG	MIRMKPIEVFKALSNESRLEILQWLKEPEQHFTPHEGIDMRKVGVCVTQVTEKLNMTQSTASQYLSILHRAGLIKTERLGKFTYYKRDEEAIREIGEYLKQEI				NA	NA	NA	NA	NA
JZ016_02357	1212			hypothetical protein	ATGAGCTTGCATGATATGAGCGGCAAACAAGCCGTATTCTTCGAGCGAATCATGGGGCTGCCGGTCTTCGATACCCATACTCACCTTATCGGTGACCGGCTCGGTGCAAGGGATTTTTGGGAAATCGCCCATTACTTCTGGTTTTACCGAGAGCTCCAAGCTGGAGGATACCCGGATGAAGCGGATAAATTACCGGAGGAGGAGCGAATTGCCGCTTTTCTAAAAGCCTATCGATCAACGAGAAGCACGCTGATGAACTGGGTATTTACCTCCATTATGCGTGAGTTATACGGAGTCACCATCAAGGATGAACATTCGGTGCGGGAAGCCATGGCTCGCGTACGGCACGCATCGACCGAAGAGGGCTGGGCACAGCAAACGGCTGACCGGATGAATATCCGCCGGTTTGTCGTGAATCATCCGGAGCATGCAACGTTTCAAGGCATGCGGGATGATGCTGTACTGATCCCCCGGATTGACGGAGTGCTGGGTCCATGGGTTGACCGCATCGTGCAATCTAATGATCCTGCCAGGACTTTACTTGATGTGGGAGACGAGATTGACCTGCTGCTTGACGGATTTCGCGAAGCCGGCCTCCCGGGCATCATGACAACGCTGCCGCGGTATGAGTCGAGTTCGCACATCCGTAAGGAGATTGGGCCGGCAAGCGGGCGAGACGACATTCTGATGGAGCTGTTGCACGTCATATGTGGTGCTGCGGATCGGAACGGCCTGCTCGTTCAACTGTCTCTCGGAGTAGAGAGATCATGGTGCGGCACGGCGTTCCCTGCCAATGATACAGAGCGGATTCTTAAGCTGACGGCTTTGTTTGAGTCGTACCGATGTGAATTTGAGCTTGTGCTTGCATCGGAGCTGAACAATCTCGATGCCGTGCAGGCGGCCTGGAATTTCCCGAACGTTCATGTCGGCGGCATGTGGTGGTTCAACTTCCGGGCGAGCACCTACCGGGACAGCATGCAGTACCGTCTGGAGGCACTCCCGGCAAGCAAGAACTCGATTATCGTCTCGGATGCCCGATGCATGGAATGGAGTTACGGCAAGATTTTGCTTGTGAAGAAGCTGGCTGCCGAGTTTCTGTGGGAGCGGCTCCTATCTGGCTGGATCGACGAAGAGACGGCGCTGGATACGGCAAACGAATGGTTCTACGCGAGTGCCGTAAAACGCTATGGCATTCGTACGGAGGATCAGTAA	MSLHDMSGKQAVFFERIMGLPVFDTHTHLIGDRLGARDFWEIAHYFWFYRELQAGGYPDEADKLPEEERIAAFLKAYRSTRSTLMNWVFTSIMRELYGVTIKDEHSVREAMARVRHASTEEGWAQQTADRMNIRRFVVNHPEHATFQGMRDDAVLIPRIDGVLGPWVDRIVQSNDPARTLLDVGDEIDLLLDGFREAGLPGIMTTLPRYESSSHIRKEIGPASGRDDILMELLHVICGAADRNGLLVQLSLGVERSWCGTAFPANDTERILKLTALFESYRCEFELVLASELNNLDAVQAAWNFPNVHVGGMWWFNFRASTYRDSMQYRLEALPASKNSIIVSDARCMEWSYGKILLVKKLAAEFLWERLLSGWIDEETALDTANEWFYASAVKRYGIRTEDQ				NA	NA	NA	NA	NA
JZ016_02358	1545	lipO_14	COG1653	Lipoprotein LipO	ATGAGTGCGCTAATCGCCGTAACAGCGGTTGGCTGTAATGGTGCCAAGGAAGCGGATGGAGGAACCTCCGGCTCATCAAGCGCTGCCGCTGATGGCAAGCTGTCTTTCACGATGTCCATGGCAACCAGCGGAAACAAACATGCCGAGCGTTCGAAGGATGTAAATGAAGAGAGATGGGTGAAGGAGCTTGAGAAGCTGACCAATACGGATATTGAACTGACGATGCTTCCGCTGAAGGACTTCGACAGCAAAATGACTTTAATGTTTGCCTCCAATGATATTCCTGACGTCGTTCAGAACGTGGGAGGGGCTACAAGCAAGGGAATGTCCGGTTCCGTAGAAGCAGGCGTATTTATGCCGCTTGACGATTTGCTGAAGGAGCATGCTCCGAACTTGATGAAGAGTGTGCCGAAGGAAGCCTGGCAGGAGACAAGCTATGACGGCAAAATTTACGGAATACCGGCATGGCTGTCCAACCCGTCCCGGAGAGGGCTGTATATCCGGACCGATCTGCTGGAGAAGACAGGGCTCCCTGCTCCAAAGACAGTGGATGAATTTCTGGACGTGATGCGTGCGATGAAAAAGGAAGGCGTGGAGTTCCCGTATCAAATGCGGGAGAACTTTAAATATGCGGACACGATTCTGGGAGCGTTCGACGTGCTGCCATCACAGTACGAACACCAGAACGGGGAGGTCGTTCCCAAGTTCTTCGACGTGGACAATATGACGAAGGCGCTCGAGACCTATAAGACCATGTACGATGAAGGTCTGATTCCTAAGGATTTTGCGACCCTGACCTCGAGTGATTATGGCAAAAACATTGAGAGCGGTAAATCCGGCATGTGGTCAGCCAATGCCCAGCTTCTCTCGGGATTCCGCGGTAAGTTGAAAAATGCCGTGCCGGATGCCAAGGTCGATATCATTGCTTCGCCGCGCGGTCCGGAGAACACAGGAGGCCATCTGCTGTATTCAAGCATCAATACATCCTACTATATTAACAGCAAGGTCTCAGAAGAGAAGGCCGTCGGCATTATCAAGTTTTTTGACTGGATGCTGACGCCGGAGGCAGAGACATATTTCTCGTTCGGCATTGAAGGCGAAACGTTCACCCGGGAGAACGGCGCGGTCAAGTTTACGCCTCCATCCACGCCGGAAGCGATGGATGAAGACGGCTTCCGCAGCATGTTCTGGTTCGTCCACGATATGGTATACAACAAGGCAAAGGAAGAGCTTACCGAGGACGGACAGGATATGATCAAGTTCATGGATACGGTGGTCTTCAAGGAAGGTCTGGGGTCGATCCGCTTCTCCCCGGCATTGGACGCTTATTCCAAATATCCGGATACCGCGCCGCAAGGCGATGACGTGGGGCCTAAGCTCGTTCTTGATCATATGATCAAGATGATTTATGGCAGAGAGCCGATCTCGGATTGGCCGAAAGTGATTGAGGAATACAAGAAGAAGGGCGGCCTTGAGATCATTAAGGAAGCCACGGACCGTTACAACGAAGGGAAGGGCATTGTCGTCTCGGAAAACCGGAAATAA	MSALIAVTAVGCNGAKEADGGTSGSSSAAADGKLSFTMSMATSGNKHAERSKDVNEERWVKELEKLTNTDIELTMLPLKDFDSKMTLMFASNDIPDVVQNVGGATSKGMSGSVEAGVFMPLDDLLKEHAPNLMKSVPKEAWQETSYDGKIYGIPAWLSNPSRRGLYIRTDLLEKTGLPAPKTVDEFLDVMRAMKKEGVEFPYQMRENFKYADTILGAFDVLPSQYEHQNGEVVPKFFDVDNMTKALETYKTMYDEGLIPKDFATLTSSDYGKNIESGKSGMWSANAQLLSGFRGKLKNAVPDAKVDIIASPRGPENTGGHLLYSSINTSYYINSKVSEEKAVGIIKFFDWMLTPEAETYFSFGIEGETFTRENGAVKFTPPSTPEAMDEDGFRSMFWFVHDMVYNKAKEELTEDGQDMIKFMDTVVFKEGLGSIRFSPALDAYSKYPDTAPQGDDVGPKLVLDHMIKMIYGREPISDWPKVIEEYKKKGGLEIIKEATDRYNEGKGIVVSENRK	PGPT0017245_2737	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02359	813	hcaB_2		3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase	ATGAAGACCATTTTAATTACAGGCACTTCCTCAGGAATTGGAAGAGGAACCGCACAGTATTTTTGGGAGCGAGGATGGAACGTTATCGCAACCATGCGTTCGCCGGAGAAGGAGATGGAATTCATTCAGCGAGAGCGTATGCTGGTCACAAGACTCGATGTTGTACGGAAGGAAACGATCGAAACATCCATCGCTGAAGGGATTCGGCAATTCGGTAAAATCGATGTGCTGCTGAACAATGCAGGCTACGCAGCCATTGGCGCATTTGAAGCCGCAACGGATGAACAGGTAAGAAAACAGTTTGATGTCAACGTATTTGGTGTCCTCCAGACAACCCAGTCTATACTCCCCCATTTCAGAATGAACGGCGAGGGAACTATCATCAATGTATCATCCGTTGGCGGCAGAGTTGCCTTTCCTCTTCTGTCTTTGTATCATGCGAGCAAGTGGGCCATCGAAGGGTTCTCGGAGTCCTTGTTCTATGAGCTGGCTGCACAGAATATTAAGGTGAAAGTTGTAGAGCCCGGAAACGTTGCAACAGACTTTACCGGACGTTCATTGGATCTGCTGTCACACCCTTCGCTGAATGCTTATGCAGCCTATTCAGAAACGGTGCTGCAAAAACAAATGGCCAGCTTTGAAACCAACGTCTCCACACCGGAGTTAATTGCGGAAACCATTTACGAAGCGGCTACAGATACATCCTCCCGTTTCCGCTATTTATCCGGAGCGGATGCTCATTTCTTGTTGGATTTGCGAAGCAAAGCCTCGGAGGAGGAGTTTATGGCGGGGATCACGCAGCAGTTCAGCTGA	MKTILITGTSSGIGRGTAQYFWERGWNVIATMRSPEKEMEFIQRERMLVTRLDVVRKETIETSIAEGIRQFGKIDVLLNNAGYAAIGAFEAATDEQVRKQFDVNVFGVLQTTQSILPHFRMNGEGTIINVSSVGGRVAFPLLSLYHASKWAIEGFSESLFYELAAQNIKVKVVEPGNVATDFTGRSLDLLSHPSLNAYAAYSETVLQKQMASFETNVSTPELIAETIYEAATDTSSRFRYLSGADAHFLLDLRSKASEEEFMAGITQQFS				NA	NA	NA	NA	NA
JZ016_02360	1164	sotB_3		sugar efflux transporter	TTGCCTTTATCCATTTATATATTAGGACTTATGATTTTCTCGATGACAACCTCTGAGTTTATGGTAGCAGGCATTATGCCTTCGCTTTCGGAAGAATTCGGCGTTTCGGTTGCAGCCATCGGTTATCTCATTACCGCTTATGCCGCCGGCATGATTATAGGAGGACCGCTGCTGACGGTAGGGCTATTGAAGGTGCCGCGCAAACAGGCCTTTTTGATATTGGCTGCCATTTTTCTTGTCGGTCAGACGCTGGGTGCTGTCGCGGCCACATATGAAGTGATGATGGCTGCCAGAGTGATCACGGGTATCTCCTCTGCAGCGGCGTTTGGCGTCTCGCTTGCGATTAGCTTTTCCCTCGTCGGCCCGGAATCGCGTGGAAGGGCGGCGTCGATCGTCCTCGGCGGTTTAATGGTTGCAACGGCGATCGGACTTCCGCTGGCGATGTGGATCGAGCAGCTATTAGGCTGGCGTGCCAGCTTCTGGGCTGTTGTGGTTCTGGTATTGGCATCGGGCCTGGTGGGGCTGTTTACGATCCCATCCTTGCCCAGAACGGAATCGGCCGGCATTCGTGGAGAGTTTGTTGCCTTCAAGAATCGCCATCTATGGGCTGCATATGCCACAAGCATGCTGATTATCGGAGCTACCTTTGCCGCATTCAGTTATTTCTCGCCGATCTTAACCGATCTTACCGGCTTTGGCGTTCAGGCGGTACCGATCCTGCTTGGCGTTTACGGTGTGGCGACGGTGCTTGGCAACATGGTCACCGGCAGACTGGCGGATCATTATATGATGCAGATCCTCACCATTGGGTTGGTCGCTCTAGCGGCGGCTTTAGTGGTATTCGGACTGTTTGTGCACAGCCAGGTGATCGCTATGATTGCGGTTGTGATCGTAGGTTTAGCAGGTGTGCCCATGAACCCGGCCATGGCGACCCGGGTCACCCGGGTTGCCGATACGGGGTCGCTTGTTACGACGGTGCATGGGTCCGTGATCAGCCTTGGCGTTGTCGTTGGATCCTCCATCGGAGGGATGGCGATGGATGCTGGTTTTGGCTTGGCGTCGCCTCTATGGGTTGGGGCGTTCTTGGCTGTTCTCGGTTTGCTGTCCTTACTGCCAGCCGTGCGAGGTAGGGGGAAAGCACAGCCTCTGTCTTCCGATCAATGA	MPLSIYILGLMIFSMTTSEFMVAGIMPSLSEEFGVSVAAIGYLITAYAAGMIIGGPLLTVGLLKVPRKQAFLILAAIFLVGQTLGAVAATYEVMMAARVITGISSAAAFGVSLAISFSLVGPESRGRAASIVLGGLMVATAIGLPLAMWIEQLLGWRASFWAVVVLVLASGLVGLFTIPSLPRTESAGIRGEFVAFKNRHLWAAYATSMLIIGATFAAFSYFSPILTDLTGFGVQAVPILLGVYGVATVLGNMVTGRLADHYMMQILTIGLVALAAALVVFGLFVHSQVIAMIAVVIVGLAGVPMNPAMATRVTRVADTGSLVTTVHGSVISLGVVVGSSIGGMAMDAGFGLASPLWVGAFLAVLGLLSLLPAVRGRGKAQPLSSDQ	PGPT0028991_3893	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577	NA	NA
JZ016_02361	1563	leuA_1	COG0119	2-isopropylmalate synthase	ATGGAACGCAATATTATCGTATTGGACACAACCTTGCGCGACGGAGAGCAGGTTCCGGGCGCCAAACTGAACGTACAGCAGAAAATCGAGTTTGCGCAGCAGCTAAAGCGGCTGAACGTCGATATTATCGAGGCTGGTTTTCCCGCGTCTTCGGCAGGGGATTTTCAAGCGGTTCAGGAAATCGCCCGAACCGTAGGCGATAGCGTCTCCATTACTGCGCTTGCACGCGCGGTGAAGGGCGATATCGATGCCGTATATGAGAGCATTAAGCTTGCGCAAAATCCGCTGATTCATATCGTGCTTGGCACCTCGAACATTCATGTGGAGAAGAAATTCAATCGCTCCAAGGATGCGGTGCTCCAGATGGGCGTTGATGCGGTGAAATATGCCAAAACACTGCTGCCTCATGTCCAGTATTCGACGGAGGATGCATCCAGGTCCGATTTTGAATATCTGTGGACAACGATCGAAGCCGTCGTGAAGGCCGGAGCAACGATGATAAACGTGCCGGATACGGTCGGTTATGCCGTTCCGGATGAGTTCGGCGAATTGATTCGCAAAATCAATGAACGACTGAAGAATCTGAACGACCAGGTTATTCTCAGCGTTCACTGTCATAACGATCTCGGGCTAGCTACGGCGAACACGCTCAGCGCAGTGAGAAATGGTGCCCAGAAAGTAGAATGCACGATCAATGGTTTAGGGGAGCGCGCAGGCAATACATCGCTGGAAGAAGTGGTCATGGGACTGAAGGTCCGGGAGAATCACTTTAAGGCCTCCACCAACATCCGGCTCAAGGAGCTGATTAGAACCTCCCGGCTGCTGACGCATTTGACGGGCCTGGATGTGCAGGTGAACAAGGCGATTACGGGTGAGAATGCATTCGCGCACTCATCCGGCATTCACCAGGACGGCCTGCTGAAGGATAAACAGGTTTATGAGATTATGTCGCCGGAGGAAGTCGGCGCCGACAGCATGGAGCTGATCCTGACGGCGCGGTCCGGAAGGCATGCGTTCAAGAATGCGGTGGAGAAGCTTGGCTTCGAGACAGGCGAAGGCGAAGATTTTGAAGCGCTGTTCGCGAAATTCCTGCAGTTGGCCGATGCCAAGAAGGAAGTATATGACCATGACGTTTTTTATCTGGTGACCCAACACCGTACCCATGAAGAAGTCAGCAGTCATCTGTATGAGCTGGATTCGTTCCAGGTCGTGACCAATGATCTGTATCCGACGGCAACGGTGAAGCTGAGAAAAGGCAGCGAGACGTTCAGGGACAGCATGGTGGGGGATGGCCCGATCGATGCGCTGTACAGCGCCATGAAAGCGTTGGTCGGTTTGGACGTACAGTTGAAGGATTACAAAATCAACAGTCTGTCCAGGGGAAAAGAAGCCATCGGCCGGGTAAACATTCGAATCGAATACCAAGGCAAAACCTATACCGGGCGCGCGATGGATACGGATATCATTAAGGCAAGCGCGTTGGCTTTTCTTAACGGGATTAACGCGGTATTGCTTGATGCCGGCCAGGATGTGCAGCTGCAAGCGCCGGTGGATGCACGATAA	MERNIIVLDTTLRDGEQVPGAKLNVQQKIEFAQQLKRLNVDIIEAGFPASSAGDFQAVQEIARTVGDSVSITALARAVKGDIDAVYESIKLAQNPLIHIVLGTSNIHVEKKFNRSKDAVLQMGVDAVKYAKTLLPHVQYSTEDASRSDFEYLWTTIEAVVKAGATMINVPDTVGYAVPDEFGELIRKINERLKNLNDQVILSVHCHNDLGLATANTLSAVRNGAQKVECTINGLGERAGNTSLEEVVMGLKVRENHFKASTNIRLKELIRTSRLLTHLTGLDVQVNKAITGENAFAHSSGIHQDGLLKDKQVYEIMSPEEVGADSMELILTARSGRHAFKNAVEKLGFETGEGEDFEALFAKFLQLADAKKEVYDHDVFYLVTQHRTHEEVSSHLYELDSFQVVTNDLYPTATVKLRKGSETFRDSMVGDGPIDALYSAMKALVGLDVQLKDYKINSLSRGKEAIGRVNIRIEYQGKTYTGRAMDTDIIKASALAFLNGINAVLLDAGQDVQLQAPVDAR				NA	NA	NA	NA	NA
JZ016_02364	1071	aroA_1	COG1605	Protein AroA(G)	ATGAGTCAAGGACGTTTGGAACAATTAAGATCGGAGCTGGATTCCGTTAATCTTCAACTGCTGGAGCTGTTGTCGGAGCGGGCACGTATCGCCCAGGAGATCGGTCAGGAGAAGCAAAAGCAGGGAGTTCCTGATTTTGATCCGGTACGCGAGAAAAAAATGCTGGATACTCTGGTGGAGCATAACCAAGGTCCTTTCGATAATGAAACGGTGCGTCATTTATTTAAACAGATTTTCCAGGCATCCTTGAAGCTGCAGCAAGTCGATCACAAGAAGCATTTGCTGGTGAGCCGGAAGAAGAAGCAGGAAGACACGCTGATTCAGCTGGGCAATACGGTGATCGGCGGCGGTACGCCGGTAATGATCGCAGGGCCATGCTCCGTTGAGAGTTATGAGCAAGTACGCCAGGTTGCGGCTGCCCTTAAGGAAGCGGGCATAACCGTCATGCGCGGCGGCGCGTTCAAACCGAGAACATCGCCTTACGATTTTCAGGGCTTGGGCATTGAGGGCCTGAAAATTCTGAAGGAAGTGGCGTCCGAGTTCGGCCTGAAGACGATCAGCGAAATCGTGGATCCTGCGCATATCGAGCTTGCGTGCGAATACATTGACGTCATTCAGATCGGTGCGCGGAACATGCAGAACTTTGAGCTGTTAAAAGCGGCAGGGGATGTTCAGACGCCGGTGCTGTTGAAACGCGGACTTGCGGCTACGATCGATGAGTTTGTGCACGCTGCGGAATACATCGTGTCCCGCGGCAATACGCAAGTGATGCTGATTGAACGCGGCATTCGGACGTACGAGAAGGCGACGAGAAACACCCTGGACATCTCGGCGGTGCCGATTCTGAAACAAGAAACGCATCTTCCGGTGCTGGTGGACGTGACCCATTCCACAGGCCGCAAGGACATCCTGGCCCCTTGTGCCAGAGCGGCTCTCGCTGCAGGAGCTGACGGCGTGATGGTAGAAGTTCATCCCGATCCGGCTACGGCGTTGTCCGATGCGGCGCAGCAGCTGAATATTCCGGAATTCCATGATTTTCTGGCGAATGTGAAGAAATCCGGATTGCTGTAA	MSQGRLEQLRSELDSVNLQLLELLSERARIAQEIGQEKQKQGVPDFDPVREKKMLDTLVEHNQGPFDNETVRHLFKQIFQASLKLQQVDHKKHLLVSRKKKQEDTLIQLGNTVIGGGTPVMIAGPCSVESYEQVRQVAAALKEAGITVMRGGAFKPRTSPYDFQGLGIEGLKILKEVASEFGLKTISEIVDPAHIELACEYIDVIQIGARNMQNFELLKAAGDVQTPVLLKRGLAATIDEFVHAAEYIVSRGNTQVMLIERGIRTYEKATRNTLDISAVPILKQETHLPVLVDVTHSTGRKDILAPCARAALAAGADGVMVEVHPDPATALSDAAQQLNIPEFHDFLANVKKSGLL	PGPT0012915_303	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES	BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012915-aroG-K13853	NA	NA
JZ016_02365	1224	nagA_2		Alpha-N-acetylgalactosaminidase	ATGATCGGGTACAACGATTCCCAAGAAAAGATTTGGTTAGGCTTTGTCGGTCTCGGCAAACGCGGAAAGGATCTGCTGAGGCTGCTGAGTGATATGCCGGATGTGGAGATTACGGCGATTTCGGATCTATACGAGGATCGCCTTCAAGAGGCTGCACGGCAGGTTGCTGAAACTGGAAGTCCTGTCCCTGCTTCCTCTACGGATTATCGGGAAGTGATTGCACGTAGGGATGTAACGGCTGTTATCATCGCTTCATCCTGGACCAGCCACAGCGAGATCGCCGTGTCCGCGATGAGGGCGGGAAAGCCCGTGGCATCGGAGGTGGGAGGCGCTGCTTCCCTCGAGGAATGCTGGCAGCTGGTTCGCACCTATGAGGAGACCGGTACGCCCTGCATGCTGCTGGAAAACTGCTGTTATGGCCGGGAAGAAATGGCGCTGCTGAGGATGGTAAGAGAAGGGATTTTCGGGGAACTGCTTCACTGTCAGGGGGCTTATCAGCATGACCTCCGGGAAGAAGTAGCGATGGGGGTGGAAAACCGCCATTACCGCGTCCACAATTATTTGCACCGCAACGGCGATGTGTACCCGACCCACGGTCTGGGGCCAGCAGCCAAAATGCTGAACATCAACCGGGGCAACCGTCTTACCAAGCTTTCCTCCATGTCCACCAAGACGCGCGGAATAACAGAGTGGGCTCGCAGAAACCTGGGTGCCGAGCACCCGGCTACGCTTACGGATATGGCTCTTGGTGATATTGTTACCACCATGATTCAGTGCGCCAACGGTGAATCGATTCTGTTGACGCACGATACATCCCTGCCCCGTCCATATTCCCGCGGGGGACGCATACAGGGAACGAAGGGCATTTGGATGGAGGACGGCGCCGTTATTCATATCGAGGATCGAAGCCCGGCCCATGCATGGGAGCCGTTCGAATCCTATTTCCACGAGTACGAGCATCCGGTGTGGGCGAATTATTTGAAAGACGGCGTACGGGGAGGGCATGGCGGCATGGACTATCTATGCTTGCGCGCTTTTGTCGAGAGTGTGCTCAAGAAAACGGAAATGCCGATCGATGTGTACGACATGGCCGCCTGGATGGCGGTGACCGCGCTATCCGAGCAGTCGATTGAACTTGGAGGCACAATGCTTCCGTTCCCCGATTTCACGAACGGGAAATGGATGAACAGACCTCAGGGCAACTCCACAGCTTATGCACTTTAA	MIGYNDSQEKIWLGFVGLGKRGKDLLRLLSDMPDVEITAISDLYEDRLQEAARQVAETGSPVPASSTDYREVIARRDVTAVIIASSWTSHSEIAVSAMRAGKPVASEVGGAASLEECWQLVRTYEETGTPCMLLENCCYGREEMALLRMVREGIFGELLHCQGAYQHDLREEVAMGVENRHYRVHNYLHRNGDVYPTHGLGPAAKMLNINRGNRLTKLSSMSTKTRGITEWARRNLGAEHPATLTDMALGDIVTTMIQCANGESILLTHDTSLPRPYSRGGRIQGTKGIWMEDGAVIHIEDRSPAHAWEPFESYFHEYEHPVWANYLKDGVRGGHGGMDYLCLRAFVESVLKKTEMPIDVYDMAAWMAVTALSEQSIELGGTMLPFPDFTNGKWMNRPQGNSTAYAL				NA	NA	NA	NA	NA
JZ016_02366	3945			hypothetical protein	ATGATGTTCTTTAAACGCTGGCTAATGATCGTGCTTGTTATCGCATTGTCAGCAGGTGGGCTTTCGAAGACGAGAGGTGAGGCTTGGGCAGATCAAGCGGATACGCAAGGCAGCAATCTGCTGCTGAATTCGGACTTTGAAGCCGTGACCACGAAGGCTTCTTGGCTGGATCAGGTGGCTCCCGAGCATGTCAGTGAATGGAAGGCGGCAGGAAATCCGGTGTTTGCGGTCGATGACTCCGTCTATTATAGTGGGGCCCGTTCTGTCTCCATTACCGGTTCTGTGTCTGGAACCGACCGGGGAGCGATAACGCTCCCTGCGGCAGGCATTGAAGCGGGTAAGAGTTATATGCTCACCGGCATGTATAAACTGGAAAACGTTTCGGATCAGGTGCTGGTCCGCTTCCAGTACAAGAGAAGCGGTACCAGCAGCATTAGCTATGCGTTTCAAGGTGAAAGGGGGACCAAGGATTGGACCTACTTCAGCCATGTCGTTCATGTGGCTGCGGACATGGATGCCAATCCTCAGGGAAAGGTGGAGGCCTTTCTGGAGAAATCGGCGGGTACGGTCTGGTTCGACCAGCTCTCCATGCGGGAGTATATCCCGCTGCGGGATATTACACTCGACCGGCAGACCATCAGCCTGCAACCGGGAGAGACCGGGCGTTTCCAGGCAGCCTATGAGCCGGAGAATACTTCAGATACGTTCCTGGAATGGGCTTCATCTAACACGGTCGTAGCTTCGGTGTATCAAAGCGGGGAGGTGGCGGCGCATGCGACCGGTCATGCTGTCATATCTGCTATGTCCCCGCAGAGCGGGATAACAAGACAGGGCGTCGTTACCGTGGGTACGCCGCCTTCGCTTATCGCCGAGTCCTACTTGGGATCCATTAGCGAGAATGGCGTACTAGACGGACAGCTAGCTGCTGCCGACAGCTCGGGAGCTTCGGTTTCATTTGAACTGGCCGCTGCACCACGCAATGGTACGGTATCGGTCCTGCCTGATGGTTCGTTCCGGTATTATCCGAACCGTGGTTACGCGGGTGCCGATTCGTTCATTTTCTTGGCTTATGGAGCGGATGGGGGACCTGCAGCCGCCGCGGCGAAGATTGAGGTACTTCCTCTGGATTCGCCTCCGCTCTTGGATCTGACGTGGTATTCGACCGAAAAAAACACTCCGCTAACCGGACAACTGGGCCGCCTGTTGTCGGAAGAACAGGTGGAATGGACACTCAGCACGTCTCCCCGCGGTGAAATGAGTCTGGCTTCGGACGGCTCCTTTACTTATACGCCTGCCCCCAATGAAGTCGGCTACGATACGTTTGAAGTTACGGCGACGACAGCATCCGGAAAATCGGCGACCGGGAAGACCCGTATTTTTGTGGTACCGGATGAAGAGGATCTATTGGATCAATTGACCTCCATCGGTAATGAAGGCATACATCCCCGCGTGTTTGCGGATGCTGGTGATTTTGCTTCCATCCGTGAACTCATCGGGCAGGATGAATATGTGACAAAGTGGTTTGATCAGTTGAAGAAGGAGGCGGATCGGCTGCTGGATACGGAGCCGTGCGGATATCTTGCGAATGGAGGCAGCAACAGCAATGTTCGGGATTTGCTGATTCGAACATCGATGATGTATCAGCTGACCGGGGATGAAGCCTATGCTCGGCGGGCAATCGAGGAGTTGGAGGCTGCCGCGGCATATCCCGACTGGGGAGGACGTTATAACAATATGCTCTCCTTGACGTATATGACGCTTGGATTTTCGCTCGCATACGACTGGCTGTATGATGCCATGACTGAACAGCAGCGGAACATGGTACGGGAGGCGGTCATGAAGCATGCGTTCAGCCACGCGCTCTCCTGGTATCGCGGCGAATTCACCCATAACGGGGAGTATAACAACATCAACTTGGTGGATAATGGCAGCTTTTCCGTTGCGGCGCTAGCCATGCTGGGCGATGAAGAGAAGGTGACGCAAGCCGGGCTTGAAATTCTGCGCGGGTCTTATCGCAAGCTGCAGAATACGCTCCGTTTCTTTACGGAGGACGGATCGTGGCCGGAGGGGCCGCATTATTGGCAGTACGGGACGGAGTTTCTATTTTTCAAGATGGCTGCCATGCACCGTACGCTTGGAACCGATTACGGGTTGGCCGAGCTTGAGGGGGTGAAGGAATCCGGCGAGTATCCGCTGCATTTATGGGGGCCGGGAGGATTCTTTAATTTTTACGATTCGGCGACACCGAATATGCATCCCCAGACCCTTTGGATGGCAGATTTCTACGATCAGCCGCACATCGCCTGGTATGCAGGCGAACTGACCCGTCGTAAAGGGGCTTTTTCTCCTTACTACCTGCTGTTTTACCGTCCGGGGATGTTTGATGAGTTGCCCCCTTCACTGGACCGTATATTCACAGGTATCGAATCGATATCCATGCGTAGCGGATGGACGAACTTGAACGATACCTTCGCTTCGGTGAAAGGTTTTAACGATACATTGCTGAGCCATATCGATATGGACGCAGGCACATTTGTGTTCGATGCGCTGGGTGAGCGGTGGGCGACGGATTTAGGGATGGAAAACTATAACCTGCCCGGCTTCTGGGACTATGCCGGCGGACAACGCTGGACCTATTACCGTAAGGGTGCACAGGGACAAAACGTGATGATAATGAACCCGGAATCGAATCCCGTCTTCATGCAGGATTACGATGCGCGAGCACCGCTTGTAAGAAGTGCTTCCAAGCCGCGGGGCGCTTTCGGCATTATCGACCTAACTGAGCGGTATCCGAAAGATGCATTATCCTACAGGCGTGGATTAATGCTGACCGGCGATCGCCAGCAGTTGATCGTGCAGGATGAATTTGACTTAAAATTGTCATCCGAGCTCTATTGGTTCATGCACACGGAAGCGGATATTGAAGTGCTCGGGAGTGGCCAAGAAGCCGTGCTGACGCAGAAGGACAAAAAACTGTACGTCAAAATGCTGGATGCTCCCGAAGGGGCGGCATTCTCCGAGATGATGGCCCAGCCGCTGGAAGGGACGCCGAATCCTTCGGGTCAAACTGTAAATCACGGCATACGCAAGCTGGTTGTTCATATGGCCGGCGCGAACCGGGGTCGACTGTCGCTGTGGATGGTCCCTTTGACCGAAGAGGTTCCGCTTCCGGAAGAAGCGCCGGAATTCCGCAGTCTTGACGATTGGTCGATTCCGGACGGTCCCATGCAGGAAAGGGACCGGCTGCCTGAAGTGAATTCCATCCTGGTGGACGGCTCCGCTCTGGCCGGGTTTGATCCGCAGCGAACTTACTACGAATGGACGGTTCCGTACGATCAGCGCTCGAAGGTTCCGGAGATAGGGGTTGTTTCCGATTTTGACGCTGCTGTCATACATGCCGAGGGTATCCCCGGCAAGACGTATATCGATGTGACCGATCCGTCCAATCCGGGTGTTCGCAATCGGTATACCGTTGCTTTGGTACCTGGGCCGTTGATTGGGGATCCCCCTCCTGGTCACCGTTTGCCGATTCAGGAGGTCACAGCCAGCGCTTCTCCGCAGGCTAGCTACGGATATACCCCGGACAAGACGATCGACGGAGATTACGAGACGCGCTGGACATCGGAAGGATCGCATTGGATTCAATACGATCTCGGCGAGAACCGGAAGGTGGGCGCGGTTTCGATCGCTTTTTTCAGCGGTGAAACACGCAGATCCTATTTTACCGTGACGGCATCCACTGACGGGGTCCACTGGAACACGGTTTACCCGGACGGACTCAGCTCAGGAACGACCGCCCAACCGGAAGTATTCCAATTTCCCGAGGTAACGGCGAGATTTATCCGCATCAACGGATCGGGCAATACGTCGAACCAATGGAATAATTACACGGAGGTCGGCATCTTTCGTCCGATGAACGGAAACGGATGGGGCAGGGGACAATGA	MMFFKRWLMIVLVIALSAGGLSKTRGEAWADQADTQGSNLLLNSDFEAVTTKASWLDQVAPEHVSEWKAAGNPVFAVDDSVYYSGARSVSITGSVSGTDRGAITLPAAGIEAGKSYMLTGMYKLENVSDQVLVRFQYKRSGTSSISYAFQGERGTKDWTYFSHVVHVAADMDANPQGKVEAFLEKSAGTVWFDQLSMREYIPLRDITLDRQTISLQPGETGRFQAAYEPENTSDTFLEWASSNTVVASVYQSGEVAAHATGHAVISAMSPQSGITRQGVVTVGTPPSLIAESYLGSISENGVLDGQLAAADSSGASVSFELAAAPRNGTVSVLPDGSFRYYPNRGYAGADSFIFLAYGADGGPAAAAAKIEVLPLDSPPLLDLTWYSTEKNTPLTGQLGRLLSEEQVEWTLSTSPRGEMSLASDGSFTYTPAPNEVGYDTFEVTATTASGKSATGKTRIFVVPDEEDLLDQLTSIGNEGIHPRVFADAGDFASIRELIGQDEYVTKWFDQLKKEADRLLDTEPCGYLANGGSNSNVRDLLIRTSMMYQLTGDEAYARRAIEELEAAAAYPDWGGRYNNMLSLTYMTLGFSLAYDWLYDAMTEQQRNMVREAVMKHAFSHALSWYRGEFTHNGEYNNINLVDNGSFSVAALAMLGDEEKVTQAGLEILRGSYRKLQNTLRFFTEDGSWPEGPHYWQYGTEFLFFKMAAMHRTLGTDYGLAELEGVKESGEYPLHLWGPGGFFNFYDSATPNMHPQTLWMADFYDQPHIAWYAGELTRRKGAFSPYYLLFYRPGMFDELPPSLDRIFTGIESISMRSGWTNLNDTFASVKGFNDTLLSHIDMDAGTFVFDALGERWATDLGMENYNLPGFWDYAGGQRWTYYRKGAQGQNVMIMNPESNPVFMQDYDARAPLVRSASKPRGAFGIIDLTERYPKDALSYRRGLMLTGDRQQLIVQDEFDLKLSSELYWFMHTEADIEVLGSGQEAVLTQKDKKLYVKMLDAPEGAAFSEMMAQPLEGTPNPSGQTVNHGIRKLVVHMAGANRGRLSLWMVPLTEEVPLPEEAPEFRSLDDWSIPDGPMQERDRLPEVNSILVDGSALAGFDPQRTYYEWTVPYDQRSKVPEIGVVSDFDAAVIHAEGIPGKTYIDVTDPSNPGVRNRYTVALVPGPLIGDPPPGHRLPIQEVTASASPQASYGYTPDKTIDGDYETRWTSEGSHWIQYDLGENRKVGAVSIAFFSGETRRSYFTVTASTDGVHWNTVYPDGLSSGTTAQPEVFQFPEVTARFIRINGSGNTSNQWNNYTEVGIFRPMNGNGWGRGQ				NA	NA	NA	NA	NA
JZ016_02367	1212			hypothetical protein	ATGGCAACGAATTTACAGCCAAGAATAAGGCTCATTGACAGCTTGAGGGGATTTGCACTATTAGGCATTTTTTTGGTAAACATTACGTTTTTTACGACATCGCTGCAAACCATTTCGTTCGGGGTTGAATTATGGTCAGGCTGGTACAATGAAGTCCTGATGCTGCTGCGCGGAATTGTAATTGATGGCAAATTCATATTGATATTCTCTTTCCTGTTTGGTTTTGGCATGGTGATGTTACAGGAGAGCAGTCAGGCAAAAGGACGAAGCTTTAATCGCATCTATACTCGAAGGTTGACGGCTTTGCTTCTAGTCGGTCTGATCCATGGAATTCTGATTTGGTACGGAGACGTTCTGACCCACTATGCACTCATGGGTTTTCTGCTGATGCTGTTTCAACGCTGCAAGCCGAGAACGCTGCTGGTCTGGTCGCTATCCCTGCTGCTGCTCGTTCCTGTTCTGCTGACGGGAGCAAGTCTGCTGAGCTCTTCGGCTGGACAGGTCTTTGAGCCATTTAGCCAAGCGGATGCGCATCAGATAGGTGTTTATTTCCAGGAGCGGGATGCAGCCATATACGGAGAGGGGACGATGGCCCAGATCATCGCTCAGCGGCTGAATGATTACATCGCCTCCATCTTGAATATGGTGGTCTTCTACCCCCAAGTATTAGGGATGTTCCTGATGGGTGCCTACTTCTGCAAGCGTCGTATTTTGCATGAGGTCCAGAAGAACCGAAAAGGGATCATCCGTCTGGTGGTCATTGGAGGTAGTTTGGGTCTTGTTCTTCAACTTGTGATGTCGATAGCGGATGGACTGCCATCCTGGTGCGAGGCGGTAGTTTTATTCGTTGGAGGACCACTCTTGGCACTGGGCTATATTGGTGCGTTTGCACTTTTATACCAGAATAAGACGTGGCAGAAGGTGCTGGATTTATTTTCTTATCCCGGAAAAATGGCCTTCACCAACTATTTGCTTCAATCGATCCTTTGCGGATTGATCTTTTACAGCTACGGATTGGGGTGGTATGGGAAGATCGAACCGATCTGGCAGATGGTGATAGTTGTCGTCATTTTTGCTCTGCAAACAGCCTTCAGCAGGGTCTGGTTGAAGCGGCTTCCGATGGGACCATTCGAATATATCTGGCGCCTGTTTACGTATTGGGGAAATCCGGTGAAACAACAGGGGCAGAAGGCCACAATGCATGCTGAATAA	MATNLQPRIRLIDSLRGFALLGIFLVNITFFTTSLQTISFGVELWSGWYNEVLMLLRGIVIDGKFILIFSFLFGFGMVMLQESSQAKGRSFNRIYTRRLTALLLVGLIHGILIWYGDVLTHYALMGFLLMLFQRCKPRTLLVWSLSLLLLVPVLLTGASLLSSSAGQVFEPFSQADAHQIGVYFQERDAAIYGEGTMAQIIAQRLNDYIASILNMVVFYPQVLGMFLMGAYFCKRRILHEVQKNRKGIIRLVVIGGSLGLVLQLVMSIADGLPSWCEAVVLFVGGPLLALGYIGAFALLYQNKTWQKVLDLFSYPGKMAFTNYLLQSILCGLIFYSYGLGWYGKIEPIWQMVIVVVIFALQTAFSRVWLKRLPMGPFEYIWRLFTYWGNPVKQQGQKATMHAE				NA	NA	NA	NA	NA
JZ016_02368	690	srrA_4	COG0745	Transcriptional regulatory protein SrrA	ATGGCAAACGAAACGATCCTATTAGTCGATGATGAAGAAGAAATCATCTCTTTTATAGAAGATGCCCTGGAGCTTGAAGGCTATCAGGTACTAACTGCCGGAAGTGGACAGGAGGCGTTAATCCAGAGCAAACAGCAGCCGTCCCTGATCATACTCGATGTAATGATGCCTGATATGAACGGCATTGAGGTATGCGAGCAGCTTAGGGAAAGGACGCAGTGTCCCATTGTGTTCTTGAGTGCATGCCAAAGTGAAGTGGACCGAATTCGAGGGCTGGCTGCCGGCGGGGACGATTATTTGCTCAAGCCCTTTAGCCTTGCTGAATTAAAAGCCCGTATCCATGCCCATCTGCGGCGAGAACAGAGAATCCGCACCCACAAAGAACAGGGTTTCCTGCGCTTCCCAGCCCTGACGATCGATTGCAAGGGACATGCCGTTACCTGCAACGGGCACAACCTCGCTCTTACGAATAAGGAGTATCAGATCTTAGAACTGTTGGCGATGCATCAGGGGCAGGTCTTTTCCAGAGAGCAGATTTATGAGAAGTTATGGGGATTTGACGCTGAAGGGGACGACTCTACCATCACCGAGCATATTAAGAAAATACGGGCCAAGCTGGCCACCCACGCACAGGACCGCAGCTATATTCAAACCGTATGGGGCATTGGCTACAAGTGGGATCCCAAATGA	MANETILLVDDEEEIISFIEDALELEGYQVLTAGSGQEALIQSKQQPSLIILDVMMPDMNGIEVCEQLRERTQCPIVFLSACQSEVDRIRGLAAGGDDYLLKPFSLAELKARIHAHLRREQRIRTHKEQGFLRFPALTIDCKGHAVTCNGHNLALTNKEYQILELLAMHQGQVFSREQIYEKLWGFDAEGDDSTITEHIKKIRAKLATHAQDRSYIQTVWGIGYKWDPK	PGPT0011710_92	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011710-nisR|spaR-K20488	NA	NA
JZ016_02369	1464	sasA_20		Adaptive-response sensory-kinase SasA	ATGATGAAACAGCGTTCCATCAAAAACACGTTCGCCCGCCATTTCGCCTCGATCCTGGCCTGCAGCTTGCTGGCTACGCTTGTAACCTGGGGACTGCTCGCGATGCTGCTTGGATACTTGTTCAACCATGACATCGCGTTCCCGGCCAATCATTATGAAGCTCAAATCCCTGTAATTTCGGAGTACGCCGAAGCCCGGGGCGATTCTGTCATGAGCAAGCAGGGACAAGCCGATCTGGAAAAGGTGATCCCCTCGCAGGGCATGTCCTACCTGGTAGTGTCCCTTACTGGCGAACCCCTATATGGTGATCTTCCTCTCAACGAATCACTTAGCCGGCAGAAAATACTGGCACGCTTGAACCAGACGCATAGAAGCATGAATCAAGTCGTGAAATACACTCCGGTTGTCTCCAGTGACGGAAATCTTGCAGGGGCTCTTCTGCTTGGATATAACCTGAAGGTGACGGCATCCAATCCGGCGCTGAATCCCTTGGTAACCATCGGGTCCCTCCTCTTTGTTCTGACGCCTTTTCTGTACATCATCTTGTTCACGCTAATATTCGGAAGGAGATTCAGCCGACAGATCAGCACTCCGCTGCAGCAGCTTCTGCTAGGAGCCGAGCAGATTAAAGAGCGAAATTTACACTTTTCGATGACAGGGACATCGTCAATAACGGAAGTTAACCGGCTTACACTTGCTTTTGAGGACATGCGCCAAGAGCTGGAGCAATCCATTGAGCGGGAGTGGAGATTAGAGCAGGATAGAAGCACCATGTTTGCGGCTCTCGCTCACGACCTTCGGACACCGCTTACGATTATTCAAGGGCATGTTGAGGGCTTGGAGCAGATGAACGGGAAGTCTTACGAAGCCAAACGATCGCAATATCTTCAAGTCATCAAACGCAACACGACACGTGCTTCGAAGCTCCTTCAGGATATGAACACCATCGCAGAAATTGAGAAGGTCTCTTTTCGGCTTCAGCCGCTTCCCGTGGATCTTGAAGAACTGGCAGATGATAAAACCATGGAATATGCCGCTTTATGCGGCAATCAGAACATAATCTTCCATACAGAGATCAACGATAATCGATTGAACAAGAAGCCCGTCCTCTTGGATCCCTATCGCATCATGCAGGTACTGGATAATCTCGTTTCGAACAGCATTCGATATACGCCTGAAGCCGGACTGATTCTATGGCGGATCGAAATCACCGAGGAGCAGGTGATGATGGCTGTTACGGATAATGGAGCAGGCTTTGGGCAGCATCAGGATCTGCAGCAGGTATTTAAGCAGTTTTATCAAGGGGATCATCATTCCTCCAGACAAAAAGGGCATTCCGGTCTGGGGCTGTATATCGCCAAACTTCTCATTCAGCATCATGGAGGGCATATTTCTGCCGAGAACACCCCGCCTCGCGGGGCAACGGTGCGCTTTACCATACCGATATCGAGCCAAGAACCTTAA	MMKQRSIKNTFARHFASILACSLLATLVTWGLLAMLLGYLFNHDIAFPANHYEAQIPVISEYAEARGDSVMSKQGQADLEKVIPSQGMSYLVVSLTGEPLYGDLPLNESLSRQKILARLNQTHRSMNQVVKYTPVVSSDGNLAGALLLGYNLKVTASNPALNPLVTIGSLLFVLTPFLYIILFTLIFGRRFSRQISTPLQQLLLGAEQIKERNLHFSMTGTSSITEVNRLTLAFEDMRQELEQSIEREWRLEQDRSTMFAALAHDLRTPLTIIQGHVEGLEQMNGKSYEAKRSQYLQVIKRNTTRASKLLQDMNTIAEIEKVSFRLQPLPVDLEELADDKTMEYAALCGNQNIIFHTEINDNRLNKKPVLLDPYRIMQVLDNLVSNSIRYTPEAGLILWRIEITEEQVMMAVTDNGAGFGQHQDLQQVFKQFYQGDHHSSRQKGHSGLGLYIAKLLIQHHGGHISAENTPPRGATVRFTIPISSQEP	PGPT0011705_47	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011705-nisK|spaK-K20487	NA	NA
JZ016_02370	957	yhaM	COG3481	3'-5' exoribonuclease YhaM	ATGAAACCTATTAATAAACTTAGCGTTCAAGATGATTTTGTTGGATTTTACTTGCTGAAGGAATTAAATATGAGACAGACCAACGGCACGCCGCCGAAAGATTATTTTGACATCATTCTCTCGGATGCGAGCGGCCAGATCTCGGCCAAGTACTGGGATGTAACCATACAGGATAAAGAAACGTTCCTGCCGATGCAATTAGTCAAAATCCAGGGAACCGTGCTGAGCTACCGGGATCAGCCTCAAGTCAAAATCAGCCGAATCCGTAAAGCAACGGATGAGGACGGCGTTTCCTTAACCGATTTTGTGAGGGCTGCACCAATCCGTCCCGTGGATCTGTTACATACGATCAAACTTAAGATGAATGAGATTACGGAGCCGCAGGTACGAAGCATTGTGCAGTATTGTGTGTCGAAGGTGGAAGAGAAGCTGATGCATTATCCGGCTGCCAAAACCTATCATCATGCCTATTTTGCCGGACTTGCCTATCACATTGTACGCATGCTGGAGATTGGCGATTTCATCTGCAAGCAGCGGCCGTTTCTGAATCCGGACTTGATTAGGGCGGGCATTATCCTTCATGATATCGCAAAGCCGGAAGAGATGATCGCTCAGATGGGCATTGTTACGGACTACAGCAATCAGGGAAAATTGATCGGACATATCGCGCTGGCATCCAATTGGATCGTTGAAGCGGCCATACAGAACGACATCGCGCTGGATTCCGAAGTGGTACTGGGACTACAGCATCTCGTACTTTCCCACCATAACCTGGGAGAGTGGGGGAGCCCGGTTCAGCCGCAGACGGCTGAAGCCGTCGCGCTGCATCATATCGATCTGTTGGATGCCAAGCTGCAGATGGTAGAGGATGCCCTGGATACGACACTTGAAACGGAGCCGTGGACACCGATGATCCGCGGACTCGACAATAAGGCGATTTATCGACTGAAGGTATAA	MKPINKLSVQDDFVGFYLLKELNMRQTNGTPPKDYFDIILSDASGQISAKYWDVTIQDKETFLPMQLVKIQGTVLSYRDQPQVKISRIRKATDEDGVSLTDFVRAAPIRPVDLLHTIKLKMNEITEPQVRSIVQYCVSKVEEKLMHYPAAKTYHHAYFAGLAYHIVRMLEIGDFICKQRPFLNPDLIRAGIILHDIAKPEEMIAQMGIVTDYSNQGKLIGHIALASNWIVEAAIQNDIALDSEVVLGLQHLVLSHHNLGEWGSPVQPQTAEAVALHHIDLLDAKLQMVEDALDTTLETEPWTPMIRGLDNKAIYRLKV				NA	NA	NA	NA	NA
JZ016_02371	927	garR_3		2-hydroxy-3-oxopropionate reductase	ATGAAAAACACTACGCAAAGTCAATCATCCGTGACGATCATAGGCCTGGGACCGATGGGTCAAGCCATGGCACGCACGTTACTGAATCACGGTTACGAGGTCACATTGTGGAATCGCACAGCCAGTAAAGCCAATGAGCTTGTTGATCAGGGAGCAATCAGAGCGTCCACAATTAAGGAAGCCTTGAATGCAAGCGAGGTAGTCATTCTCAGTCTTACGGATTACCATGCGATGTACGCTATTCTTGAAAAGGACTCAGACAGCCTCGCCGGCAAGGTATTCGTTAATCTAAGCTCGGACACCCCGGAGAAAGCCCGGGAAGCAGCCAAATGGCTGGCCGGACATGGCGCTTCGCATCTCACAGGCGGTGTGCAGGTCCCACCGTCGGGAATCGGAAAGCCGGAGTCGTTCACCTTTTACAGCGGCCCCTTGGATGTCTTCGAGTCCCAAAAGGAGTTGCTTGAAGTGCTGACGAGTACGGATTATCGGGGTGAAGATCCTGGGCTCGCCGCACTATATTATCAGATCGGAATGGATATGTTCTGGACGGGGATGCTCAGTTATTTGCACGCTGTTGCAGTAGGCAAGGCTAACGGCATCACAGCAGAGCAATTGAAGCCTCATGCGATCAGCACGATGGCATCGCTGCTGCAATTCATTGAGTTCTATACGCCGCGCATCGATGCAGGAGAATATCCGGGGGACGTGGACCGGCTCGCCATGGGCGCTGCCAGCGTTGAACATATCGTCCATACTACACATGACGCTGGGATTGACGCTTCACTGCCTGAAGCGGTGCTGGAGATCTTTAAACGGGGGGTTGCCAATGGCCGTGGCGGGGACAGCTTTACCAGCCTGATTGAAACGTTCATGAAGCCCGCGGATCATGTCATTGAACCATCCCGTGCTTCTAAGAGTCATCTCTAA	MKNTTQSQSSVTIIGLGPMGQAMARTLLNHGYEVTLWNRTASKANELVDQGAIRASTIKEALNASEVVILSLTDYHAMYAILEKDSDSLAGKVFVNLSSDTPEKAREAAKWLAGHGASHLTGGVQVPPSGIGKPESFTFYSGPLDVFESQKELLEVLTSTDYRGEDPGLAALYYQIGMDMFWTGMLSYLHAVAVGKANGITAEQLKPHAISTMASLLQFIEFYTPRIDAGEYPGDVDRLAMGAASVEHIVHTTHDAGIDASLPEAVLEIFKRGVANGRGGDSFTSLIETFMKPADHVIEPSRASKSHL				NA	NA	NA	NA	NA
JZ016_02372	921	iolS_2	COG0667	Aldo-keto reductase IolS	ATGAAATACAGACGTCTTGGAAATACCGATCTGAAAGTATCGGTAGTCGGTGTGGGAACCTGGCAGTTTGGCGGTGATTGGGGGAAGGATTTCAACCAAAAGGAAGTCGACGCCATCTTAACGCATGCGAAGGAGCTCGGCGTTAATCTGTTGGATACAGCCGAATGTTATGGTCCTCATCATATGTCTGAGAATTTCATCGGTGATTTCTTGTCGCGCGACCGCCGCGAGGATTGGGTCATTGCCTCGAAGTTTGGTCATCGATGGCATGAGCAATGGGAGAACGCTTGGGATGCGAAGCAGATCCGAATTCAGCTGGAAGAGTCACTTAAAGCGCTCCGTACCGATTACATCGACCTGTATCAATTCCATTCCGGCTCGGATGAAGTGTTCAACAATGATGACATGTGGACGATGCTGGACAAGCAGGTTCAGGCGGGAACGATCCGCAATCTGGGCATATCCATCGGAAGCAACAGAAATATCTATCAAACCGATAAGGCTGCGGAGGTGAATGCCAAAGCCATTCAGGTCGTGTATAACCGTCTGGACCAAGCTCCGGAGGAAGAGGTCTTCCCTTCATGTTTGAAGCAGGATCTTGGCGTGTTGGCGCGAGTTCCGCTTGCGAGCGGGTACTTAAGCGGAAAGTACAAGCCGGGAACGGTGTTCAGCGACAATGTGCGCAAGAATCGTGACCAGGACGAGATCAATGCCAAGCTGAAGCTTGTGGAAGAGATCAAGCAGAACGAAGTGCCGGAGGGCGTGAATATGGCCGAGTGGGCCTTGGCCTGGTGCTTAAAGCATCCGGCTGTCAGCTGTGTCATTCCCGGCTGCAAGAGCGTGGAGCAGGTGGAGACGAACGCAAGAGCCGTGGAGCTGGATTTGGTCCAAGACGACCATCCGGGAGCGTGGAAACCTTAG	MKYRRLGNTDLKVSVVGVGTWQFGGDWGKDFNQKEVDAILTHAKELGVNLLDTAECYGPHHMSENFIGDFLSRDRREDWVIASKFGHRWHEQWENAWDAKQIRIQLEESLKALRTDYIDLYQFHSGSDEVFNNDDMWTMLDKQVQAGTIRNLGISIGSNRNIYQTDKAAEVNAKAIQVVYNRLDQAPEEEVFPSCLKQDLGVLARVPLASGYLSGKYKPGTVFSDNVRKNRDQDEINAKLKLVEEIKQNEVPEGVNMAEWALAWCLKHPAVSCVIPGCKSVEQVETNARAVELDLVQDDHPGAWKP	PGPT0018520_319	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018520-iolS-K06607	NA	NA
JZ016_02373	723	mgtE_1	COG2239	Magnesium transporter MgtE	GTGAATACCCGGACACTAGAGCAATGGATGCCGGACATTATAGAGAGTCTGAAAGCAAAAACACCCAATGACTTTCAGCGAATGATCGATGAATTTCTTCCTTATGACCTGGCCAGAATACATAGCCACCTCAGTGATACGGACCAAACCCGATTTCTGCAGTTTCTGAACGAGGAACAGCTGGCCGATATGGTTCAGGAAATGGAGCATGACCAGCAGATCGAAGTTTTGGGCAAGCTGGGCAAAGAAAAAACAGCCATCATCCTGGACTTGATGGATAACGATGACCTCGCCATTCTGCTTGATGAGCTCTCGCCTGAGCAGAAAGACGAATTCCTCAAGGGAATGCGGGACGAGGAATCCCAATTTGTCCTGAACCTGATGAAATACCCGCCGGAAACTGCGGGACGAATCATGACCAATCGTTATGTGTGGATTCCCCAGCATTACACCGTATCAGAGGTCGTCCAGAAGCTGAAAACCTACGTCTCCATTTCCGAAACGATCAACTATCTGTACGTCATTGACCAAGACAAGAAGCTGATGGGTGTGGTGTCCTACCGCGGTCTTATCTTGGCCGAACCGGATGAATATATGGTGGATATCATGCACAGCCGGGTACTGTCCGTACCTGTGGATGCCGATCAGGAGGAAGTCGCGCAGATAATCCAAAATACGATTTGGTCGCCATCCCCGTCGTTGAACAGGATAACAAACTTGTAG	MNTRTLEQWMPDIIESLKAKTPNDFQRMIDEFLPYDLARIHSHLSDTDQTRFLQFLNEEQLADMVQEMEHDQQIEVLGKLGKEKTAIILDLMDNDDLAILLDELSPEQKDEFLKGMRDEESQFVLNLMKYPPETAGRIMTNRYVWIPQHYTVSEVVQKLKTYVSISETINYLYVIDQDKKLMGVVSYRGLILAEPDEYMVDIMHSRVLSVPVDADQEEVAQIIQNTIWSPSPSLNRITNL	PGPT0013995_2817	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0013995-mgtE-K06213	NA	NA
JZ016_02374	675	mgtE_2	COG2239	Magnesium transporter MgtE	TTGGTCGCCATCCCCGTCGTTGAACAGGATAACAAACTTGTAGGCATCATTACGGTTGACGATATTCTCGATGTCGTCATCAAGGAAGCCGATGAGGACATTCGGAAAATGAACGCCACCGGGGGCAAATCCATTGACTTCAACACCAAAGCAACCGTTGCCGCCTTTCGAAGATTACCGTGGCTGGTCCTGCTCTTATTCATCGGTCTGATCTCGGGAACGATCATTTCCCGATTTGAAGAGACGCTGGCACAGGTTGTGGCGCTAGCCTTCTTCATGCCCATGATTGCCGGAATGACCGGCAATACCGGCACGCAGTCGCTAGCTGTTATTGTACGCGGCCTGACTACGAAAGAAATGACCAAGTCGCTGGTGTTCCGGCTGTTAGCGAGAGAGCTGAAGGTCGGCTTGATGATCGGGGTCACATGCGGGATCCTGATATCCTTGATCGCATACTTCTGGCAGGGCAATGTTTATCTGGGGCTTGTGGTCGGAAGCTCGTTGATTGCAACACTCATCGTGGGCACGATGGCCGGCACCATCATCCCCCTCATTCTGTTCAAATTCAAGATTGATCCGGCTGTGGCCTCCGGTCCACTGATTACAACCATTAACGATATCCTGTCGCTTGTCATCTACTTTGGTATCGCCACCCTGTTTCTATCTTACATTTAG	MVAIPVVEQDNKLVGIITVDDILDVVIKEADEDIRKMNATGGKSIDFNTKATVAAFRRLPWLVLLLFIGLISGTIISRFEETLAQVVALAFFMPMIAGMTGNTGTQSLAVIVRGLTTKEMTKSLVFRLLARELKVGLMIGVTCGILISLIAYFWQGNVYLGLVVGSSLIATLIVGTMAGTIIPLILFKFKIDPAVASGPLITTINDILSLVIYFGIATLFLSYI	PGPT0013995_2801	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0013995-mgtE-K06213	NA	NA
JZ016_02375	1077			hypothetical protein	ATGAATACAGATCAACGTTCACATCATTCGCAAAAGACGGCATTGGTTGTAGGGGCCAACGGGGTGATCGGCCGCAACCTCATCGAATACCTTGCGACGCTTCCCGATTGGAATATCGTCGGCGTATCGCGCCGAGGCGGCGAATCCACGAAACGTATAAGCTATCTATCGGCCGATTTGCTTGATCGCGAGGATACGGTCGCCAAATTAAGTCACTTATCGGAAGTAACGCACATCTTCTATGCCGCCTATCAGGACCGGCCAACTTGGGCCGAGCTCGTTGCCCCGAATCTGGCAATGCTCGTTCATGTTGTGGAAGCTATCGAGCCCATTGCCGCCAACCTGCAGCATGTCAGCCTGATGCAGGGATACAAGGTATACGGCGCTCATCTCGGTCCATTCAAAACGCCAGCACGGGAGACGGATGCAAACCATATGCCGCCAGAATTCAATATCGATCAGCAGAACTTCCTCGAGGAGCGGCAGCAAGGCAAAACCTGGACCTGGTCAGCCCTGCGTCCATCCGTAGTCAGCGGCTTCGCCCTTGGAAATCCGATGAATCTGGCGATGGTCATTGCCGTCTATGCCTCGATTTCGAAAGAGCTCGGCATACCTCTGCGTTTTCCAGGTAAGCCGGGGGCCTATCACAGTCTGCTGGAGATGACCGATGCCGACCTGCTCGCGAAGGCTACAGTATGGGCCGCAACCGATGAACGATGCGCCAATCAAGCATTTAACATCACGAATGGGGATCTGTTCCGTTGGAACGAGTTATGGCCGAAGATTGCGCAGTATTTTGAGATGGAAACCGCACCGCCTCTACAGATGAATCTGGAAGTTGTCATGGCAGATAAAGAGCCGATCTGGAATCGTATGGTTGAGAAGCATGGACTTGCGGAGCACACGTATCAAGAGGTTTCCTCCTGGAAGTTCGGTGATTTTGTGTTCTCATGGGATTATGATTTCTTTGCAGACGGTTCGAAGGCCCGCCGCTTCGGATTTCATGAGTATGTCGATACAGAGGCCATGTTCATGAACATCTTTGACGAGCTCCGGCGGCGTAAAGTCATTCCCTAA	MNTDQRSHHSQKTALVVGANGVIGRNLIEYLATLPDWNIVGVSRRGGESTKRISYLSADLLDREDTVAKLSHLSEVTHIFYAAYQDRPTWAELVAPNLAMLVHVVEAIEPIAANLQHVSLMQGYKVYGAHLGPFKTPARETDANHMPPEFNIDQQNFLEERQQGKTWTWSALRPSVVSGFALGNPMNLAMVIAVYASISKELGIPLRFPGKPGAYHSLLEMTDADLLAKATVWAATDERCANQAFNITNGDLFRWNELWPKIAQYFEMETAPPLQMNLEVVMADKEPIWNRMVEKHGLAEHTYQEVSSWKFGDFVFSWDYDFFADGSKARRFGFHEYVDTEAMFMNIFDELRRRKVIP				NA	NA	NA	NA	NA
JZ016_02376	375	ytcD_5	COG1733	putative HTH-type transcriptional regulator YtcD	ATGGAAAATCCTAATAAAGTCTACAATACTGCGGTGGAAGCAACGCTGGAGGTCATTGGCGGGAAGTGGAAACCGGTCATTCTCTTTCATCTTACTTTCGGTAAAAGACGAAATAGCGAATTTTTAAGCCTGATTCCCCAGATCACGCAAAAAATGCTGACACAGCATCTGCGGGAGCTGGAGGAGGAGGGCGTTATCGTACGAAAAACGTACAATCAGGTTCCACCCAAGGTAGAGTATGAACTGAGCGAGTATGGCTGGAGCTTGAAGGAAATTCTCCATTTGATGTGCCGATGGGGCGATATTCATATCGAGCGAAAATACGGCGAATCCGCCATGGTGCTGGAGAAGCCTGCATTTGAGGATCGTCATTAA	MENPNKVYNTAVEATLEVIGGKWKPVILFHLTFGKRRNSEFLSLIPQITQKMLTQHLRELEEEGVIVRKTYNQVPPKVEYELSEYGWSLKEILHLMCRWGDIHIERKYGESAMVLEKPAFEDRH				NA	NA	NA	NA	NA
JZ016_02377	1155	ribD_1	COG0117	Riboflavin biosynthesis protein RibD	ATGAAATTAGACCAACAATTTATGAAGCTGGCATTGGATTTGGCAGGTACGGCCAGTGGGAAAACCAATCCGAACCCGGTCGTTGGCGCACTGATAGTCAAAGACGGACAAGTAGTCGGCGCAGGTGTTCATAGAAAGGCTGGGGAACCTCACGCAGAGGTGCACGCATTCCGGATGGCTGATGGGTATACCGAAGGCGCAACGCTCTATGTTACGCTGGAACCAAGCCCTCAATCCTCTCCTTGCATAGAATTAGTCTTAAATTCGGGAGTCGCAAGAGTTGTCGTGGCGATGGAGGATCCGAATCCGAAGGTGGCCGGAAGAGGCATTCAATTATTGAGAGAGAATGGAATAGAAGTTGATGTGGGTGTATTGGGGAAGGAAGCCGAGTTACTTAATGAACGATTCGTGCACAATATGTCAAAACGACGGCCGTTTATCATTTCCCAGGTAGCCATGACGCTTGACGGAAAAATTGCCGCGTCAACGGGGCATTCTAAATGGGTTACATGTGATGAAACACAGCTTGTAGTACATAAATTAAGAAACAAAGTCGACGCCATATTAGTAGGAATTAATACGGTTTTGGCCGATGATCCGCTCCTTACGACCCGACTGCCGGAAGAAAGTGGGAAGAATCCCATACGGGTAATTTTAGATTCGAATTTGAGGTTGCCCGAAGATGCCAAAGTTACCGATTGTTCGGAAGCAATGACATGGGTAGTCACGAAGGAGGGGGCTGATCCGGGAAGAGTACACATGCTGCAGCAAAAAGGAATTGAAGTTCTGTTCGTTCCAGTGAACCGTTTCGGGCTGGACCTCCATGCATTATCGGATATGTTATATCAGCGAGGTGTTACCGACCTGCTGGTAGAAGGAGGCAGCGAAGTAAATGGATCATTCCTTCGAGCCAACCTTATTGATAAATGGATGATTTATATTGCTCCCAAAGTGTTGGGGGGACGGCAATCCTTCTCCCCCTATGGCGGCTCGGATTTGGAATTAATGGATGACGCGGTACGCGTAAAGATTCAATCTGTACAACAAATCGGTGAAGATATTTGCATTACCGCTTATCCGAATTACGATTATTCCATGTCTAAAAGTTCCTGCGTAACAGATAATCTTAATGAACTTTCCTTGAATAGTTATTAG	MKLDQQFMKLALDLAGTASGKTNPNPVVGALIVKDGQVVGAGVHRKAGEPHAEVHAFRMADGYTEGATLYVTLEPSPQSSPCIELVLNSGVARVVVAMEDPNPKVAGRGIQLLRENGIEVDVGVLGKEAELLNERFVHNMSKRRPFIISQVAMTLDGKIAASTGHSKWVTCDETQLVVHKLRNKVDAILVGINTVLADDPLLTTRLPEESGKNPIRVILDSNLRLPEDAKVTDCSEAMTWVVTKEGADPGRVHMLQQKGIEVLFVPVNRFGLDLHALSDMLYQRGVTDLLVEGGSEVNGSFLRANLIDKWMIYIAPKVLGGRQSFSPYGGSDLELMDDAVRVKIQSVQQIGEDICITAYPNYDYSMSKSSCVTDNLNELSLNSY	PGPT0008555_427	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008555-ribD-K11752	NA	NA
JZ016_02378	750	ribBA_1		Riboflavin biosynthesis protein RibBA	ATGATTATGGACCAGGTCAGGAAATTGCTAGCTAGTAAATTAACCATTCTTAAACAGCCGGAATGTCCCAACATCGGTCTTGTTGGTCCCGTTCGGCTCCCTGTGCAGTTGGAGGACCATGAGGCTGTATTTAAATGGTATACATGGTTAAATACAGGCAATTCATTTATGGATAAGAATGACATTCTGGAATCATTATCTCAGGCAGATCTCGCTTCACATCAGCAGTCTTCCGTACTAGTATATGGCGATTTTGCCAATGAGGAGCATGCCTTGATACGGATGCACAGCATTTGCCATACGGGAGACATCTTTGGAAGTAAACGATGCGATTGCGGCTACCAACTGCGGCAATCCATGCGCATGATCATTGAAAACGGTAGTGGAGCTCTCTTTTATTTGGCGAATCACGAGGGTCGCGGAATAGGGCTTTTCCCAAAATCGTTAGCTTATCTTTTGCAAGATGAGGGGTGCGATACTGTAGAGGCCAATCTAAGCCTTGGCTTTGCAGATGACCATCGATCTTATGATGAAGCCATACGTGTACTCCAAAGCTTGCGGCAAAAACCAGTCACCCTTATTACAAACAACCCTAGAAAGCTGCAGTCTTTGCGGGAAAAGGGACTTTTAACCGATCATCATAAATCCATTTGGGGAGATGTATCCGAGCATAATAATCGGTATTTGGCAACGAAGATCGAAAAATCGGGTCATATTTACGACTCTTTGGTGGAGACCGCTTTATTATGA	MIMDQVRKLLASKLTILKQPECPNIGLVGPVRLPVQLEDHEAVFKWYTWLNTGNSFMDKNDILESLSQADLASHQQSSVLVYGDFANEEHALIRMHSICHTGDIFGSKRCDCGYQLRQSMRMIIENGSGALFYLANHEGRGIGLFPKSLAYLLQDEGCDTVEANLSLGFADDHRSYDEAIRVLQSLRQKPVTLITNNPRKLQSLREKGLLTDHHKSIWGDVSEHNNRYLATKIEKSGHIYDSLVETALL	PGPT0007985_578	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0007985-ribA-K01497	NA	NA
JZ016_02380	1347	gabR_4	COG1167	HTH-type transcriptional regulatory protein GabR	ATGAAAAAATATTTATCCATTCTTACCGATATGGAATCGAAAATTCAGGAAGGCCAATATCGTTCAGGGCAGAAGCTTCCTTCCGTTCGAAGTGCGGCACAATCCTACGGGTGCAGCATTAGTACGGTGATTCGTGCTTATACTGAGCTTGAGAAACGGCACGCCATTTATTCGGTTTCGCAAAGCGGTTATTATGTAGTCCAGAAAGATGGGGATTCGAATAACATGGATAAGAGTTTGATTGATTTTGCGTCGGCTTCTCCGGACGTGAACGTATTCCCGTATCTGGATTTTCAGCATTGCCTGAACAAGGCGATTGATACCTATAAATATGAGCTGTTTACCTATGGTGATCCGCAAGGAATGGAGAAACTGCGCCGCACCCTGGTCTCCCATTTGGCAGGAGCTCAAGTGTTCACTTCCGCGGAGAGGATTATGATTACGGCAGGCGCCCAGCAGGCGCTTGAGATTTTGACAAAAATGCCGTTTCCCGGCGGAAAGTCCGTCATTCTGGTCGAACAGCCCAGCTACAATAATTATTTGCAGCTGTTGGAAAGTGAAGGAGTGCCCGTTATCGGAATCACCCGCACGGCAGCGGGGATCGACCTGAAGGCTCTGGAGGAGCAATTTCGATCCGGACATATTAAATTTTTCTATACGATGTCGAGATACCATAATCCGCTGGGCAACACCTACACCGCAGAGCAGAGAAAGGCCATTGCTAACCTGGCGGCGAAATATGATGTTTATATCGTGGAAGACGATTATATGGCTGATCTAGGCGAGGAACGGGGATATGATCCCATCTATGCCTACAACCGAACATCGCATGTGGTGTATTTGAAGAGCTTCTCGAAGATTATTTTCCCAGGATTGCGCCTGGGAGCCGTCGTCCTGCCGGAACGTTTGCTCGATACGTTCCGTGCTTTTAAAAGTTATGGGGATACGTCGCTGCTGTCCCAAGCGGCGCTTGAAATTTATATTAGCAACGGAATGTATGAACGGCATAAACAGAAGATTTACAGCCAGTATGAAACCCGAATGCAAGCCCTGAATGCGGCTGTGCAGCGATACGAGGGAGCCGGATGGATTGAAGCCGTGCCTGGCGACGGCGGCATATATAAGCTGTTTAAGCTGCCGCAGACCGTTAACCTGGAGCGGTTGATCAGGCGGCTGAAAGAGCGGAACATTCATGTGGTGTCCGGCAAGCTGTTCTATCTATCTAACAACCTTATGCGCGAGAAGTTTATACGTATCAGCATTTCCAGAGCACGATTGGATCAGATTGAGGAAGGGGTTCAAGCGATCGTTGAGGAAGTGAAGCGGGAAGAAGGCAATCTATGGTGA	MKKYLSILTDMESKIQEGQYRSGQKLPSVRSAAQSYGCSISTVIRAYTELEKRHAIYSVSQSGYYVVQKDGDSNNMDKSLIDFASASPDVNVFPYLDFQHCLNKAIDTYKYELFTYGDPQGMEKLRRTLVSHLAGAQVFTSAERIMITAGAQQALEILTKMPFPGGKSVILVEQPSYNNYLQLLESEGVPVIGITRTAAGIDLKALEEQFRSGHIKFFYTMSRYHNPLGNTYTAEQRKAIANLAAKYDVYIVEDDYMADLGEERGYDPIYAYNRTSHVVYLKSFSKIIFPGLRLGAVVLPERLLDTFRAFKSYGDTSLLSQAALEIYISNGMYERHKQKIYSQYETRMQALNAAVQRYEGAGWIEAVPGDGGIYKLFKLPQTVNLERLIRRLKERNIHVVSGKLFYLSNNLMREKFIRISISRARLDQIEEGVQAIVEEVKREEGNLW				NA	NA	NA	NA	NA
JZ016_02381	633	yodC_4	COG0778	Putative NAD(P)H nitroreductase YodC	ATGCCATCCATTTCGCATGCCGATTTTTTAACTACTGTACGTGAACGTCAAGCGGTTAAACATTTTGATCCCCAACACAACCTCAGTCATGATGAGATTAAAGAAATGCTAGAGATTGCGAGTACCGCACCTTCTGCCTGGAATCTGCAGCATTGGACGTATCTTGCCATTACAGATAAGGCCACCAAAGACAAATTGTTACCCATCGCATATGGACAAAGGCAAATCGTAGAAGCCTCCGCTATTATCGCGGTTTTGGGAAACCTGCGGGCCCATCAACATGCTGAAGCGATATATGACCAAGCGGTTCAGGCAGGATTCATGCCAGAGGAGGTCAAAACGAATCTGGTCCGGCAAATAATGAATTCCTACACCAATGCGCCTGAACTTGCCCGGGAAGAAGCGATACGGAGCGCCTCCATGGCCGCCATGCAGCTCATGCTGGCTGCAAGGGCGCGCGGTCTTGATTCATGCCCGATGGGCGGATACAACTCAAGCCTTTTTATTGAAGCATTCGGGGTTCCGCGCCATTTGATCCCCGTTATGCTGGTTGCGATCGGTAAGAAGTCCGTACCGGCTCATCCTTCAACCCGTTTACCCCTAGAAGAGACGGTCTTTTGGAATCACTTCTAA	MPSISHADFLTTVRERQAVKHFDPQHNLSHDEIKEMLEIASTAPSAWNLQHWTYLAITDKATKDKLLPIAYGQRQIVEASAIIAVLGNLRAHQHAEAIYDQAVQAGFMPEEVKTNLVRQIMNSYTNAPELAREEAIRSASMAAMQLMLAARARGLDSCPMGGYNSSLFIEAFGVPRHLIPVMLVAIGKKSVPAHPSTRLPLEETVFWNHF	PGPT0028511_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028511-yodC-NA	NA	NA
JZ016_02382	984	xsa		Xylosidase/arabinosidase	ATGAACAAGCCCGTACAGCCTAACGAACCGATCGTAACCCATATCTATACTGCAGACCCATCCGCCCACGTATTCGAGGGTAAAATTTATATTTATCCATCCCATGACCTGGATCATGAGAACACGTCCAATGATAACGGCGACCAGTATGACATGGAAGACTACCATGTTCTCTCGATGGAGAATGTGGATGCTCCCTGCGTGGACCATGGCGAAGCTCTTCATGTGAAGGATGTGCCATGGGCGAAGAAGCAAATGTGGGCACCGGATGCTGCCTTCAAGAACGACACTTACTATTTATACTTCCCTGCCAGGGATCATGACGATATTTTCCGTCTTGGCGTAGCAACAAGCTCGTCGCCTTACGGCCCCTTTAAACCGGAGCCTCATTACATCCCGGGCAGCTACAGCATCGACCCCGCCGTATTCGTGGATGACGACAACCGTGCCTATATATACTTCGGCGGCCTCTGGGGTGGACAGCTGGAACAATGGCAGACTGGATCGCACATTCCGGATGCGGAAGGGCCTCCCGCAGACGCGCCTGCCATCGGACCGCGGGTCGCTGAGCTGAGCGATGACATGCTCACTTTCAAAGAGGCGCCCCAAGAAATATCCATCGTCGATGACAAAGGCAACCCGATTGTTGCAGGGGATGAAGAGCGGAGATATTTTGAAGGACCTTGGGTCCATAAATACAACGGAACCTACTATCTTTCTTATTCCACCGGCTCAACGCACAAAATCGTCTACGGCACGAGTCAAAGTCCAACGGGGCCTTTCGAGTTCAAGGGCACGATTCTAACCCCCGTAATCGGCTGGACGACCCATCACTCCATCGTTCAGTTCCAGGATAAATGGTACCTCTTCTACCATGACAGCTCCCTTTCCGGCGGAGCGGACAACAAACGCAGCGTCAAGTTTACCGAGCTGACCTACAATGAGGACGGCACCATTCAGACGATTCATCCGTACGACAAATAA	MNKPVQPNEPIVTHIYTADPSAHVFEGKIYIYPSHDLDHENTSNDNGDQYDMEDYHVLSMENVDAPCVDHGEALHVKDVPWAKKQMWAPDAAFKNDTYYLYFPARDHDDIFRLGVATSSSPYGPFKPEPHYIPGSYSIDPAVFVDDDNRAYIYFGGLWGGQLEQWQTGSHIPDAEGPPADAPAIGPRVAELSDDMLTFKEAPQEISIVDDKGNPIVAGDEERRYFEGPWVHKYNGTYYLSYSTGSTHKIVYGTSQSPTGPFEFKGTILTPVIGWTTHHSIVQFQDKWYLFYHDSSLSGGADNKRSVKFTELTYNEDGTIQTIHPYDK	PGPT0019091_801	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
JZ016_02383	639	sdpI	COG5658	Immunity protein SdpI	ATGAGGAAAAAGAATAGTTCGATGCTGGTTATAACAACGCTGATATGTTTATTGCCGATTATTTTATCGATGACGCTGTATAACCAATTGCCTGAGCAGGTGGCTGTTCACTGGGACGCGGCGGGCAATCCTGATAATTATGTGTCGAAGGCGGTTGCGGCGTTTGTGCTTCCGTTGATTACAGCGGTTATTAACGTCATAGTCAATGTAGCGCTTAACAACGATCCAAAGAAAATGAACGCTGCCCCGGTTTTAAGAACGATGGGTCTATGGCTCATCCCCGCGCTGTCTCTCATTCTCATGCCGATCACGCTGTTCAAGGCCATGGGGGCCGAGCTGCCGATCCAGACGATTGCACCGGCTCTCGTGGGCATGCTGCTCGTGGTCACCGGAAATTATTTGCCGAAGAGCAAACAGAACTATACGGTGGGCATCAAGCTGCCTTGGACGCTGAACAGCCAGAATAATTGGAATAAAACGCATCGTTTTGCGGGATACCTGTGGATGGCAGGCGGAGCGTTCATGATCCTGACGGCGTTTCTGAAGATGAACCTTGCCGTCGCAATCGTTCCTGTCATTATATTGATTGTGGCGGCTCCGGCGATTTACTCTTTCTCTTTGTTTAAAAAGGGCGTGTAA	MRKKNSSMLVITTLICLLPIILSMTLYNQLPEQVAVHWDAAGNPDNYVSKAVAAFVLPLITAVINVIVNVALNNDPKKMNAAPVLRTMGLWLIPALSLILMPITLFKAMGAELPIQTIAPALVGMLLVVTGNYLPKSKQNYTVGIKLPWTLNSQNNWNKTHRFAGYLWMAGGAFMILTAFLKMNLAVAIVPVIILIVAAPAIYSFSLFKKGV				NA	NA	NA	NA	NA
JZ016_02384	225	sdpR	COG0640	Transcriptional repressor SdpR	ATGCTCAAGCGCGGCAAAATGTCAGCCGGAGAGATCGGTCAACATTTCGATATGACCGGGGCGACCATTTCGTATCATCTGTCGCAGCTGAAGAAGGCCGGACTGATATTTGAAACAAAATATAAAAATTATATTTACTATGAGATCAACGTGTCCGTCTTCGAAGAAATCATGCTGTGGTTTTCACAATTTAACGGGGGGAAACAAGATGAGGAAAAAGAATAG	MLKRGKMSAGEIGQHFDMTGATISYHLSQLKKAGLIFETKYKNYIYYEINVSVFEEIMLWFSQFNGGKQDEEKE	PGPT0004735_5116	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_02385	510			hypothetical protein	ATGAATATGAACATACGGACAGGACGAATAGAGGAGCTTCAAGAAATCATGGCTTTGATAGCCCGCTGTGTTGCGGTCATGCAGGCTGGAGGCAGCGATCAATGGGATGATCAGTATCCGAACCGAGAGGTCATTGGTGAGGATTTGCAGCGAGGAACGTTGTTTGCAGCTGAGGGCGAAGGCCGCATCTTAGGGATCATCGTCCTTGACGAATCCCAGGATGAGCAGTATGAGACCATTAACTGGAAGCAGATGAAAGGGCCTCATTTAATGATGCATCGGCTTGCTGTCGATCCGGAAGCCCAAGGACAGGGAGTTGCGCGAAAACTGATAGCCTTCTCCGAGGAATATGCCCTGCGAGAGGGCTACACGAGTCTACGATTGGATACCTATGCCAAGAACACGGCTGCGCTCAAGCTGTATCAAGGCTTAGGTTATGACTTGCGGGGAGAAGTGAATTTCCCAGGGAGAGCGGCAAGCTTTCCGGTATTTGAGAAGGTGCTTGGATAA	MNMNIRTGRIEELQEIMALIARCVAVMQAGGSDQWDDQYPNREVIGEDLQRGTLFAAEGEGRILGIIVLDESQDEQYETINWKQMKGPHLMMHRLAVDPEAQGQGVARKLIAFSEEYALREGYTSLRLDTYAKNTAALKLYQGLGYDLRGEVNFPGRAASFPVFEKVLG				NA	NA	NA	NA	NA
JZ016_02386	582	comR_5		HTH-type transcriptional repressor ComR	ATGGGACGAGTCCGCGAATTTGATGAAGAGAAAGTATTAGATGCAGCGATGCAGTTATTTTGGGAGAAGGGATATGAGGCTACCTCATTAAGCGATTTGACTTCCAGAATGGGCATTCAACGGCCCAGTATATACTCAGCCTTTGGAGACAAGAAGGAGCTGTTCGAAACAGCTCTGCGCAAATACACGATGTCACATGCTTCCGAGGCGCGGGCCAGGCTGCAAAACCATCGATCGGTCAGGGAGGCGTTTCGGGCTTTTTTTGAAAATGTGGTTGATAAGGAATATTCCGAAAGCAGCAGCCGAGGGTGCTTTTGTATCAATACGATGGTCGAGCTTGCGCCTCATGATGAGAAATTTGAAATTCTGACAAGGGAGCATCAGATGTACTTGGCGGTCATATTTCAAGAAACCATTGAACGAGGCATACAATCGGGCGAGCTTGCGATCGGGACAGACGCGAAAGCATTATCCCAAGCGCTGATCGTATCGCTGATTGGGTTGACCGTCATGTTGAAATCCCGTCCGGAGCGCTCATTCGTAACGAATACGATAGAGGTGACTCTTACATTGCTTGAATAA	MGRVREFDEEKVLDAAMQLFWEKGYEATSLSDLTSRMGIQRPSIYSAFGDKKELFETALRKYTMSHASEARARLQNHRSVREAFRAFFENVVDKEYSESSSRGCFCINTMVELAPHDEKFEILTREHQMYLAVIFQETIERGIQSGELAIGTDAKALSQALIVSLIGLTVMLKSRPERSFVTNTIEVTLTLLE				NA	NA	NA	NA	NA
JZ016_02387	1266			putative transporter	ATGGAAGAGATCATAGCAAAAAAAGCGGTCGTCCATAACGAAACAGCCGCGAATGCGTCACAGGGGACGGCGACTACGGCCAAATCCGGTAATCGTATGCCTCTGACTCGTTCCGTTACGTTATTGTTTGCGATTGCTTGCGGCATGTCCGTTGCCAATATCTACTTCGCTCAGCCGCTGCTCGATGAGCTGTCGTACGAGTTCAACTTGGACTATGCCGTCATTGGAATTCTGATTACCGTCACACAGATCTTTTATGCATTGGGACTGCTCCTGCTGGTGCCTCTGGGGGATTTACTGAACCAGCGCCGATTAATTATCGGTCAAATGGCGATCTCCGTGGCGGCTCTCGTGATCGTTGGTACTGCTTCATCCGGCGCGATGCTCTTTGCAGGTTTGGCTTTGGTCGGATTGCTTGCCGTTGTAACGCAGACGATTGTGGCGTTCGTGGCGACCGTAGCTGCTCCTGCTGAACGAGGGCGAGCCGTAGGCATGGTAACCAGCGGAATTGTGATCGGGATCCTTCTGGCGCGAACCATTTCAGGAGTTTTGAAGGATCTTGCAGGATGGCGTTCGGTTTATCTGGTTTCTGCTGCGGTGATGCTGTTCATGGTTTACGCATTATATAAGATGCTGCCAAATGTTGAGCGTAAGGTAAAAACTCTTTCCTATTCTCAACTGCTTAAGTCGGTACTGGTGTTGTTCCTTCAAGAACGGCTACTACGTGTCCGCGCTGTTTTGGCTATGCTGATTTTTACGGCTTTCAGCATTTTGTGGACGCCATTAGTGCTGCCTCTTAGCGCACCGCCACTATCCCTTTCGCACTCTGCCATCGGGGCGTTTGGTCTCGTAGGCGTCGTGGGTGCATTGGCTGCAGCAAAAGCCGGTAAGCTAGCCGATCGAGGTTACGGACAAAGAACGACCGGAATTGCATTGTCCCTGCTATTGCTGTCATGGCTGCCGATCAGCTATACAGAACGGTCCCTGTTTACCTTAGTCATTGGTATTATTCTGCTGGACTTGGCGGTACAGGCGGTGCATGTCACGAATCAGAGTATGATTTTTGCATTGCGCCCGCAGGCGCGCAGTCGCATGGTTGCCGGGTATATGATTTTTTATTCCATCGGAAGTGCCGCCGGTTCCATTGCTTCGACCCATATCTATGCACAGTATGGTTGGCATGGAGTTTGTATGCTTGGAGCCTCCGTCAGCGCTATTGCCCTTATATTTTGGGCTGTGACCAAAGGCGAAAAAGGTGCCCATTGA	MEEIIAKKAVVHNETAANASQGTATTAKSGNRMPLTRSVTLLFAIACGMSVANIYFAQPLLDELSYEFNLDYAVIGILITVTQIFYALGLLLLVPLGDLLNQRRLIIGQMAISVAALVIVGTASSGAMLFAGLALVGLLAVVTQTIVAFVATVAAPAERGRAVGMVTSGIVIGILLARTISGVLKDLAGWRSVYLVSAAVMLFMVYALYKMLPNVERKVKTLSYSQLLKSVLVLFLQERLLRVRAVLAMLIFTAFSILWTPLVLPLSAPPLSLSHSAIGAFGLVGVVGALAAAKAGKLADRGYGQRTTGIALSLLLLSWLPISYTERSLFTLVIGIILLDLAVQAVHVTNQSMIFALRPQARSRMVAGYMIFYSIGSAAGSIASTHIYAQYGWHGVCMLGASVSAIALIFWAVTKGEKGAH				NA	NA	NA	NA	NA
JZ016_02388	1482			hypothetical protein	TTGAAGGTATTGAATCGTAGAGTAGCTTATATGTTAATGACGATATTGTTAGCAGTCAATTGTATGGCAATGGACAGTGTGGGAGCTGCCGAAGCTGTGCATGGAGATTCACCGCATACACCGGTAAGCGTGGCTGGCGGCAGCGGACATGGTGTTGCGGCATGGAGCGACGGCTCCGTGACTGCCTGGGGTTATAACAAGTCAGGTCAAGTAGGTGACGGGACTAGCATTCATCAATTAGTGCCAAAGCAAGTCGCGGGTTTAACTGATATTGTTCAGGTGGCGGCAGGGGACAATTCTTCATTTGCCTTGGACAAGAACGGGGACGTGTGGGCCTGGGGCGATTATTACTCTCCTTATATTAACGGGGATCCGTTGTTACCTTTCCAAAAACGGGGAGGGCTGATCAAGCTGGAAGGACTTAAGGATGTAGCCAGCTTGGCTATTTCAAACCATGGTTCTGTCGCATTGCATAAGGATGGGTCTGCAACGATATGGAATCCGACGTTTGATCCGAATGATCATTTAAAGATGACGGTAAAGTACTTTCCGATCAAGGGAGTCATAAATGCAAAAACAATAGTGGTCGCCGGACATGAGGCGCTGATTCTCGGTGATGACGGCAGTGTTGATATGTTAACGGTATATAACAGTTTCTACGATCGGTACCGGCTGGAGCGTGAGTTCCGTGAGATTAAATCGCTGGTTACTTCCTCCATTGCCGGAATCGCCGCGGATTGGTATGACGTGTTTCTGCTGCATGAGAACGGGACGGTGCTGCGGTGGAATGTGAATGAAAAGCAGCAAGTGCCGGCTGCGGTGAAGGGATTAAACGATATCCAAGAGATAAGAACGGGGTCTAACCGTTTGTACATGCTTAAAAATGACGGCACGGTCTGGCAGTGGAAATACAACGACCCAGCGGCGAAGCCTTTTCAAGTGAAAGGTTTGACAGGTATCAAGGCGCTTTGGGGAAGCAATGGATATACAGGTTATGCAACCAACAAAGACGGTAAGCTGCTGGCCTGGGGAGAAGAGAAATATCAAGGCAGCGGCTCGCCTAACGAGAACGATGGGAATCCAGTCATGGTACAGCCTCCTCTATCCTGGACGGCAAACGGACAATCGGTTAGCTTCTACGGTTCTTCCGCTATTGTGAAAGGCAAGCTGTATGTACCGTATACTAGCGTTTTTGAAGCCCTCGGGATCAAAGTGAAGCGCGGACAGTCGAATCCGGATCCGAAACACGGAAATCATCGATTTCCGGTATGGTCTTTCTCTTATGGCGGGAATACCGTGTCCATTAAATCCAGTGATCCCGCCGTTGTATTAGTGAACGGGAAGGTGACGCGAGAAGATGTCAGCATTCCATTCCTGGCTAATTCGAGCATGTTTCCATTGGAGTTGATCACGACAAAGCTTGGCATTCCGATGTCCTGGAATAAGACGACAGGCGAAGTGATCCTGGGGAAAACACCATAA	MKVLNRRVAYMLMTILLAVNCMAMDSVGAAEAVHGDSPHTPVSVAGGSGHGVAAWSDGSVTAWGYNKSGQVGDGTSIHQLVPKQVAGLTDIVQVAAGDNSSFALDKNGDVWAWGDYYSPYINGDPLLPFQKRGGLIKLEGLKDVASLAISNHGSVALHKDGSATIWNPTFDPNDHLKMTVKYFPIKGVINAKTIVVAGHEALILGDDGSVDMLTVYNSFYDRYRLEREFREIKSLVTSSIAGIAADWYDVFLLHENGTVLRWNVNEKQQVPAAVKGLNDIQEIRTGSNRLYMLKNDGTVWQWKYNDPAAKPFQVKGLTGIKALWGSNGYTGYATNKDGKLLAWGEEKYQGSGSPNENDGNPVMVQPPLSWTANGQSVSFYGSSAIVKGKLYVPYTSVFEALGIKVKRGQSNPDPKHGNHRFPVWSFSYGGNTVSIKSSDPAVVLVNGKVTREDVSIPFLANSSMFPLELITTKLGIPMSWNKTTGEVILGKTP				NA	NA	NA	NA	NA
JZ016_02389	579			hypothetical protein	GTGCCGTCAGAAAGCACCTATGAAGCAGAAGCTGAACCCGCAGAATTCTTGAAGGAGAATTCCGCTCTCTGTCCATGGTGCGGAAGCGGCCTGACCACCTTGACGGATCTGGACATCCGCCATCCGAAGCTTCATTTCTTGGGGTTGACCGGAGAGAGGCTGCGGGTGTGCACCTGTGTGAATTGCAGCTGTTACGATACGATCTATATGGATGTGGATTTCCACGGAAAATCCGAATGGAGCCAAGCTAATATTAAACCGGAATATCTACCGGAGCCTGATTCCGAGGAGGATGATAGAAGCTATGCGGCGGAGGGGCAGTCCTTACGGCTTGCGGACCATCCCCGCAACAGCTATTATGCGGCCTATTGGACGCTCGGTTCGGCGGTTTCGCAAATCGGCGGCTACCCGGCTTGGATTCAGGACGCCGTATATCCCTCCTGCTCCTGCTGTTCCCAAAGCATGACATTCATCGGGCAGCTGGATTGGGAACAGATCGAGGAGTATGGAGAAGGCATTTATTATATGTTCCTGTGCGCGGACTGCCAGGTGACGGCAACCTTGTTTCAGCAGACATAG	MPSESTYEAEAEPAEFLKENSALCPWCGSGLTTLTDLDIRHPKLHFLGLTGERLRVCTCVNCSCYDTIYMDVDFHGKSEWSQANIKPEYLPEPDSEEDDRSYAAEGQSLRLADHPRNSYYAAYWTLGSAVSQIGGYPAWIQDAVYPSCSCCSQSMTFIGQLDWEQIEEYGEGIYYMFLCADCQVTATLFQQT				NA	NA	NA	NA	NA
JZ016_02390	714			hypothetical protein	ATGACAGAACGGCTGCCATGCCGAAGCGAAGGATGTTCGGCAACGATATTACCGGCAACCGCGGCCAAGACCGGCGGTTATTGCATGCCGTGCAAGCAGGAGATGGAGCGTGCGGAACGGCAGCGTTACATAGAACAAAATCGGAGAGATATCGACTTATATGAAGGGATTACAGATCCTGTAGGGATCCTTAAGATCATGCATGCCCCGCTGAAGCGGGATCCATTGATTCGATATATTCCCTATCCTCTGAAAAGAGAAGAGGTATATTCGGCGTTATCTCCAGGCGAGGCCGATCGCTTGCTGACTTTTGCTCTTGATCTGCTGGAAGCAGGTGATGAGGACACCTGCCAGGAAATTCTTGTTTCCCTGGTCTGCTATCAGAACAAGCCGCTTGAGTCCTGTATCCCGACATTGATGGAGCGCGGTATCTATTACCCCGGCATTCTGTTCAAAGATGCATCCGCCCGTAGCCGAGACGAGCTGCTTCAACAAGTGGAACAGGACAAGGATAACCGCAACCATCTGCTGCTCGCCCTGGCTTGGATCGGGGATGATCAGGTCGTGCACCAATTTCATGAATGGAGGACCGTGCCTCCATCATGGGCGGAGGAATTATACGTCCCGCCTGAAGCTTATGCGCATGAGGGGGCTGGGAGCTTACGGAGAAAGGAAGTAAGCGCCGGCTATTCTATCATGACAGCTACGCTATAG	MTERLPCRSEGCSATILPATAAKTGGYCMPCKQEMERAERQRYIEQNRRDIDLYEGITDPVGILKIMHAPLKRDPLIRYIPYPLKREEVYSALSPGEADRLLTFALDLLEAGDEDTCQEILVSLVCYQNKPLESCIPTLMERGIYYPGILFKDASARSRDELLQQVEQDKDNRNHLLLALAWIGDDQVVHQFHEWRTVPPSWAEELYVPPEAYAHEGAGSLRRKEVSAGYSIMTATL				NA	NA	NA	NA	NA
JZ016_02391	855			hypothetical protein	ATGAAAATATTCGTAGCGGGCTCTACCGGCGTTATCGGCCAGCGTTTACTTCCCAGATTGGTGCAAGCCGGCCATGGAGTTATCGGCATGACCCACGACCCTCAGCGGAAAGGGCTGATCGAATCATGGGGAGCCAAGGGGATCGTTGCAGATGCCTTTGATCGGGAAGGGATCATAGCCTCGATTGGGGAAGTGCGGCCGGATGTCATTATCCATCAGCTCACTTCGTTAAGCCAATGGAATCTGGAGGATAATGCGAGGATTCGGATGGAGGGCACCCGTCATCTGGTAGAAGCCGCGCAGATCCACGGCGTTAAACGCATGATTGCCCAGAGCATTGCCTGGGCCTATGAACCCGGGGATTATCCCGCCACCGAGAACGTCCCTCTGGATGTCCAGGCGCCTCCGCCGCGCAAATCTACGATAGACGGTATCATCTCGCTGGAACATGCCGTTGCACAACTGCCGAACCACGTCATTCTAAGGTACGGAATGTTCTACGGTCCCGGCACGTGGTACGACGCCAACGGAATCATGGCGGAAAAGGTACGAACTCGAGCTCTTCCAGCAACGGATGGCGTTATGTCATTTCTCCATGTCGAGGATGCGGCGAATGCCGCACTGCAGGCATTGGACTGGCCGACGGGGCCGGTCAATATCGTAGATGACGCGCCTGCTGCCGGTACGTTGTGGCTGCCGTTGTATGCTGAGGCGCTGCACGCGCCTGCTCCAGCATATCAAGCGGGGAGCAAGCGCGGCGAGCGCGGCGCTTCGAACGCCAAAGCCCGGAAGGAGTACGGCTGGGAGCCGCTATATCCCACGTGGCGAACAGGGTTCGCGCAATCGCTTAGGTGA	MKIFVAGSTGVIGQRLLPRLVQAGHGVIGMTHDPQRKGLIESWGAKGIVADAFDREGIIASIGEVRPDVIIHQLTSLSQWNLEDNARIRMEGTRHLVEAAQIHGVKRMIAQSIAWAYEPGDYPATENVPLDVQAPPPRKSTIDGIISLEHAVAQLPNHVILRYGMFYGPGTWYDANGIMAEKVRTRALPATDGVMSFLHVEDAANAALQALDWPTGPVNIVDDAPAAGTLWLPLYAEALHAPAPAYQAGSKRGERGASNAKARKEYGWEPLYPTWRTGFAQSLR				NA	NA	NA	NA	NA
JZ016_02392	183			hypothetical protein	ATGAACACTTCCGTTAAAAAGTTGGAAATGGGCGTCATCTTGTGCAGGCATTGCAGCGCTGAAGTCGATACGGTGGATACGAATCGAATCGCTACCTTCTATGGCGTGTGTGATCAGCCGGAGTGCCGGCAGCTGCACAGCCACATGCATGTATCAGTTAGTGATGTAACAGACGAAGAGTAA	MNTSVKKLEMGVILCRHCSAEVDTVDTNRIATFYGVCDQPECRQLHSHMHVSVSDVTDEE				NA	NA	NA	NA	NA
JZ016_02393	648			hypothetical protein	ATGTCACGGTTTGATCAACAATATGAGCTCTGGATACACACGAATATTTTGAATGAAAAGAATCCCCGCAGGCTCGAAATCCTTCAGAAAGGGTTAGGCCACGGTACCGTCGAGTTTCTGCGCTCAGTGTGGTTTCCCGCAATCGGTAATTTCAATGACTTGCATCCGGAATGGGAAGTACGCGATTTCAGCAATGGTTATCGTTATTTAGACCTTGCCTACATGCCCGGTGGTGCGAGAGGAGGCATCGAAATCCAAGGATACGGCCCGCATGCCCGCGATTTGGACGTAAGAAGGTTTAAGGATTTATGCCGCCGTCACTGCTTACTGGCACTGGATGGTTGGACATTCCTTCCCATTGCTTACCCCTCCATCGTCGAAGAGCCAAAACAATGCCAGCAGCTCATTTTATCCTTCGTCGGCAGATTTGTGGCGTCAGATGTACCTGCGTCCTTAAGTTGGCTGGAGGCAGAAGCTGTCCGATTTGCGCGGCGATTGCTGCGCCCGATAACCCCATTAGAACTCGCAAATCATCTTAGGGTGAGTGACCGGCATACCCGACGCTTATTGCATAAACTGGTCGAGCTTCAGATACTGGACATAGCAAGCGGTGAACAACGAGCCCGTACCTATAAACTCCGCATGTAA	MSRFDQQYELWIHTNILNEKNPRRLEILQKGLGHGTVEFLRSVWFPAIGNFNDLHPEWEVRDFSNGYRYLDLAYMPGGARGGIEIQGYGPHARDLDVRRFKDLCRRHCLLALDGWTFLPIAYPSIVEEPKQCQQLILSFVGRFVASDVPASLSWLEAEAVRFARRLLRPITPLELANHLRVSDRHTRRLLHKLVELQILDIASGEQRARTYKLRM				NA	NA	NA	NA	NA
JZ016_02394	183			hypothetical protein	ATGTTTTTTATGAGGCGTGGTATCGCGGTGGGCTATTGCAATGTTATGAGGACAGAGGTTCCGCTATACGTCCGACGGGTGGGGTTGGGTAATATGAGGACAGAGGTTCCGCTATTACGTCTGGATGGGTGGGTTTTGGGCAATATGAGGACACCAGTTCCGCTATTACATAAAGAATGGTGA	MFFMRRGIAVGYCNVMRTEVPLYVRRVGLGNMRTEVPLLRLDGWVLGNMRTPVPLLHKEW				NA	NA	NA	NA	NA
JZ016_02395	612			hypothetical protein	ATGGCAGGCACGATTTTTAAACAAGAAGTGATGAAAGCAACCGAACGTTCGTGGGAGGAATGGATTGTGGCCCTTGGGCAGGAAGTGGGCCCGCTCTGGTCACATGAGCAGATCCGAAACCATATCGTTGAGCAGCATCAAGTATCCGGGGAATGGGGCGAGTGGATCGCCGTCATGTATGAGCAGGTCATGGGGCGGGTGCCCGTCGGCTTATCCAAAGATGCCGGGGTGCAGATCGGGGTCAGAAAGACGATAGCCGCGACAAAAGAGAGGGTTTGGGATTTCCTCATGTCTTCCGAGGGACTGTCATTATGGATCGGGGATGTTCCTTCACTGGAGCTGCAGGTCGGGCATGAGTATGAATCGAAGGAAGGCGTGTCCGGCAAAATTACGGTGGTCGTACCCTACCATAAGCTGCGCTTGACTTGGAAACGCAAGGAGTGGGACAACCCGTCCCGGCTGCAAATCTATGTGTTGTCCACGAAGACTGGAAAAACAACCATCGCGATTCACCAGGAGATGCTGGATGATGTTTATATGAGAGAGATCATGAGGCGTTATTGGGATGAGATGCTGACGACGCTGCAAAACCGGGTGATGGTGCCGAACTGA	MAGTIFKQEVMKATERSWEEWIVALGQEVGPLWSHEQIRNHIVEQHQVSGEWGEWIAVMYEQVMGRVPVGLSKDAGVQIGVRKTIAATKERVWDFLMSSEGLSLWIGDVPSLELQVGHEYESKEGVSGKITVVVPYHKLRLTWKRKEWDNPSRLQIYVLSTKTGKTTIAIHQEMLDDVYMREIMRRYWDEMLTTLQNRVMVPN				NA	NA	NA	NA	NA
JZ016_02396	969			hypothetical protein	ATGTCTAAAGCCGATAATATGCTGGCGATGCTATGGCTGCTGAAATCGCGAAGAAGAATGACCGCTAAACAACTATCGGAGGAGCTGGGTGTACATATCCGGACGGTTTACCGATGCATTGACGCGCTCTGCATGTCCGGCGTGCCTGTCGTATCCGAGATTGGGCGCGATGGAGGCTACTCCATCCCGGAGCATATCAAGCTGGAGCCGCTGTTTTTTGAGGCCGATGAGCAAAGGGCGCTTCTTCATGCCGCCGCATTCGCACGGGAAGCGGGTTATCCATCCGAAGAGCCGCTTAATCGAGCCGTTTCCAAAATAAAACGATATACGAATCCGGAACAGCTGGAGCGTTTGGAGCGCCACGAAAGCAGTATTGAGGCCATCCATCCTCCTACAGCTTCTTCGCTTACCAGGATACTGCATGAGATCGAGGCGGGGATCGACCGGCAATCCAGCCTCGAGATCGACTACGCCACAGGCTATGACGGTATAACACAACCACGTATCCTGGATCCTTACGGACTCGTCCATTGGAAAAGCAAATGGTACGCGGTGGGCCATTGCCATCTACGCGGTGAAATTCGCTGCTTCCGCGTCGACCGTATGCGCGATATCCGGCATACCGACAACGCGTTTGACCGTCCGGCGTCGTTTTCCCCGCGGGAATACGTATTGGACAGCTTGTTATCGGGGCAAGGTTCCGAATCCAATCCTCATTTGGTTTCCGTACATATCCAAGGCCTCCCTCAAGCTTTGGACGATTTATGCGCGCATTGGCTGCTCAGTCAAGCCCTCGTCGAACGTACGGCGGAGCATGCGGTGTTCAGGCTGGATGAGCATATGTTATACACGCAAGTTGCCTACTACCTATTGTCATTTGGCGGGAAGATTCGAATCATCGGGCCCGAGGAACTGAAATCAGGCATGATCGACATTGCGGAGTCCCTCTTGAAATATTATCAATCCTGA	MSKADNMLAMLWLLKSRRRMTAKQLSEELGVHIRTVYRCIDALCMSGVPVVSEIGRDGGYSIPEHIKLEPLFFEADEQRALLHAAAFAREAGYPSEEPLNRAVSKIKRYTNPEQLERLERHESSIEAIHPPTASSLTRILHEIEAGIDRQSSLEIDYATGYDGITQPRILDPYGLVHWKSKWYAVGHCHLRGEIRCFRVDRMRDIRHTDNAFDRPASFSPREYVLDSLLSGQGSESNPHLVSVHIQGLPQALDDLCAHWLLSQALVERTAEHAVFRLDEHMLYTQVAYYLLSFGGKIRIIGPEELKSGMIDIAESLLKYYQS				NA	NA	NA	NA	NA
JZ016_02397	924	tdh_1		L-threonine 3-dehydrogenase	ATGAAAGCAATGGTATGCACCGCTTATGGAGCACCGGATGTTTTACAGCTGCAAGAGGTAGAGAAGCCGATCCCAAAGGATCGCGAAATTCGAATCAAAATTTATGCAACCACCGTCAATTCGGGGGATTGCCGCGTGCGGGGATTTCGCAGTCCTCTTTTGTACAGGATTCCCATGCGGCTGGTGCTGGGTTTGAGAAAGCCAAGACAACCGATACTCGGGGTAGAGCTGGCGGGGGAAGTCGAAGCGATTGGCAGGGATGTTACGCAATTCAAGGTAGGCGATCAGGTCTTGGCATTCAGGGGAATGCGATTCGGTACGTATGCCCAATATATCTGCATGCGTGAAGATGCGTTATTGCTGTTAAAGCCCGATCATGTGACTTATGACGATGCCGCCGCCGTATCTTTCGGAGGAACGACGGCCCTGCATTTTCTTAGAAAAGGGAATATCCGGCAGGGGCACAAGGTTCTGATTTATGGAGCGTCCGGTGCGGTTGGGACGTTAGCCGTACAGCTTGCTAAGCAACATTATGGAGCAGAGGTAACCGGCGTTTGCAGTGCCGTGAATATGGGGCTGGTGAGGTCGCTCGGAGCCGATCGGGTCCTTGATTATACCAAAGAGGACATTACGACGACCGGAGATCGATACGACATTATTCTGGACGCGGTCGGTAAACTGCCAAAATCCAAATGCAAGCATTTGCTCACCCCGGGCGGGAGCTATGTAACCGTTGAAGGGCAGGGGGTAGCCAAGGTGCTGATGGAGGATCTGAGATTGCTAGCGGAGCTGCTGGGAACGGGGAAGATCAAGCCGGTCATCGACAGAAGGTATGCATTGGAGCAAATGGCCGAGGCGCACCGGTATGTGGATGAAGGACGCAAGAGGGGCAGCGTTGTCATCACGGTGGACCATGATCATTGA	MKAMVCTAYGAPDVLQLQEVEKPIPKDREIRIKIYATTVNSGDCRVRGFRSPLLYRIPMRLVLGLRKPRQPILGVELAGEVEAIGRDVTQFKVGDQVLAFRGMRFGTYAQYICMREDALLLLKPDHVTYDDAAAVSFGGTTALHFLRKGNIRQGHKVLIYGASGAVGTLAVQLAKQHYGAEVTGVCSAVNMGLVRSLGADRVLDYTKEDITTTGDRYDIILDAVGKLPKSKCKHLLTPGGSYVTVEGQGVAKVLMEDLRLLAELLGTGKIKPVIDRRYALEQMAEAHRYVDEGRKRGSVVITVDHDH	PGPT0006375_1339	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006375-EC_1_1_1_1|adh-K00001	NA	NA
JZ016_02398	2838	malT_2	COG2909	HTH-type transcriptional regulator MalT	ATGTCCACGCCTATTTTGTCTACAAAATTGTATATACCATCTCCCCGATCGAGGGCTGTTCTTCGCCCCCGCCTAATCGAGGGTTTGAACGAGGGACTGCGTCTGCAGCGCAAGCTCACTATGATTTCTGCCTCTGCAGGCTGCGGTAAAACTACGCTGCTCAGCCAATGGATTAAAGATTCCCCGCTGCCCGTCGCCTGGTTGTCTTTGGAGGAGGGGGATCGTGAACCCGCAAGATTCCTGGCTTATCTTGTGGCCGCCCTGCAAACCGTCGGGGTTGAAATCGGAGAGGGCATCATGAGCAAACTCCAAGCGCCGTCCCCTCTTCCTCTGCCGCTCGAAGGTATCGTCACGGCCATCCTTAACCACATAGCGGCCCTGCCGAATCGATTCATTCTGGTTCTTGACGATTACCACGTGTTGGATTCCAAAGCGATAGACAGCGCTCTTGATTTTCTCATCGAGCACATGCCGCCGCAGATGCATGTGGTTATCGCCAGCCGCCAGGATCTCGCTCTGCCCTTGGCCCGGCTGCGTGTCCGGGACCAGTTGACGGAAGTGCGGACATCAGACTTGCGCTTCACATCCGATGAAGCCTCTGAATTTCTGCGCCGCTCCATGGGACTGGATTTGTCGGCGGAGGATGCAGCGCTCCTCGAATCGCGCACGGAGGGCTGGATTGCCGGCCTGCAATTAGCGGCGCTGTCTTTGCAGGGCCATCACGACGCTGCCACCTTTATCCGATCCTTCGGCGGCAAGCACCGTGACGTACTGGACTACCTGGTTGAAGAAGCACTGCAGCAACAGCCCGAGGATATTCAGGATTTTTTGCTAAACACCTCCATTCTTGAGCGGTTGTGTGGTCCATTGTGTGACTACGTTCTTCGGAGCGGAGCTCGTGATTCTCGGCTGAGCGCCATCTCCGGGCAAGAAACCCTGGAGTACCTGGAGCGCGTCAACCTGTTCATCGTTCCGCTGGACACGGAGAGGCGCTGGTACCGATATCACCATTTGTTCTCGGATGCGCTTCGGCAGCGTCTGACCCGAACGGGTGCTTCTGCGGTTGGCGGAGAGAGGGACGTGTCCGAATTGCATCGTCGTGCCAGTGAATGGCATGAACGTCAAGATCTTCTGCTGGAAGCTTTCCAGCATGCGATTGCCGCTTCGGATGTGGATCGCGCCGCACGTCTGATTGAAGGGAAGGGGATACCTTTGATCTTCCGTGGGGCAATAGGCCCTGTGCTCCATTGGCTGGATTCCTTGCCTAAGGAGGAGATGGATGCAAGGCCCGCGCTACATGTCATGCATGCTTCCACCATGTTAATGGTCGGTCAAATGACCGGTATCGAACCTAAACTTCAAGCCGCCGAAACCTATCTGCAAGCTGCGGAGGACGATTATACCCGGGATCTTATAGGGCATATCGCCTCCATACGTGCCACGCTTGCTGTCAGTCAACATCAGACGGAAACCATCATGGCGGAATCGCGCCGGGCCTTGGAATTTTTGAGTCCGCATAATCTGCCCGTGCGCACAGCGACGATATGGACGCTGGGATATGCCTACCAGCTGCAGGGGGAACGGGCCGCTGCTGGCAAGGCGTATCGGGAAGCCGTGATCATCAGTCAGAAGATTGGGCACATCACGATCAACATGATGGCGACGCTCGGACTCGGAATGATTCAGGAAGCGGAGAATCAGTTATATGTTGCGGCCGAGACGTATCGGCGCGTTCTGGATTTGGCGGGCGATCCTCCACTGCCGGCAGCATGCGAAGCACATCTGGGCCTAGCCCGAATATGCAGCGAGTGGAATGATCTGGATGCCGCGGAACAGCATGGACAGCTGGCCCTCCGCTTGGCCGGGCAGTTCGAGCATATCGACAGGGGCGTGGCCTGCGAGGTGTTTCTCGCAAGGCTGAAGCTTACACGGGGAGCGGTGAGCGAAGCGGCTGCCATGTTAGCCAAGGCGGATCACTTCGCCCGTCAGCATCATTTCACGCATCAGCTGCCCCATATTGCCGAAGCACAGGTGCTTGCCCTGCTGCGGCAAGGGGATGTCAGTTCAGCGTTGCAGCTTGCCCAGAGGTTTGAGCTCAAGCTAAGCCTAGCCAGGGTGCTGCTGGCACAGGGGGATACGGCGACAGCGCTGGTCATCCTCGAACAACTGCGGACGGATATGGAAGTTAAAGAATGGATGAACGAACAGCTTAAGGTGATGGTGCTGCAGGCTTTGGCCCTTCACGCCTGTGGGGAGAAACGGAGAGCGGCACAAGTTATTGCGGATGTGCTGGAGATGGGCGAGCCGGGCGGCTTCATCCGGATGTTTATCGATGAAGGGGAGCCGATGCGGGAATTGATCAACGCAGCAGCTTTGAGCAAAACGAGGCAGAAGATAGATAAGCCGAAGCATTGGCCATTAAGCGAAGCTGTAAACAAATCGAAGCAGAAGCTGTTAAGTGAAGCTGTAGACAAACCGAAACAGCTGCCCTTAAGAGGAGCCGTAGACAAAGCGGAGCAGAAGCTGTTATGGCCCATCCATGACTATCTGGAGCGATTGCTGCATGCATTTGAGGCTGAAGGACGGGAACGTGGAGTCACATCCGTATTCGTTCCTGGGTTTGTTCGGCCTGCGGATTCTCTGATTGAGCCGCTAAGCCGGCGGGAGATGGAGGTTCTGCGTCTCATTGCCGAGGGGCTATCGAATCGTCAGATTAGCGAGAGGCTTTTTGTTACGCTCAGCACCGTGAAAGGGCATAACCGGATGATTTTCGATAAACTCCAGGCCACGCGCCGTACCGAAGCTGTAGCGCGAGCGCGAGAGCTGGGTTTACTATAA	MSTPILSTKLYIPSPRSRAVLRPRLIEGLNEGLRLQRKLTMISASAGCGKTTLLSQWIKDSPLPVAWLSLEEGDREPARFLAYLVAALQTVGVEIGEGIMSKLQAPSPLPLPLEGIVTAILNHIAALPNRFILVLDDYHVLDSKAIDSALDFLIEHMPPQMHVVIASRQDLALPLARLRVRDQLTEVRTSDLRFTSDEASEFLRRSMGLDLSAEDAALLESRTEGWIAGLQLAALSLQGHHDAATFIRSFGGKHRDVLDYLVEEALQQQPEDIQDFLLNTSILERLCGPLCDYVLRSGARDSRLSAISGQETLEYLERVNLFIVPLDTERRWYRYHHLFSDALRQRLTRTGASAVGGERDVSELHRRASEWHERQDLLLEAFQHAIAASDVDRAARLIEGKGIPLIFRGAIGPVLHWLDSLPKEEMDARPALHVMHASTMLMVGQMTGIEPKLQAAETYLQAAEDDYTRDLIGHIASIRATLAVSQHQTETIMAESRRALEFLSPHNLPVRTATIWTLGYAYQLQGERAAAGKAYREAVIISQKIGHITINMMATLGLGMIQEAENQLYVAAETYRRVLDLAGDPPLPAACEAHLGLARICSEWNDLDAAEQHGQLALRLAGQFEHIDRGVACEVFLARLKLTRGAVSEAAAMLAKADHFARQHHFTHQLPHIAEAQVLALLRQGDVSSALQLAQRFELKLSLARVLLAQGDTATALVILEQLRTDMEVKEWMNEQLKVMVLQALALHACGEKRRAAQVIADVLEMGEPGGFIRMFIDEGEPMRELINAAALSKTRQKIDKPKHWPLSEAVNKSKQKLLSEAVDKPKQLPLRGAVDKAEQKLLWPIHDYLERLLHAFEAEGRERGVTSVFVPGFVRPADSLIEPLSRREMEVLRLIAEGLSNRQISERLFVTLSTVKGHNRMIFDKLQATRRTEAVARARELGLL	PGPT0018616_831	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018616-malT-K03556	NA	NA
JZ016_02399	873	rhaR_33		HTH-type transcriptional activator RhaR	ATGAAAATTCACCATTCGATTCCTTGGCGTGACAATCTGTATCTGTTCAACTATCGAAGCGTACATACCGAGCCAGTGGAGTATTTTCATTATCATGAAGGGTTGGAGATTCTGTACATTCACGAAGGCGCCGGAAGATATTTCGTCGATAATCAAACGTACTCGCTCAAGCCTGGCACCTTGGTGTTGATTAAACCTTTTCAAATTCACCATATTGAAGTCATCGTACCGCCGAATTACATTCGCAGCCTGCTGAAAATCAAAGCCTCCGTCATCGAGCGTTTCCTCACCGCACTCCCACAGTTAACAACCGCGGTTTCACAATTGCTGGAGCATCCGTGGTCCAATCAGGTGTTTCATTTGTCGCCCAAGGATTCCATATATTTGGAAAATCAGTTTCTGCAATTGCATGAAATGCTGGCCAGCGTTCCGTCCAAGGTTCAGAAGGAAGTTGTTGCCTTGTTTTTATTTCAATTCTTCACCTACTTCAGTAGCCATATTTACCCGGCGGATCGTAGCGGGGGCTTCAAGTATCCTGCTCCCGCTGCTTCGATCGAGCCTGTCGGCGCCATGGTTAGGTGGATCGGCAAGCACTATCATCTATCCTTCACGATTAACGAAATGGCTGCGGAGCTTCATTTCTCTCCCAGTTATTTGTCCAAGCTGTTCAAAGAGCAGATGGGCATGACCATCATCGAATATACGAACAACAAGCGCTTGGAGGAAGCCAGAACGCTTCTTGGCTTGCCGTTTCTAACAATCGAAGACGTCAGTAAACAGGCCGGATTCAACTACCCCTCGTATTTTATCGCCATGTTCAAGAAAAAGTACGGTTTAACGCCTCTTCAGTATCGAATGCAGACGGAATTATGA	MKIHHSIPWRDNLYLFNYRSVHTEPVEYFHYHEGLEILYIHEGAGRYFVDNQTYSLKPGTLVLIKPFQIHHIEVIVPPNYIRSLLKIKASVIERFLTALPQLTTAVSQLLEHPWSNQVFHLSPKDSIYLENQFLQLHEMLASVPSKVQKEVVALFLFQFFTYFSSHIYPADRSGGFKYPAPAASIEPVGAMVRWIGKHYHLSFTINEMAAELHFSPSYLSKLFKEQMGMTIIEYTNNKRLEEARTLLGLPFLTIEDVSKQAGFNYPSYFIAMFKKKYGLTPLQYRMQTEL				NA	NA	NA	NA	NA
JZ016_02400	1068			hypothetical protein	ATGATCAAGCCATCCATCAAGTTTGGCATCGTATCCTTATTTTGCTTCATGCTTGTATTTGCATTCTACCCTGGTCATATTGTAAAGGCGGCAACCAAAACGGTCCCGGCCGGTGACGTCGCGACGCTGCGGAGCTACCTAGCCAGCGCGAATCCCGGTGACATTATTGAAGTATCCGGGACCTACTCGGTGTCGGATGGAACCATTGCAACCTCCCGGAAAGGATCGTCAGGCAATTACATTACGATTCGCGGCACGGGCAGCGGAGCCACTTTTCATTTCACCGCATCGGCAGGCAATGCGGCTTTCCATATCAAGAACAGCTATTATAAGCTGGAGAATTTGACGATCAACTCCAACTCTAAATCAAACAAAGGCCTGCTGATTGAGGCCTCTCACGGCTACGTTACCAACGTAACGGTCAAAAATACGACGGCAGAAGCGTTCAAGATTCGGAAAAACAGCCAGTACTGGCTTGTCTCGAACAGTACCGCCCATAGCGCGGGGCAAGGCGGGAAGTTCGGCGAGGGCTTCTATGTGGGGGATGCCGATCAGAACTGGACCACACTGCCCAATCCGGATCGAAGCGGATATATTACATTCCTGAATTGCAGCGCCATACAGACCAAAAACGACGGCTTTGATTTTAAAGAGGGTACGCATCATATCAAAGTGATCGGCAGCACGGTTGACTTTCATAATACAGTCCCGGAGTCGACCGTGGGCAACAACGGAATATTCATGCGGGCCAATGACGTACAGATCATCAACACCACCGTCAAAAACAATGCGGCCACGGGCCAGGCATTCAGAACAAGCAAAACCACGGCCTCGGACGGAGTATCCTACGGAAGCAATCTGGAGCTTAAGAACGTAACCGCATCGAATATTTCGGGAGCGATGATTTACACGAACTATACGTCGAACAAATTGTATACCGACTATACCATGACCGGTGTTGCCGGAGGACTCTACGCTTCCGGCTCCAAAACAGCGACTTCTTCCAATCCGTCCTCCTTCGTGGAGATGACGTGGAGCGGCGAAGGCGGAGATACTTACGGCTTCTAG	MIKPSIKFGIVSLFCFMLVFAFYPGHIVKAATKTVPAGDVATLRSYLASANPGDIIEVSGTYSVSDGTIATSRKGSSGNYITIRGTGSGATFHFTASAGNAAFHIKNSYYKLENLTINSNSKSNKGLLIEASHGYVTNVTVKNTTAEAFKIRKNSQYWLVSNSTAHSAGQGGKFGEGFYVGDADQNWTTLPNPDRSGYITFLNCSAIQTKNDGFDFKEGTHHIKVIGSTVDFHNTVPESTVGNNGIFMRANDVQIINTTVKNNAATGQAFRTSKTTASDGVSYGSNLELKNVTASNISGAMIYTNYTSNKLYTDYTMTGVAGGLYASGSKTATSSNPSSFVEMTWSGEGGDTYGF				NA	NA	NA	NA	NA
JZ016_02401	1086	nmoA	COG2070	Nitronate monooxygenase	ATGAACATTCAACTGCAGACCGAGCTGTGCGAGCTGTTCCAAATCCGTTATCCGATCTTGCAGGCAGGGATGGCCGGAGGACCGACAACAGTAGAACTGGTCGCCGCCGTATCCAACGCAGGCGGACTCGGCACGCTGGGTGCGGCTTACATGGAGCCGGCTGCCATTCGCGACAGCATTCAGGAAATCCGCAAGCGGACGGATCAGCCTTTTGCCGTCAACCTTTTTGTGCCCGGTGCCCGGGATCGCCATGAGCGAATCGGAGAGGTTCAACAGGAGTTAAACCGGATGCGGGATGATCTTGGCATTCCCCATGCGGGCAAGGACCACGTAGCAACCCCGGATTGGTTCGAGCAGCAATTCGCGGTTCTGATCGAAGAGAAGGTGCCTGTCATCAGTACGGCATTCGGGATTCTGGATGAGCCTCATATGCAGCAAGCAAAAGCGGCTAGGCTTCGGGTTGTTGCGATGGCTACCACAGTCCGCGAAGCCATGCTGGCTGAGCAGGCAGGGTGTGATGCCGTCGTTGCCCAAGGCAGCGAAGCGGGGGGACACCGTGGAACGTTTGATATTTCGGAGCACCCGATGGGGGCCCAGATCGGAACGTTTGCCTTGGTACCGCAAATCGTGGATCGCATCAAGATCCCCGTTATTGCCGCCGGAGGCGTGATGGATGGACGCGGGCTCGCAGCTTCGCTTGTTCTTGGAGCCCAAGGCGTTCAGATGGGGACGCGATTCCTGACCGCAGTCGAATCGGGTGCGCATGAGGTTTACAAGCAAGCGCTCCTTCAGAGTACGGAAGAGAGCACGGTGATCACCAAAGCGTTCTCGGGACGGCCTGCAAGGGGAATCGGCAATGCATTCATCCGGCAATGGGACCAGAGCGGCATAGAGCCGCTGCCTTTTCCTACGCAGAATACGGTGACCCGCGACATCCGAAACGCGGCTAATCGCCAAGACAATCCGGAGTATATGTCATTGTGGGCGGGGCAAGGCACCAGAGGCCTGACTGCAGGACAAACGGCAGCGGATATTGTGGCCGAGACGATCCGGGAAGCGTTGTTGATCTGCTCATTTTCTTCGTAA	MNIQLQTELCELFQIRYPILQAGMAGGPTTVELVAAVSNAGGLGTLGAAYMEPAAIRDSIQEIRKRTDQPFAVNLFVPGARDRHERIGEVQQELNRMRDDLGIPHAGKDHVATPDWFEQQFAVLIEEKVPVISTAFGILDEPHMQQAKAARLRVVAMATTVREAMLAEQAGCDAVVAQGSEAGGHRGTFDISEHPMGAQIGTFALVPQIVDRIKIPVIAAGGVMDGRGLAASLVLGAQGVQMGTRFLTAVESGAHEVYKQALLQSTEESTVITKAFSGRPARGIGNAFIRQWDQSGIEPLPFPTQNTVTRDIRNAANRQDNPEYMSLWAGQGTRGLTAGQTAADIVAETIREALLICSFSS	PGPT0006800_907	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-PROPIONATE-3-NITRATE-DERIVATE_RESISTANCE,PGPT0006800-ncd2|npd|pnoA-K00459	NA	NA
JZ016_02402	1260	tyrS_1		Tyrosine--tRNA ligase	GTGAATATTATCGACGAACTGGAATGGCGCGATGCGATCAACCAACAGACGGATGCCGAAGGCCTCCGGGAACTTACGAATGAAAAATCCATCTCGCTGTACTGCGGCGTGGACCCAACGGGCGACAGCATGCATATCGGTCACCTGATTCCCTTTATCATGCTCAAACGCTTCCAGCTTGCCGGCCATCGTCCGGTCATTCTGATCGGGGGAGCGACAGGCACCATCGGGGATCCAAGCGGACGTCAAACTGAGCGCTCCCTGCAGACGCTGGAGCAGGTTCAGGCTAACGTTGACGCGCTGACCGTGCAAATGAAAAAGCTCTTCGTAACCGAGGGTGACAATCAAATCCGCATGGTTAACAACTACGACTGGACGCATAAAATCAACATCATTGAATTCCTGCGCGATTACGGCAAGAACTTCAGCATTAACTCGATGCTGGCGAAGGACGTGGTTGCGAGCCGGCTTGACAGCGGGATTTCGTTTACGGAATTCTCATACCAAATCCTGCAGTCGGTCGACTACCTGCATCTGTACCAGCATGAGGACGTGCAGCTGCAAATCGGCGGATCGGACCAATGGGGCAACATTACAAGCGGCCTGGATCTGATCCGGAAGAAAGAAGGGCCCGAAGCAAAAGCATTCGGCCTGACCATACCGCTCATGCTGAAGGCCGACGGCACGAAGTTCGGCAAAACGGCCGGCGGCGCGATCTGGCTCGACCCGAACAAAACGACGCCGTTCGAGTTCTACCAGTTCTGGGCGAACACCGACGACCGCGACGTTGTGAAATACCTGAAGTACTTCACCTTCTTGACCAAAGAGCAAATTGACGAATTGGCCGAAAAGGTGCAGAGCGAGCCGCATAAACGCGAAGCGCAAAAAATGCTGGCTGAGGAAATGACGAGATTCGTGCACGGCGAAGAGATGCTGGAGCAGGCTAAGCGCATTACGGCGGCTTTGTTCAGCGGCGATATTAAATCCCTTACGGCCGATGAGATCGAGCAGGGATTTAAGGAGATGCCGACTTTCGAAGCCACGCCGGAAACGAAGAATATCGTGGACTGGCTTGTGGATCTGGGCATCGAGCCATCCAAGCGGCAAGCTCGTGAGGATATTACCAAAGGCGCCATCTCGATGAACGGCGAGCGTATCAGCGACGTCGGTCACGAGGTGACAGCCGACCAAGCGATCGGCGGCCGCTTCATCATCATTCGCAAAGGCAAGAAAAACTACAGCTTGGTGAAAATGTCCTAG	MNIIDELEWRDAINQQTDAEGLRELTNEKSISLYCGVDPTGDSMHIGHLIPFIMLKRFQLAGHRPVILIGGATGTIGDPSGRQTERSLQTLEQVQANVDALTVQMKKLFVTEGDNQIRMVNNYDWTHKINIIEFLRDYGKNFSINSMLAKDVVASRLDSGISFTEFSYQILQSVDYLHLYQHEDVQLQIGGSDQWGNITSGLDLIRKKEGPEAKAFGLTIPLMLKADGTKFGKTAGGAIWLDPNKTTPFEFYQFWANTDDRDVVKYLKYFTFLTKEQIDELAEKVQSEPHKREAQKMLAEEMTRFVHGEEMLEQAKRITAALFSGDIKSLTADEIEQGFKEMPTFEATPETKNIVDWLVDLGIEPSKRQAREDITKGAISMNGERISDVGHEVTADQAIGGRFIIIRKGKKNYSLVKMS				NA	NA	NA	NA	NA
JZ016_02404	816	drrB_2		Daunorubicin/doxorubicin resistance ABC transporter permease protein DrrB	ATGAGCAGCTCCATGATTCAGCCTGGGACGGAACGTCAGCTTAAGAACCGCACGAGTTTGGGTCAGACGGTCCGAAATTCGTTGACCATGGCTTACCGCGGGCTGCTGAAGCTCCGGCGCACGCCCGAGCAGTTGTTTGACGTCACGTTTCAGCCCATTATTTTTACGCTGATGTTCACCTATATTTTTGGGGGCGCCATCTCCGGTGACGTGGCGAGTTATTTGCCCGTCATCATTCCAGGCATCCTCGTCCAGACCGTGATTACGACCTCCGTCGTCACAGGCGTTCAACTGCGCGAGGATATGGATAAAGGCGTATTCGACCGATTCAAATCGCTGCCGATTGCACGCATCGCACCGCTGGCGGGCGCCCTGCTGGCAGACACGATTCGGTATACCATTGCGACGGTGCTTACCTTTACGATGGGATATATTATGGGGTACCGGCCTGAGGGCGGCTTGGGTTATGTTGCGCTTGCGGGGTTGGTCGTCATTTTGTGCTCATGGGCCATTAGCTGGATTTTTGCTTTCTGCGGCGTGATTGCAAGATCTGCCTCCGGCGTGCAGGGGATATCGATGATCGTGCTATTTCCGCTCACGTTTCTCTCCAACGCGTTTGTGCCGGTGGATACGATGCCGGGCTGGCTGCAGTGGTTCGTCAATATGAATCCGATCTCGCATCTTGTAACAGCCGTTCGGGATCTCACCAACGCTGGCACTGTGGGCTGGGATCTCACGATATCCTTGGTTGGTGCCGCGGTTATCGTGGCGATCTTTGCTCCCATTACGGTTCGTGCGTACATGCGCCGCACTTGA	MSSSMIQPGTERQLKNRTSLGQTVRNSLTMAYRGLLKLRRTPEQLFDVTFQPIIFTLMFTYIFGGAISGDVASYLPVIIPGILVQTVITTSVVTGVQLREDMDKGVFDRFKSLPIARIAPLAGALLADTIRYTIATVLTFTMGYIMGYRPEGGLGYVALAGLVVILCSWAISWIFAFCGVIARSASGVQGISMIVLFPLTFLSNAFVPVDTMPGWLQWFVNMNPISHLVTAVRDLTNAGTVGWDLTISLVGAAVIVAIFAPITVRAYMRRT	PGPT0006730_23600	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_02405	1032	drrA_4		Daunorubicin/doxorubicin resistance ATP-binding protein DrrA	ATGGAGCATGCATACAAAAAGAAAATAGAACCAAAACCTGGCGACTTGGCCGTTGAGGCTTACGGACTGGTCAAAACATTCGGCGATAACCGCGCCGTGGATGGGGTGGATCTGAACGTACGTACCGGAACGATCTACGGTGTGCTTGGCCCGAATGGGGCAGGCAAGACGACCACCATCCGGATGCTGGCGACCTTGCTAAGACCGGATGCGGGTTCGGCCCGAATCTTCGGACATGACGTGCTGGCGGAATCGCAGATTGTCCGTCAGTTGATCGGGGTAACCGGCCAATATGCGTCGGTGGACGAATCGCTCAGCGCTACGGAGAATCTGATTATATTCTCCCGTTTGCTTGGTTTGGGGCGTAAGGAGGCAAGGCGCAAGGCGGAAGAGCTGCTTGAGGAATTCGGTTTGTCGGAAGCCGCGAAGCGGCCGCTAAAAAATTTCTCCGGCGGCATGCGGAGAAGACTGGATCTGGCGGCAAGCCTGATTGCCCAGCCACCGCTCATCTTCCTGGATGAGCCGACGACGGGGCTGGATCCAAGGACGCGTTCCCAGATGTGGGATACGATCCGCCGATTGGTGAATACCGGTTCAACGGTATTGCTGACCACGCAGTATCTCGAGGAGGCGGACCAGCTGGCAGACCGCATCGCCGTTATCGATTACGGCCGGGTTGTGGCCGAGGGTACGGCCGATGAACTGAAGATGTCGGTAGGCACTTCCTCGCTGCATTTGACTGTCGAGGATTCGGTTGACATGGATCGCGCCCGCCATACCGTGGAACAAGTGTTAGGCGTCCATGCCAATGTATCGCCGGAAGCCGGAAAGATAACGGCGCCGATGGCAAATGCGGGTCTTGTTACAGACCTGTTGATCGAGCTGCGAACGGCAGGAATCGGCTTGTCCGAGATGAGCGTGCAGAAGCCGACCCTGGATGAGGTGTTCCTGACGATCACCGGCCACGGCGTGAAGGAAGACGCTGCCCAAGGGTCTTATGAATCCAATGATCGAGAGGTGGCACGGGTATGA	MEHAYKKKIEPKPGDLAVEAYGLVKTFGDNRAVDGVDLNVRTGTIYGVLGPNGAGKTTTIRMLATLLRPDAGSARIFGHDVLAESQIVRQLIGVTGQYASVDESLSATENLIIFSRLLGLGRKEARRKAEELLEEFGLSEAAKRPLKNFSGGMRRRLDLAASLIAQPPLIFLDEPTTGLDPRTRSQMWDTIRRLVNTGSTVLLTTQYLEEADQLADRIAVIDYGRVVAEGTADELKMSVGTSSLHLTVEDSVDMDRARHTVEQVLGVHANVSPEAGKITAPMANAGLVTDLLIELRTAGIGLSEMSVQKPTLDEVFLTITGHGVKEDAAQGSYESNDREVARV	PGPT0006725_4975	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02406	948			hypothetical protein	GTGCTGGAACTTGGTTTTAACGACCCGGAAAGATTGGTCACGGTAGCCCATGCCTTGTCAACACGTTCTCGGGTTGATATTCTAAGGCTCTTGAATTCCAAGAACTTGAATATCATAGAAATCGCCGAGAAGCTCAAACTCCCCGTTTCGACGGTAGCGAGCAATATCAAAGTGTTGGAAGCGGCTGAGTTAATTAATACGGAATTGCTTCCGGCGTCACGTGGGGCCATGAAGGTCTGCAGCCGGAATTATGATGATATTCATATTGCGTTGAATTTGAGAAACTCGGTACCCAAAGGAGTAACGCATGTCTATGAAGTAGAGATGCCGATTGGCCATTACAGCGATTGCGAAGTATCGCCGACATGCGGAATGGCGAATGCCGACGGGTATATCATAAAGGAAGACGAGCCGGCGAGCTTTTACCATCCCAAGCATGTTAATGCCCAGATCATCTGGCTGCGCAAGGGATATTTGGAATATTTGATGCCGATGGATATTCCGGCCGGAGCTCGCATCGAATCGCTTGAATTGTCCATGGAGATGTGTTCCGAGGCGCCCAATTATGATCATAACTGGCCTTCGAATATTTCCGTGTGGGTCAATGGCGTTGAAATTGGCATGTGGACAAGCCCCGGCGATTTCGGGGATCGGCGCGGCAAGCTGAACCCGAATTGGTGGTATGATTGGGCAACGCAGTACGGGTTTCTCAAGACTTGGCGGGTTGATCATGAGAAGACGACGCTGGATATGGAGAAAGTGTCGGGTGTTACATTGGCTGAGCTGAATCTTTCCGAGAGTCCCAAATTGCGGCTGCGTATCGGCATTAAGCCCGATGCCGTCAATCAAGGAGGGCTGAATCTGTTCGGTCGCCAGTTTGGAGATCACGAACAGAATATCATCATGCAGTTGAAATATACGATGGATCAGGATGGGGAAGACCTTTAA	MLELGFNDPERLVTVAHALSTRSRVDILRLLNSKNLNIIEIAEKLKLPVSTVASNIKVLEAAELINTELLPASRGAMKVCSRNYDDIHIALNLRNSVPKGVTHVYEVEMPIGHYSDCEVSPTCGMANADGYIIKEDEPASFYHPKHVNAQIIWLRKGYLEYLMPMDIPAGARIESLELSMEMCSEAPNYDHNWPSNISVWVNGVEIGMWTSPGDFGDRRGKLNPNWWYDWATQYGFLKTWRVDHEKTTLDMEKVSGVTLAELNLSESPKLRLRIGIKPDAVNQGGLNLFGRQFGDHEQNIIMQLKYTMDQDGEDL				NA	NA	NA	NA	NA
JZ016_02407	1398			hypothetical protein	ATGAAGGTGAATTACCGGAATAAATTATTGCTCACGATATGCGCATTCCTTATTCTTCCTATGGGTCAGGCGACACATGCGGCTACGCTTCAAAATAACTTCTACAACGTGGTCATGCAGGAGGGCGCGGATCCATGGGTTTATAAACACACCGACGGCTTTTACTACTTCACAAAAACGACCGGCGGAAATGTGACCATATGGAAGTCCGCACAGCTTACGACGATTGATGCAGCTCCGACGAGGGTCGTGGAAACGGGCTGCTGCAGCATCTGGGCTCCCGAATTGCATTACATCAATGGGGCCTGGTACATCTACTATGCCAAGGATGACGGGGATAACGTCAACCACCGCATGTATGTCATGGAGAACACGTCGGCGGACCCGACGCAGGGAACCTGGCAGTACAAAGGCCAGATTACGGACCCGACGAACAAATGGGCGATTGACGGCACGGTGCTGCAAACAGGCGGTCAGCTGTATTTTATATGGTCCGGCTGGGAAGGCGACACCAATGTCCGGCAGAATTTGTATATCGCCCGCATGAGCAATCCCTGGACGATCGATTCGAATCGCGTTGAAATCGCAAGGCCTACCCACAGCTGGGAAACGAACCATTCCCCGCACGTAAACGAAGGGCCTCAGGTGATTGTGCGAAACGGTCTCATCAATCTGGTATACTCTGCAAGCGGAAGCTGGACGAACGACTATTGCTTGGGCCTCATCACGGCCAGCGCAACCAGCGATCTGCTGAATCCGGCATCATGGAGCAAACGCAGCCAGCCTATATTCAAGTCCGGTAACGGTTTGTACGGACCGGGTCATCATTCGTTCACCAAGTCGCCCGACGGTACGGAGGACTGGATACTCTATCATGTCGCCAAATACAATAATGCCGGGTGGAACCGCGAGGTTCGAATGCAGAAATTCACGTGGCATGCCGACAACACGCCAAATCTCGGCGTCCCGGTGAATCCGAATGCTCCGATAACCTTGCCTTCCGGCGAAGCAGCACATATCCGTTACGAAGGCGAGGAAGGGACATTCGGCGGTATCGCCTACGCATCTCAGAGCCCTAACGGCTCGGGAGGCATGAAGGCCGGGCATATCGATACGCCGGAGAGTTATGTGGAATTCACGGTTCATGCCGCGTCGGCAGGTGAATACATTCTGCTCGCCCGCACGGCGAACGGGACAGCCGGGGGGAATTGGTCCCATCTCATGCTCAGCGTAAATGCCGGTACGGCGAGCAAGTTCCATATCACGAATAAAGGATGGGAGAACTGGGGACTGTCCACGGCGCGGATTCAGTTGAAGGCCGGTGTGAACACGATACGTTTTTCAAAAGGCGAGGGATACGGAGAAATCGACTTTTTTGACATCAAGCCTGCGAATTAG	MKVNYRNKLLLTICAFLILPMGQATHAATLQNNFYNVVMQEGADPWVYKHTDGFYYFTKTTGGNVTIWKSAQLTTIDAAPTRVVETGCCSIWAPELHYINGAWYIYYAKDDGDNVNHRMYVMENTSADPTQGTWQYKGQITDPTNKWAIDGTVLQTGGQLYFIWSGWEGDTNVRQNLYIARMSNPWTIDSNRVEIARPTHSWETNHSPHVNEGPQVIVRNGLINLVYSASGSWTNDYCLGLITASATSDLLNPASWSKRSQPIFKSGNGLYGPGHHSFTKSPDGTEDWILYHVAKYNNAGWNREVRMQKFTWHADNTPNLGVPVNPNAPITLPSGEAAHIRYEGEEGTFGGIAYASQSPNGSGGMKAGHIDTPESYVEFTVHAASAGEYILLARTANGTAGGNWSHLMLSVNAGTASKFHITNKGWENWGLSTARIQLKAGVNTIRFSKGEGYGEIDFFDIKPAN	PGPT0019091_469	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
JZ016_02408	1743	uidA_2	COG3250	Beta-glucuronidase	ATGACTGAATTAACACTGCCGCGTCCGGAGTACCCCCGTCCGCAATGGGTAAGACCCGACTGGATCAATCTGAACGGTTCTTGGCAATTCGAAATCGATCATGGGAAAAGCGGGAAGGAGCGCGGATTCCATGAGCCGGGACATGATCTGTCCGGAACGATCACCGTTCCTTTCTGCCCCGAAAGCAAGCTGTCCGGCGTTGAATATAAGGATTTCATGGCAGCCGTATGGTATAAGCGGGATTTTACCGTGCCTGAAGCATGGGAAGGCAGCATCCTGCTTCACTTCGGGGCTGTGGATTACGAGGCGGAAGTATGGGTAAACGGTGTATCCGTAGGATCGCATCGCGGGGGATATACGCCCTTTAGCTTAGATATCACCTCGCATGTAATACCGGGCAAGAACGTGATTACCGTCTGTGCGGAGGATGACGTCCGTTCCGGACGCCAGCCGCGCGGGAAACAAAGCGGACGCTTCCACTCGCATGGCTGCGATTATACCCGTACGACGGGGATTTGGCAGACGGTATGGCTGGAGCAAGTGCCGCGGGTCTATATGTCCGACATGAAGCTGGTGGGTGACCCGGATAATGGCTGTGCCCACCTCGAGATTAAGATCAACGGGAACGCAGCAGGCCATAAACTGACCGCATCCGCCCAGTATGAAGGGAAAGCGGTAGGGAATGCGAGTGCCGTCGTATCCGGGCCGTACGTCAAACTTACCATTCCATTATCGGAGGTTCACTTGTGGGAGGTGGGTCAGGCCAGGCTGTACGATCTGGAATTATCCCTGCAAGGACAGGATCAGGTGTGTGACACCGTCCAATCCTATTTCGGGCTCCGAACCGTCATGCTGGACGGAATGGCCTTCCGCATCAACGGCAAATCCGTATTTCAACGACTTGTGCTGGATCAAGGCTTCTATCCGGATGGGGTCTACACCGCGCCAAGCGATGAGGATCTCCGCAAAGATATCGAAATTTCGATGGGACTCGGCTTTAACGGCGCAAGGCTTCACGAGAAGATGTTCGAACCGCGCTTTCTGTATTGGGCTGACCGGTTAGGGTATCTGGTATGGGGAGAGCATGCCAATTGGGGGCTCGACATTACCACGGCGGAGGGATTGTCCCATTTTCTGCCGGAATGGCTCGAAGGGATGGAGCGCGATTTCAATCATCCTGCCCTTATCGGCTGGTGTCCCTTCAACGAGACGTGGGACCGGGACGGCGCCAAGCAAAATAACGACGTACTGCGCATTGTATACGAAGTCACGAAGAAAATGGACCCGACGCGTCCCGTGATTGATACGAGCGGCAACTTCCATGTCGTGACGGATATTTTCGATATCCATGATTACGACCAGAACCCGGAGACGTTCAAACAGCGATATGAGCCGATGAAGAACGGTGGAGAGGTGTACAATAGCTTCCCGAATCGGCAGCAGTATGAAGGCCAGCCTTATTTCATCAGCGAATATGGCGGCATATGGTGGAATCCGGACCAAAAAGACGAGAAGTCCTGGGGGTACGGCGACAGGCCGACATCCGAAGCAGCGTTTCTAACGCGTTATGCGGGCTTAACGAATGTGCTGCTGGATCATCCGATGATGTTCGGTTTTTGTTATACCCAGCTGTACGACGTGGAGCAGGAAGTGAACGGATTGTATACCTATGACAGACGTCCAAAATTCGATCCCGACGTGATTCGCCGCATCAATTCCCGTAAGGCCGCGATTGAAGATTGA	MTELTLPRPEYPRPQWVRPDWINLNGSWQFEIDHGKSGKERGFHEPGHDLSGTITVPFCPESKLSGVEYKDFMAAVWYKRDFTVPEAWEGSILLHFGAVDYEAEVWVNGVSVGSHRGGYTPFSLDITSHVIPGKNVITVCAEDDVRSGRQPRGKQSGRFHSHGCDYTRTTGIWQTVWLEQVPRVYMSDMKLVGDPDNGCAHLEIKINGNAAGHKLTASAQYEGKAVGNASAVVSGPYVKLTIPLSEVHLWEVGQARLYDLELSLQGQDQVCDTVQSYFGLRTVMLDGMAFRINGKSVFQRLVLDQGFYPDGVYTAPSDEDLRKDIEISMGLGFNGARLHEKMFEPRFLYWADRLGYLVWGEHANWGLDITTAEGLSHFLPEWLEGMERDFNHPALIGWCPFNETWDRDGAKQNNDVLRIVYEVTKKMDPTRPVIDTSGNFHVVTDIFDIHDYDQNPETFKQRYEPMKNGGEVYNSFPNRQQYEGQPYFISEYGGIWWNPDQKDEKSWGYGDRPTSEAAFLTRYAGLTNVLLDHPMMFGFCYTQLYDVEQEVNGLYTYDRRPKFDPDVIRRINSRKAAIED				NA	NA	NA	NA	NA
JZ016_02409	1005	galM_2	COG2017	Aldose 1-epimerase	ATGGACGGGACGAATGCTTATGAAGGGGTATACCATAACGAGAAAGCAGTTTATTTAAGAGCCGGGAGTTATGAGGCTATCATGCTTCCGGATATCGGCGGAAATTTGATATCGTTCCGGGACCTCGATACGGGCTGCCGGTTTCTGCATGAACCGACGCTTGACGAAATGTCGGCCTTCAAAGCAAGGCCGATGATCCATGGCATTCCGGTGTTGTTTCCCCCGAACCGGTATCAGGATGGCCGGTTCAGGTGGAACGGCAAAATCCATCAGCTGCCGGTTAATGAAGAGGCAACCGGTCATCATCTACATGGATTTCTGTACAATATTCCATGGGAGGTTGATGAATACGGGCATTCCGGGCAGGAAGCTTATGTGACCGTGTCTGTCCGCGTGGATGAACGGCATCCGGTATTTCGGAGCTTCCCGTTCCGGTTCCATATTCAGCTTCGGTACGGATTAAGCGAGCAGGGGCTATCCCAGCGGGTAACGATTACCAATACAGGCCAAGAAGCCATGCCGTGTCTGCTGGCGTTTCATACGTCCGTTAACGCGCCATTTACCGAGGGAGGCGACGCCCGGGATTACCGCTTAAAGCTGACCGTCGGGAAGCGGTGGGAGCTGGATGGTCGAATGCTGCCCACCGGCTCCCACCAGGAGCTGTCGGCGAACGAGCAGGCCATGCAGGGGGCAGGCGTTTATCCCTTCTTCGAAAGCATGGACAATCATTATACCGCCGAGCCCCAAAACGGAAGAAACCGGATGGAGCTTACCGATGGAGCAAAAAAGTTGACGCTGGTTTATGACGTAGGCACCTCCTACAAACAATGGATGATCTGGAACAACGAAGCAACCGAGGGTTTCTTTTGCCCTGAGCCGCAGATCAATCTGGTCAATGCACCCAATATGGACATGGAAGCTGAAGAGATCGGATGTTTCAGCCTTGAACCGAATGAAATCTGGGAAGAGACCAGCAGGCTGTATGTGAAGGAAAGTCGAGGCTAA	MDGTNAYEGVYHNEKAVYLRAGSYEAIMLPDIGGNLISFRDLDTGCRFLHEPTLDEMSAFKARPMIHGIPVLFPPNRYQDGRFRWNGKIHQLPVNEEATGHHLHGFLYNIPWEVDEYGHSGQEAYVTVSVRVDERHPVFRSFPFRFHIQLRYGLSEQGLSQRVTITNTGQEAMPCLLAFHTSVNAPFTEGGDARDYRLKLTVGKRWELDGRMLPTGSHQELSANEQAMQGAGVYPFFESMDNHYTAEPQNGRNRMELTDGAKKLTLVYDVGTSYKQWMIWNNEATEGFFCPEPQINLVNAPNMDMEAEEIGCFSLEPNEIWEETSRLYVKESRG	PGPT0017825_3696	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GALACOTOSE_METABOLISM|DEGRADATION,PGPT0017825-galK-K01785	NA	NA
JZ016_02410	1779	lacZ_3		Beta-galactosidase	TTGACGACAGAAGTTAGCAAGACACAAACGGTTCGCAATGAATATCCGAGACCCCAGTTTGAGCGTAAAGAGTGGTTAACCCTCAATGGCGAATGGGATTTCAGTTTTGATGATGAAGCCATCGGCGAGGATGCAGGGTGGCATCGGGTGGAAGCGAAGGCTTCCTTCACGCGGAAAATCAACGTGCCCTTTACGTTCCAAAGCAAGCTGAGCGGCATCGGCGACCCTTCCTTTCATGATGTGGTATGGTACCGCAGAACGTTCGACGTGCCGCAGGACTGGAACGGGAAGCGGATTATGCTTCATTTCGGCGCCGTGGATTATTTCGCCAAAGTGTGGGTAAACGGGCATTTAGTGGCGATGCATGAAGGCGGGCATACGCCGTTCCAGGCCGACATTACGGCCGCGCTCGCGGAAGGAAGCAACACGATCGTGCTGCGGGCGGAGGATTTCAGCCGAGACGTCACCCTGCCGCGAGGCAAACAGTACTGGCTTGAGCATTCGGCAAGCATTTTCTATACCCGTACGACCGGCATCTGGCAGAGCGTGTGGCTGGAGCCGGTATCCTCGGTACATCTGAGAAAAATAAGGATGACACCCGACATTGACCGGAACGAAATACGCATTCGGACCTTCCTTGAGGGTTACAAGTCGATGGAGAATCTCAAGCTGCAGATCACCGTATCGTATAAGGGTGAACAAGTTGCCGAAGATCAATATGCAATTCGAAACGCGGAGCAGCTGCGGTCCATCGGTTTGAGTGATTTTACGGATCATGGTCTGGGACGCCTGTGGAGCCCTGAGCATCCGAACCTGTATACAATCGAATTCCGCCTTGTTCAGGATGAGAACGTCGTCGATTTAGTATCCAGCTATTTCGGGATGCGGAAGGTATCAATCGAGAACGGCAAGCTATGCCTGAATAACCGCCCGTATTTTCAAAGGCTCGTGCTCGACCAGGGGTATTTCCCTGAGGGAATTCTAACAGCGCCGTCGGATGAGGCTTTGAAGCGCGATGTGGAGCTGGCGAAGGAAATGGGATTCAACGGCGTGAGAAAGCACCAGAAGACGGAGGACCCCAGGTTCCTGTACTGGTGCGATAAGCTCGGCCTGCTGTTATGGAGCGAGGCGGCCAACGCATATGAATATTCCGAGTCGTATGTTCGCCGCTTCACAGCGGAATGGCAGGAGATCATCGAACGGGATTATAACCATCCTTGCATTGTAACCTGGGTTCCGCTCAATGAGAGCTGGGGAGTTCCGAATGTTCAGCTGGATAAGCGTCAGCAGCAGCACGGGCTTGCGATGTATCATTTAACGAAGTCTTTGGACGATAGCAGGCCGGTTGTTTATAACGATGGATGGGAGCATATGACCACGGACCTGGTCACGATTCATGACTACGAGAGCCGCCAGGAAGTGCTGGAGAAGAGGTATGCAACAGCAGCATCGGCGGTGGAAGCCATGCCGGCCAACCGGAGGATATTCGTCGGCGGTGCTTCCTATGAAGGCCAACCCATCCTGGTGTCGGAGTTTGGCGGCATTGCCTTCAAGAAAAGCGATTGGGAAGGCTGGGGATATTCCGGAGCCGAGAACGAGGAGGATTTCCTGATCCGGCTCAAGGCCGTAGTGGATCCCATGTTCTCTTCCCCGGTGATCCAGGGATACTGCTACACGCAGCTGACGGATGTCGAGCAGGAGATCAACGGCTTGCTGACGTATGATCGCAAGCCCAAAGCGCCGCTTGAAACCATACGCAGCATCATGACGGGACAATAG	MTTEVSKTQTVRNEYPRPQFERKEWLTLNGEWDFSFDDEAIGEDAGWHRVEAKASFTRKINVPFTFQSKLSGIGDPSFHDVVWYRRTFDVPQDWNGKRIMLHFGAVDYFAKVWVNGHLVAMHEGGHTPFQADITAALAEGSNTIVLRAEDFSRDVTLPRGKQYWLEHSASIFYTRTTGIWQSVWLEPVSSVHLRKIRMTPDIDRNEIRIRTFLEGYKSMENLKLQITVSYKGEQVAEDQYAIRNAEQLRSIGLSDFTDHGLGRLWSPEHPNLYTIEFRLVQDENVVDLVSSYFGMRKVSIENGKLCLNNRPYFQRLVLDQGYFPEGILTAPSDEALKRDVELAKEMGFNGVRKHQKTEDPRFLYWCDKLGLLLWSEAANAYEYSESYVRRFTAEWQEIIERDYNHPCIVTWVPLNESWGVPNVQLDKRQQQHGLAMYHLTKSLDDSRPVVYNDGWEHMTTDLVTIHDYESRQEVLEKRYATAASAVEAMPANRRIFVGGASYEGQPILVSEFGGIAFKKSDWEGWGYSGAENEEDFLIRLKAVVDPMFSSPVIQGYCYTQLTDVEQEINGLLTYDRKPKAPLETIRSIMTGQ	PGPT0017810_3821	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
JZ016_02411	936	araQ_22	COG0395	L-arabinose transport system permease protein AraQ	ATGGAGGATATCAAGCAACTCAAAGTGAAACGAAGAAGGAAGCATAAAAGCATAGGAGACCGCGTATTCGACTTCACGAACTATACGCTGTTAACCGCCTTAACGTTGGTATGTTTTTATCCCATACTGCATATCTTGTTTGCCTCCGTCAGCGATCCCAGCGCCTTGATGGCGCATAAAGGGGTTTTGTTAAAGCCGCTGGGATTCACGCTCGACGGTTACAAGCTGGTGTTCAAAGACAACAGCCTGCTGAAGGGGTACATGAATACGATCATTTATGTTGGATTGGGCACCTTGGTCAATATGGTCATGACGATATTGGGGGCATACGTGCTCTCCAGACGGGACTTGTATTTCAAGAATTTTATCATGGTTCTGATTACGATCACGATGTTCTTTGGCGGAGGGCTGATACCCTGGTTCCTGTTAATGAAGGACATCGGCTTGTACAACAATCTGTGGGCGATGATTCTGCCGACCGCTTTAAGCACTTGGAACATCATCATTCTAAGAACCGGCTTCCAATCGATTCCGAGAGAGCTGGAAGAAGCGGCATTGATCGACGGCGCAAGCCAGGCCAACATTCTGATCACGGTGATCCTGCCGCTGTCGAAAGCCACGCTGGCCGTTATCTTCCTGTATTATCTGGTCGGGAATTGGAACTCCTGGTTTAACGCGATGGTTCTGCTGAAGGACAGGGAATTGTTTCCGTTACAGCTGTTAATGAAGGAAATCCTGGTTGCCAATGATTCGACGGCCACCACGATCGGCAGCGCGGGCGGAGTCGTTATTAACAGCGCCCAGAGCTCGACCGCGTTCCGGGAGCTGGTTAAATATTGCGCGATCGTGGTTTCGACGGTGCCTATATTAATGGTGTATCCGTTCCTGCAGAAGTATTTCGTGAAAGGCGTTTATGTGGGTTCGATCAAAGGCTAG	MEDIKQLKVKRRRKHKSIGDRVFDFTNYTLLTALTLVCFYPILHILFASVSDPSALMAHKGVLLKPLGFTLDGYKLVFKDNSLLKGYMNTIIYVGLGTLVNMVMTILGAYVLSRRDLYFKNFIMVLITITMFFGGGLIPWFLLMKDIGLYNNLWAMILPTALSTWNIIILRTGFQSIPRELEEAALIDGASQANILITVILPLSKATLAVIFLYYLVGNWNSWFNAMVLLKDRELFPLQLLMKEILVANDSTATTIGSAGGVVINSAQSSTAFRELVKYCAIVVSTVPILMVYPFLQKYFVKGVYVGSIKG	PGPT0017255_272	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02412	972	yteP_37	COG4209	putative multiple-sugar transport system permease YteP	ATGGAGATATTACAGAAAAACAAGGAACTAGGCCATGTTCGGACGCCCTCGGAGCCCAAGAATACCAAACGGTTGATTCAAAAAGATCTCAGAAAGAATTGGTTTGTCTATCTGATGGCCCTTCCCGTCGTGGCGTGGTTCTTGATCTTCTGCTACGGACCGATGTGGGGCGTCATGATCGCATTCAAGGATTTCAAGCCTTTACTGGGCTTCGCGGACAGCGATTGGGTGGGCTTCAAGCATTTCATCGATTTTTTCTCCGGACCCTATTTTTGGAGAGTCGTGAAGAATACGCTCCTGCTGAATGTTTGGGGCATCGTGTTTGGATTTACGGCACCGATCATCCTGGCCTTGCTGCTGAATGAGGTTCGTTCTTCCAAATTTAAGCGGACCGTTCAAACCATTACGTATATGCCGCATTTTATTTCACTGGTGGTTGTGTGCGGGATCATTCACATCTTTACGGCCAATGAAGGGGTCGTTACGCAGCTGCTTTCGTTCATAACGGGAAAAGACTACTCATCCCTTCTCGGGTACTCCAATTTGTTCCGCCCGATTTATACCTTCTCCGGAATCTGGCAGAGCATCGGCTGGGACAGCATCATTTACCTGGCTGCGATGAGCTCCATCGATCCTTCATTATATGAAGCGGCCGATATCGACGGGGTCGGCAGGGTGAAAAAAATGTGGTACATTACGCTGCCTCAGATCAGTCCGGTCATCATCATCCTGTTTATCTTTGCGATCGGCGGATTGATGGCTTCCGGCTACGAGAAAATTATTCTGCTCTATAATCCTTTGATCTACGATACGGCGGATGTCATCGCTTCCTATGTTTACCGCAGGGGCTTGAGGGAAGCCAGCCTGAGTTATTCCACAGCCGTCGGATTAATAAGCTCCATCGTAAACTTCGGGCTGTTATGGATGACAAATACCATCGTGAAACGCAGATCTGAATCCAGCTTATGGTAA	MEILQKNKELGHVRTPSEPKNTKRLIQKDLRKNWFVYLMALPVVAWFLIFCYGPMWGVMIAFKDFKPLLGFADSDWVGFKHFIDFFSGPYFWRVVKNTLLLNVWGIVFGFTAPIILALLLNEVRSSKFKRTVQTITYMPHFISLVVVCGIIHIFTANEGVVTQLLSFITGKDYSSLLGYSNLFRPIYTFSGIWQSIGWDSIIYLAAMSSIDPSLYEAADIDGVGRVKKMWYITLPQISPVIIILFIFAIGGLMASGYEKIILLYNPLIYDTADVIASYVYRRGLREASLSYSTAVGLISSIVNFGLLWMTNTIVKRRSESSLW	PGPT0017250_663	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02413	1734			hypothetical protein	ATGAACAGAACGATGAAACGTTATTTCACTCTGTTATTCATATCCATATTGATCATTTCGACGGTAACCGCTTGCAGCGGCAAGGCAAGTGACGAGCCAGACAATACCGTAACCCAAGAGGAAAGCGTAGAGAAGAATGAGGTGACGTTCGAAGATATCAGCGGGGACATACGGGGCAATAAAGCACCGACACAGGAACAAATCGATGAGGTCAACGGCACACTCAATGATACATACCTCGGTGATGTATTTGACGAAGTCATTCCAAGCGATTATTCCGCTTATCCCGTCAAAGGCGATGTGGTACTGGATGTATGGATGCCTGCCAACTCCAACATCCCGGATATGAATAATCACTTGGTTCAGAAGCAGGTGGAGAAGCTCACCGGCATTAAAGTAAACTTCATTACGCCGCCCGTCGGGCAGGAAGCGGATGCCTTCACCTTGATGATCTCCTCTGGCGAGCTGCCGGATATCATCATTGACCCGGGCCGTTATCCGGGAGGCTTGGAAGCGGGGGTAAACGACGGCGCTTACCTCGATTTGACCGACCTGATGGAAAAGCATGCCCCGAACTATTCGGCATGGCGCAACTCGGACGAAACGAGAAGAAAAACGACCGTGACCGATGATGGCAGGCTGCTGGGTTTCTACGGGATCGCTCCATATTCCGAATGGATCTGGTTCGGCACATTAATCAAGCAGGAAGCGCTGGATAAGACGGGACTTCCAGTCCCGACGACGATAGACGAATGGTATGAATTTCTGAAGAAATCCAAGGAAGTCGGATATAAAGCGCCGCTGAATTACGGATCGACGTACGGCCAAATTTTTACCGGCATCATTAATGGCGCATATGGCGTCTGGGACTGGACCTTCCTGGATGAGAACGGCAAAGTCGCATGGGGGCCTGCACAACCGAAAGCCAAGGAATATCTCGCGACCATGCAGCAGTGGAATAAGGAAGGCTTGCTGAATCGGGATTGGGCTACCGCCGATTTCAATCAACGGATGGCTAGCGCGATATCCGATGATACGGCCGTCATGATGGACTCCCCGGATACGATGTGGAGCTATTGGAAGGTGCAGAACGATATTGATTTCGTGGGGGCGCTGAATCCTGTTCTGAATAAAGGGGACAAATCCGCAACCACCTATAAAAACTTCAAAAGAACCGGAACCGGTGCAGCCATCACGACTCAGAGCAAAAATGTCGAAGCTGCAATGGCATGGCTGGATTTCAACTTCAGCAAAAAAGGCTGGGAGCTCATTAACTTCGGCGAGTACGGCACGGTTCATTTAGTGGATGAACAAGGAATGCCTTATTATCCGGAAAACAGTTACATCTACAATGACCCGGACGGTCAGCCGGTAGACGTCACACTTTGGAAATACCGCTGGCACAGTTGGCCGAACATTCGCGATGAGCATAATGCCAACCCGTTGATCTCGGCGAAGGGAAGCTATTCCGGAGATATCCGAAAGGATTGGACGGAAAACATGGATACCAGCATGGCGATGCCGCCGATCACGTTCACGAAAGAAGAAGTCTCACGCGAAGCCGAGCTTGGAAACCAATTGTCCACGCTGCGCGGAGAATACTTTGCCAAGATCATTATGGGCGAATTGCCGGTCGATGCTTACGATAAATTTTTGAAGGAAGCGCAGAGCATGGGGCTGGACGAATTCCTAAGTCTCCATCAGGCAGCCTTGGATCGGTATAACCAACGATAG	MNRTMKRYFTLLFISILIISTVTACSGKASDEPDNTVTQEESVEKNEVTFEDISGDIRGNKAPTQEQIDEVNGTLNDTYLGDVFDEVIPSDYSAYPVKGDVVLDVWMPANSNIPDMNNHLVQKQVEKLTGIKVNFITPPVGQEADAFTLMISSGELPDIIIDPGRYPGGLEAGVNDGAYLDLTDLMEKHAPNYSAWRNSDETRRKTTVTDDGRLLGFYGIAPYSEWIWFGTLIKQEALDKTGLPVPTTIDEWYEFLKKSKEVGYKAPLNYGSTYGQIFTGIINGAYGVWDWTFLDENGKVAWGPAQPKAKEYLATMQQWNKEGLLNRDWATADFNQRMASAISDDTAVMMDSPDTMWSYWKVQNDIDFVGALNPVLNKGDKSATTYKNFKRTGTGAAITTQSKNVEAAMAWLDFNFSKKGWELINFGEYGTVHLVDEQGMPYYPENSYIYNDPDGQPVDVTLWKYRWHSWPNIRDEHNANPLISAKGSYSGDIRKDWTENMDTSMAMPPITFTKEEVSREAELGNQLSTLRGEYFAKIIMGELPVDAYDKFLKEAQSMGLDEFLSLHQAALDRYNQR	PGPT0017245_276	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02414	954		COG3940	Extracellular exo-alpha-(1->5)-L-arabinofuranosidase	ATGGTGCATGGACCAACATTCAACAATCCGATTGTAGAGCAAGCAGCCGATCCTTGGGTATGGAAGCATACGGACGGCTATTATTACTTTATGTCGACGAGACGCGGATATCTGGAGCTGACGCAATCCGCTACCTTAACAGGCCTTGCGGAGGGTCGCAAGAAAACGATCTGGACTCCGGAAGCCGGTGGACGTCATAGTCATAACCTGTGGGCGCCGGAAATTCATTATGTGGACAACACATGGTACATTTATTTCACGGCAAATGATGGGGGAGGCGACGAGTCGCGCCAAATATGCGTGCTGGAGAACGGGGAGCCTGATCCGATGGAAGGCGAGTGGGAATGGAAGGGTGCGCTGCCGACTCCCGTCCCCGGCCTGGATGGTACGGTTATGTCCATAGGGGATCAGCTTTATTTCCTGTATGCCGGGTACGGTCACTTCCCGGATTATGGGTCCGCTATATACATCATGCGCATGACAAACCCTTGGACATTGACGGGAGATCATGTATTACTTACTGCCCCGACCCTATCCTGGGAAAAACAAGGCGGAATGGCCATTAACGAAGGACCTGTCGTCCTTCAGCGAAACGGCCGCATCTTCCTAGTATACTCGGCCAGCACCACATGGTCTGAGGATTATGCGCTGGGGATGCTCACGATGGAGGAAACTGCGGATCCGATGGACCCGCTTTCCTGGACTAAGTCCATGGAGCCTGTATTTTGCAAAAGCGTGGAAAACGGGGTGTATGCTACCGGCCATAACAGCTTCACGCAATCTCCGGATGGCAAAGAGGACTGGATTGTCTACCATGCGCTTCCAGCGCCTGGAGTAGATACGGTCTTGCGATCAACCCGCATTCAGAAATTCGGCTGGAAGCCGGATGGAACTCCGGATTTCGGCGTACCCGCCGGCGAGTCTGAGTCTCTGGCCAAACCGTCCGGTGAATAA	MVHGPTFNNPIVEQAADPWVWKHTDGYYYFMSTRRGYLELTQSATLTGLAEGRKKTIWTPEAGGRHSHNLWAPEIHYVDNTWYIYFTANDGGGDESRQICVLENGEPDPMEGEWEWKGALPTPVPGLDGTVMSIGDQLYFLYAGYGHFPDYGSAIYIMRMTNPWTLTGDHVLLTAPTLSWEKQGGMAINEGPVVLQRNGRIFLVYSASTTWSEDYALGMLTMEETADPMDPLSWTKSMEPVFCKSVENGVYATGHNSFTQSPDGKEDWIVYHALPAPGVDTVLRSTRIQKFGWKPDGTPDFGVPAGESESLAKPSGE	PGPT0019091_935	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
JZ016_02415	687			hypothetical protein	TTGTCAGCACCTGGATTTAATCCAAAAGAATACCCGATGGTGAACATTCCGGCAGGCGAAATTCAATTGAGGGACGACCGTATCCAATCTTCTTGGGCGGTTGAAGTGAACGCTTTTCAGCTTGCACCGGTTCCCGTTACGAAGGCGTTATATTTCTCGCTTATGCCACATTCAGCAGGATTTGCTGAGGTCATGCAGGCTCCTGTCGTGGATGTATCATGGAATGATGCGATTGAATTCTGTAATGTGCTATCTCGACACTCGGGTCTGGACGAATGTTATTCGGTCTCGGACGAAGGTGAACGTGTCGTGTGTAACTGGGAGGTGGATGGATACCGCCTTCCGACGGAAGCGGAGTGGCAATATGCGTGCAAAGCCGGGAGTGATGGCTATCGTTACGGAGAGCTTGATGACATCGCTTGGTATGAAGGGAATTCCGGGGGAGCCCTGCATGAGGTAGGCACAAAGCGTCCGAATGCCTGGGGCCTTTACGATATGCTCGGAAATGTGTGGGAGTGGTGCTGGGATGTATACGATCCGGATTTATACGGCTCGTACAGAGTATTCCGCGGCGGAAGCTGGGCGGAAGAGGCCAGGGGCTGCGGGGCGACATGCCGCCGTCGTAGCCATCCGACGTTTCGGATTGAGGATCTCGGGTTTCGTCTGGCGAGATCGATTTTACGATAA	MSAPGFNPKEYPMVNIPAGEIQLRDDRIQSSWAVEVNAFQLAPVPVTKALYFSLMPHSAGFAEVMQAPVVDVSWNDAIEFCNVLSRHSGLDECYSVSDEGERVVCNWEVDGYRLPTEAEWQYACKAGSDGYRYGELDDIAWYEGNSGGALHEVGTKRPNAWGLYDMLGNVWEWCWDVYDPDLYGSYRVFRGGSWAEEARGCGATCRRRSHPTFRIEDLGFRLARSILR				NA	NA	NA	NA	NA
JZ016_02416	369			hypothetical protein	ATGAATATAGAGAAGATTGAAGCAGATGGAGGAGCGATAGCGGTCGTTAGCAGTAATGAAATATTAATTGAGGATGTTCAGTCTGCATTGGATCTTATGGCAACCGTGCAATATGAAACGGGAAGCCATCGTATGGTAATGAATCAATCAATATTCAGCAAATCCTTCTTCGATTTGAAGACCCGCCTTGCAGGCGAAATTCTTCAGAAGTATATAAATTATCATGTGAAGGTTGCGATCATCGGTGATTTTTCTGTGTATCCAAGCCAAAGCTTGCAAGATTTCATATATGAATGCAATAAGGGGAACGATTTCTTTTTCTTGCCGACTGAACAGCAAGGGATTGAACGGTTAAGCAGGGTGAACTAA	MNIEKIEADGGAIAVVSSNEILIEDVQSALDLMATVQYETGSHRMVMNQSIFSKSFFDLKTRLAGEILQKYINYHVKVAIIGDFSVYPSQSLQDFIYECNKGNDFFFLPTEQQGIERLSRVN				NA	NA	NA	NA	NA
JZ016_02417	660	betI_7		HTH-type transcriptional regulator BetI	ATGCCCAAATTAGGAATGGGACCGAAGCGTAGGGCAGAGGTTATTAATGCCACGTTAACCTGCATCAGCATGTATGGAATTGACGGGATGACGCTGGATAAGGTTGCCGATCATGCGAACTGTTCCAAGGGAGTTGTCACATATTATTTCAAGAACAAGGATCATCTGACGATTGAAGCCTTCAAATCGTTCTTGGCGTACTATGGACTGAAGATCGAATCCGGCATTGAGCATACGATGACACCGGGAGAAATGATGGATCTTACCCTGAAGTTTATACTTCCCCCGTTCAGCGATGACGCGGATCGCACGATTAATGTGTCGCAGCTGGACGGGGTCGACAAGATGTATATTCCGCTTGCGGATCAAGCCAAGCTCTTTGTCCAGTTTTACTCAAAGGCCATGCTGGATCGCAATTTGCAGGAAGTTGTATCGAAGAGCTACGAGACGGATCTCCAAGGCATCGCTAAGATCATGGATTATGGTAATCGGGCGGGACAGATGTCCGTTGAGGATCCACACAGCGCTGCCTATGGTGTGCTGGCGATGGCTATAGGTCTGAGTTTTTTTCGAGTTGCTAACGTTCCGCCAGCCAACGGCGACGACAATCGGTACATATGTGAGGATTATGTGAGAAGACTTACCAAAACAGGAGGGTGA	MPKLGMGPKRRAEVINATLTCISMYGIDGMTLDKVADHANCSKGVVTYYFKNKDHLTIEAFKSFLAYYGLKIESGIEHTMTPGEMMDLTLKFILPPFSDDADRTINVSQLDGVDKMYIPLADQAKLFVQFYSKAMLDRNLQEVVSKSYETDLQGIAKIMDYGNRAGQMSVEDPHSAAYGVLAMAIGLSFFRVANVPPANGDDNRYICEDYVRRLTKTGG	PGPT0013625_70	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013625-betI-K02167	NA	NA
JZ016_02418	4491			hypothetical protein	ATGAAAACGTCTGGTAAATTCGGATCCTTGTTTATGGTGATCTGTATGCTTGTTGCCACTTTTCAGCCTCTAACAGCGCCGGCTCATGCCGCAGCCATGGACAAATGGGTCACCTATAAACTTGATGATTTCAGCAATGCCAAGCAGGTCGATTTATTCTCCCTGAATGGCCAAGCTAAAGTAAGAAAAGACAGTATGGGACGCGATATCCTGCGTCTAACCGAGGCCCAAGGAAACCAATTCGGAACGGCTTTTAACAAAAAGCTGATTGCAGCGGGCAACAATTATTCCTTTAGCACCTTTTTTAAATTCCGTCTGAATGGAGACAACCGCACCACCTCTCCGGCTGACGGCATTACCTTTACCATTCAGGCACAATCCAACAGTGCAGGAGAAGTCGGTGTCGGCATCGGGTATGGCGGGATTAAACCCAGCTTTGCGGTGAAATATGATACATACCAAAACGGTGGTCTTGTCAACGACCCATCCGCTAACTACATTGGACTTGCAACAGACGGTAGTGTCAACAATACCAATCCTGCTTGGTACACAACAAACCTAAATAATATTAATCTGTCGGGAGGAGAGGATTTATACTCCTGGATTGATTACGATGGACAGACCAAGATTGTTAAAGTCTATCTCAGCAAAGAGGCTACACGTCCAGCAGTTCCTGTGCTGGAAACCAGCAACATCGACCTCAATCAAATCTTCGCCGGCTATCCCGGCGTATATGCCGGTTTCACTTCCGCCACCGGTGGAGCGATGGAAACCCACGATATTATCGAGTGGTATTTTACTAACGAATTCAATCCGATTGATAAGGCAAATACGGACTATGTCTATAAACAAGCTCCAACCGACGTCAGAATTGAGGTCGTACCTACCTCTGAACCCGGAAAATATGAGGTAACTGGAACTGCGTTTGATGTAAATGGCGATCCCGTAGAAGGAGCCCCCATTACTTTCCATTCTGAGGAAGGAAGGTTGGCCACTCCATCCCAATCAACCAATCATCACGGACAAGCTACAACAATTCTGGATTTTGGCGCTATTCCTCCAACCGGGGAGATTAAGGTCGTAACCGTAGGCGGAGCTTATGCCGCGTTACCACAGGCTCCGGTATTATCATCAGGCACATCACCTGATACAGCTAATGAGCTGTTGTGGAACACTGTAACAGGAGCCACCTACTATAATCTTTATAAGAATGGTGTCCTGCTGGATACAAATATTCAGGCAGCCTCGTATACACTGACCGGCGCAGACCTGGATGAGATCGCGCAATACACTGTAACTGCTGTAATAGATAGCCCGGCCGGCACCATCGAAAGCCTTCCATCTAATCCAGTTACTTTAGGACTTCATTTTGATGAGCCTATCTACAATCTTAATACGAATCCGCTTGGAACGAATTATGAGCATCCTACGGTGGTCACCTCCGTATATCAGAACGGTACGAGAGATGTAACCCTTGATGGAACCCTGTTTAAAGTTAACAATCCGAACGTAGCCACGGTAAATGAACATGGTTTACTGACGGCAGTAGGAGCGGGCACCACCGTAATCGAGGCCGTTTATAACGGAAAAACAACACAATCTATTGTCAAAGTAAGCATTGATGCTCCGGTGTTAAATACCGGAAAAGTGAATGCGACTAACGCCGAACTATTGTGGAACAACATCCCTGGCGCACATTCGTACAACATCTACGACGCCAACGGACAGCTGATCGCAGACGGATTGACGGGCACAAGCTATGTTTTGTCCGGCCTTAAGCCTGAAAGCAAGCAAAGCTATGTTATCAAAGCCGTTAGCAACGGCATTGAATCCCCTGCTTCTTCGCCAGTGGAAGTTTCCACCTCGGCTTCAGGTCTGCGCGATCTGTTGATTGATCCGGCAAGCATCACGCTGAAGCCTGGTGATCAACACACGCCTAAGGTAACAGCCATTTCCTTGGATGAAAGCATTCAGGATGTGACGGGCAAAGCCACATATACATCTTCTGATGATAAGGTGGCCACTGTCGATGCCAATGGCGTCGTAACCGCTGTAGCACCAGGCACAGCAATCATCACCGCTATGCACGATGGAAAATCCGTCACACAAACCGTTCATGTTCATGATCAGGCAGTATCCTACAATCTGGATGTTACGGTGTCCCCAGAGGGAGTATTGGCTGACGGGAAGTCTCCGGTAACGGTTACTGCTAAGGCTACCGATTCCAATGGCAATCCGGTCCCTGGAGTGCCCGTGGAAATTACGTATGATTCCGGTAAAACCAAGACGGTGACCACCAATGAAGAAGGCATTGCTGTATGGACATACGCACCTTCTGTTTTAACGAACACGACACCGTTATACGACATCGTGGTGGCCGAGATCAAGGATCCTGGCACAGGCACAACCGTTCAAGCAAGCAAAGGCGTCCATTACTTCCCTGCTGCCATTGACGGCGTCGTTGTAGATCAAATCACCGGCAAACCGGTAGCAGGCGCGAAGATAACCGTAGAATCCGATTTCAACAACGATGGAATCGCTGATTTCGCTACCGAGGTAACGACCGACGAGGATGGTTCGTACCAGATTCCGGTTCCGCGCGGAAATTACACCTACACGTTGAATATCGAAACCCCAATTCAGATCGGGGGGCACAATGTAACTCTAACGCATTCAAAAGAAGTTACGATCGGCAATGTTCAACCAGGCCAAACGATCAAACCTTCGAATCTGCTGAGAGGCCAATTATTCGTTGCATCCACCACCGGAGCAATAAACCCTAACACCCTGGGCGAAATCCTGGGCAACGGAAAAGCCGTTGCGGTGCTTCAAGGCTTAGAGGGCAGCAGCTTTACGCAGTCGCTCACTATCGCTAACGACGGAACTTTCGCGCTGGATCAAGTACCACCGGGCAAATATCAAATATCTTATCAGCTTGAATTGGCGGATGGTACGGTATTGGCAGGTCCCGCTTCCATTTTGGACGTGGACATGACCCAAGACGGCCAGACCGCGGTTGTGTATTCCCTTATTGATCCTTACGGCATCGTAACGGATGCCTCGACAGGGAAAGTGATTAGCGGTGCTGATGTCCAATTGTACTGGGCCGATACCGAGCTGAACCGCCAGAAAGGACTGGCGCCAAACACGCTTGTATCTTTGCCGGAACTGACTGGATTCACTCCTAATCAAAATGCCAATCCACAGATTTCTGACGCGGCTGGTCAATATGCTTGGATGGTGTACCCGGAAGGCGATTATTACATTGTCGCGAAACGAACCGGTTATTACACGTATGACACTCGAGTTTCAAAACCGAATGCTCCTGCCGTTAACGGTTCCGACAGTTATATCAAGGACGGGATCATCCATGTGGGTCAAAGCATCATCGCCTTTGATTTTGCTATGTTGCCATTGCCGTCCTCAGGTAATGGCGGGGATTCATCAGGATCAGGATCGGGATCAGGATCATCTCCATCAACGCCACCTTCAAGTCAGCAGGGTGATGTGACATTGAACCTGTCCACGGACAAAAAGCAAGTCCAAGAAGGCAAACAGTCGACCATAACCGTCGACTACGCTAACCGTACCAACGCTGCATTACGTGATGTATCGGTGAAAGTTACCCTCCCTGAAGGAGCAGAAGTCGTAAATGCAAACGGCGGAACGGTCGATGGCAGAACGGTAACCTGGAATATTGCTAATCTGCCTGCTGGAAGCACCGGTAACTTCAAATTGGACATCAAATGGGGATTGATCCCATCAAAAGAGGTTCAATATGAAATCATTGGACAACTGACTGCAGGAGGCAGCAAAAAATCCAATGCTTCCGTCAATGTTCAAGTATTCTCCGACAGATTCGGCGATCTCCAGCATCAGCGTTATATCCTCGGTTTCCCTGACGGTAAATTCCATCCGTCCAAAACGTTGACCCGGGCTGAGCTAGCTGCAATCGTTGCACGTCTTTCAGAGGAAACCACAGCAACCGGGAAATCGAACCTCAAAGATATTCGAAGTGGCCACTGGGCGTCCGATTACATTCAAATTGCAGTATCCCAAGGATATTTCAACGGATACGCTGACCATACATTCCGTCCTGATGTGCCGGTCACCCGCGCAGAACTGGCTGCCGTGCTGGCCCGTTTCCTGAATCTGGACACAACGGCTTCCGTGAATCGTCACTTTACGGACATTGAGGGAAGCTGGGCTGCCGAAGCCATAGAAGCTTTATATCGTAACAATCTGCTCTCTGGCTACCCTGGCAACACCTTCCGACCTAACAACCGCATTACGCGGGTTGAGGCCGTCACTTTGATTAACAAAGCATTGTACCGTGGACCTTTGACGGGATTGGAACCGATCTTCCCTGATGTAGCAGAAACCCACTGGGGCTTCGGCGATGTTCAAGAAGCAACGGTTTCTCACCAATCCACTCGTAATCAGAATGGCATTGAGGTTTGGGTTTCCACGCTTAAGGACAACGTAAAGTAG	MKTSGKFGSLFMVICMLVATFQPLTAPAHAAAMDKWVTYKLDDFSNAKQVDLFSLNGQAKVRKDSMGRDILRLTEAQGNQFGTAFNKKLIAAGNNYSFSTFFKFRLNGDNRTTSPADGITFTIQAQSNSAGEVGVGIGYGGIKPSFAVKYDTYQNGGLVNDPSANYIGLATDGSVNNTNPAWYTTNLNNINLSGGEDLYSWIDYDGQTKIVKVYLSKEATRPAVPVLETSNIDLNQIFAGYPGVYAGFTSATGGAMETHDIIEWYFTNEFNPIDKANTDYVYKQAPTDVRIEVVPTSEPGKYEVTGTAFDVNGDPVEGAPITFHSEEGRLATPSQSTNHHGQATTILDFGAIPPTGEIKVVTVGGAYAALPQAPVLSSGTSPDTANELLWNTVTGATYYNLYKNGVLLDTNIQAASYTLTGADLDEIAQYTVTAVIDSPAGTIESLPSNPVTLGLHFDEPIYNLNTNPLGTNYEHPTVVTSVYQNGTRDVTLDGTLFKVNNPNVATVNEHGLLTAVGAGTTVIEAVYNGKTTQSIVKVSIDAPVLNTGKVNATNAELLWNNIPGAHSYNIYDANGQLIADGLTGTSYVLSGLKPESKQSYVIKAVSNGIESPASSPVEVSTSASGLRDLLIDPASITLKPGDQHTPKVTAISLDESIQDVTGKATYTSSDDKVATVDANGVVTAVAPGTAIITAMHDGKSVTQTVHVHDQAVSYNLDVTVSPEGVLADGKSPVTVTAKATDSNGNPVPGVPVEITYDSGKTKTVTTNEEGIAVWTYAPSVLTNTTPLYDIVVAEIKDPGTGTTVQASKGVHYFPAAIDGVVVDQITGKPVAGAKITVESDFNNDGIADFATEVTTDEDGSYQIPVPRGNYTYTLNIETPIQIGGHNVTLTHSKEVTIGNVQPGQTIKPSNLLRGQLFVASTTGAINPNTLGEILGNGKAVAVLQGLEGSSFTQSLTIANDGTFALDQVPPGKYQISYQLELADGTVLAGPASILDVDMTQDGQTAVVYSLIDPYGIVTDASTGKVISGADVQLYWADTELNRQKGLAPNTLVSLPELTGFTPNQNANPQISDAAGQYAWMVYPEGDYYIVAKRTGYYTYDTRVSKPNAPAVNGSDSYIKDGIIHVGQSIIAFDFAMLPLPSSGNGGDSSGSGSGSGSSPSTPPSSQQGDVTLNLSTDKKQVQEGKQSTITVDYANRTNAALRDVSVKVTLPEGAEVVNANGGTVDGRTVTWNIANLPAGSTGNFKLDIKWGLIPSKEVQYEIIGQLTAGGSKKSNASVNVQVFSDRFGDLQHQRYILGFPDGKFHPSKTLTRAELAAIVARLSEETTATGKSNLKDIRSGHWASDYIQIAVSQGYFNGYADHTFRPDVPVTRAELAAVLARFLNLDTTASVNRHFTDIEGSWAAEAIEALYRNNLLSGYPGNTFRPNNRITRVEAVTLINKALYRGPLTGLEPIFPDVAETHWGFGDVQEATVSHQSTRNQNGIEVWVSTLKDNVK				NA	NA	NA	NA	NA
JZ016_02419	1458			hypothetical protein	ATGAAAGCAAGGACAATGCTGATCTTGTTGGTCTTATTGATGGCGTCCGTTTCGGTTATGGCAGGATGCAGCGACAAAAAAGAGGGGGCAGCCAAGCTCGAAACCGTCACGATTCTGTATCCGGGGGAGCGAAGCGATCGCATGAGCGAATTTCTGGACAACGAGTTTGCCGAGAAGATGGCAGCCGATCTTGGTTTGAAGGTCGAAGTCACATTTGTGCCGTGGGCCCAGTATTGGGAACAAAAAGATATCATGCTGGCCGCAAATGAACCGATCGATTTATATTGGGACGGTCTCCCGGACCTTTCTACCATCGTCAACAAGAAACAAGCCATGGTATTGGATGATTTAATCAAGGAATATGGTCAGGATATGCTAAAGGTCCTGCCGATGGAGCAGCTTCAGGGGGCAACGATCGACGGGAAGATACATGGCATTCCATCCGCTTATGCACCCTCCTCCGCCATGTACCAGCTGGTGGCCGTTCGTCAGGATATCCTCGAAGCGGTAGGGATGACGGACTTGAAGACAGCAGACGACTTAAAGGAATTCGCAACAAGGGCGAAAGAGAAATTTCCTGAAATGAAGGGACCCGCCGATATTGTCTTTAAACCGTTGACCCGATATTTTACCGATGAACAATATAACTGGATCGCCGTAGAAGATTTGGTCGTATTCGGGGAAGAGAGTAAAAAAGCATACAGCTACTATGAAACGGAAGCGTTCCAGGAAGTCGCGAAGTTTAATAACTCCATGTATGACGCAGGGTTGTATACAGAGGATTTGACCATCAAATATAACGAGAGAGACTCCCGCATGCAGACAGGCTTATACTTATGGGTTGAAGGATCTTTGGGCAAGGAAATGGAAATCGTCGATGCCATCAAAGCCAATGCGCCGGATGCCGAGGTGAAGACGTATCTGTTAGCCGAGGATAAACCGCGTTATGTGACAGCCGCAGGCGGAGAAGTACTGGGCATACCTGTCAATGCTCCTAATCCGGAAGGCGCCATGAAGTTCGTGAACTGGATTTATAAATCCCAGGAGAATTATCTGTTTGCTCTCTATGGCGTCGAAGGCAAGGATTACGAGATTGTGGATGGAAGAATCAATAAGCTCACCGCTAGCGAATTCTTCTATGAATGGATGTTTAGAAACCAAAATTACCAATTGTTCGGGCCGAGTGTGGCGCAAGAGTCCATCGATAAGTACAAGAGCTGGGATGAACAGGCTATCCGATCCGATTCATTGGGCTTCCGATTTAACAATGAAAAGGTCAAGTTAATCGAGACGGCCCTGAAAGAAGTCGCAGGCAAGGATTTAGCCGCTATACGTTCCGGTTTCGTCGATTTTGAGACGGAGTATCCCAAAGCCATCGAGAAGCTGAAGGCGGCGGGCATTGATGACTATGTCGCTGAGATCCAGCGTCAGCTGGATGAGTTTTTGGCGGGGAAATAA	MKARTMLILLVLLMASVSVMAGCSDKKEGAAKLETVTILYPGERSDRMSEFLDNEFAEKMAADLGLKVEVTFVPWAQYWEQKDIMLAANEPIDLYWDGLPDLSTIVNKKQAMVLDDLIKEYGQDMLKVLPMEQLQGATIDGKIHGIPSAYAPSSAMYQLVAVRQDILEAVGMTDLKTADDLKEFATRAKEKFPEMKGPADIVFKPLTRYFTDEQYNWIAVEDLVVFGEESKKAYSYYETEAFQEVAKFNNSMYDAGLYTEDLTIKYNERDSRMQTGLYLWVEGSLGKEMEIVDAIKANAPDAEVKTYLLAEDKPRYVTAAGGEVLGIPVNAPNPEGAMKFVNWIYKSQENYLFALYGVEGKDYEIVDGRINKLTASEFFYEWMFRNQNYQLFGPSVAQESIDKYKSWDEQAIRSDSLGFRFNNEKVKLIETALKEVAGKDLAAIRSGFVDFETEYPKAIEKLKAAGIDDYVAEIQRQLDEFLAGK	PGPT0017245_3349	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02420	897	araQ_23	COG0395	L-arabinose transport system permease protein AraQ	ATGAAACAAAAGAATAGATTGCTTGGCGATCAATTGGTGATAGCCTTTGCCTATGGTTTCATTGGCTTATTCGCGCTCGTGTGTCTGTATCCCCTTGTTTTAACGTTAAGCGTGTCCTTTTCTTCGGAGCAGGCCGTTGCGAGAAACGGGTATTCGATCATCCCACTGAGCCCCAGCTTGGATACCTATAAATATATCTTTGTTAATAGTGGAATGAAATTGCTCAAATCCTATGGCGTGACCCTGCTTGTAACGACCGTGGGGACGATGGGGGCGCTGCTGATTACCAGCATGATTGCCTTTTCCCTATCGATCAAAAAGCTGAAATACCGTAACGTACTCGCCTTCATTAGCAATTTTACGATTATTTTCTCGGCTGGCCTCATTCCGTGGTACATGGTCAGCGTCAATTATTATGGACTGAAGAACAGCATTCTGGCCTTGATCCTGCCGTCTATATTCAGCGTCTGGAACATGTTTCTGATGCGAACGTACTTTGCAAGCATCTCTCCATCTTTATATGAAGCGGCCGAGATGGACGGCGCCAATTATTTTACGATCTATGTAAAAATCGCTCTTCCATTAAGCAAGACCGCACTGTTGACGGTTGGTTTAATGTATGCGCTTCAATATTGGAATGATTGGTGGCATGCTCTGATCTTTATTAATGATCGCGATTTATTTCCGCTCCAGTATTTCCTCTACAACATCTTGTCGAACGTCAATGCGATAAGCTCCGGACGAATTCCATCAGGGGCATCAGGCAACATTACACTGCCTGCGGAGACCGTGAAGATGGCCATTACGGTCATTACGATCGGCCCGATCATTTTCCTCTACCCTTACATTCAAAAATACTTCGTGCACGGGATTATGGCTGGTGCCGTCAAAGAATAG	MKQKNRLLGDQLVIAFAYGFIGLFALVCLYPLVLTLSVSFSSEQAVARNGYSIIPLSPSLDTYKYIFVNSGMKLLKSYGVTLLVTTVGTMGALLITSMIAFSLSIKKLKYRNVLAFISNFTIIFSAGLIPWYMVSVNYYGLKNSILALILPSIFSVWNMFLMRTYFASISPSLYEAAEMDGANYFTIYVKIALPLSKTALLTVGLMYALQYWNDWWHALIFINDRDLFPLQYFLYNILSNVNAISSGRIPSGASGNITLPAETVKMAITVITIGPIIFLYPYIQKYFVHGIMAGAVKE	PGPT0017255_1238	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02421	927	yteP_38	COG4209	putative multiple-sugar transport system permease YteP	ATGGGTTCCGTGGTTAAGGGGTTTCTATATGAAATAACGAAAAACCGAATACTGTATCTGATGTGCGTGCCTGCTTTGATCGTGCTGATCATGTTCTCCTATATCCCGTTTGCCGGAATATGGATGGCATTTACCGATTTTAATGTGGTTGACGGCATCTTCGGCAGTGAATTTGTGGGTCTGGACAATTTCAAATACTTTTTCTCGGAAAACAGCATGGGATGGAAGGTTACCTATAATACGCTGTACATCAACTTTTTCGGTCTCATCTTAGGCATTATCATTCCTGTCAGCATAGCCATTCTCATCAACGAAATCCGGCATAAAACCTACAAAAAGGTCGCTCAGAGCATGATGTTTTTTCCCTATTTCATCTCGTGGGTCGTCGTTGGGGCGATACTGTATGGGATATTCTCTACCGATGTGGGCGTTGCCAATCATATTCTGGAGTTCTTCGGAGCAGATCCGATCAGATGGTACTCGGAGCCGAAGTATTGGAAATGGATCATCATTCTGTCGAGCGTCTGGAAATGGAGCGGGTACAGTTCCATTATCTATATGGCGGCGATGTCCAATTTTGATGGAAGCTTATACGAAGCGGCCAAGGTGGATGGCGCCAACAAATTGCAGCGGATTTTTTACTTGACCGTGCCTATGCTGAAGCCGACGATCATCGTTTTGAGCTTGCTGAGCGTCGGACGAATCTTCTACGGGGACTTTGGGATGATTTACGGTATTGTCGGCAACAACCCGGTCCTGGCTGAAGAAGTCACGGTTATCGATACTTATGTTTACCAGTCGATGCGTACGCTGGGCTTTTCTTACTCTACGGCAATCGGGTTATTTCAGTCACTGATGGGATTGATCCTGATTACGGCTGCAAACCAATCGGCTAAGAAAATAAATGACGGAGAGGGTCTATTTTGA	MGSVVKGFLYEITKNRILYLMCVPALIVLIMFSYIPFAGIWMAFTDFNVVDGIFGSEFVGLDNFKYFFSENSMGWKVTYNTLYINFFGLILGIIIPVSIAILINEIRHKTYKKVAQSMMFFPYFISWVVVGAILYGIFSTDVGVANHILEFFGADPIRWYSEPKYWKWIIILSSVWKWSGYSSIIYMAAMSNFDGSLYEAAKVDGANKLQRIFYLTVPMLKPTIIVLSLLSVGRIFYGDFGMIYGIVGNNPVLAEEVTVIDTYVYQSMRTLGFSYSTAIGLFQSLMGLILITAANQSAKKINDGEGLF	PGPT0017250_2038	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02422	1278	yteT_2	COG0673	Putative oxidoreductase YteT	TTGCTGGAGGTTATGGATTTGAAGTTAGCATTAATCGGCGCAGGACAAAGAGGCATGATCTACGCAAGGCATGCATACCCAAGCGAGGACATCGTTGCGGTCGTTGAACCGGATGACAGCAGAAGAAAGGCGGCAGCGGACGAGTTTCGGATTCCTTTGGAGAAACAATTTGAATCCGTAGATGAATTTTATCGGCTCGGCAAAATTTGCGATGCCGTCATCGTTTCTTCTATGGATCGTGATCATTACGCGCAAACGATGAGAGCGCTTGATCTTGGGTATGATATTTTGCTGGAAAAGCCCATTTCGCCAAGTCCGGAAGAAAGCTTGAGAATACAACGAAAAGCCAATGAAACAGGCCGGAAAGTGATTGTATGCCATGTGCTCAGATATACGAACTTCTTTGCGGAAATCAAGAAAATCATCGATAGCCAAGAGCTCGGCAAGATCGTGACCATACAGCATAACGAGAACATCGGCAATTTCCATATGGCACACTCCTTTGTACGAGGCAACTGGAGGAGAAGCGACCTGGCCAGTCCAATTATCATGCAGAAGTCCTGCCATGACATGGATATTTTGGCCTGGCTGGTGGACAGTCAAGCGAAACGGATCTCTTCCTATGGCAGCCTGACTTATTTTAAGGCGGAGAATGCACCGGCAGGAAGCGCGGAACGATGCCTCGACTGTAAGGTAGCAGCGAACTGCCGATTCGATGCGAGAAAAGCCTATTTGCCTATAAGGGGCCAGTGGCCCGCTACCGTCATTTCGGCGGATCAGAGCGAAGAGGGACTGCTCCAAGCGCTCGCAACGAGTCCTTACGGACGCTGTGTTTATCGGCTTGACAATGATGTGTGCGACCATCAAGTCACCGTGATCGAGTTCAAGAACGGAGTAACGGCAACGTTTAATTTAAGCGGATTCACCAACAAAATGTACCGTACGCTCAAAATCATGTGCGAGCATGGGGAAATTCGAGGCGACGATAACTTGAACATTATCGAAGTCACCCGCTTTAACTCCAATATGGCAGAACCCGTTCAGCAAACCGTCATTCGGCCAGCAACGGTGAGCGGCGGACATAACGGCGGCGATACCGGTCTGATGAACGACTTTTTGGAGAATTTGGGAAATGCCGACTTCAGCAGCAGATCCTCCATCGACATGTCCGTCGAAAGCCATATCATGGCCTATGCCGCGGAAGAGGCGAGAATTACTGGTACCGTGATCGATCTGGATCAGCTTAAGGAGAGGCTGCAGCAGAGCATTTTGGCATAA	MLEVMDLKLALIGAGQRGMIYARHAYPSEDIVAVVEPDDSRRKAAADEFRIPLEKQFESVDEFYRLGKICDAVIVSSMDRDHYAQTMRALDLGYDILLEKPISPSPEESLRIQRKANETGRKVIVCHVLRYTNFFAEIKKIIDSQELGKIVTIQHNENIGNFHMAHSFVRGNWRRSDLASPIIMQKSCHDMDILAWLVDSQAKRISSYGSLTYFKAENAPAGSAERCLDCKVAANCRFDARKAYLPIRGQWPATVISADQSEEGLLQALATSPYGRCVYRLDNDVCDHQVTVIEFKNGVTATFNLSGFTNKMYRTLKIMCEHGEIRGDDNLNIIEVTRFNSNMAEPVQQTVIRPATVSGGHNGGDTGLMNDFLENLGNADFSSRSSIDMSVESHIMAYAAEEARITGTVIDLDQLKERLQQSILA				NA	NA	NA	NA	NA
JZ016_02423	1092			hypothetical protein	ATGGGGAAATACTCGCTTGAAAATTACGAGAAGTATAAAACCGTAAAAATCCGACCGCAGCCCTTATTGAATCGGGAGTTTGATGGAAGCCAGGGTCCATTCGAATACGTCTCCTTTTTCTGGAGAGCGCTTGAGCCGGTTCGAGGTGAATACAGGCTTGAAGCGATCAAAGAAGCACTGCGTACGGCCCATAATCCCATTCTTGTCCTGGTACCGGAATTGCCGATCTGGGTTCAGGGTTATGAACCTGATTGTTTTGCGGCCTTGGTCCGAAAAGTCGGGAGTTATATCGACTCCGACAGACGCTTAACAGCCGTTCTGATATCAACCTTAGCTGACAGTAAGGAAGAATGGAACGCTTATGTGGAATCGTTTGAGAAGCAGACGCTGCTAGCCGAACTGCAGAATGACAGATTGATTCAACATGTAAGAGACCGCGGCCGCGGATTTGGCCTGCTGGTGAAGTGCGGTGAGGAGAATTGGATCGAATGCTGTGAGGCTTTTGCCATACATAGGCTGCAGAAGGTATGGAAGCGTTACCAGGTGGTCCTTGATGTGACCGATAACGTTTGCGGTCCTCATACCAGACGCGAGGCATATCGCTGGCACGCCGCCCTCTCCAATCTGAATATAGGACTTGGATATCATCTAACTTTACGCAGACTGACGTATCCGGAAACGGTATATAGTCGTGGAAGCTTGCCGCTGCGTTTCTGGTTTGTCAACGAGGGCAGCTCGAGAATATACCGGGATTTTCAGTTATGGGTGCAGTTACAGCAGGGGGAGGTTTCCTATGAATATCCCCTGCACGCCGCCACGCATTCCTGGTTAACCGGGGACCTTGTCCATAATGAGATGGTCCCCTTGAAGGATATGTTACCGGGAGAATATACGCTGAGTATAGCACTCTTTTTCGAAGACCGGTCGTATATCCCCCTGCATATACAGAACCCGCAGCAGGATGGATATTATGAGGCAGGCATGATCCAAGTCGAAATATCCGATGAGGATCCGCTTAGGAATATTTGGGATGACTATGATCCGGAAGGATATTACCCCTTGGAAGATCCCGTGATTCCGGAACAGGAATAG	MGKYSLENYEKYKTVKIRPQPLLNREFDGSQGPFEYVSFFWRALEPVRGEYRLEAIKEALRTAHNPILVLVPELPIWVQGYEPDCFAALVRKVGSYIDSDRRLTAVLISTLADSKEEWNAYVESFEKQTLLAELQNDRLIQHVRDRGRGFGLLVKCGEENWIECCEAFAIHRLQKVWKRYQVVLDVTDNVCGPHTRREAYRWHAALSNLNIGLGYHLTLRRLTYPETVYSRGSLPLRFWFVNEGSSRIYRDFQLWVQLQQGEVSYEYPLHAATHSWLTGDLVHNEMVPLKDMLPGEYTLSIALFFEDRSYIPLHIQNPQQDGYYEAGMIQVEISDEDPLRNIWDDYDPEGYYPLEDPVIPEQE				NA	NA	NA	NA	NA
JZ016_02424	1326			hypothetical protein	ATGGAGAGTCTGTTGAAGTTTAACGAGTGTATCGCAATCTGCAACTTTGATTACCTGCCAGAAGGGTTGGAAGCTAAATATGATCGATATAAACCGGATGGCAAGCCCCATCTCATCCCGCGGGAGTTCTTGTCCGGAATCTTTGAGCAGTATCAAATTCCTGAACCTACCCGCCAATGGCTCGTTCAGGGGGTTGAGGCGATAGAAAAGGATGACGTACTATTTCATTTTACCCAATTTTTAGTAGAGGATATGTGCACTTTGCGCAATCGCTGTGATGAGACCCATTATACGAATATGACGCCAGGTTGCATGGCGCAATATGGAGAATTATACTCCTTTCTTTTGCTGCTGGCCTGCGTTGTTCCTTCCATGAACATGCTGGAGGCGCGTTCCATACCTAAAGCTTACTACGAGCAGATCCCTCAACAGCCCCTGAAGCTTCAATTGGAAAAACTGGTGCAGCACGGCGATGCCAAGGTTCATGATTTTCCATGGGTGATGAATTTTTATACCTGCTCCATCTTTCTGTTAGACCGGTTTTATTTTATCCCCTACCGATTTGAGGATCCTTTCACCATGTTCCGTCATGTGAACACGCAGGAGGTTATTGCCCTTCGGCACGCAGGCGAAGAATTTCGCAGCGATGGACAACGGAACGGAATCAATGATGTATATGATCTTCAAGGAAACTTCACCTCAGAATGGCACGAGAATGCCGAGTTTGTCATCGCTAATCGGATAAATCCCATGGGATTCGTTGAAAGAGAAACGACGCCGATCCTGAAGAAGGAATGGGAGCCGGTACTTCAAACAGGGGATACGCTGTTAGCGCTCCACATTCCATCCGGCCCCGGGTACACGCCGGACAGGTTGAAGAATTCCATGGAGATGGCTGCCGCATTCTATGACCAGTACTTTCCGGAGTTACCCATCAAAGGCTTCTGGAGCTCAAGCTGGCTTTATGATACCAGGTTGTCGCTTATCCTGGATCATGAAAGAAGCAATATTGTCCTCGTTCAACGACAATTCTATAATTATCCGACCATGGAAGGGGACGGCATGCTGCGTTATGAAGCCTTTGGGGACAGGAAGGCAGACCCGGTCCGAAACCCAGGCGAATATACAACCTCCCTGCAAAAAGCAGCTGCGGCGTATATGGAGACGGGAGCCCGTTTTAACACATTAAGCATGATTGTATTGCGGGAGGATATCGACAAGATTGGCAGCCGGCCGTACATAACCGATGCAGACATCGAGCAATTCCATCGCACCGTTGACAGCCATTTGCAAGGGAGAGAAGAGGATGGGGAAATACTCGCTTGA	MESLLKFNECIAICNFDYLPEGLEAKYDRYKPDGKPHLIPREFLSGIFEQYQIPEPTRQWLVQGVEAIEKDDVLFHFTQFLVEDMCTLRNRCDETHYTNMTPGCMAQYGELYSFLLLLACVVPSMNMLEARSIPKAYYEQIPQQPLKLQLEKLVQHGDAKVHDFPWVMNFYTCSIFLLDRFYFIPYRFEDPFTMFRHVNTQEVIALRHAGEEFRSDGQRNGINDVYDLQGNFTSEWHENAEFVIANRINPMGFVERETTPILKKEWEPVLQTGDTLLALHIPSGPGYTPDRLKNSMEMAAAFYDQYFPELPIKGFWSSSWLYDTRLSLILDHERSNIVLVQRQFYNYPTMEGDGMLRYEAFGDRKADPVRNPGEYTTSLQKAAAAYMETGARFNTLSMIVLREDIDKIGSRPYITDADIEQFHRTVDSHLQGREEDGEILA				NA	NA	NA	NA	NA
JZ016_02425	1365			hypothetical protein	ATGAACAAAGCAGTAACGGTTTACCCCATGATGTTAGAAGACATCCTAAACAACCCGGGCATAGGTTTTACGGCAGCACCAGGGTTAATGGGAGACCTGGGTCGGATCTGCGACAATCGAGGGGAAGAGCACAAGAAATATAAGTTCACGGAAGACAGCAGAACGTACAATCATCCCGACAGCAAAGTGTATTTCTGCAGCGTGCGCTGGCGGGACCTGGAAGTTCGCCAAGGAGAGTACAGGTGGGAAGTTCTTGAGGAGAGGCTGGACTACGCCAAATCGATAGGCTGTACGGCCGTGGTTCGCTGTTCCCCATACGCGTTAAGCGAAGAGGATGATATACCCGCCTGGTATCGTGCGGAACATCCGGAGGAGCCGGACTTTCCGTTCTGGAGAGTAGATCCTGAGACAACACCCTATGTGTTGTATTGGTCTGACTTTATCAAAGCGTTTGCCGCACGGTTTGACGGACATCCGGTCATAAGCTCGGTTGATTTGACGATTGTAGGGGCCTGGGGAGAAGGCGGCGGAACGGAGTTTTTAAAGCCGGAGGCCATTAAACGCATTACAGATGCCTACCTGGATGGGTTTAAAATAACCCCTCTCCAAGCATTGCTGCATGATACCTTGTCGATCAGCATCATGAAGGAGCGCAAAGCCAAAGTGGGCTTTCGCGTCGATTGCTTGGGTGATATGGGCGGCTTTCATGGAAATGAGTGGTCACATATGACGGATTTCTATCCCCAGAATATTCAGAATTTCAAGATGGGCGATGCCTGGGAGAAGGCTCCGGTTCTATTTGAAGCATGCTGGCACATGAATGATTGGTATCTTCAGGGCTGGGATATGGATTATATCATTCAAGAAACGCTGAAGTGGCATATTTCATCCTTTAACAATAAAGGAACGGTAGTCCCCGAACCGTGGAAAGAGAAGGTCAAGGCTTGGCTGAACAAGATGGGATACCGCTTTGAATTGAGAAAGCTCACGTACGATTCGTTGGTGAAGGCAGGCGGTCAGCTAAAAATCAGTGCATTGTGGGCTAATGTAGGAGTAGCGCCGATTTATAATCCTTATCCGCTGGTTGTGAGGCTTACTGGCCAAGATCAAACCTATACGCTGCGCAGCAGAGAGGATATTAGGGAGTGGCTGCCGGACGAAGATATTGTGTGGGAAGAGGGTTTCGGTTTACCCGGTAATATGTCCGAAGGCGAATATGATTTGGAGATTGGCATCGAAACCGGGGTTAAGGAAATCGGGAATATCCAGCTGGCCATCGAGGGGAACAAGGACGGTTATTACCCGATGGGCAAGTTAACAGTTGAACGGGGGAGACAAGGAAATGGAGAGTCTGTTGAAGTTTAA	MNKAVTVYPMMLEDILNNPGIGFTAAPGLMGDLGRICDNRGEEHKKYKFTEDSRTYNHPDSKVYFCSVRWRDLEVRQGEYRWEVLEERLDYAKSIGCTAVVRCSPYALSEEDDIPAWYRAEHPEEPDFPFWRVDPETTPYVLYWSDFIKAFAARFDGHPVISSVDLTIVGAWGEGGGTEFLKPEAIKRITDAYLDGFKITPLQALLHDTLSISIMKERKAKVGFRVDCLGDMGGFHGNEWSHMTDFYPQNIQNFKMGDAWEKAPVLFEACWHMNDWYLQGWDMDYIIQETLKWHISSFNNKGTVVPEPWKEKVKAWLNKMGYRFELRKLTYDSLVKAGGQLKISALWANVGVAPIYNPYPLVVRLTGQDQTYTLRSREDIREWLPDEDIVWEEGFGLPGNMSEGEYDLEIGIETGVKEIGNIQLAIEGNKDGYYPMGKLTVERGRQGNGESVEV				NA	NA	NA	NA	NA
JZ016_02426	1023	melR_2	COG1609	HTH-type transcriptional repressor MelR	ATGAGTACCATTCGGGATGTTGCTAAATTAGCAAATGTATCTACCGCCACCGTATCCAGAGTGTTAAACAATGATACGAAATATAAAATTACGGACGAAACCCGGGAGCGGGTGTGGCAGGCTGTTACGCAGCTCAACTATAAAATCACTTCAAGTCCCAAGCGGAAAGTTGTAACCACGGAACATTCCGACAGCAAGTCGCACATCAAAATCGGGTGTGTATTAAGCGTTACAAAGGATAAATACAACGACCCTTATTTCATGTCGATTTTATCCGGCGTGGAAGAGCGATTGCTGAGCGCGGGATATAGCATTTCCTTTATTCGGACTGGAATTGAACTGAATGACAGCAAGATTTTATTCCATACATTCAGCGAACCGATTACCGGCCTGATTCTTATGGAATCCTTGAACGGCGAAACCTATGAGTATATACGCAAGCAGGTTCCTTATATCGTGGGGATTGATACCGAACGCGGGGATATCGATAATGTGGGCTATGATCATTACAATGTCGCTTCGATGGCCGTCAACCATCTCATTGACAAAGGTCACACCCGGATTGGATATATCGGGGGAAGCGGATTAACGAATAACTTGAAAGACAGCCGCCGTTATCGAGGCTACTACGCCAGCATGCATGCTGCCGGAATGTCGGTGAATCCCGATTGGGTTATTGATTGCATGTGGGATGAAGCGGTCTGCATTGAAAAAGTGAATCATTTATGCAAAACCAAAAATTGCCCGACCGCCTTCTTTGCAGGCAGCGATCTAATGGCTATGGCCGCCCTCAACGGCTTGTATAACAACGGCGTTTCCGTTCCTGATGAAGTAGCCGTCATAGGCTTATCCAATATTGAGGTATCCAAATATTCCAATCCCCCCCTATCAACGATCGACGTACCGACAAAAGAAATCGGCATGGTTGCCGTCGACAACCTGATCGACCGAATAAACGGAAATCAACTGCTGCCTAAGAAAGTGATTTTGCCTACCCGTTTGGTCGTACGAAGTTCTACTTAA	MSTIRDVAKLANVSTATVSRVLNNDTKYKITDETRERVWQAVTQLNYKITSSPKRKVVTTEHSDSKSHIKIGCVLSVTKDKYNDPYFMSILSGVEERLLSAGYSISFIRTGIELNDSKILFHTFSEPITGLILMESLNGETYEYIRKQVPYIVGIDTERGDIDNVGYDHYNVASMAVNHLIDKGHTRIGYIGGSGLTNNLKDSRRYRGYYASMHAAGMSVNPDWVIDCMWDEAVCIEKVNHLCKTKNCPTAFFAGSDLMAMAALNGLYNNGVSVPDEVAVIGLSNIEVSKYSNPPLSTIDVPTKEIGMVAVDNLIDRINGNQLLPKKVILPTRLVVRSST	PGPT0017992_7998	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_02427	1980			hypothetical protein	ATGAAAGCATGGGGTATCAAAATGAAGTTGACGCTTACTGTTTTTACGATGACGGCCATTCTTATTGCCTTATTCCCTTCTCCCCTCTTTATTTCGACTGCGGAAGCAGCCTCCATCGTTATCGATGGTAACCCGGGCGACTGGGAAGGGATTCCGGTTATTTCCACGAATTCGGGAACCGCTGGCGTCCTAAAGGCTGCCCACGATGACAGCAATCTGTATCTGCTTGTGGAAGGCGCCGGCCTTAGCACCACCATGGGGAGCTTCTGGCTGAATACGGATGGGAAAACTTCGACCGGATATCAAGCCTTCGGATGGGGTGCGTCCGGTATTGAATGGCTCCTCGAGAATCAATCGCTATATCGCTATGCAGGAAATGGAAGCATCTGGAATTGGGATTTGTCTTCGACTCTTCCTTCTTCTCAATATGTACGTACCCCATCGACCATTGAAGCTGCACTCCCTCTCGCTACGCTTGGACTTGCAACAGGCAGCAGTGTGAACATCGGATATCTGGATAACAATTCGGATATAAACCGACTGCCAGCGCTGAACCAGTCCCTTCCCGTTTATACGCTTAATGCAGGTAATCCCGGAGAAGAACGGATCGAATTTTACCCAAGCGAGCTGGATGATCCGCTTAATAACCCGTTTAAGGGCTGGGCACCTTCAGCGAAATCTACCCATTACCCTCAGGACCACCGTCTCGTGTATGCCGGTGTCACCTGGAAGGAGTTAGAGCCAACCAAGGGCAACTATGATTTCAATTCGATTGAAGCGTCCAACCATTTCGACTATTGGCAAAGCCGCGGAGTTAAGGTAGTCCTTCGCATTATTCTGGACAGTCCTTCCGGTGTGCCTCACCGGGACATTCCTGACTGGCTCTATCATGACATGGTGAGTCTGGGACAATCTCCAGGCAAGGCCTACCAGGATGCAACCGGAGGCATGGGAGCCGGCAAGAACACGGGCTTCTCCCCCAATTACAGTTCCGAGTATCTGATCGCCAGACATAAGCTTGCCATTGAGGCGATTGCGGAGCATTACGACACGGCTGACAGCCCGATTGCTTTTGTACAAATCGGTTCGCTTGGCCATTGGGCGGAATTCCACACCTGGCCTTACATCGGACCGAACGGGGAAAGCAACTATACGGGCGCATTCCCTCCGAACGAAATATCCAATCAGTACATTCAGCATTATATCGATGCATTTGCCGATCAGGAGGATCATACGCAGCTCTTGATCAGACGAAGCGTGGAATTGGCCAAGAATAATAACAAGGGTCTGGTTCTTGGAATGTATAATGATATGTTCGGCGATCAGCCGAGCTTCGATTCCGAATGGGGATGGTATACCGGCACACAGAACGGTTATTGGGATGATATCGGCCAGCAGCAGCCAAACCATGCCAACTTCTGGAACACGCGCGTATCTGGCGGTGAATTTTACGGCGGTGCCTATGGCATGAATGCTGCACTTACAACTGGCAGCGGCTTCAATGAGACGCTGCGGCAGACCGAGCTCAGCAAACCGAGCTGGCTGGGACCGAATGCTCCGGCTTCCTTAGCGCTGGGCAATCCTTTGCAGGGCAATATGGATACACTGAAGAAACGAATGGGCTATCACTTTGTCGTGAAGAAGGTTTCATATCCGCAAGATAGCGGAAGCACGCTTGATGTATCCATCGCTGTGGAAAATAAGGGGGTTCAGCACTTCCCGTTCAACTGGCCTGTTGAAATCCAGCTGCGCAGCGGCGGGAACATCGTGGCGCGTCAAACGACAACCGCAGACGTAACAACCTGGAGAACCGGCTTGCATACGGTCTCAGGCTCTATCTCCACCAACTCGCTGGCAAACGGAACTTATGAGCTGGCAATCGCTATTCTTGATCCGTCTACAAACCAACCTGGGGTTGATTTTGCTAATACGGAACGTCTATCAGACGGAGCTTATAAGATCGGTACATGGACAAAATAA	MKAWGIKMKLTLTVFTMTAILIALFPSPLFISTAEAASIVIDGNPGDWEGIPVISTNSGTAGVLKAAHDDSNLYLLVEGAGLSTTMGSFWLNTDGKTSTGYQAFGWGASGIEWLLENQSLYRYAGNGSIWNWDLSSTLPSSQYVRTPSTIEAALPLATLGLATGSSVNIGYLDNNSDINRLPALNQSLPVYTLNAGNPGEERIEFYPSELDDPLNNPFKGWAPSAKSTHYPQDHRLVYAGVTWKELEPTKGNYDFNSIEASNHFDYWQSRGVKVVLRIILDSPSGVPHRDIPDWLYHDMVSLGQSPGKAYQDATGGMGAGKNTGFSPNYSSEYLIARHKLAIEAIAEHYDTADSPIAFVQIGSLGHWAEFHTWPYIGPNGESNYTGAFPPNEISNQYIQHYIDAFADQEDHTQLLIRRSVELAKNNNKGLVLGMYNDMFGDQPSFDSEWGWYTGTQNGYWDDIGQQQPNHANFWNTRVSGGEFYGGAYGMNAALTTGSGFNETLRQTELSKPSWLGPNAPASLALGNPLQGNMDTLKKRMGYHFVVKKVSYPQDSGSTLDVSIAVENKGVQHFPFNWPVEIQLRSGGNIVARQTTTADVTTWRTGLHTVSGSISTNSLANGTYELAIAILDPSTNQPGVDFANTERLSDGAYKIGTWTK				NA	NA	NA	NA	NA
JZ016_02428	708	kdpE	COG0745	KDP operon transcriptional regulatory protein KdpE	ATGAATTCTCCTAAAACAGTACTGATCATTGAAGATGAGCAGGATATCTCTCGCATCGTGAACGACTATTTGCGTGTTCAGGGATTCAGCACATTCATCACGGAAAATGCCGGCGACGGATTGCAGGAAGTCCGCAACCGGCAGCCGGATTTTATCATTCTCGATCTGACATTGCCTGATGCTGACGGAATTGAAGTATGCCGCAAGCTCCGCACGTTGACGGCTGCGCCCATTCTTATTTTAAGCGCCCGCAGCAGCGATACGGACAAAGTGCTTGCCCTTGGTTTCGGCGCCGATGATTATATGACCAAGCCTTTCTCGCTCAGTGAACTGGTCGCCCGCGTTCAGGCACATTTGCGCAGAATTGCAGACCCGAAATTCCCGTCAGCCCTACAGCAGCGAGTGCAATTCGGCACCCTTTCGATTGATAAAAATGCCCGCAGGGTCATGGTCGGACAGCAGGAAATTTCGTTATCCGCCAAAGAATTTGATCTGCTTTACTTCCTGGCGTCTAACCCGAATCAAGTGTTTACCAAGTCGCAGCTGCTGGATCAAGTCTGGGGGTATTCAGCTTATGTCGAGGATAATACCATCACGGTCTACATTCGGCGGCTCCGCGAGAAGCTGGAGCGGGCCGAGATCAACTCCTCCTATATCAAAACGGTTTGGGGCGTCGGTTATAAATTCAACCCCGATGAGACGGTGTAG	MNSPKTVLIIEDEQDISRIVNDYLRVQGFSTFITENAGDGLQEVRNRQPDFIILDLTLPDADGIEVCRKLRTLTAAPILILSARSSDTDKVLALGFGADDYMTKPFSLSELVARVQAHLRRIADPKFPSALQQRVQFGTLSIDKNARRVMVGQQEISLSAKEFDLLYFLASNPNQVFTKSQLLDQVWGYSAYVEDNTITVYIRRLREKLERAEINSSYIKTVWGVGYKFNPDETV	PGPT0013765_697	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
JZ016_02429	1446	sasA_21		Adaptive-response sensory-kinase SasA	ATGTACTGGAAATCGTGGCAAACAAGAAGGCTCTGGGCAGCCTGCCTATCTATCATGGTTATTTTGCTATCCGTCGTTTGGCTCGTTTGGCCCTCAAACCAGCCCGATTCGTCATCCATTGTCAACCCTATTCGCGTGCTGACGAATACGGTTGTCCATAACCTGGAGAATGAGCATGCCGACTTGCTGCTGGCCGATGCTCCGATTCGGGGGCAATTAACCAGCTGGAGTCAAGAGACAGGGATCGGCCTCAAGGTTGTATTTCCTGACGGAACGATGATCTATGACAGCGATGATTCATCCGTGCGCCATATTCATCCCCGCTTTGAACTCGACTACACGCTGCGTATTTCTGACAGCGAGCCGTCTTATTATCATCTCGCTTTTCCGCTGCTGGACGCCGGCAGCAAAAGCTTTGTGGGCTACGCTCAGTTTGCTGTGCCTGCATCTGTCGTAGCCGCAGCCTTCCCCTCCTCAGACTTGCCGCTATATGTGCCATGGGCGCTGCTATCTCTGGCCCTATTGACGCTGCTTTATTTATTCTTCTCCATCGGACGCCGGGTGCAGCATGATTGGGTTGAGCCTGTCGCCGGGCTCAAGCCTTATGCCGAAGCCATATTGAAAGGCAACTACGAGCAGCGTGCCGAATGGACCAGCGATAACGAGGTCGGGGAGCTCTATGCCGTATTTGATCTCATGCGTGAAGAGATTCGTAATTTGCATATGCAGCAAGCCGCGCACAGCCAGTCGCACAAAGAGCTGATTTCCAATCTGTCTCATGACTTAAAAACTCCGCTGGCAACGATCAAAGCCTATATCGATGCAATTCGGGAAGGCATATGCCCGGATCTGCCGAGTGTGATGGCATACCTTGAGGTGGTGCATGCGAATACGAGCAAGATGACCGTGCTTGTAGACGATTTGCTGCTGCACGCCCTGCGTGATCTGGAGCAGATTGCCGTACATCCGATTGAGCAATACAGCGCTCCAACGCTGGAGCCGATCTTGCGGGCGATGGCCCATTATATCCGTACGATGGGCGTACGCTGCCAAGAACCCTCTGCTATTCCCAACGTGCTTGTCGTTATCGATGCCATACGGATCGAGCAAGTTCTGTCCAATCTCGTCACGAACGCACTGAAGCATACGGAGCCCGGGGGTACGATTCGCCTCGCTGTTGAAGAACACTCGGAAACATCCTGCCTGCAGATCATCGTCTCCGATACAGGGAGCGGAATTTCCCCGCAGGATATGCCTTTTATTTTTGATCGGTACTACCAAGGCAGCGTTTCACAACGAACGGCCAGCCAACCGACCGAGCGCCACGGGGTCGGACTTGGGTTGTCGATATGCAAGTATATTATGGAAGCGCATGGCGGCACGATCTCTTTTCACAGCCAACAGCAGCAGGGAACGACTTTCTACTTGACTCTGCCCCTCAGCTGA	MYWKSWQTRRLWAACLSIMVILLSVVWLVWPSNQPDSSSIVNPIRVLTNTVVHNLENEHADLLLADAPIRGQLTSWSQETGIGLKVVFPDGTMIYDSDDSSVRHIHPRFELDYTLRISDSEPSYYHLAFPLLDAGSKSFVGYAQFAVPASVVAAAFPSSDLPLYVPWALLSLALLTLLYLFFSIGRRVQHDWVEPVAGLKPYAEAILKGNYEQRAEWTSDNEVGELYAVFDLMREEIRNLHMQQAAHSQSHKELISNLSHDLKTPLATIKAYIDAIREGICPDLPSVMAYLEVVHANTSKMTVLVDDLLLHALRDLEQIAVHPIEQYSAPTLEPILRAMAHYIRTMGVRCQEPSAIPNVLVVIDAIRIEQVLSNLVTNALKHTEPGGTIRLAVEEHSETSCLQIIVSDTGSGISPQDMPFIFDRYYQGSVSQRTASQPTERHGVGLGLSICKYIMEAHGGTISFHSQQQQGTTFYLTLPLS				NA	NA	NA	NA	NA
JZ016_02430	765	lolD_3	COG1136	Lipoprotein-releasing system ATP-binding protein LolD	ATGCCTTCAAGCAAAACCATTATGCTGCAAGCTGCAAATTTATGTAAAACATACACCACTGGCAAGGAGCAGTACCATGCCATTCGGAATGTCGATCTTTCGATTTACGCAGGAGATTTCACGGTCATCATGGGCGACTCGGGGTCGGGAAAGTCCACCTTGCTGTACTTGCTTAGCGGACTTGATGAAGTGACAACCGGAGAAGTCTGTCTGCAGGGACAGCGCTTTGATCAATTTTCAGCCAAGGAGCTTGCACGCTTTCGGGCGAATCGGATCGGTTTTATCTATCAAAACAGCAACCTTGTACCCGATCTGTCGCTGTTCGATAACATTGCCCTCCCTGGATATATCGCAAATCAGGATAAGGAACAAGTACGGCAACGGGCAAATGACTTGATGGTCAATCTCTCCCTCGATAAACAGAGCAGCCGGTTGCCTTCCCAAGTATCCGGAGGGCAGCAGCAGCGGGCGGCAATCGCCAGGGCGCTCATCAATAACCCGGACATCATTTTTGCTGATGAACCTACCGGCAGTCTGAACTACGAACAAGGCGTTACGGTGCTTGATATATTGAGCCGGATGCATGCGGACGGTCAATCGATTGTCATGGTCACCCACGACATGAAGGCAGCCTGCCGGGGCAATCGCCTTATCTACATTAGCGACGGCAAGATCGGTGGCACGCTGGATATGGGACCCTATAGTCCGGAACAGGCCTCCGAGCGGGAAGCGATGATCTTCGCTTATGTCACCGGGAGGAGGTAG	MPSSKTIMLQAANLCKTYTTGKEQYHAIRNVDLSIYAGDFTVIMGDSGSGKSTLLYLLSGLDEVTTGEVCLQGQRFDQFSAKELARFRANRIGFIYQNSNLVPDLSLFDNIALPGYIANQDKEQVRQRANDLMVNLSLDKQSSRLPSQVSGGQQQRAAIARALINNPDIIFADEPTGSLNYEQGVTVLDILSRMHADGQSIVMVTHDMKAACRGNRLIYISDGKIGGTLDMGPYSPEQASEREAMIFAYVTGRR	PGPT0013345_3278	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_02431	2382			hypothetical protein	ATGCGAGCCATATTGACACTCTGCTGGGGCAACCTACGCAAAAGAAAAATGCAAAACACGCTGATCGCATTGCTTATTGCCCTATCCGCTCTACTCGTCAGCACCGCATTCACGGTCTTGATGAATACGGAGAATGTATTCAATGATCGCCATGCGGCTGCTCATGGTGCGCACGAAGTCATAAATATGACCCGTGGGCTGCATGACGAACAGTTGGTAGCCGACTGGTGGTCCAGCCAAGAAGGCGTAAACGCGTCCAGCTTAATCCCTTACAAGCCATGGACCGGACTGGTCTTTAACGGGAAAGAATTGCCCAATCTTTATCTGTATATGATCAATACCCCGCCGATGCCGCATGGGGTCAACAATCCTCTTCCCGGTACAGGCCCTGAGCATCTGACGGTTCCGGAAGTCGGCGAAATCTGGATACCCACCTCGCTTGCCTACAAATACAACATGCATATCGGCGATGAATTGGTGTTCACCTCAGGGTCTGCACCGGCACAATTCACGATCGGTGCGATTGTCATTGACATATCCCATGGCGGTCCTTTCTCGACCACTGCCCGCATCTGGATGAACGAAGCCGACTATCGGTCAACCATGGGTAGCTTGTCCACTCAGGAGCAATACATGTTGTCGCTTCGCTATTCGTATCCTGAACAAAGCGAGGAATACTGGCAGCGCTTTGAGCAGGCGCTCGGGTCGCCGTTTTTAGAGGAACGCGTTTCGTTTGCCGAATTGTCGGCCTTTTATTTCATCATGAACAAGGTGATCGGCTTTGTGATGAGTTTCCTCGGACTGGTCATGATCCTCGTCGCCTTGCTCACGATCGGCTTTACGATCACGGACACAATCCTTGCCAATTACCGCACGATCGGCATTCTCAAATCGATTGGCATGACCTCCGAACGCATCATCGGCACCTACCTGCTGCAGTACGGTTTAATGACGATTGTCGCCTTGGTCCCGGCACTGATTGCAAGCCGCTTCCTTTCAGATGTCATCATCCGGAATTCCCTGTCTTTCCTCAAATCCGACACAGCTCCTGTTCCCGTTCAAGCGGCAGACGTTGCGATCTGGACTGGCTGCGGCCTGCTGCTCATCATCCTTCTATGCGTCCTTGTTTATGCTTCCAAGACACGCCATATCGAGCCCATTCAAGCGATCCGTTATGGCATGTCGGAGTCTTCACATAGTCGTATCCATCGGCATGGTGCTCGCAAAAGACTGCTGGATCGATGGTCCGTACCCACGGTCATCGGCTGGAAGCATGTGAGCGGCAACAAAAAAAGCGCAGCGCTAATCTTTCTGTTGATGAGCATCACGGTGGCTGTGCTCGTCTTTGGCGCCATGCTGGTAACCAGCGTCTATCGAATCAGTGAAACGTCGGCTCAGTGGGGTTATGACGATGCGGATATCGCGATTATGGTTATCCATGCGGAAGGTATAGATCGGGCGGAAATGCAATCTTATATCCAAAGCGACCCTCGGGTTCACAGTCTGAACTGGTCCGGATCATCCACCGGCGTCATCGCCATGGCCGAAGAGGATGACAATCCTCAACAGACATTCAGCCTCCCTTTGACGGTCGTGGAAGGCAGCATGAACGAGATCGGATTTGCCTCGCTTGCAGGCCGTAATCCCGTACTCCCTAATGAAATTTCCATCGGGATCAATATTGCCCGTAAATTGCAAAAAGGCATCGGCGACATAGTCACGATCTACATTGAAGGAGAACCGCATCCATTGCTGATCACCGGCACCTTTCAGTCCATTTCCAATATGTCGAACGTCGCCAGGGTCACATCAGATCTTGTCGAGCACTTGAATCCGGACGCCGGGTTTATTCAACTTAAGGACAATGCGGACAGCGATGCGTTTGTGCAGCAGTTGAACGAACGTTACAGCCCTTCCATTCAAGCGCTGAAGCAGGAAGTGCTGCTCGATTCCGTATTCAAAGAAGCTGCGGCGGTTTTGCTCATTCCGATGAGTATGCTGGCCCTTCTGTTCATGGCTGTCACTTCTCTTATTGTTTATACAACTTGCCGGCTGCATATTCGTAAGGAAACGAAAACATATGGCATTTATGCCTCGCTCGGCCTGACCGCTACCGACATTCGTCGTGCCTTGACAAGCGGCATTGCCGGACTGGCTGCGCTCGGTGCGCTGGCTGGCATCGCTTGCGGCGTCTACGCATTGCCGGCCGTGCTGCGCGGTCTGCTCTCTACCTATGGGATTGTCAAGCTGCCGCTCATCATGGAATGGCCGCTGGTCATTGGGCTGACGCTGATCGCGCTTGCTATCGCCGTCAGCGGCTGCTGGCTGGCTTCGCGAATCCTCCGCCGCACCTCCCTTCGTGTGCTGGTCATGGATTCATGA	MRAILTLCWGNLRKRKMQNTLIALLIALSALLVSTAFTVLMNTENVFNDRHAAAHGAHEVINMTRGLHDEQLVADWWSSQEGVNASSLIPYKPWTGLVFNGKELPNLYLYMINTPPMPHGVNNPLPGTGPEHLTVPEVGEIWIPTSLAYKYNMHIGDELVFTSGSAPAQFTIGAIVIDISHGGPFSTTARIWMNEADYRSTMGSLSTQEQYMLSLRYSYPEQSEEYWQRFEQALGSPFLEERVSFAELSAFYFIMNKVIGFVMSFLGLVMILVALLTIGFTITDTILANYRTIGILKSIGMTSERIIGTYLLQYGLMTIVALVPALIASRFLSDVIIRNSLSFLKSDTAPVPVQAADVAIWTGCGLLLIILLCVLVYASKTRHIEPIQAIRYGMSESSHSRIHRHGARKRLLDRWSVPTVIGWKHVSGNKKSAALIFLLMSITVAVLVFGAMLVTSVYRISETSAQWGYDDADIAIMVIHAEGIDRAEMQSYIQSDPRVHSLNWSGSSTGVIAMAEEDDNPQQTFSLPLTVVEGSMNEIGFASLAGRNPVLPNEISIGINIARKLQKGIGDIVTIYIEGEPHPLLITGTFQSISNMSNVARVTSDLVEHLNPDAGFIQLKDNADSDAFVQQLNERYSPSIQALKQEVLLDSVFKEAAAVLLIPMSMLALLFMAVTSLIVYTTCRLHIRKETKTYGIYASLGLTATDIRRALTSGIAGLAALGALAGIACGVYALPAVLRGLLSTYGIVKLPLIMEWPLVIGLTLIALAIAVSGCWLASRILRRTSLRVLVMDS	PGPT0013350_8075	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
JZ016_02432	447			hypothetical protein	ATGGCTGATCATCACACCGTAATGGAGTCTGGAAGATGTATGGAGTGTGGAGCTAAGGAGATCGATGGGTTTTCCTGCTATGAATTATTCGGTTTTCCCCTTGTGTGGGAACATCGTGATCCAGCGTTATATGCTTTGCATTTTTGGCTTGTTTCATGTTATATGCTGCAGCATCCTTCCAACTATACAGAGGAAGGTTACCGATTGCTGGTTGATTTATTTACGAATGCTTATGATCATGATTGGGATACCGCCTATATACTCAAGAAAAATCGAGAGAGAGTAACCAAGGTAGCTAAAATAACAAACCCTCTTCCGCATAACGAAAGAAATCGCAAATCTAAATTTTGGTCAATGACCATAGAAGATATCTATTTAGGCGGTGAAACAAATGCCATCGCAAATATTATCAAGTGGAAAGAGCAAATACGATGTGAATTAAAATAA	MADHHTVMESGRCMECGAKEIDGFSCYELFGFPLVWEHRDPALYALHFWLVSCYMLQHPSNYTEEGYRLLVDLFTNAYDHDWDTAYILKKNRERVTKVAKITNPLPHNERNRKSKFWSMTIEDIYLGGETNAIANIIKWKEQIRCELK				NA	NA	NA	NA	NA
JZ016_02433	195			hypothetical protein	GTGATTTCTATCGAGAGTGAACTCAAACAAGTATCGAAAAAACTCGAACTTCTCCGAAGAGAACTTGAGCGAGTGGCCAGCAGTTTCGAATTGGTGCATCAAGATGTTGTCGCCATTTCACAGTCGTTGGATAAGCTGATTATTCGTTACATGGAATTAAAAAAACAAGAGGAATATATCAAAAAGCATACTTGA	MISIESELKQVSKKLELLRRELERVASSFELVHQDVVAISQSLDKLIIRYMELKKQEEYIKKHT				NA	NA	NA	NA	NA
JZ016_02434	5463			hypothetical protein	TTGAGCAGTATTCATTCTGGTACGAGCACAAAATTGATCAAGCGTTTGTTTATCCAGTTTTGTGTATTTTTAGTTGCTTTAGGCGGGATATTTCCTTTACAGCCATCTCAGGCTCAGGCCGCATCCTTTTCGATTAATGACACTGATACTTATATTATATCCGGGAATGCTATCTACCAGATCGACGGAAATAATCCGGGCGAGCTAGACCCAAAGGCAAGCCTAGCACTTAACAACTCACTCCTCATTAATAATGGATTAGCGATGTCCATGACGGAAAATGCCTTCTACGCATTTAGCGGAAGTGGCGGCATCAATCGGCTGTATAAGATTTCAGAAACGGGTGCTACTACACAGGTAGCCACGTTGACCGGAACAGCAGCAAACGCCGTAATTAGCCCGGATAGTAAATACTATTATATTTACACCGAAAATGGGGAGAATTATCTCGCATACTACGATATAACAACAAATCAGCAAGATCGTAAGGTTATTACGGGCTTGACAAGTAGCAACGGTGGCGACATTCTTTATGACAAAAACGGGTTTATTTGGCTTTTGGATCTTGTTGACCAGGTAAAGGTCTATCAAATCGATCCGGCAACGGCAGAAGTAATACGTTCTGTTCCTATGGTAAGTGCAGACGGCCAATCCATCGATCCTGGACCGCGGGCTCTTAGCTTCCTGCCGAACGGGAAAATGTATGTGGGCGCTGGAAACACCAACACGCTCGTATACGAACTTGATCCAGAAACACTTAGCTATCGATTCCTGAGCTCTACAAATATTGAGATTACTTACGATGCCGCTTCGCGTGTCATTCCTAATTTCGATCCAAATCCTCCTCAACTTGAATCGCAGAAATCGGCGAAGATTCAAGAAAAAGCGGATGGAAACACCGTTGCGGACCAGCCTGAAGTGGGAGATACGCTGCTATACACGATTCAGAGTCGAAATACGATCTCCGAAAGTCTGATTCGAAACATGGTTATCTCGGATACGATTCCGGAAGGCTTGGAATATGTTCCGGGTACACTGACAGTGGAGGGGCAACCGGTCAGTGATGATCGAGATAATGATCAAGGCGATTTTGTCGATTCTACAGTAACCGGAACGATTGGCGATGTAACCGACACTGAGTGGCATCGTATCACTTTTCAAGTGAAGGTCACTTCGGGTCAAGCCGGTAAGAGCATCGAAAATGTAGCAACTGTTACGGGCGACAATCTAGATATGCCTGATGAGCCGAAGAATGCGATTGACGTGTATCCACTTAATCCTCCAAATGCTTGTTCATCACCAGTGGCATTGATTAATGGTGAATTTGAAAAGCCGGAGGGACCTGGTACTTTTGATAACTCGGTAGCCGGAGGCGGTTACTACTATGCAGACACGGTTCCAGGGTGGAATACGACGGATACTAACCGTACACCAAGAGGGATCATTCAAATCATGGACCCTGCCCGACCAAGCACGATACCTTCAAACACTCCGAATCAGGACAATCTTACGAGTAGATTTGCAGAATTAAATGCGGATACAAATAGTATGCTGTATCAAGATTTACCAACTGTACCAGGGCAGACAATCTATTGGCGCTTAGATCACAGAGGATATAGTGGCGTGGACACGATGAGTGTTAATATTGGACCGGTTACGAACGATCCATTCAATACCACGCCAGAAATAAAGAGAATTTCAACTGGGACTGCATGGGAAACTTATTCCGGGAGTTATACGGTTCCTGCAGGTCAAACAGTAACACGTTTTGGATTTAAAGCAATTAGTACATCTACTGGAGCCTTGGCTTTCGGTAATTACCTGGACAACATCTTCCTGGGAACTGAACCATGTGTTATCGCAGAGAAATCCGTTTCTCCTGCTGGAGAAGTTTTTGAAGGCGATGAACTTACTTACGAAGTCACAGTTAAAAATGAAGGCGGAGACGTTGCCGCAAATACCGTCTTTGAAGACGTCATTCCTGCGGGCACGGAATATGTTCCAGGCTCCATGAGAATGGTGAGCGGGACCAATACCATTGATCTAACCGATGCAGATGATACAGATGCAGGACACTTTGACGGCAGCAAGGTGATCGTTAGGCTCGGAAATTTGCAGAATACCAATGACTTGCCTGACGGCATCACAGTTCAATTCAGAGTGAAAGCATTATCCAGCCATGTCGGCCAGACGGTCACCAATCAAGCGACTGTTGATTATAAGAACTTACTGGCAGGCAAAGAGGAAACGATCGATTCTAATGAAGTGTCGAGTGGTATTCTCGAAAGAGAAGTCATTGATGCTTGCGCTAGGCCAGTTGCAATGATCAATGGCAGTTTTGAGCAAGGCGCTGTCCGGGGAACTGCTGTTAATACGTCCGGACTCTACTATTATGAATCCGAAGTACCTGGATGGAAGACCACGGATGATGCTAACGGTTATCCAGTCATTGAACTATGGGACTGGGAGCGAAATAATCCTGCGGTTGTAAAGAACTGGCCAGCTCCCCCGGACGGCGGGAAATGGGCGGAACTAAATGCTTATGAAAACGGGATGCTTTACCAGGATGTGAAGACAACCCCTGGACAGACCATCTATTGGCGCCTATCCCATATGGGACGGCAAGGGGTTGACACGATGCAGCTTCGTATTGGAGCAGCAACGGCTAACCCGTACGACACCAAAGTTCAAGAACAAATGACGGACGGTAACAAAGCATGGGGAACCTATACAGGCACGTATACGGTCCCAGCAGGACAAACGGTCACTCGCTTCGGCTTTGAGGCGGTGAGTACAGCAAGTGGAAACATTGGAGCTGGAAACTTCATCGATGATATTTTCCTTGGTACGTCGCCTTGTGTGACAGCTAACAAGACCGCATCTCCACAAGAAGTGAGTGCCGGCGATGAAGTAACCTACGAGATTCAGATCAAGAATGAAGGCGGAGACATCGCCGCCGATGCAAGCGTGACGGATCTGATTCCGCAAGGAACGGAATATGTCCCTGGCTCCATGAAATTGATCCTGGGCTCGACCACCAAAGACCTGACGGATGCCGACGACACCGACGAAGGTCGCTTTGACGGCAGCCAGGTCAGCATTCAGTTAGGCGACTTGGCCAATACGAGCCAATTGGCTGACGGCGTTACCGTGCAATTTAAAGTCAAGGTTCTAGCAAGCGCCGCCAATCAGCAAATTAAGAACAAAGCACAAATCAGCTATAACAACTTACTAACAGGCGACACGGAAGAGAAGGAATCGAACGAAACCACCACGACGGTCCGTTTCAATCCTCCTGTTCTGGAGTCCAGCAAAAATGCCGTCCTTCAAACGAAGGCTGCCGGAAACACGGACCCTGGTAACCCTGAACCAGGCGATACGTTGCGGTACACGATTCAGGCACGGAATACGATCGAAAAGAGCTTTGTCAGCAGCTTGGTTATCTCGGACGATCTGCCGGCAGGACTGCAATATGTACCGGGCAGCCTGAAGGTAGACGGCGCTGCCGTCACGGATGACGCAAGCGATCAAGACAGAGGTATGTATACCGATGGGCAAGTTATCGGCCTGTTCGGGGATATTACGGACACCGAGTGGCATACGCTGGAGTTCGAAGCGATTATTGAGCCTGGACAAGCTGGCAAAAATATTCGAAATACCGCTGTAGCCGGTGGCGAGAATGTGAGCACACCGAGCGAGTCCGAGGAAGAAGTTCAGGTTTATCCGCGTCATCCGGTTGTGGAATCGGAGAAAATTGCAGAAAACCTGAATGCGGGCAAAACCCATTTCGAAGTCGGGGATACGGTTGTCTACACCATTCGGGCAAGAACGGTGACACAGGATGCGTATATCTCGAATTTGAAAATTACGGATACACTCCCGGCAGGACTGGAATACGTGCCGGGCACCTTGACCGTGGATGGCCAATCCGTCACCGATGATGAAGGCGACGATGAAGGCCATGTGGTAACCCGCTCCGTGTACGGAGGATTCGGCGATATCTGGGATGAGGATTGGCATGAGCTTCAGTTCCATGCAATCATCCAATCCGGACAAGCCGGCAAGGATATTCGGAATATTGCCGCTGTCACCGGCGATAATTTCGACGAGCCTAGTGAGCCGGAAGAAGAAGTCAAGGTCTATCCGCGCGATCCAGTGATCGTATCCGAGAAGTCCGCAATGAATCTTGAAGCGGGCAAGCAAACATTCGAAGTCGGGGATACCGTTACCTATACGATCCTGACAAGAACGGTGCTGGACGATACGTATATGTCCAACCTCGTCATATCGGATACGCTGCCGGCCGGTCTGGAATATATTCCGGGCAGCTTGAAGGTCGACGGTGTTTCGGTCACCGATGACCAGGACAGCGACAAAGGCCATTATGCTTCAGGTCAGGTTGTCGGTAACGTCGGGGATGTATGGGATACGAAATGGCATACGCTGGAGTTCCAGGCGAAGATCGTAGCGAACGCCGGAGAATCGATTCGTAACACCGGTGAAATTACCGGGGACAACATCGATCAGCCGAGCCGCCCAACGGATGAGATTGTGGTTGAGGAAGGCGACACGCCGCCGGTGGACCCACCGGTTGATCCGCCAGTCGATCCACCCGTCAATCCACCGGTAGATCCAAATCCACCGGTCACACCGCCTGTAACACCACCAACTCCGTCTTCTCCAGTCATCGAATCACGGAAGACGTCGCGGGATCTCAATGGCGGCAGCATCACGGTCGGCGATACGCTGGAGTATACGATCTCCGCACGCAATACCGTTTCGGGCAGCTACGTATCGAACCTTGTGATTGCTGACCTCCTGCCGGAAGGGCTTGCGTATGTAGCAGGCAGCCTGAAGGTGGACGGCGTCTCCGTCACCGATAACGCTGATGGCGACAAAGGCCAGGTTGTTAACGGCAAAGTGAGCGGTAACTTTGGACGGATTACGGATACCGAATGGCATACGATTGAGTTCAAGGCAACCGTCAAGGCGGGACAAGCCGGTAAAGCGATCGTAAACATCGGTGAAGTCACAGGTGATAACGTGACAACTCCGGAGAAACCATCCAATGTCATTGAAGTGACGGACAACGAGAACAACGGTGGAAATACGACGAACCCGGGTGGAACGGGTGATTCCGACGGGGATTCGAATGAAGACCCGAACGGAAACTCGAACGAAGACTCTGACGAAGATTCTAACGGGAACTCAAATGAAGACTCGAATGGAGACTCCGACGGGGATTCGAATACTGGTGCACAAACACCGGAAGATCATGACGATTCAACATTAGGCGTATCGGATTCGACTCCACGAGATCCGGCTCAATCCGGAGATCAGGCAACGAACGAGCCTAACGGAAATAAATTGCCGAATACGGCTACGAATATGTACAGCTACATGTTAGCGGGGTGTATCCTCTTGCTTGCAGGTTTGCTACTGCTAAGAAAAAGAAGAGGATAG	MSSIHSGTSTKLIKRLFIQFCVFLVALGGIFPLQPSQAQAASFSINDTDTYIISGNAIYQIDGNNPGELDPKASLALNNSLLINNGLAMSMTENAFYAFSGSGGINRLYKISETGATTQVATLTGTAANAVISPDSKYYYIYTENGENYLAYYDITTNQQDRKVITGLTSSNGGDILYDKNGFIWLLDLVDQVKVYQIDPATAEVIRSVPMVSADGQSIDPGPRALSFLPNGKMYVGAGNTNTLVYELDPETLSYRFLSSTNIEITYDAASRVIPNFDPNPPQLESQKSAKIQEKADGNTVADQPEVGDTLLYTIQSRNTISESLIRNMVISDTIPEGLEYVPGTLTVEGQPVSDDRDNDQGDFVDSTVTGTIGDVTDTEWHRITFQVKVTSGQAGKSIENVATVTGDNLDMPDEPKNAIDVYPLNPPNACSSPVALINGEFEKPEGPGTFDNSVAGGGYYYADTVPGWNTTDTNRTPRGIIQIMDPARPSTIPSNTPNQDNLTSRFAELNADTNSMLYQDLPTVPGQTIYWRLDHRGYSGVDTMSVNIGPVTNDPFNTTPEIKRISTGTAWETYSGSYTVPAGQTVTRFGFKAISTSTGALAFGNYLDNIFLGTEPCVIAEKSVSPAGEVFEGDELTYEVTVKNEGGDVAANTVFEDVIPAGTEYVPGSMRMVSGTNTIDLTDADDTDAGHFDGSKVIVRLGNLQNTNDLPDGITVQFRVKALSSHVGQTVTNQATVDYKNLLAGKEETIDSNEVSSGILEREVIDACARPVAMINGSFEQGAVRGTAVNTSGLYYYESEVPGWKTTDDANGYPVIELWDWERNNPAVVKNWPAPPDGGKWAELNAYENGMLYQDVKTTPGQTIYWRLSHMGRQGVDTMQLRIGAATANPYDTKVQEQMTDGNKAWGTYTGTYTVPAGQTVTRFGFEAVSTASGNIGAGNFIDDIFLGTSPCVTANKTASPQEVSAGDEVTYEIQIKNEGGDIAADASVTDLIPQGTEYVPGSMKLILGSTTKDLTDADDTDEGRFDGSQVSIQLGDLANTSQLADGVTVQFKVKVLASAANQQIKNKAQISYNNLLTGDTEEKESNETTTTVRFNPPVLESSKNAVLQTKAAGNTDPGNPEPGDTLRYTIQARNTIEKSFVSSLVISDDLPAGLQYVPGSLKVDGAAVTDDASDQDRGMYTDGQVIGLFGDITDTEWHTLEFEAIIEPGQAGKNIRNTAVAGGENVSTPSESEEEVQVYPRHPVVESEKIAENLNAGKTHFEVGDTVVYTIRARTVTQDAYISNLKITDTLPAGLEYVPGTLTVDGQSVTDDEGDDEGHVVTRSVYGGFGDIWDEDWHELQFHAIIQSGQAGKDIRNIAAVTGDNFDEPSEPEEEVKVYPRDPVIVSEKSAMNLEAGKQTFEVGDTVTYTILTRTVLDDTYMSNLVISDTLPAGLEYIPGSLKVDGVSVTDDQDSDKGHYASGQVVGNVGDVWDTKWHTLEFQAKIVANAGESIRNTGEITGDNIDQPSRPTDEIVVEEGDTPPVDPPVDPPVDPPVNPPVDPNPPVTPPVTPPTPSSPVIESRKTSRDLNGGSITVGDTLEYTISARNTVSGSYVSNLVIADLLPEGLAYVAGSLKVDGVSVTDNADGDKGQVVNGKVSGNFGRITDTEWHTIEFKATVKAGQAGKAIVNIGEVTGDNVTTPEKPSNVIEVTDNENNGGNTTNPGGTGDSDGDSNEDPNGNSNEDSDEDSNGNSNEDSNGDSDGDSNTGAQTPEDHDDSTLGVSDSTPRDPAQSGDQATNEPNGNKLPNTATNMYSYMLAGCILLLAGLLLLRKRRG				NA	NA	NA	NA	NA
JZ016_02436	1254			hypothetical protein	ATGAGCTTTAAGAAAACCGTTGAATCAACAGAAACAAGTAACCATTCATATCCATTTCGACCTGTGGGGCCTTCATTTTCCCGACCTGAACTTGAGGTGTTAACGTCAGGAAAGATTTCAGATATATTAGGAGAGCGATTCAAATTCCAGGACAAGTATGCTCATCAAACGCGTATGCCCAAACCCCCGCTGTTATTCGCTGATCGGGTTCTCGGTATGGAAGGTGAGCCGGGCACTCTTGGACTTGGTAAGATATGGTTTGAAACAGATGTTTCGAAAGACTCATGGTTTTTACATGATGGTTATATGTCATTAGGTCTCATGCTTGAATCGCTGGTAAACCCTATTACACTGATCATGTCCTCGTTGGGTATCGATTCATATAATAAAGGGGAACGCCTTACACGGTTAATAGGCTGTAAGTTCATGTTTCATGAATCGCTTGTTAAGCCTGATTCTACAATTACATCCGAACTTACTGTGGATGGTCACGTCAATAATGGCGAGATGTGGCTGACCTTTTTCCACACTGACTGTTATGCCGCAGGACAGAAACGCTTGACCGTGCGAAAAGGTCAGGTAGGTTTCTTCACTAAAGATGAATTGCTTGGAGCCCGTGGTGTGAAATGGGATGCTGAAGCTGCACGCTTTAATGCAGACGCCAGACGGGATACTCCTGTTGTGGTTTGCGAACATCGCTCTTTCACCAAGGAACAAGTAAGCTTATTTTCCAAAGGGCGTACTGCCGAATGCTTCGGAAATGGATATGAAATGGCATTTACGCACACAAGATCACCGCGTATTCAATCGGGAAAAATGCTCATGATTGATGAAGTAGAATGCTTTGATCCGCAAGGGGGACCTTGGGGGTTAGGTTACTTAAAGGCCAAAAAGGAAATTCAGCCCGATGAATGGTTTTTCTTGTGCCATTTCCATAACGATCCAGTTATGCCGGGTATGCTGCAATTTGAAGGCTGTCTGCAAGCGATGGCAATCTATCTCGCTGGACTTGGGTTTACGCTGGATAAGGATGGATACCGTTTTGAGCCTATTCCTGAGGTGTTGTATGAGGTGCAATTGCGGGGACAAGCGGCTCCAACCGCCAGGGAAGTGATCTACGAGGTATTTGTCGAAGAGGTTCATGGTGGAGATGAACCCAAATTATATGCAGATTTGTTGGTCACTGTGGATGGATTAAAAGTTTGTTATTGTGGAAGGATGGGATTGCGGCTCGTTCCCTGTTTACCAAGATAG	MSFKKTVESTETSNHSYPFRPVGPSFSRPELEVLTSGKISDILGERFKFQDKYAHQTRMPKPPLLFADRVLGMEGEPGTLGLGKIWFETDVSKDSWFLHDGYMSLGLMLESLVNPITLIMSSLGIDSYNKGERLTRLIGCKFMFHESLVKPDSTITSELTVDGHVNNGEMWLTFFHTDCYAAGQKRLTVRKGQVGFFTKDELLGARGVKWDAEAARFNADARRDTPVVVCEHRSFTKEQVSLFSKGRTAECFGNGYEMAFTHTRSPRIQSGKMLMIDEVECFDPQGGPWGLGYLKAKKEIQPDEWFFLCHFHNDPVMPGMLQFEGCLQAMAIYLAGLGFTLDKDGYRFEPIPEVLYEVQLRGQAAPTAREVIYEVFVEEVHGGDEPKLYADLLVTVDGLKVCYCGRMGLRLVPCLPR				NA	NA	NA	NA	NA
JZ016_02437	783	fabI	COG0623	Enoyl-[acyl-carrier-protein] reductase [NADH] FabI	ATGCCGGGCTTATTAAAAGGGAAAAATGTGGTTGTTATGGGGATCGCGAATGAGCGAAGTATTGCTTGGGGGATTACAAAATCCTTACATAATGCAGGAGCAAATTTAATCTTTACGAACAAAAGGGAACGATCCTATAAAAAATTGGTTAAGTTACTGGACGAACATAACATAACCCCCAAGTTAATTGTTTCCTGCGATGTAGCGAGCGATGATAGCATTCAGGAAGCCTTTACTAAAATCAAGGATGAAGTCGGTGTGATTCACGGACTTGTTCACTCCATTGCTTTCGCCAGGGGTGAGGACCTTGAAGGAGAATTTACAGACATTTCTCGTGACGGCTTTTTACTGGCACAGGAAATTAGCGCTTATTCGCTTGTAGCTGTAACAAGAGCAGCAAAGGAGCTCATGACTGAAGGCGGAAGTATTGTTACGCAAACTTACCTGGGTTCAGAACGAATACTGTCTGGCCTAAACTATAATGTGATGGGAGCTGCTAAAGCGGCTTTGGAAGCAAGTGTGCGTTATTTGGCAGATGATGTCGGAAAATACGGTATACGTGTTAATGCTGTATCTGCTGGTATTGTTCCTACCTTTTCGTCTAAAGTTATTTCCGGCGTTGAAAAGAAAATGCATGACATCGAGGATAAGTCCCCCTTGCGTCGAGGTGTTGACCAGGACGAAGTCGGAGATGCAACATTATTTTTTATTAGCGATCTATCAAGAGGCGTCACCGGAGAGATCTTACATGTTGACTCAGGATTTCATATTCTCGGCGGTTGA	MPGLLKGKNVVVMGIANERSIAWGITKSLHNAGANLIFTNKRERSYKKLVKLLDEHNITPKLIVSCDVASDDSIQEAFTKIKDEVGVIHGLVHSIAFARGEDLEGEFTDISRDGFLLAQEISAYSLVAVTRAAKELMTEGGSIVTQTYLGSERILSGLNYNVMGAAKAALEASVRYLADDVGKYGIRVNAVSAGIVPTFSSKVISGVEKKMHDIEDKSPLRRGVDQDEVGDATLFFISDLSRGVTGEILHVDSGFHILGG	PGPT0008370_2984	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008370-fabI-K00208	NA	NA
JZ016_02438	441	fabZ_1	COG0764	3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ	ATGAGACTAGGCTCCAATGAGGTCAGATCTCTCTTGCCACAGGATTATCCTTTTATTTTCGTAGATTCGGTACTGGATTATGAAGTCAATGATCATATCACATGCTTGAAAAATGTAAGTTTCAATGAATGGTTTTTTCCAGGGCATTTTCCTGACAATCCAATTTTTCCGGGTGTTTTATTAATCGAAGGTATGGCTCAATCCCTCATTTTGCTTCATAAATTATCAATTTGTAAGACAGAAGACTCTGAGAAGAAAATCTTCCTGTTTACCGGAATTAAAAAGGCAAGATTTTTAGATAAAGTCAAGCCAGGCGATCAAATTATATATACATGCAAGTTCACAAGAGTCATCGAAAATGCAATCTTCGCCGAGGCTGAGGCCATGGTAGGGGATAAGGTTGTTGCAAAAGCTGAATTAAATGGTTGTTTCAGCGATTAA	MRLGSNEVRSLLPQDYPFIFVDSVLDYEVNDHITCLKNVSFNEWFFPGHFPDNPIFPGVLLIEGMAQSLILLHKLSICKTEDSEKKIFLFTGIKKARFLDKVKPGDQIIYTCKFTRVIENAIFAEAEAMVGDKVVAKAELNGCFSD	PGPT0008365_2484	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372	NA	NA
JZ016_02439	1251	fabF_2	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	ATGTGGAATGATAATGATCCGGTTGTAGTGTCAGGTGTGGGATCTGTATCCGTGTTTGGAACGGATAAGAATCAATTTTGGGAGCGTCTTATAGGGGAGTCAGATTCAAAAAGTACAAGTCCAAAAAGCAATGACTTTCTAGACCTGCCTGTCATTGAAACCATTTGTGTTGACCATTGGAACCCGGAAGAGTTAATCGGCAAGCGTGGGTTAAAATATCTATCACTCAGCACACAATACCTGTTGAGCGCTGCAGTGCGATGCTGGCAAGATGCCGGATTGGGTGACCTCAATCCAGCATGGGAATCAGAGGCCTTGGACTTGGGGGTCGTTGTGGCAAGCAACTTTTCCGGACTCAAGGCCATTTCAGATTATGATTATACAACCATTACTGTGGGCCCCCAATCTGTAAGCCCAATGCAGGCGCCAAATACCATAGCCAACGCTCCAGCTGCACAACTTGCTATTAGAATGAATGCCTGCGCATTCAACACTACGATTGCTACTGGACAATGTGCTGGACTTGATGCAATAGCTTACGCTGTTTCATCCATCCATAAAGGACAAGCTAAACAGGTTTTGGTAGGCGGGGTAGAAGAGATCAACGAAAGAGTTTTATGGATTTATCAAAATTCTAATGTTCTGCCAAAAGAATATTCAGATAGAGCCGGCAAGCCCTTTTCTTCAGATAGTACGGGATGGATACCGGGAGAAGGTGCTTCGGTTATTTTGTTGGAAAAATTATCACATTGCCTGGAGCGTGGAGGAACTCCACTGGGAAAAATAGCTTCATATTCCACCACTTTCGCTGTTGATGAAGATTCGCGCATTCATGCCATGGAAAGAGCGATCGGGCAAGTCTTCGAGCAGGCGGATAGGGTTTTCAGTGAAACAAGTGGGATCATCTCAGGAGCCAGTGGGTTTTATCCGCAGGATAGGGTGGAAATGAACGCAATTCATAATTTATTTGGATCCGCGAATCCGGATATTCCCATTAGTTCACTTAAAGGGACGATTGGCGAAACATACGGAGCATCTGGAGTGTTCCAGGCAGCAGCAGGTTTGATGGCGCTTAACAAGGGCATTTTACCAAAAAGCATAGCTCTTTCAGAGCTTAATCATCGTGATCTGGAAAAAACTCCGATTTATTTAACATCGAATGATATAAGGGATACTAAAAAACAAAACATAGTGACTACATCACAAGACTTGTCAGGGATAACGAGTTGTCTGATGCTTGAAAGTGTCTGA	MWNDNDPVVVSGVGSVSVFGTDKNQFWERLIGESDSKSTSPKSNDFLDLPVIETICVDHWNPEELIGKRGLKYLSLSTQYLLSAAVRCWQDAGLGDLNPAWESEALDLGVVVASNFSGLKAISDYDYTTITVGPQSVSPMQAPNTIANAPAAQLAIRMNACAFNTTIATGQCAGLDAIAYAVSSIHKGQAKQVLVGGVEEINERVLWIYQNSNVLPKEYSDRAGKPFSSDSTGWIPGEGASVILLEKLSHCLERGGTPLGKIASYSTTFAVDEDSRIHAMERAIGQVFEQADRVFSETSGIISGASGFYPQDRVEMNAIHNLFGSANPDIPISSLKGTIGETYGASGVFQAAAGLMALNKGILPKSIALSELNHRDLEKTPIYLTSNDIRDTKKQNIVTTSQDLSGITSCLMLESV	PGPT0008360_5091	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
JZ016_02440	1221	fabF_3		3-oxoacyl-[acyl-carrier-protein] synthase 2	ATGGCTAACAGAGTTGTAGTAACTGGGCTAGGTGTAATATCACCTATAGGTGCGGGAGTTCGGGATTTTTGGGACAAGCTTTGTCAGGGACAAAATGGAATATCAGAAATTACAGCTTTCAATGTAAATAAATTCACGGTTACTCGCGGAGGAGAAATTAAGGACTTTAATCCCGTTCAATTCCTGGCCAATACCCATGCAAGTAAATTAGCCAGAACTTCTCAGCTAGCAGTTGCTGCAGCTCAAATGGCTAAAGATGATGCCAATATTACGTCATTTGCGGATAAAACAAGAGTTGGTGTGTGCATAGGAACTACGATGGGAAACCAATCCATCGTTGAAGATGATCACGATATTAGAATCAGTAATAACCCGAATACTATACCGCCGTCGATCTTCGCATACCCGGATTCATATATATCCGGCAGTGTCTCAAAGCATTTAGGGGCGGAAGGGCCATCTATTACAATCCCTACAGCATGTGCTGCCGGAAATTATGCCATTGGGCAGGGCAGTGAATTAATACAAAGCGGCGCTGCGGACATTGTCTTTGTTGGTGGCTCGGATGGATTATCACGAAGCTGTTTTGCGCTTTTTCACAGATTGGGGGCAATGGCGCCGGATATTTGTCAACCATTTGATAAAAACCGCAAGGGTATGATGGTAAGCGAAGGGGCTGGAGTGTTAGTTTTAGAAAATCTGGAAACTGCCCTAAAACGAGGCGCCCCGATTTATGCCGAACTGCTTGGTTATGGTCTTTCTTGTGATGCTCACCATCCGACTGCCCCACATCCTGAAGGATTAGGCGCACAAATTGCAATGAATAACGCATTGAAGGATGCAAAAATCAAGAAAGAACAAATCTCTTATATTAGTGCTCATGGAACAGGCACACCTGCCAATGACTCAACCGAATCCAAGGCATTGCAATCCGTATTTGGATCATTATTAGATCAAATTCCAACCAGTTCCATAAAATCAATGCTGGGTCATACCATGGGGGCGGCCAGCGCAATTGAAGCAGTAGCGAGCGCTTTGTCTATAAAACATCAAGTGCTGCCTCCCACCATGAATTATTCGACCCCGGATCCGGAATGTATTACAAATGTTATCCCAAATAAGAGTATCGACAGTTCTGTTCATACCGTTCTTAGTAACTCTTTTGCTTTTGGAGGCAACATATGTTCAATAATATTAGGAGAGATCGATAATGTGGAATGA	MANRVVVTGLGVISPIGAGVRDFWDKLCQGQNGISEITAFNVNKFTVTRGGEIKDFNPVQFLANTHASKLARTSQLAVAAAQMAKDDANITSFADKTRVGVCIGTTMGNQSIVEDDHDIRISNNPNTIPPSIFAYPDSYISGSVSKHLGAEGPSITIPTACAAGNYAIGQGSELIQSGAADIVFVGGSDGLSRSCFALFHRLGAMAPDICQPFDKNRKGMMVSEGAGVLVLENLETALKRGAPIYAELLGYGLSCDAHHPTAPHPEGLGAQIAMNNALKDAKIKKEQISYISAHGTGTPANDSTESKALQSVFGSLLDQIPTSSIKSMLGHTMGAASAIEAVASALSIKHQVLPPTMNYSTPDPECITNVIPNKSIDSSVHTVLSNSFAFGGNICSIILGEIDNVE	PGPT0008360_7391	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
JZ016_02441	246	acpP		Acyl carrier protein	ATGGAAACAAAAGAACTGAGAGATGAATTGACAAAGCTGGTCGCAGACGTTATTGAAATCGATGAATTCGCAGATGATGACAATTTTGTAGAGGATCTGGGTGTCGATTCCATGGTGGCCCTGGAAATTGTGTATGAAATAGAGAAGAAACTCAAAGTCGTTATACCGGCAAAGCATATCAAAGAGATGGAGACCCTAAATGATGTCATCAAGATGGTTAGTGAAAAATTAGATTCAAAATCATAA	METKELRDELTKLVADVIEIDEFADDDNFVEDLGVDSMVALEIVYEIEKKLKVVIPAKHIKEMETLNDVIKMVSEKLDSKS	PGPT0011375_3743	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078	NA	NA
JZ016_02442	762	fabG_10		3-oxoacyl-[acyl-carrier-protein] reductase FabG	GTGGATGGGGGGATTAGAATTTTAACCGGAAAGAATTTTTTAGTAACAGGCGGTTCGAGAGGTATAGGAAGAGCAACAGTAATAAAACTGGCCGAGCAGGGAGCTAATGTTACTTTTACGTATAAAGAAAATGAAGCTGCTGCAATGGAATTGTGTAATTACGTGGTGGATAAAGGAATCGGGAAAATAACCTGTATTCAAGCGGATTCAACCGATCCTTTAGTCGCTTCCGAAGTACTAGAAACGGTCTGTAAAGATAATTCTCAACTGGATGGTTTGGTAGTTAATGCTGGAATCACTAGGGACAGTAATTTGGTGATGATGGATGAAGAGAGCTGGAGTGAAGTGATTTCTACTAATCTAACGGGGACTTTCAATTATTTAAAAGCAGCATCATTTAAGTTTATTCGACAACGTTCAGGTTCAATCGTTTGTGTTAGTTCAGTAAATGGTTTGATTGGAGTGCCTGGACAAGCTAACTATTCCGCTTCAAAGGCTGGTCAAATCGCATTGGTTCGGTCACTCGCACTTGAAATAGCGAGATTTAACATCAGGGTTAATGCAGTTGCACCTGGTTATATCAATACAGATATGTATCAATCCATAAGTGAAAAAATGAGGCTTTCCAAAGAGAAATCTATTCCTCTGGGAAGGCTCGGAGATCCGGAAGAAGTTGCAAATGCAATATGCTTTCTATTATCAGAACAGTCTTCATATATAACAGGTTCGGTATTAAATGTAGATGGTGGTTGGAATGCATAA	MDGGIRILTGKNFLVTGGSRGIGRATVIKLAEQGANVTFTYKENEAAAMELCNYVVDKGIGKITCIQADSTDPLVASEVLETVCKDNSQLDGLVVNAGITRDSNLVMMDEESWSEVISTNLTGTFNYLKAASFKFIRQRSGSIVCVSSVNGLIGVPGQANYSASKAGQIALVRSLALEIARFNIRVNAVAPGYINTDMYQSISEKMRLSKEKSIPLGRLGDPEEVANAICFLLSEQSSYITGSVLNVDGGWNA	PGPT0003180_4018	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_02443	1710	adc		acetoacetate decarboxylase	ATGGACAAAACTAACAAAAAACATTTACTTGATGATGTTGAGACGAAGATTAATCAAGGTCTTTTCTCTGAAGCATTTAATGCCCTTTATCATGGATTAGACAGCATACGCAGACATTCTTCAAAAAAAGATTGGAAGCAGTTTATTGCCCAATATCGTCAACATGCAGTAAGCTATTTTTTCTTACAAGAACCGTTTTCTCGTCGAGCATTTGACAAACCGCGCGGTTATGCTGGTGATCCCGTAATGATGGATTCCATCTATGACTTCGACAAAACAGCACCGCCACCTTACGAGGGCAGACAAGCAGAAATTTCCGAGCTTCTCAACTACGAGCTTAATCGTATAAGTTATGCAAATGATGCTGTTCGCGAAAGAAAACGTATATTTTCCAGCAAGATTGACGAAACAGCAGAACGAGTTGCGAACCCTTATATTCTCTCTTTTCCTAGCGGCCATTTGAGAGAAGTATTGGAAAGTGTCGCGGTTAAGAATAAACGCATTGGGAAATTTGTTGCTATTGATCAAGATCAGGAGGCCCTTTCGGTTGCAGCGGAAATCATAAAAGACTTTGGCGAAACGATTCCTGCCTCCATAGTTGACATCATTGAAAATGAAGTGCCTCTTCCTGGATTTGATTTTATATACAGTGTTGGTGTATTTGATTATCTGCCCAACGGAGTTGCCAAAAAATTAGTTAACGAATTATTTAATTTGCTCAATCCCGGAGGTCGATTGTTAATAGCCAATTGGCTTCCTGATACCCCCTCTATTGCTTATATGGAGGCAGCGTTGGATTGGTGGATCACTTACCGTACCAAGGAGCAAATGCAAGAGTTAACCGAAGCTATACCAGAAGAAGATATTCATCATATTGATATTTTTGTGGAAAAATACGAGGTTGTTGTTTTTATGGAAATTGAGAAGGCGGGAGAAGTGAATTCTTTCAAAAGGAAAGGGATGGAACTATTGAAACTGCATGAGGTACGCAAGCAAATGTCGACTCCATTGGGAGCTCCTGCTTATCCTGTTGGACCTTATCATTTTCGTAACCGGGAATACCTGAACATTCTATATCGTACCGACACGGAAGCCTTGAGACGTGTAGTCCCTGAGCCGCTTGAAATTGATGAGCCTTTAGTCAAATTTGAGCTCATGTACATGCCGGATGTTACCGGTTTGGGGGCCTATACAGAATCTGGCCAGCTGATACCGGTGAGCTTTAATGGGGAGAAGGGTGAATACCAGCACGCGATGTATGTGGACAGTCTTCCTGCGATCGCGGCCGGACGTGAGATCAGCGCATATCCGAAAAAACTGGGCTCTCCAAAACTGTATATTGATTCGGACACATTAGTCGGTACGCTGGACTACGGGTCTTTACGTGTAGCCACCGCAACGATGGGATATAAACATCAGGCTCTCGACCCGGAGCAGGCCCGCCAAGAGATTTGCCAACCGACATTTATGCTCAAAATTGTGCCGAACTATGATGGAACTCAGAAGGTATGCCAACTGATGCGTACTCAGATCAAAAATCTGACCATTCATGGTGCCTGGACGGCCCCAGCCCGGCTGCAATTGTTTGCCCATGCGTTGGCCCCACTGGCAGATCTCCCCGTGCTTGAGGTTGTATCAGCTTCGCATATTGTTACTGATTTGGGGTTATCCGCGCCGGATGTCATTTATGACTATTTGGCGGAACATTGA	MDKTNKKHLLDDVETKINQGLFSEAFNALYHGLDSIRRHSSKKDWKQFIAQYRQHAVSYFFLQEPFSRRAFDKPRGYAGDPVMMDSIYDFDKTAPPPYEGRQAEISELLNYELNRISYANDAVRERKRIFSSKIDETAERVANPYILSFPSGHLREVLESVAVKNKRIGKFVAIDQDQEALSVAAEIIKDFGETIPASIVDIIENEVPLPGFDFIYSVGVFDYLPNGVAKKLVNELFNLLNPGGRLLIANWLPDTPSIAYMEAALDWWITYRTKEQMQELTEAIPEEDIHHIDIFVEKYEVVVFMEIEKAGEVNSFKRKGMELLKLHEVRKQMSTPLGAPAYPVGPYHFRNREYLNILYRTDTEALRRVVPEPLEIDEPLVKFELMYMPDVTGLGAYTESGQLIPVSFNGEKGEYQHAMYVDSLPAIAAGREISAYPKKLGSPKLYIDSDTLVGTLDYGSLRVATATMGYKHQALDPEQARQEICQPTFMLKIVPNYDGTQKVCQLMRTQIKNLTIHGAWTAPARLQLFAHALAPLADLPVLEVVSASHIVTDLGLSAPDVIYDYLAEH				NA	NA	NA	NA	NA
JZ016_02445	729			hypothetical protein	ATGGGCCGTAGAACACTGCTGGAAGCAAACGATCATTTTCCTAATATCCTCAGTATGTCTGAAATAAAAGGAAGGTTGATTGAACGGAAAGAAATTTTATATTTGCTGCAAGAGGAAACCAGGAATATGAACGATTTGCTGTCCATACCTTATTTATTTGTTATAACAGATACGGATGGTGCCGTTATCGATTATTGCGGCACGGATTTGTTAAAAGGATATTTTGAAAGAAATAATATAAAAAAAGGCACATCATTTGCGATGAAAACCGCAGGGGTCAATGCCATTTCTTTATCGATGGAAAATCAATCGGTTTCTGTCGTAATTGGTACCCGGCACACCAACCAATTGTTTGCCGAGCTGTCATGTGTATGTACGCCAATTCGAATAAAAAATGTGATTATAGGCTACCTTGGCCTGAGTTTTCATTATTTACACGAGGTTACATTTGCCATACCACTCATTGAACACCTGGCTAAAAATATTGAAGAAAAACTGCCTCAAAAGGACCCCATTCTACAAAAAGAGCTGACTTATTCTCACTTTGACCAATATGAATTAACAAATCGTGAGAAAGAGATAGCTTATGGATGGCTGGAAAATAAAAACGTACCTGAAATTGCGGGCATTTATGGGATTAGTCAAAGCACGGTCCGTACTTTTATTAAAAAGATATACGCAAAGACGAGCGTTAATCATAAAGGAGCATTCCTTAGGAAATTTACTTAA	MGRRTLLEANDHFPNILSMSEIKGRLIERKEILYLLQEETRNMNDLLSIPYLFVITDTDGAVIDYCGTDLLKGYFERNNIKKGTSFAMKTAGVNAISLSMENQSVSVVIGTRHTNQLFAELSCVCTPIRIKNVIIGYLGLSFHYLHEVTFAIPLIEHLAKNIEEKLPQKDPILQKELTYSHFDQYELTNREKEIAYGWLENKNVPEIAGIYGISQSTVRTFIKKIYAKTSVNHKGAFLRKFT				NA	NA	NA	NA	NA
JZ016_02448	657			hypothetical protein	GTGAACTTACAGATCCTACCCGGGCGGAAGAGCCCCTTTTTCTATCGTCATGCTTCCAAGAAACTTTTCTACATTACCGCCGGCTCCATCATTCAAGGTTTTGCCATGGCCATGTTCTTGTTTCCTCACGCCATTCCTTCGGGAGGAGGAGCAGGGATCGCGGTGCTTCTGAACCATGCGTTTGAGATCCCGATGAGTCTCGGACTGTGGCTGGCCAATTTTATTTTCCTTGCCTTTACAGTCCCTTATCTTGATGGAGTCAGTGCCTTCGGGACCATATTTGTTATAACAGTGACGTCCGTTTCCGTTAATTTCTTCGAGGTGTTCCTAGAACCCCCGTTCGGCAACGTATGGATCGATCTTCTATTCGGCTCGGTTATTCTCGGAACAGGTGTCGCCATCCTCATAAAGCAGAGGGTATCGAATGGGGGAATCGGTTATGTTGCCTTAGCCATTTATAAGTATAAAAGAATCAACCCGGGCACCTCATTGTTCTGGATGAATGGAATCATATTCGCTTTCGCTGCCTATGTGATCGATTGGAAAATTATTATCCTTGCAGTTGTATGCCAGTGGATATCGACCCGGATCATTAACTGGATTCACCAGTTCCCTCCCCCGAAATCGGTCTATCAACCCGCTTGGCGCAAAAAGTGA	MNLQILPGRKSPFFYRHASKKLFYITAGSIIQGFAMAMFLFPHAIPSGGGAGIAVLLNHAFEIPMSLGLWLANFIFLAFTVPYLDGVSAFGTIFVITVTSVSVNFFEVFLEPPFGNVWIDLLFGSVILGTGVAILIKQRVSNGGIGYVALAIYKYKRINPGTSLFWMNGIIFAFAAYVIDWKIIILAVVCQWISTRIINWIHQFPPPKSVYQPAWRKK				NA	NA	NA	NA	NA
JZ016_02449	867	yitD	COG1809	Phosphosulfolactate synthase	ATGAACAGTTCTCTGCGAACAGTTTGGCCCATGGAGATATGTGATCCGAGCGGGCTGCGCGAAAATCCCGAACACGGCAAAAAAGACCACGACACCTACGGGGTCATGGAACGCGGGATGACGATGGTTATTGATAAAGGCCTGGGTAGAAACATGTTCTCAGATGTGATTGAAACAGCCTCGGATTACATCGATTGTGTCAAATTCGGTTTTGGGACGGCTCCGCTGTATAAAACGGAAATGCTGCTATACAAAATCAATCTAGCCAAACAACATGGAATCACGGTCATGCCCGGCGGGACCTTGCTTGAGACAGCCGTGCAGCAAGATGTCGTCCCCGCATTTTTTAATACCGTTTGCCGTCTTGGATTTAACGCGATAGAAGTATCTGACGGCACGATTGAGATGTCGCGAAAAAAACGAACGGAACTCATTCGGGAAGGTAAACAACGCGGACTTCGGGTTTTTACGGAGTATGGTAAAAAACAATCCGGTTCCCACATCGACGCCGAAATGCTCGCGTATACGATGGAAGCGGATTTAGACGTAGGCGCGGAGTTTATCATTGTTGAAGCGCGCGAGTCTGGACTAGGCATCGGTATTTACGATAAGCATGGCGAGTGCCAGGAAGAAATGATAAATAATATCATCGACAACGTGTCGGATGCAAGAAAGCTGATTTGGGAGGCACCTCTTAAGCAGCAGCAAGCGATGCTTCTCCGCAAATTTGGATCTCATGTACATTTGGGAAATATCCAACCCACCGAAGTGCTTTCCCTTGAAACGATGCGCCGGGGTCTTCGGCAAGATACGTTTGAACTCGGGGTGAGAGAGAAACAAACCGATGGATTTTGTTACGTAATTTAA	MNSSLRTVWPMEICDPSGLRENPEHGKKDHDTYGVMERGMTMVIDKGLGRNMFSDVIETASDYIDCVKFGFGTAPLYKTEMLLYKINLAKQHGITVMPGGTLLETAVQQDVVPAFFNTVCRLGFNAIEVSDGTIEMSRKKRTELIREGKQRGLRVFTEYGKKQSGSHIDAEMLAYTMEADLDVGAEFIIVEARESGLGIGIYDKHGECQEEMINNIIDNVSDARKLIWEAPLKQQQAMLLRKFGSHVHLGNIQPTEVLSLETMRRGLRQDTFELGVREKQTDGFCYVI				NA	NA	NA	NA	NA
JZ016_02450	1311	ymfD_2		Bacillibactin exporter	ATGGAGAAGACCAAAAAGCGAAAACTGAATATCAGCTTTCATAGCGATATCGACCTGCAGACCGACTCCGAGGAGACACAAGACAGCGAATCCACCGGAAAATCAAAAACTTCTACCGGTTCAAAGGGTCAAGTGTGGGAATTTATCGCACTGGCAACGATCCCGATCGTGCTCGTTTTTGGCAATTCCATGCTAGTTCCGGGGCTTCCTGAAATGCAAAGGGAACTGGGTATCAGTAAATTCCAAAGCAGCTTGATCATCACGATTTTCTCCTTGGCAGCTGGCTTATTTATTCCGATTATTGGTTATTTGTCCGATCGATTTGGACGCAAAGTTATTATTATACCCGCCCTGATCATATATGGAGGTGCCGGTATTCTGGCAGGATTCGGTGCTATTTGGAACTCTTTTGGGGTGATTATTACCGCGAGGGCGATTCAGGGGCTAGCGGCCGCCGGAACAGCACCGATTGCCATGGCGCTCGTCGGCGATTTATACGATGGCGGGACAGAGAGCAAGGCACTGGGACTAATCGAAGCCTCCAATGGCGCCGGCAAGGTACTCAGCCCGATCATCGGCTCCCTGCTTATGCTGATCGTATGGTATGCTTCCTTCTTTGCATTTCCCGTGTTCTGTGCACTATCGTTGTTGGCCGTCATTTTTATGATCAAAGAATCAAAACAACATTCAAAGCAAGAACTAAGGAAGTACCTTGGAAAAATCGGGGACATCTTTAAAGAAAAAGGCCGCTGGCTCATCACTGCTTTTTTTGCCGGTTCGCTGGGGCTATTCATTTTGTTTGGCATACTGTTTTATCTATCCAACATTCTTGAAGACAAGCCTTATAACATTGACGGGGTCGTGAAGGGCTTGATTTTGGCCATTCCATTACTTGGGATGGTTATCACTTCCTATACGACGGGAAGCTTGATCAAGAAGAATGGCCTGTTGATTCGTTGGCTGATGAATATCGGGCTGATTGCCATGACCCTGTCTCTGGCAGCTACACTTTTCTTTTTTAAGAACATTTATGTGTTTATCGGGCTGCTGACAGTCAGCTGTATCGGAACCGGAATGCTTCTTCCTTGCCTGAATACGATGATCACCGGTGCAGTTGAGAAAAGTGAGCGAGGGATGATTACATCCCTTTATAATAGCTTGCGATTTTTGGGAGTTGCAGCAGGGCCGCCCTTGTTCGGGTGGATGATGGATAAATCGGATCAGGTTGTTTTTATAACCGTGTCTTCACTATCTTTGGTTACTCTAGGTTTGGTGTTCTTTTTGATTAAACCGCCTCGGCAGATCGGATGA	MEKTKKRKLNISFHSDIDLQTDSEETQDSESTGKSKTSTGSKGQVWEFIALATIPIVLVFGNSMLVPGLPEMQRELGISKFQSSLIITIFSLAAGLFIPIIGYLSDRFGRKVIIIPALIIYGGAGILAGFGAIWNSFGVIITARAIQGLAAAGTAPIAMALVGDLYDGGTESKALGLIEASNGAGKVLSPIIGSLLMLIVWYASFFAFPVFCALSLLAVIFMIKESKQHSKQELRKYLGKIGDIFKEKGRWLITAFFAGSLGLFILFGILFYLSNILEDKPYNIDGVVKGLILAIPLLGMVITSYTTGSLIKKNGLLIRWLMNIGLIAMTLSLAATLFFFKNIYVFIGLLTVSCIGTGMLLPCLNTMITGAVEKSERGMITSLYNSLRFLGVAAGPPLFGWMMDKSDQVVFITVSSLSLVTLGLVFFLIKPPRQIG	PGPT0003580_104	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003580-ymfE-K08221	NA	NA
JZ016_02451	708	comB		2-phosphosulfolactate phosphatase	ATGCCGATACAGATTATTCAAGGACACCATCACACCTTGGACGCATCACACATCAATATTGTAATTGATGTTATAAGGGCTTTTACCGTAGCGCACTATGCCTTTATCCATGGGGTTCAGGGTATCATTCTGGCAGGAACTCTGGACGATGCCTTGCGTCTAAAGAAAATCTATCCTGACTTTTTATTGGCGGGAGAGATACAGGGTCTGCCGATTCCGGGGTTTGAGCTGGATAATTCGCCTGCGCGTTTACATGGCTTCGATCTTCGGGAGAAATTTCTGATCCAAAAGACTACCAATGGAGTTACAGCCACCCTAAACGCATTGAGCACCGAGCATCTATTCGTTACCGGGTTCACAAATGCAAGAACAACCGCAGAGTTTATAAAGAGGAACTTATTAAAAGACGATGACATGACGATTAATGTAATTGCTTCGCATCCGTCAGGGGATGATGATCTGGCCTGCGCACAATATATATCGGAAATTCTCCAAGACACTAATCGTATATCTGCCGAACAAACCATTGAGCGAATTCGAAAGTCAGAAGCGGCCGGGAAGTTTTACGATATTGAAAGACCGGAATTTTTACAGGAGGATATTTCGTTTTGCATCCAAGAGATCCCTTCCGATTTTGTAATGAAAGTGAATCTGAACAAAAACCATCCGTTGATTGAAAGGCTCCAGGTGGGGGTCTTTAATCACTGA	MPIQIIQGHHHTLDASHINIVIDVIRAFTVAHYAFIHGVQGIILAGTLDDALRLKKIYPDFLLAGEIQGLPIPGFELDNSPARLHGFDLREKFLIQKTTNGVTATLNALSTEHLFVTGFTNARTTAEFIKRNLLKDDDMTINVIASHPSGDDDLACAQYISEILQDTNRISAEQTIERIRKSEAAGKFYDIERPEFLQEDISFCIQEIPSDFVMKVNLNKNHPLIERLQVGVFNH				NA	NA	NA	NA	NA
JZ016_02452	309			hypothetical protein	ATGTTGAGTATTGGGTTGAAACCAGATGAAACCCAACTGGTGAAGGATTATATTTTATTACCCCTTTTACTTGATGTGTTAGAGCATGACCGTTCGATCCTATGTAGAGCAGATTTAAAGACCCCGGAGCTAACGAATGCGATGATCGACCATTTGCAGGCAGCTGCATTATCCGATTTAGCTCTGGCTCGCAGGAAAATGCGTGAATACGCCATTAAGGTTTACGAGGATCGAAAAACAAAGCTTGGCATTGAGGTTGAATTCATCTGCAGGGGTATCATCACAAGCTGTCTATACTGTGGGGGCTAA	MLSIGLKPDETQLVKDYILLPLLLDVLEHDRSILCRADLKTPELTNAMIDHLQAAALSDLALARRKMREYAIKVYEDRKTKLGIEVEFICRGIITSCLYCGG				NA	NA	NA	NA	NA
JZ016_02453	1269	dinB_2	COG0389	DNA polymerase IV	GTGAAATCATCTAACCGAGTGATCATGTTAGGGGATTGCCAGTCCTTTTATGCATCTGTTGAGAAAGCAGACCATCCCGAGTATAAAAACCGCCCTTTGGTCGTTGCAGGGGATCCGGAAAGACGTTCAGGCATCGTGTTGGCTGCTTGTCCGCTCGCTAAAGCAAAAGGAATAACGACGGCAGAGCGATTAGGAGAGGCACTATCCAAGTGTCCCGACCTTGTCGTCATCAAACCCAGGATGCAGAAGTATATTGACGTCTCGATGCAAATCACGGAGATATACAAGAGTTATACCGATTTAGTTGAGCCTTACAGTATCGACGAGCAATTTTTAGACGTTACCGGTTCGCTGCATCTGTTCGGCACACCGGATGAGTTAGCCAGAACCATTCAGCGTCATGTCATGGATGCCACGGGTGTGTACGCTCGCTTCGGCATCGGCGAAACCAAAATCCTGGCTAAAACCGCCTGTGATAACTACGCCAAGAAAAATCCGTCCGGCATCTACACGTTGTCCAAGGACTCGCTTCCGGATACCCTCTGGAAACTGCCCGTCAGCTGCATGTTTATGGCCGGCAGCAAGATGACCCGCCACTTTAACGTCATGGGGCTGCCCACGATCGGCAGCGTGGCTCAGACGCCTCTTGCTAAATTGAAGCAGATGATGCGCCGTAAATTCGGTAAAAATTCCGATATTTCAGCCGAGATGTACTGGCGAATTGCCAACGGAATCGATGATAGCCCGGTAAGGCCAGGCACGCACCAGGTTGACCCTAAATCGGTTGGACACATGATGACCCTCCCTCGCGATTATACCAAGCTGGAAGAAATCAAGGTCGTACTGCTGGAGCTGACGGAGTTGGTTTGCCAGCGATGCCGCGGTCTTGGTTTTATGGGGCATGTGGTGTCGGTCGGTTGTATGGGGGCAGACTTTGACCGCCCTACGGGATTTAGCCGACAAATGAAGATGGAGGATCCATCGAATATTACGAATCAGGTTTACCGCTGGGCATGCCGGCTGCTTGAAACGTATTGGGACGGCCTGCCGATTCGGCGGGTCGGTATTAGCTTGTCACAGTTTTCCCCGGACACGGAATACCAATTGTCATTGTTTGATACCGGACGGGAGCGGTCGATGGCACTTGAACGGGTGACCGATGCCCTGAAAAATAAATACGGGAATTCGATTGTGATCCGAGCCGTATCCAAAACGGACGCAGGCCAAGCGCTGGATCGATCAGCCAAGATAGGAGGACACTATAAATGA	MKSSNRVIMLGDCQSFYASVEKADHPEYKNRPLVVAGDPERRSGIVLAACPLAKAKGITTAERLGEALSKCPDLVVIKPRMQKYIDVSMQITEIYKSYTDLVEPYSIDEQFLDVTGSLHLFGTPDELARTIQRHVMDATGVYARFGIGETKILAKTACDNYAKKNPSGIYTLSKDSLPDTLWKLPVSCMFMAGSKMTRHFNVMGLPTIGSVAQTPLAKLKQMMRRKFGKNSDISAEMYWRIANGIDDSPVRPGTHQVDPKSVGHMMTLPRDYTKLEEIKVVLLELTELVCQRCRGLGFMGHVVSVGCMGADFDRPTGFSRQMKMEDPSNITNQVYRWACRLLETYWDGLPIRRVGISLSQFSPDTEYQLSLFDTGRERSMALERVTDALKNKYGNSIVIRAVSKTDAGQALDRSAKIGGHYK	PGPT0014881_1012	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ADAPTIVE_MUTATION	CE-BACTERIAL_FITNESS-ENVIRONMENT-INDUCIBLE_DNA_POLYMERASES,PGPT0014881-dinB-K02346	NA	NA
JZ016_02454	342			hypothetical protein	ATGACAACACGAAAAAAGCTTGAGGGCAATGGGCTGTGGGAATCCAGTCGGATGATGCTGCCGGAACACAAAGAAACCATCATTCGCAGGCAACTGGAAGAAGGCCGGAAAGGCCGGCCGACGCTGGATCCGCAAGAAATGGAATTAATCGAGGGGGCCATCGCCGAGTCATTTCATGAACACCGTATGATTACCGTAAGGCTATTCGATGAATATGAGGACACGGAATTGACAGGAATTGTCGTGCTGATCCATACGTTTAGACGGGAGATCAAACTATCCATGGCCGAAGAGGAATCGCGTTGGATTAAAATTGACGAGATCATTTCAGCAGGATCATGA	MTTRKKLEGNGLWESSRMMLPEHKETIIRRQLEEGRKGRPTLDPQEMELIEGAIAESFHEHRMITVRLFDEYEDTELTGIVVLIHTFRREIKLSMAEEESRWIKIDEIISAGS				NA	NA	NA	NA	NA
JZ016_02455	555			hypothetical protein	ATGAACGATACCAAACAAAAGCTGATTCATATCACCAGACAAATGATTGATCGACAAGGCATTGATGCTGTCAGCATGCGCGAGCTTGGTAAAGAAATGAACTTGTCCCGCAGTGCCATGTACAGACATTTCAAAAATAAGGAAGACTTGCTGGCGGCTGTTGCGGTTGAAAATTTTGAGATGCTGACCAGCACGATTCGAAAAACAATGGAAAGCACAAACGATTCGCGAAAACTTATATATGCTATTTTGTGTACGTATTTTGAATTTGGTATCAACCATCAGGAGCATTACCGCTTGATGTTCCGAAAGCAATGGGATAAGGAGTTGTATCCTGATCTTTATCATTCTGCTTTTGAGATATTTAAGCTTGTAGAAACGTGTTTAGAAAAGGCAGAGAACATTCGGAAACCCCCAACCGAATCAACCGCCATCATGTATGCGTTCATTCATGGCTTGGTTGAATTGAATTCAGCCCAGCATACGGAACCGGAAAAGGGACTGGATCATCCAACCCATCTTCTCGATTCTTTTCTCGATCTGATTTTTATTTAG	MNDTKQKLIHITRQMIDRQGIDAVSMRELGKEMNLSRSAMYRHFKNKEDLLAAVAVENFEMLTSTIRKTMESTNDSRKLIYAILCTYFEFGINHQEHYRLMFRKQWDKELYPDLYHSAFEIFKLVETCLEKAENIRKPPTESTAIMYAFIHGLVELNSAQHTEPEKGLDHPTHLLDSFLDLIFI				NA	NA	NA	NA	NA
JZ016_02456	966			hypothetical protein	ATGAGTCCACAGAAACAAACGGTGATCGTAACAGGCGGGAACTCTGGTTTAGGATATGAATGCGCTAAGATATTAGCTAGGCATGACAAAAGTTATCATGTGGTGATCGCCTGCCGCGACGCTGCTAAAGCCAATCAAGCAGTAGATGCGTTAATTCAAGAAACCAATAATAAAAACATAACCTTTTTGGAGCTCGATCTTTCATCTATGGCATCCATAAGAGGTTTTATAAGCAAGTTTACACAAATGGATTACCCGCCTTTATATGCACTTGTATGCAATGCAGGCGTACAGTTTATCGATAAAACGCATTATACGAAAGATGGGTTTGAAGCTACCTTTGGCGTAAATCATCTTGGACATTTCCTCCTGGCTAATATGCTGCTTGGACAAATAACGCAGTCCGGCAGAATCGTGTTAGTCAGCAGCGGAACCCATGATCCATTGAAAAAGACAGGAATGCCTGCACCTGATTTTGTAGATCCCCAATTATTAGCCTATCCTGACCAGGCGAGCTCGAGCGAAGCTATATCTCTCATTGGCAGACGGCGCTACACGACTTCAAAGTTATGTAATTTATATTTCACCTACGAGTTGGCCAATCGAATAAAGCAGCAAACCCAAAAGAATATTACCGTAAATGCTTTCGATCCGGGAATGATGCCAGGCACGGGCCTTGCTCAAAGCTATACGCCGATTATGAGATTTGTTTGGAACTATCTTATGCCTGTTTTAACGCTATTTTACCCTAACGTGAATACGGTGCGTCAGTCCGGGAAAGCATTGGCTGCTCTAGTAACCGATAGCAAGTTTAACCAAACGACAGGGAAATATTTTGAAGGTACCAAACAAATAAAATCATCCGAACTTTCTTATAACAATGAAAATAGGAAACAGTTATGGGAGGTTAGTGTAGCGTTGACCAGTTTGAATCAAACGGAGACAATTTTAGAAACAGGGATATAA	MSPQKQTVIVTGGNSGLGYECAKILARHDKSYHVVIACRDAAKANQAVDALIQETNNKNITFLELDLSSMASIRGFISKFTQMDYPPLYALVCNAGVQFIDKTHYTKDGFEATFGVNHLGHFLLANMLLGQITQSGRIVLVSSGTHDPLKKTGMPAPDFVDPQLLAYPDQASSSEAISLIGRRRYTTSKLCNLYFTYELANRIKQQTQKNITVNAFDPGMMPGTGLAQSYTPIMRFVWNYLMPVLTLFYPNVNTVRQSGKALAALVTDSKFNQTTGKYFEGTKQIKSSELSYNNENRKQLWEVSVALTSLNQTETILETGI				NA	NA	NA	NA	NA
JZ016_02457	3639			hypothetical protein	ATGAAGAAAAAAGTAAGTGGAATTGTTGTGGCGCTGCTGCTTCTGTTTCAAACCCTATTGGGCACATTTGCTTGGACGGCGAATGCGGCGGGGAGCGAGCAGCCATCAGCCGCTACTGTGCAGGAATCAGAGACTGGCGTGCAGGAATTAGAAGTTAGCGAGCCAAAGACAGTCACGGATGACGTATATAACACGCCAGCACCAGCAGTCGACATGGAAGGAATACTAACCAAAGTCGTATTAACCGATGTGAACGGTACCGTGGTTGATGCGGTGTATAATCCGGACAGCAGCCTGGACATCGGTGCAGCCGTTAATCTCAGCTACGAATGGGAGCTTCCGAACGGACATGGCTACAAGAATGGGGATATATTCACTTTCGAGCTGCCGACGCAGTTTGAGATTTTTACGGACATTGACGCACCGCTCCTTGCCGGTCAAGGCGAAGTTGGCCGATTTACGGTTGATCGGAACGGGAAAGTTGTGATGACCTTCAACGATTACGTGGAGAATCATTCCAACATCAGCGGCAAGCTGGAAATTCGCACAGAGTTTAAGAAGGAAGTTCTTAAAGGAAGCACTGAAATCATTATTGCATTTCCGATAAAGGGCGGGGTTCAGACCATCATTGTGAACCTAAAGCCGCAAGGCGGAAAGCTGATCGAGAAGCAAGGGAAAGCGATCGGCAAAGATCAGATCGATTGGACGGTCCAGATCAACAAATCATTGGATAAAATCAAGCACGCGGTTCTCACAGATGAAATGCCTGAAGGCTTGGAACTCATCGCGGATTCCGTAGAGGTTTATAACCTGCAGGTTAACGGTGACGGCTCAGCGCTTCTTGGTGATAAGCTGGACGCTGGCAAGTACACCGTCCAAACGGGCGGCGGCGGCAAACTGGAGCTTGCATTCCAGGATGAGATGATCAGCAAAGCCTACGAAATTCGCTTTTCGACGAAGCTTATCGGTCAACAGTCACGGTTTGAGAATACCGCTGTCCTGTCAGGCGAAGGGATGGAAAATGCCCAATCGACGGCGACCGTAACGGTAGATCGCGGCCAATTCTTGAATAAGTCGTATCGCCAGGATAAGGATACCGGAGTCATTACTTGGACGGTGAAATACAATTTCAACGAGAAGAAGATTCCGAGCGCTCAAGCCGTAATTACGGATGAATTTAGTGAGAATCATACCTGGGATGCCGATTCGCTGAAGGTGTATAACGGGAATTCGACGAATGCCAAAGACCTGGTTTCAGAAGAGGATTATAACGCTGTAGCGAAAGGCACGAACGGATTCGAGCTTCAATTCAAGCAGGATATCGATTCGCCTTATACGATCGTTTATCAGACGATGCCGGTTGACCGCTTGAGCTCCGAAGGTCAGGAGGTCAAGAACAGAGTTGTATCGGGTGATGCATTCAAGGAAGTAGTGGCTCCGGGTTATGGAAGCCGTGCTCTGGTGAAAGGAAATACTAACATCGATTTCGCCAACAAAAAGGCAAAGTGGAAGATCACGGTCAATGGCGATAAAAAGCCGGACGGCACCAAATACAGCATGGAGAAGGTAGTCATCACGGATACGTTCCCGCAAGGCGGACTCGAATTCGTTCCGGATTCAGTGACTGTAAAAGCGGACGGGAAAGTCGTTCCAGAGGGCGATTATAAAATCGTGATCGATGATGTACGCAACGGGTTTGTCATCGAATTCTCCAAGATTGACGCCACTTATACGATTGAATATGAAACGAAGTTTAACATCGGCTGGCTGAAGGATCGCAAACGGGACTTTTTGAACAGAGCCTCGATGACATGGGTTGAAGAAGGCAAGAGCAGAGGGCCGATTGAGCGGGATGCAAGCTTCTCCGCTGACGATTATACGAAAAATAACGGCGGTAAAGACGGCAGCTACAATCCTGTCGACAAAGAAGTGACGTGGAATATCAAGATGAATTATAATCTCGATTCGCTTAACGAAGCGATCGTAACCGATGCCCTGAAGCACCAGCAGAAGCTTGTGCCGAATTCGGTCAAGGTATACGAGATGGAGTTGACCGGGGGACGGAATGGCGCTCAGAAGGGCTCGCTAGTTCCAGCTGAACAATATGCAGTGACTGAACCATCAGAAGCTAACGGAAACCAGTTGTCCGTTCGGTTTACCAGCCCGATCTCATCAGCATACTGGATTGAATTCAAAACATCGCTGGAAGACACATTGATTGTCAACAAAATCGACAATACCGCCGTACTGCTGGATGGCAGCGCTAAAAAAGCGACCTGGAACGCCAGCGTAACGATTCCACACGGCGGCGAATATGTGAAGAAAAGCGGCGCCCAAAATGGAAACAAAATCGACTGGGTGATTCGAATCAATGAAGGTCAGTCGCATATTTCCAACGCTAAAATAATCGACTATCCAAGTGCGAACCAAATCTTGATCGAGGATTCCTTCAACTTGTATACAACCAAGATCGACGCAAATGGAAAAGCGGAAAAAGCTCAAGAGCTGACAAAAGGGAAGGATTACACCTTAAACATTAATAGGCTTGAGGGAGATCAAGAGACCTTCGAATTAAAGTTCACGGGTGATATCTCAACGGCTTATATTTTGGAATATCAGTCGTTCGCTATCGCTGAAGATAAAGAGGCTGTTCAAAATAAGGTGGCTCTTGAAGGAGATCAGCTGAAGACGGAGATTCGGGAAACGACGGAAGAGGTTATTGTCCGTACTTCCTCCGGCTCAGGTTCGGGAGGCGGCGTAACGGGCAGCCTGGAAGTAACGAAGGTGGATCAGGATGATCAGACGAAGCCGCTGGCGGGAGCAAAGTTTGCGCTTTACGACAAGGCAGGCAAACGAACACCGATCGTAAAAACCACCGATGAGGAAGGCAAGATCCTCTTTACGAAGCTGCTCTACGACGAGTATATTTTGGAGGAGCTGGCCGCTCCAGAAGGATATAAAATCGAGCAAACGACGTGGGACGTAACGATTGATTCCAGCATCAAGGATCAAGGCAATGTGAAGAAAATGATCGTAACGAACCGCAAGGAAGAGCCGGTTACACCTGACGAGCCTACGGATCCGACAGACCCGACAGACCCGGGTAACCCAGGGAACCCAACAGACCCGGGCAATCCGACGGATCCGGGTAACCCAGGGAACCCGACCGATCCGGGCAATCCAACGGATCCGGGTAACCCAGGGAACCCGACCGATCCGGGCAATCCAACGGATCCTGGTAACCCAGGGAACCCAACCGATCCGGGCAATCCAACGGATCCGGGTAACCCGGGGAACCCAACCGATCCGGGCAATCCGACCGGTGAAGTAGAGGTGCCAGACGAGGATGTTCCAAGAGGCGAACCAACAACGCCGCAAACGCCTCAAACGCCTCCGACAGAGCCGGAAACACCAACCGTTGATATTAGCGAAGAGGATATTCCGCGAGGAGGCGTCGAGCCTGAGCCTCAGAAGCCGGAAGCACCAGCTCCATCAGAGAAGACCTCGACACCGCAAACGACGGTTCCGATGCTTCCAAAAACCGGTGAAGCGAGCCCTTATCCATTCTATTTGGCTGGCCTCGGGTTGATCGCTTTCGGTGTATGGTTAGGTCGCAAACGGATAAAAATGAAACCATAA	MKKKVSGIVVALLLLFQTLLGTFAWTANAAGSEQPSAATVQESETGVQELEVSEPKTVTDDVYNTPAPAVDMEGILTKVVLTDVNGTVVDAVYNPDSSLDIGAAVNLSYEWELPNGHGYKNGDIFTFELPTQFEIFTDIDAPLLAGQGEVGRFTVDRNGKVVMTFNDYVENHSNISGKLEIRTEFKKEVLKGSTEIIIAFPIKGGVQTIIVNLKPQGGKLIEKQGKAIGKDQIDWTVQINKSLDKIKHAVLTDEMPEGLELIADSVEVYNLQVNGDGSALLGDKLDAGKYTVQTGGGGKLELAFQDEMISKAYEIRFSTKLIGQQSRFENTAVLSGEGMENAQSTATVTVDRGQFLNKSYRQDKDTGVITWTVKYNFNEKKIPSAQAVITDEFSENHTWDADSLKVYNGNSTNAKDLVSEEDYNAVAKGTNGFELQFKQDIDSPYTIVYQTMPVDRLSSEGQEVKNRVVSGDAFKEVVAPGYGSRALVKGNTNIDFANKKAKWKITVNGDKKPDGTKYSMEKVVITDTFPQGGLEFVPDSVTVKADGKVVPEGDYKIVIDDVRNGFVIEFSKIDATYTIEYETKFNIGWLKDRKRDFLNRASMTWVEEGKSRGPIERDASFSADDYTKNNGGKDGSYNPVDKEVTWNIKMNYNLDSLNEAIVTDALKHQQKLVPNSVKVYEMELTGGRNGAQKGSLVPAEQYAVTEPSEANGNQLSVRFTSPISSAYWIEFKTSLEDTLIVNKIDNTAVLLDGSAKKATWNASVTIPHGGEYVKKSGAQNGNKIDWVIRINEGQSHISNAKIIDYPSANQILIEDSFNLYTTKIDANGKAEKAQELTKGKDYTLNINRLEGDQETFELKFTGDISTAYILEYQSFAIAEDKEAVQNKVALEGDQLKTEIRETTEEVIVRTSSGSGSGGGVTGSLEVTKVDQDDQTKPLAGAKFALYDKAGKRTPIVKTTDEEGKILFTKLLYDEYILEELAAPEGYKIEQTTWDVTIDSSIKDQGNVKKMIVTNRKEEPVTPDEPTDPTDPTDPGNPGNPTDPGNPTDPGNPGNPTDPGNPTDPGNPGNPTDPGNPTDPGNPGNPTDPGNPTDPGNPGNPTDPGNPTGEVEVPDEDVPRGEPTTPQTPQTPPTEPETPTVDISEEDIPRGGVEPEPQKPEAPAPSEKTSTPQTTVPMLPKTGEASPYPFYLAGLGLIAFGVWLGRKRIKMKP				NA	NA	NA	NA	NA
JZ016_02458	801			hypothetical protein	ATGCGCAACGCAATGTTCGCGATAATTGGACTTTTTGCGTTACTGATATGGGCTCCGGTTGTACAAGCTGCACCATCTGAAGATTGGCTGGGCTTGGAGGAACTGGATCGTGGAGCAATCGTCATTCGATATGACGTGAAAGCAGGCACCAAAACGAAGCTCATGATCGGAAAAGGTCAGGATCAATATACATATGGGCTTTCGAGGGCCAAGCAGCAGGAAGTTTTTCCACTGCAGATGGGCAACGGGAACTACAAGATTTCCGTGCTGGAACAAGTCAGCGGCAGCAAATACAAGATCGTACAGGAAGCGGCAGTTAAACTTCAACTGACGAACAGCAGCCAAGTGTTTTTGAACTCTGTACAAAATGTCGATTGGAGCGAAGAGGGCAAGGCTGCTCAGCTTGCGAAAAAGCTAACCCGCACTGCTCACTCCGACAAGGAAAAAGTACAGGCTGTCTACGAATATATCGTCGGGACGGTTCGGTACGACAACGCTCTGGCATCCAGCAAGCTGACGGATTACCTTCCCGATAGCAACCGCACGATCGCTGGACAAAAGGGAATGTGCTACGATTACGCCTCCCTGTTCGCTTCCATGCTCCGAAGCCTCGATATTCCGGCAAAGCTTGTCATGGGAACCTCGGAATACGTCGATGTCTACCACGCCTGGAATGAAGTATATTTGAACGGGCAGTGGGTAACCATTGACACAACCGTCGATGCAAGCTGGAAAAGCAAAGGAGCCGGATACAAAATGATTAAAGATGCCTCCAGCTATTCAGCATCCAAATACTACTAA	MRNAMFAIIGLFALLIWAPVVQAAPSEDWLGLEELDRGAIVIRYDVKAGTKTKLMIGKGQDQYTYGLSRAKQQEVFPLQMGNGNYKISVLEQVSGSKYKIVQEAAVKLQLTNSSQVFLNSVQNVDWSEEGKAAQLAKKLTRTAHSDKEKVQAVYEYIVGTVRYDNALASSKLTDYLPDSNRTIAGQKGMCYDYASLFASMLRSLDIPAKLVMGTSEYVDVYHAWNEVYLNGQWVTIDTTVDASWKSKGAGYKMIKDASSYSASKYY				NA	NA	NA	NA	NA
JZ016_02461	954	yteP_39	COG4209	putative multiple-sugar transport system permease YteP	ATGAGCTCACAAGCCGAACCCAAAAAACGAAAGCGCTTACGAATACGCTGGCACAAGCAGGATACGGAGCTAACCCTCTTGGCGCTGCCGACCACGATTTGGTACATCCTGTTTAGTTTCTTGCCGATGTTCGGGATCATTATCGCCTTTAAAAATTTCAGGATTAGCGGCGGATTTTTGAGCAATGTGTTTAACAGTCCTTGGATCGGCCTCAAAAACTTCGAGTTCCTATTCAAGTCGAATGACGCCTGGATCATCATTCGAAACACGATCGGATACAACATTGTGTTTATTGTGCTGGGGATCGTTCTGCCCGTCCTATTCGCGATCATGATCGGCCTCCTCCACAGCCGCAAAGCCAGCAAAGTCTATCAGACGATGATGTTCCTCCCCTATTTCCTATCCTGGGTGGTCGTATCTGCGGTAGGCTGGGCATTCTTAAGCTTCGACAAAGGAATTGTCAATCAAATGCTCGTCAGTATGGGCAGCGATCCTATTAACTGGTATATGGAGCCGCAATATTGGCCATTCTTCTTGATTCTCTTAAATGTCTGGAAGGGCCTGGGCTATGGTATGGTCATTTATTTGGCAACCATCACAAGCATCGACAGCACCTATTATGAAGCAGCTGTTATTGATGGCGCTTCGATTTGGCAGCAGACGAGATTCATAACATTGCCCATGCTCAAGCTGGTGATCGTCATGATGTTCATCCTGGCCGTAGGGCGCATATTTTACACCGATTTCGGTTTGTTCTATCAGGTCACGCGAGACTCCAATTCACTGTTCAACGTGGCGACCACCATCGATGTCATGGTGTATAAACAACTGAAAACCGCCACCGTAGGGATGGCATCCGCAGCCGCATTTGTACAGTCTGTTCTGGGATGCGCTACGATTCTGGTCGCTAACTGGATTGTTCGTCGAATCGATCCCGATAGCGCGATGATGTAA	MSSQAEPKKRKRLRIRWHKQDTELTLLALPTTIWYILFSFLPMFGIIIAFKNFRISGGFLSNVFNSPWIGLKNFEFLFKSNDAWIIIRNTIGYNIVFIVLGIVLPVLFAIMIGLLHSRKASKVYQTMMFLPYFLSWVVVSAVGWAFLSFDKGIVNQMLVSMGSDPINWYMEPQYWPFFLILLNVWKGLGYGMVIYLATITSIDSTYYEAAVIDGASIWQQTRFITLPMLKLVIVMMFILAVGRIFYTDFGLFYQVTRDSNSLFNVATTIDVMVYKQLKTATVGMASAAAFVQSVLGCATILVANWIVRRIDPDSAMM	PGPT0017250_1405	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02462	930	araQ_24	COG0395	L-arabinose transport system permease protein AraQ	ATGACACCAAAAACCAATTACGAGACGGGCCTTGAGAAGTTTAACCGTACAAACAAAGCCGTCAACCTGTTCTTCAACCTGGTATTTATTATGCTGGCCCTGCTCTGCGTCATACCTGTAATCGTTGTTCTGTCCATCTCCTTCTCCAGTGAGGAGTCCATCCGTGAGACCGGATATCATCTGCTGCCGGTTGCTTTGTCAGCCGAGGCTTACGTTTACATCATCAAGCAGGGAACGATGATTCTGCGGGCCCTCGGTGTATCCGCCCTCGTTACCGTGGTCGGTACCGTGCTCGGCGTATTGCTGACCGCTTCCATGGGTTACGTTCTCTCTCGCCCCAACTACAAGCTAAGGGGTTTTCTCACCTGGGTGGTATTCATCCCGATGGTATTCAACGGCGGCTTGGTATCCAGCTACTTCATTAACACGAATTTACTGGGACTGAAAGACAGCATTTGGGCGCTTATTCTCCCGCTCGCCGTTTCATCGTTCAACGTCATCATATGTAAAACCTTTTTTAAAAGCACGATTCCCGACGGGCTGATCGAATCAGCCGAAATCGACGGCGCGAGCCAGCTGCGAATTTTCTTCTCGATCATTATGCCGATCTCGCTGCCCGTCATCGCCACCATCGGATTGTTTCTCTGCTTTGCTTACTGGAACGACTGGTTTCAATCGATGCTGTATATCGACAACCAGAACCTGTATTCCCTGCAAGCGCTGCTCAACAGCTTAATGAGCAATGTCGATGCACTCGCCAAGAATGCAGCGAGTATGGGCGTTAGCTACGCCATGCTCGTCGCAACGATGCCGAAGGAATCCGCCCGCATGGCGGTCGCCATTCTCATCGTGCTGCCTGTAGCATTCGCCTACCCTTTCTTCCAGAAGTATTTTATTTCCGGATTGACGGTCGGCGCCGTGAAGGGCTAA	MTPKTNYETGLEKFNRTNKAVNLFFNLVFIMLALLCVIPVIVVLSISFSSEESIRETGYHLLPVALSAEAYVYIIKQGTMILRALGVSALVTVVGTVLGVLLTASMGYVLSRPNYKLRGFLTWVVFIPMVFNGGLVSSYFINTNLLGLKDSIWALILPLAVSSFNVIICKTFFKSTIPDGLIESAEIDGASQLRIFFSIIMPISLPVIATIGLFLCFAYWNDWFQSMLYIDNQNLYSLQALLNSLMSNVDALAKNAASMGVSYAMLVATMPKESARMAVAILIVLPVAFAYPFFQKYFISGLTVGAVKG	PGPT0017255_344	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02463	1497			hypothetical protein	ATGAAAAGAGCATTAAAGTTCATCTCTACGCTGTGCGTGCTGACGCTAATGTTGACCGCTTTGGCAGCCTGCGGCGGCTCGAAGCCTGCTTCCACAACAGACGGATCCCAAGCGACGCCGGACACATCCAAAGACTCCGAAACGACAAGCAAGGATATTCCGACGTTAACCTGGTGGACCATCGGCGGCCAAGTGCCGAACAATTTCAGCAAAGCGGTGGATGCCATGAATGCCTATACGGCCGAGAAGATTGGCGTGAAGGTCGACATCAAGGTAGCCAGCTGGGGCGAATGGGACACCAAAATGAACACCATCGTGAATACCGGCGAGCCCTTCGACATCATGTTCACGAACAGCGGTAAATACAGCAAGCAAGTGACAATGGGCGCGTTTGCCGATATTACGGATCTGGTTCAGAGCGAAACGCCGGACTTGTACAAATTGATTCCCGAAAAGGTATGGGAAGGCACCAAGATCGGCGGCAAATATTATTCCGTTCCGACGTACAAGGATTCCGCGCTGACGCAGTACTGGGTATTCGATGACAAGTATGTGCAAAAGTACAATATCGACATCAACAATATCAAAACATTGCAGGATCTGGATAAGCCGCTTCGTGACATGAAGGCCGGCGAAGGCAAAAGCTTCTATCCGCTGCCAATGACGCAAGGCGAAGGCTTGAACGGCTTCTTTAACGACTATGACGATTTAACGCTGGGCTTCCCTCCCATCGGCGTAAAAGCGGACGATGCAGCACGCACGGTGGTCTCTGTTCTCGAGCAGCCGGATGTCATGGCCAATCTGAAGCTCCTGCACCAGTGGTATCAGGATGGCATCATCAACCCGGATGCTCCGACAAAGACGGAGAACGACAAAGGCAGACCGTTCTTTGCAGCCCAGGCATTCCCGGGAGCCGAGGTCAGCTGGCAAATCAATGACGCCATTGAAAAATATAATATGGTTCAGCATTATGGACCGATCTATACCACCAGTACGATCCAAGGCTCGCTAAACGCGATTTCAGCGAATTCCAAGTATAAGAAGGAAGCATTGAAATACCTTGAATTAGTGAATACCGATCCTAAACTTCGCAATATGCTGGCATTCGGCGAGTTAGGCGTCGACTACAACAACGTCGATGGCGAAAAGGTGATTGAGCGTACATCCGATACTTGGCCGCTGGCTGCCTACACGCAAGGCACATTCTTCAATTTGGCGGTGACCAAGGGCGCCCCTGAAGATCAGTGGGAGCAGGTTAAAAAGCTGAACGATGCAGCGACCTCTTCCACCGTCCTGGGCTTTGCGCTGGACATCACCGATCTTCAGACCGAAGTAGCGAACTGCCAAGCCGTATGGGATAAATACAAATATGAGCTGATCACGGGCGCATCCGATCCGGAAACCATGGTGCCGAAGATTACGGCTGAATTAAAGTCAGCCGGCATGGACACGATTATGCAAGCTGCCCAAGAGCAAATCAACAATTACTTCAAGTAA	MKRALKFISTLCVLTLMLTALAACGGSKPASTTDGSQATPDTSKDSETTSKDIPTLTWWTIGGQVPNNFSKAVDAMNAYTAEKIGVKVDIKVASWGEWDTKMNTIVNTGEPFDIMFTNSGKYSKQVTMGAFADITDLVQSETPDLYKLIPEKVWEGTKIGGKYYSVPTYKDSALTQYWVFDDKYVQKYNIDINNIKTLQDLDKPLRDMKAGEGKSFYPLPMTQGEGLNGFFNDYDDLTLGFPPIGVKADDAARTVVSVLEQPDVMANLKLLHQWYQDGIINPDAPTKTENDKGRPFFAAQAFPGAEVSWQINDAIEKYNMVQHYGPIYTTSTIQGSLNAISANSKYKKEALKYLELVNTDPKLRNMLAFGELGVDYNNVDGEKVIERTSDTWPLAAYTQGTFFNLAVTKGAPEDQWEQVKKLNDAATSSTVLGFALDITDLQTEVANCQAVWDKYKYELITGASDPETMVPKITAELKSAGMDTIMQAAQEQINNYFK	PGPT0017245_3154	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02464	1764			hypothetical protein	ATGGGCTCTTTTTTGCAAATCAAAATTTATCGTCACAAGTTTATTGCCTATGTCATCTTCGTCGTGGCCATCGGACTTACGCTTGGTACGCTGACCTGTGCCATGCTGCTGAATCAATGGGTTGGCAATGCCCGCATCGAGGCGGCTAATGCCTTCTCGCGTGTAGAGAATGAGCTGCAGTATGATGCCGACCGCATCGAGGCTTACATGCAGCGAATGTATTCCAATCCCGCTCTGATGGATGATGCTCGCAGCTTTTTAAGCAGCAGCGCTGAGGGATACTTAACCCGCAGGCTGCAGAACAGCCAATTCTCGCAGCCGCTGGTTTCTTTTCCGGAGGATGTGAAGACCTATCTGTACAGCTGGGCGCAGGGCGAAATCACGCAGATAAGCACGCATACCGATAAGCATGGCAATGTCGTCCGTTTTAATGATAACGGAATTGCAAGCTTTACCTTCGGGCTTCCGAATACAGATGAAACTTTTCGCGATACCCTGATGAAGGGGTTCGTATATCGCAAGAAACTGTCGGATCCAACGTCAGGTTCCCAGGAATTCGGTGAGCTGCGCTTCTTGGTCAGCAGTGAACAGATCTTTAAATCCGTTCAAAGCTTCCGATTGGGTAATGCTGCTGCAGTCAGCCCTTCCGGTGAAATATATCTGATCGGGAACGAACAGGACCGGGATCTGGAGGAGTTATCCCGACTAGCCGCGGCGAAAGGACGCAGTCACGGCATTATTTCTAAAGGTGTTTTGAAGCATATCTTTTTTGTCTCCTTTCCATCCACCAAGTTTAATTTCAAATTCGTCAGCATCATCGATTTATCCATGCTCATCCGTCAGCATGCCGGGATGCTGATCACCATCTTTATGATCATATTGACGGCCATGGTCAGCGTGCTTCTGCTCATTGCATACAATATGCGGGATGATGCCCTCTTCCTGCGCCGCATCATTCAATCGATTGGACGTGTGAAGATGGCCAACTTCACGCCTAACCGCCCTGCCCGTTACCGTCGAAATGAATACGGCATGATCGCCCGGGAATTGGACGATATGATTCAGCAGCTGGATAAGCATATCCGCAATGAATATCTGTTAAAGATCAAACAGCAGGAAACTGAAATGAAAGCGCTTCAACATCAAATCAATCCTCATTTTTTATACAATACATTGGAGGTGATCCGCTCCACTGCTCTTGTCAATCAGGACAGGGACACCGCTGATGCCATTGCAACGCTGGGGACGCTCTATCGTGAAATCGTCAAAAAGGAAAATATCATTTCGATTGCGAGCGAACTGGAATTGCTGCAGAAGTACTTGGAGATTATGGAGTTTAAGTATCCCGAGCGTTTTTATTATCAAGTGAATGTAGAGCCGGCGCTGCTGCACATCCCTACCGTGAAATTTTGGATGCAGCCTTTGGCTGAGAATTTTTTCATCCATGGCTTTAACGCGAATCATGAGTTTAATTTGTATGTCGTTAACGGCTATGAAGCCGAAGATGGTTACGTACTGGAATTTGTGGACAATGGGCGCGGTATTTCTCCGGAGCGTTTACGTAACGTCCGAAGCACAATGTCTAATCTTGATGAACCTTCTTCCCATAGTATCGGGCTGCGCAACGTATATACGCGCCTTCACTTTTTCTACGGGAGCGGCTTTTCGATCGAGATTGCGAATAATGAGGAAGCTGGAGTCAGCATATCCGTGCGGATTTCAAAAGAGGTGATTGAACATGTACAAACTGATGATTGTGGATGA	MGSFLQIKIYRHKFIAYVIFVVAIGLTLGTLTCAMLLNQWVGNARIEAANAFSRVENELQYDADRIEAYMQRMYSNPALMDDARSFLSSSAEGYLTRRLQNSQFSQPLVSFPEDVKTYLYSWAQGEITQISTHTDKHGNVVRFNDNGIASFTFGLPNTDETFRDTLMKGFVYRKKLSDPTSGSQEFGELRFLVSSEQIFKSVQSFRLGNAAAVSPSGEIYLIGNEQDRDLEELSRLAAAKGRSHGIISKGVLKHIFFVSFPSTKFNFKFVSIIDLSMLIRQHAGMLITIFMIILTAMVSVLLLIAYNMRDDALFLRRIIQSIGRVKMANFTPNRPARYRRNEYGMIARELDDMIQQLDKHIRNEYLLKIKQQETEMKALQHQINPHFLYNTLEVIRSTALVNQDRDTADAIATLGTLYREIVKKENIISIASELELLQKYLEIMEFKYPERFYYQVNVEPALLHIPTVKFWMQPLAENFFIHGFNANHEFNLYVVNGYEAEDGYVLEFVDNGRGISPERLRNVRSTMSNLDEPSSHSIGLRNVYTRLHFFYGSGFSIEIANNEEAGVSISVRISKEVIEHVQTDDCG				NA	NA	NA	NA	NA
JZ016_02465	762		COG4753	putative response regulatory protein	ATGTACAAACTGATGATTGTGGATGACGAACCTCAGATTTTGGAGGGAATGAAGCGAATCCTGGATTGGAAGCAATACGGATTTGGCCGGATCGAAACCTGCGAATCCACGGAGGAAGCCATGTCCAAGGTGGTCGACCTGCTGCCGGATGTCGCCATATTCGATGTTTGCATTGGCAAGGAGCTTGGATATGAAGCAATCCGCAGGCTGAACGAATTTCAAATTCCTACGAAATATATCATTATGAGCGGCTATAGTGAATTTACATATGCCCAGGAAGCCATTCGGTGTGGCGTCAAAGACTATCTGCTCAAGCCCGTGGAACGCACCAAGCTGCAGCAAGTGATTGAGAAGATCATCGTCGAGGATCTGGGCGGTTCGATAGGTAACAGGAACGGCGAAAGCTTGAACCAGGATCCGGTGCTTGGTGTAAGCTACGACAGCTTATCCAAGCTGGTCAACCGCATCCTGCTGATGATCAGAACAGAGTATGCTCAGAATATCACGTTGAAATCCGTAGCGGAGCGTTTCCAGATGAACAGCACCTACCTTGGACAATTGTTTCTTAAGGAAACCAACATGAAGTTTTCCGAATACCTCATGGCTTACCGAATGCTTCTTGCACAAGAACGAATTCAATCAACAGATGAGAAGATTTCCTACATCGCCTTTTCCGTCGGCTACAACAATCTCAACTATTTCTATACGCATTTTCACAGCTTTTTCCGAAAATCTCCTTCCGAACTGCGGGGAAAAGGGTAA	MYKLMIVDDEPQILEGMKRILDWKQYGFGRIETCESTEEAMSKVVDLLPDVAIFDVCIGKELGYEAIRRLNEFQIPTKYIIMSGYSEFTYAQEAIRCGVKDYLLKPVERTKLQQVIEKIIVEDLGGSIGNRNGESLNQDPVLGVSYDSLSKLVNRILLMIRTEYAQNITLKSVAERFQMNSTYLGQLFLKETNMKFSEYLMAYRMLLAQERIQSTDEKISYIAFSVGYNNLNYFYTHFHSFFRKSPSELRGKG				NA	NA	NA	NA	NA
JZ016_02466	1518			hypothetical protein	ATGTTAAAGCATCCAAGGCCCAAACGCATCTTCATGATCATCAGTCTCATAATGCTGCTGACATCCTATACAACCGGCTGCTTCCGGCAGCCCGGATACAACAGCGAAACCTATGATGGGGACACGGTAAATCTGATTTATTATACGATCGGAGAGCCCGACAAGGATCTGCAGCTCGTCAATGATAAAATCAATGAAATCATGGCTCGTAAAATCGGTGTGACGATCACCTATGTCAAGGTAAGCTGGCAGGAGTATGAGGATCGGCTGAACACACTCATATCCGCCGGCAGCCCGTTTGATATTGCCTTTGCACCTGAGTATGCAACTACCGCTATGCGCGGCGCCTGGCTGAAGCTGGATGACTACCTTGCCGGCCTGGGCAAGGAAATGTACGATGCCATTGACCCAACGTTTTGGCAGGGGGTACGGATGAACGATGGCAGCATTTACGGTGTGCCGACCAATAAAGAGTTGGCCGTGCTTGATCACTGGATGTACCCCGCTTCCATCGTGAATAAATATAATATCGACATTACCAAATACAATACGCTGGAATCGCTTGAGCCGCTGCTTCGGATGATTCATCGGGAAGAGCCGGCCTACATCCCCATGGAATTGGATCGGGATTCCCACAATTTCTTCACACTCCATGGATACGAATATATTATGAACCATAAATTGCCCTTGATGATCAAATCACTGGACCCGGGCGCTCAGGTGGTGAATATCTTCGAAACCAGGGAAGCGCGGCAGGTGCTGGATACGCTGCGGCGTTACTACAAGGAGGGCTTCATTAATGAGGATGCCGCGCTGCGAGAGCCCGGAGGACTTAAACGCGGGGCCAAAGTGTTCTGGAAGTCTTCAGGCGGCGGTCCGCTCTCGGAGACGACTTGGAGTAAGGATCGCGGCTACAAGATTGTAGCCCATCCCGTAACCCCAAGCACCGTCACGACGGAATCCGTTCGGGGAGGCATCATGGCCGTGAATGCCAACACCAAACATCCCGTAGAGTGTATTAAATTTTTGAATTTACTCAATACGGACCCCGAAATACGAAACTTATTCAACTATGGAATTGAAGGCGTGCACTACACGCTGGATGAACAGGGGCAAGTCGTTCCAAATACGGACAAGGACAGCCATGGCAACCCGCTCCCGGATGCGCCTGCAAGCCGCTATTCAGGTGTACAATACACGCAGGGGAATTGGTTTATCCTGAAAACCATGGGCGGCGATAACCCGGATCCCCTCGACAAGTGGGATCAATTCCGCAAGTACAACGCTGGCGTCGTCAAGTCCACCGTGCTCGGCTTTACGCCCGATCTATCCAAGATGACCGCCCAAACCGATAACATCGAGATGGTCTGGCATAAATATTATCCGAGCCTCATGACAGGCTCCGTCGATGTGGATACAATCCTCCCCAAGTTTAACGAGGAGCTGAAGCAGGCAGGCATAGACGACGTACGGCAGGAAGTGCAGAAGCAGCTGGATGCTTGGCGGGAAATGAGATGA	MLKHPRPKRIFMIISLIMLLTSYTTGCFRQPGYNSETYDGDTVNLIYYTIGEPDKDLQLVNDKINEIMARKIGVTITYVKVSWQEYEDRLNTLISAGSPFDIAFAPEYATTAMRGAWLKLDDYLAGLGKEMYDAIDPTFWQGVRMNDGSIYGVPTNKELAVLDHWMYPASIVNKYNIDITKYNTLESLEPLLRMIHREEPAYIPMELDRDSHNFFTLHGYEYIMNHKLPLMIKSLDPGAQVVNIFETREARQVLDTLRRYYKEGFINEDAALREPGGLKRGAKVFWKSSGGGPLSETTWSKDRGYKIVAHPVTPSTVTTESVRGGIMAVNANTKHPVECIKFLNLLNTDPEIRNLFNYGIEGVHYTLDEQGQVVPNTDKDSHGNPLPDAPASRYSGVQYTQGNWFILKTMGGDNPDPLDKWDQFRKYNAGVVKSTVLGFTPDLSKMTAQTDNIEMVWHKYYPSLMTGSVDVDTILPKFNEELKQAGIDDVRQEVQKQLDAWREMR	PGPT0017245_2965	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02467	510			hypothetical protein	ATGGGTAAAGTGATTCCAGGTCGATATACCGCACACATGGACGGTTCCTTCGTTGTATTCGTGATCGGGTTTCGGATTAACAAATGGTGGGCGGTGCATAAGTGGCTGCCTGTCATGAGTGCCATGTCCCCGATGCTTCAGGAGCTGTACCGGAACAAGGAGGAGCTCGGGTTCATGGACGGTACCTATCATTTTTCAGGGCGGGGACTTACACTCATTCAATATTGGAGGAGCTTTGAACATCTGGAGCATTATGCCCGTCACGGAGCCAATCACCTGAAGGCATGGCGGGATTTCAACCGCAAAGTTGGAACGGGAGGGGACGTAGGGATTTTCCACGAAACCTATCTTGTCCAGGAAGGGCAGCATGAATGCCTGTACAACAACATGCCGAGGTTCGGTTTGGCCAAAGCCGGAGCCCACGTCCCCGCGACGGGGCGCAGGGAAACGGCAAGCCGGCGGCTTGGCCGCGAGGGAGAACCCGCTGTGCCCACACCTCCAAATCCGTAG	MGKVIPGRYTAHMDGSFVVFVIGFRINKWWAVHKWLPVMSAMSPMLQELYRNKEELGFMDGTYHFSGRGLTLIQYWRSFEHLEHYARHGANHLKAWRDFNRKVGTGGDVGIFHETYLVQEGQHECLYNNMPRFGLAKAGAHVPATGRRETASRRLGREGEPAVPTPPNP				NA	NA	NA	NA	NA
JZ016_02468	642			hypothetical protein	ATGGATCCGGATATCTCATTAAGGGAGTTAAAGAAAGCCAAGAACAAAATCGCATTGTATGAAGCGGGAATATCCCTGATGAGGGACCGGATGTTCAGCCAGGTCATGGTGGAGGACATCTGCAAGCGCGCAGAAATATCCAAGGTTACTTTTTTTAAATTCTATCAACGCAAAGAGGATCTGCTGATTTATTTTATGCGGGTATGGCTGACCCAGCGAATTATCGAGATCGACGCAGAAGGGAAGAAAGGGTTTCAGGCTTTTCGGCATCTGTTGTCCCAAGTAGCTCAGGAGCATCACGTAAGACCGGGCATGATGCCGAGCCTGATCTCCTTTCTTGCGGAGCAGAACATGCAGCCCTGCATGCCGGAGCTTAGCCCTGCGGAAGTATCGCTGCTTTTTCCCCGTCACGAGGAAGCGGGAAGCCAATCGCCTAACATGTATGCGTTGTTCCAGCAGTTCATGAAGGAAGAAGAGCAAGTCGGAAGACTGAACAAAGCGCTTACCTTGGAGCAAGCCGTGCAGATCTGTTTCACCATTTTTTATGGCGCGTTTCTGACGGCTCAATTGTACAATTCAACGGATATTGGCCGCTTTTATGAAACGCATCTGGGTCTGCTTGAAGTAAAGGAAGGGGTGTGA	MDPDISLRELKKAKNKIALYEAGISLMRDRMFSQVMVEDICKRAEISKVTFFKFYQRKEDLLIYFMRVWLTQRIIEIDAEGKKGFQAFRHLLSQVAQEHHVRPGMMPSLISFLAEQNMQPCMPELSPAEVSLLFPRHEEAGSQSPNMYALFQQFMKEEEQVGRLNKALTLEQAVQICFTIFYGAFLTAQLYNSTDIGRFYETHLGLLEVKEGV				NA	NA	NA	NA	NA
JZ016_02469	432			hypothetical protein	ATGGAACGGAATGATGATCCAAAAAATTCAGCTCTTGCTTCTGAAGAAGATCATAGCGAAGAAAAGGAACGACGCCCTATGTCGACCAGCAGCGGGCTTCTGGAATCGGCCATTGACAAATTTGCCAGAGAAGGCGGCTTTGACGATTCGCCGTTGAAGGGAAAGCCGATTAAGATCGAAGACGGGGATGTTCTAACCGGGATTATGAAGAACGCGAATTACCAGCCAGCATGGGTCGAGCTGAGAAAAGAAATCGCTGCCGACATCAAGCGGCTTTTGGAGCGTCCGGAGTCGACTGTGATTCCAGAGACAGAGTTAGAGGCCATTAATCAAAAGATTATAAAGTACAACCGAATGGTTCCGAATCCACAGCTGCAAAAAGGCCTCCTGTCCGAAGTCAATTTGCACGCAGCCTACGATAAATGGGAGTAG	MERNDDPKNSALASEEDHSEEKERRPMSTSSGLLESAIDKFAREGGFDDSPLKGKPIKIEDGDVLTGIMKNANYQPAWVELRKEIAADIKRLLERPESTVIPETELEAINQKIIKYNRMVPNPQLQKGLLSEVNLHAAYDKWE				NA	NA	NA	NA	NA
JZ016_02470	1095			hypothetical protein	ATGGTTAAAAAACGGGAAATTTCATTAAGAGCATTATTTATTTCGGCAGTGATGTTGGTTTTGCTAGTCGGCTGTTCAACCCAGCAATCAAGCTCGACGTCTGAACCGGCTGCGACTGAAAAGGCTTCGACCAGCACAGAAACGCCTAAAACGGAAACACCTGCTTCCCAAGAAACCGATGCTTCATATCCGATCGTAATCAAGCACGCTTTTGGCGAAACCGTCATTAAAAGCAAGCCTGAACGTGTAGCTACGATTCAATGGGCCAATCATGATGTGGCTCTTGCTCTTGGGGTTGTTCCAGTAGGCTTTTCTGCGGCGAATTACGGCGTTCAGGACGACAGCGGATTATTGCCTTGGACGGCTGAGAAGCTCAAGGAACTTGGCGTAAGTGAGCCTAATGTTTTTCAGGATACGGACGGCCTTGACTTCGAGGCGATTTCCGATGCCGACCCGGATGTCATTCTGGCAGCCTACTCCGGAATCACGCAGGAAGATTACGATATTCTAACCAAGATCGCTCCGGTTGTAGCGTACCCGACGACTCCTTGGCTCACCACTTGGCGGGAACAAGTCATGTTAAATGCAACCGGCATGGGCATGAAAGCGGAAGGCGAACAGCTCATTAAGGATACGGAGAACCTGGTCAAGGAAAAAGCAAGCGAGCATCCTGAGATGCGTGGCAAGAAAGTGGTTTGGGTCAATTTCTCAGCTAAAGACATGTCCAAATTGCACATCTATACCCCTGCTGATCCTCGCGGTTCTTTTCTGATGGAGCTCGGGATGGAATATCCTGAAGGTGTTACGAATCAGATTACCGACACTACCAGCTACTCGCTGAATATAAGCGCGGAGAACGCTGATGTCCTTAACGATGCGGATATTTTGGTCGGGTATGGCGATGAGAGTTTATATGAATCTGTGAAAGCAGACTCCCTGCTTGGCAAGATTCCGGCTATTCAAAGAGGCTCCGTCGTATTTATTGGCAACGGCACGCCGCTGGCGGCAGCCGGAAATCCGAACCCTCTTGCCATCTCATATACCATCGATGAGTACCTGGATTTACTTGGAGGAGCTATTAGCAAAATTAAATGA	MVKKREISLRALFISAVMLVLLVGCSTQQSSSTSEPAATEKASTSTETPKTETPASQETDASYPIVIKHAFGETVIKSKPERVATIQWANHDVALALGVVPVGFSAANYGVQDDSGLLPWTAEKLKELGVSEPNVFQDTDGLDFEAISDADPDVILAAYSGITQEDYDILTKIAPVVAYPTTPWLTTWREQVMLNATGMGMKAEGEQLIKDTENLVKEKASEHPEMRGKKVVWVNFSAKDMSKLHIYTPADPRGSFLMELGMEYPEGVTNQITDTTSYSLNISAENADVLNDADILVGYGDESLYESVKADSLLGKIPAIQRGSVVFIGNGTPLAAAGNPNPLAISYTIDEYLDLLGGAISKIK	PGPT0003765_1972	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_02471	1041	yfiZ_1	COG0609	putative siderophore transport system permease protein YfiZ	ATGAATAGTTCATCCATTTCAGAAAACAAAACCCTAAACTCCCGCATTCCGAGGAATTTCAGCACGGTTCTGGTGATATGTTTGGTTTTGCTCGGTATTAGCGTGCTCGCATCTTTCACCTTAGGCTCCCGGCCCATCCGATTTCATGAATTGATGGACGGATTATTTCACCCGGACATCGATTCCTACGGAGCAAACGTGGTTCGAAAAAGGATTCCTCGAACGATTTTCAGTTTGTTTTGCGGTGCAGCACTTGGCGTTTCCGGGGCGCTTATGCAAGCCGTCACCCGCAACCCGATTGCAGACCCGAGCATTCTGGGCGTCAACACCGGCGCAGCATTGTTTGTGGTTTGCGGAATTGCGTTCTTGAATATTAGCACCGCTAATCAATATATCTGGCTAGCCTTAGCCGGAGCGACCATTACCGCAGTGTTTGTATTCGGAATCGGTTCCATGGGGCGTGGCGGTGCTACGCCCCTTAAGCTTGTTTTGGCTGGAGCCGCCACAAGTGCTGCCCTCTCTTCGTTGGTTAGCGCCATCATGATTCCACGCTCCTACGTCATGGATCAATTCAGATTCTGGCAAGTGGGCAGCGTGGGTTCAGCGAACTGGAGCGATATGGCTACGTTCGCACCGTTTCTGGTGGTCGGCATGCTGTTAGGCATTATTTCGGCCTCGGCATTGAATGCGTTGGCGCTTGGAGACGAGGTCGCGACCGGACTGGGCGTTCGTACAGGAGTACTACGGCTTGTCGCGGCTTTTGCCGGGGTTCTTTTATGCGGAGCAACTACGGCGCTGGCAGGGCCCATCGGTTTTATCGGACTTTTGTCAACGCATGTCATCCGTCTTCTTCTTGGCTCCGACTTGCGTTATATTATACCGATGTCTGCCATTTCGGGAGCTGTCATATTAACGATATCCGATGTCATCGGCAGGCTGGTCGGCAGCCCCGGAGAACTTGAAGTCGGCGTCGTCACAGCCTTTATCGGGGCACCGATCCTGATCATATTAGCTATGAAAGCGAAAGTGCGTTCATTATGA	MNSSSISENKTLNSRIPRNFSTVLVICLVLLGISVLASFTLGSRPIRFHELMDGLFHPDIDSYGANVVRKRIPRTIFSLFCGAALGVSGALMQAVTRNPIADPSILGVNTGAALFVVCGIAFLNISTANQYIWLALAGATITAVFVFGIGSMGRGGATPLKLVLAGAATSAALSSLVSAIMIPRSYVMDQFRFWQVGSVGSANWSDMATFAPFLVVGMLLGIISASALNALALGDEVATGLGVRTGVLRLVAAFAGVLLCGATTALAGPIGFIGLLSTHVIRLLLGSDLRYIIPMSAISGAVILTISDVIGRLVGSPGELEVGVVTAFIGAPILIILAMKAKVRSL	PGPT0003770_4279	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_02472	1032	yfhA_2	COG0609	putative siderophore transport system permease protein YfhA	ATGAAAAATAAAACTGTTGCGTTTATTATGGCAGGCAGGCGTCAAAGACGCCGTCGATGGATCCTTGTTACCACCTTCCTTGCGTTGCTTGCCTGCGCGCTCTGCTGCGCCATGCTTTTACTTGGCAGTACCATTTATCCCATTCAGGATGTCGTCCGGGCGCTTTCGGGTGAGAACATCAAAGGGGTATCTTTTGCTTTGAATACGATACGCTTGCCGAGAATGCTGGCCGGTCTTTTTGCGGGATTTGCTTTTGGCCTGGCCGGCAACACCTTCCAGACCATGCTGCGCAATCCTCTTGCGAACCCGAATGTCATCGGAATTACGTCCGGTTCGAGCGCAGCGGCTGTTTTTTGCATTATCATTCTTCATACAAGCAATGCTGTTGTTTCCATCGCTTCGGTGGTCGCAGGTCTGGCTACAGTAACCATCATTTATCTGTTGTCTCGGGCAAAGCCATTTTCCGTCGGGCGATTAATTTTGGTCGGTATCGGCATGCAGGCCATGCTGAACGCAGTTATCTCCTATCTTCTCTTGGTCGGCGCGGAGCAAGACATTCCGACAGCATTCAGATGGCTAAGCGGCAGCCTTAATGGCTCCCAAATGCATGAGCTTCCGGCTCTGGTGATATCGGTTCTGATTGGTACGCCTATCATTGTCATGCTGGGAAAACATCTAAGTGTACTGGAACTGGGAGAACAATCCGCCGCTTCTCTCGGCGTGAATACGGACCTGACCCGAATGGTGCTTATCTTAAGCTCCGTCTGCATGATCGCGATCGCTACCGCTACGACAGGCCCCATCGCTTTTGTCGCTTTTCTCTCAGGACCGATCGCCAAGCGATTGGTTGGCGTCGGGTTTTCGAACGCCATCCCGGCGGGGCTTGTTGGCGTAAATCTGGTTATGGCTGCCGACCTGGTCGGACAGTTTGCTTTTGAGGTCCGATTTCCTGTGGGCATCATAACCGGAATCCTCGGAGCGCCTTATTTGATTTTCTTGCTGATCCGAATGAATCGAAAGGGAAATTTATAA	MKNKTVAFIMAGRRQRRRRWILVTTFLALLACALCCAMLLLGSTIYPIQDVVRALSGENIKGVSFALNTIRLPRMLAGLFAGFAFGLAGNTFQTMLRNPLANPNVIGITSGSSAAAVFCIIILHTSNAVVSIASVVAGLATVTIIYLLSRAKPFSVGRLILVGIGMQAMLNAVISYLLLVGAEQDIPTAFRWLSGSLNGSQMHELPALVISVLIGTPIIVMLGKHLSVLELGEQSAASLGVNTDLTRMVLILSSVCMIAIATATTGPIAFVAFLSGPIAKRLVGVGFSNAIPAGLVGVNLVMAADLVGQFAFEVRFPVGIITGILGAPYLIFLLIRMNRKGNL	PGPT0003770_5238	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_02473	801	yusV_2	COG1120	putative siderophore transport system ATP-binding protein YusV	ATGAAACCTACGCATATTTTTAAAGCTGAGCATACGGTAGCGGGATACGATAATAAAACCATCATTCACGACATTAGTCTTGTCATTCCGAGTCATAAGATCAGCGTTATTATTGGAGCCAACGGATGTGGAAAATCTACGCTTCTGAAGACAATGGCAAGGCTGATCAAGCCTACATCTGGTCAAGTTACGCTGGACGGAAAGCCTATCGGCCATATACCGCCGAAAGAGCTGGCTCGTGTATTGGGTCTGCTGCCGCAGTCTCCCATTGTTCCTGAGGGGATCTCCGTCGCGGACTTGGTGGGACGCGGAAGGTTTCCGCACCAGTCATGGTTTAGCGGATGGAGCAAAAAGGATGAGGAAGCCGTTTCCGAAGCGATGGAAATTATGAATATCACGGAGCTGGCCAATCATAACATAGACGAACTGTCAGGCGGTCAAAGACAGCGCGTCTGGATCGCTATGGCACTGGCACAGCAAACCGACATTTTATTGCTCGATGAACCTACAACCTTTCTGGATATTACTTATCAGATCGAAATTCTTGACTTGCTCACAGACTTAAACCGAAAATATGGAACGACGATTGTCATGGTTCTCCACGATATCAACCTGTCCGCTCGTTATGCGGATCATATCTTTGCGCTTCATAACGGATTGCTTGTGGCTGAGGGGGCGCCCTCGCAAGTCATTACGAGCACCATGATCAAAGACATATTCGGGCTTGATTGCTCGGTAATCGAGGACCCCGTGTCCGGCTCACCCCATGTGATACCCAAAGGACGATATCATGTTCTATGA	MKPTHIFKAEHTVAGYDNKTIIHDISLVIPSHKISVIIGANGCGKSTLLKTMARLIKPTSGQVTLDGKPIGHIPPKELARVLGLLPQSPIVPEGISVADLVGRGRFPHQSWFSGWSKKDEEAVSEAMEIMNITELANHNIDELSGGQRQRVWIAMALAQQTDILLLDEPTTFLDITYQIEILDLLTDLNRKYGTTIVMVLHDINLSARYADHIFALHNGLLVAEGAPSQVITSTMIKDIFGLDCSVIEDPVSGSPHVIPKGRYHVL	PGPT0003760_2818	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_02474	294			hypothetical protein	TTGAAAGATACACAACATAAAGCTGCTTCTTCCCGGATAAAAAGCTGGATGTATTTCTTAGGGGGACTTATTGTATTACAAATACTGTTTATCGCGTTTGATAATGCCTCGTGGACCCCATTCAAAGTGAAAGAAGGGTCATTATTTGCCGATTATTCTGAATCAAAGTTATTTACGGAATGGTTCATACCTTATAAAACCCAAGAACATAACTTGTTCACTGCCATTATTGCCGTTACATTACTCCCGGCAGCTTTAATAGGTGCAGTAAAAGACCTTGTTTCTAGAAAATGA	MKDTQHKAASSRIKSWMYFLGGLIVLQILFIAFDNASWTPFKVKEGSLFADYSESKLFTEWFIPYKTQEHNLFTAIIAVTLLPAALIGAVKDLVSRK				NA	NA	NA	NA	NA
JZ016_02475	627			hypothetical protein	ATGCTTAATTTGCTTCGTAAAGATTTCATCGCTTTAAAAAGCTCACTGTGGACGATTCTTCTCTATCTCGCTGTATTCAGCATCGCTTTTATACCAAAAAGTGAAATGTCTATCTATTTTGTAGGAATCTATACGGCTTTCGGCTCCATTATTCTAGCTACGATGATCGATATCAAAAACCATAACCATAAATTTCTGGTCACGCTGCCGATTAGCCGCAAGCATATTGTGCTGGCCAAATACATAACAGCCATCGTGTATACACTGTTTGGAGTCATTGCTTCTTACGGGATTCACCGGATCATTGATCTTTCATTCCCCCAGCTTGACAAGCCAGACTATACAGTGATGTCCTTATTGGTTTCCGTAGGAATGCTGCTTGTTCTCATCTCTATCTATATGCCTCTTTTTTACGCACTTAGCAAAAAAGGAGCCGGAATTATCAATGCCGTATTCATGATCTCCTTAATTGTCCTGGCACAACCTGCAGCGGTGCTGATGAATATGGTGAGCGAGAAAGGCCTCATTAACGATCAAACATTACTTCTGATTCTAATCGGTATCGTCGTTGTATTCATTGCTTCCTATTTCTTAACGATAAGCCTATTTAAGAGGAAAGACTTATAA	MLNLLRKDFIALKSSLWTILLYLAVFSIAFIPKSEMSIYFVGIYTAFGSIILATMIDIKNHNHKFLVTLPISRKHIVLAKYITAIVYTLFGVIASYGIHRIIDLSFPQLDKPDYTVMSLLVSVGMLLVLISIYMPLFYALSKKGAGIINAVFMISLIVLAQPAAVLMNMVSEKGLINDQTLLLILIGIVVVFIASYFLTISLFKRKDL	PGPT0006730_25201	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_02476	867		COG1131	Multidrug efflux system ATP-binding protein	ATGAATGCAATCGAATTACGAAATTTAACGAAAACATACCCTCTTTTCAAAGTCGATCATGTATCTCTGGATGTGAAACAAGGCTACATTACCGGACTCATTGGTCCGAATGGTGTTGGTAAAAGCACCTTAATCAAGATGATGCTCGGCATGGTACGTCCCGATTCCGGCAGTGTAAAAATACTCGGTCTGGATATGCCTCAACATGAAGTCGACATTAAACAGCGCATCGGCATCGTCTCGGATGATTGCTTCTATTATGAGCATCTTACGATTCATGATACGAAGAGAATGATCGCACCTTTTTACAGCCATTGGAATGAAAAGAAATTTAACCGCTACCTCGAACAATTCGAATTGTCCCCTAAGAAGAAGGTTGAAGATTTATCTAAGGGAATGAAGATTAAACTCGCCCTTGCCGTTGCCTTATCCCATGAGGCTGAGCTCCTGGTCATGGATGAGCCGACTTCGGGACTTGATCCTGTGTTCAGGAGGGAAATGCTCAATCTGCTTGCAGATATGATGCAGGACGAAAAAAACACGATTATCTTCTCGACGCATATTACGACGGATTTGGACCGTATTGCCGACTACATTACTTTCGTCAATGACGGAAAACTTGTATTCAATGAAGCGAAAGATGATGTGCTTGAGAGATACGCGATCGTGAAGGGCGATATGCAACTGATTGATTCCGATATTCGAAAGGAATTTATCGGGATTCGTGAGACGACGCTTGGTTTTGAGGGCTTGGTAGATAATCGACGCAAGGCCGCGCAGCTGTTTAGCCATAATGCTATTTTAGAAAAACCAACCTTAGAAGACATCATGTATTTCACTGCCAAGGGAGGAAGAGTTCATGCTTAA	MNAIELRNLTKTYPLFKVDHVSLDVKQGYITGLIGPNGVGKSTLIKMMLGMVRPDSGSVKILGLDMPQHEVDIKQRIGIVSDDCFYYEHLTIHDTKRMIAPFYSHWNEKKFNRYLEQFELSPKKKVEDLSKGMKIKLALAVALSHEAELLVMDEPTSGLDPVFRREMLNLLADMMQDEKNTIIFSTHITTDLDRIADYITFVNDGKLVFNEAKDDVLERYAIVKGDMQLIDSDIRKEFIGIRETTLGFEGLVDNRRKAAQLFSHNAILEKPTLEDIMYFTAKGGRVHA	PGPT0006725_18793	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02477	441			hypothetical protein	GTGTATATATTATATATATACGGTATGCACTTAATTAACAGCAGTGAGGTGAACGGCATAAAAATCATATTATCCAACGCATCGAACGATCCGATTTACATACAGATTATGAACCAGATTAGACAGAGTATCCTGAGTGGAGAATTGCGCGCAGGCGACAGTCTCCCTTCTATAAGGCAGCTTGCTAAGGATTTGCAGGTTAGTGTTATTACGACTAAGCGTGCCTATGAAGAATTGGAGAACGAAAAGCTAATCGACTCGGTCGTAGGCAAGGGTTGCTTCGTATCAGGGGCAAATAAAGATTTTATCAGGGAGCAGCGCATGAAGCGATTAGAAGAGAAAATGATCCATATCATTCGAGAAAGCAAGGAATTAAACATGAGTCAACAAGATGTAATCGATCATCTGACTTTACTGTTCGAGGAGGAACAAACACCATGA	MYILYIYGMHLINSSEVNGIKIILSNASNDPIYIQIMNQIRQSILSGELRAGDSLPSIRQLAKDLQVSVITTKRAYEELENEKLIDSVVGKGCFVSGANKDFIREQRMKRLEEKMIHIIRESKELNMSQQDVIDHLTLLFEEEQTP				NA	NA	NA	NA	NA
JZ016_02478	2289			hypothetical protein	TTGAAGCGTATAAAAGTGAAGATGGGCTTAATGGTTATGCTTTCCTGTGCTTGTATGACAACCAACCTCCCGGCAAAACCCATGAATGCACAAGCATGGCAGGACGCCGGTCTCACGAACCCCGCAGGTCTCTCGAATCCCATACGGTTGGAGGATAAAGTGTATGGACAGCCGGAACGATTGGCCCAACCCATTCGGGGAATCAGCATCTATGACGGGGCCGTCGGGGAACAGGATGGCAGAAAGGTTATGTTTACAACGGTAAAAGGCTCTCCTGCCCAGTTCAATGTCGTAGACATGGCCACGAATAAGGTAATCCATACATCGATCTTGCAGGGCGGGGGCGGAGATGCCTGGCACCATGAAGTCACACCGGACGGAAAGCATGTGTATGTGACATCACACAGAACGCTCTGGCTGTATTCAACCGAGACCAAAGAGATAAACCTTGTACACGACTTCGTTGACGAAGGTCCGTGGTCACTTGTTACCGATAGCAAAGGTAATGCCTATATCGGTACTTATCCCGGCGGTAAGGTATTTAAATACGATCTCGGTCTGGGGACCGTTACGGAAGATTACGGGAGAATGCTAGGAAACCAGCCGCAAGAATACGTAAGATCAATCGCACTGGATGAAGAAGGAGGACATATTTATGCCGGTACGGCGCACGGTCAAATCATCAAACTGGATTTAGCGACCGGAAGCAAAACGAATATAGCGCAGCCGTTGATGGATCAACAGGAAACCGGCTTTGTGTACGATATGAATCTGGTTGACAACCGCTATATATTCGCCCGATATTCCGAATCCAAAAATATGTATGTCTATGATCTCGAGTCTTCCAGCTGGCTGAACGTTGAGTTATCCAATGTGACCGGTTTGCATGTTACGGACTCTTATGAAAGCAAAGTCTACTTCATTGCGGACAACACGTTAAAATATTACAACGTGGCAACGGGTGAGATCGGCTCCACCGGCATGGCCTATGGCAGCGGGCTTAGAGGTGCCGATTGGGTCGAAATCGATCAGCATGAGAATCCGGATCTGATCGGCATGAATCTGGTTACCATGCAATTTGGCGGGGGAATCGTTTATTTCAATGTTACGCAGAACAAGATGACGGCTACGCGTCCGGTCGTTGAAGGGACGCCGCTGAATATTCACGTCATTGAAAAAGGCTCGGATAACCAGTTGTTTATGAGCACATTGGGTGCAGGTACAGGGGCTGTCTATGATCCGGACCAGAACCAGGTGACTTCGATTTCCCTGGGTCAGGCCGACAGCATGGTGTATCATGACAATGCCATGTATATGGGAGTGTATCCCAAAGCCTATGTTCATAAATATGACCAAACTAGAGCGCCGGGTAACGGCAATCCCTCCCAATTCCTGCAGGTGGACCCTGAGGCCCATCAGGATCGTTTAATCGAAGCGACATCCGGCGGCGGACGTATCTATTTCGGGAGTGTATCCGCATATGGGGTTAATGGAGGAGCCGTAACGATCATTGATCCAAGCGCATATGCCGAGAACAAGACAGGCGTGAAGGTCATACGAAACGTTGTTCAAGATCAAAGTGTGGTAGGTATTGCTTATAATGACGGTATAATCTTCGGTTCAACGAATATTAACAACGGCCTCGGAAGCAACCCGACGGCAGAGGAAGCCAAAATGTTTACCATGAATGCCTTGACTGGAGAGAAATTAGCGGAATGGTCACCACAGATCGAAGGCATAGATAAACCTGAATTTATCGGCCGACTGACAGTAGGACCCCATGATGGGCTGATTTGGGGAGCCGTTAACGGTACCATTTTCGCGATGGACCCGGATCATAAGGAAATTGTGAAGAGCAAGCAGGTTCACACGGGATCGTTCAATTACGGTGCATGGTCTTCCGTTCCGCTGAAATGGGATGCCGACGGTATACTGTACGCGCTCTTCGGCTCCAAGCTCATTGCGATTGATCCGGTTACCCTGGAGTATCGAGAGGTAACAAGTGCTTATAGCTTTACGATAGGCGATGACGGATATCTGTATTATTCGGACGGCACGGACCGCACCTACTTGTCCCGAATCCATATTGGAACGAAAGTAACGATCCCCGAAGACGTGGATGGAAACGGAACCGTAGATCATCATGATATCAGGCTGGTGGCAAGGCATATAGGCAAAGAACCGGTAGGCGATTTGCAGAAGCTGGACGTGAACCAGGATGGAAAAATAAATGCAGAAGATGTTAGAAGAGTTACAGCAAAAATGAATGAGGACCGAAAACAAAAGTAA	MKRIKVKMGLMVMLSCACMTTNLPAKPMNAQAWQDAGLTNPAGLSNPIRLEDKVYGQPERLAQPIRGISIYDGAVGEQDGRKVMFTTVKGSPAQFNVVDMATNKVIHTSILQGGGGDAWHHEVTPDGKHVYVTSHRTLWLYSTETKEINLVHDFVDEGPWSLVTDSKGNAYIGTYPGGKVFKYDLGLGTVTEDYGRMLGNQPQEYVRSIALDEEGGHIYAGTAHGQIIKLDLATGSKTNIAQPLMDQQETGFVYDMNLVDNRYIFARYSESKNMYVYDLESSSWLNVELSNVTGLHVTDSYESKVYFIADNTLKYYNVATGEIGSTGMAYGSGLRGADWVEIDQHENPDLIGMNLVTMQFGGGIVYFNVTQNKMTATRPVVEGTPLNIHVIEKGSDNQLFMSTLGAGTGAVYDPDQNQVTSISLGQADSMVYHDNAMYMGVYPKAYVHKYDQTRAPGNGNPSQFLQVDPEAHQDRLIEATSGGGRIYFGSVSAYGVNGGAVTIIDPSAYAENKTGVKVIRNVVQDQSVVGIAYNDGIIFGSTNINNGLGSNPTAEEAKMFTMNALTGEKLAEWSPQIEGIDKPEFIGRLTVGPHDGLIWGAVNGTIFAMDPDHKEIVKSKQVHTGSFNYGAWSSVPLKWDADGILYALFGSKLIAIDPVTLEYREVTSAYSFTIGDDGYLYYSDGTDRTYLSRIHIGTKVTIPEDVDGNGTVDHHDIRLVARHIGKEPVGDLQKLDVNQDGKINAEDVRRVTAKMNEDRKQK				NA	NA	NA	NA	NA
JZ016_02479	2790			hypothetical protein	ATGAAATTAAATATCGTGCCGTTCAAAACCCAGTTGATCATACTTACGATAACCCTATTAGGATTGTCTTCGCTGCAACCAGTGCCTGTAGAAGCTCAATCGTCAATCAACAAACAATTCGGGGACCCTGTTTCCGTGGGAGCTCCTATTCAGCAGATTGCCATTTTTGAAAGCGCTTATGGTCAAGAGGATGGTCGTGACGTCATGTATACCACGGTGAATGGAAAGCCGGCCATGTTAAACGTTATTGACCTCGTGGACAACAAATTGCTCCGGACGATCCCGCTTCCGGATGCCGACAGCTCCTGGGCTAAGACCATTGCTCCAGACGGAACGCTATATATAGCAGGTCAATCCAAAGTTTACCGATATTCGCCCCAGACCAAAGAACTTGATGATTTGGGACCCGCGATTCCAGGCGAAACCTCTATCTGGGGATTAGTCACGGATGAGCAAGGGAATGTATACGGCGGGACGTATCCCAACGCCAAGGTGTTTAAATTCGATCCCAAAACGAATTCGTTCACGAATTACGGAACCATGGTAGAAGGCCAAGGGTATGTTCGTTCTATTGCCTATGCGGATGGTATCGTTTATGCAGGTATCGGCACGGTAGGCCATATCGTCAAGTTCGACCCGGTTACCGGGGACAAGACAGAACTGCCGATTCGGGACGTACCGGGCGTAAGCAGTCTCCCGTTTGTGTATGGCCTGGATGCCAGGGGGGATTACCTTTTCGCTTACTTAAACGGCAATGGAACAACCGCATTGATTATATACGATATGGCGAGGGGCGTCTGGCTGGATGAGGTATACAGCGGATACGGCGGCCTTGATGTGTCGCCCGAACGCGAAGGAAAAGTGTATTTCGTCCAAAATCGGAAAGTTCAAGCTTTTGATATGACGACGCGGCAGGTCACGGATACGGGGATTGCTTATGGAACTGGTTTCCGCTCTACCGGCTGGGTCCGTTTTCCGGATGATCCGGAGCTTCCCGGCGAGACCTTAGTGACGATCCAATTCGGAGGGAAGGCGGCACTGTTCAACTTCGAGTCCGGCATTCATAAGACGCTGCCTGCGGTCGCCGAAGGGCAACCTACGCTTATTCAGGCTCTGGAGAAAGGACCGGGCGGCAAAATCTATACAAGCGGCATGACCTCCGCATTGGGAGGCGTGTTCGATCCCGTTACGCGCACCCATTCGACGTATCCGATGGGTCAAGCCGAAAGCATCGGCTCGCTTGGGAATGACGTATACTTTGGCATTTATCCCAAAGCGGAGATTCGCAAGCTGGATACAACGCTTCCCGTTCAAACGGATCCGAACAATCCGGACCTCAATCCGGAATCCTTATTCTACATGGAGGAAGACCAAGATCGTCCTTATGTCCAGACTACGGGCGGAGGCAAAATCTACTTTGGGACCATACCGTATTACGGAGAATTGGGCGGAGCGCTCGTTGCGTACGACCCGGCCTCCGAAACGTTTGATGTTCATCGCCATGTCGTTCGGAACCAGAGCATCGTGGGATTGGCTTATCGGGACGGCAAGATTTACGGCTCGACCAGCATAAGAGGCGGTCTGGGCATCGATCCAACCGAGTCGGAAGCAAAAATGTTTGTGTGGGATGCCGTTAGCGGCGAAAAGCTTAGCGAATTCACGCCTGATATTCCGGGCGCCGTTAAATCCCCGATCATGATCAGCGGGCTGACCTTCGATCAAGACGGACTCCTCTGGGCAGCAGCAGACGGCATTCTGTTTGCGGTGGACCCTGCCACGCAGGAGGTCGTTAAAAGCAAGGTCATTTATCCGGGTGTCACGGACTACGGGATGTGGAGGCCGATCCACCTCAGATGGGGGAACGATGGCCTGCTCTATACCGACCTCTACGGTCAGTTGACAATCTTGAATCCCGACACGATGGAGCATAAAGAACTGGGAATCAAATCGGCACTCTTTACCTTGGGGGATGACGGAAACATCTATTATGCGCAAGAAACACGGATGTACATGATTCCCGTATCCGATGCGGAAGAAGAGGATACCCAGGCCCCAACGACAGAACCTGCGACCAATCCGGAGAAGCCTGATGGAAAGGATGGATGGTTCGTTAGCCCTGTAACGGTTACGCTGTCGGCCTATGATGAAGGAGCCGGGATTGAATCCACTTTATACTCCTGGGATGAAGGAGCAAGCTGGACCAGCTACGATGGTTCGCCATTGCATGTGCAGGAGGATGGACGTCACGTGCTTACTTATCGATCCATTGACAAAGCTGGCAACGAGGAGGCACCGCGTAAGCTCCAGTTGCATGTGGACCGCGAGGGACCCGTAATCCGCTGGAAATCGGACATACCCGAAGAAATCAGCACTGCAGATGATTTGAAGCTGGATTTCGAACTTCAGGACGAATGGTCGGGTATGGATACGGACGGAACCGTCATCACGCTGGACGGAGAGCGGGTAGACCATCCATCAGCCCTCCCGTTATTCAGACTCCCTCTGGGCGAGCACACGCTTACGATACGGGCAGCCGATTTGGCAGGCAATGAATCCGTTCAAGAGATGAATTTCCACATCGTCACTAGTTTCGAGAGTCTGGAAAAGCTTGTGTATCGATTCGCTGAACAGGGATGGATCGATAATCCTGGTATTGCGAACAGCCTTGCTGCGAAGGCCACAAAAGGGAATATCACAGCATTTATCAATCAAGTCCACGCCCAAACGGGGAAGCATATTTCATCTGAAGCAGCAGCCTATTTGATTCGGGATGCATCGGCACTTCAGTAA	MKLNIVPFKTQLIILTITLLGLSSLQPVPVEAQSSINKQFGDPVSVGAPIQQIAIFESAYGQEDGRDVMYTTVNGKPAMLNVIDLVDNKLLRTIPLPDADSSWAKTIAPDGTLYIAGQSKVYRYSPQTKELDDLGPAIPGETSIWGLVTDEQGNVYGGTYPNAKVFKFDPKTNSFTNYGTMVEGQGYVRSIAYADGIVYAGIGTVGHIVKFDPVTGDKTELPIRDVPGVSSLPFVYGLDARGDYLFAYLNGNGTTALIIYDMARGVWLDEVYSGYGGLDVSPEREGKVYFVQNRKVQAFDMTTRQVTDTGIAYGTGFRSTGWVRFPDDPELPGETLVTIQFGGKAALFNFESGIHKTLPAVAEGQPTLIQALEKGPGGKIYTSGMTSALGGVFDPVTRTHSTYPMGQAESIGSLGNDVYFGIYPKAEIRKLDTTLPVQTDPNNPDLNPESLFYMEEDQDRPYVQTTGGGKIYFGTIPYYGELGGALVAYDPASETFDVHRHVVRNQSIVGLAYRDGKIYGSTSIRGGLGIDPTESEAKMFVWDAVSGEKLSEFTPDIPGAVKSPIMISGLTFDQDGLLWAAADGILFAVDPATQEVVKSKVIYPGVTDYGMWRPIHLRWGNDGLLYTDLYGQLTILNPDTMEHKELGIKSALFTLGDDGNIYYAQETRMYMIPVSDAEEEDTQAPTTEPATNPEKPDGKDGWFVSPVTVTLSAYDEGAGIESTLYSWDEGASWTSYDGSPLHVQEDGRHVLTYRSIDKAGNEEAPRKLQLHVDREGPVIRWKSDIPEEISTADDLKLDFELQDEWSGMDTDGTVITLDGERVDHPSALPLFRLPLGEHTLTIRAADLAGNESVQEMNFHIVTSFESLEKLVYRFAEQGWIDNPGIANSLAAKATKGNITAFINQVHAQTGKHISSEAAAYLIRDASALQ				NA	NA	NA	NA	NA
JZ016_02480	3108	cbgA_1		Beta-galactosidase	ATGAAACAGCAGGTTGAACGAGGAGTCGCGCCAAGTCTTGCATGGTTGTCCGACCCCGGTGTATTTGCGGTAGGCAGGATGCCCGCGCACTCCGATCATCAGTATTACGAATCGATGCTGGAAGCCGAACAGCTTGGAGAGATGCCTTGGCGCCGCAGTCTGAATGGGAGCTGGAAGTTTAGTTACGCCCGTAATGCCAAGGAACGCCAAGCGGATTTTTATAAAACGGAAGAATCCTGCAGAGGATGGGATGATATTGAGGTTCCCGGACATATCCAGCTTCAGGGTTATGGGCGGCCGCAGTACGTGAACACGATGTATCCATGGGACGGTCAGGAGTTTCTTAGACCCCCGATGATCTCTGAGGACCACAATCCCGTGGGCAGCTATGTGAAGTTTTTCAACGTTCCTGCCGGCTGGCAGCAGCGTCCGCTGTATATCTCTTTTCAGGGTGTTGAATCGGCTTTCTATGTATGGCTGAACGGGGAGTTTGTCGGTTACAGCGAAGACAGCTTTACGCCGAGCGATTTTGACCTCACGCCGTACTTGACGGAAGGCGAGAATAAGCTGGCTGTCGAGGTCTATCAACGCAGCACCGGAAGCTGGCTGGAGGATCAGGATTTTTGGCGCTTTTCCGGTATTTTTCGCGATGTGTATCTGTACACGGTACCTGACGTTCATGTGCAGGATCTGCATGTTCAAACCGATTTGGATGAAACGTATGAACGTGGAACGCTGAGGGTTACCATGCAGCTGAGGGGAAAGCCGGCTTCGAAAGTAGCCCTAGAGCTCAAGGATGCAGCAGGAAATCCAGTGGTCCGGGGGGAGACCCATGCTTCCGGGGAAACGGCGTCGATTGCGTTAGCTGCAGGTAAGGTCAAGCGGTGGAGCGCAGAAGAGCCTAATTTATATACATTGTACGTATCCGTCTATGACGCATCCGGAAACCTTGTGGAGGTCGTGCCGCAAAAGATAGGTTTTCGCAAATTCGAGATGATTGATAAGGTGATGCATTTAAACGGTAAGCGAATTGTGTTCAAAGGCGTCAACCGGCACGAATTCAATTCCCGCCGCGGACGCAGCATTACGAAAGAGGATATGCTGTGGGATATCAAGACATTAAAGCAGGCGAATATCAACGCCGTACGGACGTCGCATTATCCGAATCAGACGATGTGGTACGAGCTGTGTGATGAGTACGGCGTGTACGTCATCGACGAGATGAATCTGGAGACGCATGGTTCATGGCAGAAAATGGGAGCCGTTGAGCCGTCCTGGAACATACCGGGCAGCAGGCCGGAATGGCAGGATATCGTGTTGGACCGTGCCATTTCCATGATCGAGAGGGACAAGAATCACCCATCGATTTTGATCTGGTCTTGCGGCAATGAGTCTTACGCCGGAGAAGTCATTCGGAACGTTGCGAACTTGTTCCGGGAGAGGGACCCTAGCCGGCTGGTCCATTACGAAGGAGTGTTCCATAACCGGGAATATGACGATGCGAGCGATATGGAGAGCCGCATGTATGCAAAACCGGCGGATATTGAGCAGTATCTGCAAAACGATCCTTCCAAGCCCTATATTAGCTGCGAGTACATGCATGCCATGGGCAATTCCGTCGGCGGATTGCATAAATACACGGAGCTCGAGCAGAAATATCCGATGTATCAAGGCGGCTTCATCTGGGACTTCATGGATCAGGTCATCGTGAAACATGATCGTTACGGCAAGCCTTTTATGGCTTATGGAGGGGACTTTGATGATCGTTCAACCGATTACAACTTCTCCGGCAACGGCATCGTTTATGCGAATCGGACATGGTCCCCCAAAATGCAGGAAGTGAAGTTCCTGTATCAGAACGTCAAGCTGACCCCGGATCGTTATGGCGTCACGATCAGAAATGAGAACTTGTTCGCTTCGTTGGATGCTTATGATGTTATATATTGCCTGAATTATGAAGGCAGGAATATCTACAGCGGAGCGGTATGCCCCCAGGTTGGTCCCGGTGAAGAGCGATATGTAAAGCTGGAACTGCCTGAGGAAGGGCTTCCGATTGGTGAGTATGCGTTAGACGTTTCACTCGTGCTCAAGAAGGATTCGTTGTGGGCGAAAGCCGGTTATGAAATGGCTTTTGGACAGTTTGTTTTCCGAGAGGAGAACCCGTTGGCTGTTGATAAGTCTAGCACTACTCAAGTGAGGGAACGCCTGCAACCAGGTTCAGATGTTTCGCATGATACGGCTGCTAATGATTTTCGTGTAGTTGAAGGGGATGTAAACATCGGCGTTCATGGGCGTGATTTCTCCGTCATGTTCTCGAAGCAGGCAGGGACCCTCATATCCGTCAAGTATGCGGGACGGGAGATGATCTCTTCGCCACCGGTACCACTCTTCTGGAGAGCGATGACGGATAACGATAAAGGGGCTGGACTGCATTTTGATTCCGCGCTTTGGTATGCTGCAAGCCTGACCCGAAGAACGCTAAGCTGCGAGCTTACGGAGGACTCGGATCACGCGACCGTGACCTATATGTATAAACTGAGCGTGTCCGAGGAAGTAAGGGTGCGCGTATCTTATACGGTGTTCGCCGATGGCAGTATTCAATTAAAATCGGGGTACCAAGGTGCACCGGGATTGCCGAGGCTGCCGATCTTTGCTCTTACCTTCAAGGTGCCGGCGGACTACGACAACCTGGATTGGTATGCGAACGGGCCGGAAGAGAATTATATCGACCGTGCATTTGGAGCTAAATTGTGTCGCTTCCGGAATCGTGCGGCGGATAATGTTTCAGCATACTTGGTACCGCAGGAATCGGGCAATCGTACAGGCGTGCGGGAGGTATCCATAACCAGCGATCAAGGTCATGGCATCACGATGGAGGCATCATCGGCAGCACCGGTAGAAGCCAATATATCGCCGTATACCGCATTTGAGCTGGAGAACGCGACGCATCATTATGAGCTGCCGAACGTTCACCATACCGTTGTTACCATTGCCGGGCGGCAAATGGGGGTTGGGGGTGACGACAGCTGGGGGGCTCCGGTTCATGAGGAGTATCAAATCGATCCTTCGATGGACATGTCCTTTGAATTTACGATTCGCAGAGCTTAA	MKQQVERGVAPSLAWLSDPGVFAVGRMPAHSDHQYYESMLEAEQLGEMPWRRSLNGSWKFSYARNAKERQADFYKTEESCRGWDDIEVPGHIQLQGYGRPQYVNTMYPWDGQEFLRPPMISEDHNPVGSYVKFFNVPAGWQQRPLYISFQGVESAFYVWLNGEFVGYSEDSFTPSDFDLTPYLTEGENKLAVEVYQRSTGSWLEDQDFWRFSGIFRDVYLYTVPDVHVQDLHVQTDLDETYERGTLRVTMQLRGKPASKVALELKDAAGNPVVRGETHASGETASIALAAGKVKRWSAEEPNLYTLYVSVYDASGNLVEVVPQKIGFRKFEMIDKVMHLNGKRIVFKGVNRHEFNSRRGRSITKEDMLWDIKTLKQANINAVRTSHYPNQTMWYELCDEYGVYVIDEMNLETHGSWQKMGAVEPSWNIPGSRPEWQDIVLDRAISMIERDKNHPSILIWSCGNESYAGEVIRNVANLFRERDPSRLVHYEGVFHNREYDDASDMESRMYAKPADIEQYLQNDPSKPYISCEYMHAMGNSVGGLHKYTELEQKYPMYQGGFIWDFMDQVIVKHDRYGKPFMAYGGDFDDRSTDYNFSGNGIVYANRTWSPKMQEVKFLYQNVKLTPDRYGVTIRNENLFASLDAYDVIYCLNYEGRNIYSGAVCPQVGPGEERYVKLELPEEGLPIGEYALDVSLVLKKDSLWAKAGYEMAFGQFVFREENPLAVDKSSTTQVRERLQPGSDVSHDTAANDFRVVEGDVNIGVHGRDFSVMFSKQAGTLISVKYAGREMISSPPVPLFWRAMTDNDKGAGLHFDSALWYAASLTRRTLSCELTEDSDHATVTYMYKLSVSEEVRVRVSYTVFADGSIQLKSGYQGAPGLPRLPIFALTFKVPADYDNLDWYANGPEENYIDRAFGAKLCRFRNRAADNVSAYLVPQESGNRTGVREVSITSDQGHGITMEASSAAPVEANISPYTAFELENATHHYELPNVHHTVVTIAGRQMGVGGDDSWGAPVHEEYQIDPSMDMSFEFTIRRA	PGPT0017810_1080	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
JZ016_02481	822	lacG_3		Lactose transport system permease protein LacG	ATGAAAACCAAACGCGTGTTTACTTACCTGTTTCTGATTATCGCTGCCCTGATCTCCATCTTTCCGTTTATCTGGATGGTTGTCAGTGCCACCAATCCGTCCGTGGACGTAACGAAAGGGACGCTGCTGCCGGGTTCGCACCTGGTCAAGAATATCAACAATCTGTTCAGTTCCGTGGACATGTGGCAAGCTCTCTGGAATTCCGCAAAAATCTCGGTGGTGACTACCGTGCTTTCACTGCTGGTTGCCTCAGCCGCTGGTTATGGCTTTGAGATGTACCGCAGCCGCGGCAAAGATATCGTATTTAATATCCTGCTAGCCTCGATGATGATTCCGTTCGCGGCGATTATGGTGCCCTTATTTCAGATGTTTGCCAAAGTATCAGGGGTTGTACCCTTTCTAGGCATTGATACGGCAGGGGCTGTCATTCTGCCGACATTCACGACGGCGTTCTTAATCTTCTTCTTCCGTCAAAGCACCAAAATGTTTCCCAAGGATATGATGGAAGCCGGTCGCATCGATGGTCTGTCGGAGCTGGGCCTATTCTTCCGCATCTATATGCCGACGATGAAATCGACCTATGCAGCCGCAGCGATTATTACTTTCTTGAACAGCTGGAACAACTATCTGTGGCCGCTGATCGTGCTGCAGTCGCCGGAGAATATGACCGTGCCGCTGCTGATATCGAACCTGGGATCAGGCTATGCTCCAGACTACGGTTTGATCATGTCCGCCATCGTCATTACGACGCTGCCGACGGCGCTTGTGTTCTTTATGATGCAGAAGCAATTTGTTGCTGGGATGACAGGTTCCGTGAAATAA	MKTKRVFTYLFLIIAALISIFPFIWMVVSATNPSVDVTKGTLLPGSHLVKNINNLFSSVDMWQALWNSAKISVVTTVLSLLVASAAGYGFEMYRSRGKDIVFNILLASMMIPFAAIMVPLFQMFAKVSGVVPFLGIDTAGAVILPTFTTAFLIFFFRQSTKMFPKDMMEAGRIDGLSELGLFFRIYMPTMKSTYAAAAIITFLNSWNNYLWPLIVLQSPENMTVPLLISNLGSGYAPDYGLIMSAIVITTLPTALVFFMMQKQFVAGMTGSVK	PGPT0016370_203	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_LACTOSE|ARABINOSE_TRANSPORT,PGPT0016370-lacG|araQ-K10190	NA	NA
JZ016_02482	1032	lacF_7		Lactose transport system permease protein LacF	ATGCCCTTGCTCCTTCTTCTCCTGAAAAGTGGACATCTGCTGAAGGAAGGGAGCGAGGGTTTTATTATTTCTATCCATAAGACATGGATCAACAGAAGGGTGTGGAGTGGTGTGAATACAGAAAAAGCCAGGCTAAGCCCGCAAATTCATAAGGGCCTGAACAGTCAAAGGCGGATACGTTTGACAGGCTGGTTCTTTGTTCTTGTGCCGGTTGTCATGATTAGTATTTTTTATTTCTATCCGATGGTTCAAGCGTTAATCCTATCCTTCAAATCAGGCAGGGGCAGCAATCTGCAGTTTGTCGGTATAGACAACTATATTCGTCTGTTCAGCGATACCACCTTCCTTACGGCCGTCAAGAACACATTTATTTACTTACTCATTCAGGTTCCGGTCATGCTGGTGCTGGCGCTCTTTATCGCTGTGCTGCTCAATGACGATAGACTGAAGTTTAAAGGTTTTTTCAGAACGGCTATTTTCCTGCCGACGGTAACCTCGCTTGTAGCGTACTCCGTCGTCTTTAAGTACATGTTCGGAGCCGACGGCATCGTCAATAAATTTCTGGTGAATCTTCATCTGATCCAGGAACCGATTCAATGGATTACCGACCCTTTCTGGGCGAAAGTTACGATTATCATCGCGATTACCTGGCGTTTTACAGGCTATAATATGATTTTCTATCTATCATCACTTCAAAATATCGATAAATCCGTGTATGAAGCTGCACGCATCGATGGTGCAAATGCCTTCACGCAGTTTTTCAAAATTACGATTCCGCTATTGAAGCCGATCATTTTGTTTACGTCCATAACATCGACCATTGGAACGCTCCAGTTGTTTGACGAGGTGGTTAACATCACCAAAGGCGGCCCCGGAAACGCAACCATGTCGATATCGCAATATATTTACAATCTTTCCTTCGAATACACGCCTGACTTTGGATACGCAGCTACCGTTTCCTACTCGATCGTACTCATGGTGGTCATATTGACGATGATCCAGAACAAAGTTGGAGGTGACAAGAGATCATGA	MPLLLLLLKSGHLLKEGSEGFIISIHKTWINRRVWSGVNTEKARLSPQIHKGLNSQRRIRLTGWFFVLVPVVMISIFYFYPMVQALILSFKSGRGSNLQFVGIDNYIRLFSDTTFLTAVKNTFIYLLIQVPVMLVLALFIAVLLNDDRLKFKGFFRTAIFLPTVTSLVAYSVVFKYMFGADGIVNKFLVNLHLIQEPIQWITDPFWAKVTIIIAITWRFTGYNMIFYLSSLQNIDKSVYEAARIDGANAFTQFFKITIPLLKPIILFTSITSTIGTLQLFDEVVNITKGGPGNATMSISQYIYNLSFEYTPDFGYAATVSYSIVLMVVILTMIQNKVGGDKRS	PGPT0016365_48	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_LACTOSE|ARABINOSE_TRANSPORT,PGPT0016365-lacF|araP-K10189	NA	NA
JZ016_02483	1314	lacE_2		Lactose-binding protein	TTGAAAAAATTAATGAGCTTACTGCTGGCCGGGGTTCTCCTCTTGTCGGCATGTTCCTCGGGCGGCGGTACGGAAGGCGGGTCGGGCAGTAACGGCAGCTCTAGCGGTGGAGGCAGTGCCGCTCCAAAAGAAATTACGGTATGGGCTTGGGACCCGGCATTTAACATTGCCGCCATGAATGTAGCTAAAGAAGCCTATGCCCAAGTGAATCCGGACGTCACGATTCATGTGGTAGAGAATGCGCAGGCCGATATCGTTCAAAAGCTGAACACCGGGTTGAACTCCGGTTCCACAAAAGGTTTGCCTAACATCGTGCTCATTGAGGATTACCGTGCGCAGAGCTTCTTGCAAGCGTATCCGGATTCCTTCTACGAATTGACGGACATCGTGAAAGTGGATGACTTTGCGGACTATAAGATTGGCCCGACCAGCGTAGATGGCAAGCAGTACGGCGTTCCGTTTGATTCCGGCGTGACGGGAATGTACGTGCGAACGGATTATCTCGAGCAAGCAGGCTACAGTCTGGATGACCTGCAGGACATCGACTGGAAGCAGTACATCGAGATTGGCAAAGCCGTCAAAGAGAAAACCGGCAAAAACATGATTACGCTCGATCCTAACGATTTGGGACTTATCCGCATGATGATCCAATCAGCGGGGGCGTGGTATACGGCAGAAGATGGCCAGACTCCGACGATTGCAGACAATGCTCCATTGAAGGAAGCCTTTGAATTGTACAAAGAAATGATGGATTCCGGCATCGTGAAGGTGAACTCGGACTGGAGCCAATTTGTCGGAGCATTCAACAGCGGTGAAGTGGCTACCGTGCCGACTGGTAACTGGATTACACCTTCGATCAAAGCCGAAGCTTCCCAATCCGGTAAATGGGCGGTAGCTCCGCTTCCTAAGCTTGCGGCAACAGAGGGGTCCGTCCATGCATCCAACCTTGGCGGCAGCTCCTGGTATGTCATGAATGTAGAGGGTAAAGAAGCAGCTGCGGATTTCCTCGCGAAGACATTTGCTTCCGATGCTGAGCTGTATCAGACGTTGAACACAAAAGTTGGGGTCATCGGCACCCTGAAAGCCGCCGCAAGCGGAGAAGCTTACGCGGCAGCGGATGAATATTTCCAAGGCCAAAAAGTCGTATCAGACTTTGCCGCTTGGACCGAACAAATTCCTAACGTTAACTACGGCATGAATACGTACGCCATCGAGGACATTATGGTCGTTGCCATGCAGGCGTATCTCGGCGGTAAAGTCGTGGAAACTGTTCTGAAAGATGCGCAGGCGCAGGCCGATACGCAAATTCGTTAA	MKKLMSLLLAGVLLLSACSSGGGTEGGSGSNGSSSGGGSAAPKEITVWAWDPAFNIAAMNVAKEAYAQVNPDVTIHVVENAQADIVQKLNTGLNSGSTKGLPNIVLIEDYRAQSFLQAYPDSFYELTDIVKVDDFADYKIGPTSVDGKQYGVPFDSGVTGMYVRTDYLEQAGYSLDDLQDIDWKQYIEIGKAVKEKTGKNMITLDPNDLGLIRMMIQSAGAWYTAEDGQTPTIADNAPLKEAFELYKEMMDSGIVKVNSDWSQFVGAFNSGEVATVPTGNWITPSIKAEASQSGKWAVAPLPKLAATEGSVHASNLGGSSWYVMNVEGKEAAADFLAKTFASDAELYQTLNTKVGVIGTLKAAASGEAYAAADEYFQGQKVVSDFAAWTEQIPNVNYGMNTYAIEDIMVVAMQAYLGGKVVETVLKDAQAQADTQIR	PGPT0016360_108	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_LACTOSE|ARABINOSE_TRANSPORT,PGPT0016360-lacE|araN-K10188	NA	NA
JZ016_02484	1791			hypothetical protein	ATGATCGGACAAGCCATAAACAAGCTGCGAAAACAGGGGTTATTCCTTAAGCTGTTTCTCGTGACCCTCATCAGCATCGTGACCGTATCACTTCTGACGCTGTCCATTACCATCAGCATGTCGGAAAAGTTATTTCTGCAGACATTCAGCATCACGAACGGCAAGTTGTTAAACCAGATGAAGTCAAACCTGGAGTCCTATAATAACGCCATAGCAACCGGTGCCACCATGATCGCCCAGAATGCGGCGATCCGCAGTTATTTATCGGGCGGAGAGACGGAGGCCGTGGCGCTTGCGATGAAAACGTACCAGATGACAGAGGGCATGAAGTCGGTCCAGTCTAACTTTAGTGCTTACGATGTTGGCATCATGATCGTTGGAGCGAATGGGAGAAGTTATTCCACAGATCCTTGGTATTGGTCTATCTCGGCCAAGGAACTGAAGGATCACCCGATTACAAAAGCGACTATGGCTCACCCTGCGCAAATCTTATACCAGCTTTATCGCAACGAGGGTCATAGCGCAGACGCAAAGGAGCCCATGCTCGTCGCTTCCAAAGCTCTCTTTGATCAGTCGACCGGGAGAATGTATGGCACGTTATACGTGGCCATTCGCGACCGGAATTTTAAACCCTTCTATGCCAATTTTACAAGCGAAGGCAATGACGTCGTGCTGTTGAACGAGGAAGGGGTTATTGTATCCAGCAACAGGACCGAGTTGATCGGGATGGCGGATAAGGGGCTGCTTCAAGAAGTCGTAACGGATCAGGGCGAGGGAGAGGACGATGCATCTGCCTATGTGATGGGGAACGAACGAATTGTGTTCTCGGAATACTTGCCGGAATTCGAGTTTTATTTGGTCAATATGATCGACAAGAAAGCCGTGACCGGACAGATGGTGAACGCTAAAGCAGTCACCTTGACAATCATGTCCATCGTTGCGATATCACTTGTCATTGTTTTTCTGATCACCCGGCGAATGACGCAGTCGCTCCGTGTGCTCGTCAAACAGATGTCGAATATTCCGACAAGCGGATTCGATCATCATGTAGATGTTGCCAATAGCAGTTATGAAGTTAAGGAATTAGGGAATGCGTATAATTATATGCTTGATGAGCTGCACGATTATGTGGATCGATTGATGGAAACCCAGAAGCAGCAGCGAAATGCGGAGCTGGCCGCGCTCCAAATGCAAATCAATCCACATTTTTTATACAATACGCTGGCTTCGATCAAATTTCTGGTGCAGCAGGGCAACAAGGAAAAAGCCGCGGGTACGATCAACGCGCTTATATCGCTCCTGCAAAATACAGTCAGCGATATTCATTCCACCATACCTGTGCGGCAGGAGCTGGAGACACTGAAGCATTATGTGTATATTAATCACGTGCGTTACGGTGAGAAAATCCGCGTTCATTACTTTGTGGAGCCGGATAGCCTGGATTATCATATGCCCAAACTCATTCTTAAGCCTTTTATTGAGAATGCATTCTTTCACGCATTCAACATCAAGGGAGAGGGAACAATTCTGATCATGATTGCGGTTCAGGAAGACCAGCTTGTATGTGAAGTTGTAGATGACGGGGACGGAATGAATCTGGAGCAGAACCCGGCGGAGGAAGAATCGTTGCCTGCACCGATGAGCAAACGCCAATTGTTCTCCGGCATTGGGATACGCAATGTGGATGACCGAATTAAGTTGATGTACGGCGAGAAATACGGGATCCACATTACAAGCAAACGCAGTGAAGGAACAAAAATCATCATTACGCTACCATTGACCAAAAGCTAA	MIGQAINKLRKQGLFLKLFLVTLISIVTVSLLTLSITISMSEKLFLQTFSITNGKLLNQMKSNLESYNNAIATGATMIAQNAAIRSYLSGGETEAVALAMKTYQMTEGMKSVQSNFSAYDVGIMIVGANGRSYSTDPWYWSISAKELKDHPITKATMAHPAQILYQLYRNEGHSADAKEPMLVASKALFDQSTGRMYGTLYVAIRDRNFKPFYANFTSEGNDVVLLNEEGVIVSSNRTELIGMADKGLLQEVVTDQGEGEDDASAYVMGNERIVFSEYLPEFEFYLVNMIDKKAVTGQMVNAKAVTLTIMSIVAISLVIVFLITRRMTQSLRVLVKQMSNIPTSGFDHHVDVANSSYEVKELGNAYNYMLDELHDYVDRLMETQKQQRNAELAALQMQINPHFLYNTLASIKFLVQQGNKEKAAGTINALISLLQNTVSDIHSTIPVRQELETLKHYVYINHVRYGEKIRVHYFVEPDSLDYHMPKLILKPFIENAFFHAFNIKGEGTILIMIAVQEDQLVCEVVDDGDGMNLEQNPAEEESLPAPMSKRQLFSGIGIRNVDDRIKLMYGEKYGIHITSKRSEGTKIIITLPLTKS				NA	NA	NA	NA	NA
JZ016_02485	1572	cheB_9		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAAACCATTATTCAAGATCATGATTGTGGATGACGAAATGCTTGTCAGGCAGGGGATTAAACACCTGCTCAATTGGGAACAGGAAGGATACCAAATCGTCGGTGAGGCTTCTAACGGTCTGGAAGCACTGAATTTGATGGATGAGGTGAATCCCCACGTCATTCTTACAGATATCGTAATGCCTGTCATGGGCGGGGAGAAACTGGTCAAGATTGTTAAGGAGAAGCATCCTCACATCGAAGTCATCGTGCTCAGTAGTTTCAGTGAATACGATTACGTCCGGTCTACTTTCCAGAGCGGTGTAGCGGACTATATCCTGAAGCCAAAGCTGGAAGCTGATTATCTATTATCCATCCTAAATAAAACTACGGCCAAAATGGTCGCCATGAAGCCGATGGATGATCCAAGCGCGGGTCGTGAGGAAGGGCAGATCCTGCAAGCCATCGAGAAACTTATGACCGGGTATGAGCCTGCGCTGGATCCCGTGTTGCTGGATTCGATATTCCCTTATGGACAGTATTTGTTTTTTGGAGCGGATATGAAGCACATGAAAGATTCCGGTGACAAATGGAGTTTCGGAAACGAAATGGAACGAGGGCTTCAGCAGCTTGCTTTGTCCGAGATCGTGTATATACGGTTGAAGTTTATTAACGATACGGCACTTTTTCTGCTCAATGTGAATCCTGAGCGGTGGGACGAGCTTGTTATTGAACTCCGGCATCTGATCTCCAAACTGGTACAGGATATGAGTGAGACGCATTTTGTTATCAGCCAGTGCTTCGCCGATTTTAAAAGTCTCGGTGAGGTCTACCATGACAATTATCTGAAACTCATGCGATACGGCTTCTTCCTTAAGGACCGGACGCTGATTGAATACGAACATTTGCCGGGCCTTCCGGATTCGCATCTCGAATATGACATGGGCGAGCTCATGGAACTGTTGAAACGTAGGCAGTACCGGAAGGCCTTCACCGGCTTTTTGGAATACGCCGGCCTGCGCTCGATGGATTATCGCACCGATATTTTCGAATTCAAATCGTCGTTGGGGAATTTCATATTTAACGTGGCGACCACGCTTGGAAAAATGAAGGTTGAGACCGGAAGCCTGGAGAATGCCAAATACGATTATTTCCGAAAAATAGACGAAGCCAGGTATGCCAGCGAAGCTATCGCTGTTGTCGAAGCGTTCATCCGCGAAGCGGAACGTGCGATAGGCGAGACGAATACATCCGTTAATCCCAATATGGACCGGCTGCTTGAATATATTCAGGACCATTATGCCGACCCCATCACACTCACCGGAGTGGCCAGGCAGTTCCACTTCAATGCATCTTATCTGTCAAGTTATTTTGCTGTGTATAATGGAGAAGGTTTCAGTGAATACCTCAACAAAATCCGCTTGGAAAAAGCCATGGAGCTGCTTCTGACAACGGAACATACGATTTCCGAAATCAGCGCCAGCGTGGGATACTCGGATCAGAGCTACTTCACCAAGGTGTTCAAGAAGCAGACAGGCATCTCTCCGAGCCAGTTTCGGAGGCAAGACGCACGGGAGATACGGGAATCATGA	MKPLFKIMIVDDEMLVRQGIKHLLNWEQEGYQIVGEASNGLEALNLMDEVNPHVILTDIVMPVMGGEKLVKIVKEKHPHIEVIVLSSFSEYDYVRSTFQSGVADYILKPKLEADYLLSILNKTTAKMVAMKPMDDPSAGREEGQILQAIEKLMTGYEPALDPVLLDSIFPYGQYLFFGADMKHMKDSGDKWSFGNEMERGLQQLALSEIVYIRLKFINDTALFLLNVNPERWDELVIELRHLISKLVQDMSETHFVISQCFADFKSLGEVYHDNYLKLMRYGFFLKDRTLIEYEHLPGLPDSHLEYDMGELMELLKRRQYRKAFTGFLEYAGLRSMDYRTDIFEFKSSLGNFIFNVATTLGKMKVETGSLENAKYDYFRKIDEARYASEAIAVVEAFIREAERAIGETNTSVNPNMDRLLEYIQDHYADPITLTGVARQFHFNASYLSSYFAVYNGEGFSEYLNKIRLEKAMELLLTTEHTISEISASVGYSDQSYFTKVFKKQTGISPSQFRRQDAREIRES				NA	NA	NA	NA	NA
JZ016_02486	516	pgdS	COG0791	Gamma-DL-glutamyl hydrolase	ATGACAATTAAAACCAAGCCAAAATTATATATCAAAAATAGCAGTGAAAAGATAATAAAGGAAGGTTATAAATATCTATCAACACCTTATCGTTTGGGAGCAAAACCTTTTCAGACAAATGAATTTGATTGTAGTTCATTTATTCAATTTCTGTATGGTCAACTTCGCATTCTTCTTCCGCGCACATCTCGCGAGCAAAGTTTGCTAGGTGAAAAAATAGAAAAAAAACAACTCAAACGTGGCGATTTATTGTTTTTTACTAATCGTAAGCGTTACAGGAAGAAAGGGATTAATAGAGTAGCTCATATTGCCATCTTTCTGGGGGATAACAAAATGCTTCATTCTTGCAGGTATAAGGGAGTTACAGTTTCTGAATTTACTGAGATTATTAATGAAACTAAACAAAGACGCTGGATAGATTACTATCTTTTCGCGAAGAGATTACCGGATTATTATGAGTATATCATGGGGGATAACAATAATGAGGGATTAGCACGCTCCCAATCTTATAGGTAG	MTIKTKPKLYIKNSSEKIIKEGYKYLSTPYRLGAKPFQTNEFDCSSFIQFLYGQLRILLPRTSREQSLLGEKIEKKQLKRGDLLFFTNRKRYRKKGINRVAHIAIFLGDNKMLHSCRYKGVTVSEFTEIINETKQRRWIDYYLFAKRLPDYYEYIMGDNNNEGLARSQSYR				NA	NA	NA	NA	NA
JZ016_02487	993	ykvP_1	COG1388	Spore protein YkvP	GTGCGCATTTTATTTTTAGAAAGTCATCCCATGTGGATATATGGACTGCCCAATGGGTTTCGGGATTTGGGGCATCGCGTAGAGTGTGTTAGTCCTAGAAAACGTGAAGCAGCAGAGGAACTCATTCGTAAGTTTCGTCCGCAAATCATTATGGTTATTGGTTGGACACCAGATAACTCAACTCAAGAAAAACAGCTCCAAATCCGCAAATTAATCAGGAATACAGGTATCCCTGTGATCTATTGGGCCACGGAAGATCCAGGATATACATTTGATTTTTCGCTGCCATTAATTCGCCGTGTAAAACCTAACTTTATTTTTACGATTTGCAGACCGAGAATCAACTTGTATAAACGCTTGGGATATCGAAGCGCAAAATTGGATTTTGGATATCATCCTTCTGTCCATGCGAAGGGAAAACCTGTGAATAAATATCGTTCAGAGATCGCCCTCATCGCGAATGCTTATCCGAAACTATATCGGGAACAACCAGATCATTTGCGTTTTCAGTGGATGAAGGATTGCATAAATACGGTATTGGAAAACAAGTGGGATTTGAACATTTACGGTCGACATTGGAATCAGATGAAAGGAATCTTCAGCCGCCCAATTCCTAAGTCAGCTATTCACGGATATTTACCGTATGAGGAAGCACATAAAGTGTACAATTCAACAGATATCATGATTGGTCTTCAAAATAAGAGGAATCAACTCACTCAGAGAACTTATGAGATACTTGGCTCAGGCGGATTTATGCTAACTAGTGATACACCTGCTATAAAGCGTTATTTTACTCCAGGGAAAGACCTGGTTACTGCAGGGAGTAAAGAAGAGATGCAGAGAGTGATTAAATATTATTTGAATCACCCGGCTGAGAGAAAGGCCATTCAACTCCAGGGACAGACTACAATCAGAAAGCATATGTATAAGTTTAGAGCCAAGGAGATTTTGCAAGTCCTTAAACGTGAAGGCATTATAACAGCGGATGTCTAA	MRILFLESHPMWIYGLPNGFRDLGHRVECVSPRKREAAEELIRKFRPQIIMVIGWTPDNSTQEKQLQIRKLIRNTGIPVIYWATEDPGYTFDFSLPLIRRVKPNFIFTICRPRINLYKRLGYRSAKLDFGYHPSVHAKGKPVNKYRSEIALIANAYPKLYREQPDHLRFQWMKDCINTVLENKWDLNIYGRHWNQMKGIFSRPIPKSAIHGYLPYEEAHKVYNSTDIMIGLQNKRNQLTQRTYEILGSGGFMLTSDTPAIKRYFTPGKDLVTAGSKEEMQRVIKYYLNHPAERKAIQLQGQTTIRKHMYKFRAKEILQVLKREGIITADV	PGPT0024857_453	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_MATURATION_PROTEIN,PGPT0024857-cgeB-K06320	NA	NA
JZ016_02488	1113	murF_1		UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase	ATGAGGTCTAATAAATGCGTTGTCATTGGTATAACGGGCAGCTCCGGTAAAACGACAACCAAAGAAATGATTGCTTCTATATTGCAGCAGAGGCATCGTGTATTTAAATCGTATAAGAATGGAAACGATTGTTGGTTCACCTCTCAATACGCAAAGCAGATAAAACCTTCTCACGAGTACGCTGTTCTCGAGTTCGGCATGAAGCATGCCGGAGAGATAACAAAGCACTGCCAATTGATTCAACCCGACATCGGATTAATCACAAACATCGGCAAAGCGCACATTGGGAATTTCAAACATGGAATCAATGGAATCGCGGCATCGAAATCAGAAATTATCAGCGGGATGAAGCCTAATGGACTTCTTGTCACAAATGCGGATGATCCTAACTCCAAAAAACTCACATTCCACGATTCCTTTAAAGGACGGATTGTGACAATAGGCATTAAACAAACGGCAGATTACCGTGCTGGAAATATTCGTTATTCAACTCAGGGGATGTCCTTTTCCGTCATGCTGCGCGGCGCTAATGAACATTTTGATATTCCAAGCATCGGAATCTATAATGTCCAGAATTCATTGTTTGCTATAGCAGTATGCGATCAATTAGGCATTCCTGTTTCGGATATAAAACACGGGTTGCTTCATTACGAGAGACCCTATGCTCGCATGGAGTTAAACCATTTGAATAACGGAGCCATCCTGATTAACGATGCGTATAATACAAAGCCTGAGCTTAATGCGGCACTCGACGTCCTTCGGTACCTAAGTAAAGGAAAACGTAGAGTCGCAGTTATTGGAGGTATAACGGATACGGGAAAATGGACGAAAAATATTCACTACCAAGCAGGAAAGGATCTGGCGCGTTCGGATCTTCATGCTTTATATACGTTTGGAACGAAAGGGAAACACATTGCAATAGGAGCTAAAAAGAATGGAATGAAGAAGCATGTTGTCCAAGTTGCCTCTATGGCAGAATTAAGAAGAAAAGTTCAGCGTGAGATTGGCCTAGGAAGTGTAATCCTGTTTAAAGGCGCTGCTCGGAATAATAATACGATACTGATGCGGTTCATCGATCGTTTACTAGGTTCGAAAACAAGGGAAAACGTTTAA	MRSNKCVVIGITGSSGKTTTKEMIASILQQRHRVFKSYKNGNDCWFTSQYAKQIKPSHEYAVLEFGMKHAGEITKHCQLIQPDIGLITNIGKAHIGNFKHGINGIAASKSEIISGMKPNGLLVTNADDPNSKKLTFHDSFKGRIVTIGIKQTADYRAGNIRYSTQGMSFSVMLRGANEHFDIPSIGIYNVQNSLFAIAVCDQLGIPVSDIKHGLLHYERPYARMELNHLNNGAILINDAYNTKPELNAALDVLRYLSKGKRRVAVIGGITDTGKWTKNIHYQAGKDLARSDLHALYTFGTKGKHIAIGAKKNGMKKHVVQVASMAELRRKVQREIGLGSVILFKGAARNNNTILMRFIDRLLGSKTRENV	PGPT0024145_5106	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024145-murF-K01929	NA	NA
JZ016_02489	981	ykvP_2	COG1388	Spore protein YkvP	TTGAATATATTATTTTTAGAGAGTCATCCGATGTGGATCTATGGTCTGCCGAATGGCTTTCGTGATTTAGGGCATAACGTGAAGATCTCCGGTCCAATCAACCGACGTAAACTGACCGGGATCATTAAAGACTTTAAACCTCAACTGATATTTACGATGAGCTGGGGAGAGGAGAATACAGCGAAATGGAAGCAGAAGTGTATTAAAGAGTGTGTTCTGAAGGCTAAGGTGCCCCATGTGTACTGGGCAACGGAGGACCCGACGCATACAGATACATTTACGCTTCCCTATGTCCGTTATGTTTCGCCGGACTTTATTTTTACTATCTGTGCAAAACGAGTTAAGGAATACAGGTCTTTAGGATTTAAATCAGACCATTGTGATTTCGGATATCATCGTTCTGTTCACCGGAAGGTAAAACCAAATCCTTCTTATAATCACACGATAGCGGTTATAGCGAACGGTTACCCCGTTAAGCTAAAAAAATACTCAAAACATTATCGCCATTCGTCGATCAAGACGCTAATCAGCCCCTTGCTCAAGGCAGGCAGGAGAATCGACTTTTATGGAACGAACTGGGACAAAATGAAACCATTCCTCGGAACACGTATCCCAAAAGAATGGATTCATGGATATTTGGATTACCGAAACGCGAATAAGGTTTATAGCACGAGTAAAATCATACTGGGTCTTCAAAATCACCCGACACAGCTGACGCAGCGCACATACGAAGTACTCGGCTCGGGAGGATTTCTAATCACCTCCGATACACCCGAAATACGAAAGCATTTTAAACCAGGGGTTCATCTCGTTACCTCTAAATCTCCAGCAGACACGATTAGGTTGGTTGAACATTATCTAAATAATCCTCGTCAGCGTGAGCAAATTGCTCTTGCCGGACAGAAAGCAGCGGCCAAACACAGCTATAAACACAGGGCCGCTTATATGCTGCAAGTGCTGAAGAAGAATAAAATCATTTAA	MNILFLESHPMWIYGLPNGFRDLGHNVKISGPINRRKLTGIIKDFKPQLIFTMSWGEENTAKWKQKCIKECVLKAKVPHVYWATEDPTHTDTFTLPYVRYVSPDFIFTICAKRVKEYRSLGFKSDHCDFGYHRSVHRKVKPNPSYNHTIAVIANGYPVKLKKYSKHYRHSSIKTLISPLLKAGRRIDFYGTNWDKMKPFLGTRIPKEWIHGYLDYRNANKVYSTSKIILGLQNHPTQLTQRTYEVLGSGGFLITSDTPEIRKHFKPGVHLVTSKSPADTIRLVEHYLNNPRQREQIALAGQKAAAKHSYKHRAAYMLQVLKKNKII	PGPT0024857_451	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_MATURATION_PROTEIN,PGPT0024857-cgeB-K06320	NA	NA
JZ016_02490	636		COG0726	Peptidoglycan-N-acetylglucosamine deacetylase	TTGAACAACAATCAGGCCGTGTATAGAGTGAATTTAAAAAACAATAAAAAATGGATTGCTTTAACTTTTGACATTGGAAATGGAAGTAAAGTTCCCTTACCTGTAATCAAAATCTTAAAGAAAGAACAGGTAGATAAGGCAACCTTTTTTTTATCAGGAACATGGGCACGCCATTATCCCGAAATCGCAAGGCAAGTGAAATATTCGGGATACGAGGTTGGATCGCACGGGTATTTACATGAGAATTATACGGAACAGACAAATAAGTGGATCAAGAAGCAATCGATAAAGGCTGAACATGCATTAATTTCGACACTCGGAGTGCATCCTCGCTTGATTCGAACACCGAATGGGGATTGGAATCAGCGAGTGGTAAAGACGTTGAAATCCAGAGGTTATACAACCATTCAATGGAGCATCGATTCGCTAGACTGGATGAAACCTGGAGTGAAGAAAATTATTAACAATGCTACAGCAAGGACAAAGCCAGGCGACATCATATTATTGCACGCAAGTGACACGGCTTCCCAGACTCCGAAGGCACTTTCCACTATCATTCGTATACTGCGGGCAAAGGGTTATGAATTTGTAACCGTCAGTGAACTGCTCAAGGCCGGATCACCTGGGGTCTGTTGA	MNNNQAVYRVNLKNNKKWIALTFDIGNGSKVPLPVIKILKKEQVDKATFFLSGTWARHYPEIARQVKYSGYEVGSHGYLHENYTEQTNKWIKKQSIKAEHALISTLGVHPRLIRTPNGDWNQRVVKTLKSRGYTTIQWSIDSLDWMKPGVKKIINNATARTKPGDIILLHASDTASQTPKALSTIIRILRAKGYEFVTVSELLKAGSPGVC	PGPT0018645_3514	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_02491	981	ykvP_3	COG1388	Spore protein YkvP	ATGAAGATTCTATTCTTGGAGCGGGGAAAGCTCTGGTCCTATGGTCTTCCAGATGGACTCAGAGACTTAGGGCATACCGTGCATATTTCAGGACCGGTTACAGAGACTGCACTTGTCAAACAGATGCATTCCTTTCGGCCCGATCTATTAATTAGCGTAGGTTGGGGTCCTGATCATACGGTTTATAAACAGCGCTTGATGAGAAAGATAGCTGCAAAATATAAGATCCCTCTCGTCTATTGGTCAACAGAAGATCCGAATTTCACGAACGAATTTACCCTACCTCTTATCAAAAGAATGCAGCCAGATTATATTTTTACCATTTCGAAGCAGACGGCAAAGATGTTTCGCAGCTTGGGTTATCCTTCCGCCTATCTGGATTTTGCATATCATCCTAACATTCATTTTAGAACCAAAATAAAACCGGCCTATCGGGCTGATATCGCGGTCGTAGCCAATGCTTATCCAGATGTTCTTCGCAGATACCCGCGCTTATACCGGCATAGAGCCATCGATATTCTTATCAAACCACTCATTTCTAGCGGCTATAAGGTCGATTTCTATGGCAAGGATTGGGGTAAAATGGGTGCCTATCTCGGAAAAACATTGCCAAAAGATAGCCTGCGCGGGAAAATTCCTTATAAAAATGCAAATCAAGTGTATAGTTCAGCCAAAATCATCATTGGATTGCAAAACTATAAACATATGCTGACGCAACGAACGTATGAAATTTTGGGATCGGGAGGATTTCTCCTTACATGTAATACTCCCGCTGTACAACGTTTGCTCCGCTCTAATTATGATGCTGCCATTTCATCGTCGGGACAAGAAACGTTGTCTCTCGTGAGATATTATCTGAATCATGATCAGGAGAGAGAAAGAATTCGAAGAAACGGAAGAGGAACCATTTCGGCAGAAAACTATAAGAATCGTGCAGCTCAGCTACTATCCGTATTAAAGGATGAGGGTATATTATCATGA	MKILFLERGKLWSYGLPDGLRDLGHTVHISGPVTETALVKQMHSFRPDLLISVGWGPDHTVYKQRLMRKIAAKYKIPLVYWSTEDPNFTNEFTLPLIKRMQPDYIFTISKQTAKMFRSLGYPSAYLDFAYHPNIHFRTKIKPAYRADIAVVANAYPDVLRRYPRLYRHRAIDILIKPLISSGYKVDFYGKDWGKMGAYLGKTLPKDSLRGKIPYKNANQVYSSAKIIIGLQNYKHMLTQRTYEILGSGGFLLTCNTPAVQRLLRSNYDAAISSSGQETLSLVRYYLNHDQERERIRRNGRGTISAENYKNRAAQLLSVLKDEGILS	PGPT0024857_442	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_MATURATION_PROTEIN,PGPT0024857-cgeB-K06320	NA	NA
JZ016_02492	621		COG0726	Peptidoglycan-N-acetylglucosamine deacetylase	ATGACGATCTATAATCGAGTAGTTAGCAGGGTCCCAACTAAACAAGCGGTCCTCGCTCTGACATTTAACATTGCGAATGGACGCAAGGTTCCGCTGTCCGTGCTTAAACTGTTGAAAACCGAAGGAATCACAAGTACTACTTTTTTTGTTACAGGAACATGGGCAAGATCCAACCCGGACATTGCTAGAAAAATCACAAATATGGGTTATGAGATAGCCTCTCATGGGTACCTTCACGATAATTACTCAGAGCGTTCGAATGCTTGGATTGAGCGAGATGTAACACGCGCACAGCGGGCAATTCAATCCGCTTGCGGGATAAAACCAATGATCATACGCACGCCAAGTGGCGATATGAATCTCCGAGTTATAAAGAAACTGCTTAACATGAATCAGCAAATTATCCATTGGGGAACAGACTCGCTGGATTGGAAAATTAGAAATCCATCCCAAATCGTTTCAAGGGTTTTGAAGAAGGCTAAATCAGGTGATATCATATTGCTTCATGCGTGTGATACCTGGCATCAAAGCCTTGATGCCCTTCCCTCCATTATTAAAGGATTGAGACAAAAAGGATTTCGATTCCTAAGCGTGAGTGAGCTGAGGAAATATGAGGAATAA	MTIYNRVVSRVPTKQAVLALTFNIANGRKVPLSVLKLLKTEGITSTTFFVTGTWARSNPDIARKITNMGYEIASHGYLHDNYSERSNAWIERDVTRAQRAIQSACGIKPMIIRTPSGDMNLRVIKKLLNMNQQIIHWGTDSLDWKIRNPSQIVSRVLKKAKSGDIILLHACDTWHQSLDALPSIIKGLRQKGFRFLSVSELRKYEE				NA	NA	NA	NA	NA
JZ016_02493	774			hypothetical protein	ATGAGGAATAAAGGGAGAATTACGAATACTAAAGGTGAGATCAGCAAAGAGAAATGGTATGGAGTAAGTGTAATCACAAGTACAAATCGACCTCAATTTTTCAAACAATTGATCCGTAATTTTTCTAGGCAGCAATTCAAACATAAAGAGCTTATCGTTATCTTGAATCACGACAATATGAACTTGAAGGAATACCGTAGGAAAGCTAGGGACAAACGTATCAAAATATACCAGCTCCCAAGTAAAATGCCCCTTGGTCATTGTCTAAATTATGCGGCCGATCAAGCAAAATACGGCATTATCTCAAAATTCGACGATGATGATTATTACGGGCCGCTTTACTTAAAAAACCAGCTGGAATCTTTGGTCCGTAACGGCGCGGATATTGTGGGAAAGCGGGCTTGCCTCATCTTTCTGGAAGGTCATAATCAGCTGGTTCTACGTTATCCCAAGCTGCAAAATCGTTTCGTCAAATTTGTGGCTGGTTCTACACTTATGATGAAAAGGTCTCTCGTTAAGAAAATACCCTTTAACAAAACATCGCCAGGGGAATGCGTCAACTTCATGGAAAGATGCCGTGGAACAGGTTATAAGATTTACTCCACGGATTATTTAGATTATGTGACAGTGCGCCGCAATAGTAAAAGAGGCCATACTTGGAAAGTCAGTGACAAAACAATTAAATCCCAAAGCATTCTGATTGCGAAAAACGATAAGAATTACAGGAAATACGCGATATCAACCAATAAAGATAAAATCAAACCAGTTCTTTAG	MRNKGRITNTKGEISKEKWYGVSVITSTNRPQFFKQLIRNFSRQQFKHKELIVILNHDNMNLKEYRRKARDKRIKIYQLPSKMPLGHCLNYAADQAKYGIISKFDDDDYYGPLYLKNQLESLVRNGADIVGKRACLIFLEGHNQLVLRYPKLQNRFVKFVAGSTLMMKRSLVKKIPFNKTSPGECVNFMERCRGTGYKIYSTDYLDYVTVRRNSKRGHTWKVSDKTIKSQSILIAKNDKNYRKYAISTNKDKIKPVL				NA	NA	NA	NA	NA
JZ016_02494	501			hypothetical protein	ATGGACAATCGGGCAAGACTACGAGCATTGGGGTATACGAACAGTTCTCTTGCCGAGGCATTACTCTCATTTAAAAAGGAGTTTAATATTAAGGGGAATTCAACACAGGTGATCAGGAGGCTAAAGGAACTGACGGACAATTCTCCTGCGATAGAAATGCTGGCTAGAGTTATTTACAGCGAATCAAGAACAGAGCCGTATCAAGGACAAGTTGCCGTTGGAGCTGTTGTGCTCAATCGCCTCCATTCTCATGATTTCCCAAACACTTTAAGAGAGGTAATTACACAACCCTTAGCTTTTACAGTCATAGCAACGGGTACATTTTGGCTTCGGCCAAATGAGAGAGTATATGAGGCGGTAAGAGAGGTTTTAAGGGGCAAAGATCCAACAGGAGGATGTTTATACTTTTTTAATCCGGAAAAGTCAACTTCCCCCTGGATTCGAAAGCTAAAACCTAAAATGAAGATTGGTCGGCATTGGTTTGCTAAAGAACTGGTTTGA	MDNRARLRALGYTNSSLAEALLSFKKEFNIKGNSTQVIRRLKELTDNSPAIEMLARVIYSESRTEPYQGQVAVGAVVLNRLHSHDFPNTLREVITQPLAFTVIATGTFWLRPNERVYEAVREVLRGKDPTGGCLYFFNPEKSTSPWIRKLKPKMKIGRHWFAKELV				NA	NA	NA	NA	NA
JZ016_02495	1209	bamB_2		Outer membrane protein assembly factor BamB	ATGTATACCATTCAAAAGAAAACCGTTACTCGACTCGTCACAACAGGCATGGCCGTAGCTCTTCTCGCATCGCCAATCTCTTCCGTGCTGCCAGGGCCGGGGCATGTCGCAGCTGCTGCGTCTGCTGTGGACAAGTCTTCCCACAGCCTGAAGCCGATTTGGACGAAGACGTTGGGAGATCCAAGCCGGATTAGCCCCCAAACCACATTAATTAAGAACAACTTATATTATACCGTTGGGAAGAAATATATTGCTTTTGACGCGTTGGCAGGCAAAACCCGCTGGACGTATCCCGCCGCTGCCGTCTCACAGACCGTAACGGATGGCCAATCGGTATGGTTTACGGATGCGACAGGCCGATTAATTAAGCTCAATGCTGTAACCGGCAAGCTGCAATGGAAAGTTAAAACACAATCCCAGCCAGGAAAGAAAGAAAGCTATGTGAACCTCAGTTTGCATGCAGCCGATGGTGTGATCTATGTCGGGGATGCGTATGGGCTGACGGCGTACAACGCATCAAACGGGAAGGTTAAGTGGAAATTGAAGGGCAGCGCCCATGGGTACAAACTGCTCCAAACGGGAAAAATCCTTGTCGCAACCACGATTATCGACGGAGCATTAACCACGAGCGGGTTACAGGGAATCGATGCTCAGAACGGCAAAGTAAAATGGAAACAGACCGACGGTGACCACCAGGACATTCTCTTCTCGAACGATAAGTCGTTCTATACGCGTGACGTAACCGAAGGCATCGATGCCGGATATGCAGCGAACATCGATGAAATGAATCTGACCAATGGGAAAATTATGGCTACCCGATCCTATATACCCGTGGATTTCGTGGAAGATCAAAGTGCATCCGATGTCGTATCCGATGGGGAATATTTCTATGTCATTGAAAAGTATGACGAGACTCAGAAGAAAGCTGTAGTTTCCCGATTCCCGACGGATAGTCGTTCTAAGGCCGACCCGGATAAAACTTATGCTTTCGAAGCGGGAGTGGCCGAATGGTCCCTCGGGGATGCGGGCCTTGCCTATGTAAGACTGGACAACGGCAAGCTGTTGACGCTCGATACGAACAGCGGACGTACGCTGGCCTCCGCTCAATACAAAGGCACTCCATTGCCGACGCTTATCGGACAAGACGTGATTGTCGTTCAGCATGGTGGGCAGATCAGCGGCGTCAAGAAAGCTGCTGCCTCCCAGTAA	MYTIQKKTVTRLVTTGMAVALLASPISSVLPGPGHVAAAASAVDKSSHSLKPIWTKTLGDPSRISPQTTLIKNNLYYTVGKKYIAFDALAGKTRWTYPAAAVSQTVTDGQSVWFTDATGRLIKLNAVTGKLQWKVKTQSQPGKKESYVNLSLHAADGVIYVGDAYGLTAYNASNGKVKWKLKGSAHGYKLLQTGKILVATTIIDGALTTSGLQGIDAQNGKVKWKQTDGDHQDILFSNDKSFYTRDVTEGIDAGYAANIDEMNLTNGKIMATRSYIPVDFVEDQSASDVVSDGEYFYVIEKYDETQKKAVVSRFPTDSRSKADPDKTYAFEAGVAEWSLGDAGLAYVRLDNGKLLTLDTNSGRTLASAQYKGTPLPTLIGQDVIVVQHGGQISGVKKAAASQ				NA	NA	NA	NA	NA
JZ016_02496	201			hypothetical protein	ATGGAACCATTCAAATGCAATTTAAAAAAGTACAGGCAGTTAGCGGGGATGACCCAGGACGAGTTGGCGGGCAAGGTCGGGGTTCGAAGAGAGACCATCATCCGTCTGGAGGCGGGGAAATATAATCCCTCGCTAAAGCTGGCGATCGATATTTCGCGGGTGGTGGGAGCGCCCATTGAGGAGCTGTTTATATTCGACTAA	MEPFKCNLKKYRQLAGMTQDELAGKVGVRRETIIRLEAGKYNPSLKLAIDISRVVGAPIEELFIFD				NA	NA	NA	NA	NA
JZ016_02497	381			hypothetical protein	ATGTATAAGGGACAGAAGAAGCGTTACGTACGAATCGGTAAGCACGGATGGCTGCTTGGTTTGTTGGGGTTTAATGGCCTTCAGTATTTCAAGACCCATGATCCGTCATTTTTGTTTTACTTTAGTTTTTTCAGCTTTTTCAGTTTCTATTTCCATGGGAAGCTGGCGGAGGAGATGCCGGATGAGCGGTATTACATGAATGCTCAGAAGGCGCGGTCCATCACCATGTGGGTGCCGGCCGTATGTTTGTTTATTATCGGAATCGGCAGCATGTTTCCCTTCGGAACAAGAGAATTCATGATCATCGTGAGCGCAGCGGGTTGGGCAGCTACGTTTCTGACGTATTCCATAACTTTTTATTATCTGGATAAATATTGTTAG	MYKGQKKRYVRIGKHGWLLGLLGFNGLQYFKTHDPSFLFYFSFFSFFSFYFHGKLAEEMPDERYYMNAQKARSITMWVPAVCLFIIGIGSMFPFGTREFMIIVSAAGWAATFLTYSITFYYLDKYC				NA	NA	NA	NA	NA
JZ016_02498	1224			hypothetical protein	GTGATCTCGACATTTCATGGATTCGCCAAAAAGCTCCTGGGGTCAAGCTACGACCGATTGTGGAAGCATGCCATAGCCTTAGCTGCTATCTTTGCGGCGCTGAGCAGCCTGGATCGCCATTACGAGGTATCCTTACTTGTATTCATGACGGCCATTTCCGTATTTACGTTCGGGATTGTGCTGAAAACTCTGTCCTCGGACGATAACCGGAGGAAGCTGAAGGGGGCGTTCATGCTTCCATTCAGGCCAAGCAAGTTCAACGCAGCTTATTTTCTTGCGGTAGCACTATATACCTTGGTTACCAAGACTTCGTACATTCTCGTTTTCTATATGGCATATTCGTCATTTACGGCTATGCATGTACCGGCATTTCTGCTTAGCTTCTTGAATGCGGGCCTGACTGCTTTCGTGGTATTTGCCTTACTGAACAGCGGTAAAAGGATGACAGCCTGTCTCTTGATGCTCCTCCAAGCGGCACTCTATCTGCTCCCTGAGCCCTTCTTTCGTTTGACGGGACTGCTGATCAGCAGCCTCCTCCAAGGGTTCGTGCTGCTTCGGACGGATTCTTACCGATTCTACAAGAACTTGAAGATGAAGGATAGCCATGCAGTACCGGTTCGAAGCTCTTCGTTCCTGCGGTATATTGCACGCTACCTATTTTCCCATAAAAGCTATTTATACAATACGATTGCATTATGTTTATTTGCAGGCTTCATGGCGTTCATGCTGGAGCAGATGCATCTTGCCTCGTACCTGCCGCTTGGATTCGCGGTTCTATCCTTCAACACGCCGATCGGCATCCTGCTGTCGAGTAATCGCGGACTTTACCGGAAAATCCAAATGCTGCCCGGCCAGCTTCAACGTATAGTGGTTCCGTATGGGCTGTTTATACTGGCAGTAAACTTATTCATATATACGATCTACTTAGCATGCTGGCAACTGTTTCATGGATCGGTGGAAATCATGTATTATGTACTTAGTGTGTTATTTGCCGCCCAATGCGCCATTTCGACCGTTTGGCTCGAATGGAAACATCCCGTTTTCCGTTGGAAGGTGGAGAGCGACTTATGGCATCATCCCCGAAAATATGCCGTTCCGCTCATCATGTGTTTATTGGCGGTCACGGTAATAAGCATGAAGCCGGCCGTGTATATGATCGCTCTGCTGGTAGGGACAGAGATGGTTTTGATTTTTAACCGCAGGAGAGGAATCAGGAATGTATAA	MISTFHGFAKKLLGSSYDRLWKHAIALAAIFAALSSLDRHYEVSLLVFMTAISVFTFGIVLKTLSSDDNRRKLKGAFMLPFRPSKFNAAYFLAVALYTLVTKTSYILVFYMAYSSFTAMHVPAFLLSFLNAGLTAFVVFALLNSGKRMTACLLMLLQAALYLLPEPFFRLTGLLISSLLQGFVLLRTDSYRFYKNLKMKDSHAVPVRSSSFLRYIARYLFSHKSYLYNTIALCLFAGFMAFMLEQMHLASYLPLGFAVLSFNTPIGILLSSNRGLYRKIQMLPGQLQRIVVPYGLFILAVNLFIYTIYLACWQLFHGSVEIMYYVLSVLFAAQCAISTVWLEWKHPVFRWKVESDLWHHPRKYAVPLIMCLLAVTVISMKPAVYMIALLVGTEMVLIFNRRRGIRNV				NA	NA	NA	NA	NA
JZ016_02499	756	albC		Putative ABC transporter ATP-binding protein AlbC	TTGTTTATGCAGGCTGGAAACGTTGGAAAGTTGGCAAGCAATGAGGGGGTGGAGCCTCGGCATTTATTAAGCATGAAGGGGCTAGCTGCTTGGTACCGTGCGGAAACAGTCCCCGTCATCTCGAATCTTAATTTGGAGATTGGCCCTAATCAGATCATAGGTTTGGTGGGATTGAACGGGGCCGGCAAGAGCACGCTGCTCCATGTCCTGAGCGGCATTCACCGGCATTATTCGCTGGAGCGGCTGCAGTGGAAGAACGAGGGAACTTCGCTGACAAGCCCTGCATTTAAACGTAATCGATATACCGTGTTCTCGGAGGACGAGTCGTTTGAGTATTTCACGTTCGAGGAGTATGTAAGGCATGTGTTTCAATCCTACGGACAAGAGGTCCGTCACGATATCTTGGACGAGCTCGTTGCAGGTTTCCATTTTCAGAATTACCGGAACGCGTACTTGGGCCAATTATCGATGGGCAGCAGGAGGAAGGCCTACCTGATCACGGGATTTGCATTGCGCCCGGAGCTGCTGCTGTTGGATGAGCCGGTCAACGGACTGGATTTCGAAAGCACGGAATTTCTGTATCAAATGATGAACGAGTACAGGAGCCATGGGACGATCTTGTTTTCTTCTCACGTTCTGGAGAGTTTATGTCTAACATCAGACAGCATCATCATTTTGGAGTCCGGATCCATCCGTCATACCTTTTTGCAGGGAGACATGGATCCCGAGTTTATTAGAGGGGTACTGAACAAGTGA	MFMQAGNVGKLASNEGVEPRHLLSMKGLAAWYRAETVPVISNLNLEIGPNQIIGLVGLNGAGKSTLLHVLSGIHRHYSLERLQWKNEGTSLTSPAFKRNRYTVFSEDESFEYFTFEEYVRHVFQSYGQEVRHDILDELVAGFHFQNYRNAYLGQLSMGSRRKAYLITGFALRPELLLLDEPVNGLDFESTEFLYQMMNEYRSHGTILFSSHVLESLCLTSDSIIILESGSIRHTFLQGDMDPEFIRGVLNK	PGPT0006725_23461	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02500	159			hypothetical protein	ATGAAAATCATTCTCCGATTCGCGATGGGACTGCTCTGGATCGGTATTGCCATCCAAAGACTTACCCAACAGTCGTACCCGCTGGCTCTATTATTTTTGGCAGGAGGCGTTCTTTTTGTTTATGCAGGCTGGAAACGTTGGAAAGTTGGCAAGCAATGA	MKIILRFAMGLLWIGIAIQRLTQQSYPLALLFLAGGVLFVYAGWKRWKVGKQ				NA	NA	NA	NA	NA
JZ016_02501	432	yiaC	COG0454	Peptidyl-lysine N-acetyltransferase YiaC	ATGCAAATTCGATTGATGACCGACAAAGATATGGACAGCCTCATTGACATTTGGCTGGCCGCCTCGAAGGAGGCCCACCATTTCATTTCACCCGAATACTGGGAATCCAAGCAAAAGGACATGCGCGACGTCTATTTGCCAATGGCCGATACCTATGTGCTGGAGGAAGCGGGCGCCACGGTAGGCTTTATATCGACCGTTCAGCATGCCTTGGCCGCTTTGTTCGTTCACCCTGGCGATCAGGGCAAGGGTTATGGCCGGGCTCTTCTTCAATTCGTGAAGGAACGCAGCCCTAAACTCGAGCTCAAGGTATATAAAGAGAACGGGAACGCTTTTCGTTTTTATTCCCGGAACGGCTTTTCCGTCGTTGAAGAAACCATCGACGAGGATACCGGTCAGGCGGAATTCGTCATGGCCTGGGAAGAACGATAA	MQIRLMTDKDMDSLIDIWLAASKEAHHFISPEYWESKQKDMRDVYLPMADTYVLEEAGATVGFISTVQHALAALFVHPGDQGKGYGRALLQFVKERSPKLELKVYKENGNAFRFYSRNGFSVVEETIDEDTGQAEFVMAWEER	PGPT0014247_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014247-argO-K22477	NA	NA
JZ016_02502	579	sigW_5	COG1595	ECF RNA polymerase sigma factor SigW	TTGCAAGGTTCAGACTTAACGCCGTGGCTGCAAAGACTAAAGGAGGGGGACAAGGAAGCATTCCGGTATGTTTATGATCTAACCGTCGATAATGTGTACCGAACTGTGGCTCTTCTTGTATCCGGCCGGCAGGATATAGAGGATATCATGAATGAAATCTATTTGAAGCTTTGGCTCTCTCTTCCGAACTATGACCCTAGTCGTCCCTTTCGGAATTGGCTGCACGGAATCACAATCCGGCAGGTTCAGGACTGGAGACGCAAAAAATGGCGAAAATTCCGGCTGTTCGAGCGTCAAAAGTTGCTTGAAATCGAGCCTGAACACCCCCAGACGGACCGGGTCATTATGCTGAACGAGACAAGCCGCGAAATGCTTGATATTCTTAACCATTTATCTTACAAGCTTCGAATGGTTGTCGTTCTCCGCTATTATCACGAATACAGCATAAGCGAGATTTCCGAGCTGCTCGAGATTCCCATGGGGACCGTCAAGTCCAGGCACCACCAAGCCATGAAAGAGCTGCGTAAACACTCGATACTCCTGGATCACGAAGAAGGAGGTGATTGCTTTGTCCATTGA	MQGSDLTPWLQRLKEGDKEAFRYVYDLTVDNVYRTVALLVSGRQDIEDIMNEIYLKLWLSLPNYDPSRPFRNWLHGITIRQVQDWRRKKWRKFRLFERQKLLEIEPEHPQTDRVIMLNETSREMLDILNHLSYKLRMVVVLRYYHEYSISEISELLEIPMGTVKSRHHQAMKELRKHSILLDHEEGGDCFVH	PGPT0014960_8184	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_02503	1143			hypothetical protein	TTGTCCATTGAAGAACAGTTAAAAGATCAAATGCACCGTGCCGCCAATCATATGGCGACCCCTCAGGATATTTATGACCGTGTATGGAAGTCAACCGAGAGAAACATTTCAAACCAAGACCCGTTAACCAGAAGATCCCGCAATCGAGGTTTCATTCGACAAGCCTTGGTCATAAGCACAGTCGCTGGTTTATTAGGTATTAGCATCGTATCCTCGGCCTTTATCTCCCCCGCGATGGCCGAAACCTTAAGCCGAATTCCGCTGATGCATAATGTATTCAAGCTCGCCGGGGATTTGGGATTGCAGACAGCCGAACAACATGGGTTGGCGAAGGAGACTCATTATCATGACACACATGACAATTATACCCTGACGGCGTCACAGGTCATATTTGACGGTTTGCGCGGAGGCATTGCGCTTCAACTGGACGAGACAGGGCACCCCGCCTCTCTGTACGATCCTTACGCCCGCAGGCAGTCCGAAGATTCATCTCCAAAAAGCAAGGGTTCCTTTGGATCGATGAAAGCATTCGTGAATGGAGAAGAAGCAGGCATTACATGGGATATCGGTCCCGGCAGCGATACCGGATCGGCTATCGTGACGATTACCGGGGAATCCTTGGACGGAGTTACCCGTAGAACTCCGTTACCTGCAGCGTTTGATTTGACGCTGGAAATTAGACTCGAGATGATCCCGGAGCCTTTTGTTCTACACATTCCGATGCAAAAAAATACGGATAACCATGCCCTGTATCCCGCTGCGCAAAAAGCGTCGGGGGATATCAGCTGGGAGCTGGAAGAAATGGAGCGTTCCCCCCTTTCCACCCGCTTTGAACTGGTGTTAAAGGATCGTTCTCCGGATGATCGATCCCTGTTTTTTGAGATTGTCGATCAGAACGGCAAAGAGATTAGATTGGTAGACCGATATGGATATGATATGAAGCAAGGTTACCGTCGTTATGACATGCTGTACGAGCCCCTTCCTTCCGATACGCAGTCGTTAACAATCAAGCCGTTTCGGTATGCATACGAAGATGCGATTGAGAATGAAAAAGAGAGAAAAACGGCCAACGGTTCTTGGAAGAAGGAATATATCCCCGCTCTAGAAATGACGATACCTATTGAGGGAGAACAGAATAAATGA	MSIEEQLKDQMHRAANHMATPQDIYDRVWKSTERNISNQDPLTRRSRNRGFIRQALVISTVAGLLGISIVSSAFISPAMAETLSRIPLMHNVFKLAGDLGLQTAEQHGLAKETHYHDTHDNYTLTASQVIFDGLRGGIALQLDETGHPASLYDPYARRQSEDSSPKSKGSFGSMKAFVNGEEAGITWDIGPGSDTGSAIVTITGESLDGVTRRTPLPAAFDLTLEIRLEMIPEPFVLHIPMQKNTDNHALYPAAQKASGDISWELEEMERSPLSTRFELVLKDRSPDDRSLFFEIVDQNGKEIRLVDRYGYDMKQGYRRYDMLYEPLPSDTQSLTIKPFRYAYEDAIENEKERKTANGSWKKEYIPALEMTIPIEGEQNK				NA	NA	NA	NA	NA
JZ016_02504	981			hypothetical protein	ATGAACAAGCATATTAAAATGGTGACGATTCTGACCGCTGCAGGCCTTTTGCTGAACAGCACACCGGCTCTGACCGGCCATACTCACGCCGCCCAAACCCATTCCTCGGTGGCTGCGGTTTCATCTTTGAAAAAAATCGATGCCAAATTATTAACAGAGGCACAGAAAAGCCTTAAAGAAGTAACCGGTAAAAGCTATTCTTTCAGCAAGGCGGAAAAATGGAGCACAGGAAATGATACAGGCTGGACCCTGACGATTAAGGGAATCAAAAACGGTTACGTCAACATCGTCAATAATAAAGTGGACACCATTCAACTGGAACAAAAATGGGCCGATCTTCAAAACTCATACAAGCAGACGCTCCAATCCGTGCTCAAGGAGCTGAACGTGGAGACGCTTCCTGATTCCGTCAGCCTTTACAAATATGCCGCTTCGGGGAAACTTGAAATGTTTGCGAGCGTAAATAACCATTACATTACACTGTTAGATGGCGAAATCAAGCGGGTTATGTCCACCATGCCGCTCGAATCCGTATCTCAGGACATGCTGGATGCTGCAAATGCCGCTGTTGAAAGCTTCAATGGAATAAACCTGGGCAAATTGACGAAGGCAGCGTATGTTAAAGGACAGGACAGCAATCACGTGGAACTCCAATTCGAGGGTGACTCTCCTAAAACCCCGGTCTTCATAAACATCGAGGAAGGGGCGCATCGAATCACGAAAATAGAAGTAACGAGCTTACAAGATTCCGTAACCGAATATACCAAGGGGTACAACAAACTTATAAGCTATAGCGAAAACAAACTATTGCAAGCTGCGATTCCTGTGGCCAAGGCTGTCTTAAACCTGGACTTGTCCGACTACAAAATCTCCAAGGATAAAGACCGTCCGGGCGTCGTTCAGTTTACCAAGAAGAATGCACCATCCGTGAATGGAATGTATAATTCGAAAGGGCAGTTCTACCTTTTCGAGACGGAATAG	MNKHIKMVTILTAAGLLLNSTPALTGHTHAAQTHSSVAAVSSLKKIDAKLLTEAQKSLKEVTGKSYSFSKAEKWSTGNDTGWTLTIKGIKNGYVNIVNNKVDTIQLEQKWADLQNSYKQTLQSVLKELNVETLPDSVSLYKYAASGKLEMFASVNNHYITLLDGEIKRVMSTMPLESVSQDMLDAANAAVESFNGINLGKLTKAAYVKGQDSNHVELQFEGDSPKTPVFINIEEGAHRITKIEVTSLQDSVTEYTKGYNKLISYSENKLLQAAIPVAKAVLNLDLSDYKISKDKDRPGVVQFTKKNAPSVNGMYNSKGQFYLFETE				NA	NA	NA	NA	NA
JZ016_02505	1401	sasA_22		Adaptive-response sensory-kinase SasA	ATGAGGAATCGAAGAAGCGTCCATAACAGCCTGATGATAAATTATGTCCTGTTTTCCGTCATTCTAGGGGTTATCGGTTTTCTGGTATATGAAAACATGTATGATGCCCGTGAGGAATATATAAGCCGGACACTTCCCATGGTTGAAGCGAGCCAGCTGATACGGGACGATTGGGAGAGCATCCCCTATGAAACCGTCCAATCTTTTGGCGGTTACATCCAGGTGCTGGACAAGAGCCTGAACGTTGTCTTTTCGCGGGGCAGCGGAATGGAAAAGGCAAAAGCCTCCTATACGGAGGAGGAGCTGCTCGCCCTGTTCTATGAAGGGAACGGGTCGGGATATCACTCCCTAGCCCCTTTCGTTTCACCGGAAGGCCGGGAATACCGGCTGCTTGTTACGATACCGGGCGGAGCTGTGATGAAGGAAAGCCGTTTGGTGAAGACAAACGCCGAGATAACCGAAGTTTTCACCAGACTTCTGATTGAGGGATTTCTGTGGTTTGCCGCCGCATTTTTATTGAGTTTATGGGTATACGGCCGGATTACGGGAAGAAGGATCACGAATCCGCTAACGGACGTTTCCCGCGAGCTCGCACAGATTGCAGAAGGCAGGGGAGGGAAGCGGCTATTTTTTCGAGCCAACAAGGAGTTAATGGATCTTCAGCTTCATTTCAACCGGATGGCGGACAGGCTTGAGCAGGCGGAGACGGCAAAGCGAAGACTTGAAGAAGGTCGCCGCCGGCTGATGATGGATATTTCCCATGATCTGAAAACGCCGATTACAACGATACAGGGTTATGCGGAGGTGCTGCGGCTCGGTATGGAGCAGAATGAAGAGCAGCGCCTGAAATATGCGAACCGCATTTATGCCAAGGCGAGGTTTATCGCCTCGCTTGTCGATGACCTGTTTGAGCTAACCAAGCTGGAGAGCATGGAACTGTCATACGAGCGGAAGATAGGTGATTTAGCTGAGCTGTGCCGCACTGCGGCAGCCGATCTGTACGATTCGTTTGAACAAAAGGGAATTACGCTGGAAATCCGCATTCCGGAATCGCCGGTCATGCTGCTTTATCACGATGGTCTCATGCATAGAGCTCTTACGAATTTATTGACGAATGCCCTGAAATACAATAAAGAGGGTGCTCATGTATGGCTGGAGCTGGAGGCACGTGATGAAGGCATCCTGCTTACCGTGGGAGATAACGGTCCGGGAATATCGGACCCTGTGAGAGAGACGGTGTTCGAACCTTTCGTGCGCGGTGATCAGGCCAGAAGAAGTGATGGCGGCAGCGGGCTCGGTTTAGCCATCGCACGAAGCTCGGTTGAGCGGCATGCCGGGCAAATTTGGCTTGATCCGGAGGCGGAGGGCACCGTTGTTCATATTCGATTGACCATGACATGA	MRNRRSVHNSLMINYVLFSVILGVIGFLVYENMYDAREEYISRTLPMVEASQLIRDDWESIPYETVQSFGGYIQVLDKSLNVVFSRGSGMEKAKASYTEEELLALFYEGNGSGYHSLAPFVSPEGREYRLLVTIPGGAVMKESRLVKTNAEITEVFTRLLIEGFLWFAAAFLLSLWVYGRITGRRITNPLTDVSRELAQIAEGRGGKRLFFRANKELMDLQLHFNRMADRLEQAETAKRRLEEGRRRLMMDISHDLKTPITTIQGYAEVLRLGMEQNEEQRLKYANRIYAKARFIASLVDDLFELTKLESMELSYERKIGDLAELCRTAAADLYDSFEQKGITLEIRIPESPVMLLYHDGLMHRALTNLLTNALKYNKEGAHVWLELEARDEGILLTVGDNGPGISDPVRETVFEPFVRGDQARRSDGGSGLGLAIARSSVERHAGQIWLDPEAEGTVVHIRLTMT				NA	NA	NA	NA	NA
JZ016_02506	732	walR_6	COG0745	Transcriptional regulatory protein WalR	ATGGAACAAGATACGAGACTAGTAAAAGGACGGACGATCTTGATTGCGGACGACGAGTCGGACATCACGGAGCTGCTGAGGCTGTTCTTGGAGCGCGAGGGTTATCGCGTGCTGGAAGCTATAACCGGACGGGAGGCATGGAATATATTGCAGCGCGAGCCGGTCGACCTGGCGGTAGTCGACATTATGATGCCAGAACTTGACGGCTATCAGCTGATCGCCCGGATCCGGGAGAATCACAGGCTTCCCGTCATTATTTTGTCGGCTAAAACCGGGGATGTAGATAAAGTTACCGGGCTGGGGCTCGGGGCGGACGATTTTATCTCCAAACCGTTCAGTCCGATCGAAATCGTAGCGAGAATCAAGGCGCAGCTTCGTCGTTATTACGAACTGAAGGGCGCGGAACCCGCCCAGCGGTCGGAGACGTTAAAGACCGTGTGCGGACCACTGATGCTGGATCATGAAGCTTGCGTCCTTTACAAGCGAGGCGAGGCGATTACGTTAGGCCCGCTGGAATACAAGCTGCTCAGGTTGTTGATGGAAGCGCCGGGACGGATCTTTACGAAGCGTCAAATTTATGAGAATGTGTGGAACGAGCCGTATCTGGAGGACAGCAACACCGTTATGGTGCAGATCAGCAGACTGAGGGACAAGCTCGAGGACGACCCCGGGAACCGAGGTTTCTTATCACCATTAAGGGACTTGGGTACAAGCTTGATCCGAGAGACGTAG	MEQDTRLVKGRTILIADDESDITELLRLFLEREGYRVLEAITGREAWNILQREPVDLAVVDIMMPELDGYQLIARIRENHRLPVIILSAKTGDVDKVTGLGLGADDFISKPFSPIEIVARIKAQLRRYYELKGAEPAQRSETLKTVCGPLMLDHEACVLYKRGEAITLGPLEYKLLRLLMEAPGRIFTKRQIYENVWNEPYLEDSNTVMVQISRLRDKLEDDPGNRGFLSPLRDLGTSLIRET	PGPT0028485_16	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028485-vanRC|vanRE|vanRG-K18349	NA	NA
JZ016_02507	1485			hypothetical protein	ATGCGTATATATGAAACAGCATTATGGATCATCAATCTGGCACTAATCATAGGCTGCGTCACGTTATTGGGGAAACACAAGCGTTCTGTACATCTCTGCTTCTGGGCAGCCGCACTGTCCGGGGGCCTAAGCCTTATCCATATGATAACCGAAGGCTACCGATGGCAGATGATCCCGGCCTATGCGGGATGTCTAATCGTAGGAGGACTGGCCCTTTATCATTTACGGCAATCCACTCATTCGAAGGATCATCCCTCGATCCAGCCTGCGAAGCGGTTTGCCGGAATGACAGCAATCAAGCGCTGGATCACCGCACTGCTTCTGCTCGTGCATATCGGCGTTTCGGCTGCATTGCCGTCACTCCTTCCGGTTTTCTCCTTTGCCAAACCTCAAGGACCATATCCTGTCGGAACGACCACGATGGTACTCGAGGACGAGCGCAGAGAAGAGCCGTCCACGGATGATCCTGCGGATCGCAGAAAACTTATGATCCAAATCTGGTACCCTGCGTCACCGGGCACAGGGACCGGGCCATCTCCGTATATAGAGCATCTCCCTGTCGTTCTTGAAGGTTTACGGCAGGCCATCTCCATACCCCCGTTTTTGTTAGGCCAACTGAAATACGTGCAGCCCCATTCCGAGCAAGATGCGGAGTTATCCACGGACCAGGAACGCTATCCCGTGCTGTTGTTCTCCCACGGACTGACCGGTTTCCGTAACCAGAACACGTTTCAGGTTGAAGAACTGGCCAGTCGAGGATACGTTGTCGTCGGCATCGATCACGCCTATGATGCCGCCGCCGTCGTCTTTCCGGACCAGACAGCCATGTTGAAACTTGAGAACCTGTCGGGCTTCGATGCATACGAGAAGAAGAGCCGGCTGTGGGTCGAAGATGCCAAGTTCGTACTGGATCAAATAGAGCTGCTAAACGAATCAGACCATAAAGGGATCTTATCCGATAGACTCGATATGGATAAGGTCGGCATGTTCGGCCATTCCTTTGGCGGCGCCACGGCAGCGCAGATGCTGCTGGCGGATAGCAGAGTGAAAGCTGCCCTCAATATGGACGGAACCCTTTACGGCCAGCCGGTGCCTGAAGGCGGATACGGGAAGCCGTATATGCAGATGAATGCGGAGCTTAGCATAGACCGCCTCGCATTCGAGCGATCCTTGGACCAGGCAATTGAATCTTCCGGCCGTAGTCGGGAAGATTACGAGCAGTTTTGGGCCGAGTCGGCGGAGCGCCGAAAACGGGCTGGGGCAGGAGAAGCATACTCGGTCGAATTCGCCCATGCGAACCATATGAGTTTCACGGATTTTTACCTGTTCTCTCCATTATTACCGCCAACAGGGGCTGCCCCTCGTCAGATGCACCGCTCCATTAACGAGCTCTCATCCGCTTTCTTCGACCGGTATGTCAAAGGCGATTCCAATGTTTCGCTGGAAAAGATCGCTCAAGGCTTGCCCCATGTGACCATGCCGTAG	MRIYETALWIINLALIIGCVTLLGKHKRSVHLCFWAAALSGGLSLIHMITEGYRWQMIPAYAGCLIVGGLALYHLRQSTHSKDHPSIQPAKRFAGMTAIKRWITALLLLVHIGVSAALPSLLPVFSFAKPQGPYPVGTTTMVLEDERREEPSTDDPADRRKLMIQIWYPASPGTGTGPSPYIEHLPVVLEGLRQAISIPPFLLGQLKYVQPHSEQDAELSTDQERYPVLLFSHGLTGFRNQNTFQVEELASRGYVVVGIDHAYDAAAVVFPDQTAMLKLENLSGFDAYEKKSRLWVEDAKFVLDQIELLNESDHKGILSDRLDMDKVGMFGHSFGGATAAQMLLADSRVKAALNMDGTLYGQPVPEGGYGKPYMQMNAELSIDRLAFERSLDQAIESSGRSREDYEQFWAESAERRKRAGAGEAYSVEFAHANHMSFTDFYLFSPLLPPTGAAPRQMHRSINELSSAFFDRYVKGDSNVSLEKIAQGLPHVTMP				NA	NA	NA	NA	NA
JZ016_02508	858			hypothetical protein	ATGAAAAAGGTTTACAAAGTACTCAGCTCCGTAGCGCTGGCAGGCATCATTGGTGCAACTACTATGGTATATGATCAAACACAGGCAAGTGCAGCCAGTGTCGGAACAACGGTTACTGCAACTGAAAAAGCTGCAACAACTGCGCCTGCTGCGGCAGTCAAGAAAGCCGAGCAAACATTAAAGAAAATAACAGGCACTGCCTTCAAGCTAAACAAAGGTGAGTCCTTTGGCACGAAGGAATGGTCCTATTCCGTTAAAAATTCCCCTTTTAGCCAAGTTATCTTGGATGCAAAAGGAAAAATTAGTAGTGCTAGCATCAGCACGGACAATCTGACCTACCACCTCAAAAAGGACAAGCTCAGTCACACCACTGAGTCAATCGAACTGGATACGGTAGACTCTTCCGTACAACAAGCTGCGGAAGCTGTTTTCGACAGATTGGAAGGCGTGGAGCAAGGAGAACTGGCCGGTGTCTCTCTTATTAAAAAAGGGACCAAACAAGTGTATGAGTTCATGTACGTGGACGGGGATTTCGGAACGTGGATAGGGATCGACAAAAACACGCTGGATGTTCTGAGTGTAAACGCTAGAGCCCTGGCAGATGATCTGTATGGCAAGGATCAGGCTGTTATTGATAAATATGAAAAAAGCATCAAAGCGCTCACTGAAAAGCAGCTGTTGGCACAAGCAACAGAGCAGGCTGAGGCTTGGCTAGGCCTTGATCTGACCGGATACAAAGCAACGAAGGATGTTTTCCCATCTGACCGCGTTGTTTTTGAAAAAAAAGGAGCCCCTAGCATTATAGGTAACTTCAATTCGGACGGTATGTTCTTCCTCATCGCCGTGCAGTACCTGTAA	MKKVYKVLSSVALAGIIGATTMVYDQTQASAASVGTTVTATEKAATTAPAAAVKKAEQTLKKITGTAFKLNKGESFGTKEWSYSVKNSPFSQVILDAKGKISSASISTDNLTYHLKKDKLSHTTESIELDTVDSSVQQAAEAVFDRLEGVEQGELAGVSLIKKGTKQVYEFMYVDGDFGTWIGIDKNTLDVLSVNARALADDLYGKDQAVIDKYEKSIKALTEKQLLAQATEQAEAWLGLDLTGYKATKDVFPSDRVVFEKKGAPSIIGNFNSDGMFFLIAVQYL				NA	NA	NA	NA	NA
JZ016_02509	777	mta_1	COG0789	HTH-type transcriptional activator mta	ATGGATGAAGTAAGAACATATTCGATCGGAGAATTTTCGAAAAAAACGGGGATTCCGGTTCGTACGCTGTATTATTACGATGAAGTCGGGCTGCTTAAGCCGATAAAGCATCCGGTTTCCAAACATCGTCAGTATAGCCAGGAGGATGTGCTGGCCCTTCATAAAATTGTCAGCTTGAAATTTTTAGGATGCAGCCTGGAGCAGATTAAGGAGCTGATGGAGCATTGCGAATTTGATGTCAATTTGAACGAGACGCTGCTGGCACAGAAAACAGCGCTGGCAGAAGAAAAAGAGCGCATTGAGCAATCTATGCAAGCCATTGATCGGACGATTGTGCTGCTTGAAAAGGAAGGATCGGTTGACAGTAACGTACTCATGAGTTTAATCAACAACATGCAGACGGAAGACATGCAGCGCGAATGGCTGGAAACCAAAACCGCCAAGGAAATCGTGGATCATTTGTTTAATAAATCGGAAGAAGAACAAATCGAGCTGGACATCATGTATATTCAGTTATCTAAGGATGTCAAACGATTGGCCGGAAGACCGCCAAGCGATCCGGAAGTCCAAAAGCTGATTGAGGATTTTATGAAATCAACGGTGGAATTTGTAGGCGAAGAGGCTATGCATGTGTTCGGCGAACTGGAAACAAGCGAAGCCGAAGAACTGGCATCCCAGTTTCCCTCACCATATACAAGGGAAGAGGAGGAGTGGTTAAACTCGGTTATGGAATATTATATGAAGCAAAATGAAATGCTCGATACAGATCAGCATTAG	MDEVRTYSIGEFSKKTGIPVRTLYYYDEVGLLKPIKHPVSKHRQYSQEDVLALHKIVSLKFLGCSLEQIKELMEHCEFDVNLNETLLAQKTALAEEKERIEQSMQAIDRTIVLLEKEGSVDSNVLMSLINNMQTEDMQREWLETKTAKEIVDHLFNKSEEEQIELDIMYIQLSKDVKRLAGRPPSDPEVQKLIEDFMKSTVEFVGEEAMHVFGELETSEAEELASQFPSPYTREEEEWLNSVMEYYMKQNEMLDTDQH				NA	NA	NA	NA	NA
JZ016_02510	483			hypothetical protein	ATGAGCACCGGTTTGAATAAATACGCAAAATACGCCCTCGTCCTGCTGCTTAGCGTCGGTCTTATTTTATTTACGGAGCAAATGAAGTTCATCAAAAACGGCGAAGGCCATATTACGTTAGGGACGATAGCCGGATTGGCCGTGCTGTGGCTTTTTTCCTTCATTGGCGTTCTGATCTCGTCACTCATGAAAAAGACGCCGGTGAAATTCTTGCAGGACTTCCCGGTTCTTGGCTGGGTATCCATCGTTTCGCTTATCTGCTGCCTGATTTCGGATGTGTTCGTGGATGCCATTGCCAACGTCAACTTCTTGTCCATTACGACCCCGATCTTGGCGTTTGCCGGCATTTCCGTTGCCGACAGGCTGGTTGATCTTCGCAAAACATCGTGGCGCGTCGCCATCGTTGCGGTTTTCGTGTTCACGGGCACGTACGTGGGAAGTGCATTGTTATCAGAGTTCGGCCTCTATTTGTCCGGTAAGTAA	MSTGLNKYAKYALVLLLSVGLILFTEQMKFIKNGEGHITLGTIAGLAVLWLFSFIGVLISSLMKKTPVKFLQDFPVLGWVSIVSLICCLISDVFVDAIANVNFLSITTPILAFAGISVADRLVDLRKTSWRVAIVAVFVFTGTYVGSALLSEFGLYLSGK				NA	NA	NA	NA	NA
JZ016_02511	798			hypothetical protein	ATGAAGTTAAAACTACAGTATCTCTATTTGCTTGCATTCGTGCTCATTGTAATCGCGGTTGCCGAATTTATTGGCATTCAGGCGATCCAGGTGGGCTCCGTAAAAATCAGCCTGCTCCCGCTCGTATTCGCCATTTTGATCACGATGCTGCTTGGCTTGTCGATTTTCCGGAAAGGTTTCATGAAGAAAGTTTACAGTAAGGAGAACGTCGGCTTCTCCAGCAAGTATCTGATCTTCATTATGCTGCCGCTTATGGCGAGATACGGCGCCGACGTTGCGCCTAGATTAGAAGAAATTTTAAAAGTTGGCTGGGTGTTCATCATTCAGGAAATCGGCAACCTGGGTACGATTCTGCTCGGACTTCCCATCGCCATTCTACTCGGTCTGAGAAGGGAAGCCATCGGCGCTACGCTCGGACTTGGGAGGGAAGGGGAACTCGCTTACATATCCGAGAAATATACGCTTGACTCCGACGAAGGCCGCGGGGTGCTGTCCCTCTATATTATAGGTACCCTGTTCGGCACGCTGTTCTTCAGCATTCTTGCGCCGGTCATGCTTGCTGCCGGCTTCTCGATCGAAGCGTTGGCCATGTCCTCCGGGGTCGGCTCCGCCAGTATGATGACAGGCTCTTCTTCCGCGCTAGTCGCGCATTCTCCTGAGATGACGGAGACCATTAACGGATACGCTGCTGCGAGCCAGCTGCTTACCAGCTTCCTCGGAACGTATACGATGGTATTTCTCGCGGTGCCGCTGCAGCGGTTTATGTACAAATTAATGGTCAGAGGTGAGAAGAAATGA	MKLKLQYLYLLAFVLIVIAVAEFIGIQAIQVGSVKISLLPLVFAILITMLLGLSIFRKGFMKKVYSKENVGFSSKYLIFIMLPLMARYGADVAPRLEEILKVGWVFIIQEIGNLGTILLGLPIAILLGLRREAIGATLGLGREGELAYISEKYTLDSDEGRGVLSLYIIGTLFGTLFFSILAPVMLAAGFSIEALAMSSGVGSASMMTGSSSALVAHSPEMTETINGYAAASQLLTSFLGTYTMVFLAVPLQRFMYKLMVRGEKK				NA	NA	NA	NA	NA
JZ016_02512	1263			N-acetyldiaminopimelate deacetylase	ATGAGCTTTAAAGAACAGTACGAAGAAATTGCAGGCGTTGGACGGACCATATTCAATAACCCCGAGCTTGGCTACAAGGAATTTAAGACCCATCAAACAGTGACCGAATTTTTGAAGAAGGTAAATCCGGATATCGAGCTGCAATCATTCAGTACAACCGGGCTTCGGACAACCCTCGGCAGCGGCAAGCCGCTGAATATCGCTTTTATTGCTGAATTGGACGCCGTTTACGCTCCAACGCATTGGCAATCGGATAAGGAGACGGGTGCGGCACACAATTGCGGCCATTATACGCAGGTGGCGATCGCACTGGCTTTGTACAAACATTATGTTGAATCAAAGGCGTACGAAGCCCTTGATTATAGTTTAACGTTTATTTTTATTCCGGCTGAGGAGTATTTGGATCTCGCCTATAGGGACGAATTGCTTGCCAGCGGTAAGATCTCCTATTACGGGGGGAAACCCGAAGCGATGAAACTCGGTGTGTTCGACGATATCGACATCGGGTTATGCGTGCACGCCATGGGTGGTGAGTTTGCAGAGCGCACGATCGAAATCAACTGCGACCTGGCTGGATTCCTATACAAGCATTATACGTTTACCGGAAAAGCAACCCATGCGGGTTTCGATCCTTTCTCCGCCAAAAATGCCTACAGCATGTCAACCCTGTTCAATGTGGCGTTAGGGCTCAGCAGGCAGCAAATGAAGGACAGTGAGAAGGTTCGCATGAATCCGATCGTTCTGGACTCCGACATGTCGACAAACGTCATTCCCAACCGGATTACGGTGGGCAGCGATCTGCGCACCCAGTCGGTCGACTATATGAAGGAAGCGGCCTCCAAGATGGACGATGCGGCCAAGGGCAGCGCGCTGGCCCTTCAAGGCGAGGTCGAGATTAAGACGCAGATGGGATATTTGCCGTTCGTTCAGGACCGGTATTTGTCCGAATTCGTGATGGAGGCGTTCCAGGATAACGAGGAGATCGCGCGTATTTGGAACAATAACGCCATCAGCGCGGCAGGAGATATCGGTGATCTGGCCTTCATGATGCCTTGCATTCAAATCGGCTACAGCGGTTTTACGGGGACGATCCACGGCGACGATTTCAAAGATATCGATCCCGAGTTTATCTATGAAGTGTTCCCGAGATTTTTAACCCAGGTGCTGGAGCGAATGAGCGGACGTATCGATCGATCGAAGCTGTACCGTCGTACATTTGCCGAATACGAGCAGCTCCTTGCATCGATAGTTAGCTCCAACTAA	MSFKEQYEEIAGVGRTIFNNPELGYKEFKTHQTVTEFLKKVNPDIELQSFSTTGLRTTLGSGKPLNIAFIAELDAVYAPTHWQSDKETGAAHNCGHYTQVAIALALYKHYVESKAYEALDYSLTFIFIPAEEYLDLAYRDELLASGKISYYGGKPEAMKLGVFDDIDIGLCVHAMGGEFAERTIEINCDLAGFLYKHYTFTGKATHAGFDPFSAKNAYSMSTLFNVALGLSRQQMKDSEKVRMNPIVLDSDMSTNVIPNRITVGSDLRTQSVDYMKEAASKMDDAAKGSALALQGEVEIKTQMGYLPFVQDRYLSEFVMEAFQDNEEIARIWNNNAISAAGDIGDLAFMMPCIQIGYSGFTGTIHGDDFKDIDPEFIYEVFPRFLTQVLERMSGRIDRSKLYRRTFAEYEQLLASIVSSN				NA	NA	NA	NA	NA
JZ016_02513	2271			hypothetical protein	ATGGACAACCGGTTACAGGAACACCGCTTGTGGTATTCAAAGCCCGCGAAGGAATGGAACGAAGCGCTGCCGGTAGGCAACGGACGGCTGGGGGCGATGGTCTTCGGGGGAGTCTCGGCGGAGCGTTTACAGCTCAACGAGGACTCCCTATGGTACGGAGGCCCACGAGACCGGAACAATCCGGACGCGCTACCCAATTTGACAGAGCTGCGGAAACTGATCCTGGAGGGGCGTCTGAAGGAAGCGGAGGAGCTGGCCTCGCTAGCCCTTCCCGGACTTCCGGAAACGCAGCGCCACTACCTTCCGCTAGGCGATCTTCTCCTGATGTTTAAGGGTCAGGATGAGCCCTGCATGGAGTACAGCAGGGAGCTGGATCTTGAACGCGGAACCGTCACGGTGCGTTACCGGATCGGAGATATCATGTATACACGTGAAGTTTTGTCTAGCTATCCCGATCAAGCGCTGGTCATCCGACTATCAGCCGATAAAATTGGCGCGATTTCGTTCAAGGCTCGTTTTAATCGCGGTCGATGGAGGTACCTGGAGAAGACCGAGAAATGGGGCGAAGACGGACTGGTCATGACCGGACATAGCGGGGGGGAGGGCGGAAGCACTTTTTGCGCCGCTTTGAAGGCGGTTAGCAACGGAGGCACCGCCCAGACGATCGGTGAGCATCTTGTAATCGAGAACGCCGATTCCGTAACATTGTTCCTTGCTGCGGCAACGACCTTCCGCCAAACGGACCCCTCCGCACACTGCAGGTCGCATCTGAGTGGCCTGCTGAATCAACCTTACTCAGAGCTGCTGGAGCGGCATCTTGCCGATTACCAGTCACTTTATGGCCGTACGAATCTGTCGCTGCCGGGAAGTGTCGAGCTGGCCGGGCTGCCTACCGACGAGCGGCTGGATCGCGTAAAGCGGGGCGAAACGGATCATGGCCTGGTCGCCCTGTATTTTCATTACGGCCGGTATCTGCTTATTGCGTCCAGCCGTCCCGGTTCACTACCAGCGAACCTGCAGGGCATCTGGAACGACAGTTTCACGCCGCCGTGGGACAGTAAATTTACGATCAATATCAACACTCAGATGAACTACTGGCCCGCAGAGCTTTGCAACCTGACGGAATGTCACGAGCCGCTGTTCGATCTCATCGAGCGCATGCGGGAGCCGGGCAGGGTAACCGCACAAGTGATGTACGGGTGCAGCGGCTTTACGGCCCACCACAACACCGATATCTGGGCGGATACGGCGCCGCAGGATACGTATTTGCCGGCTTCATTCTGGCCAATGGGTGCGGCCTGGCTCTGTCTGCATTTATGGGAACATTACCGATTCGGGCAAGATCTCACATTCCTTGATAGAGCATACGATACGATGAAGGAAGCTGCACTCTTTCTGCTCGATTATCTGGTCGAAGACGAGCAGGGAAGGCTCATTACTTGCCCATCCGTCTCGCCCGAAAATCGATATATTCTTTCCAGTGGGGAAGCGGGCGTGTTATGTGCAGGCGCGTCCATGGATTTTCAGATTATTGGCGCGCTGTTCGGCGCCTGCATCGAGGGCGCGAAGCTGCTTGGGAAGGATGAGACTTTCAAGGACGAACTGGAAACTGCCCTGAAACGGCTGCCGCAGCCGAGGATCGGCAAATACGGACAAATCCAGGAGTGGATGGAGGACTACGAAGAGGAGGAGCCGGGTCATCGCCATATTTCTCATCTGTTCGCCCTGTATCCTGGCGATGCGTTCACGACCGAGCGCACGCCTAATCTAGCCGCAGCCGCACGGACCACATTGACGCGCAGACTGTCTTCCGGTGGGGGGCATACCGGCTGGAGTCGGGCCTGGATCATCAATTTCTGGGCCAGACTCCAGGACGGGATGCTCGCATACGACAACGTGATGGCACTGCTGCAACATTCTACGATGACCAACCTGTTTGACAATCATCCTCCGTTCCAGATTGACGGAAACTTCGGCGGAACTGCCGGTATCGCGGAAATGCTGTTGCAAAGCCATGCCGGCATCATTCGGTTGCTGCCAGCGATTCCGGACGTATGGAGCGAAGGCGAGGTTAAGGGGCTGCGCGCACGCGGCGGATTCACGTTCAGCTTCAAGTGGGCAGAATCGAAGATTTCAGAAGTCGTCGTAGAATGCACAGTGTCTGGGCCATGCGAGATCGAGGCTCCCGGCTTCGCTCCCGTCTCCTTTATCGCTGAGGCGGGTAAGACGTATACGTTCGAAAGAAATGTAATGATAAATCATAAACAATGA	MDNRLQEHRLWYSKPAKEWNEALPVGNGRLGAMVFGGVSAERLQLNEDSLWYGGPRDRNNPDALPNLTELRKLILEGRLKEAEELASLALPGLPETQRHYLPLGDLLLMFKGQDEPCMEYSRELDLERGTVTVRYRIGDIMYTREVLSSYPDQALVIRLSADKIGAISFKARFNRGRWRYLEKTEKWGEDGLVMTGHSGGEGGSTFCAALKAVSNGGTAQTIGEHLVIENADSVTLFLAAATTFRQTDPSAHCRSHLSGLLNQPYSELLERHLADYQSLYGRTNLSLPGSVELAGLPTDERLDRVKRGETDHGLVALYFHYGRYLLIASSRPGSLPANLQGIWNDSFTPPWDSKFTININTQMNYWPAELCNLTECHEPLFDLIERMREPGRVTAQVMYGCSGFTAHHNTDIWADTAPQDTYLPASFWPMGAAWLCLHLWEHYRFGQDLTFLDRAYDTMKEAALFLLDYLVEDEQGRLITCPSVSPENRYILSSGEAGVLCAGASMDFQIIGALFGACIEGAKLLGKDETFKDELETALKRLPQPRIGKYGQIQEWMEDYEEEEPGHRHISHLFALYPGDAFTTERTPNLAAAARTTLTRRLSSGGGHTGWSRAWIINFWARLQDGMLAYDNVMALLQHSTMTNLFDNHPPFQIDGNFGGTAGIAEMLLQSHAGIIRLLPAIPDVWSEGEVKGLRARGGFTFSFKWAESKISEVVVECTVSGPCEIEAPGFAPVSFIAEAGKTYTFERNVMINHKQ	PGPT0018650_1237	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018650-afcA-K15923	NA	NA
JZ016_02514	1020	lgoD	COG1063	L-galactonate-5-dehydrogenase	ATGAAGGGGATTGTCTGCGAAGATGCCGGAAGGCTGGTTTATCGAGAGGATTTACCCGAGCCAGTTAGGGGCGAAGGAGAGGCGATCGTCGCGATTCGGCGCATCGGCATCTGTGGTACGGACCTGCACGCATACCAGGGAAACCAGCCTTATTTTACTTACCCTCGCATCCTCGGGCATGAGCTCTCCGGAGTAATCGAAGAGATTGGTGATAATCCGGAAGGGCTAAGAGTGGGCGATCAGGTCAGTATGATTCCGTACCTGCACTGCGGCAATTGCGGCGCCTGCCTAAGCGGTAAAACGAACTGCTGCCGCAGCATGCGCGTGCTGGGCGTGCATCTGGATGGCGGCATGCGCGAGCGGATTTCTGTTCCCGTCTCCCATCTATTCCGGATGGAAGGGCTGTCACTGGATCAGGCGGCTCTACTCGAGCCTCTGGCGATCGGCGCGCATGCCCTCCGCCGATCGGGTCTACATCCCGGCATGCGTGCACTAGTAATTGGAGCCGGGCCAATCGGACTTGGTGTCATGGCGATGGCGGCAGCTTCCGGTTCCGAGGTGGCCGCGATGGACGTGAATGCAGACCGTCTTGCCTTCGCCAAATCCTGGGCCAAATCAGTACATACCGTTCTTGTGACGGAAAGTCCGAAAGATCGCCTTCTCGAATGGAACGATAGAGAACTGCCGTCCGTGGTCATCGACGCGACAGGTAACCTGCGTTCGATGACGGATGCATTCGGGCTGGTCGGTCACGGCGGCTCGCTTGTTTACGTCGGACTCGTGAATGGCGATATTACGTTTAACGATCCTGATTTTCACGCGCGGGAACTAACGCTCCTGAGCAGTCGTAACGCTACACGGGAAGATTTCAGACGTGTGGCTGACGCGGTGACGAGCTTAAAAGTCGATCTAAACGCCTATATTACGCACCGTTGTACGCTCGATCGGATGACAGAGCAGTTTGACGCCTGGCTGAAGCCGGAAACCTGCGTGATCAAAGCCATTGTAGAGATCAACTAA	MKGIVCEDAGRLVYREDLPEPVRGEGEAIVAIRRIGICGTDLHAYQGNQPYFTYPRILGHELSGVIEEIGDNPEGLRVGDQVSMIPYLHCGNCGACLSGKTNCCRSMRVLGVHLDGGMRERISVPVSHLFRMEGLSLDQAALLEPLAIGAHALRRSGLHPGMRALVIGAGPIGLGVMAMAAASGSEVAAMDVNADRLAFAKSWAKSVHTVLVTESPKDRLLEWNDRELPSVVIDATGNLRSMTDAFGLVGHGGSLVYVGLVNGDITFNDPDFHARELTLLSSRNATREDFRRVADAVTSLKVDLNAYITHRCTLDRMTEQFDAWLKPETCVIKAIVEIN	PGPT0018195_104	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018195-lgoD-K23007	NA	NA
JZ016_02515	966	fdh		D-threo-aldose 1-dehydrogenase	ATGAAGTTTCGAAAATTGGGGCGCACGGGACTCGAGGTGTCGGTCCTCAGCTTCGGCGCCTCTTCGCTAGGATCGGTGTTCCGGGAAACGTCAGACCGCGAGAGCATTAAGACGGTGCATGCTGCTCTTGACGCAGGCATCAACTATATTGATGTTTCGCCTTACTATGGATTGACCAAGGCGGAGTCCGTACTCGGCCAGGCGATCAAAGAGCTTCCGCGAGATCGTTTCCTGCTATCGAGCAAAGCGGGGCGATACGGTGAGAATACATTTGATTTTTCTGCGAAACGAATGTTTGACAGCGTTGAAGAAAGCCTGAGGCGACTGAACACGGATTATCTCGATATTCTTTTTTTGCATGATATTGAATTCGTGCCGTCCGGCATCATTCTAGAGGAGGCCGTGCCTGCACTGCTCAAGCTGAAGGAGCAGGGGAAGATCCGTTTTACAGGCGTCAGCGGACTTCCACTGAAACTATTCGAGCAGATGCTTCCGCAGATTGAAGTGGACGCGATCCTGTCTTATTGCCACTATTCTCTCAACGATACCTCATTGCTTGATCTGATTCCGCTGCTGGAGGAGCGCAGCATCGGCCTGGTCAATGCTTCGCCGCTTTCCATGGGGCTGCTGAGCACCAGAGAAACTGCCGACTGGCACCCGGCCGATCCCGAGCTCAAAGCTGCCTGCAGGAAGGCGGCCGAACACTGTGCCTCCCGCGGATACGATATCGCCCAGTTGGCCGTGCAGTTCTCAACCGCTAACGAACGCATCCCGACGACGCTGGTGAGCACGGCCAATCCGGATAACATCGTCAAGAACGCAAGGTGGGTCGAAGAACCGATGGACCAGGAGCTGCTGGGTGAAGTGTCGGACATTCTCGCTACGGTCCATAATCGGACCTGGGCGAGCGGACTGCCTGAGTATAATGACAGTCCACGGACGGAAGCGAAAGAGGGGCGGGCGTAA	MKFRKLGRTGLEVSVLSFGASSLGSVFRETSDRESIKTVHAALDAGINYIDVSPYYGLTKAESVLGQAIKELPRDRFLLSSKAGRYGENTFDFSAKRMFDSVEESLRRLNTDYLDILFLHDIEFVPSGIILEEAVPALLKLKEQGKIRFTGVSGLPLKLFEQMLPQIEVDAILSYCHYSLNDTSLLDLIPLLEERSIGLVNASPLSMGLLSTRETADWHPADPELKAACRKAAEHCASRGYDIAQLAVQFSTANERIPTTLVSTANPDNIVKNARWVEEPMDQELLGEVSDILATVHNRTWASGLPEYNDSPRTEAKEGRA				NA	NA	NA	NA	NA
JZ016_02516	846			hypothetical protein	ATGAGAATCGATGCCCATCAGCATTACTGGTCTATCGCACGCGGGGATTACGGATGGATTACGCCGGAGATTCCGAAGCTTTACCGCGATTTTATGCCAGCCGATCTGGAGCCGCATTTACGCGTCCATGGGCTGGATGGTACGATCCTGGTTCAAGCCGCCCCGACTGTCTCGGAAACAGACTTTATTCTGAGGCTGGCTGAACAGACGCCTTCCATACTTGGCGTCGTAGGTTGGCTCGATCTGTTCGACCCGAACCATCGACTGCATTACGAGAGATTCAGCCGCCACCCGAAATTTGCAGGCTTTCGTATCATGATCCAGGACATGCCCGACGCAGCGCGAATTTTGGAGCCAGCATTTGTGAAAGCGCTTAAAGGCTACGCCGGGGATGATGTTCCGATCGATCTGTTGATCGTATCTGGACAGCTCCCGCCAGTACTGGAGCTGCTGAGGCAGGTTCCAAACCTGAGGGGCGTCATTGATCATATCGGAAAGCCGTCGATCCGAAGCCATGAATGGGAGTCATGGACAGAGGCGATGAGCCAGGCTGCTGCGTTTCCAGGCATCCACTGCAAAATCTCGGGGATGGTGACGGAAGCCGATCATGAAAGCTGGAATTATGAAGAGTTCGCTCCCTATGTCCAGCACATTCTGGAGACATTCGGCCCAGACAGAGTCATGTTTGGCAGCGATTGGCCAGTCTGCCTGCTTGCTGCAGGGTACGACGAGGTTATAGAGATTGTTCGGCGGGCTCTACCGAAGTCTTGGGGAGAAGAGGAACAGTCGCGGCTGTTCGGAGTCAATGCGAAAGAGTTCTACAAGCTTCGAGCGTTTAGAACCTGA	MRIDAHQHYWSIARGDYGWITPEIPKLYRDFMPADLEPHLRVHGLDGTILVQAAPTVSETDFILRLAEQTPSILGVVGWLDLFDPNHRLHYERFSRHPKFAGFRIMIQDMPDAARILEPAFVKALKGYAGDDVPIDLLIVSGQLPPVLELLRQVPNLRGVIDHIGKPSIRSHEWESWTEAMSQAAAFPGIHCKISGMVTEADHESWNYEEFAPYVQHILETFGPDRVMFGSDWPVCLLAAGYDEVIEIVRRALPKSWGEEEQSRLFGVNAKEFYKLRAFRT				NA	NA	NA	NA	NA
JZ016_02517	861	rhaR_34		HTH-type transcriptional activator RhaR	ATGCAGCCCTACCGTAAATCATTTGCAGGAGATCCGCTGTTTCCGTTTGAAATTGTGTATAAGACAATAAAATACCCGGACAATGAACTCCCCGATCATCTGCATGATCATTATGAACTCGTTTATGTGCACAGCGGCCAAGGGATATTTTTCATCGACAATTGCTGGTACCAAAAAAGCGCCGGCGATCTGTTCGTCATCCCCGGCAACACGATCCATCATTCCCTGCCGGACCTTGAAGACCCGATCGTCTCATCGGCGATATTCTTTGCACCGTCTCTCATTGCCGGGCCTTCGCTCGGCGACGGATACTTCCCGCTTCAATGCTATGAAATCGCCCGCAAAAAAAAGCAGTTCAAGATTGGACTGGCAGGGTCACTGCGAATCGCTGCCGAAATGGCAATCAAGCAAATCGCGGACGAGTTCGCGAACCAAGAAACGGGATACCGTGAAGCCGTGCTGCTGACGATCGGCCAGTTACTTCTGCAAATTAATCGTCATCTCCTGACCGATGAAATAACCCAGCACGAAAGCCCGCGGATTGGCCCCTCCTGGATATTGCGGGCTCTAAAGCGGATTGACGAGCATCCCGAGCGAGAGATTCATCTGACTGACCTTGCAAGGGAAGCCTGCGTGTCGCCTTCTCACTTCTCCAGAGTGTTCCGGCAGTTAACTTCACTGAACGTTATAGGCTACGTCAACACCAAACGAATCATTAAAGCCAAGGAACTTCTCTTGTTTTCCGACGAGAATGTGAATGTGATCGCAGAGAAATGCGGATATGAGACGCCTGCTCATTTTTACAGAGTATTCAAATCGTTAACAGGAGAGACGCCCGGCCAGTACAGAAAACGGAGCTAA	MQPYRKSFAGDPLFPFEIVYKTIKYPDNELPDHLHDHYELVYVHSGQGIFFIDNCWYQKSAGDLFVIPGNTIHHSLPDLEDPIVSSAIFFAPSLIAGPSLGDGYFPLQCYEIARKKKQFKIGLAGSLRIAAEMAIKQIADEFANQETGYREAVLLTIGQLLLQINRHLLTDEITQHESPRIGPSWILRALKRIDEHPEREIHLTDLAREACVSPSHFSRVFRQLTSLNVIGYVNTKRIIKAKELLLFSDENVNVIAEKCGYETPAHFYRVFKSLTGETPGQYRKRS	PGPT0017785_85	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017785-rhaR-K02854	NA	NA
JZ016_02518	429			hypothetical protein	ATGAATGATACATGGAACCCCGAATCGCAAGGTGTGCTGCGCCTTCCTTCAGGTCGACTCGTCCGCGGCCGAGCACTAAGACGTCCACTTCCCCCAGGGCTTCAACCCACTTTTGCACTCTACCTGCTCGGGCGAGAACCAGCGCCCGTTATCTGGGAGAGCCGCTGGATTCCTTGGCCGGACTTCTGGCTGCCCAAAAACAAGGCTGCAGCCGCTGACGCGCTTCGCGAAGCATGGACTCGGGCTGAAGTGGAACGGGTCGAAATCGCCTGTGGGGGAGGGATTGGACGAACGGGGACTGCACTAGCCTGTCTCGCTGTGATTGATGGAGTACCCCATCATAAAGCTGTCGACTATGTCCGGGAGCACTACACTCCACGTGCTGTTGAGACGCCTTGGCAGCGCCGCTTCGTCTCTCGTTTCAAATAG	MNDTWNPESQGVLRLPSGRLVRGRALRRPLPPGLQPTFALYLLGREPAPVIWESRWIPWPDFWLPKNKAAAADALREAWTRAEVERVEIACGGGIGRTGTALACLAVIDGVPHHKAVDYVREHYTPRAVETPWQRRFVSRFK				NA	NA	NA	NA	NA
JZ016_02519	2262			hypothetical protein	ATGACTAATAATCAAAATTTTAAAGCCATTACGGTCATATCATTTATATTTTTGTTTGCCTTTATCAGCCTGTATACCATTGTTCCACCCAGTCCAGATAAGAAGGCGGACATCTCGAAAAATTTCTCAGCAGATCGTGCTGTCCAACATTTAAACCACATCGCAAAGACAGCTCATCCAAGCGGATCGGCAGAAAATGAAAAAGTAAGAAATTATCTTGTTGAACAACTAGAATTAATGGGATTGAGACCAGAAATCGAACATTCCAATCATGCTTCCCTATACCCCAAAATGTTGACTGGCGGAGATATGTACAACGTGATTGGTAAACTTGAAGGTACCAGCAGTGATCATGCAATGATGATGTCTGCACACTATGACTCTGTTCAACAAGGACCGGGAGCTAGTGATGATGGAAGCGGAGTAGCTGCTCTATTAGAAACCATACGTGTATTAAAATCAGGTCCTCCTTTGAAAAATGATATCTATTTTGTGTTTACAGATGGCGAAGAGCAAGGATTAATGGGAGCAAAGGAATTTTGGACGAAATCAAATCATAAACAAAAAATGGATCTCATCATTAATTTCGAGGCAAGAGGAACAAGTGGTCCGTCTATCATGTTCCAAACCAGTGATCAAAACGGTTGGATGGTAAAAGAATTTGCCGAAGCAGCCCCCAATCCTGTTACTTCATCCTTACTAGGAAATCTGTTTGAAATCATGCCAAACGACTCGGATTTAACGGTTTCCAATGAAAATAAAATACCCGGATTGAATTTTGCTTATGGTGATGGATGGACCGGATACCATACACCACATGATGATGTCAAACACCTAGATATACGTTCGTTAGAGCACCAAGGGCAAAATGCCTTAGCCATGGCTAGGCACTTCGGTCAATTGGAGTTACATGATATTAAGAAAGAGAATGCCGTTTACTTTAACTTTTTTGGGGTAGTCATTTCCTACTCTTACTACTGGGTCTATCCCCTTACAGGGCTGATTGTACTTTTATTTGCAATGGTTACGATCTGTGCAGTAAAGAAACAGTGCGCCACTTTCAAAGGGTTAGGAATCAGTTTGCTAGCTATCCTGTTAACTGTCATTTCTTCGATCATCGCAACGGTACTGATTTGGATGGGGGTAAACGCACTTTGGGCTGAAAAAATGACTTTATTTAGTGGTGCAGTATATGACAGTCTTTATTATCAGTGGGCATTTCTGTTAATCACGGCATCTATCTGTTTCCTTATCTGGAGGAAATTACGCTCCGTAAATGAATGGGAAATGACTTTGTCGGCGATCTTTCTTGGTGTCATATTTCTCATTTTGTTAACACAATTTCTGCCTGGTGCCAGCTATCTGTTTGCTTGGCCATTGCTCGTATCATTACTGATACTTGGGTGGGTGGTATGGAAGAATAAAATGGATAAAATAAATACCAATACATGGGTGTTATCCCTTATATCCTTCTTACCCATAGTACTGTTCGTCCCACTGCTCAAGTTGCTTTTTACCTTCTTTCCGGTCAGTCTTGTACCTTATCTCATGTTACTTTTTGTTTGGCTCTTAGCTTTGTTGTTCATGCAATGTAAACAGCTATTCCAACTAGGACGATGGGTACCTTATACCCTGATAGGAATCGCGGCAGTAATATTATCGATTAGTTTTTTCAGAGCGAACCCAAGTGCAGATCGACCTATAGATAGTAACCTATTCTATGTCGTGGACCAGGATAAAAAACAAGCAAAGTGGGTTACAACCCAACCACCAGATGATTGGACGAAGAAATATATAACTTCAACGAATACTTCCAATATTAAATCTATCTTACCGTTTAACTATGATAAAAAAGCATGGGTAGGAAATGCACCTGTACGAAACTATCAAATGCCACCAATAAAGCTAGTAAAGATAGAGGAAAAACAAGGGAATAAAATGATTCATTTTCGATTTACAGGTGGAACAGATGTGCAAAACATGTATCTGTCTATTCCTGGTGGTCGCGTTCAAAAAATAAAAGTTGGTGAAGAATCCTTTACCATACCTAAATCAATGGAAACTTTCTATTACAAACAAGCAGGAATTCCAAAACAAGGTTTGGATGTCATTGTAGAGGTTAAAGGGAATCAACCCGTAGCGTTTACTTTTGGTTCTGAACAACATCCTGATCCAGAAATTCGCTCCAAACGTCCACCTCATCTAATGACAAGTGGACTGTTTGATGAAAGTATTTTGGTGATCAAACGGGTCACTTATTGA	MTNNQNFKAITVISFIFLFAFISLYTIVPPSPDKKADISKNFSADRAVQHLNHIAKTAHPSGSAENEKVRNYLVEQLELMGLRPEIEHSNHASLYPKMLTGGDMYNVIGKLEGTSSDHAMMMSAHYDSVQQGPGASDDGSGVAALLETIRVLKSGPPLKNDIYFVFTDGEEQGLMGAKEFWTKSNHKQKMDLIINFEARGTSGPSIMFQTSDQNGWMVKEFAEAAPNPVTSSLLGNLFEIMPNDSDLTVSNENKIPGLNFAYGDGWTGYHTPHDDVKHLDIRSLEHQGQNALAMARHFGQLELHDIKKENAVYFNFFGVVISYSYYWVYPLTGLIVLLFAMVTICAVKKQCATFKGLGISLLAILLTVISSIIATVLIWMGVNALWAEKMTLFSGAVYDSLYYQWAFLLITASICFLIWRKLRSVNEWEMTLSAIFLGVIFLILLTQFLPGASYLFAWPLLVSLLILGWVVWKNKMDKINTNTWVLSLISFLPIVLFVPLLKLLFTFFPVSLVPYLMLLFVWLLALLFMQCKQLFQLGRWVPYTLIGIAAVILSISFFRANPSADRPIDSNLFYVVDQDKKQAKWVTTQPPDDWTKKYITSTNTSNIKSILPFNYDKKAWVGNAPVRNYQMPPIKLVKIEEKQGNKMIHFRFTGGTDVQNMYLSIPGGRVQKIKVGEESFTIPKSMETFYYKQAGIPKQGLDVIVEVKGNQPVAFTFGSEQHPDPEIRSKRPPHLMTSGLFDESILVIKRVTY				NA	NA	NA	NA	NA
JZ016_02520	1227			hypothetical protein	ATGAGAAAATTGGTAGTATGCACGTTAGCTATCATGCTAAGTTTAGCTGCGTTTACCCCCGCTATTTACGCTTCTGAAGTCCGAATATCTGTGGATGGGCGTGATGTACAATTCCCGGATGAGCACCCCTACGTCGATCGGAGATCCAACCTTACGATGGTTCCACTTGCTTTTGTATCCGACAAGCTCGGAGCTGCTACGAAATGGGACGGAAATTCAAAACAAATTACGATCTCGCTTAACCGTGACACGATTATTTTGGTAATTGGCGATAATCATGCACTGGTGAATGGAAAAAGAGTTGATTTCGAGGGGGCGGCGGCGCTAAAAAAAGGCCGCACGATGGTTCCGGTGCGTTTTATTAGTGAAGTATTGCATGCAAATGTGGAGTGGCAGCCCGCGCGCAATCTGGTGAGCATTATGACCTCCGTGGCCAATGTTCCGAAAGGAACATGGATATGGGACAGTCACATCATCAAACAGGATCAAGAGAAAATGATAAGCTTCGCCAAAATGAAGGGTGTGACATCCATTTACCTGCAGGTGGATAGAGATATCGATCCAGCGATATATGAGGGCTTTATTCGAAAAGCCAAAAACGAAGGAATTCAAGTGGAAGCACTTGAGGGGCGACCCGAATGGGTCTATGAGTCTAAGCAGGAGGATATTCGGAATTTCATCGCGTGGGTTAAAACCTATAATTCCTCTGTTGGCCCGGAAGGAAGCTTTACGGGACTGCATTTCGATATTGAACCTTATGCGCTAAGCGAATGGACAAAGCACAACAAAGCGATTCTTGAAAGCTGGATGGACAATATGAGACTGATCGAAAAAGAAACGAAAGGCAGCGGCTTGAAAATTTCGATGGACGTTCCGTATTGGCTTAATACGATTCATGTACCCGGGAAGAATTACAGTATGAGTGCATGGATGCTGGAGAAGTTCGATTGCCTCGTCATCATGAATTATCGGAATCATGCGTTAGGCAATAATGGAATTGTGGAAAATGCGCAGGTCATGCTGAGAGAAGCCTCCACCCTAAAGAAGAAAATTGTTGTTGCTGTTGAAACGGTCAAAAGCACAGAGGGTCCTAGGGTCTCATTCTATTCCATAAGTAATAAAATGATGGAACAGGAGCTTCAGTCCGCCCATAATCAATTGGCGCACTACGCAAGCTATGCCGGCTTTGCCATTCACGATTTCAAAAGCTGGCAGGACATGAAATAA	MRKLVVCTLAIMLSLAAFTPAIYASEVRISVDGRDVQFPDEHPYVDRRSNLTMVPLAFVSDKLGAATKWDGNSKQITISLNRDTIILVIGDNHALVNGKRVDFEGAAALKKGRTMVPVRFISEVLHANVEWQPARNLVSIMTSVANVPKGTWIWDSHIIKQDQEKMISFAKMKGVTSIYLQVDRDIDPAIYEGFIRKAKNEGIQVEALEGRPEWVYESKQEDIRNFIAWVKTYNSSVGPEGSFTGLHFDIEPYALSEWTKHNKAILESWMDNMRLIEKETKGSGLKISMDVPYWLNTIHVPGKNYSMSAWMLEKFDCLVIMNYRNHALGNNGIVENAQVMLREASTLKKKIVVAVETVKSTEGPRVSFYSISNKMMEQELQSAHNQLAHYASYAGFAIHDFKSWQDMK				NA	NA	NA	NA	NA
JZ016_02521	870			hypothetical protein	TTGAGTAAGAACCAACGAGAACATATTGCAGTGATTACAGGCGCAAGTAACGGGATCGGGTTGGCATTGACCCGGAAAATGCTGTCGGAGAACTGGCAGGTGGTTACTTTGAACCGGTCGGATTTTCCGGCGGACGATATATTCCTCCAAAATCATCTCAAGGACGGACGGCTCCGAGCCTATAAAGTGAAGGATCTCACCGATTATGGCAGCTTGAGACACGCTTTGGAAGAAATAAAAAGCAAGGAACAGCGGATCGATATTTTGTTTAACAACGCCGGAGGAGGCTTAAGTGAGCTGCGCTATTCGAAACAAGGCCGCGAATTGCATTATGAATTGTTGACGGTCGTTCCTTTTATTATTCTGATGGAATTGAAGGAGCTGCTCTATAACGGCAGCTTAAAAACGGTGATAAACACTTCGTCGCAGGTGTTTAGATTTACGAAGGAGTTTACGATCGAAAAATTGGAGCATCCCAAAGCCTTCCGCAAAATGTATGGACCATATGCGACTTCAAAGCTGGCTCTTTCGTTGTGGACCCAAGCCGTCGCACCGCAGCTTGCAAAGGAAGGCATCAAGATCCGCAGCGTTGACCCGGGCATTAACAACACGCTAAGAAAAGGAAAGGATTCCGGACTGACCGCAGGGTTTGAACTGTTTATGAAGTTTTTTTCCTCTCCGCCAACTCATGGAGCCAATCTATTATATGAGGGAGCTCTGGGCAAAAACAGCAATGAGACCGGCGTGTTTCTGTTCAAAGATCGGATTGCAGACTTGAAATTTACGGAACATGCGCAGCGTGTGCTGGAAAAAGTATCCGATATATATAGCCATGAATTTCTTGGAGGGAATGTTCCAGTTAATGGCTGA	MSKNQREHIAVITGASNGIGLALTRKMLSENWQVVTLNRSDFPADDIFLQNHLKDGRLRAYKVKDLTDYGSLRHALEEIKSKEQRIDILFNNAGGGLSELRYSKQGRELHYELLTVVPFIILMELKELLYNGSLKTVINTSSQVFRFTKEFTIEKLEHPKAFRKMYGPYATSKLALSLWTQAVAPQLAKEGIKIRSVDPGINNTLRKGKDSGLTAGFELFMKFFSSPPTHGANLLYEGALGKNSNETGVFLFKDRIADLKFTEHAQRVLEKVSDIYSHEFLGGNVPVNG				NA	NA	NA	NA	NA
JZ016_02522	951	tdh_2		L-threonine 3-dehydrogenase	ATGGAGAATACCATGCGGACAATCCGGTTCCACGAATACGGAGAACCAGCTGATGTCTTGTGCTTGGAGGAGGTGGCGATCCCAGAGCCAGGGCCGGGACGCATTCGCGTGAGAGTACGCGCTTGCGGCTTAAATCCGGTTGACTGGGTGACGTGCCAAGGCCACTTTGCCGGTCAACTGCCCTTGCCTCGCGGAATCGGGTTGGACGTGGCAGGTATTGTAGACGCAATCGGAGAGGGCGTAACCGATGCTGCCATCGGCGATTCCGTTCTGGGTGCCGCAGATTTCATGAATGGATCGAGCGCTGGTGCGTCCGACCGAGCTATTATGTACTACTGGTTCCGCATGCCGGCCGGACTCGACTTTGTTCAAGCTGCAGCGTTGCCAATGGCAGTCGAAACCGCTTACCGAGGCATTGATACTCTTGGGGTGAAATCGGGTCAGATCGTACTCGTGCACGGAGCCGGCACCACGGTAGGGTTCGCCGCCGTTCAAATTGCCCTCATGCGCGGTGCCCGCGTGATCGCAACCGCTGGTCCCACCTACGCCGACAAGCTCCGCTCAATGGGAGCGTTGGTGACGTCGTACGGTGATGGAATGGTCGAACGAGTGACCGAACTGGCAAAGCAGCCGGTTGATCTCGCCCTGGATACCGCGCCAATCAGCGGTTCATTGAAAGATCTGGTCCAAATCGTCAACGGGCATCCCCAGCATGTCCTAACCGTCAGCGATTTCGCCGCAGCCGCTGAACTTGGCGTTCGCACCAGCTATGGAGAACTGCATACCGCACGTTATGACGTTGTCGGCGACTTTGCTGGGTACGCAGCGGACGGCAAGTTCACGATTCCGGTCGCGAAGACTTTCGAACTCGACGAATGGCGTTCAGCTGTCGAAATCAGCCAGAGCGGGGGTGCCCACGGCAAACTGATCCTCCTGCCCGACTCTGACTGA	MENTMRTIRFHEYGEPADVLCLEEVAIPEPGPGRIRVRVRACGLNPVDWVTCQGHFAGQLPLPRGIGLDVAGIVDAIGEGVTDAAIGDSVLGAADFMNGSSAGASDRAIMYYWFRMPAGLDFVQAAALPMAVETAYRGIDTLGVKSGQIVLVHGAGTTVGFAAVQIALMRGARVIATAGPTYADKLRSMGALVTSYGDGMVERVTELAKQPVDLALDTAPISGSLKDLVQIVNGHPQHVLTVSDFAAAAELGVRTSYGELHTARYDVVGDFAGYAADGKFTIPVAKTFELDEWRSAVEISQSGGAHGKLILLPDSD				NA	NA	NA	NA	NA
JZ016_02523	759	baiA		3-alpha-hydroxycholanate dehydrogenase (NADP(+))	ATGGAACCATTCAGTAAAGGCAAATTCGCTGACAAAAAGGTCGTGATCACGGGAGGCAGCAGCGGAATCGGCCTTGCGACGGCGAAGTTGCTAGTGGATGAAGGCGCGCGCGTTCTGATTACTGGACGTACTCAGGCGACGCTGGATGCGGCTCGTGAACAACTCGGCAACAACGCAATCGCGGTCTTAAGCGATGCCGCTTCATTGAACGATATTGCCGCGTTAGCCGATCGAGTGAAGGCTGAGTTTGGAACAATAGATGCCCTGTTCGTTAACGCTGGTGTCACGGGGTTTGTCCCTTTCGAGGCAATGACCGAAGAAAAATACGACGAGATACTTACAATCAATGCCAAAGGACCGTACTTTACCGTGCAGAAACTCGCTCCGTTGCTAGGCTCAGGTAGCGGGGTAGTCCTTACCACCTCAATCGTGAACGTAGTGGGTCTCCCAATGCTCAGTGCTTACGCAGCTAGTAAGGCGGCGCTGCGCTCCATGACTCGAGGTCTGGCGCGCGAGTTATTACCTCGAAATATTCGCGTCAACGCAGTCAGCCCCGGCGTCATTGACACAGGTATCATGGAAAAGTCAATGCCGGAAGAAGCTGCCGAGCAGACAAAGGCACAGATGAGACAGCAGATCCCAATGCTGCGTTTAGGCGATCCAGTTGAGGTAGCCAAGGCTGTTGCATTCCTAGCATTTGAGGCCACCTATACCACCGGGGCTGAGTTCCCTGTCGATGGAGGCGGCTCCCAGATCTAA	MEPFSKGKFADKKVVITGGSSGIGLATAKLLVDEGARVLITGRTQATLDAAREQLGNNAIAVLSDAASLNDIAALADRVKAEFGTIDALFVNAGVTGFVPFEAMTEEKYDEILTINAKGPYFTVQKLAPLLGSGSGVVLTTSIVNVVGLPMLSAYAASKAALRSMTRGLARELLPRNIRVNAVSPGVIDTGIMEKSMPEEAAEQTKAQMRQQIPMLRLGDPVEVAKAVAFLAFEATYTTGAEFPVDGGGSQI	PGPT0003180_7617	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_02524	639			hypothetical protein	GTGAGAAAAGCCGTGAGTGTAGAGACATATGTAGAAAAAATAAAGCCCGTTATAAGAAAAACAAAATTCAGCCAACTGAAAGTCGACGATCTCGCAAAATATATGGATATCAGCAAAGTGACACTATATAAGCATTTTTCCTCCAAAGACGACATCATCGAACAAGTCGTTGATTATTACATTGATTATTCGAAGAAGGCCGACACCGTTGTCAAAGACGATTCCGTCTCTTTTTTGGATCGTTTTCAATTAACATTTTTACAATCTTTGATGTGTGCCGCGTATATCTCTGATTTGTTCTTGCAAGACCTGAAGGAATTTTATCCGCACCATTTTGAGAATCTGTCCGTTGCCCTACAAAATCGGAATAAAAGCTTACAAACTTTTTTTGAATCCGGTATGGAGCAACAGATTTTCAACAGATTGAATGCCGTATTGTTTATGGTTCAAGATGACGCTGTGCTGCGACGCTTTATCGAGCCGTCCTTTTCGATTCAGTATGATATCACCTTGAAACAAGCGATAATGGATTTCTACTACATGAAGCAGTATCAATTGCTCAAACCTGAATATCTGAAAATCATAGACAATTCCAATATTGAAACGAAGATCGTTCATATTTTGCAAGGCATTTCATAA	MRKAVSVETYVEKIKPVIRKTKFSQLKVDDLAKYMDISKVTLYKHFSSKDDIIEQVVDYYIDYSKKADTVVKDDSVSFLDRFQLTFLQSLMCAAYISDLFLQDLKEFYPHHFENLSVALQNRNKSLQTFFESGMEQQIFNRLNAVLFMVQDDAVLRRFIEPSFSIQYDITLKQAIMDFYYMKQYQLLKPEYLKIIDNSNIETKIVHILQGIS				NA	NA	NA	NA	NA
JZ016_02525	1731	ilvB_1	COG0028	Acetolactate synthase large subunit	ATGGAACAGCAATTAGGAATGACGAATGAAACAACGACGTCATCAGAGGAATATATCACCGGTTCGGAGGTACTCTTACGCGGCTTGCTGCAGGAGGGCGTGGAGTGCGTATTCGGCTATCCGGGAGGAAATGTGCTCTACATTTACGACGCGATGGTACATCAGCCTGACTTCAAGCATATCTTGACCCGGCACGAGCAAGGCGCGATTCACGCGGCGGACGGCTATGCCAGGTCGACGGGGAAGGTTGGGGTATGCATCGCGACATCCGGTCCAGGAGCAACAAATCTGGTGACCGGCATCGCAACCGCCTATATGGATTCGGTGCCGCTGGTGGTCATAACGGGGAACGTATCTACGAATGTCATGGGCACGGATGCTTTTCAGGAAGCGGACATTATTAGCATCACGATGCCGATTACGAAGCACAGCTACACGGTTCGCGATGTACACGACCTTCCTCGCATCATTCATGAAGCGTTCTATATCGCGAATACGGGCCGCAAAGGTCCTGTCTTGATCGATATTCCCAAAAACGTGACCAATCAGCGGATGGCATATCGTCCAGCGGACACGGTTCGGTTGCGCAGATACCATGGAGCCCCGGAACCGAATCCGGCAGAAATAGATGCGCTGCTTCAGGCGATTGCGGAAGCGCGCAAGCCGGTTATTATCGCGGGCGGCGGCGTTGTCTATTCGAACTCCTCCCAGGAGCTGATCAAATTCGTCCACACTACGCGGATTCCGGTCGCGACGACTCTGCTCGGCCTCGGCGGGTTTCCGAGCGATGACGAGATGTGGCTGGGCATGCTCGGACACCATGGCGTATATGCGGCGAACATGGCGGTGCAGAATGCGGATCTCATTATTTCGATCGGCTCGCGTTTCGATGACCGGGTTACGATGAAGCTGGACGGGTTTGCGCCTCAGGCCACACGTATCGCCCATATCGATATCGATCCGGCGGAAATCGGCAAGAACGTCAAGACAGATCTCGCGTGCATCGGCGATATTAAAAACGTGCTGGTTTATGCGAACACGAAAGCGCAAGCAGCCCAGACGTGCAGCTGGCTTGAGCAGCTTCAAGCGTATAAGGTGCAGCATCCGCTTCGATATACCGATTCGGATACTGTCATTAAACCGCAATATGTGCTCGAGATGATTAGCGAGACGACGCAAGGAGATGCGATCATCACCACCGATGTAGGCCAGCACCAAATGTGGACCGCCCAGTTTTACCGCTTTAAGCATCCTCGCTCACTCATCACGTCGGGCGGTCTTGGCACGATGGGCTTTGGCTTCCCGGCTGCGATCGGTGCTAAAGTCGGAAATCCAGATCGTCTCGTCGTCTCGATCAACGGCGACGGGGGCATGCAGATGTGCGCGCAGGAGATGGCGATCTGCGCGATTCATCAGATTCCGGTTAAGATCGTGGTCTTGAACAACCAGGTGCTCGGCATGGTTAAGCAGCAGCAGGAATTGATGTACGAACGACGCTACAGCCAGATTGATCTTTCCGGCAGTCCGGACTTCGTCAAGCTTGCGGAAGCATACGGAATCAAGGGATTAAGAGCAACGAACAAGGCGGAAGCCTCCAAGGTCTGGCTTGAGGCGCTGCAGACGACAGGACCTGTGCTCGTCGAGTTCGTCATCCCGACCAATGAGAACGTATACCCCATGGTGCTTGCCGGCACGCCGCTGGACCAAATGATTCTAGGGTACGACGAATAA	MEQQLGMTNETTTSSEEYITGSEVLLRGLLQEGVECVFGYPGGNVLYIYDAMVHQPDFKHILTRHEQGAIHAADGYARSTGKVGVCIATSGPGATNLVTGIATAYMDSVPLVVITGNVSTNVMGTDAFQEADIISITMPITKHSYTVRDVHDLPRIIHEAFYIANTGRKGPVLIDIPKNVTNQRMAYRPADTVRLRRYHGAPEPNPAEIDALLQAIAEARKPVIIAGGGVVYSNSSQELIKFVHTTRIPVATTLLGLGGFPSDDEMWLGMLGHHGVYAANMAVQNADLIISIGSRFDDRVTMKLDGFAPQATRIAHIDIDPAEIGKNVKTDLACIGDIKNVLVYANTKAQAAQTCSWLEQLQAYKVQHPLRYTDSDTVIKPQYVLEMISETTQGDAIITTDVGQHQMWTAQFYRFKHPRSLITSGGLGTMGFGFPAAIGAKVGNPDRLVVSINGDGGMQMCAQEMAICAIHQIPVKIVVLNNQVLGMVKQQQELMYERRYSQIDLSGSPDFVKLAEAYGIKGLRATNKAEASKVWLEALQTTGPVLVEFVIPTNENVYPMVLAGTPLDQMILGYDE	PGPT0008185_3775	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008185-budB|ilvK|alsS|ilvB|ilvG|ilvI-K01652	NA	NA
JZ016_02526	198			hypothetical protein	ATGGTGCTCGTTAACGCGCCGCAGGTAAGGCATCGGCCTTACCTCATGAGGCTGCATTCGCGAGGGTGGCAGCAAACTTGGGTGGTACCGCGAAAAAATCCCCTTTCGTCCCTGTATGAGCTGACTGCTGTCAGCTTGCTTAGGAGGAGAGGGGATTTTATTTTAACGAAGGAGGCTACCCAATGGAACAGCAATTAG	MVLVNAPQVRHRPYLMRLHSRGWQQTWVVPRKNPLSSLYELTAVSLLRRRGDFILTKEATQWNSN				NA	NA	NA	NA	NA
JZ016_02527	612			putative HTH-type transcriptional regulator	ATGACGGAATCAAATAAAAGCCGCCGCCGCGGCGACCAACTACAAAATGATATTTATGCAGCAACGTATCGTCTGCTGGAGACGGAAGGGTACAGCGCGATTAATTTTGCGCGTATTGCTCGTGAGGCGAATACCAGTCGTTCGGTGGTTTATCGTTATTGGGATACTCCGTTTGATTTAGTGTTTGCAGCTGTCCAACAACGGATGCAACAATCGGAAGAGAAATTCAAGAATTTGGATTTTGACGAAGGCAGTCTCCGTGATCATTTAGTATCTGTTGGTCAGCATTTTATTTTGGAGTCCGACCAAGGACCGTTTAGATTATTTAAAATGCTGTTTTCCGAGATGATTAACCAGCAGGAGCGAGAACGGACAAGCCAGATGTTGGCCGAAGCAACGGCTTCCAATATTAAGATTATGGATTACGTTCTTCAACAGGCCGTACAACGGGGAGAAATCACAAAGCTCCCACCTAAAGCGACCAAACTCATTCTTTTTGAGCAAATTCGTTATACGTTTTTGCTTGAAAATGGATGGGTGTCGCATCAGAAATTGGAAGAGATTGTTGATCATGTGGCGTTGCCGGCAATTTTATATTTTTCGAAACCTTGA	MTESNKSRRRGDQLQNDIYAATYRLLETEGYSAINFARIAREANTSRSVVYRYWDTPFDLVFAAVQQRMQQSEEKFKNLDFDEGSLRDHLVSVGQHFILESDQGPFRLFKMLFSEMINQQERERTSQMLAEATASNIKIMDYVLQQAVQRGEITKLPPKATKLILFEQIRYTFLLENGWVSHQKLEEIVDHVALPAILYFSKP				NA	NA	NA	NA	NA
JZ016_02528	1293	npr	COG0446	NADH peroxidase	ATGAAAGTTATTGTTTTAGGAGCATCGCACGGGGGTATTGAAGCGGTTGAAGCGTTACGATTGATGTGTCCGAAAGCGAACGTTCAATGGTATGACAAAGGAGACTTCTCCTCCACTTCGGCCAAGGAGCTTGAATCCATTCAACAACAAGGAGTATCCATCTTCGGCAACACTGAAATAACTAAAGTAGAACCTGGCAAACATCAAGTGGAAATATTCAATCATGCGACAGGGGAGACACGAAAGGAGGATTATGACAAGTTAATTTTAAGTCCAGGTGCAAAGCCATTTATTCTTCCTGTCCTTGGACATCATTTTAAAAACATCGGTACGATGAGCAGTCGACAAGACATATTCAATATGAGAAAACACGCTGCAGATCCAGATATCAAGAACGTTGTTATTGTTGGCGCAGGATACATTGGGACTGGAGCAGCTTCATTATTTGCCGAATCAGGGAAAAAAGTTACGTTAATGGACATCAACAATCGTCCTTTAAGCTCCTATTTAGATCAAGAATTTACGGATGTACTTGAAAAAGAAATGAAAGATCGAGATGTGGAAATGGCACTAGGCAACTCGATCATCGAGTTTGTCGGTGATGAAAATGATAGAGTCATCGAGGTTGTAACTGCAAAAGGCACCTATTCAGCTGACCTGGTCATCTTGTCTGCAGGCAATCGTCCCAACACAGAATGGTTGCGAGGCGCAGTGGAATTATTGCCGGATGGCAGAATTAAAACAGATGAATACATGCGTACAAGTGATCCCGATATTTTTGCCATTGGGGATGCAACAACGGTTTGGTACAATCCCGGGAAAATGCGGATGAATGTTTCATTAGGAACCAACGCGCGTCGTCAAGCACATTATGCAGTAAAAAACTTATTCGAAGCCATTCATCCGCTTCCTGGTGTTCAAGGCTCTTCAGGTGCGCATATTTTCGATTATTATTTCGCTACAGTTGGTTTGAATGATAAAACGGCAAAAAAGCTTGGCATTGAAATAAAATCCGTCTACTTGGAACAAGAAACAGCCCTGTTTTCTCCGGAGTCGACCGTTATGTTCAAACTGGTTTACGATCCAACAACTTTAGAGATTTTAGGGGGACAAATCATGTCTGAAGTTGATTTGACTGCTAATATCAATACGGTCTCCCTTGCGATTCAAACCGGATGCACATTAGAACAATTGGCCTATGCCGACTTCTTCTTTCAGCCAGAATTAAACACACCATGGAATGTAATAAATACAGCAGGATTAAAAGCATTACTACAAGAGAATTTTATGTAA	MKVIVLGASHGGIEAVEALRLMCPKANVQWYDKGDFSSTSAKELESIQQQGVSIFGNTEITKVEPGKHQVEIFNHATGETRKEDYDKLILSPGAKPFILPVLGHHFKNIGTMSSRQDIFNMRKHAADPDIKNVVIVGAGYIGTGAASLFAESGKKVTLMDINNRPLSSYLDQEFTDVLEKEMKDRDVEMALGNSIIEFVGDENDRVIEVVTAKGTYSADLVILSAGNRPNTEWLRGAVELLPDGRIKTDEYMRTSDPDIFAIGDATTVWYNPGKMRMNVSLGTNARRQAHYAVKNLFEAIHPLPGVQGSSGAHIFDYYFATVGLNDKTAKKLGIEIKSVYLEQETALFSPESTVMFKLVYDPTTLEILGGQIMSEVDLTANINTVSLAIQTGCTLEQLAYADFFFQPELNTPWNVINTAGLKALLQENFM				NA	NA	NA	NA	NA
JZ016_02529	603			hypothetical protein	ATGTCTGAGGAAATCAAGGTAATCCAGTCGCGAATTGAACGACGTGATGCCGCCGAGAATCGTCAACGAATATTGGTCGCAGCCCATAAACTTTTTGAGCAGAACGGCGTGGACCAGGTAAGTATGAACCAGATCGCAGCGGAAGCCCAGATAGGTCCGGGCACCCTATATCGTCGTTATGCCAATAAAGGTGAATTGTGTTTGGATTTAATAAAAGACAGTGTCCTTCGGTTCTTCGAAGATATTGAGCAGTATCTATTACAGCATCAGCAAGAGCCGCCGGATCAACGGTTAAAAGGAATTCTCAAAATTTACATGCCTTTCATTGAGAAGAAAGCACAACTGTTAACAGGAGGCAAGGGATCCGCGTCAGCTAAGCGACTTCCGTATCAATCACAGAATCCGCTCTATAACAAAATGCATCAAATCGCAGTCGAGTTATTCGATGAGATGGCAACTGCGGATCATCCAAGCCCAAATAGTATATTCAAAGCAGATATGCTGCTGATCGCCATAAGTATTGATTCATATTTTTATCAAAGGGATGTTCGTGGCTATTCACCCGATGAAATTTTGGAACACCTTTGCTCAACATTCATTTAA	MSEEIKVIQSRIERRDAAENRQRILVAAHKLFEQNGVDQVSMNQIAAEAQIGPGTLYRRYANKGELCLDLIKDSVLRFFEDIEQYLLQHQQEPPDQRLKGILKIYMPFIEKKAQLLTGGKGSASAKRLPYQSQNPLYNKMHQIAVELFDEMATADHPSPNSIFKADMLLIAISIDSYFYQRDVRGYSPDEILEHLCSTFI				NA	NA	NA	NA	NA
JZ016_02530	1344	ribZ_2		Riboflavin transporter RibZ	ATGGATTCTATCGCAAAACCTATAAACGAAAAAGCATTACTGGCCCTATTATTAATTGCCTCATCATTGGCCACGATGAATGTCTATATGTTCAATATTGCTGTTCCATTTATTATTAAAGACTTGCATCTGTCCACTTCCGAAAGCAGTCTGGTAACGACGCTGTATGCAGTTGTACTAGCAGCAGGTTCGGGTACGTATGGAAAGCTTACCGACCGTTTCTCTGCACGGTCATTAATACTAATAGGGATAGCCCTTTTCACTCTGGGTTCGCTAATGGGGGTTTTTTCGAGCTCTTTTCCGGCCGTTGTAACCGCAAGAATTATTCAAGCAGCTGGTGCTGCGGCTATTCCCTCCCTAGCGTATGTAGTTCCGCCTAAATATTTCAAACCCGAGAACAGAGGCAAAGCATTAAGCCTTGTGTCTACTACTTTCGCGCTGATGGGCGGAGTAGCCCCGGTCCTCAGTGGATTTATTATTCAACTGTTTGGTTGGCACGGTCTTTTTGTTGTTTCTCTCTTGATCGTATTTATTATCCCATTTGTTGTGAAACACTTCCCTACTAATGTTGCACAAGGGGAGAAATTCGATGTCTTAGGAGCTATATTATTCTCCTTGGCAGTAGGCATTCTGGTACTAGGTATCAGCCTAAATCCTTATCTTTTAATAATTGCTGTCCTGATGCTTATTGCGTTTTCATTCCACATACGCGGGAAGAACGCACCTTTTATCACCATCTCTTTACTCGCTAACAAAAACTACAGAAATTCCTTGCTCTCTGTATTTGCAGGCACATCTGCATATCCGGCCGCTTTATTTTTATTGCCCTTGGTTCTAAAACAGGGCGGTAACTTGCAAGCAAGCCTGATCGGCATCGTCATGTTCCCAGGCGCACTGATTGGTTCGTTGTTCGGCCCTTACATGGGAGCACTTTCTCGCAAGTACAATGGCAGGATCATTATCCTAGCTGGTCATGGTTTTATGATTCTGGGAGCACTGCTTATGGCGGTTTTGCAAGACATGCCCATCGGCATTGGGATCGTCATGTTCATCTTTGCGCTCGGCTATACCACATTAGTATCGTCCGCTGCCAATGTTGTGCCATCGACCTTGAAAAAGACGGAGATTGGTATCGGGATGGGACTCTTCACGCTTTTAAGTATTTTAGGAGGTGCATTTGGTCCTTCTATTTTAAGTCGATTTTTATCCTTCAATACTAACTTTACAATCTCCTTTATCATTGTCATCGTTATGTCAGTTATCGGCATTTTTCTAATACTCGCAACGCGAGCAGATAATTCCCAAGATGATCTGAACAGGCATCCGGCCAATGGCTTAAGGTGA	MDSIAKPINEKALLALLLIASSLATMNVYMFNIAVPFIIKDLHLSTSESSLVTTLYAVVLAAGSGTYGKLTDRFSARSLILIGIALFTLGSLMGVFSSSFPAVVTARIIQAAGAAAIPSLAYVVPPKYFKPENRGKALSLVSTTFALMGGVAPVLSGFIIQLFGWHGLFVVSLLIVFIIPFVVKHFPTNVAQGEKFDVLGAILFSLAVGILVLGISLNPYLLIIAVLMLIAFSFHIRGKNAPFITISLLANKNYRNSLLSVFAGTSAYPAALFLLPLVLKQGGNLQASLIGIVMFPGALIGSLFGPYMGALSRKYNGRIIILAGHGFMILGALLMAVLQDMPIGIGIVMFIFALGYTTLVSSAANVVPSTLKKTEIGIGMGLFTLLSILGGAFGPSILSRFLSFNTNFTISFIIVIVMSVIGIFLILATRADNSQDDLNRHPANGLR				NA	NA	NA	NA	NA
JZ016_02531	801			hypothetical protein	TTGAACAGGTATACTTATCGTAACAAGCTAGCAGTAGTCACCGGTGCTTCATCCGGAATTGGGAAAGCGTATGCCAACGAACTGGCGGCACAAGGCTGTCATGTTGTTCTGGCAGCGCGCTCCAAGGACAAACTGGATTCAATGGCCAAGGAAATCAACCGTCAGTATGGCGTACAGACTTATGCACTCGCTTGCGATTTGTCCAAAGCGAACGCCCCGCGCCAACTGGCTGAACAAATTTCCGAATGGGGCTTGTCCGTGGATATTCTCATCAACAACGCAGGCGTTGGCACCTATGGCCGTTTCGAAGAAATAGACCCGGAGCGCGAGCAGGAGGAGATCATGCTGAACACGGCTGCGTTAGTCGATCTTACGCATCGGTTGCTGCCCGATATGCTGAGGAGAAAGGACGGCGTCATCGTTAACGTGGCATCGATGGCCGCGTTCATGCCTTGTGCTTATTCAGCCGTTTATGGGGCTACCAAAGCATTTGTATTGTCCTTCTCCGAGGCGCTATGGGCGGAAACGCGCGTGAGAGGCGTTCGCGTGCTCGCACTGTGTCCAGGTGCAACCGAGACGGGGTTTTTCGATGCGGTCGGCAGTGAGGAAATGGGGGCGGGCCAAAAGCTCTCGACCCCGGAGAAGGTTGTACAGGCCGGATTTCGCGGGATTGATCAAGGACGCAGCTATATCATCGATGGCCGTAACAATTACCTTATGGGTCAAATGATTCGATTTTTGAGCAGGCGCAGGGTAGCCTTGTTCATGGAACGCATGTCAAGGCCAAAAAGACACGGATAG	MNRYTYRNKLAVVTGASSGIGKAYANELAAQGCHVVLAARSKDKLDSMAKEINRQYGVQTYALACDLSKANAPRQLAEQISEWGLSVDILINNAGVGTYGRFEEIDPEREQEEIMLNTAALVDLTHRLLPDMLRRKDGVIVNVASMAAFMPCAYSAVYGATKAFVLSFSEALWAETRVRGVRVLALCPGATETGFFDAVGSEEMGAGQKLSTPEKVVQAGFRGIDQGRSYIIDGRNNYLMGQMIRFLSRRRVALFMERMSRPKRHG	PGPT0030485_1791	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-OXIDOREDUCTASE_ACTIVITY	PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124
JZ016_02532	858			hypothetical protein	TTGAAAATGAATAATTCCTCATCCGCATTAGGCGACTTCCTTAAATCTCGCAGAGAACGGTTGCAGCCTTCAGAGGTAGGGATTCAGCCGCTGCCCGGACGAAGACGCACACCGGGACTTCGAAGAGAAGAAGTCTCTTATCTTGCCAATATAAGCGTGACTTACTATGCCTGGCTGGAGCAAGGCAAGGAGGTTAATCCTTCGCCGGAAGTGCTGCTAAGTATCAGCAAAGCGCTTCAACTTGACGAAGACGAGCAGAAGCATCTATTCGATCTGGCCAATGTAGATGTGGCGAGCGTCGTCGTCACAGTGCCAAATAACGGTGGGCCGGATACGGGAGTTCTGCAGAAAATCGTAAATCAACTGCATTATCCTTCTTTTATCACAGACGAAGGTACGGATGTTATCGTCTGGAATCGGGCGGCTGAACTGATCGTAGCCGATTTCGGCAGTCTGCCGGACAAGGAACGGAATATGATGGACATTATGTTTTTAAAGCCGGATTACCGCAACAGACTGGTGAATTGGGAAGGCGCTGCCCGTTACGCTGTAGCCGTTCTGCGGGCAAGCTTCGATCTTTACAAGAACAACCCGTTATATATGGAACGGTTTGAACGCTTGACGCGGGAAAGCGTGGAGTTCGTACATTTCTGGGAGCTATATGAAATCAAACAAAAACGCGTAGCTACTGCTTTATTCCATGTTCCTGACGCGCAGGAGATGGAGTTCGAGCTCCATTCCGCGGCTGTAATCGATAATGACCCGGGACTGCACTGGTGTTTCTTTGTTCCGGTGCCCGGTTCAGGCACGGAGGAGAGATTATTGCGTTTACTTGAGCAGGACAGGCAGCTCCCGTAG	MKMNNSSSALGDFLKSRRERLQPSEVGIQPLPGRRRTPGLRREEVSYLANISVTYYAWLEQGKEVNPSPEVLLSISKALQLDEDEQKHLFDLANVDVASVVVTVPNNGGPDTGVLQKIVNQLHYPSFITDEGTDVIVWNRAAELIVADFGSLPDKERNMMDIMFLKPDYRNRLVNWEGAARYAVAVLRASFDLYKNNPLYMERFERLTRESVEFVHFWELYEIKQKRVATALFHVPDAQEMEFELHSAAVIDNDPGLHWCFFVPVPGSGTEERLLRLLEQDRQLP				NA	NA	NA	NA	NA
JZ016_02533	873	hcaB_3		3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase	ATGCAAACATGGTTCATTACAGGAGCGTCAGGAGGCTTGGCTTCAAGTATAACTCGCCGGTTGCTTGATAGAGGGGACCGTGTAGCCGCAACGGTACGCAAGCCGGGGGTGCTGGATGATCTGCAGGCACAGTATGGCTCTAGGCTATGGCAGGCTAATTTAGATCTGACAAACCCTCAGCAAATTGCTGAAGTCGTGGAACGTGCATTTTCAGAACTGGGCACGATCGATGTGTTTGTCAATAATGCAGCCTATGGCTTGTATGGCGCAGTGGAAGAAGCAAGCGACAAGCAAATTGAACACCAGTTTATGACCAATGTGCTTGGCTCCCTGCGTGCAGCGCGTGCAGCCCTGCCCTTTTTCCGCAAGCAGGGTGGCGGTCACATCGTACAGATTTCGAGTATGGCGGGGCATTATTCGATTCCGGGTATGGGACTATACTGCTCTTCGAAATGGGCGGTCGAAGGAGCCTTTGAAGCGCTAGCTAAGGAAGTGGCTCCGTTCAATATTAAGACCACGATGGTGGAGCCCGGCGGAATCCGAACGAACTTCCTTACAAGTAATGCCGTATTCGGCGAGCGGATGGACGAATACCGGGATACGGAGGCGGGCCAATTCGTTAGCCTGATGAAGGCAGAACTGCCTGGTATAGATATGAGCATGTTCAATCAAATGGTTGTCGGCGACCCGGATAAAATGGCGCAGCAGATTATCCGTCGTGTCGACCAGGGAGAGGGTCCGATACGTATGGCGTTGGGCAGTGACGCCTATGAGCAAATCCGGGCTGCCCTGCTGGACAGACTGGCCGCTCTGGAAGCACAGAAAGAGCTGGCTTACTCCACTGATTCAGATGATGTGGTAAAACCATTTTAA	MQTWFITGASGGLASSITRRLLDRGDRVAATVRKPGVLDDLQAQYGSRLWQANLDLTNPQQIAEVVERAFSELGTIDVFVNNAAYGLYGAVEEASDKQIEHQFMTNVLGSLRAARAALPFFRKQGGGHIVQISSMAGHYSIPGMGLYCSSKWAVEGAFEALAKEVAPFNIKTTMVEPGGIRTNFLTSNAVFGERMDEYRDTEAGQFVSLMKAELPGIDMSMFNQMVVGDPDKMAQQIIRRVDQGEGPIRMALGSDAYEQIRAALLDRLAALEAQKELAYSTDSDDVVKPF				NA	NA	NA	NA	NA
JZ016_02534	879			hypothetical protein	ATGGAAGACAGATTGGACCGTTATGAGGAATTGTCCCGTTTTTTGCGTTCACGCCGTGAACGAATAACCCCAGAGCAAGCAGGTTTGCCGGATTCCGGACGCAGACGAACACCCGGACTTCGTCGCAGCGAGGTAGCTCTGCTGGCAGATGTGGGATTGGATTGGTACACCTATTTGGAACAAGGGCGTCATATCAACGTATCCGCTGAGGTGCTTGATCGAATAGCGAAAGTGCTTCGGTTAGATGAATCTGAACGCAGGCATCTGTACCATCTTGCCCGTAAACAATTTCCCTTGGCCGGTACGAAGCAACCCTCTAAGGTAACACCGGAACTTCAACGTTTTTTGGATAGCCAGAACCTTTCCCCTGCGAATGTCATGGATGCGCGCATGAACATCATTGCCTGGAATGAGGCCTACTGCGCATTAAATGGGAATCTCACGGTGATGTCGGATAGGGAGCGGAATTTGGTCTGGATGACGTTTACTTCTCCCCGTTTCCGCTATGCAAAGGGAGACCAATGGGAACTGCATGCTCGGCGAATCGTTGCCAATTTCCATGCCGGGTATGCCCGTCACGTCGACGATCCTTGGTGGTCCGAGCAGTTCGAGGCGCTTTCACAGGCTAGCAGGGAGTTTCGAGAATTTTGGGATTCCCACGAGGTTCTCGATGCTATGGATGCTCCTAAGACGCTGCATTGTCCGAATCTCGGAATCTTGAATTTTGATCTGGTTTCGTTTCATTACTTGAACGATTCTAATTTGACCGTTTCCATTCATGTTCCTCATCCAGATGGCACGGTGGATAAGATGCAGCAACTGTTAATCGATTATCGAAGCCAGCATTCAGAGGAGCTTGAATCTTCTCGAAGAGTTTAG	MEDRLDRYEELSRFLRSRRERITPEQAGLPDSGRRRTPGLRRSEVALLADVGLDWYTYLEQGRHINVSAEVLDRIAKVLRLDESERRHLYHLARKQFPLAGTKQPSKVTPELQRFLDSQNLSPANVMDARMNIIAWNEAYCALNGNLTVMSDRERNLVWMTFTSPRFRYAKGDQWELHARRIVANFHAGYARHVDDPWWSEQFEALSQASREFREFWDSHEVLDAMDAPKTLHCPNLGILNFDLVSFHYLNDSNLTVSIHVPHPDGTVDKMQQLLIDYRSQHSEELESSRRV				NA	NA	NA	NA	NA
JZ016_02535	570			2-hydroxy-1,4-benzoquinone reductase	ATGAAAGTAGCCGCCATAGTCGGAAGCATTCGCAAAGATTCATACAACCTGAAGCTGGCCCGTTATATTCAAAACCGTTATCAGCATCTTTTTCAGTTGGATGTGCTGAACATTCGGGATCTCCCCTTTTACGATCAGGATATCGAGTCTGTTCCGCCCCAGCCGGTTATCGATTTTAAGGCGAACGTCGCTGCTGCCGACGCGGTGTTATGGATCACTCCGGAATATAATTCGACCATTCCCGGCGTCATGGCGAACGCGATTGACTGGTTATCCCGCGTGGATCGAGTCATGATCGGAAAGCCCTCATGGATCGTCGGATCTTCCATGGGATTGTTGGGATCGGTCAAAGCGCAGGGCCATCTGCGTGACATTCTGTTCGCATCCGGTATTTCCTCGCCTCTGTTGCCTGGAAATGAAGTGTACATTGGTCTTGTTCATGAGAAGTTTAACGAGAAGGGTGAGCTGACAGATGAACCTACCATTCAGTACCTTGATCTTGTAACCGACAATTTCGTGAAATGGATGAAAGAGCTCTCCCAATTGAAGCAGCTCCAAAGTCAAAAATAA	MKVAAIVGSIRKDSYNLKLARYIQNRYQHLFQLDVLNIRDLPFYDQDIESVPPQPVIDFKANVAAADAVLWITPEYNSTIPGVMANAIDWLSRVDRVMIGKPSWIVGSSMGLLGSVKAQGHLRDILFASGISSPLLPGNEVYIGLVHEKFNEKGELTDEPTIQYLDLVTDNFVKWMKELSQLKQLQSQK	PGPT0004195_982	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004195-chrR-K19784	NA	NA
JZ016_02536	303			hypothetical protein	ATGTTTGAGCATATCGTGCTATTGAAATTCAAGCCCGATGTTTCTATTGAAGTAAAAGAAAGTGCAATAAAGCGCGCATATGACTTTAAAGGGAATATTCCGGGGATCGTGGAGCTTAGCGCCGGGATTAACGTTACGGAGGAAATAGAGCATATGCAGGGGTTTAGGCTGGGAATCAGAGTCACTTTCGAGAATCAACAGGCTTGCCGGGAGTATATTCAGCACCCCCTGCATCAAGGATTATTGCAATCCATCGGCCCGTTTGTTGAAGGAATCGTCGTTATGGATTACCCGTTTGCTTAA	MFEHIVLLKFKPDVSIEVKESAIKRAYDFKGNIPGIVELSAGINVTEEIEHMQGFRLGIRVTFENQQACREYIQHPLHQGLLQSIGPFVEGIVVMDYPFA				NA	NA	NA	NA	NA
JZ016_02537	198			hypothetical protein	ATGGATGAGAAGCTTGCCGGCAAAGTTGCCCTGGTCACTGGAGCATCCAGAGGAATCGGCAGAACCATTGCCGAGTATTTAGCGAATCATGGCGCCAAGGCGGTTATCAATTTTGCGAATCGTTCAGCGATGTTACGGAAGCGGATTACGACCAGCTATTTGCGATTGCGGCATGGCATTCACCTGCAAATAGTATAG	MDEKLAGKVALVTGASRGIGRTIAEYLANHGAKAVINFANRSAMLRKRITTSYLRLRHGIHLQIV				NA	NA	NA	NA	NA
JZ016_02538	1155	dhmA		Haloalkane dehalogenase	TTGACTATTGAACGTTTTCAAATTCAGGTCTCTGATGAAATCCTGAACGATCTGCAATACAGAATCCATCATATCCGCTGGCCGGATCAATTGGAAAATGCGAATTGGGAACGGGGCACGGAATTAAATTACTTAAAATCGCTAGTTTCGTATTGGAGGGACCATTATGATTGGCGCGCACAAGAAGCCAAGTTGAACCGCTTCTCCCAGTTTCGCTGCAAGATCGATGGGATCGACGTGCACTTCGTACATGAACGCGGTAAAGGTCCTAACCCTTTGCCCCTGATTCTAAATCACGGATGGCCCGACAGTTACCTGCGTTACCAAAAAATCATTCCGCTGCTTACGGATCCGGCCAGCCATGGCGGCAACCCCGAGGACGCTTTTGACGTAATCGTCCCTTCATTACCTGGCTTTGGATTCTCCAGCCGTCCTAAACATCCCGGGGTCAACAATTTTCGTGTCGCCGAAATGTGGGTTAAGCTCATGACCGAAGAATTAGGCTACAGTAAATTCGCTGCCGCCGGTGGGGATATGGGCTCCGGTGTGACCAGATACCTGGCGGCAAACCATCCCGAACGGTTATACGGAATCCATCTGACCGATATCGGGATTATCCGAGATCTCATAGCTTCATCTGATCAGGCCACGCTTTCGGAAGAAGAGCGGCAATACCAAAATAATGCTTCGGCATGGATGGCTCAGGAGGGCGGCTATATGTCCATTCAATCGACGCGCCCCCAAACCCTTGCATATGGACTTTCCGACTCGCCCGTAGGTTTGGCCGGTTGGATGACGGAGAAATTCCGATCATGGAGCGATTGTAACGGCGATCTTGCGCAAAAATTCAGCGAGGATGAACTCCTTACGCATATCATGATATATTGGGTGACGAACACCATAGGATCGACAGCGCATATGTATTATGATAATGCGCATTCTTTGCCGCCAATCGGCTACATCGAGGTTCCGACTGGCCTTGCCCTATTCCCGGCGGATATCCTGTTGCCGCCCAAGGAATGGGCCATGCGCAACCTGAATGTAACCCGCTGGACTTCGATGCCCCGCGGCGGACATTTTACCGCTCTGGAGGAACCAGAGCTTTTTGCCGATGACATTCGCGCATTCTTCAGACCTTTTAGAACGAAAAGCTAG	MTIERFQIQVSDEILNDLQYRIHHIRWPDQLENANWERGTELNYLKSLVSYWRDHYDWRAQEAKLNRFSQFRCKIDGIDVHFVHERGKGPNPLPLILNHGWPDSYLRYQKIIPLLTDPASHGGNPEDAFDVIVPSLPGFGFSSRPKHPGVNNFRVAEMWVKLMTEELGYSKFAAAGGDMGSGVTRYLAANHPERLYGIHLTDIGIIRDLIASSDQATLSEEERQYQNNASAWMAQEGGYMSIQSTRPQTLAYGLSDSPVGLAGWMTEKFRSWSDCNGDLAQKFSEDELLTHIMIYWVTNTIGSTAHMYYDNAHSLPPIGYIEVPTGLALFPADILLPPKEWAMRNLNVTRWTSMPRGGHFTALEEPELFADDIRAFFRPFRTKS				NA	NA	NA	NA	NA
JZ016_02539	483	pchR_3		HTH-type transcriptional regulator PchR	ATGGAAACTGCCAGTAAGAACAAAACCAAAACCGCCATTCATGAATTTTTCGTTCAGTTTCTTGAGCAAAAAGAGCAATATGAAACCCGAATAACTGCCACATACCTGGAGGATATCCGGAAGCATATTGAATCGGAATTCAGCTTGAATATGACGGAACTGCACACCATTGCGTGCATCGGAGAGCAGGAGCCGATCAATCTCACTTCCATCGCGGAGAGAATAAATTTAAGCAAAGGAAATACCTCCAAGATCGCAAATAAATTACTAAAGGCAGGTTGGGTGCGAAAAGCCCAGCTCAACGATAACAAAAAGGAAGTGTATTTTCGGTTAACGCCTGTCGGCAAAAAGCTATTTGCTGCTCATCATGAGCTTCATGCGAAGGAAAGGCAAAGAATGTACGAATTTTTGGAAAGTTATAACGAAAGCGAGCTCGAATTTATTAAACGGCTGTTTGGAAATATGGTTGACTTCTATCGCTGA	METASKNKTKTAIHEFFVQFLEQKEQYETRITATYLEDIRKHIESEFSLNMTELHTIACIGEQEPINLTSIAERINLSKGNTSKIANKLLKAGWVRKAQLNDNKKEVYFRLTPVGKKLFAAHHELHAKERQRMYEFLESYNESELEFIKRLFGNMVDFYR				NA	NA	NA	NA	NA
JZ016_02540	402			hypothetical protein	ATGGAACTCGTGAATCCGAAGACATTGACGGATAAGGTTACATCTGTAATTTCTCATGTCGTGGTAACTACTGCCTCCAAACTGGCCTTCATCTCAGGTCAGGTTTCTGTAGATGAAACAGGAGCATTGGTCGGTTCAGGGGACTATTACGCGCAAGCGGTTCAAGTGTTCACCAATCTTAAGTATGCATTGGAAGCCGTGCGAGCGGATCCATTGTACATTGGAAAGATGAATATCTTTGTGGTAAACCACAACCCGGAATTGATTTCGATTATTTTTGATGCAGGATTTTATGTGTTTGGCCCTAACTGGCCGAAGACAGCAAGTACCTATATAGGCGTTCAAGCACTAGCCGATCCTGAATGGCTTATCGAAATAGACGCTATCGTGATCTTCCCATAA	MELVNPKTLTDKVTSVISHVVVTTASKLAFISGQVSVDETGALVGSGDYYAQAVQVFTNLKYALEAVRADPLYIGKMNIFVVNHNPELISIIFDAGFYVFGPNWPKTASTYIGVQALADPEWLIEIDAIVIFP				NA	NA	NA	NA	NA
JZ016_02541	1497	oxyS		12-dehydrotetracycline 5-monooxygenase/anhydrotetracycline 6-monooxygenase	ATGAAATATGAAGTCATCCTTATCGGTGGCGGACCTGTCGGCATGATGTTGGCTGGGGAATTGGCATTAGCCGGTGTAAAGGTCTGCGTCATTGAACGATTAAAAGAGACAACTCCATATTCACGTGCGCTTACCGTCCATCCACGAACCCTTGAAATATTAGATATGCGTGGAGTGAAATCACAATTAATCAGTCAAGGCCGCTTACTTTCGAGAGGACATTTTGCCGGATTAGAAACCCCCTTGGATTTCTCGGTGTTGGATTCTTCTTCCAATCACACCCTCTTTTTACCGCAGAGTGAGACGGAGAAGGTGCTGGAGGAATGGGCGCTTAGCCTTGGCGCAGAGGTCCGGAGAGAGGTTGAGGCTCTATCTGTGCACCAGGATGAGGATGGGGTTGACGTTAAGATCGCGGGACCTCATGGAGAAACAACGTTAAGATCAGCTTATGTGGTAGGTACGGATGGAGCTAGAAGTTTGGTTCGCAAGCATGCAAACATATCATTTGAAGGTACAGATGCGACCTTCACGGCTATTCTGGGGGATGCCGTTCTATCTGAATTGGCTCCTATGAGTGTCATATCCCGGATTACAGAAAAAGGATTGGTCAGCATCATGCCAATCAATGATCATATCTACCGAGTCTTGATGATCGATATGGAGAGACGTAACATCTCTAAGGATGAGAAGGTTACATTGGAAGAGTTTCGTTCATCGCTCATCCGTACGACCGGAAGCGACTTGGGATTGAACGATGTGATATGGATGTCCCGTTTCGGAAATGCGACGCGGCAAGCGGGACGCTATCGGAATGGTCGATTGTTTTTGGCCGGAGATTCGGCGCACATTCATTTTCCGGCTGGTGGACAGGGAATGAACGTCGGCTTACAAGAAGCGATGAACTTAGGCTGGAAGCTTGCAGGAGCAATCAAAGGCTGGGCTCCGGACTGGCTATTGGACAGTTATCATACCGAACGTTTCCCATGGAATACAGCCTTGCTCCGGAATACCGAGGTCCAAACCCTGCTTCTGGACGTGACTCCTCCCATCACGGAACTGCGAAGCATGTTGGCTGATCTGATTCAAATACCGGAGGCTAATTATCAAATCGCCGCACAAGTTTCCGCAATGGATGTACATTATGCACCCGATGCCGAAGCGCCTTCCCATCCTTTAAATGGGAAACGGTTCAAGGATCTCAGCTTAAAGCTGAAAGACGGGCAATTGATTAACACCTATCCGCTCCTGCACAAAGGTACTTTTCTTCTGTTGCATTTCCATTCTAATGAACAGAATAGCGGCCAATGGGAAACGTATAGCCATCTTCAAGTTGTACATGCCTCTTTGGCTGAGGCTGATGCGGATTGGAATGACGTCCACACGGCACTTATTCGGCCGGATGGACATATTGCCTGGGCGATTTCTCTATCCGATCCGAATCCCATGCAAACCATAAATGAAGGAATCACTCGCTGGTGCGGAAACATTACGGATTAG	MKYEVILIGGGPVGMMLAGELALAGVKVCVIERLKETTPYSRALTVHPRTLEILDMRGVKSQLISQGRLLSRGHFAGLETPLDFSVLDSSSNHTLFLPQSETEKVLEEWALSLGAEVRREVEALSVHQDEDGVDVKIAGPHGETTLRSAYVVGTDGARSLVRKHANISFEGTDATFTAILGDAVLSELAPMSVISRITEKGLVSIMPINDHIYRVLMIDMERRNISKDEKVTLEEFRSSLIRTTGSDLGLNDVIWMSRFGNATRQAGRYRNGRLFLAGDSAHIHFPAGGQGMNVGLQEAMNLGWKLAGAIKGWAPDWLLDSYHTERFPWNTALLRNTEVQTLLLDVTPPITELRSMLADLIQIPEANYQIAAQVSAMDVHYAPDAEAPSHPLNGKRFKDLSLKLKDGQLINTYPLLHKGTFLLLHFHSNEQNSGQWETYSHLQVVHASLAEADADWNDVHTALIRPDGHIAWAISLSDPNPMQTINEGITRWCGNITD	PGPT0028535_27	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RIFAMYCIN_RESISTANCE,PGPT0028535-iri|rox-K21267	NA	NA
JZ016_02542	1185	pbuE_7	COG2814	Purine efflux pump PbuE	ATGAGAAATTCATGGAAAATTTATATTTTAGCCATTGTCAGCTTTTTAGTTGGAACTTCAGAGTTCGTGATTGCCGGCATCTTGGATATGCTTGCAAGTGATTTTGGAGTGTCGGTAGCGGCGGCCGGGCAGTTGATTACGGTCTACTCGCTTGCTTATGCCATCGGCACCCCGATCCTAATTGCGCTCACGGCAAAAATGGATCGAAGAAAGCTTATGCTGTCGGCTTTGGGATTATTTTTCGTAGGGAACTTGATCACGGTCACAACTACAGGCTACGGCATGCTGCTTGGAGCAAGAATTATCTTGGCGATCAGCACGGGGGTATTTATGGTCGTCGCCCTGACGGTTGCCGCTAAAATATCTCATCCAGGAAAACAGGGCAGCGCAATCGCCACGGTTCTAGTGGGCTTTAATCTCGCACTTATTCTAGGGGTTCCGCTTGGGAGAATCATTGCGGGCTCACATGATTGGAAAATCATCTTTACGGGAGTCGGTGCCCTGAGCTTAATCGCGATGCTGGTCCTTTTGCTGGCGATTCCGAGATCGGAAGGAGAGGCTCCCGTACCTATTCGGGAACAGCTTGCCTTATTAAAAAGCCCACGAATCACGGTCGCGCTTTCCATCAGTTTTTTCTGGATATTGGGCTATACGATGCTGTACACCTATATAACGCCGTTTCTTCTGGACATTACGGGGATGAGCGAAGGGATGGTAAACATCGGGTTGTTTGCGTTTGGGCTGGCCAGTCTCATAGGGTCCCAAGTTGGCGGTTACGGTGCAGATAAATGGGGTATCCCCCGTACGATGATTGGAGGCTTGCTCTTTCACTCGGGAATATTATTATTACTGACGGCGTTCTCCCACTCGTCCATGATCGTGTTGCCTTTGCTTATGTTATGGTCCTTTTTCGCCTGGTCGACGGGGCCGGTTCAACAAGTTTATTTAATCGGCATGGCTCCTCAGGCTTCGGGGATTATCCTGAGTTTGAATAATTCTATTGTGCAGTTGGGCATGGCTGTAGGGGCTGTAATCGGTGGCATTGTTGTAGAAAGCATCTCGCTAGCATCCGTTGGTTTGCTTGGCGGAGCTTTCGTTGCCATTGGACTCATCCCGGCTATTATTTCATTATCCATGCGTCGCCGATCTGCAGCTGCGGGCGTAACCGGCAATGCGGAAGTTTGA	MRNSWKIYILAIVSFLVGTSEFVIAGILDMLASDFGVSVAAAGQLITVYSLAYAIGTPILIALTAKMDRRKLMLSALGLFFVGNLITVTTTGYGMLLGARIILAISTGVFMVVALTVAAKISHPGKQGSAIATVLVGFNLALILGVPLGRIIAGSHDWKIIFTGVGALSLIAMLVLLLAIPRSEGEAPVPIREQLALLKSPRITVALSISFFWILGYTMLYTYITPFLLDITGMSEGMVNIGLFAFGLASLIGSQVGGYGADKWGIPRTMIGGLLFHSGILLLLTAFSHSSMIVLPLLMLWSFFAWSTGPVQQVYLIGMAPQASGIILSLNNSIVQLGMAVGAVIGGIVVESISLASVGLLGGAFVAIGLIPAIISLSMRRRSAAAGVTGNAEV				NA	NA	NA	NA	NA
JZ016_02543	1068			hypothetical protein	ATGAGCGGTCAAACGAATACGATGGAGATTGGAATGAGCACCTTCCTTCATGCAAATCCCGGAAATGGCGGTGTCTCGCATGCCCAGAGGCTGCGCCAGGCGATCGAAGAAATCCAATTGGCAGATCAGGTCGGCCTTGACGTCTATGCCATCGGCGAGCATCATCGCATCGAATACACAAGCTCCTCGCCAGCTGTCATTCTGGCCGCAGCTGCAGCTACAACGAAGCGGATCCGGCTCTCGAGCGCAGTGACGGTGCTATCTTCGGACGATCCGGTGCGGATATATCAGGACTTTGCAACGTTGGACGGTCTGTCGAACGGGCGAGCGGAGATCATGGCCGGACGGGGGTCGTTCATTGAATCGTTCCCGCTATTCGGCTATGACCTGAAAGATTACGAGGAATTGTATGAAGAGAAACTGGAACTGCTGTTGAAGATTCGCGCTTCCGAAAAGGTCACCTGGCGTGGCGGTCATCGCCCGGCGATTGACAACATGGGCGTCTATCCTCGTGCACTGCAGGAGCCTTTGCCTGTCTGGATCGGTACGGGCGGCAATCCGGAATCAGCTGTTCGGGCCGGCTTGCTGGGACTTCCTATTGCCTTCTCAATCCTGGGAGGGGAGCCGCAAAGATTCGCACCCTTAGTGAAGCTTTATAAAGAAGCCGCCGTGAAAGCTGGTCACGATCCGAATAAGCTGCAAATTGCTACACATTCGCATGGCTTTATTTCGAATACGGCACAAGAGGCTGCTAAGCGGTATTACCCTGTCATGGCTGGCCAAATGAACCACATTGGACGGGAACGAGGCTGGTCTACCTATACACGTGACTCGTACGATTCAGCCCGCAACCTTCATGGCGCTCTATACGTCGGTGATCCCGAATACGTCGCAGAAAAAATCGTGCTGCTGCATAAGTATCTTGGCTTGACTCGCTTCATGATGTACAACGATTTCAGTTCCTTGCCGCATCGCGATTTGCTGCAGACGATTGAGCTTCTCGGGACCAAAGTAGCGCCGATTGTCCGTAAGGAGCTGGCACGTCAGACATCTGGCCATAACGCTTAA	MSGQTNTMEIGMSTFLHANPGNGGVSHAQRLRQAIEEIQLADQVGLDVYAIGEHHRIEYTSSSPAVILAAAAATTKRIRLSSAVTVLSSDDPVRIYQDFATLDGLSNGRAEIMAGRGSFIESFPLFGYDLKDYEELYEEKLELLLKIRASEKVTWRGGHRPAIDNMGVYPRALQEPLPVWIGTGGNPESAVRAGLLGLPIAFSILGGEPQRFAPLVKLYKEAAVKAGHDPNKLQIATHSHGFISNTAQEAAKRYYPVMAGQMNHIGRERGWSTYTRDSYDSARNLHGALYVGDPEYVAEKIVLLHKYLGLTRFMMYNDFSSLPHRDLLQTIELLGTKVAPIVRKELARQTSGHNA				NA	NA	NA	NA	NA
JZ016_02544	282	arsR1	COG0640	Arsenic resistance transcriptional regulator ArsR1	GTGGGAGAAAATCAAGAAGATATCGGGCAAGCGGTTAAAGTGTATAAAGCTTTGGGGGAACCAACCCGGTTGAAAATCGCTTTACTGCTCGCGAAAGAAAGCAACTTATGCTTCACTGCCGTCGGTGAAAGGCTTGAGTCGGTTGCAGGCTCGACGCTATCGCATCATTTAAAGCAATTGACGGACTCTGGCTTGATTGATTCTCGCAAGAATGGATCGTTTATTCACTATAACGTCAATCGAGAAATAGCGGAAAAATTTGCGCCCTTTTTGTTGGCGTAA	MGENQEDIGQAVKVYKALGEPTRLKIALLLAKESNLCFTAVGERLESVAGSTLSHHLKQLTDSGLIDSRKNGSFIHYNVNREIAEKFAPFLLA	PGPT0004735_5175	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_02545	606			hypothetical protein	ATGAACAAGAAAACCGACCTAAGAATACTGCGCACGAAACAATCGATTCGAAAGGCGTTTTATGAGCTTATTCAGGAAAAGGGATATGAATCCATAACGATCCAGGATATTGCCGATCGGGCTATGATCAATCGAAACACATTTTATCTCCACTACCAAAACAAGCCTGATTTACTAGATACATGTATGAATGAATTGTTGAGCGAATTAAAGGATGCGGTCGTTCTTTGTCCCATCAGCATGGATCCTTTCAGTATTTCTCTACTCGAGACAGTCATGCAAACTGTACTGGAGCATATTTCCCAAAATTTGACCTTTTATCATTCTATGTTAATAGATGAGAATAGAATCTATCAGTTTCAAGCGAAAATGGAAAATATCATTAAAGATAAATTAATTGAGGGGTGGAAACCTGCTCAGGGAAACTCCCCATTAGCGATATCCAAGGAATTACTGATCGAATACCTCGGATCGTCATTCATGGGGATTGTAATTTGGTGGATTAAAAACGATAAACCCCTTCCTGCAGATGAAGTTTCATCTCAGTTTAGCAGAATCGTTGCCTACGGGCATTTAAGAGCTGCCGGCATCGCCGTCGAGGAATAA	MNKKTDLRILRTKQSIRKAFYELIQEKGYESITIQDIADRAMINRNTFYLHYQNKPDLLDTCMNELLSELKDAVVLCPISMDPFSISLLETVMQTVLEHISQNLTFYHSMLIDENRIYQFQAKMENIIKDKLIEGWKPAQGNSPLAISKELLIEYLGSSFMGIVIWWIKNDKPLPADEVSSQFSRIVAYGHLRAAGIAVEE				NA	NA	NA	NA	NA
JZ016_02546	780			hypothetical protein	ATGACATCCAATCATCAACATGAGCTTGTTCGTAAGGCAGTCGCCGTACTGGAAAGTTTTGAGAGCGGCAATCCCGAAGCGATTACGGCTTACGTTCATCCAGATCAATATATTCAGCATAACCAGGCCTTACTCGATGGTCGTGAAACCATGCTTGGTGCTCTAGATCATTTAAAGGAAATTGGTACAAAGGTAAGCATTAAGCGGGCTTTAGTTGACGGAAATTATGTGGCACTTCATTCTGTATATCATTTTCACGGCCCTAAAATCGTATTTGATATCTTCCGTTTTGAGAATGGACTAATCGTTGAGCACTGGGATAATTTGCAAGAGATGGTGGAGAAGACACCAAGCAATCATACAATGATTGACGGACCGGTTACGATTAAGGATATCGACAAAACGGATGCCAACAAGGCATTTGTCAGAAGCTATGTTGAGAACATCTTGCTCGGGAAGAACCCTGACCTGCTTGCCTCTTACTTTGATGGAGATCACTACATTCAGCATAGTCCGCATATTGCAGACGGCCTTTCAGGTCTTCACGCTGCTTTGCAGGCTCTGAAGGAGAAAAATGTTGAGTTTCAATATACTCATGTCCATCAAGTTATCGGTCAAGGCGACTTTGTTCTTACAATGAGTGAAGGTCTGTTTGATGGTCGGCATACCGCTTTCTACGATTTGTTCCGCGTAGAGGATGAAAAGATCGCTGAGCATTGGGACGTAATCGAGGCCATCTTGCCGGCAGAAAAACGAAAAAATTCGAACAGTAGATTTTGA	MTSNHQHELVRKAVAVLESFESGNPEAITAYVHPDQYIQHNQALLDGRETMLGALDHLKEIGTKVSIKRALVDGNYVALHSVYHFHGPKIVFDIFRFENGLIVEHWDNLQEMVEKTPSNHTMIDGPVTIKDIDKTDANKAFVRSYVENILLGKNPDLLASYFDGDHYIQHSPHIADGLSGLHAALQALKEKNVEFQYTHVHQVIGQGDFVLTMSEGLFDGRHTAFYDLFRVEDEKIAEHWDVIEAILPAEKRKNSNSRF				NA	NA	NA	NA	NA
JZ016_02547	1182			hypothetical protein	GTGAAAATGCCGACACAAAAAATGATGTGGCTGGGAATGGTGCTCGTCCTGATCGTATTGACCGTATTCGGGGTAGCGATGATGGGATCGGTGCTTGGATCGAAGCCAAAGGAGGTCCCGGTGGCCCTCGTTATCCTTGACCAGCCAGCGGAGCTGCCGACTGGAGGAACGTTTGCGATAGGGGAAATGATCCGGGAAAAGTTGCTGTCTAGCCCGGCAATGCCGTTCGTCTGGCATGTCGTGGATTCCGAGGAAAAGGCCCGGGAAGGACTGGATAAACGCGAATATTACGGAGCGATGGTGATTCCGGCGGATCTGAGCAGCGGTTTACTCTCGCTAGCAACACACTCGCCGATTCACCCTAATGTGAGAATCATCTCCAATGAGGGTATGAACACCCAAGCCTCGATGGTCGTAAGACAGGCAATGGGGCAAGCGATGAAAATGATCAACGGGGAACTGTTGCAGCAGCTGCTTGGGCAGATCGGACAGCAAACGGAGCAAATTTCGGTTGAGACGGCTAAAGCTTTAATGACGCCGGTGAACGTTCAGGAGGAAGTCGTGCATCCACCGGGAGCGAATAATGCGGCGGGGAATGCGCCGGGTTTGTTGACCCAGATTATATGGATCGGCAGCATGGTGACCGGAGTCGTCTTGTTCCTGGCTAGCCAGAAGGCGGTCGCCGCGGGTTCAAGGAGATGGACAGTCAGCGCGCTGCAAGCTATCGGGGGGCTTGCGATCGTCGGCATAGCCTCGTGCTACACCATATGGATGGCTTCGTCGTGGTACGGTATGGAACTGGCGAACGCGGGGGAGACGTGGTTGTTCTTATGGTTGGCTGGATCGGCGTTCTTCTTGTTGCAATCTTCCTTGCTGAATTGGATCGGATTCCGGGCAATACCGCTTCTCGTACTGCTGATGTTCTTCTCCATGCCGCTGCTGAACATGGCTCCGGAGTTCTTGTCGCAGACGACGCGAGATTGGATCTATTCGTGGACGCCACTGCGATTCGCGGCAGGAGGGCTACGGGAAGTAATGTACTTCGGCGGACTGGACGCAGCTTACTCAAACGCCTTGATTTTGTGGGGCGTCGCCGGTGGATTTTTGGTCTTGCTGCTCACTTCCGTATTTAGGGCTAATCGAGCGACGGATGCCGCTCCTACTTCTGTTACAAGCAATTAA	MKMPTQKMMWLGMVLVLIVLTVFGVAMMGSVLGSKPKEVPVALVILDQPAELPTGGTFAIGEMIREKLLSSPAMPFVWHVVDSEEKAREGLDKREYYGAMVIPADLSSGLLSLATHSPIHPNVRIISNEGMNTQASMVVRQAMGQAMKMINGELLQQLLGQIGQQTEQISVETAKALMTPVNVQEEVVHPPGANNAAGNAPGLLTQIIWIGSMVTGVVLFLASQKAVAAGSRRWTVSALQAIGGLAIVGIASCYTIWMASSWYGMELANAGETWLFLWLAGSAFFLLQSSLLNWIGFRAIPLLVLLMFFSMPLLNMAPEFLSQTTRDWIYSWTPLRFAAGGLREVMYFGGLDAAYSNALILWGVAGGFLVLLLTSVFRANRATDAAPTSVTSN				NA	NA	NA	NA	NA
JZ016_02548	381			hypothetical protein	ATGCGTAGTATTCATGACAATGAAATTGTTTCCTATGAAGTTGATTTTCAAAAATCTAGAATTACATTGCACACTTTAGGTGGTAATGGAGATTCAGTTACCACTACTATCGAGTTCATTGATGTCCTGGCGCATATGTTTGAAACACAGCTACAGGGAAGTATTATTCTTGATATTAGCAAATACGATGTAAGCCGATTTCTCAAACATAATAAAGAATTGTTAAAGAAACAGAAGAATTACGGATGGCCGATGCATTATGAAAAGATTGAAGATTTGTTTGAACATTTACAAAATGAAAAGTATAACTATTATGTAATTTCAGCTTCATATGGTCTTAATGGATGGGTAATTGCTAAAAAATATAATATTTATAATTGA	MRSIHDNEIVSYEVDFQKSRITLHTLGGNGDSVTTTIEFIDVLAHMFETQLQGSIILDISKYDVSRFLKHNKELLKKQKNYGWPMHYEKIEDLFEHLQNEKYNYYVISASYGLNGWVIAKKYNIYN				NA	NA	NA	NA	NA
JZ016_02549	438			hypothetical protein	ATGTCTATATCAAAAACAGAGGCAATAAAGCTGTTCGAATTAGGATTTCAGAGGCCGTTATATGCAGATAAGGTATATCCACAGGACATTTTTGAATATCAAGATTCCGTTTGGGTTGTAGGAGGAAGGGTTCTACCATCAACGGGATTTCTCTGCGATGAAGAGATTTATAAAAAGGGAGTATGGATACCGAGTATTCTCGATTTAATGTCCTGGCTAGAGGACAATGATTGCAAATTCAATCTATCTTATATTGGAACAGGTTATAAACTAATCGTTAGTGATAACAATGAAATAGAGTACTCCTCTAAAGGAGCAACTCCGGAATTTGCCTTTTATAACGTTATCATTAAGATTCTCAAGAAGTATGGAGGGAATCCTGTAAATAAAGAATATGAAGTAATTGAAGCCGAATTTATTGATAGAAAGGATTTATAA	MSISKTEAIKLFELGFQRPLYADKVYPQDIFEYQDSVWVVGGRVLPSTGFLCDEEIYKKGVWIPSILDLMSWLEDNDCKFNLSYIGTGYKLIVSDNNEIEYSSKGATPEFAFYNVIIKILKKYGGNPVNKEYEVIEAEFIDRKDL				NA	NA	NA	NA	NA
JZ016_02550	315			hypothetical protein	TTGCGTTGCTTGCTATGGGATTTTTACCTGCTAACGGTGCCGGTAACAAGAGTACTAAGAACACCAAAGTTTTATGGGACATTAAAACAGGTGCTGACAAAAAAATTACTTATAAATTTAAAGGAGATACCGTTACTGCTTATCGTGACCCTAAAACTGGGTTATGGTGGGCGAAGGATACAACCGGACATGCAGATTCTGCCTACAAAGTATTTAAGGAAGCGAAAGGCGGTAAGGAACTTCATTGGGTTGCTGATTCAGACAAATATGGTAATTTTATTGATGGCAAACACAAGAGTTCTACTGGTACAGTAA	MRCLLWDFYLLTVPVTRVLRTPKFYGTLKQVLTKKLLINLKEIPLLLIVTLKLGYGGRRIQPDMQILPTKYLRKRKAVRNFIGLLIQTNMVILLMANTRVLLVQ				NA	NA	NA	NA	NA
JZ016_02551	522			hypothetical protein	ATGAATAAGTATCGTATTTCAAAGTACAACCCTATTTTTAGGGGAAGTACTGGCAGATATTCGAAAGAAGATTGGACGGCGATAAGCGATATAGGAAAAACCTTTGATGGCCAGTTACTTACGGTTGAACTTTACAAGTCAGTTGAAGATAACTATGTAAATACCGTAAGAACAATTATGAATTATTTGAATGTATCTCATCTTACAGTAAGTAATATTAGAAAAGGTTCGAATGAAGAAGAATTCGAAAAAGTTGTTACGAAATATCAACCGCTATATAACAATAACGAGATAAGAGATGCATATTACAATCTTGTTGACAACACGAAACTATCTGCTCAAGAAATTGGACCTGTGGTGAGACTGTTGCTGAGGGAAGATATCGGAGCTGATGTGTATTGCGAGAATGTGATGAGAGTTTTTATTGGATACGATTATCTAATGGGAATTCATACAGCCCAACCCATCGAATCAATAGTTCTCGATATTGAAAGAATGGGAGTGTTTGTCGAAAAAGTGTAA	MNKYRISKYNPIFRGSTGRYSKEDWTAISDIGKTFDGQLLTVELYKSVEDNYVNTVRTIMNYLNVSHLTVSNIRKGSNEEEFEKVVTKYQPLYNNNEIRDAYYNLVDNTKLSAQEIGPVVRLLLREDIGADVYCENVMRVFIGYDYLMGIHTAQPIESIVLDIERMGVFVEKV				NA	NA	NA	NA	NA
JZ016_02552	4728			hypothetical protein	GTGTTCAAAAGAGGATTTATAACTGTTTTATGTATAAGTTTACTATTGGGAAATATGGGCTCTCTGGTATATGGAGACAGCGGCAAGGTAACAGCCAATTCAAGAGAGATTTCTTCATCTGCGATTACGATTCCGATGTTGGCTCAGCAGTATGGTGTAGACACCGCTTGGGTTCAAGAAAAGATCGCGGATGGATATACCTTGTATCAGATATACTCATCTCTGGGCGGCAAGAAGAGCTCAAAAGCAGCCGATACCGTTCTGGCCAATATACAGGTACCGGATGTTGTGCAATATGATGAGAAGGCTGTGGTGTCATCATTAAAAAGCTTGGCTGAAGATTCAAACGGCGTGGACGAGGCGGCTCTTGAGCAGGTACGAATCCATGACGACTCGTCGGCCTACTTCAACAGCTACGGTCAAGATTCGGTCTCTATGGCTACCGGTGATTTAAATTATGCGAGCGTGGATTTGGAGCTTCCGGGTATGATCCCGTTTTCATTAACACGGGTATACGACAGCTCGAAGGCGAACGAAGAGATCGGAATCCGACAGGATGAGGTAACTGGACAGGCCGTGAATGACACTAGCATGCGAAGAGAAGAGTCATCTTACGGCATTGGTCGGGGCTGGAGATGGGATCTCCCCCATATTGAAGAGCATGGTGGTAAACGTTATTTGTATTTTCCTGGAGCCGGCTCCTACGCCTTGTCTGATTCATTAGACATTGTAGGGTATAACTGGAATGACATGGCTCTGAGAACGGATCAAAGCGTAACCGTAAATGGACAACCAAGTGAATACAAACTGACAGTTCTCAATGATTATGTTTACTACTTTGATGCTCAAGGTTATCTGCTACAAATCAAAGACCACTATAACAACACGGTGAGCTTTTTATACGATCAGCTGCCTGAGGGGCTTGTATTAAAGCAGATTTCGAATAGTGAAGGAAATACTCTCCAATTCAGCCATCATACATTGAGTCTTTCTGTGGTTTTGGAGGGAACGGACCAAAGCGTGGAATATCGCAAGGTTCAGAAGGAAGGCTACACGCTTCTGGCAGAGGTTATTGACTCCATGTCGCGAAGTACGACTTATGTGTACAACCATCCGGTGTCGAGTTTTAATTTCCTATCCGGGCTGGTGGGCCAGTCAGAACAGCATGAAGCTGACGGGACGGTTCTGTTGACTCGTATCGTATACCCAACATCCCGGATCACCGATATTCAATATGAAGCCTCATTGAAACAGATCGGAGATTTTGCCACCAGGCATGTGTTTAAGGTCAGCTCCCGCAAGGATACATTCAGTTCGACATCGGGTGAAAAAATACTGGGTTCCCGCAGCTTTGAGTATACGGGTGAAGACCTGAATCGTTACGGACGAGATGTGAACTGGACCACGACCGTAAGCAGCAGTAAATGGGCCGAAACGTACAAGCTGAGCAGTACCTTTGAAGGAAGCTCCAGTCCGGCGCTTCACTACTTGCAGGATTATCGCCAATCGGGAGATTCGGTTAGTTATATCGAAGAGTATACCTACGATGAGACGAACAAACGAAATGCACCGCAGCAGATCCAAGAACGATATATTCAAAATGGTGCAGCTTCCGAGCCTGTTTCCACGTCGTATACCTATGATGAATATGGTCTAATCACATCGGAGAGATCAAGCACCGGCCAGGAAACAAGCTATGAATACCAGCATATGACGGGTACAGCAGAGTGGAAGAAACCTTCCAAGGTAACCGTCAAAATGAACGACACGCAGTCTCAGATTACACATCTGGAATATGACGTGCAGGGCAGTGTAACGAAAGAGGTCGTGTCGCAAGGAATGGGCGGAACACCGCTTGCTCAATCCGAGTATGAGTACGACACTTATGGAAACCGGACAAAAACCAAAGTCAGGGACGATTCACGATTTATTGAACAGACGTATAAATACGAGTCCGAGTATGGACGTCATCTGCTGACAAACCAAAGCATGGTCGTGAAGGACGCTGCCTCACAGTCATCCGTAATTACGACGGACTATTCATATTGGCCGACAGGACAGCTCAAAAGCCAGAGAGATAGCGACGGAAACGTGCAAACGTACACTTATGATAAATGGGGTAGAATCACCCAGCTTGAATACAGTGACGGCACGCTTTCGACCATTCGTTTCGATGACGCATTGAATCGCGTCACTCAGACAGCACCGGACGGCGTGATTACGACAGAGCAGTATGATCCGTTTGGGCTGCTGGTGCAGGAAAAAACGCATGATGCGTTATACGAGTATGAATATGATGATGAAGGCAACATGACGGAAGTGACCGATGCCGAAGGCAACACAACGAGCCTGACGTATGATGCTTTTGGAAGAAACACGAAAACGGTATACGCTGATGGAACCAGCAGCAGCACGGATTATCAGGTCGTGGAACGGACAACCACGTATAGCGACGCTGCTGGAAACAAACAGCGTGAAACCTATGATGTACTGGGAAGAACAATATCAACGCAAGAGTGGAAAAATGGAGGGTTTACGCCGCTTCAGCATCTGGAATACGATCTGCTCGGTCAGGTGACGGCATCCATTGACGGCAAACAGCAGCGCACCGAGTATACGTACGACGTGCTGGGCCGCTTGACCTCGGTGAAGGATCCGAAGGGAGAGGTTACCCGCTATATTTATAGTCTGGCTGGTGATCTGGTTCAGGTTGTGCTGCCCGACCAACAGAAAGTAACGAAGACGTATGACGAGATGGGCCGCCTGATCAGCCAGACTGATATGGCCAATCAAACCACGGTCTACCAGTACGACAACCGAAGCAACGTAACGCAAGTGGTGGACCGTAAGAACCAAATCTATAACTTTGGTTATGACTCCGAGAATCAGCTTATTTCAAAGAGCGGACCGGATTTCTCGGTGAATTACACCTATGATGATGCAGGCCGCCGGACCAGTATGACCGATCCAACAGGTAAGACGACGTATTCTTACAATCCTGAGGATGGGACGCTGAAGGAACTGGAGTTTCCGGACGGAACCAGGGTATCGTATGAATATAATACGCAGTCGAAAATAGGATATATCCTGACGGACGCTGCCGGAGCATCCATTCGCATATCTTCTAAGCTTGATGAAATGAATCGGGTCTCGGCGATGGATATCAGCACAGGAAGCAGTGGCCCTTCCTTGATGTCAGCTTCTCCGCTGGATCGAATGACCTTTGAATATGGGGCTAACAGTTTGCTGGAGCGCCGAAGCTTTGATAGTGGGCTCAGTACCGGTTTTAGCTATGACGGATATGACTTGTCAGGCGTAACCGTTCAGCAGGGAAGCACATCCGTGCACGAATTCGGATATAGCTATGACCCGAACAAAAATATCATCTCCCGCACGGAGAACGGAACGTCAGGACAATTCACCTACGATCCGCTGAACCGGATTCAGACGGAAACATCAGGTGACAAGAATTTAAGTTATACGTATGACGCTAACGGGAACCGGCTGGAGCAGGGAAGCGGCAAGATTTTCGGCCTGAAGGAAGCAGATTATACGTTCGACAGCCAGAACCGTTTAACGCAGGTCGCAGGAGAAGGCAAGGAAGTCAGCTACACTTACAACGGCGACGGATTGCTGTATGAACGTAAGGAAGGCACGGATACGACGCGTTATTACTTTGACGAGGAAGCTAAACTGATTGCAGAAGCGGAAGTCACCGGAAGCCATGTTACCCTTACCTATGCCTATGTCTACGACTTGTACGGTCAGTTAACCGCAAGGCAAGATAGAGCAACTGGCAAACTGCAGTACTACGAATTCAACGGTCACGGCGATGTTGTCGGTCTGGTGGATGAGCAGGGTAAGCAGCTAAACAGTTACTCCTATGATATTTGGGGTGGCCCAGTTGAAACCAAGGAAACCGTTCCGAACGTGATGCGCTACGCCGGCGAGTATTGGGATGATACGACGGGCCTGCAGTACCTGCGTGCCCGCTGGTACGATCCGGGAACGGCACGGTTTATGGGCGAGGATACGTATGAAGGGACTTTGACGAATCCACTGAGCCAAAATCTATATACGTATGTGCATAATAATCCGTTGAGGTATATTGACCCGAGTGGGCATTTTGCATTTGAAACCTCGGATAAAGTAGAACTGAAAAATTTACTCGATGAAGCCAAGGAAAAATCGAAATCCAACAGAAAAAACAAATACTATAAGATATACAAGGATTTCATACGGGATCGGTACGACTTTGTATCTATCATGGGAGAAAACCGTTATAATTACTTATTCGACTTGTTAACGGGAACAAGCCCTTACACTAATAATGCAGGCATTTCGTCTTGGGCAAGAGCTCAGTTATTAGATGAGTACCAGGTTTCAAAAGAGGCGGAATATATTGCGTTGCTTGCTATGGGATTTTTACCTGCTAACGGTGCCGGTAACAAGAGTACTAAGGCTTGGGTTCGGATGACTACAAAACAATCTACTGATGCGGCTAAGAAATTAGGTTATGAACCGACGAACTACACTGCTAAAAATGGTGAAAGGATATACTATAATAAGAAAACTAAAACCTATATCAGTCAGGATATTGGCAGTGGTGATGGTAGTGGTCCTCATAATGGGGGGGTATGGAAAATGGCAAAATCACCTGAGGCATTGAATAAGAAGGATACACGGATGGGCACGTATGATGGAAACTTGGAAAGAATAGGTGATTAA	MFKRGFITVLCISLLLGNMGSLVYGDSGKVTANSREISSSAITIPMLAQQYGVDTAWVQEKIADGYTLYQIYSSLGGKKSSKAADTVLANIQVPDVVQYDEKAVVSSLKSLAEDSNGVDEAALEQVRIHDDSSAYFNSYGQDSVSMATGDLNYASVDLELPGMIPFSLTRVYDSSKANEEIGIRQDEVTGQAVNDTSMRREESSYGIGRGWRWDLPHIEEHGGKRYLYFPGAGSYALSDSLDIVGYNWNDMALRTDQSVTVNGQPSEYKLTVLNDYVYYFDAQGYLLQIKDHYNNTVSFLYDQLPEGLVLKQISNSEGNTLQFSHHTLSLSVVLEGTDQSVEYRKVQKEGYTLLAEVIDSMSRSTTYVYNHPVSSFNFLSGLVGQSEQHEADGTVLLTRIVYPTSRITDIQYEASLKQIGDFATRHVFKVSSRKDTFSSTSGEKILGSRSFEYTGEDLNRYGRDVNWTTTVSSSKWAETYKLSSTFEGSSSPALHYLQDYRQSGDSVSYIEEYTYDETNKRNAPQQIQERYIQNGAASEPVSTSYTYDEYGLITSERSSTGQETSYEYQHMTGTAEWKKPSKVTVKMNDTQSQITHLEYDVQGSVTKEVVSQGMGGTPLAQSEYEYDTYGNRTKTKVRDDSRFIEQTYKYESEYGRHLLTNQSMVVKDAASQSSVITTDYSYWPTGQLKSQRDSDGNVQTYTYDKWGRITQLEYSDGTLSTIRFDDALNRVTQTAPDGVITTEQYDPFGLLVQEKTHDALYEYEYDDEGNMTEVTDAEGNTTSLTYDAFGRNTKTVYADGTSSSTDYQVVERTTTYSDAAGNKQRETYDVLGRTISTQEWKNGGFTPLQHLEYDLLGQVTASIDGKQQRTEYTYDVLGRLTSVKDPKGEVTRYIYSLAGDLVQVVLPDQQKVTKTYDEMGRLISQTDMANQTTVYQYDNRSNVTQVVDRKNQIYNFGYDSENQLISKSGPDFSVNYTYDDAGRRTSMTDPTGKTTYSYNPEDGTLKELEFPDGTRVSYEYNTQSKIGYILTDAAGASIRISSKLDEMNRVSAMDISTGSSGPSLMSASPLDRMTFEYGANSLLERRSFDSGLSTGFSYDGYDLSGVTVQQGSTSVHEFGYSYDPNKNIISRTENGTSGQFTYDPLNRIQTETSGDKNLSYTYDANGNRLEQGSGKIFGLKEADYTFDSQNRLTQVAGEGKEVSYTYNGDGLLYERKEGTDTTRYYFDEEAKLIAEAEVTGSHVTLTYAYVYDLYGQLTARQDRATGKLQYYEFNGHGDVVGLVDEQGKQLNSYSYDIWGGPVETKETVPNVMRYAGEYWDDTTGLQYLRARWYDPGTARFMGEDTYEGTLTNPLSQNLYTYVHNNPLRYIDPSGHFAFETSDKVELKNLLDEAKEKSKSNRKNKYYKIYKDFIRDRYDFVSIMGENRYNYLFDLLTGTSPYTNNAGISSWARAQLLDEYQVSKEAEYIALLAMGFLPANGAGNKSTKAWVRMTTKQSTDAAKKLGYEPTNYTAKNGERIYYNKKTKTYISQDIGSGDGSGPHNGGVWKMAKSPEALNKKDTRMGTYDGNLERIGD				NA	NA	NA	NA	NA
JZ016_02553	3726			hypothetical protein	GTGAAGTCTAAGAGAAACCGAATGATTCCATGGCTGTTGGTATTTGCATTATGTCTTAACGGATGGAATCCGTCCATATCAATAGCTGAGGGAGTTCAGCAACCTAACGAAGAAGAGATGGTACCGGAAGTAGTGGCGCCGCCCAGTGTTACGGATGCTGTATATCATAATTCAAATGTAGAATTGCTTGCAGAAAAAAGAGAGGTAACTTTATACCCAGGCGAATCTTACAGATTTTATAATACGTCCACCTTAACCAAGTCCATTACAAATAATGGGTCAACTTCAAAGGGAATTGTGTTTGACTATGTAACTTTTAATGCAGATGGCAGAATTACGGGTGAGGATATGAATCACGGCGGGAATGTTTCTCAGACAAAGGGAGCTACCACCATCATTACGGTCTCGGGGATGTTCCCAGTTACGTTCTCCATTTTTCCTGAAGTGACGTATTCCTTATCCTCGACACCAGCACTCCATCGTATTACACTTCATCAGGGAGAAAGCTATATTTTTACGAATGAGGGGAATCAGTCCCTTAATCTGCAAAGCGATGCTTCCAGCAGCCAGGAGAAGCGTTACGATTATGCTGAATATACTCCGGACGGCACACTAGACAGCTCTGATTTTAACAGTGTCTCAAAGCCGGCGGTAGGCGAAGGGAATGAAATCATTATTACCGGGGCTACGATCAACCCGGTTACCGTGGGGTTTCCATACGATATGTTTAACGGGGAGTACAGTGCGGAACCGGCGTATACGAGGATCATAATGAATCAAGGACAAAGCTATCAATTTACGAATGTGAGCACGAAGACGGATACGCTGGAAAGTGACGGCAAGTCCAGTGATCGTTTCGATTATGTGGTTTATTTACCGGATGGAACTGAGTACTCAAGAGGAACGAATACGTCAAATAAACCTAGTGTTGCAGCAGGACGTACCGCAGTACTTACGATGGTTACGGCGACACCTGTTACATTCGGCGTCCCATACCGAACGTTTGATGTACGGCCCACAGGAGGAAGTGCCATTAGCCGGATAACCGTTTATCCGGGAGATACGTATGTTTTTTATAATAATGGATCGCTTACGAATCCCATCCGGAATGATGCAAGTAACGTCGGCGGCTTATTTGATTATGTCATTTATAATCCCGACGATACCATATACAGAAGTGGATTTAATCAAAAAGGGAGCCCGAGCATTCCTTCATTGGGATACGCGATTGTCTCGAACATCGGAAATACACCCATCGTGTTTGATTATACCGATGATTTTGCGGTTGAAGGAAGTGCGGAGCCTGCATTTGAAAGGGTGACTCTATATCGAGGGGAGAGTTACGAGTTTACGAATATTAGTAGCAGTCTCGAATATTTGGACAGCGACGCTTCCTCTTCGTCCGGTCGGTTATTTGATTATGTTACTTATTACGAAGATGGGACTGAACGTTCGCGAGGACTAGCGACAAGCGTTGAACCCAAAGTGTATCCAAATAACAAGGCAGTTGTAACCGCAGTGTCGGATAACCCGGTGACTTTTGGTGCCATCTATACCGTGTTCCAAGGCGGTGGTAGGCCTAACGAGGCGATCAGTCAGATTACCCTCAATCCCGGGGAGTCCTATATATTCCGTAACCATGGGACATTGTCTAATCCCATTATGAATAATGCCAGTAAAGTAAACGGGATATTTGATTACGTCATGTATAAAGCGGATGGCAGTCGATCTTCGGACGCCTTTAACCGGAGCTCCAGTCCCCAGGTACCGAAACAAGGTTATGCTACCGTCACTGTAGCCGGTACCCAGCCTATCGTATTTGATTATACGGACGATTTTACGGTGGAGCCAAGTACAGAGCCTGCTTATCTGCGCGTAACCTTGTCCAAGGGAGAAAGCTTCTCATTCACCAATGTCAGCACGGAAAGCGAGTATTTGGACAGTACAGCTTCCTTGGCGGGTGGTCGTACCTTTGACTACATCATCTATGATGCAACGGGAGCAGAACAGTCACGAAGAACGGGGGTAACGGTGGAGCCTAAGGTGCCTCCAGGCTATAAAGCAGTCGTAACGACGGCTTCAGACGAACCTGTCAGTTTCGGTGGTCTATACCGTGTATTCCGCGGACAAGATGATCCGGGCGAGGTAGTCGAGCATCTCACAATCTATCCAAATGAATCCTATGTTCTTTATAACAATGGACCTGATGTTGAGCTTCGCCACAATGCGGATACCGTGGGCGGTTCTATGGATTATGCCCTGTATCGTTCTAATGGAACGCTTCTCTCGGACGGATTTAACATTTCCTCGAAACTTGAAGTCACGTCTCAGTCTTATATCGTGATCACGAATCCTTCTTCTGTTCCGATTCTTTATGAGTACTCAGGCGATGTTACCGTTGAAGCAAGCACAGAACCCGCATTCCACAGAGCTACACTGAATCAGAGACAGAGCTATCAATTTACGAATATCAGTACGATCGACAAGGCAATCGTGAGTAAGGCTGTAAATGGTGGCCGTACGTTCGATTATGTTCTCTATGATGGATCCGGCGAGGAAATCGATCGTCGAACAGGTACCAGCATTGAGCCTGTCGTTGCGCCTGGAAATAAGGTGATCGTGACCGTTTCTTCGGACAGTCAAGTTTTGTTTGGGGCCGTATATCGACTATTCCAGGCAGAACCTGCTAAGGAGCCGGTGGGAGAAAAGATAACCGTAAGACAGCATGAGAGCGTTATCTTTACCAACACGGGAACAACCAGTCAACGGATGAAGTCGAACGCTCTTGAAGGAAAGAGCTTTTACGATTATGTAGTATACAGCCCGGGGAATAAACCGGAACAAGCTCAAATCAATTCCGTTGATCAGGAGATTATCATTCCTGGGGGCGGTGTGGTTGTGGTAACTGTAACCTCAGCGGAGTCCATTATCTATGAGTATTCGATACCAGTTACTGCAGAGGCCAGCGATGAGAAGGCGTTACTTAAGAAGGAACTTGCTGCTGGAGAGCTGGGAAGCTTTACGAATACGGGCCAATTTGAGGCGAAGCTGCTGACGGATGCATCTGTTGTCTCAGACCGGTATTATGATTATCGGCTGCTGGACGCGAGCGGAAACGTTCTGAGGGAGGCAACCGGAACGGATGAGGAACAAGTCGTGCCTAATGGTGCAAGTCTGGAAGTGACCGTGTCTTCACCTCAAGGCGTACTTTTTGCAGGACCATCCAGAAGCTTTATTTTTACTGAAATGACGGACAAGTTCATCGACCTGGTGGAACGGAGAGCAGAGGACATCGATCTAAAAGAGAAGCAAGAGAACTACTATCGATTTAAACCGGAGGCGGATGGATTATACCGATTTGTTGTCAAGGAGAGCAAGAATTTCGAGAAGGAGCCTCAAGTGACATTGTACGCTGATGCTGGACTGACTGATGAACTGGCTACGACTGTTGATCAGGTGAGAGAGCATGGTTGGGATTACACCGTCTTGGAATGGGAGCTCAAAGCGGGCCAGGTTTACTATTTAAAGCTAATAGAGAAAGATGGAACCGCTCTTGAAGGGGTGATCAATTCTGCTCTAATGATTCTAGCCGCGGAAAACAAGTATCACTATGGCTCAAATAACCGTCTTTCTAAAGTGATTCTCCGTACGGGAGATGAGATTCTATATGAATACGACAACAATGGCAATGTAACGAAGCGAAGCAAAAAGGTATTTCCATTCTAA	MKSKRNRMIPWLLVFALCLNGWNPSISIAEGVQQPNEEEMVPEVVAPPSVTDAVYHNSNVELLAEKREVTLYPGESYRFYNTSTLTKSITNNGSTSKGIVFDYVTFNADGRITGEDMNHGGNVSQTKGATTIITVSGMFPVTFSIFPEVTYSLSSTPALHRITLHQGESYIFTNEGNQSLNLQSDASSSQEKRYDYAEYTPDGTLDSSDFNSVSKPAVGEGNEIIITGATINPVTVGFPYDMFNGEYSAEPAYTRIIMNQGQSYQFTNVSTKTDTLESDGKSSDRFDYVVYLPDGTEYSRGTNTSNKPSVAAGRTAVLTMVTATPVTFGVPYRTFDVRPTGGSAISRITVYPGDTYVFYNNGSLTNPIRNDASNVGGLFDYVIYNPDDTIYRSGFNQKGSPSIPSLGYAIVSNIGNTPIVFDYTDDFAVEGSAEPAFERVTLYRGESYEFTNISSSLEYLDSDASSSSGRLFDYVTYYEDGTERSRGLATSVEPKVYPNNKAVVTAVSDNPVTFGAIYTVFQGGGRPNEAISQITLNPGESYIFRNHGTLSNPIMNNASKVNGIFDYVMYKADGSRSSDAFNRSSSPQVPKQGYATVTVAGTQPIVFDYTDDFTVEPSTEPAYLRVTLSKGESFSFTNVSTESEYLDSTASLAGGRTFDYIIYDATGAEQSRRTGVTVEPKVPPGYKAVVTTASDEPVSFGGLYRVFRGQDDPGEVVEHLTIYPNESYVLYNNGPDVELRHNADTVGGSMDYALYRSNGTLLSDGFNISSKLEVTSQSYIVITNPSSVPILYEYSGDVTVEASTEPAFHRATLNQRQSYQFTNISTIDKAIVSKAVNGGRTFDYVLYDGSGEEIDRRTGTSIEPVVAPGNKVIVTVSSDSQVLFGAVYRLFQAEPAKEPVGEKITVRQHESVIFTNTGTTSQRMKSNALEGKSFYDYVVYSPGNKPEQAQINSVDQEIIIPGGGVVVVTVTSAESIIYEYSIPVTAEASDEKALLKKELAAGELGSFTNTGQFEAKLLTDASVVSDRYYDYRLLDASGNVLREATGTDEEQVVPNGASLEVTVSSPQGVLFAGPSRSFIFTEMTDKFIDLVERRAEDIDLKEKQENYYRFKPEADGLYRFVVKESKNFEKEPQVTLYADAGLTDELATTVDQVREHGWDYTVLEWELKAGQVYYLKLIEKDGTALEGVINSALMILAAENKYHYGSNNRLSKVILRTGDEILYEYDNNGNVTKRSKKVFPF				NA	NA	NA	NA	NA
JZ016_02554	117			hypothetical protein	GTGGAAAATCAGTTGAACGAGCTGTTGGAAGACACGGAAATCTATGTAGTCGATGAACATACGTTGTTGGCGTTGCAGGATGTCCGAAGATTCAAAGTATTTGAACACATGGAATAA	MENQLNELLEDTEIYVVDEHTLLALQDVRRFKVFEHME				NA	NA	NA	NA	NA
JZ016_02556	474	nrdR	COG1327	Transcriptional repressor NrdR	ATGAAGTGTCCATATTGCAGTTATGCCGGAACGAAAGTGCTGGATTCCAGGCCTGCCAACGAGAATAAATCCATCCGCCGCCGCAGGGAATGCGAGCAGTGCAGCAAGAGATTCACAACCTTTGAGATGGTGGAGGAAACGCCGCTGATTGTTGTGAAGAAGGATGGAAGCCGAGAAGAATTCAGCCGGGAGAAGGTACTCCGCGGTTTGATCCGGGCATGCGAGAAGCGTCCGGTATCCGTGGATCAGCTGGATATGATCGTATCGGATGTCGAGAAGGCACTGCGCAATACCGCAGCAGCAGAGGTGGAGAGCCGCCAGATCGGGGAGCTTCTGATGGAACGGCTGTATCCGGTCGATGAGGTAGCGTACGTCCGGTTTGCGTCCGTGTATCGGCAGTTCAAGGATATCAATATGTTTATGAAGGAACTGAAAAGCCTACTGTCCAAGGATACGGACGGTCAGGAGCTGTAA	MKCPYCSYAGTKVLDSRPANENKSIRRRRECEQCSKRFTTFEMVEETPLIVVKKDGSREEFSREKVLRGLIRACEKRPVSVDQLDMIVSDVEKALRNTAAAEVESRQIGELLMERLYPVDEVAYVRFASVYRQFKDINMFMKELKSLLSKDTDGQEL				NA	NA	NA	NA	NA
JZ016_02557	228			Small, acid-soluble spore protein alpha	ATGGCACAAAGCAACAACAACTCCAACAACCTGGTTGTTCCTCGCGCAAACGCTGCTCTTGAGCAATTGAAGTACGAGGTAGCTCAAGAACTTGGTATCTCCATTCCACAAGACGGATACCAAGGTAACATGACTTCCTACGAGAACGGTTCGATCGGGGGATACATCACAAAGCGTCTTGTAACCCTGGCCGAGCAACAATTGGCTGGTCAATTCTCCGGTCAATAA	MAQSNNNSNNLVVPRANAALEQLKYEVAQELGISIPQDGYQGNMTSYENGSIGGYITKRLVTLAEQQLAGQFSGQ	PGPT0024865_53	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024865-SASP_B|sspB-K06419	NA	NA
JZ016_02558	567	mltC		Membrane-bound lytic murein transglycosylase C	ATGAAGTGGCTCCGTAAAAAAAGAGTGCTGCTTCTGCTGTTTGTCTCTTTTGTAGCGCTTCTGTATCTGAGCTCGAACTGGATGACCTTGCTGTATCCGATTCATTATAAAGATGAAATACGGAAGCATGCCGCATACTATGAGGTCGATCCGTTCCTGGTGGCATCCATCATTCGTGTGGAAACGAACTTCAAGCCGGGTAAGGAGTCCAAGAAAGGCGCCCTGGGCATTATGCAGCTGATGCCGGATACGGCGAATTGGGCGATGGAAATGGCCAAGCTGCCATCGGTAAACCTGCTGAACGTAAAGAATGAAGTGGATGCGAATATCCAGCTGGGCACCTGGTATATTCAGAACCTGCACAAGGAAATGGACGGCAACCCGATTGCCGCCATCGCCGCCTATAATGCAGGCCCCGGGAACGTCAAGAATTGGATCAACAAGGGCATGTGGGATGGAACCTACGAGAATGTGAAGAGTATTCCCATCGGGGAAACCCGCCACTATGTACAGCGCGTGATTTATTATTATAATCAATATACGGATGTGTATAAGGACGGCTTTTAA	MKWLRKKRVLLLLFVSFVALLYLSSNWMTLLYPIHYKDEIRKHAAYYEVDPFLVASIIRVETNFKPGKESKKGALGIMQLMPDTANWAMEMAKLPSVNLLNVKNEVDANIQLGTWYIQNLHKEMDGNPIAAIAAYNAGPGNVKNWINKGMWDGTYENVKSIPIGETRHYVQRVIYYYNQYTDVYKDGF	PGPT0024070_3072	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-SOLUBLE_LYTIC_MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0024070-slt-K08309	NA	NA
JZ016_02559	600	coaE_2		Dephospho-CoA kinase	ATGAATATCGGTTTAACCGGAGGAATTGCAACTGGCAAGAGCACCGTGTCCTCCATGTTGGCCATGAAGGGAGCACTTCTCGTCGATGCGGATCTCATCGCCCGGGAAGTCATGCTCCCGGGTCATCCGGTGCTGGGTAAAGTGACCGAACATTTTGGACAAGCGATCCTGTTTGAGGACGGTACGCTGAATCGAAAAAAACTCGGGGAAGTGATCTTCCATCATCCCGAGCAGAGAACGGTATTGAATGAGATCACGCATCCGGCGATCCGGCAGGAAATCCGGGAACGGACGGAAGCGTATGAGCGGCAGTATCCCGACCGGCTGGTGGTAGCGGATATTCCGCTGCTGCTTGAGGCCAAGGAGCATTATTCTTATCTTGACCAGATCGCTGTTGTTTATGTACCGCGAGAGCTGCAGCTTGAGCGTCTGATGGTACGCGATGATCTTAACAGGGAAGCGGCAGAAGCGCGTTTAAACAGTCAGATGGATATCGAGGAGAAGAAGCGTCTGGCGGATATCCTCATCGATAACAGCGGAACATTGGCCGAAACACAGCAGCAGGTGGACAACCTGTGGGGCAGGTTGGTTAGTCTATGA	MNIGLTGGIATGKSTVSSMLAMKGALLVDADLIAREVMLPGHPVLGKVTEHFGQAILFEDGTLNRKKLGEVIFHHPEQRTVLNEITHPAIRQEIRERTEAYERQYPDRLVVADIPLLLEAKEHYSYLDQIAVVYVPRELQLERLMVRDDLNREAAEARLNSQMDIEEKKRLADILIDNSGTLAETQQQVDNLWGRLVSL	PGPT0008835_3682	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008835-coaE-K00859	NA	NA
JZ016_02560	741	ytaF		putative sporulation protein YtaF	GTGCTCAGTCATATTTTCTCGTCTGCGCTGCTGGCCATGGCATTAAGCCTGGACGGATTCGGTGCGGGGGTTACATACGGTCTGCGCAAAACAAGGATACCGCTGCTGTCTGTATTGATCATCTCGCTATGTTCCGGCTTGGTGCTTGGCGCCTCCATGCAGGCGGGCGCGCTGTTACAGCGGTTCTTATCCCCATCCGTGGCGTCTGTGATCGGAGCCGCCATTTTGATTCTGCTGGGCTTATGGTCTCTATATCAGCAAGTTCGCAGAAAAAACGAGTCAGATGTGCAGCCGGTTTCCAGTAAGGATATTTCGAAGTCTCTTATGGAAACGAAGGCATCTGACCATCAAGTGAAATCAAGACGTGAGGTTAACACGGCAGGTCAAGTGCATCTTCAGCGGGCGGTATTCTCTCTTGAGATTCCGAAGGCCGGGGTTGTCATTCAAATTCTCCGCAGTCCCTCGAAGGCGGATCTGGACGACTCCGGCAGCATCTCCCCGTGGGAGGCGATGTGGCTCGGGATCGCGTTATCGCTCGATGCGTTCGGCGCAGGGCTTGGCGCCGCCATGCTGGGCTTCTCACCGTTAGGTACCGCGGCTGTTGTTTCCTTGTTTAGCGGGATATTCCTGGTGCTGGGCATGAGGGTTGGTTTACGTTTTGCATCCAAGGGCGGCATGCGTTTTATCTCTTATTTGCCTGCTTTTTTGTTAATCGTCATGGGTATAATGAAGCTGTTATGA	MLSHIFSSALLAMALSLDGFGAGVTYGLRKTRIPLLSVLIISLCSGLVLGASMQAGALLQRFLSPSVASVIGAAILILLGLWSLYQQVRRKNESDVQPVSSKDISKSLMETKASDHQVKSRREVNTAGQVHLQRAVFSLEIPKAGVVIQILRSPSKADLDDSGSISPWEAMWLGIALSLDAFGAGLGAAMLGFSPLGTAAVVSLFSGIFLVLGMRVGLRFASKGGMRFISYLPAFLLIVMGIMKLL				NA	NA	NA	NA	NA
JZ016_02561	834	mutM_1	COG0266	Formamidopyrimidine-DNA glycosylase	ATGCCGGAATTGCCGGAAGTAGAAACGGTGAAACGAACACTTAACCAATTGATTAAAGGTAAGCATATAGATCATGTATCCGTACATCTGCCGCGGATTATTCAGCGTCCTGATGATATTGAGGCATTTGCGTTTATGTTGAAGGATCATACCGTGGAAGGTGTAGAGCGCCGCGGGAAATTTTTAAGGATATTGCTGGACGGACTGGTGCTCGTCTCGCATCTGCGGATGGAAGGGCGTTACGGGTTGTACTCTGCCGAGGAGCCGGTGGAGAAGCACACTCATGTTATATTCCATTTCTCGGACGGGACGGAGCTGCGTTATAAGGACGTACGCCAATTCGGAACGATGCATCTCTTTGCAACGGGGGAAGAGTTTCAGCATGCTCCTCTTGCCAAGCTGGGGTATGAGCCGCTGGATGATACGTTTACGTTCGGAACTTTCAAGGAAGTCATCGGCAGCAAAAAAACGAAGATTAAAGCGGTGCTGCTGAATCAGGCATATGTGGTCGGCATCGGCAATATATATGTCGATGAGGCATTGTTTCGAGCCAAGATTCATCCGGAGCGTAACGCCAACAGCCTGAAGGATGCTGAGCTCAAGCGATTGTATCATGCCATTGTGGATACACTGTCCGAAGCCGTAGAAGCGGGTGGTTCCTCCATTAAATCCTATGTCAATGGACAGGGTGAAATGGGGATGTTCCAGCATAGTCATCAGATTTACGGACGGAAGGACAAGCCGTGTCATACATGCGGTGGACCGATTCATAAGATCGTGGTTGGCGGACGGGGGACCCACTTCTGCCCGAAGTGTCAGCCGGTTAAGAAGTAA	MPELPEVETVKRTLNQLIKGKHIDHVSVHLPRIIQRPDDIEAFAFMLKDHTVEGVERRGKFLRILLDGLVLVSHLRMEGRYGLYSAEEPVEKHTHVIFHFSDGTELRYKDVRQFGTMHLFATGEEFQHAPLAKLGYEPLDDTFTFGTFKEVIGSKKTKIKAVLLNQAYVVGIGNIYVDEALFRAKIHPERNANSLKDAELKRLYHAIVDTLSEAVEAGGSSIKSYVNGQGEMGMFQHSHQIYGRKDKPCHTCGGPIHKIVVGGRGTHFCPKCQPVKK				NA	NA	NA	NA	NA
JZ016_02562	2661	polA		DNA polymerase I	ATGGACAAGCTGATTTTAATTGATGGAAATAATATCATTTACCGGGCATTCTTCGCGATGCCGCCGCTGACCAATGCCAGCGGACAGCAGACGAATGCGGTTTACGGCTTTACGACGATGCTGCTTCGCTTGATTGAGGAACACAAACCGACCCATATGATGGTCGCATTCGATGCAGGCAAGGAAACATTTCGGCATGCGGATTTTCAGGATTACAAGGGTGGCCGCCAGAAAACGCCTCCCGAGCTCTCCGGACAATTCCCGCTGCTGAAAGAGCTGTTGAAAGGCCTTGGCGTCTCCCAATTTGAAATCGGCGGTTATGAGGCCGATGACATTATCGGGACCATTACCCGTCAGGCTGATGAAGCTGGCCGGAAGGTGATGGTTGTATCCGGGGATAAGGATATGCTGCAGCTGGCTTCGGAGCATACCACGATCGCCATGGTCCGCAAGGGCGTTACCGACATCGAGTATTACGGACCGGAACAAATTAAGGAGCGATATGACCTGACGCCTGATCAGATTATCGACCTTAAGGGACTGATGGGCGATGCTTCCGATAACATCCCCGGCGTTCCAGGAGTGGGTGAGAAGACGGCTCTGAAGCTGCTTCATGAATTTGGATCCGTTGAAGCCGTGGTGTCACGCACCGACGAGCTGAAAGGCAAGATGAAAGAGAAAATTGAAGAGCATGCGGATTCCGCCATACTCAGCAAGAAGCTGGCTACGATCTTTCGCGAAGTTCCGCTGGAGCAGTCGCTGGATGACATGGCGTTTACAGGCTTGAATGAAGAGACGGCAGGGCCCGCACTGGCGAAGCTGGAGTTTAAATCGCTCATTGAACGGTTAAACCTGAGCACAAGCGGAGTGGGCGGGGATGCGGCTGAGTCGAAGCCCGAAGCGAAGATTGAAGTGACCCTTGTAGACACGAAGGGGCTTAAGGAGGTTGCGGATAACCTGGCCCACGTCACCATACTCCATGTAGAGACGCATGGGGACAATCCCCATCATGCCGAGGTGATCGGGCTCGCACTCGCTACGGAGGAACGGCAGTACTTCATTCCGTTTGAGGTTCTGAAGTCGGAAGAGGCCGAGCCTGTTCGAGCTTGGCTTGCCGATAGCGGGATCCCTAAACGCGGATATGATCTGCACCGCATTGATCTGGCCCTCCACTGGCAGGGCATTGCTTTTGCCGGCGCGGCATTTGACGTTCATCTGGCTGCCTACCTGCTGGACCCAACCGAATCGAATCAAAGTCTTAGCGGTCTGGCCTCCAAATACGGGCTTGCGTATCTTCAAGCCGATGAGGATGTTTTCGGTAAAGGGGCAAAGTACAAGGTTCCCGATATGGAGAAGCTCAGCGAGCACATGGCCAGAAAATGCCTGGCTGTATCCGAACTGGTTCCCGTTCAGGAGAAGGAGCTGGCTGCCAATGAAATGCTGCCGCTGTTCCATGAGCTGGAGATGCCGCTGTCCCGCATACTGGCCGATATGGAGAAGCAGGGAATTGCCGTGAATGCGGAGGATTTGAAGGAGCTGGGTCGCGAGTTTGAAGGACAGATCGAGAAGCTAGTTCATGAGATATATGAGATCGCCGGAACGGAATTCAATCTTAATTCGCCTAAACAGCTGGGCGAGATTCTGTTTGTGAAGCTGGAGCTTCCGGTCATCAAGAAGACCAAAACCGGTTATTCCACCGATGCCGAGGTGCTCGAGAAGCTGGCGCCTTATCACGATATTGTCCGCTTGATTCTGAAGTATCGTACCTTGGCCAAGCTGCAATCCACTTATGTGGAAGGTCTTCTGAAGGAGATTTCGTCACAAACGGGCAAAGTGCACACGTACTATCGTCAGACGATTGCCGCGACGGGCCGTCTGAGCAGCCAATATCCGAATTTGCAGAACATTCCGATCCGTCTGGAGGAGGGCCGCAAGCTGCGCAAGGTCTTCGTTCCGTCCGAGCCGGGCTGGAGCATTTTGGCGGCGGACTACTCCCAGATCGAGCTGCGCGTGCTTGCGCATATCTCGGATGATGAACGGCTGAAGGAAGCCTTCGTCCACGATATGGATATCCACACGAAGACCGCAATGGACGTGTTCGGAGTCGGCGTGGATGAGGTGGACTCCAATATGCGCCGATCCGCCAAGGCGGTTAACTTCGGCATCGTGTATGGAATCAGCGACTATGGCTTGTCCCAGAACCTGAATATTACCCGGAAGGAAGCCGCGGCCTTCATTGACCAGTATTTCGAGGTGTTCCAGGGCGTCCGGCGTTATATGGACGTGATCGTCAAGCAGGCGAAACAAGACGGCTATGTGAAGACATTGCTTGAACGCAGACGCTACCTGCCGGAGATTAACGCCAGCAACTTCAACCTGCGGTCTTTTGCCGAGCGGACAGCAATGAATACGCCGATTCAGGGAACCGCGGCGGACATTATCAAGCTGGCCATGGTCCATATGGACAAGGCGCTGCATGATCGTCAATTGAAGAGCCGCATGCTGCTTCAGGTGCACGATGAATTGGTGTTCGAGGTGCCGGAGGATGAGCTGGAGATCATGAAGGAATTGGTGCCGGAAGTGATGAGTCAAGCGCTGAAGCTGTCGGTACCGCTGAAATCGGAAGTCAGCTATGGCGAGAACTGGTACGAAGCGAAGTAA	MDKLILIDGNNIIYRAFFAMPPLTNASGQQTNAVYGFTTMLLRLIEEHKPTHMMVAFDAGKETFRHADFQDYKGGRQKTPPELSGQFPLLKELLKGLGVSQFEIGGYEADDIIGTITRQADEAGRKVMVVSGDKDMLQLASEHTTIAMVRKGVTDIEYYGPEQIKERYDLTPDQIIDLKGLMGDASDNIPGVPGVGEKTALKLLHEFGSVEAVVSRTDELKGKMKEKIEEHADSAILSKKLATIFREVPLEQSLDDMAFTGLNEETAGPALAKLEFKSLIERLNLSTSGVGGDAAESKPEAKIEVTLVDTKGLKEVADNLAHVTILHVETHGDNPHHAEVIGLALATEERQYFIPFEVLKSEEAEPVRAWLADSGIPKRGYDLHRIDLALHWQGIAFAGAAFDVHLAAYLLDPTESNQSLSGLASKYGLAYLQADEDVFGKGAKYKVPDMEKLSEHMARKCLAVSELVPVQEKELAANEMLPLFHELEMPLSRILADMEKQGIAVNAEDLKELGREFEGQIEKLVHEIYEIAGTEFNLNSPKQLGEILFVKLELPVIKKTKTGYSTDAEVLEKLAPYHDIVRLILKYRTLAKLQSTYVEGLLKEISSQTGKVHTYYRQTIAATGRLSSQYPNLQNIPIRLEEGRKLRKVFVPSEPGWSILAADYSQIELRVLAHISDDERLKEAFVHDMDIHTKTAMDVFGVGVDEVDSNMRRSAKAVNFGIVYGISDYGLSQNLNITRKEAAAFIDQYFEVFQGVRRYMDVIVKQAKQDGYVKTLLERRRYLPEINASNFNLRSFAERTAMNTPIQGTAADIIKLAMVHMDKALHDRQLKSRMLLQVHDELVFEVPEDELEIMKELVPEVMSQALKLSVPLKSEVSYGENWYEAK				NA	NA	NA	NA	NA
JZ016_02563	660	phoU	COG0704	Phosphate-specific transport system accessory protein PhoU	ATGATCCGGAGAATTGAGTTTGATCAGCAGCTTGATGAGCTGAGAAGTTTGCTGCAGGATATGGGCAAGCATATGGAGGAGGCACTGGCAAACAGCGTGGAGTCCCTTCAGACCTTGGATGCGGAGAAAGCGCAGGCGGTTATCAAGAACGATGTGCAGTTAAACAACATGGAAGAGCAAATCATGGACATCGGCTCCCGTCTGATCGTGACCCAGCAGCCTGTGGCAAAGGATTTGCGCCGGATTTTAGTGGCTTTCCGGATTGCAAGCGATTTGGAGCGTATGGGTGACTTGGCGCGGGATGTCGCTAAAGTGACGATCCGTCTGCAAGGCCAGAAGCTGATCAAGCCACTGGTGGATCTTCCGCGGATGTCGGATTTGGTGCGCGCGATGGTTTCGGAATCGATCGAATCCTATCTGACGGAAAATACGGATCTTGCCTATAAAATGGCCCAGGACGATGATCAGATCGATCATTTGTACAGCGTGATTTTGCAGGACCTGTATGCGCATCTGACCTCCGATCCGGATTCGGCCAATCAGGCGATGCTGCTGATCATGGTGGGACGTTACATCGAACGGATCGCCGACCATGCAACCAACATTGGCGAGAGCACGGTGTACCTCGTAACGGGTCATCGTCCCGACCTCAATCAATAG	MIRRIEFDQQLDELRSLLQDMGKHMEEALANSVESLQTLDAEKAQAVIKNDVQLNNMEEQIMDIGSRLIVTQQPVAKDLRRILVAFRIASDLERMGDLARDVAKVTIRLQGQKLIKPLVDLPRMSDLVRAMVSESIESYLTENTDLAYKMAQDDDQIDHLYSVILQDLYAHLTSDPDSANQAMLLIMVGRYIERIADHATNIGESTVYLVTGHRPDLNQ	PGPT0002630_3578	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ARSENIC_RESISTANCE	ARSENIC_RESISTANCE-PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002630-phoU|phoY-K02039	NA	NA
JZ016_02564	756	pstB3	COG1117	Phosphate import ATP-binding protein PstB 3	ATGGAATCCATCATACAGATTAAGAAATTAAATCTTTACTACGACACGTACCATGCGCTTAAAAACGTGGATCTGGACATTCCGGAGAAAACGGTGACGGCGTTCATCGGACCGTCGGGCTGCGGTAAGTCTACGCTGCTGCGCACGCTGAATCGCATGAATGACATGATTCCTTCCACTCGGATTGAAGGCAGCGTGCAAATCGGAGGAACCGAAATCTACAGCGAGGAAGTCCACGTTGAAGCCTTGCGCAAGCAGGTAGGGATGGTATTCCAGCAGCCGAATCCGTTTCCTAAATCGATTTATGACAACATCGCCTACGGGCCGCGACTTCACGGTATCCGCAATAAAGCGGAGCTGGACCAAATCGTGGAACAGAGCTTGAAACAAGCCGTGCTGTGGGATGAAGTCAAGGATTATCTCAAGCGGTCCGCGCTGAGCTTGTCCGGCGGCCAACAGCAGCGCCTATGCATTGCCCGGGCACTTGCCGTACAGCCGGATATCCTGCTGATGGACGAAGCAACTTCCGCGCTGGACCCGATCTCGACTTTGAAAATCGAAGAGCTGGTGCAGGAGCTGAAGAGCAAATACACCATCGTCATGGTTACGCATAACATGCATCAGGCAGCACGCGTATCCGGGCAGACCGTATTTTTCCTGAATGGCGAAGTGGTTGAATCTGCAAACACCGATACGCTGTTCTCGACGCCGTCGGATGCACGTACCGAGGATTATATCTCGGGCCGGTTTGGTTAA	MESIIQIKKLNLYYDTYHALKNVDLDIPEKTVTAFIGPSGCGKSTLLRTLNRMNDMIPSTRIEGSVQIGGTEIYSEEVHVEALRKQVGMVFQQPNPFPKSIYDNIAYGPRLHGIRNKAELDQIVEQSLKQAVLWDEVKDYLKRSALSLSGGQQQRLCIARALAVQPDILLMDEATSALDPISTLKIEELVQELKSKYTIVMVTHNMHQAARVSGQTVFFLNGEVVESANTDTLFSTPSDARTEDYISGRFG	PGPT0002615_4743	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002615-pstB|phoT-K02036	NA	NA
JZ016_02565	876	pstA	COG0581	Phosphate transport system permease protein PstA	ATGAAACAATTGAATCTGGGGGATAGCAAAGGAATCAACCGGAGACGTCTGGGTGACCAAACGCTGCATATGATATTCCTGGCTTGTACCAGTATCGGTATTCTAGCCTTGATGGCTTTGATTGTTACGATCGTGATGGATGGCGTTCACAGACTCTCACCCGATCTGTTCACGAACTTTCCGTCACGTATCGCGGATAAAGCAGGCCTGAAATCGCCGATTGTCGGCACGATTTATCTGCTCCTGCTCATGGCCCCGCTGTCTTTTGTATTAGGCGTGGGCGCGGCAATCTTTCTTGAAGAGTATGCGGGCCGCAGCCGCTGGGTTCGGCTGATCCAGCTGAATATCAGTACGCTTGCAGGGGTTCCTTCTATTATATATGGTATCCTGGGACTGGCGATTTTCGTGCGCAGCATGAATCTTGGCCGCAGCCTGTTGTCCGGGGTATTAACGATGACGCTGCTGGTGCTGCCAATTATTATCGTTGCCGCTCAGGAGGCGCTTCGCGCCGTGCCTAAGAACCGGCGCGATGCTTCTTATGCGCTGGGCGCAACGAAATGGCAAACGGTGTCCAGCGCCGTGCTGCCATCAGCGATTCCTGGAATTATGACCGGGGTTATCCTGGCCTTGTCTCGTGCGATCGGCGAAACCGCACCGCTGATCATGATCGGTGCTTTAACGTACGTGGCCTTCTTGCCGGAAAATCTGCTTGATTCGTTTACTGTCATGCCGATCCAGATCTTTAACTGGGTATCAAGACCAAGTGAGGCTTTCCACGAGCTGGCGGCTTCGGGTATTATTCTGTTGCTCATCATGCTGTTCATCATGAATATTGCAGCCGTGTGGATCCGGAACAAGTATTCGAAGAACATCTAA	MKQLNLGDSKGINRRRLGDQTLHMIFLACTSIGILALMALIVTIVMDGVHRLSPDLFTNFPSRIADKAGLKSPIVGTIYLLLLMAPLSFVLGVGAAIFLEEYAGRSRWVRLIQLNISTLAGVPSIIYGILGLAIFVRSMNLGRSLLSGVLTMTLLVLPIIIVAAQEALRAVPKNRRDASYALGATKWQTVSSAVLPSAIPGIMTGVILALSRAIGETAPLIMIGALTYVAFLPENLLDSFTVMPIQIFNWVSRPSEAFHELAASGIILLLIMLFIMNIAAVWIRNKYSKNI	PGPT0002610_4051	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002610-pstA-K02038	NA	NA
JZ016_02566	933			hypothetical protein	ATGAACAAAACTTCACCCGTGGCGGCAAACACTAAAAGCATGACATTCCGTCGAAGCAAAACACGCCTCTCAGACAAAATCGTTCCAATCCTGCTCGGCTTGTGTGCCATGCTTTCGGTGTTTACCACCATCGGTATTGTATATACACTTCTACAGGAATCCGTGATCTTCTTCAAAGAAGTGCCGGTATGGTCCTTCTTGACTGGAACGACATGGAGTCCAATTCTCCCTCCAAAAGAATTCGGCGTGCTGCCCCTGCTGGGCGGCACATTGCTGATTACAGGCATTGCGATCATTTTCGCAGTGCCTATCGGCTTGGCATGCGCTATTTATCTCAATGAATACGCTCCTGCCCGGGTTCGGGGGGTTGTAAAGCCAGTGCTTGAAGTGTTGGCTGGTGTACCAACGATTGTTTACGGATATTTTGCGCTTGAAACGGTAACGCCATTCCTTCAAAAGATTTTTCCCGACATGGGGATATTCAATGCGCTTAGTGCGGGTCTCGTGGTCGGCATCATGGTCCTGCCGATGATCTCGTCTTTAAGTGAAGACGCGATGCGTGCGGTGCCTAAGAGCCTTCGTCACGGAGCATACGCGCTGGGTGCTACCCGATTTGAGGTTGCCCTGAAAATTGTACTGCCTGCCGCTTTATCGGGGGTTGTATCGTCCTTCGTATTGGCATTCTCGCGCGCGATTGGCGAGACGATGATCGTTACGGTGGCTGCAGGTGCTACGCCGCAGCTGACACTGAATCCGCTGGAAAGCATTCAGACCATGACTTCTTATATTGTTCAGGTAAGCATGGGAGACGTTCCGCGAGGAACGATTGAATACGGCACGATTTTTGCGGTAGGTCTGACCTTGTTTGTCATCACCTTCTTGCTTAATATATTGGCGCAGTGGGTCGCTCGCCGCTTCAGGGAGGAATACTAG	MNKTSPVAANTKSMTFRRSKTRLSDKIVPILLGLCAMLSVFTTIGIVYTLLQESVIFFKEVPVWSFLTGTTWSPILPPKEFGVLPLLGGTLLITGIAIIFAVPIGLACAIYLNEYAPARVRGVVKPVLEVLAGVPTIVYGYFALETVTPFLQKIFPDMGIFNALSAGLVVGIMVLPMISSLSEDAMRAVPKSLRHGAYALGATRFEVALKIVLPAALSGVVSSFVLAFSRAIGETMIVTVAAGATPQLTLNPLESIQTMTSYIVQVSMGDVPRGTIEYGTIFAVGLTLFVITFLLNILAQWVARRFREEY	PGPT0002620_3723	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002620-pstC|phoW-K02037	NA	NA
JZ016_02567	1005	sphX	COG0226	Protein SphX	TTGTTTAAAAGAAGGGGTCGTAAACCAGCAGGTATTCTCGTACTGGTGTTAATGCTGAGCACGCTTTTGGCGGCATGCGGCGGAGGAACAACTTCCGGCGGTGCTTCAGGAGAAAATACAGACAACGGTTCAGCACAGCAAAATGAAGGAAGCACAACAACAGCTTTGTCGGGAACGATTGAAATTGACGGTTCCAGTACATTGCATCCATTAACTGAAGCCATCGCTGAAGAGTTCGGCGCAGCGAACCCGGATGTCCGCATTCCGATTGGAACAGGCGGAACAGGTGGCGGTTTCAAACGCTTCAATAATGGAGAGATTCCAATTTCCAATGCATCCCGTCCAATTAAAGACAGTGAAGCTGAAGAAGCAAAATCCAAGGGCATTACCTATCATGAGGTTCTGGTAGCTTATGACGGACTATCCGTTGTTGTTAACCCGAGCAATGAATTCGTAGATAAATTAACGGTAGATGAGCTGAAGAAAATTTACGAGCCGAACAGCACTGTAAAAACATGGGCTGACGTTCGCGAAGGATGGCCGGCAGAGGAAATCAAAATTTACTCTCCTGGTACAGACCACGGAACATTCGACTACTTCACAGAAGCGATTAACGGTGAAGCTCAAGCAAGCAGAAACGATAGCCAAATCACGTTCAGTGCCGATACAAATGCAGTCGTACAAGGGGTTGCTGGCGACAAGAACTCCATCGGATACTTCGGATTCTCCTTCTATGAAGAGAACCAAGACAAATTGAAGCTGGTTCCGATCGATAACGGTACGGCTACAGTAGCTCCAAGCATGGAAACGATCAAGGATAACAGTTATGCTCCATTGTCCCGTCCGCTGCTGCTCTATGTAAACGATAAGGAGCTTGAGCGTCCGGAAGTGAATGCATTCATGAACTTCTACCTTGATAATGCCGCTAGTCTTGCTGGCGAAGTTGGTTTCGTACCGCTTCAAGATGAACAATATCAAGAAGAAAAAGACAAGTTGGCAAAATAA	MFKRRGRKPAGILVLVLMLSTLLAACGGGTTSGGASGENTDNGSAQQNEGSTTTALSGTIEIDGSSTLHPLTEAIAEEFGAANPDVRIPIGTGGTGGGFKRFNNGEIPISNASRPIKDSEAEEAKSKGITYHEVLVAYDGLSVVVNPSNEFVDKLTVDELKKIYEPNSTVKTWADVREGWPAEEIKIYSPGTDHGTFDYFTEAINGEAQASRNDSQITFSADTNAVVQGVAGDKNSIGYFGFSFYEENQDKLKLVPIDNGTATVAPSMETIKDNSYAPLSRPLLLYVNDKELERPEVNAFMNFYLDNAASLAGEVGFVPLQDEQYQEEKDKLAK	PGPT0002625_4276	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002625-pstS|phoS-K02040	NA	NA
JZ016_02568	1191			hypothetical protein	ATGACACTGCTTCAAACCATACCGAATCAGACAGAGAGAATGAAGGTGGAGGTAGAGCCGGTACTTGATGGACATGCAGCAAACGAGCCTGAAGCAGGCGCATTATATCGGCAATACATAAGAAGGGTCCCTGTTATAACGAAATCTGAATCCTGCCTCGATGTGCTGAATGTGTTTGCGAAGGATCAGCGTATCCCGTGTGTTATTTATTGCGATGAGGCAGATACACCAGCAGGACTGATTATGCGGGATGTGTTTTACCAGCGAATGATGGGCAGGTTTGCCGTGGACCTGTATTATTCCAAGCCCGCCTACCAGTTTGCGGACCATCAACCGACGCGTGTCGATATATTCGAGAAGGTCGGAACGTTGCTGGAATTGTCCCTGCAGCGCCCGGATTCCAAATTTTATGATTGTGTCCTGATCACGGATGAAGGACGACTGCTAGGCGTGCTTACCGTCAGGGATCTAATGAGTCTGTCCAGTATGCTCCAAGCGGAAGCGGAAGAGAAGCGGGAACTGATCCTGCAGGAAAGCTACCGGCATACCCGGAACATTCAATCCTCTTTAACCGAGGTCCGAACGGCAGCAGCGAGAACAAACTCGGAATGTATACGGATGAGGGAGTGGTCACAAACCGGGAAGGAGAAACTGGATCTTGTCCGAACCTCGTACCTTGGTCTTGTAGAGGATATGACGAAGCGTGAAGGCCAGGCCTCCGAGCTCGCAGCCGATGCCAGCCGCATATTTTCCATCACCGGCATGATTACCGAGCTTGCGAACCAAAGCAGTCTGCTGGCCATGAATGCCTCGATTGAAGCAGCGCATGCCGGAGAGCATGGGCGTGGATTTCAAGTGGTTGCGGCAGAGGTACAATCGCTAGCAAAACAAACGCGTAAGCTGTCAGGGGATATATCGCAGCTGCTCGAGCAAATCCAGGGGCTGGCAGCAGATACAGCCAAGGGGGCTGTATCGTCGCTGAAGGAAATCCAATCCTGCGAGGGGTATGTAACGGAAGGTGCCCAAATGTTTAATGAAATGGACAATGCCGTTCAAGAGGTTCAGAAGTCCGGTAATCAGGTTTATCAACTGGCCGAGGAAACCGTGAAGCGTGTGAAGCGGGTGAAGGATGAGCTTGCCGGAATGAACACCGGTGAAGCTTCGATCATGGAAGATAGGTCGAATCTATAA	MTLLQTIPNQTERMKVEVEPVLDGHAANEPEAGALYRQYIRRVPVITKSESCLDVLNVFAKDQRIPCVIYCDEADTPAGLIMRDVFYQRMMGRFAVDLYYSKPAYQFADHQPTRVDIFEKVGTLLELSLQRPDSKFYDCVLITDEGRLLGVLTVRDLMSLSSMLQAEAEEKRELILQESYRHTRNIQSSLTEVRTAAARTNSECIRMREWSQTGKEKLDLVRTSYLGLVEDMTKREGQASELAADASRIFSITGMITELANQSSLLAMNASIEAAHAGEHGRGFQVVAAEVQSLAKQTRKLSGDISQLLEQIQGLAADTAKGAVSSLKEIQSCEGYVTEGAQMFNEMDNAVQEVQKSGNQVYQLAEETVKRVKRVKDELAGMNTGEASIMEDRSNL	PGPT0015710_26147	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_02569	732	phoP_4	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	TTGACGCAACGCATGCTTGTTATTGAAGATGAGCCGACACTATCGCGGCTGTTGTCCTACAATCTGACGCAGGAAGGTTTTCAAGTCGAGGTAGAGGAACACGGTACCGCAGGTTACGAGAAAGCGTCGAATCATGAATATGATCTGATTCTGCTGGATGTCATGCTGCCTGGCATGAACGGCTTTCAGATTTTAGAGAAGCTCCGAAGTAACGGAATTACCACGCCGATCATTATTCTGACCGCGAAGAACGCCGAAGAGGAAGTTGTTCAAGGTCTGAAGATGGGGGCGGATGACTATATTACCAAGCCATTTGGCGTATCTGAGCTGCTGGCCCGTGTATCAGCCGTCATGCGCCGGGTTTCCGGTCACGCCGATGAAGCAAAGACGACAGACCACCAGGGAAACGTCATTTCGCTTGGAGAATTGGAAATCTATCCTGAGAAATACGAGGTCCGGCTTGGCGGTCAGAGCATTAATCTCCGGCCGAAAGAATTTGAGGTGCTGCTCTACCTGGCCAAAAAACCGGGCGTTGTGTTAACGAGGGATGATCTGATGAACGTGGTCTGGGGCTTCGATTATATCGGCGGTCAGCGAACCGTGGACGTTCATGTGAGTTCCCTGCGCAAGAAGCTTGAGCTCGATCCTGAATCTGTACACATTGACTCCATTCGCGGGGTTGGTTATAAACTTGTAGTGAATCCGAAAAAAGGCTCCCATCATTCCGTTTGA	MTQRMLVIEDEPTLSRLLSYNLTQEGFQVEVEEHGTAGYEKASNHEYDLILLDVMLPGMNGFQILEKLRSNGITTPIIILTAKNAEEEVVQGLKMGADDYITKPFGVSELLARVSAVMRRVSGHADEAKTTDHQGNVISLGELEIYPEKYEVRLGGQSINLRPKEFEVLLYLAKKPGVVLTRDDLMNVVWGFDYIGGQRTVDVHVSSLRKKLELDPESVHIDSIRGVGYKLVVNPKKGSHHSV	PGPT0002665_145	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_02570	1815	phoR_1	COG0642	Alkaline phosphatase synthesis sensor protein PhoR	ATGAGGCAGTATCGCAATCGTTTGACTCTGATTATGCTTACTTTAATTGGGTTATCTATGCTCGCGGCAGGACTGGCTATGGTGACGGTATTCAAGCAGTCCCATATTCAGCTGCTGGAGGACAATATGGTCCGGGAGATTCGGCTTCTGCAGACCATGATGGAGTTTCCGGATACGGACAGCGCGGATGCTCTTTCGTATTATACCGAAAGATCCTTGCAGCTTGAAGAACTGTCTGATGCGAGAGTGACCTTTATATTGAAGGATGGTAAAGTTATCGGGGATTCGGAGAGTGATCCCTTAACCATGGATAACCACGCTTATCGTGAAGAGATGCTTCAAGCGGTAAAAGCGGGGCGCGGGAGTACCATTCGTCGGAGTGATACGCTTGGGCAGGACATGCTGTACGTCGCACTTCCGGTCAAGGCCGGAGAGAATTTCGACGGATTCGTCCGCTTGTCCGTCAGTCTCAAGGAAGTGGACCAGGGAGTCAAACAAGGCTGGACCGTGATGGGGATCGGCCTGCTGGTGCTGTTCCTGCTAGCTGCCTTGGTGAGTTATCGTGTCGCCAAGGGCTTGACCTCGCCGCTTGAGAAAATCACGCGCGTAGCCAGACGGATATCGCGTCTTGAATATGATGCGAGGGTAAAGATTCACCGTAAAGACGAGATCGGTCAATTGGCGCACGCCATTAATGGAATGGCTGACAGCCTGCAAACCCAGCTGCGGACGATACGGGATAATGAAGATTTGCTGCAAAGCGTTCTAAACAATATGACAGGCGGTATTGTCATGGTGAGCGGGGCAGGCCAGATCATTCTTGTGAACCGTGCTGCCGAGAGAATGCTCGGCATTAATGCTGAAGTGATAACAGGCAAATCGTACCGTGAGCTTAAGCAGCATTATGAATTGACCAAACTGATGGAGGAAGGCCTTGAGAGCAAGGAGGACTTCCATGAAGAGCGCAACATTTATTATCCTGTGGAATCAATCATCCGCCTGGATGGGGTTGCGATGATGCAGGAGGAAGAGCAGGAGTCCTATCGCGGGATGCTGTTCCTGCTGCAGGATGTAAGTGATATCCGCAGACTTGAACGCATGCGGAGCGAATTCGTAGCCAACGTATCTCACGAGCTGAAGACTCCGCTCGCTGCGGTGAAAGGGTTTGCCGAAACGCTGCTTGGCGGCGGGGTGACCGATGAGAAGACATCGCGCTCCTTCCTCCAGATTATTTATGACGAATCCGAACGGCTAAATCGGCTGATCGGTGACATTCTGGAGCTGTCCAAAATCGAATCCAAGCGGATTCAGATGGATTACTCGCCGATTCATTTGTCGGCATTCTTTGATACAATATCCGAAATGATGCGCACGGTGGCGGAGAAGAAGCGGATCAGCCTGGAGCTTGACATTCCGGAAGAGCTGTTTATGGAGGGGGACGAGGACAAGCTCCGCCAGATTTTTATGAATCTGCTCTCGAATGCGATCAATTACACGCAAGAAGGCGGACGAGTAAAATTAACGGCTCGTGAAAAGCATAGTAACAGGAACGCCGAGGATATTGTGGAGTTCCTTGTTAAGGATTCCGGGATTGGCATTCCGAAGAAAGATCTTCCCCGTATATTTGAACGTTTCTATCGGGTGGATAAAGCCCGTTCGCGCGGATCAGGCGGAACGGGGCTTGGACTGTCGATCGTAAAGCATCTGGTGGATCTTCATCACGGAACCATCAAGGTGGAGAGCGAACTGGGAATCGGCAGCTCCTTCATCATTGAGCTTCCGATCCTGCAGGAAACGCACGATACAGGAAGTTAA	MRQYRNRLTLIMLTLIGLSMLAAGLAMVTVFKQSHIQLLEDNMVREIRLLQTMMEFPDTDSADALSYYTERSLQLEELSDARVTFILKDGKVIGDSESDPLTMDNHAYREEMLQAVKAGRGSTIRRSDTLGQDMLYVALPVKAGENFDGFVRLSVSLKEVDQGVKQGWTVMGIGLLVLFLLAALVSYRVAKGLTSPLEKITRVARRISRLEYDARVKIHRKDEIGQLAHAINGMADSLQTQLRTIRDNEDLLQSVLNNMTGGIVMVSGAGQIILVNRAAERMLGINAEVITGKSYRELKQHYELTKLMEEGLESKEDFHEERNIYYPVESIIRLDGVAMMQEEEQESYRGMLFLLQDVSDIRRLERMRSEFVANVSHELKTPLAAVKGFAETLLGGGVTDEKTSRSFLQIIYDESERLNRLIGDILELSKIESKRIQMDYSPIHLSAFFDTISEMMRTVAEKKRISLELDIPEELFMEGDEDKLRQIFMNLLSNAINYTQEGGRVKLTAREKHSNRNAEDIVEFLVKDSGIGIPKKDLPRIFERFYRVDKARSRGSGGTGLGLSIVKHLVDLHHGTIKVESELGIGSSFIIELPILQETHDTGS	PGPT0002705_171	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636	NA	NA
JZ016_02571	972			hypothetical protein	GTGAGAAGTTTTGGACTAGCCTTTGCATCTTGGTTTGAAAAGTACACCTTTCTCTTGATTCCAGGCTCGCTGGTGCTAGGCTGGCTGCTCTCGGATGTTTTGGTGGACTTTGTTCACTGGATTCCTTATCTATTCGGTTATATTACACTGGTGATGGCACTTGGCTGTGGGATCCGTCATCTGCAAGGGGTTCTGAAGCGCCCCTTTGCTGTTATATTAACGCTCTTTCTAGCCCATGCGGCCGCTCCGGTGCTTGCCTATGGACTGGGCTCGGCCGTGTTTGGTGCGCACTCGGATTATACGATTGGCTTGCTGCTGTTCGCGATCATTCCCCTGGGGATATCCTCGGTGATGTGGGTCGGAAGCTCCGGCGGCAGCGTTCCGTTCATCCTGGCGGTAGTTGTGCTGGATACCATACTCAGTCCCTTAGTCGTACCGGCTCTGATGGATATGTTTATCGGGGATGCACTGGTCACATGGAATGCGTCTGAGCTGATTCTCGATTTGCTGACCATGGTGGTATTGCCCACTCTGATCGGGGTGATGCTGTATGAAGGTTCCAAAGGACGGATCAAGGACTGGTCGGCTCCTGTAGCCCAGCCCATATCGAAGCTGTTTTTTATGCTCGTGGTGATGCTGAACGCGGCAGCCATCGCTCCCCATGCAGCAGGCATGAAGGAGGAGATGCTGGTAGTGATCCCGGTTGTCGTTACGCTGATTGTGATCTGCTATTTGCTTGGCTATTTTGGCTCCTATGCGATGCTCGGACCGACACAGGAAATGCAAATTACATTTACATACGCGTCCGGAATGCGTAATATATCACTCGGGATGGTGTTAGCTACAACGTATTTCTCACCCCAGGCTTCCATCCCGGTGGTGCTGGGCATTATGTTCCAGCAGCCGGCGGCAACCATCATTCATGCGTTATTCCACCGAAGACGCACACGAGCGGTAAGTTATCCAAAATGA	MRSFGLAFASWFEKYTFLLIPGSLVLGWLLSDVLVDFVHWIPYLFGYITLVMALGCGIRHLQGVLKRPFAVILTLFLAHAAAPVLAYGLGSAVFGAHSDYTIGLLLFAIIPLGISSVMWVGSSGGSVPFILAVVVLDTILSPLVVPALMDMFIGDALVTWNASELILDLLTMVVLPTLIGVMLYEGSKGRIKDWSAPVAQPISKLFFMLVVMLNAAAIAPHAAGMKEEMLVVIPVVVTLIVICYLLGYFGSYAMLGPTQEMQITFTYASGMRNISLGMVLATTYFSPQASIPVVLGIMFQQPAATIIHALFHRRRTRAVSYPK	PGPT0013890_1090	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013890-panS|yocS|ybaS-K03453	NA	NA
JZ016_02572	1554			hypothetical protein	ATGAAATTATTTGAAGAGAGTATGTATCGACTGATTGTAGAAACCTCCACGAATTTGCCCGGGGATGTGCGAAGAGCAGTCAACCGCGGCCGAGCGTCTGAGGATGCGGCAACGCGAGCGGGGCTGGCACTGGCAACGATCGCTCAAAATATTGAGATGGCCGAGCAGGAAGTATCGCCGATCTGCCAGGATACCGGCATGCCAACATTCATCGTACATACACCTGTGGGTGCGAACCAAATCGAGATGAAGAAGGCGATTTACTCTGCGGTGATTCGCGCCACGAAGGATGGCAAGCTGCGTCCAAACTCGGTGGATTCGTTGACTGGCGCTAACAGCGGGGATAATCTCGGCCCTGGCACGCCCGTCATCCATTTCGAGCAGTGGGAGCAGGATAAGGTGGACGTCCGTCTCATCCTGAAAGGGGGCGGCTGCGAGAACAAAAACATTCAGTACAGCCTTCCTGCAGAGCTTGAAGGGCTCGGGAAAGCGGGCCGTGATTTGGACGGGATTCGCAAATGCATCATGCATGCCGTGTACCAAGCTCAAGGCCAAGGCTGCAGCGCTGGATTTATCGGCGTAGGCATCGGCGGCGACCGGACGACAGGTTATGAGCTTGCGAAACATCAGCTGTTCCGTCATGTCGAAGATGTGAACCCGAATGAAGATTTGGCGAAGCTCGAAGATTACATATTGGAAAATGCAAATAAACTCGGGATCGGCACGATGGGCTTTGGCGGAGAAGTCACGCTGCTCGGCTGCAAAATCGGTGCGATGAACCGTCTGCCGGCAAGCTTTTTTGTATCGGTTGCTTATAACTGCTGGGCGTTCCGCCGTCAGGGCGTAATGGTTGAGCCGGACACGGGGGAGATCACGGAATGGCTGTATGAAGCAGGCAGTCAGGTGCAGATGAACGCCAATTCCGAAACGGCTGTTTCCCAAGTCGAAGACTCCGGTCCAAGTGATTCCAAGGGCCGCGAAGTGGTGCTGCAGACGCCAATCAGCGAGGAGCAAATTCGTTCCCTGCGCGTTGGGGATGTGGTGGTGATCCGAGGCGAGATGCATACCGGACGGGATGCGCTTCATAAATATCTGATGGATCACGAGGCCCCTATCGACCTGAACGGGTCCGTCATTTATCACTGCGGTCCGGTTATGATGCAGGATGAAGAGGGATGGCATGTCAAGGCAGCAGGCCCGACAACCAGCATTCGAGAAGAACCTTACCAGGGCGATATTTTGAAAAAATTCGGCATTCGCGCGGTTATCGGAAAGGGCGGCATGGGTCCCAAGACGCTTCAAGCCCTGCAGGAGCATGGCGGCGTATATCTGAATGCGATTGGCGGGGCCGCCCAGTATTATGCGAGATGCATCAAAAAAGTAAACGGCGTGGATTTCATGGAGTTTGGCATTCCGGAAGCGATGTGGCATTTGGAGGTTGACGGCTTTGCCGCGATCGTCACGATGGATTCGCACGGAAACAGCCTGCATGCCGACGTGAGCAAGGATTCGGCAGAGAAGCTGGCCATGTTTAAAGAGGCGGTGTTCTCCTAA	MKLFEESMYRLIVETSTNLPGDVRRAVNRGRASEDAATRAGLALATIAQNIEMAEQEVSPICQDTGMPTFIVHTPVGANQIEMKKAIYSAVIRATKDGKLRPNSVDSLTGANSGDNLGPGTPVIHFEQWEQDKVDVRLILKGGGCENKNIQYSLPAELEGLGKAGRDLDGIRKCIMHAVYQAQGQGCSAGFIGVGIGGDRTTGYELAKHQLFRHVEDVNPNEDLAKLEDYILENANKLGIGTMGFGGEVTLLGCKIGAMNRLPASFFVSVAYNCWAFRRQGVMVEPDTGEITEWLYEAGSQVQMNANSETAVSQVEDSGPSDSKGREVVLQTPISEEQIRSLRVGDVVVIRGEMHTGRDALHKYLMDHEAPIDLNGSVIYHCGPVMMQDEEGWHVKAAGPTTSIREEPYQGDILKKFGIRAVIGKGGMGPKTLQALQEHGGVYLNAIGGAAQYYARCIKKVNGVDFMEFGIPEAMWHLEVDGFAAIVTMDSHGNSLHADVSKDSAEKLAMFKEAVFS	PGPT0001635_1254	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001635-fumA|fumB-K01676	NA	NA
JZ016_02573	375			hypothetical protein	ATGATGAAAGCCTCAATCTCCCAGGTGGTCTTTCCAAGGCTTGCCCTGTTTAGAGACGAGTTCTACAACGGACGCCGGTTTATCGTGCGCGGCAATGTAGGCATCCGTAATCTCGAGCGTACCTTCGGCGACATTGAAAGCTTGAGATTCTTCTCGACAAGCTCCAATGCCACCCTGGTCCTGTTCTCGGAGCCGAATTTCCGAGGCGCATTCAGAGTATTCCGCGGAAACACCAACATCGCTGACCTTGGCGATATCATCGGCGGCGATGAAGAACCTGAATCCATCATCAGCACCAACCGCCGTTTGACGCTCGCCCAGATCAGAGCGATCCGGGATGCAGGCGTGCTGCCTTCCGGTTTTAGAAGCATCTGA	MMKASISQVVFPRLALFRDEFYNGRRFIVRGNVGIRNLERTFGDIESLRFFSTSSNATLVLFSEPNFRGAFRVFRGNTNIADLGDIIGGDEEPESIISTNRRLTLAQIRAIRDAGVLPSGFRSI				NA	NA	NA	NA	NA
JZ016_02574	867	ydaD_1		General stress protein 39	ATGCCACAAGATCAACCAAAACAAACCTTGCCGCCCCAGCATCAGGATCACAGACCCGGAACCGAATCGGAGATGCACCCGAAGCCGGAGTTTGAGAGTAACGAATACAAAGCAGCCGGTAAGCTAAAAGGAAAGGTAGCGCTGATTACCGGAGGCGACAGCGGGATCGGCCGTGCGGTTGCGGTGTACTACGCCAAGGAAGGCGCGGACGTATCCATTGTGTACCTGAATGAGCATAAGGATGCGGAAGAGACCAAACGACAGGTGGAGCAGGAAGGCCGAAAATGTCTGTTGATCGCCGGTGACGTCGGTGATGACGTTTTTTGTCGCGATGCGGTTACCGAAACCGTGGAGAAGCTCGGTAAACTCGATATTCTCGTTAACAACGCAGCCGAACAGCATCCGCAGAAGAAGATTGAGGATATTACCAAAGAACAATTGGAGCGGACCTTCCGTACGAATATTTTCGGTATGTTCTACCTGACGCAGGCGGCGATGCCGCATCTGTCCAAGGGCAGCTCCATTATTAATACGACCTCCATCACGGCTTACCGGGGAAGCCCGCAGCTGCTGGATTATGCATCGACGAAGGGGGCCATCGTTGCCTTTACACGCTCGTTATCGATGAATGTGGTCGGTCAAGGGATCCGGGTAAATGCCGTTGCCCCGGGACCGATCTGGACGCCGCTGATTCCTTCAACATTCCCGCCGGATCAGGTGGCCGAGTTTGGGGCGACCCAGCCGATGAAACGACCGGGTCAACCGGAAGAGCTGGCCCCAGCCTATGTATATCTGGCCTCAACGGACTCTTCCTATGTGAGTGGACAAGTCATTCACGTGAATGGCGGCGAAGTAATTAATGGGTAA	MPQDQPKQTLPPQHQDHRPGTESEMHPKPEFESNEYKAAGKLKGKVALITGGDSGIGRAVAVYYAKEGADVSIVYLNEHKDAEETKRQVEQEGRKCLLIAGDVGDDVFCRDAVTETVEKLGKLDILVNNAAEQHPQKKIEDITKEQLERTFRTNIFGMFYLTQAAMPHLSKGSSIINTTSITAYRGSPQLLDYASTKGAIVAFTRSLSMNVVGQGIRVNAVAPGPIWTPLIPSTFPPDQVAEFGATQPMKRPGQPEELAPAYVYLASTDSSYVSGQVIHVNGGEVING	PGPT0014705_836	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0014705-gdh|ycdF-K00034	NA	NA
JZ016_02575	426			hypothetical protein	ATGTGGAACGTGACATTTTTTCTGCATATGGTCGGTACGGCGGCTCTAGGATTTTACTTGATTCTGCCGTTTGTTGTTGGCGGTATTCAGAAGCTGTCCCTCGGCGCTCAAGAAGGAGCCGTTAATACGATTCGAGTAGCGAACCGTTTTGCTCAGTACGGCTTGGTTATTCAGTTATTGACTGGCGGATACATGATGTCCCAAGGCGAGTATTCGGTTCCTTGGATGATCATTGTAACGTTATTGCTGCTGGCGATGTTTGCTATTGGAGGCATCATGAGCAAGCCATTGAAGACTGCGCTTGCAGGGATCCGCGAGAAGCGTGAAGTGAAGGAAGAAACAAGCAAGCTGGGTACGCTTAGCGCACTTCTTGCCTTGCTGCTCTTGGTTATGATCTTCTTCATGGTATTCAACCATATCATCTAA	MWNVTFFLHMVGTAALGFYLILPFVVGGIQKLSLGAQEGAVNTIRVANRFAQYGLVIQLLTGGYMMSQGEYSVPWMIIVTLLLLAMFAIGGIMSKPLKTALAGIREKREVKEETSKLGTLSALLALLLLVMIFFMVFNHII				NA	NA	NA	NA	NA
JZ016_02576	942	mdh	COG0039	Malate dehydrogenase	GTGGCAATTACTCGTAAAAAGATTACGGTAGTAGGTGCTGGCTTCACAGGTGCGACTACCGCCCTGATGCTTGCTCAAAAAGAATTGGGTGATGTGGTGCTGCTGGATATCCCACAGCTCGAGAACCCGACAAAAGGTAAAGCGCTGGATATGCTCGAAGCAAGTCCCGTTCAAGGATTTGACAGCAACATAGTCGGTACATCCAACTATGAAGATGCAGCTAATTCCGATATCGTAATCATTACAGCAGGTGTAGCCCGCAAGCCGGGCATGAGCCGCGATGACCTCGTGAATACCAATGCAGGGATCGTGAAATCCGTATGCGAGAATGTGAAGAGTCACGCACCGAACGCCACGGTCATCATTCTGAGCAACCCGGTGGATGCCATGACCTATGTGGCATACAACACGCTCGGATTTCCCAAGAACCGCGTTATCGGCCAATCCGGCGTGCTGGATACGGCCCGCTATTGCACCTTCATCGCGCAAGAGCTGAACGTATCCGTTGAGGACGTCCGCGGATTCGTACTTGGCGGTCATGGCGACGACATGGTTCCGCTCGTTCGCTACTCCAGCGTGGGTGGCATTCCGATCGACACGCTGATTCCGGCTGAGCGCATTGAAGCGATTGTGCAGCGTACCCGAGTTGGCGGCGGCGAAATCGTGAACCTGCTGGGTAACGGCAGCGCATACTATGCGCCGGCTGCTTCCCTCGTACAAATGACGGAAGCGATTCTGAAGGACAAAAAACGGATCATTCCGGTTATTGCTCTTCTGGAGGGTGAGTACGGTTATGACAATCTGTTCATGGGCGTACCGGCCATTCTTGGCGGAGACGGCATTGAGCGAATTTTCGAGCTTGAGCTGACGGCCGAAGAGAAAGCGGCGCTCGATAAGTCTGCGGAATCCGTACGTAATGTAACCTCGGTCGTGACCCTGTAA	MAITRKKITVVGAGFTGATTALMLAQKELGDVVLLDIPQLENPTKGKALDMLEASPVQGFDSNIVGTSNYEDAANSDIVIITAGVARKPGMSRDDLVNTNAGIVKSVCENVKSHAPNATVIILSNPVDAMTYVAYNTLGFPKNRVIGQSGVLDTARYCTFIAQELNVSVEDVRGFVLGGHGDDMVPLVRYSSVGGIPIDTLIPAERIEAIVQRTRVGGGEIVNLLGNGSAYYAPAASLVQMTEAILKDKKRIIPVIALLEGEYGYDNLFMGVPAILGGDGIERIFELELTAEEKAALDKSAESVRNVTSVVTL	PGPT0001435_2418	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001435-mdh-K00024	NA	NA
JZ016_02577	1293	icd	COG0538	Isocitrate dehydrogenase [NADP]	ATGAAATTGGAAAAATTCGCATTACCAACTGAAGGCGAGAAAATCACGATTGATAACGGAACCCTGCAGGTGCCTAACAACCCTGTCATTCCTTTTATTGAAGGCGACGGCACAGGCCGTGACATCTGGAAAGCTTCCAAGCGCGTCCTGGATGCAGCAGTAGAAAAAGCATATAACGGTTCCAAGAAAATTGCCTGGTATGAAGTATTTGCCGGTGAGAAGGCATACAATACATACGGTGAATGGCTCCCGAACGATACGCTTGAAGCGATTCGCGAGTACATCGTTGCTATCAAAGGACCACTTACAACGCCAATCGGCGGCGGTATCCGTTCCCTGAACGTTGCCCTTCGCCAAGAGCTGGACCTGTACACTTGCCTGCGCCCTGTTCGTTACTTCAACGGCGTACCGTCTCCGGTAAAACGCCCTGAGCTGGTTGACATGGTTATTTTCCGTGAGAACACGGAAGACATCTACGCAGGTATTGAGTACAAAGAAGGCTCCGAAGAAGTGAAGAAAATGATCAAGTTCCTTCAAGACGAAATGGGCGCCAACAAAATCCGCTTCCCTGAAACGTCCGGTATCGGGATTAAGCCTGTATCCTCCGAAGGTTCCAAGCGTCTTGTACGTGCAGCGGTTGAGTATGCGATCAAGCATGGCCGCAAATCCGTGACACTGGTTCACAAAGGCAACATCATGAAATTTACAGAAGGTGCCTTCAAAAACTGGGGTTACGAAGTGGCTGAAGCTGAATTCGGCGATAAAGTGTTCACTTGGGCACAATACGATATCATCAAGGAGAAAGACGGCGTAGATGCAGCTAATGCGGCTCAAAAAGCGGCTGAAGAAGCTGGCAAAATCATCGTTAAAGATGCGATTGCCGACATCGCGCTGCAGCAAGTTCTGACTCGTCCAACCGACTTTGATGTCATTGCGACGTTGAACCTGAACGGGGACTACCTGTCTGACGCGCTGGCTGCACAAGTTGGCGGTATCGGTATCGCTCCGGGTGCTAACATCAACTATGTAACAGGACATGCAATTTTCGAAGCGACTCACGGTACGGCTCCGAAATATGCAGACAAAGACGTAGTAAACCCTGGTTCCGTTATCCTCTCCGGCGTCATGCTGCTTGAGCATCTCGGATGGCAGGAAGCGGCTGACCTGATCTACAAAGGCATGGAAACGTCCATCAACAACAAAACCGTAACGTATGACTTCGCCCGCCTGATGGAAGGCGCTACGGAAGTGAAATGCTCCGAGTTCGCAGACGAAATCATTAAAAACCTGTAA	MKLEKFALPTEGEKITIDNGTLQVPNNPVIPFIEGDGTGRDIWKASKRVLDAAVEKAYNGSKKIAWYEVFAGEKAYNTYGEWLPNDTLEAIREYIVAIKGPLTTPIGGGIRSLNVALRQELDLYTCLRPVRYFNGVPSPVKRPELVDMVIFRENTEDIYAGIEYKEGSEEVKKMIKFLQDEMGANKIRFPETSGIGIKPVSSEGSKRLVRAAVEYAIKHGRKSVTLVHKGNIMKFTEGAFKNWGYEVAEAEFGDKVFTWAQYDIIKEKDGVDAANAAQKAAEEAGKIIVKDAIADIALQQVLTRPTDFDVIATLNLNGDYLSDALAAQVGGIGIAPGANINYVTGHAIFEATHGTAPKYADKDVVNPGSVILSGVMLLEHLGWQEAADLIYKGMETSINNKTVTYDFARLMEGATEVKCSEFADEIIKNL	PGPT0001170_2713	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001170-icd-K00031	NA	NA
JZ016_02578	1113	citZ	COG0372	Citrate synthase 2	ATGACAGCTACCAAGGGTTTGGAAGGCATTGTAGCTACCACCTCCGCGATTAGTTCGATCGTCGATGGCGTTCTGACTTACCGTGGATATGATATTGACGATCTCGCAGAACATGCAAGTTTTGAAGAGGTAGCCTATCTGCTCTGGTTCGGAAAGCTTCCAAATGCCGAAGAGCTTAAGGCCCTTCAACAAGATTTGAGCGACTATGCTGCCATTCCGGATGAGCTTATCCAGCAGATCAAATTGTATCCGAAGGATACCAATACGATGGCTGCGCTTCGCTCGGCTGTATCCGCGCTTGCTCTGTATGACGCCGAAGGCGACGATATGAGCCGTGAATCGAACGAGAAGAAAGCGGTTAAACTTCAAGCTCAGCTTCCAACGATCATTGCTGCCATCGCCCGTGTTCGTCAGGGCAAAGAGCCGGTGGCTCCGAAAGCCGGCGTCTCCATCGCGGAGAATTTCCTGTATATGCTCAGAGGCGAAGATCCTGATCAGACTTCAATCAAGGCTCTGGACCAGGCACTGGTATTGCACGCGGATCACGAGCTTAACGCATCCACGTTTGCTGCTCGTGTAACCGTAGCCACGCTGTCCGACATATATTCCGGTGTTACTTCCGCTATTGGCGCGCTTAAAGGTCCTCTGCACGGCGGCGCGAATGAAGCCGTCATGAAGATGCTGAACGAAGTCGGTTCGATCGATCGGGCCCAGGCTTACATTCAGGAGAAGCTGGACAACCGTGAAAAAATAATGGGCTTTGGACACCGCGTATACAAAAACGGCGATCCGCGCGCGAAGCATCTCCAAAAAATGTCGCGCGAGCTTGGTGAAATGAAAGGCGACACCACGCTGTACGACATGTCGGTGCTGATCGACGAAACGGTTACCAACCAAAAAGGGCTGAAGCCGAACGTTGATTTCTATTCCGCATCGGTTTATACGCAGCTCGGCATCGAGCATGAACTGTTTACGCCGATTTTTGCCATCAGCCGTGTATCCGGATGGACCGCGCATATTCTTGAGCAGTATGAAGGCAACCGTATCATCCGCCCGCGCGCAGAGTATACAGGGATGACCGACCAAAAATATGTGCCGATAGAACTTCGCTAA	MTATKGLEGIVATTSAISSIVDGVLTYRGYDIDDLAEHASFEEVAYLLWFGKLPNAEELKALQQDLSDYAAIPDELIQQIKLYPKDTNTMAALRSAVSALALYDAEGDDMSRESNEKKAVKLQAQLPTIIAAIARVRQGKEPVAPKAGVSIAENFLYMLRGEDPDQTSIKALDQALVLHADHELNASTFAARVTVATLSDIYSGVTSAIGALKGPLHGGANEAVMKMLNEVGSIDRAQAYIQEKLDNREKIMGFGHRVYKNGDPRAKHLQKMSRELGEMKGDTTLYDMSVLIDETVTNQKGLKPNVDFYSASVYTQLGIEHELFTPIFAISRVSGWTAHILEQYEGNRIIRPRAEYTGMTDQKYVPIELR	PGPT0001455_6173	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001455-CS|gltA-K01647	NA	NA
JZ016_02579	1119			Sodium-lithium/proton antiporter	TTGGAACGATTGATGCTCAAGCGTTTTGGCCGGGGAGTGTGGGTGCTGTCTTCCATCTTCGTGATCGCCTATTTGATATATGTACTGCTGCCGCTGCTTTACCCCTTCCTCCTGTCCTGGATCATCGCTTATGCCATGAATCCTTGCGTCCGCCTGCTTCAGCGGAGTTTGAAGCTGCCGCGGTGGCTCGCTGTCATGTTGTCCCTGCTGCTGTATTTCGGAGCGGCTCTGCTGATTCTCACGGCGGCTGTCACGAGACTGGTCAAGGAGCTTATTATCCTGTCCCAGTCCTTCAATCTTCATATTGATGCCTGGATGGAATGGCTGACCGCATGGACCCAGAATGATAGCTTCCAGAATATCATCAATGAGATTAGCCGGTTCTATCAGAACAACCCGAATTATCACGATACCATCAATCAGAACATTACCCGCACGACGCAAACGATTGGCACGGCCGTGACCGACCTCGTTACCGGTATTTTTAACGGAATTCTGCAAATTATTTATTACCTGCCCAACTTGGGCACGATTCTCATTGTGGTTTTACTGTCCACGTTCTTTCTCAGCAACAGCTGGGAGCGCCATAATCGCGCGCTTATCCGCATCCTGCCCGACGTCATTCGCAAACCCATGATCTATATTTTCACGGATCTAAAAAAAGCGTTGTTCGGATTCGCGAGGGCCCAGCTGATTCTGATCTCCATCACGGCCCTGATCGTCATGATCACGCTTTATGCGCTCGGGGTCGATTCCGCCTTCTCCATCGGTCTTCTGATCGGCTTGGTGGATCTCCTCCCCTACTTGGGCGTCGGCATCGTTCTGATCCCCTGGTCGCTGTATGCCTTTATGTCGGGCGACCTGACGCTTGGCATCGGACTAACCGTCCTGTACAGCATCATCCTGATCGTCAGACAGATTATGGAGCCCAAGGTGCTCGCCAGCAGTGTGGGACTGGACCCGCTCGCCGCCCTGCTGGGCATGTTCGTCGGGCTCAAACTGTTCGGCATTCTGGGACTGATTTTAGGTCCAGTGTCGCTTGTCATCCTGGATGCCTTTCACCGGGCCCACGTATTCAAGGACCTAAGGAATTATATTATCGGAGGCAGGTTCAGATAG	MERLMLKRFGRGVWVLSSIFVIAYLIYVLLPLLYPFLLSWIIAYAMNPCVRLLQRSLKLPRWLAVMLSLLLYFGAALLILTAAVTRLVKELIILSQSFNLHIDAWMEWLTAWTQNDSFQNIINEISRFYQNNPNYHDTINQNITRTTQTIGTAVTDLVTGIFNGILQIIYYLPNLGTILIVVLLSTFFLSNSWERHNRALIRILPDVIRKPMIYIFTDLKKALFGFARAQLILISITALIVMITLYALGVDSAFSIGLLIGLVDLLPYLGVGIVLIPWSLYAFMSGDLTLGIGLTVLYSIILIVRQIMEPKVLASSVGLDPLAALLGMFVGLKLFGILGLILGPVSLVILDAFHRAHVFKDLRNYIIGGRFR				NA	NA	NA	NA	NA
JZ016_02580	393			hypothetical protein	ATGTTCAAATGGTTGCTGGCAGCGATGATCTTCGTGCCTGCTATTGAAATATTCGGCTTTCAGTTTGTTGCGGATCGCGTGGGCGGCATGAATACCTTGCTATTGACACTGCTAACCTCTGCGGTTGGCGTGGCCATGATGAGGTTCGAAGGTCGCAAAGCGATGGAAGATGCCAAGCAGAGAATGAACTCAGGCATGGTTCCGGGTGCTTCCATGGCCGACGGCCTATGTATATTTGCGGGTGGAGTGCTACTTATTCTGCCGGGCTTTGTAACTGACATAATCGGATTTACGCTGATATTTCCGCTGACTCGCCCGCTGTATCGGATATTGCTGTTGAAATGGATGAAGAAAAATATGAAAAACGGCAAGATTACGATCTTTCGCAGATAA	MFKWLLAAMIFVPAIEIFGFQFVADRVGGMNTLLLTLLTSAVGVAMMRFEGRKAMEDAKQRMNSGMVPGASMADGLCIFAGGVLLILPGFVTDIIGFTLIFPLTRPLYRILLLKWMKKNMKNGKITIFRR				NA	NA	NA	NA	NA
JZ016_02581	510			hypothetical protein	ATGCCTAAACCATCCGTACCGACACTAAGCCGCTGGTTCTGGACGTCATTTCGGGTGCGTTACCAGGAAAGCGATCAAATGGGTGTCGTATACCACGCGAACTATTTAAACTGGTTCGAGATCGGACGTACCCAAATGATCCGTGAAATGGGATTTACGTATCGCGGAATGGAAGAAGAAGGTGTCCTCCTCCCGGTGGTTGATCTTGATATCAAGTACCGTCAGCCTGCGCGGTATGATGATCTTGTAACGGTGTTTACCAGAATGACTGCTTTCTCCCCGCTTCGAATACACTATGAATATGAGGTCCGTTTGTTAAGCGAACAGGAGCAGGCAGATTTGGAGGCGATGGATCTGTCTCCCGAATCCGAGCTTCCCGGTTCCTTGTTAACGGCCGGCGCGACCCGTCATGTATGGCTGAATAGAGAGTGGAAGCCGGCCCGACTGGATAAATGCGCGCCAAAGCTGTATGATGCATTGAGGGACACCCTTTGGGGGAGGAAGGAGTAG	MPKPSVPTLSRWFWTSFRVRYQESDQMGVVYHANYLNWFEIGRTQMIREMGFTYRGMEEEGVLLPVVDLDIKYRQPARYDDLVTVFTRMTAFSPLRIHYEYEVRLLSEQEQADLEAMDLSPESELPGSLLTAGATRHVWLNREWKPARLDKCAPKLYDALRDTLWGRKE	PGPT0001850_471	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107	NA	NA
JZ016_02582	1428	pyk_1	COG0469	Pyruvate kinase	ATGCGCAAAACAAAAATTGTATGTACCATCGGTCCTTCCAGTGAATCGTTGGAAAACACCAAGAAGCTCATTATGGCCGGCATGAACGTGGCTCGTCTGAACTTCTCTCACGGCGACTTCGAGGAGCATGGCAACCGGATCAAGAACATCCGCCAAGCTTGCGAAGAGTTGAACAAAACGGTAGCGATCCTGCTTGACACCAAAGGACCGGAAATCCGTACAGGCAAACTTGAAGTGGAACCGATTGAGCTTGTACAAGATGAATATATCACCCTTACTACCGAGGAAATCCTTGGTGATAAGAATCGTTTGTCCATTACTTATAAAGAGTTGCCGCAAGATGTTCAAGTCGGATCCACGATCTTGATCGATGACGGTCTGATCGGTCTGACCGTGGTGGAGATTCAAGGCACCGAAATCAGATGCCGCATCGTCAATGGCGGAACCATTAAGAGCAAAAAAGGTGTAAACGTACCGGGAGTCGCGATTTCTCTCCCAGGCATTACGGAAAAAGACGCCAACGATATCATTTTCGGGATCGAACAGGGCATCGATTTTATTGCCGCTTCCTTCGTTCGTAAAGCAAGTGACGTGCTTGAAATTCGCGAATTGCTGAAGAAGCATAATGGCGAGCACATCCAAATCATCTCCAAAATCGAGAACCAGCAGGGCGTTGACAACCTGGATGAAATCCTCGAAGTATCCGACGGCTTGATGGTAGCCCGTGGCGACCTCGGCGTAGAGATTCCGGCAGAGGAAGTTCCATTGGTTCAAAAACGCATGATCGAAAAATGTAACCTGGCTGGCAAACCGGTTATTACGGCTACGCAAATGCTGGATTCCATGCAGCGCAACCCACGTCCTACCCGTGCGGAAGCAAGTGACGTTGCCAATGCGATTTTTGACGGTACCGATGCGATCATGCTGTCCGGCGAAACGGCTGCAGGTAAATACCCTGTAGAATCCGTATTGACTATGTCCCGTATCGCTGAGAAAGCGGAATCCGCGCTGAATTACCGTGAAATGTTCTTGAAGCAGCGTATTGCTCAAGATACCAGCGTTACCGAAGCAATCAGCCAATCCGTTGCGATCTCGGCACTTGACCTGAATGCCAAAGCCATCATTTCGTCCACGGAATCCGGTCAAACAGCTCGCATGGTATCCAAATACCGTCCAGAGGCTCCTATCGTCGCCGTCACGACTCAAGACAGAACATTGAGACGTTTGGCACTGACTTGGGGCGTAACGCCGGTTAAAGGCGAACAGGCTTCTTCTACGGACGAGATGTTTGATTACGCGCTGCAAGGCGGCGTGAAGTCCGGTCTCGTGAAAGAAGGCGATCTTGTTGTGATTACAGCAGGCGTGCCACTGGGCCGTTCCGGTTCGACCAACCTCCTGAAAGTGGATCAAATTCCACAGGAGAAGTAA	MRKTKIVCTIGPSSESLENTKKLIMAGMNVARLNFSHGDFEEHGNRIKNIRQACEELNKTVAILLDTKGPEIRTGKLEVEPIELVQDEYITLTTEEILGDKNRLSITYKELPQDVQVGSTILIDDGLIGLTVVEIQGTEIRCRIVNGGTIKSKKGVNVPGVAISLPGITEKDANDIIFGIEQGIDFIAASFVRKASDVLEIRELLKKHNGEHIQIISKIENQQGVDNLDEILEVSDGLMVARGDLGVEIPAEEVPLVQKRMIEKCNLAGKPVITATQMLDSMQRNPRPTRAEASDVANAIFDGTDAIMLSGETAAGKYPVESVLTMSRIAEKAESALNYREMFLKQRIAQDTSVTEAISQSVAISALDLNAKAIISSTESGQTARMVSKYRPEAPIVAVTTQDRTLRRLALTWGVTPVKGEQASSTDEMFDYALQGGVKSGLVKEGDLVVITAGVPLGRSGSTNLLKVDQIPQEK	PGPT0002020_6387	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873	NA	NA
JZ016_02583	984	accA	COG0825	Acetyl-coenzyme A carboxylase carboxyl transferase subunit alpha	ATGTCAGGCGAATTGCCTTTTGAAATGCCACTTGCCGAAATGCGCAAGAAGATCGATGAATTGAAACAATTCGGACAGGAAAAAGGGATCGATTTCACGGATGAAATCGCCCGCCTGGAAGAACGATATAGTCGCTTGGAGGAAGAAATCTATTCTTCGATTTCGCCTTCCCAGAAAATGCATCTGGCCCGTCATCAGCAGCGACCGACGTCGCTTGATTTGATCCAGCTGATCTTTACGGATTTTATCGAGCTGCATGGAGATCGTCTCTACGGGGACGATCTTGCCGTTGTCGGTGGCTTGGCCAAACTTGACGGTGTTCCCGTCACGGTGGTCGGTCAGCAGCGCGGTAAGGATACGAAAGACAATATTGCGCGTTTCTTCGGAAGTCCGCATCCGGAAGGCTTCCGTAAAGCCCTGCGGCTTATGCAGCAGGCGAACAAGTTCAAGCGTCCTATTATCACGTTTATTGATACAAAAGGCGCATATCCGGGTAATACAGCAGAAGAAAGAGGTCAGTCCGAGGCGATTGCTCGTAATCTACGGGAAATGTCGTCACTTGGGGTGCCTATTGTTTGTGTGGTCATCGGCGAAGGTGGAAGCGGCGGTGCTCTTGCGATGGCTGTAGGCAATCGTGTCCTGATGCTTGAGCATGCTATCTACTCTGCCATTTCACCGAACGGCGCCGCATCCATTCTGTGGAAGGACGCATCCAAAGCGGATCAGGCTGCGGAAGCCATGAAGATCACTGCTAAGGACCTGCTCGAGATGGAAGTCATTGAGGAAATTATACCGGAGCCTAAGGGCGGTGCGCACCGAAACTATGAAGAGACGGCCGCCGCGATTCAAAGCGCACTGATCAGCCAGCTGAAAGAACTATCCGTTATGGATGCCTGCGAGCTGAAGGAAGACCGGTACCGCAAATTCCGCAAGATCGGCGAATTCGATTTTGCGAAAGCGGAACAGGAAGACGTGATTATGTAA	MSGELPFEMPLAEMRKKIDELKQFGQEKGIDFTDEIARLEERYSRLEEEIYSSISPSQKMHLARHQQRPTSLDLIQLIFTDFIELHGDRLYGDDLAVVGGLAKLDGVPVTVVGQQRGKDTKDNIARFFGSPHPEGFRKALRLMQQANKFKRPIITFIDTKGAYPGNTAEERGQSEAIARNLREMSSLGVPIVCVVIGEGGSGGALAMAVGNRVLMLEHAIYSAISPNGAASILWKDASKADQAAEAMKITAKDLLEMEVIEEIIPEPKGGAHRNYEETAAAIQSALISQLKELSVMDACELKEDRYRKFRKIGEFDFAKAEQEDVIM	PGPT0001695_464	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001695-accA-K01962	NA	NA
JZ016_02584	894	accD	COG0777	Acetyl-coenzyme A carboxylase carboxyl transferase subunit beta	GTGTTTAAAGACTTGTTTCAGAAAAAAAGGAAATACGCAACGATCCCATCGGAACGACTTGGGACAGCAGGGCAGCCTCAGGAAGGCGAACGCCCGAAACGGGAAATTCCGGAAGGTCTGATGAATAAGTGTGCTAAGTGCGGCACCATTCAATACAGCAAAGAGCTTGAGAAGAATCTGAAAGTGTGTCAGGAATGCGGACATCATATGCGCCTGAACGCGGTAGAACGGATTGCCATGACCCTGGATGAGACAGGCTTTGAAGAGTTTGATGCGGATATGATCTCGGTGGATCCGCTCAAGTTTCCGGGATATGCGGCCAAGCTCGAGCAGCAGAAGATGAAATCCGGTCTTCATGATGCGGTTATTACCGGTCAAGGGTCGATTCTCGGCCAGCCTGTTGTAGTAGCTGTCATGAGTTTTGATTTCTTCACGGGAAGCATGGGCTCCGTCGTCGGGGAAAAAATCACCCGAGCGATCGAGTTTGCGACGGACAAGCGTTTACCGCTCATTATTTTCTCCACCTCCGGCGGCGCCCGGATGCAGGAGAGCATTCTCAGTTTGATGCAGATGGCCAAAACAAGCGCAGCCTTGTCCAGGTTTAACGAGCTCGGCGGGCTCTATATTTCAGTGATAACGGATCCGACGACCGGCGGTGTATCCGCCAGCTTTGCGACGCTTGGCGATATCAATATTGCCGAGCCGGGAGCCGTATTCGGTTTTGCGGGTCGTATCGTTATTGAACAGACCATTCGCCAGAAGCTGCCGGATGATTTCCAGACAGCGGAGTTCAACTTGGCGCATGGTCAGCTTGACATGGTTATTCATCGGAAAGATATGCGCTCCATGCTTGGTAAGCTGCTGGAGATGCATACCGTGAAAGGGGGATTCTGA	MFKDLFQKKRKYATIPSERLGTAGQPQEGERPKREIPEGLMNKCAKCGTIQYSKELEKNLKVCQECGHHMRLNAVERIAMTLDETGFEEFDADMISVDPLKFPGYAAKLEQQKMKSGLHDAVITGQGSILGQPVVVAVMSFDFFTGSMGSVVGEKITRAIEFATDKRLPLIIFSTSGGARMQESILSLMQMAKTSAALSRFNELGGLYISVITDPTTGGVSASFATLGDINIAEPGAVFGFAGRIVIEQTIRQKLPDDFQTAEFNLAHGQLDMVIHRKDMRSMLGKLLEMHTVKGGF	PGPT0001710_1251	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_FATTY_ACID_METABOLISM,PGPT0001710-accD-K01963	NA	NA
JZ016_02585	189			hypothetical protein	ATGTGGACGGTAATCTATATTGCGCCAACTGCAAAGGTGGCGGAAATGATCAAGACCAGGCTAACGGAAGAAGGTTTTTTGGTTCAAAGCCGTCCTGTGAATCTTTCCAAACAGCAGTTTGAGATTTTGGTACCCTCCGGAGAGCTTGAGGAAGTACAGGAAGTGTTGAATTCGATATTGCACCCCTAG	MWTVIYIAPTAKVAEMIKTRLTEEGFLVQSRPVNLSKQQFEILVPSGELEEVQEVLNSILHP				NA	NA	NA	NA	NA
JZ016_02586	495	ypjQ	COG1267	putative protein YpjQ	ATGTCAATGGACTTGGCAGAGAGCATGCTCAGCCGCAGAGGAGTCAGCGTAAGCTCCATCGCGGATATTGTGTTGAAGCTTCAACAGCGTTATCATCCGAAGTTAACCATCGAGCAGTGTGAAGAAAGCGTCCGGGCCGTTCTCGGCAAGCGCGAAGTGCAGTATACGCTGTATACAGGCATTGCGCTGGATGAATTGGCCGAGAAGAAGCTGCTGCCGGAGCCGCTGCAATCGATTATGGAGCAAGACGAACCGCTTTACGGAGTGGATGAGACCATGGCGCTTGGCGTCACGAGCATTTATGGCATGATAGGACTGACCAGTTTCGGTTACCTGGACAAGGAAAAAATGGGTGTAATCGAGATATTAAATGAAAAGTCGGACGGGATCCATGTGTTTCTGGATGATCTCGTTGCAGGCATCGCCGCTGCCGCTTCCTCGCGCATCGCGCATAACAATCCTGATGCGGCGCATTATACCGCGGGTTCTGACTGA	MSMDLAESMLSRRGVSVSSIADIVLKLQQRYHPKLTIEQCEESVRAVLGKREVQYTLYTGIALDELAEKKLLPEPLQSIMEQDEPLYGVDETMALGVTSIYGMIGLTSFGYLDKEKMGVIEILNEKSDGIHVFLDDLVAGIAAAASSRIAHNNPDAAHYTAGSD	PGPT0007710_293	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATASE_ACTIVITY,PGPT0007710-pgpA-K01095	NA	NA
JZ016_02587	3753	dnaE	COG0587	DNA polymerase III subunit alpha	ATGTACCGGCGAAAGGAAGGCGTTACGATGAGCTCTTTCGTGCATTTGCACGTGCATAGTGAATACAGTTTGCTCGATGGAGCGGCACGTATCGGTGACCTGGTGCGGGAAGCGGCGGCGCTTGGCATGAAATCGCTGGCCCTGACGGATCATGGCGTGATGTATGGTGCCATTCCGTTCTATAAAGCCTGCCTGGCGCAAGGCATCAAACCGATTATCGGCTGCGAGGCCTATATTACGGCAGGCTCCCGCAAGGAGCGGGGAAGCCGCAAGGATCAGCCGATCTATCATTTGATTCTGCTTGCCAAGAATGAGACCGGCTATCGCAATTTGATGAAGCTGTGCTCGATCGGGCATTTGGAGGGGTACCATTACAGACCCCGAATCGATATGGAGGCGCTGGCCGCCCATCATGAAGGCATCATATGTCTCAGCGCTTGCTTGGGCGGCGAGGTTCCCCAGCATCTGCTTCACGGACGCGAAGCGGAAGCGAAAGCTGCCGCGCTTCGTTATCAGGCGATTTTTGGAGAAGACTACTATCTGGAGCTGCAGGATCACGGAATTCCGGAGCAGAAACGCGTGAATCCCCAGCTGATTCAGCTTAGCCGCGAGACCGGCATTCCGCTGGTTGCGACCAACGATGTGCATTATCTGACCGAGAGCGATGCCGAGGTACAGGACGTCCTGATCTGCATCGGCACGGGAAAGACGGTCGAAGATGAGGATAGGCTGCAGATCCAGACGAATCAGCTCTATTTGAAGAGCGGCAGCGACATGGAGCGATTATACCCCCATGTGCCTGAAGCTATATTGAATACGGCTAAGATTGCGGACCAATGCAACCTGGAGCTGGAATTCGGCAAGTCGATTTTGCCGGAATACAGCTCGCTACCGGAAGGGAAGAATGCAGCCGAATACCTGCGGGAGCTCTGTTTGAACGGTCTGCAAGAACGTTACGGGAATACGGAGCGGTGGCAGGATGAAGCAGAGCGCAGCGAGCTGGAGCAGCGACTGAACTATGAGCTCGGCGTCATCGAGAACATGGGCTTCAGCGATTATTTCTTGATCGTATGGGACTTTATCGCCTATGCCCACAGGCAAGGCATCGCGGTTGGACCGGGCCGGGGTTCATCGGCGGGCAGCCTGGTGGCCTACACCCTTCAGATTACGAATGTGGACCCGATGAAATATAAATTGTTGTTTGAACGCTTCCTGAATCCGGAGCGGATAACGATGCCGGATATTGATATCGACTTCAGTGACGAGCGCCGGGAAGAGGTCATTGATTATGTGGTGGATAAATACGGGAAAGAGCATGTCGCCCAGATTATTACGTTCGGTACGATGGCGGCAAGGGCGGCCGTCCGAGATGTTGGACGTGCGCTGAATGTGCCGTTCGGGGATGTGGACAAGGCGGCCAAGCTGATCCCTAACCATCTGGGCATCAGCATCGCGGGAGCGATGGAGCAAAGCCCGCAGCTGAAGGAGCAGTACGAGACGAAGCCGAAGGTGCGCGAGCTGATCGATATGGCGATGAAGGTTGAGGGCATGCCCCGTCATGCTTCGACGCATGCAGCAGGCATTGTCATTTCCCGCGATCCGCTGACGGATGCGGTTCCGCTGCAGGAAGGGAGCGAGAAGACGGCGCTGACGCAGTATTCCATGGAGAATCTGGAGAGCGTGGGCCTGCTCAAGATGGATTTTTTGGGTCTGCGGACGTTATCCATCATAGAGCGTACCCTGAGATGGATTCAAGAATTGACCGGCAGAACACTCGATTTCGAACAAGTGCCGGATGACGATCATCTGACGTATGAGATGCTGGGACGCGGCGATACCACGGGCGTATTTCAGCTTGAATCCGCGGGCATCCGGCGGGTGCTGAAGGATCTGAAACCTTCGGTGTTTGAGGATATCGTATCCGTGAATGCCTTGTACCGTCCGGGTCCCATGGAGTTTATTCCGAAGTTCATTCAAGCCAAGCACGGCCGGATTGAGCCGGAGTATCCCCATTCGGACCTGATCCCGATATTAGGCGATACGTACGGCATTATCGTCTATCAGGAGCAGATCATGCAGATCGCTTCGACGATGGCCGGCTTCTCGCTCGGGGAAGCGGATTTGCTGCGAAGAGCGGTGTCGAAGAAGAAGCGCGAAGTACTGGACCGGGAGCGGAGCCATTTCGTTTCAGGCAGTCTCAAGCTCGGTTATAGCGAGGATGAGGCCAACCGCGTGTACGATATGATCGTCCGGTTCGCGAACTACGGATTTCCCCGTGCGCATGCCGCCGCTTACGGCGTGCTGGCCTTCCAGACGGCTTATCTTAAGGCGCACTATCCGGTTCCGTTCATGGCTTCCATGCTGACGGCCGTTATGGGCAGCCACCGGAAGGTAGCCGAATACGTGCTGGAGGCACGGCGCCTCGACATCGAGGTCATGCCGCCGGACGTCAACGAAAGCGGAACGTATTTTACCCCGGTCATGAGCGGTTCTGCTGCCGAGGGCGGTGATAATGAAGGCCAACGTCCGGCCGGAGGCGGAATCCGATTCGGGCTAGCCGCGATCAAGAACGTAGGCACGCAGGCAGTGGAGAATATCGTCGAGATCAGGCGTGAAAAGCCGTTTGAAAGCCTGCTCGATTTTTGCCGCCGGGTAGACCTCCGCGTATGCAACAAGCGCGTGATCGAGTCGCTTATCCAGGCAGGGGCTTTTGATTCCTTGCAGGGACACCGTTCCCAGTTGGTTGCCATGCTGGACGAAACGGTCGAAGCGGCCGTGAAGTGGAGAAAGGAACGGGATGATCTCCAGATTCAGCTCTTCGACTTCGTGGAAACCACGAATTGGGACATCGAATATCCGGACATCCCGCCATATACCACAAGTCAGCAGCTCGAATTCGAACGCGAGCTGCTGGGCATGTATTTGTCCGGCCATCCGCTGGACGGCTTCGAAGATACGCTGACGGAGTCCGGAGCTGATCGGTTAATGGATCTCCATGAAGCGGAAGATGAATCGATGGCTACGGTTGCCGGTATGGTGGTTACACTGAAGACCATTACGACGAAACAGGGAAAGGCGATGGCCTTCATGGAGTGCGAGGATCAAATTGAGCGCTGTGAGGTCGTTCTCTTTCCTGAAGTGTGGAAGCGAAGCGCGCATCTGATTGAAAAAGGCGCGCTGCTGGCGATCCGCGCGAAGGTTCAGCTGCAGGACGAAGGCTTTAAGCTGCTGGCCGAAGAAATCGCGCCGCTTGAGCCGCAAACCTTGAGTCAACTGGTTCACCGGAGCAAGGTTCGGGGAGCAGCGGGCGGCAGAGGAAGATCCGGCGGAGAGAATAACGGCCGTAGTGGTAAATCGGGCGCCGGCATCCAGCCAGTTTCGGCCGGTAATCCATCGGCAGTCCAGAATCCGGAGCGGCTTGCCGCCCGGAGTGGACAGGATTCGACCTCTATCCGAAACGAGGCGTCGGGTGGCAGCCTATCGCCCGAGAAGGAATCTCGTACCGTCGTATCGAATCATAAGGCTGAGCAGCGTGTGTTTGTGAAAATAACGGCCGATGCGGAGCAATCGGAGCTGCTGGTGAAGCTGAAAGAGCTCCTGCAGCAGCATCCGGGGCATGTGCAAACGGTGCTGTTTTATGAGCGAAGCCAGAAGGTGCTTGCGCTTAGCGAAGCTTATCGAATCAAGCCTTCCACAGAGCTTTTTGCCGAAATGGAAAGCATGCTGGGCAAGGACACCGTTAAAGTGAAGTAA	MYRRKEGVTMSSFVHLHVHSEYSLLDGAARIGDLVREAAALGMKSLALTDHGVMYGAIPFYKACLAQGIKPIIGCEAYITAGSRKERGSRKDQPIYHLILLAKNETGYRNLMKLCSIGHLEGYHYRPRIDMEALAAHHEGIICLSACLGGEVPQHLLHGREAEAKAAALRYQAIFGEDYYLELQDHGIPEQKRVNPQLIQLSRETGIPLVATNDVHYLTESDAEVQDVLICIGTGKTVEDEDRLQIQTNQLYLKSGSDMERLYPHVPEAILNTAKIADQCNLELEFGKSILPEYSSLPEGKNAAEYLRELCLNGLQERYGNTERWQDEAERSELEQRLNYELGVIENMGFSDYFLIVWDFIAYAHRQGIAVGPGRGSSAGSLVAYTLQITNVDPMKYKLLFERFLNPERITMPDIDIDFSDERREEVIDYVVDKYGKEHVAQIITFGTMAARAAVRDVGRALNVPFGDVDKAAKLIPNHLGISIAGAMEQSPQLKEQYETKPKVRELIDMAMKVEGMPRHASTHAAGIVISRDPLTDAVPLQEGSEKTALTQYSMENLESVGLLKMDFLGLRTLSIIERTLRWIQELTGRTLDFEQVPDDDHLTYEMLGRGDTTGVFQLESAGIRRVLKDLKPSVFEDIVSVNALYRPGPMEFIPKFIQAKHGRIEPEYPHSDLIPILGDTYGIIVYQEQIMQIASTMAGFSLGEADLLRRAVSKKKREVLDRERSHFVSGSLKLGYSEDEANRVYDMIVRFANYGFPRAHAAAYGVLAFQTAYLKAHYPVPFMASMLTAVMGSHRKVAEYVLEARRLDIEVMPPDVNESGTYFTPVMSGSAAEGGDNEGQRPAGGGIRFGLAAIKNVGTQAVENIVEIRREKPFESLLDFCRRVDLRVCNKRVIESLIQAGAFDSLQGHRSQLVAMLDETVEAAVKWRKERDDLQIQLFDFVETTNWDIEYPDIPPYTTSQQLEFERELLGMYLSGHPLDGFEDTLTESGADRLMDLHEAEDESMATVAGMVVTLKTITTKQGKAMAFMECEDQIERCEVVLFPEVWKRSAHLIEKGALLAIRAKVQLQDEGFKLLAEEIAPLEPQTLSQLVHRSKVRGAAGGRGRSGGENNGRSGKSGAGIQPVSAGNPSAVQNPERLAARSGQDSTSIRNEASGGSLSPEKESRTVVSNHKAEQRVFVKITADAEQSELLVKLKELLQQHPGHVQTVLFYERSQKVLALSEAYRIKPSTELFAEMESMLGKDTVKVK				NA	NA	NA	NA	NA
JZ016_02588	117			hypothetical protein	ATGAGCGTTTTTTTATCCAAAGCGATCCTGGACTTTTTTATAGCCTTCGGCATCGTGCTGGGGGAGCCATGGTGGGAGGCGTGGGCGCCGTGCTGTCCCTGCAGCCCCCGACCCTGA	MSVFLSKAILDFFIAFGIVLGEPWWEAWAPCCPCSPRP				NA	NA	NA	NA	NA
JZ016_02589	255	ytrH		Sporulation membrane protein YtrH	GTGGGAGGCGTGGGCGCCGTGCTGTCCCTGCAGCCCCCGACCCTGACCATGGTTGAAGTGGCCGACCGGATTAAAATATGGGCTCTTGCGGCCGCGATCGGGGGCACCATTGATCCGATGCGGGTCATTGAAAGCAACGTGCTTGACGGGAATTTATCCCCTGCCATCAAGCAGGTTTTATATCTGGGTTTTGCATTTCTTGGAGCACATATGGGCAGCGAGCTGGTCAAATGGGTGTGCTTCAGCCGGAGCTGA	MGGVGAVLSLQPPTLTMVEVADRIKIWALAAAIGGTIDPMRVIESNVLDGNLSPAIKQVLYLGFAFLGAHMGSELVKWVCFSRS				NA	NA	NA	NA	NA
JZ016_02590	504			hypothetical protein	ATGCGCGTACCTCCAGCCCACCGCTTCCGCCCCTTCTATCAGATCGCATCCATCTTCGTGCTGGGAATGGTTGTCGGCAGCATCGTCTACAATTCGGTTTATCATGCAGCCTACAATAAATTATGGTTAACGAATCAGGAGCAGCAGCTCAAAATAACGCAATACGAAGAAGATATCGAGTCGTTAAAAAAATACAATAAACAATCCACGGTCATCAAGGAAATCAAGATCCGCAGCGAACAAAACGACAGGGTTCCGCTGGATCCCGTCATCATCAAAGAGCTCGTCAGGCTTATGAGCGAAGATCTGGCTGCCCTTCGCGGCCGCAACGTGTTTGATATCGACGCGGACAGCAAGCTGACGCGCTCACTCCTCAGCGACAAAATTTATACCGTCCGCGAGAAAGATTACAAGGTCCAAATCAAGACCATGCTCGTCATGGAAGGCGTGCTGCAAATCTGGGTTAGCGTTGATCATGTGGATGCAAAGTCAACCGGATCATGA	MRVPPAHRFRPFYQIASIFVLGMVVGSIVYNSVYHAAYNKLWLTNQEQQLKITQYEEDIESLKKYNKQSTVIKEIKIRSEQNDRVPLDPVIIKELVRLMSEDLAALRGRNVFDIDADSKLTRSLLSDKIYTVREKDYKVQIKTMLVMEGVLQIWVSVDHVDAKSTGS				NA	NA	NA	NA	NA
JZ016_02591	312			hypothetical protein	ATGATAACCGTCATCCACTATATCCTGTATATTATCCTCGTCCTGTCCGTCGTAGCTGCCGCGCTCTATAGCATTCGCGCACGCCGAGTAGCGGATCCCGCGGACCGCGGCATCTATATGTCCATGATGAACCTCTGTATGGGCATTATGCTGGTTTCCCTTTCGCTGGTCTGCATGTTTCTGTTCAGCGGCTCCACGCCGGCTGTCATTGTAGAAGCTGTGTTCTTGGTGCTTGGCGCATTTAATATATTTGCCGGCATAAGAAGCCGCACCTATTACAGCAGACTGAAGAATTCGCGGACGGCCAGCTAA	MITVIHYILYIILVLSVVAAALYSIRARRVADPADRGIYMSMMNLCMGIMLVSLSLVCMFLFSGSTPAVIVEAVFLVLGAFNIFAGIRSRTYYSRLKNSRTAS				NA	NA	NA	NA	NA
JZ016_02592	1335	IMPDH		Inosine-5'-monophosphate dehydrogenase	TTGGACGTTCGAGATGATACGATTACCAAACACGAGCAATTGGTTCAACATATTGAAAGTTTGAAGGTTGGAAGCAAAATCTCGGTACGACGGTTGGCCAAAGAGATGGGCGTCAGCGAGGGAACCGCTTATCGGGCGGTAAAGGAAGCGGAAAGCCTGGGCATCGTGGTCACGAAGGAAAGGATCGGCACGGTTCGTGTGGAACGGAAGCCGCGTAACATATCCGAGCAGCTTACGTTTGCCGATGTCGTTGAAATTGTGGAAGGGCATGTGCTCGGCGGTGCGGAAGGGCTTAATAAAAGCTTGCATAAATACGTGATTGGCGCCATGAAGGTGGAGGCGATGATTCGATATATCGATGCCGGAAGCCTCATGATTGTCGGTAACCGCGAAGATGCCCATTCCCTGGCACTCGAGCAGGGGGCGGGCGTGTTGATTACGGGCGGTTTCGGAACCAGCCGGGAAGTGAAACAGCTGGCAGACCAGCTGTATCTGCCCATTATATCGTCCAGGCATGACACATTTACCGTCGCCTCCATGATTAACCGCGCCATTTTTGACCGATTAATCAAGAAGAAAATTATGCTGGTGGAGGATATCGCTCATGATAAGCCGAAGAATCACCAGTTGAAAAACTCCGTCACCGTTCAGGAATTCAAACGGATTTCACAGGCGACCGGGCAAATCCGGTATCCGGTAACAGACGAATGGAACCGGGTCATCGGCATCGTCGGGGTTCGGGATGTGGAAGGGCTCGCCGAAACTCAGCCGATCGAGAAAGCGATGACCCGCAATCCGGTAACGGCAAGCATGAAAACGTCGCTCGCATCTGCGGCGCAGATTATGATGTGGGAAGGGATCGATTTTCTTCCGATTGTGGATCGGAACCGCAAGCTGCTTGCAACGGTTACTCGTAAAGAAGTGTTAGGAGCACTGCGGGATGCACGAAACCAGCCTCAGCTTGGCGAGACGTTTGATCAGCTGATCTGGAATGGGATTGCAGAGGATCGGGATGAGGAAGGGCGTTTGTTCTTTCACGGTTTTATCACGCCCCAAATGGCTTCAGAACTTGGAACGATTTCGCAAGGGGTGCTCACGACCGTCATGAGCCAAGCTGCGGTTAAAGCGGCCAAGGATATTAGCGGCTGGGATCATGTGCTGGACCATCTGTCGACGTATTTCATCCGGCCCGTGCAGATCGAGGATCCGATCGTCATTATGCCAAAATTGCTGGAGATCAGCCGCCGTACCTGCAAGATGGAGATCGAGATCCAGCATCAGACAAACCTGATTGCAAAAGCGGTCATGACGATGCAGGCGATCGATCACGGCTAA	MDVRDDTITKHEQLVQHIESLKVGSKISVRRLAKEMGVSEGTAYRAVKEAESLGIVVTKERIGTVRVERKPRNISEQLTFADVVEIVEGHVLGGAEGLNKSLHKYVIGAMKVEAMIRYIDAGSLMIVGNREDAHSLALEQGAGVLITGGFGTSREVKQLADQLYLPIISSRHDTFTVASMINRAIFDRLIKKKIMLVEDIAHDKPKNHQLKNSVTVQEFKRISQATGQIRYPVTDEWNRVIGIVGVRDVEGLAETQPIEKAMTRNPVTASMKTSLASAAQIMMWEGIDFLPIVDRNRKLLATVTRKEVLGALRDARNQPQLGETFDQLIWNGIAEDRDEEGRLFFHGFITPQMASELGTISQGVLTTVMSQAAVKAAKDISGWDHVLDHLSTYFIRPVQIEDPIVIMPKLLEISRRTCKMEIEIQHQTNLIAKAVMTMQAIDHG				NA	NA	NA	NA	NA
JZ016_02593	288			hypothetical protein	ATGAAAAAAAAGAAGAACAAGTTTAAACACACCGCTTACTTATTGGTTGCACTCGGCATGTTGATATACGCCCTTCCCAGCATTTCTTTCTCTGGCGGGTTCTCATGGGTTTCGCTGTTCGGTGCAGTCTGGGCAGGATTTGCCCTGCTTGTGATCGGTTCGCATCTCTATTACCTTATCGGTGTAGATGAAGCGAAACAGAAAGCGCTCGATGAGATCCGCAAGGAGAAATTGCGTCAATGGGAATTGAAATGGCCGGAGGAACAGAAGAGCCAAGAAGCCAATTAA	MKKKKNKFKHTAYLLVALGMLIYALPSISFSGGFSWVSLFGAVWAGFALLVIGSHLYYLIGVDEAKQKALDEIRKEKLRQWELKWPEEQKSQEAN				NA	NA	NA	NA	NA
JZ016_02594	348			hypothetical protein	ATGAACATTTATGACAAGGCACATGATTTGGCAAAAGCGATGAAGGAAAGCAAGGAGGTGGAAGAAATTACCTCTGCTATGAAACTCGTGGATGCAGATCCGGAGAGCAGACGCATGCTGGATGACTTCCGACAGCGCCAGATGGAACTTCAACAGCGCATGATGTCCGGCGATATGCCGGCACAGGACGAAATGGAGAAGATGGAGAAGCAGTTTGAGGTGCTGAGCCTGAACCTGAACATCCGCCGCTTGTTCGACGCTGAGCGCCGTCTGAGTGTCATCATCGAAGACGTGAACAAGATTATATCGGATAGTCTTCAGCATCTGTATGGTCCAGCCCAACCCTAG	MNIYDKAHDLAKAMKESKEVEEITSAMKLVDADPESRRMLDDFRQRQMELQQRMMSGDMPAQDEMEKMEKQFEVLSLNLNIRRLFDAERRLSVIIEDVNKIISDSLQHLYGPAQP	PGPT0026336_73	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026336-ymcA-NA	NA	NA
JZ016_02595	1167			hypothetical protein	ATGCAGAACTGGCTGTTTATTTTGGTGAACGTGTGCGTTGCTGCTTTTGTTGGCGGCATCACGAACCACTTTGCAATAAAAATGCTGTTTCATCCCCGTGAAGAAAAAATTATCCTGGGCCGCCGCGTACCCTTCACGCCAGGGCTCATTCCAAAGCGAAAGGACGAAATAGCCGAGTCGTTGGGACGTGTGGTCTCGGATTACCTGGTGACAAGCGAGGGCTTGCAGGAGCTTATTCGAAAGCCGGTGTTTCGGGGTAAGATAGAGGACAGCCTCTATCGGAAGCTGGAGGAATGGAGCCAGTCGGAGCTGAGCTTCGAAGACTTGGCGCTAAAGGTATGGAGTTCCGAACAGTGGGAGCAATTGAAGGTCCGTGCCGAACAATCGGCCCGCCAGCTCACAGCCCGGGGTGCCGCAGCAGTATGGCACGGATACGGATTAGAGGCAAAGCCGCTGAAGGAGCTTGTTCCCGGTTGGTCCGAGGAAACGATCCAGGGCTGGAGCGGGGCTGCCGCCGATATTGTGCTGAAGGAGCTGAGGAGCACGCTGTTGTCCGCGAAGGGGCAGCTTATGCTATCGGATGTGGCTTCTTCACTCATCGATAAGGCAGGCGGATTTTTGGGGACGATGGCTTCGATCTTTGTGGATGAGGATAAACTGGTCCAGAAGCTGACGCCCATGCTGATTCAGCAGCTGGAGGGTGAGAAGATCCGCAAGACCATCACGGATATTATCTCAGGAAAGCTGTCGTATTACGGTGAGATGCCGCTCGGGAATTTCATCGAACATGCCGCTGGTGAGCCGGGCCTCGCTTGGATCTCCCGCACATTGGATGACAAGCTTCCTTGGTCCAAGTGGATTCAGCAAATCGAGTCTCTTCGCGTAGGCGAGCTGATTGGACCGCGAATGCCTGCCATCGAAGCAGCTCTGCCTGGACTGCTCGATAAGGGACTGGGCTTCCTTGAGCGAAGCATCCCGGCGGCCATGAAGGCTGTAAACTTACCGCAGCTCGTTCAGGAGCAGGTGGAGAAGTTCCCGATTGAGCGGCTGGAAGAGATCATCCTGAGTGTGTCCGGCCGCGAATTCAGGGCCATCACCTGGCTTGGGGTGCTGCTTGGCGGAGTGATCGGATTGTTCCAATCCATGCTGACCATACTGTGGAGATAA	MQNWLFILVNVCVAAFVGGITNHFAIKMLFHPREEKIILGRRVPFTPGLIPKRKDEIAESLGRVVSDYLVTSEGLQELIRKPVFRGKIEDSLYRKLEEWSQSELSFEDLALKVWSSEQWEQLKVRAEQSARQLTARGAAAVWHGYGLEAKPLKELVPGWSEETIQGWSGAAADIVLKELRSTLLSAKGQLMLSDVASSLIDKAGGFLGTMASIFVDEDKLVQKLTPMLIQQLEGEKIRKTITDIISGKLSYYGEMPLGNFIEHAAGEPGLAWISRTLDDKLPWSKWIQQIESLRVGELIGPRMPAIEAALPGLLDKGLGFLERSIPAAMKAVNLPQLVQEQVEKFPIERLEEIILSVSGREFRAITWLGVLLGGVIGLFQSMLTILWR				NA	NA	NA	NA	NA
JZ016_02596	1395	yheD_1		Endospore coat-associated protein YheD	ATGCGCAAATCCAAGATCAAATCCAACACCAAATCCAAGATATCGACTCAATTAATCCGCTCAGCCCAGCTTTCGGATAACGATATCAAGCTTGGTGACCGGCTCATCAGACAGCTCCGTATCCCGACAGATTCAAAGGTACAGCTTGCCTTTGGCTCCTTCAAGCAGGAAGTCCGCGTTATCTCAGGAGGAAAATCGAACTCGCTGGCCTTAAGCCCTTCGGTATTCAGCCATTCGGGACTTCTTCCTCGTACCGTCATGAATGTCAAATATTATCCAACGGAAAGAACGCTGAAGCTCGGTCCGCTTATCGGGATCATGGTCAGCCGATATCAACCGGATGAACCTGATAAACCTTTCGGATCAATCTCAGCTTTCTGCCTGGAAATGGTCAACGCGGCTAAAAAACAGGGCGCATATGTATATTTTTTCACACCTGACATGATCGGTTCGAACCCGTCGACACTTGAAGCCATTGCTTATGACGCGGGATGGAAAAAGCTCAGCGTTCCAGCTCCGGACGTCATTAATAACCGGCTGTCTACCCGCAAACTGGAGAATAGTCCTAGCGTACAGCATTTTATGAGAGAAGTAAAATCGCGATTCGGCACCCAAATCTTTAACGAGAAATTTCTCGATAAATCGGATGTCTTCGAGGCACTCGGGCCTGATGTGAAACTGCAGAAATATTTGCCCGAATCCTATTTGCTCAGCGGTTATCCGACGCTCAAAAAAATGTGCGCCACTTATCGGACGGTCTTCCTGAAACCGGTGCGGGGTAGTCTGGGGAAAGGGATCATCCGGATATCCCGCCAAGAGAACGGCAAATATCAAACGATGACCACCTCTCTTGAAGGAAGCAAGAAGAATACCTACTCCTCACTTCCAAAGCTGTTCAGCAGCTTATCTGGGAAAATAAAAAAAACGCGTTATCAAATTCAGCAAGGGCTGGATTTGATCCGCATCAACCGGCGAAACGTTGATTTTCGCGCGCTTGTTCATAAAGACAAAAACGGCAAGTGGGCAGTGACTTCGGTCGTGGCCCGTATTGCCGGCGGAAACCATTTTGTTTCCAATCTTGCCAGAGGCGGTACGCTATCTTCCGTCAAGGACGCACTTGCCATGAGCAGTATTCCGTTAAGCTCCAAACAAACAGCCCCCGCCCGAATGAATCAAGCGGCGCTCGATATTGCTCATGGACTGGAGGCTGCCATTCCCTATCATTTCGGGGAGCTCGGCATTGACTTGGCAATTGATACGGCTGGCCGCATTTGGCTCCTGGAGGTCAACTCCAAGCCGTCCAAAGGTGAAAATGCACCGCTGAATGCCGACTCCAAAGTAAGACCGTCAGCCGTCCGGCTCGTTCAGTACTGTCAATACTTGACGGGGTTCTAA	MRKSKIKSNTKSKISTQLIRSAQLSDNDIKLGDRLIRQLRIPTDSKVQLAFGSFKQEVRVISGGKSNSLALSPSVFSHSGLLPRTVMNVKYYPTERTLKLGPLIGIMVSRYQPDEPDKPFGSISAFCLEMVNAAKKQGAYVYFFTPDMIGSNPSTLEAIAYDAGWKKLSVPAPDVINNRLSTRKLENSPSVQHFMREVKSRFGTQIFNEKFLDKSDVFEALGPDVKLQKYLPESYLLSGYPTLKKMCATYRTVFLKPVRGSLGKGIIRISRQENGKYQTMTTSLEGSKKNTYSSLPKLFSSLSGKIKKTRYQIQQGLDLIRINRRNVDFRALVHKDKNGKWAVTSVVARIAGGNHFVSNLARGGTLSSVKDALAMSSIPLSSKQTAPARMNQAALDIAHGLEAAIPYHFGELGIDLAIDTAGRIWLLEVNSKPSKGENAPLNADSKVRPSAVRLVQYCQYLTGF				NA	NA	NA	NA	NA
JZ016_02597	1137	yheD_2		Endospore coat-associated protein YheD	ATGTCGTCAAACAAGATAGGCACCCTGGGTGTCATGGTATGCCGCAAACCGGGCTTCCCTCCCTTCGCAGAGAAGGAATTCCTCCGTGAACTTAGCTCGAAGGCCAAGGGACTCGGCATGCAGGTATTTGTTTTTTGTCCGGATGATGCCTCTCCTGCTTCTGGTGTTGAAAGCTCCATAGACAGGATACAAGGATATCAATTCAATCCTGGAAAAGGCTGGAGTTTCGGCACCTTTCCTCCTCCAGACGTCATCTATGACCGATGTCTGCACCGAAACGGTGAGGAAACGGCTGCCGCCGGTGCGTATCTGAACCGAATGCTGCAGCAGGGCGTAAGACTGTGGGCACGCGGTCTGCCCGGCAAGCAGAAAGTGCATCAACTATTAAAGCGCTCCTCCGCCTTAAGGCCATATCTGCCGGCAACCTTAAGTTATACCGGAGCGGAATCACTGAGCAGGGCCCTGCTGGCTTTTGGCAGCGGACTTTTCATGAAGCCTAGCGGAGGCTCTCAGGGTCGTCATACTTTGTACCTCGCTTTGACAGATCAACAGCGTGTCAGACTGCAAGGAAGGGACCGGAGCAATCGCATGTTCCAGCAGACTATTCCCGCACAAGAGATGAACGAATGGGTGAGTCGATTTACCGGTCGACGCCGGTTTATCATTCAACCCTATCTGGAGCTTCATAACCGTAACGGAGATCCGTTTGATATTCGGTCATTGGTTCAAAAGAATGACCGCGGCAGATGGTCCATCACAGGAATCGCTGCACGGCAAGGCGTAAGCCAAGGACTGACCTCGAACCTTCACGGGGGAGGCACCGCATTTCCGGCCCTTCCCTATCTAACGGCCGATTTCGGAGAAGAAAAGGCCATGAAGATCATTCAGACCATCCGAGATCTGTCCGCTCAGCTTCCATCTCTGCTCGAAGAAGGATTCGGCCGACTTGGCGAGCTGGGAATCGATTTTGGCGTGGATACAAAGGGACGGGTCTGGATCCTGGAGGTTAATTCCAAACCGGGCCGCCGCGCATTTACACTAACGGGAGATGGTCACGCAGCCCGGCTGTCCGTCGAACATCCGATTCAATACGCCCGTTATTTATTGCTTCGACAACTTAGGAGGGTAAATACATGA	MSSNKIGTLGVMVCRKPGFPPFAEKEFLRELSSKAKGLGMQVFVFCPDDASPASGVESSIDRIQGYQFNPGKGWSFGTFPPPDVIYDRCLHRNGEETAAAGAYLNRMLQQGVRLWARGLPGKQKVHQLLKRSSALRPYLPATLSYTGAESLSRALLAFGSGLFMKPSGGSQGRHTLYLALTDQQRVRLQGRDRSNRMFQQTIPAQEMNEWVSRFTGRRRFIIQPYLELHNRNGDPFDIRSLVQKNDRGRWSITGIAARQGVSQGLTSNLHGGGTAFPALPYLTADFGEEKAMKIIQTIRDLSAQLPSLLEEGFGRLGELGIDFGVDTKGRVWILEVNSKPGRRAFTLTGDGHAARLSVEHPIQYARYLLLRQLRRVNT				NA	NA	NA	NA	NA
JZ016_02598	1374	yheD_3		Endospore coat-associated protein YheD	ATGAGTTTGAATTTCGGAAATATTCATTTCTCGCAGCAGCCCGAAAAAGTCGTCTTTTTATCCGGTTCGCTTTTAAAGAGCCTGGGGCTATCAAGCAGGAAATCGATTAAGCTACGCATCGGGACCAACACGGTGTCCGCTGCTGTAAAACCGATCGATCGATCGGGGAAACACATCTATTTAAGCAACGGTGTCCGCAACGGTATCCACGTTCCCAGACAGGGCCCTGTCTATATCCATTCCCCCCGTGAAGGAGAAATCGAGCTGGGGCCCGTGGTTGGGGTTCTCTCCGACGGACCGCATAATCCATCCAGCCCCTTTGGAGCCCGAACCTCGTATATTCGTCAGCTTCTTCGTGAGGGCAACAAAAAAATGTTCGTTTATGCCTTTGCCCCCCGGGATATCAACTGGCAGCGCGAAACGGTGCATGCCTATATGCTCGGTTCCGGCGGTGGTTTTGTCCGCAAAACCGTTCCGCTCCCTAATGTCGTCTATAATCGCCTGCCTAGCCGAAAAACCGACTTCTCCCCTTTTACCAATCAACTGAGAGATCGGTTTCTGAAGCGCAACATTAAATTTTTCAACTGGGCCTTCTTCAATAAATCCGATGTGTACTCCCAGCTGGACGGCGACGTGCAGGCAGGCAAATATTTGCCGGAAACGCATAACAATCCTAGTCCCGAGCGGATTAAGGATATGATGGAGCGCCATAACTTTGTATATTATAAGCCCTCAGCCGGAAGCTTAGGCCTCGGGATTTACCGGTTAACCTATCTTCCCAAAAAAGGATACTTTGCGCGATATCACGGAAACGGGGGTAACACCCTTCTCAAGTTCCCAAGCTTTAACAGTCTGATGCGTATGCTACAGGCCAAGCATGGCTCCAAGCTGCGTAACTATGTTATCCAGCAAGGAATCCGCCTCATTGAAATCGATGGCTGCCCTATCGACTTCAGATTTCATATGCATAAGAACAGCAAAAACCGGTGGTCCGTGGTTGGTATCGGCGCCAAAAAAGCCGGTCGGGGCAGCGTCACAACGCATATCAAGAACGGGGGCTCCTTGATGACGCCGGAGCAGGCGCTCAGCCGGGCCTTCGGCTCCAAAGCTCGGGATGTGCTGGAGCGTGCCAAGGACGCCGCCATCGCGATGTCGGAGGCCATCGAGAATCATCATCCGCATCTGTTAGGAGAAATCGGGTTCGATATAGGAATAGATGATAACGAGAGGATATGGATGTTTGAAGCGAATTCGAAGCCGGGCCGATCGATATTCAACCACCCTTCTCTTAAAGGGGAAGGAAAAGCATCGGTGGAGCATATATTTGAACACAGTATGTATCTCAGCGGCTTCCACAGGGGGAATGACTCGTGA	MSLNFGNIHFSQQPEKVVFLSGSLLKSLGLSSRKSIKLRIGTNTVSAAVKPIDRSGKHIYLSNGVRNGIHVPRQGPVYIHSPREGEIELGPVVGVLSDGPHNPSSPFGARTSYIRQLLREGNKKMFVYAFAPRDINWQRETVHAYMLGSGGGFVRKTVPLPNVVYNRLPSRKTDFSPFTNQLRDRFLKRNIKFFNWAFFNKSDVYSQLDGDVQAGKYLPETHNNPSPERIKDMMERHNFVYYKPSAGSLGLGIYRLTYLPKKGYFARYHGNGGNTLLKFPSFNSLMRMLQAKHGSKLRNYVIQQGIRLIEIDGCPIDFRFHMHKNSKNRWSVVGIGAKKAGRGSVTTHIKNGGSLMTPEQALSRAFGSKARDVLERAKDAAIAMSEAIENHHPHLLGEIGFDIGIDDNERIWMFEANSKPGRSIFNHPSLKGEGKASVEHIFEHSMYLSGFHRGNDS				NA	NA	NA	NA	NA
JZ016_02599	1107	yheD_4		Endospore coat-associated protein YheD	GTGAATAACCGAGTGGAGAGTGATGGAAGACCGGTTGTAGCCATCCTGACCATGCACGACTCGCATACGATGTTCAGAGGCAACCGGCAAAACTTTCAGGAAATCATCAAAACGGGAAAGGATATGGGCTTTATCGTCTATGTGGTCACCGTACGTGATCTGAAGCTTGATACGGGTACTGTCAAAGGCTATATCCTGAACAGCGACCATTCCTGGGAGCAGAGGCTATGCCCTCTGCCCCAGGTTATATATAACCGGATCCCTTACCGAGAGGATGAAGCCCTTCCCTGGGTCCGACGCAAAATCAAGGAATGCCAAAAACATCCCCATATCGATATCTATAACCCACACTTTTTCAATAAGTGGCGTCTCTTTGCTTGGCTGAACAAATCACGGTTAACCAAAAAGTGGGCACCCTTGACAAAGCGATTGAAGGGTTACCCTACTTTATATGAAATGATCAAGCGGAAGCCCTACCTGTATCTTAAACCAGAGGACGGCAAGGCCGGGCAAGGAATCATGAGGGTGCGGTATCAGAAAAACAAATCGCTCCCCTACCGCATACAGATACAGAACAACAAAAACAGCACCACCTACAAAGCAGCCTCCTTAGAGCGGCTTTGGAACCGTGTTTATCAGGAGACTAAAGGAAGCTCATACCTGATCCAGCAAGGAATCGAGCTGGCCCAGGTCCACGGTCGCGCCTTCGACCTCCGCATACTTGTGCAAAAGAACGAGTACGGCTCCTGGGCAGTTACAGGCATTGGAGCTCGAATGGCAGGCGCCAAAAGCATCACCACACATGTTCCTCGCGGAGGAACGATTGAGGATCCGGAGAAGCTGCTGCCGATCGTGTTCGGTCAGGAACGGTCCGACGCCATCCTTAGCGAAGTTAAAAAAGCAGCCGTGCATATGGCACGGCAGATTGAGAAGAGCTCTGGTCAGATCCATGGCGAAATGTCCATGGACCTCGGAATTGATAGCGAAGGCGTTCTCTGGTTCTTCGAAGCCAATTCAAGACCCATGAAATTTGACGAACCCGCGATCCGGAAAAAGTCACTGGAGCGGATTTTTCAATATTCCGAATACCTGATCAATCAAAGGTAG	MNNRVESDGRPVVAILTMHDSHTMFRGNRQNFQEIIKTGKDMGFIVYVVTVRDLKLDTGTVKGYILNSDHSWEQRLCPLPQVIYNRIPYREDEALPWVRRKIKECQKHPHIDIYNPHFFNKWRLFAWLNKSRLTKKWAPLTKRLKGYPTLYEMIKRKPYLYLKPEDGKAGQGIMRVRYQKNKSLPYRIQIQNNKNSTTYKAASLERLWNRVYQETKGSSYLIQQGIELAQVHGRAFDLRILVQKNEYGSWAVTGIGARMAGAKSITTHVPRGGTIEDPEKLLPIVFGQERSDAILSEVKKAAVHMARQIEKSSGQIHGEMSMDLGIDSEGVLWFFEANSRPMKFDEPAIRKKSLERIFQYSEYLINQR				NA	NA	NA	NA	NA
JZ016_02600	540			hypothetical protein	GTGGAAATCTCATGTCTAGCTCTCTCAAGCCCGGAAGAATGGCCGCATGCCAGACAGCAGTGCAGCGAATTCTTCCGGCGGTACAGCAACAAACGCCTAACCCGCGAAGGTTACCAGCGCCTGGCCTTGCTATCCTATGACGAGCTGCTGCAGCCCGGTACCTCGATCATGGCCGCTACGGTTCGAAGCGATGTCGGCCGCATACCTGTGGGGATGTGCTTTGCGGCGGATTATGGGGAAGGTGCCTGCATGGTTGCTGTACACCCTCTATACCGCAACCGGCATATCGGTTCTTCCCTGATCCGCTCACAATTATCCAAATTCGGGCGGCTGCGATGCAAAGTAGCCGCCGATCATTCGGCAAGTTTGCAAATGTGCTTTCATGCAGGGCTACAGGCCATAGCGCTTGAGCAAGGTCCGACGGGCAAACCTACGCTCGTTATGAGCGGAACCCTTCCCCTGCACCCATTCCACAGTTCTTCAGCATCTCGTGCTGACTCTGTTCAAGAAGGTGAACTTCTGTGTCAAAACCCGTCTTAG	MEISCLALSSPEEWPHARQQCSEFFRRYSNKRLTREGYQRLALLSYDELLQPGTSIMAATVRSDVGRIPVGMCFAADYGEGACMVAVHPLYRNRHIGSSLIRSQLSKFGRLRCKVAADHSASLQMCFHAGLQAIALEQGPTGKPTLVMSGTLPLHPFHSSSASRADSVQEGELLCQNPS				NA	NA	NA	NA	NA
JZ016_02601	1116	yheD_5		Endospore coat-associated protein YheD	GTGTCAAAACCCGTCTTAGGTATTATGACGTTATACTTGGATGAACGGAAAACGCTGGAGGAGCGGCATATCTACGAGCATATGATCAGGGAAGGAAAAGCGATGGGCCTTGACGTTTACGTCTTCACCCCCGCTGACGTTAACAGTGCGCAAGGCCTGATCAACGCCATGGAATACGATCCGGATCGCCGGAGATGGGGCCGCAGATGGCGCTCGTTTCCCAATATGATCTTTGATCGCTGCCGCATTCAAAAGAGCCCTCGCTTTCAACAGCTGCTGCGCTTTCGTTCACGCTATCGGCATTTACTGTTTCTGAACAGACCTTTACGCAACAAATGGACGATTCATCAAGTATTATCCACCAAGAAACGCTTCCGTCCCCATCTGCCGGATACTCGGATCGTAACCAGCACAAGCGACATCCACCGGATGCTCAACGTTCATCCTACCGTCTATTTTAAACCGATAAACGGAACGGGCGGACGCGGAATTCTGCGGATTACGAAGGTACCTGGTGTTGCGGGCACGTATGAAATCCGGGGACGCAATTCCAACCGGAGCATCATCAGACCGAAGCGAATGCCTTCAGGCCATTTGGCGCAATATCTGTCGGGCTGGGGCAATAGAGATCGATATTTGGTTCAAGAGGGGATCCAGCTGGAGCTGCCGGATGGAAGAGTGCATGATTACCGGATGCTCGTACAGAAAAATGGATCCGGTCAATGGCAGGTGACCGGCTGCGTGGGACGCGTCGGAGCGCCGAAAAGCGTGACCTCCAACCTGCATGGCGGCGGGCGTGCGACCATGATGGAAGAATTGTTAAGCAAATGGATCGCAGATCCGGCAAAGCGCGCCAGCATCCGCGAGGAAGCCGACTCCCTCGGTGTGGATGTGGCCCAATTTCTTGACGGACAGTATGGAGGCTTGTGCGAGATTGCCCTGGATCTGGCCGTGGATAAAACCGGAAGAGTTCTTCTTCTCGAGGTGAATCCGAAGCCATCAAGGGAAGTCTTCTCTCAAATCGGCGATATGGCTGCATACCGTGAATCGATGGTAAGGCCTTTAGAATATGCACTGTGGGTGTACAGCCAGAAAAAATCCGCGAAAAATGCTTAA	MSKPVLGIMTLYLDERKTLEERHIYEHMIREGKAMGLDVYVFTPADVNSAQGLINAMEYDPDRRRWGRRWRSFPNMIFDRCRIQKSPRFQQLLRFRSRYRHLLFLNRPLRNKWTIHQVLSTKKRFRPHLPDTRIVTSTSDIHRMLNVHPTVYFKPINGTGGRGILRITKVPGVAGTYEIRGRNSNRSIIRPKRMPSGHLAQYLSGWGNRDRYLVQEGIQLELPDGRVHDYRMLVQKNGSGQWQVTGCVGRVGAPKSVTSNLHGGGRATMMEELLSKWIADPAKRASIREEADSLGVDVAQFLDGQYGGLCEIALDLAVDKTGRVLLLEVNPKPSREVFSQIGDMAAYRESMVRPLEYALWVYSQKKSAKNA				NA	NA	NA	NA	NA
JZ016_02602	687	gph_3		Phosphoglycolate phosphatase	TTGGAAAATACAGCAACGTTGATCAAGCCGGAAGCGATGATATTTGACATGGATGGAACGCTGTTTCAGACGGAGACCCTGCTGCTGCCCGCCTATCACAAATTGTTCGACATTTTGCGTGAAGAGGGGCACTATGAAGGAGAAACGCCGGATGAGGAGCTCATGCTTGGATGTCTGGGAATGCTGCTCGAAGACATTTGGAAGATTGTCATACCGAATGGAACGCCGGCAGCCCATCGACGTGCAGACGAGCTGCTGCTGCAGCTTGAGCTCGAAGGCTTAAGCAATGAAGCAGCCGTATTGTATCCTGAGGTGAAGGAGACGCTGGAGGAGCTTCATCGTCGGGGCGTCCGATTGTTTGTTGCCAGCAACGGCCTGGAGCATTATGTGAAAGGCATAGCTGAAGCGAGAGGGATCATGTCGCTCTTTGAAGGAGTCTACAGTGCCGGAGAGCATGGAACGGCTTCCAAGGTGGATTTGGTTAGGCTGCTGCTGGATGAACACGATATCCGGGACGCCTGGATGGTAGGGGACCGGTCATCGGATGTGGAGGCGGGCAAAGAGAACGGACAAACCGTCATTGGCTGCCGCTATGCAGGCTTTGGCGGGGAGCAGGAGCTTAAGGGATCAGATGTCGTTATTCATTCTTTTTCACACCTGCTGAGGCTTCACGATCTAGCCGAATAG	MENTATLIKPEAMIFDMDGTLFQTETLLLPAYHKLFDILREEGHYEGETPDEELMLGCLGMLLEDIWKIVIPNGTPAAHRRADELLLQLELEGLSNEAAVLYPEVKETLEELHRRGVRLFVASNGLEHYVKGIAEARGIMSLFEGVYSAGEHGTASKVDLVRLLLDEHDIRDAWMVGDRSSDVEAGKENGQTVIGCRYAGFGGEQELKGSDVVIHSFSHLLRLHDLAE	PGPT0001730_2688	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091	NA	NA
JZ016_02603	279			hypothetical protein	ATGCCTGGCACAAGGGAGTCTGAACCTGCACCGCCAATCAGGCAGCTGGAAGTCGAGCTGATCGCAGAGCTGAGCCGCTATGAGCCCCATGAACAAGCTGCGATTCTCAAGCGGATGGTGTACCGCCTCAAGAAGGGGCGATATGTCCGCAGCCCGATCATAATTGTTAAGGATATGATCCGGACGCCGCTTGTATGGCTGCTGCTGTCCATGGGAGTGATGATTCCCATTCTATTCTATATCCTGTTCGTTTGGGTATCGCTGGCGGTTGAAGGGTAA	MPGTRESEPAPPIRQLEVELIAELSRYEPHEQAAILKRMVYRLKKGRYVRSPIIIVKDMIRTPLVWLLLSMGVMIPILFYILFVWVSLAVEG				NA	NA	NA	NA	NA
JZ016_02604	207			hypothetical protein	ATGAGAAGCCTTGCCGCGGTGGTTATGGCTTTAATTGGAGGTTTTGCGGGCGGGGTCGTTCTGAATGCAGCGATTGCCGTTATGTCGCACATCATATATGGAGGAGACGAGAGCGGGTTGAAGGGTCTCAAGTACCTGCCGTTTGTTACCTCGGCATGGTACGCCGCTACTTTAATGATCTGGCGGCGCCCGGAATATAAACCATAG	MRSLAAVVMALIGGFAGGVVLNAAIAVMSHIIYGGDESGLKGLKYLPFVTSAWYAATLMIWRRPEYKP				NA	NA	NA	NA	NA
JZ016_02605	393			hypothetical protein	ATGACGCAACAAGCTGTAGGAAAAACACCGCTGGTCGTATGGATATCGTTAGGGCTGGCATGGATATTTGTTGTATGTATTGCCATTCAGACGCTGTTTGCCGGCATGGCGCTGTTTGACGATGGATCGATGTGGAGAAGCCATACCCTGTTTGTCCATTTTTTTGAAATCGTGCCGGTCCTCATGCTGATATTTGGTATTGCAGGCAAACTGCCCGCCCCGTACAAATGGAAATCGCTGGTTCTGTTGTTATTGGTCTTCAGCCAATACCTCACCGCCAACCTGCCTGGCGCCGGGGCCTTGCATCCGGTCATCGCCATCGGATTGTTCTGGCTTGCGGTGGATACGGCGCGTGGTGTCCTGCCGTCCGATCGACGGGAACAGAAGGGGTAG	MTQQAVGKTPLVVWISLGLAWIFVVCIAIQTLFAGMALFDDGSMWRSHTLFVHFFEIVPVLMLIFGIAGKLPAPYKWKSLVLLLLVFSQYLTANLPGAGALHPVIAIGLFWLAVDTARGVLPSDRREQKG	PGPT0017355_2817	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017355-tctB-K07794	NA	NA
JZ016_02606	687	phoP_5	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	ATGGCACATACCTTGCTTCTTGTGGACGATGAACGAAAAGTCATTGAGTTTATGGAGCCGTTCCTCCGGCAGGAGGGATTTCACATCATTACCGCTGCGACAGGCACGGAGGCTTTGGCCAAAGTGAGGGACTTTAAACCGTCGCTGGTCGTATTGGATTGGATGCTGCCGGAATTAAGCGGCATTGAAGTATGCCGGGAGCTCAGAAAATCAAGCCGTGTCGGCATCATTATGGTTACCGCCCGGGTTGAGGAAACCGATAAGCTGATCGGGCTGGAGGTAGGGGCAGACGATTACATGACCAAGCCTTTCTCCCTCCGGGAGCTCGCCGCGCGTATCCGGTCGGTCCTTCGCAGAATAGAAGGCGAAACGGTTACCGAAGAAATGCTGAAGCGCGGCGAGTTGATGATCTCGGAAAACCAATGCCGGGTATGGAAACGCGGCCGGGAGATCCAGCTTACGCCTACCGAATTCAAACTACTCCTGACCCTTGCTTCAAGGCCTGGCGTGGTTTACAGCCGCCTGCAGCTGCTTCAGGCGGCCATGGAGGATGATATCCACAATGATGAACGGACCGCGGACGCCCATATCAGCCGAATCCGCAAAAAAATCGAAGATGACCCGGCTGAGCCCGTTTTTGTCAAAACGGTGTATGGATTCGGTTACCGGTTTGAGCAGCAGTCATGA	MAHTLLLVDDERKVIEFMEPFLRQEGFHIITAATGTEALAKVRDFKPSLVVLDWMLPELSGIEVCRELRKSSRVGIIMVTARVEETDKLIGLEVGADDYMTKPFSLRELAARIRSVLRRIEGETVTEEMLKRGELMISENQCRVWKRGREIQLTPTEFKLLLTLASRPGVVYSRLQLLQAAMEDDIHNDERTADAHISRIRKKIEDDPAEPVFVKTVYGFGYRFEQQS	PGPT0002665_1056	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_02607	1395	rcsC_4		Sensor histidine kinase RcsC	ATGAGCGTGGGCCGCAAAATATTCATCGTCCTCTCATCGTTCATTATCGGTTTCAGCACCGTCTTCGTTCTTCTTACTTATGTCGTCATCCGCGATTCCATGGATGCCATGCTGCAAACCTCGCGCGAAGAAGAGCTGGATCAGCTACAGGAGCGGCTGCTCGGTTACTACGTGAAGAATGGGCATACTTTCCGCGCCGTTCAGGATCAGGCGTGGTTAGCGGACAGTCCCCGTTCAGCCGACCGCCTGGAAAGCATCCTTCTGACATCCGGGGAACAAAAGACCCTTTTGCATGAGGGGGAGGCTGTGGAGAAGCAGATCAAACGCCTCGGTGTAAAGCGGACGTTGCATGTTGAAGGCAAACCGGTCGCGGAGCTGTATTATTATGATACGGATGTGGCAAACCTGACCAAGCTTCGGATCGGCACGCCCACATCGATCATCATTTTGCTGGGAGGAGGCACCGTCCTCTTCGTCCTGCTTTCCCTCGGGGCGGCCTACTGGATATCTCGGAGGCTCACTGCGCCCCTGCGCAAACTCGTCCCGGCTATCGAACGACTCGGTCAAGGCGAGTACGGTGTTCAGGCTCCCGTTACCTCGGAGGATGAATACGGGAGGGTCGCGGTTGCTTTCAACGGCATGTCTTCCAGGCTCGAGCAGTCCGAGATGGTCCGCCGCAATCTGGTGGCTGATGTCGCCCATGAGCTTCGAACACCGCTGACGATCATAAGAGGCAAGCTGGATCTGCTTCAACAGAGCAGGCAGCCGATCCAACCGGAACTATTGCTTCCCATCCAGGATGAGTTGATTCGCTTAACCCGTCTTGTGGGCGATCTTCATCAACTATCTTTGGCCGAAGCGAAGCAGCTGCCGCTGGTTCGGAAACCCACGGACATGCTGGATCTTCTGGGTCAAATACAGGAGCGCATCGAGCCAGATGCCGATGCCAAGAACTTGACCCTGCGTTTGACGAGCGCTACGGAACACACTTCCGTTCCTGTGGATCCAAGCCGAATCACACAGGTATTTCTGAATCTCTTCATCAACGCGGTTCGGTATACACCCCAAGGCGGGCTTGTCCATACCACGATCCAAGAAGAGCCGGCTTCCGGCATGCTTCGGATTGATATTCGGGATACAGGCCCAGGGATTGAGGAGGAGCATCTTCCCTATCTCTTTGACCGCTTCTACCGTACGGACGGAGCACGTGCGCGGCATCAAGGCGGTATGGGACTGGGTCTGGCGATTGCCAAGGAATTTATCGTATCGCATGGCGGCACGATTCAGGCACAGAGCCTGCAGGGCCAAGGAACTACATTTACGGTCCGGCTGCCCTATCATGATCATGACTCGGAGAGCAGCACGGGGTATACGGCCCCCATAAATCCTATCTAA	MSVGRKIFIVLSSFIIGFSTVFVLLTYVVIRDSMDAMLQTSREEELDQLQERLLGYYVKNGHTFRAVQDQAWLADSPRSADRLESILLTSGEQKTLLHEGEAVEKQIKRLGVKRTLHVEGKPVAELYYYDTDVANLTKLRIGTPTSIIILLGGGTVLFVLLSLGAAYWISRRLTAPLRKLVPAIERLGQGEYGVQAPVTSEDEYGRVAVAFNGMSSRLEQSEMVRRNLVADVAHELRTPLTIIRGKLDLLQQSRQPIQPELLLPIQDELIRLTRLVGDLHQLSLAEAKQLPLVRKPTDMLDLLGQIQERIEPDADAKNLTLRLTSATEHTSVPVDPSRITQVFLNLFINAVRYTPQGGLVHTTIQEEPASGMLRIDIRDTGPGIEEEHLPYLFDRFYRTDGARARHQGGMGLGLAIAKEFIVSHGGTIQAQSLQGQGTTFTVRLPYHDHDSESSTGYTAPINPI	PGPT0003985_920	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-ENVELOPE_STRESS_RESPONSE,PGPT0003985-baeS-K07642	NA	NA
JZ016_02608	570	ydbD_1	COG3546	putative manganese catalase	ATGTGGGTATATGAAAAAAAACTTCAGTATCCGGTGCGCGTCAGTAAATGTGATCCGAGAATGGCAAGATTTCTGATGGAACAGTATGGAGGCGCTGACGGCGAACTGGCTGCTGCACTGCGTTATTTGAACCAGCGGTATACGATTCCAGATAAAGTGATCGGATTGCTCAACGATATCGGAACCGAGGAATTTGCACACCTCGAAATGATTGCCGCGATGGTGTATAAATTGACGAAGGATGCCAGCGTGGCAGAGCTGGAGGCTGCCGGGTTGGGAGCGCACTACGCCAACCATGACAATGCGCTGTATTATGAGAATGCGGCCGGGGTCCCTTGGACAGCAACCTATATTCAAGCCAAGGGTGATCCGATTGCGGATTTGTATGAGGACATTGCGGCAGAAGAGAAGGCACGCGCTACATATCAATGGCTCATCGACATGACGGATGATGTGGACTTGCAGGACAGTCTCAAATTTTTGCGGGAACGTGAAATTATCCATTCCATCCGCTTCAGGGAAGCCGTCGAGATCATCAAGGAAGATCGGGCAACGAAAAAAATATTCTAG	MWVYEKKLQYPVRVSKCDPRMARFLMEQYGGADGELAAALRYLNQRYTIPDKVIGLLNDIGTEEFAHLEMIAAMVYKLTKDASVAELEAAGLGAHYANHDNALYYENAAGVPWTATYIQAKGDPIADLYEDIAAEEKARATYQWLIDMTDDVDLQDSLKFLREREIIHSIRFREAVEIIKEDRATKKIF	PGPT0025185_117	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025185-cotJC-K06334	NA	NA
JZ016_02609	276			hypothetical protein	GTGAATGAAGCCAGACCCCAGGTTGGAGATCTGAAGTATTACGAAATGCTGGAGCAGCTTCAGGCATTGGATTTTGTCCTGGTGGAGCTGAACCTGTTCTTGGACACTCATCCGAATGATCTCAAGAGCATCGAGCAGTTCAATAAACTGACCCAGGAGAGAACGGTGCTAGCGAAGCAATTTCAAGAGCTGTATGGGCCGCTGCAAAATTTTGGCCGTGCTTATTCCAAGTATCCGTTTGAATGGGCCGAGGGTCCTTGGCCTTGGCAGGTTTAA	MNEARPQVGDLKYYEMLEQLQALDFVLVELNLFLDTHPNDLKSIEQFNKLTQERTVLAKQFQELYGPLQNFGRAYSKYPFEWAEGPWPWQV	PGPT0025180_59	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025180-cotJB-K06333	NA	NA
JZ016_02610	105			hypothetical protein	ATGAAGACCCTTTTCCCGGAAATATTCCAGGGGAGAGGGTTTTTTTGTCATTTTGGAGTTCATTTTCTGGGCGGAAGACATATGTTAAATACGAAGAGTCCTTGA	MKTLFPEIFQGRGFFCHFGVHFLGGRHMLNTKSP				NA	NA	NA	NA	NA
JZ016_02611	1032			Sodium-lithium/proton antiporter	ATGTCGATTAAGCAGCTGATCTTTATCGGTCTCAGTCTCCTGTTGCTGTACGGAATGTTTACGGTTGGAGCTCCGTTCTTGCTGGCCATCGTGATTGCTATTGCATTGGAGCCGTTAAATCGGCTCTTAATGAAAAGACTTCGCATGAACCGCATTGCGGCCGCAACGGTAACAAGCACGCTATTCCTCCTTTTGATGCTGCTCCTGGCTTATTTGATCGGTCTGCAGGTGTTTAACCAGCTGGTCGAATATTGGAGCCGGGCTCCGCAATATTTTGAAGGGGCTAACGAATTCCTTCAGCATACGATTATACAAGCGCAAGACATGCTGAACGGCATTTCGCCGGGTCTTGCCGACAGTCTTACCGAATTCATGTCGAATATTTCTTCCTATATACGGTCGCTTGTCAATTCAGTATCCTCAACATTTTTGTCCTTTGCCAAAACGCTGCCGAACCTGTTCGTCACGTTCATTGTATTCTGCGTAGCGGTGTACTTGTTCGCTTTCAGCCTCGATACGATGCGTGAGAAAGTGTTGTCGCTGTTTGATGAGACATCACAGTCGCAGGTGAACGAAGTGCTGATCAGCCTGAAAAAATCAATTTTCGGCTTTTTGCGGGCACAGCTGATCCTCAGCCTGTTTACGTACGTGATTACGCTGCTCGGCTTGCTGGTATTAGGGGTTAACTATCCGCTTGCCATCGCTTTGCTTGTCACCATTGTCGACATTCTGCCGATTCTGGGCGTAGGTTCCGTTTTGATACCATGGTCCATCTACCTGCTCGCGGTAGGCGATATTTTTACAGGAGTCGGCTTGATCTTCATGTTCATTCTGATTACGGTGATCCGCCGCGTGCTGGAGCCGAAGGTCATCGGGGATGCTGTCGGTATCGGCGCATTGCCTGCCCTGGTCAGCATGTATATCGGATTTAAATTGGTTGGCGTGATCGGATTTTTTATCGGCCCCCTGGTCGTCATTATCTATTCCGCTATGCGTAAAGCGGGCTTGTTCCAAATCAAAATCAAATTTTGA	MSIKQLIFIGLSLLLLYGMFTVGAPFLLAIVIAIALEPLNRLLMKRLRMNRIAAATVTSTLFLLLMLLLAYLIGLQVFNQLVEYWSRAPQYFEGANEFLQHTIIQAQDMLNGISPGLADSLTEFMSNISSYIRSLVNSVSSTFLSFAKTLPNLFVTFIVFCVAVYLFAFSLDTMREKVLSLFDETSQSQVNEVLISLKKSIFGFLRAQLILSLFTYVITLLGLLVLGVNYPLAIALLVTIVDILPILGVGSVLIPWSIYLLAVGDIFTGVGLIFMFILITVIRRVLEPKVIGDAVGIGALPALVSMYIGFKLVGVIGFFIGPLVVIIYSAMRKAGLFQIKIKF				NA	NA	NA	NA	NA
JZ016_02612	1326			hypothetical protein	ATGGCGGAGGAATTTGAGGTCGGGAAACTGATTTTGAATTTGCTCTTGGTTTTCCTGCTCGTTTTGTTGAACGGCGTGTTTGTAGCGGCCGAATTTTCACTGGTAAAAATGCGTCAATCCCGATTGACCCAGCTCGTTAGCGAAGGGAACCGGCTGGCAGGCATTGCCCTGAAAGTAAACCAGAAGCTGGATGCCTATTTATCCGCAACCCAGCTTGGGATCACATTAACTTCCCTGGGTCTTGGCTGGATAGGGGAGCCTGCCATTTCAGAATTGCTGGTGGCCCCCATTATGCATAGCATTGGATTTACGGATGAGCGATTGATCGGCACAATATCGGTGGCGGTGGGCTTCTGTATTATCACTTTCCTGCATATTGTGTTAGGGGAGCTTGCACCGAAATCGTTGGCTATTCAGCGGACGGAGGGCACGGCTTTGATCCTGTCGGCGCCGCTGCTTTGGTTTTACCGCATTTTTCTGCCGGTGATCTGGGTCCTGAATGCTTCCGCTAATCGGATTCTGAAGATGGTTGGCATCGAGCCGGCAAGCGAGGCCGAAGCGGCCCACTCCGAGGAAGAGATTCGGATTCTGATGAACGAGAGCGCAAAGAGCGGTGTCATTGACGAGAACGAGATGAAATTAATGGACAACCTGTTCGATTTTTCTGACTTGAGAGCCAGAGAAATTATGCTGCCAAGGACGGACATGGACGTTCTTTTCACCAATTATACCTTGGAAGAGAATCTTCGGATCGTCAATGAGACGAAGCACTCCCGCTACCCGGTCGCAACGGACAACAAAGACCGCATCATCGGATTTGTCCACATTACCGATCTCTTGCTGGCGGAGCCTGAGAAGCAGCGTGATCTGGCTTCCTTGATGAGACCGATTATGGACGTATCGGAATCAACGGAAATCAGCGAGGTGCTGCGGAAGATGCAGGCAAGACATGAGCAGCTTGCGCTCGTGGTGGACGAATATGGGGGGACGGCAGGCATTCTCACAGCCGAGAAGATTTTGGAGGAGATTGTTGGGGACCTGTACGATGAATTTGAAGATGAGCGGCCTGAAATTGAAGTGTATGATGAGTACTTTTCAGTGGATGGGCGGATGCTCATTGAAGAAGTGAATGATTTGACCGGTTTAATGATTGAAGAGCATAACGTGGATTCCATCGGCGGTTGGTTGTTCAAAGAGCTTGAAGGGAACCCGGTGGTCGGGAAGAAAACCACCTTTGACGGGGTGATCTTTGAGGTAGAAGAGTCTACACGGTTGCGTGTAACTCGCGTCATGATTCATCAGAAGCTCGAGAGCAGCTTCATTTAG	MAEEFEVGKLILNLLLVFLLVLLNGVFVAAEFSLVKMRQSRLTQLVSEGNRLAGIALKVNQKLDAYLSATQLGITLTSLGLGWIGEPAISELLVAPIMHSIGFTDERLIGTISVAVGFCIITFLHIVLGELAPKSLAIQRTEGTALILSAPLLWFYRIFLPVIWVLNASANRILKMVGIEPASEAEAAHSEEEIRILMNESAKSGVIDENEMKLMDNLFDFSDLRAREIMLPRTDMDVLFTNYTLEENLRIVNETKHSRYPVATDNKDRIIGFVHITDLLLAEPEKQRDLASLMRPIMDVSESTEISEVLRKMQARHEQLALVVDEYGGTAGILTAEKILEEIVGDLYDEFEDERPEIEVYDEYFSVDGRMLIEEVNDLTGLMIEEHNVDSIGGWLFKELEGNPVVGKKTTFDGVIFEVEESTRLRVTRVMIHQKLESSFI	PGPT0014013_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014013-yrkA-NA	NA	NA
JZ016_02613	1140			hypothetical protein	ATGAGTAATACAGCACAGCCATTTCCATCAGCCGTAAGGCCCATTTCGCCGAGTTATGATCCGTGGGATCCGATAACTTCACTGCGCGAGCATGGTCGTCATGTGCTGACCAGTGTGGAAATGACAGTGACGCATCTTTGCAATATGCGCTGTGAACATTGCGCTGTCGGTGATATGCTTGTCATGAAGGAAGCGCCGATGCTGCCCCTCGATACGATGCTGAAGCGACTGGACGAGGTAGAGCATCTGCAGACGATCAGTCTGACGGGCGGTGAACCGGCATTTCTTGGCAAGACGGTGGATAACGTGATTGTTCCCTTGCTGAAGTATGCCAAGGAAAGGGGCATTCGGACCCAGATTAACTCCAATCTGACGCTTGATATAAGTCGGTATGAGAAAATGCTGCCTTATCTGGACGTTATGCATATCTCATTCAATTATTTGAACGGGGACGACTTCTATGAAGTCGGGTTTGCGAATAGTGCGCGTCCCGTCTCCAAGGAAACGGCATACAAAATGTACGATACAATGCTGGTCAATTCGGAGAAACTGAGTGCAGCAGGGATGTACATATCCGCTGAATCGATGATTAACTACCGGACGCATACGAAACTCAGCGGCATCCACAAGCTGATCAAGGATATGGGCTGCAAGCGGCACGAGGTTCACCCGATGTATGCCTCAAACTTTGCTTCCGCTCTGCCCGTATTGTCCTTGGACGACACGAAAGCTGCCATCCACCATTTGCTGGATGTCCGGGATCGGGACATGTGGATGCTGTTCGGAACACTGCCCTTCTATGCCTGCAGCTCCGATGATGATGACCAGGAGATCATTCGCCGCCTGCGGCAAGAACCGAACGTAACGGTCCGGAATGATCCGGATGGCCGTAACCGGGTGAATGTGAATTTATTCTCGGGCGACGTATATGTAACGGATTTTGCTGATATCCCGGCTTTTGGTAATATTAAGGAACAGAAGCTTGACGATATTTTTAACGAATGGACAACAGGACACCCGCTGAACCAAACGGTTAACTGTCACTGCGATGCAGTGAGCTGCTGTGGGCCGAACCTGTTGGTGGCCGATATGTACTACCGGGGTGTGGATTTCAAGTCAAGGCAAGCAAAGACAAACTAG	MSNTAQPFPSAVRPISPSYDPWDPITSLREHGRHVLTSVEMTVTHLCNMRCEHCAVGDMLVMKEAPMLPLDTMLKRLDEVEHLQTISLTGGEPAFLGKTVDNVIVPLLKYAKERGIRTQINSNLTLDISRYEKMLPYLDVMHISFNYLNGDDFYEVGFANSARPVSKETAYKMYDTMLVNSEKLSAAGMYISAESMINYRTHTKLSGIHKLIKDMGCKRHEVHPMYASNFASALPVLSLDDTKAAIHHLLDVRDRDMWMLFGTLPFYACSSDDDDQEIIRRLRQEPNVTVRNDPDGRNRVNVNLFSGDVYVTDFADIPAFGNIKEQKLDDIFNEWTTGHPLNQTVNCHCDAVSCCGPNLLVADMYYRGVDFKSRQAKTN				NA	NA	NA	NA	NA
JZ016_02614	2262	ydfJ_2	COG2409	Membrane protein YdfJ	GTGAGACGTAACAGCCATACAACATTGCTGCATACATGGGGGCGACAGATATACCGCTACCGTAAAGCCATTGTTGTAACCTGGCTTCTTTTGTTTTGCGGGCTGCTTCCGTTTGCATTCAAGCTGCCGTCCATTCTGCAGCACAACGGGTTTACGCCGAAGGATAGTCCGGCCCAGATCGGGATTGAGAAGCTGGAAGAGGGATTAGGACTGTCGGCAGCTTCGCTGGATATTGTCGTAGTGAGCCAGCACGATGAGAATTTGACGGCAGGCACGGCGCAGAGGCGAATATTGACGGAGCTTGAGCCTTTGCGAGCCCGTCCCTATGTCAGGGATATTTATATGAATATGGCAGCTCATAAGGCAGGCCAGGATCATATCGTATCCGTGACGGTGCTGCTGGATCTGGATTCCACGGAAGCCTTGAAGCAGTTTGAAGAGATTCGTGACTCGGTTCCGGGCATCACGGGAGCGGATACTTACATAACAGGGAATACCGCCATCTTCGCCGATATGAACCAAGCCGTCAAAAGCGATATCATCCATGCCGAGATGATAGGCATTCCCGCAGCTCTGCTCATTCTGGCGGTCGTATTCGGAACATTGACTGCCGCGATCCTGCCATTGTTAGCCGGTGTTGCCAGTGTGGTGGTCACGATGGGAATCCTGTATTTTGTCGCTTTGGCCGACGGCTCGATCAGCAATTTCCTACCGAATGTCGTAACGATGCTGGGCCTGGCCGTGGGGATCGATTATGCGTTGCTGGTCGTAAGCCGATTCAAAGAAGAGATGCGGACACGGAGCGGAGATGTGGGCACTGCCCTGGCTGTCACTTGCGCAACCGCCGGCAAAGCGGTGATGTTCTCCGGGGCAGCCGTGTTGATCGGTTTTGTGGCGATGAGTTTCATAGATCTGCCGATCTTCCGTTCCTTCAGCATAGGCGGCATTACCGTGGTGCTGTTATCAGTGCTGGCCGGTAATACGCTTCTTCCCGCATTATTGGGAATATTGGGCCCGCGTATCGATGCGCTCCCTCTATTCCCTGCCGCTTACCGGACGCTCCGGGCACGGCAGACCTCCGGTTTGTGGAGAAGGCTCTCCAAATTTGTCATGGCGCATCCTGTGACCATCTCTATCGCAGCGATCGGTTTACTATTGGTGGCGATTTATCCGGTTCGGGACATGAATATCGCCATCCCCGCAGCCGAAGTGCTTCCCCCCGCCTATGAATCCCGATATGGACACGACCTGCTCACACAGGCTTATGATGAACGTGAATTGAATTCGATCGTTGTAGCGGTCGAACTTCCGGCCTCTTATGAGGATTCGCGCAGCATCGAGCTAATGAAGGCATATACGGATGAAATCAGGATGATGCCGGGTGTGAAGCAGGTAGAGAGTTATCTGAGCATCGGCAGAGGTTCGGTGGAAGAAGCCTCGAAATATTTATCCCGCGAAGATATCCGCCAGCAGCTGGAGCAGCATCGTTTTGTGAGGGGGAATTTCGCAGCCGTCGCCGTGATCCCGGAGTATGGCGAATCCCATGCATTGACTATGCAGCTCGTCCGAGCGTTACGGACGATGGATACGAACGAGCTGACGACCTATGTCACCGGAAGCCCCGCCTATAAACTGGACATCATGGAAGCCATCCATCAGAATATCACCTACGTTCTGGTCTTTGTATTTGTAGTTACCTACGTCATTCTCCTATTGGCGTTTCGATCGGTCGTGCTCCCTTTAAAAGCAAGCATAATGAATATGCTCAGCCTCGGCGCCGGACTCGGTATCGTGGTATGGGTGTTTCAAGAGGGGATTGGCGCGCAGTGGCTGGGTGTATCCTCTACGGGATCCATCTTTGCGCTTTTGCCAATCCTGATATTCTGCGTGGTGTTTGGCATATCGATGGATTATGAAGTCATGATGCTCTCGCGAATCATGGAGAATTACGAACGGACGGGAGATAACGAATTCAGCACAGCCGAAGGCTTGGAGAGTACGGGCGGGCTGATTACAAGCGCAGCCCTGATTCTGGCTGTCGTCGTAGGTGCCTTTGTATTTACGGATAATGAAGTGATGAAAGCGATCGGTTTAGGCCTGACTGCAGCCATTCTACTGGATGCCACCGTGATTCGGGTGCTGCTTGTGCCTGCGTTTATGAAGATGATGGGCAGAGCGAATTGGTGGAGTCCAAGATGGATGTTTCCGGCCCATAAGCTTACTTCCAAGGAAAGCGCGGACCAACATGGGGACAGTGGATGA	MRRNSHTTLLHTWGRQIYRYRKAIVVTWLLLFCGLLPFAFKLPSILQHNGFTPKDSPAQIGIEKLEEGLGLSAASLDIVVVSQHDENLTAGTAQRRILTELEPLRARPYVRDIYMNMAAHKAGQDHIVSVTVLLDLDSTEALKQFEEIRDSVPGITGADTYITGNTAIFADMNQAVKSDIIHAEMIGIPAALLILAVVFGTLTAAILPLLAGVASVVVTMGILYFVALADGSISNFLPNVVTMLGLAVGIDYALLVVSRFKEEMRTRSGDVGTALAVTCATAGKAVMFSGAAVLIGFVAMSFIDLPIFRSFSIGGITVVLLSVLAGNTLLPALLGILGPRIDALPLFPAAYRTLRARQTSGLWRRLSKFVMAHPVTISIAAIGLLLVAIYPVRDMNIAIPAAEVLPPAYESRYGHDLLTQAYDERELNSIVVAVELPASYEDSRSIELMKAYTDEIRMMPGVKQVESYLSIGRGSVEEASKYLSREDIRQQLEQHRFVRGNFAAVAVIPEYGESHALTMQLVRALRTMDTNELTTYVTGSPAYKLDIMEAIHQNITYVLVFVFVVTYVILLLAFRSVVLPLKASIMNMLSLGAGLGIVVWVFQEGIGAQWLGVSSTGSIFALLPILIFCVVFGISMDYEVMMLSRIMENYERTGDNEFSTAEGLESTGGLITSAALILAVVVGAFVFTDNEVMKAIGLGLTAAILLDATVIRVLLVPAFMKMMGRANWWSPRWMFPAHKLTSKESADQHGDSG				NA	NA	NA	NA	NA
JZ016_02615	1050			hypothetical protein	ATGGTTCTTGGTAAGAGAATATATAATAGTGACGGTTTAATTCTGCTTGCCGAAGGCGTGGAGCTGACGACAGGACTGATTCGCCGTCTGGGCACGTTGGAAATCGGGTATGTCTATATCGAGGAGCCGATGACAGAGGATATCGTGGTTCCGGAGTTGTTGACCGAGGAGACCCGGCTGCAGGCGATCCAGTCGATACGGACGAGCTTCAAGACCCTGGAGAGCCAGGCTGCTCTGAAGGGAAGCTTCCTTCATTTAGGCAAAACGTTCTCCGGGATGATGGAGTCTATTATGGATGAAATATCGGATCATGACGAGGGCATGGTACTCCTGACGGATATGAATACCAACGATTACAACCTGTATCGTCATTCGCTTAACGTCTGTCTATATTCAACGGTTCTTGGGGTGTCTTACGGCTATAATCGGGAGGATCTGAAGGTGCTGGGCTTGGGGGCATTGCTTCACGATATCGGCAAGACGAGGATATCCCAGAAGCTGCTGAATCATCCAGGACGGCTGAGCGAAGAAGAATTTCGCGAGGTCCAGAAGCATACCGAGTTCGGGTTCAAAATATTGAAAGACGAACCGAACATTCCGTTGTTATCGGCGCATTGCGCCCTGTCGCATCATGAACGCCTGGATGGCAGCGGTTATCCCAGAGCCTTGAAGGGACCTGAGATTCATGAATACGCCAAATGGATTGCGATTACGGATTCTTACGATGCGATGACCACGCAGCGGGTGTACAAGCCTGCCTTATTGCCGCATGAAGCGGTAGAGGTGATGTATGCAGGCTCGGGAACACTGTATGAACAGTCATTCCTGGCCATGTTTCGGGATCGGGTAGCGATATATCCTCCAGGGATCACCGTGAAATTACATACGGGTGAGAGTGGAGTGGTATCCAAAATTCACGCACATGTGCCGCATCGACCCGTTGTCCGCGTATTAACGGATGCCGAAGGCACCCCGCTATCCGCACCTTATGAATTGGATTTGTCTGAAACACTGGCCATTATGATCGCTGGTATCGGGCGAGCACCATAG	MVLGKRIYNSDGLILLAEGVELTTGLIRRLGTLEIGYVYIEEPMTEDIVVPELLTEETRLQAIQSIRTSFKTLESQAALKGSFLHLGKTFSGMMESIMDEISDHDEGMVLLTDMNTNDYNLYRHSLNVCLYSTVLGVSYGYNREDLKVLGLGALLHDIGKTRISQKLLNHPGRLSEEEFREVQKHTEFGFKILKDEPNIPLLSAHCALSHHERLDGSGYPRALKGPEIHEYAKWIAITDSYDAMTTQRVYKPALLPHEAVEVMYAGSGTLYEQSFLAMFRDRVAIYPPGITVKLHTGESGVVSKIHAHVPHRPVVRVLTDAEGTPLSAPYELDLSETLAIMIAGIGRAP				NA	NA	NA	NA	NA
JZ016_02616	825	uppP_2	COG1968	Undecaprenyl-diphosphatase	ATGGATTTTATCACATCCATTATACTGGGGATCGTGGAAGGACTAACCGAATTCATTCCGGTGTCTTCCACAGGTCATATGATCTTGACGGCCAAGGTGCTCGGTTATGACGATCAAACTCCGATCATGAAGACGTTTGAGGTTGTCATTCAGCTTGGCGCCATTATGGCGATCGCGATCGTTTACTGGAATCGAATTTTGAACCTGCTCGGCTGGAGCCGAAGTGAACCGTTGACCAAGAAAGAGCCTCGAAAAAGATTGAATCTGATTCATATATTTTTGGGGATTGCTCCGGCCCTGCTGGTTGCATTTTTCGCGAGGGATTTTATCAAGAGCCTGTTCCATGCGCAGACGGTGCTGTTTGCACTCGTTGCCGGCGGTATTTTTATGATTTTTGCAGAATGGTACAATAAGCATAAAGTTCAAGTGACATCACATGATTTGGATGATTTGACATACAAGCAGGCCCTTCAGATTGGCGTCTACCAGATCATCTCCGTTTTATGGCCGGGCTTTTCCCGCTCGGGCTCCACCATCTCCGGAGGAATGCTTAGCGGGGTGAGCTATAAGGCATCGGCCGATTTCTCGTTCATTATTGCAATTCCCATTATGTGTGCTGCATCCGGATATGAATTGCTGGATTCTTACCGATATTTTACTTTAGATACGATCGGCGTATTTCTTGCCGGATTTATCGTTTCGTTTGTTGTTGCTTATTTTGTCGTCTTGGCCTTCATGAAGCTCATACAGAAGATAAGGCTTACTCATTTTGCGATCTACCGTTTTGTTCTCGCTGCCGTTTTTTGGCTGTTTATCATGCATTAA	MDFITSIILGIVEGLTEFIPVSSTGHMILTAKVLGYDDQTPIMKTFEVVIQLGAIMAIAIVYWNRILNLLGWSRSEPLTKKEPRKRLNLIHIFLGIAPALLVAFFARDFIKSLFHAQTVLFALVAGGIFMIFAEWYNKHKVQVTSHDLDDLTYKQALQIGVYQIISVLWPGFSRSGSTISGGMLSGVSYKASADFSFIIAIPIMCAASGYELLDSYRYFTLDTIGVFLAGFIVSFVVAYFVVLAFMKLIQKIRLTHFAIYRFVLAAVFWLFIMH	PGPT0024165_2581	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024165-bacA-K06153	NA	NA
JZ016_02617	1434	mggB	COG0737	Mannosylglucosyl-3-phosphoglycerate phosphatase	ATGGGGTTAGGAAGCAACAAACAGAAGCTGACGATATTGTATACCAACGATATACATAGCCATTTTGAGATGATGAGCAGTGTGGCGGCACTTATTTCCCGGGAAAAGGCGGCTGCCGGCAACGGGGCAATCGTACTGGATATCGGTGATCATATGGACCGGGCATCGGTGGAAACCGAAGGCACCATGGGCCAAGCCAATGTGGATGTCATTAATTTGACAGGATACGACGCCATTACGATTGGCAATAACGAAGGGCTCACCATTTCATATGATGTTCTGGAGAGTGTATACGCCGGACTGCAGTGTCCCGTTGTGTGCTGCAACATTAGTGAGACTAAGAGTGGTAATCCTCCTCGATGGATGAAGCCGCATGTGATCCTGGAACGAGAAGGCATTCGAATCGGGCTCACCGGCGCAACGGCTGCTTTTGCAGGTTTTTATCAATTGTTAGGCTGGGAAGCCGGAGATCCGGTGATGGCTATTGCTGAGCAAGTGCGAGCGCTTCAGGGCCAGTGTGATATCATAATTGTTTTATCCCATTTAGGACTAACGATTGATAAAAGATTAGCAGAAAATGTTGAGGGGATTGATGTTATTCTTGGCGGTCATACCCATCATATACTCGAGGAGCCCCTGATGATCGGAAAGACAGCCGTGTGCGGTGCAGGCAAGTTCGGACAATATGTAGGTCGCCTCGTCATGCAGCGCAGTCATGCTGAAGATCGCTTTACCTGTATAGAGGGAAGTTTGCTCCCTGTGGATAAAAACTTAATAGAACCCATCGTAGAGCAGGCGATCATGAGGCACCATGAGCTGGCAAGGGAGAAATTAACGGAGACTGTTGCCGTTAATGATCGTAGTCTGCCCATCCACTATGAGGAGGAGTCGCCGTTTGCAAACCTGCTGGCTCAGGCCGTGCTGCAGCATACGGATGCGGATTTTGCCATCGTGAACTCGGGGCAGCTGCTCGGGCCGCTGCCGGAGGGCGAGATCAGCACCGGTATGCTGCATGGCCTGTGCCCGTCACCGATTAATCCCTGCATCGTGAAGCTACGCGGAGAACATATCTATCAGGCGCTTGAGGAGAGTTTGCTTCAAGAGTTCAGCGGAAAGAAGATAATGGGCTTTGGTTTCCGCGGTTATATATTAGGCGGCCTGGCAGTCGATGGGTTGAAAATTCACTACGACAAGAACGGAGAGCCTTACCGAAAGATTACGCATATCTCCATGAAGGGGCAACCGCTAGAGCCGCAGCGGGAATATAAGGTGGGGACACTCGATATGTTCACTTTTAAAATCGGATACGAGTCGTTGTCACTTGGTAAGGATACGGTATATATGCTGCCGGAGTTTATTAGAGACCTGCTGCGAAGTGAGCTATCGAGGCCCGGTTCGCTTGAAGAGTCCATGATTCCACGCTGGATATCCTGA	MGLGSNKQKLTILYTNDIHSHFEMMSSVAALISREKAAAGNGAIVLDIGDHMDRASVETEGTMGQANVDVINLTGYDAITIGNNEGLTISYDVLESVYAGLQCPVVCCNISETKSGNPPRWMKPHVILEREGIRIGLTGATAAFAGFYQLLGWEAGDPVMAIAEQVRALQGQCDIIIVLSHLGLTIDKRLAENVEGIDVILGGHTHHILEEPLMIGKTAVCGAGKFGQYVGRLVMQRSHAEDRFTCIEGSLLPVDKNLIEPIVEQAIMRHHELAREKLTETVAVNDRSLPIHYEEESPFANLLAQAVLQHTDADFAIVNSGQLLGPLPEGEISTGMLHGLCPSPINPCIVKLRGEHIYQALEESLLQEFSGKKIMGFGFRGYILGGLAVDGLKIHYDKNGEPYRKITHISMKGQPLEPQREYKVGTLDMFTFKIGYESLSLGKDTVYMLPEFIRDLLRSELSRPGSLEESMIPRWIS	PGPT0013395_1820	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013395-nucA|ushA|yhcR|yfkN-K01081	NA	NA
JZ016_02618	738			hypothetical protein	ATGTCAACAACCATTTCTATATTACTATTTGCAGGATTAGCTGATCGAATCGGCACAGCTTCGCTTACATTCAACGTGCCTGGCTTGCCCCTGACTGCCGGGGAATTAAAGCTGCTGCTTAGTGAGGCTTATCCTGATGCCCAATCTCAGATTTCCACGGCTTTCGTCGCGGTCAATCAAGAGTATGCGCCTTCGGAACAGCTTATTCAGAGCGGCGACGAGGTAGCTCTAATTCCGCCTGTGTCCGGTGGTGACGGCATAACCCCGCAGGACTCCGGATCCAGGTCCTCGGCAGATGGGAAATGCACGATATCCTACGGTCCGCTTTCCGTAGAGACAACCATTGCCAAAGTTCATGATGATAATCATGGAGCAACGCTATCCTTTGTAGGTACAACGCGAGAGATGACCGGCCAGATGCGAACGGTTACGCTGGAGTATGAAGCATACATCCCGATGGCGCTTAAAGAAATGCAGCAAATATGCGCGGACATCTTTCGACAATGGCCCGGTACGCAATGTGCGATTTCCCATCGTATCGGTACGGTCGGAATTGGAGAAACCAGTGTTGTGATCGCTGTCTCCTCCCCGCATCGGAATGCATGTTATGAGGCCAGCCGCTATGCGATCGAACAACTGAAGCGATCCGTTCCAATCTGGAAGAAGGAGATCTGGGACGATGGTTCAGAGTGGAAAGGCCCACAGACCGGACCATGGGACCCAACCGTTAGGCAATAA	MSTTISILLFAGLADRIGTASLTFNVPGLPLTAGELKLLLSEAYPDAQSQISTAFVAVNQEYAPSEQLIQSGDEVALIPPVSGGDGITPQDSGSRSSADGKCTISYGPLSVETTIAKVHDDNHGATLSFVGTTREMTGQMRTVTLEYEAYIPMALKEMQQICADIFRQWPGTQCAISHRIGTVGIGETSVVIAVSSPHRNACYEASRYAIEQLKRSVPIWKKEIWDDGSEWKGPQTGPWDPTVRQ	PGPT0008415_28	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008415-moaX-K21142	NA	NA
JZ016_02619	1047			hypothetical protein	TTGAGAGTACATGTCACGGACCTGATACCCGGTGATCAAATGCAGCATGATGCTTACAACACAAACGGCGTTCATGTTCTACAAAAAGGGGTTACCCTTCGTTTAGAGGATATATCCAAGCTACTGCAGCACGGTATCGATTACATAGAAATAAAGCCACGCGCACTGTCTGTATCCCTCGACTCTTCGTCTGAAATTTCTGAATCATACAACAAGGTTAAACCCCATTTCAATCTTGCATTTGACGGGTGCTCCACCTTATTTACGGAAGCGTCGCAATCCGGTAAATTCAATGAGTCCGTTGTGGACGATGTTTTCATGCCCTTAGTCGGCTCACTGAACGAGCATACGGATGTTGTCTCCCTGCTATTGCTGTTTAATGGTAAAGACGATTATACCTACAGGCACTCCATTCAAGTTGGAATGTTATCGTACTACATCGCGGATTGGATGGGTTACTCCGACAAGGAAGCTTATGAAATCGGCAAAGCCGGCTATCTCCATGATATCGGCAAAAGCAAGATTCCTAGAGATATATTGGACAAGCCAGGGAAACTGACTCCTCAAGAGTATGAAGAAGTGAAGCTGCACACCATCTATGGTTACGAGATGATCTCTGAATCCATGGATGATAAGGTCACCGCTATGGTTGCGCTCCAGCATCATGAACGGGATGACGCTTCCGGTTATCCACGAGCGCTCCATGCTGACCAGATTCATCCATATTCTCATATTTGCGCTGTAGCCGATGTATATAGCGCGATGACTACGAACCGGGTTTATCAATCCAAGCAGCAGCTGTTAACCGTACTTCGGGAGCTGTATAGTCTTAGTTTCGGGAAACTGAACGGCAAGCCGACGCATGCCTTCATCCAGCAGATGCTGCCGAACTTTATCGGTAAGAAGGTTCTGCTGACGACCGGCGAATCCGGCATGATCGTCATGAACAATCCTTCGGATTACTTCCGTCCGCTCGTGAAGACCGAGGATCGTTTCATCGACCTCTCCAAGGAGTATAATACCGAAATCCAGGAGATACTTCTGTAA	MRVHVTDLIPGDQMQHDAYNTNGVHVLQKGVTLRLEDISKLLQHGIDYIEIKPRALSVSLDSSSEISESYNKVKPHFNLAFDGCSTLFTEASQSGKFNESVVDDVFMPLVGSLNEHTDVVSLLLLFNGKDDYTYRHSIQVGMLSYYIADWMGYSDKEAYEIGKAGYLHDIGKSKIPRDILDKPGKLTPQEYEEVKLHTIYGYEMISESMDDKVTAMVALQHHERDDASGYPRALHADQIHPYSHICAVADVYSAMTTNRVYQSKQQLLTVLRELYSLSFGKLNGKPTHAFIQQMLPNFIGKKVLLTTGESGMIVMNNPSDYFRPLVKTEDRFIDLSKEYNTEIQEILL				NA	NA	NA	NA	NA
JZ016_02620	1398			hypothetical protein	ATGGCTAAAAAAGCACCAGAAATTGAAGAGTATAAATATGGTTTCCGTGACGAGCACAAAGCTATTTTTCAAACCGGCAAAGGTTTGACGCGTGAAGTCGTTATGGAAATTTCCAAAATCAAGAACGAGCCGGAATGGATGCTGGAATTCCGTTTGAAAGCACTGGAGCAGTTCGAGAAAATGCCAATGCCTCGCTGGGGCGGCGATCTCGACGAGCTGGACTTCAACGATATCCAGTACTATGTAAGACCTTCCGACAAGCAAGGCAAGACTTGGGAGGAAGTACCTACCGAGATCAAGGAAACCTTTGATAAATTGGGTATCCCTGAGGCAGAGCAGAAGTTCCTGGCAGGTGTATCCGCACAGTACGAATCCGAAGTTGTTTACCATAACATGCAAAAGGATCTTGAGGATCAAGGCGTTATCTTTATGGATACCGATACGGCTCTTAGAGAGCATCCGGAGATCTTGAAAGAATATTTTGCAACGGTCGTGCCCCCAACGGATAACAAATTCGCTGCGCTGAACAGTGCCGTGTGGTCTGGCGGAAGTTTCATCTATGTTCCAAAAGGCGTGAAATGTGAAATTCCGCTGCAAGCGTATTTCCGTATCAACTCCGAGAACATGGGTCAATTCGAACGTACGCTGATCATTGCGGACGAGGACAGCTTTGTGCACTACGTAGAAGGATGTACGGCTCCGATCTACAGCACGAACTCGCTTCATAGTGCGGTAGTAGAGATCATCTGTAAAAAGAATGCGCGCGTTCGCTATACAACCATTCAGAACTGGGCACCAAACATTTACAACCTCGTGACCAAGCGTGCCGTTGCTGAAGAGAACGCAACAATGGAATGGGTGGACGGCAACATCGGTTCCAAGCTCACAATGAAGTATCCTGCCGTTATCCTGAAGGGTCGCGGTGCAAAAGGGATGGTACTGTCCATCGCTGTAGCAGGCAAAGGCCAGCATCAGGATGCAGGAGCCAAAATGATTCACTTGGCGCCGGACACGACTTCTACGATCGTATCCAAGTCCATTAGTAAGCATGGCGGTAAAGTAACATACCGTGGACTGGCTTCCTTCGGTCGGAATGCAGAAGGCGCGAAAGCCAACATCCAGTGCGATACACTCATCCTCGATAATGAATCGACGTCGGATACGATTCCTTACAACGAGATCAAGAATGACAACATTACGCTGGAGCATGAAGCAACCGTATCCAAGGTGTCTGAGGAACAATTGTTCTACCTCATGAGTCGTGGCCTTAGCGAATCTGAAGCTACGCAAATGATCGTTATGGGCTTCATCGAGCCATTCACCAAGGAGCTCCCGATGGAGTATGCGGTTGAGATGAATCGATTGATCAAGTTTGAGATGGAAGGTTCCATCGGCTAA	MAKKAPEIEEYKYGFRDEHKAIFQTGKGLTREVVMEISKIKNEPEWMLEFRLKALEQFEKMPMPRWGGDLDELDFNDIQYYVRPSDKQGKTWEEVPTEIKETFDKLGIPEAEQKFLAGVSAQYESEVVYHNMQKDLEDQGVIFMDTDTALREHPEILKEYFATVVPPTDNKFAALNSAVWSGGSFIYVPKGVKCEIPLQAYFRINSENMGQFERTLIIADEDSFVHYVEGCTAPIYSTNSLHSAVVEIICKKNARVRYTTIQNWAPNIYNLVTKRAVAEENATMEWVDGNIGSKLTMKYPAVILKGRGAKGMVLSIAVAGKGQHQDAGAKMIHLAPDTTSTIVSKSISKHGGKVTYRGLASFGRNAEGAKANIQCDTLILDNESTSDTIPYNEIKNDNITLEHEATVSKVSEEQLFYLMSRGLSESEATQMIVMGFIEPFTKELPMEYAVEMNRLIKFEMEGSIG				NA	NA	NA	NA	NA
JZ016_02621	420	sufU_2	COG0822	Zinc-dependent sulfurtransferase SufU	ATGCAACTTGACGATTTGTACAGACGTGTCATCATGGATCATTATAAGAACCCCCGCAATCGCGGCAAGTTTGAAGAAGATGCGGTAACCATCGATTTGAACAATCCGACTTGCGGAGATCGCATTTCCTTGCAGCTTAAGGTAGAGAACGGCGTAGTGGCCGATGCCAAATATACGGGGGAAGGCTGCTCCATCAGCATGTCTTCCGCTTCGATGATGACAGACGCCGTAAAAGGCAGAACGCTGGATGAAGCGATCAGTCTGGCGGACCGCTTCTCCTCCCTTATGAAAGGCGAGGCCGTAGATTTTGAAGAGTACGAGGATATTGAAGCCCTATCCGGTGTCAACAAGTTTCCTGCACGCATTAAATGCGCAACACTTGCGTGGAACGCACTCCGAAAAGGAATAGACGCGAAGTAA	MQLDDLYRRVIMDHYKNPRNRGKFEEDAVTIDLNNPTCGDRISLQLKVENGVVADAKYTGEGCSISMSSASMMTDAVKGRTLDEAISLADRFSSLMKGEAVDFEEYEDIEALSGVNKFPARIKCATLAWNALRKGIDAK	PGPT0000075_2130	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000075-nifU|iscU-K04488	NA	NA
JZ016_02622	1221	sufS	COG0520	Cysteine desulfurase SufS	ATGATCGCCTCTGTCCGTGAGCAATTTCCCATTCTTCATCAGGAGATCAACGGACATCCGCTGGTATATCTCGACAATGCCGCGACATCACAAAAGCCGCAGGTGGTCATAGATGCTATCAAGCGGTACTACGAGTGGGAGAACTCCAATGTGCACCGCGGGGTTCATACACTCGGCAGCCGTGCTACCGATGCTTATGAAGGAGCCAGGGAGAAGGTTGCCCGTTTCATTAATGCCGAGAGTTCGGAACAGATTATTTTCACCCGTGGTACGACGACGGCCCTGAATCTGGTAGCATCGTCCTACGCGCGCTCCGTTTGCGGTCCCGGGGATGAAATCGTCCTGACGGAAATGGAGCATCACAGTAATCTCATACCGTGGCAGCAGGCGGCTATCGCCGTTGGCGCTACGCTGAAATATATTCCTCTGCAGCCTGACGGCACGATCCGTGTCGAAGATGTCGAGGCACTCGTTACCGAACGGACCAAGGTTGTAGCCATCGCTTACGTATCCAACGTCATGGGCGTTGTGCATCCCGTGAAACAAATTGCGGAAATCGCGCACCGCCACGGCGCTGTCATTGTGGTTGACGGTGCGCAAAGCACACCGCATATGAAGGTGGACGTCCAGGACCTGGATTGCGATTTTTACGCTTTGTCCGGCCATAAGATGTGTGCTCCAACAGGTATCGGCGCATTATACGGCAAGAAGGCGCTGCTGGAATCAATGGAGCCGATCGAATTCGGCGGAGAAATGATCAATGATGTTGGATTGTACGAATCAAACTGGAAGGAGCTCCCTTGGAAGTTCGAGGGGGGCACCCCTATCATCGCAGGGGCTGTCGGTTTGGGCGCTGCCGTCGATTTCCTGGAGGAAATCGGAATGGACGCCATCGAACAGCATGAGACGCAGCTTGCGGCTTATGCCATGAACCGCATCTCCGAGATCGACGGGATTACCATTTACGGTCCTCGTGAACGTAAAGTGGGCCTTGTTACCTTTAATCTCGGCGACGTTCACCCGCATGACGTGGCAACGGTGCTTGATGCACAGGGGGTTGCGATACGTGCAGGACATCATTGCTGTCAACCGCTTATGCGTTGGTTAAAAGTATCCTCTACGGCACGCGCGAGCTTTTATCTGTATAATACAGAAGAGGACGTTGATCGATTAGTTAGCGCCTTAATCCAGACAAAGGAGTATTTCGGCGATGCAACTTGA	MIASVREQFPILHQEINGHPLVYLDNAATSQKPQVVIDAIKRYYEWENSNVHRGVHTLGSRATDAYEGAREKVARFINAESSEQIIFTRGTTTALNLVASSYARSVCGPGDEIVLTEMEHHSNLIPWQQAAIAVGATLKYIPLQPDGTIRVEDVEALVTERTKVVAIAYVSNVMGVVHPVKQIAEIAHRHGAVIVVDGAQSTPHMKVDVQDLDCDFYALSGHKMCAPTGIGALYGKKALLESMEPIEFGGEMINDVGLYESNWKELPWKFEGGTPIIAGAVGLGAAVDFLEEIGMDAIEQHETQLAAYAMNRISEIDGITIYGPRERKVGLVTFNLGDVHPHDVATVLDAQGVAIRAGHHCCQPLMRWLKVSSTARASFYLYNTEEDVDRLVSALIQTKEYFGDAT	PGPT0020195_3539	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0020195-sufS-K11717	NA	NA
JZ016_02623	1305			hypothetical protein	ATGACTACACAAACCATTCTTCCGGTCAACGCTGAGGCTCTGAAGGCATTGTCCGAAAGTAAACAGGAACCGGCCTGGCTGACAGACAGCCGTCTGGCTTCCCTGGAACTGGCTGGCCAGTTGGAACTGCCCAAGCTGGAGAAACAACGCATTGAGCGCTGGAACATCCAAAGCTATGGTGAATATAAAGAGAGCAATAAACTTGCTTCCCTTGACGAACTACCTGAACAGGTAGCTAAACTTGTTGAAGGTTCAAGAGAAGGCGGTCTGGTTATCCAGCGCAATTCGGGAACCGTATATGTGAGTCTGGCTCCGGAACTGGCTGCCAAAGGCGTCATTTTCACCGATTTGGAAACAGCGGTTAAAGAACACGCGGATTTGGTTAAGCCTTATCTGCACCAAGCGCTTAAGAATGACGAGCATGCGATGGCTGCTCTGCATGCTGCGGTATGGAACGGCGGGGTATTCCTCTATGTTCCTAAAAATGTGGAGGTTGATGTTCCGCTTCAAGCCGTTATGCTGACCGACGATGCCGAAGCGACATTTGCACCGCATGTGCTGGTGGTAGCCGAAGCGAACAGTCAGATCACTTACGTAGACAACTACGTTTCGGATTCACTGGCTGCGCCGGTCACCCATAACGGAGCGGTGGAAGTCTTCGTTAAAAACGGAGCGAAGGTGCGTTATGCTTCCGTTCATCAATTGGCTGGCGAAGCAACCGATGTTACATTCCGTCGTGCGGTGCTGGACAATGACGCTTCGATCGAGTGGATTGTTGGCGAGATGAACGATGGCGATACAGCTAGCGATACCATGAGTATTCTGAAGGGCAACGGTTCGACATCCGATGCGAAAGTCATCGCGGTCGGCTCCGGCTCCCAGAAGATCAACTACACCACGCAAGCGAAGCATTTCGGCAAGAGCTCGGCGTCCCAGATGATCACCCGTGCAGTCATGCGCGAAGAGGCACAAGCCATCATCAACGGCATTACCAAGATTGAGAAGGGTGCAACGAAGGCGGACGGACAACAGACCGAACGCGTGCTGATGCTTAGCCCGAAAGCCCGCGGCGACGCGAACCCGATTCTGTTGATTGACGAGGATGATGTAACAGCCGGTCACGCAGCGTCCGTAGGACAAGTGAATCAGGAGCAAATTTACTACCTGATGTCCCGTGGTATCTCGCGTCCCGTGGCGGAATCCTTGATTATTTACGGCTTCTTGGCTCCGGTTGTCAGCGAAATTCCGCTTGAGGGACTTCGTGACCAACTGCAGGGGCTCGTTGAAAGGAAGCTGGGACAATGA	MTTQTILPVNAEALKALSESKQEPAWLTDSRLASLELAGQLELPKLEKQRIERWNIQSYGEYKESNKLASLDELPEQVAKLVEGSREGGLVIQRNSGTVYVSLAPELAAKGVIFTDLETAVKEHADLVKPYLHQALKNDEHAMAALHAAVWNGGVFLYVPKNVEVDVPLQAVMLTDDAEATFAPHVLVVAEANSQITYVDNYVSDSLAAPVTHNGAVEVFVKNGAKVRYASVHQLAGEATDVTFRRAVLDNDASIEWIVGEMNDGDTASDTMSILKGNGSTSDAKVIAVGSGSQKINYTTQAKHFGKSSASQMITRAVMREEAQAIINGITKIEKGATKADGQQTERVLMLSPKARGDANPILLIDEDDVTAGHAASVGQVNQEQIYYLMSRGISRPVAESLIIYGFLAPVVSEIPLEGLRDQLQGLVERKLGQ				NA	NA	NA	NA	NA
JZ016_02624	783	sufC_2	COG0396	Vegetative protein 296	ATGTCAACCAAGTTTGTCATTGAAGGATTGAAAGCAGCAATCGAAGGCAAGGAGATCCTTAAAGGTATCAACCTTGAGATGAAAGGCGGAGAAGTTCATGCCATCATGGGACCAAACGGTACAGGCAAAAGTACTTTGGCTTCCGCGTTGATGGGTCATCCTAAATATGAAGTTACCGAAGGTAAGGTATTCCTTAACGGCGAAGACGTGCTGGAGATGGAAGTTGACGAGCGCGCACGCGCAGGTCTGTTCCTGGCCATGCAATATCCGAGCGAAATCGCCGGCGTTACGAATTCCGACTTCCTGCGCAGTTCCATCAATGCGCGCCGCGGTGAAGGCAACGAGATTTCCCTGATCAAGTTCATTCGCCAAATGGAAGGTAAAATGAAAGAACTCGAGATGAATCCTGAGTTCGCTCACCGTTATCTGAACGAAGGTTTCTCCGGCGGTGAGAAGAAACGTAACGAAATCCTGCAAATGATGATGCTGGATCCGAAACTTGTCGTGCTTGACGAAATCGACTCCGGTTTGGATATCGATGCTTTGAGAATTGTAGCGAACGGTGTAAATGCCATGAAATCCGAAGAACGCGGTTTCTTGATTATTACCCACTATCAACGTTTGCTTAACTATATCACTCCAGATTATGTTCACGTGATGATGCAAGGACGCATCGTAAAATCCGGTGGTCCTGAGTTGGCAGAGCGCCTGGAGGCAGAAGGTTATGACTGGATTAAGGAAGAGCTGGGCATTACTGATGAAACTGTAGGTCAAGACGCGTAA	MSTKFVIEGLKAAIEGKEILKGINLEMKGGEVHAIMGPNGTGKSTLASALMGHPKYEVTEGKVFLNGEDVLEMEVDERARAGLFLAMQYPSEIAGVTNSDFLRSSINARRGEGNEISLIKFIRQMEGKMKELEMNPEFAHRYLNEGFSGGEKKRNEILQMMMLDPKLVVLDEIDSGLDIDALRIVANGVNAMKSEERGFLIITHYQRLLNYITPDYVHVMMQGRIVKSGGPELAERLEAEGYDWIKEELGITDETVGQDA				NA	NA	NA	NA	NA
JZ016_02625	477	dps	COG0783	General stress protein 20U	ATGGCAAAAACTACATCTGGCAAAGCTGCAGGAAAAACGAAAAACGCAAGTCTGGAGCAATTGTTGAATCAACAGGTTGCGAACTTCAACGTGCTCTATGTCAAACTCCACAACTATCACTGGTATGTATCCGGAGAGCAATTCTACTCCCTTCATGTTAAATTTGAAGAATTGTATGACGAAGTTACACTTAAGATGGATGAGGTGGCGGAGCGCCTGCTCTCGATTAAAGGAAAACCGGCTGCTACGATGAAAGAATATTTGGAACTTGCGACTGTTCAGGAGGCTTCGGGCAACGAGGATACCCGCGGCATGGTACAAGCCTTGATTGAGGACTTTGCAACCGTATCCGAGGAGTTGGCGGAAGGCATCGAAATGGCCGAGGAAGCCGGCGATGCGCCAACCGCGGACATGTTTACCGGATTTAAGGCTGATCTTGAGAAGCACATGTGGATGCTGCGTTCGTTCCTTGGATAA	MAKTTSGKAAGKTKNASLEQLLNQQVANFNVLYVKLHNYHWYVSGEQFYSLHVKFEELYDEVTLKMDEVAERLLSIKGKPAATMKEYLELATVQEASGNEDTRGMVQALIEDFATVSEELAEGIEMAEEAGDAPTADMFTGFKADLEKHMWMLRSFLG	PGPT0004055_2646	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047	NA	NA
JZ016_02626	1224	mtnK	COG4857	Methylthioribose kinase	ATGTCTGCATATCATCCGCTGAACGCGGAAGAAGCTATACAATTAGCTAAAAGTATACCGGGCCGGTTCCCGGACCATGCCCAGCTCGAATGCCGCGAAATCGGCGACGGCAATCTTAATCTGGTGTTTCATGTCACCGCCAAAAATACGGCTGATAGTATCATTATCAAGCAAGCTGTTCCTTATGCAAAAGTTGTAGGCGAATCCTGGCCGCTGTCTCTCGACCGGGCCCGCATCGAACGACTGGCGCTGGAGACGGAGTACTCCATTTGTCCCGACCTTGTGCCCGAAGTATACGGTTATTCGGATGAGCTCGCCTACACCGTAATGGAAAACCTGAGTGAGTATACCATCATGCGCAAAGGCCTGATTGAGGGTAATGACTATCCGAAGTTCGCAGAGCATATTGGCCGCTTCCTGGCCAGAACGTTGTTCTACACGTCGGATCTCGGGATGAACCAACAGAAGAAGAAGGAACTTGCCGGCCGCTTTGTCAATCCGGATTTATGCAAAATCACCGAAGACTTAATCTTCGAAGATCCATACCGCGAATCCGCCAATAACAATTATGCGCAGAGCATAGCCGATGAAGCGGAAGCCCTTCGCGCCGACCTGCCGCTTCACTTTGAGGTCGCCCTGCTTAGGGAGAAGTTTCTGACTCACGCACAAGCTCTGCTGCACGGGGATCTGCATACAGGCAGCATCTTCGTGACGCCGGAATCCACCAAGGTGATCGACCCGGAATTCGCTTATTTCGGCCCGATGGGATTCGATATCGGTGCGGTCATCGGCAACCTGCTGCTAAACTATGCGTCACAGCCTGGCTGGAGTCGGGACGAGCATACGCTGGCCGCCCGGGAAGCCAGGCTCCTCGAGATGGCAAGCGATGTCTGGACCCACTTCGAGAACAACTTCCGCGCGCTGTGGAATGATGATCTCTTGGACGAGATGTCCCGCACGCCAGGCTATCAGGACCACTATGTATCACAGATTTTGAAGGATACCGCAGGATTCGCGGGCTGCAAAATGATTCGGCGCATCGTTGGATTGTCCCATGTTGCGGACATCGACACCATAGCCGATGATCAAGCCAGAGAAGCTGCGCAGCGCAAAGCGCTGGCCATCGGCAAAAATCTCGTGCGGCATCATCGCAGCATCAAGTCCTTTGACGACATTTTAACTTTGATTACGCAAGCAACTAAAGGAAATGAGGTATCGATATGA	MSAYHPLNAEEAIQLAKSIPGRFPDHAQLECREIGDGNLNLVFHVTAKNTADSIIIKQAVPYAKVVGESWPLSLDRARIERLALETEYSICPDLVPEVYGYSDELAYTVMENLSEYTIMRKGLIEGNDYPKFAEHIGRFLARTLFYTSDLGMNQQKKKELAGRFVNPDLCKITEDLIFEDPYRESANNNYAQSIADEAEALRADLPLHFEVALLREKFLTHAQALLHGDLHTGSIFVTPESTKVIDPEFAYFGPMGFDIGAVIGNLLLNYASQPGWSRDEHTLAAREARLLEMASDVWTHFENNFRALWNDDLLDEMSRTPGYQDHYVSQILKDTAGFAGCKMIRRIVGLSHVADIDTIADDQAREAAQRKALAIGKNLVRHHRSIKSFDDILTLITQATKGNEVSI				NA	NA	NA	NA	NA
JZ016_02627	1080	drdI		5-deoxyribose 1-phosphate isomerase	ATGAGCGGTATGACTACCGGCAATGCCAGCACCTATGAGCCGCTAAGCTCCGTTTATTGGGGAGGAGACCATCTGGTCCTGCTGGACCAGCGATTGCTCCCGGAAGAGATTGTCTATCTTCAGCTCTTCACACCGGAGGAAGTCTGGGAAGGCATTCACTCCATGAAAGTCCGCGGCGCGCCGGCTATCGGCATCGCGGCAGCATTCGGCGCAGTCCTTGGCGGCATGCAGGTTGAAGCCGACGATAACGAGGGATGGCTGCAACAAGTCGCAAAAACTTGCGCTTATCTCGCAACGTCCAGACCGACAGCCGTCAATCTGTTCTGGGCGCTGGACCGTATCAAGCTTGCGGCTGAGAAGCTGGCAGTTTCGGATCTCGATACAGCCGGACTGAACGCGGCGCTGCTCGCCGAAGCCGAAGCCATTCGTGCCGAGGATGAGGATGTATGCCGCCGCATCGGTGAAAACGCGCTGCCGTTCTTCCAGGACGGCATGGGCGTGCTCACCCACTGCAACGCGGGCGGATTGGCAACGGCCAAATACGGTACCGCCCTGGCGCCGATGTATCTGGCTCATGAGCAGGGCCTGAACATCAAGGTGTTCGCGGATGAAACAAGACCTGTCCTGCAAGGCGCGCGTTTAACTGCTTTTGAACTCCAGCAGGCGGGGATTGACGTTACACTGCTGGCGGATAACATGGCCGCCATGGTTATGTCCAAAGGCTGGATCCAAGCGGTTATCGTCGGTACGGATCGCGTTGCCGCAAACGGCGATGTCGCCAACAAGATAGGAACGTACGGAGTAGCGGTACTTGCTAAAGCTCACGGCATTCCTTTCTACGTGGCTTGCCCGCTGTCCACGATTGATCTGAATACGAAGACAGGCGCCGATATTCCGATTGAGGAACGTCCTGCCGAAGAGATCACGGAAGGTTTCGGCAAGCGCACAGCACCGCAAGGCGTAAAAGTGTACAACCCTGCCTTCGACATTACGCCAAATGAATATGTGACAGCCATCATTACGGAAAAAGGCGTCGTGCAAGCTCCTTATCATGAGAGCTTAAAAAGCTTGTTCGAATAA	MSGMTTGNASTYEPLSSVYWGGDHLVLLDQRLLPEEIVYLQLFTPEEVWEGIHSMKVRGAPAIGIAAAFGAVLGGMQVEADDNEGWLQQVAKTCAYLATSRPTAVNLFWALDRIKLAAEKLAVSDLDTAGLNAALLAEAEAIRAEDEDVCRRIGENALPFFQDGMGVLTHCNAGGLATAKYGTALAPMYLAHEQGLNIKVFADETRPVLQGARLTAFELQQAGIDVTLLADNMAAMVMSKGWIQAVIVGTDRVAANGDVANKIGTYGVAVLAKAHGIPFYVACPLSTIDLNTKTGADIPIEERPAEEITEGFGKRTAPQGVKVYNPAFDITPNEYVTAIITEKGVVQAPYHESLKSLFE				NA	NA	NA	NA	NA
JZ016_02628	303			hypothetical protein	TTGGTGACTTTACTGCCGATCGATATTGAAGGACATACCGTTATGGGCGTCGAGGTAAAGCTTCCGAAAACAACGCTGCTGGCCGTATACACTTCCCGCGGCTATATTATGTGCGGTGCACTCGATGTGGGCCTTCTTAACGAAAAGCTTGCGGACCGCAAGATTATCGCAGGAAGAGCCGTAGGGGTTCGCACATTGGAGCAGCTGCTGGAGGCGCCGCTGGAATCGGTAACCCTGGAGGCAGAGAAGTGGGGCATTCATCCTGGCTTGGCTGGCAAGGATGCGATCCTGCGCATGTTATGA	MVTLLPIDIEGHTVMGVEVKLPKTTLLAVYTSRGYIMCGALDVGLLNEKLADRKIIAGRAVGVRTLEQLLEAPLESVTLEAEKWGIHPGLAGKDAILRML				NA	NA	NA	NA	NA
JZ016_02629	552			hypothetical protein	ATGATAAAAGCTATGAACACAATTCCTGTCACCGACGATAACGGCTTTTTATTCAACGTTGATATTCTGGTCAAGAGTTCCTCCAACGCACTGGCTTTGCAATATTTGCTGGAAATGCTGAACGACAAGGCTGAAGTCGTCGATTTTCGGGTTAAGTCCGGAATGGAACTTGGAGAAATTATCAACACCTTGGTTCAAGCCAAGAAAGATTCCGTTATTAGCAAAGCCTCCGGGAAGATGGCTTCTGCCGCTTCTCAGATAGAGAAACCTGCGCCACCTGCGGCTTCCTCTCCGGAAAAAAAGATCGCTGCAAGCGTACCTCCTGTCCAAACTCCACTCACCGGAAGTGATCCCTTTGAATGGATAAAAGTATACAGTAAGGACAATCGCCTTGTTCGACTGACAACCAACCGCCACGGTAAGCAGACAAGTCTTCCCTGCCGAATTCTCAACTATGATGAAAGCAATTTCCTGGTCAACGTCTATCATGTCGATGAGAAACAGGTGTATACCTTCAAACTCAATGAAATTGATGAGTTCAGCGTCAGCTGA	MIKAMNTIPVTDDNGFLFNVDILVKSSSNALALQYLLEMLNDKAEVVDFRVKSGMELGEIINTLVQAKKDSVISKASGKMASAASQIEKPAPPAASSPEKKIAASVPPVQTPLTGSDPFEWIKVYSKDNRLVRLTTNRHGKQTSLPCRILNYDESNFLVNVYHVDEKQVYTFKLNEIDEFSVS				NA	NA	NA	NA	NA
JZ016_02630	381			hypothetical protein	ATGAGTCGTAGATTCATCGCATGGGGTTCGATCCTGATGGCATTATCTGTCGCTATCGGGGCATTCGGCGCCCATATGCTGGAGGATAAGATTACGCCGGACGAACTTGCCATTTATGAGACCGGAGTCCATTATCATATGATTCACGGACTTGCGGTGCTGATTACGGGGATTGTGGCGAAGGTTCTGGGCGAATCCCGGAAGCTGTTCTGGACAGGGACTTTATTCATTGCGGGAACCGTCATATTTTCCGGAAGTCTTTACGTGTTAAGTTTATCGGGCATGAAGTGGCTCGGTGCGATTACGCCGATCGGCGGTGTATCCTTTATCGTGGGCTGGCTGATGCTGATGTCTTCGGCGCTGTCCCGAAAAAATGCCTGA	MSRRFIAWGSILMALSVAIGAFGAHMLEDKITPDELAIYETGVHYHMIHGLAVLITGIVAKVLGESRKLFWTGTLFIAGTVIFSGSLYVLSLSGMKWLGAITPIGGVSFIVGWLMLMSSALSRKNA				NA	NA	NA	NA	NA
JZ016_02631	429			hypothetical protein	ATGTACATGGATCAACAATCACCTGCCTCCCCATCCGAGGACCAAGGTTCACCTAAGCGACCCAAAACCACCTTTATTCCACCCGAGGATAGAAAAAACTCCCGCTTCGGCATCGCCTCATTCATCTTGTCGATCGTGACGCTGCTCGGGTATATTCTGCTCGGCGCGCTCGGCACCACGATGATTGAGCCATACATGACGGAGAACGGACCGCTCCTTGAGCCGACTCAGGAAACGCTGGAAGCGATGACCACGCTGGCGGCCGTGTTCATAATCGTGATGATCATCAATATCACCGGCTTGGTGCTTGGCGTTGTAGGCTGCTTATCCAAAACACGCAAGCGTGCTGTCGCCGTGATTGCCACCATCGTGAACGGCGTAGTCATCATCACCATCGGAGCTCTTTTCCTATTTGTATTAAATGCTTAA	MYMDQQSPASPSEDQGSPKRPKTTFIPPEDRKNSRFGIASFILSIVTLLGYILLGALGTTMIEPYMTENGPLLEPTQETLEAMTTLAAVFIIVMIINITGLVLGVVGCLSKTRKRAVAVIATIVNGVVIITIGALFLFVLNA				NA	NA	NA	NA	NA
JZ016_02632	1161			hypothetical protein	ATGCAAAATGAAGACGCCCTGTCGTTTGTCGTATCCCGTGAAGACTGGTCGCTGCACCGCAAGGGCTATCAGGATCAGGTACGTCATCAGCATAAAATCCGTGAAGTCATCAAACGCAACCTGCCCGACCTTATTACCGAGGAAAACATTATTCTGTCCGACGGAAAGCAGATCATTAAAGTTCCGATCCGCAGCCTTGACGAATACCGTTTCATCTATAACTATCAAAAGCAAAAGCATGTCGGCCAGGGCGACGGTGACAGTCAGGTTGGGGACGTCCTTGGACGCGACCCTTCGTCAGCCCAGCCCGGTAAGGGAGAATCGGCCGGCGATCAGGCAGGGCAGGACATCGTGGAAACCGAGGTCAGCTTGGAAGAACTGGAGAATATGCTGTTTGAGGAACTGGAGCTCCCGCTGCTGCAGCCCAAGGATAAAGAGCAGATCGAGACAGAGTCCATCGTCTTCAACGACATCCGCAAAAAAGGCATCATGTCCAACATCGACAAGAAACGCACCATCTTGGAGAATTTGCGCCGCAATGCAAGAGACGGCAAACCCGGCATCCACGGGATCAGTCCGGACGACTTGCGTTACAAGACCTGGGACGACACCGTCATCCCGGAATCCAATGCGGTCATTATCGCCATGATGGATACGTCCGGCTCCATGGGCTCCTTCGAGAAATACTGCGCGCGCAGCTTTTTCTTCTGGATGACCCGCTTCCTTCGCAAGCAGTACGAGAAGGTCGAAATCGTGTTTATCGCCCACCATACCGAGGCGAAAGAAGTGACTGAAGAAGAGTTCTTCACACGGGGTGAAAGCGGCGGAACCATATGTTCATCCGCTTATCAGAAGGCGCTTGATATCATTCATCACCGTTATCCCCCTTCCAAATACAACATTTATCCCTTCCACTTCTCCGACGGCGATAACCTCACGTCCGACAATGAACGCTGCGTCAAACTCATCGGCGAACTGCTGAAGGTCAGCAATATGTTCGGTTATGGTGAGGTCAATCAATACAATCGCAGCAGCACGCTGATGTCGGCTTATAAGAATATCAAGCTGGACCAATTCATGTATCATGTCATTAAAGACAAAGGGGAAGTGTACGAGGCACTCAAAACCTTTTTTCGTAAACGGCAGGGAGCGGCGATCTGA	MQNEDALSFVVSREDWSLHRKGYQDQVRHQHKIREVIKRNLPDLITEENIILSDGKQIIKVPIRSLDEYRFIYNYQKQKHVGQGDGDSQVGDVLGRDPSSAQPGKGESAGDQAGQDIVETEVSLEELENMLFEELELPLLQPKDKEQIETESIVFNDIRKKGIMSNIDKKRTILENLRRNARDGKPGIHGISPDDLRYKTWDDTVIPESNAVIIAMMDTSGSMGSFEKYCARSFFFWMTRFLRKQYEKVEIVFIAHHTEAKEVTEEEFFTRGESGGTICSSAYQKALDIIHHRYPPSKYNIYPFHFSDGDNLTSDNERCVKLIGELLKVSNMFGYGEVNQYNRSSTLMSAYKNIKLDQFMYHVIKDKGEVYEALKTFFRKRQGAAI	PGPT0025005_1329	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0025005-yhbH-K09786	NA	NA
JZ016_02633	138			hypothetical protein	ATGTTCCAAATGACACATTCACTATTCAGCACCCAGACGTTTGAGAATATGTCCTACATATTATCGCAGCGGCTGTTCCAGGGCGGCGTAAGCGCAGATCCTTCGAAAGGAGTGATCTCCCGTGCCGGCATCAGATAA	MFQMTHSLFSTQTFENMSYILSQRLFQGGVSADPSKGVISRAGIR				NA	NA	NA	NA	NA
JZ016_02634	2214			hypothetical protein	GTGCCGGCATCAGATAAGCCACATTCACGCTACATGCCCGGTCTTGATGGGCTGAGGGCCCTCGCCTTGATCGGAGTGATGGGATACCACTGGAATTTCGGTTTTGCAGGCGGTGGTTTTCTCGGAGTCAGTTTATTCTTCGTACTGTCCGGCTATCTCATTACGGATATTCTGGCATCGCAATGGCATCATCATCGCCGGATCGATCTGAAAGATTTCTGGATCCGAAGGTTCCGACGTCTCCTGCCGGCCATGCTGCTCATGCTGTTCATCCTGGTGGTGTGGGTTACGCTATTTGACCGATCTCGGCTGGCTACGCTTCGGAGTGAGGTGCTCGGTGCGGTTACATACATAAGCAACTGGCAGTTTATTTTTCAGCAGCAATCTTATTTCGAATCATTTGGCCCGCCGTCTCCACTGGGGCATTTCTGGTCGCTTGCCGTGGAAGAACAGTTCTACTTGCTGTGGCCCCTAATCATGTTAGCCGTACTCAAGCTATTCCCCCGCAGGGGACAGCTGTTCACTTTCATTGCTGCCGGAGCCGCGATTTCAGCTCTCGCCATGGCAGTGATCTATCAACCGGGAGATGATCCTAGCCGGGTCTACTACGGAACGGATACCCGGGCGTTTGGTTTACTCATCGGAGCAGGGCTTGCTATCGTATGGCCCAGCTGGAAGCTGTCCACCCATGTTTCAAGGGCTGCCCGGCGCAGACTCAACCTAACAGGCGCAGTGGCATTGCTCATCATACTGTTCATGATGTGGCGGGTGGACCGGTACGATTCGTTCCTGTATCAAGGGGGAATGTTCCTCTTCTCTCTGGCCGCCGCCGTCCTCGTTGCGGTGTTGGCGCATCCTGCAGCTTCGATCAGCCGCTTGTTAAGCTGGAAGCCCCTGTTGTGGATTGGCGTTCGATCCTATGGCATTTACTTATGGCATTACCCGGTGATGATCCTGACCTCACCTGCATCCGGCACAGGCAATCTGAGTCTGCCTCAGGTTGCACTGCAAATCGCGGCAAGCGTTCTGCTGGCCGCCCTATCCTGGAAGTATGTTGAAGAACCGATACGTCATGGCGGACTGAAGAAGGTATGGTTTAAAGCCCGCTCCATTCGCCGCCGTCCGGCTTCGATTTCATTAAGAGGCTGGGTCGTGTCGCTAAGCTCGCTCATTCTAATCGGTATTTTTTGCTCAGGGATGATGAGCAGCGTATCTTCTGCGAGAACGGTAGGCGATATCGCTGCCATGCTGAACCTTGATGACCCTGCCCCGGAAGAACCGGATCAGAATCAAGGCGGAGAGTCCGGAGCGATGGAGCCACCGCAAGGACAAACGCCGCTTCCTGCAGGCACTGACGACGGGAACATCTCCCCTCCGCCTACCGACGCGAAGCAGCCTGGTGTTATTAAGAAGCCGGACCCTGCTAAAGAAACGGATGAAATGCCGCTTCCGAACGAAGCGACACATTCTGGCGATGAAGATACTGGCGGAAACGAAGAGCCGGACCCTCCTGCTGGAAATGACGCTGACAACGAAGACAAGAACACCGACACAGGGAGCGAAGACCCGGATAAGGCTGATTCCGAAAAAACAATCCCGGATCAACCGAATGAAGATAAAGCGGGTAAACCTGGTGAGGAGAAGGCCGATAAGCCGGATCAATCCAAGGACTCGGGAAGCGAAACGACAGGCGGTAAGAGCAATCAAACGCAGCCAACGAATAAGCCTCAAAATCCTCCGGTATCCCAGTCCACCGTCACGGCCATTGGTGATTCGGTCATGCTCGGGGTATCCACTTATCTCGAGAAATCGCTGCCCGGCATTCACATCGATGCAGAGATAGGCCGCCAAATGCGTCAGGCCGATGACCTGATCCCTGCTATGAAGACCCAGAATCGGATAGATGGCGGCGTTATCATCATCGGGCTGGGGACCAACGGCGCTTTCTCGAAAAAGGATCTGGATTCTCTTCTGCGTCCTCTGGACTCAGCTAAGCAAATTCTGCTTATCAACACGCGGGTTCCGCGTGATTGGGAACAGAACGTGAACGGCATGCTGGCAAAAGCGGCTGCCGAGAACCCAAAAGTTACGCTGGTGGATTGGTATTCAGCCAGTAAGGATCATCCGGAATACTTCCGGTCTGACGGTGTCCATCTGGAGCCGGAAGGCGCCGAGGCTTACACCTCCATGCTGCTTCAAGCTATCAAGAAATAA	MPASDKPHSRYMPGLDGLRALALIGVMGYHWNFGFAGGGFLGVSLFFVLSGYLITDILASQWHHHRRIDLKDFWIRRFRRLLPAMLLMLFILVVWVTLFDRSRLATLRSEVLGAVTYISNWQFIFQQQSYFESFGPPSPLGHFWSLAVEEQFYLLWPLIMLAVLKLFPRRGQLFTFIAAGAAISALAMAVIYQPGDDPSRVYYGTDTRAFGLLIGAGLAIVWPSWKLSTHVSRAARRRLNLTGAVALLIILFMMWRVDRYDSFLYQGGMFLFSLAAAVLVAVLAHPAASISRLLSWKPLLWIGVRSYGIYLWHYPVMILTSPASGTGNLSLPQVALQIAASVLLAALSWKYVEEPIRHGGLKKVWFKARSIRRRPASISLRGWVVSLSSLILIGIFCSGMMSSVSSARTVGDIAAMLNLDDPAPEEPDQNQGGESGAMEPPQGQTPLPAGTDDGNISPPPTDAKQPGVIKKPDPAKETDEMPLPNEATHSGDEDTGGNEEPDPPAGNDADNEDKNTDTGSEDPDKADSEKTIPDQPNEDKAGKPGEEKADKPDQSKDSGSETTGGKSNQTQPTNKPQNPPVSQSTVTAIGDSVMLGVSTYLEKSLPGIHIDAEIGRQMRQADDLIPAMKTQNRIDGGVIIIGLGTNGAFSKKDLDSLLRPLDSAKQILLINTRVPRDWEQNVNGMLAKAAAENPKVTLVDWYSASKDHPEYFRSDGVHLEPEGAEAYTSMLLQAIKK				NA	NA	NA	NA	NA
JZ016_02635	840	sseB_1	COG2897	Putative thiosulfate sulfurtransferase SseB	ATGAACAATATCGTGTCAATGAAATGGCTGCTGGCGAGACTCTATGAACCGGATCTGGTCATCGTCGACTGCCGTTTTGCCCTCGGGAAGCCGGAAAGCGGCCGAGCCGCTTACGAGGAATCGCATATTCCGCGTGCCGTTTACCTCGACCTGGAGAAGGACCTCTCCTCCCCTATCACCCAACATGGCGGACGCCATCCTCTACCGGACTTGGATCAGCTTGCAAAGCGTCTCGGCCAGTCCGGCATTCAGAAGAGCAGCCGTGTCGTCATCTACGACGACCAGGGCGGAGCTATGGCCAGCCGTTTATGGTGGCTGCTGAAATACACCGGGCATGAACAGGCCTATGTGTTGGATGAAGGCTTTACGGCTTGGAAGAACGCTTCGTATCCGGTAACGGATGAACAGCCGATCGTCATTCCGGTACCCTATGACATCAACCTTAAGCCCGATAAACTGGTCCTCGTAGATGAGGTGCGCGCGGCTTCGCAGCATGGTAACAAAATTCTCATCGATTCACGCGAACCGCGCAGATATGCCGGAGCCGAGGAACCGTTGGACGCCAAAGCCGGACATATTCCGGGTGCGGTGAACTGCTTCTGGAAGGGCGTCCTGGACGACGCCGGACATTGGAAGGATGCAGGCGCGCTTCGCAAGCATTTTTCCGACATTCCGGAGGATGCCGAGATTATCGTATACTGCGGCTCCGGCGTCACCGCTTGTCCGAACGTGCTTGCCCTGGAGGAAGCCGGTTACGGCAATGTGAAGCTGTACGCAGGCAGCTGGAGCGATTGGATCAGCTATGAGGAGAATCCGGTAGCTACAGGGGAAGAGGGTTAA	MNNIVSMKWLLARLYEPDLVIVDCRFALGKPESGRAAYEESHIPRAVYLDLEKDLSSPITQHGGRHPLPDLDQLAKRLGQSGIQKSSRVVIYDDQGGAMASRLWWLLKYTGHEQAYVLDEGFTAWKNASYPVTDEQPIVIPVPYDINLKPDKLVLVDEVRAASQHGNKILIDSREPRRYAGAEEPLDAKAGHIPGAVNCFWKGVLDDAGHWKDAGALRKHFSDIPEDAEIIVYCGSGVTACPNVLALEEAGYGNVKLYAGSWSDWISYEENPVATGEEG	PGPT0002045_4579	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0002045-sseA-K01011	NA	NA
JZ016_02636	384			hypothetical protein	ATGACGGTGTATTGCAAATTCGGAACCGCGCTGGAAATCCTCACGGGCAAATGGAAATCATTGATTCTTCTACGCCTGCTGATCAACGGTACAATGCGGTTCAGTGAATTACAAAAAGCCATTCCGGATATTTCGAAAAAGATGCTGGCCCAGCAGTTGAAAGAACTGGAATATCACGATATTGTGCATCGCGAAGTGTATGCGCAAATTCCGCCAAAGGTCGAATACTCGATTACAGAGTACGGACAGCTCATGAAGCCCGTGCTCCAGACAATGAGCGACTGGGGGGCCGGGCATGTGCAGCATATGCAGAAGCTGTACGGCGAAGAAGACGAAGCAGAGGCAAAACCGTCCGACCTTCGGAAAATCGATTCCTTGCGGTAA	MTVYCKFGTALEILTGKWKSLILLRLLINGTMRFSELQKAIPDISKKMLAQQLKELEYHDIVHREVYAQIPPKVEYSITEYGQLMKPVLQTMSDWGAGHVQHMQKLYGEEDEAEAKPSDLRKIDSLR				NA	NA	NA	NA	NA
JZ016_02637	456			hypothetical protein	TTGGTTACCTGGTTAGGTTTAAGTGCCTACTTCCTGATTGGACTTTCTCACTTTAGTATAGAGGCAGATATCGAAATCGAACAAGTGAGGGGAAAAGAAAAGATGAATGTGACGTTATGGATCGTACAAATCATATTGGCGGCAGGCTTCGTATATTCGGGATGGATGAAAACCGTTCGTATCGAGTCATCAAAAAAGACATGGTCCTGGGTAAAGGATGTACCGAAAACTCTAGTTGTTCTGATCGGAATCGCAGAACTACTCGGAGCGCCGGGCCTTGTTTTGCCGTGGGCGTTGAACATAGCTCCGGTGCTTACGCCGATCGCCGCGATGGCTTTGGCTGCGGTCGCACTGCTCGGGATGATGTTTCATATTTGGCGAAAAGAGTACCGGGAGATCGGCGTGAATATCTTTTTTGTAGTTCTGGCGTTGATCGTGGCAATTGGAAGACTATAA	MVTWLGLSAYFLIGLSHFSIEADIEIEQVRGKEKMNVTLWIVQIILAAGFVYSGWMKTVRIESSKKTWSWVKDVPKTLVVLIGIAELLGAPGLVLPWALNIAPVLTPIAAMALAAVALLGMMFHIWRKEYREIGVNIFFVVLALIVAIGRL				NA	NA	NA	NA	NA
JZ016_02638	1992	yfeW_1		Putative D-alanyl-D-alanine carboxypeptidase	ATGAATAAAAAGACTCGCACCATCGCGGTTCTGCTATTATCCGCTATGGCAACGACCGCAATTATCCCAACTAGCAGCCGGGCAGCTGCCGCAACAATGACCACGACTAATGCACCTGTAAATTCTAGCTTGGAGGGCCCCCGCGATGCCAAGGAGCTAGAAGCATTTGCAGATATCGTTTTTGCGGACGTGATGAAGAAGTATAACACAGTCGGTTCTAATTTTGCGGTCGTGGCCGATGGGAAAGTGTTACTAAGCAAAGGTTACGGTTATGCCGACAAAGAAAAGAAGATTCCCGTTGATAAAGACACCGTTTTCCAGATCGGCTCTGTTACCAAGACATTCACGGCCTTGGCGGCTATGCAGTTGGTCGATAAGGGGAACATCGATTTACGAGGCGATATTCAAAAGTACTTAGGAGGAGTGAAGATTCCGAATAAAACGGGGAAAAAGCTGACCATGTATGATCTGCTTACCTATGCAACCGGATTTGAATCACCCGATATCTCTTCGTATTATTCACCGGAATATGTTAACAAAAACTTTCCAATAAAGGATTTTGTCAAATCACATATGTCAGCGGTAGTGAGGCCTCCGGGAGAAGCATACGTTTATGACAATCTTGGGTTTTTGCTAGCGGGGTATGCGGTAGAGAACGTCTCGGGAATGCCCTATTCGAAGTATATGGAGAAAAACATTTTCACCCCGTTAGGCATGACCTCAACGAGTGTACGGTTTACGCCCGAACTATTAGGCAGAATGGCTGCTCACTATGGACCGAAGGGTGAAAAGATCCCCATGGATGGAACTATGCCTACAGAAAAACCTGAAGGTGGTATCATTTCAACAGCAGATGACATGGCGAAGTATCTCTTAATGCATCTGAACAAAGGAAAGTATGATGGCAAAGAAATTGTGAGCCAAAAAAGCATAGAGCAAATGCACACATACCAGTTTTATGCTGATAAAACGATTCCACTTACAACAATCGGGTTCGAAGGCTATTTCAATGAGAAGATGAATGGTCAACATGTGATTCTAAAAGGAGGAAATGTTACAGGGCATTCATCCCTGATTGTTATTCTGCCAGAGAAAAATGTAGCCTTCTATATGTCCAACAATGACGATAACCCCTATGTGAGCATTGACGTGTATGAAGCGTTTATGAATCACTATTATCCAAGAAAAACAGAAGTTTCAAAGCCAACCTATTCGGCAATCAGTGAGCAGCAAGCCAAAGCGTATGTCGGATTATATAAAAACACGCGTATGGAGGCCTCAAGGACTATGGTTTCTTATTCGAACGGGAAATTAGTTACGGAAACAGCTTCAGGCAAGCATACGCTGAAAATGATCCACCCTTTATTGTTCGAAGATGAATCAGGTACTAAAGTGACGTTTAAGAAAAACGCAGCTGGCCATATTGCATATATGTATTCTACGGGCCTACCAGACTTAGTTGCATTTTCAGAAAAAGTTAACGTGGATTCACCTTTCTCTGATGTACCTGCGAATAGTAAGTATAAATCATATATTAACAATCTCAAGGCTTTGAAAGTCATGAACGGGAAGTCTTCCCATATCTTTGATCCAAAAGGAACGATGACTCAAGGCGAATTCTCAGAAGTGCTGCTTCGCGCCCATGGGTGGCATAAACAGCCTTACATGATTGAACTCAATAAGAAGCAGATGAAAGCCGGACTGCCTAATTATCAGCCTAATTCTCCGATCACTAGACAAATGGCGGCGGTGATGATCCAAAACCTGAAGCAGGTAGAGCCTAGAACGAAGGTTAAACTGAGTGGCACAACGGATGCCTGGGCAGTTGAAGCCATCAAAGCGCTTATATCTCAAGGGATCATGGACCCGGATACCAAGGTTAAATCTGATGGTTCCGTGAATTTCCGTTCAAAAGAACTTTTGAAACGCCAAGAGGCTAGTGCCTTATTGGATCAAGCATTTAATTACTATACTTTACCGATTGGTCACTAA	MNKKTRTIAVLLLSAMATTAIIPTSSRAAAATMTTTNAPVNSSLEGPRDAKELEAFADIVFADVMKKYNTVGSNFAVVADGKVLLSKGYGYADKEKKIPVDKDTVFQIGSVTKTFTALAAMQLVDKGNIDLRGDIQKYLGGVKIPNKTGKKLTMYDLLTYATGFESPDISSYYSPEYVNKNFPIKDFVKSHMSAVVRPPGEAYVYDNLGFLLAGYAVENVSGMPYSKYMEKNIFTPLGMTSTSVRFTPELLGRMAAHYGPKGEKIPMDGTMPTEKPEGGIISTADDMAKYLLMHLNKGKYDGKEIVSQKSIEQMHTYQFYADKTIPLTTIGFEGYFNEKMNGQHVILKGGNVTGHSSLIVILPEKNVAFYMSNNDDNPYVSIDVYEAFMNHYYPRKTEVSKPTYSAISEQQAKAYVGLYKNTRMEASRTMVSYSNGKLVTETASGKHTLKMIHPLLFEDESGTKVTFKKNAAGHIAYMYSTGLPDLVAFSEKVNVDSPFSDVPANSKYKSYINNLKALKVMNGKSSHIFDPKGTMTQGEFSEVLLRAHGWHKQPYMIELNKKQMKAGLPNYQPNSPITRQMAAVMIQNLKQVEPRTKVKLSGTTDAWAVEAIKALISQGIMDPDTKVKSDGSVNFRSKELLKRQEASALLDQAFNYYTLPIGH				NA	NA	NA	NA	NA
JZ016_02639	1182	bcr_3		Bicyclomycin resistance protein	GTGCAAAGAAAAATCTCAAATCCATCCATATGGTTATTAATTATCCTTGTGGGTTTCCCGCAAATTAGTGAAACGATATATACACCATCATTACCGGACATTGCCCATCAATTGGGAGCAAGCAATAATGCAATCCAACTGACGCTCAGCATTTACTTTCTGGGCTTTGCCTTCGGTGTGTTTTGCTGGGGAAGGCTTTCGGATTCCATCGGACGTCGCCCTGCTATGCTGTGGGGCATCCTGGTTTATGGAATAGGCAGCTTGGGCTGCTATCTGTCCGGTTCGGCCGAATGGTTATTGGTGAGCCGATTCATTCAGGCCTTTGGTGCCAGCACCGGCTCGGTTGTCACCCAAACCATCTTACGTGAGAGCATCGATGGAGCCAAGCGACATGCGGTGTTTGCCCAGATTTCGGCTGCGCTTGCGTTTACGCCTGCTATTGGGCCGCTCATTGGCGGATGGGTAGATCAATCTCTTGGTTTCAGAGCAGTGTTCTTGACGCTGGTTTTGATGAGCGCCGTCATTTTGGCGTATACCTGGACTTCTCTGCCTGAGACCAGGGTAAAGTCTGTATCGAAGATTAACACCCTCTCCGTGGCCAAGCGTCTGGTCACTGACCGCAGAATATGGGGGTTCGGTTTTCTCATTGGAGCTACCAACGGCATATTGTTCAGTTACTATGCGGAGGCCCCGTTTATTTTTATTGAATTTTTTCAGATGAGTCCCGGCGGGTTCGGTTTCTTCGGTATCTTTGTTGCGATGTCATCCATCCTGGGTGCGTTGCTGTCGAAGAAACTGCTGACCAGGCTCCAGGCTGAGCGCATGATCGTGATTGGCACGATCATTACGATGCTGGGGGCCCTTTCCCTTACCGTTCTTGCTGTTAGCGGAATTAACGCCACCCTAATGCATAGGGTGTTGATGGTAGCGTGTATTTTTATTCTTCTGCTCGGTATCGGAATGGCGATTCCGAATTGCCTTAGTCTGGCGTTGAACCAATATGGAGATGTGCTCGGAACGGCAGGAGCGATCTTCGGATTGGGTTATTACATTGTCGTCAGCTTGATTACCAGCGGCATGAGCCTTCTTCACAATGGCTCGTTAATCACAATGCCCTTGTATTTTCTTGGGCTTGCGGTTGTCATGGTTTGCGTGAGCAAGAAGTTGCTGGATATACGCTGA	MQRKISNPSIWLLIILVGFPQISETIYTPSLPDIAHQLGASNNAIQLTLSIYFLGFAFGVFCWGRLSDSIGRRPAMLWGILVYGIGSLGCYLSGSAEWLLVSRFIQAFGASTGSVVTQTILRESIDGAKRHAVFAQISAALAFTPAIGPLIGGWVDQSLGFRAVFLTLVLMSAVILAYTWTSLPETRVKSVSKINTLSVAKRLVTDRRIWGFGFLIGATNGILFSYYAEAPFIFIEFFQMSPGGFGFFGIFVAMSSILGALLSKKLLTRLQAERMIVIGTIITMLGALSLTVLAVSGINATLMHRVLMVACIFILLLGIGMAIPNCLSLALNQYGDVLGTAGAIFGLGYYIVVSLITSGMSLLHNGSLITMPLYFLGLAVVMVCVSKKLLDIR	PGPT0020800_415	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020800-ABC_PA_S-K02030	NA	NA
JZ016_02640	339			hypothetical protein	ATGATACTGAACCATCTTAACCTCACCGTCACCGATGTAACCGCAGCAAAGGAATTTTTGCAAACCTATTTTGGACTCAAAATTGGAGGCGAGCGTGGCCAGTCGTTTGCAGCACTGTTTGACGATCAGGGGATGGTGCTGACCTTAATGCGGGGTACCGAGGTTAACTATCCCAAGACGTTTCATATCGGCTTTATACAGGAAAGCGAAGCAAAGGTAAATGAGATCCATCAGCGTCTAAGCGATGACGGCTTTGATGTCACAGCGCCTCAAAGAGCGCACGGATGGACCTTCTACGTTAAAGCTCCGGGCGGTTTTACTGTCGAAGTACTGGCCTAA	MILNHLNLTVTDVTAAKEFLQTYFGLKIGGERGQSFAALFDDQGMVLTLMRGTEVNYPKTFHIGFIQESEAKVNEIHQRLSDDGFDVTAPQRAHGWTFYVKAPGGFTVEVLA	PGPT0013300_6270	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_02641	537			hypothetical protein	ATGTGGAATATCGATTTTGAGCACCAGTATGACAAACGTTCCGGCGCAACCGAAGAACAAATGGCCCGTTTTGTTAAGGAGTGGAATGCGGAGCTGTCTGCGGCAGAAATGGAGGACATCAAGGGAAGACAAGTGAATCCTTTTCACAAAAGGTCTCCCTTTTACGACCAATATACGCCGCTCGATCCTGCAGGTTGGAAGCTGCCTCAGCGAAGTTTTCCCGCTAGCTATTTGGACTTGTTGAAGTACTCCAACGGTGGAGAGTTTCAACAGGGAGAACGTCTTTTTCAGTTCTTTAGCACGGATGACCTGAGGGAGATGAATCTGGCTTACGAGCTGCCGGAGTATATGCCGAATGCGGTGTCGTTTGCTATGGATGGAAGCGGAAATCATTATATGTTCGATATGAGGGAAGATTCGATAAACGGTGAATATCCGATTCTGTTCGCTCATTCCGGCAGCTTGGGGTATGAGGAGTGCGGACGGGTTGCGGATTCTTTGTCGGCGTTATGCACGGAGAAATGGGAGCTGTATTGA	MWNIDFEHQYDKRSGATEEQMARFVKEWNAELSAAEMEDIKGRQVNPFHKRSPFYDQYTPLDPAGWKLPQRSFPASYLDLLKYSNGGEFQQGERLFQFFSTDDLREMNLAYELPEYMPNAVSFAMDGSGNHYMFDMREDSINGEYPILFAHSGSLGYEECGRVADSLSALCTEKWELY				NA	NA	NA	NA	NA
JZ016_02642	765	fabG_11		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAATACATTGAATGGGAAAGTTGCTATGGTTACGGGCTCGAGCCGAGGCATCGGACGTGCCATCGCGATACGATTGGCGAAGGAAGGAGCGTTGGTAGCCGTTCACTATGGCAAGAACCATGAGGCGGCGGAAGAGGTCGTCAGCGAGATAACACGGGCTGGCGGAGAAGCTTTCTTGGTAGGGGCAGATCTCGCCTTCTCGGATGGAATAAGTGCCCTGTACGCGGCGCTGGATGAGACATTGAAAGCACGAACAGGCAATACGTATTTCGATATTCTGGTTAACAACGCAGGGATCGGCTTAGTGGAAACCATCGAGGAGACCACGGAGGAGAGCTTTGATGATGTGATGCGAATGAACGTGAAGTCGCCATTCTTCGTGATTCAGCAGGCTCTGCCACGTCTTCGGGACGATGGGCGCATTATCAATTTATCTTCTGCAGTAACGCGAATTTCCTTGCCCAATATTCCAGCGTATACGATGACGAAGGGGGCTATTAATTCGCTGACCCTCTCTCTGTCGAGCCAGCTGGGTTCCCGCGGAATTACGATCAATGCGATCCAGCCCGGATTCGTAGCTACCGACATGAATGCTGCCATGCTTCAGGACCCTGCCTCGTTCCAATTCGGAGCCGGTTATTCGATCTTCGGAAGATGGGGTGAGCCTGGGGATATCGCGGACATAGCTGCGTTTCTGGCATCTCCGGACAGCCGCTGGATCACCGGTCAATGCATCGATGCCAGTGGAGGCTCCCATCTGTGA	MNTLNGKVAMVTGSSRGIGRAIAIRLAKEGALVAVHYGKNHEAAEEVVSEITRAGGEAFLVGADLAFSDGISALYAALDETLKARTGNTYFDILVNNAGIGLVETIEETTEESFDDVMRMNVKSPFFVIQQALPRLRDDGRIINLSSAVTRISLPNIPAYTMTKGAINSLTLSLSSQLGSRGITINAIQPGFVATDMNAAMLQDPASFQFGAGYSIFGRWGEPGDIADIAAFLASPDSRWITGQCIDASGGSHL	PGPT0003180_8111	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_02643	837			hypothetical protein	ATGAAAAAAAGAGCGTTTGATATGATCATGCTGCTCATCGGGGCATTTATTTTTGCGCTGGCCGTCAATTTATTCGTCATTCCCAACGATTTTGGCGAAGGCGGCGTTACCGGGATATCGATTATTCTGTTTTATGTGCTGAAATGGTCCCCGGCGCTGGTCGGCATAGTGATTAACGGAATTTTGTTGATTGTCGGCTATAAGCTTCTGGATAAAAAAACGACTGTCTATACCATTATCGTTGTTGCCTTTCACTCTCTGTTCCTGCACTTGACGGAGAACTGGCACATCGCTTCGGATGAGCCGGTGATCAATGCCATCTTCGCCGGGTTGTTTGCCGGCGTCGGGATTGGACTCATCGTACGGGTTGGCGGCACTACGGCAGGTACGGTGATATTGGCCCGTCTGGCTAATAAATATTGGGATTGGAATATCAGTTATGCCCTGCTGTTCTTTGACCTGATCGTGGCCGGACTGTCCGTCTTTGTAATCGGGATCGAGAAGGTGATGTTCACCGTGGTCATCCTCTATATTGGCACCAAGGCGATGGAGTTCATTATCGAGGGTTTGAATCCCAAAAAGGCCGTTACCATCATCTCGACTCATCATGACCGCATCGCGATTCGGGTGACGGAGATTATGGACCGCGGGGTGACCGTGCTTCGGGGTTATGGATATTACACCGGGCAGACCAAGGATGTGCTCTACATCGTCATCAGTAAACAGGAAGTTTCCATGCTCAAAAAAATCGTCCGTGCGGAGGATAAAAACGCCTTTGTCACGATTCACGACGTACGCGACGTGTTTGGCGAAGGATTTATCGATATTTCGAAATAA	MKKRAFDMIMLLIGAFIFALAVNLFVIPNDFGEGGVTGISIILFYVLKWSPALVGIVINGILLIVGYKLLDKKTTVYTIIVVAFHSLFLHLTENWHIASDEPVINAIFAGLFAGVGIGLIVRVGGTTAGTVILARLANKYWDWNISYALLFFDLIVAGLSVFVIGIEKVMFTVVILYIGTKAMEFIIEGLNPKKAVTIISTHHDRIAIRVTEIMDRGVTVLRGYGYYTGQTKDVLYIVISKQEVSMLKKIVRAEDKNAFVTIHDVRDVFGEGFIDISK				NA	NA	NA	NA	NA
JZ016_02644	1380	gdh	COG0334	NADP-specific glutamate dehydrogenase	GTGACTACGAATATTTCTGTTTCTTCACCCCTTAATGCCGCGAAAGACTATGTGGAATCCATCTATAACCAAGTGGTGGCCCGGGATCCGCACGAGAAAGAATTTCATCAAGCCGTCCGGGAATTTGTCGATTCCCTCGTCCCTGTTTTAGCCCAGCATCCGAAATATCGGGAACACGGTATTCTGGAACGCCTTGTCGAGCCTGAACGAATGATCACCTTCCGTATACCATGGGTGGATGATCAAGGCAAAACCCAAGTAAACCGCGGGTTCCGCGTCCAGTTTAACAGCGCGCTGGGTCCGTACAAAGGCGGCATCCGATTCCATCCTTCGGTTTATGCCGGCATCGTCAAATTCCTTGGCTTTGAACAAATCTTCAAAAATGCGCTCACAGGCCAGCCCATCGGCGGCGGCAAGGGCGGCTCGGATTTCGATCCAAAAGGCAAATCCGATCAGGAAGTCATGCGTTTTACCCAGAGCTTCATGACCGAGCTCTACCGCCATATCGGACCTGATTCCGATGTGCCTGCCGGCGATATCGGTGTCGGCGCTCGCGAGATCGGTTATATGTTCGGCCAATACAAGCGTATCCGCGGAGGACATGAGGCCGGCGTACTGACAGGCAAAGGCGTCATCTATGGCGGAAGCCTGGCACGTACGGAAGCAACCGGTTACGGCTGCGTCTACTTCGTACAGGAGATGCTGGCTTCGCAGGGCCTTAGCTTCAAAGACAGCCGCGTTGTGGTGTCCGGCTCGGGCAACGTCTCCATCTATGCGATTGAAAAAGCACAGCAGCTCGGTGCGCACGTCATCGCCTGCAGTGATTCCAACGGATACCTGTATGATCCGGACGGAATTAACCTCGAAACCGTCAAGCTGCTGAAGGAACGGGATCGCCTGCGGATCAGCGAATACGTCAAGATTCACCCGCATGCCGAGTATACCGAAGGCTGCACGGGCATCTGGAACATTCCATGCGACATCGCGCTTCCATGCGCCACGCAGAACGAGCTGGATGAAGAAGCAGCGAAGACACTCATCATGAACGGCGTAAAAGCCATCGGTGAGGGAGCCAATATGCCTTCCACGCTGGAAGCGATTGAGCAGTTCATCAGCAGCGGCGTGCTGTTCGGACCGGCTAAAGCCGCCAATGCAGGCGGGGTTGCCGTATCCGCGCTGGAGATGAGCCAGAACAGCATGAGAATGTCATGGACCTTTGAAGAGGTGGATGCAAAGCTGCATCAGATCATGAAAAACATCTACAGCAGTGCCGTAGATGCTGCAGAAGAATATGGCGTAGCCGGCAATCTTGTGGCTGGTGCTAACATCGCAGGTTTTATTAAAGTAGCAGATGCCATGATCGCACAAGGTATCGTATAA	MTTNISVSSPLNAAKDYVESIYNQVVARDPHEKEFHQAVREFVDSLVPVLAQHPKYREHGILERLVEPERMITFRIPWVDDQGKTQVNRGFRVQFNSALGPYKGGIRFHPSVYAGIVKFLGFEQIFKNALTGQPIGGGKGGSDFDPKGKSDQEVMRFTQSFMTELYRHIGPDSDVPAGDIGVGAREIGYMFGQYKRIRGGHEAGVLTGKGVIYGGSLARTEATGYGCVYFVQEMLASQGLSFKDSRVVVSGSGNVSIYAIEKAQQLGAHVIACSDSNGYLYDPDGINLETVKLLKERDRLRISEYVKIHPHAEYTEGCTGIWNIPCDIALPCATQNELDEEAAKTLIMNGVKAIGEGANMPSTLEAIEQFISSGVLFGPAKAANAGGVAVSALEMSQNSMRMSWTFEEVDAKLHQIMKNIYSSAVDAAEEYGVAGNLVAGANIAGFIKVADAMIAQGIV	PGPT0000690_305	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMATE_DEGRADATION|CONVERSION,PGPT0000690-gdhA-K00262	NA	NA
JZ016_02645	984	ddh		Meso-diaminopimelate D-dehydrogenase	TTGAAAGCATCTATTAAAGTAGGGATCGTAGGTTATGGAAATTTGGGCAAAGGCGTACAGAAAGCCATCGGGCAAAATCCGGATTTGGAGCTGGTAGCCATCTTCACGCGCAGAGACCCGCAGCAAATGCCGGCCAATTCCGGTGCTCGCTTCGAGCATATATCAGCGGCAGAGCAATATATCGGCAAGATTGACGTTATGATTCTGTGCGGCGGTTCGGCTACGGATTTGCCTGAGCAAACACCACAGCTTGCCAGCATGTTCAATACGGTAGACAGCTTTGACACACACGCGAAAATCCCTGAGTTTTTCGAGGAAGTCAACAAAGCGGCGATGGGCGGAGGCCATGTCAGCGTCATTTCGACAGGCTGGGATCCGGGCTTGTTCTCCATGAATCGTCTGCTTGCCGAAGCGATTTTGCCGGAAGGTAAGGATTATACCTTCTGGGGCAAAGGCGTGAGCCAGGGCCACTCGGATGCCATCCGTCGTGTTCCCGGGGTGAAGGCAGGCGTTCAATACACGGTTCCAGTAGAAGAGGTTATCAACCAAATCCGTTCTGGTGAAACACCGGAGCTTGCCACACGCGAGAAGCACCGGAGAGATTGCTTCGTCGTAGCGGAAGAAGGCGCGGACCAAGAGCAAATCCGTCAAACGATTGTGTCGATGCCTAACTATTTTTCCGATTACGATACAACCGTAACTTTCATTACGCAAGAAGAGCTTGAAGCTGAGCATGCAGGCATGCCTCATGGCGGATTTGTCATTCGCAGCGGCGTAACCGGAAGCGGTAATAAACAAATTGTTGAATTTGGCCTGAAGCTTGACAGCAATCCGGAATTTACGGCCAGTGTGCTGGTATCTTATGCAAGAGCTGCCCATCGTTTGAGCAGAGAGGGACAGCAAGGCGCCAAGACGGTGTTTGATATCCCGCTGGGATACTTATCTCCAAAATCGGCTGAAGAGCTCCGCAGCGAGCTTCTATAA	MKASIKVGIVGYGNLGKGVQKAIGQNPDLELVAIFTRRDPQQMPANSGARFEHISAAEQYIGKIDVMILCGGSATDLPEQTPQLASMFNTVDSFDTHAKIPEFFEEVNKAAMGGGHVSVISTGWDPGLFSMNRLLAEAILPEGKDYTFWGKGVSQGHSDAIRRVPGVKAGVQYTVPVEEVINQIRSGETPELATREKHRRDCFVVAEEGADQEQIRQTIVSMPNYFSDYDTTVTFITQEELEAEHAGMPHGGFVIRSGVTGSGNKQIVEFGLKLDSNPEFTASVLVSYARAAHRLSREGQQGAKTVFDIPLGYLSPKSAEELRSELL				NA	NA	NA	NA	NA
JZ016_02646	1062			hypothetical protein	ATGACACATGAAGAAAACGCCGCAGGCTGGGACGCAATTGACGAGCAGCTGTTGAAGCTGTACGGGGAGCAGGAGCCGAAACATTACGGAGCCCTAATTCCTTATGCTCTTGGAGGATCCGATCCGCTGAATGGAATCAGCGCTTATACGTCGAATGCCCCTTTTCCCCATTGGCATATGGTCACTTATGGCTTTAGCGAGCTGTATGACAAGGAGTCGGACAATCTGGAGGAGAGCGGTTACGGATTCGAATTGACGTTCAGGCTGGCTAAGCGGGAGGGCGAGGAAGAGCCGCCGGCGTGGGCGCTAAATCTGCTTCAGAACATGGGGAGATACGTGTTTAACAGCGGGAATGTTTTTCGCTCGGGGGATTATTTGGATGCCAATGGGCCGATCTGCCTGGGAACCGATACGCAATTGACCGCACTCGCCTTCACCCTGGATCCCGAGCTGCCGGGGATGGATACGCCGAATGGTCGGGTAGAATTCCTGCAGATGGTTGGCATCACACGTGAAGAGCTCGAGGCGATGCAGACATGGAATACGCTTGGCGTATTACAAGCTTGTGCGGAATATATGCCGCAGTACATAACGGACCTGGATCGGGATTCGCTGCTGAAGATGCCTTCGATTTCAGAAGCCGTTGATCGGGGGAGAAAACAAGAGGGCTCGAACACCGGATTTCTCTACGTGAGCCAGCTGGCTTTTGAACCGGGGAAGAAGGGCTGGTTCAGTAAAACTCCGGCCACCTTACAAATAGGCGCCAAGCAGGCCGAAATTATCGGGAAGCTGCTGCAGGGCCGAATTCTGAAAGATAAGAAACTGAGCCTAGTAGGCTCGGATGTTCGGGTCGTTTTTGAGCCGGGGGAAGAGAGTCGCTGGACTGCAGAGGATGGAGATGTTACCCTTGTTTTGGACGATCGGACCGCGGGTGAATTTTCAAGCCGATTGCTGCCGCAGGTCAGCACCTTCGAGCTTTCTGGCTTGCAAGGAATTCGGATTGAAGTCCTGAAGACGGAAATCAAGGATCAAGAAGGAAATGTTGTACAAGTTATCGGATAG	MTHEENAAGWDAIDEQLLKLYGEQEPKHYGALIPYALGGSDPLNGISAYTSNAPFPHWHMVTYGFSELYDKESDNLEESGYGFELTFRLAKREGEEEPPAWALNLLQNMGRYVFNSGNVFRSGDYLDANGPICLGTDTQLTALAFTLDPELPGMDTPNGRVEFLQMVGITREELEAMQTWNTLGVLQACAEYMPQYITDLDRDSLLKMPSISEAVDRGRKQEGSNTGFLYVSQLAFEPGKKGWFSKTPATLQIGAKQAEIIGKLLQGRILKDKKLSLVGSDVRVVFEPGEESRWTAEDGDVTLVLDDRTAGEFSSRLLPQVSTFELSGLQGIRIEVLKTEIKDQEGNVVQVIG				NA	NA	NA	NA	NA
JZ016_02647	738			hypothetical protein	ATGTTCATGAAAAAAATAACGGCATTATCCGTAACCTTAACACTTTCAGCTTCGCTTATAGCCACTTCGCTAGCCCCGCTGCCGGGTTCCGTCGATGCGGCCTCCGCCAAGGAATGGATACAGATCTCCGAACGGACATCCTATTACGGTGAAGCAGCCAACGGCCAGCCCAATGGGCGCGGTACGATCAAGTGGGGAAATGGCAAACAATATTCCGGCGAATTCATTAACGGGAAGCGCACCGGAAACGGTAAATACATTAACGAATATCAATTAGACGGTGAGACGCATAAGGTGGTGTATATCGGCCGCTGGAACAACGACAAAATGGATGGCGAAGGCATCCTGACGCATAAGGTGACGTTGCCTGACGGGTCCGTTCGATGGAATCAGATCCAGAAGGGGACATTCCAGGCAGGTGTATTCCAAAGCGGATACGATGTCATTCATGCCGTCGCGGATCCCGACTACAGCTTTACCTACAAGAAAGGCAAGGAATCGCTCGAAATCATGGGCTTCAATCAAAACATGAAGCAAGCCTGGGCCGCCGGAACGATGTTCAGCGTTCATTACAAAAACGGCAACATCAACAAAAAATCTTCGATCTTCCCTGCCAATTCGGCGGCTGAACAGCGTCAAAATGACGCCGCGATTCGTTATTTCAAGAGCATTCAAAGCAAAATAAATCCTCACCTGGAACAATTTGAAGCATTGTCCAAGCAGGTTCCGTTAAAATAA	MFMKKITALSVTLTLSASLIATSLAPLPGSVDAASAKEWIQISERTSYYGEAANGQPNGRGTIKWGNGKQYSGEFINGKRTGNGKYINEYQLDGETHKVVYIGRWNNDKMDGEGILTHKVTLPDGSVRWNQIQKGTFQAGVFQSGYDVIHAVADPDYSFTYKKGKESLEIMGFNQNMKQAWAAGTMFSVHYKNGNINKKSSIFPANSAAEQRQNDAAIRYFKSIQSKINPHLEQFEALSKQVPLK				NA	NA	NA	NA	NA
JZ016_02648	762	golD_1		NAD-dependent glycerol dehydrogenase	ATGCAGCCTAATTTCAGCATACAGGATAAAATCGCAATCGTGACGGGGGCCAGCAAAGGCATCGGTTATGGACTAGCCCAAGCGCTGGCAGCGGCTGGGGCCAAGGTTGCCGTCATGGCACGAAGCAAGGACCTGCTCCATCCATTGGTCGAGGAAATCTCTCAGGCAGGAGGTCAGGCCAAGGCCTATGAGCTGGACGTCCGGAATGTGGAGCAGATCCGAGCCGTATTTGGTCAGGTAGCCAAGGATTTCGGCCGGCTCGATATCGTGGTCAATAACGCGGGTCTGGGAGAGGGGATGCTGGCGGAAGAGATCACGGAGGATTATTGGGATGAGATGATGGACGTGAATTTGAAGGGCGTATTTTTCTGCTGTCAGGCCGCTGGCCGTATCATGCTGGAGCAGGGGTTCGGAAAAATCATTAACGTCAGCTCCCAGGTGAGTGTCGTTGGGATTACGGAAGGGGCAGCCTATTGCGCCTCCAAAGGCGGCGTGAATCAGCTGACGAAGGTGCTGGCGCTGGAGTGGTCCAGCCGTGGCGTGAACATTAATGCCGTCGGCCCTACGTTCATCCATACGCCGGGAACAGCCGAGCGTTTGGACTCCCCTGATTTCCGCGACGGCGTCCTGGCACGGATTCCCGCAGGGCGGATCGGCACCATAGGCGATGTGGCCGGAGCCGTGATTTATCTCGCCTCCCCGGCAGCTGATCTCGTTACTGGCACTTTGCTGCTTGTGGATGGCGGCTGGACGGCACAGTAG	MQPNFSIQDKIAIVTGASKGIGYGLAQALAAAGAKVAVMARSKDLLHPLVEEISQAGGQAKAYELDVRNVEQIRAVFGQVAKDFGRLDIVVNNAGLGEGMLAEEITEDYWDEMMDVNLKGVFFCCQAAGRIMLEQGFGKIINVSSQVSVVGITEGAAYCASKGGVNQLTKVLALEWSSRGVNINAVGPTFIHTPGTAERLDSPDFRDGVLARIPAGRIGTIGDVAGAVIYLASPAADLVTGTLLLVDGGWTAQ	PGPT0018065_1287	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_OLIGOGALACTURONIDE_DEGRADATION,PGPT0018065-kduD-K00065	NA	NA
JZ016_02649	1098			hypothetical protein	ATGAGCGGACGGTTATCTGAAGCGCAGCAGCAAGCGATTCTTCATGTCGAATCAACAGCGGCGAGCCAGCGAAGGGTCGCCTTGAAAATGACGGAGCACATCTTGCGGAAGCATGCAAAAGCTTCCGTAACGATCGGCTCACTGTTATCCTATATCGAAAAATTTGCCCGCGTCACGTTGAATTTCCATCCGGATCGGATACTGCCCGCCGGACACGCTGTCATCGAATCCCTCATGGCAGAAGGCATATATCATAACCAATTCATCACGAGCGTGACTAATGGAAGCAAGACCGCTTATCCGGGCGGTGACCGCGACCAATGGGAACGGCTCCTGTTTGGCGGAGCCTACCAGCAGCCCGGTGTGCGTAACGACGAGCGGCCGAAATACGGAGGACTTAATCTTATGAATTATGTCGATGGCGCGTCTCCCCGCTTTGGCTCCTGTTTGTTGGTGCTGTCCCCTAACGTATTGAACCGCTGTACCTTTACGTTCGGAGACAGTCATGTAGGTCCCGAGTATGTAGGCACACTCCGTCGGTGGGATTCCATTCTCGCTGCACTCTTGCATCAAGTTGAGTCCACTGGCTCGGCCCTGGGTTCCCCGAATGTGGACATTCCATCCATGCTGGATCGGCTTCTTCATCTGCCTTCATCATATACCGGTTCTTCCGGGCCTGTCGGTCGTTCCTTGGATGATTATATTGAAGCGCAGATCCATGGCGTCATTGACTTGTCCAGCGATGTGGAGGCCCTGGTAGCCGATCCTTCCTATAGGAACACCCCAATTGGATCTTTGCTTCATGCTTTATGTGAACGGTATAACCTCACCTTGTCCTGGCATCCCGGCTTCTGCCTTGCTGTACGGGATGTTCCGGATGATTTTCGGGGACCCGCCATGCCGCCGCTCGCCAAGCGGATCGATCAACGGTTTGGAGGCTCGCTGGGCATGCTGGATGCAGCCATTATCGGCAAAGCAGCTGCTCAACTGCACCATGATTCAAGCGAATGGAGCGATTGGGGAACATTTGCTGAAACCTTCCAGCATCTCAAACAGCTGTGGCATGTGCTCGTAAAGTATGGACATTCGTATCCGTAG	MSGRLSEAQQQAILHVESTAASQRRVALKMTEHILRKHAKASVTIGSLLSYIEKFARVTLNFHPDRILPAGHAVIESLMAEGIYHNQFITSVTNGSKTAYPGGDRDQWERLLFGGAYQQPGVRNDERPKYGGLNLMNYVDGASPRFGSCLLVLSPNVLNRCTFTFGDSHVGPEYVGTLRRWDSILAALLHQVESTGSALGSPNVDIPSMLDRLLHLPSSYTGSSGPVGRSLDDYIEAQIHGVIDLSSDVEALVADPSYRNTPIGSLLHALCERYNLTLSWHPGFCLAVRDVPDDFRGPAMPPLAKRIDQRFGGSLGMLDAAIIGKAAAQLHHDSSEWSDWGTFAETFQHLKQLWHVLVKYGHSYP				NA	NA	NA	NA	NA
JZ016_02650	855	rhaS_14		HTH-type transcriptional activator RhaS	ATGGATTGGGTAAAGCGGATGAATGAGGCCATAGGCTATATAGAAGATCACATAACCGAGGAGATCGATTACGCTGAAGCTGCTCAGATCGCATGCTGCTCCGTTTATCATTTTCAACGCATGTTTCCGTTCATTACGGATGTGTCGCTGTCCGAATACATACGGAGACGCCGGCTGACACTGGCCGCTTACGAGCTGCAAAACAGCGATATCAAAGTAATCGATCTAGCGCTTAAATATGGTTATGATTCCCCGGAGGCGTTCGCGCGTGCGTTCCAGAACATGCATGGCACAACGCCGACGGCTGCACGCCAAACCGGCACCAAACTGAAGGCCTATCCCCGCATCTCCTTTCAATTCTCAATGCGAGGGGCTGCCGAAATGAATTACAGAATCGAAGAAATGAAAGAGTTTTCCGTTGTCGGTTTCAAGGAGCAGGTACGCACGCAGCGTGCTTATGAAGACGTTCCCCGCCTCTGGATGGAGGCCCAGGAGAAGGGCATTTTCGAGAAACTATGGAACTATCGTGTGCAGGACCATCCGATCCGCGGAATACTCGGTGTTTGTGCAGACGGTGACTATGGGAAGAATGAGGATTTTGACTACATCATGTCCGTCGTATCCACGGATACGCCTCAGGAACCGATGGTACAGCGACATTTCCCTGCCGCCACTTGGGCCGTATTCGAGCTGGAAGGAGATCCAAGCGGCATTGCAGAGATGTGGAAACGTCTTTATACGGAGTGGATACCATCCCAAACTTATGATCTAGCGCCGCTTCCCGCCATCGAATGCTATCTTCCTCCGGATGAGCATAAGAACGAGTTATGGATTCCCGTGATTAGAAAGGCTTAG	MDWVKRMNEAIGYIEDHITEEIDYAEAAQIACCSVYHFQRMFPFITDVSLSEYIRRRRLTLAAYELQNSDIKVIDLALKYGYDSPEAFARAFQNMHGTTPTAARQTGTKLKAYPRISFQFSMRGAAEMNYRIEEMKEFSVVGFKEQVRTQRAYEDVPRLWMEAQEKGIFEKLWNYRVQDHPIRGILGVCADGDYGKNEDFDYIMSVVSTDTPQEPMVQRHFPAATWAVFELEGDPSGIAEMWKRLYTEWIPSQTYDLAPLPAIECYLPPDEHKNELWIPVIRKA				NA	NA	NA	NA	NA
JZ016_02651	492			hypothetical protein	ATGACAATCGATCAACGAAACGAAGCAGCGGTTACGACTAAGGAAGCTTTTCAGGCGATAGGATTGAAGTGGGAAGGCACATTTGCCGAGGCGGGCGCAGGCGGGATACGTGCAGTGCATCGGTTGATGCAAGAGCGGCTCGCGGAGATCCCCCATGCCTTGCATACCGACACGCTGCTGGGGCTATCTTATCACGCTGTTCCCGGTGGTGACGGATTTATTCACTACGCGGTCGTGGAAGTGGAACGGATCGACGAAGTGCCGGAGGGGATGGTTACGATATCCGTTCCCGCATTAACCTATGCCACTTGTACTCATCGGAAAGAGCAGAGCATCGATCAGTCCTATAACAATATCTATGCCTGGATCAAAGAACAAGGTTACTCGGAATATAACCCGGATCATTTAACGCATTTCGAAAAATATCCGATGAGCCAGGATCCCTATGCGGATGACCCCGAATTTATCATCATGATTCCTGTTCATATATGA	MTIDQRNEAAVTTKEAFQAIGLKWEGTFAEAGAGGIRAVHRLMQERLAEIPHALHTDTLLGLSYHAVPGGDGFIHYAVVEVERIDEVPEGMVTISVPALTYATCTHRKEQSIDQSYNNIYAWIKEQGYSEYNPDHLTHFEKYPMSQDPYADDPEFIIMIPVHI				NA	NA	NA	NA	NA
JZ016_02652	693			hypothetical protein	ATGCCCAAAACCGAACGCATCCTTAAGGTCATGCAGCGGGTGTATGAACGGCAAAACTTCACTGTTGGCGAGTTAGCCGAAGAATTCTCGGTTTCGTACCGTACGATGCTCCGCTATCTTCATGAGCTGTCTCGTTTAGGTGTCCCTTTATACGCCAATGAGGGGAAAAACGGCGGCTACTCCATTCTGACATCGCGGCAAAAGCGAGAACGATCCGCACAGACGAATGAATCTATTCAGCGGATCATCAAACCGCAAACGCTGATCGTCGGCCTGGAGATGAAGCTTCCTTTTACGGCCTATTATATGTCCCAAGCCCTCAAGCCAAAGCTCTGGCAGGAACTCCAGGACCGTATGGAGGAAATTCCATATATACGCAAGAAAACGTCGAATCCCTTGTATATTGCAGCTGTTTTGAATCGGCAGCAGATCTATCACTATGTAGCCGGAATCGAGGTAACGACGATTCGTGATACGCCGGAGCGGATGGTGGGTTTAACCCTGCCGACACAGGAATATGCCATGTACACCCATGAGGGGCATTCCGACAGGGAGGATACCGACCAGTCCTATGCCTATGTTATCCAGCAATTGAAACAACGTGCCCTTACGCCAAACCCGTCGCTCTACAGCTTGGAGCTGAGAACTTCGGTACATGCCTCTAAGGCCCAAATCTACATACCTATAACCTGA	MPKTERILKVMQRVYERQNFTVGELAEEFSVSYRTMLRYLHELSRLGVPLYANEGKNGGYSILTSRQKRERSAQTNESIQRIIKPQTLIVGLEMKLPFTAYYMSQALKPKLWQELQDRMEEIPYIRKKTSNPLYIAAVLNRQQIYHYVAGIEVTTIRDTPERMVGLTLPTQEYAMYTHEGHSDREDTDQSYAYVIQQLKQRALTPNPSLYSLELRTSVHASKAQIYIPIT				NA	NA	NA	NA	NA
JZ016_02653	1191	fabV	COG3007	Enoyl-[acyl-carrier-protein] reductase [NADH]	ATGATCATTAAACCTAGAACACGGGGATTTATTTGCACAACATCCCATCCTGTAGGCTGCGAAGCCCAGGTGCAGGAGCAGATTGATTATGTGTTACAACAGCCTGGCATCGAGGGCCCGCGCAATGTGCTGGTTATCGGCGCTTCCACCGGGTACGGCTTGTCGGCCAGAATTGCTGCCGCATTCGGCTCCCGGGCAAATACTGTAGGCGTGTATCGTCCCAGCCAGGCAACCGAGAAGCGGACCGCTTCGGCAGGCTGGTATAACTCGGTCGCATTTGAGAAGGCAGCGGAGGCTGCAGGCTTAAAATCGTTCAGCGTGACAGGAGATGCTTTCACGCAAGAGACCAAAGCCAAGACGGTTGAGCTTATCCGCAAAGAGCTGGGACAGGTTGATCTCGTAGTGTACAGTGTTGCTTCGGCGCGCCGTACGCTGCCTGAGACGGGTGAGACGGTCAGCTCCGTATTGAAGCCGATCGGACCGGCCTATACCAACAAGACGGTAAACTTCCATACGGGTGAAGTGACGGAGGTAACGATTGAGCCGGCCACGGAAGAGGAAGTGAAGAACACCGTAGAGGTGATGGGCGGCGACGATTGGGAATTATGGATGAATGAGCTGGCGGAAGGCGGCGCATTGACTCCTGATGTGACCACGATTGCGTTCTCCTACATCGGCTCCGAGATTACCAAAGCCATCTACCGGGATGGATCCATTGGACAAGCCAAGGATCACCTGGAGGCAACCGCGCTGAAATTGAACGAGAAGCTTGCTGCTGGAGGCGGGCGAGCTTATGTAACGGTCAGCAAAGCGTTAGTGACCCAATCCAGCTCAGCGATCCCGGTCGTTCCGCTGTACGTATCGGCGCTGTACAAAGTGATGAAGGAGAAGGGGCTTCACGAAGGCTGCATCGAGCAGATCTATCGTCTATTCTCCGACCGCCTCTATAAAGGGCAAGAAACGCCGGTGGATGAGAAGGGACGCATCCGTATCGACGATTGGGAGCTTCGCGAGGATGTACAGGCCGAGGTAGCCGAACTGTGGAGCAAGGTGACAAGCGAAAATATTGAAGAATTGACGGACCTTGCCGGTTACCGCCGCGAGTTCTTCCAGCTGTTCGGCTTTGAAACCGATGGCGTGGATTACGATGCGGATGTTAATCCAGTGGTCGACAATCCGAAAGCCATTTAA	MIIKPRTRGFICTTSHPVGCEAQVQEQIDYVLQQPGIEGPRNVLVIGASTGYGLSARIAAAFGSRANTVGVYRPSQATEKRTASAGWYNSVAFEKAAEAAGLKSFSVTGDAFTQETKAKTVELIRKELGQVDLVVYSVASARRTLPETGETVSSVLKPIGPAYTNKTVNFHTGEVTEVTIEPATEEEVKNTVEVMGGDDWELWMNELAEGGALTPDVTTIAFSYIGSEITKAIYRDGSIGQAKDHLEATALKLNEKLAAGGGRAYVTVSKALVTQSSSAIPVVPLYVSALYKVMKEKGLHEGCIEQIYRLFSDRLYKGQETPVDEKGRIRIDDWELREDVQAEVAELWSKVTSENIEELTDLAGYRREFFQLFGFETDGVDYDADVNPVVDNPKAI	PGPT0001825_739	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001825-fabV|ter-K00209	NA	NA
JZ016_02654	750	cpnA_1		Cyclopentanol dehydrogenase	ATGTCAGAACAACGTGTAGCGGTAATTACCGGCGGAGCGAGCGGAATCGGTCGTCAGGTCTCCCTTAAATTTGCAAGAAAGGGCGATCGTGTCGTCGTTGCCGATTATAATGAGGCAGCCGGTCAAGAGACGGTCGAATGGATCAAAAAAGAAGGCGGCGAAGCCACTTTCGTTCAAGTCGATGTTTCCAAACAAGAAAGCGTCGAGGCGCTTGTGGATAAAGCGGTTGAGCTTTACGGCCGCATCGATGTCATGCACAACAATGCGGGTATTGGCGGGGCTGGACCGGTTCTCGAGCAAAATATGGATCTCTACCATCGCACCATTAACGTGAATCAGCACGGGGTGGCTTACGGTATTATAGCAGCAGGCAGAAAGATGAAAGAGCTTGGCATTAAAGGCGTGATCATCAATACAGCATCCGTATTCGGATTCCTGGCTTCACCGGGAACGTTTGCTTATCACGCTACAAAAGGCGCTGTCATCATGATGAGCAAATCCGCTGCGCTTGAACTGGCACCATATGGCATTCGCGTCGTTGCCGTTGCTCCTGGAGCAGTGGATACACCGATTATCCAAGGTTATAAGGATTCCGGGATGCTGGATTCCATGAGAGCCAAAGTCATGGGCGGTGAATTAACACAGCCTGAGGTTGTTGCGGATACCGTGTATCTCGTGTCATTGGATGAAGCCGCTGCGATTACAGGCAGCGTGGTCATGGCTGACCAAGGTTACGCGTCATTTAAATAA	MSEQRVAVITGGASGIGRQVSLKFARKGDRVVVADYNEAAGQETVEWIKKEGGEATFVQVDVSKQESVEALVDKAVELYGRIDVMHNNAGIGGAGPVLEQNMDLYHRTINVNQHGVAYGIIAAGRKMKELGIKGVIINTASVFGFLASPGTFAYHATKGAVIMMSKSAALELAPYGIRVVAVAPGAVDTPIIQGYKDSGMLDSMRAKVMGGELTQPEVVADTVYLVSLDEAAAITGSVVMADQGYASFK	PGPT0014705_1056	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0014705-gdh|ycdF-K00034	NA	NA
JZ016_02655	900	cysB		HTH-type transcriptional regulator CysB	ATGAATCTTGAACAACTGGAATATATCGTGGAGACGGCCAAGACAGGATCGTTAACCAAAGCAGCCCAGAATTGCAACGTTACCCTTTCCGCCGTCAGCCAAGCAGTGTCCAGCCTGGAAGCCGAGTTCGGTTTTTCCTTGTTCACCCGGTCGCGGCTTGGTGCCGTACCCACAGCCGAGGGCCAGCGAATCCTCCAGAAAGCCTATGCTATTTTGGAACAATTTCAGGAGCTGAAATCAGAAGCCGAAGGATATTCCAACCTGCTGAGCGGATCTTTGCGGATTGCTACCGTTCCGGTCCCCTTAACGCTGTCCATCGATGCCATTATCCAGTTTAAGAAGGACTTCCCCCAGATCAAACTCGAAATTACGGAAAAAGCGACACTTGATATTATTGAGGATATCAAACAAAATCATGCGGATATCGGTTTGATTTTCGTCGATGATTCCACCATTCATCAACACCGCGGCCTTCACTTCGGCAAGCTGCTGGAGAGCAAATTCGTGGTGGGGGTCAGCCGTCAATCTCCACTTGCCATGCGGCAATCGATCACGCCCGAAGAATTGCGTAAATACCCCTTGGTTCTCTACAAGGATGACAGTCTGTTCAAGCTGATGGATGTATTCGAGGAGCAGTACGGGGAAATGGATCTGCTCTTCTCAACCAACCAGACAAGAGTCATACAGAAGGTCGTCGAAGAAAATGTAGCGGTCACGGTGGGGGTCGATTTGTCCTTCTCGAGCTTCACTCCCGTACCTTCGGGAAACATCGTAACGCTGGAGCTGGAGATGCCCCCCGGCCACACTGCTTCTTCATTCGGATGGGTACAGCCCGGAACCCACCATCTGTCGAAGCCGGCCTCGATCTTTCTGGACAAGCTGAAGCATCAGATTGGGTGA	MNLEQLEYIVETAKTGSLTKAAQNCNVTLSAVSQAVSSLEAEFGFSLFTRSRLGAVPTAEGQRILQKAYAILEQFQELKSEAEGYSNLLSGSLRIATVPVPLTLSIDAIIQFKKDFPQIKLEITEKATLDIIEDIKQNHADIGLIFVDDSTIHQHRGLHFGKLLESKFVVGVSRQSPLAMRQSITPEELRKYPLVLYKDDSLFKLMDVFEEQYGEMDLLFSTNQTRVIQKVVEENVAVTVGVDLSFSSFTPVPSGNIVTLELEMPPGHTASSFGWVQPGTHHLSKPASIFLDKLKHQIG				NA	NA	NA	NA	NA
JZ016_02656	765	exoA	COG0708	Exodeoxyribonuclease	ATGAAGCTAGTGTCATGGAACGTCAATGGATTGCGGGCCTGCGTAACGAAGGGATTTATGGATTATTTTCAGCAGGTGGATGCCGATATATTTTGCGTGCAGGAAACGAAACTGCAAGCGGGGCAGATCGAGCTCGATTTAGGGACGGAATATCAACAATATTGGAACTATGCGGAGAAGAAGGGGTACTCAGGAACGGCGGTATTTACGAAAATCGCCCCATTGTCCGTTCGCTATGGTCTGGAGGAAGACAGCGAGCCCGAGGGCAGAGTGATCACGCTGGAGTTTGAGGACTTCTATCTCGTAAACGTGTATACGCCGAATGCGAAGCGCGACCTGAGCAGACTGGATTATCGGCTGGAGTGGGAGGAACGGTTCCGTGCTTACTTGCTTCAGCTTGACGAACGTAAACCCGTGATTGTATGCGGCGACTTGAATGTGGCACATCAGGAAATCGATTTGAAAAATGCCAAGTCCAATCATGGCAATTCCGGCTTCACGCTGGAAGAGCGAGGCAAAATGACCGATCTGCTGGCAGCGGGCTTCATCGATTCCTTCCGCCACTTCTACCCGGACCGTACGGACGTATACAGCTGGTGGTCGTATATGGCCAAGGTAAGGGAGCGGAATATCGGCTGGCGCATCGATTATTTTCTGGCGTCTGCCCGTTTAACCGAGAAGCTGAAGGATGCCGAGATCGACTGCCATGTGATGGGAAGCGATCATTGCCCGGTGAGTTTGACGCTCAGCGAGTCATTACGTTGA	MKLVSWNVNGLRACVTKGFMDYFQQVDADIFCVQETKLQAGQIELDLGTEYQQYWNYAEKKGYSGTAVFTKIAPLSVRYGLEEDSEPEGRVITLEFEDFYLVNVYTPNAKRDLSRLDYRLEWEERFRAYLLQLDERKPVIVCGDLNVAHQEIDLKNAKSNHGNSGFTLEERGKMTDLLAAGFIDSFRHFYPDRTDVYSWWSYMAKVRERNIGWRIDYFLASARLTEKLKDAEIDCHVMGSDHCPVSLTLSESLR				NA	NA	NA	NA	NA
JZ016_02657	144			hypothetical protein	ATGACAGGCAGAAACAGCAAACCTAAGAACGACGGTCCTTCCAGCAGCCCTGAGCGTTTGGACCAATACGGTGATAAACTTGCTTCCGAGAATGAGGAGGAGTTTACTTTGGCGGCCGAGGAGCACTGTCGGGATCAGGAATAA	MTGRNSKPKNDGPSSSPERLDQYGDKLASENEEEFTLAAEEHCRDQE				NA	NA	NA	NA	NA
JZ016_02658	375			hypothetical protein	TTGAAAAAATCCCTTTTGTACGGCGTTGGCATCTTTGTACCGGTCAGTGATCTGAAGCGTTCGACGGCCTGGTATACGGACATGCTCGGGTTTGAAGTGATCCATACGGATGAACCGAATGCGGTGGTCATGCGAATGAACGATGAGAAGGTATCCTTCTGCCTCGTGCGGTCCTATGAAGTGAAGCAGCCGGTTTTTCCCAGAAATGATTATGGCGTGGGGCAATATTTCAACCTGCATACCACGAATGTAAGTGAAATTCATCAACGATTGGTTTCCAAGGGAGCCGACGTGACGGAAATTGAGGATTTTGGCGGGTTCAAAGGCTTTTCCCTGACGGATCCAGACGGCAACCGCTGCGGAGTGACCGAGTAA	MKKSLLYGVGIFVPVSDLKRSTAWYTDMLGFEVIHTDEPNAVVMRMNDEKVSFCLVRSYEVKQPVFPRNDYGVGQYFNLHTTNVSEIHQRLVSKGADVTEIEDFGGFKGFSLTDPDGNRCGVTE	PGPT0013300_5623	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_02659	795			hypothetical protein	TTGTATGGGTACGTATATGGAACAGGGACGGCGCAAACATTCAGCAGGAAAACGTGGGCACTCACAGAACTAATTAGCGAGGTGGGAATGATGATGCCGAAGTATATGCCGGACTTATCCAATGTGCAGGTGAAGCTGAACCGATACTGTATGCGAATCTCAGGGGATCCATGGGAAGCGGAGGATCTGCTGCAGGACGTCATGATAAAGGTGATGCGAGCCGTTGAAACCGATCCTGGAAAACACCTGTCCAATGCCTATTTATATCGCATCGCAAGCAACGCGTGGAAGGACCGACTGAAGAAGGATAAGCCCGGAATGAGGGCTTCCCAGGATGAGTTAGCAGATAGGGCGGCCGAGGATGACGGCTTATCCACCAGGGAGCTCTTGGAGGCCTTAGCGGACCGGTTGTCCCCACGGGCGATGGTTATTTTGCTGCTGATGGACGTTTTTGACTTCACGGCCAGGGAGACGGCTGATTTTCTCTTCATGTCGGAAGGGACGGTTCAGGTGTCGCTCGGACGTGCGCGAACCAGGCTGAAGAAGCTGCATCGCTTGCAGCAAACAGGCATGGAATCTAAGCCGCAAGAGAAAGCCCGGGCAGGCACAGCGGCAGGACTGGATATGGATGGGCTTGTGGAGGCTTTTCGGAAAAGGGATCCCAAAGCCATTTGTACCTCGTATCTCCAATTGACGAAGCTGCGAATAAGAATAAGCAAATTGAGCCGGGTTGGCGGAGCCCTTGCATTTCATATGGAAGATCCGGATGGAAATGTATGGAAACTTACGGAATAA	MYGYVYGTGTAQTFSRKTWALTELISEVGMMMPKYMPDLSNVQVKLNRYCMRISGDPWEAEDLLQDVMIKVMRAVETDPGKHLSNAYLYRIASNAWKDRLKKDKPGMRASQDELADRAAEDDGLSTRELLEALADRLSPRAMVILLLMDVFDFTARETADFLFMSEGTVQVSLGRARTRLKKLHRLQQTGMESKPQEKARAGTAAGLDMDGLVEAFRKRDPKAICTSYLQLTKLRIRISKLSRVGGALAFHMEDPDGNVWKLTE				NA	NA	NA	NA	NA
JZ016_02660	1017	fhuD_1	COG0614	Iron(3+)-hydroxamate-binding protein FhuD	ATGAGTCGATTTAAGAAAAAAATATGGATAATCGCAGGACTATTGGCAGCTTTCACGCTGCTTGCTGCTTGTGGAAATAGCAAGGACGCAGCCGGGAACGAGCCAACGGAGGCGCAAACGCCAAGCGAGCAGAACGGCGGCAGCGAAGCGAAGCCGGAGGAAGGAAGCGCGGAAGCCAAGACAGAACGAACACTGACAGACGCCATGGGTCATGAGGTGAAAATTCCAGCCGAGCCGAAACGGGTGATTGCTTCTTACTTGGAGGATAACCTGGTGGCGTTAGGAATTACCCCAATCGCGCAGTGGTCGGTCAAAGGCGGAAGCGTCCAGGATTATCTGCAGGATTCATTGAAGGATGTGCCTACGATTGAGCATGATCTTCCCTTTGAAGCGGTAGCGAGCTTCCAGCCGGATTTATTGATTATGGACTCGGCTTCCATGGTAGAAGGCAATAAGTACAGCCAATACGAGAAGATTGCTCCAACCTACGTCATCGGCAATGAGGTCAATAACGATTGGCGCGAAGAGCTGAAGAAAGTAGGGGAAATCTTTGGCATGGAGGAGGAAGCGCAAGCGGCACTCGATCAATACGAGCAGAAGGCAAAGGAGGCCAAGGAGAAAATCCAGCAATCGATCGGCGGTGAATCTGCTGCAGCGATATGGCTTGTCGGCGGTAAATTGTTCGTCGTAAGCGAGACATTGTCCAGCGGAGCCGTTATGTACGGCGACTTGGGACTTACGGTACCGGACGTGGTGAAGGAAATTTCGGCATCGGCTACGGGCAACTGGTCCTCCATTTCCCTGGAGAAATTGGCCGAGCTCGACGCGGATCATCTGTTCTTTATTAACAGCGACGGCGAAGGGGCGGATGTGCTTCAGGATCCGCTCTGGGCGAATATTCCGGCCGTTAAGAACGGCAACATCTATGAATATGGAAAAGAAACAAGCTGGCTGTATACCGGTACGATTGCCAACGGCCAGATCATCGATAACGTGCTGGAGAGTTTGGTGAAATAA	MSRFKKKIWIIAGLLAAFTLLAACGNSKDAAGNEPTEAQTPSEQNGGSEAKPEEGSAEAKTERTLTDAMGHEVKIPAEPKRVIASYLEDNLVALGITPIAQWSVKGGSVQDYLQDSLKDVPTIEHDLPFEAVASFQPDLLIMDSASMVEGNKYSQYEKIAPTYVIGNEVNNDWREELKKVGEIFGMEEEAQAALDQYEQKAKEAKEKIQQSIGGESAAAIWLVGGKLFVVSETLSSGAVMYGDLGLTVPDVVKEISASATGNWSSISLEKLAELDADHLFFINSDGEGADVLQDPLWANIPAVKNGNIYEYGKETSWLYTGTIANGQIIDNVLESLVK	PGPT0003765_5047	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_02661	1041	feuB_2	COG0609	Iron-uptake system permease protein FeuB	ATGCAAGCAAATCAGCCCATTAACAAATCAACCGCAAAATCCATTTATCGTCCCAAGACAGCCGCGGCCGTCATTCTGCTGGGGCTTGGTCTGCTGGCTGCCGCGATGGCATCCTCCATTATCTATGGCGCTTCGAACATTAAGCTGTCCACCATATGGGAGGCGTTTGTCCGCTTCGATGCCCATTCCACCTCGCACCAGATTATCCAAAGACTGCGCATGCCGAGGGCCCTGGCAGCTGCACTAATCGGCGGTTCCCTGGCGGTTTCCGGAGCCATCATGCAAGGCATGACAAGAAACGCGCTTGCTTCCCCTTCCATTATGGGAGTCACCGCAGGTGCCACTTTCATGATGTCGATCGGGTTTGCCTTTATGGAGTCTCCATCCAACACCGTGCTCATGCTGCTATCTTTTGCCGGTGCAGGCCTTGGGGCCGGACTCGTGCTTCTCATCGGCTCGTTATCCAAACGGGGCCTGACGCCCGTCAAGCTGGCTCTGGCCGGATCTGCCGTAACCGCGCTCCTAAGCTCGATTTCCTCGGCCATTGCCATCCGCTTTAACGTTGCCAAGGATATCAGCTTCTGGTATGCCGGAGGCGTGTCGGGCGTGCAGTGGGTGAACGTGCAGCTTCTGATCCCTGTCGCCATCATCGGGCTGCTCATTGCACTCGCACTCAGCAGATCCATTACCGTCATGAGCCTGGGCGAAGAGGTCGCTACCGGGCTTGGCCAAAAAACAGGAACCGTGAAGTTTCTGGGCACGCTCGTTGTGCTGCTCCTCACGGGCGCAGCGGTAGCTGTGGGCGGAACGATCGGATTCGTGGGGCTTGTCATCCCGCATATCGTTCGCTTCATCGTAGGTCCCGACTATCGGCTGATCATCCCTTGTTCTGCTGTCATGGGAGCACTTCTGCTGGTGTTTGCCGATGTGGGGGCGCGGATGATCAACCCTCCGTTCGAGACGCCTGTTGGCGCAATTACGGCCATGATCGGCGTTCCTTTCTTCCTCTATCTTGCACGTCGGGAAGGGAGGGGGCTGTAA	MQANQPINKSTAKSIYRPKTAAAVILLGLGLLAAAMASSIIYGASNIKLSTIWEAFVRFDAHSTSHQIIQRLRMPRALAAALIGGSLAVSGAIMQGMTRNALASPSIMGVTAGATFMMSIGFAFMESPSNTVLMLLSFAGAGLGAGLVLLIGSLSKRGLTPVKLALAGSAVTALLSSISSAIAIRFNVAKDISFWYAGGVSGVQWVNVQLLIPVAIIGLLIALALSRSITVMSLGEEVATGLGQKTGTVKFLGTLVVLLLTGAAVAVGGTIGFVGLVIPHIVRFIVGPDYRLIIPCSAVMGALLLVFADVGARMINPPFETPVGAITAMIGVPFFLYLARREGRGL	PGPT0003770_4132	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_02662	1005	feuC_3	COG0609	Iron-uptake system permease protein FeuC	ATGAATACAACGCGAAAAATCATGTCCGTGTCGATGATCCTGCTGCTGGCCATATTAGCCGTGTTTCTGGTCAGCCTGAATATGGGAACGATGAAAATCCCGCTCGCTGAGGTCATCAAAGCATTCAACGGGACGGGATCTGAGCAAAATTATACCGTTCTGATGCACTTCCGTTTACCCCGCATGGTCATTGCCATCCTGATCGGTGCGGGAATCGCCGTCTCCGGTGCTATTCTGCAGAGTGTTTCGCGGAACGCGCTGGCAGACCCGGGCATCCTAGGCATTAATTCCGGAGCAGGACTGGCCGTCGTGATGTATATCTTTTATTTCCAAGGCAGCTCGTTCAGCTCCGGCATATGGTCCGTCTATATCATGCCTTTTGCCGCCCTATTCGGTGCTTTTCTTGCCGCCTTTCTCATCTATTCGCTGGCCTGGAAGCAAGGCGTAACGCCGATCCGGCTGGTGCTTGTGGGGATTGGCATCAACGCGGCTTTCGGCGCGCTTATTATCGTGTTCCAGCTCATGATGGACCCTAACAATTTCATGCAGGCTACCATCTGGCTGTCCGGAAGCATTTGGGGCGCAAGCTGGGAATATGTCGTTGCGATCCTCCCGTGGATCCTTCTGCTGATTCCCTGGGCGGTGTATAAATCGCAACATTTGAATGTGCTCAACCTGGGGGACCACACGGCAGCGGGACTTGGGGTCACGGTAGAACGCGAGCGAAGAACGCTGCTGTTCATCTCCGTTGCCCTCGCTGGCGCCTGCGTGGCCGTAGGCGGCGGGATCGCATTTCTTGGACTGGTTGCTCCGCATCTGGCGCGTAAGCTGGTAGGGCCCCGTCATCAGGGAATGCTGCCGGTCTCTGCGCTGCTCGGCTCACTGGTGCTGCTTGTGGCCGATATGATCGGCAAGAACCTAATGGCCCCTTCCGAGATTCCTGTAGGATTAGTCGTTTCATGTCTCGGAGCACCCTACTTTATTTATTTGTTGATCAAGGATTAA	MNTTRKIMSVSMILLLAILAVFLVSLNMGTMKIPLAEVIKAFNGTGSEQNYTVLMHFRLPRMVIAILIGAGIAVSGAILQSVSRNALADPGILGINSGAGLAVVMYIFYFQGSSFSSGIWSVYIMPFAALFGAFLAAFLIYSLAWKQGVTPIRLVLVGIGINAAFGALIIVFQLMMDPNNFMQATIWLSGSIWGASWEYVVAILPWILLLIPWAVYKSQHLNVLNLGDHTAAGLGVTVERERRTLLFISVALAGACVAVGGGIAFLGLVAPHLARKLVGPRHQGMLPVSALLGSLVLLVADMIGKNLMAPSEIPVGLVVSCLGAPYFIYLLIKD	PGPT0003770_7922	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_02663	1050	gutB_4	COG1063	Sorbitol dehydrogenase	ATGCAAGCATTGCGCTGGCATGGAGTAAAGGATCTGCGTTTGGAGACCATTGCGGAGCCGCAAGTTACGAGTGGAAAAGTGAAAATCAAGGTTGAATGGTGCGGGATTTGTGGCAGCGACCTCCACGAATACGTAGCCGGACCTATATTTATACCTGAGAATACGCCTCACACCCTTACCGGAGAACAGGCTCCGGTGGTTATGGGCCATGAATTTTCCGGCCAGGTGGTAGAGGTTGGCGAAGGCGTTACGAAATTCAAGGCCGATGACCGCGTGGTTGTTGAGCCTGTATTTGCATGCGGAAAATGCGAAGCTTGCAGACAAGGCAAATACAATCTGTGCGACGAAATGGGCTTTCTCGGCCTTGCCGGCGGTGGCGGCGGATTCTCCGAATATGTCGCCGCGGATGAGCATATGGTTCATAAAATTCCGGACAGCGTCTCCTATGAGCAAGGGGCTTTGGTAGAGCCTTCGGCAGTCGCTTTGTATGCCGTACGCCAAAGCCAGCTCAAGGCAGGGGATCGGGCGGTCGTATTCGGTGCGGGGCCGATCGGTCTGCTTGTCATCGAGGCATTGAAGGCAGCAGGGGCGTCCGAGATTTACGCGGTGGAGCTGTCGGCTGAGCGTAAACAAAAAGCTGAAGAATTGGGTGCCATCGTGATTGATCCGAAGGCTTACGATGTGGTTGAGGAACTTCATCGCCGGACCGGCGGCGGGGTAGATGTCGCATTTGAAGTGACGGGTGTTCCGCCTGTACTGAATCAAGCGATTAACTCTACAAAGATTGGCGGGCAGATTATGATTGTGAGCATCTTTGAAACCTCCGCTCCGATCGTGCCGAATGACATCGTGATGAAGGAGCGCAATATTACCGGAATCATCGGTTATCGCGACGTATTCCCGGCTGTCATTAGCTTGATGGAAAAAGGATTCTTCCCTGCGGATAAGCTGGTCACCCAGCGGATCAAGCTGGATGAGGTTATCGACCGGGGCTTTGAGGCTCTGCTTAAAGAGAAGAACCAGGTGAAGATCCTGGTGAGTGCTCACTAA	MQALRWHGVKDLRLETIAEPQVTSGKVKIKVEWCGICGSDLHEYVAGPIFIPENTPHTLTGEQAPVVMGHEFSGQVVEVGEGVTKFKADDRVVVEPVFACGKCEACRQGKYNLCDEMGFLGLAGGGGGFSEYVAADEHMVHKIPDSVSYEQGALVEPSAVALYAVRQSQLKAGDRAVVFGAGPIGLLVIEALKAAGASEIYAVELSAERKQKAEELGAIVIDPKAYDVVEELHRRTGGGVDVAFEVTGVPPVLNQAINSTKIGGQIMIVSIFETSAPIVPNDIVMKERNITGIIGYRDVFPAVISLMEKGFFPADKLVTQRIKLDEVIDRGFEALLKEKNQVKILVSAH	PGPT0008200_699	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008200-butB-K00004	NA	NA
JZ016_02664	1029	degA_2	COG1609	HTH-type transcriptional regulator DegA	ATGGTGAATCCCAAAAAAGTGACGATTGAAGATGTCGCCAAACAAGCGGGCGTTGGCATTGCCACCGTGTCCCGAGCCATCAACGACAGCAAGGGGATCAGTCCGAAAACGAAAGCACGGATCATGCAGGTGATCGAAGAAATCGGATTTAGTCCGGATACATCGGCTCAAAGCCTGAAGGTTCGGCAGACGAATCAAATCGCCTTGGCCGTGCCTGACATCCGAAATGCAATCATCCCGGAAATCGCCTGGTCGGTGGAACAGACCGCCAAGCAGCACGGATATCGGGTCGTTCAGATCAATACGGCCGGGAATGCCCGTAACGAGCTTGAAATCGTGAGAGATATCAAGAAGCTGCACGTAGACGGCTTGATTATTATGCCGCTGGCTTATCCGAAAACGCTGGGCGACCTGATCAACAAATCCAGCCTCCCCGTCTCGATCATTAATTATGGGAAACAGCTGGGGGATGAGTATAAAGCCGATATCGTCGGCCTGGCACGCCAGGAGGGCAGGCTTGTCATGGAGCATCTGCTGAAAATCGGTCGGACCCGCATTGCCTACGCCGGTGCGCCCAAAGATAAAATCGAAGAGCGGTATTGGGCCTATGAGCAGTCGCTGACGCAAGTCGATCCGTCGCTTGTCTATTTCGGGGAGGATTTCTCGTTTGAAACGGGGGTTCGTGCGGCGGACTATTTCTATGGCCTGAGGCATATGCCGGACGCCATCTATGCGGTAAACGATATGGTTGCGATCGGTATCGTCAACCGTTTTAAAGAGCTGAAGATCCGGGTTCCCGATGATGTGGCCGTCGTCGGCATCGATAACAATGTATGGACCACCGTCACGACGCCTCAGATCAGCTCGGTGTCCATCATGGGCGATGAAGTAGCCCGGCTGGCTACGGAATTGCTGCTCAAGCGCCTTCGCGAGCAAAAGTCCGGCCAATACGAACGCGTGCAATTCGAACCGAGGCTCATCGTCAGGGAATCCAGCGTATCCGTTATACGAAACGCAACAACCGACTAG	MVNPKKVTIEDVAKQAGVGIATVSRAINDSKGISPKTKARIMQVIEEIGFSPDTSAQSLKVRQTNQIALAVPDIRNAIIPEIAWSVEQTAKQHGYRVVQINTAGNARNELEIVRDIKKLHVDGLIIMPLAYPKTLGDLINKSSLPVSIINYGKQLGDEYKADIVGLARQEGRLVMEHLLKIGRTRIAYAGAPKDKIEERYWAYEQSLTQVDPSLVYFGEDFSFETGVRAADYFYGLRHMPDAIYAVNDMVAIGIVNRFKELKIRVPDDVAVVGIDNNVWTTVTTPQISSVSIMGDEVARLATELLLKRLREQKSGQYERVQFEPRLIVRESSVSVIRNATTD	PGPT0017992_6856	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_02665	1317	licH_1	COG1486	putative 6-phospho-beta-glucosidase	ATGGGCACTGGATTGAAGGTTGCTGTTATCGGTGGTGGATCCTCGTATACCCCAGAGCTGATTGAAGGTTTCATCCGCCATTATGCGTCGTTTCCGGTGACGGATATCGTCCTCGTGGATATCCCGGAAGGCCGCCGTAAGCTCGAAATTGTAGGCGGCCTAGCCCAGCGAATGATTGAGCGAAGCGGATTGCCGATTCGTATTACGCTAACCTTGGACCGTAAGGAAGGTCTGAAGAATGCCCATTATGTATCGACTCAGATGCGAGTCGGGCTGCTGGAGGCCAGAGGCTGGGACGAAACGATTCCCTTGAAATACGGAATGCTCGGGCAGGAGACGACCGGAGCCGGCGGCATGATGAAGGCTCTGCGTACGATACCGGTTCTTCTGGATATATGCAAGGACATGGAGGCATTATGTCCTGACGCCTGGTTGTTGAATTTCACCAATCCCGCCGGGATGGTAACGGAAGCCATCATGAAGCACTCCGGCATCCGCTCCATCGGTTTGTGCAACTCCCCCATCGCCGCTTACAAATGGCTGTCCGGGCTTTACGAGGTGCCGGCGCAGCGCATCTACTGCGAGTTTGCCGGATTGAATCATCTGCACTGGATCAGCCGAATTGAGGTTGACGGGAAGTCGAAGCTGGAGGAGCTACTGGCTGCAGGCGGGAGCTATTCTGCCGGCAACGTGCCTCAGTTGGCCTGGAATGATACGCTGATTCGGGCGATGAGTGCGATTCCGTCCTATTATTTAAAATATTATTACCTCCATCGCGAGATGCTGGAGGAGCAGCAGGCTGCCGCGGTAAGAGGGGAGACAAGAGCCGAGACGGTCCAGCGTCTTGAGGAAGAGCTGTTCGAGATTTACGAGCAGCCGGGGCTCGCGGAAAAGCCGAAGCAGCTTGAGCAGCGCGGCGGTGCTTATTACTCCGAGGCGGCCGTCAATCTGATGAAGGCTATTCATACGGATAGCGGTGAGATTCAGACGCTGAATGTCATGAACGGCGAGACGCTGGACTTCCTGCCGGCGGATGCCAGTATCGAGGTGAACTGCGTCGTGACGAAGAACGGTGCGGTTCCGGTGCCGGTCGAGCGAGTACCGGCTGCGGCGGTGGGCCTGATCCAAGCCGTGAAAACCTACGAAAGTTTGGCTATCGAGGCGGCAGTAACGGGAAGCAGAGAGAAAGCGCTGCTCGCGCTTAGCGTTCATCCGCTCATCGATTCCGTTGGTGCCGCGGAAGCGATGCTGGATGAGATGCTGGAGCGGAACCGTTCGTATCTGCCGCGATTTTTTCAGGAGCAAGAAGTTCGGTAA	MGTGLKVAVIGGGSSYTPELIEGFIRHYASFPVTDIVLVDIPEGRRKLEIVGGLAQRMIERSGLPIRITLTLDRKEGLKNAHYVSTQMRVGLLEARGWDETIPLKYGMLGQETTGAGGMMKALRTIPVLLDICKDMEALCPDAWLLNFTNPAGMVTEAIMKHSGIRSIGLCNSPIAAYKWLSGLYEVPAQRIYCEFAGLNHLHWISRIEVDGKSKLEELLAAGGSYSAGNVPQLAWNDTLIRAMSAIPSYYLKYYYLHREMLEEQQAAAVRGETRAETVQRLEEELFEIYEQPGLAEKPKQLEQRGGAYYSEAAVNLMKAIHTDSGEIQTLNVMNGETLDFLPADASIEVNCVVTKNGAVPVPVERVPAAAVGLIQAVKTYESLAIEAAVTGSREKALLALSVHPLIDSVGAAEAMLDEMLERNRSYLPRFFQEQEVR	PGPT0019105_885	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CARRAGEENASE,PGPT0019105-celF|licH|chbF-K01222	NA	NA
JZ016_02666	993	murK_2	COG2971	N-acetylmuramic acid/N-acetylglucosamine kinase	TTGAATTACTACTTGGGAGTCGATGGCGGAGGAAGCAAAACGCTGGCCGTCGTGGCGGACGAGACGGGACGAATCGCAGGAAAGGGAATGGGCGGCTGCGGCAACCATCAGCTTGGGGCAGCGCTTGCGGAATCCAGCATCAGGCAGGCCGTGGAAGAAGCGCTTGGGCAGGCGGGACTACAACGAGAAAATATCACCTGTGCGTCTTTCGGGCTCGCAGGAGCCGACCGCGAGGCGGATTTCCGCATCTTGCGGCCCATGATCGGCGCCATGGGCTTCAAGAAACACCATATCGCATGTGATACCGTCATTGCCATGCGAGCCGGCACAAGACAGAGGGACGGCGTTGTCCTAATATGCGGCAGCGGAACGAACGGTTACGGCGTCAACGCGGCAGGCGAGGAGGTTCAGATCGGAGGATTCGGTTATGCGTTCGGCGATTTCGGTGGAGGCGCTGACCTTGCCGTCGAGGTGTTTCGGACGGTCGTTCGTTCCTGGGAAGGCCGTGAGAAGCCGACTTCTTTGACGCCGCTCACGCTGGATGCGCTTAGATTCAGCAGCGTGGAGGAGATGTTTCACCGATTTTTGGACGAGGGCAGAAGGGCGCCGCATACTTTGGCGAAGCTGCTGTTTCAAGCTGCACCCGTGGATGAGGCTGCAAGAAAGATATTGGAGAGACAAGGGATGGAGCTGGGGAAGGTCGCCAGCGCGGTTATTCATAAGCTTAACATGGGCAATGACGCCTTCGACGTCGTGCTGGCAGGCAGCGTCCTGACCAGGGGAGAAAGGGAATATGTCGTTCCGTATATCGAGTCTCAGGTTCTTGCGGCAGCCCCGAATGGCCGGCTGCGCATTCTGGACCTTGAGCCGGCAGCAGGTGCCGTCCTGCTCGCAATGGATGATAGCGGCGTCGTTCCGGGCACTGCCGTGTATGAACAATTGCAGCAAGAGCTTGCCGTGAAGGAGAGGAATGTGGAATGGGCACTGGATTGA	MNYYLGVDGGGSKTLAVVADETGRIAGKGMGGCGNHQLGAALAESSIRQAVEEALGQAGLQRENITCASFGLAGADREADFRILRPMIGAMGFKKHHIACDTVIAMRAGTRQRDGVVLICGSGTNGYGVNAAGEEVQIGGFGYAFGDFGGGADLAVEVFRTVVRSWEGREKPTSLTPLTLDALRFSSVEEMFHRFLDEGRRAPHTLAKLLFQAAPVDEAARKILERQGMELGKVASAVIHKLNMGNDAFDVVLAGSVLTRGEREYVVPYIESQVLAAAPNGRLRILDLEPAAGAVLLAMDDSGVVPGTAVYEQLQQELAVKERNVEWALD				NA	NA	NA	NA	NA
JZ016_02667	1668			hypothetical protein	ATGAAAAAAAGGGGAAAAAGGCTTCTATCTGCATGGTCAGTCACGCTTGTCATCGTTATGGCTTTAACGGGATGTTCGGGTTCAGGAGGTAACTCAGCAAGCCCGGAGAAGGAGAGCCCAGGCTCGCAAAACAAGGAGAAGCCAGCCGGAGAGGATATCTTTGCGCTGGGAGAGAACCCGCTGGAATTTTCGTTCTACGGCCACTATGACTGGTATACCATGCCGGATTGGGGTGCGGATCCGGCAACCAAGTGGATCCAGGAGAACAAGAAGGTCAACGTGGTCCCGGTCAGCTCCGGCGGCGTTGCCAAGAACAAGCTTAGTACGATGATCGTGTCCGGGGAGCTGCCGGATGTCATATGGATGGAGCGGGGTGCGGAGGTTGAGAGGCTTCGTGCCGAGGGCATGCTGGTGCCGTTCGACGATTATCTGGATAAATACCCGAATTTGAAAAAATGGGCCGGGGAGTCCACGCTCGATTTGCTTCGCTCGCCGGACGGCAAGCTGTATCAATTCCCGAACTGGTATACGACGCAGCCGAACGGCAATGCCGGCTATCTCGTCAATAAAAAGATTTATGAGGAGCTCGGATCGCCAAAACTGGAAACGCCGGATGATCTGTACGCCTATCTGAAGCAAGTGAAGGCAAAGTATCCGAATGTCGTTCCGTTGGAGGTAGGCCAATCGGCAGCGGGCGTGGACATCATGGTGTCGGCTTTTGCCGAGAATCGCCCGTATACGTTCAACAGTATGATTGCCGTACCCCAAGGGGATCAACTCGTGTCGCTGTTCACGGATCCCGTTTATCGCGAGCTGCTTCAATATATGAGCCGATTGTACCGCGAGAAACTCATTACGCAGGATGCCTTCACACAGAAGCTGGAGCAAGTTGAACAGAAGATTCTGAGCGGCAATGTGGCAGTATATGTGGCATCCAGCCCTACCGAGTTCGGTTCCAAGGGCAACAATCTACTGAAGGCACAAGACCCCGATGCTGGTTACATCATGATATGGCCGGTCCACAAGGAAGGATTGGATCGCAACAAAATTTTCCCGGGCGACTACAAACAGCTTGGCTGGAACGTCAGCGTCATTACGCAAGCGGCAAAAGATCCGGAAGCTATTTTCGCGTTCCTGGATTGGTTTACCGGTCCCGAGGGCCAGCGGACGATCATGTGGGGACCTGAAGGTTTGTACTGGGACGGGACGGACGAAGAGGACATGCCGCTGTTCACCGATAAATTCACCAGCGATGCGAAGGGACGCGATGAGCTGATGAACGCCACGGTCAACTTCCAGTGGAACGGCAACACGGTGTATGTCGACAATTCCAAGATGAAATTCGAATCCACGCTCCCGCCGGAGAAGCGGAACTTCGAAACGTATTGGCAATCGGAGATTACCTGGAAGACGCAGATGAACACGACGGAGTACGTTAATCTCGATCCGGCAGGCGATTCGGAGGAAGGCATTATTGCACAGCGCGTGTTCGAAATTTATGAGCAGGTTAGAGCCAAGGCGATCAGCTCGGCCTCCTCAGATCAGGAAGTGCTCTCGCTTCTGGATAAGGCAGAGGCGGATGCGCAAAAAGCGGGTTATGACAAGCTGTTGAAGTACAAAACGGCAAAATGGCAGGAGAATAAGCAGAAGCTGGAAGCATCGAAATAA	MKKRGKRLLSAWSVTLVIVMALTGCSGSGGNSASPEKESPGSQNKEKPAGEDIFALGENPLEFSFYGHYDWYTMPDWGADPATKWIQENKKVNVVPVSSGGVAKNKLSTMIVSGELPDVIWMERGAEVERLRAEGMLVPFDDYLDKYPNLKKWAGESTLDLLRSPDGKLYQFPNWYTTQPNGNAGYLVNKKIYEELGSPKLETPDDLYAYLKQVKAKYPNVVPLEVGQSAAGVDIMVSAFAENRPYTFNSMIAVPQGDQLVSLFTDPVYRELLQYMSRLYREKLITQDAFTQKLEQVEQKILSGNVAVYVASSPTEFGSKGNNLLKAQDPDAGYIMIWPVHKEGLDRNKIFPGDYKQLGWNVSVITQAAKDPEAIFAFLDWFTGPEGQRTIMWGPEGLYWDGTDEEDMPLFTDKFTSDAKGRDELMNATVNFQWNGNTVYVDNSKMKFESTLPPEKRNFETYWQSEITWKTQMNTTEYVNLDPAGDSEEGIIAQRVFEIYEQVRAKAISSASSDQEVLSLLDKAEADAQKAGYDKLLKYKTAKWQENKQKLEASK	PGPT0017245_1045	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02668	894	araQ_25	COG0395	L-arabinose transport system permease protein AraQ	ATGAGGCTGTCAAACGGAGACCGGGTATTCGTTGGGTTCATCTACGGTTCTTTGGCATTGCTGGCATTTATCGCGCTGTACCCATTCTGGAACGCGGCCATCATCTCGTTCAACTCGGGGACTGACACGATGAGGGGCGGCATTACGTTCTGGCCACGCGAATTTACGCTGGAGAATTACCGCGTCGTGTTCAAGGACGAGCGCCTCATTGACGGGTTCGTCATCTCGGTGCTCCGCACGGTCATCGGTACGCTTCTATCCATTGTAGCAACCGCCATATTCGCTTATGGCATATCCAAGCGCGAGTTGATGGGCCGAAATTTTTATATGGTCACTTGCATCGTAACGATGTACTTCAGCGGCGGACTCATTCCGAATTATTTGCTTATTCGGGAGCTGGGCCTGATGAACACGTTCTGGGTTATGGTCATTCCAGGTATCATCAGCGTGTGGAATATGATCATATTCCGGACGTTCTTTAAGGGCATCCCGCCCGGCCTTGAGGAGTCGGCCCATATCGACGGTTCCTCGAACTGGGGCGTATTCTTCCGAATCGTGCTTCCGCTATCGGGACCGGTCATTGCGACGCTGTCGTTGTTCACGGCCGTATATCATTGGAATGATTGGTTTGCGCCAAGCATTTACATATCCAACGCGGATCTGCTGCCGATACAGACGAAGCTTCAGCAGATCCTCAATGCCAATATCATGATGGAACAAATGCAGAACATGGATGCGGCGGCGCAGGGCCGGATGAGCGCGATGAAGGCCGTAACGACCAAGTCCTTGTCCATGGCGACCATGATGGTGGCAACCGTCCCGATCCTGTGCGTATATCCATTCGTTCAGAAGTATTTTGTGAAGGGTGTGTTAATCGGTTCTTTGAAGGAGTAA	MRLSNGDRVFVGFIYGSLALLAFIALYPFWNAAIISFNSGTDTMRGGITFWPREFTLENYRVVFKDERLIDGFVISVLRTVIGTLLSIVATAIFAYGISKRELMGRNFYMVTCIVTMYFSGGLIPNYLLIRELGLMNTFWVMVIPGIISVWNMIIFRTFFKGIPPGLEESAHIDGSSNWGVFFRIVLPLSGPVIATLSLFTAVYHWNDWFAPSIYISNADLLPIQTKLQQILNANIMMEQMQNMDAAAQGRMSAMKAVTTKSLSMATMMVATVPILCVYPFVQKYFVKGVLIGSLKE	PGPT0017255_1400	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02669	954	yteP_40	COG4209	putative multiple-sugar transport system permease YteP	GTGCCGCAAATCGGGATCGACAGCAGGGCGGAGACGCATGTGAAGAAAGGCCGCTTGCGCCGCTTTCTGAAGCAATGGGATATACAGCTGATGGTGCTTCCGGCCATGATGTTCATTCTGGTTTTCAGCTACATTCCCATGTACGGCGTGCTCATGGCGTTCCAGGACTACAGTTTGTTCAAGGGGTTTCTGAACAGCCCGTGGGTCGGCTTCAAGCATTTTGAGATGTTCTTTGGGGCTCCGGAGTTCTGGACCATTATGCGGAACACTCTGGTCATCAGCCTGCTGAAGCTGTGCATCGGGTTTCCTGCACCGATCCTGCTTGCGTTGATGCTGAATGAAGTAGGGAGGCATTCCTTCAAAAGAATCGTCCAGACCATCAGCTATCTGCCTCACTTCTTGTCGTGGGTCATCGTCTCGGGCTTCGCGATTTCCATTCTGTCCACGGACAACGGCAGTCTGAACATTCTGCTGCAGAAGCTGAGCCTGATCGATGAACCGATCAATTTTCTATCGGAGCCGAAGTATTTCTGGAGCATCCTGACGGTAACGAATGTGTGGAAGGAGATCGGTTTTTCCTCCATTGTGTATTTGGCGGCCATTGCTGGCATCAATCCCCAGCTGTATGAAGCGGCTTCCATTGACGGTGCGAGCCGTCTGAAGCAGATCATCTCCATCACGATTCCGTCCATCATGCCGATTATCGTTGTGTTCTCGATTTTGGCGATCGGCAATTTCCTGAATGCCGGTTTTGAGGACATTTTGCTGCTGGCCGGCAATCCGGTATTGCGGGATGTCAGCGACGTGCTGGACACGTACGTCTACCGGATTGGCATTCAGAACAGCCGATTCTCCTACGCTACAGCGGCAGGTCTATTTAAGGCAATCATCAGCGTCTTGTTATTGGCCGGAGCCAACTACTGGGCCCGACGATCGGGGAACAGCCTATGGTAG	MPQIGIDSRAETHVKKGRLRRFLKQWDIQLMVLPAMMFILVFSYIPMYGVLMAFQDYSLFKGFLNSPWVGFKHFEMFFGAPEFWTIMRNTLVISLLKLCIGFPAPILLALMLNEVGRHSFKRIVQTISYLPHFLSWVIVSGFAISILSTDNGSLNILLQKLSLIDEPINFLSEPKYFWSILTVTNVWKEIGFSSIVYLAAIAGINPQLYEAASIDGASRLKQIISITIPSIMPIIVVFSILAIGNFLNAGFEDILLLAGNPVLRDVSDVLDTYVYRIGIQNSRFSYATAAGLFKAIISVLLLAGANYWARRSGNSLW	PGPT0017250_1432	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02670	879	rhaS_15		HTH-type transcriptional activator RhaS	ATGCCATCGATCATGCGGGAAGAAGCGATACCGAAGGAAAAAGTAATATTAGCCAAGAATTATCCGGTTTTTGTCGCCGATACGATTGGCGTGACCAGCCCCTATCAAAAGCTTCATTGGCACAATGTGCTGGAGATAAATTACATTAAATCCGGTACGGGTTACTACATCATCAATGGGCAAAAATTCGAATTCCAGCAAGGGGATGTACTGCTCATCAACTCGAATGATCTTCATTGCGCTTACGAGACGAAGGATCTTGTCATGACCGTCATTTCATTCGATTCGACTTGGTTTATCCATAACCTCCGGTTCGATCCGGAGCTGTTCAGCCCGTTCCGCGAGATGGGCAAGCATTACATGAACCTGATCCCCCGCGACCACCCGGCGATGGATAAGCTGCGTTCGCTGCTGTTTGAGCTGCAGAAGGAGCATGTGGGGGAACAGCGGTCTTACGCTACGATAGTATACTCGCTTCTGCTTCAGTTCCTGGCTACCGTAAACCGGGAGTGCCGGATCGAAGGGGAGGGCGGGAGCGAACCCAGCATCAGCGAACGGCAGCTGGAGAAAATGCGTCAAGTCATCATGGTGATGGAGCAAAATTTTGCCCACCCCTGGACGCTGGAGGAATTGGCTTCCCTGGTCTATCTCAGTCCTTCCAGGTTCAGCGAAATATTCAAGCGTGCGGTCGGGATGCCGCCGCTCTTGTACCTGATCCACATTCGGCTGGAGCAGGCGGTCACGATGCTGGAAGGAGGACATATGAAAGTGATGGACGTCGCCCTGGAATGCGGCTTCCGTACGCTGACCAACTTTAATCGGCTGTTCAAAAAGCACATCGGCATGACGCCGAAGGCTTCACAAAAGCAACATTCCTAA	MPSIMREEAIPKEKVILAKNYPVFVADTIGVTSPYQKLHWHNVLEINYIKSGTGYYIINGQKFEFQQGDVLLINSNDLHCAYETKDLVMTVISFDSTWFIHNLRFDPELFSPFREMGKHYMNLIPRDHPAMDKLRSLLFELQKEHVGEQRSYATIVYSLLLQFLATVNRECRIEGEGGSEPSISERQLEKMRQVIMVMEQNFAHPWTLEELASLVYLSPSRFSEIFKRAVGMPPLLYLIHIRLEQAVTMLEGGHMKVMDVALECGFRTLTNFNRLFKKHIGMTPKASQKQHS				NA	NA	NA	NA	NA
JZ016_02671	819	bglS	COG2273	Beta-glucanase	ATGTTCTTGCTTGCATTCACTCTACATTTCAAGAAAGAGGTGTTGTTCATGAAAAAGCTAAGTGTGTTCAGAAAGAAAATGACGACTGTACTTATGGCTGGCAGCTTGTTGTGCGGATTGTTGGTACCGATTCAAGCGTCGGCTGCCGACGTTGCATTTAATGAGCCGCTGAATGGCACGAACCCTAATCTGTTCTATACTTCCGATGGATGGGGGAATGGGCCGGATTTCGGGGTGGGCTGGAAGGCGGCAAACCAGGAGTTCTCAAACGGAATTATGGCTTTACGACTGGACAATGCGGGATGTCCTGCGAGCTGCTCGGGCAAATCCTATGCTTCCGGTGAATATGCGACACATCTAAAGTACGGTTACGGCCGTGTTGAAGCGCGGATCAAAGCGGCCAAGGGAACGGGCTTGGTTACGAGCCTTTTTACGTATTCCGGTCAAGCCACAGGCACGTCCAATGACGAAATTGATATTGAAATCCTGGGGAAAGACACCACGAAGATGGAAACAAATTATTTTACCAATGGGGTAGGTCAGCACAGCACCATCATCAATTTAGGGTTTGATGCGTCGCTCGATTTCCATAACTATGCGTTCGAATGGTCGCCATCATCCATCAAGTGGTATGTAGACGGCCAACTGGTCCACACGGAGAATGGCTCACGCGGGGCGCTTCCGACTAGCCCGGGCCATATCATGGTTAACCTATGGTCGGGATCGGGACCGGCCGAGATATGGACCGGGAAGTTCAATTACCCGGGTTCGCCGGTCCGTGCGTACTATGACTGGATCAAATTCACGCCGGCCAACTAG	MFLLAFTLHFKKEVLFMKKLSVFRKKMTTVLMAGSLLCGLLVPIQASAADVAFNEPLNGTNPNLFYTSDGWGNGPDFGVGWKAANQEFSNGIMALRLDNAGCPASCSGKSYASGEYATHLKYGYGRVEARIKAAKGTGLVTSLFTYSGQATGTSNDEIDIEILGKDTTKMETNYFTNGVGQHSTIINLGFDASLDFHNYAFEWSPSSIKWYVDGQLVHTENGSRGALPTSPGHIMVNLWSGSGPAEIWTGKFNYPGSPVRAYYDWIKFTPAN	PGPT0019425_27	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_LICHENAN_DEGRADATION,PGPT0019425-EC_3_2_1_73-K01216	NA	NA
JZ016_02672	858	btr_4	COG0614	HTH-type transcriptional activator Btr	GTGAAGGAAATGGTCTTCGAATATGCCGATATGAAGTACTCCATACCTTCGGATATGGAAAAAAGGGGTGGAATCTGGATTCTGCGTACGGGCCGGAGCCGGGTCAAACCCCACTATTTCGTAGGCCCCAAAGTATCCGAAAATTATGCGCTGCATTTTGTTCTGAACGGAATGGTTTCACTGGCTTACGGGGACGAGGAGGTTACGCTGTCGGCAGGGGATGTCTTTTGCCTGTTTCCTCATACGAGGTACAGCTACTGGGAGCCGAACGGCCATCTCGAACCGACGCTGCGCATGCAGTGGGTCGTGTTGGATGGAGGATTGACCGACATGGCTTTGAGCCGGATTGGGCTGCATCCAAGCAAGCCTTATGTGCAGAACGTGATGAAGGGTGAGCTGCAGACGGTGCTCGATCAAATGAATAGGTGTGTTAACAACGATACCATCGGAAACGAGTTTGCACGACAGAAATGGTTATACCGGCTGTTTGAGCTGCTGGCGGGTGCCGCGGTCCAAAAAGGGAGTAAATCGAACTGGCTTGAGCAAAGCGTCCATTATATGGATTCCCATTACATGGAGGGGATCACCGTTACGGATGTGGTCGAGCATGCCGGCGTACACCGGACGCATCTGTACTGTGAATTCATTCGAGTGTACGGCATCAGTCCAAGCCATTATCTCATGAAGCTGCGGATGGAGCGTGCAGCGGTGCTGCTGACTGAAACCGATGTATCCGTCACGGAGGCGGCTTTTTCGCTGGGATACTCCAACCTCCACACGTTCTCGAGAGCATTCGCTAAATATCACCACGTGTCGCCTACCTCGTATCGGCAGCAGCATGTGCCGGTTCCAATTTAG	MKEMVFEYADMKYSIPSDMEKRGGIWILRTGRSRVKPHYFVGPKVSENYALHFVLNGMVSLAYGDEEVTLSAGDVFCLFPHTRYSYWEPNGHLEPTLRMQWVVLDGGLTDMALSRIGLHPSKPYVQNVMKGELQTVLDQMNRCVNNDTIGNEFARQKWLYRLFELLAGAAVQKGSKSNWLEQSVHYMDSHYMEGITVTDVVEHAGVHRTHLYCEFIRVYGISPSHYLMKLRMERAAVLLTETDVSVTEAAFSLGYSNLHTFSRAFAKYHHVSPTSYRQQHVPVPI				NA	NA	NA	NA	NA
JZ016_02673	843	sseB_2	COG2897	Putative thiosulfate sulfurtransferase SseB	TTGTCAAATCTCGTAAGCAAGGAATGGGTGCTGGAGCAGCTGGAGTTTAACCCGGATCAGCTGGTTATCGCGGATGTCCGATTCAGCCCGGGCAATGAGGGATACGGGCTCGAGGCTTATCAGCGTGAACATGTGCCCGGGGCTGTATTCATCGATTTGAAAAAGGATCTGACGGATCCTCCAGGCGAGCATGGCGGGCGGAGTCCGCTGCCGCATCCGGAGGAGCTGGCCAGGCGACTCGGCAATCTCGGAATCGATGCAAGTACGCCTGTCGTTGTCTATGATGATGACCTCCGCTCGGAGGGGGCGCGGTTATGGTGGATTTTGAAATACCTGGGCCATGAATCGGCATATATATTGGATGGAGGTTTCGCAGGCTGGAAGTCAGCCGGGTATCCGCTCATCTCGGGGAAAATCGAAGTGACGCCGCGTTCTTTCCAGTCAAGCGTGCAGAAGGATTGGCTGGCTGATGTGAACGAGGTGAGGGCGAAGCTTGGCGCAGCCGGCGTGACCCTGCTCGATTCAAGGGATTGGAAGCAGTTCACGGGAGAAACGGCGCCGCTGGATCCGGTAGCCGGACATATTCCGGGGGCGGTGCACGCCTATTGGAAGGACGGTATAGATGAAGACGGAACACTGAAGAGTGCAGAGCGGCAGCTTGAGCGTTTTGCAGGAATAGCTCCAGATCATGAAGTGATTGTGTATTGCGGCTCCGGGCTGTCCGCGTGCCCGAATGTGCTGGCTTTGCAAGAAGCGGGATACCGCAAGGTGAAGCTGTATGCGGGCAGCTGGAGCGACTGGATCAGCTATAAGGATCATCCGGTGGCCATTGGGAACGTGTAA	MSNLVSKEWVLEQLEFNPDQLVIADVRFSPGNEGYGLEAYQREHVPGAVFIDLKKDLTDPPGEHGGRSPLPHPEELARRLGNLGIDASTPVVVYDDDLRSEGARLWWILKYLGHESAYILDGGFAGWKSAGYPLISGKIEVTPRSFQSSVQKDWLADVNEVRAKLGAAGVTLLDSRDWKQFTGETAPLDPVAGHIPGAVHAYWKDGIDEDGTLKSAERQLERFAGIAPDHEVIVYCGSGLSACPNVLALQEAGYRKVKLYAGSWSDWISYKDHPVAIGNV	PGPT0002045_4171	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0002045-sseA-K01011	NA	NA
JZ016_02674	774	nrtD_1	COG1116	Nitrate import ATP-binding protein NrtD	ATGTCGGGATTTACGGTAGAAAATGTCTCGAAGGTCTATGACGGCGATCTTCCTACGATCTCGCTTCAACATATAAACTTGCAGGTCCGGGATGGCGAATTCCTGTGCATTCTCGGGCCGAGCGGCTGCGGGAAAAGCACCCTTCTCGAGCTGCTGGCGGGGCTGCAGCTTCCGACGGAAGGCGAAATTTTGCTGGATGGCGCGAAGGTTCAAGGACCCACGCGGAGCTCAGGGGTCGTATTCCAGGATGCATCCCTGTATCCGTGGCGTACCATCTCGCAGAATGTCGGCCTTGGGCTGGAGCTCGCCGGCATGAAAAAAGCGGAGCGGCAAACGCTCGTTGACAAATATCTGAACATGGTCGGTCTGCAGGGATTCGGTTCCAAATATCCCCACCATCTGTCGGGAGGCATGCGGCAGCGGGCAGGGATCGCTAGGGCGCTTGTAAGCAGCCCCAACATCCTCCTGATGGACGAGCCGTTCGGAGCGGTGGACCATTTGACCCGGCTTCAGCTCCAGCAGGATCTGCTCCGCATATGGCAGGAGGAGAAGAAGACGGTGGTGTTTGTGACCCATGACGTATCCGAAGCCGTCTTTCTGGCGGACAGGGTCGTCCTGCTTTCCCCGCGTCCCGGGCGCATCCACCACATTTTCGACGTTCCCCAAGAGCGTCCGCGCAAGCGGGAGGATGTCGGTCTCCTGAAGATTCAGAACGACATCTACTCTGCAATCTATGACGTGAAGACAGAAGAGGATTTGGAATTTACGATTTAA	MSGFTVENVSKVYDGDLPTISLQHINLQVRDGEFLCILGPSGCGKSTLLELLAGLQLPTEGEILLDGAKVQGPTRSSGVVFQDASLYPWRTISQNVGLGLELAGMKKAERQTLVDKYLNMVGLQGFGSKYPHHLSGGMRQRAGIARALVSSPNILLMDEPFGAVDHLTRLQLQQDLLRIWQEEKKTVVFVTHDVSEAVFLADRVVLLSPRPGRIHHIFDVPQERPRKREDVGLLKIQNDIYSAIYDVKTEEDLEFTI	PGPT0001140_6454	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049	NA	NA
JZ016_02675	1014	ssuA_1	COG0715	Putative aliphatic sulfonates-binding protein	ATGAACAGAAGGAAAATACGTCCATACATCATAGCGCTTGCGGCGTTATGGTTAATCGTCATAACGGCCGGCTGCGCAAGCGGCACGGATAGCGGCAAGGGAGCAACCCCCACAGAGGCCGGAGAAAGCGCTGCGGGAACCAAGCTGGAGAAGATCCGTTACGCGCCGCTTAGCGGCGTCAGCGGATTGGCGGTGTCCTTCGGGGCGGAGAAGGGATTCTTTGAGGAGGAAGGACTCGACGTCGAGTTTATTACCACCAAGGACCCGATAGCCGGTCTGACCAGCAAGGACATTGACGTGGCTGACGTAGCCACGACGACAGCGATTGTGGCAGCGGGCAAGGGCGCTCCCGTCAAAATCGTCTCCTCCATGTTCCGGACCAAAGGCCCGTTCTACCTGATTGCCTCGCCGGAGATCAAGACGGTGGAAGACCTGAAGGGCAAGAAGGTGGGCATCGCCGTGTTTGGCAGCGGACTGGAGGTGTATACACGAGTCATTCTGAAGGAGCATGGCTTGAAGCCGGAGGATGTAACCTTCATTGCTAACAGCACGCATCAGGCGGCTTATGCGAGTTTGGAAACCGGACAGGTAGACGCCACCATCATCCATGAGCCGTTTGCTTCTCTCGCGGAGAAGCAGGGAAAAGGCCATATTATCGCTACAGGTTGGGATTACCTGCCGACCTTCCACACCGGGGTGCTGGCGGCGCGTGACGGCATATTGAACGAGAAACCGGAATTGGTCGAGAAGCTGCTGAGGGCTTATTTCAAATCGCAGGAATATGCGAAGAGCCATCCGGACAAGTATAAGGCGTACTATCTGAACCATATCGAGATTGATCCCGAGGTGCTGGATCTGGCGCTGGAACGTGAAGAGGTGCTGTGGGAGAACAACCCGGACGTGGACATCAACGCGCTGAACGATACCCAGCAGATTCAGAAGGAGTTAGGCTTCCAGGATGAGATTTACAAGGTGGAGGACATTCTGGACCTGAGGTTTATTCCGAAAAAATAA	MNRRKIRPYIIALAALWLIVITAGCASGTDSGKGATPTEAGESAAGTKLEKIRYAPLSGVSGLAVSFGAEKGFFEEEGLDVEFITTKDPIAGLTSKDIDVADVATTTAIVAAGKGAPVKIVSSMFRTKGPFYLIASPEIKTVEDLKGKKVGIAVFGSGLEVYTRVILKEHGLKPEDVTFIANSTHQAAYASLETGQVDATIIHEPFASLAEKQGKGHIIATGWDYLPTFHTGVLAARDGILNEKPELVEKLLRAYFKSQEYAKSHPDKYKAYYLNHIEIDPEVLDLALEREEVLWENNPDVDINALNDTQQIQKELGFQDEIYKVEDILDLRFIPKK	PGPT0001135_4464	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051	NA	NA
JZ016_02676	777	ribX_1		Riboflavin transport system permease protein RibX	ATGGGAACGAGGCATGCCAGGAAATACCGCGGCATCTGGGCGGGGCAGGCGGCTTTGCTGCTGATCATATTGGGGATTTGCGAGCTCCTGGTTCGCACGGAGATCGTCAGCAGCCTGTATCTGCCTGCGCCATCGCAGGTATTCCGTGAGCTGTTCAAACTGTTCGGTGACGGGGAGATTTGGAAGCACCTGTACGTCACGCTGGCCGAATTCGTTACGGGCTACGGCATTGCTGCCCTTGGCGGTTTGGCCGTCGGCATGGCTCTGGTGCTGATCCCTTGGGCGGAGCAATTCTTCCGGCCGTATCTTTCGGCGCTGATGGCGATTCCGAAGGTTACGATCGTGCCGCTGCTTGCGCTCTGGCTCGGGATCGGGGTTACGCATAAAATATCGATTGTGTTCCTGTTCTGTTTCTTTACGATCACGGTCAATACGATGACCGGGATCAAACAGACGGCGGATAATCACCTGAAGGTCGCCCAAGTGTTCGAAGCCACGCGGAATCAGACCATCATGAAGGTGATTTTGCCATCGGCTGCGCCGACTATTTTTGCGGGTCTTCGTTTATCGGCTGCAACCGGACTGGTTGGGGCTCTGTTCGGGGAGATGCTGGCGTCGAAGGATGGCCTTGGCAATATACTCGTGAAGGCGACATCGCTGTATAATACCGCGCAGGCCTTTGCCATTGTAGCACTGGTTACCGTCGTATCCGTACTTATTATTTCATTGATCGATTTGTTGGAACGCAATGTGTTTTTGAAATGGAAATCATCATAA	MGTRHARKYRGIWAGQAALLLIILGICELLVRTEIVSSLYLPAPSQVFRELFKLFGDGEIWKHLYVTLAEFVTGYGIAALGGLAVGMALVLIPWAEQFFRPYLSALMAIPKVTIVPLLALWLGIGVTHKISIVFLFCFFTITVNTMTGIKQTADNHLKVAQVFEATRNQTIMKVILPSAAPTIFAGLRLSAATGLVGALFGEMLASKDGLGNILVKATSLYNTAQAFAIVALVTVVSVLIISLIDLLERNVFLKWKSS	PGPT0001145_6763	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050	NA	NA
JZ016_02677	1341	ntaA_1		Nitrilotriacetate monooxygenase component A	ATGAGTTCAAAACGTCGTCAATTGCATCTTGGATTGTTTTTATTCGGGACAGGCTATCATCCCGCGGGCTGGAGACTGCCTGAAGGCAAAACGGACGGGGCTTACGATCCCCAGTTCCTGAAGGAAGTCGCCCGGAAGCTTGAAAAGGCCAAGTTCGATTTCTTCTTCCTGGGGGACCGATTGGCCACGAGCGCGGACATGCAGCATTTATTCCCTTCGCAAATGACGCGGCTGGAGCCGTTTACGATGCTGTCCTATCTGGCGGCGGCAACGGAAAAAATCGGTTTGATCGGCACGGTGAACACCACCTATGCCGAGCCTTACAACATCGCACGCTTCACGGCATCGCTGGATCATCTTAGCCAGGGCCGTGCCTCATGGAATGTCGTGACGGGCTCCGATCCGCGGGCAGCGCTGAATTTCAGCCGGGAGAAGCATTGGGATAACGCCAAGCGGTACGACTACGCCGAGGAATTCATCGAAATCGTCAGCGGGCTGTGGGACACCTGGGAGGACGACTCCCTACCGCGGGATAAAGCAAGCGGCGTGTTCGCCGACGGGAGCAAGGTGCATGCTCTGGATCATGTCGGCGAGCACTTCTCCGTTGCGGGTCCGCTGAACATTCTGCGCCCGATACAGGGGCAGCTTCCGTTGATCACGGCTGGAACCTCCCTGCGCAGCCAAATGCTGGCGGCCAAGTATTCCGACATGGTCTTCACGGGAACGAATGTAAAGGAAGTAGCCGTCAAATTTTACAAGGATGTGAAAGGCCGACTGCCGGAGTATGGAAGGGCAGCTTCGGATTTGAAAGTCCTGCCGGGGCTGGTTCCGATCGTGGGCCGGACGGAGGAAGAAGCACGGGCCAAATATGCGGAGCTGAATGAACTGGTTGTGACCGATTACGATCTGGGTCCGCTGTCGGATAAGATCGGGATCGATCTAAGAGGATTCTCACTGGACGATCCTCTGCCGGATGTATCGGCTTCGGAAACGGCCTTGCACTGGGCCGACTTGGCCAGAGCGGCCAACGGGCGCGCGGATATTACGATCAGGGATCTGTTCTATCTCTTTACCGTCACGGTCCGCGGGCATTTGCTAGTTGTCGGCAGTGCACACCAGGTGGCGGATATCATCGAGGAATGGTTCCGGGATGAAGCGGCCGATGGATTCAATGTGTGCCCGCCTTATATGCCGGGTGGACTGGATCTGTTCCTGGAGCTGGTGGTTCCTGAGCTTCAGCGTCGTGGCTTATTCCGCAACGAATATGAAGGCAGCACCTTCCGGGAGCACTTGGGACTAAGCCGCCCGGGGAACCGATACGATCTGATTGCGAAGGGGTGA	MSSKRRQLHLGLFLFGTGYHPAGWRLPEGKTDGAYDPQFLKEVARKLEKAKFDFFFLGDRLATSADMQHLFPSQMTRLEPFTMLSYLAAATEKIGLIGTVNTTYAEPYNIARFTASLDHLSQGRASWNVVTGSDPRAALNFSREKHWDNAKRYDYAEEFIEIVSGLWDTWEDDSLPRDKASGVFADGSKVHALDHVGEHFSVAGPLNILRPIQGQLPLITAGTSLRSQMLAAKYSDMVFTGTNVKEVAVKFYKDVKGRLPEYGRAASDLKVLPGLVPIVGRTEEEARAKYAELNELVVTDYDLGPLSDKIGIDLRGFSLDDPLPDVSASETALHWADLARAANGRADITIRDLFYLFTVTVRGHLLVVGSAHQVADIIEEWFRDEAADGFNVCPPYMPGGLDLFLELVVPELQRRGLFRNEYEGSTFREHLGLSRPGNRYDLIAKG	PGPT0003040_16	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091	NA	NA
JZ016_02678	348	iolS_3	COG0667	Aldo-keto reductase IolS	GTGTACAGCCCTCTGGGCCGGGGCATATTGTCAGGGAAGTACCGGGCGGGGGAAGCTCCCCCATCGGACTCGCGTCTGGCTGCAGGCGAACAGAGACTGCAATTGCTGCTGAACCAGAGGCATGCGCTCTCTATTGTAGAAGCGATCCGGCCGCTGGCTGAGTACCGGGGATGGACGCTTCCGCAGTTCGCCCTGAACTGGGTGCTTAGCCGCCCGGGCATCACATCAGCCATTGTCGGAGCATCCAGGGCGGAGCACATTGCAGATACCTTGAAATACTCGGATGAGCGGCTGACAGAAGAAGAACTGAAGGAAATTGATCGTTTATCGGAGGAAATCCGTGGATAA	MYSPLGRGILSGKYRAGEAPPSDSRLAAGEQRLQLLLNQRHALSIVEAIRPLAEYRGWTLPQFALNWVLSRPGITSAIVGASRAEHIADTLKYSDERLTEEELKEIDRLSEEIRG	PGPT0017540_1377	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017540-yajO|iolS-K23107	NA	NA
JZ016_02679	597	yajO_2	COG0667	1-deoxyxylulose-5-phosphate synthase YajO	ATGAAGTATAGACCACTGGGCAGAACGGGAGTTCAAGTGTCGGAGGTGAGTCTCGGGACCATGGCTTTCGGGCGTTGGATCGATGAGAGGGCTTCGGCCGCCGTATTGGATGTGGCGCTTGCTTCTGGAATCAATCTGATTGACACGGCTGACGTATACGGCACGGGTATGGATAACGGGAACGTAAATCAGCTTGGGGAGTCAGAAGAAATTTTGGGCAGGCTGCTGAAGGAGCGAAGACAAGGCATTCTCCTGGCTACGAAGCTGCATAACCGGATCGGGCCCGGCATTAATGACCAAGGCCAAAGCCGTTATCATATTTATCGCGCGCTGGAGAACAGCCTTGTTCGGCTCCAAACGGATTATATCGATTTTTATCAAGTGCACCGGTTTGATGAGTTTACTCCGCTGGAAGAGACGCTGGAGGCGCTGACGGATCTTGTGCGACAAGGCAAAGTCCGCTATATCGGCTGCTCGAACTACGCGGCCTGGCAGCTGGCCAAAGCTCATGGCATCAGTGCGCTCCACGGTCTTCGCAGTTCGAAAGCGTACAGCCGGAATACAGTCTCATTACAAGGGATATCGAACGTGAATTAA	MKYRPLGRTGVQVSEVSLGTMAFGRWIDERASAAVLDVALASGINLIDTADVYGTGMDNGNVNQLGESEEILGRLLKERRQGILLATKLHNRIGPGINDQGQSRYHIYRALENSLVRLQTDYIDFYQVHRFDEFTPLEETLEALTDLVRQGKVRYIGCSNYAAWQLAKAHGISALHGLRSSKAYSRNTVSLQGISNVN	PGPT0017540_1333	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017540-yajO|iolS-K23107	NA	NA
JZ016_02680	1323	ntaA_2		Nitrilotriacetate monooxygenase component A	ATGGGTACGGAGCGACGCCAATTAAGTCTGGGTGCTTTTCTAATGAATTACGGTCATCATATTGCCGCTTGGCGGCATCCCGGTTCGGCGGGGGTCGGAGCCGTGGTTTACGATTTCTATAAGCGCTGCGCTCAAGCAGCCGAACGCGGGAAATTCGATATGGTATTCCTTGCGGACAATAACTCGATTCCTTTGATCGAGGATTTGCGGACGAATGTCAGCTTTCTTCAGCCTGAAGCGCTGACCATGCTCAGCAGTCTGGCCGGCGTCACGGCGTATGTTGGATTAGCCGGCACGGCATCTACCACATTCAACGAGCCCTACGCATTGGCAAGGCGTCTGTCCACGCTGGATCATATCAGTGGCGGCAGAGCTGCATGGAATGTGGTGACTTCCACGAAGGATGCCGAGGCGCGCAATTTCGGCTCGGTGGAATTAATGGAGCATGGAAAGCGGTATGAACGGGCGGAGGAGTTTCTGCGGGCTGTGATGGAATGTTGGGACAGCTGGGAGGACGATGCCCTTGTGTTGGATCGGCAGAGAGCTGTTTTTGCGGATACCACACGGATTCATCGGGTTCATCATGAAGGAGCATTTTTCAGGGTGGAAGGTCCGTTGAACATGCCCAGATCTCCGCAAGGCAGGCCCGTTATCATTGAAGCGGGAACCTCGGCAGCGGGAAGGAGGCTGGCCGCCCAAACAGCCGATGTTGTGTTCACGGCCTGTGAGAGTAAAGAAGATGCGATAAGGTATTACCGCGAGTTTAAGGACTTGCTTAAGGAGTATGGACGGGAAGGGGGAGAGGTGAAGGTTCTCCCGGGATTGCTGATCTTCCTCGGAGAGAGCGAAGCCGAAGCTTTGGCGTATCACCGGGCATTCAGCGAGCTCATCTTGCCGGAAGCAGGGGTGAAATATTTGTCTCAATTGCTGAATGCCGACTTGACCGAATATCCGGTAGACGGTCCGCTGCCTGATCTGCCGAGGGAAGGGAACAGCAGCCGGGCGATCATGATTATGGATATGGCCGCGAAATCGGGCATGAGCATTCTGGAGCTTGGCAGGCATTACGCGGTCGCCAGAGGTCATATGACGATGATCGGAACCCCGCTGCAGATTGCCGATCGGATCGAGGATTGGTTTCGAAGCGGGGCTTGCGACGGATTCAACATTATGGCCCCTTTGCTTCCGAGTGGTCTCGAACAGTTTGTGGAGGGCGTAGTGCCGCTGCTCCAGCAGCGCGGACTGTTTCGCGAGGACTATACAGGCAGAACGTTACGGGACCATCTTGGTCTCAACCGGCCGGAAACCCAACATGAAAAATAA	MGTERRQLSLGAFLMNYGHHIAAWRHPGSAGVGAVVYDFYKRCAQAAERGKFDMVFLADNNSIPLIEDLRTNVSFLQPEALTMLSSLAGVTAYVGLAGTASTTFNEPYALARRLSTLDHISGGRAAWNVVTSTKDAEARNFGSVELMEHGKRYERAEEFLRAVMECWDSWEDDALVLDRQRAVFADTTRIHRVHHEGAFFRVEGPLNMPRSPQGRPVIIEAGTSAAGRRLAAQTADVVFTACESKEDAIRYYREFKDLLKEYGREGGEVKVLPGLLIFLGESEAEALAYHRAFSELILPEAGVKYLSQLLNADLTEYPVDGPLPDLPREGNSSRAIMIMDMAAKSGMSILELGRHYAVARGHMTMIGTPLQIADRIEDWFRSGACDGFNIMAPLLPSGLEQFVEGVVPLLQQRGLFREDYTGRTLRDHLGLNRPETQHEK	PGPT0003040_16	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091	NA	NA
JZ016_02681	573			hypothetical protein	ATGAGCAAAAAAAATTGGCTGATCGTTATACTGCTGCTTATCGGCGTAGTGGGTATGGCTGCACTGGAGGGATTCATCAAGCCCAAAGCAGACGAACAGGCCGTTCAATATGAAGCGGAGCAGAATGATCCGTTGACGCATGATATCCGGAATTCGTTAAGCTTTGCGAGCCCGTATATGGGGAATGCCGGGAACCTGATCAATTTGAATGCTTCGCTTCCCATGCGTGACATCGAACGTACATTTCAGCTGTATCCGGAGGAATTGACGGCCGAGATCCGATTCCAGGCCAGGGCCGGCGATCTGCAAGAGGAAAAGCTGAAGCAGCTGCTAGTTTATAACTCCACTGCTAATTTTGCCATGATTGATAATTTGGAAAAACTGATTTTCGCCTTTGAAGACCAAATCTTCACCATCCGGCGGGATGAGGTGGAGTCGTGGTTTGGCAATCAGGTCACACTTGCTTCATTACGGGATGCCGGGATATGGGAGAAGGAAGTTCAATCCCGTCTTGATGATAGGAAGTTTGTCGGTGATTACGTAGAGAACCTGGTTGAGCGTAAGTTTCTGTAG	MSKKNWLIVILLLIGVVGMAALEGFIKPKADEQAVQYEAEQNDPLTHDIRNSLSFASPYMGNAGNLINLNASLPMRDIERTFQLYPEELTAEIRFQARAGDLQEEKLKQLLVYNSTANFAMIDNLEKLIFAFEDQIFTIRRDEVESWFGNQVTLASLRDAGIWEKEVQSRLDDRKFVGDYVENLVERKFL				NA	NA	NA	NA	NA
JZ016_02682	579			hypothetical protein	TTGGAGGCTCGGGTTACGGATTATATGGAGAATGGGATGGAATATCAATCGGCCATTAGTCTGGCCATCGATAACATTGAAGATATCGAAGCCCTCATTGACGATAATCAAAAAGTTTACAGCTACCGTTTCCGCTATGAATTGGTTCAGAGCGCGCTTATTTATTCCTTGCTGGCGTGGATCGTGACCATACCGGCCCGATTTTTGCCAAGCGGTATAGGGGTGAACACCCTTCTGCTATGTCTCGTTGTCTTATCCGGTGCGGTGTATCTTTCCATGTCACGGCATCTGAAACGGTATGAGAAGCAGACAGCTGTGATCAACGCAGGCAAATTGGCCAAATGGAGCAAAGGGGCATGGTGGCTGTGGTCGATATTTATCGTAGTTGTATCCATGTACACCTTCCTGATTCAATACGGCAGCGATCTGTGGTTTGGGCGAGAATTGCGGATCGATGGGCCCTATTCGTTCTACGTGACCGTCATGCGATATGCCATCCCGATGACGTCGGTCATCATTCCGCTGCTTGTCCAAAAAGCTAGTAAATTAACTCTTCAACTTGAGGTGAATGAACCATGA	MEARVTDYMENGMEYQSAISLAIDNIEDIEALIDDNQKVYSYRFRYELVQSALIYSLLAWIVTIPARFLPSGIGVNTLLLCLVVLSGAVYLSMSRHLKRYEKQTAVINAGKLAKWSKGAWWLWSIFIVVVSMYTFLIQYGSDLWFGRELRIDGPYSFYVTVMRYAIPMTSVIIPLLVQKASKLTLQLEVNEP				NA	NA	NA	NA	NA
JZ016_02683	369			hypothetical protein	TTGATTGAATCCATACATAACAGCGATTTGATACGTGGAAATATTGATACCTTTATTTTGCGCGTGTTATCGGACGGAGATAATTACGGCTATCAGATCATTAAAGAAATCTCGCTGCGAAGCGGGAATCGATTTGAGCTGAAGGAGCCTACACTGTATTCCAGTCTGAGAAGGTTGGAGAAGCAGGGATTCATCCGTTCCTACTGGGGTGAAGAAACCCAGGGCGGAAGGCGCAAATATTACACCCTCAGCCAGGAGGGACAGGGACGCTTGCGGCACAATCAGGAGGAATGGAAGGCTGCGCGCGAGATTATTGATATTTTGATCGGAAACGGAAAGGAGCTGACAGACAATGACCAACAGGCATGA	MIESIHNSDLIRGNIDTFILRVLSDGDNYGYQIIKEISLRSGNRFELKEPTLYSSLRRLEKQGFIRSYWGEETQGGRRKYYTLSQEGQGRLRHNQEEWKAAREIIDILIGNGKELTDNDQQA				NA	NA	NA	NA	NA
JZ016_02684	528			hypothetical protein	TTGCTTCATAAATACATTCGACGACTGAAATACTATATTCTCCGGACTCTCCGCATGCAAAATAGCGATCATCGAATTGCGCTCGGTTTTGCCGTCGGCTTCTTCCCTTGCTGGTATCCAACCTTCGGCATTGATCTGCTGCTGGCTCCGCTGCTCGCTCGCATGGTTCGGGCTAACATCCCTTCCGCCTTCCTTGCAGCTTCGGCAGGCTCCGTCTTGTGGCCGATCCTGTTCTATTTAAACTATAGAATCGGGGTATTTGTGCATCTGTTCACCACATTTCCCAAAACCTTTGAAATCGAAGATGCTCTCTCGGTACCTGTCCCGGAGACGGATTATAGGATTGAGACGAACCATTTTGGCAGATTAGGCGATATGGGCGTCAATTTTCTTGTCGGTGGTCTCATCAACAGTGTCCTGTCTACATTGATACTCTATATTTTGCTGCGCTTCGTTTTAACGTTCTACCGAAAACCATTGCTACAACGAATAAAGAAATCCATCAAAAGAGGAAAAACCAAGAAGTAG	MLHKYIRRLKYYILRTLRMQNSDHRIALGFAVGFFPCWYPTFGIDLLLAPLLARMVRANIPSAFLAASAGSVLWPILFYLNYRIGVFVHLFTTFPKTFEIEDALSVPVPETDYRIETNHFGRLGDMGVNFLVGGLINSVLSTLILYILLRFVLTFYRKPLLQRIKKSIKRGKTKK				NA	NA	NA	NA	NA
JZ016_02685	1467	gerAA_3		Spore germination protein A1	TTGAAGGAACAAACTCATCATGAACTGGTTGAGAATATAAAACAAAATCTTGAGAACTGTGAAGATGTCGTCTACCAATCATTTCGGGCCCATGGCAAATCCTGCACCCTGATTTATATCCAATCTATTATTGATACCAGCTCTTTGCATGAGCGTATCATTACCCCGCTCCTCAAAGAGGCCTCTGCCTTACAATTTAATTTAGATGACTTTATTAATGAGCTGGATCGTGGCGATTTACTCTCGATTCCATTCAACCGCTCATCATCAGCTCACGATATTGCGAACCTGATTGTAGAGGGCTATGTCGTTCTGTATATTGATTCATTGGTTAACGTCTATACCTTTGATCTAACGAAGTATGAAAAGAGAGCCGTCTCGGAATCCCAAAATGAGCTTGTGGTAAATGGCCCCCAGGAGGCTTTTATCGAGGACATCTTCACCAACCTGTCCTTGCTGCGTCACAAAATCAAACATCCCGCATTAAAGACGCGCCGTTACCAAATCGGGCGTTATTCGAAGACCCTTATATACATGGTATATATTGACGGACTGGCCGATAAGGATGTGGTGGCTAAGATCGAAAAAAATATCAAGGCCATATCTATCGACGGGGCCTTTGGCATCAGTACCTTATCTGAACAAATGAAAGAAGGCGTGAAATCGCCGTTTCCTCAGTTTCAATACACAGAGCGACCCGACTCTGTTGCAGCTTCACTGCTTGAGGGGAGAGTCGGGATGATGATGGACGGTACACCGTCTGCTCTTATCGTGCCGGTTACGCTCTTGTCTCTGCTGCAATCTTCCGAGGATTATTATCACAGCTTTTTTTCCTCCAGCTGGATCCGTCTTATTCGCTTTATGTTCGCTGTCATTTCGCTGCTGATGCCATCCATGTATGTTGCCATTACCACGTTCCAGCCTTCTATCATTCCGACGGATCTGCTGCTCACGATTACATCAACTCGTGAGAACATCCCTTTCTCGGCATTAACGGAAGCCCTCATTATGGAACTAACCTTTGAAGCGCTCAGGGAAGCCGGAACCCGAATTCCAAAACCGGTCGGTCAGACTATATCGATTATCGGCGCCATTGTCATCGGACAAGCCGCGGTGGAAGCAGGGATCGTGTCTAACCCGATGGTAATCGTGGTATCCATAACAGGGATTGCTTCGTACATCATTCCGCATTTTGAGCTTGGGCTGACATTTCGACTCCTACGCTTCCCCCTGCTTCTCTTGGGAGGAACACTCGGTCTAATCGGTTTGTTTGCAGGAACTTTTGTAGTGCTTGGACATTTGGCTTCGCTTAAATCCTTCGGGACTCCGTATCTGGAACCGGTAGCTCCGCTGGTATTCTCCGAGTGGAGGGATACGTTTCTCCGTGCTCCCTCTCCCCTGCTGAATAAACGTCCAACTTCCTATGCTGCTCAGACCTCGAATAATAGGAGGCAGAAACCAAAATGA	MKEQTHHELVENIKQNLENCEDVVYQSFRAHGKSCTLIYIQSIIDTSSLHERIITPLLKEASALQFNLDDFINELDRGDLLSIPFNRSSSAHDIANLIVEGYVVLYIDSLVNVYTFDLTKYEKRAVSESQNELVVNGPQEAFIEDIFTNLSLLRHKIKHPALKTRRYQIGRYSKTLIYMVYIDGLADKDVVAKIEKNIKAISIDGAFGISTLSEQMKEGVKSPFPQFQYTERPDSVAASLLEGRVGMMMDGTPSALIVPVTLLSLLQSSEDYYHSFFSSSWIRLIRFMFAVISLLMPSMYVAITTFQPSIIPTDLLLTITSTRENIPFSALTEALIMELTFEALREAGTRIPKPVGQTISIIGAIVIGQAAVEAGIVSNPMVIVVSITGIASYIIPHFELGLTFRLLRFPLLLLGGTLGLIGLFAGTFVVLGHLASLKSFGTPYLEPVAPLVFSEWRDTFLRAPSPLLNKRPTSYAAQTSNNRRQKPK	PGPT0014780_230	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0014780-yfkQ-K06307	NA	NA
JZ016_02686	1167	gerAC_3		Spore germination protein A3	ATGAAATGTTCAACAATCATTCGATTTCTGCTGCCTTTAATCATTCTTACCGGTTGCGCAACCAAGGTGGAGGTTAATGAACAGACGTTCGTCTTCGCTATGTATATTAATAAAGGCAAGCAGCCGGGAAATGTAGAGGTTACCATTAGCGCTCCCCTGCCGAATCGCTTAATGTCCGGGCAGCAGGCCGGCAGCGGGAGCGGCGGCGATCCTTATGCCATGGTCTCCAAGGATTCCGCCACAATTCAGGATGCCTTGCATCTTATTCAAAAAGATCTGTCTCGGCGGCTTGACTTCAGTCATACCCGGGTCCTTGTATTGGGCCGAAGCTACGCTGAAGACGGTATTGAGGATTTAATGGATTGGTTTGAAAGGGAACCCACGATCGATTTCAGATGCTACTTGATGGTTGCACCAGGCGACGCCAAGCAAATCGCCAGATTAACGCCGGTCTTTGAGCAAATGCCTTCGGAGGTTCTCATCAAATTCGCCGAACATCATAATATGGTGGCAACTACGGCGAGAGATATTTTATATGCAAGCAAAGCCAACCAAGGGTACGCCCTGACATACTTATCTGCAGGCAAAAAGCCGTTGGTAGCCGATCCAGCTAAAAAGGATGATTGGGCCGGAGTTCAAGGGACGGCGATATTTCAAGGTCACAAGCTAAGGGCCACCCTGCCACTAAAGGAATCCATGGCCGTCAGCTGGGCTCTTAAGGAGCTAAGAGACGCGCTTTACACCGTGTCTTGGGACGATGGCAAGAACAAAGGTAAGGCCAGCCTGTTACTCATCAACATCAGATCCCAGAAGAAGGTGAAAATGACACCCGACGGCCCCGTTTTCACGGTTATGCTCAAGGGAAGGGCAGACATCATATACAAAAAAGACACACACTTACCGGATTCGGCTGCTATCAACAAAATGATTGAACGTGAATTGAATGACCAGGTCAGCACTCAAATGAACCGTGCTCTGCGTACATCCCAAAGGGCTGGTGCGGATATATTGCAATTAGGCATGGTCCTCGACTGGCACTACCCCGATGCTTGGCATAAACTGCGTTCAAGATGGGAAGATTTTTACAGAAATGAAGCAGAAATTCAAGTTTCGACTCATATTACCATACGAAACCTGGGAGCAAGTTTTAATGCCAAATCAGAATAA	MKCSTIIRFLLPLIILTGCATKVEVNEQTFVFAMYINKGKQPGNVEVTISAPLPNRLMSGQQAGSGSGGDPYAMVSKDSATIQDALHLIQKDLSRRLDFSHTRVLVLGRSYAEDGIEDLMDWFEREPTIDFRCYLMVAPGDAKQIARLTPVFEQMPSEVLIKFAEHHNMVATTARDILYASKANQGYALTYLSAGKKPLVADPAKKDDWAGVQGTAIFQGHKLRATLPLKESMAVSWALKELRDALYTVSWDDGKNKGKASLLLINIRSQKKVKMTPDGPVFTVMLKGRADIIYKKDTHLPDSAAINKMIERELNDQVSTQMNRALRTSQRAGADILQLGMVLDWHYPDAWHKLRSRWEDFYRNEAEIQVSTHITIRNLGASFNAKSE	PGPT0025060_732	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297	NA	NA
JZ016_02687	192			hypothetical protein	ATGATAGCCATATTTTTTTCGGCGATTGCACTGCTGGAGTGGTACCTTGTCAGACAAAAATCGCGACGGGAAAAATGGATGGTGCTTTCCCTCATTGTACTGGCTGCCATATGGAATATGCTTGCCGCTTTCATCCATTGGTGGCCCACACCCAATCAATGGATCCACTGGGGATTCGGTTGGTTAGGCTGA	MIAIFFSAIALLEWYLVRQKSRREKWMVLSLIVLAAIWNMLAAFIHWWPTPNQWIHWGFGWLG				NA	NA	NA	NA	NA
JZ016_02688	1092			hypothetical protein	ATGCGTAAAACTCCCTGGCAGCTGTTCCGGTTTGCGTTTGTTTATCTATCTGCCCAGCCCACTGGGTTTCTGATCACGCCTCTGCTATGGAATTCAGAATATCTAGGATGGATGTCCATTCTTGCCGGAAGTGCTATGAGTCTGATCCTTCTGTGGTTCACGATCAGGCTCGGCATGTGGAGCCCGAATACCTCCTGGGTGGATTTTGGAGAACGCCTGGTCGGGAAATGGGTTCATACCATGATCATCCTTTTGCTCTTGTTTTGGAGCATCAATTACATTGCCTTGGATATCGAAGGTTTTACCTTGTTTTTTAATACGAACTATATGCGGGAATCCCCGCAGTGGATTATCCAGATTATCATTGGATTGGTTGTGATCATCACGGCCAGATGGGGACTGGAAACGATGATTTATATGTCAGACGGATTATTTATACTTTCCGTGCTCTCTATCGTGCTGGTCAATATATTCTTTTTCAAAAACTCGGAATTTGAGATGCTGCCTGCTTTGATTACGCATCATAATTATGGTTCCGCGGCAACAGATGCCGTGTATTGTCTCTCTTTCTTTGCCGAATGGGTCGTATTCCTGTTTATTGCACCCTACATACAAATCGATCGGAGAGCGTTTCGCAATCTGGCCTGTTCAGGGCTCTTGGTCGCCTTGGCGGTTTTGCTTCAATGGTTGGCTGCCCTGCTCAATTTCGGTCCATACTTCGGGCGAGAACTTCAATATCCGCTCGTGGAGCTTATGCGTTCTACCGGCGGCTTCCTCGGTAAATCCGATCCCTTAATGATAGGGTTATGGAGCAGCTCCATGTTTATGCACAGTGCGTTTTTGCTCCATGTCAGCGTAAAATGCCTGGGAAAGGTATTGAACCTAAAAAAAATGGACAATCCCCTGATTTCCTTGGTTGGTGGTACTTCGGTCGTTATCGCCTACCAATATTCGCGGAATCCTACGCTGTTTCAGGAGAATTACGACTCTGTGCCTATGATTGCTTTTTTCCTGACCATTGAAGCGATTCCCCTATTGTACTGGTTAGCCATACTTCTGCGCCCGCGAAAGAGAAAACGGCGGACAGCCTAG	MRKTPWQLFRFAFVYLSAQPTGFLITPLLWNSEYLGWMSILAGSAMSLILLWFTIRLGMWSPNTSWVDFGERLVGKWVHTMIILLLLFWSINYIALDIEGFTLFFNTNYMRESPQWIIQIIIGLVVIITARWGLETMIYMSDGLFILSVLSIVLVNIFFFKNSEFEMLPALITHHNYGSAATDAVYCLSFFAEWVVFLFIAPYIQIDRRAFRNLACSGLLVALAVLLQWLAALLNFGPYFGRELQYPLVELMRSTGGFLGKSDPLMIGLWSSSMFMHSAFLLHVSVKCLGKVLNLKKMDNPLISLVGGTSVVIAYQYSRNPTLFQENYDSVPMIAFFLTIEAIPLLYWLAILLRPRKRKRRTA	PGPT0025055_238	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296	NA	NA
JZ016_02689	861			hypothetical protein	GTGGCCGAGTGGTTGGAAATTGTACTTAGAACCTTATGTGCTGTGGTCGTGTTGTTTCTGATGACGAAACTGCTGGGCAAGCGGCAAATTACGCAGCTATCTTTTTTTGAATATTTAACGGGGATTACGATCGGCAGCTTGGCCGCCTACATCTCCCTGGATCTTGATGCGAACTGGTATTTGGGATTAGTAGCGCTGGGCGTATGGGTAGCCTGTTCATTACTTATTGAATTCCTGACAATCAAGAGCAAGAAGGCCAGGGACTTTATCGATTTTAAGTCGACCGTGCTCATTAAAGACGGCAAGATATTGGAAGATAATTTAAAGAAAGAAAAACTGTCTTCCGATGAGTTAATGCAGCAGCTGCGGAAAAAAGACGTGTTTCAGATCGCTGACGTGGAATTTGCCATTATGGAGTCCAGCGGGGAAATTAATGTTCTGCTGACGCGTGAGAATCTGCCTTTAACTCCTAAAGATCTTGGTGTCCAGGTAGCGCCGGAAAAGCCCGGACAGGTTGTCGTCATGGATGGTGAAGTCATGGATGAACCGCTGCGCGTCGCAGGCTTCAATCATGGATGGCTGGTGGAAGAACTGGACAAGCAGGGCGCTAAGATCAAGGATGTATTTCTCGCACAGGTAGACACTTATGGACAACTAACCGTCGATTTGTATGATGATCAGATTCAGGTTCCCCAAAATGAGGAGCGGAAACTGCTCTATGCGAATTTGAAAAAATGTCAGGCGGATCTGGAGTTATTCAGCCTCAGTACAAAGAGTAAGAAGGCAAAAAAAATGTATGAAGAAAGCTCCAAACAGATCGAGAAGATTATAGCCGAGGTAAAGCCAATCCTAAATACTTAA	MAEWLEIVLRTLCAVVVLFLMTKLLGKRQITQLSFFEYLTGITIGSLAAYISLDLDANWYLGLVALGVWVACSLLIEFLTIKSKKARDFIDFKSTVLIKDGKILEDNLKKEKLSSDELMQQLRKKDVFQIADVEFAIMESSGEINVLLTRENLPLTPKDLGVQVAPEKPGQVVVMDGEVMDEPLRVAGFNHGWLVEELDKQGAKIKDVFLAQVDTYGQLTVDLYDDQIQVPQNEERKLLYANLKKCQADLELFSLSTKSKKAKKMYEESSKQIEKIIAEVKPILNT				NA	NA	NA	NA	NA
JZ016_02690	207			hypothetical protein	ATGACCGTAGCTTCCGATGTTAAAACATGTCTCTCATCCTTAAAAAGCGCTCAGGCCAGCCTTGAGCAATTTGCACTGTCCACGCAAGATCAAAATGCCAAGGATTTGTTCACGGCTGCAGCTCAACAGACACAGCAAGTCGTGGACCAAGTGGCCCAGCGGGTTCAGCAGCTTGAACAGGAAGAGCCTCAGTATAAAGGTTTCTAA	MTVASDVKTCLSSLKSAQASLEQFALSTQDQNAKDLFTAAAQQTQQVVDQVAQRVQQLEQEEPQYKGF				NA	NA	NA	NA	NA
JZ016_02691	1044	kdgK_1	COG0524	2-dehydro-3-deoxygluconokinase	TTGTGTTATTTATTATTGAGTTATCCTCCCCATCAGGGTAAAGTGTTAATAACGGCGACTGAATTCAAGGGGGTAGATTCGATGAAGAATGAAACGCGTCCTATCGATGTCATCACGTTCGGTGAATCGATGGGATTATTATATCCGGAAGGTACACGGGGCATAGGACAAGGAGGAAGCATGGCACAATCCTTCGGCGGTGCCGAAAGCAATCTCGCCATCGGACTGTCCAGGCTTGGCTGCAGCAGCGGATGGTTCGGTCAACTCGGTAACGATCCGATCGGAACCGGTATTTTGAAAACGCTTCGAGGAGAAGGTGTCGACATTTCCGCCGCCAGACAAACGGATATTGCACCGACCGGCCTTATGCTGCGCGAGAACGTTCGCGGTCAATCCTCCGTCTATTACTACCGCAAAGGCTCCGCCGCCAGTCACATGACGCCGGACCATGTAGACTCCGAATACATAGCCAATGCCCGCATCCTTCATTTTACAGGCATCACCGCAGCTCTAAGCAGCAGCTGCCTGGAGACGATACGGCATGTCATTTCCGTATGCAAAGCGCATGGCGTCCTGATCAGCTTTGACCCTAACCTCAGGCTCAAGCTATGGAATATCGAGGAAGCTCGCCCTGTATTGCTGGAACTTGCGGAAGCCTGTGATTATTTTCTTCCGGGCTATGATGAATGCAAGCTGCTGTTCGAAACTGAGGACGAGCAGGCGATCCTGGACCGACTGCGACAGCTTCCCGGAATGTCCGTTATCAAAAGTTTCAATGGGAGCAATGTCATTGTCCACAAGAGCCACACCTACTCCCTTCCCTTTGAACAGGTGGATCAAGTGGTGGACACCGTGGGAGCAGGCGACGGCTTCTGTGCTGGTTTCCTTGCCGGTATCGCCAAGGGCTGGACACCCGAAGAGGCTCTCTCGCTGGGCGGCTTAACCGGTTCGCTGGTGATCCAAGCGCCCGGTGATTGGGAAGCACTTCCGACCTGGGAAGAGGTACAACAGCGGCGCGGAAATGCTGCTCATATCGAGCGTTAG	MCYLLLSYPPHQGKVLITATEFKGVDSMKNETRPIDVITFGESMGLLYPEGTRGIGQGGSMAQSFGGAESNLAIGLSRLGCSSGWFGQLGNDPIGTGILKTLRGEGVDISAARQTDIAPTGLMLRENVRGQSSVYYYRKGSAASHMTPDHVDSEYIANARILHFTGITAALSSSCLETIRHVISVCKAHGVLISFDPNLRLKLWNIEEARPVLLELAEACDYFLPGYDECKLLFETEDEQAILDRLRQLPGMSVIKSFNGSNVIVHKSHTYSLPFEQVDQVVDTVGAGDGFCAGFLAGIAKGWTPEEALSLGGLTGSLVIQAPGDWEALPTWEEVQQRRGNAAHIER	PGPT0018060_1786	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018060-kdgK-K00874	NA	NA
JZ016_02692	669	kdgA_2	COG0800	KHG/KDPG aldolase	ATGAAAAAGCTAAGACTGATCGAACAAATTCATCATGCGGGTGTCGTCGCTGTCCTTCGCGGAGATTCCCCCGAAGAGGTTGTCGAGATTGCCAAACGTGCGATTGAAGGCGGTATCAAGGTTATCGAAGTAACCATGACCGTACCGTTCGCTACCGAAGCCATTACGACGCTGGCCAAAATGTACTCCTCTAAAGACCCGCAAGCGGATAACTATGCCATCATTGGCGCAGGCACGGTTCTCGATGCTGAAACAGCTCGAATCACCATTCTTGCCGGTGCCGAGTTTGTAGTCTCGCCGGGCTTCGACCGCGATACCATTATGCTCAGCAATCGTTACCGCATCCCGGTTATGCCGGGCGCCGTAACCGTTCATGATATCGTTGCCGCTCTTGAGCTTGGCGTCGACGTCATCAAGCTCTTCCCGGGCAATCTGTACTCTCCATCCGTCATTCCATCTCTGAAAGGTCCGCTCCCGCAGGCCAACATCATGCCAACCGGCGGCGTAAATCTGGACAATCTGCATGAATGGATCAAGGCCGGCGCGTTTGCGGTCGGGATCGGATCGGATCTGACCAAGGACGCATTGAAGAGCGGTGACTTCAATCTGATTACAGAGAAGGCACGCGCATATATCAACGCCTTTAAGGAAGCTCAATCGCAAAGATAA	MKKLRLIEQIHHAGVVAVLRGDSPEEVVEIAKRAIEGGIKVIEVTMTVPFATEAITTLAKMYSSKDPQADNYAIIGAGTVLDAETARITILAGAEFVVSPGFDRDTIMLSNRYRIPVMPGAVTVHDIVAALELGVDVIKLFPGNLYSPSVIPSLKGPLPQANIMPTGGVNLDNLHEWIKAGAFAVGIGSDLTKDALKSGDFNLITEKARAYINAFKEAQSQR	PGPT0002060_341	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0002060-eda-K01625	NA	NA
JZ016_02693	606			hypothetical protein	ATGGTGTCATTTCGAAAACATGTCATTATCGTGATCGGCAGTTTTCTGATCGCGATGGGGACCAATTTTTTTCTTGTCCCGCATAAAGTTTTGGATGGTGGAGTTATCGGCATCGCCCTGATAGCTAACTATGTGTTTGATCTACATATCGGATTCGTCATCATTTTGTGCAGCATTCCCATGTTTATCGCAGCCTGGATATTAAATCGCGAAATTTTTTACAATAGTCTGTCAGGCATGCTGATATCTTCATTTATTATCGATTTGCTTTCACCGCTGCAACCGGATTTTTTGCGATTTTTTGCCCCGAATGTCATCCTGAGCGCGCTCCTGGGCGGGGCTTTGATCGGAGCCGGACTTGGATTTATGCTAAGACACAATGCAAGCACGGGCGGAACGGATCTGCTGGCGCATTTCCTGGCTAAATATTTGCCGTTAAATGTAGGCGTCATTATTTTGCTGATGGATGCCGTGATCATTGGTTTCGGAGGTTTCCTGTTGTCGGAAAGCACCTTCATGTATTCTGTTCTGACGATCGTAGCGGGCGGCTTTACGACAGGAATGTTCACCCAGAAGCGTTGGTTCAAAAAGAGACGGATTAAATAA	MVSFRKHVIIVIGSFLIAMGTNFFLVPHKVLDGGVIGIALIANYVFDLHIGFVIILCSIPMFIAAWILNREIFYNSLSGMLISSFIIDLLSPLQPDFLRFFAPNVILSALLGGALIGAGLGFMLRHNASTGGTDLLAHFLAKYLPLNVGVIILLMDAVIIGFGGFLLSESTFMYSVLTIVAGGFTTGMFTQKRWFKKRRIK				NA	NA	NA	NA	NA
JZ016_02694	852	ulaG	COG2220	putative L-ascorbate-6-phosphate lactonase UlaG	ATGATGGAACAGAACAGCAAGGGTCGAGGTCCCGAGGAGCTTATCGAAGAAATCAACCGGACGTCCACAGCTGAAGGAATGGCGGCGGTATGGTTTCTGGGACAGGAGAGCGTTGTCCTTAAGGGCGGGGAGGTTGTCATCTATATCGATCCTTATATGTCTGATGATCTGGAACGCAAAGCGGGATTCAAGCGCGCATTTCCTGCACCGTTGACCCCGGAGCATATCACGAATGCGAACATGGTGCTGATCACCCATGAGCATGACGATCATATGGATCTGGGAACGATTGCGGTCATAGCCAAACAGAATCCAGAGACAATTTTTGTCGCACCGGCTTGCTGCCATGAAGCGATGAGAGAGGCCGGTGTCGCTCCGGAGCGTTTGTACGCGGCGATGTGCGATGAATGGCAGCAGTTTGAGGGCTTCCGACTGATGGCGATTCCGGCTGCCCATGAAACATTGGATGAGCATGAACAGTTCGGGCACCGATATGTCGGATATTTGGTGGATATCCAGGGCGTGTTGATCTACCATGCGGGAGATACCGTCGTTTATCCTGGTTTGGTTGAAAGGTTACAAGCGTATGCGATTGATATCGGGATGGTGCCGATCAACGGGGGAGATGCCTTCCGCCGGAAAGACGGAATCGTTGGAAATATGGGCTTTCGGGAGGCAGCAGAGCTTGCCGCAGCATCGGGATTCGATCTGACCATTCCCATGCACTATGATATTTTCCCTTGGAATGGAGAGAAGCCGGGGTATTTTGTAGATTATTGTTATGAGAACTATCCCTATATGAAGACCAAGGTGATGGCACGGACCGAGCGTTTGATTTATGTAAAAGATTAG	MMEQNSKGRGPEELIEEINRTSTAEGMAAVWFLGQESVVLKGGEVVIYIDPYMSDDLERKAGFKRAFPAPLTPEHITNANMVLITHEHDDHMDLGTIAVIAKQNPETIFVAPACCHEAMREAGVAPERLYAAMCDEWQQFEGFRLMAIPAAHETLDEHEQFGHRYVGYLVDIQGVLIYHAGDTVVYPGLVERLQAYAIDIGMVPINGGDAFRRKDGIVGNMGFREAAELAAASGFDLTIPMHYDIFPWNGEKPGYFVDYCYENYPYMKTKVMARTERLIYVKD	PGPT0019580_337	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0019580-ulaG-K03476	NA	NA
JZ016_02695	1968	fruA	COG1299	PTS system fructose-specific EIIABC component	ATGAAAATTACGGATTTAATGATACAAGAAACGATGATCATGGACCTGAAGGCGGTCACGAAGGAGGCAGCCATTGATGAACTGATCGCAAGCCTGGCTGCAAGCGGGCGGATCAACGATCCGGTCTTGTTCAAAGAGATGATTCTGAAGCGTGAAGCCGAATCCAGTACGGGAATCGGAGGCGGCATCGCGATGCCGCACGCGAAGACGAAAGCGGTTAATGAACCGACCGTCGTGTTTGCCAAGAGCAGTCAGGGCGTGGATTTCGAAGCGCTGGACGGAGAGGCGGCGTATGTGTTTTTTATGATCGCAGCTCCGGAAGGAGCCGGAAATACCCATCTCCGTACGCTTGCCGCACTATCGCGGCTGTTGATCGATACCGAATTTATCGCACAATTGATGAATACGAAGACGCCCGGGGAAGTAACGGCGTTATTTGATTCGAAACAGGCAGTGGAAGAAGCTGCCAAGGCGGAGAAGGAAGCGGCCAAGAGAAGGGAAGCGGCAAAAAAGGAATCGGAGAAGGCTCCGGAATCCGATGTCACTTCCGAATCTGACCCCAAGAAAGTTGCTGACGGAACCTCGGATGCTTTTGTTGTTGCCGTAACGGCGTGTCCGACCGGTATTGCCCATACGTTTATGGCTGAAGATGCCCTGAAGAAGAAAGCTCAGGAAATGGGCGTCGAGATCCGGGTGGAGACCAATGGCTCGGAGGGTGCGCAGAACGTGTTGACGGAAGAGGAAATCCGCAGGGCGGCAGGCGTCATCATTGCCGCCGACAAAAACGTGGAAATGGCCCGCTTTAACGGAAAGCCTGTGCTCCAGCGACCGGTCAGCGACGGTATCCGCAAATCGGAGGAGCTGATTCGCAAAGCGATGAGCGGTGATGCCCCCATCTACCGGAGCGAAGGCGGAGGTGAGTCGCAGGCGAAGGACGCGGAGAAGGGCAGCATAGGCACGAAAGTGTATAAGGACCTGATGAATGGTATTTCGCATATGCTGCCATTCGTCGTGGGAGGCGGTATTCTTCTGGCTATCTCCTTCCTGATCGAGCAGCTTGCAGGAGACAATCATCCCCTCTTCCAGCTGCTGCAGACGATTGGCGGGGGAGACGGCGCCTTCCACTTCCTCATTCCGGTTCTGGCGGGATTCATTGCGCTCAGCATAGGTGATCGTCCGGCGTTGATGCCCGGTATGGTCGGAGGGCTAATGGCCCTGAATTCTAATTCGGGATTTCTTGGCGGGCTAGCGGCAGGTTTCTTGGCGGGTTATGTGGTGATTCTGCTGCGCAAAGTCTTTGCTGGTCTGCCCAAAGCGCTTGATGGCTTAAAGCCGATTCTGTTGTACCCGGTTGTCGGCCTCCTTGTAACCGGAACGATCATGTTCTACCTGTTTGATCCGTTCTTCAGCTGGATCAATCTCGGCCTGATTGATATTCTGAACAATCTGGGTACTGGAAACGCGGTGATTCTTGGTCTTATTCTGGGCGGAATGATGTCGATTGACATGGGTGGACCCTTCAATAAAGCGGCATATGCATTTGCGATCGGCGTCTTTACATCCAGCGGCAATACGAACGGAGCCATGATGGCTGCGGTTATGGCCGGCGGTATGGTTCCTCCGCTTGCTATTGCGCTGGCGACGACGTTTTTCAAGCATAAGTTTACGGAGCAGGAACGAAAGTCCGGTGTGACCAACTATGTGATGGGACTTTCCTTCATTACGGAGGGCGCGATCCCGTTCGCCGCTGCCGATCCGCTGCGCGTGCTGACATCTTGCATCCTCGGCTCGGCGGTTGCCGGCGGGTTGACGCAGCTGTGGAGCATCAACGTCCCTGCTCCTCACGGGGGGGTTTTTGTTGCCGCTCTGGCCAACCATGCGCTTCTGTTCTTGCTGGCCGTCCTGATTGGCGCGGTGCTATCAGGCCTGCTGCTTGGTCTGTGGAAGAAGCCGCTTGAGCGTAAATAG	MKITDLMIQETMIMDLKAVTKEAAIDELIASLAASGRINDPVLFKEMILKREAESSTGIGGGIAMPHAKTKAVNEPTVVFAKSSQGVDFEALDGEAAYVFFMIAAPEGAGNTHLRTLAALSRLLIDTEFIAQLMNTKTPGEVTALFDSKQAVEEAAKAEKEAAKRREAAKKESEKAPESDVTSESDPKKVADGTSDAFVVAVTACPTGIAHTFMAEDALKKKAQEMGVEIRVETNGSEGAQNVLTEEEIRRAAGVIIAADKNVEMARFNGKPVLQRPVSDGIRKSEELIRKAMSGDAPIYRSEGGGESQAKDAEKGSIGTKVYKDLMNGISHMLPFVVGGGILLAISFLIEQLAGDNHPLFQLLQTIGGGDGAFHFLIPVLAGFIALSIGDRPALMPGMVGGLMALNSNSGFLGGLAAGFLAGYVVILLRKVFAGLPKALDGLKPILLYPVVGLLVTGTIMFYLFDPFFSWINLGLIDILNNLGTGNAVILGLILGGMMSIDMGGPFNKAAYAFAIGVFTSSGNTNGAMMAAVMAGGMVPPLAIALATTFFKHKFTEQERKSGVTNYVMGLSFITEGAIPFAAADPLRVLTSCILGSAVAGGLTQLWSINVPAPHGGVFVAALANHALLFLLAVLIGAVLSGLLLGLWKKPLERK	PGPT0017120_588	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FRUCTOSE_PTS_SYSTEM_I,PGPT0017120-fruA-K02770	NA	NA
JZ016_02696	912	lacC	COG1105	Tagatose-6-phosphate kinase	ATGATATATACGGTAACACTGAATCCTTCCATCGATTTCATCGTGGAAGTTGAACATATCGAGCTCGGCGGTTTGAACAGAATGACACGGGACTTGAAATTTCCGGGCGGCAAAGGAATTAATGTATCGCGGGTGTTGAACCAGCTTGGAGCTGATAATACGGCCATTGGTTTCCTGGGCGGATTCACCGGTCGTTATATAGACGAGATGCTGGGCAAGGAAGGAATCCGCACCCATTTCGTGAATATCGCGGACGATACCCGCATCAACGTCAAACTTAAGCATGGCGACGAGACCGAGATTAACGGCCTGGGTCCTATCATCCGCGAGGAAGAAACGAAAGAACTGCTTCATAAGTTGTCACAGCTTCAAGCAGGGGACATCGTTGTGCTGTCCGGCAGCGTTCCGCCTTCGCTGGGACCTGATTTTTATGGCCTTCTTATCGAAACGTGCCGGAAGTGCGGTGCCGAATTCGTGATGGACACCACTGGAGAGGCGCTGATGAAGGCATTGGCCTGGAAGCCGCTCCTCGTAAAGCCGAATCATCACGAACTGGCCGAATTATTCGGCGTTGTTATCGATTCAAGCGAGAAGCTTGTAGAGTACGGCCGAAAGCTGCTAGAGGAAGGAGCGCAGCATGTTCTTATCTCCATGGCCGGCGAAGGGGCACTGTTCATCACGGCCGATCGGGTATATCACGCGAGCGTACCGTCAGGTACAGTCCGTAATTCCGTCGGGGCCGGTGATTCGATGATTGCCGGATTCGTCGGTACGCTAGCGATGGGCAAGGATCCGATCGAGGCATTCCGGACAGGGGTCGCCTCGGGTAGCGCGACGGCGTTCTCGGACGATTTGGCTGTGCGGGAAACGATTGATCGACTTCTTCCGCAGGTTAGGATCACGGAGTGGTAA	MIYTVTLNPSIDFIVEVEHIELGGLNRMTRDLKFPGGKGINVSRVLNQLGADNTAIGFLGGFTGRYIDEMLGKEGIRTHFVNIADDTRINVKLKHGDETEINGLGPIIREEETKELLHKLSQLQAGDIVVLSGSVPPSLGPDFYGLLIETCRKCGAEFVMDTTGEALMKALAWKPLLVKPNHHELAELFGVVIDSSEKLVEYGRKLLEEGAQHVLISMAGEGALFITADRVYHASVPSGTVRNSVGAGDSMIAGFVGTLAMGKDPIEAFRTGVASGSATAFSDDLAVRETIDRLLPQVRITEW	PGPT0017580_2096	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0017580-fruK|fpk-K00882	NA	NA
JZ016_02697	750	glcR_2	COG1349	HTH-type transcriptional repressor GlcR	ATGCTGACGGAAGAAAGATACCGAATCATATTAGAGCGCTTGCAAGAACGTGGCGTCGTGAAGCTGCAGGAATTGGTTGAACTCCTTGAAGCTTCGGAATCAACGGTACGGCGTGATTTGATCGACCTTGAAGAACGTCAATTATTAAAGCGCATTCATGGCGGAGCCGCGTTGCCGAGCCCAAAGATACAGGAACCTGGAATTGAGGAAAAAACGTTCAAAAACATTCAACAGAAAAATACCGTTGCCCGGTTAGCGGCAGCACAGGTGGAGAATGGAGAAAGCATCTACCTCGATGCGGGAACGACCACGCTGGCGATGATACCGTTCATCGACGCGAAGGACGTTACGGTGGTAACGAACGGTTTATCCCATATCGAAGCGCTGGTAAGCAAACGAATCAAAAGTTATCTACTGGGCGGCATGATGAAAATTCATACCAAAGCCGTCATCGGAAGCATAGCGCTTCAAAATATGGACAACTTCCGCTTTGACCGCTGCTTTCTCGGCACGAACGGTGTGGATGTAGAGATGGGCTACACCACGCCCGATCCGGAAGAAGCCTTGATCAAGCGGCGAGCCCACCAGCTGTCCGCCTCCAGTTATGTCCTTGCGGATTCAAGCAAAATAGGAGAGGTTTCCTTTGCCAAATTACTGGATCTGAACGAAGCGACGCTGATTACGGAGTCCTTATCGGAATCCTGGAAGAAGGCTATTTCACAGAAAACCAAAATAATTGAGGGATCATGA	MLTEERYRIILERLQERGVVKLQELVELLEASESTVRRDLIDLEERQLLKRIHGGAALPSPKIQEPGIEEKTFKNIQQKNTVARLAAAQVENGESIYLDAGTTTLAMIPFIDAKDVTVVTNGLSHIEALVSKRIKSYLLGGMMKIHTKAVIGSIALQNMDNFRFDRCFLGTNGVDVEMGYTTPDPEEALIKRRAHQLSASSYVLADSSKIGEVSFAKLLDLNEATLITESLSESWKKAISQKTKIIEGS	PGPT0017590_1735	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436	NA	NA
JZ016_02698	915			hypothetical protein	ATGGACCAATTGAAAGAAGCCTATGAGCGAATGGGTCTGCCGGAGGATGCAACCAAGGAACAGCTAGACGACCGGTATACGCTGCTCATGCGCCAAACCCGCTCACATCAAAGGCGGGAGCCGGACCGGGCGGAGGAGATCGAAGCCGAGTTTGCCGACATCACCAAAGCCTATAAATTCATCCTTGAAGAAGAGAACCGTAAAGCTTTGGAAGAGATGAATCAGAAACGGTACGGCAAATATAAAAGGTTTGCCGGGACAGCGGAGAAAACCGATCATTTCTTCCGTTATTATAAATTTCATGTGCTCGGCGGTATTGCTCTAGTCGGCGTCCTCATTTATATCGTGATTAGTATTTTCAACCATCAGGCCGAAAAAGAACGGTTGGCCAATCTGCCCCCGGTTGATCTGGAAGTCATGTTCCTCGGATCTTATATGAATCAGGATGGTGGACAGGACCTCAAACCAATCGAGGATGCGATTCTGGCGCAATTCCCCGATTGGAAACGCGTAACCGTTAACATTAACTATGTACCGCCTCTGGATTCCAACAATCCGCAGGATGCAGCCATGCTGCAAAAGGCACTGCTTGTACTGTCCACCGAGCGCCCGGACCTGTACATTATGGATCAGACCGCCTTTGATTGGGTTGGCAATCAAGGGATGGTGCGCCCCCTCGAAGCCGAGGTTGAAGGCGAGCTGAAGGAACTGCTCACGCCGGAGATGCTGGTAAAGGGGAAAAATGAGGAAGACGGTTCGGAGCATGTGTATGCCGTGGATATTATGGGCAGCCCGCTAGGCGAACAACTGCCTGTCCTTAAGAAAGAAATGTTTGCGGGCATTCGTGAAGGCACGGAACGTGACGCAAATGCACTGCGCTTTATTAAGCAATATTTGGAGACCTCCAAGCAATAA	MDQLKEAYERMGLPEDATKEQLDDRYTLLMRQTRSHQRREPDRAEEIEAEFADITKAYKFILEEENRKALEEMNQKRYGKYKRFAGTAEKTDHFFRYYKFHVLGGIALVGVLIYIVISIFNHQAEKERLANLPPVDLEVMFLGSYMNQDGGQDLKPIEDAILAQFPDWKRVTVNINYVPPLDSNNPQDAAMLQKALLVLSTERPDLYIMDQTAFDWVGNQGMVRPLEAEVEGELKELLTPEMLVKGKNEEDGSEHVYAVDIMGSPLGEQLPVLKKEMFAGIREGTERDANALRFIKQYLETSKQ				NA	NA	NA	NA	NA
JZ016_02699	891			hypothetical protein	ATGGCTAAGCGTAAGCATTTGAGCAAAATGATCGCATTAACGACCGCTGCAATGCTGCTGATGGCAATAACGGCATGTGGAGGTGAAAACCCAACTTCTCAGCCGCCGGCTAATCCGAATCCCATAGTGGATGATGTCAAGGAACCGGCTGAACCCGTCGAAGAGCCGAAGATCGAGATCAAGCAGGGTACCGGTACCTATGTAGGTCAAATCGATAACAATTCCATTGAAATTGAAACAGCAGACGGTCCTACCGCGTTCCGGCTGGACGAAGGTATGGACCAAGTCATATCCAAACTACAGGGAGATGAATCCGTCTCGTATGAGTATTGGGAGCAGCCCATTGAGGGTGAAGAAGAATTGAAACAGCTGATTCTCACCAAGCTGACGGTGGAAGAGGAAGGCGGGGGCAAGGGTTCGGAGACCGCGCAGCTGCCTGCAACCAAAGAGTTTGAGCTTGAGCTGGAGGGCATGAAAGAGACCAAAACAGCTAAACTGGCAGAGGGCGACGGCTACGCGCTGTATATTTTTGATATCTTTTCCTTTGATGCAAAGACCAATAAGCTGACCATGAATGTGGATCAAGATTATTATGTTGAGATTACGAAGCTGCCTTCGGATTATAACGAGGATGAACTCAGGCTGGAAGCGAAGAAGGAGCTTGCCGATGCCGGTAAGGTTCGTGAAGCTGGCGACAATGAGAAGCATAAGGTCATGGAGGGTGCATCCGTGTATATGATAGGCGAAGGTGAGAGCCTGACCAAGATGTACATTGTGGATGAGATTGACGGACAGGGTTATATCTTCCGCGTCAATAACCCTCACCGCGAACCTTCCGAAGGATTTGCTACGCATGCTTTTACATCCTTGAGCTCGATTATGAATCAATAA	MAKRKHLSKMIALTTAAMLLMAITACGGENPTSQPPANPNPIVDDVKEPAEPVEEPKIEIKQGTGTYVGQIDNNSIEIETADGPTAFRLDEGMDQVISKLQGDESVSYEYWEQPIEGEEELKQLILTKLTVEEEGGGKGSETAQLPATKEFELELEGMKETKTAKLAEGDGYALYIFDIFSFDAKTNKLTMNVDQDYYVEITKLPSDYNEDELRLEAKKELADAGKVREAGDNEKHKVMEGASVYMIGEGESLTKMYIVDEIDGQGYIFRVNNPHREPSEGFATHAFTSLSSIMNQ				NA	NA	NA	NA	NA
JZ016_02700	858		COG1307	Fatty acid-binding protein	ATGTCTGGTAAAATTAGAATTTTTGCTGACAGTACTTGCGACTTACCACCTTCATGGATAGAAGAATATAATATCGGCATCGTTCCGCTCTACGTCGTATTCGGAGAACAATCCTTGCGCGACGGAGTCGACATCACGCCGGAACAGCTATACGCCAAAGTTGACCAGATCGGCAGCCTGCCCAAAACAGCGGCACCTTCTCCGTCCGACTTTATTTCGGCCTTCACGCCATCCATTGAGCAAGGCGAGGATATCCTGTTCCTAAGCATTTCATCAGAGCTTTCTTCCACCTACCAAAATGCGTTGATCGCCGCAGGTGATCTGCCCGAGGGCCGGGTTACCGTGTTTGATTCACGCAATCTTTCCTCCGGTATCGGCCTGCTTGTTATGAAGGCTGTTCATGCAGCCAATGAAGGTTCATCCATACCGCAAATTGTGGAGTTATTAAGCCGCACCGTAAATGAAGTGGAGTGCGAATTCGTTGTCGATACGCTGGATTACTTGTATAAAGGCGGACGCTGTTCGGGCATGCAAAACATCATCGGCAGCCTGCTGAAAATCCGTCCGGTTATCAAAGTCGTGGACGGCGGTATGATCCCCGCTTACAAGGTACGCGGCAAAAAAGAGAAAGCACTGGATCAGATGATCCAGAATGCGCTGGCTCAAGTGGATAAGATGGACAATGATCTGATCGTTGTTGTACATACCATGGCCGAGGAGGAAGCCCGCTTCCTGCAAAAGCAACTGCAGGAGAAAACAGGCGCACGGCAGGTTAGCATTTCTACGGCTGGCTGCGTCATATGCAGCCACTGCGGTCCTCAAACCGTTGGACTCATGTATACCAAGAAGCCTTCATAA	MSGKIRIFADSTCDLPPSWIEEYNIGIVPLYVVFGEQSLRDGVDITPEQLYAKVDQIGSLPKTAAPSPSDFISAFTPSIEQGEDILFLSISSELSSTYQNALIAAGDLPEGRVTVFDSRNLSSGIGLLVMKAVHAANEGSSIPQIVELLSRTVNEVECEFVVDTLDYLYKGGRCSGMQNIIGSLLKIRPVIKVVDGGMIPAYKVRGKKEKALDQMIQNALAQVDKMDNDLIVVVHTMAEEEARFLQKQLQEKTGARQVSISTAGCVICSHCGPQTVGLMYTKKPS				NA	NA	NA	NA	NA
JZ016_02701	504			hypothetical protein	ATGACGAAACGTACAATCTTGGCACCGCTGCTCATCCTGCTCGGCGCATACTTGCTCTTAAACCAAGGCGGAACAGTTGGCGCCGGTTCCATCTTCGCCACATTCTGGCCTACGATGTTCGTGATCCCGTTAGGTCTGTTTTTTCACTGGATGTACTTCTCGCTGGTTGGACGACAGGGTATCGGACTGTTGATACCGGGCGGCATTCTGCTCACAGCCGGTATTGTCAGCCAAATCGCTTCCTTGTTTGACTCGTGGGGTTCCATGTGGCCCGGCTTTATTCTGGCCGTTGCGGCAGGGCTGTTCGAGTTCTACTGGTTCGGATCGCGTAACAAGTGGCTGCTCATCCCGATTAACATTCTGACCGTATTGTCGCTGCTGTTCTTCGTGGTATTCTCAATCGGACCGGTACTGAATTATCTGTCCGTCGTGCAGCCTGTCATCGCTGTGCTGCTTGTGCTTGGCGGAGCTTGGCTGATGCTCGGACGGAAGAGACACGGTTAA	MTKRTILAPLLILLGAYLLLNQGGTVGAGSIFATFWPTMFVIPLGLFFHWMYFSLVGRQGIGLLIPGGILLTAGIVSQIASLFDSWGSMWPGFILAVAAGLFEFYWFGSRNKWLLIPINILTVLSLLFFVVFSIGPVLNYLSVVQPVIAVLLVLGGAWLMLGRKRHG				NA	NA	NA	NA	NA
JZ016_02702	978	glpX	COG1494	Fructose-1,6-bisphosphatase class 2	ATGGAGAGTTCATTAGCATTGGAGCTTGTAAGAGTGACGGAGGAAGCGGCGCTGCAATCCGCCCGGTGGACAGGAAGAGGGGACAAGAACAGTGCTGATGAAGCCGCGACGGTTGCCATGCGCAAGCATTTTGATTCCGCAGCGATGGATGGTGTCGTTGTTATAGGGGAAGGCGAGATGGATGAAGCGCCCATGCTGTATATTGGAGAGCGCGTAGGGAACCGCAAAGGTCCGAAGATGGACGTGGCGGTAGATCCGCTCGAAGGAACGGAAACGGTGGCCAGCGGGCTGAACAACGCGTTATCCGTAATCGCCGCAGCTCCTCGAGGCACCCTTCTGCATGCGCCCGATATCTATATGCATAAGCTCGCGGTTGGACCCGAGCTTGCGGGCAAGCTGAGTTTGAATGATTCGATTGAGGTCACCCTTCGAAAAGCATCGGAGATCTTATCCAAGCCGCTGTCGGAGATGACGGTATCCATTCTCGATCGCGACCGACACAGCGCGATGATCAAGGCTTTGCGAGAGTCCGGGGTAAGAATCAAGCTGCTGAGCCATGGGGATGTTATGGGAGCAATCGAGACCTGCACGGACAGCGAGGTCGATCTCTATGTGGGCTCAGGAGGAGCTCCGGAAGGCGTTCTCGCTGCCGCTGCTTTGAAATGCCTGGGCGGGGAAATCCAGGGACGGCTCATACCGGAGACACCGGAGGATTTCATCAGATGCCAGGACATGGGGTTGAAGCATCCCGAGCAGCTGCTGACGATGGAGGATATGGTAGGCGGCGAAGGCGTATTATTCGTGGCTACGGGCGTGACGGCTGGCGATTTCCTGCGCGGCGTGAAGTTTATGCCGGGTCAGCGGGCCGAAACGCATTCCGTCATGATGTATTCCGGCACTAGAACCGTCCGGTATATCCGGAGCGTTCATCATCTGTTTCAAAGCAGTGAGACTTTAGCTGCCGCTGCATCTTCTTAA	MESSLALELVRVTEEAALQSARWTGRGDKNSADEAATVAMRKHFDSAAMDGVVVIGEGEMDEAPMLYIGERVGNRKGPKMDVAVDPLEGTETVASGLNNALSVIAAAPRGTLLHAPDIYMHKLAVGPELAGKLSLNDSIEVTLRKASEILSKPLSEMTVSILDRDRHSAMIKALRESGVRIKLLSHGDVMGAIETCTDSEVDLYVGSGGAPEGVLAAAALKCLGGEIQGRLIPETPEDFIRCQDMGLKHPEQLLTMEDMVGGEGVLFVATGVTAGDFLRGVKFMPGQRAETHSVMMYSGTRTVRYIRSVHHLFQSSETLAAAASS	PGPT0017655_1196	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017655-glpX|cbbF-K02446	NA	NA
JZ016_02703	807	yqfL	COG1806	Putative pyruvate, phosphate dikinase regulatory protein	ATGAATCAGGCATTAACTCATTTCATAGCAATCTGTTCGGACTCCATCGGGGAGACGGCTGAAGCAGTTGTGCAAGCTACCCTGCGCCAATTCGAGCTTCCGAATACAGAGATTAAACGTTATATGAACGTTCGCGACGAGGATGAATTGACCGAATTGATGGAGGAGGTGGCGCGGCGCGGAGGCTTTGTGGCCTACACGCTTGTGCAGCCGGAGCTTCGCGAGGTCATACGGGAGGAAGCCGTTCGGCTCAACATTCGTACGGTGGATATTATGGGGCCGATGATGCAGGCCTTTGCCGATACGTTCAACGACTATCCCAAACGGCTGCCGGGGCTGCTGCATCGCCTGGACGACAGCTATTTCCGGAGGGTCGACGCGATGGAATTCGCTGTCCAATATGACGATGGCAAGGACGTTAGCGCTATTTTGAAGGCGGACATCATATTGTTGGGCGTATCTCGAATCTCCAAGACGCCGCTATCGATGTTCCTCGCTCATAAAGGCTACAAAACGGTCAATTTCCCGATCGTGCCGGAGATGTCGCCGCCGTCGCAGCTCAGAGAAGTCACGAACGGGACGATCATCGGGCTTACGATCGAGCCGGAGCATCTTCTCAAAATCCGCAGCGAGCGCTTAAAGGTCATGGGACTGCCGCATCAGGTGCAGTATGCAGCCCTTGAGCGGATACAAGAGGAACTGGATTATGCCCTGTCGCTGTATGCGGAGCTTGGATGCCCCGTCATTGATGTTACCGATAAGGCGATTGAGGAATCCGCAGGACTGATTATGAATTATCTGAAATAA	MNQALTHFIAICSDSIGETAEAVVQATLRQFELPNTEIKRYMNVRDEDELTELMEEVARRGGFVAYTLVQPELREVIREEAVRLNIRTVDIMGPMMQAFADTFNDYPKRLPGLLHRLDDSYFRRVDAMEFAVQYDDGKDVSAILKADIILLGVSRISKTPLSMFLAHKGYKTVNFPIVPEMSPPSQLREVTNGTIIGLTIEPEHLLKIRSERLKVMGLPHQVQYAALERIQEELDYALSLYAELGCPVIDVTDKAIEESAGLIMNYLK				NA	NA	NA	NA	NA
JZ016_02704	663	ccpN	COG0517	Transcriptional repressor CcpN	ATGCACGCAGGAGGGATCACTATCGAACTGACGACAAGGCAGCAGGATATCGTCGATATCGTAAAAAAACATGCACCCATTACAGGAGATCAGATTGCGGAGATGCTGAATGTCAGCCGAGCCACCCTTCGTACCGATTTATCCAAACTGGTGGTTCTGGATTATATTGATGCCAAGCCAAAGGTCGGGTACTTTCTGGGAAAGCGGGGAACGCGCGACCGGGAGGAGAAGTTCCGCCTTCTCAAAATGAAGGTAGGCGATCTGCACGGTGTTCCGGTTATTGTGCGTGAGACCACGACGATTCATGAAGCCGTTGTATCCTTGTTTCTGGAGAACGTGGGGAATCTGATCGTTACCGATGCCGATGGTCATCTGGCCGGGATTGTGTCCCGCAAGGATCTGCTTAAGGTAACGCTTGGCAACCCGACGGCATCCTCCATGCCGGTAAGCCTGATCATGACCCGCCGGGCTAACGTGACAACCGTGCAGCCGGAAGATACGGTGCTGGATGCCGCCCGGAAAATCATCAACCATCAAATCGATAGCCTGCCGGTTGTCGTTCCGTCCGCTACGGGGAACCCGGGGGAACACTGGAAGGTTGTCGGTCGGATCACAAAAACGAATATTATCAAAATGCTGCTCGACATGGTAGCCGAGGAATAA	MHAGGITIELTTRQQDIVDIVKKHAPITGDQIAEMLNVSRATLRTDLSKLVVLDYIDAKPKVGYFLGKRGTRDREEKFRLLKMKVGDLHGVPVIVRETTTIHEAVVSLFLENVGNLIVTDADGHLAGIVSRKDLLKVTLGNPTASSMPVSLIMTRRANVTTVQPEDTVLDAARKIINHQIDSLPVVVPSATGNPGEHWKVVGRITKTNIIKMLLDMVAEE				NA	NA	NA	NA	NA
JZ016_02705	174			hypothetical protein	ATGAAAGCGTTAACAAGTCCAGAGGCAGCGAAAGGCAAGGCGAATGAGGAATGGGGCCTGATTATATGCTCCAGATGTGATAAAATGGTGGACACGATTCCAACCGACGGAGTGAAGATCATTTATGGATATTGCGGAAAAGGGGAATGCAAAGGCACAGACCCTCAAAATTAA	MKALTSPEAAKGKANEEWGLIICSRCDKMVDTIPTDGVKIIYGYCGKGECKGTDPQN				NA	NA	NA	NA	NA
JZ016_02706	975	fieF		Ferrous-iron efflux pump FieF	TTGAAGAACACATGGCAGCTTATTAAAAAAGGAAACACCTCATCCGCCATTGCAGCACTGGGCAACACGGGATTGGCCATAATCAAGGGGATAGCGGCGTCCGTTAGCGGGAGCGGTACGATGTTTGCATCCGCCATGCACTCGGTGGCCGATGCCGTAAACCAGGGGTTTGTATTCGTAGGCAGCGTGCTGGCCGAGCGAAAGCCGACCAAGAAGTTCCCCACCGGATTCGGCAGGGTCATTAATCTGGTCTGCATGGTCGCGGTGATCGTGGTCACCATCATGGCCTACGAAACGATACTGAAAGGTTTCAAGCTGTTAAAGCATCCGGAAGAAGCCACGAATTTCTGGCTTAATTTCATTGTGCTGGCCATTGCCGTTATCATTGATGGCTCTATCCTGATGAAAGCTATGAAAGAGATTATGAAGGAAACCCGTGTTCAAGCATCCGGATTTGCCCTGCTGCCCGCCGCTTTCAAAAATGCCGGCCGCGCTGCCCCGCCTACACGGCTTGTGTTCTATGAAGACATCGTGGCTACGCTTGGCGCCCTCTTCGCGTTGATTGCCATTGTGTTCGCGCATTTCTTCAATTTCCTCATCCTGGACGGAATCGCCACGATCCTGATCGGCTGTCTGATGGTGGGCGTAGCCTTTAAGGTCGGATATGACAATATGGTCGGCTTAATCGGCGTCGCCGCACCGAATGAAGTGGAAGAGAAGATCTCCGAGATCATTCTCGGCGATCCGGATGTCCGCGACATCAATCGTCTTCGCATCCTGCAGGAAGGCCGCAACTATCATGTGGAGGCCTACATTGAACTGAAGAAAGGAATGACCCTGGCCGAGGCCGGCCATTCCAAAATGAGAATCAACGCCCTGCTCACCCAGGATCCGAACATTTCGGATGTGACCTTAGGCATCCTGGAGGACGATGGAATCAAGCTCTGGAATCCGAGCGAGACTATAGATAGCTAA	MKNTWQLIKKGNTSSAIAALGNTGLAIIKGIAASVSGSGTMFASAMHSVADAVNQGFVFVGSVLAERKPTKKFPTGFGRVINLVCMVAVIVVTIMAYETILKGFKLLKHPEEATNFWLNFIVLAIAVIIDGSILMKAMKEIMKETRVQASGFALLPAAFKNAGRAAPPTRLVFYEDIVATLGALFALIAIVFAHFFNFLILDGIATILIGCLMVGVAFKVGYDNMVGLIGVAAPNEVEEKISEIILGDPDVRDINRLRILQEGRNYHVEAYIELKKGMTLAEAGHSKMRINALLTQDPNISDVTLGILEDDGIKLWNPSETIDS				NA	NA	NA	NA	NA
JZ016_02707	1797			hypothetical protein	ATGATCGAATTTCCTAAACCCGATGTGGAGCAATTTTTTCAAACTTATGGCATTCGTACCTTTGGAATCAGTGCAGACGAGTCACGGCTTGTATTCAGCAGCAGTCTAAACGGAAAGTTCAATTTATGGGCCATGGAGTTAGAAGGGGAGACGTCCTACCCTTATCCGCTTACATACAATGACCAGATCGCAAGCTTTATCAAGCTGGACCCGGAAGGGCGACATATCTTAACGGCGTTTGACCGTGACGGGAATGAAAATTATCAGTTTCATGCGCTGCGCTGGAACGGCGGCGAGCCGATGCCTTTGTTCGAAGGGGCCGATGCGGATGACAAACATTATTTCGTGCATTTGTCGGAGGATGGCAAGCGATTGTATTACGTCACATCGAAGGGGAATCCGTCCTTCCTGAATTCGCGCGTATATCATCTGGACACCAAGGAGGATCATTTGCTGCATGAAGGCGAGGTGACGTCGACCGAAATGTGTGCCGTGAGCCCCGACGAGAAAACCATCGCATATACGAAAATGTATGCCAACACCTACTATGTCAGTTACGTGAAGCGTGAAGGCGGCCAGCCGCTCTGCTTGACACCTTCCCCTGATCAGGTTCACATCTCGGGCGATGTGCTGTTCGCCAGCAATGACCAGGTCATTTTCGCAACGGATTACGAATCGGAATTTTCATATGTAGCCACTTACGACATTCCTCAGCAGAAGTTTGAACCGCTGTGCCGTTTCGACCGGGAGAGCATCCAGCTCTTGCGCTACCATAAGGATTCACGGACTCTCTATATCGTCACGGAAAAAGGGGTGGAGGATCGACTGTATGCCTATTCGCTCGACAGCGGGGCGTTAACCGCCATTCCTCTTCCATCGGATATCGTGGAGCAGCTCAACGTGACAAAGTCCGGCAATCTGTACCTGCTCGCCCGCGGCGCCGTGAAGCCGCTTAACATTTACCGTTACGCAGGCGGCTCATGGAGTATGATTACGAAGAACGTTTTGACAGGATTAACCGACGAGGACATGGTGACGCCGGAGGTTGTGACGTATCCTTCTTTTGACGGTATGGAGATCGAAGCGCTCCTGTTCCGAGCCAAAGACCATGTGGCGAACGGTTATACGGTTTTTTGGCCGCATGGCGGCCCGCAAGCCTCGGAACGCAAGCAGTTCCGTTCCATGTTCCAGTATATTCTGGCCAAAGGGTATCACATCTTCTGTCCGAACTTCCGGGGAAGCACGGGTTACGGCAGTTCCTTCGTGAAATTGGTGGAGCAGGATTGGGGCGAGGGACCGCGAAAGGATTGTTTGGCAGGCATGGATTGGCTGTTTGAGCAAGGCATTTCGAGCCGTGAGAAGCTCTTTGTGATGGGCGGAAGCTACGGCGGTTATATGACTCTGCTGCTGGCAGGACGTAATCCGGAGTATTTCAAAGCGGCGATTGATATCGTCGGGGTCAGCAACCTGTTTACCTTCTACAATTCGGTACCCGAGCACTGGAAGCCGATTATGGAGCGCTGGATAGGCGATCCGGAACGGGATAAAGAACGCTTTATCAAGGATTCGCCGATTACGTACCTGGATGATATGGTGAACCCGATGCTGATCATCCAAGGGGCTAACGATCCGCGTGTCGTCAAAGAGGAATCTGACCAAATCGTCGAAGCCTTGAGGGCGAAAGGCCGTGATGTGGAGTATCTCGTGTTCGATGACGAGGGGCATGGCATTACGAAGAAGGCCAACGAAAAAATCGCTTATGCGCGGATGGTCGAATTCCTGAAGCGCAATCAGTAA	MIEFPKPDVEQFFQTYGIRTFGISADESRLVFSSSLNGKFNLWAMELEGETSYPYPLTYNDQIASFIKLDPEGRHILTAFDRDGNENYQFHALRWNGGEPMPLFEGADADDKHYFVHLSEDGKRLYYVTSKGNPSFLNSRVYHLDTKEDHLLHEGEVTSTEMCAVSPDEKTIAYTKMYANTYYVSYVKREGGQPLCLTPSPDQVHISGDVLFASNDQVIFATDYESEFSYVATYDIPQQKFEPLCRFDRESIQLLRYHKDSRTLYIVTEKGVEDRLYAYSLDSGALTAIPLPSDIVEQLNVTKSGNLYLLARGAVKPLNIYRYAGGSWSMITKNVLTGLTDEDMVTPEVVTYPSFDGMEIEALLFRAKDHVANGYTVFWPHGGPQASERKQFRSMFQYILAKGYHIFCPNFRGSTGYGSSFVKLVEQDWGEGPRKDCLAGMDWLFEQGISSREKLFVMGGSYGGYMTLLLAGRNPEYFKAAIDIVGVSNLFTFYNSVPEHWKPIMERWIGDPERDKERFIKDSPITYLDDMVNPMLIIQGANDPRVVKEESDQIVEALRAKGRDVEYLVFDDEGHGITKKANEKIAYARMVEFLKRNQ				NA	NA	NA	NA	NA
JZ016_02708	1392			hypothetical protein	GTGCACCAAGACGAGATCGCGGAACTGGAACGTTCCATTGCGGAGATTACCGAGATCGCTACAGGCTTTGGCCTTGATTTTTACCCTATGCGATATGAAATCTGCCCGGCAGACATCATATATACCTTCGGCGCATACGGCATGCCTACCCGGTTCAGCCACTGGAGCTTCGGAAAAACCTTCAATAAAATGAAGATGCAGTACGACTTCGGCCTTAGCAAAATCTACGAGCTCGTGATCAACTCCAATCCATGTTATGCGTTTCTTCTGGACGGCAACTCCCTGATTCAAAATAAACTCATTGTGGCCCATGTCCTTGCACACTGCGATTTCTTTAAAAACAACGCCCGCTTCTCCGTCTCTAACCGTAATATGGTTGAGAGCATGTCGGCTACTGCCGAGCGTATCTCCCGTTACGAGATTGAGCACGGCACGGAGGCTGTGGAGCAGTTTATCGACGCTGTGCTGGCGATTCAAGAGCATGTGGACCCGCATATCGTAAGGCCGGATAAACTCGATAAGCAGCGATACACCGCACGGCGGATGCAGGAGCAGAAGGAGGAAGCCAAGCGACAGAAACCTCCCGGCCGGTATGACGATTTATGGGATATGGACGAAAACGGCGAAGACAAAGCCGATAAATCACCGGCAGCACCCAAACGCTTCCCGCCCGAGCCGGAGAAAGACATCATGTGGTTCATTCAGGAGCACTCCGACATTCTGGAGGATTGGCAGCGGGACATTATGAGTATGCTGCGGGAGGAAATGCTGTACTTCTGGCCGCAGATGGAAACCAAAATCATGAACGAGGGCTGGGCTTCGTACTGGCATCAGCGCATTCTGCGGGAGATGGACCTGACCAGCGAGGAAACGGTGGAATTCGCCAAGCTCAACGCCTCGGTCGTGCAGCCGTCGCGCCACAGCCTGAACCCCTACTACCTGGGTCTGAAAATCTTCGAGGATATCGAACGCCGCTGGGATCGGGAGAAGATGTTTGATGTGCGCGAATACGACTCCGATATTTCCTTCCTGCGCAATTATTTAACGAAGGAACTCGTGGAGGACCTGGACCTCTATGTCTTCGAGAAAAAAGGGCCGGAATGGAAAATCACCGACAAGGCGTGGGAAAATATCCGCGACCAGCTGGTCGTCTCCCGCGTAAACGGCGGCTCGCCGTTTCTCGTGGTAACCGACGGCGATCATCTTCGCTCCGGTGAGCTGATGATCAAGCATCTGTATGAGGGCATAGAGCTTGACCTGAAATATATGGAGCGTACCATCCCTTATGTTTACCGCCTCTGGGGCAAACCCGTGCATCTGCACAGCATGATCGAGGGCAAACCGATCCTGTTCTCCTACGACGGCAAGAAGCTTCATCGGCGATTTATTTAA	MHQDEIAELERSIAEITEIATGFGLDFYPMRYEICPADIIYTFGAYGMPTRFSHWSFGKTFNKMKMQYDFGLSKIYELVINSNPCYAFLLDGNSLIQNKLIVAHVLAHCDFFKNNARFSVSNRNMVESMSATAERISRYEIEHGTEAVEQFIDAVLAIQEHVDPHIVRPDKLDKQRYTARRMQEQKEEAKRQKPPGRYDDLWDMDENGEDKADKSPAAPKRFPPEPEKDIMWFIQEHSDILEDWQRDIMSMLREEMLYFWPQMETKIMNEGWASYWHQRILREMDLTSEETVEFAKLNASVVQPSRHSLNPYYLGLKIFEDIERRWDREKMFDVREYDSDISFLRNYLTKELVEDLDLYVFEKKGPEWKITDKAWENIRDQLVVSRVNGGSPFLVVTDGDHLRSGELMIKHLYEGIELDLKYMERTIPYVYRLWGKPVHLHSMIEGKPILFSYDGKKLHRRFI	PGPT0024845_1021	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024845-spoVR-K06415	NA	NA
JZ016_02709	1062	hemAT	COG0840	Heme-based aerotactic transducer HemAT	ATGATTGATGTTTCCCCGAAAAGACGCCAACAGTTGGAGTATATCGGATTGGATGAACAAGGGCTGGAGCTGCTGGCCAATCATCGCGACGTGTTTGCGAAGGTGGTTGAAGAGGTTGTTAACCGGTTTTACGCACAGATCGGGACGCATCCGCAGCTGATGCAGATTATCGAGCGCACCTCGACCGTGGAACGGCTTAAGGAGACCCAGCGGGTATACTGGATGTCCCTTGCGGCAGGAAGAGTGGATGACGCTTATATTGCCGAACGGATTAAAATCGGACAAGTTCACTCCAGAATCGGACTGAAAACGGACTATTACCTTGGAAGTTACATGGTTTATCTGGATATCGCTACCGACTTACTGAAGCAAATCGTACCGGATCAGTGGATCCAAGTGGTGCATGCCCTGAGCAAGATGTTTAATCTGGATTCCCAGCTCGTTCTGGAAGCTTACGAAATGAAAGAGAAAGAGAAAATCAACAATTTGGTATCGGATCAACAAAGAATGTTGGAAGCGATTACAAATGCGGTTCAAGAATTGACGGCCATGATCGTGGAGCTGGATCAAAGCGCGGCGTTAATGGCAGACAATGCGATCAAAACAGCGGAAGCACAGGATAAAGCGCATACGCTGACTTCCGAGCTGGGCGAAGAAATTCTGCATATTGAGCAGATGGGAAGTTTGATCAGGGAAATCTCGGATCAGAGCCACTTGCTCGGTCTGAATGCGGCGATTGAGGCTGCTCATGCCGGGGAATTAGGCAGAGGCTTCGAGGTGGTTGCCGGGGAAGTTCGAAAGCTGGCCACCCATTCCAAGAAGGCGATGGACGAGATTCAGGACAAGGTCAGCGGCATTATTCGCAAGCTGGGGCTTGTGGAGCAGGAATCAGAGAAAACATCCTTGAACGCACGAAATCAGGCGGCAAGCTCGCAGGAATTGGCTGCTTTTGTGAAAATGATGGAAAAGCTGGCCGATGATTTGGAATCACTTCAGCATGAATATGATGTTCAGAAGCATGATGTCCAAGAGGGAGCCATATCCCAGAAGGTAAGTGTATAA	MIDVSPKRRQQLEYIGLDEQGLELLANHRDVFAKVVEEVVNRFYAQIGTHPQLMQIIERTSTVERLKETQRVYWMSLAAGRVDDAYIAERIKIGQVHSRIGLKTDYYLGSYMVYLDIATDLLKQIVPDQWIQVVHALSKMFNLDSQLVLEAYEMKEKEKINNLVSDQQRMLEAITNAVQELTAMIVELDQSAALMADNAIKTAEAQDKAHTLTSELGEEILHIEQMGSLIREISDQSHLLGLNAAIEAAHAGELGRGFEVVAGEVRKLATHSKKAMDEIQDKVSGIIRKLGLVEQESEKTSLNARNQAASSQELAAFVKMMEKLADDLESLQHEYDVQKHDVQEGAISQKVSV	PGPT0015705_316	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	METHYL-ACCEPTING_CHEMOTAXIS_PROTEINS,PGPT0015705-hemAT-K06595	NA	NA
JZ016_02710	519			IS3 family transposase ISBth10	ATGGCTAATTTTAGTTCGGACGAAAAATTACAAGCAGTTATGCGTTATCAAAATGGATCAGAAAGCATGAAATCGATTGCGAAATCACTAGGACTCCATCATACTGTCCTTTTACATTGGATTAGACAATATGAGCATCATGGTGAAGAAGTCTTTAAAAAGCGCTATACACCGTATTCTGTACAGGATAAACTAGACGTACTTCATTATATAAAAGAACATGGGACGTCTATTAGAGAGGCAGCTGCAGTATTTAATATTGCGAGTCATAGTACCATTCTAAGCTGGCAAAGAAGCTTAGAGTTACATGGAATAGATGCCCTACAACCAAAGAAAAAGGGGCGTTCATCCATGAAAAAGGATCCAAAACAACTGAATGATCAAAAGTCTGTAAAGGGGTCGGTAGAGGCTTTACAGAAAGAGATAGAACTTTTGCGTATGGAGAATGCTTATTTAAAAAAGTTGAATACCTTAGTTCAAAACAAGGAAAAATCACCAAACAAGACAAAGCGCAAGTAG	MANFSSDEKLQAVMRYQNGSESMKSIAKSLGLHHTVLLHWIRQYEHHGEEVFKKRYTPYSVQDKLDVLHYIKEHGTSIREAAAVFNIASHSTILSWQRSLELHGIDALQPKKKGRSSMKKDPKQLNDQKSVKGSVEALQKEIELLRMENAYLKKLNTLVQNKEKSPNKTKRK				NA	NA	NA	NA	NA
JZ016_02711	813			IS3 family transposase ISBth10	GTGAAAGCACTCCTCCAGCTCGCAGATATCCCACGTAGCACGTATTACTACTGGGTGAATACATTCGGTATGCCGGACAAAGATTCTGAGTTAAAGGACGTTATTCAAGCGATTTATGAGGAGCATCAGGGGCGTTATGGTTATCGCCGTATTCGAGACGAGTTAATGAATCGCGGTCACCATGTGAATCACAAAAAGGTGCAGCGTTTGATGAACGTGTTGGGATTGAAGTGTCTAGTACGCATGAAGAAATATCGTTCATATAAAGGTTTGGTTGGCAAGATTGCATCAAACATTCTAGAGCGTAACTTCTCCGCTGAAAAGCCAAATGAGAAGTGGGTAACGGATATAACAGAGATTAAATTATTTGGAGAAAAACTGTACTTATCCCCCGTGTTAGATCTTTTTAATGGGGAGATTATTACGTATACGATCGGTTCAAGACCCGTCTATTCCCTTGTTTCAACCATGCTAGATCAAGCATTCGATCGACTAACGGATGAAGATACTCTTCTGATTCATTCTGACCAAGGCTGGCATTACCAGATGAAACAGTATCGTCATGCCCTCGAACAACGCGGTGTTAAGCAAAGTATGTCCCGTAAAGGTAACTGTTACGACAACGCGGTCATTGAGAACTTTTTTGGAATCATAAAATCTGAGTTTCTATATATTAATGAATTTGAAAGTATTGAGCAGTTTAAACAAGAACTTTCTACATATATCGATTATTACAATCACAAGCGAATTAAAGCAAAACTAAAAGGCATGAGTCCGGTACAGTACCGAACTCATGCCCAACAAATTGCCTAA	MKALLQLADIPRSTYYYWVNTFGMPDKDSELKDVIQAIYEEHQGRYGYRRIRDELMNRGHHVNHKKVQRLMNVLGLKCLVRMKKYRSYKGLVGKIASNILERNFSAEKPNEKWVTDITEIKLFGEKLYLSPVLDLFNGEIITYTIGSRPVYSLVSTMLDQAFDRLTDEDTLLIHSDQGWHYQMKQYRHALEQRGVKQSMSRKGNCYDNAVIENFFGIIKSEFLYINEFESIEQFKQELSTYIDYYNHKRIKAKLKGMSPVQYRTHAQQIA				NA	NA	NA	NA	NA
JZ016_02712	1896			hypothetical protein	ATGGATATTTTCGAACGCATAGCATCGTATCGGGCAGAAGGCGACCGTTTGGCGTGGAGCGGCACATTCAGGGAATACATTGAAATACTTAAGAAGGATCCCTCTCCAGCCATGACGGCACATGCCCGTGTATATGACATGATCGAATCCTACGGTTTCGAAGAGAGCGGGGGCCAGAAAAAATATAAGTTTTTTGAACAGGAAATCTTCGGTCTCGACCGGGCTGTCGAGAAACTCGTTGAAGAATATTTCCATTCCGCGGCCCGCAGGCTGGATGTGCGCAAACGCATACTGCTGCTTATGGGGCCTGTCAGCGGCGGGAAATCCACGCTGGTCACGCTGCTGAAGCGCGGCCTGGAGAAGCATTCCCGTACCGACCGCGGAGCGGTATACGCGATCGCCGGCTGCCCGATGCAGGAAGAGCCGCTGCATTTGATTCCGATGGAGCTAAGACCGGAGATCGAGAAGGAGCTCGGCGTCCGGATCGAGGGGAATTTGTGCCCGGCCTGCCAGCTTCGGCTTAAAACCGAGTACGGCGGCGATATCGAAAAGGTTGAAGTTGAACGGATATTAATCTCCGAGGAGAACCGGGTCGGCATCGGCACGTTCAGTCCGTCGGATCCCAAGTCGCAGGACATTGCCGATTTGACCGGCAGCATCGATTTCTCCACCATCACGGAATACGGCTCCGAATCGGATCCGCGCGCCTATCGCTTTGACGGTGAGTTAAACAAAGCGAACCGCGGCTTGATGGAATTCCAGGAGATGCTGAAATGCGACGAAAAATTTCTATGGAACTTGCTCTCCCTGACCCAGGAAGGGAACTTTAAAGCGGGCCGGTTCGCGCTGATAAGCGCGGATGAGCTGATCGTGGCTCACACCAACGAATCCGAGTACAAAGCATTTATCGCCAATAAGAAAAACGAGGCGCTGCAATCCCGGATGATTGTTATGCCGATTCCGTATAACCTGCGAGTCAGCGACGAGGAGAAAATCTACTCGAAGCTGATCGGCCAAAGCGATATGAAGCATATCCATATCGCGCCGCACGCGCTTCGATCTGCCGCGATATTCTCCGTCTTGACGCGTCTGAAGGAAACGAAGAAGCAGGGCATGGATCTGATCAAGAAGATGCGCATGTACGACGGTGTGGAAGTCGAAGGGTATAAAGAAGCGGACCTGAAGGAGATGCAGAATGAATATCTGGAAGAAGGCATGTCCGGGATTGATCCGCGGTATGTCATTAACCGGATATCCAGTGCTTTGATTAAGCAGGATCTTCAATGCATTAACGCGCTGGATATGCTGCGGGCGATCAAGGATGGGCTGGATCAGCATGCCTCGATTGCCAAGGAGGAGCGGGAGCGCTATCTGAATTTTATTGCCGCTGCACGCAAGGAGTATGATGATCTGGCGAAGAAGGAAGTCCAGAAGGCCTTTGTGTATTCCTTCGAGGAGTCTGCCAAGACGCTGTTCGAGAATTATTTGGATAACATCGAAGCATTCTGCAACTGGACGAAAATCCGCGATCCGTTAACCGATGAGGAGATGGATCCGGACGAAAGACTGATGCGTTCGATCGAGGAGCAGATCGGCGTCTCGGAAAACGCAAAGAAGGCTTTCCGGGAGGAGATCATGATTCGCATCTCGGCTTATTCCCGAAAGGGCAAAAAGTTCGAATATCACAATCATGAGCGCCTGCGCGAGGCGATTGAGAAGAAGCTGTTCACCGACCTGAAGGATATCGTCAAGATTACAACCTCGACGAAAACGCCGGATGCCGTGCAGTTAAAACGGATCAACGAGGTGAGCTCCAGACTGATCGAGGAGCATGGGTACTGCCCGGTATGCGCGAACGAGCTGCTGCGTTATGTGGGCAGTCTGTTGAATCGGTAA	MDIFERIASYRAEGDRLAWSGTFREYIEILKKDPSPAMTAHARVYDMIESYGFEESGGQKKYKFFEQEIFGLDRAVEKLVEEYFHSAARRLDVRKRILLLMGPVSGGKSTLVTLLKRGLEKHSRTDRGAVYAIAGCPMQEEPLHLIPMELRPEIEKELGVRIEGNLCPACQLRLKTEYGGDIEKVEVERILISEENRVGIGTFSPSDPKSQDIADLTGSIDFSTITEYGSESDPRAYRFDGELNKANRGLMEFQEMLKCDEKFLWNLLSLTQEGNFKAGRFALISADELIVAHTNESEYKAFIANKKNEALQSRMIVMPIPYNLRVSDEEKIYSKLIGQSDMKHIHIAPHALRSAAIFSVLTRLKETKKQGMDLIKKMRMYDGVEVEGYKEADLKEMQNEYLEEGMSGIDPRYVINRISSALIKQDLQCINALDMLRAIKDGLDQHASIAKEERERYLNFIAAARKEYDDLAKKEVQKAFVYSFEESAKTLFENYLDNIEAFCNWTKIRDPLTDEEMDPDERLMRSIEEQIGVSENAKKAFREEIMIRISAYSRKGKKFEYHNHERLREAIEKKLFTDLKDIVKITTSTKTPDAVQLKRINEVSSRLIEEHGYCPVCANELLRYVGSLLNR	PGPT0014345_1353	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014345-prkA|yeaG-K07180	NA	NA
JZ016_02713	774			hypothetical protein	ATGGCGATAAAGCATGAAGCCGAGCTGTACGCTCCCCTGAAGGCCTTTTTTGAACTAAACGGTTATGAAGTGAAGGGTGAAGTACACAATTGTGACCTTGTCGGCATGAAAGAGGGCGCCGATGAACCGCTGATCGTGGAGCTGAAAAAAACCTTCAATCTGGCCCTTCTGCTCCAGGGCATCGAGCGGTTAAAGCTGACCCCCTACGTTTACCTTGCCGTCGAGAAGAGCCGGGCGAAGAAAGGAGCCGTCAATCAGCGCTGGGCGGAGCTGACGGGGCTCTGCGGACGTTTGGGACTAGGACTCATTACGGTCACCTTCTACAAAACCAAAGCGCCCTTCGTCGAGGTGCTCTGTGAGCCGGAGATCGCCGTGCAGAAGGGACGAACCGCCATCAGGCGCAAGGAACGCCTATTGTATGAATTTCGGGAGCGCAGCGGCGATTACAACACGGGCGGGGTGACGAGAGCCAAGCTGGTTACCGCTTATCGCGAGAAGACGCTGCGCGTTGCTGCTGCCATGAATGCGGCGGAAGTGGAGCAGCGAAGCTCGCGCGAACTGCAGGAGGGGCATGAGCTTCAAGAAGTTACACCCGCGGTGCTGTCCGGTATTTCTCCCGCGGCCGTGCGGGATCGAAGCGGCGTGGGATCGGCGGCTGACATTCTGCAGCGCAATTACTACGGCTGGTTCCGTCGGGTAAGTCGCGGTCGCTACGTGTTGACACCGGCCGGCGTACAAGCTCTGGCAGACTATGCTTCCGTATTGAAATCATAG	MAIKHEAELYAPLKAFFELNGYEVKGEVHNCDLVGMKEGADEPLIVELKKTFNLALLLQGIERLKLTPYVYLAVEKSRAKKGAVNQRWAELTGLCGRLGLGLITVTFYKTKAPFVEVLCEPEIAVQKGRTAIRRKERLLYEFRERSGDYNTGGVTRAKLVTAYREKTLRVAAAMNAAEVEQRSSRELQEGHELQEVTPAVLSGISPAAVRDRSGVGSAADILQRNYYGWFRRVSRGRYVLTPAGVQALADYASVLKS				NA	NA	NA	NA	NA
JZ016_02714	1215	lysN_3	COG1167	2-aminoadipate transaminase	ATGCAGTATTCCTTTGCTTCCCGTGCACAGACCCTTTTGTCATCCCCGCTGCGCGATATCAGGGAACTTGCGAAGCGGGATTCTTTTATTTCCTTGGCAGAAGAGCTGCCGGCCGAAGAGTTATTTCCTTTGCATTCACTGGCAGAAGCGGCGACCTCGGTGCTCTCCGAGGACCCGCTCGCCTTGCAGTACGGTGAGGCCGAAGGCTATGGACCGCTGCGCGAGTGGCTGAGCGAGGACTTTTCCCGCCGTAAAGGCCTGAGCATTCAGCCGCAGCATATTCTGCTGACTACGGGGACGCAGCAGGCCATCGATTTGCTGGTCAGGGTGTACGTGGACCCGGGCGATCCGGTGCTGGTGGAGAACCCCACCTCACCGGGACTGCTCCAGGTGCTGCGTCTCCAAGGTGCCGCCATCGTGCCTGTGGAGGGAGATCAAGACGGGATGCTGCCGGAGCACCTGGAGGCCATGATCCGGCAGCACAAGCCGAAGCTGCTTATGGCTGCGCCCAATTTTACCAATCCGACAGGCGTGATGTGGAGCTTGGAGCGGCGTCAGCAGGTGCTGGAGCTGTGTATCTCGCATGGACTTCTTATCGTGGAGGATGATTCTTACGGCGATCTTTATTTTGCGGACGCCAAGAATCCGAAACCCCGAATTCCTTCCATCTTCTCACTAGAGGAGCCGCAGGGAGGACATGTTCTGTATGTGGGCTCGTTCAGTAAAACGGTAGCGCCGGCGCTGCGTACGGGATGGGCTGCCGGGAACCGGCGCTTGATTGAGATGATGACGGCCGTGAAGCAGATGGCCGACTGGCAATCCAGCATGCTGAACCAGCGGATGCTGCACCATCTGCTGGAATCGAAGCATTTCAAGCTGGAGGACCATATCGGCATGCTTAATCGGGAATACGCAACGAGGCTCAAGCTGATGGTGGAGCTGCTGAAACGCAGCGCGTGGAAGGATTCGAAGTATGCGGTGCCTCCCGGGGGAATGTTTCTCTGGGTACAGCTGCCTCCGGGATTGAATGGGGATGCGCTCCTAAGAGCCGCTCTATTAAAAGGAGCCGCTTTCCTGCCAGGCTCGATGTGCTCGGCGGCAGATCGTACCCGTGAGTGTATCCGGCTGAATTTTACGCACCCGGGGCGGGATGAGCTGCTGCTCGGCATGAATCTCATCAGCGAAGCCGTGATGGAATTTACAGCCCGGAATTAG	MQYSFASRAQTLLSSPLRDIRELAKRDSFISLAEELPAEELFPLHSLAEAATSVLSEDPLALQYGEAEGYGPLREWLSEDFSRRKGLSIQPQHILLTTGTQQAIDLLVRVYVDPGDPVLVENPTSPGLLQVLRLQGAAIVPVEGDQDGMLPEHLEAMIRQHKPKLLMAAPNFTNPTGVMWSLERRQQVLELCISHGLLIVEDDSYGDLYFADAKNPKPRIPSIFSLEEPQGGHVLYVGSFSKTVAPALRTGWAAGNRRLIEMMTAVKQMADWQSSMLNQRMLHHLLESKHFKLEDHIGMLNREYATRLKLMVELLKRSAWKDSKYAVPPGGMFLWVQLPPGLNGDALLRAALLKGAAFLPGSMCSAADRTRECIRLNFTHPGRDELLLGMNLISEAVMEFTARN	PGPT0007135_844	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007135-lysN-K05825	NA	NA
JZ016_02715	657	comA_1	COG2197	Transcriptional regulatory protein ComA	ATGAATCAGGTTTGGCGGGTAGTTATCGTCGGCAGTCAACCTACAAGCATGCTGGGAACAAAATTGATTTTGGAAGAGCAGCAGGATCTGCTCGTTGAGGGAATGACATCCTCGGATTCAGAAGGGCTTCGCATGGTCGGGGATTTGCTTCCTGACTTGGTACTATTGGATTATCATTTGTCGGAACATACCTCGGAAGCCGTATTGGAGCAGATGAAGCAGCTGTCCCCGAAGACCCATGTCGTCATTATGACCGACAATGATGGCCTTCCTTTGCTGCAATCCTTGATCAGCCGCGGGGCAAGCGGCCTATTGTCCAAGCAGGCATCCACATTTCAGCTCATACATATGATTACCGGACTCCGGGAAGGCGTTGCCTCGCTGCCGCTCGACTGGGTAAGGCAAGGTATCTGGCCGTTAACGGCCTCTGCAATGAACGAGGGCGGACTCCAGCTCTCCGAGACGGAGGCTTTTATAATGGAACGGATTGTCCAGGGCATTACATACGACAAAATCGCCATGGAAATTCAGGTGAGCCGCCGCTCGATTGACAATTACCTTCGTAAAATCTATGTGAAACTCGGGGTATCCACCCGTGCACAGGCGATCGAGAAGTATGCGCTGTATACCCGTCAAGGCAGGCAAATATATGCCTAA	MNQVWRVVIVGSQPTSMLGTKLILEEQQDLLVEGMTSSDSEGLRMVGDLLPDLVLLDYHLSEHTSEAVLEQMKQLSPKTHVVIMTDNDGLPLLQSLISRGASGLLSKQASTFQLIHMITGLREGVASLPLDWVRQGIWPLTASAMNEGGLQLSETEAFIMERIVQGITYDKIAMEIQVSRRSIDNYLRKIYVKLGVSTRAQAIEKYALYTRQGRQIYA	PGPT0028590_10	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028590-ydfI-K11624	NA	NA
JZ016_02716	414			hypothetical protein	ATGCCAATGTTGGACCAGGAACACAATACCCCCTATAAATCCCGTGAGGAAGTGCAGCAAAAGGGGCCATCCACCAAATGGTTCTGGGTATTTTGGATTGTTCTCATCGGGCTGGGTACCACCGCAGCCTACCTATATAGCAATCACTTGAAGGAGCAAGTTGTGGTGCAGCTGCAGCAGGATACGCGCCAGGAAATGGCGGCATTCAAAGCAGAGTACGACCAAAGGTTTAACGAGCTGGTTCAGGAAATGGACGAAATGCAGAGCAAGGTTCAGTCGTTTAATGAGCTGCTTACCTTTACCAAGGATCAGGCTAGCGGCAAAACGGACAACAGCAACAAGCTGTACAGTCAACTAAGCCAAGTTGAGAAACAGCTGAAAGAGCTGGAACGCAAGATGGAGCTGCTGAAGTGA	MPMLDQEHNTPYKSREEVQQKGPSTKWFWVFWIVLIGLGTTAAYLYSNHLKEQVVVQLQQDTRQEMAAFKAEYDQRFNELVQEMDEMQSKVQSFNELLTFTKDQASGKTDNSNKLYSQLSQVEKQLKELERKMELLK				NA	NA	NA	NA	NA
JZ016_02717	1086			hypothetical protein	GTGAGAAAACTGAAGTATATCCGTCCCAAGCAGTTAAACCGTACGTTTATGCTGGCCATTGCACCTTTTATCGGAATGCTGCTGTGTATGTGGTTCATCACGGAACCGCCGCGTCTGTCGCACGACACCGCCGAGTACATACCATCCGGCAGCATATCGGAACAATCAGCCGTGATCAAACAGGATTTGGATCAAGCCGCCGTCTCTGCGGAACAGACGATATCCTCCATTGAAAAAACGGCCAAGCTCTATCGGCAGACGACGGCCACAGTGGGAACCATTCTGCAAACAGCGGAATCGCAAGCCGCGCGCCCGGAGCAAATCTATAATCGACGGATCACAACCAAATTGGGTGTCCCTATTGAAACGGTCAACAGTGACCGGATTCGAATCGAATTGTACAAGATCAATCCGGGCACCTATCACGGCTATGCGATGAAGGTCAAACTGAAGGATCCTTCCGCGATGAAGATGTCGCTTGGCAGCGAAAGCGGCAGACCCGGGTCCGTCGAAACCACCATGCGCGCCGTAAGCCGGCATGGTGCGGTCGCGGGGATTAATGCCGGTGGATACGCTGACGGGAACGGGGGCAGACATCCACTGAGCACGACCTATTATGATGGCAAATACGTCTCGGGGTTTCAACCGAGCTTTAAGGATCTTGCCTTTGTCGGCATGAGCAAATCCGGCAAGCTGATCGGTGGCAAGTTCTACAGCCAGAGCGAGCTTGACCGGCTCGATCCCATGTTCGGTGCTACCTTTGTCCCCGTGCTGCTCCAAAACGGCAGCAAGACGACAATTCCCGAGAAATGGAGAACGACCCCCGGCCGCGCACCGCGTACCGTCATCGGCAACTACAAGGACGATCAGCTGCTCATCCTGGTTACCGAAGGATATGATGAGAAGGGCAAATCGGGAGCCACGCTGCAAGAGCTGCAAAACAAGCTTAAAAAGCTGGGCGTGATCGATGCGTATAATCTGGATGGCGGCGGGTCCGCATCCCTCATCCTAAACGGCCGCGTCGTGAACAAACCATCGGACGGAAGTCTGCGTCCGGTACCTACGCACTTCTTATTTTTCAAATGA	MRKLKYIRPKQLNRTFMLAIAPFIGMLLCMWFITEPPRLSHDTAEYIPSGSISEQSAVIKQDLDQAAVSAEQTISSIEKTAKLYRQTTATVGTILQTAESQAARPEQIYNRRITTKLGVPIETVNSDRIRIELYKINPGTYHGYAMKVKLKDPSAMKMSLGSESGRPGSVETTMRAVSRHGAVAGINAGGYADGNGGRHPLSTTYYDGKYVSGFQPSFKDLAFVGMSKSGKLIGGKFYSQSELDRLDPMFGATFVPVLLQNGSKTTIPEKWRTTPGRAPRTVIGNYKDDQLLILVTEGYDEKGKSGATLQELQNKLKKLGVIDAYNLDGGGSASLILNGRVVNKPSDGSLRPVPTHFLFFK				NA	NA	NA	NA	NA
JZ016_02718	105			hypothetical protein	ATGTCGTTCTCATTAACATTTTGGATCGTCATGCTCGTATTCGCCCTTTACATGGTTGGCATTTGGACCGCGGCATACAATGATGATAAAACCAAAGGCCTGTAA	MSFSLTFWIVMLVFALYMVGIWTAAYNDDKTKGL				NA	NA	NA	NA	NA
JZ016_02719	255			hypothetical protein	ATGAAACCTGCTGGTGTTGTTCGTAAAGTGGATCAGCTGGGAAGAATCGTTCTGCCTAAGTCTCTACGCAAGAGATATCAAATGAACGAGGGGGATCCCGTAGAAATTCTTGTACAGGGGGACCATATCATATTGGAGCGCTATCGTCCGAAATGCGTCTTCTGTGGTTCTATGGACGGAGTAAGCGAGTTTAAAGAACGCTATATCTGTTCACAATGCATGTCCGAAATGCAGCAGCTTCCGAAACATGCCTAG	MKPAGVVRKVDQLGRIVLPKSLRKRYQMNEGDPVEILVQGDHIILERYRPKCVFCGSMDGVSEFKERYICSQCMSEMQQLPKHA	PGPT0014790_512	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014790-abrB-K06284	NA	NA
JZ016_02720	465	trmL	COG0219	tRNA (cytidine(34)-2'-O)-methyltransferase	ATGGCATTACACATCGTACTAGTCGAACCGGAAATTCCAGCCAATACGGGCAATATCGCCAGAACTTGCGCCGCAACGGGCACACATCTGCACCTGGTCCGTCCGCTCGGCTTTAATACAGATGACAAAACCTTGAAACGGGCCGGGCTGGATTACTGGTATGCCGTACATATTGAATATCATGATTCCTTTGAGGAGCTGCAGGCACTCTATCCGGAAGGACGCTATTTCTACGCCACGACGAAGGCAACCAAGCGTTATATGGACATTGATTATCAAGACGGGGATTTTTTGGTGTTTGGCAAAGAAACCAAGGGATTGCCGCCGGAGCTGCTAGCCGCGAATCGTGAGCATTGTATTCGCATGCCGATGACCGATAAGGTGCGTTCTTTGAATTTATCCAACTCTGCAGCGATTATGGTATATGAAGCATTGCGTCAATTGGATTTCCCGGGTATGGAATAA	MALHIVLVEPEIPANTGNIARTCAATGTHLHLVRPLGFNTDDKTLKRAGLDYWYAVHIEYHDSFEELQALYPEGRYFYATTKATKRYMDIDYQDGDFLVFGKETKGLPPELLAANREHCIRMPMTDKVRSLNLSNSAAIMVYEALRQLDFPGME	PGPT0013375_29	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763	NA	NA
JZ016_02721	1089	serC		Phosphoserine aminotransferase	TTGAGCAAGAGAGCATACAATTTTAACGCAGGACCTGCTGCATTGCCGCTTGAAGTGTTGGAGCGCGCCCAGGCCGAATTCGTCAATTACGGGGATACCGGCATGTCGATCATGGAAATGTCGCATCGCGGTGCTGTGTATGAAGCCGTTCATAACGAAGCGCAGGAGCGCCTGCTGTCCCTGCTGGGGAATCCATCCGGCTATAAGGTGTTGTTCATCCAGGGCGGTGCAAGCACACAATTTGCGATGATACCGATGAACTTCCTGGGACAAGATCAGGTTGCGAACTATGTAATGACGGGAAGCTGGTCTGACAAGGCGATTAAAGAAGCCAAGCTGATCGGCGAAACTCATGTGGCGGCCTCTTCCGAGGAGAGCAAGTATATGGCTCTGCCTAGCCTTAAGGACATCCAGCTGTCGGATCGTGCAGCTTATCTCCATCTTACGTCCAATGAAACGATTGAAGGTACGCAGTTTAAGGAATTCCCGGATACCGGCTCGGTGCCGCTTATTTGTGATATGTCGAGCGATATTCTCAGCCGTCCGTTCGATTTGAACCAATTCGCCATGGTTTATGCGGGTGCCCAGAAGAACCTGGGGCCGTCCGGCGTAGCGGTTGTGATCGTTAGAGAGGATATGATTACAGATTCTCCTAAACATCTGCCAACTATGCTCCGCTACAATACGTATTTGAAAAATAACTCGCTGTACAATACGCCGCCGTCATTCGGCATCTATATGATCAACGAAGTGCTGAAGTGGATTGAGGAGAAGGGCGGCCTGCAAGGCGTTCAAGAGATGAACCGCAAGAAAGCCGCACTCATTTACGATGCCATCGATCACAGCGAAGGCTTCTACCGCGGCTGCGTGAATGCAGAGGTACGTTCCGATATGAACATTACCTTCCGTCTTGCTTCCGAGGAGCTGGAGAAGGAATTCGTGAAGGCTTCGGAGCAAGCAGGCTTTGTCGGCCTGAAGGGTCATCGCAGCGTTGGCGGTTTGCGCGCTTCGGTCTATAACGCCGTTCCGTACGAGAGCGCTCAGGCGCTCGTAGAATTCATGCAGCAGTTTAAGAACAGTCACAACTAA	MSKRAYNFNAGPAALPLEVLERAQAEFVNYGDTGMSIMEMSHRGAVYEAVHNEAQERLLSLLGNPSGYKVLFIQGGASTQFAMIPMNFLGQDQVANYVMTGSWSDKAIKEAKLIGETHVAASSEESKYMALPSLKDIQLSDRAAYLHLTSNETIEGTQFKEFPDTGSVPLICDMSSDILSRPFDLNQFAMVYAGAQKNLGPSGVAVVIVREDMITDSPKHLPTMLRYNTYLKNNSLYNTPPSFGIYMINEVLKWIEEKGGLQGVQEMNRKKAALIYDAIDHSEGFYRGCVNAEVRSDMNITFRLASEELEKEFVKASEQAGFVGLKGHRSVGGLRASVYNAVPYESAQALVEFMQQFKNSHN	PGPT0009160_2739	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009160-serC|pdxF-K00831	NA	NA
JZ016_02722	885			hypothetical protein	TTGGGACATCAATTAGCAAACGGACAATTGGAAGTTGATATTGCGGAAATCGGCCGTTATCAAGGCACGCGTTTTGACCGGACCGGTTTCATTACCCAGGTCAAATTAACCAAGAGCGGTCACACCTTCTGTGTACACGAGTTTGCGGAGGGTTTTAACGCCCAGGGCGGGTCTGGATTGTGTAACGAGTTTGGACTGCATGAGGGGATGGGGTATGCAGAGGCCGAAGTAGGAGGGTGGTTTCCTAAATTAGGGGTAGGGCTTCTTAAACGGGTCAGCGAGGACCCGTATCACTTTCAGTATACGTATCCGGTGGAACCGTTCGATGTGGATATCACTTCGGATGATGTGAGCATTTCCTATACGATTCATCCTAAGAACGTCAAGGGGTATGCGGCAAAACTCGTTAAGAAAATCTCGATTCAGGACACGGCAATGACGATAGATTATGAGCTCTGCAATGAAGGAAGCCAGAGGATCGATACGGAGGAGTATATTCATAATTTCATAGGGATTAACGAGGAGCTGGTAGGACCAGAGTATAAGCTGAAGTTACCGGTCCCTGTCCGTTTTACGGAGGTCGAATCGGATTATACATCGGATCTGCTATCCGTTCAGGAATGCGAGATAGGCTGGAACGCCAGACCGAACAAGCCTTTTTACGGAAGAATACAAGGCTTCAACGGCAGCGATTATTCCTATTCATGGGAGCTAACGCACACTGCCAGCAGGGCGGGAGTAAGGGAGATCAGTGATTTTCCGGTCGCGTATATGGCTCTGTGGGGGATGGGCCATGTCATCTCGCCGGAAGTGTTTATTCAACTGAGCCTGGCTCCCGGAGAAAAGAGAACCTGGAGCAGAAAGTATCAATTCTTCTGTTGGTAG	MGHQLANGQLEVDIAEIGRYQGTRFDRTGFITQVKLTKSGHTFCVHEFAEGFNAQGGSGLCNEFGLHEGMGYAEAEVGGWFPKLGVGLLKRVSEDPYHFQYTYPVEPFDVDITSDDVSISYTIHPKNVKGYAAKLVKKISIQDTAMTIDYELCNEGSQRIDTEEYIHNFIGINEELVGPEYKLKLPVPVRFTEVESDYTSDLLSVQECEIGWNARPNKPFYGRIQGFNGSDYSYSWELTHTASRAGVREISDFPVAYMALWGMGHVISPEVFIQLSLAPGEKRTWSRKYQFFCW				NA	NA	NA	NA	NA
JZ016_02723	2727			hypothetical protein	ATGAAATCAACAGGATGGAAGTTTGAGGGGGACCAGGGTGTCTTTAAGATAAGTCATCCCGAACATCATAATTATTTATATTTTCCTTTAGTGAATGAGGCCGGCATGATGTCGGCCGTCACGCCGAATCTTCACGGTGAAATGACCAGCAGTCATAATACGTTTTTCATGCCGCCCGTTTCGGTGGAGGATCTTCACAATTCCAAGTCCGCGCGTAACTTTTGGGTGCATGTTGACGGGCATGGCGCATGGTCCGTAACCGGCAATTCAGCCAAGCAGAATGCAAGCCGGTTCATGAACGAGGAAGAAGAAAGCCAGCTGGAAGCCGGGTTTTTATGGCATAAGCTGACGCGGATTAATGGAGAGGCCGGACTGCAAGCGGAAGTAACAAGTTTCGTTCCGGTAACGGATGACCAGGTCGAATTAATGAAAGTGAAGCTGACCAACGTAGGCGAGCAGACGCTAAAACTAACCCCTACCGCGGCGATCCCGCTGTATGGCCGTTCGGCAGACGACCTGCGGGACCATCGCCACGTGACATCCCTTCTTCACCGGATCTTTGTCCATCGTAAAGGGATTGAAGTACAGCCTGCTCTCTCATTTGACGAGCGGGGTCACCGTATCAATCACGTATCCTACAGTGTGTTGGGTGCGGAAGCGGACGGTGCGGAACCGATTGGTTATTTTCCGGTGCTTGAAGAATTTATTGGGGAAGGCGGCGCGCTCGATTGGCCTGAGGCGGTCATTGCCAATAAGCAAGCGGTCGCGCAAGCAGGAGACTCCTTGGCGGGTTACGAGGCCATTGGAGGCCTGCGGTTTGCGGGGGTGCAGCTGCAGCCTGGTGAATCGAAGGCTTATGTTATGGCGATGGTCATTTCGGAAGATCGCGCCGAGATTGGAACACTTGCCGAAACGTATTTATCGGAGAGACGCTTTGATGAGCTGCTTGCGCAGAATGAAGCCTATTGGAATGATAAACTGAATGCCGTTTCCTTCCAGACCGGTGATCAGCAGCAGGACCTGTGGATGAAATGGGTAACCTTGCAGCCGATATTGAGACGTCTTTATGGCAATTCATTCCTTCCTTATCATGACTATGGCCGTGGGGGACGTGGATGGCGTGACCTATGGCAGGACTGCCTGGCATTGATGATCATGGAACCGTCCGAGGTACGGTATCTGCTGCTTAATAATTACGCGGGTGTACGGATTGACGGAAGCAATGCAACGATTATCGGAACGAAGCCCGGTGAGTTCATCGCTGACCGGAACAACATACCGCGCGTATGGATGGATCATGGTGCATGGCCATTCATGACCACGCTGCTTTATATGGATCAGAGCGGGGATTTGGATTTCCTGAATCAGCCGCAGACCTATTTCCGCGATGTATTCGTGAAACGCTGCAAGGAGAAGGACATAGGATGGCTGCCTGAGCACGGGAATCAGCTCTTAACCGTGGACGGTGAGGTATACGAAGGTACGATACTGGAGCATATGCTGCTGCAGAATCTGGTTCCGTTCTTTAATGTAGGGGAGCACAATAACATCAAGCTTGAGGGGGCAGATTGGAATGATGGTCTTGACCTTGCCCCGGATCGAGGCGAGAGCGTAGCCTTTACTGCGTTCTATGCAAGCAATTTGATGCAGCTTGGCGATCTGCTGCTGGCATGGCGGGACAGCGAAGGCGTGGAGTTAATTGAAATAGCAGAGGAAATGGCCGTGCTGCTCGATTCGCTAACGGCTCCCGTCTCATACGACGATGTGCAGGAGAAGCTGGGGCTGCTTGATCAGTATTATGAGTCAGTTAAAGTCTCCGTGACCGGAAACAAACGAAAGTTTAGCGTGGCGGATGTTGTTCAGGATTTGAAACGGAAAGCCGACTGGATCATCCAGCATTTGCGCGGCAAAGAATGGATGACGAGCCAAGAAGGATATTCGTGGTTTAACGGTTACTACAATAACGATGGAGAGCGCGTGGAAGGTGATCATCCCCTTGGCGTCCGGATGACGCTCACTGGTCAGGTCTTTGCTATTATGGGCGGAATAGCGGACAATGAACAGGTAGGGCAAATAACGAAGGCAGTTGATCGGTATTTAAAAGATCCGAACATCGGCTATCGCCTGAATTCGAACTTTGGCGAGATTCAGCAAAATCTCGGGAGGGCTTTCGGATTCGCTTTCGGCCATAAAGAGAATGGAGCCATGTTCAGTCATATGAGCGTCATGTACGCTAACGCTCTCTATAAGAGAGGTTTTGTCCGAGAGGGATACGAGGTATTGCAATCGATTTACGATTTAAGCAATGACTTTGAACGCAGCCGCATGTATCCGGGTATTCCCGAGTACATCAACGAGAAGGGGAGAGGGATGTATCCCTATCTTACCGGGTCGGCAAGCTGGCTTTTGCTGACCATGCTGACCGAGGTTTTTGGAGTAAAAGGAAATTGGGGACATCTGCTCCTGGAGCCGAAGCTCAGGCCTTCGCAGTTCGGAGCCGACGGTACTGCCGTTGTTCATACGCGGTTTGCGGGTAAAGAGCTTCAGATTGTATATAGCAATCCGAAGCGGCTGGATTACGGAAGCTATACGATTCAATCGGTTACGCTGAACGGCGAGAAGATTCAGCTGCGCAGTCAGAAGCAGGAGTCTGCCGAACTGGATCGCAGCTTGCTGTCCGCGTTATCCGATGACGAGTGTCAGCGGATTCTTGTCGAGCTTGCCTGA	MKSTGWKFEGDQGVFKISHPEHHNYLYFPLVNEAGMMSAVTPNLHGEMTSSHNTFFMPPVSVEDLHNSKSARNFWVHVDGHGAWSVTGNSAKQNASRFMNEEEESQLEAGFLWHKLTRINGEAGLQAEVTSFVPVTDDQVELMKVKLTNVGEQTLKLTPTAAIPLYGRSADDLRDHRHVTSLLHRIFVHRKGIEVQPALSFDERGHRINHVSYSVLGAEADGAEPIGYFPVLEEFIGEGGALDWPEAVIANKQAVAQAGDSLAGYEAIGGLRFAGVQLQPGESKAYVMAMVISEDRAEIGTLAETYLSERRFDELLAQNEAYWNDKLNAVSFQTGDQQQDLWMKWVTLQPILRRLYGNSFLPYHDYGRGGRGWRDLWQDCLALMIMEPSEVRYLLLNNYAGVRIDGSNATIIGTKPGEFIADRNNIPRVWMDHGAWPFMTTLLYMDQSGDLDFLNQPQTYFRDVFVKRCKEKDIGWLPEHGNQLLTVDGEVYEGTILEHMLLQNLVPFFNVGEHNNIKLEGADWNDGLDLAPDRGESVAFTAFYASNLMQLGDLLLAWRDSEGVELIEIAEEMAVLLDSLTAPVSYDDVQEKLGLLDQYYESVKVSVTGNKRKFSVADVVQDLKRKADWIIQHLRGKEWMTSQEGYSWFNGYYNNDGERVEGDHPLGVRMTLTGQVFAIMGGIADNEQVGQITKAVDRYLKDPNIGYRLNSNFGEIQQNLGRAFGFAFGHKENGAMFSHMSVMYANALYKRGFVREGYEVLQSIYDLSNDFERSRMYPGIPEYINEKGRGMYPYLTGSASWLLLTMLTEVFGVKGNWGHLLLEPKLRPSQFGADGTAVVHTRFAGKELQIVYSNPKRLDYGSYTIQSVTLNGEKIQLRSQKQESAELDRSLLSALSDDECQRILVELA	PGPT0018685_51	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_CELLULOSE|HEMICELLULOSE_DEGRADATION,PGPT0018685-cbp-K00702	NA	NA
JZ016_02724	837	melC_9	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGCGAAATTCCAAAACCACGCAAATTCTTTCTTACGCCGTTGTAGGTTTGCTGCTGATTCTGTATGTCGTTCCGCTGCTGCTTGTATTCAATGTATCGCTCAAATCCTTCAACGAGTATCTGCTCAACCCGATCGGGATCGTTCAGAACATGGAATGGGGCAATTACACGCAAGCATGGTCTGAAGGCAATTTCGCCGGTTATTTTGCGAACAGCTTGATATATACGGTAGCGGCGACGCTGCTGACCATCATCGTGTCGTTGTTTGCGGCGTTTCCGGTAGCGCGCGGATATGTGATGTGGAGCGGCTTTATTTATATGTTCTTTTTGCTGTCCCAGTTTCTTCCGAATCCGATGGTGGCCCAGTATAAACTCATGCTGTCCTTCAAGGAGAGCGTATCGTTCTTCGGGTATGATACCAAGCTCGGTTATATCCTGCTGAAAACGACGGGAACGGGCGTTGTGTTCATGATGTTTGTCGGTTACATCAAGTCGATTAGCCGCGATTTGGATGAGGCGGCAGGCATGGATGGTTCCGGTTATATCCGTTACCTGTTCCAGATCATTCTGCCGCTGATGAAGCCGGTTATCGCAACGGGCGTCATTCTGACCGCGATCGGAATCTGGAATGATTTTGTCGGCCCGATCATGTATCTCCCGAGTCCGTCCAATTATCCCATTACGTTCGGCCTGAAGGAATTCAGGGGGCAATACGGGAATAACTGGCCGCTGCTTGCATGCGGAATTACGATCGTAGCCGCACCGTTGATCATTCTGTACACGTTCATACAGAAATATCTGGTGGACGGGGCGCTGGCGGGAGCCGTCAAATCCTAA	MRNSKTTQILSYAVVGLLLILYVVPLLLVFNVSLKSFNEYLLNPIGIVQNMEWGNYTQAWSEGNFAGYFANSLIYTVAATLLTIIVSLFAAFPVARGYVMWSGFIYMFFLLSQFLPNPMVAQYKLMLSFKESVSFFGYDTKLGYILLKTTGTGVVFMMFVGYIKSISRDLDEAAGMDGSGYIRYLFQIILPLMKPVIATGVILTAIGIWNDFVGPIMYLPSPSNYPITFGLKEFRGQYGNNWPLLACGITIVAAPLIILYTFIQKYLVDGALAGAVKS	PGPT0016340_1309	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_02725	894	ugpA_2	COG1175	sn-glycerol-3-phosphate transport system permease protein UgpA	ATGTATCCATTTGGAAAAGGATTTAACCGATTCATACCCTTATTGCTGCTGCTGATACCGATGGCGCTTTACATCGTCTTTTATTTTGGACCATCGATCCTGACGGTCATCTATTCCTTTACCGATGTCAAGAACCTCCCGGGCAGCACGTACCAATTTGTCGGGCTGGATAATTATAAGGAATTATTTTTCTCGGGGAACTCAGGAGAGCGGTGGCGTTCCATCGTAAACACCCTGATCTTTATGTTCGTTGTTACGATCGTGCAGAACGGGGTCGCTCTGTTTATCGCCGTCATCATTAACCAGCGCCTGAAAGGCGATTACTTCTATCGTGCCGTATTCTTCCTGCCGGTGGTTCTGGGCGTAGCCGTCGTCGCTTTGATCTGGGGGATGATGTTCGACCCGTTAAACGGACCGGTCAATCGCCTCTACGACGCGCTCTTCGGCTATCAGGACATGTTCTTCGGGAGCTTTACTCATGCGTTCGGCTATATTATCTTCGTCCAGATTTGGATGTACATGGGCTATTCCATGCTGATCTTTCTGGCCGGGCTCCAATCGGTCCCTAAAGATTTATACGAGGCGGGGCATATTGACGGCACCAACAAGTGGCAGTCCTTCCGTCATATTACCTTCCCCCTGATCGCACCGTCCTTTACGGTGAATATGCTGTTATCCATCATTGGCGCCATGTCGACCTTTGATATCATTTTGGCGACAACGGACGGTCGCTTCAATACAAGGACGATGGCGTATGACGTGTACAAAGAGACATTCCGGGGAAGTTTGGAAATGGGCCTTCCTTCGGCGTTATCCGTTGTTCAGTTCCTGATTATTCTCCTCTTTGTTGTGGTGGCGGTCAGACAGACGCGTAAGAGAGAGGTGGAGTATTGA	MYPFGKGFNRFIPLLLLLIPMALYIVFYFGPSILTVIYSFTDVKNLPGSTYQFVGLDNYKELFFSGNSGERWRSIVNTLIFMFVVTIVQNGVALFIAVIINQRLKGDYFYRAVFFLPVVLGVAVVALIWGMMFDPLNGPVNRLYDALFGYQDMFFGSFTHAFGYIIFVQIWMYMGYSMLIFLAGLQSVPKDLYEAGHIDGTNKWQSFRHITFPLIAPSFTVNMLLSIIGAMSTFDIILATTDGRFNTRTMAYDVYKETFRGSLEMGLPSALSVVQFLIILLFVVVAVRQTRKREVEY	PGPT0016335_1360	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_02726	1341			hypothetical protein	ATGATTAAGAAATTATCAGCAATACTTTTGGCGGGTGCTCTGACTTTCTCGCTAGCGGCTTGCGGAAGCAGCGATTCGGCCGATAAGGGTACACCTGCGAAAGGCGATAAAAAGGTCATCAAAATTTTACACTGGAAACAAGATAACATCAATAAAGCGGTTGAAGAGATCAACAAGAAATTTGAAGAGAAATATCCCGAGTATAAGATCGAGTATACCACTACGGGTCCTGATGACGAATACAAGCAGGCCCAAAGAGCGAGAATTACCGCTAATGACGTTGACGTTTTGGCTGATTTATCGGGTATGAGACTCTCCCCGCAGGAATGGACACCGGGTGCGAAAGTGCCTGATTGGCAGCAGTGGATCGATACAGGCTTGATCGCTGATTTGTCCGACCAAGCCTTCATTAAGAATTATAACGCCAACGATATCGAAAAAGCCGGAACTTATAACGATAAAGTGTATGCTATCCCAACGGGCAAGGTTGCGATGTCCGGCCTGTTCTACAATAAGGAAATCTTCGAACAGAATGGATTGAGCGTACCGAAAACATGGTCAGAGTTCATCAAGCTGAACGATGACCTGAAAGCCAAAGGCATTACCCCGATTGTTGTTGCTGGTAAAGACGTATGGCCATTGAAACTTCCTGTTTTCGCCCTGCAAGCAAAAATTCTGGGTGGCGGAGATCAGCAGAAATGGATTGAAGGCGTTTGGAAAGGCGAGACGGCTTACAACGATGAAGAGGCAATCGAAGTATTGGAAAAAATGAAGACGCTTCAAGACAATTACATGATTGACGGATTCATGGGGATTGATTACGCAACGGCGCCTTCCTATTTTGCCACAGGAAAAGCAGCGATGCTGGCTGATGGCTCTTGGGATGCTCCAACCGTCGCAGCAGCGAATCCGGAGCTGAAATTCGGTTACTTCCCGCTTCCGGCTACGGAAGATGCAGCCAAGAATTCCTCCTTTGTCGGCAAGTATGACGTAACCTGGTATGCAGCCGAGAAGGGACCGAACAAAGAAGGGGCTCTAAAATGGCTTGAGTTCTTCTCCGAGCCGGAAAATTACACCACCTTCGTGAAAGCTGCCGGCTTCATCCCGACACAGGATAACATTCAGACGGAGAGCGACTTTATTGACAGTGAACTGACTCCATATCTCGGAGAGTTCGAATTGGCGTACGAAATCATGATGATTAACCGTCAAAATATCGGCGAGCATTTGGCTGCAGAAGGCGTTCATACGGAATTCCTGGCACCGGGCGGCCCATACAAAACAGCAAAAGAGCTGGCTGACATTCAACAAAAAGAATGGGAAGCTGCCGCTCCAAAATAA	MIKKLSAILLAGALTFSLAACGSSDSADKGTPAKGDKKVIKILHWKQDNINKAVEEINKKFEEKYPEYKIEYTTTGPDDEYKQAQRARITANDVDVLADLSGMRLSPQEWTPGAKVPDWQQWIDTGLIADLSDQAFIKNYNANDIEKAGTYNDKVYAIPTGKVAMSGLFYNKEIFEQNGLSVPKTWSEFIKLNDDLKAKGITPIVVAGKDVWPLKLPVFALQAKILGGGDQQKWIEGVWKGETAYNDEEAIEVLEKMKTLQDNYMIDGFMGIDYATAPSYFATGKAAMLADGSWDAPTVAAANPELKFGYFPLPATEDAAKNSSFVGKYDVTWYAAEKGPNKEGALKWLEFFSEPENYTTFVKAAGFIPTQDNIQTESDFIDSELTPYLGEFELAYEIMMINRQNIGEHLAAEGVHTEFLAPGGPYKTAKELADIQQKEWEAAAPK	PGPT0016330_672	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_02727	264			hypothetical protein	ATGAAGCCTACCATTGTGATCAGTATTAACCAATCCGGTTGCAACGTATACAGCACATATCCGAAACTGTTTCGTAAATTAGTGTATCTGCTTTACCTAGGTAAGTCAATGAAGAGAATAGCCGGGATGCCTGTTATAGAAAGGAATTATGCTGAAATATGTTCAATAATGAAATATTGCGACAAAGAGAAAAAAAGCTTTGACAAACAAAAAATTATGAGTAATAATAGGCCTTGCGAAACCGCTTTCGGTATATTTCGCTGA	MKPTIVISINQSGCNVYSTYPKLFRKLVYLLYLGKSMKRIAGMPVIERNYAEICSIMKYCDKEKKSFDKQKIMSNNRPCETAFGIFR				NA	NA	NA	NA	NA
JZ016_02728	1038	exuR_4	COG1609	putative HTH-type transcriptional repressor ExuR	ATGGCGTTAAACATTAAAACAATCGCTAAAATGGCCGGGGTATCCGTATCCACCGTCTCCAAGATTATCAACAACTACAGTGATGTGTCCGAGGAAACCAAAGCACGGGTGTTGGAAATTATGAAAGAGACGGGATACACCCCTTCGAACTCCGCGAAAACATTAGCAACCAAAAAATCCAATTTAATCGGCATCATATTTGCGGGAAAGCTGAATGTCGATTTTACCCATCCTTTTTTTGTTGAAGTTCTCAATTCCTTTAAGAAGCAAATGGGGGTGCTTGGTTACGATCTGCTGTTTTTTTCGAATGAGAAATTCCAAGGGGATGACGCCGACTACCTTGGCCGATGCCGTCATTATCAGGTGGATGGCTGTGTCATTATATCCGGCGAGGAAATCGAGCCCTCCATTAAGGAGCTTGATGAGAGCGACATTCCGTGCATTGGGGTCGATATAGAACTGTTCGGCGAAATGTCGGGGCATATCATGTCCGATAATTATAAAATGTCCTCGAAGGTCGTGGAGCATTTCTATCTTCAAGGCCTCAGAGACTTGGGGTTCATCGGAGGCAGCAAGGAGTCTGAAATCTCCAACATGCGTGAGGCCGGTTATCGTAACGCCATGGAAAGCTTTGGACTTCCGGCCCGTGCGGAATGGTTCTTGAACGGTGAAGATTTTCATGAGGCAAGCGGATATAAAGCCATGACGCGGCTGATTCAAGCGGGTTCTCTCCCCCGCGCGATCTTTGCTGCCTCCGACCAGATTGCGATTGGAGCCATCCAAGCGCTTCAGGAACACGGTCTGAATGTCCCTGACGATGTATCGATCATCGGTTGTGACGACATTGAAGCGTGCAAATATACAACTCCCAAATTAACGACGATTCGGCAAAATAAAGAGAAAATCGGCCGCCTGGCAGCGCTCATGCTCTACGACCTAATCCATAAGCAATCACCCGTGAGCTCCTTTGTCGTTGAGCCTGAGCTCATCGTCCGTGAATCTTGCGGAAGCAATACGCATAACTATGGTTACTTTTGA	MALNIKTIAKMAGVSVSTVSKIINNYSDVSEETKARVLEIMKETGYTPSNSAKTLATKKSNLIGIIFAGKLNVDFTHPFFVEVLNSFKKQMGVLGYDLLFFSNEKFQGDDADYLGRCRHYQVDGCVIISGEEIEPSIKELDESDIPCIGVDIELFGEMSGHIMSDNYKMSSKVVEHFYLQGLRDLGFIGGSKESEISNMREAGYRNAMESFGLPARAEWFLNGEDFHEASGYKAMTRLIQAGSLPRAIFAASDQIAIGAIQALQEHGLNVPDDVSIIGCDDIEACKYTTPKLTTIRQNKEKIGRLAALMLYDLIHKQSPVSSFVVEPELIVRESCGSNTHNYGYF	PGPT0017992_4703	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_02729	1425	glnA_1		Glutamine synthetase	ATGTCGGTAGAGAAAGTATTGCAAACCATTAAAGAGAACAATATTGAGTGGGTCGATTTTCGTTTTGTAGACTTGTCGGGACGGGTTCATCATATTAGCTTGCCGGCTTCAGAAGTAGACGAAGAAACATTCGTGAACGGGGTAGCATTTGATGGATCTTCTATTCCAGGATTCCGCGGCATTGAAGAATCGGATATGGTTATGATGCCTGATCCGGAGTCTTGCTATATCGATCCGTTTACAGCACATCCTACGCTTAACATTATGAGCAACATCTATACTCCGGAAGGGGATGCTTACGAGCGTGACCCGCGCGGTATCGCAGCTCGTGCCGAGCAATACCTTCAAGAGGCCGGTATCGGAACAGCGGCATTCTTTGCACCGGAATCCGAGTTCTTCCTGTTTGATGAAGTTCGCTATGAAAGTTCCATGAACAGCTCCAGCTATTTCGTAGACTCCGAGGAAGCGCATTGGAATACGAACCGTAAGGAAGAAGGCGGCAACCTTGGCTTCAAAGTTGGCGTTAAGGGCGGATATGTTCCAGTAGCGCCTGTGGATACGCAGCAAGATATCCGCAGCGAAATGTGTCGTTTGCTTGATGAAGCAGGACTTCGCGTTGAGCGTCACCACCATGAAGTAGCAACTGCCGGCCAAGCGGAAATCAACTTCCGTTTCGATACATTGAAAAAAACAGCTGACAATTTGTTGATCTATAAATATATCGTGCATAACACAGCGCGCCAATATGGCAAAACCGCTACGTTCATGCCGAAGCCATTGTTCGGGGATAACGGAAGCGGCATGCACGTTCACCAATCCATTTTCGATGGCGATACTCCATTGTTCTACGAGAAAGGCGCTTATGCGAACCTGAGCGAAACAGCGATCCACTATATCGGCGGTATTCTGTACCACGCGCCTGCATTGATCGCTTTGACAAACCCGAGCACCAACTCCTTCAAACGTCTGGTACCAGGCTATGAAGCACCGGTTAACCTCGTATTCTCGAAGGGCAACCGTTCTGCCGCAGTGAGGATTCCGGTTGCGGCCGTAACGCCTAAAGGCTGCCGCATCGAGTTCCGTACACCGGATTCCACGGCGAACCCTTACCTTGCATTCTCCGCTATGCTGATGGCTGGCTTGGACGGTATCAAGCGCAAAATCGATCCAACCGCACTCGGATATGGACCATTCGATAAAAACATCTATGAATTGTCTGACGCCGAGAAGAAAGAAATCCGCAGCGTACCGGGTTCCCTGGATGAAGCTTTGGATGCACTTCAAGCAGACTATGAATTCTTGACAGAAGGCGGCGTATTTACGCAAGAATTCCTCGAGAACTTCATCGAGTTCAAGCGTGCCGAAGCCAAAGCGGTTAATATCCGCGTTCATCCGCACGAGTACTCCCTGTACTACGATCTGTAA	MSVEKVLQTIKENNIEWVDFRFVDLSGRVHHISLPASEVDEETFVNGVAFDGSSIPGFRGIEESDMVMMPDPESCYIDPFTAHPTLNIMSNIYTPEGDAYERDPRGIAARAEQYLQEAGIGTAAFFAPESEFFLFDEVRYESSMNSSSYFVDSEEAHWNTNRKEEGGNLGFKVGVKGGYVPVAPVDTQQDIRSEMCRLLDEAGLRVERHHHEVATAGQAEINFRFDTLKKTADNLLIYKYIVHNTARQYGKTATFMPKPLFGDNGSGMHVHQSIFDGDTPLFYEKGAYANLSETAIHYIGGILYHAPALIALTNPSTNSFKRLVPGYEAPVNLVFSKGNRSAAVRIPVAAVTPKGCRIEFRTPDSTANPYLAFSAMLMAGLDGIKRKIDPTALGYGPFDKNIYELSDAEKKEIRSVPGSLDEALDALQADYEFLTEGGVFTQEFLENFIEFKRAEAKAVNIRVHPHEYSLYYDL	PGPT0000645_2203	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMATE_DEGRADATION|CONVERSION,PGPT0000645-glnA-K01915	NA	NA
JZ016_02730	1056	aroF	COG2876	Phospho-2-dehydro-3-deoxyheptonate aldolase	ATGATCGTTATTACATCCAATCAAATACCAGAGGAACAAGTTCAGCATATTGTAAGCGAGATTGAGAAGGAAGGACTCCAGGCTCATGTATCCAAGGGAGCGGATCGTACCGTGATCGGGCTGATCGGCAGCGTAAACCCGAAGCTTGCGGAGCATCTTCGCCAAATGAAGGGCGTAGAGAATGTAGTTAAAATCTCCAAGTCCTACAAGCTTGCGAGTCGTGATTTCCATCCGGATGATACCGTCATTGATATTAAAGGCACCAAGATTGGCGGCGGCAATCTGGTCGTTATGGGTGGTCCATGCGCCGTGGAATCGCCGCAGCAGATTGACGAGATTGCGCAGCTGGTTAAGGCAGCAGGCGGACAAGTGCTTAGAGGCGGCGCGTTTAAGCCTCGCACGGGTCCATACAGCTTCCAGGGCGTTGGTGTCGAAGGTTTGATCATGATGGCGGAAGCCGGGCAAAAACACGGCCTGTTGACGATTACGGAGGTTATGACGCCCGAATACGTGGATATTTGTGCGGAGTACGCCGATATCCTGCAAGTGGGTACCCGCAATATGCAAAATTTCGACCTGCTTCGGAAACTGGGCACCTGCGGCAAGCCGGTTTTGCTGAAAAGAGGTTTCAGTGCAACCTATGATGAATTCCTGAATGCAGCGGAGTACATTCTTGCCGGCGGCAATCCGAATGTCATGCTCTGTGAACGTGGAATCCGAACATTCGAAACTTACACCCGCAATACGCTGGATTTATCTGCCATCCCTGTTTTACAAGGGTTGAGTCATCTTCCGGTCATCTCTGATCCGAGTCATGGAACGGGACGACGCGAGCTTGTCGAACCGATGTCCAAGGCATCCGTGGCGGCCGGAGCAGACGGCCTTATTATTGAGATGCATACAGACCCGGATAATTCCATGACAGGTGACGGGGTTCAATCCCTGTTCCCGGATCAATTCGCCGCACTGCTTAAAGACTTGGAGCAGCTGGCCCCATTGGTAGGCAAAAGCTTTGCGACCGCCAAAGCGCCTGCTTCTGAATTTGCGCGCGTATAG	MIVITSNQIPEEQVQHIVSEIEKEGLQAHVSKGADRTVIGLIGSVNPKLAEHLRQMKGVENVVKISKSYKLASRDFHPDDTVIDIKGTKIGGGNLVVMGGPCAVESPQQIDEIAQLVKAAGGQVLRGGAFKPRTGPYSFQGVGVEGLIMMAEAGQKHGLLTITEVMTPEYVDICAEYADILQVGTRNMQNFDLLRKLGTCGKPVLLKRGFSATYDEFLNAAEYILAGGNPNVMLCERGIRTFETYTRNTLDLSAIPVLQGLSHLPVISDPSHGTGRRELVEPMSKASVAAGADGLIIEMHTDPDNSMTGDGVQSLFPDQFAALLKDLEQLAPLVGKSFATAKAPASEFARV	PGPT0012910_239	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES	BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012910-aroF-K03856	NA	NA
JZ016_02731	1788			hypothetical protein	TTGGCGGGGAAATTCGAGCGTATCCGGGTCAAGATACCATTTGGCTTCAAATTAATGATTTCTTACTGTGTATTCATCATAATACCGGTATTGCTTGTAGGAAATATCGCGAACCAGGTATTTATCAAATCGATTAGAGAACAAACGTATAATAACATTCAAGGTACCCTGCACCAAATGAGTGATAATATTTCGTATAAAATGGAAGACATCGTCCGCGTTTCCGACATGCTCTACTTTGATTCGTCCTTTAATAACCGACTGCGTTATTCAGAAAGTACATGGGTAAGCTACGATACGATGGTCAATGTCCTGATTCCGAAGTTGGAAACGGCGATTAACACAGCGAACTCCAAGATTTGGCTGTCGATTTATTTACGGAATGAAGAGTTAAGGGAAATTTATAATAATTATAGTTACTCTGATCCGCTTGAATCCAACACGCGTTTATTTGATATATATCAGTATGAGCGTCTTGTGGATAAGACCTGGTACAAGCTCTATCCCCAAGAGGAAAACTATGGATCGACGCTGGAATGGAAGCAGGTTGAAAATGATGCGGGCAACGGTCGCATTTCACTTTTGCGCAGGCTGATCGACATCAGTTCTATACAGCTGCAGGAGATTGGATTCGTGCGAATCAATGTCAGTCTAGAAGATATGTTCGAAAGCATGGATTATAACAAAATCGGTGATGGGACAGCGTTATATTTGTCGGATGCGCAAGGCAGAGTCATTCTTTCTTCAGGCGGGGTACAGACAACCGTGTTTAAGGAGAACGAGCTGCGCAATAATGGAGACTTGCTTATTCGTAAGCCGATTCCCGTGCTCGGCTGGAATCTTATCGCGGTCGTTCCTGCAGAAATCGTGGAGAAAGATACGGTGAAAATCCGGAACCTCACCCTGCTTATTTGCCTCATTTGCATTGCTATATTTTTTATAGTCAGCATCGTAATATCCAAGTACTTCAGCTTACGCGTATCCAAGATCGTCTCTGTTTTGGATTCTTTTCAGGAAGGTGCATTTCATAAACGGGCTCAGTTCAAGGGAAATGATGAGTTTACACACATCGCTTCGGCCCTGAATGATATGGGCAGCAATATCGGCAAGCTGATTAATGAGGTGTATCTGGCCGACCTTCAGAAAAAACAAGCGGAACTGGAATCGCTGCATGCGCAGATTAATCCGCATTTCCTATACAACACCCTATCCTCCATTAGCCGTCTGGCGCGGTTTGGGATGCTGGATAAGCTGCAGCGCATGGTGATGGACTTAGCGAAGTTTTATCGCCTGTCTCTTAATGATGGACGGAATATCATCTCTGTGAAGAATGAGTTGGAACAGGCTCAGGCATATGTGGATATTCAAAAGATTAAATACGACGAACGCATGCAGGTTACTTATGATTTTGAGCCGGAAGTGGTCCGGTATGAAACCGTGAAATTGATTTTGCAGCCGTTTATCGAGAATGTGCTGGAGCATGCCTGGACCGGGGATTATATACATGTTCGAATTACCGCCAGAGTGCTGGAAGATGTTCTGGAATTTAAAATTATCGATAATGGCGTCGGGTTCCCGCCCGGCAGAGTTCTGGACAATACAGGCGGACAGGATCTAACCAATGCCGGATATGGCATTCGGAATGTGGATCAACGAATCAAACTTCACTATGGCAGCGAATACGGGGTTACATTATTCAGCCGTGCCGGTATTGGGACGACGGTAAGAATTGTGATCCCCCTCGTGAAGCGAACCGTAGCGGAAGGACGCAGCAAAACATTGATGTAA	MAGKFERIRVKIPFGFKLMISYCVFIIIPVLLVGNIANQVFIKSIREQTYNNIQGTLHQMSDNISYKMEDIVRVSDMLYFDSSFNNRLRYSESTWVSYDTMVNVLIPKLETAINTANSKIWLSIYLRNEELREIYNNYSYSDPLESNTRLFDIYQYERLVDKTWYKLYPQEENYGSTLEWKQVENDAGNGRISLLRRLIDISSIQLQEIGFVRINVSLEDMFESMDYNKIGDGTALYLSDAQGRVILSSGGVQTTVFKENELRNNGDLLIRKPIPVLGWNLIAVVPAEIVEKDTVKIRNLTLLICLICIAIFFIVSIVISKYFSLRVSKIVSVLDSFQEGAFHKRAQFKGNDEFTHIASALNDMGSNIGKLINEVYLADLQKKQAELESLHAQINPHFLYNTLSSISRLARFGMLDKLQRMVMDLAKFYRLSLNDGRNIISVKNELEQAQAYVDIQKIKYDERMQVTYDFEPEVVRYETVKLILQPFIENVLEHAWTGDYIHVRITARVLEDVLEFKIIDNGVGFPPGRVLDNTGGQDLTNAGYGIRNVDQRIKLHYGSEYGVTLFSRAGIGTTVRIVIPLVKRTVAEGRSKTLM				NA	NA	NA	NA	NA
JZ016_02732	1566	rhaR_35		HTH-type transcriptional activator RhaR	GTGCTGCTGGCTGACGATGAAATATTGGACCTAGAGGGCATGAGGAGCTTTATTCCATGGGAGAGTCTTGGAATGACCGTGGTTGATTCGGTCAATAATGGATTTGCAGCATGGGAAGTCCTGCAACGAGAGGATATCGACATTCTTGTGACGGATGTACGCATGCCCAATATGACTGGTATTGAATTAGCGCAAAAAGCGCTGAAGATACATGATGAATTACAGGTTATTTTTGTGAGTGGTTACCAGGATTTCAGTTATGTTAAACAGGCAATCGCATTAAACGCTTGTAATTACGTGCTGAAGCCCATGGAGGACCAAGAGCTGATTGAAGAGTTGACCAAAGTTCGGATTGAGCTGGACAGGCTCCATGACCGCAAGGAAACAGAACGGGCTTATCAACTGATGGTACCGATTCTCAAAAATCAGTACCTGCTGCAAATTCTCCAGAAGCCTTATGACGGTGCCATGCTGGGTATTATTAAGCGGGAATACCAACTTCATGAGATGAACTGGCCCGTGCGAGTAATATTACTTGAAGTGGATGATGTCAGCTCCTGGCGGAGCAATCATTACGAGGTCGAGAATCCGAGTGGATTAAATGAGCAGTACTTCACGAGATTGCATAAAGAGCTGGAGAGTTGCGGATTCAGGCATATATGCAAGGTGACAGATCAGCGGATGGCAGTACTCATGGATACGACAAAAGGCAAGGAAGAGATTCAGTCATTACTGACGGCGCTAGGCCAAGAGTATCCCCTTACCGTGACCGTAGGTGAGGGAGGGACTGCGAATCGGCTTGAAGAACTTCATCCGTCCTACGTTATGGCAGAGGGTGCCCTTGACTATAAAATGTTTCGTGGAAAAGGGAAATGGATACTTTATAACGAAGTGCCGACAGAGGACCGGGAGGACGCCAAAAGCCTCGATATCAGGCTGGACTCTTTATTTACCGCTATGACGAATTATGAGATCGTCAAAATCCACGATGAGATCGAAGCCATACAACTGCTTGCATCCAATATCCGCTCCAAATTTACGGTTCGAAATCTTGGAGTATACATTATATTGAAGTTGGACGCGCATTTGCATACGATGCATGAAGACCTGTTTCGGATGCTGGGAATCGAACTGAAAAACCTCGATGTACTCTTGCAATTTGAAACGATGGACGATATTTTCTCGTGGTTAAGAATGAAAGTTTTTGAGATTTCGGAGCAATTGAAATTTCGCAAATCGTCCAAGAATGGACGTCTTGTTGAGGAGATTATTGATAATATACGAGAGCGGGTTCACGAGAATATTACGCTCCGGGATATGGCGAACCGTTTTTCCTTTTCTCCAAACTATCTAGGTGTTCTGTTTAAGGAAGAAACCGGTTATAATTTTAGTGATTATGTCATCAAAATTCGTATGGAGCGAGCCAGAGATCTATTAGTCAGCACGAAACTTAAAATATATGAAGTGGCTTCTCAAACAGGTTACCAGTATTTGCCCTATTTTAGTCGTCAATTCAAAGAGATGTATGGAATGACACCACTGGAGTATAGGCGTAAACACTCTTAA	MLLADDEILDLEGMRSFIPWESLGMTVVDSVNNGFAAWEVLQREDIDILVTDVRMPNMTGIELAQKALKIHDELQVIFVSGYQDFSYVKQAIALNACNYVLKPMEDQELIEELTKVRIELDRLHDRKETERAYQLMVPILKNQYLLQILQKPYDGAMLGIIKREYQLHEMNWPVRVILLEVDDVSSWRSNHYEVENPSGLNEQYFTRLHKELESCGFRHICKVTDQRMAVLMDTTKGKEEIQSLLTALGQEYPLTVTVGEGGTANRLEELHPSYVMAEGALDYKMFRGKGKWILYNEVPTEDREDAKSLDIRLDSLFTAMTNYEIVKIHDEIEAIQLLASNIRSKFTVRNLGVYIILKLDAHLHTMHEDLFRMLGIELKNLDVLLQFETMDDIFSWLRMKVFEISEQLKFRKSSKNGRLVEEIIDNIRERVHENITLRDMANRFSFSPNYLGVLFKEETGYNFSDYVIKIRMERARDLLVSTKLKIYEVASQTGYQYLPYFSRQFKEMYGMTPLEYRRKHS				NA	NA	NA	NA	NA
JZ016_02733	1668			hypothetical protein	ATGAGGCTCAGAAAAAAATCTTTGGCCACATCGGTTACTGCGTTGTTAGCAGCGGCTTTAATGCTGTCAGCATGCAGCGGTGGTACTAAGACAGCTAACCCGACTCCTAGCGACAATGGAACCACCGCACCGCCAACAGAAGCAGCATCAGACAAGTTTGTACTGGGTGAGCAACCGCTTGATTTTAGCTTTTATGGTCACTATGACTGGTACACGATGCCAACATGGGGAGAAGATGCCGCAACGAAATGGATTAAAGAGAATAAAAAAGTCGATGTAAAAGCGGTTAACTCCCAAGGCAATGCTCAACAAAAATTCAACACGATGATTGCTTCCGACGAGCTTCCTGATGTTATTTGGCTGGAGCGGGGATCGGATGTTGAAAAATTGAGAGAAAACGGCATGCTCGTACCTTACGATGACTACTTGGATAAATATCCGAACTTGAAGGAATGGTTGGGTGAGGCAGGAATCAACATGCTTCGTTCCCCTGACGGCAAGCTGTATCAATTCCCTAACTGGTACACCAGCCAACCGAACGGTAATGCAGGTTATGTAGTCAACAGTAAAATTTATAAAGAGCTTGGCGAGCCTAAGCTGGAAACAACGGACGATTTGACTAAATACCTGGAAGCTGTCAAGGCGAAATACGGAAACTCTGTAGTTCCTTATGAACCAGGTATTGAAGGACAAGGGATTGATGTGTTGTACTCTGCTTTCAAAGAGAATGCAATGACACGTTGGATTACCATTCGTGGTGTGCCTAACGGAGATAAATTGACTTCGATCTTTACGGATCCAACATATCGCGAATCGATGCAATATGCAGCGAAGCTGTTCCGTGATAAACTGATTTCTCAAGATGCATTGACTCAAACCGCTGACCAAATCAAGGAAAAAGTAATGACAGGCCGCGTTGCTGTATATGCAGCTTCCAGCCCGACTGAAAATGCAATGAACGCACATGCGGAACTCGTTGCCAAAGATCCGGAAGCCGGTTATTTCATGATCTGGCCGATTCATAAGGAAGGTCTGGACAAGAATAAAATCTTCCCGGGAACCTATACTCAACTGGGTTGGAACGTAAGCGTTATTACGAAAGCTGCAAAAAATCCTGAAGCGATCTTTGCTTTCCTGGACTGGTATACAGGTCCTGAAGGTCAAACACTGTTAATGTGGGGACCGGAAGGCGGATATTGGGATGGATATGAAGAAGATGGTATAACGCCTAAGTTTACTGAGAAATATGTTACGGATGCTGCGGGTCTTGGCAAGTTGCAAGCGGAAACAACAAACCTCCAGTGGAACGGAAACACGGTATTTATTGATACAGCAAAAGCGAAATACGAAAGCACATTGCCAGAAGAAGAGCGTAACTGGTCAACTCGTTGGCAGTATGAAATAACTTGGAAAACTCAAGCAAATGCAACGGAATTCATCAATCTTGATCCGGCCCCAGAAAGCGAAGAAGGTATTATCCGTCAGCGTGTAGAAGATATCTACACAGAAGCTAGAGCGAAGGCGCTGTTTGCGAAGGACGATGCAGAAGTACTGGCTGTCTTGGACAAAGCAGAAGCGGATGCTCAAGCAGCTGGCTATGATAAACTTCTTGCATTCAAAACAACGAAATGGCAAGAAAACTTGGCTCAAATGAATGGTCAAAAGTAG	MRLRKKSLATSVTALLAAALMLSACSGGTKTANPTPSDNGTTAPPTEAASDKFVLGEQPLDFSFYGHYDWYTMPTWGEDAATKWIKENKKVDVKAVNSQGNAQQKFNTMIASDELPDVIWLERGSDVEKLRENGMLVPYDDYLDKYPNLKEWLGEAGINMLRSPDGKLYQFPNWYTSQPNGNAGYVVNSKIYKELGEPKLETTDDLTKYLEAVKAKYGNSVVPYEPGIEGQGIDVLYSAFKENAMTRWITIRGVPNGDKLTSIFTDPTYRESMQYAAKLFRDKLISQDALTQTADQIKEKVMTGRVAVYAASSPTENAMNAHAELVAKDPEAGYFMIWPIHKEGLDKNKIFPGTYTQLGWNVSVITKAAKNPEAIFAFLDWYTGPEGQTLLMWGPEGGYWDGYEEDGITPKFTEKYVTDAAGLGKLQAETTNLQWNGNTVFIDTAKAKYESTLPEEERNWSTRWQYEITWKTQANATEFINLDPAPESEEGIIRQRVEDIYTEARAKALFAKDDAEVLAVLDKAEADAQAAGYDKLLAFKTTKWQENLAQMNGQK	PGPT0017245_1732	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_02734	897	araQ_26	COG0395	L-arabinose transport system permease protein AraQ	TTGGTGCGTTTAGGATTCGGTGATCGTTTCATGATGATCATGATTTATATCTTTCTAGCATTTTTGGCCTTTGTGACGTTTTATCCTTTTTGGAACGCTCTTGTGGTTTCCTTTAACTCTGGAGCCGATACATCGCTTGGGGGAGTCACATTCTGGCCGAGGGATTTTACTTTGGAAAACTACGGTATCGTATTTCAGGATAAACGCCTGCTGAATGGCTTCGGAATATCGGTAGCCCGTACGATTGTGGGAACCATAACTTCGATTCTAGTGACCTCCATCTTCGCTTATGGCATGACCAAACGCGAACTGATCGGTCGTAAATATTACATGATTATGTGTATAGTCACCATGTATTTCGGTGGTGGTTTGATACCAAGCTTCATGCTGATTCGTGGTCTGGGCTTGATGGATTCGTTCTGGGTATTCATCATTCCTGGTTTGGTAAGTGTATGGAACATGATTATATTCCGTACCTTCTTTGCAGGGTTGCCTAATGGCTTGGAAGAGTCGGCAAAAATTGACGGGGCGGGCAATTGGGGGATCTTCTTTAAGATTATCCTGCCGCTATCCGGTCCGGTTATTGCAACATTGTCTTTGTTCACGGCAGTATCACACTGGAATGAATGGTTCCTACCGAGTATTTACATCAATAAAGAAGAATTGCTGCCCATTCAGACGATATTGCGTCAAATACTGAATTCCAACATTATGTCTGAACAGATGAGCAATTTGGACTCGGCATCTCAGGCCGCTTTATCTCGAATGCAGAGTGTGACCACGAAATCTTTGTCCATGGCTACAATGATTGTCGCTACGGTTCCGATCATCATGGTATACCCTTTTGTACAGAAGCATTTTGTTAAGGGAGTACTGGTGGGATCGTTGAAAGAGTAG	MVRLGFGDRFMMIMIYIFLAFLAFVTFYPFWNALVVSFNSGADTSLGGVTFWPRDFTLENYGIVFQDKRLLNGFGISVARTIVGTITSILVTSIFAYGMTKRELIGRKYYMIMCIVTMYFGGGLIPSFMLIRGLGLMDSFWVFIIPGLVSVWNMIIFRTFFAGLPNGLEESAKIDGAGNWGIFFKIILPLSGPVIATLSLFTAVSHWNEWFLPSIYINKEELLPIQTILRQILNSNIMSEQMSNLDSASQAALSRMQSVTTKSLSMATMIVATVPIIMVYPFVQKHFVKGVLVGSLKE	PGPT0017255_1199	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_02735	957	yteP_41	COG4209	putative multiple-sugar transport system permease YteP	ATGGCGCAAATATCCGTAGAACAGGAAACTGTTCCAAAACGGAAGAGAGACAACGGATTCATTCGCTTTTTTAAACAGTGGGATATTCAGTTAATGGTACTTCCCGCTCTCGCACTCATTTTTATTTTCAGTTATATACCGATGTACGGTATTCTGATGTCGTTTCAGGATTTTAATATCTTCAAAGGCATGGGAGACAGCCCTTGGGTAGGGATGAAGCATTTCCGGATGTTCTTTGAGTCTCCAGAGTTTATGAACGTGATGCGAAACACTATCGTTATCAGCTTACTCAAGTTTTTGGTCGGCTTTCCAGCTCCGATCCTGCTTGCGTTGATGCTGAATGAAGTGCGACATCTGTTCTTCAAGAGATTGGTTCAGACCGTCAGTTATTTACCCCATTTCTTATCCTGGGTTATCGTATCAGGGTTTGTGGTTTCCTTGCTTTCTACCGATAACGGAAGCGTAAACATTCTGATGGAAAAAATGAATTTGATTAAAGAACCGATTAATTTCCTATCCATTCCTGAATACTTCTGGGCGATCCTGGTAACCACAGGGGTTTGGAAAGAAATCGGATTCTCCTCCATCGTTTACTTGGCCGCAGTTGCGGGAGTGGATCCTCATATGTACGAAGCGGCAGATATGGATGGTGCGAGCAAATTCAGACAGATTTTCACGATTACATTACCATCCATCATGCCTGTTGTTATCATATTTATGATTCTTGCAATAGGTAACCTGCTCACTGCAGGTTTTGAGGATATTTTGCTCTTGGCTAAGAACCCTGTCTTAAGAGAGGTATCCGACGTAATTGATACTTATGTATACCGGATCGGTATTGAAAACTCCAGGTTCTCCTATGCAACGGCTGTAGGCTTGTTCAAAGCGGTAATCAGCGTGATGCTTCTGACAATTGCTAACGTGATTGCACGCAGATCAGGTAACAGTCTATGGTAA	MAQISVEQETVPKRKRDNGFIRFFKQWDIQLMVLPALALIFIFSYIPMYGILMSFQDFNIFKGMGDSPWVGMKHFRMFFESPEFMNVMRNTIVISLLKFLVGFPAPILLALMLNEVRHLFFKRLVQTVSYLPHFLSWVIVSGFVVSLLSTDNGSVNILMEKMNLIKEPINFLSIPEYFWAILVTTGVWKEIGFSSIVYLAAVAGVDPHMYEAADMDGASKFRQIFTITLPSIMPVVIIFMILAIGNLLTAGFEDILLLAKNPVLREVSDVIDTYVYRIGIENSRFSYATAVGLFKAVISVMLLTIANVIARRSGNSLW	PGPT0017250_1222	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_02736	981	ispH2	COG0761	4-hydroxy-3-methylbut-2-enyl diphosphate reductase 2	ATGTATGACAACGGAAAGCAGGTGAGGATCATCGAAGTCTTGAAAATATCACCGAGAGGTTACTGTTACGGTGTCGTTGACGCTATGGTCTTGGCACGTCAGGCGGCCCAGAATCTGGATCTTCCTCGGCCTATTTATATATTGGGCATGATTGTGCATAACAGTCATGTCACGCAATCCTTTGAGGATGAAGGCATCATTACCCTGGACGGTCCGAACCGGATGGAAATCCTGAGCCAGGTGGAGAGCGGCACCGTCATATTTACCGCACACGGGGTCTCTCCCGAAGTACGCAAGCTTGCGCGGGATAAAGGGTTAACCACGCTCGACGCAACATGTCCGGATGTTACGAAAACCCATGATTTGATCCGGGAGAAGGCAGCGGACGGGTATGAGATCATTTATATCGGGAAGAAGGGACATCCCGAGCCGGAAGGCGCGATCGGGATTGCACCGGATCACGTGCATCTGATCGAGAAGGAAGAAGAGATCGAACAGCTTCAGGTCAATTCGCCCCGAATCATCATTACGAACCAGACGACGATGAGTCAATGGGACATCAAGCATATCATGAAGAGTCTTCTCGATAAATTCCCGGGGGCGGAGATTCATAATGAAATCTGCCTTGCAACACAAGTCCGGCAGGAGGCGGTAGCCGAGCAAGCGGGCCAGGCGGATTTGGTCATCGTGGTCGGGGATCCGCGCAGCAATAACTCTAACCGTCTTGCACAGGTATCCGAAGAGATAGCCGGCGTACCGGCTCACCGCATTGGCGATGTGACGGAGCTTAAACGCGAATGGCTTGAAGGCGTAGGCAAAGTGGCTGTGACATCAGGGGCATCAACACCGACTCCGATTACCAAGGAAGTCATCGCCTATTTGGAACAGTATGAACATGATCAGCCGGAAACCTGGGAGATCAAGCGCACGGTGAATATGAATAAATTGCTTCCGCCTGTACGGGTGAAGAGCAAGTCATAA	MYDNGKQVRIIEVLKISPRGYCYGVVDAMVLARQAAQNLDLPRPIYILGMIVHNSHVTQSFEDEGIITLDGPNRMEILSQVESGTVIFTAHGVSPEVRKLARDKGLTTLDATCPDVTKTHDLIREKAADGYEIIYIGKKGHPEPEGAIGIAPDHVHLIEKEEEIEQLQVNSPRIIITNQTTMSQWDIKHIMKSLLDKFPGAEIHNEICLATQVRQEAVAEQAGQADLVIVVGDPRSNNSNRLAQVSEEIAGVPAHRIGDVTELKREWLEGVGKVAVTSGASTPTPITKEVIAYLEQYEHDQPETWEIKRTVNMNKLLPPVRVKSKS	PGPT0007615_1317	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007615-ispH|lytB-K03527	NA	NA
JZ016_02737	1458	sasA_23		Adaptive-response sensory-kinase SasA	ATGTCCATTCGGTTAAGACTGACAGCATGGTATACCGGCATTTTATTTGTGACACTGCTGATATTCAGCTCGGCGGTGTATGGGTTTGTCCATTTGTATACGTATGAGGAGTTAAAACAGCGATTAGTACAGGAAGCGAATAAAATCGGTTACACGTCTTCGTCTGTTGCGCTTCTACCGGATCGTTCCTCCGCGCTTAATATGGAGGCAGCTGATTTATACGTTCAGCTTTATACTTTCTATAATGGATCCATCTGGAGATCTGGCAATATGGAGTTCAGTGGTTTGCAATTTGAGAATCCAACTGTAGAAAGAGCGTTAAGTATGACTAAACCCGGAGAGTTTAAACGTTTTTCTTTTAATGGGGTATCCTTCCTTGTATACGAATCCCCAGTTGTTGAAACGAACTCAAGGAAATTGTTTGGCTGGCTTCAAATTGGTTCCAACACAAGGTTAATCGACGAGACACTTGACCGGCTTCAATCCATCCTCATCATGGGATCCGCAGCGACACTAGTCATTGCTTCCACACTAGGCTTGTTCCTCGCCCGGAAATCCATGAAACCGATCGGCAAGGTCACGGAGGCAGCGGAGCAGATCCAAAAAGGCACCGACCTTAGCGTACGTATCGAATACGATGGGCCTGAGGACGAGATCGGACAATTGATCGGCACGTTTAACGGCATGCTTGAGAGGACGGAGGGCTTTTATAAAGAGCTTGAAGATGCCTATGCGGCCCAGCGGCGTTTCGTATCGGATGCTTCCCATGAACTCCGAACGCCGCTGACCACCATCCGGGGGAATGTGGATCTCCTCCAGAAGATGTGGACGGAAGCCCCTGGTGAGAGAGCGAATATGGACGAAGAAACGATCAAACAAATCTCGTTCGAAGCGGTGGGAGATATATCCGATGAAGCGAAGCGGATGAGCCGGCTGGTGAACGATATGTTATCTCTGGCGCGAGCCGATACCGGTCAGACCTTTGAGCTGAATCCGGTTCCTCTGCAGCCATTGGTTGAAGAGGTCGCACGGCGTGCTCATTTCCTTGATAAAACCGCTGAGTGGCATGTCGGAGAGCTGTCTGTCCTGAACGGAGTTTATGTAGAAGGAAATAAGGACTACTTGCAGCAGATGCTGTTCATCTTTATCGAGAATGCGTTCAAGTATACGCCGGAGGGTGAAGTCAGCCTGGATGTCGTCCTGTACAAGGGTCAGGTCGGGCTGCGAATTTCGGATACGGGGATCGGCATGGATAAGGATGAGGTTCCGTTTATATTCGAGCGTTTCTATCGCGCGGATCAGTCCAGAGGCATCACGAGCGGGACCGGTCTTGGCTTATCCATCGCCAAATGGATTATTGATGAGCACAAGGGCTCTGTCGAGGTTGTTACCCGAAGAGGGGAAGGCAGCACCTTTATCGTCTGGCTGCCCGTCGTCTTTGCTCCTCCGCTGGAATAG	MSIRLRLTAWYTGILFVTLLIFSSAVYGFVHLYTYEELKQRLVQEANKIGYTSSSVALLPDRSSALNMEAADLYVQLYTFYNGSIWRSGNMEFSGLQFENPTVERALSMTKPGEFKRFSFNGVSFLVYESPVVETNSRKLFGWLQIGSNTRLIDETLDRLQSILIMGSAATLVIASTLGLFLARKSMKPIGKVTEAAEQIQKGTDLSVRIEYDGPEDEIGQLIGTFNGMLERTEGFYKELEDAYAAQRRFVSDASHELRTPLTTIRGNVDLLQKMWTEAPGERANMDEETIKQISFEAVGDISDEAKRMSRLVNDMLSLARADTGQTFELNPVPLQPLVEEVARRAHFLDKTAEWHVGELSVLNGVYVEGNKDYLQQMLFIFIENAFKYTPEGEVSLDVVLYKGQVGLRISDTGIGMDKDEVPFIFERFYRADQSRGITSGTGLGLSIAKWIIDEHKGSVEVVTRRGEGSTFIVWLPVVFAPPLE	PGPT0004100_1645	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484	NA	NA
JZ016_02738	687	mprA_1	COG0745	Response regulator MprA	ATGCGATCCCGGATATTAATTGTAGATGATGATGAGAAGATTATTTCGATGCTGCGCAGGGGACTTGCGTTTGAGGGCTATGACGTCCTGACCGCGTCCAACGGAGCGGAAGGTTTGAAAGTAATTTTGAGTGAGGACCCGGACGTTGTCGTTCTGGATGTCATGATGCCTCAGGTCGATGGATTTGAAGCGCTGCGCAGACTCCGGGAAGGCGGAAGCACGACACCGGTGCTGATGCTGACGGCGAAGGATGAGGTGGAGAATCGGGTCAAGGGACTCGATGCCGGAGCGGATGATTACTTAGTCAAACCCTTCGCGCTGGAGGAGCTGCTCGCCCGCGTACGAGCCTTGTTGCGCCGCAAAACCGGAGATGATAGCTCTAACCACCGACTGACCTTCGAGGATCTCGTGATGGATACCGATGCAAGGGAAGTCATTCGCAGCGGGCAAAGACTGGAGCTCACCGCCAAGGAATTTGAGCTGCTGCATCTGTTTATGCAAAATCCGAAGCGGGTGCTGTCCCGCGATTTGATCATGGATAAAATATGGGGCTATGACTACAGCGGGGAGTCCAACGTGCTGGAGGTTTACATCGCCATGCTCCGGCAAAAGACCGAGGAACATGGAGGTAAACGGCTGATACAGACGATCCGCGGAGCCGGTTATATTTTAAGAGGAGATAATTAG	MRSRILIVDDDEKIISMLRRGLAFEGYDVLTASNGAEGLKVILSEDPDVVVLDVMMPQVDGFEALRRLREGGSTTPVLMLTAKDEVENRVKGLDAGADDYLVKPFALEELLARVRALLRRKTGDDSSNHRLTFEDLVMDTDAREVIRSGQRLELTAKEFELLHLFMQNPKRVLSRDLIMDKIWGYDYSGESNVLEVYIAMLRQKTEEHGGKRLIQTIRGAGYILRGDN	PGPT0004105_1634	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0004105-cusR|copR|silR-K07665	NA	NA
JZ016_02739	1635			hypothetical protein	ATGGACGACCAAAGAAAGCGCTACGGGTATCCGGATGATGAGGGAATGAACAACGAGTCGAATAACAATGAAGCACCGAGACGTGAGGAAGCATCCACGAAGAATTCGTCTTATTACTATTCTTACGGACCGTTTCAGTCCATACCCAATGAACGCGATGATCAGCAGACGGAGCGACCATACCAGAGCCGGGAATCGCAGGAAGTGGAGGTTACCGCTCCGCAACCGGTTAAACCGATTCCATCCTCCGGTTTCTCGCAGTCACATTCCTCCGGAAGCCAAGGGGGCGGCGGATCTATGGATTCGATGAAAAGAAACAAAGAATGGAATTACAGCCAGAAGCCTAAAAATTCCGTGAAGACGGTGCTGTTGTCCTTCTTGGCTGGTGTCCTTGTTATTTCAAGCCTGATGTTTGCCGCGGACCGCACGAATCTGTTTACGCCGGATGCGGCGTATTCATCGGAGCCAGCCCAAGAAACTTCAGCTAGCGTTGATGATAACGGTGGAGCTACTACGGCATCGGCCATGATTCCTTCTAATCCGGGCGATGTATCGGCGGTTGTTGACCAGGCAAGTCCAGCCGTCGTGCTGATCGAGACGCTTGTAAACAGCAGCAATCGTCAAAGCACGAATCCGAACATGAATGATCCGTTCTGGTACTTCTTTGGCGGCGGACAATCGAGCCAGGGAGGAAATGGCGGAAACGGTGGAAGCAGCAACAACGGAGGTCAGGAATCCCAGCTTCAGCCTTCAGGCATCGGCTCGGGTTTCATCTTTGAGAAGTCGGGATACATTTTGACGAATGAGCATGTGATCCATGGCGCAGATGTGATCCAAGTGACGGTTCAGGGTACCAAAAAGCCTTATGAAGCGAAGCTGCTCGGTTCCAGCTATGAGCTCGATTTGGCCGTACTAAAAATCGAAGGGGCCGATTTTCCATCGGTGCAGCTAGGCGACTCCAACTCGCTGAAGGTTGGTGAATGGCTTGTTGCCATCGGTAACCCGCACGGTTTTGAGCATACGGTAACCGCAGGCGTACTTAGCTCGAAGGAACGCGAGATCGATATTCAAGGGACGAATGGTGAGGATAATCGAAATTATGAGCATCTTCTGCAAACCGATGCTTCGATTAATCCGGGTAACTCCGGTGGGCCGCTTCTCAATCTGAAGGGCGAGGTTATCGGGATGAACGTAGCCGTCAGCGCGGAAGCGCAAGGGATCGGATTTGCGATTCCGTCCAGCACGATCAAGGAAGTTGTGGAATACCTGAAGAACAATGAGGAAGTTCCGAAAGAGCCGGTTCCGTTTATCGGGGCAAGCCTTGGAACAGTCACTCCGCAAATTGCCCAATCCCTGGGCACCTACGTAACGGAAGGCTCTTATGTTGACGGCGTCGTATTCCGTTCGCCGGCTTATGAAGCAGACCTGCGTCAATATGACATCATTGTGGGTGTAGACGGGACGAAATATCCGACCTCGCAGGATCTAATTGAATTGATACAATCGAAGAAGGTTGGAGACAAAATTACGTTGAATGTGGTTCGTAACGGCAAGAAGATTGACCTGCCGCTTACGATCGGCGATAAGAACGATTTCGATTTAACCCAACAGCAGCAACAACAGCAACAACCGTAA	MDDQRKRYGYPDDEGMNNESNNNEAPRREEASTKNSSYYYSYGPFQSIPNERDDQQTERPYQSRESQEVEVTAPQPVKPIPSSGFSQSHSSGSQGGGGSMDSMKRNKEWNYSQKPKNSVKTVLLSFLAGVLVISSLMFAADRTNLFTPDAAYSSEPAQETSASVDDNGGATTASAMIPSNPGDVSAVVDQASPAVVLIETLVNSSNRQSTNPNMNDPFWYFFGGGQSSQGGNGGNGGSSNNGGQESQLQPSGIGSGFIFEKSGYILTNEHVIHGADVIQVTVQGTKKPYEAKLLGSSYELDLAVLKIEGADFPSVQLGDSNSLKVGEWLVAIGNPHGFEHTVTAGVLSSKEREIDIQGTNGEDNRNYEHLLQTDASINPGNSGGPLLNLKGEVIGMNVAVSAEAQGIGFAIPSSTIKEVVEYLKNNEEVPKEPVPFIGASLGTVTPQIAQSLGTYVTEGSYVDGVVFRSPAYEADLRQYDIIVGVDGTKYPTSQDLIELIQSKKVGDKITLNVVRNGKKIDLPLTIGDKNDFDLTQQQQQQQQP	PGPT0015105_349	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015105-degP|htrA-K04771	NA	NA
JZ016_02740	654	liaR_2	COG2197	Transcriptional regulatory protein LiaR	ATGGGTACGATTCGGATATTGCTGGCGGATGATCATGACATGGTTCGTATGGGATTAAAAACGTATTTGTCGCTGGATCCGGGATTTGAAGTGATCGGAGAGGCAGCTAACGGCCAAGAGGTTGTTGATATGTTAAGAAATGGAGATGAGGCAGACCGGCCTGATCTCATTCTTATGGATCTGATGATGCCGGTGATGAACGGGGCAGAGACCACGCGTGCGGTCATGTCCGAGTTCCCGGACCAGAAGATTGTGATTCTGACCAGCTTTCTTGAAGATGAGCTTGTGGTTGAGTGCATTGAGGCGGGGGCTGTCAGTTATGTACTGAAAACCGTTTCGGCTGACGAACTCATCTATGCTCTTCAGGGAGCGTTCAGGGGCATGCCGGTCATGACCAAAGACGTGTCGGAAGCACTTACCCGCGGGATCCGCCGACATATGGTGAACAGCGATGATTCCGGGCTTACCGAGCGCGAGAAAGAAGTGCTGCTGCTCATAGCCGAGGGCAAGAGCAACAAAGAGATCGGCGAAGAGCTGCATATCAGCATTAAAACGGTTAAAACCCATGTCAGCAATCTGCTGATGAAGTGTGAGCTGGAAGACCGCACGCAATTGGCGATTTATGCCCACCGTAAGGGATGGGTCAAAATATAG	MGTIRILLADDHDMVRMGLKTYLSLDPGFEVIGEAANGQEVVDMLRNGDEADRPDLILMDLMMPVMNGAETTRAVMSEFPDQKIVILTSFLEDELVVECIEAGAVSYVLKTVSADELIYALQGAFRGMPVMTKDVSEALTRGIRRHMVNSDDSGLTEREKEVLLLIAEGKSNKEIGEELHISIKTVKTHVSNLLMKCELEDRTQLAIYAHRKGWVKI	PGPT0014870_166	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014870-liaR-K11618	NA	NA
JZ016_02741	1083			hypothetical protein	ATGATGGGAATATTGAAAAATACCAAATGGGTGATACTGTTTTACTTTCTGTTGATTGGAGCCGGGGTTGCTGTTTTCCTGTATACAGCAAACCAATCCGGCTACATACATATTGAAGATAACCGGCTGTGGGTATATTACACGGTCGGTGTACTTCTGTTTACGGGGATTGCGGGGTACATCGCGGGGCAGCGCATTCAGCGACCGCTGGACCTGCTACATCTGAACATGCTGCAGGTTGCCAAAGGAAATCTGAACGTGCGGCTGCCGGCAATGGAAGACGGTTCTTTTGCCAGAGTATATGATGAGTTTAACGGAATGACGGAAGCGCTGGAGAAGAAGATGAAGCTGCTGCAGCGCCTGGGCGAGCAGGATGTCATTGAGAAAGAGATCGCCGCGGAAGCCGCCGTGCTTGAGGAACGACGCCGGATGGCAAGGGATTTGCATGATACGGTCAGTCAGCAGTTGTTCGCGATTCATATGTCGGCTTCATCGCTTCCGGCGGTTCTGAAGAGAAACCCGGAGCACGGCGATAAAGTGCTCGGTCAGTTGATTGAGATGTCTCACGTGGCACAGAAGCAGATGCGGGCGCTGATTGCACAGCTTCGGCCTGTTGAACTGGAAGGAAGAACCCTGGAGGAGGCACTCGAACGGTGGTTTCCGGATTACTGCCGCCAAAATGGCCTGAAGGGCATGAAGGATGTGGAACTTTACGGCGGGGTGTCCGATGCGATTGAGCATCAGCTGTTCCTGATTATCCAGGAAGCCGTAGCCAACATTGTGAAACATGCCGGTGCAAGCCTTGTCAGCATGTCGCTTCGTGAGGATCAGAAACGCGTTATTTTAAGCATCAGCGACGACGGGATCGGGTTTGACGAGGTGGCAGGCAAGCAGGGCTCATACGGGCTGTCCACGATGCGTGAGCGAGCCGAAAAGCTTGGTGGCCAGGTCGATATCATAAGCAAAAAGGGTGCAGGAACGACAGTTCGCGTAAACATTCCGCTATTTGAGGCCGAGGGTAGTCAGGGACCGGCTGCGGAAGAGAGCAAGGAACAGGAAGAGCTGGCTGAGCCAGTGGAGTAG	MMGILKNTKWVILFYFLLIGAGVAVFLYTANQSGYIHIEDNRLWVYYTVGVLLFTGIAGYIAGQRIQRPLDLLHLNMLQVAKGNLNVRLPAMEDGSFARVYDEFNGMTEALEKKMKLLQRLGEQDVIEKEIAAEAAVLEERRRMARDLHDTVSQQLFAIHMSASSLPAVLKRNPEHGDKVLGQLIEMSHVAQKQMRALIAQLRPVELEGRTLEEALERWFPDYCRQNGLKGMKDVELYGGVSDAIEHQLFLIIQEAVANIVKHAGASLVSMSLREDQKRVILSISDDGIGFDEVAGKQGSYGLSTMRERAEKLGGQVDIISKKGAGTTVRVNIPLFEAEGSQGPAAEESKEQEELAEPVE	PGPT0014865_103	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014865-liaS-K11617	NA	NA
JZ016_02742	1110			hypothetical protein	ATGAGTAGAAAAGGATGGAGCCAGCTTAGCAACGGATTGCTGCTCATCGGTATTGGTGTGTTGTTTCTTCTAAATCAGCTCGATATGATACATGTGGATCTTGGTTATATATTCAAGACTTTTTGGCCGGTATTCATCATCTGGTTCGGGCTGCAAAGCTTAATTTATGCCCGCGGAGGGGCACTATGGGGCTCTGTCGTGCCGATCATTATCGGATCGTACTTTCTTGGAAAAAACCTGAATTTGATTGACTTCTCGTTTGGCGATCTGATCAAGTATGCGATTCCGATTATGCTGATTGGGTTTGGATTGCAGGTCATTTTCAAACCGAAACCTCATACGCCGCCGCCATCGCCGCCAAGTCCGGATGACTTTAGCTCGCATCGTAGCGACCATTATGACATTCCCGATCCGCCTGAAGCGCGTCCGCTTGATTCTTCCCTGGATGAAGAATTCGAACGGAGATTTGGCAAGCCAGACAAGGCTGACAAGTCTGAGAATATCCTGCCCGATCGCGAACCAGGATCACCGGATTTTCATGAGCAGGGCAAGGGTTACCGCTGGCAGGGACAGCAGCAGGAGCGACCGCGCCAGGAGCCTCAGGATCGCAGCAAGTTCAGAGTTCATGTGGATTTTGACGATAACGGCAAAAGCTACGGCAACGGATCGGATTATAAGGATGAACAGCACCAACATCAACACCATCATCATCAATCTTGGCACAGCCATGATGCGGTGAACAAGTCCTCTTTTATCGGGGACGTGCACATGGGAAAAGATTATTTTCAGCTGAAGCCGACAAATATCTCCCAGTTCATCGGTGATACGGTGCTGGATCTGACCAAAGCTCAAATCCCTTACGGAGAAACGAAAATCAACATCTCGGCGTTTATCGGGGATGTCAAGGTATTCGTTCCGAATGATTCGGATGTCGGCATTCATGTCACGACCAACTCATTCATTGGCGATATGAAGGTGCTGGAGGAAAGCCGCAGCGGCTTTATGAGCAATGCCGGTCTGGAAAGCCCGCACTACAGGGAAGCCGGTAAGAAAATACGAATCACCGTCAGCGTATTTATCGGTGATGTCAAAGTGAATAGGGTAGGATAA	MSRKGWSQLSNGLLLIGIGVLFLLNQLDMIHVDLGYIFKTFWPVFIIWFGLQSLIYARGGALWGSVVPIIIGSYFLGKNLNLIDFSFGDLIKYAIPIMLIGFGLQVIFKPKPHTPPPSPPSPDDFSSHRSDHYDIPDPPEARPLDSSLDEEFERRFGKPDKADKSENILPDREPGSPDFHEQGKGYRWQGQQQERPRQEPQDRSKFRVHVDFDDNGKSYGNGSDYKDEQHQHQHHHHQSWHSHDAVNKSSFIGDVHMGKDYFQLKPTNISQFIGDTVLDLTKAQIPYGETKINISAFIGDVKVFVPNDSDVGIHVTTNSFIGDMKVLEESRSGFMSNAGLESPHYREAGKKIRITVSVFIGDVKVNRVG	PGPT0028815_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028815-liaF-K11622	NA	NA
JZ016_02743	201			hypothetical protein	GTGGCTAAAAAGAACAAGGTACAAGAGAACTTTAAAACGCCGAATGAAAAGTTTAACGCTGAGTTTGCTGAAGATACCAGCATAGCCAGCAACCCAAAAGGGAATTCCAAAGTTCAAGAGAACTACAAAAAACCGAACGAGAAGTTTGATGCTGAGTTTGGCGAACTGAACACACCAGGGGACCATCCAACAAACCGTTAA	MAKKNKVQENFKTPNEKFNAEFAEDTSIASNPKGNSKVQENYKKPNEKFDAEFGELNTPGDHPTNR				NA	NA	NA	NA	NA
JZ016_02744	747			hypothetical protein	ATGATCCAATGGAAAAAATGGCAGAGGTTTTTTGCTGGTTTTATTTTATCAGCCGTCTTGTTCAGTGCAGGTTCTTCAATAGTAGATGCCCATAATCTGATTCTAAGCGAATCCTATGATTCAACAGACTTAAGAAATGTGTATGATCCGTCCGGGGGATATCAAGGCTCCGATTACGTGGAAATGTCTCGCTTCTATGCGTTTCGAGTAGCAGGTTTTAGCGATATGAATAGATATTTGGATGTTCCGGATACGGGGCCTAAGGCCAGCGTGCCTGGCAAGAAACGCGAATCCATGCCCGTGCTTGCGCCTAGGGAGGACCAGGTGCTGCATACGGTGAAGGTAACCGCTACCGGCTATACGGCAGGTTATGAATCCACCGGGAAGAAGCCGGGGCATCCTCAATATGGAATTACCTATTCCGGTGTGAAGGTGAAGCGGGATCGAAATACGCTATCAACGATTGCCGCGGATCCGGATGTATTTCCGCTTGGCAGTATTCTCTATATACCGGGCTATGGTTATGGAATCGTAGCGGATATCGGATCAGCGATCAAAGGGCAAAAAATCGATCTTTATTTCTCCACAACCAAACAAGTGTTTAAGGAGTGGGGGAAGAAGGACGTCGAGGTACAGGTCATTAAAACCGGAAGCGGCAAATGCACGGAGGAAATGCTCAGAACCCTGGATAACGCGATCGAGACCTATCGTTTCCTGCCGGCATCCGTTTTGGAGGAAGCCATTTAG	MIQWKKWQRFFAGFILSAVLFSAGSSIVDAHNLILSESYDSTDLRNVYDPSGGYQGSDYVEMSRFYAFRVAGFSDMNRYLDVPDTGPKASVPGKKRESMPVLAPREDQVLHTVKVTATGYTAGYESTGKKPGHPQYGITYSGVKVKRDRNTLSTIAADPDVFPLGSILYIPGYGYGIVADIGSAIKGQKIDLYFSTTKQVFKEWGKKDVEVQVIKTGSGKCTEEMLRTLDNAIETYRFLPASVLEEAI				NA	NA	NA	NA	NA
JZ016_02745	1938	thrS	COG0441	Threonine--tRNA ligase 1	GTGGCTATTAGCATTAAATTGCCTGACGGCTCCGTACGGGAGTATGAGGCGGGCAGCAGTATTGAGGATGTGGCTGCTTCAATCAGCAGCGGACTTAGAAAGAATGCGGTCGCGGGAAAAATGGACGGGATCGTCGTGGATCTTTCGACACCGCTTCAGGACGGAGCTTTGATCGAGATCGTAACGCAGGATACGCCCGAAGGGCTTGAAGTGATGCGTCATAGTACAGCGCATTTGCTGGCTCAAGCGACCAAGCGTTTGTATGGAGCGAAAGAAGTAAAGCTGGGCGTGGGTCCGGTCATTGAGGACGGCTTCTACTATGACATGGATCTGGAAGAGCCTTTGAATCCGGAGGACCTGCAAAAGATCGAGAAGGAAATGGAACGCATTATCGGGGAGAATCTTCCGATTGTCCGCAAGGAAGTAAGCCGTGCGGAAGCGCTGCGCATCTTCGGCGAGCTCGGGGATCCGTACAAGCTGGAACTGATCAATGCCCTGCCTGAGGATAGCGTTATTACGATCTATGAGCAAGGCGAGTTCTTTGATCTCTGTCGTGGACCTCATGTCCCTTCAACCGGCAAGATCAAAGTATTCAAGCTAATGAACGTGGCGGGCGCATACTGGCGCGGCGACAGCAAGAACAAAATGCTTCAGCGCGTTTACGGTACGGCGTTCGTGAAAAAAGCGCAGCTCGATGAGCATCTTCATCTGCTGGAAGAAGCCAAGAAGCGCGATCATCGTAAGCTGGGCAAGGAATTGCAAATGTTTACGTTCTCTCAGCTTGTTGGACAAGGCCTGCCGATCTGGCTGCCAAACGGCGCGAAATTGCGCCGTACCCTGGAGCGTTATATCGTGGACATGGAAGAGCGCCTCGGGTACCAGCACGTGTACACGCCTGTGCTCGGAAACGTGGAGCTGTACAAAACCTCCGGTCACTGGGAGCACTATCAGGAAGATATGTTCCCGAAAATGGAGATGGACAACGAGGAGCTTGTTCTTCGTCCGATGAACTGTCCTCACCATATGATGGTATATAAGAGCGATATGCACAGCTACCGGGATCTGCCGATCCGTATTGCTGAGCTTGGCATGCAGCACCGCTATGAAATGTCCGGTGCGCTGACCGGCTTGCATCGGGTGCGCGCGATGACGTTGAACGACTCGCATATTTTCTGCCGTCCGGATCAGATCAAGGAAGAGTTTGCACGGGTCATTCAGCTGATCATGACGGTCTACAAGGACTTTGGCATCCATGACTACCGCTTCCGTCTTTCTTACCGGGATCCGCAGGATACCGAGAAGTATTTCCAGAATGATGAAATGTGGGAAATGTCCCAGCGCATGCTGCGCGAAGTTGTCGAAAGCCTGGATATGCCGTTCTATGAGGCCGAAGGCGAAGCTGCCTTCTACGGTCCGAAGCTCGACGTTCAGATCCGTACGGCTCTAGGCAAGGAAGAGACGCTGTCAACCGTTCAGCTCGACTTCCTGCTGCCTGAGCGCTTTGAGCTGGAATATGTCGGCGACGATGGCCAGAAGCATCGTCCGGTCGTTATCCACCGCGGTATTCTGGGCACCATGGAACGCTTCACTGCCTTCTTGCTTGAGAATTTTGCGGGTGCGCTGCCGTTGTGGCTGTCACCGGTACAGGTGAAAGTCATTCCGGTCTCCAATGCCTTTGAAGATTATGCCAAGGAAGTGGCTGAGAAGCTTCAATTCGCCGGTATCTCCGTGGAGCCGGATCTTCGCAACGAGAAGCTGGGCTACAAGATTCGGGAAGCGCAGCTCGAGAAGATTCCTTACATGTTCATCGTTGGCGAGAACGAGAAAAATGCGGGCGCGGTTTCCGTTCGCAAACGCGGCGAAGGGGATATCGGGGCCCAGCCGCTCGACGAGATCATCCTCAAGCTTCGTGAAGAAATTAACACCCACGTCGTTTAA	MAISIKLPDGSVREYEAGSSIEDVAASISSGLRKNAVAGKMDGIVVDLSTPLQDGALIEIVTQDTPEGLEVMRHSTAHLLAQATKRLYGAKEVKLGVGPVIEDGFYYDMDLEEPLNPEDLQKIEKEMERIIGENLPIVRKEVSRAEALRIFGELGDPYKLELINALPEDSVITIYEQGEFFDLCRGPHVPSTGKIKVFKLMNVAGAYWRGDSKNKMLQRVYGTAFVKKAQLDEHLHLLEEAKKRDHRKLGKELQMFTFSQLVGQGLPIWLPNGAKLRRTLERYIVDMEERLGYQHVYTPVLGNVELYKTSGHWEHYQEDMFPKMEMDNEELVLRPMNCPHHMMVYKSDMHSYRDLPIRIAELGMQHRYEMSGALTGLHRVRAMTLNDSHIFCRPDQIKEEFARVIQLIMTVYKDFGIHDYRFRLSYRDPQDTEKYFQNDEMWEMSQRMLREVVESLDMPFYEAEGEAAFYGPKLDVQIRTALGKEETLSTVQLDFLLPERFELEYVGDDGQKHRPVVIHRGILGTMERFTAFLLENFAGALPLWLSPVQVKVIPVSNAFEDYAKEVAEKLQFAGISVEPDLRNEKLGYKIREAQLEKIPYMFIVGENEKNAGAVSVRKRGEGDIGAQPLDEIILKLREEINTHVV				NA	NA	NA	NA	NA
JZ016_02746	906			hypothetical protein	ATGGAACTGTTCAGCATTTCTGTCGGTACACGGACGGAAGACGAGAAAAAGGCGTTTCACCGTATATTGTCAGACAAGCAGAAAGAGCTACATAAACAATGCAAGCAGCTGAAATTCACATTCAGCGCTTCGGATGACCGCGTGATTTGGACGTGCTCCGGCAAGCTTCCGCTGTCCTCATGGACCGCATCGGCCGACACGCTGCGCCGGCTCACTGCCGAAGCAGTCACTGCTTATATTATGGAAGAGAAAGAGCAGGAGATTGCTGCACGGTTAATGTTCTCGGAATTCGAGTTTGATGATGAGGAAGAAGCGGGGCGGATCCTGCAGTGGTTTTTGATGCTCCTGCAAAAAGAGGAAGGCCCGTCCGGGGACTTCTGGCAGAGCCGCAGACGCAAGCTGTCGGAAGGCATATATCAATGCCTGAACGAGGCGCCTGAGCTTAATCTGGATGGGTTTATAACCTTCCGGCTTCAGTCTTATGAACAGGAGCTCCGCGAGATGGCGGAGTATGCAGTGGATGAATTTATGCTGGATCAGCAGTACGAGGAGTTCGTCAGTCTGCTGAAATATTTTGTTTATTTTCAGGAGCCCAAAATGCCGCTGGTTCACGTCATTCATAAGGGGGAGGAAGAGTTCCTGCTGCTGGATGGCAATCTTCGCCCGATTGAACGCCCTCGGGATGAAGGACTCGTTATGGAAAGGCTGGACCAGGATATGGAGATTGAAGATATGGTGGTCAGTACGCTGATTTCGGTATCTCCGGCCCGCATGATTATCCACACGAGGCAGCCTGAGCTTCCCGTCATCGTAACATTGGCCCATATCTTTGATAACCGCGCCGAAGTATGCTGCAGCTGTCCCGAATGCAGCGCGCTTCTCGGTAGCGGACGAATGATGACTTGA	MELFSISVGTRTEDEKKAFHRILSDKQKELHKQCKQLKFTFSASDDRVIWTCSGKLPLSSWTASADTLRRLTAEAVTAYIMEEKEQEIAARLMFSEFEFDDEEEAGRILQWFLMLLQKEEGPSGDFWQSRRRKLSEGIYQCLNEAPELNLDGFITFRLQSYEQELREMAEYAVDEFMLDQQYEEFVSLLKYFVYFQEPKMPLVHVIHKGEEEFLLLDGNLRPIERPRDEGLVMERLDQDMEIEDMVVSTLISVSPARMIIHTRQPELPVIVTLAHIFDNRAEVCCSCPECSALLGSGRMMT				NA	NA	NA	NA	NA
JZ016_02747	1134	mqnC	COG1060	Cyclic dehypoxanthine futalosine synthase	ATGAGTGCGGTAAACCGTATATTGGATAAAGCTTTACGCGGTGAGCGTTTGAACCTGGAAGATACCGTAACGCTTTTTGAAAGTGATGAGATTGAGAAAATTGGTCATGCGGCGGATGTGATGACAAAGCGTCTGCATCCGGATCCTATCACGACATTTGTTATCGGCCGGAATATCAATTACACAAACATATGTGATGTATTCTGCCGTTTTTGCGCTTTTTATCGCAGACCCGGCTCTTCCGAGGGCTATGTACTGCCCGATGAAACAATCTTCCAGAAGATTCAGGAAACCGAGGATGTAAACGGTACTGAGATTCTGATGCAGGGCGGCGTTAATCCGGATTTGCCTTTCAATTATTATACCGACCTGCTTCGCAACATTAAGAAGCGGTTTCCTAACATCACGATGCATTCGTTCTCCCCGGCGGAAATTATGAAAATGGTGGAGATCTCCGGGCTTACGCTCGAAGAGGTGATGCGCGAGCTTCACAGCGCGGGTCTGGACTCATTGCCTGGCGGCGGCGCTGAGATTTTGGATGATCGTATCCGCAAAAAGGTCAGTCGTCTAAAAGGCACATGGCGCCAGTGGATGGATGTCATGCAAACGGCCCATAAAGTCGGCATGAACACGACGGCTACCATGGTAATCGGTCTGGGCGAAACGATGGAAGAGCGTGCGCTACATATGCTTCGCGTACGTGATGCGCAGGATGAATGCATTCAGAACGGTTATGATTCCAAAGGCTTCCTTGCCTTCATTCCATTTACGTTCCAGCCGGACAATACGAACCTTAAGCGCGAGCGCGAAACGCCGGAGGCGTACTTGAAGACGGTAGCCATCGGTCGCTTGGCGATCGATAACGTTCCGAATCTGCAGTCGTCCTGGGTAACGATGGGACCTGAAATCGGCAAGCTGTCACTCAGCTACGGCTGTAATGACTTTGGCAGCACGATGATGGAGGAGAACGTGGTTTCTTCCGCAGGAGCCGTCTATAAGGTCAATATTGAATCGATTATTCAATTGATCCGGGAGACCGGCAACATCCCGGCTCAACGCAACACCCGGTATGATATTCTGCGCGTGTTCGAAGATAACAGCACCGTTGAGCGCGACTTCGTCATGCAGAACTAA	MSAVNRILDKALRGERLNLEDTVTLFESDEIEKIGHAADVMTKRLHPDPITTFVIGRNINYTNICDVFCRFCAFYRRPGSSEGYVLPDETIFQKIQETEDVNGTEILMQGGVNPDLPFNYYTDLLRNIKKRFPNITMHSFSPAEIMKMVEISGLTLEEVMRELHSAGLDSLPGGGAEILDDRIRKKVSRLKGTWRQWMDVMQTAHKVGMNTTATMVIGLGETMEERALHMLRVRDAQDECIQNGYDSKGFLAFIPFTFQPDNTNLKRERETPEAYLKTVAIGRLAIDNVPNLQSSWVTMGPEIGKLSLSYGCNDFGSTMMEENVVSSAGAVYKVNIESIIQLIRETGNIPAQRNTRYDILRVFEDNSTVERDFVMQN	PGPT0009445_259	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009445-mqnC-K11784	NA	NA
JZ016_02748	1221	metC	COG0626	Cystathionine beta-lyase MetC	ATGAGCATCGATAAAGGTCCATCCGGATTGGAAACGCAAACCAAGCAGTTAGCTGCTAAACGGGGACACGAGGAAGAACTCCGTTTCGAGACAAAACTATTGCATTTCGGCGGGGAAATCGACCGGGCAACCGGCGCCTCAAGCGTTCCGATCTATCAAGCCTCGACGTTTCACCATGAAGACATCTTTAACCCGCCGCAACACGATTACAGCCGTTCCGGCAATCCGACTCGGCAGGCGCTGGAGGATTATATCGCCCTTTTGGAGGGAGGCGTACGCGGTTTCGCTTATGCTTCCGGTATGGCAGCGATCTCCAGCTCGTTCATGCTGCTCAGTGCGGGGGATCATATGATCGTGACGGAGGATGTGTACGGCGGAACCTACCGCTTGCTGACCAGCATTTTAAGCCGTATGGGCATCGAGAGCACCTTCGTGGACATGACCGATCTGGATCAGGTGAAGGCGGCCCTCAAACCGAATACGAAAGCCGTCTATATGGAAACCCCTTCAAACCCGACCCTGAAAATTACCGACATTGGTGCGGTGACGGATTGGGCGAAGGAGCATGGCCTGCTTACCCTGCTGGATAATACGTTCATGACGCCGTTTTACCAGCGTCCGATTGAATTCGGCGTGGATATCGTGATCCATAGCGCGACCAAATTCCTTGGCGGGCACAGCGATGTGCTGGCAGGTCTCGCGGTAGCCAGAACCGAGGAGCTGGGAGACCAACTGAAGCAGCTGCAAAATGGTTTGGGCACGGTCCTTGGGGTCCAGGATTCCTGGCTCCTTATGCGCGGAATGAAAACGCTCAGCACACGTATGGCCCACTCCGAGCAAAGCGCGGCCAAGCTTGCGGCCTGGCTGCAAGGGAGAAGCGACATTGAGCAAGTGTACTACCCTGGCCTCTTGAATCATCCGGGACGTGAAGTCCATGAGAAGCAATCGAGTGGTTATGGCGCGGTCATCTCTTTTGACGTCGGCTCAGGCGAACGCGCCAAGCACGTGCTGAACCATGTGAAGCTGCCGCTGGTAGCGGTCAGTCTGGGAGCCGTGGAGAGCATCCTGTCGTATCCGACAATGATGTCGCATGCGGCCATGGGTGAGAAGGTTCGGCATGAACGCGGAATTACGGATGGCTTGCTCCGTTTCTCGGTCGGACTCGAGGATGTGGACGATCTGATTGCTGATCTGGATCGGGCTTTTGCTGCCAGTTACTAA	MSIDKGPSGLETQTKQLAAKRGHEEELRFETKLLHFGGEIDRATGASSVPIYQASTFHHEDIFNPPQHDYSRSGNPTRQALEDYIALLEGGVRGFAYASGMAAISSSFMLLSAGDHMIVTEDVYGGTYRLLTSILSRMGIESTFVDMTDLDQVKAALKPNTKAVYMETPSNPTLKITDIGAVTDWAKEHGLLTLLDNTFMTPFYQRPIEFGVDIVIHSATKFLGGHSDVLAGLAVARTEELGDQLKQLQNGLGTVLGVQDSWLLMRGMKTLSTRMAHSEQSAAKLAAWLQGRSDIEQVYYPGLLNHPGREVHEKQSSGYGAVISFDVGSGERAKHVLNHVKLPLVAVSLGAVESILSYPTMMSHAAMGEKVRHERGITDGLLRFSVGLEDVDDLIADLDRAFAASY	PGPT0001995_341	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001995-metC-K01760	NA	NA
JZ016_02749	1185	metI_1	COG0626	Cystathionine gamma-synthase/O-acetylhomoserine (thiol)-lyase	ATGGAGAAGAAACCTTTTAATATAGAGAGCCGGCTGGCACAGATCGGCTCGGTGCAAGAACCGGTAACCGGAGCCGTGAATTTTCCGATTTATCAGGCTACGGCATACCGCCATCCCAAATTAGGCCAGAGCACGGGGTTTGACTACGCCCGTACGAAAAATCCGACCCGGTCGGTACTGGAGGACGCCTGCGCCGAGCTGGAATCCGGCGATGCCGGCTTTGCTTGCAGCTCGGGCATGGCTGCCCTTCAGACGATTTTTGCTTTGTTCGGTCAAGGGGACCATCTGATTGTATCGCTGGATCTGTATGGTGGGACGTATAGGCTGCTGGAGCGGATTATGTCCAAGTTCGGCGTTACGGCTACGTACGTGGATACGAATGACCTGGATGCGCTGGAAGGGGTAAGAAGGCCCGACACGAAGGCTGTATTTATCGAAACGCCGACTAATCCGCTTATGATGATTACGGATATCGAAGCCGTCTGTACGTGGGCAAGGCATCATCAACTGATCAGCATTGTGGATAATACGCTGCTTACTCCGTATTTCCAAAGACCCATCGAGCTTGGGGCGGATATCGTTATACATAGCGCCACCAAGTATTTGGGAGGACATAACGATGTGCTGGCGGGGATCATCGTAACGAAGGGCAAGGAACTATCGGAGGAGATGGCTTTCCTTCATAACTCCATCGGCGCTGTGTTAAGCCCGACGGATTCCTATCAGCTGATGAGAGGAATGAAGACGCTTGCGCTGCGTATGGATCGGCACGAGACGAATGCAACCGCAGTGGCAACGTTTTTGACAACTCACCCGGCGATCGGCGAGGTGTATTATCCTGCCCTGCCGGACCATCCGGGACATGACATCCAGAATCGTCAATCCAGCGGCAACACGGGCATCTTCTCCTTCAAGGTGAAGGACGCCCGTTATGTGGAGCCCGTGCTGCGGCACATTAAGCTGATTGCGTTCGCAGAAAGCCTGGGGGGCGTTGAGTCCCTGATGACATACCCTGCTGTTCAGACCCATGCGGACATCCCGCTTGAGATTCGGGAAGCAATCGGCGTGGATGACCGCTTGCTCCGGTTCTCGGTCGGCATCGAGCATGCGGATGACTTGATCGCGGATTTGGATGCTGCACTGAGCGCGGCCATGGCTGAAGTGGAAGGGAGCACGGGAGAATGA	MEKKPFNIESRLAQIGSVQEPVTGAVNFPIYQATAYRHPKLGQSTGFDYARTKNPTRSVLEDACAELESGDAGFACSSGMAALQTIFALFGQGDHLIVSLDLYGGTYRLLERIMSKFGVTATYVDTNDLDALEGVRRPDTKAVFIETPTNPLMMITDIEAVCTWARHHQLISIVDNTLLTPYFQRPIELGADIVIHSATKYLGGHNDVLAGIIVTKGKELSEEMAFLHNSIGAVLSPTDSYQLMRGMKTLALRMDRHETNATAVATFLTTHPAIGEVYYPALPDHPGHDIQNRQSSGNTGIFSFKVKDARYVEPVLRHIKLIAFAESLGGVESLMTYPAVQTHADIPLEIREAIGVDDRLLRFSVGIEHADDLIADLDAALSAAMAEVEGSTGE	PGPT0001985_154	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001985-mccB-K17217	NA	NA
JZ016_02750	918	metAA		Homoserine O-acetyltransferase	ATGCCAATTAAAATTCCGGATGCCTTGCCGGCAAAGGAAGTTCTGGCTGGAGAAAACATTTTTGTCATGGATGAGAGTCACGCATTTCATCAGGATATCCGCCCATTGCGGATCGCTATTTTGAACCTGATGCCTACCAAGGAAACGACGGAGACCCAACTGCTGCGATTGATCGGTAACTCCCCGCTCCAGGTGGATGTTGTCCTTCTTCACCCGAGTTCGCACGTTTCGAAGAATACGTCGGCTGAGCATCTGAAATCATTTTACAAAACCTTTGAAGAAGTGAAGAACCGTCGTTTTGACGGCATGATCATTACAGGAGCTCCGGTCGAGCAGTTGGAGTTTGAAGAAGTGAATTACTGGGATGAGCTTACTGAAATTTTTGAATGGACCAAGACGCATGTGACCTCCACGCTCCATATCTGCTGGGCATCGCAAGCCGGACTTTATTATCATTACGGCGTGCCGAAATACAGCCTCGAGGAAAAATGCTTCGGCGTATTTCCACATACGATCAATGAAACATGTACCAAGCTGCTCCGCGGATTTGACGAAATGTTCTTTGTTCCGCATTCCCGTCATACGGAAGTTCGGCGCGAGGACATTACAGGCATTGACGATCTGGTCATCCTGTCCGAGTCCGAGGAAGCAGGCATTTATTTGGTATCAAGCCGGGATGGAAAGCAGATTTTTGCCACAGGGCATTCCGAGTATGATGCGGACTCTCTGAAGTGGGAGTATGACCGGGACGTTGCCAAGGGCATGGACATCGAACTGCCGCGCAACTATTACCCGAATAATGATCCAACAAGGACGCCTCCGTCCATATGGCGGGCGCATGCAAACTTATTATTTACTAATTGGCTCAATTACTATGTATATCAGGAAACGCCATACGATATTGGTCCGCAAATATAG	MPIKIPDALPAKEVLAGENIFVMDESHAFHQDIRPLRIAILNLMPTKETTETQLLRLIGNSPLQVDVVLLHPSSHVSKNTSAEHLKSFYKTFEEVKNRRFDGMIITGAPVEQLEFEEVNYWDELTEIFEWTKTHVTSTLHICWASQAGLYYHYGVPKYSLEEKCFGVFPHTINETCTKLLRGFDEMFFVPHSRHTEVRREDITGIDDLVILSESEEAGIYLVSSRDGKQIFATGHSEYDADSLKWEYDRDVAKGMDIELPRNYYPNNDPTRTPPSIWRAHANLLFTNWLNYYVYQETPYDIGPQI				NA	NA	NA	NA	NA
JZ016_02752	117			hypothetical protein	ATGGACGGTGACCCGAGCCAGAAACTGGATGCACAAGACGCACAACCGCATAGGATTAAGATCAGCTTACCGGCAGAGGGCGGCGTTATTTTTCATGCGCTTTTTATCGTATTCTAA	MDGDPSQKLDAQDAQPHRIKISLPAEGGVIFHALFIVF				NA	NA	NA	NA	NA
JZ016_02753	936	corA_1	COG0598	Cobalt/magnesium transport protein CorA	ATGAAAATCCGGTTGGTCGATTCGGGCGTATTTACCCCTGTTGATGACATCGAAATGACGCTGACACCTCCGGCCAGCGGCTTCTACTGGCTGGATGCGGATGTGGATGATTTAGCGGAACTGCAGCCCCTCTTCTCCCTGCATGATCTTGCGGTTGAGGATTGCCTCAGCGAAGAGGAGCAGCGTCCCAAAATTGAAATATACGAGAACCACTATTTTATCGTCGTGAACAGCATCCGGTTTGACGACGAAGAGATTTTCCTTCGGGCATTGAATGTTTTCCTGGGCAGACATTTTATTATTACGGTGACCAAGCAAAAGATCCACGAGCTGCGCACCGTTAAACCGCTTCTCTGGGAGGATGAAGTCAGCACGCCTGACCGCTTCCTCTATCTCTTGATCGACCTTGTGACGGACAACTATTTCTCCGTCGGGGACCGCATCGAGGCGCGGATTGAAAAGCTGGAGGAAGACATTCTGATGCATACCAAAAAATCCCACCTCAGCGAGATCATCGGTCTGCGAAGCGAGATTCTTTGGTTGAAAAAGGTGCTTGGACCGCAGAAGGAAGTTATCAATACACTTAACAAAAAAGATCTCCGGCTGATCGATGACCAGCTGCAAAAATATTTCAGCGATATCTATGAAAATGCCGTGAAAATTTCCGAAACATTCGAAACCTACCGGGATCTCATGGGGAACCTTCGAGAGGCTTACCAATCCAGTATCGCCAATCGGGCCAATGAAATCATGCGCGTGTTTACCGCCATTACAACGATCTTCATTCCACTGACGCTGATTACAGGCATCTACGGCATGAACTTTGACAATATGCCTGAGCTTCACTGGGAATATTCTTATTATGTAGTTATAGGCGTCATGATTTCTGCCGGTGCTCTCATGTTTTATCTGTTCCGTAAGAAAGACTGGATATGA	MKIRLVDSGVFTPVDDIEMTLTPPASGFYWLDADVDDLAELQPLFSLHDLAVEDCLSEEEQRPKIEIYENHYFIVVNSIRFDDEEIFLRALNVFLGRHFIITVTKQKIHELRTVKPLLWEDEVSTPDRFLYLLIDLVTDNYFSVGDRIEARIEKLEEDILMHTKKSHLSEIIGLRSEILWLKKVLGPQKEVINTLNKKDLRLIDDQLQKYFSDIYENAVKISETFETYRDLMGNLREAYQSSIANRANEIMRVFTAITTIFIPLTLITGIYGMNFDNMPELHWEYSYYVVIGVMISAGALMFYLFRKKDWI	PGPT0014010_4901	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014010-corA|yfjQ-K03284	NA	NA
JZ016_02754	1026			hypothetical protein	ATGCAAATTGTATTCATGAATCAGATGAGCGGAGCGGATGAGTCAGGTCACCTCCGTTCTGCTCAAGTATGGATCGGTGAGGAAGAGGGAGGATGGCGGCTCGGCTGGCGGAACATGGAACCGGACGGTGAAGTATCCGATGATGAGTGGTATGAAGGGAATTCATGGAATGAGTTATTATGCGTGTATCGACATCAATTAGCGAAGAAGCTTGGAGAGGGGTTCCGGCCGCTTGTGGAGGGGGTATTCCACGAACCGGGAGAGACTGGAGGCAAGAATCTTGGTGTGCAGAAGCTGCAGTGCTACAGTGAGCTGTACGGCTCGGAGGAGCTGTACACGGAGCTGTGTGCCTGGCGCAGGAGAAAGGCGGCTTCCGGAAGAAAAGCACCTTATTTTATTGCCAGCAATCGGGTGCTGCGCATGATTAGCGCCTTCGTCCCCCAGAACGAGGAAGAGCTGCTGCAGCTTCCGGGAATCGGAATCAGCAAGTCTTCAGAGCATGGGGCGGAGTGGCTGGAGATCACGTCAGGAATCGAGCGAACCACAACCTTTCCACTGGATTGGGTTGATAAGCAGCTGCAGGAAGAGGTGTTCTTGTCCTGGCTGTATAAGCAGAAGGAGCAGCGCTACAAGCAAGAGCTGGACCGTTTCCGAATTCGCCGTACGATGCTGCTTGGCATAGCTGAGGGAGCTTCGCTGACCGAGCTGGAAGAACGCACTTCGTTATCTCGTCGAGATTTGGTTGAGGAATTGGAAGGTCTTGAGAAGGACGGTTATGATACGGAGCAGCTGCTGGAGGTTGAACTGAATACGATGACGTCTACCGAGCAGGCGACGGTATGGAAGGCTTTTGAGGAGCTGGGCGATACATTTCTTAAACCCGTATTACAACGGGTATATGGAGAAGGACAAGCCCACAATGGAGAGGTAGAAGAGATTGGCGGAACGGAGAAGCTGTATGAGCGGCTGCGCCTGATCAGGATTCGCTTTCGGCGGGAAGAACCTGGTAAAGCGAACGCAGGCTAA	MQIVFMNQMSGADESGHLRSAQVWIGEEEGGWRLGWRNMEPDGEVSDDEWYEGNSWNELLCVYRHQLAKKLGEGFRPLVEGVFHEPGETGGKNLGVQKLQCYSELYGSEELYTELCAWRRRKAASGRKAPYFIASNRVLRMISAFVPQNEEELLQLPGIGISKSSEHGAEWLEITSGIERTTTFPLDWVDKQLQEEVFLSWLYKQKEQRYKQELDRFRIRRTMLLGIAEGASLTELEERTSLSRRDLVEELEGLEKDGYDTEQLLEVELNTMTSTEQATVWKAFEELGDTFLKPVLQRVYGEGQAHNGEVEEIGGTEKLYERLRLIRIRFRREEPGKANAG				NA	NA	NA	NA	NA
JZ016_02755	897	gmuE_2	COG1940	Putative fructokinase	ATGAGTTTACTTGGAGCAATTGAAGCAGGAGGAACCAAGTTCGTTTGCGGCGTGGGTATGGAGGATGGAACGGTTGTGGAGCGAGTGAGCTTCCCGACAACAACCCCTGAAGAAACCATGGCAAATGTCTTTAACTTTTTTGCTGATAAGGATATAGAGTCGATCGGAGTCGGTTCTTTCGGGCCGATTGATCCGGTGAAGGGCAGCCCGACTTATGGCTGCATTACAACGACACCAAAGCCGCATTGGAGCAATTACAATATTGTCAAAGCATTGGAAGAGCGTTTTCATGTTCCGATTGGGTTTGATACCGATGTAAACGGAGCAGCTCTTGGAGAATATACATGGGGCGCTGCCCAGGGACTGGATAGCTGTCTGTATATCACCATTGGAACGGGAGTAGGAGCAGGCGCCGTGGTAGCTGGTGAATTGATCCACGGATTGTCTCATCCGGAGATGGGGCATATTTATGTGCGCCGCCATCCGGAAGACCGGTATGAAGGGACCTGTCCTTATCATGCAGACTGTCTGGAGGGGCTTGCAGCCGGACCGTCACTTGGCAAACGTTGGGGAGTTCCCGGTGTGGAATTGACGCCGGATCATCCGGCTTGGGAGATGGAGGCTTATTATCTGGCACAAGCGCTGATGAATTATGTCCTCATTCTGTCCCCTCAGCGAATCGTGATGGGCGGAGGCGTTATGAAGCAGGAGCAGCTGTTCCCGCTGATCCGCACGAAGCTTCAGGAGCTGCTGGCCGGATATGTACAGCATCCAAGCCTTCATGACGGGATTGATCAGTTCATCGTTCCGCCGATGCTCGGCGATAATGCGGGTCTCTGCGGTGCATTGGCGTTGGCCAAGCTTGCAGTAGATGAGGCCAAGAGCGTTCAAGCTTAA	MSLLGAIEAGGTKFVCGVGMEDGTVVERVSFPTTTPEETMANVFNFFADKDIESIGVGSFGPIDPVKGSPTYGCITTTPKPHWSNYNIVKALEERFHVPIGFDTDVNGAALGEYTWGAAQGLDSCLYITIGTGVGAGAVVAGELIHGLSHPEMGHIYVRRHPEDRYEGTCPYHADCLEGLAAGPSLGKRWGVPGVELTPDHPAWEMEAYYLAQALMNYVLILSPQRIVMGGGVMKQEQLFPLIRTKLQELLAGYVQHPSLHDGIDQFIVPPMLGDNAGLCGALALAKLAVDEAKSVQA	PGPT0017625_4335	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017625-scrK-K00847	NA	NA
JZ016_02756	684	modB	COG4149	Molybdenum transport system permease protein ModB	GTGACCACGACCGAAATGTTCTGGATGCCGGTATGGCTGTCGATAAAAACATCACTGCTGTCCAGCATCATTGCATTTATACTGGGAGCAGCAGCAGCACGCTGGATGTCCCGGCGCTCGTTTGTCGGCAAGACGGCGGTAGAAACGCTGCTGATGCTTCCGCTCGTGCTTCCGCCTACGGTGGTTGGCTTTCTTCTGCTTGTCATGCTGGGCAGAAACAGCTGGATAGGTTCAGCTGCCGAATGGCTGTTTGCCAGACCCATCATTTTTAGTTGGGGAGCCGCGGTCATAGCGGCTATCGTGGTCTCGTTTCCGCTTGTGTATCAGAGCATGCGGGTGGGCTTTGAGTCTGTGGACCCGGAGCTTGAGGATTCGGCGCGATCGGCCGGGGCCGGCGAATGGCAGGTCCTTCGCTGGATTACGCTGCCGCTTGTTCGCAGGGCGGGAATTTCGGCGTTCATACTGGCCTTTGCCAGAGGTTTAGGGGAATTTGGGGCAACCTGGATGGTTGCAGGCAATATACCGGGCGTTACGCAAACGCTGCCCACGGCGATTTACGTTGCGGTAAGCAATGGCGAGAGCGGGCTGGCGTGGGCGTGGACGGCGGTCATTATTTTGTTCTCATGGCTGTTACTGGCCGCGTCAGGAACGGGCAGAAGCAGAGAAAGAGGCGGGCAGACTTGA	MTTTEMFWMPVWLSIKTSLLSSIIAFILGAAAARWMSRRSFVGKTAVETLLMLPLVLPPTVVGFLLLVMLGRNSWIGSAAEWLFARPIIFSWGAAVIAAIVVSFPLVYQSMRVGFESVDPELEDSARSAGAGEWQVLRWITLPLVRRAGISAFILAFARGLGEFGATWMVAGNIPGVTQTLPTAIYVAVSNGESGLAWAWTAVIILFSWLLLAASGTGRSRERGGQT	PGPT0008440_3326	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008440-modB-K02018	NA	NA
JZ016_02757	690	modA	COG0725	Molybdate-binding protein ModA	ATGGTTTCGGCAGCAGCAAGCCTCAAATCCAGTCTGGAAGAGACCGGACGACGATTTGAAGCGGAATTTCCGAATGTTACGCTTCGTTATAATTTCGGCGGTTCGGGCTCTCTTGGACAACAGCTTGAGCAAGGGGCGCCCGTAGATTTGTTTATATCCGCAGCAACGGAGCCGATGGATCGATTGGTCGAGAAGGGGATCGTGCAATCCGATGCGGTTCAGTTGATGTTTCGAAATGCATTGGTGCTGATTGAGCCTGTCGGCAAACAGAACGTGAAGCAATTACCGGATCTATTAAAACCCGAGGTGCGCGTTGTGGCCATTGGGCAGCCGGATACTGTACCGGCCGGAGAATATGCCAAGGAGGCTCTTCAGAATGAAGGCCTTTGGGATGATGTCGAATCCAAGGCGGTGTATGCCAAGGACGTGACGCAAGTTCTGGCTTATGTAGAGTCGGGGAATGCGGACGCCGGTTTTGTGTACAAAACCGATCTGAAGAGTTCCGCCAAGGCAACGCTTGCGCTTGAGGTCGATCCGGACAAGCACCAACCGATCGAATATCCTGCAGCGGTTCCCGGTAATGCCAAGCATCCGCAGGAGGCTGAGGCTCTTCTCGAATTTATGCGGAAGCCTGAGATCAGGGATATCTTCACGGAGGCTGGATTTGAGGTAGCGGAGGCATCGCCGTGA	MVSAAASLKSSLEETGRRFEAEFPNVTLRYNFGGSGSLGQQLEQGAPVDLFISAATEPMDRLVEKGIVQSDAVQLMFRNALVLIEPVGKQNVKQLPDLLKPEVRVVAIGQPDTVPAGEYAKEALQNEGLWDDVESKAVYAKDVTQVLAYVESGNADAGFVYKTDLKSSAKATLALEVDPDKHQPIEYPAAVPGNAKHPQEAEALLEFMRKPEIRDIFTEAGFEVAEASP	PGPT0008435_345	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008435-modA-K02020	NA	NA
JZ016_02758	897	ypcP	COG0258	5'-3' exonuclease	ATGACTGTGATACCCAATCAACAACCATCCTTAATGCTTGTAGACGGGATGGCTTTATTATTTCGTGCTTACTATGCAACCGCCTCAAGCGGCTATATCCGTAGAACCAAAGCGGGTGTTCCGACCAACGCGATTTACGGCTTCCTGCGGTATATGTGGGATGCTATCGATAAATTTCAGCCTACCCATGTGGCGTGCTGCTGGGATATGGGATCAAAAACATTTCGTACAGAGCAGTTTGCATCGTATAAAGGCAATCGTCCGGAAGCCCCGGATGATCTGGTTCCGCAGTTTTCGTTGGTGCGCGATGTGACGGAATGTCTGGGAATTCCGAACCTGGGCGTCGTGGGCTATGAGGCCGATGATTGCATCGGCACGCTGGCCAGACGGTACGGGGACAGCATGAATGTCATGATCCTGTCAGGGGACCATGATCTGCTTCAGCTCGTGAACGATTCGACTTCCGTCATCATTATGAAAAAGGGACACGGCAATTATATGCACTATACCCCGGAAACGTTATATGCCGAAAAAGGACTTTCTCCAAGACAGGTTATCGATGTGAAAGGCCTGATGGGAGATACGAGCGATAATTATCCGGGCGTACGCGGGATTGGCGAGAAAACGGCAGTCAAGCTGATTCAGGAGTATGAATCCGTGGAAGGCATTCTTGCGAATCTTGATTCACTGACCAAAGGGGTCCGCACCAAGATCGAGGCGGATTTGGAGATGCTGCACCTGTCCCGGGCTTTGGCCGAAATCCATTGCGAGGTTCCCATGGAGTGCGAATTGGATCTGTGCCGCTTAAGCGTGGATCACGAACGTGCATTAACCAAACTGGAGGAGCTTGAGATGAAGAGCCTCGGTCATCTTTTTGGTGTGGCGGTGGTTTCCTAG	MTVIPNQQPSLMLVDGMALLFRAYYATASSGYIRRTKAGVPTNAIYGFLRYMWDAIDKFQPTHVACCWDMGSKTFRTEQFASYKGNRPEAPDDLVPQFSLVRDVTECLGIPNLGVVGYEADDCIGTLARRYGDSMNVMILSGDHDLLQLVNDSTSVIIMKKGHGNYMHYTPETLYAEKGLSPRQVIDVKGLMGDTSDNYPGVRGIGEKTAVKLIQEYESVEGILANLDSLTKGVRTKIEADLEMLHLSRALAEIHCEVPMECELDLCRLSVDHERALTKLEELEMKSLGHLFGVAVVS				NA	NA	NA	NA	NA
JZ016_02759	363	arsC_1		Arsenate reductase	ATGAGCAAACTGAAAGTATATCAATATCCGAAATGCGGGACATGCCGCAACGCGGTCAAATGGCTGCAAAACGAAGGACATGAGCTGGAACTTCAAAATATTTTTGAACAACCGCCACAAAAGGAAGAACTAGCCGACCTTATCGCCAAGAGCGGCCTGGAACTTAAGAAATTTTTCAATACGAGCGGCGAGGTCTACAAGGAAATGAATCTGAAGGACAAGCTGCCTGGGCTCTCCGATGAGGAGAAGATCGAACTGTTGTCGTCCAACGGCAGATTAATTAAGCGTCCGATCGTGACGGACGGCAGTAAAGTGACCGTCGGCTTTAAGGCGGAACAATATCAGGAGTCATGGCAGAAGTAG	MSKLKVYQYPKCGTCRNAVKWLQNEGHELELQNIFEQPPQKEELADLIAKSGLELKKFFNTSGEVYKEMNLKDKLPGLSDEEKIELLSSNGRLIKRPIVTDGSKVTVGFKAEQYQESWQK	PGPT0004720_1593	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004720-arsC1-K00537	NA	NA
JZ016_02760	960	rluD_1	COG0564	Ribosomal large subunit pseudouridine synthase D	ATGCTGCTTAAGACCATTTTGCAAAAACGGATGAGAGTATCCCGTAAGCTGCTGTCTCGCCTCAAGTTGACTGAGCAGGGCATCATGCTGAACGGGACCCGTGTATACATTAGCGTTAACGTGCATGCCGGAGATCTGATCGAAATCCGGATGGAGCAGGAACGATCGGACGATATGCTGCCCCAGCCGATGAACCTTCATATTCTGTACGAGGATGAACATTTGCTTGTCCTGAACAAGCCTGCGGGGATCATTGTCCATCCGACGCACGGGCATTATACAGACACGCTGGCGAACGGCGTCGTTCACTATTGGCAGGAGAAGGGCTGGAACTACCGGTTCAGAGCGGTTCACAGGCTGGACCAGGAGACTTCCGGCGTGTTGGTGATTGCGAAGAATGCATATATTCACCAGCATGTCTCCGAACAAATGATAGCCGGCACCGTTGACAAGAGGTATGTAGCATTTGTTCATGGCAAGCCTGCTTTGCCCTCAGGCGATATTGACGGTCCGATTGATCGGGACCCGTTAGAGCCCCACCGCCGCATCGTAACTCCCGAAGGATACCCTTCGCTTACGCGGTATAAGGTATGCGAAGCTTACCCTTCCGGATCCTTGGTCGAATTAAAGCTGGAAACGGGTCGTACCCATCAAATTCGGGTGCATATGCTTAGCATCGGTTGTCCATTGATTGGAGATCAGATGTATAGGCATCCGGTTTACGGCGATCGGGAGTTACGATCAGACGGAGCGGAGGCGGCTTCGGACTTGGCTGCCGGTCCAGCAGATCTGGAAGCCGAAACGATCATGAGGCTGGACCGCTATATGGGCCGGCAGGCGCTGCATGCAGCGAGCCTGAAGCTGATCCACCCGATTGAGGGGAGCACGATGACATTCACAGCCCCGCTTCCTGAGGATATGAACGCACTGAGAAACATGCTCGCGGAAGAGGCGACTTAA	MLLKTILQKRMRVSRKLLSRLKLTEQGIMLNGTRVYISVNVHAGDLIEIRMEQERSDDMLPQPMNLHILYEDEHLLVLNKPAGIIVHPTHGHYTDTLANGVVHYWQEKGWNYRFRAVHRLDQETSGVLVIAKNAYIHQHVSEQMIAGTVDKRYVAFVHGKPALPSGDIDGPIDRDPLEPHRRIVTPEGYPSLTRYKVCEAYPSGSLVELKLETGRTHQIRVHMLSIGCPLIGDQMYRHPVYGDRELRSDGAEAASDLAAGPADLEAETIMRLDRYMGRQALHAASLKLIHPIEGSTMTFTAPLPEDMNALRNMLAEEAT				NA	NA	NA	NA	NA
JZ016_02761	561	yvqK	COG2096	Corrinoid adenosyltransferase	ATGAAGGTATATACGAGAACGGGAGATGCAGGGGAAACTTCAATTATTGGCGGTCGTGTGCCCAAGGATGACCCGCGGATAGAAGCGTATGGCACGATTGATGAATTGAACAGCTTTGTCGGTCAGGCCGTGTTTTTGGCCAAGGAAGCCGAATTTGAGGAGCTGCACCTTCAGCTCGTTCGAATCCAGCATGAACTGTTCGATTGCGGCTCGGATCTGGCCTATGCAAGGCCTCGAGAGGATAAACTCAAGGTAAGCGCCGAGCTTGTGGACAATCTGGAGGTATGGCTGGATGCTTTCGAGGAGAAGAACCCTCCGCTTGAGCGGTTCATCTTGCCTGGCGGAAGTGCGTTGTCTTCGCTGCTTCATGTATGTCGGACCGTATGCCGCCGAGCCGAACGGTTGACCGTTTCGCTGCAGCGAACCACGGAAATCAATCCGGAAGTCCGCCGGTATTTGAACCGATTGTCCGACTATTTCTTTGTGACTGCACGGGCAGCCAATGTGCACGCCGGGATTCCGGATGTCGAATATGAGCGAAGCGGAAAGGTGTTTCGGTAA	MKVYTRTGDAGETSIIGGRVPKDDPRIEAYGTIDELNSFVGQAVFLAKEAEFEELHLQLVRIQHELFDCGSDLAYARPREDKLKVSAELVDNLEVWLDAFEEKNPPLERFILPGGSALSSLLHVCRTVCRRAERLTVSLQRTTEINPEVRRYLNRLSDYFFVTARAANVHAGIPDVEYERSGKVFR				NA	NA	NA	NA	NA
JZ016_02762	264			hypothetical protein	GTGTTTTGTGATTATGAATTGTCAAACTACCGTGGTGACTATACGGCTGAAGACAATAATCACGGTAAATGGTCAATTAAATCAGCCAAATCCACTCCTCAGGAAATTACCTTGGAAGACGAAATTCACATGCTTCGCCGAAAGATGGAACAAATTTTTTTGGAAGAGCAGTCCTTCACATCAGAGATTGTCATCGAGATCAGCAGTTTGCTGGACTTGAAGATTAACGAATATATGAAGGCCCATCCCAAAAAGAAACTATAA	MFCDYELSNYRGDYTAEDNNHGKWSIKSAKSTPQEITLEDEIHMLRRKMEQIFLEEQSFTSEIVIEISSLLDLKINEYMKAHPKKKL				NA	NA	NA	NA	NA
JZ016_02763	1206	dapX_2	COG0436	putative N-acetyl-LL-diaminopimelate aminotransferase	ATGATTGTGAACGAACAGCAGCTTGCAGAAAATAACAGGAAATCGATGAGCTCCTATTTGGCGCCCAGGGTCAGGGACATTCAACCCTCTGGAATCCGGAAGTTTTTTGATCTCGTCAGTGGAAATAAGGATATTATCACACTTGGTGTCGGTGAGCCTGATTTCGTAACGCCGTGGCATGTACGAGAAGCCTGCGTATATTCATTGGAGCGCGGGTTTACAGGATATACGTCCAATGCCGGTATGCCTGAACTTCGGGAGGCGATCGCGGAATATTTGAACGACAGTTTCCACGTGACCTATAATCCTGCCAATGAAATGATCGTAACCGTAGGCGGCAGTGAAGCGATTGATCTGGCGCTGCGTGCCTTGATTGTTCCCGGAGATGAAATTCTGATCCCCGAGCCGTGTTACATTTCTTACTCGCCGATTGCTTCAATCGGTGGCGGGGTGCCCGTTGGTATTGAAACGACGGCAGAGCATCATTTCAAACTGACCGCCGAGGCGCTCGAAGCGCAAATCACCCCCAAATCAAAGATTCTGATCCTGTGTTACCCAAGCAATCCAACAGGAGCGATCATGACCTATGAGGATTGGCTGCCCATTGCGGAAGTAGTGGAAAAACACGATCTGATTGTGATCTCCGATGAAATCTATGCTGAGCTCACGTATGAAGGCAAGCACGTCAGCTTTGCCTCGATGCCAGGCATGATGGACCGCACCATTCTGGTAAGCGGCTTCTCGAAGGCTTTTGCTATGACTGGTTGGCGTATGGGGTATGTGTGTGCTCATTCGGATCTGATTGGCGCCATGCTGAAAATCCACCAGTATACGGTTATGTGTGCACCCGCAATGGGGCAAGTCGCCGCGCTCGAAGCATTGCGTAACGGCATGGGGGAAAAGGACCGAATGGTTGAATCCTATAACCAGCGGCGCAGACTCGTGGTTCAAGGGCTGCGCGAGATCGGTTTGGATTGCCACGAGCCACAGGGAGCGTTCTACGCGTTCCCGAGCATCAAGCGAACGGGACTCGGCTCGGATGAATTTGCCCAGCGCTTGCTGACCGAGGCGAAAGTGGCTGCCGTACCGGGCACCGCATTCGGTCTTGGCGGGGAAGGATTCATTCGCTGCTCATATGCTACATCCATTGCCCAACTGAATGAGGCCTTGGAGAGAATGGGCAATTTTGTGGAAAAAATAAAGTAG	MIVNEQQLAENNRKSMSSYLAPRVRDIQPSGIRKFFDLVSGNKDIITLGVGEPDFVTPWHVREACVYSLERGFTGYTSNAGMPELREAIAEYLNDSFHVTYNPANEMIVTVGGSEAIDLALRALIVPGDEILIPEPCYISYSPIASIGGGVPVGIETTAEHHFKLTAEALEAQITPKSKILILCYPSNPTGAIMTYEDWLPIAEVVEKHDLIVISDEIYAELTYEGKHVSFASMPGMMDRTILVSGFSKAFAMTGWRMGYVCAHSDLIGAMLKIHQYTVMCAPAMGQVAALEALRNGMGEKDRMVESYNQRRRLVVQGLREIGLDCHEPQGAFYAFPSIKRTGLGSDEFAQRLLTEAKVAAVPGTAFGLGGEGFIRCSYATSIAQLNEALERMGNFVEKIK	PGPT0007145_124	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007145-yugH-K10907	NA	NA
JZ016_02764	501			hypothetical protein	ATGGAAGAGCTTAGCGAATTGAAACTGAAGGTGCTTGACCTGCTGAAAGAAGACGCGAGAAGATCGCCGGCTCTGCTCTCTACTCTACTCGGTGTAGATGAGGAAGAAGTAAAGACCTCCATTGCGGAGCTTGAACGAGATCACGTCATTGTTAAGTATGCGACCGTAGTCAACTGGGGCAAGGTGGAAGACGAGAAGGTTACGGCGCTGATCGAGGTTCAAATTACACCTGAGCGCGGAAGAGGCTTTGAAGGAATTGCGGAACGGATTTATTTATTCCCGCAGGTGAAGTCCGTCTATCTTATGTCTGGCGCCTACGACTTGCTGGTTGAAGTGGAAGGCGGAAACTTGCGTGAGGTGGCCAACTTTGTTTCGGAGAAGCTGTCACCTATCGATTCTGTATTATCGACCAAAACGAATTTTATTTTGAAAAAATATAAACAAGACGGGATTATTTTTGAAGAACGTCAAGAAGACAATCGTCTCCTGATCTCGCCGTAA	MEELSELKLKVLDLLKEDARRSPALLSTLLGVDEEEVKTSIAELERDHVIVKYATVVNWGKVEDEKVTALIEVQITPERGRGFEGIAERIYLFPQVKSVYLMSGAYDLLVEVEGGNLREVANFVSEKLSPIDSVLSTKTNFILKKYKQDGIIFEERQEDNRLLISP				NA	NA	NA	NA	NA
JZ016_02765	396			hypothetical protein	ATGGTAACCCCTAATGGATCTTCATACCTGCCCGAAGAGGATATGCTTAGCCCTATTCTGGGAGAGCTGAAACGTGCCGTTCGAGAGTATACGACAGCCACGACGGAAGCCTCTTGCCCTGAGGTGCGTCAAATGTTTACGGATCTGACCGCGGATACACTGAGGCTGCAAGGCGAGTTTTTTAATATGATGAAGCAGCAGAACATGTATACCGCCCCTCGGCATGCATTGAAATACGATGTGGACAAGCAGCATAAGCAAGCGCAGCAGTCGCTGCAAAAAACTCGGGAAACCATTAATCAAAAAACTTCCAGCATGGGCGCGTTCGCGCATCACCCGAATGTGGCGCCGCATGCCACCAATGTAGCGCCCGCTTCTAATAATGTAACCCAATGA	MVTPNGSSYLPEEDMLSPILGELKRAVREYTTATTEASCPEVRQMFTDLTADTLRLQGEFFNMMKQQNMYTAPRHALKYDVDKQHKQAQQSLQKTRETINQKTSSMGAFAHHPNVAPHATNVAPASNNVTQ	PGPT0025160_80	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025160-cotF-K06329	NA	NA
JZ016_02766	237			hypothetical protein	ATGACACCTAATCAGCAATTACAGCCTCTAACCTCAAAAGAACTGGACTATATTGCGGATTGCATCTCCAACGAAACCATGCTGGCCAAGCATTGTGCCGCGACAGCAGCAGCCAGTCAGAATCCAGCTATCCAGCAGGCGCTGCTGGGATTCGTAAAACGCCATGAGCAGCATCTGGACACCTTGGTGAATGCTCTGCAAATTCACAGCAATATCGCGCCGACGCAGCCTCAATAA	MTPNQQLQPLTSKELDYIADCISNETMLAKHCAATAAASQNPAIQQALLGFVKRHEQHLDTLVNALQIHSNIAPTQPQ				NA	NA	NA	NA	NA
JZ016_02767	1236	puuB		Gamma-glutamylputrescine oxidoreductase	GTGAGGGACATTTTACTGACCGGCGGAATAACGCCCTGGAAATATTTAAACACTGAACCTGTAAAAAAATACCCCGGTCTATCAGAACAGCTCAGCTGTGATGTACTCATAGTCGGCGGCGGTATAAGCGGCGCGCTGATGGCCTACGTGCTGACCATGCAAGACGTGGACACCGTCCTACTGGAGAAAAAACGCGTGTGCGAAGGCAGCACATCCGCCAATTCGGGGCTGTTGCAATTTTCTAACGACTGCCCTCTATCTGATCTGATCCAACAATTCGGTGAACAACGGGCTTCCTCCTTCTACATGATGTGCAGACATGCGGTACGCCGGATCACCGAAATCGCAAATCATCTGTCCAGGGATTCCGGCCTGATCACGCGAAGCAGCCTCTACTATGCCAGTACCCCTCAAGATGTCGGCATGATTCGGCACGAGTATGACCTGCTCAAACGGAAGGGCTTCGATGTCGAATACTGGGGCCGCGAGCATGTGAAGGCTAACTTCCCGTTCTCAAAAGAAGCGGCCATCTATGCCCGCGGCGATGCCGAAGTGGATCCCTACCGTTTCGGGCATAATCTTCTCCAGGATGCCAGCGAGCATGGGCTGCGTGTTTATGAAAATAGCGAAGTGAAGGAAACCCGGTATACCGACAGCGATGTCACCGTCTTAACCGATCAAGGAAGCGTTCTGGCCAGGAACGTCATCTGGGCCACCGGGTATAGCACCCAAGAATGGAAGCCTGATTATCAAGCGGAGCTGCTCAATACCTATGCCATCCTGACGGAGCCGGTATCCGATCTGTCTTCATGGTATGAGCGCGCATTCATATGGGAAACAAATCGCCCTTATCTCTATTTCCGGACAACGCCGGATCAGCGAATCATAGCCGGAGGGCTGGATGAGCCGCTGCCTCCTTCTGGCAAACCAGAGGAGTACGCTGAATCAAGAAGCCGGAGATTGTTAAATGAAATTCATCAGTTGTTCCCCCATATGACGGATTTGAAGATCGCTTGCAGTTGGGCCGGCGTATTTGCCACAACCAAAGACGGCATCCCGCTGATCGGCAGGCACCCGAAATATCCGCACAGCTACTTTATCGAGGTGTATGGCGGAAACGGGACCGTATACAGCATGATCGCTGCGGATCTGCTGGGCGAGACGATAGCAGGACGTGAGCCCGAAGAACTGAAATGGTTCTCCCTGACACGGCCAATGGACCTTAAGATGTCATAA	MRDILLTGGITPWKYLNTEPVKKYPGLSEQLSCDVLIVGGGISGALMAYVLTMQDVDTVLLEKKRVCEGSTSANSGLLQFSNDCPLSDLIQQFGEQRASSFYMMCRHAVRRITEIANHLSRDSGLITRSSLYYASTPQDVGMIRHEYDLLKRKGFDVEYWGREHVKANFPFSKEAAIYARGDAEVDPYRFGHNLLQDASEHGLRVYENSEVKETRYTDSDVTVLTDQGSVLARNVIWATGYSTQEWKPDYQAELLNTYAILTEPVSDLSSWYERAFIWETNRPYLYFRTTPDQRIIAGGLDEPLPPSGKPEEYAESRSRRLLNEIHQLFPHMTDLKIACSWAGVFATTKDGIPLIGRHPKYPHSYFIEVYGGNGTVYSMIAADLLGETIAGREPEELKWFSLTRPMDLKMS				NA	NA	NA	NA	NA
JZ016_02768	1203			hypothetical protein	ATGAAGTTGACAAAGGACCCCCAGGCTATACTTCTGTTATCAGTTCATGGGTTGTTTATCTTATCGAGTGCATTGTCGGGTACGTTCCTCAACGTATACCTATGGAAAAGCCGCCAGGATTATACGATGCTCGGTTGGTTCACGATTGCTCAGCAGGTCGCATTGGGCTTGACGTTCTGGGCCGCCGGCAAATGGGTGAAGGAGCATAACAAAATGAATGCGCTTCGCCTGGGAATTGCGGTGTCTGGCCTGTTTTATTTATGCGTTCTGTGGGCAGGGCGGGACGCCGTCCATTATATTTGGCCGCTCGGCTTGCTGTTCGGCGTGTCATTAGGATTATTCTGGTTAGCCTTTAATGTGGTCTATTTTGAGGTTTCGAGCGCGGAGAATCGGGACTGGTTTAATGGCTGGATCGGACTTCTGGGCTCCATCACGGGCATTATCGGTCCGTGGCTGGCGGGCTGGATCATCACGATGATGCATGGGGATCAAGGCTACCGGTTTATTTTTACCGTATCGATGGTCATCTTCGCCGTGACGGTGGTGCTGAGCTTTTTTCTGCGAAAACGGCCGGTTCAGAGCGGCTATCATTGGCTGGAGGGGTTGAGCCGGCTCAAGGAGGGCGGCGTATGGAAATACGCGGTATTCGGCTTGGCCGTTCAGGGAATCAGGGAAGGTGTGTTTTCCTTCCTTATTACACTCCTTGTTTTTGTGGCAACGGATCAGGAGTCGAAGCTGGGGCAGTTTGCATTGATTACTTCGGCGGTTTCGCTGGTCAGCTACTGGGCCTGCGGGAAGTGGTTCAAGCCCAAATTCCGTAAAACCGGCATGCTGGTAGGTTCCGTATTGATGCTGCTGGTCATTTTACCGCTGCTGTTTGCCGTCAACTATACGACGCTGCTGGTGCTGGGAATCGGGACGTCGCTGTTCATTCCGCTGTACATGATGCCGGCTATATCCGCCAGCTTTGATCTTATGGGAGTGAATCAGGAAAACGTGGAGAAGCGGGTGGAACTGGTCGTGCTGCGGGAGCTCAGTTTAACCATAGGCCGAATTACGGGCCTGCTTGTGTTCATTCTTGTCCTGTCATTTAGACAGGACACGTTAACGGTGACGTTGCTGCTGTTGTTCCTGGGGGCGTCCCCTATCGGATCGTGGTTGTTTATACGAAAGCTGTTCCCTTCCAAAGGTCAAGTCACCTAA	MKLTKDPQAILLLSVHGLFILSSALSGTFLNVYLWKSRQDYTMLGWFTIAQQVALGLTFWAAGKWVKEHNKMNALRLGIAVSGLFYLCVLWAGRDAVHYIWPLGLLFGVSLGLFWLAFNVVYFEVSSAENRDWFNGWIGLLGSITGIIGPWLAGWIITMMHGDQGYRFIFTVSMVIFAVTVVLSFFLRKRPVQSGYHWLEGLSRLKEGGVWKYAVFGLAVQGIREGVFSFLITLLVFVATDQESKLGQFALITSAVSLVSYWACGKWFKPKFRKTGMLVGSVLMLLVILPLLFAVNYTTLLVLGIGTSLFIPLYMMPAISASFDLMGVNQENVEKRVELVVLRELSLTIGRITGLLVFILVLSFRQDTLTVTLLLLFLGASPIGSWLFIRKLFPSKGQVT				NA	NA	NA	NA	NA
JZ016_02769	558			hypothetical protein	ATGGAACCGACGGTTTGCCCATGGTGCCAAAGTGAGATTGTGTGGGATGAAGAGATAGGTCCCGAAGATACTTGTCCTCATTGTGCGAACGAGCTGAAAGGCTACCGCACATTGAATATCGCATTGGATGACGAGGAAACACAGGACGATCCGGAGGAATATGAAGAGGATTATGAGGCTTCCGATGAGGAGGCAGGTGATCTTCAACGTATTTGGGGGTCCGACCATGAATCGCTGTCCTCGCTTCGAACCGTGGATAAGTACGGGGAGGATCACGACCTATTTGCATTTGAGGAGACCGTAGAGGGGATTCTGGACCAGCAAGAGGAAGTTCCCGAGTGCTTGCATTGCCGGGAGTATATGCTTCATGCCGGAACGCAGCACGTGAGCGGGGAAGGCTTCCAGCCGGTTAACGCAGCCTTGATTCAAGGTCCGATCCTGCAGCCGCCATATGATTTAAACGTATATGTGTGCCCTGGATGCTTCCATGTACAGTATAATCTGGCAGAGAATGACCGGCTTCGGATGATCAAGAGCTTTATCCATAATAAGGAATAG	MEPTVCPWCQSEIVWDEEIGPEDTCPHCANELKGYRTLNIALDDEETQDDPEEYEEDYEASDEEAGDLQRIWGSDHESLSSLRTVDKYGEDHDLFAFEETVEGILDQQEEVPECLHCREYMLHAGTQHVSGEGFQPVNAALIQGPILQPPYDLNVYVCPGCFHVQYNLAENDRLRMIKSFIHNKE				NA	NA	NA	NA	NA
JZ016_02770	420			hypothetical protein	ATGACGGAAGCGATTGATCATTTGCTGGCCCATCCACTCGGGGTGCTCGTCGGCTATTTCTCGGTTGCGATACTTGCACTTATTGTTTACTTGTATTGCTTTGAATTGGTTACCAAGTACAATTGCTGGGATGAAATACGCAAAGGAAACATCGCGGCGGCCATGGCGACCGGCGGGAAGATCTTTGGCATCGGTAACGTGATGCGGTACAGCATAACGGCGAATACGTCCATTTATGGCATGATTAAATGGTCGTTCTTCGGGTTTATACTGCTTTTATTGGCTTATTGGTTGCTTGAGTTCTTGACGCCTGTGTTTTCGGTCGATGAAGAGATTGGCAAGGATAACCGAGCAGTGGGCTTGATCGTACTTCTTATCACCGTATCTTTATCTTACATTATTGGAGCGAGCATCATTTAA	MTEAIDHLLAHPLGVLVGYFSVAILALIVYLYCFELVTKYNCWDEIRKGNIAAAMATGGKIFGIGNVMRYSITANTSIYGMIKWSFFGFILLLLAYWLLEFLTPVFSVDEEIGKDNRAVGLIVLLITVSLSYIIGASII				NA	NA	NA	NA	NA
JZ016_02771	2370	mutS2_1		Endonuclease MutS2	TTGAATGACAAGATTTTGCAAACTTTAGAATACCGGAAAATTTTAAATACATTAACAAAATACACGCAAACCTCCATGGGAAGTGATAGAGCTGAAAAGTTAATGCCTGAAACCGACCTGGAGGCTGTAAAGGATCTGCTTGCGGCTACCGATCAGGCCTACACCGTAGACAGGCTCAAGGGCAATCCGTCTTTCCGCGGGATTACCGATATCAATGATGCTTTGAAGCGGGCCAGAATCGGAGGGACGCTCAGTCCCCATGAATTGCTGGCTACGTCGAATACGATTCATGGATCACGCCGAATCAAGCGGTTTATTGCGGCGATTCATGAGGACGAGAAGATTGAGATCCTCTATAATCTGAGTGATCTTATTTCGGAGCAAAAGCCCCTGGAAGACGCCATTCGGCTGTGTATTGATGATGCTGCTGAGGTCCTTGACTCCGCAAGCGCCGAGCTTTCCCAGATCCGGCGGGAGCTGAGGGGCGGAGAAGTTCGCATTCGCGAGAAACTGGAGTCCATGATTCGATCGCAATCCGTGGCGAAGATGCTGCAGGACCAGTTAATTACAATACGCGGCGACCGTTTTGTCATCCCCGTTAAAGCGGAATATCGCTCGCATTTTGGCGGTATCGTGCACGACCAGTCCGGGTCAGGCGCGACGCTGTTTATTGAGCCGGAATCCATCGTAGCCATGAACAACAAGCTGCGCGAGACGCGAATGCGGGAAGAGCGGGAGATCGAAGTGATTTTGCAGAAGCTGACCGCCCAGGTCGGCGAACAGGCTGAGCTGCTGTCCATTGACTTGGATCTGATCGGCCAGCTCGACTTTATTTTTGCCAAGGCTCGTTTGGCCCATGTCATGAAGGCTTCACTGCCAAGAATGAATGACAGAGGCTATATTAAGCTGCGTAAAGGCCGACATCCGCTGATTCCGGCGGATCAGGTTGTGCCGCTTGATGTGGAATTGGGCAATTCCTATACATCCATCATCGTCACGGGTCCGAATACCGGCGGTAAGACGGTTACGCTCAAAACGATCGGGTTATTAAACCTGATGGCGATGTCCGGACTCTTTATTCCAGCCGAAGAAGGCAGCCAGATGTGCGTGTTTGATGCGATCTACGCGGACATTGGTGATGAGCAAAGCATTGAGCAGAGCCTCAGTACCTTCTCCAGCCATATGACGAACATCATCCGAATATTGAGCCAGATGACGCCAAAGAGTCTCGTGCTGCTTGATGAGGTTGGAGCAGGGACCGACCCTGCGGAGGGTTCAGCTCTGGCGATTTCCATCCTGGAGCATATCCACCGCATGGGCTGCCGCATGATTGCGACGACGCACTATTCTGAATTGAAGGCTTATGCATATGAACGCAAAGGCGTAATTAACGCCAGCATGGAGTTCGATATCAATACCCTAAGCCCGACCTACCGGCTTCTGGTAGGCGTACCTGGACGCAGTAATGCGTTTGCCATTGCAGAACGTTTGGGATTGCCGGGATCCATTCTGGAATTTGCCCGTGGCGAAGTCAAGGAAGAGGATCAACGGGTGGAGCATATGATTGCATCCCTCGAAGAGAACCGTCACACCGCGGAAGTTGAGCGTGAGAAGGCGGAGCAGGTTCGGAAGGAAATGGAGGACCTGCGTCTTCGTCACCAGCACGAGCTTCAGAAGCTGGAAGAGCAGAAGGACAAGCTGGTTGATAAAGCACGTGCCGAGGCGAGACAGATCGTGGACAAGGCTCGGAGTGAGGCAGAGGAAATCATCGCGGATTTGCGCAAGATAGCCCAAGAAGAAGGGGCTTCCGTTAAGGAGCATAAGCTGATTGCTGCCAGAAAGCGTTTGGATGATGCCGAACCGCAGCAAGGCAAGAAGACGGCTGGCCAGCGTTCAGCGCAGCAGCAGCGCAGCATTGAGCCTGGTGACGAGGTTCGGGTATACAGCCTGAATCAGAAAGGGCACGTCGTGGAAATGGCCGGCTCGAAAGAAGCGGTTGTTCAGCTCGGCATCATGAAGATGAAGGTATCGCTGGATGATTTGGAGCTGCTGTCGAATCCGGCAGCAAACGCTAAACAGGCGCCGAAACAGCATGCGACCGTCTTGAAACGGACTCGCGATACCAACATCCGGAACGAGCTGGATTTAAGAGGCGCGAATCTGGAAGAAGCGCTGATTGAGGTGGATCGGTTCATTGATGAGGCATTTCTGGGGAACTTGGGTCAGATTTACATCATTCATGGCAAAGGCACCGGGATCTTGCGAACCGGAATTCAGGATTATTTGCGCAAGCACAAGCATGTTAAGAGTCATCGTTTAGGTAATTACGGTGAAGGCGGCAATGGCGTTACCATTGCCGAGCTGAAGTAA	MNDKILQTLEYRKILNTLTKYTQTSMGSDRAEKLMPETDLEAVKDLLAATDQAYTVDRLKGNPSFRGITDINDALKRARIGGTLSPHELLATSNTIHGSRRIKRFIAAIHEDEKIEILYNLSDLISEQKPLEDAIRLCIDDAAEVLDSASAELSQIRRELRGGEVRIREKLESMIRSQSVAKMLQDQLITIRGDRFVIPVKAEYRSHFGGIVHDQSGSGATLFIEPESIVAMNNKLRETRMREEREIEVILQKLTAQVGEQAELLSIDLDLIGQLDFIFAKARLAHVMKASLPRMNDRGYIKLRKGRHPLIPADQVVPLDVELGNSYTSIIVTGPNTGGKTVTLKTIGLLNLMAMSGLFIPAEEGSQMCVFDAIYADIGDEQSIEQSLSTFSSHMTNIIRILSQMTPKSLVLLDEVGAGTDPAEGSALAISILEHIHRMGCRMIATTHYSELKAYAYERKGVINASMEFDINTLSPTYRLLVGVPGRSNAFAIAERLGLPGSILEFARGEVKEEDQRVEHMIASLEENRHTAEVEREKAEQVRKEMEDLRLRHQHELQKLEEQKDKLVDKARAEARQIVDKARSEAEEIIADLRKIAQEEGASVKEHKLIAARKRLDDAEPQQGKKTAGQRSAQQQRSIEPGDEVRVYSLNQKGHVVEMAGSKEAVVQLGIMKMKVSLDDLELLSNPAANAKQAPKQHATVLKRTRDTNIRNELDLRGANLEEALIEVDRFIDEAFLGNLGQIYIIHGKGTGILRTGIQDYLRKHKHVKSHRLGNYGEGGNGVTIAELK				NA	NA	NA	NA	NA
JZ016_02772	357			hypothetical protein	ATGCAATTTCTCGGGCACGTTGTTCGATTTATCGTTGCCGCGCTCGTTCTTATGGTTGTCGGATGGATTGTCCCCCAATTCACCGTCGGCGGATTCGGAAGCGCCCTGTTGCTTGCACTCGTTATAGCCCTGATTGGTTGGGCTATTGAGGGCATCTTCGGCAAAAAAGTCACGCCTTTTGGACGTGGCATCGTGGGCTTCCTAGTGAGCGCACTCGTGATTTACCTTGCCCAATTCATCGTTGGAGGCGTTAGCGTCTCCGTATTGGGCGCCTTGCTTGCTGCACTGGTCATCGGGATCATCGATCTGTTCATTCCGATTTCCACCCCTTTTGAAGCAGGCAAAACCCGCAAATAG	MQFLGHVVRFIVAALVLMVVGWIVPQFTVGGFGSALLLALVIALIGWAIEGIFGKKVTPFGRGIVGFLVSALVIYLAQFIVGGVSVSVLGALLAALVIGIIDLFIPISTPFEAGKTRK				NA	NA	NA	NA	NA
JZ016_02773	387			hypothetical protein	GTGAAAAAAGGCATAGCTTTACTTGTTTCATGTATGCTCCTTTTTGTATTGGCTGCCTGCGGCGGAGACCAGAAAGAGTCCCAAGGAGGTTCCGGGATCTCGGATACTGGCGTAGCACCGGAAGCTGAACTCGTCATTAAGGGCACCAATTTTCAATTCGACCAAGAGGAATATCGACTCAAGAAAGGTGTGCCCGTCAAGATCACTTACGAGAACGAAGACGGCAACCACGGCGTTATGATTCCTGCACTTGGCCTGCAGCTGGACCGTAAAAACAACTCCGCTGTCGTTACGCCGGATGAAGCGGGAGAATTCGAAGTTTCGTGTTCCATTATGTGTGGAGCGGGTCACAGCAAAATGATCTCCAAACTTATCGTCGAAGAATAG	MKKGIALLVSCMLLFVLAACGGDQKESQGGSGISDTGVAPEAELVIKGTNFQFDQEEYRLKKGVPVKITYENEDGNHGVMIPALGLQLDRKNNSAVVTPDEAGEFEVSCSIMCGAGHSKMISKLIVEE	PGPT0004030_4345	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275	NA	NA
JZ016_02774	1998	zapA		Cell division protein ZapA	TTGACTACATCGGACCGTAAAAGCGTTACCGTAGACATCTACGGAACTTCCTATAAACTCGTTGGCAGTAGCAGTGATTATACCAGACAGGTAGCGAATTATGTAGATGACCGCATGCGTACCATATCCAAGGCGCACTCTCGATTGGATACCCCGCGCATTGCCGTCCTAGCTGCAGTACATATGGCTGAAGAAGCTTTGCAGAAGCTGGAGTTTCAGAATGAGGCCAAGCAGATGACGGCCGAGCGGAATGAACTGCGCACGGAGCTTGCCAAGGTGCAAGGACTTCAAATCGAGCAGCAGGAGAGACATCGTCAGCAGCTGGAGCAGCTGGAGGGCAAGCTGGCGGAGCAGACAACGCTGGCTGAGGAATACAGGAAGTCCAAGGAGAATCTAACCGCGGAGTCAGAGCGTACGAAGGAATTGCTCCAGAAGGAATCGGACCGCGTGGCGGAACTGCTGAAGGAGAAGCAGCAGCTTGAGGCGCGTCTTAAGGAGCAGCGTGAGAAGCTGGAGAGCGGCCATAAGCAGTCTATTGAAGATATGAAGCGCCGCTATGAAGGGCAAATTTCACAGCTGACGCTCACTCATAGGCAGGCCATCGAGAAGCTGGAACAGAGTCAACGGACTTCTGCGAAGCAGGCCGAAGAGAAGCTGGCTGAACAATTGAAGAAACAGGAGAGCACCTATAAACAAGAGGCGCTCCTGAAGGAGCAGCAGCACTCGAAGACCGTGCAGGATCTGGAGCAGAAGTATACGAAGACGGTGCAGGATCTGGAACAGAAGAATGCGAAAACCGTGCAGGATCTGGAACAGAAGAAAGCGAAAACCGTCCAGGATATGGAGCAAAAGCATACGAGGACCGTTCAGGATCTGGAGAAGCAGCTTGCCGAGCAGCGAACGCGCGGTGGTCAGCTCCAATCACGTTTGTCGTCCGCGGAGAAGGAACTGGGTATTGTAAAAGCGGAATCGGACAAGCTGAAGGAAGCGCTCCAATCGTCCAGGCAGCAAGCCGAAGCCTCTTCGCAGGAATTGCGTTCCTTCCGTACGAAGGTGGAGGGGCTGACGAAGGAGCTCGAAGGACTGAAGCAGGAATCCGCCAAGTCGGAGGAAGAGCGCCGTCGTCTGCAGAAACTTGTGGTGGATGCGAATCAGACCTCCCGCAAGCAGCAGGAAGAGCTGCAGCGTCTAAGCAGCGAGCTTCAATCCTGGCGTACGCTGGCTGATCAGCGCAAAGAGGAAACCGGCGAGCTGGAGATGCGAATTGTCGAGCTTATGGAAGCGAACGAGAGCCTGGAAGAAGGAATGAAGGGACTTCAGGATGAAATCCAGGTCATGAAGGACGAAGCTGACCGGAGCATGTCCGAGCGCCGAAGTGCCCAAGAGGAATTGAAGGAACTGCAGCTTCGCCATGAAGAATTGGAGAAGCTCACGAAGGAAGCGGGAACCCGAGAGGAAGAGACCAGCAAACTGTACGCCATGCTGGAAGAAGAATACGATACGGTGTCGAATCAGCTGGATGAGCTTCGCAAGAAGGCAGCTGCCAGTGAAGAGCGCGCACGTGAACTCGCCGAGCAGCTGAGAGATTCAGAGGAACGCGCCGTTCAGTGGCAGGAGCAATACCAGCAATGGATGGCGGAACGGGAGCAGCTTGCCAAGGACAGCGAGAAGCTGGCCGCCGAGCGCGATGAGTGGAAACGAACCAAGCTTGCTCTCGAAGAAGAGCTCCAGTCCTGGCAGCAGGAAATTGCATCCGCACGCCAAGCCTGTGAGCGTCTGGAAGACGAGAAAAGTGAAGCGGCGCAGCAGTATTCCGATTTAGGTGAACAGTATGAGCTGGTTATGCACCAGTATCGTCTGCTCCAGGCAGAACAGGAATTGAAGGCGGAGCAATCTGCGCAGCTTGAAGAAGAACACCGTAAGCTGAAGGAAGAGTATGCGAAGCTCCAAGTTGAATATAATGAGTGGATCGAGTTGATTGAGCAGGATCAGCGTTAG	MTTSDRKSVTVDIYGTSYKLVGSSSDYTRQVANYVDDRMRTISKAHSRLDTPRIAVLAAVHMAEEALQKLEFQNEAKQMTAERNELRTELAKVQGLQIEQQERHRQQLEQLEGKLAEQTTLAEEYRKSKENLTAESERTKELLQKESDRVAELLKEKQQLEARLKEQREKLESGHKQSIEDMKRRYEGQISQLTLTHRQAIEKLEQSQRTSAKQAEEKLAEQLKKQESTYKQEALLKEQQHSKTVQDLEQKYTKTVQDLEQKNAKTVQDLEQKKAKTVQDMEQKHTRTVQDLEKQLAEQRTRGGQLQSRLSSAEKELGIVKAESDKLKEALQSSRQQAEASSQELRSFRTKVEGLTKELEGLKQESAKSEEERRRLQKLVVDANQTSRKQQEELQRLSSELQSWRTLADQRKEETGELEMRIVELMEANESLEEGMKGLQDEIQVMKDEADRSMSERRSAQEELKELQLRHEELEKLTKEAGTREEETSKLYAMLEEEYDTVSNQLDELRKKAAASEERARELAEQLRDSEERAVQWQEQYQQWMAEREQLAKDSEKLAAERDEWKRTKLALEEELQSWQQEIASARQACERLEDEKSEAAQQYSDLGEQYELVMHQYRLLQAEQELKAEQSAQLEEEHRKLKEEYAKLQVEYNEWIELIEQDQR				NA	NA	NA	NA	NA
JZ016_02775	2451	pheT	COG0072	Phenylalanine--tRNA ligase beta subunit	ATGAGAGTTTCAACCGATTGGTTGTCCGATTATATTTCGCTCGAAGGCGTAACCTCTGAGGATTTGGCGAGCCGCATTACTTCGGCTGGTATTGAAATCGATGTGATCGAGAAACGGAATCAAGGCATTAATAAAGTGGTCGTCGGCTACGTTAAGAGCAAGGAGAAACATCCTGATGCAGACAAGCTGAATGTATGCATCGTGGATGCGGGTCAGGAGGAAGATCTCCAGATCGTGTGCGGAGCCAAAAATGTGGATGCGGGCCAGAAGGTGCCGGTGGCGCTTGTGGGCGCGAAGCTGCCTGGCGGTATGGATATCAAGAAGGCCAAGCTGCGCGGCGTGCTCTCCCAAGGCATGATCTGCTCGGCGAAGGAACTGGGCATGAATGACAAACTGCTGCCTAAAGAGCTGCAGGAAGGGATTCTGGTACTTCCGACGGATACGGAAATCGGCAAACCGATTGTGGATGTGCTCGGTCTGAACGATGAAATTTTGGAACTGGATCTGACACCGAACCGCTCTGACTGCCTCAGCATGCTGGGAGCCGCTTACGAAGTGAGCGCCATACTGGGGCGTGAGCTCAGTCTTCCGAATCCGGAAAAGGAAATGCTGGAAGTTCAAGATGCAGCGGCCGATCATATCTCGGTTACGATTGGCGCTGACGAGCAGTGCAGCCATTATGCGGCACGCTACATTACCGGTGTAAAGATCGGTCCTTCTCCGCTGTGGATGCAGAACCGCTTGATGGCGGCAGGCGTGCGCCCGATCAGTAATATCGTGGACATTACAAACTATGTGATGCTGGAATATGGCCAGCCGCTGCATGCTTTTGATGCCGATCAGCTGAAGGATGGCGCGGTTCACGTGCGTATGGCTGAAGCTGGCGAAACGATGGTGACGCTGGACGGCACGGAGCGTCGTCTGGAGCCGCATATGCTGGTGATTACAGCTGGCGGCAAGCCAGTGGCCTTGGCTGGCGTTATGGGCGGCCTGGAATCCGAAGTAACGGACAGCACGGTGAATATTTTCTTGGAATCGGCGAAGTTCGATGGCGGAACCGTACGCAAAACATCCCGTCAGCTCGGACTGCGTTCAGAGGCAAGCTCCCGCTTCGAGAAGGAAGTGGATCCCGCCGCAGTTATCCCTGCACTGAACCGTGCAGCGGCACTGATGGCGAAATATGCCGGCGGCGCTGTCCATCAGGGAATCGTCGAAGCAGGCAGTGCGGACACCGAGCCTACCGTGATTACTTTATCGCTGGAGAAGCTCAATCGTTATCTTGGTACGGATCTGTCCCTGCTTGAGGTCAAAACGATCTTTGCCCGGTTGCATTTCCCTTGCGGAGATGCGGGCCAAGGATTGGTGGATGTGCAAGTGCCGTCCCGCCGCGGCGATATCGTGCTTGACGTAGATCTTATTGAAGAGGTGGCCCGTCTGTATGGATACGACAATATCCCGACAACGGCCATAGAAGGTCCGACGACACCGGGTTCATTGACGATCGCTCAGGCCATCCGCCGCTCGCTTCGCCGTTTGCTGACGCATAGCGGATTCCAGGAGGTTCTGGGTTATTCCTTTATCCATCCGCAGCAAGCGGAAATGTTCACTTCCCTGTCGTCAGACGGGACAGCGGTTAAGCTGGCCATGCCAATGAGCGAGGACCGCAGCGTCCTTCGTACCAGCTTGCTCCCACAGCTGCTGGATATCGCGGTGTACAACCATAACCGCAAGCAGCCGGACCTGGCCCTGTTTGAAATAGGGAACCTGTTCCATACACATGAGAAGACGTTGACGAAGCAGCCGCTGGAGCGTCCGGTTCTTGGTTTGCTGCTGTCGGGACGCAAAGGCAGCAAGCAATGGAATGTCCAGCCGGCCAAAGTGGATTTCTTCGATTTGAAGGGTGCGCTCGAGACGGTGCTCGACTATCTTGGAATTCGCGCGGAAGATATCACTTACGAGGCTAACGGACCGGTTGGCTTCCATCCGGGGCGTTCCGCTTCCGTGTATGCGGGTCAAGGCGAGAATAAGAAGCTGCTAGGTGTGCTCGGACAAATTCATCCGAAGACGCAGCAGGAGCTGGATTTGGAAGATGCTTATGCCGCTGAAATTCTGCTTGAGCCGCTGTATGAGCTGACCAACGCCCGCGTCGTTTACCGCGATTTGCCTAGATTTCCGGGCATGGAACGAGATCTTGCCATCGTCGTGAATGAGGAGGTTGAAGCCGGCTCCCTGATTCAAGTGATCAAGGAGAATGCAGGTGAGCTTCTGCAGCAGATTCAGGTGTTTGACGTCTTCACGGGCAGCAAGCTTGGAGAGGGCAAGAAGAGTGTTGCCATCTCCATGACGTACCGTCATCAGGAACGGACCCTGACCGATGAAGAGGTTGCCGGCGTCACGGAAAAAGCGGTTGCTGCCCTTCAGCAAACTTTTGGCGCAGAATTAAGAAAATAG	MRVSTDWLSDYISLEGVTSEDLASRITSAGIEIDVIEKRNQGINKVVVGYVKSKEKHPDADKLNVCIVDAGQEEDLQIVCGAKNVDAGQKVPVALVGAKLPGGMDIKKAKLRGVLSQGMICSAKELGMNDKLLPKELQEGILVLPTDTEIGKPIVDVLGLNDEILELDLTPNRSDCLSMLGAAYEVSAILGRELSLPNPEKEMLEVQDAAADHISVTIGADEQCSHYAARYITGVKIGPSPLWMQNRLMAAGVRPISNIVDITNYVMLEYGQPLHAFDADQLKDGAVHVRMAEAGETMVTLDGTERRLEPHMLVITAGGKPVALAGVMGGLESEVTDSTVNIFLESAKFDGGTVRKTSRQLGLRSEASSRFEKEVDPAAVIPALNRAAALMAKYAGGAVHQGIVEAGSADTEPTVITLSLEKLNRYLGTDLSLLEVKTIFARLHFPCGDAGQGLVDVQVPSRRGDIVLDVDLIEEVARLYGYDNIPTTAIEGPTTPGSLTIAQAIRRSLRRLLTHSGFQEVLGYSFIHPQQAEMFTSLSSDGTAVKLAMPMSEDRSVLRTSLLPQLLDIAVYNHNRKQPDLALFEIGNLFHTHEKTLTKQPLERPVLGLLLSGRKGSKQWNVQPAKVDFFDLKGALETVLDYLGIRAEDITYEANGPVGFHPGRSASVYAGQGENKKLLGVLGQIHPKTQQELDLEDAYAAEILLEPLYELTNARVVYRDLPRFPGMERDLAIVVNEEVEAGSLIQVIKENAGELLQQIQVFDVFTGSKLGEGKKSVAISMTYRHQERTLTDEEVAGVTEKAVAALQQTFGAELRK				NA	NA	NA	NA	NA
JZ016_02776	999	pheS	COG0016	Phenylalanine--tRNA ligase alpha subunit	TTGGCGCAATTGCAGGATGTTACCGATCCGCAGCAGCTGAATGATCTGCGGGTGAAATACCTTGGCAAAAAAGGGGCTTTGACGGAAATCCTGCGCGGAATGGGTGCGCTGAGCGCAGAAGAGCGTCCTGTTATCGGCCAGGTGGCCAATGACGTTCGGGGCGCGATTGAGGAAGTCATCTCCGGCAAGCAGGAAGCATTCCTGCAGCAGGAAACCGAAGAGCGCCTGCGTGCAGAGAAGGTGGACGTAACCCTCCCGGGCCGCAAGCTCAGCCAAGGCGCTGTTCATCCATTGAGCAAGGTGATCCAGGATATCGAGGATATCTTTATCGGGATGGGTTATCAGGTAGCAGAAGGACCCGAGGTGGAAACGGACTACTTCAACTTCGAAGCGCTGAATCTGCCAAAGAATCACCCGGCACGTGACATGCAGGATTCCTTCTATTTGACGGAAGATCTGCTGATGCGTACTCAGACATCCCCGGTGCAAGCCCGGACCATGCTGTCGATGCAAGGAAAAGCACCTGTCAAAATCATCTGCCCGGGACGCGTATTCCGCCGGGATGACGATGACGCGACGCATTCGTTCCAGTTCCACCAAATCGAGGGCCTGGTCATCGGCGAGAACATTCGCATGAGTGATCTGAAAGGAACGCTGCTGCAATTCGTGCAGGAGATGTTCGGCGATAACACGCAGATCCGTCTGCGTCCAAGCTTCTTCCCGTTCACGGAGCCGAGTGCGGAAGTGGACGTATCCTGTGTAAGATGCGGCGGCAGCGGCTGTCGCGTATGCAAGCAAACAGGCTGGCTTGAGATTTTAGGCTGCGGCATGGTTCATCCGAAGGTGCTTGAAATGGGCGGTTATGACCCTGAGAAGTACAGTGGTTTTGCTTTCGGTATGGGGGTTGAGCGGATTGCGATGCTGAAATACGGCGTGGATGACATCCGTCACTTCTTTAACAACGATACAGCATTCTTGAATCAGTTCACGAGGATCTAA	MAQLQDVTDPQQLNDLRVKYLGKKGALTEILRGMGALSAEERPVIGQVANDVRGAIEEVISGKQEAFLQQETEERLRAEKVDVTLPGRKLSQGAVHPLSKVIQDIEDIFIGMGYQVAEGPEVETDYFNFEALNLPKNHPARDMQDSFYLTEDLLMRTQTSPVQARTMLSMQGKAPVKIICPGRVFRRDDDDATHSFQFHQIEGLVIGENIRMSDLKGTLLQFVQEMFGDNTQIRLRPSFFPFTEPSAEVDVSCVRCGGSGCRVCKQTGWLEILGCGMVHPKVLEMGGYDPEKYSGFAFGMGVERIAMLKYGVDDIRHFFNNDTAFLNQFTRI				NA	NA	NA	NA	NA
JZ016_02777	1869	ybiT_1	COG0488	putative ABC transporter ATP-binding protein YbiT	ATGACCATGATTCTAAAAGCGAAAGATATAAGTATGGAGCTCCAAGGGAGGCCGTTGTTTGAAGGCATTCAGCTGGAGGTGGCAGAAGGAGAGCGGATTGCGCTGTACGGGCGCAACGGCACCGGCAAAACCACGCTCCTCTCGATTCTGGCCGGCGAGCTCGAACCTGCCTCAGGCGTTGTGGAGACGATTCTCCCACGAGATCGCTGGGGCTGGCTCAGGCAGCAGGATGAGCCGGACGAAATCGATCGGAGTGCCATCGATACGGTGCGCAGCCGCAGTAACCCTTCGTTGTGGCAGCTGAAGCTTCAGATTGCCAGCGTCGAGCAGCGGATGAATGGCGGCAGCGCTGCTGAGATGGAATCATTGCTTGAGCAATATGGCAATCTGCTGGAGCGTTACGAGTCCCAGAACGGTTTCCAGTGGGAGACCGAGGTGGAGAAAGCGATGACGATGCTGGGCATCGGGCCGGAGGTATGGCCTGTGTCTTACCGCGAGCTGAGCGGAGGCCAGAAGACGAAGGTCATGCTGTCAGGGCTCCTTGTATCGGCACCGAAATTTTTACTGCTCGACGAGCCCACGAACCATCTGGACAGTGACAGCTTGGTCTGGCTGGAGCAGTGGCTGGTATCATCCTACAAAGGCACCGTGTTGTTTGTATCCCATGACAGAGAGTTCATCGACCGGGTAGCAACCTCTGTATGTGAGCTGACCTCGGAGGAACTCCGGCGTTACCGGGGAGGATATACGGATTACCGCCGTGAAAAGGAAAGGGAGCTGCGCGAGCAGGAGACGCTTTACCGAAAGCAGGAGCTGGCCCGCAAAGCGCTGGAGGAATCGATCCGAAGATATGAGGAATGGTTCCATAAAGCACATAACGCGGCCGGGGACGTGAATGACGTCAAGATCACCGCCAGCTTTTACAAGGCCAAGGCCAAGAAGAACATCTCAAGATATCATGCCAAGGAAAAAGCGCTGGAACGGCTGGAAGCAGAGCGGGTGGATAAACCGCGAAACGGTCCCAAGCTGAACATGGAGCTGGAAGGGGAGGCTTTCGGCGGCCGTACCCTCGTCCAAGTGAAGGATATCTGTTTTGGATACGGAGATCAGCAGCTTTTTAATAAGCTAACCTTCTATCTGAACCGCGGCGACCGGTTGGCCGTAAGAGGCCCTAACGGGAGCGGGAAAACGACACTGCTTAAGCTGCTTCTGGGCGAAATCGAACCGCATGAAGGCCGGATTACCCGAAATCCTTCCGTCAAGATCGGTTATTTCTCGCAGGAGCTTGAGGGGCTGGAACCCGAAACCACGCTGCTGGACAGTCTGCTTGTCATTCCGGGAATGACGGAGAGCCGTGCGCGTACTTTGCTGGGTTCGTTCCTCTTCAGACGGGACGATGTGTTTAAGAAGATGGGGCAGCTGAGTATGGGAGAGAAGTGCAGAACGGCTTTTCTCAAGCTATACTTCAGCGGTGCGCATCTGCTTGTGTTGGATGAACCCTCCAACTACCTGGATGTGGATACCCGCGAGGTGATTGAACAAGTGCTCGTGAGTTTTCCCGGTGCGATTGCGCTCGTATCCCATGACCGGTATCTTGTGCGTAAAATCGCGAACCGACTGCTTACGCTGACGCCCGGGGAAGATCCGGTTTGGTTCGAGGGAAGTATGGACGAGGAGGATGAGCAGGCCTCGCGGACCGGCGTGATCAAGGGAGATACGGAGAAGGACAACCGGCGGATGGAGCTCGAATACCGGATTCAGGAATTACTGGGATTGTCAGCCGAAGATCTTGAACCCGGGGACGAGGGAAGCTGGCTTGCCGAGATTAGGGAACTTCGGGCTGAGCTGGCTACACTTCAGTCGGAATAA	MTMILKAKDISMELQGRPLFEGIQLEVAEGERIALYGRNGTGKTTLLSILAGELEPASGVVETILPRDRWGWLRQQDEPDEIDRSAIDTVRSRSNPSLWQLKLQIASVEQRMNGGSAAEMESLLEQYGNLLERYESQNGFQWETEVEKAMTMLGIGPEVWPVSYRELSGGQKTKVMLSGLLVSAPKFLLLDEPTNHLDSDSLVWLEQWLVSSYKGTVLFVSHDREFIDRVATSVCELTSEELRRYRGGYTDYRREKERELREQETLYRKQELARKALEESIRRYEEWFHKAHNAAGDVNDVKITASFYKAKAKKNISRYHAKEKALERLEAERVDKPRNGPKLNMELEGEAFGGRTLVQVKDICFGYGDQQLFNKLTFYLNRGDRLAVRGPNGSGKTTLLKLLLGEIEPHEGRITRNPSVKIGYFSQELEGLEPETTLLDSLLVIPGMTESRARTLLGSFLFRRDDVFKKMGQLSMGEKCRTAFLKLYFSGAHLLVLDEPSNYLDVDTREVIEQVLVSFPGAIALVSHDRYLVRKIANRLLTLTPGEDPVWFEGSMDEEDEQASRTGVIKGDTEKDNRRMELEYRIQELLGLSAEDLEPGDEGSWLAEIRELRAELATLQSE				NA	NA	NA	NA	NA
JZ016_02780	963	mhpE		4-hydroxy-2-oxovalerate aldolase	ATGATTAAGAGTAGTCAGACAAAGATTGTAGACTGTACCATTCGCGATGGCGGACTGGTAAATAACTGGGATTTTAGTGTAGAATTTGTACAAAATTTATATGCGGGCCTGAATGAGGCTGGCGTGGACTATATGGAAATCGGCTATAAAAATTCGCCTAAACTGCTGAAAGGCGCTGATCAGGCGGGCCCTTGGCGTTTTCTGGATGATGAATTCCTCAGAGAAGTCATTCCTCATAAAGGTAAAACCAAACTGTCCGCACTTGTAGATATCGGCCGCGTGGATGAAGACGATATTTTGCCGCGCGAGGAAAGCTTGCTGGATCTCATCCGTGTCGCTTGTTACATTAAAGACGTGGATAAGGCGCTTGCGCTGGTACAGACCTTCCATGATCGTGGTTACGAGACTACGCTCAACATTATGGCTCTCTCCAACGTAATGGAGAACGAGCTGCTGGAAGCTTTTGAGCTGATCAGGGAGAGCGTCGTGGATGTGGTATATATCGTCGATTCTTACGGAAGCCTTGATCATAAGGATATGGAATACCTTGTGAATAAGTTCAAGACGCATCTGCCGAACAAACGCCTGGGCGTTCATACCCATAACAACATGCAGCTGGCGTTCTCCAACACGCTGGTCGCTGCAGATCTTGGCGTTGAGCTTCTGGATGCATCCGTATACGGGATGGGACGTGCGGCTGGCAACTGCCCGACCGAGCTTTTGGTTACCCATCTGAAAGGCACCAAGTATGAACTGCGTCCGGTACTGGATATTATCGAGCGCTACATGATTCCACTTCGTGAAAAAGAAGAGTGGGGTTATATCATGCCTTACATGATTACAGGCACCCTGGATGAACATCCACGCTCCGCCATGGCCCTTCGTGCTTCGGACGATAAAGACAAAATTGTGGATTTTTATGATAAATTGACGACACCGGAAGTGACTTTCGACAAAAAATAG	MIKSSQTKIVDCTIRDGGLVNNWDFSVEFVQNLYAGLNEAGVDYMEIGYKNSPKLLKGADQAGPWRFLDDEFLREVIPHKGKTKLSALVDIGRVDEDDILPREESLLDLIRVACYIKDVDKALALVQTFHDRGYETTLNIMALSNVMENELLEAFELIRESVVDVVYIVDSYGSLDHKDMEYLVNKFKTHLPNKRLGVHTHNNMQLAFSNTLVAADLGVELLDASVYGMGRAAGNCPTELLVTHLKGTKYELRPVLDIIERYMIPLREKEEWGYIMPYMITGTLDEHPRSAMALRASDDKDKIVDFYDKLTTPEVTFDKK	PGPT0002050_1011	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-3-PHENYLPROPIONIC_ACID|CINNAMIC_ACID_RESISTANCE,PGPT0002050-mhpE-K01666	NA	NA
JZ016_02781	1515	pepA_2	COG0260	Cytosol aminopeptidase	ATGAAGTGGACATTAAAGGGCAGTTTATCATCCGGGCAAGTACATACCGATGCGATCATTGTTCCCGTAACGAAAAAACAAGCGGCGGATGGCGGCGTTTCCGAGTCCTGGGATCCACTGCTCAAACAGTTGGTCGAGAATCGGTTATTTGATGGCACTCCGAATCGGTCATTCGTATGGCCCGAGAGCATCGAAGGGGGAGCACGCTTGTTAATATGGCTGGGACGTCCCGAAGGAATTCTGACATCCGAGCAGCTGCGGCTGCTTGCAGCACAGGCAGTAAAAGCAGCCGGGAGATCGGGTGTACGCAGTGCCGCCATTCAAATTCCAAATACGATGGTTAACTTTACCGCCGAACAGACGCCACAAGATGCTGCACAGGCTTTAACTGAAGGGTTTATCCTCGGAAGCTATCGGAAACCGCATTATAAGCGTGATGCTTCCGAGCCGACGAATTTAGAAGAAATCCTCTACTATATAGAAGGCGATATGGATGCGGAATTTGAAGCAGGGTGGACGAAGGGAATGTCATTAGGCGCAGCGATTGGAGAAGCAACCTGCCTGGCACGAGACCTGACGAATCTGCCCGGCAATATGCTGCTGCCGGAAGACCTGGCCCAGAAGGCGCTTCAGTTGGCGAAACGGTATGGTTTCGAAGCCCAGGTACTGGACGAGGACGCCATAGACGAGAAGGGTATGGGCGGCCTCCTGGCCGTAGGCAAAGGCAGCATCCATCCACCGCGTATGATCGCGATCCGTTATCAGGGACGGGAGACGTGGGAGGATGTTATCGGCCTTGTTGGCAAAGGGGTTACGTTTGATACCGGTGGCGTGTCGCTGAAGAGGGCATCCGGAATGGAGGATATGATCAGTGATATGGGCGGGGCGGCTACCGTAATGGGCGTTATGGAAGCGTTAGGACGGATTCGCCCCAGAGTCAATGTAGTGATGGTGATTCCGACTGCGGAGAATGTGATGAGCGGTAGTGCCTTTAAACCCGGCGATATCGTCACGACACTGAGCGGCCGCACCATCGAAGTATTGAATACGGATGCCGAGGGCCGTATCGTGCTTGCAGACGGAATAACCTATGCCAAGCAGCTTGGAGCTTCGCGTTTGATTGACGTAGCTACATTGACGGGGTCCGTCGTTTCGGCTCTTGGGGATATCGCCACTGGGGCCGTAACCAATGATGAGACTTTTTTGCAGGAGTTTATTGCCTCCTCCCGGAGGGCCGGCGAAAAAATATGGCCGCTGCCATCCTATCCGGAGTTTTGGGATAAATTGAAGAGTGAGGTGGCGGATTTACGAAATCAAACGGGCCGAGAAGGCGGGACGATAACGGGCGGTCTTTTTGTGGGGACATTTGCTGATGGACTGCCTTGGGTGCATTTTGACATAGCAGGTACGGCATACCTATCCAAGGAGCGGGGCGTGGATCCCAAAGGGGCGACCGGCGTGCTCGTCCGCACCATCACCGATTGGATACTCAAACAGGCCCAGGTCGTCAATTGA	MKWTLKGSLSSGQVHTDAIIVPVTKKQAADGGVSESWDPLLKQLVENRLFDGTPNRSFVWPESIEGGARLLIWLGRPEGILTSEQLRLLAAQAVKAAGRSGVRSAAIQIPNTMVNFTAEQTPQDAAQALTEGFILGSYRKPHYKRDASEPTNLEEILYYIEGDMDAEFEAGWTKGMSLGAAIGEATCLARDLTNLPGNMLLPEDLAQKALQLAKRYGFEAQVLDEDAIDEKGMGGLLAVGKGSIHPPRMIAIRYQGRETWEDVIGLVGKGVTFDTGGVSLKRASGMEDMISDMGGAATVMGVMEALGRIRPRVNVVMVIPTAENVMSGSAFKPGDIVTTLSGRTIEVLNTDAEGRIVLADGITYAKQLGASRLIDVATLTGSVVSALGDIATGAVTNDETFLQEFIASSRRAGEKIWPLPSYPEFWDKLKSEVADLRNQTGREGGTITGGLFVGTFADGLPWVHFDIAGTAYLSKERGVDPKGATGVLVRTITDWILKQAQVVN				NA	NA	NA	NA	NA
JZ016_02782	1122	sasA_24		Adaptive-response sensory-kinase SasA	TTGAGTCAAATCCGTGAATCTGAGCTGCAGGCAATTCGTTCTTTTCATTCCAGCCAGCTTATAAGGAACAAGTATGAAAACATACTGGAGAATCTCGACAGCGGGATCATCCTCTTTGATAGTGACGGTGTGTTAGCATTTGTTAATGTACAGATGGCAAAATTGTTAGGTGTATCCCGTAAATCGCTGACTGGCTGTACGCTGACCCAACTATTGAGACATCCCCAGCTCTCCAGATTTAAGAAGAGAAAAATACTTCGCATTTTTCGGGAAACGGTATTCCACCGCAAGAGATTTCATGAATTGGTTGATGAATATGGCCGATCGTGGCTGATCACGATGACTTATGGGGACCAGATGGAAGGCGATTTTCTGATTAGCGTGAAGGATGTCTCCGACTTCAAACGAATTGAGCAAACCGCTTATCAGAACGATAAGCTGGCCATGCTGGGAAAAATCTCGGCCTCCATTGCCCATGAGATACGCAACCCGCTCACCTCCATCCGTGGCTTCATCCAACTGCTTCGTCCGCATCTCGTAAGTTTAGGTAAGGACGAGTATGCCAGAATTATACTTACGGAGATCGATCGCGCGAATGATATTATATATGAATTTCTAAATTCCTCCAAACCCTCGGCTCCAGAAACCAAAATTGTGTCCGTATCCTCTTTATTGAAGGAAGTTGTTCTGCTAACTGAAAGTGAAGCCTTAATGAAGGGATGCCAGATTAATCTGCATACCGATAAGACCCCGCCTGCGTTTATATCCGTGGATGTGAAGCAGATCAAACAGGTGATTCTGAATATTATTAAAAATGCCCTGGATGCGATTAATGAGCATCATGATGAGAACATCACCGGCGTGATTGATATCTCAGCCCGCGATACGGGGAAACATATCAACATCTGCATATCGGATAACGGCGGCGGCATGGATCAGAACACACTGAACCATCTGTTCAACCCGTTCTTCACAACGAAGGAGAGTGGAACGGGGCTCGGGTTATCCGTAAGTTACAGTATTATCAGAAACCATGGCGGTTCGATTGCCGTGGATAGCCAGGTTGGTGCCGGAACGGAGTTTGTGATTACTTTTCCCAAGCTGGACGTTTCGGAAGTCTAA	MSQIRESELQAIRSFHSSQLIRNKYENILENLDSGIILFDSDGVLAFVNVQMAKLLGVSRKSLTGCTLTQLLRHPQLSRFKKRKILRIFRETVFHRKRFHELVDEYGRSWLITMTYGDQMEGDFLISVKDVSDFKRIEQTAYQNDKLAMLGKISASIAHEIRNPLTSIRGFIQLLRPHLVSLGKDEYARIILTEIDRANDIIYEFLNSSKPSAPETKIVSVSSLLKEVVLLTESEALMKGCQINLHTDKTPPAFISVDVKQIKQVILNIIKNALDAINEHHDENITGVIDISARDTGKHINICISDNGGGMDQNTLNHLFNPFFTTKESGTGLGLSVSYSIIRNHGGSIAVDSQVGAGTEFVITFPKLDVSEV				NA	NA	NA	NA	NA
JZ016_02783	408			hypothetical protein	ATGAGTTTTTGCTGTGGGGCTAGTATGATGGGTACAAAGGGTACACTGAAGCATTATCGCACTCAAGTACATAATGTTCCCCTGCTGTCTTGTCCGGTCTGCCATCGCGTGGAGGTACATCATCGGGTTGAGAATGAGTATGAAATATTAGCTGAATATGCCCATGGTGACGGAGCATCCCAGGTGGATTTTCAGGATTATGTGATGGAAGATGAGGATGCGATTTTTGAGAATGTTGTCAACCGGGAGTCGGAGGATCCGCTAACGGTGGTTCAGAGTCAGATTGATATGTCGTTAGATCTCCTGGTGGTTGCCAAATGGATGGAGGATGAGAAGTGGCAGGGCGAACTGAAAAGACGGCTTGCCGTGATGAGTCAGCGCAGACTCCGGCTCCAGAAGCAGCCTTAA	MSFCCGASMMGTKGTLKHYRTQVHNVPLLSCPVCHRVEVHHRVENEYEILAEYAHGDGASQVDFQDYVMEDEDAIFENVVNRESEDPLTVVQSQIDMSLDLLVVAKWMEDEKWQGELKRRLAVMSQRRLRLQKQP				NA	NA	NA	NA	NA
JZ016_02784	540	ahpC	COG0450	Alkyl hydroperoxide reductase C	ATGGCAGAACGTTTGGTTGGTAAAGCGGCTCCTGATTTTACAATGGAAACTGTATCAGGAGACGGTAAAGATTTTGGTAAAGTAAGCCTGTCCGACTACCGCGGCAAATGGCTCGTATTCTTCTTCTATCCGCTTGATTTCACTTTTGTATGCCCAACTGAAATCACGGCTCTCAGCGATGCTTATGATCAATTCAAAGCATTGGATACTGAAATTCTGGGTGTAAGTGTTGACTCTATCCACAGCCACAAAGCTTGGATCAACACTGCTAAAGAAGCTAACGGTCTGGGAGCATTGAACTTCCCGCTGGCTTCCGACATCACCAAAAACGTAGCAAGAGACTACGGTGTTCTGATCGAAGAAGAAGGCGTTGCTCTGCGCGGCTTGTACATCATCGATCCAGAAGGCGAATTGAAATATCAAGTTGTAAACCATAACGACGTAGGCCGCAGTGTAGAAGAAACGCTTCGCGTTCTTCAAGCACTTCAATCCGGCGGATTGTGCGCTATGAACTGGAAACCAGGCGACAGCAACCTGTAA	MAERLVGKAAPDFTMETVSGDGKDFGKVSLSDYRGKWLVFFFYPLDFTFVCPTEITALSDAYDQFKALDTEILGVSVDSIHSHKAWINTAKEANGLGALNFPLASDITKNVARDYGVLIEEEGVALRGLYIIDPEGELKYQVVNHNDVGRSVEETLRVLQALQSGGLCAMNWKPGDSNL	PGPT0013130_2561	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013130-tsaA|PRDX2_4|ahpC-K03386	NA	NA
JZ016_02785	1077	leuB	COG0473	3-isopropylmalate dehydrogenase	ATGGCAGAAACGAAGAAAATCGCGGTAATTGCCGGAGATGGCATCGGTCCTGAGGTAGTGGCTGAAGCGGAGAAGATCATTAAACGTACCGAAGAGGTGTTCGGATATTCATTTACGACGGAACATGCACTGTTTGGCGGCATCGCCATTGACGAGAAAGGGACGCCGCTGCCAGAAGAAACGTTGAATGTATGTAAGAGCGCCGATGCTGTATTGCTTGGTGCGGTAGGCGGACCGAAATGGGACAACAATTCGAAGGAGCTTCGCCCGGAAACCGGATTGCTTGGCATCCGTAAAGAGCTTGGCCTGTTCTCCAACCTGCGTCCGGCTGTCATTTTCGATTGCTTGAAGGATGCGTCCACATTGAAGCCTGAAGTCCTGGAAGGCACTGACTTGATGGTCGTTCGTGAGCTGACAGGAGGCATATACTTCGGCGAGAAATTCAGACGCGAAGGTGCTGGTGGCGAAGAAGCGGTAGATACTTGCGTATACAATACGGCGGAGGTAGAGCGAATCGTCCATCAAGCCTTCGAGATTGCACAGAAGCGCCGGAAGAAGCTGGCTTCCGTCGATAAAGCGAACGTGCTGGAAACGTCCCGCTTGTGGCGCGAAACGGTAAACCGCATCGCTCCTGAATATCCGGACGTGGAGCTGGAGCATGTGCTGGTAGACAATTGCGCGATGCAGCTTCTGCGCCGCCCGTCCAGCTTTGACGTGATCGTAACCGAGAACATGTTCGGCGACATCCTGAGCGATGAAGCAGCCATGCTGACAGGTTCCATCGGCATGCTGGCATCCGCATCCATGGGCGAGGGTGCTTTCGGCCTGTACGAGCCGGTACACGGTTCGGCACCTGATATTGCCGGTCAAGGCTTGGCAAACCCGATCGCAACGATTCTGTCCGTAGCGCTGATGTACCGCCTCACGTTCGGCTACGAGGATGCGGCAGACGCAATTGAACGCGCAGTTGCCGAGGTGCTTGATGCCGGACATCGTACAGCAGACATTGCTGTGGATAATAGCAAAGCGCTCAGTACGACAGAAATGGGCGATTTGATCGCTGCGGCTATCCGTTAA	MAETKKIAVIAGDGIGPEVVAEAEKIIKRTEEVFGYSFTTEHALFGGIAIDEKGTPLPEETLNVCKSADAVLLGAVGGPKWDNNSKELRPETGLLGIRKELGLFSNLRPAVIFDCLKDASTLKPEVLEGTDLMVVRELTGGIYFGEKFRREGAGGEEAVDTCVYNTAEVERIVHQAFEIAQKRRKKLASVDKANVLETSRLWRETVNRIAPEYPDVELEHVLVDNCAMQLLRRPSSFDVIVTENMFGDILSDEAAMLTGSIGMLASASMGEGAFGLYEPVHGSAPDIAGQGLANPIATILSVALMYRLTFGYEDAADAIERAVAEVLDAGHRTADIAVDNSKALSTTEMGDLIAAAIR	PGPT0001441_2625	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001441-leuB-K00052	NA	NA
JZ016_02786	162			hypothetical protein	GTGATCAGGGAGATGGCTGCGCCGAAGAGTTGCGCAGACGCTCAAAGAGTTGTGCAGAAGCTCGAAGAGTTAATATCGCAAGAGCGACTGAACGCGAGTAAGGCTTACTTTGAGAAAGGCTCGAGGCAAAGCTTAATCGTGTGTGCTTTTGTGCGTGGGTAA	MIREMAAPKSCADAQRVVQKLEELISQERLNASKAYFEKGSRQSLIVCAFVRG				NA	NA	NA	NA	NA
JZ016_02787	981	yajO_3	COG0667	1-deoxyxylulose-5-phosphate synthase YajO	ATGCAGTACACTGCTCTAGGTAAATCCGGTATGAAAGTAAGTCGTCTGTGTTTGGGGACGATGAATTTCGGTCCTGCTACGGATGAAAAGGAAGCCTTCCGCATTATGGATGCAGCGCTTGACGCAGGCGTCAATTTCTTCGATACAGCCAATGTCTACGGCTGGGGCGAGAACTCGGGCCTGACCGAAACCATTATCGGACGCTGGTTTAATCAAGGCGGGGGCCGCCGCGAGAAAGTCGTTTTGGCTACCAAATTCTATGGCTCCATGAGCGATCCTCTGGATGGTCCCAACAATGAAGCCGGGCTGTCGAGCTATAAACTTCGCCGTCATCTCGAAGCGTCGCTAAAGCGTCTGCAGACAGACCATATCGAGCTGTACCAAATGCATCACGTCGATCCTTCCGTCACCTGGGACGAGCTGTGGGGCGCATTTGAGGTTGCGGTTCATCAAGGAAAAATCGGGTATGTCGGATCCAGCAACTTTGCGGGCTGGCAGATTGCGGTTGCGCAAGCCGCAGCCCAGAGCCGGCATTTCCTCGGCCTCGTTTCCGAACAGCATAAATACAGCCTGACCTGCCGATTGCCGGAACTCGAAGTGCTTCCCGCTTCGCAGCAGCTTGGGCTCGGCGTCATTCCATGGAGTCCGCTGGACGGTGGACTGCTGGGACGCAATGCGCTTAAGAAAATCGAAGGCTCTCGCAGTGGGGGCAATGCGGAGCGCGTGGAGAAACACCGCTCGCAGCTGGAACAGTTCGCCGCACTCTGCCAGGAGCTTGGCGAACCACAGGATAACGTCGCCCTTGCCTGGGTGCTTAAGAACCCGGCGGTTACGGGACCGATTATCGGACCGCGCACGCTGGAGCAATTCGAAAGCTCCCTGCGCTCGCTTGAGATTGAACTCGATGAATCCGTAATGAAGCGTCTGGATGAAATTTTCCCGGGTCCGGGCGGAGCCGCTCCGCAGGCCTACGCCTGGTAA	MQYTALGKSGMKVSRLCLGTMNFGPATDEKEAFRIMDAALDAGVNFFDTANVYGWGENSGLTETIIGRWFNQGGGRREKVVLATKFYGSMSDPLDGPNNEAGLSSYKLRRHLEASLKRLQTDHIELYQMHHVDPSVTWDELWGAFEVAVHQGKIGYVGSSNFAGWQIAVAQAAAQSRHFLGLVSEQHKYSLTCRLPELEVLPASQQLGLGVIPWSPLDGGLLGRNALKKIEGSRSGGNAERVEKHRSQLEQFAALCQELGEPQDNVALAWVLKNPAVTGPIIGPRTLEQFESSLRSLEIELDESVMKRLDEIFPGPGGAAPQAYAW	PGPT0010855_19	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-ERYTHROMYCIN_METABOLISM,PGPT0010855-eryBII-K13315	NA	NA
JZ016_02788	1539	leuA_2		2-isopropylmalate synthase	ATGCGAAAGATTTATATCTTTGATACAACGCTGAGAGATGGAGAGCAGTCTCCTGGCGTGAATTTGAACACTCGGGAAAAGGTGGAAATTGCCCTTCAACTCGAAAAGTTGAAAATCGACCGCATGGAAGCAGGCTTTCCAGCGGCGTCACCCGGTGACCTTGCTGCTGTGAACGCAGTGGCGCGCGCGGTTAAAGACGTCACGGTCATTGGATTGTCACGTTCCAGAGAGAGTGACATCGATGCGGTTCGCGAAGCGCTTCAGGGAGCACAGGATCCATGCATACACGTATTCCTGGCGACTTCCCCGATTCACCGCAAGTTCAAGCTGCGGATGGAGAAGCAGCAGGTGCTGGAAACGGCGCAGGCCTCGATCCGTTATGCCAAGAAATACTTTTCCAAAGTGGAGTTTTCCCTGGAGGATGCCGGCCGGACGGAGCTGGATTTCATGGCCGAGGTTGTAGGCATGGCTGTACGGGAAGGCGCCAATGTCGTTAACATTCCGGATACCGTGGGATATTTGAATCCTTCGGAGTACGGGGCTATATTCAAATACTTGAAGGAAAATGTTCCGGATATCGAGAAGGTGCAGCTGAGCGCGCATTGCCATAACGATCTGGGCATGGCGACGGCGAATACCCTTGCCGCCATTTTAAACGGGGCCGATCAGATCGAAGGAACGATCAACGGAATCGGCGAACGTGCAGGGAATACCGCCATTGAGGAAATTGCGATGGCGCTGGAGACGCGCTCCGAGTTTTTTGGAGCGAAGACGGGGCTGGCACTAACGGAAATCGCCCGCACGAGCCGCCTTGTGAGCAAGCTGACCGGTATGGTCGTGCCGGGCAACAAAGCGATTGTCGGCGCGAACGCGTTCGCTCATGAATCCGGTATTCATCAGGACGGCATGCTGAAAGAGAAGACGACTTACGAAATTATGACGCCTGAGTCTATCGGGCTCAAAGAAAGCAAGCTGGTGTTAGGCAAACACTCTGGCCGTCATGCTTTCCGGGAGAAGCTGCTGGATTTGGGCTATGAGCTGAGCGAAGAACAGGTGAATGACGCATTCGCCAAATTCAAGGTGCTCGCCGACAAGAAGAAGGAAGTATCCGATGAGGATCTGCTGGCTCTGCTGGAAGAGAAACTGATCGATACGCCGGAAGTGTTCAAGCTGGAAACGATATTTGTTGCTTACGGCAACGAATCCACACCGACGGCGCGGGTTCGTATTGCGACTGCGGAGCAGACGATTGAGGAAGAGGCCGAGGGCAACGGTTCCGTCGACGCGATCTATAACGCGATCGACAAGGTGACCGGCGAAGAGGTTACGCTTGCGGATTATTCCATCAAATCGGTAACGCACGGCAAGGATGCTCAAGGTGAAGTGCATGTCGTGCTGTCGCAAAACGACGTGGCTGCGCAAGGCCGCGGCTTGAGCACCGACATTCTGGAAGCAAGTGCAAGAGCTTACGTGGATGCGGTTAACGTCCTGATCGAGAAACGCAAAACGTTTAGCCGGCGTGAGCGCGCTACGCTGTAA	MRKIYIFDTTLRDGEQSPGVNLNTREKVEIALQLEKLKIDRMEAGFPAASPGDLAAVNAVARAVKDVTVIGLSRSRESDIDAVREALQGAQDPCIHVFLATSPIHRKFKLRMEKQQVLETAQASIRYAKKYFSKVEFSLEDAGRTELDFMAEVVGMAVREGANVVNIPDTVGYLNPSEYGAIFKYLKENVPDIEKVQLSAHCHNDLGMATANTLAAILNGADQIEGTINGIGERAGNTAIEEIAMALETRSEFFGAKTGLALTEIARTSRLVSKLTGMVVPGNKAIVGANAFAHESGIHQDGMLKEKTTYEIMTPESIGLKESKLVLGKHSGRHAFREKLLDLGYELSEEQVNDAFAKFKVLADKKKEVSDEDLLALLEEKLIDTPEVFKLETIFVAYGNESTPTARVRIATAEQTIEEEAEGNGSVDAIYNAIDKVTGEEVTLADYSIKSVTHGKDAQGEVHVVLSQNDVAAQGRGLSTDILEASARAYVDAVNVLIEKRKTFSRRERATL				NA	NA	NA	NA	NA
JZ016_02789	993	ilvC		Ketol-acid reductoisomerase (NAD(+))	ATGGCAATTACTACTTATTATGAACAAGATGCAGAACTCAGCGTGTTAAAAGACAAAACAATCGCGGTTATCGGTTATGGAAGCCAAGGTCATGCTCAAGCGCAAAACCTGCGCGACAGCGGACTTCAGGTTGTCATTGGTCTTCGTGAAGGCAAGTCGTTCGACAAAGCGAAAAACGATGGTTTCGAAGTGCTTCCTGTAGCCGAAGCCGTTAGCCGTGCAGATGTAGTTCAAATCTTGATGCCGGACGAAACGCAAGCAGCGGTATACAAGAACGATATCGAGCCAAACCTGAAAAAAGGCGCGGCACTGATGTTCTCCCACGGTTTCAACGTTCATTTTGGTCAAATCGTAGCTCCTAAAGACAACGATGTCCTTCTGGTCGCTCCTAAATCCCCAGGTCACATGGTTCGCCGTACGTATGTTGAAGGCTTTGGCGTACCTGGATTGATTGCAATCGAGAAAGATGCAACTGGACAAGCCAAGGCGATCGGTCTTGCTTATGCAAAAGGTATCGGTTGTACTCGTGCAGGCGTTATCGAAACTTCCTTCCGCGAAGAAACCGAAACGGACTTGTTCGGTGAGCAAGCGGTATTGTGCGGCGGTGTATCCGCATTGGTTAAAGCTGGTTTCGAAACGTTGACTGAAGCTGGATATGCGCCGGAAATGGCATACTTCGAGTGCCTGCATGAACTGAAACTGATCGTAGACATGATCTATGAAGGTGGTCTTGCAAGCATGCGCGACTCCATCAGTAACACAGCGGAGTACGGCGACTATGTAACAGGCCCTCGTGTGGTAACCGAAGATACGAAGAAGGCAATGAAAGAAGTCCTCTCCGATATTCAACAAGGTAAATTCGCTCGCGACTTTATCCTTGAGAACCAATCGGGCCGTGCGTTCCTGACAGCTACCCGCCGCAACGAGTCCGAGCATCCGATCGAAGTGGTTGGTGCGGAACTTCGCGAAATGATGCATTGGATCAAAAAATAA	MAITTYYEQDAELSVLKDKTIAVIGYGSQGHAQAQNLRDSGLQVVIGLREGKSFDKAKNDGFEVLPVAEAVSRADVVQILMPDETQAAVYKNDIEPNLKKGAALMFSHGFNVHFGQIVAPKDNDVLLVAPKSPGHMVRRTYVEGFGVPGLIAIEKDATGQAKAIGLAYAKGIGCTRAGVIETSFREETETDLFGEQAVLCGGVSALVKAGFETLTEAGYAPEMAYFECLHELKLIVDMIYEGGLASMRDSISNTAEYGDYVTGPRVVTEDTKKAMKEVLSDIQQGKFARDFILENQSGRAFLTATRRNESEHPIEVVGAELREMMHWIKK	PGPT0008735_4343	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008735-ilvC-K00053	NA	NA
JZ016_02790	486	ilvH	COG0440	Acetolactate synthase small subunit	ATGAGTACAAAACATACCATTGCCGTACTAGTGAACGACCAGCCGGGTGTCCTGCAGCGCGTATCCGGGTTATTCGGACGCAGGGGCTTTAACATCGAGAGCATTACCGTGGGGCAGTCGGAGGAATCCGGCTTGTCCCGGATGGTTATCGTAACCACCGGTGATGAAACGACGCTGGAGCAGGTGGAGAAGCAGCTTTACAAGCTGATCGATGTTATTAAAGTCATTAACCTGAGCTCGAAACCGATGGTAGCCAGAGAGCTCGCCCTGATCAAAGTAAAAGCCGAGCCATCGGCAAGACCGGAAATTATGGGCGTTGTCGAGACATTCCGCGCATCCGTCGTGGATATCGGCACAGCCAACCTGATGGTTCAGGTGGTTGGCGATACCGTCAAAATCGATGCCATGATCGAGCTGCTTAAGCCGTATGGCATCCAGGAGCTTTCCCGTACCGGGGTTACCGCGATGATTCGCGGTAACGCGTAA	MSTKHTIAVLVNDQPGVLQRVSGLFGRRGFNIESITVGQSEESGLSRMVIVTTGDETTLEQVEKQLYKLIDVIKVINLSSKPMVARELALIKVKAEPSARPEIMGVVETFRASVVDIGTANLMVQVVGDTVKIDAMIELLKPYGIQELSRTGVTAMIRGNA	PGPT0008205_3542	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008205-ilvH|ilvN-K01653	NA	NA
JZ016_02791	1743	ilvB_2	COG0028	Acetolactate synthase large subunit	ATGAGCGCGCAAACTCCAGAAGTGCGGTCTACAGAACAATTACGAGAGAAATGGTTGAAGCCTGAAGTGATTACCGGATCGGAAATCTTGCTTCGGAGTCTTCTGCTCGAAGGTGTCGAATGCGTCTTTGGATATCCGGGCGGAGCGGTCCTGTACATCTACGATGCCATGTATGGTTTTGAGGACTTCAATCACGTCTTGACCCGTCATGAACAAGGCGCCATTCATGCAGCTGACGGTTACGCTCGCGCAAGCGGCAAAGTCGGTGTGTGCATAGCGACTTCAGGACCGGGGGCAACGAACCTTGTGACCGGTATCGCAACAGCTTATATGGATTCCGTTCCACTCGTTGTGATAACCGGTAACGTTGCAACAACCCTGATCGGTACGGACGCTTTCCAGGAAGCGGACATTACGGGCATCACGATGCCGATTACGAAACACAGCTATCTGGTAAGGGATGTAAAGGATCTGCCAAGGGTGATTCACGAAGCCTTCCATATCGCTTCAACCGGCCGCAAAGGTCCGGTACTGATCGATATTCCGAAGGATGTATCCGCCGCAACGACGCTGTTCCAGCCGGAAGAACGAATTCAACTGAGAGGATACAATCCCCGGACGGTACCTAACAAACTTCAGTTGGATAAATTAGCCCGCGCGATTGAGGAAGCCGAGCGTCCTATGATCCTTGCTGGCGGCGGCGTGATTTACTCCGGAGCTCATGAAGGGCTGTACGAATTCGTGAATAAATCCGGGATTCCGATCACGACAACGCTTCTCGGTCTGGGTGCCTTCCCAAGCGGCCATGAGCTGTGGACGGGAATGCCGGGTATGCACGGAACCTACACATCGAACCATGGTATTCAGCAGTCGGACCTGCTGATCAATATCGGGGCAAGATTCGATGACAGGGTTACAGGCAAGCTCGATGGTTTCGCGCCACATGCGAAGATCGTTCATATCGATATCGACCCGGCTGAGATCGGCAAGAACGTGCCAACCGATATCCCGATTGTCGGAGACGTGAAGACCGTGCTTGAAATGTTGAATCCGCTCGTTCCGTACGCAGCGAAAGCAGATGCGTGGAGAGACCAGATCAGAACATGGAAGGCCGAATACCCATTCCGTTACGTCGATTCAGATACTGTGCTGAAGCCGCAATGGGTTATCGAAATGCTGAACGATACGACAAAGGGTGAAGCGATTGTAACGACTGACGTTGGCCAGCACCAAATGTGGGCCGCTCAGTATTACAAGTTCAACCAGCCGCGTTCCTGGATCACCTCCGGCGGTCTCGGAACGATGGGCTTCGGATTCCCGTCCGCGATTGGTGCCCAGATGGCGCATCCGGATCGCCTGGTCATTTCGATCAACGGGGATGGCGGCATGCAGATGTGTTCGCAAGAACTTGCCATCTGTGCCATCAACAACATTCCGGTAAAAATCGTTGTCATCAACAACCAGGTGCTAGGAATGGTTCGTCAATGGCAGGAGCTCATTTACGATAACCGTTACAGCCACATCGATCTGGCAGGCAGCCCTGATTTCGTCAAGCTGGCTGAAGCCTACGGTGTCAAAGGACTTCGTGCCACCACGAAAGAAGAAGCACAGCGTGCTTGGGCCGAAGCGATGGAAACACCGGGACCCGTCCTCGTTGAATTCGTTGTAGAGAAAGGCGAGAACGTGTATCCGATGGTGACGCAAGGGTCGACAATCGATCAAATGCTGATGGGGGATGCGTAA	MSAQTPEVRSTEQLREKWLKPEVITGSEILLRSLLLEGVECVFGYPGGAVLYIYDAMYGFEDFNHVLTRHEQGAIHAADGYARASGKVGVCIATSGPGATNLVTGIATAYMDSVPLVVITGNVATTLIGTDAFQEADITGITMPITKHSYLVRDVKDLPRVIHEAFHIASTGRKGPVLIDIPKDVSAATTLFQPEERIQLRGYNPRTVPNKLQLDKLARAIEEAERPMILAGGGVIYSGAHEGLYEFVNKSGIPITTTLLGLGAFPSGHELWTGMPGMHGTYTSNHGIQQSDLLINIGARFDDRVTGKLDGFAPHAKIVHIDIDPAEIGKNVPTDIPIVGDVKTVLEMLNPLVPYAAKADAWRDQIRTWKAEYPFRYVDSDTVLKPQWVIEMLNDTTKGEAIVTTDVGQHQMWAAQYYKFNQPRSWITSGGLGTMGFGFPSAIGAQMAHPDRLVISINGDGGMQMCSQELAICAINNIPVKIVVINNQVLGMVRQWQELIYDNRYSHIDLAGSPDFVKLAEAYGVKGLRATTKEEAQRAWAEAMETPGPVLVEFVVEKGENVYPMVTQGSTIDQMLMGDA	PGPT0008185_3273	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008185-budB|ilvK|alsS|ilvB|ilvG|ilvI-K01652	NA	NA
JZ016_02792	450			hypothetical protein	ATGATCCGCTATCGAAAACCGGAGCAGGATGATCCGATGATTCTACAACTCATTGAGTCCCAACTCGTCCCGCTTTCCCATATGACAAAAAAAGAGCTGGACATCATCCGCAAGGATATTCCCTCTCGATTACGACGCGGCGTGACCCTTGTTGCTTCGCCTCAGGATAACAATAAAATCATTGCCTTTATCCATTTTATGATGCACGGCGAACTGCTGTATATCGATATGCTGGCCGTCGCATCCACCGCACAGCGAAGACGGTGGGGCGTCCGATTGATGGAGCATGCCGAACGTTTCGCTGTATCCCGCGGATGCAAACGCGCCAAGGTCATGGTCGATATTGGAAACCAGACCGGCCTTAACTTTTACCGAAAGCTCGGCTACACGGTTACAAGAATCATCGAACCGAGCCGCTGTTATGAGCTAGAGAAGATTTGGTTCCTCTAA	MIRYRKPEQDDPMILQLIESQLVPLSHMTKKELDIIRKDIPSRLRRGVTLVASPQDNNKIIAFIHFMMHGELLYIDMLAVASTAQRRRWGVRLMEHAERFAVSRGCKRAKVMVDIGNQTGLNFYRKLGYTVTRIIEPSRCYELEKIWFL				NA	NA	NA	NA	NA
JZ016_02793	342			hypothetical protein	ATGCACAAGCCTGTCAGCAAGGCAAAAGTGAAATCATATGTGGGCAAACAGATCGTAGCGTATAAGAAGGACGGGACGATGGTGACAGGCAAGCTGGTACGCGTTTCCGGCAACCGCCTTTTTGTAGAACCGGCAACCAAGGGGAAAAAAGTGAGAACCAAGGCGATTCTTCCGCTCGCATTGTTTGACCTTCTTGCCATTGGGACGGCACCTTATGCGTTCGGTGGAGGCTATGGTGGCGGATTCGGTGGATATCCGGGAGGCTACCCAGGGGGATACGGCGGATTCGGACCGGGGTATGGCGCATTCGGGCCAGGCTTTGGGCCAGGTTTCTTCTGGTAA	MHKPVSKAKVKSYVGKQIVAYKKDGTMVTGKLVRVSGNRLFVEPATKGKKVRTKAILPLALFDLLAIGTAPYAFGGGYGGGFGGYPGGYPGGYGGFGPGYGAFGPGFGPGFFW				NA	NA	NA	NA	NA
JZ016_02794	360	rplT	COG0292	50S ribosomal protein L20	ATGGCACGAGTTAAAGGCGGATTTGTCGTTCGTCGTCGACATAAAAAAGTATTGAAGCTTGCGAAAGGTTATTTCGGTTCCAAACACCGCATTTTTAAAACAGCGAACGAGCAGGTAATGAAATCCCTCGTTTATGCATACCGGGATCGTCGTACAACGAAACGTAATTTCCGTAAATTGTGGATCGTTCGTATCAACGCGGCTGCTCGTCAAAACGGTCTGTCTTACAGCAAATTGATGCATGGTCTGAAGCTTGCTGGCGTGGACATTAACCGTAAAATGCTGGCTGATCTGGCTGTTAATGACCTGAACGCGTTCAATTCTTTGGCTACTGTAGCTAAAGAAAAAGTGAACGCTTAA	MARVKGGFVVRRRHKKVLKLAKGYFGSKHRIFKTANEQVMKSLVYAYRDRRTTKRNFRKLWIVRINAAARQNGLSYSKLMHGLKLAGVDINRKMLADLAVNDLNAFNSLATVAKEKVNA				NA	NA	NA	NA	NA
JZ016_02795	201	rpmI	COG0291	50S ribosomal protein L35	ATGCCTAAAATGAAAACACATAGCAGCCTGAAAGGCCGCTTCAAGATTACTGGTACTGGTAAAGTTAAACGTTATAAAGCTTACAAAAACCACTTGCTTTCCCACAAATCCAAGCGTGCGAAGCGCGTATTGTCCAATAGCCCAGTTATGGCGCCTGGAGATGTTAAACGTTTGAAGCAAGGTCTGGCTAACTTGAAATAG	MPKMKTHSSLKGRFKITGTGKVKRYKAYKNHLLSHKSKRAKRVLSNSPVMAPGDVKRLKQGLANLK				NA	NA	NA	NA	NA
JZ016_02796	585	infC_2		Translation initiation factor IF-3	ATGTCGGTGATTAACCCGTCATCCCTTTATTTTTTTTGCAAACAGGAACAACAAGTAATTTGGAGGTGGAGGACTATCAGTAAGGAACATATGATCAATGACGAGATTCGGGCCAAGGAAGTACGTTTGGTTGGTGCCGAAGGTGAGCAAATCGGGATCAAGCCGATTCGTGAAGCACTGCAAATGGCAATTGATCTCAATCTGGATCTGGTGAACGTGGCCCCTCAGGCGAAACCGCCGGTATGCCGCATCATGGACTACGGTAAATTCCGCTATGAGCAGCAGAAGAAAGAGAAGGAAGCACGTAAGAACCAGAAAATTGTGGATATCAAAGAAGTATGGTTCCGAGCCAACATTGAGGAGCATGATTATCAAACCAAGCTTCGCAATGTCGTTAAGTTTTTGAAAGACGGCGATAAAGTGAAATGCTCCGTGCGTTTCCGTGGTCGTGAAATCACCCATGCTAACATTGGTCAGAAGATTTTGGAGCGCGTGAAGGTGGAAGTGGCGGATCTCTGCGTCATTGAACGTCAACCGAAATTGGAAGGCCGCAGCATGATTATGATTTTGGCTCCAAAAGCCTAA	MSVINPSSLYFFCKQEQQVIWRWRTISKEHMINDEIRAKEVRLVGAEGEQIGIKPIREALQMAIDLNLDLVNVAPQAKPPVCRIMDYGKFRYEQQKKEKEARKNQKIVDIKEVWFRANIEEHDYQTKLRNVVKFLKDGDKVKCSVRFRGREITHANIGQKILERVKVEVADLCVIERQPKLEGRSMIMILAPKA				NA	NA	NA	NA	NA
JZ016_02798	1239			hypothetical protein	ATGACAGACGCCATCTTTATCGCGCTCCAACTATTCTTGGCCGCGGTGGGTGTGTACCAGTTCGTATTCTCTTTGTTTGGTCTGGTCAAAAGAAAAAAGAAACAACAGTTTGAACCCAATAAATCATTTGCAGTGTTAGTTGCTGCGCACAACGAAGAACAGGTTGTCGGTGCATTAATGGAGAACCTGAAACAGCTTGATTATCCGAAGCATCTGTACGACGTATTTGTCATCTGCGACAACTGTACAGATCGTACTGCAGAGATCGTCCGTGCCCACGGGATGAACGCATGCGTGCGCACGAATCAGAATCTCCGAGGCAAAGGTTATGCCATCGAGTGGATGCTGAAAGAGCTCTGGGCAATGCCGCGCCAGTATGATGCGGTTGTCATGTTTGACGCGGATAATCTGGCCGCTCCGAATTTCTTGAACGAAATGAACAATGATCTCTGCTCTGGAGCAAGAGTTATCCAGGGATATATCGATACCAAGAATCCTGAGGATTCCTGGATCACTGCCTCTTACGGGGTATCTTACTGGTATATCAACCGCTTGTGGCAGCTCTCCCGTAGCAATCTGAACATGGCGAACTTCCTCGGCGGTACGGGAATGTGCTTTGAGACCAATCTCTTGAAGGAGATCGGCTGGGGTGCAACCAGTCTGGTTGAGGACTTGGAGTTCACGATGCGCAGCGTTATGCGCGGCGTGTATCCGAAGTTCAACTATGACGCGAAGGTATTTGACGAAAAGCCGCTTACGTTTAAGGCTTCCGCCAGACAACGTCTGCGCTGGATGCAGGGTCACTTTACGGTTGCCCGTCGTTATTTCTTCCCGCTGCTGTGGCGTGCCATTAAAGAACGCAGCCTCGTGAAGCTGGACTTGGCATTGTACGGAGTCAACGTTTACATCGTACTGCTGACTTTCTTGCTGACGGCCATCATCTGGGTTGACAGCTCATTCTTCGATGGTCCGAATATCGCTAATCTGTACGGATATTTACCGCTCTGGCTGAGCTTTACAGCGATCGCGGCGAATGTGTTCACGTTCATGATCGCGATGATTCTGGAGAAAGTGAAATACAAGAAAGTGTATATGTATCTGGTGCTGTTCCCGATTTACCTGCTGTCGTGGTATCCTATCACGGTGTATGCGTTCTTCACGCAGAACAACAAGCAGTGGAGTCATACGGAGCACACCCGGGTTGTACGCCTTGAAGAAGTTCAAAGCAAACAAGGCTAA	MTDAIFIALQLFLAAVGVYQFVFSLFGLVKRKKKQQFEPNKSFAVLVAAHNEEQVVGALMENLKQLDYPKHLYDVFVICDNCTDRTAEIVRAHGMNACVRTNQNLRGKGYAIEWMLKELWAMPRQYDAVVMFDADNLAAPNFLNEMNNDLCSGARVIQGYIDTKNPEDSWITASYGVSYWYINRLWQLSRSNLNMANFLGGTGMCFETNLLKEIGWGATSLVEDLEFTMRSVMRGVYPKFNYDAKVFDEKPLTFKASARQRLRWMQGHFTVARRYFFPLLWRAIKERSLVKLDLALYGVNVYIVLLTFLLTAIIWVDSSFFDGPNIANLYGYLPLWLSFTAIAANVFTFMIAMILEKVKYKKVYMYLVLFPIYLLSWYPITVYAFFTQNNKQWSHTEHTRVVRLEEVQSKQG				NA	NA	NA	NA	NA
JZ016_02799	1128	ugtP_3	COG0707	Processive diacylglycerol beta-glucosyltransferase	GTGGCTAAAAAAAGAGTCTTGCTGTTATCTGAAGGGTTCGGTGCAGGCCATACACAGGCCGCTCATGCACTCTCCAGCAGCCTGCGCCAGTTATCGCCTAGCGTACAGACCAAAGTTCTCGAGCTCGGGAGCTTCTTGAACCCTAAAATCGCTCCACTGATCATTTCGGCCTACAGAAAGACGATTACAACTCGCCCGAGATTGGTCGGGTACATGTATCGCCATCAAAAGTCCTTTAATCGCTTTACGGCTTTAGCACTTCACCGAATGTTCTATACAAGCACCAAAAACGTGGTTAGACAGCTCAAACCCGACATCATTGTTTGTACCCATTTTATACCAAGTGCGGTCATCTCGCGTTTGAAACGACTGGGCATTGATGTGCCTCTGTGTACCGTTATTACCGATTATGATGCTCACGATACATGGATCAGTCCAGAGGTCGACCGATATTTCGTGTCCACGCCGGAGGTGAGGCGAAAGCTGCTCAATCGCGGGGTGTCCCAAGCCAAAATTCAGGTTACCGGCATTCCGATCCATCCCGACTTCTGGACGCATCCGAGCAAGAAGGAAATCAGGGAACGATTTAATCTGTCCGATATGCCTACCGTGCTTGTAATGGGCGGAGGCTGGGGCATCATGAATGACGAAGTGGTGCATGAATTTCTGACCCGATGGCGCGACGAAGTCCAGATCATATTTTGCCTCGGCAATAACGACAAGGGACGCGAGGAGATGGAGAACAACCCCCGGTTCCAGCATCCGAACATCCGGATTTTGGGCTTTACGCGCGAGATCGACAAGCTGATGGAGGTGTCGGATTTGCTCGTTACGAAGCCAGGCGGGATGACATGCACCGAAGGCTTGGCCAAAGGAATCCCGATGCTGTTTCATCAGCCTCTTCCGGGACAGGAAGAAGAGAACTGCCAATATTTCACCGCGCAAGGTTTGGGCGAACCTATCCATTCACTGGATGTTCTTGCCAACTGGATGAACAAACTGCTTCATCAATACGATGTGATTCAACAGCAACGGGCGCAAAATTTGCGAGACATCGAGCGATTCCATCCGATGCAAAGCGCACGCAGCATCATCGACATGCTGGAAAACGAAAAGGTGTACTCCTAA	MAKKRVLLLSEGFGAGHTQAAHALSSSLRQLSPSVQTKVLELGSFLNPKIAPLIISAYRKTITTRPRLVGYMYRHQKSFNRFTALALHRMFYTSTKNVVRQLKPDIIVCTHFIPSAVISRLKRLGIDVPLCTVITDYDAHDTWISPEVDRYFVSTPEVRRKLLNRGVSQAKIQVTGIPIHPDFWTHPSKKEIRERFNLSDMPTVLVMGGGWGIMNDEVVHEFLTRWRDEVQIIFCLGNNDKGREEMENNPRFQHPNIRILGFTREIDKLMEVSDLLVTKPGGMTCTEGLAKGIPMLFHQPLPGQEEENCQYFTAQGLGEPIHSLDVLANWMNKLLHQYDVIQQQRAQNLRDIERFHPMQSARSIIDMLENEKVYS	PGPT0023400_614	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023400-ugtP-K03429	NA	NA
JZ016_02800	714	trmB	COG0220	tRNA (guanine-N(7)-)-methyltransferase	ATGCGTTTACGCGGAAGAAAAGGTATACGGGAAAATCTGGAGCAGCAGGAAGACCTGGTCGTTTTGGACCCCGGTCAATATAGAGGGAAATGGGCTTCATTATTTGGCAATGACCTCCCGATCCATGTCGAATTCGGCATGGGCAAAGGTCAATTTATAAGCCAGATGAGTTACAAACATCAGAATGTGAATTTTATCGGGGTGGACATGTACGACGAGCTGATTCGCCGCGCAAGCGAAAAGGGACGCAATGTCTGGGCTCAGGACGGTGTCGATACCCCGCCGAATTTGAAGCTGGCGCTGTTTAATATCGAGAATGTCGAGCAGGTTTTTGAACCCGGCGAGATCGAACGTTTATATTTAAACTTCAGCGATCCGTGGCCAAAATCCAAGCATGCCCGCCGTCGTTTGACGCATCCGCGTTTTTTGGACAAGTACTCCCAGATCCTGAACGAGCGCGGGGAAATTCATTTCAAGACCGATTCGGTTACGCTTTTTGAGTTCTCCCTGAATGCATTTGCCGATTATGGTTTGCAAATGACGAATATTTCGCTGGATCTGCACCGGGACGGACTGAACGAAGAACACGTGATGACTGAGTACGAGACGAAATTCGTCGGTCAAGGTATGCAGATACATCGCTGCGAGGCCATTGTTGGCAAGGAAGCACTTGCTTCCTACCATAAGAATCGTCTTGAAAAATACGGTAAATAA	MRLRGRKGIRENLEQQEDLVVLDPGQYRGKWASLFGNDLPIHVEFGMGKGQFISQMSYKHQNVNFIGVDMYDELIRRASEKGRNVWAQDGVDTPPNLKLALFNIENVEQVFEPGEIERLYLNFSDPWPKSKHARRRLTHPRFLDKYSQILNERGEIHFKTDSVTLFEFSLNAFADYGLQMTNISLDLHRDGLNEEHVMTEYETKFVGQGMQIHRCEAIVGKEALASYHKNRLEKYGK				NA	NA	NA	NA	NA
JZ016_02801	183			hypothetical protein	ATGAATTCATCGACAGTAAAGAATGACAGTAGAGACAAGATCGCTGTGGAGCTTACCCCGAACGAAGCTTTAGCCCTTACTGGCGTGGAGTTTAACTCCAACCAGGACGTGAAGGCTTCGGCACGTCGCAAGATTCGGGCCGCCTTTGAGAAGACGTTTGAATTTACGTCGAATGAAAGGTAG	MNSSTVKNDSRDKIAVELTPNEALALTGVEFNSNQDVKASARRKIRAAFEKTFEFTSNER				NA	NA	NA	NA	NA
JZ016_02802	1071			hypothetical protein	ATGAGTACATCACTTAGACCCGCCCCAACATTATGGGGCGACAAACGATTTCATACATGGAATTACGAGATGCGCAGCCAATTCCAGGAAAAAGTATTCAAGGTTATGCTGGATGCGGGCTTTACGTGCCCGAACCGCGACGGCACGATTGCCAAGGGCGGGTGCACCTTCTGCAGCGCCCGCGGCTCCGGTGATTTTGCCGGACGACGGCGGGACGATCTTGTTACCCAGTTCAACACCATCCGTGACCGGCAGCACCAGAAGTGGCCGAGCGCCAAATACATCGGTTATTTCCAAGCCTATACCAACACTTATGCTCCGGTAGAGGAGCTTCGGGAGTACTATGAAGTCATTCTGCAGCAGCCGGGCGTTGTCGGTTTATCGATCGCTACACGCCCGGATTGCCTGCCAGACGACGTCGTGGAATACTTGGCCGAGCTGAATGAGCGAACCTATCTCTGGGTGGAAATGGGCCTGCAAACGATCCATGATTCCACCTCCGAGCTGATCAACCGGGCCCATGATACCGAATGTTATCTGGAAGCGGTCGAAAAGCTGCGCAAGCATAACATTCGTGTCTGCACACACATCATTTATGGCCTTCCGCAAGAGGACCACGAGATGATGCTCGCCACCGGCCAAGCGGTCTCCAAGATGGATGTGCAGGGAATCAAGATCCATCTGCTGCACCTCATGCGCAAGACGCCGATGGTGAAGCAATATGAGGCGGGGCTGCTACGGTTCCTGGAACAGGACGAATATATCAGCCTTATCGTAGATAGCCTGGAGTTTTTACCTCCCGAAATGATCGTGCACCGTCTGACCGGAGACGCTCCACGGGATCTCTTGATCGGACCGACGTGGAGTCTCAAGAAGTGGGAAGTGCTTAACGGCATTGACGCCGAGCTCAAGCGCCGGGATACATGGCAGGGTAAATTGTGGGGGGATCCTGATGGGCTTCCTCTCGGTTTTGAGTTTTGCTCACAAGCTCGTGTCCGAAAGGCTGCGGCCTGGAGACATTGCGCTGGATGCGACGGCGGGAACCGGGGCCGATACGCTGTATCTAGCTAA	MSTSLRPAPTLWGDKRFHTWNYEMRSQFQEKVFKVMLDAGFTCPNRDGTIAKGGCTFCSARGSGDFAGRRRDDLVTQFNTIRDRQHQKWPSAKYIGYFQAYTNTYAPVEELREYYEVILQQPGVVGLSIATRPDCLPDDVVEYLAELNERTYLWVEMGLQTIHDSTSELINRAHDTECYLEAVEKLRKHNIRVCTHIIYGLPQEDHEMMLATGQAVSKMDVQGIKIHLLHLMRKTPMVKQYEAGLLRFLEQDEYISLIVDSLEFLPPEMIVHRLTGDAPRDLLIGPTWSLKKWEVLNGIDAELKRRDTWQGKLWGDPDGLPLGFEFCSQARVRKAAAWRHCAGCDGGNRGRYAVSS				NA	NA	NA	NA	NA
JZ016_02803	450			hypothetical protein	GTGTACGCTTTTGATATTCAGGAACAGGCGCTGCAGCTGACTCGTGATCGGCTTGATAAGGAACCGCCCGGCACCCTTGCGGAGGTTACCCTTCACCATCAGAGCCATGCCCTTATGGGAGAATGCGTACCTGAGTGCGAGCATGGCCGTATGGGTGCGATCATGTTCAATCTCGGCTACCTTCCGGCAGATTCATCAGATAAACGGATCATGACGGAAACCGCCAGCACACTCACGGCTCTGGAAGCTGCCATCGAGCTGCTCCGTCCCGGCGGCATTATCACCATCGTGCTGTACCCGGGCCATAAAGGCGGCGATGCCGAAGCGGACGCCGTGCAGGCCTGGGCGGCTGAATTGCCCCCGCACAAGGTGCAAACGATATTGTATCGTGGTCTTCAGCGTTCCGAAGCGCCATATCTCATTGCACTGGAACGGAAGAAGCCGATATGA	MYAFDIQEQALQLTRDRLDKEPPGTLAEVTLHHQSHALMGECVPECEHGRMGAIMFNLGYLPADSSDKRIMTETASTLTALEAAIELLRPGGIITIVLYPGHKGGDAEADAVQAWAAELPPHKVQTILYRGLQRSEAPYLIALERKKPI	PGPT0008955_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008955-thiO-K03153	NA	NA
JZ016_02804	969	gmuF	COG1482	putative mannose-6-phosphate isomerase GmuF	ATGACAAAACCATATCCATTATTGTTCCAACCCGAATTTAAAGAGCGTGTGTGGGGTGGCCGTGCCCTGGAGCAATTCGGCCTGGATATTCCTGAAGGACATATCGGAGAAGGCTGGATGATCGCCGACCACCCGAACGGCACGACCAGCATTGTGAACGGTGAACTTGCCGGTCGCGGCCTGGATCAGGTTCGGGAGCAATTTGGACGGGAGTGGTTTGGCAGCAAGGGATTCTCCGAGGTTAACGGACGTTTCCCCCTGCTGATCAAGCTGCTTGACTGCAATGACAACCTCTCCGTTCAGGTGCATCCGACCGATGACTACGAGGGGCTTCCGAAAGGCGAGCTGGGCAAGACTGAAATGTGGTATGTGCTGGATGCGAAGCCGGACGCCAAAATCATATACGGTCTAAAGGAAGGCGTTAGCCGCGAGACGTTGAAAGAAGCCATGGAAAACGGCACGGTTATGGACCAGCTGCAAGAAGTGTCCGTAAAAGCCGGAGACACGTTCTACATACCTGCCGGTACGGTGCACGCCCTATGTGCTGGCGTTGTAGTGGCGGAAATTCAGCAAAATTCGGATACAACCTACCGGATTTTCGATTATAATCGACCAGGCCTTGACGGTAAGCCGCGCGAGCTTCATATCGAGGACTCCTTGAACGTGACGGCCTACGAAGGATCCGGCGCGACCACAATGAGCACGGAAGGAACCGCGCCTGGAGAATGGCTTGAGCTTGCCAAGTCTCCCTATTTTGTTGTCGAGAAAGGCGTTGTTAACGGTGCCTGGTCCTTGTCCACTTCCGCGGAAAGCTTCACGATCGTCGTGGTATGCGATGGTCAAGGAACCCTCAGCTGGGATAACGGCTCCATTGAGTATACGTCCGGACAATGCTTCCTGCTGCCAGCTAACCTGGGTGCATATACGCTGGACGGGCAATCTACGGTTCTTCGTTCATATCTTCCATAA	MTKPYPLLFQPEFKERVWGGRALEQFGLDIPEGHIGEGWMIADHPNGTTSIVNGELAGRGLDQVREQFGREWFGSKGFSEVNGRFPLLIKLLDCNDNLSVQVHPTDDYEGLPKGELGKTEMWYVLDAKPDAKIIYGLKEGVSRETLKEAMENGTVMDQLQEVSVKAGDTFYIPAGTVHALCAGVVVAEIQQNSDTTYRIFDYNRPGLDGKPRELHIEDSLNVTAYEGSGATTMSTEGTAPGEWLELAKSPYFVVEKGVVNGAWSLSTSAESFTIVVVCDGQGTLSWDNGSIEYTSGQCFLLPANLGAYTLDGQSTVLRSYLP	PGPT0017860_2459	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GLUCOSE-MANNOSE-FRUCOSE_CONVERSION_MODIFICATION,PGPT0017860-manA-K01809	NA	NA
JZ016_02805	972		COG2267	Monoacylglycerol lipase	ATGCAAACCGACACGTTTACGATGCTGAATACGCAGGGCATGCATGTTTTTGTATATCAATGGCTGCCGGAGCCGGACCATCCCGTTCGTGCCATCGTGCAAATTGCGCATGGCATGTGCGAAACCGGCATACGATACGAGGAGCTTGCTGAGTTGCTTACAGCACACGGTTACGCTGTGTACTGCAACGACCATCGGGGTCATGGACAAACGTCCGGCCTTACACTTCTCGGCGATGCCGGGGAAGACGGTTTCGAAGGAATGATTGAAGACCTGCTGCTTCTTGCTTCCGAGCTTAAGAAGCGCCATGCCGGTGTTCCACATTACTTGATGGGTCACAGCATGGGGTCTTTTTTGACCCAAAAGATCATGTGTTTGAACGGCGAATTATTCGACGGATTCATTCTGTCCGGCACCAATGGTCCACAGGGACTGCTGGCGTTCGGTTTGAATCTGGCAGCGGTACAAATGCGCCTTCAAGGAAACACGCACCGGAGTCTGATGCTGAACGCCATCGTGTTCGGCCCTTACAACAAAGGTTTCGGCCCTATTCGCACTCCATTCGATTGGTTGTCCCGGGATGAAACGGAAGTGGATAAGTATATCAACGACCCCTATTGCGGTCAGGTATGCAGCGCTCGTTTCTTCCGTGATTTCTTCAAGCTGCTGTCCCAGATCCATAAACCTCAATTGATGGAATGCCTTCTAAAGGATAAGCCGGTCTACATTTTCTCGGGCGAGGATGATCCGGTCGGACACCGCGGAAAAGGCGTACGGCGTTTGATCGAAATGTACCGGAAACATGGCATCCAGGATCTTGAATACCGTTTGTATCCCGGCGGTCGCCACGAAATGCTGCATGAAATCAACCGGGATGAAGTTGCGGCACATGTTCTCGACTGGCTAGAACGGCACACCTCGGAATCGCATGGGACAGCAGACGACGCCGCGAGAATCGAAACCCGTATGTAA	MQTDTFTMLNTQGMHVFVYQWLPEPDHPVRAIVQIAHGMCETGIRYEELAELLTAHGYAVYCNDHRGHGQTSGLTLLGDAGEDGFEGMIEDLLLLASELKKRHAGVPHYLMGHSMGSFLTQKIMCLNGELFDGFILSGTNGPQGLLAFGLNLAAVQMRLQGNTHRSLMLNAIVFGPYNKGFGPIRTPFDWLSRDETEVDKYINDPYCGQVCSARFFRDFFKLLSQIHKPQLMECLLKDKPVYIFSGEDDPVGHRGKGVRRLIEMYRKHGIQDLEYRLYPGGRHEMLHEINRDEVAAHVLDWLERHTSESHGTADDAARIETRM	PGPT0023520_1015	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_LYSOPHOSPHOLIPASE_ACTIVITY,PGPT0023520-pldB-K01048	NA	NA
JZ016_02806	177			hypothetical protein	ATGAACGGGAAACAGATGGGGCGGGAACAGCATCCGCAGGATGAGCCCACCATTGCGCCGGGTATGGAAACCAATGATGATCTGCGCGAAGAGGCTACGGAGGATGAAGTAAACCATGGCGAGTACACCGAGGTCACGCAGCTGATCATCGACCGCACGCCGAACGAGGAAGAGTAA	MNGKQMGREQHPQDEPTIAPGMETNDDLREEATEDEVNHGEYTEVTQLIIDRTPNEEE				NA	NA	NA	NA	NA
JZ016_02807	1776			hypothetical protein	ATGAAAGTCATACTATCAACCTTGAATGCCAAGTACATTCATACCTCTTTAGCCATTCGCTGCCTGAAGGCATACAGCGAGAAGGATTTCGATATCGAACTGACGGAGTACACGATTAAGGACCCTGTGATGAATATCGTCTCCGACCTGTTCCAGCGCAAGCCGGATGTGATCGGATTCTCCTGTTATATATGGAATATTGAAGAAACGATTAAAGTGATCGATATCGTGAAGAAGATTATGCCGGAGGTCACGATCATATTGGGCGGACCTGAAGTATCCTACGATACGGAGTATTGGATGAAACGGCTGCACAATGTCGACTTTATCGTTATGGGTGAAGGCGAGGAGACCTTCCACCATTTGCTGCAAACGATTGAAGGGGACCGGAAGTATCATTTCGTTTATGGCGTGGCTTACCGCAAGCAGGATGAAGTCATTGTGAATCCCGGAAGACCGAAGAGCATTCTGGCAGAGCTGCCTTCCCCGCATCGTTTTCCGGAGGATATCCCGCATCTCGGGAAGCGGGTTGTCTATTTTGAGACCAGCCGGGGCTGTCCCTTCAGCTGCCAGTTCTGCCTGTCGAGCATTGAGGTGGGGGTTCGCTACTACGACATTGAACGGACTAAAGCGGATATTCTCTACCTGATCGAGAACGGAGCAAAATTGATTAAGTTCGTAGACCGAACCTTTAACATTAAGCGGGATTACGCGCTTGAAATGTTCGAGTTTCTTATCGAGAATCATGGCGGCTGCGTGTTCCAGTTTGAGATCACGGCGGATATCATGCGTCCCGAGGTGCTGGATTATTTGGCGAAAAATGCGCCTCCCGGCATTTTTCGGTTTGAAATCGGGGTGCAATCGACCAACGACCCGACAAACGAGCTGGTAAAGCGTCGCCAGAATTTCACCAAGTTGTCGCGCACGGTAACCATGATCAAGGACAGCCGCAAGATCGATCAGCATTTGGATTTGATTGCAGGTCTTCCGGAAGAGGATTACGATACGTTCCGCAAAACGTTTAACGATGTATTTGCGCTTGGGCCGGAGGAACTGCAGTTAGGCTTCCTGAAGATGCTCCGCGGAACCGGGTTGCGGATCGATGCGGACAAGTATAATTACACCTACATGGACCATGCTCCGTATGAGATCCTCGGTAGCGACGTGCTACCGTTCTCGGATATCGTCCGACTGAAGAGACTGGAGGATGTGTTGGAGAAGTATTGGAATGCGCACCGGATGGACCACACCCTGAATTATTTGATGAAGCATGAGTTTACGTCGCCGTTTGATTTCTTCCAAGAGTTTGGAGACTACTGGGAAGGACAGGGCTGGCAAAAAATCGGCCATCAGCTCGAGGATCTGTTCACGCGTTTAACGGCTTTCCTTGAAGATCGGAAGACCTCGCATATGGACGTTGTCTCCGGTCTCATGAAGTTTGATTATTTCCTGGGCCATAAGTATAAGCCGCGGAAAATATGGTGGGATCATACCCAGGATAAAGCGCAATGGACCGCCAATGTCCGCAAAATCGTAGAGGAGCCTGCGGCCCTGTCCGACGGTTTTGCCGATCTGGGGATCACGGAGCGCGATCTGCAGAAACATGCGATGATTGAGGTGCTGCCGTTTAACCTCAGCGATGCCATCCAGGGCGGCACCGGATTTCCGGACAGCGCGGACCATGCAACGATGCTGTTGGTATTGTACCAGCAGAACGAAACAGGACAGCCGCAGTACTATACGATGCCTGTGGGGTTAGCGAAGCAGGCAAAGTAG	MKVILSTLNAKYIHTSLAIRCLKAYSEKDFDIELTEYTIKDPVMNIVSDLFQRKPDVIGFSCYIWNIEETIKVIDIVKKIMPEVTIILGGPEVSYDTEYWMKRLHNVDFIVMGEGEETFHHLLQTIEGDRKYHFVYGVAYRKQDEVIVNPGRPKSILAELPSPHRFPEDIPHLGKRVVYFETSRGCPFSCQFCLSSIEVGVRYYDIERTKADILYLIENGAKLIKFVDRTFNIKRDYALEMFEFLIENHGGCVFQFEITADIMRPEVLDYLAKNAPPGIFRFEIGVQSTNDPTNELVKRRQNFTKLSRTVTMIKDSRKIDQHLDLIAGLPEEDYDTFRKTFNDVFALGPEELQLGFLKMLRGTGLRIDADKYNYTYMDHAPYEILGSDVLPFSDIVRLKRLEDVLEKYWNAHRMDHTLNYLMKHEFTSPFDFFQEFGDYWEGQGWQKIGHQLEDLFTRLTAFLEDRKTSHMDVVSGLMKFDYFLGHKYKPRKIWWDHTQDKAQWTANVRKIVEEPAALSDGFADLGITERDLQKHAMIEVLPFNLSDAIQGGTGFPDSADHATMLLVLYQQNETGQPQYYTMPVGLAKQAK				NA	NA	NA	NA	NA
JZ016_02808	1884	recQ	COG0514	ATP-dependent DNA helicase RecQ	ATGAATGTGGAAACAAATGATAGAGAATCGATGAATATGGATACAGCGCGGGATTATCTGCAGAAATATTACGGCTATCCTGATTTTCGGGAGGGCCAGAAAAAAATCGTCGCCAGTCTGCTGGCGGGTCAAGATACGCTCGGGATCATGCCGACGGGCGGAGGCAAATCGATCTGTTATCAGATCCCGGCGCTCCTGTGTCCGGGTCTCACGTTGGTTGTATCGCCTTTGATTTCCTTGATGAAGGATCAGGTGGATGCCCTTACGACAGCGGGTGTGGCCGCTGCCTATATCAACAGCACGCTCAGCGGCAAGGAAGTGAACGATCGCATACGTGCGGCCAAGCGCGGAGAATTGAAGCTGTTATATGTCGCCCCGGAACGGCTTGAACTGGATTGGTTCCGGGAGGAGATGGCAGGTCTTGACATTTCGATTGTGGCTGTCGATGAAGCTCACTGCGTATCCCAGTGGGGGCATGATTTCCGGACCAGCTATCTCTCGGTGGCTCCTTTTGTTAAAGGGCTCCCGAACCGTCCGATCGTGGCGGCCTTTACGGCCACGGCCACGCCAGAAGTTATGGAAGACATGCAGCGTCTGCTTCGACTGGAACAGCCGCAGGTGTTCGTAACGGGCCTTGGGCGCGACAATCTGGAGATGTCGGTGCTTCGCGGTGAGAACAAGCGGGAGTTCGTTCTGGACTATGCGGCCTCGCATACCCACCAGCCAGGAATCATCTATGCCGCCACTCGCAAAGAGGTCGATGATTTATGCCAGCGCCTTATAGCTAAGGGGCTTCTAGCGGGTCGATACCATGCCGGCATGAGTGACGCGGAGCGGGCGGAGAGCCAAGAGGCTTTCCTCTATGACGATATTCGCGTTATTGTAGCAACGAACGCGTTTGGCATGGGGATCGATAAATCCAACGTCCGGTATGTCATTCATTACAATATGCCGAAAAATATGGAGTCCTACGTGCAGGAAGCGGGTCGCGCCGGTCGGGATGGCGAGCCCAGCCAGTGCATATTGCTGTTTAGCGCCCAGGACATCATGACCCAGAAATTTCTGATTGAACAGAATCCCCAGGAGGGCGAGCGCAAGCAGAACGACTACCGGAAGCTGCAGCAGATGATCGATTACTGCTACACCACAAGGTGCCTTAGGAGCGCGATGCTGGATTATTTCGGGGAAGAACACGAAGATAAGCCCTGCGGTACGTGCAGCTCCTGCACGGATGACCGGGAGCTTGTCGATATCACGGTGGATGCGCAGAAAATTTTCTCATGCATCCACCGGATGCGCGAACGCTTTGGCGTGTCCACGGTCGCCTCGGTGCTGAAGGGCTCCCGGGCGAAAAAAGTGCTGGAGTACGGCTTTGACCGCCTTCCGACCTATGGCGTGATGTCGAATCGGACCGAGAAGGAGATATCCGAGACGATCAATGTGCTCATCTCGGAAGGGTTCCTGGCGCTGACGGAAGGCCAATACCCTGTCGTGAAACTGCAGAGCGAGGCCGCCGATGTGTTAAAAGGCCAGCGCGAAGTGATGCAGCGCGTTCCGCGTCCTTCCAAAGCCGCAGGCAGCCAGCGAAGCGGCAGCCGCCGCGATTATTCGCCGTCAGCCGTCAACGAGACGGTGTTCGAGCAGCTGCGTTTGATTCGGCGTGAGCTGGCAAGCAAAGAGCATGTGCCGTCCTACATCATTTTTAACGACGCAACCTTGCGTGAGATGAGTGTGGTTTGTCCGCAGAGCGAGGATGAGATGCTGAATGTCAAAGGGGTCGGGGAAGTGAAATTCCGTAAATATGGCCGTCCGTTCCTGGAATTCTTCCTGAATGGTCAGAGTGCGTCGAATGACGGGGACGATCTGTTTGACTATGAAGAATAG	MNVETNDRESMNMDTARDYLQKYYGYPDFREGQKKIVASLLAGQDTLGIMPTGGGKSICYQIPALLCPGLTLVVSPLISLMKDQVDALTTAGVAAAYINSTLSGKEVNDRIRAAKRGELKLLYVAPERLELDWFREEMAGLDISIVAVDEAHCVSQWGHDFRTSYLSVAPFVKGLPNRPIVAAFTATATPEVMEDMQRLLRLEQPQVFVTGLGRDNLEMSVLRGENKREFVLDYAASHTHQPGIIYAATRKEVDDLCQRLIAKGLLAGRYHAGMSDAERAESQEAFLYDDIRVIVATNAFGMGIDKSNVRYVIHYNMPKNMESYVQEAGRAGRDGEPSQCILLFSAQDIMTQKFLIEQNPQEGERKQNDYRKLQQMIDYCYTTRCLRSAMLDYFGEEHEDKPCGTCSSCTDDRELVDITVDAQKIFSCIHRMRERFGVSTVASVLKGSRAKKVLEYGFDRLPTYGVMSNRTEKEISETINVLISEGFLALTEGQYPVVKLQSEAADVLKGQREVMQRVPRPSKAAGSQRSGSRRDYSPSAVNETVFEQLRLIRRELASKEHVPSYIIFNDATLREMSVVCPQSEDEMLNVKGVGEVKFRKYGRPFLEFFLNGQSASNDGDDLFDYEE				NA	NA	NA	NA	NA
JZ016_02809	816	rhaS_16		HTH-type transcriptional activator RhaS	ATGCTATCATGTAGAGCCCAAAAAGTGAAGTTGGTGATCCTAATGAATGACGCACATACCGAAGCCGTAAATCAAACCATTCAATATATGAAGGAGCATCTGGACGAGCCCATGACGGCCGAGCAGCTCGCCGATCTTGCGGGATACAGTCCCTACCATTTCTCCAGAGTATTCAAGCGAGTAACCGGCATATCGCTCAGGCAATACCTGTCCGCGCTCCGGGTTGAATCCGGCAAAATCGAGCTCCTTCAAAGTCCTTCCCTGCTCGTAAAAATCGGAATGCGCATCGGTTTGGCAAGTCCCGGCACCTTCAATACCCGCTTCAAGCAGTTTGTCGGCCTGTCTCCGAAAAGGTTCCGCTCCACCACCGAGTCCCTGCATCGTTACGTGAATCAATATGAGCACAAGCCATTAACCTGGGCAGAGGAAGAAAGACATGCTCTGCCCCGGATTCATTGCCGGATCGAAGCTCCCGAGGCGTTCCGCGGCATGATTTACGTTGGTCTGTTCCCAAGACCCGTGCCTGATCAGAAGCCCGTCTCCGGTACGGCGGTCAACCTCAAGAACCGGACCTGTACTTTAGCCGGCATACCAACCGGAACGTATTATGTGCTGGCAGCGGGCATCCCCTGGAGCCTCAATCCCCGGGATTATTTTCTGCTGAGCAAATCCTTGCGCGGCAAGCGGGAGGAGCCTGTCCATATCGACGAAGAAACCGATCTCGCCGTAAACATCACCTTGCGCGAGCCTCTGCCCTATGACCCGCCGATTGTTGTTAATCTACCTCTGCTCTTATTCGAGAAGGATCGGAAATAA	MLSCRAQKVKLVILMNDAHTEAVNQTIQYMKEHLDEPMTAEQLADLAGYSPYHFSRVFKRVTGISLRQYLSALRVESGKIELLQSPSLLVKIGMRIGLASPGTFNTRFKQFVGLSPKRFRSTTESLHRYVNQYEHKPLTWAEEERHALPRIHCRIEAPEAFRGMIYVGLFPRPVPDQKPVSGTAVNLKNRTCTLAGIPTGTYYVLAAGIPWSLNPRDYFLLSKSLRGKREEPVHIDEETDLAVNITLREPLPYDPPIVVNLPLLLFEKDRK				NA	NA	NA	NA	NA
JZ016_02810	462			hypothetical protein	ATGACCATTATTCAAGAAACCATAATTCAGGCCGACGTGCAGCTCCTCTGGCGAGCATGGACGGAGTCTGCGAGGATAACCGAGTGGTTTGCGCCGGCTGCTGAAATTGAACCGAGGGCGGGCGGAAAGTTCGAGCTTTATTTTAACCCGGCTAATCGTGAATCGATGTGCACCGCGGGCTGCACCATTTTGCAGTATGATGAACCGCATACCCTCGTGTTTGAGTGGAAAGGACCCGATCCCTTTGCGGAAACGATGAATCAGGGGGAATTAACTGAGGTCAAGGTGTCTTTTAGACCTGAACAGGACGGCGGCACGAGAATTACCTTAGAGCATACGGGCTGGAAGGATACCGAGTCGTCACTGCAAGCCCGGGAATGGCATGTGGATGCATGGAAAAGCATGCTGGCCAGCTTAAAATCCAGCATCGAATCCGGTGAAGGCATTCTATGCTGCCAGTAA	MTIIQETIIQADVQLLWRAWTESARITEWFAPAAEIEPRAGGKFELYFNPANRESMCTAGCTILQYDEPHTLVFEWKGPDPFAETMNQGELTEVKVSFRPEQDGGTRITLEHTGWKDTESSLQAREWHVDAWKSMLASLKSSIESGEGILCCQ				NA	NA	NA	NA	NA
JZ016_02811	363			hypothetical protein	ATGCCCAATCTTTGTGTTCTATCGATCAATGTAAGTGATATGGATCAAGCGACGCGATTTTATTGTGATATTCTGGGATTCGAAATTTCCAAGGTGTATGATGATCAGATCATCAGTTTGAAACATGAAGGCGTTTCCCTTGTTCTGCAAAAATGCGACCGTCCTACGAAAACCGATTACCCGCTTGAAGCTCAGGTTATTATCGGACTTGAGACGGCTGATGTACGCGCGGCGATTGCGAACTACAAAACGCAGGGTGTAGAGGTCATCTTTGATACACCGCAGCCGTGCCCTCCCGGTCTATACAGCGCAATCCGGGACCCTTTTGGGAATGTAATTGAACTGCTGGAATTTACGGAGTAA	MPNLCVLSINVSDMDQATRFYCDILGFEISKVYDDQIISLKHEGVSLVLQKCDRPTKTDYPLEAQVIIGLETADVRAAIANYKTQGVEVIFDTPQPCPPGLYSAIRDPFGNVIELLEFTE	PGPT0013300_6072	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_02812	816	speD	COG1586	S-adenosylmethionine decarboxylase proenzyme	ATGGATATGACACCAGAACAACGCGTTACCCTGCACGGGTTCAACAACCTAACAAAATCGCTCAGCTTTAACATGTACGATGTCTGTTATACGAAAACCCGGGAAGAACGAGAGGCGTATCTTGAATATATTGATGAGCAGTATAACGCGGATCGGCTAACAAAAATATTGAGCCATGTGGCCGAAATCATCGGAGCGCATGTCCTGAACATTGCCAAGCAGGATTATATCCCGCAAGGCGCCAGCGTAACGGTCCTTGTATCCGAGGGTCCGGTCGTGGAGGTTCCGGAGGAATCCTATGACGAATCGCCGGGGCCGCTGCCGGATAACGTCATCCTGCAGCTCGACAAGAGCCACATTACCGTCCATACGTATCCGGAATTTCATCCCGATGAGGGAATCAGCACCTTCCGGGCCGATATCGACGTGTCAACCTGCGGGGAGATTTCACCGCTGAAAGCCCTAAATTACCTGATCCACTCCTTTGATACGGATATTATGACGATCGACTATAAAATTCGAGGCTTCACGCGGGATATTCACGGGCACAAGCTGTTTATCGACCATGAGATCAGCTCCATTCAGAACTACATTCCGGACGAGGCCAAGGAGCTGTTCGATATGATTGACGTCAACGTATACAAGGAGAACATCTTCCACACCAAGTGTAAGCTGAAGCAGTTTGATCTGGACAACTATCTGTTCGGTTACACGAAGGATAAGCTATCCGAAGCCGAGCAGCAGAAAATCACCGAGCGCATCAAACTGGAGATGGACGAAATTTATTACGGTAAAAACATGGACCGCAGTTACTGA	MDMTPEQRVTLHGFNNLTKSLSFNMYDVCYTKTREEREAYLEYIDEQYNADRLTKILSHVAEIIGAHVLNIAKQDYIPQGASVTVLVSEGPVVEVPEESYDESPGPLPDNVILQLDKSHITVHTYPEFHPDEGISTFRADIDVSTCGEISPLKALNYLIHSFDTDIMTIDYKIRGFTRDIHGHKLFIDHEISSIQNYIPDEAKELFDMIDVNVYKENIFHTKCKLKQFDLDNYLFGYTKDKLSEAEQQKITERIKLEMDEIYYGKNMDRSY	PGPT0007760_1029	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007760-speD-K01611	NA	NA
JZ016_02813	1854	cheB_10		Protein-glutamate methylesterase/protein-glutamine glutaminase	GTGAAGGAACTGCAGGGAGTGAAAGCTTTGTTTGATATAGTGAAACAATGGAAGTGGTACGACTGGGCCATGCTCTTTATTCGCATGATGGGCTGCATCTCCCTGATCATAAAGTTTGTAGAGCTCCGGAATCAGTTTACCGTATCATTATGGCTCGTCGTCATGTGGGAGATGGCAGCTTTCTCGATACCCTGGCTGTGTCTGCTTCTGAACCATAAAGCATATTTGGTAACGGAGCTCCTGTTATCGGGGGGGATCGCCGTCTATTTAACTTCCTTATTCCCGGAGGCTTACTTGTCGTTTATCATTCCGGCATTTCTGATGGCAGCGAACAGCTATGGAAATACGTACAGATGGACAGGCCCCCTTGCGGCTATCTTGGTTCCAATGCTGATCAAGCTGTACGCCCCATCAACGGATTTGATGCTGATGATGGAGCATGTCGCCTTTGCGTTTGCGTTAGGATTTGCCTTTCATCTATTGATGGCCAACTATCGCCAGAATGAAATCATTCGAACACATAATACGATTTTGGAGCAATATTTGTCCCAGGTCGAGCGGGTCACGCTGCTGGAAGAACGAGAGCGCGTGTCCAAGGAACTGCATGATACGATGGGCCATACGTATACGGCGGTCATTATGGGCTTGGAAACGCTTCGTTCCACGGAAACCGATGCAGCGGCTCAGCGTAAGCTGTCCAATCTGCTCGAACTGACACGGAGAAGCCTGGATGAAGTCAGAGGGTACTTGCATGAGCTGGACTCACCGCAAGAACAGCTTCCCCTGGTGCAGTCACTGAGACAGGTAACGGAGGATTTTGAGCGCAACAGCGGGGTAAAAGCAGGATTTAGAGTGCTTGGTGAAGCGTACCCGGTATCCCGGCAGGTGAAAATGACCTTCTATCGTTGTCTCCAGGAGTCTTTAACCAACAGTGTTCGTCACGGCAATGCGACGAGGATTGATGCCGTGCTTCAATTCGAATTGCAGCAAACCCGGCTTGAAATTCTGGATAACGGCCGTGGAACCGTGCAAATCCAGGAAGGTTTTGGTTTAAGTGCCATGAAGGAAAGGGCCTATCGCCTTCAAGGCCAAGTCACGGTTTATTCGACTCCCGACGAAGGAACCGTTGTGACCTGCAGCTTGCCTAGGATCTTGGAGCCTGCGGATGAAATCATCAGAATTTTATTGGTGGATAATGAACCTTTTATCAGGGAGAGTCTCGGCATCATTCTGGAGTCGGAGAAGGACCTTGAGGTAGTAGGACGTGCGGAACATGGGGAGTTTGCCTTGGACATGTGTGAGAAGCTTAACCCCCATCTGGTGCTGATGGATCTGGAGATGCCCGTGATGGATGGCATTACAGCGATGCGATTGATCAAACAACGTTGGCCGTCAGTGAAGGTGATCATATTTACCACATTTGAGCAGAGGGTCAAAGCAGCCGAAGCGATGCGAGGCGGAGCGGACGGTTATTTGCTGAAGTCGATGGAGCCTCGTGAACTTGCTGAGAACATTCGCATTGTGTATCGAGGCGGAACTTTGATGAATCCGGCGATTTCAGCGAAACTCTTCGATGGGGTATCGGGCGATTTTATGAAGGAGGAGGGCGGTACTGCATTCCTAATCGAAGCCGATCCGGCGTCGTCTCCAACTTTGAAGTTGTATGATCTGACACCAAGGGAGATGGAGATTCTGAAGTATCTCTCCCAAGGCATGCGGTACAAGGCGATTGCGATGAGATTGTATCTCTCAGACGGGACCGTACGGAATTATGCTTCAACCTTGTATGCCAAGCTGGGCGTCCGCAACCGGGACGAAGCGATAGAAATTGCAAATCAGGCCGGGCTCCTATGA	MKELQGVKALFDIVKQWKWYDWAMLFIRMMGCISLIIKFVELRNQFTVSLWLVVMWEMAAFSIPWLCLLLNHKAYLVTELLLSGGIAVYLTSLFPEAYLSFIIPAFLMAANSYGNTYRWTGPLAAILVPMLIKLYAPSTDLMLMMEHVAFAFALGFAFHLLMANYRQNEIIRTHNTILEQYLSQVERVTLLEERERVSKELHDTMGHTYTAVIMGLETLRSTETDAAAQRKLSNLLELTRRSLDEVRGYLHELDSPQEQLPLVQSLRQVTEDFERNSGVKAGFRVLGEAYPVSRQVKMTFYRCLQESLTNSVRHGNATRIDAVLQFELQQTRLEILDNGRGTVQIQEGFGLSAMKERAYRLQGQVTVYSTPDEGTVVTCSLPRILEPADEIIRILLVDNEPFIRESLGIILESEKDLEVVGRAEHGEFALDMCEKLNPHLVLMDLEMPVMDGITAMRLIKQRWPSVKVIIFTTFEQRVKAAEAMRGGADGYLLKSMEPRELAENIRIVYRGGTLMNPAISAKLFDGVSGDFMKEEGGTAFLIEADPASSPTLKLYDLTPREMEILKYLSQGMRYKAIAMRLYLSDGTVRNYASTLYAKLGVRNRDEAIEIANQAGLL				NA	NA	NA	NA	NA
JZ016_02814	582			hypothetical protein	ATGAAGAAATGGCTGAGGGAGTACCTGCTGAACTTTTGTTTTTTGATGCTGACTTTTGGAACCGGGGTGTTTTACTTTTGTTATTATCTTGTGGGCCTTGTTTTTGGATCCGGCATGAGTTTCACCCTGATCGGGATACCGGTTCTTACCTTTGTTATGCGATCGTCATGGACTTTCATGGATTATGATCGGATCCAGACGAAGTTCTATACGGACATAACGATCGAACCTGTTATGAAGAGAACAACAACCGGCTCCCTCTGGATTCAGGCTAAGGGGGAACTGGCGGATATCCGAAATTGGAAAGCCGTATCGGTACTCATGCTGAAGTTTATCGTTGGCATCACGAGTTTGTTCAGTGCCGTTATATTCTTTATCGTTCCCATTCTATGGATATTGGCCCCATGTATCAGTTCCTTTGCGGATATCAACGTAGGACCTATTCGCATCGATACCTTGCCCAAGTCTCTGCTTATGATGGGAGTCGGCGTTCTGTTTGCTTATGCAGGGTCATGGGCCGCTAAGGGAGCGGCGAGATGGAGCGGCCGGTACACGCAGTGGATGTTTTCGGTTTGTAGGTAG	MKKWLREYLLNFCFLMLTFGTGVFYFCYYLVGLVFGSGMSFTLIGIPVLTFVMRSSWTFMDYDRIQTKFYTDITIEPVMKRTTTGSLWIQAKGELADIRNWKAVSVLMLKFIVGITSLFSAVIFFIVPILWILAPCISSFADINVGPIRIDTLPKSLLMMGVGVLFAYAGSWAAKGAARWSGRYTQWMFSVCR				NA	NA	NA	NA	NA
JZ016_02815	807	gloB_2		Hydroxyacylglutathione hydrolase	ATGGAGAATCATCAACATAACGTCGTTATCGATGATGCATGGTTTACCGTATCGCAGCTGGATGAGACCACGTTCGCGATCAGTGAATACGGACATTGGGAGAAGGTACATTCGTTTCTGTTGATCGGAAGCGAGCGTGCCGCACTGATTGATACGGGACTTGGCATCGACAACATGAGGCGGATGACCGATCAGCTGACGGATTTACCTGTTGTGGTGCTAACCACGCATGTTCACGCGGATCATATCGGCAGTCATGGGCAGTACGGAGAGATTTATGTGCATGAGGCTGAGGAGGACTGGCTCGTCAGCGGGATTAAGAAGCTGTCCATTGAACAAATCCGTAAGGACATTTCACGCGATATCACGAGGCCGGTACCGGCTTCCTTCGATCCGGCAACCTATACCCCTTACCAGGGGCAGCCGAACGGTATTCTAAGGGATCGAGATGTCATCGAGCTGGGCGGGCGGAGTCTGGTTATTTACCACACGCCGGGCCATTCGCCTGGACATATCGTGGTATTTGATGTACACCGGGGTTACTTGTTCACAGGGGATTTATTGTATGACGAGACGCCGATATATGCTTTTTATCCAACGACAAGTCCGGAGGATCTCGTAAACTCGCTGGAGCGGATCGCGAATCTCGATGGTGTAAAGCGCATCTATGGTTCTCACAATACACTTGGACTGGATCCGGCATGGCTGGTCGTGGTCAAAGAGGCGGTTCAAGAGCTGCGGGAAAAAGACCTTGTCCGATTTGGAACGGGCATTCACCGGTTCAACGGATTTTCGGTTCAATTTTAG	MENHQHNVVIDDAWFTVSQLDETTFAISEYGHWEKVHSFLLIGSERAALIDTGLGIDNMRRMTDQLTDLPVVVLTTHVHADHIGSHGQYGEIYVHEAEEDWLVSGIKKLSIEQIRKDISRDITRPVPASFDPATYTPYQGQPNGILRDRDVIELGGRSLVIYHTPGHSPGHIVVFDVHRGYLFTGDLLYDETPIYAFYPTTSPEDLVNSLERIANLDGVKRIYGSHNTLGLDPAWLVVVKEAVQELREKDLVRFGTGIHRFNGFSVQF				NA	NA	NA	NA	NA
JZ016_02816	606			hypothetical protein	ATGACTGGTGTTTATAGAATTAAAACTCATGAACAGCTCAAAGCGATTGCCGATCCCCTGCGCACCAAGATCCTGATGAATCTCGTGAAAGATGCCTACACCGGACAGCAGCTAGCCGAGGTACTGGACATTACGCGGAACAATATTTACTTTCATCTGAAGGAGCTGGAGAAGCACGGCATCATTCACGTGGTCCGGAAGGAAGAGAAGAACGGTATCGTGCAGAAATACTATCGCGCCGTCGCAAGCCGTTTCATTCCGGAGGATCATTTGCTGCCGAGCCTGGATTTGGTGGAAACATCCAGACAGGTATTTATGGAGACACTCGATGTTACCCGGACGAAAATCGAAAGCGCGCCGGCTTCTTCTCTTGCCTTGGACAGCACAAGCGAACACTATCGAAAAAACATTGCAGGGACCTACCGTTTTCATGCAACAAAGGAGAGCTTCCATGCTTTTGTGGATGAGTTCAAGCAGCTCATGAATAAACACTTTACGATGGAGACGGCCGAAACAGGCCATACGCCTGTGTCCACGGAAGAGAAAAATTACTATATGTCGTTGATCGCATTTCAAGATAATCAGGAGGATATCACCATTCGATAA	MTGVYRIKTHEQLKAIADPLRTKILMNLVKDAYTGQQLAEVLDITRNNIYFHLKELEKHGIIHVVRKEEKNGIVQKYYRAVASRFIPEDHLLPSLDLVETSRQVFMETLDVTRTKIESAPASSLALDSTSEHYRKNIAGTYRFHATKESFHAFVDEFKQLMNKHFTMETAETGHTPVSTEEKNYYMSLIAFQDNQEDITIR				NA	NA	NA	NA	NA
JZ016_02817	516			hypothetical protein	ATGTTTGACCCGACGATATTCGAAAATTTAAAGGTTGGCATCGAAAACGCGGTCTACGATCTCGATAACCTCGATGAAATCATTCGTGTTACCGATCGGAAGGATCTTCTGGATATGGCCACGTTATCCAGAAGTTTTAGCCTCCGGTTCGAGCTGGCTGCGTCATCCACAACTTCAGCCGAAATTTGCCTGGAGACCGGGCTCCGGGATTTGGCGGCCGAGATCTTGGAAATTCCGGAAGGTCAGCCAGCCTGCGAGCTGAAACTCCGCTTTTATAAACATATCGCTGATGCTTCCATAGCGTGTCCGGCTATTGCCCAGATCATAAAGGAGATATGGAATCCGGAGCTTCCTCCGCTGCAAACGATACGGTACACCTACAGCGATGATCCGGTACCGCTTCACAACACGATCGAGCTTCGCTTTCCTCGTAGAATCAACGAAGAACAGATGGGAGATATTCCGAATATCTTGGAATTCATGCTTCGTACGCTGGGAGAATTAGACCAGATATAA	MFDPTIFENLKVGIENAVYDLDNLDEIIRVTDRKDLLDMATLSRSFSLRFELAASSTTSAEICLETGLRDLAAEILEIPEGQPACELKLRFYKHIADASIACPAIAQIIKEIWNPELPPLQTIRYTYSDDPVPLHNTIELRFPRRINEEQMGDIPNILEFMLRTLGELDQI				NA	NA	NA	NA	NA
JZ016_02818	855	catE	COG2514	Catechol-2,3-dioxygenase	ATGACAGCCATTATACATCCATCCACAAAGCTTGGCCCGGTCTCTCTGCGGATCAGTAATCTGGCACAATCTGTTCGCTTTTATACAGAAGTCGTCGGGTTGAAAATGCTTCGCCAGCATGGCCGTGTTGCCGAATTGACGGCAGACGGCAAACAGCCGCTGCTGATTATAGAGGAAATTCAAGATCTGGTGAGACCGCAGACCCGGACGGCAGGTCTGTACCATTTTGCAATTCTGGTTCCGAATCGGGAATCGCTCGGGCTTGCGCTTGCCAATCTGATTGCGCATAACATTCCAGTCGGTCAAGGCGATCATTTGGTCAGCGAAGCATTGTACATTAATGATCCGGACGGGAACGGCATCGAGATTTATGCCGACCGACCAAGGGATATCTGGAAGCGTGATGCCAATGGGGAATATGTGATGACTACCGACCCTGTCGATGTAGAAGGACTGCTGGCTCTCTCCAAGGACAAGGAATGGTATGGACTTCCTGAAGAGACGGTTATCGGGCATGTGCATTTCCACGTGTCCAACCTGCATGATGCCCGCGTATTTTATTGCGATGTTCTGGGGTTTGAGCTGACAGCCCATTACGGCGGCGCTGCGTTGTTTATATCTGCGGGAGGGTACCATCACCATATCGGGCTCAATGTTTGGGCAGGAATCGGTGTGCCGAACACACCACGGAGCGCTGCGGGGATGGAAGATTATACGATTGAGCTTCCGAGCCATGAAGAGCTTGAAGCGGTAACCGGCCGTATCCGTGAGGCGGGACTGGGCCTGGAGCAGCGCGATGGCGTCTGGGCCGTTCAAGATCCTTCGGATATCTGGATCCGGTTGGTTGTTGCTTAA	MTAIIHPSTKLGPVSLRISNLAQSVRFYTEVVGLKMLRQHGRVAELTADGKQPLLIIEEIQDLVRPQTRTAGLYHFAILVPNRESLGLALANLIAHNIPVGQGDHLVSEALYINDPDGNGIEIYADRPRDIWKRDANGEYVMTTDPVDVEGLLALSKDKEWYGLPEETVIGHVHFHVSNLHDARVFYCDVLGFELTAHYGGAALFISAGGYHHHIGLNVWAGIGVPNTPRSAAGMEDYTIELPSHEELEAVTGRIREAGLGLEQRDGVWAVQDPSDIWIRLVVA	PGPT0005050_627	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL_RESISTANCE,PGPT0005050-catE-K07104	NA	NA
JZ016_02819	444	ywnA	COG1959	Putative HTH-type transcriptional regulator YwnA	ATGAACATAAGCAGCCGATTTGCAGTGGCCATTCATATTCTCTCCGTGCTGGAGATGAATAAGGCTGGCGTCAGCACCTCAGATTATATCGCGGAGAGTGTGAACACGAATCCTGTGGTTATCCGGCGTATTGTAGGCATGCTGAGCAAAGCGGGCCTGGTGGAGGTTAAACCTGGCGTAGCGGGAGCGAAGCTGGCAAGGCAACCGTCCGAGATTACGCTGCTGGATATTTATCATGCCGTTCATGTCGTGCAGGAGGATTCCTTGTTTGGCATTCATGAGAATTCGGACACAAAATGTCCTGTCGGCAAACATATTCAAACGGCGATTGTCCCGGTTTTTTCAGCCGCCCAGAAGGCCATGGAGAACACGCTGCATGAGGTGAATCTGGAAGAGATTGTCCGGAAAATTGATGCCTCTGCGAATGGAACATCAAGTGAATAG	MNISSRFAVAIHILSVLEMNKAGVSTSDYIAESVNTNPVVIRRIVGMLSKAGLVEVKPGVAGAKLARQPSEITLLDIYHAVHVVQEDSLFGIHENSDTKCPVGKHIQTAIVPVFSAAQKAMENTLHEVNLEEIVRKIDASANGTSSE				NA	NA	NA	NA	NA
JZ016_02820	1041	tagU_1		Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU	ATGGATCCCAGCCAACATCGAAATGAAACGTATACTATCAGACGTCCTCGAAAGCCCAAACGCCGTCTCAAACTCAAAAAATGGGTAGGAGTATCCTTTACTATACTGATTCTCTTAGGCGGACTAGGCTATATTTTCAGAAAAGAATTATCCTGGATAGCGTTTCAGGCTTTTTTCGCGAAAGATATCAAACATACGCTCGAGCAATCCTACAAACCTGTTGGTCCTTCTGATTCGCCCGAGCCTATTGCGGAGGCAACGAAACCATTCTCGGTTTTGCTTCTGGGCGTTGATCAACGCGAGGACGAGCCTGCCCGTTCCGACACCATCATCTACTCTGTCATCCGACCTGACCTTAATAAAATTTTGCTTGTCTCCATTCCGAGAGATACCTACACCGAAGTCATCGGCAGGGGAGTCACCTCCCGAATCAACTCAGCTTACGCCCACGGCGGCGCGAAAATGGCCATGGATACGGTTGAGCATCTGTTTCAGCACCCTGTCGATTATTATGCAGCCATCAATTTCCACGGATTAACGGATATCGTCAATGCATTGGATGGGATTAAACTCCCCATCGATAAAGTCATCGAGAACAAGAGCGCCCGTCATATCAAATTGCGGATCGAGCCGAACAAGCCGATTTATGATGGAACAGAGGCATTAAATTATATAAGGTACCGGGAGGATTCGGATTTCAACCGTACCATGCGTCAACGCATATTCCTCAGTTCCTTAATGGATCGGGTATTTGAATTGAGAAATATAACCAAAATCCCGGAGCTGATTCGTATCGGAGGCAGCAATCTCACGATGGACTTAAACTCCGATTTCATTCTCAAGCTGGCCGAAAACCTATTTTTTAATGACTCTCCACCGACATTTGAGAATTACATGCTAAAGGGAAAAGATCTAGTGATCCGCGGCGATTACTTCTATGATCCGGACGATTCGGACATCCGGTATATTCAAGAACTGCTTGCCAACTGGTCTGATGAAAAGACCAAGCTGGAAGATTTGATGATCCCAGGTGCGAAGTGA	MDPSQHRNETYTIRRPRKPKRRLKLKKWVGVSFTILILLGGLGYIFRKELSWIAFQAFFAKDIKHTLEQSYKPVGPSDSPEPIAEATKPFSVLLLGVDQREDEPARSDTIIYSVIRPDLNKILLVSIPRDTYTEVIGRGVTSRINSAYAHGGAKMAMDTVEHLFQHPVDYYAAINFHGLTDIVNALDGIKLPIDKVIENKSARHIKLRIEPNKPIYDGTEALNYIRYREDSDFNRTMRQRIFLSSLMDRVFELRNITKIPELIRIGGSNLTMDLNSDFILKLAENLFFNDSPPTFENYMLKGKDLVIRGDYFYDPDDSDIRYIQELLANWSDEKTKLEDLMIPGAK	PGPT0023440_1958	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005	NA	NA
JZ016_02821	192			hypothetical protein	ATGGTATTCTTTAAAAAGCCTCCCTTTCGTGGTACGCGAAAGGGAGGTTTTTTATCATGGATCGTTCATAACAAGCTTTACCTTAGTCAGGCGATTCATCCAACCTCGTGTGATCAGATTCACTTCGCACCTGGGATCATCAAATCTTCCAGCTTGGTCTTTTCATCAGACCAGTTGGCAAGCAGTTCTTGA	MVFFKKPPFRGTRKGGFLSWIVHNKLYLSQAIHPTSCDQIHFAPGIIKSSSLVFSSDQLASSS				NA	NA	NA	NA	NA
JZ016_02822	165			hypothetical protein	ATGAGCAGGCAGCGTGACCGAGACGTGGAGATCGAGACCCGCAATATCGAGGAGCGGAATGACTCCAGCAGGGTAGCATCTACGTTAATTAAGTATGTGGCTTATCTGATTATCTTCTTTGGATTTTTGTATTTCCTTATCAAATACGTATTTCCGATGTTCTAG	MSRQRDRDVEIETRNIEERNDSSRVASTLIKYVAYLIIFFGFLYFLIKYVFPMF				NA	NA	NA	NA	NA
JZ016_02823	921			hypothetical protein	ATGATCTCTTCTTTCTTAGCTACGATTTATGGCGTATTCCTACCCATATCACTGCCCGTCATCGGCGGAGCACTGCTCAAGCGATTCAAGGGCATTGAAACCAAGGGCCTTTCGGCCCTGTCTTTATATGTGCTGAGCCCGGCTCTGATCTTCGAAACGCTGGAGAAGGCTTCGATTACCTCGAATGAGGTCACGGTAACGGTTGCGTTTTGCTTGTTGAATGTGATTGCGCTTTGGGTGCTGAGTGCCTTAGCCGGTAAAATGCTGGGCTTGTCCCAGACAGAGAAATCGGGGCTCGCCTTGACCACTATTTTTACCAACAGCGTGAATTACGGGCTTCCCCTCGTTCTGCTTGCCTTCGGGCAAGCAGGGCTGGATAAAGCTTCTGTGTATGTCATTGTGCAGATTATCATTATGAATACATTAGGGGTGTACCTGGCAGCGAGATCTCATTTTTCCGCCGCAAAGGCGATCAAATCGGTGTTTACGCTCCCCTCGGTTTACGCGGCGGGACTCGCCGTGCTCTTCCGGTTGACGGATTTTCAGCTTCCGGAAGGGTTGAATACCGGCGTTTCCATGCTGTCCGCGGCTTATGCGCCGCTCGCTCTTGTCATACTGGGAGCCCAGATGGTCGGGGTTCGGGATGGCGGAGCTTCTGCCGTCTCCAAGCGCGGATTCTGGTCGGGCATGGCGATGCGAATGCTGGCGGGCCCATTGGTGGCTTGGGGATTGCTCGCGATTTTATCCATTGAGGGAACCTTGTTTGCGGTCATCCTGATTTTGTCGGCGATGCCAGCAGCCGTGAATGCGGTAATCCTTGCTGAACAATACGATGCCGCGCCCAAGCTGGTATCCAGGTGCATACTGTGGACCACGCTGGCTTCCTTTATCGTTCTGCCTGCCATGATCGGCTTTCTCTAA	MISSFLATIYGVFLPISLPVIGGALLKRFKGIETKGLSALSLYVLSPALIFETLEKASITSNEVTVTVAFCLLNVIALWVLSALAGKMLGLSQTEKSGLALTTIFTNSVNYGLPLVLLAFGQAGLDKASVYVIVQIIIMNTLGVYLAARSHFSAAKAIKSVFTLPSVYAAGLAVLFRLTDFQLPEGLNTGVSMLSAAYAPLALVILGAQMVGVRDGGASAVSKRGFWSGMAMRMLAGPLVAWGLLAILSIEGTLFAVILILSAMPAAVNAVILAEQYDAAPKLVSRCILWTTLASFIVLPAMIGFL	PGPT0007208_5608	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-ABSCISIC_ACID_DEGRADATION	PHYTOHORMONE-AUXINE|INDOLE‐3‐ACETIC_ACID|IAA_METABOLISM	PHYTOHORMONE-IAA-AUXIN_TRANSPORT_PLANT_LIKE,PGPT0007208-auxin_symporter-NA	NA	NA
JZ016_02824	1326			hypothetical protein	TTGTATAAGGTCGACGACAGCCATCCAAGTTTGCTCCGGACCACGCACCGAGCGCACAGGGGGCGGCGCGCTCAGTGCGTGCACACAGGCGCCGCCGCGCTCGGTGCGTGCGCACAGGGGACAGCGCTCGGTGCCGGGACGCCGCGAACGGTGTACGGACATAAGACCTGCTCCGTGCGGACCGTGATTCCGCTATTTGCAAACAAAGGTACTAAAATTAAGCTTAAGCGGACACTTGTTCCGCTATTGCCGGCATATCACAGCAAAAAACAGGCAAAAGCCGAGAGTAACGGATTCTGTGTCCGCAAAGCCTTAAATTTGGCACTGTTGTTGGCAAATAGCGGACCTCCTGTCCGCATCACTCCGTGCATATTGCACATCATCAGCGCATATTGCACATCATCCGCGCATATCGCACATCGTCAGCACAGGGGGCGGCGCGCTCAGTGCGTGCACACAGGCGCCGCCGCGCTCGGTGCGTGCGCACAGGGGACAGCGCTCGGTGCGGGGACGCCGCGAACGGTGTACAGACATAAGACCTGCTCCGTGCGGACCGTGATTCCGCTATTTGCAAACAAAGGTACTAAAATTAAGCTTAAGCGGACACTTGTTCCGCTATTGCCGGCATATCACAGCAAAAAACAAGCAAAAGCCGAGAATAACGGATTCTGTGTCCGCAAAGCCTTAAATTTGGCACTGTTGTTGGCAAATAGCGGACCTCCTGTCCGCATCTCTCCGTGCATATTGCACATCATCAGCACATATCGCACATCGTCAGTGCATATTGCACATCATCCGCGCATATTGCACATCTTCAGCGCATATTGCACATCATCCGCGCATATCGCACATCATCCTCGCATATTGACATCATCAGTGCATATTGCCATCATCAGTGCATATTGCCATCATCAGTGCATATTGCCATCATCAGTGCATATTGCCATCATCAGTGCATATTGCCATCATCAGTGCATATCGCACATCGTCAGTGCATATTGCACATCATCCGCGCATATCGCACATCATCCTCGCATATTGACATCATCAGTGCATATTGCCATCATCAGTGCATATTGCCATCATCAGTGCATATTGCACATCTTCAGCGCATATTGCACATCATCCGCGCATATTGCACATCTTCAGCGCATATTGCACATCATCCGTGCATATTGCACATCATCCGTGCATATTGACATCATCAGTGCATATTGCACATCATCCGTGCATATTGCACATCATCAGCTCATATTGCACATCATCAGCTCATATTGCACATCATCAGCGCATATTGCCCATCGATTCCGACTTTTATATTATTGA	MYKVDDSHPSLLRTTHRAHRGRRAQCVHTGAAALGACAQGTALGAGTPRTVYGHKTCSVRTVIPLFANKGTKIKLKRTLVPLLPAYHSKKQAKAESNGFCVRKALNLALLLANSGPPVRITPCILHIISAYCTSSAHIAHRQHRGRRAQCVHTGAAALGACAQGTALGAGTPRTVYRHKTCSVRTVIPLFANKGTKIKLKRTLVPLLPAYHSKKQAKAENNGFCVRKALNLALLLANSGPPVRISPCILHIISTYRTSSVHIAHHPRILHIFSAYCTSSAHIAHHPRILTSSVHIAIISAYCHHQCILPSSVHIAIISAYCHHQCISHIVSAYCTSSAHIAHHPRILTSSVHIAIISAYCHHQCILHIFSAYCTSSAHIAHLQRILHIIRAYCTSSVHIDIISAYCTSSVHIAHHQLILHIISSYCTSSAHIAHRFRLLYY				NA	NA	NA	NA	NA
JZ016_02825	177			hypothetical protein	TTGATGGAAACAATTACCGTAACCGAATTCCCGGTCTTGAATCCGGATCACCGCCGCGCTTTGTTACCCATAAATATCGCCATTTTCCCGAAAGAGGGGAAATGGCAATACCGATTCAATAATATAAAAGTCGGAATCGATGGGCAATATGCGCTGATGATGTGCAATATGAGCTGA	MMETITVTEFPVLNPDHRRALLPINIAIFPKEGKWQYRFNNIKVGIDGQYALMMCNMS				NA	NA	NA	NA	NA
JZ016_02826	3165	rcsC_5		Sensor histidine kinase RcsC	TTGTCGACCTATTCCAACTCGAACTCAAACTCGAAATCGAAACCGATCTCCGGCAAAAGGCTGCTGGGGATTACTTTTCTGTTTATTGTCATTTTACTCTCCGTGCGGTTGGCTTATTTTAAAATCATCATGATCCCTGAGGAAGTTCCGTTTCAGCAAGGAGTGCTGGATCTTCGGGATTGGCGGGCGGATGACCGCAATACGGTCGCGCTGAACGGGGAGTGGGCCTTTTATCCGAATCAATGGATGGGCCCGGATAGATGGTCTCAAGGGGAGCAGCAGCCTGCCGCCGATCCGCGCTGGATACAGGTTCCCGGGCCATGGGGAGGCGTAAACGAGAACGGGAACCAAATGGGCTTCGGCACTTATCGTCTCAAGCTGCTCGTACCGGAACGTAACATAACTTACGGCCTCTGGATCACCGATATCCGTACAGCCTATCGTTTGTATGTCAATGGCGAGTTATTGTACGAATCCGGACATCCCTCCGATACGCCAAAGACCCATGTGGCAAGAATCGTTCCCCATATCGAACTCATCCCCCCGGCTGCCGAAGACGAGCTGGATATCATTCTGGAAGTGAGCAATTACCAATATGCCGATTCAGGCGGGATTAGGCTGCCAATCAAATTCGGGACTGCAGAAGCGGTGATGAAAGGAAAAGCGTTCTCGGAGAACATGCAGCTGCTGGTCTGCATAGTGCTATTTCTTCATGTCATGTATATCTTAATTTTGTATCTGATCGGCTATCGGAGCAAAGGCCTCTTATATTTTGCGGCCCTTATACTGTTTACGCTGCTGGCTACGCTGGTTGACGACGATAAGCTCCTGCTCGTTTGGCAGCCTGCTATCCGTTTCGAATGGTCAGTGAAGCTTAAGGTTGTTGCTTATGTGGCAATATCCTTATGTTTGATTCTGTGCACCAAGCATTTACTCCGGCCGAGAATCAAAGAAGGATTATACCGGGCCTATACAATCTTTGTGGTTTCGTATGCCGTCGCTTATTTGCTGCTTCCGTTTCATCTGATGGTGCATCTCTCTACTTATTTATCATTGGTATTAATAAGCTCCGTACTGTTCCTGCCTTCGATTGCCAGGAAGGCGGTCAGCGAGCGGACGGAAGCGGCCATATTTATCTTGCTGTCGGCGGTTGCGGTTTCCTGCAACATTATCGTAAGCGGAATTTTAAGGTTTCGGTATTTTAAGGAACTGCCTTATTATCCGATAGACCTGATCGTTGCGTTTCTCGGATTTGCTTCCTTCTGGTTTATCCGGTTTGCCCGAAACACTGTGGTGCTGAGGGAACAGGCAGAGGAGCTGCAGCGGGCAGACAAGAAAAAGGATGAATTTCTGGCAAATACGTCCCATGAGCTGCGAAATCCGCTGCATGGCATGATTAATATGGCGCAAACGCTGCTGGAACGCAAAGGGAGTACACTTCAGCAAGAGGATCGTAATCACCTGGAGCTGATTACCGGCATTGGTAAGCGGATGTCGCTGCTGTTGGATGACTTGCTGGATGTTTCGTTATTGAAGGACAGGCGGATTCGGCTGGATGTACAGAGCATCCATCTCGGTTCGGCTGCCCAAGGCGTGCTGGATATGCTCCGTCCGATGGCGGAGGGCAAACGAATCGAGCTCGTATGCGAGATCGAGGATGACTTTCCCAAGGTATGGGCAGATGAAAGCCGGTTGGTTCAGATTATATTCAATCTGATTCACAATGCAATCAAATATACGGAGTCAGGCCGAATCATGGTGACTGCCGATGTTGTTAATGGAAGGGCCTGCGTCCACGTTCTTGATACGGGGATGGGGATGGACGAAGAGACAGTAAGGCGGATATTCCTCCCCTACGAGCAGGGAGACTCCAACTTTGCCGCAGCGGGAGGCGGCTTGGGGCTTGGACTCAGCATTTGCAAGCAGCTGGTTGAGCTGCATGGCGGGGAACTCTCCGTGTCATCTGCTCCGGGGCAGGGAAGTTCCTTTACGTTTACGCTGAAAGTGGACGATATGATGAGGCAGGAGAATACGGATAAACAGGAGTTTATTGCCGGCTCCTTGGCTTCAAATTCAGAGAAAGAGAAGGAGAGGCTATCTAACATGTCAGATAAGCACGAACAGGATGATGCCGAATCCGAGGCTAAGCAGCGTTCTCGTCAAACCGATGGCAGGCTGCTCATCGTAGATGACGATCCGGTTAACCTAAAAGTTATCCGTCATTTGCTTGAAAACGAAGGGTATCAGATCGTGACCGTTACCCGGGCTGAGGAAGCCCTTCAATTGTTAGAGCAGGGAGAGTGGGATCTCATCATATCTGATGTGATGATGCCCCAGATGTCAGGATATGAATTGTCCAGGACGATTCGGCAGAGGTATATGATATCGGAGCTTCCAATTCTGCTGCTGACTGCAAGAAATCGCCCTGAAGATATTCATATGGGCTTCATTTCCGGAGCTAACGATTATTTGATAAAACCGGTGGATCATCTGGAATTAAAAACAAGGGTACGCGCGCTGCTGGACCTGAAGCGCTCCATTAAGGAAAGGCTGCATATGGAGGCGGCTTGGCTCCAGGCTCAAATTCAGCCGCATTTTCTGCACAATACTTTAAATTCGATTGCATCTCTTAGTGAGATTGACCCTTCCCGGATGGTTGCGCTGATTGGAGAATTCAGCCACTATCTGAGAGCCAGCTATGATATCAGCAACTTGGAGCGTTTTATCCCGCTGGAGCAGGAGCTTGGCTTGGTTCGCTCATATCTGTATATCGAAGGAGAGCGGTTTGGGGAACGCCTGCGTGTCCGTTGGCATATTTCCGAGGAAGTTGCTGTTCAGCAGTGGAAGCTTCCCCCTTTGACCATGCAGACGATTGTGGAGAATGCTGTCGTTCACGGGGTATTGGCTCGAACCCAGGGAGGGACCGTAACGATTCGCATCGTAAGTGAAGCTGAATCCGCCAAAGTCATTATTGCGGATGATGGTGCCGGGATGGATCCCGAGAAGCTCCGCTTGATGCTGGGAAGCGGGAAGCGTACCGGCAAGGGAGTCGGCCTTATGAACACGGATCGGCGTTTGAAGCAAGTCTATGGGCAAGGACTCATGATTGACAGCACAATGGGCAGAGGAACCACCGTGTCGTTTGTCATCAGGAAGATGGCATAA	MSTYSNSNSNSKSKPISGKRLLGITFLFIVILLSVRLAYFKIIMIPEEVPFQQGVLDLRDWRADDRNTVALNGEWAFYPNQWMGPDRWSQGEQQPAADPRWIQVPGPWGGVNENGNQMGFGTYRLKLLVPERNITYGLWITDIRTAYRLYVNGELLYESGHPSDTPKTHVARIVPHIELIPPAAEDELDIILEVSNYQYADSGGIRLPIKFGTAEAVMKGKAFSENMQLLVCIVLFLHVMYILILYLIGYRSKGLLYFAALILFTLLATLVDDDKLLLVWQPAIRFEWSVKLKVVAYVAISLCLILCTKHLLRPRIKEGLYRAYTIFVVSYAVAYLLLPFHLMVHLSTYLSLVLISSVLFLPSIARKAVSERTEAAIFILLSAVAVSCNIIVSGILRFRYFKELPYYPIDLIVAFLGFASFWFIRFARNTVVLREQAEELQRADKKKDEFLANTSHELRNPLHGMINMAQTLLERKGSTLQQEDRNHLELITGIGKRMSLLLDDLLDVSLLKDRRIRLDVQSIHLGSAAQGVLDMLRPMAEGKRIELVCEIEDDFPKVWADESRLVQIIFNLIHNAIKYTESGRIMVTADVVNGRACVHVLDTGMGMDEETVRRIFLPYEQGDSNFAAAGGGLGLGLSICKQLVELHGGELSVSSAPGQGSSFTFTLKVDDMMRQENTDKQEFIAGSLASNSEKEKERLSNMSDKHEQDDAESEAKQRSRQTDGRLLIVDDDPVNLKVIRHLLENEGYQIVTVTRAEEALQLLEQGEWDLIISDVMMPQMSGYELSRTIRQRYMISELPILLLTARNRPEDIHMGFISGANDYLIKPVDHLELKTRVRALLDLKRSIKERLHMEAAWLQAQIQPHFLHNTLNSIASLSEIDPSRMVALIGEFSHYLRASYDISNLERFIPLEQELGLVRSYLYIEGERFGERLRVRWHISEEVAVQQWKLPPLTMQTIVENAVVHGVLARTQGGTVTIRIVSEAESAKVIIADDGAGMDPEKLRLMLGSGKRTGKGVGLMNTDRRLKQVYGQGLMIDSTMGRGTTVSFVIRKMA				NA	NA	NA	NA	NA
JZ016_02827	492			hypothetical protein	ATGAAATTCATTCGGAAATTTAAGGAATCTTCGCTGCAAAAGGCCATGGGATTGGAGCTTGGAACGTTCCGGGAGTTCGAGCTTGATGCGGAGAAGGACCTCCAGCATTGCAGAGGCTTCTATGCTCACTTCAACGGCAAGCGGATTGGCATCGTTGCTACGGATGAGGGTCCGGTATTTCTGTGTGGACAGGAAAAGTACTTGCTGGATGAGCGTACCGTTCATTTTTTGTTGCAAAAAAACGCCGAGGTTAACACATTTATCTTTATGTGGGATGGGGGAGTGAAACTCCAAATTCCTTATTTGCGGTCCTTGATCGAGTACAACGGAAAATGGGTGGATGATTCGATTTTCGACTTTTTTTCGTGGATCTATGAAGCATCCGGTAGAAAAAGATTCTACTCTTACTATACGGTGAAGTATGTATCCGCTGCGGAATTATGTCCGTACCAGCCGCTGCAGCGTCCAGGCAAGACATTATCGTTTGTATAG	MKFIRKFKESSLQKAMGLELGTFREFELDAEKDLQHCRGFYAHFNGKRIGIVATDEGPVFLCGQEKYLLDERTVHFLLQKNAEVNTFIFMWDGGVKLQIPYLRSLIEYNGKWVDDSIFDFFSWIYEASGRKRFYSYYTVKYVSAAELCPYQPLQRPGKTLSFV				NA	NA	NA	NA	NA
JZ016_02828	1158	cheB_11		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAAGGTAATTCTCGTAGATGACGAACCGTTGGCTTTGAAGTATTTAGAACGTCAGCTGTTAAAACTGGATACCATGTCTATAGATGTAATCGGTACATATACGAATCCCTTTGAAGGACGCAAAGAAATTCTTGCAAGGGACGTCGATATCGTGTTTTTGGATATCAGCTTGCCGGAATTAAATGGCATTGAGCTGGCAGAGCAGCTGCTTGAGCAGAAGCCTCATCTCTGTATTGTATTTGTGACGGGGTATCACGAATATGCAGTCACTGCCTTTGAATTGAATGCCGTTGACTATATTGTTAAACCTGTCCAGATTGATCGAGTCGCCAAAACGATGGAGCGTTTGCGAAGCCGCATTGCGTCCAGGCCGGAAGAGGTCATGGAGTCCAATCGCAGCATTCGGATGACAATGTTCCGCCAGGTTATGATCGAGCAGCCGAATGAGCAGGGGCAATTCGCTCTGCTTCATTGGCGGACAACCCGGGCTCAGGAGATCTTCATTTATTTGCTTCAGCATAGAGGACAGCTTGTACGAAAGTCGGCATTGATCGATATGTTATGGCCGGAGTTTGATATGGATAAAGCCTATCCCCAGCTGTACACGGCCATTTATCATATCCGAAAAACATTGGAGCCTTATGATACCCGATTCCAAATCACCAACACGACGGAAGGCTATGTGCTGAATATGGAAGGCGTGCAGCTGGACATTGAGGAGTGGGAGAATTGGTTCATGTCAAACACCTCCGTATCGGCTGAATCGATTGAGCGACATATTGAAATGATGAAGTTGTACACGGGGGACTACCTGCAGGAATATGACTACTGGTGGGCAGAAGGAGAGCGTCAAAGGCTGAAGGAGCTGTGGCTTAGCGTTTCTTTATCCATGGCGGAATGGTATGTGGATCAGGAACGCATCGATGAAGCCATATTATGCTACTTCTCGATCCAGAGGCAGCATCCCTTGGAGGAGAAGGCCTACATTTCATTGATGAAAATATATGCTTTGCAGGATAATCCGGCCCAGGTGCACCGTCAATTCAGTCTTCTGTGTCAGGTGTTAGAAGATGAGATGGGCGAGGAGCCAAGCCCTTACATTGTGAAATGGTACGACGAATGGAGCAATGGAATTCAAGCCGCCAATATGAAATAG	MKVILVDDEPLALKYLERQLLKLDTMSIDVIGTYTNPFEGRKEILARDVDIVFLDISLPELNGIELAEQLLEQKPHLCIVFVTGYHEYAVTAFELNAVDYIVKPVQIDRVAKTMERLRSRIASRPEEVMESNRSIRMTMFRQVMIEQPNEQGQFALLHWRTTRAQEIFIYLLQHRGQLVRKSALIDMLWPEFDMDKAYPQLYTAIYHIRKTLEPYDTRFQITNTTEGYVLNMEGVQLDIEEWENWFMSNTSVSAESIERHIEMMKLYTGDYLQEYDYWWAEGERQRLKELWLSVSLSMAEWYVDQERIDEAILCYFSIQRQHPLEEKAYISLMKIYALQDNPAQVHRQFSLLCQVLEDEMGEEPSPYIVKWYDEWSNGIQAANMK	PGPT0026304_21	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026304-lytR|ypdB|yehT-K02477	NA	NA
JZ016_02829	345			hypothetical protein	TTGGATCAATGCGATAAAGAACCGACATCTCTGACCCTCGATGATTATCTGGATCTCCTCAGTTTGGCTATTCGCTTGGAAGATCGGAAGTGGCAAGCAGACATTGTTCGTACACTTCGGCACATGTTGGAACCGCAGGGCAAGAAGCAAGCGAAGTCGGAGGAATGCACGGAACAAGAACTGTGGCAATGCGTGAACCAAATCAATGACCGGATGTTTGCCCTTTACAATGAACTGAAAGCAACGGATGATAAAGATATGCAGCGGAAGCTGCTGGACCAGATGTGGGAACTTAAAATTGCCCGGGTTGAGGTTTTCCGCAAAATACGCTCGATATATCAATAG	MDQCDKEPTSLTLDDYLDLLSLAIRLEDRKWQADIVRTLRHMLEPQGKKQAKSEECTEQELWQCVNQINDRMFALYNELKATDDKDMQRKLLDQMWELKIARVEVFRKIRSIYQ				NA	NA	NA	NA	NA
JZ016_02830	468			hypothetical protein	TTGAAAGCAGAGATTCATATATATCAAGCGGAACAGAAGGATTTGAGCAAGGCAGCCGCTCTGTTTAATCAGTATCGGCAATTCTACAGGCGGGAAGATGATTTGAACGGGGCCGAGGAATATATCAGGGAGAGGCTGACCCTGGGCGATTCCGTTATGTATTTAGCGGATTGCAATAGAGGAGAAAACCTGGTTACGGCTGGCTTTCTGCAGTTATATCCATCCTTCTCATCGCTCTCGATGTCCAGGTTGTGGGTCTTGAATGATCTATTCGTGGACTCCGAATATCGCGGGCTTGGTATCGGAAGGAATCTGCTGCATCAAGCCCAAGCGCACGCCCTTCAGACCGGAGCCATAGGGCTGACTCTGTCCACGCAGCTTCATAACGTGACAGCTCGGCATTTGTATGAATCGGCAGGGTATGTGCAGGATGAAGAATTTGCCTATTATTATTTGGACTTATCATAA	MKAEIHIYQAEQKDLSKAAALFNQYRQFYRREDDLNGAEEYIRERLTLGDSVMYLADCNRGENLVTAGFLQLYPSFSSLSMSRLWVLNDLFVDSEYRGLGIGRNLLHQAQAHALQTGAIGLTLSTQLHNVTARHLYESAGYVQDEEFAYYYLDLS				NA	NA	NA	NA	NA
JZ016_02831	501	ywnH	COG1247	Putative phosphinothricin acetyltransferase YwnH	GTGACGCAACAATACCGTATCGATTATGCCGTCAAAGAGGATTTGCCGGCCATTGTTGACATTTACAATTCGACGATCTCAGGCAGAAAAGTAACCGCCGATCTGGAGCCGGTCACGGTGGAGAGCCGTATACGCTGGTTCGAAGAGCACAGCAACGATTTTCGTCCGCTGTGGGTCATGCGGTCCGATGACGGAATGGTTGCATGGATGAGCTTTCAATCCTTTTATGGCCGTCCGGCCTATAACGGCACAGCTGAGATCAGCATATACGTAAACGAGAAATATCGCGGCATCGGTGCCGGAAGCATATTAATTCAGAAGGCCATTGAGGAGTGCCCGCGCCTTCGCGTCAGTAATCTGGTCGGATTTGTATTCGGCCATAATGAACCGAGCCTTAAGCTGTTGATGAAGTTTGGCTTTGATCAATGGGGGCTTCTCCCCGGGGTTGCGGAGCTTGACGGCATTAAGCGGGATTTGGTCATTGTAGGCCGTGCAGTTTAA	MTQQYRIDYAVKEDLPAIVDIYNSTISGRKVTADLEPVTVESRIRWFEEHSNDFRPLWVMRSDDGMVAWMSFQSFYGRPAYNGTAEISIYVNEKYRGIGAGSILIQKAIEECPRLRVSNLVGFVFGHNEPSLKLLMKFGFDQWGLLPGVAELDGIKRDLVIVGRAV				NA	NA	NA	NA	NA
JZ016_02832	192			hypothetical protein	ATGATCGGTTATATTTTATTTAGTCTGCTGACCAGCATAGTGGACTATGTCGCAGTCAGCCAAATCGAAATCCTGGCTCAGGGGAATGATGGGACATTCATGCGTGAAGTTACCCGGTCCATTCTGTACGCCTGTATCTGGATCCCGTATTTCATTCGCTCCATGCGTGTGCGAAACACCTTCGTGAATTAA	MIGYILFSLLTSIVDYVAVSQIEILAQGNDGTFMREVTRSILYACIWIPYFIRSMRVRNTFVN				NA	NA	NA	NA	NA
JZ016_02833	348			hypothetical protein	ATGGATCCGAATCAAGTTCAGGAGAACACTCCTGATTCATCACCGCAGGGCCAGACACCCAAATATCTTATAAAACTTAAAGTGGAAGGGCTTGGCGGATGGCTTGTATTAGTCCAGATTTCTATGTATTTTTCATTGATCACGATCACATACCTGCTGTTTAATCATATTTTCCCGGTGTTCGAGCCGGAGATATGGAGTATGATTACCGATAAAGGATCGGCTGCTTATAATCAATCGCTTGTCCAGCTAATCCTTTTTGAGACCGTAGTTAATGTGTTGTTTATTATTGCATTAGTCTTTGCTTTATTTTTGCTCTATCGCAAAAAAAGGCGTTTCCCAAATTGA	MDPNQVQENTPDSSPQGQTPKYLIKLKVEGLGGWLVLVQISMYFSLITITYLLFNHIFPVFEPEIWSMITDKGSAAYNQSLVQLILFETVVNVLFIIALVFALFLLYRKKRRFPN				NA	NA	NA	NA	NA
JZ016_02834	1089			putative peptidase	ATGAATGAACGATTGCAAAGTTTGCTACAATCCATGAATACACAGGGCTGGGATCATGTCCTTGTGACAGACCCCAAGCATGTTTACTATTTGACCGGATTTGCGAGTGATCCTCATGAGCGTTTCCTGGGCCTGCTCCTCTCCTCTGCGAATGATCCGGTGCTGATTGTCCCCGCATTGGATGCCGACGCGGCAGCGGCCGCTTCAACGGTTAAGCATATTGTCACGCACCAGGATACCGATAATCCGTATCTCTTGCTCAAGCAGCAGTTTCAAGGTGCCGTCGGTACGATGGCGCTAGAGAAGGATCAGCTTACGGTCTCCCGTTATGAGCAGCTGCAGCAGCATGTGAACGCGAACCGGATCGAGGATGTTGGCGCTGTGCTCCGGGAGCTCCGAATCCGAAAATCGGCCGATGAAGTGAAGATCATCAAACATGCAGTAAGACTGGTTGAGGATGTTCTGACACAAGGCCTGGCCCAGATCAAAATCGGCGTCAGTGAGATTGAGGTTGTGGCAGAGCTGGAATACCTAATGAAAAAAATGGGTGCCGATGCTCCGTCCTTCGCCACAATGGTATTATCCGGCCCCAATACCGCCTTGCCTCACGGTGTTCCCGGTACGCGCCGGATTGAAGCAGGCGATCTGCTCATGTTCGATATGGGAGTTTATGCGGGTGGTTATGCGTCGGATATTACCCGTACCTTTGCCGTAGGCGAGCTGAAGCCTGAAGCCGTAGACATCTATGAGACGGTTCTCGCAGCGAACCTGGCCGGCATTCAGGCCGTAAAACCCGGCGTAACCTATGGGTCGATTGACCAAGCCGCTCGCAAAGTGATTGACGACGCAGGGTACGGCCATGCTTTTGTACATCGCTTGGGGCACGGGCTTGGCATGGATGTTCATGAATATCCGTCCATCCACGGTTTGAACCAGGACATTTTACAGCCCGGGGCGGTATTCACGATCGAGCCCGGCATTTATCTGCAAGGCGTAGGCGGCGTGCGGATCGAGGATGATGTGATCGTAACCGAGGATGGCGTCGAGGTGCTGACCTCCTTCCCGAAAGAACTGACTAGCATCGGATAA	MNERLQSLLQSMNTQGWDHVLVTDPKHVYYLTGFASDPHERFLGLLLSSANDPVLIVPALDADAAAAASTVKHIVTHQDTDNPYLLLKQQFQGAVGTMALEKDQLTVSRYEQLQQHVNANRIEDVGAVLRELRIRKSADEVKIIKHAVRLVEDVLTQGLAQIKIGVSEIEVVAELEYLMKKMGADAPSFATMVLSGPNTALPHGVPGTRRIEAGDLLMFDMGVYAGGYASDITRTFAVGELKPEAVDIYETVLAANLAGIQAVKPGVTYGSIDQAARKVIDDAGYGHAFVHRLGHGLGMDVHEYPSIHGLNQDILQPGAVFTIEPGIYLQGVGGVRIEDDVIVTEDGVEVLTSFPKELTSIG	PGPT0006760_2725	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0006760-opaA|pepQ-K01271	NA	NA
JZ016_02835	1395	tcyP	COG1823	L-cystine uptake protein TcyP	ATGGAAACGCTTTGGGTTATCATCAATGTCCTTGTTCTGATTCTGCTGGTCGGTATTTTGTACTGGATGCAGAGAAAGCATATCTCGTTTACCAAACGCGTGTTTGCCGGACTCGGACTGGGTGTGTTGTTCGGAGTGGCACTGCAGCTCATCTACACTTCGACCTCCGATGTGGTGGTGAAATCCACCGATTGGTTTAATTTGATAGGATACGGCTACGTAAGGCTGCTGCAAATGATGGTCATTCCGCTGATCATGGTGTCGATCATATCGGCTATCATGAAGCTGAAGGGCGGAAAGAATCTGGGCAAAATGAGCGGACTTATCATTACGGTGCTGCTTCTGACGACAGCCGTAGCCGCTGCAGTCGGGATTACAACCGCGCTGGCGTTCGATTTGTCCGCCGTCAATATCCAAGGCGGTGCAGCGGAAGAGCAGCAGGGTGCACTGCTGCAAGAACGGCTCGGGGATGTTGAGGGCCGTACGCTCCCGCAGCAGATCCTGGATTTCATTCCGAGCAATCCGTTTGCCGACATGACGGGGGCGCGAAGAACTTCGACGATTGCGGTCGTTATTTTCTCGGCATTCATCGGGATCGCGGTTCTCGGGTTAGACCGAAAAAACAAGGAGCAGGCGGAAACGTTCCGCAATATGATCTCTGCGGTGTATGGCGTGGTCATGCGCATCGTGACGCTGGTGCTTCGTCTGACCCCTTACGGGATTTTGGCGCTTATGGCCAAAACGATTGCCACGACCGACCTTGCGGTCATCATGAATTTGATCGATTTTGTCCTTGCTTCGTACGTGGCTTTGATCGCCATGTTCATTATCCATCTGGTACTGCTGGCGATATTCGGGTTCAACCCGCTTAAATATGTGAAAAAGGTATTCCCGACGCTGACCTTCGCCTTTACGTCGCGTTCCAGCGCGGCTACGATTCCGCTTAACGTGCAGACCCAGAACAAAAAGCTGGGTGTCTCGGAAGGCATCGCGAATCTCTCGGCATCGTTTGGCGCCACGATTGGGCAGAACGGCTGCGCGGGCATTTATCCTGCCATGCTGGCCGTCATGATTGCGCCGACAGCCGGCGTGGACCCGACCTCATGGTCGTTCATCCTTACCCTGATCGTGGTCGTTATGATCAGTTCCTTCGGCGTGGCGGGTGTCGGAGGCGGGGCTACCTTCGCCTCGCTCATCGTGCTCTCCACGATGAACCTGCCGGTTGCCTTGGCGGGCCTGTTGATTTCCGTCGAGCCGCTGATCGATATGGGACGGACGGCACTGAACGTGAATGACTCCATGACAGCGGGCGTGATTACCGGGAAAGTCATGAATGAAGTCGATAAAGACGTGTACAACGATGACAACATTGAACTGGATATGGTTCAGGCATAA	METLWVIINVLVLILLVGILYWMQRKHISFTKRVFAGLGLGVLFGVALQLIYTSTSDVVVKSTDWFNLIGYGYVRLLQMMVIPLIMVSIISAIMKLKGGKNLGKMSGLIITVLLLTTAVAAAVGITTALAFDLSAVNIQGGAAEEQQGALLQERLGDVEGRTLPQQILDFIPSNPFADMTGARRTSTIAVVIFSAFIGIAVLGLDRKNKEQAETFRNMISAVYGVVMRIVTLVLRLTPYGILALMAKTIATTDLAVIMNLIDFVLASYVALIAMFIIHLVLLAIFGFNPLKYVKKVFPTLTFAFTSRSSAATIPLNVQTQNKKLGVSEGIANLSASFGATIGQNGCAGIYPAMLAVMIAPTAGVDPTSWSFILTLIVVVMISSFGVAGVGGGATFASLIVLSTMNLPVALAGLLISVEPLIDMGRTALNVNDSMTAGVITGKVMNEVDKDVYNDDNIELDMVQA				NA	NA	NA	NA	NA
JZ016_02836	822	cobS	COG0368	Adenosylcobinamide-GDP ribazoletransferase	ATGAGCAAGATGATCGAAGCGGCTGCGGCCGCTTTTCAATTTCTATCGAGGCTGCCGGTGCGGAGAGAAATTCCTTTTACGCCGGAAGTGCAGCAACGGAGCGTCGTTTTTTATCCTTTGGTAGGGGCGGTCATAGGCTTTATCGTTGGCGGATTGGGACTGGGCTTAAGCTATGTGCTGCCCTCCCTTCCTGCTGCCGTCATCCTGCTGGTTGTATGGGTAGCGCTGACTGGAGGGCTTCATCTCGATGGCTGGATGGACAGCGCGGATGCGCTGCTCAGCCATCGGTCGCGCGAACGGATGCTTGAAATCATGAAGGATAGCCGTGTGGGTGCGATGGGCGTCATGGCGTGTATGCTGCTGCTCCTTCTGAAGGCTTCCTTGATCATGTCTGTATGGGATTTGTCAGCCGGGGCATGGAAACAAGAGGCATGGCTGCTGGTGCTCGCTCCGGTTTGGAGCCGCTGGTTTATGGTCCATGCGATGTATCGCTGGCCGATGGCACGGGGAAGTGAGGGGCTAGCCGCTCTATTTCACGGATTGACGGCCGGAAGGAGATCGCTGGCGGGCGTAATGGCTGCTCTCTTAACGCTAGTTACTGTAGGTTTCCTATGGTTCACGGCAGGCGAGACTAATCTTTGGACGATTGCAGTCGGAGGAATCCTTATTATCCCATTCATAGCCTGGGCAGCTGGAAGTTTAACGGCTGAACGGATGAGCCGAAGACTTGGAGGACTGACGGGGGATACATATGGAGCTCTCAATGAACTGATTGAAACGGTTTTGTTAATATTTGTGGTTCTCCTTTTGAAGTTTACATGA	MSKMIEAAAAAFQFLSRLPVRREIPFTPEVQQRSVVFYPLVGAVIGFIVGGLGLGLSYVLPSLPAAVILLVVWVALTGGLHLDGWMDSADALLSHRSRERMLEIMKDSRVGAMGVMACMLLLLLKASLIMSVWDLSAGAWKQEAWLLVLAPVWSRWFMVHAMYRWPMARGSEGLAALFHGLTAGRRSLAGVMAALLTLVTVGFLWFTAGETNLWTIAVGGILIIPFIAWAAGSLTAERMSRRLGGLTGDTYGALNELIETVLLIFVVLLLKFT	PGPT0004590_298	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004590-cobS|cobV-K02233	NA	NA
JZ016_02837	579	cobP		Bifunctional adenosylcobalamin biosynthesis protein CobP	ATGAGCCATCGTGGAAGCGTGTTGGTAACAGGCGGGGCCAGAAGCGGAAAGAGCTCATTCGCGGAGAAGCTGTGCATGAAGCGATCGAAGTCGGGAACGTACGTGGCGACTGCGCAAGCCTACGACGAAGAGATGAGGGAACGGATCCGGATTCATCAAGACCGCAGGCAGGATTCAGCCTATCGTTGGGAGACGGTGGAGGAGCCTGTCGCACTGCCCGAATTGCTGGAAACGCTCGGCCAGTCCGCCTCGGATGCCCCTGCGGTGGTAGTGGACTGCCTGACGCTGTGGCTTACGAATGTGCTGCTGCAAGCTGAGCCTGAAGGAAGTGCTGCAATGGAAGAACGGTTAGGACTTCAAATCGGCAGACTGGCAAGAGCGGTACAGAGTTACCCGGGCATGGTCATTTTGGTAACCAATGAAGTGGGGTCGGGTATTGTTCCGGAATATCCGCTAGGCCGAATATATCGCGACTGGGCAGGGATCATGAATCAGAGGCTGGCTCAGGTATGCGATGAAGTATTTTTGGTGACGGCGGGAATTCCGATGGAAATCAAGAGCAAGGAGTATCTCATATGA	MSHRGSVLVTGGARSGKSSFAEKLCMKRSKSGTYVATAQAYDEEMRERIRIHQDRRQDSAYRWETVEEPVALPELLETLGQSASDAPAVVVDCLTLWLTNVLLQAEPEGSAAMEERLGLQIGRLARAVQSYPGMVILVTNEVGSGIVPEYPLGRIYRDWAGIMNQRLAQVCDEVFLVTAGIPMEIKSKEYLI	PGPT0004585_485	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004585-cobP|cobU-K02231	NA	NA
JZ016_02838	1071	cobT	COG2038	Nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase	TTGACGGATACCATCGTGAATCGTTTAAATCGTTACATTGCTAACATAAAACCGCTGAGTGTCGAGGTGCAGAACGAAACAGCCGCTTATTTGGATACGCTGACGAAGCCTCCGGGCAGTCTGGGCAAGCTGGAGTCGCTAGCGATCCAATTAGCGGGCATTACAGGGAATATGAAACCGTCGTTCACCCAAAAATCCGTCGTTGTCATGGCTGGCGATCATGGAGTCTGTGAAGAAGGAATCAGCGCCTTTCCGGCTGAGGTAACGCCCCAGATGGTCATGAACTTCCTGAATGGAGGGGCGGCTGTGAATGTGCTGGCCCGTCAGGCGGAGGCAGACGTTCATTGTGTGGACATCGGGGTCGCGATCGAGCTGAACCATGAGAAGCTGATGTCGCGGAACGTTGGCAGAGGAACCGCCAATATGGCCAAAGGGCCTGCGATGACAAAGGAAGCGGCACTGGAGTCCATTGTAGTCGGTGCAGAGGTAGCTGCCGAATTGGTATCGCGAGGAACGCAAATGTTCGTGACCGGAGAGATGGGCATTGGGAACACGACACCGAGTGCGGCGATCTTCTCCGTTCTGTCCGGCTATCAGCCTTCTGAAGTCGTGGGGAGGGGAACCGGCGTAACGGATGAACGGCTGCTGCATAAGATTCGAGTGGTGGAACAGGCTATACAAGTTAATAGACCACATGCCGATGATCCCCTCGACGTGCTCGCCAAAGTTGGAGGATATGAGATCGGCGGGTTGGCTGGACTGATCCTGGGTGCAGCTGCTCACGGTTGTCCGGTTATCATCGATGGTTTCATATCCAGTGCGGCGGCGCTGGTTGCCAAATGCATCTGCCCGGACGCTCTCTCCTATATGATTGCCTCTCATGTTTCGCATGAGCAGGCGCATGTTCTTCTGCTGAAAGAGCTCGGACTCCAGCCGATGCTGCAAATGGACATGCGTCTTGGCGAGGGGACGGGCGGGGTGCTGTGCCTTCATCTGGTCGAGGCGGCGTGCAGGATCGTGAACGAGATGGCGACGTTTGAGAGCGCTGGAATCAGCGGAGGGGCCGTATGA	MTDTIVNRLNRYIANIKPLSVEVQNETAAYLDTLTKPPGSLGKLESLAIQLAGITGNMKPSFTQKSVVVMAGDHGVCEEGISAFPAEVTPQMVMNFLNGGAAVNVLARQAEADVHCVDIGVAIELNHEKLMSRNVGRGTANMAKGPAMTKEAALESIVVGAEVAAELVSRGTQMFVTGEMGIGNTTPSAAIFSVLSGYQPSEVVGRGTGVTDERLLHKIRVVEQAIQVNRPHADDPLDVLAKVGGYEIGGLAGLILGAAAHGCPVIIDGFISSAAALVAKCICPDALSYMIASHVSHEQAHVLLLKELGLQPMLQMDMRLGEGTGGVLCLHLVEAACRIVNEMATFESAGISGGAV	PGPT0004595_791	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004595-cobU|cobT-K00768	NA	NA
JZ016_02839	786	fecE	COG1120	Fe(3+) dicitrate transport ATP-binding protein FecE	ATGATTACAGCTCAAGGACTTGGCAAAGCCTATGGCAAGGTGCCGATTCTTGAAGGTGTGGACCTTCACATTGCCGAAGGGGAATGGTGGGGGATCATCGGTCCGAACGGAAGCGGTAAATCCACCCTTATGCAGCTGTTATCCGGTGTGGAGAGTCCCTCGACAGGAAGCGTGACCCTTCGGGGCAAGGAGCTTGGACGCTATACCCGAAAGGCGCTGGCACGGATCGTGGCGGTGCTTCAGCAGGAAGGGCTTGACCCTACTGATTTTACGGTCCGGGAAGTGCTGGAGATGGGGAGATTCCCCTTCCTGAACTGGCTTGGTCGTGAAGATAAGGATGCAGGGCCGCTCATTGAGGCCATTATCCGAAAGCTGGATCTGAACGGTCTGGAAGAACGGCGGCTTACCGAGTTAAGCGGGGGCCAGCGTCAGCGTGTCGCGCTTGGCAAGGTGATGGTCCAGGAACCCTCGCTGCTGATGCTGGATGAACCGACGACTTACTTGGATATCCGCTATCAGCTTCAGTTTATGGATATGGTGGCGCAGTGGCGGAGCTCCTCCGGAATTACCGTGATCAGCGTACTGCATGATCTGAACCTGGCAGCCCAGTTTTGCGATAAGCTGCTGGTGCTTGATCAGGGAAAGATCGCGGGGATTGGCAAGCCGAAGGAGGTTTTGACAGCGGCGTATATACGCCGAATCTTCCGGGTAGAGCCCTCGATTGTGGCCCATCCCGAGAATGGCGCTCCGCAGGTGCTGTTAACGGCAAATAGCACATGGTCCTGA	MITAQGLGKAYGKVPILEGVDLHIAEGEWWGIIGPNGSGKSTLMQLLSGVESPSTGSVTLRGKELGRYTRKALARIVAVLQQEGLDPTDFTVREVLEMGRFPFLNWLGREDKDAGPLIEAIIRKLDLNGLEERRLTELSGGQRQRVALGKVMVQEPSLLMLDEPTTYLDIRYQLQFMDMVAQWRSSSGITVISVLHDLNLAAQFCDKLLVLDQGKIAGIGKPKEVLTAAYIRRIFRVEPSIVAHPENGAPQVLLTANSTWS	PGPT0003760_2104	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_02840	1047	hmuU_3	COG0609	Hemin transport system permease protein HmuU	ATGAGTAAAAAACTTGCAGGATTCGGTGCGGCCGGCATCATCCTATTACTGTTAACCTTGGTTGTCAGTCTCGGAATCGGCTCCGTGCACCTGCCTGTGAGAGAGATTGGGGCGATGCTGCTGCACCGGCTGCCGGGAATCGGCGATTCCATCGTTCCGGGCTGGGAAGCTTCATCCGAGCAAATCTTAATGAAGGTGAGATTGCCGCGCATATTGCTTGGGATGCTCGTAGGAGCCTCCCTGGCCGTCGCCGGAGCCGCCTTTCAAGGGGTATTGCGCAATCCGCTGGCGGATCCGTTTACGCTCGGTGTATCCTCGGGTGCTGCGCTTGGCGCAGCATCCCTGATTTTTTTCGGGATGGAATACTCCTTTGCCGGAGGTTACACACTTCCGCTTGTAGCGTTTCTGACCGGAGCAGGGACCTTATGGGTCGTTCTGCTGCTGGCGAGGGATCAAGGAAAGCTGCCGATCCACGGGCTCATTCTGTCCGGCGTGGTGATGCAGTCGTTTCTGGGCGCCGTCGTTTCCTTTCTGACGGTCATGTCCAAAGATACGGTGAACCAGATCCTGTACTGGACGATGGGGAGCCTGAGCATGCGTGGATGGTCGTATACGGCCATCCTTTTCCCGTATTTTATCGCAGGTTTTATATACTTATGGAGCAGGTCGCGAGCGCTTAATATTTTGTCGCTGGGGGAACGGCAGGCCGCCCATATGGGCTTGAATGTGGATCGGCTGAAGACGAGCGTGCTCATCGTTGCTACCCTGCTCGCCGCAGCAGCCGTGTCGGTCTCCGGCGTGATTGGATTCGTGGGACTTGTAGTACCGCATATGATCCGTTTGATCACCGGCTCCGATTACCGCGTCATTGTTCCACTGTCGGCTCTGGGCGGCGCGATGTTCATGGTCTGGTGCGATACGGCGGCACGGTCCGTGCTGGCACCAACGGAAATACCGCTCGGTGTGGTTACGGCATTCATAGGCGCTCCGTTCTTTGCGTATTTGCTATACCGGAACAAAAAAAGGCGCAGGGAGGGTTTATCATGA	MSKKLAGFGAAGIILLLLTLVVSLGIGSVHLPVREIGAMLLHRLPGIGDSIVPGWEASSEQILMKVRLPRILLGMLVGASLAVAGAAFQGVLRNPLADPFTLGVSSGAALGAASLIFFGMEYSFAGGYTLPLVAFLTGAGTLWVVLLLARDQGKLPIHGLILSGVVMQSFLGAVVSFLTVMSKDTVNQILYWTMGSLSMRGWSYTAILFPYFIAGFIYLWSRSRALNILSLGERQAAHMGLNVDRLKTSVLIVATLLAAAAVSVSGVIGFVGLVVPHMIRLITGSDYRVIVPLSALGGAMFMVWCDTAARSVLAPTEIPLGVVTAFIGAPFFAYLLYRNKKRRREGLS	PGPT0003770_3548	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_02841	1005	btuF		Vitamin B12-binding protein	ATGAAAGCATTGAACAAAACATGGTCCGTACTTCTGGTAGCCATACTGATGGCTCTGGCCTTGATCGGCTGTGGAGGCGAAGAAGCTGCGCCGAAGGATACAACGCCGCCGGCACAGCAGGAAGAGCAGAATAACGAAGCGCCTGCGGATTCGGGCGAAGAGCTTAAAACGACGTATCCGCTGACCGTCAAGGATTCAACCGGGGTTGAAATGACGTTTGAGAAAGCTCCGGCCAAAATTGCATCCCTGACACCGTCCGAGACGGAAAAACTGTTCGCTTTGGGCCTGGATGAGGAAATTGTGGGCGTGTCCGATAATGACGATTATCCGGAAGCGGCCAAATCCAAGCCGAAATTGGGCGGGTTCCAAGTAAATGAAGAGGCTATTATTGCAGCCGATGCCGATGTGGTATTCGCCGCTTCGATGAATGCCGAGAATGCCGAGAAATTGCGTGAGCTTGGCGTGACCCTGTTCGTCAATGATCCGAAAACCATCGATGCCGTAATGGAGAACATCCAGTTGATCGGACAAATTACGGACCGTCAAGCGGAAGCGAAAGCCGTCGTGGATCAGATGAAGCAGGAATTGACTACCGTTACAGAAGCCGTGAAATCCGTGAAGGATGAAGACAAGAAAAAAGTGTATGTGGAATTCTCTCCAGGATGGACCGTCGGCAAGGGCGAGTTTATGGATGAGATCATCACCTTAGCTGGCGGCGTTAACGCAGCCGGCGAAGCGGAAGGCTGGTTCGAAATCAGCGAGGAGAATATTATCGCTGCAAACCCCGACGTCATTCTGTACACGGACGATGTCGTTGACGAAGCAACCAAGAAAACATTGGATCAGCTGATCAAGGAGCGCGGCGGCTGGGATCAGATCGAAGCCATCAAGAACGATCAGGTCATATCCGTGGATGCGAATCTGTTAAGCCGTCCGGGTCCCCGTGTAACGCAAGGGTTGATTGAAGTGGCGAAGGCCGTTTATCCGGAACTGATGAATCCATGA	MKALNKTWSVLLVAILMALALIGCGGEEAAPKDTTPPAQQEEQNNEAPADSGEELKTTYPLTVKDSTGVEMTFEKAPAKIASLTPSETEKLFALGLDEEIVGVSDNDDYPEAAKSKPKLGGFQVNEEAIIAADADVVFAASMNAENAEKLRELGVTLFVNDPKTIDAVMENIQLIGQITDRQAEAKAVVDQMKQELTTVTEAVKSVKDEDKKKVYVEFSPGWTVGKGEFMDEIITLAGGVNAAGEAEGWFEISEENIIAANPDVILYTDDVVDEATKKTLDQLIKERGGWDQIEAIKNDQVISVDANLLSRPGPRVTQGLIEVAKAVYPELMNP	PGPT0003765_10220	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_02843	825	gpmB_2		phosphoglycerate mutase GpmB	ATGGATATGAGGATCACGCTGCATCTGGTCCGTCACGGCCGCACGTTGTGGAACGAGGAGCGCCGTTATCTCGGCCATGAGGATCAGGGAATCCTGATTGAGGAAAGGGAACAGCTCCTCCCGCTTCGGGATAGGTTTTTTACCGGGCAGTTTGTCCGGATCTATTGCAGCGATCTCCTTCGATGCAGACAGACGCTGAATGTTATCCTATCGGACTCCAAAATGGCTGCTATTCCTGACGATGAAGTTTTGGGCAGGATTATACCGGGAGTGATGTATGATCCGCGGCTGCGCGAGCTCGATTTCGGAGATTGGGAAGGGAAAACCTACGAGGATTTGAAATCGGATATCTCCTATCGGCGCTGGATTGATAACCCCGCAGAAGTTACGCCGCCGAATGGGGAGAGCTGGGAGGCGTTCCGTTCCCGGCTTCAGGCATTCTTGACCGGATTGCATTTGGATTTAAAGGAACTGTTGCATATAGAGGAAGATCCGGATACCCTTGTGCAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAGAGGCAATGCCAGTTGGTTATGTCCTTGGAGCACAAAGGGCGGAGCTTGATGTGCTTGTGGTGACCCATGGAGGCGTCATCCGGCAGATCGCTGCAGCAGTCCTTCCGCATACGGAATTCTGGGAGACGCAGGTGTCGCCGGGCGAGGAGCTCAAGCTGCAATTGACATGGGACGGAGAACGCTGGCAAGGCGTACGGTTAAGCGATTAA	MDMRITLHLVRHGRTLWNEERRYLGHEDQGILIEEREQLLPLRDRFFTGQFVRIYCSDLLRCRQTLNVILSDSKMAAIPDDEVLGRIIPGVMYDPRLRELDFGDWEGKTYEDLKSDISYRRWIDNPAEVTPPNGESWEAFRSRLQAFLTGLHLDLKELLHIEEDPDTLVQAEAEAEAEAEAEAEAEAEAEAEAEAEAEAEAEAEAEAMPVGYVLGAQRAELDVLVVTHGGVIRQIAAAVLPHTEFWETQVSPGEELKLQLTWDGERWQGVRLSD	PGPT0004650_24	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004650-cobC|phpB-K02226	NA	NA
JZ016_02844	978	cobD_1	COG1270	Cobalamin biosynthesis protein CobD	ATGACCGTCGTATGGGTCATTTGGGCAGCGGTCGTGCTGGACCTGCTGATCGGAGATCCGAGATGGCTTCCCCATCCTGTCATCGGCATGGGGAAAGCCGTTCGCCGGGTTGAAGGCTGGATACGCCAACGGGCGACTACCGCTCAGAGCCTGAAGCGAGCGGGCATTCTGCTGCCGGTGATCGTGGCCGGCGGATCCTTCGTGCTGGCATGGCTGCTGCTGGAGCTGTGCGGAGCGATTCATCCTTGGCTAGCGTGGGGAGTAGAGATCGTGCTTATTGCGACTACGATTGCCATCAAAGGGCTGCGTGAAGCCGGATTGGAGGTCTACGGCCATCTTCGCTCCGGGAAAATCGCGGAGGCCAGACGCTCGCTCAGCATGGTTGTCGGAAGAGACACCGGTCATCTGGATGAGCCGGAGATCGTGCGGGGAACGGTGGAGACGGTTGCGGAGAATATCGTGGATGCGGTCATCGCTCCGTTGTTTTTTGCCCTGATCGGGGGAGCGCCGCTGGCGATGGCCTACCGGGCCGTGAATACGCTCGACTCCATGGTCGGATATAAAAACGACAAATACCAGCATATCGGCTGGGCATCCGCAAGGCTGGACGATATCGCCAATTGGATACCGGCACGTCTGACGGCAGGACTGTTGACCATGGTGGCTGCCATGTTGTCGCTGCAATGGAAAAAAGCGATCAAAATGGTCAGAAGAGATGCGCGAAAGCACCCCAGTCCGAACAGCGGCTTCCCGGAATCGGCCGTTGCCGGTGCGCTGGGGGTTCGTCTGGGAGGCGAGAATTCCTATCAAGGCGTGATCTCGTTCCGGGCTTATATGGGGGATCCCGAACGCCCGCTTGAAGCGGAGCATATTCGGGTGACAAACCGTCTGCTGCTGGGCGTATCGGTATTGTTTACGTTGCTGGGTACCCTGGTGCTTGGGCTTGTTGCCGCAGCCGGAGGAAACCTATGGATATGA	MTVVWVIWAAVVLDLLIGDPRWLPHPVIGMGKAVRRVEGWIRQRATTAQSLKRAGILLPVIVAGGSFVLAWLLLELCGAIHPWLAWGVEIVLIATTIAIKGLREAGLEVYGHLRSGKIAEARRSLSMVVGRDTGHLDEPEIVRGTVETVAENIVDAVIAPLFFALIGGAPLAMAYRAVNTLDSMVGYKNDKYQHIGWASARLDDIANWIPARLTAGLLTMVAAMLSLQWKKAIKMVRRDARKHPSPNSGFPESAVAGALGVRLGGENSYQGVISFRAYMGDPERPLEAEHIRVTNRLLLGVSVLFTLLGTLVLGLVAAAGGNLWI	PGPT0004660_833	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004660-cbiB|cobD-K02227	NA	NA
JZ016_02845	735			hypothetical protein	ATGGCAGTACCTTTTCTGAAAGGCAACACGCGTCCGTATTGCTCGGATGCATGGCCGGGAGCCACAGTGTACTTGGAATCGGAGCGGCAGCATCCGCATATCCGGATCTCGCTTCCGGAGCCGGCTGCGTCCATAAGCAGCGCCATATACGGCGGCGGATTTCTGCATTTGGATCATATCGTGAACCGTTATGTGGACAAGCACTACGATTGCAGCGACCCTGTGAACGATATGGTTAACTTTATGGCTGTTCACGGTTATCCGGCTGAATCCACAGCTGGATTGATGACAGCGGTAAAACTGAAGTATGCCTCTATTCGGGAAGAGCGGAGTGAACAAGCCTCCATCCTGTGCTGCACCACCGCCGGCGTGGGCAATGCAGCCCGTGCCGGGTCGAGTCGTACGACCTTTGCCGCTTATCAGCCGGGCACGATTAATATCATGTTGATGGTGGACGGGATGATGACGCCGGCTTGCATGGTGAACGCGATGCTGACGGCGACGGAAGCGAAAGCCGCTGCGCTGCATGATCTGGGCGTGAGGGATCATGAGACCGGAGGCGTTGCGACCGGAACGACAACGGACGCAATGGTCCTTGGGGTCAGCGGCAATGCAGCGTATGGCGTGAACCACCATTATGCCGGAACCGCAACCGATCTGGGCGGCATGATCGGCCGTCTTGTCTACGAGAGTGTTATGGAAAGCATTATTACCGAAAGAGAGGACCGGATATGA	MAVPFLKGNTRPYCSDAWPGATVYLESERQHPHIRISLPEPAASISSAIYGGGFLHLDHIVNRYVDKHYDCSDPVNDMVNFMAVHGYPAESTAGLMTAVKLKYASIREERSEQASILCCTTAGVGNAARAGSSRTTFAAYQPGTINIMLMVDGMMTPACMVNAMLTATEAKAAALHDLGVRDHETGGVATGTTTDAMVLGVSGNAAYGVNHHYAGTATDLGGMIGRLVYESVMESIITEREDRI	PGPT0009300_142	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009300-cbiZ-K08260	NA	NA
JZ016_02846	1125	cobD_2	COG0079	Threonine-phosphate decarboxylase	ATGAACGACAAAAAACAGCCCTTGATCGAGGTGTACGGCCATGGAGGAGACGTGGAGACGGCGGCTGCCGCATTCGGAAGGAAAGCCTCGGCTTTCCTGGATTACAGCGCCAATATTAACCCGCTCGGACCGCCGCAAGGCGTTATGACGGCCTTGCAAGAGGGAATGAGTGCGGTCATTCGTTATCCGGATCCGGGACACCGCAGGTTCAAGGAGCGGCTCGCAGCTGAGTTAGGCACCGATACCAGACAAATCCTTGTCGGCAACGGAGCGGCAGAGTGCATGGCGCTATTGTTGATGGGTCTTACGCCAGGGATTGTGGGCGTAGTTGACCCGTGTTTTTCCGAATATCGGGAATTGTCCTTAAAATTTGGTTCGGACATCCACTCCGTGTGCGGACATCCGGAGAGGGACTGGAGAGCAGACAAGGCGGATGTTATGGAGCTGTTGGCCCGTACGGATCTCGTGTTTTTGGGCCAGCCCAACAATCCGAACGGGGTTCAATACAGCCTGGAGGATATTCGTGAAATAGCGGTATGTGCAGAGCAAGAAGGGACCTGGCTGGTGCTGGATGAAGCCTTCATCGATTTCATTCCGCCGGTGGACAGACAGACCTTGATGCCGGAGCTGCAGGACTATCCGCGGACGGTCATTGTCCGGTCGATGACCAAGTTTTATGCGATTCCAGGCCTGCGGCTCGGATATACGGTCGCGCATCCTGACGTGATACGCAAGATGGCAGGCAAACAGGTGACGTGGAGCGTCAATGGACTGGCGCTGCTTGCCGGAGAGGCTTGTCTTGGCAGCGGCAGGGAATATGAACTGGATACGCTGCAATTGATTCGCGCAGAGCGCGAGAAGCTCATACGGGGGTTACAAGCGCTGGAGCTAGACGTTACGCCGGGCGAGGCTAATTTTCTACTCATGGAGCTTCCGCGGCCATGGAGTGCCGGGAGGTTTCAGTCGGAGATGGGCAGACGCGGCGTGCTTGTCCGCAGCTGCGCCATGTACCCGGGACTTGGTGAGCGTCATATCCGGCTAGCCGTTAAGGATGCCGGAGCTAATGACAGGCTGCTGGCCATAACCGCAGAGGTCCTTGGAAATTCTTCTGCTGGCGTGACATAG	MNDKKQPLIEVYGHGGDVETAAAAFGRKASAFLDYSANINPLGPPQGVMTALQEGMSAVIRYPDPGHRRFKERLAAELGTDTRQILVGNGAAECMALLLMGLTPGIVGVVDPCFSEYRELSLKFGSDIHSVCGHPERDWRADKADVMELLARTDLVFLGQPNNPNGVQYSLEDIREIAVCAEQEGTWLVLDEAFIDFIPPVDRQTLMPELQDYPRTVIVRSMTKFYAIPGLRLGYTVAHPDVIRKMAGKQVTWSVNGLALLAGEACLGSGREYELDTLQLIRAEREKLIRGLQALELDVTPGEANFLLMELPRPWSAGRFQSEMGRRGVLVRSCAMYPGLGERHIRLAVKDAGANDRLLAITAEVLGNSSAGVT	PGPT0009315_103	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009315-cobD-K04720	NA	NA
JZ016_02847	1002	lplJ	COG0095	Lipoate-protein ligase LplJ	ATGCTATTTATCGATAATCAGGGGATCCACGATCCTTCCATTAACCTAGCGATTGAAGAATATGCCTTGAAGCACTTGTCCATGGACGAGAGCTACCTTCTTTTTTATATCAACAAGCCTTCCATTATTATCGGAAAGCATCAGAATACGATCGAAGAGATCAACCAGGAATACGTTCGTGACAACAACATTCAGGTTGTGCGCCGGCTGTCCGGGGGCGGAGCCGTATACCATGATCTCGGCAACCTGAATTTCAGCTTCATTACGAAGGATGACGGACAGTCCTTCCACAACTTCCTGAAGTTCACGCAGCCGGTTATCGACTTCCTGCAAAAGATGGGCGTGCCCGCCGAGCTTAGCGGCCGGAATGACCTGCAGGTCGGCGAGAAGAAAATTTCGGGGAACGCGCAGTTTTCGACGCGGGGACGCATGTTCAGCCACGGCACGCTCATGTTTGACCTGAACCTGGATGATGTCCAAGCCTCGCTGAATGCCAATCCGGAAAAATTCAAATCCAAGAGCACCAAATCTGTCCGCAGCCGCGTGGCGAACATCAAGGAGCTGCTTGGCACGGATATGACGATTGAACAGTTCCGCGCCGAGCTGCTTCGCTCGATTTTCGGTATGGAACCGGATCAAGTACCGCAATACGTCCTTCAAGAGAAGGACTGGGAGATGATCAACCAGATCTCGAAGGAACGCTACCAGAACTGGGATTGGAACTATGGGCTATCCCCGGAAAGCAATGTGAAGCATGCCAAGAAGTTCCCGGTGGGCATTATCGATATCCGGATGGACATCCGTGAAGGACATATCGGAGAGATCAAGATTTACGGCGACTTCTTCGGCGTCGGCGATGTCGCTGATATCGAGAACCTGCTCCGCGGCAAACGGTATGAAGAAACTGCGGTGCGCACCGCGTTATCCGGCATCGACGTCAAGTTTTACTTCGGCAACCTTGAGCTCGACGATCTGATCGGCTTGATTTTCCTTGAGGAATAG	MLFIDNQGIHDPSINLAIEEYALKHLSMDESYLLFYINKPSIIIGKHQNTIEEINQEYVRDNNIQVVRRLSGGGAVYHDLGNLNFSFITKDDGQSFHNFLKFTQPVIDFLQKMGVPAELSGRNDLQVGEKKISGNAQFSTRGRMFSHGTLMFDLNLDDVQASLNANPEKFKSKSTKSVRSRVANIKELLGTDMTIEQFRAELLRSIFGMEPDQVPQYVLQEKDWEMINQISKERYQNWDWNYGLSPESNVKHAKKFPVGIIDIRMDIREGHIGEIKIYGDFFGVGDVADIENLLRGKRYEETAVRTALSGIDVKFYFGNLELDDLIGLIFLEE	PGPT0003945_1380	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM	ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE	PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003945-lplA|lplJ|lipL1-K03800	NA	NA
JZ016_02848	714			hypothetical protein	ATGATGGGCAGAGCTCATTTGATTATTAGCACAGGGGTCACGTTATCCGTCATGGGCATGAGCGGAGTGCCTGTCACATTGCCGGCTGCCGCAGTGGCTTTGGTTAGCGCGCTGCTTCCCGATATTGACGAGCCCAACTCTCTGCTGGTGCGCAAGGCGCTTCCTTCCGGGTTGCTGCGAATCCTACAGCTGGCCATGATCGGCGCAGCCATCTTTGTTGTCTTCTACGGCAAGGAGTATGCCCCATGGAACGTCGCCCTGGCCGGACTGATCGGGGTGGTTTCGTACCTGCCAAGCCGGACCCTGCGCCATATCGTCATGTTCCTGATCGGTCTCGGACTGATATCATTTGGGCAGGGCTTCAGCCCGTGGAACACGATCGCAGGCAGCGTGCTTATTGCAGGCTCCTTGGTGACCCACCGGGGGTTAACCCATACCGTCTATGCCGCTGCCGGATGGACGGGCCTGCTGTATTTCGCGTCGCAGGGCAAGATCGGCGGGGAAAGCCTATGGTTTGCCGGCGGTTTATCCTACTCCATTCATTTGCTTGCAGATGCATTGACCAATCGCGGAATCCGCCCGCTTCCTCCGTTCAAATGGAGAATTAAACTGAAAATCATGAGCACAGGAAGCAAATGGGGACGCACGGTAGAGAATGCCTGCATTGTGTTAACGCTGGTCCTCGTTTGGTATGTGTTTATGGCCTCCTCTTGA	MMGRAHLIISTGVTLSVMGMSGVPVTLPAAAVALVSALLPDIDEPNSLLVRKALPSGLLRILQLAMIGAAIFVVFYGKEYAPWNVALAGLIGVVSYLPSRTLRHIVMFLIGLGLISFGQGFSPWNTIAGSVLIAGSLVTHRGLTHTVYAAAGWTGLLYFASQGKIGGESLWFAGGLSYSIHLLADALTNRGIRPLPPFKWRIKLKIMSTGSKWGRTVENACIVLTLVLVWYVFMASS				NA	NA	NA	NA	NA
JZ016_02849	903			hypothetical protein	GTGAATCGCTCACGAATTGCCGATCTCAGCCTGCTTCTGGTGGCCATGATGTGGGGATCTACGTTCCTCATCGTTCAGCATGCGGTCCGCGTGTTCCCGCCGATGGCTTTCAATTCAGTCCGCTTTCTGGGAGCGGCCCTGCTCCTTGCATGGATCATCACCCTCTTTTACCGGAGCCAGTGGAAGCTAATAACCGGCAAAATGCTGCTGCATGCTTGCCTGCTGGGTCTTTTTTTATTTATAGGGTACGCGTTTCAAACCGCGGGCCTTCTGTACACCACCACGTCCAATACAGGCTTCATTACCGGCTTGTCCGTCGTGCTGGTCCCTTTCATATCCTATGCTCTGCTAAGGCACTCCATCTCCAAATTCACCTGGATCAGCGCTTTGCTTGCGGTGGCAGGGCTGTATCTGCTTACCTTCACCGAATCCGGCATGAGCCTGAATAAAGGGGATTTGCTGGTGCTCGTTTGCGCCATCGGTTTTGCGCTCCATATCGGTTACACGGGCGTTTATGCCGGGAGATACCCTGCTTTGCTGCTGGCGGCGCTCCAGATGGCTGTCGTGGGGATATTGAGCTTAGCGGCATCTGCGCTAACCGAGCATGTCGGCAATGTGACCAACCTGATGGGGAAGCTGACCCAGCCGAACGTGCTGTGGGCGCTGGCTGTATCCATCGGACCTACCAGCGCATTCGCCTTCTGGATCCAAACCGTCTGTCAAAAATATACGACGCCGTCCAGGGTGGCCATCATCTATGCAACGGAGCCGGTATTCGCCGCGCTGACCGGAATCCTGTTCGCGGGAGAGCGGCTTACGCTCATCGGCGGCATCGGTTGTCTATGCATTTTGGCAGGAATGATGATTGCGGAATTGAAGTCTGCGCCACAGAAGGTACAATAG	MNRSRIADLSLLLVAMMWGSTFLIVQHAVRVFPPMAFNSVRFLGAALLLAWIITLFYRSQWKLITGKMLLHACLLGLFLFIGYAFQTAGLLYTTTSNTGFITGLSVVLVPFISYALLRHSISKFTWISALLAVAGLYLLTFTESGMSLNKGDLLVLVCAIGFALHIGYTGVYAGRYPALLLAALQMAVVGILSLAASALTEHVGNVTNLMGKLTQPNVLWALAVSIGPTSAFAFWIQTVCQKYTTPSRVAIIYATEPVFAALTGILFAGERLTLIGGIGCLCILAGMMIAELKSAPQKVQ				NA	NA	NA	NA	NA
JZ016_02850	807			Putative phosphatase	ATGACAACTTACAAATTGATGGCCATCGACATTGACGATACCTTGATCAATGACGATAAGGAAGTAACCCCCGGCGTCCAGCAGGCGCTTGAGCAAGCCGTAGCCCACGGTGTCGTTGTGACACTGGCAACCGGGCGTGCCTATGCGTCCGCTCAAGCTATTGCGCGTCAAACCGGACTCAACGTTCCCATTATCACCTACCAGGGCGCCCTGATTAAAAATCTGCTCGACGAGAAGGTTCTCTACGAACGCTTTGTACCCGTCGATGCAGCCGTGAAGCTGTATGAATACTGCGTAGAGCACAATCTCCATCTGCAAACCTACATCGATGACAAGCTGTATGCCCGTGAAGAGAATCAGAAGCTGATCGATTACTGTGCCCTGAACCGGACGCCGTATTACATCGAGCCTGATTTTATGAAAATGGTTCAGCAACCGACCCCGAAAATGCTCATCATTGACGATCCGGACTATCTGGATGAACTGATCCCTGTATTCCGTGAGCTGCTGGGCGATGACATGCACATTACCAAATCCAAACCGCATTTTCTGGAGTTCATGCATAAGGAAGGCACGAAGGGACATGCGCTCACCTTCCTTGCCGATCATTTCGGCTGCGACCTCAAGGAAACCATCGCTGTCGGAGATTCCTGGAACGATCACGAGATGCTGGAAGCCGCCGGTCTTGGCGTCGCTATGGGCAATGCGATCGAGCCGCTTAAGGCGATTGCCGATTACGTTACGCTTGGGAATAACGAAGACGGCGTGAAACATGTCATTGATAAATTCGTGCTCAACCAAGGTTAA	MTTYKLMAIDIDDTLINDDKEVTPGVQQALEQAVAHGVVVTLATGRAYASAQAIARQTGLNVPIITYQGALIKNLLDEKVLYERFVPVDAAVKLYEYCVEHNLHLQTYIDDKLYAREENQKLIDYCALNRTPYYIEPDFMKMVQQPTPKMLIIDDPDYLDELIPVFRELLGDDMHITKSKPHFLEFMHKEGTKGHALTFLADHFGCDLKETIAVGDSWNDHEMLEAAGLGVAMGNAIEPLKAIADYVTLGNNEDGVKHVIDKFVLNQG	PGPT0017727_264	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017727-yidA-NA	NA	NA
JZ016_02851	114			hypothetical protein	ATGACGGACAAGCCGCGAAGGCTCTGCGCCGTCCCTCGTGACCTGTTAGGGAACGCACTGGCTGCGTTTTTTAAAGGACATGAACAAGCCCCCATGGATATCATGGAGGCTTAA	MTDKPRRLCAVPRDLLGNALAAFFKGHEQAPMDIMEA				NA	NA	NA	NA	NA
JZ016_02852	762			hypothetical protein	ATGCATTACTACAAGCCGAAAGATATCGCCAAAGAGCTGCAAATCAGCACGAGTGCTTTAAGGCATTATGAATCTTGGGGAGTGGTACCCCCTCCTGCCCGGAACGAGAAGGGCTACCGTTTATACACGCAAATGCACATGGCTTACTTCCGTTGTCTGCGCGCCATGTTTCCGGGCTTTGGGTACGCGGTTACTTATGATGTGATTCGCCACATTCAGAAGAGGGAGATGGATGAAGCCCTCTGGCTCGTGAATGGGGAGCAGGTCAAACTGTTGCAGGAAAAAAACATTGCAGACGAAACGCTTGCCTTGCTCGAGAATCCCGAACTTAACATCATCAAGGATAAAAAGCTCAAACCCCATATGACAATCGGCGAGGTCGCCGAACTGACCAACGTGGAATCGTCCGCCATCCGTCACTGGGAGAAGGAAGGCTTGATCACCCCGGATCGAAACCCCGAGAATGGATATCGGCTGTATACCCCGTCGCAAGTCAGGCAGATTTTGCTGATCCGCTCGCTCAGGCGGACCGTATATTACTTGGAGAGTATCAAGGAGATTATTCAGGCCGTGGAGCATCAGAGCATTGAACAGGCCCAAAAAATGGTTCGCGAAGCGTTGTCCGTCATCCATCAACGGAATCTGCAGCAATACAACGGCATTCATAAATTGATGGAGCTGTGCATGGAGGTTGGCCTGCTGGAGTTCAACGATGCGGCGCTTCTGAAGCCGATTCTAACGTTTAACCCGGATCGGGAATGA	MHYYKPKDIAKELQISTSALRHYESWGVVPPPARNEKGYRLYTQMHMAYFRCLRAMFPGFGYAVTYDVIRHIQKREMDEALWLVNGEQVKLLQEKNIADETLALLENPELNIIKDKKLKPHMTIGEVAELTNVESSAIRHWEKEGLITPDRNPENGYRLYTPSQVRQILLIRSLRRTVYYLESIKEIIQAVEHQSIEQAQKMVREALSVIHQRNLQQYNGIHKLMELCMEVGLLEFNDAALLKPILTFNPDRE				NA	NA	NA	NA	NA
JZ016_02853	411			hypothetical protein	ATGATGAACGTGCACATAACCGAGGAGTTTCCACAGAATCAAGAATACATGGATCTAAAAGCAGCTGCAGGGCTGCCTGAGGTTGAGATTTCGGCCATAGCAACAGCGCTAAACCGCAGCGTGCTGTCCCTTCTGGCCAGAGACGACAATGACCGGCTGATCGGGATGGGAAGGGTCGTAGGGGATGGCGCTTTCTATTTTCAACTGGTGGATATTATGGTTGCGGACTCCCACCTTGATCAAGGGGTTGAAGAGATGATCGTGTCCGAGCTGCTCTCCCGGCTGGCAAAAATAGCGCCAAGCGGAGCCGAGGTCACCGTCATCACCGACGTGCCCGGAATCAAGCTGTACCAACATGCCGGCTTCAAGCTGCTGTACCCTGATCGATACGGCATGGCCAGGTCTGTGTAA	MMNVHITEEFPQNQEYMDLKAAAGLPEVEISAIATALNRSVLSLLARDDNDRLIGMGRVVGDGAFYFQLVDIMVADSHLDQGVEEMIVSELLSRLAKIAPSGAEVTVITDVPGIKLYQHAGFKLLYPDRYGMARSV				NA	NA	NA	NA	NA
JZ016_02854	240			hypothetical protein	ATGCCCAACAAATTGCCTAATAAAATAATATGTCTAACTTTATGGGGTCAGTTCATAGGTTGGCTCCCTAACCGGTGGTTTTTCATTTCGTATGAATCTCTCGCCGTGGGTAGCCCACTGGCCTTTGTTAAAAGTCACGATGTATCGAGCATCGTGACTTTTATTATTTTACGCTTCCTATATATTGATTATACCACAATAGAAACAATCCGGAACAGCCGTTTCATGAGTCAATATTGA	MPNKLPNKIICLTLWGQFIGWLPNRWFFISYESLAVGSPLAFVKSHDVSSIVTFIILRFLYIDYTTIETIRNSRFMSQY				NA	NA	NA	NA	NA
JZ016_02855	408			IS3 family transposase ISBth10	GTGTTAGATCTTTTTAATGGGGAGATTATTACGTATACGATCGGTTCAAGACCCGTCTATTCCCTTGTTTCAACCATGCTAGATCAAGCATTCGATCGACTAACGGATGAAGATACTCTTCTGATTCATTCTGACCAAGGCTGGCATTACCAGATGAAACAGTATCGTCATGCCCTCGAACAACGCGGTGTTAAGCAAAGTATGTCCCGTAAAGGTAACTGTTACGACAACGCGGTCATTGAGAACTTTTTTGGAATCATAAAATCTGAGTTTCTATATATTAATGAATTTGAAAGTATTGAGCAGTTTAAACAAGAACTTTCTACATATATCGATTATTACAATCACAAGCGAATTAAAGCAAAACTAAAAGGCATGAGTCCGGTACATGCCCAACAAATTGCCTAA	MLDLFNGEIITYTIGSRPVYSLVSTMLDQAFDRLTDEDTLLIHSDQGWHYQMKQYRHALEQRGVKQSMSRKGNCYDNAVIENFFGIIKSEFLYINEFESIEQFKQELSTYIDYYNHKRIKAKLKGMSPVHAQQIA				NA	NA	NA	NA	NA
JZ016_02856	342			IS3 family transposase ISBth10	GTGAAAGCACTCCTCCAGCTCGCAGATATCCCACGTAGCACGTATTACTACTGGGTGAATACATTCGGTATGCCGGACAAAGATTCTGAGTTAAAGGACGTTATTCAAGCGATTTATGAGGAGCATCAGGGGCGTTATGGTTATCGCCGTATTCGAGACGAGTTAATGAATCGCGGTCACCATGTGAATCACAAAAAGGTGCAGCGTTTGATGAACGTGTTGGGATTGAAGTGTCTAGTACGCATGAAGAAATATCGTTCATATAAAGGTTTGGTTGGCAAGATTGCATCAAACATTCTAGAGCGTAACTTCTCCGCTGAAAGCCAAATGAGAAGTGGGTAA	MKALLQLADIPRSTYYYWVNTFGMPDKDSELKDVIQAIYEEHQGRYGYRRIRDELMNRGHHVNHKKVQRLMNVLGLKCLVRMKKYRSYKGLVGKIASNILERNFSAESQMRSG	PGPT0027665_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-YxiD-YxxD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027665-antitoxin_yxxD-K21494	NA	NA
JZ016_02857	519			IS3 family transposase ISBth10	ATGGCTAATTTTAGTTCGGACGAAAAATTACAAGCAGTTATGCGTTATCAAAATGGATCAGAAAGCATGAAATCGATTGCGAAATCACTAGGACTCCATCATACTGTCCTTTTACATTGGATTAGACAATATGAGCATCATGGTGAAGAAGTCTTTAAAAAGCGCTATACACCGTATTCTGTACAGGATAAACTAGACGTACTTCATTATATAAAAGAACATGGGACGTCTATTAGAGAGGCAGCTGCAGTATTTAATATTGCGAGTCATAGTACCATTCTAAGCTGGCAAAGAAGCTTAGAGTTACATGGAATAGATGCCCTACAACCAAAGAAAAAGGGGCGTTCATCCATGAAAAAGGATCCAAAACAACTGAATGATCAAAAGTCTGTAAAGGGGTCGGTAGAGGCTTTACAGAAAGAGATAGAACTTTTGCGTATGGAGAATGCTTATTTAAAAAAGTTGAATACCTTAGTTCAAAACAAGGAAAAATCACCAAACAAGACAAAGCGCAAGTAG	MANFSSDEKLQAVMRYQNGSESMKSIAKSLGLHHTVLLHWIRQYEHHGEEVFKKRYTPYSVQDKLDVLHYIKEHGTSIREAAAVFNIASHSTILSWQRSLELHGIDALQPKKKGRSSMKKDPKQLNDQKSVKGSVEALQKEIELLRMENAYLKKLNTLVQNKEKSPNKTKRK				NA	NA	NA	NA	NA
JZ016_02858	780	phnP_3	COG1235	Phosphoribosyl 1,2-cyclic phosphate phosphodiesterase	GTGAGCGGGGATACATTGACTTTTTTGGGAACGGGAGATGCCATGGGCGTTCCGCGGGTATATTGCGATTGTGAGGTATGCACGGAAGCCCGGAATACGGGGATCAATCGGCGTTTGCGCTCTGCCGTTATGGTGGAGTGCGATGAAACGTGCTTCATGATCGACTGCGGCCCGGATTGGCGCTCCATGATGGAGGAGCTGGGAAAGCGGAAGATGAGCGATATGCTGATTACGCACGCCCACTTTGATCATATCGGCGGTCTTCCGGAATGGAGCGATGCCTGCAGATGGCAGAGGGAAAAGGGACGGTTATACGCCCCTGCCGAGGTGCTGGAGCAGATTGTAAGGCAGTATCCATGGCTCCCGCGACAGATGGAGATGACGCCAGTCGATGATGGATTTTCACTGGGCGGTTGGGAGATTTCCTGCTGGAAGGTAAACCATGGACAGAACGGATATTCTTATGCATACCGGTTTCAGAAGGACGGGTACGTCTGGGTATACAATTCCGACTCGATTAATCTGAGCCCTGCGGAAAAGGAACCGCTGAATGGCGTGGATTTGCTGGTCCTCGGAACCAGCTTTGTTCATGAAACCGCCAAATTTGAGACGCGCTCCGTCTATGATATGAAGGAAGCGGCAGAGCTGCTCGCCGAGGTGAAGCCTCGCCAAACGGTGTATACCCATATGTCTCATGACGTCGACGTTCGGAAGGAGCTGCCTCTTCCGGAGGGAGTCCGCGTGGCGAGGACAGGGATGACCGTGAGTCTAAGCAAGTGA	MSGDTLTFLGTGDAMGVPRVYCDCEVCTEARNTGINRRLRSAVMVECDETCFMIDCGPDWRSMMEELGKRKMSDMLITHAHFDHIGGLPEWSDACRWQREKGRLYAPAEVLEQIVRQYPWLPRQMEMTPVDDGFSLGGWEISCWKVNHGQNGYSYAYRFQKDGYVWVYNSDSINLSPAEKEPLNGVDLLVLGTSFVHETAKFETRSVYDMKEAAELLAEVKPRQTVYTHMSHDVDVRKELPLPEGVRVARTGMTVSLSK	PGPT0002480_893	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002480-phnP-K06167	NA	NA
JZ016_02859	237			hypothetical protein	GTGAGCAGGAATGAGAAGAAGAGAACGTCAGGTCATCCGCAGGGGTCCGCCAATGGCAGCAGCTGGGTGGTTCGGGGACCCGTACCGATGATGAGTACGCTGAAATCCCGGAAGCGCTCGGTTAGACGCCCAAGCAAGAACAGTGTATATGTTGGTCCTTCTGTGGAAGGTGTAGATAAGAAATACGTCAAGGTCATCAGCGGAGCTGTTGACGATAATAAGCCCTCATTTGCTTAA	MSRNEKKRTSGHPQGSANGSSWVVRGPVPMMSTLKSRKRSVRRPSKNSVYVGPSVEGVDKKYVKVISGAVDDNKPSFA				NA	NA	NA	NA	NA
JZ016_02860	1029			hypothetical protein	ATGACCATACCGAAGCCGAATTTATTCATAGGTTCTTCCAGAGAGGCCATCAAGTATGCAAGGGCGATCCACGAACAGCTCAAACGGTCCGCCCAAGTGACACCTTGGTACGGCGGAACGTTCGGGGCGAACCTGTATACGATGGAAGCTTTGGAGAAGCAGCTGGCGTCCAGTGATTTTGGTGTGTTCGTCTTTTCTCCGGATGATGTGGCACTCATTCGAGGCAAACATGTATTTGTTACCCGCGACAACACGCTATTCGAGATGGGACTGTATTGGGGAAGGCTCGGGCGGCGAAGGGTGTACTGCATCATCCCGGATCAGGTGGAGGCAGACAGCAGTTCCGTTCAAGACGTGATCGTTAAGGATTACCATCTACTCTCCGACCTGCAGGGCTTAACGCTGCTCGAATATGAACTGCGAAGCGATGACGATTACAAATCAGCCGTCGATGTCGCTTGCGGGCATATACTGAGCGCGATCGAAACCGAAGGGTTCTACAACAACCCGAGCACCGTGATTGAACAGAAGGATGCGGAACTGAGGCGCAAGCAAAGCGTGCTGCATTTTTTCTGGGAATATAACCGAAATGTGCATGTGAGTGATGAAGCGGAAAAATATCATGCACTGAGTGAAGCTGTCCGAAATTCCTTGCTCCCGCCGGCTGCAGGGGATTTCAGGGTGACCGGGGCCGCCTTCTGGGGCCGAAGAGATGAAGGCATTGCCCAAATTGGGGGTAATGTAGGTAGAGGACGGTATTTCCCGTTCGATGGGAGTAAGGAACATTCGCCAAGTAACCAGTCGATTTACGTGATAGATGTCTATAATAGTGGAAAATGGGCATTTTATCACGAAGAGGAAGTTGCGCAGGTGTATGTGTTCTGCTATCCTTTAGGTGTAAATCATGTATTGTCCGTGCATTTTACGGGACATGAGATTCTTACGGATGAAGATCTCGCGGAGGTTGTAGAACAGAATCGTGAGCTGCTTCGTACCATCAGGCATTTAGTTGGAGGGGATTCGTCGTGA	MTIPKPNLFIGSSREAIKYARAIHEQLKRSAQVTPWYGGTFGANLYTMEALEKQLASSDFGVFVFSPDDVALIRGKHVFVTRDNTLFEMGLYWGRLGRRRVYCIIPDQVEADSSSVQDVIVKDYHLLSDLQGLTLLEYELRSDDDYKSAVDVACGHILSAIETEGFYNNPSTVIEQKDAELRRKQSVLHFFWEYNRNVHVSDEAEKYHALSEAVRNSLLPPAAGDFRVTGAAFWGRRDEGIAQIGGNVGRGRYFPFDGSKEHSPSNQSIYVIDVYNSGKWAFYHEEEVAQVYVFCYPLGVNHVLSVHFTGHEILTDEDLAEVVEQNRELLRTIRHLVGGDSS				NA	NA	NA	NA	NA
JZ016_02861	1281			hypothetical protein	ATGCGAAAAAGGATGATATTCTCGGGCCTATGTTTACTTATGGGGCTTACCGCTTGCGTTCAGGGCAGCGATATCCAGTCAGGGGAACCGCAAGCCATGGTGGATAAGCTGCCCAAAGTGAAGGAATTGTCGGCTGAGGAACGTAAAGAGGTATTGACCAAGATTGATACCGGCATGGTGGAAGCGCAGAATGATTTTGGCTTACGATTGCATCAGGCGTTAGCGAATAACCCGGAGTACAAAAGTGATAATCTGATTATTTCCCCGTATAGCGTTACGCAAGCTTTGGCACTGGCCTATAACGGGACAGCGGGCGGTACGGCCGCCGAGATGTCCGACGTACTTGGTTGGAAGGGCATGAATGTGGCTGATATCAACGATGGGAACCGCCAGCTGCGATCATTGCTGGAGAACGGGGGAGGCGTCGTGCTGAATGTGGCCAATTCCGTTTGGCACCAGCCAGGCCTTGAGATGAAGAAGACGTATTTGCAGGCCGTTAAGGATAGCTATCGTGCTGAAGTTAAGGAGGCCGACTTGTTGCATGCCGATGCAATGGATGCCATAAATCGGTGGGTGAACGACAAGACGAGCGGCATGATTCCTTCGATATATGATAAGCCTCCGGGCGGCGTTGCGGTTCTGATCAATGCCATTTATTTTAACGGCGGGTGGACGGACGAATTTGATCCGGCGAATACCGTGGATGAAGAATTCACGCTTTCTGACGGCACCACTCAAAAAATTCCGATGATGAAGCGGGAAGGACGATACGGTTACAAAGAAGGGGAGTCCTGGCAGGCGATCCGCATTCCTTATGGAGATGGCCGCATGCATATGCTGGTCATCTTGCCGAAGGAATCCTCATCCATGGATGAGCTGCAGCAGCAGCTGTGGAAGGATGCGTCCGTCTGGAAAGGTGATTTCCCGCATGAGACCATCCAGCTTGGGCTGCCCAAATTCAAGGTGGAACAGACCTTCGAGCTCCCGAATGCGCTTCAAAGTTTGGGGATGATTCAGGCATTCGACAGAAATGCAGCTGATTTTAGCGCCATGGCAGCCGATGGAGAGAAATTTTGGATTGATAAGATAAAACACAAAACCGTAGTTGATGTCAGCGAAAAGGGAACAGAGGCTGCTGCAATTACAGCAGTCGGGATCGAGACAACTGCTGCTCTGACCTCCCAGCCGATCGTCATGAATGTTGACCGCCCTTTTTTCTTTGCCATTGAAGATCGGGACACCGGCACATGGTTATTTATGGGGTCTGTTTTGAAACCTTAG	MRKRMIFSGLCLLMGLTACVQGSDIQSGEPQAMVDKLPKVKELSAEERKEVLTKIDTGMVEAQNDFGLRLHQALANNPEYKSDNLIISPYSVTQALALAYNGTAGGTAAEMSDVLGWKGMNVADINDGNRQLRSLLENGGGVVLNVANSVWHQPGLEMKKTYLQAVKDSYRAEVKEADLLHADAMDAINRWVNDKTSGMIPSIYDKPPGGVAVLINAIYFNGGWTDEFDPANTVDEEFTLSDGTTQKIPMMKREGRYGYKEGESWQAIRIPYGDGRMHMLVILPKESSSMDELQQQLWKDASVWKGDFPHETIQLGLPKFKVEQTFELPNALQSLGMIQAFDRNAADFSAMAADGEKFWIDKIKHKTVVDVSEKGTEAAAITAVGIETTAALTSQPIVMNVDRPFFFAIEDRDTGTWLFMGSVLKP				NA	NA	NA	NA	NA
JZ016_02862	567			hypothetical protein	ATGCAAAAAATTCGCCTTGAAGGCAGCAATGTGACGCTAAGATCCAGGAAACCCGAGGATACCCCGGTTCTATATAATCTGATCTATGGCACGAAGAATCCGGAATGGAAAAAATACGACGCTCCTTATTTCTCGCTCAAGCAGATTTCCTACGAAATATTTGAAACGCAGTGGAACGCCGACTTCGAAACCGATCAATTTCCGAGTGATTTGCTCATCGAAGCAGAGGGAAAGACGATTGGCATCGTCACGTTCTATTGGGAGCATGAAGCCTCACGCTGGCTGGAAGCGGGCATCCTGATTTACGATCCGAGCCATTGGAGCGGCGGATACGGCACGGAAGCGCTGTCGCTATGGGTGGAATGCCTGTTTCAAAATCTCACCATCGCTCGTGTCGGCATCACCACCTGGTCCGGCAATCCGAGAATGATGCGCTGCGCGGAGAAGGTTGGCATGCAGCTCGAAGGCCGTATGCGAAAGTGCAGATATTACGAGGGCGTTTACTACGATTCCATTCGCATGGGCATTCTGCGCGAAGAATGGGAAGCGCGGAAATTGAGCGTGTAG	MQKIRLEGSNVTLRSRKPEDTPVLYNLIYGTKNPEWKKYDAPYFSLKQISYEIFETQWNADFETDQFPSDLLIEAEGKTIGIVTFYWEHEASRWLEAGILIYDPSHWSGGYGTEALSLWVECLFQNLTIARVGITTWSGNPRMMRCAEKVGMQLEGRMRKCRYYEGVYYDSIRMGILREEWEARKLSV				NA	NA	NA	NA	NA
JZ016_02863	1095	sbpA	COG1613	Sulfate-binding protein	ATGGTTCTAAATATCCGAAGGGAAGTGGATTCATTCATGCGGATCTTAAATATGAAACGCACCTCATTCCTGCTGGTTGGCATGGCGCTTCTCTTCAGTTTTTTTATGGCAGGATGCGCCAGTGATTCGCCGGATCGCGAAGAAGTGATATCCCGAGCGGGAGAGAGAACGATCGTTCTGGGCGCGTACAGCGTGGCCAGAGATGCCCTGTCCGAGATCATCCCTGCTTTTCAAGCGCAGTGGAAGGAGCAGACGGGAGAAACCATTCGGTTTCAGGAATCCTACGAGGCTTCCGGAACACAAGCTCGTGCCATCACGGGCGGATTTGAGGCCGACGTAACGCTGCTTGCCATGGAAGGGGATGTCGACAAGCTGGTTCGGGAAGGGCTTGTGGACCCGGAGTGGAAATCTCAGCCGTATAACGGCATGGTGACACGATCGATTGTCGTTCTCGGCACGCGCGAGGGAAATCCGAAAGGAATACGGGATTTTGACGATCTGACCCGATCGGACGTCAAGGTGCTGTATCCGAATCCGAAGACCTCGGGCGGCGCCCAGTGGGACATTAACGCGATCTACGGCGCGGGGCTGAAACTATCGGAAGAGAACGGAAAGCGTGATCCTGCCGAAGCGAAAGCTTTCCTTGAAGCGGTTCACCGCAATGTGGAATCGCTCGATAAAAGCGGGCGGGCTTCCATGGCGGCTTTTGAATACGGGGTCGGCGACGTGATCGTCACGTATGAGAACGAGCTGCTCGCCCGGATTGCCCAAGGCGTCCAATATGATATCGTTGTGCCGCAGCACACGATGCTGATCGAGAATCCGGCTGCAGTCGTCGAGCGTTTCGCTGAAAAACACGGCACGCTGGATGTATCGGCAGCTTTCGTAGAGTACTTGCGCACGCCGGAGGCGCAGAGCATATTCGTGAAGTATGGGTTCCGTCCAGTTGAAGAATCGGTGTATGAACAGACGAAGGATCAGTTTTCCAACCCGCCGGGGTTATTCGATATCGAGTATCTGGGTGGATGGGATCAGGTGCGCGAGACGCTGTATTCCAAGCGCGGAGTCTGGTATCAGGTGCTGGCCGGTCTATGA	MVLNIRREVDSFMRILNMKRTSFLLVGMALLFSFFMAGCASDSPDREEVISRAGERTIVLGAYSVARDALSEIIPAFQAQWKEQTGETIRFQESYEASGTQARAITGGFEADVTLLAMEGDVDKLVREGLVDPEWKSQPYNGMVTRSIVVLGTREGNPKGIRDFDDLTRSDVKVLYPNPKTSGGAQWDINAIYGAGLKLSEENGKRDPAEAKAFLEAVHRNVESLDKSGRASMAAFEYGVGDVIVTYENELLARIAQGVQYDIVVPQHTMLIENPAAVVERFAEKHGTLDVSAAFVEYLRTPEAQSIFVKYGFRPVEESVYEQTKDQFSNPPGLFDIEYLGGWDQVRETLYSKRGVWYQVLAGL	PGPT0003015_343	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003015-sbp-K23163	NA	NA
JZ016_02864	1065	cysA	COG1118	Sulfate/thiosulfate import ATP-binding protein CysA	ATGCATGTGGAGGTTCGCGATCTGAACAAGCATTTTGGTACGTTTCATGCCGTCAAGGATGTCAGCTTCGAGATTGAGAAGGGACATCTGATTGGACTTCTGGGGCCCAGCGGAGGCGGCAAAACCTCCATCCTGCGCATGCTGGCCGGGCTTGAGAATCCGGACTCCGGGCAAATCTCCTTTCATGGCCAAGTGGTTAATGATCTGCCGCCGCAGGAGCGCGGAATCGGCTTTGTATTCCAGAACTATGCCTTGTTTAAGCATATGACCGTGTTTGATAACATCGCTTTCGGCTTGAAGGTGAAGAAGACTCCCAAGGCCATAATCAGGGACCGGGTAATGGAATTGGTGGAGCTGACCGGCTTAAAAGGTTTCGAGAGCCGCTATCCGCACCAGTTATCGGGCGGACAGCGTCAGCGTGTAGCCTTTGCCAGAGCGCTGGCGCCCGAACCGCAGCTGCTCTTATTGGATGAACCGTTCGCTGCCATCGATGCGAAGATCCGCCAGGAGCTTCGCTCCTGGCTTCGCGAGCTGATCGAGCGGGTCGGCATTACGTCGATTTTTGTTACGCATGACCAGGATGAGGCGATTGAAGTCGCGGATGAAATTATGATTATTAATCAGGGGCGCGTGGAGCAGAAGGGAACGCCTTGGGATATTTACAAGGAGCCGAAGACGCCGTTTGTCGCTTCATTCATAGGCGAATCCACCGTGATTTCGAGCGCGGCCGAGCTGAAGGGATTTGAGGCAGCGGCTAACAAGAATGCGACGCGTGCGCTGATTCGTCCGGAATATATCGAGATTGGAAGCAAGCATGATTTCAGCGTGTTGTCCGCAACGGAGACGGGGATCGTCCGTCATCTGCATTTCCGCGGCAGCGAATGGCTGGTGGAGGTGGAGGTTAAGGGACATAAGCTGATCACCTACCGTTCACTGGAGAAGGAAACGCTGTACCCGGGTCAAGAGGTCCGGGTTCTCGTTCACCGGGCTTATCTCTTTAATGAAGAGCACAGCTGGATCGAGGAGAATCGATTGAAGGTCGACCCGATGCCAATTATGATCTGA	MHVEVRDLNKHFGTFHAVKDVSFEIEKGHLIGLLGPSGGGKTSILRMLAGLENPDSGQISFHGQVVNDLPPQERGIGFVFQNYALFKHMTVFDNIAFGLKVKKTPKAIIRDRVMELVELTGLKGFESRYPHQLSGGQRQRVAFARALAPEPQLLLLDEPFAAIDAKIRQELRSWLRELIERVGITSIFVTHDQDEAIEVADEIMIINQGRVEQKGTPWDIYKEPKTPFVASFIGESTVISSAAELKGFEAAANKNATRALIRPEYIEIGSKHDFSVLSATETGIVRHLHFRGSEWLVEVEVKGHKLITYRSLEKETLYPGQEVRVLVHRAYLFNEEHSWIEENRLKVDPMPIMI	PGPT0002990_851	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002990-cysA-K02045	NA	NA
JZ016_02865	798	cysW_1	COG4208	Sulfate transport system permease protein CysW	TTGAGACGTCTGTGGATCGGACTTACGTACGCCGTATTTATTATTCTGTTAATCATCCCCCTGTCCCGAATTGCGATCGGTGCGTTTGATAAAGGGCTGAGCGGGTTTGCCGAAGGTTTGTTCAGGCCGGAAGCCTTGCATGCCCTGATGATGACGGGGCTTATAGTGGTATTCGTTACGTTCTTCAATGCGTTGTTTGGCATCATGATGGCGTTGTACCTGGTACGGGCGAATTGGCTGAGCCGAAAGATCAAGGGCATTCTGAACAGCATTGTCGATTTGCCCTATGCGGTATCGCCGGTCATTGGCGGTTTGATGATTGTACTGCTGCTCGGACCCGACAGCATCATCGGCGGTTTTTTTGAAGGGATCGGGTTTAAAGTGGTATATGCTTTCCCGGGTATGGTAATCGCCACACTGTTCGTCACGTTTCCGCTCATGGTTCGTGAGGTCATGCCTGTATTGCAGGAAATTGGAAATGATCAGGAACAGGCGGCAGCGACGCTGGGGGCTTACGAATGGACAACGTTCCGAAAGGTAACATGGCCTTCCATCCGGTGGGCTGTCGTATATGGCCTGGTACTCACGGTGGCCCGTTCATTGGGCGAGTTTGGTGCGGTGCTGGTGGTGTCCGGTAATATCATGAATAAAACTCAGACGGCGACAACGTTAGTATATCAGGATGTGGAGAATTTTAACGTGGCTGCGGCGAATGGCGTCGCATTGGTATTGGCTGCCTTCTCGGTAGGACTCTTGCTGCTGATGGAATGGGCCAAAAAAAGAAAGGATGTGCATTGA	MRRLWIGLTYAVFIILLIIPLSRIAIGAFDKGLSGFAEGLFRPEALHALMMTGLIVVFVTFFNALFGIMMALYLVRANWLSRKIKGILNSIVDLPYAVSPVIGGLMIVLLLGPDSIIGGFFEGIGFKVVYAFPGMVIATLFVTFPLMVREVMPVLQEIGNDQEQAAATLGAYEWTTFRKVTWPSIRWAVVYGLVLTVARSLGEFGAVLVVSGNIMNKTQTATTLVYQDVENFNVAAANGVALVLAAFSVGLLLLMEWAKKRKDVH	PGPT0003005_1857	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003005-cysW-K02047	NA	NA
JZ016_02866	870	cysT_1	COG0555	Sulfate transport system permease protein CysT	ATGGTTTGCGAAAGTGTCGACCGGAATGCCATCCGGAGGCGGGAGGGATACGAGATGACAACATGGATTCGTCATAAAGGTTGGACTTGGGGATTTCGAAGTACCGTACTGCTTTATTTTCTTGCCTTGATCGTACTGCCGATCTTTGGGGTATATGTGCAATCATTCTCTGCAGGATGGAGTCATTTTACGGAGAGCATTATGGATCCGATCGCGTGGAAGGCTGTGCTGCTTACCATCAAGCTGGGCGTCATCTCTACTTTCATCAACGTGCTTATCGGAACGATGATTGCATGGGTGCTTATACGATATAAGTTTCCGGGAAGGACGCTGCTGAACAGTCTGGTCGACCTGCCCTTTGCACTGCCGACAGCCGTTGGCGGTCTGATGATATTACTGCTGCTGGGCCCCGGGAGCTTTCTCGGTGGTTTGGCAGAGAAATTGGGTTTTGAAATTGTATTCCACCAGCCCGCGATTGTGATAGCGATGATGTTTGTCACGTTTCCGTTTGTCATCCGTGCGGTTCAGCCGCTGCTGGAGGAGCTCGACCCGCTGGAGGAAGAAGCGGCATATACGATGGGAGCTTCCAGGACGAGAACCTTTTTCAAAGTCATCCTGCCGTCGATGCTGCCCGGGATTATCAGCGGAGGAATGCTGGCATTCTCAAGGGCATTAGCCGAATTCGGGGCCGTTGTCTTGGTGGCCGGCAACATTCCGGGAAGAACACTGATTGCCTCGGTTTTTATTTTTGGTGAGGTCGAGAGCGACAATCCTGCTGGAGCGGCTGCGGTATCTATTCTGCTCCTTACCCTCTCATTCATCATCCTCTGGGTGATCAATGCCGTACAGCAGAGGGGGAGACGAGTTTGA	MVCESVDRNAIRRREGYEMTTWIRHKGWTWGFRSTVLLYFLALIVLPIFGVYVQSFSAGWSHFTESIMDPIAWKAVLLTIKLGVISTFINVLIGTMIAWVLIRYKFPGRTLLNSLVDLPFALPTAVGGLMILLLLGPGSFLGGLAEKLGFEIVFHQPAIVIAMMFVTFPFVIRAVQPLLEELDPLEEEAAYTMGASRTRTFFKVILPSMLPGIISGGMLAFSRALAEFGAVVLVAGNIPGRTLIASVFIFGEVESDNPAGAAAVSILLLTLSFIILWVINAVQQRGRRV	PGPT0003000_1690	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003000-cysT|cysU-K02046	NA	NA
JZ016_02867	402			hypothetical protein	ATGCTGTATACCGGTGAATTGGAAACGCAAGGTCGTGATGAGATGAGGGATATTACAAGGGAGATCCACTCCTACGTGAAACAAAGCGGGGTCCAGCAGGGAACGGTCCTGATCTATTGCCCGCATACGACGGCGGGGATTGCCATCAATGAGAATGCGGATCCTGATGTGAAACGGGACGTCCTGATGTCGCTCGATGAGGTCTATCCTTGGAATCATCCCAAGTATCGCCATGCGGAGGGCAACACCGCTTCCCACCTCAAATCGATCACCTGCGGCCCTTCCCAGACCGTGATCATTCAGAACGGGCACCTGCTCCTCGGACGTTGGCAGGGCATTTATTTCTGCGAATTCGACGGACCGAGGCAGCGCCAGTATCATGTGAAGATCATGGAAGGATAA	MLYTGELETQGRDEMRDITREIHSYVKQSGVQQGTVLIYCPHTTAGIAINENADPDVKRDVLMSLDEVYPWNHPKYRHAEGNTASHLKSITCGPSQTVIIQNGHLLLGRWQGIYFCEFDGPRQRQYHVKIMEG	PGPT0015021_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015021-yugU-NA	NA	NA
JZ016_02868	594			hypothetical protein	ATGGCAAGAAGAGCAGTCGAACGCGAGTTGTCGAGAGAGCGGATACTGGAAGCAGCCAGGCATTTGTTCATAACCAAAGGATACAGGGCCATATCGATGCGAAGCATCGGGCAGCATCTGGGTTATAGCCACGGCTCCCTGTATTATCATTTTAAGGAAAAGGCGGAGCTTTTCTACGCCATTGTCATGAAGGACTTTAATGATCTAAGTGATTTGCTGTTGGAAGTCTCGGGAAAGCCTCCCTGTGACGGGGTATCGAAGCTGGAGCAGCTGATGCTGGAATTCGTTCGTTTCGGTCTGGATAATCCTTATCAGTACGAAATCATGTTCATGATTCGGGACGAAGAGCTGCTGTCCTACTGTCGCTCTGAGCAGGGACGCTGTTTTGAAATGTTTGCTATGCTGGTCCGTCAGTATTTGCTTGAGGAGAATTACAGTGAGGAAGAACGGCGAACCGTTCCGTTGACTTTGTTTTTGTCGCTGCATGGATTTATATCGTATTATATTCAGGACAGAATTGGTTTTGATGAGATTAAACCAGCAGCTCTTACCCATATCAAAGTGTTATGCCGGAGTTTGTACAGCAGGGTCTGA	MARRAVERELSRERILEAARHLFITKGYRAISMRSIGQHLGYSHGSLYYHFKEKAELFYAIVMKDFNDLSDLLLEVSGKPPCDGVSKLEQLMLEFVRFGLDNPYQYEIMFMIRDEELLSYCRSEQGRCFEMFAMLVRQYLLEENYSEEERRTVPLTLFLSLHGFISYYIQDRIGFDEIKPAALTHIKVLCRSLYSRV				NA	NA	NA	NA	NA
JZ016_02869	633	yigZ	COG1739	IMPACT family member YigZ	ATGCTGGATCGTTACAAAACGGTACGTCAGGCGGGCTCCAAAGAGATCGTCATCAAGAAATCGCGTTTCATCGGGCATGTGATGCCGGTTGAAACCGAAGAGGAAGCCGTCGCTTTTATTGAAGAGATCAAGAAAAAACATTGGAATGCTACCCATAACTGTTCCGCTTATATGATCGGCGAGCGGGATGAGATTCAGAAGCAATCGGACGACGGGGAACCGAGCGGAACGGCTGGTAAGCCAATTCTCGAGGTGATCCGCAATCAGGGGCGGAAGAATGTAGCCATTGTGGTCACGCGTTATTTTGGCGGCATTATGCTGGGTGCGGGCGGATTGATCCGGGCGTACACCGACGGAGCCGTGGCTGCGATGGAGTCAGGCGATCCGATTACAAGGGTTCTTCATCGGGAGATTTTCGTGGAGCTGGATTATACCTGGCTGGGTAAGGTGGAGAACGAGCTACGCAACCGAGGCGTTCGTATGGGAGAGACAAACTTTGCCGACACGGTGACCTTGACCTGCTTGCCGCTCGATGGTGATGCGGAGAGCTTTATGTCTTGGATGGTGGATTTGACACAGGGGCAGTCCCTGATCACAGAGGGAGAGCGGCTTTATTTTATTGAAGGGGAATAA	MLDRYKTVRQAGSKEIVIKKSRFIGHVMPVETEEEAVAFIEEIKKKHWNATHNCSAYMIGERDEIQKQSDDGEPSGTAGKPILEVIRNQGRKNVAIVVTRYFGGIMLGAGGLIRAYTDGAVAAMESGDPITRVLHREIFVELDYTWLGKVENELRNRGVRMGETNFADTVTLTCLPLDGDAESFMSWMVDLTQGQSLITEGERLYFIEGE				NA	NA	NA	NA	NA
JZ016_02870	1356	pgi	COG0166	Glucose-6-phosphate isomerase	ATGTCTAAAAAAATCAAGTTTGATTACAGTAAAGCACTGACTTTTGTCAATCAGCACGAAGTTGATTATTTCGCTGAGCCGATCCGCACAGCTCATGAACAGTTACATAACGGTACGGGAGCCGGCTCCGATTATCTGGGCTGGATCGACCTGCCGACGCAGTATGATAAAGAAGAATTCTCGCGCATCCAGAAAGCGGCTGCCAAAATCCAAAGCGATTCGGACGTTTTGATCGTTATCGGAATCGGAGGCTCCTACCTCGGGGCACGCGCGGCCATCGAAATGCTCTCGCACTCGTTCTATAATGAGCTGTCGAAGGACCAGCGCAAGACACCGGAAATCTATTTTGCGGGCAACAACATCAGCTCCACCTATGTGACTCACCTGCTTCAATTGATTGAAGGCAAGGACTTCTCCGTCAATGTCATCTCCAAATCCGGCACAACGACAGAGCCGGCTATCGCATTCCGTATTTTCCGTGCGGAATTGGAGAAGAAATACGGCAAGGAAGAAGCTCGCAAACGCATTTATGCTACGACGGATCAAGCGAAGGGCGCCCTTAAGAAGCTGGCTACCGAGGAAGGCTACGAGTCCTTTATCATCCCTGACGATGTGGGCGGACGTTATTCCGTGCTGACAGCGGTCGGTCTGCTTCCGATTGCTACGGCAGGCATCAACATTGAAGAAATGATGCAAGGCGCGGCTGACGCATCCAAGGAATACAGCAGCCCGAACGTAGCCGAGAACGAAGCTTACCAATATGCGGCGGTTCGTAACGCGCTATACCGTAAAGGCAAAGGCATCGAGATCCTCGTGAACTACGAGCCTTCCCTGCATTTTGTATCGGAATGGTGGAAGCAGCTTTACGGCGAGAGTGAAGGCAAGGATTACAAGGGGATTTACCCGGCATCCGTCGATTTCTCTACGGATCTGCACTCCATGGGTCAATTTATCCAGGAAGGCAGCCGCAACATCTTCGAAACGGTCATTCAGGTTGAGAACGTATCCGAGCATATTACGATCGAATCGGATCCAGACGATCTGGACGGCTTGAACTTCCTGACCGGGAAAACATTGGATTTTGTTAACAAAAAGGCCTTCCAAGGCACGATGCTGGCCCATACAGACGGACAAGTTCCGAATTTGATTGTGACAATTCCAGATTTCACTCCCTATTCGTTCGGATATCTGGTATACTTTTTCGAAAAGGCCTGCGGTATCAGCGGCTATCTGTTGGGTGTCAACCCGTTTGACCAACCGGGCGTAGAGGCGTACAAGAAAAATATGTTCGCATTGCTCGGCAAACCTGGGTATGAGAAAGAGAAGGCCGAATTGGAAGCTAGACTTTCCGAATAA	MSKKIKFDYSKALTFVNQHEVDYFAEPIRTAHEQLHNGTGAGSDYLGWIDLPTQYDKEEFSRIQKAAAKIQSDSDVLIVIGIGGSYLGARAAIEMLSHSFYNELSKDQRKTPEIYFAGNNISSTYVTHLLQLIEGKDFSVNVISKSGTTTEPAIAFRIFRAELEKKYGKEEARKRIYATTDQAKGALKKLATEEGYESFIIPDDVGGRYSVLTAVGLLPIATAGINIEEMMQGAADASKEYSSPNVAENEAYQYAAVRNALYRKGKGIEILVNYEPSLHFVSEWWKQLYGESEGKDYKGIYPASVDFSTDLHSMGQFIQEGSRNIFETVIQVENVSEHITIESDPDDLDGLNFLTGKTLDFVNKKAFQGTMLAHTDGQVPNLIVTIPDFTPYSFGYLVYFFEKACGISGYLLGVNPFDQPGVEAYKKNMFALLGKPGYEKEKAELEARLSE	PGPT0017735_4553	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0017735-pgi-K01810	NA	NA
JZ016_02871	897	garR_4	COG2084	2-hydroxy-3-oxopropionate reductase	ATGAAAAAAATCGGGTTTATCGGACTGGGCACCATGGGCGCTCCCATGGCCTCCAATCTGCTGAAGCAGGATTACGATGTGACCGTGTATAACCGCACCCACGAAAAATGCCGTCCGCTCGCCGAACAGGGAGCCTCCATTGCGGAGACGCCTCGTGAAGCGGCTGAAGGACAAGATCTTGTTATTACAATGGTAAGCAACGACCAATCCATCCGGGATGTATTCTATGGTGAGAATGGCCTGCTTGGCTCCCTGACGAGCGGGATGACCGTCATTGACTGCAGCACGATCTCCGAGAGCCTTGTCAAGGAAATCGCTTCCGCCGTAACCGGTCTGGGCGCTTCCTTCCTGGATGCCCCGGTAACCGGCAGCAAGCCTGCAGCGATGGATGGAACCTTGGTGTTCATGGTTGGCGGCGATGCCGCGGTCATCGAAGCTCATGCAGACGTGTTTGACACCTTGGGCAAAAAAGTCATCCACATGGGACCTAACGGAAGCGGCGCTGTCGCGAAGCTTGCGCATAATACCATCGTGGGCATTAACAATCTGGCGCTTGCCGAAGGCTTTGCCATCGCCGCGAAATCAGGCATTCCCGCTGACAATTTCCTGGAGCTCGTGCAGCTGGGATCAGCCGGCAGCAAAGCGGCAGAGCTGAAGGGACGCAAAATTATCGAGGGCGACTTCAGCAATCAGTTCTCGCTTGCGCTCATGCTCAAGGACCTTAAGCTGGCCTCCTCACTCACCGATGGCATCGGAATGCCTTCCCCTATGCTGAATCTGGCCAAGAGCCTGTTCCAAGCCGGTGCCAGCGAAGGTTATGGCGAAGAGGATCTTTCCGCTGTCGTGAAATGTTATGAAGCCTGGATCGGCCAGAAAATCGGCGAACAGCAGCAGTAA	MKKIGFIGLGTMGAPMASNLLKQDYDVTVYNRTHEKCRPLAEQGASIAETPREAAEGQDLVITMVSNDQSIRDVFYGENGLLGSLTSGMTVIDCSTISESLVKEIASAVTGLGASFLDAPVTGSKPAAMDGTLVFMVGGDAAVIEAHADVFDTLGKKVIHMGPNGSGAVAKLAHNTIVGINNLALAEGFAIAAKSGIPADNFLELVQLGSAGSKAAELKGRKIIEGDFSNQFSLALMLKDLKLASSLTDGIGMPSPMLNLAKSLFQAGASEGYGEEDLSAVVKCYEAWIGQKIGEQQQ	PGPT0018170_182	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTARATE|GLUCARATE_DEGRADATION,PGPT0018170-garR|glxR-K00042	NA	NA
JZ016_02872	927			hypothetical protein	ATGAAATGGACCACAGGTTTAAAAGCAGTGACAGCCGCTGCGCTATTAACCACTGTACTATCTTCAGTAACAGCTGTATCACCGGCTTCTGCCGCAGCCAAACCTACCGCTTCGATTAACAATGTTACCGCGAGCGGCGAAGTGCTGGTCAAGCAGGGCTCCACCTTTGTTACCCTAACCGATCTCAAACCTCTGGGTAACTACGTCATGAAGTACGACAACAGCAAGAAACAGGTGACGATTCAGGGTGACCACCGAACGGTGATTCTCACGGCGGGAAGCAACCGCATGGAAGTGAACGGAGTTCAGAAGACGCTGCCTGCAGCCCCGCTGCTCCATAAAGGCAAGACCATGATTCCCCTGAGGGCCGTAGCCCAAGCTTTTGATGCCGACATCAACTGGAACGGTTCTCTCAAGACGGCTTATATCAATAAAGCAGATGCCGCTATGCTCGCTGACTTAAAGAGCTCCGATCTGGCCACCGCCAGGAATGCTGCTGCCAAGCTGCCTTATTCATCCCAACTGCAGAAACCTGAGCTGGAAATGCTCCCTGTGGAAATGCAGGGCGTGGATTATTATTTTCCAAAAGGCGAATCCAATCGCTTCTTCCTGGTCGATAACGACATCGCCGAATATTACGAAATCCAGGGCGGCGTCAAATATTTGAAATGGCAGGGCAAGCTGGATTACTCCGCCAAAGCGGCTGCGAATCAGAACCTGTTCTTCCTGCCCCCGATTCAAGCCGAGATCGGTAAGCAGCCGGATGCCAGAAACTGGACTGTAGCCCGATTCGTATTCCGTTATCCTTCCGGCGTCACCAGCTACCGGCTGCTCGACCGTAATCAGGAATGGAGCGAAGGATACGTAGAGCTTGATAACCGGGCTCCCGGATATAAAGGCGAGATCGTGACGATCCCGGAGGAATAA	MKWTTGLKAVTAAALLTTVLSSVTAVSPASAAAKPTASINNVTASGEVLVKQGSTFVTLTDLKPLGNYVMKYDNSKKQVTIQGDHRTVILTAGSNRMEVNGVQKTLPAAPLLHKGKTMIPLRAVAQAFDADINWNGSLKTAYINKADAAMLADLKSSDLATARNAAAKLPYSSQLQKPELEMLPVEMQGVDYYFPKGESNRFFLVDNDIAEYYEIQGGVKYLKWQGKLDYSAKAAANQNLFFLPPIQAEIGKQPDARNWTVARFVFRYPSGVTSYRLLDRNQEWSEGYVELDNRAPGYKGEIVTIPEE				NA	NA	NA	NA	NA
JZ016_02873	318	ppnP	COG3123	Pyrimidine/purine nucleoside phosphorylase	ATGTCACAATTTAAGAATGCTACCGTTACAAAGGCAGCCAACGTGTACTATGAGGGAAAGGTAACCAGCCGTACGGTGCTGCTGGAGAATGGCGAGAAGGTAACGCTCGGCATCATGCTTCCGGGAAGCTATGAATTCGGAACGGATGGCCCTGAGATTATGGAAATTTTGTCGGGCGATTTGCGTGTCCTGCTGCCTGGAGAGCAGGAGTGGTTAGAGATTCAAGGGGCTGCAACCTTTAACGTTCCGGGCAATTCAAGCTTTAAGCTGGAAATCCGCACCGTGACGGATTATTGCTGCTCTTATCCAACCATGTAA	MSQFKNATVTKAANVYYEGKVTSRTVLLENGEKVTLGIMLPGSYEFGTDGPEIMEILSGDLRVLLPGEQEWLEIQGAATFNVPGNSSFKLEIRTVTDYCCSYPTM	PGPT0021300_217	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021300-ppnP|yaiE-K09913	NA	NA
JZ016_02874	2022	tkt		Transketolase	ATGACAACTGAACATAACCAAACGATCGACAACCTGTCCATCGCAACGATCCGGACACTGGCGATCGACGCGATCGAAAAAGCCAACTCCGGTCATCCGGGCATGCCGATGGGGTCTGCACCTATGGGCTACCAATTGTTCGCGAAGACGATGAATCATAACCCGGACCAGCCGGCGTGGATTAACCGCGACCGTTTTGTCTTGTCTGCAGGCCATGGCTCCATGCTGCTCTACAGTCTGCTTCACCTGAGCGGGTATGACTTGTCCATTGAGGATCTCAAGCAGTTCCGTCAATGGGGAAGCAAAACCCCGGGTCACCCGGAATTCGGCCACACGGCCGGCGTTGATGCAACGACAGGTCCGCTTGGACAAGGCGTGGCTATGGCTGTAGGTATGGCAATGGCTGAAGCTCATTTGGGCGCGACTTACAATAAAGACGGCTTCAACGTAGTGGATCACTATACGTATGCGATTTGCGGCGACGGTGACATGATGGAGGGCGTGGCTTCCGAGGCAGCTTCCCTGGCAGGTCATTTGAAGCTTGGCAAATTGATCATGTTGTACGATTCCAATGATATCTCCCTTGATGGCGAGCTCAGCCTGGCATTCTCCGAGAACGTAGCGAAGCGCTTTGATGCTTATGGCTGGCAAGTGCTGCGCGTAGAAGACGGTAACGATTTGCCTGCGATCGAGAAAGCGATCGAGGAAGCGAAAGCCGATACGAACCGTCCGACGCTGATCGAAGTGAAGACCGTCATTGGTTACGGCAGCCCGAACAAACAAGGTAAAGGCGGCCATGGCGGTACGCACGGTTCTCCGCTTGGAGCTGATGAAGCGAAGCTGACCAAGGATTTTTACAATTGGGTATATGAAGAGGATTTCTATGTGCCTGAGGAAGTGCGCGAGCATTTCGGCAAAGTGAAAGAGCGCGGTATTGCAGCTTATCAAGCTTGGGTTGATCAATTTGCGAAATACAAAGAAGCTTATCCTGAGCTGGCGGCGCAATTCGAGCGCGGTGAATCCGGCGAATTGGCTGAAGGATGGGACAAAGACCTTCCGAAATACAGCGCGGATGACAAAGCGGTTTCCACTCGCGTGGCTTCCGGTAAAGCGCTGAACGGGTTGACTGCAGGCGTACCGCAGCTGCTCGGCGGATCGGCTGACCTGGAAAGCTCCACGATGACACACTTGAACGACCTGGCCTCTTTCACAGCGAACAGCTACGAAGGCCGTAACGTGTATTATGGTGTTCGTGAATTCGCAATGGCCGGTGCCATGAACGGTATCGCTCTCCATGGCGGACTGAAGATTTTCGGCGGTACGTTCTTCGTATTTACGGATTATCTGCGTCCGGCTGTACGTCTGGCTGCGATCATGAAGCTGCCGGTTACGTATGTACTGACTCATGACAGCATCGCTGTCGGTGAAGACGGTCCTACGCATGAACCGATTGAACAATTGGCTTCCCTGCGCATCATTCCAGGCTTGACGGTGATCCGTCCTGCGGATGCTAACGAAACTTCCGCGGCATGGGCTTATGCGGTTGAGAACACAGACCGTCCGGTAGCGTTGGTGCTGACACGTCAGAATCTTCCGATCCTTGCAGGCACGGCGGATCATGCACGTGAAGGCATCAAACGCGGCGCTTATGTTGTAGCCGACGCGAAGGATGGCAACGTGCAAGCTCAAATCATTGCAACGGGTTCCGAGGTTCAGCTTGCCGTTAAAGCGCAAGCAGCGTTGGCTGAAGAAGGAATCGCCGTACGCGTCATCAGCATGCCGAGCTGGGATCTGTTCGACAGCCAGGACCAGGCATACAAAGATTCCGTGCTGCTTCCTGACGTAAAAGCCCGTCTGGCTATTGAAATGGCTCATCCGTTCGGATGGGAGCGTTATGTCGGAGACAAAGGCGACATTCTGGGGATCAACACATTTGGCGCTTCTGCTCCTGGCGACCGCGTCATTGCCGAGTACGGATTTACCGTTGAGAACGTGGTTAGCCGCGTAAAAGGCTTGCTGTAA	MTTEHNQTIDNLSIATIRTLAIDAIEKANSGHPGMPMGSAPMGYQLFAKTMNHNPDQPAWINRDRFVLSAGHGSMLLYSLLHLSGYDLSIEDLKQFRQWGSKTPGHPEFGHTAGVDATTGPLGQGVAMAVGMAMAEAHLGATYNKDGFNVVDHYTYAICGDGDMMEGVASEAASLAGHLKLGKLIMLYDSNDISLDGELSLAFSENVAKRFDAYGWQVLRVEDGNDLPAIEKAIEEAKADTNRPTLIEVKTVIGYGSPNKQGKGGHGGTHGSPLGADEAKLTKDFYNWVYEEDFYVPEEVREHFGKVKERGIAAYQAWVDQFAKYKEAYPELAAQFERGESGELAEGWDKDLPKYSADDKAVSTRVASGKALNGLTAGVPQLLGGSADLESSTMTHLNDLASFTANSYEGRNVYYGVREFAMAGAMNGIALHGGLKIFGGTFFVFTDYLRPAVRLAAIMKLPVTYVLTHDSIAVGEDGPTHEPIEQLASLRIIPGLTVIRPADANETSAAWAYAVENTDRPVALVLTRQNLPILAGTADHAREGIKRGAYVVADAKDGNVQAQIIATGSEVQLAVKAQAALAEEGIAVRVISMPSWDLFDSQDQAYKDSVLLPDVKARLAIEMAHPFGWERYVGDKGDILGINTFGASAPGDRVIAEYGFTVENVVSRVKGLL	PGPT0011200_2123	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_PENTOSE_METABOLISM,PGPT0011200-tktA|tktB-K00615	NA	NA
JZ016_02875	3012			hypothetical protein	GTGGGCGTTCAATTTAGCCAACCATGGTTGTTGCTGCTGTTGATTCCGGCAGGATTATTTCTTTACTATGCATACAAATCGGATTTTCGATTAAACGGCTTTCGGAAGAAACTGGCTTTATTCTTTAGAACCTGCGTCATTCTATTATTGATTCTTATGATTTCGGGTTTGCATGGCTTTACCGTCCTAAGAGATAAACAGGTTGTATATCTGGCTGACCGTTCCGACAGTATGGGGGATTCAGCCCGGATCGCGAGCTGGATTAACGATTCTCTCTCGGCAAAAGGCGAGAAGGATGGCACGGCTGTTGTTTCTACGGGGCTTGAGGGCGCAGTAGAACGGCGGTTAACCTCTGCAGAGAATGCAGGAGCCTCTCTTAATGCACTGCTGGAGCAGCAGTTTACGGGGCTGGAGTCCGGTCTTCAGCTCGCGGGGAGCCTGTTCGAGGGCAACAGCGATTCCAGAATTGTGTTGATCTCGGACGGGGAAGAGAATGTAGGCAGCATGGCAGCGGCCGGGAGGCTGCTGAAGGACCGGGGCATTGCGGTTGATGTGCTTCCGACGCCCAAGCAGGCCATCCGTGACGTTGCGGTGGAGGAACTGAAGGTACCGGATAAGCTGTATCAAGCGGAGTCTTTCTATGTGGAGGTTATGATCCGCAGCACGTTTAAGACCTCCGGTGAGCTGCGCATTTACGAGGACAACCGTGAGATCGGCCGGGAACGCGTGGACGTCACCCCGGGCGAGAACCGGTATGCCGTGAAAGGCCTGGCCAAGAGTCCGGGACTTCACCGTTACCGTGCCGAAATCTTCATGGACGGGGATGAAGCGTCCGCCAATAATGCAGCGTTCGATTTCACCCGGGTGGAAGGTCCGCCGAACGTACTGATCGTGGAAGGAACCCCGGGAACGTCGGGGAATATCACGGCAGCCCTCGAGTCCGGCATGATCGGCACCGAGGTGATTCCGCCGGAACTGCTCCCGCTGGAAGCGGCCAAGTATGCCGTATACGACAGCATCATCTTTAATAACGTTTCGGGCAGTGACGTCGGCGGCAAGCAGATGGAGCTGATCGAGCAGGCGGTCCGAAGCTTTGGCATCGGGTTTATGATGGCGGGCGGCGAGGACAGCTTCGGAATGGGCGGATATTTTAAAACCCCGATCGAAAAGGCGCTGCCGGTCTCCATGGAGCTGGAAGGCAAGCGGGAGATTCCATCCCTGGGCCTCATACTCGTCATCGACCGATCGGGGAGCATGGACGGCAACAAAATCGAATTGGCCAAGGAATCGGCGATGCGAACGGTGGAGCTGCTGAGAGCCAAGGATACGGTCGGCGTTGTCGCCTTTGACGATCAGCCGTGGTGGGTCGTTCCGCCGCAGAAGCTCGGGGACAAGGAAGAGGTGCTCAGCAGCATCCAGTCGATTCCGAGCGCAGGCGGGACCAACATCTATCCTGCCGTTTCCTCGGCGCTTGAGGAAATGCTGAAGATTAAAACCCAGCGCAGACATATCATTCTGATGACCGACGGGCAGTCCGCCATGAATTCCGGTTATCAGGATCTGACCGATACGATGGTGGAGAACAAAATTACGATGTCTTCGGTGGCGGTCGGGATGGATGCCGATACCAACCTGCTTCAATCCTTGGCGGATGCGGCCAAAGGCCGGTATTACTTCGTTGAGGATGAAACGACGCTGCCGGCGGTATTCAGCCGGGAGGCCGTCATGCTGGCCAAATCCTATATCGTGGATAAACCCTTTGTCCCGGCCATTCAGAACCCGGCCGATTGGGCGAGTCTGTTCCAGCAGGGCATTCCGGGGCTGTACGGTTATGTAGCGACAACGCCGAAGTCTTCCGCCCAGACGATTCTGTCAAGCCCGGAGCCGGACCCGATCCTGTCACGCTGGCAGTACGGATCCGGACGAACGGTGGCATGGACGAGCGATTTAAGCGGAAAGTGGTCCAAGGAATGGGTATTGTGGTCCGGCTTTGCCAACACGTTGACTGAAATCGTGAAGTGGACATTCCCGCAGTTTACGTCGTCGCCCTATGAAGTGACTACCGAGACGGCCGGCAACCAAGTAAAGCTCCAAGTTATGGCAGAGGGCGAGAGTCCGCCGGAGAAGCTGAATGCGGTGATCGGGGACGATGAAGCCGGCGAGCAGACGGTAGAGCTCATTCAGGAGGCGCCCGGCCGTTATACCGGACTCGTCAACGTATCCAAGCCGGGAGCCTTCCTCATGTCCCTTGAGGATGCCAGCGGGGGAGAAGCGCTGCAAGCCGCGCCGGGCACCGGTTTTGTTGTGCCGTATTCGCCGGAATACCGGCTATCTTCCGGCAGCGGCGAGGAAGCGATGAAGCGGCTGGCCGAGATAACCGGGGGTCGCGTACTATCCTGGGATAACCCGGCCGAAGTGTTCGACCGGCAGGCGACCTCGCGGATGAATCTCCATGATTGGAGTTATCCGCTGCTGGTGGCGGCCCTGCTGCTGTGGGTCGCCGACATCGCCGTGCGGCGCCTGGCTCTGCCATGGGGCGCCATCGGCGCTAGGGTGGCCGCCCTGCTCCGCAGGCGGCCTGTACCTGCCGGCGAGGCCGGGCGTGACGCCGGCCTCGAGCGGCTGGCGGCGCGCAAAGCCCGCGCCGCCCAGTTCTACGGCGGCAGCTCCGCGAAGCCGCCGCCGCAGGCCCCGCCCGCGCGCGAACGCAGCGGCGCGGGCCAGGGCGCCGGGGGCGGGAACCCCGCCCCGGCACCTAGCGCAGCTCCGGCAAGGGGCCGAAAGGCCCCGCCGGAGGCGCGCGATTCGCAGCGGGCGGATGCCCCGCTGCGGGAAGAGCGGCCGGCGCAGACGAAGCCGGCCGCAAGCCAGGGCGCGCCCACGCCACCCCCGCCCCCGCCGCCGAAGGCGCAGGGGGGCGGCAGCAGCCGGCCCGGGGAGACCGGGCCGGCTCCGGAAGGAGGCTCCTCCATGGATCGCCTCCTCAAAGCCAAAAAACGCGGCACGCGCTGA	MGVQFSQPWLLLLLIPAGLFLYYAYKSDFRLNGFRKKLALFFRTCVILLLILMISGLHGFTVLRDKQVVYLADRSDSMGDSARIASWINDSLSAKGEKDGTAVVSTGLEGAVERRLTSAENAGASLNALLEQQFTGLESGLQLAGSLFEGNSDSRIVLISDGEENVGSMAAAGRLLKDRGIAVDVLPTPKQAIRDVAVEELKVPDKLYQAESFYVEVMIRSTFKTSGELRIYEDNREIGRERVDVTPGENRYAVKGLAKSPGLHRYRAEIFMDGDEASANNAAFDFTRVEGPPNVLIVEGTPGTSGNITAALESGMIGTEVIPPELLPLEAAKYAVYDSIIFNNVSGSDVGGKQMELIEQAVRSFGIGFMMAGGEDSFGMGGYFKTPIEKALPVSMELEGKREIPSLGLILVIDRSGSMDGNKIELAKESAMRTVELLRAKDTVGVVAFDDQPWWVVPPQKLGDKEEVLSSIQSIPSAGGTNIYPAVSSALEEMLKIKTQRRHIILMTDGQSAMNSGYQDLTDTMVENKITMSSVAVGMDADTNLLQSLADAAKGRYYFVEDETTLPAVFSREAVMLAKSYIVDKPFVPAIQNPADWASLFQQGIPGLYGYVATTPKSSAQTILSSPEPDPILSRWQYGSGRTVAWTSDLSGKWSKEWVLWSGFANTLTEIVKWTFPQFTSSPYEVTTETAGNQVKLQVMAEGESPPEKLNAVIGDDEAGEQTVELIQEAPGRYTGLVNVSKPGAFLMSLEDASGGEALQAAPGTGFVVPYSPEYRLSSGSGEEAMKRLAEITGGRVLSWDNPAEVFDRQATSRMNLHDWSYPLLVAALLLWVADIAVRRLALPWGAIGARVAALLRRRPVPAGEAGRDAGLERLAARKARAAQFYGGSSAKPPPQAPPARERSGAGQGAGGGNPAPAPSAAPARGRKAPPEARDSQRADAPLREERPAQTKPAASQGAPTPPPPPPPKAQGGGSSRPGETGPAPEGGSSMDRLLKAKKRGTR	PGPT0014015_39	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
JZ016_02876	2007			hypothetical protein	TTGGGGATTCAATCTTGGCTGAGTCTATGGTTCGGTTTAACGCTGCCGGCCATCGTGCTTATGTATATGTTCAAACGAAAATATGTCGATACAACCGTTCCCAGCCATTTGCTGTGGGAGCGGGTGCTTCGGAACCTGGAGGCCAACAGGCCGTGGCAGAAGCTGCAGAACCGGCTTCTGCTGTGGCTCCAGTTGCTTGCTGCTGCGCTGATGGTCTTCGCACTGATGCAGCCTTTTCTGCAGGTGTCTGGCGGAGGCAGCGCCCACGTGGTCATCGTTGCCGATACCTCGGGCAGCATGAGCGCGCAGATTCAGCCATCGGCTGAAGGCGAAGCCGCAACCAGGCTGCAATGGATGCAGGAACGAATAAAGGAATACGTGAAGAACCAAGGGAGACGGAGCGAAATCACCCTCCTGTCCGTGGGAGCAAGTCCCATGACGCTGGTCTCCCATGAAAGCGACCGCACCGTCATTGATAAGGCTGTGGATGGGCTGCGGCCCTATTACGGCCAGGCATCCTACAGGGAAACCTTATCGCTCGCTTCCGCTCTGACACGGGAAGAGCGTGATGCAGAGGTCGTTATTTTTACGGACAGCTACTGGAAACAGGATACGGCTCCCATAACGTTTCAGGTTCCGGTATCCGTAGAGAAGGTGCAGGGGGAGCTCCCTCTTAACGTGTCCATTGACCAATTCGGCATTTCACCCAAGGGTGAAACAGGTTCATCCTATGGGGCGGTCGCTGTCCTCAGCACGAATGCCAAGGAATCGATGTCGGCTGAAGTGAATCTTTACGGGGATGAACAGCTATTGACCAGCAAGATGCTTGAACTGGAGCCTGGTAAAAAATCAACCGAATCCTTTTCCGATCTGCCGTTTGCGGAAGTGTACCGGCTTGAGTTGTCGCAGGATGACGGATATGCCGCAGACAATCAATCCTTTGCATTCGGTTTGGGTCATGGATCTTCGCGCGTGCTTCTGCTGACTTCGGGCAATTTGTTTCTGGAGAAGGCCTTGCAGCTAAGCGGAGCCGAAGTCACCCGGGTTGCTTTGGACGAGTCCAAAGACAAGACCGCCGAGGACAATGGCAGTGCGGATAAGGAGGCGGGTAAGGGCAGCACAGCTGCGGATGTACCGCCCGTGCCTGAAGGCGAATTTGATCTGCTCGTCATCGACGGGGACGTGCCGGAAGGGTTCAAGCAAGGGAAGTGGGCGGAATTGGCCGCTAAAACGCCGCTATGGACGATCGGCGGAGAAGGTGCCAAAGTCGGCAACCAAGGGGGGCGCGCCGTGCTTTCCAAGCATCCGGTGACCGCCTATGTAACCTTGTCGGGCGTCTATTTTGGCACGCTGGTGGAACAGGCCCCTGCCTGGGGAGAGCCCGTTATAAAGCTGGGGGATCAACCGATCGTCTATGCGGGAAGCGAAAACGGGCGACCGCGCTTGTCGTTTCATTTCCTGCTTCAAGATAGCGATCTTCCGTTATCGCCGGAATTCCCGGTCATGGTCAGCAATGCACTGGAGTGGATGACCTCGGGCAAGGGAAGCGGCCTTGGCCGCTATATGGCTGGCGCGCAAGCGGATATACCGATTGCGGCGGATACGGTAGCGGCAAAATGGGTACCTACGAGCGGTCTTGCTCTTACTGGCGGCATCCCTGCTGCGGAAGCGCTCCGGAATGAGCAAGGAATATCGCCGGTACAGCTTGTGCCGGAATATCCGGGGCTGTACGCTTTTGAACAGCAAAATGAAGCGGGTGAGAATCTTAGGTTCTGGCTGGCCGTGACGGCGGATCCATACGAGGCGAATTGGAGCAACGATCAGGGGCCGGTCGTAAGTCAAGCGGCTCCGAACTTGGATGAGTCTGAAGCGGGAGAGCATGCCGGGACATCCGGCAGCAACGAAACCGCAAACCGCGCCGGCTCGTTAATGCCATGGCTTGCTGTCTTTGCACTGGCTGTGATCGCAGCAGAATGGGGGGTGTACCAGCGTGGGCGTTCAATTTAG	MGIQSWLSLWFGLTLPAIVLMYMFKRKYVDTTVPSHLLWERVLRNLEANRPWQKLQNRLLLWLQLLAAALMVFALMQPFLQVSGGGSAHVVIVADTSGSMSAQIQPSAEGEAATRLQWMQERIKEYVKNQGRRSEITLLSVGASPMTLVSHESDRTVIDKAVDGLRPYYGQASYRETLSLASALTREERDAEVVIFTDSYWKQDTAPITFQVPVSVEKVQGELPLNVSIDQFGISPKGETGSSYGAVAVLSTNAKESMSAEVNLYGDEQLLTSKMLELEPGKKSTESFSDLPFAEVYRLELSQDDGYAADNQSFAFGLGHGSSRVLLLTSGNLFLEKALQLSGAEVTRVALDESKDKTAEDNGSADKEAGKGSTAADVPPVPEGEFDLLVIDGDVPEGFKQGKWAELAAKTPLWTIGGEGAKVGNQGGRAVLSKHPVTAYVTLSGVYFGTLVEQAPAWGEPVIKLGDQPIVYAGSENGRPRLSFHFLLQDSDLPLSPEFPVMVSNALEWMTSGKGSGLGRYMAGAQADIPIAADTVAAKWVPTSGLALTGGIPAAEALRNEQGISPVQLVPEYPGLYAFEQQNEAGENLRFWLAVTADPYEANWSNDQGPVVSQAAPNLDESEAGEHAGTSGSNETANRAGSLMPWLAVFALAVIAAEWGVYQRGRSI				NA	NA	NA	NA	NA
JZ016_02877	948		COG1721	putative protein	GTGAGCGGGGGCGGGCACCTGCTTCCTCCGGAATGGCTTCCGCGTCTGGAGCGGCTGAGCCTGGATGCCAAGCGGCGGGTTGCCGGGACGCTGCAGGGAAAGAGGCGATCCCGCCGGCTCGGATCGTCCCTCGAGTTTGCCGATTATCGAGTGTATGCACCCGGCGATGATGTCCGCAGGTTTGACTGGGGCGTCTATTCTCGTACGGGAAAAGCATTCGTGCGTCAATTCATGGACGAGCAGGAGCTGACGGTCAGTCTATTCGTGGATTGCTCGGCATCGATGGGGGCTGTCATGTCATCGTCATCCGAACCATCTGCTGCAGATCCGGCAGGAACGAAGGAAAGTCCGAAATGGCTGCTCGCACGTCAACTCGCCGCAAGCATCGGCTACATGGCATTGTCCTCTTACGACAGGCTGCAGATCGCCTGTTACAGCCGTTCGATTAACGCCCGCCTTCCGATCATGAGAGGAAAGGGCTCGGCCCATCGCCTGTTTTCGTTCCTGCAAGGGGCAGAAACGGGAGGCGAAGGCAGTTTGGGCGCAGCGCTTGCGGTTCCTGGCGCACTCCCCCGGCAGCCGGGGATGACCTGGGTGTTCTCGGATTTTTGGCTCGAGGGCGGCGAGGAGGAGTTGTTCAGGGCGCTTTCCCTTTTATCCGGCACCGGGCAGGAAGTAGTGCTGGTACATGTGTTGTCGAGGGAAGAACTGGAGCCTAAATTGACCGGCGATTTGCGATTGGTTGACAGTGAAACGATGAGCGGCAAGGAAGTGGCGTTGACGGGTAAAGTGCTCGATGCTTACAAAGAGGAGCTGGAGCGGTACCGGACGATGCTGTCCCGCGTGTGCGCGGAGCGGGGGATGTCTTACGTGCTCATTCCGGCGGACATGCCGCTTACGGATGCGATGTTCGGGGTGCTTGCGGGAGCTGGCCTGGTTACTGGATAG	MSGGGHLLPPEWLPRLERLSLDAKRRVAGTLQGKRRSRRLGSSLEFADYRVYAPGDDVRRFDWGVYSRTGKAFVRQFMDEQELTVSLFVDCSASMGAVMSSSSEPSAADPAGTKESPKWLLARQLAASIGYMALSSYDRLQIACYSRSINARLPIMRGKGSAHRLFSFLQGAETGGEGSLGAALAVPGALPRQPGMTWVFSDFWLEGGEEELFRALSLLSGTGQEVVLVHVLSREELEPKLTGDLRLVDSETMSGKEVALTGKVLDAYKEELERYRTMLSRVCAERGMSYVLIPADMPLTDAMFGVLAGAGLVTG				NA	NA	NA	NA	NA
JZ016_02878	990			hypothetical protein	ATGTCGGATATAGCAGTGAGACCACAGGAATGGATGGAGAAAATATCAGGCCTGCGGGAACATATCGGCAAGGTGATTGTCGGGCAGCAGGATGTTGTGGAGCAAATGCTCTGGTGTATCTTTGCAGGAGGGCACGCCCTCCTGGAGGGGATTCCGGGTCTCGGTAAAACGATGCTCGTCCGCACGGTGTCGGAAGCGTTGGAGCTATCCTTTTCCCGTATACAGTTCACGCCGGATTTGATGCCGAGCGATATAACGGGCACCAATATCCTATCGTTCGGGCAGCATGGGGACACCGGGATGACCTTTCAAAAGGGTCCGCTGTTCAGCAGCATCGTGCTGGCCGACGAAATTAACCGGGCCACGCCCAAAACCCAGAGCGCCTTGCTGGAGGCCATGCAGGAGAAGACCGTCACGGTGGGTGGGGTAACCCATCAGCTGCCCAAACCTTTCTTTGTTCTGGCGACGCAAAACCCGCTGGAAAACGAGGGAACGTATCCATTGCCGGAGGCGCAGCTTGACCGCTTTCTGCTGAAGATTGAAGTGTCGTATCCAAGCGCGGATGAACTGAAGGAAATCGTGAAGCGGACGACGTCCTCCCACAAATTCCAGGTGGAGCGGCAAATGACCGGCGACGAGCTGCTGGAAATCCAGCGCGGAGCCCGGGAAGTGCTGGTTGCCGAGGAAATTTTGGACTATGCGGTTCGTCTGCTCATGATGACGCATCCCGAAGAGGCAGCGGCCCCGGAGGCGGTGCGAAAATACGTCCAGTTCGGTTCCGGACCGCGGGGCATTCAATCTATCATATCAGTGAGCAAGGTCCGTGCATTGTGCAGCGGGCGGATGCATGTATCGACAGGGGATATTCGCGTCGTGGCTTTATCTGCGCTGCGCCACCGTTTGTTCCTGAATTTCGAGGGGCAGGCGCTCGGCATTACGACAGACCATGTCATTCAGGAGGTTCTGCAAGCGCTGGAGGCATCCGCGTGA	MSDIAVRPQEWMEKISGLREHIGKVIVGQQDVVEQMLWCIFAGGHALLEGIPGLGKTMLVRTVSEALELSFSRIQFTPDLMPSDITGTNILSFGQHGDTGMTFQKGPLFSSIVLADEINRATPKTQSALLEAMQEKTVTVGGVTHQLPKPFFVLATQNPLENEGTYPLPEAQLDRFLLKIEVSYPSADELKEIVKRTTSSHKFQVERQMTGDELLEIQRGAREVLVAEEILDYAVRLLMMTHPEEAAAPEAVRKYVQFGSGPRGIQSIISVSKVRALCSGRMHVSTGDIRVVALSALRHRLFLNFEGQALGITTDHVIQEVLQALEASA				NA	NA	NA	NA	NA
JZ016_02879	1704			hypothetical protein	ATGGACAACATCATGCGTTTTATCGAAGCCGCGAGACGGCGGCTGCAGCGATTCCGCGTCATAACGTATGTTTTATACGGACTGATGGCAGGGTTTGCCGCACTGCTGCTGCTTCTGGTGCTGGGGAGATTCGTGCCCATAGCCTGGCTTCCCGTTGCATCCGTCGCCATTCCTGTCGGGGCAGGCTTCGTAGGTTTGTTATGGGGATGGCTGCACCGGGTTCCGATCGAAGAGGCTGCTTCTGCGATGGATCATGTTCCTGACGAAGCGGAGCGAAGTGACATGATGGTAACGGCACTATCGTTCAAAGAAGAGGAATCGCAGGCTGCAAAATGGCAGCGCGAGCAGGCGGAGCGCTATGGCGCACGTTTTGCAGAGCAATTGCCGAAGCGTCTTCCTTACCCTAACCGTAAAAGACATCTCTTGATCTGTGGCGCTTCGCTGGCTGCCGTGCTCATCCTTGTTTTTGTTCCGAATCCGATGGATAAGAAGGTGGAAGCGGCAAAAGAGGCGCAGAGCTGGATGAAGGAGCAGGCAGCCAAAACTGAAAAGCTGGCGGAAGAACTCCAGAAAGAAACGATCGATCTTGCTGACAGGAAGAAGCTGCAGGAGAAGCTGGATGCCTTGAAAAAAGCGCTGGAGCGTGAGAAGCATCCCGAGCAAGCGCTGGAGAAGCTGGAAGAAGCGATGAAAGAGCTGGAGAAAATGGCGAAACAGCAGGAGGAAAAAGCGAAGGCTTTGTCGGAGCTGGCCCAAAAAATGCAGCAGGAGAAGGCGTTGTCCCAGGTGGGGAAAAAGCTTGCCGAAGGCATGGCCGATGAGCTCAAGCAGGAAATGAAGAAACTCACCGAGCAGGTGAAAAAGATGTCCCAGGAAGAGAAGAACGAGCTGGCCGATGCCTTGAAAAAATTGGCAGAGGAAGCAGCCAAGCAGCTGGAGGACGGGAAGCTGGAGCAAGAGCTCAAGAAAGCGGCAGACTCGCTGAAGGAAGGCAAGCTGCCGAAAGAGCTGGAAGAAGCGCTCCAGCAGCTGGCCGAGGAGCTGGCTAAAGCGGCTCAAGCTAAAGCCGCATCCGACAGTCAATCGCAATCCGCCGCTTCGCTGGCGTCCTCCCTTGCTTCGCAAGGACTGAGCTTGGCCGATCAGATGACGGCTGCCGGGATGTCGGTATCGGATGCCTGGAGTAACGGCGGCAGTGCGGAGGCGTTGGCGCAGGCGGGATCCGGGGAAGGCTCGGGAGAAGAAGGCGAAGGCTCGGAGGGAAGCTCCGGAGAAGGTGGCTCCGGGGCCGGTCAAGGTCAAGGTCAAGGTCAAGGTCAAGGTCAAGGCGCCGGCAGTGGTTCCGGTTCGGGGAGCGGCTCTGGATCAGGAGCAGGCTCCGGCTCAGGCGGCAGCGGAGGATCGGGAAGCGGAACCGGAAGCGGAGCCGGCTTTGGCTCAGGCGGTCGCGAGCTTGTGACGATCCCTAGAGATTTCAAGGGCAGCGGCAATGTGCAGAACGATTCCGGCGAGATCAAGGGCAGCGGCGGAGATATTCAGAAGGGCGGCGTTTCGCCGACCGTTCCGGGTATGTCCAGGCCTTATGAGGAAGTGTATCGCGTTTATGAGACCGAAGCGCGCAAAACGTTAGATCGCAATCCGCTGCCTGACCAGATGCAAGGGTTGGTCGAGGAATATTTCATACAGATCAATCCGAATCCGTAG	MDNIMRFIEAARRRLQRFRVITYVLYGLMAGFAALLLLLVLGRFVPIAWLPVASVAIPVGAGFVGLLWGWLHRVPIEEAASAMDHVPDEAERSDMMVTALSFKEEESQAAKWQREQAERYGARFAEQLPKRLPYPNRKRHLLICGASLAAVLILVFVPNPMDKKVEAAKEAQSWMKEQAAKTEKLAEELQKETIDLADRKKLQEKLDALKKALEREKHPEQALEKLEEAMKELEKMAKQQEEKAKALSELAQKMQQEKALSQVGKKLAEGMADELKQEMKKLTEQVKKMSQEEKNELADALKKLAEEAAKQLEDGKLEQELKKAADSLKEGKLPKELEEALQQLAEELAKAAQAKAASDSQSQSAASLASSLASQGLSLADQMTAAGMSVSDAWSNGGSAEALAQAGSGEGSGEEGEGSEGSSGEGGSGAGQGQGQGQGQGQGAGSGSGSGSGSGSGAGSGSGGSGGSGSGTGSGAGFGSGGRELVTIPRDFKGSGNVQNDSGEIKGSGGDIQKGGVSPTVPGMSRPYEEVYRVYETEARKTLDRNPLPDQMQGLVEEYFIQINPNP				NA	NA	NA	NA	NA
JZ016_02880	948			hypothetical protein	ATGAATTGGAGCAGAAAGCTAATTAATCCGGTCATTGACAAGGAATTTCGGCTGCGGATGCGTTCTACGCGTTCCATGCTGTCGGTGTTATTTTATGTATTGGCGCTCGGAGCCGTTGCGATGGGTTTCATTTATCTCTTCTTATATTTGGGACAGCGGGGACCTCAGCGATTCGATCCGCAGATGAGCCAAATGATGTTCTATGTGCTGAGTTTTGCCCAACTTGTTCTCATCGCATTCATGGCGCCCGCTCTTACCGCCGGTGTCATCAGCAGCGAGCGGGAGAAGCAAACGCTGAGCATGCTGCTGACAACGCAGCAGAGCTCGGCCACGATTGTGCTGAGCAAGCTGGTGTCGGCGCTCAGCTTCATGACACTGATCGTGCTGGCCACCCTGCCGGTATACAGCATTGTTTTCCTGTATGGGGGGATTTCGCCGAAACAGCTCATATCCGTCTTTATTTTTTATTTATTCGTGATGCTGCTGCTCGGTTCGCTTGGGGTGATGTTCTCGACTTTATTCAAAAGAACCATCGTCGCGATTATTGTCACCTACGGTGCGGGACTGATTATCTTCCTTATAACAGGACTACTGTATTTGTTCTTCATGGGAATTGAACAGCAGAATATGTATCAAAGCGGCCAGGCGCCAACACCAGGCAGCTATTCCTGGGTCGGATATTTGCTGGGCTTGAATCCGGCTGGGGCGATGATGAGTTTGTTTAACCCGTCCTTCTCAAAAGACGTGTTCCTGCTGTACGGCGGAAGCTTGAACAGCAAGGCTCCCATTGAATTGTGGCTGGAATTTTTCATCGTCTATTCGGTTGTGATCGTTCTCGCCCTGTGGGTTGCCGTACGGAATATCCGTCCTGTCGCCAGGCGGAAACGTAAGGATAAGAACGAAGAACAGCTCCCGCAAGTATCGGAAATGAAGCGGGACGAAGCGTAA	MNWSRKLINPVIDKEFRLRMRSTRSMLSVLFYVLALGAVAMGFIYLFLYLGQRGPQRFDPQMSQMMFYVLSFAQLVLIAFMAPALTAGVISSEREKQTLSMLLTTQQSSATIVLSKLVSALSFMTLIVLATLPVYSIVFLYGGISPKQLISVFIFYLFVMLLLGSLGVMFSTLFKRTIVAIIVTYGAGLIIFLITGLLYLFFMGIEQQNMYQSGQAPTPGSYSWVGYLLGLNPAGAMMSLFNPSFSKDVFLLYGGSLNSKAPIELWLEFFIVYSVVIVLALWVAVRNIRPVARRKRKDKNEEQLPQVSEMKRDEA	PGPT0006730_9157	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_02881	930	lnrL_3	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGATCGAGATTAGAAACCTGAGTAAAAAATACGGAACGTTCCATGCGCTGAAGGACATCAGTCTTCATATTGAAAAAGGGACGGTATTTGGATTTGTCGGTCCGAACGGAGCCGGCAAATCCACAACGATGTCCATATTGGCCACCCTGATGCTGCCAACCTCGGGTGTTGCCAAGGTCGGCGGCTTCGACGTGACCCAGCATCCCAAGGAGGTCCGCAAGCGGATCGGCTACATGCCCGATTTCTTTGGCGTGTATGACCAACTGAAGTCTACCGAATATTTGCATTTTTACGGGGCAAGTTACGGCATTCCGCGCGCCGAGCGGGAACAGCTCATTCCGCAGCTCCTGGAGCTGGTCAACCTGAGCGACAAAGCGGATACCTACGTCGACAGTCTCTCGCGGGGCATGAAGCAGCGTTTATGCCTTGCCCGGTGCCTGGTGCATGATCCGGACGTCTTGATTCTGGATGAGCCGGCTTCGGGGCTGGATCCGCGGGCGCGGATCGAGATGCGTGAAATATTGAAGGAATTGAAGCTGATGGGCAAGACGATCATCATTTCGTCGCATATTTTGCCTGAGCTGGCGGAGATGGTGGATGAAATCGGCGTGATCGAGCACGGCGAGATGGTTGCCCAAGGCAAGGTGGCCGATATTCAGAGCCGTCTCCGCGTAAAAAAAGTCATCCACATCCGCACGCTCGAGCGTGAAGAGGAACTGGCCGAGAAGCTGCGGGACGAACCGTTTGTCACGTCGGTATTGACGGATAACACCGGCGTCCATGTTCACTACGGCGGGGATGACACGCAGCAGAGCGCTCTGCTGCGGCAGGTGGTCTCCTGGGAAATTCCGATTGTCTCGTTTCAGGAAGCGCAGAGCAATCTGGAGGATGTATTCCTCGAAATTACCAAAGGAGGGCCACGCGAATGA	MIEIRNLSKKYGTFHALKDISLHIEKGTVFGFVGPNGAGKSTTMSILATLMLPTSGVAKVGGFDVTQHPKEVRKRIGYMPDFFGVYDQLKSTEYLHFYGASYGIPRAEREQLIPQLLELVNLSDKADTYVDSLSRGMKQRLCLARCLVHDPDVLILDEPASGLDPRARIEMREILKELKLMGKTIIISSHILPELAEMVDEIGVIEHGEMVAQGKVADIQSRLRVKKVIHIRTLEREEELAEKLRDEPFVTSVLTDNTGVHVHYGGDDTQQSALLRQVVSWEIPIVSFQEAQSNLEDVFLEITKGGPRE	PGPT0006725_9487	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02882	2400			hypothetical protein	ATGAGAAAGCAATTTATATGTGGAGAGGGGAATCATCAGTTGTCGTTTTATACAAAAAAAACGTGGATGTTGCTGCCGATGGTGGCGCTGCTGATTGTTGCATCGTTATCCTTCTCGTTCCCGGCCGGAAACGTCTACGCCGACGGAGCGAAGATTGGCATTCAATCCGAAATGGGTTATCAAGGCAAGATTAAACATGATAAATGGAATCCGCTCAAACTGACCTTAACCAGTGACCGGGATATATCCGGTGACGTGGTCGTGCAGATTCAGAACTACAATGGCTTCGGATATCAAACCTCCTACGTCCAGCAGGTGGACCTGCCGAAGGATACGCCGAAGGAAGTCGTGATCGGCATTCCAGGGGCTGTGCTGAATAAAGATAATAACCAGATCCTGTTCTATGAAGGGTCTTATACCAAGGGGAAGCAGATTCCGTTTGCCTCAGGTAAAAATTACGTGCAGGCTTCTCCATATCAGGGCGCACTCATCGCCGTGTTATCCGATGATCCGGATACAATGAATTTCATGAATGTCCTTAACGGCAAGGGCAACAGCGTGAATGTGTTCCCGCTTAAGAACGCCAGCGTTCCATCGGATGGAATGCTGCTGAACGGACTGGACGTCATCGTGATCAACAATTTTGCTTCCGATACGCTGTCAGAGCCTCAACGCAAGGCGATTACAGATTGGGTGAATGGCGGCGGCACCCTGATTCTGGCCGGCGGCGCTGGATATGCCAAAACAGCGGCACCGTTTGCCGACATCACGCCGGTCGCTGCGGATGGGACCACCACCGTTCATTCGCTGGCTGAGCTGGAGAAGCTTGGCGGGAAACCGCTGAAACTGGATGGGGCATTTACCATTTCCACAGCGAAAGCGGTGGAAGGCGCCCAAATCGGAATTGAAGCGGACGGACAACCTTTGTTTGCCTCGAAAGCCTATGGCCAAGGAAGTGTTCAATATGCAGCCTATGATCTGGCTATGGAGCCGGTGAGCTCATGGGCAGGCCATCCGGATGCATGGGCATCGATATTGCGCAATAACCTTCCCATGGTGGGCGCGCAGAATGGCATGTACTACAATTCGCTGATGGACAGTTTGAATTACGTTCTGGAGTATTTTCCATCGCTGAAGATGCCTTCTTTCACGCTGCTGCTGTGGATGCTCATTATTTATGCGGTCGTCGTTGCGCCGCTGCTCTACTATATCTTGAAGAAGGCGGACAAGCGGGAATGGGCGTGGTTCTTGATCCCGATCATTGCCGTCATCGCGAGCGGTTCCGTTTACGTGGTCGGTTCATCGGACAAGACGCGGGAACTCGCGCACACCATCAACTTGATTGAACTAAACGGTCAGGGGGATGCGGTTAAATCGACGGCTTCCGCATTTTTCACGCCTCGAAGCGGGAACTATGCTTTGGAATTTCCGGAGAATACGTATTTGAAAACGGGGCAGTCCCAGACCAGGTTTGGAGGAATGGGCGAGAATAAGAGTTTTGTCCGAGTGGAGCAGGCGTCCACGACGCTGGAGCTTCGCGACATGTCCCAATGGTCATTAGCCAAGGTCTGGGTGGATCGTCAAGGAACCGAGGAGATGGGGCGTCTGGGCATGGATTTGAAGCTGGATGCCAAAGGAGAATTAAACGGTAAGGTCACCAATGACACGATTAACGATTTGACCGAGGTTGTGCTGGTTGTCGGGGGCAAAGCCTACAAGCTGGGAGATATCAAGAAGGGGGATGCTGCATCCGTTCCTCAGGATCCGAAACAAATCATCAAGTTTACGGGCGGTGACTTGTCCGGGATGCTGTACCCTTATTCGCAGAATGATCCGAAACAGCGTGAGCGCGATATTTTGTCCCAATACGGATATTCCAACAGAATGGTTAACAGGGATGCTTACATCTTGGGATGGAGCAAGGACCATTTGACGAATTATACGCTGAAAGGCGCTGAGGTGGACAGTGATCAGCTCAATTTCTGGATACAGCCCGTGGAGATGGATTGGGGATTGAACGGGGAGATTAACATTCCTTACGGCTTCCTCTCTCCCGAAATATCGCAGGTGAATGCGCCGATGTTCGGGGTTTACCCTCATGGGGTTGAAATGGGACAGGGCAGCTTGATTGCCGAATTCCCGTTAATTTCGGAAGGCAACGTGAAGTATTCGGAGTTGTCCGTGAAAGGCACCAAATTCAACAACAACGTTACGATGGAGATCTGGAACTCGAAGAAGAGCGCATGGGAGCCTGTTACAGACGCGAACAATGTGTTTACCATTACCAAGAATCCGGAGCAGTATATCGTGGGGAATCGGATCCGCTTCATGATCACCGCCAAGGATCAGACCAACTTTATGATGCCGGAGCTGTCTGTGAAGGGGGAGGCCACTCAATGA	MRKQFICGEGNHQLSFYTKKTWMLLPMVALLIVASLSFSFPAGNVYADGAKIGIQSEMGYQGKIKHDKWNPLKLTLTSDRDISGDVVVQIQNYNGFGYQTSYVQQVDLPKDTPKEVVIGIPGAVLNKDNNQILFYEGSYTKGKQIPFASGKNYVQASPYQGALIAVLSDDPDTMNFMNVLNGKGNSVNVFPLKNASVPSDGMLLNGLDVIVINNFASDTLSEPQRKAITDWVNGGGTLILAGGAGYAKTAAPFADITPVAADGTTTVHSLAELEKLGGKPLKLDGAFTISTAKAVEGAQIGIEADGQPLFASKAYGQGSVQYAAYDLAMEPVSSWAGHPDAWASILRNNLPMVGAQNGMYYNSLMDSLNYVLEYFPSLKMPSFTLLLWMLIIYAVVVAPLLYYILKKADKREWAWFLIPIIAVIASGSVYVVGSSDKTRELAHTINLIELNGQGDAVKSTASAFFTPRSGNYALEFPENTYLKTGQSQTRFGGMGENKSFVRVEQASTTLELRDMSQWSLAKVWVDRQGTEEMGRLGMDLKLDAKGELNGKVTNDTINDLTEVVLVVGGKAYKLGDIKKGDAASVPQDPKQIIKFTGGDLSGMLYPYSQNDPKQRERDILSQYGYSNRMVNRDAYILGWSKDHLTNYTLKGAEVDSDQLNFWIQPVEMDWGLNGEINIPYGFLSPEISQVNAPMFGVYPHGVEMGQGSLIAEFPLISEGNVKYSELSVKGTKFNNNVTMEIWNSKKSAWEPVTDANNVFTITKNPEQYIVGNRIRFMITAKDQTNFMMPELSVKGEATQ				NA	NA	NA	NA	NA
JZ016_02883	900	purU	COG0788	Formyltetrahydrofolate deformylase	ATGGAAATTCACATCAAGAAGGATCTGCCGTCTGCGGCAGGTCAGTACCCTAATCGTGCCCGCATGCTGATCTCCTGTCCGGATGGACCGGGAATTGTGGCGGCGGTCTCCCAGTTTCTGTACCAGCATGGTGCCAACATTGTCCAGTCTGATCAATATACAATGGATCCGGCCGGCGGCATGTTTTTTATGCGGGTTGAATTTGATCTGGAGGATTTGAACACGAAGCTTCCCCAGCTGGAGGAGTCCTTCCGGGAAGTTGCCGATCAATTCCGTATGGAATGGAATATCTACCATGCGGTCCGTAAGAAACGGCTGGCGATTTTTGTTTCAAAAGAAGATCACTGCCTTGTAGAGCTGTTGTGGCAATGGCAGGCCGGCGATCTGGACGCGGATATCGCACTGGTGGTAAGCAACCATCTGGATATGAAGGAATACGTGGAATCGTTCGGTATCCCGTATCACCACATTTCGGTTACGGCGGATACGAAGCCTCAAGCGGAGCAGCGTCAGCTGGACGTGATCGGCGATGATATCGACGTGATTATCCTTGCGCGTTACATGCAGATTATTTCGCCAACCTTTATCGAACATTACCGCAACCGGATTATCAACATTCACCATTCCTTCCTTCCGGCCTTTGTCGGCGGCAAGCCTTATGCGCAAGCCTATAACCGCGGGGTGAAAATTATCGGAGCAACCGCCCATTATGTAACCGAAGAGCTGGATGGCGGCCCGATTATTGAACAGGACGTGCAGCGCGTTAGCCACCGGGATGATGTCAACGAGTTGAAGCGTATTGGCCGTACCATCGAACGCGTGGTGCTTGCAAGAGCCGTCAAATGGCATGTTGAGGATCGGATTCTGGTGCATAACAATAAAACGGTTGTATTCAACTAA	MEIHIKKDLPSAAGQYPNRARMLISCPDGPGIVAAVSQFLYQHGANIVQSDQYTMDPAGGMFFMRVEFDLEDLNTKLPQLEESFREVADQFRMEWNIYHAVRKKRLAIFVSKEDHCLVELLWQWQAGDLDADIALVVSNHLDMKEYVESFGIPYHHISVTADTKPQAEQRQLDVIGDDIDVIILARYMQIISPTFIEHYRNRIINIHHSFLPAFVGGKPYAQAYNRGVKIIGATAHYVTEELDGGPIIEQDVQRVSHRDDVNELKRIGRTIERVVLARAVKWHVEDRILVHNNKTVVFN	PGPT0008155_505	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433	NA	NA
JZ016_02884	1122	nfo_1		endonuclease 4	ATGTTGAAAATTGGTTCCCACGTGTCGTTTTCGGACAAGGGATTGCTGACTGCGACGGCTGAAGCCACATCATATGGCTCAAGCTCGTTCATGATATATACCGGCGCACCGCAAAACACGCGCCGCAAGCCGATCGATTCCATGTTTATCGAAGAAGGCAAAGCCGCCATGCAGGAAAGCGGCATTGAGGAGATCGTGGTCCATGCGCCGTACATTATTAATCTCGGATCGTACAAGCCCAACACGTTTGAGCTGGCGGTAAGCTTTTTGCAAGAGGAGATCCGCCGCACGCATGCGGTCGGCGTGAAGAATATCGTTCTCCATCCCGGCGCGTATACCGATAAGGATGCGGAATACGGCATCGACCGAATTGCCGAAGGCCTTAATGAAGTGCTCGGCGGTACGGATGAGACCGAAGTGAAGATTGCACTGGAGACGATGGCCGGCAAAGGCACCGAGATGGGACGCAGTTTTGAAGAAATTGCTTCCATTATTGATAAGGTGAAGTACAATGACCGTTTGGCCATCTGCCTCGACACCTGCCATATTCATGATGCGGGTTATGATATCGTAAATGATCTGGACGGCGTGCTGGAGCAGTTCGACAAGCTGATCGGACTCGACCGGTTAACGGTTGTGCACGTGAATGACAGCAAGAATCCGCGTGGAGCGGGTAAAGACCGTCATACGCCGATTGGAACCGGATGGATCGGCTATGAAGCCATTCAAAGAGTCGTTCATCATGAGAAGCTTCAGGGCAGACCGTTCATTCTGGAGACGCCGTGGATCGGTAAAGATCCGAAAACGCAGCGTCCGATGTATGAGATCGAGATTGCGCTTTTGCGCGGGGATGTGGAAGGCCGTTTCGGGCCGACTTTTGCTCAGCAAGTAGAAGAACTGGGTGCTTTCTTTGCGAAGGAAGGCATCGAATCCCGTTCGTTCGTGCTGGATACCTGGACGCTTCTGAAGAATGATGCCAAAGCCAAAAAGGCGGATCCTCGCGAACCGATGGAGCGCCTGTATGATATGGTCATGGCAGCCGGCCTGCTGTCCGACCTTTCGGAGGAGCAGATCAATCAGCGCCTGATCGCTTGGTTGTCCGGTGTTTCCCTGACTTCATAA	MLKIGSHVSFSDKGLLTATAEATSYGSSSFMIYTGAPQNTRRKPIDSMFIEEGKAAMQESGIEEIVVHAPYIINLGSYKPNTFELAVSFLQEEIRRTHAVGVKNIVLHPGAYTDKDAEYGIDRIAEGLNEVLGGTDETEVKIALETMAGKGTEMGRSFEEIASIIDKVKYNDRLAICLDTCHIHDAGYDIVNDLDGVLEQFDKLIGLDRLTVVHVNDSKNPRGAGKDRHTPIGTGWIGYEAIQRVVHHEKLQGRPFILETPWIGKDPKTQRPMYEIEIALLRGDVEGRFGPTFAQQVEELGAFFAKEGIESRSFVLDTWTLLKNDAKAKKADPREPMERLYDMVMAAGLLSDLSEEQINQRLIAWLSGVSLTS				NA	NA	NA	NA	NA
JZ016_02885	474			hypothetical protein	ATGAAGAGCACAGGGGCCGTCATGGGCTATTTGTCGTCCAGTGCGCCGCCGTCATGGTTCATGAACTCCATTGCCTTCTGGGGATGGGTCATGCTTGGGTTGATGGGCATCGGCGGATTTTTCATGTTCCGCAAGTTTCTGAAAGTGCTTCCCAAAGCCGATGGTAAATCAAAGCTCGATTGGCAAAATTACTGGGTAGAACGAAGCCGCGCGCTGTGGACGGATGAATCCAAAGCATTTCTGGACGAACTGGTACAGCCTGTTCCGGGACCGTTCCGGGATATCGCCAAACACTCCATTGCAGCCGAAATCGGCAAAATCGCCGTCGAATCCGGCGCAAACGAAGTCACCCGGGATCACTGCATCAAAGGTTACATCGTAGCTACGCCGAAGCGAGATTACAAATTCCTGATGAATTTCCTCCAGAAGAAGGAAATCGACTACAAGCCATATCAGCATTTGATTAATAAGTAA	MKSTGAVMGYLSSSAPPSWFMNSIAFWGWVMLGLMGIGGFFMFRKFLKVLPKADGKSKLDWQNYWVERSRALWTDESKAFLDELVQPVPGPFRDIAKHSIAAEIGKIAVESGANEVTRDHCIKGYIVATPKRDYKFLMNFLQKKEIDYKPYQHLINK				NA	NA	NA	NA	NA
JZ016_02886	921			hypothetical protein	GTGAAGTTGAAATTAGCAATTATTATCGTTTTACTATTTACATGCATCGTGCCGGCCGCAGGAGCGGCGCCAGCTAATATCGTCAATGTGGATGGCGTTAAAGTGGGACTGCGACAGGCCCCTATTTTGCGAGATGGGGTGACCTTGGTACAATTCGCTCCGATATTCAAAAGCTTGGGCCTTTCTGTCAAGTGGGATCCCGCTAAACAGCAGATTACAGGAACCAAAAAAGGGATCAACCTTGTGCTGACCGTTGGCAACAAAAACGCTTATGTAAACGGCTCGCGAATGGTGCTCGAATCTCCTCCGGTATCCTTGAACGGAAATATTTTCGTTCCGCTTCGCTTCATTAGCGAAGCCACTGGAGCAACTCTGGCCGTGAATGGAAACACCATCAACATTACCAGTTACAAAGGGACAGAACCCTTTATTCCTAAGCCTACACCGATCCCGCCGGTAAAAACGAAAGCCGTAAAAATCGAAGAGGAGTTGGAATCCAAATACTCGAATCTCTCTTTCGGAAAATTGCACCTAAACAACTTAACTTATGGCGTAACCGATGATTCGGATACACTTTCCATTGCTGTAGAAATTTCGGATGAACAAACGATGCAGAACATTATCGACACCTTTGACAGCAAACCTTCAACGGGGCATCAGCTGACCAAGAATATTGCCAACCATGTACATAATAAATATGGCTACAAAAAAGTTAATATCTTTATCATTACATTCTTTGCGAGTTCCTCTTATCCAAGCGGATATGATGCCCAATATAATATTTTCGTTCCCGAATACAATGTATATGTTACACGCTGGCCCTTATACGGAGGATCTTATAATTACTCGGAAAAGGTAGCTTACTGGTATTTTGACCCAACCGGCGATACGGAGTACATGATTTATTCAAGCTCGTTATAA	MKLKLAIIIVLLFTCIVPAAGAAPANIVNVDGVKVGLRQAPILRDGVTLVQFAPIFKSLGLSVKWDPAKQQITGTKKGINLVLTVGNKNAYVNGSRMVLESPPVSLNGNIFVPLRFISEATGATLAVNGNTINITSYKGTEPFIPKPTPIPPVKTKAVKIEEELESKYSNLSFGKLHLNNLTYGVTDDSDTLSIAVEISDEQTMQNIIDTFDSKPSTGHQLTKNIANHVHNKYGYKKVNIFIITFFASSSYPSGYDAQYNIFVPEYNVYVTRWPLYGGSYNYSEKVAYWYFDPTGDTEYMIYSSSL				NA	NA	NA	NA	NA
JZ016_02887	405			hypothetical protein	TTGTCCCAACGGACGGAGGTGCTTTCGTTCCCTGGAGGTGAGGGAGCTACCGTCCTGCTAAGTCCGGATGCAACAGCCCGTCCAGCCGTGCAGCATTCAGCAGGTGCTTACCTCGAGCTAAATGAACCGAATGCAGCCAACCCGCAGCGGATTGAACTATATCAGCCCCATTTCATCATCGGCCGATCCCCTGACGTAGCCCAATTCGTCGCACAGGGTGTGGGGACTTCACGGGCGCATGTCGAACTTTCGCGCGAAGGCGGAGATTACGTCCTGAAGGATCTGGGGTCGAGAAATGGTACGGTGTTGAAAGGGGAATCCATGGTGCCTTATAAAGAATATCCTCTGATGGAGGGGGATGCCTTTATTATTGCCGGATGGACGTTTACCCTGCGCAGGGGATAA	MSQRTEVLSFPGGEGATVLLSPDATARPAVQHSAGAYLELNEPNAANPQRIELYQPHFIIGRSPDVAQFVAQGVGTSRAHVELSREGGDYVLKDLGSRNGTVLKGESMVPYKEYPLMEGDAFIIAGWTFTLRRG				NA	NA	NA	NA	NA
JZ016_02888	1506			hypothetical protein	ATGCTCGGATTAAAGGCGGATTTTATGCAGAACGGTGGAACCATTATGGTGCTGGATCGGGCTGAAGGAATCCAATCATCAGAACTTAATCATGTACAGCTGGGAATGATCCGTTCGTCGAGAATCCCTCATTTCTTGAAGCTGCATATGAAGGAAGTCGATTATAAGGTAACGCTGGAATATGATATTACCGGCAAAAAAATGCTGTCTCAAACGTTAAAGAGCGAGCGCATGACACTGACTGAATATTTTGGATTGCTGCTGCAGATCGTCACGGCTCTGGAGGACAGCAAGTTGTATATGCTTCAACCGGAGAATTATATTTTGCATGAGGATTATCTGTTTATTGAAGGTTCCCTGCATCTGGGCACTTTATATTTAACTTATGTTCCCGTTGCAGCCACCGAAGCAAGCGGCACTCGTCTTCCGCTTATGCTCAAGGAGCTAATGACAAGGTTGCTCGCATCGGTGACGGAGCTAAAAGGGGGAGGGATACAGGCACTGATGTCATTCTGCAGTGAACAGAGCTTTAATCTACCGGGACTAAAGAAGCTTGTGATTGAGCTGTTAGCCGGAGAGGGTGAAGACCATCGTGCTGTACCTCAAGCTAATGCAGCAGTGCCTTCAGGTCTGAATCAAGGGTCGCCCTATACCGATAGTCAATCAAGCAACATGGGCTCTGCATTCGCATTTGCAGAACCGACTCATGGACGGACAGCAGTGCCACAGACGGACAGTGACATCTACACAGATAAACAGAGTTTAATTCAAGGTCTGAAGGAACGTACGAATGAGATGTTCGGGAAGAGGGGCAAGAGCGAGGAAATGAATTCTCATGCGGGTCGAAGCCCATTGGGTTCCACTCCTTCGTGGCTGCCCGATACGGATGACACAAATTCAGAAGCTTCGGACAATGACAAAGCCTCGCCGGTTCGCACCTATATTATGTTAGGATGTTTGCTCGCCGCAGCGGGAGCTTGGAGATTGCTTTACATGAATCAGCCTACTCCACTGATGCTGGGGTTGTCGGTAGGTATTACGATTCTGCTTGCTGCGGTAACCTGGCTTGGCTGGACAGGTAAACTCCAGCTGCTCTCACGGAGATCCGGCGATTGGTCCGGTTCCTTGCCCATGTTCGAGTCAACAGAGCTTAGTCCGCAGGAGCATTCCAAGTGGAAGTCTGTCCCGCGTTTTCAGGCGGACCCTTTATCGGGTCTTCTTGGGGATAACTCGGAAACAGACGCTGGAAAAGCAGAAGCAGGGCTTGAGGAGGGGAAAGAGAATTGGAGATGGCGGACCCCTAAATCTCCATTCAACTCCGAGAGAGATCACCATTCAGGGGATATTCCGCACAATCTCCGCAGGGCCATGCTTATTCGCGTTCATCTGAGGCATCAGCTGCGGCAGCGGATCCATATGGGGAAGAGGGGGATTATTATGCCCAGTTGTCCCAACGGACGGAGGTGCTTTCGTTCCCTGGAGGTGAGGGAGCTACCGTCCTGCTAA	MLGLKADFMQNGGTIMVLDRAEGIQSSELNHVQLGMIRSSRIPHFLKLHMKEVDYKVTLEYDITGKKMLSQTLKSERMTLTEYFGLLLQIVTALEDSKLYMLQPENYILHEDYLFIEGSLHLGTLYLTYVPVAATEASGTRLPLMLKELMTRLLASVTELKGGGIQALMSFCSEQSFNLPGLKKLVIELLAGEGEDHRAVPQANAAVPSGLNQGSPYTDSQSSNMGSAFAFAEPTHGRTAVPQTDSDIYTDKQSLIQGLKERTNEMFGKRGKSEEMNSHAGRSPLGSTPSWLPDTDDTNSEASDNDKASPVRTYIMLGCLLAAAGAWRLLYMNQPTPLMLGLSVGITILLAAVTWLGWTGKLQLLSRRSGDWSGSLPMFESTELSPQEHSKWKSVPRFQADPLSGLLGDNSETDAGKAEAGLEEGKENWRWRTPKSPFNSERDHHSGDIPHNLRRAMLIRVHLRHQLRQRIHMGKRGIIMPSCPNGRRCFRSLEVRELPSC				NA	NA	NA	NA	NA
JZ016_02889	513			hypothetical protein	ATGTCCGTTGCTTTTGGTGTTTGTGCTGTTTATTTGATCGCCGCATTCATTACAGACCTTCGTTCCATGAAAATACCGAATATTTTAACTGTTTCGGCTATGCTGTCCGGTCCTGTCTATCATGGCGTTCTGGACGGGTGGGAGGGGCTGTTCTTTTCTTTGAAGGGGCTTGGAGCCGGGTTTCTTATCTTGTTGATCATGTATTTTATAGGGGCTGTGGGAGCGGGTGACGTTAAGCTGTTTGGGGGCATTGGTGCCTGGACCGGCTTATGGTTTACCTTGCATGGCATTATGTATTCTGTCCTTTTTGCCGGTGTCATCGGTTTGCTTATCCTGCTATGGCGTCGGGAAACGATAAAGCGAGTACGTAATGTCGTTGGCAGTATCGCCGGCGTTTTTGTGATGAAGAGCTGGTTGCCATGGTGCAACAGCCAGGAGGAACACTTGCGATTCCCCTTTATGATTGCCGTCCTTCCTGGCGTAATCAGCACGTATGTAATACTGCACTTGTAG	MSVAFGVCAVYLIAAFITDLRSMKIPNILTVSAMLSGPVYHGVLDGWEGLFFSLKGLGAGFLILLIMYFIGAVGAGDVKLFGGIGAWTGLWFTLHGIMYSVLFAGVIGLLILLWRRETIKRVRNVVGSIAGVFVMKSWLPWCNSQEEHLRFPFMIAVLPGVISTYVILHL	PGPT0016000_662	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016000-cpaA-K02278	NA	NA
JZ016_02890	987			hypothetical protein	ATGAAACGATTATCGGTAATACAGAAACCTCTCCATAAAGGTAAAGCGTCATCGGAACAAGGAAGCATGGTGGTGGAAGCTGCGCTTGTGCTGCCGATGTTTATGTTTTTTGTCATTTTCCTCATTTATATCGTGCAAATGACGTTGATATCGACAGCACTCCAGAGTACCGTTTCGGATACGGTCAAAATCGTAGCGGCTCATATGTATCCCGTCTCGCTAGCCGTGCAGGCCAATGCCGATGGTAGTGGAACAGAAGAAGGCTCACCAAGCACATCCCATTGGGAGATTCCCAAATTGTCGCTTTCTGATTGGGTTTCGAATTACAGCGACTCTCTTCCTTCTCCTGTTAATGAATGGATAACGCAAGCCGTAGCGTCAGGCGAGGAGCCGCTGCAGCAGCTTAAGAACCAAACCGTGGAAGCCGTACTCGATCCCGTGGTTAAGCCGATGCTGAAGTCATTTATGCCTGAACATCTTCTGGACTATGATCGAATCCATGTGTCCAATGTTCACATTCCCAATTTGAAGAGCGGGGCGAGTCCCTATTTCGGCATTGAGGTGAATTACGCGCTTCCGATCCGGGTTCCTTTCTTGAACAAACGCATCGTGCTGCAGGCAAAGGCTCAGGAGAGATTATGGATTGGCGACACCGGCGAAGGAGGGATGGGTTCAGGGGATGGCTCGGGGACGAACGGGGCTATCGAGCTGTTGGAGAAGCCGAATCCGGCCGTTGCCAGCAAGCAGGCTAAGGTAAAAGTACGAGTGGAGCCGGGCAGCAGTGCTCAATTGTCAGTCTATTATAAGAGTGGTCAGAGTACGGCTAAATATTTGGGCTGGGAAACCGCGGACGGTAACGGCTATATCGAATGGGAATGGAACGTAGGCTTTAATACAACGCCGGGAACGTGGCTGTTTGTCGTTGAGACAGCAGACGGGCAGCGGATTGAGGTGCCGTTTACGGTGGTCGCGCGGTCAGGTTCTTGA	MKRLSVIQKPLHKGKASSEQGSMVVEAALVLPMFMFFVIFLIYIVQMTLISTALQSTVSDTVKIVAAHMYPVSLAVQANADGSGTEEGSPSTSHWEIPKLSLSDWVSNYSDSLPSPVNEWITQAVASGEEPLQQLKNQTVEAVLDPVVKPMLKSFMPEHLLDYDRIHVSNVHIPNLKSGASPYFGIEVNYALPIRVPFLNKRIVLQAKAQERLWIGDTGEGGMGSGDGSGTNGAIELLEKPNPAVASKQAKVKVRVEPGSSAQLSVYYKSGQSTAKYLGWETADGNGYIEWEWNVGFNTTPGTWLFVVETADGQRIEVPFTVVARSGS				NA	NA	NA	NA	NA
JZ016_02891	1053			hypothetical protein	ATGAAGGGGACGGTGCTTGAAGCCAGTCGCACATTACAAAGTTTTGTGTCTAATTATGGAGTATCAGGCAGTGGAAATATTATAGATCGGCAGCAGGCGTCATTGGAACAGTTCCGCACATCGGATAAGGAACGGAAGGCGATGGAGAAGCAGGCCAGTCAGAAGCTGAAGCAGGCATCCAAAGTCATTGAGGCGATTAACGGGTTGAATGGACAACATCAGGCCATTATCGATGAGTTCCGTGAACTCCAGCAGTACTATGACGAAAGCCTTCAATTTAATGCTGAAGCGGACAACATGAATAAGGGAAAGCCTTTGGACGATGATCCGTATGATGCCGGTAAACAGGCAATGGATAATATGGATGGTATGTTTGGATTTATGGGGAACGTGCTTGGCGGTGTCAGGGATGAACTGTTTCAAAATGAGTACGCCGTTCACTACTATCAGCATTTTGATATTGGGAATTTAACCGGGATGGTTGATGGTTCCAACACTGGCGGGGATGTCATCCAGGAGTTCGCCATTGGGAACCAGGAAGTGGAGTACATTCTTTATGGATTTCATAACCCCGCTGGGAATATCTCGGCGGCCTATGCAGAGATCTTTGGTTCCAGACTCGCGATCCGGACGATGGAAGGATTCATTGTGAATAGTAAATTGGGAAATCCGTTGGCGATTTTGGCGGCAGCGATTCTGTATGGGATTGAGAAGGCCATTGAGGATATGATCCAGTTGTGTCAGAAGGGGAGCGTTCAGCTATCCAAGTATGTCCCCGTTGAGCTGACTTACAGGGATCATTTACGAATATTTTTGTTTATTCACAGCAATAACGAGAAGAAGCTGTCGCGCATGTTGGCATTGATTCGATTGAACACCGGCACCAATCCTGCGGAGCGATTTACCTACGCTTCAGGAGAGGTCAAGACGGCCATGCGTTTATGGTTTCTTCCAGGGGTGACGAAAGCGATCGGCGTTGTATTTGGAAGCGATGGGGACGAAGTTCAGGGAAATCGTTACATGGTAAAGCGCAAGGCGGATTTTTCCTATTAG	MKGTVLEASRTLQSFVSNYGVSGSGNIIDRQQASLEQFRTSDKERKAMEKQASQKLKQASKVIEAINGLNGQHQAIIDEFRELQQYYDESLQFNAEADNMNKGKPLDDDPYDAGKQAMDNMDGMFGFMGNVLGGVRDELFQNEYAVHYYQHFDIGNLTGMVDGSNTGGDVIQEFAIGNQEVEYILYGFHNPAGNISAAYAEIFGSRLAIRTMEGFIVNSKLGNPLAILAAAILYGIEKAIEDMIQLCQKGSVQLSKYVPVELTYRDHLRIFLFIHSNNEKKLSRMLALIRLNTGTNPAERFTYASGEVKTAMRLWFLPGVTKAIGVVFGSDGDEVQGNRYMVKRKADFSY				NA	NA	NA	NA	NA
JZ016_02892	1182			hypothetical protein	ATGACGAAGCATAGGGAAGCACGGTCGAGTCGGAGAAGGAGAGAGGGCGGCCGATCTTCCGATGGATCTGTATCTGTTTTTTTGATTATCGCCCTGGCTGCTGTATTCATGTTTGTAGCTATCTTTATTGATTATTCCCGCATAGCAGCGATGAAGGTGCAGAGCGAAAGGCTGACCAGAGCGGCCGTACGCTCCGTGATGTCTTCCTATGATCCGCAGCTTCAGAAGGAATATGGATTATATGCCCTTGGGGACACCAGTGGCGATCTCATTATGGGCAATGTGCTGAATGACAGCATGAATCCGGGAGAACGGAGCGATGCATTTCGGTTAATGGCAATGGAGCTCGATAGTTCGGGTCTTGAGCTGCAGCGTCCGCTAGGGACCTATGACATATTCAACCGGCAGATTATTGAGGAAATGAAGTATAAAGCGCCGATTGATTTCACTTTGGAATTAGTGGGTAAGTTCAAACCGTTATCGCAGTCCATGAAGGAAGCTTCCAATACGGTAGATGTTCTTAAGAAGCTTCGCAAATTGTATGACAAGCGGGAAGCGGCGCTGGATGAAATGCTGGCAAAGCAGCGAAAAGCAGGGGAGCATGCAATCCGGCTTTCGAAGCTTGTTATGGATCCGCCGGGACAATCGATCTCCGACACTTCGCTGGGGGGCAGTATGTATACCGCCGCTGATGTGGGATCGCAATACGAGGATTATAAGGCTAAACAACAGGAAGATGCGGACAGGCCTCCTAAGGAACAACAGTATACGCTGCTGCTCATGGCTTACCGGAGCGGAATTTCTTCCATTGGCTCACAGATTTCGAGGGAGGCCAGCCGAGTTCAGAAGGAGAATGACAAGCTGCTCTCGGATGCGCATCAATTATGGGAGGAAGCAAGGAATCTGAATGAAGAGATGAAGCAGGTCATCAAGGATTCCGAGAACCGTTCATCTAATAGTGGATATGATCAGGTCACGAATGATGTAACACCAGGGTCTAACGATTCATCCGGGGCAGAAGCGGAGATGATTCAATCCATACGGAAGCAAGCTGACAAATTAATTCACAGCGATGAGTTCTTGAACGGCTTCCGGCAAGAGATTGATAGCCAGGAGAGTCGATACCAACAGGTTGCCCGAGCGGTCACCACTCTTCAGTCTTCGCTGGGGGAGAGGGAATGA	MTKHREARSSRRRREGGRSSDGSVSVFLIIALAAVFMFVAIFIDYSRIAAMKVQSERLTRAAVRSVMSSYDPQLQKEYGLYALGDTSGDLIMGNVLNDSMNPGERSDAFRLMAMELDSSGLELQRPLGTYDIFNRQIIEEMKYKAPIDFTLELVGKFKPLSQSMKEASNTVDVLKKLRKLYDKREAALDEMLAKQRKAGEHAIRLSKLVMDPPGQSISDTSLGGSMYTAADVGSQYEDYKAKQQEDADRPPKEQQYTLLLMAYRSGISSIGSQISREASRVQKENDKLLSDAHQLWEEARNLNEEMKQVIKDSENRSSNSGYDQVTNDVTPGSNDSSGAEAEMIQSIRKQADKLIHSDEFLNGFRQEIDSQESRYQQVARAVTTLQSSLGERE				NA	NA	NA	NA	NA
JZ016_02893	675			hypothetical protein	TTGAATAATCGGTTTCAGAGAAGATGGAAGGACGATACGGGGAGCTTCACGGTGGAAGCTTCCCTGGTGCTTCCCATTGTGTTGATGGTGACGGTATTGCTGCTGTTCCTATGCTTGTACATCTATCAACAGTCTATGCTGGTCCAGGCTTCAGTTGCAGCATCCGAGCGGACTGCGTATAGCTGGGATAACAGCCATAAGAGTGCAGCCACGGGATCCGTAGAGCAGGGGAAATATGATTCGCTATATTGGCGGTTGACGGATGATCAAGTTATAGGAACTCTATTCGGCTTGGCTGGGGGTGAGAAAACGAAGTCCATTTCATTGCCGCATGGCGAAGCAGGCAGCGGGAAACTGCCCGAACTCAAAATGTCCAAGGGCGGCATGGCTGTTCCCACAAGCCTGGCGGGAGAGATGAGTTATACCAATCAGCTGCTCATTCGAAAGGTGACGACTTCGTTAAATGAGCAGGTATCTCTGACGCCATTGAGTCGAATATTGGACGATGGAGGTCAGATCAAGGTCAGCGCACAATCGATCGTGGTGGATCCTGTTGAATTTATTCGCACGGTGGATCTAATGCGATATTACGGATCGAAGTTTCAAGGCGGGAGAAATGGAACCGATAAGGCTTCCGCAGGAGAAGTTCTACAAAAGTTCGGAGGTTCGCGATAG	MNNRFQRRWKDDTGSFTVEASLVLPIVLMVTVLLLFLCLYIYQQSMLVQASVAASERTAYSWDNSHKSAATGSVEQGKYDSLYWRLTDDQVIGTLFGLAGGEKTKSISLPHGEAGSGKLPELKMSKGGMAVPTSLAGEMSYTNQLLIRKVTTSLNEQVSLTPLSRILDDGGQIKVSAQSIVVDPVEFIRTVDLMRYYGSKFQGGRNGTDKASAGEVLQKFGGSR				NA	NA	NA	NA	NA
JZ016_02894	192			hypothetical protein	ATGATGTTGTCCATGGTAAAGAGCGGTATGAAAGCTTTTTGGAAGGATGAGAAAGGGATTGGAACACTTGAGATGATTCTGATCCTTGTCGTTATTTTGATTATCGCGCTGATATTTAAAGATCAAATTACCGCCTTGGTGAACAACTTGTTTAAAAACGTGAATAACAAGAGTAAAGAGTTTCTTGAATAA	MMLSMVKSGMKAFWKDEKGIGTLEMILILVVILIIALIFKDQITALVNNLFKNVNNKSKEFLE				NA	NA	NA	NA	NA
JZ016_02895	873			hypothetical protein	ATGTTGACATGGGTAGCGGGCACGCTGGTGGTTCTGCTTGTGGGTGGTTGGGTGGTGCTGAATCATATGTGCGGTGAACGATACCATCGTCTCAGTAAAGTGCCCATGGAAGGTCTCAGGCTGCAACGGTTAACACCGCCTCTGTTGTTCCTGCTGGAGCAGGGAAAGATTCCGATGCGTTTTCCGATCGTGTTCTATCGGATGCAGGGCTCCGTCCAGAAGATCCATGGCTTGCGGCACAGCGCAGAAATGACGTTGTTGTTTATGACCGAGGCTCTTGCTTATACATGGCTCATTTTGATTGGTGGCTGTATATGGTCATTGTTGTCGGGAGATGTCACCGGACTTCTGGCTGGATTGGGATTGGGGGTGTTGCTGCCTGTTGCTATGGCAAAGGATCTCCACAAAAAGGTAATGTTGCGCGAGCAGGATATCGTTATGGAGCTGCCGGAGCTCCTAAACAAAATTGTGTTACTTGTTGGCGCCGGCGAGACGGTGCAGCGGGCGGTCATTCATTGTGTAGAGCGGAATAAGGATTTGAACCACCCTCTGTATGTCGAGCTGAAGCGAATGGTGCTTGAATGGGAAGGCGGCCATCCGTTTCAGCAAGCCTTCGAGCAGTTCAATAAACGTTGTGGCGTTCAGGAAGTATCGATATTCACAACAACTGTTTTGCTTAATTTTCGACGCGGCGGGAATGACTTTGTATTGGCACTGCGCGATTTGTCCCGAGTTCTCTGGGAGAAGCGTAAGGCCATCGGAAGAACAAGGGGGGAGCAGGCCTCCTCAAAGCTGGTGCTGCCAATGGTGGTCATATTCATGATCGTGATTGTTTTGCTCGGAGCGCCTGCATTTATGATGATGAACATGTAG	MLTWVAGTLVVLLVGGWVVLNHMCGERYHRLSKVPMEGLRLQRLTPPLLFLLEQGKIPMRFPIVFYRMQGSVQKIHGLRHSAEMTLLFMTEALAYTWLILIGGCIWSLLSGDVTGLLAGLGLGVLLPVAMAKDLHKKVMLREQDIVMELPELLNKIVLLVGAGETVQRAVIHCVERNKDLNHPLYVELKRMVLEWEGGHPFQQAFEQFNKRCGVQEVSIFTTTVLLNFRRGGNDFVLALRDLSRVLWEKRKAIGRTRGEQASSKLVLPMVVIFMIVIVLLGAPAFMMMNM	PGPT0022295_1939	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022295-tadC-K12511	NA	NA
JZ016_02896	858			hypothetical protein	GTGAAGCGATATGAAGGTTCAGTCTTGACTCCGGAAGAGGGTCAAGGTGAGCGGGTGATCATGAAGAGGAATGGAGCTGGAAAGCGTGAGCAAGCTGCTCCAGCTCGAACCAACACTCTTCCGGATTACGGCGTCTATCATCTCTCGATGAGACAGAGAATGGGATGCATTATCCTTGGCGGTCTTATGTTTTTCTCCATCGGTTATCTGTTTTATCACAATCTGATTTTGTCGCTGCTGCTTGGAACGGCAGGTCTGACGACCCCTAAATTTTGGAGACGGTTTATGCTGGAACGCAGGCGCAAGACACTGAATCTTCACTTCAAACAAGCTTTGTATTCCTTGTCCTCGTCATTGTCCGCTGGCCGCTCCGTAGAGAATGGGTTCAGGGACGCGGTACAGGATTTGCTGCTGCTGGATCCCGGAGGCACCAGCGATCTGATCTTTGAGCTCAAAGTCATCGTGTCTCGGATGGAGTACGGCGAGCCTATTGAAGTGGCTTTGCAGGATTTTGCCCGAAGAGCGGGGATGGAGGATATGGACAATTTTGCCGATGTCTTCTCGACTTGCAAACGAACAGGCGGCGATCTGGTTGAAGTCGTGCGGAGAACTTCTTCAGTCATCGGAGAAAAGCTGGATATTCAGCAGGAGATATCCGTGATGATCGCCCAGAAGCGGTTCGAATCCAAGGCACTGCTGGCTGCGCCGTTCCTGCTGCTGCTGTTCATGAACCTGACGTCTCCCGATTATATGGAGACGATGTACAGCGGACCGGGGATTATGATCTCTACTTTTGCGCTGGCCGCTCTAGGAGGCTGCTTCCTGTGGATCAGCAAAATGATGAATATCAAGGTGTAA	MKRYEGSVLTPEEGQGERVIMKRNGAGKREQAAPARTNTLPDYGVYHLSMRQRMGCIILGGLMFFSIGYLFYHNLILSLLLGTAGLTTPKFWRRFMLERRRKTLNLHFKQALYSLSSSLSAGRSVENGFRDAVQDLLLLDPGGTSDLIFELKVIVSRMEYGEPIEVALQDFARRAGMEDMDNFADVFSTCKRTGGDLVEVVRRTSSVIGEKLDIQQEISVMIAQKRFESKALLAAPFLLLLFMNLTSPDYMETMYSGPGIMISTFALAALGGCFLWISKMMNIKV	PGPT0022290_2097	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022290-tadB-K12510	NA	NA
JZ016_02897	1251			hypothetical protein	ATGATGGAGGATCCGTTCAAGTCAGTTCGTGACCAGGTTCGTTCCGAGCTTGATTTGAGTGCGAGCATTAACAATTCGGAATTGATGGCCCGTATCGAGGAAATGGTGTGGAGAAGACGCGAGCTCATGGAGCTGACAGCCGCTGAGAAGCGGCGGCTGGTGCGCAGGGTATTTGACTCTTTTCGCGGGTTGGATGTGCTTCAACCATTAGTGGATAATCCCCGAATTACGGAAATTATGATTAACAGCCACCAGGATATATTCATTGAGCAGGATGGGGAGGTGAAGAAGCTGCCGCTCCAATTCGAATCGCAGAGCCGCCTGGAGGATATCATCCAGAGCATTGTCGGTACGGTAAACCGGGTGGTGAACGAATCCACCCCCATCGTTGACGCCCGATTGAAGGATGGCTCGCGGGTAAATATCGTGCTTCCTCCCATAGCGCTGAAAGGACCGACCATGACGATCCGTAAGTTTCCGGAATCGCCGATGACGATGGATGACCTGGTACGAAGGGGCGCCCTGACAGAGGAGGCGGCGGAACAGCTTCGGATATTGGTTAAGGGGAAATACAACATTTTTATAGGCGGAGGGACAGGTTCAGGGAAGACGACTTTCCTGAATGCATTATCGCAGTATATTCCGCCTGATGAACGTGTCATCACGATTGAGGATTCGGCGGAGCTGAAGATCGTGACGGTCCCGAACCTCGTGTCGCTGGAGACCCGGAATGCCAACACGGAAGGCCGGGGGGAGATCGCGATACGCGATCTGATCCGATCCTCGCTGCGGATGCGCCCCAACCGGATCGTGGTGGGCGAGGTGCGGGGAAGCGAGGCGCTGGATATGCTGCAGGCGATGAATACCGGGCATGACGGAAGTCTGTCGACGGGGCACGCTAACAGCACACAAGACATGATCAGCCGTTTGGAAACGATGGTGCTGAGCGGCGCGGATCTTCCGATCAGTGTAGTCCGTCAGCAGATAAGCTCGGCGATCGATATTTTCGTTCATTTATCCCGGCTTAGGGATCGATCGCGTCGCGTAACCGAGATTAGTGAAGTGATCGGAATGAGAGGCGGCGAGGTGCTGCTGAATCCACTGTACCGATTCCGCGAGACGGGCGAGTCAGGCGGCCGGGTGATTGGGTCTCTTGAGCCATGCGGGAACCCGCTTCAATCGTCGGACAAGCTTCATATGGCTGGGATTGCGACTTGGCCGCTGCAGAAGATGTTGGAGGTGACATCGTGA	MMEDPFKSVRDQVRSELDLSASINNSELMARIEEMVWRRRELMELTAAEKRRLVRRVFDSFRGLDVLQPLVDNPRITEIMINSHQDIFIEQDGEVKKLPLQFESQSRLEDIIQSIVGTVNRVVNESTPIVDARLKDGSRVNIVLPPIALKGPTMTIRKFPESPMTMDDLVRRGALTEEAAEQLRILVKGKYNIFIGGGTGSGKTTFLNALSQYIPPDERVITIEDSAELKIVTVPNLVSLETRNANTEGRGEIAIRDLIRSSLRMRPNRIVVGEVRGSEALDMLQAMNTGHDGSLSTGHANSTQDMISRLETMVLSGADLPISVVRQQISSAIDIFVHLSRLRDRSRRVTEISEVIGMRGGEVLLNPLYRFRETGESGGRVIGSLEPCGNPLQSSDKLHMAGIATWPLQKMLEVTS	PGPT0016025_2433	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016025-cpaF-K02283	NA	NA
JZ016_02898	1155			hypothetical protein	ATGATACCGGCCCGACTTGTGCTGGCAGTGCAGGATTCCCGGTATGTTGAACCGCTGCTGAGTTATTTGCATGGAAGTTCTTACGGATCGGCTCTTCAGGTGACCGCATTTACCCGCATCGATTCATTTCTACATTATATGGAAGTGGGAGAAGTACCCAATCTGGTCGTGGGGGATACGGAAATGCTGGAGAGCTGGCTTAGCCGGGGGGAGACTTCGGTTCCGTGGCTGCTTCTAAGTGAAGGTCATTCATCTTCTTCTCTCGTAGAGGGCGGCAGCAGTACATTCAAGTATCAACCGCTGCCTCAGCTGATGGAAGTCATCATCACCCACTGTAAGCGAAGCGGTGGAGCGCTGGAGAAATTGAATGTCGGAACAACCTCGGTGATTGGCATTGTATCTCCCTTGAGCGGGAGCGGGAAGTCAACGATAGCCATGAACATGGCGAAGCAGCTGGGCGTGCTGGGATTAAAGGTGTTCTATCTCAATTTGGAGACGGTGAACAGCAGTGCATTATTTCCTTCCGGTTCGGTGGGTATGGAGGGGAGCTTTTCAAGATTGTTGTACGACATTAAGGCCTCACAAGAAACGGCTTCGGGGACCGATTTGTCAGTAACCCCTTATATCATCAGACATCATGGCCTGAAGTGCGATTCCTTTGAGCCCAGCTTCAACGTGAAGGAAATCACGGAGATGACCATGGAGGACACGGCTTTGCTGCTGGCTTCCCTCGTATCGTGCAATCAATATGATGTCATTGTCGTGGATACCGAGGGATACATGGAAGAACGAATGCAGGCGGTTCTTGAACAGGCCGGAGTGCTAATCTGGGTTTTATTGGATGATCTTATGAGTATGTATAAGAGCGGTGTGTGGATGGATCAATTGGAGCTCGAGGATCCCGCGCTTTTCGGAAGCCTGAAGAAGCGGAGCCGATTCATTGTCAATCGGTACACAGGACAACTTGTTAACGGATTCCCCCGCAAGGATATAAGCATAGGTAGCGTACTGCCTTATATTCCTTCATGGAAACAGCTCCATCGGGAAGAGTTGCTGTTGTCCTCACCGATCTATCAGAGAGAGGTATTGAAGCTCTGCCAGCAGCTGCTGGAGGGCTCGGGTATCATGGCGGTGCAAGCGGGTGGTGGGCAGTGA	MIPARLVLAVQDSRYVEPLLSYLHGSSYGSALQVTAFTRIDSFLHYMEVGEVPNLVVGDTEMLESWLSRGETSVPWLLLSEGHSSSSLVEGGSSTFKYQPLPQLMEVIITHCKRSGGALEKLNVGTTSVIGIVSPLSGSGKSTIAMNMAKQLGVLGLKVFYLNLETVNSSALFPSGSVGMEGSFSRLLYDIKASQETASGTDLSVTPYIIRHHGLKCDSFEPSFNVKEITEMTMEDTALLLASLVSCNQYDVIVVDTEGYMEERMQAVLEQAGVLIWVLLDDLMSMYKSGVWMDQLELEDPALFGSLKKRSRFIVNRYTGQLVNGFPRKDISIGSVLPYIPSWKQLHREELLLSSPIYQREVLKLCQQLLEGSGIMAVQAGGGQ				NA	NA	NA	NA	NA
JZ016_02899	870			hypothetical protein	GTGAACAAACGAATGTTAACCGCTATGCTAACCGCCTTGCTGCTATTATCAGGCTGCAGCCAGCCGCTGATGTCCCCGGCGACATCAAACGAAGGAACCGCAACAAGCGTTAAATCCGAAGCCAAGACAAACAACACCAGTACAACGAATTCCAAACAAACGACCTATCCAACCGATGATCTGAATCTTCCGCGGGTAGCCGTTGAACTGGTCAAAGCCGTTGACGGTGACACCATCAGCGTGATGTTCGAAGGGAAGAAGGAGAATGTCCGGATGCTCCTGATCGATACCCCCGAGACGAGTCATCCGAAGCTGGGCGTACAGCCATTCGGGCCCGAGGCCAAGGCTTTTACGAAGGAACTGGTGGAACAAGCCGACCTTCTTGAATTGGAATTTGATATCGGTCCGAACCGCGATAAATACTCCAGGCTGCTTGCGTATGTATATGCCGACGGAAAAATGGTCCAGGAATCGCTGCTTGAAGAAGGACTCGCCCGCGTGGCCTATATCTATCCGCCCAACACCCGCTATGTGGACAAATTTGATGATTTGCAGCGGATCAGCCGGGACCAGGCGCTCGGGATATGGAGCGTAGAGAACTATGCCCAGGAAGACGGCTTCCATCCGGAGGAGCAGGACAACACAAACAACAAGAACAACGGCAGCCGTAATAACACAGCGGCAATCCAAGCTCCGAAAGAGAACAGCCAAGAGTCCAAGCAAGGCTGCGACATCAAGGGCAACATCAACTCGAAGGGCGAGAAAATCTACCATACTCCCGAATCCCCATACTATGAGCGCACGAAGCAGGAGCAGTGGTTCTGCAGCGAGGCAGAAGCCGTCCAGGCCGGTTTCCGGGCCCCGAAGTAA	MNKRMLTAMLTALLLLSGCSQPLMSPATSNEGTATSVKSEAKTNNTSTTNSKQTTYPTDDLNLPRVAVELVKAVDGDTISVMFEGKKENVRMLLIDTPETSHPKLGVQPFGPEAKAFTKELVEQADLLELEFDIGPNRDKYSRLLAYVYADGKMVQESLLEEGLARVAYIYPPNTRYVDKFDDLQRISRDQALGIWSVENYAQEDGFHPEEQDNTNNKNNGSRNNTAAIQAPKENSQESKQGCDIKGNINSKGEKIYHTPESPYYERTKQEQWFCSEAEAVQAGFRAPK				NA	NA	NA	NA	NA
JZ016_02900	1413			hypothetical protein	ATGGGGAACAAGAAACCTCCAGCAGCCAAACCAAATGAAAGTCAATCATCTAATCCAAACCCTGCCGCATGGTACAAAACCGTGTGGAGATGGCATTTCTATGCCGGCATCATTTTTGCGCCCTTTCTGATCATCCTGGCGATCACCGGCTCCGTTTACTTATTTAAGCCTCAGATTGAACAAGCGCTATATCGGGACTACTACACGGTAACCCCTCAGGTTGAACGGGTAACGCCCAGCAAGCTGGTCGGACAAGTTAAAGCGCTCTACCCTGACGCTACGATCACGAAATACCGCCCCGGCGAGTCGGATTCCCGCTCTACGGAGATCAGTTTGACCTCAGAAGGCGAATCCATGACCGTCTTCATGGACCCTTATACGGGAGAAAAGATTGGCGAGCTGAAAGACAAAGACCGCATCATGGACAAAATCGAGGAGTTCCACGGCGAGCTGATGGTCGGGACCGTGGGGGACCGGATCGTGGAGCTTGCCGCCTGCTGGGCGATCGTGCTCATCCTTACCGGCGTGTATTTGTGGTTTCCAAAAAATAAAAACAAAAGCAAAAACAAAGGAAGCCTCGCGGGCATCCTGTATCCGCGTCTGGGCAAGGGCAAGCAGATTCTCCGCAGGGACCTGCACGCCGTTCCCGCCTTCTGGATCGCGGCAGGCATGCTGTTTCTCATCATGACCGGCTTGCCCTGGTCAGGCCTGTGGGGCAGCAATTTTCAAACGGTGGCAACCAATACCGGTGCCGGCTATCCGCCTTCCATCTGGTCAGGCAGTGCGCCATCCTCCCATGTGGTTCAGACGAAGGAAGTCGCAGAGGTCCCTTGGGCGGCCGAAAATCTGGAGGTACCTAACTCCACCATCTCCGACTTTACGCCGCTTCCAATCGAAGATGTCATGTACGTAGCCCGAAGCGAGGGGATCCATCCAAGCTACACCATCAGCATTCCGCAGCAAGCGGACGGGGTGTACACGTTGTCGGCCTATCCGCCGAAAGCCCAAGACGAGGCTACCATGCATATCGACCAGTACAGCGGCGCGGTGTTGGCGGATTATCGCTATGATCATTATGGAGTCGTTGGCAAAGCCGTTGCCCTGGGCATTACACTGCATAAAGGAACACAGTTCGGTATCGTTAACCAAATCTTCAGTTTGCTTATATGCATAGGCATCATTTTCATTGCGGTGAGCGGTCTGTACTTGTGGTGGAAGCGAAAACCGGAGCATGGACTGGGGGCACCAAAAGCACCCGAGGTTAAAGCCAAGAACATGAGGGTATTCCTTCTGCTGCTCATCGCTTTGGGGATCCTGTTCCCGCTTGTGGGCTTGTCGCTCATCATCGTGTGGATCATCGATTATGTCATCGTTCGGAGGGTACCGGCGATCAAGACATTTCTGAATGCCTGA	MGNKKPPAAKPNESQSSNPNPAAWYKTVWRWHFYAGIIFAPFLIILAITGSVYLFKPQIEQALYRDYYTVTPQVERVTPSKLVGQVKALYPDATITKYRPGESDSRSTEISLTSEGESMTVFMDPYTGEKIGELKDKDRIMDKIEEFHGELMVGTVGDRIVELAACWAIVLILTGVYLWFPKNKNKSKNKGSLAGILYPRLGKGKQILRRDLHAVPAFWIAAGMLFLIMTGLPWSGLWGSNFQTVATNTGAGYPPSIWSGSAPSSHVVQTKEVAEVPWAAENLEVPNSTISDFTPLPIEDVMYVARSEGIHPSYTISIPQQADGVYTLSAYPPKAQDEATMHIDQYSGAVLADYRYDHYGVVGKAVALGITLHKGTQFGIVNQIFSLLICIGIIFIAVSGLYLWWKRKPEHGLGAPKAPEVKAKNMRVFLLLLIALGILFPLVGLSLIIVWIIDYVIVRRVPAIKTFLNA				NA	NA	NA	NA	NA
JZ016_02901	477			hypothetical protein	ATGATCATGAAAAGCCGTTTTATATTATGCGCATTGCTATCGTTCCTGCTGCTGAGCGCTTGTTCGGCCAGTCCCGAAGCAGTCAACCGGTATGAAAAAGAAATCCCGCTGATCGCCGAGGTAAACATACCGGAGACGTTATCCGTTCATCAACCGGAGACCATTGAGATCATTCTCACCCAGGATGGCCAAAGAGTACCTGGTGCGGATTTTGTCCACTACGAACTGTGGAGCCATGACGGCTCCCTGCGGGATCCCATGACGGATGCGGTAGAGGTCGGTGATGGCGTGTATACGGTAACCAGAACCTTCGATAAAGAGGGGCTATATTTCATCAAGCTGCACAGCGGCAACAACGGTTCCATCATCATCCCCCAGAAACCGTTCGCCGTCGGCAAACTGTCCGAGGCCGAGCTTGCCTACCTGCAAGCGGGGACCCCGACATTTCAAGAGGGTACGGCAGATCATCATCATTAA	MIMKSRFILCALLSFLLLSACSASPEAVNRYEKEIPLIAEVNIPETLSVHQPETIEIILTQDGQRVPGADFVHYELWSHDGSLRDPMTDAVEVGDGVYTVTRTFDKEGLYFIKLHSGNNGSIIIPQKPFAVGKLSEAELAYLQAGTPTFQEGTADHHH				NA	NA	NA	NA	NA
JZ016_02903	276			hypothetical protein	ATGCCATACAGACCGCAGATTGCAAATGTGACCACAGCTGGAAGCAATGAAAAAGAAGGGCTTTACGAATTCATTATCCACACGGCTGACGGAACGGATATTCGCGTATTCTATAACCGCTTCCCGGAATGGAAACTGACTGCGCTTAGCCGACTTGGGAAAGTACCTTGCCCGGTTTGTCGTAAGGATTTCATATGCAAATGCATGGAGAAATTCTCGAACGAATTCGACCAGCAGATGAAAGACGGCGAGTGGCTGAACAAAGCTGCTGAGTAA	MPYRPQIANVTTAGSNEKEGLYEFIIHTADGTDIRVFYNRFPEWKLTALSRLGKVPCPVCRKDFICKCMEKFSNEFDQQMKDGEWLNKAAE				NA	NA	NA	NA	NA
JZ016_02904	330			hypothetical protein	TTGTCGGCTTACGATGCGGAATATGAAACTTTTTACATGATACTCCGTATTTCAGTTAAAGCTATGAATTGGAAAGGGGCGCTTAAGATGAGTATTGAACAAATGATAGAGGAACGGTTTGTATGCAGCAAATGCGGAGGGAATCACTGCCAGACGAAAGAGGTCTCGATGTCAGGGGCCGGGCTGAGCAAGATGTTTGATATTCAGCACAATCATTTCCTATTTGTTTCCTGTACGAACTGCGGATATGTGGAAGTGTTCAACCCGGATATATTAGAAGGTAAAAAGAGGGGGCAGCTTGGCTCGATCCTGGATGTGTTCTTCGGTTGA	MSAYDAEYETFYMILRISVKAMNWKGALKMSIEQMIEERFVCSKCGGNHCQTKEVSMSGAGLSKMFDIQHNHFLFVSCTNCGYVEVFNPDILEGKKRGQLGSILDVFFG				NA	NA	NA	NA	NA
JZ016_02905	420	ohrB	COG1764	Organic hydroperoxide resistance protein OhrB	ATGAAACCATTATACACAGCAGATGTAAAAGTCATTGGAGGGCGTGAAGGCTCTGTTGAATCTACCGATGGGGTTCTTAATCACAAGTTAAACATGCCGAAGGAGCTTGGAGGACCGGGCGGTGACGGAACCAATCCGGAGCAGCTGTTTGCGGCCGGCTATGGCGCCTGTTACGAAAGCGCCCTGGCTCATATCGCCCGTAAAGAGGGCGTCGAGCTCAAGGACGTCGTGATCCATTCTCAGGTCATGATCGGAAAGGACGATGGCGCTGACGGTTTTAAGCTTGCGGTGAAGCTGAAGATCGAAATGCCGGGAATCGAACGAAGCCAGGCGGAGGACCTCGCGAAGAAGGCGCATGCGTTCTGCCCTTATTCCAAGGCTACCCGAGGCAACATTGACGTGGAGTTAAGCGTAAGCTAA	MKPLYTADVKVIGGREGSVESTDGVLNHKLNMPKELGGPGGDGTNPEQLFAAGYGACYESALAHIARKEGVELKDVVIHSQVMIGKDDGADGFKLAVKLKIEMPGIERSQAEDLAKKAHAFCPYSKATRGNIDVELSVS	PGPT0013160_3601	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013160-ohrB|osmC|ohr|ykzA-K04063	NA	NA
JZ016_02907	363			hypothetical protein	ATGCAGTCTATTTACCAACGAATCGAACATCTCATAGAAAGCCGAGGTATGACCAAGAAGGCGTTTTGTGAAACCCTCGGGATCAGCACAGGAAATTTTGGTGATTGGAAGAGGGGGAAAACAACGCCGAGTACAAATAAATTGATTGAGATTGCTGCATTCTTTTCCGTAAGCTTGGATTGGTTGATTATTGGCAAGGGCAACCCTACCCGCGTCAATGAAGCGCGTGGGGAGTACGAAGTGGACCCGGAATCATCCGATCTTCCCATCATGTCCGGATTGGCAGAGAATGAGAAGGAGTTTATCCGGGAATACATCGAGTTTTCGGCATACCGGAAGGAAAAACGAAACGATAAGACCTAG	MQSIYQRIEHLIESRGMTKKAFCETLGISTGNFGDWKRGKTTPSTNKLIEIAAFFSVSLDWLIIGKGNPTRVNEARGEYEVDPESSDLPIMSGLAENEKEFIREYIEFSAYRKEKRNDKT	PGPT0014895_21	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356	NA	NA
JZ016_02908	645			hypothetical protein	TTGCCCTACGATACCATGATCACATCCTGGAATAATGCGGTTCATTCCTTGAACAAAGGATTGATGATCATTACGCCGGATGGCATCATAGACAAAATTAACGATCCACTCATTACCATGGCCGGAAGATATGGTGTTTCCCCTGAGTTTGGATGGCAGGGGGCATCTTTTTTTAATCTCGCTTCCAAGTCCCTGAGTCTGGCTTCATTTGGTCACTTTTTCCGTGAGTTGGATTTGCCCTCCGTAAGAGATGTTATGTTGGGGAAGCAATCTGATTATTCCTTTGAATATGCCGTACAATGGAACGGCCAAGAGAATTGGGTTTTATGTGAGGTACTGCCGCTGCTTATCAACAAGGACAGCCGTATTCACGGAGCTATGATATCATTTACGGATATTACGAAGTTCAAACGCAAGGAGCTGCTGCTGGAACAAGCGCTGGCTCACAGCTTTCCCCTTCCCGGGCATATTCCCATCTGCGCCGTATGCAAATACGTTCACCACGCGGAAGAGTGGGAGCCTGTGGAGAGCTATTTGGAGAGCCGCCTCCCCATTGAATTTACCCACGATATCTGTCCGGATTGCATTCGCAGATTATACCCAAAGTACTCTTCCATCCTTGATGATCCGGAAATACTTGATTAA	MPYDTMITSWNNAVHSLNKGLMIITPDGIIDKINDPLITMAGRYGVSPEFGWQGASFFNLASKSLSLASFGHFFRELDLPSVRDVMLGKQSDYSFEYAVQWNGQENWVLCEVLPLLINKDSRIHGAMISFTDITKFKRKELLLEQALAHSFPLPGHIPICAVCKYVHHAEEWEPVESYLESRLPIEFTHDICPDCIRRLYPKYSSILDDPEILD				NA	NA	NA	NA	NA
JZ016_02909	1578			hypothetical protein	ATGAATCGTTATCAACAGCTGGTGGTTGAGGACAGGGAACTCACACTGTATTTGCCTCCTTCCTATCATGAGTCGGACCGTTCTTATCCTGTTGCCTACGTACAGGATCAAGGAGATATGTTCACGGACTGTCTCAATTATCTGAACCATCTGTTTGCAGCAGGCCAACTCGTCGAGGTCATCCTGGTCGGGATTTCGTCAACAAATCGAAACCGTGAGTACACGCCTTGGCCGGCCGAGCCGCTGCTGGAGGGCAATCCGCCTTTCGGCGGGGAGGGCAGAGCTTATGTCGATGAGGTGGCGGATGTCATCAAGGCGTACATAGACAGACAGTACCGTACACTCGCAGCGCCCGAACATACAGCCATCATTGGTGGTTCCTTTGGCGGTTTGATCTCGATGTTCGCGGGGTATTGGCGTCCCGAGACCTTCGGACGGATCGGGATGCTGTCGGCTTCGTTATGGTATGACGGGGTTATGGGTTACATCAGGGAGCAGGGGGAATTGCCTGCCGGGCTGAGGGTATATATGTCCGTTGGACAGTTGGAAGGCGCATATAAGAACAATGCGCAGAAACATATGTATCCGAATAACGTCGAGGCGCATCGATTCTGGATCGAACAAGGGGTGAGCCCCGAGCGGCTCCAACTGGCGGTAGATCCTGATGGGACCCATGATCCCATTTTTATGGCCAGAAGATTTCCGGATGCGCTGCGGTGGTTGTTCGTCAAGGAAGAATATGACCAAGAATCTGAGATGGTGCGAGCTAACTGCAATAACCACGAAAAGGATCCTCTGTTTTGCATACCGGGAACGGTGACATGGTCCATGCAATCCGACGTCACAGGCCGCGAATACCGTATTTTCATTGCCGAACCGATGGGACCACCACCTGAAGGCGGTTATCCTGTATTATATTCGCTGGATGCCAATGCGACCTTCGGAACGCTTGCGGAGGCAATCCGACTGCAATCCCGGACCCCCCGCGGCATTCCCTCGGCGCTTATTGTCGGGATCGGCTTTGATAGTGACAGTCCGATCGTGAGCAGCGAGCGTTTTTACAACTTTACTGAATATGCTGAAGACCATGAATTGCCGGTCCGCCCTAACGGATTGGATTGGCCGGAAACAGGCGGCGTCGAAGCATTCCTTACGTTCATCGAGTTTCAGCTGAAGCCGGCCGTGGAGCGGCAATACGCGGTGAATCGTTCGAAGCAGGCGCTGTTCGGGCACTCGCTCGGTGGTTTTTTCACCTTGTATACATTATTCACCAGACCGGAGACCTTTTCGCGGTATATTGCGGCTTGTCCCTCGGTGTGGTGGAAGAACTACGCGCTGTACAAACGGTGGGAAGAGGGGAAGCTCCGTTTACAACAGAGCGGACAGCGTAAAGAGCTGCGTCTGTATGTTGGAGCTGAGGAGAAGCCGTCCATGGTTCAAGACGCCAGGGAACTCTATGCATTCCTCAAAGGGCATGATGAGGTGGTGGAGACTACGTTCCATGAAATTGAGGGAGAAGGCCACGTCTCGGTGCTGCCTGCTCTGATAAGCCCTCTGCTTCGTTTTGTGAACGCGTAA	MNRYQQLVVEDRELTLYLPPSYHESDRSYPVAYVQDQGDMFTDCLNYLNHLFAAGQLVEVILVGISSTNRNREYTPWPAEPLLEGNPPFGGEGRAYVDEVADVIKAYIDRQYRTLAAPEHTAIIGGSFGGLISMFAGYWRPETFGRIGMLSASLWYDGVMGYIREQGELPAGLRVYMSVGQLEGAYKNNAQKHMYPNNVEAHRFWIEQGVSPERLQLAVDPDGTHDPIFMARRFPDALRWLFVKEEYDQESEMVRANCNNHEKDPLFCIPGTVTWSMQSDVTGREYRIFIAEPMGPPPEGGYPVLYSLDANATFGTLAEAIRLQSRTPRGIPSALIVGIGFDSDSPIVSSERFYNFTEYAEDHELPVRPNGLDWPETGGVEAFLTFIEFQLKPAVERQYAVNRSKQALFGHSLGGFFTLYTLFTRPETFSRYIAACPSVWWKNYALYKRWEEGKLRLQQSGQRKELRLYVGAEEKPSMVQDARELYAFLKGHDEVVETTFHEIEGEGHVSVLPALISPLLRFVNA				NA	NA	NA	NA	NA
JZ016_02910	1020	feuC_4	COG0609	Iron-uptake system permease protein FeuC	GTGCGTAACACCTATTATCGATTCCCGATGGTTCTGACTGGAGGAATCTTGGTTGTATTGACTGCCGTATATTTCAGTCTGACCAACGGGACGTTTGATATGTCCATCAAGGAAGTATTTCAAACTTTGCTCCGCATGAATCCCAATTCGGATTTCGATCTCGTTGTGTTCGAGTTCAGGCTGCCTCGTATTGTGCTTGGCGCTCTCGTCGGCTTTGCGCTGGGTATGGCCGGTGCAGTTATCCAGGGGGTTACCCGCAACGGTCTTGCGGATCCGGGCATTCTCGGCATCAATGCAGGCGCAGGCATGGCGGTTGTGTTGTTTATGTTCCTGCTGCAAGGGCAGATCACGATGACCGGCTGGTTCGGGGTTATGATGATGCCGATGTTCGGTATCGCTGGCGGTTTGGCGGCAACTACGGCCATATTTATGTTCGCCAGAGAAAACGGAAAGCTGGATCCGCAGCGGCTAATTCTTGTGGGGATTGCGATTGCATCTGGTTTTGGTGCTATTACGATGTTCCTCTCGCTGAAAATGAATCCATCGGATTATGAGATGGCTGTATCTTGGCTGGCCGGCAGCCTTCACAGCGCTAACTGGAAGTTCGTGGTCACGATGCTTCCTTGGCTCATCATGCTGCCGCCTGTCATTTGGCTCCGCTCTCAAGTGCTCGATTTGTTCCAGCTGGGCGAGGAAAGCGTGAAGAGTGTCGGGGTAACCGTTGAACGCGAGAAAAATGTATTGCTTCTATGCAGCATCGGTTTGGTCAGCGCGAGCGTTGCCGTATCCGGCAGCATCGGGTTTGTCGGTCTGATCGCTCCGCATCTGGCGAGGCAGCTGGTTGGACTGCAGCACAGGCATATCATCCCGATCAGCGGTATAGCAGGCATGGCGATTGTGGTCATAGGCGATTTCATCGGTAGAACGATATTCGCTCCGGCCGAGCTGGCTGCAGGCATTGTGGTGTCCGTGATTGGGGTTCCATATTTTATCTATCTATTAATTCGTATGCGAAAATAA	MRNTYYRFPMVLTGGILVVLTAVYFSLTNGTFDMSIKEVFQTLLRMNPNSDFDLVVFEFRLPRIVLGALVGFALGMAGAVIQGVTRNGLADPGILGINAGAGMAVVLFMFLLQGQITMTGWFGVMMMPMFGIAGGLAATTAIFMFARENGKLDPQRLILVGIAIASGFGAITMFLSLKMNPSDYEMAVSWLAGSLHSANWKFVVTMLPWLIMLPPVIWLRSQVLDLFQLGEESVKSVGVTVEREKNVLLLCSIGLVSASVAVSGSIGFVGLIAPHLARQLVGLQHRHIIPISGIAGMAIVVIGDFIGRTIFAPAELAAGIVVSVIGVPYFIYLLIRMRK	PGPT0003770_6193	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_02911	1008	feuB_3	COG0609	Iron-uptake system permease protein FeuB	ATGAGGTTCAAAAAATCACTGCCGGCTGTCATCCTTGTGATGGCCCCGGCAGTCTGTTTCTTGCTCATAGCGGCCTCCATCCTGTATGGAGCCAAAAATATTACGATGGATACCGTTTGGGATTCCATCTTTGCTTTTGATTCGGAGAGCATCGATCATCAGATTATTGTGAGCTCCAGATTGCCGAGAGTTGTCGGTGCCATGCTTATCGGCGCTTTTCTCGCGGTATCAGGCGCTTTAATGCAAGGAATGACAAGGAACTATTTGGCGTCCCCATCCATCATGGGAGTATCAGATGGTTCGGTGTTCGCGGTAACACTGTTCATGGTATTTATCCCGAACGCCAGCTCCAATATGTATATCGTCAGCTCGTTGATCGGCTCAGCCATCGGAGCGGCCGTCGTGTTCGGCTTGGCATGGCTTATTCCTGGCGGGCTCAGCCCGGTTCGACTGGCTATACTCGGAACCGTAATCGGGACGTTTCTTAGCGGTACTGCAGAGGCTTTGGCGGCCTATTTTCAGATATCGCAAAATATCAGCTTCTGGTACAATGCCCGGCTGCATGCCATGGACCCGGAACTGATTAAACTGAGCATTCCGTTTGCAATCGTTGGTTTGTGTCTTGCCGTTGTATTATCCAAATCGATCACGCTGCTGTCGCTCGGGGACGAGACGGCCAAAGGGCTCGGTGTGAATACATGGCTGATTAAGGCCCTTGCGATGGTGGCTGTTGTGATTCTGACGGGCGTATCTGTAGCCCTGGCGGGTAAGGTTGCCTTTGTAGGTTTGATTATTCCTCATATTGCCCGTTTCCTGTCCGGCTCGGATTATCGATGGATCATACCGGTGTCAGGCGTGCTTGGCGGCATGTTTCTTGCATTATGCGATATTCTCGCACGGTTTGTAAATTACCCGTTTGAGACGCCGGTGGGCGTTATAACTTCGTTGATCGGGGTTCCTTTCTTCCTCTACTTGATCAAGACGAGGGGAGGGACTCAGCGTGCGTAA	MRFKKSLPAVILVMAPAVCFLLIAASILYGAKNITMDTVWDSIFAFDSESIDHQIIVSSRLPRVVGAMLIGAFLAVSGALMQGMTRNYLASPSIMGVSDGSVFAVTLFMVFIPNASSNMYIVSSLIGSAIGAAVVFGLAWLIPGGLSPVRLAILGTVIGTFLSGTAEALAAYFQISQNISFWYNARLHAMDPELIKLSIPFAIVGLCLAVVLSKSITLLSLGDETAKGLGVNTWLIKALAMVAVVILTGVSVALAGKVAFVGLIIPHIARFLSGSDYRWIIPVSGVLGGMFLALCDILARFVNYPFETPVGVITSLIGVPFFLYLIKTRGGTQRA	PGPT0003770_7546	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_02912	1023	feuA	COG0614	Iron-uptake system-binding protein	ATGAAACGAATGAAATGGGTCTTGGGGTTATTGCTGGTATTTGCGTTGGTACTGTCCGCCTGCGGTGGAGGCAGCGAGGCTAAAGATACAGACGGAGCTAGCGCGAATAATGCAGCAGAGAGCGCGAACACAGCCGGGGAGGAAAACGCTTCGAAAGAAGAAGCGGCTCCAGCATCGTCCGATACTAAAGTTGTGAAATATCTCGATCAGGAATATACGCTTCCTGCCAAGACGGAGCGCATCGTTATCACCGGTGCCGTTGAAGCCATGGAGGATGCCATTGTGCTGGAAGTAAACCCGGTTGGGGCCATTAGCTTCTCGGGTAAATTCCCGCCGATGTTTGAATCGATTACGAAGAACGCCCAGTCGGTTGGCGAGAAAATGGAGCCGAATTTCGAAACGATCCTGTCTTTGAAGCCGGATGTGATTTTGGCATCGTCCAAAGCCAAGCCTGAAGTCATTGAACAGTTAAATAAAATCGCACCCACGATTCCGTACTCCCATATATCGACCAACTGGGAGAGCAACCTGAAATTGCTCGGCGAGTTAAGCGGCAAACAGGAACAAGCGGAACAGGCAATCGCGAAATATAAAGAGAGCTTGGAAGAAGTCAAAGCGACGATTGGAGATAGCCTGAAGGACAAGAAAGTTCTGGCGCTTCGGATTCGTGCGGGCGAGATGTACATCTATCCGGCAGGCGTGTTCTTTAACCCGGTATTGTATGAGGATTTGGGGATTGAAGTACCGGCTGAAGTAGCGGCAGCCAAAGCACAGGAACTGATCTCGAAAGAGAAAATTGCAGAGATGAATCCGGATTATGTATTTGTCCAATTCTCGCCAGATGAGAATAAGGATACGCCGAATGCTTTGGAAGAACTTCAGAATGATCCGATCATGAAGAACTTGAATGCATTCAAGAACGGGACCGCTTTTGTCAACGTGGTGGATCCACTGGCTCAAGGCGGAACCGCGTACAGCAAAATCGAGTTTCTGAAAGCTGCAGTCGATAGCTTGACAAAGTAA	MKRMKWVLGLLLVFALVLSACGGGSEAKDTDGASANNAAESANTAGEENASKEEAAPASSDTKVVKYLDQEYTLPAKTERIVITGAVEAMEDAIVLEVNPVGAISFSGKFPPMFESITKNAQSVGEKMEPNFETILSLKPDVILASSKAKPEVIEQLNKIAPTIPYSHISTNWESNLKLLGELSGKQEQAEQAIAKYKESLEEVKATIGDSLKDKKVLALRIRAGEMYIYPAGVFFNPVLYEDLGIEVPAEVAAAKAQELISKEKIAEMNPDYVFVQFSPDENKDTPNALEELQNDPIMKNLNAFKNGTAFVNVVDPLAQGGTAYSKIEFLKAAVDSLTK	PGPT0003765_4953	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_02913	1668	btr_5	COG0614	HTH-type transcriptional activator Btr	ATGTTAAACCTGTCAACGAATAGCAGTAGCAAAAAAGATTCGCGTGAATACAGCGGGCTCACGGCCCGTTTATGGAATATGGATATTGTTCATGGGCAAGAGCTCTCCTTGGAGCAGCAGTTGGCAGTGCAGCCAGCCCTGATTATCCCGCTTAGCGGAGAAACCTGTTTACAACAGGCCGAGCAAATCACCCGTATGAATAAGGGATGCGTTTATTGTTGTGCAGCGGGGACTACTTTCGGAATTACGAGTGTCGATCACAGGAGTTCCGAGGAGCACGAGCAGGCTTCGGTCGCGATCCTTCATTATAGTTTCATGGAAGGGATATCAGGATGCGGTAGATTGCATGAGGTGGATTGCGCCGATTTCATGCCCTATGACGGCATCTTTGTCATCAGCTCTCCGGACCGCTTGAATCTCGTCTGCCGGTCGATGTATAAGGATTTTCACAGTAAGGAGCCCATGAAGCAATGGAGGGTTCAGCTGGATTTTCAAGAGCTGCTATATACGATGATTGCCGAATGCAGCCCTTACTCCAAGAATGATAAGCGGCAAGCGCTGGAGCGGGTGAAGGAGTATATCGAGGAACATTATGATGAAGATTTAACGATTGAACAATTGGCGAACCTTTCGGAGCTGAGTCCCAAATATTTTGTTGAAGTATATAAGAAGACGTACGGGCACAGCGCGATGGATTATTTGGCGCATGTTCGTTTGAACAAGGCGAAGCAGTTGATGCTGGGCTCGGATTCATTGCTGCGTGAAGTGGCGCACATGGTGGGGTATAAGGATGAATTTTATTTTAGCCGCAAGTTTAAGAAGGCATTCGGGATATCCCCCTCGGTGTATATGAAAACAAGGAAAAATAAACTGGCGATGTACGGCTCAACGGCCCTCCTGGGTTACGCCATGCCGCTGGATTTCACGCCGTATGCGGCTCCGCTTCATCCGAAGTGGTCACAGCATTACTATAACATTCTTGGGCCGGATATCCCCGTTCATCTGGATGCATACCGTCAGAATCATAATAAATATGCGAATCTGGAGAAGCTGGCCTCGGCACGTCCGGAGCTCATCGTTTGTGCACAGGGGGTGGAAGATTGGGAGAAGGAGCAGCTTCGGCTGATTGCCCCCCTCTACGAAATGCCTGAAGAGCAGGGAGGGTGGCAGGTTAATCTGTTAGGGCTCGCTAAATTGCTGAACAAGCTGCCCGAAGCAGAGCAGTGGATCGATACGTTTCATCATAAAATATCGACTTACCGTGGGAAGCTCCCCGCTGAAATGATGGAAGAACGCACGCTTTTGACCGCACGCCTGCATCAGGATGAACTGATGGCTTACAGTCATCCGGGCATGAAGGAACTATTATTTGATTATTTTAATTTTCAGCCGGCTAAGTCTGTGGACTGGGAGGAGGCTGGACGTTTAACGATTGAGCAGATCAAGGAGAGCCGGGCAGACCATATGCTGCTCTTGATCCGTCAGGATTCCGAAACGCTGGCCAATTGGAGAAAACTGCAGGCAACGCCGGAGTGGATGACCATTCCTGCGGTGCGAGACGGAACGTTGCACCAACTATCCTCTTACCCTTGGCGCGAGTACTCTCCCATTGCGATGGAGCAGATGGCGGAGGAAGCCTTTCGGTTGTTTTCCGGAAATTGTCCATGA	MLNLSTNSSSKKDSREYSGLTARLWNMDIVHGQELSLEQQLAVQPALIIPLSGETCLQQAEQITRMNKGCVYCCAAGTTFGITSVDHRSSEEHEQASVAILHYSFMEGISGCGRLHEVDCADFMPYDGIFVISSPDRLNLVCRSMYKDFHSKEPMKQWRVQLDFQELLYTMIAECSPYSKNDKRQALERVKEYIEEHYDEDLTIEQLANLSELSPKYFVEVYKKTYGHSAMDYLAHVRLNKAKQLMLGSDSLLREVAHMVGYKDEFYFSRKFKKAFGISPSVYMKTRKNKLAMYGSTALLGYAMPLDFTPYAAPLHPKWSQHYYNILGPDIPVHLDAYRQNHNKYANLEKLASARPELIVCAQGVEDWEKEQLRLIAPLYEMPEEQGGWQVNLLGLAKLLNKLPEAEQWIDTFHHKISTYRGKLPAEMMEERTLLTARLHQDELMAYSHPGMKELLFDYFNFQPAKSVDWEEAGRLTIEQIKESRADHMLLLIRQDSETLANWRKLQATPEWMTIPAVRDGTLHQLSSYPWREYSPIAMEQMAEEAFRLFSGNCP	PGPT0003170_39	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003170-btr|ybbB-K21701	NA	NA
JZ016_02914	465	gsiB_2	COG3729	Glucose starvation-inducible protein B	ATGGCTAATAACAACAATGGAAAGATGAGCCGTGAAGAAGCAGGACGTTTAGGTGGAGAAGCAACTGCGAACAACCATGACAAAGAGTTCTACCAAGAAATTGGACGGAAGGGCGGCGAAGCAACTTCCCGTTCCCATGACAAAGAGTTTTATCAGGACATCGGTAAAAAGGGAGGAGACTCCACGTCAAACTCCCATGATAAGGAATTTTATCAGGAAATCGGCCAGAAGGGCGGGGAAGCGACTTCCGATTCCCATGGCAGGGAATTCTATGAGGACATCGGACGCAAAGGCGGCGAGGCTACCTCGGAATCCCACGGACGTGAGTTCTATCAAGAGATTGGACAGCAGGGCGGCGAAGCCAGAAGCGACAGCGGCAGCAGCGGGGACGGCAAGATGAGCCGTGAAGAAGCGGGCCGCAAAGGCGGCGAGGCAAGAGCAAGACAGCGCCAGCGGGGGAACTAA	MANNNNGKMSREEAGRLGGEATANNHDKEFYQEIGRKGGEATSRSHDKEFYQDIGKKGGDSTSNSHDKEFYQEIGQKGGEATSDSHGREFYEDIGRKGGEATSESHGREFYQEIGQQGGEARSDSGSSGDGKMSREEAGRKGGEARARQRQRGN				NA	NA	NA	NA	NA
JZ016_02918	696			hypothetical protein	ATGAAGCAGATCATTGCAATGGGTGGCGGCGGTTTTTCGATGGAACCGGATAATCTGCTGCTTGATCGCTATGTTTTGGCACAAGTATCGAAAGAATTGCCTGAAGTGTGTTTTCTTCCGACGGCAAGCGGAGATGCGGATGGTTATATTGAACGTTTCTATCATGCTTTCCGGACACTGCCGTGTACTCCCAGTCATCTGTCGCTGTTTCAGCCGAACTTTGCCGATCTTCGGTCTTTTGTACTCGAGAAGGATATCATCTATGTTGGCGGGGGCAATACCCGGAATATGCTGGTCTTGTGGAAGGAATGGGGCCTGGATCAGATACTCAAAGAGGCGTATGGACAGGGTGTCATCTTAACCGGGTTAAGCGCTGGTTCCATTTGTTGGTTTGAGCAAGGGGTGACGGACCCGTTGAACGCGCCTTTGTACAAGCTTGGGGGTTTGGGTATATTACAAGGCAGTCATTGCCCGCATTATGATGGTGAGAGCAAAAGAAGACCTGCCTATCATAAACTCGTGCTTCAAGGTGAAGTACAAGCAGGATATGCTGCTGATGATGGGGTTGCATTACATTTTATGGACGGACGGTTGCATCGAATCGTAAGCTCAAGGGAAAATGCACATGCATACCATGTGGATCGAGAAGGAAATAGCGTTCAAGAAGTGGAGTTAACACCGGAATTTTTAGGCTGA	MKQIIAMGGGGFSMEPDNLLLDRYVLAQVSKELPEVCFLPTASGDADGYIERFYHAFRTLPCTPSHLSLFQPNFADLRSFVLEKDIIYVGGGNTRNMLVLWKEWGLDQILKEAYGQGVILTGLSAGSICWFEQGVTDPLNAPLYKLGGLGILQGSHCPHYDGESKRRPAYHKLVLQGEVQAGYAADDGVALHFMDGRLHRIVSSRENAHAYHVDREGNSVQEVELTPEFLG				NA	NA	NA	NA	NA
JZ016_02921	507			Protein SprT-like protein	ATGGTGACGATGAACGAGATGAGTAATGAAGAACTGCAGGCATGGGTTGAGAAAATCTCGCTGGAAAGCTTTCGGGTTCCGTTCAGGCATCAGGCTACGTTTAACCGGCGATTGTCTTCAACAGGCGGGCGTTATTTCATGAAAAGCCATAACATCGAGATCAATCCGCATCAGCTTGCTACGAACGGCAAGGAAGAGGTGGAGAAGATCATCAAGCATGAGCTGTGCCACTATCATCTGCATATCGCGGGCAGGGGATATCGGCATCGGGACGCTGATTTCAAAAGCCTGCTGCAAGCCGTTGGAGGGAGCCGTTTCTGCAAATCCTTGCCGAAGGGCAAGGCCGCGGGCCGTCGTCAACCGGAACCATACCGATATAAACTACGCTGCAGCGTCTGCGCAACCGAATATCTGCGTAAACGGAAGATGAATCCCGCCCGGTATCGGTGCGGAAAGTGCAGCGGACGCCTTACACTCCTGAAGCTTGACTCCCCTATGAAGTCATGA	MVTMNEMSNEELQAWVEKISLESFRVPFRHQATFNRRLSSTGGRYFMKSHNIEINPHQLATNGKEEVEKIIKHELCHYHLHIAGRGYRHRDADFKSLLQAVGGSRFCKSLPKGKAAGRRQPEPYRYKLRCSVCATEYLRKRKMNPARYRCGKCSGRLTLLKLDSPMKS				NA	NA	NA	NA	NA
JZ016_02922	351			hypothetical protein	ATGCCGAACATGCGCTACGTTATTTTAAAAGGACAGGACGAGCTGTTATTTGTTGAAATGCCCAGTGACTATGCTTACCAGCTCAGTGCTCTAAATTTACGCCTCAATAAGGAAATCGATAAACTCACCGCCGCAGGCAAACCTCAGCTGCCTCTTGCTGTAGCCGAATGCGACAATTTGGATCTGCTTCAGGAATCGCTGAGCATTCAAGGTGGTCTGGAATACATAAATGAGCTTGAGCAGGCCTTTGCTTCCCTTAAGGAAACGGAATATCCGCTCATCTCATTGCTTACCGAAATTCGTGCTCTCCAAGCGCAGCTTGAGCAATGGTACGAGGAAGAAGCGTTATAA	MPNMRYVILKGQDELLFVEMPSDYAYQLSALNLRLNKEIDKLTAAGKPQLPLAVAECDNLDLLQESLSIQGGLEYINELEQAFASLKETEYPLISLLTEIRALQAQLEQWYEEEAL				NA	NA	NA	NA	NA
JZ016_02923	471			hypothetical protein	ATGAACATGAAGGAACTGCTGCTCCAAAACTGGGATTATGCGATGGGGCAGGAGGATTGGTATCCGCCGATTCTTCCTGCCCTGAAGGACGTAACAGTTGAGCAGGCTTTGTGGAAACCGGAAGGGCAGGCGGCAAATTCCATTTGGGAGAACGTTCAGCATTTGCTGTATTACAAGCAGCGTCTGCTCGCGAGATTGGAAGGAACGCCGCTTCCTAATGAAGGAATCGGCAATGACGAGACGTTTCTTATTCATGACACAAGTGAGGGGGCATGGAATACGGCTCGGGAGCAGCTTCAGGATGTTCATGCCGCTTTACGACAGAAGATGGAAGTGATGACGGAGGCAGAGATCATCGAATCGCCGCAGCGAATACTTAGCTTAATCATGCATGATGCGTATCATACGGGACAAATTGTTTTTCTCCGGAAGCTTCAGGGCTCCTGGCCAGCTAAACGCAGCGATCTATAA	MNMKELLLQNWDYAMGQEDWYPPILPALKDVTVEQALWKPEGQAANSIWENVQHLLYYKQRLLARLEGTPLPNEGIGNDETFLIHDTSEGAWNTAREQLQDVHAALRQKMEVMTEAEIIESPQRILSLIMHDAYHTGQIVFLRKLQGSWPAKRSDL				NA	NA	NA	NA	NA
JZ016_02924	564			hypothetical protein	ATGTTATGGGATGATTTTATAAACAGCGAATGGCATGACTGGAGGGGCAGCGGCCGATCCGAGGACCGGCTTGCCCGAGAGGATTGGCTCACCGATTTCATGAACCAATATCAGCTTCAAGTCAGCCTGCCCCTGGCCCCGGATGAGCTGGGGCAGTTGAGGGAGCTTCGTTCCTTCCTGTTAACGTGCGTTCAACACATCGTTGCGGGGGAGTCACCCTCTCCCATGGAGATAGAGCAATTAAACCGCTGGATGGCTGCTGGACCCGTTATTCGTCATCTGGAGATCGATGAGGAACAAAATTTGGCGCTGTCCTATATCCTCCAAAATCCTGGCCTGCAAGCAGCGGCTGCCGAGATTGCCGGCTCCTTTGCGCAAGCCATCGAGCAAGGCGAATTATCCCGGTTCCGCATCTGCACGAATCCCGATTGCCTCTGGGTATATTACGACGACACGCGTAACCGTTCCAAACGGTACTGCGACGATAAAATGTGCGGCAATCTGATGAAGGTCAGACGATTCCGGGCGAAGAAAAAACAGCAATCTTCGGACAGCGAGGACTAA	MLWDDFINSEWHDWRGSGRSEDRLAREDWLTDFMNQYQLQVSLPLAPDELGQLRELRSFLLTCVQHIVAGESPSPMEIEQLNRWMAAGPVIRHLEIDEEQNLALSYILQNPGLQAAAAEIAGSFAQAIEQGELSRFRICTNPDCLWVYYDDTRNRSKRYCDDKMCGNLMKVRRFRAKKKQQSSDSED				NA	NA	NA	NA	NA
JZ016_02925	441			hypothetical protein	ATGAGCATCAAAAGGGTGACTCAAGCAGAATTGCCTTGGGTCAATCAACAATACGTGCACATCGGCTTTCAGCCAAGTTCACTGGACAATGAAATCATTGCCATCGTCATGTCGCAAGACGACTACGCAGGAGTCGGTCGATTGGTTAGACTTAATGAACACGAGGCGGAGCTCGGCGGTATTTATATTCTGGACAAGTTTAGAGGCCAGTCCCTCGCGCACGAAGTCGTCTCGTTTCTGGTGGAAGAATCCAAAAGACTAGGTTTTAAGACGGTTTACTGCATTCCATTTGAGGAGCTGCAGCATTTCTATAAGAAGTTTGGTTTTCATGAAATCGATGTAAATGCTCCCGCAGTCGAACCCAAAATTTCAGCAAAATATCACTGGTGTCGCGAAAGATACGATAAAAAAGTACTGCTGCTAAAGCTGAGCCATGGCTAA	MSIKRVTQAELPWVNQQYVHIGFQPSSLDNEIIAIVMSQDDYAGVGRLVRLNEHEAELGGIYILDKFRGQSLAHEVVSFLVEESKRLGFKTVYCIPFEELQHFYKKFGFHEIDVNAPAVEPKISAKYHWCRERYDKKVLLLKLSHG				NA	NA	NA	NA	NA
JZ016_02926	2217	yhgF	COG2183	Protein YhgF	TTGTCTGAATTAGAAGCTGTTGTGGAAGTAAATGAGGAACAGATTCGCAAGGAAGAATCGAAACGGATCGTGAAGCAGATCGCGAAGGAGCTTCAATTGTCCGAAAAACAGGTGCGCACGACCGTTGAACTTCTGGATGAGGGCAATACCATACCGTTTATTGCGCGTTACCGTAAGGAAATGACAGGCGAACTGGATGAGAACCAATTACGTGATATTGAAGAGCGGACTGGCTATCTGCGCAATTTGGAGATCCGTAAGCGGGAAGTCATCCGCATCATAGAGGAGCAAGGCAAGCTGACGGAAGATCTGAAGGCATCGATTACGGCCGCCGTTAAGCTGCAGGAGGTAGAAGATCTCTACCGTCCGTATAAGCAAAAGCGTAAAACCCGGGCAAGCGTTGCCAAGGAAAAAGGGCTTGAGCCGCTGTCGGAGTGGATATGGTCGCAGCCGAAGCAGGCTGATGTGATGGTTGAGGCAGCCAAGTATGTGGATGAGGAGAAGGGTGTGGCTTCGGCAGAAGAGGCCGTGCAAGGCGCGATGGATATACTGGCTGAAAACATTGCCGATGATGCAACCGTTCGTTCCTGGGTTCGCAGATACAGCTTGGACCACGGCATATTGACCTCTGAGGCGAAGGATACCGAAGTGGAATCCGTATACGAGAACTATTACAATTACCGGGAATTGGCGAAGAAAATGCCGCCGCACCGGATTTTGGCCATTAACCGGGGAGAGCGCGAGAATATTCTAAAGGTAGGGCTGGATGTTCCTTCCGAATCCATTCACGCGTATATCGGCAAGCAGGTGCTTAAAGGTCCATCAGCCGTCACGGACATTCTTACGGCGGTGATCGAGGATTCATACAAGCGCCTCATTGCTCCATCGATTGAACGGGAAGTACGGGGAGAGCTGACGGAAAAAGGGGAGAACCAGGCAATCTCCATCTTTGCCGGGAACCTGCGCAGCCTGCTGCTGCAGCCGCCGGTGAAGGGACGCTGTGTGCTGGGCGTTGACCCGGCCTACCGTACCGGTTGTAAGCTGGCGGTGGTCGATGATACGGGGAAGCTGCTTGAGGTGGCCGTAACCTATCCGACGCCGCCGGCCAACAAGAAGCAGGAGGCGGCCGCCAAGTTTAAGGAGCTGATTGCCAAATACGGCATCAAGCTTATTGTCATTGGAAACGGTACGGCATCCCGTGAAACGGAGCAGTTCGTAGCCGAAGAAGTCATTGCGGAGCTTGCTGACCCTGAGCTGGCCTACCTCATCGTCAATGAAGCGGGAGCAAGCGTGTACTCGGCCTCGAAGCTGGCGCAGGAAGAATTCCCGGACCTGGATGTTGCCGAGCGCAGCGCGGCCTCGATTGCCCGCCGTGTGCAGGACCCGCTGGCCGAGCTGGTGAAGATTGATCCGAAATCGATCGGCGTGGGCCAATATCAGCATGACGTAACCCAGAAGCATCTGGAGGAGAGCCTGAAGGCCGTCGTGGAGTCTGCGGTGAACCATGTCGGGGTGGATGTGAATACGGCTTCGCCGTCACTACTATCCTATGTGGCCGGCATCAATGCCACGATTGCCAAAAATATCGTGAAATACCGGGAAGAGAACGGGAAGTTTGTCAGCCGGAAGCAGCTCCAGAAGGTCCCGCGTCTCGGTGCCAAGACCTATGAGCAGTGCGTGGGCTTTATGCGGATTTCGGAAGGCGAGAACATATTGGATCGTACCCCGATTCACCCGGAATCCTATGTGGTGGTTGACCGTTTGTTCAAGGAGCTTCAGGTAAGTCTGGACAAGCTTGGAAGCAAGGAGCTCGCTGAACTGCTGGATGCCCAGCAGCCGGAGAACCTTGCCGTGAAGCTGGAGGTTGGCGTGCCGACGCTGCGTGATATACTGGACAGCTTGCAGCGCCCGGGACGCGATCCGCGGGAGGAATTGCCGCTGCCGATTTTCCGTCAGGACGTACTGAAGATCGAGGATCTCATGCCGGGAATGGAGCTGCAGGGAACGGTACGCAATGTCATCGATTTTGGCGCCTTTGTGGATATCGGCATCAAGAGCGACGGACTGGTGCATATTTCCCAGCTGAGCGATGGGTTTGTCAAACACCCGATGGATGTTGTCTCTGTGGGGGATAACGTTACCGTGTGGGTGCTGAATGTAGATTTGAAGAAAGGCCGCGTCGGATTGACGATGCGCAAGCCGAAAGATCAGTCATAG	MSELEAVVEVNEEQIRKEESKRIVKQIAKELQLSEKQVRTTVELLDEGNTIPFIARYRKEMTGELDENQLRDIEERTGYLRNLEIRKREVIRIIEEQGKLTEDLKASITAAVKLQEVEDLYRPYKQKRKTRASVAKEKGLEPLSEWIWSQPKQADVMVEAAKYVDEEKGVASAEEAVQGAMDILAENIADDATVRSWVRRYSLDHGILTSEAKDTEVESVYENYYNYRELAKKMPPHRILAINRGERENILKVGLDVPSESIHAYIGKQVLKGPSAVTDILTAVIEDSYKRLIAPSIEREVRGELTEKGENQAISIFAGNLRSLLLQPPVKGRCVLGVDPAYRTGCKLAVVDDTGKLLEVAVTYPTPPANKKQEAAAKFKELIAKYGIKLIVIGNGTASRETEQFVAEEVIAELADPELAYLIVNEAGASVYSASKLAQEEFPDLDVAERSAASIARRVQDPLAELVKIDPKSIGVGQYQHDVTQKHLEESLKAVVESAVNHVGVDVNTASPSLLSYVAGINATIAKNIVKYREENGKFVSRKQLQKVPRLGAKTYEQCVGFMRISEGENILDRTPIHPESYVVVDRLFKELQVSLDKLGSKELAELLDAQQPENLAVKLEVGVPTLRDILDSLQRPGRDPREELPLPIFRQDVLKIEDLMPGMELQGTVRNVIDFGAFVDIGIKSDGLVHISQLSDGFVKHPMDVVSVGDNVTVWVLNVDLKKGRVGLTMRKPKDQS				NA	NA	NA	NA	NA
JZ016_02927	351	ndoA	COG2337	Endoribonuclease EndoA	GTGATCGTTAAACGGGGCGACGTATTTTTTGCGGATTTATCACCTGTTGTCGGTTCTGAGCAGGGCGGCGTAAGGCCAGTCCTTGTCATTCAGAACGATATCGGCAACCGGTTTAGTCCGACTGTGATTGTTGCAGCCATTACGGCACAGATTCAAAAAGCCAAGCTGCCGACTCACGTCGAAATCGACGCGGCGTCGCATGGATTTGACCGGGATTCCGTCATTTTGCTAGAGCAGATCCGGACGATTGATAAGCAGCGGCTAACCGACAAAATCACCCATCTTGATGATGAAATGATGAGTAAGGTGGATGATTCCCTGCAAATAAGTCTGGGCTTGATTGATTTTTGA	MIVKRGDVFFADLSPVVGSEQGGVRPVLVIQNDIGNRFSPTVIVAAITAQIQKAKLPTHVEIDAASHGFDRDSVILLEQIRTIDKQRLTDKITHLDDEMMSKVDDSLQISLGLIDF	PGPT0027390_1012	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027390-toxin_mazF|ndoA|chpApemK-K07171	NA	NA
JZ016_02928	273	ndoAI	COG0864	Antitoxin EndoAI	ATGCAGAACACCAAACGAATCATGATCAGTTTACCGGATCATCTTTTGCAGGAAGTGGACGGGATCGCTCAGCTGGAAAATTCCAACCGCAGTGAGCTTATTAGGCAAGCCATGAAGTTGTACCTGAATGAACGGAAGAAACGTTACATTCGTGAATCCATGCAGCGAGGTTATATGGAAATGGCCAAAATTAACCTGACCATGGCTTCTGAGGCGTTTCACGCGGAGGAAGATGCAGACAACACTCTAGACCGCTTAGTAAGCGGGGTGTAG	MQNTKRIMISLPDHLLQEVDGIAQLENSNRSELIRQAMKLYLNERKKRYIRESMQRGYMEMAKINLTMASEAFHAEEDADNTLDRLVSGV	PGPT0027400_129	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027400-REGULATION|antitoxin_ndoAI-K07723	NA	NA
JZ016_02929	1188	alr		Alanine racemase	TTGCAAGCGATATATCGACCTACCCTGGCGGAGATCAACCTGGACCATCTGCGCGCCAACTATAACGCTTTTCGTGAGGCGCTGCCAAGCCACATGAAATTGCTTGCTTGTGTGAAGGCTAACGCCTATGGTCACGGAGCTGTAGAAGTGGCACGCGAACTTCAGCAACTGGGGGCGGCTTACTTAAGCGTAGCTTTCCTGGATGAAGCGCTCGAGCTTCGGCAAGGAGGCATCTCCAGCCCGATCCTGGTGCTCGGATATACACCACCGGAGGCTGTAGAGATCGCTTATGAGCATGATGTAACCATAACCCTGTTCAGTTCGGAAGTGCTCCAAGCGATAAAGGCACTGCCGGTCCAGCCGGAGAAGCCACTCAAGGTACACATCAAGATTGACAGCGGAATGGGTCGTTTGGGCCTGCTTCCAGGCGAAGATGCAATTTCTTTTATAGAAGAAGTATTTTCGCTGACGCAGGTTGTTGTCGAAGGAATGTTTACCCATTTTGCAAGAGCGGATGAAAAGAACAAAGACTATACGTTGGGACAGTACCGCCGTTTTCAGGGCGTAGCGGACGCTCTTCGGGATAAGGACTACCATATCCCGCTCATACATACGGGCAACAGCGCTGCTGCGATTGATACACCCGAATTATCCTATGATATGGTTCGTGTCGGCATCAGCTTGTACGGACTGTATCCTTCAGACGAGGTGAATCGAAAAACAGTGAGCCTCCGCCCTGTCATGACGTTAAAGACAAAGCTTGTCTACGTCAAAAATTTACCTCCGCATTCCGGTATCAGCTACGGGACGAAGTATGTAACGGAGGAGGAAGAGCAAATTGGAACCCTCCCCATCGGTTACGCCGATGGCTTCTCTCGTATGCTGAGCGGTAAAGTGGAAGTACTGATACGCGGCCGCCGCGTCCCTGTTGTCGGAACCATCTGTATGGACCAATGTATGGTATCGCTCAAACCTTTCGCCGATGAGGCGGAACAAATTAAAGCTGGTGAAGAGGTTGTACTCATCGGTCAGCAGTCTGACGAATGCATTACGGCAGATGAGCTGGCGTCCAAGCTGGGGACGATCCACTACGAGGTCGTCTGCATGATTGCCCACCGGGTACCACGTCAGTATATACGCAATGATATACCCGTGAAGACCGTAAATGCACTCTGGAGCAACCTTTAA	MQAIYRPTLAEINLDHLRANYNAFREALPSHMKLLACVKANAYGHGAVEVARELQQLGAAYLSVAFLDEALELRQGGISSPILVLGYTPPEAVEIAYEHDVTITLFSSEVLQAIKALPVQPEKPLKVHIKIDSGMGRLGLLPGEDAISFIEEVFSLTQVVVEGMFTHFARADEKNKDYTLGQYRRFQGVADALRDKDYHIPLIHTGNSAAAIDTPELSYDMVRVGISLYGLYPSDEVNRKTVSLRPVMTLKTKLVYVKNLPPHSGISYGTKYVTEEEEQIGTLPIGYADGFSRMLSGKVEVLIRGRRVPVVGTICMDQCMVSLKPFADEAEQIKAGEEVVLIGQQSDECITADELASKLGTIHYEVVCMIAHRVPRQYIRNDIPVKTVNALWSNL	PGPT0020040_762	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775	NA	NA
JZ016_02930	1113	ydcC	COG2834	Sporulation protein YdcC	ATGCGCCGGATTTCATGGGTGCTGCTCGCGGTAGTATTATGCTTAACAACAATACTGGCGGGATGCGGGAAGAAGAATGCAGACAGCGTTGTAAAGGATCTGGGCAAGGTGGCTGATAAGCTGGAAAGTGCCAAGGGCGCTTACCAGGGAGCGGGCGTTATGACCATACATACCGGTTCGGCGCCGCAGGAGTATCAGGTTGAGGTATGGTACCAGTCTCCATCTTATTACCGGATCAGCTTAACCAATGGGCAAAAGGATATTACGCAAATCGTGCTTCGCAACGATGACGGCGTGTTCGTTCTGACGCCGAGCTTAAACAAGAGCTTCCGCTTCAAGAGCGACTGGCCGGATAATCAGGGACAGGTATATCTGTACCAAACGCTGCTCAGCAGCATTCTGAGCGACAACACCCGTCAGTTTGCCGAGGATAAGGATAGTTACGTGTTTGATGTGGCCGCCAATTACCACAGCCATTCCTTGATTCGTCAGAAGATTTGGCTCGCCAAGGACAACTACACGCCGAAACAGGTACAAGTGTCGGATTCCGAAGCGAATGTGGTTGTTGAGGTGAAATTCAACACCTTTACCTTTGATACGAACCTGACCAAGGATTCATTTGATACGAACAAGAATCTAAGTGCCATGAACGATGCGAAGGGGACCATGGCGGAAGTGGACGAGAACGGGGTACCAGTGGCTTCCAGTACGGAAGGTAACGGCACTCAGGGAACCGAAGGTTTGACGGAAGCGGCTTCGGGTCGCGATATGGGATCCTTCGGCATCATCTATCCGGAATATGTGCCTGCAGGGGTCACGAACAAAGACACGATGGAAGTTCCGGAGAGCAAGGATCATGCGGTTATTCTGAAGTATGACGGTGTGTATCAATACACGATTATGGAATCCAGACCGGTGGATCGTGCGGTTTCCCTCGTACCGGGCGAGGCCGTGTATATCGATTTCACAACGGTTGGCCTGCTCACCGGCGATCAGCAAAGAACGCTGACCTGGAATTCGGAAGGCGTGGAATACCGAATTACGAGCGCCAACCTGCCTGTTGAAGAAATGAAGAAAGTCGCTGCTTCCATGCAGGGAGAATCGGGTAAATAA	MRRISWVLLAVVLCLTTILAGCGKKNADSVVKDLGKVADKLESAKGAYQGAGVMTIHTGSAPQEYQVEVWYQSPSYYRISLTNGQKDITQIVLRNDDGVFVLTPSLNKSFRFKSDWPDNQGQVYLYQTLLSSILSDNTRQFAEDKDSYVFDVAANYHSHSLIRQKIWLAKDNYTPKQVQVSDSEANVVVEVKFNTFTFDTNLTKDSFDTNKNLSAMNDAKGTMAEVDENGVPVASSTEGNGTQGTEGLTEAASGRDMGSFGIIYPEYVPAGVTNKDTMEVPESKDHAVILKYDGVYQYTIMESRPVDRAVSLVPGEAVYIDFTTVGLLTGDQQRTLTWNSEGVEYRITSANLPVEEMKKVAASMQGESGK				NA	NA	NA	NA	NA
JZ016_02931	1329			hypothetical protein	ATGGAAATATTAAAAAATCGCAATTTCCTGCTGTTGTTCGTTGGCCGAATTCTTACGAATATCGGCGACAGCCTGTACGCGGTAGCGGCCATGTGGCTGGTGTACGATCTCGGAGGCTCGACGCTGTATACGGGGCTTGCCGGCTTCCTCTCGATTCTGCCCCGAATCATTCAACTGCTATCCGGTCCGATGATTGACCGCGTTCCTATACGGGGGCTTCTGGTGTACACCCAGTTATTTCAGGCGCTTCTTCTGTTGATCGTTCCGCTTGCATTTTATTTCGACTTTCTGACGGTCGGCGTTGTACTGGCGATTACACCGATTCTGTCCACGCTGAATATGTGGGTATATCCGGCCCAAATGTCGGCCCTTCCCAAAATTCTCGATAAGAAGCAGCTGACGCAAGGCAACTCGCTGTTCTCCTTAGCCTATCAAGGCATCGATGTCGCTTGCAACGCAATATCCGGCGTGTTGATTATTGTGCTGGGCGCAGTATCCCTTTACTTGTGGAATTCCATTGGCTTCTTCATCGGAGCGCTGTTATTCTCGCAATTGAAAATCAAGAAATCCATCAAAACTTCGGATAACAACGATAATAAAACATCAATGAACAATACAGAAACTTCAAAACCTAAGCGTAATGCCCTTAAAAGTTATTGGGCGGACATGAAGGAAGGTCTTCGCTATATTCTGGCAACCCCGCTCGCACGGGTACAAATGGGGATGATTGTCATCAATGCTGCGGGCGGCGCTACCTTTACGGTTATGCCAGCGTTTGCCGACAGCCTCGGCGGAGCCGGCGTCTACGGTATATTGCTCATGGCCCAGGCTTTCGGAAGTTTGCTGGGAGCGATCCTGGCTCCATATTTGAAGCTGGAGCGCCTGCCCCTTGGTTATATTTTTGCCGGAGCTTTCTGTCTATCGGGCGCTGCCTGGTGTCTCAGCGTATTCACCCCTTGGACTTGGCTTGTCGTTCTGGTGTACGGTCTGGCATGGTTTCCCGGAGGGATTACGAACGTTATCATCAATTCGGTCATTCAGAAGGCAATACCCGAGAAAAGATTGGGTACGGTGTTCGCGGCAGCTAGCGGACTCAGCGGAATTGCCATGCCGCTTGGCAGCCTAATCGGAGGTGCCCTTGGCGTGGTTGCGGCAAGCTCCTCCATTATCGCGGGATGCGGAATCGCCGTGCTCAGCGTAGGGATCTTCTGGGTCTTTGACTCGACTACTCGTAATCTTCCGTCACCTGACAATGTAGATGAGGAATGGTTCGCGCCTTATACGAATACGGCTGCTGAGAAGTCTGTTTCTATGCACACAGCCCCTTAG	MEILKNRNFLLLFVGRILTNIGDSLYAVAAMWLVYDLGGSTLYTGLAGFLSILPRIIQLLSGPMIDRVPIRGLLVYTQLFQALLLLIVPLAFYFDFLTVGVVLAITPILSTLNMWVYPAQMSALPKILDKKQLTQGNSLFSLAYQGIDVACNAISGVLIIVLGAVSLYLWNSIGFFIGALLFSQLKIKKSIKTSDNNDNKTSMNNTETSKPKRNALKSYWADMKEGLRYILATPLARVQMGMIVINAAGGATFTVMPAFADSLGGAGVYGILLMAQAFGSLLGAILAPYLKLERLPLGYIFAGAFCLSGAAWCLSVFTPWTWLVVLVYGLAWFPGGITNVIINSVIQKAIPEKRLGTVFAAASGLSGIAMPLGSLIGGALGVVAASSSIIAGCGIAVLSVGIFWVFDSTTRNLPSPDNVDEEWFAPYTNTAAEKSVSMHTAP				NA	NA	NA	NA	NA
JZ016_02932	498			hypothetical protein	ATGGAACAAGATCAAAATCAAAGCATCGAAATATCGGTGGAACAAGCAAAGCTGCTCGGGAGCGCCCAGCGGGTAAAAATTCTCGGAACCATACTGGATACGGCCAAAACCTCAAAGCAAGTAGCGGATGAATTGGGAGATTCGCCGGGGAGCATCCACTATCATATTCAGAAGTTATATGACGGCGGGCTGATAGATTTGGTGGAGACCCGGACGGTCGGCGGCATCGTAGAAAAATATTATAAATCCAAAGCGAAGTGGTTTAACACCAAGGGAACGCAAACGATGGACCCGGTTCTTGCCGAAGATTACGCAGCGGCGACCCGTACAAGAATCAGCTTGAGGCTGCAGTTGGACGCAGACCAATATGAAGAGATGACAACGGAATTCAAGGAGCTGCTTGAAAAATGGGTGAACAAAACCCTCACGACCAAAGGGAAAGACAGTAAGGAGTATGCCGTCGGGATCAACGTGGTTTCGACGGAAACGTCCGATTAG	MEQDQNQSIEISVEQAKLLGSAQRVKILGTILDTAKTSKQVADELGDSPGSIHYHIQKLYDGGLIDLVETRTVGGIVEKYYKSKAKWFNTKGTQTMDPVLAEDYAAATRTRISLRLQLDADQYEEMTTEFKELLEKWVNKTLTTKGKDSKEYAVGINVVSTETSD				NA	NA	NA	NA	NA
JZ016_02933	561			hypothetical protein	ATGAGCATCAGATCAGCTAGACCACAGGATGCAGCTGCAGCGGTAAGGCTGCTGTATGACGCACTGCACGATGTGGCGCATCAATTAACAGGGGAAGATAGTGAAGAGAAAGTGCTTGAAGTGCTGGAGCAATATTTCCGGGCAGACGAGGGCAGGCTCAGTTACCGTCAGGCTGCCGTGAAAGAGATCGACGGCGAGGTAGCGGGCATTATCGTTGCTTACGGCGGGGATCAAGCGGCCGAATTGGATCGTCCGATTCTGGATCGTTTGCGGAAGCTTAAGAATGACCCTTCCGCAGCGCTGGACAAAGAGGCAGACGAGGATGAGTATTATATCGATACGTTATCCGTTTCTCCGCGGTTTGGAGGAAAGGGAATCGGTTCGGCGCTCATCGATCATGCAGAGAACCGGGCAAAGGAGCTTACGTATCGTAAAATTGCTCTCGCTGTGGTAACGGACAATCATCGCGCCCATTCTTTGTACGACAGAAGAGGATATAAAACGGATAAGGAAATCATGATTAACGGGCATGTTTATTATCATATGGTCAAACCCGTATAG	MSIRSARPQDAAAAVRLLYDALHDVAHQLTGEDSEEKVLEVLEQYFRADEGRLSYRQAAVKEIDGEVAGIIVAYGGDQAAELDRPILDRLRKLKNDPSAALDKEADEDEYYIDTLSVSPRFGGKGIGSALIDHAENRAKELTYRKIALAVVTDNHRAHSLYDRRGYKTDKEIMINGHVYYHMVKPV				NA	NA	NA	NA	NA
JZ016_02934	1329			hypothetical protein	ATGGTCAGTATGTCCTCAAGAATGGTAGAAATTGCAGATTTTCCATCGGTTAACTTAGGCAATACCCGAAGTTTGTATGTATATCTTCCACCCAGTTATCATGAGAATACGGATAAGCATTATGCCGTACTCTATATGCATGACGGGCAGCATGTATTTTCAGCGGATGAGAGAGGCGGTTCCTGGGATATGCACGTCACCGCGGATCGGCTGGTTTCCGAGGGACGAATGCAGGAGATTATGATCGTTGGCATCGCAACGGTTCCTCATCAAAGACTGAATGAATACTTCCATGACAATCCAAGGATGCATGAGGTGTTTGATCCCCCGTTTGCCGGCGAACGCTACGAATTATTTATTATTGAAGAAGTTATACCCTATATCAATCAGAACTTTCGCACGTTGAGGGGCCCTCAGCACACGGCCATGATGGGTTCGTCTGCGGGCGGGATCGTTACCTACAATATAGGCTTTAGAAGACCGGACGTGTTCGGAAGTATAGCGGTCATGTCTCCTTATTTCGTCAAAGCTCATTTTGATGCTCAGGGAGAGCTTAAGGAACATCCCTTTTATGAAAGATACGGGACGCATCCCAATCTTAAGATATGGCTTGATATGGGCGGCGCGGAAGGGGTCTTCATGGAAAAATACGCACGGGAGGAAGCAGAACGTTTGATCCAAGACGGGTTTGTGCCTGGGGAAGATCTCATGCTGTTCCTTGATCAGGGAGCGGCTCACAGCCAAAGCGACTGGGCAGGCAGAGCGCAAGCGCCGCTGCTGTATTTTTTCGGCGACATTGGAGAACCAGCCTCGATAAAGCTGCATGGAGATGGCGTCGTAGGGGTGAACGGACCCGTCAAGCAACTGAACCCGGTCATTACATACGACAGCGGATTTGTGCAATCGTTGATGAACGGAACCTACCATGTCGAGGAGCCGGAATTGCTCACGCTGCTGCCGGACGGAACGATGAAGCCTCGAACATCCGGCAGTACCCGGGTTACGCTGCAGATGGGAAGCTTGAGCGCAGATAAAGAGATTACGATCGTGGAACAATTGCCTGAGCTTGTGAAAATCACGATTCAGGTGAAGGTACCGCCTTCCACACCGGCTTCCTCCACGATCTATGCTGGATTTGAGATTCCGTACTGCGGAGATGGCATATATAGAGGAAGTGCAATGGTACCTCATGGCTTGTCTTTTACGTTCAAGGTATCAAGAGGGTTTGGACTGCACGAGAAGATCGGGGATCCTGAAGTTAAACGGCGTTCTTTTACAGCATCGTCTGAGATGGAGCTGTTTTATGAGGTTGAGGACTGGGATACTTGA	MVSMSSRMVEIADFPSVNLGNTRSLYVYLPPSYHENTDKHYAVLYMHDGQHVFSADERGGSWDMHVTADRLVSEGRMQEIMIVGIATVPHQRLNEYFHDNPRMHEVFDPPFAGERYELFIIEEVIPYINQNFRTLRGPQHTAMMGSSAGGIVTYNIGFRRPDVFGSIAVMSPYFVKAHFDAQGELKEHPFYERYGTHPNLKIWLDMGGAEGVFMEKYAREEAERLIQDGFVPGEDLMLFLDQGAAHSQSDWAGRAQAPLLYFFGDIGEPASIKLHGDGVVGVNGPVKQLNPVITYDSGFVQSLMNGTYHVEEPELLTLLPDGTMKPRTSGSTRVTLQMGSLSADKEITIVEQLPELVKITIQVKVPPSTPASSTIYAGFEIPYCGDGIYRGSAMVPHGLSFTFKVSRGFGLHEKIGDPEVKRRSFTASSEMELFYEVEDWDT				NA	NA	NA	NA	NA
JZ016_02935	570	opcR	COG1510	HTH-type transcriptional repressor OpcR	ATGGGCTTGTACCATTTAGATGATGAACGGCAGGCAGCCGTGCATAAGATTCGTAAGCGTGTCATTGAAAATATTGGACGGAATATGGATTTGTACGGCATTCCACTCTCAACGGGACATTTATACGGATTGCTTTATTTTGCGGATAAACCGATGAACCTCGATGAAATGGGACAGGAAATGAAGATGAGCAAGACCAGCATGAGTACAGGCGTGCGGACGTTGCTCGATTATAAAATGGTAAACAAGGTGTGGGAGAAGGGTTCCCGCAAGGATTTGTATGAAGTGGAGTATGACTGGTACCAGAGCTTTGTGGATTTCTTTGATATTAAGTGGAGAAAATCGGTGGAGAGCAACATTCTGGTTCTGCGCAAAGCGCTCGACGAAACGGAGAAGCTCCGTAAAGCACATGAAGATGATGAAGAACTGACAGCGGTGCTGCAAGAGGATCAGGCGAAGATGCGTGAGGCCGTTGCTTATTATAAATGGCTGGAACGATTGATTGATACTTTTGTGGATGGCGAGATCTTTAATTATGTGCCGAAAGAGCCGCCAGAAGGCAAATCCTGA	MGLYHLDDERQAAVHKIRKRVIENIGRNMDLYGIPLSTGHLYGLLYFADKPMNLDEMGQEMKMSKTSMSTGVRTLLDYKMVNKVWEKGSRKDLYEVEYDWYQSFVDFFDIKWRKSVESNILVLRKALDETEKLRKAHEDDEELTAVLQEDQAKMREAVAYYKWLERLIDTFVDGEIFNYVPKEPPEGKS	PGPT0013690_37	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013690-gbsR-K22109	NA	NA
JZ016_02936	1203	opuAA	COG4175	Glycine betaine transport ATP-binding protein OpuAA	TTGGCTATTCTGCAAGTTAACAAAGTCAGCAAGTTGTTCGGCGCGAATCCGGAACAAGGGATTCAATTGCTGGAGCAAGGCTGGAGTAAAGCGCGAATTGCGAAAGAGAAGAACATAACGGTTGGCGTTAACCGTGTCAGCTTCGATATTCACGAAGGCGAGATTTTTGTCATCATGGGGCTGTCAGGCAGCGGTAAATCTACATTGGTCCGTTTGCTAAATCGGTTGATTGAACCAACATCGGGCGAAATATTGATCCACGGCAAAGATCTCCGAAAAATGAACAAGGAACAGCTGCGTGAAGTACGACGCAAAAAAATCAGCATGGTGTTCCAGAAATTCGCCTTGTTCCCTCATCGTTCGGTTGTAGAGAATGTGGAGTACGGATTGGAAATTCAAAAGGTACACAAAAGCAAGCGGCACGAAGCAGCCATGAAGTCGCTTGAGCTTGTAGGCTTGAAGGGCTGGGAGGAAAAGATGCCCGATCAGCTTAGCGGCGGGATGCAGCAGCGTGTCGGGCTAGCCCGCGCACTCGCTAATGATCCCGAGATTCTGCTAATGGATGAGGCCTTCAGCGCACTGGATCCGCTCATTCGCAGAGACATGCAGGACGAATTGATCGAGCTCCAGGATAAAATGAAAAAAACCATCGTGTTCATCACGCATGACCTGGACGAAGCTCTTCGAATCGGCGACCGCATTGCCTTGATGAAGGACGGTTCGATCGTGCAGATCGGAACGCCGGAAGAAATCTTGACCCAGCCTGCCAACGATTACGTTGAGCGGTTCGTGGAAGATGTGGATCTGTCCAAGGTGCTTACCGCTTCACGCGTTATGCGCCGTCCGGAGACCATTACGATGGATCGTGGACCTCGCGTTGCGCTGGAGCTTATGCGTGAACGGGGAATCTCGAACCTGTTCGTCATCGACCGTTCCAAGAAGCTGCTTGGCGTCATTACGGCCGAAGATGCTTCGGATGCCATGAAAAATAACCGTAAGCTTGCGGATATACTCATCACGGATGGCCCGAGTGTTGGACCCGATACATTGCTAAATGAATTGTTTGAAATTACGAGCATGGCTAAAGTACCGTTGGCCGTTGTGGATGAGAATGGCCGATTGATGGGCGTTATCGTCCGCGGTGCTGTACTTGGTGCCCTGGCCGGAGAAAGCAAAAGCGAGGAGGTGACGCAAGATGCCTAA	MAILQVNKVSKLFGANPEQGIQLLEQGWSKARIAKEKNITVGVNRVSFDIHEGEIFVIMGLSGSGKSTLVRLLNRLIEPTSGEILIHGKDLRKMNKEQLREVRRKKISMVFQKFALFPHRSVVENVEYGLEIQKVHKSKRHEAAMKSLELVGLKGWEEKMPDQLSGGMQQRVGLARALANDPEILLMDEAFSALDPLIRRDMQDELIELQDKMKKTIVFITHDLDEALRIGDRIALMKDGSIVQIGTPEEILTQPANDYVERFVEDVDLSKVLTASRVMRRPETITMDRGPRVALELMRERGISNLFVIDRSKKLLGVITAEDASDAMKNNRKLADILITDGPSVGPDTLLNELFEITSMAKVPLAVVDENGRLMGVIVRGAVLGALAGESKSEEVTQDA	PGPT0013630_781	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013630-gbuA|proV-K02000	NA	NA
JZ016_02937	834	opuAB	COG4176	Glycine betaine transport system permease protein OpuAB	ATGCCTAAGATCCCTCTCGCAAGCTGGGTTGATTCCTTGGTCGAATGGATGGGAGACGTCTTCTCCGGATTCTTTGACGCCATCTCCTTCATCATCGAAAACATCGTGCAGCTGTTTACGGATTTGTTCATGCTGCCTCATCCGTATCTGTTCATTGTCATCCTGGCCGTCATTGCCTACCTATTAGGCCGTCTGCCGTTGACTTTGTTCACAGCCATCGGTTTTCTGCTCATCGATAACTTGGGTTACTGGTCACAGACCATGAGCACGCTCAGCCTGGTTATCACAGCAGCCTTAATCTCCGTTATACTGGGTGTTCCGCTGGGTATATGGGCGGCCTACAGCAAGTCGGCATCCCGCGTGATCATACCGGTTCTTGATTTTATGCAAACTATGCCGGCATTTGTGTACTTGCTCCCTGCCGTTACATTCTTCAGCTTGGGCGTGGTTCCCGGGGTTATCGCTTCGGTTATTTTCGCCATACCGCCAACGATTCGCTTGACCCGTCTTGGCATTATGCAAGTATCCGGTGAACTGACGGAGGCTGCAGATGCATTCGGTTCGACTTCCGGACAAAAATTGTTCAAGGTTCAGCTTCCGCTGGCCATGCCAACCTTGATGGCCGGCATTAACCAGACCATCATGCTGTCCTTGTCGATGGTCGTCATCGCTTCGATGATCGGTGCCCAAGGTATCGGTGCCGAGGTCTACCGGGCCGTAACGCAGCTGCAAATTGGTAAAGGTTTTGAAGCTGGCTTGGCTGTCGTCATTTTGGCGATTGTCCTTGACCGCTTTACACAAAATATATTTAAAACGAAAAAAAGGGGTGCTTAA	MPKIPLASWVDSLVEWMGDVFSGFFDAISFIIENIVQLFTDLFMLPHPYLFIVILAVIAYLLGRLPLTLFTAIGFLLIDNLGYWSQTMSTLSLVITAALISVILGVPLGIWAAYSKSASRVIIPVLDFMQTMPAFVYLLPAVTFFSLGVVPGVIASVIFAIPPTIRLTRLGIMQVSGELTEAADAFGSTSGQKLFKVQLPLAMPTLMAGINQTIMLSLSMVVIASMIGAQGIGAEVYRAVTQLQIGKGFEAGLAVVILAIVLDRFTQNIFKTKKRGA	PGPT0013635_2514	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013635-gbuB|proW-K02001	NA	NA
JZ016_02938	912	opuAC	COG2113	Glycine betaine-binding protein OpuAC	TTGAAGAAACAGAAGTTTTGGTTGCTGCTCAGCTTGGCTGCTATTCTGGTTCTGTCTGCTTGCGGAAATGGCGGAACGGATGGAACGACGGACAAAGGGGCTGAAGGCGGTTCAACTGCTTCCCTCGGTGAACAAGTGAAACATGAAATCATCGGTATTGATCCAGGTGCAGGCATTATGAAGGCGACCGCAGCGGCTATTGAGGAATATGGATTGACCGACTGGAAACTGGTCGAAGGCTCCGGAGCTGCCATGACGGCAACCCTTAACAAAGCCATTAAGAATGAGGATCCGATCATTATTACCGGTTGGACTCCGCACTGGATGTTCTCCAAGTATGACCTGAAGTATCTGGAAGATCCGAAGAAAGTATTCGGTGAAGCGGAAGAGATTCACACCGTTGTCCGTCTTGGACTGAAAGAAGATCATCCGGACGCTTACAAGTTCCTAAGCAATTTCAAATGGACGTCCGACGATATGGGTCAGATTATGACGGCGATTCAAGAAGGCCAAGACCCTGAAGCTGCCGCGAAGGAATGGGCAGACAACAATGCGGAGAAAGTCGACGCCTGGCTCGAAGGCGTTCAACCCGTTGACGGCAAAACCTTCAAATTCAGTTATGTCGCTTGGGATTCCGAGATCGCCAGCACCAATCTGCTGAAAGTGATCATGGAAGACAAGCTCGGATACAAAGTTGAGGCGCTTCAAGTCGAAGCAGGCCCAATGTGGACCGGCGTTGCCAACGGAGACGTGGATGCAACCGTAGCAGCATGGCTTCCGTTGACGCATGCAGACTACTGGGATAAGTTCAAGGACCAAGTCGAAGACCTTGGCGCTAACATGGAAGGCGTGAAAACCGGCCTGGTGGTTCCGTCTTACGTGGAAGCAAATTCTATTGAGGATTTGAAGTAA	MKKQKFWLLLSLAAILVLSACGNGGTDGTTDKGAEGGSTASLGEQVKHEIIGIDPGAGIMKATAAAIEEYGLTDWKLVEGSGAAMTATLNKAIKNEDPIIITGWTPHWMFSKYDLKYLEDPKKVFGEAEEIHTVVRLGLKEDHPDAYKFLSNFKWTSDDMGQIMTAIQEGQDPEAAAKEWADNNAEKVDAWLEGVQPVDGKTFKFSYVAWDSEIASTNLLKVIMEDKLGYKVEALQVEAGPMWTGVANGDVDATVAAWLPLTHADYWDKFKDQVEDLGANMEGVKTGLVVPSYVEANSIEDLK	PGPT0013640_3035	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013640-gbuC|proX-K02002	NA	NA
JZ016_02939	732			hypothetical protein	ATGGAACAACAAAGCGTTTTTGGTGATTTTCACTCTATCCTGTCCGAGACCGGGACTTGGAAGATCGGTGGTTTTCCGCTGCCGGACGGTTCATTTTGGGAATATCGCGAGCCGAATGCAGTCGTGATCGTCCGCAACGGAATCCTGTACGTGCGGGCGCCGCTCAGCCGCCAGAATGATCAAATCCAAATTCTCGATAATGCCAAGCATATGTATTATTCCAACGAAGAGGTGGAAGTGCCGGAATCCGGTGAGGTCACGTTCGAGCTGCAGATTCGGGCACGCACCCAGGGTACGGTTCCCGGCGACTTGTATGACGGCTACGTATCGTTGAATCTGCTTGATTTCAGCACGGGCGCAGCACTGGACTTTTTTGCCTCGAACGACAAGTATGCCAGCGTGTATGCCGTCCTGCCATTCCCGGGCGTGCAGGTGCCGGAATCGGACAAGACCCGCTACTTCTGCATTTTCAAAGAGGAAGATACGCATTTTACACCGCGGGAATTCAACACGTACAAAATTACGTATAACCGTGCCGAGGACGAAGCGATCTTCTACGTGAACGGCGAGGAGATCCGCCGGGAGAAAAACATCCCGATCAAGTTTAATAAGTTCACCATCGCTTTGGGGATCATGACCGAAAAAGACCTTACGCCGCAGGGCAGCGTATCCGTGCATGGACAAACCGTCATTGCCGAATATTCTCCCGTGACGGTAACGATAAAAGAGTAG	MEQQSVFGDFHSILSETGTWKIGGFPLPDGSFWEYREPNAVVIVRNGILYVRAPLSRQNDQIQILDNAKHMYYSNEEVEVPESGEVTFELQIRARTQGTVPGDLYDGYVSLNLLDFSTGAALDFFASNDKYASVYAVLPFPGVQVPESDKTRYFCIFKEEDTHFTPREFNTYKITYNRAEDEAIFYVNGEEIRREKNIPIKFNKFTIALGIMTEKDLTPQGSVSVHGQTVIAEYSPVTVTIKE				NA	NA	NA	NA	NA
JZ016_02940	927	menA_1		1,4-dihydroxy-2-naphthoate octaprenyltransferase	GTGGATGCCCTTGAACAGTTTAAAAAAGCTTCCCGAATCAAAGTGATTCCCGTTATGCTGATTCCGGTTGCTTTAGGAGCACTCGGGGCTTATGTATGGACAGGTGAATTTCATATCGGCCTCTTTTTATTGACCTTGATCGGGAGCGGCGCTGCCCATCTGTTCTCCAATATGGTGAATGATTTGTGGGACTATAAGAACGGAACGGACACGGAAGCGCAGGAGCATGTAGATGCGATCTCCACGAATTCCGGTTTTCTTACGAAGGGCGTCTGGTCGCTCCGTAAATTCGAGATCGTTACCTGGATGCTGTTCGGGATTGCGGCGCTGAGCGGTATTATCCTTAGTTTGATCAGTGGTTGGTGGGCCTTCATCTTTGGCGGACTTGGCGGTCTGATCGCTTATTTCTATGTCGCACCGCCGATTCAATTCGGATACCGCGGCAAGGGTTTCAGCGAGATTGCGATTTTGCTATCCTTTGGTATTTTGCCGGTGATGGGCGCATACTACGTTCAAACCTCTCATATGGATGTTCGGGCGCTGCTGCTGTCACTGCCCATTGGGCTGCTGACAACGCTGATTTTGTTTAATCATCACTTTTTGCATTGGCAGGCGGATCGTCAGGCCGGGAAGAAGACCCTGGTAGTGGTATGGGGTGAAAAAAGAGCGCTGAGCTTCTCGAGAGTTCTGCTGCTGCTGGCCTGCTTGTCTTTGATAGCCTGCGTATTGGCCGGGGCGCTCCCGCCTTACGCATTGATTGCACTGCTTACGATGATTCCGTTGTATCTTGTCTATGGAAGACTGAAGGACAACAACCGTTCCGAAGCGTATTTACCACTGATGGGTGCGTCTACGATGACCACCATGCGCTGCGGCGGCGTGCTGATCCTGTCATTGATCATTCAAGGAATCATTCAGACTTTGTAA	MDALEQFKKASRIKVIPVMLIPVALGALGAYVWTGEFHIGLFLLTLIGSGAAHLFSNMVNDLWDYKNGTDTEAQEHVDAISTNSGFLTKGVWSLRKFEIVTWMLFGIAALSGIILSLISGWWAFIFGGLGGLIAYFYVAPPIQFGYRGKGFSEIAILLSFGILPVMGAYYVQTSHMDVRALLLSLPIGLLTTLILFNHHFLHWQADRQAGKKTLVVVWGEKRALSFSRVLLLLACLSLIACVLAGALPPYALIALLTMIPLYLVYGRLKDNNRSEAYLPLMGASTMTTMRCGGVLILSLIIQGIIQTL	PGPT0009395_960	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009395-menA-K02548	NA	NA
JZ016_02941	978	ccpB_2		Catabolite control protein B	GTGGCTAACATTAAAGAGATTGCCAAGCTGGCAGGCGTATCGGTCTCAACGGTATCCCGGGTGCTGAACAACCATCCCTATGTCAGGGAAGATAAGCGGACACGCGTGTTGGAGACCATGAAACAGTTGAAATACGCCCGGAATATGAACGCGGTTCATCTGATTACAGGGAAAACGATGAATATTGCTATCATGCTGCCGTTTATTAATCATGCCTACTTCTCCTTGCTGATGGAGGGAGCCGGCCAAGAAGCGCTTGCCGCTAGCTATCGCCTAATCCTGTGCCAAACCGGGTATGCGCCGGACAAGGAAGTGGAAGTGCTGGAGATGCTGCGAAACCGCGAGATTGACGGCATTATTATTTTATCATCGGCCGTAACTCCGAAACAGATCGAGGCCTATTGTGCTTATGGACCGATTGTATGCTGTCAGGATGCGGGTGAACGATTATTTTCTTCTATATATATAAACCATGCTGAGGCATTTCGCAGTGCCATGCAATTTTTGATAAAGCGGGGGCATCGACGCATCGGCTTCACGGTGGGAAGACTGGACAGTCCGAGCACGAGAGCACGCCAAGTGGCATATAAAGAAGTCCTTAAAGAGATCGGGGAGCCTTACCGCCAGGAATGGATTTTGGATGGCTGTATCGATCTGGAAGACGGTGCGGCAATCATGGATCGGCTGTCCGCTATGGAGGAACGTCCAAGTAGTTTATTGGTAACGGGTGACCATGTGGCCGCGGGTTTGATCTATGAAGCTGAGAAGAGAGGACTCTCCATTCCGCAAGAGCTCGCTGTCATTGGCTTCGATAACCAGCCGATCGGCAAAATGCTGGGTCTCACCACGATTGATAACCGACTCTTTGATATGGGTTCGGAGGCCTTCAAGATGCTGTATGCGCATATTCAAGGGGAGCGGAAAGAGCCGATTCGCAAGGAGCTTGCCTTCGAGCTGATCGAACGTTCATCGGTATAA	MANIKEIAKLAGVSVSTVSRVLNNHPYVREDKRTRVLETMKQLKYARNMNAVHLITGKTMNIAIMLPFINHAYFSLLMEGAGQEALAASYRLILCQTGYAPDKEVEVLEMLRNREIDGIIILSSAVTPKQIEAYCAYGPIVCCQDAGERLFSSIYINHAEAFRSAMQFLIKRGHRRIGFTVGRLDSPSTRARQVAYKEVLKEIGEPYRQEWILDGCIDLEDGAAIMDRLSAMEERPSSLLVTGDHVAAGLIYEAEKRGLSIPQELAVIGFDNQPIGKMLGLTTIDNRLFDMGSEAFKMLYAHIQGERKEPIRKELAFELIERSSV	PGPT0021075_1725	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499	NA	NA
JZ016_02942	174			hypothetical protein	ATGGAGACGTTCGGCAGAGGCTGCCTGTACATTATAATGGGTATGGTTGGATTGTTCCTGCTTGCCATTCTATTGGGGACGACGATTACGATCCCCTGGTTCATCTTCATTCCGCTTATCATCATTGCCTTTGCTATAGCTGCATCCAAGAGCAAGAACAAGGATGATGATTAA	METFGRGCLYIIMGMVGLFLLAILLGTTITIPWFIFIPLIIIAFAIAASKSKNKDDD				NA	NA	NA	NA	NA
JZ016_02943	831			hypothetical protein	ATGGCCATGCAAATCAGAACAGAAGTATTAGCAAAATTAAAATCAGAGGTAGCAGCGGGTAAGGTGTTATTGGGAGCGGGAGCAGGAACAGGGATTTCGGCCAAGAGCGCCGAAGCCGGCGGCGTAGACTTGATCATTATTTATAACTCGGGCCGTTACCGGATGGCGGGGCGCGGCTCGCTCGCAGGATTGATGGCGTACGGGGATGCGAATCAGATCGTGGTGGACATGGGGAATGAGGTGCTGCCGGTCGTTAAGCATACGCCGGTATTGGCGGGGGTTTGCGGCACGGACCCGTTCCGGATCATGGATATTTTTCTGAAGCAGCTTCAGGAGCAAGGCTTTGCGGGCGTGCAGAACTTTCCGACGGTGGGCTTGATTGACGGCGTATTCCGGGCGAATCTGGAAGAGACGGGCATGGGTTATGATCTTGAGGTTGAGATGATCCGGAAGGCTCATGAGCTGGGTATGGTGACCACCCCATATGTGTTTGATGTCGATCAAGCGAAGAAGATGGCCGAAGCCGGAGCCGATATTCTGGTTGCCCATATGGGACTTACCACCAAAGGTACCATAGGCGCGAAAACGGCACTGACGCTCGACGATTGCGTGGACAAGATTCAAGCGATCTGTGATGCGGGTAAAGCCGTCAACCCGGACATTATGATTCTGTGCCATGGCGGTCCGATTGCAGAACCTGAAGATGCGGCGTATGTATTGTCCAGAACCAAGGGCGTGGAGGGATTCTTCGGAGCCTCCAGTATCGAGCGTTTTGCCACAGAGGTTGGCATTAAGCAGCAGACAGAGGCATTTAAGAATATCTCCAAATAA	MAMQIRTEVLAKLKSEVAAGKVLLGAGAGTGISAKSAEAGGVDLIIIYNSGRYRMAGRGSLAGLMAYGDANQIVVDMGNEVLPVVKHTPVLAGVCGTDPFRIMDIFLKQLQEQGFAGVQNFPTVGLIDGVFRANLEETGMGYDLEVEMIRKAHELGMVTTPYVFDVDQAKKMAEAGADILVAHMGLTTKGTIGAKTALTLDDCVDKIQAICDAGKAVNPDIMILCHGGPIAEPEDAAYVLSRTKGVEGFFGASSIERFATEVGIKQQTEAFKNISK	PGPT0021745_12	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021745-atoC-K07714	NA	NA
JZ016_02944	1194			hypothetical protein	GTGAAGACGGTAGCTATTGCGGGGACATTTGATTCGAAGGGTGCTGAGTTTTCATACGTTAAATCCGTCATCGAGAGCTTGGGGCTAAAGACGTTTACGATCCATAGCGGTGTGTTTGAACCGATGTTCAAGCCGGATGTATCCAACGACGAGGTTGCAGCGGCAGCTGGAGTAGATATACGTGAGATCGCGGCCCGGAAGGACCGGGCGGCAGGGACTGAAGCGTTGGCTCAAGGGATGGGAAAAATTGTACCGAGGCTGTATGCAGAGGGCAAATTCGACGCCATGCTGTCATTCGGCGGTACGGGAGGTACTTCGATCGTCACAGCAGGCATGAGGGCATTGCCGATCGGCGTTCCGAAACTGATGGTGTCCACGGTCGCATCCGGCAATACAGCGCCTTATGTGGGGACAAGTGATATTATCATGTTCCCGTCCATCGTGGATGTATCCACCAAAATATTCACGAACGCGGCACATGCGATCGCCGGTATGGTTCAGTTCGAATCGGCGCCCCCGGTGGATAAAAAGCCGCTGGTTGCAGCGACGATGTTTGGAGTCACGACGCCTTGCATCGATTATGCCAGGGCGCATCTGGAGCTGCATGGTTACGAAGTGCTTGTATTTCACGCAACAGGTACGGGCGGACAAACGATGGAAAGCCTCATTGAGGCCGGATATATAGACGGTGTGCTGGATTTGACGACAACGGAATGGTGCGATGAGCTGGTGGGCGGCGTTTTGGCGGCTGGTCCGCATCGGCTGGAAGCAGCCGGTCGCTGCAAGGTACCGCAGGTTGTATCGACCGGAGCGCTGGATATGGTCAATTTCGGTCCATATGAGACCGTGCCGGAGATATTCCGGGAACGGAATCTGTACAAGCATAACCCCTCGGTTACGTTGATGCGGACCACGGTTGGGGAGAACCGACAGCTTGGCGAGAAGATTGCAGAGAAGCTGAATGGTTCGCAAGGGCCTACGGTGCTGATGCTCCCTTTGAAGGGCGTATCGATGCTCGATGTAGAAGGGGAATCATTCCATGGACCTGAAGAGGATAAGATGCTGTTTGATACTTTAAGACAACGCATAGATCGTAAGAACGTTGAGTTGATCGAGATGAATACGGACATTAATGACCAAGCTTTTGCCGTGGCTGCAGCCGATAAGCTGATGGAGCTGATGAAACGGCAGTGA	MKTVAIAGTFDSKGAEFSYVKSVIESLGLKTFTIHSGVFEPMFKPDVSNDEVAAAAGVDIREIAARKDRAAGTEALAQGMGKIVPRLYAEGKFDAMLSFGGTGGTSIVTAGMRALPIGVPKLMVSTVASGNTAPYVGTSDIIMFPSIVDVSTKIFTNAAHAIAGMVQFESAPPVDKKPLVAATMFGVTTPCIDYARAHLELHGYEVLVFHATGTGGQTMESLIEAGYIDGVLDLTTTEWCDELVGGVLAAGPHRLEAAGRCKVPQVVSTGALDMVNFGPYETVPEIFRERNLYKHNPSVTLMRTTVGENRQLGEKIAEKLNGSQGPTVLMLPLKGVSMLDVEGESFHGPEEDKMLFDTLRQRIDRKNVELIEMNTDINDQAFAVAAADKLMELMKRQ				NA	NA	NA	NA	NA
JZ016_02945	1206	rhaR_36		HTH-type transcriptional activator RhaR	TTGAAAACGACCAGAGAACAAATTTTAGACCGATTACATAAAGGAATACAGACGCAGGAGCGATTGATTGGCGTCGCGGCAGGAGCAGGAATCTCGGCAAAATATGCGGTTAAGGGCGGGGCTGATCTGATATTGGCCCTGAACTCGGGTCGTTTTCGGCAGATGGGACTCGGCTCCCTGGCGGGTTTCATGCCCTATGCGAACTGCAATGAAATGGTGATGGAATTCGGCTCGCGGGAGATTCTTTCGGTAGTCCGTGACATACCGGTAATCTTCGGCCTATGCGGCACAGATCCAACCATTCAACTCCCTGATTACTTGAAATACATCCGCGGCAGCGGTTTTGCTGGCATTATCAACTATCCGACTCTGGGACTGATTGATGGACATTTCCGTGAAGCCTTGGAGGAAGAAGGCATTACCTATATGCAGGAGGTGGAGGCTATCCTGGCTGCTCATGAGCAAGATATGTTTACGATGGCCTTTGTTTTTACTCCGGAGCAGACGAAGTGGATGCTGGATGCGGGAGCTGATATCATCTGCGCCCATTTGGGGGTCACGGCGGGCGGGTTGATGGGCACCACGAAAGCATGGTCGCTGGAGAAGGGGGCGGAAATCGCCAGAGACATATTTGAAGTATGTGACGCTTCGGGCAGGCGGCCGATCAAGCTGGTGTATGGCGGCCCGGTCCATACGCCGATCGATGTTCAATATATGTATGACAACACATCAGCCATGGGTTACGTGGGCGGTTCGAGCTTTGAACGAACACCGACGGAGGAGGCCATCGTGGATGCAACACATCGTTTTAAGGCAACGGGCCATCTGGAGCAGGATCGGCAGCTGATGGAGAAGCTCTCGGGGCTCGAAGAGCCGATGGATTATGTTGCATTTGTGAAGGATTATGTTGCCGAGAATTACGGGGGCCCGATTTCAATGACCGAGCTGGCAGAGCGAATTCATGTTTCACGAACGCATCTGAGCGCGCTTTTTAACAGGGAAGTGGGGTGCAGCTTTCCGGAATATATAGCCAAGTACAGGATTCACAAATCGCAGGAAATCATGAAGTACAGCAGGCTGTCACTGGGCAGAATAGCCGAATTGGTGGGCTACCCTGACTATGTTCATTTCAGCAAAACCTTCAAGAAATACGCGGGAACTTCTCCTCAATCCTACCGTCAGCATTTGAAAGACAAATATACATAA	MKTTREQILDRLHKGIQTQERLIGVAAGAGISAKYAVKGGADLILALNSGRFRQMGLGSLAGFMPYANCNEMVMEFGSREILSVVRDIPVIFGLCGTDPTIQLPDYLKYIRGSGFAGIINYPTLGLIDGHFREALEEEGITYMQEVEAILAAHEQDMFTMAFVFTPEQTKWMLDAGADIICAHLGVTAGGLMGTTKAWSLEKGAEIARDIFEVCDASGRRPIKLVYGGPVHTPIDVQYMYDNTSAMGYVGGSSFERTPTEEAIVDATHRFKATGHLEQDRQLMEKLSGLEEPMDYVAFVKDYVAENYGGPISMTELAERIHVSRTHLSALFNREVGCSFPEYIAKYRIHKSQEIMKYSRLSLGRIAELVGYPDYVHFSKTFKKYAGTSPQSYRQHLKDKYT	PGPT0021745_12	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021745-atoC-K07714	NA	NA
JZ016_02946	636			hypothetical protein	ATGACAACAGTTCCATTTCAGTCCATCATTACAGCGGAGGAGGAGCTTCGGGACCTGTTCGGCGAGTCTAATCACGTGGTCAAACATAAAGCGATTGATCGATTGGATCATCACTGCAAAGACTTCATTGCCAAGAGTCCGCTGCTATTTATGGCTACTTCGGACGCATCCGGTTACTGCGATGCTTCGCCCAGGGGAGATGCACCGGGGTTTGTGCATGTGATGGATGAATCCTGTTTGGTTATTCCGGAACGGCCGGGAAATCGACGCTTTGATTCGCTGCGAAATATCCTGACCAACCCGAGGGTCGGCATCGTGTTTGTCATACCGGGTTTGAAGGAGACCCTGCGTGTTAACGGCAGTGCCGTCTTGGTAAGGGATGAAGAAATCCTGGATCGGCTTAGCGTGCAAGGCAAACGGCCATGGCTTGGCATTGGGGTCTCGGTTGAGGAATGCTATATGCACTGTGCAAAAGCCTTCATACGCTCGCAAGCATGGAATCCCGATTCCTGGATATCAGGCGAACAGCTGCCGAATCCGTCCAAGATCATTACGGATCATGTGAATCAAGATAGTGTGACGGAGGAGTCGGTTATTCGGGGATTACAGGATAGTTACAACAAGCGTCTCTATTGA	MTTVPFQSIITAEEELRDLFGESNHVVKHKAIDRLDHHCKDFIAKSPLLFMATSDASGYCDASPRGDAPGFVHVMDESCLVIPERPGNRRFDSLRNILTNPRVGIVFVIPGLKETLRVNGSAVLVRDEEILDRLSVQGKRPWLGIGVSVEECYMHCAKAFIRSQAWNPDSWISGEQLPNPSKIITDHVNQDSVTEESVIRGLQDSYNKRLY	PGPT0003760_38	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_02947	813	uppP_3	COG1968	Undecaprenyl-diphosphatase	ATGGAAGATTTCATCATGTGGTTGAAGTACTTGCTGCTGGGTATTGTGCAGGGGGTTACGGAGCCGATTCCGGTATCCTCCAGCGGTCATTTGATTGTCGCCCAGAGACTCATGGGCATGGAGCAGAATGGGCTGTCATTCGAAATGCTAACCAATGCGGCCTCGTTGATTGCGATTGCGTTTATCTATCGCAAGGATTTGCAGAGACTGATCGTGAACGGCCTAAATTATTTACGCACACGAAAACCGGAGTATAAATCCGACTTCTTGTTCATTCTGTATATTGTTGTAGGTACGATTCCGGCTGTCATTATTGGTCTGTTGTTCAAAGATCAGATCGAAGAAATATTTGCTTCTGTACATACGGTTGGTATTGCGCTGCTGTTCACGGGGGTCGCCCTTTGGCTGATAAGGAATCTTCGCGGCCGCAAGCTGGACAATGACCTGTCATTCAAGGACGCGCTTATCGTAGGTTTGGCCCAGGCGGTTGCGCTGATCCCGGGTATTAGCCGATCCGGCTCAACCGTTATTACGTCGATCGCTGTAGGGATGAAGCAGGAGACAGCGCTTCGGTTTTCCTTTATGCTCTATATCCCTATAAGCTTCGGCGGTATGGTGCTGGGTGTGTCGGATATCACATCGGATCCCGACTTTTCTTCGCTGCTAATTCCTTATCTGATCGCGTTCATTGCTACACTGATCTGTACCTATGTTGCGATGAAATGGCTCATGAATATCATGGCGCGCGGAAACCTGAAATATTTCGCCTATTATTGCTTTGTCGTCGGTGTTTTGCTGCTTGTCTTCTTATAA	MEDFIMWLKYLLLGIVQGVTEPIPVSSSGHLIVAQRLMGMEQNGLSFEMLTNAASLIAIAFIYRKDLQRLIVNGLNYLRTRKPEYKSDFLFILYIVVGTIPAVIIGLLFKDQIEEIFASVHTVGIALLFTGVALWLIRNLRGRKLDNDLSFKDALIVGLAQAVALIPGISRSGSTVITSIAVGMKQETALRFSFMLYIPISFGGMVLGVSDITSDPDFSSLLIPYLIAFIATLICTYVAMKWLMNIMARGNLKYFAYYCFVVGVLLLVFL	PGPT0024165_3297	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024165-bacA-K06153	NA	NA
JZ016_02948	1212			hypothetical protein	GTGCAAGCAAATCCCCTAGCCGATAGGGACTTCAAGAAAAGAGAAGAAGAAATGAAAAGCCTGGCAAAATCCACCCTGTTCATCATGTTGTTATTGTTCATGCTAACTGCATGCAGTTCAGGGAAAGACGCAACCGAAACTTCATCCGCCCCTTCACCATCCGAAAATGAAGCGGCAACAAACACGGCCTCTGAAAATACGGAGACGAATGAAGAACCTGACAAAACTCAAACATTTAAGGGAGAGAATTTCTCCTTTTCCTACCCTTCGACATGGAAGGATGCAGAGCTTAACGTCCCTCAAGTCGTCGCGGCATTCGTAAACCCCAATCCCCAAGGAGCTTTTGTTGATAATTTAAATGTCGTTATTGAGGAATCGTCTGCTACTCCCGAGGAAGCAGCTAATGTTGCCGTACAAGGTTTAACCAATGGAGATGGGGGACCATTAATACAAAATTTCAAAAAACTGAACTACATCGACGTTCCCGAAAAGGCGGCGGGAATCCTGGAATCGGAATACACTCATGGAGAGTCCAATGCCCAGGTCATACTGACTCAATATTTTGTCCCAAACGGCAATGAGCTTTATACGCTTTCCATTTCCTATTCCAAGACAGCCTACGATAATGGAGGAAAAGCGAGTGTCCAAAACATAATGGACTCGTTCGAAACCGTTAAAGTTAGTAATCAGGTGGAAGACTCGAACGCTAACGATGGCAGTAATGTCGAAGGATTAACGGAAGAAAACCTTTTCGCTGAAATCATGGCTTATGTGATCCCTATTGAAATTGTAGACGCAGCTCTAGACGAGCTCACCTATAACTATTTTGTTAAGCATTATGAGTTATTTCCAGCGCTTACACCCGAAGCTCAAAAGAGAGCGAAGGCAGAAGTCGATCCCAATATCACGTCTCGTCACCTCAACAAAAATCTGAGTCCCTATTTAGATCAGATGATCGAGGTAAGTGGATACGTTGTTGATATCGTTGAAGAGGAATTCGACGAGGGCATTACTCTTGCCGAAATACACATCGTAGATGATAACGATAACTCCATTATCGGTTTTTACGCCCACACTACCGGCGATATTCTGCAAGACGATTACGTCACGATGCGAGGAGTGCCGGCAACATTTTATTCATTTGAAAATGTAGGTGGAGGAACCACGAATTCCGTTCTTATCGGTGTGTCCACGATTGAGAAAACGGAATAG	MQANPLADRDFKKREEEMKSLAKSTLFIMLLLFMLTACSSGKDATETSSAPSPSENEAATNTASENTETNEEPDKTQTFKGENFSFSYPSTWKDAELNVPQVVAAFVNPNPQGAFVDNLNVVIEESSATPEEAANVAVQGLTNGDGGPLIQNFKKLNYIDVPEKAAGILESEYTHGESNAQVILTQYFVPNGNELYTLSISYSKTAYDNGGKASVQNIMDSFETVKVSNQVEDSNANDGSNVEGLTEENLFAEIMAYVIPIEIVDAALDELTYNYFVKHYELFPALTPEAQKRAKAEVDPNITSRHLNKNLSPYLDQMIEVSGYVVDIVEEEFDEGITLAEIHIVDDNDNSIIGFYAHTTGDILQDDYVTMRGVPATFYSFENVGGGTTNSVLIGVSTIEKTE				NA	NA	NA	NA	NA
JZ016_02949	165			hypothetical protein	ATGCTAAAAACGTTGAAAGTCGAGCTCTTTAGCGATTCCAATCTGGACGATTTGCAAGAACAGGTTAATGAGTTCCTGCATAATATCCATCCTGATGATGTCAAGGATGTTAAGCTTTCGTCTGCCGACGGAACGTACGATATTTTGGTCATTTATAAAGAATAA	MLKTLKVELFSDSNLDDLQEQVNEFLHNIHPDDVKDVKLSSADGTYDILVIYKE				NA	NA	NA	NA	NA
JZ016_02950	684			hypothetical protein	ATGCGAGTCAAACACAAACGAATCATTGGGATTACTGCCTTACTGATGTTACTTTCTACCGTTCTCTTCTGCGCCATAATTTATATGATGGAACGCCCTGGAGGATTATCGGATCGGCGCATGTCCCGCGCGCTGGGGCAAAAAGTTACCCTTCATATCCCTCTCGGGAAAACCCCGGATAAAGCGGTTGAACGGTTTAGAGGTCCATCGTCGATGGAAGTCATTCACCGAGAACCTGTTAAAGGGGGCATCCTTTTATTTATGAGACGATATAATCAATCGGATAGCAGCAATCTTCAGGTAGAGTATGTACGAAAAACATGGATGGGATGGAAGTGGGTTTGGGGCGGGGGATTCGGGATCAGTGAATCTCTACAATCAAAATCATCATTAAACTATATGAGCATGCCTAAATTAGATCATATCTCCACCCCCTTTCCCATGGTTTTTGGAGATATTCTGAATCCTTCGATCAAGAATGTAACTGTCAAGAGTCAGAATAATGGTACATATCAAGCTAAACTGGCGACCGTAGGAAATGAAAAAATGATCTGGTTCGTGTTTTTGCCATCGGCCGTTTCCACACCTTTTGATATCGAGGGCTTTAATGAAGAAGGAGATCTCATCGCTCGCAAAACAATAACCGACCCGAGAGACAGCGGCTCGGTCCAATTTAGAAAATGA	MRVKHKRIIGITALLMLLSTVLFCAIIYMMERPGGLSDRRMSRALGQKVTLHIPLGKTPDKAVERFRGPSSMEVIHREPVKGGILLFMRRYNQSDSSNLQVEYVRKTWMGWKWVWGGGFGISESLQSKSSLNYMSMPKLDHISTPFPMVFGDILNPSIKNVTVKSQNNGTYQAKLATVGNEKMIWFVFLPSAVSTPFDIEGFNEEGDLIARKTITDPRDSGSVQFRK				NA	NA	NA	NA	NA
JZ016_02951	588			hypothetical protein	ATGTCATTGGCAGTGGAAAAAGTGTCAACCATGACCAAGACGGACCTGAACGGACAAGCGCAATGGGAAAAAACATATCGAGACTGGACGAACTCCGAATACGTCAAACGTCTTGTCCGAACCAAAGACGGCTACGCCATGCTGGGAGAACATTTTTCTCGAAACAGTCTGGATTACAAACGTCAATATGATGTGCTGAGCGTCGATAGGAACGGCGAGTTGATCAGCAGGGAATTGTTTAAAGGCCCTCCCATCTACAGCGTCGGAAGTGCAGCGGTAACTCCTGACGGCGGATTTATTTTTCCTGGAACGATTAAGCGGGGAGACGTGACTAAGATCCAACTGATGAAGCTATCGCCGTCAGTGAATATACCGCCTGTTGAACGTACGCTGACGGATCCGGACGAATTCGAAGGCTATATCCAGCTGGATTCTTACGAGTATTCGCTTGCTGAAGGCACGATGCTCGACTTGAAGGTCATATTGCGTAACTATATCGACCAAAACGAAATCGACATCACAAGGCAAACAACATTCATCAGTGATGATCCGGATATAGCCGAGGTGGATGAGCTCCTCTATTACTAA	MSLAVEKVSTMTKTDLNGQAQWEKTYRDWTNSEYVKRLVRTKDGYAMLGEHFSRNSLDYKRQYDVLSVDRNGELISRELFKGPPIYSVGSAAVTPDGGFIFPGTIKRGDVTKIQLMKLSPSVNIPPVERTLTDPDEFEGYIQLDSYEYSLAEGTMLDLKVILRNYIDQNEIDITRQTTFISDDPDIAEVDELLYY				NA	NA	NA	NA	NA
JZ016_02952	360			hypothetical protein	ATGAATAATGAAAAGGAATTGAAGATATTTACAAACTCACAAATATCATTCGCTGAAGGGGGCAGGATTGTGTCCAAAAAGTATTCTCGATTGTTGATTGCGGGTTTTGTCGGATTGCTGCTGATGTTTGAGTTAGGCATTTCCAGTCACGCGGCTGCCGATTCGGCGCGGTCAGCTGTGGAGTGGGCTCATAAGTGGGTTATCTATGAAAAGGCCTATATTTTTAAGATTGATAAAAACGGCAACACGTTGTGGTATAACAAATACAATTATACGGACAGCGTGGCGTTCAACGATTTGATTCCGGCAAATGACGGAGGGTACATTGGCCGTTGGCAGCGTAGGCCGGGCGGAATATGA	MNNEKELKIFTNSQISFAEGGRIVSKKYSRLLIAGFVGLLLMFELGISSHAAADSARSAVEWAHKWVIYEKAYIFKIDKNGNTLWYNKYNYTDSVAFNDLIPANDGGYIGRWQRRPGGI				NA	NA	NA	NA	NA
JZ016_02953	225			hypothetical protein	ATGTCATGGGGCACACTTTTTCTTTTTGCTATTATCCTCATAGGAATTGGCATCCTGTCCAGAAAGTATCCGACATTCGGATGGAGGATGAATGAGGGATGGAAAGTCAAGGGAGATTCTGAACCAAGCGATACTTACATTGATTTGGTGAAATTCGGAGGACTAATCTCCATTTGCCTGGGATCCATATTTTTTGTGCTTGGAATGATAACATTATTGCTTTGA	MSWGTLFLFAIILIGIGILSRKYPTFGWRMNEGWKVKGDSEPSDTYIDLVKFGGLISICLGSIFFVLGMITLLL				NA	NA	NA	NA	NA
JZ016_02954	138			hypothetical protein	ATGAGGAAGAGAAAAATTGTTTTAGCGATGACCGCGTTATTGATGTTGGGAGGTACTGCCGTTTATGCAGCCGCCCCACAGATTGTGCCGCAAAAAGATCACAATGTCAGCGATAAGATAATCTTCTCGTCAGCATGA	MRKRKIVLAMTALLMLGGTAVYAAAPQIVPQKDHNVSDKIIFSSA				NA	NA	NA	NA	NA
JZ016_02955	726			hypothetical protein	TTGAAGAAATCTTTTGTTAAAACCATTGCCACTCTAGGACTTGGCATGATGATTGGATCTGCAACCATTGCAGCTGCAGCACCAGGTACAATTCAAGCCGTTTTATCAAAATTCACGATTATCGTAGATGGACAAAAACAAAATCTCAAATCAGATCCGATCATATACAAAGGTACAACCTACCTACCGGTTCGTGAGGTTGCTGAAATGCTAAACGCTGAGTTATCTTCTTTCGATAACAAGGCTAAGAGAATAGAATTGAAGACTGGGTCACAAACACCAACAAATGCCCAAGTAAATTCAAATCAAACAAATGCACCGGAGCCTCCATTAAATCTCAGGCTTAATGAAACCGCTACTCGAGGTGATATGACACTTAAAGTTAACAGTGTAAGTTATACAAACTTCGTCCCATCTGGACCTGGAGCAACATCTGGGATAATTGCTGATAAAGGAAACAAGTTCGCTGTTATTCAATTTGAAGCAACGCTAAACGAAGAGCCTAAAAATCAATTTGCTTGGAGTGCATTAGATTTTTTTGATAGCGCTACTATTGGTGATAAGAAGATAAGTTCAGCTACTTCATATGACCATACCAATCTACTAAAGGGTGAGACAAAAACGATTCAAATTACGCTCAACCTTCCAGAAAGTATGGATCTCAGTTCTATTACCTTTAGAGATCCAAGTAAAAATTCGATTTTTGGTACGATGAATCTTAAATAA	MKKSFVKTIATLGLGMMIGSATIAAAAPGTIQAVLSKFTIIVDGQKQNLKSDPIIYKGTTYLPVREVAEMLNAELSSFDNKAKRIELKTGSQTPTNAQVNSNQTNAPEPPLNLRLNETATRGDMTLKVNSVSYTNFVPSGPGATSGIIADKGNKFAVIQFEATLNEEPKNQFAWSALDFFDSATIGDKKISSATSYDHTNLLKGETKTIQITLNLPESMDLSSITFRDPSKNSIFGTMNLK				NA	NA	NA	NA	NA
JZ016_02956	195			hypothetical protein	ATGAACGTGGAGTGGGTCAAAATCCGGAGCATGGTATTTCCAGAGCTGTTCAGTTTATTGGCAAGTTTAATAAATGAAAAAGAGACCTCAAGGGGTCTCTTCTCTATTAGAAATCTCAAAAAGGTCACGTTTCTTGCGGGAGTGGTCCCAAATATCGGTATCCGGTCGCTGCCGCCGTTGGCATCGATTATTTAA	MNVEWVKIRSMVFPELFSLLASLINEKETSRGLFSIRNLKKVTFLAGVVPNIGIRSLPPLASII				NA	NA	NA	NA	NA
JZ016_02957	504			hypothetical protein	GTGGAAGAACTAACATATACGATCAAGCAAATCGCCGAGCAAACCGGAATTTCCGAGGATACCATTCGATATTACGAAAAGATTAAGCTACTACCTCGGGCGGATCGAAAGGAAAACGGGCATCGCGTCTATAGAAAAGAAGACATCTATATGATCAAGTTGATATCTTGCCTTAAAAAAACGGGCATGCCGCTCGAGGCGATGCGGCCGTTTTTGGCGGCCTCAGCCAACACAGATTCCGTGGAATATACGGAGTTGGTGGATCAATTAAGAAGCCACCGTGAAAATATCGTGAATCAAATCTCCTCACTTCAGCAGATCGTTGATTTTATTGATATCAAGCTGAAGGAAGGGAGACCTCGCCAGGAAAGCGCAGAACAAAGTCAAGGTGAGGCTTTAGAAGCAGAAAAGGAGAAAGCAAAAACAAAGCCTATTTCCGTCGTGGAAATGAGTTATTTTTCAGCCTCTGCTAAAACGGACAGGTTACGAAATTCGATTAAATAA	MEELTYTIKQIAEQTGISEDTIRYYEKIKLLPRADRKENGHRVYRKEDIYMIKLISCLKKTGMPLEAMRPFLAASANTDSVEYTELVDQLRSHRENIVNQISSLQQIVDFIDIKLKEGRPRQESAEQSQGEALEAEKEKAKTKPISVVEMSYFSASAKTDRLRNSIK				NA	NA	NA	NA	NA
JZ016_02958	1128			putative oxidoreductase	ATGGACCGTAAATATCAGCCTTTAATGGAGCCGTATCGTTTTAAGAATGGTATCCAAGTAAAAAACCGCATCGTTCATGCACCGATGACAATATCTTATTCTAAGCAAGACGGTACAGTATCTGATGAGTTAATCGCATATTACGAAAGTCGTTCAAATGGAGTTGGAATCGTTGTCACTGGGAGCGCCATAATCTCACCCAACGCCAAGGTATTTGGCGGCGAATTAGCGGCTGATCGCGATGATCTAATCCCAAGTTTACAACGCCTGGCGACAGCCATTAAGAAACGCGGGGCAAAAGCCATTCTGCAAATCTTTCATGGTGGTCGTGAGAGTTCGCCAGAATTGGTACCGAACCGTGAGATTGTCAGTGCGAGTGCGGTTGCTAAAGAAGGATCGAGCGTGATCCCTCAAGAACTCCAAGAGAAAGAAATTGTGGACATTATTCGAGCATTTGGCGATAGCACTCGTAGGGCAATCGAGGCTGGTTTCGACGGTGTGGAAATTCATGGGGCAAACCGATTTCTTATTCAACAATTCTTCTCCCCATACACAAACCGACGCGATGATCGATGGGGAGGAAATATAGACAAACGTATGGCATTTCCACTCACTATTGTAGATACAGTAAGAAAAGTGGTGGATGAGTATGCGAAACAGCCGTTTCTTGTGGGGTATCGGTTATCGCCAGAAGAAGAGTTGACGCCCGGTATTACCATGGCCGACACACTTATATTGGTGGACGCCCTCGCAAATAAAGATTTGGATTATTTGCATGTCTCTTTAATGGATTTTTGGTCTAAACCTAGACGTGGCGTAGAGGACAATCGCTCCAGAATGGAGATTATTAACGAGCTCGTGAAACAAAGAGTTCCCATTATCGGCGTAGGATCGATCCGTACGCCCGACGAAGCGCTTAGAGCGTTACAATCGGGAGTTCCATTTATTGCGCTTGGACGAGAACTGATTATCGATCCAGATTGGGTTGAAAAAGTAACTCTGGGTAAGGAAAACGAAATTCGTACAGAGTTAACTTTAAATGATCAAGCAAAATTAGGGATTGCTGATTCGTTATGGCTGAAAATCATCAATACTCCAGGATGGTTCCCTATCTCAACTAAAATTTAA	MDRKYQPLMEPYRFKNGIQVKNRIVHAPMTISYSKQDGTVSDELIAYYESRSNGVGIVVTGSAIISPNAKVFGGELAADRDDLIPSLQRLATAIKKRGAKAILQIFHGGRESSPELVPNREIVSASAVAKEGSSVIPQELQEKEIVDIIRAFGDSTRRAIEAGFDGVEIHGANRFLIQQFFSPYTNRRDDRWGGNIDKRMAFPLTIVDTVRKVVDEYAKQPFLVGYRLSPEEELTPGITMADTLILVDALANKDLDYLHVSLMDFWSKPRRGVEDNRSRMEIINELVKQRVPIIGVGSIRTPDEALRALQSGVPFIALGRELIIDPDWVEKVTLGKENEIRTELTLNDQAKLGIADSLWLKIINTPGWFPISTKI	PGPT0001115_39	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001115-frdA-K00244	NA	NA
JZ016_02959	1629	groL	COG0459	60 kDa chaperonin	ATGGCAAAAGACATTAAGTTCAGTGAAGACGCCCGTCGCTCGATGCTTCGCGGTGTAGACGCTTTGGCAAATGCAGTTAAAGTAACACTCGGACCGAAAGGCCGTAACGTGGTTCTTGAGAAGAAATTCGGAAGCCCGCTCATCACGAATGACGGTGTAACCATCGCTAAAGAAATCGAGCTGGAAGATGCATTCGAGAACATGGGTGCTCAGCTTGTTAAAGAAGTAGCTACCAAAACCAACGATGTTGCCGGTGACGGTACAACAACGGCAACGGTTCTGGCTCAAGCCATGATCCGTGAAGGTCTGAAGAACGTAACAGCTGGTGCAAACCCAATGATCATCCGCAAGGGTATCGACAAAGCGGTTAAAGCAGCTGTGGCTGAGCTTCAAAACATCGCAAAAGAAGTTAAAAACCACCAGGAAATCGCTCAAGTCGCTTCCGTATCCGCAGCTGACGATGAAGTAGGTCAACTGATTGCAGAAGCAATGGATAAAGTGGGCAAAGACGGCGTTATCACCGTTGAAGAATCCCGCGGCTTCTTGACGGAGCTGGAAGTAGTAGAAGGTATGCAATTCGACCGCGGCTACATCTCTCCATACATGATCACCGATACGGATAAAATGGAAGCTGTTCTTGAGAATCCATACATCCTGATCACCGATAAAAAAGTAACCAACACGCAAGAGATCCTGCCGATCCTTGAAAAAATCGTACAGCAAGGCAAACCGCTCGTTCTGATCGCGGAAGACATCGAAGGCGAAGCGCAAGCGATGCTGATCGTGAACAAACTGCGTGGTACGTTCAACGCTGTTGCTGTTAAAGCTCCTGGCTTCGGTGACCGTCGTAAAGCGATGCTGCAAGATATCGCTGCATTGACTGGCGGCCAAGTGATTACGGAAGAGCTCGGTCTCGACCTGAAAACAGCTTCCATCGATCAATTGGGTACTGCTCGTCAAGTGCGCGTAACCAAAGAGAACACCATCATCGTGGATGGCGCTGGCAACAAAGAAGACATCGAAGCTCGCGTGAAGCAAATCCGCAACCAACTGGAAGAAACCACTTCCGATTTCGACAAAGAAAAACTGCAAGAGCGTCTGGCTAAATTGGCTGGCGGCGTAGCGGTTATCAAAGTCGGCGCGGCTACTGAAACGGAATTGAAAGAACGCAAACTGCGCATTGAAGATGCCCTGAACGCAACTCGCGCTGCGGTTGAAGAAGGTATGGTATCCGGTGGTGGTACGGCGCTCGTTAACGTATACAACGCTGTTGCTGCTGTTCAAGTAGAAGGCGACGAGAAAACAGGCGTGAATATCGTTCTGCGCGCTCTGGAAGAGCCAATCCGCACGATTGCAGCAAACGCTGGCAAAGAAGGTTCTGTTATCGTAGAGCGTCTGAAAAAAGAAGAGATCGGTATCGGCTACAACGCTGCTACGGATGAGTGGGTGAACATGTTCGAAGCAGGTATCGTTGACCCTGCGAAAGTAACGCGTTCCGCTCTTCAAAACGCAGCTTCCGTTGCGGCTATGTTCCTGACAACCGAAGCGGTTATCGCTGACAAGCCAGAACCAGAAAAACCAGCAATGCCTGACATGGGCGGCATGGGCGGTATGGGCGGCATGATGTAA	MAKDIKFSEDARRSMLRGVDALANAVKVTLGPKGRNVVLEKKFGSPLITNDGVTIAKEIELEDAFENMGAQLVKEVATKTNDVAGDGTTTATVLAQAMIREGLKNVTAGANPMIIRKGIDKAVKAAVAELQNIAKEVKNHQEIAQVASVSAADDEVGQLIAEAMDKVGKDGVITVEESRGFLTELEVVEGMQFDRGYISPYMITDTDKMEAVLENPYILITDKKVTNTQEILPILEKIVQQGKPLVLIAEDIEGEAQAMLIVNKLRGTFNAVAVKAPGFGDRRKAMLQDIAALTGGQVITEELGLDLKTASIDQLGTARQVRVTKENTIIVDGAGNKEDIEARVKQIRNQLEETTSDFDKEKLQERLAKLAGGVAVIKVGAATETELKERKLRIEDALNATRAAVEEGMVSGGGTALVNVYNAVAAVQVEGDEKTGVNIVLRALEEPIRTIAANAGKEGSVIVERLKKEEIGIGYNAATDEWVNMFEAGIVDPAKVTRSALQNAASVAAMFLTTEAVIADKPEPEKPAMPDMGGMGGMGGMM	PGPT0014570_5154	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014570-groEL|mopA-K04077	NA	NA
JZ016_02960	282	groS	COG0234	10 kDa chaperonin	ATGATCAGACCTTTAGGTGAACGCGTATTGGTAGAACCGATCGAACAAGAAGAAACTACGGCATTCGGGATTGTACTTCCTGACTCTGCTAAAGAAAAGCCGCAAGAAGGTAAAGTTATTGCTGTAGGCAGTGGCTCCCTGAAAGACGGCGCACGTGTACCTTTGGAAGTTAAAGAAGGCGACCGCGTCATTTTCTCCAAATACGCTGGAACAGAAATCAAATACGAAGGTAAAGAATATTTGATTATGAAAGAAAGCGACATCCACGCGATCTTAGGCTAA	MIRPLGERVLVEPIEQEETTAFGIVLPDSAKEKPQEGKVIAVGSGSLKDGARVPLEVKEGDRVIFSKYAGTEIKYEGKEYLIMKESDIHAILG	PGPT0014565_5080	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014565-groES|mopB-K04078	NA	NA
JZ016_02961	2616			hypothetical protein	ATGGAATTGCATACCAAAATGCATACGATTTTTATGCTGGTCGGTCCGACAGAGTGCGGAAAAACGACGTTTGCGAAGGAAATCCTGATTCCATCCTTGCAGTGGGAATACCCTGAGCGCAACTACAGGAGCAATGTCCAGTACCTATCATCGGACGCCATTCGTCAGGAGCTGCTCGGTTATGATTATGATAAATACGATCAGGTGATGCTGGAGGCGAGCTCGCATGCGTTTCAGTTATTATTTGAGCGGCTTAGATTGACGACTTCTTTTCCGATTCAGGCTGACTTTGTTGTAGTGGATACAACGGCATTGGCCGATGATTTCCGGGGCAAGGTCCTTGAAATCGCGCATGAGAACAACTACCGTGTGGAAGTCATTCTGTTTGATTACCGGAAACGGGAGGATTACTACGCCTCCGATCGCTCCAAGAAGCTGATATCCACGCATATTAGCCGCTTGAAAAAGGAGGTGCTCCCCGTCCTCGCACGGGAAGGATACGATGCCATTCATAAAGTGCGTGCGAAGGATTTTCTTAACAAGGAGAAGGAGTTGGCGAAACCTGCTTACGAAGTGATTGTGGACAATAAAGAGGAGTATCTGTCCTCGATTCTGAGTCAGGATATGGAATACATTGTGATCGGAGACGTGCACGAGCGTGTGGACGCGCTTCAGGGGCTTTTGAGGAGTTATGGTTACGGGATGACGGACGGAAAGTTATCCGTTCCGGAGAAACTGCGAAACACCCGGATCATTCTGGCCGGGGATTGGATCGACAAAGGGAAGCAAACCCGGGCCATGATCGATTTCCTCTACGACAATATGGAGCATTTCCTTTTCGTTATGGGGAATCATGAGAACTTCGTTTATAAGTACCTGAAGGGAGAGATCAAGGGGGCCGAGCCGGAGCTGCTGCGTTCCTACTTTGATTCTACGGAAACGTTAGGCCAAGATGAAGCGCTGCGGGAGCGCTTCGATGAACTTGTAGGCCGGGCTAAGCCATTTTATCGATATGTGGGACAGCAGGGACCTTCCTATTACGTAACCCATGCTCCTTGCCGGAATAAATATGTCGGTAAACTCGACTCGAATTCCCTGCGCCATCAGCGTTCCTTCCGTCTGGAACGGAGCAACCCGGAAGTCACGACTGAGCAGCAGCTTCTATTTTTAAGCGAAGAAGCGGTCAGCAATCATCCTTACCATGTGTTCGGTCATGTCGCCGCGGTGAGACCGTTTCGGATCAAGAACAAAATTCACATCGATACGGGAAGTGTGCACGGGCATATGCTGACGGCCGTTCAAATCGGTCAAAAACCGGTCTATCGCAGCTTTAAGTCGCCGTTTAGGGAACAAGACCCTGTGTTCCTTCATGAACAATTGCCGGATTTATTTGCCAGATCAGAGCGCAGCAGCATCGATCTTCGGGATTTAGACCGCGAAGCCCAGCGAAGATTGTTGTATTGCGCGGAGCATAAAATCAATTTTATTTCCGGAACGATGTCGCCGGCGGATAAGGATTTGGCTAAGGGAGAACTGGAGTCCCTCGCAAAAGGACTCGATTATTACAAGGACCAAGGGATTGAACATGTGGTGCTCCAGCCTAAATATATGGGCTCCAGATGCAGCATCTATCTGTTCCGGGACCTTAAGCGCTGCTATGCCGTCAGCCGTAACGGTTACCGAATCAGCGGGATTGATTTATCTGTGGTGTACGAACGGCTGTTGGAGAGATTTTCGCCTCATATGCAGGCCCAAGGGATCGAAATGATGCTGTTGGATGGGGAGCTGCTGCCATGGAGGGCACTCGGGAAAGGCCTGATCGACAGGCAATTTCAACCGATTGCGGCTGCGCTTGAGTCGGAAACAAGGTTTCTGAAAGAGACGGGTTTTGAGGAGGCTTACGCTCAGCTGCTCACTGCCTATGACGCAAGCGGCTTTGAGAATGAACAGTTTCGACTATCCAAGTCCGCGCTTATAGAGAAGCATGGCTCGAGCAGCTATCAATCGTATAAATATATACGGGAAGTTCGGAAAGCTTATGTGCCGCTCGAGAAGCATGAGGAAGCTTATCGCATGTACAAGAAGCAGCTCGAACTTTATGCGGGGGACGCGGAATTGGATTACAAGCCGTTTGCCATTCTGAAAGAAATTCGGGATACCGGAGAAGAAGTCATGCCTGATATGAATACCTCGGCCATGTTCCGTTTCCTGAATGACGACAAGATTCTGGTTCTGGATTTGCGTGAGCGGGAGAGCTATGAACAGGCGGAGGCTTTCTTCTCCACGCTGACGACCCGGAACCGAATGGAAGGCGTTGTGATCAAACCGGAAAAGGAGCGGGAGAACGCTGCCCCTTACCTAAAGGTGCGAAATCCCGAATATCTCTCGATCATTTACGGTTACGATTACCGGTTTCCGCATAAATACGCGAAGCTGTTGAAACAAAAAAACACGCACAAGAAGCTCCGCACTTCGATCGCCGAGCATCAGCTTGGAAAGCGCATGCTTGGGGTAAAGTATGACGAGATTTCCCCGAGCCACGGGGATTACCAAGCGATTGCGATGCAGCTGCTGTTCGAGATGGAGAAAGAAAAGGAAATCGACCCTAGGCTTTAA	MELHTKMHTIFMLVGPTECGKTTFAKEILIPSLQWEYPERNYRSNVQYLSSDAIRQELLGYDYDKYDQVMLEASSHAFQLLFERLRLTTSFPIQADFVVVDTTALADDFRGKVLEIAHENNYRVEVILFDYRKREDYYASDRSKKLISTHISRLKKEVLPVLAREGYDAIHKVRAKDFLNKEKELAKPAYEVIVDNKEEYLSSILSQDMEYIVIGDVHERVDALQGLLRSYGYGMTDGKLSVPEKLRNTRIILAGDWIDKGKQTRAMIDFLYDNMEHFLFVMGNHENFVYKYLKGEIKGAEPELLRSYFDSTETLGQDEALRERFDELVGRAKPFYRYVGQQGPSYYVTHAPCRNKYVGKLDSNSLRHQRSFRLERSNPEVTTEQQLLFLSEEAVSNHPYHVFGHVAAVRPFRIKNKIHIDTGSVHGHMLTAVQIGQKPVYRSFKSPFREQDPVFLHEQLPDLFARSERSSIDLRDLDREAQRRLLYCAEHKINFISGTMSPADKDLAKGELESLAKGLDYYKDQGIEHVVLQPKYMGSRCSIYLFRDLKRCYAVSRNGYRISGIDLSVVYERLLERFSPHMQAQGIEMMLLDGELLPWRALGKGLIDRQFQPIAAALESETRFLKETGFEEAYAQLLTAYDASGFENEQFRLSKSALIEKHGSSSYQSYKYIREVRKAYVPLEKHEEAYRMYKKQLELYAGDAELDYKPFAILKEIRDTGEEVMPDMNTSAMFRFLNDDKILVLDLRERESYEQAEAFFSTLTTRNRMEGVVIKPEKERENAAPYLKVRNPEYLSIIYGYDYRFPHKYAKLLKQKNTHKKLRTSIAEHQLGKRMLGVKYDEISPSHGDYQAIAMQLLFEMEKEKEIDPRL				NA	NA	NA	NA	NA
JZ016_02962	1266			hypothetical protein	TTGGCAATTATACAGCTCACATCAACGAATCCGCAGTTTTCGTTTCTCATGAAGAAGAACCCGAACTCCGGCATGCAGCTTCGGAGCGTGAGGCAAGGAACGGCATACGGATGGTATTCCGAGTCAGCTGCGTTTAACGTGTATTTCAAGGATGCGGATAACGAGATATCCTTCAAACAGCACCAAGGGGAGAGCTTCGAGTATTTGAACGTGTCCCGTTATAATACACCTTTGTTTCCGCTGGCTGCCATTAACGAGTTTTTTGCAGCTCCCTTCAAAAAGCACGATGAACGGGACACGGAGGGACACGAGCATGTTTTTTACATCAATCTCATTCATATTGAGAAGACGCGTTATATTGAATTTTTTCAAAAGCATCTCGAGGAATACTCGTTCTTGCTTCGGCACGAAGCCCATAAAAGCTATGCCCTCACCATAACCACCGGGAAGAGCCTGTACCATCTGCTGCATACGGTCAATGTGTTGTGCCTGTTCCTGGCAATGTTCGGGAGCGAATATCTCGATACCTCGGATAAAGTGCTTGAAAAGCACATTCGCAGTCTGAATGTCATCGATGCCCCCTACTACATACGAAGTCTGTTCGTGCGCAATTTTCTGAATCATCGGGATCGATTCAAGCAGTTCAAGCAGGAGCTTGAGTTTACGCCTAGATACAGCATCAATTTTGCATATGGAAACACGGCTATGCAGCGCAGAAGTTACATCGCTCAAGTGCTGCCATTCAACAAGCCGATATTGGATATCGGCTGCGGTGAAGGCTTTTACGCCCTTTCTTTTGCCGGAAAAATAGAGGAAACCTATTATGCGGTAGATATTAATGAAGCTTTGCTGGAAGTGGTAGAGCGTAAAGCGGAAGCGAAGGGGCTGGACAATCTGGTGACCTTTCCGTCGATCGCTCACTTTCTTGAGGGGTATGACGATGAGTCCGTAGACGTTATTTTGACCGAAGTGATCGAGCATATGCCGGAAGCGGAAGCGGCGGACCTCATCCGCCAAGTCGTGCAGGAGATCCGGTTCGAGAAGCTGATCATTACGACGCCCAATGCCGATTTCAACCCGTATTATGAGCTCGATGGTTTCAGGCATGATGATCATAAGTGGGAAATGGGGCAGGAGAAGTTTAGATCGTGGTGTGACGAAATCCTGCAGAATCTGGGCGTTCAATATGAGTATGTGATGATCGGTGACAGTGTGGACGGCATGCATACAACGCAGGGAATGATTGTTACGAGGAAGGGGGAGTAA	MAIIQLTSTNPQFSFLMKKNPNSGMQLRSVRQGTAYGWYSESAAFNVYFKDADNEISFKQHQGESFEYLNVSRYNTPLFPLAAINEFFAAPFKKHDERDTEGHEHVFYINLIHIEKTRYIEFFQKHLEEYSFLLRHEAHKSYALTITTGKSLYHLLHTVNVLCLFLAMFGSEYLDTSDKVLEKHIRSLNVIDAPYYIRSLFVRNFLNHRDRFKQFKQELEFTPRYSINFAYGNTAMQRRSYIAQVLPFNKPILDIGCGEGFYALSFAGKIEETYYAVDINEALLEVVERKAEAKGLDNLVTFPSIAHFLEGYDDESVDVILTEVIEHMPEAEAADLIRQVVQEIRFEKLIITTPNADFNPYYELDGFRHDDHKWEMGQEKFRSWCDEILQNLGVQYEYVMIGDSVDGMHTTQGMIVTRKGE				NA	NA	NA	NA	NA
JZ016_02963	939			hypothetical protein	ATGGAAATTATAACATCTTTTTGTTATCGCCATACTTTCGCCCTGTTGAAATTGGAACGTGTGGAGGACAATAAGGTTATCGGACATCAGACGGCAGCTACAGAAGGAGAGATACCAGATATGAATATATCGCAGGAAATGAATTCGACGATTCAGCAAGAACTTGAGCGAATTGAGCGGGAGGAAGGCGTCCTTATCCTGTATGCCTGCGAATCAGGCAGCAGGGCCTGGGGCTTTCCGTCGACAGACAGCGATTATGACGTAAGGTTTATCTATATCAGACCCGTGGAGTGGTATTTATCGATCTTCGACAAGCGAGATGTGATTGAGCGGCCGATCAGTGACAGGCTGGATATGAGCGGTTGGGATTTGAAAAAAGCGCTGGGGCTTTTTCGCAAGTCGAATCCGCCCCTGCTCGAATGGCTGGAGTCCCCCATCAAGTATAAGGAGACGCTTGGCATCGCCCAGCAAATCCGCAGCATATCTCCGCTTGCGTTCTCGCCAAAATCTTGCATGCACCACTACCTGAACATGGCTAAAGGCAATTACCGGATGTATTTGCAAGGGGGAGACGTTAAGATCAAAAAATATTTCTATGTCCTGCGTCCGATCCTGGCATGCGACTGGATTCAAACCTACAACGAGATGCCTCCCATGGAATTCGAGCTGCTTACGAATCGCCTATTAAATCAGGGAAGTGCGCTGAAACAGGAGATTGATCAATTGCTTCTCCGCAAACGTTCAGGTGAAGAGATGAATGTTGAACCGAGGCTTCCTAACATTAATGCATTCATTGAAGAGAAATTGAACGAATATGAGCTGCTAGCCAAGGATAAGAAGCATCAAGATACGGATCTGGATCAAAGGCTGGATGCTTTGTTTCGGGACGCGCTGGTTGAAGCATGGGGAACCGGTGGACCGCAGTCATTCACGGTTTGA	MEIITSFCYRHTFALLKLERVEDNKVIGHQTAATEGEIPDMNISQEMNSTIQQELERIEREEGVLILYACESGSRAWGFPSTDSDYDVRFIYIRPVEWYLSIFDKRDVIERPISDRLDMSGWDLKKALGLFRKSNPPLLEWLESPIKYKETLGIAQQIRSISPLAFSPKSCMHHYLNMAKGNYRMYLQGGDVKIKKYFYVLRPILACDWIQTYNEMPPMEFELLTNRLLNQGSALKQEIDQLLLRKRSGEEMNVEPRLPNINAFIEEKLNEYELLAKDKKHQDTDLDQRLDALFRDALVEAWGTGGPQSFTV				NA	NA	NA	NA	NA
JZ016_02964	1332			hypothetical protein	ATGGCTCGGGAAAGCTTCGATAAAGAAATCCAGTTCCTTCGCATTCTGGCGCTGGCCGGAGGAGCATACAACCGGCAACAACTGGCCGATCGACTCGGTATTTCGGTACATACCTATGACAAAACGCTTCGAAATTTAAAAAATAGGATTGAATCGCTTCAGCCGCAGCTCTCGGAAGAACAAAGTCTCACCCTATCCGAAGGCCTGCGCTATTCATACTATGAAACCGCAGATCCGCTCCTGCTGCTGTTGTTCCGCGGCAAATCGCTTAAGGCATCGGAAAGCTTGAGGCTGTCCACGATCCTCACCCAGCTGCAGCATCAGCAGTTAACCGCCAAAGAACTAATCGACCTATGCGGCGATCACTTGCCTGACGGGGAGTCTCTGCCGGATGAGAAGACGATACGCAGAGATCTCAAATACCTGGAGGAAGTCGGAGTCATCGTGAAGACAGGCACAGACCGGCCTTACCGATACAGGGGCGCCCGTGATCTGATCGATTCGTTGTCGGATGACGAGCTGCTTGATCTCTACGACTATGTGGACGTCATGTCGAATACGCAGATCCCGTCCGTGCAGGGTTATATGCTCAGGGATAACTTAAAGCGGGTTTTGCGGAAGCGTGACATCGCTGCGCACTCAACCGCTGCTTATATTTATAAATATCATTATCCTTCACGCATATTGGACGAAGCGCATCTGCATACCATTTTTCAGGCCATTACCAAAAGAGCTAGAATCCGATTCCTGTACTTATCACCCAAAAGCACTTCACGCTATGCTTCCCAAAATACGAATCCGCTGTTCCACAGGGAGTCCAAAGGGCTTCGGGAAACGGTGCTGCCGCTGCGCGTGATATATGACCATCAATACGGCCGTTGGTATCTGATCGGTTATAACGGCAGACAAGGTCTCATGAAGTTTCGTATGGAGGGATTGACTCAGATCGAAGAAGGCGATGTGGTTAAGGAAGAGGTCTTCCAGCAGCGCCTGGAGGAGGTGCTGGCCGAATTCGAGAATAGTTGGGTTACCGATACCCGTAATCCCACCAAGGTCGTGGCCAGATTTTTTAACCCGGAGGACAGCAAAGTGAATTTCGTGCTGAACCGGGTTAAGGCGCAAGGGCAATGGGGGACCGTTACGATAGAATCCGACGATTCATTTCTATATGAAATCGAAGTGAACGGCACCAGCGAAATCAAGCCCTGGCTCCGGAGCTTCGGCTCCAGCTGCGAGGTGCTCAAGCCCCGCTCCCTTCGCCTGGAGTTCATCAAGGAATGGAAGGAGATTGCCGCTTATTATGAGCCAGAATCCATTCGAGAAAATTTTTAA	MARESFDKEIQFLRILALAGGAYNRQQLADRLGISVHTYDKTLRNLKNRIESLQPQLSEEQSLTLSEGLRYSYYETADPLLLLLFRGKSLKASESLRLSTILTQLQHQQLTAKELIDLCGDHLPDGESLPDEKTIRRDLKYLEEVGVIVKTGTDRPYRYRGARDLIDSLSDDELLDLYDYVDVMSNTQIPSVQGYMLRDNLKRVLRKRDIAAHSTAAYIYKYHYPSRILDEAHLHTIFQAITKRARIRFLYLSPKSTSRYASQNTNPLFHRESKGLRETVLPLRVIYDHQYGRWYLIGYNGRQGLMKFRMEGLTQIEEGDVVKEEVFQQRLEEVLAEFENSWVTDTRNPTKVVARFFNPEDSKVNFVLNRVKAQGQWGTVTIESDDSFLYEIEVNGTSEIKPWLRSFGSSCEVLKPRSLRLEFIKEWKEIAAYYEPESIRENF				NA	NA	NA	NA	NA
JZ016_02965	840			hypothetical protein	ATGAGCCAGAATCCATTCGAGAAAATTTTTAATTATCAGATTATGACGCGGCTTGAGGAAACTGACTCGATTGCCATAACCGCTCAAGAACGGGGATGGCTCAAAATGATGCTGGTGCACCCTGAGGCAGCTAACGCCTTTACGCCTGAAACCTTAATGCGTCTCGAACAAATCCTTCACATGGAGCATAGCGGTGCCGAGATGAAGGAGATTATCCTGGAGAAGGCCAAGGGACAGGAACGAAGCGTATATCACCCGCATCTTCGCACCTTGCGAAGAATGATCATGCAGGATCAGGGCTTTCGCTTAAGCTATCGAACGAAGCTCGGAGAAACGCGCAGCAATCAGTCCGGTTTCCCGTTCAAATTGGAGTATTCCATGATCAAACGGGAATGGATGCTGATCTGGTACAGCAAAAGCCGAAGAGGACTCATGTACACGAAGCTGGATCATATTCTATATATCCAAGGGACCTCACTTCCGTCTTTTCGAATCGATCGCATCAAGGAACGGCTGCAGAATCTGATGGAAAATCGCGAGAAGCAAGCCCTCATTGAAATCCATCGCCGATACAACGGGGAATTGTCACGGATTCTGTACGCTTTCTCCTGTTTTGACAAGACCGTCCATTATGATGAAGATTCCAATACCTACCGCATTAAAGTCTCCTATTTGAAGGATGAGTGCGACTTTCTGCTCTCCCGTATTCGCTTTCTCGGACTGCGGGTAAAAGTCGTGGAAGGAAACACGCTGCAGGCCCGAATGCAGGAAACCGCAGCGATGGCGCTGGCTAGATATGCGCAAGATGAACGTCAGGACGATATGAATAGATCCCTATGA	MSQNPFEKIFNYQIMTRLEETDSIAITAQERGWLKMMLVHPEAANAFTPETLMRLEQILHMEHSGAEMKEIILEKAKGQERSVYHPHLRTLRRMIMQDQGFRLSYRTKLGETRSNQSGFPFKLEYSMIKREWMLIWYSKSRRGLMYTKLDHILYIQGTSLPSFRIDRIKERLQNLMENREKQALIEIHRRYNGELSRILYAFSCFDKTVHYDEDSNTYRIKVSYLKDECDFLLSRIRFLGLRVKVVEGNTLQARMQETAAMALARYAQDERQDDMNRSL				NA	NA	NA	NA	NA
JZ016_02966	780	tatC2_1	COG0805	Sec-independent protein translocase protein TatCy	TTGTCGGAGCAAGTGAAAGATATGGCGCTTGTTGAGCATTTGGGCGAGCTTCGCAAACGAATTATTATTGTGCTCGTGGTATTCGTAGCGGGTTTGATCGGCGGGCTTTTTGTTGCGGACCCGATCTATCATTATTTGACGGCGGCTGAAGAAGCCAAGAACTTTGAGCTGCACGCCTTCTCCTTCTGGGATGGTATCGGGATCTATATGAAAATCGCTGCCATTTTCTCGCTTGTCATTTCCGTTCCGCTGATCTTCTATCAGCTGTGGGCGTTCGTCAAGCCGGGACTTCGCAAAGAAGAGCAGAAAGCGGCCATTCGTTACGTGCCTTATGCGTTTCTTCTGTTCATTGTAGGGATCACGTTCGGATATTACGTCGTGTTTCCGATGACGCTGTCATTCACGACAACGATTACCCAGAGCATGGGGCTTCAGGAAACCTACGGAATTACCAATTACTTGAATTTTATGTTCAATCTCGTATTGCCGCTGGCCTTGTTGTTTGAGCTGCCGCTTGTGGTGATGTTCTTAACGAAAATTCGCATTCTGAATCCGCTGCGGCTTCGAAAAATGCGCAAACTCGCGTATTTCGCGCTCGTATTCATCGCGGTTGTCATTACGCCGCCGGACTTCATATCGGATTTCCTGGTCACGATTCCGCTGCTGCTGCTGTACGAATTCAGCGTGTTTCTGTCTTCCGTGATCTACCGCAAGCAGCTAGAGGCGGACATGGAACGGGACAGCCGGTACATACGGGTAGACGAAGAGGATGGAATGTGA	MSEQVKDMALVEHLGELRKRIIIVLVVFVAGLIGGLFVADPIYHYLTAAEEAKNFELHAFSFWDGIGIYMKIAAIFSLVISVPLIFYQLWAFVKPGLRKEEQKAAIRYVPYAFLLFIVGITFGYYVVFPMTLSFTTTITQSMGLQETYGITNYLNFMFNLVLPLALLFELPLVVMFLTKIRILNPLRLRKMRKLAYFALVFIAVVITPPDFISDFLVTIPLLLLYEFSVFLSSVIYRKQLEADMERDSRYIRVDEEDGM	PGPT0029295_2927	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029295-tatC-K03118	NA	NA
JZ016_02967	237	tatA_1		Sec-independent protein translocase protein TatA	ATGAGTGGAATTGGAGTGCCGGGTATTATTTTGCTCGTTATTTTGGCGCTGCTCTTGTTCGGACCGAACAAGCTTCCTGAACTTGGACGTGCGGTCGGAAGAACATTCCGTGAGTTTAAGGACGGTGCGCGGGAGATTATTGCTGACGATGCACCGGCGAAGAAGAAAGAAGAGGCTCCCCAACAAGCCGTTGTCGCTGAGCCAACCAAGGTTGAAGACAAGCGTCTTCCGGAATAG	MSGIGVPGIILLVILALLLFGPNKLPELGRAVGRTFREFKDGAREIIADDAPAKKKEEAPQQAVVAEPTKVEDKRLPE	PGPT0029290_2681	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029290-tatA-K03116	NA	NA
JZ016_02968	492	mog	COG0521	Molybdopterin adenylyltransferase	ATGGTGTGGAAAACGGCGATCCTGACGGCGAGCGACAAAGGTTCGCGGGGGGAACGCGAGGATACGAGCGCTCAAGTGATCCGGGAATTGGTGGAAGAAGAGCTGAGCGGAGAAATTATTGAATACCGGATCGTACCGGACGAGCCGGATGAAATTATTGCGGCATTGATCGAACTTACGGATTATTATCAAGTGGACCTTGTCCTCACGACTGGCGGAACGGAGCTGGCGGTCCGGGATGTTACGCCGGAGGCGACCAAGCGGGTCATCGAACGCGAAGTGCCGGGCATTGCGGAAGCGATGCGCGCTACTGTCATGCAGAAGAATCGGAGCGCGATGCTGTTTCGGGGCGTATGCGGCGTCCGCGGCCGTACCTTGATTGTTAATCTTCCGGGTTCGCCCAAAGGCGTGCACGAGAATCTGGCGGCGGTTATGGATCAGCTTCCGGAAGCACTGCTAATGGTAACGGGCCAATATCGGGAGCAGCTCTAG	MVWKTAILTASDKGSRGEREDTSAQVIRELVEEELSGEIIEYRIVPDEPDEIIAALIELTDYYQVDLVLTTGGTELAVRDVTPEATKRVIEREVPGIAEAMRATVMQKNRSAMLFRGVCGVRGRTLIVNLPGSPKGVHENLAAVMDQLPEALLMVTGQYREQL	PGPT0008425_1233	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008425-mogA-K03831	NA	NA
JZ016_02969	477	moaC	COG0315	Cyclic pyranopterin monophosphate synthase	ATGGAATTGAGCCATTTTAACGGCCAAGGCAGAGCACGCATGGTGGATGTCAGTGATAAGGATGTAACAGCCCGGACAGCGGTAGCGAAGACTACGGTTCGTATGCACCCGGATACGCTGATTCGCATCCAGGAGGGGAAAATTGGCAAGGGAGATGTGCTTGCCGTAGCGCAGGTTGCGGCTATCATGGCTGCCAAAAACACGTCAAACTGGATTCCCATGTGTCATCCGCTGCCGTTGACCGGCGTGAATGTGGAGTTCAGCGATAATGCTAGAGATGAGTTATATATAGAAACGACTGTGAAGACCACAGGCAAAACCGGTGTTGAAATGGAAGCTTTGACAGCAGCTTCCGCCGCTGCGCTGACGGTCTATGACATGTGCAAAGCCTTGCAAAAAGACATGGTCATCGGCCCGACTTACCTGGTAAGCAAAACAGGAGGAAAGAGCGGGGATTACATACAAGAAACAACATAG	MELSHFNGQGRARMVDVSDKDVTARTAVAKTTVRMHPDTLIRIQEGKIGKGDVLAVAQVAAIMAAKNTSNWIPMCHPLPLTGVNVEFSDNARDELYIETTVKTTGKTGVEMEALTAASAAALTVYDMCKALQKDMVIGPTYLVSKTGGKSGDYIQETT	PGPT0008405_2790	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637	NA	NA
JZ016_02970	648			hypothetical protein	GTGTTGAACCCTGAGGAAGAATTGAAGCGGGTATCCGCAAAAGAAGCCCTGCGCAAAGTGATGACATTACGCAGGGATGAGTTATCCGGGCGAGAGCGTTCGAAGCGTTCGAAGCAAGCCTGCAAGTTTGCTTCAGAGGTCATGAATCGGTTTCAATTTCAGAGCATGATGATTTATGTCCCCTTTCGCTCCGAACTGGATTCCCGGCCGCTGGTTGAATGGGCGTGGAAGCAGGGGATTCAGGTTATCGTTCCCCGAAGTCTGCCCCAAGACCGTTCGATGGAATTGTATAAACTTCAGGCATGGAATGAGCTGATTCCCGGAGCTTACGGCATTCCGGAGCCAGATCCGTTGCGGTCGCAGAAATGGAATCATTCCGGACCTGATATCATCTGGGTGCCCGGGCTTGCGTTTGACAGGAAGGGCGGAAGACTTGGATACGGAGGCGGTTATTATGACCGGCTGTCGGACAGGCTTAGTCAGGGAGCGCAAGACAACGCTCAGATCGGTGAACCTTTGTGGATGGGAATCGGTTACGAGGTTCAGGTCTTGGAGCATGTCCCTATGGAAGAACATGATAGGGTATTGGACGGTTTGGTTACGGAGCTGGGACATTCGGCAACGGCCAGACCTGCAGCGGAGGGATAA	MLNPEEELKRVSAKEALRKVMTLRRDELSGRERSKRSKQACKFASEVMNRFQFQSMMIYVPFRSELDSRPLVEWAWKQGIQVIVPRSLPQDRSMELYKLQAWNELIPGAYGIPEPDPLRSQKWNHSGPDIIWVPGLAFDRKGGRLGYGGGYYDRLSDRLSQGAQDNAQIGEPLWMGIGYEVQVLEHVPMEEHDRVLDGLVTELGHSATARPAAEG	PGPT0008170_1061	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008170-ygfA|fthC|yqgN|folN-K01934	NA	NA
JZ016_02971	99			hypothetical protein	ATGTATAAACAATCTTATCTCTTAAGAAAAACGTTTACCGACGTACATTCTCAGGATGGTCATGCTTTGAAGTTTATACGTTCTGATATCTTAAAGTAA	MYKQSYLLRKTFTDVHSQDGHALKFIRSDILK				NA	NA	NA	NA	NA
JZ016_02972	1953	yheS	COG0488	putative ABC transporter ATP-binding protein YheS	ATGCTGCTGCAAGCCAATGGCATCACGAAATTATACGGAGTTACGCCCGTCCTTGACGGGATCAATCTGCAGGTGCTTGAACGCGAAAGAATCGGTCTTGTCGGAGTCAATGGAGCCGGGAAATCGACCCTGCTCAAAATTTTGGCAGGCGAGATGTCTTATGATGGCGGACAAATCTTCAAGGCTAAGGAAACCACCGTTGGTTATCTTGCCCAGAACAGCGGGCTTCAGTCCGATTCGTCGATATGGAACGAGATGCTGGATGTCTTCGCTCCCCTTCTGGAGATGGAGCGCGAGCTGCGTCAGATGGAGGAACAAATTGCCGACCCGAAGTCGAGCGAGGATCCGAAGAAATACCAAGAGCTTCTGGATCGTTATGCGATCCGTTCGGACTGGTTCAAGGATCAGGGCGGTTATGAGATCGAAACACGTATCCGCAGCGTCCTTCACGGCATGGGATTTGGCAGTTTTTCGCCGGACACCTCCATTGCCACATTAAGCGGCGGGCAGAAGACAAGGCTGGCGCTTGCAAAAATATTGCTGCAGGCACCTGACCTGCTCATGCTGGATGAACCGACGAACCATCTGGATATCGCGACCCTCACCTGGCTGGAGGATTATCTGCGCGGCTATTCCGGTTCATTGCTGGTCGTTTCCCACGACCGCTATTTCCTGGATCGGCTTGTAACGACCATCGTTGAGATCGAACGCCGTCATTCCAAAAAATATACGGGCAACTACAGCCGGTATATTGAGCTGAAGGCAGCGGAATACGAATCCCAGCTGAAGCAGTACGAGAAGCAGCAGGATGAGATTTCCCGGATGGAAACCTTCATTCAGCGGAATCTGGTCCGGGCCTCCACGACCAAGCGCGCACAGAGCCGTCGCAAAGCGCTGGATAAAATGGAACGGCTGGACAAACCGCTGGGAGATTTGAAGAAAGCACACTTTTCTTTTGAAGCCGAATATATGTCAGGCAAGGATGTGCTTCATGTGCGGGATCTGGCGCTTTCGTTCGAGCAGGACAAGCCATTGTTCCGTCAGGTTTCCTTTGATCTCAGCCGCGGGGAAACCGTAGCTTTGATCGGACCCAACGGAGTGGGCAAATCGACGCTCCTGAAATGCCTGATCGGTACCATGAAGCCAACGGCGGGATCGCTGCAATGGGGTACAAAAGTCAAGATCGGCTATTACGATCAAGAGCAATCCGAGCTGAATCCGAGCAATACCGTTCTGGAAGAGCTATGGGGCACCTATCCGCATATGGAGGAAGCCCGCATCCGCACCGTTCTGGGCAACTTCCTCTTCAGCGGCGAAGATGTGCTCAAGAAGATCAGTTCCTTAAGCGGAGGGGAAAAGGCCCGCGTATCGCTTGCCAAGCTAATGCTCCTTGAAGCCAACATGCTCATCTTGGATGAGCCGACGAACCATCTGGACTTATTTGCCAAAGAGGTTCTTGAATCAGCACTCATGGATTACGAAGGCACTTTATTGTTCATATCCCATGACCGTTACTTCCTTAACAAAATGGCCGAGCGAATCATCGAGCTTCATCCGGACGGCATTCAACATTTCCTGGGTAATTATGACGACTATACGGAGAAAAAGCAGGAAATTATCGATATGAATGACGAACCTTCCGAGCCGTTTGCTCGTCACACCCTGAAACAGGAAGGAAAAGCCGAAGTTGCCATCGAGAAACAGGGAGCCGTTTCCTTTGAAGCCGAGAAGCAGGCCAAACGGGAGGAGCGAAACCGTCAGCGCAAGCTCGCAAGTCTGGAAGAGCAAATCCATGCTTTGGAATCGGACATAACCGAGTTAGAGGCCGAGATGACCCTGCCGGAGATCTATCAGGATTATATGGCACTCCAAGAACGCCAGCAGTCGTTAGAGGAGAAAAAGAGTCAGCTTGAGCAAATTTTTGCCGAATGGGAGTCATTGCTGGAAGATTAA	MLLQANGITKLYGVTPVLDGINLQVLERERIGLVGVNGAGKSTLLKILAGEMSYDGGQIFKAKETTVGYLAQNSGLQSDSSIWNEMLDVFAPLLEMERELRQMEEQIADPKSSEDPKKYQELLDRYAIRSDWFKDQGGYEIETRIRSVLHGMGFGSFSPDTSIATLSGGQKTRLALAKILLQAPDLLMLDEPTNHLDIATLTWLEDYLRGYSGSLLVVSHDRYFLDRLVTTIVEIERRHSKKYTGNYSRYIELKAAEYESQLKQYEKQQDEISRMETFIQRNLVRASTTKRAQSRRKALDKMERLDKPLGDLKKAHFSFEAEYMSGKDVLHVRDLALSFEQDKPLFRQVSFDLSRGETVALIGPNGVGKSTLLKCLIGTMKPTAGSLQWGTKVKIGYYDQEQSELNPSNTVLEELWGTYPHMEEARIRTVLGNFLFSGEDVLKKISSLSGGEKARVSLAKLMLLEANMLILDEPTNHLDLFAKEVLESALMDYEGTLLFISHDRYFLNKMAERIIELHPDGIQHFLGNYDDYTEKKQEIIDMNDEPSEPFARHTLKQEGKAEVAIEKQGAVSFEAEKQAKREERNRQRKLASLEEQIHALESDITELEAEMTLPEIYQDYMALQERQQSLEEKKSQLEQIFAEWESLLED				NA	NA	NA	NA	NA
JZ016_02973	1524	leuA_3	COG0119	2-isopropylmalate synthase	ATGAGTGAATCCATGAGAACCATCCAAATATTCGATACAACGTTGCGGGACGGGGAACAGGCCCCGGGAGCAAGCCTGCAGCCAGAACAGAAAATTGTGCTGGCCGGAAAGCTGGCTGAGCTGGGCGTAGATGTGATGGAGCCCGGATTTCCAGTGTCTAGTCCCGGGGAGTTTGCCGCTGTGCAGGCCATCTCGAGACAGCTGCAGCAGGTCGAGATATGCGGATTCGCACGGGCCGTGAAAGGGGATATTGATGCTGCCGTCAAGGCCACCCAGGATGCGGCCAAAAGGCGAATCCATCTGTTTATTTCATCTTCCGACATCCATCTTCGACACCAGCTGCGCATGAGTCGTCCGGATGTAGTGGCAAGGGCACGTGAGATGACAGCTTATGCGAAGCAGTTCAGCGACGTGGTGGAATTTACGGCGATGGATGCCTCGCGTACCGGCATTGACGACTTGATTGAGATGGTGGAAGCCGTCATTGAAGAGGGTGCAACGATAATCAATCTGCCCGATACGGTGGGATATGCGCTTCCGAATGAATATGGCGAGATGTTCCGACGTGTGCGGGAAGGCGCCCGTGGCGGAAAGACGGTCGCCTATAGCGCCCACTGCCATAATGATCTCGGTTTGGCTGTGGCCAACAGCCTGGCCGCGATTGAGAATGGCGCCAGCCAAATCGAGGTTACCGTGAATGGGGTAGGCGAGCGTACAGGCAACTGCGCATTGGAGGAGCTGGTCATGGCTCTATCCGCCCGGGGTGACATGCTGCGGGCAGAGACGGGCATTACGGCCGAGAAGCTGTATGAAGTATCTCGTCTCGTTAGCGGTGCGATGCATTTTCCGATCGCTTTTAATAAACCTGTAGTCGGCAGGAACGCCTTCCAGCATGAGTCCGGCATCCACCAGGACGGTCTGCTGAAGGACCGAAGCACCTACGAGATTATGGATCCGGAAAAGCTGGGGATTCCGCGGAGCATGATTGTGCTGGGCAAGCATTCCGGTCGTCATGCGCTGAAGGATCGTCTTGCCCGGTACGGTGTTCAGCTTGATGGAGACGAGATGGAGTCCTTGTACGATACCTTCAAGGAGACGGCTGATCGTCAGAAGGTGGTCAGCGATGATCAGCTGCTGCAAATGGTGAGCAGCACTTTGGGCAAACCAGCCCAAGTATATGAGCTGATCGAGGCCCAGGTCATCTCGGGAACGGGCAGCAGCCGGGTCGCGGCAATCACGCTGCGTCATCTGAGCGAGCAAACGGAAGCCACTTACTCCAGCGTGGCGGACGGTCCGGTGCAAGCCGTTATCTCGGCAATCAGCCAAGGAATTAGCAGCGATATCCGCTTTGGCGATCTGGAGCTCCACTCGTTAAGCAGCGGCGAAGACGCGCATGCCGAAGCGGCGGTCACGGTTGAGAAGGCGGGCAAGATCTTCCGCGGAACGGCTGTGCATCAGGATATCGTTATGGCTGCAGGCCTGGCATACGTTGCTGCATGCAACTCGGCGTTGATGTCGGTCTAG	MSESMRTIQIFDTTLRDGEQAPGASLQPEQKIVLAGKLAELGVDVMEPGFPVSSPGEFAAVQAISRQLQQVEICGFARAVKGDIDAAVKATQDAAKRRIHLFISSSDIHLRHQLRMSRPDVVARAREMTAYAKQFSDVVEFTAMDASRTGIDDLIEMVEAVIEEGATIINLPDTVGYALPNEYGEMFRRVREGARGGKTVAYSAHCHNDLGLAVANSLAAIENGASQIEVTVNGVGERTGNCALEELVMALSARGDMLRAETGITAEKLYEVSRLVSGAMHFPIAFNKPVVGRNAFQHESGIHQDGLLKDRSTYEIMDPEKLGIPRSMIVLGKHSGRHALKDRLARYGVQLDGDEMESLYDTFKETADRQKVVSDDQLLQMVSSTLGKPAQVYELIEAQVISGTGSSRVAAITLRHLSEQTEATYSSVADGPVQAVISAISQGISSDIRFGDLELHSLSSGEDAHAEAAVTVEKAGKIFRGTAVHQDIVMAAGLAYVAACNSALMSV				NA	NA	NA	NA	NA
JZ016_02975	195			hypothetical protein	ATGGAGCTAGACAGCCCAACGACCCTGAATGCAGCTGTACTCTCTTACGGAGTTTCCTCCGTCATCAGGACGTCCATTCTCTTCATGACCGGCCGGTATGAGGAGATCATGGACAGTGAGTGGACGTGCATATGTCGCGAAGGAACAGCTGCGAAATTAGGCGCGTCAATTAGAGTGGTACCACGGAGGGTCTAA	MELDSPTTLNAAVLSYGVSSVIRTSILFMTGRYEEIMDSEWTCICREGTAAKLGASIRVVPRRV				NA	NA	NA	NA	NA
JZ016_02976	1050	tsaD	COG0533	tRNA N6-adenosine threonylcarbamoyltransferase	ATGAATGAAGAAAGAGTAGACCGGCAGCACAGCTGCATATTGGCGATAGAAACGAGCTGCGATGAAACCTCGGTTGCCGTTGTAAAGGATGGCTGCGAGGTTTTGTCCAGTGTCATTGCGAGCCAGATTGAAACGCATAAAGCTTTTGGCGGGGTGGTGCCCGAGGTGGCTTCCCGCAAGCATGTGGAGAGTATCACGCTAATTATTGAACAAGCCGTAGCTGAGGCCGGCATTGAAATGAAGGATTTGTCGGCGATCGCCGTAACGCAGGGTCCTGGCCTGGTTGGGGCGCTTCTCGTTGGCGTTATGGCTGCTAAAAGCCTGGCGTTTGCGCTCGGCAAGCCGCTGATTGGCACGCATCATATTGCGGGTCATATCTATGCCAATCGTTTTGTGGGCGATATCGCTTACCCTTGCATGGCGCTGGTGGTTTCCGGCGGTCATACCGAGCTAGTCTACATGAAAGACGAAGGCAGCTTTGAGTTGATCGGCAGGACGCGGGATGATGCGGTTGGCGAAGCGTACGACAAGGTGGCCAGGGCGCTTGGCTTCCCATATCCCGGCGGTCCGCATGTCGACCGAATGGCATTGGAGGCCGAGGAGGTTGTGGAGCTTCCTCGCGTATGGCTGGAGCCGGATTCCTACGACTTCAGTTTCAGCGGTCTGAAATCGGCTGTATTAAATGTCGTCAATCAGAGCAAAATGCGTGGAGAGGAAGTCCGGACGGAAGCGATAGCCCGGGGTTTCCAGGAATCCGTGGTCGAAGTGCTCGTGGAAAAGGCGGTTCGTGCGGTCAGAGCATATGATGCCAAGCAGCTGCTGCTGTGCGGCGGCGTTGCCGCCAATCGCGGACTCCGTAAAGCCTTGGCTGAACGCTGCGAGCAGGAAGGGATATTGCTGACGATCCCGCCATTTCAGTATTGTACCGATAACGGAGCGATGATTGCTGCCGCGGCGCATCTGAAATGGAAGCAGGGGAGCTTTACGCCGCTCGATATGAAGGCCGACCCGCAAATGTCACTGGAGCTTTGGGCGGAGCCATTAAGCTAA	MNEERVDRQHSCILAIETSCDETSVAVVKDGCEVLSSVIASQIETHKAFGGVVPEVASRKHVESITLIIEQAVAEAGIEMKDLSAIAVTQGPGLVGALLVGVMAAKSLAFALGKPLIGTHHIAGHIYANRFVGDIAYPCMALVVSGGHTELVYMKDEGSFELIGRTRDDAVGEAYDKVARALGFPYPGGPHVDRMALEAEEVVELPRVWLEPDSYDFSFSGLKSAVLNVVNQSKMRGEEVRTEAIARGFQESVVEVLVEKAVRAVRAYDAKQLLLCGGVAANRGLRKALAERCEQEGILLTIPPFQYCTDNGAMIAAAAHLKWKQGSFTPLDMKADPQMSLELWAEPLS				NA	NA	NA	NA	NA
JZ016_02977	525			hypothetical protein	ATGAATCAGCAGAAGAAGCCGGTAGATGGTGAAGACGGTTTGTCCTTTCGGTTGATGACCCTGGAGGATATTCCGGAGGTTCTCGTGGTGGAGCGCGAAGCGTTCACCGTGCCCTGGACCGAGGAAGCTTTTCACAATGAACTGAAATTGAATCATTTTGCACGTTATATGATTATGGAGTACGAAGGCAAAACGGTAGGATATGCAGGCATGTGGACGATCGTGGATGAAGCGCACGTTACAAATATTGCGCTTCTGGAGCAGTACCGCGGACGCAAGTGGGGCGATCGTCTGCTTACGGAATTGATGAAGACTGCTGCCTATATGGGAATGGAGAAAATGACGCTGGAAGTCCGGGTATCCAATCACGTGGCCCAGCACTTATATATCAAAAAAGGGTTTAAACCAGCCGGTGTCCGGAAGGGGTATTATTCCGATAATCAGGAAGACGCACTCATCATGTGGGCAGATCTGCCCCCTTATCGGGAGGACGATGGCGAGGAAGGAAGTCAAAGGCTATCATGA	MNQQKKPVDGEDGLSFRLMTLEDIPEVLVVEREAFTVPWTEEAFHNELKLNHFARYMIMEYEGKTVGYAGMWTIVDEAHVTNIALLEQYRGRKWGDRLLTELMKTAAYMGMEKMTLEVRVSNHVAQHLYIKKGFKPAGVRKGYYSDNQEDALIMWADLPPYREDDGEEGSQRLS				NA	NA	NA	NA	NA
JZ016_02978	813	tsaB	COG1214	tRNA threonylcarbamoyladenosine biosynthesis protein TsaB	ATGAAAAATGGGGTAGCTGGAATGAACAACAATGACACGAAGCCGCAGCAGCGGTTTTTGGCGCTGGATACGTCTACGGCATCGCTGGCGGTATCCGTGATGGAGCAGGACAAGCTGCTGTCGGAAGTGAACACGAACGCAGACCGCAATCACTCGGTGCATCTGCATCCGGTGATGGCACAGGCGCTTGCTGAAGCAGGCCTCGGCATGGACCAGATGGACGGCATTGCCGTGGGAGTAGGGCCGGGATCTTATACAGGGATCCGGATTGCGGTAACGGCTGCCAAAACATTGGCATGGGCTAATCACATCCCGGTTGTCGGGGTATCCAGCCTGCATGCCCTTGCATGGGGAGGCCTGAAGTCCGGATGGAACGAAGCCGAGCCAAAGGCGGGAGTCCACTGGATCATTCCGCTGCTGGATGCAAGACGGGGACAGGTGTACACGGCATTATTCGCTGCCGATTCAGAGAGCAAGGAGAGTGCGCCGATACGTCTGGAGGCAGACGGTATTCGCCTGATGCAATCCTGGGTGGAAGCCATTAAGGAACGCATCAGCAAGCTGCCTGAAGAGGAACGCCCGGTCTGCCTTTGGTTTATTGGGGAAGTGGAACTCCATGCCGAAACCGCCCGCAGGCTTGAGCCGGGGTTCGGAGAACGGCTGCATATTCATCCGTACTCGCTCGAAGGCCGCTGGATGGGGTACTTGGGCGCAGCGAGGCTGCTCGCCGGAGAAACGGATGATCTGCATACACTGGTACCCAATTATACACAGCTTTCCGAAGCGGAAGCGAACCTGCTGCGTAAGCGGTGA	MKNGVAGMNNNDTKPQQRFLALDTSTASLAVSVMEQDKLLSEVNTNADRNHSVHLHPVMAQALAEAGLGMDQMDGIAVGVGPGSYTGIRIAVTAAKTLAWANHIPVVGVSSLHALAWGGLKSGWNEAEPKAGVHWIIPLLDARRGQVYTALFAADSESKESAPIRLEADGIRLMQSWVEAIKERISKLPEEERPVCLWFIGEVELHAETARRLEPGFGERLHIHPYSLEGRWMGYLGAARLLAGETDDLHTLVPNYTQLSEAEANLLRKR				NA	NA	NA	NA	NA
JZ016_02979	471	tsaE	COG0802	tRNA threonylcarbamoyladenosine biosynthesis protein TsaE	ATGATTTCAAGCAGTCTGGAGGAGACGGAGCAGCTTGCTGCTTGGCTGGCCGCTAGAGCGGAGCCAGGGACTGTCATCGGACTGGACGGGGATCTTGGGGCAGGAAAAACGGCATTCTCCAAACAATTTGCACAGCACCTTGGTGTGAACGGGGTTGTGAATAGCCCGACATTTACGATTATTAAAGAATATGAGGGGCGTCTGCCGCTCTACCATATGGATGTGTACCGTTTGTCGGTCGATGAAGCGGATGAGCTCGGGCTGGATGAGTATTTTTTTGGTGAAGGGGTTTGTCTCGTGGAATGGAGCAGTCTGATCACTGAGCTGTTGCCTGAGCGGTATCTGCATATCCAGCTTGAAACGACAGGCGAAACGCACCGGACCATCACACTTTCAAGCCAGGGCGAGCCCTATGGCGAGTGGTGCCGGGATTTGAATGAAAAATGGGGTAGCTGGAATGAACAACAATGA	MISSSLEETEQLAAWLAARAEPGTVIGLDGDLGAGKTAFSKQFAQHLGVNGVVNSPTFTIIKEYEGRLPLYHMDVYRLSVDEADELGLDEYFFGEGVCLVEWSSLITELLPERYLHIQLETTGETHRTITLSSQGEPYGEWCRDLNEKWGSWNEQQ	PGPT0019050_174	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_MURAMATE_DEGRADATION,PGPT0019050-amgK-K07102	NA	NA
JZ016_02980	1182			hypothetical protein	ATGAACCCCACGAATGTATCGAATACAGCCCCATATTCAGAAGAAACCATACTTCCATTTCGCATTCAAATTCCAGAGTCGGACCTGCTTGACCTTAAGGAACGTTTGACCCGCACTCGCTGGCCTGATGACCTGGAGGATCATCACTGGGAATATGGCACACCGCTGTCTTACCTGAAAGAGTTATCCACCTATTGGAAGGATGTTTACGATTGGCGTAAATATGAAACCATGTTGAATCAATTCCCTCAATATACGACCACCATCGATGGGCAAAACATTCACTTCCTGCATGTTCGCTCCCCTGAGCCTGATGCGATTCCTCTAATCATAACCCATGGCTGGCCCGGATCGATTGTGGAGTTTACCCGCATGATTGAACCGCTCACCAATCCCGGCAAGTACGGTGGAAATCCGTCCGATGCATTTCATCTCGTAATCCCGTCCCTCCCAGGCTTCGGCTTTTCCGGGCACACCACCGAACGCGGATGGAATATCGAGCGTGTCGCTAAAGCGTGGGATGAATTAATGCGCCGCCTGGGCTATGAACGATATGGAGCACAGGGGGGAGATACCGGGAGCATGGTTTCAGCGGAACTTGGCCGGATCGCTGCAGAGCGAATCGTTGGCGTACATTGTAACGGTCTGTCGGTGTTTCCAACCGGGGATCCGGCTGAAAGCGACAACCTTACGGCTGTAGAAAAACTTCGCTATGATGAATTAGCCGGTGGCGGATTTGAAGGGTCCGGATATGCCATCCTTCAGGCGACCAGACCCCAGACGCTTTCCTACGGCTTAACGGATTCCCCTGTTGGGCAGCTTGCATGGATAGTAGAGAAGTTTAAGGAATGGACCGATCCAACGGCCGATCTTCCTGAGGATGCGGTAGACCTTGAGCTCCTTCTTACGAATGTCTCGATCTATTGGCTGACAGCAACGGCAGGCTCCTCCGCAAGAATTTATAAAGAAAGCTCGAACAATTGGGGAGCGCCGGCACCATATTCCTCCGTGCCCACCGGCGTGGCGGTCTTTCCCAAAGACCTCTCCATTCGCAGTATGGTCGAGCAGCAGTACCATGTCGTCCATTGGTCAGAGTTCGACCGCGGCGGCCATTTCGCCGCATTGGAAGCTCCCGATCTGCTGACTGAAGATATCCGGTTATTTTTCAGAGAGATTCGTTAA	MNPTNVSNTAPYSEETILPFRIQIPESDLLDLKERLTRTRWPDDLEDHHWEYGTPLSYLKELSTYWKDVYDWRKYETMLNQFPQYTTTIDGQNIHFLHVRSPEPDAIPLIITHGWPGSIVEFTRMIEPLTNPGKYGGNPSDAFHLVIPSLPGFGFSGHTTERGWNIERVAKAWDELMRRLGYERYGAQGGDTGSMVSAELGRIAAERIVGVHCNGLSVFPTGDPAESDNLTAVEKLRYDELAGGGFEGSGYAILQATRPQTLSYGLTDSPVGQLAWIVEKFKEWTDPTADLPEDAVDLELLLTNVSIYWLTATAGSSARIYKESSNNWGAPAPYSSVPTGVAVFPKDLSIRSMVEQQYHVVHWSEFDRGGHFAALEAPDLLTEDIRLFFREIR				NA	NA	NA	NA	NA
JZ016_02981	183	sspH_2		Small, acid-soluble spore protein H	ATGGAGATACAGCGCGCCGTAGAGATTTTCAACTCCAAGGATATTTACAAGGTCAATCTTGAAGGGGAGTCCGTGTGGATCGAGCATGTGGATCAGCAGAACGGAATGGCCACCGTCCAGGTCGGCTCTCGTCCGACCAATACGCTGACTGTAGACGTAGACCGGCTAAAAGAAGGCGAATAG	MEIQRAVEIFNSKDIYKVNLEGESVWIEHVDQQNGMATVQVGSRPTNTLTVDVDRLKEGE	PGPT0024895_123	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024895-sspH-K06425	NA	NA
JZ016_02982	288			hypothetical protein	ATGACGGAGCCTAGAGAAACCCAAACGTCGGAAGAGATACAGAAGGACAGAGCCTCGGACCATTCCGCTGCAGAATCGGTGAACGGGGACATGGTGGATTGGAACAACCTGACCTCGGAGGAGAGCGAGATCTCTCGCGAATCTACGATGTTCGATATTGACCGGATGATCAACGAAGGCCTTGGCGGAGGCAATGTCACCATAGATAATGGGCTGATCGGCCCTTCCACAACCGATACGATGGACATCGTGGACGAATCGCCAAGAAATAGGGAGAAGGAGGATTAA	MTEPRETQTSEEIQKDRASDHSAAESVNGDMVDWNNLTSEESEISRESTMFDIDRMINEGLGGGNVTIDNGLIGPSTTDTMDIVDESPRNREKED				NA	NA	NA	NA	NA
JZ016_02983	930	ku	COG1273	Non-homologous end joining protein Ku	ATGCATACGGTATGGAAGGGCGCGATCAGCTTTGGTCTGGTGCACGTGCCTGTCAAGATGTTCTCGGCCACGGAAGATAAGGATATTTCGATGCGGTACATCCACAAGGAGTGCGGCAGTCCGCTCTCTTACATCCGCAAATGTCCGGTATGTGAAGAGGAAGTGGCCTGGGAGGAAATTACGAAGGGATACGAGTATGAGAAGGGGAAATTCGTGCTGTTCGAAAAAGAGGAACTGGAGCAGCTGGCGGAGCAGAACAGCAAAAACATAACGATCCTGGACTTTGTGGATCTAACCGAGATTGACCCGATTTATTTTCAAAAGACGTACTACCTCTCGCCGGATCAAGCAGGCGCAAACGCATATCGGCTCCTGCTGGAAGCGATGAAGCAGTCCGGCAAAATCGGCATCGCCAAAATCGCTATTCGCTCGAAGAGCAGTCTGGCCGCGATCCGGGTGCTCGATGAATGCTTGTCGATCGAGACGATTTTCTACCCGGATGAGATCCGGCCGATCTCTCAGGTCCCGAATTTGCCTGAAAGAACCGAGGTCAACTCCAAGGAACTCGATATGGCCAAACTGCTGATTGACCAGTTGTCGACTCCCTTTGATCCTGAGAAATACACGGATGATTATCGCGAACGTCTCCTGGATCTGATCAACAGCAAAGTATCCGGTGAAGAAATCAAAATTGCCCCTGCTCGTCAGGAGACCAACGTTGTCGATCTGATGGCTGCCCTCCAGGCAAGCATCGAAGCTGTAAAGCCGATCGGAACGGATCCGGGCACCAAACCAAAGCCGCGTAAAACGACCCGGAAGACGGCAGCCAAAGAACCTGCTGCCAAGGTCAGCGGCGGAGAAGGCGATCTTGACGCACCGAAGCCGAAGCGCCGAACAACCAAATCCAAGAAATCCGACTCCACTTCCTGA	MHTVWKGAISFGLVHVPVKMFSATEDKDISMRYIHKECGSPLSYIRKCPVCEEEVAWEEITKGYEYEKGKFVLFEKEELEQLAEQNSKNITILDFVDLTEIDPIYFQKTYYLSPDQAGANAYRLLLEAMKQSGKIGIAKIAIRSKSSLAAIRVLDECLSIETIFYPDEIRPISQVPNLPERTEVNSKELDMAKLLIDQLSTPFDPEKYTDDYRERLLDLINSKVSGEEIKIAPARQETNVVDLMAALQASIEAVKPIGTDPGTKPKPRKTTRKTAAKEPAAKVSGGEGDLDAPKPKRRTTKSKKSDSTS				NA	NA	NA	NA	NA
JZ016_02984	897	ligD	COG1793	Multifunctional non-homologous end joining protein LigD	ATGCAGAATCTGCTGCCCAAAGAGCCGATGGCACCGATCTCGACGGACCAGATCACGACGGGCGAGGATTGGGGTTATCAGCTGAAATGGGACGGCGTGCGCATACTCGCCGGAATTGACCAAAACCGCGTATCGCTATATTCCCGCAAGCTGCTCGATAAAACGTCGCTGTATCCCGAAGTCGTTCAGGCATTATCCGGCTTGCATGAACGGCGACTTCTTTTGGATGGTGAGGTTGTCTATTTTCATCCGGAGCTGGGTCGTCCCGTGTTTCAGAAGGTTCTTCAGCGGGAGCGTTCGCGTGCGATCAGCACGAACGCTCCTCTGTTTACTTATGTTCTCTTCGATGTTCTGGTGGACGGCGACCAAGACTTGCGTAAGCTGCCCTATCTTGAACGTCACCACCGCCTGAAGGAGATCGTTTCCGACACGCCGGGCCTGCTGACCGCGGATCTGTTTCTTGAAGGTGAGCATTTATGGAATTGGGCCGAAGCACGGGGATGGGAGGGCATTGTAATGAAGCGCCTCTCCTCTCCTTATCGTGAAGGCAAGAAACACCGGGATTGGTACAAGAAAAAGATTGCCGTGAACATGACAGCCACCGCCGTCGCCATGATCATCAGGGAAGGCCGTGTGGCCAGCCTTGTCATTGCCGATGACGATGGCAATTACATCGGCCGTGCTTCCCTGGGGCTTAATGAGCAGATGAAGAAGAGGCTCATGCAATATGCCGAAATGCATCGTGCTGACGCGGTATGGAGTACGCTCCATACCGACCTGAAGAAGGAGCAGCTAGCCTGGCTTAGCCAGCCGCTTTCCGTTCAGGTCACATTTCTCGAGTGGAGTCAGGATGGCATGATGCGCCATCCCAAACTCGTATCGATTGAGGGGGTGTAA	MQNLLPKEPMAPISTDQITTGEDWGYQLKWDGVRILAGIDQNRVSLYSRKLLDKTSLYPEVVQALSGLHERRLLLDGEVVYFHPELGRPVFQKVLQRERSRAISTNAPLFTYVLFDVLVDGDQDLRKLPYLERHHRLKEIVSDTPGLLTADLFLEGEHLWNWAEARGWEGIVMKRLSSPYREGKKHRDWYKKKIAVNMTATAVAMIIREGRVASLVIADDDGNYIGRASLGLNEQMKKRLMQYAEMHRADAVWSTLHTDLKKEQLAWLSQPLSVQVTFLEWSQDGMMRHPKLVSIEGV	PGPT0014910_2422	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971	NA	NA
JZ016_02985	918	ligd	COG1793	Bifunctional non-homologous end joining protein LigD	ATGGCTCGTACCGTCAAAGGCACCCTGACGATCGAGGGGCAGGAGATTCAAATTACGAATCCAGACAAACCGCTTTGGCCGGAAGTCGGCATTACCAAAGCGATGTATCTGCAAAAGCTTGCGGCCATCTCCCCGTTCCTGCTCCGGTACTGCCGGGGCAGGCTGCTCACGACCATTCGGTATCCGCACGGAGCCGAAGGCGAATCCTTCTATCAGAAAAATGCGCCGGAGCCGCTGCCTCCTTTTGTTCAGACCTATGTGCACGAAAATATTAACTACGTGCTGCTCAACGGACTGCCGGAGCTGCTCTGGCTGGGGAACCTGGCTGCGCTTGAGTTTCACCCTTCACTGCACCTCGCAGGCAGCAATCTGCCCTGCGAATGGATGATTGATCTGGATCCCACGCTGCCGGAGGAGCCGCGCATCATGGAGGCGACTGCCATTGTAGGGGACGTACTGACCTCGTTGGGCCTGTCCTCCGTCCCGAAAACCTCAGGTGCTACCGGGGTCCAGATCATCGTTCCCATTCAGGAAGGCATTACGTTCGATGAACTTCGAACAGTAGGCCAATTCGTGGGGCAATATGTAACCGAGAAATTCCCAAAGCTGTTCACCATTGAACGGCTGAAGAAGAATCGCGGCGATAAAATCTACTTCGATTATCTTCAGCATTACAGCGGAAGGACACTCGCCGCTCCTTATACCCCGCGGGCCCGGCGGCTGGGGACCGTCTCTACGCCGCTCACTTGGGACGAGGTCCGTCAGGACGTTTCTCCCACGGAGTTTCATCTGCTGAACATCGAGGAACGATTAAGAGAGAAGGGGGACCTGCTGCAGACCCTGCCTCCTCAACCGATAGAGAACGTCATCCGACATCTGAAGCCACAAGGAAAGGCAGGATCAAAAAGGAAAGGATAG	MARTVKGTLTIEGQEIQITNPDKPLWPEVGITKAMYLQKLAAISPFLLRYCRGRLLTTIRYPHGAEGESFYQKNAPEPLPPFVQTYVHENINYVLLNGLPELLWLGNLAALEFHPSLHLAGSNLPCEWMIDLDPTLPEEPRIMEATAIVGDVLTSLGLSSVPKTSGATGVQIIVPIQEGITFDELRTVGQFVGQYVTEKFPKLFTIERLKKNRGDKIYFDYLQHYSGRTLAAPYTPRARRLGTVSTPLTWDEVRQDVSPTEFHLLNIEERLREKGDLLQTLPPQPIENVIRHLKPQGKAGSKRKG	PGPT0014910_2266	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971	NA	NA
JZ016_02986	1095			hypothetical protein	ATGGCTCGTACGCAATATGAACGTATAACCACCAAACAGACTTTAAACAGAGTGAAGGAAGAGAGGATGCCCTTCGATTGGTCCATCAATCCGTACCGCGGGTGCGGGCATGGCTGCAGCTTTTGTTATGCTCGCGCTTTCCAGTCCTTCATTGGCATGGGGGCGGAGGATGAGTTTCAGCATCATATCTTTATGAAGTCGAATGCAGCGGAAGCGCTGGAGAAGCAGTTATCGAGTGCTGCGAGGAAGTTTGATCATGATATTGAAGCGATGCGGAGATCGATAGGACAGGTTACGATCGGAACGGCAACCGATCCGTATCAGCCGATCGAGAGCAAGGAGGGCATTACGCGGGAGTGCCTGAAGCTGCTAGCTAAATACCGCATCTCCACGAGCATTACAACGCGCTCTCCGCTCGTGCTCAGGGATATGGACATATTGACACGGATGGAGAATGTATCCGTCAATATGAGCCTCAACACGCTGAATGGGGACATCATCCGGAAGCTGGAGCCGGCATCGCCTCATCCGGAGGGCAGGCTCGATACGATCCACCGATTATCGGCTGCAGGCATAAGAACGGGTTTGTTTGTGGCGCCTGTGCTGCCCTTTTTGACGGATAAGGAATGGGAGCTGAGGGAGCTCTTGTCGCAGGCGAAGGTAAGGGGCGTTTCCTTTGCCATGATCTCGCTGCTGAGACTCTCGCGCGATGTGAAGAAATGGTATATCGAAACACTGAAACACCAGTTTCCTGAAGTGGTTCAGCCTTACCGTGAGTTATATGCGCAGGGCGCATATGCCGAAGAGCATTACGTACGTTCCTTCAAGTCGATGGCAGCCAGGCTGCTGAACGAATGTGAACTGAATGGACTGACCCCGGGGGCATCTGCTGCTGGCGTGAGCCGGCCCGGGACGATCGGAAGCGGGATTTCTCAAGAGGACGGGGCGCAGGTGGAAGGCGCTCGCGATCATCTTCGTTCAGCGGAAGATTTGGCAGCTGTTTCTGTACAGCCAAGGAAGCTGCCGCAACCGGCCGCACCGGTCTCCGGGGAGGAGCTTGTGCCGGATGTGGAGCAGCTATCCTTTCCTTTTTGA	MARTQYERITTKQTLNRVKEERMPFDWSINPYRGCGHGCSFCYARAFQSFIGMGAEDEFQHHIFMKSNAAEALEKQLSSAARKFDHDIEAMRRSIGQVTIGTATDPYQPIESKEGITRECLKLLAKYRISTSITTRSPLVLRDMDILTRMENVSVNMSLNTLNGDIIRKLEPASPHPEGRLDTIHRLSAAGIRTGLFVAPVLPFLTDKEWELRELLSQAKVRGVSFAMISLLRLSRDVKKWYIETLKHQFPEVVQPYRELYAQGAYAEEHYVRSFKSMAARLLNECELNGLTPGASAAGVSRPGTIGSGISQEDGAQVEGARDHLRSAEDLAAVSVQPRKLPQPAAPVSGEELVPDVEQLSFPF				NA	NA	NA	NA	NA
JZ016_02987	576			hypothetical protein	ATGGCACCTAAAACGAGGTTCACCAAACAAGATATCGTGCTAGCCGCATTTGACATTGCCAAGACCGATGGGATCGAGTCCATTACGATTCGTAAAGTAGCTGAACGTCTGGGCAGCTCCATCGCGCCGATCTATGTCAATTTCAACGATGCCGAAGAACTGATTCAACAGGTCGTCGACAAGACCTTCCAGGTAGCTAGAGGATTGATTACAGAGCAGAAGTCCGGTCAGCCCTTCCGGGATATCGGCATGGCAAGTCTCCGATTCGCCAAGGAGTACCCTGTGCTCTACCGGGATTTAATAATGAAGAACAATCCCCACACGAAGAATACCCCCGAACAAATTCGTGAGGTTATCGGGTTAATGAAGTTGGACCCGGAGCTTGCGGGATTTTCTGATCAGGAGCTGCAATCAATTTTATTGAAAATGCAAACCTTTCAGACGGGTCTTTGTGTCATGCTAGCCAATGATCTGTTCACGGAGAGCGTTGATGACGACAAGATGATCCATATGATGGATGAGGCTGCTCAAGATTTCATACGTGCCGCTCGTTTGCGGAAACAGCAAGAGAAATGA	MAPKTRFTKQDIVLAAFDIAKTDGIESITIRKVAERLGSSIAPIYVNFNDAEELIQQVVDKTFQVARGLITEQKSGQPFRDIGMASLRFAKEYPVLYRDLIMKNNPHTKNTPEQIREVIGLMKLDPELAGFSDQELQSILLKMQTFQTGLCVMLANDLFTESVDDDKMIHMMDEAAQDFIRAARLRKQQEK				NA	NA	NA	NA	NA
JZ016_02988	1095	yfeW_2		Putative D-alanyl-D-alanine carboxypeptidase	ATGGGAAGAGCCCTAGAGCAGTCGCTTCTGGATGAATGGTTGGAACGGATCGCCAATAAAAAGAATGTGTTTAGCACGGTTCTGTGCGTCGAGGACCAGGAACAATCCCTATCCCTTGTCAGCAGCGGCGGGGCAATGAAGACTGAAGACCGCTATTTCATTGCCAGCGTGACCAAATTATACGTGACAGCCGTAATCTTAAAATTACGAGCCGAGCAGCGGATTGGGCTCGATGATCCGATCGGCCAGTACCTCCCCGAAGAGATCATGGCGGGACTGCATAGGATGGAGAACAAGGATTACTCTGGAGAAATCACCGTCAAACAGTTAATGTCCAATACGTCTGGCATTCCGGACTATTTTTCTGGAAAGGTCTTCTCCGACCTCATCGCCGGGCATGATCAGGCTTGGAGTCTGGACAAAACATTGGATGAGGCTAGACGGCAACAGCCCAAATTCAAACCAGGCCAGAGAAATAAAGCCCAATATTCCGACACTAATTACCGGCTGCTTGGCCGAATGATCGAGAATATCAAGGGCGAACCCATTCAGAACGTATTCAAGGAGTATATTTTCGACAGGCTGAATCTGACACAGACGTATTTTTTTCATGATCCCGAGGATACAAGCCCCGTTCCTTTCTATTATAAGAAAAAACGTTTGGACCTTCCTCTGTATATGGCGTCAATCGGAGCGGAAGGCGGCATCGTCTCAACGGCAAGGGAAACGATGATGTTCCTGCGCTCCTTTTTTAACGGGGAACTGTTTCCGATAGGTGATCTGGATGAACTCCAGAGACAATGGAATTTTCTCTGGACACCGGGCTCCTTTTTCTATGGCACCGGCATTTCAAGACAGCCGCTATCTCCATTCAGCCTCGGACGGGGACTCATTGGTCACTGGGGTCAATCCGGCGCATTTGCCTTCCATCATCCTGAATCAGGACTCTATTTCACCGGAACCGTGAACCAGGCTGTCGGTCAATCCGCGGCTGTGCAGGTGATGACAAGAATCATACGTTATTATGGGCGGGAGAAGAAGACGCTTCACTTGACACAGACACCCCATAAACAAAAAAATGCTCCACCCGGTTAA	MGRALEQSLLDEWLERIANKKNVFSTVLCVEDQEQSLSLVSSGGAMKTEDRYFIASVTKLYVTAVILKLRAEQRIGLDDPIGQYLPEEIMAGLHRMENKDYSGEITVKQLMSNTSGIPDYFSGKVFSDLIAGHDQAWSLDKTLDEARRQQPKFKPGQRNKAQYSDTNYRLLGRMIENIKGEPIQNVFKEYIFDRLNLTQTYFFHDPEDTSPVPFYYKKKRLDLPLYMASIGAEGGIVSTARETMMFLRSFFNGELFPIGDLDELQRQWNFLWTPGSFFYGTGISRQPLSPFSLGRGLIGHWGQSGAFAFHHPESGLYFTGTVNQAVGQSAAVQVMTRIIRYYGREKKTLHLTQTPHKQKNAPPG				NA	NA	NA	NA	NA
JZ016_02989	918			hypothetical protein	ATGTCAAGTGATGTGAAGATTCTTGCACAAGTGAAAGCGGAGCAGCAGAAGCCGGAGAATCCCAAAGCAGGCTCAACCACCTTGAAGCTTCTCCGTCGTCTGGTGTTCTTAACTTTCGGTGCGGTACTAATGGCAGTAGGGCTGGAGATCTTTCTGGTGCCCAACAAAATTATTGACGGGGGCATTACCGGGATATCCATTATGGTTTCCCATATCACGGATTTTCCGCTCGGTATATTTCTGACCTTATTCAACCTTCCATTTTTGTTTATGGGATATAAACAGATCGGGAAAACTTTTGCATTATCCACGCTGTTCGCTGTAGTGGTCATGTCCATTGGAACTTATTTTCTGCATCCCGTCGATCCGATTACCATCGATCCGCTGCTAGCGGCCGTGTTCGGCGGCGTTCTGCTGGGGATCGGGGTTGGTCTTGTAATCCGGTCCGGCGGCTCCTTGGACGGCACGGAAATCGTAGCCATTCTGATCAACAAGAAGACACCGTTCTCTGTCGGTGAAATCGTGATGTTCATTAACGTATTTATTCTGGGCAGCGCAGGATTTATTTTCGGTTGGGATCATGCCATGTACTCGCTCATTGCTTATTACCTGGCGTTTAAACTGATTGACATTACAATCGAAGGCATCGATCAATCCAAATCGGTATGGATAATCAGTGATAAGCATAAGGAGATCGGTGATGCGTTAACCCAACGTTTGGGACGCGGCGTAACCTATCTGGATGGAGAGGGTGCTTATTCCGGGGACAGCAAGAAGGTTATCTTTGTTGTCATCACCCGTTTGGAAGAAGCGAAACTCAAATCCATCGTGGAGGATTGGGATTCCCAGGCTTTTGTTGCCATCGGAAACATCCATGATGTGAAGGGCGGCCGCTTTAAGAAGAAGGCCATACATTAA	MSSDVKILAQVKAEQQKPENPKAGSTTLKLLRRLVFLTFGAVLMAVGLEIFLVPNKIIDGGITGISIMVSHITDFPLGIFLTLFNLPFLFMGYKQIGKTFALSTLFAVVVMSIGTYFLHPVDPITIDPLLAAVFGGVLLGIGVGLVIRSGGSLDGTEIVAILINKKTPFSVGEIVMFINVFILGSAGFIFGWDHAMYSLIAYYLAFKLIDITIEGIDQSKSVWIISDKHKEIGDALTQRLGRGVTYLDGEGAYSGDSKKVIFVVITRLEEAKLKSIVEDWDSQAFVAIGNIHDVKGGRFKKKAIH				NA	NA	NA	NA	NA
JZ016_02990	1431	clsA_1	COG1502	Major cardiolipin synthase ClsA	ATGGTGTGGCTTCTGGTTGCACTTATTACTTTTATTTTGCAGATGGTTGCAGTGCTGTTGCTGGAGTTTCGGAATCCGTCCAAGGCCGTGGCCTGGCTGTTTATTTTATTTTGCCTCCCATTGATCGGGTTTGTACTCTATTTCTTTGTGGCTAGGGACTATCAGAAGCGGTTGAAGATTCGCAAGCGGGGCTCCAGACTGTTTCAGGAGCTTAGGGGACACCTGTGGGATCGGGCCGCCGTTGTTTGGAACAAGGAAGGCATGAACAATGCTGAATTTCATCATAATGACCGTTTGTTCAATCTGCTCAATCACTTGTCGGAGAGTCCGATTACAGGCTGTAATCAGAGCCGCGTGTTGACGGATGGAGAAGAGACTTACGATGCCATGCTGCGTGCTATGGAACAGGCCAAAGACCACATCCATGTGGAGTTCTATATCTTTCGTCATGACCGGATCGGCACGAAGTTTCAGGAGGTCATGATCCGAAAGGCGCAAGAAGGCGTCAAGGTACGCCTGGTTTGTGACGGGCTTGGCAGTTATAAACTCAAGAAAACGTTCATTCGGCGGTTCAAGGAATCGGGAGTGGAGTTCTATTTCTTCCTGCCCGCCATGGTTTCGATGTTCAGCCGCAGAATCAATTACCGGAATCACCGTAAAATCGTCGTGGTGGACGGCATAATCGGTTTTCTTGGCGGGATTAACGTCGGGGACGACTATTTGGGCGAATATCCGAAAATGGGCTACTGGCGCGACACGCATCTGGAAGTAAAGGGAGATGCGGTTTACTTCCTGCAAAATGTGTTTCTGCATGATTGGAAGCTCGCATCCGGAGAGCGCATTGCGGATTTCGGGCTGTTCCCGGAGCATCAATGCACCGGGGATGAGCAAGTGCAAATATTGAGCAGCGGACCGGATCTGAACTGGAATGCCATCCAGGAGATGTGCTTTGGGGCAATATCCGTAGCCAAAGAACGAATATGGATCACCACGCCTTATTTCATACCGGATGAAGGAATATATGAGGCGCTGAAGACGGCGGCGGTGAGCGGTGTGGATGTGCGAATCATTATTCCCGATCGTGCCGATTCCCGTTTTGTGAAAATGGCGAGCTTGTCCTATGTGGAAGAGCTGCTGGCAGCGGGAGTTACCTTCTACGAGTATGAAAAAGGATTCATCCATGCCAAGGTGCTCATTGTGGACGAGCTTCTCGGCTCGGTCGGTACGGCGAATATGGATATGCGGAGTTTTTTCTGTAATTTCGAGCTGACCGCCGTACTGTTTGATCAGCTGCCCATCGAACGGTTGGTTGCGGATTTTAAGGAGGATCTCAAACAGAGCAGGCTTATCGATGCGGAGGTGTTCCGTCAGCGCGGAAGATGGCAGAAAGCTGCCGAAATATTATGCAGGATGCTGTCTCCCTTACTTTAG	MVWLLVALITFILQMVAVLLLEFRNPSKAVAWLFILFCLPLIGFVLYFFVARDYQKRLKIRKRGSRLFQELRGHLWDRAAVVWNKEGMNNAEFHHNDRLFNLLNHLSESPITGCNQSRVLTDGEETYDAMLRAMEQAKDHIHVEFYIFRHDRIGTKFQEVMIRKAQEGVKVRLVCDGLGSYKLKKTFIRRFKESGVEFYFFLPAMVSMFSRRINYRNHRKIVVVDGIIGFLGGINVGDDYLGEYPKMGYWRDTHLEVKGDAVYFLQNVFLHDWKLASGERIADFGLFPEHQCTGDEQVQILSSGPDLNWNAIQEMCFGAISVAKERIWITTPYFIPDEGIYEALKTAAVSGVDVRIIIPDRADSRFVKMASLSYVEELLAAGVTFYEYEKGFIHAKVLIVDELLGSVGTANMDMRSFFCNFELTAVLFDQLPIERLVADFKEDLKQSRLIDAEVFRQRGRWQKAAEILCRMLSPLL	PGPT0007725_3136	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_RELATED_GENES	CE-QSR-CARDIOLIPIN_SYNTHESIS,PGPT0007725-clsA_B|ybhO|ywiE-K06131	NA	NA
JZ016_02991	972			hypothetical protein	ATGAAAACCACACACCGTAAACAACGCTTAACCTTGCTGGTGCTTCGGGATGCCCAGCATTCAGTCAAACAGATCCATCTGTCCAAGCCTCTAATGATAGCGGTGCCCGCGGCCGCTATTTTGTCCATCGCCGGACTGATCGTTTCCCTGCAGATCCAGTCGGCCCAGACGATCTCGGGGCTGGAGCAGCAGCTGATGCTCAAAAACCTGGAAGCCTTAAAGATGGAAGTAACGGTTACCGACAAGGAAGAAGCCATAGAACGTCTAAACAAAGCCATCATTCAGCTGTCGGGCGAAGCAGAGCAAACGAAGGTCCAGATGGAGCGCGTTCAGCAGCTGGAGCAGGAGCTTCAGCAGTTTATTCAGAAGCACGGCAGCTTGTCAGGACAGACCTCCTCCATCACAGATGAGGATAAGCAGCATGTCGGAGGGGAATTCATTGCCGTTCATGAGAATGGAATGTTAAGTCTCGCGAAGGAGACTCAGGATGATTTTGAGGAGATTCAGCAGTTGATTTCTCGCATGGAGCAGCATATTCCGCGTACGCTGGATCAGGCTCAGGAAACCCAGGAGAAACGTGAAGGCACACCTTCTCTATGGCCGACCACCTCTAAGCGGCTGACATCGAATTTCGGTTATCGGAGCGATCCTTTTACCGGGCGTTCGGCCTATCATGCCGGCATCGATATTGCCGGTAAAACCGGCGATCCGATCTATGCCGCCGGTGCCGGTGAGGTGACGGCAGCGGAACGCGGCGGAGCTCGAGGGCTTTATATCGTCGTCAAACACCCGAATGGGCTGGAGACCTGGTACATGCATCTGGACAGTCTGGACGTGTCGGTAGGCGATCATGTCGATCAAGGTGATACCATCGGCAAGCTGGGTTCCTCCGGGCGAAGCACAGGCCCTCATCTTCATTTTCAGGTCGTCAAAAACAACCAGACGATTGACCCGTTGCCTTATCTGCAGTAA	MKTTHRKQRLTLLVLRDAQHSVKQIHLSKPLMIAVPAAAILSIAGLIVSLQIQSAQTISGLEQQLMLKNLEALKMEVTVTDKEEAIERLNKAIIQLSGEAEQTKVQMERVQQLEQELQQFIQKHGSLSGQTSSITDEDKQHVGGEFIAVHENGMLSLAKETQDDFEEIQQLISRMEQHIPRTLDQAQETQEKREGTPSLWPTTSKRLTSNFGYRSDPFTGRSAYHAGIDIAGKTGDPIYAAGAGEVTAAERGGARGLYIVVKHPNGLETWYMHLDSLDVSVGDHVDQGDTIGKLGSSGRSTGPHLHFQVVKNNQTIDPLPYLQ				NA	NA	NA	NA	NA
JZ016_02992	420			hypothetical protein	ATGAAAAAGAAAAACAAGAACAAGCGGGCTTCAGAGCGAACGGATACGCTGATTGGGCCGGGAAGCGAAGTGGAAGGTGTGCTTCAATGCGAAGAAAACCTGCGGATTGATGGCCGCTTTAACGGCTCCATCGAAAGCCAAGGCTGTGTCACGATCGGCGAAGAAGCCATTGCACGCTCCAATATCTCCGCTCGGGAGGTCATCGTGGCCGGCAAGGTGTATGGCGATGTAACGGCAGAAAACAAACTGACCATTACGCCTACGGGACAAATGTACGGGGATGTTTACGCCGCTTCCCTGATCGTTATGGAAGGCGGACTCCTGAATGGAGCAAGCCGGATGGACCATCCAACCTCCAATCAAGATGCTGCGGAGTCAACGGACACCACACTGCCGCTTCAGCGTTCGGAAGCAGGTTAA	MKKKNKNKRASERTDTLIGPGSEVEGVLQCEENLRIDGRFNGSIESQGCVTIGEEAIARSNISAREVIVAGKVYGDVTAENKLTITPTGQMYGDVYAASLIVMEGGLLNGASRMDHPTSNQDAAESTDTTLPLQRSEAG				NA	NA	NA	NA	NA
JZ016_02993	777			hypothetical protein	TTGTTGAATAACTTTACCCGTCTTGTAGCCAATGAGAATATGAAAATTTACTATCGCGTACGGACATGGGTCATGCTGGCGATTCTTCTCTTGTTTAATGTGGCCATGCCTGCCATGCTGTACTTTACGAATGCGCCAATGGATGTCTGGACCGTATTCACATGGACGGAGAGTTTCACCATCTACCTGAGTACGATCTTCACGGTGATCATCGCAGCGGATATCGTGGCAGGGGAGTTTGCCGGAGGGACCATCAAATTGCTGCTGATTCGGCCGTGGAGCCGAGGGAAGATTCTGTTGTCCAAATTCACCGCTCTGCTTCTATTCGGTCTGCTCTGTGCAGGAATCACGGCTGTGGTAGGGATCGCTATGTCGCTGCTGTTATTCTCCGGAAATACCGGATGGTCGGGCGGATTCGAGGGATCTTCGATGAACAATTCGCTGCTTCTCCTGCTGACCGATACGACCCAGGCGCTGGTCATCTCGCTGATTGCGTTTATGCTTTCTACGGTGTTTCGTTCTGGCGGTTTGGCGATTGGCTTATCGCTGCTGGTTCTGTTCACCAAGGATATTTTCGGCTTTATCTTTAATCCGGAGCGGTTTGCATGGGCGAAGTACTTACTCTTTCTCCACACCGACCTGAGCGGTTACATTCAGTCGCCGGTCGGACCGGGGGGAGTTGGGCTCGGTTTCTCCATCACGATTCTGGTTGTTTATAGCCTGTTGTTCATGCTCATCTCTTGGTTGGCCTTTACGAGGAGAGACGTTGCAGCTTAA	MLNNFTRLVANENMKIYYRVRTWVMLAILLLFNVAMPAMLYFTNAPMDVWTVFTWTESFTIYLSTIFTVIIAADIVAGEFAGGTIKLLLIRPWSRGKILLSKFTALLLFGLLCAGITAVVGIAMSLLLFSGNTGWSGGFEGSSMNNSLLLLLTDTTQALVISLIAFMLSTVFRSGGLAIGLSLLVLFTKDIFGFIFNPERFAWAKYLLFLHTDLSGYIQSPVGPGGVGLGFSITILVVYSLLFMLISWLAFTRRDVAA	PGPT0006730_17728	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_02994	918	bcrA_2		Bacitracin transport ATP-binding protein BcrA	ATGAAGCAGGAACCGCTGGTAAGACTGCTCGGGGTTACGAAGAAAATCTCGTCCAAGGTTTTGGTGGATAATGTGACTTTAGATATTCCATCTGGACAAATCTTCGGGTTTCTTGGACCGAACGGGGCTGGCAAGACAACGACCATTCGGATGATGGTCGGGCTGATGTCTATTACTCAAGGGGATATTACCATCGGGGGTTACAGCATACGGAACAATTATGAGCAGGCAGCCGCCCAGATTGGCGCGATTGTCGAGAACCCGGAGATGTATAAATTTTTGTCTGGTTATAACAACCTGAAGCATTATGCGCGCATGATGCAGGGCATTACCAAGGAGCGTATCGAAGAGGTAGTGGAACTCGTAGGGCTAGGGAATCGGATTCATGAGAAAGTGCAGACCTATTCGCTGGGGATGCGTCAACGACTCGGCGTGGCGCAGGCACTGCTGCACCGGCCGAAGCTTCTGATCCTGGACGAGCCTACGAATGGCTTGGACCCGCAGGGCATTCGGGAGCTGCGAGATTATTTGCGCAGATTGACGCAGGAGGAAGGGACGACCGTATTTGTCTCCAGTCATTTGCTGTCCGAGATGGAGCTGATGTGTGATACCGTTGGCATTATACGTCACGGCAAGCTGATTGATATCCGGCAGCTGCGGACGGCTGAGGGAGAGCGTGTGTTTGAAGAGACGGCATTTACCGTCAATGACGCGGAAGCAGCGGCGGCGCTGCTCCAAGAATTTCAAGCGTCGGCCCGCGATCACCGAATCATTGTCCGCGGTGACGAGAATATGATTGCGGATATCAACGCGACATTGGTCGGAGCCGGCATACGGGTCTATGCCATACAGCCGGTGACCCGGTCCCTTGAGGATCAATTCTTGGAAATGACGGGAGGGGGATTCGTTGTTGAATAA	MKQEPLVRLLGVTKKISSKVLVDNVTLDIPSGQIFGFLGPNGAGKTTTIRMMVGLMSITQGDITIGGYSIRNNYEQAAAQIGAIVENPEMYKFLSGYNNLKHYARMMQGITKERIEEVVELVGLGNRIHEKVQTYSLGMRQRLGVAQALLHRPKLLILDEPTNGLDPQGIRELRDYLRRLTQEEGTTVFVSSHLLSEMELMCDTVGIIRHGKLIDIRQLRTAEGERVFEETAFTVNDAEAAAALLQEFQASARDHRIIVRGDENMIADINATLVGAGIRVYAIQPVTRSLEDQFLEMTGGGFVVE	PGPT0006725_12603	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_02995	153			hypothetical protein	ATGAAAGAAGTGATGATGTATTGCGTCAGTTGCTGTCGGATGCTTCCTATTGCACAAAGCCACAGCTTGTATAAAACCGGATTCTATAAGCATAATGTTCCGGCGGGAGTCTGCAAGTCGTGTCAATCGGCTTTGTTGGTGCATCGCGAGTAG	MKEVMMYCVSCCRMLPIAQSHSLYKTGFYKHNVPAGVCKSCQSALLVHRE				NA	NA	NA	NA	NA
JZ016_02996	195	immR	COG1396	HTH-type transcriptional regulator ImmR	ATGTCATATGGATCTCGCATTGCAAAATTGCGGGAGCAAAAAGGTTGGACCCAGGAAGAGCTATCCGAACGTATTGGTATCAGTCGGGCTTCTTTATCACATTATGAGAAAGATCGCAGAGAACCAAACTTGGAAACGCTAACAAGATTAGCGGACGTATTTCAAACCACGATTGATCAAATCATTGGAAGATAG	MSYGSRIAKLREQKGWTQEELSERIGISRASLSHYEKDRREPNLETLTRLADVFQTTIDQIIGR				NA	NA	NA	NA	NA
JZ016_02997	927	tagU_2	COG1316	Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU	ATGAAAATGACAAGGAAATGGGTCCTGTGGCTGCTGGCTATTCTTATACTGCTGCCTTCAGCTTATCTTCTGTATACGTATCAATCCATTAAGTCGACAGCAGTTCGGATTTACGAAGAGCGGGAGCCCTCGCCTGTAGTTCCAACATTCGTACATGACCGGACGACTATTCAGGTCGGAGAGAAAAACATGAAGGACGCTGATCCATTTACTGTTCTGGTTTTGGGTGTAGACCAAAGGCCCTATGATCGTGGACGATCCGACGTCATGATATTAATGGCAGTAAACCCTGCAAAGGGGTCAGTACTTATTTTTAATATTCCACGTGATACCAGGACTGATATCGTAGGACATGGAACGGTGGATAAAATTAACCATGCCTATGCCTTTGGGGGCGTTGAGATGTCGATCAGCAGCGTGGAGAATTTTTTGCAATTCCCTATCGATTACTACATTAAAGTGGACATGGAGGGCTTCTCCAGCATTGTAGATTCATTGGGTGGAGTTACCGTGGATAACCATATGCGGTTCGAATATGCGGGCTATGACTTTGATCAGGGGAAGTTGAACTTAAACGGTGAGGAAGCATTGGCATTCTCGCGTATGCGGTTTGAAGATCCTAAAGGGGATTTAGGCAGGAATGCAAGGCAGCGGGAGGTTCTGAAGGGGATCTTAAATAAGTTGATAAGGATTTCGACGGTCTTTAAACTGGAATCACTTCTGGATAACATTGGGAACAGCGTCAAAACGGATATTTCGTTTGAAGAGATGAAGATGTTTGTAACAGAGTACCGTCAAAAACTGAAAAAGGTTGAGCAGGTTGAAATCGCAGGCCATGGACAAAAAATGAATGGAATTTGGTATTATATCGTCGGTGATCAAGAACGAGAAAAGATAACGTCTACGTTACAAGCGTATATGGAATGA	MKMTRKWVLWLLAILILLPSAYLLYTYQSIKSTAVRIYEEREPSPVVPTFVHDRTTIQVGEKNMKDADPFTVLVLGVDQRPYDRGRSDVMILMAVNPAKGSVLIFNIPRDTRTDIVGHGTVDKINHAYAFGGVEMSISSVENFLQFPIDYYIKVDMEGFSSIVDSLGGVTVDNHMRFEYAGYDFDQGKLNLNGEEALAFSRMRFEDPKGDLGRNARQREVLKGILNKLIRISTVFKLESLLDNIGNSVKTDISFEEMKMFVTEYRQKLKKVEQVEIAGHGQKMNGIWYYIVGDQEREKITSTLQAYME	PGPT0023440_3190	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005	NA	NA
JZ016_02998	318			hypothetical protein	ATGAAGATCGGGCAATTAACCATTCATGGGAAAAGTCATTCCGTTACACCGCTAGAGCTGCTGCCCAGTGGTCTTGTATTCCTATGTCCTTGGGAAATACCGATTCATTCTAATATTATATTGGGTTACGAAATTGACGATAATGTGGATCATATTCTGCTTTCGGGCCACATTGAATCAAGGGGGCTCTTTTATGGACGCCAATTGTATCATACTGAATTCCATACAGACGGCGATAAAAAGACCCGTATCGTGGGTATGTTGAACCGAATGATGTTCAGTCACAGCGAGTCGAATAAAATGAGTCTCTATAACTGA	MKIGQLTIHGKSHSVTPLELLPSGLVFLCPWEIPIHSNIILGYEIDDNVDHILLSGHIESRGLFYGRQLYHTEFHTDGDKKTRIVGMLNRMMFSHSESNKMSLYN				NA	NA	NA	NA	NA
JZ016_02999	369			hypothetical protein	GTGAACTACGGAGAACGAATATCAGAATTACGTGAACAGCATGGTTGGACTCAGGAAGAACTCGCTACCTCTGTCGGTATTACACGTGCTGCACTATCCCATTATGAAAAAAATCGGCGCAAGCCTGATTTCGAAACATTGACCCGCCTGGCAGATCTGTTTGACGTATCCATAGATTATCTGATCGGGAGAACGACACAGGAAAAAACGGTGCTAGATGCGGAGGTTCGATCATTTGTGGACGGACTTGAACTATCCGATGAGGATTTATTGGAACGCTTTAACCTTACGGTGGACGGTCGTAAGCTAACCGAAGATGAAGCCAAGCGATTCATTGCATTTGTTCGCATGGAACGAGCCATGAAATAA	MNYGERISELREQHGWTQEELATSVGITRAALSHYEKNRRKPDFETLTRLADLFDVSIDYLIGRTTQEKTVLDAEVRSFVDGLELSDEDLLERFNLTVDGRKLTEDEAKRFIAFVRMERAMK				NA	NA	NA	NA	NA
JZ016_03000	147			hypothetical protein	ATGAGTGTGGACAAGGAGAGAGGCTCCGGAAGCACCGAGCAGCGGCTTGACCAGCAGAAAACGAACATCGACATCAATAAGCTCATGACTCAATTGGGAATCCATCCTGATAAATGGCTGCAAATGGAGGAATTACGAAAAGATTAA	MSVDKERGSGSTEQRLDQQKTNIDINKLMTQLGIHPDKWLQMEELRKD				NA	NA	NA	NA	NA
JZ016_03001	4596	gltB_1		Ferredoxin-dependent glutamate synthase 1	ATGAAACATACTGATTTTCCCCAGAAACAGGGCCTCTATGATCCGCAGTTTGAAAAAGATGCTTGCGGTATGGGTTTTGTTGCCCATATCAAAGGTAAGCCATCCCATGAAATCGTTAGCAGCGCGCTGACCATGCTTGCCAATATGGAGCATCGCGGCGGACAGGGCAGCGAGCCGAACTCCGGTGACGGCGCTGGGATTATGCTGCAAATTCCTCACTCCTTCTTCTCCGCCGAAGCAGCGAAGCTGGGCTTTGAGCTTCCGGAAGCCGGGCATTATGGTGCCGGCATGCTGTTCCTATCCCATGACCCTGCCGTCCGTTCGGCCCATGAGGATCAGTTGGCTTCGATTATTGCTGAAGAAGGCCAGACCCTCCTTGGATTCCGCGATGTCCCGACGCATGATGAAATGCTGGGTAAATCGGCAAAAGCGGCAAAGCCGTACGTCCGCCAAGTGTTCATCGGACGAAGCTCCGACATTCAGGATGATCTCTCGTTTGAGCGCAAGCTGTATGTCATCCGCCGCCGCGCCGAGCTGGCTATCCGTTACAGCGGCAAGCCCGAAGGCGACAGCTTCTATGTATCCAGCCTGTCCTGCCGGAAGATCGTATACAAAGGCATGTTAACGACGGAGCAGGTAGGGGAATTTTACCTGGATCTGCAGCAAGAGGGATTGGAATCCGCTATTGCGCTGATTCACTCCCGTTTCAGTACGAACACGTTCCCAAGCTGGGAACGCGCGCATCCGTACCGCTTCATGATTCACAACGGCGAGATCAACACACTGCGCGGGAATGTAAACTGGATGCACGCCCGTCAATCGCTGTTCGAGCATGAACTGTTCGGAAGCGATCTCGAGAAGGTTAAACCTGTCATCAACCCGGACGGATCCGATACCGGGATGTTCGATAATACATTTGAATTCCTGTATCTCAGCGGTCGTTCCCTGCCGCATGTGGCCATGATGATGGTCCCTGAGCCATGGAGCAACCATGAGAGCATGGACAAGACCAAAAAAGCATTCTATGAATACCACAGCACGCTGATGGAGCCATGGGACGGCCCGGCTGCGATGGCGTTCACGGACGGCGTTCAGATCGGGGCTACCCTGGACCGGAACGGACTGCGTCCATCCCGTTATTATGTAACAAAGGATGATCTGATCATTCTGTCCTCCGAAGCGGGCGTTCTGGATATTCCGCCGGAAAACGTGCTGTACAAGGACCGCTTGCGTCCTGGCCGGATGCTGCTCGTTGACACGAAGGAAGGCCGGATCATCTCTGACGAAGAGGTCAAAGCAAGCATCGCCGCGGAACTTCCGTACTCTGAATGGCTGGATGAGCATCTGGTAGAGCTTCATGATCTCCCTGACGCGCCGGAGCTGCCGGATCCGAAGCATGAAAATGTACGTCAGCTGCAGCAAGCCTTCGGTTACACGTATGAGGAGCTGCGCAAAGTCATTGAGCCGATGGCGATCACGGGTGCGGAAGCTGTCGCATCCATGGGATACGATGCACCGCTTGCGGTGTTGTCCGACCGTCCGCAGCGGCTGTTCAACTACTTCAAGCAGATGTTCGCCCAGGTGACGAACCCGCCGATTGATGCGATTCGTGAAGAACTGGTCACTTCAACGGCAACAACGATCGGTCCGGAGCGCAATCTGCTGAAGCCCGAGCCCGAGAGCTGCCGTCACATCCGTCTGGATTCGCCGGTGCTATCGAATGAAGATTTTGCGAAGCTGCGCCACGTTCGCCGTCCCGGCTTCAAGTCCATGACCATTCCGATATTCTTCCCGGCAGCGGAAGGAGCAGAAGGGCTTCGTCAAGCGATCAATACCCTCTGCGAGGCAGCGGACCGGGTTATTGCCAAGGGTCATAACATCTTGATTTTGTCGGACCGCGGGGTGGATAAAGATAATGCAGCGATTCCATCGCTGCTTGCCGTATCGTCACTCCACCATCATCTGATCCGTCAGGGAACCCGGACCAAGGTGGCGATCCTGCTTGAATCCGGTGAGCCTCGCGAAGTACATCATTACGCCCTGCTGCTCGGATACGGCGTGAGCGCGGTCAACCCGTATCTGGCGTTCGAAACATTGGATGACATGATTGCGGAAGGCATGCTTCGCGGGATCTCGCATGAGAAAGCCGTGAAGAATTACATTAAAGCGGCAAGCAAGAGCGTCGTTAAAGTTTTATCGAAAATGGGGATTTCCACGATCCAATCATATCGCGGAGCCCAAATCTTTGAGGCTGTCGGCCTCAAAGAAGATTTCGTAGAAAGCTATTTCACACGGACGCCGTCCCGGATCGGGGGGATCGGTCTTGAAGAAGTGGCTAAGGAAACCCTGGCTCATCACGAGCGTGCCTTTACTGATAAGGACGGGAACGATAAAGCGCTGGATTCAGCGGGCGAATATCAATGGAGAGCTGACGGGGAAGAGCATTTGTTCAACCCGAGGACCATCCATTTGCTGCAGCAGGCTGTCCGCACCAATGACTACGCAACCTACAAGAAATACGCAGAGCTTGTGAAAGGTGAGAATGAGCAGCATCTTACGCTGCGCTCACTGCTCGAAATTAAGCCGGTCGGCGAGCCGGTACCACTGGATGAGGTTGAATCCGTAGAATCCATCATGCGCCGATTCAAGACGGGCGCGATGTCATTCGGCTCGATCAGCAAGGAAGCGCATGAGAGCCTTGCGATCGGGATGAACCGCATCGGAGGCAAGAGCAATACGGGTGAAGGCGGAGAGGATCCGGCCCGTTTCATTCCGGATGCCAACGGCGATTCCCGCCGCAGCGCCATCAAGCAGGTGGCTTCGGGACGTTTCGGCGTAACCTCCAACTACCTGGTGAACGCAGACGAAATCCAGATTAAGATGGCGCAGGGCGCGAAGCCGGGCGAGGGCGGACAGCTCCCGGGCCGTAAAGTGTATCCTTGGGTAGCCGAGGTTCGCGGTTCGACGCCGGGTGTTGGCCTGATCTCGCCGCCGCCGCATCATGATATCTACTCCATTGAGGATTTGGCAGAGCTTATTTACGACCTGAAGAACTCCAATCCGCGTGCGGATATCAACGTGAAGCTCGTATCCGAGGTGGGTGTGGGCACGATCGCTGCAGGTGTTGCGAAGGGCCGCGCGGATATCATTCTGGTCAGCGGTTACGATGGCGGTACGGGGGCTTCGCCGCAAGGCTCGATCCGTCATGCCGGTATGCCTTGGGAGCTTGGCCTTGCCGAAACCCATCAGACGCTCATCATGAACAATCTGCGTGACCGGGTCGTGCTCGAGACAGATGGCAAAATGCTGAACGGACGCGACTTGGTGGTAGCGGCTCTGCTTGGAGCCGAAGAGTATGGGTTCTCTACGGCACCATTGGTTGCCATCGGGTGTATCATGATGCGTGTGTGTCAAATGGACACCTGCCCGGTTGGCGTAGCCACTCAGAATCCGGAGCTGCGTAAGAACTTTACAGGAGATCCGGAGCATGTTGCCAACTTTATGCGCTTTGTCGCTCAAGACATGCGCGAGCTGATGGCAGAGCTGGGTTTCCGCACCATTAATGAGATGATTGGACGTACCGACTGCCTGGATGCCGTCAAAGCGGATCATCACTGGAAGAAGAAAGGCGTGGATATCTCCGCATTGCTGTATACGCCGGAGCTTCCGGAAGGCAGCACTCGCTATCGCAGTCAAAGACAGAATCATGGCTTGGAAGAAACGCTGGATATGCGTTCGCTGCTTGGCAGCGCTGCGCCTGCATTGGAATCGGGAGCGGCGGTGGAAGGCACCTTCCCAATCACAAACGTGGATCGTGCAGTGGGTACGATTCTGGGCAGTGAAGTCACGCGCAAATACGGCGCTGCCGGACTGCCGGAAGACACGATTCGTTTTAACTTCGTGGGGTCCGCAGGCCAGAGCTTTGGTGCCTTTGTGCCAAAAGGGATGACACTGACGGTTGAAGGAGATGCGAATGACTATATCGGTAAAGGCCTTTCCGGCGGCAAACTGATCGTGAAGCCGTCACCGAAAGCAACCTTCAAAGCCGAGGAGAATATCATTGCCGGTAATACCGCGTTTTATGGTGCTACAGGCGGCGAAGCCTACGTAAGAGGCATTGCCGGCGAGCGCTTTGCCGTTCGTAACTCGGGTGCGAGCATTGTGGTTGAAGGCGTCGGCGATCATGGCTGTGAATACATGACCGGCGGCCGGGTAGTCGTTCTCGGTGAAACCGGACGAAACTTCGCGGCCGGTATGTCCGGTGGGGTTGCCTACGTCTATGATCCTGAAGGAACTTTTGTGGATCGCTGCAATCTGGAAATGGTACTTCTTGAGCGCGTAGAGGAAACAGCAGAAGCGGAAGCACTCCATCATCTTATCCGGCAGCATGAGCAGTACACGGGCAGTGTGCCTGCACAGCAAATTCTGGGGGATTGGGATCAGGCGCTGAGCCGCTTTGTCCGTATCATTCCGAAGGATTACAAACGCATGCTGCTGCATATCGAGAAGGCTCAAGACCAAGGGCTGGCAGGTGAAGCTGCGCTTCTCGCCGCATTTGAAGCAAATATGAAAGAGTTGGCTCGTACAGGGAACTAA	MKHTDFPQKQGLYDPQFEKDACGMGFVAHIKGKPSHEIVSSALTMLANMEHRGGQGSEPNSGDGAGIMLQIPHSFFSAEAAKLGFELPEAGHYGAGMLFLSHDPAVRSAHEDQLASIIAEEGQTLLGFRDVPTHDEMLGKSAKAAKPYVRQVFIGRSSDIQDDLSFERKLYVIRRRAELAIRYSGKPEGDSFYVSSLSCRKIVYKGMLTTEQVGEFYLDLQQEGLESAIALIHSRFSTNTFPSWERAHPYRFMIHNGEINTLRGNVNWMHARQSLFEHELFGSDLEKVKPVINPDGSDTGMFDNTFEFLYLSGRSLPHVAMMMVPEPWSNHESMDKTKKAFYEYHSTLMEPWDGPAAMAFTDGVQIGATLDRNGLRPSRYYVTKDDLIILSSEAGVLDIPPENVLYKDRLRPGRMLLVDTKEGRIISDEEVKASIAAELPYSEWLDEHLVELHDLPDAPELPDPKHENVRQLQQAFGYTYEELRKVIEPMAITGAEAVASMGYDAPLAVLSDRPQRLFNYFKQMFAQVTNPPIDAIREELVTSTATTIGPERNLLKPEPESCRHIRLDSPVLSNEDFAKLRHVRRPGFKSMTIPIFFPAAEGAEGLRQAINTLCEAADRVIAKGHNILILSDRGVDKDNAAIPSLLAVSSLHHHLIRQGTRTKVAILLESGEPREVHHYALLLGYGVSAVNPYLAFETLDDMIAEGMLRGISHEKAVKNYIKAASKSVVKVLSKMGISTIQSYRGAQIFEAVGLKEDFVESYFTRTPSRIGGIGLEEVAKETLAHHERAFTDKDGNDKALDSAGEYQWRADGEEHLFNPRTIHLLQQAVRTNDYATYKKYAELVKGENEQHLTLRSLLEIKPVGEPVPLDEVESVESIMRRFKTGAMSFGSISKEAHESLAIGMNRIGGKSNTGEGGEDPARFIPDANGDSRRSAIKQVASGRFGVTSNYLVNADEIQIKMAQGAKPGEGGQLPGRKVYPWVAEVRGSTPGVGLISPPPHHDIYSIEDLAELIYDLKNSNPRADINVKLVSEVGVGTIAAGVAKGRADIILVSGYDGGTGASPQGSIRHAGMPWELGLAETHQTLIMNNLRDRVVLETDGKMLNGRDLVVAALLGAEEYGFSTAPLVAIGCIMMRVCQMDTCPVGVATQNPELRKNFTGDPEHVANFMRFVAQDMRELMAELGFRTINEMIGRTDCLDAVKADHHWKKKGVDISALLYTPELPEGSTRYRSQRQNHGLEETLDMRSLLGSAAPALESGAAVEGTFPITNVDRAVGTILGSEVTRKYGAAGLPEDTIRFNFVGSAGQSFGAFVPKGMTLTVEGDANDYIGKGLSGGKLIVKPSPKATFKAEENIIAGNTAFYGATGGEAYVRGIAGERFAVRNSGASIVVEGVGDHGCEYMTGGRVVVLGETGRNFAAGMSGGVAYVYDPEGTFVDRCNLEMVLLERVEETAEAEALHHLIRQHEQYTGSVPAQQILGDWDQALSRFVRIIPKDYKRMLLHIEKAQDQGLAGEAALLAAFEANMKELARTGN	PGPT0000635_1063	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000635-gltB-K00265	NA	NA
JZ016_03002	2268			hypothetical protein	ATGAAGTCATTATCTGTATTTGCAAAAGATCTTGGCGCTGCCGTTCGGAATAAAAAAATATTGATTCCGATCATCGCGGTGCTGTTCATACCGGTCATGTACAGCGGTATGTTCCTCGGGGCCTTCTGGGACCCGTACGGCAAGATGGAGGATTTGCCCGTTGCGGTCGTCAATAACGACCAGGGCGCTGTTTTTGAAGGAAAGACGCTGCACGCCGGCGAGGATTTGGTTGCCGAGCTGAAGAAGGGAAAAGATTTTAATTGGCAATTCGTTAATCGGCAGGAAGCGGAGCAGGGCATGCAGGATAACAAGTACTACATGACCATCAGCATCCCCGAGAATTTCTCCCAGCAGGCGACAACTTTAATGGATGAACATCCGCAGCCTGCGCAGATCGTATTTGAGCCGAATGAAGGCTACAACTTCCTGGCGGCCCAGATCGGCGGATCTGCGGTGAAGCAGATTCAGTCCAAGGTGTCCGCGAAAGTGACGGAAGCCTATACGGAAACCCTGTTCGATCAAGCAGCCAAGGTATCCGATGGCTTGAGCGAAGCGGGAGACGGTGCAACCAAGATATCCGAAGGTGCCGTGAAGCTGGATGACGGTGCCGTGAAGCTGAAGGAAAATCTGGCTAAACTCGTCAGCGGCACACAGGAGCTTCAGGATGGAATCGCGCCTTTGACCAAAGGCGTGCAGGAGCTGAATAACGGTGCAGGCAAGTTGAACGCAGGAGCGGGTACGCTCGCTTCCGGCTTGGATCAGCTTAAAGCGGGTCACAGCAAGCTGCAAGCAGGAGCTGAGGAAGCAAGCAAGGGCGGTGCCAAGCTGCAAGCGGGAATTGAATCTGCCGCTGCCGGCAGCACCACTCTGAATGAAGGCCTGCAAGCCAACCAAGCAGGGGCTTCCCAGCTTGCGGCAGGCGCGAAAAGCGCTCATGAAGGCAGCAGCAGCCTGAAAGCCGGGCTGAATCAATCGCTGGAGGCTACGGCTTCATTGGAGCAAGGCGCTAAGGCCGTTGCAGACGGATTGAAGAAGCTGGCTGAAAGCAATCCGGAGCTGGCGCAGAGTCCGGAGGTTCAGCAGCTGCTGGCAGCGAGCCAATCCGTTGCCACCGGCACAAGCGGGCTGAATGCCGGCCAGAAACAGCTCGCACAAGGCGCAGCCGAGCTGAATCAAGGCACGCTGCAGCTGCAGGAAGGCGCCGGCAAGCTGAGCGCGGGAGCGAGTCAGCTGGCTGAAGGCGGCAAACAGCTCGCAGCTGGCGGTCAAGAGCTGCTGGCAGGTGCCAAACAGCTGAGCGCCGGCCAAAGCCAATTGGCTGACGGCATGAAGCTGTTCGGCACGAAGCTGAGCGAAGCGGCAGCTGGAGGTAAACAGCTCGCAAGCGGAGCTGCCACCCTTTCGCAAGGGACGCAGCAGCTTGCAGGAGGAGCGGGCAAGCTCGGAAATGGCGTTACAACGCTAGCCGACGGCTCGAAAAAGCTGGATTCCGGAGCCGGTGAGCTGGTAAACGGGATGAATGAATTGAAGGAAGGCAGCGGAGAGCTTGCAGGCAAGCTGAACGAGGCTGCCGACAAGACAGGCGATATCAAAACAACTGACGAAACGGTCACCATGTTTGCCGGACCGGTACAGGTTGAAGAGCACAAGGTGAACGAAGTGCCGAACTACGGTACGGGATTCGCGCCATACTTCCTGTCGCTCGGTTTGTTTGTCGGAGCCTTGCTCTGTACGATTATCCTGCCGATCCGCGAAGCATCGGTACCGAACGCATCGGGTTGGAACCGGTTTGTCAGCCGTACGCTTTCCTTTGCCGGAATGGGATTGATTCAAGCGCTGCTGGCATCGGTCGTTATGCTGTACGGATTGAAGCTTGAGGTGCAGAGCGTTCCACTCTTCTATCTCTTCTCCATCATCACGAGTTTGTCGTTCATGTTCCTGGTGCAAATGTTTGTAACCTGGCTGGATCAGCCTGGACGCTTCGTCGTCATCGTTATCCTGATCCTCCAATTGACTACAAGCGCAGGCACGTTCCCGGTAGAGCTGATTCCGAACTGGATGAAGGCATTGAATCCGCTGCTGCCGATGACTTACAGCGTAAAAGGCTACAAGGACGTCATATCCACAGGAAGTTTCGACGGCATGTGGGCGAATGTGGGTGTACTGGCCGGATTCGGTCTCGTATTCCTGGCTCTGACCGCCGTGTACTTCCTGGCTACCCGAAACAACAAGAAAGCAGCAGACACCGATACAGCGTTGACTGCATAA	MKSLSVFAKDLGAAVRNKKILIPIIAVLFIPVMYSGMFLGAFWDPYGKMEDLPVAVVNNDQGAVFEGKTLHAGEDLVAELKKGKDFNWQFVNRQEAEQGMQDNKYYMTISIPENFSQQATTLMDEHPQPAQIVFEPNEGYNFLAAQIGGSAVKQIQSKVSAKVTEAYTETLFDQAAKVSDGLSEAGDGATKISEGAVKLDDGAVKLKENLAKLVSGTQELQDGIAPLTKGVQELNNGAGKLNAGAGTLASGLDQLKAGHSKLQAGAEEASKGGAKLQAGIESAAAGSTTLNEGLQANQAGASQLAAGAKSAHEGSSSLKAGLNQSLEATASLEQGAKAVADGLKKLAESNPELAQSPEVQQLLAASQSVATGTSGLNAGQKQLAQGAAELNQGTLQLQEGAGKLSAGASQLAEGGKQLAAGGQELLAGAKQLSAGQSQLADGMKLFGTKLSEAAAGGKQLASGAATLSQGTQQLAGGAGKLGNGVTTLADGSKKLDSGAGELVNGMNELKEGSGELAGKLNEAADKTGDIKTTDETVTMFAGPVQVEEHKVNEVPNYGTGFAPYFLSLGLFVGALLCTIILPIREASVPNASGWNRFVSRTLSFAGMGLIQALLASVVMLYGLKLEVQSVPLFYLFSIITSLSFMFLVQMFVTWLDQPGRFVVIVILILQLTTSAGTFPVELIPNWMKALNPLLPMTYSVKGYKDVISTGSFDGMWANVGVLAGFGLVFLALTAVYFLATRNNKKAADTDTALTA				NA	NA	NA	NA	NA
JZ016_03003	582			hypothetical protein	ATGTCAGCTGTGGACCGTCGGAAGCAGGTGCTGGATGCTGCCTCCAAGTCGTTTGCTTTGTTCGGATATAAAGCGACGACGATGGAACAGGTGGCGAAGATTGCAAATGTAGGGAAAGGTACGATCTACACGTTTTTCACGAATAAGGATGAGCTGTTTGACGAGATTTTGCTGTCGGCCATTATGGAGATGAAGCGTATTGCCGAGCGGGAGATCCGGAAGGACAGAGATTTCTTCGACAATCTGTATCGGGTGCTGGATGCGCTGCTTGAATTCCGAGGCGAGCATGAGCTGTTCATTAAGCTATCGCAAGAGGTACGGGATATTGGCACGCCGAAGGCGCATGAAGGGTTGACGAAGGTGGAGAACGGGATCGTCGGATATCTCGAGGGAATTGTGGAGCAGGCCATATCGATCGGTGAGCTCAAGCCGCTGGATGCTCAAGTGGTATCCTTCGTGATGCTGAAACTGTACGTTGCCCTCACGACGGACTTCAATCAGCTTCACAAGCCGCTGAGCAAGGAACAGATCAAGGAATATATGATGGTGTTCTTGGCTGACGGATTGAAGGCTACTTCATAA	MSAVDRRKQVLDAASKSFALFGYKATTMEQVAKIANVGKGTIYTFFTNKDELFDEILLSAIMEMKRIAEREIRKDRDFFDNLYRVLDALLEFRGEHELFIKLSQEVRDIGTPKAHEGLTKVENGIVGYLEGIVEQAISIGELKPLDAQVVSFVMLKLYVALTTDFNQLHKPLSKEQIKEYMMVFLADGLKATS				NA	NA	NA	NA	NA
JZ016_03004	1176	ugtP_4	COG0707	Processive diacylglycerol beta-glucosyltransferase	ATGCGATATACAAGAGTGCTCCTCTTTTCCGAGGGTTTCGGCACAGGTCATACGCAAGCAGCGTATGCGCTGGCTGAAGGTATACAACGGATGAATCCCGGCATCCACTGCCGCGTCATTGAGCTTGGCAATTTTTTGAATCCAACCGTGGGGCCGTTAATCTTATCCGCTTATCGAAAAACCGTCAGCACCCGTCCGCGCCTTGTCGGCATGCTGTACCGTTCGCAATATAAGAAATCGCTAAACCGTTTGACGCGGCTCGCGCTGCACCGTATATTCTACGCGCAGGCTCAGCAGGTCATCGAGCAGCTGAAACCGGATCTTATCATATGTACCCACCCCTTCCCTAACGCCGTGGTCTCCCGCCTGAAGCGTCAGGGACTCGAGGTTCCGCTCTATACGCTGATTACCGACTATGATGCCCATGGCACCTGGGTCAATCCGGAAGTGGACGAATATCTCGTATCAACGCCTCATGTGAAACAAATGCTGCTGCGGCGGGACATTCAGCCCGAATTCGTTCATGTGACCGGCATTCCGGTGCATCCCAAGTTCTGGGAAAGGGGCAATCGAGAAGCGCTTCAAGCCGAGCTTCACTTAAAAAACATGCCAACCGTATTGATTATGGGGGGCGGTTGGGGTCTCGTATTCAACAAGGAGCTGCTCAGCAAGCTGGCCAGCAGGGCCGATGATATCCAGCTGGTCTTCTGTATGGGACAGAACGAGAAACTGGTTGCCAGCATGCGCGAGGACCCGATCTTTCAGCATCCCAACATTCATGTTCTCGGGTACCGCGAAGATATACATAACCTCATGGAAGTGTCGGATTTGCTCATTACCAAGCCAGGCGGGATGACGTGTACAGAGGGAGCCGCCAAGGGAATTCCCATGCTGTTCTATGAGCCTATCCCGGGACAAGAAGAAGTGAATTCCCATTTCTTTGTCAGCGAAGGTTATGCGGAAATTTTGGACTCTCCTTCCGTGATCGACAAATGGCTGAACCTGCTGTCCGATCATTATGATCAGGTGAGTACGAAACGTAATGGAGCCGGCCGGCGGCGCATACCGCATCTGGAGCCCGACCACTGCGCCAGCCAGGTGATGGAATTGCTGACCGAAGGGCGCATGCCCGATCATCGTGAGGAAGCCGTCAAACTGTTGGCGGACCAGCCCTAA	MRYTRVLLFSEGFGTGHTQAAYALAEGIQRMNPGIHCRVIELGNFLNPTVGPLILSAYRKTVSTRPRLVGMLYRSQYKKSLNRLTRLALHRIFYAQAQQVIEQLKPDLIICTHPFPNAVVSRLKRQGLEVPLYTLITDYDAHGTWVNPEVDEYLVSTPHVKQMLLRRDIQPEFVHVTGIPVHPKFWERGNREALQAELHLKNMPTVLIMGGGWGLVFNKELLSKLASRADDIQLVFCMGQNEKLVASMREDPIFQHPNIHVLGYREDIHNLMEVSDLLITKPGGMTCTEGAAKGIPMLFYEPIPGQEEVNSHFFVSEGYAEILDSPSVIDKWLNLLSDHYDQVSTKRNGAGRRRIPHLEPDHCASQVMELLTEGRMPDHREEAVKLLADQP	PGPT0023400_215	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023400-ugtP-K03429	NA	NA
JZ016_03005	684			hypothetical protein	ATGAATATTACGTATTACGGCCATTCTAGCATTTTGGTGGAAGAAGGCGGAGTTCGTGTGATCATCGACCCGCTGCTATCAGGGAATCCAGGCTCCGGCATTGAGCCCAAGGACGTCAAGGTGGATGCGGTTGTGCTGACGCATGGGCACTCCGATCATTTTGGCGACTGCATCGAGATAGCGAAGCAGAATGATTGCCCGATTATCGCAGTCTATGAACTCGCCGTGTATTGCGGCAGCCTGGGTGCCAAATCCCATGGAATGAACATCGGCGGAAGCGCGCAATTCGATGGCTTTAAGGTGAAGTTTACCCCGGCCTTTCATTCTTCATCCATTTCGGTAGGGGACACCTGGATCTATGCAGGGCAGCCTGGTGGCGTCATTCTGACGATGGGCGGGAAAACATTCTATCATGCGGGCGATACGAGTTTGTTTGGCGATATGCGGCTGATCGGAGAGATGAACCGTATTGATGCAGCTGCGCTGCCGATTGGGGATTTATTGACGATGGGCCCACAGGACGCCCTGTTGGCCGCACAGTGGATTCGTGCGAAGCATGTAATCCCAGTCCATTATGACACGTTCCCGGGCATTAAACAGGATGCTGGGGCCTTCTGCGACGAACTAGCCAAAACAGGCATTCAGGGACATCCATTGAAGGCTGGAGAAACGCTGGAAATCTAG	MNITYYGHSSILVEEGGVRVIIDPLLSGNPGSGIEPKDVKVDAVVLTHGHSDHFGDCIEIAKQNDCPIIAVYELAVYCGSLGAKSHGMNIGGSAQFDGFKVKFTPAFHSSSISVGDTWIYAGQPGGVILTMGGKTFYHAGDTSLFGDMRLIGEMNRIDAAALPIGDLLTMGPQDALLAAQWIRAKHVIPVHYDTFPGIKQDAGAFCDELAKTGIQGHPLKAGETLEI				NA	NA	NA	NA	NA
JZ016_03006	897			hypothetical protein	ATGGTTATGAAAGTGCTACGGCAAAATCGCTGGGTTGCGCTGCTCATCGGAGCGCTCTTTGTGAGTTTGTCTCTTATAAGTTTACTTGGAATGCAGACAAAGGCGGAAGGGGAAGAACAGCAGCAGGATATGCCAAAGTTCGTGACGGCTGCCCCGGCTCCTGTAAATGACCCTGATCTATCCGTAAAAGACGCGAGTACCAAACAGGATAGGGAACCTGTCAATATTTTGTCTTCAATTGTTTTCCAAGAGTGGAATAAGCCGGGGAGCAAGAGTCATGCTTTTTCAAAGTCAAAAGGCATAGGTTTGGCTGAAAACGGATATTGGAACTCGCAACAAGCATTGAAGGCTGCAGATGAGAAAAAGAAACCATCGAAATCTCAGGCTGCGGACGGGAAACCGGCAAAACAAAAGGGGACGCATGTCGTCAAATCTCAGACTGAAAGCTTATCACCCCCCACAACTTTATTCTTCACAAGAACAAATACGTTAACCCAGGATCAGAAAGCCAAAGCGACCTGGACCTATGATTTGTCAGCTGAAGAACTGCTTCTGCTCCAGAAGATTGTCATGGCAGAGGCGGAAGGCGAACCGTACGAAGGCAAAGTAGCCGTTGCTAACGTTGTCTTAAACCGGCTGCGGTCCGCTAATTTTCCCGATACGATTACCGATGTCATCTATCAAAAGCACCAATTTAGTCCTGTAGCGAACGGGCGTCTTAAACGTGTCAAGCCGAACAAAGAGACGATTAAATCCGTGAATGCGGCACTTCACGGCCAAAAAGAGGTAAAGGACGATACGTACTTCTTCCTGTCTTTGAAGCTGGCTCAGGACCTGACGGTGCATCATTCAAGAACATTTGTTAAAAAAATAGGAAATCACTCTTTTTACAAGTAG	MVMKVLRQNRWVALLIGALFVSLSLISLLGMQTKAEGEEQQQDMPKFVTAAPAPVNDPDLSVKDASTKQDREPVNILSSIVFQEWNKPGSKSHAFSKSKGIGLAENGYWNSQQALKAADEKKKPSKSQAADGKPAKQKGTHVVKSQTESLSPPTTLFFTRTNTLTQDQKAKATWTYDLSAEELLLLQKIVMAEAEGEPYEGKVAVANVVLNRLRSANFPDTITDVIYQKHQFSPVANGRLKRVKPNKETIKSVNAALHGQKEVKDDTYFFLSLKLAQDLTVHHSRTFVKKIGNHSFYK				NA	NA	NA	NA	NA
JZ016_03007	558	ytlP		RNA 2',3'-cyclic phosphodiesterase	ATGGATCGTTTATTTGTTGCCGTACATCTGCCTTCGGAGGTGTCGTCCCGGATTCAGGAATGGACGGAAACATTGGGGGAGCAAGTAACTTTTAAAAAATGGGTTCATCCGCAGGATTACCACATTACCTTACAGTTTCTAGGCGATACGCCGTCAAATCGCATAGAGGAGATTACAGCGGCGCTGCAGGAAGTCGCTAAGGAGCATAAGCCCTTCAAGCTTGGCCTTTATGATGCCGGCGTGTTCGGGGCAAGCGCCTCGCCAAGAATTTTATGGGCGGGAATCGGCGGGGATTTGAATGCTCTGTCTCAGCTTCAGCAAGCGGTGGTATCGAAGATGGAGGCTTTCGGATTTGTGCCGGAGGAGCGACCGTTTCGTCCGCATATTACGGTTGGCCGGAAGTTTCAAGGAAACCAACAGTTTTCATTGGATGTTATCGGAACAGGACCCAAGCCCATCCAGTGGGAAGTGCAGCAGCTCGTTCTTTTTCGAACAAATTTGCATGCAACTCCAATGTACGAAACAGTAGGTGTGGCGCGGCTTTCGACCATTTTCTGA	MDRLFVAVHLPSEVSSRIQEWTETLGEQVTFKKWVHPQDYHITLQFLGDTPSNRIEEITAALQEVAKEHKPFKLGLYDAGVFGASASPRILWAGIGGDLNALSQLQQAVVSKMEAFGFVPEERPFRPHITVGRKFQGNQQFSLDVIGTGPKPIQWEVQQLVLFRTNLHATPMYETVGVARLSTIF				NA	NA	NA	NA	NA
JZ016_03008	954	ghrB	COG1052	Glyoxylate/hydroxypyruvate reductase B	ATGCCGAAAATCGTTGCTATACACGACTTAACCTCGGAACAACAGCAGAAAATCAAGGATATCGCCCCCGACTACGAGCTGCTGGTTACGAAAGCGAAAGAGCTTACGCCAAGCATCGTTCAGGATGCCGAAATCATGATCGGCTGGTCACGCTTCGTACAGGAGGATGTATTGTCTGCGGACAGTAAACTGAAATGGATTCAAGCATGGTCAGCCGGTGTCGATAAAATGCCGCTCAAAGAGCTCGAAGAAAAGGGTATTCAGCTTACCAATGCCAGCGGCGTACATAGCGTACCGATCACGGAGCATATTTTCGCGATGATTCTGGCCTTCACGCGCAACCTTCATCTAGCAATTCGACAGCAATCGAACAGCAAATGGGATACGTCCGGCACGTTCACGGAATTGGCAGGTAAAACCATCGTCATCGTCGGCGTCGGCCAGATCGGCAGTCATACAGCGCGCGTGGCCCAGGCGTTCGGTATGCGGACCGTCGGTGTCCGTCATTCCGGCAAATCCGATCCTTATGTGGAAGCGATGTATAAGGTCGATCAGCTTGATGAAGCGCTGGCGAAAGGCGATTATATCGTGAACATCCTTCCGCTAACCGATGATACCCGTGGACTGTTCAATGAGGCAAGATTCTCGGCGATGAAGGACTCCGCCTTCTTCGTTAATGTGGGCCGGGGTCAAACCGTGGTAACGAATGACATGATTCAGGCACTTCAAGCCGGGTCATTGGCGGGTGCGGGACTGGATGTGTTCGAAGAAGAGCCGCTTCCGTCAGACCATCCGCTGTGGTCCATGGACAATGTCATCATGACACCGCATATGGCGGGCGATACGGATCGCTACGGCGAGCGTGCCGTGGATATTTTCCTGGAGAATTTGCAGAACTATGTAAGCGGTAAGCCCCTGTCGCGAAATGTAATCGACTATAGCAAGTCGTACTAA	MPKIVAIHDLTSEQQQKIKDIAPDYELLVTKAKELTPSIVQDAEIMIGWSRFVQEDVLSADSKLKWIQAWSAGVDKMPLKELEEKGIQLTNASGVHSVPITEHIFAMILAFTRNLHLAIRQQSNSKWDTSGTFTELAGKTIVIVGVGQIGSHTARVAQAFGMRTVGVRHSGKSDPYVEAMYKVDQLDEALAKGDYIVNILPLTDDTRGLFNEARFSAMKDSAFFVNVGRGQTVVTNDMIQALQAGSLAGAGLDVFEEEPLPSDHPLWSMDNVIMTPHMAGDTDRYGERAVDIFLENLQNYVSGKPLSRNVIDYSKSY				NA	NA	NA	NA	NA
JZ016_03009	312	atl	COG3695	DNA base-flipping protein	ATGCAGCCGTATACGGAACGTGTAATTGAAGTGATCCGGAGCATTCCGGAAGGATATGTCATGACGTATGGACAGGTGGCCAGACTGGCCGGCAGCCCAAGGGGCGCACGACAAGTCGTCAGAATACTTCACACCCTCAGTCACATTCACAAGCTGCCGTGGCATCGGGTCGTCAACGCAAAAGGAGAAATCGCCATCAAGGACGATGAATCCAGACTCATGCAGGAGCTGTACCTCCAAGGCGAAGGCGTTACCGTCAATTCCAAAGGCATCATCGATTTAGTGAAATATCGTTATGACCCTGGGCAATAG	MQPYTERVIEVIRSIPEGYVMTYGQVARLAGSPRGARQVVRILHTLSHIHKLPWHRVVNAKGEIAIKDDESRLMQELYLQGEGVTVNSKGIIDLVKYRYDPGQ				NA	NA	NA	NA	NA
JZ016_03010	981			hypothetical protein	ATGATGCATTCAAACGATTATGACATTACTTTTGGTCCATCCTTCATAAGCGATAAGTCCCCTTATCTGTATACGTATGCCTGTCATGAAACGGAGCGTGAGCTGTGCTTGATGGAGCTGACGGAGCTGTTCGGTCATGAGCCTGACGGTGAGGATTGGCTGGAAAGCGAGTTATGGGTTGATCCGGATCGGAGCCCGTTCTTATCAGCCTGTATCGACGTCAGGATGACCGGAGAATCCATCGAAGAAATGGCTGAGCAAGCAGACCGCATTCATCTTAACAACGCAAGCTTCAAAGTCGTCTGTCTCAAGGCGGGAGATCGGTTCAGTTATGAACAATCACGCGGGTATGAGCGGGTGGTAGGCCGCCAAATTACAGGAATTGCACAGATGAAAGCCCCGGATGTCACGCTCGGTATGATATCAACAGGCGGCATCTGGAGATTGGGACTTCTTCATGAACCTGAACGCGCATGGCTGAAGCATAAACAGAAGCCGCAGAATTATTCCACAGGCCTAAGCTCGCGCATCGCGAGGGCACTGGTCAACCTGGCAGTTCCTCGATTAAGCGAAGTAACGCTTCTGGATCCCTGCTGCGGTATGGGGAATGTATTAATTGAGGCGTTCTCGATGGGTATCGCGGCTGAGGGGCGTGACATCAATCCGCTTGCCATTCGGGGAGCGAGGGTGAATCTGAGGCACTACGGTTATGATGACAACAAAGTTGCCATTCAGGATATGAATACATTGCAAGGGTATTATGATGCCGCGATCCTGGACCTGCCGTATAATCTGTGTTCTGTTTTCCCGGAGGAAGAGAAGCTGCAGATGCTGCAAAGCTTACGCCGGTTGTCAGATCGAGCTGTCATCGTCAGCACAGAGCCATTATACGAGTTGCTGATGAGCACGGGCTGGAAGGTCCTGCGTCATTGCACGACCCGCAAGGGGAGTTTTGTGAGGGATATCTGGTTGTGCGAATAA	MMHSNDYDITFGPSFISDKSPYLYTYACHETERELCLMELTELFGHEPDGEDWLESELWVDPDRSPFLSACIDVRMTGESIEEMAEQADRIHLNNASFKVVCLKAGDRFSYEQSRGYERVVGRQITGIAQMKAPDVTLGMISTGGIWRLGLLHEPERAWLKHKQKPQNYSTGLSSRIARALVNLAVPRLSEVTLLDPCCGMGNVLIEAFSMGIAAEGRDINPLAIRGARVNLRHYGYDDNKVAIQDMNTLQGYYDAAILDLPYNLCSVFPEEEKLQMLQSLRRLSDRAVIVSTEPLYELLMSTGWKVLRHCTTRKGSFVRDIWLCE				NA	NA	NA	NA	NA
JZ016_03011	1128			hypothetical protein	ATGAATAACCAATTGAAGCTGAGCGTGCTTGATCTGGTTCCGCGTTTTGGAGAGAGTACGTTCGAAGAAGCCTTGCAGCAAGCGGTGATATTGGCTCAGAATGCGGAAGCATGGGGCTACGGGCGCTACTGGGCGGCAGAGCACCATGATCTGGAGCATCTGTCCTGTGCATCGCCCGAGATTTTGCTATCCCATATCGGCGCTAGGACAAAGCGCATTCGGCTCGGCTCCGGGGCCGTGCTGCTGCCCCACTACAGCCCGCTGAAGGTTGCGGAGAATTTCCGCATGCTTGCAGCGCTGTATCCCGGACGCATCGATCTCGGGATTGGGCGGGCGCCGGGAGGTTCGGCGCATACGAGCAAGGCGCTCAGCGGAAATTTCCTGGGTCATGTGGCGGATTTGCCGCAGCGGATTCGGGCATTAACCGAACTGCTGGAGGATCGGTATCGCTACGAAGACGTGCCAGTGGCTGCGAAGCCGGTGCCCGCAACCCCGCCCGTAATGTGGATGCTCGGCACGAATACGAAGAGTGCGGGTTATGCGGCTGAATTCGGTACGGGCTATGTATTCGGCCAGTTTATGAGCGATACGGACGGGGCGGAAGTTCTCCAATCTTACAGGGAAGCCTATCGACCAAACGCTTTTCTGCAAGAACCGCGCACCATGGTGGCGGTAAGCGTGGTATGCGCGGCGACGGAGGAACAGGCGCAGAAGCTTGCCGCGGAGATACCCCGACCAGGGCAGGGCAGCGTACCGACGGGCCGTAAGGAAACGGCCGATCATGAACAAAGCACAGTCTTGGCTGCGATCGGACAAGCAGAAGTTGGTGGGGGCGGCGGCGATACACATTCCAGTGGCAGAACAGCAGCCACGATCCATGACGGGGATCCTCAAGGCAATTCAGCGTCAGAATCCGGAGATCCGGCCCCGTCTGGTTCCGATTCGTCAGGCCCATCCCAGCGGCTAATCATCGGCACGCCTGCAAGTGTGCGAAACAGACTGCAGCATATGGCAGAGCAGTATCGGTGTGACGAGTTCCTGATCGTCACGCCGGTAAGTGATTACAATGCACGGCTGGAATCCTATCGGCTGTTAATGGAGCAACAGTCAACTGCTGCACATATATAA	MNNQLKLSVLDLVPRFGESTFEEALQQAVILAQNAEAWGYGRYWAAEHHDLEHLSCASPEILLSHIGARTKRIRLGSGAVLLPHYSPLKVAENFRMLAALYPGRIDLGIGRAPGGSAHTSKALSGNFLGHVADLPQRIRALTELLEDRYRYEDVPVAAKPVPATPPVMWMLGTNTKSAGYAAEFGTGYVFGQFMSDTDGAEVLQSYREAYRPNAFLQEPRTMVAVSVVCAATEEQAQKLAAEIPRPGQGSVPTGRKETADHEQSTVLAAIGQAEVGGGGGDTHSSGRTAATIHDGDPQGNSASESGDPAPSGSDSSGPSQRLIIGTPASVRNRLQHMAEQYRCDEFLIVTPVSDYNARLESYRLLMEQQSTAAHI				NA	NA	NA	NA	NA
JZ016_03012	1416			Deoxyguanosinetriphosphate triphosphohydrolase-like protein	ATGACACTGAAGGAGCTTAGAGAGCATCGCCAATATCCGGAGCAAACGAAGTCGGATGCTTCGCGTGCGGTTTACGAGCGGGATTATTCGCGCCTGATCCATTCGCCGACGTTCCGCCGGTTGCAAGGAAAATCACAGGTATTCGGTGCCGGCACCGGCGATTATTACCGGACGCGCTTAACGCATTCGCTTGAGGTTGCACAGATTGCGCGTGAAGCAGCGCGAAGCCTGACCCGCAATTACCCTGAAGTGATGCCGGAACAGGCGGAGAACGCCGGGCTGATGATAGACCCCGAGGTGGTGGAATGCGCGGCGATCGCGCATGATTTTGGGCATCCCCCATTCGGTCATAAGGGCGAAGAGGTGCTGCAGGGCATTTTGGAGAAGCATATCGACCGGAGGACCGAGAAGGAGCTGACACGTCAGCCGGGCACGCCGACGCCGGAGCAGGCAGCTGAGGTACAACAAGCGATGCGGCGTAAATATGAGCATTTTGAAGGGAATGCGCACAATTTTCGGCTGATCATGTTTTTGGAGAAAAGAGAGAACGTCAACGGACTCAATCTGTCCGATGCAGTGCTGCTTGGCATCAATAAATATCCGTTCTCCGGGTTGGATAATCACAAGGGGATGTACCGGCATGAATGGGAATACATCTCCCATATCCGGAAGGAGTGGCAAATTCCCGGCACGCATCGAACGCTCGAAGCGCAGCTGATGGATCTTTGCGATGACATCGCCTATTCCGCGCATGATCTGGAAGATGGCATCAAAGCCGGGAAGATCGAGGTGCATGAACACTTTTTGCGGGACAGTCACTTGAACAAACTGATCGTGCAGAAGATCATGACGCTGGAAGACGAGGTATGGAAGGGATGGACCAAGGAGCAGATCCAACCGAAAGTGGATTTGGTGCTGGACGAGTTTCTGAAAATTTGGAACGAGAAAATGCCGACCTGCGAGAATGACTATTCCCGTACCCGACGGGAGGTCAAGGCCTACTGGGTCAGCCTGTTTGTAGGCAGCTTGGGCGTGATTACGAACGGGGATTGGAAAAAGGTGACGTTTGTCAAAGACGGCGTGGAAGACGAGGATATGCTGCGTACGGTTAGCGTCCTGAAGAGTTTTGCCTGGGTGACCATGATTCGCGACCTGCGGGTGCAGCGCCTGCAGAAGCGCAGCGAATGGATCATCAAGCGCCTGTGGGATGCTTTTCTCGATCCTGTTGCCTCTACGGCGATCATTCCTTCCGACTGGCTTCAGCGCTATGAAGCGGACCAGAAGCGGGCGCAGCCGATCTGGACATGGGAGCATATGGTGATTGATTATATCGCGGGCATGACGGACGCTTTTGCCGAAAAAATCTACAACGAGCTGTATGGCCTCAAGGTAGGCTCGATCTACGATTTGGATTAA	MTLKELREHRQYPEQTKSDASRAVYERDYSRLIHSPTFRRLQGKSQVFGAGTGDYYRTRLTHSLEVAQIAREAARSLTRNYPEVMPEQAENAGLMIDPEVVECAAIAHDFGHPPFGHKGEEVLQGILEKHIDRRTEKELTRQPGTPTPEQAAEVQQAMRRKYEHFEGNAHNFRLIMFLEKRENVNGLNLSDAVLLGINKYPFSGLDNHKGMYRHEWEYISHIRKEWQIPGTHRTLEAQLMDLCDDIAYSAHDLEDGIKAGKIEVHEHFLRDSHLNKLIVQKIMTLEDEVWKGWTKEQIQPKVDLVLDEFLKIWNEKMPTCENDYSRTRREVKAYWVSLFVGSLGVITNGDWKKVTFVKDGVEDEDMLRTVSVLKSFAWVTMIRDLRVQRLQKRSEWIIKRLWDAFLDPVASTAIIPSDWLQRYEADQKRAQPIWTWEHMVIDYIAGMTDAFAEKIYNELYGLKVGSIYDLD	PGPT0021495_577	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021495-dgt-K01129	NA	NA
JZ016_03013	1320			hypothetical protein	GTGAAACGAAGGCATGCTTTTTCGAAAAAACTAACGTTCTGCCTGCTCAGTGCAGCCATACTGTTTGCTCCTCTGTTTGAAGGACACGGATTGGCCGCCGGAGAGAGCCAATACTCGGCTTCCGCAACGGCAAGCAGCTACGACTCTCGCTGTGCTTGCAATGCTACGAAAGCGGTGGACGGCAGTCTTAGCACACGCTGGTCCGGCGAAGGCGACGGCACTTGGCTGAGGCTGGATCTAGGATCTGTCAACCCGGTTTCAATGGTTAAAATCGCGTTTTACAACGGAGATTCGCGAACCTTCACCTTCGATATTCAAACCTCAACCGATGGCTCCAACTGGATTCAAGCACGGAACGCTGTCACTAGCGCTCAAAACAACCAGCTGCAATCCTTCTCCATCCCCGTCGCGGAAGCCCGGTATGTACGCATTGTGGGCTACGGCAACACCTCAAATGACTGGAACAGTTATACGGAGGTCGAAATATGGGGAGGCACTGCGGATGGAGGAGGCGGAACCCTTGACCCGGCTAAACCCCCTTCGGGCAATTTTGACCTAACCAAGTGGAAAATCACCCTGCCCGACGCGTCCGAGATCCAGGCCGGATCACTCGCCAGCGGGTATGTGCATCCGAATTGGTTCTATACCGATCCCGTCACCGGCGGCATGGTATTTACATCGCCTAATATCGGTGAGACCACCACGAACAGCACCTACACCCGCTCCGAGCTTCGTGAAATGTTGAATCCGTCGACGAACAGCGCCTCCTCATGGGCCAACAACTGGGTAACCTCTACTTCCTCCCCATCCATAAAATCTCAGGCAGGCGGCGTGGACGGAACGATGAATGCTACCTTAAGGGTGGATCATGTCTCCGTCAGCGGGAATGAAGCCGATAAAATCGGCCGCGTCGTGGTCGGGCAAATCCATGGCCCAAGCACCGAACCGATACGGCTCTATTACCACAAGCGTCCTTCGGACAGCAAGGGTGCCGTTTATTTTGGAACCGATGACCTGGACAACAGCAACACCTGGGTGAACATTCTCGGCGGACCGAACCAGCTAAATCCTGCAAACGGCATTGCCCTTGGCCAGAAATGGAGCTATGAAATCAAGGTGACCGGGCTTCTTATGACAGTGAAAATAACCCCTGAGGGCGAATCGGCCACCACGGTGACGCATACCCTCCCTAGCGGTTATAACGATAAGTATCTGTACTTCAAAGCCGGCGTCTACAACCAAAACAAATCGGATACCTCCCCTGATCAATCCGATCATGTCAAAGCCACTTTCTTCTCTCTAACGCACGTGCACCCCTAA	MKRRHAFSKKLTFCLLSAAILFAPLFEGHGLAAGESQYSASATASSYDSRCACNATKAVDGSLSTRWSGEGDGTWLRLDLGSVNPVSMVKIAFYNGDSRTFTFDIQTSTDGSNWIQARNAVTSAQNNQLQSFSIPVAEARYVRIVGYGNTSNDWNSYTEVEIWGGTADGGGGTLDPAKPPSGNFDLTKWKITLPDASEIQAGSLASGYVHPNWFYTDPVTGGMVFTSPNIGETTTNSTYTRSELREMLNPSTNSASSWANNWVTSTSSPSIKSQAGGVDGTMNATLRVDHVSVSGNEADKIGRVVVGQIHGPSTEPIRLYYHKRPSDSKGAVYFGTDDLDNSNTWVNILGGPNQLNPANGIALGQKWSYEIKVTGLLMTVKITPEGESATTVTHTLPSGYNDKYLYFKAGVYNQNKSDTSPDQSDHVKATFFSLTHVHP	PGPT0019417_92	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA	NA	NA
JZ016_03014	4302	aes_2		Acetyl esterase	ATGTTGAAAAAGCAACTTAACCGGATCTCATGCCTGATCCTCTGCCTTTTGGTCGTAATGAGCGTCATGGTTTCACCAGCGCAGCTTATGGCCGTATCGGCACAACCTGCGGCAGAGGTTGATCTTGCGGATGAATCTTTTGCATCGAATTCCGATCCCCTGCCGGAACCAGAAGGGCCGGATATTCTCTTCTTCTCCGATAATTTTGATTCGGAGCGCTACGGAACCGCGGGTGGTGTCGTCGTTCCCCTGCCCTGGGTTCAGACCGGAGAAGGCGGAAGCAAAGCCAAAACTTCCGTATCCAGCAGCGCGCCGTCCACGCCAAACCTTATGAAGATCGATGTAACCGACTCGGTCTATCTGCCTGTCAATACGACGGGGTATGGCAACATCAAGTTAAGCTATTATACAAGAGCTTCATCCTATGTCAGCGGAAGCATTGTGGCCGAGTGGTCCGGTGACGGCGGAGCGACCTGGAGCACGCTGGAGGAGTTTAAACTGGCCCCGGGAACGCCCGAAGCGCCGCGCAGCGAATCCAACACGCTGAAAACCTGGATGCTGCCTCCGGAAGCCAACAGTAACCCAAATGTACGAATCCAGTTCCGGGTAGGTGATCCGATGAACGCGAATATGTACATCGACAGCGTCTCGCTGTCGGGCCAGGCCATCCCCGGCATTCCGCCTGCGGTCGATCCCGTGCCTGAACCCCCGCCGACCGAAACCGGCCCATACCCTGCTCCGGAAGGCGTAACCCTTTATGAGGACGTTTTGATCGGCAAAGCCGGCGACCGGGACCTCTATACGTCCATCGCTGTTCCGAGCACGCCGCCAGCCAAGCCTATGCCGGTCATGATCTACATTCACGGCGGAGGTTGGAATAAAGGCGACCGCAAAAACGCCCTCGGCAGCATCTGCAACTATGTCCTTAAACGCGGGTACATCGGCGTATCCTTAAGCTACCGCCTAACCCCCGAAGCGCCTTACCCGGCCCAAATTCAAGACGTGAAGCTGGCTATCCGGTATTTGCGCGCCCATGCCGAGCAGTACCACATCGATCCGAGTCGCATCGGCGTTTGGGGAACTTCGGCGGGAGGGCATCTCGCTTCCCTCCTGGGAACGACCGGAGACCTGACCAAGGAGGATACGGTTACGCTGGATACCGGAGATACGGTTCATCTGCCCGATATCGAAGGCGCAGGAGGCTGGCCGGAATACTCCACCAAGGTGCAGGCTGTGGTGGACTGGTACGGACCAGCCGATTTCACGACCGATTTTGCCGACCGCTACAGCTCGGTCACAAAGCTGCTCGGCGGGCATAACGCCCTGTCCGTTCCGATTGAAGCACGGCTTGCCATGCCGGGAACGTATGCCACTCCTGATGATCCGCCGTTCTGGATCCGCCATGGAGATGCGGATGCCACCATTCCCTACACGGACAGTGTCACATTCGCAGATCAGTTGACGGCCGCCGGAGTGCCGGTTGTGGATTTTGAGATCGTGCCCAGCCAGGGCCACGGTTTTACCGGAGAAGCCAAGGCAATCGCGGATGCCGAAGCTTGGTCCTTCATGGATCAGCACGTAAAAAATTTGGACGTAACGACACCGATCCTCTACAAGGACGGCTACACGCCGCCTGATCCAACGAATCCTACAAATCCAACCAATCCGACGGACCCGACCGAACCTACAGATCCCGATCCCTCTCCGGGCGTTCCCGTTGAGGTTGGCCGTTTGGGCCCTACAGACGATGCTCTGATCGACAGCTCCAAACCTGATACAAATATCAACTCGGCTACAGGCACAAGTTTCGGACTTCTCAGCGTTTCATCCGGTACAACCAACAAAAAAGTTGTCTATTTCAAATTCGATGCTTCCACCCTGAGCGATCCGGAATACCGCTACGAATTTCAGGTCGCTGCAAAAAAAGGCACCAGCAACACGGATCTAGAACTCTCCCTTTATGGAATCGAGGACACGGCTTGGAGCGAAAACGATCTTACCTGGAACAATGCGCCCGTGAACAGCCTCGATCCGACCGCTTATGTTGGATCGTTTACGGTAAAGGCCGAGAATAGCGGGCGTCCGGAGGTGTACAGCGTCGATGTGACGGACTATGTCCGCAGTCGTCTTGCGAATGGCAGCGTATCTTTTCTCCTTGCGGATGCGGCCCATACCGGTGTCAGCGTCAATATCTATACCAAGGAAGCCAACGGCTCCAGCAATCCAAGGCCTGTGTTGGTCGTAAGCGAGTTGGTGGATTCCAGTCAGGATACGACGCCGCCGTCCTGGCCGGACGGAAGCCGTCTGTCCGTCAGCAGTATCGGCGAAGATTATGTGCACCTGGCATGGCCTTCGGCGGAAGACAACAAGTTGGTTGCGAAGTATAACGTTTATCAAAACGATGTCAAAGTAACGGAGTTGGGCACCGACATCACCCGCTATGAAACGGAAGGACTGTCTCCGCACACGGAGTACAGCTATAAGGTCGAGGCCGTGGATGCCGCCGGAAACGTCAGTCCGGTTCCGCTAACGTCATCAGTTACGACGCTTAGTGCTCCCTTAGCGCCTTGGCCTGTGGCCTCCGTCACGGCAAGCGGCAGCGACGGCAACATCGAGGATAATACCCTGGACCAGAATTTGTACACCCGCTGGTCTGCCGCCGGCGACGGTCCGTGGATCATGTACGATCTCGGCGAGGCCCGGGACATCGGTTACCTGGGCATTGCCTTCTATAAAGGGGACGTTCGCGCTACGGAGATCGATATCGAAATCTCAGATGACGGCGTGACCTGGTCTCCCCTTTTCAACGGTTCGAGCAGCGGAACCACCACCGCGATGCAGCCTTTTAACGTTCCGGACACGAGTGCACGTTACGTGAAGCTGACCGGGCGCGGAAATTCGGACGGCAGTGCCTATACGAGCCTGACGGAGGTCCATATCTATCCGCCTTTCGCTAACGGGGATACGCCCGTGGCGATCATTCCGGATTTTGTGCCGCAGCCGCCGGAGGGTACCGTTCCTTTTACCGCTCCAGGGATGAAAAATGCGGACGGCAGCGACCATCCGGTGCATCAGGCTTTTGTTGCTACCGGAAGGACGTTGAATGTGGTCGATTACGGGGCTGATCCTGCAGACGGCGGTTCGGACGATCGACCGGCAATTCAACGAGCAATAGATGAAGCAGTCCCGGGAGATGAGGTGTTTTTCCCGAACGGCGTGTATAACTTAAACAGCGCTCCCGATGGCCTGACCAATCTGATACTGAAATCGGAGGTCAATTTACGGGGGGAAAGCCAGAACGGCGCGATCCTCAAGACCTCGCTGAACAAGGTCCGGAACAGCACGATGCTGAGATCCGTCAAGCAGCATGATCTGACCATCTCCAACCTGACGCTGACTTCCGCTTGGGAAGGTCAATATACGACCGATCACAGAATCAACAACCCGGATGCCGGCGGTCCGGACATGATGATCATTGCCGCTAATTATGGCGAGACGCCATCGTACAACATCACGATCGACGGCGTAACGATCGAAAAATTCAGCCGCATGGGCGTCCGCATCGAGAACAGCCATGATATCGTTGTCCGAAACACCACGTTCCGAAATGCTACGGACCTTGGACCGGGCGGTGCCGGGTACGGCGTATCCATTCAGGGCGTGCCGAAGGTCGACCGCAATGGGTTTGCTAATGATACCAGGTGGAATCTGGTCGAGGACTCTTCCTTCGAGGGGCCTTATCTGCGTCACGGCGCGCTCATACAGTATGTGGCCCATAACAACGTGATCCGGCGCAATGAATTCAACCAAGTCCGGTTAGATGCGATTGATCTGCATGGGGAACTGGAGTATTTTAACGAGATTCATAATAACCTGATCACCGACATGCCGTATGGCGGCGGCATCGGCATCGGAAATACCGGGGGAACCGCACCGACCAATCACAGCAAATCCGGCCCGCAAAACTATATCCACGACAACACGATCCGCAATGCGCGGGAAGGCATCGTCGTATCAATGGGATCGCCGGATACCATTATTGAGAACAACCGGATCGAGAATACCGTCGACATTCCGGACGCCTCCGGTATCAACATTTTGAACGGGCCGGGCACAATCATCAAGGGCAACACAATCCGCCAGAACACCTCCGAGCATTATTGGGGCATCCTGCTTGAGCACGACAACGGGGAATCGGCGAGAACTTTACGGCAGCTCCTGGCGTCACGTATAGCGATCTCACCGTGGGTTTGGAGTACAGTACGACCGCCCCCACAAATGGAGACGTTATTGCAGCCTTAG	MLKKQLNRISCLILCLLVVMSVMVSPAQLMAVSAQPAAEVDLADESFASNSDPLPEPEGPDILFFSDNFDSERYGTAGGVVVPLPWVQTGEGGSKAKTSVSSSAPSTPNLMKIDVTDSVYLPVNTTGYGNIKLSYYTRASSYVSGSIVAEWSGDGGATWSTLEEFKLAPGTPEAPRSESNTLKTWMLPPEANSNPNVRIQFRVGDPMNANMYIDSVSLSGQAIPGIPPAVDPVPEPPPTETGPYPAPEGVTLYEDVLIGKAGDRDLYTSIAVPSTPPAKPMPVMIYIHGGGWNKGDRKNALGSICNYVLKRGYIGVSLSYRLTPEAPYPAQIQDVKLAIRYLRAHAEQYHIDPSRIGVWGTSAGGHLASLLGTTGDLTKEDTVTLDTGDTVHLPDIEGAGGWPEYSTKVQAVVDWYGPADFTTDFADRYSSVTKLLGGHNALSVPIEARLAMPGTYATPDDPPFWIRHGDADATIPYTDSVTFADQLTAAGVPVVDFEIVPSQGHGFTGEAKAIADAEAWSFMDQHVKNLDVTTPILYKDGYTPPDPTNPTNPTNPTDPTEPTDPDPSPGVPVEVGRLGPTDDALIDSSKPDTNINSATGTSFGLLSVSSGTTNKKVVYFKFDASTLSDPEYRYEFQVAAKKGTSNTDLELSLYGIEDTAWSENDLTWNNAPVNSLDPTAYVGSFTVKAENSGRPEVYSVDVTDYVRSRLANGSVSFLLADAAHTGVSVNIYTKEANGSSNPRPVLVVSELVDSSQDTTPPSWPDGSRLSVSSIGEDYVHLAWPSAEDNKLVAKYNVYQNDVKVTELGTDITRYETEGLSPHTEYSYKVEAVDAAGNVSPVPLTSSVTTLSAPLAPWPVASVTASGSDGNIEDNTLDQNLYTRWSAAGDGPWIMYDLGEARDIGYLGIAFYKGDVRATEIDIEISDDGVTWSPLFNGSSSGTTTAMQPFNVPDTSARYVKLTGRGNSDGSAYTSLTEVHIYPPFANGDTPVAIIPDFVPQPPEGTVPFTAPGMKNADGSDHPVHQAFVATGRTLNVVDYGADPADGGSDDRPAIQRAIDEAVPGDEVFFPNGVYNLNSAPDGLTNLILKSEVNLRGESQNGAILKTSLNKVRNSTMLRSVKQHDLTISNLTLTSAWEGQYTTDHRINNPDAGGPDMMIIAANYGETPSYNITIDGVTIEKFSRMGVRIENSHDIVVRNTTFRNATDLGPGGAGYGVSIQGVPKVDRNGFANDTRWNLVEDSSFEGPYLRHGALIQYVAHNNVIRRNEFNQVRLDAIDLHGELEYFNEIHNNLITDMPYGGGIGIGNTGGTAPTNHSKSGPQNYIHDNTIRNAREGIVVSMGSPDTIIENNRIENTVDIPDASGINILNGPGTIIKGNTIRQNTSEHYWGILLEHDNGESARTLRQLLASRIAISPWVWSTVRPPPQMETLLQP				NA	NA	NA	NA	NA
JZ016_03015	621			hypothetical protein	GTGGGTTTGGAGTACAGTACGACCGCCCCCACAAATGGAGACGTTATTGCAGCCTTAGTCTCGAATAGTCCAATTACCGTCATCAATAACGGTGGATCTCCAACTTACAAATTTACCGAGAATGGTTCATTTACCTTCGAATATGAGGATGCAGACGGCAACCAAGGTACGATAACGGCAACCGTATCGAACATCGATAAAGTCGCCCCGGTACTGAAGGTTACACTATCTCCATCATTGCTGAAATCGCCAAACCGCAAAATGGTCGATATTCACGCTGACCTGGAATCTAGCGATGAAGGCTCTGGCGTTGCATCAGTCGTGCTTACCTCTATTACCGTGGAGAGTGCGGGCGGCAAGGGGCATAGCAAAGATATCCAGGAGAATTTGAACGGGAGAGATAAGGAAACCGGTAAAAGTGAAAGCAAAAACAATCGAGGCGATGGTGGCGACCGGGGACCGGATATACAAGATGCCGAGTTCGGTACCTATTATACCCATTTCCGGCTGCGGGCCGAGAAATCGGAGCGTGGCCAAAGCCGAATCTACACCGTGACTTATACCGTGACGGACCATGTGGGGAATCAAGCGCAGGCAGCAGGGACGGTGAAGGTGAAGTGA	MGLEYSTTAPTNGDVIAALVSNSPITVINNGGSPTYKFTENGSFTFEYEDADGNQGTITATVSNIDKVAPVLKVTLSPSLLKSPNRKMVDIHADLESSDEGSGVASVVLTSITVESAGGKGHSKDIQENLNGRDKETGKSESKNNRGDGGDRGPDIQDAEFGTYYTHFRLRAEKSERGQSRIYTVTYTVTDHVGNQAQAAGTVKVK				NA	NA	NA	NA	NA
JZ016_03016	786			hypothetical protein	ATGAAACCCTCTGAATTTATAGCCAAGCTGGCACCTATAGCCACCCAGGATATGCGCCAGTACGGGGTGCCTGCTTCGCTTACGCTCGCTCAGGCAATTTTGGAATCCAATTGGGGAATGAGCGGTCTAACGCAAAAAGCGAACAATCTGTTTGGCATCAAAGGAAACGGTCCGGCGGGAAGCGTCACCATGCAGACAACCGAATACAGGGGGCAGACGCCCTATACGACCCAAGCCCAGTTTCGTAAGTACAACAACTGGCATGAATCGGTTGCCGATCATACCCAACTGATCCTAAACGGCACGCGAGATAAGCCACAGCGTTACCATGGTGTATTGTGGGCGGATTATAAAACGGCGGCGACGGAGATTTGGAGAGGGGGCTATGCCACAGACCCCAATTATCCGAAAAAACTCATCGCCTTAATGGAGCAGAATTTGCTCCATCAATATGATTTGCTTAATCCAGAGGAGGAGGAACGCATGAAAATTGAACAATTGACGGCCGAGCTGCAAAAAACACAAGAACAGATGCAGCAGCTTAGTAAGCAATATGCTTCTGCTATAAAATTGTTAGAGGAGCAGAGCAATGCCATGAAGCAGTTGAACACAAGGCTCAAGGCCGTAGAGACAGTGAAACCGGCTAAAGTTCCAGCTTGGGCAGAACCGGCAGTACAAGCTGCACAGCAGGCAGAAGTATTGCATGATCCTGAGGGCAGTTTTGATTTTTATCGAATCATGACCGTGCTGCACCGTTTGGGTTTTTTCGATAGACCAAGTAAGTGA	MKPSEFIAKLAPIATQDMRQYGVPASLTLAQAILESNWGMSGLTQKANNLFGIKGNGPAGSVTMQTTEYRGQTPYTTQAQFRKYNNWHESVADHTQLILNGTRDKPQRYHGVLWADYKTAATEIWRGGYATDPNYPKKLIALMEQNLLHQYDLLNPEEEERMKIEQLTAELQKTQEQMQQLSKQYASAIKLLEEQSNAMKQLNTRLKAVETVKPAKVPAWAEPAVQAAQQAEVLHDPEGSFDFYRIMTVLHRLGFFDRPSK				NA	NA	NA	NA	NA
JZ016_03017	453			hypothetical protein	ATGTATGAGCACATCGGTCAGCTGTTTAAGATGCTGGTGGCGGGGACGGGGGCCGTGACAGGGTACGTCTGGGGCGGATGGTCGCTGCCGCTGCATCTGTTGTTGTGGTTCGTGGTGATCGATTGGTTGACCGGATGGGGCGCGGCCTGGATGAACGGCGAGCTGCGCAGCCGTATTGGTTATACTGGAATTGCACGCAAAATGACCATTTTTCTCATCATCGCCCTGATGCATCTGGTGGACCGGGTGCTGGGAGAGATGAATTATTTTCAGAATACGGTGATCTTCTTCTATCTCGCGAATGAGCTGCTGTCTATTATTGAGAACGTGGGAAGAATGGGGGTACCGATCCCCCAGTCCCTGCGTAATGTGGTACAGGTATTCCAGATCAAATCCGAAGAAGGGGATAAGCCAACCGCACGAAAGGAGGAGAAAAAGGATGAAACCCTCTGA	MYEHIGQLFKMLVAGTGAVTGYVWGGWSLPLHLLLWFVVIDWLTGWGAAWMNGELRSRIGYTGIARKMTIFLIIALMHLVDRVLGEMNYFQNTVIFFYLANELLSIIENVGRMGVPIPQSLRNVVQVFQIKSEEGDKPTARKEEKKDETL				NA	NA	NA	NA	NA
JZ016_03018	282			hypothetical protein	ATGCTGGAGAAGCGAAGCGGTCGCCTTTGTCCACGGATTTTAACCCTATCCATAAGTTCTCAGGAAAATCCGGGGGCAACAGCGATCGTAAGCATGATCCGCAGGCGAAGTGATGTACATGCTAAAAAGGTTTATCTCTTGCTTAAAGCAACTAGTAATAACTTCAATCCAAGCCCTCGGCTCCCCGAGGGCTTTTTCAAAACCATTATAAAGGAGGAAGTATTATGTATGAGCACATCGGTCAGCTGTTTAAGATGCTGGTGGCGGGGACGGGGGCCGTGA	MLEKRSGRLCPRILTLSISSQENPGATAIVSMIRRRSDVHAKKVYLLLKATSNNFNPSPRLPEGFFKTIIKEEVLCMSTSVSCLRCWWRGRGP				NA	NA	NA	NA	NA
JZ016_03019	2928			hypothetical protein	ATGACGAATCCGGTTACACCGAATATCGGGTTGAACAAAATTGATCGAACCTCGCCGTCCACGACGTATTTCGATCTGGAGAAGTATATTGATCAGAACGCAGATGCCGTAGATCGGTTCGCGGGTGAAAGCAGTGTGGCCATAGGTGCACTGGAAAAGCGTCTGGATACCGAAGAACGCCGCGAAGTCGTGCTGCAGCCGGGGCTTCAGATCGTGAATTCGGAGCGGAGTGCTCCTTTTAAGTTAAGTGGGATTAAAGGGCGGACGTTGGTGAATTTGTTGGGGCGGGATGGGTCTTGTGATTCTTTAAACGGCATTTCCCCTTACCAGGTAACACTTGCACTTAATAATAGCCAATATAGCCAAGGAACAGCACTGAAAGTAACAGTTGCGCAAGGATTTTCGAGCGGAGCTGCATTCATTCCTAATGTGAAATTCTACGCTAACAAAAAATATGTTCTTATTGTTGATGCACGGATAGAGAATGCCGAGTATGCTAGAATCCATCTTTCCGGAGTCGGGGCTATCGGTAATAATGTAACTTCGACAACCTTTAAACCTTCTGTTGCATTTTACAGCCCTACAGCTGATACCACGTCTAACGCTGACTTAGCATTAAAAGGATCGGGATCATCGGCGATCATTGCCTACTTTGATGCAGCTCGGATATACGAGGTATCGGCCGAGGAATATGCTGACCTCGCAAGCATGACACCGGAACAGGTCGCCGACAAATACCCATACGTTGATAGCGTTCAGCCTGTCCGAAATCCGTATGCTATCCGGTACGGGGAGAATTTAACTCCTTCACTATTTGAGGGTACTGTCGGTAGTTCTACAAACATAATGTCAGCCTATTCTGCTTTAATTAAAGCAACGGGATCAACGGTAGTGCAGTATAGTTCTAATCTCGTCTCTGCTATACCAAATACTATCTATACACTCAAGGCGAAAATATCTCGAAATGGTGTAGAAAGATATGATGGTGTGTATGTTGATGTAATGGGGTACGACGAAAATGGGCGGTCGGTACTGGACATAGCCGGAACCGCCATCAATGGATCAGGTATTGGAACAGACACATTTTCTACTCCAGCAAATATTAGAACAATGCAGGTTCGTATTGTAATACCAGAAAATGCCGAAATTGGTGATTATGTTGTTGAAGATATTATGCTTAATATCGGTTCCACTCCAAAACCGTTCAAACCACGCGAAGACGCCATGCTCGTACTACAAACGGACTTATACGCCGATCCGTTAACAGGTGTGAATGCTGACGAAGTGTTCGAAAAGGACGGGCAGTATTTCAAGCTGGCAAAGTGGAAGAAAGTTGTTTTTGATGGCAACATATCGTATGTACACTACACATCCTATGCTGGAGCAAAAAGTATAACTTCTTATATAGCGCCTCTAGACCGAAATATAGGGGTCCTTCCATACCTAATTAAATACGATGGGAAATCGTTAATAGCTGGAGGGCCGACTCTTCCCGGTAATTTTGACCAATTCAGTACAATTAATTGGACAACAACGGGTAGTGCTGCCCTTGGGCTAAGTATCCCTAACACAGACAGCGGATGGGGCGACAACTACACGCCGACGCCTGACGAGATTAAGGCGTATTTTATGGGCTGGAGGATGTTTCCATATGAGCAAGGGGACACCGTTCCAATCCCTCCGTACAATGGAACTGGAACAAAAGCATGGGTACAATTAGATCCAACCTCCTCGACGGGCGTTCAATCCGGGGCTTGGACAACAACATTGCCCACTACCCGTACGATAAATACCGCATGGCAACCATACCAACTCATATACCAACTCGTAACGCCAACGATTGAGCCTATCATTTCCGAGGGCATGTTTACGTTTAACGAAGGCGATAACCTGATCGAAGTTGGAACGGGGTTTGTAACTCGGGAGAGAGCGAATCCTTCTGTTTATGCGGACGGGTACGTGCGGATAAATGACAGTTCGGGGACTGGGCAGACATTATCATTCCTATCAAATAAGGTTGCTCGTATAGCGGCTATCTTCATGAATGGGAAGAGAGACGACAGATGGATCTTGCGAACTTCTCCGAATTCATCATTAGTCAATGGAATGGGATATGCGTATACAACAGTTTCTAATTACGATCCATCAGCAGCCTATTCCGTCAACTACCTAATGCTCGACAAATCGTCTATCGTTCCATTCACCGGAACCTACGCAGCTAACGAAAAGGCCATGCTCCAAGAGCTGACCGACGCCGTCCAGCAGAATGCGACCGCTATATCCGTCTCTTTAGAGGCAGCGAATAAAGCTTTTCAATCTGGCGTTAATGCTAAAAATGTTATGGTGGAAGCCATTAACGCCAGTTTGGGCGGTGCTTCCATCAACGATAGCTGGGCTACACTTGCGGAGAAAGTAAGATCTAACAAAGGGATGGAAGTAGAGGGTTTTACTACTGCTTTTGAGTACCCATACTCATATGTTCCTGCTGGATCGACAAAAGTAGAAAAGATCTATACATTCGATGCGGGTTTATCCAATATCTTTTTTATACCTAAAAAGACGCAAAAAGACCAAGCCGGGGCATCCTACATTACGATAGTGACTGGCGGCACATTGATGCTCGGCTGTAAATGGCATTTAAGAGATAAAAACGGTCTTTTGCATATAATAGCCTCATCCGGACCGGGCTATTGGTCTAGAGGTCCCACTCTATATTTATTGTCTCTACAATTCGATCTAGAATATAAAAGATGTTATTTCTCGTACGCTAGCACGGAGACATCAGGCGGAGTTATAACAACAACTATTCCTGATAATTTTGATACTTCCGGTCCAGTATCCCTAGTTATTGAATTAGAGCCGGGGACAACACCTCCGACAGACAGTAAATGGAAAATATTCATGGATGGGAAATTTATTTTAGGATAA	MTNPVTPNIGLNKIDRTSPSTTYFDLEKYIDQNADAVDRFAGESSVAIGALEKRLDTEERREVVLQPGLQIVNSERSAPFKLSGIKGRTLVNLLGRDGSCDSLNGISPYQVTLALNNSQYSQGTALKVTVAQGFSSGAAFIPNVKFYANKKYVLIVDARIENAEYARIHLSGVGAIGNNVTSTTFKPSVAFYSPTADTTSNADLALKGSGSSAIIAYFDAARIYEVSAEEYADLASMTPEQVADKYPYVDSVQPVRNPYAIRYGENLTPSLFEGTVGSSTNIMSAYSALIKATGSTVVQYSSNLVSAIPNTIYTLKAKISRNGVERYDGVYVDVMGYDENGRSVLDIAGTAINGSGIGTDTFSTPANIRTMQVRIVIPENAEIGDYVVEDIMLNIGSTPKPFKPREDAMLVLQTDLYADPLTGVNADEVFEKDGQYFKLAKWKKVVFDGNISYVHYTSYAGAKSITSYIAPLDRNIGVLPYLIKYDGKSLIAGGPTLPGNFDQFSTINWTTTGSAALGLSIPNTDSGWGDNYTPTPDEIKAYFMGWRMFPYEQGDTVPIPPYNGTGTKAWVQLDPTSSTGVQSGAWTTTLPTTRTINTAWQPYQLIYQLVTPTIEPIISEGMFTFNEGDNLIEVGTGFVTRERANPSVYADGYVRINDSSGTGQTLSFLSNKVARIAAIFMNGKRDDRWILRTSPNSSLVNGMGYAYTTVSNYDPSAAYSVNYLMLDKSSIVPFTGTYAANEKAMLQELTDAVQQNATAISVSLEAANKAFQSGVNAKNVMVEAINASLGGASINDSWATLAEKVRSNKGMEVEGFTTAFEYPYSYVPAGSTKVEKIYTFDAGLSNIFFIPKKTQKDQAGASYITIVTGGTLMLGCKWHLRDKNGLLHIIASSGPGYWSRGPTLYLLSLQFDLEYKRCYFSYASTETSGGVITTTIPDNFDTSGPVSLVIELEPGTTPPTDSKWKIFMDGKFILG				NA	NA	NA	NA	NA
JZ016_03020	546			hypothetical protein	ATGAGTAAAGCTGAAGCTTGGCTGGGTTACTTGCCGTCCTTTTATCATGATGTTCGAGAAATGAAAGCCATTGCCGGAGCCGAAGGGGCAGAGCTTGACAAGCTGGCGCAGGAACTGGAGGATCAGTTGGACCAGTATTATCCCGAAACCGCTACGTGGGCGCTATCCCGGTTCGAGCAGGACTTGAACATTCCGGTGAACCTCTCCAAGCCGATCGAGCAGCGGCGTTCGGTTATCATCTCGAAGATGCGGGGAAGCGGCAAAGTGTCTGCCAGCATGCTCAAAAATGTGGCGCAAGCCTATGAGCGGGGCAGCATCGAGGTATCCGTCCAGCCAGCGGAGTATAAAGTGACGATTCATTTTAGAGATACGCTGGGCATCCCGCCGAATTTAAGCGATTTGAAATCAGCCATTGAGGAGATCAAACCAGCGCATATTGCGGTCGATTATGCACTGCGTTATCTCACCATCGCTGAAGTGGAGGGCATGACGTTTGAGGAAATATCAGCAACAACACAAGACAGATTGTTGGGAGGAGGAGCCTAA	MSKAEAWLGYLPSFYHDVREMKAIAGAEGAELDKLAQELEDQLDQYYPETATWALSRFEQDLNIPVNLSKPIEQRRSVIISKMRGSGKVSASMLKNVAQAYERGSIEVSVQPAEYKVTIHFRDTLGIPPNLSDLKSAIEEIKPAHIAVDYALRYLTIAEVEGMTFEEISATTQDRLLGGGA				NA	NA	NA	NA	NA
JZ016_03021	1059			hypothetical protein	ATGGTTGAGGAACAGACGTACGAGGCGATTCTGGAGCGGATGCTGGATCGAATTCCGGACGGCATGGACAAAAGGGAAGGCAGCATCATCTACGATGCGTTGGCACCTTCTGCGGCTGAGCTTGCCCAGATGTATGTGGAATTGGGGTACTCCATGAACCTGAAATTTGCCGCTACGGCATCGGGTGAATTTTTGGATCGGAGCATTGCCTGGTCGGGTTTGACCCGAAAACAGGCGACAAAAGCACAGCTTCTGGGACACTTCTCAGGCAATGACGGTGCCCCGGTGGACGTTCCTTTGGGGAGCCGTTTTTCATTGGATCCGCTGAATTACAAAGTCATCACCCGACTGGATGCAGGGCACTTTGTATTGGAATGCGAGACAAGCGGGAAGGCAGGCAATCGTCGATTCGGCTCGCTGCTTCCGCTGGAATACGTAGAAGGCTTGGTGAAGGCGGAGCTGATGGAGCTCTGGGTACCTGGCGAAGATACTGAATCGGATGAAGCGTTGTATGACCGATACCGCGAAAAAATCTCCCGCCCTGTGACCAGTGCGAACCGAAATCAGTATGAGCTGTGGGCGAGGGAGAAAGCCGGGGTTGGCAAGGCCAAGGCTTTTCCGTTATGGGATGGTCCGGGCACCGTCAAGGTGGTTCTGCTGGATAACGAGATGCGAACGCCTACGCTTTCTGTAGTGGAATCGGTACAGCAGTATATCGATCCGACCATGGATGGCATGGGGGAAGGGGCAGCTCCGGTCGGTTCGGTTGTCACCGTTGTTGGGGCGGCCGAAGTGCCAGTAAATATTGAAGTACAGGTTACGCTGCTCGATGGAGCCGGAATGGATGGTGTGCAGGAAGCTATTGAGCAGGGTGTTCGCCAGTATCTTAAAGACCTGGCTATGTCCGACCCGTTGGTCCGGTATAACCGGATCGCCAACGTGATTTTGGATATTCCGGCGGTCATCGACTACGAGGTATTGACCGTGAACGGAGGAACGGACAGCATTCCGATCGAACCGGAGGCGGTAGCTGTCCTGGGGACGGTGACGGTCCGATGA	MVEEQTYEAILERMLDRIPDGMDKREGSIIYDALAPSAAELAQMYVELGYSMNLKFAATASGEFLDRSIAWSGLTRKQATKAQLLGHFSGNDGAPVDVPLGSRFSLDPLNYKVITRLDAGHFVLECETSGKAGNRRFGSLLPLEYVEGLVKAELMELWVPGEDTESDEALYDRYREKISRPVTSANRNQYELWAREKAGVGKAKAFPLWDGPGTVKVVLLDNEMRTPTLSVVESVQQYIDPTMDGMGEGAAPVGSVVTVVGAAEVPVNIEVQVTLLDGAGMDGVQEAIEQGVRQYLKDLAMSDPLVRYNRIANVILDIPAVIDYEVLTVNGGTDSIPIEPEAVAVLGTVTVR				NA	NA	NA	NA	NA
JZ016_03022	414			hypothetical protein	ATGATTCCGCAGGGAGGAACGCTGGAGCCGGGTAGCGAGATTGTGGAAACACTGGAGCAGCCTAGTCTGACGTATGACTTGAACCTGAAGGAAGGAATGATATCCGGTCATATTGACGGTCTTGAGGCCGTTAAACAGGCTGTCGTCAAAATCCTTCAGACTCGCCGATTTGAGCATCTGATCTACAGCAGCAACTATGGGCAGGAGCTAGACTCCGTCATTGGCCGCGACCCACTGTGGGCCTACGCTGAAATCGAGCGGCATATCAAGGAAGCGCTGCTGCAGGATGACCGCGTGTTGTCGGTGGATGATATGAATATTTCCTTTACAGGCGAGTTGGCCGTGGCGGAATTTACGGTCCGAAGCGTGTATGGGGCTTTCAATATGACCAAGGAGGTGAGGGAGGATGGTTGA	MIPQGGTLEPGSEIVETLEQPSLTYDLNLKEGMISGHIDGLEAVKQAVVKILQTRRFEHLIYSSNYGQELDSVIGRDPLWAYAEIERHIKEALLQDDRVLSVDDMNISFTGELAVAEFTVRSVYGAFNMTKEVREDG				NA	NA	NA	NA	NA
JZ016_03023	297			hypothetical protein	ATGCTGGATATTATCAAAAAAGCCAGTCTCAGCGCCGTGGGAAGCACAAACCCGATGGCGGTGCTGTACGGTACAGTCACATCAACACATCCTCTGGAGGTGAACGTGGATCAGCGGTTCAGCCTGACGGAGGATTTTTTAGTTATCGGAGAGTCGATGACCGAGTACAAGCTGAACATTGGCGGCGCGGAATATGTGATTCGAAAAGGGCTGGCGATCGGTGATACGGTGCTGCTCATTCGTTACCAGGGCGGCCAAACGTATCTCGTGCTGGATCGGTTGGTGAAGCCGTCATGA	MLDIIKKASLSAVGSTNPMAVLYGTVTSTHPLEVNVDQRFSLTEDFLVIGESMTEYKLNIGGAEYVIRKGLAIGDTVLLIRYQGGQTYLVLDRLVKPS				NA	NA	NA	NA	NA
JZ016_03024	966			hypothetical protein	ATGATTGAACTGATGATTGACCGCAAGAACGGAAGCGTGTGGGACCTGGGACAGATCGTAACCGACATCACGTGGAAAACAAGCCGTCAGGCAAAACCGGCAAGTCTGGATATCAACTATGTGAACGATGGTCTTGCGCAGAGCAAGGAATTCGAAGTGGAAAACGGCGACATTGTGCGCTTCCGCAAGGATAATAAGGATCTGTTTTATGGCTATGTTTTTTCCAAGGAGTGGGGCATGGACGCCCAGGTCAAGGTGATGGCTTATGACCAGCTGCGCTACTTGTCCAGCAACGACACCTACCGGTTCACGAATGCCAAGGTGGAGGATATTATTCGCAAGATTGCCAAGGATTTTAATCTGAAAACAGGGACGCTGGCCGATACCGGCCATACCATCCCTGCCATGCTGGAAGCAGACAAGAAACTGATTGATATCATCAGCAAGGCCCTGGATTCCACGTTGATCGTGACCAAGCAGTACTACATGTTTTACGACCAGTATGGTGAACTGACGTTGACCAATATCAACGACATGCTTCTTAAACTCGCGGTGGGAGAAGACAGTCTCATGACGGATTTTTCATATAAAAAAAGCATCGACAACGAGACGTACAACCGCGTCAAAGTCGTGCGGGACAACAAGCAGACGGGGAAGCGGGACGTTTATCTTTATCAGCATGGGCAGAATATCGCCCAATGGGGGCTGCTCCAGTTGTATGAGGTTGCTGACGAGAACATGAACCCCGCTCAATTGAAGCAGTTAGCGCAGAACTTGCTGGAGCTGAAGAATAGGGAGCAGCAGACGTTGTCGATCGAGGCTATTGGAGATTTGCGGGTCCGTGCCGGAAACACGATCTATGTGAATCTGCCTGATGAAGGCTTGAAGCCGTATCTCATCGATGAGTGTACGCATAAATTCTCGGACGGTACGCACACGATGTCGCTGAATATGAAGGTGGTGTAA	MIELMIDRKNGSVWDLGQIVTDITWKTSRQAKPASLDINYVNDGLAQSKEFEVENGDIVRFRKDNKDLFYGYVFSKEWGMDAQVKVMAYDQLRYLSSNDTYRFTNAKVEDIIRKIAKDFNLKTGTLADTGHTIPAMLEADKKLIDIISKALDSTLIVTKQYYMFYDQYGELTLTNINDMLLKLAVGEDSLMTDFSYKKSIDNETYNRVKVVRDNKQTGKRDVYLYQHGQNIAQWGLLQLYEVADENMNPAQLKQLAQNLLELKNREQQTLSIEAIGDLRVRAGNTIYVNLPDEGLKPYLIDECTHKFSDGTHTMSLNMKVV				NA	NA	NA	NA	NA
JZ016_03025	720			hypothetical protein	ATGAGCGATTATGGATTTTTTCTGAGCTTCAATAACCAGGAGGAGGTTTTCCGATTTCCGGTAAACCCCGAGCAGATTGACGTCAAGGATATCGGTGAAGGCAAATCCTATACGGTAGCTGGGCTTGGCGAAGTAAATGCGATTCTGTATCCGAAGCTGACGGAGATCTCGTTTGAGAGTTTTTTCCCGGGGAGAGTGTATCCCTTTGTACATCTAGGTTCTGACCAGAAGCTGAAGCTTCCGATTGAGTACGTAAATACCATTAAGGGCTGGATGGAGACCCGCAGACCTGTGCGCTTTGTCATGACGGGCCTCGTTCCAGATCCACTGAGCGGTACGGATGGCAAGAACGTGGTTCGGGCGATGAAGTCTTTTGGCATCAACATGGCGGCATCCATCGAAAGCTTCAACTGGAATACGATGGCCGGTTCACCGGAAGATATCGAGTTCTCGATTACGCTCAAGCGCTATGTGTTCTACGGGGCGCGTAAAGTTGTACCGGTAAAAGACAAGAAAGCGGCAGCCGTGAAGAAGAAAGACCGACCGGATGACCGCAAAAAACCAACCTCCTATACGGTTGCCAAAGGCGACACCTTGTGGAGCATTGCCCAAAAGCTGCTCGGCAGCGGTTCCCGTCATACCGACATCCAAAAACTGAACGGAATCAAGGACCATGAGGTCCGGAAGCTGGCCATCGGCCGGGTTCTCAAGATTCCCTAA	MSDYGFFLSFNNQEEVFRFPVNPEQIDVKDIGEGKSYTVAGLGEVNAILYPKLTEISFESFFPGRVYPFVHLGSDQKLKLPIEYVNTIKGWMETRRPVRFVMTGLVPDPLSGTDGKNVVRAMKSFGINMAASIESFNWNTMAGSPEDIEFSITLKRYVFYGARKVVPVKDKKAAAVKKKDRPDDRKKPTSYTVAKGDTLWSIAQKLLGSGSRHTDIQKLNGIKDHEVRKLAIGRVLKIP				NA	NA	NA	NA	NA
JZ016_03026	1887			hypothetical protein	ATGGCGAGTGTAAAGGATGCACTCATGCGCTTAAATAATTTGGCTAATGAAATGATCGTGAATCAGTTGTTACAGCTTGAAAACAGCTTTCAACAAACTGTTGATCAAATTGCTGAGGCAGCAGCAGAACAAGAGCAGCTTAATGAACGGATTGAGCAAGGGGAAAAGAAAGCCAGTAAGCTTGGGAATGCTTTTAAATTGTTAAAATCCGCATATAAAGCGGCCGATTTTGTTGCGAAAATGACGATTATTCCAGCAGCAAAAGAACAAGTAACGGAAGACTTCTTTAAAGTTAAGACTGGTGATGCCGAGGTAGGTTCAGCTATATTCGAGAACGTCAAACAGAATGCATTGAAAACCGGGTTAGATGTTAATGATTCGTTAAATAATGCTTTAACGTTCATGTCAATGACTAAAAACTCAGATCAAATTGCGCAATTAAATGGCTTCGCTGATCGAATGAGCACACTATCAACAGACGGCAAGAGTTCAAAAGATGCAACAGGGGCGATTATGAGTGCGATGCGTGGCGATACCAGCTCTCTAGCTAAAGATTTTAATATTCCTGATTCCCAGATTAAAAGCTTTAATGCAGAAATCATATCATCTAAAGGGAATTTTACTGCATTTCTTTCATCCATGGACAAACTGCTGCAAAAATCAGGGATGACACAGGAAGCTATGGATGCCATGCTGGATTCGCCTGTAAATAAGTGGCAGCAACTAATGGGATCCGTCAACAATTCTTTTGTTCAGATGGGGGGTGGCGCATTAGCTGCAATCATGCCAATTCTGGATATGTTGAATGCAGCTTTTGAAAACGGGACTTTCCAGCCTTTTATTGATGCTATATCCATAGGATTAACCGTAATTGCTGAGGGGTTTTTGTGGGTAGCGCAAATGATCCCTCCAGCCTGGGAATTCATTAAAGCAACGATCGCGGGAGTCGGTAACACCATTTGGAATCTGATCACTATATTTATGGGGTTGCTTCCTGTTATTGCTTTAGTGGGTGTTTTTTTCGCGATGTTAAATGCAAGTTTGATCATGGGGAGGATATCGGCTTACGCGTTTGCGGCAGCTCAATCCGTGATGGCCACGATTACGAACATCGCTGCAGGAGCGATGAGAATATTTAATATGGTTATCAAAGCAAATCCTCTTATGCTATTAATTTCTTTAATTATCGCTGCTATGGCCGCGTTCGGGGCTTGGAAAGTGGTGACACTGGGCCTTAAGCAAATATTCAGCAACGTATTCGGCTTCATTGTCGACCTGGCGCAAAACACGGTGAACACTGTCATTTCCGTCATTAACGGCATCATTAAAGGTGTTAACGCGGTAGCGGGCTTTTTTGGCAAGGTCCTTGGTGTGGATACCAAGCAAATCGCCGAGATTGAGTATAAGGCAGACTTTACGAATTTCAAAGACACCGGACAGAAAGGCATAGAAGATTTCTCCATGGATACATTTAAGGATAAATTCATGCCGGATAAGAACCTGGGTAAAAACAACGAGGATCTTTTAAAACAGTACAATACGGGAAAAACCGGATACGATGTTACCGTTCCGAAAACTACCCCGACCCCGTCCATGCCTGCTATGCCCGCTATGCCAACGGCTCCAATCCCGGTAGCCCCTGCAGGGGGCAGCATCGATTCCATTGGTAAAGTGGATAACTCGGTGGACGTGGCGAGTGAGGATCTGAAAGTCATGCGCGATTTGGCGGAAGTGAATGCAATCAGCAATATGATCACCCTGACACCGACCGTGCAGATGACAACAGGAGATATTAACTCCGGAGCCGATCTGGATACCATCATGTCGAGAATTAACCGAACGCTGGAAGAGCAGTTTGTGTCCAGTGCGGAGGGGGTGTATCTGTAG	MASVKDALMRLNNLANEMIVNQLLQLENSFQQTVDQIAEAAAEQEQLNERIEQGEKKASKLGNAFKLLKSAYKAADFVAKMTIIPAAKEQVTEDFFKVKTGDAEVGSAIFENVKQNALKTGLDVNDSLNNALTFMSMTKNSDQIAQLNGFADRMSTLSTDGKSSKDATGAIMSAMRGDTSSLAKDFNIPDSQIKSFNAEIISSKGNFTAFLSSMDKLLQKSGMTQEAMDAMLDSPVNKWQQLMGSVNNSFVQMGGGALAAIMPILDMLNAAFENGTFQPFIDAISIGLTVIAEGFLWVAQMIPPAWEFIKATIAGVGNTIWNLITIFMGLLPVIALVGVFFAMLNASLIMGRISAYAFAAAQSVMATITNIAAGAMRIFNMVIKANPLMLLISLIIAAMAAFGAWKVVTLGLKQIFSNVFGFIVDLAQNTVNTVISVINGIIKGVNAVAGFFGKVLGVDTKQIAEIEYKADFTNFKDTGQKGIEDFSMDTFKDKFMPDKNLGKNNEDLLKQYNTGKTGYDVTVPKTTPTPSMPAMPAMPTAPIPVAPAGGSIDSIGKVDNSVDVASEDLKVMRDLAEVNAISNMITLTPTVQMTTGDINSGADLDTIMSRINRTLEEQFVSSAEGVYL				NA	NA	NA	NA	NA
JZ016_03027	423	yqbN		putative protein YqbN	ATGAGCGATTTTAGTATGTTTTTTGCTGGGCAGTCGTCTGCGGAGATCACGGAGGAATTCGTGGTCTCTGTTCGTTTTAAGGATCCTGAAGGGAGTCCTGTGCCTTGGAAGCTGCGCAGCATCACGGAGGAAGAGAACCAGGAGTGCCGAAAAGCAGCTACCCGAAAGGTCAGAGGCAAGAACGGCGTATTCACGCCGGAAATCGATCCGAATGACTATATGGCGAAGCTGATGGTATCGAGCGTCATTTACCCGGATTTGAAAAACAGCGAGCTGCAAAAATCCTACGGCGTTCTCGGTGCAGAATCCCTGCTCCGCAAAATGCTGCTGCCCGGCGAGTTCGCCGCGCTTGGCGAGCGGGTGCAAGCCCTGAACGGTTTTGACCGGGATATGAACGAACTGGTGGATGACGTAAAAAACTAA	MSDFSMFFAGQSSAEITEEFVVSVRFKDPEGSPVPWKLRSITEEENQECRKAATRKVRGKNGVFTPEIDPNDYMAKLMVSSVIYPDLKNSELQKSYGVLGAESLLRKMLLPGEFAALGERVQALNGFDRDMNELVDDVKN				NA	NA	NA	NA	NA
JZ016_03028	459	xkdM_1		Phage-like element PBSX protein XkdM	ATGGCATTTTTACGGGCAAGCGATACGATTTCGGGGCAAGAGGGCAAGGCATTCGTCAAAATTGGCGAGCGTATGGAGGAAATGTTCTACATTAAAACACTGGAAGCTACGGTGGAGAAGGAAAAAGCCGAGCTGAAAACGATGGGCCAACGCGCAGTACAGCATAAAGCCATTGGCTGGAAGGGCAGCGGCACGATGACCATTTATTATGTGACTTCGCTGTTCCGTGAACTGATGATGGAATACATCCAAACCGGCAAAGACGCCTACTTCATGATTGAAGTGCGCAATGAGGATCCGGGTTCGTCGACGGGGCGTCAGACGGTGATTCTGGAAGGGGTCAACCTTGACAGCGTGATTATGGCTTCTCTCGACACCGAAGCGGAGGCCCTGGAGGAAGAAGTGGCCTTCACGTTTGAGAATGTGCGGATTGAGACGCCGTTTAACCCATTGGCCTAA	MAFLRASDTISGQEGKAFVKIGERMEEMFYIKTLEATVEKEKAELKTMGQRAVQHKAIGWKGSGTMTIYYVTSLFRELMMEYIQTGKDAYFMIEVRNEDPGSSTGRQTVILEGVNLDSVIMASLDTEAEALEEEVAFTFENVRIETPFNPLA				NA	NA	NA	NA	NA
JZ016_03029	1320			hypothetical protein	ATGGCCGGAGGAACATGGACAACACTCAACAAAGTAAGACCAGGCGTATACACCCAAATCTCATCGCAGGAGCAGCCGATCGGGCGCGTAGGTGAAAGGGGGATTGCGGCACTGGGCTTGTCCCTTCCGTGGGGAGAGCCTCATAAAATTCTGACGATCAAACCAGGCACCAATCTGGTTGAGGTGCTGGGTTATGATATCACCGCACCACAGTTGCTCTCTGTAAAAGAAGTACTTAAGCGCGCTGGCACGCTTCTGTTGTACCGCTTGAACAGCGGCACCCAGGCAGCAGCTTCGGTGACCGGACTGAAAGTAACTGCACTTTACGGCGGCGAACGCGGCAACGATCTCCAGATCGTTGTTGAGAACGCGGTGGATGATCCCGGCAAGTTTGTGGTCAGCACGCTGCTGAGCGGCAAAGCTGTGGACAAGCAGCTTGTAGCTAGTGCAGCCGAACTGCAGCCGAACCTGTACGTAGCCTTCGCACCAGATACCGGCGATATGGCGGCCACGGCAGGATTTGCTCTGACTGGCGGCGCGAACGGCACCGTGACGAACCAAGAGCATGTGGACTTCCTTGCCGCGCTTGAGGTCCAAGACTTCCAGACTGTAGGTCTGTTGTCTGCGGACCCAACCCTCAAGTCCCTGTATACCGCATTCGTCAAGCGGCTTCGCGAGCAGGAAGGCAAAAAGGTTCAAGCTGTATTGTCTGACTATCCGGCTGCGGATTATGAAGGCGTCATCTCCGTGAAAAATGGCGTTGTTCTCACTCACGGCTCCGTCGTGGACAAGGTCAAGGCAGTTGCCTGGGTCACTGGCGCCACGGCTGCGGCAGCTGTTAACGAATCCCTAACGTACGCAGCTTACGATGAAGCGGTGGATACCGATGTTCGTTTAAGCCATACAGAGATTGAAGAAGCGCTGACCAAGGGCGAGTTCCTGTTCAGCTACAGCGGCGGCAAAGCCGTGGTAGAGCAGGATATTAACAGCTTTACATCGATTGAGCCGGCCAAAGCGCGCCATTTTTCCAAAAACCGTGTGGTCCGTGTGCTGGATGGCATTGCGAATGATCTGAAGCTGATTTTTGAGAAGTCCTACATCGGGAAGGTAGACAACAATGTGGATGGCCGGACGCTGTTTTGGGCGGAATGCGCGGCGTATTTTGCATCTTTGCAGAATATCGGGGCTATTCAAAATTTCGATGCGAACGAAGATATTGTGGTGACGCCGGGTACAGAAGGCGATGTGCTGTTTGTGGATATCAAGGTACAGCCAGTGGATGCAATTGAAAAAGTATACATGAAAGTGAAGGTGGTCTAA	MAGGTWTTLNKVRPGVYTQISSQEQPIGRVGERGIAALGLSLPWGEPHKILTIKPGTNLVEVLGYDITAPQLLSVKEVLKRAGTLLLYRLNSGTQAAASVTGLKVTALYGGERGNDLQIVVENAVDDPGKFVVSTLLSGKAVDKQLVASAAELQPNLYVAFAPDTGDMAATAGFALTGGANGTVTNQEHVDFLAALEVQDFQTVGLLSADPTLKSLYTAFVKRLREQEGKKVQAVLSDYPAADYEGVISVKNGVVLTHGSVVDKVKAVAWVTGATAAAAVNESLTYAAYDEAVDTDVRLSHTEIEEALTKGEFLFSYSGGKAVVEQDINSFTSIEPAKARHFSKNRVVRVLDGIANDLKLIFEKSYIGKVDNNVDGRTLFWAECAAYFASLQNIGAIQNFDANEDIVVTPGTEGDVLFVDIKVQPVDAIEKVYMKVKVV				NA	NA	NA	NA	NA
JZ016_03030	174			hypothetical protein	ATGAGTAAAAAAGAAGCAGCACCGGCGTTCAACAAGCAACAGTTGGCACAATCCAATCAATTCAGTAATCGCGAGAAGGATGTGCTGAGCGCCATTCTCGAAGAGGGCAAGACGTACACTATTCAGCAAGCGAAAGACCAATTAACCACATTTTTGAAAAAGGAGGTCATCTAA	MSKKEAAPAFNKQQLAQSNQFSNREKDVLSAILEEGKTYTIQQAKDQLTTFLKKEVI				NA	NA	NA	NA	NA
JZ016_03031	438			hypothetical protein	ATGATTGTTCATGAAATGCAAACTTCTCTGAAAAGCGTCCTGCAAACGAAATTTATAGACATCTCACTAATCTCTAAAGAAGACAATGCACCACTACCCCCAGCCCCATACTTTCTAACCGAACAAACCCTAGCCGAGTTCGAGCCGATATCGACCAATCGATATGCGGCTCGTTTTCGTTTCCGCATCTCTTACGTGCCAGTGGAAGGAAAGCCGGTGGCAACGATCATGGACGAGATGTTGGAGAGCTTAACCACCCTTGAAGTTGAAGGCCGACCTTGCCTGGCTTCATCAGTGGCGTGGGAGCGACCAACGGGGAATGATGGTGCAGCGGGAGAAGGATATTTTCGTGCAGAGTATGTCATTCAGATGACAACGGATCAGGAAGAGACCGACATGAAGATGCAAACATTGAAACAGGGAGGCGGATTGAAATGA	MIVHEMQTSLKSVLQTKFIDISLISKEDNAPLPPAPYFLTEQTLAEFEPISTNRYAARFRFRISYVPVEGKPVATIMDEMLESLTTLEVEGRPCLASSVAWERPTGNDGAAGEGYFRAEYVIQMTTDQEETDMKMQTLKQGGGLK				NA	NA	NA	NA	NA
JZ016_03032	174			hypothetical protein	ATGCTTAAAGATTTTCAGGTGCGAGTCGTAGCTAATGCCTGCATTACTCGGGTAAATGAGGGCAAGGGCACTATTGATCAAGTCGCATCGAATTACCCAATGCAACCGGATGATCGCGAAAAGGTTCTGGCTCATGTGTATGTTATCCGTCCGGATCTTGTACCGACAAAATAA	MLKDFQVRVVANACITRVNEGKGTIDQVASNYPMQPDDREKVLAHVYVIRPDLVPTK				NA	NA	NA	NA	NA
JZ016_03033	213			hypothetical protein	TTGAATAACTCAATAGGTAGACGCCTGTATTATCTGAAAGCGACAGGTGAAGTGATTCAAGATACAGGGGAGCGTAGCGGGTGGGTGGTGAAAACCACGGTAGAGCAGGACCTTGAGACATACCGCTCCTTGCGTGAACGGGTACCGGAGACGGTGGGAATGATCCAGTTAGAGTATGGTGCGTATGCTGAAGATTATGCACAAGGGGGCTAA	MNNSIGRRLYYLKATGEVIQDTGERSGWVVKTTVEQDLETYRSLRERVPETVGMIQLEYGAYAEDYAQGG				NA	NA	NA	NA	NA
JZ016_03034	1386			hypothetical protein	TTGTCCAGTAACACACCGAATTTAGGATTGTTGAAGAAAGACCCGATGGTGGATGGCAATGAGACCTTTAACATCGAGACGATGCTGAATGAGAACTGGGATAAGGTTGATGAGGCTGTGGGAAGAACAGGAGGGTACGGAGTAACGACTCAGCCTAAAGCGAACGAATATGAGGTTAATCTAAAACCTGCCCCGGCGAGCCTTTCGGCTGGGATTCGGGTTACCGTAAAAATCAACGTTGCAAGCACTGGAGCCCCAATGCTCAACGTTAATGGTTTGGGAGCCAAGCCAGTGCTTAAAACAAGCGGCAGTTCTGCCAGTTTTAAGCAGGATGGCGTCTACACATTGGTATATGATGGTCAGGCTTTTATTTTACAGGGTGAAGGGGGTGAGGTAGGAACAGCGACAGCGGCCGATGTGTTAGCACCTAAAACGATTGGAACCGATAACGGAATAGTAACCGGAACCATACCGACACAAGGAAATCAGTTTAAGTCTGGATTATGGTCGAACCCAGATGGGGATGCGTATGTTGATACGTACGTCAATATCGATAGCGGATTTTACCCACCAGGCTCGCAGGTTACAATCCAAGCACATGATCCTGATCTTTTATCAGGCAATATTCGATCTGGTGTAAATATTTTTGGGGTACCAGGCAAGCCCACTGTTGTTGATACGGCCGACGCTGTGCTCGATCCGAATATGCTTGTCGCGGGATACTCAGGGTACGACGATGGAGTTAAAAAAGCTGGTCAGATGCCGAACCGAAGCGCCGAGAACAACCACATGCCTGGTCTTGAATCGACGGTATGGGCTGGGGATCGGGTCTTTATCCGCCCTCCACACGGATTTTATAACGGGTCAACGTGGGTAACAACCCCGGCTCCAACCCTAAAGCCTGAAAACATACCCAAAGATGCAGCGATCCTTGGCATTCAAGGCACTTTGGAACGTATGACCACAGCCGAAAAGCAAGCTATAGCCAATGAGATCACGGCTAAAGGTGTATGGGCTTCGACGAATGATTCGAATGCCGTCCTTGCCCAAAAAATCGGAATGATTAAGACGTCAAAGTATGCGTGGGGGAGTCTTAATGCTTCGGAGGGGCGAGTATACGTCAGTGGGGTGGCCTTTCGACCCAAAATGGTCAAACTATACGGTCAATATGCTAACGTCGAGGGCAGATTTACGGCTTGTTTTCTCTTCGACGAACCCATCCATCGCGTCTATGGTTTTATTACCCCGGATACGACTAGTGACGGATCGGGGATGTCCGGGTTTGGGAGAGCCCTTGGAGATAATCCCATCAGTAATAGCGGGTTTAGTGTTTATAATTATAATTGGTGGAATAATCAGATTTACTGGGAGGCTTGGGGACATTGA	MSSNTPNLGLLKKDPMVDGNETFNIETMLNENWDKVDEAVGRTGGYGVTTQPKANEYEVNLKPAPASLSAGIRVTVKINVASTGAPMLNVNGLGAKPVLKTSGSSASFKQDGVYTLVYDGQAFILQGEGGEVGTATAADVLAPKTIGTDNGIVTGTIPTQGNQFKSGLWSNPDGDAYVDTYVNIDSGFYPPGSQVTIQAHDPDLLSGNIRSGVNIFGVPGKPTVVDTADAVLDPNMLVAGYSGYDDGVKKAGQMPNRSAENNHMPGLESTVWAGDRVFIRPPHGFYNGSTWVTTPAPTLKPENIPKDAAILGIQGTLERMTTAEKQAIANEITAKGVWASTNDSNAVLAQKIGMIKTSKYAWGSLNASEGRVYVSGVAFRPKMVKLYGQYANVEGRFTACFLFDEPIHRVYGFITPDTTSDGSGMSGFGRALGDNPISNSGFSVYNYNWWNNQIYWEAWGH				NA	NA	NA	NA	NA
JZ016_03035	567			hypothetical protein	GTGAATAGTGTCCGAATGAACAGCTTGCGAGGTCGCGAGCTGTTTTCTTATCTACCGGCCTATTACGAGACTTCCCGTGTCATGTTATCCGATATGGATGCCAAGGGCAGCGAGTTGGACGCGCTATACCAGGCACTGAACTTTGCCGCAGACCAGTTTTTCGTCCGTACAGCCACCTGGGGCCTGGAACGCTGGGAGATGGAGCTTGGCATTCCGACCGACCGGAACAAGCCGATCGAGCAGCGGCGGGCGGTGCTGGAGTCCAAGCTGCGCGGAGCCGGCACCTTCTCCGGTGCGCTCGTGAAAAATGTGGCAGAAGCTTATGACGGTGGCACGGTTGAGGTATCTTTTCAGCCTGAGGAATGGGGCTTCACGGTTAAATTCGTGGATACGCTCGGCATCCCGCCGAATCTGGAGGATTTGAAGGCGGCGATCGAGGAGATCAAGCCGGCGCATCTGGCGGTGGCGTATGCGTTCAACTACTTGCTCATACGCGATATTCATGACGTGATGACATTGGGCGAGCTGGGGCAGACGCCGTTAAACAAATTTGCAGGAGGTGTTTGA	MNSVRMNSLRGRELFSYLPAYYETSRVMLSDMDAKGSELDALYQALNFAADQFFVRTATWGLERWEMELGIPTDRNKPIEQRRAVLESKLRGAGTFSGALVKNVAEAYDGGTVEVSFQPEEWGFTVKFVDTLGIPPNLEDLKAAIEEIKPAHLAVAYAFNYLLIRDIHDVMTLGELGQTPLNKFAGGV				NA	NA	NA	NA	NA
JZ016_03036	1155			hypothetical protein	ATGGCAGATTTGCCGTTATATTTGTTGGATCAGACGGAAGAGAACATTATGAACCGCATGCTGAACAAAGTGCCTTCGGACATCGACAAGTCGGAAGGCTCTTTTATTTGGGATGCGCAGGCGCCGGTCGCGTTTATGCTGTCCGAAGCAGCCTTGTGGGCACAGGAGCTGCTGCGCCGAGGCTTTGCAAGCACCGTGGCAAGCGATCATCCGGATATCCGGTCTGCCGAACTCGATCTGAGGACGGCAGAGCATGGGATTACCCGGCGGGAAGCGGTCGCTTCATACGGCAGCGTTGTGTTTACCGGGAAGCCAGGGACGACCGTGCCTGCCGGAACCTATGTGGCTACGCCAGCCGATGAGGGCTCCGGGGAATCGTCGGTGGAGTACGTGACCACATCAGGCGTGACGCTGAGTGACTTGGGTACCGGCACGGCACCGATTCGAGCTGTTGAGCCGGGCAGTAACGGCAATGTTCCCGCAGGCGTCATTCAGCTTATGATGACGTCGGTCAGCGGCGTAACATCGGTTACGAACCCGGAACCGACCCGGAGCGGGACGGATACCGAAAGCGATCAGTCGCTCCTGGAGCGTTTTTACGCGAAAGTCCGAAGTCAGGGGACGAGCGGCAACAAAGCGCAGTACATGCAGTGGGCCAATGAGATTGCCGGCGTTGGCGGCGTGGAAGTGGCGCCGTTGTGGAAAGGACCCGGTACCGTTGGACTGTATCTCATAGATACGGACAAGCGTGCGGCAAGCCAGGATATCGTGAATGCCGTTCAGCAGTACATTGACCCGTCCCAGGATGGACAGGGCGAAGGGGTTGCCCCGGCCGGTCCGGTTATCACGGTGATGCCTGCCGCGGAAGTGGCGATTGATATCTCCGTCAAAGTGCAGCGTACGCAGGAGTTGCCTTCGACGATGGAAGAAATCCGGAAGCTGATCGAGGACGGTGTCCGGACGTATTTACAGCAGATCGCTTTTAACCGGAAAGACCCTTTGGTGAGGTATACGCGGATTGCCGCCGTATTGCTGGATATTCCAATTATCGTCGACTACTCGGATTTGACGATTAACGGCCACACCGAGCAGCAAAATATCGAAATTGGCTCCGGTCAGGTGGCGGTGCTCGGGACGGTGAGCGTAAGTGAATAG	MADLPLYLLDQTEENIMNRMLNKVPSDIDKSEGSFIWDAQAPVAFMLSEAALWAQELLRRGFASTVASDHPDIRSAELDLRTAEHGITRREAVASYGSVVFTGKPGTTVPAGTYVATPADEGSGESSVEYVTTSGVTLSDLGTGTAPIRAVEPGSNGNVPAGVIQLMMTSVSGVTSVTNPEPTRSGTDTESDQSLLERFYAKVRSQGTSGNKAQYMQWANEIAGVGGVEVAPLWKGPGTVGLYLIDTDKRAASQDIVNAVQQYIDPSQDGQGEGVAPAGPVITVMPAAEVAIDISVKVQRTQELPSTMEEIRKLIEDGVRTYLQQIAFNRKDPLVRYTRIAAVLLDIPIIVDYSDLTINGHTEQQNIEIGSGQVAVLGTVSVSE				NA	NA	NA	NA	NA
JZ016_03037	459			hypothetical protein	GTGGCTAATTTATTCCCGGAAGGCGATGACATGATCTGGACGGATGCGACCGATCCGGAGGTACTGGAAGGAGAGGGGGCTGTTTTTGGACGGAGCTGGCGGTATGATTTTGAAGCCGGCGAGTTCGTGATGTCCCCGACCCGGAAGATTCCGGTTGCGGACGAGAAGGAAGCCTGGGTCATCTGGTGTGAAAAAGCGATCCGGACGCCGCGTTACCGCCATTTGATCTATACGCGTGATTACGGCAGCGAGCTGGAGGAGCTGGTCGGCAAAGGCTATGACCGATCTCTGCAAGAGAGCGAGATTCAGCGCATGGTGACCGAGACGCTGCTGGCGGACGCTCGGACGGAGAGTGTGGATCAGTTCCTTTTTGCCTGGGAAGGAGAAGCTTGCCGTTTCAGCTGCCGCATTACGAGTGTCCGGGATGAGACGGAAATTATAGAAAGCGTGGTGATCTGA	MANLFPEGDDMIWTDATDPEVLEGEGAVFGRSWRYDFEAGEFVMSPTRKIPVADEKEAWVIWCEKAIRTPRYRHLIYTRDYGSELEELVGKGYDRSLQESEIQRMVTETLLADARTESVDQFLFAWEGEACRFSCRITSVRDETEIIESVVI				NA	NA	NA	NA	NA
JZ016_03038	390			hypothetical protein	TTGAATAAAGACCCCTATGGACAATTGGCGTCCTCCTTATATGCCTCAATGAACAAGCAAACCCGTCAAGCCATGGGCGGCGTAGGGGCCGTACTCGGCACGATAACCTCGACGGGACTCAAGCTGGATGATTTCAAGCATGAGCTGCAGGACTATATGGTAGCGGAGCTGCCGGGAATGCTGTCCTTGCCCCGTTATACGGCAAAGGGCACCGTGACTTTGGGGGGCCAGCAGCAGGATATGACGTTTGATGCCGAAGAGAACGAAGTTGAAGATACCCTTTTTGAATTGGGAAAAGGCTTGAAACCGGGGGACCGCGTGCTCGCCGTTCGGGTTAACAGCGGTAACGACGTGGTTGTTGTATGCAAGGTGGTGAGCAGCGGTGGCTAA	MNKDPYGQLASSLYASMNKQTRQAMGGVGAVLGTITSTGLKLDDFKHELQDYMVAELPGMLSLPRYTAKGTVTLGGQQQDMTFDAEENEVEDTLFELGKGLKPGDRVLAVRVNSGNDVVVVCKVVSSGG				NA	NA	NA	NA	NA
JZ016_03039	978			hypothetical protein	ATGAGTTACAAGGTGATTTTGCAGGATCAATACGATTTATCTCCTTTGGTGGAAGCGATCAGTCTACGGGATTCGCTTGAACAAGTCGCTTATCAGGGCACCGTCAATCTGGTCGTCACGTCGGATATGCCGCCGATCTCGCCGGGAATGGCGATCCGGATCAGCGGGATTCCTTATGGTAAAAAGGATTATGTCCCTTTGCTGCAACCGGCTGTCGTATGGGAAGTGGAAACCTCGAATAACGGGGTGAAGCGGATGACCCTTACATTGTACGATCGGACGGTATATCTGGACAAATCGGAGGATGAATATCTGTTCCCTGCGAAGCAGACCGCTACCCAGCGATTCAAAAAGTACGCGGCGGACTGGAACCTGAAAATTGCGGTTTTGCCCGATACCGAGAAGCAGCTGGGGCGTTCCGTTTACCGGACGCAGTCGATTTACGCGAGCATGTTCGCTGATCTACGTGAGACGGCCAAAGCCGGCGGCAAGCTGTATCATCCGCGGATGATCGCTTCAGGGCTTGAGCTGTATGAGTTGGGAACGAACAAAGAGGTTTACATCCTGGAGGCCATCACGGATACTACGCAATCGCGGACGTTGGAGGGTGCGGCAACTAAGGTCAAGGTGCTGGCGACAGCCGCAAGCGAGACCGGAAAAGAGGTTCCTTCCAAGGTGATGGCCATCGAGGAGAAGGATATCGCTAAATACGGCCAACTCCAGGCTATTATTCAGGATGATGAGGTGAAGTCGCCTGCGGCAGCTCGCCAGCTGGCCCGGAGCAAACTGAGGGGGATTCGGGAGACCATCTCCCTGAATGCACCCGATGTTAATACGATCCGTGCCGGAGATGCGGTCATGCTGGGCTCGATGAAGCTGCTTGTGATTTCCGTCAGTCGGGAGCTGGGCAGTCCCGGAAGCATGATGCTGGAGCTGGGGAGTTATGACGATGTAAAAAGGAGGTTTTACCTTGAATAA	MSYKVILQDQYDLSPLVEAISLRDSLEQVAYQGTVNLVVTSDMPPISPGMAIRISGIPYGKKDYVPLLQPAVVWEVETSNNGVKRMTLTLYDRTVYLDKSEDEYLFPAKQTATQRFKKYAADWNLKIAVLPDTEKQLGRSVYRTQSIYASMFADLRETAKAGGKLYHPRMIASGLELYELGTNKEVYILEAITDTTQSRTLEGAATKVKVLATAASETGKEVPSKVMAIEEKDIAKYGQLQAIIQDDEVKSPAAARQLARSKLRGIRETISLNAPDVNTIRAGDAVMLGSMKLLVISVSRELGSPGSMMLELGSYDDVKRRFYLE				NA	NA	NA	NA	NA
JZ016_03040	276			hypothetical protein	GTGTATTTTGACATCACGCTCCGGACATGGAGTGAAATGAAGGTGGCCAAAACGGCAGGCAGCAGCGGGGCATCTGGAACGAATAAAAAGCCCCGGGCCGACATGAAGGAAAAGAACAAGACGTACACCGTGAAGTCAGGGGACTCACTCTCCAAAATCGCCAAGCTGGAGCTCGGGGACAGCTCGAAATGGAACCAGATCTACAAGCTGAATCAGAAAATGATCGGTAAAGATCCGAACGCCATCAAGCCTGGCCAGAAGCTGGTGCTGTCATGA	MYFDITLRTWSEMKVAKTAGSSGASGTNKKPRADMKEKNKTYTVKSGDSLSKIAKLELGDSSKWNQIYKLNQKMIGKDPNAIKPGQKLVLS				NA	NA	NA	NA	NA
JZ016_03041	408			hypothetical protein	GTGGAGTTTATATTGAAGAACGGAAAAGGCATGACGTTCCTATTCCCAGTCAACCCCGAAGAGGTGACCATTTCACGCCAAAAGGGACTGGAAACGGCTACGATTCTCAACTTTGGGGAGTTTGATTTTCCGCAAGGCCATCGGATCAAGGAGATATCGTTCTCTTCATTTTTTCCACAAGATTATAATGCGGCTTATTGCAAAGGAGAAGAGAAAGATCATATTAAACCGCAAACTGCGATGAATAAACTTAACGAGTTTTTGACGTATAAAACGCCCCTGCAATTCGTCATTACCGAGACGGCGGTGAATGTGCCGGTGTATGTCGCTTCCCATCAGTCCACGTTCCGTGGGGGGAGGTCGGGGATGTGTATTTTGACATCACGCTCCGGACATGGAGTGAAATGA	MEFILKNGKGMTFLFPVNPEEVTISRQKGLETATILNFGEFDFPQGHRIKEISFSSFFPQDYNAAYCKGEEKDHIKPQTAMNKLNEFLTYKTPLQFVITETAVNVPVYVASHQSTFRGGRSGMCILTSRSGHGVK				NA	NA	NA	NA	NA
JZ016_03042	1782			hypothetical protein	ATGGCTGAAGCCATGAACTATCGTATGCATCTGGTCATCGATCCGAAAAACGTGATCAAGGCCAACCGCGAGCTGCGGGCGATGGAGCGTTATTTTGAGCGGATCCAGGGACGCGTCATGCGAATCGGACGTACCCGCATGGCACCTGAAATCGTGCTGAAGGACAGCGCCTCGAAGGGGCTGGACAACCTGCTTGCCAAAATGCAGCGGGTGAAGTCGCAAGTCATCCAAGCTTCAGCGAATGTGAAGCTGAATGTGCAGAAGCAGATCGATACGAATCTAAACCTGAGTGTGCAGAAGCAAATCGAGGCGAGCGTTCAGGTGGATTTGCGGGCGGCAGGACTTGATTTTTCTCCGATAATCGCTGCGTTGACGGCGAATACGACTGCGGTGGATAAGCTTACGGTTGCGCTTGGATCGCTGCAGCTTGGGGGCGGCGGGAGCGGTAAAAAATCGGGTTGGGATACGGCTCTGAATGTTTTTGGTACTATAACCGCGATTGGTTCTACCATGAAAAATGGGGGCCAACTATATGGTAAGGGAACAAAGATGCGCGAAGCATGGGGTAAAGATAAACCGGCCCCTGAACCTGCCCCTAGGACGGCGCCTAGGCCCAATGGGGTCAGAAGGGGGGGCGGCCGTGGATCCAATTCCAGTCAAAACCAGTCTGCCACGTCCCCGAATAGCCAAGGAGAAAAGCCACTAACCAAATGGGGTAAGCGTTTTATGAAGGCAGAAACATTGGGAGACGTTATCGAAACCTCGGGCAATACGGGAACTAGTGCAATGAAATCAATCATGGGTGTTATGGATTTAACCAAGGGTATATTTGGCGGCGGCGGTAACAGCGGCATCGTTTCCGGAGGTTCGGCGGGCGCTGCCAAGACCGCTGCAGGTTCAGATGCAGTAAAGCAGGCAGCTGAAGGTAGCGCTGGAGCAAGTGCTGTAAAAAATGCCGGCAAAAGCGGTCTAGGCTCCGGCTTGATGAAGGGGCTTGGCAAACGTGCCCTCGGCCCTTTGGGATATATAGCCGATGCGACCGCAATTGCCTCAGCCAAGCCTGGGAAAGAGCGCAACCAAGCCATAGGCTCTGCCGTCGGCGGAGGTATTGGAAGCACGATCGGCGGCATCGTCGGCTCCGTGATCCCGGTTGCAGGTACGATGATCGGCTCAACGCTTGGCGGCACCGTAGGAAGCTTTATTGGCGAGAAGGTTGGTGGCGCCATTTCCGGGATTGGTGACAAGTTCAACGAAGGTAAGGAGAAGGTATCGAAGTGGTTCTCCAACACGTTTTCCTTCGGGAAAAAAGAAAAGGAAGCTGCTCAACCGAAGGATGTTCCAAAGGCACCACCCTCTAGTGCGGCTGCCATTCCCGCTCCCATCATTCCGAAACCAGCGCCGGCTGATTTCAGCAAGCCGCTGCTGCCGAATCCAGCTTTGAACCCGTACGGCCCGTATGTCCCGCCTAGCCATGCTGCAAGCATGAGTACTTTTGGGCCACCCGCAAGTGCAGCGCAAAACCAAGCTTTTGCAGGGAAGCCAACCTCTCCGCAATCTGTTCAGATCAGCCCTGAGCAGATGAGCACGATATCCGGCTTGCTGATGGATTTCAAAACGGAGACAACCGTGAATTACAATCTTCCTCCAGGCGCGGTGCAGGTAACGGTGCATGAGGAACACCCGATCGATGTAGAAGGATTGATCCTTCTGATCGGGCAGCGGTTGAGAGCCGAATTCAGCAAAGCGGCGCAGAACCGGAAGCCGACTCCGATGGCCTATTGA	MAEAMNYRMHLVIDPKNVIKANRELRAMERYFERIQGRVMRIGRTRMAPEIVLKDSASKGLDNLLAKMQRVKSQVIQASANVKLNVQKQIDTNLNLSVQKQIEASVQVDLRAAGLDFSPIIAALTANTTAVDKLTVALGSLQLGGGGSGKKSGWDTALNVFGTITAIGSTMKNGGQLYGKGTKMREAWGKDKPAPEPAPRTAPRPNGVRRGGGRGSNSSQNQSATSPNSQGEKPLTKWGKRFMKAETLGDVIETSGNTGTSAMKSIMGVMDLTKGIFGGGGNSGIVSGGSAGAAKTAAGSDAVKQAAEGSAGASAVKNAGKSGLGSGLMKGLGKRALGPLGYIADATAIASAKPGKERNQAIGSAVGGGIGSTIGGIVGSVIPVAGTMIGSTLGGTVGSFIGEKVGGAISGIGDKFNEGKEKVSKWFSNTFSFGKKEKEAAQPKDVPKAPPSSAAAIPAPIIPKPAPADFSKPLLPNPALNPYGPYVPPSHAASMSTFGPPASAAQNQAFAGKPTSPQSVQISPEQMSTISGLLMDFKTETTVNYNLPPGAVQVTVHEEHPIDVEGLILLIGQRLRAEFSKAAQNRKPTPMAY				NA	NA	NA	NA	NA
JZ016_03043	135			hypothetical protein	ATGCTGTATCATCTGTGGGTCCGGCATCACCTTCGTCCCGGAGATTTTTGGCGGCTCCCGCGAGGCGAGCGCCTGCTGCTGCTCGCTTTCTCCCAGGAGGAGATCGAGGGCATGGCCGGTCAGAGTTTGAAGTGA	MLYHLWVRHHLRPGDFWRLPRGERLLLLAFSQEEIEGMAGQSLK				NA	NA	NA	NA	NA
JZ016_03044	435			hypothetical protein	ATGAGCTTGCACGAGAACATGAGCGAAGAGCAAATTTTGGACAGTCTGTTTGAGGCAGCCGAGAAGCTGCCAGAGGAAACGGTACGCATTAAGCGTTTGGATATGAAGATGGTGCTGCAGGGTTTGACTTCGAGCAAGGTCGACAGCATCCGCGAGCGCTGTACCGTTCGCCGTACGATAAAGGGTGCGGTGGATGAGAAGGTGGATACGGAGACATTTAATGCATTGCTAATTTCCGAGGCCACGAGCAGTCTGTCGGTAAAGGGTTTGACGCTTAGCGGCTGGGGCGATCCGCGGATTACAAGCCGCTTGAAGCTGTCGGGCGGAGAGCAGGCAGTTCGCCGCATGCTGCTGGCCGGAGAGCTGGATGCCGTAGGCGATAAAGTGCTGGAGCTGTCCGGCTTCGGAGTTGAGATTGCTGACCTAAAAAACTGA	MSLHENMSEEQILDSLFEAAEKLPEETVRIKRLDMKMVLQGLTSSKVDSIRERCTVRRTIKGAVDEKVDTETFNALLISEATSSLSVKGLTLSGWGDPRITSRLKLSGGEQAVRRMLLAGELDAVGDKVLELSGFGVEIADLKN				NA	NA	NA	NA	NA
JZ016_03045	408	xkdM_2		Phage-like element PBSX protein XkdM	ATGTTGGATGCTTCAAGAGTCATTATGGGGACATACGGCCAAGCGTACATTGACGGGGTTTGGCAGACACACATTAACAAGCTGGAAGCCAGCGTGGAATTGGAGAAACGCGAGCTGAAGCTGGTCGGCAACGACTGGACGGTACACAAAAACGGCAGCAAAAAAGGAACCGGCACGATGACTGGTTACAAGGTTACTTCCGATATGATCTCCCGCGGCTTCACCAAATTCGATATCATCTCCAAGCTGGATGATCCCGAATCCTACGGCCATGAGCGCGTTCGTCTGATCCGCTGCATGCCTGACAAAATCCAGCTGGCCAACTGGACAGCCGGTGAGGAAGTGCAGGAGGAAACTTCATTTACCTTCGAGGGGTACGAGCTGTTGGATCCGATTCAGGGGAATTAA	MLDASRVIMGTYGQAYIDGVWQTHINKLEASVELEKRELKLVGNDWTVHKNGSKKGTGTMTGYKVTSDMISRGFTKFDIISKLDDPESYGHERVRLIRCMPDKIQLANWTAGEEVQEETSFTFEGYELLDPIQGN				NA	NA	NA	NA	NA
JZ016_03046	1467			hypothetical protein	ATGGCAGGTGGAACATGGGAAAGCACAAATAAACCGGTACTTCCGGGTTTGTATATGAATTTCAAGGCGGCTGCCGCGTCGGCTATCCAAGGCGGATCCCGCGGTACGGTTGTCGTACCCGTTAAAGCCAATTGGGGGCCGGTGCGCGAGTTCGTGGAAATCGGCAGCGAGTTCGCGATTTCCGAGCTGTATTCCGCGGATAGCCAGGATGGAGCTACGGCTTACGAAACGCTCTATTTGGCCTTGCTTGGCGGGCCGAAGAAACTGCTGGCTTATCGCCTGGCAGATAACACGGCGGCAGCGGCTAGCGTAACGCTGCAAAATGCGGAAGCTACGCCTTCCGACGTGCTGAAGCTGCAGGCCAAATATCCGGGCAGTCGTGGCAACGGCTTCTCCGTAACCGTGCAGCCGTCGCTGATCGACCCGGCCGCACGCGAGCTTCGCCTCTATGAAGGTGCCAAGCTACTTGGCACCTATACAAGCCTGGACGGGACAGCAGCGTCGATTGCGGCGCAGATCAATGAAGACGATGAGAATCTCTGGGTAACGGCTACCGCACTAGAGGCGACCGGCGTACCTGCCGATGTGAACGGAGCTGTGCTGTCCGGGGGCAAGAGCGGCAACGGCGGCCTGACGAATGCAGATTATATCGAAATGCAGGATGCGGTCGAAGGCCAGGAATTCAACGTACTGGCCCTGGATTATGCTGCGGATATGGCTCTGCTGCAGAGCTTTGCGGCCTGGGTGAAGCGTCTTCGTCAAGAAGGACGCGGCGTGATGGCCGTATTCGGCGGAAGCGCTGCGGACGACATCTCCAAGGATGCAGCCAAACTGGCGGCGGCCCGTTCGCTTGCATTGAACCATGAAGGGATTATCAATGTAGGTACGGGCGTGCGTCTGTCCGGCGTGAACTACAGTTCTGCCCAGACGGCTGCTTATGTGGCCGGGCTTATTGCGGGTCAACGCTTGAACCAATCCGCTACATATGCGGTAACGCCATTCGAGGATGTGACCCGCCGCTGGACGCGTTCCGAGCAGGAGCAGGCCGTACGCAATGGCGTATTCGTGCTTTTCTACGACGGACGTCAGGTGAAGGCGCTGCGCGGCATTAACACGTTGGTGAATCCGGCTGAAGGCCAAAACAATGCCTGGAAAAAAATCCGTTCCATCCGCGTGATGGACGCGATCCATGCGGATTTGCAGCTGGCTGCAGAGCAGACTTACATCGGCAAAGTGAACAATACGGAGGAAGGCCGTCTGGCGCTGATCGGTGCCGTAAAGGAATATCTCGCTTCGTTGTCGCTGAGCAATGTCATCGAGCCGGACGGCTATGACGTCATTCTCGATCCAGCGTACTATGGCGATTCTGCCGTGAACACGCCGGAGCCGGATCAGGTCTTCCTGCAGTGGAACGTGAAGCTGACCGATGTGATGGAGCAGTTGTTCGGTACATTTTACGTGCAATAA	MAGGTWESTNKPVLPGLYMNFKAAAASAIQGGSRGTVVVPVKANWGPVREFVEIGSEFAISELYSADSQDGATAYETLYLALLGGPKKLLAYRLADNTAAAASVTLQNAEATPSDVLKLQAKYPGSRGNGFSVTVQPSLIDPAARELRLYEGAKLLGTYTSLDGTAASIAAQINEDDENLWVTATALEATGVPADVNGAVLSGGKSGNGGLTNADYIEMQDAVEGQEFNVLALDYAADMALLQSFAAWVKRLRQEGRGVMAVFGGSAADDISKDAAKLAAARSLALNHEGIINVGTGVRLSGVNYSSAQTAAYVAGLIAGQRLNQSATYAVTPFEDVTRRWTRSEQEQAVRNGVFVLFYDGRQVKALRGINTLVNPAEGQNNAWKKIRSIRVMDAIHADLQLAAEQTYIGKVNNTEEGRLALIGAVKEYLASLSLSNVIEPDGYDVILDPAYYGDSAVNTPEPDQVFLQWNVKLTDVMEQLFGTFYVQ				NA	NA	NA	NA	NA
JZ016_03047	210			hypothetical protein	ATGGCTGTAAAAAAAACACTCAAGACAGAAGCTCGCAGTATCAGCGCTCCGCGATATGCGCTAGATGAACTCGTAACGCACGCCAAGGAACTGTTCGAGGTTCGGGCGGAAGTGCTCGCGGGTGCCATGTATGAGGCAGACGGAGAGCTGTTCACGGTAACCGAAGTCAAAGAAAGAATCCAACAATTTATGAAAGCGAAGGTGGACTAA	MAVKKTLKTEARSISAPRYALDELVTHAKELFEVRAEVLAGAMYEADGELFTVTEVKERIQQFMKAKVD				NA	NA	NA	NA	NA
JZ016_03048	840			hypothetical protein	ATGAGAGGGGCGATCAAGCAGGCCACTCTAGATATCGTACCTGAGCTTGAAGGCCGAATATATGACGTACATCCGCCGGATGGGGTTAGCGAGCCTTTTTATGGCGTTATGACGCTGGGAGAGGACGTTTGGAAATCCTCCTGGGCAGGATACCGGCAGGTGGTGCGATTGAAGCTGTACGCGGATCGTTCCGAATTGCTTCAGTTAGATCGCTGGGTGGAACTTCTAATCCCGGGACTACATCGCAAGCGGGTGATCGGAGCCGATGGGAATGCATTCAAGCTTCATTATTTGGGTGTGCCGGAAGCCGACAAGTTCGATTCTGTTTCAGGCAAAATGATCCGGATCATGCGATTCGGCGTCTATGTACCCCAGGCATCCGGGACCGGTTCCACCGGACAACCCGATGAGTGGCTGCATACACTGACAGCTTGGACAGGAGAAGTACTGGGCGATCCATGGCGCATCTATCATACGGCATGGCCGGCGGGACGGGATGATCACGCCGTATTATGGCGGATGACGGGCTGTGAGACCAAGATGGCGGGAGCTTCGATGTTCGAGGTTCGCAAAACCTTTACCGGGCATATTGCCGCTCTTGATTCCGCGGACGAGCAGCTCACGGCTGCAAGGCTGGTGGAGGAGCTTGGTACCCAGGTCCAGCTGATGCTGGATTCACAGAATCGCCGCTATTTATCCGTTGCGGAGATTTCCTCCGATGTGCAGGCCGATCCCATTCTGGACGGGCAGCTGAAGCTGACTCTGGCGCAGCGGAAGATGCGTTCACCGGAGGAAGCTGCATTGATCAGGCGCATTAACGTTCATCCAATTTTAAAGTGA	MRGAIKQATLDIVPELEGRIYDVHPPDGVSEPFYGVMTLGEDVWKSSWAGYRQVVRLKLYADRSELLQLDRWVELLIPGLHRKRVIGADGNAFKLHYLGVPEADKFDSVSGKMIRIMRFGVYVPQASGTGSTGQPDEWLHTLTAWTGEVLGDPWRIYHTAWPAGRDDHAVLWRMTGCETKMAGASMFEVRKTFTGHIAALDSADEQLTAARLVEELGTQVQLMLDSQNRRYLSVAEISSDVQADPILDGQLKLTLAQRKMRSPEEAALIRRINVHPILK				NA	NA	NA	NA	NA
JZ016_03049	477			hypothetical protein	ATGAATCCATTTTTACCGGAATTGGATCGCAGAAAGACCCAAAGTGCTGTTGAAGCGATATTCGAGAAATATCGTATCTATAAAACCATTACATTCGAAGTCAGGGAGGCGAGCGTCACGGCATCCTACACGGAACGATTTCATGGACCGACCAACGTCACCTCGGACCAAACGGCATCGGTTGCCATATATAATGTAGATATGCCTGCGGCCAGGAAGCAGTATTGCGAGACCATCGAGTCAATCGTGGAACGGCTTGGCGAGAGGGAACAGACCTTGATTCGGGAACGTTATATGAAGCAGGACGACGTATTCGATTACAAGGTGTACAACCATATCCTCGAACCGCCGGTCAGCAAGGATACGTATACCAAGATCCGCACCCGGGCCTTCTATAAACTGGCGCTGGCTTTAGCAGACAGGGGGCTGCTGAAGCTGCAAGAGTTGGACAAGTCCGCAAAGAGCAAAATGAACTGA	MNPFLPELDRRKTQSAVEAIFEKYRIYKTITFEVREASVTASYTERFHGPTNVTSDQTASVAIYNVDMPAARKQYCETIESIVERLGEREQTLIRERYMKQDDVFDYKVYNHILEPPVSKDTYTKIRTRAFYKLALALADRGLLKLQELDKSAKSKMN				NA	NA	NA	NA	NA
JZ016_03050	420			hypothetical protein	GTGGATCACATATTTGGATCATACTTGAAAGAGATGAGGGAGAACAAAGGCTGGAGCATCAATCAGCTGGCCCAAGCCGCCGATATCAGCGGTTCGCAAATCTCCCGGATCGAGAATGGGCTGAGGGGCATCCCCAAGCCGCAAACACTTCGCAAAATGGCAGAGGCACTGGAAGTTCCCTATGAAGAGCTGATGAATAAAGCAGGTTATCTGCAGCAGGATGCTGCCAAGCACGAGAATATCTCGGCACCCGCTTGGGCAACCTCCAGGGATAAACGGGATTTCAAGAAAATGCTTGAGGATGACGGTGAGCTCATGTTTGACGGCGTCCCGCTGAACGAGGAGGACAAACAGCGCATCAAGGACGTTCTGACCGGACTGTTCTGGGAAGCCAAGCAAATGAACAAACGCAAGAAATAA	MDHIFGSYLKEMRENKGWSINQLAQAADISGSQISRIENGLRGIPKPQTLRKMAEALEVPYEELMNKAGYLQQDAAKHENISAPAWATSRDKRDFKKMLEDDGELMFDGVPLNEEDKQRIKDVLTGLFWEAKQMNKRKK				NA	NA	NA	NA	NA
JZ016_03051	426			hypothetical protein	ATGGATGATCATTTACAACCCTTAATCCGTCAGCTGATCAAAAAACATCATACCAACTGCCCTTTTGAAATTGCGACTTCCTTGGGCATACATATTCGATTCGCCGATTTAGGCCAAACGACCAAAGGGCTGTATTTCCGTAAGCTGAGGCGGAGATTCATCGTCATCCACAATCAGCTGCCGTCGCCATGGCAGCGCTTCGTATGCGCGCATGAGCTCGGGCATGACCGGCTCCATAAGGGTATCAACCGCTTTTTTCTGGAGGAGCATTCCTATTTCAGTCCGGGCAAACTGGAGCGGCAAGCGAACCGTTTTGCCATTGCCCTATTGACGGCGGGTTTGGCTCCCGGACCGGGCGAGTCCTTACACGAGTTCTATCTACGAGCTGGCATTCCACAAGAAATGCTATATTTTTTTAGATTATAA	MDDHLQPLIRQLIKKHHTNCPFEIATSLGIHIRFADLGQTTKGLYFRKLRRRFIVIHNQLPSPWQRFVCAHELGHDRLHKGINRFFLEEHSYFSPGKLERQANRFAIALLTAGLAPGPGESLHEFYLRAGIPQEMLYFFRL				NA	NA	NA	NA	NA
JZ016_03052	732	aviRa		23S rRNA (guanine(2535)-N(1))-methyltransferase	ATGGAATATATCTATGAATCAGCCCAGCGCAGCTACGAGGATTTCGCCAGCGGCCGGGTTCTGTATAATGCGCAGGGAACGACTTCGTTCCCTGTCAGACTAGCCAGCGAGATTGCGCAGCGGTGCTTTCAACTATTGGAGAAAAAAGGGGTACAGGGGCCGTATACCTTGTTCGACCCCTGCTGCGGCGGGGCGTATCTGTTGACGGTGGTTGGGCTGCTGCACGGGCAGCGCATTCATCGCGTGATCGGCTCTGACATTAACGCAGAGGTGCTCGGAATAGCCGCGAAAAACCTGTCGCTGCTCCGCGAAGAGGGGCTGGAACTACGCACCGAACAGTTGAAAGAACTATTGGCGTTGTATCAGAAGCCGTCTCACCAGGATGCGCTGCAAAGCGCTGGCCGATTGAGGGAGCTGTTAAGGTCCTCGCGTGTGGAAGAGACGGCTTGTTTTCAAGCTGATATAACCCAACCGGAGGAAAGCTTGGCCTCCTGCAAGGGAACCCATATCGTCATGACCGATCTCCCTTATGGTGACCTGGTTAGCTGGGGCGGCGGAAGCGATGAGCCGGTGAAGGATTTCTTTAACGGCATTCATTCCATCCTGGATCCTGGCCGCTCCGTGGTTGCGGTCATATCCGACAAAGGGCAAAAATTAAAGCATGACCGGTTTCAAAGGATTCAGCATATAAAGGTGGGCAAACGACAGGTAGCCATCTTTGAACCGCTTTGA	MEYIYESAQRSYEDFASGRVLYNAQGTTSFPVRLASEIAQRCFQLLEKKGVQGPYTLFDPCCGGAYLLTVVGLLHGQRIHRVIGSDINAEVLGIAAKNLSLLREEGLELRTEQLKELLALYQKPSHQDALQSAGRLRELLRSSRVEETACFQADITQPEESLASCKGTHIVMTDLPYGDLVSWGGGSDEPVKDFFNGIHSILDPGRSVVAVISDKGQKLKHDRFQRIQHIKVGKRQVAIFEPL				NA	NA	NA	NA	NA
JZ016_03053	201			hypothetical protein	ATGGAAGTATACCAAACATTGACGCTAATGATTTCGTTCGCGACGCTGGTGGTGTTAATACTTTCGTTCCATAAGAAAAACCGTCTATCGACGTACATTCACAGAAGACAGACCGCGTTTAGAGGACGTTTTTCTTGCGATTATCGAATGAGTTCAGCTTCGCTGAAAACTTATAAATTCTATAATCTTAAAAAGAAATAG	MEVYQTLTLMISFATLVVLILSFHKKNRLSTYIHRRQTAFRGRFSCDYRMSSASLKTYKFYNLKKK				NA	NA	NA	NA	NA
JZ016_03054	780	rhaS_17		HTH-type transcriptional activator RhaS	ATGGAGCAGTTTATCTATAAAAAAGCGGTGGGCATTACGGCGCTGTCCGCGAGCCTGACGGATTTCAAATATAAAAAGCATTATCACGAGGAGTACGCCCTCGGCGTCACGCTGCGCGGCATTCAGAAGTACTCGCTGGACGGCAGTCAGCAGGCTTCTTACCAAAGCGGGGTAATGCTGTTCCATCCGGAGCAGAATCATGATGGCTGGTCCCAGGAACGAACGGGCATCGATTATGTGATGATCTATATTCATCCGGAGTTATTTCTGGAATTGATTCAGAAAAAGGATATCGTCCGGTTCCAATCCCCGATTGTATATCACGCCGGGCTGCGGAAGAGCATTCTGGATGTAACGAGGTCGATCTTCACGGGTCAGCCGGAGGCAAGAAGCAGCGAGCTGCTGCTGGGTCTGGCAGGGCATTTTAACGAGAGTATTCTGAACCCGGATAGCCGGAAGGACAGCGTGTTTACACGGAAGGCCAAAGAAATGATGCAGGATCATCTGGATCATGTTCTCCGTCTCGACGAATTAAGCGGGGAGTTCGGGATGTCGAAGTATCAATTCATTCGTTACTTCAAAGCAAATACGGGGCTGTCGCCTTATCAGTATTATCTGAACTGCAAAGTGGAGCGAGCCAAGCATCTGATCGAGGACAGCCGGGATGTATACCAGGCCGTTACCCAGTGCGGCTTCACGGATCTCGCCCACTTGAACCGGCATTTCAAGAATGTGTACGGCACGACAGCGTTTGATTATATGTCCCATCTGGATAAGTGA	MEQFIYKKAVGITALSASLTDFKYKKHYHEEYALGVTLRGIQKYSLDGSQQASYQSGVMLFHPEQNHDGWSQERTGIDYVMIYIHPELFLELIQKKDIVRFQSPIVYHAGLRKSILDVTRSIFTGQPEARSSELLLGLAGHFNESILNPDSRKDSVFTRKAKEMMQDHLDHVLRLDELSGEFGMSKYQFIRYFKANTGLSPYQYYLNCKVERAKHLIEDSRDVYQAVTQCGFTDLAHLNRHFKNVYGTTAFDYMSHLDK				NA	NA	NA	NA	NA
JZ016_03055	597	eamB_2	COG1280	Cysteine/O-acetylserine efflux protein	ATGAACCTGTCTTCTTTTTTTATTTACTGTTTTATCGTGGCTTTCTCGCCGGGACCATCCAACATCGTCATTTTGTCTTCGGTTCAACATTCCGGCATGAAGAAGACCTTGCGCTACATTGCCGGAGCCTCTATCGCTTTTTTCTTATTAATCGCTGCTTCCGTGGTATTGGGCCAGCTGCTGTCTACAGGCATGCCAATCGTACTGCCAATCTTGCGGATCGTAGGCTGCCTGTTCATGCTGTATCTCACGTATCAGGTGTATACCATGGACGTATCCAAGTCCGGCACGAATCAAACGGCGTCCTTCACGTCCGGCTTTCTGATGCAGTTTCTCAATCCGAAGGTGGTACTGTTTACACTGACGGTCATTCCGAGCTACGTCATGCCGTATTATACGGCAGGTCCTGTCATCTCGGCGTTTGTTGTCGCGGTATCGTTAATCGGGCTGTCCGCGTATATGACCTGGGCCGTGTGCGGTAGCCTTTTTCAAGGAATTATGCAAAAATATCGGAGAACGACCAACACGATGCTGGCTTTGTTTCTTCTGTACTCGGCAATCGTCGTATCCGGCATACCGGAGCTCATAAAGGGGTGA	MNLSSFFIYCFIVAFSPGPSNIVILSSVQHSGMKKTLRYIAGASIAFFLLIAASVVLGQLLSTGMPIVLPILRIVGCLFMLYLTYQVYTMDVSKSGTNQTASFTSGFLMQFLNPKVVLFTLTVIPSYVMPYYTAGPVISAFVVAVSLIGLSAYMTWAVCGSLFQGIMQKYRRTTNTMLALFLLYSAIVVSGIPELIKG				NA	NA	NA	NA	NA
JZ016_03056	360	ebrB		Multidrug resistance protein EbrB	ATGCATTGGTTCTATTTAAGTTTGGCTATTCTGTTTGAAGTGGCGGGGACGCTGAACATGAAGCTGTCGGAGGGGTTCAGCAAACCGCTGCCCAGCGTGCTGCTGGTGGTATTCTATATTTGCAGCTTGAGCTTCCTGACGCTGAGCTTGAAGCAGATTGAAATATCCGTGGCTTACGCGATCTGGTCGGGGCTTGGCATTATGATCATTACCGTAATCGGTTATATGTTCTTTGCGGAGCAGATTAATGGTCTGAAAATGTTCTCGATCCTGCTGATCATCGCAGGGGTCGTTCTGCTGAATCTATCCGGCAGCGCGCATGCGCAGGAACAACCGAAGACGCACCAGTCCGGTCACTAA	MHWFYLSLAILFEVAGTLNMKLSEGFSKPLPSVLLVVFYICSLSFLTLSLKQIEISVAYAIWSGLGIMIITVIGYMFFAEQINGLKMFSILLIIAGVVLLNLSGSAHAQEQPKTHQSGH	PGPT0029230_304	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029230-emrE|qac|mmr|smr-K03297	NA	NA
JZ016_03057	570			hypothetical protein	TTGCGCGAGCGAATATTGAATGAAACGATCCGCTTAATTCAGCGGCAAGGATTTACGTTTACGGTCAGTGATCTGGCCCGCGTCCTTGCCATTAGTAAACGGACGATCTATGAGCACTTCTCATCCAAGGAAGAGATTGTTGAACATATCATTGACGGGATGATCCGGCACATCCAGCAGCGCGAACGTGAAATTGCGGCGGATGCGGGGCTTACCGTTCTGGAGAAGATACACCAGATTCTAATCTGTCTGCCCCAGGAGATGGAGCAGATGGATTTGGGGATGCTGCCGGATCTGAAGCGCACGCATTATGCGCAATGGGAGAAGCTGGACACCTTTTTCCGAGAGGAATGGGGCATTGTCACCGAGCTGATGGAGCGGGGCATGGCCGAGGGAAGCATCAAACGGATTCATATGCCGCTGTTCATCGATCTGTATCTCGGATCGCTCCATCAGATTTACGATTCGAGGGCGACGGTGAAGCATCAATTGCCGCTGGGGGAGCTGCTGCAGTCCGTTATGGACATCCTGCTATTCGGGATTGCTGCAGAGAAACGGGAGGAGTCTTGA	MRERILNETIRLIQRQGFTFTVSDLARVLAISKRTIYEHFSSKEEIVEHIIDGMIRHIQQREREIAADAGLTVLEKIHQILICLPQEMEQMDLGMLPDLKRTHYAQWEKLDTFFREEWGIVTELMERGMAEGSIKRIHMPLFIDLYLGSLHQIYDSRATVKHQLPLGELLQSVMDILLFGIAAEKREES				NA	NA	NA	NA	NA
JZ016_03058	807	ykoC_1		Putative HMP/thiamine permease protein YkoC	ATGAACATATGGAATCCCGTGCGGATCACTTGGCTGCACCGGGCGAATCCGGTGGTGAAGCTGGGTCTGATCTGTGCGCTGTTTTTCATGACGGTGTTAACCCATGATCTTGATTTTGTTTTGTATCAGGCGTTCATCTTTATGGTCTGTCTCGTGGTGCTCAGCGGGGTGAAGCCGTGGAAAATGCTGTTGTTCTTCATTCCGTTTCTGCTTGCCTTCATATCGTCCGCCTCTTCCATGATGCTGTTCGGTAAGGGAGAGACGATCTGGTGGGAGTGGGGGTTGTTCCGGGTATCGGAAGAAAGCTTCTACCGGGGGCTGCATTTGGGCTTTAAGGGAATTGCCTTTGCCTCGGAGGGGCTGCTGCTCGTGACCACAACGTCCTCGGTGGATTTATTCTACAGCCTGATGCAGAAGCTGCGGCTGGCGCCCAAGTATGCTTACAGCTTCATGGCTTCAATCCGGCTGCTGCCAATGGTATGGGAGGAATATGTGATTCGCCGCCAAGCCTTGAAGGTACGAGGAGTCCGCCCGATTCGCGGGATTCGCGGCATGGTGAACCGCGCAGGATTGTATGTGGTGCCGCTGCTGGCACAGAGCATCCGCCGGGCCCATCGGGTGGCCGCCGCGATGGAGGCCAAGCAATTCGACGGCGATCAGGCGAAGTCCCGAACGTATTATTACCCGTCGCGTTATTCGCGCTATGATCTTCTGGTTATCGGATTGCTTGCAGTTGCCGCCGCTTTCGCTTATGCCGCATCCGGATATTTTCCATGGTTCGGCATTGGCGACGTGCGGTTTGATTAA	MNIWNPVRITWLHRANPVVKLGLICALFFMTVLTHDLDFVLYQAFIFMVCLVVLSGVKPWKMLLFFIPFLLAFISSASSMMLFGKGETIWWEWGLFRVSEESFYRGLHLGFKGIAFASEGLLLVTTTSSVDLFYSLMQKLRLAPKYAYSFMASIRLLPMVWEEYVIRRQALKVRGVRPIRGIRGMVNRAGLYVVPLLAQSIRRAHRVAAAMEAKQFDGDQAKSRTYYYPSRYSRYDLLVIGLLAVAAAFAYAASGYFPWFGIGDVRFD	PGPT0004015_1539	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0004015-fmnA|ecfT-K16785	NA	NA
JZ016_03059	1677	ykoD_1	COG1122	Putative HMP/thiamine import ATP-binding protein YkoD	ATGTCTAATGCCACGGTTAGCCTGGTTCCGGCTCAGTCCGCTGAGATGGTTTCGGAACCGGCCGTGTATGTGGAGGGATTGCGTCTGAAGTATCCGGGCGAGGAGCGACTGATGTTCAAAGACCTCTCTTTCTCGGCTGTCCGCGGGGAGAAGGTGCTGCTGCTCGGTCCGAGCGGCTGCGGCAAATCCACGCTGCTGCAGGTGCTTAGCGGGATGATTCCCCGCGCAACGGAGGTGCCGATGAAATGCGAGTCGCAGCTGGTTCCGCGCTCTTGGGGGTATGTATTTCAAGATCCGGATACCCAGTTCTGCATGCCGTACGTGGATGAAGAGCTGGCTTTCGTACTGGAAAATCTAAGTGTCCCGCGCGATGAGATGAAGGAGCGGATGCAAGCGGCCCTCCGCGAGGTGGGTCTTGATCTTGAGGAGCTTCATATGCCGATCGGGCATTTGTCCCAAGGCATGAAGCAAAGGTTAGCGCTGGCTTCGGCTCTGCTGCTGGAGCCGGAGGTGCTGTTCCTTGACGAGCCATCTGCCTTGCTCGACCCGGAAGGAAGGGAGCAAATCTGGTCGGCGGTGAAGGCCGTATCGGAAGGGCGGACACTGATCATCGTGGAGCACCGGATCGAAGAAATGGCCAGATACGTGGATCGTGTCGTGCTGTTCAGCCCGGATGGCGTGATTCTGGGCGAAGGTCCTCCGGCAGCGATATTCGCAGAATTCGAGCGGGAACTCCAAGCCTATGGAATCTGGTATCCCGGCGTATGGGAAGATTATGCGCAGACCCGGGCGGGCAGAGAGCTGTTTGCTCCGGTTGATGCGCTTGGCGATGAGCGCGGTAATCTCCTGCATGAGGCTGCTCCGCCGTATGCTCAACGTGGGGAGTCTGTCATTCAACTGGCGAATTTCAGGGGAATGAGATGGGATAAACCGGTCATCAACCTCCCTTCGGCCGAGGTGTTTCCGGGACAATTCATTGCGGTGGTAGGGCCGAACGGAGCAGGTAAAAGCTCGCTGCTGCTCAGTTTGATGGGGCTGCTTCGCGCCGAAGGGACCTATATGCTCTGCGGGGAAGAGGTCATTCAAGGCAAACGCAGGAAGGTGCGGAAGAAGAGAGAGCAGCAGCTGCGCCAAATCGGATTCGTGTTTCAGAATCCGGAGCTTCAATTCCTGACGGAGCGCATCGGCGATGAGGTGGTTTACTCGCTGCTGGTGGATCATGTGCCGCCGGAGGAAGCGAAGGCGCAGGCCGAGCGCTGTCTTGAACGTTTTGGATTGAATGGCTTGGAGGCCAGGCATCCGTACCAGCTGTCGACAGGCCAAAAGCGCCGCTTGAGCGTGGCTACGGCCATGGCAAGACAGCCGTCCGTCCTGCTTCTGGATGAGCCGACCTTCGGACAGGATGCGCGGAATACATTCGCGATTCTGGAGATGTGCGAGAAGCTGCGTCGTGCGGGAACCGCCATTCTCATGGTGACGCATGAAATGGAGATCGCGCAGCGGGTCGCCACGCATATATGGGAAATACGGGAGGGACAGCTGACCTCGAGCATGCCTTCCCCGCGCTGGTCTGGCGGGATTGAATCCCGGCAGGCGGCTAAGGGAGCAAACGGCGCTGCCGACCCCCGGGGTACCTTAGCCGCGGCCGATCATCGCCTCACGGGGGTGAACGCATGA	MSNATVSLVPAQSAEMVSEPAVYVEGLRLKYPGEERLMFKDLSFSAVRGEKVLLLGPSGCGKSTLLQVLSGMIPRATEVPMKCESQLVPRSWGYVFQDPDTQFCMPYVDEELAFVLENLSVPRDEMKERMQAALREVGLDLEELHMPIGHLSQGMKQRLALASALLLEPEVLFLDEPSALLDPEGREQIWSAVKAVSEGRTLIIVEHRIEEMARYVDRVVLFSPDGVILGEGPPAAIFAEFERELQAYGIWYPGVWEDYAQTRAGRELFAPVDALGDERGNLLHEAAPPYAQRGESVIQLANFRGMRWDKPVINLPSAEVFPGQFIAVVGPNGAGKSSLLLSLMGLLRAEGTYMLCGEEVIQGKRRKVRKKREQQLRQIGFVFQNPELQFLTERIGDEVVYSLLVDHVPPEEAKAQAERCLERFGLNGLEARHPYQLSTGQKRRLSVATAMARQPSVLLLDEPTFGQDARNTFAILEMCEKLRRAGTAILMVTHEMEIAQRVATHIWEIREGQLTSSMPSPRWSGGIESRQAAKGANGAADPRGTLAAADHRLTGVNA				NA	NA	NA	NA	NA
JZ016_03060	636	ykoE_1	COG4721	Putative HMP/thiamine permease protein YkoE	GTGGTTATGGGAACATCTATGCAAGAGAAGTTGGGGGTTCAGCCCCGAAAAGGGCTGCGGTTAAGCGATATTTTGGTGACGGTGTTGGTATCGCTGGTGCTTGGCGTCATTTATCACTTCTGGGGTTCGGTTTACAATCTGTTAAAACCGCTGTTCTTTGAAGCGGATGAGTTGTTATACGGAATGTGGTTCGCTGCAGCCACGCTTGCTTACTTGCTAATCCGTAAGCCGGGAGTGGCCATCATTGCGGAAGTGGCGGCTGCCCACGTGGAAGTGCTGTTTGGCAGCGGCTGGGGATTGACTCTGCTGCTGTATGGCCTCATTCAAGGACTTGGGGCAGAATTGGTATTCGCGGCGTTCCGTTATCGGAGCACCTCGGCGTGGACGCTGGCGATTGCCGGAGCAGGCGCAGCCATCGGATCGATGATCATGGACTTCTATTACAGCTATACCGATGACCTGCAGACGTGGATGTTCCTGGCCAAATACGGTATGCGGGTACTCAGCGGTGCCGTCATTGCAGGCCTGCTCATGCTCTTGCTGGCTAAAGCCTTGGACCGCACGGGCGTCACATCCCTGCTGCGTCCTGCGTCGAAGAAGGATTACGAAGCACTGGATGATCCGCGCCATGTCTAA	MVMGTSMQEKLGVQPRKGLRLSDILVTVLVSLVLGVIYHFWGSVYNLLKPLFFEADELLYGMWFAAATLAYLLIRKPGVAIIAEVAAAHVEVLFGSGWGLTLLLYGLIQGLGAELVFAAFRYRSTSAWTLAIAGAGAAIGSMIMDFYYSYTDDLQTWMFLAKYGMRVLSGAVIAGLLMLLLAKALDRTGVTSLLRPASKKDYEALDDPRHV				NA	NA	NA	NA	NA
JZ016_03062	864	psd	COG0688	Phosphatidylserine decarboxylase proenzyme	ATGGCTAAACAATTGCTGCGTCTGATGACTGAGCTGTCCTCCCGCAAGTGGCTGTCCCGAATCATGGGGCATTGTTCCCACAGCCGGCTGAGCCGTCATCTAATACCTGCATTCATACGAATTTATCAAATTCCGGCGCATGAAGCGGAGAAAGAAATCCACGAATACCGCTCACTGAACGAATTCTTTTCCCGCCGGTTAAAAATAGGCCTGCGCGCCATAGACGACACCGCCGATGCCATGGTAAGCCCCGTCGATGCCACGATTTCGGCAATGTGCGCCGTTAATGCCGGCACCATTCTGAGCGTCAAGGGACAGGATTATACCCTGAGCGAGCTGCTCGCCAAATCACCGAGAATGGAAAATTACATCAACGGTTACGCATTTGTATTGTATTTAAGCCCAACCGATTATCATCGCATTCATTCCCCGGTAACCGGTGTTCAGGCGGAAAGCGAGCATCTAAAGGGACGCGTTTACCCCGTGAACGATTTTGCGATGACCCATATCCGGCACGTGCTCAGCCGTAATGAGCGCCTCATTACCTATATTGCGCATGAGTTCGGCGAAGTTGCCGTCGTGAAGGTCGGAGCCATGAACGTGAGCAGCATCCGTTATGCTGACGAGAACGTGAAGAAATACGAGATCGGCGATGAACTCGCGTACTTTGAATTCGGCTCTACCGTCGTGCTTCTGACAGAGAACGGCACGTTTACTCCGCGCGGTGACCTGGAACCCGGCTCCAAGGTGAAGATGGGAGAGCTGCTTGGTTTGCTACACCACACCCGTCCCCAACCAGAAAAGGGTAACGCCATTCACCTTACCAAGCTTCACCAAGCATCGCATGACAAGTTAAGGCCATGA	MAKQLLRLMTELSSRKWLSRIMGHCSHSRLSRHLIPAFIRIYQIPAHEAEKEIHEYRSLNEFFSRRLKIGLRAIDDTADAMVSPVDATISAMCAVNAGTILSVKGQDYTLSELLAKSPRMENYINGYAFVLYLSPTDYHRIHSPVTGVQAESEHLKGRVYPVNDFAMTHIRHVLSRNERLITYIAHEFGEVAVVKVGAMNVSSIRYADENVKKYEIGDELAYFEFGSTVVLLTENGTFTPRGDLEPGSKVKMGELLGLLHHTRPQPEKGNAIHLTKLHQASHDKLRP	PGPT0007700_2968	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DECARBOXYLASE_ACTIVITY,PGPT0007700-psd|PISD-K01613	NA	NA
JZ016_03063	855			hypothetical protein	GTGGTAACGGCGGGAGCAGGAAAGGTTGCGCTGATCACGGGCGCGTCGAGCGGGTTCGGACTGCTCATCAGCTTGGAGCTGGCAAAAGCGGGCTATGACGTGGCAGCGGGTCTGCGCAGGCCGGAGGCGGCTGCAGAGCTGATGACCCGAGCCGAACAAGCAGACGTTGTCAAACGCATTCACGTATTCCAGCTGGATATATGCTTGGAGGAACAAGTCAAGGCTGCTGCTTGGGAGTTAGAGCAGAAGTTCGGCCGCTTGGACGTGCTGGTGAACAACGCCGGCGAAGCGGTAGGCGGCATGGTGGAGGAAGTACCGCTCAGCGACTGGCGCAAGCAGTTGGAGACGAATTTTTTCGGGACCGTATCGGTAACGCAGCATATGCTCCCGCTGCTGCGCAAGACCGGACGATCCAAAATCATTCTCATGAGCAGCATTAGCGGCGTGGTCGGCTTTCCGGGTTATGGTCCCTATGCGGCATCCAAATTTGCGCTGGAGGGGTTTGGTGAGAGCCTGTCCATGGAGTTGATGCCCTTTGGCATCGATGTCGTACTGATCCAGCCCGGTGCCTATGGCACGCCGATCTGGAATAAAAGTTTTGGGGAGCTTACGGTAAAGGAAGGATCACCCTACAGCGGTCTGCTGAAGGGCGTGCTGGACTATTCCGAGCGGACAGCCAGGGGAAGCGGGGATCCGCAGGAGGTAGCCAGGCTTGTGGCAAACATTGCGTCCATGTCCAAACCGAGGTTCCGCTATACGCTGCCCCGAGGTACGCGGCTGACCGCATGGATCAAGGGCGTGCTGCCGGATCGGCTGTTTCAGCGGATCGTTTATCGGATGCTGGACAGGCGTTAA	MVTAGAGKVALITGASSGFGLLISLELAKAGYDVAAGLRRPEAAAELMTRAEQADVVKRIHVFQLDICLEEQVKAAAWELEQKFGRLDVLVNNAGEAVGGMVEEVPLSDWRKQLETNFFGTVSVTQHMLPLLRKTGRSKIILMSSISGVVGFPGYGPYAASKFALEGFGESLSMELMPFGIDVVLIQPGAYGTPIWNKSFGELTVKEGSPYSGLLKGVLDYSERTARGSGDPQEVARLVANIASMSKPRFRYTLPRGTRLTAWIKGVLPDRLFQRIVYRMLDRR				NA	NA	NA	NA	NA
JZ016_03064	168			hypothetical protein	GTGCAGTCCTACATCATTCAGATGCGGATCGAGCGGGCGCAGCATCTGCTGCTTCATCAAGGGATGAACGTAACGGAGGTAGCCGACGCGCTGGGTTACCGGGATATATTCTTTTTCAGCCGGCAATTTAAGCAGTATACGGGCAAGAGCCCATCCGAGATTCGGTGA	MQSYIIQMRIERAQHLLLHQGMNVTEVADALGYRDIFFFSRQFKQYTGKSPSEIR	PGPT0017485_836	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_03065	606			hypothetical protein	ATGCTGAATGCATCGCCGTCTTCTTTTATAATCATGCCTGCGCTTGCCAAAATCGTATGTGAGCCGGGCTGGAAATGGCAAAAACGCGAAAGACCCATGCAGAATTATGACTTGTTCTATGTATGGAGCGGTGAAGGCACGGTCGAGCTCAATGACGAGCCCTTTGCCGTGGGAAAAGGAAGCTGCTTCCTGTTCCGACCAGGAGATCATACGAGCGCGACGCATAATCCGCAGAAACCGCTCGTATTGACATATATCCATTTTGACGTGGCCGACCCGGTTCAACATATCCCTGCATCCTATCGCAAGCTGACGGAAACGATGGATTTCGAATATTTGCTCGCGCGCTACGTGCGTTTGTATCTGGACAAGCCCTATGGATCATTGGAGGAGGGGCAGCTTATTCTGAAACAGCTGATGATTCATCTGCTGCGTTCGGATCTCGCTGAGCCGGTGGTCAAAAAAGCAAGCAATCAGCTTTCCGAGGCGATCCATGAAATCGCGAATTACGTTCGCCAGCACCCGGGGGTTCCCCATCGGGTCGAGGATTTGGCGGCCAGAGCGGGGTTGTCCCCCGTTACTTCTCGATTAAGTTCAAGGAGCTGA	MLNASPSSFIIMPALAKIVCEPGWKWQKRERPMQNYDLFYVWSGEGTVELNDEPFAVGKGSCFLFRPGDHTSATHNPQKPLVLTYIHFDVADPVQHIPASYRKLTETMDFEYLLARYVRLYLDKPYGSLEEGQLILKQLMIHLLRSDLAEPVVKKASNQLSEAIHEIANYVRQHPGVPHRVEDLAARAGLSPVTSRLSSRS	PGPT0017485_836	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_03066	420			hypothetical protein	GTGCAGGCCAAGGCTCTGTACGAGCCGATCTCACCTGCCGTATTAGAGCAGCGCGCGCTGGCGCGCTTTATTGTGCGAGGGGGGTACGGTCGGCATCTTAGAAGAATGACCCGGCTGTACGGCGCGAGGTATGGGGCGCTTCGCCAGGCGATGGATACCCATGCCTCCGAACTGTTTCGTCTTCATCCCGGCGATGCCGGCCTGCATGTTTACGCGAACTGGCTGCGCTCCGCGGAAGAGTATGTCCTGTTCCAGGAAGCTGCCCGCAAGCGCGGCGTCATGTTTCGGGATGCAGCGGCCTATCATCGTGCGCCCGGGCCGCCTGCCGCCTGCTTCGGCTTCTCGCATCTCGGCATATCCAGCATCGAGGACGGGGTTGCGCGGATGGCGCAGGCATGGCGGGACATGCAAAAAACATAA	MQAKALYEPISPAVLEQRALARFIVRGGYGRHLRRMTRLYGARYGALRQAMDTHASELFRLHPGDAGLHVYANWLRSAEEYVLFQEAARKRGVMFRDAAAYHRAPGPPAACFGFSHLGISSIEDGVARMAQAWRDMQKT	PGPT0016790_2407	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0016790-mocR-K00375	NA	NA
JZ016_03067	1092	gabR_5	COG1167	HTH-type transcriptional regulatory protein GabR	ATGGAGCTGGGATTGCCATTCGAGACCTATGTGGAACAATATCGATATAAATATTTGGCTTTGTACCACGCAATTCGCGCGGCCATTCATAGCGGCAAGCTGCCGGAAGGAACCCGACTTCCCGCGACACGGGAGCTTGCAAAGCTGTATGGCGTGTCCAGGGGATCGGCCGCGCAGTGTTATGACATGCTGATGGCCGAGGGTTACGTCGTATCCCGGCAGGGCAGCGGAACTTATGTTGCCGAAGGGATTGCTGCGATGGCAGACCAGCCGCCATCGGCCGAGCGGGCGCCAGTGCTCTCCGCTTGGGGACAACGCCTGATGAACCAGAGCGGGGAATATATCTCGGCACAGCAGCTGCTGGAGGAGCCTCCCCCGGGTACGATCTCTTTCGCGAATGCGAGGATGCCCATGGAGGATTTCCCCTATTCGGAGTGGCGGAGCGCGTTATCCTACGCAGGCGGAAGCGGGGGAATCGAACTGCAGAACGGCGCGCCGCCGGAAGGGGATACCGAACTGCGTCAGGCGATAGCCGGACACCTGCGCTTTACGCGGGGCATACAGGCCGATCCCGAGCATATCGTGATCTTCAGCGGTTCCATGCAGGGGCTTGTCCTGATGTTTCAGCTGCTGATTGATCCCGGCGATCACGTGGTGATGGAGGATCCGGGGTATCAGGGAATCCACCGGGGTATAAGCCTGAGCGGCGGAATTCCGCTGCCGTCCCCCGTCGACGATGCCGGATTGATACCGCGTGACTGGGACGCCGGCCTGCTTGTCGTAAGCCCCAGCCGTCAATACCCGACGGGCGCGGTCCTGCCGCTGGAGCGAAGAAGGGCGCTGCTGAATTGGGCACGAAGCCGCCAGGCCTTTATTATCGAGGATGATTACGACAGCGAGTTCCGCTGGGGCGGCAAGCCGATTGAGCCCTTGCGGATGCTGGATAACGAGGGACGTGTCATCTTCGTCGGTTCGTTCTCCAAAACGATGTTCACCGGGCTCCGCATCGGGTATGCCGTGCTGCCCCAAGCCTGGTTGAGGCGGTCGTGCAGGCCAAGGCTCTGTACGAGCCGATCTCACCTGCCGTATTAG	MELGLPFETYVEQYRYKYLALYHAIRAAIHSGKLPEGTRLPATRELAKLYGVSRGSAAQCYDMLMAEGYVVSRQGSGTYVAEGIAAMADQPPSAERAPVLSAWGQRLMNQSGEYISAQQLLEEPPPGTISFANARMPMEDFPYSEWRSALSYAGGSGGIELQNGAPPEGDTELRQAIAGHLRFTRGIQADPEHIVIFSGSMQGLVLMFQLLIDPGDHVVMEDPGYQGIHRGISLSGGIPLPSPVDDAGLIPRDWDAGLLVVSPSRQYPTGAVLPLERRRALLNWARSRQAFIIEDDYDSEFRWGGKPIEPLRMLDNEGRVIFVGSFSKTMFTGLRIGYAVLPQAWLRRSCRPRLCTSRSHLPY	PGPT0016790_2349	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0016790-mocR-K00375	NA	NA
JZ016_03068	615			hypothetical protein	ATGAGAAGAGACGAATTTACGATGGAGGATCAACAAGAAATTGAGGACTTCCTTAGCGGCATGAGCTTTGGTTTCCTTGGAACAGCCGATGAAGAGGGAATTCCGCGTGTAACGCCATTGAACTACGCCTATGTTAACGGTGCGTTCTATTTTCATGGCAGCCGGATGGGGGAAAAAATGGACCATTTGCGCCGGACGCCCGCCGTGTGCTTTACCATCGCCGATGAGTATGCACTAATCCCTTCTTATTTCTCCGATCCGGAGATGGCCTGCCCGGCCACGGCCTACTTTAAAAGTGTAACGGCTGTCGGCGAAGTGGTAATCGTGGATGATCTGGAGGAAAAAGCCCTTGCGATGGAGGCCCTAATGACTAAACTGCAGCCTGAAGGCGGATACCGCGCCATCGACGCGAATGACCGGGCTTATATCCCCAGACTGAAAGGGGTAGCCGTCATCAAGCTCGCTCCGCAGCGAATGAGCGCTAAATTCAAGTTCGGCCAGAACCTGAAGCCGGATCGGCTCCAGACCGTAGTCGAAGGGCTTGAATGCCGCGGCAAGGAGCGGGATGAAGAAACCGCCGGACTGATCTGCAAGTATCACCCTGGACTGCGTTAA	MRRDEFTMEDQQEIEDFLSGMSFGFLGTADEEGIPRVTPLNYAYVNGAFYFHGSRMGEKMDHLRRTPAVCFTIADEYALIPSYFSDPEMACPATAYFKSVTAVGEVVIVDDLEEKALAMEALMTKLQPEGGYRAIDANDRAYIPRLKGVAVIKLAPQRMSAKFKFGQNLKPDRLQTVVEGLECRGKERDEETAGLICKYHPGLR	PGPT0028780_831	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-5-NITROIMIDAZOLE_ANTIBIOTIC_RESISTANCE-AZOMYZIN,PGPT0028780-nimD-K07005	NA	NA
JZ016_03069	1299	aspC		Aspartate aminotransferase	ATGAACCCATTGGTTGGTCAATTGAATGGAAAAATGCAAGCCGGCAATCCGCATGTGTACGACATGCTCTCCACACTCGGCAAAGAAATCTACTTCCCGAAAGAAGGCATACTGAGCCAATCTGCGGAAGCGACGAGCCATGCGAAAAAATATAACGCTACGATCGGTATTGCAACCGAAGGCGGAGTCCCGATGCATCTGGGCGTCATCCAGGACAAACTTTCGGCTTACCAGCCGAAGGATCTGTACCCGTATGCCCCTCCGGCAGGCAAGCCGGAGCTGCGCTCCGTATGGCGAAACAAGATGATTCAGGAGAACCCTTCGCTTGAAGGCAAGAGCTTCAGCAATCCGATCGTTACGAATGCGCTGACGCATGGTCTTAGCATCGTAGCCGATTTGTTCGTGGATGAAGGGGACGCCGTTATTTATCCCGATAAGAATTGGGAGAATTATGAGCTGACATTCGGCATTCGCCGCCATGGCATTCATGTAACCTATCCTCTCTTCACAGACGATATGAAATTTAACGCCGAAGGACTTCGTCAGGCTCTGCTGAGCCAGAAGGATAAAGGCAAAGCGGTCGTTCTGCTGAACTTCCCGAACAACCCGACGGGTTATACGCCTGGCGCTCAGGAAGGGGCCGCCATCGTGTCCGCAATCCAGGAAGCGGCCGAAGCCGGTATGAATATTGTGGTTGTTACGGATGATGCGTATTTCGGATTGTTCTTTGAAGATTCGCTGAAGGAATCACTCTTCGGACGTCTGGCAGGCCTTCACCCTCGCGTGCTTCCTGTGAAGGTTGACGGAGCGACCAAGGAAGAATTCGTATGGGGATTCCGTGTTGGCTTTATCACGTATGCGGCAGAAGATAAAGACGTGCTGGACGCATTGGAGCAGAAGACGCTCGGCATTATTCGCGCTACGATATCCAGCGCCTCCCACCCTTCGCAAACCTTTGTGCTGGAGGCGCTGAAGGCGCCGGAATTCCATGAACAGAAGGAAGAGAAGTTTGCCATCATGAAAGGCCGCGCCAACAAAGTGAAGTCCATTCTTGACAGCGGCAAATACGGCGATGTATGGGAATACTATCCGTTCAACTCCGGCTACTTCATGTGCCTGAAGCTGAACACGGTAAATGCCGAGGAGCTTCGTTCCCATCTCATCCATGAGTATGGCGTGGGAACCATCGCCCTTGGCGAGCATGATCTCCGGATCGCCTTCTCTTGTATTGACGAGGAGTATTTGGAGGATCTGTTCGACCTGGTCTACAAAGGGATTCAAGACCTGCAGAAGGTTTAA	MNPLVGQLNGKMQAGNPHVYDMLSTLGKEIYFPKEGILSQSAEATSHAKKYNATIGIATEGGVPMHLGVIQDKLSAYQPKDLYPYAPPAGKPELRSVWRNKMIQENPSLEGKSFSNPIVTNALTHGLSIVADLFVDEGDAVIYPDKNWENYELTFGIRRHGIHVTYPLFTDDMKFNAEGLRQALLSQKDKGKAVVLLNFPNNPTGYTPGAQEGAAIVSAIQEAAEAGMNIVVVTDDAYFGLFFEDSLKESLFGRLAGLHPRVLPVKVDGATKEEFVWGFRVGFITYAAEDKDVLDALEQKTLGIIRATISSASHPSQTFVLEALKAPEFHEQKEEKFAIMKGRANKVKSILDSGKYGDVWEYYPFNSGYFMCLKLNTVNAEELRSHLIHEYGVGTIALGEHDLRIAFSCIDEEYLEDLFDLVYKGIQDLQKV				NA	NA	NA	NA	NA
JZ016_03070	1221			hypothetical protein	ATGAACCTGCGTGAGCTGTATGTCAAACGACGCGGGCAGTTCTGGGGTGAAATTCTCCCCTATCTGGGTTATGTCATACAGAGCGGGGTAGCCGTCGTATTTCTGTTTCTGCTGATTGCATTCGCTGCCTGGTATACTGCACTACTGCAGCAGATTCCGCCAGATCTGCCGATTCGCTGGATCATGATGATTTTCCTTGTGCCCCTCATGATCAACAGCAGCATCCGCACCTATCTGCGTCCGGCGGATACGGTGTTCCTCATTCCGCAGGAATCCCGGATGAAGGAATACTTCAGTACAGCATGGTTCAGTGGCGTCATTTATAAAATCATCGGTTTGGGACTGGTGATGTTAATCCTATGGCCACTATACATACGCAGTGATGTTTCGCCAAAACCGCTGCTGGCAACGTTTGTTGTTCTGACGCTGTTTAAACTGCTGTCAAGCTTCGGCAGCTGGAAGGAGCAGCTTATGGTGTCAAGGAATGCGGCGGCAGCCTACAGGGTACTCCGCTGGATCGTTCCGGCGCTGAGTTTAGCCGCCTGGTTATGGCATCCAACGGGCCGAGCCCTCCTGTTCATGGCGCTGCTTGGCCTCACGTATGTTGCGGCCTTGTCAGTACCCGCCAGGCACCTGGTTGCTTGGGAACGATTCATCGCCGTTGAGGAGCGACAGGCGAGCCGGGTGATGATGGTGCTGAGCTGGTTCGTGAATGTGCCTCAGCGCGGGCAGCGTGTCCATGCGCGGAAATGGCTGTCCGGATGGGGCAAGGGCTTGGCGTGGAAGAAGGAAAGCGCCTATCGCTTTCTTCTCATTAAGAGCCTGACGCGCAGTGATATTCTGGGCATACTGATTCGGGTCGGTTTGCTGGGTGCCTTTCTTGTGTGGGCAACCCGGGAGAGTCTGGTATCGGCGATTGTGTATCTGGTCAGCCTGATGATTATCGGACTCCAACTGTCTGCGCTGCGAAAGCTTCACCCGGAATCGTTCTGGCTGCATGTCTACCCGCTTCCGGAAGGTACGCGCCGCGACAATGAAGGGAAACTGATCTTCCAGGTGCAGCTGTTCTGGGCTGTCCTCCTGTGGCTCCCACTCATTCCGGACATCCTGAGTGCCCCCGGACGTATATTGGGTACGCTGGCTGCGGGGATCGTGCTTGTATTTCTGTTCCGAAGCGCTGCTGCCCGGAAGAGCCGACGTGAAGATGATGACGACGAATAA	MNLRELYVKRRGQFWGEILPYLGYVIQSGVAVVFLFLLIAFAAWYTALLQQIPPDLPIRWIMMIFLVPLMINSSIRTYLRPADTVFLIPQESRMKEYFSTAWFSGVIYKIIGLGLVMLILWPLYIRSDVSPKPLLATFVVLTLFKLLSSFGSWKEQLMVSRNAAAAYRVLRWIVPALSLAAWLWHPTGRALLFMALLGLTYVAALSVPARHLVAWERFIAVEERQASRVMMVLSWFVNVPQRGQRVHARKWLSGWGKGLAWKKESAYRFLLIKSLTRSDILGILIRVGLLGAFLVWATRESLVSAIVYLVSLMIIGLQLSALRKLHPESFWLHVYPLPEGTRRDNEGKLIFQVQLFWAVLLWLPLIPDILSAPGRILGTLAAGIVLVFLFRSAAARKSRREDDDDE				NA	NA	NA	NA	NA
JZ016_03071	753	ecsA_1	COG1131	ABC-type transporter ATP-binding protein EcsA	ATGAGTGAACAGCCGGTATTGTCTGTTCAAGGGTTAAGCGGCGGGTATAGCATGAATCGACCGGTTCTGCATGATGTAACCTTTCAGGTTGAACCGGGTGAGATGGTAGGTTTGATCGGCCTGAACGGGGCGGGCAAGAGCACCACGATGAAGCATATTCTCGGACTGATGAACCCGCAAAAAGGGAGCATTCAGGTGCAAGGGAAGAGCCGGGCAGAGCATTCCGAAGCTTATCACGGCGCTTTGGCGTTTGTCCCCGAATCCCCGCTGCTGTATGAGGAGATGACGGTACGCGAGCATCTGGAGTTTACGGCGCGCTCCTATGGCGTATCCCGTGAAGATTATGAGTCGCGTTCGGAGCAGCTGTCCAAGATGTTCCGCATGGAAGAGAAGATGGACAGCCTGTCCACGCATTTATCCAAGGGTATGCGCCAAAAAGTGATGATCATGTGCGCGTTTGTCGCCAGACCGTCGCTGTACATTATTGACGAGCCCTTCCTTGGGCTTGATCCGCTCGGGATACGTTCGCTGCTTGACTTCATGCTGGAGCTGAAGGCGTCCGGCGCTTCGGTACTGCTCAGCTCCCATATTCTCTCCACGATTGAGAATTATTGCGACCGGTTCATCGTGCTGCACCGCGGCAGCATCATTGCTCAGGGAACGCTGAAGGAAATCCAGGACCAAGCCGGAAGGCCGGGGATGTCGCTGGAGGAGCTGTTTAATGTGCTGATTCAGGATGGTAAAGGCGAATGA	MSEQPVLSVQGLSGGYSMNRPVLHDVTFQVEPGEMVGLIGLNGAGKSTTMKHILGLMNPQKGSIQVQGKSRAEHSEAYHGALAFVPESPLLYEEMTVREHLEFTARSYGVSREDYESRSEQLSKMFRMEEKMDSLSTHLSKGMRQKVMIMCAFVARPSLYIIDEPFLGLDPLGIRSLLDFMLELKASGASVLLSSHILSTIENYCDRFIVLHRGSIIAQGTLKEIQDQAGRPGMSLEELFNVLIQDGKGE				NA	NA	NA	NA	NA
JZ016_03072	114			hypothetical protein	ATGGCTGCAGGCTCCATCCATGCGGAGCTTGCAACCGGTATGTTGTTTTTCGGGTCCGATTCATCGGATGTGGTCGACATCCATAGGGACCGGACTTTTCAGAATAAGAGGTGA	MAAGSIHAELATGMLFFGSDSSDVVDIHRDRTFQNKR				NA	NA	NA	NA	NA
JZ016_03073	1347	deaD		ATP-dependent RNA helicase DeaD	ATGACTGCAACTACATTTCATACATTAGGAATAGCCGAGGATTTGTCCTCCAGATTAACGGAGTTTGGCATTGTCACGCCTTCTCCCGTTCAGGCTGAGGCTATACCGCCCATACTCGAAGGCAAGGACGTGCTTGCGACTTCCCAGACAGGTACAGGCAAGACGCTGGCTTATTTGCTGCCTGTGCTTCAGGGCATCGATCCGGAGATCAAGGGAACACAGAAATTGATTCTTGCTCCGACACAAGAGCTAGCCGTACAGATTGTGAGAGAGAGCGAGCGTTACGGGGAAGCCCGCGGAATCGGTGTGCTCGGTCTCATCGGGGGCGCCGCGGCCAAGCGTCAGATTGAGAAGCTGAAGCTGCATCCGCAGCTGATCGTAGGAACGCCGGGACGCGTGCGGGAGCTGATCGAAATCCGGAAATTGAAGATGCACCAAGTAAGCACGATCGTAGTGGACGAGGTGGATCAGGTATTTAATCTGGGCGGCGCCGGGGATGTGGATCGCATTCTGCGCAGTGCATTACGCGATCGTCAATTGGTATTCTTATCCGCCACGGTGAGTCCGGAGACGGCAGAGCTCGTCAAGAAGGAGATGGATCAGCCGGTCGAAATCGGGATTGATCCTGAGCAGCGGACACCGTCCGCGTTGGAGCATTATTATTTTGTGACCGAAGAGCGTGACAAGTTGGACATGCTGCGCCGCGTAGTCCGGCATTACAATCCCGACCGTGCGATTGTCTTCGTCAATGCCACCGAGGATTTGGCAGAGGTTGAAGCGAAGCTGAACTACCTCGGCTTAAATGCGGCTGCCATCTATGGTGATGCCGACAAGATGACTAGAAGCCGGGTTTTGAATGCGTTTAGAGAAGGGCGTACCAAGCTCTTGGTGGCTAGCGATGTCGCTGCCCGCGGACTTGATATCGAAGGACTCGGCATGGTCATCAATTACGATCCGCCTATTGACGCCGAGCATTATACACATCGCGCAGGACGTACTGGACGCATGGGTCGGAGCGGCATGGCGATCACGCTCGTAACGGACCGTCAGACGTTCATCATGCGCAAGTTCAATCGCGAGCTGGGCATATCGATTGAAGAACGCGCTCTGTATGGCGGGAAGGTTAGATCTCCTCGTGCTACACCGGCCGATCGAGGACATGGTCCGCGTTGGTCAGCCGGAGGTCCTGCCCGAAAAGAGAAACCAGCTCGAAAGCCTGCTTCCACTAGCGCCAATGGTAAGGCGGGAAGCGGTAAGGCTTCGGGTGAGCGTCAGAGTGAAAGGGAGCGGGACCGCAAGAACAAGGGCGCTCCGAAATGGCTGAAGAATAAGCCTCCACGGAGCTAA	MTATTFHTLGIAEDLSSRLTEFGIVTPSPVQAEAIPPILEGKDVLATSQTGTGKTLAYLLPVLQGIDPEIKGTQKLILAPTQELAVQIVRESERYGEARGIGVLGLIGGAAAKRQIEKLKLHPQLIVGTPGRVRELIEIRKLKMHQVSTIVVDEVDQVFNLGGAGDVDRILRSALRDRQLVFLSATVSPETAELVKKEMDQPVEIGIDPEQRTPSALEHYYFVTEERDKLDMLRRVVRHYNPDRAIVFVNATEDLAEVEAKLNYLGLNAAAIYGDADKMTRSRVLNAFREGRTKLLVASDVAARGLDIEGLGMVINYDPPIDAEHYTHRAGRTGRMGRSGMAITLVTDRQTFIMRKFNRELGISIEERALYGGKVRSPRATPADRGHGPRWSAGGPARKEKPARKPASTSANGKAGSGKASGERQSERERDRKNKGAPKWLKNKPPRS				NA	NA	NA	NA	NA
JZ016_03074	885	cynR_2		HTH-type transcriptional regulator CynR	ATGGAAATCAATATGGAGTGGTATCGTGTCTTTTATTGGACCGCCCGGCTTGGCAGTTTATCGCGGGCAGCGGAGCATCTGCATATCACCCAGCCGGCCGTCAGCCATACCATTAAGCATTTGGAGGGAACGATCGGAGGACCGCTGTTCTTTCGGACAACCAAGGGGGTTAAACTCACGTCGGAGGGTGATGTGCTGTTTCGCTATATCGAGCAGGCCTTCAGCTTTATCGAGATCGGCGAAAAGGCGATTGCGGACATGCATAACTTGCATAGCGGCGAAATTAATATTGGAGCAAGCGATACGTTGTGCAAATATTATTTGCTGCCGCATTTGGAGTATTTCCACGCCACCTATCCGGATATACGCATCCGCATCTCCAACCGCACAACCCCGGAAACGCTGTCCCTTCTCAAGGAAGGGAAGATTGATTTTGGCATCGTTCATTTACCGGCCTCCGATAAACAAATCGATTTTCGTGCCAGTTCGCCGATCCATGATTGTTTAGTTGCCGGGAAATCATTTGTGGAGCGGGCACAGTTACAGCACCCCTTGTCCCTTCGCGATATCGGGAACTACCCGCTGCTTATGCTGGAGAGGGGCGGGAGCACAAGAAACTATGTCGATCAATATGCAAAGAGGCAGGGAGTGACGCTGAAACCCGAGTTCGAGCTTGGCAGCATTGAGCTGCTGGTACAGTTTGCCCGGAGCGGCTTTGGACTGGCTTTTGTCATTCGCGACTATGCTAACGAGGAATTGCAGGGAGGACAGCTGATCGAGGTGCCGCTCCATCCGCCGATTCCCGAGCGCAGCATAGGAATTGCAACGCTTCAAGGTATACCGCTATCTGCTGCCGCCAAGTCATTTCTTTCTCTTTTGCCTTAG	MEINMEWYRVFYWTARLGSLSRAAEHLHITQPAVSHTIKHLEGTIGGPLFFRTTKGVKLTSEGDVLFRYIEQAFSFIEIGEKAIADMHNLHSGEINIGASDTLCKYYLLPHLEYFHATYPDIRIRISNRTTPETLSLLKEGKIDFGIVHLPASDKQIDFRASSPIHDCLVAGKSFVERAQLQHPLSLRDIGNYPLLMLERGGSTRNYVDQYAKRQGVTLKPEFELGSIELLVQFARSGFGLAFVIRDYANEELQGGQLIEVPLHPPIPERSIGIATLQGIPLSAAAKSFLSLLP	PGPT0001160_882	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-RuBisCo	CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703	NA	NA
JZ016_03075	1281	purA_1	COG0104	Adenylosuccinate synthetase	TTGACAGTTACAGCCATAGTAGGAGCCAATTGGGGAGATGAAGGCAAAGGAAAAATGACGGATGTTCTTGCGGCGCAATCGTCGTATGTCGTCCGATTTCAGGGAGGGAGCAATGCAGGACATACCATTATTAACGATTATGGGAAGTTTTCGCTGCATATGCTGCCGTCAGGTGTATTCTATCCAAACGTAACGAATATCATCGGTCCGGGAACCGCTTTGGATATGGAGGTATTGATCAAGGAGCTGCAGGAGCTGGAAGCAAGGAACGTCCCCGCCCCCAAACTGTTTATATCGGAGCGCGCACAAGTCGTGCTTCCTATTCATCGGTTGCTGGATGAACTGGAAGAAGAACGGCTCGGTGCCCGGGGATTCGGTTCTACGAAACGCGGGATCGCGCCATTTTATGCTGATAAATATGCAAAGCTGGGCATTCAGGTAGCTGATCTGTTCCATCCCCAGCGACTTCGTGAACGGCTCGAGCAGATGCTTGCCATCAAGAACGTGCAGCTGCAGCATCTGTATGGGAGAGAGCCGCTAAACGTTGATGAGATGACCAAGCAACTGCTGGAGTCCTTCCGGCTCCTGTCTCCATATATCGAGGATACCACCACGATGCTGCAGCAAGCTTATATGAAAGGCGACCCTATTCTCGTGGAGGGCCAATTAGGGGCACTGCGGGACCCGGATCACGGGATTTACCCGTTCTCCACCTCCTCCTCCACGCTGGCAGGCTATGCACCGGTCGGAGCTGGTCTGCCGCCGTACGCCATCAGCCAAGTCATTGCTGTAGTTAAGGCTTATTCAAGCTGTGTCGGCGCCGGCCCGTTCGTGACCGAACTGCATGGGGATGAAGCGGATGAGCTCCGCCGCCGTGGCGGCGATGCAGGCGAATACGGCGCAACGACCGGCCGGCCAAGACGAATGGGATGGTTTGATACGGTGGCCACCCGTTACGGCTGCATGGTGCAGGGAGCTACCGAAGCCGTTCTCACCAACCTTGACGTCCTGGGGTACCTGGATGACATCCCCGTATGCGTTGGCTACGAATTAGAGGACGGAAGCATCATTGACCATTTTCCGGTAACGGCCGATCTCCAGTCTGCAAAGCCTGTTCTGAGAACACTGAAGGGCTGGAAATGCGACCTGTCGCATATCCGATCCTTTGACGAGCTCCCGGAAGCCGCGCAGCGATATGTGCAGTTCATTGAATCGTCCATTGGCGTTCCTATCAAGACGATATCCGTCGGCCCGAGACGGGATCAGATTATGATGAGATAA	MTVTAIVGANWGDEGKGKMTDVLAAQSSYVVRFQGGSNAGHTIINDYGKFSLHMLPSGVFYPNVTNIIGPGTALDMEVLIKELQELEARNVPAPKLFISERAQVVLPIHRLLDELEEERLGARGFGSTKRGIAPFYADKYAKLGIQVADLFHPQRLRERLEQMLAIKNVQLQHLYGREPLNVDEMTKQLLESFRLLSPYIEDTTTMLQQAYMKGDPILVEGQLGALRDPDHGIYPFSTSSSTLAGYAPVGAGLPPYAISQVIAVVKAYSSCVGAGPFVTELHGDEADELRRRGGDAGEYGATTGRPRRMGWFDTVATRYGCMVQGATEAVLTNLDVLGYLDDIPVCVGYELEDGSIIDHFPVTADLQSAKPVLRTLKGWKCDLSHIRSFDELPEAAQRYVQFIESSIGVPIKTISVGPRRDQIMMR	PGPT0020140_4749	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020140-purA-K01939	NA	NA
JZ016_03076	753			hypothetical protein	ATGAAACAAGACATGACTAAAGAAGAGCTGGGATTTGTTTTTATACACGGAGCAGGATTGAACGGAGGAGTATGGGATTACGTTGTGGAAGGGCTGGGTCATCCGTATTTGAAAGTGGAATACCCCTTGCGGGATCGGAATGTGATTTCCGGACATCATTTGGGGCTGGAGGATTACGTAAACCATATGGCGGAGCAGGTGAGAACGTGGGGGACGAACAAGTTTGTCATTGTGGCTCATTCCCTGGGCGGGGTATTGGCTATGGAGCTGGCCTCCAGGTTCACAGGCCGTGTTGCCGGTTTTGTAGCCATCGGTGCGGCTATTCCTAAGCGCGGAGGTTCATTTGTTTCGGTGCTTCCGTTTCCTCTGAGGGCCATCATGCCGATCATCCTGAAAACGGCTGGCACGAAGCCGCCTGAATCCGCAATCCGTCATGGTCTGTGCAGTGATCTGCCGGAGGAGCAGGCTTCCCGAATCGCAGCGGAGTTTGTTCCGGAATCCCGCAGAGTCTATACGGATCGCGTTCAAGCGTCTATTCCCGATGTGCCAAAGCTTTATGTGAAGCTCACCCAAGACAAAGAGTTCGGATTATCCACACAGGATAGCATGATAGCCAATCTGTCTGCAGATGGGGTGGAAAGTCTCAGCACCGGCCATTTGCCAATGCTGAGCGATCCCCGTGGAGTCCAGCGGATACTGGATGGCTTCGCAAATCAAGTGAACGAAGGCCGTCACCCGGTTATCTCATCATAA	MKQDMTKEELGFVFIHGAGLNGGVWDYVVEGLGHPYLKVEYPLRDRNVISGHHLGLEDYVNHMAEQVRTWGTNKFVIVAHSLGGVLAMELASRFTGRVAGFVAIGAAIPKRGGSFVSVLPFPLRAIMPIILKTAGTKPPESAIRHGLCSDLPEEQASRIAAEFVPESRRVYTDRVQASIPDVPKLYVKLTQDKEFGLSTQDSMIANLSADGVESLSTGHLPMLSDPRGVQRILDGFANQVNEGRHPVISS				NA	NA	NA	NA	NA
JZ016_03077	942			hypothetical protein	ATGCAGAAATCCCAGCGCCTGATTCAATTAATGATGATGATCAATGCAAAAAAATCGTTTACGGTAAAAGAGCTGGCCGATGAATTCGGGCTCTCCGTCAGGACCCTTTCAAGAGATTTGGATGAGCTGAGCGGGCTCGGCGTTCCCATCTACTCTGTGCAGGGCCGAGGGGGCGGATACAGATTGCTGCAGGAGCGGATGCTGCCGCCGATCAGTTTCACGGAAAGCGAGGCGACCGCCATCTTTTTTGCGTGCCAATCCTTAAGCTATTTCAGCACGCTGCCGTTCGGTGACGGAGCCGCCACGGCCCTCCACAAGTTCTATCATTATTTGCCGGCAGATACCAAGGAGCAGATCGACCGTCTTAAGGATCGCGTTATGATCCACAGTCCATTCCGTGCGATGTCCAGCGAGATTTTACATACGCTAATGGAGGCCATCATGGTTCGGCAAGTGGTCACCATCTCCTATCGTTCATCCACAGGAAGCAGTCAGCGGCATATTCAGCCTATCGGCTTGTATGCAAGCTCGGGCTACTGGTATTGTCCGGCCTACTGTTTTACTCAAGAGGATATCAGACAGTTCAGAGTCGACCGGATCATTGCTGCCAGCCTCAATGAGTCCATAACGATCCGTGAAGATATCGCCAGCCAAACGCTGCGTGACATACCGGAAACCGGGGATGGGGAAATGAAGCCGTTTGAGGTACAATTAACTTCCAAAGGGGTTTGGCTGCTTGAAACGGATACTCGCCTCGGCCCCCATATCCATAAGAACAAGGATGGCAGCGGAATTATTCAGCTTGAAATACCAGCGGCCGACATCTTCTTCTATTCGGACTATGTGTGGCGTCTCGGAGAGGATGCTACCATCATCTCCCCAGCTGAAGCCGTCCAATGGACCCGCGAGAAAATTGAATCCATGAGGCTAAGGTATACATAA	MQKSQRLIQLMMMINAKKSFTVKELADEFGLSVRTLSRDLDELSGLGVPIYSVQGRGGGYRLLQERMLPPISFTESEATAIFFACQSLSYFSTLPFGDGAATALHKFYHYLPADTKEQIDRLKDRVMIHSPFRAMSSEILHTLMEAIMVRQVVTISYRSSTGSSQRHIQPIGLYASSGYWYCPAYCFTQEDIRQFRVDRIIAASLNESITIREDIASQTLRDIPETGDGEMKPFEVQLTSKGVWLLETDTRLGPHIHKNKDGSGIIQLEIPAADIFFYSDYVWRLGEDATIISPAEAVQWTREKIESMRLRYT				NA	NA	NA	NA	NA
JZ016_03078	168			hypothetical protein	ATGAGTGCAGAAGTTGATTCTTTGATCCAGCGGATAACGGAAGAACTTCGGGAGGTGCCCGGCGTTACAGGGATCGTACTCGGGGGTCCAGAGCCAAAGGAACCGCCAAACCGGATTCCGATATCGATATCGGCATTTATTACGATGAATCACAAGGATTCAAGGTAG	MSAEVDSLIQRITEELREVPGVTGIVLGGPEPKEPPNRIPISISAFITMNHKDSR				NA	NA	NA	NA	NA
JZ016_03079	651			hypothetical protein	GTGGCGAAGAAATTAGATGACGAGCATCGGGAGGGGATTATCACTTCATTGGGTGAATGGGGCGCCTGGGTTAACGGGGGCGGATGGTTAATGATCGAGGGCTATCATGTGGATTTCTTATTCCGTGATGTACGCCGCGTGTCCGGCATCATCGACGACTGTTCCGCAGGCACGGTATCCGCGCATTACCAAACCGGACATCCGCATGCTTATCTCAATGTGATGTATATGGGGGAAATCGCGATTTGCCGCATACTGTGGGATTCGGATAACCGAATACAGACGCTGAAAGCCAAAACGGTTCCTTATCCAAAAGCATTAAAGGATGCAATCGTTGGCTTCTTTACCTTCGAAGCATCCTTCTCCTTGATGTTTGCGGATAAAACAGCTGCCAGCGATGATATCAGCTATGTAACCGGCCACTGCTTCCGCTGCATTTCGAGCTTGAATCAAGTGCTGTTTGCCAAAAACGAGTCGTACTGCATCAATGAGAAGCGTGCGGTGGCCATGATCGAAACCTTTCCCATCAAGCCAACCAATTACAAGCAGCGCGTGGACCAAGTAATCACACTGCTCTCATCAGATGCAGAAAAAACAAAACAAGCCACTGCGCTGCTTCAGGAGCTTGTTGCCGAAACGGAAGCGTTGTAG	MAKKLDDEHREGIITSLGEWGAWVNGGGWLMIEGYHVDFLFRDVRRVSGIIDDCSAGTVSAHYQTGHPHAYLNVMYMGEIAICRILWDSDNRIQTLKAKTVPYPKALKDAIVGFFTFEASFSLMFADKTAASDDISYVTGHCFRCISSLNQVLFAKNESYCINEKRAVAMIETFPIKPTNYKQRVDQVITLLSSDAEKTKQATALLQELVAETEAL				NA	NA	NA	NA	NA
JZ016_03080	810	hcaB_4		3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase	ATGAGCTGTGCCGGCGAAGAAAGGGATAATGAAATCATGTTAAAAAATAAAGTTGTCGTCGTAACGGGAGCATCCAGCGGAATCGGCGCTTTGATCGCGGAGAAGCTTTCTGCAGAAGGAGCATATGTGGTGCTGTGCGCCCGTTCGGTAGAACGTCTGCAGGAGGTGGGTGCGCGAATGCCGGGCCCCCATGAGCTTGCAACCATGGATGTTCAAAGCCCAGAGCAGGTGCAATCTGTCATGGAGGGTCTTCTTCTTCGCCATGGCAGAATCGACGTGCTGATAAACAATGCCGGCTATGGCAAGTTCGAAGCCGTTATGGACATGCGCCAAGAAGAGTTTCAGGACATGATGGACGTCAATTATATGGGCATCGTGCGCTGTACGCAAGCCGTGCTGCCGGGGATGCTGGAGCGGGGTGACGGCCATATCGTAAACATTGCATCCATGGCCGGAAAAATCGGAACGGCCAAATCCACCGCCTATTCGGCCACGAAGCATGCCGTGCTTGGGTTCAGCAATTCACTCCGGCAGGAGCTGAGGAACACAGGCATAACCGTGTCTACTGTAAACCCCGGCCCCATCGATACCCCGTTTTTTTCCTTGGCCGATCCGACAGGCGGTTATGTCCAAAATGTGGGCTGGTTTATGATGAAGGCCGAATATGTTGCGGATCAGGTCGTGAAGCTGGTGAGAAAGCGCAAGGAAGAACTCAATCTTCCGAGGCTGGCCTCACTGGGCATAAGGCTGTATCAGCTGTTTCCGAGGTTTGCAGATCGCGTGTCTTACAAATGGATGAATAAGAAATAA	MSCAGEERDNEIMLKNKVVVVTGASSGIGALIAEKLSAEGAYVVLCARSVERLQEVGARMPGPHELATMDVQSPEQVQSVMEGLLLRHGRIDVLINNAGYGKFEAVMDMRQEEFQDMMDVNYMGIVRCTQAVLPGMLERGDGHIVNIASMAGKIGTAKSTAYSATKHAVLGFSNSLRQELRNTGITVSTVNPGPIDTPFFSLADPTGGYVQNVGWFMMKAEYVADQVVKLVRKRKEELNLPRLASLGIRLYQLFPRFADRVSYKWMNKK	PGPT0030485_664	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-OXIDOREDUCTASE_ACTIVITY	PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124
JZ016_03081	459			hypothetical protein	ATGAAAGCGGAAGTCATCAATCCTTTTTTAGAGTCCGCACGACACGTGATCGAACAAGTCATACAGGTTTCACCTTCCACGGGGAATCTTGGGGTCAAAGAGATCGGATATTTGGAGAATCATATCTGGATCCAAATTGGCATGACAGGCCAAATGAACGGTGACATTGTATTTGGAATTCAGGAGCAGGTAGCTCTGCAGATGGTATCGGTGATGATGGGCGGCTATGTCATTACCGAGATGGATGAGATGGGGCAAAGCGCGATTTCAGAGCTCGGAAACATGATAAGCGGCAATGCCAGCACCATTTTATCGAACCAGGGCGTCAGCGTGGATATTACGCCTCCCAAGGTAATGAAATCGGATAGCACGTCAAGTCTTATTCAGAAGAAAGCCCTTTGTATTCCGCTGAGAATGGAAGGAATCGGGGAGCTGGATATTCAAGTCATGATTTCATAA	MKAEVINPFLESARHVIEQVIQVSPSTGNLGVKEIGYLENHIWIQIGMTGQMNGDIVFGIQEQVALQMVSVMMGGYVITEMDEMGQSAISELGNMISGNASTILSNQGVSVDITPPKVMKSDSTSSLIQKKALCIPLRMEGIGELDIQVMIS	PGPT0015685_598	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015685-cheX-K03409	NA	NA
JZ016_03082	903	cmpR_4		HTH-type transcriptional activator CmpR	ATGAACATCAGCCAATTGGAAACGCTTATTACCATCTCCAAAACGATGAGCTTTCGCAAAGCGGGAGAACTTCTTAATCTGACACAACCGGCGGTATCCGCCCAGATCAAGAGCCTGGAAGAAGAATTTAAAACGGTGCTGGTGGACCGGAGCCAGCCCGTAACGTTAACCGACCGGGGACAGGTCTTCGTGGACCATGCCGAACAAATCCTCGGGATCGTCGATGAGCTGAAGCAGCGGCTATCCGACCTTGATCAAACTCCCCAGGGTCATATTCAGCTGGGTACAACCACTTCCATAGCGATTCAGATCCTGCCACGGGTACTTTCCTACTTTCAGGATCAATTCCCTCATATTAAAACAACCATTCAATCCATGGCTTCTTCGCAAATCTACCACAGCGTGGAGAACGGGCTCATCGACATCGGGATCGGTTATCTGATCGAGCGCAATCCCAACTTAAGCACATCCATTCTGTACTACGATACCTTTGAGCTTGTCGTATCCCCTCAGCATCCGCTAGCCAAACTCTCCACGGCAAGCATGGATGTGCTCGGCGGAATCCCCCTTATTCTGCTAACGCGCGATACCGTTGGCCGCCGCTTCGCAGACGACGTAATGAAGAAGCACGGCATTGAGCCGCAGGTTGTCATGGAACTGTCAAGCAGCGAAGAAATTAAACGGATGGTCGAGATCAATTTGGGCGCAGCGATTATATCGAAGCAGTCCGTCGCGACGGAGCTGCGCAACGGCACCCTGCAGATTGTTCCCCTGAGCGAGCTTGAAGTCAGCCACCCTGTCGGCGTAATCTATAAGAGCGGACGATACGTCAGCTCCGCTATGCGTCAATTCCTCAGTGACCTGAAAGGCATGCCCGAAACACAGTTCATCAGCAGCGAATAA	MNISQLETLITISKTMSFRKAGELLNLTQPAVSAQIKSLEEEFKTVLVDRSQPVTLTDRGQVFVDHAEQILGIVDELKQRLSDLDQTPQGHIQLGTTTSIAIQILPRVLSYFQDQFPHIKTTIQSMASSQIYHSVENGLIDIGIGYLIERNPNLSTSILYYDTFELVVSPQHPLAKLSTASMDVLGGIPLILLTRDTVGRRFADDVMKKHGIEPQVVMELSSSEEIKRMVEINLGAAIISKQSVATELRNGTLQIVPLSELEVSHPVGVIYKSGRYVSSAMRQFLSDLKGMPETQFISSE				NA	NA	NA	NA	NA
JZ016_03083	810	hisK_1	COG1387	Histidinol-phosphatase	ATGAAATTTGATCTGCACACCCACCATTTCCGCTGCGGTCACGCAGACGGCAACATTCGAGATTATATCGAGGCCGCGATTGCGGCAGATTTACAGGTGATTGGAATCTCGGATCACACACCATACTTCGGAAGTCCGGAGGAACACCCCTTCCCGACCACCACCATGGCAAAAGCCGACTTTGCCGGGTACGTACAAGAAGTTTTGGACTTAAAGCGGGAATATGAAGGTAAAATCAAGGTCTTGCTGGGCATTGAATCCGATTATTTTCCGAGCCACGCCCAGGTTTATCAGCAGGAGTTAGCGGCCTACCCTTTTGACTACATCATCGGCTCCATCCATCACGTCAGGGATATTAGCATCTTCAATAAAAACCGCTGGAAGAAACTTACGCCGGAGCAGCAGGTTGCCGATAAAGAGGAATATTTCAATCTGATCCGGCAATCCGCACGAAGCGGCATGTTCCAGATCATCGCCCATATGGACGCCATGAAAGGCTATTATCCGCTGTTCTCCGAAATCAAGGCCGATGAAGCCATCGAGGAAACGTTGAAAGTCATCGCGGAATCGGGCCTTGCCATCGAGATCAACACGTCCGGCAAAACCAAGCTGTGCGGCGGCTGGTATCCATCGAACGCCATCTTGGAGGTCGCGCACCATCACGGCGTTGACGTCACCTTCGGCTCCGACGCTCACAAGCCGTCAAGGGTTGGAGATGAATTTGACGAAGTCGCTAAAGTGCTCAAAGAAATCGGATACACGGAATGGGTATATTTCGAACAAAAGCAGAAGGTGACCGTACCTCTTTAA	MKFDLHTHHFRCGHADGNIRDYIEAAIAADLQVIGISDHTPYFGSPEEHPFPTTTMAKADFAGYVQEVLDLKREYEGKIKVLLGIESDYFPSHAQVYQQELAAYPFDYIIGSIHHVRDISIFNKNRWKKLTPEQQVADKEEYFNLIRQSARSGMFQIIAHMDAMKGYYPLFSEIKADEAIEETLKVIAESGLAIEINTSGKTKLCGGWYPSNAILEVAHHHGVDVTFGSDAHKPSRVGDEFDEVAKVLKEIGYTEWVYFEQKQKVTVPL				NA	NA	NA	NA	NA
JZ016_03084	909	lpxG	COG1408	UDP-2,3-diacylglucosamine pyrophosphatase LpxG	ATGAGAAATCCATCCTCGGCAGCCTCCCATGGCACAGCCCATGAAGGGGGAAAGCGAGAAGTCATGCAGACAAAGATGTCGCGCCGCCAATTTCTGAAGATGGGTGTTTCCGCCGTGGTCGGCGTTGGCGCTGCAGGCGGGGCTTACGCATCGTTATGGGAGCCTCATCAACTGGACATTACAAGACTGACTTTGGCGCTTCCTTCACTGCCCAAGCCCTTTGACGGGATGAAGGTCGTTCAGTTTAGCGATTTGCATCTGGGCTTTCATACCGGGGCAAAAGATGTGGCACGCTTGGTACAAGCCATTCAACAAGAGAAACCGGACATGATCTGTTTCACGGGGGATATGGTGGACGGCAATACAGAGGATATGAGGGCTGCCATTCAACCGTTCACCGAGCTGAAAGCTCCTCTCGGCCTTTTTTCCATATTGGGTAACCATGATTACGAAGACGTGGAGACTCTGATCTTTTTGGAGGAAGAGGCCGGATTTCACGTGCTGCGGAACACGGCCGTGAAGCTGAGGCGGGAGGGTGCCGTCATCGCCGTGGCAGGTTTGGACGACGTATTCTGGGGGCAGCCGGATCCGGCTGCGGCCATTCAAGATTTACCCGACGGGATGTTCAAGCTGCTCTTAATGCACGAGCCGGATTATGCAGATACGACTGCGGCCTATTCATTCCATCTCCAGCTGTCGGGCCACAGCCATGGGGGCCAGATCCGTTTGCCCTGGATTGGCGAGGTGATCACGCCGCCCGGGGCAAAGCGCTATGTGCAAGGACTATATACCACCGGTTCGCAAGGAATGTTGCTCTATGTAAACAGGGGAATCGGCACGACGCAGCTTCCTTTTCGCTTCTTATGCAAACCTGAGCTTACGGTGCTTACCTTGCGCTCCATGACATAA	MRNPSSAASHGTAHEGGKREVMQTKMSRRQFLKMGVSAVVGVGAAGGAYASLWEPHQLDITRLTLALPSLPKPFDGMKVVQFSDLHLGFHTGAKDVARLVQAIQQEKPDMICFTGDMVDGNTEDMRAAIQPFTELKAPLGLFSILGNHDYEDVETLIFLEEEAGFHVLRNTAVKLRREGAVIAVAGLDDVFWGQPDPAAAIQDLPDGMFKLLLMHEPDYADTTAAYSFHLQLSGHSHGGQIRLPWIGEVITPPGAKRYVQGLYTTGSQGMLLYVNRGIGTTQLPFRFLCKPELTVLTLRSMT	PGPT0022365_2761	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098	NA	NA
JZ016_03085	1380	aldH1	COG1012	4,4'-diaponeurosporen-aldehyde dehydrogenase	ATGATTGTTAACGATTCGATCGCAGCATTAGTTTCAGCTCAGCGGCGTTTTTTTCATAAAGACATCACCAAGGAAGTGGATTTCCGTCTGCAGCAGCTGACCAAGCTGCGCCAGGTTCTGATTGCCAGGGAAAACGATATTATGGAGGCCCTTCGCAAAGACTTGAACAAAAGTGAACAGGAGGCCTTCACGACGGAGATCGGCATTGTGTATAAGGAGCTTTCCTTCATCCTAAAGAATCTGAAGCGCTGGGCCAAGCCGCAGCGAGTCAAAACCGCATTGACGCATGTAGGCAGCAAGGGAATGGTCTACCCTGAGCCCTACGGTACGGTACTGATTATTGCTCCCTGGAATTATCCTTGGCAACTGGCCATCTCTCCGCTGATCGGAGCTTTGGCCGCCGGGAACACCGCGATTGTAAAGCCCTCCGAGCTGACGCCTAACGTATCCGGACTCATTACGTCCATCATCACGGAGACGTTTGACCCGCAATACGTGGCTTCAGTGGAGGGAGGACCCGAGGTAAGCACAAGCTTGCTGGAGCAGCCAATGGATTATATCTTTTTTACCGGCAGTACCCATGTCGGCAAAATCGTCATGCAAGCCGCCGCCAAGCAGTTGATCCCGGTGACGCTGGAGCTTGGAGGCAAAAGCCCCTGTATCGTCCACGAGGATGCCCCTCTGGCCCTGGCGGCAGCACGTATCGCATTTGGCAAATATACCAATGCCGGCCAAACCTGCGTCGCGCCTGATTATGTGCTCGTACACAGCAAGGTCAAGGAGAAGTTCATCGCGCACCTGAAAGACGCCATCACTTCGTTTTACGGCGAGAACCCTCTAACTAATCCCGACTATGGGCGCATTGTATCGGAGAAGCATTTTGAGCGGCTGTCCGGCTTTCTGAACAATGGAACCCTTCGCCATGGCGGGAACCGCTCTAAGGAGAACTTGCGCATCGAGCCCACCGTGCTGGACGATATCACTTGGGATATGCCGGTTATGGAAGAAGAGATTTTCGGCCCCCTGTGTCCGATCCTGACATATGAAGATGTACACGAAGCTGTCCAGGCGATTCATCACCGTCCCAAGCCGCTCGCCCTTTACTTGTTCACGGAGAATGAAGACGTTCAGGATTACGTGCTCTCCTCGGTTTCTTTTGGCGGGGGATGTGTCAACGATACGCTGATGCATCTGGCCACTCCCTTCCTTCCATTCGGGGGTGTCGGCGAGAGCGGGATGGGCGCCTACCACGGGGAACACAGCTTCCATACCTTCTCCCATAAGAAAAGCGTGCTCAAGCAGACCAACCGGTTCGATTTCAAATTCCGCTATCCTTCCAAGAACGGGCTCGGCATTCTGAAAAAGCTGATGAAGCCGTAG	MIVNDSIAALVSAQRRFFHKDITKEVDFRLQQLTKLRQVLIARENDIMEALRKDLNKSEQEAFTTEIGIVYKELSFILKNLKRWAKPQRVKTALTHVGSKGMVYPEPYGTVLIIAPWNYPWQLAISPLIGALAAGNTAIVKPSELTPNVSGLITSIITETFDPQYVASVEGGPEVSTSLLEQPMDYIFFTGSTHVGKIVMQAAAKQLIPVTLELGGKSPCIVHEDAPLALAAARIAFGKYTNAGQTCVAPDYVLVHSKVKEKFIAHLKDAITSFYGENPLTNPDYGRIVSEKHFERLSGFLNNGTLRHGGNRSKENLRIEPTVLDDITWDMPVMEEEIFGPLCPILTYEDVHEAVQAIHHRPKPLALYLFTENEDVQDYVLSSVSFGGGCVNDTLMHLATPFLPFGGVGESGMGAYHGEHSFHTFSHKKSVLKQTNRFDFKFRYPSKNGLGILKKLMKP	PGPT0006875_9469	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
JZ016_03086	687			hypothetical protein	ATGTCATGGTGGATGTGGCTGCTCAATTTGACGGGCTTCCTGCTGTTGATTTATTTGTTCTACAGCATGGACAAGAAGTGGTCCAGCAGGCCTTTGCTGCTTGCCCCACTGCTCATTTATGTCCTGGTATCGGTTGAAGATTTGCTTGGGTGGATCGATCTGATGAACGTGGTGCCCGGAGATGGCGGCATGCGCGCTCTAATCCTGTTGTTTTCATTATGCTCCGTTATTTTCTATGTGCTGTATATATTCGACAAGATTGCAGACTCCGTCCATCAGCATGTTGATATGAAAACAACCTTGGTCCGGATCAGCATGGCGGCGGGGATGTGCATTTTGTTTTTCACGATGGTGTATATGTCGATCTATAAGCTGTTCGGAGGCACTTCCTTCGAAGGCGAGAACCTTGGCCAGGATTTGCTGAGCCAGTTCATTACCTTCCTGTATTTCAGCATGGCGACGTTTGTCACGGTCGGGTATGGCGATGTAGCCCCAATCGATAATACGTCCCGGCTTGTCGTAGTGCTGGAGATTGCCTTCAGTTTCATTACCGTTGCGTATGCGCTGTCCATGCTGGGAACGCTGCGCCGGATTTTCACACCGGGCGATGACGGCTTGGATGTGGCTGGCAGTGAAGAGAAGGCGAAGGCCAATAAGCCGCATCGAAGAAAGCATTCATCCATGTAA	MSWWMWLLNLTGFLLLIYLFYSMDKKWSSRPLLLAPLLIYVLVSVEDLLGWIDLMNVVPGDGGMRALILLFSLCSVIFYVLYIFDKIADSVHQHVDMKTTLVRISMAAGMCILFFTMVYMSIYKLFGGTSFEGENLGQDLLSQFITFLYFSMATFVTVGYGDVAPIDNTSRLVVVLEIAFSFITVAYALSMLGTLRRIFTPGDDGLDVAGSEEKAKANKPHRRKHSSM	PGPT0002715_4832	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716	NA	NA
JZ016_03087	801	yokD_1	COG2746	SPbeta prophage-derived aminoglycoside N(3')-acetyltransferase-like protein YokD	TTGATCATTGAAAGACCGATTACGATAAAGGATATAAGCGATGACCTGATTGCTCTGGGCGTAAGGAAGGGAATGACCCTGCTGGTTCATTCCTCGCTCAAGAGCCTGGGCGGATGGATCGTCGGCGGTCCGGAGGCGGTTATACTGGCCCTGGAGGATATTCTGGGCGATGAAGGGACACTGGTGATGCCGACGCAGTCTGCGAACTTAACCGATCCGAAGACATGGGGGAATCCTCCGGCCGACCCGAAATGGTGGGATCTGATCCGCGAAGGCATGCCTCCCTATGATCCGGCTCTGACCGTCACATCAGGGATGGGGATCATACCGGAAGTGTTCCGCAAGCAAGAAGGGGTCATCCGAAGCTTACACCCGCATGTTTCGTTTGCTGCACGCGGCAGGGAAGCGGAGGCGCTTATGCAACCCCATTCGCTGGATTACGGTTTGGGAGAAGCCTCTCCGCTGGCGCGTTTATATAAAGCTGGGGCCTATGTGCTTATGCTCGGCAGCGGCTATGGCAATAATACTTCCTTCCACTTAAGCGAATATCGTGCGGATTGGGCAGGCAAGAAGGCGGTTACCGCCCACGCGCCAGTACGCAGGGTACAGGGAATAACAGAGTGGGAGGCATTTCAGGATATCAACTATCACTCCGACGATTTTGAAGCGATTGGAGCCTCGTTTGAAGCGGAATGCACCGGTGCATATAAGCACGGCCGTGTAGGAAAGGCAGACTGCGTATTGGCCGAACAACGGGCCATGGTGGATCATGCCGTACAGTGGTTGGTGAAGAACCGTTAG	MIIERPITIKDISDDLIALGVRKGMTLLVHSSLKSLGGWIVGGPEAVILALEDILGDEGTLVMPTQSANLTDPKTWGNPPADPKWWDLIREGMPPYDPALTVTSGMGIIPEVFRKQEGVIRSLHPHVSFAARGREAEALMQPHSLDYGLGEASPLARLYKAGAYVLMLGSGYGNNTSFHLSEYRADWAGKKAVTAHAPVRRVQGITEWEAFQDINYHSDDFEAIGASFEAECTGAYKHGRVGKADCVLAEQRAMVDHAVQWLVKNR	PGPT0028625_420	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028625-aacC-K00662	NA	NA
JZ016_03088	765	frdB	COG0479	Fumarate reductase iron-sulfur subunit	ATGTCTCAAACGACAGCCGCCTCAAAGAGCGTTAAGTTTATCATTACACGTCAGGACAATCCGGAGACGAAATCCTATACTGAGGAATTCGAAATTCCGTACCGTCCCGGCATGAACGTTATAAGTGCGCTGATGGAAATTCAGCGCAATCCCCAAAATGCGCAGGGCCAAACGACCGCACCTGTATGCTGGGACTCCAACTGCCTTGAAGAAGTGTGTGGAGCTTGCTCCATGGTCATTAACGGCAAGCCGCGCCAAGCGTGTGCGGCTCTGATCGATAAGCTGGAACAGCCGATCCGAATTCAGCCGATGAAGACTTTCCCGGTTGTCAGAGACTTGGTAATCGACCGCAGTCGCATGTTCACGGCGCTTAAGCGCGTGAAGGCGTGGATTCCGATCGATGGCACCTACGACCTTGGCCCTGGACCTAAAATGGCGGAGAAGAAGCGCCAGTGGGCTTACGAGCTGTCCAAATGCATGACATGCGGTGTATGTCTTGAGGCTTGCCCGAACGTCAACGAAAAAACGGACTTTATCGGTCCTGCCGCCATTTCCCAAGTTCGCTTGTTCAATGCTCACCCGACAGGCGAGATGAACAAGGAAGAGCGTCTGGAAGCGCTGATGCAGGACGGAGGCATCGAGGGCTGCGGTAACTCGCAGAACTGCGTGCGTTCTTGTCCGAAGGGCATTCCGCTGACCACGTCGATTGCGGAAATGAACAAGGATACCACCAAACACCTGTTTAAGCGCTGGCTTAGCGTTTAA	MSQTTAASKSVKFIITRQDNPETKSYTEEFEIPYRPGMNVISALMEIQRNPQNAQGQTTAPVCWDSNCLEEVCGACSMVINGKPRQACAALIDKLEQPIRIQPMKTFPVVRDLVIDRSRMFTALKRVKAWIPIDGTYDLGPGPKMAEKKRQWAYELSKCMTCGVCLEACPNVNEKTDFIGPAAISQVRLFNAHPTGEMNKEERLEALMQDGGIEGCGNSQNCVRSCPKGIPLTTSIAEMNKDTTKHLFKRWLSV	PGPT0001600_1893	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001600-sdhB|frdB-K00240	NA	NA
JZ016_03089	1743	frdA		Fumarate reductase flavoprotein subunit	ATGGCATCTAATATTATTGTAGTGGGCGGCGGCCTCGCCGGGCTGATGGCAACCATCAAAGCGGCAGAAGCAGGAGCTCACGTTCATCTATTCTCACTTGTACCTGTTAAACGCTCTCACTCCGTGTGTGCGCAAGGCGGCATCAATGGAGCCGTGAATACGAAAGGTGAGGGCGACTCTCCTTGGGAGCATTTTGACGATACGGTGTACGGCGGCGACTTCCTTGCGAATCAGCCTCCGGTCAAAGCGATGTGCGAAGCGGCACCGGGCATTATCCACTTGATGGACCGCATGGGCGTTATGTTTAACCGTACGCCGGAAGGACTGCTCGATTTCCGCCGCTTTGGCGGAACGAAGCGTCACCGGACTGCGTTTGCCGGCGCAACGACCGGACAACAGCTGCTCTATGCGCTTGATGAGCAGGTTCGCCGCTGGGAAACCGCGGGTCTTGTGACCAAGTATGAGAACTGGGAGTTCCTGAATGCGATCATCGACGACGAAGGCGTGTGCCGCGGTATCGCTGCTCAGGATCTGCGCTCGATGGAGATCAAGTCGTTCAAAGCTGAAGCTGTCATTCTCGCAAGCGGTGGACCTGGTATTATTTTCGGAAAAACGACCAACTCGGTGATCAACACGGGAACAGCGGCCAGTGCCGTTTATCAGCAAGGCGTTCATTATGCCAACGGCGAGTTCATCCAGATTCACCCGACAGCCATTCCAGGCGATGACAAGCTCCGCTTGATGTCGGAATCGGCACGCGGTGAAGGCGGACGGATCTGGACCTATAAAGACGGCAAGCCATGGTACTTCCTCGAAGAGAAATACCCAGCTTACGGAAACTTGGTGCCGCGCGACATCGCTACGCGTGAAATCTTCTCCGTCTGCGTCGATATGGGACTTGGCATCAATGGCGAGAACATGGTCTACCTCGACCTCTCCCATAAAGATCCGAAAGAGCTGGACGTTAAGCTTGGCGGCATCATTGAAATCTATGAGAAATTCATGGGCGATGATCCGCGTAAAATCCCGATGAAGATCTTCCCGGCAGTCCATTATTCCATGGGCGGCATGTGGGTCGATTACAACCAAATGACGAACATTCCGGGGCTGTTCGCAGCCGGAGAATGCGAGTATCAATACCACGGTGCGAACCGTCTGGGAGCGAACTCCCTGGTTTCCGCCATTTACGGCGGTATGGTGGCCGGACCGAAGGCGATTGAATATGTCAAAGGCCTGAAGAAGTCCGCTGAGGATGTTTCCTCCACAGTATTTGATCGCGCTGCGAAAGAGCAAACGACCAAATACGAAGGCCTGCTCAAGATGGAAGGAACCGAGAATGCTTATGTAATCCATAAAGAGCTCGGCGAATGGATGACCAACAACATGACGGTGGTTCGCTACAATGACAAGCTTGAAGCTACCATCGGCAAAATCAAGGAATTGAAGCAGCGTTACCGCAATATCAATATGACGGATACCTCCCGCTGGAATAACCAGGGCGTGGCGTTCACGCGCCAGCTGTGGAACATGCTGGAGCTGTCCGAAGCCATGACGCTGGGTGCGCTTCTCCGGAACGAAAGCCGTGGGGCTCACTATAAGCCGGAATTCCCTGATCGTAACGATGAAGAATTCCTCAAGACAACCAAAGCGACCTGGACGCCTGATGGACCGCAGATTTCATACGAAGAAGTGGATGTTTCCTTAATCCCGCCGCGTATTCGCGACTATTCGAAAGACAAGTAA	MASNIIVVGGGLAGLMATIKAAEAGAHVHLFSLVPVKRSHSVCAQGGINGAVNTKGEGDSPWEHFDDTVYGGDFLANQPPVKAMCEAAPGIIHLMDRMGVMFNRTPEGLLDFRRFGGTKRHRTAFAGATTGQQLLYALDEQVRRWETAGLVTKYENWEFLNAIIDDEGVCRGIAAQDLRSMEIKSFKAEAVILASGGPGIIFGKTTNSVINTGTAASAVYQQGVHYANGEFIQIHPTAIPGDDKLRLMSESARGEGGRIWTYKDGKPWYFLEEKYPAYGNLVPRDIATREIFSVCVDMGLGINGENMVYLDLSHKDPKELDVKLGGIIEIYEKFMGDDPRKIPMKIFPAVHYSMGGMWVDYNQMTNIPGLFAAGECEYQYHGANRLGANSLVSAIYGGMVAGPKAIEYVKGLKKSAEDVSSTVFDRAAKEQTTKYEGLLKMEGTENAYVIHKELGEWMTNNMTVVRYNDKLEATIGKIKELKQRYRNINMTDTSRWNNQGVAFTRQLWNMLELSEAMTLGALLRNESRGAHYKPEFPDRNDEEFLKTTKATWTPDGPQISYEEVDVSLIPPRIRDYSKDK	PGPT0001605_4148	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001605-sdhA|frdA-K00239	NA	NA
JZ016_03090	669	sdhC	COG2009	Succinate dehydrogenase cytochrome b558 subunit	ATGAAAGGGTATTATTCCAGAAAGCTGCATTCTTTACTCGGTGTCATACCGCTTGGAGCATTTTTGCTCAGCCATATGATTTCCAACTTTAAGGCTTTCGAGGGTGGAAAGGAAGGCTTCGCAAGCGCGGTCCATTTTTTGAACAGCATGCCGCTGGTATTTTTCCTCGAGCTGTTCCTGATCTGGCTGCCACTGCTATATCACGGCGTCTACGGGTTATACATTGCTTACCAGGCGAATAACAACGTGGGCAATTACAACTATGAACGGAACATCCGCTTTACCATCCAACGGATCACCGGTGTTATTACGTTCGTTTTTGTTATCTGGCATATGTACGATACGCGTTTCCAAATCATGATCGGCAAAATCACGCATGACGATTTGGGCGCCACGATGCACGGCATCATGAACAATCCGGTTCTGTTTGCTCTGTACGTCATCGGCGTTGTTTCCGCAACCTTCCACTTCGCTAACGGCCTGTGGGCGTTCCTCGTCAGCTGGGGCATTACCGTCGGTCCGCGCGCGCAGAAGGTATCCACTTACATCTGCATGGGCTTGTTCGTATTGATGAGCGTGCTGTTTGTTCTTGCTATGACAGCATTCCGCGGCTCCGAATTCCAGGCGGCGACGGCAGCGATCGATGTAGTTAAGACAGTCTTAAGTTAA	MKGYYSRKLHSLLGVIPLGAFLLSHMISNFKAFEGGKEGFASAVHFLNSMPLVFFLELFLIWLPLLYHGVYGLYIAYQANNNVGNYNYERNIRFTIQRITGVITFVFVIWHMYDTRFQIMIGKITHDDLGATMHGIMNNPVLFALYVIGVVSATFHFANGLWAFLVSWGITVGPRAQKVSTYICMGLFVLMSVLFVLAMTAFRGSEFQAATAAIDVVKTVLS	PGPT0001595_992	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001595-sdhC|frdC-K00241	NA	NA
JZ016_03091	918	hdfR_2		HTH-type transcriptional regulator HdfR	ATGTTCGAAGAACTGGACATGTTCGCCGTCGTTGTAGAGCAATCCAGCATAAACCAGGCCTCCAAGCTGCTTAACTTGTCCCAGCCAGCCCTGTCCCGGAAAATAGCCAAGCTGGAGGACCAGCTCGGGCTGCAGCTGTTCAACCGCCGGGGCAAACGGCTGGAGCTTACCTCCATCGGACAGATTGTGTACACCTTTGCCCTGGAGCAGCGGCAGCAGCAGATCAAATTCATGCAGACGTTGGCCCATTACCGGGAGGGGGATCAGATCTCGATCAACCTGGGGGCCAGCCTGACCACCCTTCAGACCACCTTGCCCCCGCTCGTTAACGCATTCATGGAGCGTCATCCCGCGGCCGAAATCAAACTGATTACCGGCAAGACCCATGAGATCGTTTCTTATGTAAGAGATAAACGCGTCGATGTCGGCATTGTCGCCTCCTCCATCAACCAGCCCGGATTAAACTGCATCCCGTTGTTTGATGACCATCTGGAGCTTGTCATCCCTTCTTCACATCCGCTGGCGGAGCTCGAAGATGTTGGAATCGAGCAGCTTCAAGGCTTGCCGATGATCATTTTCTCGACTGGAACCTGGTACCGCAAGCTGACGGATGACCTGTTCCACCGCTGGGGCATTATGCCGGATATCCGGATGGAGATCGACTCCTTCGAAGCGATCGTCAGGCTCATCCCGACCTGCAAGGCGGCCGCACTTCTGCCCAAATCCTATCTCAGGCCGCAGCTGTTATCCGACAACGGGCTTGTCGACATTCATATTCCGGCCCTCATTGAAACCCGGCGAACGACTTCGCTGATCTACGGCCAAGCTTCGGATTTAAGCAAGGCGGCCAGCCGCTGGATTGACGAAACGGAAATTCTATTCCGTAAGCTGGAGGAGGACAAAATGAAGAAAACCTGA	MFEELDMFAVVVEQSSINQASKLLNLSQPALSRKIAKLEDQLGLQLFNRRGKRLELTSIGQIVYTFALEQRQQQIKFMQTLAHYREGDQISINLGASLTTLQTTLPPLVNAFMERHPAAEIKLITGKTHEIVSYVRDKRVDVGIVASSINQPGLNCIPLFDDHLELVIPSSHPLAELEDVGIEQLQGLPMIIFSTGTWYRKLTDDLFHRWGIMPDIRMEIDSFEAIVRLIPTCKAAALLPKSYLRPQLLSDNGLVDIHIPALIETRRTTSLIYGQASDLSKAASRWIDETEILFRKLEEDKMKKT				NA	NA	NA	NA	NA
JZ016_03092	675	ktrA_1	COG0569	Ktr system potassium uptake protein A	ATGAAACCAAAGCAATTTGCAATCATCGGTTTGGGACGATTTGGCGCCAGCCTGGCGCTTGAACTGATGGAACAAGGATATGAGGTGCTCGGCATCGACCGAAATGAAGAGGTTGTCGAGGATATGAGCGAGCTGCTGACACACACGGTGGTAGCGGATGCTACCGATGAAGAGGTGCTTAAATCGCTCGGTATTCGTAACTTCGACTGCGGCATTGTTGCGATCGGAAACGATATTCAGATGAGCATCTTATCCGCCATCTTGTTGAAAGAGCTTGGTGTCGCCATGGTCGTTGCCAAGGCGATTTCGGTGCTGCACGGCCGGGCGCTGGAGAAGCTGGGCGTCGACCGGGTGATCTTTCCGGAACGGGATATGGGAATCCGGGTAGCTCACCAGCTTGTCACGCCCAATCTGCTTGACTATATCGAATTATCCAAGGACTATCTGATTGTGGAGATGACGGTCACGGACTGCATGGACGGAAAAACGCTTAGCGAGCTCAATACGAGGGTTCGTTACGGTGTCAGCGTGGTGGCCCTGAATAAACAATCCGGCATCATCGTAGCGCCGACAGCCATGGATGTGGTGAACTCCGGCGACATTATGGTCGTTATCGGCTCCAATGATAATGTGGATCGCTTTGAGTCTGAGGTCGTGAATATGCTCGAAAAATAA	MKPKQFAIIGLGRFGASLALELMEQGYEVLGIDRNEEVVEDMSELLTHTVVADATDEEVLKSLGIRNFDCGIVAIGNDIQMSILSAILLKELGVAMVVAKAISVLHGRALEKLGVDRVIFPERDMGIRVAHQLVTPNLLDYIELSKDYLIVEMTVTDCMDGKTLSELNTRVRYGVSVVALNKQSGIIVAPTAMDVVNSGDIMVVIGSNDNVDRFESEVVNMLEK	PGPT0002710_3128	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499	NA	NA
JZ016_03093	1341	ktrB_3	COG0168	Ktr system potassium uptake protein B	TTGAACTCTAAATTGAACTGGCTCAGGTTGTCTCCGCCGCAGATTCTCGTGCTTGGTTTCGCGGCTATTATTTTCATCGGGACGGCGCTGTTAATGCTGCCGATATCCACAAGTACAGGTGAACCGCTGGAATTTATCGATGCCTTGTTCACTTCGACATCGGCAACTTGCGTAACGGGGCTGGTTGTGGTGGATACAGGAACGACATTCAGCTCCTTCGGACAGATCGTGATCATGCTGCTGATTCAGATCGGCGGGCTCGGTTTCATGACGATGGCCACTTTGTTTGCCTTGGCTCTCAAAAGGCGCATATCGCTCAAGGATCGCCTCATTCTGCAGGAAGCGATGAATCAGTCCTCGATGGAAGGAATCGTAAGGCTGATTCGCAGAGTACTCCTGTACTCCCTGATCATCGAGGCCTGCGGTGCCTTGATTCTATCGATCCGCTGGGCGTTTGACATGCCGATCGGCCGAGCGATTTATTATGGCGTTTTTCATGCGGTCACGATGTTTAACAACGCCGGTTTCGATTTGTTTGGCGATTTTCGGAGTTTGACCGGGTATGTCTATGATCCTGTAGTCAACGTTGTCGTGATGTTTTTGATCGTCTCGGGCGGCATCGGTTTTATCGTATTATCCGATCTGATTGATTTCCGGAAACAGCGGAGACTTTCCTTGCACTCCAAAGTAGTGCTCACCATGACGGCTACCTTGCTGCTGGTTGGATTTATCGTCATTCTTATTTTTGAATTCACCAATCCGAGGACGCTCGGCTCCCTGAATTGGGGCGGAAAATTCTTCGGCGCATTATTCCAATCCGTAACGCCGCGTACAGCTGGCGCGAATACTATAGATATTACGGGGCTTAGACAGGCCACGCAATTTTTTATCGTTATTCTGATGTTTATCGGAGCATCCCCAGGGTCAACCGGGGGTGGTATCAAAACAACAACCTTCACCATTATGGTGGGGGCGGTCATCGCCATGATGCGCGGGCGTGAAGACATCGTCATGTTCCGTTATCGCCTGGCCCAGGAGCGGGTGCTGAAGGCACTGACCATTGCATTACTGGCACTGCTGCTCGTTCTAACCGTATCGATGATTCTGTCGACGACAGAGGAAGGGGATTTCCTGGAGATTTTATTCGAAACGACATCCGCCTTCGGTACGGTGGGTCTCTCCATGGGCCTAACGCCCGATCTGACGGTGTTCGGCAAGGTTTTGATCAGCATTACGATGTTTGCAGGACGATTGGGGCCGTTGACGCTTGCTTATGCACTGGGGCCGAAAAAGGGTAAAGAATTATATCGTCATCCGGAAGGCAAAATGATTATTGGATAA	MNSKLNWLRLSPPQILVLGFAAIIFIGTALLMLPISTSTGEPLEFIDALFTSTSATCVTGLVVVDTGTTFSSFGQIVIMLLIQIGGLGFMTMATLFALALKRRISLKDRLILQEAMNQSSMEGIVRLIRRVLLYSLIIEACGALILSIRWAFDMPIGRAIYYGVFHAVTMFNNAGFDLFGDFRSLTGYVYDPVVNVVVMFLIVSGGIGFIVLSDLIDFRKQRRLSLHSKVVLTMTATLLLVGFIVILIFEFTNPRTLGSLNWGGKFFGALFQSVTPRTAGANTIDITGLRQATQFFIVILMFIGASPGSTGGGIKTTTFTIMVGAVIAMMRGREDIVMFRYRLAQERVLKALTIALLALLLVLTVSMILSTTEEGDFLEILFETTSAFGTVGLSMGLTPDLTVFGKVLISITMFAGRLGPLTLAYALGPKKGKELYRHPEGKMIIG	PGPT0002735_4543	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498	NA	NA
JZ016_03095	1692			hypothetical protein	ATGAATCGTGCAAGAGAGCCCTTGAAGCTGAAGCCCAATCTGAAACAGCTCATCGCGCCTGCCGCAGTCGGCCTGATTCTGTTCCTATTATTTCAGGTGTTTCCGTCGACGAATTCGGATTCTACCGAGATGGCATCTCCGAATATCATATCCAAGGAGCAGGCTCGGCAAGCGGCTTCAAGCTTTGCTCAAGAGTTTTTGCAGTTTACGGCTGCAAAAACGGATGACACGCTGGTTACATATCAATCCAAATCGGAACTTTACGGATATCTGGCGAAGGAAAAGAGACTTTCGGAATACAACAAAACCTATGAAGCCAAATATCCCTATGACGTATACCGCGTTCGCTTCAGCAAGCCGGGTGGTGGCGATGCCCTCAATGTGGACGTGCACATGCAAAATTCAGGCATCGTCGGCTTCTCGTACGATTACGCCCGCTCCAGCTATGACCGGATTGAGCTGAACAAAGGCGATGTACAAAGACAGATGCTGCTTGTGGTCGAGGACGGCATGTCATTAGCCGAGAAGCAAGCTCTTGCGGAGCCTTGGCTCCAGCGAGCGGGTTATGACCTGTCGCACCTGGAGCTGGTCACGCGGGAAGGGGAACCCCAGCTCCGGTATGTGGACCCGGATTCCAAGATCGGCGACTCCAGATTGGAGCACCGTTTCACATTCGAGCAGGGGAAATTACGCTCTTATGAGCCATCTTTTTCGGTTCCGGCCGCCCATTCCGCCTATGTCAACAAGCAGACCCAAGATGCCACGCTGCTGACCCTTGCAGGGTATGGCCTGTTCACCCTCATCCTTGGCATTCTTGCGATTGTGTACAGCGTGAAGACCAGAGCCTACACGTCGTTTAAGCGCGGCCTGTTCCTATCGGCGCTGCTGTTTGTCATTCAGATGCTGAATACGTACAATCTGATTCCCGTTTTCAAATCCGAGGGGATGTCGCAAACCGGCATACTCGGGATGATGATCTTCTATGCGGTCTATTCGCTTATCTTCTCCGCACTGCTCTATTTCTCCCTTGTCGGGGGCAGCGGGCTATGGCTCAAAGAAGACGGGCTTAATCCATGGCCGCGCGCCAAAGAACCTGGATACGGTCATTATGTGATGGATAGCATGAAGCTGGGGTATATGTGGGCTTTCATCCTGCTTGGGGTCCAATCCATTATCTTTGTCGTTCTGGGCCTGACCTTGAATACATGGTCCACCACGGATGCCACACAATCGCCTTACAACATGCTCTATCCTTGGCTCTTCCCGCTGATGGCCTGGCTGGCCGGGATATCCGAGGAGGCCGTCTATCGACTGTTCGGGATCAAAATGCTGAAAAAGATCGTCCGCAATACGTTCGTAGCCAGTTTGATCACTTCGATCATTTGGGCGCTCGGGCATACACTCTATCCGATATACCCTGTAATTTCCCGGCCCATTGAACTGGTGATCATCGGCTTGCTGTTCAGCTACATCTTTTTGAAATACGGGTATTTGGCGGCTATGTTCTCCCACGTCATCTTTAATAGCATCTTGATGGGCATTAGCCTGATCCTGCTCAAGGATACCAGCAACTTGCTGATGGGTGCGTTCTACATGGTGCTTCCGGCGATGGTCGCCTATGCGATTTACCGTTTCAATCCAACAAAAAAAGAGAAGCCGTATGTCACGACTCCTCCTCACGAAGTGCCTTAA	MNRAREPLKLKPNLKQLIAPAAVGLILFLLFQVFPSTNSDSTEMASPNIISKEQARQAASSFAQEFLQFTAAKTDDTLVTYQSKSELYGYLAKEKRLSEYNKTYEAKYPYDVYRVRFSKPGGGDALNVDVHMQNSGIVGFSYDYARSSYDRIELNKGDVQRQMLLVVEDGMSLAEKQALAEPWLQRAGYDLSHLELVTREGEPQLRYVDPDSKIGDSRLEHRFTFEQGKLRSYEPSFSVPAAHSAYVNKQTQDATLLTLAGYGLFTLILGILAIVYSVKTRAYTSFKRGLFLSALLFVIQMLNTYNLIPVFKSEGMSQTGILGMMIFYAVYSLIFSALLYFSLVGGSGLWLKEDGLNPWPRAKEPGYGHYVMDSMKLGYMWAFILLGVQSIIFVVLGLTLNTWSTTDATQSPYNMLYPWLFPLMAWLAGISEEAVYRLFGIKMLKKIVRNTFVASLITSIIWALGHTLYPIYPVISRPIELVIIGLLFSYIFLKYGYLAAMFSHVIFNSILMGISLILLKDTSNLLMGAFYMVLPAMVAYAIYRFNPTKKEKPYVTTPPHEVP				NA	NA	NA	NA	NA
JZ016_03096	2004	uvrC_1	COG0322	UvrABC system protein C	ATGGACGATTTTGCCAAACAGCTTCAGGAGCAGGAGAAGGCGCTGGAAAATATTCGCCACAAGCTGGCATTGCTGCCGGACCAGCCCGGCTGTTACTTGATGAAGAATCATGAAGGCACGATTATTTATGTGGGCAAGGCCAAAGTGCTGAAGAACCGGGTACGCTCTTATTTTACCGGAAGCCATAACGGGAAGACCCAGATGCTGGTTTCGGAAATCCGCGATTTCGAATACATTGTAACCGGCAGCAACATGGAAGCATTGATTCTAGAGTGCAACCTGATCAAAACCCATCAGCCGAGATTCAACGTGCTGCTGAAGGATGATAAAACCTATCCATATCTTAAAATAACGAATGAAGAGCATCCCCGTCTGGAAGTAACCAGAAGGGTGCTTAAAGATAAAGCCAAATATTTTGGTCCCTACCCGAATGCTTACGCGGCACAGCAGACCAAGAAGCTGCTGGACCGGATGTATCCTTTGCGCAAATGCGGCGTCATGCCGAAAGAAGTGTGCTTGTACTATCATATGGGGCAATGCTTGGCTCCATGTGTGAAGGAGATTCCGAAGTCTGCATATGAGCAGATCACCGGGGAGATTACATCATTTCTTAGCGGTGGGCATGAGGAGATCAAGAAGGAACTGCAGCGCAAGATGCAGGAGGCCGCGGAGGATTTGTATTTCGAGCGAGCCAAAGAGCTGCGGGATCAGATCATCCATATTGATACGCTGATGGAGAAGCAGAAGATTACGACGACGGATACGCGGGACCGCGACGTATTCGGTTATGCTGTGGATAAAGGCTGGATGTGCGTGCAGATCCTGTACATGCGCCAAGGGAAAATGGTGCAGCGCAACAAGTCCGTTTTTCCGTTCTACGGCGATGCGCACAGCGACTTTATGTCTTTTATTGCCCAGTATTACAGCGATAATCCTGCATTGCCGCAGGAAATTCTGCTGCCTGAGCCTCTGTTGATAGACGAGGCTGGTTCGGAGTCGGTTACGGGAACGACTGCGGATACAGGTGTGCAAAGCGCAGAGGAAGCCGCGGATTCGGCGAATCCGCTTTCCGCAGGGACATTGGATGCGCAGCAGGCTGCCCTTGCCCAGGCACAGGAGAAGCAGGCGGAAGCTGCGGGCATCGTGGATGCAGCCGGAGGGGCTGCCGCCCTGCAGGAATGGCTCGGCGTGAAGGTGCATGTGCCGCAGCGCGGCTTGAAGAAGCAGATGGTGGGCATGGCATCGGATAATGCGAAGGTGTCCTTGGACGAGAAATTCCGCTTGATTGAACGCGATGAAGAACGCACCTCGGTTGCCGCGGCGAATCTGGGGGAAGTGATCGGCCTCCAGTCGCTGAACCGGATTGAGGCATTTGATAACTCGAACATTCAGGGGACCAATCCGGTATCGGCCATGGTTGTATTTACCAATGGGAAACCGGACAAGAAGGAATACCGGAAGTACAAGATCCGTACCGTGCTGGGACCGGACGATTATGATACGATGCGTGAAGTCATCCGGCGGCGGTACGAGCGCGTCTTGAAGGAGAACTTGCCGCTTCCCGATCTGATTGTGGTGGATGGAGGGAAGGGACAGATTTCCGCCGCCATCGATGTACTTGAGAATGAGCTGGGGCTGTTTATCCCGGTCTGCGGGCTTGTGAAGGATGCCAAGCATAAAACAGCGCAGCTCATGGTCGGAGACCCGCCGGAGCCGGTTACGCTTCCCCGGGACAGCCAGGAGTTCTATTTGCTGCAGCGCATTCAGGATGAGGTTCACCGTTTTGCGATTTCCTTCCACCGCGAACAGCGCGGCAAATCGATGGTATCCTCCAAGCTGGATTCCATTCCGGGCATTGGAGAGAAGCGCCGCAAGCTGCTGTTAAAGCATTTTGGCTCAGTCAAAAAAATAAAAGAGGCTTCAGTCGAAGACTTCAAGCCCCTTTCAATCGGTGAGAAATTAGCAACGGAAATTCTTAAGGCACTTCGTGAGGAGGAGTCGTGA	MDDFAKQLQEQEKALENIRHKLALLPDQPGCYLMKNHEGTIIYVGKAKVLKNRVRSYFTGSHNGKTQMLVSEIRDFEYIVTGSNMEALILECNLIKTHQPRFNVLLKDDKTYPYLKITNEEHPRLEVTRRVLKDKAKYFGPYPNAYAAQQTKKLLDRMYPLRKCGVMPKEVCLYYHMGQCLAPCVKEIPKSAYEQITGEITSFLSGGHEEIKKELQRKMQEAAEDLYFERAKELRDQIIHIDTLMEKQKITTTDTRDRDVFGYAVDKGWMCVQILYMRQGKMVQRNKSVFPFYGDAHSDFMSFIAQYYSDNPALPQEILLPEPLLIDEAGSESVTGTTADTGVQSAEEAADSANPLSAGTLDAQQAALAQAQEKQAEAAGIVDAAGGAAALQEWLGVKVHVPQRGLKKQMVGMASDNAKVSLDEKFRLIERDEERTSVAAANLGEVIGLQSLNRIEAFDNSNIQGTNPVSAMVVFTNGKPDKKEYRKYKIRTVLGPDDYDTMREVIRRRYERVLKENLPLPDLIVVDGGKGQISAAIDVLENELGLFIPVCGLVKDAKHKTAQLMVGDPPEPVTLPRDSQEFYLLQRIQDEVHRFAISFHREQRGKSMVSSKLDSIPGIGEKRRKLLLKHFGSVKKIKEASVEDFKPLSIGEKLATEILKALREEES	PGPT0014925_872	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014925-uvrC-K03703	NA	NA
JZ016_03097	318	trxA_2	COG0526	Thioredoxin	ATGGCTATCGTCAATGTTACCGACCAAACCTTCGTGAATGAAGTTGAAGGTCAAGGAACGGTTGTAGTTGATTTCTGGGCGCCATGGTGCGGCCCTTGTAAAATGCTTGCTCCGATTCTGGACGAATTGTCTTCAGAACTCGGCGATGATGTAAAAATTGCTAAGGTGAACGTGGATGAGAATCCGGAATCCGCAGCACGTTTCGGCGTGATGAGCATTCCGACCATGATTTTCTTTAAAGACGGCCAACCTGTCGATAAAGTGGTAGGTCTGAACTCCAAAGAAGCCTTGAAAGGCATCATTGCAAAACATCAATAA	MAIVNVTDQTFVNEVEGQGTVVVDFWAPWCGPCKMLAPILDELSSELGDDVKIAKVNVDENPESAARFGVMSIPTMIFFKDGQPVDKVVGLNSKEALKGIIAKHQ	PGPT0013055_9450	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
JZ016_03098	156			hypothetical protein	ATGGATGTAAACGTACGCGTTAACGATCCACGGGAGCACATCAATGAAGAACCACGCAATGACTTTGGCGATTTGATGATGGGCTTCGTGGGGATGTTTGGTTTCATGACCATCATCTTTTTCGGATTCGTCATTATCAAGTTCTTGGTCGGCTAA	MDVNVRVNDPREHINEEPRNDFGDLMMGFVGMFGFMTIIFFGFVIIKFLVG				NA	NA	NA	NA	NA
JZ016_03099	954	dnaI	COG1484	Primosomal protein DnaI	ATGGAGTCCCTTGGTGAACTGCTGGAAAGCATGAAAAGTCCTGCGCTCCGGCGCAGAACCGAGCAGATTATGGAAGATTTGCTCAGGAATCCTCTGATTCAAGCATTGCGGAGCGAATACCCGGAGATCGATGACCGGGTCATTCGTTTGAATTTAAGCAAACTGTACCAATATGCGGGAGATCAGGCCCACTGCAAGGCATGTCCGGGTCTCGACCGGTGTCCGAATGATTTCCAGGGACATTTCAGCAAGCTGGATATCCAGCGGATGAACGGAACCGTGGAGATCTATGAGCGGAAGGCGCCGTGTTCCCTGCAGATTGCGAAGACCAATGAGGATCAGATCAAAAAACGGATCCGCAGCTTTTATGTCGATGAACATGCCTTGAACGAAGGTTATGACAATATGGAGATTATGGCGAAGGACCGCCTGCGGGCACCTGCGGTGCACCAGGTGTTTAAGTACATCCGGGATACGAAGGAGAATGGGTTGTCTCCGCGCGGCTTGTATCTCACCGGTTCGTTTGGTACGGGCAAGACCTACCTGATGGGCTACCTAATGCATGAGCTCGCGAAAGCAGGCCATTCGGGCGTTATCGTGTATATGCCTGATTTCGTGGAAGATCTGAAGACCATGATGCAGGACGGACAGAAGCTGAAGGACATGGTGGAGACGATGAAGCATTGCGATCTGCTGATCTTTGACGATATCGGAGCGGAGAATTTGAATCCGTGGGTTCGGGATCATGTCCTCGGCTCCATCCTGAATTTCCGGATGAATCGGCTGCCGACCTTCTATACGTCGAACTATCCGCTCGACGGGCTTGAACAGCATCTGAGCTTCACGAGCAAGGATGGCGAGGAGCTTCACAAAGGTCAGCGCTTGATGAACCGGATTGCGCCTTTTGTGGATGTCGTTCATTTATTCGGGGAGAACCAGAGAGGTAAATTCTAG	MESLGELLESMKSPALRRRTEQIMEDLLRNPLIQALRSEYPEIDDRVIRLNLSKLYQYAGDQAHCKACPGLDRCPNDFQGHFSKLDIQRMNGTVEIYERKAPCSLQIAKTNEDQIKKRIRSFYVDEHALNEGYDNMEIMAKDRLRAPAVHQVFKYIRDTKENGLSPRGLYLTGSFGTGKTYLMGYLMHELAKAGHSGVIVYMPDFVEDLKTMMQDGQKLKDMVETMKHCDLLIFDDIGAENLNPWVRDHVLGSILNFRMNRLPTFYTSNYPLDGLEQHLSFTSKDGEELHKGQRLMNRIAPFVDVVHLFGENQRGKF				NA	NA	NA	NA	NA
JZ016_03100	1506	dnaB	COG3611	Replication initiation and membrane attachment protein	ATGCGCATGACTAATTTTTTACATTTTACCGAGAACCACCGTTACTGCGTATACCGTGACTTCTGCTTAAGCGGCCTGGATGACAAAATGCTTGGTTCGATTTATCAACCGATGGTTGGCGCGTTTGCTGTCAGTCTGTACCGTCTTCTCGTATCGCATGTGCCGGTGGAGAAGGTGGGTTACTCGGCTATTGAACAGCAGCGAAGATTATTCTTGACATTAGGGCTTGAGCCTAGTGAAAAAGGACGCCGATTTCTCATTGAGCAAACCTCGAAGCTGGAAGCGGTAGGTTTACTGCAGACAAGCCGGATGTTTGTCCCGGAAACGGATGACCATATCTATGAATATGAGCTGCAAGCACCGCTCAGTCCAGCGGAGTTCTTTAACACTCAGCATCTGACACTGCTGCTTCGCGACAAGGTGGGGAAATTCGCCGTGCTGTCGTTAAGAGAAGAGCTTTGGAGCAAGGAACCCCTTGAATGGTCCGGTATTTCCTTCAACAAGGAGAACATTTCGGTTCCCTTTTATGATATTTTTGAGCTGAACACGCATGTCATTGATTATGAACTGGAGCAAGCGCTGGAAGAGGTCGCGGTGTCACGGAAGTCCACGGCGCCGCCAAATCCGCAAGGAGAAGGTCTGAACTATGCGGACATTATTCTCCGTTTCCCGCGTGAGTCCCGTAATCGGGTCTTTGTGGAGCGTCTTCGCTACGACCACGAGCAGATGGGCATCGTGAATTACGTGGTGCGGAAATACGATCTCAGCACGCAGGATTTGTGCCGCCTGTTGGACGAGGACGGCATATTTACCGAGCATGGCGAGGTCGTGCTGGATGATCTTCAGCACAAGGCCAGTCTTCACTTTAGGCAGGGAATGAAGATGCAGGAGAAGCGGCAGATTACGGCAGGCAAGGTCGTTGCCTTGCGGCAGGAGATGACGGCCGATCCGGAAGAGCCGGCACAGGAGCATGCGGTAGAGATGGAATACTATGTAGAGGTTCCAACTCAGTTCCAATCGAAGTGCGATATCCACCAATATAATATGATGCTTCGCAACGAGCCTTATACCCGGCTCCTGCAGACCTTCTTCCCGGGCTCGGTTCCAGCGCAGTTCCTGGACATTTTCGAAAAGATTGATCTGAGTTACAAGCTGCCGGGTGAAGTCATCAACGTACTCATTCATTATTTAATGTCACTCATGGCCGCAGGCGGCGAGCAGCGCATCAACCGCAATTTCGTGGAGGCTATTGCTTCCAATATGCTGCTGAAGCAGGTGAACAGCTATGAGAAAGCTGTTCAGTATATACGCGATCAAGCCAAGATGAAGGGCAAGCAGAAGGCGACCACACAACGTACGCGTACATACGCTAAAGGCGGAAAGGTGAAGCCGGAAATTCCAGTGGCTCTGGAATCCGATCAGGCGGAAGCCGTATCGGATGAGGAATTCGAAGAAATGATGCGATTTGCGGCAGAAATGCAGGCTGGCAGCAAGAAGGGCGGATAA	MRMTNFLHFTENHRYCVYRDFCLSGLDDKMLGSIYQPMVGAFAVSLYRLLVSHVPVEKVGYSAIEQQRRLFLTLGLEPSEKGRRFLIEQTSKLEAVGLLQTSRMFVPETDDHIYEYELQAPLSPAEFFNTQHLTLLLRDKVGKFAVLSLREELWSKEPLEWSGISFNKENISVPFYDIFELNTHVIDYELEQALEEVAVSRKSTAPPNPQGEGLNYADIILRFPRESRNRVFVERLRYDHEQMGIVNYVVRKYDLSTQDLCRLLDEDGIFTEHGEVVLDDLQHKASLHFRQGMKMQEKRQITAGKVVALRQEMTADPEEPAQEHAVEMEYYVEVPTQFQSKCDIHQYNMMLRNEPYTRLLQTFFPGSVPAQFLDIFEKIDLSYKLPGEVINVLIHYLMSLMAAGGEQRINRNFVEAIASNMLLKQVNSYEKAVQYIRDQAKMKGKQKATTQRTRTYAKGGKVKPEIPVALESDQAEAVSDEEFEEMMRFAAEMQAGSKKGG				NA	NA	NA	NA	NA
JZ016_03101	300			hypothetical protein	ATGCTTCAATTTATTCCTGTGCTCGTGCTGATGATTTTGTTTTTTGTCATGATGTTCGGTATCGGTTTTATCCTAAATATGTTGATGAAGACGACCTGGTTTCCTTGCTTTCTGTTCGTGATTGTCATTTTGCCGGTCGTTGTATACAGCTTGTGGGATCGGGGCCAAATGTCGTTCTGGACTCACGTGGGATCCTTCCAACTGGTGGATTACTTAACGGGAGTTGCAGGTCTGATTGGTGCCTACATGAGCGGATGGACCATTAAGACATTGCGTATTAAAGGCTTTAGGATGTTTTAA	MLQFIPVLVLMILFFVMMFGIGFILNMLMKTTWFPCFLFVIVILPVVVYSLWDRGQMSFWTHVGSFQLVDYLTGVAGLIGAYMSGWTIKTLRIKGFRMF				NA	NA	NA	NA	NA
JZ016_03102	750		COG3253	Putative heme-dependent peroxidase	ATGAACGAAGCTGCAATGACGCTTGAGGGCTGGTATGCGCTGCACGATTTCCGCACCATCAATTGGCCGGCCTGGAAAGCTGCAGATGAAGAAGTACGTGCTTTTGCGCTGGACGAGCTGAACGCGTTCCGCGAGGAATGGGATGCCGTCGAAGCTGCCCAAAAAGGCAGTACCGCTGTATATACCATCGTCGGTCAGAAAGCCGATTTTGTATTCATGCTTTTGCGCGAGACGCTGGAAGAGCTGAACGCGATCGAGAACGCCTTTAACAAAACAACGTTCGCCCAGTTTACCACCAAGGCTTATTCTTATGTAAGCATTGTCGAGCTGAGCAACTACCTGGCCGGCTCCTCCGATGAGGATCCGATGCAGAATCCGCATGTCATTGCCCGTCTGAAGCCGGCCCTGCCAAAATCGAAGCATATCTGCTTCTATCCGATGAACAAAAAGCGGGATTTGTCGGACAACTGGTACATGCTCAGCATGGACGAGCGCAAATCCATGATGAAGAGCCACGGGATGATTGGCCGCGGTTATGCCGGCAAGGTCAAACAGATCATCACCGGTTCCGTTGGATTCGACGATTGGGAATGGGGCGTAACCCTGTTCAGCGACGACGCGCTTCAGTTCAAGAAGCTCGTGTACGAAATGAGATTTGACGAAGTAAGTGCGCGTTTCGGCGAGTTTGGTCCGTTTTATGTCGGCAACCTGCTCGATCAGGCTTCATTTACAGATTTAATGAAGGTATAA	MNEAAMTLEGWYALHDFRTINWPAWKAADEEVRAFALDELNAFREEWDAVEAAQKGSTAVYTIVGQKADFVFMLLRETLEELNAIENAFNKTTFAQFTTKAYSYVSIVELSNYLAGSSDEDPMQNPHVIARLKPALPKSKHICFYPMNKKRDLSDNWYMLSMDERKSMMKSHGMIGRGYAGKVKQIITGSVGFDDWEWGVTLFSDDALQFKKLVYEMRFDEVSARFGEFGPFYVGNLLDQASFTDLMKV	PGPT0008490_289	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	OTHER_BIOTIC_STRESS_RESISTANCE_GENES	BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0008490-hemQ-K00435	NA	NA
JZ016_03103	264			hypothetical protein	ATGAGACACTGCAGCGTTCAAGTACGGGGGCTGCTCACCAGAGATGAGCTTGATCGTTATAACGCCCTGATGGAGGTCGGCTCCTATCTGGAGTCGCAGGAGCGGTACGATCTGGCTTACACCATTCAGCAGGAGGTCGACATTCTCATACTTCCTGCTATTGAGCGGCTCAAGGATAAGGGACGTGCCCGGGATCGGGCGACGGCTGAATATCTTGAAACCTTGCGCAAGCAAGAGCAAGATGAGGACGATGGTGAGGAATAG	MRHCSVQVRGLLTRDELDRYNALMEVGSYLESQERYDLAYTIQQEVDILILPAIERLKDKGRARDRATAEYLETLRKQEQDEDDGEE				NA	NA	NA	NA	NA
JZ016_03104	1194		COG1252	NADH dehydrogenase-like protein	ATGAGCAGCATACCGAAGATCGTAATCCTTGGCGCGGGTTACGGAGGCATATTGACAGCGCAGCGGCTGCAAAAAGAGCTGAATTATAATGAGGCCGATGTTACATTGGTGAATCGCCATGATTATCATTATATTACAACGCATTTGCATATGCCGGCAGCAGGAACAGACAGCATTGAGAATACCCGGGTATCCATTTCCAAGTTGATCGACGAATTCAAAATCGACCTGGTCAAATCCTCGGTTCAGGAAATCCGCCTTCACGATAAGAAGGTTATTCTTGAAGATGGAACATTATCCTATGACTATCTTGTCATTGGACTCGGCGGAGAGCCGGAAACCTTCGGGATTCCAGGACTCGCAGAGCATGCGATGACGATCCGAAGCATTAACTCGGTACGATTGATACGTGAGCATATTGAGTATCAGTTTGCTTTATATAAAAATGAGCGCAGACCGCAAGAGCGCATTAACTTTGTGGTTGGCGGAGCCGGATTCAGCGGCATCGAGTTTGTAGCAGAGCTGGCGGACCGCATTCCGAGACTGTGCAAGGAATATGACGTCGATCCGACGCTGGTGAACATTTATAATGTCGAAGCCGCGCCTGCCGCGTTACCGGGGTTTGCACCGGAACTGGTGGAGTACGCCATGAACGTTCTAGAGAAGAAAGGCGTTACCTTCAAGATGGGCATTGCGATTAAGGAATGCCTGCCAGGCGGTGTCGTTCTGAACAATGGCGAAGAGATCCGGGCGGCAACGGTGGTATGGACCGGCGGCATTCGCGGGAACCGTCTGGTGGAAGCAGCCGGTTTCGAAACGATGCGAGGCCGCGTCAAGGTTGATGAATATTTGCGTGCTCCCGGATACGAGAACATTTATATTATCGGCGATAACTCCCTGATTTTTAATGAGGAAGGCAGACCTTATCCGCCAACCGCCCAAATGGCGATGCAGCAAGGCGTGTGCTGTGCCCAAAATATCGTTGCGGCAATTCGGGACAAGTCGATGCGCAAATTCGAGTTCCATAACAAAGGGACGGTAGCTTCTCTTGGACGGGGCGAGGGCATTGCGGTTGTCGGGGATAAGAAATATCAGGGATGGAAAGCGGCCCAGCTGAAAAAGTTGGTGGATCTGCGCTACCTCTTCATTATTGGAGGGATTCCGCTCGTCCTGAAAAAAGGCAGGTTTCGATAA	MSSIPKIVILGAGYGGILTAQRLQKELNYNEADVTLVNRHDYHYITTHLHMPAAGTDSIENTRVSISKLIDEFKIDLVKSSVQEIRLHDKKVILEDGTLSYDYLVIGLGGEPETFGIPGLAEHAMTIRSINSVRLIREHIEYQFALYKNERRPQERINFVVGGAGFSGIEFVAELADRIPRLCKEYDVDPTLVNIYNVEAAPAALPGFAPELVEYAMNVLEKKGVTFKMGIAIKECLPGGVVLNNGEEIRAATVVWTGGIRGNRLVEAAGFETMRGRVKVDEYLRAPGYENIYIIGDNSLIFNEEGRPYPPTAQMAMQQGVCCAQNIVAAIRDKSMRKFEFHNKGTVASLGRGEGIAVVGDKKYQGWKAAQLKKLVDLRYLFIIGGIPLVLKKGRFR	PGPT0004020_5022	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0004020-ndh-K03885	NA	NA
JZ016_03105	246			hypothetical protein	ATGAACGCAAGTTATCACGTTAATCATATGCATAAACTATGCAAATATCAAGAAATTTTTTGCCATATAATGTGCAAATCATTCCGCCATTTATCCCCTTACTTACTAAGTAAGCGTATCCATTCCAATGTTAGGTATTTTAACTCATTTCTCGTCTTTTCATGCCGCTTCGGGACGATTATAATAGGTAAGGAATTCGTGAATCAGCTTTATCCGGACAAGAACGTCTGTCTGATTCGAATATAA	MNASYHVNHMHKLCKYQEIFCHIMCKSFRHLSPYLLSKRIHSNVRYFNSFLVFSCRFGTIIIGKEFVNQLYPDKNVCLIRI				NA	NA	NA	NA	NA
JZ016_03106	1002		COG0492	Ferredoxin--NADP reductase	ATGACAACGATGCCACAAGACAGCAATATGACGGATCTTTTGATTATCGGTGGCGGACCTGCAGGTATGTTTGCTGCTTTTTACGGCGGAATGCGCCAAGCTTCGGTTAAACTTATCGAGAGCATGCCTCAGCTTGGAGGCCAATTGGCTGCGCTGTATCCTGAGAAATATATTTATGACGTAGCAGGCTTCCCGAAAGTAACCGCTCAAGAGCTTGTGAACAATCTGTCCGCCCAAATGGAGCTCTTTAAAACGGACATTCGTCTTGAAGAGAAAGTACAAGCTGTGGAAAAACTCGAAGAACGTCATTTTGTCGTAAAAACGAATTTGGGTGAACACCACGCCAAAGCTGTTATCATTACAGCCGGTGTAGGAGCGTTCCAACCCCGTCGACTGGAGATTGAAGGGGCAGAAGCATACGAAAAGACCAACCTTCATTATTTCGTCAACGACCTCAGCCGCTTCAAAGGCAAGAAGGTTCTCATCAGCGGCGGCGGCGACTCCGCGGTAGACTGGGCGCTCATGATCGAGCCCATCGCCGAGCAGGTTACACTGGTTCACCGCCGTGACAAATTCCGTGCCCATGAGCATAGTGTGGAGCAGCTCATGGCATCGAAGGTGAACATCGTTACACCAACCGAGATCACCGAATTGCATGGTGAAGATACGATTACGAAGGTTACGCTTTCACATATTAAGACCAAAGAGACGCAAGAGATTGAAGTGGACGATGTCATTGTCAATTTCGGATTTGTGTCCTCTCTCGGTCCGATCTCCGAATGGGGCATCGCCATTGAAAGCAACTCCATTGTGGTGGATTCCCGTATGGAAACAAGTATCCCGGGCATTTTTGCAGCCGGCGATATTACCACCTATCCGGGCAAGGTCAAACTGATCGCTGTTGGATTTGGTGAAGCACCTACCGCCGTGAACAATGCTAAGGTTTACTTCGATCCTGAGGCCAGATTGGCACCCGGCCACAGCAGTAACATGAAATTGTAA	MTTMPQDSNMTDLLIIGGGPAGMFAAFYGGMRQASVKLIESMPQLGGQLAALYPEKYIYDVAGFPKVTAQELVNNLSAQMELFKTDIRLEEKVQAVEKLEERHFVVKTNLGEHHAKAVIITAGVGAFQPRRLEIEGAEAYEKTNLHYFVNDLSRFKGKKVLISGGGDSAVDWALMIEPIAEQVTLVHRRDKFRAHEHSVEQLMASKVNIVTPTEITELHGEDTITKVTLSHIKTKETQEIEVDDVIVNFGFVSSLGPISEWGIAIESNSIVVDSRMETSIPGIFAAGDITTYPGKVKLIAVGFGEAPTAVNNAKVYFDPEARLAPGHSSNMKL	PGPT0013060_1963	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
JZ016_03107	138			hypothetical protein	ATGTTGACGGATGAGATGCTTCTCGATTCCTATCATATGGCTGTTGAGTTGAAGTTGGAACGAGAGTTCATCACTCTACTGCTAGCCGAAATTCATAAACGGAACTTGGACACCGATTCCGGCAGCATCCTGCATTAA	MLTDEMLLDSYHMAVELKLEREFITLLLAEIHKRNLDTDSGSILH				NA	NA	NA	NA	NA
JZ016_03108	663	yheD_6		Endospore coat-associated protein YheD	ATGGCGGGAAGACAACTGGCCAGCAAGTGGTTGAAGACGGAAGCGCTGCTGACCGATCCGCAGGTTGCTCCCTACATTCCGGCTACCCAGTCGTATGGAGGGGATACCCTGGTCTCAATGCTGGCCGAACACGAAATGGTCGTGATTAAGCCGATTATAGGAACCGGTGGTAACGGAGTCATCCGAATACAGAAAGACGGAACGGGATACTTGGTAACCCATAAGAGGCGTACTGTTCATGTAGATACATTGAATTCCCTGTTATACGTACTGAGCAGGATGAGGCTGAGACGGCGCTACATGATACAGCAGGGCATTCATTTGGCCAGAATTCAGGGACGTCCGCTGGATTACCGTGTAAAGGTAGTCAAGGATCGAGGGAGATGGGAATTCCGGGCCATGCTTGGGCGGCTCGCGAGCCCAGGGCTTTTTGTGACGAATATATGTAAAGGGGGGACGCTGCTTCGTTGTGGTCCTGCACTCCGGCTGTCACTGCCCCACATTAATGCGAGGGAAAAGCGCAATGAAATGCGCCAATTAACCAGACAGTGCATAACGATACTGGAATCCCGCTTTCCAGGAATCGGGGAGCTGGGGTTTGATTACGGACTAGACAACGAGGGTAAGATTTGGATTTTGGAGGTTAATACAAGACCAAGCTGA	MAGRQLASKWLKTEALLTDPQVAPYIPATQSYGGDTLVSMLAEHEMVVIKPIIGTGGNGVIRIQKDGTGYLVTHKRRTVHVDTLNSLLYVLSRMRLRRRYMIQQGIHLARIQGRPLDYRVKVVKDRGRWEFRAMLGRLASPGLFVTNICKGGTLLRCGPALRLSLPHINAREKRNEMRQLTRQCITILESRFPGIGELGFDYGLDNEGKIWILEVNTRPS				NA	NA	NA	NA	NA
JZ016_03109	210			hypothetical protein	TTGGCAGCGTTATTTGAAATATTGTACTGGATTGCCATTGTCGGCATGTCGGTTGCCCTAGCAGCCATCACCGTTCTTATCTTTGTCATGGGCTTCAAGTTCATCAAGGATAAGCGCAGAGGGCTCGGAGCGGGCTGCATCGTATTTTCGCTTGTGGCTGCCGGCATGATCGTGCTGATGCTGAACGATACCTTCTTCTTCCCGGTCTGA	MAALFEILYWIAIVGMSVALAAITVLIFVMGFKFIKDKRRGLGAGCIVFSLVAAGMIVLMLNDTFFFPV				NA	NA	NA	NA	NA
JZ016_03110	360		COG0316	Protein	ATGATTACAATCAGCGACTCAGCTGCAGAACGTTTGAAAGAAATGCTTGCTGAACAGGAAACGCCCAATATGTTCCTTCGACTGGGTGTCACTGCCGGCGGCTGCAGTGGTTTTTCATATGCAATGGGCTTTGACGATCAAGAAACGGAAGCTGACGTATACATGGACCTGCAGGACATGAAAGTCGTTGTCGAGAAGGACGATCTGAAGTACCTGAACGGTCTGGAAATCGACTTCGAGGAATCCGGCATGACCGGCGGCTTCACCATCCACAACCCGAACGCTACTGTCACTTGCGGCTGTGGTTCGTCATTCCGTACGGCAACGGATGCGGGCAAACCGAACGAGGAGCCTTGCTAA	MITISDSAAERLKEMLAEQETPNMFLRLGVTAGGCSGFSYAMGFDDQETEADVYMDLQDMKVVVEKDDLKYLNGLEIDFEESGMTGGFTIHNPNATVTCGCGSSFRTATDAGKPNEEPC				NA	NA	NA	NA	NA
JZ016_03111	1107	mqnE	COG1060	Aminodeoxyfutalosine synthase	ATGTCCACAATTGTGACACCATTTACCGATCAGAGAATGGCGGAGATCGTTGCGAAAGTCCAAAACGGCGAACGCCTGAATCTTGAAGACGGTGTGTATTTGTACCAAACCGATGACCTGCTGACCCTCGGGCAGCTGGCTAATGAAGCAAATTTGCGCAAGAACGGGAAAAAAGTTTACTTCATTGAGAATATGAGTCTCTATTTCACGAATGTATGCGAATCCCACTGCGCTTTTTGCAATTTCCGGAAAGATCAAGGCGAGGAAGGCTCCTACACCCTCTCCGGCGCTGAGATGATCGAGTATGTCGAGCAGCATATTCATCCCGGGATTCGTGAATTTCACATCGTTGGCGGACATAATAACCATGTGCCGTTCCAGTACTATGTAGATTCCCTGAAGGCATTGAGCGAGCGTTTCCCGGAAGTAACCCTGAAAGCCTATACCGCGGCGGAGATTGAATTCTTCACTCGCATCAGCGGACTCAGCACGAAGGAAGTACTCCAAGAACTGCAGAAAGCTGGTCTTCAGTCTTTAACGGGCGGCGGCGCCGAAATTCTGTCTGACCAATACCGTCAGAAGATGAAGGTGGATAAAGCCAACGTAGATCAATACCTCGACGTTCACCGTACCGCACATAAGCTTGGCATGAAGACGCACACGACCATGCTGTACGGATCGATCGAGAGCCATGAGGACCGGATCCGCCATATGCTGGAAATTCGGGATCTTCAAGATGAAACCGGTGGATTCATGGTATTCATTCCGCTGTCCATGCAGCCGAAGAATAAGAATGCAGGCATCATGCGCCGCAATTCGGCCTACGAGGATTTGAAGACCATTGCCATCAGCCGTCTGATGCTCGATAATATCGACCACATCAAAGCGTACTTCATTAATATCGGACCGCAATTGACTCAAGTTGCTCTCAGCTTCGGCGCTTCCGATGTCCATGGTACGATCCTGAAAGAACGCATCAGCCATGCTGCAGGAGCCTTGACCCCGGAAGGGCTGACACGCAAAGAGCTCGTCTGGCTCATCCAAGGCGCTGGCCGGATTCCGGTTGAACGCGATACCTTCTACAACGAGATCAAGGTTTACGAATAA	MSTIVTPFTDQRMAEIVAKVQNGERLNLEDGVYLYQTDDLLTLGQLANEANLRKNGKKVYFIENMSLYFTNVCESHCAFCNFRKDQGEEGSYTLSGAEMIEYVEQHIHPGIREFHIVGGHNNHVPFQYYVDSLKALSERFPEVTLKAYTAAEIEFFTRISGLSTKEVLQELQKAGLQSLTGGGAEILSDQYRQKMKVDKANVDQYLDVHRTAHKLGMKTHTTMLYGSIESHEDRIRHMLEIRDLQDETGGFMVFIPLSMQPKNKNAGIMRRNSAYEDLKTIAISRLMLDNIDHIKAYFINIGPQLTQVALSFGASDVHGTILKERISHAAGALTPEGLTRKELVWLIQGAGRIPVERDTFYNEIKVYE	PGPT0009420_399	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009420-mqnE-K18285	NA	NA
JZ016_03112	1059	yjlD_1	COG1252	NADH dehydrogenase-like protein YjlD	ATGAAAAAGCTCGTCATTCTCGGCGGAGGCTATGGTGGTCTTGCCCTAATTCAAGAATTATTCAGCAGCTATCTTCCTCCGGACGTGGAGGTCGTGCTCATCGACCGCATGCCATACCAAGGACTCAAAACCGAATACTACGCGCTGGCAGCAGGCACCGTGGCCGATACCGCCGTTCGTGTTAAATTCCCGGTGTATGACCGCCTCCAAATTGTATATGGTGAAGTCACATCCATCGATCTAGAGAAGAGGCTTGTTAACCTGACGAACAACGATCCCGTGGAATACGACCAACTCGCCATTGCTCTGGGATGTACGGACCGTTATCATGGCGTACCGGGCGCAGAAGAATTCACGTTTAGCCTGCAATCTTTTTCTGCATCCCGGGAAACCTATTTGCACCTCAACAACCTCAGACCTTATGGTCATGTTCATATCATTGGCGGAGGCTTAAGCGGCATCGAACTCGCTGCCGATCTTCGTGAAAGCCGGCCTGACCTTAATATCGCCATTTTGGACCGGGGACAACGGGTACTTTCTTCTTTTCCTAACCGTTTGTCTGCTTATATTCATCGCTGGTTTGAGGAACACCATGTGGATATCCACAGCGGGGTTTCCGTATCCCGAGTTGAGAAGGATGCCGTGTACAATCTGGATGTGCCTATCGCAACCGACCTAGCCGTATGGACGGCAGGCATCCAGCCCGTAAAGGTCGTACAGGATCTCGATCTGCCAAAAGACCGCAGCGGACGCATTATGCTCAACGAGTGGTATCAGGTTCCGTCCCATCCGGAAGTGTACGTGATCGGCGACTGCGCCAGCCTTCCGTTCGTCCCAAGCGCGCAGGCAGCCGGGGCTCAAGCCGAGCAAGTGGGACATGTCATGAAAGCCTTATGGCGTGATGATACGCCAAAGGTATCTCCGCTGAAGCTCAAGGGAACCCTCGGCTCCCTCGGCAAACATGCGGGCTTTGGTCTCATGGGTAGCACGTCGGTGCTGGGCAGGGTACCAAGGATATTGAAGAGCGGCGTTCTCTGGAAATCCAAGCGTCATTACTAG	MKKLVILGGGYGGLALIQELFSSYLPPDVEVVLIDRMPYQGLKTEYYALAAGTVADTAVRVKFPVYDRLQIVYGEVTSIDLEKRLVNLTNNDPVEYDQLAIALGCTDRYHGVPGAEEFTFSLQSFSASRETYLHLNNLRPYGHVHIIGGGLSGIELAADLRESRPDLNIAILDRGQRVLSSFPNRLSAYIHRWFEEHHVDIHSGVSVSRVEKDAVYNLDVPIATDLAVWTAGIQPVKVVQDLDLPKDRSGRIMLNEWYQVPSHPEVYVIGDCASLPFVPSAQAAGAQAEQVGHVMKALWRDDTPKVSPLKLKGTLGSLGKHAGFGLMGSTSVLGRVPRILKSGVLWKSKRHY	PGPT0004020_5970	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0004020-ndh-K03885	NA	NA
JZ016_03113	249			hypothetical protein	ATGTCCATTATCATTGAGTTTTGCACAAGCAATTCCTATTTCGGAACGGATAAAGTTCTGCAGACGCTTGAAGCCAAGTACGATTGTCAAGTCATCGAATACGGCTGCCTGACCAGCTGCGGCCAGTGCTACCTGATGCCCTTCGCTTATGTGGATGGCGAATGGGTCGAGGCCCCCACGGCTGAAGAGCTGCTTGACGTTGTCATAGCCAGACTGGAAAGCTTTCAGGACAGCGAAGAGGAAAACTGA	MSIIIEFCTSNSYFGTDKVLQTLEAKYDCQVIEYGCLTSCGQCYLMPFAYVDGEWVEAPTAEELLDVVIARLESFQDSEEEN				NA	NA	NA	NA	NA
JZ016_03114	246	nfuA		Fe/S biogenesis protein NfuA	ATGAGTGAAAACACGCAAACCACTGTATATGATGAAGTGGCTGAAGTGCTTGATAAACTTCGTCCGTTCCTTCAGCGCGACGGCGGTGACGTGGAACTGGTTGACGTTGAAGACGGCATCGTTAAGCTGAAATTGATGGGTGCATGCGGTAGCTGCCCTAGCTCCACCATTACTCTGAAAGCAGGGATCGAACGCGCCCTGGTTGAAGAAGTAGAAGGCATTCAAGAAGTAGTTCAAGTATTCTAA	MSENTQTTVYDEVAEVLDKLRPFLQRDGGDVELVDVEDGIVKLKLMGACGSCPSSTITLKAGIERALVEEVEGIQEVVQVF	PGPT0012225_450	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567	NA	NA
JZ016_03115	774	fabG_12		3-oxoacyl-[acyl-carrier-protein] reductase FabG	TTGAAGGGAAAAGTGGCGCTGATTACAGGCAGTGCGACAGGATTGGGGAAAATGACGGCGCTGTCGTTAGCCCGGCAGGGATGTCATTTGGCTATAAATTATGTAAACAGCAAGGATGAAGCGGAAGCGCTCTCCCGCGAAATCGAGGGGTTTGGCGTGAAGTCCATTGCGATTAAAGCCGATATCGCCAGCGAGCGTGAGCTGTATTCGTTGGTGGATCAGACGGAGGAGCAGCTGGGAAGCATCGATATCCTGGTGAACAACGCAGGGCCGTTCATTCGGGAACGTCGTCTATTCTCGGAGTACAGCCGCGACGAAATCGTACATATGGTGAATGGCAATTTAACCGGCGTCATGCTGCTGGACCACCGTGTTCTGCCTGCCATGCGGGAGAAAAAGTGGGGACGCATCATCCACTTTGGATTCGGACATGCGGGAGAAGCCCGCGCGTGGCCTCAGCGTTCAGCCTACGCTGCCGCTAAAGTGGGCCTGGTATCCTTTACGAAGACCCTTGCGGTGGAAGAAGCCCCGTATGGAATCACCGTGAACATGATCTGTCCGGGGGATATTCGCGGAGCCAACAAGGAGAAGACTATCGATGAGGTATCGGGCATCCAAGACGGGCTGACCCCGCGCGGACGATCGGGAAGCGGGGAGGACGTCGCCAGGGTGATCGAATATTTATGCCTGGATAAGTCGGATTTCATTACCGGCAATATCATGGATATATCCGGCGGGCTGGATCCGATCCGTCCGTTGATTAAACCGGAATAA	MKGKVALITGSATGLGKMTALSLARQGCHLAINYVNSKDEAEALSREIEGFGVKSIAIKADIASERELYSLVDQTEEQLGSIDILVNNAGPFIRERRLFSEYSRDEIVHMVNGNLTGVMLLDHRVLPAMREKKWGRIIHFGFGHAGEARAWPQRSAYAAAKVGLVSFTKTLAVEEAPYGITVNMICPGDIRGANKEKTIDEVSGIQDGLTPRGRSGSGEDVARVIEYLCLDKSDFITGNIMDISGGLDPIRPLIKPE	PGPT0003180_6542	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_03116	843	metQ_1	COG1464	D-methionine-binding lipoprotein MetQ	ATGAAAAAATGGACATTGGCATTGATCAGCTTGACATTGGTTACGGTGCTGGCTGCGTGCGGCAGCAAGCCTGCGGATAACGCGGCTGAGCCAGGGGGAACAACAGGAGGCGGCGCTCAAGAGACCGTAACCTTGAAAGTAGGTGCTTCGCCTTCACCACACGCCAAAATTTTGGAGCATATCAAACCGGCGCTTGAAAAGGAAGGCGTGAACCTGGAAATCGTGGAATTTACGGATTATCTGCTGCCTAATACGCAAGTGGATTCCAAGGAAATCGACGCGAATTTCTTCCAGCACAAGCCTTACCTGGATAATGAAATCAAAGAGCGCAAACTGGACCTGGAGTCCGTGATCGCCGTGCATGTGGAGCCGCTGGGTGCATACTCCAGAACGATTAAATCGGCCGATGAGCTGAAGGATGGAGCCGTTGTGGCGATCCCAAGTGACCCATCGAATGCGGGCCGTGCATTGACCCTGCTGTCCAAGAATGGCGTCATTAAGCTGCAGGATGAAACCAAGCTTGAAGCTACCGCTAAGGATATCGTGGAAAATCCGAAGAACCTGGAGTTCAAAGAAGTTGAAGCCGCGATGCTGCCGCGTATGCTCGATGAGCTGGATCTGGCTGTCATCAACACGAACTACGCGCTTGAAGCGGGACTGGATCCAACAAAGGATGCGCTCTTTATCGAAGACAAAGAGAACCCTTATGCCAATCTGCTGGTAGCTCGTCCGGACAACAAAGACTCCGATGCCATTCAAAAATTGGCGAAGGCGCTGACTTCCGAGGACGTGAAGACCTTTATTGAAGAAGAGTACAAAGGTGCTGTCATTCCGGCATTTTAA	MKKWTLALISLTLVTVLAACGSKPADNAAEPGGTTGGGAQETVTLKVGASPSPHAKILEHIKPALEKEGVNLEIVEFTDYLLPNTQVDSKEIDANFFQHKPYLDNEIKERKLDLESVIAVHVEPLGAYSRTIKSADELKDGAVVAIPSDPSNAGRALTLLSKNGVIKLQDETKLEATAKDIVENPKNLEFKEVEAAMLPRMLDELDLAVINTNYALEAGLDPTKDALFIEDKENPYANLLVARPDNKDSDAIQKLAKALTSEDVKTFIEEEYKGAVIPAF	PGPT0020510_1673	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073	NA	NA
JZ016_03117	669	metP	COG2011	Methionine import system permease protein MetP	ATGTTCGAACTCGATTTTACCCAGATCGACTGGAAAGAAATATGGACGGCAACCTTGGATACCCTTCGGATGCTGGGGGCATCGGCATTGTTCAGCTTCATTATCGGACTGCCGATTGGCGTGCTGCTCTACATGGCCGCTAGATCCACATCCGGCCTGGTACGCTTCGGATACTCGATCCTGTCGTTCATTGTGAACATCCTGCGTTCGATTCCGTTCATTATCCTGATCGTTGCGATGATTCCGATTACGAAATCGCTTGTGGGTGTTTCTTATGGCGTGCTGGGAACCATTCCACCGCTCGTGATAGGCGCGGCGCCATTCTTCGCCAGACTCGTGGAAACCGCCTTGAATGAGGTGGACAAAGGGGTCATTGAAGCGGCTCATGCCATGGGCTCCTCGACAAGCCAAATCATATGGAGGGTTCTCCTTCCGGAGGCTCGCCCGGGTTTGCTGGCTGGGATGACCATCACGATTGTAACCCTGGTCTCGTATACCGCGATGTCCGGTCAAGTCGGCGGCGGCGGGTTGGGCGATTTGGCCATCAAGTATGGATATTACCGTTATGAGACCGAGATTATGATTCTGGCCGTCGTATTAATGATTGTGCTGGTACAACTGCTGCAAATGGCAGGAGATCGCTTGGTCCGACATTTTACAAGAAAATAA	MFELDFTQIDWKEIWTATLDTLRMLGASALFSFIIGLPIGVLLYMAARSTSGLVRFGYSILSFIVNILRSIPFIILIVAMIPITKSLVGVSYGVLGTIPPLVIGAAPFFARLVETALNEVDKGVIEAAHAMGSSTSQIIWRVLLPEARPGLLAGMTITIVTLVSYTAMSGQVGGGGLGDLAIKYGYYRYETEIMILAVVLMIVLVQLLQMAGDRLVRHFTRK	PGPT0020515_1963	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020515-metI-K02072	NA	NA
JZ016_03118	1017	metN_1	COG1135	Methionine import ATP-binding protein MetN	TTGATTGAGCTCAAGCAATTGACGAAGCAGTACGGAAAAGCCGGAACTTTAACAACTGCGTTGTCCGAATTGGATTTGTCGATTGAAAAAGGAGAAATTTTCGGAGTGATCGGACACTCCGGTGCAGGTAAAAGCACATTGATCCGTTGTATCAATTTGTTGGAGCGTCCCACCTCGGGCGAGGTGTGGGTGAACGGTAAGAACTTAACGTCGCTTGGCAAGAAGCAGCTTCAGGCGGAACGCCGCAAAATCGGCATGATTTTTCAGCACTTTAACCTGTTGTCATCGGCGACGGTGTACGATAACATTGCGTTTCCGCTGCGTCTGATCAAGACGCCAAACGCCGAACTGGAACGTAAAGTATCCGAGTTGTTGGCCTTGGTCGGGCTCGAGGCGCATCGGGACAAGTACCCGTCTCAGCTATCTGGGGGCCAGAAGCAGCGGGTGGGCATCGCCAGAGCGCTCGCGAGTGATCCGGAAGTACTGCTGTGCGACGAAGCCACTTCGGCTCTTGACCCGCAGACGACGGATTCGATCCTGCGCCTGCTGCTGGACATTAACAAAAAGTTTCATCTGACGATCGTGCTGATTACCCATGAAATGCATGTGATTCAGAGCATATGCGACCGGGTCGCCGTCATTCATCAAGGCGGCATCGTGGAGCAAGGGCCGGTAACGGAAGTGTTCCTGAAGCCGAAGCATGAGGTAACCCAGGAATTTATCCGTCAGGAGATGGACAGCGGCGAAGCGCTCCGGCTGGCCATCCAGGGACAGACAAACGGACCTTCAAGGGCGGTGCAGATTACGTTCCTTGGATCGAAAACGTACGAATCAATTCTGTCCCATACCGTCCATGAGACGGGCGTAAATTTTGCAATTCTGCAGGGTACCATTTCCACGATCAAAGAAACGCCGTACGGCCAACTCATTGTCCGTTTTGAAGGGGAAGAGGGCGCTATTGAAGATACGATTCGGAAGCTCCTTGAGCAAGGATTAGACGTGGAGGTGATTCATTAA	MIELKQLTKQYGKAGTLTTALSELDLSIEKGEIFGVIGHSGAGKSTLIRCINLLERPTSGEVWVNGKNLTSLGKKQLQAERRKIGMIFQHFNLLSSATVYDNIAFPLRLIKTPNAELERKVSELLALVGLEAHRDKYPSQLSGGQKQRVGIARALASDPEVLLCDEATSALDPQTTDSILRLLLDINKKFHLTIVLITHEMHVIQSICDRVAVIHQGGIVEQGPVTEVFLKPKHEVTQEFIRQEMDSGEALRLAIQGQTNGPSRAVQITFLGSKTYESILSHTVHETGVNFAILQGTISTIKETPYGQLIVRFEGEEGAIEDTIRKLLEQGLDVEVIH	PGPT0020520_3035	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071	NA	NA
JZ016_03120	720			hypothetical protein	ATGCTTCGAATGCTACTTGGGGAACAGCCCCGGCAGAATAACGGCCTGCTTGAGGAAGCCATTGAATCGATGGTCCAAACAACCCGGCTGCTGCAGAAGGAAATGGAGAAAAATCAGGATCCGACGCATGATTTTCGCAAGCTTGAGATTTGGACCCGGGGGTTGATCGTTTCCCTGGATGAGCTGGAACAGAGCTGGAATGCGGCCCGGCATTTCAGCCAATCGATCCAATCGGGTTACATCGATGACATGTCGATTCAGGAGCAAGGGGAATATCAGCGGTATGTGTATTTTTACAAAAACGGCTTCATCCGCGTATTCTCGATCCTTGACAAGCTGGGGACGGTGTTGAACGATTTGTATGATCTTCATACCTCCAAGGTGAAGGCACATTTCTCTTATTTTACGGTCCTGCGGCAGTTTAAATTCCTGAAGGCCCACGGAGAGCTGGCCAAAGAGCTGGAGGAGATCAAGGATCGTTACAAAACACCGCTGAACACCCTCCGGAAACGGCGCAACGCCGAAATCCATTACATGAATTCCGAGATGCAGGATGATTTGTGGCAGCGTCATCAAGGACTGTCGGACAAGATCGAGCTGGAGGATATCGGCCAGCACCTGGACGATCTCAAACAGGGCGTTGATATGGTATGCCGGAGTCTGGCGGCCTCTTATAAATATACGAACAAGCTTTGGGCGAAAAATGGAGTCAGGACTTAG	MLRMLLGEQPRQNNGLLEEAIESMVQTTRLLQKEMEKNQDPTHDFRKLEIWTRGLIVSLDELEQSWNAARHFSQSIQSGYIDDMSIQEQGEYQRYVYFYKNGFIRVFSILDKLGTVLNDLYDLHTSKVKAHFSYFTVLRQFKFLKAHGELAKELEEIKDRYKTPLNTLRKRRNAEIHYMNSEMQDDLWQRHQGLSDKIELEDIGQHLDDLKQGVDMVCRSLAASYKYTNKLWAKNGVRT				NA	NA	NA	NA	NA
JZ016_03121	195			hypothetical protein	ATGATAACCAAGCCATCCGCAAGACGTGTCCGATATCAAGGAGATGGGGGTTGTCTGGTCGTTTCGGGGGCATCCTATAAGAACAATCCCCTGATGGATGAACGAATGAAACCGGGATACCCGGATGAGTTATTCCCGCGTGAGGATATCGTGAAAACGGTTGAAACGCGGTGGAATCCCTATTTTGGCAAATAG	MITKPSARRVRYQGDGGCLVVSGASYKNNPLMDERMKPGYPDELFPREDIVKTVETRWNPYFGK				NA	NA	NA	NA	NA
JZ016_03122	975	ctaA	COG1612	Heme A synthase	GTGAATGATAAACAACTAAAATGGCTGAGTTACATAACATGCTTAGTTATGTTCTGCGCGACGTTCGGTGGCATGGTTGTGACAAAGACGGGCTCGGGACTCGGTTGCGGTCAGGAGTGGCCGCTGTGCAACGGTAAATTTGTTCCCGCTTACACGGTATCCTCCATGATTGAGTATTCACACCGGGCCGTTAGTGGAATGGCGGGTTTGGCGGCGCTCGCTTCGCTGATTGCGTTCTGGAAGTACAAGCGGGATCGCCGGGATTTGATGGCTTATGTTATCGGGACCTCGGTATTCGTTATTGTACAGGCGATCATGGGTGCGCTTGCGGTGGTTAAGCCTCAATCGGCTGCGATTATGGCGCTGCATTTTGGCTTCTCGCTGATTGCCTTTGCTAGCTCTGTCATGCTGGCTTTGGGTATGCGGCGGGTAGAACAGGCGAAGGGGCCCGTAGACTTGGAGCGTCTGCCTCGGGTAAGCAAGGGCTTCCGTAATTTAGTATGGGGCACAACCTTGTACAGTTACATCGTGGTTTATATCGGTGCATTCGTGAGCCATACCGATTCCCGGGAAGGGTGCTCCGGCTGGCCGCTGTGTAACGGGGAAGTGATACCGGAGCTGAGCGGAGGGGTAGGCATCGCCTTTATGCACCGCGTGGCGGCGCTTCTGCTGCTGATCGTTGTGGCGGTGATGGGGCATTTTGCATATTGGCGGAACCGCGACAACCGGGAGATCCAGATGCTGGGCATCTCGGCAACCGTGCTCTGCCTGCTGCAGGTGTTCAGCGGCGCCCTCATTATGGCAACGATGCATAACGAGGAGGTTTACGTATTCTCCGCACTGGGGCATACCTTGTTGATCTCCGCCTTATTCGGCGTATTGTGTTATTTAAGTGTCAGGGTTTGGCAGCTCAGCAGGCCGGTTAAAGCCGAAATGCGGCCGGATCATAGCATGCCAAGCGAAAAGATCGTATAA	MNDKQLKWLSYITCLVMFCATFGGMVVTKTGSGLGCGQEWPLCNGKFVPAYTVSSMIEYSHRAVSGMAGLAALASLIAFWKYKRDRRDLMAYVIGTSVFVIVQAIMGALAVVKPQSAAIMALHFGFSLIAFASSVMLALGMRRVEQAKGPVDLERLPRVSKGFRNLVWGTTLYSYIVVYIGAFVSHTDSREGCSGWPLCNGEVIPELSGGVGIAFMHRVAALLLLIVVAVMGHFAYWRNRDNREIQMLGISATVLCLLQVFSGALIMATMHNEEVYVFSALGHTLLISALFGVLCYLSVRVWQLSRPVKAEMRPDHSMPSEKIV	PGPT0008525_2530	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008525-ctaA-K02259	NA	NA
JZ016_03123	345	ytpP		Thioredoxin-like protein YtpP	ATGGAAAAAATCACTTCGGAAGCAGAATTTCAGGTTGCAATCCAGTCTCCGCGACTGACTGTTGCCGTATTTAAAGCAGACTGGTGCGGCGATTGCAAGTTTATCGATCCATTCATGCCGGAGGTTGAGACGAAGTTCTCAAACCAATTGACTCTGGTAGAGGTTGACGTCGATGCTGTCGGTGACGTGAGTCAGCAGCAAAATATTTTGGGTATCCCCAGCTTTGTTGCATACTCCGATGGACGCGAGCTGGTTCGCTATGTTAACAAACTCCGCAAATCGCGCGAGGAAATTGAAGATTTCCTGCAGCGTGCCGTGGACGTATACAGTACGATTCATAAGTAA	MEKITSEAEFQVAIQSPRLTVAVFKADWCGDCKFIDPFMPEVETKFSNQLTLVEVDVDAVGDVSQQQNILGIPSFVAYSDGRELVRYVNKLRKSREEIEDFLQRAVDVYSTIHK				NA	NA	NA	NA	NA
JZ016_03124	1392			hypothetical protein	ATGCACTCGAACGGAGTCAAAAATAAAAAAAACCAGGGCAAGGATGTATGGTCATGGGCGTCAGCCATTCCGCAGGCCCTGACAGAATCATGGTCGGGGATGATTGCATCATGGCGATTCTCCTTAAAGCTCCGGACAAGCAGACACGAATTGCAATGGGACCCTGCAGCGGTAAGGGGAATTCGCGTAAAGCTCAAGGAAATCCTATACTCCCATCCCTATCTGCAGCAGAGCGTTACCCCGTTTCCGTTCCCTTCCATGCAAGGGTATAGCGATATTCGGATTCATGAACCAGGTGCAGATGTTCAGCTATCCCAAGAAGAGCAGCAGTTGATTCATCATATTCAGGAGGCCGCAGCCGCAGCCAACCGGAGCAACGTAACGCGTACGCAAGCCTATTTGGACTGTTATATATCGCATCCTGAGCTGCATTGGGCTTTGCTGGCCCATATGGTATCGCGTAATGCCGGGTGGAATATGAGCGATCTGAAAGGCGGATTGATGTCGGATCTCACGGATCCGACATTCAAGAGCAATCTGTACCGTTTCCTGGAGCGCTGCAATGCGCTGATCTTCCAGGACGCCTACCCCCAGCTGCTTCTCTATATACACAGTCGAAATAAAGGCAAGCCCCTATTTCATTTACTCCCCCACTTTCATGTTTCATCGTTCATGACACCGTTCTGGGAACAGTTCTGGCAGGATCAGAGCAGTTCGCTGCTTACGGTGGCACTCATCATTAATGAACAGAACTATATTGAGGGGCGTGTGGCGAGACATCCTTTTTACCAACAACATATTCTGGAGAATCCCTTCTTTCGGCTGCATGAGCTGACCCGGTTGAATCAAATCGTGTTTCCGCTGGGTCAAGTCCAACGAACAGAGTCGGGGGAAAGTACTGGGCCAAAGCTCCTATCCCCAACCAGGCCGCTGGCCGGACTTACCATCCCCAAGTTTGACGACCTGTCCATTCGGATCAAGGCTGGCCGTTCGCTGTATGCTTTATTGTTTGGGTATGAGGAGATTTACCGCGCTGTGCTGGCCTTCGCGCGATCCACCAAGCACCAAGGATCGCGCGCTGAATACTGGCCGGGCTTATTTACGCCGACCCTTGAGCAAGCCATGAATCATGGCCACGCGGGATCTGACCTCATCACTTCCGAATGGCTCCCGGGTGGCCAACGTCTGTACAGCCCTTATCTTGAGGAGATCTGGGAGGATGAACCCCCCGAGCCGATTCCCCGGTACGACTGGTTTCAGGGCCGTGCGATGTTTAGGCATATCCGCAAACCGTTACGGCCGCTGCTGCCGGATATTACACACGCCCATCGGGCCGCTCTAGAGAAAACCTCCATCGTGCATGATGTGTCTGATCAGTTCCATCCGCATTAA	MHSNGVKNKKNQGKDVWSWASAIPQALTESWSGMIASWRFSLKLRTSRHELQWDPAAVRGIRVKLKEILYSHPYLQQSVTPFPFPSMQGYSDIRIHEPGADVQLSQEEQQLIHHIQEAAAAANRSNVTRTQAYLDCYISHPELHWALLAHMVSRNAGWNMSDLKGGLMSDLTDPTFKSNLYRFLERCNALIFQDAYPQLLLYIHSRNKGKPLFHLLPHFHVSSFMTPFWEQFWQDQSSSLLTVALIINEQNYIEGRVARHPFYQQHILENPFFRLHELTRLNQIVFPLGQVQRTESGESTGPKLLSPTRPLAGLTIPKFDDLSIRIKAGRSLYALLFGYEEIYRAVLAFARSTKHQGSRAEYWPGLFTPTLEQAMNHGHAGSDLITSEWLPGGQRLYSPYLEEIWEDEPPEPIPRYDWFQGRAMFRHIRKPLRPLLPDITHAHRAALEKTSIVHDVSDQFHPH				NA	NA	NA	NA	NA
JZ016_03125	1626	murJ_1	COG2244	Lipid II flippase MurJ	TTGTCAAAGAAAGAGTCATTTATTAAAGGCACGATCATCTTGGCCGCTGCTGCGCTGGTCGCCCGCGTGCTGGGTCTTGTCCAGCGGGTGCCGCTGGAGCATATGCTGAATGATATAGGGGATGCCTCATTTACGATCGCCAATAACGTATATTTAATGCTGTTAACGGTAGCAACGGCCGGCATTCCCAGCACGCTCAGCAAAATGGTATCCGAGCGCCATGCTTTGAACAAGCCAGCGGAGGCTCGTCGTGTCTATCATGCTGCGCTTATTTTTGCCGGAGCAGCAGGCGTTGTCATGACGCTGCTGCTTTATTTCGGAGCCCCTTATTATGCTACCCATATTGCGAAGCAGCCGGAGGCCGCCGCGGCCATTCAGGCATTGGCCCCAGCGCTGCTGCTGTTTCCGGCCATCGCCATGATGCGGGGATACTTCCAGGGACGCAATAATATGACGGCTGGCGGCATATCGCAGATTATCGAGCAGATTGCACGGGTTCTGACAGCGATCGGCCTGGCTTACGTGCTGCTGCGGATGGGATACGACGATACCTGGATTGCTGCCGGCGCCTCCTTCGGGGGAGTACTCGGCAGTATTGGAGCATTTGCGGTCATGCTGTACTTTACGGTAAAGCTTCGCCGAAATGATCGCGAGCTCAAGATGCCGGCAGCGGACCGCTCCATTCCGCTTGGCGGGATATACCGGGATATATTCACGTTGTCTATACCGATTGTGCTGTCTTCCCTGGCGGTTCCGGCTGTTAACTTCATTGACAGCTCCATTGTTAAGCCACTGTTGATCGGGCAGGTTGGCCTAGGGCAAGCAACCGCAGCTCTCGCGGTGTTAGGAAACCGGGCGCAGAGCGTGGCGGGGATTCCGCCGATTCTAGCCATTGCCCTGAGCACCTCGCTCATTCCGATCATCTCTGCAGCGTTTGCGAAGAAAGATCAGGAGCATCTGGAACAGCAAGTATCGCTGGCTATGCGTATTGCCATTTTAACAGGCATGCCGATGGTGATTGCGCTATGCGTAGCATCCTATTCCATTAATGGTTTGCTGTTCAGTTCCTTGGGCGGCAGCGGGATTATTGGATTTCTGACGTTCGGTACGATTTTCCAAATCACGATGATGACCACAAATTCCATTCTACTCGGAATCGGCAAGGCCAAGCTCTCGATGATTCACGTGATGGTTGGGGTTGTGGTCAAGCTTGCAGCCAGCTTTCTGCTTGCTCCGTTCTTTGGAATCTACGGGATCATAGGGAGCACGGCGCTCTGTTTCCTTGTCATTACGATATTGAATATAAGATCGATTAAAAGGATTGTATCCTTCTCCATCCTGGGCAAACGCTGGACGGGCTTCGTGCTGACGGTGATTGCTGCCGGGGGAATCGGATATGGCCTGAATCTGGCCGGTATTCAAATGGTCGATGTCATGCCGGCACGGTTGGCATTCCTGCTGACTTGCCTGGTTGTAGGCGTGGCCGTAGTCATTATATATCTTGTCCTGCTGGTGGTGTTTGGCGTATTGCGGCAATCGGAGCTGAGCAGTTACCCGCGCCTACTGCAGAAGGTGTTCCGTCCGCTTATGAGACTGCAGCCTGCACGTATGCGGGAGCGGGGATAA	MSKKESFIKGTIILAAAALVARVLGLVQRVPLEHMLNDIGDASFTIANNVYLMLLTVATAGIPSTLSKMVSERHALNKPAEARRVYHAALIFAGAAGVVMTLLLYFGAPYYATHIAKQPEAAAAIQALAPALLLFPAIAMMRGYFQGRNNMTAGGISQIIEQIARVLTAIGLAYVLLRMGYDDTWIAAGASFGGVLGSIGAFAVMLYFTVKLRRNDRELKMPAADRSIPLGGIYRDIFTLSIPIVLSSLAVPAVNFIDSSIVKPLLIGQVGLGQATAALAVLGNRAQSVAGIPPILAIALSTSLIPIISAAFAKKDQEHLEQQVSLAMRIAILTGMPMVIALCVASYSINGLLFSSLGGSGIIGFLTFGTIFQITMMTTNSILLGIGKAKLSMIHVMVGVVVKLAASFLLAPFFGIYGIIGSTALCFLVITILNIRSIKRIVSFSILGKRWTGFVLTVIAAGGIGYGLNLAGIQMVDVMPARLAFLLTCLVVGVAVVIIYLVLLVVFGVLRQSELSSYPRLLQKVFRPLMRLQPARMRERG	PGPT0024825_64	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024825-spoVB-K06409	NA	NA
JZ016_03126	480			hypothetical protein	ATGGACATATTGGGCTGGATTATCGTTATCGCTCTGTTTATCATTGGGATGGCCGGAGCGATTTACCCTATTCTGCCGGGGGTTGTCGCCATTTACCTGGCGCTGTTCGTTTACGGCTGGTTCTTTACATTCGAGCATTACAATTCATGGTTCTGGATTATTCAGACCATCATTCTGGTGGTGCTCTTCATTGCCGATTATGCAGTTAACGCCTGGGGGGTTAAGAAGCTCGGCGGTTCCAAAGCCTCGATATGGGGCAGCACCATCGGTTTAATTATCGGGCCGTTCGTTATTCCCGCTTTTGGATTGATTATCGGACCGTTCCTGGGAGCATTTTTGGGTGAAATGCTGGCAGGTTCGGGACCGAGCAAATCCATGAAGGTTGGATTCGGATCGGTCATTGGATTGTTCAGCAGCATTGTGGTGAAGGTTATTTTACAGCTCGCGATGATTGTTATTTTCTTCATTTGGATTTTCTAA	MDILGWIIVIALFIIGMAGAIYPILPGVVAIYLALFVYGWFFTFEHYNSWFWIIQTIILVVLFIADYAVNAWGVKKLGGSKASIWGSTIGLIIGPFVIPAFGLIIGPFLGAFLGEMLAGSGPSKSMKVGFGSVIGLFSSIVVKVILQLAMIVIFFIWIF				NA	NA	NA	NA	NA
JZ016_03127	747	ycsE_1		5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YcsE	ATGAAACATAAATATCGATTGTTGGCACTGGATATGGACGGTACGCTGCTGCGGGACGATCATGAAGTGTCTGAGGAAACGGTGAAGTGGATCAAGGAAGCGGTACGGCACGGCATTCATGTCTGTCTCTCGACAGGCCGGCCGTTTCAGGACGCGTATCCGTATGCCAAACAGCTTGAACTGACGACACCGATGGTAACGGTGAACGGAGGCGAGGTATGGCGTGCGCCATATGAATTACACCGCCGCGCATTGCTCGACAGCAAGCTCGTGGAGCAAATGCACGCACTGGCCATTGAAACCGGATCATGGTTCTGGGCGTATTCAGTAGAAAGATTGTATAACTCTGAGAACTGGACCGACGATATCGCGAATCAGGAATGGCTGAAATTCGGTTACACCACGAATGATCATGAGGTGCGTCACAACATTTTGATGCGCCTGCAGGATATGGGCGGACTGGAGATCACGAACTCCTCGCCGGATAACCTGGAAATCAATCCGCAGGGCGTTAACAAAGCGACCGGAATCGGACAGGTGTGTGAGCTGCTCGGCATTAGCATGTCCGAAGTCGTAGCCGTAGGCGACAGCTTGAACGACCTGGCTGTGATTCAGCAGGCCGGCCTCGGCGTGGCGATGGGCAATGCCCAGCAGACGGTTAAGGATGAAGCGGACCTTGTGGTTTCCAGCAACAATGAGGACGGCATCGTTGAGGTCATCAGGGATCATATTTTGATCGAAAGGTGA	MKHKYRLLALDMDGTLLRDDHEVSEETVKWIKEAVRHGIHVCLSTGRPFQDAYPYAKQLELTTPMVTVNGGEVWRAPYELHRRALLDSKLVEQMHALAIETGSWFWAYSVERLYNSENWTDDIANQEWLKFGYTTNDHEVRHNILMRLQDMGGLEITNSSPDNLEINPQGVNKATGIGQVCELLGISMSEVVAVGDSLNDLAVIQQAGLGVAMGNAQQTVKDEADLVVSSNNEDGIVEVIRDHILIER	PGPT0008595_874	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008595-ycsE|yitU|ywtE-K21064	NA	NA
JZ016_03128	462			hypothetical protein	ATGACCAAACTCAATGAGACCCCTGTCGTGACGGCAGAGATGTTGATTCGAAGACCCGTTTCAGAAGTATTCGAGGCTTTCATCGATCCTGAGATTACAACCAAGTTCTGGTTTACCAAAAGCAGCGGCAAGCTGGAGGAAGGCAGCCATATTCGCTGGGATTGGGAGATGTACGGGGTCCATGATGACGTGTACGTTCAACATATCGAAGTCAATCGCCGCATCGCGATCGAGTCTTCGGACCAGACCAAAACCGAGTGGACATTCACGCCACGGGGCGATCATGAGACCTTCGTTGCCATTACCCACTCCGGATTTACAGGCAATGCGGATGAAATGGTACAGGGAGCTATTGATTCCATGGGAGGATACACCATGGTACTCTGCGGCCTCAAAGCGCTGCTGGAGTTTAACGTCGTCCTTAATCTGGTGGCGGACAAAGCTCCAGACGCCCATGTGTAA	MTKLNETPVVTAEMLIRRPVSEVFEAFIDPEITTKFWFTKSSGKLEEGSHIRWDWEMYGVHDDVYVQHIEVNRRIAIESSDQTKTEWTFTPRGDHETFVAITHSGFTGNADEMVQGAIDSMGGYTMVLCGLKALLEFNVVLNLVADKAPDAHV				NA	NA	NA	NA	NA
JZ016_03129	2052	pbpH	COG0768	Penicillin-binding protein H	GTGAAAGGGTTTAGGCCGGATAAGCGCAAACAAGAAGAACAAGATGCCGGCAGTCAGTTTAACTTGCGGGTTAATCTATTTTTTTTCAGCACTTTTATCATATTCTGTGTCATTATTATACGCCTTGCTATACTGCAGTTTGTTGAAGGACCTGAGCTAAAAGAGCTCGAAACCGGCGGACAGGTTAAAAATTTCCCGCTTCAGCCGATCCGGGGCAGCATCATTGATGCTTCCGGAACACCGATTGCCTACTCGACACCTTCCCAAGCACTGTATTTAACGCTGTTAAAAGATTACAGTTCATCCGAACGGGGGAAGAAGAACCGTCCGGAGATCCAAAAGCTGGCCGAGGAAATGGTCAAGGTCTTCGAACAGTATGGTGATCCAAAAGCCGAAAAGCTAACGGTGGATGATGTGATCAAAGCGATGGACCTGGAGTTCAACAAGCAGCCGGGTTATGAGCCGAGACGCATAAAGGCAAATCTCTCGACTAAAGAAGTGGCCTACTTTATGGAGCATAAAAATGAATATCCTGGAGTCGAGGTTGTCGAAGAGAGTCAGCGTCAATACAACCCGGACAAAATCGCCGTTCAAACGATTGGTTATTTGAAAGAATTCCGCGGAAATAAGACACTGGATAAATATAAACAGATCGATGAGCAGAACAAGAAACAAAAAGATCCGGGACTTATCTACACGGAGCAGGAGAAGGTCGGTGTAGATGGACTCGAAATGATGTTCCAGGATGAGCTGCGCGGCAAGAACGGATATATCGGCATTCCGATTAATCCGCAGAACATGGCGGACGGGGTGCCAACCATGATCGCCCCGGAGAAGGGCTACAATATTCATACGACGATCCACAAGGATATTCAGAAGGTGACGCAGCAGGCGATCATTGATCAGCTGAAATGGCTTCATACCAATACGGTTTCCGGTAAAACGCATCCGAATGCGCAGACGGGTTATGCCGTAGCGATGGAAGTGGACACCGGCAACATTGTTGCCATGGCCAGCATGCCGGACTATGACCCGAATGTGTGGGAGAATGGAACTGATGATTGGGAATCCGTCATGAAGTATTACGGCAACGGAACGATTTCTCCATACAGTTCCGGTCGATCCGGCAACAATCTGGAATCGGTTGTGCTGTTGGGTTCAACAGTAAAGCCACTAAGTGTACTCATTGGACTTAATGAAAAATTGTTCGGGCCAAACGATTATTATTATGATGGCGGGGCTGCATTTTTTGGTAAAGATAATTCAAGGGTTCAGAACTCCGGTGGTAGAGCTTACGGATCTTTGAACCCAAGAAGTGCAATTGAACACTCATCTAACGCCTTTATGGTTGACTGGGTTGGGGAACGACTGTATAACAAATATGGTTCCGAATCCGTTGGAAAATGGGATGAATATATGAAGGAATTCGGGCTTGGGGTTTCTACCGAATCCGGTTTGCCAAAGGAGCATAAAGGAATCATCGAGTATACCAATATCGAGCAGGCGGGAAGTTATCTGGCTTCCATGGCATACGCTTCATTCGGACAGTCCGGTAAATATACGACGCTCCAATTGGCCCAGTACGCCAGCACGCTTGCCAATCGGGGAGAACGCATTCGGCCGCAGCTTGCGAGCAAGATTGTGGATCAGGACGGCAATGTGATCAAGGAATTCAAACGCGAGGTATTAAATAAAGCGGAATTCCCAGAGCAGTACTGGAATGAAGTCATTGCAGGGATGAATACGCAAGGACTTCGAGCATTTGAAGATTTTAAATATGATTTTGCACGGAAGACAGGAACATCCGAGCAGGATATTTATAAAAACGGTACTCGGATCCGGGTGGAGAACGGGGTGTTCATCGCCTTTGCTCCACGGCAAAATCCGAAGCTGGCCGTCGCCGTGGTCATTCCGGAAGCAGGCTTCGGTTCCCAGAGTGCCGCGCCGGTTGCCCGTAAAATTTTTGACGCGTATGACGAGATTTACGGACTCGACGGTACGCCTCACCCTAAAAAAACCGAGGGTGAGAATGGGGATGGCAGTAACGAATAA	MKGFRPDKRKQEEQDAGSQFNLRVNLFFFSTFIIFCVIIIRLAILQFVEGPELKELETGGQVKNFPLQPIRGSIIDASGTPIAYSTPSQALYLTLLKDYSSSERGKKNRPEIQKLAEEMVKVFEQYGDPKAEKLTVDDVIKAMDLEFNKQPGYEPRRIKANLSTKEVAYFMEHKNEYPGVEVVEESQRQYNPDKIAVQTIGYLKEFRGNKTLDKYKQIDEQNKKQKDPGLIYTEQEKVGVDGLEMMFQDELRGKNGYIGIPINPQNMADGVPTMIAPEKGYNIHTTIHKDIQKVTQQAIIDQLKWLHTNTVSGKTHPNAQTGYAVAMEVDTGNIVAMASMPDYDPNVWENGTDDWESVMKYYGNGTISPYSSGRSGNNLESVVLLGSTVKPLSVLIGLNEKLFGPNDYYYDGGAAFFGKDNSRVQNSGGRAYGSLNPRSAIEHSSNAFMVDWVGERLYNKYGSESVGKWDEYMKEFGLGVSTESGLPKEHKGIIEYTNIEQAGSYLASMAYASFGQSGKYTTLQLAQYASTLANRGERIRPQLASKIVDQDGNVIKEFKREVLNKAEFPEQYWNEVIAGMNTQGLRAFEDFKYDFARKTGTSEQDIYKNGTRIRVENGVFIAFAPRQNPKLAVAVVIPEAGFGSQSAAPVARKIFDAYDEIYGLDGTPHPKKTEGENGDGSNE	PGPT0023930_424	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023930-pbpA-K21465	NA	NA
JZ016_03130	1146			hypothetical protein	ATGTCGGCATGGAAGGAGAGTGTGCTGGGTGGAAACGGAATCACCATCTTGCTGCTGCTGATTGTGGCTTTTTCACTAATACAGGGATGGAGTCGCGGAGCCTCCCGGTCAGCCGGGAAGCTTGTTTTTTTTCTGGGGGATGCGGTGCTGCGCCTGGTCGGGCTTGCGATCTCCGTTCCTTTTACATTATGGTTATCACCTAAAGCAGGCGATTGGCTGGGTACGGTCTCCACTTTACCGAATCGAGAGCTGCGCTTCTGGGAACAGATTTATTATACAGCCGTAAAATCGCTGGCGGATTTCCCGCTGCTGCGGTTTGCGGTGCTGTTTATGTTAAGTTACGCCCTTATCGTATTTATGCTGCGTCTGCTCGTGTCCCTGATTATGGGAGGCAGGCTGGGACTCTTCGAAACGAGAAAAGATACATCGGCATCGCTGCTGAGCCGGCTAACAGGTGCGGGAATTGGCGTCATCATGGGCGCAGCGCGGAGCATTATTGTTATTGCGATCTTATTCATCTACGTCAGTTTGAATCCCGATCACGGCTTTAGCCGGTACGTTGAGGCTTCACCCGTTTATCAACAGGGGGCGAAGGCAGTAATAGAGCCTTTATCGGGCTCTCTCGTCCGCGAGAAGCTGCCGGTCTTTACCCAATCGGTTCAGGAAGAATTGAACGGGATCATTCAGCGGAAGTATGAGGTCATCGACCACAAGATTCCCGAGGGCATTGAGCAGACGGCAGCCCATGTTGTAAAGGGTTCGTCAACCGATGAAGAGAAAGCGCGAAAGCTCTATGATTGGGTTGGCAGCCGGATAACATATGATCACGACAAAGTGACCTTGTACGAAGAGCAGCGGATATGGAAAGAGCAGACACCGCAGGATACGTATGACACCAGGTTAGGCGTGTGCATTGATTATGCCCGGCTGTATGCCATGATGGCCCGGTCTCAGGATCTGAAAGTCCGGGTCGTAACCGGCAGGGGATATAATGGCCAAGGCGGTTATGGTCCGCATGCCTGGAATGAGGTCTACTTGAGTGAAGAGAAGCGGTGGATACCGCTGGACCCGACCTGGGCACAGAGCGGAAACTGGTTTAACCCGCCTCGCTTTAATGAAACGCATATTAAGGAGCAGGTGTTTTGA	MSAWKESVLGGNGITILLLLIVAFSLIQGWSRGASRSAGKLVFFLGDAVLRLVGLAISVPFTLWLSPKAGDWLGTVSTLPNRELRFWEQIYYTAVKSLADFPLLRFAVLFMLSYALIVFMLRLLVSLIMGGRLGLFETRKDTSASLLSRLTGAGIGVIMGAARSIIVIAILFIYVSLNPDHGFSRYVEASPVYQQGAKAVIEPLSGSLVREKLPVFTQSVQEELNGIIQRKYEVIDHKIPEGIEQTAAHVVKGSSTDEEKARKLYDWVGSRITYDHDKVTLYEEQRIWKEQTPQDTYDTRLGVCIDYARLYAMMARSQDLKVRVVTGRGYNGQGGYGPHAWNEVYLSEEKRWIPLDPTWAQSGNWFNPPRFNETHIKEQVF				NA	NA	NA	NA	NA
JZ016_03131	447			hypothetical protein	TTGGATACTCAGGTCTGGATTGAATTTCTCAAACAAAACTGGCTGGTCATTGCCATCGCCTTAATTATCTTGTTTATTGTGCTGAATGTGGTGAGAACCGTCATTAAGTGGGCGCTGGCCGTACTTATCATCGTGGGATTGTTAGTGTACAGCGGAATTTCCTTAGATAAAATCGGCGAGGTTGTAACCACGGTGAAGGAAGAAACGGTAGACACGATAAAAAAAGAAGCGCTGAACATGATGATGAAAGAAGCGAAGGAAGCGAAATATACCTCGAATGAGGACGGTACCTACTCCATTAAAGCTCCCAATCTGGAGCTGAAAGGAAGCGCCGGTTCCGAAGAGGTTGAAGTGACTTTCCGCGGAGTTTCGGTAGGGAAGTGGGATATCAACGATACGATTCAGAGCTTTATCGACGATGCCAAGAGCAATACGGCCTCTAAATAA	MDTQVWIEFLKQNWLVIAIALIILFIVLNVVRTVIKWALAVLIIVGLLVYSGISLDKIGEVVTTVKEETVDTIKKEALNMMMKEAKEAKYTSNEDGTYSIKAPNLELKGSAGSEEVEVTFRGVSVGKWDINDTIQSFIDDAKSNTASK				NA	NA	NA	NA	NA
JZ016_03132	1173	mdtG		Multidrug resistance protein MdtG	TTGAAAACCGCTTTATGGCTCTATATGTTTTTGTTTCTGGCGTTTTTTGATTTGCATGCTCAGTATCCTGTACTGACGCCTTTTGCCATCTCTCTTGGCGCAGCCCCTACGTTTATCGGCTGGATGATGGGCATTTATGCTCTGACCCATCTGCCTGGCAATCTGCTTGCAGGCAATCTGATCGACCGGCACGGCAGCAGACGCTACATTATTTTCAGCTTAACCGCCGCTGGTGTGATCCTGTTGCTCCAGGCTCATGTCCAATTGCCCTGGCAGCTGCTCGTGCTCCGCTCGATCAGCGGATTCGTTCTGGCCTTTTTGTCACCGGCCTGTCTGGCACTGCTTGCGTCACTCTCCCGGGATCCTGTTACGCAAGGCAAATATATGTCCGGTCATGGCGTAATACACACTCTTGCCTCCGTCTTGTCCCCGGCCGCCGGCGCTTTCATTGTAGCCAAAGCAGGATTTTCCGGTACATTCCAGAGTCTGGGCTGGCTTTTGATTTTCACCGGTTTGATGGCGTTTCTCAGTCTCCCGAAGCCTCTGTCAGCCACTGCTAAGGATAAAGGTCAGGCTGCTGTTCCGATCAACAATGGGGCACCGGCGCGGCTTCCTTTTAGCTTGCGTTTATATTTGATTCCGTTTGCTATCGCATGCTCTCAAGGAATCCTGTTTTTTGAAATACCGCTGCGAGAAAGCGGGCTGGCAAGCATTATGTCCACCGGACTTCTATTCTCCGTCATTAGTCTTGGAGCTTTGGTCACATTAAGCATGCTGTTTCTTAATCGTTATGCGCCCCATATCAGAGTAGCCATCGGCGTATTGGGGCTGGCGATTTGCTTCTACGCTCTGGCCGCAGCTGACCATGTACCGATTATGATCATCCTGTTTGCACTCGGGCTAGCTAAAGGATTCCTGTTTCCGGCATTATCCTCATTGTTCATCGAGCTAAGCGGCGGAGGCAGACTCGGGAAAGTGTTCTCATTTCAATCCATCGCCATGTCGCTTGGTTCCTTTGTCGGCCCTATTGCGGCTGGACAGCTCCGAACGGTGGTGTCACCTTATTTCATCGCGTTTCTGATGCTGATGACCGTTCTGCTGCTGCTCCCCAAACGCAATCGTGAAGCCCCTTTAACGGCCATCTCACCGGAAGCCCCAATCTCAACCGTCTAA	MKTALWLYMFLFLAFFDLHAQYPVLTPFAISLGAAPTFIGWMMGIYALTHLPGNLLAGNLIDRHGSRRYIIFSLTAAGVILLLQAHVQLPWQLLVLRSISGFVLAFLSPACLALLASLSRDPVTQGKYMSGHGVIHTLASVLSPAAGAFIVAKAGFSGTFQSLGWLLIFTGLMAFLSLPKPLSATAKDKGQAAVPINNGAPARLPFSLRLYLIPFAIACSQGILFFEIPLRESGLASIMSTGLLFSVISLGALVTLSMLFLNRYAPHIRVAIGVLGLAICFYALAAADHVPIMIILFALGLAKGFLFPALSSLFIELSGGGRLGKVFSFQSIAMSLGSFVGPIAAGQLRTVVSPYFIAFLMLMTVLLLLPKRNREAPLTAISPEAPISTV	PGPT0029185_1159	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029185-mdtG-K08161	NA	NA
JZ016_03133	348	rnmV_1		Ribonuclease M5	ATGCCGATATTCATCATCGTAGAGGGTAAGAACGACAGGAGTCGACTACGCCGATTGCTGACATCAGATATAACCATCTTGTGCACGTTCGGAACGTTAAACACCGCCAAGCTTGAAAGCCTTCATAAACAGGTGAAGGATCAAGAGGTCTATCTTTTTATGGATAACGACAGCTCCGGCAAAAAAATTCGCGGTGCCCTGCGCGACATCTTTCCTGATGCCGAACAGATTTATACGCGCCGGGGTTACGCCGGAGTTGAAGGAACGCCTGACGAGTACCTAATTGCCCAGTTAGAGAAGGCCGGGCTGGAAGAGTTCATCATTTACCCGCCTCCTGCTGAATTCTGA	MPIFIIVEGKNDRSRLRRLLTSDITILCTFGTLNTAKLESLHKQVKDQEVYLFMDNDSSGKKIRGALRDIFPDAEQIYTRRGYAGVEGTPDEYLIAQLEKAGLEEFIIYPPPAEF				NA	NA	NA	NA	NA
JZ016_03134	618	ypmQ	COG1999	SCO1 protein	ATGAATGCATTCAAACGTTACAAATGGACTTGGGTACTACTCGCTGTCTGTGTAATAGCAGCAATTTACCTGGTATACAATTCGCTGGGATTCGGAAAAGAAAAGTTTCCTATCGTTCGTGAGGTTGCCGCTTATTCCATGGAGAATGTGGATGGAAAGACGATCACATCGGATGATACCAAAGGCAAGGTGAAGCTCATGTACTTCTATTTCACCAGCTGCCCAGATGTGTGCCCGATTACGACACTGGTACTTTCGCAAATACAGGAAGACTTGAAGAAAGAGGGCCTCTTCGGTAAAGAGGTTAACTTCGTGTCCATCTCCTTTGATCCGGAAACCGATACAAAAAAGAAGATTAAGGAATTCGGGGACCGTTTCTATGCTGATTATAGCGGCTGGTACTTCCTTCGTGGAGATCAGGAGGAAACACGGAAGCTGATGCAGGACTCTTTCAAAATCCCGCTGCTCGGCAATAACTCGACGAATTTCACGCATGGCAATTCCATTGCATTGGTTGACCGGGACAACAATATTCGGAAGACTTATAATGCAGCAGACCCGGCCGAAGTGAAGACCGAGGATATTGTGAAGGACATTAAGTCTTTAATTAAGGAATAA	MNAFKRYKWTWVLLAVCVIAAIYLVYNSLGFGKEKFPIVREVAAYSMENVDGKTITSDDTKGKVKLMYFYFTSCPDVCPITTLVLSQIQEDLKKEGLFGKEVNFVSISFDPETDTKKKIKEFGDRFYADYSGWYFLRGDQEETRKLMQDSFKIPLLGNNSTNFTHGNSIALVDRDNNIRKTYNAADPAEVKTEDIVKDIKSLIKE				NA	NA	NA	NA	NA
JZ016_03135	939	ctaB1	COG0109	Protoheme IX farnesyltransferase 1	GTGGATAATCACTTGAGATACCAGGCTCCTTCAGAATCCGCAGCACTTGCCTCGGCAGCGCCTGCACCTCCCGATAAGGCGGGGACTTGGAAAGATTTTATCACGGTGACGAAGCCCGGAATCATCCGGTCAAATTTGATAGCGGCTTTTGCCGGATTTTGGCTAGCGTCGCGTTGGGATATCCAATTTGGATTGATGATTATGACACTTCTCGGAACCGTGCTTGTTATGGCTTCGTCCTGTGTTTTCAATAACTATTTCGACAGAGAGCTCGACATGAAGATGGAGCGCACACGGAATCGCTCACTTCCAACCGGACGGCTGACACCTAAGGTTGTTCTTTGGTATGCCATCATACTTGGGGTCGTTGGACTAGCTATGTTATTCCTGTTCTCAGGGGTATTGGCCGGGATATTCGGAGCGATCGGAATGTTCGTATACGTTGTGGTATACACATTATGGCTAAAGCGTTCATCAACATGGAGCACATCGGTAGGCGCTATTTCCGGAGCGATGCCTCCGGTGATCGGCTATGTGGCCGTGACAGGAAGCGTAGATATGGCTGCGGTGCTGCTGTTCGCACTTCTGTTTCTGTGGCAGCCGCCACATTTCTGGGCGCTGGGCATTCGCCGCGTTGAAGAGTATCGCGCAGCGGGCTTCCCGTTATTGCCGGTTGTTAAAGGAATTAAACGCACGAAGTATCAGATGATTCCTTACCTGGTGTTACTTATTCCGATCCCTATTCTGATGTACACGTATGGGTACGCCGGTATTTTTTTTCTGGTTATCGGACTCTTCCTGGCTGTTTGGTGGCTCTACGCCGCACTCCAAGGTTTCCGTGCCAAGGACGATGAAGCTTGGTCCAAAAAAGTATTTATTATCTCCATCAACTACTTGACCTTGAGCCTGATCGTTCTCATACTCAATACCACCTTTTAA	MDNHLRYQAPSESAALASAAPAPPDKAGTWKDFITVTKPGIIRSNLIAAFAGFWLASRWDIQFGLMIMTLLGTVLVMASSCVFNNYFDRELDMKMERTRNRSLPTGRLTPKVVLWYAIILGVVGLAMLFLFSGVLAGIFGAIGMFVYVVVYTLWLKRSSTWSTSVGAISGAMPPVIGYVAVTGSVDMAAVLLFALLFLWQPPHFWALGIRRVEEYRAAGFPLLPVVKGIKRTKYQMIPYLVLLIPIPILMYTYGYAGIFFLVIGLFLAVWWLYAALQGFRAKDDEAWSKKVFIISINYLTLSLIVLILNTTF	PGPT0008520_1583	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008520-ctaB|cyoE-K02257	NA	NA
JZ016_03136	219			Small, acid-soluble spore protein alpha	ATGGCACGCCGCAGCAACAATTTGGTTGTACCTCAAGCTACTGCAGCATTACAACGTTTGAAACTCGAGGCTGCTCAAGAACTAGGCGTAACGATTCCTCAGGACGGTTACTATGGTAACTATACTTCCCGTGAAACAGGATCCCTGGGTGGATACATTACAAAACGTTTGGTACAGCAAGCTGAACAGGCTCTTTCGGGGTCTGGCCGCACGCTGTAA	MARRSNNLVVPQATAALQRLKLEAAQELGVTIPQDGYYGNYTSRETGSLGGYITKRLVQQAEQALSGSGRTL	PGPT0024865_95	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024865-SASP_B|sspB-K06419	NA	NA
JZ016_03137	168			hypothetical protein	ATGAGTAAAGGCTTATCCCTGTGGTTTGCGGTCTCTTCGATCGTCCTGCTGACCGCTTCTGCCATCTCCATCAGCTACAACGGATTTCTGGCCGGCGGTCTCGCTCTACTCTCCATTCTCAATATAGGCTGGGGATTCATCATCAAATCCAAACGCAAGCCTTCTTAA	MSKGLSLWFAVSSIVLLTASAISISYNGFLAGGLALLSILNIGWGFIIKSKRKPS				NA	NA	NA	NA	NA
JZ016_03138	987	trpS_1	COG0180	Tryptophan--tRNA ligase	ATGAAAACTGTATTATCGGGAATTCAGCCGAGTGGCAATTTGACACTGGGCAACTACATCGGAGCCATTAAAAATTTCGTTAAGCTCCAAGATGAGCATGATTGTTACTTTATGGTCGTCGATCTGCATGCCATTACGGTACCGCAGGAGCCAAGTTCGCTTAGAGATCGCTCCGAATCGGTTGCGGCACTGTACGTTGCAGCCGGAATCGACCCGAATCGTGCTAATATTTTTCTTCAATCCCATGTTCCTCAGCATGCCGAGCTGGGATGGATCATGACAACGATGGTCAATATGGGCGAATTGGAACGAATGACACAATTTAAGGACAAATCGGAGGGTAAAGATTCCGTAGGAGCCGGTTTGTTTGTCTATCCAGCGCTCATGGCTGCAGACATATTGCTGTATAATGCCAATCTGGTACCGGTAGGGGATGACCAGAAGCAGCATTTGGAAATCACGCGCGATTTAGCTGCACGGTTCAACCATCGGTTTGGTTCCTACTTCAATATGCCGGAACCGTTCATTCCAGAGGTAGGCGCACGAATTATGTCGCTGGACGATGCTTCTAAAAAGATGAGCAAAAGTAATCCGGTTGAGGGCAGTTATATTGCGATGCTGGACACGCCGGATCAAATACGCAAGAAAATCAGCCGGGCTACAACCGACTCCGGGGCCGAAGTGGTCTATGATCCGTCCGCTAAACCAGAGGTTAGCAATCTGATGAGCATTTATTCCGAGTGCGCTGGAGTATCCCTGCAGGAAGTACAGGCGCGTTTTGAAGGAAAGATGTACGGGGCATTCAAGAAGGAGCTTGGCGAAGTTGTAGTAGCCGCTCTGGAACCACTTCAAAACAGATACTACGAAATTCGCCAAACCGGTGAGATCCATGACATTCTGGCCAAGGGAGCAGAGCAGGCACAGAAGACTGCGGCTCAAATACTGGATGGCGTCAAGGACAAGATGGGCTTTCTGGCTCGTAAATAA	MKTVLSGIQPSGNLTLGNYIGAIKNFVKLQDEHDCYFMVVDLHAITVPQEPSSLRDRSESVAALYVAAGIDPNRANIFLQSHVPQHAELGWIMTTMVNMGELERMTQFKDKSEGKDSVGAGLFVYPALMAADILLYNANLVPVGDDQKQHLEITRDLAARFNHRFGSYFNMPEPFIPEVGARIMSLDDASKKMSKSNPVEGSYIAMLDTPDQIRKKISRATTDSGAEVVYDPSAKPEVSNLMSIYSECAGVSLQEVQARFEGKMYGAFKKELGEVVVAALEPLQNRYYEIRQTGEIHDILAKGAEQAQKTAAQILDGVKDKMGFLARK	PGPT0007120_6227	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007120-trpS-K01867	NA	NA
JZ016_03140	486	galM_3	COG2017	Aldose 1-epimerase	ATGAATCAAGTGACCAAAGGCCAGTGGAATGGTTACGACACCTATATTTTAAACAGCGGCCGTCTTGAAGTGACTCTCCTTCCTCGTCTAGGTAACAATGTCATTGGAATTAAAGACCTTGAAAATTCACGCGAAATCCTTCGAAAACCAGATGAAAGTGAGCTTGCCTTCTATCTTCAGAAGCCCTATCACTTCGGCATCCCGATGCTCATTCCGCCAGGCCGGATTTCCAAAGGCCAGTTTGAGTACGGCGGAACATCGTATCAATTTGATCAAAATACCGCGAACGACAATCATATCCACGGTCTCCACCGATCACAGGCTTGGTGTGTCAGCGACATAGAGGAAGATGATGATGGGTGCGCCGTTTCGACAGAGTTCATATCATCGGATGATCCGAAATGGATCGCCCAATTCCCAGTACCGCTGAAGCTGGAAATGACCTTCCGTCTTCAGGGGCCCGCTTATCGCAGAGTCTTCGTGTAA	MNQVTKGQWNGYDTYILNSGRLEVTLLPRLGNNVIGIKDLENSREILRKPDESELAFYLQKPYHFGIPMLIPPGRISKGQFEYGGTSYQFDQNTANDNHIHGLHRSQAWCVSDIEEDDDGCAVSTEFISSDDPKWIAQFPVPLKLEMTFRLQGPAYRRVFV	PGPT0017825_3936	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GALACOTOSE_METABOLISM|DEGRADATION,PGPT0017825-galK-K01785	NA	NA
JZ016_03141	474	galM_4	COG2017	Aldose 1-epimerase	ATGGGTTACCATACGTGGTTCCTGCTTGATGGCGAGCCGCATCGCTGGACGCTGGATCTGCCTGTAGAGGGTATTTATACCTTGAATAATGAACTGATCCCAACCGGAGATTTTTCACCGCTTGGCCATCTGGAACAACTGAATTCTGGACTAAACCTGAAGGAAGCCGACCTGGATACGATATTAAAAATTCCAGAGGGCAAACCGGCTGAAGCCATGCTTCAACGGGATGATGGTTATCAAATTCATTATTCGGCTGACCGCGCCTTTTTCAAGCACTGGGTGCTCTATACGAAAGGCGTCGCAGAGGACTTCCTTTGCATCGAGCCGTATACCTGGCTTCCGAACGCGCCCAATTTAAATCTGCCGAATGAAGAAACCGGTCTGATTCATCTGGAACCGGGGCAGACCGTGAACCTGAATACCCAGATCAGCATCCAAAAAACAACACCGGAGGCGGAGCAAGGGGAATAG	MGYHTWFLLDGEPHRWTLDLPVEGIYTLNNELIPTGDFSPLGHLEQLNSGLNLKEADLDTILKIPEGKPAEAMLQRDDGYQIHYSADRAFFKHWVLYTKGVAEDFLCIEPYTWLPNAPNLNLPNEETGLIHLEPGQTVNLNTQISIQKTTPEAEQGE	PGPT0017825_3945	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GALACOTOSE_METABOLISM|DEGRADATION,PGPT0017825-galK-K01785	NA	NA
JZ016_03142	222			Small, acid-soluble spore protein alpha	ATGGCTCAAGGTCGTTCTTCTAACAATCTTGTCGTACCTCAAGCAACTGCAGCTCTTCAACAATTGAAAGTAGAAGCTGCTCAAGAACTGGGTGTGACGCTTCCACAAGACGGTTACATGGGTAACTATACTTCCCGTGAAACAGGTTCTTTGGGAGGTTACATCACCAAACGTCTGGTTCAATTGGCTGAGCAGCAATTATCGGGTCGTTCGAACCTGTAA	MAQGRSSNNLVVPQATAALQQLKVEAAQELGVTLPQDGYMGNYTSRETGSLGGYITKRLVQLAEQQLSGRSNL	PGPT0024865_78	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024865-SASP_B|sspB-K06419	NA	NA
JZ016_03143	405			hypothetical protein	ATGGTAAAACTAGATCAATTATCACTGGCTAGACAATTGGACATCGTTTTTAAAGAGCTGGAAGAAGAGTTGGGAGGTCTTAGTTCAGGGACAGTATTTGTACAAATACGAAATAATGTAATTGGTAAATTTGGCATACGGCACAATCCATTGGCTGGGCGTAACGGAGTCATAGCTCCACTTGAGGAGGGGCTAAGTGAAGCTCAACAATTCTCTTTTCGTACGATGGCACTTGAAAGTCTGAAACATAAACGTCACTGGACACACGGCGAAATCAGTTATGAATTTATGGTACGACAAGGCATTGTAATTGTAGATGCTGTCCTTGAATCCAACTATAACATGGCAAACTTGATGATTCGGTACCCTCGGAATACATATGCCGAAGCTGCTTCGGAATCCTGA	MVKLDQLSLARQLDIVFKELEEELGGLSSGTVFVQIRNNVIGKFGIRHNPLAGRNGVIAPLEEGLSEAQQFSFRTMALESLKHKRHWTHGEISYEFMVRQGIVIVDAVLESNYNMANLMIRYPRNTYAEAASES				NA	NA	NA	NA	NA
JZ016_03144	1794	pepF1_2		Oligoendopeptidase F, plasmid	ATGGCACTTCAACAAACTTGGGATTTGGAATCGATATTTCCCGGAGGCTCTTCCTCACCGCAGCTCATGAGCTTTCTTGAGGCACTTGAGCAGGATGTACATAATCTTCAGCAAGCCGTTAAAGCATTGACCGTTCCGGAAACCATGGAGGGCGCATCCAGCCTTGAGCGCTTCCTTGAGCAGTTTCAGAATGCCTATGCCCGCATCCGTGAAGTCTCCGCATTCGTGGGCTGCCTGACCGCGCAGAATGTGAATGACAAGAAGGCGGTTCAATTATCCGGACGGGTAACGTCGTTGTCCGCGACCCTGCAATCGGTTAAGAACCAATTCGATAACGTTCTCCGTGGTATGGATGACGAACTCTGGACGGCTTGGACCGGTACGGATAAGGTGTCCGAGCTTGATTTCGTATTGAACGAAAGCCGTAATCTCGCCAAAGACAAGATGAGTCCCGAGTTAGAGAGCCTGGCTCTATCGCTTGGCGTAGACGGTTATCATGGATGGGGAGAGTTCTACGATACCATCGTTAAGAAAATCCAAATCCCCTATGAGGAAGACGGTAAGACGGTCATGTTGTCCGCAGGACAGGCATTCAATAAAATGCATGATCCTCGCCGGGAAGTACGTCAATCCATGTTTGAAAAGTGGGAGCAGGCATGGGGAGACTCCGCTGATTACTGTGCGGATACCCTTAACCATTTATCCGGCTACCGCCTGAAGCTGTACGAGAACCGCGGCTGGGAGGATGTATTGAAGGAGCCGCTCGCGATTGGCCGGATGAGCCGTCAGACCCTGGATACCATGTGGGCGGTCATCCAAGACACGAAGTCGGTGCTTGTGGAATACCTGAACCGCAAAGCCAAGCTGCTTGGTCTGGAAGGTTTGTCTTGGACTGATGTAGATGCCCCGCTGCGCACTTCCGCAACCAAAATCTCATATGACGATGCAGCTGTTAACATTGTGGAGCAATTCCGCAAGTTCAGCCCGAGATTGGCGGATTTCTCGCAAATGGCGTTCGACAAGAGCTGGATTGAGGTGGAGGATCGTCCCGGCAAGCGCCCTGGCGGTTTCTGTACCTCCTTCCCGGCAAGCGGCCAGACCCGAATCTTCATGACGTTTGGCGGAACGGCCTCGAACGTTTCGACCCTAGCTCATGAGCTCGGCCATGCCTACCATCAGCATCTGATGGGCGGAATTCCGGTGCTTAACCAAAAATATGCAATGAATGTTGCCGAGACGGCATCTACATTTGCCGAAATGATTGTTTTTGATGCGATGGTGAAGGGAGCCGGCAGCGAAGAAGAAAAGCTGGCCCTGCTGGAAGAGAAAATTCAGAACAGCGTAGCCTTCTTTATGAATATTCATGCACGCTTCTTGTTCGAAACCCGCTTCTATGACAAGCGGAAAAGCGGTCTGCTCAGCAGCGAGGAAATATCGGAATTGATGGTGGAAGCGCAGAAGGAAGCCTATTGTGATGCTCTGACATCATACCATCCGCATTTCTGGGCATCCAAGCTTCATTTCTATATTACCGGGACGCCGTTCTATAATTTCCCGTACACCTTCGGTTATATGTTCAGCACGGGCCTCTATGTTCGGGCATTGGAAGAAGGTCCGAGCTTTGCGGACAAATATGATGCACTTCTTCGCGACACCGGCGTGATGTCCGTGGAGGATCTGGCGAAGAAACACCTGAATGTGGATCTGAACCAGCGCGATTTCTGGCAAAGTGCAGCAGATTCCTGCGTATCCGACATTAAACAATTCCTGCAAATGACGGAGCATATGGCGTGA	MALQQTWDLESIFPGGSSSPQLMSFLEALEQDVHNLQQAVKALTVPETMEGASSLERFLEQFQNAYARIREVSAFVGCLTAQNVNDKKAVQLSGRVTSLSATLQSVKNQFDNVLRGMDDELWTAWTGTDKVSELDFVLNESRNLAKDKMSPELESLALSLGVDGYHGWGEFYDTIVKKIQIPYEEDGKTVMLSAGQAFNKMHDPRREVRQSMFEKWEQAWGDSADYCADTLNHLSGYRLKLYENRGWEDVLKEPLAIGRMSRQTLDTMWAVIQDTKSVLVEYLNRKAKLLGLEGLSWTDVDAPLRTSATKISYDDAAVNIVEQFRKFSPRLADFSQMAFDKSWIEVEDRPGKRPGGFCTSFPASGQTRIFMTFGGTASNVSTLAHELGHAYHQHLMGGIPVLNQKYAMNVAETASTFAEMIVFDAMVKGAGSEEEKLALLEEKIQNSVAFFMNIHARFLFETRFYDKRKSGLLSSEEISELMVEAQKEAYCDALTSYHPHFWASKLHFYITGTPFYNFPYTFGYMFSTGLYVRALEEGPSFADKYDALLRDTGVMSVEDLAKKHLNVDLNQRDFWQSAADSCVSDIKQFLQMTEHMA	PGPT0020965_1865	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020965-pepF|pepB-K08602	NA	NA
JZ016_03145	186			hypothetical protein	ATGAGACCTTTGCAAATATCACCGGAGACGGCGGTTACACTGTCCAAGCAGCTGGGCGTTCCGCTGGAACAGCTGATGCACATGCCTCAGCATATATTAATGCAGAAAATTGCCGAGCTTGCCAAGAATGAAGAAGCGAAAGCAACGAAAAAAGACGATGAGTCACCATCATCGGAGAACTCATGA	MRPLQISPETAVTLSKQLGVPLEQLMHMPQHILMQKIAELAKNEEAKATKKDDESPSSENS				NA	NA	NA	NA	NA
JZ016_03146	231			hypothetical protein	ATGATTCCTTTTTCCAATACTTGGCCCTATGATGTCGTTGGAAACGACGTATATGTACACAGCTGCCCATTCTGCGGAACCGACAATGTATTGCTGCCGATGAAACCCAAAGAGCTGATAAGCGTAAGGGAAGGGAAAAAGAAGCTGCTGATCTTCCCCTGCTGCCACAACAAAGTAACCGTGCTGGACAGCGATATCGACTACTTGCTCACGGATCAGCGATTACGCTGA	MIPFSNTWPYDVVGNDVYVHSCPFCGTDNVLLPMKPKELISVREGKKKLLIFPCCHNKVTVLDSDIDYLLTDQRLR				NA	NA	NA	NA	NA
JZ016_03147	696			hypothetical protein	GTGAAATTGGAACCCTTGTATTCCATCAAGGTGGTTTGCGCGCACTGTGAGCATGAATATGAAACATCCAGGGTAAGACCCAGCTTTAAAAAGGCATACCGTACAGATACGGATTTTTGCGCTTATTATAAATCGGAGAATCCCGATTTTTACGTGGTGCGGATCTGTCCTGAATGCGGTTTTGCCTCCACGGAAAACTCGACCCTGAAATTGAACGAACGGCAGAAGGCGCTCTTTCACGAGCAAGTCGGATGCCGCTGGGAGAAGAGGGATATGGGCGGCTCGCGCAATCTGGAGGATGCTCTGGAGTCGTACAAGCTGGCTCTCCTCTGCGCCCAAGTCATCGGGGAGCGGGATCGCATTGTGGCCAGCCTGCTGCATCATATCGCTTGGCTGTACCGGTATCAGGGCAACGAGGATCAAGAGAAGCGGTTCTTGAGTTATAGCCTGGAATCCTATGTTCGAGTGTTCGAGCTGGAAGGGGTAGGGGCGAATGATGCTAGGCTGCTGTATCTGATCGGAGAGATCCACCGCAGGCTGGGACAGTTTCAGGAGGCGGTTCAATGGTTCTCCAGAGTGGTCCAGGATGACAAGATTATGGACGCCGCGATGATACGCGCATCCAGAGAGCAATGGAAGCTGATATCCGAGCAGATACGGGAGCAGAAGAACGAGGCACTTAAGGCAGAGTCATAA	MKLEPLYSIKVVCAHCEHEYETSRVRPSFKKAYRTDTDFCAYYKSENPDFYVVRICPECGFASTENSTLKLNERQKALFHEQVGCRWEKRDMGGSRNLEDALESYKLALLCAQVIGERDRIVASLLHHIAWLYRYQGNEDQEKRFLSYSLESYVRVFELEGVGANDARLLYLIGEIHRRLGQFQEAVQWFSRVVQDDKIMDAAMIRASREQWKLISEQIREQKNEALKAES				NA	NA	NA	NA	NA
JZ016_03148	378	yjbI	COG2346	Group 2 truncated hemoglobin YjbI	ATGAATCCGAACTTAAGCATCTATGATAACCTCGGGGGTGCCGAGGGTGTACGTTCGCTCGTCGAAGCTTTTTATCCGAGAGTGCAGCAAAATGAGCTGCTTTCGCCATTGTTTCCGGAAGATATTATGCCGGTGATGGAGAAGCAATATATGTTCTTGAGCCAGTTTTTTGGAGGGCCAGCCTTGTTCTCGGAAGCATTCGGACATCCGATGATGCGGGCCAGGCACATGAAATTCCCGATTACGGATCGCCATGCCGAAGAATGGCTTGGCTGCATGGCAGGAGCCCTAATCGAAATTGGCGTGGAGGATGAATTACGTGATTTTGTGCTGCAGCGTCTGTCCGGCCCCGCCCACCATTTCGTGAACACTCCTTAG	MNPNLSIYDNLGGAEGVRSLVEAFYPRVQQNELLSPLFPEDIMPVMEKQYMFLSQFFGGPALFSEAFGHPMMRARHMKFPITDRHAEEWLGCMAGALIEIGVEDELRDFVLQRLSGPAHHFVNTP				NA	NA	NA	NA	NA
JZ016_03149	1230	ylbJ_2	COG3314	Sporulation integral membrane protein YlbJ	ATGACCATGAAAAAAATGGGCTGGCTCTTGCTCGTGACGGCACTGCTCAGCGTAATTGTCCTAATGGCTTTATTTCCCGAAGCGGCGCTTCAATCCGCACTCCGTGGCCTGTCGATATGGTGGGACGTGCTGTTCCCTTCCCTGTTCCCGTTCTTTGTTATTTCCGAGGTGCTGCTGGGGTTCGGCGTAGTCCACCTGATTGGCACGCTCCTGGACCCTATGATGAGACCGTTATTTCGTATTCCGGGGGCCGGAGGATTCGTTGCAGCAATGGGATATGTTTCAGGATACCCGGTCGGTGCCAAATTAACCGCCAAGCTATGGGAACAAAAAATGGTAAATCGGGAGGAAGGTGAGCGACTTGTCGCTTTCACCACCTCTTCTGACCCTATATTTCTAATTGGTGCCGTCTCCATCGGTTTCTTTCATGACCCCAAGATCGGTTTGATCCTTGCCTTGTCCCATTATGGCGGAGGTTTCCTTGTGGGGTTGATTATGAGATTTCATGGCAGGCATGAATCCAAAACAGCAACCGATTCACTCCGCCTGTCGCAGGCTAACACAAGCAGACTCAAGTCCGCCCTCCATGCCATGCATGCGGCGCGTGAGCAGGATGGCCGGGACCTCGGCACCCTGTTAAGACAAGCGATACAATCATCGCTTCAGCTCATTATCGTCGTCGGCGGACTTGTGGTTTTCTTCTCCGTGTTTCTTGAACTCTGGACCCGCGCCGGCGTTATGCCTGCGCTAACTGAAGCCATCAGTTTGCTGTTATCTCTGGTTGGGATGCCTGAATCCTTATCCACTGCCATCGTAGGCGGATTGTTTGAGGTCACACTTGGTGCCCGATATGCCGGGGAAGCAGGGGCTGCAATTCCATTGCCATACAAAGCGGCCGCGGCTGCCTTTATATTGTCATGGGGCGGTTTGTCCGTTCATGCCCAGATCATTAGCATCCTGAACTCTACCAACCTCAGGTATTTCCCTTTTGTCATTGCAAGACTGATTCATGGTGTGATTGCCGCGGTCGCTGTATTGCTGTTGTGGAGAAGTGTCATGGGATCTTCGATACCGACCATGGCCCTTCCGGCTGTTTCGGATTCCGCCCTAAACGGGTATACCCATATTATGGCGGCTTTCTGTATCCTGCTCGGTTTCCTGATTGCGGTTGCGTTGTTTATTCAGATCATTCGAGGACTGCAGCAGAAAATCCGCAAATTCCCAAGGTGA	MTMKKMGWLLLVTALLSVIVLMALFPEAALQSALRGLSIWWDVLFPSLFPFFVISEVLLGFGVVHLIGTLLDPMMRPLFRIPGAGGFVAAMGYVSGYPVGAKLTAKLWEQKMVNREEGERLVAFTTSSDPIFLIGAVSIGFFHDPKIGLILALSHYGGGFLVGLIMRFHGRHESKTATDSLRLSQANTSRLKSALHAMHAAREQDGRDLGTLLRQAIQSSLQLIIVVGGLVVFFSVFLELWTRAGVMPALTEAISLLLSLVGMPESLSTAIVGGLFEVTLGARYAGEAGAAIPLPYKAAAAAFILSWGGLSVHAQIISILNSTNLRYFPFVIARLIHGVIAAVAVLLLWRSVMGSSIPTMALPAVSDSALNGYTHIMAAFCILLGFLIAVALFIQIIRGLQQKIRKFPR				NA	NA	NA	NA	NA
JZ016_03150	804	ppnKA	COG0061	NAD kinase 1	TTGAGATATTATGTTCTGGACCGCGGTGACCCATTGTCTGTCGAGCTGACCCAGCAATTTCACAAGCTGGCGGAACAGCGGGGGTTTGTGCTGGATGCAGAATCTCCGGAGATTGTGGTCTCGATCGGCGGAGACGGTACGATGCTGCATGCTTTCCATACTTTTATAGACCGTATTCCTGACCTCGCTTTTGTCGGTGTCCACACGGGCCACTTGGGATTCTATGCTGATTGGAAGGCCGATGAACTGACAGAGCTAATTGATCATATGAGCGGGGAAGGCGAACACGGCAACGTGAAGCCGCGCCTCGTCAAGTACCCCCTGGTTCAACTGGAAATTCATAAGAAATCAGGAACGTCCTCTTACATTGCTTTAAACGAATTCACGCTTAAAGGCGTTGACGGTACCGTTGTCGCGCAGATTGACATCAACGACGTAACCTTTGAAATGTTCAGGGGAGACGGGATTTGCGTGTCCACGCCATCCGGCAGCACGGCTTATAACAAAAGTGTCGGCGGAGCGATGGTGCATCCTTCCATCGATGCTCTGCAGATCGCGGAAATCGCCTCGATTAACAATCGGATTTTCCGTACGCTGGGCTCACCGCTGCTCCTGCCTAAGCATCATCATTGTGATATATTCTCGCGTAAAGAACAGCGTTTGCTGCTTACCATCGATCATGTGAATATCTCGATTGACGACCTCGTATCCGTGCGCTGTCAAGTGGCGGAACAGCAGGTCAGTTTTGCACGCTATCGGCCGTTCCCGTTCTGGAATCGTGTCCGTGATGCATTTCTTGGCTAA	MRYYVLDRGDPLSVELTQQFHKLAEQRGFVLDAESPEIVVSIGGDGTMLHAFHTFIDRIPDLAFVGVHTGHLGFYADWKADELTELIDHMSGEGEHGNVKPRLVKYPLVQLEIHKKSGTSSYIALNEFTLKGVDGTVVAQIDINDVTFEMFRGDGICVSTPSGSTAYNKSVGGAMVHPSIDALQIAEIASINNRIFRTLGSPLLLPKHHHCDIFSRKEQRLLLTIDHVNISIDDLVSVRCQVAEQQVSFARYRPFPFWNRVRDAFLG	PGPT0013490_5285	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858	NA	NA
JZ016_03151	339			hypothetical protein	ATGTCAGCGAAGAAAGGCCAAACCTTTAATCGATATAGCGAAGAAACGAAGAAAGAAGCCGTTCGTCTGCGAGTGGAAGAAGGTTGGACGTACAGTCGGATCATGAAGAAGTTTGGGATTAAGAGCGAGAGCCAGATTATCACATGGGTTCGTAAAAACCAAAATGGAGAGAGTTTCGAGGATTACCGTGGACGTTGGACGAAGAAGCATTTTAGTAGTGCAGAAGAAGAAAATGCTTATCTGAAAGCACAGGTAGAATATCTAAAAAAGCTCAATCCAAATTTGCACGGAGAGGAAAGTTGGATTTCGAAGCCCGGTGCCAGTCCGTTCGAGAAATAA	MSAKKGQTFNRYSEETKKEAVRLRVEEGWTYSRIMKKFGIKSESQIITWVRKNQNGESFEDYRGRWTKKHFSSAEEENAYLKAQVEYLKKLNPNLHGEESWISKPGASPFEK				NA	NA	NA	NA	NA
JZ016_03152	852			IS3 family transposase ISBth8	TTGGATTTCGAAGCCCGGTGCCAGTCCGTTCGAGAAATAAGCAAGTGGGCACCTGTGGTTTGGCTGTGTAAAATTGCTGAAATTTCGCGTGCAGGTTACTACAAATGGAAGAAAAATGCTGTCCTCAGAGAGAAACGAGCAGACCGGGATGCGGATCTGAAAGCACATATTTTAAGCATTCATCGGCTTCGTCCTTATTTCGGCTACAAACGTATGCGAACCGCGTTAGGCAAAGAAGGCCTTGTAGTGAATCACAAAAAGGTACGCCGCTTAATGAGAGAACTTCAGATTCGTTCCATGATTTGCAAGAAACGTCCATTTGCTGGCCGGAAACCGTCCGTTCTGTTCCGTAATGTCCTAAATCGGGAATTCTCAGCGACAACTCCTGTGCAGAAGCTCGTGACGGATATTACGTATGTCCGGATTGGGCATGATTTTGCTTATCTCTCCGTGGTGATGGATCTGTACAACAATGAAATTGTAGCGTGGGAACTCTCTGAGCGAAATGACTTAAAACTCGTTACAGACACAGTGAAGAAACTGAAATGTGGACCTTCCTTGCTCCACTCGGACCAAGGGTTTCAGTATACAACACAAACCTATGCCAAGTTACTTGAAGAGAAGAAGCTTACAGGAAGCCATTCCCGGCGTGGAAACTGCTATGACAATGCTTGTATTGAGTCGTTCTTCTCCCACTTAAAGACAGAGAAACTGTATTTGGAGAGACCTCAAAATCTGGAGCAAGCCAGGAGCCAAATTACGGAGTATATTTCGTTTTACAACATGGAACGTTTCCAAAACAAACTGGGCGACCTCTCCCCGATTGAGTTTCGGGAAAAAGTCGCCGCTTAA	MDFEARCQSVREISKWAPVVWLCKIAEISRAGYYKWKKNAVLREKRADRDADLKAHILSIHRLRPYFGYKRMRTALGKEGLVVNHKKVRRLMRELQIRSMICKKRPFAGRKPSVLFRNVLNREFSATTPVQKLVTDITYVRIGHDFAYLSVVMDLYNNEIVAWELSERNDLKLVTDTVKKLKCGPSLLHSDQGFQYTTQTYAKLLEEKKLTGSHSRRGNCYDNACIESFFSHLKTEKLYLERPQNLEQARSQITEYISFYNMERFQNKLGDLSPIEFREKVAA				NA	NA	NA	NA	NA
JZ016_03153	540			hypothetical protein	ATGATCGTTATCGGAAACAAAAGTTATGAAGTGTTAAAGGACCATCGAAACGGCTGGAATCTGGAAGCTTTCCGGGAGCGGTACAGCGAGGTGCTGGACCGTTATGACTACATCGTGGGAGACTGGGGTTACAATCAGCTTCGGCTTAAAGGTTTCTATCGGGATAATCATCCTAAAGCTGCCAAGGACTCTACCTTCTCCAGCATGTCCGATTACATTAACGAATACTGCAATTTTGGTTGTGCTCACTTCGTGCTTCAGAAAACCAAGGAGCAGAAGGATAGCAAAGACCATGCCAATTCCAAAGACCCTGTGGAGATTCGTGAATCATCCCCCAAGGAAACCCAGGGTGAGGGGGAAGCGAAGGGAAGCAAGGAAGCCCAGCAGGAGGGCCCCAAACCGGGCAAGGAACACAAGGACCAACGCGAGCGGCGCGAAGCGAAGGAATCCAGACGCGAGCCACGCGATCCTAAGGAATCCAAAGAGAAGGACGCAAAGCCTTCCAAGGAGCCTAATCTTTCGGCTGAACAGCCGCAATAA	MIVIGNKSYEVLKDHRNGWNLEAFRERYSEVLDRYDYIVGDWGYNQLRLKGFYRDNHPKAAKDSTFSSMSDYINEYCNFGCAHFVLQKTKEQKDSKDHANSKDPVEIRESSPKETQGEGEAKGSKEAQQEGPKPGKEHKDQRERREAKESRREPRDPKESKEKDAKPSKEPNLSAEQPQ				NA	NA	NA	NA	NA
JZ016_03154	894	lipA	COG0320	Lipoyl synthase	TTGTCTAAAACCAAACAGCCAAAACCTGACTGGATTCGAATCAAGCTGACTACTGGCGATAATTATAAAGAAATCAAAAGCATGATGCGATCCAAGACACTGCACACGGTGTGTGAAGAGGCTCGCTGTCCGAATATTTATGAATGCTGGGCTAACCGTACGGCAACCTTCATGATCCTGGGTGATATTTGTACCCGCGCCTGCCGATTCTGCGCTGTCAACACGGGTCTTCCAACGGAACTGGATCTTCAGGAGCCGGAACGCGTAGCGGAAGCGGCGGAACAGATGAACCTGCGTCACTGCGTAGTAACAAGCGTAGCACGGGATGATCTGAAAGATGGCGGGGCCTACATATTCGCTGAAACGGTTAAAGCCATTCGCAGACGTCTGCCGCTATGCTCGGTGGAAGTGCTGATTCCGGATTTTATGGGCAGCGAAGAAGCGCTTAAGATCGTAATGGATGTGAAGCCGGACATTCTGAACCATAACATTGAGACGGTCGAGCGAATGTCGGATCGGGTACGTGCCAAGGCCAAGTACACCCGTTCCTTGCAATTGCTGAAGAATGCCAAGGCGATGCAGCCAGATATTCCGACCAAATCCAGCATAATGCTAGGTGTCGGCGAACAATGGCATGAGATTCTGGAAGCGATGGACGACCTGCGTTCGGTGGGTTGCGATATCATGACGATCGGCCAATATTTGCAGCCTTCGCCAAAGCATCTGAATGTTGAAAAATACTATACGCCGGAGGAGTTTGCGATCTTGAAGGAAGAGGGAATGAAGCGCGGATTCAGCCACGTGGAGTCCGGTCCTCTGGTGCGCAGCTCCTATCATGCACACGAGCAAGTGAAATCTGCAGAACGCAACAAGGAAGAGACCGTGCAGTCTTAA	MSKTKQPKPDWIRIKLTTGDNYKEIKSMMRSKTLHTVCEEARCPNIYECWANRTATFMILGDICTRACRFCAVNTGLPTELDLQEPERVAEAAEQMNLRHCVVTSVARDDLKDGGAYIFAETVKAIRRRLPLCSVEVLIPDFMGSEEALKIVMDVKPDILNHNIETVERMSDRVRAKAKYTRSLQLLKNAKAMQPDIPTKSSIMLGVGEQWHEILEAMDDLRSVGCDIMTIGQYLQPSPKHLNVEKYYTPEEFAILKEEGMKRGFSHVESGPLVRSSYHAHEQVKSAERNKEETVQS	PGPT0003935_4014	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM	ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE	PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003935-lipA-K03644	NA	NA
JZ016_03155	1083	lytH	COG0739	L-Ala--D-Glu endopeptidase	TTGAGGATTTTCCAACCATTGAGCGCAAGCGGTATTATGATTCGCTGCACTGCTGCAGCTGTGGCTGCCTTGACAGCTGCCTGCTGCATGTGCGGGCCTGTGTCCGCATCCGCCTCTGTTGCGGTCAGCACCGCTGACGATACGGTGAAAACATCGGATGTTAACGCCATTTTTGCAGACCGGAAGTCGTTATATGATGAGATTTCCACCGTTACCCAAATTCCTTGGTATCGCCTGGCTGCCATTGACCAGTATGAACGGACACTAACTAGAGTCCACCCCAAGGATCGCAAACATCCGGACCGGACGCTCGGAATCTTCATCCCCTCCACAAGATGGGCCGGGGCGTTAAATCCCAATCAGGAAGATGTAAATCCGACGTCGATCAACGTGTTTTCCGGCATCGGACTGGATGGGGATGGAGATGGCAAGGCGGATCCGAATAATGATATCGACCTGCTATATACCGTTGCGGCAAGGCTCGCCCCCTACGGTCATGCTGCCGATGACTTCAGCATCGGACTCTGGTCATACTACCAGAATACGCGGGCTGTTCAGCGCGTCATGCAATACGCCAAAATGTACGAGACCTTTGGAAAGCTGGACTTGTTTGACCATGCATTTCCTCTCCCGGTCAAAAGCAACTATTCCTACCGAAGCACATTTGGCATGGGACGCAACTGGGGAGGCAGAAGGGTTCACGAGGGAACGGATTTGTTTGCCTCATACGGAGTCCCCGTTCGAAGCACCTGTTACGGCGTTGTCGAAATCAAGGGCTGGAATAAATATGGCGGGTGGCGCATCGGCATCCGTGATTTGAATAATCATTACCACTATTACGCCCATCTGCAAGGCTTTGACAAAGGAATCTCGCTCGGGGATGTCGTTAAGCCGGGTCAAACCCTTGGCTGGGTTGGGAGCTCCGGTTATGGCAAGCCGGGAACCCAAGGCAAGTTCCCTCCACACCTCCATTACGGCATCTACCGGGACACCGGATTGACCGAATGGGCATTCGATCCTTACCCGCTGCTGAAGCACTGGGAAATGGAAGAAAAACGCTCAAAGAAAAAAACGCGCTCCTGA	MRIFQPLSASGIMIRCTAAAVAALTAACCMCGPVSASASVAVSTADDTVKTSDVNAIFADRKSLYDEISTVTQIPWYRLAAIDQYERTLTRVHPKDRKHPDRTLGIFIPSTRWAGALNPNQEDVNPTSINVFSGIGLDGDGDGKADPNNDIDLLYTVAARLAPYGHAADDFSIGLWSYYQNTRAVQRVMQYAKMYETFGKLDLFDHAFPLPVKSNYSYRSTFGMGRNWGGRRVHEGTDLFASYGVPVRSTCYGVVEIKGWNKYGGWRIGIRDLNNHYHYYAHLQGFDKGISLGDVVKPGQTLGWVGSSGYGKPGTQGKFPPHLHYGIYRDTGLTEWAFDPYPLLKHWEMEEKRSKKKTRS	PGPT0024030_130	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_LD-ENDOPEPTIDASE_ACTIVITY,PGPT0024030-lytH-K21472	NA	NA
JZ016_03156	975			hypothetical protein	ATGAGACGAAAGAGATGGGGAAGCAGGCGTTTGGCCTTTCCGTCGCTGTCGTGGCCTAAACCAAGGAGAGCTTATAAACCACCGCGCAGAGGCTTTCGGCCCGTACCGCAGAGCCGAGGGCGTCCTCAGGCTGCCAAAAGACGAAGCACGAAAAAATGGTGGCTGATCGGCGCTCTGCTCCTTGTGTTTGGGATCGTTGAGTTTTTTATGTATATTGAGCAGAATCTGCGGCCGCCGATCATGCATTTAGCCCAAATCAGGGTTAAACAGATTGCCACTGAAGCCATCAATAAAGCGATCACCTCTCAGGTCACGCAGGGGAAGGATTTCGATAATCTGGTCAACTGGAAAACGGACAGCTCGGGCAAAGTGACGGGATTCATGCTGAATTATGCCGAGCATTTAAAAATCACCTCCCATACAACGGAGGTTGTTCAGAGCACACTGGACGATATTCATAAGCGTAAGGAGCAAATTCCCTTGGGACAGGTGCTGAAAAGCCCGATTATCGCTTCATTCGGTCCGCAAATTCCTTTGAAGATCGAACCGCAGGGAGCGGTGAAGGTTCAACTGGATACCAGGCAGCAGGGTGCTGGCATTAATATGATTTTGGTGGAGGTATTCGTCCACATCGTAACAGAGGTAGCGGTTGTCGTTCCTTTTGACATGGAGCCGCAGATTGTGGAAACCGATATTCCCATTTCTTATCTGCTCGTGGTCGGCGACGTGCCAATGTATTATTATGACGGGCAAGGAAAGGCCGTCGGCGAGAATAAGGCAAGCGCGCCGAGCATAGCGATACCGCCTCCCGTTACCAATGAGAATAGCCATAATACGGAGCAGGAAATCCCGCCTGTTACTCCGCCGGTAACAACGCCGACGAATCCTCCAGATGGAACAACGACACCTTTGGAACCTTTACCTGGTGGAGCAGACTTATCCGGGCAGACGGGGGATAACAACACTGGAGGCTAA	MRRKRWGSRRLAFPSLSWPKPRRAYKPPRRGFRPVPQSRGRPQAAKRRSTKKWWLIGALLLVFGIVEFFMYIEQNLRPPIMHLAQIRVKQIATEAINKAITSQVTQGKDFDNLVNWKTDSSGKVTGFMLNYAEHLKITSHTTEVVQSTLDDIHKRKEQIPLGQVLKSPIIASFGPQIPLKIEPQGAVKVQLDTRQQGAGINMILVEVFVHIVTEVAVVVPFDMEPQIVETDIPISYLLVVGDVPMYYYDGQGKAVGENKASAPSIAIPPPVTNENSHNTEQEIPPVTPPVTTPTNPPDGTTTPLEPLPGGADLSGQTGDNNTGG	PGPT0025000_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0025000-yunB-NA	NA	NA
JZ016_03157	345			hypothetical protein	ATGTCGCGAGCCGCTCCGAAGCATGATGTTTATCAAGCTATCGCAGATCCGACACGCCGTAAGCTGCTTGGCTTGTTAAGTGATAAAGAAATGCCGGTTAAAGAAATTACAGGGCACTTCTCCATGACGCGGACCGCCGTTTCCAAGCATCTCCGAATCCTGGGGGAAGCGGGCCTTGTGCAGGACCGCAAGGTTGGACGCGAAACGCGCTATCGGCTGGATGCCGAACCGCTTAAGGAATTAAAGGATTGGCTGGCTTATTTCGACCGCTTCTGGGAGAATAAACTGTCGATGCTGAAATATTATGTGGAGGATCAAGAAGACAATCCAAAGGACGACAAGTAG	MSRAAPKHDVYQAIADPTRRKLLGLLSDKEMPVKEITGHFSMTRTAVSKHLRILGEAGLVQDRKVGRETRYRLDAEPLKELKDWLAYFDRFWENKLSMLKYYVEDQEDNPKDDK	PGPT0004735_3488	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_03158	426	yndB	COG3832	putative protein YndB	ATGGACAACGCATCAAACGGCAAGCTGCCGGATATTCGTCATACGCTGGTGCTGAAAGCGCCCATCGAGAAGGTGTGGAAAGCCGTGGCAACGGCTGAAGGAATTTCAGCCTGGTTTATGCCTAACAATTTTGAGCCGGTGGAAGGCTTTGAGTTTCAATTGAATGCAGGCCCTTTCGGCAATTCACCATGCAAGGTCACGCTTATTGACGAGCCCAACCGCTTGTCTTTTAACTGGGGCAAGGATTGGAGTGTTACGTTCGAACTGGTACAGCAGGGAGATCATACGGAATTTACGCTCATTCACGGCGGATGGACAGCGGATCAAGTGACCGAGTTCGGGGAAGCACACGATATCGTGCGGGGGCGTATGGACAACGGCTGGGCAGGCATTGTTCAGAAGCTTGCGGGATACGTTGAGGCCTAA	MDNASNGKLPDIRHTLVLKAPIEKVWKAVATAEGISAWFMPNNFEPVEGFEFQLNAGPFGNSPCKVTLIDEPNRLSFNWGKDWSVTFELVQQGDHTEFTLIHGGWTADQVTEFGEAHDIVRGRMDNGWAGIVQKLAGYVEA				NA	NA	NA	NA	NA
JZ016_03159	426			hypothetical protein	ATGTACGAGCAAAAAACAAAAGAAACGGATCACAGCGTGGTGGAGTTTATAGAGCAAGTGGATTCGCCGAAAAAACGGGAGGATGCTTATCGTTTGCTGGAGATTTTTGAGGAGACGAGCGGTTTTCCGGCTAAGATGTGGGGCCCCAGCATCATCGGTTTCGGCTCCTACCATTACCGCTACGCTACCGGGCACGAAGGCGATGCGCCGTTGGTAGGTTTCTCGCCGCGCAAGGCGAAGATCAGCCTGTATTTTGCGCCGGGCGATGAGAAGCGGGAGGAGCTGTTGCCGAGTTTCGGTAAACATACGGCCGGGAAAGGCTGCGTGTATATTAATAAAGTGGCAGATATTGATGTGGAGGTCCTAAAGCAGCTGATTCGCGAATCGATTGCCTTCTTGAACAAGACCTACCCGGCTCAGTCCTAG	MYEQKTKETDHSVVEFIEQVDSPKKREDAYRLLEIFEETSGFPAKMWGPSIIGFGSYHYRYATGHEGDAPLVGFSPRKAKISLYFAPGDEKREELLPSFGKHTAGKGCVYINKVADIDVEVLKQLIRESIAFLNKTYPAQS				NA	NA	NA	NA	NA
JZ016_03160	798	aviRb		23S rRNA (uridine(2479)-2'-O)-methyltransferase	ATGGAGATACTATCGCCGCAGAATGCCAGAGTGAAGGGCTGGGCACAGCTTCAGGAGAAAAAACATCGAGACAAGCAGAACAAGTATGTGGTGGAAGGCATTCATCTCGTACAGGAAGCCCTGTCATCCGGAGTGGACATCGAGTGTGTTGCGTATGATGTGGAGAAGGGCATTCCCCAGGAACTTCGTCATATATCGGATACAGGACAAGGTGCTGAATGGATTGGCGTATCTCATGCCGTCATCTCGAAGGTCAGTGATACACCGTCACCGCAGCAGGTGTTTGCCGTGGTCCGCAAAGAAGCACGTCAATGGCAGGACCTGATCCTGCGCGAGAACGGTTTGGTCATCGTTCTGGACGGTCTTCAGGACCCGGGGAATGTAGGAACCATCATACGAAGCGCAGATGCCGTAGGGGCTGCTGGCGTGGTTCTGGGACGCGGCTGCGCGGATTTGTACAACCCCAAGACGCTGCGCTCTACCATGGGATCCCTGTTTCACTTACCGGTGCTGGAGGGCGATCTGCTAAGCATTTTGCCGGAAGCCAGAGAACGGGGGGCCCGATTGGTGACAACCCTGCTGGAAGGGAAACATTCCTGCTTCGAGTATGATTTCAAAGGGACAAGCTGGATCGTGATTGGGAGCGAAGGGCGCGGTGTCTCACCTGAGGTTGCGGAACTCGTGGACGATGCGATCCGTATTCCCATGCCGGGGAAAGCCGAATCGTTGAACGCGGCTATGGCAGCGTCGGTGCTGATGTACGAGGCTTTACGGCAAAGAGAATATACAGGTCAATAA	MEILSPQNARVKGWAQLQEKKHRDKQNKYVVEGIHLVQEALSSGVDIECVAYDVEKGIPQELRHISDTGQGAEWIGVSHAVISKVSDTPSPQQVFAVVRKEARQWQDLILRENGLVIVLDGLQDPGNVGTIIRSADAVGAAGVVLGRGCADLYNPKTLRSTMGSLFHLPVLEGDLLSILPEARERGARLVTTLLEGKHSCFEYDFKGTSWIVIGSEGRGVSPEVAELVDDAIRIPMPGKAESLNAAMAASVLMYEALRQREYTGQ				NA	NA	NA	NA	NA
JZ016_03161	663	ktrA_2	COG0569	Ktr system potassium uptake protein A	ATGGCTAAGAAGCAGTACGCAGTAATCGGTATGGGGCGTTTTGGCACGAGTGTTGCTAAGGAATTGAGCAGCATGGGATTTGATGTATTAGCCGTAGACGCGAGCGAACAGCGCATTCAGGAAATCGCGAGTATGGTCACGCATGCCGTATCGGCGGATTCGACCGATGAAGAAGCGCTTCGGGCGCTGGGCATACGGAATTTTGATGTGGTTGTCGTGGCGATCGGGGAGGATATTCAATCCAGCATTTTGACTACGCTGATCTTGAAGGATCTTGGCGTACCGGCCATTATCGTGAAAGCGAAGAATGAGCTGCACGGAAAAGTGCTGAACAAAATCGGTGCGGACAAGGTGATTTTCCCTGAACGGGATATGGGGCTGCGGGTTGCCCATCATCTGGTGTCACCGAATATTTTGGATTATATCGATTTGTCGGACGACTACAGCATTATGGAGATGCTTGCTACAGGAGATCTGGTCGGTCACAATCTGATAGAACTGGATATTCGGGCACGATTCGGCTGCAATGTCATGGCGATTCGAAGAGATGAGGATATGAACATTTCTCCAAGTCCGGATGACCGGATTGAGGAAGGCGATATTCTCATTATTGTGGGGCACAAGAATAACTTAACGAAGATGGAGCTTGCTTATCCGAAGTAA	MAKKQYAVIGMGRFGTSVAKELSSMGFDVLAVDASEQRIQEIASMVTHAVSADSTDEEALRALGIRNFDVVVVAIGEDIQSSILTTLILKDLGVPAIIVKAKNELHGKVLNKIGADKVIFPERDMGLRVAHHLVSPNILDYIDLSDDYSIMEMLATGDLVGHNLIELDIRARFGCNVMAIRRDEDMNISPSPDDRIEEGDILIIVGHKNNLTKMELAYPK	PGPT0002710_4347	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499	NA	NA
JZ016_03162	237	sspI		Small, acid-soluble spore protein I	ATGTCCATATTGTTAGATCTAAGGCAGGCCGTCATTCATAAAGTCCACAATCAGGACGAAGAAGAGCTGCGCTCCATGATCGAGGGTTCCGTTGACGGGCCTGAAGCTGCCCTGCCGGGACTCGGTGTAATGTTTGAAATGATGTGGAAAGACATGGATGCTACCCAGCAGAACAGCCTTGTCTCTTCCCTCCATGATCATCTAAAAACCGTTACGCCCGGCAACCTTCAAGGATAA	MSILLDLRQAVIHKVHNQDEEELRSMIEGSVDGPEAALPGLGVMFEMMWKDMDATQQNSLVSSLHDHLKTVTPGNLQG	PGPT0024900_19	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024900-sspI-K06426	NA	NA
JZ016_03163	1581	prfC		Peptide chain release factor 3	ATGGCAAAGCAAATAGATGAACTGCAGCAGGAAGTGGATAAGCGCCGCACGTTTGCGATTATTTCCCACCCTGACGCCGGTAAAACAACACTGACCGAGAAGCTGCTCTTGTTTGGGGGCGCCATTCGTCTGGCTGGATCGGTTAAAGCTCGTAAAGCGAGCAAGCATGCAACGAGTGACTGGATGGAGATCGAGAAGCAGCGGGGAATCTCGGTTACCTCGTCTGTTATGCAATTTGATTATTTAGGGCATCGGATTAATATATTGGATACGCCGGGTCACCAAGACTTTAGTGAGGATACCTATCGTACGCTGACCGCCGCTGACAGCGCCGTCATGTTGATTGACGTAGCCAAAGGGGTCGAGGCCCAGACCATCAAGCTGTTTCAGGTTTGTGCGAAGCGGGGCATTCCGATCTTTACCTTTATCAACAAACTCGACCGCGAAGGGCGCAGCCCGTTTGATCTGATGGAGGAGCTTGAGCAGGTTCTCGGCATCCGCTCCGTACCGATGAATTGGCCGATCGGCTCCGGGCGTGACCTGTGCGGCGTGTACGACCGGGTTAAAAATCAGGTTGAATTGTTCCAGGGCGACGACCATTCCACGATTAAGGTACAGAAGGTCGAAGGCTATGAGGATCCGATCATTCGCGAGATGGCAGGCGATTACCTGCATGATCAGTTATGTCAAGACCTCGAGCTGCTGGATGTTGCCGGAGACCAATTTGATCTGGAAAAAGTTATGCAGGGTCAGCTAACACCTGTATTTTTCGGCAGTGCGATCAACAATTTCGGCGTTCAGACCTTCCTGGAGAACTTTCTTCAGCTTGCGCCGAAGCCGGAGCCGCGCCGCAGTACGGAGGGTGTGGTGGAACCAACCGATGAGAAGTTCTCCGGATACGTATTTAAGATTCAAGCCAATATGAATCCGGCTCACCGGGATCGTATCGCTTTCCTGCGCATCGTATCGGGCAAGTTCGAACGCGGTATGAGCGTGAAGCATGTTCGGGTAGGCAAGGAAATCAAGCTGGCGCAGCCGCAGCAGTTTTTGGCGCAGGATCGAGATATTGTGCAGGAGGCATACCCTGGCGATATTATCGGTCTGTTTGACCCGGGCATTTTCCGGATTGGGGACTCACTCAGTCAAGGTCGTGAAGTTGTATTCGATGAGCTTCCAACATTCTCACCGGAAATTTTTGCGAAAGTAACGGTGAAGAATGCGTTGAAACATAAGCAATATCAGAAGGGGATTGATCAGCTGACGGAAGAGGGCACCATTCAGGTATTCCGCACCGTGAGTTTTGACGAGACCATTCTCGGGGTTGTCGGACAGCTCCAGTTCGAAGTCTTCGAGTACCGGATGAAGGGTGAATACGGCGTTGATGTCCAGCTTCAACGCATGCCGTATCAGTTCGCCCGCTGGATCGTGGACGACAATATTGATCCGTCCAAGTTCCGGATAAACTCAACGCTGGTCAAAGACAAGAAGGATAACTATGTTGTCTTGTTCGAAAATGAGTATGCGATGAGAACCGCCATCGACAAGAATCCAACCGCCCAGTTTCTTGAGACCGCTCCGTAA	MAKQIDELQQEVDKRRTFAIISHPDAGKTTLTEKLLLFGGAIRLAGSVKARKASKHATSDWMEIEKQRGISVTSSVMQFDYLGHRINILDTPGHQDFSEDTYRTLTAADSAVMLIDVAKGVEAQTIKLFQVCAKRGIPIFTFINKLDREGRSPFDLMEELEQVLGIRSVPMNWPIGSGRDLCGVYDRVKNQVELFQGDDHSTIKVQKVEGYEDPIIREMAGDYLHDQLCQDLELLDVAGDQFDLEKVMQGQLTPVFFGSAINNFGVQTFLENFLQLAPKPEPRRSTEGVVEPTDEKFSGYVFKIQANMNPAHRDRIAFLRIVSGKFERGMSVKHVRVGKEIKLAQPQQFLAQDRDIVQEAYPGDIIGLFDPGIFRIGDSLSQGREVVFDELPTFSPEIFAKVTVKNALKHKQYQKGIDQLTEEGTIQVFRTVSFDETILGVVGQLQFEVFEYRMKGEYGVDVQLQRMPYQFARWIVDDNIDPSKFRINSTLVKDKKDNYVVLFENEYAMRTAIDKNPTAQFLETAP				NA	NA	NA	NA	NA
JZ016_03164	1548	zwf	COG0364	Glucose-6-phosphate 1-dehydrogenase	ATGGCTGAAAATCAAAATCTAGATACAATGAAGACACCGGGAGCTGTATTTTTCATCTTTGGAGCGACTGGTGATTTGGCAAGACGTAAGTTGTTTCCGGCGATCTACAGTCTTTATCGTGAAGGAAAACTGGATGAGGATTTTGCGGTAATCGGCGTGGCGCGGCGTCCGCGCACCCAGGAAGAGTTTCGGGAGGACGTGTATCGTTCAATTCAGGAATTCTGCCGATATAGTTCGGAACAGGATAGTGAATGGAATGCATTTGCACAACATTTTGAATATAAATCTTTAGATATTAACAATATTGACGGTTTCCGTGAGCTTCGCGAACAAACGGAGCAATTGGAAACAAAATTTAATATACCGGGCAACCGCTTGTTTTATCTGGCGCTTGCACCGGAATTGTTTGGCAGCGTATCGTTTAACCTGATGAAGGGCGGTATGCTCGACGGAGAAGGCTGGAACCGTCTTGTGATCGAGAAGCCGTTCGGCTACGATCTGGAGTCGGCTGCCAAGCTGAACGAAGAGATCCGTAAAGTGTTCAAGGAAGAAGAGATCTACCGGATTGACCATTATCTGGGTAAAGAAATGGTACAGAACATCGAAGTTATACGTTTTGCGAATGCTTTCTTCGAGCCGCTGTGGAACAACAAGCATATCGCCAACATCCAAATCACGCTTGGTGAAACGGTTGGTGTCGAGGAGCGCGGCGGGTACTATGATCATGCAGGCGCTCTAAGGGATATGGGCCAGAACCATATGCTACAGCTGCTGACTATGATTGCGATGGAGCCGCCTAGCCGACTGCTTGCAGAGGATATCCGCGACGAGAAGGTGAAGGTGCTTCGCTCCTTGCGTCCGTATGCCACGCATGAAGAAGTGAAGAACAACGTAGTTCGCGGTCAGTATACGAGCGGTTCCGCGGGCGGCAAAGATCTGCCGGCATACCGTGAAGAGGACAAAGTGAATCCGGAATCCAATACGGAAACCTATTTTGCCGCCAGAGTCTTCGTGGATAACTTCCGCTGGGCTGGCGTACCGTTCTATATCCGTACGGGCAAACGTCTCCCGGTTAAGACAACCGAGGTGGTTGTCGAGTTCAAACGGATGCCAACCAACGTATACCTGGGCCAAAAGCATTCCCTGGAGCCTAACCTGCTCGTTATTCGCGTCAATCCGATGGAAGGCATTTACGTGAAGATTAACGCGAAGAAGCCGGGATCTGAATCCGAGATCGCTCCTGTAGCGATGGACTTCTGCCAAAGCTGCATCGTGGGCATTAATTCTCCTGAGGCGTATGAGCGTCTGCTGCATGACGCTGCTCGTGGAGACTCCACCTACTTTACCCGCTGGGATGAAGTGGCTTCGGCATGGTCCTTCGTGGATCGTATCGCCAGCGCATGGAGAGAGAACCAGGGCGAGCTGGAATCGTATCCTGCTGGATCGTGGGGACCTGACAAAGCGGATGAGCTGTTGAAGGAAGACGGATTCCACTGGTGGCCGGTAAACGGTCAGCTTGAGGATAATGTGGTGTGGTTCAAAAACTAA	MAENQNLDTMKTPGAVFFIFGATGDLARRKLFPAIYSLYREGKLDEDFAVIGVARRPRTQEEFREDVYRSIQEFCRYSSEQDSEWNAFAQHFEYKSLDINNIDGFRELREQTEQLETKFNIPGNRLFYLALAPELFGSVSFNLMKGGMLDGEGWNRLVIEKPFGYDLESAAKLNEEIRKVFKEEEIYRIDHYLGKEMVQNIEVIRFANAFFEPLWNNKHIANIQITLGETVGVEERGGYYDHAGALRDMGQNHMLQLLTMIAMEPPSRLLAEDIRDEKVKVLRSLRPYATHEEVKNNVVRGQYTSGSAGGKDLPAYREEDKVNPESNTETYFAARVFVDNFRWAGVPFYIRTGKRLPVKTTEVVVEFKRMPTNVYLGQKHSLEPNLLVIRVNPMEGIYVKINAKKPGSESEIAPVAMDFCQSCIVGINSPEAYERLLHDAARGDSTYFTRWDEVASAWSFVDRIASAWRENQGELESYPAGSWGPDKADELLKEDGFHWWPVNGQLEDNVVWFKN	PGPT0017380_1236	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036	NA	NA
JZ016_03165	843			hypothetical protein	ATGCGGAAGATGCGTTTACAGATCATTGTGATGATGTTGTTGCTGTGCGGGGCAGCAGCTATGATGGCGGGTTTTGCGGGGACAACGGACAGCAATCGAAACGGATCAGCTCCGCATGCAGGAGAAGCGTCAGCTTCGGGCGGAACGGTAGAAACAGGTGTCAATGGAATAACTAGAGCTGGGGAAGCAGCAGAAAGCGATCTAATACTTCTGGCGGCGCTTGGGCAAGAACATATGGAGCCTTCGGCAATACTCACGGTAAAAATTCAAGGTGAAATGATAAATTCCATATCGAAGGATCAAGCTAAGACAACGGCTGAGCAGCTGGCTCGTACAATGGGGCTCTCCGGGATTACAACGTCCCAGCTTCAGGGAAATGAAGTATTCCAAGCAGAAGGCGTGCTCTCCGGTGTATCGGTGCATCTGGACTGGGCTTTCACGAAGGAGGGTCATAGCTATGTCAGAGCCATGCTTGTAGGAGAAGCAGCTGGACAGTCCCGGGAAATGATGACCCTGCAGCAGCAGATTCAAGAGATGATGAAGCAAGCAGGCATATCGAACTCCTGGAATGCGTCCATTCAAGGATATGCATCGGAGACGGCTAGCGTTGATGGAACGATGGCTCAGGTAGAAGAGGCAGTAGCCCAAAAACTCTCGCTTCGCCCCGTTGAGGATTATGCAGATGACACAACACAAAGCCGTTCATATGAGGTTCCTTCACTGGGCGCTTTTGTGATGAGTGGCGACACGCCGATTCATATGCAGATCGCGGTGCATGAAGATTCGATGAAGAAAAGTAGTAGAATAACGATCGGATTTCCCGTCATTACAATAGAATATTGA	MRKMRLQIIVMMLLLCGAAAMMAGFAGTTDSNRNGSAPHAGEASASGGTVETGVNGITRAGEAAESDLILLAALGQEHMEPSAILTVKIQGEMINSISKDQAKTTAEQLARTMGLSGITTSQLQGNEVFQAEGVLSGVSVHLDWAFTKEGHSYVRAMLVGEAAGQSREMMTLQQQIQEMMKQAGISNSWNASIQGYASETASVDGTMAQVEEAVAQKLSLRPVEDYADDTTQSRSYEVPSLGAFVMSGDTPIHMQIAVHEDSMKKSSRITIGFPVITIEY				NA	NA	NA	NA	NA
JZ016_03166	645	liaR_3	COG2197	Transcriptional regulatory protein LiaR	ATGGAAACGCCGATTAAAGTGCTGCTGGTGGATGATCATGAGATGGTCCGGATCGGTTTAGCGGCTGTGCTTGGTACAGAGGACGGCATCGAGGTGGTTGGTGAAGCGGGCAGCGGCGAGGAAGGGATACGCTTAGCGCAGGAATATCATCCTGATGTGGTGCTGATGGATTTGGTGATGGACGGAATGGATGGAATCGAGACGACGCGCCAATTGATGAATCAGTTTCCTAATCTTAAGGTCATTGTACTGACCAGCTATCTGGACGATGAGAAGATGTATCCGGTTATTGAAGCAGGTGCGTTCAGTTATTTATTGAAGACATCCCGTGCTTCTGAAGTAGCTGATGCTATACGTGCAGCCGCACGCGGGCAGTCGGTGCTGGAGTCGCAGGTTGCCTCCAAGATGATGAATCGATTCCGGCATCCGCAAAATGAAGCTCCGGCGCATAACGACCTTACGGACCGGGAAATGGAAGTGCTGCGACTGGTGGCGCAGGGCAAGTCGAATCAGGATATTGCTGATGATTTGATTATAGGCATCAAAACCGTGAAGTTTCACGTAACGAATATATTAGGCAAGCTGGGGGTAGAGGATCGAACCCAGGCTGCCATCTACGCTTATAAAAATGGGCTGGCTGAGTAA	METPIKVLLVDDHEMVRIGLAAVLGTEDGIEVVGEAGSGEEGIRLAQEYHPDVVLMDLVMDGMDGIETTRQLMNQFPNLKVIVLTSYLDDEKMYPVIEAGAFSYLLKTSRASEVADAIRAAARGQSVLESQVASKMMNRFRHPQNEAPAHNDLTDREMEVLRLVAQGKSNQDIADDLIIGIKTVKFHVTNILGKLGVEDRTQAAIYAYKNGLAE	PGPT0014870_253	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014870-liaR-K11618	NA	NA
JZ016_03167	1074	liaS	COG4585	Sensor histidine kinase LiaS	GTGGAAACGGAAAAGAAAGCAAATATGATTACCCGAAGTATGCGTGAGGGGACCCTTCTGGGATTGGTTGTCATGCTCGTTGTCCTATATTTATTATATACATATGGTTATCTTCAACCGTTTGAGACGTGGAAGAACCGGATCGAAGCCGGCATTACCATCGTATTGCTGCCGATCGGGCTGGGTGCGATCTATGGCTTCTTCCAGGGATACCGGGTAAAACGACGGGTCGATCTTGTGAGGGAAACGCTGGTGAACTGGGAAAAAGGCAGCCTTACGGACGTCATGCCGGACATCGGCGAAGACGAAGTGGGCCGGCTTGGAGAACAGCTGGTGAAGATCAGCAAACGCTGGGAGGATCAGGTGTCTTCCTTGCAGCGGTTATCTACGAACAATGCCCAGCTTGCCGAGCAGGCCAGGGTTACGGCGATTGTGGAAGAGAGGCAGCGTCTGGCGCGCGAGCTCCATGATGCGGTTTCTCAGCAGCTGTTTGCCATCTCGATGACGGCAACCGCTGTGGGCAGGACGCTGGATAAGGATTTTGACAAAGCGCAGCGCCAGGTGGCTCTGATCGAGGAAATGTCGGCTGTAGCCCAGTCCGAGATGAGGGCGCTTCTTCTTCATCTGCGGCCGGTTTATCTCGAAGGAAAGGCACTTGAGCAGGGGCTGCGTGAACTGATTAAGGAATTACGAATCAAAGTACCTATGGAAATTACGTTTGAAATGGACGATGACATACATTTGCTCAAAGGGATCGAAAATCATCTGTTCCGGATTATCCAGGAGGCCATGTCGAACACCCTCAGACACTCGAAAGCGGAGAAAATGGATATTCGTATTCACCGCAGGCAGAACACCGTTCGGGTGATGCTGCGGGACGATGGGATCGGATTTGAATTGGATGACAAGAAACAGACTTCCTACGGCCTATCGACGATGCAGGAACGGGTGACGGAGATCGGGGGCTCGGTACAATTTATAACAGCACCGGGTAAAGGGACTCGAATTGAGATCGTTGTGCCACTCATAAACGAAGAACGCAAACGGGGGGATGTAGATGGAAACGCCGATTAA	METEKKANMITRSMREGTLLGLVVMLVVLYLLYTYGYLQPFETWKNRIEAGITIVLLPIGLGAIYGFFQGYRVKRRVDLVRETLVNWEKGSLTDVMPDIGEDEVGRLGEQLVKISKRWEDQVSSLQRLSTNNAQLAEQARVTAIVEERQRLARELHDAVSQQLFAISMTATAVGRTLDKDFDKAQRQVALIEEMSAVAQSEMRALLLHLRPVYLEGKALEQGLRELIKELRIKVPMEITFEMDDDIHLLKGIENHLFRIIQEAMSNTLRHSKAEKMDIRIHRRQNTVRVMLRDDGIGFELDDKKQTSYGLSTMQERVTEIGGSVQFITAPGKGTRIEIVVPLINEERKRGDVDGNAD	PGPT0014865_136	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014865-liaS-K11617	NA	NA
JZ016_03168	645			hypothetical protein	ATGGACAGAAACCGCTGGATAGCAGTTGGTTTAATCAGCTTGGGTTTTATTTTGCTTTTCGGCCGATGGTTTGGTTTCTTCACCATTGTCGCCCTGTTACTCATGTTTGCAGGTGTCCTTCAGATCAGGCATGGACATGTGAAGAAGGGATACATTCTGCTCGGAGTAGGTGCCGTACTGCTGCTGCTGGAGCATCTCATGTTGATTATCGGCATCAGCTTGATATCGCTAGGTATTTTTTATGGCAAGTCCAAACGAGCTCATACCACGACGAAATACATTCAGAAGCAGAACTTTATGTCCAACTTTGATTGGGACCGGGCTCCGTGGGTGATGCGCAGTCTGAGTGTGTGGCATGTGCTGGGAGAGGCGGATGTGGATCTGTCCTTGGCCCTTCCGGAGGAACGCCAAACGGTCCTGATGTTCCATGGGATGCTGGGGGATATTGATCTGATGATTCCGGACTACTATGGGGTGGAGATCGAAGCATCCATCCTGTTTGGCTCCATTCATATGGACGACCGGAAGGAAACCGGCATATTAAACCGCGTGCGGTATAAATCACCCAATTATGAGACCAGTGAATATAAAGTGAAATTTATTGTTTCTTATTTGGGCGGAGATTTGAATATAAGAATGACATAA	MDRNRWIAVGLISLGFILLFGRWFGFFTIVALLLMFAGVLQIRHGHVKKGYILLGVGAVLLLLEHLMLIIGISLISLGIFYGKSKRAHTTTKYIQKQNFMSNFDWDRAPWVMRSLSVWHVLGEADVDLSLALPEERQTVLMFHGMLGDIDLMIPDYYGVEIEASILFGSIHMDDRKETGILNRVRYKSPNYETSEYKVKFIVSYLGGDLNIRMT	PGPT0028815_428	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028815-liaF-K11622	NA	NA
JZ016_03169	687	liaH_1	COG1842	Protein LiaH	ATGGGAGTATTTAAAAGAATTAAGGATATGACGAAAGCATCGGTGAATGAACTGCTGGATAAAGTAGAGGATCCGATCGTAATGTTGAACCAGTACCTGCGCGACATGGAGGCAGAAATTCATGAGGCAGAGGTAACGGTTGCGAAGCAAATGGCTAATGAGCGTCGTATGAAGCAGCGCGTCGATGAGGCTGTGAAGATGGCGGCACAACGTGAAGCTCAAGCTGAATTGGCTCTGAAGAATGGTCAAGAAGAAGTGGCTCGCAAGCTGCTGGAAGAAAAAATCTATTTCGATCAAAAAGAAACCGAGTACGTGGAATTGCACCTGCAATCCGAGACTCAAGCAAAAGAGCTTGTAGCTCAGCTGCATGAAATGAAAGACGAGTTCTACAAAATGCGCAACAAGCGCAATGAGCTTGTAGCCCGCGCTCAAATGGCTAAAGCGAAGAAGCAAATGTCTCAAGTGAGCAGCCTGCACACGATCGAAAGCGGCAGTGCTTCGATGGGCTTCCATCGCATGGAGGAGAAAATCATGCAAATGGAAGCAGAAGCTGATGTGCTTCGCGCCCCATACCGTCCTAACAACGCAGTATACACAAGCCCCGTGGACGCTGAGAAGCAATTGAAGGTGGATGAGCAGCTGCAAGCTTTGAAAAACAAAATGGGGAATTCTTCGAAGTCCGAGTAA	MGVFKRIKDMTKASVNELLDKVEDPIVMLNQYLRDMEAEIHEAEVTVAKQMANERRMKQRVDEAVKMAAQREAQAELALKNGQEEVARKLLEEKIYFDQKETEYVELHLQSETQAKELVAQLHEMKDEFYKMRNKRNELVARAQMAKAKKQMSQVSSLHTIESGSASMGFHRMEEKIMQMEAEADVLRAPYRPNNAVYTSPVDAEKQLKVDEQLQALKNKMGNSSKSE	PGPT0014646_1156	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_SHOCK_PROTEINS,PGPT0014646-pspA-K03969	NA	NA
JZ016_03170	480			hypothetical protein	ATGACTAGATTGTACCGTTCCACCCGAGACAAAATGTTCACAGGGTTGATCGGCGGTATATCCGATCATTTCGGAGTCGAATCTACCCTACTTAGAATCATATTTGTAGTCAGTATCTTTTTCACAGGCGGTACAACGCTGTTGATCTATCTGATTGCATCCCTTGTAGTACCTAAGGAGCCGTATTATCACGATCCGTATGGTCCACAGGGCAGACATGGCGGCGGATACCGTTACAACGATCATCCGGGCCCTGGACCAGGCTACAACAGCTATAATGATTCTTATGGACGTCAAGGCTATCCTAATGAGCATAGTAGCTTTGGTCCCAAATATGACCGTCCCAATGGTACAAGAAACAACGCGTCAACGGATTCCGATCTGGATGCGATGATGAAGGATATTGAAAGAAAAGCAATGCAAAAAGAAATCGAAGAATTGAAGAAAAAACTTTCGAACTATGAGAAGGGAGATAAATAA	MTRLYRSTRDKMFTGLIGGISDHFGVESTLLRIIFVVSIFFTGGTTLLIYLIASLVVPKEPYYHDPYGPQGRHGGGYRYNDHPGPGPGYNSYNDSYGRQGYPNEHSSFGPKYDRPNGTRNNASTDSDLDAMMKDIERKAMQKEIEELKKKLSNYEKGDK	PGPT0027520_132	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-PspC-PspB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027520-toxin_pspC-K03973	NA	NA
JZ016_03171	678	liaH_2	COG1842	Protein LiaH	ATGAGTGTTTTCCGGCGGATAAGAGACATAACCGTAGCAACATTGAATGAAAAGCTCGAGCAGAGCCAGGATCCGGTTCGATTGATCGACCAGTTCCTACATTCAACCAGACAGGACATTGCTGAGGCTGAGAAGCTGCAGCAGCAATGCCAAGTACATTCCAGACAGCTGAAGCAGCAGGTGGATCAAGCCGAATCCATGCGATATAAACGCGAAGAGCAGGCACTGCTTGCACTGAAGGCCGGCGAAGAACATCTTGCCAAGCTGGCATTGCAGGAAAAACTGATCTATGAGGAAAAGATCGAGCAGTATCAAGGCCTGTTGTCCTCAAGCCTGGAGTCGTTAAAAGAAATCGAGGAGCAGCTCGGCGAGCTGCGGATGGAATATCAGACGGTATACAGCAAGCGTCAATATTATGTTGCCCGAGTGGAAACCCTTCGTCTTCAGCAGAAAATGAATGAACGTACGGGCTCCTACGGCGGCGGTCATGACGTACCGAAGATGTTCAATCGCCTCGAAGACCGTATCAGCGACTGGGAACTGGAAGCCAGAAGTCTTCGCGATTTACGCCGCATGGGGCAGGAATACATGGAACAGGCTGGTGAATCGGTCTCCACTGTATTAGAAAAAGAACTTGCCCGCCTGAAGCAAAAGCTGAATAACAGCGGAAAGGAGTAA	MSVFRRIRDITVATLNEKLEQSQDPVRLIDQFLHSTRQDIAEAEKLQQQCQVHSRQLKQQVDQAESMRYKREEQALLALKAGEEHLAKLALQEKLIYEEKIEQYQGLLSSSLESLKEIEEQLGELRMEYQTVYSKRQYYVARVETLRLQQKMNERTGSYGGGHDVPKMFNRLEDRISDWELEARSLRDLRRMGQEYMEQAGESVSTVLEKELARLKQKLNNSGKE	PGPT0014646_1371	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_SHOCK_PROTEINS,PGPT0014646-pspA-K03969	NA	NA
JZ016_03172	300			hypothetical protein	ATGAGAAATTCAAAAGGAAATGGAATGAGTATCCTGTTGATTGGTGTAGGGATCTTGGTTCTCCTTGGAGTATTCGGTCCTCTGCTTGGGTGGTTGTTCAGTCTTCTAATTCCAATCCTGATGGTCGCTTTGGGATACTACGGGATCCGGAGAGGTAACACCTTGATGGGATGGGTTATTCTCGGTATCGGTGTGATCTGGTTGATGGGTAAACTGTCTTGGCTGATCGGTCCGATCTTTGGAATTATCTTGATCATCTACGGGTTGTCTCGATTGAAGAATGGTAGACCCCGTTATTGA	MRNSKGNGMSILLIGVGILVLLGVFGPLLGWLFSLLIPILMVALGYYGIRRGNTLMGWVILGIGVIWLMGKLSWLIGPIFGIILIIYGLSRLKNGRPRY	PGPT0028800_175	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028800-liaI-K11619	NA	NA
JZ016_03191	879			hypothetical protein	GTGGAATTAACCAACTTTTCTTTTTACTATGGAAATACGGTTGATGAGGATGCTGTAGGGGCGATAGCATACCGTAATTCGGACAAAAGGCAGCAAGGATTGCTTGTTTACGATTTTGAGGTCAATATTGTTGTCGTGTATGACGGAACACCTGATGAGCCTCCCATCCAGCATTCTATTGTAGGCGGGGAACGCTGCCAGGTGATAAGCATCGGGCTGGACGATTTGCATCGGGAACTCCTGAGCGGCACACATAAAGTATTGATCAAATGCTTCCTAGAAGGGGATATCATAAAAGACGACCAAGATCGCCTGTCCAATCTGCGCCGTGATTTCCTCAGGTTTGCTGAACCGTTCCGGGAGCAAAAATTGTTTATTGGATTTGCCCACTTCTTACAAAAGTATATGGATGCCAAGATGCTCTTGAAGGAAGAGCGGGGCCTGGATGCTTACCATACTCTATTAGAAGGTCTGCATCATTGGGGGCAGCTTGAACTGATCGAGCGGGGAATTCATCCGGAATCAGCTGTTTGGGAGCAGATTACAGGATTGAACACACCAGTCCGCAAATTATATGAAGAACTTACGGTCAGTACGGAAACGCTCGGCCAGCGAGTGGAGCTGGCCCTGCTGGCCTATGAATTCTCTATGGTATCCAAGCTGGAGAGCTCAGCAGCGCTGCTGCTCCGCGTTTTAAGAAGCCGACGGAATCCCTGGACGATACAGGAGCTTATTCTCCACCCTGAGCTGGCACCTGTATCCAAGGAACTGCCGATCGTGATGCGCAAGCTGGTCTATCAATCGCTTGTGAAGGAAGTTCCGATGTGGAGAGGTGTTCGGTCTTACGGAACAGAAGCCATTCGGTACTACACCGACTAA	MELTNFSFYYGNTVDEDAVGAIAYRNSDKRQQGLLVYDFEVNIVVVYDGTPDEPPIQHSIVGGERCQVISIGLDDLHRELLSGTHKVLIKCFLEGDIIKDDQDRLSNLRRDFLRFAEPFREQKLFIGFAHFLQKYMDAKMLLKEERGLDAYHTLLEGLHHWGQLELIERGIHPESAVWEQITGLNTPVRKLYEELTVSTETLGQRVELALLAYEFSMVSKLESSAALLLRVLRSRRNPWTIQELILHPELAPVSKELPIVMRKLVYQSLVKEVPMWRGVRSYGTEAIRYYTD				NA	NA	NA	NA	NA
JZ016_03192	366			hypothetical protein	ATGATCTTTAAGAACGCAAAAATCAACGCCTTCCGCACTTGGGGATTGCTGCTGACGATGCTGGGTATGGGCCTTATGGTGCTTGGTACAGCCGGAATCGTATTCTTCGGCCAAGCAGGCAAAATATTTGCCGGAATCGGATTGGTGTTTGGCCTGATTATGATGCTGGGGAGTCTCGGCATTTACTTTTGGGCGGGTATGCTATCCACGAGTGCGGTCCAAATTCAGTGTCCGGAATGCAATAAATTGACCAAGATGTTGGGTAAAACCGACCGCTGCATGTTCTGCCATACGATTTTGACACTGGATCCAAGTCAGGCCAACATCACAGCAGAAGAGCTTGAAGCCCAGCAGACCAGATCCTAA	MIFKNAKINAFRTWGLLLTMLGMGLMVLGTAGIVFFGQAGKIFAGIGLVFGLIMMLGSLGIYFWAGMLSTSAVQIQCPECNKLTKMLGKTDRCMFCHTILTLDPSQANITAEELEAQQTRS				NA	NA	NA	NA	NA
JZ016_03193	1716			hypothetical protein	TTGGCAAGAAGAAGATATCGGGGAAAGAAGAGGCGCACGAGAGGGGGCTCTTTCTTTCTGGGGTTGTTGTTGGTCGCGGCTGGCGCTTGGTGGGTTGTCACCACATTATTTCCGAACCAGACCTATACCGTGCCGGATTGGCGTGGAATGGACAAGCCGATTTTTGTTCAGGGAGAGCTAAAGGAACAGCCTGCCCGGGGCTCCGGCGAAGAGCTGCTGCTGCCGATAACGGTTATTCAGGAGAGCGTGGATGCCAACATTCGTTATGAGGAAGAAACAGAATCCGTCCTTGTAACGACTTCGGAATCCGTATTCCGCATGAAGATGGAGAGCACGAAGGGCGAGCTGAATGGCAAGGGAGTTACCATTCCCTACGCACCTAAGCTGATTGACGGCATTGCCTATGTTCCGATTAAGCCGCTCAAACAGCATTATGGCGTGAGCGTTCACGAGGACTCGGCGACAGGCGCCATTATTCTGATGCGTGCGGGGGATTCGATTCAGCTTGCCGAAGCAGCACCCGGTAATCCTGAGGAAACCGTGGCTCTACGTGAGAGCGGGGAGAAGAAGTCTCCGATTGTATTGGACATGCCGGCCGGTGAGCGGCTTCGCGTATGGCTTGAAGAAGAGGGGCGGTTATTCGTTCAGGCAGATAACGGGTATACGGGATATGTTCCTAAAGAGCAGGTTAAACTTGGGGACGTAAAGGAAATTCCGATGCTTGCGCAGACTCCTTCGCGGGCAGAGCTGGAATGGAAGAACAAGTCGGTCAATCTGGCATGGGAAGCTGTTTATAACAAAAATCCAAGCACGGATAGCATTGGCGAACTGCCCGGTGTCAATGTGGTCAGCCCGACCTGGTTTAGCATTGTGGATGGTGAAGGCACGGTCAAATCTAAAGCCGTTAAGCAGTATGTAAGCTGGGCCCATAACAGGAACATGGAGGTTTGGGGTCTGATGGACAACAGCTTCGATCCGGATATGACAACCGAGGCGCTGTCTACTTTTGATAGAAGATCGCATATTATCAAGCAGATGCTGGCTTATGCCAAACAATATAAACTCGACGGAATCAATATCGACTTTGAAAATGTTCATACCAAAGATAAGGATAATGTCGTTCAGTTCGTGAGGGAGATGAAGCCGCTGGCCAAAGCCAGAGGGCTTATCGTTTCCATTGATGTTACGCCAAAATCGAACAGCGAGATGTGGTCGCTCTTTCTCGATCGGAAACGACTCGGAGAGACGGTTGATTACATGATGGTGATGGCTTATGACGAGCACTGGGCCGCGAGTCCGAAAGCGGGATCCGTATCCTCGCTGCCATGGGCCGAGCAGTCGGTAAGGCGAATCATGGAAGAGGACGCGGTACCGTCATCCAAGCTGGTGTTGGGCGTACCGCTATATACACGGGTCTGGACGGAAACAAGCGAAGCGGGAGAGACGAAGGTGTCCTCCAAAGCGATTGGCATGGAGAAGCTGCAGGCCTTGCTTAAGGAACAGAAGGTGAAAGGTACGCTTGATGCCGGTACAGGACAGAATTATGTCCAATTCACGGAGGGAGAATCCATCAAGAAAATATGGATGGAGGACGGCACTTCTCTGCAATCCCGAGTGAATATGGCCAAAAAGCTGAAGCTTGGCGGCATTGCTTCGTGGAACCGAAGTTTTGCCATTCCGGAAACCTGGCATGTTCTGAAGACGATACATGAATAA	MARRRYRGKKRRTRGGSFFLGLLLVAAGAWWVVTTLFPNQTYTVPDWRGMDKPIFVQGELKEQPARGSGEELLLPITVIQESVDANIRYEEETESVLVTTSESVFRMKMESTKGELNGKGVTIPYAPKLIDGIAYVPIKPLKQHYGVSVHEDSATGAIILMRAGDSIQLAEAAPGNPEETVALRESGEKKSPIVLDMPAGERLRVWLEEEGRLFVQADNGYTGYVPKEQVKLGDVKEIPMLAQTPSRAELEWKNKSVNLAWEAVYNKNPSTDSIGELPGVNVVSPTWFSIVDGEGTVKSKAVKQYVSWAHNRNMEVWGLMDNSFDPDMTTEALSTFDRRSHIIKQMLAYAKQYKLDGINIDFENVHTKDKDNVVQFVREMKPLAKARGLIVSIDVTPKSNSEMWSLFLDRKRLGETVDYMMVMAYDEHWAASPKAGSVSSLPWAEQSVRRIMEEDAVPSSKLVLGVPLYTRVWTETSEAGETKVSSKAIGMEKLQALLKEQKVKGTLDAGTGQNYVQFTEGESIKKIWMEDGTSLQSRVNMAKKLKLGGIASWNRSFAIPETWHVLKTIHE	PGPT0025110_4	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025110-yaaH-K06306	NA	NA
JZ016_03194	420	perR_1	COG0735	Peroxide operon regulator	ATGGGAACTTCCGTACAGCATGCGCTGGAACAACTGAAAACGACCGGTGTCCGTATCACGCCGCAACGTCATGCAATTTTAACGTATCTGGTGGAATCTATGGGCCATCCGACAGCGGATGATATTTATCGGGCTCTGGAACCTAATTTTCCTAGTATGAGCGTAGCCACAGTATACAACAATCTAAAAATGTTTATTGAAGCCGGCATGGTGCGAGAGTTGACGTACGGGGACAACTCGAGTCGTTTCGACGCTAACGTATCGGACCATCATCATGTCATATGCCAGAGTTGCGGTAAAATTGAAGATTTCAGCTATCCGTCCCTTGAAGATGTTGGAATACAAGCGGAGAAAAGCACCGGGTTTGAAGTAAAGGGACTACGAATGGAGCTGTATGGGCTCTGCAAGTCCTGCCAATAG	MGTSVQHALEQLKTTGVRITPQRHAILTYLVESMGHPTADDIYRALEPNFPSMSVATVYNNLKMFIEAGMVRELTYGDNSSRFDANVSDHHHVICQSCGKIEDFSYPSLEDVGIQAEKSTGFEVKGLRMELYGLCKSCQ	PGPT0012945_905	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012945-perR-K09825	NA	NA
JZ016_03195	1320			hypothetical protein	ATGAAACATAAAATTAGAGTGGGACGATATACAGCCGCCTTGCTGCTTGTATGCACGGGCATATTATTGCTGTTGGACGAGTGGAGAGGCACGGATTATATATTTATGCTCCAGCGCTGGTGGCCGCTGTTGTTTATCCTGTTCGGCGTTGAATATATAGTCAGGTACACGCTGTCGCGTCTCTTGGGCAGACGCAAAGAATTTCGGTTTCGGCCTGACTTGAGGGGGATTCTGCTGGCAGTGGCTGTTACGGCCTCCGTATTCGTCATTTCCCAGCAGGAGCATTTTCTCCATCTCTGGAATCGGGTGAGCCTGAATTTGACGGCAGCGGGAGTGGATTACAGCGAAGCTGAAGGTAACCGGTTCGAGAAGCCGATATTGGAGATTCCCGTTGAGCTTGAAACCGAGAAAATCATCGTCGATCACTTAAACGGGGACATCTCCATCACAAGGCAGGATGTAGACGATATCAAGGTGGAGACGGAAGTATGGGTCGATCAGGAGCAGCCCGGTTTAGCCGAAGCGATCGCCGAGCAGTCGACGATCGAAGTGGGGGAAGGCAAGACGATTACGATTCGGTCCAAGGGGAAGGCCTATGGAGAATCGGGCAAACGGCAGCCCCGTATGAATGTGAACATCGCGGTTCCGGATGATCGACGATTCAATTTTGAGATACGGACGATGAACGGAGCCATAACCTTAAACCGCGTGGAAGCGATTGAGAATATTTTGCTGGAGAGCGGTAATGGACCGATTACGATGGATCGGATTTATGGAAATGTTACGGGCAAGACCTTAAATGGCGATATTACGGCGCGCGGCGTTACCGGTCATATTAAAATGTCCACTAACCGGGGGAATATGCTGGCTGTCGACATTACGGGCGAAACGGATTTGACCACGCAAGTGGGGAATATGACGGTAAAGCGAACGACCGATCATATCCGGGTTCAGACGAGAAACGGCAACATTCTGATCAGCGGGGTAGAGTCGCAATTAAGCGCTGAATCCCTCAATGGTGGAGTGGCTATACGTTCAACCCGTATTGGTGGCGATTGGAATGTGTATAGTGCGGTTGGAGAGATGAATCTTCACGTTCCGCTCGAGGGTGATTACAAGCTTGAAGGGACGATTAGCTACGGCAGCATTCTGACGACGCTGCCCAATCTTCTGATTGAACAGAAAACCATTTCCGGCGAATCCGGTACAGGCGAACATTCCATTCATATAGAGGGAAACAGCAATCTGAACATTTACCGAAGCTATCCGGAACAGGAGGAAGGCCGGAACAGCGGGGGGTGGACGCCTCTCCCGGATTGA	MKHKIRVGRYTAALLLVCTGILLLLDEWRGTDYIFMLQRWWPLLFILFGVEYIVRYTLSRLLGRRKEFRFRPDLRGILLAVAVTASVFVISQQEHFLHLWNRVSLNLTAAGVDYSEAEGNRFEKPILEIPVELETEKIIVDHLNGDISITRQDVDDIKVETEVWVDQEQPGLAEAIAEQSTIEVGEGKTITIRSKGKAYGESGKRQPRMNVNIAVPDDRRFNFEIRTMNGAITLNRVEAIENILLESGNGPITMDRIYGNVTGKTLNGDITARGVTGHIKMSTNRGNMLAVDITGETDLTTQVGNMTVKRTTDHIRVQTRNGNILISGVESQLSAESLNGGVAIRSTRIGGDWNVYSAVGEMNLHVPLEGDYKLEGTISYGSILTTLPNLLIEQKTISGESGTGEHSIHIEGNSNLNIYRSYPEQEEGRNSGGWTPLPD				NA	NA	NA	NA	NA
JZ016_03196	612			hypothetical protein	ATGAATTTAACACCCGAACCACAAACCCAAGTCAGCAAGAAGAAACGGCATCAGGTCCAGGTTAAGCGACACCCGGGGCTGCAGCGAAAAAAGCGGAAATTATATGCACTTCTATTAGCCGCTCTCATTCCGGGTCTGGGTCATGTGTACCTCGGTATGTACCGTAAGGGGATAACATTTATAATGTTGCTGCTGCTGGACATATCGGCGCTTTTATATTTTTCTTCCATTGGAATGCAGATCAATGTACCGCTGCTTGTCGTTCTGGGTCTTCTGATACCGGTGGGGTATTTTTATAACGTGTATGACGTGCTGCAGGCAGCGGAATATATTATTTCCCGAAAAAGACGCGGTGAGGCAGCGGCTGCTGCTTCCGAGGACGGATCAGGACGGAATCATCCGTTCCGGGGTGAGCGGGGAATCGCTTTTGGCCTCATGTTGGTTGTTACCGGGACGCTGCTCATTTTGTTTCACCAGAAGCCGCCTTGGCTGCAGGCAGGAATCCGAGATTATGGTGCGGAAGCCTCTGCTATCATGCTGATCGTTATCGGGATATGGGCGGGGATCCGGGAAGCTCTCCGCCACCGAAGAGACAAGGGCAAATCCTTGTAA	MNLTPEPQTQVSKKKRHQVQVKRHPGLQRKKRKLYALLLAALIPGLGHVYLGMYRKGITFIMLLLLDISALLYFSSIGMQINVPLLVVLGLLIPVGYFYNVYDVLQAAEYIISRKRRGEAAAAASEDGSGRNHPFRGERGIAFGLMLVVTGTLLILFHQKPPWLQAGIRDYGAEASAIMLIVIGIWAGIREALRHRRDKGKSL				NA	NA	NA	NA	NA
JZ016_03197	714			hypothetical protein	TTGAATAATCCTTGGGTGATAGATAATGTATCCATTTTATTAAGATTGCTGCTGGCTATGCTGCTTGGCGGCTTGATCGGTTTTGAACGGGAACGTTCGAACCATGCTGCAGGACTGCGCACGCATATATTGGTATGTTTGGGTTCTACGCTTATTATGCTGTTATCCATTTACGGTTTCTCCGATTTTGTAGACGAGATTAACGTTCGGATTGATCCAGCGCGCTTGGCAACGGCCGTCATTACAGGGATCGGTTTCTTGGGTGCCGGTACCATTCTGTTTACAGGAAAATCCATTACCGGACTAACCACTGCTGCGTCCATCTGGGTTGTGGGGGCCGTGGGGTTAGCGATTGGGGCCGGTTTTTATTTTGCCTCGATCGTATCGACGGTGCTAATTCTTCTTAATCTGGTTGTCTTCAATAAGCTGGAGCAGCGTTACATCCGCGGCAGCAAACTGCATCTGATTACTGTCCACGCAGCAAATACGCCGAATATTTTGGATGACATATCCGCTGTTCTGGAGGAACAGGAATTCGTGATCAAGAAGCTTATCGTTAACGAACGAAGCGGTGCGGCATACGGGGAGCTGCAGCCTGCGGTATTAGGGCTCGAAATCTCGCTGCAGGTCTTGACCGATCGCAAATTCGAACCGATGGAGATCACCCGGCAGTTGCGGGGAATCGGCCATGTAACGATGGTAACGGCTGAATAG	MNNPWVIDNVSILLRLLLAMLLGGLIGFERERSNHAAGLRTHILVCLGSTLIMLLSIYGFSDFVDEINVRIDPARLATAVITGIGFLGAGTILFTGKSITGLTTAASIWVVGAVGLAIGAGFYFASIVSTVLILLNLVVFNKLEQRYIRGSKLHLITVHAANTPNILDDISAVLEEQEFVIKKLIVNERSGAAYGELQPAVLGLEISLQVLTDRKFEPMEITRQLRGIGHVTMVTAE	PGPT0014005_761	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014005-mgtC-K07507	NA	NA
JZ016_03198	459			hypothetical protein	ATGATAAGAGCATTATCTTTGGAGGATAGGGATACCGTCCAGCAGATATGGAGTCTGCAGCACATGGCGTACCCTTTGGAAGCTGAATTAATCGGATTCTCGGAAATCCCTCCGCTGCAGGATACCTTCGATACGATCCGTTCGAGCGGGGAAACCTTTTTTGGTTATATTAATGAAGAAGGAGATCTTATCGGAGCAATCGCAGTCGAGCCGGAACAGGAGCAGGTCACCATATCACGAATGATGGTCCATCCGGGTCATTTTCGCAAAGGGATCGCGGGGACATTAATTCGCCACGTGTTGGAATCCTATAAGGAGGCGCCCATGTTCGTGGTCTCAACAGGGACGCGCAATACGCCTGCGGTAACCTTGTATGAGAAATTCGGGTTTGTTAAAAATCACGCTTTTGAGGTTGCTCCGGGTGTGGAATTGACCGAGTTCCATCTTCATATACAATGA	MIRALSLEDRDTVQQIWSLQHMAYPLEAELIGFSEIPPLQDTFDTIRSSGETFFGYINEEGDLIGAIAVEPEQEQVTISRMMVHPGHFRKGIAGTLIRHVLESYKEAPMFVVSTGTRNTPAVTLYEKFGFVKNHAFEVAPGVELTEFHLHIQ				NA	NA	NA	NA	NA
JZ016_03199	1440	gatB	COG0064	Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit B	ATGTCTACATCAAAATATGAAACGGTTATCGGATTGGAAGTGCACGTAGAGCTGCATACGAATTCCAAAATATTTTGCGGCTGCTCCACTGCGTTTGGAGCCCCGCCGAACACACATACATGTCCCATCTGTCTTGGCCATCCCGGCGTGCTGCCCGTATTAAACCGCCAGGCTGTGGAATATGCCATGAAGGCTGCGATGGCGCTGAACTGCACCATCGGCGATGTCAGCAAATTTGACCGCAAGAATTACTTCTACCCGGATTCCCCGAAAGCATACCAGATTTCCCAGTACGATCAGCCGATCGGTGAGAACGGCTGGATCGATATTGAGGTGGACGGAAAGACGAAGCGAATCGGGATTACCCGGCTTCATCTGGAGGAGGATGCAGGTAAACTCACGCACGTGGATGGCGGTTATGCCTCGCTGGTTGACTTTAACCGCGTAGGAACGCCGCTGGTTGAGATCGTGTCTGAGCCTGAGATCTCAACGCCGGAGGAAGCCAAAGCTTATCTGGAGAAAATGCGTGCGATTATGCAATACTGCGACGTATCGGACGTGAAGATGGAAGAAGGGTCGCTTCGCTGCGACGCTAACATCAGTCTTCGTCCATGGGGACAGAAGGAACTCGGCACGAAGGCCGAGCTGAAGAATATGAACTCCTTCCGCGGCGTACAGCGCGGCTTGGAATATGAGCAGTACCGGCAAACGGAAATTCTCGATGAGGGCGGCGTGATCGTACAGGAAACCCGCCGCTGGGACGAAGCGCAGGCAAAAACCTTCTCCATGCGCGGGAAGGAGCAGGCGCACGACTACCGTTATTTCCCGGACCCGGATCTGGTATCGGTGCATATTAGCGAAGAGTGGAAAGAGGCCGTTCGTGCGACGATTCCGGAGCTTCCGGATGCCCGTAAGGCACGTTATGCATCGGAGTATGGATTGCCGGATTATGATGCCGCGGTCATCACGTCGTCCAAGCTGCTCGCCGACTTCTTCGAGGACAGCTTGAACTATACGAAGGATGCTAAATCCGTATCGAACTGGATCATGGGAGATTTGCTGGGTTATTTGAATTCGAACAATCTGGAGCTGTCTGAAGTGAAGATCACGGGCCAGGGCCTGGGCGAGATGATCGGATTGATCGAGAAGGGAACCATCAGCAGCAAAATCGCCAAAACCGTCTTCAAAGAGATGCTGGAGAGCGGCAAGCTACCTGCGCAAATCGTTGAGGAGAAGGGCCTTGTCCAAATCAGCGATGAAGGTGCGATCAAGAGCATTGTCGAGCAGGTGGTTGCAAACAATCCGCAATCCGTGGAGGACTACAAAGCAGGTAAACAGAAAGCGATCGGCTTCCTGGTGGGTCAAGTGATGAAAGAGAGCAAGGGAAAAGCCAATCCTGCGCTGGCCAACAAACTGCTGGTTGAGGTGCTGAACGGATAA	MSTSKYETVIGLEVHVELHTNSKIFCGCSTAFGAPPNTHTCPICLGHPGVLPVLNRQAVEYAMKAAMALNCTIGDVSKFDRKNYFYPDSPKAYQISQYDQPIGENGWIDIEVDGKTKRIGITRLHLEEDAGKLTHVDGGYASLVDFNRVGTPLVEIVSEPEISTPEEAKAYLEKMRAIMQYCDVSDVKMEEGSLRCDANISLRPWGQKELGTKAELKNMNSFRGVQRGLEYEQYRQTEILDEGGVIVQETRRWDEAQAKTFSMRGKEQAHDYRYFPDPDLVSVHISEEWKEAVRATIPELPDARKARYASEYGLPDYDAAVITSSKLLADFFEDSLNYTKDAKSVSNWIMGDLLGYLNSNNLELSEVKITGQGLGEMIGLIEKGTISSKIAKTVFKEMLESGKLPAQIVEEKGLVQISDEGAIKSIVEQVVANNPQSVEDYKAGKQKAIGFLVGQVMKESKGKANPALANKLLVEVLNG				NA	NA	NA	NA	NA
JZ016_03200	1458	gatA		Glutamyl-tRNA(Gln) amidotransferase subunit A	TTGAGTCTGTTTGATTACAAGTTAACGGAGATACATAATAAGCTGCAGAATAAGGAGCTTTCCGTAACCGATCTGGTTGACCAAGCTTTTACCCGTATTTCCGAACGTGAGGATCGGGTGAAGGCATTTATTACTTTGGACGAAGAAGGCGCTCGTTCATCCGCCAAGGCTTTGGATGAGAGGCTGGCTTCAGAGGGAACGCGTGGACTGTTGTTCGGGCTTCCTGTCGGAATCAAGGATAATATCGTGACAGAAGGACTTCGCACCACATGCGCTAGTCAGTTTTTGTCCAATTTCACGCCGGTTTATGATGCAACGGTTGTCGGTAAATTGCGTGCAGCGGATACGGTGACAATCGGCAAGCTGAACATGGACGAGTTTGCAATGGGAGGCTCCAATGAGAATTCCAGCTTCTATCCCGTGCGCAACCCATGGGATTTAGAGCGGGTACCCGGCGGGTCAAGCGGCGGCTCGGCTGCGGCCGTAGCTGCAGGTGAAGCCTACTTTGCGTTGGGGTCGGATACAGGCGGCTCCATCAGGCAGCCTGCCTCTTATTGCGGTGTCGTGGGACTGAAGCCAACCTATGGCCTCGTATCCCGTTTCGGCCTTGTTGCCTTTGCATCATCGCTGGATCAGATCGGGCCTTTGACGAAAAATGTGGAAGATTCCGCTTATGTCCTGCAAGCCATTGCCGGTTACGATCCGATGGATTCGACATCTGCCAAAGTGGACGTGCCCGACTATCTGAGCGCATTATCCGGAGACGTTACCGGTCTTCGCATTGCTGTGCCTAAGGAATACCTGGGCGAGGGCGTTGACGCTGAAGTGAAGGAAACTGTCCTGAACGCACTGAAGGTGCTCGAAGCGATGGGCGCTACCTGGGATGAAGTTTCCCTCCCGCATACCGACTATGCGGTAGCAACATATTATTTGCTCGCTTCTTCGGAAGCCTCGTCGAACCTGGCCCGCTTTGACGGCGTGCGCTATGGCGTTCGTTCCGACAATGCAGGCAGCCTGATCGACTTGTATCATGAGTCCCGCAGCCAAGGCTTCGGCGATGAGGTGAAACGCCGCATCATGCTGGGTACCTATGCGCTTAGCTCGGGTTATTACGACGCCTATTATTTGAAGGCACAGAAAGCCCGTACACTTATCAAGCAGGACTTCGATAAAGTATTCGAGCAATATGATGTCATCATCGGACCTACAGCTCCGACTACGGCTTTCAAGCTCGGAGCTCAGGTCGACGATCCGCTGACGATGTATTTGAATGATATCCTGACGATTCCTGTCAGCTTGGCAGGTGTGCCGGCAGTCAGTATTCCTTGCGGATTCGCGGACGGACTGCCTGTAGGTATGCAAATCATCGGCAAAGCCTTTGATGAGTCGACCGTACTGCGCGTCGCGCATGCCTATGAGCAAAATACTGAACACCACAAACGGCGGCCTGAACTGTAA	MSLFDYKLTEIHNKLQNKELSVTDLVDQAFTRISEREDRVKAFITLDEEGARSSAKALDERLASEGTRGLLFGLPVGIKDNIVTEGLRTTCASQFLSNFTPVYDATVVGKLRAADTVTIGKLNMDEFAMGGSNENSSFYPVRNPWDLERVPGGSSGGSAAAVAAGEAYFALGSDTGGSIRQPASYCGVVGLKPTYGLVSRFGLVAFASSLDQIGPLTKNVEDSAYVLQAIAGYDPMDSTSAKVDVPDYLSALSGDVTGLRIAVPKEYLGEGVDAEVKETVLNALKVLEAMGATWDEVSLPHTDYAVATYYLLASSEASSNLARFDGVRYGVRSDNAGSLIDLYHESRSQGFGDEVKRRIMLGTYALSSGYYDAYYLKAQKARTLIKQDFDKVFEQYDVIIGPTAPTTAFKLGAQVDDPLTMYLNDILTIPVSLAGVPAVSIPCGFADGLPVGMQIIGKAFDESTVLRVAHAYEQNTEHHKRRPEL				NA	NA	NA	NA	NA
JZ016_03201	288	gatC		Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit C	ATGAGCATTACCGATAAGGATGTTCAGCATGTAGCGAAGTTGGCCCGTTTGAATTTGACGCCTGAAGAAGAGCAGATGTTTACCGGCCAACTGAATGCGATTTTACAATATGCCGAGAAGTTAAATGAATTGGATACAGAAGGTGTTGAGCCGACTACACACGTGCTTCATCTCAGCAATGTCATGAGAGAAGACGAGGTGCGCGAGAGTTTACCTATTGAGAAGGTGCTGCTTAACGCACCGGATGAAGAAGACGATCAAATTAAAGTACCTGCTGTTTTGGAATAG	MSITDKDVQHVAKLARLNLTPEEEQMFTGQLNAILQYAEKLNELDTEGVEPTTHVLHLSNVMREDEVRESLPIEKVLLNAPDEEDDQIKVPAVLE	PGPT0023460_3132	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023460-gtaC-K02435	NA	NA
JZ016_03202	381			hypothetical protein	ATGCTGCGTTTAGGGGAAAAGATTACAATCGTTGCGGACGCCTTTGAGCAGAATCTTCCAATCGGTCAATACGGTTATATCATCGCTTATGACCGAAATCCGGACAATGCGTTCGATTACGTCATTCGGATTCCGAGCCTCAACCGTAATTTTTTTGTTCCGGCAGATGATGTCGAGCTGGAATCAATCGTGTTGAAGCAGGAAGCTGAGCGGGTCGAGCGGGAAGCGCTCATCGATTTCGCCCTGTCGACATATAATGAGAAGCTGTTTCATCAAGTGATGAACGGCGAGTTGGAAAGTGTTGAAGAGGAAGAAGAAACCAAGGAAGCAATATCCCAGGCGGATTTCATCAAACAAGTGAATCTTCGTGCTTGGATTTAG	MLRLGEKITIVADAFEQNLPIGQYGYIIAYDRNPDNAFDYVIRIPSLNRNFFVPADDVELESIVLKQEAERVEREALIDFALSTYNEKLFHQVMNGELESVEEEEETKEAISQADFIKQVNLRAWI				NA	NA	NA	NA	NA
JZ016_03203	777	yxlG		putative transmembrane protein YxlG	ATGAAGTCGTTCTGGATTTATTATCAAAAAGAAATGCTCGAGGCAAGCCGGACCTATAAATGGATTTGGGTACCTGCAGTCTTTCTGCTTCTTGGCATTATGCAGCCGGTTTCCACCTATTATTTGCCGGATATCCTGACCATGGCCGGGGAATTGCCCCCGGAAGCGGCGGCATTATTTACCGTCCCGTCCGCCGAGAATGTCATGGCATCAACCTTGAGCCAATTCAGCACCATCGGCCTGCTGGTGCTTGTGCTGGCGGGAATGAACACGGTAGCAGGGGAGCGAGCCACCGGCACGGCTGAGCTTATTCTCGCCCGCTCGGTATCCACGATCCCCATGATGTCTGCCAAATGGGCCGCCTTGATGACGCTGCTGGTCGTTTCTTTTGCGATTGGACTTGGCGGTGCTGCATATTACACGTATCAGCTCATCGGTCCTTTGGAATGGGGATCGGTTACCAGCGGCGGGGGCTTATATGCTGTATGGCTGGCCTGGATCGTAACGCTTGTGCTGCCCCTCGGTGCCGTCCTTCGCGGGCCGGCTGCGGCCTTCATCAGCTTGGCAGTTGCCGGCGTACTTTCGCTCTTATCCGGTTTGCTGCCCTCCCGCGTTCTATGGAGTCCGGGCCGTTTAAGCAGCATGGCCGCTGAGCGAATTCTTGACGCAGGGAGCAGCGCGTGGTCACCGGTACTCGTTGCCATGCTGATTATGGCGGTGTCGATTATCGTTGCCGCGAGGCTGCTTAGAAGGAGTCCGCTGTCCCCGCAATCCTAG	MKSFWIYYQKEMLEASRTYKWIWVPAVFLLLGIMQPVSTYYLPDILTMAGELPPEAAALFTVPSAENVMASTLSQFSTIGLLVLVLAGMNTVAGERATGTAELILARSVSTIPMMSAKWAALMTLLVVSFAIGLGGAAYYTYQLIGPLEWGSVTSGGGLYAVWLAWIVTLVLPLGAVLRGPAAAFISLAVAGVLSLLSGLLPSRVLWSPGRLSSMAAERILDAGSSAWSPVLVAMLIMAVSIIVAARLLRRSPLSPQS	PGPT0006730_17378	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_03204	924	yxlF_1	COG1131	putative ABC transporter ATP-binding protein YxlF	TTGACGGAAAAAATTTTAAGCATTCATGAATTGACCAAAAGCATAGGAAGCATCACGCCGGTTAAGGGCATTTCATTTGAATTGCAGCGAGGAAGCTGTACGGCCCTGCTTGGTCCTAATGGTGCCGGCAAAACAACTACACTGCGGATGCTGGCTGGATTAATACCTCCAACCCGGGGTGAGATCCGATATGGTTCAGCCGATACGCAAACGAACGGCTGGCGTCAACGGACCGGTTACTTGCCTCAGTATCCGAAGTTTTACAGCTGGATGTCGGGCATGGAGTACTTGTCTTTCAGCGCCAAGCTGTCGGGAATATCCGGACGAGAGGCTAATAAGAGAAGTCGGGAAGTCATCGAAATGGTTGGCCTGGAGCAGGCAGCCAAACGCCGAATATCCGGTTACTCCGGCGGAATGAAGCAGCGGCTTGGCATTGCTCAAGCGCTGGTGCATAAGCCTGAGCTGATCATGCTGGACGAGCCGGTATCGGCGCTTGATCCGATCGGGCGTCGTGAGGTTATGGACCTGCTGGGCCGCTTGCGCGGGGAAGTCACCGTTCTGTTCTCAACCCATGTGCTTCACGATGCGGAGGAAATCTGCGATGACATGGTACTGATGGTAGACGGGGAAATTGCGGAGAAAGGCGCGCTTAGCGAACTTCGCACGAAATATCGCCAGCCGGTCCTATCGATTGAGGTTGAACCGGGGGAGCGGGAGGTTGCTTGGCTCGACAGTCTTGTGAACCGTCCTTATGTGCATGAGATCGAACTCGGCAAACGCGGCGCCAAGCTGATGGTGACGGATATGGATCTTGCGCGGGCTGCTTTAATCAAGGAGCTTGCCGATGACGAAATCGAACTGCTTCGTTTTGAAGCAGGCACGTCTTCGCTCGAGGATATGTTTATGAAGGTGGTGGGCTCATGA	MTEKILSIHELTKSIGSITPVKGISFELQRGSCTALLGPNGAGKTTTLRMLAGLIPPTRGEIRYGSADTQTNGWRQRTGYLPQYPKFYSWMSGMEYLSFSAKLSGISGREANKRSREVIEMVGLEQAAKRRISGYSGGMKQRLGIAQALVHKPELIMLDEPVSALDPIGRREVMDLLGRLRGEVTVLFSTHVLHDAEEICDDMVLMVDGEIAEKGALSELRTKYRQPVLSIEVEPGEREVAWLDSLVNRPYVHEIELGKRGAKLMVTDMDLARAALIKELADDEIELLRFEAGTSSLEDMFMKVVGS	PGPT0006725_11474	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03205	195	yxlE		Negative regulatory protein YxlE	ATGGAAATTAATTGGGGATTGATCTGGCCGATTCTTGCATTGCAAGCCATTCTCGCAGTAACGGGGCTGATATCTTTGTTTCGGGCAGAGCCGGCAAACATACGTGGACCGAGATGGGTATGGGTGTTGATTATACTGCTGGGTAACCTTCTTGGCAGCGTTGCTTATTTTGTTGCGGGGAGGAGAGAAGCTTGA	MEINWGLIWPILALQAILAVTGLISLFRAEPANIRGPRWVWVLIILLGNLLGSVAYFVAGRREA				NA	NA	NA	NA	NA
JZ016_03206	210	yxlD		Negative regulatory protein YxlD	ATGAATGAAGTTAACGAGAGCCCGCTGGGAGTGATCATCCTTGCCGTTGTGCTTGTGCTGATTCAAGGGACATGGCTTTTCTTGGATGCGAGGAAGCGGGGGCTTGGCAAGATGGCTTGGTTCTGGGGGATATGGGGGTCTACGACAATGCCGATGCCGCTGCTCTTTTACTGGATATTCGTCATCCACAAAGATGACCGCAAGTCTTAA	MNEVNESPLGVIILAVVLVLIQGTWLFLDARKRGLGKMAWFWGIWGSTTMPMPLLFYWIFVIHKDDRKS				NA	NA	NA	NA	NA
JZ016_03207	336			hypothetical protein	ATGGTCAAAGGACCTGAGCATGAGGACGAAATATGGATTGAAGGATTTACCAAAGAAATGGAGCGGGTGGATCAATTGTTTGAGGATGCGCCATCCCCATCCCTGGAAGGATTGCATACGCTGGCCGTTCATACCTTGGAGCGCAAGCGGCGGCGGATGAAATACGAATTGCTGCTCTTTCTTCTGATTTCACTCTTTATCGTTGGTGGCGGATTGATGGCTGCCTTGGCGGCGCCGAAGATCCTACTGTTTATTCACGGGTTCGGCATGGTTGCCGGGATTTCCGTTCTTGTATTTTCCAAGAGTCTGAGATCTGCCGGAAAGAAGGGGATCTGA	MVKGPEHEDEIWIEGFTKEMERVDQLFEDAPSPSLEGLHTLAVHTLERKRRRMKYELLLFLLISLFIVGGGLMAALAAPKILLFIHGFGMVAGISVLVFSKSLRSAGKKGI				NA	NA	NA	NA	NA
JZ016_03208	489	sigY	COG1595	RNA polymerase sigma factor SigY	ATGGCGCTGCTGTTCAAGCAGCATTATTCCTTTCTTTATAAATATTTGCTAAAAGTGACGATGGACCCGATGGTTGCAGAGGATACTGCACAGGATACCATTGTTCGATGCATGGAGAATATGAACCGTTATAACGGGACTTCGTCCTTCTCCTCCTGGATGATTACCATTGCTACCCGGTTGTTCATAGATAGCACCCGGCGTAAGAAACGGGAGAAGAAATGGCTGGAGCAGGAGGCGGTTCAGTCGGCAAGGCGGATGCGCTGGCAGATGGAGCGGCGGGGAGAAGATTGGACGGATATGTTGAATGGATTATCCCGCTTATCTGAGGATCACCGGATTGCCATCCTGCTGAAGCATTATTACGGCTATAGCTATGATGAAATCGGAACGATGCTCGGTATTCCCGAAGGAACGGTGAAATCACGAACAGCCTACGGTATCAAACAGCTGCGAAAGGAGATGGGTGACGATGGTCAAAGGACCTGA	MALLFKQHYSFLYKYLLKVTMDPMVAEDTAQDTIVRCMENMNRYNGTSSFSSWMITIATRLFIDSTRRKKREKKWLEQEAVQSARRMRWQMERRGEDWTDMLNGLSRLSEDHRIAILLKHYYGYSYDEIGTMLGIPEGTVKSRTAYGIKQLRKEMGDDGQRT	PGPT0014960_8729	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_03209	639			putative protein	ATGACACTTCATATTGAGACCTTTAATTTAGGACCGCTTCAGACGAATGCATATTTACTGACAGGGCCTGTAGAAGGCAAAGCGATCATTATCGATCCTGGCATGAACCCGGGGCCGCTTGTGAAGCGAATAGCCGATTTGGAGATTGAAGCGATCCTGCTGACCCATGCGCATTTCGACCACATGGGGGGCGTTGAGGAGATCCGCAAGCTGAAGGGCTGTCCTGTTTACCTGCACACCCTGGAGAGTGAATGGCTGTCCAATCCGAAGCTTAACGGCTCGATGATGTGGCCGCAGGTAACGGAACCGCTGTCCACCGAGCCGGCTGAGTACGATTTGGCGGATGGACTTGAGCTGCAGCTCATCGGACATACCTTCAGCGTCTTTCATACACCGGGACATTCCCCCGGAAGTGTAAGCTTTAAGTGTGGAAATGATCTGTTTTCCGGCGATGTGCTGTTCCGTCTTGGGGTTGGGCGAACGGACCTTCCTGGAGGCCGTGAACGTGATTTGATTGATTCCATTCAAAATACGCTGTATACCTTCCCGGATGAGGTCGTTGTGTATTCCGGCCATGGTCCTCGAACAACCATCGGTTATGAAAAGCAGCGGAATCCTTACGTTCCTGCCAGACGATAA	MTLHIETFNLGPLQTNAYLLTGPVEGKAIIIDPGMNPGPLVKRIADLEIEAILLTHAHFDHMGGVEEIRKLKGCPVYLHTLESEWLSNPKLNGSMMWPQVTEPLSTEPAEYDLADGLELQLIGHTFSVFHTPGHSPGSVSFKCGNDLFSGDVLFRLGVGRTDLPGGRERDLIDSIQNTLYTFPDEVVVYSGHGPRTTIGYEKQRNPYVPARR	PGPT0001770_7133	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
JZ016_03210	567			hypothetical protein	ATGAGTATGAATATGGCAAATCATTTGGGGACAGGCATATCTCCACAGCAATTTATGGACGGCATGCAGAAGAACCAGGAGACGTTCAAGGCAGGATATGAACAGTTTGTCTGGGAGAATGAAGAGGATAAAGAGTTTTTTGAAAGCCTCAATTTCAGGGATGATCTGCGGGTCCTCATTCTGGCAGCGGATTGGTGCGGCGATGTTGCGCGCAATATCCCTGTCGTATTTCGCGCGATGGAGACCGCGGGAATTGAGACGGAAGTGCTGATTATGGAAGAGAATCTGGACGTCATGGATCAGTTCCTGACCATGGGTGCCCGTTCCATTCCGGTTGTTATTATTTCGGATACCGGGGGACATGTTCTCGGCACGTGGGGACCGCGTCCGGCGCATGTTCAGAAGTTTATGATTGAGTTCAAGCAGAACAATCCGGATCGTGAAGCATCGGACTATCAGGACAACCTTGCGGTCGCGCGGCAAAGCATTATTCAAGCCTACGGGGAAGGGTATGAGTTCCACGCTGCCATCATTAAGGAATTGCGTGAACTGATGTCAGGGTTCTAA	MSMNMANHLGTGISPQQFMDGMQKNQETFKAGYEQFVWENEEDKEFFESLNFRDDLRVLILAADWCGDVARNIPVVFRAMETAGIETEVLIMEENLDVMDQFLTMGARSIPVVIISDTGGHVLGTWGPRPAHVQKFMIEFKQNNPDREASDYQDNLAVARQSIIQAYGEGYEFHAAIIKELRELMSGF				NA	NA	NA	NA	NA
JZ016_03211	612			hypothetical protein	GTGGAATTCTTATACGAGGCTGTAGGCCGATTGTTTGAATGGATCCAGCAGCTGGGCTATTTTGGAATCATGATAGGTTTAATGGTGGAGGTCATTCCAAGCGAGATTGTACTTGCCTATGGCGGTTATCTGGTATCCCTAGGTGAAGTTAACTTTATCGGAGCCATGATTTTTGGTACCGTTGGCGGCGTGCTCGCACAGTTGTTTATCTATTGGATCGGCCGTTACGGAGGCAGGCCCTTTTTGGAGAAGTACGGGAAGTACATATTGATTAAGAAGAAGCATATCGATTACGCTGAAGAATGGTTCGGCAAGTATGGTACCGGCGTTATATTTACGGCACGGTTTGTACCGGTGGTACGGCATGCGATTTCCATACCGGCAGGCATATCCAAGATGCCTGTGGGAAGGTTTACGCTGCTGACCACCCTAGCCGTTATTCCATGGACGGCATTATTCTTATACCTCGGATTGCTTCTGGGCGATCAATGGGAGCATATTGACGAGAAGGCAGGTCCGTACGTGCAGGAAATTCTGCTGGGGGCATTGGCCGTCATGATTCTTTATTTTCTGATAAAATGGATAAAATCATCGAAGGCGAGGTCGAAATAA	MEFLYEAVGRLFEWIQQLGYFGIMIGLMVEVIPSEIVLAYGGYLVSLGEVNFIGAMIFGTVGGVLAQLFIYWIGRYGGRPFLEKYGKYILIKKKHIDYAEEWFGKYGTGVIFTARFVPVVRHAISIPAGISKMPVGRFTLLTTLAVIPWTALFLYLGLLLGDQWEHIDEKAGPYVQEILLGALAVMILYFLIKWIKSSKARSK				NA	NA	NA	NA	NA
JZ016_03212	315			hypothetical protein	ATGCATTCTCCCCATGCCAAACAACCGGGCAGCAAGCCCCCCTCCCCGCGCGGTATACGGCGGGCCTGCAGCAAAGAATTATACCGCACGACCAAACGTCTCAAGCTGTACCTTCCTCCGGAATCCTTGAAGCAAGGCGAAGAATTGTATTACCGGAAGGTGATAGGCAATTTGATCTGGATCCACGAAAACTACAGCAATAAGAAGCTTTTGTGCGACTGGTGGGAAAAGGAAGTCTGCGGCGAACTGGCCGAGCTATGGGAGGTTCCGGAACGTCAGTTGGCCTCGGCCTTCCGGGATGCCTTCGGCGGATAA	MHSPHAKQPGSKPPSPRGIRRACSKELYRTTKRLKLYLPPESLKQGEELYYRKVIGNLIWIHENYSNKKLLCDWWEKEVCGELAELWEVPERQLASAFRDAFGG				NA	NA	NA	NA	NA
JZ016_03213	2202			hypothetical protein	ATGGCATGGAGGACCCTGCATCGTATTTGCGGGATGATGCTGATTGCACTTGTCTTTGTGGCAGGTATCCGGAGCGGAATGTTTTTTGACGGGGATGTCTATGGGGTCGGAGCAGGGTTTGGGATGCTTCTGCTGCTTATGATGGCAGCTAAACGGCATGATGGAATCCAAGGCTGGGGAATTCCTGGCACTGGCATGATATCTTCTGGCTTGGTTAATTTAGATAAAGGGTTGCGAGTGGTATTGGGGTGCATCTGCGGAATGATTCTCATGTATGTGCTTCATGGGATCGGGCGACCGCTCTCACTGGAAGGCACGATGAAGGAGATCATCCTGTGGGGAAGTTATGCCTCTTTTACAGCTGTTGCCTGGCGTATAAGCCGTACAGGTGACGGCTTACGTTTGATGCAAATAGGCTGGCATCTGTTGGGCGCTGTGCTGTGCGGGAGTGCTTTGCTTGCCGTGTATGGGCTTTTGGAGCTGCCGTATGGGATCTATCATACGGCGGATGCGAACATCAGCGCGTCCGGCGCGAGGCTTGGCGGCCTGCTTCAGTACCCGAACACGTTCGGGGCCGTGATGGCCGCCTTCCTGCTGGAGCGGCTGTTCGCGCTGCCGCCCGTCCTGCGGACCCGGACGGGCACGCTCCGCGCAGCGGCTGCCCTGCTGCCGCTGCTGCCCTACACTGCCGCGCTGCTCCTGACGGAGTCGCGCGGCGCCTGGCTCGCGGCCGCACTCGCGTGCGCGGCCGGCTTCGCTAAGGAGCGGCGTGCCTTCGCGCCGCTCCTGGTGGCCGCAGCCGCGCCATTGGCGAGCGCGGCGCTGCTGTACCGCCAGCTGGCTGATGCCAAGCTGGCTCCGGCGGTGCTGCCCGGCCTGCTGTGGCTGGCCGGGCTTTGGGCCGGCGGTGTCCTCGCCGGCCAGCTGCTGTGCCGCTGGCGGCACAGCGGGGGCCCGCGGCGGCGGCATGCCGCGCCAGGGGCCCTGGGCGCTGCGGCGCTGCTGGCTGCCGCAGCCGGAGCGGTGATCCTGCATCAGGTGCAGGATCGGACCCTCGGCGGCGCGGCAACGCTGAGCGCGCGCCGCCTCCTATACAGCGACGCGTGGCAGCTGGCCCGGTCGTCGCTGTGGCTGGGACGTGGTGGGGAGACGTGGCGGCAGTCCTACCTTGCCATGCAGTCCCAGCCCTACGTGGGTGCCGAGGTGCACAGCGGATATATGGATATCCTGCTGAATACGGGAGTGATCGGGCTGCTGCTTGTCCTTGTTTTGGTTAGCTTTATGGTGGCAAGGCTTATTGCTGTGAGCTCTCGGCTCATGCCCGCTGTCCTCGTGCTGATCGTGCACGCGGCTGTGGATTTTGACTGGAGCTTTGGGCTGGTATGGCTGCTGCTGTTGTGGCTTACGGTAATGGGCTTCGCTACGACTCCTTCTGGTCGGGAAGTGCAAAACGGACCTCATACAACTCAAAGACGCAAACGGTTCAAAATAGGGAGGAAGCGGCTAGCTGTTTATAAAACGAAGCGGGAATATCCGCCGTTACAGTCGCTGTCACTGCTCCGGGTTACGGCGATCATTCTGCTCGCGGTCTGGGTTCTTCTCGCTGCTGCGCTGGTCATCAGCGAGGTCAAAGAGCGATGGGCCGCTTCGGAACCGCCCGGAGCGCAAATAGCGCTCCTTCAATCCTCGTTAAAGTGGAACCCCGCCAACACGGAGGCAACATTGAGCCTGGCGGATTGGCTTCCCCCAAGCCAGCGAATCCCGCAGCTGAAGCGAAGTTTGGTGTATGCACCGAATCACCCGGAGCTGAGCTGGAAGCTGGCAGAGGCTTACTCGCTCCGAGGCCAATCGGAAGAGGCGGCAGCTTGGTATCTAGCGGCCATCAATCGGGATCGGTTCAATGATGTCAAACAAACCCGAGCCGTGCTGAAGCTGGCTTCCCTCGCAGATTGGCACCGGACGGCAGGAGAATCCGTCAGCTCGGTTGAAGCGGCCCGGACCGGGTTAAATATCTTGAAGCGCTATCGTTCCCTTGCGGCAAATCTTCGTGAGATGGATTCTCATCGGAATGACCGGGAATTCGATCTGTCTATACTTGCGGTAAGGCAAACCACCCGATTGGAAAAAACGTTGAATGGGGGAGGAGCACGAAAGCATGCGGCAAGGCAGCCTGAACAGGCAGATATCCCCGCCCGCCGCTAA	MAWRTLHRICGMMLIALVFVAGIRSGMFFDGDVYGVGAGFGMLLLLMMAAKRHDGIQGWGIPGTGMISSGLVNLDKGLRVVLGCICGMILMYVLHGIGRPLSLEGTMKEIILWGSYASFTAVAWRISRTGDGLRLMQIGWHLLGAVLCGSALLAVYGLLELPYGIYHTADANISASGARLGGLLQYPNTFGAVMAAFLLERLFALPPVLRTRTGTLRAAAALLPLLPYTAALLLTESRGAWLAAALACAAGFAKERRAFAPLLVAAAAPLASAALLYRQLADAKLAPAVLPGLLWLAGLWAGGVLAGQLLCRWRHSGGPRRRHAAPGALGAAALLAAAAGAVILHQVQDRTLGGAATLSARRLLYSDAWQLARSSLWLGRGGETWRQSYLAMQSQPYVGAEVHSGYMDILLNTGVIGLLLVLVLVSFMVARLIAVSSRLMPAVLVLIVHAAVDFDWSFGLVWLLLLWLTVMGFATTPSGREVQNGPHTTQRRKRFKIGRKRLAVYKTKREYPPLQSLSLLRVTAIILLAVWVLLAAALVISEVKERWAASEPPGAQIALLQSSLKWNPANTEATLSLADWLPPSQRIPQLKRSLVYAPNHPELSWKLAEAYSLRGQSEEAAAWYLAAINRDRFNDVKQTRAVLKLASLADWHRTAGESVSSVEAARTGLNILKRYRSLAANLREMDSHRNDREFDLSILAVRQTTRLEKTLNGGGARKHAARQPEQADIPARR				NA	NA	NA	NA	NA
JZ016_03214	1167			hypothetical protein	TTGGATGCATTAAGAAAATTGATTCACAACATCATGGAAGAAGGATCATTGATCACAGCTACGCTAAGCCAGCTCCGCAAGCGGGAAGGCATGACCTACAGCAAAGTAACGGTTAAGCCCGTAGAGCTCAAGAACAAGCTGCACTATCAGTTTGCCTATTATTCCGGAACCAAAGTCACCCATCAGAACGTGCCGGCCGATGAGGCGGAGGCCGTGCTGGTTGACATGTTCGAGAATGTATTCCGGCAAGCGATGATGTATACGCCGGAAGCGGACTATCAGGTTCTGATCTCGAAGAAATACAAGGTTTCGATTCTGACCAAATCCCCCTCCAAGACAAAAACGGATTTGTCCCATAACCGGAAAAAGACATATATCCTTGAAGAGGGAGAGCCTGTTCCGTTTCTGGTGGAACTCGGCATCATGAGTGAAGAGGGCAAAGTATTTGCCCGCCGATACGATAAGTTCAAACAGATCAACCGGTTTTTGGAGATGGTTGAGGATGTGCTTCCCCACCTCCCGGAGGACCGTCCACTGACGATCGTTGATTTTGGCTGCGGCAAATCCTATCTGACCTTCGCTTTATATCACTATTTGGCGGTAACCGCGCGCAGAAAGCTGAATATTGTCGGTTTGGATCTCAAGGCGGATGTCATCGAACACTGCAGTATGCTGGCGAAAAAACTGAATTACACCCAATTGCAGTTTCTTGTCGGGGACATTGCGGAATATGACGAACTGGAGCAGGTGGATATGGTGGTCACGCTGCATGCATGCGATACGGCAACAGACGCTGCGCTGGAAAAAGCGGTTCGTTGGGGCGCTTCAGTCATTCTGTCGGTGCCTTGCTGCCAGCATGAGCTGTTCTCCCAAGTCCAAAGCCCCGTGATGGAGCCGCTGCTGTCCCACGGTATATTGAAGGAACGCTTCTCGGCCCTTGCCACGGACGCCATTCGAGCCAAGCTCCTCGATCTGATGGGTTACAAGACGCAGCTGCTGGAGTTTATTGATATGGAACATACTCCGAAGAATATATTGATCCGGGCGGTTAGCGGTTCTGCGGGAGATCGGGATAAGCTGTGGCAGGAATATACCGCGTTCCGCGATTTTTTAAGCGCCTCTCCATATCTTGAACGGGCGTGCAAGGACTTGCTGCCGGATACGTAA	MDALRKLIHNIMEEGSLITATLSQLRKREGMTYSKVTVKPVELKNKLHYQFAYYSGTKVTHQNVPADEAEAVLVDMFENVFRQAMMYTPEADYQVLISKKYKVSILTKSPSKTKTDLSHNRKKTYILEEGEPVPFLVELGIMSEEGKVFARRYDKFKQINRFLEMVEDVLPHLPEDRPLTIVDFGCGKSYLTFALYHYLAVTARRKLNIVGLDLKADVIEHCSMLAKKLNYTQLQFLVGDIAEYDELEQVDMVVTLHACDTATDAALEKAVRWGASVILSVPCCQHELFSQVQSPVMEPLLSHGILKERFSALATDAIRAKLLDLMGYKTQLLEFIDMEHTPKNILIRAVSGSAGDRDKLWQEYTAFRDFLSASPYLERACKDLLPDT				NA	NA	NA	NA	NA
JZ016_03215	885			hypothetical protein	ATGGGAGGGGGAGGTCGGGAACTGGAATTCTGGCCCCGGATAGCCTACAATTTAATCGTGATCCGGCTTGAGTTTGAACCGGCAAATTTCTCTCTTGTAAAGGATGATTCGCTAAAGGCTGCCCCGGCATTCCTTCTTGGTTTCTTGGCAGCTGAACGCAGTATAGTAAAGATGAAGATCAGGAATACGCTGCATCTGACATGGATGCAGGTTGGGGGTGCGCGTATGTTTCGCAGGGATTATCTCGTGCGGCTAATTGAGGATATGACACAGATGATTGCCAAGGTGTTTTCGCTTAAGCAGGAGCGCAAGCACACAGAAGCGCTATGGGAGCTGGATGAGCTCTTCAAACGACAGTTCCGGTTGAATTCAGAGCTGCTTCGCTCATTGTCCGCTGCCGATATTGAGCAGCTATTTCGCAGTCACGGTTATCTGGAAGCGGACAAGCTGCAAAGCGCCGCCAGGCTAATGGAAGAGGAAGCATCCCTGCTGCTTGAGCTGGAGCGTGAAGAAGAAGCCGTTATGCTCTATACCAAGGTCTTTCAGCTATATTTGAAGTCGGCCCTGCAAGGAGCGGATTTGAAGCTGATCGGGTTGACGGAACGGATCGGTATGGTGAGAGAACGTTTAAGGTCGTATGCATGGACAGAAACAGCAATGCGGGATTACTATGCGTATACGGAGCAGCAGGGGATGTACGCAGAAGCGGAGAACACCCTCTACCAACTGCTGGATAATGGCAAGATGGAATATGGCGAAGCTGTGCAGTTCTATCAAAGATTGCAGCTGAAGCTGCCTGAGGATTTGGCGAAGGGGGGCTTCCGCTGGAGGAAGTCCACGAAGGAATGGATGAGCTTAAGCGTCGTTTTCCGCATGAAGCGGTGA	MGGGGRELEFWPRIAYNLIVIRLEFEPANFSLVKDDSLKAAPAFLLGFLAAERSIVKMKIRNTLHLTWMQVGGARMFRRDYLVRLIEDMTQMIAKVFSLKQERKHTEALWELDELFKRQFRLNSELLRSLSAADIEQLFRSHGYLEADKLQSAARLMEEEASLLLELEREEEAVMLYTKVFQLYLKSALQGADLKLIGLTERIGMVRERLRSYAWTETAMRDYYAYTEQQGMYAEAENTLYQLLDNGKMEYGEAVQFYQRLQLKLPEDLAKGGFRWRKSTKEWMSLSVVFRMKR				NA	NA	NA	NA	NA
JZ016_03216	792	catD_2	COG0596	3-oxoadipate enol-lactonase 2	ATGGAAAAAGTACAATGCAACGGCAGCACGATTTGTTATGTTGATCAGGGACAAGGTGAGCCGATCATTCTGCTTCACGGTTTCTGTGGAAGCTCCGCCTACTGGGAACAGGTACTGCCATTTCTTCAAGGCTTCAGAGTCATTGTACCGGATCTCCGTGGTCACGGGCGGTCTGATGCACCGATGGGATCGTATACCATTGAACAGATGGCAGACGATGTACTGCTATTGATGGATGAGCTCGACATTCCGAAGGCAGCGTTACTCGGTCATTCCCTTGGAGGATATATCACGCTCTCCTTTGCCCAGCGTTACGCTTCTCGTTTGAACGCCTTTGGCCTGATTCATTCCACAGGCTACCCGGATTCGGACGAAGCGAAGGAGAAGAGGGTGCAGGCGGTCAGCACCATCCAAGGGGAGGGCATTACGGCTTTTGTTGACGGATTGGTGCCCGGCTTATTCGCTCCGGATACGAAGGATAACAAACCGGAATGTATTCAGCGGGCGAAGGAGATAGGCTATCTAACGCCACCTCAGGGAGCAATCGGAGCGGCGCTGGCGATGCGTGAGCGTCCGGACCGACGCGATGTGCTCTCCGCGTCCACGCTGCCTATCCTGCTGGTAGCAGGGGAGAAGGACGGATTGATTCCGGCAGAGCGTACCTTTACGACAGACCATGACAACGTGACTCAATATGTAATCGAGGGCGCAGGACATATGAGTATGATGGAGACGCCGGAGAAGCTCGGCGAGGTCATCACTTCTTTCATGGGACGGCTTACGAATGAATAA	MEKVQCNGSTICYVDQGQGEPIILLHGFCGSSAYWEQVLPFLQGFRVIVPDLRGHGRSDAPMGSYTIEQMADDVLLLMDELDIPKAALLGHSLGGYITLSFAQRYASRLNAFGLIHSTGYPDSDEAKEKRVQAVSTIQGEGITAFVDGLVPGLFAPDTKDNKPECIQRAKEIGYLTPPQGAIGAALAMRERPDRRDVLSASTLPILLVAGEKDGLIPAERTFTTDHDNVTQYVIEGAGHMSMMETPEKLGEVITSFMGRLTNE	PGPT0004995_1482	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0004995-pcaD|catD-K01055	NA	NA
JZ016_03217	540			hypothetical protein	ATGAGCGAACAAGCCGGCAAGACGCCAGGCGTACAGGCTGTAAAAGCTAAAATGTCGGGGCATGAACTGGCGGATTTTTTTCGGACGATTTCGCAGCGGCATGCGCTGGATAGCATCGTATTTTTATGTATTGGCACTGACCGTTCCACAGGAGATGCACTCGGACCGCTAACAGGAAGCCGGCTCTCGGAATACGGTGTCCCGCATGTGATCGGGACGCTGCCCGAACCGTGTGACGCTTTTAATCTTGAGGCAAGACTTCAAGGCATACCTGAGGATAAGTCGATTATTGCCATTGATGCATGCTTGGGACAATCCTCGTCAGTCGGATATTTCTTTACATGCGAGGGTCCACTGACGCCTGCCCAGTCCGTCGGCGGGAGGCTTCCGGCAGTGGGGGATTATAGCGTGGCAGCGGTTGTGAACGTCCATGGACCGAAGCCGTATTGGACTCTTCAAGTGACGTCCTTATACCAAGTCATGGGGATGGCGGAGCAGATAGCGAAGCAAGCCGCTATTGCCTTTGGCCTTAGGCCGTAA	MSEQAGKTPGVQAVKAKMSGHELADFFRTISQRHALDSIVFLCIGTDRSTGDALGPLTGSRLSEYGVPHVIGTLPEPCDAFNLEARLQGIPEDKSIIAIDACLGQSSSVGYFFTCEGPLTPAQSVGGRLPAVGDYSVAAVVNVHGPKPYWTLQVTSLYQVMGMAEQIAKQAAIAFGLRP				NA	NA	NA	NA	NA
JZ016_03218	228			hypothetical protein	ATGGATTTGAGTGAAAAATCACAAGCTAATGTCGAGTATATGATTGAACAGATTAAAACCAAGCTTCGGATGGCTACAGGTGCTGCCATGCAAGCCTCCGCCTTCTCGGTTAACCAATATGATGATATTTATGATTTGTACGATATGGTCATGAATAAGCAAAACCTGAGTATATCGGAAGTGGAAGCAGTTGTATCGGAGCTCGGGCAGCTGCGCGGGAACCAGTAG	MDLSEKSQANVEYMIEQIKTKLRMATGAAMQASAFSVNQYDDIYDLYDMVMNKQNLSISEVEAVVSELGQLRGNQ				NA	NA	NA	NA	NA
JZ016_03219	717		COG1741	Putative quercetin 2,3-dioxygenase	ATGATTAAGATCATGACGGCAGCGGAAAGACATACTACCCATAAAGACGGTATTCATAGTGAATTCAGCTTTTCATTCGAGGATTATACGGATCCGCATAACGAGCATTTTGGAAGCTTACTGGCGCATAATGAATATATGCTTAAACCGATGGAGGGTTTTGATCGAAGGTTTCATCATGATTTGATCATTGTCCATTTGGTGCTGGAAGGCTCGTTAACGTATGAAGATGATACAGGGAAAGAAATCGAGCTGACTCCCGGTTCGATTCATGTCGTGAATACAGGCACTGGCGTGTACCATGCAGAGAAAAATGCCTCGTCCGAGGACGTACGCTACCTGGAAATGTGGTTTCTACCTGCGGAGCCGGACCTTGAGACCAGTCACCATCAAAGCGATTTTACACAGGAAGAGCGGTTGAACCAGATGCTTCCGATCATCGGGTCGGGCCATGGTGAATCCAGCTTGCCCCAATCGCTGGATGTTGTGATATACAGTACCATACTGGAGACAGGACAAGAACTGACGTACAGCCTGGCAGGGGATCGGAGAATGCACCTGTACGTCATTAGCGGTCAAGTCGAAATATCGTCGGAAGACGGCAAGTTTGATATTACTGCGGGTGATGCCGCCAGGATACAGCGGCGTCATGAGCTGACATTTCGAGGGAACTCAAGTAAGGGGATCTCGGAAGTGGTGATGATCGATATGCCGTAG	MIKIMTAAERHTTHKDGIHSEFSFSFEDYTDPHNEHFGSLLAHNEYMLKPMEGFDRRFHHDLIIVHLVLEGSLTYEDDTGKEIELTPGSIHVVNTGTGVYHAEKNASSEDVRYLEMWFLPAEPDLETSHHQSDFTQEERLNQMLPIIGSGHGESSLPQSLDVVIYSTILETGQELTYSLAGDRRMHLYVISGQVEISSEDGKFDITAGDAARIQRRHELTFRGNSSKGISEVVMIDMP	PGPT0019980_4649	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_FLAVONOID_UTILIZATION	PLANT_DERIVED_QUERCETIN_DEGRADATION,PGPT0019980-yhhW|pirA-K06911	NA	NA
JZ016_03220	1005			hypothetical protein	ATGGATACTGTATTAGTGAAGGAATATCGGGCGGACATATTGGAGTGCGTCCACAATGGACATATATGTATTGTTAATGAACAAGGAAGCATACAGGCATACGCGGGAGATCCGGAATATGTCGCATTTACGCGTTCTTCGGCCAAGCCGATGCAGGCAATCCCCTCCATCCGTGGCGGGCTTGCTGACCATTATGGGCTGACGGATAAGGAAATCGCGATCATGACGGCTTCGCATCGGGCGGAGCCGGCTCATACCGAAGTATTGGAAGGCTTTGCCCGCAAGGTCAATATTAGTGAAGCTTACATGGTTTGCGCATCGAGCTGGCCGCTGGATGAGAAAAATAAAGAGGCTCTTCTGCGAGACCAGAGAAACAAGAGCAAATGGTTCCATAATTGCTCCGGGAAGCATTATGGCATGTTGGCCTATTGTCAGATGAAAGGGTACCCGCTGCTCGGATACGATCAGCCGGAACATCCACTGCAGCAGGAGATCCTTAAGACGGTCTCCTATTTGTCGGGACTGGCTCCCTCTGATATCCGATTGGGAACGGACGGTTGCGGCCTGCCGGTATTCGCCATGCCGCTTCGCGCTTTGGCTACAGCCTATATGAAGCTTGCATCCCCGGACCTTATCGAGGATGAGCCAACAAAAAGGGCGGTCATCCGAATCACGGAGGCCATGCACGCATCTCCCTATATGGTGGCAGGAAATCAAAAGGTGGACACCCTTCTCTTGGAAGACGATAATATTGTGGCCAAAGGAGGATTTAAAGGCGTGTACTGCTTAGGTCTGAAGAAGGAGCGGCTCGGCATTTCGTTCAAAATTGCAGATGGATCAGAAGAAGAATGGGGCTGGGTAGCGGAGTCCATATTGGAGCAAATCGGGTATAGCAACAAAATAACCATCGACCGCTTGAAATCCGCGTATCCCAAAGATTTATGCAACGATGAGGGCCTGAAAGTAGGCAGGGTGGAAACCGCGTTTATGCTGAACGGTGCTTAA	MDTVLVKEYRADILECVHNGHICIVNEQGSIQAYAGDPEYVAFTRSSAKPMQAIPSIRGGLADHYGLTDKEIAIMTASHRAEPAHTEVLEGFARKVNISEAYMVCASSWPLDEKNKEALLRDQRNKSKWFHNCSGKHYGMLAYCQMKGYPLLGYDQPEHPLQQEILKTVSYLSGLAPSDIRLGTDGCGLPVFAMPLRALATAYMKLASPDLIEDEPTKRAVIRITEAMHASPYMVAGNQKVDTLLLEDDNIVAKGGFKGVYCLGLKKERLGISFKIADGSEEEWGWVAESILEQIGYSNKITIDRLKSAYPKDLCNDEGLKVGRVETAFMLNGA				NA	NA	NA	NA	NA
JZ016_03221	258			hypothetical protein	ATGTGGGGAATCATCATCAGCATCGTAATGGCAATCATCATCGGGATCATCGGGGATGCGCTGGCTGGTCATGAAATGCCGGGCGGAATTATCGGGTCCATGATCGCTGGTTTCGTAGGCGCATGGCTCGGACCATGGCTCTTCGGAGCATGGGGGCCTGTCATCGGCGGATTTGCCATTGTGCCCGCTATCATCGGTACAGCTATCTTCGTATTCTTGCTCGGTCTTGCTGCCAAGCTATTTAGACGTACAGCCTGA	MWGIIISIVMAIIIGIIGDALAGHEMPGGIIGSMIAGFVGAWLGPWLFGAWGPVIGGFAIVPAIIGTAIFVFLLGLAAKLFRRTA				NA	NA	NA	NA	NA
JZ016_03222	411			hypothetical protein	ATGAATCACACAGAACAAGAACATCCAGTACAAAGCGGTTCCACATTTTTCAAAGGTGCTTTCATCGGCGCCCTGGTCGGAGCGGCGGCAGCTCTGTTGTTCGCTCCGAAGCCAGGCCGCGAACTGCGCGGGGATTTGTCCGAGAAACTGAGCGTGGTAACGGATAAAACGAAGGAAGTTGCTTACACCGTAGGCGATAAAGCTTCTGAGCTTGCAAAAACCGTGGGCACCAAAGCCTCCGATGTGATGGCCACCGTGAATGAAGGCCGCCAAAGCATTATGTCCAGCGTCAAGGAAGCATCGGCAGACGTGTCCAGCGAGGTTTCAAATGCTTCCAAAGACGTAAAGGATAAAGCGATGGACACCTCTTCCGATGTCAGCCGTGAAATGAAATCGACAACGAATGTTTAA	MNHTEQEHPVQSGSTFFKGAFIGALVGAAAALLFAPKPGRELRGDLSEKLSVVTDKTKEVAYTVGDKASELAKTVGTKASDVMATVNEGRQSIMSSVKEASADVSSEVSNASKDVKDKAMDTSSDVSREMKSTTNV				NA	NA	NA	NA	NA
JZ016_03223	432			hypothetical protein	ATGAGTAAAGCGAACCCATATCATAGCCGCTCTAGCTTCTCGACCCGGAGCGGCGATCGTTCGAGACAACGCGATGAGCCACGAAAGGAATCCGAAATAAGCAAGGAAAGACGCTCCCGGGAAGCGGATGATATCCAGGAGCATCCCTTTGAACTGCGTCACGAAGTGAAGAAACTAAACACCCGTCTGGACAAAATTGCCACCACACTGGAGAAATCCGAAATGAAGGACATGATCGAGAATTACATGAATCCCAAGAAACGCATCATTGCCAACCTCACAGCCGGACTATCCAGGGGACTTGGCTTAACCCTTGGCACGGCACTTGTGCTGGGTCTTCTGGGTTACATTCTCAGCTTCTTTGTCAACGTACCGATGATCGGGGATTTCATCTCGGATTTGCAAGGATATATTGATCAATCCCGATCCTAG	MSKANPYHSRSSFSTRSGDRSRQRDEPRKESEISKERRSREADDIQEHPFELRHEVKKLNTRLDKIATTLEKSEMKDMIENYMNPKKRIIANLTAGLSRGLGLTLGTALVLGLLGYILSFFVNVPMIGDFISDLQGYIDQSRS				NA	NA	NA	NA	NA
JZ016_03224	978	corA_2	COG0598	Magnesium transport protein CorA	ATGCTGGGGCCGGATAGGATGGAAGGTCAGGATATTTATTCTTTTGCAGGGGGATGGAAGTGGTACGATGTTCGAACGGATAACTGGCAATCCTCCTGGATCGGTGAACTTCGGACACGCTATCCTTATACAGCCGAATGGTTCGATCAGGCGTCGACGTTAAAGGAACGAAACTACTTATCCGTCCGATTCAAGGATGGGGTGGAGCCGGTTATTATGGGAACCATGCTTTATAAGGTTACGGATGATGCCGATCATTACAAGTCGGAACAGTTCTATTTCTATACGGACGACCAAGTGCTGATCACCATCAATTTGGATGACCATACCCGAAGCGTGATGGCTAAGTCCGAAAGAGCTTCCATGCTTCATCAATGCCAAAAGCCCGTCGACGGCATGTTTGTGCTGGCTCGGACCATTTTGCATTATTACCATGCGGGAATGGATCAATTCGAGCATAACCTGCGTCTTGTCGAAAGTGATATGCGTACGCGCAACCGGAAGTCCTTAATGGACAGCATTCTAACGTCCCGGTTTGAGCTGTTGGAGTGGAGCAATTTGTTTATTCCTTTTCAGGAGCTGATCGCTGCAGCAAAAGAAGGGTATCATGGCGAGCTGGATAGCAGTCGCTCGTTTCAACAGCTCCTACATCGAGTGGAAAGAATGGAGAAGCTGATTCATCATTATGAGCGCGAAATCGATACGCTGGTTTCGATAGACGATGCAATCTCCGCGTTCCGCGGCAATGAAATTATGAAGACACTGACGATTTTTACGGTTGTGCTCACACCCGCAACCGTGGTCGGAGCCATCTGGGGGATGAACTTTGAAAATTTGCCCGCCATTAAGACGTTCTGGGGATTTACGGTAATCAGCGGTTTTACCCTACTGTGGACGGGAGGCATGTATCTTTGGATGCGTGCGAAGGGATGGACGGGAGACCTGCTTCAAGTAAAGTCCAGCAATAAAAATCTTTGA	MLGPDRMEGQDIYSFAGGWKWYDVRTDNWQSSWIGELRTRYPYTAEWFDQASTLKERNYLSVRFKDGVEPVIMGTMLYKVTDDADHYKSEQFYFYTDDQVLITINLDDHTRSVMAKSERASMLHQCQKPVDGMFVLARTILHYYHAGMDQFEHNLRLVESDMRTRNRKSLMDSILTSRFELLEWSNLFIPFQELIAAAKEGYHGELDSSRSFQQLLHRVERMEKLIHHYEREIDTLVSIDDAISAFRGNEIMKTLTIFTVVLTPATVVGAIWGMNFENLPAIKTFWGFTVISGFTLLWTGGMYLWMRAKGWTGDLLQVKSSNKNL	PGPT0014010_2764	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014010-corA|yfjQ-K03284	NA	NA
JZ016_03225	771	sigB	COG1191	RNA polymerase sigma-B factor	ATGAGTGATAAAGCGACTCCCCAAGAGTCCAGAGATGAAGCAGTTCATTTAATTGAACAATATCAGCAAACGAAAGATAACGATATCGCAACGGTGCTGATTAAGAAATATGAACCGATGGTCAAAATGGCGGCAGGCAAGATTGCCCGGAATCGGCCCGACCTGTACGAGGATTTGTATCAGGTTGGCCAAATGGCATTAATTCGTCTTCTGCAGCAATATGACATCAGCCTGGGGATTCCGTTTGAGCCCTATGCCATGAAAAGCATGATCGGTCATATGAAAAACTTTCTCCGCGATAAATCATGGTACATTCAAGTACCAAGGCGGATCAAGGAAAAGGGTGCCTTGGTTCAGCAGGCGATAGATGAATTAATGGTGAAGCTGGAGAGATCTCCCGATGTGAATGAGATCGCATCCTACTTGGATCTTTCCGTTGAGGAAACGGTCGAAGTGTTGGCCGGACGTGAATGCTATCATTATGTATCATTGGATTCCCCTTTATCCCAGGAAGAAACCGGAGCGACGCTTGGAGAGCTAATCAGTTCGGATGTGAATGATTTTGATTCCGTTGAGAAGCGCATGGATCTTCAGCAGGCGATGAGCCAGTTGAAGGAGCAAGAGCAGAAGGTGCTATTGCTGGCATTTCAGGAGGGACAGTCCCAGAGAGCTATCGCTCAGAGGTTAGGCGTGTCGCAAATGAGTGTCTCACGTATACAGAAGCGTGCAACGGAAAAACTGAAGCAGATCATGTCTAATTCTTCTTACTGA	MSDKATPQESRDEAVHLIEQYQQTKDNDIATVLIKKYEPMVKMAAGKIARNRPDLYEDLYQVGQMALIRLLQQYDISLGIPFEPYAMKSMIGHMKNFLRDKSWYIQVPRRIKEKGALVQQAIDELMVKLERSPDVNEIASYLDLSVEETVEVLAGRECYHYVSLDSPLSQEETGATLGELISSDVNDFDSVEKRMDLQQAMSQLKEQEQKVLLLAFQEGQSQRAIAQRLGVSQMSVSRIQKRATEKLKQIMSNSSY	PGPT0015025_1623	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	OTHER_MOTILITY_REGULATING_FUNCTIONS	OTHER_MOTILITY_REGULATION,PGPT0015025-sigM|rpoE-K03090	NA	NA
JZ016_03226	450	rsbW	COG2172	Serine-protein kinase RsbW	ATGAATTCAGATGTTCAAAGAGTAACGCTTAATTTGCCTGCCAGTGCTGAATACGTGGATATTGTAAGACTGAATCTGTATGGAATAGCTTCTAAGATGGGCTTTTCCTATGAAGAGATTGAAGATATGAAGGTTGCGGTGTCGGAGGCCTGTAATAACTCGGTCTTGTATGCTTATAGTCAGGAAGGCGGAATGGTAGAGGTTTTATTTCAAGTGACCAGCGATTCGCTATCCATCACGGTCCGAGACGAAGGGGAGAGTTTCGACAGTATGGGAGCGGTTGGCAACCGTACGCTTCATGATAAAGATCTCAGCGAGGTCCAAATCGGAGGACTAGGCTTCTACCTGATGGAGGCGCTTATGGATGAGGTAAGCGTGACAAACCAGGCTGGAAAGGGAACCGAGGTCACGCTGACGAAGCGTCTCGCAAGAAGCGAGGAGCCCGTATGA	MNSDVQRVTLNLPASAEYVDIVRLNLYGIASKMGFSYEEIEDMKVAVSEACNNSVLYAYSQEGGMVEVLFQVTSDSLSITVRDEGESFDSMGAVGNRTLHDKDLSEVQIGGLGFYLMEALMDEVSVTNQAGKGTEVTLTKRLARSEEPV	PGPT0014950_886	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014950-rsbW-K04757	NA	NA
JZ016_03227	324	rsbV		Anti-sigma-B factor antagonist	ATGAATACAAAAACGAATGATAAGTTCAATGCTAAGACCCAGATGAACGAGGGCGTATGCACGGTATTTCTGAGCGGTGAACTTGATCTGTCCGTCGCTCCTGATTTTCGATTAGTGATGGAGCCTCTTGTCGGCAATTCCGAAGTAGACTTGATCGTCAACATGAAGGACATGACATATATTGATAGTACGGGTATTGGTATTCTTCTGTCGATACTGAAAGCCAGACATGGCATGGAAGCACGCTTTGCAGTCGAGGAAGTTCCGCCGCAAATTCAAAAGCTGTTCGATATGACGGGTATTGCGAAGTTCTTTCAGTCGTAA	MNTKTNDKFNAKTQMNEGVCTVFLSGELDLSVAPDFRLVMEPLVGNSEVDLIVNMKDMTYIDSTGIGILLSILKARHGMEARFAVEEVPPQIQKLFDMTGIAKFFQS	PGPT0014350_2750	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014350-rsbV-K04749	NA	NA
JZ016_03228	1680	rcsC_6		Sensor histidine kinase RcsC	ATGGGGTTTCACGAACCGATTCATATTCTGTTGGTAGATGACCGCCCTGAAAACTTACTTGCGCTCGAAGCTGTTCTGGACAGCGAACAATACACGCTAATTAAAGCTACTTCGGGGGAAGAGGCTTTAAGATATCTCTTGAAGTATGATTTTGCCGTGATTGTTCTTGATGTACAAATGCCCGGCATGGACGGTATCGAAACAGCAAGGCTGATCAAGGCGAGAGACAAGACGAAGGATATTCCGATTATATTCATTTCCGCGAACAGCAAGGACGCGGAGCATCTTTTTGCAGGATATTCCGCAGGAGCAATCGACTATATGGTTAAACCCTTTATCCCTCAAATCTTGAAATCCAAGATCGAGGGTTTTGTCGATATGTACCGGACCAATAACAGGCTGAAGATTCAGTCCATGCAATTGCATCAGAAGACCCAGGAGCTTGAAAAAATTAATCAAGAGCTTGTGCTGGCCAAGGAAGAAGCGGAGATTGCCGCCAAAGCCAAAACGGAATTTCTGGCGATGATGAGTCATGAGATCCGTACGCCGATGAATGGCGTCATCGGGATGATTGATTTGCTGATGGACAGCGATCTTCAGGATGAGCAGCGGGAATATGCAGCCATTATCCGAAACAGTGCGGATGCCTTGGTTAACATCATTAATGACATTCTGGATTTCTCCAAGATGGAATCAGGCAAAATGGAGCTGGAGGAATATCCGTTTGATCTCAAGTCCTGCGTTCAGGAAGTGTTTGGTTTGTTCTCCGGAGAAGCCTCCAAGAAGAATCTGGAGCTCACGTATTACATTGAGGATCAAATTCCTGCGATCGTATTCGGGGATATGGGACGCCTTCGTCAAGTATTGGTGAATCTGGTATCCAATGCCGTGAAGTTTACCAATGAGGGTGGTGTGTATTTGGTTGTCTCGCTTGCCCAAGCTGAAGAAGACCGATTAACCCTTGAATTCACGGTGAAGGATACGGGAATTGGTATCTCATCCGAAAAAATCGATCGCTTGTTCAAGCCGTTCTCTCAGTTGGATTCCTCAATGACAAGGCGGTACGGTGGAACAGGACTGGGGCTGGCAATCTGTAAATCGCTCGTACAGATGATGGGCGGAGAGATCGCGGTGGAGTCCAAGGAAGGCAAGGGAGCCACTTTCGTATTTACGATCTGCGTTCATACACATGAGGAAGAGCATCAACGACTCCGGGAAGAGGAGCGTTCGGCAAAATATCGTGTGCATGGGGAGAGGCAACCGAACATCCTGATTGTGGACGATCATCCGATTAATCGAAAACTGATGGACAGTATGCTGGAAAAGATGGGGATGAAAGCGGATATGGCGGAGGACGGCAGACAGGCAGTTGAGATGGTTGCAGGTCCTAAAGTCTACGACATGATCTTCATGGATTTGCAGATGCCTGTAATGGATGGTCTTGAGGCGGCGCGACTGATCCGCCAGATGAAGCCGGAAGCTGAGGCTCCCGTTCTGGTTGCGATGACGGCGAATGTGATGGACGGGATTCAGAAGCGCTGCTTTGACGCGGGTATGAATGAATATATCAGCAAGCCGGTAAAAATCAGCTGTGTGAAGCACCTGATATCCCGGTATGTACCGGTAGAACCGGAAGGATGGGATATGCCCGCAAGCCCTGTTCGCATCATCAACGGTTAG	MGFHEPIHILLVDDRPENLLALEAVLDSEQYTLIKATSGEEALRYLLKYDFAVIVLDVQMPGMDGIETARLIKARDKTKDIPIIFISANSKDAEHLFAGYSAGAIDYMVKPFIPQILKSKIEGFVDMYRTNNRLKIQSMQLHQKTQELEKINQELVLAKEEAEIAAKAKTEFLAMMSHEIRTPMNGVIGMIDLLMDSDLQDEQREYAAIIRNSADALVNIINDILDFSKMESGKMELEEYPFDLKSCVQEVFGLFSGEASKKNLELTYYIEDQIPAIVFGDMGRLRQVLVNLVSNAVKFTNEGGVYLVVSLAQAEEDRLTLEFTVKDTGIGISSEKIDRLFKPFSQLDSSMTRRYGGTGLGLAICKSLVQMMGGEIAVESKEGKGATFVFTICVHTHEEEHQRLREEERSAKYRVHGERQPNILIVDDHPINRKLMDSMLEKMGMKADMAEDGRQAVEMVAGPKVYDMIFMDLQMPVMDGLEAARLIRQMKPEAEAPVLVAMTANVMDGIQKRCFDAGMNEYISKPVKISCVKHLISRYVPVEPEGWDMPASPVRIING	PGPT0004750_1217	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0004750-aoxS-K20974	NA	NA
JZ016_03229	873			hypothetical protein	ATGTCATCTAGTGACCATATGGAATCAGAACAACTGTTGTTGACAGAGGAAAGCGAACGTGAGCTGGAACAGATCGAGATTGAGCTTCTTTTGGAAGGTATTCATCGATTCTATGGTTACGATTTTCGCAATTACGCCATTCCCTCATTGAGGCGGAGAATCTGGCATCATGTTCATGCCGAGGGCGTGTCCACCATATCAGCCCTACAGGATAAAGTGCTTCACGACCGTTCTTGTTTTGAGCGGCTTATATATAATCTATCGATTCCGGTTACGGAAATGTTCAGGGATCCGAAGCTATTCCTGACATTCAGGCAGTCTGTAGTTCCATTGCTTCGTACGTATCCTTATATACGGATTTGGCATGCAGGCTGTTCGACCGGAGAAGAAGTGTATTCCATGGCCATTTTGCTTCATGAAGAGGGATTGTATGAGAAGTCCCGGATTTATGCGACGGACATGAATTCGCGTTCGCTCCAGCAGGCCAAGGAAGGCGTATTCGACATCAAACGCATGAAGCAATATACCAAGAATTATATGGAGGCGGGCGGTACCCGCTCGTTCTCCGAATATTATACAGCGAAGTACAACTCGGTTATTTTCCAACCGTTTTTGAAGAAAAACATGATATTTGCCGAGCATAATCTGGCAACAGACCGTTCCTTTAACGAGTTTAATGTGATTTTTTGCCGGAATGTCATGATTTATTTTAATGATCAGCTGAGGGATCACGTACACGGATTATTTCACGAGAGTCTAAGCCATTTTGGTATTCTCGTACTGGGTTCTAAAGAGTCCATACACTTTACGAATTATAGTGAAGCTTATGAGACGCTGGACCGGGTGGAGAAAATATACCGGAAGATTAAATAG	MSSSDHMESEQLLLTEESERELEQIEIELLLEGIHRFYGYDFRNYAIPSLRRRIWHHVHAEGVSTISALQDKVLHDRSCFERLIYNLSIPVTEMFRDPKLFLTFRQSVVPLLRTYPYIRIWHAGCSTGEEVYSMAILLHEEGLYEKSRIYATDMNSRSLQQAKEGVFDIKRMKQYTKNYMEAGGTRSFSEYYTAKYNSVIFQPFLKKNMIFAEHNLATDRSFNEFNVIFCRNVMIYFNDQLRDHVHGLFHESLSHFGILVLGSKESIHFTNYSEAYETLDRVEKIYRKIK	PGPT0015670_1152	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575	NA	NA
JZ016_03230	3660	rcsC_7		Sensor histidine kinase RcsC	ATGAAGCTTAGGAGCAAGTTAGTCATTGGTTTTACGACTTTGCTGGCGCTCATGCTGGTTCTGACCTTGATTGGTTATGACCGAATCAGTTATATGAACGACCAATTGAACCAGATCTATCAGGATCGCTACCAAAAGGTACGAAACTCCAGCGCAATGCGCGGAGAAGTCAACGATATGGCACGAGAGCTTACGAACATGATCTTGAGCAATGACCAGTCTACGTTTGCTGTGTCCGAACAGGAACTGGAAACGATGACAGCACGAGCTCAAACGTATTTTCAAGCGATCAAAGAAAGTGCAAATGCTGCGGAAGAGCAGCAATTGTTAGTCCGGATTGAGCGTGCGGTGAATCAATATATCGTTTATCAAAATAAGACACTGGAGCTGCTGGCAAAGAGCAACGCAACGGAAGCTAACCTGCTCCGTAATTCGACCGGACAATCTGTCCAGGAAGAGATGCTGATGAGTTTGAACGAGCTTAGCAGCTACGAGAACCAGAAGATCAATGATGATATAACAGCAGCGACAGCAGCATATGACCGCTCTGTCCAAATGTTTATCTATCTCATGGCTGGCGGTTTGTTATTAGGAATGCTGGTCATTCTATGGATTCTTCCAAGCATTACCCGGGGCATCAACGTAGTCTCCATGATGTTGAAGAGCTTTGGAGAAGGCAGATTGAAGGCGATCCGTCGTATTAAAGTTACGTCCAAGGATGAGTTTGGCGATGTGGCCCGGGTATTTAAAGACCTGTCCGAAGATATTATCGAGAAGCAGCGCATCGAGGAAACCTATCTCCAGGCCCAGCGTGATCAGTCCTGGCTCAACTCGAATATGGCCAGAGTCACGGAGCTTTTGGAGGGGATCAATTCCTTGGAGGAAGTCGGTCAGCGGTTTATCAGCGAATTTACGCCGATTTTGGGTGCTCATTATGGAGCTATCTATATTCGTCAAGAAGACAAACATCCGAATAAGTTGGAGATGAAAGGTTCTTACGCCCATGAAGGCGGCGAAGAGCCGAAGATTTCCTTCATGATCGGGGAAGGGCTTGTAGGTCAAGCTGCGCTCGATAAGAAACCGATCGTACTGAAAAGCGCGCCGGAAGATTTCATGAATGTGGAATCCGCTTGGGGATCATCGAAGCCGGTATCCGTCGTGATCTATCCGATTCTGTTTGAGAATGAAGTGTTGGGTGTTGTTGAGTTGGCAGCCTTTGAAGAAACAACTTCACTGCAGGAGCAGCTTTTATCTCAGCTGAGTCAATCGCTTGGCATCATTCTGAACAATATTACAGGCCGTCTGCGGGTAGAGCAGCTGCTGCGCGAATCGCAGGCCATGACCGAAGAACTTCAGGTTCAATCGGAAGAGCTGCAGACCCAGCAAGAAGAGCTTCGCCGCACCAACGAAAATCTGGAGGAGCAAACCAATGCCCTCAAGCGTTCCGAGGACTTGCTGCAGCGCCAGCAGGAAGAGTTGGAGCATTACAATACCGAGCTTGTTGCCAAGACGCGTGCGCTTGAGGAACAGGTGCAGGAAGTGGAAGAGAAGAACGATGAGATCGAGAAGGCGAGAATGCAGCTTGAGCAGCAAGCGAAGCAGCTTTCCATTACAACGAAGTATAAGTCGGAATTCATGGCTAATATGTCTCACGAGCTGCGGACCCCGCTTAACAGTCTGCTGATTTTATCACAGCTGTTGTCGGAGAATAAGGATGGAAATCTGAGCAATAAACAGATTGAATATGCACAGACCATATACATGTCGGGCTCCGATCTGCTCAAAATGATCGATGAGATTCTAGATCTGTCCAAAGTGGATGCCGGGAAGATGGAGATCCATTATGAGGACGTTCAGCTTCCGGATATTGAAGCCTTCGTGGAGCAGAACTTTGCCGCCGTGGCATCACGCAAGCATATTGACCTGGGTGTGCATATCAGTGAAGATATTCCGCAGAGCATTGTCACGGACAGCCATCGCGTGAAGCAAATTCTTCGCAATCTGTTGTCGAATGCCTTCAAGTTTACCAATAGCGGCTCCGTCGAGCTGCATGTGGAAAAGGCCGACAAGGAGAAGCTTCCGCTTTACCTGAATGCCGAAGCGGATTATGTGGCCTTTGCTGTCAGAGATACCGGAATCGGTATCCCGGCGGATAAAACGGATCTGATCTTTGAAGCCTTCCAGCAGGTAGACGGCACAACCAGTCGTAAATACGGGGGAACCGGGCTTGGTTTATCTATCAGCCGCGAGCTTTCCCGTCTGCTGGGCGGGGGCATTCTGGTTGAATCGGAAGAAGGTAAGGGAAGCTGCTTTACGCTCTTCCTGCCATCCAGCCATCCGGATTTGGTAGAGAGTAATCAGGAAGCAGCTGCAGCAATTGAGGCACCAACGGAGAGTAATCTGATCGTACCGAAAGCGAAGATGATTTCAAAAGAGGTTCAGCCATCCATACAGGTGGATGACGATCGCGATCAGCTCGGACCGACAGATAAAGTCTTGCTTATCATTGAGGATGATGTGAAGTTTGCCAGAATTCTTCTGGATATGGCCAGAGGCCGCGGCTTCAAGGCCTTGGTTGCATTGCAGGGGGATATCGGTCTGGAGATGGCCAAGTCGTACAAACCGGATGCCATTATCCTAGATATCCAGCTTCCGGTTATTGACGGCTGGTCTGTCATGGGCGAACTGAAGAGCTCTGCGGTTACGCGCCACATTCCAGTGCATGTCATTTCCGTCGTGGATGAAGTGAAGCAAGGATTAATGATGGGTGCGATCGCTTACTTGAAGAAGCCGTCATCGAGAGAAGCGCTGGAGGACGCGTTTACGCATATCGAATCCTATGCGGAAAAATCGATGAAACATCTCCTGATTGTTGAGGATGACGACATTCAGCGGAATTCGATCATTGAATTGATTGGTCATGACGATGTATCGATTACGGCGGCATCCACAGGCGCCGAAGCGCTCAGTGAGCTTCGCAAACAGCGCTATGATTGCATGGTGCTTGATCTGATGCTAACGGACATGACAGGCTTTGAGCTGCTGGATCAGATCCGCGATGACGAGAACCTGGTGGATCTGCCGATCATTATTTATACAGGCAAGGATCTTGATTCGAAGGAAGAGATGCAGCTTCGCAAATATGCGGAGTCGATCATCATCAAAGACGTGAAATCGCCAGAGCGGCTTCTGGATGAAACGACGCTGTTCCTCCATCGGGTCGAGGCTGATTTGCCGGAAGATAAACGCAAAATCCTGCAGAAGCTGCACAATAAGGAAGAGCTGTTTGAAGGCAAGAAGATTCTGCTGGTGGACGATGATATCCGCAACGTGTTTGCTCTCTCCAGCGTGCTGGAGGGCTACAATATGGAAGTCACCTTTGCGGAAAACGGCAAGGAAGCCATTGAGCTGCTTCAGGATCATCCGGAATTTGATCTGGTGTTAATGGATATGATGATGCCGGAGATGGACGGATATGAGGCGATGCGACGTTTACGCGAAATGCCGGAATTCGAGAAACTGCCGATTATTGCCCTGACAGCCAAAGCCATGAAAGAGGATCGTGCAAAATGTATTGAAGCGGGAGCTTCCGATTATATGAAGAAACCGATACAAACGGAGCAACTTCTTTCGCTTATGAGGGTTTGGTTGTATTCGTAA	MKLRSKLVIGFTTLLALMLVLTLIGYDRISYMNDQLNQIYQDRYQKVRNSSAMRGEVNDMARELTNMILSNDQSTFAVSEQELETMTARAQTYFQAIKESANAAEEQQLLVRIERAVNQYIVYQNKTLELLAKSNATEANLLRNSTGQSVQEEMLMSLNELSSYENQKINDDITAATAAYDRSVQMFIYLMAGGLLLGMLVILWILPSITRGINVVSMMLKSFGEGRLKAIRRIKVTSKDEFGDVARVFKDLSEDIIEKQRIEETYLQAQRDQSWLNSNMARVTELLEGINSLEEVGQRFISEFTPILGAHYGAIYIRQEDKHPNKLEMKGSYAHEGGEEPKISFMIGEGLVGQAALDKKPIVLKSAPEDFMNVESAWGSSKPVSVVIYPILFENEVLGVVELAAFEETTSLQEQLLSQLSQSLGIILNNITGRLRVEQLLRESQAMTEELQVQSEELQTQQEELRRTNENLEEQTNALKRSEDLLQRQQEELEHYNTELVAKTRALEEQVQEVEEKNDEIEKARMQLEQQAKQLSITTKYKSEFMANMSHELRTPLNSLLILSQLLSENKDGNLSNKQIEYAQTIYMSGSDLLKMIDEILDLSKVDAGKMEIHYEDVQLPDIEAFVEQNFAAVASRKHIDLGVHISEDIPQSIVTDSHRVKQILRNLLSNAFKFTNSGSVELHVEKADKEKLPLYLNAEADYVAFAVRDTGIGIPADKTDLIFEAFQQVDGTTSRKYGGTGLGLSISRELSRLLGGGILVESEEGKGSCFTLFLPSSHPDLVESNQEAAAAIEAPTESNLIVPKAKMISKEVQPSIQVDDDRDQLGPTDKVLLIIEDDVKFARILLDMARGRGFKALVALQGDIGLEMAKSYKPDAIILDIQLPVIDGWSVMGELKSSAVTRHIPVHVISVVDEVKQGLMMGAIAYLKKPSSREALEDAFTHIESYAEKSMKHLLIVEDDDIQRNSIIELIGHDDVSITAASTGAEALSELRKQRYDCMVLDLMLTDMTGFELLDQIRDDENLVDLPIIIYTGKDLDSKEEMQLRKYAESIIIKDVKSPERLLDETTLFLHRVEADLPEDKRKILQKLHNKEELFEGKKILLVDDDIRNVFALSSVLEGYNMEVTFAENGKEAIELLQDHPEFDLVLMDMMMPEMDGYEAMRRLREMPEFEKLPIIALTAKAMKEDRAKCIEAGASDYMKKPIQTEQLLSLMRVWLYS				NA	NA	NA	NA	NA
JZ016_03231	1176	cheB_12		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAGAATATTAATCGTAGATGACAATCCGACTAACGTCATTATTATCCGAGAAATCTTAAAGAAGGAAAATTACCAGAACACTCTATCTGCATCTTCAGCCCTGGAAATGCTGGAGCATTTGGGGATCGGCGATCGCAGCCAAGAACTCCATCCCCGGAGATCAGACATCGATCTGATCCTGCTTGATATGATGATGCCCGAGATGGATGGAATAGAAGCATGCCGTATAGTTCAGCAGTACGAGCATTTGAAAGATATACCGATCATTATGGTTACCGCCGTTGGGGATTCCAAGAAGCTGGCCGAAGCGCTGGATGCCGGTGCCGCCGATTACGTAACGAAACCGATCAACAAGGTAGAGCTGATGGCACGCATACGCCTGGCGCTCCGGTTGAAGCATGAGAAAGACTGGCATATTGAGAGAGAACAGCGGGTCCAGGCTGAATTGAAGCTTGCGGCCATGGTACAGAATGCCGTATTGAGCTTACCAATTGAAGATGATCAGCTTGAAATTCATGCGCTGTACCAGCCCTCGGCGGAGCTTGCGGGAGATTTGTACGCATGGTACCCGCTTGGTGATGGTCGTTATGGCGTGATTCTGCTGGATATGATGGGACACGGGATTACTTCGTCCCTATTTTGTATGTTCATCGCTTCGGTTCTGAAGGACACGGTGACGACTTATGTCGAACCGGAGAAGGTGGTTCAGGAATTGAACCGCAGGTTCAATCAGTTAAACCTCGGCGAACAGCTGATACAGTACTATTTTACAGCGATCTATCTTGTTGTGGATACCCGTTTAAAGCGGGTGGACTACGTCAACGCAGGGCATCCGCCGGCTCTCTTCTTTCAGGAGAGCGGGGATGTGATGACCCTGGATCAAGGCTGCTGCCCGGTGGGATTGTTTGACCGGATCGAAGACATGGAGCCAAGAAGCTTTCAATATGAAGGCGAAGGACATTTGGTTATGTATACGGACGGCCTGCTCGAACTGGTGGAGGGCGGTCATGACGAGAAGCTGGATTATCTGAAGGAGCATTTGGGAGGCCCTCATCATTGGAGAGAAGATGAGATGAAGAAGCAATATTTTGTGGATGATCCATCGCAGGAGCGAGAGGACGATAAATGCCTGGTTTGGATATCTCTTAAAAAAGGAGAGGAAACCAATCAATGA	MRILIVDDNPTNVIIIREILKKENYQNTLSASSALEMLEHLGIGDRSQELHPRRSDIDLILLDMMMPEMDGIEACRIVQQYEHLKDIPIIMVTAVGDSKKLAEALDAGAADYVTKPINKVELMARIRLALRLKHEKDWHIEREQRVQAELKLAAMVQNAVLSLPIEDDQLEIHALYQPSAELAGDLYAWYPLGDGRYGVILLDMMGHGITSSLFCMFIASVLKDTVTTYVEPEKVVQELNRRFNQLNLGEQLIQYYFTAIYLVVDTRLKRVDYVNAGHPPALFFQESGDVMTLDQGCCPVGLFDRIEDMEPRSFQYEGEGHLVMYTDGLLELVEGGHDEKLDYLKEHLGGPHHWREDEMKKQYFVDDPSQEREDDKCLVWISLKKGEETNQ				NA	NA	NA	NA	NA
JZ016_03232	342	yflT		General stress protein 17M	ATGGAATTTACCAATACGAAGTCATATGCCAAAGTCGTTGAGAATGGTACACAAGCGGTTCAGGAGGTGCAGAACCTGCGGCAGTCCGGTTACGATCAGGATCGGATTTATGTATTGGCTCATGATTCGGATAAGACAAGCCGGATCGTGGATGCATCCGATGCGAATAACGTAGGCATCAAGGAAGAAGGCGTGTTTGACGCCTTTGCGAATTTGTTCCGGTCCCGCGGCGATGAGCTCCGCGCCAAAATCGTATCGCTTGGCTTCACGGAGGCCGAGGCTGGATTCTATGAGAAACAGCTGGATCTAGGCAAAGTACTTGTTATCGCTAAAAAAGATTGA	MEFTNTKSYAKVVENGTQAVQEVQNLRQSGYDQDRIYVLAHDSDKTSRIVDASDANNVGIKEEGVFDAFANLFRSRGDELRAKIVSLGFTEAEAGFYEKQLDLGKVLVIAKKD	PGPT0014649_50	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_INDUCIBLE_PROTEINS,PGPT0014649-yflT-NA	NA	NA
JZ016_03233	534			hypothetical protein	ATGTGGAATGTCGCACTGTTGATGGTAGGGCTCTTGATTTACTCCGGAGGTGGGGGTGCTGTGGCAGAGCCGCAGCCTTCTGCCGGGATGTCGCCACCGCCTATAATTTATGCCGCTTCGGATGTTGGACAAGCACAAACCAGCGACAACTCTACGGAGAGCTATGGAACTTTAAACGGGATTTCGCTAACGGATAACAAGCACGATGTCATTCGGAAGCTGGGAACGCCGGCTCGAATTGAGTATGAAGAGCTGACCGGAATTACCAAGCTGGATTACAAAGATATGGAGATTGGGGTCCGCAACGGCTACACGGAATATGTTCGTGTGAAGCCCTCTGCCGTATCCTTTCAGGTTGAAGACCAGCGTATTGGTATGACAACCGATCAAATTAGGGCATCACTGGGTAAGCCGTATTTCAAAGCGGAGGACGGGGATGTGTACCTTGAGAACCATCAAGCGCTTAAGGTATTTATTGACCGGGACTCCGGCGAAATTGCAGGGATTGATTTATTTTTCGATTATAGCGACTGA	MWNVALLMVGLLIYSGGGGAVAEPQPSAGMSPPPIIYAASDVGQAQTSDNSTESYGTLNGISLTDNKHDVIRKLGTPARIEYEELTGITKLDYKDMEIGVRNGYTEYVRVKPSAVSFQVEDQRIGMTTDQIRASLGKPYFKAEDGDVYLENHQALKVFIDRDSGEIAGIDLFFDYSD				NA	NA	NA	NA	NA
JZ016_03234	522			hypothetical protein	ATGCTAACCCAAATCAGTGTTGCCATTATTGCCGTAGCATTTGCGGTTCTGGTTTTCTTTTTAATCAAGACATTAAAGGCTGCGACACAATCGCTCGAAAAGGTAACCGAAACCCTTCAGGATGTTCAAAAGACGGTGGACGAATTGACTTATGAAGTGAAGCAGACCATCCGGAATACGAACGATATTACGGTGGACGTTCAGCATAAGATGAGACAGATCGATCCGGTACTGGATACCGTCAAGAATCTGGGAGAAGCTTTAAGCGAGGTCACCTATGCGGTGAAGCAGGTATCCTCCGGCATGGTTAGCCGCTTTAAGCAATCCCGGATGGAGCAGAAGAAAGAGCAGCCTGCCCGTATGGAAGTGCCTTTGACGGCTCAGGATCGTACGTTCCAGTCCTATGATGCGGTATATCAGAACACGGAAGCGCAAGAAAAGTCACGCGGTCGGAACTGGTTAACCTACGTGGATACAGCGGTTGGTCTGTGGAACAGCTTCCGTCGCCAAAAAGCCAGATAA	MLTQISVAIIAVAFAVLVFFLIKTLKAATQSLEKVTETLQDVQKTVDELTYEVKQTIRNTNDITVDVQHKMRQIDPVLDTVKNLGEALSEVTYAVKQVSSGMVSRFKQSRMEQKKEQPARMEVPLTAQDRTFQSYDAVYQNTEAQEKSRGRNWLTYVDTAVGLWNSFRRQKAR				NA	NA	NA	NA	NA
JZ016_03235	165			hypothetical protein	ATGTTAAAATGGTCCGTAATTTTTCTAGTTGTTGCACTGATTGCAGGGATCTTTGGCTTCTTCGGCATCGTTGAGGCTGCAGCCAGCATTGCGAAGGTGCTGTTCTTCATCTTCGTTGTCCTGTTTGTGATCTCTCTCTTTACCGGACGCAGACGAAGTATGTGA	MLKWSVIFLVVALIAGIFGFFGIVEAAASIAKVLFFIFVVLFVISLFTGRRRSM				NA	NA	NA	NA	NA
JZ016_03236	1506	emrB_2		Multidrug export protein EmrB	ATGAGTACCCATACCATTGCTCGCCCAGGCGAGCCTGTTAAGAAAGGACCTATCATTGCTGCACTTATGATTGGCGCTTTTGTCGCCATTCTTAACCAGACATTGATGAATGTTGCTCTGCCGAGCATCATGGAGAATTTGAACATTAAACCGACCGTAGCCCAGTGGCTGACCACTGGCTTTATGCTGGTGAACGGGGTCTTAATTCCCGTTACCGCTTATCTGATCGCGCGTTTCTCGACAAGGCAGCTGTTCATTAGTGCGATGACGCTGTTTACGATAGGCACCTTGCTGTGCGCGGTCAGCCCCAACTTCGCGTTACTGCTTACCGGACGCCTCGTTCAGGCTGCCGGTGCAGGTATTTTGATGCCGCTTATGACCGTTGTATTTCTGAACATATTCCCTATTGAGAATCGCGGGAAGGCGATGGGGATGATGGGGATTGCCATGATATTTGCTCCTGCCATCGGACCTACGCTTTCCGGATATATTGTGGAGCACTATGATTGGCGTGTCCTGTTCTACATGATCCTGCCTTTCTCGATCATTGCTACGCTAATCGGGGTATTCTTCCTGAAAAATGTGACCGAGGTCAGCCGGCCGAAGCTGGACATGATCGCCATCATTTTGTCCACCCTGGGCTTTGGCGGTTTGCTGTACGGCTTCAGTGATGCCGGGAATGACGGTTGGTCCAGCACGCCGGTTGTTACGACCCTAGCGGTCGGAGCGATTGCCCTTATCCTGTTTGTATGGCGGGAGATGAAGACCGACAATCCGATGCTGGAATTCCGGATATTCAAATACAATATGTTTACGTTGACCACGCTTATCAATGTCATTGTCACGATGGCGATGTATGCCGGCATGATTCTGCTTCCCATTTATCTGCAGCAGATTCGTGGATTCACGCCGGTGGAATCAGGCCTTCTTATGCTTCCCGGCGCTATTCTGATGGGGATCATGTCACCGATCACGGGGGCGATCTTCGATAAGGTAGGCGCAAGATGGCTGGCTGTTATCGGTCTGGCGATTACGGTCATTACGACGTGGGAGTTCAGTAATTTGACCGAAACCATGTCCTACAGCCACATGATGATCATCTATACGGCCCGGATGTTCGGGATGTCGATGCTCATGATGCCGATCCAAACGGCGGGGCTTAATCAGCTCCCACGGAGCTTGAACGCTCATGGTACGGCCATGTCCAATACACTGCGCATGGTTTCCGGCTCAATCGGAACGGCCATTCTAGTTACCGTCATGTCCACCCAGGCAGAGAGCAAAGGGGAAGCTCTGATGCAATCGGGGCTATTTGATCCGAAGAATCAGGCCGACCTGCTTAAGCTGGGGAATGAAGCAACCATTTATGGCATTAACTATGCCTTTGTTATTGCGACATGGATCAGCGTCGCTTCCTTCATCCTGGCTTTCTTTATCAAGAAGACCAAGCCGGCGGAAGAGCCGAAAACCGCAGGAAATCAGGAGGCTGCAGCAACGAACGTATAA	MSTHTIARPGEPVKKGPIIAALMIGAFVAILNQTLMNVALPSIMENLNIKPTVAQWLTTGFMLVNGVLIPVTAYLIARFSTRQLFISAMTLFTIGTLLCAVSPNFALLLTGRLVQAAGAGILMPLMTVVFLNIFPIENRGKAMGMMGIAMIFAPAIGPTLSGYIVEHYDWRVLFYMILPFSIIATLIGVFFLKNVTEVSRPKLDMIAIILSTLGFGGLLYGFSDAGNDGWSSTPVVTTLAVGAIALILFVWREMKTDNPMLEFRIFKYNMFTLTTLINVIVTMAMYAGMILLPIYLQQIRGFTPVESGLLMLPGAILMGIMSPITGAIFDKVGARWLAVIGLAITVITTWEFSNLTETMSYSHMMIIYTARMFGMSMLMMPIQTAGLNQLPRSLNAHGTAMSNTLRMVSGSIGTAILVTVMSTQAESKGEALMQSGLFDPKNQADLLKLGNEATIYGINYAFVIATWISVASFILAFFIKKTKPAEEPKTAGNQEAAATNV	PGPT0029035_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029035-mdeA-K18936	NA	NA
JZ016_03237	501	yusO_1		putative HTH-type transcriptional regulator YusO	TTGGTCTCTATTGAAGAAGTGCTGGACCTTTTAAAGGAGTGTAAAAAATACATGTCCATGCGGAATGAAATTCTGGAGTTGGAGATGCTATTTAAGAAGATGGTTCGAACTGTGCACCATGAGTGGCAGAAGGAAGGGTTTCCTAAACTAGGCAGAACGCAGTATACCGCCTTGGAGATGCTTCACGAACAGGGAGCATTGAGATTGTCGGACTTGGCCGATTCCATTCATGTGACATGCGGGGCGGTTACGGGCATATCCGATAAATTGATCGAGGGCGGATTCGCGCGCCGAACAAGGGATACAGCCGACCGAAGGGTCATTCATTTGGAGATTACGCCGCTCGGGAGTAATCTGATCGAGCAGCTGGCCAATAAACGTGCCGAGTTAAGCGATTTGTTATATGGCTTTCTAACGGACGAAGAGGTTAAGCAGTTGAGTGTCCTGTACCGTAAAATTTTGACGAATGTTGAGCACATCCAAGGTCAGATGTCCACATAG	MVSIEEVLDLLKECKKYMSMRNEILELEMLFKKMVRTVHHEWQKEGFPKLGRTQYTALEMLHEQGALRLSDLADSIHVTCGAVTGISDKLIEGGFARRTRDTADRRVIHLEITPLGSNLIEQLANKRAELSDLLYGFLTDEEVKQLSVLYRKILTNVEHIQGQMST				NA	NA	NA	NA	NA
JZ016_03238	579			hypothetical protein	ATGGTACGTCGAAAAAAAAGAGCCGGACGTTTCCTGCTGGGTATATTTGTCCTTCTGCTTGTGATTGTCGGTGCGTTGGTCTGGTTTGTTTATCCTACGCAATCTCTGGATATGCGCTACCGCTCCGTTGATTTCAAGGACAAGTTGATGACCATGGTGTCAAATCGGGATACTCGCATGCTGCTGAGCACGGAAGAAGTCGGGGAACTCAGCAAGAAGAACATGGTAAAATATATGAGCACCCATGACCTGGGCGTCGATATTACAGGTGCCGATTTCGTGATGAATGGCACCACGATGACAGCCCATATGAATGGGCAATGGGGGATTCTTCCCTTTGGTGCAGTGCTGCGTTTTCAGATGTCTGCCGAGGGAAGCTATCTTCACCTGACGCATGAATCAACAACGATCCGGGGAGCCCAGATCCCTTTGAATATGTTCCAGCTGGAGCCGATACAAATTTCGCTCAAGGACTATTTACCGGATCTGGTAACTGTGAAAAATGTGAAGTTTCTGTCCGACGGCTTGGAATTGAACTTTACGATGGATTGGATGTCCATTCCGTCGCTGTTTAAGTAA	MVRRKKRAGRFLLGIFVLLLVIVGALVWFVYPTQSLDMRYRSVDFKDKLMTMVSNRDTRMLLSTEEVGELSKKNMVKYMSTHDLGVDITGADFVMNGTTMTAHMNGQWGILPFGAVLRFQMSAEGSYLHLTHESTTIRGAQIPLNMFQLEPIQISLKDYLPDLVTVKNVKFLSDGLELNFTMDWMSIPSLFK				NA	NA	NA	NA	NA
JZ016_03239	366			hypothetical protein	ATGAAAAAAACTCTAAGCATTACTGCAGCCCTAGCACTCACCCTGTCTCTGACCGCCGTAGCAAGCGCAGACCCGATTAACGGGACGGTATCCGAAACTTCAGGGACGGTAACTGAAACTTCAGGACCGGCTCCAATCTCGACGACAGACCCTATTATCAAACCGGAAGAAGTCGTGTTGGTGCCTACACCTATGATCGAGATTGCGGAAAGAACTTACTTCTATAACGCTCCAAACGGCGAAAAGCTTGGTGCCTTGGCTCCGCAAAAAATCGACACAACCGGTAATCGAACGGGTGTCGTGCTTGGCGGGGAATGGGTTGAAGTTTATACATGGCTCGGTAAAGCTTGGATTTATGTAAAGTAA	MKKTLSITAALALTLSLTAVASADPINGTVSETSGTVTETSGPAPISTTDPIIKPEEVVLVPTPMIEIAERTYFYNAPNGEKLGALAPQKIDTTGNRTGVVLGGEWVEVYTWLGKAWIYVK				NA	NA	NA	NA	NA
JZ016_03240	873	mneS_2	COG0053	Manganese efflux system protein MneS	GTGAATGCCTATGATAATATCAAACAAGGGGAACGCGGGGCCTGGATCAGCATTGCCGCCTACCTCGTGTTGTCCTCGTTTAAAATATTTTGTGGATACTTATTCGCATCCAGTGCTTTGCTTGCCGACGGTTTTAACAACCTGACGGACATCGTGGCATCGCTCGCCGTATTGATCGGATTGCGAATTTCCCAGAAACCGCCGGATTCCGATCATGCGTACGGACACTTAAGGGCGGAGACGATTGCGGCTTTGGTTGCTTCATTTATCATGGCGGTCGTTGGCATCCAAGTGCTGGTTGAAGCCGTTCGTTCATTTTTTGAAGGTTCCAAGGAAATTCCGAATTTATGGTCAGCCGCCGTAGCCGGCGTCTGTGCCGTTGCGATGCTTGGCGTATACCGGTACAATCGGAATCTCGCACGGCGAATCGATAACCAGGCACTTATGGCCGCAGCCAAGGATAATTTATCGGATGCACTCGTCAGTGTGGGGGCAGCTGTAGGTATTATTGGCGCACAATTCGGACTGCCCTGGCTGGATACCGTAGCGGCGGTAGCGGTCGGTGTCATTATTTGCAAAACGGCTTGGGATATATTCAGGGATTGCACCTATAGTCTGACGGACGGTTTTGATGAGAATCGTTTGTCGGACTTGCGTAGTACGATTGCCCGTACGCCCGGCGTCGAGGGGATTAAGGACATGAAGGCCCGAATTCACGGCAATCATGTGCTGGTGGATGTTGTCATCGAGGTGGACCCGGATATCACTGTTCTGGAGGGGCATCAGATCAGTGACCGTATCGAAGAACAGATGGAGAGGATTCACAATATTATGAGCGTCCATATTCACGTGGAGCCTAAGGAATCGTCCTAG	MNAYDNIKQGERGAWISIAAYLVLSSFKIFCGYLFASSALLADGFNNLTDIVASLAVLIGLRISQKPPDSDHAYGHLRAETIAALVASFIMAVVGIQVLVEAVRSFFEGSKEIPNLWSAAVAGVCAVAMLGVYRYNRNLARRIDNQALMAAAKDNLSDALVSVGAAVGIIGAQFGLPWLDTVAAVAVGVIICKTAWDIFRDCTYSLTDGFDENRLSDLRSTIARTPGVEGIKDMKARIHGNHVLVDVVIEVDPDITVLEGHQISDRIEEQMERIHNIMSVHIHVEPKESS				NA	NA	NA	NA	NA
JZ016_03241	189			hypothetical protein	ATGCCCGAGAATAATGAATCACGTAAAGTGAATTTAGCCGATGCAATCCGGCAAAAGCTGGAACAGAAAAAACAGCAGAATGCGTCCGCGAATAAGCCCGGACAATTCCAAGCCGGTTCAGCGCAAAAAATGAAAAGCCAAAACAACAAAAAACCAAACAACCAGCGTCGTCGTACCGGCGGTTCGTAG	MPENNESRKVNLADAIRQKLEQKKQQNASANKPGQFQAGSAQKMKSQNNKKPNNQRRRTGGS				NA	NA	NA	NA	NA
JZ016_03242	1626	ybiT_2	COG0488	putative ABC transporter ATP-binding protein YbiT	ATGATCAGTACAAGCGGCGTAACGCTCCGCTATGGCAAACGAGCACTATTTGAAGATGTCAATATAAAATTCACCCCGGGCAACTGCTACGGTCTCATCGGCGCCAACGGGGCGGGTAAGTCTACATTTCTGAAAATCCTCTCCGGTGAGATTGAACCGAACCAAGGCGAGGTTCATATGACACCGAATGAGCGGATGGCGGTTCTGAAGCAGAACCACTATGAATACGATCAGTATCCCGTCCTGGAGACGGTTATAATGGGTCATGCCCGGCTGTACAACATCATGAAAGAGAAGGATGCGCTGTATGCGAAATCCGATTTCTCCGAAGAAGACGGCATGCGTGCGGGTGAGCTGGAAGGCGAATTCGCAGAGCTGAACGGATGGGATGCAGAGCCGGATGCGGCAGCGCTCCTGATCGGTCTCGGCATTCCACGTGAGCTGCACGATAAGAAGATGTCTGAGCTGAGCGGTAACGAGAAGGTACGCGTTCTCTTGGCGCAGGCCTTGTTTGGCCGTCCGCATAACCTGCTGCTGGATGAGCCTACCAACCACTTGGACTTGGAATCGATTCAGTGGCTTGAGAACTTCCTTATGGATTATGAAGGCACCGTTATTGTGGTATCCCATGACCGTCACTTCCTGAACAAGGTGTGTACGCATATTGCGGATATCGATTTCGGTAAAATTCAGCTGTATGTCGGCAACTACGACTTCTGGTATGAATCCAGCAAGCTGGCGCTTGAACTTCAGCGGGATGCCAACAAGAAGAAGGAAGAGAAGATCAAGGAATTGCAGGCATTTATTCAGCGCTTCTCGGCGAATGCTTCCAAATCGAAGCAGGCGACTTCCCGTAAGAAACAGCTCGACAAAATTACGTTGGAGGATCTACGTCCTTCGAACCGTAAATATCCGTTTCTTCATTTCAAACCTGAACGCGAGGCGGGCAAGCAGCTGCTTACGATTGATGGCATCACCAAGTCGATGGATGGGGAAAAAGTGCTGGATAATGTCAGCTTTGTTGTAAACAAAGGCGACAAAATCGCATTTGTTGGACCGAACGGGATGCCGAAAACGACGCTGTTCCAGATCATAACCGGTGAAACCGAGGCGGATGCCGGTGAATACAGCTGGGGGGTAACAACAACCCAGGCGTATTTCCCAAAAGACAACTCTGCCTATTTTGACGGTGTTGATATCAACCTCGTGGAATGGCTGCGCCAATATTCCAAGGATCAAGATGAGACATTCTTGCGCGGATTCCTTGGCCGCATGCTGTTCTCGGGCGAGGAAGCGCTGAAGAAAGCAAGCGTACTGTCCGGGGGCGAGAAGGTTCGCTGCATGCTGGCCAAAATGATGCTGAACGGCGCGAACGTGCTGATCTTCGATGAGCCGACGAACCACTTGGATCTCGAATCCATTACGGCACTCAACAATGGTCTGATCGATTTCGACGGAACGATTCTGTTCACCTCGCATGACCATCAGTTCATTCAGACGATTGCCAACCGAATTATCGAGATTACGCCTAATGGCATCATCGACCGCAGTATGAGTTATGACGAGTATCTTGAGAGTGAAGAGATCAAGGGACTTCGGGATAGCATGTACCCGGTTGAAGCTTAA	MISTSGVTLRYGKRALFEDVNIKFTPGNCYGLIGANGAGKSTFLKILSGEIEPNQGEVHMTPNERMAVLKQNHYEYDQYPVLETVIMGHARLYNIMKEKDALYAKSDFSEEDGMRAGELEGEFAELNGWDAEPDAAALLIGLGIPRELHDKKMSELSGNEKVRVLLAQALFGRPHNLLLDEPTNHLDLESIQWLENFLMDYEGTVIVVSHDRHFLNKVCTHIADIDFGKIQLYVGNYDFWYESSKLALELQRDANKKKEEKIKELQAFIQRFSANASKSKQATSRKKQLDKITLEDLRPSNRKYPFLHFKPEREAGKQLLTIDGITKSMDGEKVLDNVSFVVNKGDKIAFVGPNGMPKTTLFQIITGETEADAGEYSWGVTTTQAYFPKDNSAYFDGVDINLVEWLRQYSKDQDETFLRGFLGRMLFSGEEALKKASVLSGGEKVRCMLAKMMLNGANVLIFDEPTNHLDLESITALNNGLIDFDGTILFTSHDHQFIQTIANRIIEITPNGIIDRSMSYDEYLESEEIKGLRDSMYPVEA				NA	NA	NA	NA	NA
JZ016_03243	405			hypothetical protein	ATGGGCAACAAGCTTTGCAATCGCCTGGCTCGGATCATTGGGGGCACAGGAAGCGTCACCAATGGCGTGTGCGTTGTCTCCACGCTGCGGAGGCTAAACGTGAAAATATTGGGACGCCGCAGCCGTTCTCCTTTGACACTGCCTTTCGCGTTATCCTTTGAATCCAAAGACTCCCGTGGCCGCACGTTGAATCTGGGGGAAACCGTTATCCTGGAAAAAGAAATCAATCCGTTTGCGGCGGAACTGCTGAAGCGCGGCATAAAAGTAACCGCCATTCATAACCATTGGCTTTTCCAGAGCAATCCATTCAAATATATCCACTGGGAATCGATTGACGATCCCGTGCAGTTCGCTGAGAAAAGCGCTGCTGCCGCAAGAGCGGTCGGCATTCTGCCAAAACGCTAA	MGNKLCNRLARIIGGTGSVTNGVCVVSTLRRLNVKILGRRSRSPLTLPFALSFESKDSRGRTLNLGETVILEKEINPFAAELLKRGIKVTAIHNHWLFQSNPFKYIHWESIDDPVQFAEKSAAAARAVGILPKR				NA	NA	NA	NA	NA
JZ016_03244	1032		COG2220	putative protein	ATGCCAAAAATTCGCTATAACAATATCGATAACGTCAGCACGGATAAAACACTTAAACAATTCAAGCAGTGGCGCGACGAACGTCGTCAGAAGAAGAAGGATTATTCTTACTGCATTCCGAACCTGACGCCGGATCTTCAGTATTTGCATAGCAACCGGCACGAAACCTCCGTTACCTGGATCGGGCACGCTACGTTCTTCATCCAATATGAAGGCTTGAACATCGTGACTGATCCCGTATGGGCGCGGAGAATGGGATTTAATAAGCGTCTTGGAGAACCTGGGCTTCCCATTCATGAGATCCCTCCGATCGATGTCATTCTGATCTCGCATTCCCATTATGACCATATGCATGTTGCCTCGATCCGTAAGCTGTACCGTGCGGACACCATGATCATTGTACCCGTTGGTCTGCGTCGCAAAATGATCAACAAAGGCTTTCGTCGCGTGATTGAACTGCAGTGGTGGGAATCCACGACCATCAAGGGCGTGAAATTCTCCTTCGTGCCGACACAGCATTGGACTCGGCGCACGCCGTTTGACACGAATACATCCCATTGGGGAGGGTTCGTGATGGAGCCTGTCCTGCAGGATGCGAAGGTGGATTCGGCTTCTTCCGATGAATCATCATGCAATAACGAACCTGTATCGGAGGATGGCACCCGCCTGCTTCCGCCGAATTTGTATTTTGCCGGAGACAGCGGTTATTTCGAGGGCTTTAAGCTGATCGGAGAACGCTTCAACATTCACCTTGCGCTGATGCCCATCGGGGCATATGAGCCGGAATGGTTCATGACGTCGCAGCACGTCAATCCGGAAGAGGCACTGCAGGCGTTCCAGGATGTGAAAGCCGAGACGATGATTCCGATGCATTACGGCACCTTCAAGCTGGCAGACGATACGGCCAGAGAAGCGCTGGATCGAATGGAAGCGGAACGTGAGCGGCTGGGGATCGCCAAGGAGCGAATTCGCGTATTAAAGTACGGAGAAACCTTTAAGGTTCAGCCTGAACGAAGAAGCGTGACATCATAA	MPKIRYNNIDNVSTDKTLKQFKQWRDERRQKKKDYSYCIPNLTPDLQYLHSNRHETSVTWIGHATFFIQYEGLNIVTDPVWARRMGFNKRLGEPGLPIHEIPPIDVILISHSHYDHMHVASIRKLYRADTMIIVPVGLRRKMINKGFRRVIELQWWESTTIKGVKFSFVPTQHWTRRTPFDTNTSHWGGFVMEPVLQDAKVDSASSDESSCNNEPVSEDGTRLLPPNLYFAGDSGYFEGFKLIGERFNIHLALMPIGAYEPEWFMTSQHVNPEEALQAFQDVKAETMIPMHYGTFKLADDTAREALDRMEAERERLGIAKERIRVLKYGETFKVQPERRSVTS				NA	NA	NA	NA	NA
JZ016_03245	1032	ythB_1	COG1294	Putative cytochrome bd menaquinol oxidase subunit II	ATGAGCTATGCAATGGTGGCAATAACCGTGCTGTGGACATTTCTGTTTGGCTATTTGCTGGTGGCCTCGATTGATTTTGGTGCCGGATTTTTCAGCTATTACAGCGTGCTCACCGGACACGAGAACAAGATTCATAACATCATCCAGCGGTATTTATCTCCCGTCTGGGAAGTAACCAACGTATTCCTGATCTTTTTTGTGGTCGGACTTGTCGGATTTTTTCCGGATGCTGCGTATTATTATGGCACCGCCTTGCTTGTGCCGGGCAGCTTGGCCCTTGTGCTGCTGGCGATCCGCGGCGCTTACTACGCCTATCACACGTATGGCAGCCAGACCGGGAACAATATCGTGTATATGGGGCTCTACGGGGCCACGGGACTGCTCATCCCTGCAGCGTTGTCGACGATATTGGCCATCTCGGAAGGCGGCATTATCTATATGGACAACGGGAAGGTAGAGCTTCATTGGTATACGTTCTTCACGAATCCGTACACGTGGTCGGTCATCCTGCTTGCGCTTGTGAGCGTTCTGTACATCTCGGCGATGTTCCTGTCCTATTACGCGCATCGTGCGGGGGATGCGGTAGCGTTTGGCGTGGTCCGGGGTTATGCGCTGGGATGGAGCGCTCCGACGATCCTGACTTCGGTGTTCGCGTTTTTCCAGATTAACCATCAGAATCCGGTGCATTTTGGGCAGATGCTGGATATCGCATGGATGTTTATCGCGTCGTTCATCTGCTTTGTCATTGCGGTTTACCTCGTATGGAAGCGAATCCGGCTCGGCATCGCTTTTATTATGGTCATGCTCCAATTTGCCTTTGCTTGGTACGGGTATGGACGCTCGCATCTGCCGTATATTCTCTATGATTACATCCATATTCATGAGAGCATAACCAACGATACGATGGCGATCGCATTGATTACCGCATTTATCCTGGGTTTCTGCGTATTGCTTCCTTCCCTGATCCTGCTGCTGCGATTGTTTCTGTTCGATGCAAACTACATTCGCGGCAAATCCGCGAAGAAGGGGTGA	MSYAMVAITVLWTFLFGYLLVASIDFGAGFFSYYSVLTGHENKIHNIIQRYLSPVWEVTNVFLIFFVVGLVGFFPDAAYYYGTALLVPGSLALVLLAIRGAYYAYHTYGSQTGNNIVYMGLYGATGLLIPAALSTILAISEGGIIYMDNGKVELHWYTFFTNPYTWSVILLALVSVLYISAMFLSYYAHRAGDAVAFGVVRGYALGWSAPTILTSVFAFFQINHQNPVHFGQMLDIAWMFIASFICFVIAVYLVWKRIRLGIAFIMVMLQFAFAWYGYGRSHLPYILYDYIHIHESITNDTMAIALITAFILGFCVLLPSLILLLRLFLFDANYIRGKSAKKG	PGPT0026705_2130	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026705-cydB-K00426	NA	NA
JZ016_03246	1353	ythA_1	COG1271	Putative cytochrome bd menaquinol oxidase subunit I	ATGTCTTCACTGGATCCCGTACTGATGAGCCGGATCCTGACCGGCTTGACCCTGTTTGTGCATATTGTTCTGGCAACCATCGGCGTTGGGATTCCGATTATGTTGGCTCTGGCGGAATGGAGGGGGATTCGGACAGGGGACAACCATTATACGCTGCTTGCCCGGCGATGGGCGCGGGGATATGTGATTACGGTGGCCGTCGGCGTCGTGACAGGTACCGCCATCGGCCTGCAGCTCAGCTTGTTATGGCCCACCTTTATGCGCGTCGCTGGTAAAGCCATTGCGCTGCCGCTGTTCATGGAAACCTTTGCTTTTTTTGTGGAGGCGATCTTTTTAGGCATTTATCTTTATACATGGGATCGATTCAAAAATAAATGGACCCATTTGCTGCTGCTTATTCCCGTGGCGATCGGCTCCTCCGCGTCAGCGTTCTTTATCACGAGCATGAATGCGTTTATGAATCAGCCTCAGGGCTTCGAGCTGGTGGATGGGGTATTTACGAATGTGAATCCGTTCGTGGCCATGTTCAATCCGGCGACGCCGACCAAGGTGAGCCATGTACTGGCGTCAGCGTTTACGACCAGTGCCGCTGCGCTTGCCAGCATAGCCGCCTTCAGTATATTGCGGGGAAGCAAGCACATCTACTTTAAGAAAGCGCTGAAGCTCACCGTCGTGTCTACCTTTGTTTTTGCTGTGGCCACCGTGATGATTGGAGATTTCTCCGGCAAATTTCTGGCTAAATACCAGCCCGAGAAGCTGGCGGCGGCCGAGTGGCATTTTGAAACGATGAGGCAAGCCCCGCTCATTTACGGCGGCTTTCTGGATGAGAATAACGAGATTAAGTATGCATTGAAGATTCCGTACGCGCTAAGCATATTGGCGGGAAACAGTCCCAGCACGGAGGTCATTGGACTGAATGAGTTTCCGGAGAATGAGAGGCCGCCGATGTCGGTGCATTATTTTTTCGATCTAAAGGTGACCAGCGGCGCCGTGATCGTACTGATTCCGCTCCTGTATATGTTCCGAAAGAAACTTCCTGGCAAAAGGCCTTATCCAAAATGGCTGCTGCTTAGTATATTGGCTTTGGGGCCTCTATCGATGTCAGCCATATGGCTGGGCTGGTTCCTTGCCGAGATCGGAAGGCAGCCGTGGATTGTGCGGGGATACATGAAGGTATCGGATGCGGCAACCACTTCAACAAGCGTCGGCTGGATGCTGGTGCTGTTTATAATCCTGTATCTGGTGCTATCCGTATCCGCGATTCGCGTGTTAAGCCAATTGTTCCGGAATAAAAGCGCGGAAGAGGAAATCCGGCTGCTGGGACTCGAGATCGAAGGGGGAGACCGCAAATGA	MSSLDPVLMSRILTGLTLFVHIVLATIGVGIPIMLALAEWRGIRTGDNHYTLLARRWARGYVITVAVGVVTGTAIGLQLSLLWPTFMRVAGKAIALPLFMETFAFFVEAIFLGIYLYTWDRFKNKWTHLLLLIPVAIGSSASAFFITSMNAFMNQPQGFELVDGVFTNVNPFVAMFNPATPTKVSHVLASAFTTSAAALASIAAFSILRGSKHIYFKKALKLTVVSTFVFAVATVMIGDFSGKFLAKYQPEKLAAAEWHFETMRQAPLIYGGFLDENNEIKYALKIPYALSILAGNSPSTEVIGLNEFPENERPPMSVHYFFDLKVTSGAVIVLIPLLYMFRKKLPGKRPYPKWLLLSILALGPLSMSAIWLGWFLAEIGRQPWIVRGYMKVSDAATTSTSVGWMLVLFIILYLVLSVSAIRVLSQLFRNKSAEEEIRLLGLEIEGGDRK	PGPT0026700_4314	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026700-cydA-K00425	NA	NA
JZ016_03247	111			hypothetical protein	ATGCACAGGAAGCAGGAGCGAAAGCTTGCGATTCTATGCTTTATTGTTGCGGCCATTATGCTATACGGCGCGGTGAAAGGGTATCTGCGTTATATGGAACATTTTGGATAA	MHRKQERKLAILCFIVAAIMLYGAVKGYLRYMEHFG				NA	NA	NA	NA	NA
JZ016_03248	1131			hypothetical protein	ATGAAAATTACATTTATTGAACCAACCCCGAGCCCGAACTCCATGATGCTTCGACTTGACGAAACGCTGGAGCCCGGGATTCGAAGAACATATACACTGGATAACGAACGGTCGGCTCCCCCCTGGATCAGGCAGCTGCTCCATATCCCGGGCGTAAAGAGCGTTTTTCATACCCTTGATTTCATCGCGCTCGACCGCAAAGGCAACGCCGATTGGCCTTCCATTCTGGGCGCCGTTCAGGAAATATTCGGTCAGGAGGGGCTTGCCGCCGGACTCCAAGAAAATGCGGAAGATTTTGCTTTTGGTGAGGCTCAAGTGTTCGTCCAGTATTTTCGGAATATACCGATGCAAATCCGTGTCAAAAGCGGGAATCAGGAAGAACGCATCGGTCTGTCGGAGCGCTTCGCCCAAGCGGTGGCCGCCGTCGGAACCACAACGCTCATCAAGGAGCGCAAGCTCAAGGAGTACGGCGTGCGCTACGGCCAGCTGGAAGACATCGCCCGTGACGTAGAGCAGGAGCTTGAAGCTGCCTTCCCGCAGGAGCGCCTCGATAAAGTCGTTGCCCAAGCGATTGCCCACGGCGCCAGCGACGAGGATTTCGTCGAGCAGCGCCGGAAGCTGACAGACGAGGAAACCGAAGCCGCGCTGCAGGATGAGGACTGGCGCGTCCGTTATGCCGCGCTGGATGCACTGGAGCCAACGGAGAAACACATTCCGCTTCTCCGCCAAGCCCTTCGGGATCCGAAGATGCAGATCCGCCGGCTCGTCGTTGTGTACTTGGGCGATCTGCGCACCCCTGAAGCGATGGAACTCCTGTATGAAGCCATGCGCGACGAAACACCGGCCGTTCGCCGTACCGCAGGCGATACACTGTCCGATATCGGCGATGCTGCCGCTACCCCGGTCATGATCGAATCGCTCAAAGACAGCAGCAAGATCGTACGCTGGCGTGCAGCCCGCTTCCTGTATGAAGTAGGCACCGAGGAAGCTCGCTCCGCTCTGGAGGAGGCTGCCAATGATCCGGAATTCGAGGTTAGTCTGCAGGCACGAATGGCACTGGAGCGCATCGAATCCGGCGAAGAAGCAGCCGGAACCGTATGGCAACAAATGGCCAAACGGAATCAATCGTAA	MKITFIEPTPSPNSMMLRLDETLEPGIRRTYTLDNERSAPPWIRQLLHIPGVKSVFHTLDFIALDRKGNADWPSILGAVQEIFGQEGLAAGLQENAEDFAFGEAQVFVQYFRNIPMQIRVKSGNQEERIGLSERFAQAVAAVGTTTLIKERKLKEYGVRYGQLEDIARDVEQELEAAFPQERLDKVVAQAIAHGASDEDFVEQRRKLTDEETEAALQDEDWRVRYAALDALEPTEKHIPLLRQALRDPKMQIRRLVVVYLGDLRTPEAMELLYEAMRDETPAVRRTAGDTLSDIGDAAATPVMIESLKDSSKIVRWRAARFLYEVGTEEARSALEEAANDPEFEVSLQARMALERIESGEEAAGTVWQQMAKRNQS				NA	NA	NA	NA	NA
JZ016_03250	1449	lysP	COG0833	Lysine-specific permease	TTGAATCGCAAAAAAGCACCGGCTGCTTCGCTCAAGCAGAGCTTTAAAGCCCGTCATATGACAATGATCGCCCTTGGCGGATCGATCGGTACCGGCCTCTTCCTGGCAAGCGGAACGGCCATCGCCTCTGCCGGCCCAGGCGGAGCGCTTATCGCCTATGCTGCAGTTGGCCTCATGGTTTACTTTCTGATGACCAGCCTCGGCGAACTCGCTACGTATCTTCCGGATTCCGGCTCATTCAGCACCTACGCCTCCCGGTTTGTCAGCCCCGCCTTCGGATTTGCCGTCGGCTGGAATTTCTGGTACAACTGGGCCGTTACCATCGCCGCCGAACTCGCAGCGGCGACGGTTATTATTAAATTCTGGTTCCCGGACAGCCCGTCATTTCTGTGGAGTCTTCTGTTCCTGGCGATTATGTTCGGCTTAAACTTTCTATCTGCCAAAGGATACGGCGAATCGGAATATTGGTTTGCTATCATTAAGGTGGCAACCGTCATTATCTTCCTCATCATCGGAGTCATGATGATCTTCGGTATTCTTGGCGGTGAAGCCGTGGGATTCACTAACTTTAGTCTCGGCGACGGGCCGGTACACGGCGGGTTCTTCGCGCTGGTCGGTGTGTTTATGGCTGCAGGCTTCTCCTTCCAGGGAACCGAGCTGATCGGGGTCGCGGCCGGCGAGAGCGAAAATCCGAGAAAACACGTCCCTAAAGCCATCCGTCAGGTGTTCTGGCGCATCCTGATCTTCTATATTTTCGCTATTTTTGTCATCGGCATGCTGATCCCTTACACCCATCCGAGCTTGCTTCAATCCGGGGTCGACAATATCGGTGTCAGCCCATTCACCTTGGTGTTTGAGAAAGCCGGCCTTGCGTTTGCGGCTTCCGTAATGAATGCGGTCATTCTCAGCTCCGTGCTGTCGGCAGGAAACTCGGGGATGTATGCCTCAACCCGTGTCCTATATGCCATGGCGAAGCAAGGAATGGCTCCGAGATGGCTGAGCCGGCTGAACAGCCGCGGCGTACCGGTTGCGGCTCTAATCGTAACCTCTGCCGTAGGCATGCTGGCCTTCCTGGCCTCCTTCTTCGGCGATGGTGTAGTCTACGTGTGGCTTCTGAATGCCTCCGGAATGTGCGGATTCATTAACTGGCTGGCCATTGCCGTGAGTCATTATCGCTTCCGCAAAGCTTATGTCGCCCAAGGTAAAGACCTGAAGGAGCTGCCGTTCCGTGCACGCTGGTTCCCCTTCGGTCCCATCTTCGCCTTCCTGCTCTGTCTTGTTGCCATTATCGGTCAAGGCAATTTCAGCGGGGAGATCGATTGGTTAACGATCATTGCCACTTATGTCAGCATTCCGTTGTTCCTCTCCATCTGGTTCGGCTACCGCTTGATTAAGAAGAGCCGCATCGTACCATTGGACGAGTGCGATTTGAGCACGAACGTTAAATAA	MNRKKAPAASLKQSFKARHMTMIALGGSIGTGLFLASGTAIASAGPGGALIAYAAVGLMVYFLMTSLGELATYLPDSGSFSTYASRFVSPAFGFAVGWNFWYNWAVTIAAELAAATVIIKFWFPDSPSFLWSLLFLAIMFGLNFLSAKGYGESEYWFAIIKVATVIIFLIIGVMMIFGILGGEAVGFTNFSLGDGPVHGGFFALVGVFMAAGFSFQGTELIGVAAGESENPRKHVPKAIRQVFWRILIFYIFAIFVIGMLIPYTHPSLLQSGVDNIGVSPFTLVFEKAGLAFAASVMNAVILSSVLSAGNSGMYASTRVLYAMAKQGMAPRWLSRLNSRGVPVAALIVTSAVGMLAFLASFFGDGVVYVWLLNASGMCGFINWLAIAVSHYRFRKAYVAQGKDLKELPFRARWFPFGPIFAFLLCLVAIIGQGNFSGEIDWLTIIATYVSIPLFLSIWFGYRLIKKSRIVPLDECDLSTNVK	PGPT0020630_954	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_LYSINE_TRANSPORT,PGPT0020630-lysP-K11733	NA	NA
JZ016_03251	1143			hypothetical protein	ATGAAACGAAGCCGAGGAACAATCGTTAAATTACTGTTCATAGGGTCTTTGGCGGTAACCGTTGCAGCAGTACCTGAACCAGCTAATCTCAGTGATGTCTATGCCACCTCCAACAAAGCGGTCGTGAAGTCGGTCGATGGGATTCAACAGAAGCTGCTGACAGCGATGAGCGACAGGCAATCGACGGTGCGTTTTGTTTACCAGGGAGAGACCCAATCGCTGAAATCGCAGCTTAAAGATGCACTTGATCAGGCGATGGCCAGTGATCCTTATATTCACTACACCATCGCTAGCTATAGCTACGACTATCGTGGGACATCCAGTTCCGCCAATGTTACCGTTCGGTTGAGTTACCGCGAGACTGCGGAGCAGACGAACTACGTGAACCAGAATGCCGACAGCATTTTGAAGCGAATCATCAAGCCGGGCATGAATGATCATGAGAAGGTGAAAGCCATCCACGATTGGGTTGTCCGGAACTTGAAGTATGATACCACGCTTACGAAATATACGGCCTATGACGGACTCTACACCGGAAGCACGGTATGCCAGGGTTATTCCCTGTTAACGCATAAACTGCTGAAGGGAGCAGGGATCCAGAACAAAATCGTAGAGGGCACGGCTTATGCCTCCGATAATCCAAAGGGCCAGCTTCATGCTTGGAATCTGGTTCTTCTGGACGGCAAATGGTACCATCTGGACACGACGTGGAACGATCCCGTGCCGGATCGCGACAACGAGGTATCCTATACGTACTATCTCCGGACGGATGAACAGATGGGCCGCGATCATACCTGGGTGAAATCCTATCCGAAGGCGAGCACGCTTTACCGCAACACGCTGGCCGGGCTAGCTGCGAAGGATCGTTCGAGAGCTGAAGTATACGAACAATTGAAGCGGGATTTGGAATATCAGCTCTATGATGCCCGCTCCATCGTCAGCTCCTACACACAGCTCCAACCACTGGTTAATGCTGCTAAGGCTGAAGGCAGCCGGAAGCTGGTGTTCAGGTTTGACGGCAGCGAGCGAGAGCTTGTAAATGTGCTCCAGCAAGTGCAGATGAAGAGCAATCTCGGCTCTATCAAATATTATCATCATGCGTTTGAGAACACAGGTGATCTTAGAGTGCAGATCATTTGGTAA	MKRSRGTIVKLLFIGSLAVTVAAVPEPANLSDVYATSNKAVVKSVDGIQQKLLTAMSDRQSTVRFVYQGETQSLKSQLKDALDQAMASDPYIHYTIASYSYDYRGTSSSANVTVRLSYRETAEQTNYVNQNADSILKRIIKPGMNDHEKVKAIHDWVVRNLKYDTTLTKYTAYDGLYTGSTVCQGYSLLTHKLLKGAGIQNKIVEGTAYASDNPKGQLHAWNLVLLDGKWYHLDTTWNDPVPDRDNEVSYTYYLRTDEQMGRDHTWVKSYPKASTLYRNTLAGLAAKDRSRAEVYEQLKRDLEYQLYDARSIVSSYTQLQPLVNAAKAEGSRKLVFRFDGSERELVNVLQQVQMKSNLGSIKYYHHAFENTGDLRVQIIW				NA	NA	NA	NA	NA
JZ016_03252	2352			hypothetical protein	TTGAATCCATCAGGTAAGAAGAAGGTAAGGGTAAAAAAGACCGTGTGTGCGGTTACGGCTACGGCTATGTTATGTTTGGCGCAGCCGGTATGGGGAGACAATTCCGTTCCGGGCAGCGGAGTCGCTGTATCTGATACGGTAACTGCCGTGACTAGCAGCGATAACGCCGGTTCGGAAAGCGTAACGGATAACGAAATACCGAAGGGTGCAAAAATTTCGTCCAAGCAGGCGGAAGACATCATCAAGAAGGCTTTCCCGGAGCTAAAGAACGTGAATGTATCGAATGTGCAGTTCTTGGAGAATGATGGCATGAGATCGAGCGCGCTTGCTTGGGATCTGCAAATGGTGTTGACTAAAGGGAACTCAAGCTCCGGCTTCAATGCCCAGGTCAATGCGGTCACGGGTGAACTTATTAACATTTATATCCCTCGTTCCTTGTTGAACCAAGGTAGCGACAAACCGGTGATAACCCGTGGAGCAGCCAAGGAGAAGGCGCTGAAATGGATCGGCAGCCATGTATCGGATCTGAAGGCCAGCGAGCTTAAGGAGAATGAGGCTTATCTCGGGATGCAGACGGCGCTGTTCAGTCCGCCGCGGTTTGATTTTTATTTCCAGACCTCGGTGAACGGAATTGAATCGGATGTGAACAGCATTTCGATCACGCTGGACGGACAGGGCAATACCATTAACTATTCCCGCAATCAAGTCAATGAAGAGTTTCCATCATCCACACCGAAATTGAATGAGGCCTCCATTCGTAAATTGTTTGAGGATCAGTTCCAGGTCTCCTTGGCTTATGTACCTGATCATTTATATAACAACGCCAAAGGCAATTATTTCTTAGGTTACATACCTAATGATCAATCAGCGAATTCAATGGATGCCAATACAGGCAAGTTCATTAGTTTTACTGGGGAAGAAAGTGAGTTCACCTCGATTGAGAACGGCACGATTCCGGAGTCCAAAGAGATCTTCAAGCCAATCACGGCTCCATTCGCTGGCGGAGAGGCAGCAGCCAGATGGGTGGAATCGCAGATCAAACTCCCGACCGGCTTGAAGACAGAATCCAAGTCGCTGGGTACCAGATGGAACAATAATGAGATCAAGACGTGGAATATAAGATGGGGCGAGAACCATCTTTCCGCCATGGGCGGAGGAGAGATGGTATCCGCAGAGGTGGACGCCAAGACCGGACAAATCTACTCCTACAACCGATATCGTTTTGACCGGACCGGTGCTCCAGAAGTGAAGAGCCCGATTTCGCAGCAGGCTGCGCAGGATCTCGCATTCGAGACGGTAAGCAGGCTGGTGCCGAATGCTGTCGAGGAATGGAAGCTGACATCCGTTGATAAAATGGGCAAAGACACTAAAACCCTTAACTATCAATTTTCATTTCAGCGCTATATCGGTAATATTCGCGTCATGGGCGATTCCCTGAACCTCACGATTGAGGCCGACGGGCAAATCCAGGGCTTTAGTGTGAATTCCGAAGCTGTCCTGTCCAAGCTGCCAACGGATGCAAAGCCGGCCGTCAGTGCGGAGCAGGCAAAAGCTAAGTATCTGGAAGAAATTGAGCTGAAGCTGAAGTACGGTTACTACGGCGGTTACGCAACGAACGGTAGTGAGATTATGAAGCCGTTCATTAAGCTGATTTATTATCCGACACACAAAAAGGCGGCTTATGGCGGCATTGCGGTACCGCTTGATGCCAAGAACGGAGAATGGCGCGATATTACGCCTGAAATGAGCCGCAAGGATATTCCGGCGGTTACCGATGCGGCGGGGCATGATGCGGAAGCGGCTCTCAAGGAGCTGGTGAAATATCGGGTGTTGGTTCCGGACAAGGACGGAAAGGTATACCCGGATCGCCAAATTACCCTTGGCGAATGGTATCAGCTGGTGGCGGCTTCGGTGAGTCCGTCCTACGAGCAGGTGTATGGAAGATCTACCATGGATCCATACGCGGGTTTGCAGCCGGATCATCCGTATTATCAGGCCATTCAGGTGCTGATCGGGCAGAACTGGATTCCTTATGATCCGGACAGCACGCTGCAGCTGGACCGCAAGCTGACAAGGGATGAATTGGCAAGCTCGCTGACCCGTATTCTGAATTACGAGAAGCTGTCCAAAGCCTTTATCCTGCCAACCGATGTGCAGGGAATATCGGATGCCGACGCCATTACTAACAAAGGCGCAGCCCTGATCGCCCTCAAGCTGGGGCTTCTCCCGGCGGTCGATGGCAAGTTCTTGCCGGAGCGTGAGGTGACGCGAGCGGAAGCTGCGGAGGTACTGGTCCGCATGTCGAAGCTGGCGGGACGCAGCGATTCTTTCCTGTCCTCATTTTATTGGTAG	MNPSGKKKVRVKKTVCAVTATAMLCLAQPVWGDNSVPGSGVAVSDTVTAVTSSDNAGSESVTDNEIPKGAKISSKQAEDIIKKAFPELKNVNVSNVQFLENDGMRSSALAWDLQMVLTKGNSSSGFNAQVNAVTGELINIYIPRSLLNQGSDKPVITRGAAKEKALKWIGSHVSDLKASELKENEAYLGMQTALFSPPRFDFYFQTSVNGIESDVNSISITLDGQGNTINYSRNQVNEEFPSSTPKLNEASIRKLFEDQFQVSLAYVPDHLYNNAKGNYFLGYIPNDQSANSMDANTGKFISFTGEESEFTSIENGTIPESKEIFKPITAPFAGGEAAARWVESQIKLPTGLKTESKSLGTRWNNNEIKTWNIRWGENHLSAMGGGEMVSAEVDAKTGQIYSYNRYRFDRTGAPEVKSPISQQAAQDLAFETVSRLVPNAVEEWKLTSVDKMGKDTKTLNYQFSFQRYIGNIRVMGDSLNLTIEADGQIQGFSVNSEAVLSKLPTDAKPAVSAEQAKAKYLEEIELKLKYGYYGGYATNGSEIMKPFIKLIYYPTHKKAAYGGIAVPLDAKNGEWRDITPEMSRKDIPAVTDAAGHDAEAALKELVKYRVLVPDKDGKVYPDRQITLGEWYQLVAASVSPSYEQVYGRSTMDPYAGLQPDHPYYQAIQVLIGQNWIPYDPDSTLQLDRKLTRDELASSLTRILNYEKLSKAFILPTDVQGISDADAITNKGAALIALKLGLLPAVDGKFLPEREVTRAEAAEVLVRMSKLAGRSDSFLSSFYW				NA	NA	NA	NA	NA
JZ016_03253	630	kdgA_3	COG0800	KHG/KDPG aldolase	ATGAAACTGACACCTGAGCTCAAACGCGAGAAAATCGTTGCCATCGTGCGGGGCATTACGAGAGAACAGGCGGACTTCGTAGGAGAAGGGTTGACCCAAGGCGGAATTCGGTTCATGGAAGTGACGATGAATACGAAAGACGCTTTACATATGATCCAGGATTGGCGTACTCGGTATGATGGCGCCGTATATATAGGGGCGGGAACCGTGCTTGATGTGGAGATGGCGAAGGAGGCGGTCTCCGCCGGAGCGCAATTTCTGATCTCGCCGAACACGGATCTTTCCGTTATCGAATATGCTTTGGAGCAAGGAATTGATGTATGGCCTGGGGCGATGACGCCGACGGAGATCGTTGCGGCGTACGCAGCCGGCGCCGAGATCGTGAAGCTGTTTCCCATGGCCAGCCTGGGCTTGTCATTTATCCGGGAGCTTCAGGGCCCGCTGAGTCACATTCCGCTGCTTGCCACGGGCGGCGTTACGCTGGATAATCTTGCGGATTATTTTAATGCAGGTGCAGTTGCGGTAGGTTTAGGCAGCGCGCTGCTCCCGAAGGATGCGCTCGCGTCCGGAAATAAGGAGGAGATCAGGCGTCGTACCGCGGCTTTTGTTGAAGCTGCCCAGCTTGGCTAG	MKLTPELKREKIVAIVRGITREQADFVGEGLTQGGIRFMEVTMNTKDALHMIQDWRTRYDGAVYIGAGTVLDVEMAKEAVSAGAQFLISPNTDLSVIEYALEQGIDVWPGAMTPTEIVAAYAAGAEIVKLFPMASLGLSFIRELQGPLSHIPLLATGGVTLDNLADYFNAGAVAVGLGSALLPKDALASGNKEEIRRRTAAFVEAAQLG	PGPT0002060_3314	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0002060-eda-K01625	NA	NA
JZ016_03254	1497	xylB_1	COG1070	Xylulose kinase	ATGAGTTACGTTATCGGAGTTGATTTGGGGACCAGTGCTGTGAAGACCGTGCTGGTGGACCCAAGCGGCAAGGTTGTCGCCGAGCATTCGGAGTCGTATCCGCTGAGCCAGCCGAAGCCGGGTTACAGCGAGCAGCGACCGGAGGATTGGGTCGACAAAACGGTATTGTCGTTACGGGAATTAATGAGCAGAAACAACATTGACCCATCCGAGGTTGAGGGGTTAAGTTTCTCCGGCCAGATGCATGGTCTGGTCTTGGTAGACGGTGAGGGTGCAGTGCTGCGGCCGGCCATCCTATGGAATGACACGCGCACAACGGTGCAATGCCGTCGAATCGAGGAGACTCTGCAGGAGAAGCTGCTAGGGATTGCACGCAATCGCGCGCTGGAAGGGTTCACTCTACCCAAGATTCTATGGGTGCAGGAGTGTGAACCGGAGCTGCTCGAACAGGCTGCCTTGTTCCTGCTGCCTAAGGATTATGTGCGTTTCCGCCTGACCGGGCAATACGCAATGGACTATTCCGATGCAGCCGGAACGCTGCTGCTGGATGTGGCGGGCAAGTCTTGGAGCATCGACATTTTGGATGCCTTCCAGCTGCCGCACACCCTATGCCCGCCGCTGGTCGAATCCTTCGATCAGTGCGGCACCTTGCTCCCTGAGATCGCCGAGCAAGCCGCTCTGCTGCCAAATACGAAGGTATTTGCTGGCGGTGCGGACAACGCCTGCGGCGCCATCGGCGCAGGTATTCTCGAAGAAGGGCAGACGATGTGCAGCATTGGTACATCGGGCGTGGTACTCTCCTATGAGGAGCGTCGCGAGGTGGATTTTGAAGGCAAGGTCCATTTCTTTAATCATGGCGAGAAAGATGCTTACTATATCATGGGCGTGACCCTGGCTGCGGGATACAGCCTGACCTGGTTCAAGGATACCTTTGCGCCGGATGTCTCCTTTGACGCGCTGTTAAGCGATATCGGAAGCATCCCGGTTGGCAGCGGAGGTCTGCTGTTCACGCCGTATATCGTTGGTGAACGCACGCCGCATCCGGATGCTACCATTCGCGGCAGTTTTATCGGAATGGACGCGGGACATAAGCTGCCTCACTTTGCACGTTCGGTACTCGAGGGAATCACGTTCTCTCTCCGTGAATCCATCGATATCCTTCGCTCATCCGGCAAGCGGATCGACCGCGTCATTTCCATCGGGGGCGGCGCCAAGAACGAAACGTGGCTGCAAATGCAGGCGGACGTGTTCAACGCTGAAATCGTGAAGCTGGAAAGTGAACAGGGCCCGGCTATGGGCGCGGCAATGCTCGCAGCCTACGGCTGCGGCTGGTTCCCAAGCCTTCAGGACTGCGCCAAGGCGTTTTTGCGGCAGGCACGCTCGTATTCTCCCAATCCGCAGGCAGTTCAAGCTTATGACCAATTGTTTGGACTCTATCAAAGCGTATATGGAGCAACGCGTGAACTAGGCGCTGAGCTGTCCGAATTCCGGGGATAA	MSYVIGVDLGTSAVKTVLVDPSGKVVAEHSESYPLSQPKPGYSEQRPEDWVDKTVLSLRELMSRNNIDPSEVEGLSFSGQMHGLVLVDGEGAVLRPAILWNDTRTTVQCRRIEETLQEKLLGIARNRALEGFTLPKILWVQECEPELLEQAALFLLPKDYVRFRLTGQYAMDYSDAAGTLLLDVAGKSWSIDILDAFQLPHTLCPPLVESFDQCGTLLPEIAEQAALLPNTKVFAGGADNACGAIGAGILEEGQTMCSIGTSGVVLSYEERREVDFEGKVHFFNHGEKDAYYIMGVTLAAGYSLTWFKDTFAPDVSFDALLSDIGSIPVGSGGLLFTPYIVGERTPHPDATIRGSFIGMDAGHKLPHFARSVLEGITFSLRESIDILRSSGKRIDRVISIGGGAKNETWLQMQADVFNAEIVKLESEQGPAMGAAMLAAYGCGWFPSLQDCAKAFLRQARSYSPNPQAVQAYDQLFGLYQSVYGATRELGAELSEFRG	PGPT0017535_1620	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017535-xylB-K00854	NA	NA
JZ016_03255	1317	xylA		Xylose isomerase	ATGGCCTATTTTAACAACATTAGCAAAGTCGAGTACGAAGGCAGCCAATCAACCAACCCTTATGCTTTTAAATTTTATAATCCGACAGAAGTAGTAGCCGGCAAAACGATGGAAGAGCATCTCCGTTTCGCCATGGCTTACTGGCATACATTGACTGCAGGCGGTTCGGATCCGTTCGGCGCTGACACTGCGGTTCGCCCTTGGGGCAACTACTCCGGCATGGACCTCGCCAAAGCACGCGTTGAGGCAGGCTTTGAGTTCATGGAGAAAATGAATCTTCCGTATTTCTGCTTCCACGATGTGGACATTGCGCCTGAGGGCAGCAGCCTGCGCGAGTTCTACAGCAACATCGATACGATCGTGGATTCGATTGAAGACCACATGAAATCCACTGGCAAGAAATTGCTCTGGAACACGGCGAACATGTTCACGAACCCACGCTTCATGCATGGTGCGGGCACTACATGCAACGCGGACGTATACGCTCATGCGGCAGCCCAAGTGAAGAAAGGCCTTGAAGTCGGCAAACGCCTCGGCGCCGAGAACTACGTGTTCTGGGGAGGCCGCGAAGGTTATGAGACCCTGCTCAACACGGATATGGGCCTTGAACTGGATAACCTGGCACGCCTGTTCCATATGGCGGTTGATTATGCGAAGGAAATCGGCTTTGACGCCCAATTCCTGATCGAGCCTAAACCGAAGGAGCCAACCAAGCACCAATATGACTTTGATGCGGCTACAACAATTGCATTCCTGCAGAAGTACGGCCTCGACAAGCACTTTAAACTGAATCTCGAAGCCAACCACGCCACGCTCGCCGGTCATACCTTTGAACACGAGCTTCGCGTAGCACGTATCAACGGCATGCTCGGTTCCCTCGATGCGAACCAAGGCGATATGCTCATCGGATGGGATACGGACGAATTCCCGGTTAACATCTACGATGCGACATTGACGCTGTACGAAGTGCTGATGAACGGCGGTCTCGGCCGCGGCGGCGTGAACTTCGATGCGAAGGTTCGCCGCCCGTCCTTCGAGCCGGAAGATTTGTTCCATGCGCACATTGCGGGTATGGACACTTACGCAAAAGGCTTGAAAGTGGCAGCGAAGCTGATCGAAGACCGCGTTTTCGAGGACTTCATCGCGAAACGCTACAGCAGCTTTAACGAAGGCATCGGCGCAGACGTCGTATCCGGCAAGGCTACACTGGCTTCCCTTGCAGAGTACGCCCTGAACAACGAGTCCCCGCGCAAGAACGAATCCGGACGTCAAGAAATGCTGAAAGCGATTCTGAATCAGTACATTCTTGCAAATTAA	MAYFNNISKVEYEGSQSTNPYAFKFYNPTEVVAGKTMEEHLRFAMAYWHTLTAGGSDPFGADTAVRPWGNYSGMDLAKARVEAGFEFMEKMNLPYFCFHDVDIAPEGSSLREFYSNIDTIVDSIEDHMKSTGKKLLWNTANMFTNPRFMHGAGTTCNADVYAHAAAQVKKGLEVGKRLGAENYVFWGGREGYETLLNTDMGLELDNLARLFHMAVDYAKEIGFDAQFLIEPKPKEPTKHQYDFDAATTIAFLQKYGLDKHFKLNLEANHATLAGHTFEHELRVARINGMLGSLDANQGDMLIGWDTDEFPVNIYDATLTLYEVLMNGGLGRGGVNFDAKVRRPSFEPEDLFHAHIAGMDTYAKGLKVAAKLIEDRVFEDFIAKRYSSFNEGIGADVVSGKATLASLAEYALNNESPRKNESGRQEMLKAILNQYILAN	PGPT0017550_1063	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017550-xylA-K01805	NA	NA
JZ016_03256	1173	nagC_3	COG1940	N-acetylglucosamine repressor	ATGGCGAATATTACCGGTGATCAGGCTCTGGTCAAAAAAATAAATACTTCGATTATCCTCGATACGATACGTCAGCACGCCCCTGTCTCCCGAGCGAAAGTCTCCAAGCTAACCGGACTGAACAAGGCTACCGTCTCCAATCTCGTGCAGGAGCTGTGCAGCAACCACCTGGTCCAGGAGATCGGACCCGGCGAATCCAGCGGCGGCAGGAAGCCGCAGCTGCTGCTGTTTAACGGACAAGCCGGTTATGCCGTCGGCGTTGAGCTGCGCGTCAAGCAAATGACCGCCGTGCTTACAGATCTGGAAGGCAAGATCCTTGCCGAAGAAGATACCGCCCTTGTAGGGCATGACGTGGAATCGGTGACGCGGCTGATGGTTGGTCTGATTCATGGCCTGATGCGGCAGACCCCTCCCTCCCCGTACGGGATCATCGGGATCGGCGTAGGCGTCCCTGGAATGGTGGACGGTGACGGCACCGTCCTCTTCGCTCCCAACCTGGGATGGGACATGGTGCCGCTGCAGAAGCAGCTAGAGGACGAGCTCGGACTTCCCGTAACCATCGACAATGAAGCAAACGCGGGTGCCCAGGGCGAGCTGCGCTTCGGAGCTGGCCGGGACGCCCGCCATCTCCTCTATATCAGTGCCGGCAGCGGTATCGGCTCCGGCATCATCATCAATGGCGAGCTCTATAAGGGGGCCCGCGGATACGCTGGCGAGAGCGGCCATATGTCCATCGATGCCGATGGACTGGAATGCACCTGCGGCAACCGCGGCTGCTGGGAGCTGTATGCCTCGGAGAAATCCTACGACAGCAAAGGCGCCGCTCTCCCGTCCAGGCGGACATCCGAGCTGATTCACCATGCAGAGCGAGGCCATGAGGAGACTATCCGGCATTTTGAAGAGCTTGGACGTTATCTCGGTATCGGCATTACCAATCTTGTCAACGGATTCAATCCGCAATCGGTCATTATCGGCGGTCCGCTGTCCGACGCACGGGCTTGGATTGAGGATACGCTGCGACAGGTCGTTGCCCAGCGCACGCTTCCTTACCACCGTGAGCTGATGGAGATTCGGTTTGCCGAGCTGGGCAGCCGCTCCACCCTGATCGGCGCGGCTTACTCCGCCATCTCGCAGTTTCTGGGGCCAGTGCGAGTCTCCATGCCGATTCATTAA	MANITGDQALVKKINTSIILDTIRQHAPVSRAKVSKLTGLNKATVSNLVQELCSNHLVQEIGPGESSGGRKPQLLLFNGQAGYAVGVELRVKQMTAVLTDLEGKILAEEDTALVGHDVESVTRLMVGLIHGLMRQTPPSPYGIIGIGVGVPGMVDGDGTVLFAPNLGWDMVPLQKQLEDELGLPVTIDNEANAGAQGELRFGAGRDARHLLYISAGSGIGSGIIINGELYKGARGYAGESGHMSIDADGLECTCGNRGCWELYASEKSYDSKGAALPSRRTSELIHHAERGHEETIRHFEELGRYLGIGITNLVNGFNPQSVIIGGPLSDARAWIEDTLRQVVAQRTLPYHRELMEIRFAELGSRSTLIGAAYSAISQFLGPVRVSMPIH	PGPT0018870_504	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018870-nagC-K02565	NA	NA
JZ016_03257	204			hypothetical protein	ATGACCTATGTAAGCACTGCGGAAATATCGGCGGAAATGTTTGTGACCGTATTGCTGTGTCTCCTAGTTATCGCACCTTTGTTCAGTCTCGCCATCATGCGTTTTTTTCAAGGCAAGAAAAAAGCCGGCTTCATTCTCCTCGGCTCCGGCGTAGCAGCTTACGTCGTATTCCAGATCATCATGAGTCTGTTTTTTAACAAGTGA	MTYVSTAEISAEMFVTVLLCLLVIAPLFSLAIMRFFQGKKKAGFILLGSGVAAYVVFQIIMSLFFNK				NA	NA	NA	NA	NA
JZ016_03258	237	nrdH	COG0695	Glutaredoxin-like protein NrdH	ATGGAAAATGTGATTGTATATACTTCGAACAACTGCCCGCACTGCAAACAAGTAAAAGGCTTCTTGTCCGATCAAGGCATCGAATTTGAAGAGCGCAACATCGAGCAAAACGACGAATTCGCGCAGCAAGTATGGGATATGGGCGTTCGCGCAGTACCGCTCACGATCATCGGCGAGCACCGCATTCTTGGCATGAATAAGCTCCAGTTCAACAAAGCGTTGAACCCCGAAGCGTAA	MENVIVYTSNNCPHCKQVKGFLSDQGIEFEERNIEQNDEFAQQVWDMGVRAVPLTIIGEHRILGMNKLQFNKALNPEA				NA	NA	NA	NA	NA
JZ016_03259	942	trxB_2	COG0492	Thioredoxin reductase	ATGTACAAATCCGTTATTATAGGCACAGGCCCTGCCGGCCTTACGGCTGCAATCTATCTGGCTCGCGCAAACCTGAGCCCGCTCGTCATTGAAGGTCCGCAACCTGGCGGACAGCTGACCACCACAACCGAAGTTGAGAATTTTCCGGGCTTTCCCGAAGGCATCATGGGTCCTGAGCTGATGGACAATATGCGTCAGCAGGCTGAACGTTTTGGCGCAGAATTTCGTACAGGCTGGGTGAACAGCGTGGAATTCGGAGAGCGTCCGTTCAAGCTGGACGTAGACGGTATGGGTGAGGTAGTTGCCGAAACGTTGATTATCTCTACGGGCGCAACGGCCAAATATCTCGGCATTCCTGGAGAACAGGATAATGTAGGACGCGGTGTAAGTACCTGCGCAACATGCGACGGATTCTTCTTCCGCGGAAAAGAGATCGTTGTTGTCGGCGGCGGCGATTCCGCGCTGGAGGAAGCGAACTTCCTGACCCGCTTTGCATCCAAAGTAACACTGGTACACCGTCGGGAGGAGCTTCGTGCATCGAAAATCATGCAGGACCGCGCCCGCGCTAACGAGAAAATCGAATGGGCCCTGAACCGCACGCCGCAGGAAGTCATCGCGGACGAGACAGGCGTCAAAGGGATCAAAGTACTCAATAATGAAACTGGCGAAGAGGAGACGATTACAGTCAGCGGCGTATTCGTGGCGATCGGTCATCATCCGAACACTGGTTTCCTCGGCGGAAACATTACAACGGATCCGAACGGTTATATCGTAACGACCCCGGGAACATCCGAGACGAATATCCAAGGGGTATTTGCTTGCGGCGACGTGCAGGATACCCGTTACAGACAAGCGATCACCGCGGCAGGAAGCGGCTGTATGGCAGCTATGGATGCGGAGAAATATATCGAGAGCTTGGAACACAACGCTGTTGTGTTGTAA	MYKSVIIGTGPAGLTAAIYLARANLSPLVIEGPQPGGQLTTTTEVENFPGFPEGIMGPELMDNMRQQAERFGAEFRTGWVNSVEFGERPFKLDVDGMGEVVAETLIISTGATAKYLGIPGEQDNVGRGVSTCATCDGFFFRGKEIVVVGGGDSALEEANFLTRFASKVTLVHRREELRASKIMQDRARANEKIEWALNRTPQEVIADETGVKGIKVLNNETGEEETITVSGVFVAIGHHPNTGFLGGNITTDPNGYIVTTPGTSETNIQGVFACGDVQDTRYRQAITAAGSGCMAAMDAEKYIESLEHNAVVL	PGPT0013060_7290	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
JZ016_03260	2028	zosA	COG2217	Zinc-transporting ATPase	ATGCAATGGATACAAAGTCAAACGACGACTGGACGCATATCGACAATAGAAAATGGAGCTGATCCTCGTGAGCCGCGGCAGCCTGGGAAATGGGATATACGCAGTCTGCTGAGCAACGCGGAGGTCGTGGCTGCGCTGGGCAGCGGCCTGTTGATGCTGATCGCTTGGCTGACCAGCCAATGGTCTGAGCCGCTCTCCGTTGTGTTGTATGTGATATCCTATGCCGTCGGCGGATGGGTGAAAGCGAAAGAAGGTGTGGAGACCCTTCTGAAGGAGCGCGATCTGGATGTGAATCTGCTGATGATTGCTGCTGCTATGGGAGCTGCAGCGATCGGGTACTGGAATGAAGGCGCGATGCTGATCTTCATCTTTGCACTCAGCGGCGCGCTTGAGAGTTATACCATGGAGAGAAGCCGCAAGGATATCTCGTCCTTGATGGAGCTGCAACCGGAAACGGCCCTTCGCATTGAGAAGGGAGAGATGGTATCGGTATCCATCAACAAGCTGGAGATCGGCGATCTGATTCTGGTAAAGCCGGGCGAGCTTATTCCGGCAGACGGCAAAATTTATCGCGGCAGCTCCTCCGTCAACCAGGCTTCGATTACCGGGGAATCCGTACCGATCGATAAGTCCGTAGGCGATGAAGTGTTCACAGGCACCTTAAACGGGGAAGGCGTATTGTACATTGAGGTTACCCAGTCGGCGGAATCCACGTTGTTTGCCAAGATTATCAAGCTGGTGGAAGAAGCGGAGAACGAAGTACCGGAATCGCAGCGGTTCATCAAGCGGTTCGAATCGATTTATGCCCGTGTCGTTGTTATTGCGACCGTGGCGCTGATTGTTCTGGCTACTCCCGTTCTGGGATGGGATTGGGATACGACCTTCTATAAAGCGATGGTGTTTCTCGTAGTTGCCTCCCCTTGTGCGCTGGTATCCTCCATCATGCCTGCGATGCTGTCGGCGATTTCCAATCGCGCCAGAAAAGGCGTATTGTTCAAGGGCGGCGCCCATATCGAGAATATGGCACGCACGGCGGTTGTCGCTTTTGATAAGACAGGTACCTTGACGCTCGGTACGCCGGTAGTTACGGATTTTATCGCTGGCGAAGGCTGGGAACGGCATGAACTGCTTGGCATCAGTGCTTCTATCGAAAGAATGTCGAAGCATCCTCTGGCCTTGGCGATTGTCCAATCGGCTGAGAAAGAGGGGGCCGCGCTGAAGCAGGTAGAGAACGGACAGTCCATAACTGGATGGGGTATGCAGGCGGAAGTGGGAGGAATCACTTGGAAAATAGGGAAAAGCGATATTTTGGATCATCCGACTATTGATCAGCATTCCGGTGCAGCTTCCGCGCAAAAGGAGTTGAGCGCGCTTGAAGAGAATCGCCAGCACTGGCTGTCCATCCGGAACATGCTGGAATCCGAAGGCAAGACGGTTTCCGTTATTCTGAAGGGAGACCGTATCGCGGGCATGATCGCTCTGCAGGATGCGGTCCGGCCTCAAGCGGCAATGGCCGTTAAGCGGCTGCAGCAGCTGGGCATCAAGGTAGCGATGCTGACGGGGGACCGCAAGGCGACGGCCGACGTGATTGCGAAGCAGAGCGGCGTAGACATGGTGTTCTCCGATTTGCTGCCGGAAGATAAAGTTACACATATTAAGGAGCTTCGGGCCCGTTACGGCCATGTGGTCATGGTTGGGGACGGAGTGAACGACGCACCGGCACTGGCTACTGCGACCGTCGGCATCGGCATGGGCGTTTCGGGAAGCGGAACGGCGCTGGAGGTAGCGGATGCGGTGCTTATGAATGACAATATCGATGAAATTGCCGGCACCGTCAAGGTTGCACGCCGGGTTCAGCGTATCGTGAAGCAAAATATGATCTTTGCCATCACCGTGATTTTGACGCTGATTGCAGCCAATTTCATTCAAGGCGTGGCGCTGCCGCTGCCGCTGGGCGTCATCGGTCACGAAGGAAGCACCATTCTGGTTATACTGAACGGGCTTCGCCTGCTGCGCACTAACCGTTAA	MQWIQSQTTTGRISTIENGADPREPRQPGKWDIRSLLSNAEVVAALGSGLLMLIAWLTSQWSEPLSVVLYVISYAVGGWVKAKEGVETLLKERDLDVNLLMIAAAMGAAAIGYWNEGAMLIFIFALSGALESYTMERSRKDISSLMELQPETALRIEKGEMVSVSINKLEIGDLILVKPGELIPADGKIYRGSSSVNQASITGESVPIDKSVGDEVFTGTLNGEGVLYIEVTQSAESTLFAKIIKLVEEAENEVPESQRFIKRFESIYARVVVIATVALIVLATPVLGWDWDTTFYKAMVFLVVASPCALVSSIMPAMLSAISNRARKGVLFKGGAHIENMARTAVVAFDKTGTLTLGTPVVTDFIAGEGWERHELLGISASIERMSKHPLALAIVQSAEKEGAALKQVENGQSITGWGMQAEVGGITWKIGKSDILDHPTIDQHSGAASAQKELSALEENRQHWLSIRNMLESEGKTVSVILKGDRIAGMIALQDAVRPQAAMAVKRLQQLGIKVAMLTGDRKATADVIAKQSGVDMVFSDLLPEDKVTHIKELRARYGHVVMVGDGVNDAPALATATVGIGMGVSGSGTALEVADAVLMNDNIDEIAGTVKVARRVQRIVKQNMIFAITVILTLIAANFIQGVALPLPLGVIGHEGSTILVILNGLRLLRTNR	PGPT0004200_2993	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534	NA	NA
JZ016_03261	1110			hypothetical protein	ATGACGGAAAGGCAATGGGGAGCACGCAGTGAATTGGGAGAGCGTCGATTTGAAGATCAAGAGTTCATCGGAGTTGAAGAGATTGGGGCAAACGAGATTTCTCCCGAGACGGATCTGCTGAAGCATTTTGCAATGGCAGGAGGAGTCACCCATGAGGAGGTATTGCTGTTATTGGCATCGCCTGACGATATTGAAGAAGCCCTCAGGGTTTCCGGGATTCGGCATAACGGCACGGACAGACCTTCCTTGACCCGACTGCTGGGGTGGAGTGACAGGAACCGAAGACTGAAAGTCATGAGCCGATCCGCAGACCCTGAATCCATTGCACGAGATATCAGTCAAGGTGCTCAGGGAATCGGGCTGATACGCGGGGAGGATGCTGTGCAGCATGGCCTGCTGCAGGAGGTTTACACGGCGTGGTTGAATTCGCGGAGCGCAGAGAAGAGCGTCCTGTTGAGGCGGAGACTTATCATGCTGTGGATGACCTATTGGGTATCGGTGTTTCAGGCGGCGGCTGGAGCTAGGTGTGCGGTCAGCTTGCTGCACGATGCCCGGCTTTCCAACACGATGGAGTTACGTGAAGCGCAGGATGCTCAGCTGGAGTCCTTGTTCCGGGCTATGGAGCAGTGCAGCGAGGAAGGCGTGGATTGCCAATTAGAGCTCCTGGCTGTACGTCCGGCACACGCGGATGACTTTATATCGATTCATAATTTTATCGAAGAAGTGGCAGAGCAAACCCTTATGGATCAAAGACGTTTTGTGCGTATTCGTTATGGGGCGCTTCTCAGAGAAGGGATGAATCCAGCGACGGCAGCGGAAATTGCCCGTTTGGCCGATGTGATTGTATTCGACTCGGAGGGGACGGAGAATTCCGGATCGTCGGATGAGGCAGGGCACAGGGTCACGGCTTTCTCCGAGATGATCCATCGAATTAAGCGAACGAAGCCGCAATTAACGCTCCGGATCAATGGGGTGGCTACCACGGATTTGCGGATGGTTTACCGACAGGGCATACACGAGGTGTGCTGTCAGTCCTCAGAGATTGCAGCCATTCGAATAACCGGTGCGAGGCTGGAGATGCGCCGCAGATGTTCGACGATTGTCGAGTGA	MTERQWGARSELGERRFEDQEFIGVEEIGANEISPETDLLKHFAMAGGVTHEEVLLLLASPDDIEEALRVSGIRHNGTDRPSLTRLLGWSDRNRRLKVMSRSADPESIARDISQGAQGIGLIRGEDAVQHGLLQEVYTAWLNSRSAEKSVLLRRRLIMLWMTYWVSVFQAAAGARCAVSLLHDARLSNTMELREAQDAQLESLFRAMEQCSEEGVDCQLELLAVRPAHADDFISIHNFIEEVAEQTLMDQRRFVRIRYGALLREGMNPATAAEIARLADVIVFDSEGTENSGSSDEAGHRVTAFSEMIHRIKRTKPQLTLRINGVATTDLRMVYRQGIHEVCCQSSEIAAIRITGARLEMRRRCSTIVE				NA	NA	NA	NA	NA
JZ016_03262	615			hypothetical protein	ATGAGAACCGATTATGACCATTGGGAACCAATCAGCGTATCGGATGCCGCTGGAATTTTTGCTGAAATCCCTGCTCGTTGGTATATCGCCGGAGGTTGGGCTTTGGATTTATATTTGGGGGAGCAGACCAGGGAACACGGCGATATCGATATCCTGATCCTGCGCGAAGAGCAGGCCGCCATTTACGCGGCATTAGCCAAAGAATGGACGCTGTACAAAGCGGATCAAGGAACCTTATCCCTCTGGGAGGAAGGCGAATATTTGCACTCGGTTGGCGATGTATGGGTAAGTCGGAATGAGGAAGCCCCCTTCTCATTCCAGATCATGCTGGTGGAGGTCGAACTGGACAGCTGGGTTTATCGCAGAGAACCATCCGTTCGAAGACCGCTCCAAGATATATCCTTAATAACAGACCAAGGAATTCCTTATCTAAAACCGGAGATACAGCTCCTGTATAAAGGAGGAAGCAAGAACATCCGTGAAAAAGACGAACGGGATTTCAGGAAGGTCCTGCCCTTCCTCGATCGACAGGCTGCAGGGTGGCTTGCCCAAGCGCTGCGGACGCAGTTTCCATCGGGTCATCCATGGCTCGACAGCATGGATACAACCCCGTAG	MRTDYDHWEPISVSDAAGIFAEIPARWYIAGGWALDLYLGEQTREHGDIDILILREEQAAIYAALAKEWTLYKADQGTLSLWEEGEYLHSVGDVWVSRNEEAPFSFQIMLVEVELDSWVYRREPSVRRPLQDISLITDQGIPYLKPEIQLLYKGGSKNIREKDERDFRKVLPFLDRQAAGWLAQALRTQFPSGHPWLDSMDTTP				NA	NA	NA	NA	NA
JZ016_03263	1293		COG2873	O-acetyl-L-homoserine sulfhydrylase	ATGTCAGAAGAACGCCAATTTTCCATTGAAACCTTAGCGGTTCATGCCGGTCAGGAGCTTGATCCGACCACATTATCCCGCGCTGTCCCTCTGTATCAGACGACTTCCTACGGGTTCAAAGACAGCGAGCATGCGGCGAATCTGTTTGCGCTTAAAGAATTCGGCAACATTTACACGCGTATCATGAACCCGACCACGGATGTGTTTGAGAAGCGGATTGCAGCGCTCGAAGGCGGTGCCGGTGCACTGGCGACATCTTCCGGGCAGGCAGCCATCACCTTCTCCATTCTGAACATTGCAGGCGCAGGTGATGAAATTGTTTCTTCCTCGAGTTTGTATGGCGGTACTTATAATTTATTTTCCAATACGCTAGCGAAGCTGGGGATCAAGGTGCATTTCGTGGATTCCACGGATCCTGAGAATTTCCGTAAAGCGATCAATGACAAAACGAAGGCCGTGTTTGCCGAAACGATCGGCAATCCGCAGGGGAATGTGCTGGATGTGGAAGCCGTTGCGGCCATCGCGCACGAGAGCGGTATTCCGCTTATCGTCGACAATACGTTCCCTAGCCCGTATCTGCTGCGCCCGATTGAATTTGGAGCGGATATCGTCGTTCATTCCGCGACCAAATTCATCGGCGGCCACGGTACCTCCATCGGCGGGGTCATTGTCGATAGCGGTAAATTCGACTGGACGGCTAATGACAAGTTCCCAGGATTGACGCAGCCGGATCCAAGCTATCATGGCGTTGTATATACAGAGGCAGTAGGCCCGATCGCTTATATCATCAAAGCGCGCGTGCAGCTGCTGCGGGATATCGGCGCATCGCTGTCCCCGTTCAATTCCTGGCTGCTGCTGCAAGGACTGGAAACGCTGCATCTCCGGGTGGAGCGCCATAGCGAGAATGCGCTGAAGGTTGCCCAGTACTTGGAGAGTCATGAGGCGGTGGAATGGGTGAGCTATGCAGGGCTGCCGAGTCACCCTTCGTATGAGTTGGCGAAGAAGTACCTGCCGAAGGGACAAGGCGCTATCCTGACCTTCGGTATCAAAGGCGGGGCAGCGGCAGGTCAGAAGGTGATCGAGAATGTGAAGCTGTTCTCCCACTTGGCCAACGTCGGGGATTCCAAGTCGCTTATCATTCATCCGGCGAGCACGACGCATCAGCAGCTGACGGAAGACGAACAGCTTACGGCGGGCGTAAATCCGGAATTGCTGCGTCTGTCGATCGGGACCGAGTCTATCGATGATATCCTGTATGATCTGGGTCAAGCTATCGCGGCAAGTCAGGAGTAA	MSEERQFSIETLAVHAGQELDPTTLSRAVPLYQTTSYGFKDSEHAANLFALKEFGNIYTRIMNPTTDVFEKRIAALEGGAGALATSSGQAAITFSILNIAGAGDEIVSSSSLYGGTYNLFSNTLAKLGIKVHFVDSTDPENFRKAINDKTKAVFAETIGNPQGNVLDVEAVAAIAHESGIPLIVDNTFPSPYLLRPIEFGADIVVHSATKFIGGHGTSIGGVIVDSGKFDWTANDKFPGLTQPDPSYHGVVYTEAVGPIAYIIKARVQLLRDIGASLSPFNSWLLLQGLETLHLRVERHSENALKVAQYLESHEAVEWVSYAGLPSHPSYELAKKYLPKGQGAILTFGIKGGAAAGQKVIENVKLFSHLANVGDSKSLIIHPASTTHQQLTEDEQLTAGVNPELLRLSIGTESIDDILYDLGQAIAASQE	PGPT0001995_267	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001995-metC-K01760	NA	NA
JZ016_03264	828	golD_2		NAD-dependent glycerol dehydrogenase	ATGGGAACCGTAAGTAATCAAGGAATGGAGAAGGTGGCTTTGGTAACGGGTGCTGGCGCCGGAATCGGACGAGGGATTGCCAAGGTTCTGGCTGAAAAAGGATATCGGCTGGCGATGACCTACAATTCGAGTAAAGATGGAATATTGGACATGGCAGAGGATATTCGCCATATCTATGGCAAGACGCCTCTTATTATCCAAAGCGATCTGACCGTTCGCAGTGAAGCGGAGAATACGATACGAAAGACGATAGAGGAGTTTGGCCGGATCGATCTGTTGGTGAACAATGCGGGGATCGGCCTATATGACGAGCTCACGGAGATTGAAGAGGACGCGCTGGACATGACGGTTCATCTCGATTTTCGAGCGCCGATGCTGCTTAGCAAATATGCTGTTCGGGAGATGATCGCCCAGGGAATTCCGGGCAATATCATCTTCATCACGTCTTCGCGGGGGGAGAGAGCCTATCCCAAGGACAGCATTTATGGCGGTATGAAGGCAGCGCTTATACGTGCCGCCCAATCGCTGGCGCTCGAGTGGGCTCCGCATGGCATCCGCGTAAACTGCGTGGCACCGGGAGCAACCGTTCACAAGCCGGACCAATCGGCAGAGGACGAGCCGCTGGGCAGAAAAATCCCGCTGGGAAGGCTCGGCACGCCGTCGGACATCGGGGAAGCGATTGCTTGGCTCTGCTCGGATGCGGCATCCTATATTACCGGCATCAATCTCCGTATAGACGGAGGTTTAATCTTGCCGGGCATGCCGGAGGATACGTCCCCGGAAGCCGGATATGGATGGGGCAGAGTGTATAAGGAGGACAAGGAATAA	MGTVSNQGMEKVALVTGAGAGIGRGIAKVLAEKGYRLAMTYNSSKDGILDMAEDIRHIYGKTPLIIQSDLTVRSEAENTIRKTIEEFGRIDLLVNNAGIGLYDELTEIEEDALDMTVHLDFRAPMLLSKYAVREMIAQGIPGNIIFITSSRGERAYPKDSIYGGMKAALIRAAQSLALEWAPHGIRVNCVAPGATVHKPDQSAEDEPLGRKIPLGRLGTPSDIGEAIAWLCSDAASYITGINLRIDGGLILPGMPEDTSPEAGYGWGRVYKEDKE	PGPT0014705_90	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0014705-gdh|ycdF-K00034	NA	NA
JZ016_03265	258			hypothetical protein	ATGAGTTCTGCGATGTGGATTATTGCGAGCGTTCTGGTCGCCGTATTCCTGATCATGATCCCTGTACAGTACCGGTATATTGCAGCGTTAAAGAAAGATCCCCGGAGGCAGGGGGTCGATCAGGAAACGTATTACAACAACATGTCGTTTCAAGAAGAACAACTCCATTACAATACGCAAGGATGGTTTTGGCCTTCCACCATGGTTGCTTCGTGGATTTATAATTGGAGGCATAAGAGCGGAAAAACGACCAAATAG	MSSAMWIIASVLVAVFLIMIPVQYRYIAALKKDPRRQGVDQETYYNNMSFQEEQLHYNTQGWFWPSTMVASWIYNWRHKSGKTTK				NA	NA	NA	NA	NA
JZ016_03266	858	btuD_9		Vitamin B12 import ATP-binding protein BtuD	ATGATTAGGCTGGAAGGACTGGAACGACAGGCGGGTACGTACCGGCTTGAAATCGACAAAGCGGAGATTCAATCCGGCCTCAACCTCATCGTCGGGGCGAACGGCGCCGGAAAAACCACCTTGATCGAGCTGCTGACCACGCTGCAGGCGCCCGATGCAGGCGAGATCCTGTACAGCGGGCGCAGGGCAGGGGATCATTTGCCGCTAATCCGCAGCCAAATCGGTTATGTCCCGGCGGATATCGAGCTGTATGGAGATATGAAGGTCGGCAAGCTGCTGACCTATATGGCAGAGTTAAAGGGCGTCTATAACCCGGAGGCCATTGACAGGCTGATGGCGGACTTTCGGTTGGAGCCTTTTCGCAAGAGCAAGGTCAAGAATTTGTCGCAAGGGGTGCAGCGGCGCATTGCCGTCGTACAGGCGCTGCTGGCTTCTCCTTCTTTTCTATTCCTCGATGAGCCGTTAAACGGCATGGACGCCGAGGAACGCAAATTCCTTATCACGTACCTGACCAAGTACGCCAGGGGCCGAATGGTGATCGTGGCCGCCCACGAGCTGAACGAATGGGAAGAGGCGGCGGATACCGTGATATGGATACACCGCGGTCGCATCCGGTATATCGGTTCACCGACCCAGTGGAAGCTGAATGTGGCGTCCAGCGTCTGGGAAGGCGAGATCGATCTGGAAGCCTTCGAGCGGATACCGCAGGAGCTGCTGATTCATTTTCAAATGACGGAACATCACATGAGAGTAAGGCTGATGGGGAAAAAGCAGCCGGGTCCCGAATTTGTGGAGAAGGCGCCTACGCTGGAGGATACCTTTTTCCTACATATGAACGCCTTAGCCAGACGCGGCTGA	MIRLEGLERQAGTYRLEIDKAEIQSGLNLIVGANGAGKTTLIELLTTLQAPDAGEILYSGRRAGDHLPLIRSQIGYVPADIELYGDMKVGKLLTYMAELKGVYNPEAIDRLMADFRLEPFRKSKVKNLSQGVQRRIAVVQALLASPSFLFLDEPLNGMDAEERKFLITYLTKYARGRMVIVAAHELNEWEEAADTVIWIHRGRIRYIGSPTQWKLNVASSVWEGEIDLEAFERIPQELLIHFQMTEHHMRVRLMGKKQPGPEFVEKAPTLEDTFFLHMNALARRG	PGPT0006725_19311	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03267	843			hypothetical protein	ATGGATCATCCATTCGATAATGAATTGAGAAGACTCGAAGACGAGCTTCGCGGCCCGCTTAGACGCGCTGCTCTTCCATCGCCGTCGCCGGATGAGACGGCGCAGCTCATTGCGTCCCTTCAGGGAGAGTTCAATCAGCTCAGGATTGAGCCCGAGTCCCCCAAGCTGGATTTTAATCCGCAGGTCGACCCGCCCTCATTAAAACAGATTCTTCGGAGCCAGATCCGATTGAATCAAAGGTCCATTCTGCTCACAGCAGGCGCGGTATTCTGCATGTTGGTTCTGCTGATCGATCCGGAGTATCCATTGGATCAGTTTGCCGGATTGCCCGGCGGCATTTTTCCATTGATTACCCCGCTGCTGCTGATTGTATCGATGCTGTTCAGCAGCCGAACCTGGGATAAAGGGATGCGGGCCGTGGAGACCCTGACCCCATACCCGCCGGCCCTTGTATTGTATACCCGCCTGCTGCTTGTGACCGGCATCGTCATCGGAATGGCCTTGCTGAGTACCCTCGCGCTCGGGCTGCGATCCATCCAGGCGGAAACCTCCCGCTTTTTATTCGGGCCCTTTATCCTGGAGTGGATGGGGATTCTGCTGGTGACGGGAGGAGCTGCGATGTATATGCTGTTTCGCAAAGGCATGGTCGTCTCACTGATCTCGGCCGTCCTGGTCTACGGCATGTGGATCGTGATTCAAGGACAGATCGTGGATCACGGCGTTTCGATGAGCGGTAAAATGATGACGGACATGGCCCTGCTTGTGATTGGAGTAATTCTGCTCGTCTCTTCCTACGGACGCAGCTTGAAGCTGAACGGAGCCTGGAGAATGGCGAATGATTAG	MDHPFDNELRRLEDELRGPLRRAALPSPSPDETAQLIASLQGEFNQLRIEPESPKLDFNPQVDPPSLKQILRSQIRLNQRSILLTAGAVFCMLVLLIDPEYPLDQFAGLPGGIFPLITPLLLIVSMLFSSRTWDKGMRAVETLTPYPPALVLYTRLLLVTGIVIGMALLSTLALGLRSIQAETSRFLFGPFILEWMGILLVTGGAAMYMLFRKGMVVSLISAVLVYGMWIVIQGQIVDHGVSMSGKMMTDMALLVIGVILLVSSYGRSLKLNGAWRMAND				NA	NA	NA	NA	NA
JZ016_03268	690			hypothetical protein	ATGATTTCCGATCAGCAGCTGTCCGAACGCATGGCTGCCGGCGACCAGGAAGCTTTTGAGATGCTGGTGACGAGGTACCATGGTCCGCTGCTCAGTTATACGACCCAGAGGCTGGCCGACAGGCAAAAAGCCCAGGATATCGTTCAGGAAACGTTTATCCGGCTCATTCGGCATCTGAAGCAGCACGGCACGCTGGAACATGTTCGCTCCTGGCTTTATCGCGTCGCTCTGAATATGTGCAAGGATTATTGGAAAAGCGCATCCTACAGGTCTGAAGGTCTGGCGGGTGAGGAGCTGCCGGATGCATACGACCCTGCACCCGGCGCGGAAGAACTCGTGGAAAGGCAGGAAACCTCGCTCGAGATTGCAGCATCGCTGGAGAGCCTGCCCGATATACAACAGGAAGTCATATCTCTTCGATTCTTTCATGATCTGAAGCTGCAGGAAATCGCCGACCTGGTCGACCTCCCCTTAAGTACGGTGAAAACGCATTTATATAACGGCTTGAGAAAGCTGAAGAAAACATTGTCCATGGAGCATTCCGATTTGGTACCCGTTCACCCCTCCCGAAGGACGCGGGAGACGAGTCCCCAGGAACAGGTAAGGAACCGCTCCAAGTCGGAAGAGCCGGATTCGAAGAGCAAAGTAAAAGAAAGTGAGGTGTATCTCCATGGATCATCCATTCGATAA	MISDQQLSERMAAGDQEAFEMLVTRYHGPLLSYTTQRLADRQKAQDIVQETFIRLIRHLKQHGTLEHVRSWLYRVALNMCKDYWKSASYRSEGLAGEELPDAYDPAPGAEELVERQETSLEIAASLESLPDIQQEVISLRFFHDLKLQEIADLVDLPLSTVKTHLYNGLRKLKKTLSMEHSDLVPVHPSRRTRETSPQEQVRNRSKSEEPDSKSKVKESEVYLHGSSIR				NA	NA	NA	NA	NA
JZ016_03269	2202			hypothetical protein	ATGCATAAATGGTGGAGGCACAGTCTTCTTGAGCTTCGGCTTTTGTTCGGCAATCCTTTGTTTGCCTCGCTTCCGATCATCTATGCGATTCTGTTCATCATTATGATGCTGCAGGCGGCGAGCGGCAACGGGCCGAACCATAATCTGTACACGGCGGCTTATTCCTTCCACATGCTGGGTCATACGATGACCCTGGGTCCGGCTATGTTAATTGGCATCTTGTCCATTCGCCGGGATGTCCGCCGTCGATCCTTTGAATGGAATCACAGCTTGCCGGTATCTTTCTTTACCTTGTTGTCGTCGAAATATGTGGTCAGCTTGTTGTACTTTTCCCTGTTCACATTGTCGACGTCGGTTATATTCTATATCCTGTCGGTTAGCCAAGGAATCGCCGGTCATATTGCGATGATGCATACCATGCAATTTGCTGTCCAGTATGAGGTTTCCTACATGGTGACACTCGCGCTCGCCATGCTTCTCGGGGCAAGCATTCCGAATCGGATCGTTTATTTGATTGGTTTCTGTGCATGGATGTTCGGAACGTTTTTCATGGAAATTTATATTATCAGCGAATTAAGATGGATGCCGGCCCAAGTGTTTCACCTCAATCAATTCTTCCTTCAATCCAATCGGTTTGAATATGAGAATTGGGGGTACGACCTGTTTGGCGAAGATTTAATGAGTTCCCGGTGGTTCGTGCTTGCCTTCACGTTCCTGCTGCTAACGGTGTGTTTGTTCTTGTTAAACCGCAAACGCCCCACGATGCTGCTGAAAGCGGGATGGCTCGCGGTGCTCGGGGCTGTCGTATTGACGGCAGCTGCAGCGGTACCTTACGGCACGCTATGGGCGGAACGATATGCCCAAATTGATGCGAAGCTTGAAGACCCTACGGTTTCTTATATCGATGATCCTGAAGCTGGATCCTTTTATCATGTTTCTTCTTATGATATCAAACTGAAGCGGCTGCCAAACGATGAACTTCGCGTGATGGCAAAGCTAACGATACCCGCCTCCGAATTATCGGGCATGAGGCAGCTTCCGTTAACCCTGAACCGGATGTTCAAGCTTGAGCGTGTCCAACTTCAAGGTCTTGACGCTCCTTATCGCAGACAGGGAGATCGGCTATCGGTAAGGATGGTCGGCGATGCCAAGGGAGGAGACATTCAAGCCGAGCTGGAATATAGGGGCAAAGTCATGGACTTTATGGCCGGGTACTCCCGTGAGGAATTTTCGGTTTACAGTGTGGGACCCGAAGTTAAACTGGATGGATTTATCGCGTGGTATCCGCTTCCCGGTTATCAGCATGTATATTTAAAGAGTGATAACGAAGACCGTCCTCCGAAATATGTTTATTTGGGCTGGGAATTCGGCCGGATGCGTTATTCTTTCGGTGAGATGAAGCTGGAGGTGGAAGGTTATCCGGTTCCCTTGTATACGGGGATGCAGGAGCTGGAACGGAGGCCCGGCTACCAGCGGTTTGAGGATAGGGGGATCGAGCAGAACATCTCCCTGTACGGAGGTCGTTTCTGGAAGGAAATCCGCCGGAACGATCTCCCGATTACCGTCGTGACAACGCCATATATGGAGAAGGCATCCGTGATGATGCTGCGGGATATGCAAAAAAAATATGACTATTTCTCCAAGTGGGTACCCGCGTTCAACAGCAACGTCGACAAGATCTTATATTTAGGTCAAGGTTTTGATTATCCCCGGGTGGACCATCGTCTGATTTTGTCCTCGAACCAGTACACATATAACTACTCAAACTTGTCGGGCGAATGGATGAACTCGATTCTGTTTGGCAACCAGGATGGGCTTAATTATTATTTTGAACATCCGGAACGAGATGTGCGCGGGAAGATCAGCAGTCTTTTCTGGTATGTGTATTATGTGGAAGAGAAAGGGCTTAGCGATAAACAGCTGAGATCCGCTTACGGAAATCTCCGGTCGGTACAGCAACTGTTATTCAAGAATGGGGACGGCGATGATCCTCAAAACAAAATAGGGATAAGTATGGCTCAGCAAGTCAGAAGGGCGTTGGAAGAAGGCAGAGGGGATCAGGTCAAAGAACTGCTGGTTCATTTTTACCAGCAAGGGCTGATGCTCCCGAGCACCGAACGGAATTCGTACTTAAATCCGGAGAGCCCGATTACGTACAAAGAGTGGCAGCAGAAATGGGATGCCATGTTGAATGTCAAATAA	MHKWWRHSLLELRLLFGNPLFASLPIIYAILFIIMMLQAASGNGPNHNLYTAAYSFHMLGHTMTLGPAMLIGILSIRRDVRRRSFEWNHSLPVSFFTLLSSKYVVSLLYFSLFTLSTSVIFYILSVSQGIAGHIAMMHTMQFAVQYEVSYMVTLALAMLLGASIPNRIVYLIGFCAWMFGTFFMEIYIISELRWMPAQVFHLNQFFLQSNRFEYENWGYDLFGEDLMSSRWFVLAFTFLLLTVCLFLLNRKRPTMLLKAGWLAVLGAVVLTAAAAVPYGTLWAERYAQIDAKLEDPTVSYIDDPEAGSFYHVSSYDIKLKRLPNDELRVMAKLTIPASELSGMRQLPLTLNRMFKLERVQLQGLDAPYRRQGDRLSVRMVGDAKGGDIQAELEYRGKVMDFMAGYSREEFSVYSVGPEVKLDGFIAWYPLPGYQHVYLKSDNEDRPPKYVYLGWEFGRMRYSFGEMKLEVEGYPVPLYTGMQELERRPGYQRFEDRGIEQNISLYGGRFWKEIRRNDLPITVVTTPYMEKASVMMLRDMQKKYDYFSKWVPAFNSNVDKILYLGQGFDYPRVDHRLILSSNQYTYNYSNLSGEWMNSILFGNQDGLNYYFEHPERDVRGKISSLFWYVYYVEEKGLSDKQLRSAYGNLRSVQQLLFKNGDGDDPQNKIGISMAQQVRRALEEGRGDQVKELLVHFYQQGLMLPSTERNSYLNPESPITYKEWQQKWDAMLNVK				NA	NA	NA	NA	NA
JZ016_03270	870	btuD_10		Vitamin B12 import ATP-binding protein BtuD	ATGATTACCATTGAGCATCTATCAAAAACCTATCGCAAGGGCGCTTGGGCGCTCTTGGATGTTTCTCTACAATTGGATAAAGGTATGACGGGTCTGCTAGGCCCCAACGGCGCCGGCAAAACCACGCTGATGCGCATTCTGGCAACCTTATTGACGCCGACCTCCGGGCAGGTAAGAGTGAACGGGATATCGATTGGACGGCCGGAGGAGATCCGGCAGATGATCGGGTATTTACCCCAGCATTTTCACATTTATCCGCAGCTGACCGGCCGAGATTATCTGGATTATGTGGCCGCTATGAAAGGGATCACGGAACGGAGTGCCAGGCAGAAGGAAATCTCCAGGCTGCTCGAGATGGTGAATCTCCAGGGAAAGGCTGATAAAAAAGTTCGCACTTATTCCGGGGGAATGAAGCAGCGGTTGGGTATTGCCCAAGCATTATTGGGATCGCCTGATATCTTGATCGTTGACGAACCGACATCCGGGCTGGATCCCCAGGAGCGTGTCAGGTTCCGGAATGTGTTAACCCGCTTTAGCATCGACCGGACAGTCCTGTTATCCACCCATATCGTCGCCGATATCGAGAGCAACTGTCGTCGTATCGCAGTCATGAACAAGGGGAGGTTGGCCATGAATGGCAGCCTGACTGAACTGCAGGCTTGCGGGAAGGGACAAGTATGGGAAGCGGTGATGAGTCCGGATGAATTTGCCTTGATTGATCCCATGTCCGTCGTGTCTACCCGAACCGTCCCGGAAGGCGTTCTCTGCCGGTTTATCGGCCAAGCGCCTCCGGTTGCAGGGGCGTTTCCCGCGGATCCGACTCTGGAGGATGGGTATCTGAGCCTGCTGCGGAGGGATCGCCATGCATAA	MITIEHLSKTYRKGAWALLDVSLQLDKGMTGLLGPNGAGKTTLMRILATLLTPTSGQVRVNGISIGRPEEIRQMIGYLPQHFHIYPQLTGRDYLDYVAAMKGITERSARQKEISRLLEMVNLQGKADKKVRTYSGGMKQRLGIAQALLGSPDILIVDEPTSGLDPQERVRFRNVLTRFSIDRTVLLSTHIVADIESNCRRIAVMNKGRLAMNGSLTELQACGKGQVWEAVMSPDEFALIDPMSVVSTRTVPEGVLCRFIGQAPPVAGAFPADPTLEDGYLSLLRRDRHA	PGPT0006725_18643	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03271	906	iolS_4	COG0667	Aldo-keto reductase IolS	ATGAGAACCAATCAGCTGGGATCTTCGGAATTGTATGTAAGCGAAATAGGGCTGGGCTGTATGTCACTGGGTACGGATGAGGGACAAGCCGTGAAGCTTATCCATGAAGCGCTGGACCGGGGCGTGAATTTTCTGGACACAGCGGATCTGTACGACGAAGGCCGTAACGAGGAACTGGTAGGCCAAGCGGTTCAAGGCCGGCGCGAGGATGTGATCATCGCTACCAAAGTCGGCAACCGTCGTGTACCGGGACAGGAAGGCTGGGTATGGGATCCTTCCAAGGAATACATCAAATCCGCCGTTAAGGACAGCCTCCGCAGATTGGGTACGGATTATATCGATCTGTATCAGCTTCATGGGGGGACGTTAGATGATCCTATTGACGAGACGATTGAAGCTTTTGAAGAGCTGAAGCGGGAAGGGTGGATTCGATACTATGGCATTTCGTCCATCCGGCCGAACGTCATCCGCGAGTATGTTGCGAAATCCAATATCGTCAGCGTCATGAGCCAGTACAGCATTCTGGACCGGCGACCGGAGGAAGCGGTGCTCGACCTGCTTGCTGAGAACGGAATATCCGTCATTGCACGGGGACCCGTTGCCCGCGGCATCTTAACGGACCGTGGACAAGCCAAAGCCGAGAAGGGCTATCTGGATTACAGCAAAAATGAGCTGCTCGCTGTACTCAAGGAGCTTGAAGAGGTTGGCGGTGACACGGATCTTTCCCATCTGGCTATTCGTTATGCTTTGGCCCATGCCGCAGTTGCCTGCACCATCCCTGGTGCAAGCTCGCTTGAACAGCTGCGGCATAACTTGGCGGCGGGAAAAAGAGAAGAGTTATCGCCGCAGGACATCCAATCGATCCAGGCGATCAGTCGTGCCAACCAATATGAGGCGCATCGGTAA	MRTNQLGSSELYVSEIGLGCMSLGTDEGQAVKLIHEALDRGVNFLDTADLYDEGRNEELVGQAVQGRREDVIIATKVGNRRVPGQEGWVWDPSKEYIKSAVKDSLRRLGTDYIDLYQLHGGTLDDPIDETIEAFEELKREGWIRYYGISSIRPNVIREYVAKSNIVSVMSQYSILDRRPEEAVLDLLAENGISVIARGPVARGILTDRGQAKAEKGYLDYSKNELLAVLKELEEVGGDTDLSHLAIRYALAHAAVACTIPGASSLEQLRHNLAAGKREELSPQDIQSIQAISRANQYEAHR	PGPT0017540_1449	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017540-yajO|iolS-K23107	NA	NA
JZ016_03272	795			hypothetical protein	TTGATAGTGCAGCTTGTAGTCATGATCTTTATAGGTATCATCGGTTCTTTTTTCTCAGGACTGCTGGGAATTGGCGGAGCGATCATTAACTTTCCCTTGCTGCTTTACGTTCCTTCCTGGTTTGGACTGGAGGCTTTTACCTCCAAGGAAGTGGCGTCCATCAGCATGCTGCAGGTATTTTTCGCCTCATTGTCAGGCATGATCACCAACCGGATGAGTTCGCGCGGCGGTGAGTCGTACTTTCACAAGCCATTGGTCATTCAGATGGGGATCAGTACCTTGGTTGGCAGTCTGATCGGGAGTCTGTCCTCGATGCTGATGACCAGCGGTACGATTAACGTGATCTACGGTTTTCTGGCGGTTATCGCCGTGTTATTGATGATTGTGCCGACCCGGGCAACCATGGAAAACAGGTCGGTTAGCGAGGTGACTTATCACTCGGGGATTGCAATGGGAGCCGCCTTTATCGTTGGCGGTATTGCGGGGATTGTCGGCGCTGGAGGCGCCTTTATCCTGATCCCCATCATGCTGACGATCCTTAAGATACCGACGCGGATCACCATCGCATCATCACTCGCGATCGTCTTTCTGTCCGCGGTCGGGGGCGTTGTCGGCAAAATCGCCTCTGGCGACATTCCGATCTGGCCGTCCTTGTTCGCGGTTGCCGGAAGCTTGATGGGTGCCCCCTTCGGCGCCATCATCAGTCGCAAGATGAATGTCCGACTGCTGCGATACGCCTTGGCACTTCTCATTGCGGTTACGGCCGTGAAGATCTGGATCGATATTTTAGGGTAA	MIVQLVVMIFIGIIGSFFSGLLGIGGAIINFPLLLYVPSWFGLEAFTSKEVASISMLQVFFASLSGMITNRMSSRGGESYFHKPLVIQMGISTLVGSLIGSLSSMLMTSGTINVIYGFLAVIAVLLMIVPTRATMENRSVSEVTYHSGIAMGAAFIVGGIAGIVGAGGAFILIPIMLTILKIPTRITIASSLAIVFLSAVGGVVGKIASGDIPIWPSLFAVAGSLMGAPFGAIISRKMNVRLLRYALALLIAVTAVKIWIDILG				NA	NA	NA	NA	NA
JZ016_03273	180			hypothetical protein	ATGTTGAATAAGCTGAAATTCCTTTTTCAGGACCGTTGCCCCGACTGCGAGCAGAAGCTGATTTCCAGGCAGGAAGACATGGCTACGATCAAGCATTGCCCGGATCACCACTACACCGAAGAAATATATAATCAGCTGGGAGTTACGATTGTCTATCATCCCAGCAAAGATAACAGTTAA	MLNKLKFLFQDRCPDCEQKLISRQEDMATIKHCPDHHYTEEIYNQLGVTIVYHPSKDNS				NA	NA	NA	NA	NA
JZ016_03274	561			hypothetical protein	ATGAGGAGCGCTTGTTATCGCATCGTGTGGGGGCTGCTCTTTGTACTGGTCGACCTTAAGATCGAATTTGTGGATGTATTGCCGGACATGCTGGGATACCTGCTGATGGCTTCGGGATTATGGCGGCTTCAGGCATTAAACGGATATTTTAGGGCAGGTCATCTGTCAGCCTGGCTGCTGCTGATCTGGTCGGTTCTTTCATTATTCTGGTTTCCTGAGGTGGGGACAGGGAGCGTGCCTATGCAATCGGTGAAGGGGCTGCTGATTCAACTGCCTGCCGTCTGCTTGCATATGGTATTGATTTTCGGAATCTGCCGAGGCATCCAAGCCAATTTCACAGACGCCGAATCCGGATTGGATCATAAGGCGCGCTTCCGTGGGTACATGTTTATGGCAGCGCAGCTGCTATGGCTTATCGCTTACCCGTTCATCTTAAATCTGGATTCAGGCGATATGATCCCTGTGATTTTTGTATGCTCGCTCGTTGTGATGATTGCCGAGATCGCGGTTCTGCTTCTCGTCAGGCTGGCCGGACGGGAATGGGCAGAGGGAAAGGAATAA	MRSACYRIVWGLLFVLVDLKIEFVDVLPDMLGYLLMASGLWRLQALNGYFRAGHLSAWLLLIWSVLSLFWFPEVGTGSVPMQSVKGLLIQLPAVCLHMVLIFGICRGIQANFTDAESGLDHKARFRGYMFMAAQLLWLIAYPFILNLDSGDMIPVIFVCSLVVMIAEIAVLLLVRLAGREWAEGKE				NA	NA	NA	NA	NA
JZ016_03275	912			hypothetical protein	ATGAGCAAGAAATGGTATTATGTTCTCGCCATCCTGTTCGTAGCCTGCAGCTGGGTCGGGAATGTCTGGTATTATGAAGCCAACCAACTGGGAAGAACCGTATTCCTTGAGCATCATGTGGAGACGAGGGAAGGGGGAGGCAGCGTATTTGACTTGTATTATGTAGAGGACAAACGATCAGACAAGACGTTAAGCTCCATCCGGATCGAAGGTTATCCCGAACAGATCGTAACGCCATACCCCAAATATGCAGAGTATCAGAGGCAATACTTAGGCAAAATGATGGTGAACTTGAATAAACCCGCTCCTGAGGAAGAAGCCCCAGAAGTAGAGCAGCTTAAGGAACCGGTTCTCGTTCGAGAGATTACCGCCCTATATTCCGATGGAACCTCGGAACAAGTGGATATCGGGGAGATTTACATATGGCCTGGCGTATATGATCAGGAAGAACAACATCCGGTATCGTGGACGTCCGGCGGATCCTCTTCCGATAACTCGGGCTACGAATCTGCCGTCGTGAAGCGGAACCTTCAGTTAACGGCGTTCTCTTCTAAATTGCTGGATATCGCAGAAGAGGGGGATCTTCGAATCCATGCCGACATTTCCGGACTAATACCGGGTACTAGTTACCAGTCGCAGCCTTCGGAAGCGCACATCGAGTTAAGAGGTGAACCTATCGACGAGATTCAGCTTCCACTTAAGATTAATAAAGGGGATTCCATTAGAATCAGCCATCAATTTGATATGCCATCGCTTAAGAAGAGTATGCAGGTATATCAGTTGATATTGAGAAGCACCTTTATAGAGGAACGCGGGCGGAGATGTTATGAAGACACGCTGATTCCTTATCAACCAAGTCCGACGGAACAAGAAATGGCGAAATTTGTCCGGGAAAGCAGGAAGGGGTCATGA	MSKKWYYVLAILFVACSWVGNVWYYEANQLGRTVFLEHHVETREGGGSVFDLYYVEDKRSDKTLSSIRIEGYPEQIVTPYPKYAEYQRQYLGKMMVNLNKPAPEEEAPEVEQLKEPVLVREITALYSDGTSEQVDIGEIYIWPGVYDQEEQHPVSWTSGGSSSDNSGYESAVVKRNLQLTAFSSKLLDIAEEGDLRIHADISGLIPGTSYQSQPSEAHIELRGEPIDEIQLPLKINKGDSIRISHQFDMPSLKKSMQVYQLILRSTFIEERGRRCYEDTLIPYQPSPTEQEMAKFVRESRKGS				NA	NA	NA	NA	NA
JZ016_03276	342			hypothetical protein	ATGATGAATCCATCGATCGAAGAGGTCACCCATTGGCTTCAATCCAAAAGCAATCACACTCTGCACATATCCAAGCAAGAAGAGAAGGATCAGGATCAGATTAAAATACAGCTGGAGCGTTTTGAACACCAGCAGCATCAAGAGCAGTCCATCGACGGTTATGGAGACCGCCATGCGCTCCTGCTGCACGGCCCCGGCGTTGTCATCACGGCCGGCCATGAAGCGCCCCTGCCAAGTGATGCCTTCGTCATTGGACTGGACGGGTTAACGGCTGCGGACATCCAGGACCATCAAGTGGTGCTCACTACGGATCGGAGTACCTATTCCATCACGACAACCTAA	MMNPSIEEVTHWLQSKSNHTLHISKQEEKDQDQIKIQLERFEHQQHQEQSIDGYGDRHALLLHGPGVVITAGHEAPLPSDAFVIGLDGLTAADIQDHQVVLTTDRSTYSITTT				NA	NA	NA	NA	NA
JZ016_03277	2190	agaA_2		Alpha-galactosidase AgaA	GTGAGTATACATTTTCATGAAGATCTGGGAGTGTTCCATCTCCAAAGCGATCGGTCAAGTTACGTGATTGAGCTTGTGCGGGGCGTTTATCCGGCGCATGCCTATTGGGGGCGCCGGATTCGCGATAACCGCGTCGGCAATTTGCTGGAACGCCGGGGAAGAGCATCCTTTTCGCCAACGCCGTTTCGCGAGGATGCTTCCTTTTCCCTGGACAGCTTGCCTCAGGAATATCCCGGCTACGGCAGCGGCGATTTCCGGCAGCCTGCATATCAGGTACAGCTGGCTAACGGGACTACGGTCACCGAAGCGGAATATGTCCGTCACCGGATATACAGCGGCAAACCGAAGCTGGAAGGCTTGCCTGCCGTATATACGGAACAGGATGCCGAAGCGGATACGCTGGAGCTGGAACTTTTTGATCGGGCAAGCGGCTTGACGATTTATTTGTCTTATACGGTCATGAATGCGTTCGACGCCATCACGCGTTCCGTGTCCTTCCGTAATGACAGCAAGGAGAACATCACCCTGCTGCGGGCCATGAGCGCCAGCGTGGATATGAATCATAGCCGTTATGATCTTTTGCATCTTCATGGGGCATGGGCGAGAGAGCGCCATGTGCAGCGCAGGAGATTATCTCCCGGCATGCAGGGAATTGAGAGCCGCAGGGGTTCAAGCAGCCATAACCATAATCCGTTCCTTGCGCTGCTGTCCGAAGGCGCCGGCGAAGAGCACGGTGAGGTGTACGGCTTCAGCCTTGTATACAGCGGCAGCTTCTCCGCGCAGGTTGAGGTGGATCAATACGAAACAGCCCGGGTCACGATGGGATTGAATCCATTCGATTTTTGCTGGCTGCTGGAGCCGAGACAATCGTTCCAGACGCCGGAAGCGGTAATGGTCTTCTCGGCGGAGGGCCTCGGCGGCATGTCCAGACGCTATCATAAGATGTACCGTACAAGGCTGAGCCGGGGGCAATTCCGGGATGCCACGCGCCCGGTGCTGGTTAACAACTGGGAAGCGACCTACTTTAACTTTAATGCGGATAAAATCGAGCAGATCGCCAGCGCCGGAAGGGATCTCGGTATCGAGCTGTTCGTGCTGGATGACGGATGGTTCGGCAAGCGAAATGATGATACGACTTCCCTTGGGGATTGGGTCGTTGACAAGAACAAGCTGCCGGAGGGCCTGGAGGATCTCGTGAAGCGGGTCCGCAATCTGGATATGCAGTTCGGCTTGTGGTTTGAGCCGGAGATGATTTCGCCGGATAGCGATCTGTACCGTCAGCATCCGGACTGGTGCCTGCATGTGGAGGGACGCCGGCGAACGGAAGGAAGACAACAGCTGATCCTGGACTTCTCCCGTGAGGAAGTAGGCGATGCGGTGGCCGATATGGTTCGGAGCATCCTGCAAAGTGCGCCGATTACCTATGTGAAGTGGGACATGAACCGGAATATGACGGAAATCGGATCGGCTGCGCTGCCGCCTGAGCGCCAGCGGGAAACGGCCCATCGTTATATGCTGGGGTTGTATCGGGTGATGGAGCAGCTGACGACCGAGTTCCCGCATATTTTGTTTGAGAGCTGCTCCGGCGGCGGCGGACGTTATGATCCGGGGATGCTGTATTACATGCCGCAGACGTGGACAAGCGATAACTCCGATGCCGTCAGCCGATTGAAGATTCAATACGGAACGAGCCTTGTGTATCCTCTAAGCTCCATGGGAGCCCATGTGTCCGCCGTTCCGAATCATCAGGTGTTTCGGAATACTTCGCTGCGTACGAGAGGCCATGCAGCGATGTCGGGCAATTTCGGATATGAGCTTGACCTGACGGCCTTCAGTGAGCAGGAAAAGGAAGAGGTCCGCGAGCAGGTGAAACTGTACAAGGAGATTCGGCATCTGGTGCAGTTCGGGGATTTCTATCGCCTTCGGAATCCGTTCGAAGGGAACGAAGCAGCCTGGACCATCGTCTCCGAGGATCGCTCGGAAGCGGTGCTGTATTACTTCCGCATCTTAAGCGAGGCGAATGAGCCGATTGTGTGGCTGCGCACGGCAGGGCTGGATCCGGAAGGGGATTATCGGTGCGTGGAGGATGGGAACATCTACGGCGGGGACCGACTGATGAACGCCGGATTGGCCATTCCCGCGATGCATGGCGATTTCCAGAGCTTCATGTGGAGATTCGAGCGAGTGTAA	MSIHFHEDLGVFHLQSDRSSYVIELVRGVYPAHAYWGRRIRDNRVGNLLERRGRASFSPTPFREDASFSLDSLPQEYPGYGSGDFRQPAYQVQLANGTTVTEAEYVRHRIYSGKPKLEGLPAVYTEQDAEADTLELELFDRASGLTIYLSYTVMNAFDAITRSVSFRNDSKENITLLRAMSASVDMNHSRYDLLHLHGAWARERHVQRRRLSPGMQGIESRRGSSSHNHNPFLALLSEGAGEEHGEVYGFSLVYSGSFSAQVEVDQYETARVTMGLNPFDFCWLLEPRQSFQTPEAVMVFSAEGLGGMSRRYHKMYRTRLSRGQFRDATRPVLVNNWEATYFNFNADKIEQIASAGRDLGIELFVLDDGWFGKRNDDTTSLGDWVVDKNKLPEGLEDLVKRVRNLDMQFGLWFEPEMISPDSDLYRQHPDWCLHVEGRRRTEGRQQLILDFSREEVGDAVADMVRSILQSAPITYVKWDMNRNMTEIGSAALPPERQRETAHRYMLGLYRVMEQLTTEFPHILFESCSGGGGRYDPGMLYYMPQTWTSDNSDAVSRLKIQYGTSLVYPLSSMGAHVSAVPNHQVFRNTSLRTRGHAAMSGNFGYELDLTAFSEQEKEEVREQVKLYKEIRHLVQFGDFYRLRNPFEGNEAAWTIVSEDRSEAVLYYFRILSEANEPIVWLRTAGLDPEGDYRCVEDGNIYGGDRLMNAGLAIPAMHGDFQSFMWRFERV	PGPT0018835_825	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407	NA	NA
JZ016_03278	2043	bgaP_1		Beta-galactosidase BgaP	ATGATTAATCAACGTTTTCCCAAGATATGGTATGGCGGGGACTATAATCCCGAGCAATGGGATAAGGCAACGATGGAAGAGGACCTGCGCATGTTCGAACTGGCCGGTGTTGACGTGGCGACCCTCAATGTATTCTCCTGGGCTAAAACGCAGCGCGATGAGGACAGCTATGATTTCACGTGGCTTGACGAAATTATGGACCGCTTGGCAGAGGAGCAGGTTCATGTCTGCTTGGCAACAAGCACGGGGGCGCATCCGGCCTGGATGGCCAAGAAATACCCGGACATCCTGCGTGTTGACTACGACGGGCGCAAACGCAAATTCGGCGGTCGCCATAATTCATGTCCGAACAGCCCGACATATCGCAAATATTCGGTGCTGATGGCGCGTAAGCTGGCTGAGCGCTACAAAGATCATCCGGCACTGGTCATCTGGCACGTCTCGAATGAGTACGGCGGGTATTGTTATTGCGACAACTGCGAGTTGCAGTTCCGCGTCTGGCTGAAAGAGCGCTACGGGTCGCTCGACAAGCTGAATGCCGCATGGAACACCGGCTTCTGGGGCCATACCTTTTACGAGTGGGACGAGATTGTGGTACCGAATGCGCTCAGCGAGGAATTCGCCGGAAACCGAACCTTCTTCCAAGGGATATCGCTGGATTACCGCCGTTTCCAGTCCGACAGCCTGCTGCAATGTTACCGACTGGAACGAGATGAGCTGAAGAAAATTACGCCGGATATTCCGGTCACGACTAATCTGATGGGTTTTTATCCTGAGCTGGATTACTTCGAGTGGGCGAAGCACATGGATGTGGTATCCTGGGACAATTATCCCGCGATCGATACGCCGGTAAGCTTTACGGCGATGGCGCATAATCTGATGCGCGGGCTGAAAAGCGGACAGCCGTTCATGCTGATGGAGCAGACTCCGAGCGTTCAGAACTGGTCGCCCTACAATTCCGCTAAGCGTCCCGGCGTAATGAGGCTGTGGAGTTATCAGGCCGTAGCGCATGGCGCGGATACGGTCATGTTCTTCCAGCTCCGCCGTTCCGTCGGGGCGTGCGAGAAATTCCATGGCGCATTGATCGAGCACGTCGGACATGAGCATACCCGGGTCTTCCGGGAATGTGCGGAGCTGGGGCAAGAGCTGCAGCAGCTCGGAGACAAGCTGCTCGACTCCCGTTCGGACGCCAAGGTAGCGATTATGTATGATTGGGAGAATCGTTGGGCGTTGGAGCTGTCAAGCGGACCTTCCAAAGCGCTGAACTACGTGGATGAGGTTCATAAGTATTATGATGCGCTGTACCAGCTGAATATCCAGACGGATATCATCAGCGTTGAGGAGGACCTGAGCAAGTACGATGTGGTCATTGCCCCGGTGATGTATATGGTTAAGCCTGGCGTTGCCCAGCGCGTGGAGCGGTTTGTGTCCAGGGGCGGAACCTTTGTGACGACCTTCTTCAGCGGCATCGTCAATGAGAACGATCTGGTGACCCTGGGAGGTCATCCCGGCGAGCTGCGCAAGGTGACTGGCATCTGGGCCGAGGAGATCGATGCCCTGCTTCCCGGGCAGCAAAATCAGATCAACATGAAGCAGGATTGGGGGTCGCTGCGTGGAAGTTATCCATGTGGAATTTTGTGTGACGTCATCCATGCGGAGACAGCGGAGGTTCTGGCGGAGTACGGATCCGACTTCTATAAAGGCACGCCTGTTCTCACGAAGAATGTCTTTGGCGAAGGTCAGGCCTATTATGTGGCGAGCAGTCCGGATTCGCAGTTCCTGCAGGGATTTCTCGCCAATCTGTGCGAAGAACAGGGCGTGAAGCCGCTGCTGGAAACACCAGCCGGAGTAGAGGTGGTAGAGCGGGTGAAGGATGGGAACTCCTACTTGTTCATCATGAACCACAATGCCGAAGAGATGACGTTTGATGCAGGTTCTGCCAATCAATTCGATCTCCTGGGCAGCCGGCAGATTTCAGGCCATGTCACGATTCCGGGAAGGGACGTCATGATTCTGGAAAGGACGGCCGCCGTAAGGTCTTAA	MINQRFPKIWYGGDYNPEQWDKATMEEDLRMFELAGVDVATLNVFSWAKTQRDEDSYDFTWLDEIMDRLAEEQVHVCLATSTGAHPAWMAKKYPDILRVDYDGRKRKFGGRHNSCPNSPTYRKYSVLMARKLAERYKDHPALVIWHVSNEYGGYCYCDNCELQFRVWLKERYGSLDKLNAAWNTGFWGHTFYEWDEIVVPNALSEEFAGNRTFFQGISLDYRRFQSDSLLQCYRLERDELKKITPDIPVTTNLMGFYPELDYFEWAKHMDVVSWDNYPAIDTPVSFTAMAHNLMRGLKSGQPFMLMEQTPSVQNWSPYNSAKRPGVMRLWSYQAVAHGADTVMFFQLRRSVGACEKFHGALIEHVGHEHTRVFRECAELGQELQQLGDKLLDSRSDAKVAIMYDWENRWALELSSGPSKALNYVDEVHKYYDALYQLNIQTDIISVEEDLSKYDVVIAPVMYMVKPGVAQRVERFVSRGGTFVTTFFSGIVNENDLVTLGGHPGELRKVTGIWAEEIDALLPGQQNQINMKQDWGSLRGSYPCGILCDVIHAETAEVLAEYGSDFYKGTPVLTKNVFGEGQAYYVASSPDSQFLQGFLANLCEEQGVKPLLETPAGVEVVERVKDGNSYLFIMNHNAEEMTFDAGSANQFDLLGSRQISGHVTIPGRDVMILERTAAVRS	PGPT0017815_1010	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308	NA	NA
JZ016_03279	1287			hypothetical protein	ATGAACAAAATGAAATTATCACTCGTGATGCTGCTGGCTTTCTCGCTGCTGCTTGCGGCCTGCGGCGGCAAGTCGGAGGAAGGCCAGGGCGGAAGCTCAGATGGAGCTTCCGGCGAAGTGAAGACCGTTAAGATTTTCCAATTCAAAACCGAGATCGTAGACGGCTTGAATGAACTCAAGGTTGAATTCGAGAAGGAGTATCCGAACATCAAGCTGGATATTCAAACCGTGGGCGGCGGTGCCGACTATGGTGCTGCTCTGAAAACGAAGTTTGCATCCAACGATGCGCCTGATATTTTCTCCAATGGCGGCGACGCCGAGATGGAGATGTGGATTGACCGCTTGGAGGATCTGTCCGATCAGCCTTGGGTGAACGATCTGGTGGACATGGCGAAAGAGCCGATGACCAAAGACGGTAAAGTATACGGCATGCCGATGAACCTTGAAGGATGGGGTTACATCTACAATAAAGATTTGTTTGAGCAGGCGGGCATTACCGAGCTTCCTAAAACCTATGCCCAACTGGAAGATGCCGCGAAGAAGCTGGAAGCGGCAGGCATAACCCCTTTTGCTAATGCTTATCAGGAATGGTGGTTGATCGGTAACCAAGGCATTAACCCGGCGTTTGCCCAGCAGGAGGATCCGAATGCCTTTATCCAGGGCTTGAACGACGGAACGCAAAAATTCGCGGGCAATGCGAAGTTCGAAGAGTGGGCCAAGCTGATGCAGCTGACACTGGATCACGGGAACAAAAACCCGCTGACCACCGATTACAATACGGCCATTTCCCTGCTGGCTACCGGCAAAACAGCCATGATGCAGAACGGCAACTGGGCCCAAACCGAGATTGATGCCATCAATCCGGACCTGAATCTTGGCTACCTGCCGATGCCGCTTGGCGACAATGCGGAGCTGAATGACAAGCTGAACGTAGGCGTACCTGCGAACCTGGTCATCAACAAGGATTCCGCGTCGAAGGAAGAAGCGAAGATCTTCCTGAACTGGTTTGTCACATCCGATATCGGTAAAGAGTACATCGTCAAAAAATTCAAATTCATTCCGGCCTTGAAAACCATCGAAGCAACGCCTGAGGATATGGGTGATCTCGGCTCCGCTGTGTGGGAGTATGTGCAGGCTGGAAAAGTACTGCCAAGACAATCCGCGAAGTTCCCTGACGGTGTAGCACAGGAATTCTCCGGTGCGATGCAGGCCTTCTTCGCCGGCAAATCCGATGCGAACAAGATGCTTGAGGATATGCAGACATCCTGGGATAGTCTGAAAAAGTAA	MNKMKLSLVMLLAFSLLLAACGGKSEEGQGGSSDGASGEVKTVKIFQFKTEIVDGLNELKVEFEKEYPNIKLDIQTVGGGADYGAALKTKFASNDAPDIFSNGGDAEMEMWIDRLEDLSDQPWVNDLVDMAKEPMTKDGKVYGMPMNLEGWGYIYNKDLFEQAGITELPKTYAQLEDAAKKLEAAGITPFANAYQEWWLIGNQGINPAFAQQEDPNAFIQGLNDGTQKFAGNAKFEEWAKLMQLTLDHGNKNPLTTDYNTAISLLATGKTAMMQNGNWAQTEIDAINPDLNLGYLPMPLGDNAELNDKLNVGVPANLVINKDSASKEEAKIFLNWFVTSDIGKEYIVKKFKFIPALKTIEATPEDMGDLGSAVWEYVQAGKVLPRQSAKFPDGVAQEFSGAMQAFFAGKSDANKMLEDMQTSWDSLKK	PGPT0016330_1834	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_03280	840	melC_10	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGAGATCGAAGAAACCTCCTATGTCGGCTTCCACGATCGTATTGCAGATTGTGATGGTCATTATTGCGCTGATCTTCCTGGCGCCCTTTTACTTCCTGCTGGTGAACTCGGTCAAATCGCTGGGCGATATTATGGTCGACGCGGCGAACTGGCCAACCGCCTTTCATTTTGACAACTACAGCAAGGCTTGGGAAATGACCCGCTTCCCGGAAGCATTCGCGAATTCGGTCATCATTACGGTTATCAGTAATCTCATCATTGCCATGCTGAGTGCGATGGCGGCTTACCGAATGGTTCGGTCCAATACGAGATTCAATCAAATCGTGTTCATGCTGTTCGTATCGGCCATGGTCATTCCGTTCCAATCCATTATGATTCCATTGCTGCAGGTCATTAACTTCCTGGGCGTTAACAACAGTATCGTGGGCTTGATTCTCAGTTATCTGGGGCTCGGCATCCCGTTGTCGGTCTTCCTGTTCCACGGATTCGTGAAAGGCATTCCGCTTGAAATCGAAGAAGCCGCCACGGTCGACGGAGCTTCTCCGTTCAGAGTATTTGCCCGGATCGTTTTGCCGATGCTGAAACCTATGATGGTGACGGTCATCATCTTGAACTGTCTGTGGGTCTGGAACGATTACCTGCTGCCGTCCTTGATTCTGCAAAGTCCGGAACTGCGGACGATTCCGCTTGCGACCTTTGCCTTCTTCGGGCAGTATTCGAAGCAATGGGATATGGCGCTGCCGGCGCTCGTGCTGGGCATTACGCCGATCATCATCTTCTTCCTGTCGTTACAGAAGTACATCGTTGAAGGCGTTGCTGCCGGCTCCGTTAAGGGGTAA	MRSKKPPMSASTIVLQIVMVIIALIFLAPFYFLLVNSVKSLGDIMVDAANWPTAFHFDNYSKAWEMTRFPEAFANSVIITVISNLIIAMLSAMAAYRMVRSNTRFNQIVFMLFVSAMVIPFQSIMIPLLQVINFLGVNNSIVGLILSYLGLGIPLSVFLFHGFVKGIPLEIEEAATVDGASPFRVFARIVLPMLKPMMVTVIILNCLWVWNDYLLPSLILQSPELRTIPLATFAFFGQYSKQWDMALPALVLGITPIIIFFLSLQKYIVEGVAAGSVKG	PGPT0016340_1544	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_03281	882	melD_3	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGAACAGCAAGAGAACGGCTGCCTTGACGCAGCAGTTGGTTTATATCGGACCCGCGCTGCTGTTTTTCGGTATTACGATCATTATCCCATTTGTGATGGGGATGTATTACTCGTTTACCAACTGGAATGGTGTCTCGGGGAATGTCGAATGGGTCGGGCTGGACAATTTCAAACAGATTTTCACAAATGACAGCGCATTCGCACAGTCCTTCTGGTTTACCACCAAGTTTACGATCGTTGGCGTGCTTCTAACGAATCTGGTCGGTTTTTTCCTGGCCTACTTCTTAACGAAAAATATTAGGGCGCGCAACTGGCTGCGGACGATCTTCTTCATGCCGAACGTGATCGGCGGATTGCTGCTGGGCTTCATCTGGCAGTTCATCTTCATAAAGGGCTTTGCCACCGTTGGCGAGGCTACGGGGATTCCGTTCTTTAATCTTCCGTGGCTGGGAGACGAAGTGACCGGCTTCTGGGGCATTGTCATGGTCTTTGTATGGCAATCGTCAGGCTATCTGATGGTCATCTACATCGCGTCCATTACGAATGTGTCCAAGGAAGTCATGGAAGCTGCCGAGATTGATGGAGCGAACCGGTTTCAAGTGCTTAAGAGCATCATCGTTCCGCTTATCATGCCGGCGGTCACCGTATGTTTATTCCTGGCGATATCCTGGTCATTCAAAATGTTCGACCTGAACCTGTCCCTCACGAAGGGCGGGCCATACCGCTCCACGGAGTCACTGGCCATGAACGTGTACAATGAGGCATTCCTGAACAACCGGTATGGACTCGGGACGGCCAAGTCCCTGATCTTCTTCCTGGTCGTTGCCGTCATCACGCTCATTCAAGTCCGATTAACGAAGCAGAAGGAGGTTGAAGCTTAA	MNSKRTAALTQQLVYIGPALLFFGITIIIPFVMGMYYSFTNWNGVSGNVEWVGLDNFKQIFTNDSAFAQSFWFTTKFTIVGVLLTNLVGFFLAYFLTKNIRARNWLRTIFFMPNVIGGLLLGFIWQFIFIKGFATVGEATGIPFFNLPWLGDEVTGFWGIVMVFVWQSSGYLMVIYIASITNVSKEVMEAAEIDGANRFQVLKSIIVPLIMPAVTVCLFLAISWSFKMFDLNLSLTKGGPYRSTESLAMNVYNEAFLNNRYGLGTAKSLIFFLVVAVITLIQVRLTKQKEVEA	PGPT0016335_1688	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_03282	1836			hypothetical protein	TTGAACTGGAATTGGAATAGCATTCGCACAAAATTGATTACCTTTATGATCATGGCCACCATCATTCCGACCACCATCTCCATGATCATCAGCTATGTCATGACCACCAACTCGCTCAAGGAACGGGCCGTTGTTGAAAATATGAACCTCCTCTATCAGGGACGGTTGAATTTGGAGAGCTATTTGGAAGACATGAACCGTAATTCCCTTACGGTTTATTCGGATCCGGATTTTTTCCGCAGCCTTTATTATAGTCATGAGAACATCAATGCCAGCGGCAGGCAGTCCGCCACGCTGCAGTCCATTCAAAAAGCCATCAGCGGCTCCAGACAGGTCTATCTTTATGTCGACGGCAAAAGAGAGGCCACATTGTTCGCCCAGGATATCGCCAGAAAAACAAGTGACGTCAACCTCTATCCCGAAATTCCCGATCTTAGCAACGATACGGTGGTCTTGCAGCCGCCCCATCCCCTGCACACGTATGGCTTTCAGTTAGCTTATCCCTACGAGGCCGATAAACAAGTATTCACGATGTACCGGGTCATAGAACGCGTCCCTTCTACCGAGCGATTAGGCATTCTCGCCATCGATCTGGATATGAACTTCCTGAGCCGGATCAGCAATCAGCTGTTCCAGCCCGAACATGAGCAGCTGTATATTACGAATGAAGCCGGCTATATCATGTATGCCGGCCATGACGAGAAGCTTGGACAGCAGATTCAAACGGAATGGTACGACACCATCAAGCAGTCCGGCAAGAAGGAAGGCCATTTTGAGTATAACAACAAAATCTATCTGTATAACAATATCAAGACGTCGATCAGCGACTGGACGATGATTAAGGAGATTCCTTCCTCCTATATTCTGAGCAGCGCGGACAAAGCAGCCTTCGTCAATATTTTGCTGATCGGCGTATCCCTTATTCTCATCATCGCTGCCACGATCTGGATTTCGGTCTATGTTACGGCGCCGATCCGGGAATTGGTGGGCCTTATGAGCCAAGTCAAAAGCGGACGAATGAGCGTGGATATCTCCTCTAACCGCAAAGACGAAATCGGAACCCTCCACCGCAGGTTCGGCAGCATGATGGATACGATCAACAACCTCATCTTGCAGGAATACAAGCTGAAGCTGGCGAACCGGACCAACCAGCTCCGGGCGCTGCAGGCTCAGGTGAACCCGCATTTTATGAACAATGCGCTGCAAACCATCGGCACCCTTGCGCTTGAGCATGGCATGAAGAGGATTTACTCCCTGATCTCCGCTCTTGCCCGGATGATGAGATACAGCATGTACAATACGGACAAGCCGGTCACGCTGGCCACGGAGCTCGATCATATCAAGGATTACGCGGAGCTGCAGAAGGAACGATTTGAGAATCAGTTCGACTTCCGTTACGATGTGGATGAGTCGACTTTGCAGGTGTTGATCCCGAAAATGCTGGTTCAGCCGCTGATCGAGAACTTTTTCAAGCATGGCATGAACCCCTTGGCGGAAAACAATTACATCGCGTTAAAAAGTAAGCGCCTGTCGGCCTCCATCGTGCAGATCACGGTTGAGGACAACGGAAACGGAATGCAGGATGAGCCGTTTCAAACCCTGCAGGAGCAATTGCTTCGGATGGAAGAGATGGATCTGGAACAGCTTCAGGTTCATTCCGAAATGGAAACGGAAGACAGCAGCGGGATCGGACTCATCAACATCATGACAAGGCTGAGACTGTATTATCGCGGAAAATCCAAGTTCAGCATCGAAAACAACAAGCCGCATGGCTTTCGAGTTGTACTGACTATAAATGTGGAAGGTGAAACGGATGAAGGCATTGATCGTGGATGA	MNWNWNSIRTKLITFMIMATIIPTTISMIISYVMTTNSLKERAVVENMNLLYQGRLNLESYLEDMNRNSLTVYSDPDFFRSLYYSHENINASGRQSATLQSIQKAISGSRQVYLYVDGKREATLFAQDIARKTSDVNLYPEIPDLSNDTVVLQPPHPLHTYGFQLAYPYEADKQVFTMYRVIERVPSTERLGILAIDLDMNFLSRISNQLFQPEHEQLYITNEAGYIMYAGHDEKLGQQIQTEWYDTIKQSGKKEGHFEYNNKIYLYNNIKTSISDWTMIKEIPSSYILSSADKAAFVNILLIGVSLILIIAATIWISVYVTAPIRELVGLMSQVKSGRMSVDISSNRKDEIGTLHRRFGSMMDTINNLILQEYKLKLANRTNQLRALQAQVNPHFMNNALQTIGTLALEHGMKRIYSLISALARMMRYSMYNTDKPVTLATELDHIKDYAELQKERFENQFDFRYDVDESTLQVLIPKMLVQPLIENFFKHGMNPLAENNYIALKSKRLSASIVQITVEDNGNGMQDEPFQTLQEQLLRMEEMDLEQLQVHSEMETEDSSGIGLINIMTRLRLYYRGKSKFSIENNKPHGFRVVLTINVEGETDEGIDRG				NA	NA	NA	NA	NA
JZ016_03283	1638	rhaR_37		HTH-type transcriptional activator RhaR	ATGAAGGCATTGATCGTGGATGACGAGTCTCGCGTGCGTAAAGCCATACGACTGCTGGTCCAATGGGAGACGCACGGGATTACCGATATTGAGGAAGCCGCCAATGGCCTTGAGGCGATGGAGCTGATTCCGGCGTTCCGACCGAGCCTCGTGCTCATGGATATGCTGATGCCGCTCAAAAACGGCGTGGATCTCATGGAATGGATTCATAAAAATTACCCGGATATTAAATTCATTGTTATCAGCGGGCATGACGACTTCGAATTCGTACGCAACACCATCTGGTACAGCGGCACGGATTATATCCTGAAGCCCATAGAGGAAACCGTTATCAACCAAGCGGTAGCCAAGGCGACTGCCGCCTGGAAAGCCGAGGAACGGGAGCGCCTTGCGGCGCGGCAGCAGCATGTTCAGGTGAACGAGTACCGGCCGGTCTATTCCGAGAAGCTGTTATCCAGCCTTATCGATGACAAAAGCGCCCATTCCCAGGTGGTCCATCGCCTCAAGGATGAAGGCATCGTACCGGAGCATGCGCAGACGATACGTCTGGCCGTCATGCAAATGGACAAGTCTGACCACGCGCTTTATAGCCGCTTTGGCCATCATCAGGACTTGCTTATGTTTGCCCTGCTCAATATTTGCAATGAATTTCTGCAAAAGGACCGGATCGGGATCGCTTTCCGTCACTTTGGTTCACCTCACCAGCTGGTTATTTTGCTGTGGGATCAGCTTGCCACACTTGCCACGCTGCTACAAGAGATCAATAACGGGATGCACCGCACCCTGTCGCGCCACATGCATTTTGGCGTGAGTCCCGACGGTCAATACCCGGCAGACATTCCGGAATTGTATGCCCGAAGCTCGTCCGCCCTGCATCAGCGCGATTTAACGGTGCTTAATCACTTTATCCATGATACAGAGGAGCAGCGCCGATCGGGCGTTGACCATCATAGAGGCTTGCAGTTCAGCGGATTTGAGGATACCTGGAAGCTCGCCATACTTAGCGGCCAGCCCGCTCCCATAACCGAAGCCGTAGAATCATTCATCGCAGCTATTCGGAAAAGCGGCGTTCTCACGCCGGAACTTCTGGAGCGTTGGGACCGCGATATCGAAAGATTCGCCAATCACGTCATTCATGAAACGGCTAACCCGTCGTCTGAAGCTTTGTTGAAATTGTACAAAGAGGAAAGCGCCACCATCGAGCGGCCAAGCCCGGACAAGTATGTGTGCTCGCTGTCAGAGTGGCAGCAGTATTGGATTGAATTAATGAGCCTGCTGGCCTCGGCTGTCCAGTCTCAGAAGCAAACGGGTCAGGACCTGATCCATGACATTACGGCGTTTATCGAGCAAAATTATCAGAACGATGTCTCGCTGTATGATATTGCAAATCGATTTCACGTAAGCCGTGAGTACATTTCCCGCAAATTCAAGCAAAGGCACGGCATTAACATCCCGGAACATCTGAACCGCATCCGCATCTCCAAGGCCAAAATCCTGCTGCAAAACCCGAGCTTGAAAATGGCAGCGATTTCCGAAATGATCGGCTTCAAGAACGAGAAATATTTCAGTCTTGTCTTTAAGAAGCAAGAGGGCATTTCGCCGAAGGAATTCCGCAAGCTGCATGAGCAGGAAGCGTAG	MKALIVDDESRVRKAIRLLVQWETHGITDIEEAANGLEAMELIPAFRPSLVLMDMLMPLKNGVDLMEWIHKNYPDIKFIVISGHDDFEFVRNTIWYSGTDYILKPIEETVINQAVAKATAAWKAEERERLAARQQHVQVNEYRPVYSEKLLSSLIDDKSAHSQVVHRLKDEGIVPEHAQTIRLAVMQMDKSDHALYSRFGHHQDLLMFALLNICNEFLQKDRIGIAFRHFGSPHQLVILLWDQLATLATLLQEINNGMHRTLSRHMHFGVSPDGQYPADIPELYARSSSALHQRDLTVLNHFIHDTEEQRRSGVDHHRGLQFSGFEDTWKLAILSGQPAPITEAVESFIAAIRKSGVLTPELLERWDRDIERFANHVIHETANPSSEALLKLYKEESATIERPSPDKYVCSLSEWQQYWIELMSLLASAVQSQKQTGQDLIHDITAFIEQNYQNDVSLYDIANRFHVSREYISRKFKQRHGINIPEHLNRIRISKAKILLQNPSLKMAAISEMIGFKNEKYFSLVFKKQEGISPKEFRKLHEQEA				NA	NA	NA	NA	NA
JZ016_03284	2034	bgaP_2		Beta-galactosidase BgaP	ATGATTAACGAAAAGTTACCCAAAATGTGGTATGGCGGCGATTATAACCCCGAGCAATGGGATGCAGAAGCGTGGAAGGAAGATGACCGCATGTTTAAGCTGGCGGGCATCGATGTGGCCACCATCAATGTATTCTCCTGGGCTTTGAGTCAGCCGAATGAGGATACGTACGATTTTGCCTGGCTGGACGAGACGATCGAACGGCTGTATCGGAACGGGGTATATATCTGTCTGGCAACCAGCACAGGGGCCCATCCGGCTTGGATGGCCCGTAAATACCCGGATGTGCTGCGCGTCGACTACGAGGGACGTAAACGCAAATTCGGAGGTCGCCATAACTCCTGCCCAAACAGCCCCACTTACCGTAAATACGCCAAAATCATGGCCGGCAAGCTGGCGGAACGTTATAAGGATCATCCTGCCGTCCTGATCTGGCACGTATCGAACGAATACGGCGGATACTGTTACTGCGATAATTGCGCCGCGGCATTCCGGACTTGGCTCGAGCAGCGCTACGGCACGCTGGATGCCGTGAACAAGGCATGGAATACCCGCTTCTGGGGACATACCTTCTACGACTGGGAAGACATTGTCGTACCTAACGCATTAAGCGAGGAGTGGTCCGGTAATCGAACCAATTTCCAAGGCATATCCCTGGATTACCGCCGTTTCCAGTCGGACAGCCTGCTGGACTGCTATAAGCTGGAGCGGGATGAATTGAAGCGAATCACACCAGATATTCCGGTGACCACGAATCTGATGGGCTTCTATCCCGAGCTGGATTACTTCAAATGGGCCAAAGAGATGGATGTTGTATCCTGGGACAACTACCCGTCTCTGGATACTCCATATAGCTATACGGCCATGGCGCATGCCTTGATGCGGGGACTTAAGGGAGGACAGCCTTTTATGCTCATGGAGCAGACGCCGAGCGTCCAGAACTGGCAGCCGTACAACTCGGCCAAGCGACCTGGGGTTATGCGGTTGTGGAGCTACCAAGCGGTCGCCCATGGCGCGGATACGGTGATGTTCTTCCAGCTGCGCCGTTCGATCGGAGCCTGCGAGAAATATCACGGAGCGGTCATCGAACATGTAGGACATGAACATACCCGCGTATTCCGCGAGTGCGCGGAGCTGGGCAAGGAGCTGCAGCAGCTGGGGGACCGAATCCTGGATGCCCGTTCCGACGCCAAAGTCGCGATCATCTACGACTGGGAGAATCGATGGGGCATTGACCTGTCGAGCGGTCCGACCGTTGCCCTTAATTACGTGAATGAGGTCCATAAATATTATGATGCTCTGCACCAGCTGCATATTCAGACCGATATGATCAGCGTGGAAGAGGACTTCCGGAAGTATGACGTTGTCATCGCACCTGTGATGTATATGGCAAAGCAGGGATTTGCAGAGCGCGTGGAGGCCTTTGTGTCGCAAGGCGGAACCTTTGTGACGACCTTCTTCAGCGGGATCGTGAACGAGAATGATCTGGTGACGCTGGGCGGTTATCCGGGCGAGCTGCGCAAGGTGATGGGAGTTTGGGCCGAGGAGATTGATGCGCTGCTTCCGGGCCAGCAGAATCAGATGGTGCTGCGAGGCCGGAAGGGACAACTGGAGGGCACCTACGACTGCGGCATTCTATGCGACGTGATCCATGCTGAAGGAGCGGAAGTCGTTGCCGAATACGGCTCCGATTACTATCAGGGGATGCCATCGTTAACCGTGAATTCCTTCGGGCAGGGGAAGGCCTGGTATGTGGCCACAAGTCCGGAGCCTCAATTCCTGAAGGACCTGATGCAAACGATATGCAATGACCATGGCATTGAGCCCGTCCTGAAGGCTCCGGAAGGCGTTGAGGTGACAAAACGCGTGAAGGAGGGCGTGGAGTTCACCTTTGTACTTAATCACATGCCGGAGAGCAAACTCGTGCCATTGGCAGGGGAGACCTACGTTGACCTGCTGACAGGAGAGGAGCATCGAGATTCCTGCGAAGTGCCGGCACGCGGAGTCATGATCTTGGAGAAGCAGCAGGGGTAG	MINEKLPKMWYGGDYNPEQWDAEAWKEDDRMFKLAGIDVATINVFSWALSQPNEDTYDFAWLDETIERLYRNGVYICLATSTGAHPAWMARKYPDVLRVDYEGRKRKFGGRHNSCPNSPTYRKYAKIMAGKLAERYKDHPAVLIWHVSNEYGGYCYCDNCAAAFRTWLEQRYGTLDAVNKAWNTRFWGHTFYDWEDIVVPNALSEEWSGNRTNFQGISLDYRRFQSDSLLDCYKLERDELKRITPDIPVTTNLMGFYPELDYFKWAKEMDVVSWDNYPSLDTPYSYTAMAHALMRGLKGGQPFMLMEQTPSVQNWQPYNSAKRPGVMRLWSYQAVAHGADTVMFFQLRRSIGACEKYHGAVIEHVGHEHTRVFRECAELGKELQQLGDRILDARSDAKVAIIYDWENRWGIDLSSGPTVALNYVNEVHKYYDALHQLHIQTDMISVEEDFRKYDVVIAPVMYMAKQGFAERVEAFVSQGGTFVTTFFSGIVNENDLVTLGGYPGELRKVMGVWAEEIDALLPGQQNQMVLRGRKGQLEGTYDCGILCDVIHAEGAEVVAEYGSDYYQGMPSLTVNSFGQGKAWYVATSPEPQFLKDLMQTICNDHGIEPVLKAPEGVEVTKRVKEGVEFTFVLNHMPESKLVPLAGETYVDLLTGEEHRDSCEVPARGVMILEKQQG	PGPT0017815_1112	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308	NA	NA
JZ016_03285	2376			hypothetical protein	TTGTGGTATCGGAAGCCCGCGGCCAAGTGGGAAGAAGCGCTTCCGCTTGGAAACGGCCGTCTTGGCGCCATGGTGTTCGGGGGCGTACAGGAAGAACGCATTCAATGGAATGAAGATACACTTTGGTCCGGGTTTCCCCGGGACACGAATAATTATGAGGCTCTCCGGCATTTGGCATCGGCAAGAGAGCTGATTGCGTCCGGAAAGTATACCGAAGCCGAACAGTTGATTGAGGACAAGATGGTCGGCAGAAGCACGGAGTCCTTTTTACCATTAGGAGATTTGGTTATCAGACAGAGCGGTGTTGGGGATGATTGGACGGACTATAGGCGCGAACTGGATTTGGATACAGGAATTGCATCCACTCACTTTCGAGCCGGTGGCTCCGATGGTCGCTTCAGCAGGGAAGTATTCATCAGTGCGCCTGATCAGGTAGCGGTTATTCGTTATACGACCACGAACGCTGGAACCATCCAATTGGAGATCGGGCTTCGTTCACCGCTGCAGCATGGTACCTGCAGCGCAGAAGACGGATCCTTGGTGTTGTACGGACACGCTCCCACCCATATCGCTGAGAATTACAGAGGTGATCACCCCGGGGCGGTGCTCTATGAAGACGGGCTTGGCATACGGTATGAAATGAGGCTGCTGGCCTTAACGGATAGCGGGCAGGTTACGGTGGATGACAGCGGTATACGTATTCACGGCGCAGGCTCGGTCACGCTGCTGATTGCGGCTGCCACGAATTTTGAAGGCTTCGATCGCTCTCCGGGTTCTGGAGGAACCGATCCGTCCGGTATATGCAGGAGAAGGCTTCAGGACGCGATGGGGCGTGGCTTTGAAGAATTGCGCTCACGGCATGTCCAAGACCATCAAGCCTTGTTCAGACGCGTGGACCTTCAGCTTGGCCGTTCAGAGAATGGACGTTCCATAGAAGCTTTAGCCACCGATGAGCGGATGGAAGCGTACCGGGAAGGACGGGAGGATGCAACTCTCGAGGCGCTGATGTTTCAATTCGGAAGGTATTTGCTCATTGCCAGCTCTCGGCCAGGTACACAGCCAGCACATCTGCAGGGCATATGGAATCCGCATGTACAGCCGCCATGGAACAGCGATTATACAACGAATATCAATACGGAGATGAACTACTGGCCCGCAGAGACGACGCATCTGAGCGAGTGTCATGAGCCGCTGATCCAGATGATCCGGGAGCTTAGCGTAAGCGGTGCCCGGACGGCGAAAATTCATTACGGCGCCCGTGGATGGGTTGCCCACCATAACGTGGATCTGTGGCGAATGGCCAGCCCGAGCGATGGCAGGGCCATGTGGGCTTTCTGGCCAATGGGCGGCGCATGGCTGTGCCGGCATCTATGGGAGCATTACCAATTCCAGCCGAATCTTGAATACTTGCGAGAAACGGCTTATCCGCTGATGAGGGATGCGGCATTGTTTTGCCTGGATTGGCTTATTGAAGACGGGAAAGGGCATCTCGTGACCAGCCCGTCGACATCGCCCGAGAATCAGTTCCTTACCGCGGAAGGCCTGCCTTGCAGCGTGTCGGCAGGCTCCACTATGGACATGGCCATCATCCGGGATATATTCCAGAATTGTATTGAAGCATCGCAGCTGCTGGACCAGGATGCCGAGCTGCGGGAGGAGTGGAGGGCAGCGGCAGCGAGGCTGCTGCCTTACGCCATTGATGCCGAGGGCAAACTCATGGAATGGAGCGAGCCTTACCCGGAAGCGGAGCCCGGACATCGGCACGTATCGCATTTGTATGGGCTGTACCCCGGCTCCGACATTACCCTTCAGGATACGCCGCAGCTTGCGGAAGCCGCTTATCGTACGCTGATGTCGCGGATCGACCATGGAGGAGGGCATACGGGGTGGAGCTGTGTATGGCTGATCAACCTGTTTGCCCGGCTACAGCAGCCGGACAAGGCGTATGATTATGTCCGGACGCTGATTTCCCGTTCCATGCATCCTAATCTGCTTGGGGACCATCCTCCCTTCCAGATCGATGCGAATTTTGGAGGTACGGCCGGACTTGTGGAAATGCTGCTCCAGAGCCACTTGGGTGCTATTCAGCTGCTGCCGGCGCTGCCGAAAGCGTGGGCAGCAGGAGCCGCAAGAGGATTAAAGGCTCGCGGCGGGTTTATTGTGGACATGGAATGGAGCGAAGGCATCCTAACGTCTGCGCGCGTAATCTCTACGCATGGCCGAGTCTGTAGAATTAGCTGTTCCGTGCCTCTCGCCGTTAAAAGGGAAGACGGAAGTGCGGTGACGATGGATGAGCAGGGCTCATTTGAAACGGTCAGCGGGGCGATATACCTGATCAAGCCAGCGACTTCCAAAGGCAGCCGCGAACACGATTGA	MWYRKPAAKWEEALPLGNGRLGAMVFGGVQEERIQWNEDTLWSGFPRDTNNYEALRHLASARELIASGKYTEAEQLIEDKMVGRSTESFLPLGDLVIRQSGVGDDWTDYRRELDLDTGIASTHFRAGGSDGRFSREVFISAPDQVAVIRYTTTNAGTIQLEIGLRSPLQHGTCSAEDGSLVLYGHAPTHIAENYRGDHPGAVLYEDGLGIRYEMRLLALTDSGQVTVDDSGIRIHGAGSVTLLIAAATNFEGFDRSPGSGGTDPSGICRRRLQDAMGRGFEELRSRHVQDHQALFRRVDLQLGRSENGRSIEALATDERMEAYREGREDATLEALMFQFGRYLLIASSRPGTQPAHLQGIWNPHVQPPWNSDYTTNINTEMNYWPAETTHLSECHEPLIQMIRELSVSGARTAKIHYGARGWVAHHNVDLWRMASPSDGRAMWAFWPMGGAWLCRHLWEHYQFQPNLEYLRETAYPLMRDAALFCLDWLIEDGKGHLVTSPSTSPENQFLTAEGLPCSVSAGSTMDMAIIRDIFQNCIEASQLLDQDAELREEWRAAAARLLPYAIDAEGKLMEWSEPYPEAEPGHRHVSHLYGLYPGSDITLQDTPQLAEAAYRTLMSRIDHGGGHTGWSCVWLINLFARLQQPDKAYDYVRTLISRSMHPNLLGDHPPFQIDANFGGTAGLVEMLLQSHLGAIQLLPALPKAWAAGAARGLKARGGFIVDMEWSEGILTSARVISTHGRVCRISCSVPLAVKREDGSAVTMDEQGSFETVSGAIYLIKPATSKGSREHD	PGPT0018650_816	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018650-afcA-K15923	NA	NA
JZ016_03286	1713			hypothetical protein	ATGAAACATAAGAAGAGATTGTCGCTGCTGCTCGCGATCATGATGATGGCCACATTCGTTCTGGCGGCATGCGGCAACGGCGACAGCAACAATAGCGCAAACGGCGGCGAAGAAGGAAGCAGCGGCAACGATACGCAGCAGGAAGAGAAGCTCGAGCCGATGACCATGACGTATTACAGCGCGGATTCCAATGCAAACTGGGCCAACATGCAGGACGCGGTCGGCAAGAAGCTGACCGAGAAAACCGGCATTACGATCCAGGCCGAATACGCGGTGGACGGCTCCAATCAGAAGCTCCCGCTGATGGTGGCGAGCGGGGAATATCCGGACTTGGTATTTGCCAAGGGTGACGCCAATTTGTTTGTGGATTCCGGAGCGTTTATTGATCTGACAGATCTGATCGAAGAGCATGCGCCGAATATCAAGAAGGTGTATGGAGAATATATGAGCCGTCTGAAATGGAGCAATGAGGATGAGGCCATCTATGTCCTCCCGACACTTGCAGCGGTGGACCATCAGGCCCTTGATGCTGGCGGCACGTTCCAGATCCAGCATGAAGTGCTGAAAGAACTCGGTTACCCTGAACTGAAAACGGTGAAGGATTATGAGAACGCACTGAAAGAGTATGCCGAGAAACACCCGACCATTGACGGCCAGCCGACGATTCCGCTGACGTTGAATGCGGACGGATGGAGAATCATGATCTCGGTAACAAACCCGGCGTTTATCGCGACAGGCGTATCGGATGACGGCGAGTACTATATCGACCCGGAAACAACCGAGGCGAAGCTTCATTACAAGCGGCCGGAAGAGAAGGAATACTTCCGCTGGCTGAATCATATGAACGCCGAGGGCTTGTTGGATAAAGAAACGTTCGTGCAGAAGACGGACCAATACGAAGCTAAAATCTCCTCTGGCCGTGTTCTTGGCGTCATCGATCAGGAGTGGGGCTTCGGCAATGCAACCAACGCGCTAAGATCTTCCGGTAAGGAAAACCGCACCTATGCGAGATTCCCGATCCAACTGGATGAGTCGACCAAGGATGCAACATTCCAAGACACGGGTTACGTCGCCGGATGGGGCGTAGGCATTACGACATCCGCGAAGGATCCGGTTCGAATCATCAAGTTCCTGGATTATCTGGCTTCCGAAGAAGGGCAAGTTTTGATGAATTGGGGAATCGAAGGCGAGCATTACAACGTGGTGGACGGCAAGCGCGTCATTCCGGAAGATGTCCAAGAGCGCAAAACCTATGACAACGCCAACTTCACCAAGGAAACAGGAATCGGCTTGTACAACGCCATGTTCCCTCGTTACGGCGACGGCGTGAAGGATTCGACGGACAATTATTACACAACGAACTTCCCGGAGACGATCATAGAGAACTATACGCCATCCGCGAAGGAAACGCTGAAAGCGTACGGCGCGGAAATGTGGAAAGACCTGTGGCCGAAACAAGAAGAATTTGAAGTGAAGCCGTGGGGCGTTGCTTACAACATTCCGGTACCGAGCGACTCCAATATCAATATCACGTACAAAAAGGTGGAAGAGATTACCCGGAAGCGGATTCCGGAAGTCATTCTTGCCGATCCTGCGAAATTCGATGCGCTGTATGATCAGTTCATCAAAGAACTGAATGATGCCGGCGCCGAGAAGATGGAGCAGGAATACACCGAATTGGTACGCGAACGCGTGGAACTCTGGAATAATTAA	MKHKKRLSLLLAIMMMATFVLAACGNGDSNNSANGGEEGSSGNDTQQEEKLEPMTMTYYSADSNANWANMQDAVGKKLTEKTGITIQAEYAVDGSNQKLPLMVASGEYPDLVFAKGDANLFVDSGAFIDLTDLIEEHAPNIKKVYGEYMSRLKWSNEDEAIYVLPTLAAVDHQALDAGGTFQIQHEVLKELGYPELKTVKDYENALKEYAEKHPTIDGQPTIPLTLNADGWRIMISVTNPAFIATGVSDDGEYYIDPETTEAKLHYKRPEEKEYFRWLNHMNAEGLLDKETFVQKTDQYEAKISSGRVLGVIDQEWGFGNATNALRSSGKENRTYARFPIQLDESTKDATFQDTGYVAGWGVGITTSAKDPVRIIKFLDYLASEEGQVLMNWGIEGEHYNVVDGKRVIPEDVQERKTYDNANFTKETGIGLYNAMFPRYGDGVKDSTDNYYTTNFPETIIENYTPSAKETLKAYGAEMWKDLWPKQEEFEVKPWGVAYNIPVPSDSNINITYKKVEEITRKRIPEVILADPAKFDALYDQFIKELNDAGAEKMEQEYTELVRERVELWNN	PGPT0017245_399	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_03287	909	araQ_27	COG0395	L-arabinose transport system permease protein AraQ	ATGGCACGAACTAAAACAGCATTCAAGCCCACGCTCTCCGACCGCGTGTTTGATATTGTTAACTTTACTTTTATGACACTGGTCATGATCGTTACTCTGTATCCGTTCCTGAATGTTCTTGCGATATCATTGAACGATTCCGTAGATACAGTACGTGGGGGGATCTATCTCTGGCCGCGGGAGTTTACGCTTGAGAATTACGTGCAGATCTTCAAATACGACGGTTTGATTACAGGGGCCAAAATTACGATTCTCCGTACGCTGGCAGGAACATTCTTGGGCTTGTTAAGCGGCACAATGCTGGGCTACGTCCTCAGCAGGGTGGACTTTCAGGGAAGAAAGTTCATGTCGACCTTTCTTGCGCTGACGATGTACTTCTCCGGCGGAATGATTCCAGTGTTCATTCTGATCCGCGACCTGAACATGATGAATTCGTTTCTGGTCTACATCATTCCGGGAATGGTAAGCGCGTTCAACGTATTCGTTATCCGGTCTTTCATCGACAGCCTGCCTTATTCGCTGCAGGAATCGGCTAAGCTTGACGGGGCCAACGATTTCACGATCTATTACAAAATCATTCTTCCGCTCTGTAAGCCCGTACTGGCTACCATCGCCTTGTTCCTGGCCGTCGGGCAGTGGAACTCATGGTTCGATACGTATCTCTATAACGGCAACGCACCCCATCTCACGACGCTTCAATTCGAGCTGATGAAGGTGCTTCAGAGCACGCAGGGACAAACCAGCGGCATGATGTCGGGGCAGAACATGGCCGATATCGTGAAGCAGGTGTCGCCGGAATCGATCAAAATGGCGATCACGATTGTTGTTACGGTTCCCATATTGCTCGTCTATCCGTTCCTGCAGCGGTATTTTGTGAAAGGCATGACGCTTGGAGCCGTAAAAAGCTAA	MARTKTAFKPTLSDRVFDIVNFTFMTLVMIVTLYPFLNVLAISLNDSVDTVRGGIYLWPREFTLENYVQIFKYDGLITGAKITILRTLAGTFLGLLSGTMLGYVLSRVDFQGRKFMSTFLALTMYFSGGMIPVFILIRDLNMMNSFLVYIIPGMVSAFNVFVIRSFIDSLPYSLQESAKLDGANDFTIYYKIILPLCKPVLATIALFLAVGQWNSWFDTYLYNGNAPHLTTLQFELMKVLQSTQGQTSGMMSGQNMADIVKQVSPESIKMAITIVVTVPILLVYPFLQRYFVKGMTLGAVKS	PGPT0017255_810	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_03288	963	yteP_42	COG4209	putative multiple-sugar transport system permease YteP	TTGAAAGCGGTAACAAAGACAGAAGGTAGCATCCAACCTGCCGCAAAGAAAAAGAAAGGCTTTTGGGCCACTTTCAAAGAGCAGAAAGTACTGTACGGAATGTCGCTTCCATTCATCGTCATTGTATTCATTTTCAGCTACTTGCCGGTGTGGGGCTGGTTGATGGCATTCCAGAATTACAAGCCAGGCAAAGGGATATTCGAGCAAAAATGGGTGGGCCTGGACCATTTCGCAGCACTTTTCGCGGACGATAAGTTTTATCTGGTGTTGCGGAATACACTCGCCATGAGTTTCATGGGATTGATCGTTGGGTTCACGATTCCGATCCTATTCGCAGTCTTGTTGAATGAGCTTCGTGGAAGCGTATTCAAGAGGACCGTACAGACGATATCTTATCTGCCTCATTTTGTGTCCTGGGTCGTGGTTGCCGGTATCGTGACCAAAATGCTGTCCACAGATGGAGGCGCTGTCAATCAGCTGCTGATGTGGCTGGGGTTGATTGATCAGCCCATACAGTTCATGGCTCAGGGGAACCTGTTCTGGTACATCGTAACGGGCTCCGATATATGGAAGGAAATGGGCTGGAGCGCGATCATTTATTTGGCAGCGATTTCAGGCATTGATCAGGAGCAATTCGAAGCAGCCAAGGTTGACGGCGCGAGCCGACTTCGCCAAATATGGCATATTACGCTGCCAAGCATCGCCCCTACGATTGCAATTCTAATGATCATGTCCATCGGACATCTGATCAGCATCGGCTTCGAGAAGCAGTTCTTGCTGGGTAACCCGCTGGTGGTGGATTATTCCCAGGTGCTGGATCTGTATGCGCTGAATTATGGCCTTGGGATGGGGCGTTTCTCATTCGGTACGGCCATCGGGATGTTCAACTCCATTGTGAGTATCCTCTTGTTGCTGATCGCTAACGGCGTATTCAAAAAATTCACGAAGCAATCGATTATGTAG	MKAVTKTEGSIQPAAKKKKGFWATFKEQKVLYGMSLPFIVIVFIFSYLPVWGWLMAFQNYKPGKGIFEQKWVGLDHFAALFADDKFYLVLRNTLAMSFMGLIVGFTIPILFAVLLNELRGSVFKRTVQTISYLPHFVSWVVVAGIVTKMLSTDGGAVNQLLMWLGLIDQPIQFMAQGNLFWYIVTGSDIWKEMGWSAIIYLAAISGIDQEQFEAAKVDGASRLRQIWHITLPSIAPTIAILMIMSIGHLISIGFEKQFLLGNPLVVDYSQVLDLYALNYGLGMGRFSFGTAIGMFNSIVSILLLLIANGVFKKFTKQSIM	PGPT0017250_1044	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_03289	1557	rssB_5		Regulator of RpoS	ATGATGAAAGTGTTAATCGTGGATGACGAACCCAAGCTGCGCGAAGGGCTGAAGAGCATTGTGCCATGGACCGAGCTTGGGTATCAGGTTGTTGGAACCGCAGCGAACGGGAGCGAAGCGCTGGAGAAGCACGGGATGTACGACCTGGATTTGATGTTAATTGATATCCGAATGCCGGGAATGGACGGATTGCAGCTGATCGAAGCCATCCGAAGCCTGGATTCCGAGATCCATCTGCTCATCCTGAGCGGATATGCCGATTTTGATTATGCCAAGCGGGCGATGTCCCACCGCGTGGACGGATACCTTTTGAAGCCGGTGGATGAGGACGAGCTGAGCATGTATTTGCTTCAGATTAAAGAAGCCGTCGAGCAGGAACAGGAGAGGAAGGCACTGAATAGAGCAGCCTCGGATATGAACCGCGAGCAGTTCATTCAGACATGGTTCAGCCCGGAGGGCAATCCCGATCCGTCAGCTTTACGGAATATGGCCGAGCGGTCGGGACTGTTATGGAACCATTACCAAGTGCTGCTTGTTCATCGTAACGGCTACGATGAATCCGTTGAGGGGGTCGACGATCGGTTGAAAAATCAGCTGATTAAAGCTTTTGAAGAGAACGGCCACGGCGCGGTCTTTTCCATGCATGGACAGCTCGGCGTCCTAATGCATACGCCGGTCTTGACGGCAGGTGGGCGTAAAGAATTGCTGCAGTTGGTGGAGGAAGCCGCAAGTCGGGCTGGCACGTCGATAACGGCCTCTTTGGGCCGTCAGGTCCACCGTTTGGAAGATGTGGCGGATTCGTACCGTTGTGCCAAGGAACGGATTCGCGAACGCTTCTTCTATGCTCCCGGCGAGTTGTTATTCCCTGAATCCGAGCGGTTTGCCGGCAGCATAACGGATGAAGAACGGCAGCCCTATGATCCGGAGCGGCTGATGGAACAGCTCTATTACGCCGTGGATGTGGGCAATGTGGAGGTGCAGCGGAAGCTGCTGCATGCTGCAGCGTATGCCATGGTGAATGAAGATTACACGGAGGAAAGGATGAAAAGCGCCTTCGTGGAACTTCTGACCGGGGTGCACAACAAGCTGATGCAGCATCACGCCGAGCTGCAGTCCCGCACGAAGGAATACTCGGATCGGATTGCGGCGATATTCCGCCAGCGCACGGCCTATGATTTGTGCCGCCATTCGTCCCAATTCCTGGAGGAGCTGATCTGGCAGGCGGGCAATGGCGGACGGGATCAGGAGATGAAGCGGATCATGGATCTGATTCAGCGTAATTATAATGAGAATCTTAAACTGGAAACACTAGCCTCCGTATTTAATTACAACAGCGCCTACCTGGGGAAGATGTTCAAAAATACAACCGGAGAATACTTCAATACGTACCTCGATAAGGTCCGGATCGACAAAGCCAAGGATTATTTGAAGCAGGGCATGAAGGTGTATCAGGTTGCGGAGAAGGTCGGGTATACGAATGTCGACTATTTTCATAGCAAGTTTAAAAAATACGTCGGTACCTCTCCATCCAATTTCCGTAAGGAGCTGGACCTGTAA	MMKVLIVDDEPKLREGLKSIVPWTELGYQVVGTAANGSEALEKHGMYDLDLMLIDIRMPGMDGLQLIEAIRSLDSEIHLLILSGYADFDYAKRAMSHRVDGYLLKPVDEDELSMYLLQIKEAVEQEQERKALNRAASDMNREQFIQTWFSPEGNPDPSALRNMAERSGLLWNHYQVLLVHRNGYDESVEGVDDRLKNQLIKAFEENGHGAVFSMHGQLGVLMHTPVLTAGGRKELLQLVEEAASRAGTSITASLGRQVHRLEDVADSYRCAKERIRERFFYAPGELLFPESERFAGSITDEERQPYDPERLMEQLYYAVDVGNVEVQRKLLHAAAYAMVNEDYTEERMKSAFVELLTGVHNKLMQHHAELQSRTKEYSDRIAAIFRQRTAYDLCRHSSQFLEELIWQAGNGGRDQEMKRIMDLIQRNYNENLKLETLASVFNYNSAYLGKMFKNTTGEYFNTYLDKVRIDKAKDYLKQGMKVYQVAEKVGYTNVDYFHSKFKKYVGTSPSNFRKELDL				NA	NA	NA	NA	NA
JZ016_03290	1809			hypothetical protein	ATGTTATCTTATTTCATTCAACTTGTGAATGACATGAAAATCCGCAACAAATTGATATTGTCTTTTGTTGTCGTGGTCTTTGTCCCGGTAGCCATCGTGGGGATATTCCTTACGGGCGAGCTCCGCAAATTTGCTTTCAACAATGCGTTGGAGCAAGCTTACCAGAACGTGGACCGGGTCAAGAAACGGTCAACCGAAGTCATCAACGTGGCAGACGATTTATCCTATCGGCTATCCTACGACGAGCGTCTGAGAAATCTGGCCAACCGACAATATGAAAGCGTATACGATGTGTTCGTAGCATACAGGGAGTATCCCGATTTACAGCAGGCGATTCTGATGTACAAGGAAATTTCAAATATCCGTTTCTACAGCGAGAACCCCACCATGCTGAACAATTGGGAATTCCTTTATCCCGAGGAGGATATCAAGAGAACGGAATGGTATCAGCGAGCCGAGGATGATATCGGCGTCATCTACTGGGACTATATAACAGATGAACGCGATCAGAAAGTGTACCTCAGCTTAATCAAGGGGGTTGATCTTGGAAGCAAGGACAACCGTGGCGTGCTTGTAATCAATGTCAATACGGGCATGCTGAACACGATCCTGAGCCAGGAAACGTTTGACACCATTATTGTGGACAGCAATAACAATATTGTCGCCGCTAACCGTCCGGAGCTGTACGGGAAAACGCTAGCCGAGATTCAAGATACCAGCGGGGTTGTCTACAATGCGAGCGGAAGCTATGAATCCGTCATACATGAGGAAGCCTCCAAGGTGCTGATTGAACCGTTGAATACGGAATCCGGGGTTAACGGTCTGCGCATTATTTCCATATTTTCAATTGATAGCATTGTGGCGGAAGCCAATCGAATCAGCAAGCTGGCGATGACAGTCATCATCATCAGCCTGCTGCTGGCCGTTCTTCTGATCTATAGCTTCTCTTCATTGATCTCTAACCGGCTGCTGCGCCTCAGCAAGCATATTACGAAGGTGGGTACCGGTAACCTCGGCGTTGCCATGGAAATTGACGGTAAGGATGAGATCGGTCAGTTATCCCGCCAATTCAACTCCATGGTGGGTAACATTAACGACCTGATGAACGAAGTGCAGGAGTCCAATGAACAGAAAAGGTTAATGGAGCAGAAGCAGAACGAAATTAAATTCAAAATGATGGCCAGTCAGATCAATCCGCACTTTTTGTTTAATGCCTTAGAGTCTATTCGCATGGAAGCACATCTCAAGGGTGAAGACGAAATCGCCCGGATTGTGCGGCTGCTCGGTAAAATGATGCGAAGCAATCTTGAGATCGGGAGCGGAAAAACAACGATAAAAGACGAGATCGAGATGGTGCAGTGTTATCTGGATATTCAAAAGTTCCGCTATGAGGATCGTCTGAAATATGAACTGCTGGTGGATCCCGAAGCCGATCGGGTAAGAATCCCGCCGCTGATCATACAGCCGCTTGTGGAGAATGCGGTCATACATGGGATGGATCACAAGGAAGAGGGCACTTTCATCAGGGTGAGGGTCACGGCAAGTGAAGGAAAACTGCACGTGATTACCGAGGATAATGGGGCGGGTATAACCCTGGAGAGATTGCAGATGATCTACGGTTATTTGAACGATACCGATGAGAAGGACGGAGGACGGATCGGGCTTCGGAATGTTCATGTCCGCCTGCAGCTTACCTACGGCCCTGATGCAGGTCTGATCATTTACAGCGAACCGGGCATAGGAACACGTATTGAATTCAGTATCCCGACAGGAGGAGAGAGCGATGATGAAAGTGTTAATCGTGGATGA	MLSYFIQLVNDMKIRNKLILSFVVVVFVPVAIVGIFLTGELRKFAFNNALEQAYQNVDRVKKRSTEVINVADDLSYRLSYDERLRNLANRQYESVYDVFVAYREYPDLQQAILMYKEISNIRFYSENPTMLNNWEFLYPEEDIKRTEWYQRAEDDIGVIYWDYITDERDQKVYLSLIKGVDLGSKDNRGVLVINVNTGMLNTILSQETFDTIIVDSNNNIVAANRPELYGKTLAEIQDTSGVVYNASGSYESVIHEEASKVLIEPLNTESGVNGLRIISIFSIDSIVAEANRISKLAMTVIIISLLLAVLLIYSFSSLISNRLLRLSKHITKVGTGNLGVAMEIDGKDEIGQLSRQFNSMVGNINDLMNEVQESNEQKRLMEQKQNEIKFKMMASQINPHFLFNALESIRMEAHLKGEDEIARIVRLLGKMMRSNLEIGSGKTTIKDEIEMVQCYLDIQKFRYEDRLKYELLVDPEADRVRIPPLIIQPLVENAVIHGMDHKEEGTFIRVRVTASEGKLHVITEDNGAGITLERLQMIYGYLNDTDEKDGGRIGLRNVHVRLQLTYGPDAGLIIYSEPGIGTRIEFSIPTGGESDDESVNRG				NA	NA	NA	NA	NA
JZ016_03291	2328	yicI	COG1501	Alpha-xylosidase	ATGAAATTTACAGACGGCAACTGGCTTATCCGGGAAGGATATTCCGTTTCGGGAGCGGTTCAGGCTTATGATTTTGCGGTAAAAGGAGATACGTTGACAGCCTATGCCTCCACGGCCCCGATTCCGGGCAGAGGAGCAACGATTAACGCCCAGCTGATCACCGTGCAATTTCATTCTCCGGCACCCGGCGTCATCGGCGTAAAGCTGGTTCACTATGCGGGCGTAAGAGATAGAGGACCTGCATTCGAGTTGTACAAACAGGAAGGTGACCATACGGTCATTGAAGAGAACGATCAGGAAGCGGTTCTTCGCAGCGGCAATTTGAGCGTCGTGATCAAGAAAGGTCCGGAGTGGTCGGTTCACTTCTATAGAGGAGAAGAACGCATAACCGGCAGCAGAACCAAATCCATGGCACATATCGTGGAAGATGGCGGACAGACCTACATGCGCGAAGAGTTGGATCTTGGCGTAGGCGAGTGGGTATACGGACTTGGCGAACGATTCACTTCGTTTGTGAAGAACGGCCAGGTCGTGGATATTTGGAATCAGGATGGCGGAACAAGCTCCGAGCAAGCCTATAAAAATATTCCGTTCTATCTGACGAACAAAGGCTATGGCGTGTTTGTCAACCAACCGGACCTCGTATCCTTTGAAGTGGCTTCGGAGAAAGTGAAGAAGGTGCAGTTCAGCGTGCCAGGCGAGTCACTGGAGTACTTTGTTATTGACGGGCCTGATCCGAAAGGCGTGCTGGACAAATACACGAACCTGACAGGCAAACCGGCACTGCCGCCGGCATGGACCTTCGGATTGTGGCTTTCAACCTCCTTTACAACCCAGTATGATGAAGCGACCGTCAACTCCTTTGTCGACGGTATGCTGGAACGCGATATCCCGCTGGAAGTGTTCCACTTTGACTGCTTCTGGATGAAGGGGCTCAACTGGACGGACTTCCAATGGGATGAAGAGGTGTTCCCGGATCCTGAAGGCATGCTGAAGCGTTTGAAAGAAAAAGGCTTGAAAATCTGCGTGTGGATCAATCCATATATCGCGCAGCGCTCGCGCCTCTTTGAGGAAGGCCGTGAAAAAGGCTACCTGGTGAAGAAAGCGAATGGCGATGTGTGGCAGTGGAATCTGTGGCAGCCGGGTATGGCGCTGGTGGACTTCACGAATCCGGACGCATGCGAATGGTATGCAGGATACCTGCGCGAGCTGGCAGATATGGGCGTTGATAGCTTCAAGACGGATTTCGGCGAGCGCATTCCGACGGACGTTGTGTATTTTGACGGTTCCGATCCTCATAAGATGCATAACTACTACACCCAGCTCTATAACAAAGTGGTCTTTGATGTGCTGGTGGAGAAATTTGGCAAGAATCAGGCGGCGGTATTCGCACGCTCCGCAACCGTAGGCGGACAGCAGTTCCCTGTTCACTGGGGCGGCGATTGCTATGCGGATTATGAATCGATGGCGGAGAGTCTGCGCGGCGGCTTGTCCCTCGGTCTCGGCGGCTTCGGCTTCTGGAGCCATGATATTGGCGGCTTCGAGAATACGGCTCCGGCGCATGTATTCAAACGCTGGCTGGCATTTGGCTTGCTGTCCAGCCACAGCCGTCTGCACGGCAGCAGCTCTTACCGGGTGCCGTGGTCTTACGACGAGGAGGCTGTGGACGTTACGCGCTTCTTCACGAAGCTGAAGAGCCGTCTGATGCCTTATCTGTTCCATACCGCCGTACAGGCATCGGAGCAAGGGGTGCCAAGCATGCGCGCCATGTTCCTGGAATTCCCCGAAGACCCGGCCGTTGAAATGCTGGATCGTCAATACATGCTGGGAGATTCCCTGCTTGTCGCACCGGTGTTCAGCGAGAACGGCGACGTGAAGTACTATCTGCCGAAGGGCCGCTGGACGCATCTGTTAACCGGAGAAACGGTGGATGGCGGAACTTGGCGCAAGGAAACGTACGATTTCCTCGGGCTGCCGTTGTTTGTGCGCGGCAACTCGTTCCTGGCTTTGGGCGCAAACGACACCCGTCCGGAATATGATTATGCCGACGGAGTTGAGCTTGGCTTGTATGCATTGGAGGACGGCAGCGAAGCTTCGGTCACCGTTCGCAACATGAACGGGGAGAGCGAGCTGGTTGTGCGGGCGGTCCGTGCAGGCAGTCGGATCGACTTTACGGTGGAAGGCAGCGGCAAGCCATTCTCCGTGAAGCTGCATGACACCGGGGCCGTTTCATCTGTAGAGGGCTCGGGAGTGAGCCTGCAAGAAGGCAGCATTCAAGTGGAAGCCGGACAACAAGCGGTGAATTTCACAGCAACTCTGGAAGGGTAA	MKFTDGNWLIREGYSVSGAVQAYDFAVKGDTLTAYASTAPIPGRGATINAQLITVQFHSPAPGVIGVKLVHYAGVRDRGPAFELYKQEGDHTVIEENDQEAVLRSGNLSVVIKKGPEWSVHFYRGEERITGSRTKSMAHIVEDGGQTYMREELDLGVGEWVYGLGERFTSFVKNGQVVDIWNQDGGTSSEQAYKNIPFYLTNKGYGVFVNQPDLVSFEVASEKVKKVQFSVPGESLEYFVIDGPDPKGVLDKYTNLTGKPALPPAWTFGLWLSTSFTTQYDEATVNSFVDGMLERDIPLEVFHFDCFWMKGLNWTDFQWDEEVFPDPEGMLKRLKEKGLKICVWINPYIAQRSRLFEEGREKGYLVKKANGDVWQWNLWQPGMALVDFTNPDACEWYAGYLRELADMGVDSFKTDFGERIPTDVVYFDGSDPHKMHNYYTQLYNKVVFDVLVEKFGKNQAAVFARSATVGGQQFPVHWGGDCYADYESMAESLRGGLSLGLGGFGFWSHDIGGFENTAPAHVFKRWLAFGLLSSHSRLHGSSSYRVPWSYDEEAVDVTRFFTKLKSRLMPYLFHTAVQASEQGVPSMRAMFLEFPEDPAVEMLDRQYMLGDSLLVAPVFSENGDVKYYLPKGRWTHLLTGETVDGGTWRKETYDFLGLPLFVRGNSFLALGANDTRPEYDYADGVELGLYALEDGSEASVTVRNMNGESELVVRAVRAGSRIDFTVEGSGKPFSVKLHDTGAVSSVEGSGVSLQEGSIQVEAGQQAVNFTATLEG	PGPT0019340_436	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0019340-xylS|yicI-K01811	NA	NA
JZ016_03292	879	exsA	COG2207	Exoenzyme S synthesis regulatory protein ExsA	ATGGATCAATCCTTTCGCCAGTCCTTAAAAGAAAGCACCGTTCACGGGAATGAACGCTTCCCGTTTGGTGCCTACTGGTATCAATTTGCCCCCGGGGCCCATGTGGTAGACTCCCATTGGCATAAGGAAGCGGAAATTTTCCACGTGCTGGAAGGCGAGGTTCTATTTCAGATCGACTCGGAATACATCCCTGTCCGGGCGGGTGAAGCGATATTTATCGATGGAGGAGATCTCCATACCGGTCATGCCCGGGGCGACCAAGGGTGCAGCTTCTGTGCCATGGTGTTCGATCCCGGCATGCTTGCCAGCAGCAGCTACGATCTTGTACAAGAAGGAATGATTGTTCCCTTTCAGGAGCGAAGAGCCACCTTTCCGAGATGGATGACATCTGAAACCGATGAGCAGCTGCTTCAGCATATAAAGGAAATGACGCGGCTGTCGAAGCATAAACCTGCCGGTTATGAGGTCGCTATTAAGGGACATCTGTTTCTCATGTTGTTTCAGGCCGCATCCTCTGGCCGACTGGTCAACAGGAGCCGGAGCGAAGCAGCAGATATGGTGAGAACGGAACGATTGAAGAAAGTCATTCTCTACATCCAGAATCATTATCACCGTCCTATCCGGCTGAGTGAGCTGGCTGATCTGATCCCGATGAGCGAAGGCCAGTTCTGCCGTTTCTTCAAATCCATGACCGGGCAAACGCCCGTGGATTATATGAATTCCTATCGCGTTCGCCAGGCTGCTGAACTCCTTCGTCAGCCAGACAATAAAATATCCGACATCGCACTCGATGTCGGATTCGGGCATATCAGTTATTTTGTTCGGGTCTTCCGTAAGATCATGGACTGCACGCCTTCGGAGTATCGGAGAAAATTATAA	MDQSFRQSLKESTVHGNERFPFGAYWYQFAPGAHVVDSHWHKEAEIFHVLEGEVLFQIDSEYIPVRAGEAIFIDGGDLHTGHARGDQGCSFCAMVFDPGMLASSSYDLVQEGMIVPFQERRATFPRWMTSETDEQLLQHIKEMTRLSKHKPAGYEVAIKGHLFLMLFQAASSGRLVNRSRSEAADMVRTERLKKVILYIQNHYHRPIRLSELADLIPMSEGQFCRFFKSMTGQTPVDYMNSYRVRQAAELLRQPDNKISDIALDVGFGHISYFVRVFRKIMDCTPSEYRRKL				NA	NA	NA	NA	NA
JZ016_03293	1404			hypothetical protein	ATGACAAGGTTGTCCAGAACGATGAGAGGATGGATTCTCGGATTCATCGCCGTGCTGGTGCTTGGTATGTTCCCTGTGCACAAGGCTCAAGCCGCTGAGGCCTGTACGGAGCCTGCATGGAGCAGTTCTGCCGTATATGGCGGGGGAAATATCGTATCCTTCAACGGTCATGCCTGGAAAGCGAAATGGTGGACACAGGGCGAGGTGCCTGGAACGACCGGACCATGGGGTGTATGGGAGGACCTTGGAAATTGCACTCCCGGGACACCGCCCGTCGATCCCCCGGTGGATCCGCCAGTAGACCCTCCTGTAGATCCTCCGCTGCCTGGTGACCGTATGTATGTCGCTTATGCGAGTTCTTGGAACACCAGTATTTACGATCTGACGACCGCGAGCATTCCCAATTACATCACCCATCTCAATCTTGCATTCGTAAGGCCGGATACCACGTATATTCAAGGGTCCTACGCGTTTGATCAAGCCGTTGCGGGCTTGGAATTTGTGGAAGGGGCGACCACCCCGAACGGTCAACGTAAATTTACAGCCCAGCAGTCTCAGGATCTGCGTAACCATATCGCATCTCTCAGAGCCCGCGGAACGAAAGCGTTCCTATCGGTAGGAGGCTGGTCATACAGCCAAGGTTCACAGTGGTCCGGATTCAATGCCAAGAACATTGTGGATTTGGCTCTCGATCTTGGCGCTGCCGGAGTCGATATTGACTGGGAATCCAGCGGCAGCAGCTGCAACAAAGGAACAGCCTCCCAGTTCAGCTGCACCAAGGATGGAGAGATCGCGGGTATTATTACGAGTCTCTATAATGAAATCCATGCAAGAAACGCGAATCTGCAGATTTCCATCGCCGGTTGGTCTACGGGCGCTTATTACGTGAAAGGAACGCCGTTTGAGGAAGGCAAGGTTCAATGGGGATCTCCTTTTGGCGGTACCATGTACCGCGTAGTTAAGGATCATGGCGGCAAGATCGACTTCATCAATCTGATGTCCTACGATGGCGGTATTTATTACGATCCGCGTGAAGGTTATGAATCGTATAAGGCAATCTACAATGGACCTATCAACATGGGCATGCAAATTGCGCCGGAGGGATCCGGCGGGGCCGTCCTGCAACTGAATGCCGCACCGGGCACGGTATACGATGCCGACATGATGAACGGTCAGAATAATATCGCAACACCTTATTATAATGTAGAAACAATGGTGAACTATATGAAAAATAAGGGAAGGGCGAATGATGGATTCATGCTGTGGCAGCTCTGGAAACAGCGCGTTCACCAGCCCGCCCCGTCAGGTGCAGCGAATGAGAACAGTGCGGGCCAGTACGTATGCCGAAACCTGCCGCTTCCGGGAGATTGCAATCAGACCATACCGAGCCTGCCGAAATTATAA	MTRLSRTMRGWILGFIAVLVLGMFPVHKAQAAEACTEPAWSSSAVYGGGNIVSFNGHAWKAKWWTQGEVPGTTGPWGVWEDLGNCTPGTPPVDPPVDPPVDPPVDPPLPGDRMYVAYASSWNTSIYDLTTASIPNYITHLNLAFVRPDTTYIQGSYAFDQAVAGLEFVEGATTPNGQRKFTAQQSQDLRNHIASLRARGTKAFLSVGGWSYSQGSQWSGFNAKNIVDLALDLGAAGVDIDWESSGSSCNKGTASQFSCTKDGEIAGIITSLYNEIHARNANLQISIAGWSTGAYYVKGTPFEEGKVQWGSPFGGTMYRVVKDHGGKIDFINLMSYDGGIYYDPREGYESYKAIYNGPINMGMQIAPEGSGGAVLQLNAAPGTVYDADMMNGQNNIATPYYNVETMVNYMKNKGRANDGFMLWQLWKQRVHQPAPSGAANENSAGQYVCRNLPLPGDCNQTIPSLPKL	PGPT0012130_2898	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012130-chiA|chtA|chiI-K01183	NA	NA
JZ016_03294	756			hypothetical protein	ATGAGCGGTTTATTGAGGTTGGATCATATGGATGCTGTCCATGGATTGCATGAGGAATGGCAGCGGAAAGCGATAACCAAGCTGACCGAGAAAATGACGGACCGTTACGCCAAATTCCCATGTATTCCGGCTGTGCAAGGACATGCACTGAATCATTTTAGATACGGCTTTATTCATCAGGGTGAATCACAGGCTGCGGCGGAACAGCTGGCTGCTCTGCTGCGCGAGTTCGGGCTCGGCTCCAGGGACTTTGGGCCCTATACTTCACTTGTCGTCATGATTTATACGGAGCATGGCCGCGATAGCCTGGAAGGCGTCCAGTATTATGAGCGCTTGTTCTGGCAGCTTTTAAGCCGAACAACCGAATATGATACGGAACCTTGGCCGGCGGATCTGCCGGAGGAACCGACGAATCATCTATGGGAATTTTGTTTTGCAGGCGAGCCTTATTTTGTTTATTGCGCTACACCGGCACATGAACTTCGCCAGAGCAGATACTTTCCCTACATGATGCTTGCTTTTACGCCTCGTTGGGTTCTGAAGCAGTTCAATGCCCGAACAAGGCAAGCGGAACACACCAAGGGATTGATTCGTCAGCGATTGGCCCAATATGATCCCGTACCACCGCACCCTGACTTAAAGCTCTACGGGGCGGAGGATAACTATGAATGGAAACAATATTTTTTGCGAGATAACACGGAGTCACTATCGAAATGTCCGTTTGCAAGGCGGCACAAAGAGATCAATCAACGATAA	MSGLLRLDHMDAVHGLHEEWQRKAITKLTEKMTDRYAKFPCIPAVQGHALNHFRYGFIHQGESQAAAEQLAALLREFGLGSRDFGPYTSLVVMIYTEHGRDSLEGVQYYERLFWQLLSRTTEYDTEPWPADLPEEPTNHLWEFCFAGEPYFVYCATPAHELRQSRYFPYMMLAFTPRWVLKQFNARTRQAEHTKGLIRQRLAQYDPVPPHPDLKLYGAEDNYEWKQYFLRDNTESLSKCPFARRHKEINQR				NA	NA	NA	NA	NA
JZ016_03295	1599	rnjA_3	COG0595	Ribonuclease J1	ATGTACGGTGTGGAATTCAAAAATGAGATCATTATCATCGATGCCGGCCTGAAATTCCCGGATGCCGAAATGAGCGGCGTCGATTACATTATTCCGGACATTCGTTATTTACTTGATAACAAACATAAAGTAAAAGGTATGTTCCTGACCCATGGTCATGAAGATCATATTGGGGCTATTCCCTATGTGCTTCGTCAAATCCAGATGCCAATCTATGGCGGGGCCCTGACCATCGGCCTGGTTCGTGCGAAGCTGGAAGAGCATCGGCTGCTGGATCAGAGTGATCTACGAATCTTCCATGAAGACGAAACAATTGCATTCCGTCATCTTTCCGTTCATTTCTTCAGAACCACCCACAGCATTCCGGATGCCTTTGGGGTCGTAGTGGAAACACCGTACGGGCCGATCGTACATACCGGAGACTTTAAATTTGATTTTACGCCGGAGGACAAGCCCGCCAATCTGCATAAAATTCTGCATATCGGCGCACGGGGCGTCCTGGCCCTGATGGCTGACAGCACCAATAGCGAGCGGGACGGGTTTACCCCTTCGGAACGCACCGTCGGCGATTCCATCCTGCGTCTGTTCCGGGAATGTCCCGGACGGATCCTGTTTGCTACCTTTGCATCGAACGTTCATCGTTTGCAGCAGGTTGTTGAAGCTGCCATCCGGACAGGCCGCAAAATCGCCATCGTCGGCCGCAGCATGGAGAAGGTGTTTGTGATCGGTCAGGAGCTTGGTTATATTCGCGTACCGGACGGCATGATGATTGATGTAAAAGCCGTTAACCGTTATCGCGACGACCAGGTGCTGATTATTTGTACAGGCAGTCAGGGCGAACCTAATGCGGCGCTGACACGCATCGCTTCGGGTGCCCACCGTTCGATCCAGATTCATCCGGAGGACACCGTTATTTTCTCGTCTTCACCGATTCCTGGGAATACCCAGAACGTCAACCGCAGCATCGATCTCTTGATGCGGGCAGGAGCGGAGGTTAAATACGGCTCCATTCTCGATATCCACACTTCGGGTCACGGCTGCCGCGAAGATTTGAAGCTTATGATCAGCAGCTTGCGTCCCAAATATTTTGTACCGATCCATGGGGAATACCGGATGATGCTTAATCATCGTCACCTCGCCGTGCAGGTGGGGGTTCCCGACAGCAACGTTTACTTGATGAACATCGGGAATACACTGTCCCTATTCCGCAACTATGCGCGTAAAGGGCGGAACATCCCCTCCGGAGATGTCTATATCAACAATGGTGAGCTGCGTACCCATGAGAAGGAATTGCTCGAGGAACGAGTACAACTCGCTCACGATGGCGTTGTCATTGTCGCTATCACCATTAATCGCGAGACCCGCAAGCTGCTCTCCGGGCCTGAGCTGATTACCCGCGGATTTGTGTATATGCAGGACTCCAAGCCTCTTCTGCGCCGGGCTGAAGCGATGCTGCGCAAGCAGCTGAACAAAGCCGGTGAGCAGCGTGAATACAACCGCGCTGCCTGGGAACAGATGACGAATAACACACTCAATCGTTATTTTAAAAGAGAACTGGGCCGGAGCCCGTACATTATGCCTTCCATTATGGAAGTATAA	MYGVEFKNEIIIIDAGLKFPDAEMSGVDYIIPDIRYLLDNKHKVKGMFLTHGHEDHIGAIPYVLRQIQMPIYGGALTIGLVRAKLEEHRLLDQSDLRIFHEDETIAFRHLSVHFFRTTHSIPDAFGVVVETPYGPIVHTGDFKFDFTPEDKPANLHKILHIGARGVLALMADSTNSERDGFTPSERTVGDSILRLFRECPGRILFATFASNVHRLQQVVEAAIRTGRKIAIVGRSMEKVFVIGQELGYIRVPDGMMIDVKAVNRYRDDQVLIICTGSQGEPNAALTRIASGAHRSIQIHPEDTVIFSSSPIPGNTQNVNRSIDLLMRAGAEVKYGSILDIHTSGHGCREDLKLMISSLRPKYFVPIHGEYRMMLNHRHLAVQVGVPDSNVYLMNIGNTLSLFRNYARKGRNIPSGDVYINNGELRTHEKELLEERVQLAHDGVVIVAITINRETRKLLSGPELITRGFVYMQDSKPLLRRAEAMLRKQLNKAGEQREYNRAAWEQMTNNTLNRYFKRELGRSPYIMPSIMEV				NA	NA	NA	NA	NA
JZ016_03296	1224	naiP		Putative niacin/nicotinamide transporter NaiP	ATGGGCAATATGCAATTGTTAAAAGAACCGAAGCGGCGCAAGCTGCTGTTCAGTGCGGGTGCCAGCTGGATGTTCGATGCGATGGATGTCGGCATGATTTCGTTTGTTGTTGCGGCACTGGCAGCAGAATGGTCGTTGAGCTCACAGCAGGTTGGTATTCTGACAAGCACCACATCGATCGGAATGGTATTCGGCGCGGCTATGGCAGGATTCCTGGCCGATAAATATGGACGGAAAAATGTTCTGCTGTGGACGCTGCTCATATTCTCGATTGCGAGTGGTCTATCCGCGCTGGCTACCGGTTTTATCATGCTGTGTCTGATGCGCTTTATTGCCGGCTTCGGACTCGGAGGAGAGCTTCCGGTTGCATCCACGCTGGTATCGGAAAGCATGCCGGTTCATGAACGGGGAAGAGCGGTTGTGCTGCTGGAAAGCTTCTGGGCGGCAGGCTGGATACTATCCGCACTCATTGCTTACTTCGTCATCCCGGATTACGGCTGGCGGACAGCCTTTGTTATTGGAGCTCTGCCTGCTTTTTATGCGCTCTATCTACGGCGTGCCATCGAGGATTCGCCAAGGTATATCGAGCAGAAAGCCAAGGTTACCCGTAAGCTGACCTTCGGGCAGCGAGTGGCTTCGGTCTGGTCGGTGGAACATCGGCGTACGAGCATTATGCTCTGGGTGCTGTGGTTTACGGTCGTATTTTCATATTACGGCATGTTCCTGTGGCTTCCGACCGTCATGGTCGATAAAGGGTTCAGTCTGGTCAGGAGCTTTCAATATGTGCTGATTATGACGCTTGCCCAGTTGCCGGGCTATTTTACAGCCGCGTATTTTATAGAAAAGTTCGGGCGGAAATTCGTGCTCGTTACCTATTTGGTGCTAACGGCCTTTAGCGCAATCTGGTTTGGCTACGCCAACACGGAAGGTTCGCTGCTCGCAGCAGGCATTTCCTTGTCATTCTTCAATCTGGGAGCATGGGGAGGTTTATATGCCTACAGTCCGGAACTCTATCCGACGAAGGTTCGTTCAACGGGGGTAGGGCTTGCCACTTCGTTCGGACGGATCGGCGGCGTTATTGCGCCGCTGCTCGTGGGTGTGCTGAAGCAAAATGGCACCCCTATCGAATTCATTTTCGTGATGTTTTTTGTGACCATCCTGATCGGTGCGCTCGGCGTACTGGTACTTGGCAAGGAAACGAAAGGGCTGGAGCTTGCGGACTAA	MGNMQLLKEPKRRKLLFSAGASWMFDAMDVGMISFVVAALAAEWSLSSQQVGILTSTTSIGMVFGAAMAGFLADKYGRKNVLLWTLLIFSIASGLSALATGFIMLCLMRFIAGFGLGGELPVASTLVSESMPVHERGRAVVLLESFWAAGWILSALIAYFVIPDYGWRTAFVIGALPAFYALYLRRAIEDSPRYIEQKAKVTRKLTFGQRVASVWSVEHRRTSIMLWVLWFTVVFSYYGMFLWLPTVMVDKGFSLVRSFQYVLIMTLAQLPGYFTAAYFIEKFGRKFVLVTYLVLTAFSAIWFGYANTEGSLLAAGISLSFFNLGAWGGLYAYSPELYPTKVRSTGVGLATSFGRIGGVIAPLLVGVLKQNGTPIEFIFVMFFVTILIGALGVLVLGKETKGLELAD	PGPT0014435_2025	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_SYMPORTER,PGPT0014435-ydjE-K08369	NA	NA
JZ016_03297	1074	kinA_2	COG0642	Sporulation kinase A	ATGATGAATAGTGAAAGTCTCAGCTATGATTTTATGGTCCAAGCGATTGAAGTAGCGCCGATTGGAACGGTATTCATCGATTCAGAGGGGAGCATTATCAAAATTAATCCCGCTGCCTGCGTCATGCTGGGGTATGAGGCGGAAGAGTGTCTGCATCATCCCTATTACAATTGGATTTATCCGGAGGATGTGAATAAGGACAAAGATAGAATGGAGAAGCTAAAGTCGGGTAAGACCGCTTCTTTGCAATTGGAGAAGAGACTGATACATAAACAAGGCGATATCAGGTGGGTATCTTGTATGCTAAGCACAGCTCGCAGCAGGGAAGGAACTACACTCGGCTATGTGGCGCATTTTACGGATATTACCGACATGAAAAAGGCGGCCCATCAAGAAGAGGAGCGGCTGATCCAGTCCGATAAGCTGTCCATGGCCGGTCAACTTGCGGCAGGGATCGCCCATGAAATTCGTAACCCTATGACTTCCATTAAAGGGTTCGTGCAGCTCATTCGCTCCGGCGCTGGCCGGAAGGATGAATATTTCGATATTATCTCCTCGGAGATCGAACGGATCGAGCTGATCGTCAGTGAGCTTCTGTTTTTGGCGAAACCGCAAAGCGTGAAATTCGAGCGTGCCGATATCCGGCAGCTCCTGGACCAAGTGATTACGCTACTAAATACGCAGGCCATCATACATAACGTCGAGATTATAACGGATTTCGGAGAGCGAGAGGCCAATGTGGAGGGTGATGTGAATCATCTGAAGCAGGTGTTCATCAATTTTATTAAAAACGCCGTGGAATCCATGCCGGGTGGCGGGGAATTGACCATTCGGCTGGAGAGAGGCGATGACCACACCGTGGCCATCTACTTCATGGATAATGGCTGCGGGATTCCGGAAGCGATCCTCTCCCGTCTAGGGGAACCGTTCTTCACGACGAAGGAGAAAGGGAATGGCCTGGGATTCATGATCAGCAAAAAAATGATCGAGGACCACAAGGGGCAGGTTCACGTGTCCAGCAAGCTTCAGGAGGGAACGACCATAAAGGTTATCCTGCCGCTCAGCATAATCTAG	MMNSESLSYDFMVQAIEVAPIGTVFIDSEGSIIKINPAACVMLGYEAEECLHHPYYNWIYPEDVNKDKDRMEKLKSGKTASLQLEKRLIHKQGDIRWVSCMLSTARSREGTTLGYVAHFTDITDMKKAAHQEEERLIQSDKLSMAGQLAAGIAHEIRNPMTSIKGFVQLIRSGAGRKDEYFDIISSEIERIELIVSELLFLAKPQSVKFERADIRQLLDQVITLLNTQAIIHNVEIITDFGEREANVEGDVNHLKQVFINFIKNAVESMPGGGELTIRLERGDDHTVAIYFMDNGCGIPEAILSRLGEPFFTTKEKGNGLGFMISKKMIEDHKGQVHVSSKLQEGTTIKVILPLSII	PGPT0025286_126	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025286-kinC-K07698	NA	NA
JZ016_03298	621			hypothetical protein	ATGTACACGGAACAAGATATTTGGATTGTGCTTACAGGCACGGGCACCTGGTTCAGCAGAATGATCCAATATTTCACGAAGGCCCCACTCAACCATGCATCCATCGCGTTTGATTCCGAATTACGCGAAGTGTACAGCTTTGGGCGAAAGAAGGCGAACAATCCGTTTGACGGCGGTTTAGTTCGCGAAAATCTGCGCGACCCCTTCTTCTACACTTCGGAATGCGCGGTTTATCACTTCCGCGTTAGTAAGGAAGACTATCAACGCATGCACAACCTTGTCAAAGAGATGATGCGTGATCAGGACCGCTACAAATATAATCTGCTAGGGCTGCTGGGTATATTGTTTCGGATTCATATTGATCGTGACGATGCTTTCTTCTGCTCCCACTTTGTTGCTACGGTGCTGGAGCAAGCAGGCCTGCGGCCTGTAAACAAGCCTTGTCATCTCGTAACGCCGGAGGATTTCTCCCATTCACCGCAGTTGAATGAAGTCTACCGTGGACCTCTCCACGGGTATCTTGCTCAAGACATGACATCCCCGCTATCCCCATCACCGACGTTTACTCCTGTGACAACGAAAGGCCGAGGCAAGTTCTTCAGATTCGGAAAAACGGGTTAA	MYTEQDIWIVLTGTGTWFSRMIQYFTKAPLNHASIAFDSELREVYSFGRKKANNPFDGGLVRENLRDPFFYTSECAVYHFRVSKEDYQRMHNLVKEMMRDQDRYKYNLLGLLGILFRIHIDRDDAFFCSHFVATVLEQAGLRPVNKPCHLVTPEDFSHSPQLNEVYRGPLHGYLAQDMTSPLSPSPTFTPVTTKGRGKFFRFGKTG				NA	NA	NA	NA	NA
JZ016_03299	663			hypothetical protein	ATGTTTCAGGACATTTTGGAATTTTTGAAAAATTTTGGTCCATGGGGATTGTTTATTCATTCGTTTGCTGATGCTGTAATTTTTCCGGTTCCCGCTTTTTTTCTGCAGGTTTCGCTTAGCATCATGCATCCGCAGGATGCGCTATGGCTCGCAACGTACGGTTTTATCGGGTGCTTGCTGGGGACGCCGCTGGGTTATTTAATCGGAAAGCTGCTTGGGAAGTCGGTACTATACAAGATCTTGAAAAAAGAGTGGATTGACGCTGCAACGAACATGTTTCAGAAAAACGGCGAGGCCGCGATATTGATTGGTTCCTTCACGCCGGTACCCTTTAAGGTGTTCACGATTCTATCGGGGTGCTTGAACTTCCCGTTGTGGAGACTTCTGGCTTATGCCGCTTTAGGCAGAGCCACCAAGTTTTACGTTGTAGGTACCTTGTTTTACCTGTACGGTAACGCCGCTGAAGGCATGGTTAAGGACGTATCGTTATATATTGCGCTTATTGCCGTTCCGCTTCTGTTGATCGGTGTGTACTTTAACCGCAAACGCAAGCGCAAGAAGATGGAGCAGGAAAAGCTCGCTGAAACTGCTGGTGAACCTAGTTCTGTTGTGGTCGAAAAGACGGTACTGGAGCAAACGTCGGACCAGACTCCATCGGCTTAA	MFQDILEFLKNFGPWGLFIHSFADAVIFPVPAFFLQVSLSIMHPQDALWLATYGFIGCLLGTPLGYLIGKLLGKSVLYKILKKEWIDAATNMFQKNGEAAILIGSFTPVPFKVFTILSGCLNFPLWRLLAYAALGRATKFYVVGTLFYLYGNAAEGMVKDVSLYIALIAVPLLLIGVYFNRKRKRKKMEQEKLAETAGEPSSVVVEKTVLEQTSDQTPSA				NA	NA	NA	NA	NA
JZ016_03300	813	pdxK_1	COG0351	Pyridoxine kinase	ATGACGATACGAAAAGCACTAACCGTAGCCGGCTCGGACACGAGCGGGGGCGCTGGCATCCAGGCTGATCTGAAGACGTTTCAGGAATTTGACGTATACGGTATGACCGCACTGACCACGATTGTCTGCATGGAACCAAAGACATGGGATCATCAAGTTTTCCCGGTGGCGCTTGATATTGTAGAAACCCAGTTGAAAACCGTGCTTGAGGGCATTGGCATCGACGCCATGAAGACCGGCATGCTCGGATCCGTAGAGATCATCGAGCTCGTGTCCCAGTATATCGACCGCTATAATTTGGAGCGGATCGTCATCGATCCGGTGATGGTCTGCAAAGGCACGGATGAAGTGCTGCAGCCGGAAAATACGGAAGCGATGCTGGAGTTCCTTCTCCCGCGCGCCGATCTGGTAACGCCAAACCTGTTCGAGGCGTCCCAGCTGGCGAAGTCCGGCCCGATCACAACCCTGGATCAAATGCAGGAGGCGGCGGCCATCATTCACGAGCGCGGCGCGAAGAATGTGCTGATTAAAGACAGAGGCAAGATCCGCGAAGGCAAAGCGATGGACCTGCTCTATGACGGAAACAGCTTTGAATGGTTCGAGGCCGACACCATTGTAACGAAGTACACCCATGGTGCGGGCTGCACGTCATCCGCTTCCATTACAGCTAATCTTGCCAAAGGCTTGACCGTCCGCGAGTCGGTACAGCAAGCGAAGGCATTCATTACCCAAGCCATCTCCAATGGCTTCCCGCTGAATGAATTCGTAGGTCCGACAAGACATTCCGCGCACCGCAGTTTATCTGCAAATTAA	MTIRKALTVAGSDTSGGAGIQADLKTFQEFDVYGMTALTTIVCMEPKTWDHQVFPVALDIVETQLKTVLEGIGIDAMKTGMLGSVEIIELVSQYIDRYNLERIVIDPVMVCKGTDEVLQPENTEAMLEFLLPRADLVTPNLFEASQLAKSGPITTLDQMQEAAAIIHERGAKNVLIKDRGKIREGKAMDLLYDGNSFEWFEADTIVTKYTHGAGCTSSASITANLAKGLTVRESVQQAKAFITQAISNGFPLNEFVGPTRHSAHRSLSAN	PGPT0009125_2722	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009125-pdxK|pdxY-K00868	NA	NA
JZ016_03301	747	map_2	COG0024	Methionine aminopeptidase 1	TTGATAATCCTTAAAACACCAGAACAAATCGCCAAGATGAATAGGGCCGGGGACATTCTCGCCGAATGCCACCGGCAGATTGCCAAGATGATTAAACCGGGCGTGACGACATTGGAGATTGATCAATTTGTCGAGCGGTTTCTGGCAGAGCGCGGCGCTACACCGGAGCAGAAGGGGTATCACGGATATCCATATGCCACTTGCGCGTCGGTTAATGATGTGATTTGCCATGGTTTTCCGAGCAAGGAGCCATTGAAGGACGGGGATATCGTTACCATTGATATGGTGGTGAAGTATGATGGCTGGCTCGCTGATTCCGCGTGGTCTTATCCGGTCGGAAACGTGTCCGAGGAAGCGCAGCATTTGCTGGACGTAACGAAGAAATCCCTGTATCTTGGCATTGAGCAAGCGGTGATCGGCAATCGAATCGGAGACATCTCCCATGCGATTCAAACCTATGCGGAATCCCAAAATTTATCGGTCGTCCGCCACTTCGTAGGGCATGCCATCGGCGAAAATATGCATGAGGAGCCCCAAGTGCCGCATTACGGCCCGCCCCACCGCGGGACGCGTCTTAAAGAAGGCATGGTCATCACTATTGAGCCGATGCTGAATCTTGGCACGTATCAATGCAAGATCGATTCGGACGGATGGACCGCAAGAACGGTGGACGGCAAATGGTCCGCGCAGTATGAGCATACGCTTGCCATTACCAAGGATGGCCCGGTGATCTTGACAGAACAATAA	MIILKTPEQIAKMNRAGDILAECHRQIAKMIKPGVTTLEIDQFVERFLAERGATPEQKGYHGYPYATCASVNDVICHGFPSKEPLKDGDIVTIDMVVKYDGWLADSAWSYPVGNVSEEAQHLLDVTKKSLYLGIEQAVIGNRIGDISHAIQTYAESQNLSVVRHFVGHAIGENMHEEPQVPHYGPPHRGTRLKEGMVITIEPMLNLGTYQCKIDSDGWTARTVDGKWSAQYEHTLAITKDGPVILTEQ	PGPT0020010_9314	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020010-map-K01265	NA	NA
JZ016_03302	630			hypothetical protein	ATGAGAAAATCCATGGCTATCATACTAAGCTGCTTGTTTCTGCTTATGAGCCTGTACACGGTCAAACCAGCCAACGTATTTGCTTGCTCCTGTGCGGGGCCGCCTACGGTTGTGGAGGGCTTGGAACGGAGTGCAGCGGTATTTGCAGGCAAAGTGACCAAGCTGGTTGGCCCGAAGGCGAAGCTGGTGATGTCATCCGCAGATCCGGTTCATGTTACGTTAGAGGTAACGGAAGTATGGAAGGGCGAATTAGCTGGAATGACGCAGCTTACAACGGCGGTGTCATCAGCCAGCTGCGGTTATGATCAGTTTGCCGTAGGAAGCGAATTCCTGGTGTTCGCGTCTGCCGAATCGGGTCAGCTGAGAACAGGGATGTGCGATGGCACGAAGCTCCTCTCCACCGCAGGCCAAGAGCTAACTGAGCTTGGAGATGGATATCCTCCAGAAGATACATCTGCTCAGAGTGAATCAGGGCCCGATCAACTCGCTGAGGGTGGCCCTCCAGGTGCAGGTCAGGGTGCAGGTCAATCTTCATTCTTACTGAAGCCCGTCTTGTGGATAGCGGCAGCAGTGCTGCTGGCAGCGGGGGGATGGCTCTATTTTTGGAGGAAGAATAAGAGAAATATATAG	MRKSMAIILSCLFLLMSLYTVKPANVFACSCAGPPTVVEGLERSAAVFAGKVTKLVGPKAKLVMSSADPVHVTLEVTEVWKGELAGMTQLTTAVSSASCGYDQFAVGSEFLVFASAESGQLRTGMCDGTKLLSTAGQELTELGDGYPPEDTSAQSESGPDQLAEGGPPGAGQGAGQSSFLLKPVLWIAAAVLLAAGGWLYFWRKNKRNI				NA	NA	NA	NA	NA
JZ016_03303	567	COQ5_7		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGAAAGAGAGCTTTGATCCGTCACTCATAGACCGATTGGAAAGTCCGGAAAGGAAGAAGGAGTTACCGGCATCTTCGCTGCTGGAGAAGCTCCAAGTGAGCGGCGAGGTGGATGTCCTTGACATCGGGGCAGGTACCGGTTATTTTTCCATACCGGCAGCCTCGTTAACGACAGGGACGGTTTACGCGCTGGATACCGAGCCAGCCATGCTGGACATGATGCGGGGGCGTGCACTGGAACAGGGACTTACGAATATTAAGGTGATGGAAGGGATGCTGGAAAACCTTCCTTTCGAGCATGAAGCTGTGGATCGAGTCATTGCCTCCCTGATCCTTCATATCACCGATCAGCTGGAGCAATCCATCCGCCAGATGGCAAGGGTGCTGCGGCCAGGAGGACGATGCTTGTGTCTGGAGTGGCAGGAGGACCCAGCCGAGAAGCGGGTTCCCCGTCCGAACCGGGTTGATCCATATGTGATGAAGGCTTTGTTGGAGCAAGCAGGGCTGCATGTGCAAGGCATCGAGTATCCTACGGAGCGTCATTATTTGATCATTGCCAGTAAATAG	MKESFDPSLIDRLESPERKKELPASSLLEKLQVSGEVDVLDIGAGTGYFSIPAASLTTGTVYALDTEPAMLDMMRGRALEQGLTNIKVMEGMLENLPFEHEAVDRVIASLILHITDQLEQSIRQMARVLRPGGRCLCLEWQEDPAEKRVPRPNRVDPYVMKALLEQAGLHVQGIEYPTERHYLIIASK				NA	NA	NA	NA	NA
JZ016_03304	1191	anmK	COG2377	Anhydro-N-acetylmuramic acid kinase	ATGCTGTTCTCGCCATGGAAGGATGGAAGGCCTACCGTTGTGGTCGGCTTGATGTCGGGCACTTCGCTTGACGGCATCGATGCGGCCATCGTCCGCATACACGGCAGCGGTTTCGAAGCATCGGTTGAGCTGCTGCATTACTATAACAAGCCTTACGAACCGGAACTCCGTCAGCGGCTGCGCGATTTGTGCAGTGAGGAGAATTCCAACAGCGCTGCTGTTTGCAGTATGAATGCATACTTGGGGTATCAGTTTGGAGCGACAGTCCTGGAAGCGGTTGCCGATGCCGGCATGCGAATCGATGAGGTGGATTTGGTAAGCTCTCATGGACAGACGATTTGGCATCAGCCCATACCCGAACAAGGGGATCCTTATGCTGTCGCTTCCACTCTGCAGATCGGCGATATTTCCGTTATCGCCAAGCATACCGGCAAACTTACGGCAGGAGACTTCCGGCCGGCGGATATGGCGGTTGGGGGGCAAGGGGCCCCGTTTGCCCCTTACGGAGATTTGATCCTGTTCCGGCACCCGGAGCGGGGAAGACTGCTGCAGAACATCGGCGGGATCGGTAATTGCACGGCGCTGCCCGCAGGGGCGGATCCTTCGGATGTGCTGGCCTTTGATACCGGACCCGGCAATATGATCATGGATGCCGCAGCTCATATGCTGTCCGGAGGGCAGCTTTCGTATGACAACGGAGGACAATGGGCTGCCCGAGGCAACCCGGATCAGGAATTGTTAAGGGAGATGTTGGCGCATCCCTATTTTCATGCAGAACCGCCGAAATCAACGGGCAGGGAACGGTTCGGTCACAACTATGCGGTTTCGTTTCTGGAGCAAGCCGGGCTCAGGAACCTCTCGGAAGAGGATACGATGGCCACGGTCACGGCGTTTACCGCACATTCCATTGCGGATAGCTATGTGAAATACGTGTTTCCACGCCACACAATCGATGAAGTGATCGTAACCGGCGGAGGGGCCCATAACAAGACGCTGCTCTCGATGTTAGGGGAGCTGCTGCCGGAACAGAAGGTCCTGACCTCCAAGGCGCTGGGCTTCGATGACGATGCCAAGGAAGCCGTGATTTTTGCACTGCTGGGCAATGACTTCATGCTCGGTGTTCCTAACAATTTGCCGGCAGCTACCGGAGCGAACAGACCGACCGTTATGGGGAAGCTCGCACTGCCATAG	MLFSPWKDGRPTVVVGLMSGTSLDGIDAAIVRIHGSGFEASVELLHYYNKPYEPELRQRLRDLCSEENSNSAAVCSMNAYLGYQFGATVLEAVADAGMRIDEVDLVSSHGQTIWHQPIPEQGDPYAVASTLQIGDISVIAKHTGKLTAGDFRPADMAVGGQGAPFAPYGDLILFRHPERGRLLQNIGGIGNCTALPAGADPSDVLAFDTGPGNMIMDAAAHMLSGGQLSYDNGGQWAARGNPDQELLREMLAHPYFHAEPPKSTGRERFGHNYAVSFLEQAGLRNLSEEDTMATVTAFTAHSIADSYVKYVFPRHTIDEVIVTGGGAHNKTLLSMLGELLPEQKVLTSKALGFDDDAKEAVIFALLGNDFMLGVPNNLPAATGANRPTVMGKLALP				NA	NA	NA	NA	NA
JZ016_03305	1179			hypothetical protein	ATGACAAGAGGTAACGTACGAAGCGGAATTGATGTGCTGCCGGACATCAAGCATGAGAAAATCACGGGTCGTCGCCTTGGCGTCATTACGAATCCGACGGGGCTCACGTCGGATTTTCGTTCATCTATCGAGGTGATTGCAGGTTTGCCCGAATCGGAATTGACGGCTTTATTCGCTTGCGAGCATGGGCTGCGCGGCCAGCTGCAGGCAGGCAAGCACGTCGATGATGAAGAGGACCCGGTATTCGGCGTGCCGGTGTACAGCCTGTATGGCTCACGGCGTAAACCGGACGCCGACATGCTGAAGGACGTGGATACGGTCATCTTCGATATACAAGACCTTGGGGTGCGTTTTTATACGTATATGACAACGCTGCTGTACGTCATGGAGGCCTGCGCCGAGCATGGAAAGAGCCTGCTTGTCCTGGATCGGCCGAATCCGCTGGGCGGCAAGCGAGTTGAAGGAGGTTTCCTTAAGCAGGGATATGAATCCATGGTGGGCGGATGGCAGATTCCGATTAGCACCGGGATGACCATCGGCGAATTCGCGTGCATGGCCAATGACATGCGGGGAACAGGCTGCGATCTGGATGTTATTGGGCTCGAAGGCTGGACGCGCGGTATGGAATATACCGACACGGGCCTGCCGTGGGTACTGCCGTCGCCGAACATCCCCACGATGGATACGGTACGGCTGTACAGCGGGACCTGCTTCTTCGAAGGGACCAATCTTTCGGAAGGCAGGGGGACGACCCGGCCGTTTGAATGGATCGGCGCTCCATGGGTCAATGGCGAAGAGCTGGCGAAGGCGTTCAACGCGTACGGACTGACAGGCGTTCATGCCCATTCCATGTACATGACGCCTACCTTCTCGAAGCATCAGGGCGAAGGCTGCGGCGGGGTGATGCTCTTTGTCACTCAACCGGCAGAAGTGGAGGCTGTGCGCACAGGGCTTGTGCTGCTGCACCTGGTCAGCCGGATGTACCCGGATCAGTTCCAGTGGCTTAGCCCACCGGAAGGACGTAATCGGTACTTTATTGATTTGCTGACGGGCAGCGAGGAAGTTCGACGGCATATCCACGAAGAAGCCGGACTTCAGCGCATGATTACCGAGTGGGGCAAGGATGCGGAGCAGTGGAGAACGATGCGGGCTCCTTATCTGCTGTACGGGGAGGCGTAA	MTRGNVRSGIDVLPDIKHEKITGRRLGVITNPTGLTSDFRSSIEVIAGLPESELTALFACEHGLRGQLQAGKHVDDEEDPVFGVPVYSLYGSRRKPDADMLKDVDTVIFDIQDLGVRFYTYMTTLLYVMEACAEHGKSLLVLDRPNPLGGKRVEGGFLKQGYESMVGGWQIPISTGMTIGEFACMANDMRGTGCDLDVIGLEGWTRGMEYTDTGLPWVLPSPNIPTMDTVRLYSGTCFFEGTNLSEGRGTTRPFEWIGAPWVNGEELAKAFNAYGLTGVHAHSMYMTPTFSKHQGEGCGGVMLFVTQPAEVEAVRTGLVLLHLVSRMYPDQFQWLSPPEGRNRYFIDLLTGSEEVRRHIHEEAGLQRMITEWGKDAEQWRTMRAPYLLYGEA	PGPT0012175_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207	NA	NA
JZ016_03306	696			hypothetical protein	ATGCGCAAGCTGAATGATGTGTTGAAGAAGACCGGGGTTGAGATTTACCGTGAGATTACGGCGGTGGCCTTATACAGCATGATTACCTCGCTGGTGCTCGTTACGGTGGTTATGTTCGTTCCGCTATGGACGGCGCTGGTGCTGCTGCCGGTTCTGTACATGCCGTTGTTTTACGGAGTTTGTTATGCGTATCACCGCAGAACGGAACGGGGCAAGTCGAGACTCAAGGATGTGTTTCAAGGTGCGCTTAAGGGATTTGGACCTGCGGTAGTCATGGGTTTCTTCTTCGTGGTGATGGTGCTCATCTTGTGGTCCACCTGGTGGTACTACGGGGGCAAAGAGGGAATCGGCTATCTTGCGATTGGCGTGTTCCAGACCTATTTTGTTATCATGGCGCTCATCTCCCAAATCTACACCTTTCAGCTTGTCATTCAGGAAGGGATGGGCGTCTTCAAGGCCATGGCCCACAGCGTGAAGCTGTTCCTGAAGTTTCCGGCATATACGCTGGGCGCTTGCTTTCAAGCCTTCTGCGTTGCGATTCCTCTGATGGTTACGGTCGTTGGCTTCGGATTTTTGTTTAACGGCATGTGGGCCATATACCAGCATAAGGTTACGTATAATGTACTGAATCCGGAAGAGGCCAAACCGGCGGAGGACGGTGTCGTAGCCTCGAAACCAGGAGGTGTAAGCATATGA	MRKLNDVLKKTGVEIYREITAVALYSMITSLVLVTVVMFVPLWTALVLLPVLYMPLFYGVCYAYHRRTERGKSRLKDVFQGALKGFGPAVVMGFFFVVMVLILWSTWWYYGGKEGIGYLAIGVFQTYFVIMALISQIYTFQLVIQEGMGVFKAMAHSVKLFLKFPAYTLGACFQAFCVAIPLMVTVVGFGFLFNGMWAIYQHKVTYNVLNPEEAKPAEDGVVASKPGGVSI				NA	NA	NA	NA	NA
JZ016_03307	1107	msmX_1	COG3839	Oligosaccharides import ATP-binding protein MsmX	ATGGCACGCGTAGAATTCCGTAATATACGAAAAGAATTTGTAGACGACAACAAAGGGACGTTTACCGCTGTAGCGGGGTCGGACTTTGTGATCCATGATAAAGAGTTCGTTGTTTTCGTCGGTCCTTCCGGCTGCGGCAAAACCACTTCCCTGCGCATGATTGCCGGGCTGGAGCGCCAAACGTCCGGGGATATCATCATCGGCGACAGAGTGGTAAACAATCTTCACCCGAAAGATCGTGATATCGCGATGGTGTTTCAGGACTATGCGCTGTATCCCCATATGACCATTCGCGAGAATCTCTCCTTCGGCTTAAAGAACCTGAAGAAGCCCAAGGCTTATATTGAGCAAAAGGTATCGCAGGCAGCCGCCATTCTCGGACTGGAGTCGATGATTGATCGAAAGCCGCGCGAGCTGTCCGGCGGACAGCGTCAGCGCGTTGCGGTAGGGCGGGCCATCGTGCGCGATCCGCAGGTGTTCCTGTTTGACGAGCCGCTGTCGAACCTGGATGCGAAGCTTCGCGTGCAGATGCGGGTGGAGCTGTCCGAGCTGCACAAGCGCCTGGAAGCCACCATTGTATACGTCACGCATGATCAGGTTGAAGCGATGACGCTCGGTGAGCGGATCGTCGTGATGAACAACGGAATTATCCAGCAGATTGCATCTCCTACCGAGCTGTATGCGAATCCGCAAAATATGTTCGTAGCCGGCTTTATTGGCTCCCCGCCGATGAACTTCATCGATGTGCAGAAGGAAGGGAACGTGCTCCGGATGGAAGGCGGCACATTTACCATCCCTGATTCGATGGCGGGTGCGCTGAGCAAATACGATAACGGGCACCTTATCCTGGGGATCCGCCCTGAGCATATTACGGGTGAGGATATGCCGGGCACAACCAATCTGGATTACAAGTACTCCACGAAGGTCCAGGTCGTCGAACATTTGGGTTCGGAGAATCTGGTGTACTTCCGCGTAGGGAACCGGACGGTTACGGCGAAGGTTCACCCGGAAACGACGGGTTATCCGGGCATGGACAAAACCTTCATTTTCAATTTCGATAAAGTGCATTTCTTCGATCCTGAGACGGAGCAGCGTATCGATTGGTAA	MARVEFRNIRKEFVDDNKGTFTAVAGSDFVIHDKEFVVFVGPSGCGKTTSLRMIAGLERQTSGDIIIGDRVVNNLHPKDRDIAMVFQDYALYPHMTIRENLSFGLKNLKKPKAYIEQKVSQAAAILGLESMIDRKPRELSGGQRQRVAVGRAIVRDPQVFLFDEPLSNLDAKLRVQMRVELSELHKRLEATIVYVTHDQVEAMTLGERIVVMNNGIIQQIASPTELYANPQNMFVAGFIGSPPMNFIDVQKEGNVLRMEGGTFTIPDSMAGALSKYDNGHLILGIRPEHITGEDMPGTTNLDYKYSTKVQVVEHLGSENLVYFRVGNRTVTAKVHPETTGYPGMDKTFIFNFDKVHFFDPETEQRIDW	PGPT0016310_2927	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE|MANNOSE_TRANSPORT_I,PGPT0016310-msmX|msmK|malK|sugC|ggtA|msiK-K10112	NA	NA
JZ016_03308	834	araQ_28	COG0395	L-arabinose transport system permease protein AraQ	ATGAAATCAAGATCAAAAGTGATCATGCTGATTGTGGCTTCGGTCATCCTGGTGGTATGGAGCGTTCTGACGATCATTCCGATGTACTGGATGCTGATCGGTTCTGTGCAGGACACCAAGTCAGCGGCATCGTTTATCCCGAAAATGATACCGGAGGTATTCTCCGTAGCCCCGTACGAGCGTTTTTTTGGCAAAACCGACGTCATGAGGTGGCTCTTTAACTCCTTATTGATCTCATCCATCCTGACGGTGACCAATGTATTCCTGGCTTCGCTCGCAGGTTATGCTTTTGCGAAGCTGAAGTTTCCGGGGAACAAAGCGGTATTCTGGATTTTGCTCAGTACGATGATGATCCCGGCGCAGGTGACGCTGATTCCGCTCTATATTTTGATGATTGACGTGTTTGATCTCGGGAATACATATACGGCTATTCTTCTTCCCGGCATTGTAAGCGTGGGCAACATCTTCTTGATGAAGCAGTACATGTCATCACTGCCTACCTCTCTGATTCATGCAGCGCGTATCGACGCTTGCGGCGAATTCGGCATCTTCTGGAAGGTTATTCTTCCGATGGCAAAACCGGGTCTCGCCGTGCTGGCGATTTTCACGTTTGTTGCATCCTGGAATGATTTCTTCTGGCCCTTCCTCGTGACTAACTCGACGGAGATGAGGACGATTCAGGTCGGTCTTGCTTCCTTCGTCTATGCGGACACGACCGATTTCGGCGCACTTATGGCTGGAGCAACCGTCGCGGCACTGCCGATGATGATCCTGTTCTTCTCGCTTCAGCGCTATTTCCTGCAAGGCATCACCATTGGAGCCGTTAAAGGCTAG	MKSRSKVIMLIVASVILVVWSVLTIIPMYWMLIGSVQDTKSAASFIPKMIPEVFSVAPYERFFGKTDVMRWLFNSLLISSILTVTNVFLASLAGYAFAKLKFPGNKAVFWILLSTMMIPAQVTLIPLYILMIDVFDLGNTYTAILLPGIVSVGNIFLMKQYMSSLPTSLIHAARIDACGEFGIFWKVILPMAKPGLAVLAIFTFVASWNDFFWPFLVTNSTEMRTIQVGLASFVYADTTDFGALMAGATVAALPMMILFFSLQRYFLQGITIGAVKG	PGPT0016540_7058	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_03309	918	lacF_8		Lactose transport system permease protein LacF	ATGCAGACTGCCCCGGCGCAAGCCCGGCCATCACGTCCCCCCATGAAGGGGTACCTACGCGAATATGGATGGGCGTATTTATTCATTCTGGCCCCAGTCTTGTTGTTCTTGATATTTACGCTTTACCCTGTCGCCTCGGCTTTTCTGATGAGCTTCCAGGAATACAGCGTAATGGGCTCCGAATGGATTGGAACGGACAACTACACACGGATGGTACAGGATGAAGTGTTCTGGAAATCCATGAAGAATACAGTCATATTCACGATCGGCACGGTTCCGGTCAACATTGTCATTACGTATGCGTTATCCTTTTTTATTTTTCAGATGAAGAACAAATGGCAAACGTTCTTCAAGGCTACAATGTACCTGCCGGCCGTTGCTTCCGGCGTCACCATTTCGGTCGTGTGGCTTGCGATTTACGACCCGACGCATGCCGGGCTGTTGAATCGTTTTATCGGTTTGTTCGGATTGGACCCGGTCATATGGCTCGGTAAATCGAACACCGCGCTCTTCTCACTCATTTTGATGAACTGGCTCGGTTCGCATGGTGCAGGTATTATTCTCTATCTGGCCGCCATGGGCGGGATTCCCAAATCGCTCTATGAAGCCGCGGACATCGACCATGCCAGCGGCTGGTCCAAATTCTGGCGCATTACGTGGCCGCTGATGAAACCAACCACATTATACCTGCTGGTGACGGGCGTCATAACATCCTTCCAGGTGTTTATCTCGGTGTACCTGATGACCCAGGGCGGACCGAATTTCGCGACGACAACGATCGCCTATCTGATTTACAGCACGGCGTTCAACTTCTACGAGTTTGGACTCGCGGCAGCGCAATCTTTTGTACTCGCTGCATTGATTATTGTCATTTCCATCATTCAGTTCAAATACTTCTCGTCCGACGTGGAGTACTAA	MQTAPAQARPSRPPMKGYLREYGWAYLFILAPVLLFLIFTLYPVASAFLMSFQEYSVMGSEWIGTDNYTRMVQDEVFWKSMKNTVIFTIGTVPVNIVITYALSFFIFQMKNKWQTFFKATMYLPAVASGVTISVVWLAIYDPTHAGLLNRFIGLFGLDPVIWLGKSNTALFSLILMNWLGSHGAGIILYLAAMGGIPKSLYEAADIDHASGWSKFWRITWPLMKPTTLYLLVTGVITSFQVFISVYLMTQGGPNFATTTIAYLIYSTAFNFYEFGLAAAQSFVLAALIIVISIIQFKYFSSDVEY	PGPT0016535_5260	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_03310	1395			hypothetical protein	ATGAAGAAAAAAGGTTGGCTTACATTGTTGGCTTCTTTAATGCTCGTGTTTACCGCAGCTTGCGGCGGTTCCGGCGGGGCGAAGACTCCGGAAGGCGGAACAGGAACCACTTCGGAAGGAAATGGTGAAGCCGCACCGAAGCAGGATACGGTTGTCGTCTGGACTTATCCGGTACATGGTAAATACGAAGATGAGTTGAAAGAGCATGTAGCGGATCTGAAAGAAAAATATCCGCATATTACGGTCCAAACCGAAGTGCTCTCCTGGGCTGAAGGTCCGAAGAAGTTCGACGTGGCCCTGAATGCCGGTAACCCGCCTGATCTTTACTTCCACGCGGTGGATGGCGCTTATGTAGATACAGGCCTGGCACTGGAACTGACCCCTTATATTACGGACGAGATCAAAAACGACTACCTGCCGGGAACGCTTGAGCTGGGTCAAATCCAGGGCAAGCAGTATGGGCTTCCGCTGTACCAATCCCTTTGGGCTTGGGGCGGCAACAAGAAGATCCTCGAAGAAGCGGGAATCGACTGGAAGGCCATTCAAGAGAACGGCTGGACCTGGACCGAGTTCAAGGCAGCTGCCGAGAAGTTGACCAAGAAGCTTCCTAATGGCAATACGCAATATGCGCTCGTAACGGACGGCACTTCGCTGGACTTCATGGAAATGCTGACGCGCAGCAACGGCATGCCGGACGTATTGAACGATAAAGGCGAGTTCCAATGGAACGACGAACGGATTCTGGATACGATGACCTTCGTGTCGGATCTGATGAAAGCCGGTCATCTGCCTGCCGAGACTGCCGCGATTACGCCGGCAAAACGGATGGACCTGTTCTACGCCGAGGAAGCCGCGATCGTGTCCAAGGCGATCCCTTACTATGACGTGATGCTGCAGAACCGTGCGAAGGATATCGACAGCGGTACGGTCCAAGGCGCGAAAATCGACTTCGTTCTGCTGCCGGTTCCGCATAATGACGGGGCTGAGCGGAAGACATCCATGTTTGGTGAAGGTTATGTAGCGTTCAAGCAGAAGAAGGATAAAGGCGAAGAGCATGCAAAGAACACATTCCTGATCATGGAAGGATTGAGCGGGGCGAAAGCCGGTAATTCCGCCAACGAATTGGTATTGCCTTTCGTACGTAAATCCCAGGCGGAGTTTTATGAAGGTAAAGGACTCGGTACGGAATCTACAATTAAGGCAGCGGAAATTTTCGCAAACTTCAAGGAAATTCCGGTGACTCTGAACCTTGATGCAGAAGCTTCAGGTAATCAGAAGAAGTTTAAGGAGCAAGTGGTGAAGCCGAATATCCAAGCGCTGTTCTCGGGTGAGAAGACGCCGGAGCAGATCGCACAAGACTTCAAGGACAAAGGCAAACAAATTTTAGGACAGTAA	MKKKGWLTLLASLMLVFTAACGGSGGAKTPEGGTGTTSEGNGEAAPKQDTVVVWTYPVHGKYEDELKEHVADLKEKYPHITVQTEVLSWAEGPKKFDVALNAGNPPDLYFHAVDGAYVDTGLALELTPYITDEIKNDYLPGTLELGQIQGKQYGLPLYQSLWAWGGNKKILEEAGIDWKAIQENGWTWTEFKAAAEKLTKKLPNGNTQYALVTDGTSLDFMEMLTRSNGMPDVLNDKGEFQWNDERILDTMTFVSDLMKAGHLPAETAAITPAKRMDLFYAEEAAIVSKAIPYYDVMLQNRAKDIDSGTVQGAKIDFVLLPVPHNDGAERKTSMFGEGYVAFKQKKDKGEEHAKNTFLIMEGLSGAKAGNSANELVLPFVRKSQAEFYEGKGLGTESTIKAAEIFANFKEIPVTLNLDAEASGNQKKFKEQVVKPNIQALFSGEKTPEQIAQDFKDKGKQILGQ	PGPT0016545_1500	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_03311	837	ybbH_1	COG1737	putative HTH-type transcriptional regulator YbbH	ATGAACGGCGGATTGGTTCGATTGCGTGAGGTGTATGATTCATTAAATCCGTCCGAGCGCAAAGTTGCAGCCTTCATTTTGCAGGAACCGGCAGAGATGATACAGATGTCGGTCGCGGATCTTGCAGTCCGAAGCGGTTCCAGTCAGGCTGCCATTGTGCGCCTGTGCAAAACGATGGGTTTCAAGGGCTATCAGGATCTGAAGCTGAAGGTAGCCGGAGACTTGCAGGAGCCATTAGCCACCGGGTATCAGGATATCCGGCCCAATGACAGCATTTCTGCAATTATACAGAACGTCTCGAACAACAACATTCAATCGATTCGGGATACGATGAAGATTATGGAGGAAGGGAAGGTGGAAGAGGCCGTTCTGGCCCTCGATCAGTCGAAGCGCATTTTCATGTTCGGGGTAGGGGCTTCAAATCTGATCGGGATGGATGCCCAACAGAAATTTTTGCGGATTAATAAGGTATGCATATCTTTTCCGGACCCTCATGTTCAACTCACCTCGGCGGTGCTGCTGACTCCAGATGATGCGGCCGTATGCATTTCCTACTCCGGTGAAACGGATGAAGTAATCCGCGCAGCAGCGATTGCGAAGGAGAAGGGATGCAAGACGATTGGCATTACCAAATACGGCGATTCTACCCTGAGCCGATCGGTGGACATTCCCTTGTACACTTCCTCCACGGAGAACGAGATTCGCAGTGGCGCGATGTCCTCTCGTATTACGCAGCTTAATCTTATCGATATTTTATATCTTGGCGTCGCCAGCCGGAATTACGAGAATTCAGTGAAATACCTGGATGAGAGCCGGCAAGCGATCAAGCGGTTGTAG	MNGGLVRLREVYDSLNPSERKVAAFILQEPAEMIQMSVADLAVRSGSSQAAIVRLCKTMGFKGYQDLKLKVAGDLQEPLATGYQDIRPNDSISAIIQNVSNNNIQSIRDTMKIMEEGKVEEAVLALDQSKRIFMFGVGASNLIGMDAQQKFLRINKVCISFPDPHVQLTSAVLLTPDDAAVCISYSGETDEVIRAAAIAKEKGCKTIGITKYGDSTLSRSVDIPLYTSSTENEIRSGAMSSRITQLNLIDILYLGVASRNYENSVKYLDESRQAIKRL	PGPT0017985_484	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017985-hexR|yebK-K19337	NA	NA
JZ016_03312	957	murK_3	COG2971	N-acetylmuramic acid/N-acetylglucosamine kinase	ATGGAAATTTTTATCGGTGTTGATGGTGGCGGTACCAAGACTGAAGCAACCGTTATCAATAGCGCTGGAGAAGTGTTGTCCCGGTATACCGGAGGTTCCACCAATCCTTATATTGTAACCTTTAATAAAGCGATGGAGGAACTCCGAACGGTGTTGGATGGGCTTCTGGCACCTCTTTTTGATAAGTCATTATTATTCACATCAATATGTCTTGGAATGTCAGGTGTGAGCTCTGCAGATGAACGACGCCAAGTTCAGTCTTTCCTTCATTCCTATCTCCAGCAGCGGCAGCTCTCGATGCATATTTACATGCGCTCGGAAGCCGAAATTTCATTAATGGCCGTACTGGAACGACAGTATGGAATCCTTGCGATCTCGGGAACCGGATCCAATACCTACGCTATAACCAAATCGGGAGACATTCACCGCGTCGGTGGCTGGGGACATCTTCTTGGAGACGAAGGCAGCGGTTATCAGATCGGACTTCAAACTCTGAAAACCGTCATTAAGAGCCATGAGGGCATTTTGCCACCCACCATCATGAGCAGCCTGATTGTTGCAGCCTATCCTCTCCAGCATATTACCGATCTCAAATCTTACATTTACCAGCCCGCTATAACGAAACAGGATATCGCTTCCTTCGCCCGCTGCTGCATAGAAGCAGCCGAAGCCGGTGATGAAGCGGCAGACCGTATCCTCCGGCAGCAGGCAGCAGAACTGGCCGATACAACAAGCGCTCTCATCAGGCAGCAAGCTGAATTCGCTGAGAGTGAACTCGTACGGATCGGCTCGATCTTCAAACATTCGCCATTGTTTCGGGAAACGTACGCCGGCATTCTGCTATCGCGTTATCCCCGCCTCCGGTTCCCTGAAGGAAATCGTGAACGTACACCCGCCCATGGTGCGGCTCTGTTAGCCTGCAAGCTATTTACAGACGGCGTCTCTGACTTGCTGTAG	MEIFIGVDGGGTKTEATVINSAGEVLSRYTGGSTNPYIVTFNKAMEELRTVLDGLLAPLFDKSLLFTSICLGMSGVSSADERRQVQSFLHSYLQQRQLSMHIYMRSEAEISLMAVLERQYGILAISGTGSNTYAITKSGDIHRVGGWGHLLGDEGSGYQIGLQTLKTVIKSHEGILPPTIMSSLIVAAYPLQHITDLKSYIYQPAITKQDIASFARCCIEAAEAGDEAADRILRQQAAELADTTSALIRQQAEFAESELVRIGSIFKHSPLFRETYAGILLSRYPRLRFPEGNRERTPAHGAALLACKLFTDGVSDLL				NA	NA	NA	NA	NA
JZ016_03313	912	murQ	COG2103	N-acetylmuramic acid 6-phosphate etherase	ATGACGAATATTCTAAGTCAATTGACAACCGAACAGCCTCATGAAAATACGCAGAACATTGATCAGTTGAGCTCAGAACAAATTATGATCCTCATCAATAGCGAGGATAGCCTGATCACTGATGCGATCCGCGAGCTTATTCCTCTTATAGCCAGAGCTGCAGATCTCGTCGTGGAAGCTTTCCAGAAGGGCGGCAGATTGTTCTATATAGGTGCCGGAACCAGCGGTCGAATCGGGATTCTGGACGCCTCCGAGTGTCCGCCTACCTACGGAACAGACCCTTCCATGGTGCAGGGATTGATCGCAGGTGGTTTCAGAGCCGTGAAGGAAGCTATCGAAGGTGCCGAGGATAGCGAAGAGTTAGGTGAACAGGATATCAATGAAAACGGTATCAACGAAAAGGATGTTGTCATCGGCATCGCTGCAAGCGGCCGAACACCCTACGTTCTTGGGGCGATGAGACGCGCCAAAGAGCGTGGAGCCGTTGTCATCGGACTCTGTAATAACTACGAATCGCCGATGCATCAGTACGCGGATTTTGTAATTGAAGCTGTTGTCGGACCCGAAGTAATTATGGGCTCCACGCGCATGAAGGCCGGTACTTCGCAAAAGCTGATTCTGAACATGCTGACAACGACCGCCATGATTCGAATCGGCAAGGTGTACAAAAACCTGATGGTCGACCTCAACCCGTCCAATAACAAGCTTGTGCACCGCGCCAAACGAATCATTACCCTGGCAACCGGAGCATCAGAGGATGCTGTGGAGAAGGCGTACCATGAAGCCGGCGCCCACGTCAAAACCGCTATCGTGATGCTGCTGGCTAATGTCAGTGCCTCGGAAGCGTCCAAACTGCTTGACGGCACCAGCGGATTTGTGCGCAGCGCGATCGATATGAAAACGACGAAGTAA	MTNILSQLTTEQPHENTQNIDQLSSEQIMILINSEDSLITDAIRELIPLIARAADLVVEAFQKGGRLFYIGAGTSGRIGILDASECPPTYGTDPSMVQGLIAGGFRAVKEAIEGAEDSEELGEQDINENGINEKDVVIGIAASGRTPYVLGAMRRAKERGAVVIGLCNNYESPMHQYADFVIEAVVGPEVIMGSTRMKAGTSQKLILNMLTTTAMIRIGKVYKNLMVDLNPSNNKLVHRAKRIITLATGASEDAVEKAYHEAGAHVKTAIVMLLANVSASEASKLLDGTSGFVRSAIDMKTTK	PGPT0019040_897	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019040-murQ-K07106	NA	NA
JZ016_03314	867	cpnA_2		Cyclopentanol dehydrogenase	ATGAATGATATAACAGGCAAAATCGTCATGATAACAGGGGCGAACTCCGGCATGGGTTTGGCTGCGACAGTGGAGCTGGCAAAAAGCGGAGCGCATGTGATCATGGCTTGTCGTAGTCAATCGAGGGGCGAAGCGGCTCTTCGGCAAGCGTTGCAGGAGAGCGGCAGCTCGAACATCGAGCTGATGACGCTGGATTTGGGGTCTTTTGATAGCATCAGAGCGTTTGCTTCCGACTTTAAGGCCAAATATGACAGACTCGATGTATTGGTGAACAACGCGGGTGTGGTCACCATCAAGCGGGAATTGACGCAGGACGGATATGAGGCCATGATGGGGGTCAATCATCTGGGGCATTTTTTGCTGACGAACGAACTGCTGGAGCCTCTTCAGCATGCCCGGCAGGGGAGGATCGTGAACGTATCCTCTGGCGCGCATAAAGTGGGCAGCATCCATTTTGATGACCCTAATCTCGATAAGGGATTTAATGTGGCCAAAGGGTACGCGCAGTCCAAATTGGCGAATATTCTATTCACGAAGGAGCTGGCGCGTCGGCTGCAGCCGACAAGGGTCACGGTCAATACGCTCCATCCTGGCGCCGTCAGCACCAGCATTGGCGTAAACAGGGATACAGGCTTTGGCAATGCGGTTCACAAGATGCTTCGCCCGTTCTTCTTAACGCCCCTTGAAGGAGCTCGGACAACGATATACTTGGCTTCAAGTCCTGAAGTGGAGCATGTGACGGGGGAATACTACGTCAAATGCAAACCGGCCAAAATCACCGAGAAGGCAAGGGATCCGAAGCTGGCCGCTCGTCTGTGGGAGTGGAGTGAACAACAGGTAGGATGGAAGTCGGACCAGGGTCGATGA	MNDITGKIVMITGANSGMGLAATVELAKSGAHVIMACRSQSRGEAALRQALQESGSSNIELMTLDLGSFDSIRAFASDFKAKYDRLDVLVNNAGVVTIKRELTQDGYEAMMGVNHLGHFLLTNELLEPLQHARQGRIVNVSSGAHKVGSIHFDDPNLDKGFNVAKGYAQSKLANILFTKELARRLQPTRVTVNTLHPGAVSTSIGVNRDTGFGNAVHKMLRPFFLTPLEGARTTIYLASSPEVEHVTGEYYVKCKPAKITEKARDPKLAARLWEWSEQQVGWKSDQGR				NA	NA	NA	NA	NA
JZ016_03315	963	tagO_1	COG0472	putative undecaprenyl-phosphate N-acetylglucosaminyl 1-phosphate transferase	ATGCTCTATTTTGCAGCGTTTGTCATATCCATGGTGCTGGTATTGGTACTGATTCCGCCATTTCGTAAACTTGCGATCAAGCTTGATTTTGTGGACAAGCCAAGACCGGACAGCGAGCGGAAAATACACCGCGAGCCGATACCGCTGACAGCGGGGGTCGCCATATTTATCGGATTTTTCATCACTTATTTTGCGCTTACCGGCGCCATTTCAAGGGAAGCGGTAGGCATCTTTATCGGTAGTGCTCTTATTCTTGGCATCGGACTTGTGGATGATTGGTATAAGTCCCAAGGCAAGGAGCTGGCTTCGCTGCCGAAGCTCATTGTACAGGTCAGCGCAGCCGTTGTTGTATACAGCTATGGCATCGCGTTTGAAGGATTCAACAATCCGTTTACGGGTCAGTATATTAACCTGCCGGAATGGCTGCAGCTCATCTTAACGATTTTGTGGATTTTTGGTGTAACGACAGTTATTAATTTCTCGGATGGCATCGACGGCCTTGCTGGAGGGCTCTCCGCCATATCCGGAGGCACGCTGTTTGTTGTGGCGATTACGCTGGGCAGAGGCGAATCCGCGCTGCTGGCCGTCATTCTCGTAGGTGCTGCGCTGGGATATTTACGATATAATAAGCCGCCGGCTCGAGTGTTTATGGGGGATGCCGGTGCAACCTTCCTCGGGTTCATACTCGGGATCATTGCCCTGGATGGTGCGTTTAAAGGTGCAACTCTGGCGTCCTTATTCGTTCCGATCTTCGCACTGGGCGTACCGATCTTCGATAATATCATTGTGGTCATCCGCAGAATGCTTCAGTCCAAGCCGATCTATCAGGCCGATGCATCGCAGGCGCATTATCGTTTGCTGGCAACGGGGCTCAATCAGAAGCAGACATTGGTATTTCTGTGCTTGCTGAATCTCTGTTTCGGTCTGGCTGCCATCATACTTGCCATGAATGGCGCCGCCTGA	MLYFAAFVISMVLVLVLIPPFRKLAIKLDFVDKPRPDSERKIHREPIPLTAGVAIFIGFFITYFALTGAISREAVGIFIGSALILGIGLVDDWYKSQGKELASLPKLIVQVSAAVVVYSYGIAFEGFNNPFTGQYINLPEWLQLILTILWIFGVTTVINFSDGIDGLAGGLSAISGGTLFVVAITLGRGESALLAVILVGAALGYLRYNKPPARVFMGDAGATFLGFILGIIALDGAFKGATLASLFVPIFALGVPIFDNIIVVIRRMLQSKPIYQADASQAHYRLLATGLNQKQTLVFLCLLNLCFGLAAIILAMNGAA	PGPT0015240_2679	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM	CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015240-wecA|tagO|rfe-K02851	NA	NA
JZ016_03316	1302	pdp	COG0213	Pyrimidine-nucleoside phosphorylase	ATGAGAATGGTTGATTTAATTGCGAAGAAACGCGACGGCAAGGAACTGACAACAGAAGAGATCAATTTCTTTATCGACGGATATACCAAGGGAGACATTCCCGACTATCAGGTGAGCGCCATGAACATGGCGATATATTTCCAGGACATGTCCGACCGGGAGCGGGCGGACTTGACGATGGCGATGGTAAACTCCGGCGAAACGATTGATCTGTCCGCAATTGAGGGGATCAAGGTCGATAAGCATTCCACCGGGGGCGTAGGCGACACGACGACGCTTCTACTGGCTCCGCTCGTAGCGGCTCTGGATATTCCGGTAGCGAAGATGTCCGGACGCGGCCTCGGTCATACCGGAGGAACGATCGACAAGCTGGAGTCCATCGAAGGATTCCATGTGGAGATCAGCAAAGACGAATTTGTGAACCTTGTGAATCAACATAAAATCGCCGTCATCGGCCAAACCGGAAACCTCACGCCGGCGGATAAAAAACTGTACGCACTCCGGGATGTGACGGCTACCGTCAACTCCATTCCGCTGATTGCCAGCTCCATCATGAGCAAGAAGATCGCCGCTGGCTCGGATGCGATTGTGTTGGACGTTAAAACCGGCGCAGGCGCGTTCATGAAAACGGTGGAGGATGCCAAGGAATTGGCACACGCCATGGTCAGCATCGGCAACAACGTAGGCCGCAAAACGATGGCAGTCATCTCCGATATGAGCCAGCCGCTTGGCGCCGCGATTGGCAACTCGCTGGAGGTGCAGGAAGCGATTGATGCACTTCGCGGCGAGGGACCGAAGGATCTGGAGGAGCTGTGCCTGGCTCTGGGCCGGCAGATGGTTTACCTTGCGCAGAAGGCAGATTCGCTTGAAGATGCCGAAGAGAAGCTCAGAGAGGTTATCCGGAACGGCAAGGCACTGGAGAAGTTCAAGGAATTCATTCAGAACCAAGGCGGAGACCCGTCCGTGGTGGATCATCCGGACCGTTTGCCGAAGGCGCAATATCTGATTGAGCTTCCTGCACGGCAGGACGGCGTTGTCGCCGAGCTGGTAGCGGATGAGATCGGTACCGCAGCGATGCTGCTTGGAGCCGGCCGCGCGACGAAGGAATCCGAGATTGATCTGGCTGTAGGCCTGATGCTGAACAAGAAGGTCGGCGATGCCGTGAAGAAGGGTGATTCCCTTGTAACCATTCATGCTAACCGCGAGAACGTGGATGACGTGAAGCAGAAGCTGTATGAAAGCATTCGGATTGCAGATCATGCGGATGCGCCTGTATTGATTTATGACATCGTGACGGAGTAA	MRMVDLIAKKRDGKELTTEEINFFIDGYTKGDIPDYQVSAMNMAIYFQDMSDRERADLTMAMVNSGETIDLSAIEGIKVDKHSTGGVGDTTTLLLAPLVAALDIPVAKMSGRGLGHTGGTIDKLESIEGFHVEISKDEFVNLVNQHKIAVIGQTGNLTPADKKLYALRDVTATVNSIPLIASSIMSKKIAAGSDAIVLDVKTGAGAFMKTVEDAKELAHAMVSIGNNVGRKTMAVISDMSQPLGAAIGNSLEVQEAIDALRGEGPKDLEELCLALGRQMVYLAQKADSLEDAEEKLREVIRNGKALEKFKEFIQNQGGDPSVVDHPDRLPKAQYLIELPARQDGVVAELVADEIGTAAMLLGAGRATKESEIDLAVGLMLNKKVGDAVKKGDSLVTIHANRENVDDVKQKLYESIRIADHADAPVLIYDIVTE	PGPT0021295_546	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021295-pdp|deoA-K00756	NA	NA
JZ016_03317	708	deoD_1	COG0813	Purine nucleoside phosphorylase DeoD-type	ATGAGTACACATATTGGAGCGAAACCGGGAGATATCGCCGAGTCGATTCTGCTGCCAGGCGACCCGCTGCGGGCTAAATTTATTGCCGAGACGTATTTGGAGGATGTGACCTGCTACAACGAAGTGCGGGGCATGCTCGGATTTACGGGAACCTACAAAGGAAAACGCATCTCCGTGCAAGGTTCGGGCATGGGCGTGCCTTCCATCGGGATTTATGTCAATGAACTCATTCGGGATTATGGCGTGAAAAACTTGTTCCGTGTCGGAACCTGCGGCGCGATGCAGGAGCATGTTCATGTACGCGACGTCATTCTGGCCCAGGCGGCGTGCTCGGATTCCGGCATGAACCGTCACCACTTTAACGGTTATGATTTCTCCCCGATCGCCAGCTTCCCGCTGCTGCTGGGCGCGTATGAGCGCGGCAAGGAGAAAGGCCTGAAGATGCATGTCGGCAACGTGTTCACGTCCGATGTGTTCTACCGCGAGGACAAATCCGTGGTGGAGAAGCTGATGCAGCATGGCGTGCTCGGCGTGGAAATGGAGACAACGGCGCTCTACACGATTGCCGCACGTTTCGGCGTAAACGCCCTGACGATCCTGACCGTAAGCGATCATTTGCTCACAGGGGAAGAGACTTCTTCCGAGGAGCGGCAAACGACGTTTAACGAGATGATGGAAGTGGCTCTTGATACGGCGATTTCGCTGTAA	MSTHIGAKPGDIAESILLPGDPLRAKFIAETYLEDVTCYNEVRGMLGFTGTYKGKRISVQGSGMGVPSIGIYVNELIRDYGVKNLFRVGTCGAMQEHVHVRDVILAQAACSDSGMNRHHFNGYDFSPIASFPLLLGAYERGKEKGLKMHVGNVFTSDVFYREDKSVVEKLMQHGVLGVEMETTALYTIAARFGVNALTILTVSDHLLTGEETSSEERQTTFNEMMEVALDTAISL	PGPT0013385_1150	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013385-deoD-K03784	NA	NA
JZ016_03318	1179	deoB	COG1015	Phosphopentomutase	ATGGAACGTTTTGATCGAATTCATTTAATTGTATTGGACTCTGTAGGTATCGGCGAAGCACCGGATGCGGCTGATTTTGACGATATCGGATCCGACACGCTGGGTCATATTGCCCGCGAATGCGGCGGGCTCAACATGCCGAATATGGCTGCGCTCGGTCTGTCCAACATTCGGGAAATCGAGGGAATCCCTGCTGCGGATCAACCTCGGGCTTACTATACGAAGATGCAGGAAGCTTCGAATGGCAAAGACACCATGACAGGCCACTGGGAGATCATGGGCTTGTATATTGATACGCCATTCCGCGTATTCCCGGACGGGTTTCCGGACGAGCTGATCCAGCGCATTGAAGAGAAGACCGGACGCAAGGTCATCGGCAACAAGCCGGCCAGCGGAACGGAGATTATCGAAGAGCTTGGCGAAGAGCATGTAAAAACGGGAGCGCTGATCATTTATACCTCTGCGGATTCCGTGCTTCAAATCGCTGCGCATGAGGATATCGTTCCACTGAAAGAGCTGTACGAAATCTGCGAGTTCTGCCGCGAAATCACGCTGGAGGATCCTTATATGCTTGGCCGGATCATCGCCCGTCCTTTCAGAGGCGAGGTGGGGAGCTTCAAGCGTACGGCGAATCGGCATGACTATGCCTTGAAGCCTTTCGGACGTACCACGATGAACGAGATGAAGGATGCTGGTCTTGACGTCATCGCCCTCGGAAAAATCTCCGACATTTATGATGGCGAAGGCATTACGAAGGCGGTCAGAACCGTATCGAATATGGACGGCATGGATAAAATGGTGCAAACCCTAGGTGAACCGTTCAAGGGTCTGAGCTTCCTGAACCTCGTGGATTTCGATGCCGTGTACGGACATCGGCGCGATCCGCAAGGATATGGCCAAGCGTTGGAGGATTACGATCATCGCCTCCCCGAGGTATTTGAGAAAATGACGGAGAATGATCTTCTGATCATCACGGCCGACCACGGGAATGATCCTACCTACAAGGGCACGGACCATACGCGTGAATACGTGCCGCTGCTCGTATATTCTCCTCGCTTTACGGAAGGCAAGGAGCTGCCGCTTCGCAAAACCTTTGCCGACATTGGCGCCACGGTTGCCGACAACTTCGGCGTGAAGCTGCCGGAGCACGGAACCAGCTTTTTGAATGATTTGAAATAA	MERFDRIHLIVLDSVGIGEAPDAADFDDIGSDTLGHIARECGGLNMPNMAALGLSNIREIEGIPAADQPRAYYTKMQEASNGKDTMTGHWEIMGLYIDTPFRVFPDGFPDELIQRIEEKTGRKVIGNKPASGTEIIEELGEEHVKTGALIIYTSADSVLQIAAHEDIVPLKELYEICEFCREITLEDPYMLGRIIARPFRGEVGSFKRTANRHDYALKPFGRTTMNEMKDAGLDVIALGKISDIYDGEGITKAVRTVSNMDGMDKMVQTLGEPFKGLSFLNLVDFDAVYGHRRDPQGYGQALEDYDHRLPEVFEKMTENDLLIITADHGNDPTYKGTDHTREYVPLLVYSPRFTEGKELPLRKTFADIGATVADNFGVKLPEHGTSFLNDLK	PGPT0017440_1664	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0017440-deoB-K01839	NA	NA
JZ016_03319	1179	nupC	COG1972	Nucleoside permease NupC	ATGAAATATATAATCGCCATACTAGGTTTGCTGGTCGTATTCGGTCTTGCGTTCCTTATCAGCAATGATAAGCGCCACATCCGTTACCGTCCGCTGGCTGTCATGATTGTGCTGCAGCTGATCCTTGGATTTTTTCTGCTGAACACGAATTTCGGCGAGTATCTTGTTAAAGGGATAGCGAATACGTTTGAAGCGCTGCTGAGCTATGCCGGAGCCGGGATCGAGTTTGTGTTTGGCGGCATTGCCAATGAAGGTGCGGGTCCGTTCTTCCTGAACGTTTTGCTGCCGATCGTGTTTATTTCCGCATTGATTGGTATACTTCAATATATTAAGGTACTGCCGTTTATCGTAAGATATATCGGTCTCGTCTTGAGTAAAGTCAACGGCATGGGCAAGCTGGAGTCTTACAATGCGGTAGCTTCCGCGATTCTGGGGCAATCCGAGGTGTTTATTTCGGTAAAAAAACAGATTGCCCTCATTCCGAAGCATCGGATGTATACATTGTGTGCTTCCGCCATGTCCACCGTATCGATGTCGATCGTCGGGGCATACATGACCATGATCGAGCCGCGGTATGTGGTGACCGCGCTTGTGCTTAACCTGTTTGGCGGATTTATCATCGCTTCCATCGTCAACCCTTACAAGGTAGAGAAGGAAGAGGATATCCTGGAGGTGCAGGAGGAAGAGAAGCAATCCTTCTTCGAGATGCTGGGTGAATACATCATGGACGGCTTCAAGGTAGCGATTACCGTTGCTGCGATGCTCCTCGGTTTCGTTGCGTTGATTGCGATGATCAACGGCATCTTTGATATGATTTTCGGGATTACCTTCCAAGAGCTGTTGGGATTCATTTTTGCCCCATTTGCTTTTGTCATGGGCGTACCTTGGAAAGAGGCAGTGGATGCAGGCAGCATCATGGCTACGAAGCTGGTATCGAACGAGTTCGTAGCGATGCTAGACCTGGCCAACTTCACGGATATGTCCGAACGCACTGTGGGAATCGTATCGGTATTCCTGGTGTCCTTTGCCAACTTCTCCTCAATCGGCATCATTGCCGGCGCGGTCAAAGGCCTGAACGAGAAGCAGGGGAACGTGGTTGCCCGTTTCGGCCTCAAGCTGCTGTACGGCGCAACGCTGGTGAGCGTGCTGTCGGCAACGATTGCGGGACTGTTCCTGTAA	MKYIIAILGLLVVFGLAFLISNDKRHIRYRPLAVMIVLQLILGFFLLNTNFGEYLVKGIANTFEALLSYAGAGIEFVFGGIANEGAGPFFLNVLLPIVFISALIGILQYIKVLPFIVRYIGLVLSKVNGMGKLESYNAVASAILGQSEVFISVKKQIALIPKHRMYTLCASAMSTVSMSIVGAYMTMIEPRYVVTALVLNLFGGFIIASIVNPYKVEKEEDILEVQEEEKQSFFEMLGEYIMDGFKVAITVAAMLLGFVALIAMINGIFDMIFGITFQELLGFIFAPFAFVMGVPWKEAVDAGSIMATKLVSNEFVAMLDLANFTDMSERTVGIVSVFLVSFANFSSIGIIAGAVKGLNEKQGNVVARFGLKLLYGATLVSVLSATIAGLFL	PGPT0021065_607	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021065-nucp-K11535	NA	NA
JZ016_03320	666	deoC	COG0274	Deoxyribose-phosphate aldolase	ATGAATATAGCAGGAATGATCGACCACACGCTCTTGAAGGCGGATGCAACCCAAGCCGAGATTGCGAAAATTACGGAAGAGGCCAAAAAGTACGGATTTGCTTCGGTTTGCGTGAACCCGACTTGGGTATCCTACTGTGCTGAGCAGCTGGCGGACACCAACGTCAAAGTATGCACGGTCATCGGTTTTCCTCTGGGAGCTACGACATCCGCAGTAAAAGCTTTTGAAGTGAAGGATGCTATCGCGAACGGGGCTACGGAGGTTGATATGGTCATCAACATCGGTGCGCTCAAAGATCGTAACGATGAGCTTGTGTTGAACGATATTCAGGCTGTAGTGGATGCAGCAAAGGGCAAAGCCCTGGTCAAGGTTATTATTGAGACAAGCCTTCTGACAGAAGAAGAGAAGGTACGTGCGTGCCAGCTGTCCGTGAAAGCGGGAGCCGATTTTGTGAAGACGTCAACAGGGTTCTCCACGGGCGGAGCCACACCGGAAGACGTAGCCTTGATGCGCAAAACCGTTGGCGAGAACACCGGCGTGAAGGCTTCCGGCGGCGTGCGCAGCAAGGAAGATATGGACCGCATGATCGAAGCAGGCGCAACGCGTATCGGAGCAAGCTCCGGTGTGAAAATTATGGAGGGCGGTCAATCCAGCTCTTCCTACTAA	MNIAGMIDHTLLKADATQAEIAKITEEAKKYGFASVCVNPTWVSYCAEQLADTNVKVCTVIGFPLGATTSAVKAFEVKDAIANGATEVDMVINIGALKDRNDELVLNDIQAVVDAAKGKALVKVIIETSLLTEEEKVRACQLSVKAGADFVKTSTGFSTGGATPEDVALMRKTVGENTGVKASGGVRSKEDMDRMIEAGATRIGASSGVKIMEGGQSSSSY	PGPT0017445_3198	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0017445-deoC-K01619	NA	NA
JZ016_03321	936	deoR	COG2390	Deoxyribonucleoside regulator	ATGGATCAGGATAAACAGCGCCTTAGCATTGAGGCGGCAAGATTGTATTATATGTCGGATTACAGCCAGCAGGATATCGCGACAAGGCTCGGTGTTTCACGTCCTACGGTCTCCAGGCTTCTTCAGCACGCCAAGGAGCAGGGCTACGTGCAGATCAGCATCGTGGACCCTCTCGAGGACCTGGACGCTTTGGGCGAAGGAGTGAAGAAGAAGTACGGCCTGGAACAGGTGCTGGTGAGTTATTCTCCCATTAATGAATACCGTGAAATCCAGAAGCATATCAGCAAAAGGGCAGCCGATTACCTGCATGAAACGGTCCAGGATGCCGACATCATCGGCGTGACCTGGGGAACGACCATGCATGCCGTTGCGCTTCAGCTGCAGCAGAAGCCCGTTCGGGGCGTCGAGGTCGTGCAGTTGAAGGGCGGCGTCAGTCATTCGCATGTGAACACGTATGCCGCAGAGATCGTCAATCTGTTTGCCGAGGCGTACCACACGATGGCGAGATATTTGCCGCTGCCCGTCATCTTTGACACCACCGAGCTGAAAGAGATGGTGGAGAGGGACCGGCATATCCAGCGGATTATCCAATTAGGCAAACAAGCGAACATCGCCATGTTCACGGTGGGTACCGTTCATGAGGATGCGCTCCTGTTCAGACTTGGCTATCTTAGCAAGGAGGAACAGAAGCTGCTGCAGCGGATCGGCGCGGGCGATATTTGCTCCCGGTTTTTTGATGCGGAGGGCACGGTGTGCAGCGAGGATATTAACAACCGTACAGTGGGCATCGATTTGGAAGATTTGCGCCACAAGGAGCAATCCATTCTCGTGGCAGGCGGGCAGCGTAAGGTAGATGCCATTCGAGCCGCGCTAATCGGCAAATATGCAAACATCCTGGTGACGGACCAGTTTACGGCGCAAGCTTTGTTATCATAA	MDQDKQRLSIEAARLYYMSDYSQQDIATRLGVSRPTVSRLLQHAKEQGYVQISIVDPLEDLDALGEGVKKKYGLEQVLVSYSPINEYREIQKHISKRAADYLHETVQDADIIGVTWGTTMHAVALQLQQKPVRGVEVVQLKGGVSHSHVNTYAAEIVNLFAEAYHTMARYLPLPVIFDTTELKEMVERDRHIQRIIQLGKQANIAMFTVGTVHEDALLFRLGYLSKEEQKLLQRIGAGDICSRFFDAEGTVCSEDINNRTVGIDLEDLRHKEQSILVAGGQRKVDAIRAALIGKYANILVTDQFTAQALLS				NA	NA	NA	NA	NA
JZ016_03322	735			hypothetical protein	TTGGCTAATATCAATGTAACGGTATGGAATGAATACCGGCACGAGAGACATAATGAACAGATCGCTAAGATTTACCCTGAAGGCATCCACCGTACGATTGCCGATTTTCTGGGAAAGGATGCACAGTTCGTCGTACGCACCGCCGTATTGGATGATCCGGAACACGGCTTGACGGATGAGGTGCTCGCTTCAACGGATGTTCTGATCTGGTGGGGGCATGTGGCTCACGGTGAAGTACGGGATGATATCGTGGAAAAAGTGCGTCAGCGCGTATTGGACGGCATGGGAATCATCGTCCTGCATTCCGGTCACGGCTCGAAGATTTTTCAGCGCCTCCTCGGCACGAACACAGGCGCCCTGAAATGGCGCGATGACGGCGAGAAGGAACGGTTGTGGGTCATCGATCCCAGCCATCCGATCGTAAGCGGACTTGGAGAATATATCGAGGTTCCGCAGGAGGAAATGTACGGTGAGCGCTTTGAAATCCCGGCACCGGATGAACTGGTGTTTGTCTCCTGGTTCGAAGGCGGCGAGGTGTTCCGCAGCGGCTGCTGCTACAAGCGCGGACGCGGCAAGCTGTTCTATTTCAGACCGGGTCATGAAGCATTCCCTACTTACCATCAACCTGAAATTCAACAGGTAATTGCCAACGCCGTGGCCTGGGCGGCGCCGATCCAAGGCGCGAAGACCTCCTATGGCCGGGTATCTCCACTCGAATACGTTCAGCCGGTATAG	MANINVTVWNEYRHERHNEQIAKIYPEGIHRTIADFLGKDAQFVVRTAVLDDPEHGLTDEVLASTDVLIWWGHVAHGEVRDDIVEKVRQRVLDGMGIIVLHSGHGSKIFQRLLGTNTGALKWRDDGEKERLWVIDPSHPIVSGLGEYIEVPQEEMYGERFEIPAPDELVFVSWFEGGEVFRSGCCYKRGRGKLFYFRPGHEAFPTYHQPEIQQVIANAVAWAAPIQGAKTSYGRVSPLEYVQPV				NA	NA	NA	NA	NA
JZ016_03323	888	rhaS_18		HTH-type transcriptional activator RhaS	GTGCTATCGATGAACGCTGACTATGTGCCGAGAATCAAACTGATGGGATTTGTCTCCTACAAGAACCCCTGGATTCATTTTAAGCGGAACACACACGAGTATATTCTGTATTTCGTGAAGAGCGGCGAGCTTCATATGCGGGAGAACGGCGTTTCCCATGTGCTCAAAAAAGGCGACTTACTGGTCCTTGAACCGCATTTGGACCACGAGGGAACCCAGAAGCATTCCTGCGACTACTACTATATTCATTTTGAACACCCCGATATTCGTCAAGCGCCCGAGCGTCCCTTACCCTTGCTGGCCAAGCAGTGGATCATGGGCGAGAACGAGACGGCAGGCAAGAACGACAGCAGGCAGCTATATTTCCCCAAGACCTGCACGCTAATCCAGAAAAAAAGCCTTCATCATATGTACCATGCCCTCGGCGAAATGCTGCAGCTATATAGGCGGAAGCACTTTAACCGCAGTTTGACCGCGCTCAAATTCATGGAAATGCTGATCGAGCTGTCCCGGGAGAGCCTGTTCGATGAGCTGGAGAAGAACAGCCCGCATACCAAGTCCTATATGAAGGTGCATGCACTGCTCGACTACATTCATGAACATTACGCCGAGAAAATCATCAGCTCGGATATCGAACAGCGCTTCGAATGCAATTATGATTACATCAATCGGGTATTCGCCAAGCTTACCGGTCATACGATCATGCGATATGTGAATCAGGTACGAATCAATCATGCAAAGGAATTAATCGAGGCCACGCACCTTAGCTTCGGTGAGATCGGGTATCTGACCGGCCTGGAGGATCCATTCTATTTCAGCAAGATCTTCAAAAAATACGTCGGCATGTCCCCGAATCAATACTATAAGCAGGTCCGCGAGAAGGAATAA	MLSMNADYVPRIKLMGFVSYKNPWIHFKRNTHEYILYFVKSGELHMRENGVSHVLKKGDLLVLEPHLDHEGTQKHSCDYYYIHFEHPDIRQAPERPLPLLAKQWIMGENETAGKNDSRQLYFPKTCTLIQKKSLHHMYHALGEMLQLYRRKHFNRSLTALKFMEMLIELSRESLFDELEKNSPHTKSYMKVHALLDYIHEHYAEKIISSDIEQRFECNYDYINRVFAKLTGHTIMRYVNQVRINHAKELIEATHLSFGEIGYLTGLEDPFYFSKIFKKYVGMSPNQYYKQVREKE				NA	NA	NA	NA	NA
JZ016_03324	663	rnhA	COG3341	Ribonuclease H	ATGGCGAAGCAAAAATATTATGTAGTCTGGGTAGGTAAAGTGCCCGGAATTTATACAAGCTGGGGCGACTGCCAGCAGCAGGTCAATCAGTTTACAGGTGCGAAGTTCAAGGCGTTTGAATCCCGGAGCGAAGCGGAACAGGCCTATGCGGCCGGTTATAAAAATTACTGGGGGCAGCAGTCCGGAGGTAAATCGGGCAGCTCAGGCTCCAAAAACTACAAGCGAAACAGCGCAACTGCTGCCGAAGAACCGGGTGAGATCGATTATGACAGCATTTCCGTAGATGTGGGGACGCGAGGAAACCCGGGACCCGTCGAGTACAAAGGCGTGGATACGCAGACGGGAGATATTCTGTTCTCGTGCGGACCGATTTCGAAGGGAACGAACAATCTCGGCGAGTTTCTGGCCATCGTCCACGCACTGGCTTATTTGAAGAAAATCGGCAGCACCAAGACGGTGTACAGCGATTCCATGAATGCGCTCAAATGGCTGAAGCAGAAGAAGGTGGTCTCCACGCTTCCGCGCGATGAGTCAACCCAAGAGATCTGGGATCTGGTGGACCGGGCCGAGCACTGGCTTCGAACCAATACATATGAGAACAAGGTGCTGAAATGGCAAACGAAGAGCTGGGGAGAGATTAAGGCCGATTACGGGCGCAAGTAA	MAKQKYYVVWVGKVPGIYTSWGDCQQQVNQFTGAKFKAFESRSEAEQAYAAGYKNYWGQQSGGKSGSSGSKNYKRNSATAAEEPGEIDYDSISVDVGTRGNPGPVEYKGVDTQTGDILFSCGPISKGTNNLGEFLAIVHALAYLKKIGSTKTVYSDSMNALKWLKQKKVVSTLPRDESTQEIWDLVDRAEHWLRTNTYENKVLKWQTKSWGEIKADYGRK				NA	NA	NA	NA	NA
JZ016_03325	225			hypothetical protein	ATGGCCCGTACCAAAACGCAAAAAGCGCTCCGCAAAGCGGAACGTGCCGGAACATGGTCAGCCGTCTCAATGAGAAAGACCAACGAAGATTACAGTGCGCTGTCACAGCATGTGAGAGTAAAGCCGACGAAACAGGAACAATTGAATAAGATCAAACACAGAAAGCGGATCGGAGACGATGGCGCTTTTTTTGTTGGTTTCGGAGGATGTGATATAGTACGCTAG	MARTKTQKALRKAERAGTWSAVSMRKTNEDYSALSQHVRVKPTKQEQLNKIKHRKRIGDDGAFFVGFGGCDIVR				NA	NA	NA	NA	NA
JZ016_03326	960			hypothetical protein	ATGAAACTAGAGCGGCTCATATCCATGATTTACATGCTGCTGAACAACGAGATCCTGTCCGCGTCTGCCCTGGCAGAGAAATATAACGTGTCCCAGCGAACCATATACCGCGACATTGATGCAATCTGCGCAGCCGGCATTCCCGTTGTATCGTATCAGGGAGTGAACGGCGGTTATGGCATTATGGAGCAATACAAGATGGACAAAAGCTTGCTTGGCTCCTACGATGTCAGCGCCTTGATCACCATCCTGCACAGCATGTCCACGGTGTTTGAGGATGAACGGGCCATGGATACCATTCAGCGTTTGCAGACCATTGATCGTTCCGCCAATTCGGCATCGCAGGGATTGTCCATGGATATCGGGAGCTGGCGCTCTTACAACGAAAGCCTCCGACTTCTTCGCCGCGCCATTACCGACAAGCATGTGATCTCCTTTCAATACATAAGCGCCAAGAATGAACGCATTCACCGTAAAGTCGAGCCCCTGCGACTCATGTATAAATTCGGCTCCTGGTATTTGTACGGTTTCTGCAGAACAAGGGCCGATTACCGCGAATTTCGAATTTCGAGAATATCAGAGCTGTCTCCCTCCGCCGAGCCCTTTTTGCACCAGCATTCGGAGGAGCACACGCACGGTCCTCATCTTCAAGAGCAAAATCCGCACGACCGAGGGGAGCAGCATCCCTGGGAGCCTTCATCCGATGCGATGGAAGTCATCCTTCACGTATCCCCCCGGGCCTTGGCCAGAGCGATGGATCAATTCTATGATGTACAGCGGGAATTTTTTGAAGACGGCTCGCTCCGTCTCACGTTCAAGGTCCAAGATCCGGATTCCTGGTGGTTCTGGTCGACCCTGCTAAGCTTTGGTGAGGATATCGAGATCATTGAGCCGGCTGGCTTAAGGACGCTCATGCAATCCAAATTAGAAAAAATGCTGCAGGTATACACAAAAGTATGA	MKLERLISMIYMLLNNEILSASALAEKYNVSQRTIYRDIDAICAAGIPVVSYQGVNGGYGIMEQYKMDKSLLGSYDVSALITILHSMSTVFEDERAMDTIQRLQTIDRSANSASQGLSMDIGSWRSYNESLRLLRRAITDKHVISFQYISAKNERIHRKVEPLRLMYKFGSWYLYGFCRTRADYREFRISRISELSPSAEPFLHQHSEEHTHGPHLQEQNPHDRGEQHPWEPSSDAMEVILHVSPRALARAMDQFYDVQREFFEDGSLRLTFKVQDPDSWWFWSTLLSFGEDIEIIEPAGLRTLMQSKLEKMLQVYTKV				NA	NA	NA	NA	NA
JZ016_03327	522			hypothetical protein	ATGAATTATCCTGTAAAAATGTATGAGTACCATGTATGGGCCAACCAAGCGATATTCAACCGTCTGCTGGAGCTGCCGGGGGAATTGCACAATCAGAAAATAACGAGCATTTTCCCAACCGTATCCGAGGCGTTGATTCACATTTACACGGCGGATCTTGGATGGATCAACATTTTGTCCGGGATGGATATGCAGCAGGCTTTAACAGAGGCCTTCCAGCTTCGGGAAGAGCTTGAGTCCATTTCACTGGAGGACCTAAACCTCCGGTTTATCGAACTATCCGAACGATTCACGGCCTTTCTGGGCCAAAATCCTGACCTGGAACGGATGATCCGATTGGATAATCCTTATGCCGGGATCCGGGACACCCGCCTCTCCGAGATCATGCTTCATGTCGTGAACCACGGCACCTACCATCGTGGAAATATTGCTGCCATGATGCGCCAGCTCGGAAGCTCCTCCGCGATGACCGACTACGCTTTTTTTTGGTACCAGAGTGAACCGGAGTTGGTGCTTGCCTAA	MNYPVKMYEYHVWANQAIFNRLLELPGELHNQKITSIFPTVSEALIHIYTADLGWINILSGMDMQQALTEAFQLREELESISLEDLNLRFIELSERFTAFLGQNPDLERMIRLDNPYAGIRDTRLSEIMLHVVNHGTYHRGNIAAMMRQLGSSSAMTDYAFFWYQSEPELVLA				NA	NA	NA	NA	NA
JZ016_03328	531			hypothetical protein	ATGATCTCGCTGTCACTTATCGGCTCCATCATCGGCATCAACGTGGTTTATGTCTCGATCTTTTCGCTGCGTCTGATTCTGATGATCAAAGGCAGGAGAGGGATCGCCTCTCTCCTGGCCATGCTGGAGGTATTCGTTTACTTGCTCGGCCTTAATCTCGTCCTGCAAAATCTGGACAATCCCTTTAATATGGCGGCCTATTGCCTGGGCTTCGGCCTTGGCGTATATGCCGGCAGTCGGATCGAAGAGTATCTGGCACTCGGGTACATCGTGGTACAGGTTATCGTGAATTCCGTTGAGACGAACCTGGCGATGAACCTGCGGGAGAAGGGGTATGGCGTGACTGCCTGGGAAGCGGACGGTAAGGATGGCAAACGGCTCGTGCTTCAAGTTCTCGTGAAACGGAAGAATGAGCGGCGGTTGATGGAGTCACTATCCAAAATGTCGCCGCAGGCGTTCATTATCTCTCATGAACCGAAGAGCTTTAAAGGCGGCTTCTGGGTACGATTGACGGAGGGACGCAAATTGTAG	MISLSLIGSIIGINVVYVSIFSLRLILMIKGRRGIASLLAMLEVFVYLLGLNLVLQNLDNPFNMAAYCLGFGLGVYAGSRIEEYLALGYIVVQVIVNSVETNLAMNLREKGYGVTAWEADGKDGKRLVLQVLVKRKNERRLMESLSKMSPQAFIISHEPKSFKGGFWVRLTEGRKL				NA	NA	NA	NA	NA
JZ016_03329	909	ectD_2		Ectoine dioxygenase	ATGAGTAATAATCATGTGTCGGCCCTTCAGGAAAAAGAACTGGACGTTTATCCTTCAAGAGTGCATTCGGAACCCCGGATCCTAAAGAGACAGGATCCTGTCGTTCATTCGGAATGGACACCGGATGCTGCGTTAACGCAGGAGCAATCCGACTTCTATGAGCGCAACGGATATTTATTCCTGGAAGACTTCTTTGGTCGAGAGGAGCTGTCGGTATATCAGGCGGAAGCCCGCAGTTTGCAGGTATCGGCAAGAGAGCTGGATAAGGATGAAGTGATCCGGGAGCCGGGTGGGAACGAAGTTCGATCGGTCTTTGCGGTGCACGAGAGCCATGAAGTGTTCAAGAAGCTGTCCCGGCATCCGAGACTCTTGGCGATCATGGAGTATCTCTTGGGAAGCGAGACGTATATCCATCAATCGCGGATTAATTACAAGCCGGGCTTCACGGGCAAAGAGTTCTATTGGCACTCTGATTTCGAAACATGGCATGTTGAGGATGGCATGCCTCGTATGAGAGCTTTGAGCTGCTCCATTGCTCTGGAGGATAACTACTCTTATAACGGACCGCTTATGGTTGTGCCTGGATCGCATAAGGAATTCGTGGCCTGCATCGGCCAAACGCCGGAGAATCACTTCAAGGATTCCCTGCGCAAACAGGAATACGGCGTTCCGGATCATGACAGCCTGACACGCATGGTGCAGAAAAGCGGTATCGACACACCTGTCGGTAAAGCCGGTTCAATCGTGATTTTTGACTGCAATATTATGCATGGTTCGAACAGCAATATTACGCCGATGCCGCGCAGCAATATCTTTATGGTTTACAACAGCGTGGAGAATAAGGTCAAGCAGCCGTATTCGGGCCAGAAGCCAAGACCAGAGTACATCGCCACCCGCGATTCTTTATGA	MSNNHVSALQEKELDVYPSRVHSEPRILKRQDPVVHSEWTPDAALTQEQSDFYERNGYLFLEDFFGREELSVYQAEARSLQVSARELDKDEVIREPGGNEVRSVFAVHESHEVFKKLSRHPRLLAIMEYLLGSETYIHQSRINYKPGFTGKEFYWHSDFETWHVEDGMPRMRALSCSIALEDNYSYNGPLMVVPGSHKEFVACIGQTPENHFKDSLRKQEYGVPDHDSLTRMVQKSGIDTPVGKAGSIVIFDCNIMHGSNSNITPMPRSNIFMVYNSVENKVKQPYSGQKPRPEYIATRDSL	PGPT0014065_241	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014065-ectD-K10674	NA	NA
JZ016_03330	393	ectC		L-ectoine synthase	ATGATTGTTAAATATTTGGAAGAGATCGTGGATACCAAAGACGATATCGATACCCAGACATGGAACTCGAGAAGGCTTCTGCTTACAAAAGACGGCATGGGCTTCTCGCTCAATGATACCCTCATCAAGGCGGGAACGGAGACGCTGATCTGGTACAAAAACCACGTCGAAGCCGTGTACTGCATCGAAGGCGAGGGGGAAATCGAGATTGTCGGGGGTGAAACGCACCCTATTTCCCCAGGCATGATGTATGCGCTGGACGGTCACGAGAAGCATTATTTGAGAGCTCGTTCGCAGATGCGGATGGTTTGCGTATTCAATCCGCCGCTTACCGGCGCGGAAGTTCATGACGAGGAAGGAACCTACCCGCTGCTTGCCCCAAATTTGGACTAA	MIVKYLEEIVDTKDDIDTQTWNSRRLLLTKDGMGFSLNDTLIKAGTETLIWYKNHVEAVYCIEGEGEIEIVGGETHPISPGMMYALDGHEKHYLRARSQMRMVCVFNPPLTGAEVHDEEGTYPLLAPNLD	PGPT0014060_508	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014060-ectC-K06720	NA	NA
JZ016_03331	1293	ectB		Diaminobutyrate--2-oxoglutarate transaminase	ATGGACAACCAAGTCATGGAGAAACCGAAGCTTACTGTGTTTAACAAGCTGGAATCGGAAGTAAGAAGTTATTGCCGGAGCTTTCAGACGGTTTTTGACAAGGCCCGAAATGCGAAGCTGTGGGATACGCAGGGGAATGAATACATTGATTTTTTTGCGGGAGCCGGGGCTTTGAATTACGGACATAACAATGAGAAGATTCGCGAGAAGGTAGTCGACTACATCCTGAAGGATGGCGTCACGCATAGCCTGGATATGGCTACGGGTGCGAAGGAAACGTTTCTGACCCGATTTCAGGAGATCATCCTGAAGCCGCGCGGGTGGGATCACAAAGTGATGTTTCCCGGTCCGACCGGAACGAATGCCGTAGAGGCCGCGCTCAAAATCGCCCGTAAAGTGACAGGGCGCAGCACCGTTCTGTGCTTCACGAATGCCTTTCATGGCATGTCGCTCGGATCGCTGGCGGTAACCGGCAACTCCTTCAAGCGCCAGGGTGCCGGCGTGGATCTAAGTCACTCCGTGTTTATGCCGTATGACGGTTACTTTGGTGACGACGTGGATACGATGGCATATATGGAGAAACTTCTGGATGATCCGGGAAGCGGAATTCCGCTGCCGGCCGCAGTGATCGTCGAGGCGGTGCAGGGGGAAGGCGGATTGAACGCCGCCAGCCGGGAATGGCTGCAGAAGCTTGCGCGCATCTGCAAGGATAAGGGAATGCTGCTGATTTTGGATGATATCCAGATGGGCTGCGGCCGAACCGGTCCGTTCTTTAGTTTTGATGATGCCGGTATTGAACCGGATATCATATGCCTCTCGAAATCGATTGGCGGCTTTGGCTTGCCGATGGCGATTACGCTGATCAAACCGGAGATTGATATTTGGGAGCCGGGGGAGCATAACGGTACCTTCCGGGGCAATAATCTCGGATTCGTTGCCGCAGCCGAAGCGCTGAATTATTGGAAAACGAAAGATTTTCAGCTTGATATCGGCATCAGGGAAAATCGGATTCGCCAATCATTGGAAGGCGTTGTGAAGGATTATCCTCAGCTCGGCGGCGAAATCCGCGGCAGAGGCATGATTCAGGGGGTTGCTTTCGATAAGCCGGAGCTCGCAGGCAGGCTGTCCGAGATGGCCTTCGAGCATGGACTGATTATGGAAACGTCCGGTCCGTATAGCGAAGTGGCAAAGCTAATGCCGCCGCTTACGATTGAAATGAACACATTGGCAGAGGGATTGGGGATATTTGAGAACAGTATGAAACAATTAGCAGCAGAGGAGAGGTTGTCATGA	MDNQVMEKPKLTVFNKLESEVRSYCRSFQTVFDKARNAKLWDTQGNEYIDFFAGAGALNYGHNNEKIREKVVDYILKDGVTHSLDMATGAKETFLTRFQEIILKPRGWDHKVMFPGPTGTNAVEAALKIARKVTGRSTVLCFTNAFHGMSLGSLAVTGNSFKRQGAGVDLSHSVFMPYDGYFGDDVDTMAYMEKLLDDPGSGIPLPAAVIVEAVQGEGGLNAASREWLQKLARICKDKGMLLILDDIQMGCGRTGPFFSFDDAGIEPDIICLSKSIGGFGLPMAITLIKPEIDIWEPGEHNGTFRGNNLGFVAAAEALNYWKTKDFQLDIGIRENRIRQSLEGVVKDYPQLGGEIRGRGMIQGVAFDKPELAGRLSEMAFEHGLIMETSGPYSEVAKLMPPLTIEMNTLAEGLGIFENSMKQLAAEERLS	PGPT0014050_954	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014050-ectB|dat-K00836	NA	NA
JZ016_03332	513	ectA		L-2,4-diaminobutyric acid acetyltransferase	ATGGCTGTGGATACCGATATCGAAATTGTTTACCGAAGACCGAAAGCCCGGGATGGTACCCGGGTGTGGGAGCTTATACGCGACACCGGATCGCTTGATCTGAACTCTCCCTATTGCTACATGCTGCTTGGAGATTACTTCCATGATACCTGCATGATTGCCGAGCATGAAGGAGATATCATCGGTTTTATTTCCGCCTTCCGTTCTCCTCGCAATCCGGAGACGCTGTTCGTATGGCAAGTGGCCGTTGCTAATTCGCATCGGAGGCAAGGCGTTGCAAAGGCAATGCTGACAAATCTGATGAATCAGAAGGCATGCCATGGCGTCCGTTACATTGAAGCTACGGTATCGCCGAGTAACATGGCGTCCCGTCGTTTGTTTCTCGGTTATGCCGAGGAGAAATCCATTCCCAGCACCGTAACCGTAGGTTATGGAGCAGAGATGTTCCCCGATGGAACATCCCATGAAGATGAGCCGTTATTCGTGATTGGCCCCTTTTTCAATGACATTTAA	MAVDTDIEIVYRRPKARDGTRVWELIRDTGSLDLNSPYCYMLLGDYFHDTCMIAEHEGDIIGFISAFRSPRNPETLFVWQVAVANSHRRQGVAKAMLTNLMNQKACHGVRYIEATVSPSNMASRRLFLGYAEEKSIPSTVTVGYGAEMFPDGTSHEDEPLFVIGPFFNDI	PGPT0014055_422	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014055-ectA-K06718	NA	NA
JZ016_03333	858	glnQ_1		Glutamine transport ATP-binding protein GlnQ	TTGAATGCCGTTGTGATCGATGAGCAGGCGGAAGCGTCGAAGGTGCCGCAGCAGGAGGGAAATCCCGTTACCGCTACGGGTACAAAGCCGATTGTGAAATATACCGGCGTGACCAAGTCGTTTGGTGATCTACAGGTGCTTAAAGGCATCGATCTGGAGATGCAACCTGGAGAAAAGGTGGCTGTGATCGGTCCGAGCGGATCAGGCAAAACAACGATGGGCCGGATGCTGATGACGCTGGAAGAACCCACCGAGGGAACCATCGAGGTTGATGGTGAGCTGCTCTGGCATATGGAAGAGAAGGGCAAGCTGGTTCGGGCCAATGAAAAGCATTTGCACCGGATGCGCTGCAATGTCGGCATGGTCTTTCAGCATTTCAATCTGTTCCCGCACATGAACGTGCTTCGGAATGTGACGGAGGCCCCGCGCAAAGTGCTGGGTTTATCCAAGGAGGAGGCGGAGGAGCGGGCCGTCTCCATGCTCAGTAAGGTCGGTTTGGCCGACAAATTGAAGATGTACCCGTCCAATCTGTCCGGGGGCCAGAAGCAGCGGGTTGCCATCGCCAGAGCGCTGGTCATGCGGCCAAAGGTTATGGTGTTTGACGAGGTGACCTCGGCGCTTGATCCCGAGCTGGTCGGCGAAGTGCTGGAGGTCATCCGGGAAATCGCGGAGGAAGGCGAAATGGCCATGATGCTGATTACGCATGAGATGGATTTTGCGAAGGAAATCGCGGACCGCGTCATCTTCGGAGCCGAGGGAAGGATCGTTGAGCAGGGCACGCCGGAGGAGATATTCGATAATCCCCAGAGCGAGCGGCTGCAGAGCTTCCTGCAGCGATTCCGTTCAAACGGAAATTAG	MNAVVIDEQAEASKVPQQEGNPVTATGTKPIVKYTGVTKSFGDLQVLKGIDLEMQPGEKVAVIGPSGSGKTTMGRMLMTLEEPTEGTIEVDGELLWHMEEKGKLVRANEKHLHRMRCNVGMVFQHFNLFPHMNVLRNVTEAPRKVLGLSKEEAEERAVSMLSKVGLADKLKMYPSNLSGGQKQRVAIARALVMRPKVMVFDEVTSALDPELVGEVLEVIREIAEEGEMAMMLITHEMDFAKEIADRVIFGAEGRIVEQGTPEEIFDNPQSERLQSFLQRFRSNGN	PGPT0020790_507	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020790-ABC_PA_A-K02028	NA	NA
JZ016_03334	663	glnP_1	COG0765	Glutamine transport system permease protein GlnP	ATGTGGGATTGGAACTATGTATGGGATATCCTGCCCCAGCTCTTGAGTGCATTAAAAATGACGGTATGGGTGACGATCTGCGCTTTCGCGGTGGCATTGATCATCGGATTGCTGCTTGCTTTTGCAGCGCGGAGTCGGTTTAAGGTGCTGTCACTAATAACCAAAGGAATGATCGAATTCATTCGCAATACACCGCTGCTGGTGCAGGTCTTCTTCCTGTATTACAGCCTGCCGCTTCTTACCGGAATCTCCATTCCGGCCTTCTATGCCGGGGTGATCGGTCTCGGGCTGCATTACAGCACATATCTGTCCGAGGTGTACCGATCCGGAATCGAGGGAGTGCCGAAGGGACAATGGGAGGCTGCCACAGCACTGAATTACACGAAAGCCCAAACCTGGCGAAGTATTATCCTGCCGCAAGCGGTGCCGCCGATCATTCCGGTACTCGGTAATTATTTGATTGTTATGTTTAAAGAGACGCCGATTCTATGCGCCATAACGCTTGTGGAGATGATGCTGACGGCCAAAAATATCGTGTCGCAGTCGTTCCGTGCATTTGAACCGTATACGATGGTCGGGATTCTGTTCCTGATCATCAGTTATATCGCCTCATTGCTTGTGCAAAGGCTGGAAAAACGCATGAATCTACAGCGTGGAAAATAA	MWDWNYVWDILPQLLSALKMTVWVTICAFAVALIIGLLLAFAARSRFKVLSLITKGMIEFIRNTPLLVQVFFLYYSLPLLTGISIPAFYAGVIGLGLHYSTYLSEVYRSGIEGVPKGQWEAATALNYTKAQTWRSIILPQAVPPIIPVLGNYLIVMFKETPILCAITLVEMMLTAKNIVSQSFRAFEPYTMVGILFLIISYIASLLVQRLEKRMNLQRGK	PGPT0020795_9032	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020795-ABC_PA_P-K02029	NA	NA
JZ016_03335	654	yecS_2	COG0765	L-cystine transport system permease protein YecS	ATGCCGAATTCGTGGATTGATTTTCTCCCTACGCTGTTGAAAGGGGCGGAGATCACGATTGTAGTTGCTTTCTTTTCAGCCATTCTTGCGGTCGTGATGTCCTTTGCAGCCGGGTTATGCCGACTGTCGAAGCTGTGGATCATTCGCACGTTGACAGCCGTGTACGTGGAAGTCTTTCGGGGGACCTCCTTGCTGGTGCAGCTGTTCTGGTTGTATTTCGCCCTTCCGTTCATCGGCGTCGAGCTTCCGAAAATGCTGGCTGCGATCCTCGCGATCGGGTTGAACTTCGGCGCATACGGCTCGGAAATCGTTCGCAGCGCCGTGTTGGCCGTTCCGAAAGGACAATGGGAAGCCGCTGTAGCGCTTAATCTGAGGCCTTGGCAAAGACTGTGGAATGTCATATTGCCTCAAGCGTCCCTGCGAATGCTTCCCCCTTTCGGGAATCAGCTTGTGGAGCTCATCAAATCCACCTCACTGGTTTATTTCATCACGATGGCGGATTTAACGTATCAGGCGATGGTGCTCCGCAATAATTACATCTCCTGGACGACCGAGATTCTGGTGCTGCTGCTCCTCATGTATTTTGTCATTGCTACGCTCGTTTCGCTGGCAGTTCGACTGCTGGAGCGTAAATGGACAGCGGGGAGGTTATAG	MPNSWIDFLPTLLKGAEITIVVAFFSAILAVVMSFAAGLCRLSKLWIIRTLTAVYVEVFRGTSLLVQLFWLYFALPFIGVELPKMLAAILAIGLNFGAYGSEIVRSAVLAVPKGQWEAAVALNLRPWQRLWNVILPQASLRMLPPFGNQLVELIKSTSLVYFITMADLTYQAMVLRNNYISWTTEILVLLLLMYFVIATLVSLAVRLLERKWTAGRL	PGPT0020795_10592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020795-ABC_PA_P-K02029	NA	NA
JZ016_03336	855	artI	COG0834	Putative ABC transporter arginine-binding protein 2	TTGAAGAGAGTGGTTGTACTGATGTTGTCATTGATTATGGGGGTGTCGCTTGCGGCTTGCGGCGACAAAGGGAGTACATTGGAGCAAGCCATTGAGCAGGGGTATATCACCGTGGGATTTGCGAATGAGAAGCCTTATGCCTATAAAGAGGCCAACGGGGAGCTGACAGGAGAAGCGGTTGAGATTGCGAGGGTTATTTTGGAGCGGCTTGGCATCAAGGAAATGAGGGGAGAGCTTACGGAATTCGGATCGCTGGTTGCCGGACTGCAGGCCGAGCGGTTTGATCTAATTACCGCAGGCATGTTCATTAATCCGGATCGCTGCTCTGCCGTATTGTTTGCTAATCCGGAGTACAGCATCGGGGAAGCCATTGCGGTGAAGCAAGGGAATCCGCTGGGACTCGGAAGTTATGAGGATATTGCCAATCATGACCAAGCTAAGGTCGCCGTTATGACCGGTGCGGTCGAAATCGGCTATATGGAAAAGTCCGGCATTCCTACGGACCGGATTGTGCAGGTCCCCGATCAAGCCTCGGCCATTAGCGCCCTTCAGGCAGACCGGGTGCATGCAATTACCATGACGGGGCCGTCCCTGCAGGCGATGCTGGATTCGGCCAGCGACGACAGCATCGAACGCGTGGCTGATTTCGAGCAGCCGGTCATCGACGGCGAAAGCGTTCGCGGTTATGGAGCTACGGCTTTCCGCCAAGCGGATACCGAGTTCCAGGAGGCTTATAATGCGGAGCTTCAAAAAATGAAGGAGTCGGGCGAGCTGCTGGAAATTTTGCAGAAGTTCGGGTTCACAGAAGAAGAGCTCCCGGGCGAGATGACGGCCGCTGCCCTTTGCGGGGAATAG	MKRVVVLMLSLIMGVSLAACGDKGSTLEQAIEQGYITVGFANEKPYAYKEANGELTGEAVEIARVILERLGIKEMRGELTEFGSLVAGLQAERFDLITAGMFINPDRCSAVLFANPEYSIGEAIAVKQGNPLGLGSYEDIANHDQAKVAVMTGAVEIGYMEKSGIPTDRIVQVPDQASAISALQADRVHAITMTGPSLQAMLDSASDDSIERVADFEQPVIDGESVRGYGATAFRQADTEFQEAYNAELQKMKESGELLEILQKFGFTEEELPGEMTAAALCGE	PGPT0020800_5052	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020800-ABC_PA_S-K02030	NA	NA
JZ016_03338	882			hypothetical protein	TTGGAACGTTCTTCTAGAAAGAGAAAATTGTGTGCTCTTAAAAAAATAGAGAAAAAAGTCATTCATGCGAAGAAAAAGCATTGCCCGTCTCATGGTCATGGTGATCATAAAGGCCACGGCGGTGGCATTAAAAAGCGTCGATGCCCAAGAGCTATCCGTGGACCTGTAGGTCCTCAGGGTCCTATCGGACCGGTTGGACCGGTCGGACCTATCGGGCCTGTGGGACCTGCCGGACCGACAACTGGTATTGCAGGACCTGCTGGACCTGCCGGACCTGCTGGACCTGTCGGGCCTGTCGGACCTGTCGGACCTGCGGGACCTACTGGAGCTACTGGGGCAACAGGGGCTACAGGAGCAGCCGCCGGAGGAGCCATCATCCCATTCGCATCCGGCATACCGCTTGCTCTGACCACCGTTTTAGGCGGATTAGTCGGATCCGTTGGTCTCGTAGGATTTGGTAACTCGGCCAATACGTTTACGCTGGCTGGCGGTACGATTGACCTCACTGGAGCCGCTGGAACTCTGCTTAACATGGCGTTTAACACGCCACGAGCCGGTACCATCACTGGCATCTCCGCTACCTTTAGCACTACTGTGGCGCTTTCCCTGCTGGGAACTACGGTTACAATTACAGCACAACTGTACAGTGCGCCGGCTACAAGCAACATTTTCGCACCGGTACCAGGCGCTCTTGTTACGCTGGCTCCGCCTCTTACGGGCGTTCTCGCTCTCGGTACGGTAAGCAACGGCTTCGTAGAAGGCCTGGCTATTCCGGTGCCGGCCAATACACGCCTGTTAATGGTATTCTCGGCAACCGCAGCTGGCGCAACACTTGTCACTGCAGTGGCAGGTTACGGCAGCGCTGGTGTCAGCATTATATAA	MERSSRKRKLCALKKIEKKVIHAKKKHCPSHGHGDHKGHGGGIKKRRCPRAIRGPVGPQGPIGPVGPVGPIGPVGPAGPTTGIAGPAGPAGPAGPVGPVGPVGPAGPTGATGATGATGAAAGGAIIPFASGIPLALTTVLGGLVGSVGLVGFGNSANTFTLAGGTIDLTGAAGTLLNMAFNTPRAGTITGISATFSTTVALSLLGTTVTITAQLYSAPATSNIFAPVPGALVTLAPPLTGVLALGTVSNGFVEGLAIPVPANTRLLMVFSATAAGATLVTAVAGYGSAGVSII				NA	NA	NA	NA	NA
JZ016_03339	744	bacC_3		Dihydroanticapsin 7-dehydrogenase	ATGAAGTTTGAATCCAAGGTTGTCATTGTAACGGGAGGCGCCAGCGGGATCGGCGAAGCAGCGGTAAGGCTTTTTGTGGAAGAGGGAGCCAAGGTTGTTATCGCGGATTATTCGGACCGGGGACAAGCAGTTTCCGATGAATTAAGAGGGGCAGGCTTTGAAACGCTGTTCGTTAAAACGGATGTAACCCAAGAACAGGAAGTTGCAAATATGGTGAAGCAGACGGTTGAGCATTTTGGCCGTGTCGATGTATTGTTCGCCAATGCAGGCATTGCTCATGATGCTCCTGCCGATCAGTTGTCGATGGACAACTGGCAAAGAACGATTGATATTAATCTGACAGGAGTGTTCCTGTGCGATAAATATGTAATCCAGCAAATGTTATCCCAAGGAACCGGAGGGGCGATCGTAAACTGCGGCTCAATCCATAGCCATGTCGGAAAAGCGGGCGTTACCGCCTATGCTTCCGCTAAGGGAGGCGTTAAGCTGTTAACCCAGTCGATGAGCGCAGATTATGCTCCTAAAGGGATCCGGGTCAATGCCGTATGTCCGGGATATATCGATACTCCTCTTATTCAGGGAAGAACGGAAGCGATCACCCAGCACCTGGTCGGCCTTCATCCGATGGGCCGCTTGGGACAGCCGGAAGAAGTAGCCAAAGCCGTGTTGTTCCTCGCCAGTGAAGATGCGTCCTTCATTACAGGCACGAGCTTGCTGGTGGATGGCGGATATACAGCCGTGTAA	MKFESKVVIVTGGASGIGEAAVRLFVEEGAKVVIADYSDRGQAVSDELRGAGFETLFVKTDVTQEQEVANMVKQTVEHFGRVDVLFANAGIAHDAPADQLSMDNWQRTIDINLTGVFLCDKYVIQQMLSQGTGGAIVNCGSIHSHVGKAGVTAYASAKGGVKLLTQSMSADYAPKGIRVNAVCPGYIDTPLIQGRTEAITQHLVGLHPMGRLGQPEEVAKAVLFLASEDASFITGTSLLVDGGYTAV	PGPT0014705_646	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0014705-gdh|ycdF-K00034	NA	NA
JZ016_03340	612			hypothetical protein	GTGATATCCATAGACCCGAATACTCAAAGCGAACGGGACATCTACAAGCTGCTGATCGGGAGCGTTGTTCCGCGGCCGATCGCTTTTGTTACGACATTATCGGAGGAAGGTGTGCTGAATGCCGCGCCGTTCAGTTATTTCTCCATTCTGACGAGCAATCCCCCCATGCTGTCCGTTTCCGTTCAGCGGAAGAACGGCACGGCGAAGGATACAGCGAGAAATGCCATGCAAAGCGGCGAGCTTGTCATCCACATCGTGGACGAAGACAACGTTGAGGCCGTGAATGAAACGGCGGCGAACCTGCCTCCGGACGAGAGTGAGCTTGACCGAACCAAACTAACCCCTGTCGTAAGCGAGGTTGTTAAGGTTCCCGGCGTTCTGGAATCCAAGATTCGCATGGAATGCGTGCTGGAGCAGGTGGTCACGTTGAATGGCGCGGATCAGCTGCCTGCTGCTGATCTGCTGATTGCCCGCGTAGTCCGCTTTCATGTTTCGGAGGAGCTATACGAGCAAGGCCGGATTGACGCTGCCAAGTTGAAGCCTGTCAGCCGTATGGCGGGAAACATCTATTCTGCACTGGGAGAGATGTTTACGATCGAGCGGCCGGTATAA	MISIDPNTQSERDIYKLLIGSVVPRPIAFVTTLSEEGVLNAAPFSYFSILTSNPPMLSVSVQRKNGTAKDTARNAMQSGELVIHIVDEDNVEAVNETAANLPPDESELDRTKLTPVVSEVVKVPGVLESKIRMECVLEQVVTLNGADQLPAADLLIARVVRFHVSEELYEQGRIDAAKLKPVSRMAGNIYSALGEMFTIERPV				NA	NA	NA	NA	NA
JZ016_03341	954	mhqO	COG0346	Putative ring-cleaving dioxygenase MhqO	ATGGCATTACAAACGGCAGGCATTCATCATATTACCGCTTATGCGCAGGATCCGCAGAAAAATGTTGATTTTTATACGGGTGTGCTTGGACTCAGAATGGTCAAGAAGACGGTCAATTTCGATGCGCCTGAGGTTTACCATTTGTATTTCGGGGATGAGGAGGGGCATCCGGGGACCATTATCACCTTCTTTCCGTCTTCTGCTTCACGAAGAGGGATACGTGGAGGAGGGCAGGTTGGGTATACAACATTTGTTGTCCCTGAAGGTGCTCTGCCTTATTGGGAACAGCGGCTGCGGAGCTTTGGCGTTTCTGTCATGAAAGCATTTCGGTTTAACGAGCATTATCTTCAGTTCTCCGATCGCGATGGACTTTCTCTTGAGCTGGTTGAGCGGGAGGAAGGACCGAATAACGGCTGGTCTGTGGACGGTATTACTCCGGATACGGCGATCAAAGGGTTTGGTGGCGCGGTCCTGTTCAGCAGCAAATGGGAGGAAACGAAGAAGGCGCTGGAGCAGGTCATGGGACTGACCTTCATGGGAGTGGACGTTAATTATGCACGGTTTCAGTCAGCCGGGCCCTTCGGCAGCGTGATTGATTTGCCGATGCGGGATATCCCTTTGGGAGCCGGAGGCGCTGGAACGACCCATCATATTGCATGGCGTGCTCAAGATGATGAGGAGCACGGCAATTGGCTTGAATGGGTGAAACAACATGGCTTTTTGCCAACAGAAATTAAGAATCGCAACTATTTCAGATCGTTATATTTCAGGGAACGAGGGGGGATCTTGTTTGAGATCGCAACCGATCCGCCCGGCTTTACGGTGGATGAAGATCTGGACTCGCTGGGGGAGCAATTGAAACTTCCTGCCTTGTTTGAACCGGAGCGATCCCGTATTGAGGAAGGTCTGGAGCCTATAGAAGTCAAAAATACAGGAGAGGGGCAACTCAAGTGA	MALQTAGIHHITAYAQDPQKNVDFYTGVLGLRMVKKTVNFDAPEVYHLYFGDEEGHPGTIITFFPSSASRRGIRGGGQVGYTTFVVPEGALPYWEQRLRSFGVSVMKAFRFNEHYLQFSDRDGLSLELVEREEGPNNGWSVDGITPDTAIKGFGGAVLFSSKWEETKKALEQVMGLTFMGVDVNYARFQSAGPFGSVIDLPMRDIPLGAGGAGTTHHIAWRAQDDEEHGNWLEWVKQHGFLPTEIKNRNYFRSLYFRERGGILFEIATDPPGFTVDEDLDSLGEQLKLPALFEPERSRIEEGLEPIEVKNTGEGQLK	PGPT0028510_714	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028510-mhqA|mhqE|mhqO|yaiA-K15975	NA	NA
JZ016_03342	1080		COG0628	Putative transport protein	TTGCTGAAAATGAACAAGTTTTTCAAATTATGTCTTGCCGTGATCCTGGTCCTCATTATTATTTATTTGGGGTCGCTGGTGGATTTTATATTCAGACCGGTACTTTCGTTCTTCTCGATCATCCTTGTGCCGCTGATGCTGTCCGGATTCTTCTATTACCTGCTCAGGCCGCTGGTTGATTATCTCGAAAAGCGCAAGCTAAATCGCTCGCTGGCCATTCTGCTCATATATGTCGTGTTTGCAGGTATCCTTACAGGTTTTATTATTGGAGTATGGCCATCCCTGCGGGATCAGATCGTGGCCCTTGTACAGAATGCCCCCGCTTTGTTTGCAAAGCTTGGCGAGCAGCTGCAGGAATGGGAGAATAACGGCTTCTTCAAGGATATATTCCCGGAGAACTCCAATCCGCTTACACAGCTAACCGATTATTTGAACCAAGGCTTCACGTTCCTCACGAATTATATTATGAACCTGTTTTCGTTTGTTTCGAATTTTGCCATCGTTTTATTTACGTTCCCGATCATGCTGTACTACATGCTGAAGGAAGGCGGGAAGTTCGGGGAGATGATTGTCAGCTTTCTACCTAACCGGTTCAAGGAAGTGGGCGCATCGGTGCTGGATGAAATCAATAACGCGCTCAAAGGGTTTATCGTGGGCCGGGTCCTCATCAATCTGGCGCTGGGCGTCTTGATGTATATCGGGTTCCTGATTATTGGTTTGCCTTATGCGCTGCTGCTGACGGTTGTCGCTGTCATTGCGAATTTCATACCGTTTATTGGAGCTATTCTTTCCTCGATCCCGATTGTGATCATCGGGTTCATCCAATCCCCGGGGACGGCGATCTGGTCGCTTGTTGTCATTCTGGCAGCCCAGCAGATTCAGGATAACCTGATTGGTCCGTATATCTTCGGCAAACAACTGGCAATTCACCCCATTACAATCATTATCCTGGTTCTGGTGGGACAGGATCTGGGCGGAATTATAGGGATTCTGCTGGTGGTACCGATTTACATGATCATTAAGATTATCGTAACCAGAGTGTATCAGCTGTTCTTTAAGGAAAAATGGCAAAAAGCATAA	MLKMNKFFKLCLAVILVLIIIYLGSLVDFIFRPVLSFFSIILVPLMLSGFFYYLLRPLVDYLEKRKLNRSLAILLIYVVFAGILTGFIIGVWPSLRDQIVALVQNAPALFAKLGEQLQEWENNGFFKDIFPENSNPLTQLTDYLNQGFTFLTNYIMNLFSFVSNFAIVLFTFPIMLYYMLKEGGKFGEMIVSFLPNRFKEVGASVLDEINNALKGFIVGRVLINLALGVLMYIGFLIIGLPYALLLTVVAVIANFIPFIGAILSSIPIVIIGFIQSPGTAIWSLVVILAAQQIQDNLIGPYIFGKQLAIHPITIIILVLVGQDLGGIIGILLVVPIYMIIKIIVTRVYQLFFKEKWQKA				NA	NA	NA	NA	NA
JZ016_03343	1449	clsA_2	COG1502	Major cardiolipin synthase ClsA	ATGCATGTTACATCCATCATTCTTGGTCTGATCATCGTACTGAATATCGTGTTCTCCATGTTCGTCGTGTTCAGGGAACGGCGGGATGCCGGCTCCACCTGGGCATGGCTGCTGGTGCTGTCCTTTATCCCGATTCTGGGCTTTGCGCTGTACCTGTTGTTCGCCCAAAATTTAAGAAGAATCCGTCTCTTTCATTGGGATGATCTGCAGAAAACCGGAATCGAGAAGGTATTGCTGTCTCAAATGGAAGGAATGAATAAGGGAGAATACCCGTTCAGCAATCAAGCGGCTGCGGATAGCAGCGATTTGATCCATATGCATATCAACGAGAATCAAGCGATCCTTACGGACGACAACCACGTTGAAATTTTCACGGATGGACGCAAGAAATTTGAACGGTTGTTTCAGGATATTGAGGAAGCCAAAGTCTACATACATATTCAATACTACATCATCCGTCGCGACGAGCTGGGCAAGAAGCTGATATCCCTGTTGACCAAAAAAGCAAAAGAAGGCGTGAAAGTCCGGGTTCTGTACGACGAGCTGGGCTCGCGTCAATTAACCAAGGGCTTCTTCAAAGCATTTCGCGAAGCCGGCGGAGAAGCCGAGGCCTTCTTCCCGTCCAAGCTGCGCTTCATTAATTTGCGTTTGAATTACCGGAATCACCGGAAGCTGGCTATCATTGATGGCGATATCGGGTATGTCGGCGGTTTTAATGTAGGGGATGAGTACCTGGGTCTCAACTCCAGGTTCGGGTATTGGCGGGACACCCATCTGCGCATTCAAGGTGAAGCGGTCTATGCGATGCAGGTTCGCTTCATTCTCGATTGGAATCAGGCTTCGCACCATCACGATATTTATTATGAATCGAATCTGTTCCCCAAGATCGATTCGCCTGGCAATGTCGGGATTCAGATTGTGACCAGCGGTCCGGATTCCAGGTATGAGCACATCAAGAATGGTTATATCAAGATGATTTCGTCCGCCAAGAAATCCATTCATATTCAGACGCCGTATTTTATCCCTGATGCCAGCCTTCTGGATGCGCTCCGCATTGCTGCGCTGTCCGGCGTCAAGGTTCACCTGATGATTCCCGATAAACCGGATCATCCCTTTGTCTACTGGGCGACCTTATCCTATATCGGGGAAATGCTGAGAACCGGGGCTAACGTGTATCTCTACAATAATGGCTTCATTCATGCCAAGACGATTATCATTGACGAGAAGATTTCTTCCGTCGGCACGGCGAATATCGATGTTCGAAGCTTCAAGCTGAATTTTGAAGTGAATGCGTTCCTGTACGATGAGCATTTATCACAACAGTTGACTCACATCTTCCACCAGGATCTGCAGGTATCCAGCCAGCTTACAATGAAGCAGTATCTGGAGCGATCAAAGTGGATCAAGTTCAAGGAATCCATCTCGCGCTTGCTGTCCCCTATTCTGTAA	MHVTSIILGLIIVLNIVFSMFVVFRERRDAGSTWAWLLVLSFIPILGFALYLLFAQNLRRIRLFHWDDLQKTGIEKVLLSQMEGMNKGEYPFSNQAAADSSDLIHMHINENQAILTDDNHVEIFTDGRKKFERLFQDIEEAKVYIHIQYYIIRRDELGKKLISLLTKKAKEGVKVRVLYDELGSRQLTKGFFKAFREAGGEAEAFFPSKLRFINLRLNYRNHRKLAIIDGDIGYVGGFNVGDEYLGLNSRFGYWRDTHLRIQGEAVYAMQVRFILDWNQASHHHDIYYESNLFPKIDSPGNVGIQIVTSGPDSRYEHIKNGYIKMISSAKKSIHIQTPYFIPDASLLDALRIAALSGVKVHLMIPDKPDHPFVYWATLSYIGEMLRTGANVYLYNNGFIHAKTIIIDEKISSVGTANIDVRSFKLNFEVNAFLYDEHLSQQLTHIFHQDLQVSSQLTMKQYLERSKWIKFKESISRLLSPIL	PGPT0007725_2386	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_RELATED_GENES	CE-QSR-CARDIOLIPIN_SYNTHESIS,PGPT0007725-clsA_B|ybhO|ywiE-K06131	NA	NA
JZ016_03344	405			hypothetical protein	GTGGCTAAACTGACACCGTATATTTTCTCTGAGGATGCAAAAGCACAGGCTGAGTTTTATACCCAAGCACTAGGCGGGGAGATCCTGTCCGTACAAACGCATGGTGAGATTCCCGGAACCAAGGAAGAGCTTAAAGACAAGGTCATGCATCTTAGTCTGGTAGCCGGAGGCATTCCAATCTTTATGTCGGACTCCATATTCCAAACCCTGGAGCGCGGGAACGGGATTCACCTGAGCCTGTCGTTTGAGAGCGATGCTGAAGCGCATGAAGCTTTTGACCGCTTGGCCCAAGGTGGTAAGGTGCTTGATCCGCTGAAGACTCAATTCTGGGGAGCGCTGTTCGGGTTGCTGGAAGACAAGTTCGGCGTATTGTGGCAGGTAACGACCGAAGTCCAAGGCAATTAA	MAKLTPYIFSEDAKAQAEFYTQALGGEILSVQTHGEIPGTKEELKDKVMHLSLVAGGIPIFMSDSIFQTLERGNGIHLSLSFESDAEAHEAFDRLAQGGKVLDPLKTQFWGALFGLLEDKFGVLWQVTTEVQGN	PGPT0030505_3114	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_03345	639	azoR1_2	COG1182	FMN-dependent NADH-azoreductase 1	ATGGAACGCCTACTCGTAATTAATGCACATCCGAGGGTAAGAAGCGAGAAGTCCTTGAGCTTGCAGGTGCTTGAGTTTTTCGTAAGCAAGTATGCAGCGCAGAATCCGGCCAGCCTTATCGAACAGATCGACCTATATCGGGAATTCATTCCCGCCATTGACACGAATCTGCTGAACGGGTGGGAAAAGCTTGAGAGCGGGGAGCCGTTATCCGAGGATGAAGGGAAAATGATGGGGCGGATGGCTGAGATCCTGCAGCAGTTCAAGGGGGCATCCAAGTATGTAATCGCCATGCCGCTTCACAATTTTAACATCCCTTCCAAGTTGAAAGATTATATGGACAATATCATCATCCCGAAGGAAACGTTCAGATATACGGAAAGCGGGTCCGAAGGACTCCTTACCGACGGAAGAAGCGTTGTGGTCATACAGGGCAGCGACGGCATATATACAGAGAATGATGGGTACCGTGAGATTGAATATTCGCACAAGTATTTGAAATCCATGTTCGAATTCCTCGGTATTACGGATTATGAGATCATTCGTGCACAAGGCCGCGCCACGCTGGATGTTAAAAATATTCTGTACACAAGCCGATTGGCCGCTGCGGAAGTCGTGGATCGTTGGAGTTCCGAATAA	MERLLVINAHPRVRSEKSLSLQVLEFFVSKYAAQNPASLIEQIDLYREFIPAIDTNLLNGWEKLESGEPLSEDEGKMMGRMAEILQQFKGASKYVIAMPLHNFNIPSKLKDYMDNIIIPKETFRYTESGSEGLLTDGRSVVVIQGSDGIYTENDGYREIEYSHKYLKSMFEFLGITDYEIIRAQGRATLDVKNILYTSRLAAAEVVDRWSSE	PGPT0006790_358	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118	NA	NA
JZ016_03346	429			hypothetical protein	ATGCTAAATACGTATATTAAGGAATGCCTTTACTTCACAGCCAATCGTCTTAGCCGGGTCATTACCAAGATGGCCGAAGACGAGTTTGCAGCAAGCGGATTGTCACCCACATATGCTTATTTGCTTATGGCTGTATATGAGAAGGAAGGGATCTCGCAGAAGGAATTAGGCGAAATTCTTCACCTTCAGCCTTCTACCGTAACCCGTCTGGTTGAGAAACTGGCCGTTAAAGGGCTGGTTTATAATCGGGTAGAAGGAAGGATGTCATTGATCTATACAACCGATAAAGGAAAGGCTTTGGAGAAAGTGATTCACGAGTGCTGGATGAATTTGCGCAGTCGTTATGGCGCTATTTTAGGTCATGCCGAAGGTGATGAATTATCATTGCATCTATACGAGGTGAGTGATCAATTGGAGAATAAGGACTGA	MLNTYIKECLYFTANRLSRVITKMAEDEFAASGLSPTYAYLLMAVYEKEGISQKELGEILHLQPSTVTRLVEKLAVKGLVYNRVEGRMSLIYTTDKGKALEKVIHECWMNLRSRYGAILGHAEGDELSLHLYEVSDQLENKD	PGPT0013155_322	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
JZ016_03347	411			hypothetical protein	ATGGCATTGAAAAGCGATAATATTTTTGTAAACCTACCCGTGAAGGACTTGGAGAAAACGAAGGACTTTTTCTCGAAAATCGGTTTTGAATTTAACGCGCAATTTACGGACAAAAACGCGGCTTGCCTGGTCATCGGCGATAACATCTTTGCCATGCTGCTCACCGAGGATTATTTCAAGACGTTCACCAAGAAAGATCTGTCGAATGCCGCGAACACAACGGAAGTAATTCTGGCACTATCCGCCGAAAGCCGGGAGCAGGTGGACGAAATCGTTAATGCCGCACTTTCCGCAGGAGGGTCGCCTTCCAATGATCCGGTGGATCATGGCTTTATGTACGGATGGAGCTTCCAGGATCCGGACGGCCACCTGTGGGAAGTCATGTATATGGATCAGAGCCAGGTCGAATAG	MALKSDNIFVNLPVKDLEKTKDFFSKIGFEFNAQFTDKNAACLVIGDNIFAMLLTEDYFKTFTKKDLSNAANTTEVILALSAESREQVDEIVNAALSAGGSPSNDPVDHGFMYGWSFQDPDGHLWEVMYMDQSQVE	PGPT0028555_1352	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-FOSFOMYCIN_RESISTANCE,PGPT0028555-putative_fosB-K07032	NA	NA
JZ016_03348	2853			hypothetical protein	ATGGTTGGTTCGAGTAGCGGGAGTCGGTATGTAGCTGCTGGACTGGAAGAAGGAAAGACCTATTCGTATAAGGTCGTGGGCCATAACAGCCTATGGACTTCGCCAGAAAGCGAATCCGTTTCGGTAGTGCCTGGCAGCAATTATAACAATATTACGTACTACACTTCTTGGTCAGCTAGTACCGAAGAGCGTAATTTTCATCCTGGTGACGTGGATGTATCACAGATCACCCACATTAACTATGCCTTCGCCGATATATGTTGGAAAAAATACGGGAGCGGGCCGAGAGCCTGCGAAGATCCTAATATTCCTGCACAGGATCGATACGTCCATGACGGAGAAATTGTAATTGGAGATCCGACATTTGATTTTCAGAATTTCGCAGCTTTCGAATCCATCAAGGCATCGAACCCTCATTTGAAACTTATAGTTTCAGTAGGTGGCTGGTCATGGTCTGATAATTTTTCTAACGTAGCCATGACGGAAGAAACACGCCGTACTTTTGCAAATTCTGCTGTGAAGTTCCTACGAGATTATAAGTTTGATGGTCTGGATGTTGACTGGGAATATCCTGTTGAAGGAGGGGAAGAGTCGAACTCCAGGGCACCGGAGGATAGAGAAAATTTCACATTGTTAATGAAAACCGTTCGCGAGGCGTTGGATGCTGCCGGATCAGAGGACGGGAAGTATTATCTCCTGACGATTGCTTCAGGGCAGGGAGACAATTTTACCGTTAACGCAGATTTTGCGAATTCTGTCCAGTATCTGGATTTCATTAATATTATGACTTATGACTACAGTGGTAAAGATGACCCGTTCGGTCATCATAATTCACCATTGTTCTATGATAAAGCTCTTTTGAGGTCCTCCGCTCCAAGAAATCATGTGCTTGGCGGTTTGTTAGGTCATTTGAAGGGCGGGGTGCCGACACATAAGTTGATTGCGGGCGTTCCCTACTACGGTAAGGGCTGGGATGGCTGTGGTCCGCTAGGTCAGTATCAGACTTGCAATAAAGGCGGGACTGATTTGAAATCGTGGGAGCCTGCCATTTTCGACTTCAGCGACCTTGAGAATAACTACATCAATAAGAACGGCTATAAAAGATATTGGAACGAATCCGCCAAGGTACCTTACCTGTACAACGATCAAAATAAAGTGTTCATCACCTACAACGATAAGAACACCATGAAGTACACCGCTTCTATCGTGAAGTCGCTGGATATTGCCGGCGTCATGAGCTGGGATATCAGTGGCGACCGCAATAAGACGCTGACGACTCAACTCATTACCGACTTGCCGATCGACGGCAAAGTCAATGCTTCAGCACTTCCGGCTCCGGCGAATCTCTCAAAGGTAAGTGTCGGCGCAAGCTCCATTCAGGTGAAATGGGATGCTGTGGCAGGTGCAACGGGATACGAAGTATATGTGAATAATGCTTTGTCAGGCTCGGTTACAGAAAATAGTTACACCATGAATGGCCTTAGCTCTCTGACAAACTACAAGATTCATGTGCTTGCGGTAGATCGAACGGGGAATGAGATTAACCGCGTCTCCAGCGCTTCGAATCTGCTTAGCGTAACAACTTCAAGCAGCGGTTCCGGTGGATCTGACGGTTCCGGCGGATCAGGAGGCGCTGGAGGATCTGGTTCACCGACGCCTTCGACGCCACAACCTCCTAAAGCCAAAGATCAGCTAGAGGCAAAAGTCACGCTTCATGGCGATAAGGCTATGGTGACCCTACCTACGGCTGCAGCTGTTAACAGCATTAACCTTTCGGATTCCTCCAACTTCCAGATCCATGCGGGTGCAGGTGCGAAGCAGGCTGAGGTTGAGATTCCGCAAGAAGTCATCGCTGCCGTTGCGAAAAAAGGAGCCAAGGCCAGTCTCTCCATTATCGTGAACGGGACAGAATACCGGATTCCGGCTTCGCTGATTACGGTTCCAGGTCCTGTGAAAGTCTCGATTATTTCTCCTGAGGCTGCCGATGCAACGGGCGTTGAGAAACTGATGAAGGGAAGAGAAGTACTAGCCGACCCGCTGTTGTTCAAGCTTGAGCAAATCAACGCGGATAAGACAACGACCGAACTGAAGCATTTCGGCAAAACCCATGTCAGCCAATTTGTTGCTGTAGATGCGAAAAAGATAAATATAAAACGTGCCGCCGGAGTGGTTTATATACCAGGTACCCATGAGCTTCGATCCGTTCCGACTTTATTTAAAGTTAACGCCGATCGTACGGTAACGGTTGAAATCAAGAAAACCGGCAGCGGTGTTTATGCCCTGCTTCAGCAAGATATCCGGTTTAGTGACGCGATCCCTTCATGGGCACGAGAAGACGTTGCGCAGGCTGCTGCCAAGCTGATCGTATCTGGTGAAAGTAACGGATCTTTTGGCGGTAATCAACCCATTACCCGTGCCGAAATTATATCCATTGTGGTGAAAGCGCTGGGTATTCTGCCTGACGACAGTTACTCCAACTTCAAGGATGTAGATCCGAAATCCGGATATGCCAGAGAGATTGCAGCTGCGAAAGCGGCAGGGTTAGTGAAAGGACGCTCAGGCGATATCTTTGATCCAAACAGCTTGATTACGCGTGAGGAATTGGCCGTTATGCTAAGTAATGTGCTGAATTATGCCGGCAAGAAGAACGAAGCGAACCAAGGATTGTTAAACAAATTTAAAGACCACTCCAAGGTTTCATCCTATGCGAAGTCGTCCGTCGTCTTCGTTGTGGAGCAGAAGATTATGCAAGGCGTATCCGGCTCCAAGCTGGATCCGCAATCCCATGTAACCAGAGCTCAGACGGTGGTAACCGTCATGAGATTGCTGCGGGCAGTGGGTTTATCTAACTAA	MVGSSSGSRYVAAGLEEGKTYSYKVVGHNSLWTSPESESVSVVPGSNYNNITYYTSWSASTEERNFHPGDVDVSQITHINYAFADICWKKYGSGPRACEDPNIPAQDRYVHDGEIVIGDPTFDFQNFAAFESIKASNPHLKLIVSVGGWSWSDNFSNVAMTEETRRTFANSAVKFLRDYKFDGLDVDWEYPVEGGEESNSRAPEDRENFTLLMKTVREALDAAGSEDGKYYLLTIASGQGDNFTVNADFANSVQYLDFINIMTYDYSGKDDPFGHHNSPLFYDKALLRSSAPRNHVLGGLLGHLKGGVPTHKLIAGVPYYGKGWDGCGPLGQYQTCNKGGTDLKSWEPAIFDFSDLENNYINKNGYKRYWNESAKVPYLYNDQNKVFITYNDKNTMKYTASIVKSLDIAGVMSWDISGDRNKTLTTQLITDLPIDGKVNASALPAPANLSKVSVGASSIQVKWDAVAGATGYEVYVNNALSGSVTENSYTMNGLSSLTNYKIHVLAVDRTGNEINRVSSASNLLSVTTSSSGSGGSDGSGGSGGAGGSGSPTPSTPQPPKAKDQLEAKVTLHGDKAMVTLPTAAAVNSINLSDSSNFQIHAGAGAKQAEVEIPQEVIAAVAKKGAKASLSIIVNGTEYRIPASLITVPGPVKVSIISPEAADATGVEKLMKGREVLADPLLFKLEQINADKTTTELKHFGKTHVSQFVAVDAKKINIKRAAGVVYIPGTHELRSVPTLFKVNADRTVTVEIKKTGSGVYALLQQDIRFSDAIPSWAREDVAQAAAKLIVSGESNGSFGGNQPITRAEIISIVVKALGILPDDSYSNFKDVDPKSGYAREIAAAKAAGLVKGRSGDIFDPNSLITREELAVMLSNVLNYAGKKNEANQGLLNKFKDHSKVSSYAKSSVVFVVEQKIMQGVSGSKLDPQSHVTRAQTVVTVMRLLRAVGLSN	PGPT0012130_224	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012130-chiA|chtA|chiI-K01183	NA	NA
JZ016_03349	777			hypothetical protein	TTGACGCCATTTATGATAAAAAAACACCCGAAATGGGTGATGTGTTTCTTGGCCCTTATTCTCATGTTTACGCCACTGCTTAATGCGCCTGCATCCTATGCGGCAGAGGTTACTCCTTCCTCAGAGATTCCTACCATTAGCTCCGAAATCGACCCGGCAACGGTAACAAGCTCGACCTATGGAGCTCAAGATCCGCTGGCGCCGCAGAATCTTCGTATTGAAAGTGTCTCTCATAATATGGCGATATTTCAATGGGATTTCAAACCCGTCGAAGGTGAAAACAATATACAGGTGTGGGACGCGGATTCAGGCAATTGGCTGGCATGGGGCAATTATTGGACCCGTGCCGTGACCGGATTGACACCTGAAACGACCTACAGGATCTATATTACTTGGGATGGCGACGTGAAAAAAGAACACAAAAGTAATGTATTGGAATTCACCACGACCAAAGACGAAGCTGAGTATAAAGATGCACCGTTGACCCCTCCAAGCCATCTTATAATTGACGATGTAACGGAAGATACGGTTACGCTGAGTTGGGGTTCGAGTCCCGGAGCCGAAGCTTATGACATTTATATTAATGGAGCATGGAAAGGCGGCACTTGGGAAAACTCCGTTACCACGGCTACTTATGGACCTTTGGAAGCAGGAGAAACTTATACTTTTAAAGTAGGTGCACAGAGAAGCGTAAATGGAGCTTTGGAAGCATCCGCCAATAGTAATGCCGTTACCCTTAAATGGGGGAACTGGCTCAACCTCAAGGTTTGCAAGTAG	MTPFMIKKHPKWVMCFLALILMFTPLLNAPASYAAEVTPSSEIPTISSEIDPATVTSSTYGAQDPLAPQNLRIESVSHNMAIFQWDFKPVEGENNIQVWDADSGNWLAWGNYWTRAVTGLTPETTYRIYITWDGDVKKEHKSNVLEFTTTKDEAEYKDAPLTPPSHLIIDDVTEDTVTLSWGSSPGAEAYDIYINGAWKGGTWENSVTTATYGPLEAGETYTFKVGAQRSVNGALEASANSNAVTLKWGNWLNLKVCK	PGPT0012130_224	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012130-chiA|chtA|chiI-K01183	NA	NA
JZ016_03350	369			hypothetical protein	ATGTCATATCAAAAGGCACTTGAGGCATACATAGCGGCCACGAATACGCATGATTTTGACAATGTAGCCCGGCTGCTCGACGGAGAAGCGGTCTATTGGTTTTCGGACCGGAGCTGTCATACGTTGGATGAGATTCGGGCCTATTTCGAACATGCTTGGCATGTTATTCAGGATGAGGTGTACCGGGCGGAGGATGTAGAGTGGATCGCGATCGATGCTCATACGGCGGTATGTGTCTATACCTACCACTTCGAGGGTTATCATCAGGGGACATTTACGTCCGGAAGCGGGAGAGCAACGAATGTGTTCGTTCGTAATGCCGATAGTATATGGAAATTAAAGCACGAGCATTTAAGTTCGATTCGATGA	MSYQKALEAYIAATNTHDFDNVARLLDGEAVYWFSDRSCHTLDEIRAYFEHAWHVIQDEVYRAEDVEWIAIDAHTAVCVYTYHFEGYHQGTFTSGSGRATNVFVRNADSIWKLKHEHLSSIR				NA	NA	NA	NA	NA
JZ016_03351	777			hypothetical protein	ATGATGAGTATCGCGCAATTCGCTGCACGCACGGGCATGGTTCCCAGTGCGCTTCGCTTCTATGAGTCCAAAGGCATTCTAGTTCCGGCTGAACGGCACGATAACGGTTACCGGTTCTATGGATACCATCAAATTCAGACCGCCAAACTGGTAAACAGTCTCCGTCAATCGGGAATCAGTCTAGGGGATATTCACTGTTTCCTGGAGGCCGAGGAAAGTACGCGTTTCCAGCTTCTTGAACGCTGGCGGCGGGAGGCTGAAGCACGTCTACTTTCGGTTCAGATTGCGAGTCAATATCTAAATGGAATGGAATCGGATCATGGCAGTCTGCATCTCATCAATTGGGAAGAACCCTTAACCGTGATATGGCAGCCGTTTTTGGTAGACAAGCCAGTGAGCTCCTACTCTCGAGAAATGAAACAAGCGGCTGCCAAACTCCGTGACCTCAACATTCGCACCCAAGGCTCCAGCTTGATCAAGGTGATAGATTCCCTCCCGCACGCGGTCCAGATTGAAGTCGGATATCAAGTCATAACGGAGTCCTCCCGGAAGCCAACCCCTCTCCCGACTTCTTCGGAAGCCTATCTGGAGACCATCCCTCCTACCTTGTTCATATCGGTGGATAGTTCATGGGAGGATACCTTCATCTGCATGCGAACGATCCGCTTTCTCCAGAAGTTCGGTTTCGAACCTGCGGGCAAACGGCTGGAACGGCATTTTCCCGATTCTCCTCTATTCGAAATCATGATTCCTGTAATGCAAACTCGCTTCACTTGA	MMSIAQFAARTGMVPSALRFYESKGILVPAERHDNGYRFYGYHQIQTAKLVNSLRQSGISLGDIHCFLEAEESTRFQLLERWRREAEARLLSVQIASQYLNGMESDHGSLHLINWEEPLTVIWQPFLVDKPVSSYSREMKQAAAKLRDLNIRTQGSSLIKVIDSLPHAVQIEVGYQVITESSRKPTPLPTSSEAYLETIPPTLFISVDSSWEDTFICMRTIRFLQKFGFEPAGKRLERHFPDSPLFEIMIPVMQTRFT				NA	NA	NA	NA	NA
JZ016_03352	813			hypothetical protein	ATGGTTGGATTAAGGCTGGATGATTTTGATGGAGGTTTTATCGTGGCCCCCTGGGATCGATTCAAGGAACTCATCGATTGGTATAGCACACATTTGGATCTGAAAGTGACATACGAAGAGGATTACCCGGTCGAAAAAATGGCCACCCTTACTTTCCCGGCACTGGGATGCATACATATCAAGTCGGTGGAACATGATCACCCGCATTTTGCAGTAGACTGGGGACAGAACGGGAATGTTCGCTTCTGCTTCACCACAACGAATCTTGAAGCTGCACACGCCTATTTTCGCGAACAGAATATTCAAGTAACCGATGTGACCCAAGGCGCCTTTGACCGTTCCTTCGATTTCTTCGATCCGGTAGGCAACCGCTTAACGGCAATCGAACCGGAACCAGGTACGGAGGCATTGGTTGCTAAAGCACCGGACGCACGCTTTCCCTTCCAAGCGATCCCCCGCTTTGGCGTAGACCGACTGGATGAAGCCATCGCTTGGTATGAGACTAATCTGGGCGGCAGGGTCGAACGGATCAGCGAGGACGGAACCTCCGCAACCGTTATCATCACTAACGAAGGTGCACCGGTCTATCTGGAAACCGTTCGGATGGACCGAACGAAGAGCGCGCTCACTGTAGCTGCAAGGCCTTATTGGGTAATCCGGAAGAAGGCCGACTTTTTCGAGACCCATAAACGTTTGCAGGAACAAGGATGGAAGGTAACCGATTTTGCCGGAAATCCCAAGTTTCTTGTCATGTTCCATACCTATGATCCATATGGCAACCAGATCAATGTCTGGTGTTACGAGGACTGTTAG	MVGLRLDDFDGGFIVAPWDRFKELIDWYSTHLDLKVTYEEDYPVEKMATLTFPALGCIHIKSVEHDHPHFAVDWGQNGNVRFCFTTTNLEAAHAYFREQNIQVTDVTQGAFDRSFDFFDPVGNRLTAIEPEPGTEALVAKAPDARFPFQAIPRFGVDRLDEAIAWYETNLGGRVERISEDGTSATVIITNEGAPVYLETVRMDRTKSALTVAARPYWVIRKKADFFETHKRLQEQGWKVTDFAGNPKFLVMFHTYDPYGNQINVWCYEDC				NA	NA	NA	NA	NA
JZ016_03353	360			hypothetical protein	ATGAAAATAAACGATGTTTCAAAATTAACGGGTCTGCCCATATCAACATTAAGATTCTATGAACGTAAGAATCTGATTCCGGACAGCTATGTTAAAAGAGATGCAAATAATTACCGTGTTTATTCTGAAGAGATTGTGGAGTTTCTAGATGATGTGAAGGCACTTTTATCCGTAGACTTTTCTATAGAAGAATTAAGTTTGTTGGTAGATCAAGAACTTAACTTATCATACGAGGCTAAGACGGCAATGATTGAACAAAAAATCAAAGAAATTGAAGAGATCCAGAAGCGATTGAAAAAATCGAAGAAGTTCTTGAATGCCGTTTTGGAAGGAAAGGCAAGTTTTCAAACCAAGTGTTAA	MKINDVSKLTGLPISTLRFYERKNLIPDSYVKRDANNYRVYSEEIVEFLDDVKALLSVDFSIEELSLLVDQELNLSYEAKTAMIEQKIKEIEEIQKRLKKSKKFLNAVLEGKASFQTKC	PGPT0004135_2208	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexPQ-OpmE,PGPT0004135-cueR-K19591	NA	NA
JZ016_03354	639	yodC_5	COG0778	Putative NAD(P)H nitroreductase YodC	ATGTTTAACCATATTCAAAACAACGATTTCGCCAATATCGTTATGGGCCGACGTTCTGTCCGTAATTATGATGAGAGCATTAAAATATCGAAAGAAGAGATAAGCGATATGATTTCGGAAGCCAGTTTGGCTCCATCCTCTGCAAATATGCAGCCTTGGCGTGTAATTGTGGTCGATACTCCAGAAGGAAAAGAAAAGCTACGACCTCTTGTGAGGTTCAATACGTTACAGAATGATACTTCATCAGCCATGTTATTAATTTTTGGTGATACCCAAAGCTATTTATATACTGAAGAAATTTACAATACAGCTGTGGAACAAGGAAAAATGCCAGCTGAAGTACGTGATCGTCAACTCGAAACCATTCTATCCTACTTTCCGACTCTATCCAAAGAAATGAAAGTTGAAATTGCAAAAGTCGATAGCAGCCTCTTTGCCATGCAGTTCATGTTAGTAGCTCGTGCACATGGGTATGATACGAATCCAATGGCAGGCTTTGAAGCTGATCAGTTAGCAAAAGCATTCGATTTAGATGAAGAACGCTATGCTCCAGTCATGATCATCTCTTTAGGAAAAGCCAAAGAAAACGGGCATGAGTCCGTTCGATTAAGCTCTGACAAGATTACATTTTGGAGGTAA	MFNHIQNNDFANIVMGRRSVRNYDESIKISKEEISDMISEASLAPSSANMQPWRVIVVDTPEGKEKLRPLVRFNTLQNDTSSAMLLIFGDTQSYLYTEEIYNTAVEQGKMPAEVRDRQLETILSYFPTLSKEMKVEIAKVDSSLFAMQFMLVARAHGYDTNPMAGFEADQLAKAFDLDEERYAPVMIISLGKAKENGHESVRLSSDKITFWR	PGPT0028511_33	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028511-yodC-NA	NA	NA
JZ016_03355	624	yodC_6	COG0778	Putative NAD(P)H nitroreductase YodC	ATGAGTGTGAGAGAGATATTGGAACAAAGACGTTCTGTCAGACATTATGATCCCCATTATACAGTGGAATCGGAAACGTTGGCTGCTTTGATTGAAGGAGCCAGCCAATCGCCCAACGGAAACAATATTCAAGCGACACGGTACCTGGTTATAGACGACCCGAAGTTAAAAAACTTGTTACTTCCCATTGCCTTTCATCAGCAACAGGTAGTAGAAGCATCCGTACTAATCGTTGTACTGGGCGATTATCAAGCATTTGAAAAAGAAAACATTATAGATATCCATGAAGATGGATTCCAAAAGGGTTATTTTGACGCATCATTAAGAGACTATTTAGCCAACGCGGCTATCCAATATTATTTAAATAAATCAAAAGAAGATTTAAAGCTCGAATTAGTAAGAGACGCAAGCCTGGCGTCCATGTCGTTAGTCTTACTGGCGAACGAGGCGGGTCTTCATACGATTACCATGTCCGGGTATGATTCCAAACAATTAAAGTCGGCCTTACAGATTTCTGACAGGTATGAAGATGTGATGCTTATAGCCATTGGGAAAGGAATTAAACAAGGTCATAAAACCGTTAGACACGATGTGGACAAAGTTATTTATACAAATAAAATATAA	MSVREILEQRRSVRHYDPHYTVESETLAALIEGASQSPNGNNIQATRYLVIDDPKLKNLLLPIAFHQQQVVEASVLIVVLGDYQAFEKENIIDIHEDGFQKGYFDASLRDYLANAAIQYYLNKSKEDLKLELVRDASLASMSLVLLANEAGLHTITMSGYDSKQLKSALQISDRYEDVMLIAIGKGIKQGHKTVRHDVDKVIYTNKI	PGPT0028511_18	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028511-yodC-NA	NA	NA
JZ016_03356	351	ytcD_6	COG1733	putative HTH-type transcriptional regulator YtcD	ATGAACGGTCTCAATACGGGAATCAATATTTTTATGAATACGGTAGGAGGAAAGTGGAAATGTTTAATCCTCTTTTTTCTGAGTCAAAAACCAAGGAGAACCAAGGATTTCTATCTGCTCATGCCAACCATAACGCAGAAAGTTTTAACCGAGCAATTAAAGCAGCTGGAACGAGATGAGCTTGTCCGAAGAGAAGTATTTAAAGAAGTGCCGCCTAAGGTAGAATACAGTTTAACTGAGCTGGGCCAATCCTTCGTGCCCGTATTAAATACAATGTGTGAATGGGGCAACACCTATGCAACCGTACAAAACCTCGAAACAGAAGAACAAATCTGCTGCCAGCATAAATAG	MNGLNTGINIFMNTVGGKWKCLILFFLSQKPRRTKDFYLLMPTITQKVLTEQLKQLERDELVRREVFKEVPPKVEYSLTELGQSFVPVLNTMCEWGNTYATVQNLETEEQICCQHK	PGPT0028512_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028512-yodB-NA	NA	NA
JZ016_03357	2976			hypothetical protein	GTGCCGGATTTCCCATCCCGAACCATACAGCAGCAAATGTACACGCGGGAGCGGCGGGGCATATTCCGTTCAGCTGAAGGCTTTGATACGGTGGCCCGTTCGTCCGGCTTGGAGGCCTCCTTTATCAAAAAGGTGCTGCATCCCTTTTGCCAATACGAGGCTCCTGCCGAGCTGACGGCACGAAGCGAGAGGGAAGCGGCGGCTTATCCGGCCGCCCTTCATCTGTTCCATACGGAAACCGGAGAAACGGTGCTGGGGCGAAGCGTGTTTCAGCCTGCGGATTTTACGGGACTTCGCAGTGCCTTTTTTACGCATCACTATGTCATTCCCGACGGTTTCCTTGAAGATGAGCATTCGGCTTACCAGTCCTGGCTGCAGGCTTCCTTTGCCGATCACTACGATATTGAAGAAGGCGTTGATCTGCCGCAGCTTCCTGCCATTCCGGTTCAGGCCGATTCTCAAGCCGCCATTTCCTATAAGAGGGCGCCAGCCTTATTGCAGGAGCTTGGGATCGACGAGAAGGTATTCAAGCAGCTGCTCTATGCATGCATATCCGCGGCTGCCGGGAAGAAAAAAGTATATATCGTTCTGGATGTGCCGGTGGAACAGTTGTCCGCGAAGGCGGAGCAGCTGCTCTTTGTGTTGTTTGGCCGATTGCCCTATGCGCTGCGCCAGGTGCTTGGATTCGTAACCTATGCCAAGGAGCCGCAGAGCAAGAAGGGACTTCACCTTATGTTCGTGGAGAAGGGCAGCCTGCGTCTAAGCGACCGCAGCATCGAGAAGGATTATTTGTTTGAGCTCGCTGCCGGCAGGGTTATCAATGCCGATCTGAAATGGTCCGAGCAGCCTTATCTTGATTTTGCATGGGAAACGCTATTGGACCCGGATCGCTCCGAGCGCTTTTTTGCCTTCGCCGAGCAGATGCTTGCCGATATGGAGCCGGGTCTGGGGATCTTGCTGGACAGCTACGATGATTTATGTGTGCTGTTCCAGATTGAAGAAGGCCAAGAGGGCTTGTACCATGAGCATAAACATGCCGTTCTGCGTGCAATGCTGCTTTATTTGAAGCCGGCAGGTGCCCTTGCTTCTAAGGGACGGCTGGATCAGCTGTTCCACACCCTGTTTGCCCAGGAATTCGAACTTGTCAAAGGCGGACATGTTCCGGATGCAGCCATTGCCGGTTTTGTTAGGGATTATCACGGCATCAATCCCCGGCAGCATCATGATCTGATTGTGGAATATTTTATCCGCTCATTAAATAACGCCTTATCGAAGCGGCGTCAGGATGTGACCGAGGCGATTTACGACCTGCTGGAGGGCAGCCCGGCCTTAAGCCGAGCCTTCTACGCCAGGGTGCTGACCAGTCCGGGACTGCCGGCGTTGATGTTTGATCCGTACATGAAAAAACGCATGCAGCAAGCGGCGTCGCCTACAGACTTGGTAGACCTGATCGGCTTGTGGGTTCGGAACCACCCACTCCTGCTGGAACAGGAGAATTACATCAGGTTAGCCGAAGCCCAGCTTGTCGATAAGCTTAAGCAGGATTCGGATCCGGTGAGAGCGGTCAACGCCGTACTGGACCAATTGGATTCGCTGGAGCACCATCCTCAGAAGGGAATCGGTCGTTACCAAGGCGGAACATCATTTGCAGACCGGTTGATATATGCGGCAAACCTTTTTCTCTTGCGTGAGGTGGAGCCCGAGCAATTAAGCCAGAAACAGCTGCTGGATATCGGCTTTCTGCAAATGCCGAAGGAGTTCAAGGGCTGGGTAGAGCGGTTTGATTCCCGGATTCGGTCCAAAGCCGCGGTCATGCTGGCCCTTCACCAATGGTCCAGCCGAGAAGAAGCAAGAGTGGAGGTGCTGGAGGATCTGTCAGCCGAGGAGCGGGAACGAACCCAGCAAATCATGCGGAAATGGCTGCAGAACCATGTGGTGCCATCCCGATTTGATAGCATTACCCTAGCCTTTTGCACGGAGATTCGTTCCAGTGCCGTAGACTATCGGGGCCTGCTTGATTATTTGCACAGATACGGCAACAGTGCAGAAGTGGTATACCAGTATATTATGTGGTCTGCCGAGCAACCTGTATTCGTTAGACCGCGGGGACTTGTTCCGGCTTATGCCACCGCCATCGTCGATTATTTCAAAACCTATGATCGTGAAGCCTTCAAGAATAAGGAATATGCGAAAACGTATTTCAATTCTCCCGCTCCAATCCTTAAACCGGTGTATACGAAGGTTAGGGCTGAATTAGCTTCGCCGTTGGTGCGATGGATTCGACAGCATTCGCGGTTCGTAAAAATCACGTCGTCTTTGCTTGCGGTGATCGTTATTGCTGGCGCTGTCTTCATGATGATTCAAAACGGCAAGGGACCTGCGGATGGCAGTGCCGATCCGAATCCGGTCACTACCCCTCCAGTTACCGCACCTCCGGCTTCTTCCGATACCGTCCCTGAAAAGCCATTACTGACGGCGACGGTAGTGGAGGAAGGCGAGCAGGAGGGCAAGACCGAGCTGAGTTTCCATTTTAAACAGCCGGCAGCTTGCCGGGATTTCAATGTGGACGAGCTACAGATTGTAGGCAAGGATGCAAGCATGTTGTTTGAAGCTGCCAGCCCTGAATTAACGCGGGTATGCGCGGATGAAACTACAGGCGAAGCAAAAGCCGATCCATCAGGAACAGAGATTGAATCAACGGATAATCAAACGGACCCGAATACTGGGATAGCAGAAGGGGAAGACTCGTCTGATCCTGCTGAAGGTGAAGCTGTGGAGTCATCGGAAAGCGTTGGTGACGCTCAGGAAAACCAGACTTACTCAAGTCAGGTTACCGTGAAGCTGGATAAGCCGCTTGACGTGTCCCTAGTCGAAAAGGTTGTTGTGGATGGCGTCTCGTATGAGCTGTCCGACGAAAGCGCGCTTTCGGAAGAGCCCGAGCAGACGCCGGAGAATGAGACGGATGAAGGAGTTTAA	MPDFPSRTIQQQMYTRERRGIFRSAEGFDTVARSSGLEASFIKKVLHPFCQYEAPAELTARSEREAAAYPAALHLFHTETGETVLGRSVFQPADFTGLRSAFFTHHYVIPDGFLEDEHSAYQSWLQASFADHYDIEEGVDLPQLPAIPVQADSQAAISYKRAPALLQELGIDEKVFKQLLYACISAAAGKKKVYIVLDVPVEQLSAKAEQLLFVLFGRLPYALRQVLGFVTYAKEPQSKKGLHLMFVEKGSLRLSDRSIEKDYLFELAAGRVINADLKWSEQPYLDFAWETLLDPDRSERFFAFAEQMLADMEPGLGILLDSYDDLCVLFQIEEGQEGLYHEHKHAVLRAMLLYLKPAGALASKGRLDQLFHTLFAQEFELVKGGHVPDAAIAGFVRDYHGINPRQHHDLIVEYFIRSLNNALSKRRQDVTEAIYDLLEGSPALSRAFYARVLTSPGLPALMFDPYMKKRMQQAASPTDLVDLIGLWVRNHPLLLEQENYIRLAEAQLVDKLKQDSDPVRAVNAVLDQLDSLEHHPQKGIGRYQGGTSFADRLIYAANLFLLREVEPEQLSQKQLLDIGFLQMPKEFKGWVERFDSRIRSKAAVMLALHQWSSREEARVEVLEDLSAEERERTQQIMRKWLQNHVVPSRFDSITLAFCTEIRSSAVDYRGLLDYLHRYGNSAEVVYQYIMWSAEQPVFVRPRGLVPAYATAIVDYFKTYDREAFKNKEYAKTYFNSPAPILKPVYTKVRAELASPLVRWIRQHSRFVKITSSLLAVIVIAGAVFMMIQNGKGPADGSADPNPVTTPPVTAPPASSDTVPEKPLLTATVVEEGEQEGKTELSFHFKQPAACRDFNVDELQIVGKDASMLFEAASPELTRVCADETTGEAKADPSGTEIESTDNQTDPNTGIAEGEDSSDPAEGEAVESSESVGDAQENQTYSSQVTVKLDKPLDVSLVEKVVVDGVSYELSDESALSEEPEQTPENETDEGV				NA	NA	NA	NA	NA
JZ016_03358	1260			hypothetical protein	ATGGGCATTTTTGATATATTCAAGAAAAAACCGGAGCCGGAGCCAAGGCCGCTGTTCTATGACATTGTGTGCCCTTACTGTTTCAGTAAGTTTGCTCCGAAAGAGGTTGTCTTCCGGGCTGCCCACGACCGAGAGGATGACGAGGACTATGCGCTTGGGGAAGATGATGAGCTGAATCGGTACCGTGAACGCTTTGGGCTGGATTCAGTGTATGATATCGAAGCGATTATCCGTCCGAGCGACATACCGGAGGAGCAGCACATTTATTCGGATCACGTACTGGTTGGATTGAATGACCGTTACGGCGTCGTCACGCGCAGACGGTTGTGCCCGAAATGCCACAATGAGCTTCCGGTAACCGCCGGGAAGGTGCCAAGCAACATCATCTCGATCATCGGTGCTTCGCAAGTGGGCAAGTCGGTCTATATGACTTCGCTCATTCATACGCTGCAGCATACGACGGCGGATCATTTCGATGCGGCCTGCATGCCGCTGAATGCCGAGATCAGCCGCAAGTTCCGTACCGGCTATGAGGAGCCGTTGTTTGAGCGGGGAGATTTGCTGGCGTCTACGCAGAAGGAGAAGATGCAGGAGCCTTTCATTTTCCAATTCGTGTTCAAGGACGAGTCCAAGCCGCCGTTAACGCTCGTATTTTTTGACGTGGCGGGCGAGGGCATGGTGGACGAGGATTATTTGGGCCTTCACGGACAGCATATCAAGAATTCCGCGGGTATTCTGTTTATGGTGGATCCGCTCCAAATCCGCTCCATTCGAGAGAAAATCCGTCTGAAATTCGGTGACCAGCCCGGTGAATGGGTATCCCAGTATGATGAGCCGCGTGACGTCGTACTGACGATGTTCGGCGATTTCATCGCTTATGAGGACAAGGGCAAGACGGATATTCCGACAGCGGTTGTCTTGACCAAGAGCGATATGCTTCATGCCCTTAAAGATGAGGATGGCGAATATGTGAAGCTGAACAGCAACATTTTTAACAATGTGGTACACCGCAAGTTTTTGAATTTGACCGAGTTTGAAAATATTGACGGCGAGATCCGCCGTTTTATCGAGAAGGTTGACCGTCCGTTCAAGGGAACGATGGATGTATACTTTTCGAATACTGCATACTTTGCCGTGTCGGCTCTCGGCAGCAACCCTGTCGACCAGAAGCTGCAAAGCGTCGTTAGCCCGATTCGGGTGGATGAACCGTTCATCTGGCTTCTGTACAAGCTGAAGTATATTCAGGGGAGGGAAGACTAG	MGIFDIFKKKPEPEPRPLFYDIVCPYCFSKFAPKEVVFRAAHDREDDEDYALGEDDELNRYRERFGLDSVYDIEAIIRPSDIPEEQHIYSDHVLVGLNDRYGVVTRRRLCPKCHNELPVTAGKVPSNIISIIGASQVGKSVYMTSLIHTLQHTTADHFDAACMPLNAEISRKFRTGYEEPLFERGDLLASTQKEKMQEPFIFQFVFKDESKPPLTLVFFDVAGEGMVDEDYLGLHGQHIKNSAGILFMVDPLQIRSIREKIRLKFGDQPGEWVSQYDEPRDVVLTMFGDFIAYEDKGKTDIPTAVVLTKSDMLHALKDEDGEYVKLNSNIFNNVVHRKFLNLTEFENIDGEIRRFIEKVDRPFKGTMDVYFSNTAYFAVSALGSNPVDQKLQSVVSPIRVDEPFIWLLYKLKYIQGRED				NA	NA	NA	NA	NA
JZ016_03359	642			hypothetical protein	ATGCGTTTTAAAAATGCGGAGCCCGGAGAATGGGTCATTCAGGGATTAAGCTATCAGTTGGAAGATGGTTTCTGTACGCTCCGCTGGAACTGGCCGCCAGATCTTCAGGCGGTATACATTCACCGCGAGATGGATGATGGATTTGGTCCGACCGCTGGAGCTTTGGAGCCTGGCAGCCTGCGTCTGTATACCCGAGACGAGTACAAGGCGAACAATGGGTATCGGGATCGGGTGGACGGAATTGGTCAGATTATGTACACGGTGTATGCCATGTCTTCCGAAGACGGAGAGATGGCCTTAATCAGGCAGCCGGATGAAGCGAACAGCATTCAGTTCAGCACCGGCAAAGCCATGCTGACATACTCCATCCGCGAAAAGAGCCGCTGGCTGCAACCCTATAAGACGATTGAAATTCAGGTGACGGCGGAAGTGCCGGTACCCAAGGACGTTTTATGTTACGTAAAGAAGCAGGGGGCTTATCCGGTTAACAAGGAAGACGGCATCTTGTACCCTTTCGTTACGGATTTTGCGGCAGGGCGCAATGAATTGCCTGCGATCGAGGTGGGCAAGAACGATTATATTCGCTTGTTTTTTACGGATGGCAAGAAGTATGGACAACGGTATGAGCTCGTTTATAGATAG	MRFKNAEPGEWVIQGLSYQLEDGFCTLRWNWPPDLQAVYIHREMDDGFGPTAGALEPGSLRLYTRDEYKANNGYRDRVDGIGQIMYTVYAMSSEDGEMALIRQPDEANSIQFSTGKAMLTYSIREKSRWLQPYKTIEIQVTAEVPVPKDVLCYVKKQGAYPVNKEDGILYPFVTDFAAGRNELPAIEVGKNDYIRLFFTDGKKYGQRYELVYR				NA	NA	NA	NA	NA
JZ016_03360	1266			hypothetical protein	GTGCAACGAAAAATAAACCCTCTCCTGCTGCTGTTTAGTCTAGTCGGTGGGGGAATCGGATTTGCCATTGGGGAATTTTGGCTTCGCCAGTGGGGGACAGGGCTTCCCGTCATCGTGGTTACAGGGATCTATTTCGGAATTTTGGCCTTGTGCATCGGATTGGCCTGCTTAATCGCAGAACTGATCTCCCCTCGTTTGAATGGGAGCTCATGGAGACAGCGATATACAGGCACATCATGGAAGCTGCTGATTCCATCCACTTTGGTGGCGCTGTTCCTGCTAGGTATGCTGTTTGAGTGGGTGTATCAGTTGAACCCGGGCAGCGCCAAGCCCGTGAAGGACATCGTGCTGATCATTGATAATTCAGGCAGCATGAAAGATACGGACCCGAATCAGGACCGATATACGGCGGCCAAAAATCTGATCAAACGCATGGACGAGGATAACCGTGTATCGGTGATGGTGTTTGATCATGCGACAACGTTACTGCAGCCGTTTACGCGTGTGAAGAACCAAGAAGCCAAGGATGAGATCATCGCGGAAATCGACGGTTTGGCAACGACCGACGGTGGCACGGACATCAGTCTCGCGCTGGAGGATACCATGACGCATATCCAAGAGAGCCATGATGCCGCTCGAAGCGCCATGGTCATTATGCTGTCGGACGGCTTTAGCGAAACGGATCATGCGCGTGTGCTTGCGGACTACAAGCAGCAGCAAATCGCGGTGAATACGATTGGCCTCAGCCTTGTTAACCCGGACGGTGCCCAACTGCTTCAGACGATTGCCGCCGAAACGGGCGGGCAATATTACGACGTGCAGAACGCGGCAGATTTGTCTTTTGTTTTCCAGAAAATCTATGACGATGTCGGGGATCGTTCCCTGTTGACGAAACGTACGGGCGTTATGGAAGATAGCGTTTATTATCAGATTGTAAGAATCGCTGCGATGCTGCTTATTGGCGCTGCCATGGGCCTTGCCCTCGGGATTGTGTTTGATAACCGCCATCTCGCGCTCAGCTTCAGCATCGGCGGAGCGGTATCCGGCGTGCTCGCAGGCGTTGTTCTGGAATATGGCCTATCCGGGGTAGAAGTGGGGGATGCCTCCATTCGTATGCTGGCCTGCTTCATTCTCGCAGGAGTCATCGCCTTGTTTACGTTGGTGATCCCGGTTAAGGAGAACAGCAGGATCATTCGTAATGAGCAGCGGCCGGGCCGAACGGGACGAGGACAACGGCCGAATGATTCAACAAGCCGAGGATTTTAA	MQRKINPLLLLFSLVGGGIGFAIGEFWLRQWGTGLPVIVVTGIYFGILALCIGLACLIAELISPRLNGSSWRQRYTGTSWKLLIPSTLVALFLLGMLFEWVYQLNPGSAKPVKDIVLIIDNSGSMKDTDPNQDRYTAAKNLIKRMDEDNRVSVMVFDHATTLLQPFTRVKNQEAKDEIIAEIDGLATTDGGTDISLALEDTMTHIQESHDAARSAMVIMLSDGFSETDHARVLADYKQQQIAVNTIGLSLVNPDGAQLLQTIAAETGGQYYDVQNAADLSFVFQKIYDDVGDRSLLTKRTGVMEDSVYYQIVRIAAMLLIGAAMGLALGIVFDNRHLALSFSIGGAVSGVLAGVVLEYGLSGVEVGDASIRMLACFILAGVIALFTLVIPVKENSRIIRNEQRPGRTGRGQRPNDSTSRGF	PGPT0014015_3306	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
JZ016_03361	2385			hypothetical protein	ATGAGGGAGATTCTTCGCCAGTATGCTGCCGGCTATGCCAAGTCGGAAGAGCAGCTTACCTTGATGGAGGATGATCAGAGCAGCATCCACTACCCGGAGGTATACTTGTTCATTGGCGACAAGACAGCGTCCGCCATCGAACCGATCATGGAAATCCATGACCGCAAATGGGATAACAGCGCAAGCGTCGTTTATTTTCATGTGGGAACGGACCGGAGCGGGAATCGGGAGCCGAAAGGCTCCGAATCCTCCGGTCGCCTTCATCGGTATCATCTGCAATTGCCAGCGTCAGACGGCTCATCCAAGTCCGCACGCAAGGAGCTGTACCAAGACTTCTATCGGGACCCGCATCACCTGGCCGGGTTGAATAAAGCGATTCGGAAGCTGAGCCACCATATTTCAGATTATGGACGCAGCTATTCATCCTTTGACCGGATTCATCTGTCTGTCATTACACGGGTCGATGACCCGTTCAATGTGTTTATACCGGAAATTTCATTACTGGCCGCATCCATCTTCCAGCAGTCATTCAAGTCGGTGCAAATGGATATGTATGCGCTCATTAATGAAAGGGATCAGATTGATTCCTATGGTTATGCGAGCTCTGTGGGCGTTGCCTTCCTGCGGGAGCTGGAGCTGATGCAGAGCCGGGAATACAACTTCTCCGCGCCGCTGCAGGTCACGGAGGATGGGCTGACCATTCCGGTCGTCCACCCGGCCTCGCCGTTGTTTGATCTCGTTTATGTACTATCCGACAAGAATGAACGCGGCATATCGGGTTACGCCGGGATGCAGGATATCTACGATATCATCTGCCATCTGGGTTTGCTTAAGAACCGGAAGCAGAAGGATGAAACCTATGACGGAGTCCGGGGCATATACAACAATACGTCGTTCAAAAGCAATATCATGACCGAATCCGGCCGCCAAGGCTTTGTCTCCGCAGGCTTTGCCCGAGTAAAGAGGCCGAACGAGCCGATTGCGCTAACGGTGCTCTATCATCTATGCCGCGGACTTCTCCTTCGCATGAAGGGCGGGCCCGAACCGGAGGTTCATGAATGCCTGACCTACTTTGGTCTAAATCCGGAGGCCGTATCGGCAAGAGCGGACCGGATGCTGCCAAACCCGGAGCATCTGGACGGGCTAAAGGGTATGATGTCACACCCCGTCAGTTATGCCGGGCTGAAGCGGATGAACATTCGTGAAGCAGAAGAGGCATTGTTCGGGGATGGCTGCCGGCAATTTTTTCACAGCAATTATGAGCTGGAGGTCCAAAAGAGACTTAGAGATATGAGTACTTCTGAGGAGCTTCATCGTGCGCTTCGTCGAACCTTGGCGGATCACCCGCAAATCGGTTGTTATCAAATCGTGAAGTGGACGAGCGACAAGGCGGGAGAGGGGATACTGCTTGAAGCGGTTCGTTCCCGAATCCGGGATCTCGGCAGCCTCCTGAAGAGCGAGCAGGACGGACTCAACCGCTATTATGAGGAAAGCGTGGAAAGTCAGCCATTCAAGAAGCTTCCTTTTCGGGATAAACAGAATGTGCGCCATTTCATTCGATATTTCGTGGGCGAGGTTTATCGACGCAAATATGAGCTTTTGCAGCTGGAAACGGAGCTAGAGCTTTACAGATTGTATGAGACGGAGCTCGAACGGATTTACCGTCAGTACAAGCAGCAGGCGAACATGCTGGACCAGCTCGAAGCGGAATTGCTGGAAGCGGCCAAGTCGAGCATCCGTACCGCAGATGATTATATCGGCCAGAACCTGATGGAGTATTATGGCCTGGTCACGGAAGAGCTGATGCTGGAATTGGAGAGCAAGCGCGGCCAGGGCGTATTCTTCGAGGAACGGTATGTCGGCAATCTCTCCATCGTTACGCATGAAGGGATCGAACCGATCCTGTCGAACATGATCCGGGTCTGTTTGAGGGATCTATTGACGGCAGAGCCGTTCGTGCAGACCTTCGAGGAAGAACTGCTGCGGCGGGCGAACGTAACCATCGACTACAATAACAAGCAGGTGCTTGCCAAGGAAGATCTGTTTAAGGTGCTATACCGGATGCTGGAGGAGAACTCCGTTACGTTGGTCAGACTGCTTGACTATACGCAGGAGCATCGATACGAGGAGAAATATTTCTTCGGCGATGCCGACAGCGAATTCGTCCGTTACGCGATTCACGCCGATGAAGCTTTACGGGTGTACAAGCTTGGCATCGTGCATGAGAAGCGCTCAAGCGGGGTTGAGAAGCTGAACCTGATGGGAGGTTTCCACTTGGAGGATCTGATGTACTACCGGAATGGCAGAACCTACTACGAGACCTATACGGCAAACGGTTATGAATTTCATGGAATGGAACCGGCGCAACTTCCCGAGCTGCGCTAG	MREILRQYAAGYAKSEEQLTLMEDDQSSIHYPEVYLFIGDKTASAIEPIMEIHDRKWDNSASVVYFHVGTDRSGNREPKGSESSGRLHRYHLQLPASDGSSKSARKELYQDFYRDPHHLAGLNKAIRKLSHHISDYGRSYSSFDRIHLSVITRVDDPFNVFIPEISLLAASIFQQSFKSVQMDMYALINERDQIDSYGYASSVGVAFLRELELMQSREYNFSAPLQVTEDGLTIPVVHPASPLFDLVYVLSDKNERGISGYAGMQDIYDIICHLGLLKNRKQKDETYDGVRGIYNNTSFKSNIMTESGRQGFVSAGFARVKRPNEPIALTVLYHLCRGLLLRMKGGPEPEVHECLTYFGLNPEAVSARADRMLPNPEHLDGLKGMMSHPVSYAGLKRMNIREAEEALFGDGCRQFFHSNYELEVQKRLRDMSTSEELHRALRRTLADHPQIGCYQIVKWTSDKAGEGILLEAVRSRIRDLGSLLKSEQDGLNRYYEESVESQPFKKLPFRDKQNVRHFIRYFVGEVYRRKYELLQLETELELYRLYETELERIYRQYKQQANMLDQLEAELLEAAKSSIRTADDYIGQNLMEYYGLVTEELMLELESKRGQGVFFEERYVGNLSIVTHEGIEPILSNMIRVCLRDLLTAEPFVQTFEEELLRRANVTIDYNNKQVLAKEDLFKVLYRMLEENSVTLVRLLDYTQEHRYEEKYFFGDADSEFVRYAIHADEALRVYKLGIVHEKRSSGVEKLNLMGGFHLEDLMYYRNGRTYYETYTANGYEFHGMEPAQLPELR				NA	NA	NA	NA	NA
JZ016_03362	717			hypothetical protein	GTGTTTACGAAGCCATTTGATCTGAACGAGCTGCTTCGCGCTTATGATTTGCAGTTGGATAGTCCCAAGCCTAATCTTGGGGAAGTGAAGCGGGCATGGACCGAGCTGAAGCGGCTCTTGAACGAGGGGCTGGAACGGGTTGGCTCTAAGGATATTTTCAACAGCATCAACGAGGATATGGCCAAGGAGAATCTGATCCGTTCGCCGGAAATGATCCGCATCGTGCGGGAAGAGCTGAAGAAATATGCTGCCATCGCGGCCAAAATCACGGAATTCGAGCTCTTGATCAGCGACAATCAGAATGAAGAGAAATGGCTTGATCAATTCATCGAGGCGTTGTACACCGGGACGATCACCAAGAAGGGTGCGCTCTTCGTTTATGATCGCGATCCGGAGGAAGATTCCTGGGAGCCGTTTGCCAACCTGCTGAAAAGCGTGAACGACGTGGAGTATGAAGTTTACAAGCACTTCCGTCAGCTGGATGAGAAAAGCCGAAGCACGCTGCTTCGCAAATCCTCCCGCCGCGATCAGGAGCTGACCGCTTCCGAGGACATTACGCCGCTGCTCACGAAGCTGGAGGAATTGGCCGAGCGGTTCCTGGAAACGCGCGACCGGCTCGAATACGAGAAGGTGGAGCTTGCGGACGGTGAGGAGCGATACCAGTTCTACAGACAGGTATCTTCGAAATTAAACGACATCCGAAGAAGGTTGAAATAG	MFTKPFDLNELLRAYDLQLDSPKPNLGEVKRAWTELKRLLNEGLERVGSKDIFNSINEDMAKENLIRSPEMIRIVREELKKYAAIAAKITEFELLISDNQNEEKWLDQFIEALYTGTITKKGALFVYDRDPEEDSWEPFANLLKSVNDVEYEVYKHFRQLDEKSRSTLLRKSSRRDQELTASEDITPLLTKLEELAERFLETRDRLEYEKVELADGEERYQFYRQVSSKLNDIRRRLK				NA	NA	NA	NA	NA
JZ016_03363	2613			hypothetical protein	ATGAAACCGGTAGTAAGAGAACATATACAACAGCTTGACGTTTCACTTGGAGGCGGGATTGTCAGCGAGAAAATACGGGTCGATACCATCGACAATCCGATCCTTATCATTGGACTTGGAGGGACGGGGATCGATGCGCTGCTGCGCTTGAAATATCAGATTAACCGCCGGTTCAAGCTGCCGGAGGATCCGTTGTCCAAGAAGAGAATGGACAAGCCGGATAATGTGGAGTTTCTGGCTTTTGAGACCAACGAGCAGGATAAGAATAAACGTTATAAAGGCATCGGGCTTGATCCGATCAATGAATTCGTGCTTCTCTCCAATGCCGAGATTGGAGGCCTCCTCCAAAACCGCAGCATCCTGGAGCCGTACATTACAGATTGGCTGTCGCCAGAACTGAGCATTACCGATGGCATGAACGGGGCAGCAGGCGTACGCCAAGCGGGCCGTTTGCTCCTGTTCACGAAGATTACGCAAGTGGTGCAGGCGATCGACAAGAAGATCAAGACGCTGTCGGTCGGCACGAACAAAAAGCTGATGGTTTTCCTGCTGACGGGGCTGTCCGGCGGTACGGGCAGCGGCTGCTTCTTGGACATCGCCTATATCGTCCGCGGCATTATCGAACGCGACCACGGCTCTGCCGGCATTGACCGCGTGAACACCCTTGGCTATCTGTTTACGCCGGATATTAATCTGGCGAACAAAAGCTTGAGCGAGCATACGCGCGAATACATCAAGAAGAACGGTTACGCCGCACTCAAAGAGCTCGATTACTGGATGAACGTGGATGCCAGAGGCGAGCGTTTCAAACAGCAGTACGGCAATATCCTGAACGTGAACTCTCCATTGCCTCCGTTTAATCTGTGCCATCTGATTTCCGCTACGAATACGGAAGGCAAGCTGCTGGAGAACGCCTATGATTATTGCATGAACGTTACCGCTGAGAACATCACAAACTTCATGGCCAGCGAGGAAAAACAGTCCGGCGAAGAGTTTGCGATCCATGACTACATTAGCAACATCCGCACCAATATCGCGCAGATGAACAAGGCGTACCCTGCCAATTACGACTACAACATTATCGGCGCATCTTCAGCTGTTCTACCGATTGAAGAGATGACCACTTATCTCGCGTACCGCGTTTTCGGCAAAATGCAAACCATGTTCGAGAAGGCGCCAAGCCAGGAGGACGTCGAGAAATTCGCAAGCAAGCTGGGCATCGACCTGGACTCGATGACGAAGAACTTCGAGTCCCGCGTGCCGGAGCCGCTCCCCGGGTACCAGAATAGCGAACGGCTCAGCTACGCGAACGTGGTGAAGAACCAGGTCATCAATATGGACACGGAGCTGGAGCAGAATTTCCTGGCAAGAGCCCGCGAGGAGTATATCAAAGCGAAGAAGCAGCTGCCGGGCGAGATCGTGGCTCAGTTCAGCGATCAAATCCGCCGCATGTTCCTGCATCCGCAGCAAGGACCGTTCTATGTGTCCCGGTTGATCTATACGGAGAAGGGCTTCAGCCTGCTGAAGATGCTGCTGTCCTACATCGAGGCGCTGCGCGAGAATCTGACCCGCATTCCCCGTGACATCGAGTCGGCCAGGGAACAGGCCATCGAACGCCTGGGCGATGCGAAGAGCGCTTTTGTCTCCAAGGATAAGAAGAAGAATATCTATATTGAAGCCAAAATCAACGAATATTGGCTGGAAGCCGATGTGGAACGCACCGAGCAGATGATTGAATTCTATGAGGATTTATACGATCTGCTGAATCAGGAGAATAACCGGATTTACAGCGTGTATACGGAAATTCTGAATGCATTGAATTCGATTTTCGCCAAGAACGGCGACATTCTCGTCAACGGGGAAGAGCAGCAGGACCATAAAGGGAATAAAACGTATTACTGGAACCTGGTCAGCGTGCCCGACATTTCCGACGTGATCAACAAAATCATGGATCAGAAGGATGTGGACGATCTCATCCGCGATTTCGCGCAGGAGCTGCTGAGCCATGCCAATCGTTGGACGCGGGAGCAGGAGATCGATATCGTCAGATCCATTTCGGAGTTTCTTACCGATAAATTCGGCGATCTCATCACCCGCTCGATGGAGGATTTCCTCGTCATGAAATTCGGGCAGGAGGATTCCATCGAAAAATTCGTCGAGCGCAACATCGCCAGCAAGCTGGATGACGAAGCCGTGCCGGTCTTCCATCTGAGCAACAGCGCAGGCAATCTGTACTTCCCTTCCTGGGGCTTCGTGTCCGTGCCGGTACAGGCACCAAGCATTCTGAAGGGGATTCGCAATTATCAGAACAATTCGGTCGGGAAGTCTCACTTCACCGTGAAGGAGAGCGAAGTGAAGAACCGGATTTTCTGGTTGAATACGAAGAACGGCGTGCCGCTGTTCGTCTATACGCCGCTAAAGGTTTATGAGGAAAGCTACGAACGCACGATCATGGACAAGGAAGGCGTCGGGCGTCACTTGGTTCAGACGGACCGCAACAATTGGACGTACCTGCCATCACCGATTCCCGAGAAATCCTGGGGGATACCTACGTCAACCCGCGGGTTCAGGATTATAACGCCCGGGTACGCGCTGAATTTAACCAGGCGCTAG	MKPVVREHIQQLDVSLGGGIVSEKIRVDTIDNPILIIGLGGTGIDALLRLKYQINRRFKLPEDPLSKKRMDKPDNVEFLAFETNEQDKNKRYKGIGLDPINEFVLLSNAEIGGLLQNRSILEPYITDWLSPELSITDGMNGAAGVRQAGRLLLFTKITQVVQAIDKKIKTLSVGTNKKLMVFLLTGLSGGTGSGCFLDIAYIVRGIIERDHGSAGIDRVNTLGYLFTPDINLANKSLSEHTREYIKKNGYAALKELDYWMNVDARGERFKQQYGNILNVNSPLPPFNLCHLISATNTEGKLLENAYDYCMNVTAENITNFMASEEKQSGEEFAIHDYISNIRTNIAQMNKAYPANYDYNIIGASSAVLPIEEMTTYLAYRVFGKMQTMFEKAPSQEDVEKFASKLGIDLDSMTKNFESRVPEPLPGYQNSERLSYANVVKNQVINMDTELEQNFLARAREEYIKAKKQLPGEIVAQFSDQIRRMFLHPQQGPFYVSRLIYTEKGFSLLKMLLSYIEALRENLTRIPRDIESAREQAIERLGDAKSAFVSKDKKKNIYIEAKINEYWLEADVERTEQMIEFYEDLYDLLNQENNRIYSVYTEILNALNSIFAKNGDILVNGEEQQDHKGNKTYYWNLVSVPDISDVINKIMDQKDVDDLIRDFAQELLSHANRWTREQEIDIVRSISEFLTDKFGDLITRSMEDFLVMKFGQEDSIEKFVERNIASKLDDEAVPVFHLSNSAGNLYFPSWGFVSVPVQAPSILKGIRNYQNNSVGKSHFTVKESEVKNRIFWLNTKNGVPLFVYTPLKVYEESYERTIMDKEGVGRHLVQTDRNNWTYLPSPIPEKSWGIPTSTRGFRIITPGYALNLTRR				NA	NA	NA	NA	NA
JZ016_03364	1788			hypothetical protein	ATGTTACGTAAAAATAAATGGCTTCTCTCTTTGATGGCAGCGGTGCTGCTGACCCTGACCTGGAGCGGAGGAACCATGCCTCAGGCAATGGCTGCCTCGCAAGGCTCCAAGATTGATGCCGTACTGGTGATGGATGCCAGCAACTCCATGAAAAACAGTGATCCGGAGAGGATCAGCAGCGAAGCGATGAAGATGTTTATCGACATGCTGGCCACCACCGGCGACAAGGTCGGCGTCGTATCCTATACTGACCGGATTCAGCGGGAGAAAGCACTGCTTGAAATTCAGTCGGAGGCGGACAAGACCGCGCTGAAGGAGTTTATCGATCAGCTGGATCGCGGTCCGTACACGGATATGTCCGTAGGCCTTGATGAAGCCGTGAAAGTGCTGAAGCAGGGAATGGACCCGGCGCATGCGCCGATGATCGTTGTTTTGGCCGACGGTAACAATGATCTGGATCCAAACACAGGCAAGACGAGCCAAGAAGCGTCAGATCAGTTAGAGCAAGCCGTCAAGGAGGCCAAGGGGAGCGGCATCCCGATTTATACGATCGGGCTGAATGCCGACGGGAAGCTGAATAAAGAAACGTTGGATGAATTGGCAAACCAAACGGGGGGCAAGTCCTTTACTACCAGTTCGGCGGATGACCTTCCGCAAATATTAAGCGAGATTTTTGCCAGCCACCAGCAGCTTAAGATCGTTCCGGTACAATCCATTACCGGCAACGGAAGCTATCAGGAAGTTACGGTTCGTGTGCCGAATGCGAACGTGCTGGAGGCGAACATTTCCATTATGTCCTCAAGCCCGGTCGACGTGAAGCTGGTCGATCCTGCCGGCGCTGAGCAGACTATTCCTTCGGGCAATGTCCTGCGATCTACTTCCAATTCCTACTCGCTGCTCAAGCTGCTGAAGCCGCAGCAAGGCGATTGGAAGCTGCAGGTGAAAGGCGTATCGAAAGACAAAATCGACATTAACCTCGTATTCAACTACGACCTGGAGCTGACCATGGATCCTCCGCCACCTTCAAAGGTAAAGGCAGGAGATACGATCGATATTAAGGCATATCTCGTCAGCAATGGACAGAAGCTGCAGGACCAGGAGCAGTATGGCAATATGACGGCCAAGCTGTTGGTTAAGGATCTGGACACCGGGGACGAGTCAGAGGTCGAGCTTGAGAATAAAGGCGGCAGCTTTGAAGGGAGTTACAAGATTCCGCAAAAGCACGACTACGAGCTGAAGGTACGGGCGGAGGAGCAGAGCTTCTACCGCGAAAGTGCGCCGGTGAAGATAAGCGCAAAGGCAGCAGCCACGGGCTCCGGAAGCGACGGGAAGGAGATGACTGCGGGCGAGGATGCGAAACCTTTTCCATTATGGCCCGTAATCATTGGCATCGCGGCGCTGCTCCTTGTTGGAGCGGCTGCATATTTCATACTCGGCGCGATTAAGAAAGCGAATAAAGGCTTTGTCGGCCAGATCGTGATCGAGATCAGAGACGAGAACACGGGCGAGAAGACGTTTCCGCAATACAAGAAGCTGACTTCGTTCAAAGGGAAGTTCAATCTGCATCAGCTTCTGCAGCTTGCTCCCGAGCTGAAGGAGACCGAGAAGATCTTATTCATGCCGGGCAAGAACGACCGCATTATACTTAAAAACAATTCTTCAGCCGTGGTTGAGAAATCCGGCCGCGCGCTGGATGCATCGAATGGCACGGAGCTTAAGAACGGAGACCGGCTGAGAGTTTCCCTGCAGCAGGCGGACAAAACGATACTATTTGAATATTTGGCTTAA	MLRKNKWLLSLMAAVLLTLTWSGGTMPQAMAASQGSKIDAVLVMDASNSMKNSDPERISSEAMKMFIDMLATTGDKVGVVSYTDRIQREKALLEIQSEADKTALKEFIDQLDRGPYTDMSVGLDEAVKVLKQGMDPAHAPMIVVLADGNNDLDPNTGKTSQEASDQLEQAVKEAKGSGIPIYTIGLNADGKLNKETLDELANQTGGKSFTTSSADDLPQILSEIFASHQQLKIVPVQSITGNGSYQEVTVRVPNANVLEANISIMSSSPVDVKLVDPAGAEQTIPSGNVLRSTSNSYSLLKLLKPQQGDWKLQVKGVSKDKIDINLVFNYDLELTMDPPPPSKVKAGDTIDIKAYLVSNGQKLQDQEQYGNMTAKLLVKDLDTGDESEVELENKGGSFEGSYKIPQKHDYELKVRAEEQSFYRESAPVKISAKAAATGSGSDGKEMTAGEDAKPFPLWPVIIGIAALLLVGAAAYFILGAIKKANKGFVGQIVIEIRDENTGEKTFPQYKKLTSFKGKFNLHQLLQLAPELKETEKILFMPGKNDRIILKNNSSAVVEKSGRALDASNGTELKNGDRLRVSLQQADKTILFEYLA	PGPT0014015_1539	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
JZ016_03365	153			hypothetical protein	ATGATTACATACGGATGTCTCGGGATTTTGTTTCTTTTTGTCATCATCAAGATCACGGCCTACTTCAAGCGTAAGAAGAACGCCCCGACACCGGAGCAGCTGCATCAGACTCTGCTTGAAGTTGCCAACTCACAGAGGGAACAGCATGGATAA	MITYGCLGILFLFVIIKITAYFKRKKNAPTPEQLHQTLLEVANSQREQHG				NA	NA	NA	NA	NA
JZ016_03366	936			hypothetical protein	ATGGATAAGAAAAAACCCGTACAACTTCGCCCCTATAGTAAAACGAGATATGTCTACCAAAAGTTAAGGGTTTGCAAACATTGCCACCATTTCACGATTCTTTGGGAAGACAGCTGCGCTCACTGTAAACGCAACGCCCTTGTTCCCGTTATGGAACTTGCAGAGAAAATGGCCAAGCGTTCCATGCAGAGTGACCGACTTCTCTTCTATATAATAGGGCTCTCTGCCGTGCTTCTTAGTCAGACCTTCTTGCAGATCGCGATCTCCTTTGCTTGTATGGTGGTCCTGCTTGTATGGTTATGGCTGATCCAGCGGCGAGTGCTGCATTCCGAGACCCTGCACGCTCTGGACAAGCTTATAAGAAGTCAGCGAAAACAGATTCTTGAAGGCCTTGACCTGAACAAAGCGACGGCTTCTGCCGCCATCAAGGAAGATGCCCAGCTAGGGTATGAAATCGTCAGGGAAATTGCCTTTTTGGTCCGAAATGACCGCATCCGTCTGCAGCAGATCGTTCTCCTTCAAAGCTTCAGCCTGCGCAAGGATATGGAGCTTGAGCTTGAGCCGCTGCTGCTGGATGAGTTTGATCCGGACTTAGCCGCCTATATCGGTGAAATCGCCAAAATTAAACGCGAGTTGATTAACAGCAAAGCCATCCAATACCTGCTCGACCATGAATCCAACATTTTGCGGATGGAGCAAGGCAGGCAGATTATGATCGACGCCGCCGGGGCAGCGGTACGGAAGAAAAAATACATCGATACCTTCCCTGATTTCATTAGCCGCTATGCGGATGGATTGCCGAGATATCGCTTCCTCCGCTTGTATCAGATCGTACGCCGCAATCCCGGCTTGTCGTGGAACGGCCTGCGGGACCGGGTGTCGGCCATTTATAATGAACACTACCGCTCGGACCCTGATTTTCAAAAATGGGATTAG	MDKKKPVQLRPYSKTRYVYQKLRVCKHCHHFTILWEDSCAHCKRNALVPVMELAEKMAKRSMQSDRLLFYIIGLSAVLLSQTFLQIAISFACMVVLLVWLWLIQRRVLHSETLHALDKLIRSQRKQILEGLDLNKATASAAIKEDAQLGYEIVREIAFLVRNDRIRLQQIVLLQSFSLRKDMELELEPLLLDEFDPDLAAYIGEIAKIKRELINSKAIQYLLDHESNILRMEQGRQIMIDAAGAAVRKKKYIDTFPDFISRYADGLPRYRFLRLYQIVRRNPGLSWNGLRDRVSAIYNEHYRSDPDFQKWD				NA	NA	NA	NA	NA
JZ016_03367	1923			hypothetical protein	ATGACGATGAAAAACACGCTAACCCTGCGTAATTTGTATCTTTTTTTATGTATAGTCCTTCTGCTGCTGATCGGATATAAGGGAATTCATATCTATCAGAAAATCGAATCGATGGCGCAAGCAGAGCTATTGTATGCTCAGAAGAAGCTCGTTCAGGCAGAAGAATGGTATCAAAAAGCGCGAAATAATCGCTCCCTTCTATATAAAGAAGAGCTGCTTGCCTCAAGACTGCAAGAGCTTGAACCCGTTACTTCCATGAAGCAGAGCCTTTCCTCGCTTGATCATCGATTGAGCCGGGTCGGGGAAGCAGGCGATTTTTCCGGCTTTATGAACGTGTATGCCGAATTGCTTGACGCGGAGCTGAAACTTGCCGGGCAACAAGGGGCTTATGCTTCCTACTACGATGAAATTGCTGCGTTCTACGGAATCCCCGACGATGTGAAACGGATATTCCTGCAGTTCATTGGTTTGTTTAACCGTCAGGCCGATGAACTGGTTGAAGAGCAAAAGTATGACGACAACAGCTTCAAATGGAATTTGCTCCGTATTCCCGATTCATTCTACGGCGGGGAGAAGCAGAAGAATGACAAGCTGCTCCGTCTGTTCCAGCGTTATGACGAAATGATTCTAACCCGTCTGGCAGGAGCCGGACAGTATACCGACATGTTGAATTGGTCGCAGTCTATGAGCTCCGAATATGCCAGCCGATCACTGCCGGCTGCCTGGTTGAACGGCAAGACCGATGAACTTGTGTATACCATGCTGCAAAGGGATGTCCAGCGAGAGCGGCCCTCCGATTTTGCTTCGCACGCCATGGGGTACAGTGAGTACCTGGAACGAAACGAGCGGAAGAACGCGGAAATCATGGACTATATTCAGAATCAGATCAATCGGTGGATTGCAGCTGCTGATGGAATGGTGCAAGATCAGAACTACGAGGAAGCGATAGCTCTTTATGATGCGTTGTCGGGATACCAGGATATGAGCGGTAAACAACAAGCTGCCGAATTGGCCTGGACGATCCACGATCCGATTCGTTTGTTTCAAGCGGCGGGTCTCAAAGGCAGCTTCAGCTACGTAAGCGGAGGCGGGAATCTCTTTGGAGGATTGGCCTATGCCATTGGAGTCGATGAGGGAAATATCATCTATTTAGCGGTCTTGAAAGCCGATGAAACGGTGCAATTATTCCAAAACCATGATTACCCGTCCGACATCGCCATCCAACAGGTTTCAGTTGAGGAATCGCTTAGCACCGCTAAGAATCCGGTCATCCTTGTGGAGGGCGACGCAGGGACCGGACTGGTATTGTATTCAGGGTATGAAGCCAGAGATGCCAATCTGACGCTGCTGTTCCAGTTCACGGCCGAAGGCTACCATGCCCAGCCGGATAAGTCTTTGCTGGTCACCAATCTGGAAGGAGCAAGCCCCGACGAGATCGCCATCTTCGAGCGTCAGGGAGACCAATACGGATTCACAGGATATCAGGTTCATTATACCGACATCGATATCGCTAATATCGAGAAGTATCCGAATGAGAAGGTTCGCTTCTCTGTCCATATCCTGGAGGGTGGCTATGGCGAAGTCGTTGCAGAACGCGATGGATACCATGTCATTTTAAGAGGAGACCTGGATTTCCCTGCGGGAAGCGCGACGCTAATCGGTACGTTCAATGGCGAGTATCAGCAGCTGGAGATCCCGGGAAGCCAGAGTTCCATTATTCCGGACCCTGCTGATCAGGAGACCGAGCAGGTTGATGGACACAATGGAGACGTTATAGATGAAACCGAGAATCCAAGCGACGCCGTCACTACAGAGGATATCAATCCAGATGATGTTCAACAAGAACATAACGGAAGTAGTGACAGCACCGTATCCGGTCAGATCACGCAGGTACCTGTCATTCAGGTAGAATCGATTGAGTAA	MTMKNTLTLRNLYLFLCIVLLLLIGYKGIHIYQKIESMAQAELLYAQKKLVQAEEWYQKARNNRSLLYKEELLASRLQELEPVTSMKQSLSSLDHRLSRVGEAGDFSGFMNVYAELLDAELKLAGQQGAYASYYDEIAAFYGIPDDVKRIFLQFIGLFNRQADELVEEQKYDDNSFKWNLLRIPDSFYGGEKQKNDKLLRLFQRYDEMILTRLAGAGQYTDMLNWSQSMSSEYASRSLPAAWLNGKTDELVYTMLQRDVQRERPSDFASHAMGYSEYLERNERKNAEIMDYIQNQINRWIAAADGMVQDQNYEEAIALYDALSGYQDMSGKQQAAELAWTIHDPIRLFQAAGLKGSFSYVSGGGNLFGGLAYAIGVDEGNIIYLAVLKADETVQLFQNHDYPSDIAIQQVSVEESLSTAKNPVILVEGDAGTGLVLYSGYEARDANLTLLFQFTAEGYHAQPDKSLLVTNLEGASPDEIAIFERQGDQYGFTGYQVHYTDIDIANIEKYPNEKVRFSVHILEGGYGEVVAERDGYHVILRGDLDFPAGSATLIGTFNGEYQQLEIPGSQSSIIPDPADQETEQVDGHNGDVIDETENPSDAVTTEDINPDDVQQEHNGSSDSTVSGQITQVPVIQVESIE				NA	NA	NA	NA	NA
JZ016_03368	1131			hypothetical protein	ATGATACAGACAAAGAAAAGGGTTAGAAACATATTAAAAAGAAAACAATTGATTTTCCTTCTAGGGACATCTCTACTGTCAGGTGCACTGATGACAGGCTGTCAGACAGGAGAAGCATTGGCTTATACGGGTGAAGAAATGGTGGAAAAAGCCATTGAAGAGAATAACAAGCCCTTCTCTTACTATGCCGAAGCTGAGATGAACCTTATCGAAGGAGATAAGAGAACGGAATCTATGTCGATTAAAGAATGGTATAACGCAGAGAACGGCAATATGCGTAACGAGATCGCTACACAGGGAAACGATCAAAGCGTGTCCGTGAATGATGGTAAACAGATCATTGTCTATGAGAAAGCCAGAAATACAGCTTATATTATGGATGCCGAGGTGGTTGGACCCCTTAAAAGCTCTCCAAAAGAGAAAATGCTGAGCCAGCTTGAGCGCATGCGGAGTACCCATTCCATTGAAACAGTGGCGAAAGAGAAATGGCTTGGGAATGACGTATATCATATCAAGGCGACTCCGCTTGAAGAGGGTAAAAGCACGTTGATTGGTTCTCAGGAGTACTGGGTCAATGCCAAAAACTGGATGGTTGTTAAATCCAAAGTCACAACAGGAGATATCACATCTGAGTTCGCATATAAGCTGTTGGATGAATCTCCGGAATTTACTACTGATACATTTAAACTGGAGCTCCCGGAGAATGTTGAAATGATCTCAATGGAGGACTTCGGTCCGAAATCCGTGACGCTTGAAGAGGCAGAGGCAGCTCTAGGCCACTCGTTCTTGCAGTTCCCTGCCGAAAGTTTCAATCAAATATCTGTGGAAATGTTTGAAGGTAGCGGAGAGTTGGATCGAACCGAAGTGATGATAAATTACCTGGAGGAAGGGAAGACGGCTTTAAGTCTGTCCGTGTTCAAATCTCCCGAGAACGAGGATCAGGAAGAAGAGTTTGGAGAACCGGTGATGGTCAGAGGTCACAAGGGGGACTATTTAAAAGAAATCGAAGTCATCAGCTGGGATGAGGAAGGTCTGAGATACACCCTGATGGCTGCGCAACAGGGTACCCAAAATAAGCTGGATCAACTTCTTGAATGGGCAGAACTACTGACAGACACGAGACCTGAGTAA	MIQTKKRVRNILKRKQLIFLLGTSLLSGALMTGCQTGEALAYTGEEMVEKAIEENNKPFSYYAEAEMNLIEGDKRTESMSIKEWYNAENGNMRNEIATQGNDQSVSVNDGKQIIVYEKARNTAYIMDAEVVGPLKSSPKEKMLSQLERMRSTHSIETVAKEKWLGNDVYHIKATPLEEGKSTLIGSQEYWVNAKNWMVVKSKVTTGDITSEFAYKLLDESPEFTTDTFKLELPENVEMISMEDFGPKSVTLEEAEAALGHSFLQFPAESFNQISVEMFEGSGELDRTEVMINYLEEGKTALSLSVFKSPENEDQEEEFGEPVMVRGHKGDYLKEIEVISWDEEGLRYTLMAAQQGTQNKLDQLLEWAELLTDTRPE				NA	NA	NA	NA	NA
JZ016_03369	1479	sasA_25		Adaptive-response sensory-kinase SasA	ATGAAGCTTAGGACATGGTTGCTTATTGCTTTTCTAGTGCTCATGCTGCTCCCTCTCGCAGCCGGAATCATGCTGTACCAGCTTATTGGGAAACTGGATGAGCAACGCTCGTTCGCCGATTATATGTCAGCCTCGAAGGAGATATCTGCAGCAGAGACATATTTGCAAAAACCTGAACTCTATCATTTCAATTCTACCCGGGACGAGCGCGAATTGAACGCATTGACGAGTGATGCTTTAAAGATTGAATTATTTAGCCCAAACGGCGTGCTTATTTACTCATCGATGATTGACAGTCAGTATACGGAATTTGTTCAAACCACTGAGAGTCTGTACGCAAAATTGTACCAGACGCAAATCAATCCGCGAAGTTATGTGATGAAAAAACCCGTGTTCGTAGATGGTGAAATCGCAGGAATATACCGGATCACGCTGGCCAGGAATGAGTGGAAAGAAGGAGTAAGACATCGGAGTCTATGGGTAGCTGGTTTACTGTGCCTGTTTATAACGGCTTTGTTTATCATCGTTCTGTTGCTCACCCGGCGTAAGTTGATCTTACCGATGCGTATGCTGACAAAACAAATGGGAGCTTTTGCCTTAGGGGAACCGGTGCCTGAGTCTGTATACCGAGGCGGTGGTGAGATGGAAGAGCTTATGAATCACTTTGTGGAAATGAGAAAGACAATCGAAGCTTCGCGTGAAAAGCTATCAAAGCAGCAGGAAGAGAAAGCTTTCATGACAGCTGCTCTGTCCCATGATTTAAAAACACCGCTCACTTCCATTCGGGCCTATGCTGAAGAGCTCGGTAATTTAAAGTTAACAAGAGAGGAAAGTCAGGAATACCTTGCACTCATGATCGGACAGGCCGACAGGATGAGGCATATGCTGGATGATTTGAATTTATATGCTTCCTTGGAATCCAAAATAACAAAGGAAATGCACGTTAAGGTGGACAGTGCGGAATTCATGGAAATGCTGCTGGAGGGGTATGAACCTCTCGCATCGGTTAAAAACATACATTTGGAATCAACTCTTACAGTTAGCGGCGAATTGGAATTAAATCCTCAACTGATGATGCGGATGATGGATAACCTGATCTCCAATGCTATCCGGTATACGCCAGAGGGAGGAAAGCTTTACCTTGGCGCAGTATCCACTTGTTTTGAGATTCCGGAGTGGGTATTCCCACCTTTTAAATCTGTTGTGCATCAGCACTTCAATCAAGAAAAAGCGAAAATTCTGTTGTTGATTCAGAACGATGGAGAGCACATCCCCATGGAAATTCAGGCGATGCTGTACGAACCTTTCTATCAAGGGGAAACTTCTAGAAATCAAGCGGGTTCAGGCAGCTTCGGGCTTGGTTTAACCATTGCTAAAATGGCGATTGAACAACACCAAGGAACGATTATGCTTTTATCAGAGGCGCCGTACGGAACGCTCGTCATATGCGGATTGCCTATTTCAGATAAGGAGAGTTGA	MKLRTWLLIAFLVLMLLPLAAGIMLYQLIGKLDEQRSFADYMSASKEISAAETYLQKPELYHFNSTRDERELNALTSDALKIELFSPNGVLIYSSMIDSQYTEFVQTTESLYAKLYQTQINPRSYVMKKPVFVDGEIAGIYRITLARNEWKEGVRHRSLWVAGLLCLFITALFIIVLLLTRRKLILPMRMLTKQMGAFALGEPVPESVYRGGGEMEELMNHFVEMRKTIEASREKLSKQQEEKAFMTAALSHDLKTPLTSIRAYAEELGNLKLTREESQEYLALMIGQADRMRHMLDDLNLYASLESKITKEMHVKVDSAEFMEMLLEGYEPLASVKNIHLESTLTVSGELELNPQLMMRMMDNLISNAIRYTPEGGKLYLGAVSTCFEIPEWVFPPFKSVVHQHFNQEKAKILLLIQNDGEHIPMEIQAMLYEPFYQGETSRNQAGSGSFGLGLTIAKMAIEQHQGTIMLLSEAPYGTLVICGLPISDKES				NA	NA	NA	NA	NA
JZ016_03370	594	srrA_5	COG0745	Transcriptional regulatory protein SrrA	ATGCTGGGGGATTTCTGCAATGGAGAATATGATCTCGTCTTGGTAGATCTGATGCTGCCGGAAATGGACGGCTTTACACTGAGCAAAAACATTCGGTTGAAAAGCGAAGTTCCCTTGCTGATCATGAGTGCGAGGAGTGAAGACGAGAGCAAAATCCAAGCATTTGGACTCGGAGCGGATGATTATATCACCAAGCCCTTTAGCCTGACTGAGCTTACTTTAAGGGTGGAGGCCCACCTGAAGAAATTCCGGAAATACCAAGGGAGCGAGGAAGGGAAATCTCTCCTGTTATGCTATCGGGGTGGACTTACCGTTGATCCGGTTTTGAAACAGGCTATGTATGGAAATGAATTGCTGGCACTTACAAGTAAGGAGTGGTCACTGCTGCTGTTGCTTTCCACCCATCCAGGGCGTCATTTTAGTAAAAGCGAGCTATATGAACATGTTTGGCAGCAAAAAGTAGTGGACGGCGGGAATACGGTCACTGTGCATATTAAGAGCCTGCGGGCGAAGCTTAAAGAAAATATTCGAACACCCCGATATATTCAAACGGTGTGGGGCAGCGGTTATCGTTTTATCGGTGAGTTCTTATAA	MLGDFCNGEYDLVLVDLMLPEMDGFTLSKNIRLKSEVPLLIMSARSEDESKIQAFGLGADDYITKPFSLTELTLRVEAHLKKFRKYQGSEEGKSLLLCYRGGLTVDPVLKQAMYGNELLALTSKEWSLLLLLSTHPGRHFSKSELYEHVWQQKVVDGGNTVTVHIKSLRAKLKENIRTPRYIQTVWGSGYRFIGEFL	PGPT0014763_90	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-ENVELOPE_REMODELLING_REGULATION	CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014763-walR-NA	NA	NA
JZ016_03371	189			hypothetical protein	ATGGAGCAGAAGAACAGCCATGAATATCAAGAACATAAGGGCAATCTGTTAATCGTTGAGGATGATTCCGGAATTGGTAGGGTCGTGAGAGATCATTTGCGCCGTGAGAATTATGCGGTAACGTGGGCAACAACAGGGCTGGAATGCTGGGGGATTTCTGCAATGGAGAATATGATCTCGTCTTGGTAG	MEQKNSHEYQEHKGNLLIVEDDSGIGRVVRDHLRRENYAVTWATTGLECWGISAMENMISSW				NA	NA	NA	NA	NA
JZ016_03372	1833	glmS	COG0449	Glutamine--fructose-6-phosphate aminotransferase [isomerizing]	ATGTGTGGTATTGTCGGATATATTGGAAATCAGAAAACGCAAGCGGTGTTGATCGAGGGATTGAGAAAGCTGGAGTATCGCGGATACGATTCAGCAGGGATTGCCGTGTTTACGAATGAAGGTCTGCGTGTGGCCAAGGCACAAGGGCGTCTTGCCAATTTGGAGGAGAGACTCGAATCTGCTCCACTCGTGGGAACCGCAGGTATCGGTCACACTCGTTGGGCAACACATGGCCGGCCATCGGACGTGAATTCGCATCCGCATACAGACGAAAGCCAGAAGTTCTCTGTGGTTCATAACGGGATCGTTGAGAACTATCTGGAGCTGAAGGAAGGGCTGATCAGCCAAGGACACCACTTTGTTTCGGAGACCGATACCGAAGTTATCTCCCATCTCATTGCCCGTGAATATGACGGGGATATCGTAAAGGCCGTGCAGAAGGCGATCTCTTACATGAGAGGCGCATTTGCCCTTGGCGTTTTGACCGAGTATGAGCCGGATCGATTAGTGGCTGTGCGTCAAGCAAGCCCGCTTATTATTGGTCTTGGAGAAGGGGAGAACTTCATCGGTTCTGATATTCCGGCTATTTTGAAATATACGCGGAACGTATATATTCTCAACGATGGAGAGATGGCTCTGCTGACCGCAGATGCTGTCGAATTAATGACCATTGAGGGGAACTTTATTTCTCGGGAAATGATTCGTGTCGATTGGGATGCCGTTACAGCGGAAAAAGGCGGATTCGATCACTTCATGCTGAAGGAGATCCACGAGCAGCCAAAAGCATACCGGGATACCATGCTGGGCCGTGTAGATGAGAGCGGACGTAAAGTCGTTCTGCCTGAGCTGAAGCTGACACAGGAACAGATTAAGAACATTCGCAATGTTCAGATCGTCGCCTGTGGTACGGCTTACCATGCAGGACTTGTGGGACGCAGCGTGATTGAAGAGATGGTACGCATTCCGGTTGAGAATGACGTGGCGTCCGAGTATCGTTACCGTTCGCCAATCGTTACGCCAGAGACCCTTGTTATCGTTGTAAGCCAATCCGGTGAAACGGCAGATACCTTGGCTGCGCTTCGTGAAGCGCAGAGCCATGGCGCTCATGTCCTGGCCATCACGAACGTAGTAGGCAGTTCGATTGCCCGTGAAGCCAACGATGTGCTCGGCACCCTGGCTGGACCGGAGATCGCCGTAGCTTCCACGAAAGCCTATACTTCTCAGTTAATTGCGTTCTATCTGTTGGGTCTGTACCTGGCTCAAGTACGCGGTACGATGACCGAAGACGCTGTGGCTGAAGTCATTGCAGCGATGGAAGCACTGCCTGAACAGGTAGAGTCCATGCTGACCAACGCAGAATCAATCAAGGGATATGCCGAGCAAATTGCGGAGCATGAGAACCTGTTCTTCATCGGTCGTGGTCAAGACTACGCCGTAGCACAAGAAGGGTCCCTGAAGCTGAAGGAGATCTCTTACATTCATTCCGAGGCTTATGCTGCCGGCGAACTGAAGCATGGTACGCTGGCCTTGATTGAAGAGGGCATTCCGGTTATTGCCTTGGCAACCCAGGAAGCGGTTATGGAGAAAACGGTGAGTAATATCAAAGAAGTGAAGGCCCGCGGTGCAGAAGTGATGGCGATTACGCATGAAGAGCATGTGGCCGGCCTGCTGAAATCCGTGGATCAAGCCTTCGCCATTCCGAAGACCTTGCCGATCTTGACGGCTGCCTTGTCTGTCGTACCGTTGCAGCTGCTTGCCTACTACGCATCGCTTGCCCGTGGCAACGACGTGGATAAGCCGCGGAACCTGGCGAAGAGCGTGACGGTGGAGTAA	MCGIVGYIGNQKTQAVLIEGLRKLEYRGYDSAGIAVFTNEGLRVAKAQGRLANLEERLESAPLVGTAGIGHTRWATHGRPSDVNSHPHTDESQKFSVVHNGIVENYLELKEGLISQGHHFVSETDTEVISHLIAREYDGDIVKAVQKAISYMRGAFALGVLTEYEPDRLVAVRQASPLIIGLGEGENFIGSDIPAILKYTRNVYILNDGEMALLTADAVELMTIEGNFISREMIRVDWDAVTAEKGGFDHFMLKEIHEQPKAYRDTMLGRVDESGRKVVLPELKLTQEQIKNIRNVQIVACGTAYHAGLVGRSVIEEMVRIPVENDVASEYRYRSPIVTPETLVIVVSQSGETADTLAALREAQSHGAHVLAITNVVGSSIAREANDVLGTLAGPEIAVASTKAYTSQLIAFYLLGLYLAQVRGTMTEDAVAEVIAAMEALPEQVESMLTNAESIKGYAEQIAEHENLFFIGRGQDYAVAQEGSLKLKEISYIHSEAYAAGELKHGTLALIEEGIPVIALATQEAVMEKTVSNIKEVKARGAEVMAITHEEHVAGLLKSVDQAFAIPKTLPILTAALSVVPLQLLAYYASLARGNDVDKPRNLAKSVTVE	PGPT0017630_2804	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820	NA	NA
JZ016_03374	1341	glmM	COG1109	Phosphoglucosamine mutase	ATGGGGAAATATTTTGGTACAGATGGAGTAAGAGGAGTTGCCAATCAAGAGCTGACAGCGGAAATGGCTTACAGCATCGGTCGCTGCGGCGGCTATGTGCTCACTGGCGATAAAGAGAAGCCAACCGTCATCATCGGCATGGATACTCGCGTATCGGGGGCTATGCTGGAGTCGGCTTTGGTTGCAGGCCTGCTGTCAATCGGTGCACATGTCATTCGTCTGGGTGTCGTAAGTACACCAGCGGTGGCGTATATCACAAGACTTTTGAAGGCTGATGCGGGTGTTATGATCTCGGCTTCACATAACCCGGTACAAGATAACGGCATCAAGTTCTTCGGTGGAGACGGCTTCAAGCTGTCGGATGAGACAGAGCTTAAGATTGAAGAGCTGATGGATGCGGAAACGGATAATCTGCCGCGGCCAATCGGGGCTGATTTAGGTGAATTGCTGGTTGATAACGAATCGAAATATAAATACCTGGAATATTTGAAAACGACGGTCAATAACCGGTTTGACGGTCTGAAAATCGTACTGGACTGTGCTAATGGCGCAGCTTATGAGCTGGCTCCAAAGCTTTTCCGTGAATTGGGCGCGGATGTGATCACCATCGGTGCTGAGCCGAATGGCTTGAATATCAACGATCACTGCGGATCGACTCACCCGGAGAAACTCGTCGAGGCTGTGCTCCAGCATGGCGCTGACCTCGGTCTGGCTTTTGACGGAGATGCGGATCGCTTGATTGCCATTGACGCAAAAGGCGAGGAAGTAGACGGCGATTTCATTCTGTGCATTTGCGGTGATGCCATGAACCGTGCCGGCAAGCTGAAGGCAGGCACCATCGTTTCGACCGTTATGAGTAACATCGGTTTCTATAAGGCATGTGACAGCTTGAAGCTGAAAACTGCTAAAACGGCAGTCGGTGACCGCTACGTGATGGAAGAAATGCGCCGTGGCGGATATAACCTGGGTGGAGAGCAGTCAGGACACGTGATTTTCCTGGATCACAATACTACAGGGGATGGCATTCTGACGGGAATTCAATTGGTGGATACGTTGGTAGCCTCCGGCAAGCCTCTGCATGAGCTGAAGAGCAGCATGCGCAAGTACCCGCAAGTGCTGGTTAATGTTCGTGTTGGCGATAAGAGCAAGTACCAAGGCAATACCGTTATTGAGTCTGCGATTGCTGAAGTCGAAGGCATTCTGGGGGATAATGGACGTGTCCTGGTTCGCCCATCGGGAACGGAATCCCTCATTCGCGTCATGGCCGAAGGCCCGGACAAAGAAGAGCTCGACCGTTATGTAACGCAGATTGCAGACGTGGTGAAGCGGGAATTGGCGTAA	MGKYFGTDGVRGVANQELTAEMAYSIGRCGGYVLTGDKEKPTVIIGMDTRVSGAMLESALVAGLLSIGAHVIRLGVVSTPAVAYITRLLKADAGVMISASHNPVQDNGIKFFGGDGFKLSDETELKIEELMDAETDNLPRPIGADLGELLVDNESKYKYLEYLKTTVNNRFDGLKIVLDCANGAAYELAPKLFRELGADVITIGAEPNGLNINDHCGSTHPEKLVEAVLQHGADLGLAFDGDADRLIAIDAKGEEVDGDFILCICGDAMNRAGKLKAGTIVSTVMSNIGFYKACDSLKLKTAKTAVGDRYVMEEMRRGGYNLGGEQSGHVIFLDHNTTGDGILTGIQLVDTLVASGKPLHELKSSMRKYPQVLVNVRVGDKSKYQGNTVIESAIAEVEGILGDNGRVLVRPSGTESLIRVMAEGPDKEELDRYVTQIADVVKRELA	PGPT0018950_2959	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018950-glmM-K03431	NA	NA
JZ016_03375	1479	cdaR_2	COG4856	CdaA regulatory protein CdaR	ATGGATAAATGGATCAAGAACAACACGGCAAGCAAGCTCATTGCACTCGCTGTCAGTATTTTATTGTGGGCGATGGTTCATATGGACAGCGGAACGCCTGCACCGCCAACGACTTTTTATGATACCAAAGTCATTGAAGGCGTTGAGATACAGACTTATGGATTTGATGACAGCGAATATGCGTTAACAGGGATTGATAAAGACCGTGTAAATCTCGAAGTTCGGGGAAAGAAATCCAATATTTCGCTTTTGACCGACGATTATAAGGTGAAGCTTGATTTGAGCAACGTCAAAGAACCGGGTACGCACACACTTCCGCTAACGCCCTCCATCCCGAGTGGCGTGGAGATGGTATCGATGGAGCCTTCGGTTGTTACGGTGACGGTAGAGGCGAGAGTGTCGAAATCCGTGACGGTAAGTATTGGAACCAAAGGCGAGCCTGCTAAAGATTATCGGGCCGGAACACCCGTGCTGATTGACCCAAGGCAAGTTACGGTTACCCTGCCTGAATCGTCAATGGCGAATCTGGGGCAGGTCAAAGGTAATGTGGAGCTTGATGGTGCCAAAGAGAAGATTACGGAGAAACGAGTCAAGCTTACAGCATATGATAAAGAAGGCAACGCAATGGAAGATGCGGTCATTGAGCCTGCTACAGTAGCAGCTGAAGTGCCGATTGAGCCTGCTTTTGTCACCCTGCCGCTGGAGCTTCAATATACCGGACGGCTGCCGGAAGGGTTTGTCCTATCCAAGGTGGAACAGAAGGTAAAAGAAGTGAAGCTGTTTGGCAGTAAAGAGGCGCTGGCAGGAGCTGAGACCTATATCGAAGCTACGATCAATCTGGGAGAAGTTAGAAATTCGGGAACAACAGTGCTTACGGCCGACTTGACGCCGCCTGAAGGTTTTGAGAAAATCGAGCCGAGCTCTGTAACGGTGGATGTTACGGCGGTATCGCATGGTGAACGGGTGATTACGGGGATTCCGATAACGTTAAAAGGGGTTGCCTCCGGCTTGGATGCTGTCATTACGGATCCAAAGACGAAGACCATATCTTTAACGCTCACCGGAGCGCCGGACTTGCTCAATAGCCTGGAGCCGACGGATATCGGGGCTGAAGCGAATGCAACCGGTTTGAAAGCCGGCGTTCACGAAATTCCGCTGCAGATCACGCTTCCTAACTTTATTAACCGTACGGATTCGGAACGTCCTGTTGTTAAGGTAGAACTCAAGGATAACTCCAAGCCCGTGACAACGGAGCCGGACACCTCGAAGAATGAGGGAACGGAAGACAAGCCGCCTGTTCCACCAGGAACGGGATCAGGAGCGGGAACAGGAACAGGCAATGATCAGGAGGAGGATCCGGAGACGCCTCCTACTCATGAAGACACGGATAACTCCGGATCAGGAGAAACCCCATCACATCCGCCGGGAGACGGATCGAATGATGGGACAACGGGATCAGAAACGTCCAATGATGGATAA	MDKWIKNNTASKLIALAVSILLWAMVHMDSGTPAPPTTFYDTKVIEGVEIQTYGFDDSEYALTGIDKDRVNLEVRGKKSNISLLTDDYKVKLDLSNVKEPGTHTLPLTPSIPSGVEMVSMEPSVVTVTVEARVSKSVTVSIGTKGEPAKDYRAGTPVLIDPRQVTVTLPESSMANLGQVKGNVELDGAKEKITEKRVKLTAYDKEGNAMEDAVIEPATVAAEVPIEPAFVTLPLELQYTGRLPEGFVLSKVEQKVKEVKLFGSKEALAGAETYIEATINLGEVRNSGTTVLTADLTPPEGFEKIEPSSVTVDVTAVSHGERVITGIPITLKGVASGLDAVITDPKTKTISLTLTGAPDLLNSLEPTDIGAEANATGLKAGVHEIPLQITLPNFINRTDSERPVVKVELKDNSKPVTTEPDTSKNEGTEDKPPVPPGTGSGAGTGTGNDQEEDPETPPTHEDTDNSGSGETPSHPPGDGSNDGTTGSETSNDG				NA	NA	NA	NA	NA
JZ016_03376	831	cdaA	COG1624	Cyclic di-AMP synthase CdaA	ATGGAGTATTTCACAGATATGACCTGGGGTGAAACCATTAAAGATATCATCGATATCCTTATCGTTACTTATATAATATACCAGATGATACTGCTCGTCCGCGGCACGCGGGCGGTCCAGCTGCTCAAAGGGATTTTGGTGCTGGTGGTCATCTGGGCTCTCAGCACCTGGTTTGATCTGTATACGCTGAAGTGGCTGATGAATCAGATCTTTACATTTGGGGTGTTGGCGATCTTTATTATCTTCCAACCGGAGCTCAGACGTGGTCTGGAGCAGCTCGGACGAGGCAAGCTGTTTGGGCGGACGGCGGATATTGACGAGGAAACCAATAAGTTAATCAGCGAAACCATTAAGGCGGTTAATTATTTGTCTCGGCGCAAAATAGGGGCTTTGATCGTCTTTGAGCGGACGACGGGCCTGAATGAATATGTAGAATCAGGAATTCCGATGAGATCGGTGATCAGCTCGGAATTGTTTATTAACATTTTTATACCGAACACGCCGCTCCATGACGGAGCTGTCATTATTCAGAACGGTCAAATTGCGGCGGCTGGCTGCTATTTACCGCTATCAGAGAATCCTTTTATCAGTAAGGAACTGGGAACAAGACACCGTGCCGCTATCGGAATCAGCGAGGTGGGGGATGCGATTTCGGTTGTCGTATCCGAGGAGACTGGGCAAGTATCGCTGGCCTTGAATGGACAGGTGGTTCGAGATATTAAGGAAGAGTCCCTCATCTCCAAATTGTATGAGGAGCTCAGGCCTGCCGCGTCCATTAAGGAGAAACGCACGTTCTTCTGGAAACGGAAGGGGGACGGCAGCAATGGATAA	MEYFTDMTWGETIKDIIDILIVTYIIYQMILLVRGTRAVQLLKGILVLVVIWALSTWFDLYTLKWLMNQIFTFGVLAIFIIFQPELRRGLEQLGRGKLFGRTADIDEETNKLISETIKAVNYLSRRKIGALIVFERTTGLNEYVESGIPMRSVISSELFINIFIPNTPLHDGAVIIQNGQIAAAGCYLPLSENPFISKELGTRHRAAIGISEVGDAISVVVSEETGQVSLALNGQVVRDIKEESLISKLYEELRPAASIKEKRTFFWKRKGDGSNG				NA	NA	NA	NA	NA
JZ016_03377	615	rsiW	COG5662	Anti-sigma-W factor RsiW	ATGGATTGCAAATTAGCCGTCTCTTTGATGCATGATTATCTGGATAATGACTTGTCCGACCCACAGCAGCTGGAATTGCAGAAGCATTTGCGGGATTGTGCTGACTGTCGGAATTACTTCGAGAAGCTGGAGCATACCGATATGCTTCTTTATTCCTTAACTCATCATGCGACCAAGCCATCCGATGATTTAACGGAACGTATAATGGGCATGCTGCCGCAGCCCAAGAGACAAAAAGCTTGGGTCAAATGGGTTAGGAATCATCCTGCGCTCACGGCTGCAGCTTTGTTTTTGGTTGTCATGCTCTTCAGCACAATCAGTTTTTGGAGTCAGGATACCCAGCTGGTTGTAAAGAGTGACGAATTCGAAAAGCTGGTGATTGAAGGAGATACCGTCATTATTCCTCCGGATCAAATCATCACGGGAGATATTACAGTCGAGAATGGAAAGACGAAGGTCTACGGTCAAGTGAATGGCAACGTGACCGTCATTGACGGAGAATTATTTCAGGCTTCCACCTCACATATAGCAGGTCAAGTGAAGGACATAGATCGGGCGATGGACTGGATCTGGTACAAGATCTCCACTCTGTTTACAGATGCCGCTTACCGCTAG	MDCKLAVSLMHDYLDNDLSDPQQLELQKHLRDCADCRNYFEKLEHTDMLLYSLTHHATKPSDDLTERIMGMLPQPKRQKAWVKWVRNHPALTAAALFLVVMLFSTISFWSQDTQLVVKSDEFEKLVIEGDTVIIPPDQIITGDITVENGKTKVYGQVNGNVTVIDGELFQASTSHIAGQVKDIDRAMDWIWYKISTLFTDAAYR				NA	NA	NA	NA	NA
JZ016_03378	567	sigW_6	COG1595	ECF RNA polymerase sigma factor SigW	GTGGACAATTTGGATGTAAGACTGGCGAAGCTGGCCCGAAAAGGGGACCAGAGAGCTTTTGCCGAAATCGTAGAGCTTTATAAAGACAAGATTTTTCATTTGGCTTACCGGATGCTGAGTAACCGCCATGAGGCTGAGGATGTCGTACAAGAGACTTTTTTGCGTGTATATAAAAACCTTGATCGATACGACGAGAATCAGAAGTTCTCAACTTGGATATACCGAATCGGTACAAATCTTAGCATTGATCGGCTGCGCAAGCGCAAGCCGTCTTTCTCGCTGGACGCCGAACTGAATGAAAGCGAAGGTATGGACGGCTACTCCTTGATCCCGAGCGATAATCGTACACCGGAGAGTGAAATGCTGCTATCCGAGACACAGCGTATTATTCATACGGCGATTGACGGACTTCCTGCCAAGTATAAGACAATCATGATTCTAAGGTACATTCAGGATTTATCTCTGCAGGAGATCAGCGAGATTTTGGACTTGCCTGTAACAACGATCAAAACGCGTGTACATCGTGGACGCGAATTTTTACGCAAAAAATTAGAGTACAAATTGTGA	MDNLDVRLAKLARKGDQRAFAEIVELYKDKIFHLAYRMLSNRHEAEDVVQETFLRVYKNLDRYDENQKFSTWIYRIGTNLSIDRLRKRKPSFSLDAELNESEGMDGYSLIPSDNRTPESEMLLSETQRIIHTAIDGLPAKYKTIMILRYIQDLSLQEISEILDLPVTTIKTRVHRGREFLRKKLEYKL	PGPT0014960_7980	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_03379	2787	ppc	COG2352	Phosphoenolpyruvate carboxylase	ATGACTGAACTTACAGTAACCGCAAAGAGCAATTCCAACAATCTGCTGCGGCGAGATGTACGGTTCCTTGGCAATATTCTTGGAGAAGTTCTTGTCCACCAAGGTGGCAATGAGCTTTTAGATATAGTTGAGAAAATTCGTGAAACGAGTAAATCGTTGCGATCCGTATTCCTGCCAGAATTGTTTGCAGATTTCAAAAGGATCATCAGCACCTTGGAGCCCGACATTCGCCATCAGGTGATTCGCGCGTTTGCCATTTATTTTCAATTGGTTAATATCGCAGAGCAGAATCATCGCATTCGCCGCAAACGCGATTACGAGCGTTCCGCCGGGGAGAGTGTTCAACCAGGTTCCATTGAAAGTGCGGTCCAGGATTTGAAAGAGCGCAATATTACGTTTGAAGAAGTTCAAGAAATTCTCGAAAGTCTATCCCTTGAGCTGGTAATGACAGCTCATCCAACAGAAGCGATGCGTCGGGCTATTCTGGATATTCATAAACGGATAGCGGACGATGTTATGCAACTCGACAACCCGACACTGACATTCCGCGAACGAGAGCAGCTTCGGGAGAAACTACTGAATGAAGTGATTACGCTATGGCAAACCGACGAGCTTCGTGACCGTAAGCCGACGGTTCTTGATGAGGTCAGAAACGGTATGTATTATTTTCACGAGACTCTGTTTCACATTCTGCCAGAGGTTTATCAAGAACTGGAGCGCTGCCTAAGTAAATATTATCCGGGTCACCATTGGCACGTTCCAACCTATTTGCGTTTCGGTTCGTGGATCGGTGGCGATCGGGACGGAAATCCTTCAGTGACGGCGGACGTAACATGGAAAACGCTTGAAATGCAGCGGAAGCTAGCAATTCGTGAATACCAACGGATTTTGCGTGAATTCATGAAATACCTCAGCTTCAGCTCATCCATCGTGAGCGTTTCGGATGAATTGCTTCAATCCATTGAAAAAGACCGCGAGCATGTAACACTGAAGAAGATGGAAATTTGGCACAATGAGAAAGAGCCTTATCGTGTAAAACTGGTATATATGCTGGCTAAAATGAGTCATATTCTTGATGAGAACATGACGGGCAGCGAGCGTTATCAGTCCCCTGAGGAATTTATCGAGGACTTGAATATCATTGATCGAAGCTTGCGTTTCCATTTTGCTGACTATGTTGCAGACACGTATATTCAAAAACTGATTCGTCAGGCGGAGTTGTTTGGTTTCCATACAGCAACGTTGGACATCAGACAGCATAGCCAAGAGCATGAAAATGCCATGGCCGAGATTCTTCGTAAAATGAATGTGACTCAGGATTATGCCCAGTTAAGTGAAGATGAGAAGATCGAGCTGCTTAATAACCTGCTTAATGATCCTCGTCCATTGACGACGCCTTATCAAGAGTACAGCGACAGTACCGAAGAATGCCTTGAAGTATACCGTACCGTATTCCGTGCGCAGCAGGAGTTCGGCGTCAAATGTATTTCAAGTTATTTGATCAGTATGTCCGAGGGTGCAAGCGACATTCTGGAAGTGATGGTATTTGCCAAAGAAGTCGGACTTTTCCGTAAGGACAATGACGGTTCTGTAATAGCTACTTTGCAGGCTGCACCATTGTTTGAGACGATTGAAGACCTTCATGCCGCACCTGATATTATGCGTAAGCTCTTCAACCTGCCGATCTATCGGGAAGCGGTTAGCGCGATGAATGAGCTTCAGGAAATCATGCTGGGTTACTCCGACAGCAACAAGGACGGCGGAGCCATTACCGCGAACTGGGAGCTCCAGGTAGCACTTAAAGAGATTACGGCTGCTGCCAATGAGTATGGCATCAAGGTAAAATACTTCCATGGACGCGGCGGATCGCTTGGGCGCGGTGGTATGCCTCTGAATCGCAGCATTTTGGCTCAACCGGCATCAACGATTGCGGGTGGCATCAAAATCACGGAGCAAGGCGAGGTTATTTCTTCACGTTATTCCTTGAAGGGAATTGCCTACCGCAGTTTGGACCAGGCGACTTCAGCACTTATTACGGCTTCTCTTAATGCCCGTTACCCTGAAAAAGAATCGACCGAAAAAGAGTGGGAAGAGATTTCCTCTAGCATATCGGCCGCTTCACAGAAGAAATATCAGGATCTGATCTTCCGTGATCCGGATTTCCTGAGCTTCTTCAAGGAATCCACGCCGCTTCCTGAAGTGGGAGAGCTGAATATCGGTTCCCGACCATCCAAGCGTAAGAACAGTGACCGTTTTGAGGACCTCAGAGCCATCCCTTGGGTGTTTGCGTGGACCCAGAGTCGTTACCTGCTTCCTGCATGGTACGCGGCTGGTACGGGCTTACAGAGCTTCTACCAGGGCAAGGAAGAGAATATGAAGGTGCTTCAGAAGATGTACAAGAGCTATCCGTTCTTTACGTCACTGATCGATACCCTTCAGATGGCTCTTGCCAAGGCTGATCTGATCATCGCCAAGGAGTATTCTTTGATGACGAAAGATGATCAAGTCCGCGAGCGTATCTTCGGTCTGATTCAGGATGAGTTCAACTTGACGAAAGAGCTTGTTCTTAAGATTACGGGACAACAGGATATTCTGGATAACCAGCCGGTCTTGCAGGAATCGATTCGACTCCGTAACCCTTACGTGGATCCGCTTAGCTATTTGCAGGTTCAATTGCTTAACGAGCTGCGCGAGCTGAGAGAGCAGGAGCAGGATGATCCGGATCTGCTTCGGGAAGTACTGCTGACCATCAACGGCATTGCGGCGGGGCTTCGTAATACAGGTTGA	MTELTVTAKSNSNNLLRRDVRFLGNILGEVLVHQGGNELLDIVEKIRETSKSLRSVFLPELFADFKRIISTLEPDIRHQVIRAFAIYFQLVNIAEQNHRIRRKRDYERSAGESVQPGSIESAVQDLKERNITFEEVQEILESLSLELVMTAHPTEAMRRAILDIHKRIADDVMQLDNPTLTFREREQLREKLLNEVITLWQTDELRDRKPTVLDEVRNGMYYFHETLFHILPEVYQELERCLSKYYPGHHWHVPTYLRFGSWIGGDRDGNPSVTADVTWKTLEMQRKLAIREYQRILREFMKYLSFSSSIVSVSDELLQSIEKDREHVTLKKMEIWHNEKEPYRVKLVYMLAKMSHILDENMTGSERYQSPEEFIEDLNIIDRSLRFHFADYVADTYIQKLIRQAELFGFHTATLDIRQHSQEHENAMAEILRKMNVTQDYAQLSEDEKIELLNNLLNDPRPLTTPYQEYSDSTEECLEVYRTVFRAQQEFGVKCISSYLISMSEGASDILEVMVFAKEVGLFRKDNDGSVIATLQAAPLFETIEDLHAAPDIMRKLFNLPIYREAVSAMNELQEIMLGYSDSNKDGGAITANWELQVALKEITAAANEYGIKVKYFHGRGGSLGRGGMPLNRSILAQPASTIAGGIKITEQGEVISSRYSLKGIAYRSLDQATSALITASLNARYPEKESTEKEWEEISSSISAASQKKYQDLIFRDPDFLSFFKESTPLPEVGELNIGSRPSKRKNSDRFEDLRAIPWVFAWTQSRYLLPAWYAAGTGLQSFYQGKEENMKVLQKMYKSYPFFTSLIDTLQMALAKADLIIAKEYSLMTKDDQVRERIFGLIQDEFNLTKELVLKITGQQDILDNQPVLQESIRLRNPYVDPLSYLQVQLLNELRELREQEQDDPDLLREVLLTINGIAAGLRNTG	PGPT0001165_1437	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-ALTERNATIVE_PAHTWAYS	CO2_FIXATION-PHOSPHOENOLPYRUVATE_CARBOXYLASE_BIOSYNTHESIS,PGPT0001165-ppc-K01595	NA	NA
JZ016_03397	231			hypothetical protein	ATGCTGGGAATGCTATTCAATGAAAAAGAGTGCAAAGAGCTTGATTATGTACTGCGAAAAGAACTGGATGAGATGCTGCTGGATTTGAGCGACCAACGATTGGACCAAAACATCAGGCAGGCTATTGCTAACCGATATAAAACGGTGTTCCGCATGTATGCCCGGTTTGCACCGCAGAAGGAACTCTCCAAATATGCACGTAACGGGAAGTTTCCGCAAATCAAACATTAA	MLGMLFNEKECKELDYVLRKELDEMLLDLSDQRLDQNIRQAIANRYKTVFRMYARFAPQKELSKYARNGKFPQIKH				NA	NA	NA	NA	NA
JZ016_03398	609			hypothetical protein	ATGTTACGTTTTAGCATTTTTCTCAGAGATTTAAGATCGATCCGGAAGGCATTGCTCTTGGCAGCGGTCTTATTTATCGCCGGAATCGTGGCGGGAGCAAGTTCAGAGGGGTTCGAGCAATTCCTTCTAGGTCAGCTTCAAGGATTAGGGGAGATTAGCCAGCAGCTCGGTTCCTCCGATCATCCCGAATGGAATTTCTTTGTCTTTATCTTTCTTAACAACAGCATTAAGAGCGTGCTGGTCATGTTCTCAGGCTTGCTGCTCGGCGTAATACCGTTCTTCTTCCTGGTCATTAATGGCATGGTGATAGGTTTCTTGCTGAAGGTTGTGGGGGAGAGCGGAGAGAGTCTGTTTGATCTGATTGTGAAAGGGCTGCTGCCACATGGGATCATTGAGATACCGGTCATTGTGATTGCCTGCGGGTATGGCCTGGCTTTTGGCGGGCTGGTATTGAGAAGTATTGTGGCAACAGGGGAGCGCAGAAGCGGGATAGGCGCGGAGTGGCGCGGGTTTTGGCGCAAGCTGGGTACTGCATCCTTATGGGTTGTCGTGCTGCTGCTCATTGCGGCAGTGATCGAAAGTACAATTACGTTGTGGCTGATGTCATAA	MLRFSIFLRDLRSIRKALLLAAVLFIAGIVAGASSEGFEQFLLGQLQGLGEISQQLGSSDHPEWNFFVFIFLNNSIKSVLVMFSGLLLGVIPFFFLVINGMVIGFLLKVVGESGESLFDLIVKGLLPHGIIEIPVIVIACGYGLAFGGLVLRSIVATGERRSGIGAEWRGFWRKLGTASLWVVVLLLIAAVIESTITLWLMS	PGPT0024685_477	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024685-spoIIM-K06384	NA	NA
JZ016_03399	804			hypothetical protein	ATGAATTCTTTTTATGTATTCAACGGCAGAAAGATTAAGCGGTTTTTCTTCGTCCTTGCCGCGGCGATCTTTGCAATCGGCGTTATTTATGTGGAGAGTGACAACATCTCGGTCTTCTCCGAGAACAACCCGTCAGCGATTTACAGCGTGTCTACGGATAAGAAACAGATCGCTTTAACGTTTGACATCAGCTGGGGCGAAAAACGCGCAGAGCCTATTTTACAGGCCTTAAAAGACAATGGAGTTCAAAAAGCAACCTTCTTCCTGTCTGCGCCATGGAGCAAAACACATCCCGATATCGTGAATGCCATTAAGGAAAGCGGATATGAAATCGGGAGCCACGGCTTCAAGCACGATAATTACAGCACGCTCACCGATGAGGAAATACGCAAGCAGATTTCTTCGGCACATACTATTTTAACCGCAATGACCGGACAAGAACCCAAATTAATACGAATGCCTAACGGGGATTTTGACAAAAGAGTGCTCGGCATAGCCCAGAGCCTTAACTACACGGTGATCCAGTGGGATACCGACTCCAGGGACTGGAAGAATATCGGCGTCGACAAAATTGTGGACCGCGTCGTCTCCAAAGCACATCCGGGAGACATCGTGCTGATGCATGCCAGCGACTCCGTGAAGCAAACACATGAAGCTCTCCCTCTCATCATCAAGGAACTGCGTAATAAAGGCTACGAGTTCGTTACGGTAACAGATCTGCTTCAACAGGGCAGCGCCCAAGGCACCGAGGTTCGTGATCACGCTTCATTGCAGAAGAGCATCGAGGATGCAGGCGGACTTTAA	MNSFYVFNGRKIKRFFFVLAAAIFAIGVIYVESDNISVFSENNPSAIYSVSTDKKQIALTFDISWGEKRAEPILQALKDNGVQKATFFLSAPWSKTHPDIVNAIKESGYEIGSHGFKHDNYSTLTDEEIRKQISSAHTILTAMTGQEPKLIRMPNGDFDKRVLGIAQSLNYTVIQWDTDSRDWKNIGVDKIVDRVVSKAHPGDIVLMHASDSVKQTHEALPLIIKELRNKGYEFVTVTDLLQQGSAQGTEVRDHASLQKSIEDAGGL	PGPT0012156_550	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA	NA	NA
JZ016_03400	594			hypothetical protein	TTGAGCTTACGAAAGTGGTCTAAATTGTTTTTGAAAACGCTGCTCGTCGGGGCAGTGGCGGCATTAATTGTAGGTTTGATCCTGCAGTTGTTTAATGGCGCGATCGAATTTACGGGAATGGCCGATTTATTGATATACCCGCTGATTTTGTTGGGCTCCGGGGCACTGGTGAGCGTATACTCCCAGATGGGCTTTTTTGCGTACCTGACTTTAAATTATATGGGGATAGGCATATTCCGCCGAAAGACTTGGCAGTACATTCAGATTGTGTTGGCTGTTCTAGCATTGCTGGAGCTAATGTTCTTCCGTACCTTTGTCGGCGGATCCACTAGCCTGCAGCAGGATTTGATTTTAGGTATTTCCATTTTGGTTATTGCTGTTGTTGTTGCTTATCTCAAAGTGAAGAGCACGAATGCTAATGCATGGATTCCGACCCTCTTCTTCATGATGGCGATTTCCATTGTGGAGATTATCGGTGTACTGCAAATTGGAGTCAGCAACGCCACGATCTTTATGGTGGTACCATTGCTAATCTGTAATGCATACCAAATTCTGACGCTTCATAAAGTTACACAAGACGAAAAAAAGAGCTAA	MSLRKWSKLFLKTLLVGAVAALIVGLILQLFNGAIEFTGMADLLIYPLILLGSGALVSVYSQMGFFAYLTLNYMGIGIFRRKTWQYIQIVLAVLALLELMFFRTFVGGSTSLQQDLILGISILVIAVVVAYLKVKSTNANAWIPTLFFMMAISIVEIIGVLQIGVSNATIFMVVPLLICNAYQILTLHKVTQDEKKS				NA	NA	NA	NA	NA
JZ016_03401	711	gerD		Spore germination protein GerD	ATGAAGTGGCCGTTATTTCGTTTATGTATTATCGTCTTCGTTGCTGCCGTGGTGCTTACCGCTTGTGGTGCAGAACAAAGCTCGTCCCCGCAGCTCGGATATAAAGAAATCAAGTCCATGGTGGTCGACATTCTGAAAACCGACGAAGGTAAAAAAGCGGTAGAGGAAGCGCTGGGCGGTGGATCTGGCGGTTCCTCCGGAAGCGGCGGATCCATGGGGATGCGGATGATGTCCGCCCAGTCCGGGGATCAAATTCGCATGGCCGTTAAGGATACACTGGTATCGGAGGAATATAAGAAGGAAATTGAGAAGATTATGACCGATCCGCAATTCGCGGGTGATTTTGCCAAAGCCATCAATTCCGAGAGCAAGCAGCTGCATATGCAGCTCATCAAAGACCCAACCTATCAAAAAGCGATTCAAGATATGTTAAAATCTCCGGACGTGATGAAATCGTTTCTTGAACTGACCAATACCCCGGATTATCGCAAACAGTCCATGACCGTGATGCAGGAAGCTATGCAGAACCCGCTGTTCCGCATGGAGGTGCTGGAACTGCTTAAAACGGTTGTAAAAGACGAACTTCAGCCTAAAGTGGAGAAGAAAAAAGAAGGACAAGGACAAGAAGAGCAAGGCGGCGGCGGTGGTGAAGGTGGCGGTGAAGGCGGCGGTGAAGGAGAAGAAGGAGGCGGTGAAGGCGGCGGCAGTTAA	MKWPLFRLCIIVFVAAVVLTACGAEQSSSPQLGYKEIKSMVVDILKTDEGKKAVEEALGGGSGGSSGSGGSMGMRMMSAQSGDQIRMAVKDTLVSEEYKKEIEKIMTDPQFAGDFAKAINSESKQLHMQLIKDPTYQKAIQDMLKSPDVMKSFLELTNTPDYRKQSMTVMQEAMQNPLFRMEVLELLKTVVKDELQPKVEKKKEGQGQEEQGGGGGEGGGEGGGEGEEGGGEGGGS	PGPT0025045_26	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025045-gerD-K06294	NA	NA
JZ016_03402	1095	salA	COG0489	Iron-sulfur cluster carrier protein	ATGCTGACTAGAGAAACGGTACAGGAGATACTCCAGCCTTTACGCGATCCCGAAACCGGAAAGAGCTTAATGGAGCTCCAGCGTATTCGAGATATTGTTGTGAAGGAACGCACGGTCCGATTATCCGTGACTTACAGCAGTGAAGATGTACGCGCTTCCTTGGAGGCGCAGATCAGAGAAATTCTTGAAGCTATGGGGGCAGAAGATATACATATCCGCATGCGCCCTCTGGACAATGCCGTTAGCGGAGCAGCCCGTGAGGAAGATAACGATCGCGAGAAGCTGACAAAAGGACATGCCGCCGGCATGGAGCAGAATATGCTCCTTAGCGAGCAATCCGGCGTTCATTTCATTGCGATTGCAAGCGGCAAAGGCGGCGTGGGTAAATCCACCGTTACGGTGAATTTAGCTGCAGCTTTGGCTCGGCAAGGCAAGAAGGTAGGCTTGATTGATGCCGATATTTATGGCTTCAGCGTACCGGATATGATGGGCATTGAAGAGGGGCCGTCCGTAACCGAGGAGGGTGTCATCCATCCGGTTGAGCGTTTTGGTGTCAAGGTGATGTCCATGGGCTTCTTCATCCGCGAGAATAGTCCGGTGATTTGGCGCGGACCGATGCTTGGCAAAATGCTGCGTCAATTTTTCACGGATGTCGCTTGGGGGGATTTGGACTACATGCTGCTGGACCTGCCGCCAGGGACAGGGGACGTGGCGCTGGACGTGCATCAGATGATTCCGCAGAGCAAAGAGATCATCGTAACCACCCCGCATGCTACGGCGGCGTTTGTAGCTGCCAGAGCGGGTGCCATGGCCCTGCAGACCGATCATGAAATCTTAGGCGTCGTCGAGAACATGTCTTATTATGTCTGCTCCCATGGCGGGGAGAAGGATTATGTATTTGGTCGTGGAGGCGGAGGGAAGCTTGCAGAAACGCTTCATACCGAGCTGCTCGCGCAGCTTCCGTTGGGAGCGCCGGATAACCACCCTTCAGAGCCGGACTTCTCCCCGTCGGTGTATAAGGCAGGTACCGAGAGCGCAGGGATCTACGATGAAATCGCCGCAAGGATTGCAGGCAAGCTTGAGGAATCCATCTAG	MLTRETVQEILQPLRDPETGKSLMELQRIRDIVVKERTVRLSVTYSSEDVRASLEAQIREILEAMGAEDIHIRMRPLDNAVSGAAREEDNDREKLTKGHAAGMEQNMLLSEQSGVHFIAIASGKGGVGKSTVTVNLAAALARQGKKVGLIDADIYGFSVPDMMGIEEGPSVTEEGVIHPVERFGVKVMSMGFFIRENSPVIWRGPMLGKMLRQFFTDVAWGDLDYMLLDLPPGTGDVALDVHQMIPQSKEIIVTTPHATAAFVAARAGAMALQTDHEILGVVENMSYYVCSHGGEKDYVFGRGGGGKLAETLHTELLAQLPLGAPDNHPSEPDFSPSVYKAGTESAGIYDEIAARIAGKLEESI				NA	NA	NA	NA	NA
JZ016_03403	774	cwlD	COG0860	Germination-specific N-acetylmuramoyl-L-alanine amidase	ATGTCCAGGCGGAGATCGGACAAGGTTACGGTATGGATATCGCTAAAGAGAGTCAAGCAAACCCTGATTGGAGCTGCGCTGCTGGCACTGCTCATTGTCGTTGTAACATACGAAATCCCCTCTGCCAAAACGTCGAATACCTGGAGTTTGCCGCTTGCCGGCAAAGTCATTGCCCTTGATGCAGGACATGGCGGGCCAGATGGGGGGGCGGTAAGCCGACAAGGCGTCATCGAGAAGGATGTAAACCTGGCCATCACCTTGTATTTGCGTGATTATTTACAGCAGGCAGGCGCACTCGTCATTATGACAAGAGAAGGAGACTATGACCTGGCTGCAGAAAGCACAAAGGGGTATTCCAAGCGTAAAACGGAAGACCTCAAGCAACGCGTTCGGATGATCGAGGAGAGTAAGGCGGATCTGTTTATCAGCATGCATCTGAACAGCATTCCGTCCAATCGGTGGAGAGGGGCGCAGACCTTTTTCCCTCCAAATAACGGGGAAAGTCAAAAACTCGCTGAATTGATTCAGGCAGAAATACGGCATAACCTGGAGAATACGCAGCGTTTGGCCAAAACGGATGATAAGATATTTTTGCTTCAAGCTCTGCGCATGCCTTCTGCCTTGGTAGAGGTCGGTTTCTTGTCCCATCCGGAGGAATCCGAATTGCTGCGTGATGAGAAATACCAGAGAAAGGTCGCAGCCTCTGTGTATAATGGCATTTTGCGATATACGTCCGGAGAGTCCGCCAGCGAGTCGTCACAAGCTGCAGAGTAA	MSRRRSDKVTVWISLKRVKQTLIGAALLALLIVVVTYEIPSAKTSNTWSLPLAGKVIALDAGHGGPDGGAVSRQGVIEKDVNLAITLYLRDYLQQAGALVIMTREGDYDLAAESTKGYSKRKTEDLKQRVRMIEESKADLFISMHLNSIPSNRWRGAQTFFPPNNGESQKLAELIQAEIRHNLENTQRLAKTDDKIFLLQALRMPSALVEVGFLSHPEESELLRDEKYQRKVAASVYNGILRYTSGESASESSQAAE	PGPT0024160_6140	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
JZ016_03404	1170	sat	COG2046	Sulfate adenylyltransferase	ATGACAGCCATACTCCCTCATGGCGGTACGCTGGTACAGCGGGTAGCCCAAGGAGCAGAGCGTGAAGATTTATTGAAACAGGTCGACACTCTTCATAAGATCCCCGTAAACGCTTGGAGCATCTCGGATCTGGATTTGATCGGGGTCGGGGCATTTTCGCCACTGCAAGGATTTTTGAACGAGCAGGATCACAAGTCTGTGGTTTCCTCTATGCGTTTAGCGGACGGTACGGTCTGGAGCATACCGGTTACCCTGGCTGTTGATGAGGATACAGCGGCTAAACTTGCCGTCGGCGAGAAGGCGGCCCTTGTAGGCGAAGAAGATGGGGTCGTCTACGGCGTTATCGATGTAGAGAGCGTCTATCAGGTGGATCAGCAAGCTGAGGCTGTTCAAGTATTTAAGACGGATGATCCGGAGCATCCCGGCGTGAAGAAACTTTTCGAACGTCCTTCAATCTATGTAGGCGGGCCGATCCAAGTGCTGAATCGTCCGCAGCCGGAACGGTTTGGCGAGTTTTATTTTGATCCGGCAGAGACCCGGGAACAGTTCAAAGCGAAGGGCTGGAATACAGTTGTAGGCTTTCAGACACGTAATCCGGTTCACCGTGCACATGAATACATTCAGAAGAGTGCCATGGAAATCGTAGACGCACTATTCCTCAATCCGCTTGTAGGAGAGACCAAATCGGATGACGTTCCTGCCAATGTGCGAATGAAGAGCTATCTGACCTTGCTGGAGAACTACTATCCAGCGGATCGCACCTTCCTGGGCGTATTTCCGGCTGCCATGCGTTATGCGGGGCCTAGAGAAGCTATATTCCATGCAATGGTCCGTAAAAACTATGGCTGTACCCATTTTATCGTTGGCCGGGATCACGCAGGAGTCGGTGACTATTACGGCACGTATGAGGCTCAGGAAATTTTCAAGAATTTCACTGCAGAAGAGTTGGGTATTACCCCGCTGTTCTTTGAGCACAGCTTCTTCTGCACCACTTGCGGAAACATGGCTTCAAGCAAAACATGCCCTCATCCTAAGGAGGCTCATCTGACCTTGTCGGGAACGAAGGTTCGTGGCTTGCTTCGCGAAGGACAGTGCCCGCCACCGGAATTTACGCGCCCCGAAGTCGCGCAAGTGTTAATCGAAGGCATGAAAGAGCAGATTACGGTCTAA	MTAILPHGGTLVQRVAQGAEREDLLKQVDTLHKIPVNAWSISDLDLIGVGAFSPLQGFLNEQDHKSVVSSMRLADGTVWSIPVTLAVDEDTAAKLAVGEKAALVGEEDGVVYGVIDVESVYQVDQQAEAVQVFKTDDPEHPGVKKLFERPSIYVGGPIQVLNRPQPERFGEFYFDPAETREQFKAKGWNTVVGFQTRNPVHRAHEYIQKSAMEIVDALFLNPLVGETKSDDVPANVRMKSYLTLLENYYPADRTFLGVFPAAMRYAGPREAIFHAMVRKNYGCTHFIVGRDHAGVGDYYGTYEAQEIFKNFTAEELGITPLFFEHSFFCTTCGNMASSKTCPHPKEAHLTLSGTKVRGLLREGQCPPPEFTRPEVAQVLIEGMKEQITV	PGPT0002410_838	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002410-sat|met3-K00958	NA	NA
JZ016_03405	693	cysH	COG0175	Phosphoadenosine phosphosulfate reductase	ATGAATTTGCTGGAGAAAGAGGATTTGATTCGAGTGCAAGCAGAAGAGCTTGAGCATGCATCGGCTGAGGAAGTCATCGCATATGCGATCAAGACATTTCCCAATATAACGTTTGCTTGCAGCTTTGGAGCAGAAGATGTGGTATTGGTGGACATGATTCAAAAGATTAGCCCGTCGACGGATATTTTTTATCTGGATACCGATTTTCACTTCAAGGAAACGTACGAAACGCGGGATCGTATGGCCGAACGTTATGGCCTGGAATTCGTGCGGGTCTCTCCGCTCATTACGCCTGAAGAGCAAGCGGCACAGTATGGTGAAGCATTATGGAGCGTCAGCCCGAATGAGTGCTGCAACATCCGAAAGGTAGAGCCATTGACCCGGATTCTGTCTCAGTATGAGGCTTGGATTACAGGGATACGAAGAGATCAAGCCCCTACCCGGGCGAATTCGAAGAAGATTGAATATGATACCAAGTTCGGTTTGGTGAAGTTCAATCCGATCGCGGCATGGACTAGCGAGGATGTGTGGAACTATATCCGAACTAATGAGATCATCTACAACCCGCTGCATGATCAGAATTATCCGAGCATTGGCTGCGAATATTGCACACGACAGGTCATGCCAGGAGAAGACCCACGTGCTGGACGCTGGTCAGGTCATGAGAAGACGGAATGCGGACTTCATAAATAA	MNLLEKEDLIRVQAEELEHASAEEVIAYAIKTFPNITFACSFGAEDVVLVDMIQKISPSTDIFYLDTDFHFKETYETRDRMAERYGLEFVRVSPLITPEEQAAQYGEALWSVSPNECCNIRKVEPLTRILSQYEAWITGIRRDQAPTRANSKKIEYDTKFGLVKFNPIAAWTSEDVWNYIRTNEIIYNPLHDQNYPSIGCEYCTRQVMPGEDPRAGRWSGHEKTECGLHK	PGPT0002785_3264	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002785-cysH-K00390	NA	NA
JZ016_03406	1650	bmr3_3		Multidrug resistance protein 3	ATGGAGCATTTAACGCTTAAACGTAAAGTTTCAATTATGATTGCGATCATGGCTGCGATGTTCTTCGCAGCCATTAACCAGACGATAACGAGCACCGCAATGCCGCGGATTATCGCCATTCTTGATGGCATGGATTATTATACATGGACCATCAATATTTATTTGTTAACATCAACGATCGCAACGATATTGGTAGGTAAGCTGTCCGACATGTTCGGGCGTAAGCCGTTTATTTTGATAGGTATATTATTTTTTATGTTAGGGGCTTTCCTGACGGGTACATCAACAGACGTGTATCAATTCATTATTTATCGCGGTATTCAAGGTATAGGTGCCGGTATTATTCAATCAACCGCATTTATGTCGGTCGGGGACTTATTTCCACCGCGCGAACGTGGCAAATGGATGGGTCTGATGACCGCGGTATTCGGTTTTTCCAGTGTACTTGGCCCTACGCTTGGCGGATATCTGGTCGATAACATCGAATGGCGTTGGTTATTCTGGATCTTCCTGCCGCTGGGTGTAGTAGCCTTTATCATGATTTGGACGTTGTTTCCGAAGGTTGAACGCAAGCCTGGCCAGTCCATTGACTATTTGGGTTCCTTATTCCTTACAACGTCCATCGTTCCTTTACTGCTGGCCTTTTCTTGGGCTGGTACGGAATATGCTTGGGGATCACCGCAGATTATTGGTCTCATCGCAGCTTCAGTCGTATCGGCTTTTATCTTTATCTTGGTAGAGATGAAGGCGAAGGAGCCGGTATTGCCACTTAGTTTGTTCAAAAATAGTGTCGTTACGGTTTCTAATCTGATTGGATTTTTTATGAACTTTGGTCTGATGGGTGCCATGATTTATATTTCCTTCTATGTTCAAGGTGTGCTTGGCATCTCACCAACCTATGCCGGTTATGTAACCATCCCGATGTCGATTTTCATGATGGGTACGAGTGCTATAGCAGGTCAACTCATCGCTAAAAGCGGTAAGTACAAACGGTACGCACTTCTTGGAGTTCCCATTATGATGGTCGGTATGGGCATTATGGTGTTCATGGACAACATTTGGCTTACGGTAGTTAGTACCATTATTTTTGGTATCGGTCTTGGTTTGGGTATGCCGGTATTCTCGCTGGCTACGCAGAATGCGGTACCCCACAATGAACTCGGTGTAGCAACGGCATCATCCCAGTTGTTCCGTAATCTCGGCGGCACAATCGGGATCGCGGTTATGGGAACGGTTATGTCGAATAATCTGACGAAGAATTTGAAGGAAGCACTTCAGTCGACGAATGCACCGGATTTTAGCACGGTGGATCCACAGCTGGCACAGCAGATGTTGTCCTTCGCTAATCCGCAGACACTGATGAATAAACCGCTGATCGAACAAACGCAGGCAAGTCTTCCTGCCGATGTACAGTCTTTGTTCGCGCAAATGATCGACAGTATCCGCGATGCACTTGGAAATACATTGTCCATGGTGTTCCTCACAGGTACGTTAGTCCTCGTAGTCGCGCTGCTGCTTGTGTTCTTCTTAAAGGAGATTCCGCTGCGAACGACGAATCAGGCATCCGCTCCCAAATCCGACGACTCGGAAGGGAAGAGTGCCGGCGCAGGTACTAGAGCTAAAGAGGTATCGGTGGCAACAACAGACTAA	MEHLTLKRKVSIMIAIMAAMFFAAINQTITSTAMPRIIAILDGMDYYTWTINIYLLTSTIATILVGKLSDMFGRKPFILIGILFFMLGAFLTGTSTDVYQFIIYRGIQGIGAGIIQSTAFMSVGDLFPPRERGKWMGLMTAVFGFSSVLGPTLGGYLVDNIEWRWLFWIFLPLGVVAFIMIWTLFPKVERKPGQSIDYLGSLFLTTSIVPLLLAFSWAGTEYAWGSPQIIGLIAASVVSAFIFILVEMKAKEPVLPLSLFKNSVVTVSNLIGFFMNFGLMGAMIYISFYVQGVLGISPTYAGYVTIPMSIFMMGTSAIAGQLIAKSGKYKRYALLGVPIMMVGMGIMVFMDNIWLTVVSTIIFGIGLGLGMPVFSLATQNAVPHNELGVATASSQLFRNLGGTIGIAVMGTVMSNNLTKNLKEALQSTNAPDFSTVDPQLAQQMLSFANPQTLMNKPLIEQTQASLPADVQSLFAQMIDSIRDALGNTLSMVFLTGTLVLVVALLLVFFLKEIPLRTTNQASAPKSDDSEGKSAGAGTRAKEVSVATTD				NA	NA	NA	NA	NA
JZ016_03407	453	yusO_2		putative HTH-type transcriptional regulator YusO	TTGGATCGCAATGAAGAGATTTTCAAGGTGTCGTCGATGTTCCGGGCACTGCTGAAGAACATTCATCAGGAATGGAACAAGTCGAGCGCCGGGAAGTACAACTTAAGCTTTCCACAATTTCAGGTGCTGTATGTATTAAAGCTGCGAGGGCCACTGAAGGTATCGGAGCTTGCCGAAGCTTTGTCTTTAACACCGCCGGCTATAACCGGCCTAACGGATAAATTGGTTGCGGAAGGATACTTGCAAAAAGAGCGTGCAGAGGATGACCGGAGAGTTGTCAACATCACACTCTTGGAACCGGGTCTAGATGTAATTAGGAAAGTGAAGAAGGATCAGAAGGAAATGATTCAGGGGTTTTTCAATTTTCTCTCTGAGGAAGACATTCAGCATTTGAGAAGAATCTTCTCCTTGATGCTGTCAAACATAGATAAAGACAATCACAACAACGGGTAG	MDRNEEIFKVSSMFRALLKNIHQEWNKSSAGKYNLSFPQFQVLYVLKLRGPLKVSELAEALSLTPPAITGLTDKLVAEGYLQKERAEDDRRVVNITLLEPGLDVIRKVKKDQKEMIQGFFNFLSEEDIQHLRRIFSLMLSNIDKDNHNNG	PGPT0013155_3385	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
JZ016_03408	393	rpsI	COG0103	30S ribosomal protein S9	ATGGCACAAGTACAATACTATGGGACAGGTCGTCGTAAACACTCGGTAGCACGTGTACGCCTCGTACCGGGTGAAGGACGCATTGTCATCAATAAACGTGATATTAATGAATACTTCGGTTTGGAAACACTCAAGCTGATCGTTAAACAACCTTTGAATCTGACAGAAACACTGGGCAAATATGACGTGCTTGTCATCGCTCACGGTGGCGGCATCTCCGGTCAAGCTGGAGCAATCCGTCACGGTATCTCCCGTGCTCTTCTGAAAGCAGATCCAGAATTCCGTCCTTCTCTGAAAAGAGCTGGATTCCTGACTCGCGACCCTCGTATGAAAGAGCGTAAGAAATACGGTCTTAAAGCAGCTCGTCGCGCGCCTCAGTTCTCCAAACGTTAA	MAQVQYYGTGRRKHSVARVRLVPGEGRIVINKRDINEYFGLETLKLIVKQPLNLTETLGKYDVLVIAHGGGISGQAGAIRHGISRALLKADPEFRPSLKRAGFLTRDPRMKERKKYGLKAARRAPQFSKR				NA	NA	NA	NA	NA
JZ016_03409	438	rplM	COG0102	50S ribosomal protein L13	ATGCGTACCACCTATATGGCGAAGCCAAATGAAGTTGAGCGCAAATGGTACATCGTTGATGCCGAAGGCAAGACGCTTGGCCGTTTGGCAAGTGAAGTTGCGGCTCTGATCCGCGGCAAACATAAGCCTCAATTCACTCCACATGTTGACACAGGGGATTTCGTGGTTGTTATCAACGCCGAGAAAATCCACCTCACTGGCAAAAAGATGGAGAACAAAAAATACTATCGTCACTCCCTGCATCCAGGTGGATTGAAAGTAACTACAGCTCAAGACCTGATTGCGAAATACCCAGAGCGTGTAATCGAAAGCGCGGTTCACGGCATGCTTCCTAAAACTCGCATGGGCGAGAAAATGAAGCTGAGACTGAAAGCATATGCAGGCACAGCACATCCACATGAAGCACAAAAACCAGAAGCTTACGAACTTCGCGGTTAA	MRTTYMAKPNEVERKWYIVDAEGKTLGRLASEVAALIRGKHKPQFTPHVDTGDFVVVINAEKIHLTGKKMENKKYYRHSLHPGGLKVTTAQDLIAKYPERVIESAVHGMLPKTRMGEKMKLRLKAYAGTAHPHEAQKPEAYELRG				NA	NA	NA	NA	NA
JZ016_03410	783	truA	COG0101	tRNA pseudouridine synthase A	ATGCGTAATCTTCTGATGAAGGTCAGTTACGATGGTACCGATTATAACGGCTTTCAGACCCAGCCCGGTGGCCACACGATTCAGGACTATTTGGAGGAAGCGATCCGCCGTTTGTCTGGTGAACAGCTCAAGATTACGGCTTCAGGCCGGACAGATGCTGGGGTGCATGCTCGTGCCCAAGTATTCAATTTCTACACAGCTTCTCCAATTCCCGTTGAGCGTTGGTGTATGGCATTAAACACCTGGCTGCCGGAAGATATCGTGGTTTCGGATGCGATGGAGGTACCCATGGAATTCCATTCCCGGCACGCAGCGAAACGCAAAACCTATCGTTTTACCATCAATGCTAACCAATATCCGGATCTATTCAATCGGCGGTACCAGATCCATCATCATGGGAAACTGGATATCGCAGCCATGGAGCAGGGACTTTCTCATCTGATCGGAACGCATGACTATACAACGTTTGCGTCACGGAAGTCAACGAAGCCGTCTCACGTTCGTACTATTTTTGATGCCTGGATCGAGAAGGATACGTCTATGTGCCGTCCCGGCACGAGAGATCAAGGAGTCATTCATACGTACGTATCCGGGAACGGGTTTCTGCAGCATATGGTTCGGATCATTATGGGGACGTTGATTGAGGTAGGAGAAGGCAAGCGCCATCCGGATGACATGTTGGTCATACTGGAAGCCAAAAACCGGGCAGCAGCCGGCCCGACAGCCATGGGCAAGGGCCTGATGTTATGGGAAGTGGAGTATGATATCGCCGGAAAGGACTAA	MRNLLMKVSYDGTDYNGFQTQPGGHTIQDYLEEAIRRLSGEQLKITASGRTDAGVHARAQVFNFYTASPIPVERWCMALNTWLPEDIVVSDAMEVPMEFHSRHAAKRKTYRFTINANQYPDLFNRRYQIHHHGKLDIAAMEQGLSHLIGTHDYTTFASRKSTKPSHVRTIFDAWIEKDTSMCRPGTRDQGVIHTYVSGNGFLQHMVRIIMGTLIEVGEGKRHPDDMLVILEAKNRAAAGPTAMGKGLMLWEVEYDIAGKD				NA	NA	NA	NA	NA
JZ016_03411	366	rplQ		50S ribosomal protein L17	ATGGCATACCAAAAGTTGGGCCGCGATTCCAGTGCGCGTAAAGCGTTGTTCCGTGACCTGGTAACCGACCTTTTCTTATATGAGCGCATTCAAACGACTGAAGCCAAAGCGAAAGAAGTTCGTTCGATCGCTGAGAAGTTGATCACAAAAGCAAAAAAAGGTGATCTTCACGCTCGTCGTCAAGTAGCTGCATTCGTGCGTCGTGAAACAGTAGACGGTGAACAAGATGCAATCCAAAAATTGTTCTCCGAAATCGCTCCTCGCTACGTAGAGCGTCCAGGCGGATACACTCGTATCCTGAAACTGGGACCTCGTCGTGGTGACGCAGCTCCAATGGTTTACTTGGAACTGGTAGATCGCGCGTAA	MAYQKLGRDSSARKALFRDLVTDLFLYERIQTTEAKAKEVRSIAEKLITKAKKGDLHARRQVAAFVRRETVDGEQDAIQKLFSEIAPRYVERPGGYTRILKLGPRRGDAAPMVYLELVDRA				NA	NA	NA	NA	NA
JZ016_03412	945	rpoA	COG0202	DNA-directed RNA polymerase subunit alpha	GTGATTGAAATCGAAAAGCCGAAAATTGAGACCGTTGATGTCAATGAAGATGGAACCTATGGGAAATTCGTAGTTGAGCCTCTGGAGAGAGGGTATGGCACGACGCTGGGGAACTCGCTTCGCCGCATCTTGTTATCCTCACTACCGGGAGCTGCAGTCACATCGATTCAAATCGATGGCGTGCTGCATGAATTTTCCACGATTCCGGGTGTCATGGAAGACGTGACCGAGGTCATCCTGAACCTGAAAGCTTTGTCTCTGAAAATTCATTCCGATGAAGAGAAAGTGTTCGAGATTGATGCGGAGGGTGAAGGGGTTGTTACTGCTGGTGACATCCGTGCGGATAGTGATGTGGAGATTCTGAACCCAGATCTTCATATTGCAACGCTCGGCCCTGGTGCAAGACTTCATATGCGTATTTTTGCCAGTCGCGGTCGTGGCTATGTCCAGGCGGATCGGAACAAACGCGATGACCAGCCTATCGGCGTCATTCCCGTCGATTCGATCTATACTCCGATTAGCCGTGTTAACTACGGTGTGGAAAATACGCGTGTTGGTCAAGTAACCAACTACGATAAACTGACGCTTGAAATTTGGACGGATGGCAGCATCCGCCCGGAAGAAGCTGTTAGTCTCGGCGCGAAAATCTTGACTGAGCATCTGTTCCTCTTCGTAGGTCTGACCGACGAAGCGAAGGATGCTGAGATCATGGTTGAGAAAGAAGAAGACAAGAAAGAAAAAGTGCTTGAAATGACGATCGAAGAGCTGGATCTTTCCGTTCGTTCCTACAACTGCTTGAAACGTGCCGGCATTAATACGGTACAAGAGCTGACCACGAAAACCGAAGAGGATATGATGAAAGTCCGGAACCTCGGACGCAAATCCTTGGAGGAAGTACAAGAGAAGCTTGAGGAGTTGGGCCTGGGACTTCGTACGGAAGAATAG	MIEIEKPKIETVDVNEDGTYGKFVVEPLERGYGTTLGNSLRRILLSSLPGAAVTSIQIDGVLHEFSTIPGVMEDVTEVILNLKALSLKIHSDEEKVFEIDAEGEGVVTAGDIRADSDVEILNPDLHIATLGPGARLHMRIFASRGRGYVQADRNKRDDQPIGVIPVDSIYTPISRVNYGVENTRVGQVTNYDKLTLEIWTDGSIRPEEAVSLGAKILTEHLFLFVGLTDEAKDAEIMVEKEEDKKEKVLEMTIEELDLSVRSYNCLKRAGINTVQELTTKTEEDMMKVRNLGRKSLEEVQEKLEELGLGLRTEE				NA	NA	NA	NA	NA
JZ016_03413	396	rpsK		30S ribosomal protein S11	ATGGCTAAACCAAAAAAAGTCGTACGTACTAAACGTCGTGACCGCAAAAATATTGAAAGTGGCGTGGCTCATATCCGCTCCACATTCAACAATACAATCGTAACGATTACGGATCCTCACGGAAACGCGATTTCTTGGGCAAGCTCCGGCGGCCTTGGATTTAAAGGTTCCCGTAAGTCGACCCCGTTCGCTGCGCAAATGGCTGCTGAAACAGCTGCCAAAGCGGCTATGGAACACGGTATGAAAGCGGTGGAAGTAATGGTTAAAGGTCCTGGTGCTGGTCGTGAAGCAGCAATTCGTTCTCTGCAAGCAGCAGGTCTCGAAGTCAACCTGATCAAAGACGTTACACCAATTCCACATAACGGATGCCGCCCACCAAAACGTCGTCGCGTATAA	MAKPKKVVRTKRRDRKNIESGVAHIRSTFNNTIVTITDPHGNAISWASSGGLGFKGSRKSTPFAAQMAAETAAKAAMEHGMKAVEVMVKGPGAGREAAIRSLQAAGLEVNLIKDVTPIPHNGCRPPKRRRV				NA	NA	NA	NA	NA
JZ016_03414	369	rpsM	COG0099	30S ribosomal protein S13	ATGGCTCGTATAGCTGGTGTGGATTTGCCACGTGACAAACGCGTTGAGATCGCCTTGACTTACATTTTCGGAATCGGTAAAACGACTTCCCAGAAAGTACTGAAAGAAACTGGAATCAATGCAGACACTCGTGTCCGTGATTTGACAGAAGATGAAGTCAGCAAATTGCGCGAAACGATCGATGGTATGGTTAAGGTAGAAGGTGACCTGCGTCGTGAAATTTCCTTAAATATTAAACGTCTCACGGAGATCGGCTGCTACCGCGGTATTCGTCACCGTCGTGGATTGCCTGTTCGTGGTCAACGTACTAAAACGAATGCTCGTACACGTAAAGGTCCTCGTCGTACCGTAGCGAACAAGAAGAAATAA	MARIAGVDLPRDKRVEIALTYIFGIGKTTSQKVLKETGINADTRVRDLTEDEVSKLRETIDGMVKVEGDLRREISLNIKRLTEIGCYRGIRHRRGLPVRGQRTKTNARTRKGPRRTVANKKK				NA	NA	NA	NA	NA
JZ016_03415	216	infA	COG0361	Translation initiation factor IF-1	GTGGCTAAAGAAGATGTCATTGAAGTCGAAGGAACGGTCATTGAGCCGTTGCCGAATGCTACCTTTAAAGTCGAGCTGGAGAATGGTCATCAAATTCTCGCTCATGTTTCCGGAAAGCTGCGGATGCACTTTATCCGTATCCTTACAGGAGACAAAGTGGTTGTTCAACTCTCGCCGTATGATTTAACCAAAGGTCGTATCACGTACCGTAAATAG	MAKEDVIEVEGTVIEPLPNATFKVELENGHQILAHVSGKLRMHFIRILTGDKVVVQLSPYDLTKGRITYRK				NA	NA	NA	NA	NA
JZ016_03416	306			hypothetical protein	ATGAATAATGAAATCACGCTTCAGCCCGGTCAGATTGTTAAGATACTAAAAGGCAGAGATGCCGGACAGTATGCCGTTATCGTTTCGATTGAGGACAGCAGGTTCGTGTGGATCGCGGATGGGGACAAACGCAAGTTTGACGGGGCCAAGAAGAAGAATGTTCTTCATCTTGAACCTCAATCCTACATTAGCAGTGAAGTGGTAAACAGTTTGCAAGAAAGCGGTCGGGTTACAAACGGTAAACTGCGTTTCGCACTGGACCGGTTTGTATCCGATAAATCCAAGGCAGATCAGAAAGGAGACTAA	MNNEITLQPGQIVKILKGRDAGQYAVIVSIEDSRFVWIADGDKRKFDGAKKKNVLHLEPQSYISSEVVNSLQESGRVTNGKLRFALDRFVSDKSKADQKGD				NA	NA	NA	NA	NA
JZ016_03417	753	map_3	COG0024	Methionine aminopeptidase 1	ATGATCATTTGTAAATCCGAAACGGAACTGAGCTTGATGAGAGAAGCAGGAAGGATCGTGGCGGAATGCCACAAACTCCTTGCCGCTCATGTAGAACCGGGCATTACGACCGGGGAACTTGACCTTATGGCCGACAAGTTCATTCGAAGCCAAGGCGCTGTGCCATCTTTTAAAGGCTACAACGGATTTCCTTCCAGCATTTGCGCATCAGTCAACGAAGAATTGGTGCATGGATTTCCAGGCAAACGCAAATTAATCGAGGGCGATATCGTTACGTTTGATATCGGTGCACAGTACCAGGGTTACCATGGTGACTCGGCATGGACCTACGCTGTAGGAGAGATTTCCGAAGAGGCCCAGCGTCTGCTGGACGTAACGGAAGGATCGCTCTATGCTGGACTTGCGCTAATCAAACCCGATGTCCGCTTGTTTACAATCTCTCATGCCATACAGCGTCATATCGAGGATGCAGGTTTCTCTGTCGTCCGGGAATACGTTGGTCATGGTGTGGGTACCGATCTGCATGAGGATCCGCAAATTCCGAACTATGGCATCCCTGACCGCGGACCAAGACTCAAACCGGGCATGGTGCTCGCGATTGAGCCGATGGTCAATGCGGGTAAGCGGAACGTCAAGACGCTGGAAGACAACTGGACGGTTGTAACGGTAGACGGCTCACTATGTGCTCACTTCGAGCATACGGTAGCAGTCACGCCGGATGGCATGGAAATTTTGACGAAGCTGCCGGAATAG	MIICKSETELSLMREAGRIVAECHKLLAAHVEPGITTGELDLMADKFIRSQGAVPSFKGYNGFPSSICASVNEELVHGFPGKRKLIEGDIVTFDIGAQYQGYHGDSAWTYAVGEISEEAQRLLDVTEGSLYAGLALIKPDVRLFTISHAIQRHIEDAGFSVVREYVGHGVGTDLHEDPQIPNYGIPDRGPRLKPGMVLAIEPMVNAGKRNVKTLEDNWTVVTVDGSLCAHFEHTVAVTPDGMEILTKLPE	PGPT0020010_8571	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020010-map-K01265	NA	NA
JZ016_03418	645	adk		Adenylate kinase	GTGAACATCTTATTCATGGGTCCTCCTGGGGCAGGAAAAGGGACGCAAGCAGAAAACATCGTGAATGAATTCGGTATTCCTCATATTTCAACAGGCGATGCATTTCGTCTCGCGATCAAACAAGGAACTCCCATCGGGATTAAAGCGAAGGAATTCATGGATCAGGGTCTGCTGGTACCGGATGACGTAACGATTGGTATTGTGGAAGAGCGTCTGCAGCAGTCCGATTGCGAAAAAGGTTTTTTATTGGACGGTTTTCCAAGAACCCTTTCGCAAGCGGAAGCGCTGGATGACATTCTCGCCCGCTTGAATACTGGTCTCGATCACGTCATCAACCTGAAAGTTGATCGGGAAAAGCTTCTGGCTCGCCTTACCGGCCGCCGGATTTGCAAAAACTGTGGTTCGACTTATCATGTGATCTTTAATCCTCCTAAACAGGAAGGCATTTGTGATAAATGCGGCGGCGAATTGTACCAGCGCTCCGATGATAACGAAGAGAGCGTCGGCATTCGTTTAGACGAATATATCAACAAAACAGCACCACTCCTCACGTTTTATGAGAACAAAGGTCTTTTGCGTCAAATCGATGGTGATCAGGAAATCGACGCGGTTTCAACACAAATTGCGTCTATACTGAGAGGTTAA	MNILFMGPPGAGKGTQAENIVNEFGIPHISTGDAFRLAIKQGTPIGIKAKEFMDQGLLVPDDVTIGIVEERLQQSDCEKGFLLDGFPRTLSQAEALDDILARLNTGLDHVINLKVDREKLLARLTGRRICKNCGSTYHVIFNPPKQEGICDKCGGELYQRSDDNEESVGIRLDEYINKTAPLLTFYENKGLLRQIDGDQEIDAVSTQIASILRG	PGPT0009040_4901	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0009040-adk|AK-K00939	NA	NA
JZ016_03419	1299	secY		Protein translocase subunit SecY	ATGTTTAAGACCCTGAAAAATATATGGCGTGTGGATGACCTTCGCAAGCGTATTTTGTTCACCTTATTCGTTCTGATCATCTTCCGTATTGGATCCTTTGTTCCGGTTCCCGGTGTTAACAAAGATGTTTTTACCCAGACGAATCAGGCAGGCAATGAGTTGTTCGGTCTTCTTAACACGTTCTCGGGGGGCGCACTATCGCAGTTTTCGATCTTTGCCCTTTCGATATTTCCATATATTACTGCGTCCATTATCGTACAGTTGTTGTCGATGGACGTCATTCCAAAGTTTGCGGAATGGAACAAACAAGGGGAACACGGGAAGAAACAGTTGGCTCAAATTACTCGTTATGGTACGGTAATATTGGGTTTGATCCAGGCATTCGCAATGTCCATCGGGTTTAACCGTATGTATGGCATGGATATGGTTCCTGGAGCAACGTTTATCGATTTTGTTGTTATTGCGATCGTGCTTACCGCAGGTACATCATTCCTGATGTGGCTCGGCGAACAGATTACGGAACGCGGAATCGGTAACGGTATTTCGATCATTATCTTTGCAGGTATCGCTGCTGGTATCCCGATGCACATTCGGACTACGATCGAATCGAACTTCATTCAGGATGGTCAAGTGTTCATGAACATTCTGAAGGGTGTCATCATCCTACTGATTTTGGTTCTGATCATTACCGGTGTTGTATTCATTCAGCAAGGTATCCGTAAAATTCCGGTTCAATACGCGAAGCGTGTTGTAGGAAACAAAATGTACGGCGGACAGAATACACACATTCCACTCAAGATTAACGGAGCAGGCGTTATTCCGGTAATCTTTGCGATGTCACTGCTGCAGTTCCCGGTTATCCTCGCTAGCTTCTGGGGACACCAGAATTGGGCGAAATGGGTTACGGCGAATCTGGCTTATGACAGCCCGCTTGGAATGGTACTGTATGTACTCATGATCATTGGTTTCACGTTCTTCTACACTTTCGTGCAGATGAATCCGAACCAAATGGCTGATAATATGAAGAAGAACGGCGGCTATGTACCGGGCATTCGTCCTGGTAAAGCTACCGAGAAGTATCTGACCCGGGTTATGACCCGTCTGACCATGACAGGAGCTCTGTTCCTGGCCGTGATCTCCGTACTTCCGGTGTTCTTTGGATCACTTGCAGGTCTTCCGCGTACGGTTCAGATTGGTGGTACGTCCCTCTTGATCGTGGTCGGTGTTGCACTGGATACGATGAAGCAGATCGAAAGCCAACTGATCAAACGTCATTACAAAGGTTTTATCAATAAATAG	MFKTLKNIWRVDDLRKRILFTLFVLIIFRIGSFVPVPGVNKDVFTQTNQAGNELFGLLNTFSGGALSQFSIFALSIFPYITASIIVQLLSMDVIPKFAEWNKQGEHGKKQLAQITRYGTVILGLIQAFAMSIGFNRMYGMDMVPGATFIDFVVIAIVLTAGTSFLMWLGEQITERGIGNGISIIIFAGIAAGIPMHIRTTIESNFIQDGQVFMNILKGVIILLILVLIITGVVFIQQGIRKIPVQYAKRVVGNKMYGGQNTHIPLKINGAGVIPVIFAMSLLQFPVILASFWGHQNWAKWVTANLAYDSPLGMVLYVLMIIGFTFFYTFVQMNPNQMADNMKKNGGYVPGIRPGKATEKYLTRVMTRLTMTGALFLAVISVLPVFFGSLAGLPRTVQIGGTSLLIVVGVALDTMKQIESQLIKRHYKGFINK	PGPT0025725_3792	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025725-secY-K03076	NA	NA
JZ016_03420	441	rplO		50S ribosomal protein L15	ATGAAGTTACATGAGCTGAGCCCAGCACCTGGATCCCGCAAAGAGCGCAAGCGCGTTGGACGCGGTACTAGTAGCGGTACGGGTAAAACGTCGGGTCGCGGTCACAAAGGACAAAACTCTCGTTCCGGCGGTGGTGTACGTCCAGGCTTCGAAGGTGGACAGAACCCATTGTATCGTCGTCTTCCGAAGCGCGGTTTCGTAAACCCAACTCGGAAAGAGTACGCGATTGTGAACATCGAAGAACTTAACAGCTTTGCAGCAGGTACTGAAGTGACTCCAGAAGTTTTGGTTGAGAGCGGTATTGTTAACAATACAAAGAGCGGAATCAAAATTCTTGGCAACGGTGAAGTTACCGTTTCTTTGACTGTAAAAGCTAATAAGTTTTCTCAATCTGCGGTAGAGAAGATCGAGGCTGCCGGCGGTAAAACCGAGGTGATCTAA	MKLHELSPAPGSRKERKRVGRGTSSGTGKTSGRGHKGQNSRSGGGVRPGFEGGQNPLYRRLPKRGFVNPTRKEYAIVNIEELNSFAAGTEVTPEVLVESGIVNNTKSGIKILGNGEVTVSLTVKANKFSQSAVEKIEAAGGKTEVI				NA	NA	NA	NA	NA
JZ016_03421	186	rpmD	COG1841	50S ribosomal protein L30	ATGGCTAAACTTGAAATCACCCTCGTACGCAGCGTGATTGGTCGTCCAGAGGATCAGCGTGCAACCGTGAAAACACTCGGACTTCGCAAAATCAACCATTCCGTGGTTCAAAGCGACAATGCTGCAATTCGCGGAATGATTAAGAAAGTAAATCACCTGGTTTCTGTTAAAGAAATCGAAGGTTAA	MAKLEITLVRSVIGRPEDQRATVKTLGLRKINHSVVQSDNAAIRGMIKKVNHLVSVKEIEG				NA	NA	NA	NA	NA
JZ016_03422	498	rpsE	COG0098	30S ribosomal protein S5	TTGCGTGTAGATCCTAACACTTTAGAACTGACTGAAAGAGTAGTAAACATTAACCGCGTTGCTAAAGTTGTAAAAGGCGGACGTCGCTTTAGCTTTAGTGCACTGGTAGTTGTCGGTGATGGCAAAGGTTGGGTAGGAGCAGGTATCGGTAAAGCAGGCGAAGTACCGGATGCAATCCGCAAAGGTATTGAAGATGCTAAGAAAAACCTGATTCACATTCCACTTGTTGGAACAACTATTCCTCACCTCGTAACAGGTCACTTCGGAGCAGGCCGAGTATTGTTGAAGCCGGCATCTGAAGGTACTGGGGTTATCGCTGGCGGACCGGTTCGTGCAGTACTTGAACTGGCTGGCGTAGGCGACATTTTGACAAAATCTCTAGGTTCTTCGAACTCCATGAACATGGTCAATGCGACTTTGGAAGGGTTGTCCCGCCTGAAGCGTGTTGAAGATGTTGCCAAGCTTCGCGGCAAATCCGTCGAAGAGCTGTTGGGTTAA	MRVDPNTLELTERVVNINRVAKVVKGGRRFSFSALVVVGDGKGWVGAGIGKAGEVPDAIRKGIEDAKKNLIHIPLVGTTIPHLVTGHFGAGRVLLKPASEGTGVIAGGPVRAVLELAGVGDILTKSLGSSNSMNMVNATLEGLSRLKRVEDVAKLRGKSVEELLG				NA	NA	NA	NA	NA
JZ016_03423	369	rplR	COG0256	50S ribosomal protein L18	ATGATCACGAAACAAGACAAGAACAAAGCTCGTCTGAAAAGACACCTGCGTGTCCGTAAGAAAATCCAAGGCACAGCAGAACGTCCACGTCTGAACGTGTTCCGTTCTTCGAAACACATCTATGCTCAATTGATCGACGACGTGGCTGGCGTGACTTTGGCATCAGCTTCTACGCTGGATAAAGAACTGGCTAACGACATCAAGAACGGCGGAAGCGTTGAATCCGCTCGTAAAGTCGGCGAACTCGTTGCAAAACGTGCTGCAGACAAAGGTTACAAAGTGATCGTATTCGATCGTGGTGGATACTTGTATCATGGACGTATTCAAGCACTTGCAGAGGCAGCTCGCGAGGCAGGCCTTGAATTCTAA	MITKQDKNKARLKRHLRVRKKIQGTAERPRLNVFRSSKHIYAQLIDDVAGVTLASASTLDKELANDIKNGGSVESARKVGELVAKRAADKGYKVIVFDRGGYLYHGRIQALAEAAREAGLEF				NA	NA	NA	NA	NA
JZ016_03424	543	rplF	COG0097	50S ribosomal protein L6	ATGTCCCGTATTGGTCGTAAACCAATTGCTATTCCAAACGGTGTGGAAGTCACACTGGATAACACTGTAATCACTGTTAAAGGACCTAAAGGTACCTTGACTCGTGAACTGCATAAAGACATGCAAATTACAGTAGAAAACAACGAGATCAATGTTGTTCGTCCTTCCGACAACAAAACACATCGCTCTCTTCACGGCACGACCCGCAGCGTTGTCTCGAATATGGTCAACGGTGTAACTGAAGGATTCTCGAAAAACCTTGAGTTGGTAGGTGTCGGATACCGTGCAAGCAAATCCGGAGATAAAATCGTTCTGAACGTGGGTTACTCCCACCCAGTTGAAATTACACCGGAGCCAGGTATCGAGTTCGACGTACCGGCAAACACAAAAATCACGGTTCGTGGTATCGATAAAGAGCGCGTAGGTGCATACGCTGCTAAGATTCGTTCCGTACGTGAGCCTGAGCCATACAAAGGTAAAGGTATTAAATACGAAGGTGAACGCATTATCCGTAAGGAAGGTAAAGCTGGTAAGAAGAAATAA	MSRIGRKPIAIPNGVEVTLDNTVITVKGPKGTLTRELHKDMQITVENNEINVVRPSDNKTHRSLHGTTRSVVSNMVNGVTEGFSKNLELVGVGYRASKSGDKIVLNVGYSHPVEITPEPGIEFDVPANTKITVRGIDKERVGAYAAKIRSVREPEPYKGKGIKYEGERIIRKEGKAGKKK				NA	NA	NA	NA	NA
JZ016_03425	399	rpsH	COG0096	30S ribosomal protein S8	ATGACTATGTCCGATCCAATTGCAGATATGCTAACTCGTATTCGTAACGCGAACACGGTTCGCCACGAAACAGTAGAAATGCCTGCTTCGACGATTAAAAAACAAATCGCTGACATTTTGAAGCGTGAAGGCTTCATCCGTGATGCAGAGTTTGTGGAAGACAATAAACAAGGGATCATTCGTGTATTCCTGAAATATGGTTCCAACAACGAACGTGTAATCACAGGTCTGAAAAGAATCAGCAAACCAGGTCTTCGCGTTTACACGAAGAGCAACGAAGTACCTCGCGTACTTGGTGGTTTGGGTATTGCGATCATCTCCACGTCTAAGGGAGTTATGACCGACAAAGAAGCTCGTCAATCCAAAGCTGGCGGAGAAGTTCTCTGCTACGTATGGTAA	MTMSDPIADMLTRIRNANTVRHETVEMPASTIKKQIADILKREGFIRDAEFVEDNKQGIIRVFLKYGSNNERVITGLKRISKPGLRVYTKSNEVPRVLGGLGIAIISTSKGVMTDKEARQSKAGGEVLCYVW				NA	NA	NA	NA	NA
JZ016_03426	543	rplE		50S ribosomal protein L5	ATGGCAGCAAGAATGAAAGAACGTTTTTTGAACGAAGTAACTCCTGCTCTGATGCAGAAGTTTAGCTATAAGACAGTAATGCAGGTACCAAAAATCGAGAAGGTTGTCATCAACATGGGTGTAGGTGACGCTGTAGCTAACTCGAAGGTGCTTGATTCCGCTGTGAACGACATGCAGCTGATTGCTGGTCAAAAACCGGTTATCACCCGTGCGAAGAAATCCATCGCGGGATTCAAACTGCGTGAGAACATGCCGATCGGTGTGAAGGTAACACTGCGCGGTGAGCGTATGTACTACTTCCTCGACAAGCTGTTCAACGTTACACTTCCACGTGTACGTGACTTTCAAGGCGTGTCCACCAAAGCATTTGACGGACGCGGTAACTATACGCTCGGTCTGAAAGAGCAACTCATTTTCCCTGAAATTGAGTATGACAAAGTGGATAAAGTTCGCGGTATGGACATCGTTATCGTAACGACTGCTAAAACCGACGAAGAATCCCGTGAACTGCTTGCTCAACTGGGCATGCCTTTCGCGAAATAA	MAARMKERFLNEVTPALMQKFSYKTVMQVPKIEKVVINMGVGDAVANSKVLDSAVNDMQLIAGQKPVITRAKKSIAGFKLRENMPIGVKVTLRGERMYYFLDKLFNVTLPRVRDFQGVSTKAFDGRGNYTLGLKEQLIFPEIEYDKVDKVRGMDIVIVTTAKTDEESRELLAQLGMPFAK				NA	NA	NA	NA	NA
JZ016_03427	357	rplX	COG0198	50S ribosomal protein L24	ATGCCTAAAGTGAAAAAAGTCCTGGAATCCCATAGCAACAAACTGCACGTGAAAAAAGATGATACAGTTATCGTCATCAGCGGTAAAGACAAAGGCAAAAAAGGCCGTGTCATCGCAGCGTACCCTCGTGAAAATCGTGTTTTGGTTGAAGGTGTGAACATGATTAAGAAGCACCAGAAGCCAAACCAAATGAACCCACAAGGCGGTATCATCGAGAAGGAAGCTCCGATCCATGTATCGAACGTTATGCACGTTGATCCGAAGAGCGGAAAAGTAACCCGTATCGGTTACAAAGTACTGGACAACGGTAAAAAAGTTCGCGTAGCTAAAAGATCCGGAGAAGTTATCGATAAATAA	MPKVKKVLESHSNKLHVKKDDTVIVISGKDKGKKGRVIAAYPRENRVLVEGVNMIKKHQKPNQMNPQGGIIEKEAPIHVSNVMHVDPKSGKVTRIGYKVLDNGKKVRVAKRSGEVIDK				NA	NA	NA	NA	NA
JZ016_03428	369	rplN	COG0093	50S ribosomal protein L14	ATGATTCAACCATTTACACGTTTAGCTGTTGCTGACAACTCCGGTGCGAAGGAACTGATGTGTATCCGCGTATTGGGTGGTACTGGTCGTCGTACAGCTCAAATCGGTGATTTGATCGTATGTTCCGTCAAACAAGCAACACCAGGCGGCGTTGTCAAAAAGGGTGATGTAGTAAGAGCGGTAGTCGTTCGCACGAAACGTTCTGTACGTCGTAAAGACGGATCTTACATCTCATTTGACGAGAATGCAGCTGTTGTTGTTAAAGACGACAGAAGCCCACGCGGAACTCGTATTTTCGGACCAGTTGCTCGCGAACTTCGCGAAAGAGACTACATGAAAATCGTTTCCTTGGCTCCGGAAGTAATCTAA	MIQPFTRLAVADNSGAKELMCIRVLGGTGRRTAQIGDLIVCSVKQATPGGVVKKGDVVRAVVVRTKRSVRRKDGSYISFDENAAVVVKDDRSPRGTRIFGPVARELRERDYMKIVSLAPEVI				NA	NA	NA	NA	NA
JZ016_03429	267	rpsQ	COG0186	30S ribosomal protein S17	ATGAGCGAAGAACGCAATGCTCGTAAAGTGCAAATTGGTAAAGTTGTCAGCGATAAAATGGATAAAACCATTGTTGTAGCTGTTGAAACCTATAAGAAGCATGACTTGTATCACAAACGCATTAAATACACAAAAAAATTTAAAGCGCATGATGAGAACAATCAAGCTCAAATCGGAGATACCGTTAAAATCATGGAAACTCGCCCTCTCTCCAAAGACAAGCGCTGGAGATTGGTAGAAGTGGTTGAAAAAGCGGTAATCATCTAA	MSEERNARKVQIGKVVSDKMDKTIVVAVETYKKHDLYHKRIKYTKKFKAHDENNQAQIGDTVKIMETRPLSKDKRWRLVEVVEKAVII				NA	NA	NA	NA	NA
JZ016_03430	198	rpmC	COG0255	50S ribosomal protein L29	ATGAAAGCTAATGAACTGCGCAACTTAACCACTGCAGAAATCGAGCAAAAAATCGCCGGATTTAAAGAGGAACTCTTTAACCTCCGTTTTCAATTGGCCACAGGCCAGCTTGACAACCCGACTCGGATCCGTGACGTTCGCAAAGAAATAGCTCGTGCTAAAACCGTTATCCGTGAAAGAGAACTTGGGATTAGTTAA	MKANELRNLTTAEIEQKIAGFKEELFNLRFQLATGQLDNPTRIRDVRKEIARAKTVIRERELGIS				NA	NA	NA	NA	NA
JZ016_03431	435	rplP	COG0197	50S ribosomal protein L16	ATGTTGGTACCAAAACGTGTAAAACACCGCAAACAACAGCGCGGCCATATGAGAGGTCAAGCTAAAGGCGGTACTGAACTGAACTTCGGCGAATTCGGTCTGCAAGCAACAGAACCAGGCTGGATCACGAACCGTCAGATCGAGGCTGCTCGTATCGCGATGACTCGTTACATTCGTCGTGGCGGTAAAGTATGGATTAAGATTTTCCCAGATAAGCCGATTACTCAAAAGCCTCTCGAAGTGCGGATGGGTAGCGGTAAAGGTAACGTTGAGAAATGGGTTGCCGTTGTAAAACCAGGCAAGATCATGTTTGAACTTGGAGGCGTGTCCGAGGAAATCGCCCGCGAAGCGATGCGTCTCGCCGCTCACAAGCTGCCTGTTAAAACGAAGTTTGTGAAACGAGAAGAAGTGGGTGGTGAAGCAAATGAAAGCTAA	MLVPKRVKHRKQQRGHMRGQAKGGTELNFGEFGLQATEPGWITNRQIEAARIAMTRYIRRGGKVWIKIFPDKPITQKPLEVRMGSGKGNVEKWVAVVKPGKIMFELGGVSEEIAREAMRLAAHKLPVKTKFVKREEVGGEANES				NA	NA	NA	NA	NA
JZ016_03432	666	rpsC		30S ribosomal protein S3	GTGGGCCAAAAGGTAAATCCAGTAGGACTCCGTATCGGTATTATCCGTGATTGGGAATCCAAATGGTATGCAGGCAAAGACTTCGGTGATCTTTTGCTGGAAGACGTGAAAATCCGTGAATACCTGAAAAATAAATTGAAAGACTCCGCTGTATCCCGTATCGAAATCGAGAGAGCGGCTAATCGTGTGAACGTGACGATCCACACTGCGAAGCCAGGTATGGTTATCGGTAAAGGTGGTTCCGAAGTAGAAGTACTGCGCGGACAAGTGACTAAAATTGCCGGCGGTAAAAAAGTTCACATCAACATTTCTGAAATCAAAAACCCTGAACTGGACGCTATTCTTGTTGCTGAAAGCATTGCACAACAGCTGGAACGTCGTGTATCTTTCCGTCGTGCACTGAAACAAGCGATTCAAAGAACTATGCGCTCTGGAGCAAAAGGGATTAAAACATCGGTCAGCGGACGTCTTGGCGGAGCCGAGATTGCTCGTACGGAAGGCTACAGTGAAGGAACTGTTCCACTTCATACGCTTCGTGCAGACATCGACTATGGTACAGCAGAAGCGCATACGACTTACGGCCGTATCGGCGTGAAAGTATGGATCTATCGTGGAGAGGTTCTTCCTACGGCTAAGAAACAAGCTGCTCAGGAAGGAGGCAACTAA	MGQKVNPVGLRIGIIRDWESKWYAGKDFGDLLLEDVKIREYLKNKLKDSAVSRIEIERAANRVNVTIHTAKPGMVIGKGGSEVEVLRGQVTKIAGGKKVHINISEIKNPELDAILVAESIAQQLERRVSFRRALKQAIQRTMRSGAKGIKTSVSGRLGGAEIARTEGYSEGTVPLHTLRADIDYGTAEAHTTYGRIGVKVWIYRGEVLPTAKKQAAQEGGN				NA	NA	NA	NA	NA
JZ016_03433	333	rplV	COG0091	50S ribosomal protein L22	ATGGAAGCAAAAGCACATGCTAGATCGATTCGTATTGCTCCTCGTAAAGCTCAACTCGTTGTTGACTTGATCCGCGGTAAGCAAGTCGGCGAAGCGATCGCAATTCTTCGTCACACTCCGAAAGCTGCATCTCCGGTTGTTGAGAAGCTTTTGAACTCGGCTATCGCTAACGCTGAGCATAACTACTCTTTGGATGTAACTAAATTGGTTGTGACGCAAGCTTATGTCAACCAGGGACCGACTATGAAACGTTTCCGCCCGCGTGCGATGGGACGTGCAAGCCGGATCAATAAACGCACCAGCCACATTACTTTGGTGGTAGCTGAAAAATAA	MEAKAHARSIRIAPRKAQLVVDLIRGKQVGEAIAILRHTPKAASPVVEKLLNSAIANAEHNYSLDVTKLVVTQAYVNQGPTMKRFRPRAMGRASRINKRTSHITLVVAEK				NA	NA	NA	NA	NA
JZ016_03434	276	rpsS	COG0185	30S ribosomal protein S19	ATGAGCCGTAGTTTGAAAAAAGGACCTTTTATTGACGGATATCTGCTCAAAAAAGTGGAGGACATGAACGCCGCAAGCAAAAAGGCTGTGATCAAAACCTGGTCCCGCCGCTCCACTATTTTCCCGCAATTTATCGGTCACACGTTCGGAGTATACGATGGCCGTAAACATGTACCTGTATATGTAACAGAGGACATGGTAGGACACAAGTTGGGTGAGTTCGCTCCAACTCGTACCTACAAAGGTCATGAAGATGATAAGAAAACAAGAAGATAA	MSRSLKKGPFIDGYLLKKVEDMNAASKKAVIKTWSRRSTIFPQFIGHTFGVYDGRKHVPVYVTEDMVGHKLGEFAPTRTYKGHEDDKKTRR				NA	NA	NA	NA	NA
JZ016_03435	831	rplB		50S ribosomal protein L2	GTGCCTATTAAAAAGTATAAACCGACATCCCCGGCTCGACGCAACATGTCCGTGTCGACTTTCGAAGAAATCACCACGAATCAGCCGGAGAAATCGTTGTTGGCTCCGCTGAGCAAAACAGCTGGCCGTAACAACCAAGGTAAAATTACGGTTCGTCACCATGGCGGCGGACACAAGCGTAAATACCGTATCATCGACTTCAAACGGAATAAAGACGGCATTCCAGGTCGCGTTGCTACAATCGAATACGACCCGAACCGTACTTCCAACATCGCTCTGATTCACTATGTAGATGGTGAAAAACGTTATATCATCGCTCCTAAAGGTCTGAAAGTTGGAGACCAAGTAGTATCTGGAGTAGGTGCTGACATCAAGATCGGTAACTCACTTCCACTGGAAAACATTCCGGTAGGTACCGTTATCCACAACATCGAGTTGAAACCAGGTAAAGGCGGACAATTGGTTCGTGCTGCTGGTACAGAAGCTCAACTTCTCGGTAAAGAAGATAAGTACGTAACTGTTCGTCTTTCTTCCGGTGAAGTTCGTCGCATCCTGAAAGTTTGCCGTGCAACTATCGGTTCTGTGGGTAACCAAGACCATGAGTTGATCAAAATCGGTAAAGCTGGTCGTAGCCGCTGGCTTGGACAACGTCCTGAAGTACGTGGTGTCGTCATGAACCCTAACGATCACCCTCACGGTGGTGGTGAAGGCCGCGCTCCAATCGGACGTAAATCGCCTATGTCTCCATGGGGTAAACCAACCCTTGGTTACAAAACACGTAAAAAAGGTAAAGCTTCTGACAAATATATCGTTCGCCGCCGCACGAAGTAA	MPIKKYKPTSPARRNMSVSTFEEITTNQPEKSLLAPLSKTAGRNNQGKITVRHHGGGHKRKYRIIDFKRNKDGIPGRVATIEYDPNRTSNIALIHYVDGEKRYIIAPKGLKVGDQVVSGVGADIKIGNSLPLENIPVGTVIHNIELKPGKGGQLVRAAGTEAQLLGKEDKYVTVRLSSGEVRRILKVCRATIGSVGNQDHELIKIGKAGRSRWLGQRPEVRGVVMNPNDHPHGGGEGRAPIGRKSPMSPWGKPTLGYKTRKKGKASDKYIVRRRTK				NA	NA	NA	NA	NA
JZ016_03436	294	rplW	COG0089	50S ribosomal protein L23	ATGAAAGACCCACGCGATATAATCAAGCGCCCGGTGATCACGGAACGTACGGCTGACTACATGGCAGAGCTGAAATATGCTTTTGAAGTGGATATCCGTGCTAACAAGACCGAGATCAAGCAAGCTGTCGAATCTATTTTTAAAGTTAAAGTATCGAACGTGAATACGATGCGTGTTCCTGCTAAACCAAAGCGTTATGGCCGTTATTCCGGTTACACAACCGAATGGAAAAAGGCAATCGTGACTTTGGCTCCAGACAGCAAACCGCTCGAGTTCTTTGAATCGGTTGAATAA	MKDPRDIIKRPVITERTADYMAELKYAFEVDIRANKTEIKQAVESIFKVKVSNVNTMRVPAKPKRYGRYSGYTTEWKKAIVTLAPDSKPLEFFESVE				NA	NA	NA	NA	NA
JZ016_03437	624	rplD		50S ribosomal protein L4	ATGCCTAAAGTAGCACTTTATAATGTCAGCGGTAGCCAAGTTGGCGAAGTAGAATTGAATGAAGCTGTATTCGGCATCGAGCCGAACGCACACGTATTGCACAGTGCAGTATTGTTGCAGCGCGCTTCGCTTCGTCGTGGTACCCACAAAGTAAAAGGACGTTCTGAAGTACGCGGCGGCGGACGTAAGCCTTGGAAACAAAAAGGTACTGGCCGTGCTCGTCAAGGTTCGATCCGTTCTCCACAATGGAAAGGCGGCGGTGTGGTATTTGGACCAACTCCGCGCAGCTACACATTTAAACTTCCTAAGAAAGTTCGTCGTTTGGCTATCAAATCCGCATTGTCTTCCAAAGTGATTGACAACGCGATTATCGTATTGGATCAATTGACGCTGAATGCGCCGAAAACGAAAGAGTTTGCTAACATTCTTAGCAACCTGAAAGTAGGCCGTAAAGCTCTGATCGTTGCTCCAAGCTATGATGATAATGTAGCCCTTTCCGCTCGTAATATTCCTGGTGTGAAATTCGTAGCGGCTGACGGCATTAATGTTCTTGACGTACTGTCGTACGATCAACTGATCATTACGAAGGAAGCAGTTCAGAAGGTAGAGGAGGTGCTCGCGTAA	MPKVALYNVSGSQVGEVELNEAVFGIEPNAHVLHSAVLLQRASLRRGTHKVKGRSEVRGGGRKPWKQKGTGRARQGSIRSPQWKGGGVVFGPTPRSYTFKLPKKVRRLAIKSALSSKVIDNAIIVLDQLTLNAPKTKEFANILSNLKVGRKALIVAPSYDDNVALSARNIPGVKFVAADGINVLDVLSYDQLIITKEAVQKVEEVLA				NA	NA	NA	NA	NA
JZ016_03438	624	rplC	COG0087	50S ribosomal protein L3	ATGAAAGGTATCTTAGGTAGAAAGCTCGGAATGACTCAAGTGTTTACCCCTGAGGGTGTTGTAATTCCTGTAACGGTTATCGAAGCAGGTCCTTGTGTTGTTCTTCAAAAGAAAGATCTGGAAAACGACGGATACGAAGCGATTCAAGTCGGTTTCTCTGATAAGAAAGAGAACAGATCTAACAAACCAGAAGCAGGCCATGCGAAAAAAGCAAACACTGCGCCTAAGCGCTACGTTCGCGAAATTCGCGGTGTTGACCTCGCGAGTGTCGAGGTTGGACAAGAGCTGAAGGCTGATGTCTTCGCAGAAGGCGAATTTGTTGACGTAACGGGTATTTCCAAAGGTAAAGGTTTCCAAGGTGTAATCAAGCGTTGGGGCCAAAGCCGCGGACCAATGTCTCACGGTTCCCGTTATCACCGTAGACCAGGTTCCATGGGTTCGATCCAGGCAAACCGTGTTCCTAAAGGAAAGCGTCTGCCAGGTCACATGGGCAATGAGACAGTTACGATTCAAAAGCTCGAAGTTGTTAAAGTCGATGCAGAGCGTAACGTAATCCTTGTAAAAGGTTCCATTCCTGGACCTAAAAAAGGTTTCGTTCAAATCAAAGAAACGGTGAAGAAATAA	MKGILGRKLGMTQVFTPEGVVIPVTVIEAGPCVVLQKKDLENDGYEAIQVGFSDKKENRSNKPEAGHAKKANTAPKRYVREIRGVDLASVEVGQELKADVFAEGEFVDVTGISKGKGFQGVIKRWGQSRGPMSHGSRYHRRPGSMGSIQANRVPKGKRLPGHMGNETVTIQKLEVVKVDAERNVILVKGSIPGPKKGFVQIKETVKK				NA	NA	NA	NA	NA
JZ016_03439	309	rpsJ	COG0051	30S ribosomal protein S10	ATGGCAAAGCAAAAAATTCGTATTCGCTTGAAAGCATACGACCACAGAGTTCTTGATCAATCCGCTGAGAAAATTGTTGAGACAGCAAAACGTTCGGGTGCTGGTGTATCCGGTCCGATCCCGCTGCCAACTGAGAAACAAGTAATTACCATTCTCCGTGCGGTGCACAAGTATAAGGATTCTCGGGAACAGTTCGAAATGCGTACACATAAACGCTTGATCGACATCGTGAACCCGACTCCACAAACTGTGGATGCCTTGATGCGCTTGGACCTGCCGTCCGGTGTAGATATCGAAATCAAACTGTAA	MAKQKIRIRLKAYDHRVLDQSAEKIVETAKRSGAGVSGPIPLPTEKQVITILRAVHKYKDSREQFEMRTHKRLIDIVNPTPQTVDALMRLDLPSGVDIEIKL	PGPT0015245_5632	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	TRIGGERED_IMMUNITY	PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI	PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358	NA	NA
JZ016_03440	1191	tuf	COG0050	Elongation factor Tu	ATGGCAAAGGCTAAATACGAACGTACGAAACCCCATGTTAACATCGGTACTATCGGTCACGTTGACCATGGTAAAACAACTTTGACAGCTGCAATCACATCTGTATTGTCCAAAACTTACGGTGGTGCTGCAATGTCTTTCGACCAAATCGACAAGGCTCCAGAAGAGCGCGAGCGCGGTATCACAATTTCGACTTCCCACGTTGAATACGAAACTGATACTCGTCACTATGCACACGTTGACTGCCCAGGTCACGCTGACTATGTTAAAAACATGATCACTGGTGCTGCTCAAATGGACGGAGCAATCCTGGTTGTATCCGCAGCTGACGGCCCAATGCCGCAAACTCGTGAGCACATCCTGTTGTCCCGCCAAGTAGGCGTTCCTTACATCGTTGTATTCTTGAACAAATGCGACATGGTTGAAGACGAAGAGCTCTTGGAATTGGTTGAGATGGAAGTTCGCGACCTGCTGAGCGAGTATGACTTCCCAGGCGACGACACTCCGATCACTCGTGGTTCCGCTCGTGAAGCTCTGCAAAACCCAGAAGGCGAATGGGCACAAAAAATCGTTGAAATGTTCAAAACAATCGACGAGTACATCCCATTGCCTGAGCGCGACACTGACAAGCCTTTCTTGATGCCTGTCGAGGACGTATTCTCCATCACTGGTCGTGGTACCGTTGCTACAGGTCGTGTAGAGCGTGGTACGATCAAAGTTGGTGACGAGATCGAAATCGTTGGTATCGCTGAAGAAACTAAGAAATCCGTTGTTACGGGCGTTGAGATGTTCCGTAAATTGCTGGATTCCGCACAAGCTGGTGACAACATCGGTGCATTGCTTCGTGGTGTTGAGCGTACTCAAATCGAGCGCGGTCAAGTACTTGCTAAGCCTGCTTCCGTTAAACCACACACAGAGTTCACAGCTCAAGTATACGTACTGAGCAAAGAAGAAGGCGGACGTCATAAGCCTTTCTTCACTGGCTACCGTCCACAGTTCTACTTCCGTACTACGGACGTAACTGGCGTGATCAACTTGCCAGAGGGTTCTGAAATGGTTATGCCTGGTGATAACATCACTGTAACGGTTAGCCTGATCAACCCAATCGCGATTGAAGAAGGAACTAAGTTCTCCATTCGTGAAGGCGGCCGTACCGTAGGTGCTGGTTCCGTTGCAAGCATCATTAAATAA	MAKAKYERTKPHVNIGTIGHVDHGKTTLTAAITSVLSKTYGGAAMSFDQIDKAPEERERGITISTSHVEYETDTRHYAHVDCPGHADYVKNMITGAAQMDGAILVVSAADGPMPQTREHILLSRQVGVPYIVVFLNKCDMVEDEELLELVEMEVRDLLSEYDFPGDDTPITRGSAREALQNPEGEWAQKIVEMFKTIDEYIPLPERDTDKPFLMPVEDVFSITGRGTVATGRVERGTIKVGDEIEIVGIAEETKKSVVTGVEMFRKLLDSAQAGDNIGALLRGVERTQIERGQVLAKPASVKPHTEFTAQVYVLSKEEGGRHKPFFTGYRPQFYFRTTDVTGVINLPEGSEMVMPGDNITVTVSLINPIAIEEGTKFSIREGGRTVGAGSVASIIK	PGPT0015245_3653	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	TRIGGERED_IMMUNITY	PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI	PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358	NA	NA
JZ016_03441	2082	fusA	COG0480	Elongation factor G	ATGGCGACAAGAGAGTTCTCCTTGAAAAATACACGTAATATCGGGATCATGGCGCATATTGACGCTGGTAAAACGACCACTACAGAGCGGATTTTGTTCTATACAGGCCGTACGCACAAAATCGGGGAAGTTCACGAGGGTGCAGCTACAATGGACTGGATGGAGCAGGAGCAGGAGCGCGGTATCACGATTACATCCGCTGCGACTACCGCTTCTTGGAAGGGTCATCGCGTTAATATTATCGACACCCCGGGGCACGTTGACTTCACAGTAGAAGTTGAACGTTCCCTTCGTGTATTGGATGGGGCAGTAGGTGTATTCAGTGCGAAAGAGGGCGTTGAACCTCAGTCGGAGACTGTTTGGAGACAAGCAGACCGTTATGGAGTTCCGCGGATCGCATACGTAAACAAAATGGATATTATCGGTGCCGACTACTTGAACGTAGTTAAAGATATGAGAGAGCGTCTGCAAGCGAATGCGGTAGCGATTCAGCTTCCGATCGGTGCAGAGAATGATTTCATTGGCATCATCGATATTATCGAGGAAAAAGCTTATATGTATAAGGATGACCTCGGTCAAAATATCGAAGAAACCGAAATTCCAGCAGAATTCAAGGATCAAGTGGAAGAGCTTCGCAACGAGCTTGTTGAGAAGGTAGCAGAACTTGACGAAGACTTGACAATGAAATATCTTGAAGGTGAAGAAATCACCATCGCTGAGTTGAAAGCTGCTCTGCGTAAAGGTGTTGTCGAAGTTAAGATCTTCCCGGTTATCTGTGGATCTTCTTACCGTAACAAAGGCGTTCAGCTGATGCTTGATGCCGTAATCGATTATTTGCCGGCTCCAACTGACGTTCCAGACATCAAGGGTACCCTTGAAGACGGAACTGAAGCTATCCGTCATTCTTCCGATGAAGAGCCGTTCTCGGCTTTGGCATTCAAAATCGCTACGGACCCTTATGTTGGTAAGCTGACATTCTTCCGCGTATACTCCGGTGTACTGCAATCCGGCTCTTACGTACTGAATGCAACTAAAGGTAAGCGTGAGCGCATCGGTCGTATCCTTCAAATGCATGCGAACAGCCGCCAAGAAATTTCCGAAGTATTCGCCGGAGATATCGCAGCTGCCGTAGGTTTGAAAGATACGGGTACAGGTGATACACTATGTGATGAGAAAAACCCGGTTATTCTGGAGTCCATGAACTTCCCTGATCCGGTTATCGAAATCGCAGTAGAACCTAAGACGAAAGCTGACCAAGATAAAATGGGTGTGGCTCTCGGTAAGTTGACGGAAGAGGATCCAACTCTTCGTGCACATACTGATGAAGAAACAGGCCAAACGATCCTGGCAGGTATGGGTGAGCTTCACTTGGACATCATCATCGACCGTATGCGTCGTGAGTTCAAGGTAGAAACTAACGTGGGTAAACCACAAGTAGCTTACCGCGAAACATTCCGTGCACCAGCTCGCGTTGAAGGTAAATTCGTTCGTCAGTCCGGTGGTCGTGGACAATACGGTCACGTATGGGTTGAGTTCGAACCTCTGGAACCAGGTAGCGGTAACCAATTCGACAGCAAAGTTGTCGGTGGTTCGGTACCAAGAGAATACATTGGTCCAGCACAACAAGGTATTGAAGAGCAAATGAAGAACGGTGTACTCGCCGGCTTCCCGCTTGTTGACGTTAAAGCAACAATCGTTGACGGTTCTTACCATGATGTTGACTCCAATGAAATGGCGTTTAAAATCGCCGGTTCCATGGCTCTGAAAGCAGCTAAAGACAAGTGTAAGCCTGTCCTGCTTGAGCCAATCATGAAAGTTGAAGTTACCGTGCCTGAGGAATACATGGGCGACGTAATGGGTATGCTGAACTCCCGCCGTGGACGTATCGAAGGTATGGACTCCCGTGGTGGTACTCAAATTATCCGTGCGAAAGTACCTCTTTCCGAAATGTTCGGTTACTCCACTACCCTTCGCTCCGGTACACAAGGACGCGGTGTGTTCTCCATGGAACTCTCCCACTACGAAGAAGTTCCTAAGAATATCTCCGATGAAATTGTGTCCAAGATCAAAGGCGGAGAGTAA	MATREFSLKNTRNIGIMAHIDAGKTTTTERILFYTGRTHKIGEVHEGAATMDWMEQEQERGITITSAATTASWKGHRVNIIDTPGHVDFTVEVERSLRVLDGAVGVFSAKEGVEPQSETVWRQADRYGVPRIAYVNKMDIIGADYLNVVKDMRERLQANAVAIQLPIGAENDFIGIIDIIEEKAYMYKDDLGQNIEETEIPAEFKDQVEELRNELVEKVAELDEDLTMKYLEGEEITIAELKAALRKGVVEVKIFPVICGSSYRNKGVQLMLDAVIDYLPAPTDVPDIKGTLEDGTEAIRHSSDEEPFSALAFKIATDPYVGKLTFFRVYSGVLQSGSYVLNATKGKRERIGRILQMHANSRQEISEVFAGDIAAAVGLKDTGTGDTLCDEKNPVILESMNFPDPVIEIAVEPKTKADQDKMGVALGKLTEEDPTLRAHTDEETGQTILAGMGELHLDIIIDRMRREFKVETNVGKPQVAYRETFRAPARVEGKFVRQSGGRGQYGHVWVEFEPLEPGSGNQFDSKVVGGSVPREYIGPAQQGIEEQMKNGVLAGFPLVDVKATIVDGSYHDVDSNEMAFKIAGSMALKAAKDKCKPVLLEPIMKVEVTVPEEYMGDVMGMLNSRRGRIEGMDSRGGTQIIRAKVPLSEMFGYSTTLRSGTQGRGVFSMELSHYEEVPKNISDEIVSKIKGGE				NA	NA	NA	NA	NA
JZ016_03442	471	rpsG	COG0049	30S ribosomal protein S7	ATGCCACGCAAAGGTCCAGTAACTAAAAGAGACGTGCTGCCAGATCCAGTGTATAACAGCAAGCTGGTAACTCGTCTGATCAACCGCATCATGTTGGATGGTAAAAGAGGTGTTGCTCAAAGCATCCTTTACAATTCGTTCAACATCATCAAGGAACGTACTGGTAATGATCCGATGGAAGTGTTTGAAGCAGCTATCAAGAACATCATGCCAGTATTGGAAGTTAAAGCTCGTCGTGTCGGCGGTGCTAACTACCAGGTTCCGATCGAAGTTAAACCAGAGAGACGTACATCCCTTGGATTACGTTGGCTCGTAAACTACTCCCGCAACCGCGGCGAGAAAACCATGGAAGAGCGTTTGGCGGCTGAGATCATCGATGCTTCCAACAACACAGGCGCTTCCGTTAAGAAACGCGAAGATACACACAAAATGGCTGAAGCGAACAAAGCGTTTGCTCACTACCGTTGGTAG	MPRKGPVTKRDVLPDPVYNSKLVTRLINRIMLDGKRGVAQSILYNSFNIIKERTGNDPMEVFEAAIKNIMPVLEVKARRVGGANYQVPIEVKPERRTSLGLRWLVNYSRNRGEKTMEERLAAEIIDASNNTGASVKKREDTHKMAEANKAFAHYRW				NA	NA	NA	NA	NA
JZ016_03443	420	rpsL	COG0048	30S ribosomal protein S12	ATGCCAACAATTAACCAACTGGTTCGCAAGGGCCGTCAAGCTAAAGTTTACAAATCGAAATCTCCAGCTCTTCAAAAAGGTTTTAACGCTTTGAAACGTGAGGAGACCGACTTGAGCGCTCCGCAAAAACGCGGTGTATGCACTCGTGTAGGCACAATGACGCCGAAAAAACCGAACTCCGCACTTCGTAAATATGCTCGTGTTCGCTTGACGAACCGCATTGAGGTGACGGCTTACATTCCGGGTATCGGACATAACTTGCAAGAGCACAGTGTTGTATTGGTTCGCGGTGGACGGGTAAAAGACCTTCCGGGTGTACGTTACCATATCGTTCGCGGCGCACTTGATACCGCTGGTGTAAACAACCGGATGCAAGCTCGTTCCAAATACGGCACGAAGCGTCCTAAAGCAAAAAGCTAA	MPTINQLVRKGRQAKVYKSKSPALQKGFNALKREETDLSAPQKRGVCTRVGTMTPKKPNSALRKYARVRLTNRIEVTAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGALDTAGVNNRMQARSKYGTKRPKAKS				NA	NA	NA	NA	NA
JZ016_03444	252	rplGB	COG1358	Ribosome-associated protein L7Ae-like protein	ATGTCTAATGATAAAGGATTACAGGATGCACACATCAAGATTGGCACCAAACAAACGATGAAGGCCGTTGAATCCGGTTTGGCTACAGAGGTTTATGTGGCTGAAGATTGCGACCAACGTTTGATTTCAAAAGTCGTATCCGAGTGTGATAAGAATGGCGTGCATATCAACTATGTACCCACGATGATAGAGCTTGGAGAAGCATGCGGTATTGAAGTTGGTGCAGCTATGGTAGCTGTCTTGAAATCATGA	MSNDKGLQDAHIKIGTKQTMKAVESGLATEVYVAEDCDQRLISKVVSECDKNGVHINYVPTMIELGEACGIEVGAAMVAVLKS				NA	NA	NA	NA	NA
JZ016_03445	3615	rpoC	COG0086	DNA-directed RNA polymerase subunit beta'	TTGTTGGACGTTAACAATTTTGAGTACATGAAAATCGGTCTTGCTTCACCGGAAAAAATTCGCTCTTGGTCTCGCGGAGAGGTGAAGAAGCCGGAAACGATTAACTACCGTACATTGAAGCCGGAGAAAGAAGGCTTGTTCTGTGAGCGGATTTTTGGTCCGCAGAAGGACTGGGAATGTCATTGCGGTAAGTATAAGCGTGTCCGTTATAAAGGAGTAGTCTGCGATCGCTGTGGCGTTGAAGTAACACGCGCTAAAGTCCGTCGTGAACGGATGGGTCATATCGAACTTGCGGCTCCTGTATCGCATATTTGGTATTTCAAAGGCATTCCAAGCCGTATGGGTCTGGCTCTGGATATGTCCCCACGATCTCTGGAGGAGATCATTTACTTCGCATCTTATGTTGTAACCGATCCGGGAGATACACCGCTGGAGAAGAAGCAACTGTTGTCCGAGAAGGAATATCGCAGCTACCGTGAGAAGTACGGTTACGGATTCCAAGCAGGCATGGGTGCTGAAGCGGTTAAGAAACTTCTTCAAGACATCGACATTGACAAAGAGCTTGAGTTCCTTAAGGAAGAATTGCGCACTGCACAGGGTCAGCGCCGCAACCGGGCCATCAAACGCCTGGAAGTAATTGAGGCGTTCCGTAACTCCGGCAACAATCCGGAGTGGATGATCATGGATGTGCTGCCGGTCATTCCGCCGGAGCTTCGCCCGATGGTTCAACTTGATGGTGGACGCTTTGCGACCTCCGACTTGAACGATCTGTACCGTCGTGTTATTAACCGGAACAACCGTCTGAAAAGACTGCTGGATCTCGGCGCGCCGGATATTATCGTTCAGAACGAGAAGCGCATGCTGCAGGAAGCTGTCGATGCACTGATCGATAACGGCCGCCGCGGTCGTCCGGTCACAGGTCCTGGTAACCGTCCGCTTAAATCCCTCAGCCACATGCTGAAAGGTAAACAAGGACGTTTCCGTCAGAACTTGCTCGGTAAACGGGTTGACTATTCCGGTCGTTCCGTTATCGTTGTAGGTCCTTACCTGAAAATGTATCAATGCGGTCTGCCTAAGAAAATGGCGCTTGAGCTCTTCAAGCCGTTTGTTATGAAAGAACTGGTCAACAAAGGCCTTGCACATAATATCAAGAGTGCGAAGCGCAAAGTAGAACGTGTAAGTCCAGAAGTATGGGATGTGCTCGAAGAGGTTATTAAAGAGCATCCGGTTCTTCTGAACCGTGCACCGACGCTTCACAGACTCGGTATTCAAGCATTTGAACCGATTCTGGTTGAGGGCCATGCGATCCGTCTTCACCCGCTCGTATGTACAGCGTATAACGCTGACTTTGACGGTGACCAAATGGCGGTTCACGTTCCTTTGTCAGCTGAAGCTCAAGCTGAAGCACGTCTTTTGATGCTGGCATCGGGTAACATTTTGAACCCGAAAGACGGTAAGCCGGTTGTTACGCCTTCTCAGGATATGGTACTGGGTTCCTTCTATCTGACTATGGATAACAAGGAAGAAAAAGGTACCGGCATGATTCTGGGCAGCGTGAACGAAGCGGTTTCCGCTTATCAGCGTGAAGCAGCTGGTCTGCATGCACGCGTAGCGATTCCGGTGAAAGCTCTTGGCAAAACCAGCTTCACGGAAAAACAGCAGGATGCGATTTTGATTACGACGATCGGCCGGATTATCTTCAACGAGATTTTCCCTGCCAGCTTCCCGTACATCAATGAAGCGACTCGTACGAACCTGCTGCAAGGCACGCCTGAGAAGTATTTCGTGTACGAGAAGGGTGCAGATATTCAAAAAGTGATTCAGGAACTGCCAATCAGCGGTGCTGTTGGTAAGGAATATCTGGGTTCCATCATTGCACGCTGCTTTGAAACGTACCATACAACGGAAACCTCTGTGATTTTGGATAAAATCAAGCAGCTCGGTTTCACCTATTCCACTCGAGCAGGCGTAACGGTTGCGGTCTCCGACGTTATCGTACCTGACGAGAAAAATGAAATTCTGAAAGAGTCCGACGAGAAGGTTAAAGTGGTAACGAACCAATATCGCCGCGGCTTGATTACGAATGAAGAACGTTATGATCGTGTTATCGATATCTGGTCCAAGACCAAGGACGATATCACGGATGTACTCATGAAATCGATGGACCGCTTTAACTCCATCATGCTCATGGTAGATTCCAAAGCACGGGGTAACAAATCGCAGATCACTCAGCTCGGCGGTATGCGGGGTCTGATGGCGAACCCGTCGGGTCGTATCATCGAACTCCCAATCAAATCGAACTTCCGTGAAGGACTGACGGTACTCGAGTACTTCCTGTCCACGCACGGTGCGCGTAAAGGTCTTGCCGATACGGCGCTTCGTACCGCTGACTCCGGTTACTTGACTCGTCGACTTGTTGACGTAGCCCAGGATGTTATCGTTCGCGAAGATGAGTGCAGCACGGATAAAGGCTTTACCGTTAGCCGTATTCAGGACGGTAAAGAAGTTATCGAGGATCTCTACGACCGTATTGAGGGACGTTATGCATTTGAAACTGTCCGTCATCCGGAAACGAAAGAGATCATCGTGAACCGTAACGAATTGATTGACTCCGACAAAGCTGAGGAAATCGTAGCAGCTGGCGTTGAGAAGCTTCAAATTCGTTCCATCTTGAGCTGCCGTGCGCGTTATGGCGTCTGCAAAAAATGTTACGGCCGTAACCTGGCTACTGGTAAGCATGTTGAGATTGGTGAAGCGGTTGGTATTATCGCAGCTCAATCCATCGGCGAGCCGGGAACACAGCTCACGATGCGTACGTTCCACACAGGCGGCGTTGCCGGCGATGATATTACACAAGGTCTTCCGCGTATCCAGGAGCTCTTTGAAGCCCGTAATCCTAAAGGTCAAGCGACCATTAGTGAGATCGACGGTGTGGTTAAAGAGATCCGCGAAACGAAGGACCGTCGTGAAATCGAAGTACAAGGTGAAGCTGAGACTAAGGTTTACGCTGTTACCTATGGCTCCCGTCTGCGCGTAAGCGAAGGCAAGCAAATTGAAGCCGGGGATGAACTGACCGATGGTTCCATTGATCCGAAGGAAATGCTTCGTATCAAAGGTATCCGTGGCGTGCAGAACTACATCCTTCAGGAAGTTCAACGCGTATACCGTAACCAAGGCGTAGAAATTAATGATAAACACGTTGAAGTTATGATCAGACAGATGCTGCGTAAATTCCGTATCGTTGATGCGGGAGATACGACCCTGCTGCCAGGCTCCTTCGTGGATATGCATGAATACGAGACAGCTAATAAAGACGCTATTCTCTCCGGGAAAGAACCAGCGGTTGCTAAACCGGTTCTCCTCGGGATTACAAAAGCATCTCTCGAAACGGATTCGTTCTTGTCAGCAGCCTCCTTCCAGGAGACGACTCGCGTGTTGACTGACGCTGCCATCAAAGGTAAAGTCGATCAGCTGCTTGGTCTGAAAGAGAATGTTATCATTGGTAAACTGATCCCTGCAGGTACCGGTATGAACCGTTATCGCAGCGTGAAGTTCGAGGGACAAAACGATGTGAATGACGAAAGTCAGGAACTCGAAACAGCTTCTATAGATTAA	MLDVNNFEYMKIGLASPEKIRSWSRGEVKKPETINYRTLKPEKEGLFCERIFGPQKDWECHCGKYKRVRYKGVVCDRCGVEVTRAKVRRERMGHIELAAPVSHIWYFKGIPSRMGLALDMSPRSLEEIIYFASYVVTDPGDTPLEKKQLLSEKEYRSYREKYGYGFQAGMGAEAVKKLLQDIDIDKELEFLKEELRTAQGQRRNRAIKRLEVIEAFRNSGNNPEWMIMDVLPVIPPELRPMVQLDGGRFATSDLNDLYRRVINRNNRLKRLLDLGAPDIIVQNEKRMLQEAVDALIDNGRRGRPVTGPGNRPLKSLSHMLKGKQGRFRQNLLGKRVDYSGRSVIVVGPYLKMYQCGLPKKMALELFKPFVMKELVNKGLAHNIKSAKRKVERVSPEVWDVLEEVIKEHPVLLNRAPTLHRLGIQAFEPILVEGHAIRLHPLVCTAYNADFDGDQMAVHVPLSAEAQAEARLLMLASGNILNPKDGKPVVTPSQDMVLGSFYLTMDNKEEKGTGMILGSVNEAVSAYQREAAGLHARVAIPVKALGKTSFTEKQQDAILITTIGRIIFNEIFPASFPYINEATRTNLLQGTPEKYFVYEKGADIQKVIQELPISGAVGKEYLGSIIARCFETYHTTETSVILDKIKQLGFTYSTRAGVTVAVSDVIVPDEKNEILKESDEKVKVVTNQYRRGLITNEERYDRVIDIWSKTKDDITDVLMKSMDRFNSIMLMVDSKARGNKSQITQLGGMRGLMANPSGRIIELPIKSNFREGLTVLEYFLSTHGARKGLADTALRTADSGYLTRRLVDVAQDVIVREDECSTDKGFTVSRIQDGKEVIEDLYDRIEGRYAFETVRHPETKEIIVNRNELIDSDKAEEIVAAGVEKLQIRSILSCRARYGVCKKCYGRNLATGKHVEIGEAVGIIAAQSIGEPGTQLTMRTFHTGGVAGDDITQGLPRIQELFEARNPKGQATISEIDGVVKEIRETKDRREIEVQGEAETKVYAVTYGSRLRVSEGKQIEAGDELTDGSIDPKEMLRIKGIRGVQNYILQEVQRVYRNQGVEINDKHVEVMIRQMLRKFRIVDAGDTTLLPGSFVDMHEYETANKDAILSGKEPAVAKPVLLGITKASLETDSFLSAASFQETTRVLTDAAIKGKVDQLLGLKENVIIGKLIPAGTGMNRYRSVKFEGQNDVNDESQELETASID				NA	NA	NA	NA	NA
JZ016_03446	3564	rpoB	COG0085	DNA-directed RNA polymerase subunit beta	ATGAGGGGTGAGTTTAAGTTGGCAGGACATCTTGTTCAATATGGTCGACGCACTCGGCGAAGTTATGCTCGTATTAACGAGGTACTCGAAGTTCCGAACCTGATTGAAATCCAACAAAAATCTTATGAATGGTTTTTGGAGGAAGGACTCCGCGAAATGTTCCAGGACATCTCGCCGATTCAGGATTTCACAGGTAATTTGGTGCTAGAGTTCATTGACTACAGCCTTGGAGAACCGAAATACACCGTCGATGACGCGAAAGAACGCGACGTTACTTATGCGGCGCCGCTCCGCGTGAAAGTCCGGCTCATTAACAAGGAGACCGGAGAGGTCAAGGAGCAGGAAGTGTTCATGGGAGACTTCCCGTTAATGACGGAAACCGGAACATTCATTATCAATGGTGCCGAACGGGTTATTGTCAGCCAGTTGGTTCGCTCTCCCAGCGTCTATTTCAGCACAAAAGTGGATAAAAACGGTAAGACGACGTACACTGCAACAGTTATCCCTAACCGCGGCGCTTGGCTTGAACTGGAGATGGACGCGAAGGACATTATCTATGTCCGGATCGACCGTACCCGTAAAATCCCTGTAACGGTACTTTTACGTGCACTTGGTTTTGGTACAGATGCCGAGATTCTGGATCTTCTGGGCAATGATGAATATATTCAAAATACGCTGGATAAAGACAACACCGACTCCACGGAAAAAGCGCTCATCGAAATCTATGAACGTCTTCGTCCGGGCGAGCCGCCAACACTGGAGAATGCGAAGAGCCTTCTCGTTGCCCGTTTCTTCGATCCGAAGCGTTATGATTTGGCTAACGTTGGTCGCTACAAGATCAACAAGAAGCTTCATATTAAGAACCGCCTCTTTAATCAGCGTTTGGCAGAGAGTTTGATAGACATCGATACGGGTGAGATCATTGCAGAAGCTGGTCAAACCGTAGACCGCCGTCTTTTGGACGAGATCATGCCTTACCTTGAGAAGAGCGTAGGCTTCAAGAACTATCATGTTACCGGCGGTGTGATGGACAGCGAGGATATCCCGCTGCAAACGATCGATGTATTCTCTCCGATTGAGGATGCCAAAGTCGTGAAGGTCATCGCGAACGCAAACATTGATAAATCGGTGAAGCATATTACACAGGCAGATATCATTTCTTCCATCAGCTATTTCATCAACCTGCTGCATGGGATTGGCAATACGGATGATATTGACCACCTGGGTAACCGTCGTCTGCGTTCCGTAGGCGAATTGCTTCAAAATCAGTTCCGTATCGGTTTGTCCCGGATGGAACGTGTCGTTCGTGAAAGAATGTCGATTCAGGATGCAAACGTGATTACGCCGCAGGCGCTTATCAACATACGTCCGGTTATCGCATCGATTAAAGAGTTCTTCGGAAGCTCCCAGCTGTCGCAGTTCATGGATCAGACCAACCCGCTTGCGGAACTGACCCATAAACGTCGTCTGTCTGCTCTCGGACCCGGCGGTTTGACTCGTGAGCGTGCGGGCTTTGAAGTGCGGGACGTTCACCACAGTCACTATGGCCGTATGTGTCCGATCGAGACGCCGGAGGGACCGAACATCGGTCTGATCAACTCCTTGTCGACGTTTGCGCGCATCAACGAATATGGCTTCATTGAAGCTCCGTATCGTTGGGTGGATCCGAAGACCGGTAAAGTAACGGACCAAATCGATTACCTGACTGCAGACGAAGAGGATAACTACATCGTTGCCCAGGCGAACGCCGAGCTCAACGAAGATGGTACCTTCGCTGACGAAATGGTTATCGTCCGTTATAACAAGCAGTCCGATAACATCCTTCCTATGCCGAGCGACCGTGTAGACTACATGGACGTATCGCCTAAGCAGGTCGTGTCGGTAGCGACGGCGCTCATTCCGTTCCTTGAGAACGATGACTCCAACCGCGCGCTGATGGGATCCAACATGCAGCGGCAGGCTGTTCCGCTTCTTATTCCTAAAGCTCCGCTCGTCGGAACCGGAATGGAACACAAGTCTGCGAAAGACTCCGGTGTATGTATTGTATCCAAACATGACGGGATTATTGAACGTTCATCCGCTAATGAAATCTGGGTCCGCCGTGTGGAAAATGTCGACGGACAAGAAGTCAAAGGCGATCTTATTAAACATAAATTACACAAATTTATGCGTTCGAACCAAGGAACATGCATCAATCAGCGTCCAATCGTTAAACGCGGCGATGTCATCAAAAAAGGTGACATTCTCGCAGACGGTCCATCCACGGAGATGGGCGAATTGGCACTGGGCCGCAACGTCGTTGTTGCGTTCATGACTTGGGAAGGTTACAACTACGAGGATGCGATTCTTCTCTCCGAGAAACTGGTCAAAGAGGATGTGTACACTTCGATTCATATCGAGGAGTACGAATCCGAAGCTCGCGACACGAAGCTCGGACCGGAAGAAATTACGCGTGATATTCCTAACGTAGGTGAAGAAGCACTGAAGAACCTTGACGAGCGCGGAATTATCCGCATCGGTGCCGAAATCAGCGCCGGAGATATTCTCGTAGGTAAGGTAACGCCTAAGGGTGTAACCGAGCTGACGGCTGAAGAGCGTCTCCTGCATGCGATCTTCGGTGAGAAGGCTCGCGAAGTGCGCGATACCTCGCTGCGCGTTCCTCACGGTAGTGACGGAATCATCGTAGACGTGAAGGTGTTTACACGTGAGAACGGTGACGAATTGCCGCCGGGCGTTAACCAACTGGTTCGTGTTTACATCGCACAGAAACGTAAAATCTCCGAAGGTGACAAAATGGCCGGACGTCACGGTAACAAAGGTGTCGTTGCCCGTATTTTGCCTGAAGAAGATATGCCGTTCCTGCCAGATGGCACGCCGGTTCAAGTTGTGTTGAACCCTCTAGGGGTTCCATCACGGATGAACATCGGTCAGGTGCTCGAGGTTCACTTGGGTATGGCTGCGCTCCAGCTCGGCATTCACGTGGCTTCACCGGTATTTGACGGTGCAAGCGAGTATGACGTGTTTGACACGATGGAAGAAGCAGGCATGCAGCGCAATGGTAAGACCGTATTGTACGACGGACGGACGGGTGAACGTTTTGAACGTGAAGTTACCGTCGGCGTCATGCACATGATCAAGCTCGCGCACATGGTTGATGATAAAATTCACGCCCGTTCTACGGGACCATACTCTCTCGTTACGCAGCAGCCGCTGGGTGGTAAAGCTCAGTTCGGTGGACAGCGCTTCGGTGAGATGGAAGTGTGGGCACTTGAAGCTTACGGTGCTGCTTATACGCTGCAAGAAATTCTTACCGTCAAGTCGGATGACGTGGTCGGCCGGGTGAAAACCTACGAATCCATCGTCAAAGGCGAGAACGTTCCGGAACCGGGTGTTCCTGAATCGTTCAAGGTATTGATTAAAGAGCTTCAGTCTCTTGGTATGGATGTCAAAATCCTGAGCGAGAATGAAGAGGAAATCGAGATGAAAGAACTCGATGACGAAGACGATGCTCAAGGTGATAAACTGAGCCTTAACTTGGAAGGCACTGAAGTCGGAGTGGAATAA	MRGEFKLAGHLVQYGRRTRRSYARINEVLEVPNLIEIQQKSYEWFLEEGLREMFQDISPIQDFTGNLVLEFIDYSLGEPKYTVDDAKERDVTYAAPLRVKVRLINKETGEVKEQEVFMGDFPLMTETGTFIINGAERVIVSQLVRSPSVYFSTKVDKNGKTTYTATVIPNRGAWLELEMDAKDIIYVRIDRTRKIPVTVLLRALGFGTDAEILDLLGNDEYIQNTLDKDNTDSTEKALIEIYERLRPGEPPTLENAKSLLVARFFDPKRYDLANVGRYKINKKLHIKNRLFNQRLAESLIDIDTGEIIAEAGQTVDRRLLDEIMPYLEKSVGFKNYHVTGGVMDSEDIPLQTIDVFSPIEDAKVVKVIANANIDKSVKHITQADIISSISYFINLLHGIGNTDDIDHLGNRRLRSVGELLQNQFRIGLSRMERVVRERMSIQDANVITPQALINIRPVIASIKEFFGSSQLSQFMDQTNPLAELTHKRRLSALGPGGLTRERAGFEVRDVHHSHYGRMCPIETPEGPNIGLINSLSTFARINEYGFIEAPYRWVDPKTGKVTDQIDYLTADEEDNYIVAQANAELNEDGTFADEMVIVRYNKQSDNILPMPSDRVDYMDVSPKQVVSVATALIPFLENDDSNRALMGSNMQRQAVPLLIPKAPLVGTGMEHKSAKDSGVCIVSKHDGIIERSSANEIWVRRVENVDGQEVKGDLIKHKLHKFMRSNQGTCINQRPIVKRGDVIKKGDILADGPSTEMGELALGRNVVVAFMTWEGYNYEDAILLSEKLVKEDVYTSIHIEEYESEARDTKLGPEEITRDIPNVGEEALKNLDERGIIRIGAEISAGDILVGKVTPKGVTELTAEERLLHAIFGEKAREVRDTSLRVPHGSDGIIVDVKVFTRENGDELPPGVNQLVRVYIAQKRKISEGDKMAGRHGNKGVVARILPEEDMPFLPDGTPVQVVLNPLGVPSRMNIGQVLEVHLGMAALQLGIHVASPVFDGASEYDVFDTMEEAGMQRNGKTVLYDGRTGERFEREVTVGVMHMIKLAHMVDDKIHARSTGPYSLVTQQPLGGKAQFGGQRFGEMEVWALEAYGAAYTLQEILTVKSDDVVGRVKTYESIVKGENVPEPGVPESFKVLIKELQSLGMDVKILSENEEEIEMKELDDEDDAQGDKLSLNLEGTEVGVE				NA	NA	NA	NA	NA
JZ016_03447	606	rsmC	COG2813	Ribosomal RNA small subunit methyltransferase C	ATGCCGAATCAACATTATTACTCGAATCAGCCGGAAATTGCTCATGACCGTAAGGAGTTAAAGACGGAGCTTCGGGGGCAGACTTTCAACTTTATCAGTGACGCGGGCGTATTCTCTAAGAGCGGCGTGGATTATGGCAGCAAGGTTTTAATAGAAGCTATGAACTTTAACCAGCATGCTGAAGTATTGGATGTTGGCTGCGGATATGGTCCGATCGGTCTGTCAGCGGCAAAAATGGCTGCGCAGGGCCATGTGACGATGATCGACATTAATAGCCGTGCTGTCGAATTAGCCAAGGAGAATGCGAAACGTAATGGTATATCCAATGTGACCATCTTGGAGAGCGATTTGTTTGCTGCGGTGCAGGGTCAGCAATTCGACGTGGTTCTCACCAATCCGCCGATTCGTGCCGGGAAAGAGACGGTGCATGCCATATTCGAAGAAGCGTGGAAGCATCTGCGTGAGGATGGGCAGCTGTGGGTTGTGATTCAGAAGAAGCAAGGCGCGCCTTCAGCGAAAGCGAAGCTGGAGAGTCTATTTCATCAGGTCGAGGAAGTAACGAAGGATAAAGGATACCGGATATTCAAAGCGACGAAATCTTCTTAA	MPNQHYYSNQPEIAHDRKELKTELRGQTFNFISDAGVFSKSGVDYGSKVLIEAMNFNQHAEVLDVGCGYGPIGLSAAKMAAQGHVTMIDINSRAVELAKENAKRNGISNVTILESDLFAAVQGQQFDVVLTNPPIRAGKETVHAIFEEAWKHLREDGQLWVVIQKKQGAPSAKAKLESLFHQVEEVTKDKGYRIFKATKSS				NA	NA	NA	NA	NA
JZ016_03448	363	rplL		50S ribosomal protein L7/L12	ATGAGCAAAGAGCAAATCTTGGAAGCAATTAAAGGTATGTCCGTTCTGGAACTGAACGATCTCGTAAAAGCAATCGAAGAAGAATTTGGTGTAACTGCTGCAGCTCCAGTAGCTGTTGTAGGTGGCGCTGGTGCAGCTGAAGCTGCTGAGCAATCCGAATTTGACGTAATCCTGACTAGCGCAGGCGCGTCCAAAATCAACGTAATCAAAGTGGTTCGCGAAATCACAGGTCTTGGCTTGAAAGAAGCAAAAGAACTGGTTGACAACGCTCCAAAACCATTGAAAGAAAAAGTAGCTAAAGAAGAAGCAGAAGCTGTTAAAGCTAAATTGGAAGAAGCAGGCGCATCCGTAGAAGTTAAGTAA	MSKEQILEAIKGMSVLELNDLVKAIEEEFGVTAAAPVAVVGGAGAAEAAEQSEFDVILTSAGASKINVIKVVREITGLGLKEAKELVDNAPKPLKEKVAKEEAEAVKAKLEEAGASVEVK				NA	NA	NA	NA	NA
JZ016_03449	504	rplJ	COG0244	50S ribosomal protein L10	TTGGCAAACGCAAAAGTGATTCAAGCGAAACAAGAAGCGGTTGATGTCGTTGCTGCTAAGCTGCGCGAGAGCGTATCGACAGTAGTTGCTGACTATCGCGGACTGAACGTTGCGCAAGTAACTGAACTTCGTAAACAGCTTCGTGAAGCTGGCGTCGAGTTCCAAGTACTCAAAAACACGCTGCTTCGCCGTGCAACTGCGGCAGCAGAGCTGACTGATCTGGACGAAGTCTTGACTGGTCCAACAGCTGTTGCATTTGGTACCAATGACGCTGTCGCTCCAGCAAAAATCCTTAACGATTTTGCTAAGAAAAACGACGCGTTGAAATTGAAAGGCGGCGTAGTAGAAGGCCGTGTAATCGGAGAGAGCGAAATCAAAGCTCTGGCAGAACTTCCGTCCCGCGAAGGTCTCCTCTCCATGCTCCTCAGCGTGCTTCAAGCTCCAGTGCGCAACTTCGCGCTTGCAGTTAAGGCTGTTGCTGAGAAGGAAGAACAAGGCGCATAA	MANAKVIQAKQEAVDVVAAKLRESVSTVVADYRGLNVAQVTELRKQLREAGVEFQVLKNTLLRRATAAAELTDLDEVLTGPTAVAFGTNDAVAPAKILNDFAKKNDALKLKGGVVEGRVIGESEIKALAELPSREGLLSMLLSVLQAPVRNFALAVKAVAEKEEQGA				NA	NA	NA	NA	NA
JZ016_03451	693	rplA	COG0081	50S ribosomal protein L1	ATGGCTAAACACGGTAAGAAATACGTTGAAGCTGCGAAGCTGATTGACAGCGAAGCAACTTATGAGCCTTTGGAAGCTGTAGAGCTTGTGAAGAAGGCTGCAACTGCCAAATTCGACGAAACTGTTGAAGCGGCTGTACGTTTGGGTGTAGACCCACGTAAACAAGACCAGGCTGTTCGTGGTGTTGTTGTCTTGCCTCACGGCACAGGTAAAACACAACGCGTTCTGGTATTTGCAAAAGGTGAAAAAGCGAAAGAGGCAGAAGCTGCTGGCGCTGATTTTGTTGGCGATCAAGACATGATCAACAAAATCCAACAAGGCTGGTTCGAGTTCGATGTCTGCGTAGCTACACCTGATATGATGAGTGAAGTCGGTAAACTTGGCCGTCTGCTCGGTGGTAAAGGCCTGATGCCTAACCCTAAAGCTGGTACGGTTACATTCGATGTTGCTAAGGCTGTTCAAGAAATCAAAGCCGGTAAAATCGAGTACCGTCTGGACAAAGCAGGTCAAATTCACGCGCCGATCGGTAAAGTGTCTTTCGATGCAGCTCAATTGAATGAGAACCTCAAAGCTCTCATCGATGCATTGAATCGTGCGAAACCAGCTGCTGCTAAAGGTGTATACCTGAAAGGCATCGCTGTTTCCTCGACAATGGGACCAAGCGCTCGCGTGAACACAACCGTCTACAGATAA	MAKHGKKYVEAAKLIDSEATYEPLEAVELVKKAATAKFDETVEAAVRLGVDPRKQDQAVRGVVVLPHGTGKTQRVLVFAKGEKAKEAEAAGADFVGDQDMINKIQQGWFEFDVCVATPDMMSEVGKLGRLLGGKGLMPNPKAGTVTFDVAKAVQEIKAGKIEYRLDKAGQIHAPIGKVSFDAAQLNENLKALIDALNRAKPAAAKGVYLKGIAVSSTMGPSARVNTTVYR				NA	NA	NA	NA	NA
JZ016_03452	426	rplK	COG0080	50S ribosomal protein L11	ATGGCTAAGAAAGTTATCAAGATTGTGAAACTGCAAATTCCTGCAGGTAAAGCGAATCCGGCTCCTCCAGTAGGTCCTGCATTGGGTCAAGCGGGTGTCAACATCATGGCATTCTGTAAAGAGTTCAACGCACGTACTGCTGATCAAGCTGGTCTGATCATTCCGGTTGAAATTTCGGTGTTTGAAGATCGTTCCTTTACGTTCATCACTAAAACTCCACCGGCTGCTGTTCTGCTTCGTGTGGCTGCTAAGATCGAAAAAGGATCCGGCGAGCCTAACAAGAAGAAAGTTGCTACTGTTAAGCGTGATGCTGTTCGTCAAATCGCTGAAACAAAAATGCCTGACCTGAACGCTGCATCTGTTGAAGCTGCAATGAAGATGGTAGAAGGTACTGCCCGTAGTATGGGTATCACAATCGAAGACTAA	MAKKVIKIVKLQIPAGKANPAPPVGPALGQAGVNIMAFCKEFNARTADQAGLIIPVEISVFEDRSFTFITKTPPAAVLLRVAAKIEKGSGEPNKKKVATVKRDAVRQIAETKMPDLNAASVEAAMKMVEGTARSMGITIED				NA	NA	NA	NA	NA
JZ016_03453	534	nusG	COG0250	Transcription termination/antitermination protein NusG	ATGGAAAAAAGATGGTACGTAGTTCATACCTACTCTGGGTATGAGAATAAAGTCAAAGCCAATTTGGAAAAACGTGTCGAGTCCATGGGCATGGAGGACAAAATATTCCGCGTTCTTGTTCCGATGGAAGAAGAAATCGTAAACAAAGACGGCAAGAAAAAAACCGTCATGCGTAAAGTTTACCCGGGATATGTCTTGGTCGAAATGATTCAGACCGATGATTCTTGGTATGTTGTCCGCAATACACCAGGAGTGACCGGTTTTGTTGGTTCGACAGGGTCCGGTTCTAAACCGACGCCTTTGCTTCCAGAAGAAGTAGAACAGATTCTGAAGCATATGGGCATGGAAGAGCCGAAACCGAAGATCGAATTCGACATCAAGGAATCCGTTCGTATCAAGGTTGGTCCTTTTGCGAATTTTGTGGGCTCCGTGGAAGAGATTTTGGCTGAAAAGAGCAAGTTGAAAGTTCACGTCAACATGTTTGGACGGGAAACCCCGCTGGAGTTGGATTATACTCAAGTGGAGAAGATCTAA	MEKRWYVVHTYSGYENKVKANLEKRVESMGMEDKIFRVLVPMEEEIVNKDGKKKTVMRKVYPGYVLVEMIQTDDSWYVVRNTPGVTGFVGSTGSGSKPTPLLPEEVEQILKHMGMEEPKPKIEFDIKESVRIKVGPFANFVGSVEEILAEKSKLKVHVNMFGRETPLELDYTQVEKI				NA	NA	NA	NA	NA
JZ016_03454	192	secE		Protein translocase subunit SecE	GTGAAACGTGGTTTCAAGTCTCTGTTTTCCTTTTTCTCTGAAAGCTGGGCGGAACTTAAAAAAGTTCGCTGGCCCAATCGTAAAGAACTGACGAACTATACTTTAATTGTTCTCGGCACCATTGTGTTTGTCACGATTTATTTTTGGGTTGTAGACATCGGTATTTCCGCTGTGATCGAAGCGATAATTTAG	MKRGFKSLFSFFSESWAELKKVRWPNRKELTNYTLIVLGTIVFVTIYFWVVDIGISAVIEAII	PGPT0025715_3250	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025715-secE-K03073	NA	NA
JZ016_03455	645	sigH	COG1595	RNA polymerase sigma-H factor	TTGAGTGTGGACCTCAAGGAAGTCATGTTGTCAGGGTATGATGTGATAAGCGATGAAGACATTGTCGAGGCGGTCCGCGAGGGTGATAGCGGGGCGCTGGAGTATTTGATCAATAAATACCGGAATTTTGTACGTGCTAAAGCCCGCTCCTATTTTCTGATTGGCGCTGACCGGGAAGATATTGTCCAGGAAGGCATGATCGGGCTGTACAAGGCAATTCGTGATTTTAAAGGGGATAAGCTGTCCTCGTTCAAGGCCTTTGCCGAGCTCTGCATTACCAGGCAGATCATTACGGCAATTAAGACCGCTACGAGACAGAAGCATATTCCGCTCAATTCGTATGTCTCATTGGACAAGCCGATTTATGATGAGGATTCGGACCGTACGCTGCTGGATGTCATTTGCGGTACTGCGGTAAGCGATCCGGAGGAACTGATCATCAATCAAGAGGAATTTGTCGGCCTGGAAGACAAGATGTCAGAGATCTTAAGCGAGCTGGAACGGAAAGTCCTGATGCTCTATTTGGACGGTCGATCCTATCAAGAGATTGCGGTAGATTTAAGGCGTCATGTAAAATCGATTGACAATGCACTCCAGCGTGTAAAGCGAAAGCTTGAACGTTATCTGGAAGTCAGGGATAATTAA	MSVDLKEVMLSGYDVISDEDIVEAVREGDSGALEYLINKYRNFVRAKARSYFLIGADREDIVQEGMIGLYKAIRDFKGDKLSSFKAFAELCITRQIITAIKTATRQKHIPLNSYVSLDKPIYDEDSDRTLLDVICGTAVSDPEELIINQEEFVGLEDKMSEILSELERKVLMLYLDGRSYQEIAVDLRRHVKSIDNALQRVKRKLERYLEVRDN	PGPT0014795_1826	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
JZ016_03456	522	yacP	COG3688	putative protein YacP	ATGATGGCCGATTGGCGGGATGTGCTGCTGGTCGACGGTTATAATATGATCGGCGGCTGGCCATATCTTGCGAAGCTCGCCAATAGCAGCATGCATGAAGCGCGAGACATGCTGCTGGAGAAATTAGCGGATTACCAGGCGTTCTCAGGCCTCAGAGTCGTGGTGATTTTTGACGCATACCGTGTTCCTGGACTGGGGAAATCCTACACGCAAGGCAAGGTTCAGGTGTTTTTTACGAAGGAGAAAGAAACCGCCGATGAGTGCATTGAACGGCTAGTCGGGGAGTTTAGCCACCGTCGGCGTAAAATTTATGTGGCGACCAGCGATTTAATTGAGCAGCACGTGATTTTTGCTCGGGGAGCACTCCGGCTGTCCGCCCGGGAATTGCTTAACGAGGTGGAGCAAAGTGAGCGCGAAGTGAAGCAAAAAATAACGAAAGAGCAGACCAAGAGCAGGAATACACTTGACGGGAAGCTGCCGCCGGATGTGAGACAGGCGTTCGAGCGCTGGCGAAGGGAATAG	MMADWRDVLLVDGYNMIGGWPYLAKLANSSMHEARDMLLEKLADYQAFSGLRVVVIFDAYRVPGLGKSYTQGKVQVFFTKEKETADECIERLVGEFSHRRRKIYVATSDLIEQHVIFARGALRLSARELLNEVEQSEREVKQKITKEQTKSRNTLDGKLPPDVRQAFERWRRE	PGPT0010355_19	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0010355-otrA|tetM|tetO-K18220	NA	NA
JZ016_03457	753			Putative TrmH family tRNA/rRNA methyltransferase	ATGTTGCAAGAAGAGGAAGTAGTAGCTGGTAAGCACTCCGTAACGGAAGCGCTCAAATCAGGACGTACGATCAACAAAATATGGATTGCCGAAAATGCGCAAAAGCACCTGACCCTGCCGATCATCGCGGAAGCGAAGAAACTGGGTATTGTCATTCAGCATGTGGACAAACGCAAGCTGGATCAGATGGTTCCGGGAGTTCAGCATCAAGGCGTGGTTGCCCAAGCGGCACCCTATGCTTATGTGGAAGTGGAGGATTTGCTGAAAGTTGCAGAGGAAAAAGGCGAACCGCCTTTCTTGCTGCTTCTCGACGAGATCGAGGATCCGCACAATCTGGGCTCGATTCTCCGGACGGCAGACTGCACGGGTGCTCATGGTGTCATACTGCCTAAGCGCAGATCCGCCCAAGTAACGGCAACGGTATCCAAAACATCCGCCGGCGCAGTGGAGTATGTGCCCGTAGCTAGGGTGACCAATCTGGGCCAAACCATCGATCAGCTGAAGGAAATGGGTGTGTGGGTTGTCGGGACCGTTGTTGATGCCGTTCAGGAATTGTATGACACCGAAGTTTTTGACGGGCCGGTTGCTATCGTTATCGGTAATGAGAATAAAGGGATGGGGCGTCTGATCCGTGAGAAATGCGATGTGCTTGTGAAACTGCCGATGGCCGGAAAGATCAACTCGCTTAATGCCTCGGTAGCCGCAGGTGTCGTTATGTACGAAGTGCTTCGCCGTCGCCGCCTTCAAGGTTAG	MLQEEEVVAGKHSVTEALKSGRTINKIWIAENAQKHLTLPIIAEAKKLGIVIQHVDKRKLDQMVPGVQHQGVVAQAAPYAYVEVEDLLKVAEEKGEPPFLLLLDEIEDPHNLGSILRTADCTGAHGVILPKRRSAQVTATVSKTSAGAVEYVPVARVTNLGQTIDQLKEMGVWVVGTVVDAVQELYDTEVFDGPVAIVIGNENKGMGRLIREKCDVLVKLPMAGKINSLNASVAAGVVMYEVLRRRRLQG				NA	NA	NA	NA	NA
JZ016_03458	444	mrnC	COG1939	Mini-ribonuclease 3	ATGAGCGGGCCTGAGTTTCATGATCCCGCAGTAGGCTGGTTCGATTTTCCGCCGTCGAAGCCGGCCCGGTTAATCCCGCCCATCGTGCTTGCCTATATCGGAGATGCCATTTATGAGGTGGCGGTGAGGCAGTTTTTGATATCGAGAGCGAATCTCCGCCCCCATCACTTGCACCGTTCGGCAACAGGATTTGTGTCGGCGAAGGCACAGAGCCGAATATTGGCTTATCTGGATCCGGAGTTGACGGAAGAAGAGCGCGATATTGTGCGTCAGGGACGCAACGCCAAATCTGGCAGCATCCCCAAAAATGCCGACGTCCTCGAATACCGGCATGCAACGGCATTTGAGACGCTGGTTGGGTATTTATATTATACGGGTGAGCAGGACCGGCTCCGTGAGCTCATAGGGAAGAGCATCGAGTATATTGAGGGGTCTGTTAAATAG	MSGPEFHDPAVGWFDFPPSKPARLIPPIVLAYIGDAIYEVAVRQFLISRANLRPHHLHRSATGFVSAKAQSRILAYLDPELTEEERDIVRQGRNAKSGSIPKNADVLEYRHATAFETLVGYLYYTGEQDRLRELIGKSIEYIEGSVK				NA	NA	NA	NA	NA
JZ016_03459	1407	cysS	COG0215	Cysteine--tRNA ligase	ATGGCACTGCAAATCTATAACACGCTAACCCGCATGAAAGAAACGTTTGTTGCTCAGGAACCCGGGAAGGTAAAGATCTACGTGTGCGGTCCTACCGTGTACGATTATATCCATATCGGGAATGCTCGGCCGATGATCTTTTTCGACGTGGTTCGAGCTTACTTTGAGAACCAGGGTAATGATGTGAATTACGTGGTGAACTTTACGGATGTGGATGACAAAATGATCCGGAAAGCGGAGCAAACCGGGACGACCGTTCCGGAGGTCGCGGATAAGTTTATTAACGCCTATTACGAGGATCTGGACGGCCTTGGCATACCAAGAGCGACATTGAATCCGCGGGTAACGGACAATATGGAGAGCATTATCGAATTCATCCAGGAACTCATTGACCGCGACTTTGCTTATGAGAACGGGGGAGATGTATTCTACCGGACCCGCAAGTTTGACGATTACGGGAAGCTGTCCCAGCAAAATCTCGATGAGCTGCAATTCGGGATCCGGATTGAGGTGGATAAGCGGAAAGAAAATCCGGAAGACTTTGTTCTATGGAAAGCCGCGAAGCCTGGAGAGATCTACTGGAGCAGTCCTTGGGGCGACGGCCGTCCAGGCTGGCATATTGAGTGCTCCGCCATGGCCCGTCGTTATCTCGGGGATACGCTGGATATCCATGGCGGCGGCCAGGACCTGCAGTTCCCGCACCATGAATGCGAAGTTGCGCAGTCGGAGGCACTGACGGGCAAACCGCTGGCAAATTATTGGATGCACAATGGATATATCCGCATCAATAACGAGAAAATGTCGAAATCGTTAGGCAATGGTGTATTGGTTAAGGAACTTCGTGAACAATATACGAAAGAAGCTATCCGCTATTTCATGTTGTCCACCCATTACCGCAACCCGCTGAATTATAGCGATGAGGTGATGGAGCAGGCGCAGAACAGCGTGGAACGTCTGGCGAATGCGGCGGCTAATATCGAGCATCGATTGAGTACCGCGATCGGTTCGAAGGACGATAACGTAAGCCAGGAAGTTTCGGATAAAATATCGGCCGTCCTTGTCGAATTTCACCAGAAAATGCAGGATGATTTCAACACGCCGGACGCCATCACCGCCATGTTCCAATGGGCCAGCGAGGCGAATCAGCTGTTGAAGGAAGCCTCGATTCCTGCGGCGGACCTGCATGAAGTGCTGCGCGCTTTCAACGAAATGAACGGCGTGCTGCGCATCGTAAATACAGGCACGGATGAGTTGCTGGATGAGGAGATTGAAGCTCTGATTGCCGAACGTGTCGAAGCCCGGAAGAATAAAAACTGGGCCCGAGCGGATGAAATCCGCGACAAGCTGGCGGATGAAGGCATCGTGCTTGAGGATACGGCGCAGGGTATGCGCTGGCGGCGTAAATGA	MALQIYNTLTRMKETFVAQEPGKVKIYVCGPTVYDYIHIGNARPMIFFDVVRAYFENQGNDVNYVVNFTDVDDKMIRKAEQTGTTVPEVADKFINAYYEDLDGLGIPRATLNPRVTDNMESIIEFIQELIDRDFAYENGGDVFYRTRKFDDYGKLSQQNLDELQFGIRIEVDKRKENPEDFVLWKAAKPGEIYWSSPWGDGRPGWHIECSAMARRYLGDTLDIHGGGQDLQFPHHECEVAQSEALTGKPLANYWMHNGYIRINNEKMSKSLGNGVLVKELREQYTKEAIRYFMLSTHYRNPLNYSDEVMEQAQNSVERLANAAANIEHRLSTAIGSKDDNVSQEVSDKISAVLVEFHQKMQDDFNTPDAITAMFQWASEANQLLKEASIPAADLHEVLRAFNEMNGVLRIVNTGTDELLDEEIEALIAERVEARKNKNWARADEIRDKLADEGIVLEDTAQGMRWRRK	PGPT0002985_3467	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002985-cysS-K01883	NA	NA
JZ016_03460	741	cysE	COG1045	Serine acetyltransferase	ATGGATAGCAAGTTGCATGCGCGATTGGAAGAGGGGAAAGAGGGAGCGTTCATGTTTAAACAGATGAAATCGGATATTCGGACAGTGTTCGAGAATGACCCGGCTGCCCGGGGACTTTTTGAAGTGGTATTCACCTACTCGGGGCTTCACGCATTATGGGCGCACCGGGTAGCTCATGCATTATTTAAGCGGCGATGGTATACGCTGGCCCGGTTGATATCCCAGTTCAGCCGGTTTATGACAGGGATCGAGATTCATCCGGGAGCCCGTATCGGGCAGCGGCTGTTCATTGACCATGGGATGGGGGTTGTCATTGGAGAGACCTGTGAGATTGGGGATGACGTGGTGATCTACCAGGGGGTTACGCTTGGTGGAACCGGTAAGGAAAAAGGCAAACGGCACCCGACCATCGGCAACAACGTGGTCATCGGTTCGGGGGCGAAAGTGCTAGGTTCCTTTACGATTGGGGATAACTGTAACATTGGTTCCAATGCAGTCGTTTTAAGACCTGTTCCCCAAAACAGCACCGTTGTCGGCAATCCGGGAAAAATCGTGAAACAGAACGGGGAGCGGGTGCGCGACCGGCTGGATCACACGAATCTGCCCGATCCGATTGTTGATATGCTCCGCTCGATGCAGAAGGAGATCGATCAGCTCCGGGCGGAGCTTCATGAGAGCAAACGAAACCAGCCTCAAGGCATGGTATCCGAGGCCGTTGTGACTTCGGCCAAAGAAGAGTAA	MDSKLHARLEEGKEGAFMFKQMKSDIRTVFENDPAARGLFEVVFTYSGLHALWAHRVAHALFKRRWYTLARLISQFSRFMTGIEIHPGARIGQRLFIDHGMGVVIGETCEIGDDVVIYQGVTLGGTGKEKGKRHPTIGNNVVIGSGAKVLGSFTIGDNCNIGSNAVVLRPVPQNSTVVGNPGKIVKQNGERVRDRLDHTNLPDPIVDMLRSMQKEIDQLRAELHESKRNQPQGMVSEAVVTSAKEE	PGPT0020265_3465	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0020265-cysE-K00640	NA	NA
JZ016_03461	1464	gltX		Glutamate--tRNA ligase	ATGACCGGAGAAGTCCGCGTGCGCTATGCACCGAGTCCAACGGGACATTTACATATCGGCAATGCCAGAACGGCATTATTCAATTATTTATTCGCCCGCAAGAACAACGGGAAATTCATTATCCGTATCGAGGATACGGATGTAAAACGCAACGTAGAAGGCGGAGAGCAAAGCCAGCTGAAATACTTGAAGTGGCTTGGCATGGACTGGGATGAAAGCGTGGATGTCGGGGGCGAGTACGGGCCTTATCGCCAGACCGAGCGTCTTGATATTTATAAACAATATTGGCAGGACCTTCTGGATCGCGGGCTTGCTTACCGCTGCTATTGCACGGAAGAAGAGCTGGAGCAGGAGCGGGAAGAGCAGATGGCTCGCGGCGAAACGCCGCGCTATTCCGGGAAGCACCGGGAGTTGACGGAAGAGCAGCGGCAGGCGTTTGAGGCTGAAGGCCGTGTGGCCAGCATCCGCTTCCGCGTTCCGGAAGATCGTATCTACACATTCGATGATATGGTGAAGGGTACGATTTCGTTTAACAGCAAAGAGACGGGCGACTTCGTTATCGTCAAAAAAGACGGCATTCCTACCTACAATTTCGCGGTAGCCTTAGACGATCATCTGATGAAGATCAGCCATGTGCTCCGCGGAGAGGATCATATCTCCAATACGCCGCGCCAGCTGATGATCTATGAAGCCTTCGGGTGGGAGCCGCCTCAGTTCGGACATATGACCCTGATCGTGGGCGAGGATCATAAGAAGCTGAGCAAGCGTAATGAATCGATCATCCAGTTCATCGAGCAGTATGACCAGCTTGGCTATTTGCCTGAAGCGCTGTTCAACTTCATCTCGCTGCTTGGCTGGTCTCCGGAAGGGGAAGAGGAAGTGTTCTCCCAAGAGCAGCTGATCTCGATCTTCGACGAGCATCGTCTGTCCAAGAGCCCGGCGGTATTCGATACGAACAAGCTGGCTCACCTGAACAACACGTATATCAAGAATGCGGATCCGGATCGGATTGCCGATTTAGCCATTCCGCATCTGCAAAAAGCCAGCCGCTTGCCGTCCGAGCTAACGGCCGAGCAAGAGGAGTGGGCACGGGCGCTCGTGGCGCTCTATCAGGAGCAGCTGACGGCGGCTTCGGATATCGTGGATCTGTCGGAAGTGTTCTTCCGTACGCATCTGGAGCTGGATGCCGAAGGAATTGAAGTAATGGGCGGCGAGCAGGTGCCAGTCGTATTGTCGGCATTCCTTGCGAAGATCGAGCAGACGGATGAGTTTAACGCTCCGAAGATTGCGGCGCTGATCAAGGAAGTTCAGAAGGAGACCGGATTTAAGGGCAAACAGCTCTTTATGCCGATCCGCGTAGCCTTGACGGGACAAACCCATGGCCGCGACCTGAACCAGACAATCTGGCTGCTTGGCAGGGATCGCGTGCTTGACCGTTTGCGTTCTCAGATCAAAGGCGCATAA	MTGEVRVRYAPSPTGHLHIGNARTALFNYLFARKNNGKFIIRIEDTDVKRNVEGGEQSQLKYLKWLGMDWDESVDVGGEYGPYRQTERLDIYKQYWQDLLDRGLAYRCYCTEEELEQEREEQMARGETPRYSGKHRELTEEQRQAFEAEGRVASIRFRVPEDRIYTFDDMVKGTISFNSKETGDFVIVKKDGIPTYNFAVALDDHLMKISHVLRGEDHISNTPRQLMIYEAFGWEPPQFGHMTLIVGEDHKKLSKRNESIIQFIEQYDQLGYLPEALFNFISLLGWSPEGEEEVFSQEQLISIFDEHRLSKSPAVFDTNKLAHLNNTYIKNADPDRIADLAIPHLQKASRLPSELTAEQEEWARALVALYQEQLTAASDIVDLSEVFFRTHLELDAEGIEVMGGEQVPVVLSAFLAKIEQTDEFNAPKIAALIKEVQKETGFKGKQLFMPIRVALTGQTHGRDLNQTIWLLGRDRVLDRLRSQIKGA	PGPT0008460_5259	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0008460-gltX-K01885	NA	NA
JZ016_03462	489	ispF	COG0245	2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase	ATGATTCGAGTAGGACAGGGGTTTGACGTACATCAGCTTGTAGAAGGAAGGCCGTGCATCATCGGAGGCGTCACGATTCCTTATGAGAAAGGGCTTCTCGGGCACTCCGACGCCGACGTGCTGCTGCACGCCGTAACGGACGCGATCCTGGGGGCGCTTGGGCTCGGCGACATTGGGCGCCACTTTCCCGATAACGATCCTGCCTTTAAAGACGCCGACAGTCTGAAGCTTTTGGAGCAGGTATGGGTCATGGCCAAGGAACGCGGGTATACACTTGGTAATATCGATTCCACGATTATTGCGCAGAAGCCAAAGATGGCGCCTTATATTCCGCAGATGGCGGAAGTGATCGCCAAAGCGCTGGATGCTGAGGTGGATCAGGTGAACGTGAAGGCGACCACTACCGAGCAGCTCGGGTTTACCGGCAGGGGCGAAGGAATCGCCGCGCAATCGGTTGTCTGCCTCGTAAAAGGTGTGCTATCATCTTGA	MIRVGQGFDVHQLVEGRPCIIGGVTIPYEKGLLGHSDADVLLHAVTDAILGALGLGDIGRHFPDNDPAFKDADSLKLLEQVWVMAKERGYTLGNIDSTIIAQKPKMAPYIPQMAEVIAKALDAEVDQVNVKATTTEQLGFTGRGEGIAAQSVVCLVKGVLSS	PGPT0007595_1151	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770	NA	NA
JZ016_03463	696	ispD	COG1211	2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase	ATGAGTAACTTTGGCGCTGTCATTGTAGCGGCGGGAAAAGGAACGAGGATGGGCACCCGGGAGAGCAAGCAGTACCTGGCTCTGAACGGAAAGCCCATTATCGTTCATACGCTTGAAGCATTCAGCCGGATACCATGGCTGCAGGAAATTGTGCTTGTGACGGGGATGGAGGATGTCCATCGCTGCGAATCCTGGATACAGGAATACGGTTTGGACAAGGTGTCCGCTGTAATCCCGGGGGGAAGCGAGAGGCAGCAGTCCGTATACCAAGGCATCAAGCAAATTTCTTCAGAATGGGTAATGATACATGACGGCGTAAGACCGTTTGTAACGCAAGAGGAGATTGAAGCCTGCCGCGATGCGGCAATCCGCGAGGGCGCCTCGGTACTTGGGGTTCCCGTGAAGGATACGATTAAACAGGTGAACGGTAAGGGGCAGATTACAGGCACCCCGGACCGTCAAAGTCTGTGGGCCGTTCAGACCCCACAGGCTTTTCGTCTTTCCGACCTGCTGTCCGCCCATGAGGCAGCGGCGAAGGATGGGTTTACAGGCACCGACGATGCCATGCTGATGGAGCGGGCAGGACATCCGGTAACCGTGGTGGAGGGGAAATACAGCAATATTAAAATCACCACGCCGGAGGATCTGGAATATGCAGCTTTTTTACAGAAACGTAAGGGAGAGGACATGGAATGA	MSNFGAVIVAAGKGTRMGTRESKQYLALNGKPIIVHTLEAFSRIPWLQEIVLVTGMEDVHRCESWIQEYGLDKVSAVIPGGSERQQSVYQGIKQISSEWVMIHDGVRPFVTQEEIEACRDAAIREGASVLGVPVKDTIKQVNGKGQITGTPDRQSLWAVQTPQAFRLSDLLSAHEAAAKDGFTGTDDAMLMERAGHPVTVVEGKYSNIKITTPEDLEYAAFLQKRKGEDME	PGPT0007590_2303	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007590-ispD-K00991	NA	NA
JZ016_03464	1089	yacL	COG4956	putative PIN and TRAM-domain containing protein YacL	ATGTTAAAAAAAGCTATTTTAGCATTTACAGTATTATGCGGAGCATGGGGCGGGTATACGTTATATCATACAATGGAACGGTCTTTCTCAGGGCTCTCGCCTATTTTTGGACAAGGTTTATTTGCAGCGGGAAGCGGAGCCTTCGCGGTGCTTGGAGGATTATTGTTTGGCATGATCGGCGTGCTGTCAGCGGATCGGGTCACGAGATGGCTGCACAGCCTGATCACTTCGTTCTCCCGGATTCCGATGAATGAGCTGGCTGCGGGTACAGCGGGACTGTTGAGCGGCCTGCTGCTGTCGCTATTGCTGTCACCGGGGTTGTCCTTGCTTGGACAAGCAGGGCAGCTGCTGCAGGTTGGCATTACGCTGCTCGGCGGTTACGTCGGGTTTCGCATTGGACTGGAGAAGAAGGATGAATTGGCGTCCTTGTGGATGTCAGGCAAGTGGAGCCAAGCCGCTGAGCCTGAGGGCCGGCGAATAGAGGAACATAAGATTTTGGATACGAGCGTCATTATTGACGGGAGAATTGCGGATATTTGCAAGACCGGATTTATCGAAGGAACGATTGTCATTCCTGAGTTTGTTCTGGAGGAACTTCAGCATATTGCGGATTCCTCAGACCTTCTTAAGCGAAATCGCGGCCGGCGCGGCCTTGATATTTTGAACAAAATCCAGAAAGAGCTGGACGTCAAGGTACTCATTTATGAAGGCGACTTTGAGGAAATATCCGAGGTCGACAGCAAGCTGGTGAAGCTGGCCAAAGTGCTTCAGGGCAAAGTGGTCACCAATGATTTTAACTTGAATAAGGTTTGCGAGCTGCAGGGTGTGTCGGTCCTGAACATTAATGATCTCGCTAACGCGGTCAAACCGGTGGTCCTGCCAGGGGAAGAAATACTGGTACAGATTATCAAGGACGGCAAGGAGCATGGTCAAGGCGTCGCGTATCTGGATGACGGCACGATGATTGTCGTGGAGGGCGGGCGCGAGTACATCGGCACGATGATGGAAGTGCTCGTTACCAGCGTACTGCAAACCTCGGCGGGCCGAATGATCTTCGCAAAACCAAAACTGTTGGAAAAAGCCCAGTAA	MLKKAILAFTVLCGAWGGYTLYHTMERSFSGLSPIFGQGLFAAGSGAFAVLGGLLFGMIGVLSADRVTRWLHSLITSFSRIPMNELAAGTAGLLSGLLLSLLLSPGLSLLGQAGQLLQVGITLLGGYVGFRIGLEKKDELASLWMSGKWSQAAEPEGRRIEEHKILDTSVIIDGRIADICKTGFIEGTIVIPEFVLEELQHIADSSDLLKRNRGRRGLDILNKIQKELDVKVLIYEGDFEEISEVDSKLVKLAKVLQGKVVTNDFNLNKVCELQGVSVLNINDLANAVKPVVLPGEEILVQIIKDGKEHGQGVAYLDDGTMIVVEGGREYIGTMMEVLVTSVLQTSAGRMIFAKPKLLEKAQ				NA	NA	NA	NA	NA
JZ016_03465	396			hypothetical protein	ATGAGCGCTCCTAGTTTACAGGCTTTTCAGGACCAAGTTTCCGAATTGTTGCTCCGTCACCGCAGTCTCTTGGATGTTCTGTCTAAAAATGGTCAAAGCAATGCTTCAGTCAACCGGGCCGTAACCAAGGCCATCACAGAATGCGGATGCATCGAGCTCCACGCTACGAAGCAAACCTTCGATATCGGCGCTGATCTCGAATCAGCCCGGGAATTAGCCGGCACGCACGTCGAAGGCCATCTGTGCGAGAATTGCCGTGAAGCGGTTAGCACCGAGCTTGGCCGCAACCTATTTTATATGTCTGCCCTTGCGAATCTTCTGGACATTCAACTGGATGAGGTTGTTGTCAAGGAGTCGCAGAAATGCTCCACATTGGGTATTTTTAACCTGTCGTAA	MSAPSLQAFQDQVSELLLRHRSLLDVLSKNGQSNASVNRAVTKAITECGCIELHATKQTFDIGADLESARELAGTHVEGHLCENCREAVSTELGRNLFYMSALANLLDIQLDEVVVKESQKCSTLGIFNLS				NA	NA	NA	NA	NA
JZ016_03466	735			hypothetical protein	ATGACGAAATCAATTCCGAACATGTTTACTTTAGGTAATCTGTTTCTCGGAATGATTGGTATCATCTTGGCGACGGAAGGTCGAACGAGTATGGCGGCTATTATGATTATCATTGCCATGCTCCTTGACGGACTGGACGGTCGGGTAGCTCGGGCGTTAAATGCCCAAAGCGAGCTCGGTAAGGAACTTGACTCATTATCCGATGTAATTTCATTTGGCGTAGCACCGGCACTCATTATGTATACCGTAGCGTTTACGGATATTAATACAGCACTGGCTTGGACAGTGACCGCCATATTTCCGATGTGCGGCGCACTGCGTCTTGCAAGATTTAATGTTCGTCCGGGCATACCGGGATATTTTATCGGCCTGCCGATCCCCGCTGCGGGAGGCGTGCTGGCAACCTTGGCGTTATTCCATGAAGAGATTACAGCAACTTATATGATTATTGCCGTACTTCTGCTTTCTTATCTCATGGTTAGCGCAGTCAAGTACCCGAACTTCAAGAAGATTGGCATTCCGAAAACAGCGATTAAATTTACGCCCCTCGTCATCATTGGCGCAGTTATGGTTGCCGTGTTCTTACCAGAGCAGACCTCCAAGCTGATATTCTTGCCATTGGTCCTGTACGCAGGTTATGGCTTGCAGCAGAATTTCCGCAGGCTGAACCGCAAAAAACGTCGCAAAAAGGATGATCCCAATTCAGATGAGGCCTATCAATCCTCTGACCGATAA	MTKSIPNMFTLGNLFLGMIGIILATEGRTSMAAIMIIIAMLLDGLDGRVARALNAQSELGKELDSLSDVISFGVAPALIMYTVAFTDINTALAWTVTAIFPMCGALRLARFNVRPGIPGYFIGLPIPAAGGVLATLALFHEEITATYMIIAVLLLSYLMVSAVKYPNFKKIGIPKTAIKFTPLVIIGAVMVAVFLPEQTSKLIFLPLVLYAGYGLQQNFRRLNRKKRRKKDDPNSDEAYQSSDR	PGPT0007695_1349	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PSS-RELATED_EXOPOLYSACCHARIDE_METABOLISM	CE-EPS-PSS-RELATED_EXOPOLYSACCHARIDE_BIOSYNTHESIS,PGPT0007695-CHO1|pssA-K17103	NA	NA
JZ016_03467	1077	disA		DNA integrity scanning protein DisA	GTGAAAGAAACGAGCCAACTGGACAAAATGAATGATTTGCTAAAGCTGGTAGCACCGGGAACGCCGTTTCGCGACGGACTGGAGAACGTGCTGCGGGCGAAGACGGGCGCCCTGATCGTTGTAGGCTACAGCCCGGAGGTAATGGAAGTTGTCGACGGCGGCTTCTCCATTAACTGCGATTTTTCGCCAAACTATTTATACGAGCTAGCCAAGATGGACGGCGCCATCATCCTTAGTGAAGACTTGAAACGAATCTTATATGCGAATACCCAGCTGATTCCGGATTCCTCGATCTCTTCCATCGAGACAGGGATACGGCACAGAACAGCGGAGCGGGTAGCGAAACAGACAGGTAAGCTGGTTGTGTCCATCTCGCAGCGCCGAAACATCATTACGCTGTATCAAGGATCGCTGCGGTATGCATTGAAGGAAATCGGCGTTATCCTAACCAAGGCCAATCAGGCTATACAGACCTTGGAGCGATACCGCGTGGTGCTTAATCAATCACTCACCAACCTCTCGGCGTCTGAATTTGAAGAACTGGTTACCATTCCGGAAGTCGTGAATGTGATACAGCGCGTCGAGATGGTGCTCCGCATCAAGAAGGAGATCAAGCGTTATATCAACGAGCTCGGTAACGAAGGCCGCTTGATCAGCATGCAGATGGATGAGCTTGTGAGCAATATGGAGGAAGAGGCTTGGCTGCTGTATGCGGACTATGCCCGGGAGTACAGCGAGGAGAAGATCCGCGAGATCATTCTCGCGCTGAAGCGTTCAACGGATGAGGAGCTGCTGGACATTCATCATATTGTAAGACTTCTTGGTTATCCGGCTTCCGCCGCTGCATCGGAGGAAGAAATACTGCCGCGTGGTTACCGAATTTTGAACAAAATCCCGCGCCTGCCGAATGTGATCGTTCGTAATCTGGTAGATCAGTTCCATGATTTATCCAGCATTATGACCGCTTCCATCCATGAACTTGATGAAGTGGACGGGATTGGCGAAGTTCGCGCACGCACCATTAAAGAAGGTCTGAAACGATTGCAAGAACAAGTATTCATTGACAGACAAATCTAA	MKETSQLDKMNDLLKLVAPGTPFRDGLENVLRAKTGALIVVGYSPEVMEVVDGGFSINCDFSPNYLYELAKMDGAIILSEDLKRILYANTQLIPDSSISSIETGIRHRTAERVAKQTGKLVVSISQRRNIITLYQGSLRYALKEIGVILTKANQAIQTLERYRVVLNQSLTNLSASEFEELVTIPEVVNVIQRVEMVLRIKKEIKRYINELGNEGRLISMQMDELVSNMEEEAWLLYADYAREYSEEKIREIILALKRSTDEELLDIHHIVRLLGYPASAAASEEEILPRGYRILNKIPRLPNVIVRNLVDQFHDLSSIMTASIHELDEVDGIGEVRARTIKEGLKRLQEQVFIDRQI	PGPT0014770_367	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-SPORULATION_SIGNALLING,PGPT0014770-disA-K07067	NA	NA
JZ016_03468	1368	radA	COG1066	DNA repair protein RadA	ATGGCAAAAACTAAAACGAAATTTTTCTGTACCGAGTGCGGCTATGAAGCGCCCAAATGGTTCGGAAAATGTCCGGGCTGCCAATCATGGAATTCCATGGTAGAGGAGACCGAGACGGTAATCAAGACGCAGGGGATGAATTCCCCTCTTTTTCATAGTAAAGAAAAACCCCTTTCGATCATAAATATAGAAAGCGGTAAAGAACCCAGAATCCAGACGGGCATTGCGGAATTGAACCGTGTGCTCGGCGGCGGGCTTGTCCCAGGTTCACTTGTGTTAGTCGGCGGTGATCCCGGCATCGGCAAATCCACGCTGCTGCTGCAAGCCTCCAATCGATTGGCTCAGAACGGTATACGCGTTCTGTACATTTCGGGTGAGGAATCCGTACGCCAGACCAAGCTGCGTGCAGATCGGCTCGGGGCGCTGTCCCCGGAGCTGTTTGTCCTATGTGAAACCAATCTCGAGTCGATTGAGGAAGCCATTGAGAACGTAAAGCCTGGCTTTGTTGTCATTGACTCCATTCAGACGGTGTATTTGCCGGAGGTAACCAGTGCGCCGGGCAGCGTTTCCCAGGTACGGGAGTGTACGGCACGCTTCATGCGATTGGCGAAGGTGAAGGGCATAGCGACCGTCCTGGTCGGTCATGTGACCAAGGAAGGCGCTATTGCAGGCCCAAGGATGCTGGAGCACATGGTGGACTGTGTGCTTTATTTTGAAGGAGAGCGTCACCATACTTACCGTTTGCTTCGTGCGGTAAAGAACCGTTTCGGTTCGACGAATGAGATTGGCATTTTTGAGATGGGTGAGGATGGACTTCGGGAGGTCGGGAATCCATCCGAACTGTTTTTATCTGAACGGCCTTTAGGTGTAGCGGGTTCAACCGTTGTTGCAAGCATGGAGGGAACTCGCCCGGTTCTGGTCGAACTGCAGGCGCTCATCTCCACAACCCACTTCCCGTCACCGCGCCGAATGGGCACAGGGGTGGACCACCACCGCATGAATCTAATCATTGCCGTGCTGGAGAAACGGATGGGCATGTACCTGCAAACCCAAGACGCCTATCTGAACGTAGCGGGCGGCGTGAAGCTCGATGAACCTGCGGTGGATCTGGCCATAGCGGTCAGCATAGCGTCCAGCTTCCGCGATATTCCGACCAAGCCGTATGACGTTATTTTTGGCGAGGTGGGTTTGACCGGTGAGGTTCGGGCCGTTTCAAGAGCGGAGCAGAGGGTAAGAGAAGCCGAGAAGCTGGGTTTTAAGCGCGTACTCATGCCGGAGAAGAGTTTGAAGGGATGGAAGCATCCGAAAGGAATACAAATTATAGGAGTAAACACCGTTGCAGATGCATTAGCGGTTGCGTTAGATTAG	MAKTKTKFFCTECGYEAPKWFGKCPGCQSWNSMVEETETVIKTQGMNSPLFHSKEKPLSIINIESGKEPRIQTGIAELNRVLGGGLVPGSLVLVGGDPGIGKSTLLLQASNRLAQNGIRVLYISGEESVRQTKLRADRLGALSPELFVLCETNLESIEEAIENVKPGFVVIDSIQTVYLPEVTSAPGSVSQVRECTARFMRLAKVKGIATVLVGHVTKEGAIAGPRMLEHMVDCVLYFEGERHHTYRLLRAVKNRFGSTNEIGIFEMGEDGLREVGNPSELFLSERPLGVAGSTVVASMEGTRPVLVELQALISTTHFPSPRRMGTGVDHHRMNLIIAVLEKRMGMYLQTQDAYLNVAGGVKLDEPAVDLAIAVSIASSFRDIPTKPYDVIFGEVGLTGEVRAVSRAEQRVREAEKLGFKRVLMPEKSLKGWKHPKGIQIIGVNTVADALAVALD	PGPT0014905_2977	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014905-radA-K04485	NA	NA
JZ016_03469	2457	clpC	COG0542	Negative regulator of genetic competence ClpC/MecB	ATGATGTTTGGCAGATTTACGGAACGTGCACAAAAGGTGCTTGCATTGGCTCAGGAAGAAGCAGTACGACTGGGGCACAACAATATCGGCACAGAACATATCCTGCTAGGACTTATTCGTGAAGGAGACGGCATTGCAGCCAAAGCGCTGATCGGACTTGGACTTGGTCTTGAGAAAATTCAGGATGAAGTCGAAACATTAATCGGACGCGGTCAGGAGCAGCCTACCAACATTGCCTATACGCCAAGAGCGAAAAAGGTAATTGAGCTCTCCATGGACGAAGCTCGTAAGCTTGGTCATACCTACGTAGGTACGGAGCATATTCTGTTGGGGCTGATTCGTGAAGGTGAAGGGGTTGCCGCACGCGTGCTGAACAACCTGGGCATTAGCCTGAACAAAGCCCGCCAGCAAGTGCTGCAGCTGCTCGGCAGCAGCGAAGCGGTATCGAGCCATCATGGCACGCCGCAAAACGTAAGCACGCCTACACTTGACAGCCTCGCTCGCGATCTGACCGCCATTGCCAAAGAAGGCAACCTGGATCCGGTCATTGGACGCAGCAAAGAAATCGAGCGCGTGATTCAGGTGTTAAGCCGCCGTACGAAGAACAACCCGGTGTTGATTGGTGAACCAGGGGTAGGTAAGACGGCGATTGCGGAAGGTCTGGCACAACGCATCATTAATAATGAAATTCCGGAGACACTGCGTGACAAACGCGTCATGACGCTGGATATGGGCTCGGTTGTTGCCGGTACGAAATACCGCGGCGAGTTTGAGGATCGCCTGAAAAAAATCATGGATGAGATTCGTCAAGCGGGCAACATCGTTCTGTTCATCGATGAGCTGCATACCTTGATCGGTGCAGGCGGTGCAGAAGGTGCGATTGACGCTTCCAACATTCTTAAGCCATCATTGGCACGCGGAGAACTTCAGTGCATCGGAGCAACCACACTGGATGAATACCGCAAATATATTGAAAAAGATGCTGCCCTCGAGCGTCGTTTCCAACCGATCACGGTGGACCAACCGTCGCCTGAGGAAGCCATTCAGATTCTGTATGGACTGCGTGACCGTTATGAAGCGCATCACCGCGTGAAAATTACGGATGAAGCGATCGAGCAGGCTGTGAAATTGTCAGACCGCTACATTACGGACCGCTTCCTGCCGGATAAAGCGATTGATCTGATTGACGAGGCTGGTTCAAAAGTTCGCCTTCATACGTATACCATACCGCCTAATCTGAAAGATCAGGAAGCGCATCTGGAGGACATCCGCAAAGAGAAAGACGCAGCTGTCCAAAGCCAGGAATTCGAGAAGGCTGCAGCGCTGCGCGATACGGAGCAGAAGCTCCGCGAAGAACTAGAAATCACGAAGAATCAATGGAAAGAAAAACAAGGACGTACCGATTCCGAGGTAACGCCGGAGGATATCGCCGACGTTGTCGCCAACTGGACGGGTATTCCTGTAAATAAACTGAAAGAAGAAGAGACCGAGCGTCTTCTGAATCTGGAAGAAATCCTCCACAGCCGCGTGATCGGTCAAGAGGAAGCGGTCAAAGCGGTCAGCCGTGCGGTTCGTCGTGCACGCGCAGGCTTGAAAGATCCGAAGCGTCCAATGGGCTCCTTCATCTTCCTGGGTCCTACAGGGGTAGGTAAAACTGAGCTGGCACGTGCCCTTGCTGAAGCGATGTTCGGAGATGAGAATGCGGTTGTGCGGATCGATATGTCCGAGTACATGGAGAAGCATTCCACGTCACGTCTCGTCGGAGCGCCTCCGGGATATGTAGGTTACGAGGAAGGCGGTCAGCTGACCGAGAAAGTACGCCGCAAACCGTATTCCGTTGTCCTGCTCGACGAAATCGAAAAGGCGCATCCTGAGGTATTCAACATCCTGCTTCAAGTGTTGGAAGATGGACGCTTGACCGATTCCAAGGGCCGCGTGGTGGACTTCCGGAACACCCTGATCATCCTGACCTCCAACGTGGGAGCGGAAGCGATCAAGAAAAATTCTACGCTTGGATTTACTGCGGTGACGGATGCAGGTCGCGATTATAACAACATGAAAGGCAAAGTGATGGATGAGCTCAAGAAGAGCTTCCGTCCGGAGTTCTTGAACCGGATTGACGAGATTATCGTATTCCACTCTCTGGAAGAGAAACACATTGCCGAAATCGTGACATTAATGTCCGACGAGCTGCGCAAGCGTCTGAAGGAATTCGAGGTGCATTTCGAGCTCACAGACAAAGCGAAGGCCTTCATTGCGAAGGAAGGATACGATCCGGCCTTCGGTGCCCGCCCGCTGCGCCGGGCTATCCAGAAGCACATCGAGGATCGTCTCTCCGAGGAGCTGTTGAAAGGTACGGTGGCCAAGGGTGATTCGCTTGTCATCGATGAAGCAAACGGCGAGCTGGTTGTGAACAAGAGTGAAAGTGTAACGGCCGCATCGGCCGAAACGGAATAA	MMFGRFTERAQKVLALAQEEAVRLGHNNIGTEHILLGLIREGDGIAAKALIGLGLGLEKIQDEVETLIGRGQEQPTNIAYTPRAKKVIELSMDEARKLGHTYVGTEHILLGLIREGEGVAARVLNNLGISLNKARQQVLQLLGSSEAVSSHHGTPQNVSTPTLDSLARDLTAIAKEGNLDPVIGRSKEIERVIQVLSRRTKNNPVLIGEPGVGKTAIAEGLAQRIINNEIPETLRDKRVMTLDMGSVVAGTKYRGEFEDRLKKIMDEIRQAGNIVLFIDELHTLIGAGGAEGAIDASNILKPSLARGELQCIGATTLDEYRKYIEKDAALERRFQPITVDQPSPEEAIQILYGLRDRYEAHHRVKITDEAIEQAVKLSDRYITDRFLPDKAIDLIDEAGSKVRLHTYTIPPNLKDQEAHLEDIRKEKDAAVQSQEFEKAAALRDTEQKLREELEITKNQWKEKQGRTDSEVTPEDIADVVANWTGIPVNKLKEEETERLLNLEEILHSRVIGQEEAVKAVSRAVRRARAGLKDPKRPMGSFIFLGPTGVGKTELARALAEAMFGDENAVVRIDMSEYMEKHSTSRLVGAPPGYVGYEEGGQLTEKVRRKPYSVVLLDEIEKAHPEVFNILLQVLEDGRLTDSKGRVVDFRNTLIILTSNVGAEAIKKNSTLGFTAVTDAGRDYNNMKGKVMDELKKSFRPEFLNRIDEIIVFHSLEEKHIAEIVTLMSDELRKRLKEFEVHFELTDKAKAFIAKEGYDPAFGARPLRRAIQKHIEDRLSEELLKGTVAKGDSLVIDEANGELVVNKSESVTAASAETE	PGPT0014585_2552	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014585-clpC-K03696	NA	NA
JZ016_03470	1065	mcsB	COG3869	Protein-arginine kinase	ATGTCTAATCTCCGGTTTACCGATTCGGCGCTGAGCGAGTGGATGCGCGGAAACGGTCAGGATTCCGACATTGTCATCAGCACCCGTGTCAGGGTGGCGCGCAATCTGCAGCATCTTCCTTTCCCGCTGCTGGCAACGGATCAGCAGTCAGGAGAAGTGCTAGAGCGCCTGACGAATGTGTTGAAGAATAAGGACGATTTGCAGGATTTCGGGGATTTACATGTAATTAAATTAAGTGAGATTGATGAGCTGGATAAGAAGGTTCTTGTTGAGAAGCATCTGATCAGTCCCAATCTGGCGAATGAATCCCGAAACGGTGCAGTCATCCTTACGGAAGATGAATCCGTCAGCATTATGATCAATGAAGAGGATCACCTGCGCATACAGTGCTTATATCCCGGATTTCAGGTTCGTGAGGCATGGGCACGTGCGACGGCGCTGGATGATGTTTTTGAATCCGAGATCGATTATGCATTTGATGACAAGCGAGGTTATCTTACCAGCTGTCCGACCAATGTCGGAACCGGCCTTCGCGCATCGGTCATGATGCATCTGCCCGCTCTTGTTATGACACAGCAGATTAACCGGATTCTCTCGGCTGTATCGCAGGTAGGTTTGACTGTAAGAGGGATTTACGGCGAAGGCAGCGAAGCATTAGGCAACCTGTTTCAAATCTCGAATCAGATTACGCTCGGTCAAACCGAGACGGAGATCATTGAGAATCTGCACAGCGTTGCCCTGCAAATCATCGAGCATGAGAAGAATGCCAGAGCCCGGCTCTTGGGTGAATCCAAGCTCCGGATTACGGATCGGGTTATGCGCTCCTATGGCATACTGTCCTATGCGGCGGTGATGGATTCCAAGGAAGCGGCCCAGCGTTTGTCCGATGTTCGGCTTGGCGTGGATCTCGGCCTCTTGGACGGTCCGGAAATCCCGGTCATGAATGAACTGAATGTGAAGACGCAGCCGGGCTTTCTGCAGAAGACCTATGGAGAGGGCATGACTCCTTCCGAACGCGACATGTACAGGGCTAAGCTTATCAGAGAAACATTGGGTAACCATTAA	MSNLRFTDSALSEWMRGNGQDSDIVISTRVRVARNLQHLPFPLLATDQQSGEVLERLTNVLKNKDDLQDFGDLHVIKLSEIDELDKKVLVEKHLISPNLANESRNGAVILTEDESVSIMINEEDHLRIQCLYPGFQVREAWARATALDDVFESEIDYAFDDKRGYLTSCPTNVGTGLRASVMMHLPALVMTQQINRILSAVSQVGLTVRGIYGEGSEALGNLFQISNQITLGQTETEIIENLHSVALQIIEHEKNARARLLGESKLRITDRVMRSYGILSYAAVMDSKEAAQRLSDVRLGVDLGLLDGPEIPVMNELNVKTQPGFLQKTYGEGMTPSERDMYRAKLIRETLGNH	PGPT0014660_375	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014660-mcsB-K19405	NA	NA
JZ016_03471	525	mcsA	COG3880	Protein-arginine kinase activator protein	ATGATATGCCAAGAATGCGGTAAACGGCCGGCGACACTTCATTTCACCAAAATTGTGAACGGGGAGAAAACGGAGTTTCATTTTTGTGAAACCTGTGCCCGCGAAAAAGGGGAATTGATCCCCGGCACGTCGAATGGTTTTTCTATACACAGTTTGCTGTCAGGTCTTCTGGATCTGGATCCTTCAGGCAAGGGCCAGAGCCCCGGCGCAAAAATGGCCCAGACGCTGCAGTGCGAAGAATGCGGTATGACGTATTCCCAGTTCAGCAAGCTTGGCCGGTTCGGCTGCAGCTCGTGTTATAAATACTTTTCGGATCGATTGGATCCATTGTTTAAGCGAGTCCATGGAGGAACATCCCATGTCGGCAAAGTGCCAAAGCGTACAGGTGGCCGGATTCAGATCAAACGCCAAATTGATGAGCTTAAGAAGGAGCTTCAAATTCGGATCGTGCAGGAGGAGTTTGAAACGGCTGCCGAGATCCGGGACCAAATCCGTGAGCTGGAGCGAAATATGGCTCAGGGATAA	MICQECGKRPATLHFTKIVNGEKTEFHFCETCAREKGELIPGTSNGFSIHSLLSGLLDLDPSGKGQSPGAKMAQTLQCEECGMTYSQFSKLGRFGCSSCYKYFSDRLDPLFKRVHGGTSHVGKVPKRTGGRIQIKRQIDELKKELQIRIVQEEFETAAEIRDQIRELERNMAQG	PGPT0014655_410	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014655-mcsA-K19411	NA	NA
JZ016_03472	462	ctsr		Transcriptional regulator CtsR	ATGCGTAATATCTCTGATATTATCGAACAATACCTGAAGAGCATACTGCAGGAAAGTCCGGAGGGTACCGTTGAAATTCAACGCAACGATCTGGCGGAGCAATTTTCTTGCGTTCCTTCCCAGATTAACTACGTGATCAGTACACGGTTTACGCTGGAGAAGGGCTTTCTTGTCGAGAGCAAGCGCGGCGGGGGCGGGTACATACGCATCCAACGTATCGAGCTTCCCCAGCATACTGCACTCCAGCAGCATCTTCATCATACCATTGGCAGCATGATTGACCAGACGGTGGCTGAAGGATTGATTTACCAGCTGGAGGAGTCCCGTTTTTTAACGAAGCGGGAGGCCAGCGTGATGCGGGCCGCCATTTCACGGGAGTGCCTGAATGTGAAGCTTCCTTATCGGGATGAGCTGCGTGCAAGGATTATGAAGGCGATGCTTATTTCTTTATTAGGTAAGTGA	MRNISDIIEQYLKSILQESPEGTVEIQRNDLAEQFSCVPSQINYVISTRFTLEKGFLVESKRGGGGYIRIQRIELPQHTALQQHLHHTIGSMIDQTVAEGLIYQLEESRFLTKREASVMRAAISRECLNVKLPYRDELRARIMKAMLISLLGK	PGPT0014610_435	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014610-ctsR-K03708	NA	NA
JZ016_03473	717	dasR	COG2188	HTH-type transcriptional repressor DasR	ATGTCGATCACGCGGAAGAACGGTCCGCTATACTTGCAAATCAAGAAGATCATAAAAGATCGGATTCTGCATGGGGAATATCCACTCGGCTCCCATATTCCTTCCGAGCCGCAGCTGGAGCAGGAATTTAACGTTAGCAAAATGACGGTCCGCAATGCGATCCAGGAGTTGTATCAGGAAGGATATGTAGAGAAGCGGAGCGGGGTAGGAACGATTGTGACCCGGAATACTTCCTTCTCCAAGCTTTCCAAAGGCAAGCTGTTTACCGAGATTCTGGTCGAAGAAGGACACCAGATTCGGAAGCGTCACCTGAAGACGGAATGGGTGCTTAATGAGCCGGATAGCGAACTGTTCTTAAAATTCGGGGAGCGGTGCCTGCTTATTGAACGATTGTATTTACTGGACGGGAGTCCTTTTATTTACTACACTCACTACGTGTCATCCCAAGTGGATATGGGTGAAGAGTTCGGTTCCACCGAACTACCGTCTCTCTATGACCGCATCGAGGAAAGTCAAATTACGCTGGAGAATTTCCGCGACCGTTTCCTGGCAACCGTGGCAAATGAAGAGACTGCCTCCTTGCTTGAAGTAAGTGTAGGCTCTCCGTTACTGAAGCGGCTCAGAACCTCTTATGACGGGACAGGCAGCATCATTGAATACAGCATCGGTTATTACAATACGGAGCTGCAGCACTACTTGATCAGTTATGACGCTTAA	MSITRKNGPLYLQIKKIIKDRILHGEYPLGSHIPSEPQLEQEFNVSKMTVRNAIQELYQEGYVEKRSGVGTIVTRNTSFSKLSKGKLFTEILVEEGHQIRKRHLKTEWVLNEPDSELFLKFGERCLLIERLYLLDGSPFIYYTHYVSSQVDMGEEFGSTELPSLYDRIEESQITLENFRDRFLATVANEETASLLEVSVGSPLLKRLRTSYDGTGSIIEYSIGYYNTELQHYLISYDA				NA	NA	NA	NA	NA
JZ016_03474	1017	iolC_2		5-dehydro-2-deoxygluconokinase	ATGCCTAAGACGATTGCCGCATATGGCGAAGTGATGATGCGTCTTCAAGTACCGGGATATGCTTCCTTGGCTCAAGAGAGCCATCTGAATTATTCCTTTTCCGGCACGGGGGTAAACATCGCCTCGGCTGTGGCAAGGTTCGGTCATAACGGTTACCTGGTCAGCACGCTGCCGGATAACCCGCTTGGCGAAGCGGCGGTTTCCTACCTGCGCAGGCTTGGCATCGATACTTCGCTCATAAGCCGCGGAGGCAAATATGTTGGCATGTACTTTTTGGAGAATGGCTTTGGTGTCAGACCCGGACGCGTGACCTATACGGACCGGCTGGGCAGCAGCTTTAACACGGCAGAGGATGCCATGTACGATTTCGGTGCGATTGCCCAAAAGATAGACATGATCCATTTTTGCGGTATAACTCTTTCCATGAATGACACGGTACGAGGTCAAATGAAGACACTGGCTCGTGAAGTTAAGGCTAACGGGGGAACCGTTGTGTTCGATTGCAATTATCGTCCCTCTTTATGGGGGACAGACCGCTATGAGTTTGCCAAGCCGCACTATGAGGAAATGCTGTCATTGGCGGATATCGTCTTTATGAATGAGAAGGATGCTATCTATATCCTTGGTATGGAGACGACCCGGGAGGATCGGAACGAACAGCTGCAGGAGTTGATTCCGAAGGTGGCAGCGAAGTATAATATTACGGTTGCGTCGGGTACCCACCGCAAGATCAACGGGGATAACACCCATTCCCTGCAAGGCTATCTCTACACGGATGGAGCGTTTCATTTTTCCAAAACGTTGACGTTTTCCGTTCATGATCGTATCGGCGCGGGTGATGCTTACGCCAGCGGGGTGATTCACGGGATCTCGGAGGGTTATGAACCGAATCGGACGGTTGATTTTGCCGCAGCTGCGGCGATGCTTGCCCATACCGTAACAGGGGATACGCCGACGGCGAACGAACGCGAAGTGCTTCAGGCAATGAGTCATCATATGTCTGACGTGGAAAGGTAG	MPKTIAAYGEVMMRLQVPGYASLAQESHLNYSFSGTGVNIASAVARFGHNGYLVSTLPDNPLGEAAVSYLRRLGIDTSLISRGGKYVGMYFLENGFGVRPGRVTYTDRLGSSFNTAEDAMYDFGAIAQKIDMIHFCGITLSMNDTVRGQMKTLAREVKANGGTVVFDCNYRPSLWGTDRYEFAKPHYEEMLSLADIVFMNEKDAIYILGMETTREDRNEQLQELIPKVAAKYNITVASGTHRKINGDNTHSLQGYLYTDGAFHFSKTLTFSVHDRIGAGDAYASGVIHGISEGYEPNRTVDFAAAAAMLAHTVTGDTPTANEREVLQAMSHHMSDVER	PGPT0018060_991	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018060-kdgK-K00874	NA	NA
JZ016_03475	756	dgaF		2-dehydro-3-deoxy-phosphogluconate aldolase	ATGGCAAACATGGAGAAACGTCTTTACAGAAATCGCGCGGCACTGAACGTGCTTGCAGGCAGCATTCAGAATGCGAAGGAAATTTTTGAAGCTTCGGAAGGGCATGTGCTGGTCGGCGTATTGTCCAAAAATTATCCGAATGCACAAGAGGCCGTTATTGCGATGAAGGAGTACGGCGCCGTTATCGAAGATGCGGTATCGATCGGATTGGGTGCCGGCGATAACCGCCAAGCTGCGGTGGTAGCCGAGATTGTAAAAAGCTACCCAGGCACGCATATCAATCAGGTGTTCCCGGCGGTCGGTGCTACACGTGCCAATCTGGATGGCAAAGAAAGCTGGATTAACAGCCTTGTTTCTCCTTCGGGTCAAGTGGGCTACGTGAATATCTCAACCGGACCGGTGAGCGCTGCCGGATCGGACAAAGCCATCGTACCTGTAAAAGCAGCCATCGCGCTGGTGCGCGATATGGGCGGTAACGCACTGAAGTACTTCCCGATGCAGGGCTTGAAGCTGGAGGATGAGTACCGCGCGGTAGCGAAGGCGTGTGCGGAGGAAGGATTCGCGCTTGAACCAACAGGCGGGATTGATAAAGAGAATTTTGAAGCCATCGTGCGCATCGCACTCGAAGCGGGAGTGCAGCAGGTCATCCCGCACGTGTACTCCTCGATTATCGACTCGACAAGCGGAGATACAATCATTAGCGATGTTCAAGAGCTGCATCGCAAGCTAAAAGCGCTGGTTGATCAATATGCCTAA	MANMEKRLYRNRAALNVLAGSIQNAKEIFEASEGHVLVGVLSKNYPNAQEAVIAMKEYGAVIEDAVSIGLGAGDNRQAAVVAEIVKSYPGTHINQVFPAVGATRANLDGKESWINSLVSPSGQVGYVNISTGPVSAAGSDKAIVPVKAAIALVRDMGGNALKYFPMQGLKLEDEYRAVAKACAEEGFALEPTGGIDKENFEAIVRIALEAGVQQVIPHVYSSIIDSTSGDTIISDVQELHRKLKALVDQYA	PGPT0002065_4	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0002065-dgaF-K17463	NA	NA
JZ016_03476	1104	dgaE		D-glucosaminate-6-phosphate ammonia lyase	ATGGATCATTCATTACATGCTAAATACGGGTTGAAACGAGTGGTTAATGCCAGCGGGCGCATGAGTATTCTTGGCGTATCGGCGCCGACGGATACCGTCATGGAAGCGATGCGGATCGGCGGGCAGAGTTACGTGGAAATCGCGGATCTGGTAGATAAGGCGGGCGACTACATGGCGCGCATCCTTGGTTCCGAGGCTGCGGTCGTTGTCAATTCCGCTTCCAGCGGAATCGCGCTTTCCGTGGCTGGAATCGTCACCGAAGGCAATCGCAGACGCAGTGACCGACTGCACCAGGAGCCAATCGCGAAGAACGAGATTATCATGTTTAAGGGACATAATGTGCAGTATGGTGCACCTGTTGAAACGATGGTTTATCTCGGGGGCGGCAAGGTCGTTGAAGTTGGGTATGCCAACGAAGGGCGCAAGGAGCATATCGCAGAAGCGATTAATGAGCGTACAGCCGCTATTTTGTATGTGAAATCCCATCATTGCGTACAGAAAAATATGATTTCGGTGGAAGAAGTGGCAGAAGTGGCCCAGGCACATGGACTTCCGCTGATTATCGACGCTGCTGCCGAAGAGGATATCCAGAAGTATGTGAAATACGGAGACCTGGCGATATACAGCGGATCCAAGGCAATTGAAGGCCCGACCTCCGGCATTGTCGGCGGCAAACGTCAATACGTCGAGTGGGTAAAAGCGCAGCTGCATGGTATTGGGCGCAGCATGAAGGTTGGCAAGGAAACGACGTTTGGACTGCTTCAGGCGCTGGATGAGTATATGGTGAAGGAAGATAAGAGTGAGCAGGAGAAAGCGGCACTGGAGGAAATGAAAACCTTATCGAAATTGCCGGGCATTGAGGTGACCATTGTTCAGGACGAAGCGGGAAGGGCGATCTATAGGGGGCGCGTGAAAGTCGATGAAAATGCGGCCGGGGTCAGTGCCAAGTCCATGAACGATCAGCTTCGCGAAGGCGATATTGCTGTGTACACCAGGGATTACGGCGTTCGCCAGGGATATTTTGATATTGATCCTCGCTCGCTTTCCGGGGATGATTTGCAGGTCATTATAACGAGAATACAGCAGATTGCAGGGGGAAACTAA	MDHSLHAKYGLKRVVNASGRMSILGVSAPTDTVMEAMRIGGQSYVEIADLVDKAGDYMARILGSEAAVVVNSASSGIALSVAGIVTEGNRRRSDRLHQEPIAKNEIIMFKGHNVQYGAPVETMVYLGGGKVVEVGYANEGRKEHIAEAINERTAAILYVKSHHCVQKNMISVEEVAEVAQAHGLPLIIDAAAEEDIQKYVKYGDLAIYSGSKAIEGPTSGIVGGKRQYVEWVKAQLHGIGRSMKVGKETTFGLLQALDEYMVKEDKSEQEKAALEEMKTLSKLPGIEVTIVQDEAGRAIYRGRVKVDENAAGVSAKSMNDQLREGDIAVYTRDYGVRQGYFDIDPRSLSGDDLQVIITRIQQIAGGN	PGPT0004815_1748	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004815-selA-K01042	NA	NA
JZ016_03477	1113		COG3964	Deacetylase	ATGAAAATATTGGAACAGCGTTTTATTATACGCAATGTAAAGACGGTCCATGAGGATGAACCTTTTGACATTGTCATGGAGAATGGATTCATAACCGAAATAACGGATGCAAACACGGCCGAGGGTGCCAACAGTTTTGATGGTACAGGTCTATATGTGTCCAGCGGCTGGATCGATATGCATGTCCATGCGGTCGCTAAGCTGGAGCCTTACGGAGATGCCATCGACGAAATCGGCGTTAAGCAAGGGGTTGCCACCATAATCGACGCAGGGAGCTGCGGCGCGGATACGATTGGAGAACTGGCAGCCGAGGTTGCCAGGTCCAAGACGAATGTGTTTGCTTTTCTGAATATTTCGCATATCGGTCTGCAGCGGGTCGACGAGTTGTCCAGTCTGGAATGGATCGATGCCGAGAAGGCAACAAAGGCGGTAAACACGTATCCGGATCTGATCATTGGACTCAAGGCCAGAATTAGTAAAAGCGTCGTCAAGGACAATGGGGTGGAACCGCTTCGACTCGCAAGAAAATTGTCGGATAAAACGTCACTGCCGCTGATGGTACATATCGGGTCAGGGCCACCTCCGATTGAGGAAGTATTGGAGCTGCTTCAGAAAGACGACATTATTACTCATTATATGAACGGCAAAGCCAACAATTTATTTGATTCGGACGGGAAGCCGATCCCTGCCCTGGTGGAAGCGATAGCTCGCGGCGTCCATCTGGATGTGGGCCATGGAACGGCAAGCTTCTCGTTCTTGGTGGCGGAATATGCCAAGGCCCAAGGGATTAAGCCGGACACGATCAGCACCGATATTTATCGCGGGAATCGCATCCATGGCCCGGTGTACAGCCTGGCTAATGTCATGACGAAGTTCCTGTATTTGGGGTACAGCCTGCAGGAGGTGGTCTCAGCGGTAACGGACCATGCAGCAGGATGGTTGCGCCGTCCGGAGCTTGGCCGAATTCAGGCCGGCGATGCCGCTCACCTGACGCTGTTTGCCCTGCAGCAGGGCGCTATGAGTTTAACGGATTCCGAAGGGGAGACCCGAATCGCTGATCGATATATCGAAGCCAGAGGAGTGGTTGTCAATGGATCATTCATTACATGCTAA	MKILEQRFIIRNVKTVHEDEPFDIVMENGFITEITDANTAEGANSFDGTGLYVSSGWIDMHVHAVAKLEPYGDAIDEIGVKQGVATIIDAGSCGADTIGELAAEVARSKTNVFAFLNISHIGLQRVDELSSLEWIDAEKATKAVNTYPDLIIGLKARISKSVVKDNGVEPLRLARKLSDKTSLPLMVHIGSGPPPIEEVLELLQKDDIITHYMNGKANNLFDSDGKPIPALVEAIARGVHLDVGHGTASFSFLVAEYAKAQGIKPDTISTDIYRGNRIHGPVYSLANVMTKFLYLGYSLQEVVSAVTDHAAGWLRRPELGRIQAGDAAHLTLFALQQGAMSLTDSEGETRIADRYIEARGVVVNGSFITC	PGPT0021145_5884	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021145-pyrC-K01465	NA	NA
JZ016_03478	747			hypothetical protein	ATGATGAAACTGTTGAAATACGACTGGAAGAGAAACTCGACCACGCTGCTTGGCGCCTTCGCGATTCTACTCATTATACAGATGGCGATCACGGTCACAGGCTCGATAAGAGAATGGAAGCTTGGAATCATGTTCGGTTTAAGCATGTTGGTATATGGCTCCATGAGCGTACTGCCGCTGGTGGTCGCTTGCAGGACATTCGATTTTAATATCCAGGCATATCACCGGCGTCTGCTCCCCGTGCGTTCTGTCTGGAACGTGGTTTCCTCCCTTATATTGGCTTGCGCGAGTTTACTGGCGCTTTGCGTTCTGATGGCTCTGCATTTGTGGTACTATTGGGACTCCGCAAGCATCCCGTGGGAGACTCTCCATTTTTCGGACTTCCCTGTCCTGTATTATATCGGGCTTGCTCTTCATATGGTATGGAAATTCATCTATTTGATGATAACGATATTTTTTGCCATAACCATGGCCAGAAGTATCACAAAGAAAGGCAGTGTATGGATCGGTATTCTGGTGTTTTTTGTACTGCAGTACATTCTTGGCTGGCTCAGCAACCTGCTCTTTGGAGAAGGAGCAGCATGGATCGGGCCGATGACCACCATTTCGTTCGAGAATGAGGTGAACTTTACCGTATCTGGAGGGCAATATACGTTTGCATGGGGGGCGTTTGCTTTCGATGTAATAATGACTGCCTTGATCTTGTATGCAACGGTTTACCTCATCGACCGGAAGGTTGAGGTTTAA	MMKLLKYDWKRNSTTLLGAFAILLIIQMAITVTGSIREWKLGIMFGLSMLVYGSMSVLPLVVACRTFDFNIQAYHRRLLPVRSVWNVVSSLILACASLLALCVLMALHLWYYWDSASIPWETLHFSDFPVLYYIGLALHMVWKFIYLMITIFFAITMARSITKKGSVWIGILVFFVLQYILGWLSNLLFGEGAAWIGPMTTISFENEVNFTVSGGQYTFAWGAFAFDVIMTALILYATVYLIDRKVEV				NA	NA	NA	NA	NA
JZ016_03479	729	yxlF_2	COG1131	putative ABC transporter ATP-binding protein YxlF	ATGATCCATAGCGGAGGTGAAATCACGGTGGAGAATCTGTTACAGGTAAAGAACGTGACCAAAACGTATGCCGGTGGCCGCAGAGCATTACATGATGTTAATCTGGATATCAACGGTGGAAAAATCATTGGTTTGCTGGGCACCAACGGCAGTGGTAAGAGTACGCTTATGAAAATTGCCGCTGGGTTGATTCAGCCCACAACGGGCGGCGCTTACGTCAACGGCAAACCGGTCGGCCTGGAAACGAAAGCCGTCGTTTCCTTTATGCCGGATCGGCCCGTGACGGAATCCTGGATGAAGGTATCGGATGCGGTGGCATATTTTAAAGATTTTTATGAGGACTTTAATGTGGAGAAGGCACGCAACATGCTGGAGTTCATGAATTTAAAGACCCATGACCGCATCAGTTCCTTATCCAAAGGAATGAATGAGCGCCTGCAGTTAACATTGGCCTTGTCCCGTGAAGCCCAGCTGTATATGCTGGATGAGCCGATTGGCGGAGTGGATCCGGTAGCCCGGGGCAAAATTTTGGATGCGATTGTGGAATTCTACAACGAGGACAGCAGCATTATCATTTCAACCCATTTAGTCCGGGATATTGAGCGGATATTTGATGAAGTGATCTTTATTCAGGGCGGCGAAGTCGTCATGCATGACGAAGTTGAGAACATCCGCCTGAGACACGGAAAAAGCGTGGATGAGATGTTTAAAGAGGTGTATGCAGAATGA	MIHSGGEITVENLLQVKNVTKTYAGGRRALHDVNLDINGGKIIGLLGTNGSGKSTLMKIAAGLIQPTTGGAYVNGKPVGLETKAVVSFMPDRPVTESWMKVSDAVAYFKDFYEDFNVEKARNMLEFMNLKTHDRISSLSKGMNERLQLTLALSREAQLYMLDEPIGGVDPVARGKILDAIVEFYNEDSSIIISTHLVRDIERIFDEVIFIQGGEVVMHDEVENIRLRHGKSVDEMFKEVYAE	PGPT0006725_27028	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03480	366	ytrA_1	COG1725	HTH-type transcriptional repressor YtrA	GTGAGTATAGAATTCGACAATAATCTGCCGATCTATTTACAGATCATGACGTATTTAAAGAAAGAAATCATCATCGGCAAACTGCAGCCCGGTGATAAAATCCCATCGGTTCGAGAATTAGCGAGTGAGCTTCAAATAAATCCAAACACGGTGCAGCGAACTTTTCAGGAATTGGAGCGTGAGGGTATTGTGGAGACGCGGCGGGGATTGGGGCGATACGTGACAAGCGAGGAATCCAAAATTATGGAAATCAAAAAAGAAATGGCAGGCGATCTGCTGGAACGCTTTATTCGCGGCATGCAGGAGCTTGGCTTTAAAGATCAGGATATCATATCGATCGTGGAAGATGCTGTGAAGCAGCCATGA	MSIEFDNNLPIYLQIMTYLKKEIIIGKLQPGDKIPSVRELASELQINPNTVQRTFQELEREGIVETRRGLGRYVTSEESKIMEIKKEMAGDLLERFIRGMQELGFKDQDIISIVEDAVKQP				NA	NA	NA	NA	NA
JZ016_03481	759			hypothetical protein	TTGCGTAGCTTTGGAAATCTCGTCTGGAATGAATGGCTCAAAATGTTCAAGAAACGCAGCTTCTTCCTGCCCTATGCGCTTTTGGCCGGAATGGTGGTCTTCACGGCGTCCTTGCTCTATAAGTTTTCCGGTGGGAGCAGTACCGGTTATGAATTTGCCGAGATAGCTGTTACAACCAAGGGAATGGGGCAAGTGCTGACCCTGCTCGCCATTGTCGTGACGGCAGGAGCCGTAGCGAAGGAACACAGCATGGGAACCATCAAATTGCTGCTTATACGTGCACAGAGCCGCACCAAAATTTTGGCATCGAAATATGTGGCCGTATTGATTTACATCTTAACACTGGTGGCCTTCATGTTTGCTGTAGCCGTGCTGACAGGTCAAATTACGTTTGGCATGGATGTCGGCTCCGTTACGCTTGGCGACGTGCTCATTGGAGCCGTGAACAACCTGGTGTATACGATCGTTTATGTAACGCTAACCTTTATGGTAGGCATTCTAACGAGATCTACCGGTCCTGCAATCGGTATTGGCATGTTCATGGTCATTATGGAAAGTATGGTGGTACAGCTGCTTGCGCGTTACTCCTGGTCTAAATACCTTCTGTTCCTGAACGTGGATCTTTCCATGTACAGCGGAGGCGCAAGCTCTCCGATTCCAGGCATGAGTTTAACATTCTCAATGATGATGCTCGCTGTATATCTCCTCTTGTTTCTTGCGATAGGCTTTGTTACGTTTAAAAAACGGGATGTCGCATAA	MRSFGNLVWNEWLKMFKKRSFFLPYALLAGMVVFTASLLYKFSGGSSTGYEFAEIAVTTKGMGQVLTLLAIVVTAGAVAKEHSMGTIKLLLIRAQSRTKILASKYVAVLIYILTLVAFMFAVAVLTGQITFGMDVGSVTLGDVLIGAVNNLVYTIVYVTLTFMVGILTRSTGPAIGIGMFMVIMESMVVQLLARYSWSKYLLFLNVDLSMYSGGASSPIPGMSLTFSMMMLAVYLLLFLAIGFVTFKKRDVA	PGPT0006730_20876	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_03482	1038	bcrA_3		Bacitracin transport ATP-binding protein BcrA	ATGAGCGGAAACGATTCAAATAAAGGGACAACGAATATAGAGAATTCCTCAGGGGAATGGGTTGATGGAATCAGTGGATCGGCCTCCACCAATAGGAAAGATGCCAAGAAAGGTCCAGTCGTTCTAACGGTCGAACAGGTCACCAAGACGATTGGCAAGAAGAACATCGTCGATGGGCTATCCTTTGACATTCATCGCGGTGAAATCGTTGGTTTGCTTGGACCGAACGGCGCGGGCAAAACAACAACCATTCGGATGATTGTAGGGTTAATCGAGATGTCCCATGGCGATGTACAGGTAAAAGGGCACAGCATCAAAAAGGACTTCGTTCAAGCCGTCCGGCATATCGGGGGCATCATCGAGAATCCGGAATTCTATCCGTACATGAGCGGTTATGACAACCTGAGACAGTACCAGCGGATGTCTGAGGGAGTGACCATCACGAGAATCATGGAGGTTGTTAAGCTTGTTGGGCTCCAGGATGCCATCCACAAGAAGGTGCGCGCTTATTCCCTGGGAATGCGCCAACGGCTTGGAATAGCGCAGGCCTTGCTGCATAATCCATCCATCCTCATTCTTGACGAGCCGACGAACGGCCTGGATCCAGCGGGTATCCGCGAGATGCGGGATTACTTGAAGCAAATCGCCAAAGATGAGGGAATTGCCATTCTCGTATCCAGCCATCTGCTGTCGGAGATGGAACTGATGTGCAGCCGTGTGGTCGTTATCCAAGAGGGGAAATTCGTAACCGAGCGTTCTATCGGGGGGACAGTCGTTAATGAAGAATTTACTACGGTAAGCTTCCGCGTGAATGACGCGACCATGGCTGAACAAACGATTAGACATTTGCAAAACATCACATTGCGGAGCACCCAACTGGAGGAGGGAATCATTACCCTTCAACTTCAGGAAGAAGATATTCCTTCGCTGATCCAGACACTGTGTGATGCACGGGTACGGATTTACCGCGTGGAAGAGATCAAATCGTCACTTGAAGAAGAATTCTTAAAATGGACAGGAGGCAACCGCATTGCGTAG	MSGNDSNKGTTNIENSSGEWVDGISGSASTNRKDAKKGPVVLTVEQVTKTIGKKNIVDGLSFDIHRGEIVGLLGPNGAGKTTTIRMIVGLIEMSHGDVQVKGHSIKKDFVQAVRHIGGIIENPEFYPYMSGYDNLRQYQRMSEGVTITRIMEVVKLVGLQDAIHKKVRAYSLGMRQRLGIAQALLHNPSILILDEPTNGLDPAGIREMRDYLKQIAKDEGIAILVSSHLLSEMELMCSRVVVIQEGKFVTERSIGGTVVNEEFTTVSFRVNDATMAEQTIRHLQNITLRSTQLEEGIITLQLQEEDIPSLIQTLCDARVRIYRVEEIKSSLEEEFLKWTGGNRIA	PGPT0006725_1571	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03487	1257	fsr		Fosmidomycin resistance protein	ATGGCAGACAAAAGCATCGCTCTCCAAAAGCCCACTGATACTCCAAGTCCTGCGCACGGAGAGGCAAATCAGGCTACCGTATATAAAATTCTAATCGCCATCAGTTTCGTTCATTTGTTTAATGATTCTATTCAGTCCGTGATCCCTGCTATCTTTCCTATATTAAAGGATAACCTGCTGCTTACCTTTACGCAGATCGGTTGGATCTCCTTTGCCATTAATTTTACTTCATCCATTATTCAGCCGGTTATCGGGTATGCTGCGGATCGAAGGCCGACACCGATTCTGCTACCGATCGGTATGTGTTTCACGTTTGCAGGCGTATTCATTCTTGCATATGCACATACATATATCCTTGTTCTGTTCGCCGTCGTTCTGATCGGATTAGGCTCGGCGACCTTTCATCCTGAGGGAATGCGAGTCGCTCATATGGCTGCAGGTATGCGAAAAGGGTTATCCCAATCGATCTTTCAAGTAGGAGGCAATGCCGGGCAATCACTTGCTCCACTCCTGACACGATACATTTTCGTACCGTTCGGACAGTTCGGCGCGATCGGTTTCACCTTCGTTGCCGCAGCTGGTATCCTCGTGCAATCCTATGTTGCCCATTGGTACCACGGCATGCTGAAAGCTGGTTACACGTTTAAAAAGAAAGCCGCCGGACGTATGCTTGATCCCGCCCGCCGCAAAAGCGTACGCCATGCAACGCTGGTTCTCGTCATTCTCGTATTTATCCGCTCCTGGTATGGCGCAGCCATTAGCAGCTATTATGCGTTCTACCTCATGGATGCGTACAAGATCACGATTGATAACGCTCAGATTTATATTTTTCTATTTCTCGCATCCGGAGCTGTGGGTACCTTCTTCGGCGGTCCGTTGGCCGACCGCTTTGGCCGCCGCAACATGATCATGCTCTCCATGATCGGCACAGCACCCATTGCGTTGATTCTGCCGTTCGCCTCCCCGTTCTGGGCGGCTGTATTGCTCCTTATTGGCGGATTTGTTCTATTGTCCAGTTTTTCAGTTACCGTCGTCTATGCCCAAATGCTGCATCCGGGCAATATCGGTACGGTATCCGGGCTGATTACCGGGTTTGCTTTTGGCATGGGCGGGGTCGGTTCGCTTGTGCTCGGCAATCTCGGGGATGCTTGGGGAATCGGCAATGTTATGATCGCCATCGGCTTCTTGCCGCTGCTTGGTCTGCTTGCCCTGCTTCTTCCCGGTGATGATAAGCTGGACCAGTGGGCAAGAGATTAA	MADKSIALQKPTDTPSPAHGEANQATVYKILIAISFVHLFNDSIQSVIPAIFPILKDNLLLTFTQIGWISFAINFTSSIIQPVIGYAADRRPTPILLPIGMCFTFAGVFILAYAHTYILVLFAVVLIGLGSATFHPEGMRVAHMAAGMRKGLSQSIFQVGGNAGQSLAPLLTRYIFVPFGQFGAIGFTFVAAAGILVQSYVAHWYHGMLKAGYTFKKKAAGRMLDPARRKSVRHATLVLVILVFIRSWYGAAISSYYAFYLMDAYKITIDNAQIYIFLFLASGAVGTFFGGPLADRFGRRNMIMLSMIGTAPIALILPFASPFWAAVLLLIGGFVLLSSFSVTVVYAQMLHPGNIGTVSGLITGFAFGMGGVGSLVLGNLGDAWGIGNVMIAIGFLPLLGLLALLLPGDDKLDQWARD				NA	NA	NA	NA	NA
JZ016_03488	1779	malT_3		HTH-type transcriptional regulator MalT	ATGTTGAAAATCCCAGGATATACGATCATCGGCATCGTCTATGAGGATTCATATATAACGGTGGCGTATGCCCGTTCCGAGCGAACCCGGAGAACGATGCTCCTGAAAATTGTAAAAGAAGGTACCCGTACAACGATCGAGAACGCGAAGCTCATCCACGAATATCATTTCCTCAGTGACTTGGATGTGGACGGGCTGTTCAAGCCAGTATCCTACCTATCATTCAAGACAATGATCGTGTTGGAGTTTGAACCCATCCACGCTATTACCTTAAGGGAATATGTGCGAATTCACGGCTCCTCACCCTCAGTATTAATACCAATGCTTGAGCGTGCTGCCCGCAGGCTGCAGGAACTGCATATCCACGACATTCTTCATTTAAACATCAGGCCAGATACGCTCCTTGTTCAAGAAAGTTCCCAGGACGTTTATTTAACAGGCTTCGGATACGCCGTTCGCAGGGATCAAATGAATATAGAAGGACATGGCAGTCTGGAAGCCAATCCAATCTATATGTCTCCGGAACAAACCGGGAGGATAGGCCATCGACTGGACAGCAGAGCCGATATCTACTCACTTGGCGTAACATTCTACGAGCTATTCGCTCATAGACTTCCCTTTACCGCGAACGGCGCGCTTCCTTGGGCTCACGCCCATCTTACCATAAGGCCTGAGCCCTTCCATGATATTCATCTGCCTCAATGGATATCCGAACTTATCCTGAACATGCTGGAAAAAGACCCCGCTGACCGCTACTTCGACATGCAGAGCATTACTGAGGAAATAGCCCAGCATCGATTAGCGGCTATAAAAGAATCAGATTCGGATGCCAAGCGCTGCAAGCATGAAATCAGGCAGAATCCTTTCGCTTCCAATTCAATTCCGACTCAGCAGCATCATGAAGTACCCAATGCTAAGAACGAGGAGGATAAGTCCTTCCAAGAAACGATCCCCTCCATCTCGCTTTCAGGCCATATCGTCAACTATCCACAAGTGTTGGATTTGGCCGCCATCATGCAGGCATCACATATTTTTAACTCGGAGATCGTAACGGAACGAGTAGCTGAACGTTTCTTGCAGCTCCTGATTATGAACGCTGGTGCCCATCGCGGACTGATACTGACACTTCAGGAAGGCATGTGGTATGTAGAAGCTGAGGCAAAGCAAGACGGGAGACTTATGACGGCTTCTTCCCGGCGAACGCTCCTTGGGGATGCCCATAGAGTCAGTCGGCGTTTGCTCATTCAGACAGCGGAATCCAAAGCTGCCCTTTGCGGCTCGGCTGCCACATTAGGGATGGACGAGTTGAATTCCCCTTCTTCCGCTCATTCGGCAAAAGGTTCCGTGCTTTATTTTCCTGTCGTTGTACAGGATCAGTTGCTAGGAGTATTGTTTTTGCAAAATGATGTGATCACGAAAGCGTTTGCCCCCGAACGATTTCACGTGTTGAGTACCATTGCCTCCCAAGCTTTATTCGCCATTCATGCGAGAGTCCGCTCCCATGCCGAGCTGCAGCTTTCCGAACATGGCCTCCAAACAGTAAGAAAGCATACGGGAGAAGTGCATGATTTAACGGGACGGGAGAAGGAAGTGCTTCGCCTGATCTCAAAGGGGCTCTCGAATAAAGAAATCGCTGCGGCACTTACCATTACCCATGAGACAGTAAAGACCCACATCAAGAAAATCTTCGAAAAACTGAAGGTTGACCGAAGGGGAAAAGCCGCAGCCATCGCTAATACGCTCGGTTTGCTTCACGAAGACCATCAATCTCCTGAATAG	MLKIPGYTIIGIVYEDSYITVAYARSERTRRTMLLKIVKEGTRTTIENAKLIHEYHFLSDLDVDGLFKPVSYLSFKTMIVLEFEPIHAITLREYVRIHGSSPSVLIPMLERAARRLQELHIHDILHLNIRPDTLLVQESSQDVYLTGFGYAVRRDQMNIEGHGSLEANPIYMSPEQTGRIGHRLDSRADIYSLGVTFYELFAHRLPFTANGALPWAHAHLTIRPEPFHDIHLPQWISELILNMLEKDPADRYFDMQSITEEIAQHRLAAIKESDSDAKRCKHEIRQNPFASNSIPTQQHHEVPNAKNEEDKSFQETIPSISLSGHIVNYPQVLDLAAIMQASHIFNSEIVTERVAERFLQLLIMNAGAHRGLILTLQEGMWYVEAEAKQDGRLMTASSRRTLLGDAHRVSRRLLIQTAESKAALCGSAATLGMDELNSPSSAHSAKGSVLYFPVVVQDQLLGVLFLQNDVITKAFAPERFHVLSTIASQALFAIHARVRSHAELQLSEHGLQTVRKHTGEVHDLTGREKEVLRLISKGLSNKEIAAALTITHETVKTHIKKIFEKLKVDRRGKAAAIANTLGLLHEDHQSPE				NA	NA	NA	NA	NA
JZ016_03489	3726			hypothetical protein	ATGGCCATGATCGTACCGCTTCTATTAGGCAGCCTGGCCATTCCGGTGAGAGATCGAGCTTTTGCATTACAGGTACAGGCCGAGACGCTCGGTGACATCGTTTATGATCCAAGGGGATTTGCCGGAGTCCTTCATATTTACAGCGACGGGACGACCATCAGGTCGACCAATTTATCGGAAGTCCCATCAAGCGCAAAGTGGGCCACGTTTGTGCCGATCAATTTTGACGGCATGGAGCTTTATTATAGCCGGGATGGGATTACAACGGAGAAGAGAATGCTTACCACTGGACAATTGAACGACATTCCTGCCGATGTGAAGTGGCTGACATTAAGCAACTTTGATGGATCGTTCTTTGAGAATCAACCCATCGATAATCAGCAGTATACGTACAGTGTGGACGGCGTCAATGTTTTAAGTGGTCCTGAGGTGCCGGCTAACGCGCTATGGGCCACAATAAGTTATTATACGACCACCTGGAGCGGCGAAAACAAGGCCTTAAACTACAGTCGTTCCCAGGCAAGTTACAACCTGAAGACGGACCTCATCCGGAGTGTTTCGATTGAGTCCCATGGGGCAGATACGGGATATGCACTGGCAGGCGATAACGTTACCCTGTCCTTTACTTCGCTTCCAGCACTGCAATCTCCGAGTGTCATGCTAGCCGGACAGCAAGTACAAGCAACCGCTATACCAAACGCTGCCTTAAACGAATGGAGGGCATCTGTGACGCTGGACGCTAGCCATCCTGAAGGGCAAATAGATTTCAGCATTGCATACCAAGACGAAGGGATTCCAATGACCGTATCGGCAACCACGGATGGAAGCTCCGTATTTTTCGACAATAGCCCGCCGTCGATATCTCTGACGCAATCTACGTCAGAATGGACACAGGGCAACGTCATTGTTAACGGACGAGCTTATGATACGGGGAGCGGGGTCCAGATTGAGAAATGGGTGGAAGGCCGCCAAACGGAGTCCTTCTTCCATAATAACGGTCATTTGCCGCAAGGCGGCACATTTACCGCGTTTAATAACGGATGGTATACCTGGTACGCCAGCGATCGAGCGGGAAATGAGACGGTGCAGTACATTGAGATCGGGAACATTGATCGAGCATCACCTACGCTTAGCCTGACGTCATCGCCGACGGGGTGGGCAGTTGGGTCTGTCCAAATCACCGCATCAACCGCAGATGATCTCAGCGGGATTAAGCTCACGAAGTGGGCCGCCGGCAGCCAGCCTTTGGCATTTTTCAAGAATGGCGCCGGAACCATGTTCAGCGATTCTTTTACAGTGACAGATAACGGGGGTTACACCGTCTATGCAGAGGATCAAGCGGGGAATGCGGTAACAGAGCAGATCACGATTGACAATCTGGACGCCATCCCTCCTGTAATTTCGTTGGCGCCATCCACGACGGAGCCGACGCAGACGGATATCGCTATTACTGTAGACGCCTCTGATCAGGAAAGCGGCATCGAGATCGTCAAATGGGCAGCGGGCAAGCAGCCGTATTCCTATTTTGCGGGAGAGGGGAGCGCCTTGCGAGGGACAGGCTTTACGGTTTCGGAGAATGGTCTATACACGGTCTATGCCAAGGACAAGGCCGGGAATGAACAGATCGAGACTGTAGAAATTACTAATATTTATAAAAGCGGCCCAAGCCTTCGTCTGTCACTCGACAACGCGAATTGGACGAACAGCTCCGTACGAATACAGCTCGATGTAACGGACAATGGCAGCGGTATGGCATTGCAGAAATGGGCAGCCGGACATCATGATCCCGATTATTTCATGAATGAAGGCACTCCGTTTACCGGTAACAGCTTTGCCGTTGACAGCAATGGAATGTATACCGTTTATATCAAAGACAATGCTGGTTACGAGGCCGTGGCCGTCATTGAGGTTACCCGAATGGATAACGAAAAACCGATCATATCGGAGCTGAGGCTGACGCCCGAAGCGTGGACGAGTCAGGATGTCGAAATATGGGTATCCGGCATGGACAACTCCGGCGTGATCTCACTTATGAAATGGAGCGCCGGTGTGCAGGATGAAGCCTACTTCGAGCAGGGATGGGGCACCGTGTTCCAGAATGTATTTATGGTGGACGCGAACGGAGAATACACGGTATATGCGAAAGACGCTGCCGGTAACGGGAATGTTAAGTCCTTGCATGTAAGCAACATCGATAAAGAAGAACCGATCATCCGCCTGCAGCCTTCTATCAAGGATCCGACGAACCAGAACGTGGCCGTGACGGCTGATGTATACGGTACGTTAAGTCCGATCATGGTTACGAAGTGGGCGCCGGGAATCCAGCCGTTGTCCTATTTTGACGCGGAAGGGAACGACTTTAACGGAACCTTCGAAGCGGAGCTGAACGGATGGTACACGGTATACGCCGAGAGTGCCGCGGGCAACAAGAGGATTGAGACCATTGAAATTACGAATATTTTTAAAAGCGTGCCTGTCATTCAGGTTACGGTGTCCCCAACCGTGCCAACAAAAAAGGAAGTAACAGTCACCGCTTCGGTCTATGCCCCGAGCCCTTTAGTTGATCGCAAGTTTGTCTTCGGACAACAGGATGCTGCCTATTTCGGAGTTGGAGGTGGTGAGCCTTGGAGCGATAAGCTGGAGGTCCATGAGAACGGCTGGATTACTTATTATGTCCGCGATCATGCAGGCAATGAGTCGGTAAAACAGGTCGAAATCACGAATATCGATCGGGAGAAGCCGGTGATTACCCTGCTTGGTGATTCTCGAATCTCTTTGATGCAAGGTTCTGACTATACGGACCCGGGGGCCACGGCCATTGACAATCTGGACGGGGATCTAACGGATCGCATCGAGGTTGAAGGTAAAGTCGATACTTCCAGACCGGGACAATACACGCTCCGTTATTCGGTAGCCGATCGTGCCGGCAATGAGGCGGAAGAGGTTGTTCGAACGGTTAACGTTACGCCTTGGCCGGGTGGTGGAGATACAGGACCGACTGATCCTACTCCGGGAAGCGGCGGGAGTAAGCCGAATCCCTCTCCGGTAGATAAGGGGGATCAGAACGAAGGACTTTCAGGATCGATTTCAACCCCAGCACCACCCCCAACAACACCAGCTCAGGGAAATGACGGCGACTCGTCTGCTACTCAGCCGCCCCCTAGCAAACAAACTCCTGCCTTTGCGGATATTTCCGGCCACTGGGCGGAGTCGGAAATCCAGGCACTATATGATCTGAAGCTGGCAAAAGGTTATCCTGACGGAAGCTACAAACCAGACCGTCCGGTGACCCGGGCCGAATTTGTCGCGCTGCTGGTACGGAGCCTGGGTTTAGAAGGGCAATACAGCGCTGCATTCGAGGATATTAAAAATCACTGGGCTGGCGATGCGATTCGCACGGCTCTAGCCCATGGGATTATTGGTGGTTACAGCAGCCGTGCTTTTGGCCCTGATGATCTGATCACACGTGAGCAAATGGCTGTTATGCTGTCTAAGTCAAGCCGGCTTGCGAGTCTTTCCTCCGGTGAATCCAGCAAAGATATGCTGTCCTTCAAAGATCAAAGCTCTATTTCTATCTGGGCGAAGCAGCATGTATCCAACGTGGTCGAGAACGAGTTGATGAACGGATACCCCGGGGGACGCTTTTTGCCTCGAGGCTTAGCAACACGAGCAGAGGTAACAGCGGTTATACACCGTTTTATAACAGCAATTGAACAGAGCGTATAA	MAMIVPLLLGSLAIPVRDRAFALQVQAETLGDIVYDPRGFAGVLHIYSDGTTIRSTNLSEVPSSAKWATFVPINFDGMELYYSRDGITTEKRMLTTGQLNDIPADVKWLTLSNFDGSFFENQPIDNQQYTYSVDGVNVLSGPEVPANALWATISYYTTTWSGENKALNYSRSQASYNLKTDLIRSVSIESHGADTGYALAGDNVTLSFTSLPALQSPSVMLAGQQVQATAIPNAALNEWRASVTLDASHPEGQIDFSIAYQDEGIPMTVSATTDGSSVFFDNSPPSISLTQSTSEWTQGNVIVNGRAYDTGSGVQIEKWVEGRQTESFFHNNGHLPQGGTFTAFNNGWYTWYASDRAGNETVQYIEIGNIDRASPTLSLTSSPTGWAVGSVQITASTADDLSGIKLTKWAAGSQPLAFFKNGAGTMFSDSFTVTDNGGYTVYAEDQAGNAVTEQITIDNLDAIPPVISLAPSTTEPTQTDIAITVDASDQESGIEIVKWAAGKQPYSYFAGEGSALRGTGFTVSENGLYTVYAKDKAGNEQIETVEITNIYKSGPSLRLSLDNANWTNSSVRIQLDVTDNGSGMALQKWAAGHHDPDYFMNEGTPFTGNSFAVDSNGMYTVYIKDNAGYEAVAVIEVTRMDNEKPIISELRLTPEAWTSQDVEIWVSGMDNSGVISLMKWSAGVQDEAYFEQGWGTVFQNVFMVDANGEYTVYAKDAAGNGNVKSLHVSNIDKEEPIIRLQPSIKDPTNQNVAVTADVYGTLSPIMVTKWAPGIQPLSYFDAEGNDFNGTFEAELNGWYTVYAESAAGNKRIETIEITNIFKSVPVIQVTVSPTVPTKKEVTVTASVYAPSPLVDRKFVFGQQDAAYFGVGGGEPWSDKLEVHENGWITYYVRDHAGNESVKQVEITNIDREKPVITLLGDSRISLMQGSDYTDPGATAIDNLDGDLTDRIEVEGKVDTSRPGQYTLRYSVADRAGNEAEEVVRTVNVTPWPGGGDTGPTDPTPGSGGSKPNPSPVDKGDQNEGLSGSISTPAPPPTTPAQGNDGDSSATQPPPSKQTPAFADISGHWAESEIQALYDLKLAKGYPDGSYKPDRPVTRAEFVALLVRSLGLEGQYSAAFEDIKNHWAGDAIRTALAHGIIGGYSSRAFGPDDLITREQMAVMLSKSSRLASLSSGESSKDMLSFKDQSSISIWAKQHVSNVVENELMNGYPGGRFLPRGLATRAEVTAVIHRFITAIEQSV				NA	NA	NA	NA	NA
JZ016_03490	4500			hypothetical protein	TTGAGTAAAAAGTTATGGTCCGCACTACTAATTTTTGTATTAACGCTATCACTCGTTGCACCAGCGGCTGGGGCCGCTCCGTCAGAACGGCAGATCGAGCTGGACAATCAGCTCAGTGCCGATGAAGCTGGTCAGATAAAGGATATTCTGAAACAGCGAGCTAAGCTTGCCGAGTTTCCGGTGCTTGATCAAAGTCTGCAGAGATCTGCCGGGGGGCCTACAAGAGTCATTGTAGAGCTGTCTACTGAGCCGGTGGCCTTAGCCAAAGGGCTTTCCTCTATTCAGGGTCAATCCTTTAGTTCTTCCGCAGAGGCGAAGGTTGAGGCACAAGTGCAATTGGAGCAGCAGACTTTTATACGCAGCCTGAGCACGAAGAATATAACGCACGAAATTTCGGAGCAATATAGTTACGCATTCAACGGAGTGTCCATGGAGATCGACGGCAGCAAGGTTGAAGCGCTGCTTGATCTCCCTGGCGTTCTAGGCGTATATCCCGATCTGGAGGTAACGGTTGGACCGAAGGGCGAAGTGAATCCATACATGAAAGATACGGGGCCGTTCATCGGTGCTCCGGAAGTATGGGATCTCGGTTATACAGGTAAAGGCATTAAAGTAGGCGTTATCGATACGGGTATTGATTACGTACACCCTGTTTTGAAGGATGCTTATAAGGGTGGATATGATTTCGTAGACAATGATAACGATCCCTATGAGACGACTCCGCTCGACTGGGAGAATGACCCTTCCAATCCCCCACAGGTCGATGACAGGGGGAGTACGTATTGGACGGATCACGGAACGCATGTAGCGGGTACCATCGGGGCCCGTGATGCCGGCGAATATGGAGTCGTGGGCATTGCGCCGGAAGCGGATATCTATGCTTACCGAGTTCTTGGGCCATACGGAAGCGGCTATTCCAGCTGGGTACTGGGTGGTATTGACCGTTCCGTCCAAGACGGAATGGATATAATCAACCTCTCCCTTGGCAATTCACGCAATGATCCGGACTATGTGACGTCCGTAGCACTCAACAATGCTGCGCTGGCTGGTGTCACGCCAGTCGTTGCAAGCGGCAATTCGGGGCCTAACCGCTGGACGGTTGGCTCGCCGGGGGCGGCGGCTTTTCCGATTACGGTAGGAAATTCAACGGGGCCAAGTGACGAAATTGCGGCAACAGCGCACTTTTTCACGGATTCGGAATTGCCGGGTGAGCCAACGGATAACAATGAAGGTCCGTTGGAGCTTGGAGCTGAGCCAACACAGCCCGTTACACCAGAAGAGCAGACGGATGTAGGAGCACAGGCAGATGAAGCCGCTGGGCCAACCTCGACGGATGACACGGTTGCTATGGTTGAGACGGAGCCTTCCGTCGATACGGAGCAAGATCTAGAGCCGGCTCAACCGACTGAAGGAGCCGGAGAGGAGCAGGTTACGGAAGAAGAGACTGTTGAACCTGTTAAGGACAAGGAACTGCCTTTAGCAGACGATGCCGCTCCGATCACGGTGACAGATGCAACGTATAAGCTTGAATTAATGGCCTGGAATCTGGCCGAAGATCCTGAAGTTGCCCTAGATGGCGATTTCGAACTGGTTTATGCGGATCTGGGTAAGCCAGAGGATTTCGCAGATAAAGATGTTGCAGGCAAAATCGCATTGATTAAACGCGGCGAAATTGCCTTCGTCGAAAAAATTGCCAATGCTAAGGCGGCAGACGCGAAGGGTGTTATTGTGTTCAACCAGAACCCTGGTCCTATCGGTGTGTTGCTTGGGGACAGTTTTGCCTTCATTCCAACCTTTAGTATGAGCAAAGAAGACGGTGATTATATCAAATCGCTGCTCGATGCCAGCCCGAATATGAAAGTGAATTTTACGGATTTTATCAAGAACCGAACCGCAGGCGATGAAATCAATGATTCCAGCTCCCGCGGCCCGGCTAAAAAGACGCTGGACATTAAACCTGACGTGGTTGCACCGGGAACCAGCATTTTGTCATCCATTCCGGCGTACGGTAGGGACATTGCCGATGCAGATTACAGTCAATCTTATGATCGCTTCACGGGCACCAGTATGGCAACCCCGCATGTGGCAGGGCTTGCAGCTCTCATATTGGAGAAGCACAACGACTGGACTCCATTCGACGTCAAAGTCGCAATGATGAATAACGCCAAAGTGCTGAATACCGAATCCTACGATGTAACGGATCAAGGAGCCGGACGCGTACAAGCACTCAATACCATCCAGGCAGAGGCTCTGGTGAAGGTCCTAGACAAGACTTCGTATCAGGAGAACGGAACAAGTAAAGAGCAGGATAATATTACGGGAAGCATCAACTTCGGTAATTTCACGGGCAAAGCTGCCAAGACTGTTCAGAAAAAAGTAAAGGTAGAGAGTATTGGAAATGCGGGCGGGACTTTTAACGTGGAAATCAATAACACGCAGGTCACGCCGGGGGTAAGTGTTACAACCGATAAAAGCACCTTCACCCTCAACGGTCAAGAAGAGGTCACAGTAACCCTTCAAGTGCCGGAAGGGATAGAGGGCGTATCAGAACAACAAGGGTATATTACCTTTACGAATGGAGCCCACACCTATTCGGTTCCTTACGTTGCGTACTTTAACCTTGAGATCACAGGCGTGAAATATACAAAAGCCTACAGTGACAAAGAGAACTATTTACCGCATGTGCCGTTGACCAAGACTGGTGAATTGGGCGAACTCAACCTGGCTTTCGAATTTTACAATCCGATGCAGATCGTCATTGTGGACTTGTATGACAGTCTTAATCCAGGAGCGGGTGTTGACGGCGACGGTATTATTGGCCAAATATTTGGAGGGGAAGCCTACTTTGATGCAAACACCTCGTTTACGATCGGCTGGAACGGGAAGTATGCCGATTATGAAACCGAGAAAGAGGCAGAGGTTCAGGACGGATTATATTCGATCGAGCTTTTATCCCTTGGTACGGATGGAATCGTTTATTCCGATTATGCCACGATTCCTTTCTTCGTGAAGAGATCAGCGCCATCGATCCAAACCGAGCTGGATGTCAAAATATCCGGCAAGAGTAATCCTGCACTAACCGGTACGATCGATGACCTCTATGTAACGGCTGTTCCGGCTCTGTGGGATGAATGGGCAATTGATTTTGATGTAAGCGAATGGTTAGATGCCAATTACGTTATTAAAAGAGCTAACAAAACGGTCGCCAAGCAAGGCACCTTTGATGTTGGACAGGATGGTGCATTTAACATTGCCCTAGACGGGTTATCTTCAGGCAACTATACCGTTGAGCTTTCCGTCAAGGACCGTCAAGGACTTCAAGGAACGGCTTCCGTATCTTTGCAGTTGACGGGCGCGCCTGGACCAGGCAACCCGGATCCAGGTAACCCAGGTGGCGGATCTGGAGGAGGCGGTGGAGGCTCGTCCTCCGGTGGGGGTTCCACAGGAACTCCAACCACTCCAGCACCTGAATTAACGGGGGATGCCAAAGTAACCACGAAGAAAAATGCGGATGGTACCGAGTCTGCAACGGCCGCTCTATCTGAAGCAGCGGTTGCGGCAGGAATTACCGGAGACGGCAAAGAAGTGAAGCTGGACGTATCGAAGCTGGATTTCAGCAAATATAGCGATGTAGCCCTTACCCTCGGTAAGGCTGCCGCGGATAAGCTGAAGGCATCCGGCAAGCCGCTTGTTATTACAGGTAACGGTTTTACCTTGACGGTGCCTGCTGATGCCTTGGATGATTTCACTACGAGCAGCGGATTCAGCTTAGCGGTTTCCGTAGCTGCAAGCAAAGCGGGATCCGAAAACACATTGAACGCTGTATCCCCGATCGTTTCGATCAAGCATGGGGATAAGTTTAAACATCCGCTTTTGCTGACATTGAACTATGACCCAACAAAAGTGAAGGATGCGCGCAAGGTAGGTGCCTACGTGGAGTCGGATAAAGGGGAGCTGCAATCCGCAGGATTGCTGCAATCGGCTGAGCGTGGATCGATCACGTTCCGTGTTAACGGTCCAGGTTCATATATGGCTGCCGAGAATAACGTAACCTTTAACGACATCGTCAGCCACTGGGCTAAGGATGAGATCGAGGTTGCTGCCTCGCAGCATATCACGAACGGTACAGGTGCAGGCCGCTTCTCTCCGAACAATGCGGTGACCCGTGCCGAATTTGCGACACTGCTTGATCGTATTTTCGAAACAGGCATCGATTGGGAAACACGCAGCAAAGAAGCGGGAGCGAAGAATCCGCTGACCCGTGAGGATATGGTGGTCATGATTGCGGAAGCGCTGAAGATTGATTCCGAAGCAGGCTCCTTGTCATTTAATGATACGAATCTGATTTCGGAGGATGCGCGTGCGGCCGTAGCTTTTGCAGTGAAGGAAGGTCTGGTGAAGGGAGTGAATGGCAACCGCTTCGGACCGGGTGAGACTTCCACTCGGGCTCAGGTATCCGTGATTGTGTACCGTTTGCTGGATTATCTGAACAAAATCTAA	MSKKLWSALLIFVLTLSLVAPAAGAAPSERQIELDNQLSADEAGQIKDILKQRAKLAEFPVLDQSLQRSAGGPTRVIVELSTEPVALAKGLSSIQGQSFSSSAEAKVEAQVQLEQQTFIRSLSTKNITHEISEQYSYAFNGVSMEIDGSKVEALLDLPGVLGVYPDLEVTVGPKGEVNPYMKDTGPFIGAPEVWDLGYTGKGIKVGVIDTGIDYVHPVLKDAYKGGYDFVDNDNDPYETTPLDWENDPSNPPQVDDRGSTYWTDHGTHVAGTIGARDAGEYGVVGIAPEADIYAYRVLGPYGSGYSSWVLGGIDRSVQDGMDIINLSLGNSRNDPDYVTSVALNNAALAGVTPVVASGNSGPNRWTVGSPGAAAFPITVGNSTGPSDEIAATAHFFTDSELPGEPTDNNEGPLELGAEPTQPVTPEEQTDVGAQADEAAGPTSTDDTVAMVETEPSVDTEQDLEPAQPTEGAGEEQVTEEETVEPVKDKELPLADDAAPITVTDATYKLELMAWNLAEDPEVALDGDFELVYADLGKPEDFADKDVAGKIALIKRGEIAFVEKIANAKAADAKGVIVFNQNPGPIGVLLGDSFAFIPTFSMSKEDGDYIKSLLDASPNMKVNFTDFIKNRTAGDEINDSSSRGPAKKTLDIKPDVVAPGTSILSSIPAYGRDIADADYSQSYDRFTGTSMATPHVAGLAALILEKHNDWTPFDVKVAMMNNAKVLNTESYDVTDQGAGRVQALNTIQAEALVKVLDKTSYQENGTSKEQDNITGSINFGNFTGKAAKTVQKKVKVESIGNAGGTFNVEINNTQVTPGVSVTTDKSTFTLNGQEEVTVTLQVPEGIEGVSEQQGYITFTNGAHTYSVPYVAYFNLEITGVKYTKAYSDKENYLPHVPLTKTGELGELNLAFEFYNPMQIVIVDLYDSLNPGAGVDGDGIIGQIFGGEAYFDANTSFTIGWNGKYADYETEKEAEVQDGLYSIELLSLGTDGIVYSDYATIPFFVKRSAPSIQTELDVKISGKSNPALTGTIDDLYVTAVPALWDEWAIDFDVSEWLDANYVIKRANKTVAKQGTFDVGQDGAFNIALDGLSSGNYTVELSVKDRQGLQGTASVSLQLTGAPGPGNPDPGNPGGGSGGGGGGSSSGGGSTGTPTTPAPELTGDAKVTTKKNADGTESATAALSEAAVAAGITGDGKEVKLDVSKLDFSKYSDVALTLGKAAADKLKASGKPLVITGNGFTLTVPADALDDFTTSSGFSLAVSVAASKAGSENTLNAVSPIVSIKHGDKFKHPLLLTLNYDPTKVKDARKVGAYVESDKGELQSAGLLQSAERGSITFRVNGPGSYMAAENNVTFNDIVSHWAKDEIEVAASQHITNGTGAGRFSPNNAVTRAEFATLLDRIFETGIDWETRSKEAGAKNPLTREDMVVMIAEALKIDSEAGSLSFNDTNLISEDARAAVAFAVKEGLVKGVNGNRFGPGETSTRAQVSVIVYRLLDYLNKI	PGPT0020990_14	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020990-vpr-K14647	NA	NA
JZ016_03491	2016	ligA	COG0272	DNA ligase	ATGGATTTCAAGGAAAAGATGGAGAAGCTCATTGCGGAGCTGAACAATTACAATTACCATTACTACACGCTGGATCAGCCGCTTGTAAGCGACAAGGAATATGATGCCCTGTACGACCAGCTGGTAGCGTTGGAGGCCGAGACCGGAGTGACGCTTCCGGATTCTCCGACCCAGCGGGTGGGCGGGGAGATTCTGAAGGGTTTTGCCCCGCACCGCCATTTGGCTCCGTTATGGAGTCTCGATAAGGCTCAGAACATCGAGCAGCTCCGTACCTGGCATGATCGCGTGGTCAGGCTGGTCAATGACTATAATACGAAGAATCCCGGCAATCCTCTCAAGGCACCTTGTTATGCACTGGAGCTGAAGTTTGACGGGCTCACGCTGAATCTGACCTATCAGAACGGTAAGCTGGTTCAGGCGTCGACACGGGGCAACGGTGCAGTTGGCGAAGGTATTTTGGCTCAGGTGAAAACCATCAAGTCGGTGCCGATGACGATCCCGTACACGGCAGGTACGATTGAAGTACAGGGCGAAGGCATCATGAACCTGTCCGTGCTGGACAAATACAATCAAACCGCGGCCGAGCCGCTCAAGAACGCGCGTAATGCCGCCGCAGGGGCGCTCCGCAATCTTAATCCCAAGGTGACGGCCGAGCGTAAACTGAACGCTTACTTCTATAATGTAGGTTATTCGGATGGAATCACTTTTGCCGATCACAAGGAGATGATGGATTTCCTGCGCGAGAACCGGCTCAAGGTCAATCCGTACATTTTCTATTTTGAGCAGTTTGATGATGTAATGGAGCAATTGGCCGATATCGAGAAACGTCGTTCCGAGCTCGATTATCTCATTGACGGAGCGGTGGTGAAGGTGACCGATTTCCGCATTCGCGAAGCGCTCGGATATACCGATAAGTTCCCCCGCTGGGCAGTCGCTTATAAATTCGAAGCGGAAGAAACCACGACCGTGCTGCAGTCGGTAACCTGGAATGTGGGGCGGACCGGAAAAATCACGCCGTTAGCGCGTGTAGAGCCAGTTGAGCTTGCTGGGGTCACGGTGCAAAATTGTACGCTGAACAATATCGGGGATATTGAGCGCAAGAACCTCAAGTTCGCACTGGGCTCCCGAGTCTTCATTCGCCGTTCGAATGACGTTATTCCCGAGATCCTCGGCAAAGTAACGGAGGAGCAGGACGGAGAAGAGATCCTGTATCCGGAACAGTGTCCATCCTGCGGATTCCCGCTGGAGCAGCGCGGCGCTCATCTCTTCTGCAACAACAAGACGGGGTGCAAACCGCAAATCGTGGCCCGGATCACGCATTTTGCTTCCAGGGATGCCATGGACATTGAAACATTCAGCGACAAAACCGCGATCCAGTTATACGACGAACTGGGCGTGAGAGAACCGGCTGATCTTTATACATTATCTTTTGATAGCTTGCTGAAGCTGGAGCGCTTCGGCGAGAAAAAAGCCCAGAACCTGCTGGATGCCATCGAGAAGAGTAAGGAGCGGGATCTTGCATCGTTCCTCTTCGCACTGGGTATACCGAATACCGGTAAATCCACAACCAAAATGCTGGCTGATCACTATCGCGATCTGAACCGCGTGATGGCGGCGACCGCAGAAGAACTGGTCGAGCTGCCGGACGTGGGCGGCATCGTGGCCGAAAGCATCGCTGGATACTTTGCGGACCCGTTTGCCCAAGCAAGCATTCAGAAGATGCTCTCGCTGGGTGTCCAAGCAAAAGCGCCGGAAGCACCGAAGCCGGTCAGCACCGATTCCTACTTCAGCGGCAAAACGGTCGTGCTGACAGGCACCCTCCACCTGCTGACCCGCGAAGAGGCAACCGAACGCTTGGAAGCGCTCGGCGCCAAAGTCACCGGCAGCGTGTCCAAGAAAACCGACCTCCTCATTGCAGGCGAGAAAGCCGGCAGCAAACTGGCCAAAGCTCAGCAGCTCGGCATCGACATCCTGGAGGATGAAGAAGAGTTCGTGCGGTTGCTTGACGAATCATAA	MDFKEKMEKLIAELNNYNYHYYTLDQPLVSDKEYDALYDQLVALEAETGVTLPDSPTQRVGGEILKGFAPHRHLAPLWSLDKAQNIEQLRTWHDRVVRLVNDYNTKNPGNPLKAPCYALELKFDGLTLNLTYQNGKLVQASTRGNGAVGEGILAQVKTIKSVPMTIPYTAGTIEVQGEGIMNLSVLDKYNQTAAEPLKNARNAAAGALRNLNPKVTAERKLNAYFYNVGYSDGITFADHKEMMDFLRENRLKVNPYIFYFEQFDDVMEQLADIEKRRSELDYLIDGAVVKVTDFRIREALGYTDKFPRWAVAYKFEAEETTTVLQSVTWNVGRTGKITPLARVEPVELAGVTVQNCTLNNIGDIERKNLKFALGSRVFIRRSNDVIPEILGKVTEEQDGEEILYPEQCPSCGFPLEQRGAHLFCNNKTGCKPQIVARITHFASRDAMDIETFSDKTAIQLYDELGVREPADLYTLSFDSLLKLERFGEKKAQNLLDAIEKSKERDLASFLFALGIPNTGKSTTKMLADHYRDLNRVMAATAEELVELPDVGGIVAESIAGYFADPFAQASIQKMLSLGVQAKAPEAPKPVSTDSYFSGKTVVLTGTLHLLTREEATERLEALGAKVTGSVSKKTDLLIAGEKAGSKLAKAQQLGIDILEDEEEFVRLLDES				NA	NA	NA	NA	NA
JZ016_03492	99			hypothetical protein	ATGGAACGGTCCATGGAGGGGATTTTCACGAATTTACCCCTGGAGGAAAAAATCATGATCCTGAGTTGGCGGCTGGCGATCGGAGAGAGGGCTGGTTGA	MERSMEGIFTNLPLEEKIMILSWRLAIGERAG				NA	NA	NA	NA	NA
JZ016_03493	1689	malL_1	COG0366	Oligo-1,6-glucosidase	ATGAGAGAGCAGAAGCGACAGTGGTGGAAGGAAAGCGTGGCGTACCAGATTTATCCACGTAGCTTCCAGGATTCTGACGGAGATGGAATCGGGGATTTGCGGGGCATCACGGAACGCCTGGATTATTTGCAATACCTTGGGATCGACTTGCTGTGGCTAAGCCCGGTTTATGATTCGCCGAACGATGACAACGGATACGACATCCGCGATTATCAAGGCATTCTGGACGAATACGGGACGATGGAGGATATGGACGAACTGCTGGAGGAGGCTCGCAAGCGCGGAATCCGGCTGGTGATGGATTTGGTTGCCAATCATACCTCGGATGAGCATGCCTGGTTTATCGAGTCCCGTTCCTCCAAGGACAGTCCGAAGCGAGATTGGTATATTTGGCGCCCGGGCAATGAGGGGGCGGAACCAACCAACTGGGAATGTGCATTTGGCGGATCGGCTTGGGAATTCGACGAGCAAAGCGGGGAGTACTATCTTCACTGCTTCTCGAAGAAACAGCCGGATCTGAATTGGGAGAATGTGGAGGTGCGGCAAGCGCTCTATTCCATGATTGATTGGTGGATGGACAAGGGAATAGCCGGCTTCCGCGTGGATGCGATTACGTATATCAAGAAAAATCCGTCTTTCCCGCAGCTGGCTGCCGAAGACGGCCGCCGCTACGCTCCGGTTGAACAGGTCAGCCTGAATCAGGAGGGCATCCTCGACTTTCTGCGTGAATTGAAGCAGGCAGCGTTGGAGCCCCGGGGCGCGATTACGGTCGCCGAAGCGCCGGGCGTGCCGCTGGAGCAGATCCATGATTTCGTCGACGATACGGACGGCGTGTTCACGATGCTGTTTCAGTTTAATCACGTCGACCTCGATATCAAACCCGGCGGCAAAGCGGAATTTATCGACTGGGATATGAAGAAATTCAAGGACGCGTTGTCCTTGTGGCAGCGGGAATCGAACCGGCACGGCTGGATGGGGCTGTTTCTGGAAAACCATGACCATGTCCGTTCGGTATCCAAATTCGGCGATGATGGAGAGTGCCGCGATCTGTCGGCCAAAATGCTGGCGGCGTATTATTTTCTGATGCGCGGGACGCCGTTTATCTATCAGGGACAGGAGATCGGCATGACCAACTGCCAGTTTGATTCGATCGACGAATACCGCGACATCGGCAGTCTTAATCTGTTCCGCGAGGAGACGGTCAAGGGCCGGCCGGCATCGGAGATATTGGACTATCTCGGCAGACGCAGCCGCGATCAAGGACGGACGCCAATGCAGTGGAGCGACGATCGGGAAGCGGGCTTTACCTCTGGGACGCCGTGGATTAAGGTAAACCCTAATTACACAGAGATCAACGTTGAGCAGAATATGCGGGACGAGTTTTCGGTGCTCCAATTTTACCGGCGACTGATCGCCTTGCGACGTCAGCATCCGGCGCTGGTGTACGGGTATTATGAGAGTCTTTGCGAGGAATCGGTGGAGATCGGCGCGTATCGGCGCGTCTATGACAGTGAAGCATTGATCGTTGTCTGCAATTTTACCGGTCATCGCGTCGAGTCGGCAGAGTTGGAGGAAATCCTGGCTGGCGGCGAACCGGTTTTATCCAATTATGAAACAAGGGAGCAAGGAAGCTTGCGTCCGTACGAAGCGACGGTGTACAGATGGGCGGCCGCAACGGGAGGTCAATGA	MREQKRQWWKESVAYQIYPRSFQDSDGDGIGDLRGITERLDYLQYLGIDLLWLSPVYDSPNDDNGYDIRDYQGILDEYGTMEDMDELLEEARKRGIRLVMDLVANHTSDEHAWFIESRSSKDSPKRDWYIWRPGNEGAEPTNWECAFGGSAWEFDEQSGEYYLHCFSKKQPDLNWENVEVRQALYSMIDWWMDKGIAGFRVDAITYIKKNPSFPQLAAEDGRRYAPVEQVSLNQEGILDFLRELKQAALEPRGAITVAEAPGVPLEQIHDFVDDTDGVFTMLFQFNHVDLDIKPGGKAEFIDWDMKKFKDALSLWQRESNRHGWMGLFLENHDHVRSVSKFGDDGECRDLSAKMLAAYYFLMRGTPFIYQGQEIGMTNCQFDSIDEYRDIGSLNLFREETVKGRPASEILDYLGRRSRDQGRTPMQWSDDREAGFTSGTPWIKVNPNYTEINVEQNMRDEFSVLQFYRRLIALRRQHPALVYGYYESLCEESVEIGAYRRVYDSEALIVVCNFTGHRVESAELEEILAGGEPVLSNYETREQGSLRPYEATVYRWAAATGGQ	PGPT0019145_1003	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019145-malL-K01182	NA	NA
JZ016_03494	1500	sacA		Sucrose-6-phosphate hydrolase	ATGTCATATAAATCAACGGAATTTTCGAACGATTTCATCGCCAGGGCGGAAACGTATTTGGAGCAGGTGAAACCCGTGGCAGAAGCGAGTCTTTGGAAGCCGAAGTATCATTTATCCGCTCCGGCCAACTGGTTGAGCGATCCAAACGGTTTTAGCCGATTTAAGGGCGAATACCATATGTTTTATCAGCACCATCCTTACGGTCCCACATGGGGGAACATGTATTGGGGGCATATGAAAAGCCGGGACCTGGTCAATTGGCAGCATATGCCCATCGCTTTGGCCCCGGATCAGAACTATGACAAGGACGGTTGTTTTTCCGGAAGTGCCGTGGAGAAGGACGGGAAACTGTATTTGCTGTACACGGGGAACGTTTGGACCGGATCGGACTGGACCCGCGATCTGCTGCAAGTGCAGTGCGCGGCGGTCAGCGAGGACGGAGTCACTTTCACGAAGCTGCCGCAAAATCCGTTGATTTCAGCAGCGCCTTCGGGGGACATTCATCCGAATCATTTTAGAGATCCCAAAGTATGGCGGCAAGGCCAATATTATTATTTTGTCCTGGGCTCGCGCAGTCGCAGTGACAGGGGACAGGCGCTATTGTACCGTTCCACCGATCTGCTGAACTGGGAGTTTGTCAGTGTGTTGGCTCAAGGCGACGAGCGGCTGGGCTACATGTGGGAATGTCCCGACCTGTTTGCTGTGGACGACAAGCATGTGCTAATCATTTCGCCGGAGGGAATGGCGCCCGAGGGCGACCTGTATCATAACAAAAGCCAATCGGGCTATCTCGTCGGACAGTTTGATGAAGAGCGTGGTAAGTTTGAACATGATGATTTTTATTTGTTGGATTACGGGTTTAATTTTTACGCACCACAGACTACGCTGGATGAACAAGGGCGCCGGGTGCTGATTGGCTGGATGTCCATGTGGGATGATGAGAAGCCCGAAGCGGCGGACCAATGGGCCGGCATGATGACCATTCCAAGAGTGTTGATGCTGAGGGGAAACCAGGTGTTGAGCACACCGCATCCGGAGCTCTCGCAATTGCGGGGAACACATATCGCGCATACTGGCGTAACTTTGAAAAATGAAGTGACGCTAACAGGCATTCGCGGTAATTGTCTGGAACTAGGAATGACCATTCGTGCCCAAGAAGGTTCGGTGTTCGGTTTGAAGTTCGGCTGCAGCGAAGACGGCACGGAGGAAACGGTGCTGACCTTTGACGGCCGGGAAGGAAAATTGATTCTGGATCGTACGCGTTCGGGACAAGGTCCGGGCGGAATCCGCAAGGCGCCGGTGCAATTGAAGGATGGCCGGCTGGTTTTGCGCATCTTTATCGATCAGTCCTGCGCCGAAATTTTTGTAGGCGATGGCGAACAGACGATGAGTGCCAGGTTCTACCCGAGCGATACATCCGACGGTATCGTGTTGTTCGGTGACGGCTTAGCCGTGCTGGAACAATTGGGTAAATGGGAAATGAACAGCTGCTGGCTGTAA	MSYKSTEFSNDFIARAETYLEQVKPVAEASLWKPKYHLSAPANWLSDPNGFSRFKGEYHMFYQHHPYGPTWGNMYWGHMKSRDLVNWQHMPIALAPDQNYDKDGCFSGSAVEKDGKLYLLYTGNVWTGSDWTRDLLQVQCAAVSEDGVTFTKLPQNPLISAAPSGDIHPNHFRDPKVWRQGQYYYFVLGSRSRSDRGQALLYRSTDLLNWEFVSVLAQGDERLGYMWECPDLFAVDDKHVLIISPEGMAPEGDLYHNKSQSGYLVGQFDEERGKFEHDDFYLLDYGFNFYAPQTTLDEQGRRVLIGWMSMWDDEKPEAADQWAGMMTIPRVLMLRGNQVLSTPHPELSQLRGTHIAHTGVTLKNEVTLTGIRGNCLELGMTIRAQEGSVFGLKFGCSEDGTEETVLTFDGREGKLILDRTRSGQGPGGIRKAPVQLKDGRLVLRIFIDQSCAEIFVGDGEQTMSARFYPSDTSDGIVLFGDGLAVLEQLGKWEMNSCWL	PGPT0018815_1324	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FRUCTOFURANOSIDASE,PGPT0018815-sacA-K01193	NA	NA
JZ016_03495	825	melC_11	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGATCGGCAAAACTGGAAAAAGAATTCTCTTGTTTGTTGTGGGTTTGCTGTTTCTGGCTGTGTTTATTTTTCCCCTGCTTATGATTTTTCTGAATTCGTTGAAATCCCGTCTGGATATTGTGCGCGACCCGCTTGGCCTGCCGGGGGAACTGAGCTTTGGCAATTACAAAGAGGCCTTTGTGACGATGAATTTCTCGCATGCACTGCTGAATTCCGTGATTGTTACGGTCCTTTCGGTTGCCTTGATCATCGTATTTTCATCCATGCTGGCTTATTTTCTAGTTCGTTGGAATTGGAAAATCAATAATTACATTCTGATGATTCTTGTATCGTCGATGATCATTCCGTTCCAGGCGGTGATGATTCCGTTTGTGTCGATTTTCGGCGATTTAAACATGTTGAACAGCAAGTGGTGGCTGGCTTATTTCTATCTCGGCTTTGGCCTTTCACTGGCCACGTTTATGTACCACGGTTTTGTCAAAGGGGTTCCGAAGGAATTGGAAGAAGCGGCGCTGATCGATGGCGCGGGGAAATTGCGGGTGTTCGGCCAGGTCGTATTTCCGATCCTGAAACCGATCTCGACCACACTGGCGATTTTGGATGTATTGTGGATTTGGAACGATTTCCTGCTTCCATCGCTCGTGCTGATCTCGGAAGAAGACCGAACCTTGCCGCTGTCCACGTTTTATTTCTTCGGGAAATATACGTCGGATTACGGCGTGGCGATGGCCGCCCTTGTCTTGTCGATCATTCCGGTAATTATTTTTTATCTCTTTATGCAAAAACAAATTATTCGAGGCGTCGTTGAAGGAGCAGTTAAATAA	MIGKTGKRILLFVVGLLFLAVFIFPLLMIFLNSLKSRLDIVRDPLGLPGELSFGNYKEAFVTMNFSHALLNSVIVTVLSVALIIVFSSMLAYFLVRWNWKINNYILMILVSSMIIPFQAVMIPFVSIFGDLNMLNSKWWLAYFYLGFGLSLATFMYHGFVKGVPKELEEAALIDGAGKLRVFGQVVFPILKPISTTLAILDVLWIWNDFLLPSLVLISEEDRTLPLSTFYFFGKYTSDYGVAMAALVLSIIPVIIFYLFMQKQIIRGVVEGAVK	PGPT0016340_1789	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_03496	882	melD_4	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGTATAACGAAAAAACTTGGTTAGGGAAAACGAAGGTGTTCGGGCTTTTTGCGGCCGTGCCGTTGTTCGTGTTTATTACCGTTGTCATTGTCCCCTTTTTGGCTGGTTTATTTATGACGCTGACGAACTGGACGGGTACAGGCGATTTTGAAATTACGGGTCTGAGCAATTATGCCACTGCGCTGCAGGATTCCGTTTTTTGGAATTCGATATGGCTGACGTTGAAATATGTATTCTTTACCTTGGTGTTAACCAATGTGATCGGGTTTGCTCTTGCTTTGCTCGTGACGAGCGGGCTTCGCAGCCAAAACTTTTTCCGGGCTGGATTTTTCACGCCCAATCTGATCGGCGGAATTATACTTGGCTTTGTCTGGCAGTTTATTTTCACCAGGGTGCTTGTATCCTTGGGAACTGAGTTTAATCTCGGCATATTCTCATCATCCTGGCTTGCCGATCCCGGCATGGCTTTCTGGTCGCTGGTCGTGGTTGGCGTGTGGCAGAACGCGGGATATATGATGCTGATTTATATCGCTGGACTTACAGGCATTTCCGAATCGCTGACCGAAGCGGCTAACCTGGACGGTGCCAGCTACTGGAAACAGTTGACCCGGATTCGCATTCCGCTGATGGTACCAGCTTTTACAATTAGTCTCTTCCTGACGCTGCAGCGCAGCTTTATGGTCTACGATACGAACCTGTCATTGACCAAAGGCGGACCTTACCGTTCTACGGAGATGATCGCCATGCACGTCTATAACGAGGCGTTTGTTTATCAAAATTACGGACCGGGTCAGGCGAAGGCGTTCGTGCTGTTTTTGATCGTCGCCTTGATAGCCATCCTTCAGGTTAGAGCGATGAAAAAGGTGGAGGTGGAAGCCTGA	MYNEKTWLGKTKVFGLFAAVPLFVFITVVIVPFLAGLFMTLTNWTGTGDFEITGLSNYATALQDSVFWNSIWLTLKYVFFTLVLTNVIGFALALLVTSGLRSQNFFRAGFFTPNLIGGIILGFVWQFIFTRVLVSLGTEFNLGIFSSSWLADPGMAFWSLVVVGVWQNAGYMMLIYIAGLTGISESLTEAANLDGASYWKQLTRIRIPLMVPAFTISLFLTLQRSFMVYDTNLSLTKGGPYRSTEMIAMHVYNEAFVYQNYGPGQAKAFVLFLIVALIAILQVRAMKKVEVEA	PGPT0016335_2297	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_03497	1320	msmE_1	COG1653	Multiple sugar-binding protein	ATGAAAATGAAGAAATGGGTTTCTTTATCGCTTACCGCGATAATGCTTACTGCTGCCTTGTCGGCTTGCGGGGGAGGCGGAAAGGCTAACGAAGAGGGCCAGGCAGGGGATCAAACGGCTGGTAAGCCGGTTGATATCACCGTGTTGGTCGGCAAGGAGGAAATTGCCAAGCCATTTGAAGCGATGGTGCGGGAGTATAACGAGTTGCAGGATAAAGCCAAGGTCACGATCATCCCGTTGTCCGGGGCAAACGGATATGAAAGAATGACTACGCTGTATGCGTCGAACAATGCTCCGACTGTGATCAGTATTGGTCAGGAAATGCCGCTGATGCAGGACAAGCTGCTCGACTTGTCGGATCAAGAGTGGGTGCAGCATGCCTCTGCAGGAACTTTGGATTATGCTACTTTTGATGGCAAGGTGCTCGGAATGCCGATGGCCGTCGAAGCCTTTGGGTTTATTTATAACAAAGCTGTGCTGGATAAAGTGACAGGCGGCAGCTTTGATCCGGATAGCGTAAGAACTGTAGATGAATTGAAAGCGCTTTTTGAAAAGATTAAAGCGAGCGGAGTTGCTCCGATTACCGTTAGCCCGCTGGATTGGTCACTCGGCGCCCATTTTGCCAACATTATGTTTACGAACCAATCGGCTGACCGCGACGAGCGCCATAAGTTCCTCGAAGAGATCAAGTCCGGTTCGGTCGATCTCGAAAGCAACGCGGTATTCAACGGATGGATGGATACCTTTGATTTGATGAAGCAGTATAACTCGGCGAAGGACGCGCCGCTTGCGGCACAGTACGACGAAGCGCCACTGCTTCTGGCCGATGGCGGAGCGGCGATGTGGTTCATGGGCAATTGGGCTTATCCGCAAATCAAGGAAGCAGATCCGGACGGTGAATATGGCTTTTTACCGGTACCGGTCAGCAATAACCCGGATGATTACGGGAACAGTCAGATTTCGGCAAGTGTCTCCTTGTACTGGGGGATTGACAAGGAGCAGTCCACTCCGGAACAGCAGGCGGCAGCCAAGGACTTCCTGAACTGGATGATCGGCAGCGAGGTAGGACAGGATTACTATGTAAATCAGTTCAGCGCGATTCCTGCATTCACTAATTTTCAGATTCAACCAGGGGACAGCCTGTCTCAATCCGTAATGTATTACATGGACAAACAGAGGACTCTTGAGTGGATGAATCTATACTTCCCGACAGACGGATTTCCGACGATGGGAGCGTCATTGCAGAAATATTTGACTGATAATCTTGATCGTGCCGGAGTTGCTAAGGAATTTGAAGAGTACTGGAAGACGAAGCGATAA	MKMKKWVSLSLTAIMLTAALSACGGGGKANEEGQAGDQTAGKPVDITVLVGKEEIAKPFEAMVREYNELQDKAKVTIIPLSGANGYERMTTLYASNNAPTVISIGQEMPLMQDKLLDLSDQEWVQHASAGTLDYATFDGKVLGMPMAVEAFGFIYNKAVLDKVTGGSFDPDSVRTVDELKALFEKIKASGVAPITVSPLDWSLGAHFANIMFTNQSADRDERHKFLEEIKSGSVDLESNAVFNGWMDTFDLMKQYNSAKDAPLAAQYDEAPLLLADGGAAMWFMGNWAYPQIKEADPDGEYGFLPVPVSNNPDDYGNSQISASVSLYWGIDKEQSTPEQQAAAKDFLNWMIGSEVGQDYYVNQFSAIPAFTNFQIQPGDSLSQSVMYYMDKQRTLEWMNLYFPTDGFPTMGASLQKYLTDNLDRAGVAKEFEEYWKTKR				NA	NA	NA	NA	NA
JZ016_03498	993	degA_3	COG1609	HTH-type transcriptional regulator DegA	ATGTCAAGCATTAAAGATGTGGCCAAAAAGGCCGGGGTTTCCGTGACAACCGTGTCGCGGGTCATAAACAATCGCGGTTATATCAGCAAGGAGACCCGCAGAAAAGTAGAATGGGCCATGCAGGCGGTAGATTATCATCCCAATCAGATCGCCAGGGCTTTGCAAAGAAGCCAAACCTTTTTCATTGGCGTCATTGTTCCGGATTCAAACCATCCGTTTTTCTCCGAGTTGATCAAATACATCGAGATTCAGGCCAATGAACGAAACTACAAAGTATTGGTATGCAATTCGCTCGACGATCCCGAAAAGGAAGCCAATTATATCAACATGCTCCGGCAAAATCAGGTGGACGGGATTATTATGTGCAGCCATACACTGGATATCGAACAGTACAAAAAAGTGACGTTGCCCATCGTATCGTTCGACCGGATGATCTCCCCCAACATCCCATGCGTCGGTTCAGACAACTACCGGGGGGGCGAGTTAGCAACAGAACACTTGATCAAACAGGGCTGTAAGAAAATATTGCATATTTCGGGACCGCTGGATCTCGACATGCTGTCCAACCGGCGGGGAGACGCCTTTATTCTCACTTGCATGAAACACGGAATCGAATACGATTTCATTCAGGGAGCCCGCAACAAGCTGACCTTCGACTATTTTTGGGATTTTATCACTCATGAGCTGTCGTCGGTCGAGTTAACCGGATATGATGGCGTTTTCTGCAGCAATGATATCGTCGCATACGCTCTTTATATCTATGCCCAACAACAAGGAATAAAAATTCCTGAACAATTAAGGATCGTCGGGTATGACCATCACAGCTTCACCCGCATGCTGCAAAGCCCGAAATTGACAACGGTAAAACAGCCGATCGACCGCATCGGACGGTTGCTGCTCAATACACTGATTCAGATGATCGAAAAAAAGCCAGAGGACATCAATAACACAACTATTTTGGATGTGGAACTGGTTGTTGGGGATACGACCTGA	MSSIKDVAKKAGVSVTTVSRVINNRGYISKETRRKVEWAMQAVDYHPNQIARALQRSQTFFIGVIVPDSNHPFFSELIKYIEIQANERNYKVLVCNSLDDPEKEANYINMLRQNQVDGIIMCSHTLDIEQYKKVTLPIVSFDRMISPNIPCVGSDNYRGGELATEHLIKQGCKKILHISGPLDLDMLSNRRGDAFILTCMKHGIEYDFIQGARNKLTFDYFWDFITHELSSVELTGYDGVFCSNDIVAYALYIYAQQQGIKIPEQLRIVGYDHHSFTRMLQSPKLTTVKQPIDRIGRLLLNTLIQMIEKKPEDINNTTILDVELVVGDTT	PGPT0018830_473	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_SUCROSE_METABOLSIM|DEGRADATION,PGPT0018830-scrR-K03484	NA	NA
JZ016_03499	2331	pcrA	COG0210	ATP-dependent DNA helicase PcrA	ATGCATTCCATTGATATACACGACGCCGTCAGACGGCTGAATCCGCAGCAGCGCCAAGCCGTTGAAGCAACCGACGGACCGCTGCTCATTATGGCAGGTGCCGGCTCCGGTAAGACGCGGGTACTGACACACCGAATCGCATACCTGATCGCCACGCGCAAAGCTGCACCTTGGAGCATCCTGGCGATTACGTTTACGAATAAAGCAGCCCGTGAGATGCAGGAGCGGGTATCCAAACTGGTCGGCCGGGAAGGCCAGGACATCTGGGTCTCGACGTTCCACTCGATGTGCGTGCGGATTTTGCGTAGAGACATTGAACGGATTGGCTTTACATCGAATTTCAGTATTCTAGACTCGACGGATCAGCTGTCCGTTATTCGGAACGTGATGAAGCAGCACAACATTGATCCGAAGAAATTCGAGCCGAAGGCAATTCAAGCGGCCATGAGCGCGGCCAAGAATGAGCTGATCTCCCCGCAGCAGTATGAACAGAAGGCCGGAGACTATTTTGAAACCCTTGTTGCCAAGGTATATACGGAATATCAGAAGCGCTTAAAGAGCAACAACTCGCTCGATTTTGACGATCTGATCATGACCACGATCCAGCTGTTTAAGGAAGTGCCGGAGGTCCTCGACTTCTACCAGCGGAAGTTCCAGTACATTCACGTGGATGAGTATCAGGATACCAACCGGGCGCAGTACATGCTTTGCCGCATGTTGGCAGACAGCCATCACCGCATCTGCGTTGTCGGGGACAGCGATCAGTCGATCTACCGCTGGCGTGGCGCGGATATCACGAACATCCTGAATTTTGAGCAGGATTATCCCGAGGCGCGGACGATTCTGCTGGAGCAGAATTACCGTTCTACAGCGAATATTTTGAATGCTGCCAACAATGTGATCGGCCTGAACACAGGCCGCAAACCGAAGAATCTGTGGACCGAGCAGGGTGAAGGACCGAAGATCAAGGTGTTCCGCGGGGATACGGAGCATGATGAGGGGTATTTTGTTACCTCGGAAATCAGCAAGAGTGTTACCGCCGGCAAAAGCTATCAGGACCACGCGATTCTGTATCGGACCAATGCGCAGTCCCGGGTGATCGAGGAAATTCTGATCAAGTCGGATATTCCGTACCAGATCGTCGGGGGCATCAAGTTCTACGATCGCAAAGAGATTAAGGACCTGCTCGCCTACCTACGCCTGATCTCCAACCCGGACGACGATATCAGTTTAACGCGGATCATTAACGTGCCAAAAAGAAGCATCGGCGACACAACCGTTGCGAAGCTGGCTGCTGCAGCCGCAGAGCGGGGCATCTCGATTTTCCGCGTGCTGGAAATCGTGGACGACCTCGGTTTTGCCGGACGGACGCGCAATGCGCTGGTGGGCTTCTACGACATGATTGCCGCGCTTAGCCGAATGGTTGAGTTTCTGTCGGTCACCGAGCTTACGGAAAAAATACTGGAAATGTCCGAGTACCGGCTCGAGCTGCAAAACGAGAATACGATCGAATCCAGATCCCGCCTCGAGAACATTGACGAGTTCCTGTCGGTGACGCAAGAGTTCGAGAAGAACAACGAGGATAAATCGCTCATCTCCTTCCTCACGGATCTTGCGCTGATCGCGGACATCGATTCGATGAACGATGACGAAGAAGATCGTGACGACGCTGTCGTGCTCATGACGATGCACAGTGCCAAAGGCCTGGAGTTCCCGGTGGTGTTCATCATCGGTATGGAGGAGGGGGTATTCCCGCATAGCCGTGCCTTCATGGATAACGAAGAGCTGGAAGAGGAACGCCGACTAGCTTATGTAGGCATCACGCGTGCGGAGAAGCAGCTGTTCCTTTCCTGTGCACGCATGCGGACGCTATTTGGCCGCACGACGGCGAACATGCCATCGCGATTCCTGGAGGAGATCCCGGAAGAATTGAAGGAAGACACCCAGATGGCGCATGACCGATACCGCCGCGGCGGCGGTAGCAATGTGGGCGGATCTTACGCAGGACGCGGCTTCGGAGGCGGTGGAGGCAGCAACTTTGGCGGCGGTCGCAGTGTTGACCTCTCCCTCAGCGGATCGACCGCTTCCGCGCAAGCCGCGCCGAAGAGCCGGGTGACGATGACAACCGGTGGGTCATCCCGTCCGGCTGCTGCTTCGGGCAGTGGGGAATTTAAAGCCGGCGACAAAGTGGCCCATGGCAAATGGGGAACCGGTACGATCGTAGCGGTAAAAGGCAGTGGCAACGACATGGAATTGCAGATTGCATTCCCGGCGCCTGTGGGCGTGAAACGTCTGCTTGCCGGCTTCGCGCCGATTACGAAGGTGGAATAA	MHSIDIHDAVRRLNPQQRQAVEATDGPLLIMAGAGSGKTRVLTHRIAYLIATRKAAPWSILAITFTNKAAREMQERVSKLVGREGQDIWVSTFHSMCVRILRRDIERIGFTSNFSILDSTDQLSVIRNVMKQHNIDPKKFEPKAIQAAMSAAKNELISPQQYEQKAGDYFETLVAKVYTEYQKRLKSNNSLDFDDLIMTTIQLFKEVPEVLDFYQRKFQYIHVDEYQDTNRAQYMLCRMLADSHHRICVVGDSDQSIYRWRGADITNILNFEQDYPEARTILLEQNYRSTANILNAANNVIGLNTGRKPKNLWTEQGEGPKIKVFRGDTEHDEGYFVTSEISKSVTAGKSYQDHAILYRTNAQSRVIEEILIKSDIPYQIVGGIKFYDRKEIKDLLAYLRLISNPDDDISLTRIINVPKRSIGDTTVAKLAAAAAERGISIFRVLEIVDDLGFAGRTRNALVGFYDMIAALSRMVEFLSVTELTEKILEMSEYRLELQNENTIESRSRLENIDEFLSVTQEFEKNNEDKSLISFLTDLALIADIDSMNDDEEDRDDAVVLMTMHSAKGLEFPVVFIIGMEEGVFPHSRAFMDNEELEEERRLAYVGITRAEKQLFLSCARMRTLFGRTTANMPSRFLEEIPEELKEDTQMAHDRYRRGGGSNVGGSYAGRGFGGGGGSNFGGGRSVDLSLSGSTASAQAAPKSRVTMTTGGSSRPAAASGSGEFKAGDKVAHGKWGTGTIVAVKGSGNDMELQIAFPAPVGVKRLLAGFAPITKVE				NA	NA	NA	NA	NA
JZ016_03500	690	pcrB	COG1646	Heptaprenylglyceryl phosphate synthase	TTGAAAGAGATGATACAATCCTGGAGGCATGTGTTTAAGCTGGACCCCGACAAGGAGATCGATGACGAAACCCTTGATGCGGTATGTTTGTCAGGAACCGATGCCATTATGGTCGGAGGCTCAACCGGAGTCACTTATGAAAATACCGTGGATCTGCTGTCCCGAGTTCGGCGTTACGAGCTGCCTTGCGTGCAGGAGGTATCCGATCTGGAAGCCGTTGTACCCGGATTTGATCTATATATGGTCCCGATGGTTTTGAATACGCAGGATCCGACCTGGATTATGGGCCGGCATCGCGAAGGAATCGAACGCTACGGGTACATGATCCCGTGGGATCTGGTTGTGACCGAGGGGTATATCGTGTTGAACGAGAATGCCGCGGTGGCGAAGCTGACTGGAGCTGAGACTTCAATTGAAGCGAGCGCTGCCGCCGCTTATGCCCAGATTGCGGACAAGCTGATGAATCTGCCGATTGTGTATTTGGAATACAGCGGCGTTTATGGGGATATGGAGACCGTCCGTACGGTTCGAAGATCGCTGGATAACGCCCGTTTGTTCTATGGTGGCGGAATTACCACCTTCCAGCAGGCGCTGGAGGCTGCAGCTATCGCTGATACGATCGTTGTTGGAAACGTTGTGTATGATCATCTGGAGCAGGCGCTAGAAACGGTCAAGGCCGTGAAGGGCTGA	MKEMIQSWRHVFKLDPDKEIDDETLDAVCLSGTDAIMVGGSTGVTYENTVDLLSRVRRYELPCVQEVSDLEAVVPGFDLYMVPMVLNTQDPTWIMGRHREGIERYGYMIPWDLVVTEGYIVLNENAAVAKLTGAETSIEASAAAAYAQIADKLMNLPIVYLEYSGVYGDMETVRTVRRSLDNARLFYGGGITTFQQALEAAAIADTIVVGNVVYDHLEQALETVKAVKG	PGPT0024385_217	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATE_SYNTHASE_ACTIVITY,PGPT0024385-pcrB-K07094	NA	NA
JZ016_03501	873			hypothetical protein	ATGAAACGGATCGCAGCTGTCCTTCTATTATGTTCCGCCATTATAATACTGCTTCTGAATCATCTGGAGTTAGAAGAGGAAGCGCCGCAAGGATTCACGGCCTATCGGCTGATCGCCCATGCCATGGGGAGCATAGGGGAACAGTCCTACACGAACGCCTATGAAGCCATGGTCATTAACTACGAGAAAGGCACCCGGGTATTCGAGATTGGTTTGATGCTGACGGAGGATCGCAAAGTCGTGGCCAGGCACGAGTGGACGGAGAGCATGACACAGCAGCTGGGTCAGAAGGAGAAACTCCCCGATGATAAGCAGGCAGCGCGCCTGAGCCATGAAGAATTCATTAATACGCCGATTTTGGAGTTATACCAGCCGATGGATATTGAGGGGATCATGGATATGATGGAGCGTCATCCCGATATCTACATCGTGACGGATACGAAGGAGCAGGAGGATCAGGATATTCGGCACCTGTTCACGGAGATTGTAAGTGCTGCTAATGAGCGAGACCCGGAACTACTGGATCGGGTAGTCGTCCAAATTTATAATGAGCCGATGCTTGATATGGTTCAGGACATCTACCCGTTTCAATCGATTATATATACGCTGTATGCCACGCAGGACTCACCTGCTGAGATCACCGCCTTCGTACAGGAGAACCACATTGACGCGGTTACCATGCCGGAGTACAAGGTCAGCCCGAATTTCGTAGCGAAGCTGAAGGAAGCGGGTGCTGTGACTTATGTCCACACCATCAATGACACCACGACCGTGAACAATTATGAAAAATGGGGCGTGTACGGCGTTTACTCGGACCTGCTGACAGAGCCGGAGCTGGAGCAGAACAGCTTGAGATATACTATTAAAAAGTGA	MKRIAAVLLLCSAIIILLLNHLELEEEAPQGFTAYRLIAHAMGSIGEQSYTNAYEAMVINYEKGTRVFEIGLMLTEDRKVVARHEWTESMTQQLGQKEKLPDDKQAARLSHEEFINTPILELYQPMDIEGIMDMMERHPDIYIVTDTKEQEDQDIRHLFTEIVSAANERDPELLDRVVVQIYNEPMLDMVQDIYPFQSIIYTLYATQDSPAEITAFVQENHIDAVTMPEYKVSPNFVAKLKEAGAVTYVHTINDTTTVNNYEKWGVYGVYSDLLTEPELEQNSLRYTIKK	PGPT0018470_4255	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
JZ016_03502	1401	wcaJ	COG2148	UDP-glucose:undecaprenyl-phosphate glucose-1-phosphate transferase	ATGATTCGCCAAAATCAGGGGTTTTTGACCAAATTGTATATGATTACCGATTTTGCTTTTATCCAACTGGCATTCTTGTTTGCATGGTGGATCAAGTTTGAGAGCGGTTGGTTTCCGTACGAAGAACCGCTCCCTCTTGAAACCTATACTTTGTGGAGTCTAGTTTATGGTGCAGTAGCCTTGGCTGTCGGCATCATGATTTCCTTATACTCACCGAAGCGGAAAAAGCGCTTTGCCGACGAGTTCATGAAGATCTTTCAGATGCATTTCATCGGGATGTTCGTCCTCCTCAGTTTAATGTTCTTCGTGAAGGAAGTGAATATCTCCCGTTGGTATCTCGCCATCTACATGATTCTCAATGTTGCTTTCATCATCCTATACCGTTATTTCCTCAAGAAATCCCTCAAGCATTTTCGGGAAAAAGGCTACAACCGCCAATTTGTGCTCATCGTGGGTGCAGGGTCGTTAGGCAAGCGCTTCTTCAAAAATCTGAAGCAATACCCGGAGCTTGGTTATGAAGTCATCGGTTTCCTGGATGATTACCAGCAGTGGGACGACATCGAGGCGAGACGGCTTAAACCCATTCTGGGGTCCGTCGGTGATCTACATAAGGTGTTAAACGAAAAGCTTGTCGACGAGGTCGTACTAGCCCTTCCGCTAAATGCGCACCACAAATATCCTGAAATCATTGCCGCGTGTGAAAAGGCCGGTGTCCGAACGCTGATCATCCCGGACTTTTTCGATTACCTCCCGGCAAGGCCAGTGTTTGATAATTTTGCTGGTATGCCGATGATCAACGTGCGCGATATTCCGCTGGATCTAGCGGCAAACCGACTGTTTAAGCGAGCATTCGATATTGTATTCTCCTTAGTAGCGATTATCCTGACCCTGCCGGTGATGATCGGGATTTACCTGGGTATTCGTTTGACTTCTCGGGGCCCTGTCATTTTCAAACAGGAGCGGGTTGGGCTGAATCGCCGGAACTTTTATATGTATAAATTCCGCTCCATGAAGCCGCTGCCGGAGGGGGCACCGGATACAGGCTGGACGGTGGAGAATGATCCACGCCGCACCAAGTTCGGCTCTTTTCTTCGGAAGACCAGTCTGGATGAGCTGCCACAATTCTTCAATGTCCTGTTCGGTCATATGAGTGTGGTGGGCCCTAGGCCCGAACGTCCTTATTATGTCGAACAGTTCAAAGAGGAGATCCCGAAGTACATGGTGAAACACCACGTACGCCCGGGCATCACGGGATGGGCGCAGAGCAATGGTCTGCGCGGAGACACTTCGATTGAGGAACGGATCAAGCACGATATTTTTTACATCGAGAATTGGTCCATTCTATTTGATATCAAAATCATTCTGCGCACGATCCGCAACGGATTTAAGAACGCATACTGA	MIRQNQGFLTKLYMITDFAFIQLAFLFAWWIKFESGWFPYEEPLPLETYTLWSLVYGAVALAVGIMISLYSPKRKKRFADEFMKIFQMHFIGMFVLLSLMFFVKEVNISRWYLAIYMILNVAFIILYRYFLKKSLKHFREKGYNRQFVLIVGAGSLGKRFFKNLKQYPELGYEVIGFLDDYQQWDDIEARRLKPILGSVGDLHKVLNEKLVDEVVLALPLNAHHKYPEIIAACEKAGVRTLIIPDFFDYLPARPVFDNFAGMPMINVRDIPLDLAANRLFKRAFDIVFSLVAIILTLPVMIGIYLGIRLTSRGPVIFKQERVGLNRRNFYMYKFRSMKPLPEGAPDTGWTVENDPRRTKFGSFLRKTSLDELPQFFNVLFGHMSVVGPRPERPYYVEQFKEEIPKYMVKHHVRPGITGWAQSNGLRGDTSIEERIKHDIFYIENWSILFDIKIILRTIRNGFKNAY	PGPT0023345_452	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_BIOSYNTHESIS,PGPT0023345-wcaJ-K03606	NA	NA
JZ016_03503	912	wbbL	COG1216	N-acetylglucosaminyl-diphospho-decaprenol L-rhamnosyltransferase	ATGGATTTAAGCATTTTAATCGTGAACTACAATACCTGTCAGCTGACGGTGGACTGTTTGCGATCCGTGTTTGCATCAGAGACGGAATATACATACGAAATCATTTTGATTGATAACAACTCGAAGGACGAGTCGGTTCAGACCATCCGAGAGTTATTCCCGCAGGTCAAGCTGATCGAGAACACGGAGAATACCGGCTTTGCCAAAGCGAACAATCAGGGGATGGAAATGGCGCAAGGTCGCTATATGCTGCTGCTGAATTCCGACACGATTATCCAGCAGGATACGATCCAGACGATGGTCGCTTTTATGGACTACAATCCGATCGTTGGGGTCTCTGGATGTAAAATCGTCCTCCCGGACGGTTCGCTGGATAAGGCCTGCAAAAGAGGGTTCCCGACGCCTTCGGCTTCCTTTTACTATGCCTTCGGGCTCAGCAAGCTGTTCCCGAACAAGCCGGAGTTTAACCAGTATCAATTGGGGTATTTGAATCCGGACGTCGAGTATCCGGTGGATTGTTTGGTTGGTGCGTTCATGCTGGTACGTCGCGAGACGATTGAGCAGGTAGGCGGGCTGGATGAGACGTTTTTTATGTACGGGGAAGATATTGACTGGTGTTACCGCATCAAGCAGGCGGGATGGGGCATTCACTATTATCCTCGGACCACGATTATCCATTATAAAGGCGGCAGCGCCCGGCGCAGGCCGTTCAAGATTATTTATGAGTTCCATCGCGCGATGATTCTTTTTCATCGGAAGCATTACCGGCAGAAATACAACATATTCGTTAATGGAGCCGTCTATGCAGGCGTGGGTTTAAAATTGCTCCTATCCTTGCTTATGAACCGGCTTAAGCCTATTCGTCCAGCAACGATAACGCAATCTTCAGGTGGAGTGGAGGTGAAATCATGA	MDLSILIVNYNTCQLTVDCLRSVFASETEYTYEIILIDNNSKDESVQTIRELFPQVKLIENTENTGFAKANNQGMEMAQGRYMLLLNSDTIIQQDTIQTMVAFMDYNPIVGVSGCKIVLPDGSLDKACKRGFPTPSASFYYAFGLSKLFPNKPEFNQYQLGYLNPDVEYPVDCLVGAFMLVRRETIEQVGGLDETFFMYGEDIDWCYRIKQAGWGIHYYPRTTIIHYKGGSARRRPFKIIYEFHRAMILFHRKHYRQKYNIFVNGAVYAGVGLKLLLSLLMNRLKPIRPATITQSSGGVEVKS	PGPT0024205_595	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-ARABINOGALACTAN|LIPOARABINOMANNAN_REMODELLING	CE-REMODELLINGL-RHAMNOSYLTRANSFERASE_ACTIVITY,PGPT0024205-wbbL-K16870	NA	NA
JZ016_03504	930			hypothetical protein	ATGAAAAAAGTGCAAGTATTGTTATCCGCCTATAACGGCGAACAATATATATCCGAGCAAATCCAGAGTATTCTTAATCAGACGTATGCTACTGTCTCCATCCTGATAAGAGACGATGGGTCGACTGATAAAACGATGGAGCTTCTCGACCAATGGGTGACAACACATCCAGACAAGATCAAGCTCATAAAAGGATCAAATGTTGGCGTTGTGTCCAGCTTCTTTGAATTGCTGCGTGCTGCAGACGCCGAAGTTGATTACTACTGTTTTTGTGACCAGGATGATGTGTGGCTTGATCATAAGGTAGAGCATGCTATAGCACGTTTGAATTCATCTATATATACAGAAGTACCGGCGATGGTATTTACATCGACCTACCTTGCGGATGACGAGTTAAACCGGAAAGGTGCATGGCCTAAACCTCCTGCTCAGGAGCCTTCTTTCTTCAATGCGTTATACGAGAATATTGCCATTGGCGCAACGATTACGATGAATCGATCAACAAGAAACCTGTTTATAAATAGTAAATCGGTGGACAGCCAAAAGGTTCTTATGCACGATTGGTGGTTCTACCTGCTCGTATCCGCATTTGGAACCGTAATCTACGATAACACGCCGTCCATGTTATACCGTCAGCACAATAATAATGTGGTAGGAGGCAGTAACTCCATCGTGGGTAAGTTGAAGAGCAAATGGGCCAGTTTTAAGAGGCATACAGGCAAAGACTTGCTGCATAAACAAGCGAGCGAGTTTCATCGAATCTATGGATCGCGATTGACTGGAGAACTGAAAGAACAGCTGGAGTTATTTCTCGCATCTCGCACAAAATTCATCGATAGATTACATTATGCGCGCAAGAGCAAATTGTACAGACAATCCAAGGCAGAGAGTTTGTTGTTCAAGTTTTTTATTTTGATCGGGTTTATATGA	MKKVQVLLSAYNGEQYISEQIQSILNQTYATVSILIRDDGSTDKTMELLDQWVTTHPDKIKLIKGSNVGVVSSFFELLRAADAEVDYYCFCDQDDVWLDHKVEHAIARLNSSIYTEVPAMVFTSTYLADDELNRKGAWPKPPAQEPSFFNALYENIAIGATITMNRSTRNLFINSKSVDSQKVLMHDWWFYLLVSAFGTVIYDNTPSMLYRQHNNNVVGGSNSIVGKLKSKWASFKRHTGKDLLHKQASEFHRIYGSRLTGELKEQLELFLASRTKFIDRLHYARKSKLYRQSKAESLLFKFFILIGFI				NA	NA	NA	NA	NA
JZ016_03505	885	rmlD		dTDP-4-dehydrorhamnose reductase	ATGAAGGTATTAATCACAGGAGCACATGGTCAGCTAGGGCAGGATATTGCACGGATATTTAACCTAGCTGGTCATGAAGTTTTTAGCTGCGGTAGAAAAGAACTAAACATAACGGACCTAGATCAATGCCTCCAAGTAAGTTCAACTCGCCGACCCGACTGGATCATTCATTGTGCCGCTTATACGGCAGTAGATGCTGCAGAGACGGATGTGGAAGCTGCTTATGTCGTGAATGCAATAGGTACTAGAAACATGGCTCTCGCTGCCGAAAAAATCGATGCCAAGATCGTATTTATTAGCACGGATTACGTTTTTAGTGGTACAACCGAGAGGCCTTATATAGAGCATGATTTCCCCCACCCGCAAAGCGTTTATGGAAAATCGAAGCTTGCTGGGGAGCAAATGGTTCAGAGTTTTTGCTCTCGTTGGTTTATTGTACGAACATCGTGGCTGTTCGGCCTGCATGGGAATAACTTTGTGAAAACGATGCTCCGTCTAGGTCAGGAAAAACCGTTATTAAGGGTGGTTAACGATCAAAAGGGTTCCCCCACCTACACAGTAGATCTGGCACAATTTTTGTTAAACCTCATCTCCACTGAAAAATACGGTATATATCATGCCTCCAACAGTGGTTCTTGTACTTGGTATGAGTTTACTAGCGCCATTTTTGAAGAGGCTCGTGAACAATTGGGACTTACCATAACAGCTGAATTGCAGCCTTGCACTACTGAAGAGTTTCCCAGACCCGCTCCACGTCCGGCCAATTCAACGATGGATCACCTGGCTATCCGTCTAAACCAATTTGAGGATTTGCCACATTGGCGTGAAGGGCTGAAGCAGTTTATGCTGGATATGAAGCAGCGCCCTGAACTATACTTAAAGTGA	MKVLITGAHGQLGQDIARIFNLAGHEVFSCGRKELNITDLDQCLQVSSTRRPDWIIHCAAYTAVDAAETDVEAAYVVNAIGTRNMALAAEKIDAKIVFISTDYVFSGTTERPYIEHDFPHPQSVYGKSKLAGEQMVQSFCSRWFIVRTSWLFGLHGNNFVKTMLRLGQEKPLLRVVNDQKGSPTYTVDLAQFLLNLISTEKYGIYHASNSGSCTWYEFTSAIFEEAREQLGLTITAELQPCTTEEFPRPAPRPANSTMDHLAIRLNQFEDLPHWREGLKQFMLDMKQRPELYLK	PGPT0022630_2046	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PUTATIVE_TRYLOSE_DERIVATES_MODIFICATION,PGPT0022630-rfbD|rmlD-K00067	NA	NA
JZ016_03506	1023	rfbB	COG1088	dTDP-glucose 4,6-dehydratase	ATGAAACTTCTTGTTACCGGCGGTGCCGGTTTTATCGGCAGTAACTTCATTTTGTATATGATGCAGCAGTATCCCGATTACCAGATCGTGAATATGGATGCACTTACGTATGCAGGCAACCTTGAAAATTTAAAATCCGTACAATACCACCCAAACTACTCGTTCGTGAAAGCAGATATTGCTGACAAACCATCAGTAGATGCGATTTTTCAACAAGGCATCGATGTGGTGGTTAATTTCGCAGCAGAATCACACGTAGATCGCAGCATCTTGGAACCGGAAATCTTTGTGAACACCAATGTGCTGGGTACACAAGTCCTTCTGGATGCAGCCAAAAAATATGGCGTGACCAAATTTGTTCAAGTATCCACGGATGAAGTATATGGGTCCTTGGGCGAAACCGGTTTGTTCTCTGAAACCACGCCACTTGCTCCTAACAGTCCTTATTCAGCCAGCAAGGCAGGTGGGGATCTGCTTGTAAGGGCTTATCATGAGACCTTTGGTCTTCCAGTTAACATCACTCGCTGCTCGAATAACTATGGTCCATATCAATTCCCTGAGAAGCTGATCCCTCTTATTATCTCTCGTTCCCTAAATGATGAATCTCTACCTATATACGGTGACGGCCTGAATATCCGCGATTGGCTGTATGTTGAGGATCATTGTAGTGCGATCGATCTGGTTATTCATCAAGGGAAGTTGGGCGAGGTTTATAATATCGGGGGGAACAATGAGCGGACCAATCTGCATATCGTAAAAACGATTTTGGAAGAGCTCGGGAAGCCGGAATCATTGATCACTTATGTAGCAGACCGTCCAGGCCATGACCGACGTTATGGCATTGATCCTACAAAAATAATGAATGAGCTGGGCTGGAAGCCAAAGCACAACTTCGAGACAGGCATTAAGGAAACGATTCAGTGGTATTTGAGCAACAATGAGTGGTGGACGAGAATTCAATCCGGCGCATATCGTGATTATTTGACCCAGCAGTATGGCAGCCGTTTGGGTGGGAACGGATGA	MKLLVTGGAGFIGSNFILYMMQQYPDYQIVNMDALTYAGNLENLKSVQYHPNYSFVKADIADKPSVDAIFQQGIDVVVNFAAESHVDRSILEPEIFVNTNVLGTQVLLDAAKKYGVTKFVQVSTDEVYGSLGETGLFSETTPLAPNSPYSASKAGGDLLVRAYHETFGLPVNITRCSNNYGPYQFPEKLIPLIISRSLNDESLPIYGDGLNIRDWLYVEDHCSAIDLVIHQGKLGEVYNIGGNNERTNLHIVKTILEELGKPESLITYVADRPGHDRRYGIDPTKIMNELGWKPKHNFETGIKETIQWYLSNNEWWTRIQSGAYRDYLTQQYGSRLGGNG	PGPT0022625_3365	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0022625-rfbB|rmlB|rffG-K01710	NA	NA
JZ016_03507	549	rfbC	COG1898	dTDP-4-dehydrorhamnose 3,5-epimerase	ATGAACGTAACTCCTTTAAAACTCACAGACGCCTTTGTACTTGAACCGGTGGTCCACGGCGATCACCGGGGTTTTTTTATGGAGAGTTACAACAATTCACTTTTTAAACAACATGGCATTGCCTATAACTTCATCCAAGACAACCAATCTTTATCCGCAGAAGCTGGTGTTTTGCGTGGTCTTCATTATCAGCTCAACCCTAAGGCTCAAACCAAACTCATACGTGTCCTAACAGGTGCAATTTACGATGTGATCGTAGATATTAGAAAAAGCTCTCCTACCTTTGGTCAGTGGATTGGTGTCATCTTGAGCGAGCATAACCATCGTCAGCTGCTTGTTCCTAAGGGCTTCGCACATGGTTTTTGTACGCTGGTGCCGAGCACCCAGGTTCTTTATAAAGTCGATGAATATTATTCCCCTGAGAATGACCGCGGCATATTATGGAATGATCCAGCTTTGGGGATTGATTGGCCAATGTCGAATCCGATACTATCGGATAAAGACCAGCGGCACCCACTGCTGAAAGACGCAGAGATCAATTTTGACTAG	MNVTPLKLTDAFVLEPVVHGDHRGFFMESYNNSLFKQHGIAYNFIQDNQSLSAEAGVLRGLHYQLNPKAQTKLIRVLTGAIYDVIVDIRKSSPTFGQWIGVILSEHNHRQLLVPKGFAHGFCTLVPSTQVLYKVDEYYSPENDRGILWNDPALGIDWPMSNPILSDKDQRHPLLKDAEINFD	PGPT0014300_2616	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PUTATIVE_TRYLOSE_DERIVATES_MODIFICATION,PGPT0014300-rfbC|rmlC-K01790	NA	NA
JZ016_03508	744	rmlA_1	COG1209	Glucose-1-phosphate thymidylyltransferase	ATGAAAGGAATTATTTTAGCAGGCGGAACAGGCTCACGCCTCTATCCCTTAACCAAAGTCACCAATAAACACCTTCTGCCAGTTGGCGCATATCCAATGATCTTCTACCCTGTGTATAAACTCCGTCAAGCTGGCCTTACAGACATACTCATTGTGACGGGGAAGGACCACATGGGGGATGTAGTAAACCTATTAGGTAGCGGTAGCGAAATGGGGGTTTCCTTCACATATAAAGTGCAGGATGAAGCAGGAGGCATTGCTCAAGCGTTGAACCTTGCAGAGCAATTTGCAAATGGCGAATCAGTGGCGGTCATCCTCGGCGATAACGTGTTTGAGGATGATATCTCCACGTATGTGGCTAACTTTCAAAGCCAAATGTCCGGTGCCAAGATCCTAATTAAGGAAGTTCCTGATCCTAACCGTTTTGGTGTTCCGGAAATCCAAGGCAGCCAAATCATTTCCATTGAAGAAAAACCGGAACAGCCTAAGTCCAATTATGCTGTCACGGGAATATATATGTATGATGATAGGGTTTTTGATATTATTAAGACGTTGAAACCATCAGCTCGTGGCGAATTGGAAATCACAGACGTCAACAATGCATATATTGAACGAGAAGAGCTTACCTTTGATACGCTTCAAGGCTGGTGGACGGATGCGGGAACGCATGCGTCGCTCGCTCGGGCCAATGAGTTGGCTAGAGATGTTCGATTCGGTGATGATTTCGGAAAACTTAAACTGTAG	MKGIILAGGTGSRLYPLTKVTNKHLLPVGAYPMIFYPVYKLRQAGLTDILIVTGKDHMGDVVNLLGSGSEMGVSFTYKVQDEAGGIAQALNLAEQFANGESVAVILGDNVFEDDISTYVANFQSQMSGAKILIKEVPDPNRFGVPEIQGSQIISIEEKPEQPKSNYAVTGIYMYDDRVFDIIKTLKPSARGELEITDVNNAYIEREELTFDTLQGWWTDAGTHASLARANELARDVRFGDDFGKLKL	PGPT0022600_4858	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0022600-rfbA|rmlA|rffH-K00973	NA	NA
JZ016_03509	4053			hypothetical protein	ATGAAGAAGGCTTTAGTTATGAACTTTTTCCCGGCATTTAATCCATCTACTAGTGGGGGAGAGTTGAGATATTATAATTTTTATAAAGAATTAAGCAGAACTATTGATGTAACTTTGTTATCTCCAACATATTCTCACCATGAATTAGAGGTAATTTGCCATAATGATCATTTTCGAGAATATCGAGTTCCTAAACAAAGTATTCATGATACGCTACACTTTAATTTAGATAAAGAGGATGTTGGCACAGAGATTTCAGCACTTGTCTGTGCACTAAGCGCAGAGCAATACAACAATTATCATGAGAAGTATCTAGAGTTGTACGAATATTGTGATTTCATTATCCATGATTCCCCATATATGCTAAATTACGACGTTTTTTTTGGAATAGATAAAAAGCCTAGAATCTACAATAGTTATAATCATGAGACAGAACTAGTCCGGCAAACTTGGAAAGGGAAAAATGCTAGTAAATATGTTGAATATATTGATAATTTAGAGCGTAAATTAGCACAAAAATCAGATGTTGTATTTGTGATATCGGAAGAAGAAAAAATAAGCTTTTTGAATAATTACAATCTAGAATTGCGGAAAATATTTCTAGCTCCTAACGGAATTGAACCAAATGATTGGAAGGACATTACTCGTACTGTCGAAAAGGGTAGACTAACAGCATTTTTTATAGGAAGTGCACATCCTCCAAATGTGGAGGCAGTTGACTTCATTCTCACTACTTTGGCTCCTAGTTGTCCCGATATAGAATTTCTAGTAGCCGGCGCATGTTGTAACAATTTCACGAATGTAACTCAAGCTAATGTGAAATTATTAGGATTGATAGATGATGAGAAAAAAAATCAACTGTTCTCTAATTCAAGTATAGCAATTAACCCCATGTTTTCAGGGGCTGGAACTAACTTGAAAATAATAGAATATCTTGCTGCTGGTATACCAACCGTATCTACGGAGTTTGGAGCTAGAGGCTTAAATTTAACTGATGAATTGAACTACTTTAGGGCGACAAAAGATAATTTTTCAGATGTTTTAAACACTCTCTCAAAAGAGAGGGATGATAAGATAGAAAGTATTGGGCTAAACGGTCAATGTTATATCTTAGAAAATTTCTCTTGGGAAAAGATTGTAGGTAAGGTTGGTTTAAGGCTTTCGGAATTATTACAAAGTAATTTAAAGAAAAAACCTAGCATTCTATTACTAAATGATTTTGAAGTTTCAAATCCTACATCTGGTGGAGAAATTAGAATTAATAAGCTATACTCAGCCGTTTCAAAATATTATCAAGTTAATATGTTGTGTCTAAATGATAATAAAGGAATAGTGAGAGAAGATATAACTGATAGTTTTTCGCAGATTTCAGTCTCAAAAACATCTGAGCATGTAGAGGAAGAGATTAATGTTAATAGTTTATACTGGATTAGTGCTTCGGATATTGTGACTTCTTATATGGTTGAAAAGAATGAACTCTTGAAAAAAATTTACAAATTAATGTATTCAACAGCAGACCTAATTATTTTAGTACATCCTTACATGGTAATGCTTACTAACTTTGCAGAGGATGATAAACCTTTTGTTTATGAGAGCCTAAATTCGGAAATTACTTTAAAAAGAGAAGTGCTAGTAGGACACCCTCGATTTAAAGAACTAAATGACCAAGTGTTCAAGATTGAACACTTAGCTTGTCAAAAAAGTGAATTTATTGTAAGCGTTTCTGATACAGATCATGATAGTTTAAGGGAGTTAATTGGGGATAAAAATACTGAAATTGAAACTGTTAAAAATGGAGTAGAAGTAACTAAAAAAATCAACAACACTCAAAATTTAAAAGCTGTATTCAATGGATTTCCGGTGGTTGTTTTTGTCGGAAGTGGACATCCTCCCAACATAAAGGCTGCTAGGTTTATTATAGAGGAATTAGCGCCACATATAGCTGCATACTTTGTCATAATAGGAACGGTATGTGATGCACTTATAGGTGATTATCCGGATAATGTCATCCTTTTTGGTAGATTAAATGATGTTCACAAGGAATTTATTATGCAAATGGCTGATGTGGCTGTTAATCCTATGTCTGGTGGATCAGGTTCTAATTTAAAGTTGGCAGATTATATGGAACACTCATTACCAACCCTCACTACTAATATAGGTAAACGGGGATATGATATTGAGGATAATGTCCATGCTGTAATTAGCGAATTGACGGATTTTCAAATGAATCTAAAGAAGTTACTTTCTGATTCAAAACAACAAGAATTAATAGGAAGGAAAGCAAGGCTATACGTTAAAAACCATCTTTCGTGGGAAGTATTGGCTAGAAGATATAAAAACCTGATTATGGAAAAGGTTTTTGAAAGGAAAAAGAAAAAGTTGCTTGTATTAACATACAGGTACACTGAGCCTCCGCTTGGAGGAGCTGAGACTTATCTTCTAAACATTATCAAGAAAATAGATGACATAGAGGATTTCTCTATAGATGTTGCTACATTAGACATTGAATATATATATAATAAATTTCATTTTTCCAATGAGTATACCTATGATGATGATTTTAATAATAAATCTTATAAGGATACTCATATCTATAAGTTTCCGGTTTATAACTTGGATGACAAAATAGCGTATGATAATAGCAAACTGTTATTTAATCAATGGGTTCATGAATCTATAAGATTCTCGTTGAATTTTATTCATAAGTATGAGTTTCCAATTTTGCTTGGAGGCTGGTTTTACCCTGAACATAGCGGAAAATATTCATCAATCTGGTCATCAAATCACGCCTATATTTACACAAAAAACGTTCAAACTCTAACTTTCATTGGGAGTGTTCCAGAAAAGAAGGAGGTGTTATTCAAGAACAATAACAAAATATTAAGGAAAGAAAAACTTAATGGTAGTTTTGAGATTGTTATTAAACCCAATGGGGCTGAAATCATTGAGTTGGAAATGGATCCATATTACTTAGAGGGTTCAGACCCACGTTGTCTTGGAATAAGAATAGAATCAATATTAATTGAAGTAAACAATAAGTCGAAAGAGTTGCAATTAGATTATAGTTATAAAGATTATCTTAAACAACATTATTATGAGGAATATATTGAAGGACTTATTACTCAAGCAAAAACTAGGGATCCTCATTGGGATGAGTTATTTCAAAGGACTCGCGGACCGCTTTCGAATGAGATGGACAAATGGTTAGAGGTACATATTAAGGAGGTAGACATTGTTCTTGGACATAGCGTTCCCTTTAATACGACAATTAAAGCTGTTGAACTTTCAAAAAAACATAATAAACCAGTAGTTGTACTTCCTCATTACCACATAGATGATGAGTTCTATCATTGGAACTCATATTACAATGCTTTATTAGAAGCTAATAAAGTCATTGCAGCTCCAGAACTGTCAGTCCCTCTTTTCTATAATAAAATAGGAGCGAATACTATATGTCTTCCAGGTGGAGCAATAAGTAAGGATGAGTATCAGAATATAGATGATACATTGTTCAGAAAAAGGTTTGATTTAGAACTTCCATTCATATTGGTTCTAGGTAGAAAAGCTCGTTCCAAAAATTATAGCTGGGTTATAGATGCTGTTGAGAAAATAAACCGTGATTTTAAAAAATGCAACCTAGTTATTGTGGGAAAAGATGAAGATGGTGATCCCATAGAAAACGAAAATGTATTCTATTTTGGAGAGCTGACACGTGAAGAAGTATTGGGGGCACTTAAAAAGTGTTCAATGCTTGTCACAATGAGTAGTAGTGAGAGTTTTGGGATAGTCATTTTGGAAGCGTGGATGCAAAAAAAACCGGTTATAGTGAATGAGGATTGTCCTGCTTTTGTTGAGCTTGTCCAAAACGGCTTCAATGGTATTACGAGTAGAAAAGAGAAACTCCATGAGGATATTCAATACTTATTGAACAATCCGGCTGCTGGAGAAAAAATGGGAGAACAGGGGTACTCGCTCTTATCAGATAAATACACATGGGAGTCTGTTGGTAAGGAAATAAATAACATTTTGAAAAGCTTGGCACATCAAAATTAA	MKKALVMNFFPAFNPSTSGGELRYYNFYKELSRTIDVTLLSPTYSHHELEVICHNDHFREYRVPKQSIHDTLHFNLDKEDVGTEISALVCALSAEQYNNYHEKYLELYEYCDFIIHDSPYMLNYDVFFGIDKKPRIYNSYNHETELVRQTWKGKNASKYVEYIDNLERKLAQKSDVVFVISEEEKISFLNNYNLELRKIFLAPNGIEPNDWKDITRTVEKGRLTAFFIGSAHPPNVEAVDFILTTLAPSCPDIEFLVAGACCNNFTNVTQANVKLLGLIDDEKKNQLFSNSSIAINPMFSGAGTNLKIIEYLAAGIPTVSTEFGARGLNLTDELNYFRATKDNFSDVLNTLSKERDDKIESIGLNGQCYILENFSWEKIVGKVGLRLSELLQSNLKKKPSILLLNDFEVSNPTSGGEIRINKLYSAVSKYYQVNMLCLNDNKGIVREDITDSFSQISVSKTSEHVEEEINVNSLYWISASDIVTSYMVEKNELLKKIYKLMYSTADLIILVHPYMVMLTNFAEDDKPFVYESLNSEITLKREVLVGHPRFKELNDQVFKIEHLACQKSEFIVSVSDTDHDSLRELIGDKNTEIETVKNGVEVTKKINNTQNLKAVFNGFPVVVFVGSGHPPNIKAARFIIEELAPHIAAYFVIIGTVCDALIGDYPDNVILFGRLNDVHKEFIMQMADVAVNPMSGGSGSNLKLADYMEHSLPTLTTNIGKRGYDIEDNVHAVISELTDFQMNLKKLLSDSKQQELIGRKARLYVKNHLSWEVLARRYKNLIMEKVFERKKKKLLVLTYRYTEPPLGGAETYLLNIIKKIDDIEDFSIDVATLDIEYIYNKFHFSNEYTYDDDFNNKSYKDTHIYKFPVYNLDDKIAYDNSKLLFNQWVHESIRFSLNFIHKYEFPILLGGWFYPEHSGKYSSIWSSNHAYIYTKNVQTLTFIGSVPEKKEVLFKNNNKILRKEKLNGSFEIVIKPNGAEIIELEMDPYYLEGSDPRCLGIRIESILIEVNNKSKELQLDYSYKDYLKQHYYEEYIEGLITQAKTRDPHWDELFQRTRGPLSNEMDKWLEVHIKEVDIVLGHSVPFNTTIKAVELSKKHNKPVVVLPHYHIDDEFYHWNSYYNALLEANKVIAAPELSVPLFYNKIGANTICLPGGAISKDEYQNIDDTLFRKRFDLELPFILVLGRKARSKNYSWVIDAVEKINRDFKKCNLVIVGKDEDGDPIENENVFYFGELTREEVLGALKKCSMLVTMSSSESFGIVILEAWMQKKPVIVNEDCPAFVELVQNGFNGITSRKEKLHEDIQYLLNNPAAGEKMGEQGYSLLSDKYTWESVGKEINNILKSLAHQN				NA	NA	NA	NA	NA
JZ016_03510	1452	COQ3_3		Ubiquinone biosynthesis O-methyltransferase, mitochondrial	GTGGATAAGAAAATGCGGCCGCTGCGTTCACAAGATATTATAAATAGTATCAATCACTTTTTGGAGTTACCGTCTCTCGAAAATATTGATATTAAAGAAATCACCGAGGTTGGAAAGGGAATAGTCAATGAACAGAGAATGGAATTGTCTCGTCTACGAGAAGATATCAAACTTCCGATAAAGGAGATTTATTTTCTTGAGGAACTCTTACAATATGATGATGAGGAATTTATCCGGGTTTGTTATCATGCCTTGCTAAGGAGAAATCCCGATAGTCAAGGGTTTAACAATTTTCTGGCTTTGTTGCGTAACGGTACTTTATCTAAAGTTCAAATACTTGGCCGTCTGAAGAAATCAAAAGAGGCACAAAGATTTAATGTGCAAATTATTGGTTTGAAAAAAAAGTACGCATACAGCAGGATAACAAACTTACCGTTTTTTGGGTACGGTTTGAAAGTCATTGCTTCAATGATTAAACTCCCTCGGATCGTTAAACACCTTCAGCAAATTGAAGCCTATACAAATGCCAGATTCACTATACGTGATAAAATAAATGATAATAATGTTGAGGCAGTTGAGAGTTTACTATCAAAACAAAACAACATTATTGATCAATATAGGTTGGAGATACATAGGCTCCAATCCAAAGTCGAGATTTTAGAATCGATGGTGGCGAATGTAGAATCAAAGGTAACGAATATAGAATCACATAACAAGGAGACAACATTGAAGAGTCAGGTATTAGATAATAGAACCAAAGTGTTGTGGGAAAATTATGTCGATAATGATAATAGTCTTTTTGATTCTATGTATCTAGCATTTGAAGATAGATATAGGGGGACGCGTTCAAACATTAAGATGCGCCAAGAATATTATATTCCCCATGTAGACAAAGTTTTTAAAAAAATGTCGAATTGTAAGTTATTAGACCTCGGCTGTGGACGTGGAGAATGGCTAGAACTTCTTAAAGAAAAAGGGTATGCTGCCGAGGGCACTGACCTTAATGAAGATATGGTGAATTATTGTACGGAATTGGGGATTAAAGTGGAGTATATGGATATATTATCATATCTATTTAAACAGAATGCTGAGTCGGCGGGAGTTATTACCGGATTCCATATAATTGAGCATATTCCCCTAAACATAACTATAAAAGTATTAGAAGAATGTATGCGAATACTTAAGCCGGGCGGGATGATTATATTTGAAACTCCAAATCCAGAGAATATTATGGTTGGGTCATATAGTTTCTTTTATGATCCAACCCATCAGAAGCCACTTGTACCCGACACCATAGAGTTTATTGCCCAACAGAAAGGGTTTATCAATACCGAAATACACCGTTTACATAAACGGAATGATCCAGATTATGTGAATCATCGTGATATCGACGAAGTGCTTTATAAAATTAGTATGGAACAGGATTATTCTTTGATCGCTTATAAACCGTGA	MDKKMRPLRSQDIINSINHFLELPSLENIDIKEITEVGKGIVNEQRMELSRLREDIKLPIKEIYFLEELLQYDDEEFIRVCYHALLRRNPDSQGFNNFLALLRNGTLSKVQILGRLKKSKEAQRFNVQIIGLKKKYAYSRITNLPFFGYGLKVIASMIKLPRIVKHLQQIEAYTNARFTIRDKINDNNVEAVESLLSKQNNIIDQYRLEIHRLQSKVEILESMVANVESKVTNIESHNKETTLKSQVLDNRTKVLWENYVDNDNSLFDSMYLAFEDRYRGTRSNIKMRQEYYIPHVDKVFKKMSNCKLLDLGCGRGEWLELLKEKGYAAEGTDLNEDMVNYCTELGIKVEYMDILSYLFKQNAESAGVITGFHIIEHIPLNITIKVLEECMRILKPGGMIIFETPNPENIMVGSYSFFYDPTHQKPLVPDTIEFIAQQKGFINTEIHRLHKRNDPDYVNHRDIDEVLYKISMEQDYSLIAYKP				NA	NA	NA	NA	NA
JZ016_03511	1119	mshA_6		D-inositol-3-phosphate glycosyltransferase	ATGAGAATTATTATGGACGGTATGCCATTGCTAGGAAGAAAGACCGGGATTGGATATTATGTTGAAAATTTATATAACAATCTAAGTAGATTTAATGAACTGAATTTGGAGTTATTATGTAATGGTATTGGATTTTCGAAAAGTATAGATGTGGATAACTACACATTAAGAAAAGCTCCTTTTCCATATGATTTATATCGTACTAAATCCAACAATAAATTACTATACAATACCTTCCAAATCGAAACATTTATTGGAAGGTTTGATGTTTTTCATGGAACTAATTATGTTCTGCTACCTACACGAAGAGCAAAGAAGGTAGTTACTATTCACGATCTTTCCTTTATAAAACACCCTGAATTTGTACCAAAATCTATTGTAGACCATCATACAGAGTGGTCAAAGTATGCTGCAAATGAAAGTGATCTAATTATTGTTGATTCATTCAGTACCGGAAAGGATCTTCAACAATATTTTGGGGTCAAGGAATCTAAAATTGTGTGCATCCATTTAGCTGCATCCCCTAATTACTGTTTAAGGAAACCTGAGAATGTAGAGTATATTAGAGGTGTATATGGTTTGCCATCTAAGTTTATTTTGTTTGTCGGGACTATTGAAATGAGGAAAAATGTAATAAATATGATAAAGGCTTATGCGGAAGCAAGGAACAAATATCAAATTGAACATAAACTTGTTTTGATTGGTGGGAAAGGGCTTGGTTATGATGAAGTACTTCATACAGTCACACAACTGAAATTAGAAAATTATGTTCTTTTTCCTGGATATATAAAAGAAAACGATCTCCCAAAGATATACAATCTGGCTTCGCTATTTATATATATATCTATCTATGAAGGCTTTGGCCTTCCAGTGCTAGAGGCAATGCAGTCAGGTATTCCAGTCATAACGTCGAATTGCTCTTCTTTACCTGAGGTTGTAGAACAAGCGGGCATTCAAACGGACCCTTATGATGTTAATGAGATTGCCTTAGAAATTGCAAGAGTAATACAGGACGAAGAAATTCGAAGTGATTTAATTGCCAAAGGCTTAAAGCAGGCTGCAAAGTTTTCATGGGAAAGTACTGCTTCGAAAACTTACGAGGTATATAAGGGATTATAG	MRIIMDGMPLLGRKTGIGYYVENLYNNLSRFNELNLELLCNGIGFSKSIDVDNYTLRKAPFPYDLYRTKSNNKLLYNTFQIETFIGRFDVFHGTNYVLLPTRRAKKVVTIHDLSFIKHPEFVPKSIVDHHTEWSKYAANESDLIIVDSFSTGKDLQQYFGVKESKIVCIHLAASPNYCLRKPENVEYIRGVYGLPSKFILFVGTIEMRKNVINMIKAYAEARNKYQIEHKLVLIGGKGLGYDEVLHTVTQLKLENYVLFPGYIKENDLPKIYNLASLFIYISIYEGFGLPVLEAMQSGIPVITSNCSSLPEVVEQAGIQTDPYDVNEIALEIARVIQDEEIRSDLIAKGLKQAAKFSWESTASKTYEVYKGL				NA	NA	NA	NA	NA
JZ016_03512	1254	btuD_11		Vitamin B12 import ATP-binding protein BtuD	ATGGTCTCTATTAAAGTCAAGAATCTTTCAAAAGTCTTCATTTTAAATAAAAACAAGAGAACTACTTTAAAAGAAAAAATAATTATTCGAAAAACATCCTCAAAAGAAGAGTACTGGGCGTTAAAAAATGTGAATTGTCAAATTGATGCGGGGAAAACTGTAGGTATTATTGGACGTAATGGATCTGGCAAGAGTACTCTTCTAAAAATGATGACGAAAATTATGTATCCTACTAAAGGTAGTATTGAGGTAAATGGGAAAGTGTCAAGTTTGTTAGAATTAGGTGCAGGATTCCACCCGGACTTTACTGGAAGAGAAAATATTTATATGAATGCATCAATTCTAGGATTTACTAAACGAGAGATAGATAAGATGGTTGATGATATCATTATGTTTTCTGAACTTGAAGACTTTATCGACAATCCTTTACGTAGCTATTCTTCAGGTATGTATATGAGGTTGGCTTTTTCTGTAGCAATAACTGTAAATCCAGATATCTTATTAATTGATGAGATTCTTTCTGTCGGAGATACAGCGTTTCAAAGAAAATGTATAAATCGTCTTAAAGAGTTGAAAAAGCAAAATAAAACAATAGTAATTGTATCGCACGATAATACTACTCTTGAGAATATGTGTGATGAGGTAATCTGGTTGAAGTATGGTGAAGTTTATAAAATAGGACCGGCTAAAGAGGTTATTCGAGAATATTTAGACTATCTAGAAGGGGAAGAGGGGGATAAGCATAACAATCAGCAACTACGAGATAATAAATCTCTTGTTAATTCAAATTTAGTGCAGGAAAGTCCTAAGGGGCACGTATTGAGTGGAACATCTAGTAGATGGGGAAATGGTAAAGTTCGAATTAATGGTATTAATATATTCAATCACAATAATGAAGAAAGTTATTCATTTAAAAGTGGTGACCGTGTATTAATCAAAGTTGACTATGCTATGCATGAAATTGTTGAAGATATTGTTTTTGGTTTTATGTTAACTACTATTGATGGTATAAACTGCTATGGATCTAACACTCGAATTGATGATTTTAATGGGAAATTTAAGTCCAAAGGAACTATAATTTGTCAATTTGATCAACTCCCCTTGGTAGCTGGTAAATATATGCTTGACTTTGCATTTCATCAAATAGACGGTACAGCCTATGACTATTATTCTAGAGCTGTCTCAATACATGTGTCCTCATCAGTGTTAGATATAGGCATTGCTAAAATACCGCACCAATGGTTGATTGAGTAG	MVSIKVKNLSKVFILNKNKRTTLKEKIIIRKTSSKEEYWALKNVNCQIDAGKTVGIIGRNGSGKSTLLKMMTKIMYPTKGSIEVNGKVSSLLELGAGFHPDFTGRENIYMNASILGFTKREIDKMVDDIIMFSELEDFIDNPLRSYSSGMYMRLAFSVAITVNPDILLIDEILSVGDTAFQRKCINRLKELKKQNKTIVIVSHDNTTLENMCDEVIWLKYGEVYKIGPAKEVIREYLDYLEGEEGDKHNNQQLRDNKSLVNSNLVQESPKGHVLSGTSSRWGNGKVRINGINIFNHNNEESYSFKSGDRVLIKVDYAMHEIVEDIVFGFMLTTIDGINCYGSNTRIDDFNGKFKSKGTIICQFDQLPLVAGKYMLDFAFHQIDGTAYDYYSRAVSIHVSSSVLDIGIAKIPHQWLIE	PGPT0023305_341	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023305-ABC_2_LPSE_A|wzt|rfbB|tagH-K09691	NA	NA
JZ016_03513	777			hypothetical protein	ATGTTTTATCGCTTGCAAGAGGTTTATCGTTATAGGCAAATGCTTAAGAGCATGGTACTTACTGATTTAAGAACAAGATATAAAGGATCAGTTCTTGGTTTTCTATGGACATTTATTAATCCATTATTGATGCTTGTTATTTATTCACTAGTATTTTCGTCTATAATGAGAATGAATATTGATAATTATCCTATGTTTCTTTTTGTAGCAATATTACCGTGGATATTTTTCTCTACTTCTCTTCAGAGTAGTGCAGCAGTTGTATTGAGAAACAATAGCTTAGTTAAAAAAATATATTTCCCTAGGGAGATTTTACCTATATCGGTAGTTATCGGGGGAGTTATTAACTACTTGTTTGGGTTAGTTATATTGATTCCGGCTTTATTAATATTTGGAGTGAAAATCAGCCATGCTATACTTCTATTCCCAATTGTACTAATTATACATGCATTTATCACTCTCGGTCTCTCATTTGTAGTTGCTTCTATAAATATTTTCTTTAGAGATTTAGAACATATCCTTTCATTCTTACTGCAATTCCTTTTTTACTTAACGCCGATTATTTTTAGCTTGGATTATATTCCTGAAAAGTTTCAATATTTGTTTAAATTAAACCCATTGTCTTACATTATTGAGGCTTATCGAGATATATTTTTTTACGGTGTCCTCCCACAAATGGATAAGCTTGGACTCTATGCTCTTGTCTCTATCCTTATATTAATTGGAGGTTGGTTTATATATCATATTTTACAACGTAAATTTGCTGAGGAAATATAA	MFYRLQEVYRYRQMLKSMVLTDLRTRYKGSVLGFLWTFINPLLMLVIYSLVFSSIMRMNIDNYPMFLFVAILPWIFFSTSLQSSAAVVLRNNSLVKKIYFPREILPISVVIGGVINYLFGLVILIPALLIFGVKISHAILLFPIVLIIHAFITLGLSFVVASINIFFRDLEHILSFLLQFLFYLTPIIFSLDYIPEKFQYLFKLNPLSYIIEAYRDIFFYGVLPQMDKLGLYALVSILILIGGWFIYHILQRKFAEEI	PGPT0023304_1897	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023304-ABC_2_LPSE_P|wzm|rfbA|tagG-K09690	NA	NA
JZ016_03514	948	rmd_1		GDP-6-deoxy-D-mannose reductase	ATGAAAGCCTTGATTACAGGCGTTAACGGTTTTGTAGGTAGGCATTTGGAAGATTACCTGCTCTCCCAGCAGATTGAAGTTTGGGGGACCAGCCGAAGTGTTAATCACGAGCAAGATCATTTAAACAGGGTTCAGCTTGATTTTAATCAAGAGGAAGCCATTGTTCAATTGCTGAATACTATAAAACCTGATCTAATCTTCCATTTAGCAGCTCAAAGTTCGGTGGCAAAGTCCTGGGTACAAGTGTCCAGGACTTTGGATGCTAACGTTACCAATACTGCATTATTTTATGACGCCATCAAACAATCCGAAATATCCGATACAGTAAAAATTCTTTCTATTGGATCTTCAGAGGAATATGGGATTGTATCTAAGGAGAACATCCCAATTTCGGAAACAGACTCTCTTAATCCTACAAATCCTTATGGAATTTCAAAGGTTACTCAGTATATGCTGGCTAAATTTTATTCATCACTTGGTCTACATATTGTTCATGTAAGGCCATTTAATCATATCGGGCCAGGGCAGAAATTGGGATTTGTTGCTTCTGACTTCTCCTATCAAATTGCTAAGATAGAGTTAGGCTTAATAGATCCTGTTATAAAAGTTGGTAATCTGTCTGCGAAAAGGGATTTCCTTGATGTTAGAGATATCGTTAGGGCGTATGGACAAATAATAATGGAGGGGGTATCGGGAGAAGTTTATAATATATGCTCTGGAGAACCTATCGAGATATCTACTATACTTAGTACTTTAGTAAGTTTATCAAAATTAAGAATAGAAGTTATAACTGATCAAAGCTTGTTAAGAGATGTCGATATTCCTCTGTATGTAGGTTCAAACAGAAAAATTAAAAATATTATTGATTGGAAACAAGAAATTCCAATAGACAGAACCCTGCTTGAAGTTTTGAACTTTTGGCGCGGGAAAATACAAATCGTTGAATGA	MKALITGVNGFVGRHLEDYLLSQQIEVWGTSRSVNHEQDHLNRVQLDFNQEEAIVQLLNTIKPDLIFHLAAQSSVAKSWVQVSRTLDANVTNTALFYDAIKQSEISDTVKILSIGSSEEYGIVSKENIPISETDSLNPTNPYGISKVTQYMLAKFYSSLGLHIVHVRPFNHIGPGQKLGFVASDFSYQIAKIELGLIDPVIKVGNLSAKRDFLDVRDIVRAYGQIIMEGVSGEVYNICSGEPIEISTILSTLVSLSKLRIEVITDQSLLRDVDIPLYVGSNRKIKNIIDWKQEIPIDRTLLEVLNFWRGKIQIVE	PGPT0022780_149	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GDP_D-RHAMNOSE|DEOXY_D_MANNOSE_MODIFICATION,PGPT0022780-rmd-K15856	NA	NA
JZ016_03515	960	gmd_1	COG1089	GDP-mannose 4,6-dehydratase	ATGAATAAAAAAGCGCTAATTACAGGCATTACTGGACAAGACGGATCATATTTGGCTGAGCTTCTGCTCTCCAAGGGATATAAAGTTTATGGATTACGAAGAAGAACGAGCGTTCCAATTCTTGAAAACATTGAACATATCAAAAATGAAATCGAATTTATCGAAGGTGATTTGTTAGATCAGGGATCTCTTATTAATGCAGTGAAAAAATCTAATCCAGATGAAGTGTATAACTTAGCGGCGCAATCCTTTGTTGCAACCTCTTGGGATCAACCCGTACTCACGGGACAAGCAACCGGTATGGGAGTAACTAATATGTTAGAAGCAGTACGAATTGTAAAGCCAGAGGCTAGGTTTTATCAAGCTTCTAGCAGTGAAATGTTTGGTAAAGTAGTTGAAACCCCTCAAAAAGAAACAACTCCGTTCTACCCAAGAAGCCCATATGGTGTGGCGAAGGTATACGGCCATTGGATTACAGTGAATTATAGAGAAAGTTACAATATGTTTGCTTGTTCAGGTATTCTCTTTAATCATGAATCACCTCGTCGTGGTGTTGAATTTGTTACGCGGAAGGTTACAGACGCAGTGGCTAGAATTAAGTTGGGACTTCAAAGTGAGCTTCGTATGGGGAACCTAGATGCGAAAAGAGACTGGGGATTTGCTGGAGATTATGTTAAAGCAATGTGGCTGATGCTTCAACAGGAAACACCAGAAGATTACGTTATTTCAACAGGTGAAACACACACGGTTGAAGAATTAGTTGAGATTGCCTTTAGTCATGTCGGTCTTAACTGGAGAGATTATGTGGTTATTGACCAGAAGTTTGTGAGACCGGCTGAGGTTGATCTGCTATTAGGTGACTGTTCTAAAGCTAAGAGTAAGCTCGGATGGGAACTAGAAGTCGGTTTTGAACAGTTGGTGAAGATGATGGTGGATAGTGATCTTAACAGACTAAAATAA	MNKKALITGITGQDGSYLAELLLSKGYKVYGLRRRTSVPILENIEHIKNEIEFIEGDLLDQGSLINAVKKSNPDEVYNLAAQSFVATSWDQPVLTGQATGMGVTNMLEAVRIVKPEARFYQASSSEMFGKVVETPQKETTPFYPRSPYGVAKVYGHWITVNYRESYNMFACSGILFNHESPRRGVEFVTRKVTDAVARIKLGLQSELRMGNLDAKRDWGFAGDYVKAMWLMLQQETPEDYVISTGETHTVEELVEIAFSHVGLNWRDYVVIDQKFVRPAEVDLLLGDCSKAKSKLGWELEVGFEQLVKMMVDSDLNRLK	PGPT0022770_2655	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022770-gmd-K01711	NA	NA
JZ016_03516	1077	algA	COG0662	Alginate biosynthesis protein AlgA	ATGACAATAACCTGTGTAATTATGGCTGGTGGAAAAGGTGAAAGGTTTTGGCCAAAGAGTCGGACTAATTTGCCAAAGCAATTTTTAAATATATCAGGTAATAAATCGATGATTCAGCAATCTATACATAGATTAGAGAAACTCGTAGATATCAGCCAAATTTTCATTGTAACCAACGAGTTATACGCTGAACTTTTAAAGGCACAAATTCCGCATTTACCAAACAGCAATATCATTATTGAACCAGTGGGGCGAAATACAGCACCGTGTGTTGGGTTAGCTTCGATCGTCATTGAGGAAAAATTCCCTGACAGTACCATGGTTGTTATTCCATCCGACCATATTATCGAGAATGACGAAGGATTTATTAAAATTATCAAAACTGCTGTTGATGTTGCTCAAGAGGGGTCGAATCTTGTTACACTAGGTATTAAACCTACCTACCCAGAAACTGGATATGGTTATATTGAAAGTTCTGGTGAATCCACGCAATTAAATGATCTAGATATAATAAAAGTTAGTAAGTTTGTTGAGAAACCTGACACTGAGACAGCTCAATCTTATCTTAAGTCTGGAAATTATTATTGGAATAGCGGCATTTTTGTATGGAAAGTTAGCGTGATTCGGAATTATATTAAAGAACTGATGCCTGATATGCATGATGTTCTAGAGACCATGAAGGCTACTTTTGACTTTCCAGAGCGTGATGAAACTATCAAAAGCGAGTTTTCTAAAATGCCAGATCAATCTATTGATTACGGGATTATGGAGAAGGTTAGCAATATATACATGATCCCTTGTGTTTTTGGTTGGGATGATGTCGGAAGCTGGACAGCCCTTGAACGTATTAATGATCTTGATGAGGATGGTAATGTTATTAAAGGTAACATCCTGAATTTAGATACTAAGCGATGCATTATTGAAAGCAATGGGAAGTTAATTGCGACGCTTGGAATTGAGGACTTAATAATAGTAGATACAGAAGATGTAACTCTTATATGCACAAAGGATAAAGCTCAGGAGGTCAAGTTGCTACTAAAGGAACTAAGAAACCAAAAAAGGGAACAGTATCTCTAA	MTITCVIMAGGKGERFWPKSRTNLPKQFLNISGNKSMIQQSIHRLEKLVDISQIFIVTNELYAELLKAQIPHLPNSNIIIEPVGRNTAPCVGLASIVIEEKFPDSTMVVIPSDHIIENDEGFIKIIKTAVDVAQEGSNLVTLGIKPTYPETGYGYIESSGESTQLNDLDIIKVSKFVEKPDTETAQSYLKSGNYYWNSGIFVWKVSVIRNYIKELMPDMHDVLETMKATFDFPERDETIKSEFSKMPDQSIDYGIMEKVSNIYMIPCVFGWDDVGSWTALERINDLDEDGNVIKGNILNLDTKRCIIESNGKLIATLGIEDLIIVDTEDVTLICTKDKAQEVKLLLKELRNQKREQYL	PGPT0022660_1674	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022660-manC|cpsB-K00971	NA	NA
JZ016_03517	1194			hypothetical protein	GTGAAAAGGGCGCTTTTGAAGAAGGCTTATCCTCTAGAAAAGAGTCAAGATCAAAGTTACGGCAATAACCTGGAAAAGGGTGTTAATCTACTGGGCTATTCACGTGCGGAGATGGGGATTGGAGAATCATGTCGAATAGCTGCTAATAGTATGGATTCCGCGGGTATCCCTTTTGGAATTATTAATTTCAAGGGCACGAATAGTGCTAGAATGTCTGACCTTACATGGTTGTCGAAGGAAATTGGAGAACCTAAATACAACATTAACTTATTTCATGTTAATGCCGAACAAATGATGGAGGTCTACGCTCAATATGGAAATTCCTTGTTCCAAAATCGATATAATATCGGTTTTTGGCATTGGGAGTTACCGGATTTTCCAGATGAATGGCTAGAGGCTTTTGAACTTGTTGATGAAATCTGGGTTCCTTCTACATTTGTGGCAGATTCAATAGCTTTGAAAAGCCCAGTCCCTGTGGTGAAAATGCCGCACTCCATTCAGGTTGGTATAAATGAAGCTCGTAATAGGGAGTTCTTTGGTCTGCCCGATGGAGTCTTCCTGTTTTTATCTATGTATGATGTTAAGAGTTATCAAGAACGTAAAAACCCTAAGGCCGTGATAAAAGCGTTTAAAGCAGCCTTTGAGCCTGACGATCGATCAGTTGGATTGGTACTGAAAGTAAACTCATATAATAGCGGTAAAGCTGAACTGGACGAACTTTTGGAACTTACTAGTGATTATAAGAATATTTATTTGATTAAAGATACAATTAGCCGAAATGATATAAATGCCTTGCTTTCAGTTATAGACTGCTTTGTGTCTCTGCATCGAAGTGAAGGATTTGGCTTGGGGCTTGCAGAGGCCATGTATCTCGGGAAGCCGGTTATTGGGACAAATTGGTCTTCAAATATTGACTTTATGAATAGTACTAACTCGTGTTTAGTTAGATATAGCCTTATTAACGTCGGGAATGATCATGGTCCATATAAAGCCTATCAACATTGGGCGGATCCGGACATTGATCATGCAAGTGATTATATGAAACGCCTGGTTAATAACTCGGATTTCTATAACTCGGTTGCAAGTAAAGGGGAGGCTTTTATCAAAGAATATTATTCTCCGAAAGCTATTGGCTCATTAATACAAAAGAGACTTGAATATATTAACTTCTGGAAATTTGGGGGAGCGAAATGA	MKRALLKKAYPLEKSQDQSYGNNLEKGVNLLGYSRAEMGIGESCRIAANSMDSAGIPFGIINFKGTNSARMSDLTWLSKEIGEPKYNINLFHVNAEQMMEVYAQYGNSLFQNRYNIGFWHWELPDFPDEWLEAFELVDEIWVPSTFVADSIALKSPVPVVKMPHSIQVGINEARNREFFGLPDGVFLFLSMYDVKSYQERKNPKAVIKAFKAAFEPDDRSVGLVLKVNSYNSGKAELDELLELTSDYKNIYLIKDTISRNDINALLSVIDCFVSLHRSEGFGLGLAEAMYLGKPVIGTNWSSNIDFMNSTNSCLVRYSLINVGNDHGPYKAYQHWADPDIDHASDYMKRLVNNSDFYNSVASKGEAFIKEYYSPKAIGSLIQKRLEYINFWKFGGAK				NA	NA	NA	NA	NA
JZ016_03518	2460			hypothetical protein	TTGTCGAATCCAGTATACGGTAAAAAAGCCGCCACGTCGAGAAAAGGTGAGACGAGATCGGTTTTGTTTTGGGTGTTAATATCAGGAATAATTCTGTTTCTAGCATGGACGCCATTCCAGACGGCTCTATTTAACGGACAAATGTTAGTATTTGAGAAACCGATTTTCTGGGCAGCTATCTTGGCTTGTCTACTACTATTTCTCTGGATTGCTCATTCTTATAAAAGCATCCAATTAAAAGATCAAAAAGATTGGCTGGCCGTGGGTGTACTTTTACTCCCCCTAACTTACATACTCTCACTCATTAGCGCCGCCTCCCATGTTCTTGCCATGAATATGGTCATCATCAATTGTATCTACGCCATAATGTTTATCATCGGATTATATGTGTTACGCGAGAATTTGGGGAATCGAATGATTCAAATCACGATTATGACGGTTTCTTATCTGATCGTGGGATTCGGCTTACTCAACTGGTTTGGCCAAGGCAAGACAGCGGGCGCCATTGCGAAATGGTTTTCCAATACCGTTTTAAACGGCACGTATACCCATGCCGTCATGACTGACTCTAACGGTCTGCGTCTGACTTCGGTGTTCCAGTACGCGAATACTTATGCCGCTTTTCTCATGGCATTCCTTTTCGCGGCAGTCTTTTTCGTTACGACTTCTCGAAAATGGTACGGTCAAGCCTTTCATAGCTTCATGTTGGTACCCATCATCGTATCGCTGCTCTTGACGTTATCTCGGGGCGGTCTGGTGATGTTACCTGTTGTGTTTGTTTTGTTACTCCTATTCCTGAAGCCAGCTAAGCAATTATTGTGGATCCTATACTGCAGTATAGCAGGCGTGACTTCACTGATCATTTCCAAACCAGTAACAGAGTTAGGGTTGAAGTTAAATGAAGCCTTTAGCAGCACTGGTGCCCTTAAAGGCTGGGGTATTTTGCTTGGTGTTTCCGCTATTGTAGGAATTCTCGGATGGGTTATACAAAGTTTTATTGCTCCCAAACTTGAACGTTCTTTAGACAATTGGTCGGTTAAAAAAACCTCCAACTTATGGATTCCACTAGGTTCCGTTGCCATTGGAGGCTTGCTGATCTTCCTATTCATCGGTACCGGATTGAAAAATATACTACCGCAAAACATCAGCGTCCGACTCGAAAATATTAACTTTAATCAGCATAGTGTTCTGGAACGTTTTACATTCTATAAAGACGCCATGAAGGTGCTGGCTGACTATCCGATCATCGGAGCCGGAGGCGGAGCATGGGCTTCACTCTATGAGCAATATCAGAACAACCCATATACAAGCCGTCAAGCGCATAACTTCTTTTTGCAGTACTTGATCGAAGTTGGAATTGTCGGATTTGTGATATTCATGTCGTTTATCCTGTATATTTTCTACAAGTATATTCGCGGTTATATCAAAGGAAATGAAGGCGAACGTAATAGTCACTTCCTTTATCTGATCATCGTCCTTTCCATTTTGATTCATAGTATTTTGGACTTTAACATGAGTTATGTGTTCATGGGAATTCTAGTATTTCTGGGACTTGGCGGAATGGCAGCCGTAATGGATAATAAGCCAGTGAAAAAATGGAGCCTCAAAGATTCAACTGCCAGAGGTGCATTTAGTGCAATCGTCGGACTTTGCGGTATTCTTGTCATGATTACATCTATCCGGTATGTACAAGCTGCCGACTCTGGAATGGAAGCAGGCAGAATCGTTCAGGTCAGCTCTTCATTTGAGGAAATTAAGGCTCCCCTTGATAAAGACCTGAGCATACGCCCGAGCCATCCCGATTCAGTACTGTTAACCGCATCACTCTATCAGACTATATATAAGCAAAATCAAGATGAGAATTTTTATAGCGCATCTGTTGATCTACTAAATAAAGCGTTAGAAGCTGAACCATATAACAAATCTATGCTTAGTCGATTAATTGAAAGTTACGAAATGAAACAGCAACCGGAGCAAGCTTATGAAGTACTTATCAATAATGCCTATAAATTTAAATGGGACATTAGCTGGTCCGAACAGATTATCAATAAAGGTTATGATCTAGGGATGAAGGCACTTGGGGCTGGAGACGCAGCAACGAAAGACAAGTACTTCAAGCAAGCAACTGAAGCATTTGCCAAGGTTCAGACAGGTATTCAGCATTTGGCTACATTACCGGAAGGTCAATTGCAAGGGCGCTCATTTGAAAACACACCCGACATGATCCTCCATACAGGCAAAATGCACTTCATGATGAATCAACCAGAGCAAGCATCAGAAACTCTTAAGCTCGGCATACAAGAAGATCTCTCACAGACAACCCAACAGGAGATTGTGCGTTGGTATCTGGCAGCATTGCAAAAACAAAACTTGAGTGATGATGCCCTTATGGGGAAACTAACCCAAGTTGATCCGAATGCGAAGGACAATGTTCAACAACTTGCTAATCTTCAATTCTAA	MSNPVYGKKAATSRKGETRSVLFWVLISGIILFLAWTPFQTALFNGQMLVFEKPIFWAAILACLLLFLWIAHSYKSIQLKDQKDWLAVGVLLLPLTYILSLISAASHVLAMNMVIINCIYAIMFIIGLYVLRENLGNRMIQITIMTVSYLIVGFGLLNWFGQGKTAGAIAKWFSNTVLNGTYTHAVMTDSNGLRLTSVFQYANTYAAFLMAFLFAAVFFVTTSRKWYGQAFHSFMLVPIIVSLLLTLSRGGLVMLPVVFVLLLLFLKPAKQLLWILYCSIAGVTSLIISKPVTELGLKLNEAFSSTGALKGWGILLGVSAIVGILGWVIQSFIAPKLERSLDNWSVKKTSNLWIPLGSVAIGGLLIFLFIGTGLKNILPQNISVRLENINFNQHSVLERFTFYKDAMKVLADYPIIGAGGGAWASLYEQYQNNPYTSRQAHNFFLQYLIEVGIVGFVIFMSFILYIFYKYIRGYIKGNEGERNSHFLYLIIVLSILIHSILDFNMSYVFMGILVFLGLGGMAAVMDNKPVKKWSLKDSTARGAFSAIVGLCGILVMITSIRYVQAADSGMEAGRIVQVSSSFEEIKAPLDKDLSIRPSHPDSVLLTASLYQTIYKQNQDENFYSASVDLLNKALEAEPYNKSMLSRLIESYEMKQQPEQAYEVLINNAYKFKWDISWSEQIINKGYDLGMKALGAGDAATKDKYFKQATEAFAKVQTGIQHLATLPEGQLQGRSFENTPDMILHTGKMHFMMNQPEQASETLKLGIQEDLSQTTQQEIVRWYLAALQKQNLSDDALMGKLTQVDPNAKDNVQQLANLQF				NA	NA	NA	NA	NA
JZ016_03519	873	gtaB_1	COG1210	UTP--glucose-1-phosphate uridylyltransferase	ATGAACATTCGTAAAGCGATCATACCGGCCGCTGGACTTGGTACGCGTTTCCTGCCAGCCACGAAAGCGATGCCGAAAGAGATGCTTCCCATTGTGGACAAGCCGACCATACAATACATCATCGAGGAAGCGGTCGCTTCCGGCATCGAGGACATTATCATTGTGACGGGTAAGGGGAAGCGGGCGATTGAGGATCATTTTGATTCTTCATTTGAGCTGGAACATAACCTAGCAGAGAAAGGGAAATGGAACCTCCTCGAAGAAGTGCGGAAGCCCTCCAACATGGCAGATATCCATTATATCCGTCAAAAGGAACCTAAGGGGCTGGGTCATGCCATTTGGTGCGCACGCAAGTTCATTGGAGATGAGCCTTTTGCGGTGTTGCTAGGCGATGACATTGTAGAGTCAGAGACTCCATGTCTCAAGCAGATGATGAAGGTATATGATGCCTACCAATCTGCCATTGTAGGCGTTCAGCCGGTATCCTGGGACGAAGTGGATCGTTACGGGATCGTAGATGGACTTCAGAAATCAGAACGAATCTATGAAACATCAAGATTGGTAGAGAAGCCCTCCCGTGCCGAGGCGCCTTCCAATCTGGCCATCATGGGCCGCTATATTTTGCCGCCGGAAATCTTCGATTTGCTGGAGAATCAGGAGGTTGGAAAGAACGGGGAGATCCAACTGACCGATGCGCTCTCCACCTTAGCTCATCGGCGCCCCATCTATGCGTATCATTTTGACGGGATGCGCCATGATGTCGGAGAAAAGCTGGGTTTTATTGAAACCAGTATTCATTATGCATTGCAGCGGGAAGATTTGAGAGAGGATTTACTTGCATATTTAAGCGGTGTTTTGGCTAAAGTTCGGTAA	MNIRKAIIPAAGLGTRFLPATKAMPKEMLPIVDKPTIQYIIEEAVASGIEDIIIVTGKGKRAIEDHFDSSFELEHNLAEKGKWNLLEEVRKPSNMADIHYIRQKEPKGLGHAIWCARKFIGDEPFAVLLGDDIVESETPCLKQMMKVYDAYQSAIVGVQPVSWDEVDRYGIVDGLQKSERIYETSRLVEKPSRAEAPSNLAIMGRYILPPEIFDLLENQEVGKNGEIQLTDALSTLAHRRPIYAYHFDGMRHDVGEKLGFIETSIHYALQREDLREDLLAYLSGVLAKVR	PGPT0014875_4669	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0014875-gtaB|UGP2|galU|galF-K00963	NA	NA
JZ016_03520	1047			hypothetical protein	ATGAAAGAGAGAGACGCCTATTTCGATAACCTCAAATTCATACTGATCCTGTTGGTGGTCGTGGGGCATCTCATCGAGCCGTTTAACGGCGAAGCAGCAATGGGAGCGATTTATCAGTTCATTTACTCGTTTCATATGCCGCTGTTTATTTTTGCGGCCGGTTATTTTGCCAAATGCATTCAATCCCCCAAACAATACGTCGGCCTGCTGTCGGGACTGGTCGTACCGTATTTCATATTCGAGACGCTCTATACCCTGTTCGACTATTACATGCAAGGCTTGGATCGGCTCGATTTCACGTACTTTTACCCCAACTGGATCCTGTGGTTCCTGTTCAGCATGATGCTCTGGAAAATGCTTCTGCCGTACCTGCTGATGCTCAAATACCCGCTCGTCGTCTGTTTCGCGATGTCCATCATGCTCGGGTACTCGATCGATGTCGACTATTACGCGAGCATTTCGCGCACGCTGTACTTCCTGCCATTTTTTCTCATCGGATATGTTTTCAAAAAGGAATGGCTGGATGCCATCAAGGCTCGATCCTTCCAGCTACTATCGATTGCCCTGCTCGCTGGCGGATTTGTCTTGCTGTATATGCTATCGCCAATTCTGGATGCCAGCTGGTTCTACGGAGCAATGCCTTATCTGGAGTTCGGCTTGGACTCGTGGTATGCAGGCTTCTACCGAATGATCACCTACGCGTTCACCGTCATCATGGGACTATGCGTCCTCTCCCTCATTCCGGAGTCGGATACGCCCTTCACCGCCCGTGGGGTTAATACCATGTACGTCTTTTTGCTTCACGGGTTCATCGTCAAAACGATGCAGCATCTGAGCTGGTTTGAAGCGTTCCGGTCTACCGGAGGCAAGCTGCTGCTAATCCTGTTCGGCACCCTCTTGACTTGGCTGCTATCCTCGTCTTGGATCAAACGCGGCTTCGGTTGGATCGTCGAGCCGAACGTCGGGTTTCTATTCCATTATCGATCCAAGCACCGCCATGAACGCGCCGAAACGAAGCGTTCCGACGCAAAAAAGAGTGATGCCTAA	MKERDAYFDNLKFILILLVVVGHLIEPFNGEAAMGAIYQFIYSFHMPLFIFAAGYFAKCIQSPKQYVGLLSGLVVPYFIFETLYTLFDYYMQGLDRLDFTYFYPNWILWFLFSMMLWKMLLPYLLMLKYPLVVCFAMSIMLGYSIDVDYYASISRTLYFLPFFLIGYVFKKEWLDAIKARSFQLLSIALLAGGFVLLYMLSPILDASWFYGAMPYLEFGLDSWYAGFYRMITYAFTVIMGLCVLSLIPESDTPFTARGVNTMYVFLLHGFIVKTMQHLSWFEAFRSTGGKLLLILFGTLLTWLLSSSWIKRGFGWIVEPNVGFLFHYRSKHRHERAETKRSDAKKSDA				NA	NA	NA	NA	NA
JZ016_03521	2514			hypothetical protein	ATGGACACGAAAGCACTACGAAGAGAAGACGTGGAGCTGCTGGCACCGGCAGGGGATTGGGATTGCATGCGGGCCGCGGTGGCGAACGGGGCGGACGCGATCTTTTTTGGGGTCGAGAAATTTAATGCGCGCGCACGGGCGAACAATTTCCGGATGGACGAGCTGTCCGAGATTATGGCCTTCTTGCACAGTTATGGGGTTAAGGGGTTCCTGACCTTCAATATTCTGGTGTTCGAGAACGAACTGGAGGATGCCAAGGAACTGATCGATGCGTGCGTAGATGCAGGCGTGGATGCGGTGATTGTACAGGATTTGGGTCTGGTAAAAATGATTCGCGAGATTTCCCCGGACTTCCCGATCCATGGTTCTACGCAAATGACGATTACGTCGCCGGAGGCCGTTGAGTTCACGAAGCCGTTCAATATGGAACGTGTCGTATTGGGACGCGAGAACAATCTGAAGCAAATCCAGAAGATCGGGGAGCAGGCGAAGCTTCCAATGGAAGTATTCGTGCATGGTGCGTTGTGCGTGTCCTATTCGGGCCAATGCCTGACTTCCGAAATGTGGGGCGGCCGCTCCGCCAACCGCGGAGAGTGTGCGCAGGCTTGTCGTCTGCCGTACGATCTGATCGTGGATGGCGAGCAGAAACCAATGGGCGACGTCGCCTACTTGCTCTCACCGAAAGATCTGGCTGCGATCGATCTGATGCCGGAGCTGATTGAAGCGGGCGTGACCTCGTTCAAGATTGAGGGCCGGTTGAAGACTCCAGAGTACGTGGCTAACGTTGTGAGCAAGTATCGGAAGGCGATCGACCGGTATTTTGACGGCGAAGATGCGAGACCGAGCAAGGAAGAGGTGCGCGAGCTGCAGCAGAGCTTCTCCCGCGGCTTCACGCATGGCTTCCTGGATGGAACGAACAATAAAAAGCTGGTCGAGGGTACGTTCCCGAAAAGCCGCGGTGTGTACCTCGGCCGGGTGGAGCAAATTCTGCGTGACGGTGTCGTCTGCAAGCTGGATGCGCCGCTGAAGCGTGGAGATGGTATTGTGTTCGATGCCGGCGACCCAACGAAAAAAGAAGAAGGTGGACGCGTCTACGACGTTCGCCGCAAAGGCGTCAAGCTGGAGGGTGAAGCGCAGGAAGGCTGGATCGTCGATATCGTTCCCGGCCGGAGTGACGTGGACCTACGCAAGCTGCATGTCGGCGACCGGATCTGGAAGACCAACGATCCGGCGCTGGATAAGCGCCTCCGTCAGACGTACGAGACGGAGAAGCCGTACCGGGTATTCCCGGTACATGTGCGTATCAGCGGCCGTCCCGGACAGCCGCTGTCGACCTGGTGGACCGATGTGCAGAAGGGCACGACGGTCCAAGTGGATTCGGAGCTGGAACTGGAGATAGCCCAGAAGCGGCCGCTCAGCCAGGAGATCCTGGAGGAGCAGCTTGGCCGCCTGGGCGGAACGGTGTTCCAGCTCGAGGCACTCGACGTCGACCTGTACGGCGACGTCATCGTGCCGATTCGCGAGCTCAACAGCATCCGCCGCCGTGCGGTGGAGCTGCTCGCTGGCGAGCGGCCGAAGCCGCCCGTGTACGTGAAACGGGCGGTGTCGGTGTATGGCGATGCGGCTGTGCCCGCAGCGCCCGTGGCCCGCGGTGAAGCGAAGCTCACCGCGCTGTGCCGCAGCCTCCCGCAGGTTGAGGCTGCGCTTGAGGCCGGCGTCGAGATGATCTACGCCGACTTCGAATTCATCAAGCAGTTCCCGGCAGCGGTGGAAGCCGTGCGTGCAGCCGGCAAACAGATTGCGCTGGCAACGCCGCGCATTCACATGCCGGGCGAGAACGGCTACCACAACAACATCCTGCGCCTCCAGCCGGACGCCGTGCTGGTGCGCAACACCGGTGCGCTGTATTTCTACCTGCGCCACCGGATGGAGAACCCGGGGGCGAAGCATCCCCGGTTGATCGGCGACTTCTCCCTGAACATTGCCAACCACAAGGCGGTTGACCTGTTCCTCGAAGCCGGATGCGACACCGTCACGCCTTCCTATGATCTGAACATCCAGCAGATGGTGGATCTTCTTGGGAAGGCCGACACGTCCAAGATGGAGATCGTCATCCATCAGCATCTGCCGATGTTCCATACCGAGCACTGCGTGTACTGTACGTTCCTCAGCGAAGGAACGGACTTCACGAACTGCGGTCGTCCGTGCGAAGAGAGCCGCGTGTCCCTGCAGGACCGGATCGGCATGTCCCACCCGGTACGGGTCGACGAAGGCTGCCGTAACACCGTCTACAACGCCATCGAGCAATCCGGCGCCGAATACCTGGCCAACTTCATGGAGCTAGGCGTATCCAGCTACCGCGTGGAGTTCCTCGAGGAAACGCCGGAACAAGTCCACGAGGTCATCGATCTCTACAACCGCGCCCTGCGCGGCGAGATCAGCGGCACCCAGGTGTGGAAGAAGCTGAAGGCGACCAACCAGCTTGGCGTAACGCGGGGGCAGTTGGTGAAGTAA	MDTKALRREDVELLAPAGDWDCMRAAVANGADAIFFGVEKFNARARANNFRMDELSEIMAFLHSYGVKGFLTFNILVFENELEDAKELIDACVDAGVDAVIVQDLGLVKMIREISPDFPIHGSTQMTITSPEAVEFTKPFNMERVVLGRENNLKQIQKIGEQAKLPMEVFVHGALCVSYSGQCLTSEMWGGRSANRGECAQACRLPYDLIVDGEQKPMGDVAYLLSPKDLAAIDLMPELIEAGVTSFKIEGRLKTPEYVANVVSKYRKAIDRYFDGEDARPSKEEVRELQQSFSRGFTHGFLDGTNNKKLVEGTFPKSRGVYLGRVEQILRDGVVCKLDAPLKRGDGIVFDAGDPTKKEEGGRVYDVRRKGVKLEGEAQEGWIVDIVPGRSDVDLRKLHVGDRIWKTNDPALDKRLRQTYETEKPYRVFPVHVRISGRPGQPLSTWWTDVQKGTTVQVDSELELEIAQKRPLSQEILEEQLGRLGGTVFQLEALDVDLYGDVIVPIRELNSIRRRAVELLAGERPKPPVYVKRAVSVYGDAAVPAAPVARGEAKLTALCRSLPQVEAALEAGVEMIYADFEFIKQFPAAVEAVRAAGKQIALATPRIHMPGENGYHNNILRLQPDAVLVRNTGALYFYLRHRMENPGAKHPRLIGDFSLNIANHKAVDLFLEAGCDTVTPSYDLNIQQMVDLLGKADTSKMEIVIHQHLPMFHTEHCVYCTFLSEGTDFTNCGRPCEESRVSLQDRIGMSHPVRVDEGCRNTVYNAIEQSGAEYLANFMELGVSSYRVEFLEETPEQVHEVIDLYNRALRGEISGTQVWKKLKATNQLGVTRGQLVK	PGPT0021005_249	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021005-PUTATIVE_PROTEASE-K08303	NA	NA
JZ016_03522	1098	yhaZ_1	COG4335	putative protein YhaZ	ATGAGAGAAACGCTGAAGGATCTATATTCAAATACGTTGTTCCAGCAAGTGACCGATCGGTTGAAGGAGGTTTATCCGGCATTCGATTCGAACCGGTTCATGGAGCTGATTCATAATGAAGCCTGGGGACAAGAGGAGTTCAAGCAGCGCATCCGGCATATTACGCTGGCCTTAACGGACACGCTGCCTGCTTCTTACCCGGAAGCCGTTCAGATTCTGAAACAGGTAGCCCCGCATTTTAGAGGCGTGGAATATGTGTTCTTCCCTGACTATGTCGAGGTGAACGGGATGGAGGATCTGGAGACCTCGATGGAGGCTTTGGCGGTATTCACGCATTCTTCCACGGCGGAGTTTGCGGTTCGGCCCTTTATCATCCAGGATCAGGAACGGATGCTGGCTCAGATGATGACATGGGCACAGTCCGATGACGAGCATTTGCGCCGGTTGGCGAGTGAAGGCTGCAGACCACGCCTGCCTTGGGCGTCGCAGCTGCCGGCCCTGATTAAGGATCCGCGTCCGGCGCTGCCGATCCTGGAGCAGTTGAAAGAGGATCCTTCCTTATATGTTAGAAAAAGCGTTGCCAATCACTTGAATGATATCTCCAAGGATCATCCGGAGCTTGTGCTTGAGATCGCCGCCAAATGGTATGGCAAACATCCGTTAACGGATTGGATCGTACGGCATGCGCTGCGTTCGCTCCTTCGGAAGGGTGATATCCGGGCACTGGCCATTTTCGGATATGAGGAGCTTGAAGAGCTGGAGGGTCTTGAGGTGCGCGAGCTGCGGATTAAGCGTTCCGTGATCGCAATGGGGGATGATCTGGAATTCGCTTTTCAGGTGGTCAACGAAACCGGCCATCCGATGGCGCTCCGCATCGATTATGAGATCGATTATATGAAGGCAAGCGGCAAGCTTGCGCCGAAACGTTATAAATGCTCGGACAAGATCTATGCGCCGGGAAGCTGGAAGGTGGAGAAGAAGCAGTCATTTAAACCGATCTCCACGCGTCGTTTCTATTCGGGTGATCACCGTCTTCACATTGTTGTGAACGGCAAGCGGTTGGCGAGCATGGATTTTGTGCTGGAGGGTGCGGAGTAA	MRETLKDLYSNTLFQQVTDRLKEVYPAFDSNRFMELIHNEAWGQEEFKQRIRHITLALTDTLPASYPEAVQILKQVAPHFRGVEYVFFPDYVEVNGMEDLETSMEALAVFTHSSTAEFAVRPFIIQDQERMLAQMMTWAQSDDEHLRRLASEGCRPRLPWASQLPALIKDPRPALPILEQLKEDPSLYVRKSVANHLNDISKDHPELVLEIAAKWYGKHPLTDWIVRHALRSLLRKGDIRALAIFGYEELEELEGLEVRELRIKRSVIAMGDDLEFAFQVVNETGHPMALRIDYEIDYMKASGKLAPKRYKCSDKIYAPGSWKVEKKQSFKPISTRRFYSGDHRLHIVVNGKRLASMDFVLEGAE				NA	NA	NA	NA	NA
JZ016_03523	1209	sbnD_2		Staphyloferrin B transporter	ATGGAAAGCTGGAAAAAGAATTTATGGATACTATGGTTCGGCTCATTTATCGTTTCATCAAGCTTCTCGATGGTCATACCATTTCTCCCGCTTTTTCTGATTGAGCTCGGCGTTACCAAGCATACGGAAATGTGGTCGGGACTGCTGTTCAGTTCCGCTTTTTTTGCGGGCGCCTTGTCCTCTCCCTTCTGGGGAGCCGTCGGGGATAAATATGGACGCAAACCGATGATTATCCGCGCGGGGCTGGTGCTCTTTGTCATCTATATTCTGATGGCGTTCGTCACGAATGAGTATCAGGTGCTGATTCTCCGCCTGCTCCAAGGCCTTCTCTCCGGCTTTATCCCGGGTGCAATCGCCATTGTAGGCACCAATACCCCCGAGAAAAAGGTCGGCTACGCACTCTCCATGATGTCCACCGCAACCGCAACCGGCGGCATCATGGGCCCGATGATCGGAGGCACCCTGGCCTCCCTGTTCAGCAACCGAATGGCATTCGGATTGGCAGGGATGCTGTGCTTCGCAGCCACGCTGCTTGTCATTTTCTGGGTCAAGGAAGAGAAATTCGTACCCAGCAAAGAGCGCGTCTCCGTCATAAACACGTTTAAGGTCGCCGGACATAACAAGGCGCTGATGACCGTGCTCATGCTTACGGTGCTGACGCAGTTTTCCGTCATGACGATCGAGCCCGTACTGCCGCTGTATATCGCTCAAATCGGCGGCTCTTCATCACATACCTCGATGATTGCCGGCTTTGTGTTCTCCATCGTCGGGATCGCCAGCATCCTGTTTGCGGCCCGCTGGGGACGCTTATCTGACAAAATCGGATTCCAAAAGGTGCTGCTGATTGGTCTGCTCGCCGGCGGAATCGGATCGCTCGCTCAAATCCTGTTCAGCAACATTTGGGCATTCTCGGCCATCCGCTTTGCTTACGGCGCCTTCTTCTGTGCCGTATTCCCGGCACTCAACGGCCTTGTTGTCAAACATACGCCAAGCGAATTCCGCGGGCGGGCGTTCAGCCTCAACCAGACAGCCAACCAAATTGGCGGGATGGCCGGACCTCTCGCGGGCGGCATGATCAGCGGCATCTTTAACATTCATTCGGTATTCTTGATGACTGGTGTGTTAATGCTGATTACGACCGCCATTACTTATTGGACAATGCGGCCAACGCGACAGCAGCCTGTTGAAAAAGGATCGCTCTCTTCATAA	MESWKKNLWILWFGSFIVSSSFSMVIPFLPLFLIELGVTKHTEMWSGLLFSSAFFAGALSSPFWGAVGDKYGRKPMIIRAGLVLFVIYILMAFVTNEYQVLILRLLQGLLSGFIPGAIAIVGTNTPEKKVGYALSMMSTATATGGIMGPMIGGTLASLFSNRMAFGLAGMLCFAATLLVIFWVKEEKFVPSKERVSVINTFKVAGHNKALMTVLMLTVLTQFSVMTIEPVLPLYIAQIGGSSSHTSMIAGFVFSIVGIASILFAARWGRLSDKIGFQKVLLIGLLAGGIGSLAQILFSNIWAFSAIRFAYGAFFCAVFPALNGLVVKHTPSEFRGRAFSLNQTANQIGGMAGPLAGGMISGIFNIHSVFLMTGVLMLITTAITYWTMRPTRQQPVEKGSLSS	PGPT0029185_766	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029185-mdtG-K08161	NA	NA
JZ016_03524	1959	tetM		Tetracycline resistance protein TetM from transposon TnFO1	ATGAAAAAAACGATAGGCATGTTCGCCCATGTGGATGCAGGAAAAACCACGTTGGCGGAGCAGTTGTTATATATGACCGATACGATTCAGGAGCGCGGCCGCGTGGATCATCAGAGTGCTTTTCTTGATCGACATGACATTGAAAGGGAACGGGGCATCACGGTATTTGCCGATCAGGCCACCATGCATTTTAACGGATCCACTTATTATTTAATCGATACGCCGGGTCACGTCGACTTCTCGCCGGAGATGGAGCGGGCGATTCAAGTCATGGACGCCGCCGTCGTCGTTATAAGTGCCGTGGAAGGTGTCGAAGGGCATACGGAGACGGTATGGCAGTTATTGCGTAAACATGGCGTCCCTACGTTCTTGTTTATTAATAAAATCGACCGGGAAGGCGCGGATGTGGCGCGTGTGTTTGCAGAGATTCGGAGTGAGCTTACCGAAGACGTCTGTATGATCACAGAGGAGGATGTGCTGCACGAAGGCGTAATGAAGTCCTCGGTCATTGAGGCTATCGCGGAGCGGGACGAGAAGCTGCTGGAGCAATATATGGAACAGGGATATGAGGTTTCACGGTGGCTGGATACGATGACCGCGATGATTAGGAAAGGGCAGCTATTCCCCTGCTTCGGCGGATCAGCTCTGCAAAACGTGGGCGTGTCCCATTTCTTGCAGCAGCTGGATCTGCTGACGGTTACGGACTATGATCCCGGGGCTGATTTTGCCGGAAGGGTTTATAAGATTCGCCATGACGAACAGGGCGCAAGGTTAACCTATATCAAGGCCACGGCCGGAACGCTGCGGGTGCGCGACGAAATGACTTATTTCTCCGGAACGGAGACGATCACGGAGAAGGTGACGCATATCCGTTTGATCAATGGGGGGCGCGTGACGAATGTCGATCAGGTGCATGCGGGTGATCTGTTTGTCGTTACGGGTATTTCTTCAGCTGTGGCAGGGGATGGGCTTGGGACTCTGGGTGGTGGCCGGACGGTATATGAGCTTGTACCGACACTGAAGTCGAAGGTGCAATTCGACTCCTCGATTCATCCCAAGGATATGCTGCGCGAATTCCGTCTGCTGGATGCGGAGGATCCTTCCCTGTCTGTGCAGTGGGATGAGCATGCTCAGGCGATCCATATCCATGTGATGGGGATCATTCAGCTTGAAGTGCTGGAACGCATCGTGCTCGAGCGGTTCGGTTACCGGATCACCTTCGGTGAACCGGAGATTCTATATAAAGAGACCATAATGGAAGCCGTCGTAGGCTGTGGTCATTTTGAACCGTTGAAGCATTATGCGGAGGTGCATCTCCGGCTGGAGCCTGGGGAGCGGAACAGCGGCATCGTGTTCGCCAATGCTTGTCATCCCGATGTGCTCCCGGTCAATTATCAGCATCTGGTCGCCCAGCATGTCGGCGAGAGGGATCATCACGGGCTGCTTACAGGCTCACCTATCACGGACATCAAGATTACCCTGCTGAAGGGGCGGGCGCACAACAAGCATACGCACGGCGGGGATTTCAGGGAAGCGACCTACCGTGCGTTACGCCAAGGCCTGGAGAAGGCAGCCAATATGCTTCTAGAGCCTTACTATCACTTCAAGGTAAAGGTGGATGCCGAGTATATCGGACGGTTGATGTCGGATCTGACCCAGGCGAAGGCAAGCTTCGAGCCGCCGGAAACGGCGGGAAACAAAGTGACGGTCACGGGATCGGCTCCCGTATCGACCATGATGAATTACAGCATGGAATTAGCCGCCTACACGAAGGGAAGAGGTGCGATATCCTTGGTTTACGGCGGATATGGCCGGTGCCATAACGAGGCCGAGGTCATTGAACGTAAAGGATACGATAAAAATGCGGACCCGGAATACAGCTCCTCTTCGATATTTTGTGCGAAGGGAAGCGGATATGCGGTGCCGTGGGATGAAGCGGACCGTCATATGCATGTGTAA	MKKTIGMFAHVDAGKTTLAEQLLYMTDTIQERGRVDHQSAFLDRHDIERERGITVFADQATMHFNGSTYYLIDTPGHVDFSPEMERAIQVMDAAVVVISAVEGVEGHTETVWQLLRKHGVPTFLFINKIDREGADVARVFAEIRSELTEDVCMITEEDVLHEGVMKSSVIEAIAERDEKLLEQYMEQGYEVSRWLDTMTAMIRKGQLFPCFGGSALQNVGVSHFLQQLDLLTVTDYDPGADFAGRVYKIRHDEQGARLTYIKATAGTLRVRDEMTYFSGTETITEKVTHIRLINGGRVTNVDQVHAGDLFVVTGISSAVAGDGLGTLGGGRTVYELVPTLKSKVQFDSSIHPKDMLREFRLLDAEDPSLSVQWDEHAQAIHIHVMGIIQLEVLERIVLERFGYRITFGEPEILYKETIMEAVVGCGHFEPLKHYAEVHLRLEPGERNSGIVFANACHPDVLPVNYQHLVAQHVGERDHHGLLTGSPITDIKITLLKGRAHNKHTHGGDFREATYRALRQGLEKAANMLLEPYYHFKVKVDAEYIGRLMSDLTQAKASFEPPETAGNKVTVTGSAPVSTMMNYSMELAAYTKGRGAISLVYGGYGRCHNEAEVIERKGYDKNADPEYSSSSIFCAKGSGYAVPWDEADRHMHV	PGPT0010355_326	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0010355-otrA|tetM|tetO-K18220	NA	NA
JZ016_03525	1935			hypothetical protein	ATGGTGAAGAGAGAAAGAACGAAGTCAAGCCGGCGTTTGCGGCAGATGACAGCTGGAACCTTATCGGCTTTGATGCTATTCACGTCATTATCCCTTCCCGTATGGGGAGATGACGTTGTGCCGGAGAAGCGTATCCTGACCGTGCAAAGCGGCAGCAGCTCAGCTTCGGTCAATGGCACCTCCTATACGATAGCCAAGCCGCAGCTGAAGCAGGGCGTATTGATGGTGCCGCTGGGCGTGTTTAAAAAAGCGTTTGGCAGCGAGATCAAGCTGGAGGGCGAGAACCGGGTTCGACTGCTGCAAGGACCGCATACGGTTGTGCTCGTTATCGACAACAAGACTGCCTGGATTGACGGGAAAAAGGTCCAGCTGCCGGCAGAACCGACGATGGTGTCCGGAACGCTGATGGTACCGCTGCGTCCGGTTGCCGCGGGGATTGGAGCCAAGGTAAGCTCCTCCCAAGGCAAGCTATCCATCAGCCTCATGGTCACGGATAAGGAAGAGAAGCATGACGAGGGCGAGATCAACAATACGACCGGGAAGACTCGAATCGGAAATAGCTATTATGAATGGAGTATGAATTATCCTTCCTGGATGATCGTTGGGAGAGGAACGGACGACGAGAGCGGTGCTGCTTTCAACGATGCTACGGGCCGCTATTATCTTGAGGTTCATGCCTCCTCCCAGAAAGTAAAGCTGAGTCCTGACGATCTGTTAGAACGGCTCCTGAAAGAACTGAGCGATTCCGGAGATGTTGTGCTTCACCAAGAGACGGTCGCAAGCGGAGCTGTGCCGTATGCCAGAGTCATTTTCCGCGATATCGACGGCGTCCTATGGGAAGGCCGGCAGTATTATGCCAATGACCGCGTCTATGAGCTGTATTTTGCCGATGCGGAAGCGGTTCACTATAAAGATATGGACAAGCACGCGAGCTTGCTGGGTTCTTTCAGAACGACCTATCAGGCGGGAGACAAATCATTAAAAGACGTCTCTTCCATCGTAGGTGGGCTCCGCGAAGCAGGAAATGAAGAATACGGCATATGGTTTGGCATTCCTGCAGGCTGGGAAATCAACAATAAGGATATGTTATACGGCAGCGAAGGAGAAGGTTATCTGTCCGTCTCGGTGACATCCGTACCGACAGGGGTTGATGGCACGCTCGCAGCTTGGGGGCAGCGTCTTAAAGACTGGCTGTCGGAATCCTTCGTCCAAGAGTCATACGAATACGTGGGACTTACGCCGGTGGAGATCTCGGGCGTCAAAGGGCAGATTCAAGAGGTTCGGTACAACTTCGGAGATAAATGGGTGACGGAATATGAAGTGATGATCCAGAAGAACGGCTACCGCTATTATCTGGAATATGCGGTACCGGATGGTCAAGAGAAGACGGCTGCCAACTGGAAGAAGGTGCTGGAATCGATCGAGATCGATTATGATGTGGTACCTGAGAACTTCGGCCGCATTGGCGAAGAAGGCTACCTGACCGATAAAACCAAGATGCGGAGCAAAAACTCCGAAACGTACCGCTATCATATCGACATTCCAAAATACTGGGAACCGCTGAATGATCAGTTCGAGCAGGGAACGGTCGAATATGGATTTGCCGGAGGCGGGTTTGAAATTAATGCACAGAAGGATACATCCGCAGACTTCATCGTCAGCAACCTGAAGCGTTATTATAATGAAGCCAGCACGGCTTCAGGGACGACGGTGAAATTACTTGGCGTGGATAACATCACGTTTGCCGGTGTGCCTGCCGTGTCGTTCAAGGTGCATCAGGTGAAGAACGGCGTTGGCTTTACCACCCAGGAGATCGTCTTTGAAAGCGGAAATATCGCGTACACGATTACGACGACGTTGAATGATGCCAATGCGACGGACATGCAGCAAGCCGCTTTGGAGCGTGCGCTGTCCTCGTTCGAGCTGGTGAAGTAG	MVKRERTKSSRRLRQMTAGTLSALMLFTSLSLPVWGDDVVPEKRILTVQSGSSSASVNGTSYTIAKPQLKQGVLMVPLGVFKKAFGSEIKLEGENRVRLLQGPHTVVLVIDNKTAWIDGKKVQLPAEPTMVSGTLMVPLRPVAAGIGAKVSSSQGKLSISLMVTDKEEKHDEGEINNTTGKTRIGNSYYEWSMNYPSWMIVGRGTDDESGAAFNDATGRYYLEVHASSQKVKLSPDDLLERLLKELSDSGDVVLHQETVASGAVPYARVIFRDIDGVLWEGRQYYANDRVYELYFADAEAVHYKDMDKHASLLGSFRTTYQAGDKSLKDVSSIVGGLREAGNEEYGIWFGIPAGWEINNKDMLYGSEGEGYLSVSVTSVPTGVDGTLAAWGQRLKDWLSESFVQESYEYVGLTPVEISGVKGQIQEVRYNFGDKWVTEYEVMIQKNGYRYYLEYAVPDGQEKTAANWKKVLESIEIDYDVVPENFGRIGEEGYLTDKTKMRSKNSETYRYHIDIPKYWEPLNDQFEQGTVEYGFAGGGFEINAQKDTSADFIVSNLKRYYNEASTASGTTVKLLGVDNITFAGVPAVSFKVHQVKNGVGFTTQEIVFESGNIAYTITTTLNDANATDMQQAALERALSSFELVK				NA	NA	NA	NA	NA
JZ016_03526	1077			hypothetical protein	TTGAAGAATATACAATGGCAAAAACGATCGGCGGCTGTACTGCTGGGGGCCATCATTATGGCGGGAAGCGGCGATGCGGTTATGCATACAGACATTGCGGCTGCAGCAAGCGCTAAACCCAAGAATACATATGAACAAAATGCGGTGCCTCAGGTTATCAGCCGGATGTCGCCATCGGTTGTTGGCATTATCGGAAAGGCCGCACAAGGAAGCAGCGAAGTGGATGACAGATACAACCTGGCGCACGGTACGGGGGTGATCTGGAAGTCAGACGGCTGGATTGTCACCAACGCTCATGTAGTGGACGGGCTTACCGGAATCACGGTCGTGACGTCAGACGGCAAATCCTATAAAGCCAAGGGCGTATACAGCGATCCTATGAGTGATATTGCATTAGTCAAAATAAACGCCAAGTCTCTGAAGCCGGCTAAATTTGCCGCATCCGCGCAAAATGCGCTGGTTGGAGAAACGGTGGTCGCCATTGGTACGCCAATCTCTTTCTCGTTACGAAACTCGGCATCCGTGGGTGTGGTTAGCGGCCTGAACCGGAGCGTCGACGGCTCTTATCGCCTGATTCAAACCGATACCGCCATTAACCCGGGTAACAGCGGAGGGCCGCTCGTCAATCTGAAAGGCGAGGTCATTGGCATCAACAGCAAGAAGTTTGCCGCTGTTGGCATCGAGAATATGGGCTTTTCCATTCCTGCGGAAACGGTCCATTATATTGTGGATCACTTATTGGAATATGGAGAGGTTCGAAGAGCCGGCCTAGGGTTGGAACTGGAAGAAAGCTGGTCCGCCATTGTGGGTCTGCCTTCAGACGATCCATTGACCGTTACGAAGGTGCTGTCCGAGCAAGCCCGAAAAGCTGGAATCCAAGAAGATGACGTGTTATATGCAATTAACGGAAAGCGCATCTATTCCGTCGTTGATATCAACGAACGGTTAAAGCCCTTCATTCCAGGCCAGCAGGTCCAGCTGCTGATGCAGCGGGATGGAGATATTGTAAATGTTAAACTGACGCTCAGCCAGGATGATAATCGAGCTGCTTCGTCAAGCGCTGGGGAGGCCGAGTGA	MKNIQWQKRSAAVLLGAIIMAGSGDAVMHTDIAAAASAKPKNTYEQNAVPQVISRMSPSVVGIIGKAAQGSSEVDDRYNLAHGTGVIWKSDGWIVTNAHVVDGLTGITVVTSDGKSYKAKGVYSDPMSDIALVKINAKSLKPAKFAASAQNALVGETVVAIGTPISFSLRNSASVGVVSGLNRSVDGSYRLIQTDTAINPGNSGGPLVNLKGEVIGINSKKFAAVGIENMGFSIPAETVHYIVDHLLEYGEVRRAGLGLELEESWSAIVGLPSDDPLTVTKVLSEQARKAGIQEDDVLYAINGKRIYSVVDINERLKPFIPGQQVQLLMQRDGDIVNVKLTLSQDDNRAASSSAGEAE	PGPT0015105_6397	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015105-degP|htrA-K04771	NA	NA
JZ016_03527	210			hypothetical protein	ATGATCCTTGCAGCAGCATCGGATGCGAGCGCGACATTTAAGACATTTGATATTTTCATGATCCTGTTTACGATTCTGATCTTTGTTGGTGTGGTTCGCTTGTTGATGGCCCGCCAAAAAAATAAATTCGCAATCGCTTTCGGTCTCGTCAGCTTATTTGTGTTCTTGTACTCTGACTATGCCATGATTACAGGATGGTTTAACAATTAG	MILAAASDASATFKTFDIFMILFTILIFVGVVRLLMARQKNKFAIAFGLVSLFVFLYSDYAMITGWFNN				NA	NA	NA	NA	NA
JZ016_03528	1503			hypothetical protein	ATGAAGAGGATCACCTGTTCCGTTCTGATAGCTCTGGCAGCAAGTGCTTTATACATAAACTCATCCGATAGCGTTCAAGCAGATGATGTTGTACCCGTACCCGTCTCAGATAGGGGGCGCTTCGATGCACAGGAAGCCACTCTCCGGTTAACCGAGGAAGGACTCCATCCCGGTGACGGTAGTGGGGATCTCCATTCGAACGCGGCCATCACCCGGCAGGATTTTGTCATAATGATTGTCAAAGCTCTAAACCTTAGCACGGCTGAACGTCCGGAAGTCGCTACCTTCAAGGATGTACCCAACGATCACTATGCTTTCTCCGCCATCGAAGGTGCGGTTCATGCAGGGCTGGTGAAAGGGGTAGGGAACGGTAGGTTTGGACTTGGACAATCGCTGACACGTCAGGATATGGCTGTGCTGTATCAAAGAGCTCTGCAAGGGATTACTGATAAAGAAAACTCGGACGGGGAAGCCAAGCAGCTGGAGTTATATAAGGGCTCCTTCAGCCCTTATGCTAAGGAAGCTATCGAACTGGCCATGGAGTTAGGTCTCTTTCAGGAATCCGTGACCGAGGCTTGGAATCCCAAGGGTATCGTTACCCAGGAAGAAGCAGCTTTGGTTACAGCGAAGTGGTTGAAAGCCGTGGGGCACATCGTCTCCAATACTTCGGAGGATGAGGTAGAGACACCACCAGAAAGTGCTCACCCGGTCATCCATGGTATCGTAACCTCATCATCGGGATCAACATCCACAACTCCTTCCGTTCCTGGAACAGCACAGTCCCATGCGGGGACAGAGAACTTGGCATCTCAGCCGGATTTGCCGACAACGGCACCAACTGCTCCGACGGATCTGAAGTTCCGATATGAGAAGGGGCAGATTCAATTAACCTGGACAGCGAAACAAGGGGAAACCTACAATATCTATTACAGCGAGAAGTCCGGGACGGGTTATACATTATTGTCAGACGGAGCGAATGTGAAGTCAGGCAGTTACGCAACATCCGACGTGCGTTTTCAGGAGACGGCCTACTATGTAGTCGAGGCAGTGAACAGTTTCGGCAAGAGTGGTTATTCTAACGAAGTTTCGAGCCGTCCGAATAAAATATCCGGTCTTCAGGCCATCCTAAATGAGGAAGATGAATCCATTGGTTTAACCTGGACAGATGTGCAGGAAGGCGTAATCTATCATGTATACTACATAGGACCTGACGGAGTACTGTATCGTTTGAATGAGGAACCGTTAGTGAGCCGTGCATATCTTATTCCGAACCGCAATATGTTAGTAGGTCCGTCCGGCCAGTATGCGATCCATGTCGTTGCTGTAAACGAATTGAATGTAAGCAGTGAACCGTCCAATGAGGTTGCGCTGGAGGTCAAGAAGGACCCAGAGGATCGGATTACGATCACAGATCCTTCCGTGGCATTGCCAAGTGAAGACTTGGAGGAGGAAGAGGCAGTAGAGCAGGAATCGACTCCTGAGGAGTATGAATCACAGGAGTGA	MKRITCSVLIALAASALYINSSDSVQADDVVPVPVSDRGRFDAQEATLRLTEEGLHPGDGSGDLHSNAAITRQDFVIMIVKALNLSTAERPEVATFKDVPNDHYAFSAIEGAVHAGLVKGVGNGRFGLGQSLTRQDMAVLYQRALQGITDKENSDGEAKQLELYKGSFSPYAKEAIELAMELGLFQESVTEAWNPKGIVTQEEAALVTAKWLKAVGHIVSNTSEDEVETPPESAHPVIHGIVTSSSGSTSTTPSVPGTAQSHAGTENLASQPDLPTTAPTAPTDLKFRYEKGQIQLTWTAKQGETYNIYYSEKSGTGYTLLSDGANVKSGSYATSDVRFQETAYYVVEAVNSFGKSGYSNEVSSRPNKISGLQAILNEEDESIGLTWTDVQEGVIYHVYYIGPDGVLYRLNEEPLVSRAYLIPNRNMLVGPSGQYAIHVVAVNELNVSSEPSNEVALEVKKDPEDRITITDPSVALPSEDLEEEEAVEQESTPEEYESQE				NA	NA	NA	NA	NA
JZ016_03529	2868	uvrA_3		UvrABC system protein A	TTGGCAAGTGAAAATATTGTGATCAAAGGCGCACGTGCACACAATCTGAAAAATATCGACGTCACGATACCGCGTGACAAGTTCGTCGTTCTTACGGGGCTTAGCGGCTCGGGCAAATCCTCTCTCGCATTCGATACGATTTATGCCGAGGGTCAGCGACGTTACGTGGAATCCTTGTCCGCTTATGCACGCCAGTTCCTCGGGCAGATGGAGAAACCGGATGTCGATTCCATTGAAGGCCTATCGCCGGCGATATCGATTGACCAGAAAACGACGAGCCGCAACCCGCGCTCTACGGTAGGTACCGTAACGGAAATCTATGATTATCTGCGTCTGCTGTTTGCCCGGGTGGGACATCCGCACTGTCCGGAGCATGGCGTGGAGATTACCTCCCAGACGGTCGAGCAAATGGTAGACCGCATTATGCAGTATCCCGAGAAGACGAGACTGCAAATTCTCGCGCCGGTCATTTCCGGGCGCAAGGGCGAGCATAAGAATCTGTTTGCCGATATTGCGAAACAGGGCTTCGTTCGGGTGCGCGTCGACGGAGAGCTGCGCGATCTGTCGGAAAGTATCGAGCTGGAGAAGAACAAAAAGCATACGATTGAGGTCGTTGTGGACCGGATCGTAGTTAAGGAAGATATAGAGGCACGTCTGGCGGATTCGATCGAGACCGCGCTGAACCTGTCAGGCGGCCAGCTTCTGGTCGATATCATGGGTCAGGAGGAGCTGCGGTTCAGCTCCAACTTTGCCTGCCCGATCTGCGGCTTCAGCATGGAAGAACTGACGCCGAGGATGTTCTCCTTTAATACTCCATTCGGCGCTTGTCCGGATTGTGACGGACTTGGCGTCGAGATGATTGTGGATCCGGAGCTGCTTGTGCCGGATACGAGCAAAAGCGTAGAGGAAGGCGCCTTCGCTGCATGGAGCGGGGGCACGTCGACTTATTATCCGCAGTTTCTGAAATCGGTCTGCGCACATTTCGGCATTCCGCTGGACAAGCCGGTCAGTACCTTTAGCCAGGAACAGATGAATAAACTGTTGTACGGTACAGGCAATGAGAAGGTTCACTTCCGTTATGAGAATGACTTCGGTCAGCGCAAGGAAGCGCATGTGACCTTCGAAGGCATCATTCCGAACCTGGAACGTCGCTACCGCGATACCAATTCCGAGGGGATTCGCGAATACATCGAAGGTTATATGAGCAGCAAGCCGTGCGATGTTTGTAAAGGTCATCGTCTCCGGAAGGAAAGCCTGGCGGTTACGATCAATGATCGTAACATGGCTTATGTGACCAGCCTGTCGATCGGAGAATCCCTGAAATTCTTCGATCACCTGGAGCTTAGCGAGAAAGAAAAACAGATTGCCAATCTCATTCTGAAGGAGATTCACAGCCGTTTGGGCTTCCTTGTCAATGTGGGCTTGGATTACCTGACACTCAGCCGTTCGGCGGGAACGCTGTCGGGCGGGGAAGCGCAGCGGATCCGGTTAGCTACGCAGATCGGCTCCAGCCTGATGGGCGTGCTGTACATTCTGGACGAGCCCAGCATCGGGCTGCATCAACGGGATAATGATCGCCTGATTTCAACGCTGGAGCATATGCGGAATCTGGGCAATACGCTCATTGTGGTCGAGCATGACGAGGACACGATGATGGCCGCAGATTATATCATCGACATCGGCCCGGGCGCAGGCATTCATGGCGGCCAGGTCATCGCGGAGGGAACGCCGAAGGAGATTATGAACGACCCTAACTCTCTGACGGGCCAGTACCTGAGCGGCCGCAAGTTCATTCCGGTCAGCAGCAAGCGCCGTAAGACCGATGGACGCTGGCTCGAGATTAAAGGCGCGAAAGAGAACAATCTGAAGAATATCAACGTGAAAATTCCGATTGGCGTCTTCACGGCGGTAACCGGCGTGTCCGGTTCAGGCAAGTCTACATTGGTCAACGAGATCCTGTACAAGACGCTCGCTCGTGACTTGAACAGAGCCAAAGTCCGTCCGGGGCAATACCGCGAGATGAAGGGTCTGGAGCATATCGAGAAGGTTATTGACATCGACCAGTCACCGATTGGCCGTACGCCTCGCTCCAATCCGGCGACCTACACGGGCGTCTTCGACGATATCCGGGATATCTATTCCCAGACGAATGAAGCGAAGATTCGCGGATACAAGAAGGGCCGCTTCAGCTTCAACGTGAAGGGCGGACGCTGTGAGGCCTGCCGCGGGGACGGTATCATCAAGATTGAGATGCACTTCCTGCCGGATATCTACGTGCCTTGCGAAGTGTGCAAGGGCAAACGCTACAACCGCGAAACGCTGGAAGTTAAATATAAAGGCAAGAACATCGCTGAGGTACTGGAGATGACCGTTGAGAATGCAACGGATTTCTTCCAGAACATTCCGAAGATACACCGGAAGATGCAGACGCTGATGGATGTCGGTCTGGGTTATATTACTTTGGGTCAGCCTGCCACCACGCTGTCCGGTGGTGAAGCCCAGCGCGTGAAGCTGGCTTCCGAGCTGTACCGCCGCAGCACGGGCAAAACGATGTATATTCTGGATGAACCGACCACCGGCCTGCATGTGGACGATATCGACCGTCTGCTCGTTGTCCTTCATCGTCTGGTGGAATCCGGGGAATCCGTCCTTGTCATTGAGCACAATCTCGATGTCATCAAGACAGCAGATTATCTGATCGACCTGGGTCCAGAGGGCGGCAGCGGCGGTGGTACCATCATCGCTACCGGAACGCCTGAGGATTTGGTGAAGGTACCCGAGTCTTATACAGGGAAGTACCTGAAGCCAATCCTGGAACGCGATACGAAGCGAACTAAGGAATTGAACAAGGTGGAAGCGGCACGTTAA	MASENIVIKGARAHNLKNIDVTIPRDKFVVLTGLSGSGKSSLAFDTIYAEGQRRYVESLSAYARQFLGQMEKPDVDSIEGLSPAISIDQKTTSRNPRSTVGTVTEIYDYLRLLFARVGHPHCPEHGVEITSQTVEQMVDRIMQYPEKTRLQILAPVISGRKGEHKNLFADIAKQGFVRVRVDGELRDLSESIELEKNKKHTIEVVVDRIVVKEDIEARLADSIETALNLSGGQLLVDIMGQEELRFSSNFACPICGFSMEELTPRMFSFNTPFGACPDCDGLGVEMIVDPELLVPDTSKSVEEGAFAAWSGGTSTYYPQFLKSVCAHFGIPLDKPVSTFSQEQMNKLLYGTGNEKVHFRYENDFGQRKEAHVTFEGIIPNLERRYRDTNSEGIREYIEGYMSSKPCDVCKGHRLRKESLAVTINDRNMAYVTSLSIGESLKFFDHLELSEKEKQIANLILKEIHSRLGFLVNVGLDYLTLSRSAGTLSGGEAQRIRLATQIGSSLMGVLYILDEPSIGLHQRDNDRLISTLEHMRNLGNTLIVVEHDEDTMMAADYIIDIGPGAGIHGGQVIAEGTPKEIMNDPNSLTGQYLSGRKFIPVSSKRRKTDGRWLEIKGAKENNLKNINVKIPIGVFTAVTGVSGSGKSTLVNEILYKTLARDLNRAKVRPGQYREMKGLEHIEKVIDIDQSPIGRTPRSNPATYTGVFDDIRDIYSQTNEAKIRGYKKGRFSFNVKGGRCEACRGDGIIKIEMHFLPDIYVPCEVCKGKRYNRETLEVKYKGKNIAEVLEMTVENATDFFQNIPKIHRKMQTLMDVGLGYITLGQPATTLSGGEAQRVKLASELYRRSTGKTMYILDEPTTGLHVDDIDRLLVVLHRLVESGESVLVIEHNLDVIKTADYLIDLGPEGGSGGGTIIATGTPEDLVKVPESYTGKYLKPILERDTKRTKELNKVEAAR	PGPT0014915_2614	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701	NA	NA
JZ016_03530	1992	uvrB	COG0556	UvrABC system protein B	ATGAGCGATTTAGTTGTCAGTACCAAATCCTTTGAGATCCAGTCTGAATTCCAGCCGCAGGGCGATCAGCCCACGGCTATTGATGCGTTGGTCGAAGGACTCCGCCAAGGGAAAAAACATCAGACGCTGCTAGGTGCAACAGGAACGGGGAAGACGTTTACGATCGCGCAGACAATCGCCAAAGTAAACCGTCCCACACTCGTCATTGCACATAACAAGACGCTGGCTGCACAGCTGGCCAGTGAGTTTAAGGAATTCTTCCCGAACAACTCCGTGGATTATTTCGTGAGTTATTACGATTACTATCAGCCGGAAGCTTATATCCCTTCCTCCGATACGTATATCGAGAAGGACTCCAGCATCAATGAAGAAATTGATAAGCTCCGCCACTCTGCAACGAGCTCGCTGTTTGAACGGCGCGATGTCATCATTGTGGCGAGCGTATCTTGCATATATGGCTTGGGTTCGCCGCATGAGTACGGCGAAATGCTGCTGTCGCTCCGGGTAGGCATGGAGAAGCCGCGGAATGAGATTCTGTCGAGGCTGGTTGATATCCAGTATCAGCGGAACGATATCAACTTCGTTCGCGGCACTTTCCGCGTTCGTGGGGATGTTATCGAGATTTTTCCTGCCTCAAAGGGGGAGCATGCCGTTCGCGTCGAGCTGTTCGGCGACGAGATCGAGCGGATCACGGAGATCGACGTCTTGACGGGCGAGCTGGTTGGAGAACGCGAGCATATTGCCATCTTCCCGGCGTCTCACTTCGTTACCCGTGAAGAGACGATGCGGGTAGCAATCGTGAACATCGAACGCGAGTTGGAAGAACGCCTTGAGCTGCTGCGCTCCGAAGGCAAGCTGCTGGAAGCGCAGCGCCTGGAGCAGCGTACCCGTTACGACATCGAGATGATGAAGGAAGTCGGATTCTGCTCCGGCATCGAGAACTATTCCGGCCCTCTGACCTTCAGGGAGCCTGGGGCTACGCCATATACGCTCCTTGACTACTTCCCGGACGATATGCTGTTTGTCATTGATGAATCGCATGTTACGCTCCCGCAAATCCGAGCGATGTACAACGGTGACCGGGCACGGAAAACCGTGCTGGTCGATCACGGCTTCCGCCTGCCGTCCGCGCTGGATAACCGGCCGCTAAAGTTTGAGGAATTCGAGGAGAAAGTGAACCAGATCATCTATGTGTCGGCCACGCCGGGACCGTATGAGATGGAGCACTGCGATACGATGGTTGAACAGATCATCCGGCCGACAGGCCTGCTCGATCCGATCATCGATGTGCGTCCGACTGAAGGGCAGATCGATGACCTGATTAGCGAGATCCATGACCGCGTGGATCGTGACGAGCGTGTGCTCGTGACGACCCTCACGAAGAAAATGGCCGAGGATCTGACCGATTACCTGAAGGAAATCGGCATCAAGGTTCGTTACATGCACTCCGATATCAAGACGCTGGAACGGATGCAGATTCTACGGGATCTGCGGCTTGGTACATTCCACGTGCTGGTGGGTATTAACCTTCTACGGGAGGGGCTTGACCTTCCGGAGGTTTCCTTGGTAGCGATTCTCGATGCCGACAAGGAAGGCTTCCTCCGTTCGGATCGCTCGCTCATTCAGACGATCGGCCGAGCAGCCCGGAACTCGGAAGGTAAAGTTATCATGTACGGCGATAAGATCACCGACTCGATGGATCGAGCGATCAAGGAAACCGAGCGCCGCCGCAGCATCCAGGTTGCCTACAACGAGAAGCACGGCATAACGCCGCAAACGATCCGCAAGAAGATCCGCGATGTCATCGAAGCAACGAAGGTTGCGGAGGGCAAGGCGGATTATCTGGTGGGCGAAGGACAGAAGATGTCGAAGAAGGATCGTCAGAAACTGATCCAGCGTCTCGAGGCCGAAATGAAGGAAGCAGCGAAGAACTTGCAATTCGAGCGTGCGGCCGAGCTTCGTGATGCGCTGCTGGAGTTGCAAGCCGAATAA	MSDLVVSTKSFEIQSEFQPQGDQPTAIDALVEGLRQGKKHQTLLGATGTGKTFTIAQTIAKVNRPTLVIAHNKTLAAQLASEFKEFFPNNSVDYFVSYYDYYQPEAYIPSSDTYIEKDSSINEEIDKLRHSATSSLFERRDVIIVASVSCIYGLGSPHEYGEMLLSLRVGMEKPRNEILSRLVDIQYQRNDINFVRGTFRVRGDVIEIFPASKGEHAVRVELFGDEIERITEIDVLTGELVGEREHIAIFPASHFVTREETMRVAIVNIERELEERLELLRSEGKLLEAQRLEQRTRYDIEMMKEVGFCSGIENYSGPLTFREPGATPYTLLDYFPDDMLFVIDESHVTLPQIRAMYNGDRARKTVLVDHGFRLPSALDNRPLKFEEFEEKVNQIIYVSATPGPYEMEHCDTMVEQIIRPTGLLDPIIDVRPTEGQIDDLISEIHDRVDRDERVLVTTLTKKMAEDLTDYLKEIGIKVRYMHSDIKTLERMQILRDLRLGTFHVLVGINLLREGLDLPEVSLVAILDADKEGFLRSDRSLIQTIGRAARNSEGKVIMYGDKITDSMDRAIKETERRRSIQVAYNEKHGITPQTIRKKIRDVIEATKVAEGKADYLVGEGQKMSKKDRQKLIQRLEAEMKEAAKNLQFERAAELRDALLELQAE	PGPT0014920_3996	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014920-uvrB-K03702	NA	NA
JZ016_03531	795	pomA_1	COG1291	Chemotaxis protein PomA	ATGGATATTACGATTATTCTTGGCATTCTCGCCGGCTTGGCCGCGTTGATCGGAGGGTTTTTATGGGAAGGCGGGCATCTGAGCGGCCTGCTGCAAGGTGCGGCGGCGCTTATCGTATTCGGCGGCACCATCGCCGCCGTCATCGTCAGTTTCCCTGCTACCCGGCTCCGCACCATCCCGGCTGCGCTCAAGCTGGCCTTCGGCCGCAGCAACCGTTCGTCGGACGAGCTGATTGACGCCATCGTCGATATGTCGGTTACAGCCAGAAGAGACGGGGTGCTGGCGCTGGAGCGCATCTCGGCCGATCACGAGGACCCGTTCCTGCGGGAAGGCATGCAGATGGTCGTGGACGGCAACGACCCGGAAATGGTTCGTCAAATCCTGGAGCTCGATATCAATGCCGCCGAGCAGAAGCACGAAGGATATGCCAAAATTTTCGAGTCCGCCGGGGGATATGCTCCTACCATGGGGATCATCGGTACCGTCATGGGATTGATCCACGTGCTGGGCAGTCTGCAAGACCCAACCGGTCTCGGACCTTCGATCGCGGTCGCTTTTACCGCCACTTTATACGGCGTCGCGAGTGCCAATATTATCTTTTTGCCCATTGCGTCGAAGATTAAAGCACGTTCCGAAGAAGAAATTGCAAATATGGAGCTGCTGCTCGAAGGAATTATGGCTGTTCAGAACGGAGAGCACCCGCTGTTGGTTCGTAAAAAGCTAGCCTCCTTCGCTTCCGCAGGCACCACGGACATTCCGTCCTCAAGGGGGATCGCGCATGAGACAGCCGAATAG	MDITIILGILAGLAALIGGFLWEGGHLSGLLQGAAALIVFGGTIAAVIVSFPATRLRTIPAALKLAFGRSNRSSDELIDAIVDMSVTARRDGVLALERISADHEDPFLREGMQMVVDGNDPEMVRQILELDINAAEQKHEGYAKIFESAGGYAPTMGIIGTVMGLIHVLGSLQDPTGLGPSIAVAFTATLYGVASANIIFLPIASKIKARSEEEIANMELLLEGIMAVQNGEHPLLVRKKLASFASAGTTDIPSSRGIAHETAE	PGPT0015370_2088	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015370-motA-K02556	NA	NA
JZ016_03532	825	motB_1	COG1360	Motility protein B	ATGAGACAGCCGAATAGACGGCGCCGTCATCGCAAGCAGGCGGAAGGCGACCAGCGCGAACGCTGGATGATCACCTATGCCGACCTGATTACGCTGCTCCTGATCTTTTTTGTGGTGATGTATGCCATGAGCCGGCTCGATACGGAAAAATACAAACTCGTCACCCAATCCCTGCAGGCCACCTTCCAGAGCGGTGACAGCATCCTGGAGATGGGCTCCGGCATTACCGGCACAGCCGATACGGAGAACCATAAGAACCCTCCGCCGAAGCCTGCTGCCGAAGAGGAGGGCGGCCAAGAGAAAGATGCAGATACGGCGGCGGAGCCGCTAACCGAGCGGGAGCTCGCTTTCCGTGCCCAGGAGGAGGAGCTGGCGAACTTTATGGGGCTCATTCAGCAATACGTGAAGGACAACCAGCTCGAGGAAGATATCTTCATCGCGGACGAGCCGCAAGGGATTGCCATTACGCTGAGCGACCGCTTCCTGTTCGATGTCGGCAAAGCCGAGCTTAAACCCGGGGCCGCTCCGGTTCTGGGCAAATTAGCCAGCCTGTTCAGCGATTTAAACACCACGGTGAGCATCGAGGGGCATACGGACAATGTGCCAATCGGCCGCTACTCCAGTTACAAGGACAACTGGGAGCTCTCCGGTGCCCGGGCGATGTCGGTGCTGCGCTTCTTCCTCGACAACAGCAAGCTGGACCCGGAAGGCTTCCAATACGCAGGCTATGCCGATACAAGACCAGCCGCGGATAATGCGACTGCCGAAGGCAAGCAGAAGAATCGGCGGGTTGAAATTACCGTTCTACGACAGCTTAAGGAGTAG	MRQPNRRRRHRKQAEGDQRERWMITYADLITLLLIFFVVMYAMSRLDTEKYKLVTQSLQATFQSGDSILEMGSGITGTADTENHKNPPPKPAAEEEGGQEKDADTAAEPLTERELAFRAQEEELANFMGLIQQYVKDNQLEEDIFIADEPQGIAITLSDRFLFDVGKAELKPGAAPVLGKLASLFSDLNTTVSIEGHTDNVPIGRYSSYKDNWELSGARAMSVLRFFLDNSKLDPEGFQYAGYADTRPAADNATAEGKQKNRRVEITVLRQLKE	PGPT0015375_3507	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015375-motB-K02557	NA	NA
JZ016_03533	1164	lnrN_1	COG0842	Linearmycin resistance permease protein LnrN	ATGCATAGCCTAACCATTGCCTGGCATATGGTGCGGCGCACGCTGGGGCGAAAAAGAGGCTGGATCGTCTACCTGCTGGTTCCTTGCGTGGTCGTTACCTTGACGGTGTTTCTCTTGGGGCAGACCTCGGCTGCAAGCATCCTGGTCTCATATGTGAATGAAGACGAAGGCCCGGCAGGTCAGTATCTGATGAATGAGCTGGAGCGCAGCGGCCAATACGTACTCAAGGAGTCCGAATCCGAGAATACGCTGAGAGAAGACTTGGTGGAGAATAAAAGTACCGTAGGCGTTTATATACCGGAGGGCTTCAGCGATGGGTTGATTGAAGGACAGCAGCCGCTGGTTCAGATATACGAGGTCTCAACCTCGGAGGCTTCGGTGATGATACGAATGACGGCAGACTCTGCGGTCACACGTCTGAGCGGCACAGCTGCTTTGATCCGGGAAACCTCGGAGCCGGATGTTGACCGAATGCTGATGCTGCAAGATGTGCTCAAGCAGTCCGCAATGAATCGGGTGGATACGGAGGTCACGGATTTGAATCTGTACGCCAAGCCAGGCCTATCCAACGTAACGGGTTTTACCCTGATGTTCATGATGACCCTCATCTCCAGCGTGGTCTCGATGATGATCGATGACCGCAGGCAGCGAACGCTGTCCCGCATGTACACGGCACCAGTGCGTGCCTATCAGATCGCTATAGGCAATTTTCTGGGCAGCTTGGTGGTCGGCTCGCTGCAGGTGATCATCGTGCTTGTGCTGAGCCGGTATGTGCTCCGTTACGATTACGGAGTGCCGTTATTACTGCATTTCCTTATTCTGACGGCCTTTATGCTGGTATCGTTAGGCGTGGCAAGTACGGTCGCCGGGTTGATCCGGAACGGGCAGAATGCGGCCATGATCAATTCCATGATCGTCACTCCGACCTGCATGCTGGGCGGGTGCTTCTGGCCGCTTGCCATCATGCCGGAGTTCATGCAGAAAATCGCCAACTTCATCCCGCAAAAATGGGCCATTGAAGCGGTTGAGATAGCGGCCACCGGTGGTACGCTATCCGATATCGCACTGCCTCTGGCTGTTCTCGGCTTGATGGCGGTCATTCTGCTCGCCGTCGGTTCTGCTATCCTGCGGCCAAGCGAGAGCGGAGTTGGGCACGGCGCATAA	MHSLTIAWHMVRRTLGRKRGWIVYLLVPCVVVTLTVFLLGQTSAASILVSYVNEDEGPAGQYLMNELERSGQYVLKESESENTLREDLVENKSTVGVYIPEGFSDGLIEGQQPLVQIYEVSTSEASVMIRMTADSAVTRLSGTAALIRETSEPDVDRMLMLQDVLKQSAMNRVDTEVTDLNLYAKPGLSNVTGFTLMFMMTLISSVVSMMIDDRRQRTLSRMYTAPVRAYQIAIGNFLGSLVVGSLQVIIVLVLSRYVLRYDYGVPLLLHFLILTAFMLVSLGVASTVAGLIRNGQNAAMINSMIVTPTCMLGGCFWPLAIMPEFMQKIANFIPQKWAIEAVEIAATGGTLSDIALPLAVLGLMAVILLAVGSAILRPSESGVGHGA				NA	NA	NA	NA	NA
JZ016_03534	1182	lnrN_2	COG0842	Linearmycin resistance permease protein LnrN	ATGAATATGATGATTATCGCCTGGTTTGAGCTGAAGCGGATGGCTACCAGCCGAACGGTGCTGATCAACCAGTTTTTGCTGCCGCTCATCCTTATTTTTATATTGGGAAACGCGCTCTCGGGCTGGTTCGGCAATGATCAGGAATTTAAACAGTCATCGGTCAGGGTGGGGTTTGTGTTGGGTGCTGCAGATGGAGGCCAGCTGCCGGGGAGTATTCAGGCTCTAACCGGCTCGCCGGAGATCCAGGAAATTCTCGTTCATGAGATGGCAGCCAGCCGTGAAGAGGTTGAAGGAAAGCTGCGCAGGGGCGAGGTCGATTACGCGGTAGTGGTTCCCGCTTCCTTTGATGAACGGATGGGTCAGGGAGCGGCCGTGAAGCTTGAATTGCTGCCCGGAAGAGACCGTAATCTCAACCTGGTGGCAGACACGATCTTTAAGACCTTTATCGCAGATGTCAATCACAAACAGGCTGAGGTTATCGTTATGGGCGGAGATAAAGTTCTTGCGGCTCAAGCGGCAGCACCTGTGGAAACCTCGTCTGGACCGAACGTAACCATCGGGAAACTGGGCGAGAAAGGAGCCACGTATTCAGCAGCCCAATACTACGCTGCCTCCATGCTGATTATGTTTCTTTTGTATTCGGGTCTGATGGCAAGCAGCAGTCTGCTGGGAGAGCGGGAAAGCCGGACCCTGTATCGCCTGCAAAGCGCACCCGTCACCCCCGGAACCGTATTTGCCGGTAAAATTATCGGCTGCAGTCTGATCACGCTTGTACAGGCAGCAGCCATCGTACTTGGTTCCATGTGGCTGTACGGCGTGAAATGGGGGCCCCACCCCCTGCTGCTTATCGTGGTCTGCGTATTAATCACATTATCGTCCATGACCATTGCCACGTTCATCACCCTGGTCTCCTCAACGGCGGCAGGAGCCAGGGGGCTCATGCAGGCGATCATTATCGCCATGACATTTGTGAGCGGGGGATTCATGCCGCTTCCCGTGGAATTTTTCCAAAAGATCGCTTCCTTCACCGTCAATCATTGGGCCATGCAGAGCATGCTGCGTATGATGCTGAACAGCGACGTGCATTTGATCGTCACCTGCCTCGGCATGCTGGCGGCGATTACCGCAGCTCTGTCAGCTGCAGCCATGATTACGTACAGAAAGGTGGGATACCATGCATAG	MNMMIIAWFELKRMATSRTVLINQFLLPLILIFILGNALSGWFGNDQEFKQSSVRVGFVLGAADGGQLPGSIQALTGSPEIQEILVHEMAASREEVEGKLRRGEVDYAVVVPASFDERMGQGAAVKLELLPGRDRNLNLVADTIFKTFIADVNHKQAEVIVMGGDKVLAAQAAAPVETSSGPNVTIGKLGEKGATYSAAQYYAASMLIMFLLYSGLMASSSLLGERESRTLYRLQSAPVTPGTVFAGKIIGCSLITLVQAAAIVLGSMWLYGVKWGPHPLLLIVVCVLITLSSMTIATFITLVSSTAAGARGLMQAIIIAMTFVSGGFMPLPVEFFQKIASFTVNHWAMQSMLRMMLNSDVHLIVTCLGMLAAITAALSAAAMITYRKVGYHA				NA	NA	NA	NA	NA
JZ016_03535	939	lnrL_4	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGGCGGTCTTTCTGCAGATGAAGGATGTCGTGAAACGATATGGAAACAAGCTGTCGGTGGATCATATGAACCTGGAAGTGAACGAAGGGGAAATCTTTGGGCTTCTGGGACCGAACGGGGCGGGCAAAAGCACGTCCATCAATATGATCTGCGGACTTCTTCCCAAGGATCAGGGCAGCATTAAGGTGGACGGCATCTCGATTGAAGAGCAGCCGCTGGAAGTGAAGCGGAGAATCGGGTTGGTGCCGCAGGATCTGGCTCTGTACGAAGAGATGTCGGCTTGGGACAATGTTGCTTTTTTTGCAAAATTATATGGACTGCGCGGCCCTTTGTTAAAGGAACGAGTGGAAGAAGCGCTGGAGTTTGTCGGCCTGCAAGATCGGGCGAAGGAAAAGCCGTCCACCTTCTCCGGAGGGATGAAACGAAGATTGAATATTGCATGCTCGATCACGCACCGTCCGAAGCTGATCATTATGGATGAGCCTACGGTAGGGATTGATCCGCAGTCCCGGAATCATATCCTGGAATCCGTGAAGACGCTGAACCGCATGGGTTCTACCGTTATTTATACAAGTCATTACATGGAGGAAGTTGCCGCGATCAGTGATCGGGTGGCGATTATGGATCAAGGTCATGTTATCGCCTGCGGGACGCAGCATGAGCTTCGGGCACGCGTTGCGCATGAGGAAAAAATCATGCTTACTGCTGATGGGATCACACCGGAACTGGTGGAGGAGCTGACCATTCACCCGCGCGTTCGGCGCGTCACGCAGAATGATAACGAGATCGAAGTTTATGTACCGTCAGCTCAGGGTGAGCTGCAGGATATTTTGTTCATCTGCAGTAAACACCGTACGACGCTTCGCTCCTTGCAGTGCGAGGAGCCGGGGCTTGAAACGCTGTTTCTCAGCCTGACCGGGCGCACGCTTCGCGATTGA	MAVFLQMKDVVKRYGNKLSVDHMNLEVNEGEIFGLLGPNGAGKSTSINMICGLLPKDQGSIKVDGISIEEQPLEVKRRIGLVPQDLALYEEMSAWDNVAFFAKLYGLRGPLLKERVEEALEFVGLQDRAKEKPSTFSGGMKRRLNIACSITHRPKLIIMDEPTVGIDPQSRNHILESVKTLNRMGSTVIYTSHYMEEVAAISDRVAIMDQGHVIACGTQHELRARVAHEEKIMLTADGITPELVEELTIHPRVRRVTQNDNEIEVYVPSAQGELQDILFICSKHRTTLRSLQCEEPGLETLFLSLTGRTLRD	PGPT0006725_8672	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03536	1161			hypothetical protein	GTGACATCCCCACTCACCTATCTAAGGTATGGCTTCATTCTCCTTCCGGCCGCCGCGGACATCTTTTTGCAGCAGCTCGATGATTACGGGGCATACATGGTGTACATATTGCTGTTTCTGGCGATTACGGTGCTAAGCCGCTTTTTGCCATCGCCTGCTTATCTGAAGGCAGCCGCTCTGCTGGAAATCCCACTATCTCTGTGGCTATGTCATCAATTCGGCTTCATGATGGTGTTCCTATCCATCTCCACCCTATGTGTCTATTTGCCCTTGTTCGAGCGACCAGGCAGGCAATGGGCGGCGTTCGGTCACCTTCTGCTGCTCAACATGGCTATTATCGATTACGATGCAATGCTGCTGACGACCGCCAATCTACTGTTTCTGTTCGTGGCGGTAACGTTCAACCACATCCATGAAATGAAGCAGAAGGAAGCGGATCATATTCAGTTATACGACGAGCTGAAAAGACTGCATTTCCAGCAGGACGAGGCCGCCAGACAATTGCTGCAATTCGCCCATCAGGTAGAGAGTGCGGCGCAGGCCGAGGAGCGCAACCGGATCTCCCGCCAGCTGCATGACGACATCGGCCACCGGCTGATTCGAGTTAAAATGATGATGGAAGCAGCCCTCCTCACCGTTCCGCATGATTCCGCGCGCGGCATGGATATGCTCCGTCAAATCCGTGACCAGCTGGGAGAGAGCATGGAGCAGATGCGAACGGCCGTGAAACAGATGAATCCGGCGCGGCGGATTACAGACGACTATTCCCTCGATCGGCTCCTGGAGGAGACAGGCAGACAGACCGGGATCGAGACAGAGCTAATATTGCAAGGAATTCCCTATCCGCTCTATCCCAGTCAACAGGTGGTGTTATACAAAAATGCCCGTGAAGCTATCACGAACGCCATCCGCCATGGCGAGGCTAAACGGGTCCAGATCATCCTGCATTACGGGGAACAGGACGTCCGGATGGAGGTTTCCAACGATGGTGCAGTCCAGGAGCCGGCTGGCGGCGAAGCTTCATCAAACCGTCAAGGTATCGGAATGAGCGGCATGCTCGAACGAACCCAAGTGGTGGGCGGGACGCTGGAGGTACGGAGAACCGTGCCTTTTACCGTCATCACCCGGCTGCCTGTCTACCGGAAGCGTGAGATTATGTAA	MTSPLTYLRYGFILLPAAADIFLQQLDDYGAYMVYILLFLAITVLSRFLPSPAYLKAAALLEIPLSLWLCHQFGFMMVFLSISTLCVYLPLFERPGRQWAAFGHLLLLNMAIIDYDAMLLTTANLLFLFVAVTFNHIHEMKQKEADHIQLYDELKRLHFQQDEAARQLLQFAHQVESAAQAEERNRISRQLHDDIGHRLIRVKMMMEAALLTVPHDSARGMDMLRQIRDQLGESMEQMRTAVKQMNPARRITDDYSLDRLLEETGRQTGIETELILQGIPYPLYPSQQVVLYKNAREAITNAIRHGEAKRVQIILHYGEQDVRMEVSNDGAVQEPAGGEASSNRQGIGMSGMLERTQVVGGTLEVRRTVPFTVITRLPVYRKREIM				NA	NA	NA	NA	NA
JZ016_03537	651	lnrK_3	COG2197	Transcriptional regulatory protein LnrK	ATGATATCTGTTTTAATTGTAGATGATGATCCGTTCATTCGGGAAAGCTTGAAATTGCTGGTGGGGATGGATCCGGATATCGAAGTATCAGCTGTCGCAGAGCACGGAGAGGAAGCGTTGGCTTTGTTGGAGGAGGGACTTCCTGTCGATGTCGTGCTCATGGACATTCGCATGCCGGTATGCGACGGCGTAGAGGGATCGCGGCGGATTTGTGAACGTCACTCGGATGTGCGAGTGCTTATGCTGACCACCTTCGATGATGATGAATATATTGTCGAAGCTCTGCGGAACGGGGCCAGCGGTTATCTGCTGAAGAACATTCCGCCGGACCGGATCATCCAGGGGATTAAAACCGTGCATGACGGAAACATGCTGATTCATCCCGATATCGCACGCAAGCTGTCCGGCATGCTTCGTCCAACGGCGCAGCCCGCCCCTAAATCCGCTGAGCTGGAACAATTCGGGCTGACCCCGACCGAGAAGAAGGTCGTCGTCCTTATTGCGGAGGGCCTGTCCAATAAGGAAATTGCCGGACAGCTTTATTTAAGTGAAGGTACCGTCAAAAACTATGTCACCGAAATCTTGGGAAAGCTCAATCTTCGGGACCGCACGCAAATCGCCATTTTTTATTTAAAAAAAGTGCAGGGCTAA	MISVLIVDDDPFIRESLKLLVGMDPDIEVSAVAEHGEEALALLEEGLPVDVVLMDIRMPVCDGVEGSRRICERHSDVRVLMLTTFDDDEYIVEALRNGASGYLLKNIPPDRIIQGIKTVHDGNMLIHPDIARKLSGMLRPTAQPAPKSAELEQFGLTPTEKKVVVLIAEGLSNKEIAGQLYLSEGTVKNYVTEILGKLNLRDRTQIAIFYLKKVQG	PGPT0014870_516	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014870-liaR-K11618	NA	NA
JZ016_03538	1323	minJ	COG0265	Cell division topological determinant MinJ	TTGGAGACATTGAAACAACTGCTTATGTATGGGATAGATGCAGGCATACAACTGCTGACGCAGCCCTTTTATTATATTTCGATTTTGTTTGTGATGCTGTTTTACCGAAGGCAGGTGCTGGTGGAGCGCAAGCTGTTCCATGTGAAGCTGCATTCCTGGGGGTTGCAGACATGGCGAACGTTTCTAGGCGGGCTGCTGGCAGGAATCGGCGTGTCCGTCGTTGTGGCCTTCCTCGGGATATCCTTAAGCCTGGAAGCCATTATATGCATATGGGTGACTTCCCTGATCCTGATGCTGTTTCATATCCGGTACTTATGCTTTGCCTATTCCATCGGCCTTCTTGGAATCATTCAGTTTGGATTAAGCTGGTTTCCGAATTGGCAGCCGGATGGGTGGATCAGTCAAGTAACCACAACGATTGTTGGATTGGACATTCCCGCGCTGCTGGCTTTATCCGCCGTCCTGCATTTTGCCGAAGCCTTACTTGTCAGGATACAGGGTTCGGGTTTTGCTACACCGCTGTTCCTTGAGGGGAAGCGTGGCAAGCTCGTTGGCGGCTATCATATGCAGAGTTTCTGGCCCTTGCCCTTGTTCCTGCTTGTTCCGGCGGTAAGCGGAGGCAGCGTGCTGCCCTGGACGCCATTCTTCGGCGGTGATGCCTGGAGCGCAGGCTTTACGATGATGGCGCTCCCGGTCGTAATTGGCTTCGGGGAAATGACGCAGAGCATGCTTCCACAGGAGAAGGCAGGAATCACATCGAAGCGGCTCATATTCTACGGAGCGATTGTGCTGGCATTGAGCCTGCTTGCCGAGTGGTGGACACCGCTTACTATCGTGGCTGCATTAGCGGCATTATTGCTGCACGAAGGCTTGGTGTGGTACAGCCGTTATGAAGAGCAGCAGCGCAGTCCGATCTTTGTTCATCCGATTCGTGGATTACGCGTCCTCGCGGTGCTTCCGAATAGTCCGGCAAGCGAACTAGGCATTCTGGCTGGAGAGACGATTCTGAAGGTGAACGGTAAACTGATCCATAGCAAGGAACAGCTGCATAGCGCCCTTCGTCAGAATTCGGCCTTCTGTAAGCTGGAGGTTCAGAATCATCAAGGGGAGAGCAAGTTCCTGCAGCGTGCGATTTACGCGGGGGATCATCATCAGCTGGGAGCTATCGTGGCGCCTGATCCGAGAGATGGCATAGCGGTGAGATTGAAGCCGGTAAGCTTGATCACGCTGCTGGCGAATAAACTTCATATTCGCAGCAAGCGGGGTTCTTCCGGCAATGCAACGACCGGCGGCTCCGAAGAAACAGGTTTCCATTCATCATGA	METLKQLLMYGIDAGIQLLTQPFYYISILFVMLFYRRQVLVERKLFHVKLHSWGLQTWRTFLGGLLAGIGVSVVVAFLGISLSLEAIICIWVTSLILMLFHIRYLCFAYSIGLLGIIQFGLSWFPNWQPDGWISQVTTTIVGLDIPALLALSAVLHFAEALLVRIQGSGFATPLFLEGKRGKLVGGYHMQSFWPLPLFLLVPAVSGGSVLPWTPFFGGDAWSAGFTMMALPVVIGFGEMTQSMLPQEKAGITSKRLIFYGAIVLALSLLAEWWTPLTIVAALAALLLHEGLVWYSRYEEQQRSPIFVHPIRGLRVLAVLPNSPASELGILAGETILKVNGKLIHSKEQLHSALRQNSAFCKLEVQNHQGESKFLQRAIYAGDHHQLGAIVAPDPRDGIAVRLKPVSLITLLANKLHIRSKRGSSGNATTGGSEETGFHSS				NA	NA	NA	NA	NA
JZ016_03539	1470	ctpB	COG0793	Carboxy-terminal processing protease CtpB	TTGCTGAAAAAACGAACGGCTGTCTTTCTGGTCATAGCTGCCATGCTATGCGGCGTGCTGTTAACGATGGCTTTGACCCAGCTGCCCGCTCCCAGCCAGACTGGAGATGGTGAGGGGCTGCTGGCCAGTATAGCGAACAGGAATGGACTGGAGCAGTCTGAAGCGAAAAAACTGGGGACAGCAATTGACCTCATCGAAAGCAATTATTACAAGGATATCGATCGGTCGAAACTGATCGACGGCGCCATCAACGGGATGATGGAAGCGCTGGAAGATCCATATTCCAACTATATGGGAAAAGAAACGGCAGCCCAGTTTGAAGAGAGCATCGAGGGCTCCTTCTCGGGGATTGGCGCGGAGGTGTCCTCTGTAGATGGCAGTGTGGTCGTTGTGTCTCCGATCAAGGGATCTCCTGCGGATAAAGCCGGCATTCGGGCGAAGGACACCATCCTTTCAGTCAATGGCGAATCCTTGCAGGGCCTTGAGCTGAACGCGGCCGTCAACAAGATTCGCGGTCCGAAGGGCTCCAAGGCCGTCCTTCAGATCAAGCGTGCTGGCTCCGAACAGCCGATCGAGTATGTTATCGTTCGTGATGACGTCGATCTGGAAACCGTATCGGCACGGATGGAGAAGGGCGGAATCGGCGTTATTGAGATCTCCCAATTCTCGCTGAACACAGGCGAACGCTTTAAGGAAGAACTCGAGAAACTGGAAAGCCAGGGCATGAAGGGACTGCTGATCGACGTCCGGAACAATCCAGGCGGCGTGCTGTCCGTTGTCATTGACATTGCAGAGCAGTTCGTACCTAAAGGCGAGTTGATCGTTCAGGTAGAGGATAAGAATAAGAAGCGGGAGAAGCATCCGTCGAACGGTGAGGCGAAATCCTATCCGATTACGGTGCTGATGAACAAGGGCAGCGCCAGCGCTTCCGAAATTTTGGCGGGCGCGCTGCAGCAGTCGGCGGGAGCTACCTTGATGGGTGAGCATTCCTTCGGTAAAGGAACCGTGCAAACGAGCTTCGATAAGCAATTTGGCGATGGAAGCCTGCTCAAAGTTACGATTGCCAAATGGTTGACACCAAACGGTACCTGGATCCATGAGAAGGGAATTGAGCCGGATATTCAGGTGTCACAGCCGGAATACTTTACCGTTGCACCAATCGATAAGAAGAAAACCTATACGTACGACACCAATAGCACGGATGTGAAGAACGCGCAGATCATGCTTGAAGCCGTTGGCTATAAGACTGGGCGTACCGATGGCTATTTCGACCGGAACACGGAGAAGGCGATCAAGAGCTTCCAGAGCAAGCACAAGCTGAAAGCGGACGGTATTCTTAACGGCGCCACAGCCGAGGCGTTGGAAGCCGCATTGATCGAGAAGATTCAGGATCCGAAAGAGGATAATCAAATGAATCGCGGAATTGCCGAGGTTCGGAAGGAAATCGCCGCTCAGGCGTCGAACAAGTAA	MLKKRTAVFLVIAAMLCGVLLTMALTQLPAPSQTGDGEGLLASIANRNGLEQSEAKKLGTAIDLIESNYYKDIDRSKLIDGAINGMMEALEDPYSNYMGKETAAQFEESIEGSFSGIGAEVSSVDGSVVVVSPIKGSPADKAGIRAKDTILSVNGESLQGLELNAAVNKIRGPKGSKAVLQIKRAGSEQPIEYVIVRDDVDLETVSARMEKGGIGVIEISQFSLNTGERFKEELEKLESQGMKGLLIDVRNNPGGVLSVVIDIAEQFVPKGELIVQVEDKNKKREKHPSNGEAKSYPITVLMNKGSASASEILAGALQQSAGATLMGEHSFGKGTVQTSFDKQFGDGSLLKVTIAKWLTPNGTWIHEKGIEPDIQVSQPEYFTVAPIDKKKTYTYDTNSTDVKNAQIMLEAVGYKTGRTDGYFDRNTEKAIKSFQSKHKLKADGILNGATAEALEAALIEKIQDPKEDNQMNRGIAEVRKEIAAQASNK	PGPT0015095_3362	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015095-prc|ctpA-K03797	NA	NA
JZ016_03540	1287			hypothetical protein	TTGAAGAAGATCGCCGCAGGAGTAGCAGCCTTATTACTGGCCACTGTTATGATCCAACCGACCGTCGGACAAGCCGAGAAGAAGACTTCAGCCGATGTAGATCGAGAGCTGAGAGTGCTTCAGGAGCAGGTCAAGAAAGCTCGGGCGCAGAAGAACAAAGCAGCGGAAAATAAACAAGAAGCTCAGCATTACAAGAAGAAAACAACGAAGAATCTGAAATATGTGATGGAGCAGATCAGCATCGTCAGCAATGAATTGACCAAAATCTCCATGAAGATCGAGGAGACAGAGGATCTGCTAAGAAAAACGACCAAGGAACTTGAAGCGGCGGAGGAGCGTATCGGCTCCCGTGAGAAGCTGTTGGAATCCCGAATTCGCCTCATCTATATGGATGGGCAAGTATCGTATCTGGATGTGCTGCTCTCCTCGACCAGCTTCAGCGATTTTATTGAGCGTGCGGATTCCTTGAAGACGATCGTTAACCAGGACCAGGATTTGCTGGTGGAGCATAAGCAGGACAAGCTGCTGGTCATTGACAAGAAGAAGGAACTTGAAGGACAGTATGCAACCGCCAAGGACCTGTATGGCCAAATGGAGGACCGTAAGAGCATCTTGAACGAGAAGGAACAGGAGAAGCGCGTACTACTGGCCCAGTATGATCAGGAAATTGAGGATGCGGAAATCTTGACCGAAGAGCAGGATAGAATGCTGGTTGCCCTGGCAAGCAAACGTTCGGATCTGCAGAAGGAAAAGAATAAGCTTGCGGCCGAGGAAGCTGCCCGTAAAGCAGCGGCTGCCAAAGCGGCTGCGGCAAAAAGAGCGGCTGCGGCGAAAAGAGCCAAGGCGACCACCCTCGGCGGTAGTAGCGGCGGCGACGGATATACAGGTAACGGCGGACCATTCGCCCTTCCGGTCTCCGGAGCCAGACTGTCTTCCGGTTATGGGCCGCGAGTCCATCCGGTAACGGGTGAGGTTGGCAAGATGCATACGGGCCAGGATTTTGCGGCTCCGCAAGGGACGGAGATCCGTGCAGCCGAGAGCGGCACGGTGATCTTGGCCGAATGGTGGAGCGGTTACGGAAACTGTGTTATTGTTGATCATGGGGGCGGCGTATGGACATTGTATGGACATATCCGCAACGGCGGCATTAAAGTCAGCGAAGGCGATAAGGTGTCCAGAGGGCAGAAGATTGCCGAAGTAGGCTCCACGGGTCAGAGCACAGGACCGCATCTTCATTTTGAGGTTCGGGTCAATGGATCGCCGGTGAATCCTTCGCCTTATCTGTAA	MKKIAAGVAALLLATVMIQPTVGQAEKKTSADVDRELRVLQEQVKKARAQKNKAAENKQEAQHYKKKTTKNLKYVMEQISIVSNELTKISMKIEETEDLLRKTTKELEAAEERIGSREKLLESRIRLIYMDGQVSYLDVLLSSTSFSDFIERADSLKTIVNQDQDLLVEHKQDKLLVIDKKKELEGQYATAKDLYGQMEDRKSILNEKEQEKRVLLAQYDQEIEDAEILTEEQDRMLVALASKRSDLQKEKNKLAAEEAARKAAAAKAAAAKRAAAAKRAKATTLGGSSGGDGYTGNGGPFALPVSGARLSSGYGPRVHPVTGEVGKMHTGQDFAAPQGTEIRAAESGTVILAEWWSGYGNCVIVDHGGGVWTLYGHIRNGGIKVSEGDKVSRGQKIAEVGSTGQSTGPHLHFEVRVNGSPVNPSPYL	PGPT0023855_609	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN-ENDOPEPTIDASE_ACTIVITY|LIPOPROTEIN,PGPT0023855-envC-K22719	NA	NA
JZ016_03541	909	ftsX	COG2177	Cell division protein FtsX	ATGAATTTTAGAACCTTCTTGCGGCACTTGCGGGAAGGGGCGAAGAGCGTTTTCCGGAACGGATGGATGTCGGTCGCATCCGTCACTTCCATCGTGGTGTCTTTGTTTATACTCGGCGTTTTCATGCTGTTAGTCATGAATGTGAACGCTTTAGCCGATAAAGCAGATAGCAATGTGCAAATCAATACGTACTTAAATCTCAACGTGGATGAGAAGCTGCGCGAGACCATTAAGGGTGAACTCGAGGCCATGCCGGAGGTCAGCGCCATCAAGTTCGTGTCCAAGGAAGAGGGCATGAAGGAGCTTGAGGAAAGCCTGGGCTCCGAATGGGTGGAAGGCTTCAGCGAGGCGGACCAGAATCCCCTACCGGATGCATTCGAAGTTTCCGTTATTGAACCGACCACGGTCGGTTTTGTTGCCGACAAGATTACGGCCCTGAACAAGAAGTATACGGAGGAGCCGATCCTGCGTGTCAAGTATGGGGAAGGCACGGTAGAAACCCTGTTCAAGATTACGAAGACGGTACGGAATATCGGCTTTATTTTCGTAGCGGGACTCGGCTTGATGTCCATGTTCTTGATCTCGAACACCATTCGGGTTACGATTTTGGCCCGTCGCCGCGAGATCGGCATTATGAAGCTTGTCGGCGCGACCAACAACTTCATTCGCTGGCCGTTCTTCGTGGAGGGCGCCATGATCGGCCTGATGGGCTCCATTGTGACGGTCACGCTATTGTTTGTAGGCTACAACCGCCTGTACGCCGCATCGCAAACGGATTTGACGTTAGCCCAAAGTTTAATCCCTCTAGGCGATTTGTGGCTGCCGATCGGCACCATTGTTGTTGGGCTGGGCATTGTCATTGGCATCTGGGGAAGCACCATGTCGATACGTAAATTTTTGAAAGTATAA	MNFRTFLRHLREGAKSVFRNGWMSVASVTSIVVSLFILGVFMLLVMNVNALADKADSNVQINTYLNLNVDEKLRETIKGELEAMPEVSAIKFVSKEEGMKELEESLGSEWVEGFSEADQNPLPDAFEVSVIEPTTVGFVADKITALNKKYTEEPILRVKYGEGTVETLFKITKTVRNIGFIFVAGLGLMSMFLISNTIRVTILARRREIGIMKLVGATNNFIRWPFFVEGAMIGLMGSIVTVTLLFVGYNRLYAASQTDLTLAQSLIPLGDLWLPIGTIVVGLGIVIGIWGSTMSIRKFLKV				NA	NA	NA	NA	NA
JZ016_03542	687	ftsE	COG2884	Cell division ATP-binding protein FtsE	GTGATCGAAATGCAGGACGTATGGAAGACCTATCCGAACGGCGCTCATGCGCTTCAGGGAGTTTCCGTCAAAATCAATCGAAATGAATTCGTCTATGTTGTCGGACCATCAGGTGCGGGCAAATCGACGTTTATGAAACTTATCTATAGAGAAGAAGTTCCTACCAAGGGTCAAATTTCCGTTAACGGATTTAATATCGGGAAGCTGCAACAGCGCAAAATCCCCTATGTTCGCCGAAATATCGGGGTTATTTTTCAAGACTATCGTCTGCTGCCCAAGCTGACTGCTTACGAAAATGTAGCTTTTGCCATGGAGGTTATTGAAGCGCCGCCGCGTCTCATCAAGAGACGGGTCATGGAGGTGCTGGAGCTTGTGGGTCTGAAAGCCAAGGCGAACCGCGAACCTTCCCAGCTCTCCGGCGGGGAGCAGCAGCGGATCGCAATCGCCAGAGCGATTGTGAACAACCCCGCCGTCATTATTGCGGACGAGCCTACAGGTAATCTGGATCCGGAAACCTCGTGGGGCATCATGCAGCTGCTGGATGAGATCAATTTCAGGGGAACCACCATCGTAATGGCTACCCACAACAGGGATATCGTGAACACCATGCGCAAACGCGTTCTTGCGATTGAGCACGGACAAATCGTTCGTGACCAGCAGAGAGGAGATTACGGGTATGAATTTTAG	MIEMQDVWKTYPNGAHALQGVSVKINRNEFVYVVGPSGAGKSTFMKLIYREEVPTKGQISVNGFNIGKLQQRKIPYVRRNIGVIFQDYRLLPKLTAYENVAFAMEVIEAPPRLIKRRVMEVLELVGLKAKANREPSQLSGGEQQRIAIARAIVNNPAVIIADEPTGNLDPETSWGIMQLLDEINFRGTTIVMATHNRDIVNTMRKRVLAIEHGQIVRDQQRGDYGYEF	PGPT0013345_11169	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_03543	1437			hypothetical protein	ATGAAAAAAATTCATCTTGGTCTCATCATTGTCATCAGTTTCGGTCTTCTCCTCTCCGTCGGCTTCGGTCTATTGACGATGTACGTGAACCAGAAGGAACTCCCGAAGGGGGTTGTTCTCTCCGGTTGGCAGGTAGGCGGTAAACCATCAGACGAGGTGCTGTCAGAGCTGGATCAACGGCTGCAGGCGATGACAGCGCTGAAGGTGGAGCTGCAATCGGACGCGCTTAAGGGACACACGGAAAGCTTCACTCTCCGAGAGGCCGGGGTTCAATTCAACGCAGCCGATTTTCAGGAGGCTATCGCCAGGTTGTCCGAAGGATCACTATGGGATCAAGTTCTATACCGGCGTAACTTTCAGCTGGAATGGCATATATCCACGGACTGGGATCGTGATGTGTTAAAAGAGAGGCTGAGCGAAGAGTGGCAAAAGGAACGCTTCGGGGAACCCGTCAATGCGGTGCGGAGCATATCCGAAGATGATGTTGTCCGGTACACTCCGGAGAAAACGGCATACCGTATTGATTGGCCCGCATTCTATGAAGGGTTCAGCGCTGTGCTTCCGAATGAGTCTCACTTCACCGAGCCGAATCCCGATAAGATCATTACGGTTTCGCTGCCTCTCATCCGTCAAAAGCCCCCCGTTACCGTAAAATCGCTGCAGGATGAAGGGATTGAGCGCAAAATCGTTGAATTCTCCACCAGTCTCGGATCCAGCGGGCCTGGACGCGTTCATAACGTGACCGCTGCTGCCAAATCCGTAGACGGCATGATTCTGAAGCCCGGCGATGAATTCAATTATGCTCATATTATTGATACCGCGAAAAAGGAATACGGTTTTGAAGAAGCTCCTGTCATCGTGAACGGCAAGCTGGTCCCCGGCATCGGCGGCGGAATCTGCCAGGTATCCAGCACGGTGTATCATGCCGCCCTACTGATCGGACTGGAGATCACCGAAAGGCGGAATCATTCCCTTCCGGTCAGCTACCTGCCCAAGGGGCAGGATGCCACCTTCGCGGAAGGGGCGATCAATTTCCGTTTCCGAAACAACACAGGCAAGCATCTGCTTATTTTATCGGAAGTATCGCACGGTAATTTAACGTTGAAGATGTTTGGCACCTTCCCGGAAAACACGGAATATGAGCTTGTGTCCACCACCGTTGAAACCTTGCCGTCACCAGAGAAGGTCATTCACAATAACTCGCTGCCGCCAGGACTCAAGCAGGTGGTTCAGAACGGGAAGCCAGGCTATGTGGTTGAAACCTACCGAACCAAGAAAGTAAACGGCAAGGTTGTAGAGAAGGTTAAAATATCCAAGGATACCTATCGCCCCCAGAACAGCATCGTTGCCATCAATCCGACAAGCGAGGTCCAACTGCCGGAAGCGAATGACACACCGAAAGAGGAAGTGATTGAGGACGGTATCAGCGCACCCTAA	MKKIHLGLIIVISFGLLLSVGFGLLTMYVNQKELPKGVVLSGWQVGGKPSDEVLSELDQRLQAMTALKVELQSDALKGHTESFTLREAGVQFNAADFQEAIARLSEGSLWDQVLYRRNFQLEWHISTDWDRDVLKERLSEEWQKERFGEPVNAVRSISEDDVVRYTPEKTAYRIDWPAFYEGFSAVLPNESHFTEPNPDKIITVSLPLIRQKPPVTVKSLQDEGIERKIVEFSTSLGSSGPGRVHNVTAAAKSVDGMILKPGDEFNYAHIIDTAKKEYGFEEAPVIVNGKLVPGIGGGICQVSSTVYHAALLIGLEITERRNHSLPVSYLPKGQDATFAEGAINFRFRNNTGKHLLILSEVSHGNLTLKMFGTFPENTEYELVSTTVETLPSPEKVIHNNSLPPGLKQVVQNGKPGYVVETYRTKKVNGKVVEKVKISKDTYRPQNSIVAINPTSEVQLPEANDTPKEEVIEDGISAP				NA	NA	NA	NA	NA
JZ016_03544	729			hypothetical protein	ATGATACCACGTGACGACAAGCTATCCGATCTGAAGATTACGGGCACCGGAAGTTCAAGCGGCGGCCAATACGACAAGGTACGCATTGACGGTGCCGGGCAAATAAATGGAGATCTGGAGTGCCGGGAATTGATAGGCAATGGAACGATGAGCGTCAATGGCGCCGTCGCTGCGCGTACGATTCGCGTGAACGGTTCGGGAACCATTAAGGGGGCCGTGGAGTCTGAGGAGCTGAATGTTGCCGGCAGCCTGAGCTTGAAAGAAGGATTGCGCAGCAGATCCATCTACATCGGGGGGCATTGCAGCGTTCACGGAGATTCCGAATCGAAGAAGCTTGAGGTTACCGGAAACTTGAGAAGCCATGGTGATGTGCGGAGTGAATCCGCCACGTTCCAGGGAGGCTTTAAGATCGATGGCCGCCTGCATGTTGGAACAGCGGATATCCGAGTATTGGGTCGCTGCCTTGCACAGGAAATCGTTGGAGACCGGATCACGATTCGCAAAAAAGGGAAGCGGCTCTGGGAAATGCTGTCCTTGTCTTTAAGGGGAACGCACCTGGAGGCGCGTATTATTGAAGGCGACGTCCTTGATCTCGAGTATGTCGAAGCTGATATCGTCCGCGGTAATCGGGTGATCCTAGGCAAAGGTTGCGAGATTCGGCAAGTGGAGTACAGAGATGAACTGTCACAGCATCCGGAAGCCGAGGTCAGAGCGTCCAGGCGGTTTTAA	MIPRDDKLSDLKITGTGSSSGGQYDKVRIDGAGQINGDLECRELIGNGTMSVNGAVAARTIRVNGSGTIKGAVESEELNVAGSLSLKEGLRSRSIYIGGHCSVHGDSESKKLEVTGNLRSHGDVRSESATFQGGFKIDGRLHVGTADIRVLGRCLAQEIVGDRITIRKKGKRLWEMLSLSLRGTHLEARIIEGDVLDLEYVEADIVRGNRVILGKGCEIRQVEYRDELSQHPEAEVRASRRF				NA	NA	NA	NA	NA
JZ016_03545	774			hypothetical protein	ATGGCTCTTATGCAATGTCACTTCTACTCGGAGGTACTCGGTCTCAGCACGTCCATGACCGTTATTCTCCCTCAGCAAACCTCTTCGCAGATCGGTATGACCAATCATGCCAAAAAAGGGCTGCATCCGACGCTCTTCCTGCTGCACGGCCTGTCCGACGACGATTCCATCTGGCTTCGCAGAACCTCCATCGAACGCTATGTGGCCGAGATGGGTATTGCCGTCGTTATGCCGCAGGTGCACCGCAGCTTCTATACGGACATGGAATACGGCGGCAAATACTGGACCTTCATCAGCCAGGAGCTGCCGGCCATTGCCCGTTCCTTCTTCCCGTTATCCCACGCGAGAGAAGATAACTTCGTCGCTGGCTTGTCCATGGGCGGGTACGGGGCATTCAAGCTGGCCCTTCGCTGTCCCGAAGCCTTTGCCGCAGCTGCCAGTTTGTCGGGCGCGCTCGATATGGCGGGTCATGTCCGGAGGAATGAGGCCTTGTTTGAACATCAATTAGTCTACGGAGATCAAGATATTACCGGCACCGACAACGACCTGCTGTGGCTGCTTCAGGAAGTCGATCGATCAGAGGGGCCTAAGCCGCTGCTTTATCAATGCTGCGGAACCGAAGACTTCCTCTATGAAGACAATCAAGCGTTCCGCAAGGCCTGCGAAGAAACCTCCCTCGATCTCACCTATCTGGAAGGCCCAGGCGGCCATGATTGGGGATATTGGGATACTCACATTCAGGATGTGCTGAAGTGGCTTCCGTTGAAAGCCTGA	MALMQCHFYSEVLGLSTSMTVILPQQTSSQIGMTNHAKKGLHPTLFLLHGLSDDDSIWLRRTSIERYVAEMGIAVVMPQVHRSFYTDMEYGGKYWTFISQELPAIARSFFPLSHAREDNFVAGLSMGGYGAFKLALRCPEAFAAAASLSGALDMAGHVRRNEALFEHQLVYGDQDITGTDNDLLWLLQEVDRSEGPKPLLYQCCGTEDFLYEDNQAFRKACEETSLDLTYLEGPGGHDWGYWDTHIQDVLKWLPLKA	PGPT0020645_52	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_LYSINE_TRANSPORT,PGPT0020645-lysY-K17076	NA	NA
JZ016_03546	783	argH_1	COG0165	Argininosuccinate lyase	GTGGCGGAGCAGCTTGGGTTTGACGGCGTTTACGAGAACAGTCTGGATGCGGTCAGCGACCGCGACTTCATTCTGGAATTCCTCTCGGATGCTTCCATCATCATGATGCACTTGTCCCGCTTGAGCGAGGAGCTGGTGCTCTGGAGCAGCACAGAGTTCAACTTCATCGAGCTGGATGATGCGTTCTGTACGGGCAGCAGCATAATGCCGCAGAAGAAGAATCCGGATGTACCAGAGCTGGTCCGCGGCAAAACCGGTCGTGTATATGGCAACCTGATGGGTCTGCTCACCGTGCTGAAGTCGCTGCCGCTTGCTTATAACAAGGATATGCAGGAAGATAAAGAGGGCATGTTCGATACGGTGGCTACACTGGAAGGCGCATTGCAGCTGTTTGCTCCGATGATTGCCACGATGAAGGTCAACAAAGGCCGCATGCGTGAAGCGGTGAATACCGACTTCTCCAACGCAACCGACATCGCGGACTTCCTGGTTGGCAAAGGGCTTCCTTTCCGTCAAGCGCATGAAGTGATCGGCAAGACCGTATTGTACTGCATCCAGAACAACAAGTATCTGCTGGACCTGACGCTGGATGAGTTCAAGCAGTTCTCGGAGCTGTTCGACGACTCCATTTATGGTGTGCTTCAACCCGAGACGGTAGTCAATGCGCGTAACGTTTACGGCGGCACGGCAACCGAGCAAGTGAAGGCGGCCATTGACCGCAGCGTGCGGACGCTTCAGGTTACGGAAGAATGGCTGGGTCTCCGTCAAGGGAATGTAGAGTAA	MAEQLGFDGVYENSLDAVSDRDFILEFLSDASIIMMHLSRLSEELVLWSSTEFNFIELDDAFCTGSSIMPQKKNPDVPELVRGKTGRVYGNLMGLLTVLKSLPLAYNKDMQEDKEGMFDTVATLEGALQLFAPMIATMKVNKGRMREAVNTDFSNATDIADFLVGKGLPFRQAHEVIGKTVLYCIQNNKYLLDLTLDEFKQFSELFDDSIYGVLQPETVVNARNVYGGTATEQVKAAIDRSVRTLQVTEEWLGLRQGNVE	PGPT0014242_80	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014242-argHA-K14681	NA	NA
JZ016_03547	600	argH_2	COG0165	Argininosuccinate lyase	GTGAGCAAGTTATGGGGCGGACGCTTTACGAAGCAGACCAACGCATTGGTAGAGGAATATACGGCATCCATCGGTTTTGATAAGCAGCTGGCTGAGGAGGATATCCAGGGAAGCCTTGCGCATGTGTCCATGCTGGGCAAATGCGGCATCGTGCCGGCCGAAGACGTGGAGACGATCAAGGCTGGCTTGAACAAGGTGCTGGAGCGCATCCGTGAGGGCAGCATCGAGTTCTCCGTTTCGGATGAGGATATCCATATGAACATCGAGAAGAATCTGATCGAGGAAATCGGACCTGTCGGCGGCAAGCTCCACACAGGACGCAGCCGTAACGATCAAGTGGCTACGGATATGCATCTGTATTTGCGTAACCGCGTGGTGGCGCTGACCGGCATGCTGCATGAGCTGCAAACCGCATTAATCGGGCAAGCCAAGGATAACCTGGACACAATTATTCCGGGGTATACGCATCTGCAGCGTGCTCAGCCGATTCTGTTTGCGCATCATCTGATGGCTTACGTGTCCATGTTCCAGCGGGATATCGACCGTCTGATCGACAGCTATAAGCGCATTAATGTGTTGCCGCTCGGGCAGGCGCGCTAG	MSKLWGGRFTKQTNALVEEYTASIGFDKQLAEEDIQGSLAHVSMLGKCGIVPAEDVETIKAGLNKVLERIREGSIEFSVSDEDIHMNIEKNLIEEIGPVGGKLHTGRSRNDQVATDMHLYLRNRVVALTGMLHELQTALIGQAKDNLDTIIPGYTHLQRAQPILFAHHLMAYVSMFQRDIDRLIDSYKRINVLPLGQAR	PGPT0014242_84	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014242-argHA-K14681	NA	NA
JZ016_03548	1233	argG	COG0137	Argininosuccinate synthase	ATGGCAAAACAAAAAATCGTGCTGGCGTATTCCGGTGGCCTGGATACGTCCGTTATTCTGAAATGGCTGAAAGAAACTTACGATGCGGAGATCATTGCTTTCACGGCCGATATCGGCCAGAAGGAAGAGCTGGACGGACTTGAGGAAAAAGCGCTGGCGACCGGCGCCTCCAAAGTATACATCGATGATCTGCGCGACGAATTTGCAACGGATTTCATCTATCCGATGTTCCAGGCGGGTGCTATGTACGAAGGGCAGTACCTGCTCGGGACCAGCATCGCGCGTCCGTTGATTGCCAAGCGCATGGTGGATATCGCTCGTGCCGAAGGCGCGACGGCGATTGCGCACGGCGCTACGGGCAAAGGGAACGACCAGGTTCGTTTTGAGCTGGGCGTAGCCGGCTTGGCACCGGACATAGAAGTAATCGCGCCTTGGCGCATCGAGGAGTTCCGTAACTCCTTCCCGGGTCGCGCAGAGATGATCGCTTACGCGGAAGCCCATGGCATTCCGGTAACGGCATCCGCGGCGAAATCCTACTCCATGGACCGCAACCTGCTCCATATCAGTTATGAGAGCGGCGTGCTGGAGGATCCTTGGTTCGATGCTAGCGCAGAGGACAGCAAGGATATGTACCTGCTCAGCGTATCGCCTGAGGATGCGCCGGACGAGGCGGAATACCTCGAGCTTACGTTTGAGCAAGGGAATGTTGTTGCGCTGAACGGCGAAACGATGAGCCCGCTGCAAGTGATGGAGAAGCTGAACGAGCTGGGCGGCAAGCACGGCATCGGTCGCGTGGATATGGTGGAGAACCGTTTCGTAGGCATGAAGAGCCGCGGTGTCTACGAGACGCCGGGTGGAACGATCCTGTTCACCGCTCATCGCAAAATGGAATCCATCACGATGGACCGCGAAGTGATGAACCTGCGCGACAGCCTGATTACCCGTTACAGCACCTTGGTTTATAACGGTTTCTGGTTTGCGCCGGAACGTCTGGCACTGCAGGCCCTGGTAACCGAGAGCCAGAAGAACGTATCCGGTACGGTGCGCGTGAAGCTGTATAAAGGCAACATTATCGGCGCAGGCGTAAAGAGTCCGGTTAGTCTGTACAACCCGGATATTGCTACGATGGAAGCCGATCCAACGCAAGCTTATGATCAGGGCGATGCGACCGGCTTTATCCGCTTGAACGCACTGCGTTTGAAAGTGGCAACCGGCGTGAACCAGAATCAATAA	MAKQKIVLAYSGGLDTSVILKWLKETYDAEIIAFTADIGQKEELDGLEEKALATGASKVYIDDLRDEFATDFIYPMFQAGAMYEGQYLLGTSIARPLIAKRMVDIARAEGATAIAHGATGKGNDQVRFELGVAGLAPDIEVIAPWRIEEFRNSFPGRAEMIAYAEAHGIPVTASAAKSYSMDRNLLHISYESGVLEDPWFDASAEDSKDMYLLSVSPEDAPDEAEYLELTFEQGNVVALNGETMSPLQVMEKLNELGGKHGIGRVDMVENRFVGMKSRGVYETPGGTILFTAHRKMESITMDREVMNLRDSLITRYSTLVYNGFWFAPERLALQALVTESQKNVSGTVRVKLYKGNIIGAGVKSPVSLYNPDIATMEADPTQAYDQGDATGFIRLNALRLKVATGVNQNQ	PGPT0020130_2006	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020130-argG-K01940	NA	NA
JZ016_03549	957	argF	COG0078	Ornithine carbamoyltransferase	ATGGCCACTAGCGGACAAGTGAAGGAATTAAGCCTGAAAGGGCGGGATATGATCGAGCTGGACGAATACTCGACGGAAGAGATTCAGTTCTTGCTCGATTCGGCAATTGAGATCAAGCGCAAGCAGAAGAACGGCGAAGTCTATCAGCCGCTGAAAGGCAAGACGATCGGATTGATTTTTGAGAAGTCGTCCACGCGGACGCGGGTTTCATTCGAGGCTGGGATGTTCCAGCTGGGCGGACATGCACTCTTTTTAAGTAAAAACGATATTCAGCTCGGACGCGGCGAGCCGATCAGCGATACGGCGCAGGTGATGTCCCGTTATTTGGACGGCTTGATGATCCGTACCTTCGGGCACGATAACGTGGTCAACCTGGCGAAATATGCCTCCATTCCGGTTATCAACGGCCTGAGTGACATGGCGCATCCATGTCAGGTGCTGGCCGATTTGCAGACGGTGCTGGAGCACAAAGGCAAATTGAAAGGTCTCAAAATGGCCTTTATCGGCGATGGCAACAACATGGCGCATTCGCTCCTGATTGGCGGTGCCAAGATGGGCATGCATGTGGCCGTAGCCAGTCCGAAGGGCTATGAGGCGGATGCCAGCATCGTGAAGCTGAGCGAGGAAATCGCGGCGCAAACGGGTGGCAAAATTACGATTACGCAAGACCCGATCGAAGCCGCGAAGGATGCGGACGTGATCTATACGGATGTATGGGCAAGCATGGGCTTTGAAGAGGAGCAGGCACAGCGGGAGGCTGCGTTTGCGGACTACCAGGTGAATGAGGAACTTGTGAAGGCGGCGAAGCCGGATTACTTGTTCCTGCATTGCCTCCCGGCCCACCGCGGCGAAGAGGTCAGTGAAGGCGTGATCGACGGTGCCAATTCCGTCATTTTTGATCAGGCCGAGAACCGTCTCCATGCCCAGAAGGCTTTGATGGTTGCTTTGATGGCATAA	MATSGQVKELSLKGRDMIELDEYSTEEIQFLLDSAIEIKRKQKNGEVYQPLKGKTIGLIFEKSSTRTRVSFEAGMFQLGGHALFLSKNDIQLGRGEPISDTAQVMSRYLDGLMIRTFGHDNVVNLAKYASIPVINGLSDMAHPCQVLADLQTVLEHKGKLKGLKMAFIGDGNNMAHSLLIGGAKMGMHVAVASPKGYEADASIVKLSEEIAAQTGGKITITQDPIEAAKDADVIYTDVWASMGFEEEQAQREAAFADYQVNEELVKAAKPDYLFLHCLPAHRGEEVSEGVIDGANSVIFDQAENRLHAQKALMVALMA	PGPT0020080_2567	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020080-arcB|argF|argI-K00611	NA	NA
JZ016_03550	1221	argD	COG4992	Acetylornithine aminotransferase	ATGGGAAAAGAAACAGCAGCAGGCGGTGTTAAAGCAGCGAATGAAAGCTCGTTGTTCCAGACGTACGCCAGATATCCAATCGCCCTGGTCAAAGGGGAAGGAAGCTGGTTATGGGACGCTCAAGGCAACAAATATCTTGATTTTATGGCAGGCCTGGCGGTAACGAATCTCGGCCATGCCCCGATAAAAGTGAAAGAGAAGCTGAAGTCCCAGCTGGATGAATTGTGGCATGTCTCGAACCTGTTCCACATTCCGGGTCAGGAAAAAGCAGCCGAGCTGCTGACAGCGAACACCTGCGCGGATGCGGTTTTCTTCTGCAACAGCGGGGCGGAAGCGAACGAAGCGGCCATTAAGCTGGCGCGCCGCTACCATCAGAAGGTGAAGGGAACGGGGCGCTACGAGGTCATTACGTTTACGCAGTCCTTCCACGGACGGACGCTGGCTACGCTGACGGCCACCGGCCAGGATAAGGTAAAGGAAGGGTTCCTTCCGCTTCCGGCAGGCTTCAAAAGCGTTCCGCTGCATGACCTTCCGGCACTGGAAGCGGCTGTTAACGACAACACCGCTGCGATCATGATCGAAATGGTGCAGGCGGAGGGCGGTGTGCATCCGGTAGAGCCGGAGTTCCTTCAAGCCGTCACCGAGCTGTGCAAGAAGCATGGACTGCTGCTGATCGTGGACGAGGTGCAGACGGGCATGGGCCGGACCGGGAAGCTGTTTGCGCATGAGCATTACGGCATTGAGCCGGATATCTTTACCGTGGCCAAAGGGCTCGGCTCCGGGTTCCCGGTCGGCGCGATGCTGGGTAAAGCTTACTTGCGCGAAGCCTTCACGGCAGGAAGCCATGCGACAACGTTTGGCGGCACACCGATTGCGAGCGCCGTTATCCAGGCCACTATCGAAACGATGCTGGAGGACAATGTGCCGCAGCGTGCGGCCGAAGCCGGAGAATATTTGATGACGAAGCTGAATGAGAGCCTCGGCAGTCATCCCTTTGTGAAGGCGATCCGGGGTAAAGGTCTGCTGATCGGCATCGAATGCGTTGAGCCGGTTGGCGAGCTGGTGCTGAAAGGGCAGAGCCGCGGGCTGCTGTTCGTAACGGCAGGACCGAATGTGATCCGGCTGCTTCCGAATCTGTACGTCACTAAAGAAGAGATCGACCAGGCGGTATCGATTGTTACGGAACTTATACATGAGCATACGGCGGTTAGCCAAGCATAG	MGKETAAGGVKAANESSLFQTYARYPIALVKGEGSWLWDAQGNKYLDFMAGLAVTNLGHAPIKVKEKLKSQLDELWHVSNLFHIPGQEKAAELLTANTCADAVFFCNSGAEANEAAIKLARRYHQKVKGTGRYEVITFTQSFHGRTLATLTATGQDKVKEGFLPLPAGFKSVPLHDLPALEAAVNDNTAAIMIEMVQAEGGVHPVEPEFLQAVTELCKKHGLLLIVDEVQTGMGRTGKLFAHEHYGIEPDIFTVAKGLGSGFPVGAMLGKAYLREAFTAGSHATTFGGTPIASAVIQATIETMLEDNVPQRAAEAGEYLMTKLNESLGSHPFVKAIRGKGLLIGIECVEPVGELVLKGQSRGLLFVTAGPNVIRLLPNLYVTKEEIDQAVSIVTELIHEHTAVSQA	PGPT0014253_873	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014253-argD|pqqI-K00821	NA	NA
JZ016_03551	837	argB	COG0548	Acetylglutamate kinase	ATGAAGAGCACGATCGATCAAAAGGTTACGCTGCCGGGTCAAACATCAGGTGCGGATACGTTCGTGATGAAATGCGGCGGCAGCACGCTCGCGGCCCTTCCTGACAGCTTCTTCGAGGATTTGAAGAATCTGCAGCAAAAGGGAGTTAACCCCGTTATCGTTCATGGTGGCGGACCCGCGATCTCCGGCAATCTGGAGAAGCTTGGCATCGAGACCGAGTTCGTGAACGGGCTGCGCAAGACGACGGAGGATGTGCTGGACGTTGTGGAGATGGTACTTGCGGGCACCATCAATAAGCAGATCGTACGACGGATTCAAAGCGTAGGCGGCTCTGCCATCGGTTTATCCGGCTCGGACGGCGGGCTGATCGAGGCCAAACCGGTGACGAACCACGCGGAGGTCGGCTGGGTCGGCGACGTTACGTTTGTGAAGTCATCCATCCTGAGCGGCGTGCTGGAGATGGGATACATGCCGGTGGTTGCGCCGATTGGGGTGGATCAATCCGGTCAGCGCTACAATATCAATGCCGATACGGCGGCGGGTGCCGTGGCTTCTCATCTGGGCGTAAACCGGATGATCGTTGTCACTGACGTACCTGGAATTATGAAAGGATCGGGCGGCGAGAAGCGGGTGCTTCCAACCGTGACGGTTCAGGAGATCGAGGATATGATCGGGACAGGCGAAATCTACGGCGGCATGATACCGAAGGTCAGAGCGGCCATCAGCTGCATTCACGGCAAGGTGAGCGAGGTTGTCATCGTGGACGGAAGCGAGCCGAATGTACTGAGCCGCGTGCTTGGCGGAGAAGTGCTGGGTACGCGCATCGTGAGGATGTAA	MKSTIDQKVTLPGQTSGADTFVMKCGGSTLAALPDSFFEDLKNLQQKGVNPVIVHGGGPAISGNLEKLGIETEFVNGLRKTTEDVLDVVEMVLAGTINKQIVRRIQSVGGSAIGLSGSDGGLIEAKPVTNHAEVGWVGDVTFVKSSILSGVLEMGYMPVVAPIGVDQSGQRYNINADTAAGAVASHLGVNRMIVVTDVPGIMKGSGGEKRVLPTVTVQEIEDMIGTGEIYGGMIPKVRAAISCIHGKVSEVVIVDGSEPNVLSRVLGGEVLGTRIVRM	PGPT0014249_2917	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014249-argB-K00930	NA	NA
JZ016_03552	1215	argJ	COG1364	Arginine biosynthesis bifunctional protein ArgJ	ATGTTTGCGATTATTGATGGGGGCAGCATCGTAACGCCGCAAGGCTTCAAGGCTGCCGGACTCCACTGTGGACTTAAGAAGACCGACCGTAACGATCTGGGTGTCATTGTATGTGACGTGCCTGCCGTGGCGGCAGCTGTATATACGACGAATCTGTTTCAAGCGGCACCGCTGAAGGTAACGCGTGAAAGCCTGCAGGACGGCAAGCTTCGCGCGATTGTCGTGAACAGCGGGAATGCCAATGCCTGTACGGGTAAGCAGGGTGAAGAGGATGCTTACACGATGCGTGCCAATACGGCTGCGCAATTCGGCCTGGACGAGAACGATGTGGCCGTCGCCTCAACGGGAGTCATCGGGGAACTGCTGAAGATGGACCGCGTTTCCTCAGGGATTGCTGGCCTGCCTGCACGACTTAGCGGCGGAAGCGAAGGGGCTGAGAGCTTCAGCCAAGCGATTTTGACAACCGATCTCGTGAAAAAGGAAGCCTGCGTGACCGTTCAAGTTAACGGTACGAAGGTGACTATCGCCGGAACAGCGAAGGGGTCGGGGATGATTCATCCGAACATGGCGACCATGCTCGGATTTATGACGACAGATGCGGTCATTGGTCAGGAAGCGTTGCAGCTGCTGCTGCGCGAAACGACCAATCTGACCTTTAATATGATTACGGTGGATGGCGATACGAGCACCAACGATATGCTGGTTGCGATGGCTAGCGGCATGGCGGGGCACGACATGCTTTCGCCGGAGCACCCGGATTGGGATGCATTCGCAGCTGGCTTCCATTATGTTTGCCAGCAGCTGGCGAAGGCGATCGCGCGTGACGGAGAGGGAGCTTCCCGCCTGATCGAGGTTCGCGTGGACGGTGCTGAAAGCGATGATGACGCGCAAGCGATTGCCAAGACGATCATTGGCTCCAGCCTGGTCAAATCCGCCGTATTCGGCGCAGATGCCAACTGGGGACGCATTATTGCGGCTGTCGGCCGTGCGGGCCGTCCGGTTAATCCGGAGACGGTCGATATTGCCATAGGCCCGATTTCGGTGCTGGAGCAGTCAAGACCCGTTGCTTTTGACGAAGATGCAGCTCTGGTTTACCTTCAGGGAGACACCGTGGATATTGACGTGAAGCTGCATATCGGAAATGGCTCGGCTACGGCCTGGGGCTGTGATTTAACTTATGATTATGTCCGCATTAATGCGGCTTATCGTACTTAG	MFAIIDGGSIVTPQGFKAAGLHCGLKKTDRNDLGVIVCDVPAVAAAVYTTNLFQAAPLKVTRESLQDGKLRAIVVNSGNANACTGKQGEEDAYTMRANTAAQFGLDENDVAVASTGVIGELLKMDRVSSGIAGLPARLSGGSEGAESFSQAILTTDLVKKEACVTVQVNGTKVTIAGTAKGSGMIHPNMATMLGFMTTDAVIGQEALQLLLRETTNLTFNMITVDGDTSTNDMLVAMASGMAGHDMLSPEHPDWDAFAAGFHYVCQQLAKAIARDGEGASRLIEVRVDGAESDDDAQAIAKTIIGSSLVKSAVFGADANWGRIIAAVGRAGRPVNPETVDIAIGPISVLEQSRPVAFDEDAALVYLQGDTVDIDVKLHIGNGSATAWGCDLTYDYVRINAAYRT	PGPT0014244_1617	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014244-argJ-K00620	NA	NA
JZ016_03553	1056	argC		N-acetyl-gamma-glutamyl-phosphate reductase	ATGACGGACACAAACATAGTAAAAGTAGCTATTGTAGGATCTACCGGCTACGGTGGCGTGGAACTGATCCGGCTGCTGCAAGCACACCCGCGCGTTGAGATTACATCGGTAATCTCGTCTTCAACTGCAGGCGTACCGATATCGGACGGTTTTCCGCATTTGACAAATATCATGACCCAGAACCTGGATGGCGTTAACCCGGCGGAAATCGCTGAGGTGGCAGACCTGGTGTTCGCGGCCACGCCTTCGGGCGTCAGTGCCAAGCTGGTGCCGGAGCTGCTGGATGCAGGCCTGAAGGTCATTGATCTGTCGGGAGATTTTCGCTTAAAAGACGGGGCAGTGTATGAACAGTGGTATAAGCATACGGCTCCGAGTGCGGAACTATTGGAGAAAGCCGTATACGGTCTATGCGAAGTGTTTGGCGAAGAGGTCCGCGATGTCGATTTCATCTCCAATCCGGGCTGCTATCCGACAGCGACGCTGCTCGGGCTGATTCCGGCCATCAGCGCGGGATGGATTGATGCCTCTTCCCTTATTATCGATGCCAAATCCGGCGTATCCGGTGCAGGCCGGGGAACGAGTTTGATGACGCATTATGCCGAGATCAATGAGAACTTCAAAGCCTATAAGGTGAATAAACACCAGCATATTCCCGAGGTTGAGCAGGTATTGACTCAGGTGGCGGGCGAACCGATTACCGTTACCTTTACCACCCATTTGGTGCCGATGACGAGGGGAATCATGACCACCATGTATGCCACGCTGAATGGTCCATACACGGAAGAGGATTTTATTGAACTGTATCGCCAGTATTTCAAGGATCGCAAGTTTGTGAGAATCCGGGACTTGGGCGTATGGCCTGGGACAAAAGAAGTCAGCGGGTCCAATTACTGCGACATCGGATTCGCGGTAGATGCGCGTACGAACAGAGTGACCATTATATCGGTCATTGACAACGTGGTGAAGGGTGCGGCCGGTCAGGCAATCCAGAACCTGAATTTGATGATGGGATGGGAGGAGAGCCTCGGACTTACGTTTACGCCGATTTATCCGTAA	MTDTNIVKVAIVGSTGYGGVELIRLLQAHPRVEITSVISSSTAGVPISDGFPHLTNIMTQNLDGVNPAEIAEVADLVFAATPSGVSAKLVPELLDAGLKVIDLSGDFRLKDGAVYEQWYKHTAPSAELLEKAVYGLCEVFGEEVRDVDFISNPGCYPTATLLGLIPAISAGWIDASSLIIDAKSGVSGAGRGTSLMTHYAEINENFKAYKVNKHQHIPEVEQVLTQVAGEPITVTFTTHLVPMTRGIMTTMYATLNGPYTEEDFIELYRQYFKDRKFVRIRDLGVWPGTKEVSGSNYCDIGFAVDARTNRVTIISVIDNVVKGAAGQAIQNLNLMMGWEESLGLTFTPIYP	PGPT0014251_583	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014251-argC-K00145	NA	NA
JZ016_03554	567			IS1595 family transposase ISSpgl1	ATGGAAATCGAACGGATCTTTGCTAATTTGCCGGTGCTGGAAACCGAACGCCTGAGACTTCGCAGAATATCGATGCAGGATGCGGACCAGATGTATGCCTATGCCTCTGATGATGAGGTTGCCAAGTACGTAACATGGGAAACTCACCGCTCGATCAACGACAGTAAGAAATTCATCCAGTTTATACTTGTCCAGTATGCCAAGCATGATATTGCCCCTTGGGGAATCGAGCTGAAGGAAAGCGGACGTCTGGTCGGGACGGTGGATTTCGTATGGTGGAAGCCCGAACAGCAGAGCGCCGAGATTGGATATGTACTCGCGCGGGATTGTTGGGGACAAGGTCTCATGACGGAAGCTGCTTCTGCTCTACTGAAACTCGGTTTTGGTGAAATGGATCTTGTGCGCATCCAAGCGCGTTGCATAGAAGGGAATATCGGCTCTCAGCGTGTGATGGAGAAGGTCGGCATGTCCTATGAGGGGACGTTGAGGAAGGGGATTAAGACCAAAGGACGGCATTGGGACCTCAAATTATACTCCATTCTAAAAGAAGAATATGAAACTCTTTAG	MEIERIFANLPVLETERLRLRRISMQDADQMYAYASDDEVAKYVTWETHRSINDSKKFIQFILVQYAKHDIAPWGIELKESGRLVGTVDFVWWKPEQQSAEIGYVLARDCWGQGLMTEAASALLKLGFGEMDLVRIQARCIEGNIGSQRVMEKVGMSYEGTLRKGIKTKGRHWDLKLYSILKEEYETL				NA	NA	NA	NA	NA
JZ016_03555	906			hypothetical protein	ATGGCGCAATCCGCTGGCAATCCATCGATTAACAAAAGAAAAAGAGAACCCCTGATTCCGATCAACGGTCCCCTTCGACAGACGGTGGACACCGTTTTTATCATCATCGGCTCCTTTATTATGGCGCTGTCATTTAATCTGTTTTTCTTGCCCAACCACATCGCCTCAGGCGGTGTGTCCGGATTGTCGGTTCTTGCGCAAGCATGGCTCGGCATTGAACCGGCCTTTACGCAGTGGGCGCTCAATATCCCCTTGTTTGTGCTCGGCTTCTGGCTGCTAGGACGTGACTATGGCATTCGTTCCCTTTTGGGAAGCGTGGTTTTGCCATTGTTCGTATTTTTGACCAAGGACTGGCCGATTCCAACCTCCAATCCCCTCTTGGCTTCCATCTATGGCGGGATCGGCGTCGGGATCGGCATGGGGCTGGTCTATCGCGGCAGGGGTTCAACCGGTGGATTGACCATCGTGGCTCAGCTCCTGCAAAAATACAGCGGCCTCAGCTTCTCCCTTTGCGTCGTGCTCTTGGATGCGATTGTGATCTCTTCGGCAGCCCTCGTGCTGTCGCTGGAGCAGGCGTTGTACGCACTCATTGGACTGTACGTGACAGGCAAAGTGATTGATGCGATTGAGCTGGGCTTTAGCTTCACCAAGGTGGCTTACATTATATCCGATCATACGGAGCCTATAACCAAGGCCATCCTCGAGGACCTCGACCGTGGATTAACCAAGCTGACCGCAGAGGGAGGCTATACGGGTGAACACCGGACGGTTCTGATGGTTGTGGTCGGACAGAGTGAAATTCCACGTCTGAAGACGGTGGTACAATCGGTGGACCCGAATGCGTTTGTCATCATTAGCAATGCCCATGAGGTATTGGGTGAGGGCTTCCGCAATATTAAGGCGTAA	MAQSAGNPSINKRKREPLIPINGPLRQTVDTVFIIIGSFIMALSFNLFFLPNHIASGGVSGLSVLAQAWLGIEPAFTQWALNIPLFVLGFWLLGRDYGIRSLLGSVVLPLFVFLTKDWPIPTSNPLLASIYGGIGVGIGMGLVYRGRGSTGGLTIVAQLLQKYSGLSFSLCVVLLDAIVISSAALVLSLEQALYALIGLYVTGKVIDAIELGFSFTKVAYIISDHTEPITKAILEDLDRGLTKLTAEGGYTGEHRTVLMVVVGQSEIPRLKTVVQSVDPNAFVIISNAHEVLGEGFRNIKA				NA	NA	NA	NA	NA
JZ016_03556	1020	prfB		Peptide chain release factor 2	ATGATTGAGAACTTTGAAGAGAAGATGGCGGCCCCGGATTTCTGGGAAGACAATGAGAAAGCGCAGGCGCTCATTGCCGAGATGAATGCCGTGAAGTCATCCGTTGATCAATATCTGAAGCTGCAAGCGGATTACGACGATGCCGTCGTGATGATCGAGCTGGCGGATGAAGAAGGCGATGACTCTCTTGCGGGAGAAATTGGAGAGACGATCAAGGACCTGGTTGGGCGTGTGGAAGAGTTTGAACTCCAACTGCTGTTGAACCAGCCTTACGATAAAATGAATGCCATCCTTGAGCTGCATCCGGGCGCGGGGGGTACCGAGTCGCAGGACTGGGGCCAAATGCTGCATCGCATGTATACGCGTTGGGCGGAGAAACGCGGCTTCAAGGTAGAGACGCTGGATTATTTGCCTGGGGACGAAGCGGGGATCAAGAGCGTGACGCTGCTCATTAAGGGCTACAATGCTTATGGGTATTTGAAGGCCGAAAAAGGCGTGCATCGCCTGGTTCGGATCTCCCCGTTCGATTCTTCCGGCCGTCGCCATACCTCATTTGTGTCCTGTGACGTCGTTCCGGAGATTAACGATGAGATTGAACTGGACATCCGCACGGAGGACCTGAAGATTGATACTTACCGTGCGAGCGGTGCCGGTGGTCAGCATATCAATACGACGGACTCGGCCGTACGGATCACTCACTTGCCAACGGGTGTGGTCGTAACCTGTCAGAATGAACGGTCCCAGATTAAGAACCGTGAGCGTGCGATGACCATGCTTCGTTCCAAGCTCTACGAGCGCAAGATTGAAGAGCAGCAGAAGGAATTGGCGGAAATCCGCGGCGAGCAGTCCGACATCGCATGGGGCAGCCAGATCCGCTCGTATGTTTTCCATCCGTACAGCATGGTGAAAGACCATCGTACACAGGTGGAGACCGGAAATATAGGAGCCGTCATGGACGGGGATCTGGATGCTTTTATCGATGGATATCTGCGCAGCCAGATCAAGCAGGAAGTCGAGTAG	MIENFEEKMAAPDFWEDNEKAQALIAEMNAVKSSVDQYLKLQADYDDAVVMIELADEEGDDSLAGEIGETIKDLVGRVEEFELQLLLNQPYDKMNAILELHPGAGGTESQDWGQMLHRMYTRWAEKRGFKVETLDYLPGDEAGIKSVTLLIKGYNAYGYLKAEKGVHRLVRISPFDSSGRRHTSFVSCDVVPEINDEIELDIRTEDLKIDTYRASGAGGQHINTTDSAVRITHLPTGVVVTCQNERSQIKNRERAMTMLRSKLYERKIEEQQKELAEIRGEQSDIAWGSQIRSYVFHPYSMVKDHRTQVETGNIGAVMDGDLDAFIDGYLRSQIKQEVE				NA	NA	NA	NA	NA
JZ016_03557	2514	secA_1	COG0653	Protein translocase subunit SecA	ATGCTAGGACTTGTCAAAAAGATATTCGGCGACACCAACGAGCGTGATGTCAAACGTCTCATGAAGACGGTCGATGTAATCAACAAACTGGAACCGGATTTTGAGAAGCTCTCCGATGAGCAGCTGCAATCCAAAACCGAAGAGTTCCGTGCGCGGATCGAGAAAGGTGAGACGCTGGAGGAATTGCTTCCTGAAGCGTTTGCGACAGTTCGTGAAGCTTCCAGACGGACACTCGGCAAGCGTCACTATGACGTGCAGCTGATCGGAGGAATGGCCCTCCACGAAGGCAGAATTGCAGAGATGAAGACCGGTGAAGGTAAGACCCTTGTAGGTACGCTGCCGGTTTACTTAAATGCCCTGCTTGGCAAAGGTGTTCACGTTGTAACGGTCAATGATTATCTGGCGCAGCGTGACAGCCAAGAGATGGCGCAAATATATAATTTCCTGGGAATGACGGTCGGGGTTAACCTGAGCGGCATGGAACACCCGGATAAACAGCAGGCATATGCTTGCGATATTACGTACGGAACGAACAATGAGTTCGGCTTTGACTATCTGCGGGATAACATGGTCCTCTACAAAGAGCAGATGGTTCAGCGCCCACTCTATTTCTGTATCATTGATGAAGTGGACTCCATCCTGGTTGACGAAGCGCGTACGCCGCTCATCATCTCAGGTCAAGCTCAGAAATCGACCGAGCTGTACTTTGCCGCTGACCGTTTCGTGAAGCGTCTGACTGCGGAAGAGGATTATACGGTAGACATTAAAGTCAAATCCGTGGCCTTAACTGAAAAAGGCGTAGCGCTGGCGGAGCGTTCCTTCGGCATCGACAACCTGTATGACCATAACCACGTAACCTTGAACCACCACATTGTACAAGCGCTGAAAGCGAACGTGATCATGCGCCGCGATGTGGATTACGTTGTTACCGACGATGAAGTGGTCATCGTTGATGAATTTACGGGACGTCTGATGGCTGGACGCCGCTACAGCGACGGACTCCACCAGGCGATTGAAGCGAAGGAAGGCATCGAGGTTCAGAACGAGAGTATGACCCTTGCAACCATCACCTTCCAGAACTACTTCCGGATGTATCGCAAGCTGGCAGGTATGACCGGTACGGCGAAAACCGAGGAAGAAGAATTCAAGAAGATTTATGGTCTTGAAGTGCTGCAAATTCCTACGAACAAACCAAATCAGCGTATCGACATGCCGGATGTGGTTTATAAGAGCGAAGAGGGCAAGTTTAAGGCGGTTGTAGCTGAGATCGTGGAGCGTCACAAAAAGAACCAGCCGATTCTGGTGGGTACGGTTTCCATCGAGAACTCCGAGCGTTTATCGGAAATGCTGAAGCGCAAAGGCGTCCAGCATAAAGTTCTGAATGCGAAGTACCATGCGGAGGAAGCGGAAATCATTTCCCGCGCCGGTCAGCCGGGATCGGTAACGATCGCGACGAATATGGCTGGACGCGGTACGGATATTTTGCTTGGTGAAGGCGTACAGGATATTGGCGGACTTCACATTATCGGTACGGAACGTCACGAATCGCGCCGGATCGATAACCAGCTGCGCGGTCGTGCCGGTCGTCAGGGTGACCCGGGGTCGACTCAGTTCTATCTGTCCCTCGGCGATGAGCTGATGAAACGTTTTGGTACGGACAACGTGCTGAACATGATGGAGCGCCTTGGTTTTGAAGAAGACCAGCCGATTGAGAGCAAAATGATTACCCGTGCGGTTGAATCCGCGCAGAAGCGGGTAGAAGGCAACAACTTCGACATGCGTAAAGTCGTTCTCCAATATGATGACGTCATGAACCAGCAGCGTGAGATCATCTACAAACAGCGCCGCGAGATCTTGGAGTCCCAAGACATTAAGCAAATCGTTGTAGAGATGATTAAGCCGGTCATTGATCGTGTCGTTCAGGCTCACTGCAGCGATGACATTCCGGAGAACTGGGAACTGCAAGAAGTGGCAGACTACGTCAACAGCAAGCTGCTGGACGAGGGTGCCGTTACCCGCGAAGATCTGTGGGGTAAAGAAGCAGAAGAGCTTACCGAGTACATCTTCGATCGCGTGATGAAGAAGTACGAAGAGCGTGAGCAAGCCATCGGCGAAGAAATGGTTCGCGAGTTCGAGAAGGTTATCGTGCTGCGTGCGGTAGACAGTAAGTGGATGGATCATATCGATGCAATGGACCAATTGCGTCAAGGTATTCACCTTCGTGCTTACGGCGGTACCGATCCGCTTCGCGAATACCAATTCGAAGGCTTCGAAATGTTTAATGCCATGATCGCGACGATCCAGGAAGAAGTGGCGACGTACATCATGAAGGCCCAAATCGCGACGAATCAGGAGCGTCAAGCCGTTGTGGACGAGAACAAAGTCTCCACGAACAGCAGCAGCGAACCTGCCGAGAAGCGTCCGGTCCAAGTGGCTGAACAGATTGGCCGGAATGATGCATGCCCTTGCGGCAGCGGCAAGAAATATAAGCACTGCCATGGACAGAACGCATAA	MLGLVKKIFGDTNERDVKRLMKTVDVINKLEPDFEKLSDEQLQSKTEEFRARIEKGETLEELLPEAFATVREASRRTLGKRHYDVQLIGGMALHEGRIAEMKTGEGKTLVGTLPVYLNALLGKGVHVVTVNDYLAQRDSQEMAQIYNFLGMTVGVNLSGMEHPDKQQAYACDITYGTNNEFGFDYLRDNMVLYKEQMVQRPLYFCIIDEVDSILVDEARTPLIISGQAQKSTELYFAADRFVKRLTAEEDYTVDIKVKSVALTEKGVALAERSFGIDNLYDHNHVTLNHHIVQALKANVIMRRDVDYVVTDDEVVIVDEFTGRLMAGRRYSDGLHQAIEAKEGIEVQNESMTLATITFQNYFRMYRKLAGMTGTAKTEEEEFKKIYGLEVLQIPTNKPNQRIDMPDVVYKSEEGKFKAVVAEIVERHKKNQPILVGTVSIENSERLSEMLKRKGVQHKVLNAKYHAEEAEIISRAGQPGSVTIATNMAGRGTDILLGEGVQDIGGLHIIGTERHESRRIDNQLRGRAGRQGDPGSTQFYLSLGDELMKRFGTDNVLNMMERLGFEEDQPIESKMITRAVESAQKRVEGNNFDMRKVVLQYDDVMNQQREIIYKQRREILESQDIKQIVVEMIKPVIDRVVQAHCSDDIPENWELQEVADYVNSKLLDEGAVTREDLWGKEAEELTEYIFDRVMKKYEEREQAIGEEMVREFEKVIVLRAVDSKWMDHIDAMDQLRQGIHLRAYGGTDPLREYQFEGFEMFNAMIATIQEEVATYIMKAQIATNQERQAVVDENKVSTNSSSEPAEKRPVQVAEQIGRNDACPCGSGKKYKHCHGQNA	PGPT0025735_4835	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025735-secA-K03070	NA	NA
JZ016_03558	567	yvyD	COG1544	Ribosome hibernation promotion factor	ATGCAATTCACTATCCGAGGTCAACAAATTGAAGTGACCGATGCTTTGAAAGACTATGTTGACAAGAAACTCAGCAGGCTAGATAAGTATTTTGATGCACCCCCCACCTCCGAAGGATATGTCACACTGAATGTCATTCGAGGATTGCACACAGTGGAAGTGACCATTCCGCTCACAGGCGTGGTACTGCGTGCGGAAGACCGAAGCGACGATATGTACGCTTCCATTGACGCTGTTGTGGACAAGTTGGAACGTCAGATTCGCAAGCACAAAACCAAGCTGAACCGTAAGATCAAGCAAGAGGGCGGACTGAAGACGCTTATTGCGGCGAACGGAGCAGCGGCAACCAGTCAGATGGATGCAGAGCAAGTCGAGTATGACGAGGACAATTACGAAGTTGTCCGTACGAAACGTTTTACCATGAAGCCGATGGACGTGGAAGAAGCGATCCTGCAGATGAACATGGTAGGCCATAATTTCTTCGTATTTTCCAACATTGACACACAAGAAGTAAATGTCGTTTACAAGCGTGATGACGGCAAGTACGGATTGATCGAGCGGGACTAA	MQFTIRGQQIEVTDALKDYVDKKLSRLDKYFDAPPTSEGYVTLNVIRGLHTVEVTIPLTGVVLRAEDRSDDMYASIDAVVDKLERQIRKHKTKLNRKIKQEGGLKTLIAANGAAATSQMDAEQVEYDEDNYEVVRTKRFTMKPMDVEEAILQMNMVGHNFFVFSNIDTQEVNVVYKRDDGKYGLIERD				NA	NA	NA	NA	NA
JZ016_03559	198	cspB_2		Cold shock protein CspB	ATGCAAGGTAAAGTGAAATGGTTCAACGCAGAGAAAGGTTATGGCTTCATCGAGACTGAGGACGGCGGCGACGTATTCGTGCATTTCTCCGCGATCCAATCCGAGGGCTTCAAGACTCTGGAAGAAGGACAATCCGTAGAATTCGAGATCGTTGAAGGCGCTCGTGGCCCGCAAGCAGCTAACGTAATCAAATTATAA	MQGKVKWFNAEKGYGFIETEDGGDVFVHFSAIQSEGFKTLEEGQSVEFEIVEGARGPQAANVIKL	PGPT0014675_9943	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
JZ016_03560	2334			hypothetical protein	TTGAAGAAAACTAGCAATTTATTCCTTATTCTATCTCTGTTTTTAAGTTTAGCATTTATCAATCCCGCAGTAGTCGAAGCAGCAACTCAGTATACTGGTGGGCTACTGGATGGAGAGACGGTACAAATTGGATCTTCCGTAGGACAATCATCCTCTATAGCTACACAGTTGACAGACGATGATCCATCGACCTCAGTAGTTCTGGCTAACGGAAGTCTTGCTTGGTACACTTTTACTTCTCCTGTGGAGATTTCCGCGGTCATTGCAAGATATAGTAGCCCAGTAGCTGTTGAGTTTTATGATGTAAATAATAACTTACTACAAAGATATGAAATATTAAGCAGTGATGGAGTTCAAACGCTTCCGGCCCCGGTACAAAATGTTTCATCAGTTGCGTTGAAATATACGGGAGCTAATTCGAGAGTTTACGAATGGAATGTGTTTGCGGCTCCATTAACGGCTCCGTTGCCAACAGCGATTACCTGGATTCAAGGCGGTGATCAAGTAGCGAAACTGGAATGGACGGCAAATGGAGCAGAATCGTACAATGTTAAACGTGCTACTTCTCCAGGTGGACCTTATGCCACGATTGCGAATGTTAAAGGAACCTCATATTCCGATAACACCGTAACAAATGGAACGACATATTATTATGTAGTTTCCGCTGTTAATCAGGCGGGAGAAAGCAGCAACTCGCCTGAGAAGAGTATCAAAATTGAAGCAACGAAGTACACGGGAGGTTTGCTTGATTGGGTTACTTTGCAAGTAGGCAAATCGATATCCAATCCGACAGGAAATACACGAGAACTGACGGATAACAATATATCTACTACAAAGGTCATAAGCAATGGGGAATTTGTGTGGCATACTTTCCCTGCCCCAGTTGAGATTTCTGCGGTCATTGCCAAATATACTAATCCAGTAGCGGTTGAGTTTTATGATGTAAATAATAACTTACTGCAAAGATATGAACTATTAAGCAATGATGGAGTTCAGACGCTTCCGGCTCCGGTACAAGGTGTATCGACAGTTGCGCTGAAATATACGGGAGCTAATTCGAGAGTTTACGAATGGAATGTGTTTGCGGCTCCATTAACGGCTCCGTTGCCAACAGCGATTACCTGGATTCAAGGCGGTGATCAGGTAGCTAAACTGGAATGGACGGCAAATGGAGCAGAGTCGTACAATGTTAAGCGTGCTACTTCTCCAGGTGGTCCTTATGCAGTGATTGCGAATGTTAAAGGAACCTCTTTTTCTGATAACACCGTAACCAATGGAACGACATATTATTATGTAGTTTCTGCGGTGAATCAGGCAGGGGAAAGCAGCAACTCACCTGAGAAGAGTATCAAAATTGAAGCAACGAAGTACACGGGAGGTTTGCTTGATTGGGTTACTTTGCAAGTAGGCAAATCGATATCCAGTCCGACAGGAATTGCACGAGAACTGACGGACAACAATATATCTACTACTAAGGTCATGAGCAATGGGGAATTTGTGTGGTATACTTTCCCTTCCCCGGTTGAGGTTTCTGGCGTCGTTGCAAAGTATACTAATCCAGTAGCGGTTGAATTTTATGATGTAAACAATAACCTGCTGCAAAGATACGAACTATCTACCAATGATGCTGTAGAGACGCTACCAGCCCCCGTACCAGATGTATCGACAGTTGTTTTAAAATACACGGGAGCCAATTCAAGAGTTTACGAATGGAATGTGTTTGGGAAAGGCGGGGAATTGCCTCCAGAGGCACCATTTAATTTAGTTGCTACTGCCGGTAATAAAAACGTTGTTTTACATTGGAGCAGCAGTTCTAACAATGCCGCCACAAGCTTTAATGTAAAGCGAGCCACGGTATCTGGCGGACCGTATGCTGTAATTGGAACCGTAACAGGCAATACTTACAGTTACACAGATAGCAATGTTATGAATGGCACTACATATTATTATATTGTTACCGCGGTTACTGCAGCAGGTGAAAGTGGCGATTCAAATGAAGCTTCCGCTACACCGAAGGCAGTAAATCCTCCCGGTCCTGGTGATGGTCAAGAAGGAGAGCGGGCCTTGCTTCGTCTTATCCTTTTAAATGGCATCGATAGAGAGTACGACTTATCCATGACGGAGGTGAATGCCTTCATTAACTGGTATGAAGAACGTGCCAACGGCGTTGGAACAGCTATGTATGGTATCAATAAATACAATAATAATAAAGGGCCGTTTGTAAATCGTAAGGATTATGTATTCTATGATAAGATTATTACGTTTGAAGTGAATTCTTATGATACGGGGACAATTGTACCGGAAACCCCACCCTATGATCCGGGTGCCCATTAA	MKKTSNLFLILSLFLSLAFINPAVVEAATQYTGGLLDGETVQIGSSVGQSSSIATQLTDDDPSTSVVLANGSLAWYTFTSPVEISAVIARYSSPVAVEFYDVNNNLLQRYEILSSDGVQTLPAPVQNVSSVALKYTGANSRVYEWNVFAAPLTAPLPTAITWIQGGDQVAKLEWTANGAESYNVKRATSPGGPYATIANVKGTSYSDNTVTNGTTYYYVVSAVNQAGESSNSPEKSIKIEATKYTGGLLDWVTLQVGKSISNPTGNTRELTDNNISTTKVISNGEFVWHTFPAPVEISAVIAKYTNPVAVEFYDVNNNLLQRYELLSNDGVQTLPAPVQGVSTVALKYTGANSRVYEWNVFAAPLTAPLPTAITWIQGGDQVAKLEWTANGAESYNVKRATSPGGPYAVIANVKGTSFSDNTVTNGTTYYYVVSAVNQAGESSNSPEKSIKIEATKYTGGLLDWVTLQVGKSISSPTGIARELTDNNISTTKVMSNGEFVWYTFPSPVEVSGVVAKYTNPVAVEFYDVNNNLLQRYELSTNDAVETLPAPVPDVSTVVLKYTGANSRVYEWNVFGKGGELPPEAPFNLVATAGNKNVVLHWSSSSNNAATSFNVKRATVSGGPYAVIGTVTGNTYSYTDSNVMNGTTYYYIVTAVTAAGESGDSNEASATPKAVNPPGPGDGQEGERALLRLILLNGIDREYDLSMTEVNAFINWYEERANGVGTAMYGINKYNNNKGPFVNRKDYVFYDKIITFEVNSYDTGTIVPETPPYDPGAH				NA	NA	NA	NA	NA
JZ016_03561	663	lpxD		UDP-3-O-(3-hydroxymyristoyl)glucosamine N-acyltransferase	ATGAAAATAATAGTTATTGGAGGAAAAGGCACCGCGGTTAATATTGCGGAACAAATTGTAGATGCTCATCGGTCCTACGGAGCAAAAGCAGAATTTTTGGGTTATGCGTTTGATGATCCTGCCTTTGGTGAAAATATTAATGGCCATCCTATATTGTGTAAAACAAGAGATTTAAATGCTATGTATAGCCATTATTCAGATATTGGATTTCTATACGCTCTATATAATCCTGATAAAATGAGAGAGAGAGTTCAATTGCTGAAGAGTTATGATATTCCTCGTGAGAAGTTTTGTAATTTTATACATCCTAACTCTTATATTTCTAAAAGCTGCAAGATGGGCTTTGGAAATGTGGTGTTATCACATAGTTCTGTACAAGCCAATGTAACATTAGGAGATTTTAATATTATCAATTCGAATGTTGTAGTGGAACACGATACTAATTTAGAAAGTAACAACTTTATTGCTGCATCTACATGCTTAGGATCATTTATTAATGTGGCTAATGGTGTATTTATAGGGCTGAATTCGACAGTAAGGGAACGTGTTCGAATAGAAGATTATGCTTTTGTAGGGATGGGTTCTAATGTTCTTAATGATATTGATGCCGAAAGGATTGTATTCGGTAATCCTGCTAAAGAATACAAAAGAAGTCTAAAATAG	MKIIVIGGKGTAVNIAEQIVDAHRSYGAKAEFLGYAFDDPAFGENINGHPILCKTRDLNAMYSHYSDIGFLYALYNPDKMRERVQLLKSYDIPREKFCNFIHPNSYISKSCKMGFGNVVLSHSSVQANVTLGDFNIINSNVVVEHDTNLESNNFIAASTCLGSFINVANGVFIGLNSTVRERVRIEDYAFVGMGSNVLNDIDAERIVFGNPAKEYKRSLK				NA	NA	NA	NA	NA
JZ016_03562	708			putative protein	ATGAAGGTAGGGATAATGCAACCATATTTATTTCCATATATCGGTTATTTTCAACTAATTAATTGTTCAGATTTGTTTGTCATATATGATGATGTTCAATATATAAATAGAGGATGGATCAACCGGAATAGATTACTAAATAAGGATCAACCATTCCTCTTTACAATGAGCTTAAAAAAAGATTCTTCAACCTTAAATATTAATGAAAGAAAGTTCTCGGAGGAGTTTGATAATGAAAGTAAGAAATTATTGAAAAGTTTAGAGTATTTTTATTCAAAAGCGCCTTATTTTAAAGATACAATGAATTTGATTACTGATATATTTCAGTTCAATACTCAAAATATTTCTGAATTTATTTCCAATCATATTTCTAAAATATGTAAGCATCTTGATATTAAGACTCCTTTGCTACTCTCGTCTGAAATCAATAGAGATCCTAGTCTTAAAGGAGAAGATGCCATTATTGATATAGTTAGTTTACTAAAGGGAGACCATTATATAAATCCAATTGGTGGAACTAATTTATATTCGAAAAATCAGTTTGATATAAATGGTATCCAACTTAGCTTCCTTAAAACTAACGGCATCAGATATCCACAATTTAACAATGATGAGTTTGTATCTAATCTTTCAATTATAGATGTTCTAATGTTTAATTCAAAAAGCGAAATAAGTGAATTGCTGCTTAAGTATGAATTATTCAAGTAG	MKVGIMQPYLFPYIGYFQLINCSDLFVIYDDVQYINRGWINRNRLLNKDQPFLFTMSLKKDSSTLNINERKFSEEFDNESKKLLKSLEYFYSKAPYFKDTMNLITDIFQFNTQNISEFISNHISKICKHLDIKTPLLLSSEINRDPSLKGEDAIIDIVSLLKGDHYINPIGGTNLYSKNQFDINGIQLSFLKTNGIRYPQFNNDEFVSNLSIIDVLMFNSKSEISELLLKYELFK				NA	NA	NA	NA	NA
JZ016_03563	1083	vioA		dTDP-4-amino-4,6-dideoxy-D-glucose transaminase	ATGATATTTGTTACAAAACCTTATCTGCCTGATGAGGAAAAGTTTAATCACTATGTTTCTCAAATCTTCCGTTCGGAGAGATTAACCAATAACGGCGAATTACTATTAGAATTAGAGAGGCGATTAGCCTCATATTTAGGAGTAGAGAACATTCTGCTTGTCTCTAACGGCACCTTAGCTTTATCCGTTGCTTATAAATTATTGGGATTACAAGGAGAAGTTATTACAACTCCTTTTTCTTTTGTCGCTACTACAAGTAGTTTAGTGTGGGAAGATTTAAAACCAGTATTTACTGATATAGATGAAGAAACTTTGAATATTAACCCTGATGAAATTGAAAGAAATATAACTGATTCAACAACAGCGATAGTTCCCGTGCATGTTTTTGGAAATGGTTGCGACATAAATGAAGTCGAGGCAATTGCTAAAGAATACAACTTAAAAGTGGTATATGACGCTGCTCATGCTTTTGGAGTTAGGTATAAAAATCAAAGCATCCTAAACTTTGGAGACATCTCTATACTAAGCTTTCATGCTACTAAGTTATTTCATACTATTGAAGGTGGGGCTTTAATTATTAAGGATAGGGATTTATATGTGAAGGCTCGAAAAATGATTGACTTTGGAATAGATGGCCCAGACAGAGTGCGCTATCTTGGCATAAATGCAAAAATGAATGAGTTTCAAGCGGCTATGGGGCTTTGCGTATTAGATGATATAGAAAAAATTAATGAGAAACGCGAGAAATTGTTCAGGGCATATGAGGCTGCTTTTCAATTTGATCCACTGGTGAAGCTACAAAAACAAAACCTTAATTGCTCAAATAACTTTAGTTACTTTCCTATTATATTAGAAGACGAACAATCACTGTTGCTTGTCAGAGAGCAACTATCCCTTAAGGGTATTATTCCAAGAAGATATTTTCACCCTTCCTTAGATAGGTTGGATTATGTAGAGTCGAGATTCATGCCTGTCTCTAATTCAGTTTCAAGCAGGATACTTTGTCTTCCATTGTACGATTCCCTTGATATTAATGACCAGCGAAGAATTATTCAAACAGTGAAAGAGGCGTTGGTGAAATGA	MIFVTKPYLPDEEKFNHYVSQIFRSERLTNNGELLLELERRLASYLGVENILLVSNGTLALSVAYKLLGLQGEVITTPFSFVATTSSLVWEDLKPVFTDIDEETLNINPDEIERNITDSTTAIVPVHVFGNGCDINEVEAIAKEYNLKVVYDAAHAFGVRYKNQSILNFGDISILSFHATKLFHTIEGGALIIKDRDLYVKARKMIDFGIDGPDRVRYLGINAKMNEFQAAMGLCVLDDIEKINEKREKLFRAYEAAFQFDPLVKLQKQNLNCSNNFSYFPIILEDEQSLLLVREQLSLKGIIPRRYFHPSLDRLDYVESRFMPVSNSVSSRILCLPLYDSLDINDQRRIIQTVKEALVK	PGPT0022855_5	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-N_ACETYLVIOSAMINE_MODIFICATION,PGPT0022855-vioA-K20429	NA	NA
JZ016_03564	1344			hypothetical protein	ATGGTAAATGTAATTAGTGATTATTACAATCAATTTAAAAATGATATTGAGAACCTCTTAGAAGATGGTCGCTTTGATGATGCAAATCATCTTATTAGAGAATATAGGAGATTAGATCCTAGAAATATTGAAATCTATTCGGTTGAATCAGTAGTTGCAATTATGGAAGGTAATATGAATCGTGCTGAGCAAGCATTACGAATGGGACTTACTTTAGATAAAGATAACCCAGACCTTTGGTTTAACTTCGGATATTTTCATGAAATTAAGGGAGACTTAGTTGGAGCTTTACATTGTTATCAGAATGCAAAAAAAAATGCTTCTGAGGAGCTAATAGTACAAATTAACGATGTAATTGTTAAACTATCGAGTAAGGGTAAAGAAATCCCGTTAGAAGAGAAGGAATGTTTAGATAACAAGACTACCCCAATTGTTAGCGTTCTAATTCCAACGTATAACATGAAGGAATATTTGAAAGAAGCGATAGATAGTGTATTGGCGCAGGATTTTTCTAATTTAGAAATCATCATTGCAGATGATTGCTCCACAGATGGCACCTTTGAAGTGATGAGTGAATATAAAGACGATTCAAGAGTGCGTTACGTTCAAAACAAGGTGAACCTTGGTTCGAGCATAAATTCTCAGCAATTATTATACAAATACGCTCAAGCAAAATATGTATTATTTATTAATCACGATGATTATTTAACACAAACAGACTATATTAGTAAAGCAGTAGCAATATTAGAATCTAATCAAGATATCTCACTCGTGTTTGCTAATGTAAAAATTATGAATACGCAGTCCCCACAAGGTTTTAACGGAACCAATTTAAATATAGAAAGCAGGGTTGATGGTCTCGATTACTTTTTGAATTATCAAAAAGTAAAATATCCACCAATTCCGAGCACACTCACATCGATGTTTCGTAAGGATGATGCAATTCGTATGGGGTGTCTTTTAGAAGAAGTGTACAGTCAGGATACTTTTCTATATTTAAAATTGATGTTACTTGGTGATGTAGCATTTATCGAAAACCATGTCGGAGTTTACAGAGTACATGGCGAGAATTTATCAAATAATATGCCAAGTGATCGAGATTTTTCTACCGTTGAGGAATTTGAAAGACTATATACATTTGCATTGGCAAAAGGAATGAATGTAGAAGATTTAGAGCTTTGGTTGCAAATTAGAATATTTAATTATATACGTTGGAGGCTAACGTACATTTGGCCAAGTAACAGGAAATATGCACTGGAATTGTTACTAGCTATAGCGGACCAATATAACTTTGCGTTTGATTCTATTGTCTCTAACCTGCAATGGTCTAATCCTACTAAGTAA	MVNVISDYYNQFKNDIENLLEDGRFDDANHLIREYRRLDPRNIEIYSVESVVAIMEGNMNRAEQALRMGLTLDKDNPDLWFNFGYFHEIKGDLVGALHCYQNAKKNASEELIVQINDVIVKLSSKGKEIPLEEKECLDNKTTPIVSVLIPTYNMKEYLKEAIDSVLAQDFSNLEIIIADDCSTDGTFEVMSEYKDDSRVRYVQNKVNLGSSINSQQLLYKYAQAKYVLFINHDDYLTQTDYISKAVAILESNQDISLVFANVKIMNTQSPQGFNGTNLNIESRVDGLDYFLNYQKVKYPPIPSTLTSMFRKDDAIRMGCLLEEVYSQDTFLYLKLMLLGDVAFIENHVGVYRVHGENLSNNMPSDRDFSTVEEFERLYTFALAKGMNVEDLELWLQIRIFNYIRWRLTYIWPSNRKYALELLLAIADQYNFAFDSIVSNLQWSNPTK				NA	NA	NA	NA	NA
JZ016_03565	1203			hypothetical protein	ATGTATAGGGGGGAATGTGCGGATACTTGTTGTTCAGGGTGGACTGTTACTATCGATAAAAAAACATATAAAAAATATCAAAAATTAAATGATAATGAGTTACGTACAAAGTTAAAAGATAATGTTAAACGAATAAAGACAAGTGATATAAAAAGTGACGAACTGTATGCACGATTTATTATGGGCAGTAATGGCTGTTGTTCCATGTTAACAGAGGATAAATGGTGTCAGATCCAAAAAGAGCTTGGAGAAGAAGCGTTGTCTGTAACTTGCCAAAGTTACCCAAGGAATCTTAATAAGGTTGATGATAATTTAGAACTTTCAGCTAGAGTTTCGTGTCCCGAGGTCGCCAGACTTGCATTATTACAACCTAATGGAATTGAATTTGAGTCACTTGATTTTGAGATAAATCCAGTGTGGCCACTATATAGATACCAAGATTCGGAATCATCTAACGGAATAAAAAGTTATTTCTGGCCAGTTCGTATGCTTGCAATCGAGATCTTGCAATCACGCCAAATAAGCTTAGGGGACCGCATGTTGGTGTTGGGCATGTTTATTAATGCTCTGCAAACAGAAATAAATAATGCGAATGAGAGTAAAATACCGCAGATAATAGAATTATATCAAGCGAACCTAAAGGATTCCAATTTTCTAGCTTCTATCTGTAACTTAAATACTAACTTAGATGTTCAACTACAAGTTCTTTTTGAGCTTATCAAATACAGAACAAAATTAGGGATAGAAAGCGACAGGTATTTAATAACAATGAAAGAAATGATCGAGGGTTTTAATCAAGTGGATGAAAATTCAAATTTCGATTCGTTTAAAGAATGTTATAAAACTAACTTCAATGATTATTATTTTCCTTATATGCAAACTAAGGAATATATTTTGGAAAACTATGTAGTGAATTTGGTATATAATTTGTTGTTTCCAAGCAGTGATGGTAGGAATAGCTCTTTATTTGATGAATTCGTTATTATTGCGACGTTGTACGCTTTATTGAAGATTCATTTAGTAGGAGTATCAGGTAAACACAAATCATTAGATGATGAACTAGTTATTCGAGTTGTTCAATCTTACGCAAAGGTTATGGAACATAATAATCGTTACATCAAATCTGTTCTTGAAGAGCTTAAGTTGAATAATTACTATTCACTGGCACATGTGTCTGTGCTTGTAAAGGATATGAAAGTATAA	MYRGECADTCCSGWTVTIDKKTYKKYQKLNDNELRTKLKDNVKRIKTSDIKSDELYARFIMGSNGCCSMLTEDKWCQIQKELGEEALSVTCQSYPRNLNKVDDNLELSARVSCPEVARLALLQPNGIEFESLDFEINPVWPLYRYQDSESSNGIKSYFWPVRMLAIEILQSRQISLGDRMLVLGMFINALQTEINNANESKIPQIIELYQANLKDSNFLASICNLNTNLDVQLQVLFELIKYRTKLGIESDRYLITMKEMIEGFNQVDENSNFDSFKECYKTNFNDYYFPYMQTKEYILENYVVNLVYNLLFPSSDGRNSSLFDEFVIIATLYALLKIHLVGVSGKHKSLDDELVIRVVQSYAKVMEHNNRYIKSVLEELKLNNYYSLAHVSVLVKDMKV	PGPT0015510_75	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015510-fliB-K18475	NA	NA
JZ016_03566	1095			hypothetical protein	ATGAAGCAGCCAATATCCGCTTGTATTATGACAAAAAATGAAGAAAACGTTATTGCCCAATGTATTGATTCGATCAGTCCTTACGTAGAAGAAGTAATTGTTCTAGATACCGGCTCTACTGATAAAACAGTAGAGATTGCCAAATGCAAAAAGGTTATTGTAGAACAAACTTCCTGGAATAATAGCTTTTCTATGGTTCGTAACGAACTCATAAGGATTGCCAGCAAACCAGTTATATTAATGATAGATGCAGATGAAATACTTGTGGCTGATCAACAAGAATTATTGCAACGAAGCTATAATTTTATAGTAGAGAATAATAGTATGATTGGAAGATTAAGCATAATTAATCAAACGGAGGATAATGAAACAACAAGATCATCGGCAGCCAGATTGTTCAGTAACAGTACCGACATTTTTTTTGAAGGTGCTGTACACGAACAAATACACTCTAAAAATAGATCACTATCATATTTCGATACTGAATTGAAAGTTATGCATGATGGTTACTCTAAAGAAAGAGTTGCTCGAAATAATAAGATCCAAAGGAATTTAGAATTGTTATTTTCTGAACTACGAGATAAACCAGAAGATTCTTACTTGAACTTTCAAATAGGTAGGACATATTCAGTTAATGGTGAACATGACAAAGCAGAACATTACTTGAATAAAGCGTATAGGTCTGCTAATGGTAATGAAATTTTTCATAGTACCATCATCCAAACGTATGGATGGACATTACTAGAAAATTCCAAATTCGAGACATTACTTGCGTTGCTTTATTCAGCGATAGATAGATACCCTGATTACACGGATCTATATTTTTTGTATGGATGTACCTTAACAAAAATGAAGTCAGTTAATCATATTGATTTAATACCTGGAATTTTTGAAGCGTGTATTGCTCTAGGTGAACCGGATTCAAGAAAATACGAGACAGTTTCTGGGGTTGGATCTTATAAGGCATTCTATAATCTAGGGATTTTCAAAGAATTAACTGGAGATAAAAAAGGGGCTATTGCTGCTTATCAAGAAAGCAGCTTGGAAAACTATAAACCAGCGATGGATAGATTGCAACTGATAACTAATGAATAA	MKQPISACIMTKNEENVIAQCIDSISPYVEEVIVLDTGSTDKTVEIAKCKKVIVEQTSWNNSFSMVRNELIRIASKPVILMIDADEILVADQQELLQRSYNFIVENNSMIGRLSIINQTEDNETTRSSAARLFSNSTDIFFEGAVHEQIHSKNRSLSYFDTELKVMHDGYSKERVARNNKIQRNLELLFSELRDKPEDSYLNFQIGRTYSVNGEHDKAEHYLNKAYRSANGNEIFHSTIIQTYGWTLLENSKFETLLALLYSAIDRYPDYTDLYFLYGCTLTKMKSVNHIDLIPGIFEACIALGEPDSRKYETVSGVGSYKAFYNLGIFKELTGDKKGAIAAYQESSLENYKPAMDRLQLITNE				NA	NA	NA	NA	NA
JZ016_03567	3693			hypothetical protein	ATGCATAAGGCTATATTAAAAGTATTAATTTCTATATTAGCCTGTTTTATCATTATAAGTCAGCTTCCCCTTCAACCCAATGCTGCAGCAGCTAATACTGAAGCTGTAAGCGTAGAAAAAAGGGTGTCACCATCCGAGATCTTAATTGGTGAAGAAGCAGATGTTGAATTGAATGTATCAGGATCTGGAGATGTGAATTTCGTAAAGCCTAATGATATTATCTTAATTATTGATAGATCGGGAAGTATGCTACCGAGTAACAACAATGGTGAGGATAAGATGGCTAACGCTAAAGCTGCCGCTAAAGGCTTTATTGATCTAGTGGATTTCACCAAGCATCGTGTTGGTGTTGTTGATTTCTCGAGTAATGTGAAATACAAAGAACTTTCAAATAATCCAGACGAGTTGAAAAACTATATAAATGGTATTCAGGCCAGTGGGGGAACAAATACTCAAAGCGCAATTGAAAAGTCTCGTGAGCTATTGAGGAATCATAGAAGTGAAGCTCAGCCTGTTATATTATTGCTTACGGATGGCGAAGCTACTGAACCCGCTCCAGTAGAAAATGCACGTCTTAAAGCACTGGAACAAGCCAATTCCGCTAAAGGTGAATCAGTAGTTTTTTATACAATTGCTCTTTTAAAAGCTAATGAAAATCCCGCGACTAGCGCTCCAAACCAGTTAATGAAGGAAATGGCTACGACTGCTCATCACCATCATTTTGTCTTAGGGTCTGTGGGATTGGCTGAAATCTATCAAGCTATAGTTGATGAAATTGGCGTGGCTAGTGCTTATGATGTTATTATCACTGACACTGTGAGCCCAGAATTTGAGATAGTACCAAATTCTTATCAGGACAATATTCCACAGCCAACAGTAATTGGGAATAAACTTGAATGGAAGTTTAATGAGCTTAAGGAAGAGAAATTATCTTTACACTATAAAATTCGCCATAAATCAGGAGCAGCAACCGGCTCGATATCTGTTGGTGCAGAAGAAATTAACGTTACTTATAAAGATTATACAGGAGCACCACATCATTTTAATGTGAGCCACCCTGTGATAAAAGTGTCGTATCCTGCTCCTATAATCAGCTCAATCGTAGAGGATAATGGATTAATTAATGGGGGAGAAACAGTAGCTATAAATGGAGAAAACTTCCTTGATAATCCTAAGGTCACTTTCGGAACGAAAGATGCTACTTCGGTTCAGTTTATAGATTCAACCCAAATTATTATTACAACACCACCAGGGGTGCAAGGTATAACTGATGTAAAAGTTACAAATAAAGATGGACAGTTTGCAACTACTACATATAGATACTTTGCTATTCCTGAAATTACTGACCTTAATCCTAAAATAGGCCCTATCGGTGGTGGCAATGAAATAAAAATATCAGGTAAATATTTCATGCAAGGTGCGAAGGTCAAGCTTGGAGAAAACGAAGCAGTTGTAAAAAGTACCACCTCTACGCTTATTTCAATTATCGCACCTAGTTCATCAGAGCCTGGAAAAGTTGATGTCCAAGTAGTTAATCCTGATGGAACTGAGACAGTGATGCCAAATGCTTATGAATATTTGGAAGGTCCAGTCATTCATGATATAACCCCTTCATCTGGATTAATTACTGGTGGCGACAGTGTTTTGATAACAGGTGATCATTTTAGAGATGGTGCAGTAGTTAAATTCAATTCATATACATTACAAGCTGAATATGTCTCCTCAACGGAGTTGAAAGTTTCAACACCAGTTTGGAGTAGAGCGGAGGCAGTCAATGTTGTTGTTATGAATCCTGATGGACAAATTGCAACATTAGAAAAAGGATTTAACTATGAATATCCGGCACCAATAATTGAGAAGATCAGTCCAAATGAAGGATTGGTAACTGGCGGAGATCTTATTGTAATAGAAGGCCAGAATTTTCTGCCCGAGTCAAAGGTACTGTTTAAGGATAAAGAAATTTCGCCAAGCTACCTAGATAAAAATCATTTGAGGGTTAGATCACCACAATGGACGACTGAAGAAACTGTTGATATAACTGTTAAAAATCCTGATGGTAAGTTGTCAAAGTTGGAGCAGGCCTATACTTATAAGCTACCACCAGTATTCGAAGTGAGTTCTATATCGCCAACGAGCGGTCCGCTTGAAGGTGGAAATATGATTTATATAAACGGTAAAGAATTTAGTAATACTTTATCAGTATACATTGATAATACCAAAATTATCCATTCATTTATATCGAATGAACAGCTTTCTATTAGGGCTCCTAAGGCATTAGAAGCTGGTAAAGTAGATTTAAAAATCGTTGATAATTACCAACGAGAAGTCATATTAAGTGATGCTTATGAATATCTCGCTCCACCGCCACTACCAGAACCTAAAATTCTAAAAATAACACCAAATGAAATGGTGAGAACGAGTGACGAGTTTATATTTATCGAAGGTGAAAACTTCCAGAATGGTGCAAGTGTATGGCTGAATGATTTCAAACTTTCGTCTGTATCTTTTCTCAGTCCTCAGCAGCTTCGCTTTAGAGCACCAACATGGAGCCAAGAGGAGACTGTTGATGTTAAAGTAATGAATCCCGATGGCCAGAGTCATGTATTAAATCAATCCCTTCACTTTACAAACCCAGCTCCAGATCCAGCCCCTGCAATTTTGTCGTTGTCTCCTGACTCTGGTGAGATGACAGGTGGGTACTTTGTCTTCATTAATGGTAATCATTTTAAACAAGGGGCAAAGGTGTATTTTGGTGGTACTGAGGTAACAGTTTCATTTCTAAGCAATAGTCAATTAAGGGTGAGGGCTCCTTTATGGACGGCACCAGAAGCGGTTGTTCTTAAAGTCATTAATCCAGATGGATTGGAGGGTGAGTCTACGTTTACTTTTACTCCTCCAGCACTTGGGCCAGCACCTCAAATCACAGAGCTTAGTCCAAATAAGGCCGTTCTTACTGGAGGAGAATTTGTTTATATAAATGGTGAGAATTTCAATGCTCAATCAGTCGTCAAATTTGGTAATCAGACCATCTCGGCATCGTTCTTATCTGATAAACAACTTCGCGTTCGTGTACCATCATGGCCAAAAGCAGAAACCATTGAAGTATCAGTGACAAATCCGGATGGGCAGCTTACTACAAGTAGCTTGGAATTTATTCTTCCTCCTCCGCCAGTAATCACGAAATTAACACCGAATCATATGGTGTTGGACTCAGCAGAATTAGTTTTACTTGATGGTAATAATTTGCAATACGGTGTAAAAGCATTTATTGCAGATAAAGAAGTTACAGTAAGTTATTTAAGTGATAAGCAGATACGTTTTAGAGTGCCGATTTGGTCTAACCCTGAAACTGTATCGGTTAGATTGGTTAATCCTGATGGCCAATCTATAACTCTTGCTGAAGGAATAACATTTGAACCCAAACCAATGAAGCCAGCGCCTATAGTGACTTCTATCACTCCAAATACTGGATTAAAAGACAGTAATATGTTTGTGTATGTTAACGGAGATAACTTTGTTGAAGGTGCTAAAGTGTCAGTGGACAATTCAACTCCAGTACTGACTTCTTTTTTAAGTAGTAAGCAATTAAGGTTTAGATTACCTATTAGTTCCAAGACAGGCCCGGTAGATGTTAAAGTCATTAATCCTGATGGTCAATTTATAATAATAACACAAGGGTTTACGTATCAATAA	MHKAILKVLISILACFIIISQLPLQPNAAAANTEAVSVEKRVSPSEILIGEEADVELNVSGSGDVNFVKPNDIILIIDRSGSMLPSNNNGEDKMANAKAAAKGFIDLVDFTKHRVGVVDFSSNVKYKELSNNPDELKNYINGIQASGGTNTQSAIEKSRELLRNHRSEAQPVILLLTDGEATEPAPVENARLKALEQANSAKGESVVFYTIALLKANENPATSAPNQLMKEMATTAHHHHFVLGSVGLAEIYQAIVDEIGVASAYDVIITDTVSPEFEIVPNSYQDNIPQPTVIGNKLEWKFNELKEEKLSLHYKIRHKSGAATGSISVGAEEINVTYKDYTGAPHHFNVSHPVIKVSYPAPIISSIVEDNGLINGGETVAINGENFLDNPKVTFGTKDATSVQFIDSTQIIITTPPGVQGITDVKVTNKDGQFATTTYRYFAIPEITDLNPKIGPIGGGNEIKISGKYFMQGAKVKLGENEAVVKSTTSTLISIIAPSSSEPGKVDVQVVNPDGTETVMPNAYEYLEGPVIHDITPSSGLITGGDSVLITGDHFRDGAVVKFNSYTLQAEYVSSTELKVSTPVWSRAEAVNVVVMNPDGQIATLEKGFNYEYPAPIIEKISPNEGLVTGGDLIVIEGQNFLPESKVLFKDKEISPSYLDKNHLRVRSPQWTTEETVDITVKNPDGKLSKLEQAYTYKLPPVFEVSSISPTSGPLEGGNMIYINGKEFSNTLSVYIDNTKIIHSFISNEQLSIRAPKALEAGKVDLKIVDNYQREVILSDAYEYLAPPPLPEPKILKITPNEMVRTSDEFIFIEGENFQNGASVWLNDFKLSSVSFLSPQQLRFRAPTWSQEETVDVKVMNPDGQSHVLNQSLHFTNPAPDPAPAILSLSPDSGEMTGGYFVFINGNHFKQGAKVYFGGTEVTVSFLSNSQLRVRAPLWTAPEAVVLKVINPDGLEGESTFTFTPPALGPAPQITELSPNKAVLTGGEFVYINGENFNAQSVVKFGNQTISASFLSDKQLRVRVPSWPKAETIEVSVTNPDGQLTTSSLEFILPPPPVITKLTPNHMVLDSAELVLLDGNNLQYGVKAFIADKEVTVSYLSDKQIRFRVPIWSNPETVSVRLVNPDGQSITLAEGITFEPKPMKPAPIVTSITPNTGLKDSNMFVYVNGDNFVEGAKVSVDNSTPVLTSFLSSKQLRFRLPISSKTGPVDVKVINPDGQFIIITQGFTYQ				NA	NA	NA	NA	NA
JZ016_03568	339			hypothetical protein	ATGTTTGATATTCCGGGAACTTCACCAACTATAAGCCGTCTTTTAGTGATGTATAAAGAAATATTGAATGAGCGCACTTTTGAAAGTTATGAGGCTAGAGCTGAAGATATTGATCAACTATATGACCACTTAAAACTGGGTATAGCAGAAGAAGAAAAATGGAAGTTACATGAGTTAACACTGTTGCATGAACAAATCATAAGTATGATTCTATTAGAGAAATCGAACTTAGGGGAACAATTTCTTAATTTTAATAAAAAAAAGCATGTTTCGAATCAATACGGAAAAGTATCTAGCTATGATGGTGTAGATGCTTTTTTCTTGGATTACAAAAAGTAA	MFDIPGTSPTISRLLVMYKEILNERTFESYEARAEDIDQLYDHLKLGIAEEEKWKLHELTLLHEQIISMILLEKSNLGEQFLNFNKKKHVSNQYGKVSSYDGVDAFFLDYKK				NA	NA	NA	NA	NA
JZ016_03569	393	fliS	COG1516	Flagellar secretion chaperone FliS	ATGCAAAATGCTCAACACCTTCAATATCTAAAAGTTCAAGTGGAGACAGCAAGCCCGGGAGAATTGACTTTACTTCTGTATCAGGAAATAGTGAAGTCATTACTAAAAGCAAGACAGTTATACTCCCAAGGCGAATACCAATTGATGAATGAGGTCTTATATAAAGTCAGAGATATTTTTAATGAACTGATCATTACACTGGATTTACAATATGATATTTCTCAAAATCTCAAGCAGTTGTATTTATTCTATAACAATCAGATTGCTCAATTCATCATTAATAAAGATGTTAGTCAACTTGATGGAACTTTGGACTTTGCTAAAGGGTTATTGGAAACCTGGAAAGAAGCCTTGATGCTTCTTAAATCAGATAGAGGTAGCAATAATGTTTGA	MQNAQHLQYLKVQVETASPGELTLLLYQEIVKSLLKARQLYSQGEYQLMNEVLYKVRDIFNELIITLDLQYDISQNLKQLYLFYNNQIAQFIINKDVSQLDGTLDFAKGLLETWKEALMLLKSDRGSNNV	PGPT0015620_1927	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015620-fliS-K02422	NA	NA
JZ016_03570	522	fliD_1	COG1345	Flagellar hook-associated protein 2	TTGCTCACAGACACCCTCTCGTCTCTAAGATCAGCCTTGAATTTACCTTTAGCTACATCAGACCCCAATCAGTTGAAACTTCTTTCTCAAATCGGTATCACTGTTAAGTCAGATTATCGAGAGAATGGGAAGTTGGAACTTGATGAAAACAAGTTATCTGATGCACTAAATAACCGATTTGACGAAGTAGTACAGTTATTTACGACACCTTCTGATACAGGTACTGACACGCCGGAAAATGCGAATAAGAGGAGACAAGAACTCGGGTTTGCTGAACGAGTATATGAAGCAGTAAACACTCAACTTGCAAAATTCACAAAGAAAATTGGTTCGGGTTCCGTTGAAGCACTAGATGACAGTGTTCTAGGCAAGCAATTGAAGGAGTTGGGAACTAGAGAATCAGAATGGCAGAGGAAACTAGAAGACATTGAAACAAGATATTACAAGAAATTCACAGCCATGGAGAAGGCTCTACAGAAGCTGAACAGTCAAGGATCATGGTTGGCTTCCCAATTGGGTTGA	MLTDTLSSLRSALNLPLATSDPNQLKLLSQIGITVKSDYRENGKLELDENKLSDALNNRFDEVVQLFTTPSDTGTDTPENANKRRQELGFAERVYEAVNTQLAKFTKKIGSGSVEALDDSVLGKQLKELGTRESEWQRKLEDIETRYYKKFTAMEKALQKLNSQGSWLASQLG	PGPT0015200_1076	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015200-fliD|flaB-K02407	NA	NA
JZ016_03571	1002	fliD_2	COG1345	Flagellar hook-associated protein 2	ATGGCTGGAATTAACGGGCCTATTAGGTTGACAGGATTCAGCGGTGCCTTAGATACGGATAGTTTAATTAAAGATTTAATGAGAGCTGAGCGTTTGCCATTAGATAATATTTTAAAGCAGAAACAATTTACAGTGTGGCAACGTGAAGATTATCGATCAATGAACACTGCATTACTTAATCTTAGGAAAGCAGTTAGCGATTTAAGGCTGGAATCAAACTTTGAGAGTGTCAAAGCATCATCTTCTAATACCAATATCTTGGAGGTAATATCAGGAGGTTCTAACCCTAGTTTTAGTCAAGTTTCAGTCAAAAACTTGGCTACATCTGCGTCTATTGTTGGAAGAGGAGTCACTGGATCACCTACAGAACCAGTAAATGCAGATGGTTCTGTCACTATAACAGGTGCTTCTGGTTCAACAAATATTAAGATTACTCCTGGTGTCTCTACAATGGAATCGATAGTAAAGGATATTAATAATTCTTCAAAACTCACAGGAGTTAAAGCGAGTCTAGACCAAACTACTGGTGTGTTGTATCTAAGCTCAACTACTTCAGGTGGTTCCTCTAAGATTAATATTACTTCGACAGGAACTACTAATGCTTTAGCTGATGTTTTTAATTTAGACCCTGCCAAGTTGTCCGTTACAGGGGAAGATGCTGAATTTACTGTAAATGGAAGTGAAATAATTAAATCCAGCTCAAATAATATAACTATTAATGGTGTTCAGGTTAATCTTCGAGGGACAGGTGATGTAACTATAAACGCTGTCGCCGATCGAAGTGCAGTTACAGATAAAGTCAAGAATTTTGTTGAGAAGTATAACGAAATTGTTGATTTATTCTCTAGTGCATCTAGTACCAAAAAAAACCGGTCATATCAACCACTCACTACAGAAGAGAAAAGCAGCATGACTGATAAAGAGATTGAGTTGTGGGAAAAAAAGCTAGAGAAGGAACATTATACAGAGATAGTTTGCTCACAGACACCCTCTCGTCTCTAA	MAGINGPIRLTGFSGALDTDSLIKDLMRAERLPLDNILKQKQFTVWQREDYRSMNTALLNLRKAVSDLRLESNFESVKASSSNTNILEVISGGSNPSFSQVSVKNLATSASIVGRGVTGSPTEPVNADGSVTITGASGSTNIKITPGVSTMESIVKDINNSSKLTGVKASLDQTTGVLYLSSTTSGGSSKINITSTGTTNALADVFNLDPAKLSVTGEDAEFTVNGSEIIKSSSNNITINGVQVNLRGTGDVTINAVADRSAVTDKVKNFVEKYNEIVDLFSSASSTKKNRSYQPLTTEEKSSMTDKEIELWEKKLEKEHYTEIVCSQTPSRL	PGPT0015200_1076	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015200-fliD|flaB-K02407	NA	NA
JZ016_03572	333			hypothetical protein	GTGAGGGTTGATCAAAGCACTTCGCCTACGAATCTTATATCAGGGCTGAAAGAAAATCTCTCCTCCAATACGTCTTTTAGAAAAGAGACAGAAACTAACAAAAATAAAGGTGACCATACCGTAAATGAATTGACTGATAAGATAAATAAGAAACTTGTCGAGTCTGGTACCCATATTCAAGTGAAGTTACATGAGAAAACAAAGACTATCATGGTACTTGTTGTAGCTGATGAGACAGAAGAAGTGATAAGGGAAATACCAAAAGAGAAGATGCTTGATATCATGTATAACATGTGCGTACAAGTAGGAGTGTTTTTGGATGAGAAAATGTAG	MRVDQSTSPTNLISGLKENLSSNTSFRKETETNKNKGDHTVNELTDKINKKLVESGTHIQVKLHEKTKTIMVLVVADETEEVIREIPKEKMLDIMYNMCVQVGVFLDEKM	PGPT0015440_1145	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015440-flaG-K06603	NA	NA
JZ016_03573	834	hag	COG1344	Flagellin	ATGCGTATTAACCACAATATCAGTTCTTACAACACACAGCGTCAATTGTCTTTCAACAACACTCAACAAGGTAAATCCCTTGAAAAGCTGTCTTCCGGCTACCGCATCAACCGTGCAGCTGACGATGCTGCTGGTCTTGCAATCTCCGAGAAAATGCGTAACCAAATCCGTGGTTTGGAGCAAGCTTCGAAGAATGCTTTGGACGGTATCTCCCTGATCCAAACGGCTGAGGGTGCACTGAACGAAACTCATTCCATGCTGCAGCGTATGGGTGAACTGTTTACACAAGCAGCTAACGAAGTGTTGACTACAACGGATACAGCTAAAATTAAAGCTGAAGTTGATCAATTAAGTGCTCAGATTGATGCAATTGCTAACCAGACGCAATTTAACACTAAAAAGCTTCTTGATGGTTCTACAGCAACGGTTAAATTCCAAGTTGGTGCTAATAAAGGCGAAACCATTGACCTTACTTTGCAAAACATGAAGGCTGCTACACTCTTGGTTGACGGAGCATCCTTGAAAGATATCACAGTTGATGGTCAAACTCATGCGAATGCTTCAGACAACTTGAAAGCTGTTCAGGATGCTATCAATACAGTATCTGGCGCTCGCTCCGATCTTGGTGCTGTTCAAAATCGTCTTGAGCACACAATAAATAACTTGGGAACCACTTCAGAAAACCTTCAAGCTGCTGAGTCCCGTATTCGTGACGTAGATATGGCTAAGGAAATGAGTGAGTTTACTAAAAACAACATTCTCCAACAAGCAGCTACTGCGATGTTGGCACAGGCAAATCAACAACCACAGGGCGTATTGCAATTACTGCGTTAA	MRINHNISSYNTQRQLSFNNTQQGKSLEKLSSGYRINRAADDAAGLAISEKMRNQIRGLEQASKNALDGISLIQTAEGALNETHSMLQRMGELFTQAANEVLTTTDTAKIKAEVDQLSAQIDAIANQTQFNTKKLLDGSTATVKFQVGANKGETIDLTLQNMKAATLLVDGASLKDITVDGQTHANASDNLKAVQDAINTVSGARSDLGAVQNRLEHTINNLGTTSENLQAAESRIRDVDMAKEMSEFTKNNILQQAATAMLAQANQQPQGVLQLLR	PGPT0015190_4160	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015190-fliC|laf1|lafA|fla1|hag-K02406	NA	NA
JZ016_03574	237	csrA		Translational regulator CsrA	ATGCTGATTCTGTCAAGAAATAAGGGACAGAAAATTATGATTAATGATAACATTGTTCTTTCTGTTATTGAGGTAAATGGTGATCAGGTCAGAATTGGTATTGAAGCTCCTGGGAATGTAACTATATATCGTGAAGAAATTTATGAAGCTATCAAGCAGCAGAATCAAAATGCAGTTGAATTCAATGATGATATACAAAATATATTGCAGGGTGTCATTCCAAAAGAGAAGAAATAA	MLILSRNKGQKIMINDNIVLSVIEVNGDQVRIGIEAPGNVTIYREEIYEAIKQQNQNAVEFNDDIQNILQGVIPKEKK	PGPT0015065_504	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-ENVELOPE_STRESS_SIGNALLING,PGPT0015065-csrA|zfiA-K03563	NA	NA
JZ016_03575	465	fliW	COG1699	Flagellar assembly factor FliW	ATGATTGTAAATACAAAAAGATTCGGCAAAATAGAGATAGATAGCAACCAAATGATCGTATTTGAGAGTCCGATATTGGGTTTCGGAGATTTTCAGAAATATATTTTGCTTCAATCAGAGGAGAAGGCGAGTCCCTTTGAGTTCTTGCAGTCTGCGGAAAATGAAGATCTGAGTTTTATTGTTACTGACCCCTTTGTTTTTTTTCCTCAATATGAATTTCATTTGGAACCGCATTGGCTTGAGGCATTAGCCATTACTAATGAATCTGATATATCGATCATGGTTATCGTTACGGTCCGGTCTGCAGATGACATATCCTGCAATTTAAAGGCGCCTGTTGTCATCAATAAGTCCAACAATAGCGCTGCACAGATTGTCTTAGATCATGGGGGGTATACGACACAGCAGCCTTTGTTAAGAGAGAAGAAGGGGGCTGAAATTAATGCTGATTCTGTCAAGAAATAA	MIVNTKRFGKIEIDSNQMIVFESPILGFGDFQKYILLQSEEKASPFEFLQSAENEDLSFIVTDPFVFFPQYEFHLEPHWLEALAITNESDISIMVIVTVRSADDISCNLKAPVVINKSNNSAAQIVLDHGGYTTQQPLLREKKGAEINADSVKK	PGPT0015630_139	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015630-fliW-K13626	NA	NA
JZ016_03576	576	yviE		putative protein YviE	ATGAATATCCCCCGAATACAAATTCAGCAAGGATATTCACAGATTGGCCTTCAATCAACGAAGGGCCAACAGAGTATAGAGCAGCCTAGATCATCCATAAATATGACCCAGAAGAATGCCATACTAGAGGTGGAGCAAGCTAAGGGAACATTGGAGATTGATTCACGCAAGGCGTGGTCGGCTCTAGGGAAGGCTCGCTTTGAAGAAGCTACCGATAGAATAGCACAATCTTCATTACAGATTTCAATGCAAAATATTGCGGATATAGCCCGGAATGGTGATCAAATGATGGCAACTCATGAAGGTGGCAATGTATTTGCAGAAATTGCGAGGAATAACGTGTTCAAGGAACGTCCAAGGGTCGAGCTAACCGGTGATCCTGGATATGATAATGTAGACATTACTTATATTCCTGGTCAGGTGAAAACTAACTATATTCCAGGTGGAGTTAGCTTTAATCCCGAGATCCATAAACCAGTAGTTGATTATTATCCCGGCAAGGTTAACCCATATTTAATCAATCAAAATTTTATATTTATGTCGGCAACAGGTAAACAGCTTGATGCAGTTGTCTAG	MNIPRIQIQQGYSQIGLQSTKGQQSIEQPRSSINMTQKNAILEVEQAKGTLEIDSRKAWSALGKARFEEATDRIAQSSLQISMQNIADIARNGDQMMATHEGGNVFAEIARNNVFKERPRVELTGDPGYDNVDITYIPGQVKTNYIPGGVSFNPEIHKPVVDYYPGKVNPYLINQNFIFMSATGKQLDAVV				NA	NA	NA	NA	NA
JZ016_03577	894	flgL	COG1344	Flagellar hook-associated protein 3	ATGCGCATAACCCAATCCATGATGACTAGCTCCATGATGAGCGGCTTACAAGGCAACTATCGCAGACTGGATAAATATCAGGAGCAAATGATGACCCAGCGCCGGATTAATCGTCCTTCCGACGATCCGGTGGGTGTAGCCAGTGCTCTCCAATACCGTGGTCAAATCACTGCTACAACGCAGTTTGAGCAAAATGCGGATGATGCGGATGCGTGGCTAAAGTATGGGGATACGGTCATGACCGAAGTTACACAGATTATCCAAAAGCTTTCGGAGCTGGCGGTGCAGGGCGGAACGGATACGGTACCAAAGGATGCTAGGGAAAATATTGCCGCTGAGGTGGATCAGTTATTCCAGCAGTTGGTTTCTCTCGGCAATTCGCAATTCAAAGGGAAGTATATTTTTAATGGTGAGAGAACCGATGAAAAGCCATTCCCTGAGGATCCAACCCAAACCTCATATGCTTTGGATGATGGCGAAGTAAGGTATCAAGTAGGTGCTGGAATCACAGTGTCTGTGAACACTTTAGGAGAGCAAGTGTTTGGAGCATATGGAGACACTTCGGGCATATTTGCTGTGGTAGATAATCTTAAGAAGGCACTGCTTGCTGATGATACAGCAGGTATTCAAAGTGCCATACCTTCACTGCAGAAGAATCTCGAGACGACAATTACTGCCCAAGCGGAGATGGGCGGTAAACAAAACCGTCTGGAGTTTACGCTTAGCAGGCTTGGAGATCTTAATTTAAACTACATGGATTTACAATCAAAAGTGGAAGACGCAGATATCTCAAAAGTTATTATAGATCTCAAGACTTCCGAGAGTGTTTATCAGGCTTCTTTAGATACTATGGCTAGAATTATTCGTCCGAGTCTGTTGGATTTCCTAAGATAA	MRITQSMMTSSMMSGLQGNYRRLDKYQEQMMTQRRINRPSDDPVGVASALQYRGQITATTQFEQNADDADAWLKYGDTVMTEVTQIIQKLSELAVQGGTDTVPKDARENIAAEVDQLFQQLVSLGNSQFKGKYIFNGERTDEKPFPEDPTQTSYALDDGEVRYQVGAGITVSVNTLGEQVFGAYGDTSGIFAVVDNLKKALLADDTAGIQSAIPSLQKNLETTITAQAEMGGKQNRLEFTLSRLGDLNLNYMDLQSKVEDADISKVIIDLKTSESVYQASLDTMARIIRPSLLDFLR	PGPT0015505_2519	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015505-flgL-K02397	NA	NA
JZ016_03578	1572	flgK	COG1256	Flagellar hook-associated protein 1	ATGAGATCCACATTTCATTTGCTCGAAATCGGAAAGAGGGGCTTGATTGCCCAGCAAGCTGCAATTAACACAGCTGGTCATAACGTTACGAACGCCAATACGCCAGGTTACTCTCGTCAGACTACCCGCCTGGTTGCATCGAATCCGATTGCATTTCCAGGAATGCAGCGATCCCAAGCCGCTGGTCAACTTGGAATGGGCGTAGAAGCGGAGAGCATTCAGCGGGTACGTGACTTTCTATTGGATATCGAATACCGAAATCAGAACACGAATTTGTCGACATGGAGCGTTCAGCAAGAGACGCTTTCGAATATTGAGGGGATTTTTAACGAGCCTTCGGACAGCAGCTTGAGTGCAAGCATTGCTGAGTTCTGGACGGCATGGCAGACGCTCAGTAAGAATCCAAGCGACACCGACTTATCCGCCCGTATGGCGGTCCAGCAGAAAGCGATCGCATTGACGGAGACGTTTAACCATATTTACTCCCAATTGGATACCCTCAGTAATAACTTGACTTCCCGCATCGACACCAAGGTAGCGGAAGCTAACAACTATATTGAGCAAGTGGCGGAATTGACGCAGAGTATTAAGCGGATCGAGGGTCTTGGCGATAACGCAAACGATCTGCGGGATAAGCGGGATTTGCTCGTTGATCAGTTATCATTACTCGGGAATGTGAATGTAACGGAGACAGGTGACGTTTATCAAGTGACGTTTGGCAACCAGGTCGTGGTTGACGATATGACGTCCACACCGATTACGAACGCGATTGCCGGGACATTGACCGGCGGGGAGATCGCTGGTTATGTGACCTCCCGTGATGTGCATGTTCAAGGATATATCACCCAGCTGAACATTATGGCCAACACACTGGCTACAGGCAAAGTAGAAGTGACCCTGCCGGCTGGAACGATTCTTCCGCCAGGCGTGAACATTCCGAATGCTGTTATGGATGCAAATAATCCTCGCAAGCTTGCTCAGGATGCGAAGCATACGGTTGATGGCCTCAACGGATTACATAAGTTGGGTTATACCCTTAATGAGCCGGCCACAACCGGTGGCGACTTCTTTGTATCTGCTAACGGCGGGCCAATTACCGCTGGAAATATGAGATTAAGCCAGACGATCCAAGCTGATCTGAAGAACATTGGCGCTTCCCTGCGGACCGAAATGAAGACGGATCCGAATGGTACGACCTCCGAGGTCGTTTTGAAAGGTAATGGTGGCATGGCGCTTCTGATTGCGCAATTGTCAGAACGTACGTTTAATTTTAATCCGAATAACAACAATGGTTCAGTAACGGACATCACGAATTTTGAAGGGTATCTGCAGTCAGTTATCTCCAAATTGGGTACGGACAGCAGCAATGCCAATAAGATGGTGGAGAACGGCACGTTGTTGGTGGAGCATGCAGATACACTCCGTCTATCGATTAGCAGTGTATCCCTTGATGAAGAGATGTCGGATCTGATCCGCTTCCAGCATGCTTACAGCGCCTCATCACGTGTTGTCACTACGATTGACGAAATGTTGGATAAATTAATCAACGGCACCGGCGTCGTCGGCAGATAG	MRSTFHLLEIGKRGLIAQQAAINTAGHNVTNANTPGYSRQTTRLVASNPIAFPGMQRSQAAGQLGMGVEAESIQRVRDFLLDIEYRNQNTNLSTWSVQQETLSNIEGIFNEPSDSSLSASIAEFWTAWQTLSKNPSDTDLSARMAVQQKAIALTETFNHIYSQLDTLSNNLTSRIDTKVAEANNYIEQVAELTQSIKRIEGLGDNANDLRDKRDLLVDQLSLLGNVNVTETGDVYQVTFGNQVVVDDMTSTPITNAIAGTLTGGEIAGYVTSRDVHVQGYITQLNIMANTLATGKVEVTLPAGTILPPGVNIPNAVMDANNPRKLAQDAKHTVDGLNGLHKLGYTLNEPATTGGDFFVSANGGPITAGNMRLSQTIQADLKNIGASLRTEMKTDPNGTTSEVVLKGNGGMALLIAQLSERTFNFNPNNNNGSVTDITNFEGYLQSVISKLGTDSSNANKMVENGTLLVEHADTLRLSISSVSLDEEMSDLIRFQHAYSASSRVVTTIDEMLDKLINGTGVVGR	PGPT0015195_1909	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015195-flgK-K02396	NA	NA
JZ016_03579	501	yvyG		putative protein YvyG	GTGAGTGCTAGGTCCATAATCGATTATATGAAGCGTCAGGATGAGCTGCATCAGCAGCTCATAGAGGCAGGGAAAGATAAAAGGCAAGCCATTCTGGATAATGATGTGGAACGTCTTACAGCGGTCATGACCAAGGAGAACCGCCTGCTGAAGCAGGTGGCGGAAACGGAAGCGCTGCGTCAAGGTGCCGCAGATGATTTTTTGCGTGAGAAGGGCATCCGCTCCCAGCTTCAGCTGACGGTTACTGAGATGACTCGTCTTGTATTTAACCCGGAGGAAAAAACTGAGCTGCAAGATGTGCAGCAGCAATTAATGGACAGGCTCATGGAACTCAAAGAGCTGAATGAGATTAACCGAGAGCTCATTGAGCAATCCCTAGCGTTCATTGATTACAGTTTGAATTTGTTAGTTAGTCGTCCGGAGGATGATTTGCTCTATCAGCATCCGAAGCATCAGAATCCTGCCGGCAAGGGCCGAAGCATGTTTGATACCAGGGCATAA	MSARSIIDYMKRQDELHQQLIEAGKDKRQAILDNDVERLTAVMTKENRLLKQVAETEALRQGAADDFLREKGIRSQLQLTVTEMTRLVFNPEEKTELQDVQQQLMDRLMELKELNEINRELIEQSLAFIDYSLNLLVSRPEDDLLYQHPKHQNPAGKGRSMFDTRA				NA	NA	NA	NA	NA
JZ016_03580	297			hypothetical protein	GTGAAGATTAACGAATCGGGACGTGTGAACGGCATCAATTCGTATCAACGGAATATTGAATCTCGGGAGATGCAGCATATCGATAAGAATAAACGCCGCAAGGATGAAGTATCAATCTCCCCGGAGGCGATGGAACTGAGTGCACAGAGTAAAGTACAGGATCCGGAACGCGCGGAGAAAATTCAGCGTTTGAAGGAAGCTGTAACCAACGGCACATATGAAGTGCCAGTTGATCGTTTGGCAGACAAATTGCTCCCGTATTTTCAATCCTACAATAAATCAGGTGAGTCCAAGTGA	MKINESGRVNGINSYQRNIESREMQHIDKNKRRKDEVSISPEAMELSAQSKVQDPERAEKIQRLKEAVTNGTYEVPVDRLADKLLPYFQSYNKSGESK	PGPT0015530_982	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0015530-flgM-K02398	NA	NA
JZ016_03581	411			hypothetical protein	ATGAATCTGGGGAATTGCCCTCGGTGCGGCAAGTTATATACGGTGAATATTCGGGAATTGTGTCCTGAATGCATGAAAGTGATTGAGAAGGAATACGAGAAATGCGCAACCTTCCTGCGTGAGCAAAAAGGCGCAACCATCCATGAGGTATCTGAGGCTACGGAAGTATCCGTGCGGCAGATTACGAAGTTTATCAAGGAAGGCCGGATCTCGATTGCGAACGCGCCGAACCTGGCGTATCCTTGCGAAGTATGCGGAACGTTGATTCGCGAGAGCAATATGTGCGAGTCCTGCCGGACGCGATTAACGAGGGAGCTAAGACAGGCGGCTGCTGGCGACCAGGAAAATCAGCCTGGGTCCCGCAAAGACAGAGAGACTTACAGTGCAGTCGATAAACTGCGCAAATACTAA	MNLGNCPRCGKLYTVNIRELCPECMKVIEKEYEKCATFLREQKGATIHEVSEATEVSVRQITKFIKEGRISIANAPNLAYPCEVCGTLIRESNMCESCRTRLTRELRQAAAGDQENQPGSRKDRETYSAVDKLRKY				NA	NA	NA	NA	NA
JZ016_03582	861			hypothetical protein	TTGATTTCAAACGTCTTTAGCCATCTAATCGGGCATATGCATCGTTTGCTCAAACCGATTGACGAAACCTGTCTCGCTTGTGGAAAAACAGGTTCCTTCACTCGGGAACTTCCGGGCATATGCCGTGCCTGTTATCGGAAAATCCCCTGGATTATGAAACCTAAATGTTGGCGTTGCGGGAGAGGAATCGGCTGTCCCGACTGTACTCGTTTAGGAATGAACGATCGAAGCTTTGTTTTGAACCGAAGTGCGGTAACCTACGATACGCAGATGAGAGAGTGGTTGGCGCAGTACAAATATAGGGGGAATGAACGTTATGCTCCTCTTTTGACAGAGATGATGCAACGGGCATACGCAATGCTCCATCGGGAAGCAAACATCCATTTGGGAAATAAGGGATTACGGGATTCTAGGAACATACCATGGAGTGTACATGCCGTCACTTCGGTTCCGGTCAGTGGGGAAAGGCTTCAGGAGAGGGGCTTCAATCAAGCGGAGGTACTCGCACAGGGGCTTGCGCTTAGAATTAAGGTGCCTTATGTACGGATGTTGGAACGTAGACGTCACACGGACAAACAGAGCTTCAAAAACCGGATGGATCGGTTGAAGGATATGGAGGGTGTTTTCGGTGCACTGCAGGATGGACCCGATATGCTTTTGTCCATAAGAAATCAGGCCGCAGAGCATACTCGTTCTGAAGTGGGAGCATCTCTGTTCAAAGGACCATTTCGTATTCTTTTGATTGATGATATCTATACAACGGGAAGTACGATTAATGCTTGTGCGCAGGTTTTGCGGAGATGCGAATCCCTTATGGAAATGCCCGTCGAGATCTATAGTTTAACCTGGGCTCGTTCGTAA	MISNVFSHLIGHMHRLLKPIDETCLACGKTGSFTRELPGICRACYRKIPWIMKPKCWRCGRGIGCPDCTRLGMNDRSFVLNRSAVTYDTQMREWLAQYKYRGNERYAPLLTEMMQRAYAMLHREANIHLGNKGLRDSRNIPWSVHAVTSVPVSGERLQERGFNQAEVLAQGLALRIKVPYVRMLERRRHTDKQSFKNRMDRLKDMEGVFGALQDGPDMLLSIRNQAAEHTRSEVGASLFKGPFRILLIDDIYTTGSTINACAQVLRRCESLMEMPVEIYSLTWARS	PGPT0029435_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029435-comFC-K02242	NA	NA
JZ016_03583	984	comFA	COG4098	ComF operon protein 1	GTGACCGGTGCCGGAAAGACCGAGATGATCTTTCCGCTGCTGCAGTCGATTCTGGATGCGGGTGGGCGCGTGCTGCTTGCCGCGCCAAGACGGGACGTGGTGCTGGAGTTGGCGCCACGTTTATCCAAGGCTTTTCCCGCGAAGACGGTGGTCACGTTATATGGTGGGAGTCCGGACCGTTGGAAGCGGGGGAGCATCACGCTGGCAACAACGCATCAGCTGCTGCGTTTCAGGGGAGCTTTTGACCTGGTGGTGATCGACGAGATTGATGCCTTCCCGTATCATAATGATCCAATGCTGGATTACGCTGCCAAAGGCGCTTGCAAAATAGGAGGGAAGTATATCTACCTATCAGCAACTCCGCCAACGCCATTACAGCGTGAGGCGGCTGCAGGCAGATTGCCACACGCGAAAGTTCCCGCACGCTTCCATGGTCATCCGTTACCCGTTCCTCAGAAGCTGAAAATGTTTGCGGTGAACCGTTGTCTACAAGAAAAAAAGCTTCCCCCACTCCTGATTCGCAGTCTGAGCGCATCTCTTTCCCGTGGTGCTCAAGTGTTCCTGTTCGTTTCCCGGATCAAGCATATTGCTCCAATTCTGGAGCTGCTTTGCAAGACGATCGCCAACATGCCGATTGAAGGGACTTCATCCATTGATTCGGAACGGGCAAGCAAAGTGATGGCCTTTCGTAACAGGGAGATTCGCTTGCTCGTGACAACGACCATACTCGAGCGCGGGGTAACGGTTCCGAAGAGTGACGTGTTCATTTTGGATGCGGACAGTGAGCTTTTTGACGAAGCTGCATTGATTCAAATGGCTGGCCGCGCGGGCCGATCCAAGGATGATCCGGCAGGACGGGTGGTTTTTGCTGCGCCCCAATGGACTCGGAGCCAAAGCTCGGCAGTCCGGCAAATCAAAGCGATGAACAGAATTGCCCGTAAGGGAGGGTATTTACGGTCTGTTCAGGAACTGGTGAATGACTAG	MTGAGKTEMIFPLLQSILDAGGRVLLAAPRRDVVLELAPRLSKAFPAKTVVTLYGGSPDRWKRGSITLATTHQLLRFRGAFDLVVIDEIDAFPYHNDPMLDYAAKGACKIGGKYIYLSATPPTPLQREAAAGRLPHAKVPARFHGHPLPVPQKLKMFAVNRCLQEKKLPPLLIRSLSASLSRGAQVFLFVSRIKHIAPILELLCKTIANMPIEGTSSIDSERASKVMAFRNREIRLLVTTTILERGVTVPKSDVFILDADSELFDEAALIQMAGRAGRSKDDPAGRVVFAAPQWTRSQSSAVRQIKAMNRIARKGGYLRSVQELVND	PGPT0029425_41	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029425-comFA-K02240	NA	NA
JZ016_03584	918			hypothetical protein	ATGCGGATTGCCGTATATGCCATTCGAACATTAGAGAAATGGAAGTGTTGTCTCTCGCTGGATATGCGGGTGGATCTTCAATGGTGGTATGGAATGAAAAGATCGACGGATGAGAAAGCCAGCCCACGCTCATTAGTACTGTTATCAATACAAATTCCACTAGGATGGGCCGTTTATATTCAAGAGAGATTTCGATCCAACCATGACATGGATCAGTGGGGGAAATCGGATTGGCAAAAGTATTTGTACCAGAGCTTAAGTTCGTTTTTACTCCAAGAGCCTGAAGGAAGCAGATCGCAATGGAGTGTTTTGTTGACGGAGATTCAGCTGTTGGACGGATCGTATATAAATTCCTTTATCGAAAAGAGGAACGTGGTAGAGGATTGGGCTTTGTTGATGCAGCAGGCAGAGCTGCTGATTCAGTGCATGGCAGGACGAGCCTTGCTTGCCGGCGAGGTCGAGGCTTTGTTGGTGGAGGTCGCCGGGGATACCGGCGACTGGCGCACTGCCGCCCAGCTTGGCGTCCTGCTGGGTCGCCTGCGATTGGAAGCGGGGCTGGCACAGCCCGCCCCGCAGGGTGCGCCCGGCTGGCTGCGCCGCCGGGCCATGGCCCCCGCTGCCGACGATGCGGCAGCGAGGCCCGAAGCCGCACGGCATGCGCCGCGTGCGGCTCGGCGGCTTGCGCCTATTGCGAGGCCTGCCTCGCGATGGGGCGCAGCCGCGCCTGTGCCCTGCTGCTGCATGGCGCAGCAGGATCGGCCGTGCGGGGCACGGCCGGGGGTTCCCCCACCGCGGCCTTGGGCCGGTGGGGGCTTAGCGCAGCGCAGAGCGCCGCCGCTGGCGCTGCGCTGCGGTTTTTGGCGGAGCCGCCCGCAGGGGGCTCCGCGGGGTCTGCCCGGTTTCTCATCTGGGCGGTGA	MRIAVYAIRTLEKWKCCLSLDMRVDLQWWYGMKRSTDEKASPRSLVLLSIQIPLGWAVYIQERFRSNHDMDQWGKSDWQKYLYQSLSSFLLQEPEGSRSQWSVLLTEIQLLDGSYINSFIEKRNVVEDWALLMQQAELLIQCMAGRALLAGEVEALLVEVAGDTGDWRTAAQLGVLLGRLRLEAGLAQPAPQGAPGWLRRRAMAPAADDAAARPEAARHAPRAARRLAPIARPASRWGAAAPVPCCCMAQQDRPCGARPGVPPPRPWAGGGLAQRRAPPLALRCGFWRSRPQGAPRGLPGFSSGR				NA	NA	NA	NA	NA
JZ016_03585	423			hypothetical protein	ATGGTTGCCCAATTGCTGTGGATACTCGCGGTGTACGGGATTGCTGTTGCTCTGATTCATATTATGCATGCCCGTCAACTCAGAAGAGCCGGTGAAGGCACGGGGCGGTGCAGGCATTATGTGCTGATCACGTCCAACCATGAGCGGCAGGTGGAATGGTATTTGAGAGCCCTTTCATGGTATGCCCTGCTGAGCGGGACGCGCGTGCGTGTCACCGTCCTTGATGATCAGTCGTACGATGATACACTGAAGATTGTCCAGAGATTGACTCATTTGTCCGGAATTGAGCTGGTATATGGGACTTGGAGGTCCGATGATTCGGCATCACGGGAAGTGGATGCCGATCCGAATGAAGAAGAAGTGATACGGATCGATCTAAGAATCCCGATGGAGGCTGTTCGAATTCCATATGTACAGGGATAA	MVAQLLWILAVYGIAVALIHIMHARQLRRAGEGTGRCRHYVLITSNHERQVEWYLRALSWYALLSGTRVRVTVLDDQSYDDTLKIVQRLTHLSGIELVYGTWRSDDSASREVDADPNEEEVIRIDLRIPMEAVRIPYVQG				NA	NA	NA	NA	NA
JZ016_03586	723	degU_2	COG2197	Transcriptional regulatory protein DegU	ATGGAACATTTGGAAAAAGAGAACACGATTATAAAAGTATTATTAGCGGATGACCACCAGCTATTTAGGGAGGGTCTGAAGCGTATACTGAATATGGAGGACGACATTGACGTAATCGGAGAATGCGGCGATGGAATTCAAGTACTTGAGTTCTGTAATGAAGTGAAGCCGGATATCGTGCTGATGGATATCAACATGCCTACCGAAAATGGCGTTCAAGCAACTGAGAAACTACGTGAAATGTTTCCTGAGATCAAAGTTATCATTCTGTCGATTCATGACGACGAGAGTTATGTGTTTGAAACGCTCCGTAAGGGAGCAAACGGTTACCTCCTGAAGGATATGGAAGCCGAGTCACTGATTAATGCGATTCGTTCGGTACATGAGGGATATGCATTTATCCATCCGAAAGTTACGGGCAAGCTTATTCAACAGCTCCGCCGGATGACTTATGTAAACGAAGCAGGCGCTATGGCTGAGAGCGGTTCGCGTGAAGCTGGAGTCAAGTTCGTGGCAGGCGAGAATAACCCATTGACAAGGCGCGAAGCGGAAGTGCTTAGACTAATGGCTGAAGGCAAGAGCAACAAGATGATAGGGGAGTACCTGTTCATTAGTGAGAAAACTGTAAAAAACCACGTCAGCAGCATTTTGCAGAAGATGGAAGTGGACGACCGTACGCAAGCGGTTATCAACTCGATCAAATATGGCTGGGTGACGTTGTAA	MEHLEKENTIIKVLLADDHQLFREGLKRILNMEDDIDVIGECGDGIQVLEFCNEVKPDIVLMDINMPTENGVQATEKLREMFPEIKVIILSIHDDESYVFETLRKGANGYLLKDMEAESLINAIRSVHEGYAFIHPKVTGKLIQQLRRMTYVNEAGAMAESGSREAGVKFVAGENNPLTRREAEVLRLMAEGKSNKMIGEYLFISEKTVKNHVSSILQKMEVDDRTQAVINSIKYGWVTL	PGPT0012750_49	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0012750-degU-K07692	NA	NA
JZ016_03587	1155	degS		Signal transduction histidine-protein kinase/phosphatase DegS	GTGGATTATCAAGCCGATGCCATCGACCGTGTCATAAAAAATGCCATCAAAGTGATGGAGGACAGCAAATACCAAATGTTCGAAATATTGGAGGCGTCGCGGCAGGAGCTCGCGTCTCTCAATCATGAACTGCAGCGGACATTAAAAGAAACGACGGAAACCTTAGAGAAGGTAGATCAGCTGGAGCTGAACTACCGCCGTTCCCGGATCCGGCTGACCGAGGTCAGCCGGGATTTTGTCCGGTACAAGGAAGAGGACATCAAGCAGGCGTATGAGAAAGCGACGCAGCTTCAGCTTGACCTCATGATCTACCGGGAGAAGGAAATGTATCTGAAGGCAAGACGAGATGAGCTGCAGAAGCGGGTTCGTAATGTCGAGAGCTCCGTGGAGCGTGCAGAATCGATCGGATCTCAGATGGGCGTGGTATTGGAATACTTGTCCGGGGAGCTGGGGCAGGTATCCCGAATCATCGAATCTGCGAAAAACAGACAGGTCATTGGTCTCAAAATTATTTTGGCGCAGGAAGAGGAACGGAAACGCATCTCCAGAGAGATTCATGATGGACCTGCACAATTGCTGGCGAATCTGGTTCTTAGGACGGAAATTGTAGAAAGAATGCTCGCAAAGCAGGAATTTAAGATGGTGCAGGACGAAATAGTAGATTTGAAGGGCCAGGTTCGATCGAGCTTGGAGGAAATGCGAAAAGTCATTTTTAATCTGCGTCCAATGGCACTCGATGATCTAGGATTAATCCCCACACTGCGTAAATACGTGCATGATTATGAAGAGAAATCGAAAATCCGCACGATCTTCGAGACACGGGGAAAAGAGCATCGTCTCTCTTCTGCGATGGAGGCTGCCATCTACCGGTTGGTGCAGGAAGCACTTTCGAATGCTGCAAAACATGCTTACCCGACTTATGTGCTTGTTGAAATCACGTACCAGGCGCAATTGGTCAAAATCGTTGTACAGGACAATGGCCTGGGATTCAATGTCGATTTGCTGGAGCAGAAAAGCAAGGACCACTTTGGGTTAATTGGCATGCGGGAGAGGGTTGAGCTGCTCGAAGGGAGAATGGAGATCGATTCAGCTGAGAATCAAGGAACCAAGATCGTGATTCATATCCCGACGAACGTAGAAAAGAGAAAGGAGTAA	MDYQADAIDRVIKNAIKVMEDSKYQMFEILEASRQELASLNHELQRTLKETTETLEKVDQLELNYRRSRIRLTEVSRDFVRYKEEDIKQAYEKATQLQLDLMIYREKEMYLKARRDELQKRVRNVESSVERAESIGSQMGVVLEYLSGELGQVSRIIESAKNRQVIGLKIILAQEEERKRISREIHDGPAQLLANLVLRTEIVERMLAKQEFKMVQDEIVDLKGQVRSSLEEMRKVIFNLRPMALDDLGLIPTLRKYVHDYEEKSKIRTIFETRGKEHRLSSAMEAAIYRLVQEALSNAAKHAYPTYVLVEITYQAQLVKIVVQDNGLGFNVDLLEQKSKDHFGLIGMRERVELLEGRMEIDSAENQGTKIVIHIPTNVEKRKE	PGPT0014285_230	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS_SIGNALLING,PGPT0014285-degS-K07777	NA	NA
JZ016_03588	2703			hypothetical protein	ATGGTTAGTCAGGGGAAAACACTGAAGTCTACAACATCTGGTGTAGGCAAGAAATGGTTGATTATTACATTGGCAGGGGCCATCTGGGTGGGTCCTGTGTTGGGCAGCGGAATACCAGTGATAGGGAATCTATCAACATCCTCGGTAGCTTATGCGGCATCAACATCGGCTAAGCAGCTTGGTGAGGAAATCATTACTTCCGGTGCGGTTTTAATGAAATATCAGTATATCAACAGTACTGGCGCAAAATCGCTGGCTAATGTCATTCGGGTGGACTTGAACAACAAGTACGTGAAACTGGATGTCATGACAGGCCAAGGGAATCAATTTACAACGAGACAAAGCACGGGCGGAATGGCTAAGGAGAACGGAGCGGTTGCTGCTATTAACGGTGACTTTTTTAATACCGGCAGCGAAGGGGCTCCGATGGGTGCTCAAGTATCAAACGGTCAGTTGATGTCAACCCCGTCGGAACTGAAAGGCATGTATGCTTTTGGAGTAACGAACGATGGAACGCCAATTCTGGATGAGTTTGCATTCTCGGGGAGTATTACAGCTGAGAATGGCGCCTCATTCCCACTCGCGGGCATGAACAAAACATCTTATGCTCCTGAGGGGACCGGATCAACGTATAGCCATGCGAATTCAGCTTATATCTACACCAGCGCATGGAAGGCTATTGAGCGTCCTAAGAACAGCTCGACAACCCCAACGGAGGTTATGGTAACGGATGGGGTCATAACCGATATTTCAGTAATGGCAGGATTGCAAACAGCGATACCGGAGGGAAGCTACATTTTGCGAACCCATGGGGCTGCGGCAGAATTCGTGAAACAAAATCTGGCAGTTGGACAGAGGCTGGAAGCCGATTATGCTTTGGTGTCCAAAAAATCAGGCAAAGAACTGGACCCAACTACACTCCAAATGATGATTGGCGGCCATACGATTCTGGTGGATAACGGCAAGGCCACTTCATTCTCGCGAAACGTGAATTCGATTGGAGGAAGCAGGGCACGAACAGCCGTAGGTTACTCCAAAGACGGTCGTTACGCTTACCTGATTGCCACAGAGAGCAACGATAACAGCAAAGGCATGACGCTGCAGCAGCTTCAGGATTTCATGACGAAGGTTGGAGTATGGAAGGGAATGAACCTGGACGGTGGAGGATCGACAACGATGGTAAACCGTCCACTTGCCGAGATGAACACGCAGCTGACCTTCAATACGGAATACGGCACCACGCAGCGCAGCATTGTTAACGCACTCGGCGTGTTCTCAACGGCACCTCAGGGCAGCTTGAAGGGCTTAAAAGTAAGCGGAAGCAACACGCTCCTGATCGGCCAGATCGGCACGTATGAACTGAAGGGCTATGATACTTACTATAATCCAATTGAGGCAGGTTCGATTAAACCGACTTGGAAGTCCAGCAACGGCAATTTAGCGGTCAACGGACAAAGCGTTAAAGCGACAAAGCCGGGTACCTCAACACTGACGGCAGTAAGCGGCAGCACGAAAGCTACGATGCAAGTCAAGGTGCTGGGCGCGGATGATCTTGTTGCATTGACTACCGGCGTATCAAGCGCACCGCTGCAGGCTGGAACGAGCGTTTCCGTGCCGGTGACGGCCGTAACAGGCAATGGACAAAGCTTGGAAGTTCCAAGCAGTGCGCTGAAATGGGAGTTTATCGGATTTAAAGGCAGCGTAAAAGACGGCCGCCTGACCGTATCCTCCGTGAACAGCAATACGAAAGTCGGTTATGCCATCGCACGCTATGACGGCTTTAGCACGGTCGTTATTTTATCGGCAGCGGGCGAGAGCACATGGGAGAACTTCGAGAATGTGAATTACCCGGTGAAGTTCACGACCAATGTACTGGCAGTTACCGGGGCTGCAGCGATCAAAAATGGCAGCGGAGCAAAAGCATCATCTAAAGTCTTGAACTTGACCTATGATATGACAGGCGGATTAGGGCAAAAAATGTACGCTTACGCCGAGTTGAATGGCGCAACTGGCAAAGTGATCCCTGCACAGGCAACGGCCATGACCATCGATGTGGAGGGAGATAACAGCCTGAACTGGCTGCGTGCCGAGCTCAAGGACAATAATGGGAAAACCGTGTACGTCGACTTGGCAAAAGCAATTGATTGGAGCGGCTGGAAAACACTGAGCATCGATCTCAGCGGACATAACGTTGCATTCCCGGCACAGATGAAGCGGTTGTATGTGGTGAACGTGGAAGAAGGCCAGGATGAGCGCGCATTGACAGGAGCTGTATCTTTTGACGATATCCGCTTTACGATGCCGTCCCTATCCGGGAATGAAGGTCTTCCAACAGGCAAAGCGGTCATGACCATTGGGCAAAAATCGCTTATGCTGAATGGTTCGAAAGTGGCAATTGATTCGGCACCAATCTTGAAGAATGGAACGACTTACGTTCCGATTAAGCATGTGCTCGACGCGTTTGGCGGGCAAGCAACCTGGAACCAATCCGCTCAGCGTGTGGGTGTCCTGAGGGGCGGCATGCTCATGGAACTGACGGTCGGTAAGAAGGAATTCATTCTAAATGGTAAGCGCAGTTCGGCGGCTGTAGCACCAATGGTTCAAGGTGGTAGGACTTTGGTCCCTCTTCGTCTCGTTTCCGAGCAATTAGGCCTTAAAGTAAAATGGGACAAGAACACGAAGACCGTTACGATCGAATCGTGA	MVSQGKTLKSTTSGVGKKWLIITLAGAIWVGPVLGSGIPVIGNLSTSSVAYAASTSAKQLGEEIITSGAVLMKYQYINSTGAKSLANVIRVDLNNKYVKLDVMTGQGNQFTTRQSTGGMAKENGAVAAINGDFFNTGSEGAPMGAQVSNGQLMSTPSELKGMYAFGVTNDGTPILDEFAFSGSITAENGASFPLAGMNKTSYAPEGTGSTYSHANSAYIYTSAWKAIERPKNSSTTPTEVMVTDGVITDISVMAGLQTAIPEGSYILRTHGAAAEFVKQNLAVGQRLEADYALVSKKSGKELDPTTLQMMIGGHTILVDNGKATSFSRNVNSIGGSRARTAVGYSKDGRYAYLIATESNDNSKGMTLQQLQDFMTKVGVWKGMNLDGGGSTTMVNRPLAEMNTQLTFNTEYGTTQRSIVNALGVFSTAPQGSLKGLKVSGSNTLLIGQIGTYELKGYDTYYNPIEAGSIKPTWKSSNGNLAVNGQSVKATKPGTSTLTAVSGSTKATMQVKVLGADDLVALTTGVSSAPLQAGTSVSVPVTAVTGNGQSLEVPSSALKWEFIGFKGSVKDGRLTVSSVNSNTKVGYAIARYDGFSTVVILSAAGESTWENFENVNYPVKFTTNVLAVTGAAAIKNGSGAKASSKVLNLTYDMTGGLGQKMYAYAELNGATGKVIPAQATAMTIDVEGDNSLNWLRAELKDNNGKTVYVDLAKAIDWSGWKTLSIDLSGHNVAFPAQMKRLYVVNVEEGQDERALTGAVSFDDIRFTMPSLSGNEGLPTGKAVMTIGQKSLMLNGSKVAIDSAPILKNGTTYVPIKHVLDAFGGQATWNQSAQRVGVLRGGMLMELTVGKKEFILNGKRSSAAVAPMVQGGRTLVPLRLVSEQLGLKVKWDKNTKTVTIES	PGPT0022155_4609	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5c_TRIMERIC_AUTOTRANSPORTER_ADHESINS-SECRETION,PGPT0022155-ata|sadA|emaA-K21449	NA	NA
JZ016_03589	1206	metK		S-adenosylmethionine synthase	ATGTCTTTAACAGGGCGACGTTTATTTACATCTGAGTCCGTAACTGAAGGACATCCGGATAAAATCTGTGACCAGATTTCTGATGCGGTACTCGATGCTTTTTTGGCTAACGATCCGAACGCACGCGTAGCTTGTGAAGTTTCCGTTGCGACTGGTCTTGTTTTGGTCATTGGTGAAATTAGCACTAAATCTGAATACGTGGATATTCCATCCATCGTACGCAATACCGTGAAGGAAATCGGGTATACCCGTGCAAAATACGGTTTTGATTCCAATACATGTGCGGTGTTGACATCGCTGAATGAGCAATCTGCCGATATTGCACAAGGGGTAAACGCTGCACTGGAGAATCGTGATCCTTCCCAAGTGGACAAGGAAACTGAGAACATCGGTGCTGGCGACCAAGGTCTGATGTTTGGTTTTGCAACGAACGAGACCCCAGAACTGATGCCTCTTCCGATTGCATTGTCTCACCGTATCGCTCGTCGTTTGTCCGAGGTTCGTAAAAACGGTACGCTGGAATACCTGCGTCCGGACGGTAAAACCCAGGTAACGGTTGAGTATGACGGCAATACGCCAGTTCGCGTGGATACGATCGTAGTATCGACTCAACATGCCGAAGAAGCAACGCTGGAGCAAATCCAGAAGGATATTAAAGAACAAGTTATTCTTCCTGTCGTACCGGCTGAATTGCTGGATGCAGAAACTAAATATTTCATTAACCCAACCGGCCGTTTCGTAATCGGTGGACCACAAGGGGACGCTGGTCTGACAGGCCGCAAAATCATCGTGGACACCTATGGCGGCTACGCTCGTCATGGCGGCGGTGCATTTTCCGGTAAGGATCCTACAAAGGTTGACCGTTCCGCTGCTTACGCGGCTCGCTACGTGGCTAAAAACCTGGTTGCTGCAGGACTTGCGGACAAGTGCGAAATTCAATTGGCTTACGCTATTGGTGTCGCTAACCCAGTGTCGATTAGTGTAGATACTTACGGAACAGGTAAAGTGAGCGAAGAGAAGCTGGTTGAGCTTGTGCGTAACAACTTCGACCTGCGTCCGGCTGGAATCATTCGCATGCTGGATCTTCGTCGTCCGATCTACAAACAAACCGCTGCTTACGGACATTTTGGACGTACGGATCTCGATCTTCCTTGGGAGCGCGTGGACAAAGCGGAAGCGTTGAAAGAACAAGCTGGCGTAAACTAA	MSLTGRRLFTSESVTEGHPDKICDQISDAVLDAFLANDPNARVACEVSVATGLVLVIGEISTKSEYVDIPSIVRNTVKEIGYTRAKYGFDSNTCAVLTSLNEQSADIAQGVNAALENRDPSQVDKETENIGAGDQGLMFGFATNETPELMPLPIALSHRIARRLSEVRKNGTLEYLRPDGKTQVTVEYDGNTPVRVDTIVVSTQHAEEATLEQIQKDIKEQVILPVVPAELLDAETKYFINPTGRFVIGGPQGDAGLTGRKIIVDTYGGYARHGGGAFSGKDPTKVDRSAAYAARYVAKNLVAAGLADKCEIQLAYAIGVANPVSISVDTYGTGKVSEEKLVELVRNNFDLRPAGIIRMLDLRRPIYKQTAAYGHFGRTDLDLPWERVDKAEALKEQAGVN	PGPT0020000_1933	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-AI-2_BIOSYNTHESIS,PGPT0020000-metK-K00789	NA	NA
JZ016_03590	288	sasP-C		Small, acid-soluble spore protein C	ATGGCACGCAGCAGTCGTAACCGTCAAGTGGTACCTGAGAGTCGTGAAATGCTGAAGCAAATGAAATACGAAATTGCAGCAGAGTTTGGATTACCCGTGGGATATGGTAGCGGTTCCAATGGAGCCGATACGGAATTTGGTTCCGAGTTAGGAACCATCGGAGGTGGATCTGCCAGCCGTCGTCCTGGATGGGGACATCTAACATCCCGTGAGAACGGATCCGTTGGTGGAGAGATCACTAAACGTTTGGTTCGAAACGCTGAACAAAGTCTCTTCGATAGGCTGTAG	MARSSRNRQVVPESREMLKQMKYEIAAEFGLPVGYGSGSNGADTEFGSELGTIGGGSASRRPGWGHLTSRENGSVGGEITKRLVRNAEQSLFDRL	PGPT0024860_10	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024860-SASP_A|sspA-K06418	NA	NA
JZ016_03591	507			hypothetical protein	ATGAATTCTTATTTGAAGGTTGGCTTGGCGGCGCTGACGATTGGCGCTGGTATATGGATTGGTGCAACCTACAGCAACACCGCAACCGGTGCCGGCACCACCCCAGGCACCACCGACGACCCGGTTGTCACTAAAAGCTATGTTGACCAACAAATTCAGCAAGCGCTGAATGGTGGTGGAGGAGCTACAAACCCAACGAATCCTGCAAAACCAACGGAGCCATCCCAAGGTGTTGATGAAGTTAAGAATGTTGCGCTGAAACCAGGTAAGATTCTAATTGCCGACGCAGGAACGGAGTTCATCGTGCGTTCAGGTAATGCTGTGATCTACACAGAAGTCTCTAGCGGCGTTGCAGACCTTACCGATGGTAAAGACCTGTTAAACGGTGAAACAGCGCCCAAGAACCATTTGCTTTCCTTCCCGCGTGAAGGTCGGGGTATTCAGGTGAAAGAAGGACAGACAAGCAATTTGATTGTCATGGTGCGCGGCGGCTACACCATTAAGTAA	MNSYLKVGLAALTIGAGIWIGATYSNTATGAGTTPGTTDDPVVTKSYVDQQIQQALNGGGGATNPTNPAKPTEPSQGVDEVKNVALKPGKILIADAGTEFIVRSGNAVIYTEVSSGVADLTDGKDLLNGETAPKNHLLSFPREGRGIQVKEGQTSNLIVMVRGGYTIK				NA	NA	NA	NA	NA
JZ016_03592	3234			hypothetical protein	ATGAGTGATAAGAGCTACCAAATTAAAGAAAACAATCAAGTGATGATTCAAGGAGGAGAAAAAAAGGTTATGAAGAAAATTTTATCCGTAGCACTGTCTACAGCAATGGCATTCTCCATGTTTGCTTCTGTTGCATTCGGTGACGATGCGCTTAACACACAACAGAAATTTGATGTACTGAAAGAAAAAGGTATCTTCACTGGCTATCCAGATGGAACTGCTGGTCTTGACAAAGAAATGACTCGCGCTGAGTTCGCGAAAGTTTTGGTAGGCATCATGGGTCTTGAGCCAATCCAAGGCAAAGCGTCTTTCAAAGACAAAAACTACAAAGCTGACAAATGGCCAGCTCCTTATGTAGAAGCAGTATACGCTGCAGGCATCATGGAAGGTAAAAACACAACGAAAATGATCTTCGACTTCAACGGTAAAATCACCGTTCAAGAAATGGCGAAAGTTCTCGTTGTTGCTCAAAAACTTGATATCCCAACAGAAACAAACAACAACGCTTCTGACTGGGCTAAAGGTTATGTGCAAGCGGCAATCAACGCTGGTTTGGTAGATGCTAAAGCTAACCCTAAAGCTAACGCTTCCCGTTCCCAATTGGTTGAAGTTGCTTACACAATCTACTTGTCGCAACAAAAACCAAAAGTGGTTTCTTATGATGTAACTGAGAGCGGTAAAGTTGTAACTTTCAAACTTGCTAACAACGAGAGCGTGAAAGTTGAACTGGAAACTCCTCTGAAAGCTAACACTGCAACTGAAGTGAAATTTACACATAACAACTACGAGTACACTGAAAGTGTAACTTGGGTAGTAACATCTGCAACTAAAGTTGAATCCGCAACTTCCACGAACTTGAAAGAAGTTGACGTTGTATTCGACGGTAAAGTTGACAAAGCGTCTGCTACTGACAAAAACAACTATGTCATCGATTCCAACTCTAAAGGAATCAAATCCATAACTGTATTGGAAGATGGCAAAACTGCACGCATCCTGTTGAACGAATCCAGCAAATTCGTACAAGGAACAACATACAAGATTGTTGTGAAGAATGTTAAAGGCGATCAAGGTGCTACAATCCCACAAGGTGAAGTATCATTCGCATCGTCCGACAACACGCTGCCAACAGTAACTGAAGTGAAGGCTCTCGGAACTAAAGTGATCAAGGTAACTTTCTCCGAGCCAGTTATCGCTCCATCCAGCAGCAACTTCCAACTGGATGACAAAACATTTAGCGGCACTGTAACACAAGGCCCTAACCAAAGAGAAGTTATCCTGAGAGACTACACAGGTGGAATCTCTGTTGGCGCTCATAAGCTGACAACTTCCCTCGTTGAAGACTATGCAGGATTGAAATCTTTGGCTGACACCAAAGAATTCACAGTTGCAGTTGATACTGAAGGTCCGAAGGTTACTGAAATTTCCGCTACTCTGGAAAAAGTAACAGTAACATTCGATGAAGAAATCGATCCGGCTTCTGTAACAGAAGATAGTTTCTACTGGAAGTCTGGCGACAGCAAGAAAAAAGGTAAAGCAACTCAAATCGCTGCAAACGTGTATGAAGTTGACTTTACTGCAAATCGTCTGCCAGGATATGAAACTAACCTGTTCGTAGAGGTTAAAGACTACTCTGGTAACGCGAACCCTGTGAAGGAACATAAAGTTACAGCAAGTATTGATCTGGTACAACCACGTGTAATTGAAACTACATTTGGCGTTGACAGAAAAGATACACTGACTGTTCGTTTCGACAAAGCAGTAGATGCTGCTGACAAAAAATACTTCACTGTTAAAAAAGGTAGCGACGTTATTCCTGTGAACACTGTAGTGGCTGCTGATGCATCGAACAAAATCTTCTACGTTAGCTTCTTCAGCACTCTTGAAGGCACTTATGATCTGAAGATTAAAGATGTAAAAGATAGAACTGCACTGCAAAACACTATGGTTGAATACAATGGTACATTCGTAGCTGCTGATAATGCTAATTTGACTAAATTCTCTAACTATGACTGGAATGACGCAACCCGTAAGCTTGCTTTGCACTTTGGCAAAGAAATGGACATTAATTCTATCCAGACCAAAGCTAACTACTACATCGAGTTCCAAAAGAACGGTGGCGATGTGCAACAGATCGCTCTGCCAACCGAAGTTGTACCTTCTGCAGTAAATGATGGTAAATCGGTTGTTCTTCAGTTCCCAGAGTTCATTAACGGAACTAGAGTGACATTTGGTGAGAATGGTACTGTTAAAAAAGTATTGGCATCTGGTCTTAAATCCAAAACTGGTCAAAACGTAGCTTGGATTAACGAACCATTGCTTCAAGCTAAAAACCAATTGACTTGGACTGCAGCAAAACAAAAGGATGCTAAGACTTTCGAACTTGAATTCACTAATGTAATTGCTCATGCTTCAGTTAGTGACTTCACTGTCGATGGTTCCTATCCATCGGAAGTAAAAGTAGATGGAAACAAAGTAACACTGAAAACAAGCAGCGAGTATACTGGAGCAACAATCACCTTGTTTGCTAACAACTCCATCCAAACTTATTCTAACAACAAGCTTAACTTGTCTGGCAACGCTGTAATGACAGTTCAAAATGTTGTTGCTCCTAAAGTGAGCAAAGTTTCGAATAGAGTGGGTAACTCGTTTACAGTTACATTTACAACATATGTTGACTCTGTAACTCCTTCCGTTGCAGATTTGAAAAATGACTTCATTCTTAGAGATCTTTCAAAGGATAACAATCCAATCATTCCTGTAACTAGCTATACAACTAGTTATGCTAATGATACTGCGGGCAGCGTGGTAATCACACTTACTGATGCTAAACTGATTCAAGATAATCCTCCGATTTCTGTAAAAGTTCGCAAGGATGCTCAGTACATTGTAGCTCAAGGTTCAACTACTAAAGCACTTGAATCGGATGAGTTTACAGTAAATGCACCTACTGCACCAGCTGTTGATCCAGTAAACGTTACATCAACAACTTACGAGACAGCGACTTCTACTCTGACTGTTAATGTAAATAAGACTCTAAAAAGCATCGTTGACGGTAAAGTTGCGATTGGCACTAATAAAGGAACAGCTTCCTATGATGCCGAATTAGCTGCTGACGGAAATTCTTTCAAAGTAGTAGTCGGTAAAGAAGATACTATTAATGGTGGACTTCTGAATGCTAGTGTTGTTCTGGAAAACGGAACAACAGTTGTTTTAAAAGGTACTATTAAGTACTAA	MSDKSYQIKENNQVMIQGGEKKVMKKILSVALSTAMAFSMFASVAFGDDALNTQQKFDVLKEKGIFTGYPDGTAGLDKEMTRAEFAKVLVGIMGLEPIQGKASFKDKNYKADKWPAPYVEAVYAAGIMEGKNTTKMIFDFNGKITVQEMAKVLVVAQKLDIPTETNNNASDWAKGYVQAAINAGLVDAKANPKANASRSQLVEVAYTIYLSQQKPKVVSYDVTESGKVVTFKLANNESVKVELETPLKANTATEVKFTHNNYEYTESVTWVVTSATKVESATSTNLKEVDVVFDGKVDKASATDKNNYVIDSNSKGIKSITVLEDGKTARILLNESSKFVQGTTYKIVVKNVKGDQGATIPQGEVSFASSDNTLPTVTEVKALGTKVIKVTFSEPVIAPSSSNFQLDDKTFSGTVTQGPNQREVILRDYTGGISVGAHKLTTSLVEDYAGLKSLADTKEFTVAVDTEGPKVTEISATLEKVTVTFDEEIDPASVTEDSFYWKSGDSKKKGKATQIAANVYEVDFTANRLPGYETNLFVEVKDYSGNANPVKEHKVTASIDLVQPRVIETTFGVDRKDTLTVRFDKAVDAADKKYFTVKKGSDVIPVNTVVAADASNKIFYVSFFSTLEGTYDLKIKDVKDRTALQNTMVEYNGTFVAADNANLTKFSNYDWNDATRKLALHFGKEMDINSIQTKANYYIEFQKNGGDVQQIALPTEVVPSAVNDGKSVVLQFPEFINGTRVTFGENGTVKKVLASGLKSKTGQNVAWINEPLLQAKNQLTWTAAKQKDAKTFELEFTNVIAHASVSDFTVDGSYPSEVKVDGNKVTLKTSSEYTGATITLFANNSIQTYSNNKLNLSGNAVMTVQNVVAPKVSKVSNRVGNSFTVTFTTYVDSVTPSVADLKNDFILRDLSKDNNPIIPVTSYTTSYANDTAGSVVITLTDAKLIQDNPPISVKVRKDAQYIVAQGSTTKALESDEFTVNAPTAPAVDPVNVTSTTYETATSTLTVNVNKTLKSIVDGKVAIGTNKGTASYDAELAADGNSFKVVVGKEDTINGGLLNASVVLENGTTVVLKGTIKY	PGPT0022155_3162	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5c_TRIMERIC_AUTOTRANSPORTER_ADHESINS-SECRETION,PGPT0022155-ata|sadA|emaA-K21449	NA	NA
JZ016_03593	345			hypothetical protein	ATGAAGCCGATATTATCAAAAGCGCAGCTCGACTACATGAAGGCGAAGACCAAGTTCGAGGAAAAGGCCAAAGTGATGGAGAAGAAGATTGAGCTGGCTCGTGCCGCTCATGATGAGATAACTCAGGAAGTCATGGAGGGACTCGTTGTTGAGACAGGCTTTCATGATTCATTTAACGAAATGACAGCGGCAGAGAATGCGTTGATCCAGTGGTCTCATACAACAATAAAACATGACAAAACATATCGTACGAATAAAGCGGAAATTGATCTGATGTACGAAACGCTGCATAGCAATCCGGAGATGCGTGCACGCATTATCCAGCTTGCTATGAAGATTCGCTAG	MKPILSKAQLDYMKAKTKFEEKAKVMEKKIELARAAHDEITQEVMEGLVVETGFHDSFNEMTAAENALIQWSHTTIKHDKTYRTNKAEIDLMYETLHSNPEMRARIIQLAMKIR				NA	NA	NA	NA	NA
JZ016_03594	3699			hypothetical protein	GTGAACGATGTAACACCCAAAACGGACGCCAACGTCCGAATGATCAAGGAGGCACAACCGTTGAAGAAAAATTTCCGTACAATAGCAAGCCTGTTATTGGCCATTGCTATGTTCTTTTCCCTAATTCCGGCATTACCGGCTTCTGCTGCAAATGGAGCCTTGTATTTTCACTTTTCCAATCTAAGTACGGATCCGAATTCTCCAACGCCGGAGAACCGGAGCTCGATTACGGTTTCGGGTACCTATAACGGCATTAATCCGAATACCATCTCATATGAGATTAAACGCTTCGATGACACAACCACGGGCGGAACAGGTGTCAAGCCGATTCTGGACGAAGCAGCGAATACGTTCCAATTCCTGAATGTCCAATTGAATCAGGGCGTGAACAAAATCATCGTGTCGGGTATGAGCACGCAAGGTCAGCAGATGAGTGCCACAGCTTATGTCAAGTTCTCCGATGTACCGGCTGTTTATGAAGTAGCACTCAGTGATGGACGTGTGCTGGAAGAGAATGCTTCCAAGCCGGTTGTCGTTACCACGCAGACGGTTAGTATCTCGGTAAAAGCAACCAATGGCTCCAAAGGCGTGACGGTTAACGGCATGGCCATGTATCCGGGCGGCGGCGATACGTTTTACTCCGCAGGGATCCAATTGCAGAAGGGTGTCAACGATCTGGTGATCGTCGTGAACTCGGAATCGAAAACCCAGACCATCAATAGACAGGTTGTCTATCATCCGACAGGCTCCTTGACGGTCAATCAACTGCAGATCGGTAACACCAAGATCGATGGGCAGACCGTTGTAACCGGTAATGTGAACGGCGTCATCTCCGGTTATGTTATCATGGATGCTCCTCCGGCTGGTACGCCAGCGGTGCCGCCAACTCTTGAAGTATCTGTGTTTCCGACAGGATCCACGGTGCCAATCATGAGCTCGCAGGCAACCGTAGGAGCAGCAAGCATCCTGGGTAACAGCTTGATGTATCCTTTTACAACCACTGGCTCGGTCAGCATTACACAAAGCGGGGAGTATTTTGTTTACACTAAGGACACTACCACTGGTTTCGATGTGAAAAATCCTTTTACTTATCGCGATGTCAATGCACCTACAATCAAGCAGGTGTATCAACTATACGGTGTAACAGAGAGCGGGGGAACGGTATCGGCTACCTCCCAGTCCATTTTTCCAAGCGGTAACGATACGGTCCTGAACGAATTGCCGATCTACTTAATGGTGGAACAAGTGAACGCAGGTGATGTTGAGATTGAATCGAGCAAGGGCGGCGGCACGATTGCCCAGAAACTTACCTATAATGGTAACACGGTTTTCAAAATCACGAATTTGCCTTCAGGACAACAAAATCTGATCATCAAGGTCAGCAATGCATCGGGCGTCTCCGATACGAAGGTGATCCCGGTAACGTTCCTGTCCTCCACTTATATTGATATTTATCATTTGTATAACAATCAGGTGTTTAAGAATAGTACAGATTTCAACCAAGTGACGGGTCGGATTGTGAACTACACGGGAACATCCGGACTTACGATTTCCTTGAATGGTAATACTCGTGATTTGTCCGTTAACGGCAATGGCGAGTTCAGCTTTACTGATGCTGCATTTCTGCAGCTGATTCCAGGTCCGAATACGTTGGTGGTCGCTGACAAGAGCGGGAAAATCTCGACGAAGCTGACTCTGCTTTATTTTAGCGATACGCGTTCGGTTATCAAAAACATGATTCCATTCCCGGTTGGTTCCGCAACAGAATCCGATCCGGATGGATTGTTCAGAGAAACGGCCGAGAACGCATATAACACATATGAAAAGGCTCTGGGTCTTCGCTTTGAGGTGGAATACACGGATGAAATTACGGTGAACCTTAGTCATCCTACGCCATCCATCTTTGCAGTCTTTACAAAAGACAACACAGCAACCTGGACGCTCTCTGGCGGTGCACTGAAGACGCAATTGGATGCCATTAATCAAGCGGATCACAGCCTGTACTATTCCATTGTCAATGGAGCCAACTCCAGCTCGGCCCGCGTTGTATTTAAAGAACTCGCGCTTCCAGAGGTAGGATTGCAGGCAATCAGCATCGGTTCTCGTTATCAGTCGGTTACGACTACAGATACCATTGAAATTACGCGTGAGCGTGCGCCTTATGAAGTTCTTTCTCCTAGACTTCCTAACGAAGGTGTTTTGAAACAGAACTTTGTAGAGGTAAGCATCAAGGCTGAAGGCGCGGACTCCATTCTGATTGGCAAAACGCCAATGGTGAAATCCGAGATCAGCGACATATTCCGTCTTGAAGTCAAGAACCTGAAAAATGGCAAAAACACCATCAAGTTTACGATCGAACAAGGCACCAAAAAGACAAGCGGGCAATTCGTTGTAACGTACACGGATGATGCAACCGAAGGCTCTCAGTTTAAAACGAATATTTCGAAGTCAGGTAAGGTTAAAGTATTTAAGGGTGATTTGTCCCTGTCCTTGCCGAAAGGCACGGTGCTTCAACAGGCTAAATCAAGTCCGAATGCAGAAGTGCCTACGATCAATCTGCTTGGTGAGCATGACATCCTGTTTGGTATTGCCAACCAGATCGATGGGCGGACCGTTAAGGCTTACAATCGAATTGGTGAAATCGAGAACGGTGTGGAAATGGATGGACGTTTGTCCCTCATTCCAGGGGATAACAACAATGCGTTCCGTTTCACTCCGGCAGCCCATTACGGCTACTCATCGCCTCTTTACTGGCTGGATGCGGGTTCGCTTAATGCATACAGCAGCAACATTGAGGACTTTAACGTAAAGGCAGCAGCTCATCCTTACGCAAAAGGAAACGAATTTCATCAACGCTTGATTCCGCAGAACTGGATGGAATTGTCTCAAAAAGGTACGATAACCTTGAAATATGATTCCGCACTGGTGAACTCAGCTTCCAGCAACCTGGGTATTTGGTGGTATAACCCTTCCCAAGGAACTTGGATCAACATCGGCGGGAAAGTAGACGCCAAGAAGAAAACTGTTACGGCACCATTTAAGGGATTTGGGTATTACGCAGTTAAATCCTTGCGTTATAGCTACTCCGATGCGATTTCGCATAAGACAGCCCGTAACGATATTGAATTGATGCTGGCAAGAGGATACATGAAGGCATCCAAGACGGATGCATTCGGCGTGTATGATCCAATGACTCGCGGTGAATTAGCTACTATTATAGTGAAGCTGCTCGATATTCCGTTGGATTATGATACCGATAAGAACAAGCTGACGTTTGATGACATCTATCAAGAAAGTGTAGTCAACAGCATGCAGTGGGATTATCGTTACATTGAGACAGCGGCTAGAAAAGGGATCATTCGCGGCATTGCGCCACGAAGCTTTGCTCCTAATATGGAACTGACTCGTGAAGAAGCGGCAAACATGATTGCACGTGCGCTCAATCTGAAGATGGGTGAAATTGAAAAAGATAAAGCAGCACTTCAGAAGCAGTTCGAAGATGTCGGCAAAATCAAATCGAATTATTCTTACCCAGCCATTCTTGCTGTAAGTAAGGCCGGTATCATCACTGGTGTTGCGAATAGCTTGAAAGAAGGCGAGAAGAAACCAACGTATAACTTCAATCCGGATGCCGTGCTGAATCGTGCAGATACGGCGACGATCGTGAAACGCATGATGGGCAAACTCAAAATGCTGTAG	MNDVTPKTDANVRMIKEAQPLKKNFRTIASLLLAIAMFFSLIPALPASAANGALYFHFSNLSTDPNSPTPENRSSITVSGTYNGINPNTISYEIKRFDDTTTGGTGVKPILDEAANTFQFLNVQLNQGVNKIIVSGMSTQGQQMSATAYVKFSDVPAVYEVALSDGRVLEENASKPVVVTTQTVSISVKATNGSKGVTVNGMAMYPGGGDTFYSAGIQLQKGVNDLVIVVNSESKTQTINRQVVYHPTGSLTVNQLQIGNTKIDGQTVVTGNVNGVISGYVIMDAPPAGTPAVPPTLEVSVFPTGSTVPIMSSQATVGAASILGNSLMYPFTTTGSVSITQSGEYFVYTKDTTTGFDVKNPFTYRDVNAPTIKQVYQLYGVTESGGTVSATSQSIFPSGNDTVLNELPIYLMVEQVNAGDVEIESSKGGGTIAQKLTYNGNTVFKITNLPSGQQNLIIKVSNASGVSDTKVIPVTFLSSTYIDIYHLYNNQVFKNSTDFNQVTGRIVNYTGTSGLTISLNGNTRDLSVNGNGEFSFTDAAFLQLIPGPNTLVVADKSGKISTKLTLLYFSDTRSVIKNMIPFPVGSATESDPDGLFRETAENAYNTYEKALGLRFEVEYTDEITVNLSHPTPSIFAVFTKDNTATWTLSGGALKTQLDAINQADHSLYYSIVNGANSSSARVVFKELALPEVGLQAISIGSRYQSVTTTDTIEITRERAPYEVLSPRLPNEGVLKQNFVEVSIKAEGADSILIGKTPMVKSEISDIFRLEVKNLKNGKNTIKFTIEQGTKKTSGQFVVTYTDDATEGSQFKTNISKSGKVKVFKGDLSLSLPKGTVLQQAKSSPNAEVPTINLLGEHDILFGIANQIDGRTVKAYNRIGEIENGVEMDGRLSLIPGDNNNAFRFTPAAHYGYSSPLYWLDAGSLNAYSSNIEDFNVKAAAHPYAKGNEFHQRLIPQNWMELSQKGTITLKYDSALVNSASSNLGIWWYNPSQGTWINIGGKVDAKKKTVTAPFKGFGYYAVKSLRYSYSDAISHKTARNDIELMLARGYMKASKTDAFGVYDPMTRGELATIIVKLLDIPLDYDTDKNKLTFDDIYQESVVNSMQWDYRYIETAARKGIIRGIAPRSFAPNMELTREEAANMIARALNLKMGEIEKDKAALQKQFEDVGKIKSNYSYPAILAVSKAGIITGVANSLKEGEKKPTYNFNPDAVLNRADTATIVKRMMGKLKML				NA	NA	NA	NA	NA
JZ016_03595	1125	tagO_2	COG0472	putative undecaprenyl-phosphate N-acetylglucosaminyl 1-phosphate transferase	ATGTTAATGATATACATCATCGGGTTTATCGTATCGCTGACGCTCGCCCTGCTCTTAACGCCGCTTGTGAAGAAGTTTGCGGTTAAGATTGGTGCCGTTGACGTTCCTAATGCCCGCAAGGTTCATACCCGGATCATGCCCCGACTCGGGGGACTCGGCATTTATCTGGCTTTTATACTTGGACTGATTGCAGTTCTTCCTTTTCTTCCGGATAGCCTGTCGCCTCGCGATGCCAACTTTATGAAGGCATTTCTGATCGGCGGTTCCATGATCGTATTGATCGGAGCCTTGGATGATCGATTTGAACTTTCGGCCAAAGTGAAGTTTCTGGCTCAAATTGCAGCTGCTTGCGTAGTTGTATTCGGATTTAATATTACCGTGGACTTTGTAAATATACCGTTCCAGGATCGGTACTCCATGCTGGAGAGCTGGGTATCGATTCCACTGACAATCTTCTGGATTGTCGGCGTAACCAACGCGATTAATCTCATTGACGGACTGGATGGACTTGCAGCCGGTGTTTCCGGCATTGCGATCGGCACGATTCTGGTCATGGCCGTCTTGATGGGCAACACCACCGTTGCCTTGCTATGCCTGCTGCTGCTCGGCAGCATTATCGGGTTCCTGTTCTTCAACTTCCATCCGGCCAAGATTTTCATGGGGGATACGGGCTCGTTATTCCTTGGATTTTGTTTGGCCATGCTGTCCTTGCTTGGATTTAAACAGATTGCGATTGTATCCTTCATTACGCCGCTGATTATTATCGGTGTTCCGTTGTCTGATACGTTTTTCGCTATCATCCGTCGTAAAATCCAGAAGAAACCGATCTTCGCTCCGGACAAGGGACATCTGCATCATTGTCTGCGCGAGCTTGGATTCAGTCACCGTCAGACGGTGTTGATTATTTACGTGATTGCCGCCTTTTTCGGCGTACTGGCAGTCATTCAATCTTCGGCTGCCATGTATGAAGCCAACTGGGTCACCTTCGTCGTGATCTGCGTCATGATGTGTTTCATGCAGATCGGTGCGGAAATTATCGGACTGGTCGGCAAGACCAAACGGCCGATTCTGGGTCTGATCAATCGGATGCGAATGAAGGCAAATCCCGAAAGCCGCACGAAGTAG	MLMIYIIGFIVSLTLALLLTPLVKKFAVKIGAVDVPNARKVHTRIMPRLGGLGIYLAFILGLIAVLPFLPDSLSPRDANFMKAFLIGGSMIVLIGALDDRFELSAKVKFLAQIAAACVVVFGFNITVDFVNIPFQDRYSMLESWVSIPLTIFWIVGVTNAINLIDGLDGLAAGVSGIAIGTILVMAVLMGNTTVALLCLLLLGSIIGFLFFNFHPAKIFMGDTGSLFLGFCLAMLSLLGFKQIAIVSFITPLIIIGVPLSDTFFAIIRRKIQKKPIFAPDKGHLHHCLRELGFSHRQTVLIIYVIAAFFGVLAVIQSSAAMYEANWVTFVVICVMMCFMQIGAEIIGLVGKTKRPILGLINRMRMKANPESRTK	PGPT0015240_1104	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM	CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015240-wecA|tagO|rfe-K02851	NA	NA
JZ016_03596	759	tagA	COG1922	N-acetylglucosaminyldiphosphoundecaprenol N-acetyl-beta-D-mannosaminyltransferase	ATGAAACAGACCTATCCATTTCCTACCGTATCGGTGTTCGAGATTCCTTTTTCCAAGCTTAGTATGAAAGATACGGTGAAATTCCTGACCGAGGCTGTTCAGTCAAGGCAGCCCCACCATGTCATAACGGCGAATCCGATCATGGTGATGACGGCCGTCAACCAACCGGAATATAAACAGATGATGCAAAGTGCCGAAATCATCGTTCCGGATGGGACGGGGATCGTCTGGGCCGCCAGTGTGGGCGGCGAACCGCTGGAGGGGCGCGTCACCGGCTTTGAGCTGTTACATGAATTGTTGAAGGTAGGGGAAACCTATAGATGGAAGTTCTTTCTGCTGGGAACTACTGCCGAAGTGATTCAGGAAGCTGCCGAAAGGTTACAAATGCAATATCCGGCTGCGATTATATGCGGCTACCGGGACGGTTTTTTTGGACCTGATGAAGATGCTGCCGTCATTGAGCAGATTCGGGCAGCTTCACCGGATATTTTGTTTGTCGCCCGTGGTGCGGACAATCAAGAGCCTTGGATTGCGCAGCATAAACAAGCGCTTCAAGTTCCGGTTGTTATGGGAGTCGGGGGATCTTTCGATATTATCTCCGGCAAACTGAAGCGGGCGCCGAAAGTATTCCAAAAGCTTCGTCTCGAATGGTTTTACCGCCTTCTGAAGGAGCCCACCCGTTACAAAAGAATGCTTGCGCTGCCGAAATTCGTAGTGAAAGTGCTGCGCGAGAAAGAAAACGTAACGAAATCGAGCTAA	MKQTYPFPTVSVFEIPFSKLSMKDTVKFLTEAVQSRQPHHVITANPIMVMTAVNQPEYKQMMQSAEIIVPDGTGIVWAASVGGEPLEGRVTGFELLHELLKVGETYRWKFFLLGTTAEVIQEAAERLQMQYPAAIICGYRDGFFGPDEDAAVIEQIRAASPDILFVARGADNQEPWIAQHKQALQVPVVMGVGGSFDIISGKLKRAPKVFQKLRLEWFYRLLKEPTRYKRMLALPKFVVKVLREKENVTKSS	PGPT0023455_1048	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023455-tagA|tarA-K05946	NA	NA
JZ016_03597	1245			hypothetical protein	ATGGTCTCCACTTCTAAGACAATAGTCATTTCCGGATACTACGGATTTAGCAATAGCGGTGACGAAGCGGTCCTGAAATCCATCCTGACCGCCCTGGAACAGGAAGGAAAGGCTGCGGGAGTTGATATCAACCCCGTGGTACTTTCCATTGACCCGGATTGGACTTCGGCTGCCTATGGGGTAAAGTCCATACACCGGATGAAGCTGGGAGAAGTTCGACAGGCAATCAAGGACAGCGACGGTTTGATCAGCGGTGGAGGAAGCTTGCTGCAGGACGCTACCAGCCCAAAGACGATCCCGTATTATCTGGGCGTCCTCAAGATCGCGCAGTGGCTTGGTAAACCGACGTTTATTTATGCGCAGGGCGTAGGTCCGGTTAACCGTAAGCTGTTTTATCCGATGATTCGCTCGATCTTCCGAAAATGCACCTACATCTCGGTGCGTGACATTCAGTCAGGTGAACTGCTTCAGTCGATGGGAATATCAGGGGAAGCCATTCACGTCGTACCCGATCCGGTGATGGGCTTGCCGCTGCCAGAGGGGGAGGATGTTCAGCTTGATTTCAACCCGGGATCGGGGTTAGAAGAGAACGATGCCGCATCAGTTTCTTCTATAGAAGAACATTGTGAATCATTCGAAGAACCTTTAGTGCAGTCCTCATTATCCAATCGCGAAACGGAAGGGGAAGGATCTCTGCCGGTTATCGGTATTTCGGTTCGATATTGGCATCCGGAACGCAAAGAGCTGAAGGCTGTTGCGGAAGGTTTAAAGGCATTAGCCGCACATCGTCCGGTACATCTTCGCTTTCTCCCTTTTCATCAGCCGGATGATCTTGAGGCTTCGCAGTTTATTGCTAGCGGCATTGGCGATATTTCCAAGAATGGTTCGATTATCAGTTTCTATCGTGATGAGAAGCAGCCGCAGGACATGCTGCGAGAGGTTAGTCGTTGTGATATGATACTGGGCATGCGTCTGCATAGCCTGATCTATGCAGCGAATCAGCGTGTGCCGTTGCTCGGAATTTCCTATGATCCGAAAATCAATCACTTTTTGAAGCGGCTGGGCAGCAAACCTGCAGGAAGCAGTGAATCACTTGACGCAGATGCGTTAAAGGATCAGATGCTGAAGCTGTTAGACGATGCAGCGGCATGGAAGGCGGAGCACGGCGAGCAGATATCCGTATTGAAACAAGAGGCTGCGCTGCCTGCACGCCACATTGCCCAATATTTACGCCATAGAGGATGA	MVSTSKTIVISGYYGFSNSGDEAVLKSILTALEQEGKAAGVDINPVVLSIDPDWTSAAYGVKSIHRMKLGEVRQAIKDSDGLISGGGSLLQDATSPKTIPYYLGVLKIAQWLGKPTFIYAQGVGPVNRKLFYPMIRSIFRKCTYISVRDIQSGELLQSMGISGEAIHVVPDPVMGLPLPEGEDVQLDFNPGSGLEENDAASVSSIEEHCESFEEPLVQSSLSNRETEGEGSLPVIGISVRYWHPERKELKAVAEGLKALAAHRPVHLRFLPFHQPDDLEASQFIASGIGDISKNGSIISFYRDEKQPQDMLREVSRCDMILGMRLHSLIYAANQRVPLLGISYDPKINHFLKRLGSKPAGSSESLDADALKDQMLKLLDDAAAWKAEHGEQISVLKQEAALPARHIAQYLRHRG				NA	NA	NA	NA	NA
JZ016_03598	2019			hypothetical protein	GTGGTTCAGAATTGGAAACGCTGGAACACAGCAGCCCGCAAGTGGCTGTGGATTCTGGTTGTTCTTGGCGTTGCAGCGGCCCTGCCGGTAGGTTATGACCGACTGCAAACAGAATCAACATCAAAGAATGTAGAGCTGGTGTTTGATTATCGGGATTTGTTGGATGTCGCGGCGTATCAATCCAAGCCGCAGGATTTTGTATCTGAGCAGCTGGATCGCCTGAAAGAAGCCGGCGTAATCAGTATGGCGCTTTATGAAAGCACGCTGGACGAGCTGGTGAAATCGCGGCGAATATCGGTATATGACGGGCAGCAGGTCGCTGATCTGACAGGTACGACGATCTCCCCGAACGAGAATTTTACGTATGTTTCATTCCTGAACGAGGAAAGCGCGACTTTAATTAAACCCATTATCGAAGAAACCTACACGAGATTGGGTATTCCGGTAAGATCCTGGCAGTTCGATCGTGGAGTGGATGGGTTGGTGCTGGAAACTCCGCGTTCCAACGCGGTGATTAAGCCGCTGTCTCCAGACCCTATTACCATAAGCATGCTGCGAGAGAAGGGCTTTAATATTGTACCGCGTCTGTCGGACAGTCTTCCGTATGACCAGGCCTATATGGAGAAGCTGATGGCGTACTTCGCGGACAACGGCGTAAAACGAATTTTGTTTGAAGGTGATTCCGCAAGAGGCTTCAATGATGATGCAGACATGAAAAGCTTGGATTCCTTTGGCGAGCTTTTGAACCAACATGGCATCGGCCTCGTGGCGATTGAGAATATCAAGCGTCCTCAAAAAGGATTTACGAAACTTGCTTATTTAACAGATTACAACGTAACCCGTATTTATTCCTTAAGCGAGCGGGATGCTAATCTGGAGCCTGAGGTTATTGGAGACCGTTTTGCTCTGGCTTCCAAAGATCGTAACATTCGAATGTTCTATTTAAACGCGGAGCCGAGCCGAGATATGACCAAGGCATCCGTTACTCACCCGCTGGATAATTTGATTGACAGTTTGACAGGTACAGGTCAGGCCATTAAGCAGATCGAGGACAATGGCTTCACCATGGGTCCTGCAGAGCCGTTTAAGGTGACCGACTCTTCCTTGCAGCGTTACTTCAAGCTTGGGGCTGTCGTCGGAGCCATAGCTCTGATTTCGCTCATGATTTCCTATTACATTCCGTTCCTTACGATTGCCGCTTTCCTGATCGGGCTTTTGGGCAGTGCCGGATTGTATTTTCTGAAGCCGACCTTGCTTGAACAGGCCTTGGCTTTATTTGCGGCGATCAGTGCTCCAACGGTTGCCGTCATTCTGGCGATTCGCAAAGTCAATGAAACGCAGCAGAGCATACCGGACATGAGTTCTGGCAGAAGAGTCACCCATTCGATCGTACTATTGATAAAGACCACGATCTTGTCGCTTGCAGCCGTACCGATCGTTGTTGCGTTATTGAATAATGTGACCTATATGCTCGTTCTGGATCAGTTCCGCGGCGTGAGCTTGCTGGCTGCAGCGCCGATAGGACTCATTGCAATCTACGTGGTTCTGTACCGAGGGGGATCTACTTATAGCTCTATTCTGAAACTGCTTAAAGCACCGATCTCGCTGACATGGGTTATCGCAGCCGGTATTGTGGCTATTGTCGGTTGGTACTATCTCACTCGTACAGGTAATGCAGGCTCTGTGTCGTCGATCGAAATGGCATTCCGTACATTCCTGGAAAATACGTTTGGCGTACGTCCGCGTAATAAGGAGTTCTTGCTTGCCCATCCAATGATGGTACTCGGCGTGTTCCTGTCATTTAAATACCGTCATGCCGTTTATCTGCTCATTATCGGTGTAATGGGGCAGCTGTCGATGGTCGGAACATTCACGCATATTCACACGCCACTCTATATTTCGGCCATTCGCGTTGTACTGGGTCTTGGACTCGGCTTGATTATCGGATTGATCGCGATATTGGTATGGCAAGTGGCAGAAAGGATCTGGAAACGATGGTCTCCACTTCTAAGACAATAG	MVQNWKRWNTAARKWLWILVVLGVAAALPVGYDRLQTESTSKNVELVFDYRDLLDVAAYQSKPQDFVSEQLDRLKEAGVISMALYESTLDELVKSRRISVYDGQQVADLTGTTISPNENFTYVSFLNEESATLIKPIIEETYTRLGIPVRSWQFDRGVDGLVLETPRSNAVIKPLSPDPITISMLREKGFNIVPRLSDSLPYDQAYMEKLMAYFADNGVKRILFEGDSARGFNDDADMKSLDSFGELLNQHGIGLVAIENIKRPQKGFTKLAYLTDYNVTRIYSLSERDANLEPEVIGDRFALASKDRNIRMFYLNAEPSRDMTKASVTHPLDNLIDSLTGTGQAIKQIEDNGFTMGPAEPFKVTDSSLQRYFKLGAVVGAIALISLMISYYIPFLTIAAFLIGLLGSAGLYFLKPTLLEQALALFAAISAPTVAVILAIRKVNETQQSIPDMSSGRRVTHSIVLLIKTTILSLAAVPIVVALLNNVTYMLVLDQFRGVSLLAAAPIGLIAIYVVLYRGGSTYSSILKLLKAPISLTWVIAAGIVAIVGWYYLTRTGNAGSVSSIEMAFRTFLENTFGVRPRNKEFLLAHPMMVLGVFLSFKYRHAVYLLIIGVMGQLSMVGTFTHIHTPLYISAIRVVLGLGLGLIIGLIAILVWQVAERIWKRWSPLLRQ				NA	NA	NA	NA	NA
JZ016_03599	1719	pgcA		Phosphoglucomutase	ATGTCAGAGATGAGTCAGAGAACAATCGATACGGTACAACGTTGGTTGAATGATCCTTATGTAGATGAGGAGACGAAACAGGAACTGCGTTCACTCGAGCACGACACCAAAGAGCTGGAGGAACGGTTTTATCGTGATCTGGAATTTGGCACGGGCGGTCTGCGCGGTGTTATCGGTGCAGGCAGCAACCGGATTAATAAATATACGGTAGGCCGCGCAACGCAAGGCTTTGCACAGTATATATTGGAGGCTCACGGCACCGCGGAGGGCAAGCCTTCTGTTGTCATTGCCCATGACTCCCGGCATTTCTCGCCGGAATTTGCGTTAGAGGCTGCTTTGGTTTTGGCCGGAAACGGGATTGTAGCGAAGCTGTATCCATCCTTGCGATCAACGCCGCAATTGTCATTCAGCGTGCGTCACTTGGGTGCTACCGGAGGGATTGTCATCACGGCAAGCCATAATCCGCCGGAATACAACGGTTATAAGGTGTACAACCGTGAAGGCGGCCAGCTGGTACCGGACGAAGCAGAGAACGTGATTGCCCGGATACAGGAGGTGGATTCCTTCTCTGCGGTTAAGAGGCTGTCTCAAGCGGATGCAGAGGCTCAAGGCCTGCTGGTTTGGCTGGGCGAAGCGGAGGACCAGGCTTTTGCGGATACGGTGGCGAGTGTCAGCGTGAACCGGGATCTTATCAAATCCAAGCTGGGCGAAGATATCCATATCGTATTCACGCCGTTACATGGAACAGGGCAAGCACCCGTAGAGCGCGTGCTTAAGAGCATTGGCTTTAAGCATATTCATGTTGTTCCGGAGCAAGCCGAGCCGGATGCTAACTTCTCCACCGTCAAATCCCCGAATCCGGAGGAGCGGGAAGCTTTTACCCTCGCGATGAAGCTGGGCGAGAAAGTGGGAGCTGACATTTTGATCGGGACGGATCCCGATGCGGATCGTATGGGGGCTGTCGTGAAGAATAGCCAGGGCGAATACGTCGTGCTGACAGGCAATCAATCCGGCGCGATTATGATCCACTATTTGCTGGGGCAATTGAAGGAAGCGGGTAAGCTGCCTGATCATGGTGCGGTTATCAAGACGATCGTAACGAGTGAGATGGGGGCGGCGATTGCCGAGTATTATGGTGCCACCGTCTTTAATACATTGACAGGCTTCAAATACATTGGTGAGAAAATGACCCAGTTCGAGGAGTCCGGCAGCCATACGTATCTGTTTGGTTATGAGGAGAGTTACGGCTATTTGGCTGGCAATTATGCCCGCGACAAGGATGCCGTATTGGCCTCGATGCTCATATGCGAAGCAGCCGCTTATTATAAAGGACAAGGCAAGACACTGTACGATGTCCTGCAGGAGCTGTATGAGCAGTTCGGTTATTTCCTCGAGACACTGGAATCCCGGACGCTCAAGGGTAAGGATGGCGTCGCCCAGATTCAAGCGAAGATGTCCGATTGGCGCGATAATCCGCCAGGGGAAGTCGGAGGCGTGCCGGTTAAGCAGGTGCTTGATTATGCCGAAGGCCTGGACGGGTTGCCGAAGGAAAATGTGTTAAAGTATCTGCTTGATGACGGATCTTGGTTCTGCCTGAGACCTTCCGGTACCGAACCGAAGATCAAAGTGTATTTTGCCGTGCGCGGCGAATCCCTCGCCGATGCGAATCGCAAAATTCTATCGCTCTCGGCTCCAGTCATGGCCCGGGTAGACGCTTAA	MSEMSQRTIDTVQRWLNDPYVDEETKQELRSLEHDTKELEERFYRDLEFGTGGLRGVIGAGSNRINKYTVGRATQGFAQYILEAHGTAEGKPSVVIAHDSRHFSPEFALEAALVLAGNGIVAKLYPSLRSTPQLSFSVRHLGATGGIVITASHNPPEYNGYKVYNREGGQLVPDEAENVIARIQEVDSFSAVKRLSQADAEAQGLLVWLGEAEDQAFADTVASVSVNRDLIKSKLGEDIHIVFTPLHGTGQAPVERVLKSIGFKHIHVVPEQAEPDANFSTVKSPNPEEREAFTLAMKLGEKVGADILIGTDPDADRMGAVVKNSQGEYVVLTGNQSGAIMIHYLLGQLKEAGKLPDHGAVIKTIVTSEMGAAIAEYYGATVFNTLTGFKYIGEKMTQFEESGSHTYLFGYEESYGYLAGNYARDKDAVLASMLICEAAAYYKGQGKTLYDVLQELYEQFGYFLETLESRTLKGKDGVAQIQAKMSDWRDNPPGEVGGVPVKQVLDYAEGLDGLPKENVLKYLLDDGSWFCLRPSGTEPKIKVYFAVRGESLADANRKILSLSAPVMARVDA	PGPT0017710_1473	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835	NA	NA
JZ016_03600	432	fabZ_2	COG0764	3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ	ATGTTGAACATCAAACAGATTCAAGAAATTATTCCCCATCGCCCCCCGTTTTTGCTGGTCGATAAAATTGTGGAGATTGAGGACGGCAAACGAGCGGTCGGCATCAAGAACGTGACGATCAATGAGCCTTTTTTTGTCGGCCATTTCCCTGAATATGCTGTTATGCCGGGAGTCCTTATTGTGGAAGCTTTGGCGCAGGTCGGTGCTGTCGCGATTCTTAATGTAGAGAGCAACCGGGGAAAGCTGGGCTTTTTGGCGGGCATTGACGGTTTCCGTTTCCGCGGGCAAGTGGTACCGGGTGATACGCTGCGGCTGGAAGTCGAGATCATTCGTTTGAAGGGCATGATCGGTAAAGGGAAAGCAACCGCTACAGTGGATGGACGTGTAGTTGCCGAGGGAGAGATAATGTTTGCTCTTGCGGATAAGGAGTAA	MLNIKQIQEIIPHRPPFLLVDKIVEIEDGKRAVGIKNVTINEPFFVGHFPEYAVMPGVLIVEALAQVGAVAILNVESNRGKLGFLAGIDGFRFRGQVVPGDTLRLEVEIIRLKGMIGKGKATATVDGRVVAEGEIMFALADKE	PGPT0008365_3387	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372	NA	NA
JZ016_03601	201			hypothetical protein	ATGAGTGAATCAAACGCCAAAAAACGATCCAAGACATCCGGATGGAAAATCGCTGTCCGTATCATGATTCCTGTATTGCTCGTATTGGCATTATTCGGAGGCATGGTCTTCGGATATGTTGTTCTCGGCGATCAGGAGCTCGGTGAAGTGTTTGAATGGGGCACATGGAAGCATGTTTTTGATTTAATTTTTGCACCGTGA	MSESNAKKRSKTSGWKIAVRIMIPVLLVLALFGGMVFGYVVLGDQELGEVFEWGTWKHVFDLIFAP				NA	NA	NA	NA	NA
JZ016_03602	825	flgG_2	COG4786	Flagellar basal-body rod protein FlgG	ATGAACAACTCGATGATTAGCGCCATGGTGTCGATGAATGCCCTCCAACAGCGATTGGATGTCATTGCGGACAATATAGCAAACGTCAATACGGCTGGTTATAAGAAAAAGGAGGGATCCTTTGAAGATGTGCTGACGCAGGTTCAGCGGCATCACAAGGATTTCGACCGGACGGGCCGCGCGACACCGCTTGGCTATACACTCGGGTATGGCATGAGACTATCTTCCGTCGTGCAGAACATGGAGCAGGGGGCCATGAAGGAAACCGGTAATCCGCTCGATCTGATGATTGATGGACAAGCCATGTTTGCCGTTCAGGGAGATGGCGCGATTGGATATACCCGCGAAGGCGGATTTCATGTATCTCCGGATGCCCGGAACCCAAACAACCTGCTGCTGGTCAATTCACAAGGCTATCCTGTACTTGACGTGAACAATAATCCAATCTCGCTTCCGGCCAAGGGGAAAGTTGCCATTAACCAGAAAGGGCAGATTATCGTGGAGACCCCAACGGGTCGAACGGCTCCTTATGCAACCTTGAAGCTGGTTGAGCTTGAGCGTCCGGAGGGCTTGGTCGCTGTTGGCGATAACCTGTTCGTCGTAGGAAGCGGATTGACGGAAGGCGATGTGTTCGATTTAACACCGTCGGCTCCGGGCGAGCCTCCGAAATCGAAGGTGCTTTCCGGATTTATTGAACAATCGAATGTCAATTTGACCGATGAAATGACTAAAATGATGGAAGTTCAGCGGGCCTACCAGCTGACGGCACGTGCGCTTAGTTCAAGCGATACCATGATGAACCTTGCCAACACAATGCGAGGGTAG	MNNSMISAMVSMNALQQRLDVIADNIANVNTAGYKKKEGSFEDVLTQVQRHHKDFDRTGRATPLGYTLGYGMRLSSVVQNMEQGAMKETGNPLDLMIDGQAMFAVQGDGAIGYTREGGFHVSPDARNPNNLLLVNSQGYPVLDVNNNPISLPAKGKVAINQKGQIIVETPTGRTAPYATLKLVELERPEGLVAVGDNLFVVGSGLTEGDVFDLTPSAPGEPPKSKVLSGFIEQSNVNLTDEMTKMMEVQRAYQLTARALSSSDTMMNLANTMRG	PGPT0015495_165	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015495-flgG-K02392	NA	NA
JZ016_03603	882	flgG_3	COG4786	Flagellar basal-body rod protein FlgG	TTGTTAAGAGGTCTATATACAGCCGCTTCGGGGATGATGACTCAGGAGCAGCGACATAATACGGTGACGCAGAACATCGCTAACGTCAACACGACAGGCTACAAGGCAACCAACAGCGTACAGCGTTCGTTCCCTGAAGTTCTTGTCTCCATGATCGGCGGCAATGATTCGACGAATGCGGGGCGGAAGCTGGGTAAGTTCAACACGGGTGTTTACGCTGAGGAGAGCATATCGCTTTATACGGAAGGCGCGCTCCGTGAAACGGGCAAGTCAACAGACTTTGCGTTGGTATCCTCATTTACAGTACAGAATCCGGCAACGGGCCAACCTTATCCATTTGATGCTTCCGGCAGATACGTGGATGAGAACGGCGAGGTGATCTACCGGCCGGAAGGATTTTTTACGGTTCAGAATGAGAATGGGGATACCCGTTATACCCGTAACGGCAGCTTCCGGGTTAGCCCGAATGGCAGCCTCTTGAGCGAGAGCGGCTATCAGGTACTGGATAACAATAACAGACCGATTGTATTGACAGGCTCGGCGAGTAACTTTACAGTGAATGAGCAAGGAGAAATCATGGACGCAGAAGGCAATGGGACAGGCATCATTCTCGGAGTCAGCATCGTGAGCGAGCCTCATGGACTGATTCGTGAAGGTCATGGCGTGTTCCGTATGGCCGATCCGGACGGGGAAGTGCGTTTTATGGCACCCGGTGATAACGGAGTCATCCGCCAGGGATTCATCGAGGGGTCCAACGTGGATCCGACGCAATCGATGGTTGAATTGACAGCTGCGCTGCGCGCGTATGAAACAAACCAAAAAATCGTTCAGTATTACGACAGAACGCTGGAGAAGGCGGTCAATGAGATCGGCCGAGTCTAA	MLRGLYTAASGMMTQEQRHNTVTQNIANVNTTGYKATNSVQRSFPEVLVSMIGGNDSTNAGRKLGKFNTGVYAEESISLYTEGALRETGKSTDFALVSSFTVQNPATGQPYPFDASGRYVDENGEVIYRPEGFFTVQNENGDTRYTRNGSFRVSPNGSLLSESGYQVLDNNNRPIVLTGSASNFTVNEQGEIMDAEGNGTGIILGVSIVSEPHGLIREGHGVFRMADPDGEVRFMAPGDNGVIRQGFIEGSNVDPTQSMVELTAALRAYETNQKIVQYYDRTLEKAVNEIGRV	PGPT0015490_48	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015490-flgF-K02391	NA	NA
JZ016_03604	1002	mbl	COG1077	Cell shape-determining protein Mbl	ATGATGTTGAGCAAGGATATTGGAATCGATCTCGGAACGGCGAACGTGCTCATTCACGTAAAGGGGAAGGGGGTAGTGTTAGACGAACCTTCCGTTGTCACTATTGAGACCGACACCAAACGAGTCCTTGCCGTCGGTGAGGAAGCACGGCGCATGGTCGGGCGCACTCCCGGCAACATTACGGCGATCCGCCCGCTGAGGGACGGGGTCATCGCCGACTTCGAAATTACGGAAGCGATGCTGAAGTACTTTATTGATCGCGTGGGCGCGCGCAGTTGGCACAGCCGGCCCCGAATCCTCATCTGTGCACCGACCAACATTACTTCGGTAGAGCAGAAGGCGATCCGGGAAGCGGCTGAGCGCAGCGGCGCAAGGGATGTGTTCCTTGAAGAAGAACCGAAGGCAGCGGCAATTGGCGCAGGGATGGATATTTTCCAGCCGAGCGGTAACATGGTTGTGGACATCGGGGGCGGCACCACAGATGTGGCCGTCCTGTCCATGGGCGATGTGGTCACCGCTTCTTCGATTAAAATGGCGGGGGACAAGTTCGACGAGGCGATCACGAAGTATGTGAAGCATAAATATAAATTGCTGATCGGGGAACGGACGGCAGAAGATTTGAAGGTAGCGATCGGAACGGTTCGTCCAGGCGGTAGACAAGCTGAGATGGATATTCGCGGACGCGATATGGTATCGGGACTGCCGTTTACCGTAACGGTGTCTTCGGCAGAGGTGCAGGAAGCTCTGTGGGATCCGGTGTCATCGATCGTACTCGCAGCCAAATCCGTTTTGGAGCGGACCCCGCCGGAGCTGTCAGCGGACATTATCGATCGCGGCGTCATATTGACCGGCGGTGGCGCATTGCTTCATGGTTTGGACGAGCTGTTAACGGACGAGCTGCGGGTGCCGGTGCTTGTTGCGGAGGATCCGATGCATTGTGTGGTTAAGGGAACGGGAATTATGCTGGATAATTTGGACAAGGTCGTAAAGAAAAAGTTCTAA	MMLSKDIGIDLGTANVLIHVKGKGVVLDEPSVVTIETDTKRVLAVGEEARRMVGRTPGNITAIRPLRDGVIADFEITEAMLKYFIDRVGARSWHSRPRILICAPTNITSVEQKAIREAAERSGARDVFLEEEPKAAAIGAGMDIFQPSGNMVVDIGGGTTDVAVLSMGDVVTASSIKMAGDKFDEAITKYVKHKYKLLIGERTAEDLKVAIGTVRPGGRQAEMDIRGRDMVSGLPFTVTVSSAEVQEALWDPVSSIVLAAKSVLERTPPELSADIIDRGVILTGGGALLHGLDELLTDELRVPVLVAEDPMHCVVKGTGIMLDNLDKVVKKKF	PGPT0027700_3840	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027700-mreB-K03569	NA	NA
JZ016_03605	285	spoIIID		Stage III sporulation protein D	GTGCACGATTACATCAAAGAGCGGACCATTAAGATCGGACGCTGTATCGTGGAAACGAGGCATACGGTTCGAACTATAGCCAAAGAATTTGGCGTGTCGAAGAGCACGGTGCATAAGGACTTAACCGAACGTCTGCCGGAGATCAACCCGGACCTGGCGGATCAGGTGAAGCACATTCTCGAATACCACAAATCCATCCGCCATCTGAGAGGCGGAGAAGCTACCAAGATCAAGTACAAAAAAACCGGCAGCAACCGCGAACCGGTGGCCACGGCGAAATCCTGA	MHDYIKERTIKIGRCIVETRHTVRTIAKEFGVSKSTVHKDLTERLPEINPDLADQVKHILEYHKSIRHLRGGEATKIKYKKTGSNREPVATAKS	PGPT0024715_71	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024715-spoIIID-K06283	NA	NA
JZ016_03606	741	spoIIQ	COG0739	Stage II sporulation protein Q	ATGAATGAACAGAACAAAAATAGTAAACCCCACGAAGAAACTCCTAAAACTGTGCAAGGAGATTCGGCGGTACCGTCATCTTCGTGGAAGAAAGCATTATCCAAACGGTGGGTGTTCCCGGCAGCATACTTAGCAGCAGCGGCAATTATACTAACCCTCGTGTGGGTCTACCAGGACGCCAGCCAAAAGACGCTGAACCCACAAGAGGAAGCAACAACCGTATCGGATTCAGTTCAAGGCTCGGAGAAGCCTGCTGCAACCGAAGGCAATGACGGAGAAGCTGTAGAAGTGACGGCCAACGCGCAATCGATGATCTGGCCTGTAGCCGACGACGTGGCGGTAAGTATCGTCAAGCCTTACTTTGACGAGACGAACCCGGATTCGCATCAAGAGGCGATGGTGCAGTATAATGACACCTTTACGCCGAATATGGGAATCGACTTGGCTGCTGCGGATGACACGATGTTTGAAGTTCGTGCCGCACTGACAGGTAAAGTGACCCGGGTCGAGAATCATCCGGTTAACGGCAACGTTGTGGAAATTACGTCCGGTGACACGAAAACCGTGTACCAAAGCTTGAACGAAGTGAAAGTGAAGGAAGGCGCTGAAGTGAAGCAGGGCGATTCCATCGCGACTGCCGGGCGCAGTGAGCTTGAGAAGGATCTCGGCAACCATGTGCACTTCGAAGTGTACGAGGGCGGGAAACTGGTCAACCCTGTGAGCGTGCTTCCGCAAAAATAA	MNEQNKNSKPHEETPKTVQGDSAVPSSSWKKALSKRWVFPAAYLAAAAIILTLVWVYQDASQKTLNPQEEATTVSDSVQGSEKPAATEGNDGEAVEVTANAQSMIWPVADDVAVSIVKPYFDETNPDSHQEAMVQYNDTFTPNMGIDLAAADDTMFEVRAALTGKVTRVENHPVNGNVVEITSGDTKTVYQSLNEVKVKEGAEVKQGDSIATAGRSELEKDLGNHVHFEVYEGGKLVNPVSVLPQK	PGPT0024695_175	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024695-spoIIQ-K06386	NA	NA
JZ016_03607	1611			hypothetical protein	ATGAAAGATTCAAAGGTTCGGGTGAATGTGAATTCTGCAGGAAAAAAAAGAGCGATTGATTCAAGAGACGATTTGAAGGAAGGGAATTCTCAATCATACCGGGTACCATCCGAGGGATCGGCTGCTCCCGTATTGAAGTGGGACTTTCCAGGAGAACTTGAGAAGAAAGCCGGATCGACTGAAGCACATAGCCATGATTCTAATCCGGATAAAAAGGATATACAGGAAGGGCCGCGCGGGCACCGCGGCCCGGGGAGAGCGCCGGACGCCTTCGGCCAGTCCGGCCACAGCACGCGGGCGGCACATACGCCGCCGCCCGGAAGCCCCGCTGGCGCGCCTGCGCACGGCGCCGCGCCAGCCCCCGGCGGGCCAGCGGCGATGCCGCAGGGCCCGCATTCCGCGGCCGAGCCGCAGCGCTTGGCGCCAGCGGCAGCGGGCCGCGTGCCGCGCGGCGGCCGCACGTTCCGTGTGCGGCCTGCGCGCTGGGGGCGCCGCGGCTTTGCCTCGCGGCGCCCGGCCGCCGGAAGGCGGCGGGTGCGGGTGCACCCTGCCGTCTGGGCGGTGGCGGTGCTGCTGGCCTTGGCGCTGGCGCTGCCTCTGCTGGTGGTTGCCCCCGGCAACAACGCACCAGAGCCGCTTCCGCCGGGGCCTGCCCCGCTGCCTTCCGCCGAGCCGCAGGCGGCGGAAGAGCCCACGGTATCCGTCTACGTAACCAAGACGGATACCGTGGAGGAACTGCCGCTGGAACAATATCTCGTCGGCGTTCTGGCCGCCGAGATGCCGGCCGAGTTCCAGCTGGAGGCACTCAAGGCCCAGGCCATCGCGGCGCGGACTTATATCGTGCAGCGGCTGGCCTCCGGCGACCGCAGCGGCGTGCCGGACGGCAAGGCCGTGGTGACCGATACGGTCAGCCACCAGGCTTACATCGCCCAAGACGAACTGACGAAGGAATGGCAGCGGCTCGGGAAGGAAGCCGAGCTGGCGAAGCTCCAGCGAGCGGTAAAGGAAACGGCAGGAGTGGTGATGACGTATGAGGGTCAGCCGATTACCGCTTCTTTTTTCTCCACCAGTAACGGTTATACCGAAAATTCAGAGGATTATTGGAAGAACGAGATTCCCTACCTGCGCAGTGTGGAGAGTCCATGGGATAAACAGATTTCACCGAAGTACAAGACAACGATCACGATGCCCCGCTCGGAATTCATAGGAAAGCTTGGTCTGGCGGATGGAGCCGTACCGGTATCGGCAGGCGGGGATGGGGGAGCTTCTTTTTTGAAAGTACTCTCGTATACGCAAGGTCATCGAATTGAGAGCGTACGGGTCGGCGGCAAGAAGTTCACCGGTCGCGAGGTGAGAGAGAAGCTGGGGCTTCGTTCGAGCCAATTCACCCTTCATATGAAAGACGGCGAGATTGAGATAACGACCTACGGCAACGGTCACGGCGTGGGCATGAGCCAATACGGGGCCGAGGGCATGGCCCGAGAAGGATATGAAGCGAAAGAGATTCTGGCGCACTACTATACGAATATTTCTTTTGACAAAACTTCAAATCTTCTCTCTTTAAGTGGAAATTCAAAAGGTCGGATTTTCAGCACCGAGAAGGGTGAATGA	MKDSKVRVNVNSAGKKRAIDSRDDLKEGNSQSYRVPSEGSAAPVLKWDFPGELEKKAGSTEAHSHDSNPDKKDIQEGPRGHRGPGRAPDAFGQSGHSTRAAHTPPPGSPAGAPAHGAAPAPGGPAAMPQGPHSAAEPQRLAPAAAGRVPRGGRTFRVRPARWGRRGFASRRPAAGRRRVRVHPAVWAVAVLLALALALPLLVVAPGNNAPEPLPPGPAPLPSAEPQAAEEPTVSVYVTKTDTVEELPLEQYLVGVLAAEMPAEFQLEALKAQAIAARTYIVQRLASGDRSGVPDGKAVVTDTVSHQAYIAQDELTKEWQRLGKEAELAKLQRAVKETAGVVMTYEGQPITASFFSTSNGYTENSEDYWKNEIPYLRSVESPWDKQISPKYKTTITMPRSEFIGKLGLADGAVPVSAGGDGGASFLKVLSYTQGHRIESVRVGGKKFTGREVREKLGLRSSQFTLHMKDGEIEITTYGNGHGVGMSQYGAEGMAREGYEAKEILAHYYTNISFDKTSNLLSLSGNSKGRIFSTEKGE	PGPT0024670_193	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024670-spoIID-K06381	NA	NA
JZ016_03608	870	murAA_1	COG0766	UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1	TTGGACGTTGCCAGCGTAGGTGCTACTGAAAATATTATGATGGCTGCTACATTGGCTGAAGGAATCACGGTAATCGAAAATGCGGCGAAAGAGCCGGAAATTGTCGATTTAGCGAATTACCTGAATGCGATGGGTGCCAAAGTTCGCGGTGCGGGCACGGGTGTGATTCGGATCGAGGGCGTTGAGCAGATGCATGGCGTCAAGCATAACGTGATTCCTGACCGGATTGAAGCAGGCACCTTCATGGCTGCAGCTGCGATCACGGGCGGGGATGTATATGTGGAAGGAGCCATTGCGGACCACCTTGGACCGGTTATTTCCAAGATGGAAGAGATGGGGATTACCATTGAACCGGACGAAAATGGGATTCGTGTTATCGCTGACAAACCATTAAAGTCGGTTGATGTGAAAACCTTGCCTTATCCTGGCTTCCCAACGGATATGCAGTCCCAGATGATGGCGCTTTTGCTGGTTTCCGAGGGTACAAGTGTTGTTACGGAAACGGTATTTGAGAACCGCTTTATGCATGTGGATGAATTCCAGCTGATGAATGCGGAGATCAAGGTTGAGGGACGTTCTGCGATCGTTACGGGCGGAGCTAAGCTTAAAGGAGCCAAAGTAACCGCAACGGATCTGCGTGCAGGGGCTGCCTTGATATTAGCCGGGCTCGTCTCGGAAGGGACTACCGAAGTTGGCGGCGTACAGCATATTGATCGCGGTTATGTTCATTTAGCGGAAAAGCTGTCTGGACTTGGCGCGGATATCTGGCGTATTTCAACGGAGGACCAGAGCTCGGAGAAGGTTTCGAAAAAAGTGGCAGGCGAAACAGAAGACGCAAAAGTTTTCAAAGTTCAACCTACCTGGGTGTAA	MDVASVGATENIMMAATLAEGITVIENAAKEPEIVDLANYLNAMGAKVRGAGTGVIRIEGVEQMHGVKHNVIPDRIEAGTFMAAAAITGGDVYVEGAIADHLGPVISKMEEMGITIEPDENGIRVIADKPLKSVDVKTLPYPGFPTDMQSQMMALLLVSEGTSVVTETVFENRFMHVDEFQLMNAEIKVEGRSAIVTGGAKLKGAKVTATDLRAGAALILAGLVSEGTTEVGGVQHIDRGYVHLAEKLSGLGADIWRISTEDQSSEKVSKKVAGETEDAKVFKVQPTWV	PGPT0024090_555	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790	NA	NA
JZ016_03609	387	murAA_2	COG0766	UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1	ATGATGAGCAAATTTATCGTCCGCGGTGGCAAAAGACTGACCGGAAGCGTCAAAGTCAGCGGAGCAAAAAATTCAGTTCTTCCGATCATCGCTGCCTCTCTACTAGGGGAAGTTGGGGAAAGTGTTATTATTGACGCGCCTCCTCTTGACGATGTAATTACAATCAGTAAAGTATTGGAGTCGCTTGGTGCGGGCATTACATATCAGGATGAAGTGATACGTGTGAATGCAGAGCACATAACGACATGTGAAGCGCCTTATGAATGGGTGCGGAAGATGCGGGCGTCTTTTCTGGTCATGGGGCCTTTATTGGCACGTTGTGGACGAACCCGGATTTCGCTTCCCGGGGATGTGCTATCGGCACAAGACCCATTGACCAACACCTAA	MMSKFIVRGGKRLTGSVKVSGAKNSVLPIIAASLLGEVGESVIIDAPPLDDVITISKVLESLGAGITYQDEVIRVNAEHITTCEAPYEWVRKMRASFLVMGPLLARCGRTRISLPGDVLSAQDPLTNT	PGPT0024090_528	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790	NA	NA
JZ016_03610	255			hypothetical protein	ATGAACCAGGATTTATCTAATTCAATCAGTGCTGTAGGTGTTAACGGGTTGTTGTCTATTGTCATTTCGCTGATCTGTATCGCACTGGCTTGGTGGGCATTACAACAACTGAAGCTGGATTTGATTGTCCGTCATCCAAAAGGGCCGCAGGGAAAGCTGCTGCATTTGCTGCTGGCGGTGGTGCTTGGACGATTCGTGGCTGAATTCCTAATTGACTATATTACATGGAGTCAAATGATCCGATATATGTTTTAA	MNQDLSNSISAVGVNGLLSIVISLICIALAWWALQQLKLDLIVRHPKGPQGKLLHLLLAVVLGRFVAEFLIDYITWSQMIRYMF				NA	NA	NA	NA	NA
JZ016_03611	405	atpC	COG0355	ATP synthase epsilon chain	GTGAGCACCATTTTGTTGGAAATCGTAACGCCGGACCGCCTGGTCTACTCTGAGCAGGTGAACAGTGTTACGGTGCGTGGGGTCGAGGGAGAGCTGGGTATTTTGCCAGGTCATATTTCCTTCGTTACGCCGCTTCAGATAGCGCCAGTTTATGTGAAGATTGGCAACCAGAGAACCCCGTTTGCGGTACAAGGCGGTTTTGTCGAAGTCCGTAAAGATAAGATTGTCATCCTGGCGGAAAGCGCAGAGAAAGCGGAAGAAATCGATTTGGAGCGTGCGGAAGCCGCGAAGGAAAGAGCTGAGACCCGCCTGAATGCGAAGGGAAGACAAGATGAAGTCGACCATCGTCGCGCCGAAATGGCTCTGCAAAGAGCGATGAACCGGATTAAAGTGACGCGGAACTAA	MSTILLEIVTPDRLVYSEQVNSVTVRGVEGELGILPGHISFVTPLQIAPVYVKIGNQRTPFAVQGGFVEVRKDKIVILAESAEKAEEIDLERAEAAKERAETRLNAKGRQDEVDHRRAEMALQRAMNRIKVTRN	PGPT0014295_2514	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014295-atpC-K02114	NA	NA
JZ016_03612	1401	atpD	COG0055	ATP synthase subunit beta	ATGAAAAAAGGACGCGTTGTCAGCATTACAGGTGCTGTAGTTGACATTGAATTTGAGCGCGGTCATCTTCCCGAGATTTTTAATGCTGTCAAGATTGAAGCTACGCTGGAAGGCGGCCGCTCGATTGATTTGACTTTGGAAGTATCCAATCATTTGGGTGATAATCTGGTTCGTTGTATCGCGATGTCATCCACGGATGGTCTCGTTCGCGGTATCGAAGCCGTGGATTTGGGCAGACCGATTACGGTCCCTGTAGGTTCCGCTACACTTGGCCGTGTATTTAACGTATTGGGTGAGCCGATCGATAATGCAGGTGCCGTAGTATCCGAAATTAATAACCCGATCCACCGTGAAGCTCCTGCTTATGATGAGCTTTCTACGCAAGCAGAAATGCTTGAAACGGGTATTAAAGTCATCGACTTGCTTGCTCCATACCAAAAAGGCGGTAAGATCGGTCTCTTTGGTGGTGCCGGCGTAGGTAAAACCGTTGCGATCCAGGAATTGATCAACAACATCGCCCAAGAACACGGCGGTATTTCCGTATTTGCCGGCGTAGGTGAGCGTACTCGTGAAGGTAATGACCTTTACCACGAGATGAGTGATTCCGGTGTTATCAACAAAACCGCGATGGTATTCGGTCAAATGAACGAGCCTCCGGGTGCCCGTCTTCGCGTAGCATTGACTGGTTTGACGATGGCGGAATATTTCCGTGATCAAGAAGGTAAAGACGTACTTCTCTTTATCGATAACATCTTCCGCTTTACTCAAGCGGGTTCCGAAGTATCCGCCCTTCTGGGTCGTATGCCTTCCGCGGTAGGTTACCAGCCAACGCTGGCATCCGAAATGGGACGCTTGCAGGAGCGGATTACCTCTACCAAAAAAGGTTCCGTTACATCCATCCAGGCTATCTATGTACCGGCGGATGACTATACGGATCCGGCTCCGGCTACAACGTTTGCTCACTTGGACGCAACGACAAACCTGGAGCGTAAAATTTCCGAGATGGGTATCTATCCTGCGGTAGATCCGCTTGCATCCAGTTCCCGTATCTTGGCTCCGGAAATCGTGGGCGAAGAGCACTATAATGTTGCTCAAGGCGTTAAGAAAATTTTGGCTCGCTATAACGAGCTTCAAGATATCATCGCGATTCTCGGTATGGATGAGCTGAGCGAGGAAGATAAAGCGATTGTTGGACGTGCTCGTCGTGTTCAACGTTTCCTTTCCCAAGCTTTCCACGTTGCCGAGCAGTTTAACGGCATCCCGGGTAAATATGTACCGGTTAAAGAAACTGTACGCAGCTTTAAAGAGATCTTGGAAGGCAAGCATGACCACCTTCCGGAAGCGGCTTTCCTGTTCGTAGGTACGATTGAAGAGGCAGTTGAAAAAGCAAAAACATTGTAA	MKKGRVVSITGAVVDIEFERGHLPEIFNAVKIEATLEGGRSIDLTLEVSNHLGDNLVRCIAMSSTDGLVRGIEAVDLGRPITVPVGSATLGRVFNVLGEPIDNAGAVVSEINNPIHREAPAYDELSTQAEMLETGIKVIDLLAPYQKGGKIGLFGGAGVGKTVAIQELINNIAQEHGGISVFAGVGERTREGNDLYHEMSDSGVINKTAMVFGQMNEPPGARLRVALTGLTMAEYFRDQEGKDVLLFIDNIFRFTQAGSEVSALLGRMPSAVGYQPTLASEMGRLQERITSTKKGSVTSIQAIYVPADDYTDPAPATTFAHLDATTNLERKISEMGIYPAVDPLASSSRILAPEIVGEEHYNVAQGVKKILARYNELQDIIAILGMDELSEEDKAIVGRARRVQRFLSQAFHVAEQFNGIPGKYVPVKETVRSFKEILEGKHDHLPEAAFLFVGTIEEAVEKAKTL	PGPT0014296_3309	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014296-atpD-K02112	NA	NA
JZ016_03613	861	atpG	COG0224	ATP synthase gamma chain	ATGGCAAGAGGATTACGTGATATTAAGCGGCAGATCAAGAGTGTTCAGAACACAAGGCAGATCACCAAGGCGATGGAAATGGTTGCTGCCGCCAAGCTGAGAAGAGCTCAGGAGAAGGCAACCTCCGCACTTCCATACTCCGAGAAGCTGAAAGAAGTGGTTGGTAGCATTGCTGCTGGAACCAAGGGAATCAGCCATCCGATGCTGGAAAAACGTGAAGTGAAAAAAACCGGTTATCTGGTGATCACTTCCGACCGCGGTCTTGCTGGTGCATCAAACTCCAACATTTTGCGAAAAGTATCGAACTTCATCGCAGAACGCCATCAGTCCAAGGATGAGTATTGCCTGTTTGTAATCGGACGTAAAGGACGGGATTACTTCCGCCGTCGTGAACTTCCGGTTGTTGAGGAACTCACCGATTTATCCGATAGTCCGACCTATGCAGACATTAAGACCATCGCTAACGCGGCGGTTCATCAATACGAGCTGGGTCAGATTGATGAGTTATACGTGTGTTACAACCAATTCGTGAATGCTTTGACTCAGCTCCAGGAGATCTCCAAGCTTCTGCCCATGGAGAACATCGGCAGCGCCGAGAACCTGACGGGTTATGAGTATGAACCGTCCCCTGAAGGCGTGCTTGAGGTACTGCTTCCGAAATATGCGGAAACATTGATTTTCAGTGCGATGCTGAATGCGAAGGCAAGTGAGCTGGGTGCGAAGATGACTGCTATGGGAGCTGCAACGAAGAATGCAAGCAAGATGATCAACGAGTTGAACCTTACTTACAACCGTGCTCGTCAGGCTGCCATTACGCAGGAAATTTCCGAGATTGTGGGCGGAGCAAACGCTCAGCAATAA	MARGLRDIKRQIKSVQNTRQITKAMEMVAAAKLRRAQEKATSALPYSEKLKEVVGSIAAGTKGISHPMLEKREVKKTGYLVITSDRGLAGASNSNILRKVSNFIAERHQSKDEYCLFVIGRKGRDYFRRRELPVVEELTDLSDSPTYADIKTIANAAVHQYELGQIDELYVCYNQFVNALTQLQEISKLLPMENIGSAENLTGYEYEPSPEGVLEVLLPKYAETLIFSAMLNAKASELGAKMTAMGAATKNASKMINELNLTYNRARQAAITQEISEIVGGANAQQ	PGPT0014297_4240	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014297-atpG-K02115	NA	NA
JZ016_03614	1515	atpA	COG0056	ATP synthase subunit alpha	TTGAGTATCAGACCTGAAGAAATCAGTACTTTAATCAAAAGTCAAATTGAAGAATATAAATCCGATATCACTGTCTCTGAAGTAGGTACGGTAATTCAAGTAAGTGACGGTATTGCTCGCGTGTACGGCCTGGAGAACGCGATGTCCGGGGAACTTTTGGAGTTCCAGAACGGCGTGTTCGGTCTGGCGCTGAACCTTGAAGAGAGCAATGTCGGTGTCGTTATCCTGGGACCTTACTCTGAAATCAAGGAAGGCGATCAGGTTAAGCGCACAGGACGTATTATGGAGGTTCCTGTAGGTGAAGCTCTGCTAGGACGCGTTGTCAATCCGCTGGGTCAACCGCTTGACGGCAAAGGCCCGATCGAAGCGGCTGCCTACCGTCCAGTTGAGAGCAGCGCACCAGGCGTTATCGACCGTAAATCCGTACATGAGCCTATGCAGACAGGTATTAAAGCGATCGACGCGATGGTACCTATCGGCCGCGGACAGCGCGAGCTGATCATCGGTGACCGCCAAACGGGTAAAACCACCGTTGCGATCGATACGATCCTGAACCAAAAAGGTAGCGGCGTTAAATGTATCTATGTAGCCATTGGGCAAAAACAATCCACTGTAGCACAGGTTGTTGAAACGCTTCGCCGTCATGGCGCACTGGAGTACACGATTGTTGTTACGGCTTCGGCTTCTGAGCCGGCTCCACTGCAGTACATCGCTCCATACGCAGGCTGCGCAATGGGTGAGTACTTCATGTACAAGGGCGAGCATGCACTTATCATCTATGATGACTTGTCGAAACAAGCAGCAGCATACCGTGAGTTGTCCTTGCTCCTCCGTCGTCCTCCGGGTCGGGAAGCTTATCCGGGTGACGTTTTCTACCTGCACTCCCGTTTGCTGGAACGTGCAGCGAAGCTCAACGATGAGCTTGGTGGTGGTTCATTAACCGCGCTGCCATTTATTGAAACACAGGCTTCTGACGTATCTGCATACATTCCAACCAACGTAATTTCGATTACGGATGGACAGATCTTCCTGGAGTCTGAGTTGTTCTACTCCGGTCAGCGTCCAGCGATTAACGTCGGTATTTCGGTATCCCGTGTCGGTGGTTCCGCGCAGATCAAAGCGATGAAAAAGGTTGCAGGCGGCATGAAGCTGGATCTTGCGCAATATCGTGAGCTCCAGGCGTTCTCCCAGTTCGGATCCGATCTGGATAAATCAACCTTGGCTCGTTTGAACCGTGGTGCAAGATTGATGGAAATCCTGAAACAGGGTGTAAACCAGCCGTTGTCCGTTGAACAACAGGTGGTTAGCTTGTACGCAGCCGTTAAAGGATATATCGATGATATCGAGGTTACTGATGTTCGTCGTTTCGAGAGCGAATTCCTTGCGTTTATTGGAAGCAATAAACCGGAAATTCTTCAATCCATTACGGATACGAAGGATCTGACGTCCGATAACGAAAACGCATTGAAAGCGGCAATCGATCAATTTAAGAAGGGCTTTGCCGCTTCGGTTTAA	MSIRPEEISTLIKSQIEEYKSDITVSEVGTVIQVSDGIARVYGLENAMSGELLEFQNGVFGLALNLEESNVGVVILGPYSEIKEGDQVKRTGRIMEVPVGEALLGRVVNPLGQPLDGKGPIEAAAYRPVESSAPGVIDRKSVHEPMQTGIKAIDAMVPIGRGQRELIIGDRQTGKTTVAIDTILNQKGSGVKCIYVAIGQKQSTVAQVVETLRRHGALEYTIVVTASASEPAPLQYIAPYAGCAMGEYFMYKGEHALIIYDDLSKQAAAYRELSLLLRRPPGREAYPGDVFYLHSRLLERAAKLNDELGGGSLTALPFIETQASDVSAYIPTNVISITDGQIFLESELFYSGQRPAINVGISVSRVGGSAQIKAMKKVAGGMKLDLAQYRELQAFSQFGSDLDKSTLARLNRGARLMEILKQGVNQPLSVEQQVVSLYAAVKGYIDDIEVTDVRRFESEFLAFIGSNKPEILQSITDTKDLTSDNENALKAAIDQFKKGFAASV	PGPT0014298_3951	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014298-atpA-K02111	NA	NA
JZ016_03615	546	atpH	COG0712	ATP synthase subunit delta	ATGAGCCAAAATACAGTAGCAGCCAAGCGGTATGCGCGGGCGCTGTTCGAAGTGGCGGCTCAGCAGCAGAAGGGTCTGGAAGTGGAAGAGGAATTGCGCGCTGTTGTGCATGCCATTGAAGGCGATGCCGACATTCAGAAATTCATCTCCACGCCGAATATTCCCCAGTCCGTGAAGATGAACGTAATCAGCCAGGCGTTGGCAGGGAAGGTATCGCAGCCTGTATTGAACACGATCGAATTGCTTCTCGACAGAGGGCGTACAGAAATGTTCGCTGAACTGCTGAACAGTTATGTGAAGATACAAGGTGCGAGCTTAGGATTGGCGGACGCCACTGTGTACTCCACCTACCCGCTTAGCGATCAGGAAAAAGAACAGGTAGCTTCGGAATTCGGACAGTTAGCACATCAGAATATCCGGGTGACCAATGTTGTGGACGAGAGTTTGCTCGGCGGCCTGAAAGTTGTCATTGGCGACAAGCTTTATGACGGAAGCCTTGCCGGGAAGCTGGAACGTCTTGAAAAGTCTTTTAATAGACGAGCATAG	MSQNTVAAKRYARALFEVAAQQQKGLEVEEELRAVVHAIEGDADIQKFISTPNIPQSVKMNVISQALAGKVSQPVLNTIELLLDRGRTEMFAELLNSYVKIQGASLGLADATVYSTYPLSDQEKEQVASEFGQLAHQNIRVTNVVDESLLGGLKVVIGDKLYDGSLAGKLERLEKSFNRRA	PGPT0014299_2364	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014299-atpH-K02113	NA	NA
JZ016_03616	489	atpF		ATP synthase subunit b	ATGACAATTCTATGGGAAAATATGGTAATCACTATTCTTGCGTTTCTTATTCTTTACTTTTTGCTTCAGAAGTTTGCTTTCAGCAAATTGTTCGGCATCATGGAGCAGCGTCGTGAGCTGGTAATGAGCCAGATGAACGAAGCGGCACAGACCCGTCAGCAGGCAACTGCTTATGTAGAAGAACAGAAGAAGGCACTGGAGCAAGCGCGTCAAGATGCTCACGAAATCATCGAGCGTTCCAGACAAACTAGCAACAAACAAGCAGAGCAAATTATGGAACAGGCTAAGGAAGAGGCGGTTCGCCTGAAATCCGAGGCGGTTCGTGATATCGAGAATGAGAAGAAGAAAGCTGTCGAAGAGCTTCGCAATGAAATCGGCAGTGTTTCCGTGAAGATCGCTACCAAGCTGATTGAACGGGAAGTAAAGAATGATAAAGCTCAAGAAGAACTGGTGGATCAATACCTTAAAGAGGTAGGAGGCAGACCATGA	MTILWENMVITILAFLILYFLLQKFAFSKLFGIMEQRRELVMSQMNEAAQTRQQATAYVEEQKKALEQARQDAHEIIERSRQTSNKQAEQIMEQAKEEAVRLKSEAVRDIENEKKKAVEELRNEIGSVSVKIATKLIEREVKNDKAQEELVDQYLKEVGGRP	PGPT0014301_3942	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014301-atpF-K02109	NA	NA
JZ016_03617	213	atpE		ATP synthase subunit c	ATGGAATTTTTGGCAGCAGCTATTGCAGTAGGTCTGGGCGCCCTTGGCGCAGGTTTGGGTAACGGTATGATCGTAAGCAGAACAGTTGAGTCTATCGCTCGTCAACCGGAAGCACGTGGTCAATTGCAAACAACGATGTTTATCGGTGTTGGTATCGTAGAGGTTATTCCTTTGGCGGCTACTGTAATCGCGTTCTTGATCATGTTCTCTTAA	MEFLAAAIAVGLGALGAGLGNGMIVSRTVESIARQPEARGQLQTTMFIGVGIVEVIPLAATVIAFLIMFS	PGPT0014302_2995	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014302-atpE-K02110	NA	NA
JZ016_03618	801	atpB		ATP synthase subunit a	TTGATCAGCGCTAACTTGGAAAGGGGTGAAAACAATTTTATGCATGATTCACCGATTATCAAACTTGGCGGATTGAATATTGACCTTTCGGCGGTATTAATGCTTCTCGTCACCTGCGTGGTGGTGTTCGTATTATGTCGACTGGCGGTACGTAATCTATCTGTCGAAAACCCTTCCAAACTGCAAAACTTCATGGAATGGGTAGTGGAATTTGTGCAAGGCGTCGTAGCTAGTGCGATGGATCTGAAGAAAGGGAAAGCTTACATATCATTGGGGCTTACTCTGATCCTGTTCATCTTTGTAGCGAACTTGCTGGGCCTGCCGTTCTCAATTATCACCGACTTGCCGGAGAACTTCGAAGTCTTTGGTCAGCCAATTCTGGCTACGCTCGGACTTGAACATGGCCACTACGCCCACGTATTGTGGTGGAAGTCGCCAACAGCGGACATTTCCGTTACGGCCGGTCTTGCGATCGTTGTGTTCGTGCTCATGAACTACCTGGGCTTGAAGCTGAATCGCAAGCATTACCTGAAGCATTACATCGAACCGTTCCCGATCTTCTTGCCACTCAATATCATTGAGAACCTGGCAAAACCTATCGCTCTGGCAATCCGGCTTTATGCCAACATTTTTGCCGGTGAGGTACTGATCACGGTGATTCTGAAAACCGGCTTCTGGGGCATTCCGTTCATGGCCGCATGGCAAGGTTTCAGTATTTTCATTGGTGCATTGCAGGCGTTTATCTTTACGATTTTGACAATGGTATACATCTCGCAAACTACGATTCACGAAGAGCATTGA	MISANLERGENNFMHDSPIIKLGGLNIDLSAVLMLLVTCVVVFVLCRLAVRNLSVENPSKLQNFMEWVVEFVQGVVASAMDLKKGKAYISLGLTLILFIFVANLLGLPFSIITDLPENFEVFGQPILATLGLEHGHYAHVLWWKSPTADISVTAGLAIVVFVLMNYLGLKLNRKHYLKHYIEPFPIFLPLNIIENLAKPIALAIRLYANIFAGEVLITVILKTGFWGIPFMAAWQGFSIFIGALQAFIFTILTMVYISQTTIHEEH	PGPT0014303_2035	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014303-atpB-K02108	NA	NA
JZ016_03619	378			hypothetical protein	GTGAATGATTTGACTTCCATTGTGAACGCTGTATTTAGAGTATCCTTACTCTTATTGTCTGCCTTGTTTCTCGGATGGGCTCTCTATCCGGAATTTCGCCCGGTTTTTATGGGGCTGATCATGGGCACGGCGGCGGGATTGTTTAATGTTCGCTTCCTCTCCATGAAAGTGCAGAAGCTGGCGCAATTGGCTGTCGATCCAGAACCGAAAAAGTACAATTTTGGCTTCATTACGAGATTGTGCATCGGGCTTCTGATTGTGATCTTCGCCGTAAAACTCGAACAGGTATCCCTCGGCGGTGCAATTGCCGGTCTGTTCATACCCCAATTGTTGACCATTCCTGTCAGCATTGTGTTCAGTTTGAGAAACAATCATTGA	MNDLTSIVNAVFRVSLLLLSALFLGWALYPEFRPVFMGLIMGTAAGLFNVRFLSMKVQKLAQLAVDPEPKKYNFGFITRLCIGLLIVIFAVKLEQVSLGGAIAGLFIPQLLTIPVSIVFSLRNNH	PGPT0030480_714	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-ATP_SYNTHASE_ACITIVTY,PGPT0030480-atpI-K02116
JZ016_03620	231			hypothetical protein	ATGAAAAATCCGAAAAGTCAAGATAACCCTTGGTTGATAGCGCTATACATTAGCGGGGCGGGCGGTTTGCTTGCCGCTTACATTCTCATCGGTTTTTTTACCGGGCGATGGCTCATGAATCATTTGGACGGGCCCAGAGTGTGGCTTGCCATTGGTACGCTTTCGGGGCTCTTTGTAGGGATTTTGAATATCGCTCTTCTCATTAAAAAGTTTTTGGGGGCGCAGGCGTGA	MKNPKSQDNPWLIALYISGAGGLLAAYILIGFFTGRWLMNHLDGPRVWLAIGTLSGLFVGILNIALLIKKFLGAQA	PGPT0030480_3259	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-ATP_SYNTHASE_ACITIVTY,PGPT0030480-atpI-K02116
JZ016_03621	1158	mnaA_2	COG0381	UDP-N-acetylglucosamine 2-epimerase	ATGTCAAAAGTGAAAGTGATGACGATATTTGGGGTCCGCCCCGAAGCCATCAAGATGGCGCCGCTAATTCTAGAGCTTCAACGTCACCCTGAGCATATCGAATCGGTCGTTTGTGTTACTGCGCAGCATCGGCAAATGCTGGATCAGGTGCTGGATGTGTTCAAGATTGTTCCGGATTATGATTTGGATGTCATGAAGGACCGTCAGACGCTCAACGAGATCACCGTGCGCGTCCTGGAGGGTCTTGAGCCTGTTCTGCGTGAAGCCAAGCCCGATATTGTATTGGTGCACGGCGATACGCTGACAACGTTCCTGGCCAGCTATGCAGCCTTTCTGCAGCAGATTCAAGTCGGCCATGTGGAAGCGGGTCTGCGCACATGGAACAAGCTGAATCCTTATCCGGAAGAGATGAACCGTCAGCTGACCGGCGTGCTTGCTGATCTTCACTTTGCGCCGACGGACTGGTCCGCCGAGAATCTCCGCAAGGAGAACAAGCCGGATTCCCGCATTTATGTAACGGGTAACACGGCTACGGATGTATTCCAGTACACGGTGCGCGAAGGTTATACCCATCCGGTTCTGGACTGGGCGAAGGGCAAACGCTTGATCCTGATGACGGCACACCGCCGCGAATCCCAAGGGGAGCCGCATCGTCAAATATTTGAAGCGGTAAAGCGCATTGCCGATGAATTTGAGGATATTGCCATCGTATATCCTGTACATCCAAGCCCAGCTGTTAAAGAGCCGGCTCATCGCATTCTGGGAGATCACCCGCGCATCAAGCTAATTGATCCGCTGGATGTCGTGGATATGAACAATATTTACACCCATACGCATTTCATCATTACGGATTCCGGCGGCATGCAGGAGGAAGCTCCGTCATTCGGCGTGCCGACGCTGGTGCTTCGGGATACGACCGAACGTCCGGAGGGCATTGAGGCCGGTACCCTGGAGCTGGTAGGCACCCAGGAGGAAAATGTGTATGAACGCATTAAGGTTCTTCTGACCGATCAGGAGCTCTACGAAAAGATGAGCAAGGCTGCTAATCCGTATGGCGATGGACAAGCTTCACAGCGTATTGTCAATGCGATTTTGCACCATTTTGGCATCCGAAAAGAGCGTCCAGAAGAATTTCACAGAATGTTCACAAAGGTATAG	MSKVKVMTIFGVRPEAIKMAPLILELQRHPEHIESVVCVTAQHRQMLDQVLDVFKIVPDYDLDVMKDRQTLNEITVRVLEGLEPVLREAKPDIVLVHGDTLTTFLASYAAFLQQIQVGHVEAGLRTWNKLNPYPEEMNRQLTGVLADLHFAPTDWSAENLRKENKPDSRIYVTGNTATDVFQYTVREGYTHPVLDWAKGKRLILMTAHRRESQGEPHRQIFEAVKRIADEFEDIAIVYPVHPSPAVKEPAHRILGDHPRIKLIDPLDVVDMNNIYTHTHFIITDSGGMQEEAPSFGVPTLVLRDTTERPEGIEAGTLELVGTQEENVYERIKVLLTDQELYEKMSKAANPYGDGQASQRIVNAILHHFGIRKERPEEFHRMFTKV	PGPT0018905_525	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0018905-wecB-K01791	NA	NA
JZ016_03622	630	upp		Uracil phosphoribosyltransferase	ATGGGAAAATTGGTGATTTGTGATCACCCGTTGATTCAACACAAACTTACATTTATCCGCGATATGCGGACTAACACAAAAGACTTTCGCGAATTGGTAGACGAAGTCGCGACTTTGATGGCTTATGAAATTACGCGGGAGGTTCCTCTTGAATCGATATCCGTTCAGACGCCGGTAGCCGAAACCCAAGGGAAAGTCATTTCCGGCCGCATGCTCGGCTTGGTTCCGATCCTGCGCGCCGGTCTGGGCATGCTGGACGGCGTTGTGAAGCTGCTCCCAGCGGCAAAGGTAGGGCATGTCGGATTGTTCCGTGACCCCGAAACGCTTCAGCCTGTTGAATATTATACGAAGCTTCCAACCGATGTGACGGAACGGGAATTGATCGTCATTGATCCGATGCTCGCGACGGGCGGATCCGCTATCGCTGCGATCGACGTGCTGAAGAAACGCGGCTGTACCCAGATCAAGATGATGAACCTCGTGGCTGCACCGGAAGGTGTGAAGGCTGTCCATGATGCCCATCCGGACGTGGACATTTATGTTGCTGCTCTCGATGAGGGTCTTAACGACCATGGTTACATCGTACCGGGCCTTGGTGATGCAGGGGATCGGCTGTACGGCACGAAATAA	MGKLVICDHPLIQHKLTFIRDMRTNTKDFRELVDEVATLMAYEITREVPLESISVQTPVAETQGKVISGRMLGLVPILRAGLGMLDGVVKLLPAAKVGHVGLFRDPETLQPVEYYTKLPTDVTERELIVIDPMLATGGSAIAAIDVLKKRGCTQIKMMNLVAAPEGVKAVHDAHPDVDIYVAALDEGLNDHGYIVPGLGDAGDRLYGTK	PGPT0021240_2799	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021240-upp-K00761	NA	NA
JZ016_03623	1251	glyA	COG0112	Serine hydroxymethyltransferase	ATGATGGAACATTTGCGGAAGAGTGACCCGGCTGTATTGGAAGCGATGGATTTGGAGCTGAAGCGTCAACGCAGCAACATTGAGCTGATTGCTTCTGAGAATATTGTCAGCGAAGCGGTTATGGAAGCAATGGGGACGGTGCTGACGAATAAATATGCGGAAGGCTACCCTGGCAAACGCTATTACGGTGGCTGTGAGCGTGTGGATATCGTGGAAGATATCGCCCGTGACCGCGCCAAAGAATTGTTCGGAGCCGAGCATGCCAACGTTCAGCCGCACTCCGGTGCCCAAGCGAACATGGCGGTATATTTGGCGGCCTTGAAGCCTGGAGATACCGTGCTCGGCATGAACCTGGCCCATGGCGGCCATTTGACTCACGGAAGCCCGGTTAACGCTTCCGGCCTTCTGTACAATTTCGTTGCCTACGGCGTGCAAGAAGACACGTTCCTTATCGATTACGACGAAGTCCGCAAAGCGGCATTCAAGCATCGCCCTCGTCTGATCGTGGCGGGTGCAAGTGCCTATCCTCGCATTATTGATTTTGAAAAGCTGGCTGCCATCGCCAATGACGTAGGCGCGTTGTTCATGGTCGATATGGCTCATATTGCAGGACTCGTTGCGGCAGGTCTTCATCCGAATCCGGTTCCGCATGCCCATTTTGTAACGACCACGACGCATAAGACGCTTCGCGGACCTCGCGGCGGTATGATTCTGTGCAAAAAGGCTTGGGCGCAAGCGATCGATAAAGCGGTATTCCCCGGCTCCCAAGGCGGCCCGCTCATGCATGTGATTGCTTCCAAAGCCGTTGCGCTTGGCGAAGCCTTGGATCCGTCTTTCAAGACGTATGCAGAGAATGTCGTGAAGAACGCGAAAGTGCTGGCCGATACCCTGATCGAGGAAGGCCTGAACATCGTTTCCGGCGGAACCGATAACCACCTGATGCTAGTGGATACTCGTAATCTGGACATCACCGGCAAAGACGCGGAGAAGGTTTTGGACTCGATCGGGATTACCGTGAACAAGAATGCCATCCCGTTTGATCCGACCAGCCCGTTCGTAACGAGCGGTATCCGTATTGGTACCCCTGCGGTTACTTCCCGCGGTATGGATGAGCAAGCGATGGTGAACATCGCGAAAATTATCGCCATGACATTGAAGCAGCCGAAAGACGAGGCAACGCTCGAAAAAGCAGGCCGTTTGGTGGCTGAGCTTACCGATCAATATCCTCTCTATGCTGAAATGAAATATTAA	MMEHLRKSDPAVLEAMDLELKRQRSNIELIASENIVSEAVMEAMGTVLTNKYAEGYPGKRYYGGCERVDIVEDIARDRAKELFGAEHANVQPHSGAQANMAVYLAALKPGDTVLGMNLAHGGHLTHGSPVNASGLLYNFVAYGVQEDTFLIDYDEVRKAAFKHRPRLIVAGASAYPRIIDFEKLAAIANDVGALFMVDMAHIAGLVAAGLHPNPVPHAHFVTTTTHKTLRGPRGGMILCKKAWAQAIDKAVFPGSQGGPLMHVIASKAVALGEALDPSFKTYAENVVKNAKVLADTLIEEGLNIVSGGTDNHLMLVDTRNLDITGKDAEKVLDSIGITVNKNAIPFDPTSPFVTSGIRIGTPAVTSRGMDEQAMVNIAKIIAMTLKQPKDEATLEKAGRLVAELTDQYPLYAEMKY	PGPT0008090_6213	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600	NA	NA
JZ016_03624	585			hypothetical protein	ATGACGGATATCTCCAAGGTTTCCTTGAACGAACAGACAGCGCGTATTGTCCGCGAACTGGCCGAAGCGGCCGATTTAGGCCCGGGTAAAGTGCTGGTCATCGGAGCCAGCACCAGTGAAGTGGTTGGACGCCGAATCGGTACGGGCGGCGCTCTTGAAACGGCGCAGCAGCTTCTCCAGGGCATTGCCGCGGTTCAAGCGGAATTCGGTTTCGCGGTGGCCTATCAATGCTGTGAGCATCTGAACCGTGCGCTTGTCATGGAACGCGAGCTGCTCGAGCGGCTGGGCTTGACGGAAGTGGCGGCAGTTCCCATTCCGGGTGCGGGCGGGTCGATGGCTTCTGCAGTTTACCGCAGCATGAAGGAGCCCTGCCTTGCGGAATCGATTGAAGCCCATGCGGGTGTCGATATCGGCGAGACGCTGATCGGCATGCATTTGCGGAGAGTGGCGGTTCCATTCCGGCCGACCGAGCGTTATATCGGGGAGGCGCGCGTAACTGCGGCTTATACCCGCCCCAAGCTGATCGGCGGAGAACGTGCGGTGTACCGACTCGAGCAGAGGGATGATTCCACGCTGTGCGATTGA	MTDISKVSLNEQTARIVRELAEAADLGPGKVLVIGASTSEVVGRRIGTGGALETAQQLLQGIAAVQAEFGFAVAYQCCEHLNRALVMERELLERLGLTEVAAVPIPGAGGSMASAVYRSMKEPCLAESIEAHAGVDIGETLIGMHLRRVAVPFRPTERYIGEARVTAAYTRPKLIGGERAVYRLEQRDDSTLCD				NA	NA	NA	NA	NA
JZ016_03625	465	ywlF	COG0698	Putative sugar phosphate isomerase YwlF	ATGAAAATTGCATTGGGTACGGATCATGCCGGCATTCGTCTGAAAGAGGAAATCGTGGGAGTCATTCGGGGTCTTGGACACGAGGTAGAGGATCTGGGCTGCGGCTGTTCCGACTCCGTGGATTATCCCGATTATGCCCTTCCGGTGTGCGAGAAGGTCGTCTCGGGTGAAGCGGACCGCGGCATTCTGATCTGCGGTACGGGGATCGGCATGAGCATTGCGGCCAACAAGGTGCCGGGCATTCGCTGCGCGCTGACACATGATGTGTTCTCAGCTAAAGCGACGCGCGAGCATAACGACAGCAACGTGATTGCGCTGGGTGAGCGTGTCGTCGGTCCCGGACTTGCTGCCGAAATCGTCAGCGCATGGCTGACGACGGATTTCAGTCATGGCGAGCGCCATGTCGGCCGCGTGAACAAGATCAAGGCCATCGAGGAGCGTTACCTGAAGAATGAATCGCGATAA	MKIALGTDHAGIRLKEEIVGVIRGLGHEVEDLGCGCSDSVDYPDYALPVCEKVVSGEADRGILICGTGIGMSIAANKVPGIRCALTHDVFSAKATREHNDSNVIALGERVVGPGLAAEIVSAWLTTDFSHGERHVGRVNKIKAIEERYLKNESR	PGPT0017395_1111	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_D-ERYTHRULOSE|D-THREITOL_DEGRADATION,PGPT0017395-rpiB-K01808	NA	NA
JZ016_03627	588	ywlE	COG0394	Protein-arginine-phosphatase	GTGAAAAATATACTGTTTGTCTGCACGGGAAATACCTGCCGCAGTCCAATGGCGGAAGGCATGCTGAGAAAGCTTGCCAAACAACGGGGCATTCCGCTGGAAACGAAGTCCGCCGGCGTCTCGGCCGTGGACGGAATGCCGGTGTCCCATCATGCGGAATCCATCCTGCGAGACCAGGATATCCAGGAACGCTTGGTGTCCAAGCCGTTGACCGCGAACCTGGTGGAATGGGCGGATCTGATTCTGACGCTGACCCAGTCGCATAAGCAGTATGCTATAAGGCAGTTCCCGCACGCCGCAGACAAGATGCACACGCTGAAAGAGTTTGTTGAGGATGACCGCCGGGTGCTGGACGATCTGCGGGAGCAGGATAGTCTGTATGCAGCGCTTGAGCTGGCCAGATCTCTGGGCCACGATGTCAGCGACCGTGACCGGGAGCGTCTGATCGAGCTGCGTCAGCGCATCCCGAGCTTCGATATCTCCGATCCTTTCGGAGGCTCGCGGGAGGAATATGAAGCCACGGCCGCAGAGATACGGACGGCGTTGTTCCGTCTTTTGGACAAGCTGGAAGCGGATCGGCATAACTAA	MKNILFVCTGNTCRSPMAEGMLRKLAKQRGIPLETKSAGVSAVDGMPVSHHAESILRDQDIQERLVSKPLTANLVEWADLILTLTQSHKQYAIRQFPHAADKMHTLKEFVEDDRRVLDDLREQDSLYAALELARSLGHDVSDRDRERLIELRQRIPSFDISDPFGGSREEYEATAAEIRTALFRLLDKLEADRHN	PGPT0014530_3795	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-WZA-WZC-WZB-WEC_METABOLISM	CE-EPS-EPS-WZA-WZC-WZB-WEC_SYSTEM,PGPT0014530-yfkJ|wzb-K01104	NA	NA
JZ016_03628	564	mntP	COG1971	putative manganese efflux pump MntP	ATGCTGGAGGAGTCTGTCCAATCGGGACAGCTTGCGGCGATTCTGCTGATGGCGGTTGCACTCGGGCTAGACGCATTTTCGCTTGGAATCGGAGTTGGAATGAGAGGCGGTATGCGCTTAGGCCATATGCTGGGCATCAGCTTCATGATCGCGTTGTTTCACATGTTGATGCCGCTGCTGGGCTTATTTGCCGGCCGCTACGTTGGCATGTTACTGGGCCACGTCACAGGGCTTGCTGCCGGCGGGCTGCTGCTTTTATTGGGCGGGCATATGATGTATAACGCCCTGCGGGGCGGAGAAGGGCAGCGAATACATCCTACCGCATTTTTAGGCATGCTGCTGTTTTCGCTTAGCGTCAGCATCGACTCCTTCTCGGTAGGCGTTTCGCTCGGAATGTTTGTGGATGATGTGCTGTTAATCGTAATTTCCTTCGGGGTCGTGGGCGGTTTGCTGTCCATTCTCGGTTTGCTGCTTGGCCGTCAGGTAAGCAATAAGCTGGGGGAGTACGGTGAAATGCTGGGCGGACTGATTTTGGTTATCTTTGGCACCATGTTTATTTTTTGA	MLEESVQSGQLAAILLMAVALGLDAFSLGIGVGMRGGMRLGHMLGISFMIALFHMLMPLLGLFAGRYVGMLLGHVTGLAAGGLLLLLGGHMMYNALRGGEGQRIHPTAFLGMLLFSLSVSIDSFSVGVSLGMFVDDVLLIVISFGVVGGLLSILGLLLGRQVSNKLGEYGEMLGGLILVIFGTMFIF	PGPT0004375_640	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_MANGANESE_RESISTANCE	MANGANESE_RESISTANCE-MNT_TRANSPORT_SYSTEM,PGPT0004375-mntP-K23242	NA	NA
JZ016_03629	1167	ywlC	COG0009	Threonylcarbamoyl-AMP synthase	ATGGAACAGAACGGGAATGGCATGGAACCTAGCCAGCAGCGGGATAACGGCTTCCGCCAGGCTGCTGCAAATTCAACCCAGGTGTGGCATGTATCGAACTCGCTGTCCAGGGAGAGCTTGAGTTTGGAGAAGGAGGCGAAGCTGGCGCTGCAGGAAGCGGGGCAGGTGCTCGAGCGGGGCGGAACGGTGGCCTTTCCGACGGAAACGGTCTACGGGCTTGGCGCAGACGCCGGTAATACGGAAGCGGTCGAGAGTGTGTTTGCCGCGAAGGGCCGGCCGTCGGACAATCCATTGATCGTGCATATTTCGGAGCTTACTCAGCTTGACGGTTTGGTCCGTTATGTGAATGAGACGGAAAGGGCCTTGATGGCAAGGTTCTGGCCTGGGCCGCTATCGCTGGTGCTGCCCGTTAAACCGGGTGCCGTATCCCCTCGTGTGACGGCGGGGCTCGATACCGTTGCCGTGCGGATGCCGGATCACAACGTGGCGCTGGCCTTGATCAGCGCGGCCGGGCGTCCGCTGGCTGCGCCGAGCGCGAACCGTTCCGGTCGGCCAAGCCCGACGCTGGCCAGCCATGTCCTGGAGGATTTGGCCGGGGCGATCGACGGCGTCCTCGACGGCGGCCCTGCCGGGGTGGGCGTCGAGTCGACGGTGGTGCAAGTCGGCGAAGACGGCGCCGTCACGGTGCTCCGCCCGGGCGGCGTCACGGCCGAGCAGCTTGCCGCCGTTGCGGCAAGCGTGCGCATGGACCCGGCGCTGCATCGCGCCGCCGGGGAGGCGGAGAGCCCGGCGCCGCGCTCGCCGGGCATGAAGTACACGCACTACGCACCGAAGGGTGCGATGTGCGTGGTGCAGGGCCCGCGTGCCGACGCCGTTTCGGCACGCATCGCGGCCGAGCTTGAGGCGGCTGCCCGGCGCGGGGAGGTGACCGGCGTGCTGTCGTTCGACGAGCACATCGGTCACTACCGCGCGGACGTTGCCGTCTCGCTCGGCAGCCTGGCCGCGCCGGAGGAAGCGGCCCGCCGGCTGTACGCCGGCCTGCGCCGGTTCGATGACGAAGGCGCAACCTTCATCCTGGCCGAAGCGTGCCCGGAGCAGGGCCTCGGAGCAGCCGTCATGAACCGGCTGCTGAAGGCCGCGGGACACCACATCATCGACGTGAATTAA	MEQNGNGMEPSQQRDNGFRQAAANSTQVWHVSNSLSRESLSLEKEAKLALQEAGQVLERGGTVAFPTETVYGLGADAGNTEAVESVFAAKGRPSDNPLIVHISELTQLDGLVRYVNETERALMARFWPGPLSLVLPVKPGAVSPRVTAGLDTVAVRMPDHNVALALISAAGRPLAAPSANRSGRPSPTLASHVLEDLAGAIDGVLDGGPAGVGVESTVVQVGEDGAVTVLRPGGVTAEQLAAVAASVRMDPALHRAAGEAESPAPRSPGMKYTHYAPKGAMCVVQGPRADAVSARIAAELEAAARRGEVTGVLSFDEHIGHYRADVAVSLGSLAAPEEAARRLYAGLRRFDDEGATFILAEACPEQGLGAAVMNRLLKAAGHHIIDVN				NA	NA	NA	NA	NA
JZ016_03630	270			hypothetical protein	ATGCCCCAAAATAAAAAGCGCTTTTCGTTCTTCAGTCCCGTGCCGGTTCCCATTCAAACCAGTCGCGCCAAAGAGAAAGCACTCTTCTACTTCAAAGTTTATCATACCCGATCAGGATTGAAAATCGACTCGCTTATAATCCTAGAACAAGCTTACCACCCAGTTCCAAATGCCAAGGAACATATCCCACAAGAAGAAGCGGACCTCCGGTTCACTGTCGCCTGCATTCTTCGGAACTTCCTCTTGGGAAGCCTCGCCGGCCTCTGCTGA	MPQNKKRFSFFSPVPVPIQTSRAKEKALFYFKVYHTRSGLKIDSLIILEQAYHPVPNAKEHIPQEEADLRFTVACILRNFLLGSLAGLC				NA	NA	NA	NA	NA
JZ016_03631	696			hypothetical protein	ATGAAAAATGTTAGTGAAACCCTCCGTATTATCGTGAAGAAAATGGTTGTGCTCTTATCCTGTATGTTTATGGTCATCATGGCTTGGGAAGGACAGCAGATTGATGCTTCCGTTGTTGGCGGTCCGATCCCTCAGGAATCGATACGACTTCGCATACTGGCGAATTCCGATAGCCCGTCCGATCAGCTGGTCAAAAGAGAGATTCGTGATTCGGTCGTTGAGCAAATGCAGCTCTGGGTCCTGCAGCTGGAGAACCCGCAAAGCCTGGAAGACGCCAAAGAATTAACCCGGCAGCATCTTCCGGAAATCCGCCAATTGGTGAGTGAAGAGTTGAAGAAAAGAGGGATTACGTACAGTTACACCGTAGAGCTTGGTGTTGTGCCGTTCCCGACGAAGTTATACGGGGGCACGGTTTATCCGGCCGGCGATTACGATGCGCTGCGGATTACGTTAGGCGAAGGTCAAGGGCAGAACTGGTGGTGCGTCTTGTTCCCGCCCCTTTGTTTCATCGATGGTGGCAGCGGGGATGCGGCGGCGCAGCCTGTTGACGCAGGTATCCAAACGGTTTCAGCAGAGGCCGGCGAGGCTTCCCAAGAGGAAGTTCCGAAGAATGCAGGCGACAGTGAACCGGAGGTCCGCTTCTTCTTGTGGGATATGTTCCTTGGCATTTGGAACTGGGTGGTAAGCTTGTTCTAG	MKNVSETLRIIVKKMVVLLSCMFMVIMAWEGQQIDASVVGGPIPQESIRLRILANSDSPSDQLVKREIRDSVVEQMQLWVLQLENPQSLEDAKELTRQHLPEIRQLVSEELKKRGITYSYTVELGVVPFPTKLYGGTVYPAGDYDALRITLGEGQGQNWWCVLFPPLCFIDGGSGDAAAQPVDAGIQTVSAEAGEASQEEVPKNAGDSEPEVRFFLWDMFLGIWNWVVSLF	PGPT0024700_164	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024700-spoIIR-K06387	NA	NA
JZ016_03632	1179	ftsW_1	COG0772	putative peptidoglycan glycosyltransferase FtsW	ATGCTTCAAAAATTTAAGAAGATGGATTACGTTATTGTTTTCGTACTGGTTTTGATGATGGGTATCAGCATTACGTCGATATACAGCACAACCGTTGACACCAAATTTGAGGGCTCTCATCTCCGCATGGTTGCCTTTTACATTGTCGGCTTTATTGCTTTTTTTGGCATAAGCCTGCTGGATTACCGGTTGTTGATTAAATATGCTAAATATATTTACCTGGGCGGATTGGCCGTGTTGGTCCTCGTTATGTTTATCGGTAAGGATATTAACGGCGCCCAAGGCTGGATTTACATTGGCAGTTTAAGTATACAGCCTGCTGAATTGTTCAAGCTGATCCTGATTATTTTCCTTTCTTTTGTATTGGTGCGCAAAAACAAACCGCTGCTGTCCTTCTGGAAGGACGTTGTTCCGATCGGACTCTTGGCATTCGTGCCTTTTGTGCTCGTCATGGCCCAGAATGATTTGGGTAACGCGCTCAGTTATGTCGTTATTTTGCTGGGGCTGCTCTGGATCGGAAACGTCAAGTTCTCCCATGCGCTCATTGGGCTTGCGCTTGTGGCAGGCGTGGCCTTCGGCGGCGCTCAGGCCTATATTCATTATCATGATGAACTGCTGGAATCGAAAATACTGAAGCCGCACTGGGTGGAACGGATTGATCCGTGGCTGTATCCGGAGAAGGCGACCGCCAAGGCCAGCTATCATACAACGAATGCGAAGCTTGCCATCGCTTCGGGCGGCATGAGCGGCGAGGGTTACATGCAAGGCTCGTCGATCCAGTCGGGCAGGGTGCCTTATGCGTACTCTGATTCCATATTTGTGCAGATTGCCGAGGAATTCGGGTTTATCGGATCTTCTATTCTGCTTCTGTTATATTTCATCTTGATCCATCGGCTGATCCTGATCTCCCTGGAATCCCGGGAGCGTGCGGGGCCGTTTCTCATTATAGGGATCGTGGCCATGTTCCTATATCAGATCTTCGAGAACATCGGCATGTTTATCGGTTTAATGCCGCTGACAGGGATTACGCTGCCCTTTATCAGTTACGGGGGAACTTCCCTTGTGATCAGCATGGCCAGTCTGGGAGTAGCCATGAGCGTCAAGCTGCATGGCCAGGAAGTGGAGGAAGATATGCCGGATCCGCATGCCTATCGTCCGGCGGCTTCTAAGCAGGCGTAA	MLQKFKKMDYVIVFVLVLMMGISITSIYSTTVDTKFEGSHLRMVAFYIVGFIAFFGISLLDYRLLIKYAKYIYLGGLAVLVLVMFIGKDINGAQGWIYIGSLSIQPAELFKLILIIFLSFVLVRKNKPLLSFWKDVVPIGLLAFVPFVLVMAQNDLGNALSYVVILLGLLWIGNVKFSHALIGLALVAGVAFGGAQAYIHYHDELLESKILKPHWVERIDPWLYPEKATAKASYHTTNAKLAIASGGMSGEGYMQGSSIQSGRVPYAYSDSIFVQIAEEFGFIGSSILLLLYFILIHRLILISLESRERAGPFLIIGIVAMFLYQIFENIGMFIGLMPLTGITLPFISYGGTSLVISMASLGVAMSVKLHGQEVEEDMPDPHAYRPAASKQA				NA	NA	NA	NA	NA
JZ016_03633	1188	mrdB	COG0772	Peptidoglycan glycosyltransferase MrdB	ATGCTTCAGAAATTCAAGAAGATTGATTTTGTTATCGTTTTTGTACTGTTGATGCTAATGGTTGTCAGTATTACATCGATATATAGTGCCACGCTCGACACAACCGGATTCGAAAAACACCATATCAAGATGGCGATATTTTATATCCTCGGATTCGCAGCCTTTTTCGGGCTCAGCTTGATTGATTATCGTTTATGGAATAAATACGCACTGCACATATACATCGGAGGGTTATTAACCCTTTTGCTGCCTTCCTTCATCGGCCAGACCAAAAATAATGCCACGGGCTGGATTAATCTCGGTATCGTTGATTTTCAACCTGCGGAGTTGTTTAAGCTGGTGCTGATCATATTTATCACCTATCTTCTTATCCGTAAGAACAAAGCGAAGTTGTCTTTTTGGCGGGACATCGTACCGATTGGGCTTTTGACGTTTATTCCGTTTGCCGTTGTCATGGTGCAGAATGACTTGGGTAATGGACTAAGTTATATTGTCATCTTGCTTGGGCTGTTATGGATCGGTAATGTGAAGTTCTCGCACGCTCTTATCGGACTGCTGCTTGTAGCAGGGATTGCATTTGGTGGAGCCCAGGCCTACATCCACTATCATGATGAAATTAAAGAATCGAAAATCATGGAGAGCCGCGGTCATTGGATGGAACGGATCGATCCATGGCTGGTACCCGAAAAAGCTACCGCAAAGGCGAGTTATCATACGAACAACGCCAAGCTGGCCATTGCTTCCGGCGGTATGAGCGGGGAAGGGTACTTGCAGGGGAGCTCCGTACAATCCTCACGTGTGCCTTATACGTATTCGGATTCGATTTTTGTGCAAATTGCAGAGGAATATGGCTTCATCGGTTCTTCCGTTTTGTTGTTGTTATATTTCATACTCATTCACAGGATGATTTTGATATCATTGGAAAGTCGGGACAGAGCAGGCCCGTTTTTAATCATCGGTATCGTTGCCATGCTGCTGTATCAAATCTTTGAGAATATCGGCATGTTTATTGGATTAATGCCTTTGACCGGGATTACGCTGCCCTTCATCAGTTATGGCGGAACCTCGCTCATCATTAACATGGCGTGTCTCGGGGTCGTCATGAGTGTGAAGCTGCATGGGCAGGAAGTGGAGGAGGATATGCCCAATCCTCAAACGTACCGTTCCGCTCCGCCCAAACAGGCTTGA	MLQKFKKIDFVIVFVLLMLMVVSITSIYSATLDTTGFEKHHIKMAIFYILGFAAFFGLSLIDYRLWNKYALHIYIGGLLTLLLPSFIGQTKNNATGWINLGIVDFQPAELFKLVLIIFITYLLIRKNKAKLSFWRDIVPIGLLTFIPFAVVMVQNDLGNGLSYIVILLGLLWIGNVKFSHALIGLLLVAGIAFGGAQAYIHYHDEIKESKIMESRGHWMERIDPWLVPEKATAKASYHTNNAKLAIASGGMSGEGYLQGSSVQSSRVPYTYSDSIFVQIAEEYGFIGSSVLLLLYFILIHRMILISLESRDRAGPFLIIGIVAMLLYQIFENIGMFIGLMPLTGITLPFISYGGTSLIINMACLGVVMSVKLHGQEVEEDMPNPQTYRSAPPKQA				NA	NA	NA	NA	NA
JZ016_03634	888	prmC		Release factor glutamine methyltransferase	TTGAAGCGGACGAGATTTGAATTGACGCCGCAGCGCAGCATAAGAGAAGCCTTTGTGGAGGCTTCTTCTTTTTTAGACGCCATGCGGGTAATGGAGCCGCAGCGGAATGCGCAGCTGCTGCTGGAGCATGTGCTGGAATTGTCGGGAACCTCATATTATATGGCGCTCGCGGAGCCGTTTCCGGCGGATCGCCGCCACGCCTTGGAGGACGTCATTAATCGCAAGGCGCAGGGCGTCCCTGCGCAGTATATTATCGGCGAGCAGGAGTTCTACGGCCGGCCGTTTGAAGTTACGCCGGCGGTTCTCATTCCGCGTCCGGAAACGGAACTGCTCGTGGAAGCGGTGCTGAAGTATGGACGGGAGCTCACTCCGCGGTCAAAAAGGTTAAAGGCCATAGACATCGGTACCGGCAGCGGGGCCATTGCCATTACGTTGGCATTACAGGAGGCGGCGTGGGATTTGCTGGCGAGTGATATTTCGCCTGATGCGCTAGAGGTTGCTGCGCGTAATGCGAAGCATCTGAATGCCGATGTCGAGTTCCGGCAGGGGAACCTGCTGGAGCCGTTCGCCGGCATGGCGCCGGACATCCTCGTCTCCAACCCGCCTTACATTCCGGCGGAGGATATTGAGGGGCTTCAGCCCGAAGTCCGCGACTATGAGCCGCGAACGGCACTGGATGGCGGGCCGGACGGTTTGAATCCGTACCGGATCATGATGGAGCAGCTGCCCTTGCTGTCAGCGCCGCCGCGGCTGATTGCCTTTGAGCTGGGCATGGGCCAAGCCGGGGATGTGGCAGAGCTTTTACGGAGTGCAGGGCACTGGAAGGAAATCGTCACGGTGCCGGATTTGGCGGGCATTGACAGGCATGTCTTGGGAATATCCCGTTAA	MKRTRFELTPQRSIREAFVEASSFLDAMRVMEPQRNAQLLLEHVLELSGTSYYMALAEPFPADRRHALEDVINRKAQGVPAQYIIGEQEFYGRPFEVTPAVLIPRPETELLVEAVLKYGRELTPRSKRLKAIDIGTGSGAIAITLALQEAAWDLLASDISPDALEVAARNAKHLNADVEFRQGNLLEPFAGMAPDILVSNPPYIPAEDIEGLQPEVRDYEPRTALDGGPDGLNPYRIMMEQLPLLSAPPRLIAFELGMGQAGDVAELLRSAGHWKEIVTVPDLAGIDRHVLGISR				NA	NA	NA	NA	NA
JZ016_03635	1068	prfA	COG0216	Peptide chain release factor 1	TTGTTGGACCGATTACAATCCCTTGCGGACCGTTACGAGAAGTTAAGTGAGCTGTTGTGCGATCCCGATGTCGCTAATGACTCCAAGAAGCTCAGGGATTATTCCAAAGAACAATCCGATTTACAGCCTGCTTATGAGGCTTATGTTGAATATAAAAATGTAATTGAAGAGCTCGAAGCTGCCAAAACCATGCAGGGCGAAAAGTTGGATGACGAAATGCGCGAAATGGTGAAAATGGAGATCGAGGAGCTTACCCAGCGCGAGCAAGAGCTGGCGGAGAAGATTCGGATCTTGCTGCTGCCGAAGGACCCGAACGATGACAAGAACGTGATCATCGAGATTCGCGGCGCTGCCGGCGGCGACGAGGCGGCGCTGTTTGCTTCCGACCTGTACCGGATGTATACCCGTTATGCGGATACTCAAGGCTGGAAGGTTGAACTGATGGACGTCAACACGAACGATCTGGGCGGCTTCAAGGAAGTGATCTTCATGATCAATGGCCGCGGCGCATACAGCAAAATGAAATTCGAGAGCGGCGCGCACCGTGTTCAGCGTATTCCGGCAACGGAATCCGGCGGGCGTATCCATACCTCCACCTCCACCGTGGCGGTTATGCCGGAGGCGGAAGAAGTGGACATCGAAATCCATGACAAGGACATCCGCGTAGATACCTTCTGCTCCAGTGGTGCAGGCGGTCAGTCCGTTAACACCACCAAGTCGGCGGTACGCGTAACGCACATCCCGACGGGGATCGTGGCTACGTGCCAAGACGGCAAATCGCAAAACTCCAATAAGGAGAAGGCGCTGCAGGTGCTTCGGGCCCGTATCTTTGATATGATGCGCCAAGAGGAAGAAGCGAAGTATGCCGGTGAGCGGAAGAGCAAAGTAGGTACAGGTGACCGCAGTGAGCGTATCCGTACGTACAACTTCCCGCAAAGCCGTGTAACCGATCATCGGATCGGACTTACCGTTCACAAGCTGGATCAAGTGATGAACGGGGAGATTGAAGAGATCGTTTCGGCGCTGACCCTTGCGGAGCAGGCTGAAGCGATGGAAAAAGGAGTATAA	MLDRLQSLADRYEKLSELLCDPDVANDSKKLRDYSKEQSDLQPAYEAYVEYKNVIEELEAAKTMQGEKLDDEMREMVKMEIEELTQREQELAEKIRILLLPKDPNDDKNVIIEIRGAAGGDEAALFASDLYRMYTRYADTQGWKVELMDVNTNDLGGFKEVIFMINGRGAYSKMKFESGAHRVQRIPATESGGRIHTSTSTVAVMPEAEEVDIEIHDKDIRVDTFCSSGAGGQSVNTTKSAVRVTHIPTGIVATCQDGKSQNSNKEKALQVLRARIFDMMRQEEEAKYAGERKSKVGTGDRSERIRTYNFPQSRVTDHRIGLTVHKLDQVMNGEIEEIVSALTLAEQAEAMEKGV				NA	NA	NA	NA	NA
JZ016_03636	1101	ychF	COG0012	Ribosome-binding ATPase YchF	ATGGCTTTAAAAGCAGGAATCGTCGGTTTGCCAAACGTCGGCAAATCAACATTGTTTAATGCGATCACGCAAGCGGGCGCCGAATCGGCCAACTATCCGTTCTGTACGATTGATCCAAACGTCGGTGTTGTGGAAGTGCCGGATGAGCGCCTCGACAAGCTGACCGAGCTGGTTCAACCGAACAAAACGGTACCAACCGCTTTTGAATTCGTGGACATCGCGGGCTTGGTCCGCGGGGCGAGCAAAGGGGAAGGTCTTGGGAACAAGTTTCTTGCCCATATTCGTGAAGTGGATGCCATCGTTCATGTTGTTCGCTGCTTTGAAGACGAGAACATTACCCACGTTGACGGTAAAGTGAACCCGGTCAGCGATATCCAGACGATTAATTTGGAGCTGATCCTTGCGGATCTCGACAGCGTGGAGAAGCGGATTGACCGCGCGAAGAAGAACATGAAGGGCGGCAACAAGCAGTATGCTCAGGAAGTAGAGCTGCTGGAGCGCCTGAAGGAAGCTCTTTATAACGATCAACCGGCACGCAGCGTGGAGCTGAGCGATGATGAGAAGCTGATTGTTCGCGATTTGCACTTGCTGACATTGAAGCCGGTGCTATACGCGGCTAACCTGAGCGAAGACGGCGTTGCGGAAGCCGACAGCAACCCTTATGTACAGCAGGTTCGTGATTTCGCGGCTGCGGAGAACGCGATCGTGGTTCCGATCAGCGCGAAGGTTGAAGCCGAAATTGCCGAGCTTGAAGGCGAGGACAAAGCGATGTTCCTTGAGGAGCTGGGTCTGGAAGAATCCGGTTTGAACCGTCTCATCAAGGCTGCTTACAGTCTGCTGGGATTGTACACTTACTTTACGGCAGGCGTGCAGGAAGTGCGTGCCTGGACGATCCGTAAAGGAACGAAAGCTCCGCAAGCGGCAGGCGTGATTCATACCGACTTCGAACGCGGCTTCATTCGTGCAGAGGTTGTAGCTTACGATGACCTCGTTGCAGCCGGATCGATGAACGGCGCGAAGGAACGCGGACAGCTTCGCCTGGAAGGCAAAGAGTACGTTGTGAATGACGGCGATGTGATGCACTTCCGTTTCAATGTGTAG	MALKAGIVGLPNVGKSTLFNAITQAGAESANYPFCTIDPNVGVVEVPDERLDKLTELVQPNKTVPTAFEFVDIAGLVRGASKGEGLGNKFLAHIREVDAIVHVVRCFEDENITHVDGKVNPVSDIQTINLELILADLDSVEKRIDRAKKNMKGGNKQYAQEVELLERLKEALYNDQPARSVELSDDEKLIVRDLHLLTLKPVLYAANLSEDGVAEADSNPYVQQVRDFAAAENAIVVPISAKVEAEIAELEGEDKAMFLEELGLEESGLNRLIKAAYSLLGLYTYFTAGVQEVRAWTIRKGTKAPQAAGVIHTDFERGFIRAEVVAYDDLVAAGSMNGAKERGQLRLEGKEYVVNDGDVMHFRFNV				NA	NA	NA	NA	NA
JZ016_03637	1116	fni_2	COG1304	Isopentenyl-diphosphate delta-isomerase	ATGAATTCAGAACATAAAGAGACCGCGGGTCAACCAGCTGAAACCATTTCAGGCAGAGGTTTGGAAAGACCCGAGGGCAGGCTGGTGCCGGAAGTGCCTACGGGCGAACGAAAAATAGAGCATGTACGCTTATGCCTGAATGAAGAAGTTGGCTCCGTAGGGGTAACCACCGGTTTTGAACGTTACCGTTTCCGTCACTCCGCACTGCCGGAAATCGACTTTGAAGATATTAAGCTGGACACTGCATTTCTTGGTTTTTCCGTACGAACCCCATTTCTGATCAGCTCCATGACTGGGGGAAGCAAGGCCACGGGAGAGATCAATAGACGTCTGGCTGAAGCCGCGCAGCGGCGCGGCTGGGCACTTGGGGTAGGCTCCGTGCGGGCAGCGGTGGAGAAGGAGGAGCTTGCTCCCACTTTCCGTGTCAGGGAGAGTGCGCCAAGCGTGCCGGTTATCGCCAACCTTGGAGCGGTGCAGCTGAACTATGGCTTTGGCCTTGACGATTGTCAGCGGGCGGTGGATATCGCGGGGGCGGACATGCTGGTTCTTCATTTAAACGGACTTCAAGAGGTGTTTCAGCCGGAAGGAAATACACGGTTTGGCCGTTTGCTTAAGCGAATTGAGGATCTGTGCCGTACGCTTTCGGTACCGGTCGGCATTAAAGAAGTCGGATGGGGCATCGATGGTGAAACGGCGCGGAATCTGCTGAATATCGGGGCGGCCTTCATCGACGTGGCTGGTGCGGGCGGTACCTCATGGAGCCAGGTTGAAAAATTCCGCAGCCCGGATCCGGTTCGCCGCGCTGCGGCTGAAGCTTTCGCCGGGTGGGGCAATCCTACCGCGGAATGCATCGTGGAGGTGCGTGAAGCTGCGCCAACCTGTGCGCTTATCGGCAGCGGCGGGCTGCAAAGCGGCGTTGATGCCGCTAAAGCGCTCTCGCTTGGCGCCGATCTGGCAGGCTTCGGGCGTGGACTCCTGGGATCGGCCGTCGAATCGGTGGAAGCGCTGGATCAGCGGCTTGCCCAGGTGGAGTTGGAGCTGCGGACGGCGATGTTCGGAATCGGCGCGGGGAATATCGATGCGCTGAAGTCAACCCAACGGCTGATTCGCGTTTGA	MNSEHKETAGQPAETISGRGLERPEGRLVPEVPTGERKIEHVRLCLNEEVGSVGVTTGFERYRFRHSALPEIDFEDIKLDTAFLGFSVRTPFLISSMTGGSKATGEINRRLAEAAQRRGWALGVGSVRAAVEKEELAPTFRVRESAPSVPVIANLGAVQLNYGFGLDDCQRAVDIAGADMLVLHLNGLQEVFQPEGNTRFGRLLKRIEDLCRTLSVPVGIKEVGWGIDGETARNLLNIGAAFIDVAGAGGTSWSQVEKFRSPDPVRRAAAEAFAGWGNPTAECIVEVREAAPTCALIGSGGLQSGVDAAKALSLGADLAGFGRGLLGSAVESVEALDQRLAQVELELRTAMFGIGAGNIDALKSTQRLIRV	PGPT0007530_136	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007530-idi-K01823	NA	NA
JZ016_03638	1545			hypothetical protein	TTGGGTTTTCGCCATTTCATTCATAACCGCAATTCAGAAAATCTACCTACAACCGATCCAGGCACGCTGCTCGCGTCAGGGAAACCGAATACCAAAAGCTCCCGAACGCGAACAACGATTTTCATCTGCCTTGTCCTTCTTATTCTATGGCTCATCGGCGTGATGATCTATCAGACTCATAAGCCACTACCGAAAGGGATCTCCTATGAAAGCCCGCTGTACCAGAGCGACGTTAAAATGTGGACCGACCTGACCTACCCCGGACCGGATGGTCAACCGGTACATGATCGCGAAATCGGACCGCGCATCGGTCAAATTATCGACGAATCCCGAAAATTCCTGGTTATCGATATGTTTCTGTTCAACGGCTACGCTCATAAAGATCAGGATTACCCCAAAGTTAGCAAAGAACTTGCCCATCGCCTTGTTGCCCATAAGAAGAAATATCCCGATATGGATATCTTCTTTATTTCCGATGAAGTGAATACCGGGTATGGCTCCTATTCGCTGCCGGAATTCGAGGCGATGGAGGCTGCCGGCATTCATGTAATCATGACCGATGTCGACCGGCTGCGAGACTCCACGCCCGCCTATTCTGCCGTATGGCGCACATTCTTCCAATGGTTTGGCCAGTCGGGCACGGGGACACTCCCCAATCTGATGGCCAACGAAGCACCCGATATTACGGTGCGCTCCTATCTGAAGCTGCTGAACGTGAAGGCCAATCACCGTAAAGTCGTCATCAGCGAGAACACCGCGCTGGTCACATCTGCCAACATCCATGACGCCAGCGCGTTCCACTCGAACATCGCCTTCGAAACGAGCGGGGACATCATCGGGGATATGCTTGCAGCCGAGCAAGCCGCCGTTAACCTTACAAGCCCGATCAAACTGCCGGAGTATGAGCCGTGCTCAAAGCCACCTCTGCAGCCTTCAGGTCAAGCTAACGATGTCGATGTTCGTTATTTGACGGAAGGGAAAATTTATAAATATGTTCTGGAGGCCATCGAGCAATCACAGCCCGGGGATACGCTCTGGATGGGGATGTTCTATCTGGCTGACAGCAAAGTCATGGACCAGCTTCTAAAAGCTTCGGACCGCGGTGTTGATATACGCCTCATCCTGGATCCGAACCAGAACGCCTTCGGCCGGGATAAGATCGGCATCCCCAACCGTCCGGCTGCGGCCGAGCTCATCAAGAAATCCAAAGGGAACATCTCCATCCGCTGGTACAACACCGGTACGGAGCAGTATCATACCAAGCTCATGTACATTGCCAAACCGACGGGAAAATCCGTCATTACCGGCGGGTCGACCAATTTTACCCAGCGGAATCTGGCCGATCTCAACCTGGAAAACAACTTGTGGATAGCCGCGCCTAAAGATCATCCGCTTACCCGGGATCTGGACCGTTACTTTCATCGAATATGGTTCAACGAAGGCGCAGCCTTTAGCCTCGAAGCCGAGGCTTACCAAGGAGAAACGACATGGATGAAGAACATCCTGTTTAAACTGCAAAAATGGCTGGGCTTCACAACCTTTTAA	MGFRHFIHNRNSENLPTTDPGTLLASGKPNTKSSRTRTTIFICLVLLILWLIGVMIYQTHKPLPKGISYESPLYQSDVKMWTDLTYPGPDGQPVHDREIGPRIGQIIDESRKFLVIDMFLFNGYAHKDQDYPKVSKELAHRLVAHKKKYPDMDIFFISDEVNTGYGSYSLPEFEAMEAAGIHVIMTDVDRLRDSTPAYSAVWRTFFQWFGQSGTGTLPNLMANEAPDITVRSYLKLLNVKANHRKVVISENTALVTSANIHDASAFHSNIAFETSGDIIGDMLAAEQAAVNLTSPIKLPEYEPCSKPPLQPSGQANDVDVRYLTEGKIYKYVLEAIEQSQPGDTLWMGMFYLADSKVMDQLLKASDRGVDIRLILDPNQNAFGRDKIGIPNRPAAAELIKKSKGNISIRWYNTGTEQYHTKLMYIAKPTGKSVITGGSTNFTQRNLADLNLENNLWIAAPKDHPLTRDLDRYFHRIWFNEGAAFSLEAEAYQGETTWMKNILFKLQKWLGFTTF	PGPT0007725_864	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_RELATED_GENES	CE-QSR-CARDIOLIPIN_SYNTHESIS,PGPT0007725-clsA_B|ybhO|ywiE-K06131	NA	NA
JZ016_03639	1503	ywiE	COG1502	putative cardiolipin synthase YwiE	ATGAGAAAGGGAATACAGGCTGTATTGATTACCGCGCTTTTGTTCGCGTTTTATTATTTTGGCCTGGATTATTTCGGGAAGACGACCGGGACCATTATCGGGATATTCTCCACGCTAACCGTAGTATCCATCGGTTTCATGATTTTTATGGAGAACCGTCATCCCACCAGCACGATGGCCTGGATTCTGCTCTTGGCGTTAGTCCCTATCGTGGGGCTTGTGTTTTATTTTTTGTTTGGACAGAACTATTTCAAGCGAAGGAAATACGACAAAAAGGCACGTAAGGACGTTCTGGTATACACCAGCGAAGTGCTCCGCAAGAACACCCCGGACATTTCCTGCTTTAAGCCCGAAGTGCAGCAGCTCCTTCAGCTGTCTACCCGCCTGGCACGCACGCCGATTTCCTTCTCGAGCGATACCAAGGTGCTGACCGACGGGGAGGAGACATTTGCAGCCTTGATAACGGAGCTGGAGCAAGCGGCGCATCACATTCATATGGAATATTACATTTACCGTCCGGATGCGATCGGAACGCAGATCCAGGAAATATTAATTCGGAAGGCGAGAGAGGGGGTTGCCGTTCGGTTTATGGTGGACGCCGTTGGCAGCTTGCAGCTGCCGCCTTCCTTTTTGCAGGAGATGAGGGATGCGGGTGTACAGGTCGCCGTATTCGGCAGTCCAAAGACGATTTTCTTCACGAGCCGTGTAAATTACCGCAATCATCGCAAAATCGTTGTGATTGACGGGAGTGTCGGATTCGTTGGGGGATTGAATGTAGGGGATGAGTATTTAAGCCGCAGCAAGGCATTCGGTTTCTGGCGTGATACCCATATGCTTGTTCGCGGAGAGGCCGTCAGAACGCTCCAGGTTGTCTTTCTGCAGGATTGGCAGTACATGACGGGAGAGCAGCCGAGTGAGCCGATCTATTATTCACCGGATTTACTGGAGAGTCGTGCCGGTGCCGTTCAGATTATCGCAAGCGGACCGGACAATGAGCGAAGAGCCCTGAAGAACATTTTCTTCTCCATGATTGTGTCGGCTCGCAAGTCGGTATGGCTGGCTACGCCGTATTTTATACCGGATGAAGACATATTCACCGCGCTCAGGGTTGCTGCCCTGTCCGGTCTTGATGTACGGATTCTGTTTCCTTCGAAGCCGGACAAATGGCTGCCCTTTCTGGCTTCCCATTCCTATTTTCCGGATCTGCTGGACGCCGGGGTAAGGGTATATGAATATGAAAAAGGGTTCATGCACTCGAAGCTGCTGATCGTTGACGGCGAGGTTGCAACCATTGGCACGGCTAACATGGACATGCGGAGCTTCCACCTTAATTTTGAGGTTAACGCTTTACTCGTTCATACGGAAAGTGTTGGCAGGCTGGTATCCGATTTCGAGCAGGATCTGGAATCCGCCCTCCTGTACGATCGCAACCATACCCGTAAAAAGAGAATCATGACCCGGCTGCTGGAGTCGGCCGCCCGACTGATGTCACCTCTGCTGTAG	MRKGIQAVLITALLFAFYYFGLDYFGKTTGTIIGIFSTLTVVSIGFMIFMENRHPTSTMAWILLLALVPIVGLVFYFLFGQNYFKRRKYDKKARKDVLVYTSEVLRKNTPDISCFKPEVQQLLQLSTRLARTPISFSSDTKVLTDGEETFAALITELEQAAHHIHMEYYIYRPDAIGTQIQEILIRKAREGVAVRFMVDAVGSLQLPPSFLQEMRDAGVQVAVFGSPKTIFFTSRVNYRNHRKIVVIDGSVGFVGGLNVGDEYLSRSKAFGFWRDTHMLVRGEAVRTLQVVFLQDWQYMTGEQPSEPIYYSPDLLESRAGAVQIIASGPDNERRALKNIFFSMIVSARKSVWLATPYFIPDEDIFTALRVAALSGLDVRILFPSKPDKWLPFLASHSYFPDLLDAGVRVYEYEKGFMHSKLLIVDGEVATIGTANMDMRSFHLNFEVNALLVHTESVGRLVSDFEQDLESALLYDRNHTRKKRIMTRLLESAARLMSPLL	PGPT0007725_718	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_RELATED_GENES	CE-QSR-CARDIOLIPIN_SYNTHESIS,PGPT0007725-clsA_B|ybhO|ywiE-K06131	NA	NA
JZ016_03640	597			hypothetical protein	ATGAGTGCCGCCGATATTAAGCAATCCGCCCTTGCCCACTTTGCCAAAAACGGTTACGAAGGGGCATCGCTAAAACATATTGCAGACGACTGCGGGATCAAAAAACCGTCGATTTACGCCCATTTTTCGAGTAAGAACGATTTGTTTCTGCAGGTGCTTCAGGACGTATTCCAGCGTCAAGAGGAGTCGATGGTGGCCTATTTTCTAAACCATGCCGATTGGCCGCTGGAGCAGCAGCTGCACGGATTTCTTGAAAGCCGTCTCCAAGCCTATCGTCTGGATGATGAAGTGCGGTTCTTCATGCGAATGGCCTTCTTTCCGCCAAGTACGCTGTATGACGAAGTGATGGCGATGGTGTATCCGCTGCTGGATCAACAGGAGCAGAACTTGTCGAGGCTGCTTGCCGCGGGCTGTCCGGAGCATGGACGTATCATCCGTCATCCGCGCAATGCGGCGATTGCCTTTATGACCTTGGTGGATGGAATCCATCTGGAAACCGTGTACGGCGGGGAAGAACGGGCCATGAGACGTCTTGCAGCTGCTTGGCCAGTGTATTGGTTAGGGGTAACAAAGCAACGATATAACCACAAGAGTTAA	MSAADIKQSALAHFAKNGYEGASLKHIADDCGIKKPSIYAHFSSKNDLFLQVLQDVFQRQEESMVAYFLNHADWPLEQQLHGFLESRLQAYRLDDEVRFFMRMAFFPPSTLYDEVMAMVYPLLDQQEQNLSRLLAAGCPEHGRIIRHPRNAAIAFMTLVDGIHLETVYGGEERAMRRLAAAWPVYWLGVTKQRYNHKS	PGPT0004136_357	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004136-comR|ycfQ-K22041	NA	NA
JZ016_03641	342	gdnC_2	COG2076	putative guanidinium efflux system subunit GdnC	ATGAATCGCAACTGGATTTTTGTGCTGCTTGGTGGATTGGTTGAAATCATATGGGTGATGGGTTTGAAGCATTCCTCCAACATCTGGGAATGGATTGGAACCATAGCCGCCATTGCAGTCAGCTTCTATCTTATTATCGAGGCAGCCAAACGGCTGCCGGTCGGAACGGTGTATGCCGTATTCACGGGAATCGGTACAGCCGGAACGGTCGCGTCGGAGATGCTGTTCTTCGGTGAACCGTTTAAACTGGTCAAGGTGCTTCTGATCTGTGTGCTGCTGGCAGGCGTCATTGGCCTTAAGCTGGTTACGGCTGATCATGCGGAACCGGAGGTGAGCAAGTAA	MNRNWIFVLLGGLVEIIWVMGLKHSSNIWEWIGTIAAIAVSFYLIIEAAKRLPVGTVYAVFTGIGTAGTVASEMLFFGEPFKLVKVLLICVLLAGVIGLKLVTADHAEPEVSK	PGPT0029165_164	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029165-ykkC-K18924	NA	NA
JZ016_03642	315	gdnD_2	COG2076	putative guanidinium efflux system subunit GdnD	ATGGCTTGGATTGCACTTGTGTTTGCAGGATTGTTCGAAATCGGCGGCGTCATCGGCATCAAAGGCGTGTCGGAGCGCAAGGGATGGCAATATGTACTGATTTTGGCCTTATCTTTTGCCGCCAGCTTCTCCCTCCTCTCCTACGCCATGACCGTACTGCCTATGGGTACCGCTTATGCCATCTGGACGGGAATCGGGACGGTGGGCGGCGCCATCACAGGGATGCTCCTGTTCGGTGAACCGAAGGAATGGCGGCGCGTGCTCTTTATCGCCATGATCCTGTGCTCGGCTGTCGGTCTGAAATTGATCAGTTAA	MAWIALVFAGLFEIGGVIGIKGVSERKGWQYVLILALSFAASFSLLSYAMTVLPMGTAYAIWTGIGTVGGAITGMLLFGEPKEWRRVLFIAMILCSAVGLKLIS	PGPT0029170_368	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029170-ykkD-K18925	NA	NA
JZ016_03643	936			hypothetical protein	TTGGCTGATAAAACGGCAGAAAAACGACAGCAAATTCTCATCACTGCGATGCAGCTGTTTTCCGCGAAGGGCTCTTCGGATACCTCCATGCAGGAAATCGCCGAAGTATGCGGGATGTCGAAAGGCAGCCTCTATCTTCATTTCAAGTCCAAAGAGGAACTGGAAAAGAGCATTTACGAGCATATCGCAAGCCGGATTAAGGATGAGATTCTCCGGGTCGACCACGATCCGCTTCTCGGACCCAAGGAGCAGCTGCGCAAGCAGACGGAAGTGCTTTTGATCCATTTTCTGGAGATCCGGGAATTTCTTCTGAAGCAGTTCCATGATCAGATGCCGGGGAAACCGCCTTTTGACAAGGAAAACATGCGACAGGAAATGCTGGCTGCATTGCAGTGGTTTAACAATAAGCTGAAATCCATTTATGGACCCGAAGTAGAGCCATACACATTGGAAATCGGCATGTTTATGGGCAGTATGCTGGGTTCGTATATCCACTTCCTGTTCATGCCCGGGTTCCATTTGAATGTGGGAATCACCGCTGATCACCAGATTCAGCTGCTCGATGATATTGTGGACAGTATTCTGCGCAGACGGCCCGAGCCCCTGATCCCAATGGAGGCGGTGGGGCAATTGGGCCAATTATGCCAAACCGACATTCGCACAACTCGTCACCCGCTCATCGTCATTAAGGCGATGAAGAATGAACTAAAGAAGATTCAGGTAGAGACGGATGTCCGGGAAGATGCAATGGAGTCGCTCCATATTATGGAGAAGGAACTGCTTGCCATCCAGCCCAGCCGAGCCGTTCTGAAAGGAATGCTTGCTAACTTGGAAGGGATCGAGGACCTTGAAGCATTGTATAAGGAGCTCAAGGGCAACATCATTACTGTGCTGGAAAGCTATCTTACACCAGGTGGAATTATGCAGGAAAGTTAG	MADKTAEKRQQILITAMQLFSAKGSSDTSMQEIAEVCGMSKGSLYLHFKSKEELEKSIYEHIASRIKDEILRVDHDPLLGPKEQLRKQTEVLLIHFLEIREFLLKQFHDQMPGKPPFDKENMRQEMLAALQWFNNKLKSIYGPEVEPYTLEIGMFMGSMLGSYIHFLFMPGFHLNVGITADHQIQLLDDIVDSILRRRPEPLIPMEAVGQLGQLCQTDIRTTRHPLIVIKAMKNELKKIQVETDVREDAMESLHIMEKELLAIQPSRAVLKGMLANLEGIEDLEALYKELKGNIITVLESYLTPGGIMQES				NA	NA	NA	NA	NA
JZ016_03644	3210	mdtC		Multidrug resistance protein MdtC	ATGAAAGGAATTATCAATTTCTCGCTGCGCAACAAGTTTGCGATCTGGCTGCTGACCATCATCGTCAGCTTCGGTGGGTTATACAGCGGACTGACGATGAAACAAGAAACCATTCCGGATATTAACGTCCCGTTCTTAAGTGTCACCGCGATCTATCCGGGCGCCGCTCCTGAAGGGGTTGTGGAGGATGTTACCAAACCGCTCGAGACGAGACTTCGCAATATCGACGGCGTCAAGACCGTAACCTCCACTTCCATGGAGAATGCAGCCAATGTCATGGTTGAGTTTGATTATGGTAGTGATCTGGACAACGCTACGGCTGCTGTTCGTGAAGCCATTAACGAGGTAAAGCTGCCCGACGACGCTCAGAAACCTACCATATCCAAATTCAGCATGAGCTCCATGCCGGTTGTCTCCCTAAGTATTGCGAACAAAGACAACATGGCATTGGATGAATTGACACGCATCACAGAGAATGACATCGTTCCGGAGCTGGAGGATTTGGACGGCGTTGCTTCCATCCAGGTAGCCGGACAATTCGTGAACGAGGTACAGCTTAAGTTTAATCAGGACAAACTGAACGAGCTTGGCTTGACGGAGGATACCGTTAAAGGTATCGTGCAGGGTTCCGCGCTGTACGTTCCGCTCGGCATGTTCGAAATGGACAAATCCCAGAAGGCCGTGGCTATTGATGGCGGCATTATCGGCATTGACGATCTGAAAAATATCGCTATTCCGGTTGTTCCGGGCGGCGGCGGTGCAGCTGCCGGAGCCGGCGCTCCGAATGCCGGGGCAGGTCAACAACCATCGCAGCAGCCTTCCGGTGACGCAGCTGGGGCAGGCCAACAAGGCGCTCCTGGATCCGGTGCAGCTGCAGGCGGAACAAGCGGTGCTCCTGCCGTTCCAACCGGCATTCCAACCGTAAAACTCAGCGAGATTGCCAAAATTGAAGTTATTGGAACCTCGGAATCCATCTCCCGCACCAACGGGAAGGAATCGATCGGTATCCAAATCGTGAAAGCCAACGACGCCAATACGGTGGACGTTGTCAATCAGGTGAAAGACAAGGCAGAGGAATTGAGAGGCCTCTATCCTGGCATGGATCTGACGATCATGCTGGACCAAGGCAAGCCGATTGAAGACTCTGTTCATACGATGCTCTCCAAGGCATTATTCGGCGCATTGTTCGCCGTTCTGATCATAATGGTCTTCCTGCGCAACATCCGTTCGACAATTATATCGATTATTTCGATCCCATTGTCCTTGCTGATTGCTGTGCTCTGTCTGAGACAAATGGATATCACCCTGAATATGATGTCACTCGGTGCCATGACCGTTGCCATCGGCCGGGTTGTCGATGACTCGATCGTCGTTATCGAGAATATCTACCGGCGCATGTCCCTCTCGACCGAGAAATTAACGGGCCGTGAGCTCATCAGCGCCGCTACACGCGAAATGTTTGTACCGATCATGTCCTCCACTATCGTAACCATCGCGGTATTCCTGCCGCTTACCCTGGTCAGCGGTATGGTCGGAGAGCTGTTCATGCCATTTGCATTGACGATGGTCTTCGCACTGCTCGCTTCCCTGGTCGTAGCGATCACGCTCGTGCCCGCTATGGCGCACAGCCTGTTCCGCAAAGGCTTGAAGAACAAACATGATCATGCGGAGAAACCGGGCGCAATGGCCCGCGGGTATCGTTCCATTCTGAAATGGACGCTGAATCACAAAGCCATTACATTCCTGGCAGCCATCGCGTTGTTGGCAGGAAGCTTGTTCCTGACGAAGTACCTTGGCGTTAGCTTCATTCCGGAACAGGAAGACAAATATGCCATGGTGACTTATTCTCCTGAGCCCGGCGTCATGCTGGAGGATGTGGAGGAACGCGCATTAAAAGCGGAGAAATTGATTCTGGATCAACCTGGAGTCGAAACGATGCAGTACTCCATCGGCGGAAGCAATCCGCTTGGTATGGGATCAGCGAATTCCGGATTGTTCTATATTATGTATGACCCGGACACGAAAAACTTCGAAGATGTTAAAAAAGCCCTTGTCGAGGATCTTGCCAAGGAAGTACCGGACGGTACTTGGTCCAATATGGACATGGCAGCCGGCGGCTTTGGCGGCGGCCAGTTAACGGTTAACGTCTTTGGCGATTCTCTGGAGCAGATCAAGCCGGTAGCTGATCAAATTGCAGAGCTTGCCAACAAGGATACAGCCACTTTCGAGAATGCAGAAACCAGCTTGTCCGAAGCGTTCGAGCAGTATACGCTGGTTGCTGACCAAGAGAAGCTGAGCTCCCTTGGCCTGACCGCAGGACAATTGGCAATGAAGCTGTCTCCCGTACGGGAACGTCCGGTCTTGACCGAAGTCAAAATTGAGGACAAGACTTACAATGTTTACATTGAAACGGACAGCAAGACCTATAAGAGCATCAAAGAAATCGAGAACGAAACCGTCACCTCTCCACTCGGTATCGAAGTGCCGATCAAGGACGTGGCCAAGGTGGAAAAAGGAACGACTCCTGACTCTATTATGCGCATCGACGGGAAAATGGTTGTGACCGTCACAGCCGATATCCTGTCCAGCGATGTTGGGTCGGCCTCCACTAACCTGGAGACTGAAGTGAACAAGCTTGAGCTTCCAGACGGCGTATCCGTCCAGTTCGGAGGCGTTACCGAGCAAATCAACGAAACCTTCGGACAGCTTGGACTCGCCATGCTGGCAGCCATTGCGATTGTATACTTTGTGCTTGTGGTTACATTCGGTGGCGGTCTCGCACCGTTCGCCATCCTGTTCTCGCTGCCGTTCATTGTCATCGGAGCCATTATCGGTTTGCTTGTTACAGGCGAGACACTGAACGTGTCTGCACTCATGGGCGTACTCATGCTGATCGGTATCGTCGTGACCAATGCGATTGTATTGATCGACCGCGTGATCCATATGGAACGCGAAGGCATGAGCACCCGCGAAGCCCTGCTTGAAGCCGGCGCTACCCGTCTTCGTCCAATTCTTATGACGGCACTCGCAACGATCGGCGCTCTCCTGCCACTCGTATTCGGTTGGGAGAACAGCGCAGGCATCATTTCGAAAGGACTTGGCATCACGGTTATCGGCGGTCTGATCAGCTCGACGCTGCTCACACTCGTGGTGGTACCTATCGTGTACGAGTTCCTGATGAAGTTCAGCAAAAAAAGAATCGAAGATTAA	MKGIINFSLRNKFAIWLLTIIVSFGGLYSGLTMKQETIPDINVPFLSVTAIYPGAAPEGVVEDVTKPLETRLRNIDGVKTVTSTSMENAANVMVEFDYGSDLDNATAAVREAINEVKLPDDAQKPTISKFSMSSMPVVSLSIANKDNMALDELTRITENDIVPELEDLDGVASIQVAGQFVNEVQLKFNQDKLNELGLTEDTVKGIVQGSALYVPLGMFEMDKSQKAVAIDGGIIGIDDLKNIAIPVVPGGGGAAAGAGAPNAGAGQQPSQQPSGDAAGAGQQGAPGSGAAAGGTSGAPAVPTGIPTVKLSEIAKIEVIGTSESISRTNGKESIGIQIVKANDANTVDVVNQVKDKAEELRGLYPGMDLTIMLDQGKPIEDSVHTMLSKALFGALFAVLIIMVFLRNIRSTIISIISIPLSLLIAVLCLRQMDITLNMMSLGAMTVAIGRVVDDSIVVIENIYRRMSLSTEKLTGRELISAATREMFVPIMSSTIVTIAVFLPLTLVSGMVGELFMPFALTMVFALLASLVVAITLVPAMAHSLFRKGLKNKHDHAEKPGAMARGYRSILKWTLNHKAITFLAAIALLAGSLFLTKYLGVSFIPEQEDKYAMVTYSPEPGVMLEDVEERALKAEKLILDQPGVETMQYSIGGSNPLGMGSANSGLFYIMYDPDTKNFEDVKKALVEDLAKEVPDGTWSNMDMAAGGFGGGQLTVNVFGDSLEQIKPVADQIAELANKDTATFENAETSLSEAFEQYTLVADQEKLSSLGLTAGQLAMKLSPVRERPVLTEVKIEDKTYNVYIETDSKTYKSIKEIENETVTSPLGIEVPIKDVAKVEKGTTPDSIMRIDGKMVVTVTADILSSDVGSASTNLETEVNKLELPDGVSVQFGGVTEQINETFGQLGLAMLAAIAIVYFVLVVTFGGGLAPFAILFSLPFIVIGAIIGLLVTGETLNVSALMGVLMLIGIVVTNAIVLIDRVIHMEREGMSTREALLEAGATRLRPILMTALATIGALLPLVFGWENSAGIISKGLGITVIGGLISSTLLTLVVVPIVYEFLMKFSKKRIED	PGPT0016195_332	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-SURFACTIN_RESISTANCE,PGPT0016195-swrC|yerP-K03296	NA	NA
JZ016_03645	678	torD		Chaperone protein TorD	ATGGCGATATCACCTGTTCAAACTTTGGAGGTGCCTGACGTCTGTCACAGATGGCTTGAAAACCGGGGTACGGTCTACGAGCTGCTCATCGATTTTTTGGGCAATTGGCCCAGCTTGTCTATGATTGCGGAATGGAGCCGCGGAAGCGGAATAAGCAAGGCTGCGGAGTGTTCGAAGGCCGGTACGGACCTGATGACCTATTTATGTGGACGCTCACCTGAGGAATTGGTTCGGATTTGCGAATACGAAGGGGCGGAATACCGCCGATTGCTTCAGCAGTCCAAACAGCGTCAAGCGGCAAAGTCTCATTACACGAAGGATGGATGCGCTCAGGATTTAGCCGATTGTTATGCATCCGTCGGTGTTGCCTTTAATAAACTGCACGGGGAAGCGGACGATCATATAGCCATTGAACTGGAATTTATGACACTGCTTCATGACCGTATGCTGAACAATACGTATTGTGAACATAGCATGCTGCAATTGATGGAGGTTCAAGAGAAGTTTCTGGAGGAGCATCTGTTGTCATGGGTGCCATCCCTCTGCAAGGATCTAAAAGGCTCCACGGAAAGCCCGCTTTATCAGTCGGTATTCAGTCTGCTCGAGGAGTTCCTCGCACAGGATCTGAACATGCTGAAGACGTGGAAGCATTCCAGGGAAGCTGTGCTGGTACATTAG	MAISPVQTLEVPDVCHRWLENRGTVYELLIDFLGNWPSLSMIAEWSRGSGISKAAECSKAGTDLMTYLCGRSPEELVRICEYEGAEYRRLLQQSKQRQAAKSHYTKDGCAQDLADCYASVGVAFNKLHGEADDHIAIELEFMTLLHDRMLNNTYCEHSMLQLMEVQEKFLEEHLLSWVPSLCKDLKGSTESPLYQSVFSLLEEFLAQDLNMLKTWKHSREAVLVH	PGPT0004865_285	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_SELENIUM_RESISTANCE	SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004865-dmsD|serD-K23349	NA	NA
JZ016_03646	1005	moaA_2		GTP 3',8-cyclase	ATGATCGAACCGCTTAAAGATTCTTTCGGTCGGGTCCATGATTATATTCGTATCTCGGTGACAGATCGATGCAATCTTCGTTGTGTCTATTGTATGCCGGAAGAAGGGATGGAATTCCAACCTCCCGATCAGATTATGAGTTATGAAGAGATCGCAGCGATCATGCGCGTCCTTGCCCCAATGGGTGTCTCCAAAGTACGCCTTACCGGCGGCGAGCCGCTGGTACGCAAGGATCTGGAATCCTTGGTCCATATGATTGCTTCCATTGAAGGAATTCAAGATATATCCCTGACTACCAACGGGATCATGCTCCCCTCCAAAGCTCACCTGCTTAAGGAAGCCGGACTTACCCGAATCAACATCAGTCTGGATTCGCTTCATGAGGATCGCTACGCGCGCATTACGCGCGGCGGTCAAGTGCGTAAAGTGCTGGAAGGCATTGAAGCCGCATATGAAGCCGGCCTGGATCCCATCAAACTAAACATGGTGTTAATGAAGGGCTTCAACGAAGACGAAATTCGCGACTTTATCGCGCTGACGCTCGATCGTCCCCTACATGTCCGCTTTATTGAATACATGCCGATCGGGCAAGCGTCCGATGCCTGGCGAGATTCGTATCTGCCGCTCAGCCGGGTATCCGAAGTGTGCCAGGAGGCGGGTTGGACCATTCAGGAAGAGCAGGGGCCATCCGGCAACGGACCTTCACGAAATATGAAGGTGGTTGGAGCTACAGGAACCTTCGGTCTGATCCATCCGGTCAGCGATCATTTCTGCGATTCCTGCAACCGCCTCAGACTGACGGCTGACGGCCACATCAAGGCTTGCCTGTACTGGTCCGACGAATTTAACGTGCGCCGCGTCGTCGATGATCCTTCCGCGGTGGCAAACCTGTTCCGCAAAGCGCTGGGTTCCAAACCGTTGAATCATGAAATGGCGCTCGCGCTCGAGAAAAAAATGCAAAGCCATACCCCAACCGTCCGGCGTATGTCACAGATCGGCGGATAA	MIEPLKDSFGRVHDYIRISVTDRCNLRCVYCMPEEGMEFQPPDQIMSYEEIAAIMRVLAPMGVSKVRLTGGEPLVRKDLESLVHMIASIEGIQDISLTTNGIMLPSKAHLLKEAGLTRINISLDSLHEDRYARITRGGQVRKVLEGIEAAYEAGLDPIKLNMVLMKGFNEDEIRDFIALTLDRPLHVRFIEYMPIGQASDAWRDSYLPLSRVSEVCQEAGWTIQEEQGPSGNGPSRNMKVVGATGTFGLIHPVSDHFCDSCNRLRLTADGHIKACLYWSDEFNVRRVVDDPSAVANLFRKALGSKPLNHEMALALEKKMQSHTPTVRRMSQIGG	PGPT0008410_2404	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008410-moaA-K03639	NA	NA
JZ016_03647	306	mobA_1		Molybdenum cofactor guanylyltransferase	TTGCTGTATCTGGCGAATCAGCAGCTCACCGCCGATGCTGTAATTCCTGTTGTAGAAGGCAGGGTGCATCCGCTGCTTGCGGCATATCGCAAAGAAATCGTAGAAGGCCTTGAACGCAGGCTGAACAAGGGACAACTTCGCATGGTGGAGTGGGTGCAGGAGCTGAATGCCGTCTTCGTGCACGAGGAGCAATTAGAGGCAATTACGGGTCTTGATCCGCGCAAAATTTTATTTAATATGAACACGCCTGGGGAATACGAGGCAGCAGGCGGCCTGATGAATGCGGACTTGCCTGAGGATAGATAG	MLYLANQQLTADAVIPVVEGRVHPLLAAYRKEIVEGLERRLNKGQLRMVEWVQELNAVFVHEEQLEAITGLDPRKILFNMNTPGEYEAAGGLMNADLPEDR				NA	NA	NA	NA	NA
JZ016_03648	393	mobA_2		Molybdenum cofactor guanylyltransferase	ATGAGCGGTCAACCCATAGATGTCGGCTTTTCGCCGGATCAGGTGACGGGTATCGTACTTGCAGGCGGGGCCTCCCGGAGAATGGGAAGAAACAAGGCGCTTCTGCCCATGCAGGGAATGAGTTTGATCGAGCGAACGGTCCAGGCGCTTGACGGGGTTAGCGGCCGCGTCATCCTATCCACCAATACCCCGAGTCTTATCAATTTCTCGGATTGGAATGCATTCCCGACCGTTATGTCGGGCAAGGCCCGATGGCGGGTCTTCATGCAGCGCTCAAGTCATCCCAAAGCACATGGAATATGGTCGCTGCGTGCGACATGCCCCATATCCATGAGCGTTTCCTTCGGGGATTGCTGTATCTGGCGAATCAGCAGCTCACCGCCGATGCTGTAA	MSGQPIDVGFSPDQVTGIVLAGGASRRMGRNKALLPMQGMSLIERTVQALDGVSGRVILSTNTPSLINFSDWNAFPTVMSGKARWRVFMQRSSHPKAHGIWSLRATCPISMSVSFGDCCIWRISSSPPML				NA	NA	NA	NA	NA
JZ016_03649	1359			hypothetical protein	ATGGAAAATCATTTAAAAGTTGGTTTGTATCCCTTTTCAATGCGTGATACATTGAAAGGGAAAGCGGCTATTTTTTCGATGCCGCGATTGTGGATTGTATTCGGTTTGAAAGGAATGACCTACTTGCGGAATATGGACAACGCCCAACCTTCGCTGATATCGCTCAAGCTGTTCAACTTCTTCATTTACGGAACCATGGTCATCTTCACCGGTTTCTTCCAGTTATATTTGCAAGACATCGGCATGAGCAAAATTGAAATCGGCAGCCTGATGGCGATCGCGCCATTTGTGTCCATCTTCGCCAATCCGTTCTGGGGGTTCTGGGGTGATCGGGCGGCAAACATCAAGCGGATACTGCTGATCATGATGACCGGTACGCTGCTGCTGGTTCAGCTTGTATTTCAAGCGAATACCTATGCAATGATATACATGACAATGATTTTCTTTTATTTCTTCCAGACTCCGATGTTCTCGCAGACAAATTCGCTGATTCTAACCTATATTGAGGGGACGCAGCAAAAGTTCGGCTCCTTCCGGCTATGGGGCTCGCTCGGATGGGCGCTGACGGCCATCGCTGCAGGGCCTGTCATCGATCGGCTCGGGTCAGGGCGCATCGCCATCGTGTTCTCGATTATGCTGCTGGTGGCGGCCGTGTTCATGTTTACGCTGCCCTCTATCCAGAAGACGACAGCATCGGCATCGGTCAGCCTTAGAGGACTCGGTAGACTGTTTCTGAACTCCTATTTTGTCTGTTTTATCCTGTTAGGCATTATGGTATCCATCCCGAACACAGCTAATAACACTTTTATGTCCCTGTACATCCTGGAGCTTGGTGGTACCAAGCAGATGGTAGGCCTTGCGATCTTCTTCTCGTCGATATTCGAAGTGGTGATCTTCATTCTGTTTGACCGCTTCCTGAAACGAAAAATCAATGTCTTGGTCGGCTGCCTAACGATTGTCAGCCTGCTCTTCGCCCTCCGCTGGCTGCTGATGGCGGAAGCCAACAGCGCGCTGGAGGTGGCCTTCATCCAGCTCCTGCACTGCGTAACCTTCGGCGGCTATTTCTATGTCGGCGTGCAGCTGACGATGCTGTTTGTACCAACGCCGTATCGCGCTTCCGGACAAGCGATCTATACCTTAAGCTGGAGCGGCATATCCGGCGTCATCGGCGGTCTTGCCGGCGGCTGGATGTTCCAGAACTTCGGGGCGCAGATCATGTACTTCACCGGCACGATGCTTGCCATTGTGGGTGCCATCGGTTTTGGCTGGATGTGGTACAACCTTCGCAAGCACGGGTATCAGCCACTGCATCCGGACGATCTCGATAGCGACGAGATGGAGGAATACGCTGCGAGTTAG	MENHLKVGLYPFSMRDTLKGKAAIFSMPRLWIVFGLKGMTYLRNMDNAQPSLISLKLFNFFIYGTMVIFTGFFQLYLQDIGMSKIEIGSLMAIAPFVSIFANPFWGFWGDRAANIKRILLIMMTGTLLLVQLVFQANTYAMIYMTMIFFYFFQTPMFSQTNSLILTYIEGTQQKFGSFRLWGSLGWALTAIAAGPVIDRLGSGRIAIVFSIMLLVAAVFMFTLPSIQKTTASASVSLRGLGRLFLNSYFVCFILLGIMVSIPNTANNTFMSLYILELGGTKQMVGLAIFFSSIFEVVIFILFDRFLKRKINVLVGCLTIVSLLFALRWLLMAEANSALEVAFIQLLHCVTFGGYFYVGVQLTMLFVPTPYRASGQAIYTLSWSGISGVIGGLAGGWMFQNFGAQIMYFTGTMLAIVGAIGFGWMWYNLRKHGYQPLHPDDLDSDEMEEYAAS	PGPT0028051_75	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-3-PHENYLPROPIONIC_ACID,PGPT0028051-hcaT-K05820	NA	NA
JZ016_03650	1719	glnS_2	COG0008	Glutamine--tRNA ligase	TTGATCAACGTGGAGAACCATCGGGGAACCCCCTCCAATTTCATAAAAAATGTTATTACCGAAGACCTGAAGTCCGGTAAAGTCAAGGAAATCGTTACCCGCTTTCCGCCGGAGCCGAACGGCTACTTGCATATTGGACATGCCAAGGCCATATGGATCAATTTCACACTGGCCGATGAATTCGGCGGACGGACGCACTTGCGGTTCGATGATACGAACCCGGTGAAGGAAGACATTGAGTATGTTAACTCCATTAAGGAGGACGTGAAGTGGCTCGGATTCGATTGGGAAGAGCTGCGGTACGCGTCCGATTATTTTGAAGAGATGTACAATCGTGCCGTGTTGCTGATTAAGAAAGGGAAAGCTTATGTGGATGACCAATCCGCCGACCAAATCCGCGAAACGCGCGGAACCCTGACCGAGCCAGGGCATAATAGTCCATACCGGGATCGCAGCGTGGAAGAGAATCTGGATCTGTTCGAGCGGATGCGCAAAGGGGAATTCGCCAACGGAGAACGCGTGCTGCGCGCCAAGATCGACATGGCTTCGCCGAATATTAATCTGCGGGATCCGGTCATCTACCGGATCTCTCACGCGCATCATCATAATACAGGCGACAAGTGGTGCATTTATCCGATGTACGCTTTTGCCCATCCGCTGGAGGATGCCATTGAAGGGGTTACGCATTCCCTGTGCTCCCTGGAGTTTGAGGATCAACGACCGTTCTATGATTGGGTTGTGGCCGAATGCGAGATGGACAGCACGCCGCATCAGTACGAATTCGGACGTCTGAACGTGGCGCAGACGGTTACGAGCAAGCGTAAACTGAAGCAGCTCGTCGACGAGAATGTGGTGGACGGCTGGGATGATCCGCGCATGCCGACGATCTCCGGACTTCGCCGCTTGGGGTATACGCCTGAAGCCATTCGCAACTTCGTGTTTGAGACGGGAATTTCGAAGGCGTACGGAACGGTGGACCGTCAAGTGATGGAACACTTTATCCGTGAGGACCTGAAGCTGAAGGCGCCGCGTACGATGGCTGTGCTGGACCCGCTGAAGGTGGTCATTACGAATTACCCTGAAGGTCAGATCGAATGGCTGGACGCCGAGAACAACACGGAGAATCCGGAGATGGGGATTCGCCAGATTCCGTTCTCGCGCGAGATTTATATTGAGCAGGAAGATTTCATGGAAGATCCTCCGAACAAATATTTCCGCTTGTTCCCCGGCAACGAGGTCCGTTTGAAGCATGCGTACTTCATCAAGTGTAATGACGTCATTAAAGACGAGAACGGCAAGGTCGTCGAGATCCACTGCACGTATGATCCGGAGACGAAGAGCGGCAGCGGCTTTACCGGACGCAAGGTGAAGGGAACGATTCACTGGGTGGAAGCCACGCAGGCCGTACCTGCTGAATTCCGCCTGTTCGAACCGCTGTTCAAGGACGAAGAGGAAGAAGCCGAATTGGTGCAGGAGGTTGCAGGCGAGGCGGAAGAAGCAACTGCCGAGAAGTCCTTCCTGGACGACATCAACCCGAACTCGCTGCAAATCGTGCAGGGATTCGTGGAACCGAATATGAAGGATGCTGCGCCGCAGGACAAGTTCCAGTTCTTCCGCCATGGATATTTCAACGTCGACTCGAAGTATTCGCAGCCAGGACGTCCGGTATTTAACCGCGTGGTCTCCCTGAAGAGCTCGTTCCAGCTTCCGAAGAACTAA	MINVENHRGTPSNFIKNVITEDLKSGKVKEIVTRFPPEPNGYLHIGHAKAIWINFTLADEFGGRTHLRFDDTNPVKEDIEYVNSIKEDVKWLGFDWEELRYASDYFEEMYNRAVLLIKKGKAYVDDQSADQIRETRGTLTEPGHNSPYRDRSVEENLDLFERMRKGEFANGERVLRAKIDMASPNINLRDPVIYRISHAHHHNTGDKWCIYPMYAFAHPLEDAIEGVTHSLCSLEFEDQRPFYDWVVAECEMDSTPHQYEFGRLNVAQTVTSKRKLKQLVDENVVDGWDDPRMPTISGLRRLGYTPEAIRNFVFETGISKAYGTVDRQVMEHFIREDLKLKAPRTMAVLDPLKVVITNYPEGQIEWLDAENNTENPEMGIRQIPFSREIYIEQEDFMEDPPNKYFRLFPGNEVRLKHAYFIKCNDVIKDENGKVVEIHCTYDPETKSGSGFTGRKVKGTIHWVEATQAVPAEFRLFEPLFKDEEEEAELVQEVAGEAEEATAEKSFLDDINPNSLQIVQGFVEPNMKDAAPQDKFQFFRHGYFNVDSKYSQPGRPVFNRVVSLKSSFQLPKN				NA	NA	NA	NA	NA
JZ016_03651	255			hypothetical protein	ATGAAACCTACCAAATTCCCTAAAGAACAACGCGAACAGCTGATTGGACTGGTTCAGGAATACTTTGAGACCGAGCGCGGCGAAACCCTCGGCCATCTAGCCGCAGAGGGTGTTCTTGATTTTTTCACGGAGACCTTAGGGCCTCATCTATACAATCAAGCGCTCAGCGACTGCAGAACGGTTGTTAGTCAGCGTATGATTTCCCTTGAAGAGGATATTTACGCATTGGAACAAAAAGTGAAGCGGACTCGTTAA	MKPTKFPKEQREQLIGLVQEYFETERGETLGHLAAEGVLDFFTETLGPHLYNQALSDCRTVVSQRMISLEEDIYALEQKVKRTR				NA	NA	NA	NA	NA
JZ016_03652	549	ydaF	COG1670	Putative ribosomal N-acetyltransferase YdaF	ATGTTTGGATACACATTAGACGACCATGTTGAATTGCGCCCGCTTGCCATAGAGCATGCACGGGCGATGTTCGAGATTACCGATCGTTCCCGGGACCGCCTGCGCAAGTGGCTTCCGTGGGTGGATGCCGTCACCGAGGTCAACGATACCGTCAATTATATCAAAGGCGCCATGAAGCAAGCGGCCGAGAACGGCGGCTTCTCGGCCGGCATCTGGGTCCGCGAGGAGCTGGCAGGCACCATCTCGTTTCATGAGATCGATTGGAACAACCGCTCGGTCAGTATCGGATACTGGCTGGATCAGCATTTCACGGGGCAAGGCCTGATGACAAGCGCATGCCGCGCGTTCACGGATCACGCGCTGATGCGCATGGGCCTGAATCGGGTGGAGATCCGCTGTGCAACGGCTAACCATCGCAGCCGGGCCATTCCGGAACGGCTGGGGTTTGTGCTGGAGGGAGTCATAAGGGAAGCCGAGAAGCTGCCCCAAGGCTATGTTAACCACGCGGTCTACGGCATGATTCAGAGCGAATGGAAGCGGATGAGGTAA	MFGYTLDDHVELRPLAIEHARAMFEITDRSRDRLRKWLPWVDAVTEVNDTVNYIKGAMKQAAENGGFSAGIWVREELAGTISFHEIDWNNRSVSIGYWLDQHFTGQGLMTSACRAFTDHALMRMGLNRVEIRCATANHRSRAIPERLGFVLEGVIREAEKLPQGYVNHAVYGMIQSEWKRMR				NA	NA	NA	NA	NA
JZ016_03653	660	yiiM	COG2258	Protein YiiM	ATGACTATGGGCATTGTATCGCTGAATGTGGGAAAGCCTGTAACGGTTGATTACCAGGGAAAGGACCTGTCCACGGGAATCTATAAGCAGCCTGTGGAGGGTCCCTTGTTCCTAAGTTCATTGAATTTCGAGGGGGATGGTCAGGCCGATCTCGTCAATCACGGCGGCGTGGATAAGGCGGTGTGCGCGTACCCCTTCGAGCATTATCCTTATTGGGAACACTCCTTGGGCAAACAGATGGCGTATGCTGCCTTTGGCGAAAACCTGACGCTGCGGGGGATGCTGGAGGATCGGGTCTGCATCGGGGATGTATACCGGATAGGCGACGCGGTGGTACAGGTCAGCCAGCCCCGATATCCCTGCTTTAAGCTGTCGCAAAAGCATGGCGTGAAAGATATGCCGGCAAGAGTATTGAATACGGGCTACAGCGGGTTTTACTTTCGAGTCCTGGAGGAAGGGGATGTCCGTGCCGATTCCGCGGTCACTCAGCTTGAGTCCCATGCTTCCGGCATAACGGTGCAGGACGTGCTTCGCATAATGAAGGATGGACGGAAGGATGAACGCGGATTGTCCCGCATGCTGGAGATCGATGTGCTGTCAGCCAGCCTGAAGTCGCAGTTCGGCAAGTGGCTGGAGACCCTGCGGGAGAATCAGGAGTGA	MTMGIVSLNVGKPVTVDYQGKDLSTGIYKQPVEGPLFLSSLNFEGDGQADLVNHGGVDKAVCAYPFEHYPYWEHSLGKQMAYAAFGENLTLRGMLEDRVCIGDVYRIGDAVVQVSQPRYPCFKLSQKHGVKDMPARVLNTGYSGFYFRVLEEGDVRADSAVTQLESHASGITVQDVLRIMKDGRKDERGLSRMLEIDVLSASLKSQFGKWLETLRENQE				NA	NA	NA	NA	NA
JZ016_03654	498	yncA	COG1247	L-methionine sulfoximine/L-methionine sulfone acetyltransferase	ATGAAGACCGGTCAAGAGACATTGACCATCCGGTTCTCCGAGATGAAGGATGCTGCTGCACTCATGGAACTCGACGAACTGGTATGGGATCGCAATACGGCCCCTGCCCCATTGGAGTGGAACTCAAGAGATCATTATCTTCTGCATTGTCCGCCAGGCACACAGCTCGTGGCCTTGCATGAGGGGGAACTGTGCGGTTACATCGGATTCCGGTCGCCCACAAGCCTTCACAGTAATCGTCATGTGCTGGAGCTGAACATCGCGGTTCACCCTGCCTATCAACGGCAGGGCATCGGGCAGCGGCTGATCGATGCCGTGAAGGATATGGCGCGTGCGGAGGGCATTTCGAAGCTGAGGCTGCGGGTGCTGTCCAGCAATCCTGGCGCATTCGCTTTTTACAGGAACTGCGGGTTTCAGGAAGAGGGCAGGCTGATTCAGGAGTTTTATGTGGATGGACGTTACGTCGATGATATCTTAATGTGCTGCTTCTTATCATGA	MKTGQETLTIRFSEMKDAAALMELDELVWDRNTAPAPLEWNSRDHYLLHCPPGTQLVALHEGELCGYIGFRSPTSLHSNRHVLELNIAVHPAYQRQGIGQRLIDAVKDMARAEGISKLRLRVLSSNPGAFAFYRNCGFQEEGRLIQEFYVDGRYVDDILMCCFLS				NA	NA	NA	NA	NA
JZ016_03655	3378		COG3459	1,2-beta-oligoglucan phosphorylase	GTGACAGCCAATCATGTAATGAACGATGCGAAGATTGTACTCCAGGCGGGAGATTTGACGTTTTCCTTTTTGCCTAGCGGTGATCTTTATCAAGCCACTTACGGCACGACGATGATCAATCAGCTGCTCTCCAATTCGATTGACGGCTCCCTTAACAATTTGTTTCTGAGAATCCATACTGAGAGCGGCATTCAGGCCGTTCCTATGCTCGGAGTACACTCCAACAGCGTGGTCACTCACGCGGATAACCGGATGATGTGGGAAGGCAGCGTCAAGGGAGTAGGTTATAAGGTTTTGTTTACCCCAACGGATACCGGCGCGTGGTTCTGGGACGTCGAGCTCCGGGGGGAAGGAATTCAAGCCGACGTCGTGTATGGACAGGATATCGGCATCGCCCAACCTGGTGCCGTTCGTAACAATGAGGCCTATTTGTCCCAGTACATTGACCATGCTGTGTTCCGGCAGGAAGATCTGGGGTATGTCGTGTGCTCACGTCAAAATCAGCCGCAGGGAGGCAAATTCCCGTATCTTCAACAGGGGGCGATGACTTCTGCAGTCGGGTATGCAACGGATGGCTTTCAGTTCTTCGGCCTTTCCTATAAAGAAACGAATCAGGCGGTGGCTTTATCCAAGGAGAGTCTGCCGAATGAGGTGTATCAATATGAGTTTGCCTATACGGCTCTGCAGTCCCCTCGCGTTGCGCTGAATGGCACGGCTCGGTTCGTATTTTACGGCATGTTTAAAGAGGATCATCCGGAAGCAGTTACGTCGCTTGAATTCCAGGATGAGCTTCAGGCTGCGTGGCAACAGTTTGCAGCGAGCCGGTTGACGGAGACGGGCCAACAGCTGCCTCGGTCGGAGCGATCCAAGCGCTTCGGGGAACCTCTTCGCACATTGCCGCTGACGGCAGACGAATTGAACGCTTTGTATCCTGTACGCCGCCAAGAAGAGCGTGACGGGGAGGAGCTGCTCTCGTTCTTCACGGATACCTATGAGCATATCGTTTTGAAGGAGAAGGAGCTTCGCGTGGAGCGTCCGCACGGGCATATCTTGATGAGCGGCAACAATGTGAAGCTGGGCAGCCCTGTCATTACGACAACCTCCTACATGTATGGCGTGTTTAATTCCCAGCTGGTGACGGGGAACACGAATTTTAACAAAATGATGAGTCATGCTCGTAATGCACTAAACGTGCCTAAGACATCCGGACAGCGGATATATGTCGAGATGGACGGGGAATATCGCCTCTTGACGATGCCGTCCGTGTTCGAGATCGGCTTTAACTATGTACGGTGGTACTATAAGACCGAAAGCGACATGCTGATCATTACGAACTTCACGTCTGCCGCGGCACCGGAGGTTACGCTCCAAGTCCGTTCCGAGAGCGGAAGAGCGTACCGTTATTTGGTCACCATGCAGGTCACGATGGATGTGAACGAATATGAAGTCCCGTATCATAGGGTTCAGGAAGACGGCATCATTACGTTCCGTGCCGATTCGGCTTCGCTCAGCGCTTCCGTGTATAAGGATTTGCATTATCGCCTTGGGGTGACGGGAGCCGATGTGCAGGTGACGGACGAAACTTGTCTGGCAAGCAACATCGCGCCTGACAGTGCCTCCTTGACAGTACTTGAGCTTGGTGAGAGTGTGGAATGGACCATGACGGTACAAGGCAGCCTTGATGCAGCGAACGCTCCGCTTGCGGCGCGGGTAGCCGATGAAGAGATTGCAAGCTACCGCTCGTTCTACGCGTCTGTCATGAACGGGTTCCATCTGAGCCTGAAGAATGGACAGGAAGGCGGCTTGTTCAAGGTGAATGCGCTGGCCTGGTGGTATACGCATAATATGCTCGTTCACTATTCGGTACCGCACGGCCTGGAACAATATGGCGGCGCAGCGTGGGGAACACGCGATGTATGCCAAGGTCCTGTTGAATATTTCATGGCTACGCATAAATACGAGCAGGTACGCGATATCCTGCTTGAAGTGTACTCCCACCAGTATGAGGATGACGGAAATTGGCCGCAGTGGTTCATGTTTGATAAGTACGCCCATATCCAGCAGGAAGAGAGCCACGGCGACATTATCGTATGGCCGCTTAAGGTGCTGGGCGATTATTTGGCGGTCACTAACGATTACAGCATACTGGAGTCTGCCGTTCCATACACGAGAAAGCACAGCTTCGATTTCACGGAGCAGACGTACACCGTGCTTGAGCATGTGAAGAAGCAAATGGCCTATATTCAAAATCACTTCCTTCATGATACCTATCTGTCTTCTTATGGAGACGGGGATTGGGATGATACGCTTCAGCCGGCTAACGCGCAGCTGAAGCAGTTCATGGTCAGCAGCTGGACGGTGGCTTTGACCTATCAGACCTTGAAACAGTTCTCCCAGGTCATGGAGCCTGTGGACCAAGCGATGTCCGATGCCATGGGGGATCTCGCGGAAGGAATTCAGCGGGATTTCAATACGTATATTTTGAATTCTGAAGTTATTCCCGGCTTTGTCTATATGGAGAGCAAAGAGCAGAGCAAATTCCTGCTGCATCCGTCCGATCAGGAAACGGGAATCCAGTACCGGCTGCTTCCGATGACGCGCAGCATGATCAGCGAGCTGTTGACGCCGGAGCAGGCAGCAAGCCATTATGAGATTATCCGTGAGCAGCTGTTCTGTCCGGACGGCGTTAGATTGATGAACCGTCCAGCCGTATATGCCGGCGGTGTCAGCACGCACTTTAAGCGGGCGGAGCAGGCGGCGAATTTTGGCCGGGAGGTTGGCCTTCAATATGTGCATGCGCACATCCGTTATGTAGAGGCGATGGCCAAGCTCGGCAAGAGCAGCGAGGTGTGGAGCGGGCTTGAGCGCATCAATCCGATCGGCATTGCCGAAGTTGTGCCGAATGCGGAGCTGCGTCAGAGCAACGCGTATTTCAGCAGCTCGGACGGAAAGTTCAACACGCGCTATGAAGCGCAGGAATCGTTTGATGCGCTGCGCAGCGGAAGCGTACCTGTCAAAGGCGGATGGCGGATTTATTCCAGTGGTCCGGGGATCTACATGAATCAATTGATATCTAATGCGCTTGGCATTCGCGAAGCGGGAGGAGACCTGGTGATTGATCCGGTCCTGCCGAAGACGCTGGATGGCCTGGAGTTCCAATTTAACTACGCGGGGATGGCGGTAACGTTCATTTATCACGTGGATCGTTCCGAGGGGACCCGCATTACGATTAACGGGCAGGATGTAGCAGCAGATGCGATCCGGAACCGATATCGCACAGGCGGCGTTCGTATTGCAGGTGCGGATTTCAAACGATTGGCCGGAGAGGGTGGCACCGATTGCGTCGTGGATATTTACGCCTCTATTCATGAACAATAA	MTANHVMNDAKIVLQAGDLTFSFLPSGDLYQATYGTTMINQLLSNSIDGSLNNLFLRIHTESGIQAVPMLGVHSNSVVTHADNRMMWEGSVKGVGYKVLFTPTDTGAWFWDVELRGEGIQADVVYGQDIGIAQPGAVRNNEAYLSQYIDHAVFRQEDLGYVVCSRQNQPQGGKFPYLQQGAMTSAVGYATDGFQFFGLSYKETNQAVALSKESLPNEVYQYEFAYTALQSPRVALNGTARFVFYGMFKEDHPEAVTSLEFQDELQAAWQQFAASRLTETGQQLPRSERSKRFGEPLRTLPLTADELNALYPVRRQEERDGEELLSFFTDTYEHIVLKEKELRVERPHGHILMSGNNVKLGSPVITTTSYMYGVFNSQLVTGNTNFNKMMSHARNALNVPKTSGQRIYVEMDGEYRLLTMPSVFEIGFNYVRWYYKTESDMLIITNFTSAAAPEVTLQVRSESGRAYRYLVTMQVTMDVNEYEVPYHRVQEDGIITFRADSASLSASVYKDLHYRLGVTGADVQVTDETCLASNIAPDSASLTVLELGESVEWTMTVQGSLDAANAPLAARVADEEIASYRSFYASVMNGFHLSLKNGQEGGLFKVNALAWWYTHNMLVHYSVPHGLEQYGGAAWGTRDVCQGPVEYFMATHKYEQVRDILLEVYSHQYEDDGNWPQWFMFDKYAHIQQEESHGDIIVWPLKVLGDYLAVTNDYSILESAVPYTRKHSFDFTEQTYTVLEHVKKQMAYIQNHFLHDTYLSSYGDGDWDDTLQPANAQLKQFMVSSWTVALTYQTLKQFSQVMEPVDQAMSDAMGDLAEGIQRDFNTYILNSEVIPGFVYMESKEQSKFLLHPSDQETGIQYRLLPMTRSMISELLTPEQAASHYEIIREQLFCPDGVRLMNRPAVYAGGVSTHFKRAEQAANFGREVGLQYVHAHIRYVEAMAKLGKSSEVWSGLERINPIGIAEVVPNAELRQSNAYFSSSDGKFNTRYEAQESFDALRSGSVPVKGGWRIYSSGPGIYMNQLISNALGIREAGGDLVIDPVLPKTLDGLEFQFNYAGMAVTFIYHVDRSEGTRITINGQDVAADAIRNRYRTGGVRIAGADFKRLAGEGGTDCVVDIYASIHEQ				NA	NA	NA	NA	NA
JZ016_03656	2166			Beta-xylosidase	ATGGCAGATCAACAACTACTTTCTCTGGTCGAGCAGATGACGCTGGAGGAGAAAATTGCGCAGCTTATACAACTGGCCGTCCCTTTTTTCGAAGGCACCCAAGAATCGGGGCAGATTACAGGACCGATGGAGTCGCTTGGCATCACCGATGACATCGTAAGTAATGCCGGCTCCGTGCTGGGTTTGGCAGGTGCGGAGGAAGTGATAGCCGTCCAGGAAGCCCATTTGCGCAAGAATCGATTGAAGATTCCGCTGCTGATGATGGCTGATATCGTTCACGGCTTTAAAACAATCTTTCCGGTGCCGCTCGCCATGGGGAGCTCTTGGGACCCCAGCCTAGCGGAGCGGAGTGCGGAAATCGCTGCGCGCGAAGCCGCGGTATCCGGCCTGCATGTGACATTTGCGCCGATGGTGGACCTGGTGCGCGATCCCCGCTGGGGGCGCGTGATGGAATCGACAGGCGAGGATCCTTACTTAAACAGTGAATTTGCCAGAGCCTTTGTCAGAGGTTTCCAAGGGGAGGACCTGAGCGGCGATCTCAACCGGCTGGCTGCTTGCGTGAAGCACTTTGCCGCATATGGAGCAGGCGAAGGCGGCCGCGATTACAACACGGTGGACATGTCCGAGCGTCAGCTGCGGGAGTATTACTTGCCGGCGTACAAGGCTGCGCTGGACGAAGGTGTCGAGATGGTCATGACCGCCTTTAATACGGTGGATGGCATACCGGCTACGGGCAATAAACGGCTGATGCGTGATTTGCTGCGCCGCGAATGGGGCTTTGACGGCGTGCTGATCTCCGACTGGGGAGCGGTCAAAGAGCTGATTCCACACGGGGTAGCGGAGGATGAGGCAGAGGCAGCGTTAAGAGCCATTGAAGCGGGCGTGGACATCGAGATGATGACTTCCAGCTATGTTCATCATTTACCTGAAATGGTACGTGAAGGCCGGGTGGACGAGAGCCTGATCGATGAAGCGGTGCTGCGGATCCTGTCTTTGAAAAAGCGGCTTGGACTGTTCGAGCGCCCTGTGCGGGGAGCCGATCCGCAGGCGGAACGGGAGATTGTGTTCTGCGAGGAACATCGTCAGGCGGCCCGGGAGGCTGCGGCGAAGTCCTGCGTGCTCCTGAAGAACGACTCCCTGCTGCCGCTGCGCGGCGGGCAGCGCGTTGCCTTGATCGGCCCGTTCGCTGCCAGCGGCGATATTCTTGGCCCCTGGTCCTGGACAGGCTCCAAAGAAGACGCGGTAACGCTGGAGCAGGGACTGCGCTCCAAGGTGGCTTCCGGTGCCCTCACGGTAGCTGAGGGTTGTAACGTGAACGCCATGACCGGGCAGCAGTTGGAAGAGGCGATGAAGGCAGCAAAGGAAGCCGACGTGATTGTGCTTGCGCTGGGCGAGGATTCCGAGATGAGCGGCGAAGCGGGCAGCCGTGGGTTTATAACGCTGCCACAACCGCAGCTCGAGCTGATTCAGCATTTGAAAACGCTGGAGAAGCCGATGGTTGCCGTATTGTTCAACGGTCGTCCGCTGGATCTGCATGGGGTGCTGGACGAAGCGGAGGCTGTGCTGGAAGCCTGGTTCCCGGGAAGTGAAGGCGGGGCGGCTGTAGCTGCACTGCTGACGGGCGAAGCGAATCCTTCCGGCCGGCTCAGCATGTCGTTCCCTTATTCCGTGGGACAGGTGCCGGTATACTACAACCATTTTAACACCGGCCGTCCGAAGGATGCGCCCGATGCGCAGGTACGCTATGTATCGCAATATTTGGACATTCCGAATGAGCCGCTGTTTCCGTTTGGATTCGGCCTCAGTTATACGGAGTTTGTATACGGAAAGATGACGCTGTCGGCGGATGAAATGTTCCCGGACCAGCCGCTTGAAATTACGGTTTCGGTGACGAATGCCGGCGATATCGCCGGTGAAGAAGTGATTCAGCTGTACGTCCGCGACCGATCCGGAGAGGTCGTTAGGCCTGTCAGTGAGCTGAAGGCTTTCCGCAAGGTGCTGCTGCAGCCGGGCGAACGACAGGAAATCACGTTTACGCTGACCGAAGAACAGCTGCGCTATCACCACTCGGATCTGTCTTTCACCAGCGATGCGGGCGAGTTCGACATTATGGTTGGAAAGAATAGCCGGGATACGGAGACAAGACGTTTTCGGCTTCGGAAATAA	MADQQLLSLVEQMTLEEKIAQLIQLAVPFFEGTQESGQITGPMESLGITDDIVSNAGSVLGLAGAEEVIAVQEAHLRKNRLKIPLLMMADIVHGFKTIFPVPLAMGSSWDPSLAERSAEIAAREAAVSGLHVTFAPMVDLVRDPRWGRVMESTGEDPYLNSEFARAFVRGFQGEDLSGDLNRLAACVKHFAAYGAGEGGRDYNTVDMSERQLREYYLPAYKAALDEGVEMVMTAFNTVDGIPATGNKRLMRDLLRREWGFDGVLISDWGAVKELIPHGVAEDEAEAALRAIEAGVDIEMMTSSYVHHLPEMVREGRVDESLIDEAVLRILSLKKRLGLFERPVRGADPQAEREIVFCEEHRQAAREAAAKSCVLLKNDSLLPLRGGQRVALIGPFAASGDILGPWSWTGSKEDAVTLEQGLRSKVASGALTVAEGCNVNAMTGQQLEEAMKAAKEADVIVLALGEDSEMSGEAGSRGFITLPQPQLELIQHLKTLEKPMVAVLFNGRPLDLHGVLDEAEAVLEAWFPGSEGGAAVAALLTGEANPSGRLSMSFPYSVGQVPVYYNHFNTGRPKDAPDAQVRYVSQYLDIPNEPLFPFGFGLSYTEFVYGKMTLSADEMFPDQPLEITVSVTNAGDIAGEEVIQLYVRDRSGEVVRPVSELKAFRKVLLQPGERQEITFTLTEEQLRYHHSDLSFTSDAGEFDIMVGKNSRDTETRRFRLRK	PGPT0019110_5632	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_03657	762			hypothetical protein	TTGGCATGGATCACGTGTGATTTTTATTCCGAAATACTGAAGCTGTCTACCGGCATAGAGGTTTTTCTGCCGCAAGCCGCTTTGATGCCGTACGGTTCTTCTTCGAAACTGCCGGTGCTTTATTTGCTTCACGGACGAGGAGCGGATCAGACCGAATGGATGCGCAGGTCGTCCATCGAACGATATGCCGAGAATAAAGGCATCGCGCTCGTGATGCCGGGAGTCGGACGAAGCTATTATATGGACATGGCAAACGGCTTGCCTTACTTTACTTTCCTGAGCGAGGAGCTTCCACAGCTCGTTCAGTCGTTCTTTCCGGTGTCCGGGCGGAGGGAAGATACCTTTGTCGCCGGAATTTCCATGGGCGGGTATGGGGCATTCAAGCTGGCGCTTCGTTATCCGGAGCGTTACGCGGCAGGCGCAAGCCTGTCGGGTGGGCTGAATCTCGCCAGCCGCGCTGCAGGACCGGGCTTCCAGGAGGCAGAAGTTCGTACCCTGTTTGGAAGCGTTGATCGATTGCGAGGAAGCCGGGACGATTTGCTGTTCTTAGCCTCGGAATTCGCGGCATACAGTGGCGACAAACCGATGCTGTATCAGTGCTGTGGGACAGAGGATTTTTTGTATAACGATAATCAGACCTTTAGACACTATGCGGACAGCCTGGGGCTTCATATCACCTATGAGGAAGAACCCGGTGGTCATGAATGGGGATATTGGGATCGCAAAATTCAGCGGGTGCTGGATTGGCTGCCCCTGCCCTGA	MAWITCDFYSEILKLSTGIEVFLPQAALMPYGSSSKLPVLYLLHGRGADQTEWMRRSSIERYAENKGIALVMPGVGRSYYMDMANGLPYFTFLSEELPQLVQSFFPVSGRREDTFVAGISMGGYGAFKLALRYPERYAAGASLSGGLNLASRAAGPGFQEAEVRTLFGSVDRLRGSRDDLLFLASEFAAYSGDKPMLYQCCGTEDFLYNDNQTFRHYADSLGLHITYEEEPGGHEWGYWDRKIQRVLDWLPLP	PGPT0020645_52	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_LYSINE_TRANSPORT,PGPT0020645-lysY-K17076	NA	NA
JZ016_03658	1002	rbsR_2	COG1609	Ribose operon repressor	ATGGCAACGATTAAGGATGTGGCAAAGCTCGCTGGAGTCGCCTTGTCAACGGCTTCATACGCGTTAAGCGGCGACAGCAGAGTGAGTTCCAAGACAAGATCAAAGGTGCTCGAGGCAGCAAGGCAGTTGAATTATCGGAAGAATGGATTTGCCATGGATTTGAAGCGGAGCCGCACCAAGACAATCGCTCTTATTCTGACGGATCTATCCGGGCCTTATTATTCCGAGCTGATTCGAAGCGTACAGGAAGTCGCTTTAACCAACGGATATGATCTGATCGCATGCAGTTCGATGGGTGGCAGAGATTCAACGGCGGTTAAATTTTTGAGAGAGAAAAGGGCGGACGGTGCCATCATACTTGCACCTAATATCCGGGATGAAGTTCTGATCGAGACCTCGGGTCCCCAATTTCCGATTGTCGTGATGGATCGTCCATTGTGCAGCGAATACCTGGTCAATGTGCTGGTCGATGGGGAACAAGGAGGATACACGGCTACCCGGTATCTGCTTGAGAACGGTCATCGGCATGTGGCATACATCAGCGGTTCTTCAGATTCGTACGATAATCATTTGCGTTATCAGGGGTATTTACGGGCACTTGCCGAGGCAGGGCTGGAGGAACAGTCGAAATGGCGTCTCAGCGGCAACTTCGTGCGCGAGGGCGGTTACAATGCGACCAAGATGATGATTATGCAGGGGTCGCTCCCGTCGGCGGTGTTCTACGGCAACGACGAGATGGCCATCGGAGGATTGAAGGCTTTTGAGGAGAGCGGCATATCGGTGCCGGATGATGTATCCGTCATCGGATATGACGATATTCAATTAGCCGAATACGTGAATCCGCCGCTTACCACGATCAAGCAGCCCAAGAGCGAGGCGGGATCGCTTGCAGCCCATTTGCTGTTTCAGATATTGGCCGGTGAATCCGTAAAGCAATCTTATATGCTGACGACCGAAATGATGGAGCGGGCATCTGCAGGGAAGAGCAAAGTAGAGAATTAA	MATIKDVAKLAGVALSTASYALSGDSRVSSKTRSKVLEAARQLNYRKNGFAMDLKRSRTKTIALILTDLSGPYYSELIRSVQEVALTNGYDLIACSSMGGRDSTAVKFLREKRADGAIILAPNIRDEVLIETSGPQFPIVVMDRPLCSEYLVNVLVDGEQGGYTATRYLLENGHRHVAYISGSSDSYDNHLRYQGYLRALAEAGLEEQSKWRLSGNFVREGGYNATKMMIMQGSLPSAVFYGNDEMAIGGLKAFEESGISVPDDVSVIGYDDIQLAEYVNPPLTTIKQPKSEAGSLAAHLLFQILAGESVKQSYMLTTEMMERASAGKSKVEN	PGPT0017992_12981	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_03659	819	araQ_29	COG0395	L-arabinose transport system permease protein AraQ	ATGGCAGCTAAAAGAATTGAGAAAACAGTCATGACGGTGCTGCTCATTGCAGGAGGATTGCTGATGATGATTCCGTTTATCTGGATGATCACGTCCTCATTCAAGCCGGAAAATGAATTTACGGCAGTTCCGCCGACGCTATTGCCGAAAGAATTTACAATTGAAAATTATGTGGATTTATTTACGAAGCTGGACTTTATCGTATACCTGAAAAATACGCTTATCATTGTGTTCTGGTCTTTTGTCGGTCTGTTCCTCAATGCGCTTGCAGGATATGCATTCGCTAAATACGAGTTCCCCGGCAACAAGAAGCTGTTTTATCTCGTGCTGGCAACGATGATGATTCCGGGACAGGTTACCATGATTCCGGTCTACCTGCTGATTAATGCCATGGGATTGACTAACACGATGGCGGGTATTGTGCTGCCTGGCCTGGTCGGAGCATTCGGTATTTTCCTCTTCCGTCAGTTCATGTCCACGATCCCTACGGATCTGATTGAAGCATCCAGGCTGGATGGAGCGGGAGAGCTGCGGATTTTCTTCCAGTTGATCGTTCCGATCACGAAGCCGGTATTTGCGGTACAGGGGATTTTGGCCTTCATCGGCGCTTGGAACAGTTTCCTGTGGCCTCTCATCATGGCAAATGACCAAAAGCTTTATACGCTTTCGGTGGGTCTGCAGCTTCTGAAAGGACAGCACGGATCTGATTTCGGCCTCCAGATGGCAGGCGCTGCATTTATGGTGGTTCCGATTATCATCGTATTTTCTTTCTTCCAAAAACATATTATTGAAGGATATACGATCTCTGGCATGAAATAA	MAAKRIEKTVMTVLLIAGGLLMMIPFIWMITSSFKPENEFTAVPPTLLPKEFTIENYVDLFTKLDFIVYLKNTLIIVFWSFVGLFLNALAGYAFAKYEFPGNKKLFYLVLATMMIPGQVTMIPVYLLINAMGLTNTMAGIVLPGLVGAFGIFLFRQFMSTIPTDLIEASRLDGAGELRIFFQLIVPITKPVFAVQGILAFIGAWNSFLWPLIMANDQKLYTLSVGLQLLKGQHGSDFGLQMAGAAFMVVPIIIVFSFFQKHIIEGYTISGMK	PGPT0016540_8818	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_03660	900	lacF_9		Lactose transport system permease protein LacF	TTGCAGAACTTTATCAAGCGCTTTAACCAATATAAGTATCCTTATATGTTTATTGCGCCCGCACTGGTGCTGCTTCTGACGTTCTCAATCATTCCGATCATCATTGCGCTTGTCATCAGCTTCACGGATATTGACCTCGCTGGTCTCGCTAATTATTCAAACATTGAAGGCGTTGGCTTCGATAATTTTATGAATGTATTTAAAGATCCGGTTTTTCTGAAATCGATGTTTAACACCATGTTCTATGTTATTATCGGTGTTCCGTTTGTCGTTATGCTTGCCATGGGTGCTGCATTGCTGCTTAACTATGGCACGGGATGGTTGTTTAAGACATTCCGCGTTGTTTATTATATGCCTTCCATTACGAATATTGTGGCGGTCGCGGTTGTTTGGGGATACCTGTATAACAGCCATTACGGCCTCTTTAACCATATGTTATCCTGGTTTGGTATTCCGGCACAGCAATGGCTGAATGATCCTACACTTGCCAAGTTATCTCTTATTCTTCTGGCTGTATGGAAATCGATTGGCCTCAATATGATCATTTTTCTGGCTGCGCTGCAGGGCATTCCACGTTCCTATTATGAAGCGGCGGAGATCGATGGTGCGAGCAAATGGAAGAAACTGTTGTACATCACGGTCCCGCTCCTTAGCTTTGCTACCTTCTTTGTCACGATAACGACGCTGATCGGCTGGATTCAATTCTTCGAGGAGCCTCTGGTTATGACCAAGGGCGGACCGCTGAACTCCACGATGTCGATGGCCCTCTTTATTTATAACAATGGCTTCCAGCTTAGCAATTTTGGTTATGCGGCTGCAGGATCGTTTGTGCTCTTCATCATCATTATCGCTGTAACGGTCGTACAATTCGCAGTCAAGAGAAAAGATGTCGAATATTAA	MQNFIKRFNQYKYPYMFIAPALVLLLTFSIIPIIIALVISFTDIDLAGLANYSNIEGVGFDNFMNVFKDPVFLKSMFNTMFYVIIGVPFVVMLAMGAALLLNYGTGWLFKTFRVVYYMPSITNIVAVAVVWGYLYNSHYGLFNHMLSWFGIPAQQWLNDPTLAKLSLILLAVWKSIGLNMIIFLAALQGIPRSYYEAAEIDGASKWKKLLYITVPLLSFATFFVTITTLIGWIQFFEEPLVMTKGGPLNSTMSMALFIYNNGFQLSNFGYAAAGSFVLFIIIIAVTVVQFAVKRKDVEY	PGPT0016535_6482	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_03661	1218			hypothetical protein	TTGCTGGTGTTCTCCGTCGTATTAGCCGGATGCTCGGGCGGGTCTGAGAAAGCAGATGGAGGTAGCGAAGGCGGTGGAGGCAAGAAGGAACTGAAAGTTTGGCTGATGGGTGACACATCTGACGAAACCTTGATTAAGCAATATGAAGAGAAGAATCCAGGCGTTAAGGTAAGCGTTCAATTAATTCCTTGGGGCAGTGCCCATGACAAGCTGCTTACAGCGGTTGCATCCAAAAGCGGCCCGGACGTCGTGCAGATGGGAACAACCTGGATTCCGGAATTTGCTCAGGCTGGAGCTTTGCTCGATCTGACGCCGTATCTTGAGCAGTATCCAAATTTGAAGCAAGAAAATTATTTTGACGGCGCTGTACAAACCATGAGTTATGATGACAAAGTTGTCAGCATCCCATGGTATGTGGAAACGCGCGTGCTGTTCTACCGTACGGACATTTTGGCTGAAGTAGGCTATCCGGAAGGTCCTAAGACTTGGGATGAAATGAAGGATGCCGGTAAGAAACTGGCAGCTAGAGGAGACGGCAATTACGCAATCACCATTGATGCTAAAGATATGAACTATCTGTCCATGTTTGCTTGGCAGAATGGAAGCGCTATGATCGACGAAAACAGGAAGCCTCATTTTAACGAGCCGGAATTCATGGGAGCCATGGAATACCTGAAGAGCTTCTATGATACGGGTATGACGCCGCTTGCCAGTGATTTGGATCTGTTTGCCGCATTTAAAGACGGACAATTCCCGATGTTTATCAGCGGTCCTTGGATGATTCAGGGCGTTAAAGACAAAGCGCCTGAGATTGAAGGCAAATGGGCTACGACGACACTTCCAGCTAAAGAAAACAATGCATCGTTCCTCGGCGGAGCTAACATGTCGGTATTCAACACAACCGAAAATGCAGATGAAGCCGTTAAATTCATATCCTTCATGAGTGAACAAGAATCGCAGCTGACCAACTATGATGTGGCTAAAAACCTGCCTGCTGTTAAGAGTGCATGGGAAGATCAACGCTTTGAAGATCCGATTTTTGCTACCTTCGGAAAACAGCTCGAAAGCGCTAAGCCTGTTCCGTTCATTAAGGAGTGGGATGCTATCTCCCAAGAAGCCATTGCCGCATTTGAGAAAATTACGCTTGGCGGTGCTGACATCAAAGCAGAAATGGATCTTTTGAATCAGAAAGCTACTGAAATTCTAAACAAAAAATAA	MLVFSVVLAGCSGGSEKADGGSEGGGGKKELKVWLMGDTSDETLIKQYEEKNPGVKVSVQLIPWGSAHDKLLTAVASKSGPDVVQMGTTWIPEFAQAGALLDLTPYLEQYPNLKQENYFDGAVQTMSYDDKVVSIPWYVETRVLFYRTDILAEVGYPEGPKTWDEMKDAGKKLAARGDGNYAITIDAKDMNYLSMFAWQNGSAMIDENRKPHFNEPEFMGAMEYLKSFYDTGMTPLASDLDLFAAFKDGQFPMFISGPWMIQGVKDKAPEIEGKWATTTLPAKENNASFLGGANMSVFNTTENADEAVKFISFMSEQESQLTNYDVAKNLPAVKSAWEDQRFEDPIFATFGKQLESAKPVPFIKEWDAISQEAIAAFEKITLGGADIKAEMDLLNQKATEILNKK	PGPT0016545_10656	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_03662	153			hypothetical protein	TTGGGGTGTGCTGCTTTTTTTGTCTACGGTTTAAGGCTTACACCACTTGTCAAAGAAACGCCTTACAAAAAAAATAAAAAGGATATTGAAATCGCTCTCAGGGGGAGCTATAATGAACTTGTCGAAACGTTTCAAAAAGAATGCGTTTTTTAA	MGCAAFFVYGLRLTPLVKETPYKKNKKDIEIALRGSYNELVETFQKECVF				NA	NA	NA	NA	NA
JZ016_03663	1254			hypothetical protein	ATGAAATGGTTGGAGCAGTACCCTAAGGAAGTAAAAGGTTTTCTTGTTGCAAGTCTCGTTGCCTCTGCAGGCGGGTCCTTGATGTGGCCGCTGACAACGATGTATGTATTCGATGAACTGGGACGAAGCATGAAGGATGCGGGTTTTGTCATACTGATTCAATCCATGGGGGGAATTGCCGGTCAACTCCTTGGCGGTGCGCTGTACCACCGGGTTGGGGTGAAAAAGCTCATTGTGGGCTCGCTGCTGCTGAATGCCCTCGGACTGTTCACCCTTCCGTTCATTAATGGACTATGGGGCTTGTTCATCGCGATGATGGGTTTCATCGGATTCTGTAACGCGATATCGATGCCAGCCATACAGGCATTTATCGGCTTCCGGTTTGCCGATCGGCGGGGCGAATTGTTTAATGTCATCTATGTTGCGAATAATATCGGCGTAGCCTTAGGAACGGCCATGAGCGGTTTCCTGGCGGAGATATCGTATCATTTAAGCTTTGTCTTAAACGGCGTCACGTCCTTCGGATTTGCGATTTTCTTCCTGTCCTATCTGACGAAGCTGGGCGGAACAGGCGTATCGCAAGGGTCCCATCATCCCCAGCCCAAGAGTCCGCTGCCGGCGGGCCCCGGCGCTTGGGCATTGCTCGGGAACACCCGAATCTATCTCTTTATGGGATTGGGTTCTCTGTTTCTGTGGTTCGGTAATTCCATCTGGAATACAGGGGTGTCTCCGTTCATCATCTCGGAGGGGATGTCCAAGACGGCCTACGGTTATTTATGGACGCTGAACGGGATCCTCATTTTTGCCGCGCAGCCGCTCACGAATGCCATCAAGCGTTGGGCGGCCCGTACGGAGAGCAGTCAGATGACGGCAAGCGCTTTGTTCTATCTGGCAGCTTATGTCGTCATTGTGACAGTGCACAGTTATCCGGGCATGATCCTGGCGATGGTGCTGGCCACATTGGGGGAAATGCTGATTTCACCTGCGATCCCGGCTTTTATCTCGGAGCGTGCAGGACAAGCGGCTCCGTTCTATATCGGCGTGACAGGCGGCATGGGTGCCGCAGGCCGGGTGATTGGGCCTTATGCGATGGGAACGATGTATGACGGCGGCGGGTTGACGCCTGTGGCATGGTTGGCTGTAGGTGTTGCCGTGTTGTCATTCCTGTCATTTGCCGTGCATGCCCGGATTAGTAAGGACATCCCGCTGCATCACGACGCTCATGACAAGAATGCAGGTCACCTTAATGCATAG	MKWLEQYPKEVKGFLVASLVASAGGSLMWPLTTMYVFDELGRSMKDAGFVILIQSMGGIAGQLLGGALYHRVGVKKLIVGSLLLNALGLFTLPFINGLWGLFIAMMGFIGFCNAISMPAIQAFIGFRFADRRGELFNVIYVANNIGVALGTAMSGFLAEISYHLSFVLNGVTSFGFAIFFLSYLTKLGGTGVSQGSHHPQPKSPLPAGPGAWALLGNTRIYLFMGLGSLFLWFGNSIWNTGVSPFIISEGMSKTAYGYLWTLNGILIFAAQPLTNAIKRWAARTESSQMTASALFYLAAYVVIVTVHSYPGMILAMVLATLGEMLISPAIPAFISERAGQAAPFYIGVTGGMGAAGRVIGPYAMGTMYDGGGLTPVAWLAVGVAVLSFLSFAVHARISKDIPLHHDAHDKNAGHLNA				NA	NA	NA	NA	NA
JZ016_03664	1836			hypothetical protein	ATGAACAATCACTGGATTTCATCATCCGGAACAGACGGCAAGAAGCTGGGGTATATACCCGTTGGTTATAAGCTCATGCTGACTTTTACGGTCTTTACTTTGCTATTGGTTTCTGTAAACTTTTATATTTCGCATTCGATGTATGATGAGACTATGCGCGAACAGACCCGCGTCAACATCCAGGGGACGCTTCAGCAGATTCGGGATAACGTTGCCTATAAGGTGGATGATATCGTCCAGACATCGGCGACATTGTATGATGATCCTGCATTCATTCAGAGCATCCGCCGGGATTTATCGGGTGCTGAGAATCATGTCCGTATGAACAATGTGATTCTCCCAAAGCTAGAGAGCGCTGCAAAGGCGGTTGGCCTTAATTTAAGGCTATCCGTCTATTTTCATAATCAAACGGTGTACGAGAAGTATAAAAATTGGAATCACGAAATCAACCAAGATTTCAACGAACAAACCTATGATATTTACCATATGACCCGGGTTTCCAATGAGTTTTGGTATTTCACACTGCCGGGAGAGAAATACAATGCAACCATGATCTGGAGGCAGGTGGAAGAGGATGAGCGGGATGGACGGATTTCGATGATTCGACGAATGGTGGATATGAACAATCCGCTGCAAATTAAAGAAGTGGGAATCATGCGGTTCAGTGTGCGATTGTCGCAGCTGTTCGATAGTGTAGATTACGCGAAACTTGGGGACGGAAGTATGTTATCGGTACTGGATCCCTTTGGGAATGTGGTGTTTACCTCTGGCCCATCTGTTGAAGATAATAACGACACCCTCGTCAAAGTAAATGAACCTACGGGGTTAACAGCACACGATCAGAAGCATTATTTGATCATCGAAGAAGATTTGCCACAGAAGAACTGGAAGATCGTTGCGCAAGTTCCGCTTAATATTATTGAACAGGAAGCGAAGAGAGTACGAACCGTTTTGATAGTCATTTGTATCATCTGCGTAGTGTTATTTACATATACGGGGTATGTTATTTCCCGATCTTTCTCTAAACGAATCCTGAAGATTGTAGGGGTACTCAATGCATTTCGGGAAGGGGATCTGCATAAACGGATCGCTTATCGGGGCAAGGGGGAGTTCCCTCAAATTGCGAATGCCTTGAATGCGATGGGCGAGGATATCGAAGCGTTAATAAAAAAAGTGTATTTAAGCCAGCTACAAAAGAAGGAAGCAGAGCTTGAAATGCTGCAAACGCAGATTAATCCTCATTTCTTATACAATACGCTATCCTCCATTAATCAGCTTGCGAAATTCGGGGAGACGGAGAAACTTCAGGATATGGTGGTGCAGCTGGCACAATTTTATCGGCTTACCTTAAATTCAGGCAGAATATTGATACCCATCGCTTTAGAGATTGAGCAGGCCAATGCGTATCTGGATATTCAAAAAGTAAAATATGGTCAGCGCATGGAAGTCACTTTTGATATCGACACGAATATATGGCCTTACGAGACTATAAAACTGATTTTACAGCCCTTCATTGAAAATGTGCTGAAGCATGCTTGGAGTGGAGATCGTATTCATATTCGGGTTTCAGTCCAAAAGGAAGGCGATGATATCCTGTACAGAATCATAGATGATGGCCTGGGTATGAAGCAGGAACGAATCCAAGAGATATTGGATCCCCAGGATCATAGTCACACGGGCTGCGGGATTCGAAACATTGACCAGCGGGTGAAGCTGCATTATGGGAGCGAATACGGCGTGTCCATCTTCAGCAAAGTCGGAATCGGGACTTCGGTTCAAATTCGCATACCTGCAAGATCCAGAAATTCAAACCCCGATAAGAAGGCGGCGGGGTAG	MNNHWISSSGTDGKKLGYIPVGYKLMLTFTVFTLLLVSVNFYISHSMYDETMREQTRVNIQGTLQQIRDNVAYKVDDIVQTSATLYDDPAFIQSIRRDLSGAENHVRMNNVILPKLESAAKAVGLNLRLSVYFHNQTVYEKYKNWNHEINQDFNEQTYDIYHMTRVSNEFWYFTLPGEKYNATMIWRQVEEDERDGRISMIRRMVDMNNPLQIKEVGIMRFSVRLSQLFDSVDYAKLGDGSMLSVLDPFGNVVFTSGPSVEDNNDTLVKVNEPTGLTAHDQKHYLIIEEDLPQKNWKIVAQVPLNIIEQEAKRVRTVLIVICIICVVLFTYTGYVISRSFSKRILKIVGVLNAFREGDLHKRIAYRGKGEFPQIANALNAMGEDIEALIKKVYLSQLQKKEAELEMLQTQINPHFLYNTLSSINQLAKFGETEKLQDMVVQLAQFYRLTLNSGRILIPIALEIEQANAYLDIQKVKYGQRMEVTFDIDTNIWPYETIKLILQPFIENVLKHAWSGDRIHIRVSVQKEGDDILYRIIDDGLGMKQERIQEILDPQDHSHTGCGIRNIDQRVKLHYGSEYGVSIFSKVGIGTSVQIRIPARSRNSNPDKKAAG				NA	NA	NA	NA	NA
JZ016_03665	1581	rhaS_19		HTH-type transcriptional activator RhaS	ATGTACAAGGTGCTGCTTGTGGATGATGAAGAACTAGATCTCGAAGGCATGAGAAGATTCATTCCTTGGTCCGATCTGCATATGGAGTTAGTGGGGAGTGTCAATAATGCATTGTCGGCATGTGAAATTATCAAGAGCGAAGATGTTGATATTTTAGTCAGTGACGTCAATATGCCTTATATGTCTGGACTCGAGCTGGCACGGATTGCGCTTGAACATAAACCTAACATGCGAATCATATTCGTCAGCGGATATCAGGAATTCAGCTATGTACAGCAAGCACTCTTATTGAAGGCTTACAGTTATGTTCTCAAGCCGATGAACGATAGGGAGCTTGTTGCTTCCTTAATCAAGGTAAAGCGGGATCTAGATGAAGAAAACAAGCAGCGCGAGGTGGAGATGGCTTATCAGGAGATGATCCCCATTGTCAAAAGCGATTTTCTTATACGTCTGCTTGAGCGGGAAGAATCAGAAGAATTACTGACAAAGATGAGTATCTCTTATGAATTCGACCAGTTGAAATGGCCGGTTCGCGTCGCAGTCATGGAGCTCGATAATGTTTCATGGCGTCAGGCGGGGAGCCTTTCCTCACAGAGGGAATTGGCGAGAATATTCCTGCAACGTATTCAAGAGGCGATTACGGATAGTGGGAGCGGCATGCTTCCTTACTGTAAGCTGTCTTCGCAACGAGTAGCGATACTGCTGGAGGACAGTAACGCTACTCCAACGATAAGCACACTGATGGATAGCGTTCAGCAGCATTTGATGACATCCATGACAACGGGCATTGGTGAACCCGTACGCACATTGGATCAACTTCACCTGTCGTATAGGCAGGCTGTTGAAGCGGTGGAAGGCAAGATGTTTCTGGGCAAGGGAAGTATTATCAAGTACGAAGACGTCAGTGCCGAGCCGGGAATGCTGGATGCAAGGATGCTTGATGAACGCATGAACGTCCTCTTAAAGGCAATGGAGGAATACGAGCTGGTTCAAATCTGTGATGAACTGGAAAAATTATTCGGCTCTATAAGGAGTCTGCGCTCCCGTTTTACCGTGCATAATATGTCGAATTATATTATATGGAAACTCGAACAATATTTAAGCAGTCGCAATGAAGACTTGTTTGACCTGTTAGGCATGGATATTCATCATCTGGATATCTTGATGCAGTTCGAAACCGTCAGCGATATTCGTTCATGGTTCATCCAGCGTATATTCGAAATTTCCGAAAGATTATATGAGAAATCCAATTCCAAGGATAGTAAATTCATCCGCAGTGTCATCCAAACGATGAAAGAACGAATGAGTGAGAATATAACGATAAAGGATATTGCCCAGCATTTTTCTTTTTCGCCGAGTCATATCGGATTTTTGATTAAAGAGCGGTCAGGAAATACGTTTAATGAACTGCTTGTACAACTGCGCATGGAAAAAGCGTGTGAATTGCTAAAACAGCCTGGCCTTAAAGTTTATGAAGTCGCCGATCAGGTAGGATACCGCTATCTTCCTTATTTCAGCCGGCAGTTCAAAGAAAAATTCGCCATGACACCCATGGAATATCGAAAGAGAGAATTGGGATGA	MYKVLLVDDEELDLEGMRRFIPWSDLHMELVGSVNNALSACEIIKSEDVDILVSDVNMPYMSGLELARIALEHKPNMRIIFVSGYQEFSYVQQALLLKAYSYVLKPMNDRELVASLIKVKRDLDEENKQREVEMAYQEMIPIVKSDFLIRLLEREESEELLTKMSISYEFDQLKWPVRVAVMELDNVSWRQAGSLSSQRELARIFLQRIQEAITDSGSGMLPYCKLSSQRVAILLEDSNATPTISTLMDSVQQHLMTSMTTGIGEPVRTLDQLHLSYRQAVEAVEGKMFLGKGSIIKYEDVSAEPGMLDARMLDERMNVLLKAMEEYELVQICDELEKLFGSIRSLRSRFTVHNMSNYIIWKLEQYLSSRNEDLFDLLGMDIHHLDILMQFETVSDIRSWFIQRIFEISERLYEKSNSKDSKFIRSVIQTMKERMSENITIKDIAQHFSFSPSHIGFLIKERSGNTFNELLVQLRMEKACELLKQPGLKVYEVADQVGYRYLPYFSRQFKEKFAMTPMEYRKRELG				NA	NA	NA	NA	NA
JZ016_03666	1680			hypothetical protein	ATGAGAAAGACGAAAAAGCCGTTGCTCGTATTGGTCTCGTTGCTATTGATAATGGTTACGGCTCTAGCGGGATGCGGAAAATCGGCAGCTCCAGCTCCAGCACCACCGGCAGCAAACAATGATGGCGAGAAGAAAACCGATCCGCCAGCAGAGGGGAATCGTGACGGCAAATGGGTCCTTGGTGAGAAGCCGCTGGAGTTTTCAGCATATTCTCACTATGAGAACTCGGACTTCCCTAAATGGGAAAGCACGCCTGTCGGTAAATATTTAAGTGAAGAAAAACAAGTGAAAATCAACATGATTGCGGCTGCTGGAGCACATACGCAAAAGCTGAGTGCGATGATGGCTTCAGACGACCTGCCGGATATGATCTGGACAGACAAGAACCATCCAGACTTGGAGAGACTCCGCAAAGAAGGAAAACTGGTAGCCTATGATGATTATTTGGATAAGTATCCCAACCTGAAGACATGGATGGGCGATCTGAACATGTTACGTTCAGATGATGGCAAACTGTATATGTTCCCTAACTGGTATTCATCCAATCCTTACGGTAACGCCGGTTACGTAGTTAACAAGAAAATCTATAAAGAGCTGGGCGAGCCTCCGCTCGAAACAACGGACGATCTATATGATTATCTGGTGAAAGTTAAAGATAAGTACGGCAGCAGCATCATTCCGTTCGAGCCGCACCGTGCACAGGAAAGACAGGGACTTGGCGTGTTATACACGGCCTTCGGAGAGGGAGCAAGTTACACGAATCTGAATGCTAGCTTGCTTGCGGTTCCAAAAGACGGAAAACTGACGTCAGTACTTACAGATCCGGTATTCCGAGAGGCTCAGAAATATATTGCTAAACTGTACAGAGAGAAGCTCATCTCTCAAGATGCCTTTAACCAAACGGAAGATCAGATTTTGGAGAAAGTCATGACAGGCAGAGTGGCAGTATTTGCAGGAGCAAGTCCCACAACGATGGCAGGCGAAGCGCACCCTGAATTGATCAAACAAGATCCGGATGGCGGGTATTTCATGATTTGGCCTATTCATAAGCCGGGTCTGGATAAGAATAAAATTTATCCAGGCACCTACACAAGCTTTGGATGGAATGCTGCCTATATTACAACGGCTGCTGAGGACCCTGAAGCGATATTCGCATTCCTCGACTGGTACACAGGTCCGGAAGGGATGAACGTCCAATTCTTCGGTCCGGAAGGAAAGAACTGGGACGGATTCGATGAAGATGGTAAGCCGAATTTCACCGAGAATTATGATCCGGCAGAAGTAGCAGAAATTCAATCTAAGAATGAGCCTGTTATGTTCGTAGGTAATACGAGTTATATTGACCCTGCCAAATATAAATACATGGAGAATCTCCCCTTCGAAGAGCAGGGCTGGAGAACACGTTACCAACAAACGATTACTTGGCCAACTCAATTGAACGTTACAGAATTTGTTAACCTCAATCCGGCTCCAGATTCGGATGAAGGCATTATCAAAGCATCTGTCGATGAACTTTTCCTCGAAATCTATGCTAAGTCCGTCATGGCGAAGAACGACGAAGAGGTTGATAAAATTCTCGATCAAGGAAACAAGGATTTGATGGATTTGGGCTATGGTCAGCTTCTGGAATGGCGGACGATCAAATGGCAGGAGAATTTAGCTAAATTGAACGGAAAATAA	MRKTKKPLLVLVSLLLIMVTALAGCGKSAAPAPAPPAANNDGEKKTDPPAEGNRDGKWVLGEKPLEFSAYSHYENSDFPKWESTPVGKYLSEEKQVKINMIAAAGAHTQKLSAMMASDDLPDMIWTDKNHPDLERLRKEGKLVAYDDYLDKYPNLKTWMGDLNMLRSDDGKLYMFPNWYSSNPYGNAGYVVNKKIYKELGEPPLETTDDLYDYLVKVKDKYGSSIIPFEPHRAQERQGLGVLYTAFGEGASYTNLNASLLAVPKDGKLTSVLTDPVFREAQKYIAKLYREKLISQDAFNQTEDQILEKVMTGRVAVFAGASPTTMAGEAHPELIKQDPDGGYFMIWPIHKPGLDKNKIYPGTYTSFGWNAAYITTAAEDPEAIFAFLDWYTGPEGMNVQFFGPEGKNWDGFDEDGKPNFTENYDPAEVAEIQSKNEPVMFVGNTSYIDPAKYKYMENLPFEEQGWRTRYQQTITWPTQLNVTEFVNLNPAPDSDEGIIKASVDELFLEIYAKSVMAKNDEEVDKILDQGNKDLMDLGYGQLLEWRTIKWQENLAKLNGK	PGPT0017245_896	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_03667	900	araQ_30	COG0395	L-arabinose transport system permease protein AraQ	ATGTTAAAAAGAATTAGCTTTGGTGATAAGGTCATGCTTATCGTGATTTACGTGTTCCTCAGTTTATTAGCCTTCTCGGCACTCTATCCTTTCTGGAATGCGGTGGCTGTTTCCTTCAACGTAGGTGTCGATACCGCAAAGGGCGGAGTCACCTTCTGGCCAAGAGAATTCACAACCGAAAATTATAAAATCATACTCCAGGACGACCGACTGCTTAACGGGTTCTTCATATCCATAAGCCGTACCGTAATCGGCACCGCAACCTCCATATTCATGACAGCGCTTCTCGCATTCGGGATGACCCGAACTTATCTGATCGGACGAAAATATTACACATTGTTCTTTATATTCACCCTCTACTTTGGTGGAGGGTTGATTCCAACGTATCTCCTTATCCGTTCACTCGGTCTGATGGACAGCTTTCTGGTATTTATTATTCCATCCTTAATCAGTGTGTGGAACATGATTATTTTTCGGACCTTCTTTCGAGGTCTTCCCGTAGGGCTGGAAGAGTCAGCCCATATTGACGGCTGCAGCAATTGGGGCACATTCTTTCGGATTATTCTCCCATTGTCCGGACCGGTTATCGCTACGCTGGCTCTGTTGACTGCCGTTGGACACTGGAACGACTGGTTCCTGCCGAGTATCTACATCACCAGTGATCATTTGCTCCCCATTCAGACGATTCTGCGGCAGACCTTGAATGCCAATATTGTATCGGGTTCAAGCTCCGTGCTCGATAGCGCTTCGGTTGCCCTACTGGATCAAGCAAGGCAAATCACTTCAAAATCGCTCACAATGGCGATGATGATCGTGGTGACCTTACCGATCATTCTTGTCTATCCTTTTGTGCAAAAGTATTTTGTCAAAGGCGTACTGGTAGGCTCGCTGAAGGAGTAG	MLKRISFGDKVMLIVIYVFLSLLAFSALYPFWNAVAVSFNVGVDTAKGGVTFWPREFTTENYKIILQDDRLLNGFFISISRTVIGTATSIFMTALLAFGMTRTYLIGRKYYTLFFIFTLYFGGGLIPTYLLIRSLGLMDSFLVFIIPSLISVWNMIIFRTFFRGLPVGLEESAHIDGCSNWGTFFRIILPLSGPVIATLALLTAVGHWNDWFLPSIYITSDHLLPIQTILRQTLNANIVSGSSSVLDSASVALLDQARQITSKSLTMAMMIVVTLPIILVYPFVQKYFVKGVLVGSLKE	PGPT0017255_1099	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_03668	978	yteP_43	COG4209	putative multiple-sugar transport system permease YteP	ATGCCGCAAGCTACTGCAGAACAGCAACCATCACCCATTGCCCGGCAGCCAAAAGTCCATAGTAAAAGTTTTCTTAGGCGATTCATGAAGCAATGGGATGTTCAGCTTATGGTGATACCCGGCGTCATTCTAGTTTTCATTTTTGCCTATCTGCCTATGTACGGCGTAATAACCGGATTTATGGATTATAACCTGTTCACCGGCTCAAGAATTTGGGATAACCCGTGGGTTGGTTTTAAACATTTTGAAGCTTTTTTTGCCGCCCCCGAGTTTGAAAGAATTTTGCGCAACACGATTGTGATCAGTCTATTGAAATTCTTTATCGGATTTCCAGCACCGATCGTACTGGCACTTTTATTGAATGAAGTTCGCCATATGTTATTCAAAAGAGTCATCCAGACGATTACATACCTGCCCCATTTCCTATCATGGGTTATTGTGGCAGGATTCACCACCGCCTTGCTATCAACGGAGAACGGAAGCATCAACATTCTGCTGGAGAGCATAGGGGCCATTGATGAACCGATCAATTTCCTTTCGTTAAAGGAGTATTTTTGGTCGATCCTGATTTCGGCCAACGTATGGAAGGAGATCGGATTTAACTCGATTGTATTCCTGGCTGCGATTGCGAGTATTGATCCTGCTCTCTATGAGGCTGCCGACATCGACGGTGCAAGCAAGTCCAAGCAAATCTACCTGATTACGCTTCCTTCGATTATGCCGGTCATCATTATCTTTATGATTCTTGCGATCGGCAACTTGCTCAATGCAGGCTTTGAGGACATCCTGCTCCTGGCATCCAATCCGGTGCTGCGGCCGGTATCCGATGTTATTGATACGTATGTCTATCGAGTAGGCCTAGGGTCACACCGTTATTCTTATGCGGTTGCTATCGGGTTGTTCAAGGCGATTATCAGTGTTGGACTGCTTACGATCGCGAACTATCTGGCTCGAAGATCTGGTAATAGCTTATGGTAA	MPQATAEQQPSPIARQPKVHSKSFLRRFMKQWDVQLMVIPGVILVFIFAYLPMYGVITGFMDYNLFTGSRIWDNPWVGFKHFEAFFAAPEFERILRNTIVISLLKFFIGFPAPIVLALLLNEVRHMLFKRVIQTITYLPHFLSWVIVAGFTTALLSTENGSINILLESIGAIDEPINFLSLKEYFWSILISANVWKEIGFNSIVFLAAIASIDPALYEAADIDGASKSKQIYLITLPSIMPVIIIFMILAIGNLLNAGFEDILLLASNPVLRPVSDVIDTYVYRVGLGSHRYSYAVAIGLFKAIISVGLLTIANYLARRSGNSLW	PGPT0017250_592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_03669	2088	ynfE	COG0243	Putative dimethyl sulfoxide reductase chain YnfE	ATGACTCAAGCGATGATTCATCAGGAAAACGGCGTGTTTCCGGCGGTCTGTCCGTTGGATTGTCCCGATACTTGCGGCCTGCTGCTGCATAAAGAGAACGGAAAAATCGTGAAGGTTACCGGTAATCCGGATCATCCGATTACGCAGGGAGCCATCTGCAATAAAGTCCGTAATATGACACATCGAGTGTATCATCCGGAGCGCGTGCTATATCCGCTGCGGAGGGTAGGGCCCAAAGGTCAGGGCGCTTTCGAGCGAATCAGCTGGGATGAAGCGGTTCAGGAGATTGCCGAACGCTACGAGAAGCTGATCGAGGAGCATGGCTCTGAGAGCATTCTGCCTTACAGCTTCTACGGCAACATGGGGATATTAAGTGTAGACGGCATGGATCGGAGGTTCTTCAACAGGCTGGGCGCCAGCCGGCTGAAGCAGTCGATCTGTAATTCGGCAGGCAATGAGGGCTGGAAATCCGTTATGGGGTTTAATGGAGGCACCGTCCCGGAGGATACCGTTCATGCCGATGTCATCATCGTCTGGGGCGGCAACATCGTCAGCACCAATATGCATCAGGTGGTGTTGGCAGAGAAAGCGCGCAAGGCCGGTGCCAAGGTCGTTGTCATCGACGTGCATAAGAACCAGACGGGGCAATGGGCCGATTGGTTCATTCCGCTGTTTCCGGGCACGGATGCGGCACTGGCCGTCGGCCTCATGCACATCTTGTTCCGTGACGGCATGGTGAACGAGGAATTCCTGCGGCAGTATACGATCGGTCATGAAGCCTTGCGTGAGCATGTGAAAGACTATACACCGGAGCATGTATCCTCCATTACCGGAATTCCAGTTGAGGATATCGAGAAGCTGGCCGAGCTGTACGGCCGGGCAGATACTTCTTACATTCATATCGGTAACGGTCTTCAGCATCATGACAATGGGGGCTTGACGGTGCGCAGCATTGCGGCGCTTCCGGCCTTAACCGGACAATGGCTGAAGCGGGGCGGAGGGGCCGCCAAGTCGAACGGCGGTTACAACAGCATGGACAGCGATGCGCTCGAACGTCCCGATCTCCGTCCGAATCCGGATGCGCGGACGATTAACATGAACCGGATCGGCGAGGCGCTTGCCATGACCGAACAGCCGATTAAGTCGGTCTTTGTCTATTGCAGCAATCCGCTGGTTGTCGCTCCCGACTCCGAGCGGGTAAGGGAAGGGTTTGCACGGGAGGATCTGTTTACGGTTGTGCATGACCTGTTTATGACGGATACGGCCAAGTATGCAGATATCGTGCTCCCGGCAACCTCCTCGTTCGAGAATACCGACCTGTTCGCTTCCTACTGGCATCAGTACATCCAGCTGCAGGAGCCGGTCATCCCGGCGCTTGGGGAGAGCAAGAGCAATGTAGAGCTGTTCTCCATGCTGGGGCGGGCTATGGGGTTCACTGACCCGGCCTTCCATGAGACGGAAGAGGAGATGATGGCAAGAGCGCTCGACTTCCCGGGTAATCCTTATCTGAACGGCGTCACGCTGGACAAGCTAAAGGAACACCGCTATGTGAAGCTTGATATGACGCCGCTTGAAACATATCTGGATCGTTTGCCGACGCCTTCGGGCCGGATCGAGCTTTACTCCGCACAGTTGGAGGAAGCAGGTCTTCCGCCTCTTCCGACCTACGTGCCGCTCAAGGAAGGTTATGACGGCGTAAGGCGCGGCCGCGGGCACAAATACCCGCTCATGTTCATTTCGCCGCCGAACCACAACTTCCTGAATTCGACCTTTGCGAATGTGGAGAAGCATCAGAAGCTGGAGAAGGAGCCTGCCCTGCAGATCCATCCGGAGGATGCAGAGGAACGCGGTCTAGAGGACGGAGACATGGTTACGGTATACAACGACCGCGGAACCTATGAAGTTCGGGCCAAGGTAACGGATAAAATGCTGCCGGGCACCGTTGTCAGCCAAGGCCTGTGGTGGGAAGGCGGGGGCCGTAAGCAGCGCGCCAATGCCCTTACACCCGACAGGCTGTCGGATATGGGTGAAGGGGCTACCTTCTTCTCAACGGTGGTCGAGGTCAGGACTAAAATAACCGGTGCATAA	MTQAMIHQENGVFPAVCPLDCPDTCGLLLHKENGKIVKVTGNPDHPITQGAICNKVRNMTHRVYHPERVLYPLRRVGPKGQGAFERISWDEAVQEIAERYEKLIEEHGSESILPYSFYGNMGILSVDGMDRRFFNRLGASRLKQSICNSAGNEGWKSVMGFNGGTVPEDTVHADVIIVWGGNIVSTNMHQVVLAEKARKAGAKVVVIDVHKNQTGQWADWFIPLFPGTDAALAVGLMHILFRDGMVNEEFLRQYTIGHEALREHVKDYTPEHVSSITGIPVEDIEKLAELYGRADTSYIHIGNGLQHHDNGGLTVRSIAALPALTGQWLKRGGGAAKSNGGYNSMDSDALERPDLRPNPDARTINMNRIGEALAMTEQPIKSVFVYCSNPLVVAPDSERVREGFAREDLFTVVHDLFMTDTAKYADIVLPATSSFENTDLFASYWHQYIQLQEPVIPALGESKSNVELFSMLGRAMGFTDPAFHETEEEMMARALDFPGNPYLNGVTLDKLKEHRYVKLDMTPLETYLDRLPTPSGRIELYSAQLEEAGLPPLPTYVPLKEGYDGVRRGRGHKYPLMFISPPNHNFLNSTFANVEKHQKLEKEPALQIHPEDAEERGLEDGDMVTVYNDRGTYEVRAKVTDKMLPGTVVSQGLWWEGGGRKQRANALTPDRLSDMGEGATFFSTVVEVRTKITGA				NA	NA	NA	NA	NA
JZ016_03670	861	focA	COG2116	putative formate transporter 1	ATGGCCTATTACAAACCGGATCGCATTGCGGAGATCACCGTGGAGAACGGGGTGAAAAAAGCACATAACTCCGTCATGAACGTAATGATATTAGGATTTTTGGCGGGGGCTTTTATCGCGCTCGGCTTTTTGCTGGATATTCGCGTGATTGCCGGGGCGTCTGAGGCTTGGGGAGGCATTGCCGGTTTTATAGGCGCGGCGATATTCCCTGTCGGACTGATCCTTGTATTGCTCGCAGGCGGAGAGCTGCTGACGGGCAACATGATGGCCGTGTCCCTGGCCAGATTCAAGAAGCGGATTTCCACGAAGGAGATGATACGGAATTTAGCTCTCGTCACGGTAAGCAATATGGCGGGGGCGTTGTTCGTCGCTTACTTCTTCGGTCATGTGACCGGTCTGACAGGCAGCGGAGTTTATCTGGAGAAGCTGGTGGATATGGCGGGACACAAGCTGGACGACAGCTTCCTGCAGGCTTTCTTGTCGGGCATCGGCTGCAACTGGCTCGTAGCGCTCGCCGTGTGGCTGTCCTACGGATCGGACCAGATGAGTGGCAAAATTCTCGGGATCTGGTTTCCGACGATGGCGTTTGTAGCCATCGGCTTTCAGCACGTGGTGGCCAACATGTTCCTCATTCCGGCCGCGATATTTGAAGGGTATTACAGCTGGGGTGAGTATTTCATAAATTTCATTCCGGTATGGCTTGGCAATTTCGTCGGAGGCGCGCTGTTTGTGGGAGCTGCCTACGGGACCGTATATTTGAAGAAGAATGATAAGGTTGAGGTCATTCCACGCGGCGAACAAGAAGCTGCGCTGCCTTCCGCTCCGGCTACCGGCACTGCTCAACAGGTTCATTCTGCGTAG	MAYYKPDRIAEITVENGVKKAHNSVMNVMILGFLAGAFIALGFLLDIRVIAGASEAWGGIAGFIGAAIFPVGLILVLLAGGELLTGNMMAVSLARFKKRISTKEMIRNLALVTVSNMAGALFVAYFFGHVTGLTGSGVYLEKLVDMAGHKLDDSFLQAFLSGIGCNWLVALAVWLSYGSDQMSGKILGIWFPTMAFVAIGFQHVVANMFLIPAAIFEGYYSWGEYFINFIPVWLGNFVGGALFVGAAYGTVYLKKNDKVEVIPRGEQEAALPSAPATGTAQQVHSA	PGPT0017240_197	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_FORMATE_TRANSPORT,PGPT0017240-fdhC-K21993	NA	NA
JZ016_03671	1248			hypothetical protein	ATGAGGCATTTGTTTGGCAACCGCGCGTTCGTGCTGCTGATGGTTTCGGATTTCATGCAAAATATCGGGATCTGGATCCGCAACATGGCATTGTTGTTCTTCATTATGGAGAAGAGCAACCATGATCCGGTCGCCGTATCGCTGCTTACCGTAATTGAATACGCTCCGATCTTTGTGATCTCCATGATTGGCGGCGTGCTGGCGGACCGTTGGCGTCCCAAGCGAACGATGATCTGGGGGGACATTCTCAGCTTTTTATCCATATTGCTTATCCTGTTCGTTGTGTATGCGGGATATTGGCAGGCCGTGTTTGCGGTGACCCTGGTCTCGGCTGTTGTATCTCAATTCTCGCAGCCTTCGTCCATGAAGCTCATCAAGCGCTGCTTGCCGGATGAGCATGTGCCCGCGGCCACAGCTTTGTCCCAGACCTCGATGTCGCTGTTTATCATTTTGGGACCGATGGTCGGTACGACGATTTATCAAGCTTTTGGATTGCAGGCGTCTTTAATCAGCTTGTTGGTTCTATTCGGCGCTTCGGCGATCGTGCTAATGTGTCTTCCTTCCAGTGTGGATGAACCCTCTAACAATTCGGAATCGACCGGTTCTTTTATGAAGGACATGAAGGCGGGCTTCACTTATATCGGGTCCAGCCGGCTGTTGAAGGTGCTGCTGGTGGTCTATGTTTTATTGGCGCTCGGCAGCGGACTTGTTCAGCCGCTTGATATCTTTGTCATCACGGAGCGTTTACAACTGGCAATGTCCAGCGTTCAGTGGTTCACCGCGCTAGAGGGCCTAGGCATGTTAATTGGCGGCGTGCTGGCTGCTGTCATTGCGGGGAGAGTGAAAGGCAACTACTTGTTGTTCGCCGGGCTTGCCTTCCTTGGCCTCTCGACCTTTGTCGAGGTGCTGTCCCAGTGGCCGATCCTGACCGGCACGATGCGCTTCGCAACCGGGGTGCTGATGGCGATGGCGCAGACGGTTCTGATGGCCGTGATGATGCAGCAGGTGGAAGAGAAATTCATCGGTCGGCTGAATGGCGTGATGACGCCGATGTTTACCGGCATGCTGCTCATCGGCTCCGGGTTTACGGGATGGTATATGTCGGTAACCTCCATTGTGGTCGTGTATTTTACGGCAGGCGCGCTCTTCCTGCTGTCGTCCTTGATTAGCATGAAGCTTCCGATCTCGAACGTTCCGGCTCAGGAAAAGGAAACGCCTGTTAGAGTAGAGACTGCCGCCGAGGCATAG	MRHLFGNRAFVLLMVSDFMQNIGIWIRNMALLFFIMEKSNHDPVAVSLLTVIEYAPIFVISMIGGVLADRWRPKRTMIWGDILSFLSILLILFVVYAGYWQAVFAVTLVSAVVSQFSQPSSMKLIKRCLPDEHVPAATALSQTSMSLFIILGPMVGTTIYQAFGLQASLISLLVLFGASAIVLMCLPSSVDEPSNNSESTGSFMKDMKAGFTYIGSSRLLKVLLVVYVLLALGSGLVQPLDIFVITERLQLAMSSVQWFTALEGLGMLIGGVLAAVIAGRVKGNYLLFAGLAFLGLSTFVEVLSQWPILTGTMRFATGVLMAMAQTVLMAVMMQQVEEKFIGRLNGVMTPMFTGMLLIGSGFTGWYMSVTSIVVVYFTAGALFLLSSLISMKLPISNVPAQEKETPVRVETAAEA	PGPT0027965_867	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
JZ016_03672	594	qacR_1		HTH-type transcriptional regulator QacR	ATGTCTTCAGAAAAAGCGCAGCGAAAGCGCGACATGATTCTGGATAAAGCGAAGGAACTGTTCATCCAGCGCGGGTATGCGGCAACATCCATGGATGAACTGGTCAAGTATACGGGTGCCAGTAAGGGAAGCATCTACTATCACTTTGAGAGCAAGGAAGATTTGTTTGTCAAGCTGCTGGCGAAGCAGAATCAGGAATGGATGGAAGCCTGGAACGATCAAAAAGCCCGTTACGCCAGCTTCGAGGAGAAGCTGTACGGCATTGCCGATCATATGGTCGACGACTTCCAGAATCCGCTGACCAAGATTGCGGAGGAATTCTTTATCAATCAGCCGGAGAATAAGACGATTGTGGGCGAGATGCTGGCCATCCTGCAAGGTCCGCGCACGCTCTACCGCGAGATTTTCGCGGAAGGAGTAAGCGAAGGGCGAATACCGGCAGAGGATGTAGAGGAAATATCCATCATATTCGCATCGCTGCTTGATGGGATGTCGGTGTGGTACTTTGAACGGACCCAGGAGGAATCAAGGCAGCTGTATCGCAAGGGAGTCACTTACTTTTTAAACGGTGTGTTATCGAGCCGAGGATCGTAG	MSSEKAQRKRDMILDKAKELFIQRGYAATSMDELVKYTGASKGSIYYHFESKEDLFVKLLAKQNQEWMEAWNDQKARYASFEEKLYGIADHMVDDFQNPLTKIAEEFFINQPENKTIVGEMLAILQGPRTLYREIFAEGVSEGRIPAEDVEEISIIFASLLDGMSVWYFERTQEESRQLYRKGVTYFLNGVLSSRGS				NA	NA	NA	NA	NA
JZ016_03673	594			hypothetical protein	ATGAATAAAAAAGTAATGCTGGCCACAGCTGCATTGTTCTCCATGCTGCTGACGGCGGCTTGTTCCAATGATCAGGCTGATCCGCCTGCAGAGACTCCGCCGGCTGTTGTGGACAGTGGGGGGACAGATCAGACGGGGACGTCTGAAGAACAGCCGCCTGCAGAACCCCAAGGTGAGGACCAACCGGCCGACAACGCAGAGGTGAAGCCGATCGGCGAACCTGCCGCAGTGGGCGATACGGTGGATTATCACGGCACGGTCATTACGCTAAACGGCGTACGTGAATCCGAGGGTGATGAATATTTGAAGCCCCAGCCCGGCCATACGTTTAAGGTGGTTGACATTACCGTGAAGAACAATGGCCAGGAGCCGCTGGTCATCTCTTCCGCGCTGTCTTTTTCCCTGACGGATTCGAGCGATCTTAACTATACGGTTCCCATTACGGATGACGTGAAAATGCTGGACGGCACCGTTGCCCCAGGCGGCGAGCTGACAGGTGAAATACCGTACGAAGTGAAGCAGGGGGTTAAGGGACTGCAGCTGAGTTATGGCGATCCGATGAAAGAAGGAAGAGCCATTTGGGCAGTGGAATAA	MNKKVMLATAALFSMLLTAACSNDQADPPAETPPAVVDSGGTDQTGTSEEQPPAEPQGEDQPADNAEVKPIGEPAAVGDTVDYHGTVITLNGVRESEGDEYLKPQPGHTFKVVDITVKNNGQEPLVISSALSFSLTDSSDLNYTVPITDDVKMLDGTVAPGGELTGEIPYEVKQGVKGLQLSYGDPMKEGRAIWAVE				NA	NA	NA	NA	NA
JZ016_03674	1362	nox	COG0446	NADH oxidase	ATGAAAGTAGCAGTTATCGGTTGTACCCATGCAGGAACGTCCGCCATCGTGAATACCGCCAAACTTTACCCGGAAGCACAGATCACCGTTTATGAACGCAATGATAACATCTCATTCCTGTCCTGCGGCATCGCGCTTTACGTCGGAGGCGTTGTAAAAGACCCTGACGGTCTGTTCTACTCTTCGCCTCAGAAGCTCGACGAGCTGGGTGTTGAAACCAAGATGAAGCATGAGATCATTTCGGTGGATACGGATAAGAAAAGCTTGAAAGTTCGGAACCTGGTTACAGAAGAAATTTTTGATGATGCCTATGACAAACTGATTATCACAACCGGATCATGGCCAATCGTACCGAAGCTTGAAGGCATCGATCTGAATAATATTCTGCTCTGCAAAAACTATAATCATTCCAATGCGATCATTGAAAAAGCGCAGGAAGCGAAACACATTACGGTTGTCGGCGCCGGTTACATCGGCGTAGAACTGGTCGAAGCCTTCCAACAGAACGGCAAGCAGGTTACCCTGATTGATAGTGCCGACCGCATTCTGAACAAATATCTGGATCCTGAATTTAGCGGCAAGATCGAGGAATCCTTCCGTGAAAAAGGGATTGAGATGGCTCTGGGCCAGACCGTGACTTCTTTCCAAGGCAAGGATGGCAAGGTGAACAAGGTCATCACCGACAAAGGTGAGATCGACACGGATCTCGTGATCCTCTGCATCGGCTTCCGTCCGAATACGGAGCTGGTGAAGGGGCAGGTGGAAATGCTGAAAAATGGCGCCATCGTCGTGGATCAATATATGCAAAGCAGCAAGCAGGATGTATATGCAGCAGGCGATTGCTGCTCCGTGCACTATAACCCGACCGGTAAAATGATGTACATTCCACTGGCTACGAACGCAGTCCGGATGGGTACGCTCGTTGCACGCAATCTTGTGTCGCCAACAACCCCATATATGGGAACGCAAGGTACGTCGGGATTGAAAATATACGAACACAACATTGCGTCGACGGGATTAACCGAAGGAGCCGCCAAGGACGAAGGCTTGAAGGTGGAGACGGTCACCATTACGGATCATTACCGTCCGGAATTCATGCCTACCTTTGAAGAGGTTACGCTGAAGGTGGTATATGAGCAAGACAGCCGCCGGATGCTTGGTGCACAGGTTATTTCCAAAGTGGATATGACGCAATCCATTAACACGCTGTCGGTATGCATACAGAATCGGATGACGATTGATCAATTGGCCTTCATCGACTTCTTCTTCCAGCCGCATTACAATAAACCGTGGAATTTCCTTAACACGGCTGGACTGCAGGCATTGCCGGCGGTCGAAACAAAAACACCGGTGCATTCGTAA	MKVAVIGCTHAGTSAIVNTAKLYPEAQITVYERNDNISFLSCGIALYVGGVVKDPDGLFYSSPQKLDELGVETKMKHEIISVDTDKKSLKVRNLVTEEIFDDAYDKLIITTGSWPIVPKLEGIDLNNILLCKNYNHSNAIIEKAQEAKHITVVGAGYIGVELVEAFQQNGKQVTLIDSADRILNKYLDPEFSGKIEESFREKGIEMALGQTVTSFQGKDGKVNKVITDKGEIDTDLVILCIGFRPNTELVKGQVEMLKNGAIVVDQYMQSSKQDVYAAGDCCSVHYNPTGKMMYIPLATNAVRMGTLVARNLVSPTTPYMGTQGTSGLKIYEHNIASTGLTEGAAKDEGLKVETVTITDHYRPEFMPTFEEVTLKVVYEQDSRRMLGAQVISKVDMTQSINTLSVCIQNRMTIDQLAFIDFFFQPHYNKPWNFLNTAGLQALPAVETKTPVHS				NA	NA	NA	NA	NA
JZ016_03675	480	bsaA_1		Glutathione peroxidase BsaA	ATGTCAGTTTACGAATATCATGCAACAAATACCAAGGGTCAGGAAGTCTCGCTCGATCAGTATGCGGGCAAGGTTCTGATTATTGCAAATACGGCAAGCCAGTGCGGACTTACGCCGCAATATGGAGAGCTTCAGCAGCTGTATGACCAATATAGCCAGCAAGGACTGCAGGTTCTTGGTTTCCCGTGCAATCAGTTTGGCGGACAGGAGCCGGGTACAAGTGAAGAGGCCGAATCATTCTGTCAATTGAATTATGGCGTGAATTTCCCAATCTTTGCGAAGATTGACGTGAACGGGGAAGAAACGCATCCGTTATTTCAATATTTAAAATCCGAGCAGCCAGGACCGAACGAAGGCGGAGAGATCGCTTGGAATTTCACAAAGTTTCTGGTAGACCGCGAGGGCAAGGTGGTTCAGCGATTCGAACCGCGAGATACGCCGGAATCAATGAAGGGCGCCATTGAATCTCTGCTTGGCTAG	MSVYEYHATNTKGQEVSLDQYAGKVLIIANTASQCGLTPQYGELQQLYDQYSQQGLQVLGFPCNQFGGQEPGTSEEAESFCQLNYGVNFPIFAKIDVNGEETHPLFQYLKSEQPGPNEGGEIAWNFTKFLVDREGKVVQRFEPRDTPESMKGAIESLLG	PGPT0013115_5121	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432	NA	NA
JZ016_03676	537			hypothetical protein	ATGAAACTGTATCCCGAAATGTTTATATCCCCATGGCATCTCATTGTGATTGTGCTGGCACTGATTGCCTTCATCGGCTTAATCAAAGGGGGGTATGACCGAAAGACCGTGCTTCGCAGCACAGGGTTATCGACGCTGGCCTTCTATTTTATACTGACGATCCCCATTGGTCTTATCACCCAGGAATCGCTTTACAAAGAAGAAACGATGCTGACCGATTTGGATCAAAATTTTGAGGACAAGAAGGCGGGTTCCGAGCTCCAAAGCTTTAAAGACTACATCGTGGTCCATGCTGGCGCCTATAAAAACGAGGATGATGCGGACATTGAGATCTATGCCGGCAACTACCATGATAGCCAAACATTTCATGGTCACATCACCCTTTACGTGTACGATAAGAACGATGATGAAGTCTTTACCGAGATGTACAAGAACGTGACCCTCGCCCCCGGCGAGAAGAAGAAGCTCGACACCGCCTTTACCAGCCAGCCTATGGAAACCTACAGATACCGATACGAAACGCACCCCCAAATGTGA	MKLYPEMFISPWHLIVIVLALIAFIGLIKGGYDRKTVLRSTGLSTLAFYFILTIPIGLITQESLYKEETMLTDLDQNFEDKKAGSELQSFKDYIVVHAGAYKNEDDADIEIYAGNYHDSQTFHGHITLYVYDKNDDEVFTEMYKNVTLAPGEKKKLDTAFTSQPMETYRYRYETHPQM				NA	NA	NA	NA	NA
JZ016_03677	1254			hypothetical protein	ATGTCTCTGGTGATTCATGAGCAGAGAAAGCCCAAAATGCAGCCTTTTTATTGGGTGATTACATTTGAAATGCACGTGCTGGGAATACTGCTTGGCCTGGCGCTGACACTGGGTCCCTTGATGCTGCTGTACCTCTGGGCCAATGTCTGGACCTGGATGAGTCTGGTTGCCATACCCGCCGGTATCTTCATGATGATTCGTCTGTCCAGAAGCCTGAAAGGGCATATCTGGAACAATACGCATCTGGACGAGTATTTGTTATACGAAGATGTTATTGAATATGAGAGATGGGACCCGGAAACGAAAGACTCCCTGAAGGGGAGCCTTAGGATCGGTGACATCAAGGAAATATACTATGGGCGATACATCTTTCAATTCAGTTATGCTTATAAGAAGAGCAAAATGACCGAATCCGTGCCTATGGCGGAGTTAATGCCGATTATGTACCTGGTCGCGGGAGAAGGGCAGACGGAACGGGCCGTGGCCATTCCTTTCACGGATCCGATGGAGGCCAACCGGTGGCTGGAGGTTATCGGCAGAAGGGACATTCCTTTATATCTGACTTCTATCATCATTCATGATCTTGGGGATGAATCGGTTGCGTCTTTGCTTCGCGAGGACGAGGATTTAGAGCGTGCCGAATTTGATGGCAATATGGAGCGGCAATTCCGGCCTTACCTGGACCGTCTGGTACAGGAAAATGAGGAGGAAGACCGGGAATTGACGGAAGAGGAGCTTAATCAGCTGGAATACGAGATGAAACTCCTCGAGTACGAAGAGGCGCTGCAAAAGCGAAGATCGGCTTTCCGTGGAACCGGTTTGCTGGCTTGGCTGATTTTTCCGGTTCAGTTCGCTATCGGTTATTGGCTGACGCGCCAGGCAGAGCTGGGTAACGCGGACCCGGAACAGCCGTTAGTTCCCATTTTACTTGTTGCAATCTCCGCGATCCTGTTCTTCTTCCTGGTGAAATGGATGCGCTGGCTCCAGATCATCATGTTCTCGTTGATTACCTTTATATCGTTTATGTTTTTGGATTTTTCCGAGATCGAAACGGATCCCTCGTACCAAATGTCCAGCATGCTCCTTGCTATAGCCATGCTGTCACTGCCTGTGGTCGGTCTCTTCTATTTGGGCATCCGGCATGTGCGCAAAGGTCGGGATGCGAAGAATCTGCCGCCGATGCCGGGGGCGTATCAGCCTCTTCCTGAAAACGATAAGCCGGGGATCCAGCCCGGAGACCATCTGTCAACTTAA	MSLVIHEQRKPKMQPFYWVITFEMHVLGILLGLALTLGPLMLLYLWANVWTWMSLVAIPAGIFMMIRLSRSLKGHIWNNTHLDEYLLYEDVIEYERWDPETKDSLKGSLRIGDIKEIYYGRYIFQFSYAYKKSKMTESVPMAELMPIMYLVAGEGQTERAVAIPFTDPMEANRWLEVIGRRDIPLYLTSIIIHDLGDESVASLLREDEDLERAEFDGNMERQFRPYLDRLVQENEEEDRELTEEELNQLEYEMKLLEYEEALQKRRSAFRGTGLLAWLIFPVQFAIGYWLTRQAELGNADPEQPLVPILLVAISAILFFFLVKWMRWLQIIMFSLITFISFMFLDFSEIETDPSYQMSSMLLAIAMLSLPVVGLFYLGIRHVRKGRDAKNLPPMPGAYQPLPENDKPGIQPGDHLST				NA	NA	NA	NA	NA
JZ016_03678	351			hypothetical protein	ATGTCTGAACATAATCATGTAGTGAACAAGCAAGGTGAGCTGGATGTGAGTAAGGTCAGTGACGCAATGGACCGGATTGATGATGGGGAGAGGGAGAGAATCCTGGCCGATTTTGATGCCTTCCAATCCTATTTGAACAAGCGAATTCAGCTTGCCGAGAGCATTGGGTTGAATGAAGAGCAGCTGGCGCGGGCAGCAGAAAAGGTGGCTGGTTATCTAGCTGCAAACGAGGAGCCCCGTAATTCCGAAGAGAAGCTTCTTCAGGAGTTATGGAAGGTCGGGACCCAAGCGGAGCAGCATCAGCTGGCTCATCTGCTTGTGAAGCTGGCTCAGAAACGAACGGCCCAATAA	MSEHNHVVNKQGELDVSKVSDAMDRIDDGERERILADFDAFQSYLNKRIQLAESIGLNEEQLARAAEKVAGYLAANEEPRNSEEKLLQELWKVGTQAEQHQLAHLLVKLAQKRTAQ	PGPT0003182_56	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003182-ymfJ|yflH-NA	NA	NA
JZ016_03679	1665	cshA_2		DEAD-box ATP-dependent RNA helicase CshA	TTGCCGAACTTTCAACAGCTGGGCATTGACGAACAAAGAGTACGGAAACTGAAGGAGCAGGGGATTGCGGTGCCGACTCCGGTACAGCAAGAGAGTATCCCGCTGCTGCTGCAAGGAAAGGACGTTATCGCCCGGGCAAAGACCGGCACAGGTAAAACGCTGGCTTTCATGCTGCCGATTCTGCAGCAACTCGATCCTAAGCGGGCGTACCCGCAGGCGCTCATTATTGCGCCGACACGGGAATTGGCATTGCAGATTACGGAAGAAGCCAAGAAGCTGACGGCCGGCGAGCCGGACGGGATCAAAATTCTGGCGGTCTATGGCGGTCAGGACGTGGAGAAACAGCTGCGCAAGCTCGAAGGCGGCCGACATTTGATCATCGGAACACCGGGCCGGTTGCTGGACCATTTACGCCGGGGCACGCTTGAGCTGGGCGGCGTGAAACAGCTGGTACTGGACGAAGCCGACCAGATGCTGCACATGGGCTTTCTGGATGAGGTGGAGGCACTGATGCACGCGCTTCCGTATCGGCGCCAGACGATGCTCTTCTCGGCCACGATGCCTGCCGGCGTGAAGCAGCTTGCCGGCAACTATATGAAAGACCCCGTCGATATTGTCATTAAGGGGGCTTCCCCGATTCCGCTGGAGCAGATCCAGCAGGTTGTGGTCGAGTGTACAGACCGTTCCAAGCAGGATGCCCTGCGTGCGATGATTGAGGAGCATAACCCTTTTCTCGCGATTATCTTCTGCCGGACAAAGCGCAGAGCAACAACATTGAATGAGGCGCTGCTGGCACATGGGTATCAATCGGACGAGCTGCACGGCGACCTGTCCCAAGCGAAGCGGGAAGCGGTCATGAAGCGATTCCGGGAAGCCAAGCTGCAGCTGCTGGTGGCAACGGACGTTGCTGCGAGAGGGCTTGACGTCGAGGGCGTGACGCATGTCTTTAACTACGATATGCCTCATGATGTTGAAAGTTACATCCATCGTATCGGACGGACCGGACGGGCCGGTGGGAACGGGATGGCTATCACGTTTGCTGCCGGTAAGGATCTTAACGATCTACAGCGCATCGAGGAAGGAATTTCCCTGCGCTTGAAGCGAGTCCGCTATGATTCCAGTGCTGGAGGCCTTCGGGAAAGCACCGGCGGCTCAGGCAGGGATACGGGCAGAGCGGGAAAAGCTAGAAATATCTCTTCACTTGAATCCGATCAAGAACGCGGCCAAGGCAGAAGCCGGGCGGATCGCGGTACGGGTTCCGGGCGGAGCCGCGGAAGCGAGCAGAGCAGAGGAAGGGCCGGATCGTCACGCAGAGATGAACGTGGATCCGGACGGGCAGGAAGCCGTGACGGCCGTGCAGGCGAGGGACGCGGACAATCTGCGGCTGGAGGCCGCAGCAGCGGTAGTCGTGACGGTGGGCGTGCAGGCGAAGGCCGCGGACCATTATCGGCTGGAGGTCGCAGCAGTGGCAGTCGTGACGGCGGAAATGCAGGCGAAGGCCGTGGATCACAGGCCGGAACACGCGGCGGCAGCAGCCGTGGACCGTCCAGAACCGAGGGGCGTGGAAATCAAGGCGGTCGCGGCGGACAGGGCGGTACCCGATCCTCTGAAGGCCGCGCTGCAAGAGGCCAGAGTGGTGGCCGGCGCGGTGGACGCAGCCGCTAG	MPNFQQLGIDEQRVRKLKEQGIAVPTPVQQESIPLLLQGKDVIARAKTGTGKTLAFMLPILQQLDPKRAYPQALIIAPTRELALQITEEAKKLTAGEPDGIKILAVYGGQDVEKQLRKLEGGRHLIIGTPGRLLDHLRRGTLELGGVKQLVLDEADQMLHMGFLDEVEALMHALPYRRQTMLFSATMPAGVKQLAGNYMKDPVDIVIKGASPIPLEQIQQVVVECTDRSKQDALRAMIEEHNPFLAIIFCRTKRRATTLNEALLAHGYQSDELHGDLSQAKREAVMKRFREAKLQLLVATDVAARGLDVEGVTHVFNYDMPHDVESYIHRIGRTGRAGGNGMAITFAAGKDLNDLQRIEEGISLRLKRVRYDSSAGGLRESTGGSGRDTGRAGKARNISSLESDQERGQGRSRADRGTGSGRSRGSEQSRGRAGSSRRDERGSGRAGSRDGRAGEGRGQSAAGGRSSGSRDGGRAGEGRGPLSAGGRSSGSRDGGNAGEGRGSQAGTRGGSSRGPSRTEGRGNQGGRGGQGGTRSSEGRAARGQSGGRRGGRSR				NA	NA	NA	NA	NA
JZ016_03680	567			hypothetical protein	ATGCATACCATGCAGATCATTCTGTCAGTACTCATCCTGATGATTCTGTTCGGCCTTATCAATCTGATGATGAATTATATTTCAAGACGCGACGGGGAGCCTACCGTACCCTTACGAAAGAAGCTGTGGCTTATCCCGCTGTTGTCGGCCTTTATTATTATACCGTTAGAACTCTTTGCGATGTTATATGCCCGGTGGTTCCCCGTATCAGATCCATCCGGATCAGGTGAAATCCTGGCTTACGGCGGTCAGGGCGTATGGCTCGGCTTCTCGCTCACCATCCTGATCGGGTTCCTGATCTTCGAAGGCATCCTTCATCCTTTGGTGATCACCCTGCTAAGACTGCTGCTTCGCAAGGATAGCTCCATCTATATCAAACAGGCGGTTACCGTTGTGACCGACACGGTTCTGCTGTACATAGCCTCTCTGATCGTGCCCGGCATTCCTGTCGGCGGCTGGCTGCAAGCGCTTCTCATTGCCCTATTCTTTCACCTCATAGAATGGATCCTCATCGGAGTCCAGACTTGGGTGCAGCAGCGCAAGCGGGCAAGAGCCGAATCTGCCTAG	MHTMQIILSVLILMILFGLINLMMNYISRRDGEPTVPLRKKLWLIPLLSAFIIIPLELFAMLYARWFPVSDPSGSGEILAYGGQGVWLGFSLTILIGFLIFEGILHPLVITLLRLLLRKDSSIYIKQAVTVVTDTVLLYIASLIVPGIPVGGWLQALLIALFFHLIEWILIGVQTWVQQRKRARAESA				NA	NA	NA	NA	NA
JZ016_03681	1671	ubiB		protein kinase UbiB	ATGGCGGTCCGAATTCGACATGCCGGACGTTACCGGGAAATCGCCATGGCGCTCATGCGTCATGGCTTTGGCTATATGGTGGAGGAGATGGGACTGTTTCATGTTCTGTCGCTGCCTGTCCGCTGGAGTTCCAGGGAACAGCCGGAGACGATTACGCTCGGGGAATGCATCCGGCGAGTGCTTGAGGATCTTGGCCCCGCCTTTGTGAAGCTCGGACAGTTGGCGAGTACAAGATCGGACCTGCTGCCTGACCATATTATCCAGGAATTGGTGAAGCTGCAGGAACGGGTGCCTCCATTTTCTTCTACGAGCGCAAGGGAGCTGATTGAGCAAGAGTGGGGTATGCCGATCGATGAAGTGTTGAGTGAGTTTGAAGACAAACCGCTGGCAGCCGCCTCGATTGGGCAGGTCCATGCCGGGAAGCTGAAATCCGGAGAGCATGTAGCGATCAAGGTTCAGCGGCCCGGGGTAGCCCGAATGATCGGTCGTGACTTGGAAATATTGCGGGATTTAATCTCGATTGCCGAGCGCCACTGGGAATGGGTGAAGCAGTACCGTGTGGACCGGATCGTTGACGAATTTGCCAGAGCGATGATGGCCGAGCTGGATTACAGCCATGAAGCCCGAAACGCAGAGAAGATAGCCTCCCAGATGCCGGATCATGAATTTATCCGCATTCCGCGGATTTATTGGGAGTACACGTCATCTAAAGTTCTGATGATGGAGTATGTCGATGGCCTCACCTTAAGCCGGAGGCAGGAGATCGTGGACAAGGGACATGATCTGAAGGCGATCGCTGAACATTTGATCGATGGCATGCTGCAGCAGATTTTTATTGAGGGATTTTTTCATGCCGACCCTCATCCGGGGAATTTACTTGTCAGAGAGGACGGCAAGCTGGTCTTTCTGGATTTTGGGCTGGTGGGTCACCTCAGCGAAGATATGAAGGACCATCTGTCCGGACTCATTATTGCCTTGATGCGGCGGAATTCGGAAGGGATGATCCGGGCGATTTCCAGAATGGGTTTGATTCCGGACGACTGCGACATGGATGCACTCCGGTCAGACATGGACCGGCTGCGGGGAGAGTATTATGATGTGCCTTTCGCTCAAGTGCGTATCGGTAAGGCATTGACGGATCTGTTTGCCGTTGCCCAGCGGCACCGGATTATGCTGCCACCGGATATGACGCTGCTTGGCAAATCATTGCTGACGCTCGAAGGGGTCATCGAGATGCTGGACCCTAGTCTGAGTATTATCGATATGGCGGAGCCTTTTGGCCGAAAGCTGTTGAAGAAGCGGTATAATACCCGCCGGATCAGCAGGAAGGTGCTGGACGGGGTAAGCGGACTTGCCGAGAGCCTGCTTGATCTGCCCGGACAGGCCAGGCAGCTGTCGGCCCTGATCAGCAAGGGGAAACTGCGGGTGGAGATCAGTGTTCCCGAACTGCAAACCCTGATGCGCAAGCTGGATCAGATCAGTAACCGGCTCTCCTTCAGCATTGTGCTTCTGGCTTTCAGCATCATCATGGTGGGTCTGATTATCGGTTCGTCGCTCAGTCGAGAGCCGATGATGCTGTGGAGTTTCCCCGTGATTGAAGTCGGGTTCATTGTGGCCTTGCTCATGGTTGCATGGCTGTTATATGCCATTTTCAAATCCGGCAGGTTCTAG	MAVRIRHAGRYREIAMALMRHGFGYMVEEMGLFHVLSLPVRWSSREQPETITLGECIRRVLEDLGPAFVKLGQLASTRSDLLPDHIIQELVKLQERVPPFSSTSARELIEQEWGMPIDEVLSEFEDKPLAAASIGQVHAGKLKSGEHVAIKVQRPGVARMIGRDLEILRDLISIAERHWEWVKQYRVDRIVDEFARAMMAELDYSHEARNAEKIASQMPDHEFIRIPRIYWEYTSSKVLMMEYVDGLTLSRRQEIVDKGHDLKAIAEHLIDGMLQQIFIEGFFHADPHPGNLLVREDGKLVFLDFGLVGHLSEDMKDHLSGLIIALMRRNSEGMIRAISRMGLIPDDCDMDALRSDMDRLRGEYYDVPFAQVRIGKALTDLFAVAQRHRIMLPPDMTLLGKSLLTLEGVIEMLDPSLSIIDMAEPFGRKLLKKRYNTRRISRKVLDGVSGLAESLLDLPGQARQLSALISKGKLRVEISVPELQTLMRKLDQISNRLSFSIVLLAFSIIMVGLIIGSSLSREPMMLWSFPVIEVGFIVALLMVAWLLYAIFKSGRF	PGPT0009520_794	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009520-ubiB|aarF-K03688	NA	NA
JZ016_03682	318			hypothetical protein	GTGAGTGATCTTTTTAAGAAAGCCATCTCGTTAGGATTGGGCCTTACCGTGGTCAGCAAGGAAAAAGTAGAGAAAATCGTGGATGATCTGGTCAAACGCGGGGAGCTTGCTCCTGCGGAGTCCAAAGCGCTTGTGAACCGTCTCGTCGAACGCGGCGAAGAGGAGCAGTCGCAGATCAAGAACTATATTTATGAACAGGTGCAGCGTGTATTGTCCGATCTGGATGTTCCCAAAGAGAGTGATGTCGCCAGCCTGGAACAGCGCATTGCTACTCTGGAGAAGAAGGTTGTAGAACTGGAAGGATCGCGGCAGGAATAG	MSDLFKKAISLGLGLTVVSKEKVEKIVDDLVKRGELAPAESKALVNRLVERGEEEQSQIKNYIYEQVQRVLSDLDVPKESDVASLEQRIATLEKKVVELEGSRQE				NA	NA	NA	NA	NA
JZ016_03683	666	ykoJ	COG3212	putative protein YkoJ	ATGATGAAGAAGAAAATATGGTGGGCAGGCGCACTGTCCGTAGCTATCGCGGCAAGTGGAGTATACGGTTATAACGCTGTACAGGCGGCAGGATCAGGACAGACGACTGCAGCGGGAACACAGGCAGCAGCGAAGCAACAGCAGCAGCTGATCGGAATGGAAAAAGCGGAACAATTGGCACTGGCTGCTGCCAGCGGCAAAGTGGAGAGCATTGATATAGACCGGAAAAAGGGCAAGCTGGTATACGATGTGGAGATCCAGCAGAATAACCGGGACGTGGATGTATGGATTGATGCCTATACCGGCAAATCCCTCGGTGTAAGAGTGGACCGGGATGACGATGAAGATGATCGTGATAACCTTCCAGGCAATCTGATTGGTGCCGGCAAGGCATCCGCTATCGCTGTTAAACACGCTAAGGGCGGTACGGCTGTAGAAGTGGATCTGGACCAAGATGACGGCAGATGGGTGTATGACGTCGAAGTGAAGACAGCAAACGGATCATCTGACGTAGAAGTCCATGCGATCAGCGGTAAAGTGATCAAGGCGGAGTATGAGAAATACGACGACCATGATGACGACGATGACGACCATGATGATGACTATGATGACCATCACGATGGGGATCATGATGATCGCGATGATCATGACGGGGATGACGACTAA	MMKKKIWWAGALSVAIAASGVYGYNAVQAAGSGQTTAAGTQAAAKQQQQLIGMEKAEQLALAAASGKVESIDIDRKKGKLVYDVEIQQNNRDVDVWIDAYTGKSLGVRVDRDDDEDDRDNLPGNLIGAGKASAIAVKHAKGGTAVEVDLDQDDGRWVYDVEVKTANGSSDVEVHAISGKVIKAEYEKYDDHDDDDDDHDDDYDDHHDGDHDDRDDHDGDDD				NA	NA	NA	NA	NA
JZ016_03684	663			hypothetical protein	ATGCGTAAAAAAGTCAGTCTGCTGCTGGGTATCGTGATGCTGGTAGCGGTTATGATTATTGTGAATGCGGTATGGAGTCCTTTTAGCCGTTCTACTTCCGCTATGTCAATGGATGAAGTGGTGGAGGAGGTGCTCTCCCAATATCCTGGCGGCGAAATAACGAAGACCGCGCTGGACGGCGGGGTGTATCGATTAGAGCTTCAGTCGGCTACCGGAACATATGAGATGACGGTGGATGCTCGTCAAGGTGATATCGTGTCCATAGAGCAGCGGGATAAGACTGCTGTGAAGCCAGATCCTGAACCGGGTGGGCCAAGGGAGCCGGATCAGCCAACGGAACCGGATCCAGACAATCCTCCTTCCGAGCCAGCGGATAACGGTGGCAAGGGAGCAGCGGAGGGAGCTGGGGACGGGGAAAGTGGAAATGGAAGCGGCACTTCGGAACCACCTGCAACGATGATTACCAAAGAATACGCGATCAAGCTTTCTTTAGAGAAGGTACCGGGAACGGTGGAAGATGTGGAATATCGCGAGAGTAAGAGTAGCCGTTACTATCTGGTGGAGATTGAGAGAGCGGACGGGCGCGAAGCGACCATTCAAGTCCATGCCATTACCGGTAAGATCATGACAGTGACTTGGGATGATGAGGACGACGATGAATAA	MRKKVSLLLGIVMLVAVMIIVNAVWSPFSRSTSAMSMDEVVEEVLSQYPGGEITKTALDGGVYRLELQSATGTYEMTVDARQGDIVSIEQRDKTAVKPDPEPGGPREPDQPTEPDPDNPPSEPADNGGKGAAEGAGDGESGNGSGTSEPPATMITKEYAIKLSLEKVPGTVEDVEYRESKSSRYYLVEIERADGREATIQVHAITGKIMTVTWDDEDDDE				NA	NA	NA	NA	NA
JZ016_03685	1353	arlS		Signal transduction histidine-protein kinase ArlS	ATGAAGCTGAGCAGTAAAATCCACCTCTATTCGTCGGTGCTGATGGCGGCCATTCTGATAGTCATGAACTTATCCGTGTACTATGTGTTTAGCAAAATGACGGTGGACAGCCAGCTGGAGCAAGCGGAAGCGGAGGACTCCAGAATTTCGCGGGAAATGGCCAAAGCCGCGGATAGTATCCCGACGAGCGATCTTCTACGAAGCTATGTCCCTCTGGACGGGAAGATTCAATTGCTCGGGCCGGATGAAAGCTATCCGTCCACTTCAGTGACTTCCTCCGGTGAGGATATGGATGAGCTTAAGCTGCCGTACGATACGCAGAAGCAGGTGAAGGTCGTTGAGTATGATAATATCCGGTATACGATGGTTTCCCTGCCTATCATTTGGAGAGACGGGATCGTGGTTAATATACAGGTGGCCCGCAGTCTTGCCGCTACGATGGAGACGCTCCAAGTGCTGCGAATCGTACTGGTTGCCGTAACCGCGATTGCCTTGGTTCCGGTCATCCTTTCGACGCGGATACTGGGACGTTTGATCGTCCAGCCGATTACGGCTTTGATCCGTACGATGCGGGAGATCCGGCAAAGTGGGCGGTTCCGGCGAATCGAGCTGAAGGAGAAATCCAAGGATGAATTGGTGGAGATGGGGGCTGCGTTCAACGACATGATAACGCTGCTGGAGAGCAATCATGCGAGGCAGGAGCAATTCGTGTCCAACGCTTCCCATGAGTTAAAGACGCCCCTTACCATCATCGAGAGCTACGCAAGTTTGTTAAAGCGGCGAGGTCTGGACCGGCCGGAGCTGTTCATGGAGTCCGTGGAAGCGATCCATTCGGAAGCGATCCGGATGAAGGAGATGACGGAGCAGCTGCTGCTGCTTGCCCGCAATCAGGATCAGTGGCAGGTCGAGATGGAGCAGGTGGATCTCGTGGCATTATCGGAGTCTTCCGCGCGTGCCTTCCGCGATGCCTATAACCGCACGGTGGAGGTTGAAGCCGATGGCGAGGTTCTCGGCTGGACGGACGGCCGCAGGCTCAAGCAGCTCTTGTTCATTCTGCTGGATAATGCGCGCAAGTACAGTGACGAACATATTGTCATTCAGGTTGGCAGGAAGCCATCGGAGGTTTATATTCGGGTCATCGACCGCGGAATCGGCATTGCCAAGGAGGAGCTGGAGCATGTGTTCGACCGTTTCTACCGGGTGGACGAGGCTCGTACCCGCCGGGGCGGGGGGGCTGGTCTTGGTCTGTCCTTGGCTAAGGATATCGCTGAGGCCATCTCGGCTTCGATCGAGCTGGATAGCCTGCCGGGTGTCGGTACAACCGCCACAATCCGGCTGCAAGAATCGAAATAA	MKLSSKIHLYSSVLMAAILIVMNLSVYYVFSKMTVDSQLEQAEAEDSRISREMAKAADSIPTSDLLRSYVPLDGKIQLLGPDESYPSTSVTSSGEDMDELKLPYDTQKQVKVVEYDNIRYTMVSLPIIWRDGIVVNIQVARSLAATMETLQVLRIVLVAVTAIALVPVILSTRILGRLIVQPITALIRTMREIRQSGRFRRIELKEKSKDELVEMGAAFNDMITLLESNHARQEQFVSNASHELKTPLTIIESYASLLKRRGLDRPELFMESVEAIHSEAIRMKEMTEQLLLLARNQDQWQVEMEQVDLVALSESSARAFRDAYNRTVEVEADGEVLGWTDGRRLKQLLFILLDNARKYSDEHIVIQVGRKPSEVYIRVIDRGIGIAKEELEHVFDRFYRVDEARTRRGGGAGLGLSLAKDIAEAISASIELDSLPGVGTTATIRLQESK				NA	NA	NA	NA	NA
JZ016_03686	699	mprA_2		Response regulator MprA	TTGAGCGGGAAGATATTAATTGTTGAGGATGAAGCGAAAATATCCCGATTGCTTGAAATCGAGCTGGAGAGTGAAGGATATCAGGTGACCAAGGCAGACAACGGGCTGGATGCGCTGGAGGCATACCGCAGTCAGGACGTGGATTTAATTCTGCTGGATGTCATGCTCCCCGGGATGAGCGGAATTGAGCTGCTGCGGCGCATCCGTGCCCATGACTCCCACACAGCCGTGCTGCTGCTGACAGCCAAAAGCTCCGTTGAGGATAAAGTATCGGGGCTTGATCTAGGAGCCAATGATTATATAACGAAGCCGTTTCAGATCGAAGAGCTGCTGGCGCGGATTCGTGCTGCGCTGCGGCTTCAGGGTAAGCAGGATCCGGAAGAGCAGGCGGCAGGAGAGTGGCTTACGGCAGCGGATTTGAAATTGAACGAAGGCACGCGGGAAGTCATTCGCGATGGCAGAAGGATCGATCTGACGCCGCGTGAATTTGACTTGCTCGTCTATTTACTGAAGAACAAACGGCAGGTGCTGAACCGCGAGCAGATACTCGCTGCCGTATGGGGATACGATTATTACGGCGACACCAACGTCGTCGATGTATATATACGATACGTCCGCAAAAAAATCGATCATGATAGCGCATATGAGCTCATTCACACCGTCCGCGGCGTCGGCTACGTGCTCAAAGAGACCCCATGA	MSGKILIVEDEAKISRLLEIELESEGYQVTKADNGLDALEAYRSQDVDLILLDVMLPGMSGIELLRRIRAHDSHTAVLLLTAKSSVEDKVSGLDLGANDYITKPFQIEELLARIRAALRLQGKQDPEEQAAGEWLTAADLKLNEGTREVIRDGRRIDLTPREFDLLVYLLKNKRQVLNREQILAAVWGYDYYGDTNVVDVYIRYVRKKIDHDSAYELIHTVRGVGYVLKETP	PGPT0004105_1245	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0004105-cusR|copR|silR-K07665	NA	NA
JZ016_03687	639			hypothetical protein	ATGGATAAGAGAAAAGCATTGCTGCTTGGCAGCTACACCCACCCGAAGTTTCATCCGCTGCAAGGCATCGACAAACAAGTGACACACCTGCTGAACGACATGTTCACCGTGCAGTGCACGGAAAATCATAAAATGCTGCATGAAAGCAATCTCTACCCTTACGAGCTCTGCATCGCCTACAGCGACCTATGGGATGAGCGCGTCTCGCCTCGCCAGACCGCAGGCCTGTTGTCTTACGTAAGCGGCGGCGGCGGCTTGCTCGTGATTCATAACGGCGTTACGCTGGCCAATCGTTATGAGCTTGCGCAGCTGATCGGCGCCCGTTTTGACGGACACCCGCCCATGGAGAAGCTGTATTTCGTTCCAGGGGAGACCGATCACGATATTACGGAAGGCGTTGAGCCTTTTGTGCTCGATGAGGAGCCTTACCGTTTCATATTCAGTCCGTTTACGGAAAAAACCGTGCTGCTGCATTATGAATATGAAGGGAAGCAGTGGCCTGCCGCCTGGTGCCATACGTATGGCATCGGACGCGTGGTTTTCTTGATGCCGGGCCACCACGAGCCGTCATTTCTTCAGCCTCAGCTGCGTTTGATGATTACGCAAGCGGCCAAGTGGGCTGCACGCGTTCCGGGTTAA	MDKRKALLLGSYTHPKFHPLQGIDKQVTHLLNDMFTVQCTENHKMLHESNLYPYELCIAYSDLWDERVSPRQTAGLLSYVSGGGGLLVIHNGVTLANRYELAQLIGARFDGHPPMEKLYFVPGETDHDITEGVEPFVLDEEPYRFIFSPFTEKTVLLHYEYEGKQWPAAWCHTYGIGRVVFLMPGHHEPSFLQPQLRLMITQAAKWAARVPG				NA	NA	NA	NA	NA
JZ016_03688	756			hypothetical protein	ATGGCTAAGCTGGTGGAGAAGATGGGAGGAACCGCGCTGCTTCGTCCGGCCCAGGGGACCGTATTTTTGGATGATGAAGTATTGCGCCGTTCGATCGAAGCTTGGCTCAAAGCGCCTGCACCGTGGGCGATATTTACGACGGGAATCGGCCTGGAGGCCATATATGATACGGCCGAACAGATGGGCCTTTTAGATACATTGAATGAAACGCTGCAGCGCACCTCGATTGCGGCAAGAGGGTACAAAACGGCAAATGCGCTGAAAAAACGCGGGCTGGCGCCGGTCGTCCGAGATGATGATGGCAGTACGTCGGGGCTGATCCGGTCACTTGAGCCGCATGACTTGTCGGGCAAACGCGTCATTCTGCAGCTGCACGGCGAATCTGCCCCTAAGCTGGTGGAGTGGCTGGAGAGTCGCGGGGCGGTAGTAGAGCAGATCCTGCCGTATAAGCACATTCCGCCGCTGGAGGAGGATGTTTCGCAGCTCGTGGACGAAATTGTGGGCGGCAAGGTTGATGCGGTTGCTTTTACAAGCGCGCCCCAGTTCCGTTTTCTTGCGGATTATGCACGTGCCCACGGCAAGCTGGAGGCTGTGCTTGAGGCATTCCGCGGACCGGTCCTGGCCGCCGCTGTCGGCAAGGTTACGGCACAGGGACTCCGCGAAGAAGGCATTGAACGCATGGTGGTTCCCGAGGAAGAGCGAATGGGCAGCATGATGGTGGCGCTTGGCCGCTACTTTGCTCAAAACCAAGAATAA	MAKLVEKMGGTALLRPAQGTVFLDDEVLRRSIEAWLKAPAPWAIFTTGIGLEAIYDTAEQMGLLDTLNETLQRTSIAARGYKTANALKKRGLAPVVRDDDGSTSGLIRSLEPHDLSGKRVILQLHGESAPKLVEWLESRGAVVEQILPYKHIPPLEEDVSQLVDEIVGGKVDAVAFTSAPQFRFLADYARAHGKLEAVLEAFRGPVLAAAVGKVTAQGLREEGIERMVVPEEERMGSMMVALGRYFAQNQE	PGPT0003665_1163	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003665-hemD-K01719	NA	NA
JZ016_03689	1002	mcpA	COG0840	Methyl-accepting chemotaxis protein McpA	ATGAAAGGCTTCAAGCGAGATGAGATTGGAGAATTGGCCGATCACTTCCAGCAGATGGTGGATAGTCTCAGAGACATGGTTCACGGGGTTAAGGCGATGACGGAGAATGTTTCCGCATCTTCCGAGGAATTGTCCGCAAGCGCCCTGCAAAATACAAGCGCCGTCGAGCATGTCACGTCTTCCATTCAGGAGGTGGCCGCCGGCAGCGAACGCCAGTTGAACGCCGCCGAGGAGATTCTGAAGCGCATCCTTCAAGTATCCAGGCATGCCGATGAGATTGCAGAAGTGTTGGAGAAGGTTACAGATGCCATGAACCAGACGGAGGAATTAGCTCAGGAAGGGAACAAGACGGTGATTACCGCAGCAGCGACGATGCAGGATATCGATCATGCGATGAACGATTTGAATGGGGTTATCCATCAGCTGTCTGAGCGGACCGAGGAGATCGGCGGTATCGCTTCGGCCATTACCGACATTGCCAAGGAGACAAGCCTACTGTCGCTGAATGCCTCGATCGAGGCTGCGAGAGCCGGGGAGCAGGGCAAAGGATTTGCGGTTGTGGCCGCCGAAATCCGTAAGCTTGCGCAAAGGTCGGAAAGCTCAGCGGATTATATATCAGGGCTGATTGCAGGGATACTTGCAGAAGTGGAACGAACCATCGAGGTGACGGAAGCCGCCAGGCAGAAGGTGTCGGACGGCGTTGACGCAGCGGATCTGACCGGACGCTCCTTCTCCCGTATCAAAAAGGCCGTGAATACGGTGTCCGGCCAGGTAAGAACCACTTCGAAAGCGGCTAAGGAATTGGCTCAAGATACGGCCTCCACGAAAAAGTCCGTTGAAGATATCCGCGGGGTGTCGGAGCAAACGTCCAGCCAGACTCAGACGATATCGGCTGCCTCTGAGGAACAGCTTGCTTCCATGGAAGAGGTGAGCGCGTCTGCTGCAGATTTAAGCCGGTTAGCCGAAGAACTGCAGGAGATGGTGAAAAGCTTCAAGATTTAA	MKGFKRDEIGELADHFQQMVDSLRDMVHGVKAMTENVSASSEELSASALQNTSAVEHVTSSIQEVAAGSERQLNAAEEILKRILQVSRHADEIAEVLEKVTDAMNQTEELAQEGNKTVITAAATMQDIDHAMNDLNGVIHQLSERTEEIGGIASAITDIAKETSLLSLNASIEAARAGEQGKGFAVVAAEIRKLAQRSESSADYISGLIAGILAEVERTIEVTEAARQKVSDGVDAADLTGRSFSRIKKAVNTVSGQVRTTSKAAKELAQDTASTKKSVEDIRGVSEQTSSQTQTISAASEEQLASMEEVSASAADLSRLAEELQEMVKSFKI	PGPT0015710_7764	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_03690	972	mcpB	COG0840	Methyl-accepting chemotaxis protein McpB	ATGAAGAAAAAAAGTGCTAATCGTATTCGAAGAAATCTGATCCTTACATTTCTCCTCGTGCTCCTTGTGCCCAGCTGCGCCATCGGTTTTATCACCTACCGTGACGCCAAGGGAACGATCGAGGATGAAATTCTCCGCAGTGCATCGCTGAGTGTTGATACGGCGAATGAGATCATTAACCACACGCTGCAATCCAAGTTTGATGACCTGAATTATTTAAGCACCACGATGAAGTCCGCGGAAATCGACAAGGAACTTAAAGCGCAAGCAGGTTCAACTATCCATGCACTGAAGCAGTACTTGGGACTTCATCCGGATACGGTAGACGTATTTATCGGTACGGCGCAGGCTGGAATTATCAAGGCATCGAGTGAAAAGCTGCCGCCGGGCTATGACCCTAGACAAACCGGCTGGTACCAGGAGGCAATGAATGCATCGGGCCAACCGATTATTACAGCCCCTTATGCTTCGAATGCAGGCTCACTGATTGTTGTAACGATCGCCCAGATGCTGCCTGACGGCAAAGGCGTCGTGGGCATTGATCTCAACCTCGGCAGCATCCAGAGTCTGGTCGAGGTGCAGGTAGGTAAAGAAGGCTACACGATGGTGCTGGATCAAAACCACAAATATTTGTTTCACCCCGATTATGAAGCAGGGACGGACGCGTTGGCTGAGGAAACCTGGATCTCCAAGATGTATGAGCAGCCGACCGGTCATTTTCACTATGTCCATGAAGGCATGGAGAAACAATTGAATTACATTACAAATGAACGAACCGGCTGGAAAATTGCCGGGACCATGTATGTTCAGGAAGTCGCCGACGCCGTTAATGGCATCCGCCACACGATGATTGTGGTCATGACCGTGTCGCTGCTAACCGCCTTAATTCTGGTGACTTGGAATGTAAGCTCAGTGATCAAGCCGATTCGCCGTATGCGCCAAGCGACCGAGGTCATTAGCGGGGGGATCTGA	MKKKSANRIRRNLILTFLLVLLVPSCAIGFITYRDAKGTIEDEILRSASLSVDTANEIINHTLQSKFDDLNYLSTTMKSAEIDKELKAQAGSTIHALKQYLGLHPDTVDVFIGTAQAGIIKASSEKLPPGYDPRQTGWYQEAMNASGQPIITAPYASNAGSLIVVTIAQMLPDGKGVVGIDLNLGSIQSLVEVQVGKEGYTMVLDQNHKYLFHPDYEAGTDALAEETWISKMYEQPTGHFHYVHEGMEKQLNYITNERTGWKIAGTMYVQEVADAVNGIRHTMIVVMTVSLLTALILVTWNVSSVIKPIRRMRQATEVISGGI	PGPT0015710_7764	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_03691	1461	katA_1	COG0753	Vegetative catalase	ATGGATAGAATGACAACCAATCAAGGGGCTCCGGTCGGAGATAACCAAAACTCCAAAACGGCAGGACGCCGCGGACCGACGCTGCTTGAGGATTATCATCTGATCGAAAAAATCGCCCACTTCGACCGTGAACGGATACCGGAGCGCGTCGTTCATGCCCGCGGGGCAGGTGCGCACGGCACATTTGTTGTGGAGAATGGCATGAAGCCTTATACGAAAGCGGCATTCCTGCAGGAAATCGGTCAGGAAACTCCTGTGTTCGTTCGCTTCTCCACGGTTATTCATGGAACGGGGTCACCCGAAACGGCACGCGACCCGCGCGGATTTGCCGTGAAGTTCTATACGGAGGAAGGCAACTATGACATTGTAGGGAACCATATCCCTGTCTTCTTTATTCGGGACGCAATCAAATTCCCCGATATGGTGCATTCCTTGAAACCTTCGCCGGAGACCAATATCCAGGAGCCCGGCCGGTACTGGGACTTCATGACGCTGTCCCCGGAATCCACGCATATGATGACCTGGGTGTTCTCCGATCACGGCACACCGGCGAACTATCGCGAGTTGGATGGCTTCAGTGTTCACGCCTTCAAGTGGGTGAATAGCGAAGGCAAAGTGACCTACATTAAATACAAGTGGGAGTCCGCACAGGGCGTGAATACGCTGAATGCAGACGAAGTGGTCGAAGTCCAGGGCAAGGACTTCAATCACGCCACCCGTGATCTTCATGAGCACATTTCAAACGGGAATTTCCCGAAATGGCGCTTACAGGTGCAGCTGATGTCCCCGGAAGAGATGGATGAATTGTCCTTTGATCCGCTGGATCCTACAAAGACCTGGCCGGAGGATCGGTTCCCGTTCGTAACGGTCGGTACCATGACTTTGAATCGCAATCCGCAGAACTTTTTTGCTGAAGTGGAGCAGGTCGCTTTCTCCCCAAGTGCGTTGGTACCTGGCATCGAGCCGTCGGAGGATAAATTGCTGCAAGGCCGGTTATTCTCTTACCCGGATACGCAGCGTCATCGACTGGGTGCGAATTATTTGCAGATTCCGATTAACTGCCCATATGCTCCTGTGCGTAATCATCAACGCGATGGCTTGATGAACGTGGATCAAGATCCGTCACCGGTAAACTATGAGCCGAACAGTTATACAACAGGCCCTGTGGAAGATCCGTCTGTAAGTGAAAGCGAGGCACCGTTCAACGGGCGTGTCGTTCGCCAGCGTATCGAGAAAACGGATGATTTCACACAGGCCGGAGAGTTGTATCGTTCGTTTACCGAGCAGGAGAAGGATCATCTGATCCGTAATCTGGTTGATGACCTGAGTCAGGTCAAATCCGATATTCAGCTCCGTGCCGTATGCAATTTCTACCGTGCGGACGCCGAATACGGTGCAAGACTCGCTGCCGGGCTTGGTGTAGACCTAAGCGCATTCATGCCTTCCAATCAGTCGAAGTAA	MDRMTTNQGAPVGDNQNSKTAGRRGPTLLEDYHLIEKIAHFDRERIPERVVHARGAGAHGTFVVENGMKPYTKAAFLQEIGQETPVFVRFSTVIHGTGSPETARDPRGFAVKFYTEEGNYDIVGNHIPVFFIRDAIKFPDMVHSLKPSPETNIQEPGRYWDFMTLSPESTHMMTWVFSDHGTPANYRELDGFSVHAFKWVNSEGKVTYIKYKWESAQGVNTLNADEVVEVQGKDFNHATRDLHEHISNGNFPKWRLQVQLMSPEEMDELSFDPLDPTKTWPEDRFPFVTVGTMTLNRNPQNFFAEVEQVAFSPSALVPGIEPSEDKLLQGRLFSYPDTQRHRLGANYLQIPINCPYAPVRNHQRDGLMNVDQDPSPVNYEPNSYTTGPVEDPSVSESEAPFNGRVVRQRIEKTDDFTQAGELYRSFTEQEKDHLIRNLVDDLSQVKSDIQLRAVCNFYRADAEYGARLAAGLGVDLSAFMPSNQSK	PGPT0014380_4505	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781	NA	NA
JZ016_03692	819			hypothetical protein	ATGTCAAACCAAACGGAAGAAATGACGGCACTGGGAACGGTCTATTCGTTTCCTGATTTCCAGTCCGGCAACCTGTATGTTCGTCCGACGACGCCGATGGCGATAGGGGATGCTTGTCCCACAACGCTGCGGGCTGCGTTATTAAGCCGTTCGCCCGGACGGGTGAATGAAATGTTCATTACCTTGACCGAGAACTGCTTCGAGGTGATGATGTTCCGCAAATGGGAACCGCGTCTTCAGTCGGCACTCAATACAGGATTGATTATTGCCGATATGACGGGCTGCCGGAATATGACGGCGTTCAACAAGGAGAAGGAACTCCTGCTGCCTGAGCATTCCTCTATTCCGATTCTGTATCTTGTAGGGGAAGAATTAATGAGCAATGCGGGCTCAAGCCTGTTGAACGAAGAGCTCATGGTATGGCCTGCCCGTTCCAAAGATACGATGATGTATCAGGTGCAGCGAACCATCCGATTGTTCTCACCGGCCGCCGGGTTGTCAGGTGGAGAAGAGGTCATGCGAGGCCTCGTTTATAAAGACTTGTCCATTGATCGGGATAAAATGACGATCCACCGGGGCAGCACTCCGATCCATTTGACCAAGACAGAGTATCATTTACTGATGCTCCTGCTGGACAGCGAAGGAGCCGTATGCACGCGTGAGGATCTGATGTGCAAAATTTGGGATACGGATTTTATGGGCGGCAGCAACGTAGTCGACGTCCATATCAAAAGCTTGCGTAAAAAGCTGAGCGACAACGCGGGAGCCCCGCGCTATATTGCAACGGTTAGAGGAGTGGGATACCGCCTGGCGGACTAA	MSNQTEEMTALGTVYSFPDFQSGNLYVRPTTPMAIGDACPTTLRAALLSRSPGRVNEMFITLTENCFEVMMFRKWEPRLQSALNTGLIIADMTGCRNMTAFNKEKELLLPEHSSIPILYLVGEELMSNAGSSLLNEELMVWPARSKDTMMYQVQRTIRLFSPAAGLSGGEEVMRGLVYKDLSIDRDKMTIHRGSTPIHLTKTEYHLLMLLLDSEGAVCTREDLMCKIWDTDFMGGSNVVDVHIKSLRKKLSDNAGAPRYIATVRGVGYRLAD	PGPT0002665_16	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_03693	396	perR_2	COG0735	Transcriptional regulator PerR	TTGAAATCTTTAAATCTGACGACACAACGCCAAGCGGTGTACGATGTCCTTCGGGAATCGCATGATCATCCGACTGCTGCGGACATCATGAACCGGCTGGTGGAGAAAGGATATAATTTGGCGTACGGGACGGTTTATAATTCCCTTCGTTATTTGACGGATAAGCAGTTGATTCGAGAATTGAAGCTGGGCGAGAGCGCGAGTCGGTACGACGCCCGTACGGACGATCATCAACATATTATTTGTGAAGTATGCGGTAAAGTGGACGAGGTCATGACGGAGGTGCCAGAGGATTGGGCTGCTACGGTAGCCGGTGAAACCAATTACGTCATCCATCATGCTCACGTCGTATTCGGGGGGGTGTGTCCAGAATGTCAAACCAAACGGAAGAAATGA	MKSLNLTTQRQAVYDVLRESHDHPTAADIMNRLVEKGYNLAYGTVYNSLRYLTDKQLIRELKLGESASRYDARTDDHQHIICEVCGKVDEVMTEVPEDWAATVAGETNYVIHHAHVVFGGVCPECQTKRKK	PGPT0012945_1207	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012945-perR-K09825	NA	NA
JZ016_03694	1014	dacA_1		D-alanyl-D-alanine carboxypeptidase DacA	ATGGAATCCATAGGCAAGTATCCCAATCAAGTACCGTCATCCCCCGAACGATCCCGTCAGCAAACCGGCACGATTCGAAGCAAACGAATGAAGCGCCGCAAGGGACGAGCACGTTTAAGTCTGCTCCTTCTGCTGTTTCTCGTCATTCTGTTGGTCGTGTTCATCGCGAAGATATTTATTCCGCCTCCCATCAAAGCGAGCTCGGCCATCCTGATTCATGCAGATACCGGCCGTGTGCTTTATGCGATGCATGCCGATCTCCCCCTTCCTCCCGCAAGCATGTCCAAAATGATGACGGAGCTGCTGGTGCTGGATGCCGTTCGTTCCGGGCAGCATGCTTGGGACGAGAACGTGCCGATTAGCCGATATGCCGCAGAGGTGCCCGGTTCGGCCATCGGCATGCATGAAGACGAACATTATACGCTGAGGCAGCTGTTCGAAGCGCTCATTATTCATTCGGCCAATGATGCTGCTGTAGCTATAGCAGAGCATCTCAGCGGGTCGGAAGCCCGCTTCGTGGAAAGCATGAATGCCCGGGCGAAGGAAATCGGCCTTTCTGATCGGACCGTATTCGCCAATGCATCTGGTCTGCCTGCCGCCGACCTGGTTCCTTTTGCCGAAGCGGCCTCCGAAGGGGATACCGTCATGACGGCCAGGGATTCGGCCATGCTGGCCAGATGGCTGGTGAACAAACATCCCGATCTGCTCGAGGTAACCAGCCAGCGCGATTTGCCTGTACCGCAGAAGAAGCTTTCCCTGCATACCACCAATCTCATGCTTCCTGGCGAGCCATTTTCTTACGAGGGTAATGACGGATTTAAGACCGGGTATACCCGCTCTGCCGGTTATTGCTTTACTGGAACGGCGTCGCGTGGTGGGAACCGACTGATATCCGTCGTGATGGGGACCGGGGATGCCGATCAGCGGTTTAAGGAAACACGGAAGCTGATGGATTACGGATTCGATCGTCAAGGCATTTTATCGAATCTCGTCGCCGGCCTTTTTAAACGATAA	MESIGKYPNQVPSSPERSRQQTGTIRSKRMKRRKGRARLSLLLLLFLVILLVVFIAKIFIPPPIKASSAILIHADTGRVLYAMHADLPLPPASMSKMMTELLVLDAVRSGQHAWDENVPISRYAAEVPGSAIGMHEDEHYTLRQLFEALIIHSANDAAVAIAEHLSGSEARFVESMNARAKEIGLSDRTVFANASGLPAADLVPFAEAASEGDTVMTARDSAMLARWLVNKHPDLLEVTSQRDLPVPQKKLSLHTTNLMLPGEPFSYEGNDGFKTGYTRSAGYCFTGTASRGGNRLISVVMGTGDADQRFKETRKLMDYGFDRQGILSNLVAGLFKR	PGPT0024040_5625	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
JZ016_03695	696	srrA_6	COG0745	Transcriptional regulatory protein SrrA	ATGAGAAGCGTATTAATCGTAGATGACGATAAAGAAATATCCGGGCTGATCTCTATTTATCTGGAGAATGAGGGTTACCGCGTAATCCAAGCCCATGACGGGGAGGAAGCACTGCTGGCGATGGCCACGCACGGTGGTACGGTGGATCTCGTGATTCTCGATGTCATGATGCCAAAGCTGAACGGGATTGACACCTGCCGCAGAATCCGGGAAACCTCGTCCATACCCATCCTGATGCTGAGCGCCAAGAGTGAAGACATGGATAAAATCCTGGGGCTGATGACCGGCGCGGATGACTATATGATCAAACCGTTCAATCCGCTGGAGCTGACGACTCGCGTCAAAACACTGCTGCGGCGCTCCACCCTGTACAATGCCGAACTGCTTCGGGAGGACAGCGACCGGATCCAGATCGACGGACTCGACATTAACCGGACAACGCATGAGGTAACGGCCAATGGCAAAGCGATCTCTTTGACGGCAAGAGAATTCGAGATTCTGTATTTACTTGCCCGCCAACCGGGGAGAATCTTCAGTGCCGAGGATATCTTCCAGCAGGTCTGGAAGGAGAAATATTACGTCTCCAATAATACGGTCATGGTGCACATCAGCAACCTGCGGGACAAGCTCGAGAAGGAGCTGGGTTATAAGCTCATTCAAACGGTATGGGGCGTCGGGTACAAAATCCATGCGTAA	MRSVLIVDDDKEISGLISIYLENEGYRVIQAHDGEEALLAMATHGGTVDLVILDVMMPKLNGIDTCRRIRETSSIPILMLSAKSEDMDKILGLMTGADDYMIKPFNPLELTTRVKTLLRRSTLYNAELLREDSDRIQIDGLDINRTTHEVTANGKAISLTAREFEILYLLARQPGRIFSAEDIFQQVWKEKYYVSNNTVMVHISNLRDKLEKELGYKLIQTVWGVGYKIHA	PGPT0028485_111	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028485-vanRC|vanRE|vanRG-K18349	NA	NA
JZ016_03696	1098	rcsC_8		Sensor histidine kinase RcsC	ATGCGTAAGCTGCAATGGAAAATCATCACGCTGTTTTTTGTCGGTGGAGCCCTGACCCTGTCCATACTGTTCCTCGCGCAGCAGATCATCCGATTGATCGGCCGGGAATACTGGAAGGAGCCCTGGGTAAACACCCTATTCAGAGTTGATCGTATTCTGGAGGATTTCTTCGGTTTTCCCATCATCCCGACGATCATCGGCATCGTGCTGTTTATCTGCATGGTATTGCTCCTGAGCCAGGGCACCATTCGTCAAATCAATCACTTAATGGAGGGTACAAAGCGTTTGGCAAAGGGCGAATTGGATCAAGAGATTATCGTCAGCTCGAATGACGAACTGGGCCAGATGGCAACGCAAATCAATCAAATGGCCAAGCAGCTGAAGCTATCGCTGGCAGAGGAGCGGATGGCGGTCCAGTCCAAGAACGAGCTGATCAGCAACGTATCGCATGATCTGCGTACCCCCCTCACCTCCATCATCGGGTACTTGCGGCTGGTCAATGAAGACCATTACAAGGATGAAGTCGAACTCCGGTATTATACCGATATCGCGTACGATAAGTCGCTGCGCCTGGGCGGACTCGTGAACGATTTGTTTGAATACACCCGGATGGGGTACTCCCCGATAAACCGGGTTGACATTAATTTGGTGGAGCTGCTCGCACAATTGGCCGTGGACTTTTCACTCACCGGGCAGCAGGAAGGAGTACAAGTCATCTTCACGCCTGAATCGGAGAAAATCATGATCTCCTCGGACGGGGATAAGCTGATGCGCACCTTCGAGAATCTGCTGTCCAATGCGGTACGGCACGGGCGAGAAGCCGGGGTGGTGGATTTGAAGGTATCAAGTGATGCGAAGTTTGCCGTCGTACAGGTAATCAATTACGGTCCCCCGATCCCCCCATATGCAATCCCCTATCTGTTCGAGCGGTTCTACCGGGCGGATGAATCCCGTACCGATCAAACCGGCGGCTCCGGCCTTGGTTTGGCTATCGTCAAAACCATCGTGGATGCCCATCATGGCACGATTCAGGTGACCAGTAATACGGAACGAACGATGTTTGAAGTTCTCCTGCCTTTAGAGGCTCCTCAAAATTAA	MRKLQWKIITLFFVGGALTLSILFLAQQIIRLIGREYWKEPWVNTLFRVDRILEDFFGFPIIPTIIGIVLFICMVLLLSQGTIRQINHLMEGTKRLAKGELDQEIIVSSNDELGQMATQINQMAKQLKLSLAEERMAVQSKNELISNVSHDLRTPLTSIIGYLRLVNEDHYKDEVELRYYTDIAYDKSLRLGGLVNDLFEYTRMGYSPINRVDINLVELLAQLAVDFSLTGQQEGVQVIFTPESEKIMISSDGDKLMRTFENLLSNAVRHGREAGVVDLKVSSDAKFAVVQVINYGPPIPPYAIPYLFERFYRADESRTDQTGGSGLGLAIVKTIVDAHHGTIQVTSNTERTMFEVLLPLEAPQN				NA	NA	NA	NA	NA
JZ016_03697	1113			hypothetical protein	ATGACTAATATACTATTTACCAACTTTTGTATATTTGTGACTTTCTTATACTTATCCGGACTGCTGTCCAAAAAATATGTAACAGGCGTTGTGACACCGTCCATCAACGTTAAGATCAACGCCGGACTCCTCTTTGGCATTTACGGGATCATCTTGATGTATTATTCTTTTCCGATTGACCCCCGGTTTTTTGCGGATTTGCGGCATCTGGCCATTGTCGTGATCGCCAGCTACCTGGGCTGGCTTCCGTCCCTAATTGCCGGCGTGCTGATTGCGCTCGGGCGGCTGATCCTGTTCGGCATGTCCGCTTCCTCTGCCATTGCGGGAGCCGGCATGCTGTTGATCGGGATCATCTGCGGGACGCTTTCTCGTACCCATTGGAATCGTTTAAGCAAAATGCTGCTCATGAGCGTATTGAGCATGCTGGTGCTCCTATGTATTATGTGGATGAATATCCCGGACCACCACAAGGTGTATACCATCTTTACGCAGCACCTCATCATATCCATGCTCGCCACGGTGGTCATTTACATGCTGACCGAGTATATCAACACGTCCAATCAACTATTTCTGCAGTTGAAGAAAAATGCGGAGACGGATTACCTGACAAGCCTTCACAATTTGCGCCAGTTCGAGCAGTTGTTGTCGGAACGTTTTCTCGAAGCCCAGCATTTCAGCGAACGGCTGGGTGTTCTTGTCGTGGACATTGATCACTTCAAAAAAATAAACGACACCTACGGCCATGCGGCCGGAGATGCCGTTTTGCAGCAGCTCAGCAAAGTGATGAGGGAGCATTCCCGTTCTTTTGACGAAGTGTCCCGCAACGGCGGGGAAGAATTCTCAGTGCTGGTTCCAGAAGCGACCATCGACGAGACGGCCGCTATTGCGGAACGAATCCGGGCTGCCGTAGCGGACCATATCTTTGTCCTAGAAGACGGAACTAAGATTCGGATCACCGTGTCGATTGGAGTTGCTGTGCACCCCGATACGATTCGGTCAAAAAATGCCAAGGAGCTGCTTCAGCAAGCGGACCGCGAGCTGTACCGAGCCAAGGACAGCGGGCGCAACCGCGTATGCTCCGCCCCCGAAATCAATGATTTGATTCTTTCTTAA	MTNILFTNFCIFVTFLYLSGLLSKKYVTGVVTPSINVKINAGLLFGIYGIILMYYSFPIDPRFFADLRHLAIVVIASYLGWLPSLIAGVLIALGRLILFGMSASSAIAGAGMLLIGIICGTLSRTHWNRLSKMLLMSVLSMLVLLCIMWMNIPDHHKVYTIFTQHLIISMLATVVIYMLTEYINTSNQLFLQLKKNAETDYLTSLHNLRQFEQLLSERFLEAQHFSERLGVLVVDIDHFKKINDTYGHAAGDAVLQQLSKVMREHSRSFDEVSRNGGEEFSVLVPEATIDETAAIAERIRAAVADHIFVLEDGTKIRITVSIGVAVHPDTIRSKNAKELLQQADRELYRAKDSGRNRVCSAPEINDLILS				NA	NA	NA	NA	NA
JZ016_03698	951	gpr_1	COG0667	L-glyceraldehyde 3-phosphate reductase	ATGGAATTTAGAAGATTGGGCGGAAGCGGACTGAAGGTTAGCGATATCAGTCTCGGGAGCTGGCTGACGTACGGGGGATATGTGGAACGGGAGAATGCCGTGAAGTCGATTCAGACCGCGTATGGGCTCGGCGTTAATTTTTTTGATACGGCGAATGTGTATGCGCAGGGGGCGGCTGAGGTGGTCGTCGGGGAAACCTTGAGAGCTTTCCCACGAGAATCCTATGTCCTGGCCACGAAGGTATTCGGCAAGATGGGGGACGGACCCAATGATCAGGGCCTTTCCCGCAAACATATCAGAGAGCAGTGCGATGCGAGTCTGAAGCGGCTGGGTACCGATTACGTCGACATCTATTACTGCCATCGATATCATGAAGAAACACCGCTAGAGGAAACGCTGCGGGCGCTGGATGACCTTGTCCGCCAAGGCAAGGTGCTTTATATCGGCGTCAGTATGTGGACCGCTGCCCAGATGGAAGCGGCATTGGCGGTTGCGGACCGCTATTTGCTGGATCGCATCGTGGTGAATCAGCCGCTGTACAACATGTTCGAGCGCAAGATCGAGGAGGAGATCATTCCTTTAGGCGAGAAGAAGGGCATTGGACAAGTGGTCTATTCTCCTCTAGCTCAAGGGCTTCTGACTGGCAAGTACGCCTCCAAGCAAGCCGTGCCGGAGAACAGCCGCGCATCGAAGATTGGAGCAGACCGGCTCAAAATGAGTGAAGACCGCATTCAGAAGGTGCAGGCTCTGGATCTCGTTGCAAGCGAGCTGGGTATGACCGTCGGCCAATTGGCCTTGGCCTGGATTCTGCGTCAGAACAACGTAGCCAGTGCGCTGGTGGGCGCCAGCCGTCCGGAACAGGTGGAAGAGAATGTGAAGGCTTCCGGTATGAAGCTGTCTTCGGATACGCTGACTGCCATTGATGAAATACTGAAGGCGGATTCGAATTAA	MEFRRLGGSGLKVSDISLGSWLTYGGYVERENAVKSIQTAYGLGVNFFDTANVYAQGAAEVVVGETLRAFPRESYVLATKVFGKMGDGPNDQGLSRKHIREQCDASLKRLGTDYVDIYYCHRYHEETPLEETLRALDDLVRQGKVLYIGVSMWTAAQMEAALAVADRYLLDRIVVNQPLYNMFERKIEEEIIPLGEKKGIGQVVYSPLAQGLLTGKYASKQAVPENSRASKIGADRLKMSEDRIQKVQALDLVASELGMTVGQLALAWILRQNNVASALVGASRPEQVEENVKASGMKLSSDTLTAIDEILKADSN	PGPT0008285_1827	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-HYDROXYACETONE_VOLATILE_BIOSYNTHESIS,PGPT0008285-yghZ-K19265	NA	NA
JZ016_03699	1110			hypothetical protein	ATGAAAGACCTGAAACGATGGCTGGTCTGGCTCATGTGCTGCTCTTTTTTGTTTCTGTCGGGATGTGATTTTAGGGATATCGATCTCAGACTTTTTGTTGTGTCCATTGGCATTGATGTCTCGAAGGAAAATCCCGGCATGAACCGATTCAGCTTCAAAATCGCGATTCCTTCGGGAGACCCGAAGACCGGGGATAAGAAGTCATTGCTTATTACGCAGGAAGCGACAAGCATCGCTGAAGCGATCAGGGAGGTTAAATCGAAAGTAGATAAGGAGCTTGACTTCGGACATTGCAAGGGAGTTATGTATGGGGAAGCATATGCCCGGGAAAATATAGGTAAAATTCAAGACTGGACCGTTCGGAGGCGAGACATGCAGCTGCTGATGTATCCAGGAGTTGCTGTTCCTACAGCGGAAGCCGTATTAAAGGCTGAACCCCCAACCGAGCGGATCGCCGGAAATGCGATATTTCTGGCGCTCAGTGAGGATGGGACGGAATCCCCGTTCATTACCAAGACATACTCCTTCGATCTGACCCGCCGAATGACGGAGGAAGGAGAAGATCCGGTTATGCCCGTCGTGGAAACGACCGAAGACCAAGTTCTGAATATCAACAAAGTAGCTTTGATGGATAAGAGCAAGGTGAAGGTGATTCTGAATCAGGAGGAAACCAGGCTGTATAACCTGCTCGATCTCCGGAACTTAAGCACCAATTTCGGGACGAGGGTTGAGGGCCAATTGCTTGAAGTGAACACGGACAGGACCCGGGCTAGATATAAGATCATAACGGATAAAGCAGGGGAAGAAACCATTGACTACAAGATTCGGATAACGGCCATTCTGGAGGAGAAGGAGGATCCCGAACAACTGGATCCGAAGGATCTGCGTAAGATCGAAGAGCAATTTAGCAAGGAAATATCCCAATCGGTAAAAAAACTGCTGGAGAAGATTCAAAAAACAGGCCTGGACCCGCTGGGTTTCGGCCTCCGATATGGAGGCACGCACTGGAACAATCAGACGGAGATGGAGGAATGGCGTGCCATGTACCCCCATGTCAAGTTTAATGTATCGGTCAGGTTAAGGATAAAGTCGACCGGTTATAAACGTTAG	MKDLKRWLVWLMCCSFLFLSGCDFRDIDLRLFVVSIGIDVSKENPGMNRFSFKIAIPSGDPKTGDKKSLLITQEATSIAEAIREVKSKVDKELDFGHCKGVMYGEAYARENIGKIQDWTVRRRDMQLLMYPGVAVPTAEAVLKAEPPTERIAGNAIFLALSEDGTESPFITKTYSFDLTRRMTEEGEDPVMPVVETTEDQVLNINKVALMDKSKVKVILNQEETRLYNLLDLRNLSTNFGTRVEGQLLEVNTDRTRARYKIITDKAGEETIDYKIRITAILEEKEDPEQLDPKDLRKIEEQFSKEISQSVKKLLEKIQKTGLDPLGFGLRYGGTHWNNQTEMEEWRAMYPHVKFNVSVRLRIKSTGYKR	PGPT0025040_174	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025040-gerC-NA	NA	NA
JZ016_03700	1110			hypothetical protein	GTGGTTAGAAATAAATATTTTTATTACCTCTTCCTGCTCAATGCAACCATCAACCTGATTAATTATGTCCCTCGCATCTTGATTACGGATCGCTTTGACGGTGCGCTGATGTCGATTCTCGTGTCCATTCCAATCGGCACATTGTTATTGTTTACTTTCGTAAAGCTGATTCAAAAATTTCCGGGACAAGGGCTGCCGGAGATTTTCCACTCGGTTATGTCCAAGTGGGTATCCGGCATCCTGCTTTTTTTATACGGACTCGCGTGGTTTTTCTCCAGCGTGATTACCTTGGTCAGTTTCGTTGATATTACCTCTCGCTACATCAGTCCGGATGTGTCTCCCTATATTGTTCTGGTGGGATTTCTGGTGGTGGTTGGACTTAGCGCGAGGCTCGATTCCGAGTCCATTATTTATGCACTGGAGATGATTCTGTACATCTGTGTGCCTATCATCGCCTACATGTCATGGCGTGTCTTCAGCAATCCCTATTTCAGCTGGGATTCCGTAAGGCAAATCATAACCTATGCATGGAATATGCCCAATTATGAAACGGTGGCGGCGGCAACTTTTATTTTTACGGGCTACGTGAACATGGTGGTATTCAACCGAATATTTCACCGATTCCGAGTACGCCATGTTTGGGCGATTGTGGTGGTCAGTATGCTTACCCTTCTGGTTTCGATCTTTGCACCCATTGGCATACTGGGCGCTGCGGGCGCCGGACAACACGTATATCCTGCCTTCTCGACGGTAGACGCGCTTCGGATTCGTTATTTCATCATTGAACGGATGATTTATGTCTTCTACGTGGTGTATATGTGCCTCTCCCTCGTGAACTCTATCATCCACTGGCATGTAGGTAAGGAACTGATCCTGGGAAGCTTCGGATTAAAGGTCGATAAGGGCAAAGCGATGACAAAAAGGAGGAAAATCGAATGGTGGGTGATTCTCCTCTTTTCCCTGATTACCTTCGGCACATCGTTTATCGTGAATCAATACATATTAAATGATATGGCGGTTGTCTTTCTGGATGTTCGGTTCGCGGGGGAATTCCTGCTCATTGCCCTGTTATTCTATGCGGTATGGAGGAAAAGGAGGAAGAAGGCATGA	MVRNKYFYYLFLLNATINLINYVPRILITDRFDGALMSILVSIPIGTLLLFTFVKLIQKFPGQGLPEIFHSVMSKWVSGILLFLYGLAWFFSSVITLVSFVDITSRYISPDVSPYIVLVGFLVVVGLSARLDSESIIYALEMILYICVPIIAYMSWRVFSNPYFSWDSVRQIITYAWNMPNYETVAAATFIFTGYVNMVVFNRIFHRFRVRHVWAIVVVSMLTLLVSIFAPIGILGAAGAGQHVYPAFSTVDALRIRYFIIERMIYVFYVVYMCLSLVNSIIHWHVGKELILGSFGLKVDKGKAMTKRRKIEWWVILLFSLITFGTSFIVNQYILNDMAVVFLDVRFAGEFLLIALLFYAVWRKRRKKA	PGPT0025030_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025030-gerBB-K06292	NA	NA
JZ016_03701	1362	gerAA_4		Spore germination protein A1	ATGACCAGCGAACCATATTTAAAGGCGGAGGATGCCAAGAAGTGTCTGCAAGAACATCTACGTAATATCGGAGATATCGAGCAGCGCGAGCTGAAGAATGAAGGGGAGCACGTGTTATTGATTTATCTTAAGAGCATGTGCGATCCCATCATGGTCAACGAAAATTTGATTAACCGTTTTTATGAACTGAAATCCTTGGATCTATATGACCAATTCCTCCGGTCCTTTCCCTCAACCGTGAAGCCGAAAGATGAACAGGAATTGCTCCGGAATATACTAAGGGGCTGCGTTGCCGTATTTCTCCGGGACAGCGTGCTCCTGTTTGACGCCGTATTGGTTAATGCAGGCGCCATTCAGCCTGCCAGTACGGAGAATGTCATTCAGGGTCCCGATGATTCGTTTACGGAAAATATCGAGGTGAACCTGAACCTGATTCGCCACCGTTACCAAACCGCGAATTTAAAGACGGAATTCATGACCGTCGGCAAACTATCGCAGACCCGAATCATCATTATGTACGATGCTTGCAAAGTGGAGGAAACGGTATTACAGGAGCTTAAAAAGCGATTGTCCGAGCTCAAAGCGGATATTGTGCAATCGGCGTCTGAAATCGAGAGACATACGATGCATCCTAAATTTCGTTTGTATCCGACGCTTATGCTAACCGAACGACCTGACCGGGCCGTACTGAATATCTCCCAAGGAAAGATTGCAGTATTGATGGATTCAACGGGGTATGCGCTTCTCCTGCCGGCCATATTCAATGATTTCTTTACGGCGATGGATGACAAAATCCAGCTTCCCCCGATCGGCTGGTTTCTCAAGGGAATCCGGTATATCGCCTTGTTTGTCACCGTGCTGATGCCAAGCCTTTATGTGGCCTTCACCTCTTATAATCCTGAAATATTGAGGATGCAGGTCACGCTTCTTATTGCGGGAAGCCGGGCTACGGTGCCGTATCCGTCCTTCTTTGAAGTGATTTTCATGCTGCTGGCGATGGAATTTCTGACGGAGGCGAGTGTTCGGCTGCCCAAAGCGATTGGTCAGACCGCTACCACGGTAGGGGGTCTCATTCTGGGAACCGCGGCCACGGAGGCGGGCTTGGTTAGTAACATCATGATCATCCTGGTTTCCGCCGTAGCGATAACAAATTTTGTGATCCCGATAACGATGATGAGCTCAGGCATCCGTGTCACGAAGTATTTGTTCATTGTACTGGCCACCTTATTCGGCTTAGTCGGTATCGTGTTGGGGATGGTGGCCATGATTATGTACCTTACGAGCCTCAGGTCCTTCGGCAAACCATACCTGAAGATGTTTGCTGTGGACTGGAACAAGAAAGGAGATCAGCGAAGTGGTTAG	MTSEPYLKAEDAKKCLQEHLRNIGDIEQRELKNEGEHVLLIYLKSMCDPIMVNENLINRFYELKSLDLYDQFLRSFPSTVKPKDEQELLRNILRGCVAVFLRDSVLLFDAVLVNAGAIQPASTENVIQGPDDSFTENIEVNLNLIRHRYQTANLKTEFMTVGKLSQTRIIIMYDACKVEETVLQELKKRLSELKADIVQSASEIERHTMHPKFRLYPTLMLTERPDRAVLNISQGKIAVLMDSTGYALLLPAIFNDFFTAMDDKIQLPPIGWFLKGIRYIALFVTVLMPSLYVAFTSYNPEILRMQVTLLIAGSRATVPYPSFFEVIFMLLAMEFLTEASVRLPKAIGQTATTVGGLILGTAATEAGLVSNIMIILVSAVAITNFVIPITMMSSGIRVTKYLFIVLATLFGLVGIVLGMVAMIMYLTSLRSFGKPYLKMFAVDWNKKGDQRSG	PGPT0014780_300	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0014780-yfkQ-K06307	NA	NA
JZ016_03702	1554	petC_1		Cytochrome b6-f complex iron-sulfur subunit	ATGAACCCATCCAATTCATCGTACCAAGGACTGCCGCAATACCCGGTGTCGCTGTGGAGAGCGACTACCGAACTGCCCGACTTCCCACGCTTGGCCGAGGATATCGAAGCGGATGTGGCCATCGTCGGAGCCGGCATAACCGGAATCACCACAGCCTATCTGCTGGCGAAGGCAGGTAAAGATGTGGTCGTCGTCGACGCAGGCCGCATACTGAACGGAACAACAGGTTTTACAACCGCGAAGGTAACGGCACAGCATGGGCTGATTTATCATGAATTTATGAACCATTTTGGAGAGGAGAAGACAAGGCTCTACTACGAAGGAAATCGTGAAGCGATCGAATTCATTAGGGATATTATTGGCGGAGACGAAGGGAAATTCGGGCTGAAGCTGGAGGATGCCTATATCTACGCTCAACAGGAGGACAAGTATCTCACAAAGCTCGAGGATGAAATCAAAGCTTATGAAAAGCTCGGCATTCCGGGAGAATGGCAGGACAGTCTTCCTCTGCCTATGCCGATTCGGGGAGCCATTAAGATGCCCGGGCAGTATCGGTTCCATCCTCTGAAGTATTTGAAACATCTGACGGAACAATTTCTGAAACTCGGAGGGCGGATCTATGAGAACACGACCATGGATGAAAAGGCCGAAACCGATGGACCTATTACGCTGCTGACCAAACGTGGCGGACATCGAATCACGTGCAATCACGCCGTGTCGGCATCTCATTTTCCGTTCGTTGACGAGAAGGGATTGTTCTTTACGCGGCTGCATGTGGAGCGCTCGTACGCCATTGCTGTCAAACCCGAAACCGCCTATCCGGGAGGGATGTATCTAAGCGTAGATCAGCCAACCCGTTCCTTGCGGTCAGCTTCTTATGACGGTGAGGAGCTGGTTATCGTCGGAGGCGAGAATCACCCGACGGGCCGCAGCATCTGTACCCATCAGCATTACGAAAATCTGGAGCTTTTTGCAGGAAAGCTGCTGGGCGCTTCTTCCATTCCATATCGCTGGTCGACTCAGGACCTGATCACACTGGACAATATGCCTTATATCGGGCCGATCACGTCCAGTCAAGACCGGATCTTTGTTGCGACTGGCTTCCGGAAATGGGGAATGACGACAGGCACGCTAGCCGCGAAGATCATTAGCGATCAAATTCTGGAGAAAGAGAACCGTTACTCCGAGGTATACAGCCCGTCCCGCTTCAAAGCGGATCCGAGCATCAAAACATTCGTCGTTCAAAATGCCTTGGTTGCGAAGGATTTTGTGTCCGGCAAGGTGGAAATGTCCCACGCCGATATAACCGAGCTAAAAGCCGGCGAAGGCGCAGTCGTCCGCCATAACGGTCAGCGCGCCGGGGCTTACAAGGATGATCAGGGGAATCTCCATCTCGTGGATACGACCTGTACCCATCTCGGCTGCGAGGTGGAATGGAACGAGGGCGAACGCTCATGGGATTGCCCATGTCACGGATCACGCTATCGCTATAACGGCGAGGTGCTTGAAGGGCCGGCCATTGAGCCGTTGAAGCAGCTGGACCCGGAGAGCTGA	MNPSNSSYQGLPQYPVSLWRATTELPDFPRLAEDIEADVAIVGAGITGITTAYLLAKAGKDVVVVDAGRILNGTTGFTTAKVTAQHGLIYHEFMNHFGEEKTRLYYEGNREAIEFIRDIIGGDEGKFGLKLEDAYIYAQQEDKYLTKLEDEIKAYEKLGIPGEWQDSLPLPMPIRGAIKMPGQYRFHPLKYLKHLTEQFLKLGGRIYENTTMDEKAETDGPITLLTKRGGHRITCNHAVSASHFPFVDEKGLFFTRLHVERSYAIAVKPETAYPGGMYLSVDQPTRSLRSASYDGEELVIVGGENHPTGRSICTHQHYENLELFAGKLLGASSIPYRWSTQDLITLDNMPYIGPITSSQDRIFVATGFRKWGMTTGTLAAKIISDQILEKENRYSEVYSPSRFKADPSIKTFVVQNALVAKDFVSGKVEMSHADITELKAGEGAVVRHNGQRAGAYKDDQGNLHLVDTTCTHLGCEVEWNEGERSWDCPCHGSRYRYNGEVLEGPAIEPLKQLDPES				NA	NA	NA	NA	NA
JZ016_03703	189			hypothetical protein	ATGGTTCTAGGCCCTGAGTATTTGGATCGAATTAAAGAGGACGTCTCGGAGAAAAAAGCGCAGGAGAAGTTGCGCGGTATCCGGCAACAAAGCCTGCTTAGTGATTTTTTAATGACCCTTGCCGCTGCAGGTGCCTTCATTGTGGTGGCTGCCATCTTTGGTTTTATCTTGTATAACATACGATATTAG	MVLGPEYLDRIKEDVSEKKAQEKLRGIRQQSLLSDFLMTLAAAGAFIVVAAIFGFILYNIRY				NA	NA	NA	NA	NA
JZ016_03704	453			hypothetical protein	TTGAATAAGTCCGAACTGAACCGAATTACGCAAGAGCTTCTACGTCGGTCGGGCAGCAGTGTCACCGTGGAGATGGAGGCGTATTTTCCAGGGGGCCGGTTAATCGGCGGAAAATATGTCATGAATTCGCACAGCGTGACGATGTATACCGAAGTCATACGCCAGCAGTGTCTGCAGCTGTTTGGCACACTTGAGCTGTTTTCTGCCTATTTTGCGGTGGTATTTGCACATGAGCTGGGCCATTCGATGGACCTGACGCTGACAGAACTCTGCGACAGGATGGATCGAACGGGGGATGAATGGGAGCAGAAGCAGATCGCGCTTCAAATCGAGGAAAATGCTTGGAATAACGCCATGCCATGGCTTCAGGATATGGATCCGGAATTCATACGGATCATCGTGGACCGTTCGCTTGAGGCATACCGCGAGGAACCGGCACCAGAAATCGCTTAG	MNKSELNRITQELLRRSGSSVTVEMEAYFPGGRLIGGKYVMNSHSVTMYTEVIRQQCLQLFGTLELFSAYFAVVFAHELGHSMDLTLTELCDRMDRTGDEWEQKQIALQIEENAWNNAMPWLQDMDPEFIRIIVDRSLEAYREEPAPEIA				NA	NA	NA	NA	NA
JZ016_03705	1872		COG1132	Fatty acid ABC transporter ATP-binding/permease protein	ATGAGTGAGAAGAAACGGGGAGGACATCCCCGGGGACCTGGCGGTCCTTTTGGCGGCCCGCACGGGCCCGGAATGGCGGGGGAGAAAGCCAAGGATTTCAAAGGCACGTTTCGCCGGTTAACGCGATATCTTAAACCGCATACCGGCAAGCTGCTGATCGTTTTGATTGCAGCTATTCTCAGTACGATATTCAGCATCGTGAGCCCGAAAATATTGGGGGATGCGACCACGATCCTGTTCAAGGGCTTCATGGCCAAGATGCAAGGCGTGCCGGGGGCCGGGATCGACTTTGACGCTATTCGGACGATCATGCTCTGGCTTGCAGGCTTATATCTCTTAAGCTCTCTATTTGCATACATCCAGCAATATGTTATGGCTGGTGTGGCCCAGCGGACCGTGTATGATTTGCGTAAGGATGTTTACAACAAACTCGGCCGTTTGCCGCTGAAATATTTTGACGCTCGGACGCATGGGGAAACGCTGAGCCGGGTGACCAACGATATGGACAATATCAGCAGTACGCTGCAGCAGAGCCTGACGCAGATGATTACCTCCGTTGTCACGCTGGTCGGCGTCATCGTCATGATGCTCACGATCAGTCCATTGCTGACGTTGGTGGTTATTCTGACCTTGCCGCTTAGCGTGGTGGTCACCATTGTGGTTGCCAAGCGTTCGCAGAAGCATTTTGTGGCTCAGCAGAAGCATTTGGGTGAGTTGAACGGACATGTGGAAGAAATGTACACGGGTCATAAGGTCGTGAAGGCCTTTGGCCGGGAACGACAATCCATGGAGCAATTTGATGAGGTCAACGACAAGCTCTATGATGCCGGGTGGAGAGCCCAGTTTATATCGGGTACCATTATGCCGCTGATGGGTTTTGTCGGAAATATCGGTTATGTGATCGTCAGTGTCGTCGGCGGCGTGCTCGTTACCCGCAGAGCGATTGAGATCGGGGATATTCAGGCATTCATCCAATATTCACGCCAATTCACGCAGCCGATTACCCAGCTTGCCAATATCGCGAACGTCATTCAATCCACCGTCGCATCGGCAGAGCGCGTATTTGAAGTGCTGGATGAGGAAGAAGAAGTATCAGAGCATACAGCTCCGGCAGCGCTCAAGAAGCCGCTTGGCGATGTGTCTTTCGAGAACGTGAGTTTCGGCTATAAAGCAGACCAGCTTCTGATCGAGGATATGAATGTGGACGTGAAGCACGGGCAGACGGTCGCCATCGTCGGACCGACCGGTGCCGGGAAAACCACGCTCATTAATCTGCTGATGCGGTTCTATGAGCTGAATAAGGGCAAGATTACGATAGACGGCACGGATATTACCGTTCTTCGGCGCGGCGAACTCCGCAGCCTGTTTGGAATGGTGCTGCAGGATACATGGCTCTTTAACGGGACCATCCGGGATAATATCGGATATGGACGCGAAGGCGCCACGGAACAAGAGATCATCCGAGCGGCGGAAGCGGCTCACGCGGATCATTTCATCCGGACGCTGCCGGACGGCTACGATACCGTTCTGAACGAGGAGGCCTCTAACATATCGCAGGGGCAGAAGCAGCTTCTTACGATTGCGCGTGCCATTCTGGCTAATCCATCGATTCTGATCCTCGACGAGGCAACCAGCAGCGTGGATACCCGAACGGAGCTCTATATCCAGAAAGCGATGAATGAGCTGATGAAGGACCGCACCAGCTTTGTCATCGCGCATCGACTGTCCACGATCCGGGATGCGGACCTGATTCTGGTCATGAACAAGGGCAGCATTATCGAGCAGGGAACCCATGAGGAGCTACTGTCTCAAGGCGGCTTCTATGCGGACCTGTATAACAGTCAATTCAGTGACCAGCATGAAGCTGGATAG	MSEKKRGGHPRGPGGPFGGPHGPGMAGEKAKDFKGTFRRLTRYLKPHTGKLLIVLIAAILSTIFSIVSPKILGDATTILFKGFMAKMQGVPGAGIDFDAIRTIMLWLAGLYLLSSLFAYIQQYVMAGVAQRTVYDLRKDVYNKLGRLPLKYFDARTHGETLSRVTNDMDNISSTLQQSLTQMITSVVTLVGVIVMMLTISPLLTLVVILTLPLSVVVTIVVAKRSQKHFVAQQKHLGELNGHVEEMYTGHKVVKAFGRERQSMEQFDEVNDKLYDAGWRAQFISGTIMPLMGFVGNIGYVIVSVVGGVLVTRRAIEIGDIQAFIQYSRQFTQPITQLANIANVIQSTVASAERVFEVLDEEEEVSEHTAPAALKKPLGDVSFENVSFGYKADQLLIEDMNVDVKHGQTVAIVGPTGAGKTTLINLLMRFYELNKGKITIDGTDITVLRRGELRSLFGMVLQDTWLFNGTIRDNIGYGREGATEQEIIRAAEAAHADHFIRTLPDGYDTVLNEEASNISQGQKQLLTIARAILANPSILILDEATSSVDTRTELYIQKAMNELMKDRTSFVIAHRLSTIRDADLILVMNKGSIIEQGTHEELLSQGGFYADLYNSQFSDQHEAG	PGPT0029030_969	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029030-efrB-K18888	NA	NA
JZ016_03706	1728		COG1132	putative ABC transporter ATP-binding protein	TTGTTAAAACTGTTTCATTACATGAAACCGTACCGGACCGCGGTCATTTTTGTCCTGCTGTTCACATTTTTCCAATGTCTGTCTGATCTGTACCTGCCGACTTTGATGGCAGACATTGTGGATTATGGCATCGTTGAGGGAGATGTGCCTTACATTTGGCGTGTGGGCGGCTTTATGCTCCTGGTAGCAGCAGGGGGCATGGTGTGCTCTATTGCCGCGAGTTATTTGGCATCTAAATCCGCTACGGGATTCGGGAAGATTGTTCGGGGACGCGTCTTTTCCCATGTAGAGAATTTCACGCTGCAGGAATTCGACAAGATTGGTACGGCATCCTTGATTACCCGTACAACGAACGATATTACGCAGGTACAGCAGGTCACGATCATGATCCTTCGCATGATGGCGATAGCACCGATGATGTGTATCGGGGGCATTGTGATGGCCGTGTCGAGAGACCCGGGACTGACGACGGTGCTTCTGATCGTCCTGCCGATTCTGGCACTGGCTATTTTTCTTATCGCGAAAAAAGGGATTCCGCTCTTCAAAGCGATCCAGGTGAAGATTGATACGCTGAGCCGCGTGCTGCGGGAGAATCTGACCGGAATACGGGTCATCCGTTCCTTCAACCGGATGGACCATGAAACCGTCCGCTTTAACGACGCGAACGAGGACCTGACGGCCACCTCGATCAAAGTCAATAAAATCATGGGGGCGATGATGCCTGTCATGATGCTGGTTATGAACTTTGCCACGCTGGCGATTGTCTGGTTCGGAGCCCACCGCATAGAGGGCGAATATATGAAGGTCGGCGACCTTATGGCATTTCTCCAATACGCGATGATGATCATGTTCTCGCTCATCATGTTATCCGTTATGTTTGTCATGATTCCGCGTGCACAGGCATCGGCGGTTCGGATCAATGAGGTGTTGAACATGATGCCGGAGATCCATGATCCGAAACAGCCGAGCGATGCCGGCGTGGAGCACGGCTCGATTGAATTTCAGGATGTAACCTTCTATTATCCGGGTGCGGAGGAGCCTGCCATTTCGGATATTTCCTTCCATGCCGGGCCGGGTGAAGTCACGGCGATCATCGGCGGAACCGGCTCGGGTAAATCGACGCTGATCAGCTTGATCCCTCGCTTCTATGATGTTTCCTCGGGCCGGATTCTCGTCAATGGAACGGATATCCGGGACATGATGCAGGAGGACCTGCGGGGCCGGATCGGATTCGTGCCGCAGAAGGCGCTGCTCTTCACCGGTACCATTGCGGAGAATATCCGCTACGGTAAAGAAGATGCAACAGACGAGGAGATCCGGCATGCAGCGAAGGTTGCTCAGGCCGCCGATTTCATCTCTTCCATGGAGGGCGGATACGATGCCGAGATTTCGCAAGGCGGCAGCAACGTATCCGGCGGTCAGAAGCAGCGGCTCTCGATTGCAAGGGCGCTGGTTCGACGGCCCGAGATTTATGTGTTTGATGACAGCTTCTCGGCGCTGGATTTCAAGACGGATGCCAATCTTCGGGCAGCGCTCCGCGAGGAAACGACGGAAGCTACCGTTCTGATTGTCGCTCAGCGGGTAAGCACCGTCATGGACGCTGACCGGATTATCGTGCTGGATGAGGGACGCATTGCCGGCATCGGCACGCACGAGGAGCTCATGGCTTCCAGCGATGTGTACCGCGAAATCGTTACCTCGCAGCTGTCAGAGGAGGAGATCGCATGA	MLKLFHYMKPYRTAVIFVLLFTFFQCLSDLYLPTLMADIVDYGIVEGDVPYIWRVGGFMLLVAAGGMVCSIAASYLASKSATGFGKIVRGRVFSHVENFTLQEFDKIGTASLITRTTNDITQVQQVTIMILRMMAIAPMMCIGGIVMAVSRDPGLTTVLLIVLPILALAIFLIAKKGIPLFKAIQVKIDTLSRVLRENLTGIRVIRSFNRMDHETVRFNDANEDLTATSIKVNKIMGAMMPVMMLVMNFATLAIVWFGAHRIEGEYMKVGDLMAFLQYAMMIMFSLIMLSVMFVMIPRAQASAVRINEVLNMMPEIHDPKQPSDAGVEHGSIEFQDVTFYYPGAEEPAISDISFHAGPGEVTAIIGGTGSGKSTLISLIPRFYDVSSGRILVNGTDIRDMMQEDLRGRIGFVPQKALLFTGTIAENIRYGKEDATDEEIRHAAKVAQAADFISSMEGGYDAEISQGGSNVSGGQKQRLSIARALVRRPEIYVFDDSFSALDFKTDANLRAALREETTEATVLIVAQRVSTVMDADRIIVLDEGRIAGIGTHEELMASSDVYREIVTSQLSEEEIA	PGPT0029025_2211	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029025-efrA-K18887	NA	NA
JZ016_03707	561	slyA_4		Transcriptional regulator SlyA	ATGGCAGAGGATAAGCATCCAGATTTACATCATGAGAACAACGGGAAAGAGGAAAAGGAATCGCGAGCAGGGCTGTGCATGAAGGGTGGCAGCCGAGAAGATAGCGTCGCCGGCAGGCTCTTATACAGCATTCGCATGTTCCACAAGCAGGAATGGGACCAGCACTTGATTTCCGGCTATACGCCCGGCGAGATCCGCGTTCTGATGGGACTCAAACATCATATCGAGCCTGATGGTCCTGGCATGAAAGTGTCCGAAATCAGCAGCATGATGAATGTTACGTCACCGACGATCACCCAATTTATTAACGCTCTCGAGAGCAAGGGTCTGGTGGAGCGGGTGATGGATGTGCAGGATCGACGTGCGGTTCGCGTACAGCTTACCGAGGAAGGGCACCGCGTTGTCCAGGAAACCTATCAGAACGTCAAGAACAATTTTAACGAGCTGGTGGATTTTCTAGGCGAAGAGGACAGCGTCAAACTGACGGAGCTGTTAACGAAGGTGTATCATTTTCACGAGCAAAAACGCAAAACGAATGAAACGACATCAGACAACGAGTAG	MAEDKHPDLHHENNGKEEKESRAGLCMKGGSREDSVAGRLLYSIRMFHKQEWDQHLISGYTPGEIRVLMGLKHHIEPDGPGMKVSEISSMMNVTSPTITQFINALESKGLVERVMDVQDRRAVRVQLTEEGHRVVQETYQNVKNNFNELVDFLGEEDSVKLTELLTKVYHFHEQKRKTNETTSDNE				NA	NA	NA	NA	NA
JZ016_03708	1113	rsgA_1		Small ribosomal subunit biogenesis GTPase RsgA	TTGACTAAACAAGACATGACCATGCTGCAAGCCTATGGATGGAATGAACATTGGAGTTTGATGGCCGGGCAGATCCCGCAGCAGGATAAAGCGCTGGTACCTGCACGCATCACAGCCCAATTCTCGAAGCAGTACCGCATTATTACGCAAGATGGAGAGCAATCCGCGATAGTCACGGGCAAATACGAATACGAAGCGACCAGCAAAAGCGATTTTCCCGCTGTTGGCGATTGGGTCATGGTGGAGCCGCTGCAAGGAGAATCCCGTGCCGTCATTCATCAGCTGCTCCCCCGAAAGTCCGCGGTGACGCGCAGGGAAGCGGGAAGCATCCCGGATGAGCAGATCATTGCCGCAAACATGGATACCGTGTTTATCATTAATGCGCTGAACAAGGATTTTAATGTCCGCCGGATTGAACGCTATCTGATTGCGGTCTGGGAGAGCGGAGCCGCACCCGTCGTGCTCCTTACCAAGGCGGATTTATGTGAATCGCCGGAAGATTATGTCGCGCAGGTAGAGGCTGTTGCACCGGGCGTGCCGGTTCATGCGGTGAGCTCCTTGATGGATCAAGGGAAGGAGCAGCTTGGGGAGTATCTGGTGCAAGGGAAAACAATCGCCATTACGGGTACCTCCGGTGCCGGCAAATCGACGCTGCTGAACTGGCTGTCCGGTCAGGAAATGCAGCGGGTTCAAGGGATACGTGAGGAGGACGCAAGGGGACGGCACACGACGACGCATCGAGAGCTCTTTGTGCTGCCGGGAGGCGCGATTATGGTGGATACGCCGGGCATGCGGGAGCTGCAGCTGTGGGATTCGGAAGAAGGGTTTGAGGCAACCTTTGCGGACATTGCCACGCTCGCCCAGCAGTGCCGGTTCCATGATTGCCGTCATGAGACGGAGGCCGGCTGTGCGGTCCGGGAAGCACTGCAGGACGGAACACTGGATGCGAAACGATACGCGAATTACAAGAAGACGGAGCGGGAGCTCGCCCATATCGCCCGTAAAGAGAGGGTCAGCACTCGCCGTCAGAATAAGAGTTCAGGCAAGACCTCACGGAAGAGCGACAGAGACCGCAAGGGTACGTACCAGCAGCTCCTGTACGATGACGAATAA	MTKQDMTMLQAYGWNEHWSLMAGQIPQQDKALVPARITAQFSKQYRIITQDGEQSAIVTGKYEYEATSKSDFPAVGDWVMVEPLQGESRAVIHQLLPRKSAVTRREAGSIPDEQIIAANMDTVFIINALNKDFNVRRIERYLIAVWESGAAPVVLLTKADLCESPEDYVAQVEAVAPGVPVHAVSSLMDQGKEQLGEYLVQGKTIAITGTSGAGKSTLLNWLSGQEMQRVQGIREEDARGRHTTTHRELFVLPGGAIMVDTPGMRELQLWDSEEGFEATFADIATLAQQCRFHDCRHETEAGCAVREALQDGTLDAKRYANYKKTERELAHIARKERVSTRRQNKSSGKTSRKSDRDRKGTYQQLLYDDE	PGPT0009020_433	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009020-rsgA|engC-K06949	NA	NA
JZ016_03709	2289	dinG_4		3'-5' exonuclease DinG	ATGCCTCATACTATCCAAATATCCGTCAGGCCGCTGGTGGAATACGTCTTTCGCAGCGGCAGCATTACCTCGGGTTTTCGCACGGCGACATCCCTGACCGAGGGAACCCGGGCGCATCAACAGGTGCAGCGCGACTATGGTGAGAATGATCAGAAGGAAGTTCAGCTTGAAGTCGAGATTCCTTACGAGGATCTTCTGTTTGTCGTGGAAGGTCGCTGCGACGGTCTGATTCATGAGGAAGAGCGGATCGTGATTGACGAGATCAAGTCGACTTCCGGCGATTTGGGCGTGATTACGGAGCACACGTACCCCGTTCATTGGGCACAGGCCCAAATGTACGCCTATATGTACGCCAAGCAGCATGAGATTCCGAAGATGGCGGTGAGATTAACCTACTTCCAGGTCCCGAGCGGAGAGCGGAAGCAGTTTGTACAGGAATGGAGCTTGGATCAGCTGGAATCCTTTGTCTTGGAGGTCGTGGCGGCTTATGCGCCTTATGCCAACCTGCTGCGGGAGCATGGCGAGCGGAGGGACCTGAGCATCCGCGAATTGAAGTTTCCGTTCCCCGCTTACCGCGAGGGACAGCGAAAGCTCGCCGGGGCCGTTTATAAAAGCATCGGGGAAGGACGAAGATTGTTTGCCAAAGCGCCGACGGGCATAGGGAAAACCATATCCACGCTGTTTCCTTCGGTTAAAGCGATCGGCGAGGGCCTGTTGTCGCGGATTTTTTATCTGACGGCCAAGACGATCACCCGAACCACCGCGGAGGAAGCTATGGCGCGTATGGAGCGTCAAGGACTCTGCATGCACACGGTCACGCTGACGGCGAAGGACAAGATTTGTTTCCGTGAAGCGGAAGGCTGCAGTCAGATGGGCTGCGCCTTCTCGGAGGGTTACTACGACCGGATTAACGGCGCCATACTGGACCTGCTCTCGAATGAAACATTGATCACGAGACCCGTTATTGAAGAGTACGCCCGGAAGCATACGGTGTGCCCGTTTGAGTTCTCACTGGATGCCGCGTATGCAGCCGATGCCGTCATCTGCGATTACAACTATGTGTTTGATCCGCGCGTATCCTTTAAGCGGATGCCGGAGGACGTGAAGAAACGCAGCGTGCTGCTCATTGACGAGGCGCATAATCTGGTAGACCGTGCGCGGGGAATGTTCTCGGCCGAGCTGAATAAATCGGCTTTTCTGGAGCTGCAACGGGCTTACAAAGAGAGCAATCCCGCGCTTTACAACGCGGCGAAGCGGGTGAATAACCGCTTTAAAGTGCTGCGTAAGGTCAGTGAGGAGGAAGAGCGGATTGTCGGGTCCCAGCAGCCGGAGATGATGGTTGAGCTGCTTGAGGATTTCTCGCTCCAAGCGGAGGCAGAACTGATGACCGGCAAGAGCGGGGATGAGGCCGATGCGCTCCTGGAGTGCTATTTTGCGGTGCAGGGGTATCTGCGCATCTCCAAGCTGTATGACGACCGATTTGTCACGTATGCGGAGATGAGTCAGAGCGAGGTGTTTCTCAAGCTGTTTTGCCTGGACCCCTCTTATTTGCTTCAGCAGGCGGGAAAAAACTACCGCTCCAGCGTATTTTTCTCGGCAACACTCATGCCGCTCGGATATTACCGCGACATGCTGGGAGCAGAGGAAGAGGACTACAGCCTCTCGATTCCCTCTCCCTTCTCTTCCGAGCAATTGGATGTTCGAATTTTACCGTTATCGACGCGCTTCAAGGATCGGGAGCGCAACAGCGAGGCCATCGTCCGGATGCTGAGTGCGCTGGTTCAGGAAAAGCCGGTAAACACCTTGATCTTCTTGCCGTCTTATCCCTACATGCAGGACATTCATGAGGCGTTTGCCAGAATGAATCCGGGAGCCCGTACTTTGCTCCAGGGGCATGGGATGAGCGAAGAGGAGCGGGAGGCATTCCTGAATGCCTTCCAGGCGGATGCGGAAGATCCGCTGATCGGCTTTGCCGTGATGGGCGGTATTTTCTCCGAAGGCATCGATTTGAAGGGAGAACGGCTTTCGAGCGTCGTGGTCATCGGGGTAGGACTGCCGCAGCTATCTTTCGAGAATGATATCATCAAGGATTATTTTGATCGTACCGGCAAGCGGGGATACGATTACGCCTACGTGTACCCCGGCATGAACAAAGTGCTGCAGGCCGGAGGGCGCTTGATCCGATCGGAGCAGGACAGCGGGACGCTGACGCTCGTCGATGACCGCTTTCTGAATCGACAGTACGGGATGCTGCTGCCGGAGGAGTGGAGGCATTACAGGCGCATCTAA	MPHTIQISVRPLVEYVFRSGSITSGFRTATSLTEGTRAHQQVQRDYGENDQKEVQLEVEIPYEDLLFVVEGRCDGLIHEEERIVIDEIKSTSGDLGVITEHTYPVHWAQAQMYAYMYAKQHEIPKMAVRLTYFQVPSGERKQFVQEWSLDQLESFVLEVVAAYAPYANLLREHGERRDLSIRELKFPFPAYREGQRKLAGAVYKSIGEGRRLFAKAPTGIGKTISTLFPSVKAIGEGLLSRIFYLTAKTITRTTAEEAMARMERQGLCMHTVTLTAKDKICFREAEGCSQMGCAFSEGYYDRINGAILDLLSNETLITRPVIEEYARKHTVCPFEFSLDAAYAADAVICDYNYVFDPRVSFKRMPEDVKKRSVLLIDEAHNLVDRARGMFSAELNKSAFLELQRAYKESNPALYNAAKRVNNRFKVLRKVSEEEERIVGSQQPEMMVELLEDFSLQAEAELMTGKSGDEADALLECYFAVQGYLRISKLYDDRFVTYAEMSQSEVFLKLFCLDPSYLLQQAGKNYRSSVFFSATLMPLGYYRDMLGAEEEDYSLSIPSPFSSEQLDVRILPLSTRFKDRERNSEAIVRMLSALVQEKPVNTLIFLPSYPYMQDIHEAFARMNPGARTLLQGHGMSEEEREAFLNAFQADAEDPLIGFAVMGGIFSEGIDLKGERLSSVVVIGVGLPQLSFENDIIKDYFDRTGKRGYDYAYVYPGMNKVLQAGGRLIRSEQDSGTLTLVDDRFLNRQYGMLLPEEWRHYRRI	PGPT0026940_4	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-CRISPR-CAS_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_I_CRISPR-CAS_SYSTEM,PGPT0026940-cas4-K07464	NA	NA
JZ016_03710	795	pdaA	COG0726	Peptidoglycan-N-acetylmuramic acid deacetylase PdaA	ATGAAGCAACGTGGTATCCTTCGTCCGGCCCTTATGCTTCTTATGAGCTTGGCGGTGATGCTGTCCATCGCCGGAGCGGCTTTGGCGGGCGGAAGCGGTCCGTTTCATTTTGGGTTCAAAAAAAGCGTCAATGGCCAGCTGCCCTCCATCAACGAGGAGGGTTTTAAGGAGCTCCTGAAAAAATACGATGCGATCTTCATGGGCGATGCTGAGCAGAAGGAGCTCTATCTTACGTTTGATAACGGATATGAGAACGGATATACTTCCCGTATCCTGGATACGCTCAAAGAGAAGAAGGTGCCTGCCACCTTTTTCGTGACCGGACACTACGTGAAGACGCAGGAAGATCTGCTGAAGCGGATGACGGCGGAAGGCCATATTATCGGCAACCATTCCTGGAATCATCCGGATGTGACCACGATCTCGGCAGAGAAGCTGACCGAGGAGTTGGAACGGGTGAAGAAGGAGGTTATTCGCATAACAGGTCAGCCGGATATGAAATATTTGCGTACGCCGCGGGGTATTTTCGATGAGCGGTCGCTGGCGACCAGCAAGCAGCTGGGTTACACCAATGTCTTCTGGTCGCTCGCGTATATGGATTGGGACGTGAAGTCCCAGCGCGGTGCGCAGTATGCTTATGATAAGGTAACCGCGCAGCTCCACCCGGGCGCCGTGATCCTGCTGCACTCGATCTCCAAGGACAACACCGAGGCGCTTGGGCGGATCATTGACGAAGCCAGGAATCGGGGGTACGAGTTCAAGAGTTTGGATCAGATGCAGAAGAAAGCCCCGTAA	MKQRGILRPALMLLMSLAVMLSIAGAALAGGSGPFHFGFKKSVNGQLPSINEEGFKELLKKYDAIFMGDAEQKELYLTFDNGYENGYTSRILDTLKEKKVPATFFVTGHYVKTQEDLLKRMTAEGHIIGNHSWNHPDVTTISAEKLTEELERVKKEVIRITGQPDMKYLRTPRGIFDERSLATSKQLGYTNVFWSLAYMDWDVKSQRGAQYAYDKVTAQLHPGAVILLHSISKDNTEALGRIIDEARNRGYEFKSLDQMQKKAP				NA	NA	NA	NA	NA
JZ016_03711	1044	iolW_1	COG0673	scyllo-inositol 2-dehydrogenase (NADP(+)) IolW	ATGGCAATACAAGCGGGAATCATCGGCTACGGCCTGTCCGGGTCGGTGTTTCATGCACCTATCCTGAGAAGCGTGCCGGATTACGAAGTCCACACGGTTGTGTCATCAGATCCGGACAAGGTTCATAAGGATTTGCCTGATACGGCAGTTGTCGATAGCGTGGATGAGCTTTTGTCTAATCCGGATATTGATGTTGTCATCATTACGAGTCCGAATGCAACGCATTACGAATATACCCGGTTAGCCATCGAGGCTGGTAAGCACGTGGTCGTCGAGAAGCCGTTTACCGTAACATCCGCCGAAGCGGATCAGCTGATTGATCTTGCCAAGCAGAAGGGAGTCCTGCTGACGGTATATCACAACCGCCGCTGGGACAATGACTTTCTGACCGTCCGCAATCTGCTGGAGACGGGGGCGCTCGGCAAGCTTTCCATTTATCAGGCACAGTTCAGCCGCTACCGTCCGGAGGTGCAATCGGAGCGGTGGAGGGAACAGGGAAATCCCGGGTCCGGCATTCTGTACGATTTAGGTTCGCATCTGCTTGATCAGGCGCTGTTCCTGTTCGGTCTGCCAGAGACGCTGTGGGCGGATTTGAGAAAGGAGCGCAAAGGGTCCAAAACCCATGATTATTTTCATCTGGTGCTGGGTTACAAAACGTTTCGCGTTATTCTGCATTCCGGTTCGCTGGTCCGGCAAGCCGGCCCGAAATTCGAGCTGCACGGAGATAAAGGAAGCTTCCTGAAGTATGGAACAGACCCTCAGGAAGGACAGCTGAAGCAGGGGATGCACCCGGGGGATGCGGGCTGGGGTGAAGACCAGCCGGACCAGTACGGGGAGCTTGCTACCGAGCTGAGCGGGCTTGCGGTTCAGGGCGAGATTGAGACGCTGCCCGGCCGCTACCAGGCCTTTTATCAGGGACTAGCCGAAGCGATTCAGAAGGATGGCCCGTTACCCGTCCAGCCTGAAGAAGCCCGCAATGTTATTCGCATGATCGAGTATGCATTGCAGAGTCATCAGAAGGGCCGATTGATCAAGATCACGTGA	MAIQAGIIGYGLSGSVFHAPILRSVPDYEVHTVVSSDPDKVHKDLPDTAVVDSVDELLSNPDIDVVIITSPNATHYEYTRLAIEAGKHVVVEKPFTVTSAEADQLIDLAKQKGVLLTVYHNRRWDNDFLTVRNLLETGALGKLSIYQAQFSRYRPEVQSERWREQGNPGSGILYDLGSHLLDQALFLFGLPETLWADLRKERKGSKTHDYFHLVLGYKTFRVILHSGSLVRQAGPKFELHGDKGSFLKYGTDPQEGQLKQGMHPGDAGWGEDQPDQYGELATELSGLAVQGEIETLPGRYQAFYQGLAEAIQKDGPLPVQPEEARNVIRMIEYALQSHQKGRLIKIT	PGPT0018530_487	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0018530-iolW-K16044	NA	NA
JZ016_03712	1623	katA_2	COG0753	Catalase	GTGAGTGGCCAAGATCATGATGCTAATAACGGAATAAACCAAGAACGGGCAGGATACGCCGAGAATCGGGGCGAGACGGAGCGGGAGGATACGCTGACGAACCGCCAGGGACATCCTATTTCGGATAATCAGAATGTGAGAACGGTAGGGAATCGGGGTCCGATGACCCTGGAGAATTATCATTATCTGGAGAAAATCACGCATTTTGACCGTGAACGTATTCCGGAGCGCGTTGTGCATGCAAGGGGGGCTGGAGCTCACGGTTACTTTGAAGCTTACGGGAAAGTGGGCGATGAGCCTGTTTCGAAATATACCCGGGCCAAGCTGTTTCAGGTTGAAGGCAAGCGCACACCGGTGTTTGTCCGGTTCTCCACCGTTATCCACGGCGCCGGCTCACCGGAAACGCTTCGGGATCCGCGCGGGTTTGCTGTGAAATTTTACACCGAAGAAGGCAACTGGGATCTGGTCGGCAACAACCTGAAAATATTTTTTATCCGTGATCCGCTCAAATTTCCGGATATGGTCCATGCGTTCAAACCGGATCCAGTATCCAACGTTCCGGGTCCAGTCGGCATGTTCGACTTTGTATCCCGTTCCCCGGAAGCGACGCATATGATCACGTTTGTCTTCTCCCCATGGGGCATTCCGGCTAACTACCGCCAAATGCAGGGCTCTGGTGTGAATACATACAAATGGGTCAATGCAGAGGGCAACAGTGTGCTGATCAAATATCACTGGGAGCCGCTTAAGCAAGGCATTAAGAACCTTACGCAGGAAGAAGCAAACAAGATCCAAGCCATGAATGACAGCCATGCGACACAGGATTTATATGAGGCCATTGAACGCGGGGATTATCCGGAATGGGAGCTATGCGTTCAGATTATGAGCGATGATGAGCATCCGGAGCTGGAATTCGATCCGCTTGATGCAACCAAGCTGTGGCCGGAAGATCAATTCCCGTTCCTGAAGGTAGGCAAAATGGTGCTGAACCGCAATCCGGAGAACTACTATAACGAAGTGGAGCAAGCGGCCTTCGGCACGGGCGTGTTGGTGGATGGTCTCGATTTCTCGGACGACAAGATGCTCCAAGGTCGCACATTTTCTTACTCGGATACCCAGCGGCATCGGGTGGGCACCAACTATCTGCAGCTGCCGATCAATGCGCCGAAGAAGCGGGTCGCTACCAATCAGCGCGGCGGGCAGATGTCTTATTACGTGGATAAGGCACCAGGGCAAAGCCCGCATGTGGATTACGAGCCGTCCATGACCGACGGTCTGGTGGAAGCCGCGCAGACAGCGAAGCCTCATCAACCCCATTATAATGCCAACCTCGTCCGGCAGAAGCTGGATCGCACGCTGGACTTCAAGCAGGCCGGGGATACGTACAGAGCCTTTGAGGATTGGGAGCGAAACGAATTGATTAGCAACCTGGTGGGTGCGCTTATCCAATGCGATATTCGGATTCAAGACAAGATGGTGGAATATTTCACGAATGCGGATGAGGATTATGGACGCCGCGTGCGGGAAGGACTCGAGCAGGCTAGAAAGGGCTCGAACGAGAACGTACGGGAGCAGGCAGTAGAGGATGCAAACCGCATGGGCCATGAGGCGGATCCTTACTAA	MSGQDHDANNGINQERAGYAENRGETEREDTLTNRQGHPISDNQNVRTVGNRGPMTLENYHYLEKITHFDRERIPERVVHARGAGAHGYFEAYGKVGDEPVSKYTRAKLFQVEGKRTPVFVRFSTVIHGAGSPETLRDPRGFAVKFYTEEGNWDLVGNNLKIFFIRDPLKFPDMVHAFKPDPVSNVPGPVGMFDFVSRSPEATHMITFVFSPWGIPANYRQMQGSGVNTYKWVNAEGNSVLIKYHWEPLKQGIKNLTQEEANKIQAMNDSHATQDLYEAIERGDYPEWELCVQIMSDDEHPELEFDPLDATKLWPEDQFPFLKVGKMVLNRNPENYYNEVEQAAFGTGVLVDGLDFSDDKMLQGRTFSYSDTQRHRVGTNYLQLPINAPKKRVATNQRGGQMSYYVDKAPGQSPHVDYEPSMTDGLVEAAQTAKPHQPHYNANLVRQKLDRTLDFKQAGDTYRAFEDWERNELISNLVGALIQCDIRIQDKMVEYFTNADEDYGRRVREGLEQARKGSNENVREQAVEDANRMGHEADPY	PGPT0014380_1985	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781	NA	NA
JZ016_03713	891	gltC_7		HTH-type transcriptional regulator GltC	ATGGATATACGGCACCTGGAGTATTTTCTTGAGGTAGCGAGGAACCAAAGCTTCACCAAGGCTGCCGAGAAGCTGTATATTACGCAGCCAACGATCAGCAAAACGATTCGCAACATGGAGGACGAGTGGGGCGTAACCTTGTTTTATCGGCAGGGCAAGCGGATTGAGCTGACGGACGCGGGTCATATCATGTATCAGCAGGCGCAGCAAATGGTGGATTCCTTTCAGCGGGTATCGGCCGAGCTGGAGGATCTTATGAACCTGAAGCGCGGACATCTCCGTATTGGGCTTCCGCCTATGGTAGGTTCAAGCTTTTTCCCGGAAGTGATCGGGCAGTTCCACCGGGAATATCCGAAGATTACCATTCAGCTGATTGAAGATGGGGCGAAGAAGGTCGAAGCGGATGTGGAAAGCGGTCAGACGGATATCGGCGTTGCGGTGCTGCCGGTCAATGAGGATGTATTCCATTATTATTCCTTTGTCAAAGAGAAGCTGAATTTGCTCGTCCATCCTTCTCACCGGCTCGCAGACAGAGATCATGTGCACCTGAATGAGCTTGCTGATGAGGCGTTTGTATTGTTTCGAGAGGACTTTACGCTGCATGACCGGATAATCCGCGAATGCGTCAGCGCGGGCTTCGAGCCAAGGGTGGTCTATGAAAGCTCGCAGTGGGATCTCATCAGCGGCATGGTGGCCGCGAATCTGGGCATAGCACTGCTGCCAGAGACGATCTGTAAGGAAATCGATTCTTCGCGCGTGACGATACTGCCGCTGGATAATCCCTCGATCCCCTGGCAGCTCGGGATGATCTGGAGGAAGGACCGGTACCTGTCCTTTGCCGTCAGGGAATGGATCAGCTTTACACGCGCACTGTTGGGTGAGCATGATTAA	MDIRHLEYFLEVARNQSFTKAAEKLYITQPTISKTIRNMEDEWGVTLFYRQGKRIELTDAGHIMYQQAQQMVDSFQRVSAELEDLMNLKRGHLRIGLPPMVGSSFFPEVIGQFHREYPKITIQLIEDGAKKVEADVESGQTDIGVAVLPVNEDVFHYYSFVKEKLNLLVHPSHRLADRDHVHLNELADEAFVLFREDFTLHDRIIRECVSAGFEPRVVYESSQWDLISGMVAANLGIALLPETICKEIDSSRVTILPLDNPSIPWQLGMIWRKDRYLSFAVREWISFTRALLGEHD				NA	NA	NA	NA	NA
JZ016_03714	372	cidA	COG1380	Holin-like protein CidA	ATGATCAACATGCTGAAAGGAACGCTCCAAGTGGCCGGTTTCATGCTTCTTTCCTTAGGGATGGATCAACTGGCCGCTTGGCTGAATATAGGAATTCCGGGCAGCATTCTCGGAATCGTTGTAGTATTCATACTTCTCGAAACCAAAGTCCTCCGCCTAGAGTGGATCGAACTTGGCGCTAATTGGCTGCTCGCCGAATTGCTGCTGTTCTTTATCCCTGCTGCAGTTGGCATCATGAAATATTTCCCGATGCTGGAGGCCGAAGGGCTCCAGATTCTAGCCGTGGTTTTGTTTAGCACCGTCATTGTGATGGTCAGCTCAGGACTAACCGCTGGCTTCATCTCATCCAGAAAGGAGCGAAAAACACCATGA	MINMLKGTLQVAGFMLLSLGMDQLAAWLNIGIPGSILGIVVVFILLETKVLRLEWIELGANWLLAELLLFFIPAAVGIMKYFPMLEAEGLQILAVVLFSTVIVMVSSGLTAGFISSRKERKTP				NA	NA	NA	NA	NA
JZ016_03715	690	cidB	COG1346	Holin-like protein CidB	ATGAACATCCTGTTGACGGTCATTCTCGGCTTATTGTTAACGATCGGGATTTATGGGGGGGCCAAAAAACTGTATCGCCGCCTGCCAAAGGTCTATTTGTCACCGCTCCTCATTACTCCTGTACTAATTGTTGTGATATTGACACAAACAGGCGTATCCTATGAATCATACAATGAAGGGGCGCAGTGGATCAGCAAGCTGCTTGGACCGGCTACAATCGCTTTTGCCGTGCCTTTGTACAAAAACTTCCAAACCCTTAAAAAGCATGCGGCCGAGATTATGCTCAGCGTGCTGACCGGATCGGTACTTGCGATGATATCCTCCGCATTTCTCGCAAAATGGATGCACCTGAACAGCTCGCTCGCCACCAGTCTCGTGCCGCGCTCCATAACAACGCCGATTGCCATGAACGTCTCGGAGGTCATTGGAGGGGTGCCGAACATGACCGCCGTTTTTGTCATTATGACCGGGATTCTAGGCTCCATGATCGGACCGGCCGTCATGCGGATCTTCCGGATTCGGGGCGATATCGCAAGAGGTGTGCTGTTTGGGACCAGCGCCCATGGAACCGGCACCTCCAAGGCATTCGAATTCAGCTCCCTTTCGGGGACGATCTCCAGCATTTCGATGATCGTTGCCGCTCTCTTCACCCTCGGAACCGCACCACTGATTATGTCCTTTCTTTATTAA	MNILLTVILGLLLTIGIYGGAKKLYRRLPKVYLSPLLITPVLIVVILTQTGVSYESYNEGAQWISKLLGPATIAFAVPLYKNFQTLKKHAAEIMLSVLTGSVLAMISSAFLAKWMHLNSSLATSLVPRSITTPIAMNVSEVIGGVPNMTAVFVIMTGILGSMIGPAVMRIFRIRGDIARGVLFGTSAHGTGTSKAFEFSSLSGTISSISMIVAALFTLGTAPLIMSFLY				NA	NA	NA	NA	NA
JZ016_03716	1860	ltaS1_2	COG1368	Lipoteichoic acid synthase 1	GTGTTTTCCACCTCGCGGTTTCGGTTAACGATTACGAAGCCTTTTATATTTTTCTCTGTCATTATGCTGCTCAAAAGCTACCTGGCCTGGATGGTCATTTTTGATGATGTCATGCCATGGAAGCCGCTCATTACGGAAATTCCTTTTATTTGGCTTGCATTCAGCTTAATCGAATGGTTCGCTTCCAAGCGAAAGCTCGCCGCCTATATGAGTGTTAACTTATTGCTGACCGCCATATTCTTCGCAGCCATTATGTATTATAAATATTACGGTGTCATTGTTACGTATCACGCGCTGGAGCAGGTCAATCAGGTAACCGCGGTAAGCAATAGCGTATTCTCCTTGATGGACCCTTACTATCTGCTGATCTTCACGGATATCATCGGTATGTTTTTTCTATTATGGCGAAGTGACCGCGTCAAAAAATGGAAGATTCGGCATGCCAAGAAGGAAAAGCGCAAGATTATCCCTATTGTTTTCGTTGTCTCTTTAATGCTGTGCCTGTTCCAGATTATGCCGAACCGCGCAAGCATGAACGAAATCGTGAAGGCGCAGGAGATGGGCATTCTCAACTATGAGGCCTATACGATTTTCCAGCAGGAGAACAAAGAGCTCGTGGATGCCAAGACCATCACGCAGGATAAAGTCAACGGATTGAAGGGCCTCAAGGCGGCTGATCAGGAAGCCCTGCTCTCAGGTGTCGCCAAAGGGAAGAACCTGATCATTATCCAGATGGAGTCCTTCCAGGAGTTCCTGGTCGACCTCAAGATTGACGGCAAGGAAATTACGCCTAACATCAACAAGCTGGCCCGCGAGAGCCAATACTTCCCGAACTTCTACCAGAATGTCGGCCAAGGTAATACCTCGGATGCCGAGTTTGTGGTGAATACATCCTTCTACATTCCACCGCGGGGAGCGGCAACGCAGCATTATGCCGACAGAGTTCTGCCAAGCCTGCCGAGATTGCTGCAAGGGGAAGGTTATGATACCGCCACTTTCCACACCAATGTGGTGGAATTCTGGAATCGTGGAGAGCTGTACAAGGCGCTCGGTTTCAACCGTTATTACGATAAAGCATTCTTCGGCGATGAAGATAAGCTGTTCTTCGGTGCCTCGGATGATGCCCTGTATTCCAAAACCGCAGCCGAGCTGAAGAAGATGAACGAAGCCGATAAACCGTTCTATAGCCATGTCATTTCCATGTCGGCTCACCATCCGTTCACGATTCCTGAAGATAAATATCGGATGACGCTGCCGGAGCGTTATGAAGGCACCTTCGTCGGCGACTACATCCGTTCGCAGAATTACGCCGATGATGCGCTTGGTAAATTCATTGAGCAGCTGAAGAAAGACGGCGTGTGGGATAACAGCCTGATTGTTCTCTACGGAGACCACCTCGGACTGCCGATTTATTCCTTGGACAACAAGGATAAAGAGCTGATGCACGAAATTTATGGCCGTGATTATAACTCCGGCGATATGATCAATATCCCGCTTATGATCCATGGAAAAGGCCTTCAGCCGGAAGTCAAGGAGCAAGTCGGCGGGCAGATCGACCTCTTGCCAACGGTGGCTAACCTGCTCGGCGTATCGATGGACAATCAGCTTCATTTCGGCCAGGATCTGTTAAACAACACCGATAATAACTTGCTGCCGGAAAGGTATTACCTTCCTTCCGGTACCTTTATTAACAATACGACCCTGTATATCCCGGGAATCGGCTTTGAGGATGGAACCAAGCATCCGCTTCCGAACGCGGACGAGAAGAGGACCCAGGCGACCAAGGAAGAATTCGAACGCGCGCTGCAGCTGCTCCATCTGTCGGACAGCTATATCAAACAGCTGCCATACCATAAATAG	MFSTSRFRLTITKPFIFFSVIMLLKSYLAWMVIFDDVMPWKPLITEIPFIWLAFSLIEWFASKRKLAAYMSVNLLLTAIFFAAIMYYKYYGVIVTYHALEQVNQVTAVSNSVFSLMDPYYLLIFTDIIGMFFLLWRSDRVKKWKIRHAKKEKRKIIPIVFVVSLMLCLFQIMPNRASMNEIVKAQEMGILNYEAYTIFQQENKELVDAKTITQDKVNGLKGLKAADQEALLSGVAKGKNLIIIQMESFQEFLVDLKIDGKEITPNINKLARESQYFPNFYQNVGQGNTSDAEFVVNTSFYIPPRGAATQHYADRVLPSLPRLLQGEGYDTATFHTNVVEFWNRGELYKALGFNRYYDKAFFGDEDKLFFGASDDALYSKTAAELKKMNEADKPFYSHVISMSAHHPFTIPEDKYRMTLPERYEGTFVGDYIRSQNYADDALGKFIEQLKKDGVWDNSLIVLYGDHLGLPIYSLDNKDKELMHEIYGRDYNSGDMINIPLMIHGKGLQPEVKEQVGGQIDLLPTVANLLGVSMDNQLHFGQDLLNNTDNNLLPERYYLPSGTFINNTTLYIPGIGFEDGTKHPLPNADEKRTQATKEEFERALQLLHLSDSYIKQLPYHK	PGPT0023375_1214	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005	NA	NA
JZ016_03717	333			hypothetical protein	TTGGACCCCATACGAAGGATAAACAGAATTATATGTTCAACACTTGGCCTTCTTCTGATTGCTTCCTTTACGCATGTCCCCCTGGTGGACATTTCCGATTCCGCTGCTGCTACGCAGGGAATGGAAGCGTCTGAAGGGACTCTTCCATCGCCAACGCCGGTGCCCAAGAGCCCGGAACCCGTTCGGTTGATGCTGGAGTCAAAATTCCATGTGTCTCTGCTTTCCTTGCATAACGTTACATGCCGCACGGATACCGATATGTTTCTGCTCCTAAAGCACATGAAACTAGACCCTTTAAAATTCCGGTCGAATTATGTTGACAGCCATGCATAG	MDPIRRINRIICSTLGLLLIASFTHVPLVDISDSAAATQGMEASEGTLPSPTPVPKSPEPVRLMLESKFHVSLLSLHNVTCRTDTDMFLLLKHMKLDPLKFRSNYVDSHA				NA	NA	NA	NA	NA
JZ016_03718	1353			hypothetical protein	TTGGATGACAGTATAGGCTTAAATTTATTCTTAGTCGCTGTGCTTATCGCAGCTACCGCTTTTTTCGTTATGACGGAATTTGCTATCATAAGACTTCGCCCCAGCCGGGTAGACCAATTGGTAATGGAAGGGCGCAAAGGCGCGCTTGCCGTCAAAAAGGTAACTTCGAATCTGGATGGATATCTGTCCGCGTGTCAGCTGGGAATTACCATCACGGCGCTCGGTCTTGGTTGGCTCGGGGAACCGACCATCGAGAAAATTCTTCACCCGGTGTTTGATAGCTTTGCAATTCCTGCGGCCATCGGATCGCTAATCTCGTTTTTGCTTGCATTTATTATCATGACTTATATTCACGTCGTTATCGGTGAACTTGCGCCGAAGACGATTGCTATTAATAAAGCGGAAGCCGTGTCGTTCCTCTGTGCGACACCTATTATCTGGTTTAACCGGATCATGTACCCGTTCATCTGGTTGCTGAACGGATCCGCCAACAAAATCGTTCGTCTGTTCGGCATGCATCCCGCCAGTGAGCACGAGGAAGCTCACTCGGAAGAAGAACTCCGCATGATTCTGAGCGACAGTTATGAGAGCGGAAAGATCAACCAAGCTGAATACGGTTATGTAAGCCGAATTTTTGCTTTTGATGATATGCTTGCCAAAGAAATTATGGTACCCCGTACCGATATGATCTGCCTGTATGTCGATAAGCCGCTTGCCACTAATCTGCAGATCATCAAGCGCGAGCAGTACACCCGTTTTCCGGTTGTACGCGGTGACAAGGACCAGATCGTCGGCATGGTGAACACCAAGCAGTTCTTTCTGGAGTTTGATGACAATTCCAACATCGACTTGACCAAGCTGATTCATCCGGCCATGACGGTATCCGAAGCGATACCGATCAAGAAATTGCTTCGGAAAATGCAGCAGGAAGGCACGCATATGGCCATCCTGATCGATGAATACGGCGGCACCTCGGGGATGATCACGATCGAGGATATTCTCGAGGAGATCGTCGGCGAAATCCGCGACGAATTCGACGAGGATGAAGAACGCGAGTTGACCCAGCCTGAGCCGAACCGCATTATTGCCGACGGCAAGGTATCCATTAACCGGATCAACGATCTGCTTCACATCGACCTGAGCACCGATGACCTGGATACGATCGGCGGCTGGCTGTACGGACATAACTCCGAGCTTGCCAAAGGCGATACATGGACTTACGGTGAACTGACGTTTACCATCATCGAGAAGAAGACCCACCGCTACACGAAGCTGCAAATTGTTAAAGAAACAGCCGAAACAGCAGCGGAAGAGGCAGCTGCCGTCGCAGCTGCAAGCGAAAACAACGAATAG	MDDSIGLNLFLVAVLIAATAFFVMTEFAIIRLRPSRVDQLVMEGRKGALAVKKVTSNLDGYLSACQLGITITALGLGWLGEPTIEKILHPVFDSFAIPAAIGSLISFLLAFIIMTYIHVVIGELAPKTIAINKAEAVSFLCATPIIWFNRIMYPFIWLLNGSANKIVRLFGMHPASEHEEAHSEEELRMILSDSYESGKINQAEYGYVSRIFAFDDMLAKEIMVPRTDMICLYVDKPLATNLQIIKREQYTRFPVVRGDKDQIVGMVNTKQFFLEFDDNSNIDLTKLIHPAMTVSEAIPIKKLLRKMQQEGTHMAILIDEYGGTSGMITIEDILEEIVGEIRDEFDEDEERELTQPEPNRIIADGKVSINRINDLLHIDLSTDDLDTIGGWLYGHNSELAKGDTWTYGELTFTIIEKKTHRYTKLQIVKETAETAAEEAAAVAAASENNE	PGPT0014011_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014011-mpfA|yhdP-NA	NA	NA
JZ016_03719	1590			hypothetical protein	ATGAATCGTCAAATCGCTATCATTGGGAGCAGCGGGGGCAATCTGTACAATCTCGGCGGCAAAGACCCGCGCAAGCTGCTGGATGAGATATTGATGCAGCTGGAGAGCGCAGGCCTGTCCTGCGGGGCGCTGCAGTTTATTGCTGCCCAGGTCTCCATGGATGCAGCCAAGGATACAACGCCCGCCGCGCTTTACAGCTGGAGCATTTCTCAAGGGGAGCCCATCGTTATTGCCGAGGGCACTCTTAAGCAGGTCAATCAGGCGGCTGAACGGCTGGACCGGGAGATTGCCGAGCAGATTGAACTCGGCGAGATTGACGGCATCATCGTTATGAGTGCCGACCCTGAGGGCAGCAACCGGCACGCCATTGAGGCTGCTGCCAAGTTCCGATTGCCAGTGACCGGTACTGGCGGAGCTTCCATGGCCATCATCCAAACCAAAGGCGCGCATGTCATCGCCGCTTCGGGTACCACCGGAACCACCAACCGAACCCGCGCGGTCACCTTTGTTACTTCCCTCAGCAAGCATTGGCGACTAACGTATCGGCCGGTCATCGGAAATGCAGCCGCGAACCTTCACGGAGCGTCCGGAAGCTCGTCGCCATGGCGGCGCATCAATATTCGGGGCATTATGATGGCATCCCTCCCCGGGTTTATCGGCATGGCCCTGATTCTCGCAGTCAGCAAAATCCCGGGGTTATCCTCGCTGACCGAAGTGTTTGATCTATTGATTAAGGCGCTGCCGGTCATCGTTGCTGTGATCGCTGCCAAACAGGTATCCGAACTGGACGAGGTATCCATCGTGGCAGGCATCGTGGCAGGTGTCCTCTCCGTCGAGGGGGGCATTATCGGAGGCATCATTGGCGGAATTGGCGCAGGTATCATCGTCCATTACATATTCCGTCAGTGCGTGGAGTGGCGTTTCCCCGCAACCACGGTCAACATTGTTGCAGGCGGTATATCGGGACTGATTGCCGGTCTGCTGGTTTACTTCCTCATTGCACCGATTGCGCTGAGTGCAGGGCAAGGCATCCGCTTCCTGATCGAAACGCTTGTCTCCTGGAGCCCGGCTATAGCCGGATTGATTGCAGGCCTGCTGATCTGGCCCGCGATCATTGGCGGCGTTTATCATGCGGCCATCCTGCCAATTGTACTGCTGGAGATGGAGACAACAAGCAACAGCTTCCTCGGCGCGGTGGATATGGTCGGTCTGGTGATGGTGTCCGCAGGAATCACGCTGGCCAACATTATCGCCCCGCGGGATAAGGGAGAAGCGGCCGTAGCGGCTCCCGGGTTTGCTATCAATATGGGTTTTGGCACCTTCGTTGAAGCCGCCTATCCCTTCATGTTTTCGAACAAACTCGTGTTTGCTGGAGCGATTGCTTCCGCAGGTCTTGGCGGCATGCTCGTCGGTTTATTCGGCGTTCGGGGAACCGCCTACGTGCCTTCCTTTATCGGTCCCATCACATCGAATAACACCATTGGCTTCCTGATCTCCATGGCAGCCAGCATGCTCTGCTCGTTCCTGATTACGTTCTTCGTAAACAAACTGTCCGGTTATCGGGATGCGAAAAACACCGTGAGCATGTAG	MNRQIAIIGSSGGNLYNLGGKDPRKLLDEILMQLESAGLSCGALQFIAAQVSMDAAKDTTPAALYSWSISQGEPIVIAEGTLKQVNQAAERLDREIAEQIELGEIDGIIVMSADPEGSNRHAIEAAAKFRLPVTGTGGASMAIIQTKGAHVIAASGTTGTTNRTRAVTFVTSLSKHWRLTYRPVIGNAAANLHGASGSSSPWRRINIRGIMMASLPGFIGMALILAVSKIPGLSSLTEVFDLLIKALPVIVAVIAAKQVSELDEVSIVAGIVAGVLSVEGGIIGGIIGGIGAGIIVHYIFRQCVEWRFPATTVNIVAGGISGLIAGLLVYFLIAPIALSAGQGIRFLIETLVSWSPAIAGLIAGLLIWPAIIGGVYHAAILPIVLLEMETTSNSFLGAVDMVGLVMVSAGITLANIIAPRDKGEAAVAAPGFAINMGFGTFVEAAYPFMFSNKLVFAGAIASAGLGGMLVGLFGVRGTAYVPSFIGPITSNNTIGFLISMAASMLCSFLITFFVNKLSGYRDAKNTVSM				NA	NA	NA	NA	NA
JZ016_03720	555			hypothetical protein	ATGATCGTGAAATTCAGAAGAATATCGTTGTTCGCGCTGACAAGTGTCCTGCTGGCCGCTTCGCTAATCTGGAACAGCGAACAAGCAGCCGCTAACGATGCAGAGAACTATTCCGTGAAGGCAGCAGGCACCCCCATGACTAGCGTTCTTGTTCACAAAGGCAAAGCGTACGTTCCGCTCAAGTCCTTAGCCGATGCAATGGGGTATGAAATTTCCTATACGCTGAAGGAGGAGTTGGACAACTTTCATCAATATGACGTGAAGGCTGCGAACAGCCCCCCGGTATCGATATGGGGCAACGACAGATGGGGGTATACGATCGTTCGGCGGGCAACGCAAGAGATGAACGTGAACGATATCGATATTTATAAGCCGGCCAAGCTATGCCCCGAGGAATCGGACCATTGCAAGCTTGATGAGAGCAAGTATAACGGCCCTCTTTTTATCAAGAACACCCTCTACGTACCTGTCCGAGACATGGCCACAGCCTTAAATCTGAAGCTGACCATGAAGCAGACCCAGAAAGGGCGCATCATTCATCTGTCCCAGCGCTGA	MIVKFRRISLFALTSVLLAASLIWNSEQAAANDAENYSVKAAGTPMTSVLVHKGKAYVPLKSLADAMGYEISYTLKEELDNFHQYDVKAANSPPVSIWGNDRWGYTIVRRATQEMNVNDIDIYKPAKLCPEESDHCKLDESKYNGPLFIKNTLYVPVRDMATALNLKLTMKQTQKGRIIHLSQR				NA	NA	NA	NA	NA
JZ016_03721	138			hypothetical protein	ATGAGGAGTATGGAAAAATTGAAGGATTGGATTGCCTCTATTCCGATTAAAAGCCAGGCGGAGTTCGTGACTCTGCCTGGCTTTTTCAAGTATTCGTTAGGGGGAAATGGGAGCTTCAGCGCTGGGACAGATGAATGA	MRSMEKLKDWIASIPIKSQAEFVTLPGFFKYSLGGNGSFSAGTDE				NA	NA	NA	NA	NA
JZ016_03722	1035			hypothetical protein	TTGAAGAAACATCAATGGATTGCCACGCTGCTCTCTCTGATATGCACCGGGCTCGGGATGTTTTATATCGGGACGCCGGGTATGATTATAGGCGGAACGCTGCTTATGGCGTTTCAGGGAGCGGCTTTGTTTATTTTTTTCATGACATTGGGATTTTTGGGCCTGATTATTGGTCCGCTCGCTATTGGACTACATATTATAGGTCTGATTATACCGGTTATTTATTTCAACTACCGATCACCCAAGAAACCGATGTTCGACGAGAAGCGGAAGCGCCAACTCGCCTCTCCTTGGAAAATCGTCTTGCGGACGGTGATTGGACTTGCCCTGTTCGCCGGGTCCATCTACTCGGGGTATACCTGGGGATCGGCTCCGTTCATGAAGACGGCCGCCGAGAAACGAGAGGTCCAGGAGGCGGCAGAGTCCTATTTGGAACAGAAGTACAACGAACCCTTTAAAGTTACGGACGTGGACTATACCTGGGCCATCGGCTCATACAATCTGAGAGCCCATCCGGTACAGTCGCCTGAGCTGGAATTCACGCTTAGCAGCAATGAAGCCAGCCCTCCCAGCATATCGAATGATACATATTTGAATCTGCTGTGGGGACAGCAGCTGAGAGACCGGCTGAAACCTCTGCTGGCCGAGCTTTATCCGGACCAGGCGTTTGCGAATGCTTATGTTAACTCCGATTTCGACACCATCGAGCGTGATTATAACCAACTCGTAAATACTGACGGGAATATCAGTCAGAATATCAGTTTAATCGTATTCGCGGATCTGACGGCAGACAATCTGGCGCAAGAGAAGGAACGGGTGCTGGAGCTGATTCGGCGGCTGCCTTCGGTGGCGGTACCGGGGGAGACGGACCTTCACATTGAATATTATGGGGCGGATTTGAAGACGCCGGACCGTGTAAAGAAGCTAGAGCAGGATTTTGATATGAATGGGAAACAGAGCACCCATATTTTCAGGGAGTTTGATATTTCGAAAATCACGTCCACGGATGACATTGAAATCAGAGGACTGGAATGA	MKKHQWIATLLSLICTGLGMFYIGTPGMIIGGTLLMAFQGAALFIFFMTLGFLGLIIGPLAIGLHIIGLIIPVIYFNYRSPKKPMFDEKRKRQLASPWKIVLRTVIGLALFAGSIYSGYTWGSAPFMKTAAEKREVQEAAESYLEQKYNEPFKVTDVDYTWAIGSYNLRAHPVQSPELEFTLSSNEASPPSISNDTYLNLLWGQQLRDRLKPLLAELYPDQAFANAYVNSDFDTIERDYNQLVNTDGNISQNISLIVFADLTADNLAQEKERVLELIRRLPSVAVPGETDLHIEYYGADLKTPDRVKKLEQDFDMNGKQSTHIFREFDISKITSTDDIEIRGLE				NA	NA	NA	NA	NA
JZ016_03723	1389	fumC		Fumarate hydratase class II	ATGGATTATCGTATTGAGAAGGATACCCTGGGTGAGGTTAAAGTGCCTGCGGATAAGCTATGGGCAGCGCAGACACAGCGCAGTTCCGAGAATTTCCGGATTGGAACCGAAACGATGCCGAAGGAAATCATTCGGGCGTTTGCGATATTGAAGAAAAGCGCGGCTATCGTGAATGGCAAGCTCGGCAAGCTGGAAGCAGACAAGGTCGATGCCATTACGACCGCCGCCGATGAGATTGTGGCCGGCAAGTGGGATGAGCACTTTCCGCTGGTGGTTTGGCAGACCGGCAGCGGCACGCAGTCCAATATGAACGTGAACGAAGTCATTGCGAATCGGGCCAATCAGCTGCTTGAGCAAAAAGACAGCGCCCTGCGCGTTCATCCCAACGACGACGTCAACAAATCCCAAAGCTCTAACGATACGTTTCCGACAGCGATGCACATGGCCGCGGTCGTGGCCGTGGAAGATCATGTGCTGCCCGCGCTGCGCCGCTTGAAGAAAACGCTCGAGAAGAAAAGCGATGAATATAAGGACCTGATCAAAATCGGCCGCACGCATCTTCAAGATGCCACACCGCTGACCCTCGGACAGGAAATCAGCGGCTGGCACCGGATGCTCGAGAAGTGTGAATTGATGCTGGCTTCCGCCGTAGAACCGCTGCGTGAGCTGGCTATTGGCGGTACTGCCGTCGGCACCGGCATTAACGCACATCCGAAATTCGGAGAAATGACGGCTGCTGAAATCAGCATGCAAATTGGAAAAAGCTACACGTCAGCCAGCAACAAGTTCCATTCGCTGACCAGTCATGACGAGATTGTATTTGCCCATGGGGCGCTGAAGGCGCTGGCTGCCGATCTGATGAAGATCGCCAACGACGTTCGCTGGCTGGCAAGCGGTCCCCGTTCCGGGATTGGCGAGATCTCGATCCCTGCCAACGAACCGGGCAGCTCGATCATGCCGGGGAAAGTGAACCCAACCCAGAGCGAGGCACTGACGATGGTAGTCTGCCAAGTGATGGGCAACGATGCCACGATCGGTTTTGCAGCAAGCCAGGGTAATTTTGAGCTAAACGTCTTTAAACCGGTCATCATCTATAACTTCTTGCAGTCCGTACGCCTGCTGTCGGATGCGATGGATTCATTCGACCAGAATTGCGCGGTCGGCATCGAAGCCAACCTTGACGTTCTCCGTACGAACATGGAGCGGTCGCTGATGCTGGTGACAGCGCTGAATCCGCATATCGGATATGAGAATGCAGCGGCCATCGCAAAAAAAGCGCATAAAGAAGGGACAACGCTTCGCGAGGCGGCTCTGGCAAGCGGGCTGTTAAGCGGAGAGGATTTTGACCGGATCGTTCGTCCGGAAGAAATGATCCATCCGAAGGAGTAA	MDYRIEKDTLGEVKVPADKLWAAQTQRSSENFRIGTETMPKEIIRAFAILKKSAAIVNGKLGKLEADKVDAITTAADEIVAGKWDEHFPLVVWQTGSGTQSNMNVNEVIANRANQLLEQKDSALRVHPNDDVNKSQSSNDTFPTAMHMAAVVAVEDHVLPALRRLKKTLEKKSDEYKDLIKIGRTHLQDATPLTLGQEISGWHRMLEKCELMLASAVEPLRELAIGGTAVGTGINAHPKFGEMTAAEISMQIGKSYTSASNKFHSLTSHDEIVFAHGALKALAADLMKIANDVRWLASGPRSGIGEISIPANEPGSSIMPGKVNPTQSEALTMVVCQVMGNDATIGFAASQGNFELNVFKPVIIYNFLQSVRLLSDAMDSFDQNCAVGIEANLDVLRTNMERSLMLVTALNPHIGYENAAAIAKKAHKEGTTLREAALASGLLSGEDFDRIVRPEEMIHPKE	PGPT0001650_3661	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001650-fumC-K01679	NA	NA
JZ016_03724	1011			hypothetical protein	TTGGTGAACGTGTTTCGTCATTTTGCTGAACGGGAATGTCCGGGATCCAGTGTGTTCTATGAGTACTTGGCTGGCCATATAGCCGATGATGAAGAGCTGCTGCAAGTCGCTGCGTATGTTCCTGCAGGCCAGCCTGTCCCCAATATGCTGTTTGGCGCCGTCCAATATTTGCTGCTGCAGGGTGAGGGGCCGGATCTGAGGGCGTATTACCCGGGTCTAGTGGAGCATCCGAAGGAAATAAGCTCCTGTTATCCCTATTTTCGTTCATTTGTGCTGAAGCATCAGGCAGCCATTATCAGGATCCTGGAGAGTAAACGGGTACAGACGAACGAAGTCCGCCGCTGTGCGTATTTGTACCCGGTGTTCTGCTCGATCTATGATAAGGTCCGTAAGCCGCTTGCCTTGGTGGAGCTTGGAACCAGTGCCGGATTGCAGCTGCTGTGGGATCAGTACAGCTACTCCTATGGAGACGCGATTCGTTACGGCCTAGCGGGGTCGAAGGTTCATATTACATCGGAGATCAGGGGAGGTCGGATGCCGTTCCTGCCAGCCTCCATTCCCCCGGTGGTCTATCGGATGGGGATCGATCTGCATGTGAATGACGTGCGGAACCCGGAGCACTTTTTGTGGCTGCGGTCTTTAATCTGGCCGGGTAATCACGACAGGGTATCCATGCTGGAGCATGCGGCGGAGGTATTGAAGCAGCAGTCCGGGATACAGTTCCGGGAAGGGGACGGGACCGAACTGCTTCCCGATATCGTGAAGGGCGTCCCTGAGGAGGCCGTCATTTGCGTATTTCATACGCATGTGGCTAATCAGATCCCGGAGGCATCCAAGCAAAAGCTGCTGCATCACTTGAATGAAATCGGAAGCGTCCGCGATATCGTCCATGTCTACAACAATATGCAGGATGGCGATCTTCATGCGGACTATATCCTCGGGGGCGAGCGATGCGAGATTACGGTCGCGCGGACGGATGGGCATGCTCGCTGGTTCCAGTGGCTGTTGTGA	MVNVFRHFAERECPGSSVFYEYLAGHIADDEELLQVAAYVPAGQPVPNMLFGAVQYLLLQGEGPDLRAYYPGLVEHPKEISSCYPYFRSFVLKHQAAIIRILESKRVQTNEVRRCAYLYPVFCSIYDKVRKPLALVELGTSAGLQLLWDQYSYSYGDAIRYGLAGSKVHITSEIRGGRMPFLPASIPPVVYRMGIDLHVNDVRNPEHFLWLRSLIWPGNHDRVSMLEHAAEVLKQQSGIQFREGDGTELLPDIVKGVPEEAVICVFHTHVANQIPEASKQKLLHHLNEIGSVRDIVHVYNNMQDGDLHADYILGGERCEITVARTDGHARWFQWLL				NA	NA	NA	NA	NA
JZ016_03725	1797		COG1132	putative ABC transporter ATP-binding/permease protein	ATGAAGCAGGAATCGTGGTTTCGGCCTTATGTAACGGCAAACTTCTGGCGCTTTCTGCTGATTGTGTTGCTTGGTGTGCTCACGATCCTGTTCGCCGGGATGCTGATGTTCACATCCGGGTATTTGATCTCCAAGTCCGCCCTACGGCCGGAAAATATCCTGATGGTATACGTGCCGACCGTAGGGGTTCGGACCTTCGGCATCGGACGCGCGGTCATCCATTACGTGGAGCGCCTGGTGGGGCATGACACGATTCTCCGCATCCTGTCCCAGATGCGCCTGCGGCTGTACCGCATTCTGGAACCGCAAGCCCTCCGTTTATCCTCCCGGTACCGCACCGGGGATCTGCTGGGCGTGCTCTCCGATGATATCGAGTATTTGCAGGACGTCTATATTCGTACGGTCTTTCCATCGATTGTTGCGCTTGTGTTATACGCCGGGGTCATTCTGGCCGTCGGCCTGTTTGATCCGGCATTTGCCCTTCTGCTCGCGCTGTATGCAGCCGTGCTGATTCTGGTACTGCCGCTCGTTTCCCTGCTGCTCACCAAGCGGAAGAACCGGGAAATGAAGCAGGCCCGAAGCAACCTCTACCAGAAGCTGACCGACGCGGTACTGGGCATTCATGAATGGTATGTCAGCGGCCGGCAGGCGGAATTCCTGACCGGATATGAGGCGGATGAAGCGGAGGTCGACCGGACCGATCGCTCTCTCAAGCGCTGGTCGCGTCTTCGGGCTTTTATCGGCCAATGCGTGGTTGCCGTGACGGTGGTATCGATGGTGTATTGGTCAGGAAGGCAGTATGCGGACGGCTCGATCGATGTTACGCTGATCGCGGCTTGCGTGCTGGTTGTGTTCCCGTTAATGGACGCATTCCTGCCGGTATCCGAAGCCGTGGAGCGGATTCCGCAGTACGGCCAATCGGTCGCAAGACTTCAGGCGATAGAAAGCGCCGAAACATCTGAAGGGAAACGGAATCGGGGTCAACAGCTCAATAAGGGAGAGATCGAATCTGTCATAAGCAGCGGTGTCCAAGTGAAGGCGGATGGCGTCAGCTTCCGTTATGATCAGGCGGCAGGCGGCAAATCCGGGCTGGAACGATCCGGTATGAATGGGGAAGGGGCTACGTTAACGGATGTATCCCTGGATATTCCTCCTGGGGCCAAGGTAGCCATTATAGGGCGTTCAGGTGCTGGCAAATCCACCCTGCTGCAGCTGATTCAGGGTGTGCTGGCACCCTCAGGGGGCAGCCTGACTTTAGGCGGAGTGGATTCCGTGCGGTTTGGCGATGAGATATCTTCCGTTATTTCGGTGTTGAACCAGAGTCCGCATTTGTTCGATACGACGCTAGCAAACAACATCCGGCTCGGACAGCCGGATGCCACGGAAGCGGAAATACGGGACGCGGTTGCATTGGCACGGCTAGAACCGTTGGTGGCTTCCCTTCCGGAAGGTCTTCGCACCCGAATGCAGGAAGCCGGGCAGCGTTTCTCCGGAGGAGAGCGCCAGCGTGTGGCTTTGGCCCGAATCCTGCTGCAGAAAACACCCGTTGTCATTCTGGATGAGCCTACGGTCGGGCTGGATCCCAAGACCGAGCGGGAACTGCTGTCCACCATATTCGCCAGCCTGCAGGACCGGACCTTGATCTGGGTGACGCATCATCTGGTCGGCGTGGAGCGCATGGACGAGATCCTTTTCATGGAAGACGGTCAAATCGTCATGCGGGGTACCCATGATGAGCTGATGCAGCGATATCCGCGGTATCGGAACCTGTACCGTTTGGATCGTCCGGCGATATAG	MKQESWFRPYVTANFWRFLLIVLLGVLTILFAGMLMFTSGYLISKSALRPENILMVYVPTVGVRTFGIGRAVIHYVERLVGHDTILRILSQMRLRLYRILEPQALRLSSRYRTGDLLGVLSDDIEYLQDVYIRTVFPSIVALVLYAGVILAVGLFDPAFALLLALYAAVLILVLPLVSLLLTKRKNREMKQARSNLYQKLTDAVLGIHEWYVSGRQAEFLTGYEADEAEVDRTDRSLKRWSRLRAFIGQCVVAVTVVSMVYWSGRQYADGSIDVTLIAACVLVVFPLMDAFLPVSEAVERIPQYGQSVARLQAIESAETSEGKRNRGQQLNKGEIESVISSGVQVKADGVSFRYDQAAGGKSGLERSGMNGEGATLTDVSLDIPPGAKVAIIGRSGAGKSTLLQLIQGVLAPSGGSLTLGGVDSVRFGDEISSVISVLNQSPHLFDTTLANNIRLGQPDATEAEIRDAVALARLEPLVASLPEGLRTRMQEAGQRFSGGERQRVALARILLQKTPVVILDEPTVGLDPKTERELLSTIFASLQDRTLIWVTHHLVGVERMDEILFMEDGQIVMRGTHDELMQRYPRYRNLYRLDRPAI				NA	NA	NA	NA	NA
JZ016_03726	1881	cydD_1	COG4988	ATP-binding/permease protein CydD	ATGGGAAAAGATCTGCTGGGATACAAAGGCGCCAAGACGGTATTCTTCCTTGTCGCCGTATGTACCCTGGCACAGAGCATGGCCATCCTCCTGCAAGCCAAGTGGCTGGCGGAAGCCGTATCCGCCCTGTTTGCGGGATCAACGCTGCAGGAGCAGGGGGAGACCATTGCCTTGTTCCTGCTTGCATTTCTGGCACGCCACGGCATCTCGGCTGTGCAGCAAGGATTCGCACAGCGCTTTGCCGAGGAGACGGGCACGAGCCTGAGGAAGCAGCTGCTGGATGAGCTGTTTCGGAATGGGCCGTCCTTTGTCCGGTCGGAAGGAACGGGCAATGTGGTTACGCTTGTGCTGGAGGGCATCGGCAAGTTCCGCAAATATGCGGAGCTGACCATACCGCGTTTGATGGGGGCGAGCATTACCCCGGCGCTGGTATGGCTGTACGTGTTCATGACGGACCGGATATCAGGCATTATTCTGCTGGTGACCATGCCGATTCTGATCGTATTTCTCATCCTCGTAGGGCTTGCCGCGAGAAAGCAAACTGAGCAGCAGCTGGATTCCTACCGAATGCTGTCCAATCATTTTGTGGATTCGCTGAGAGGGCTCACTACCCTGAAGTTTTTGGGACAGAGCCGTAAGCACAGCGAGAGTATACAGCAGGTCAGCGAGGGATATCGTGCAGCTACCATGCGGACGCTGCGCGTGGCGTTTCTGTCGTCCTTCGCACTGGATTTCTTTACGATGCTGTCCGTGGCATCTGTTGCGGTAAACCTGGGCTTGCGCCTCATAAACGGCAGCCTGGAGCTGCTGCCCGCGCTGCTCATCCTGATCCTGGCACCGGAGTATTTCCTACCGGTGCGCATGGTCGGGGCGGACTTTCATGCCACGCTGGACGGCAAGCAGGCAGGGGAAGCGATGCAATCCATGATTCAAGAGGCCCGGAAAGGGCGTTTGGGTGGAATCTCGGGTTCTGTTGCTGCGGAGGGTTCGGTCAATGGAGCAGGTCCATTCGAGCCAACTGGAGCGCTTGAAACCCCGGCGGCAGGAACGATGGAACGGACCTCAACGGGCTTAACATTTAAAATTCAAAATAATTTCTCTAATTCCAGCCTCAGACCGCAGCCGCGATTCCAATGGGATCACCAAAGCGTGCTGGAGCTGTCCGGAATCGGCCTCAGGCACGAAGAGTTGGGGCCGGCCTCCTTGGAGGATGTCAGCTTCCGGATACCGGGTCAACGCAAGATCGGCATCGTCGGGGAGAGCGGGGCCGGCAAATCCACGCTCATCGAGCTACTGGGTGGATTTATGGCGCCTACATCTGGCGTGATGGAGCTAAACGGCGTGAAGCTGGAGGACAGAAACCGGCGGGCGTGGCGGACCGAGGTCACCTATATGCCGCAGCAGCCGTATTTATTCGGTGCTACCTTGGCGGATAATGTGCGCTTCTATGCACCGGAGGCGTCCACAGCGCAAGTCGAAGCAGCGGTAGAAGCGGCGGGACTGTCAGATCTGGTGAAGAGCTTGCCTGGCGGACTTGAAGAGATGATCGGCGGCGGCGGGCGCGCTTTAAGCGGCGGTCAGGCACAGCGCGTGGCCTTGGCCAGAGCGCTGCTCGGCGACCGGCGGGTTCTGCTGCTGGATGAGCCGACGGCCCACTTGGATATCGAGACGGAATACGAGCTGAAGGAGACGATGCTTTCCCTTTTTCAAGATAAGTGGGTATTCCTCGCGACGCACAGACTGCACTGGATGCAGGATATGGATTACATCATCGTTCTGCATCAGGGGCGGGTGGCGGAAACGGGAACCCATGAGGAGCTTATCGCTCGGCAAGGCGTCTATTATGGGTTGATTACATCGCAGATGGAGGGAGTACAATGA	MGKDLLGYKGAKTVFFLVAVCTLAQSMAILLQAKWLAEAVSALFAGSTLQEQGETIALFLLAFLARHGISAVQQGFAQRFAEETGTSLRKQLLDELFRNGPSFVRSEGTGNVVTLVLEGIGKFRKYAELTIPRLMGASITPALVWLYVFMTDRISGIILLVTMPILIVFLILVGLAARKQTEQQLDSYRMLSNHFVDSLRGLTTLKFLGQSRKHSESIQQVSEGYRAATMRTLRVAFLSSFALDFFTMLSVASVAVNLGLRLINGSLELLPALLILILAPEYFLPVRMVGADFHATLDGKQAGEAMQSMIQEARKGRLGGISGSVAAEGSVNGAGPFEPTGALETPAAGTMERTSTGLTFKIQNNFSNSSLRPQPRFQWDHQSVLELSGIGLRHEELGPASLEDVSFRIPGQRKIGIVGESGAGKSTLIELLGGFMAPTSGVMELNGVKLEDRNRRAWRTEVTYMPQQPYLFGATLADNVRFYAPEASTAQVEAAVEAAGLSDLVKSLPGGLEEMIGGGGRALSGGQAQRVALARALLGDRRVLLLDEPTAHLDIETEYELKETMLSLFQDKWVFLATHRLHWMQDMDYIIVLHQGRVAETGTHEELIARQGVYYGLITSQMEGVQ				NA	NA	NA	NA	NA
JZ016_03727	1017	cydB	COG1294	Cytochrome bd-I ubiquinol oxidase subunit 2	ATGCTGTCTCTTAACGAACTGTGGTTTGTGCTCGTTGCCGTCTTGTTTATAGGGTTCTTCTTCTTGGAGGGTTTCGACTTCGGGGTCGGGATGTCCACGCAGCTGCTGGCCAAAAATGATACCCAGCGCCGGGTGCTGATCAACTCGATCGGCCCGTTCTGGGACGCCAACGAGGTCTGGCTGCTGACGGCGGGCGGCGCCATGTTCGCCGCCTTCCCGAACTGGTATGCGACGCTGTTCAGCGGCTTCTACATTCCGCTTGTCTTTCTTCTGCTGGCCTTGATCGGGCGCGGGGTGGCCTTTGAATTCCGCGGCAAGGTGGGCGATGTTCGCTGGAAACGGGTGTGGGACGGTGCGATCTTCACCGGCAGCGTGCTTCCGCCATTTCTGCTCGGCGTTGTCTTTGCCTGCCTGATTCAGGGGCTCCCCATTAACGAGGAGATGCAGCTGCATGCCGGATTGTTTGATGTTGTGAATGGCTATACTGTGGTTGGCGGACTGACGATGGTGATGCTCTGCCTGCTGCATGGCTTGATGTTCACAACACTGCGCACGATGGGGGATCTTCAGGAACGGGCGCGCCGTATGGCCCGGAGACTCCTGCTTCCCGTAGCGGCCCTGTTCGTGGCATTCGGGGTGATGACGTATTTCATGACCGATATCTTCGTGAAGCGTGGCGTGGCGTTAACCGTGCTGCTGGTGCTGGCTTTGCTCGCATTCCTGCTGGGCGGATATTTCATGAACATCAAGCGGGACGGCTGGGCTTTCGGGATGACCGGGGCGGTTATCGCCCTGCTGGTAACGTCCGTGTTCGTGGGCTTGTTCCCGCGCGTGATGGTCAGCTCCATCCATTCCGCATTTGACCTGACTATTTATAATGCGGCCTCCGGACCGTATTCCCTCAAGATTATGACGATTGTGGCGGTCACGCTGCTGCCTTTCGTATTGGGCTATCAAATTTGGAGTTACTTCGTTTTCCACAAGCGGGTACATGAGAAGGAGCATTTGGAGTACTGA	MLSLNELWFVLVAVLFIGFFFLEGFDFGVGMSTQLLAKNDTQRRVLINSIGPFWDANEVWLLTAGGAMFAAFPNWYATLFSGFYIPLVFLLLALIGRGVAFEFRGKVGDVRWKRVWDGAIFTGSVLPPFLLGVVFACLIQGLPINEEMQLHAGLFDVVNGYTVVGGLTMVMLCLLHGLMFTTLRTMGDLQERARRMARRLLLPVAALFVAFGVMTYFMTDIFVKRGVALTVLLVLALLAFLLGGYFMNIKRDGWAFGMTGAVIALLVTSVFVGLFPRVMVSSIHSAFDLTIYNAASGPYSLKIMTIVAVTLLPFVLGYQIWSYFVFHKRVHEKEHLEY	PGPT0026705_2759	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026705-cydB-K00426	NA	NA
JZ016_03728	1404	cydA	COG1271	Cytochrome bd ubiquinol oxidase subunit 1	ATGGATCCGGTTATGCTGGCGCGAATTCAATTCGCATCGACAACCATTTTTCACTTTATTTTCGTACCGTTGTCCATCGGGTTGGCGTTTCTGATTGCCATCATGGAGACGATGTATGTTGTTAAAGGCCAGGAAGTCTACAAGAAAATGGCGAAGTTCTGGGGAAAGCTGTTCCTGATTAACTTTGCGGTCGGGGTTGTGACAGGGATTCTGCAGGAATTCCAGTTCGGCATGAACTGGTCGGATTACTCAAGGTTTGTCGGGGACGTATTTGGCGCACCGCTTGCCATTGAAGCATTGCTGGCGTTTTTCCTAGAGTCGACGTTTATTGGACTGTGGATATTCGGTTGGGACCGTTTATCAAAGAAGGTCCATCTGCTTAGTATCTGGCTGGTGTCCTTCGGCACCCTGATGTCCGCATTCTGGATTCTGGCAGCGAATTCGTTCATGCAGCGTCCCGTCGGATTCGAGATGAATAATGGGCGGGCGGAGATGAATGATTTCTTCGCACTGATTACGAACGGTCAGCTGTTGGTGGAGTTCCCGCACACGATCTTCGGGGCACTGGCAACCGGGGCGTTCCTCGTTGCAGGTGTGAGTGCCTACAAGCTGATGAAGAAGCAGGATCTGGATTTCTTTAAGAAATCATTTCACATCGCCATCGTGATTGGCCTCATTACCTCTATTCTGGTTGCGGTATTCGGTCACCAGCAGGCGCAGTATTTGGTGGATACGCAGCCGATGAAGATGGCCGCTGCGGAGAGCCTGTGGGAAACGAGCGATGATCCTGCGCCTTGGACGGTCATTGCGGCCATCGATCCGGATAAGCAGGAGAACACGATGGAGTTTAAAATCCCGTATTTGCTCAGCTTTTTGTCCTACAGCAAGTTTTCCGGTGAAGTCATCGGGATGAAGGAGCTGCAGGCGCAGTACGAACAGCAATATGGTCCTGGAGACTATATTCCGCCGGTTCGTACCACCTTCTGGAGCTTCCGGATTATGGTGGCCGCTGGCAGCGTCATGATTCTGCTGGGATTGTACGGAGCGTGGCTGATGCTGCGCAAAAAGGTCGAGAAGGCCGGCAAATGGTTCCTCAGACTGATGCTGCTCGGCATTTCGCTGCCGTTCATCGCCAATACGTCGGGATGGATCATGACGGAGATCGGACGCCAGCCTTGGACGGTATTCGGACTGATCACTACGGAGAACAGTGTTTCACCGAACGTCAGCGCAGGCTCGATCCTGTTCTCGCTGATCATGTTTACTGCCATTTATGCGGTGCTGGCAGCCGTTATGGCGTATCTATTTATCAAAGTCATTAAGAAAGGACCGTATGCGGCGGAGGAAGAGGACCACCACGCAAGCGATCCGTTTAATAAGGAGGGCTACAATGCTGTCTCTTAA	MDPVMLARIQFASTTIFHFIFVPLSIGLAFLIAIMETMYVVKGQEVYKKMAKFWGKLFLINFAVGVVTGILQEFQFGMNWSDYSRFVGDVFGAPLAIEALLAFFLESTFIGLWIFGWDRLSKKVHLLSIWLVSFGTLMSAFWILAANSFMQRPVGFEMNNGRAEMNDFFALITNGQLLVEFPHTIFGALATGAFLVAGVSAYKLMKKQDLDFFKKSFHIAIVIGLITSILVAVFGHQQAQYLVDTQPMKMAAAESLWETSDDPAPWTVIAAIDPDKQENTMEFKIPYLLSFLSYSKFSGEVIGMKELQAQYEQQYGPGDYIPPVRTTFWSFRIMVAAGSVMILLGLYGAWLMLRKKVEKAGKWFLRLMLLGISLPFIANTSGWIMTEIGRQPWTVFGLITTENSVSPNVSAGSILFSLIMFTAIYAVLAAVMAYLFIKVIKKGPYAAEEEDHHASDPFNKEGYNAVS	PGPT0026700_3387	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026700-cydA-K00425	NA	NA
JZ016_03729	129			hypothetical protein	ATGTCAGCCTGCTTTTTATATTGTAAATACAGGCTTTTAAATCGCGAGCAGAGGCAGCGAGTCCTTTCCATTTTCCTCGATGTGCACAAAATCGCAATTCACTTAGTGATTTTCGTCACAAATTTATAA	MSACFLYCKYRLLNREQRQRVLSIFLDVHKIAIHLVIFVTNL				NA	NA	NA	NA	NA
JZ016_03730	1803	ade	COG1001	Adenine deaminase	ATGAGTTCAATCCAGAGACAGAAACGATACGAGGTCAGCCGGCAGCTGGGGAAGGTTGCCTTAGGACAGGAGCCAGCCGATCTGGTCATCAAGAGCGGCACGCTGGTAAATGTGTTTACAGGCGAGCTTCAGGAGCGAGTGGACGTGGCCATGGCCTCCGGGCGCATTGCTTATATCGGCAACGCGGATCACACGATCGGGGAGGGGACTCGGGTCATCGAAGCGAATGGCCGATATATCTCGCCGGGCCTGCTCGACGGCCATATGCATGTGGAGAGCACGATGCTCACCGTGACCGAGTTTGCCAAGGCGGCTATCGTTAGCGGAACGACAGGGGTATATATGGATCCCCATGAGATTGCCAACGTATTCGGCATGGAGGGCGTGCGCTGGATGCACGAGGAAGGGCAGCAGCTGCCGATGAAGGTGTTCACCACCATACCTTCGTGTGTGCCGTCAACCTTCGATCTGGAGGATGCCGGGGCGCAGCTGGGCGTAGCCGACATTGAGGAAGGGCTGACATGGCCCGGTGTTGCCGGGCTTGGCGAAGTGATGAATTTCCCGGGCGTCGTGTATGGCGATCCGACCATGAGCGGGGAGATCGAAGCCACGCTGCGTGCAGGCAAGACGGTGACCGGGCATTTTCCGGCAGAGGACGACCGGATGCTGCAGGCATATATGGCAACCGGCGTAAGCTCCGACCATGAGACGGTAACCCGGGAGCAGGCTTTGGAGAAGGTTCGCCTCGGCATGCACCTGATGATCCGCGAGGGTTCGGCTTGGCAGGATGTGAAGGAAGTTGTTAAGGTCATAACGGAAGATAAGGTGCGCACAGACAATATTTCTCTGGTTACGGATGATGTGTATCCGCAGACGCTGTTGAGACTCGGACATATGAACCATGTGGTCCGCCGCGCTATGGAAGAGGGCGTGGACCCGGTTACGGCGATCCAGCTGGGAACGATCAACGTGGCTCGTTATTTCGGGATGGACATGGAGCTTGGCAGCATTTCACCTGGCAAAACGGCGGATATATTGCTGATTGATGATCTGTTGAGCATGGTCCCTTCCGTTGTGATCACGGATGGCGAAGTGGTTGCAGAGAACGGCCGACTCGTGAAGGCGTTCCCTGTATATCAATACCCGGAAAAAGCCTTTAACTCGGTCAAACTGCAGCGTTCGCTTACTGCGGATGACTTTCTGCTGCGCAGCAAATTCGATGCAACTCGCACGGAAGTGAACGTGGTGCGCGTCATCGAGAACAGCGCCCGTACCGCTAAAATGACGGCGGTGCTCTCCGTGGAGCAGGGCGTCATCCAGCCAGACCTGGATCAGGACGTGGTTCAGCTGGCATGCATTGAGCGCCACGGCACGACGGGACAAATCTCGCTCGGTTTTGCGAGCGGCTTCGGACTGAAGTCCGGCGCAGTTGCGTCCACGGTAGCGCATGACAGCCACAATCTGCTTGTGATGGGCACAAATGCCGAGGATATGGCACTCGCGGCGAATGAGCTGGCGGCGTGCGGTGGCGGCATGATCGTAGTACGGGACGGCAAGGTGCTGGCGAAGGTGGCGATGCCGATTGCCGGTTTGCTGGCGGACCGTCCGGTTGAGATCGTAGCGGAGGAGGTCGCTGCCTTGGAGGAAGCTTGGAAGGAGCTCGGATGCTACATTCATGCCCCGTTCATGACCTTCTCGCTCATTGCGCTGCCGGTGATTCCGGAAATCCGCATAACCAACCGCGGGATCGCGGACGTAACGGAATTCAAGCTCATCGAGACCGAGATTGGCGCGGTTCAATAA	MSSIQRQKRYEVSRQLGKVALGQEPADLVIKSGTLVNVFTGELQERVDVAMASGRIAYIGNADHTIGEGTRVIEANGRYISPGLLDGHMHVESTMLTVTEFAKAAIVSGTTGVYMDPHEIANVFGMEGVRWMHEEGQQLPMKVFTTIPSCVPSTFDLEDAGAQLGVADIEEGLTWPGVAGLGEVMNFPGVVYGDPTMSGEIEATLRAGKTVTGHFPAEDDRMLQAYMATGVSSDHETVTREQALEKVRLGMHLMIREGSAWQDVKEVVKVITEDKVRTDNISLVTDDVYPQTLLRLGHMNHVVRRAMEEGVDPVTAIQLGTINVARYFGMDMELGSISPGKTADILLIDDLLSMVPSVVITDGEVVAENGRLVKAFPVYQYPEKAFNSVKLQRSLTADDFLLRSKFDATRTEVNVVRVIENSARTAKMTAVLSVEQGVIQPDLDQDVVQLACIERHGTTGQISLGFASGFGLKSGAVASTVAHDSHNLLVMGTNAEDMALAANELAACGGGMIVVRDGKVLAKVAMPIAGLLADRPVEIVAEEVAALEEAWKELGCYIHAPFMTFSLIALPVIPEIRITNRGIADVTEFKLIETEIGAVQ	PGPT0021510_312	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021510-ade-K01486	NA	NA
JZ016_03732	579	azoR_2		FMN-dependent NADH-azoreductase	ATGAAAAAGGTTTTAATTATTCAAGGCAATCCCATTGCGAACAGCTATGGCAGCCTGCTGGCCGAGGTCTATGCGAGGGGGGCGGCCGAATCTGGGGCGGAGGTGCGGGAGCTGGTGCTTGCGGAGCTGGAGTTTGACCTGAATCTCTCCGGCGGCTATGAGGGTAAACAACCGCTGGAGCCGGATCTGCAAAAAGCGCAGGAACTGATCTCTTGGGCGGATCACCTGGTATTTGTGTACCCGAATTGGTGGGGCGGCATGCCGGCACTGCTCAAAGGGTTCATCGACCGGGTGTTTCTGCCGGGCTTTGCCTTTAAATACCGCAAGAACTCGCCCTTGCCGGAGCAGCTGCTCAAAGGGAAGACGGCCCGTCTGATCGTCACGATGGATTCGCCGTACGTCTACTACCGTTTCTATCTCGGCCAGCCGGGGCATCAAATGATGAAACATTCCATTCTGAAGTTTTGCGGCGTAGGCAGTGTGCGTGCCACGAACATTACGCAGCTTCGCAAAATGCCTGAAGTGGCAAGAAAGCAATGGCTTGAGCGTGTACACAGAATGGGACGGAAATTGGCCTAA	MKKVLIIQGNPIANSYGSLLAEVYARGAAESGAEVRELVLAELEFDLNLSGGYEGKQPLEPDLQKAQELISWADHLVFVYPNWWGGMPALLKGFIDRVFLPGFAFKYRKNSPLPEQLLKGKTARLIVTMDSPYVYYRFYLGQPGHQMMKHSILKFCGVGSVRATNITQLRKMPEVARKQWLERVHRMGRKLA	PGPT0009455_2129	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355	NA	NA
JZ016_03733	729			hypothetical protein	ATGGTTAAAAAAGGTTGGGTGTGCATTTTAAGCGGCGAAAAGCGAAGAAATATGAATGGAGAGGCACTCCGGGCGAGGAGGAGCCTCTTTTTTGCGTTGGTTATTGCAATTTGGTTAGCGTTCACTTATGATATGAGCATGAAAAAGAAACCACATTTCGATAGCAAGAAGAAGGATATTTTGCAGGCTGCCATGAAGCTCTTCGCGGAGAAGGGCGTGGACGGCGTATCGGTGAAGGAGATCGGCGCGGCGGCGGGCGTAACGGATGCGGCGATCTATAAGCATTTTACGAATAAGGATGCCGTGGCAGCGGAGGCGTTCGAGGAATACTGCAGCAGCTATACGCGTCTGGTGGATGATTATGCGTCCCGCCCCGGCTTGTTTACAGAGCGGCTGTCGGCGCTCGTCACCCGGGTGCTGGCTTCGTATGACGAGGATAAATACGGCTTGCTGCTCTTGTCCCAGCATCACGAGCTGTTTACGGAGGTGCTCAAGAGCAGAGGACGCCAGCCGCTGGACGCCTTGCATGATCTGCTTGAGCAAGCGGTCTTGCAGCGGGATATTCCGCCGCAGAATACGCGGTTAACCTCCGTGTTGATCATCGGTGCATTCAACCAGTTGGCGATCGCAACGATGCAAGGGGAGCTGGAGGAACCTTTGTCGCCGCTGGCATCTGAAGTGACGGCGCATTTATTGGCATTAACAGGTTTGGGAAAAGGTCCGGCGTGA	MVKKGWVCILSGEKRRNMNGEALRARRSLFFALVIAIWLAFTYDMSMKKKPHFDSKKKDILQAAMKLFAEKGVDGVSVKEIGAAAGVTDAAIYKHFTNKDAVAAEAFEEYCSSYTRLVDDYASRPGLFTERLSALVTRVLASYDEDKYGLLLLSQHHELFTEVLKSRGRQPLDALHDLLEQAVLQRDIPPQNTRLTSVLIIGAFNQLAIATMQGELEEPLSPLASEVTAHLLALTGLGKGPA				NA	NA	NA	NA	NA
JZ016_03734	1245			hypothetical protein	ATGGGTTCTACTTCGTTTCGGCAATTGACTGGCAATGCGCGGGGCTGTCTCGTTTACGAGCCGCTGTTTCTTATTCCTTACAGTATGTTCACGACGTACACCTCGATCTACATGTACCAACTTGGGGTAACCGAGACGGGAATCGGCTGGATTACCTCCATCGGTTTGCTTGTGCAGGTGCTTTCTTCGTTTCTCAGCGGGTATTTAACGGACCGTTTAGGCAGAAAAAAAGCGCTGCTGTACTTCGACGTACTAAGCTGGACCGTGGCTACGCTGCTCTGGGCGGTTTCGCAGAACTTCTGGTTTTTTGTGATCGCGGCGGTCATCAACGGCTTTCAGAAGGTGCCGCATACCGCCTTTTACTGTCTGCTGGTGGAGGACACCGCGCCGAAGGAGCGGACCTATGTCTTTACGCTGCTGCAGCTGATTAGCGTTGTCGGCGGCTTGTTTGCACCGATCGGCGGGCTGCTGGTGTATCATTTCACGCTTGTGCCCGGGGTGCGCATCATGTTCGTGTTGGCCTGTATCCTGATGACGATCCAGTTCATCGGGCGCCACTATGCGACAAGGGAGACGGATATCGGTTACCGCAAGATGAAAGAAACGAAGGCAATGAGCCTGCGGGAGGGGATGTCCGACTATGCTTCGGTGATGAAGAGCATGCTCGGAAACCCGCTGCTGCTGATGATCTTCGGGGTGTATATATTATTTAATTTTCAGATGACGGTGAAGACGACCTACGTCTCCATTTTCATGGTGGAATATTTGCATTTGGGGAGCGGCCTGATCTCCGTCTTTCCGGCATTCTCCTCCGTAATTATGCTCATATTCATGCGGTGGATCATGCCCCGAATCGGAGAGCAGCATGTGCACCGGACGATGGTATGGGGGTTCGTTATATCGGTATTGTCCAATGTCATACTGGTGTTTGCGCCGCAAGGGGATCTGCTGGTGCTGAGCTTGAGTACCGTCATTGCCGCAATCGGCACCATGATGACGTACCCATACTTGGAGACTGCGGTGGCCAACGCCATTGACGATGAGAATCGCGCCAAAATATTCGCGCTGCTCCAGGTGCTCATCCTCATTGTCATTTCGCCATCCGGCATCATTGGCGGCTGGGCATATGGAGTTGATCCGAGAATTCCCTTCTTGCTAGTTGCCGGGGCATTTGTGATCAGCATCCCGCTTATGCTGCTGTACGGCAAAAAGGTAAAGGCGGCGCCTGTTGAAGCCGGAGCTTAA	MGSTSFRQLTGNARGCLVYEPLFLIPYSMFTTYTSIYMYQLGVTETGIGWITSIGLLVQVLSSFLSGYLTDRLGRKKALLYFDVLSWTVATLLWAVSQNFWFFVIAAVINGFQKVPHTAFYCLLVEDTAPKERTYVFTLLQLISVVGGLFAPIGGLLVYHFTLVPGVRIMFVLACILMTIQFIGRHYATRETDIGYRKMKETKAMSLREGMSDYASVMKSMLGNPLLLMIFGVYILFNFQMTVKTTYVSIFMVEYLHLGSGLISVFPAFSSVIMLIFMRWIMPRIGEQHVHRTMVWGFVISVLSNVILVFAPQGDLLVLSLSTVIAAIGTMMTYPYLETAVANAIDDENRAKIFALLQVLILIVISPSGIIGGWAYGVDPRIPFLLVAGAFVISIPLMLLYGKKVKAAPVEAGA	PGPT0027875_576	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027875-tetA-K08151	NA	NA
JZ016_03735	1773	sasA_26		Adaptive-response sensory-kinase SasA	ATGAGACTGCGCAGAAGGCTGGCCTTTCATTTTACGTACCAATTGATTGCGTTCTCGGCGTTTATGTTTTGCTTCCTGATCGTGCTCTTATTCTTCCTGATCAAACATATCAGCGAGGATGAGATCAAACGGAACTTTCCGACAGGTGTCCTGAACAGCATCGTGACCGAGACGGTGACGGAGAATGGGGAGGTCCTGCTGCAGGAACAGTGGAAGCTCCTGCTTCAAGAGAAGGAGATGTGGCTGCAAGTGGTGGATATGGACGGAAACGTGATTCTTTCCACCAATACGGCTCCGGATGTTCCGTCGGAGTACTCGGTAAGCACCTTGCTCGAGATCAAGGAGGAGCGCCGTCTCGGCGAGTACACGATGGATTGGCAGATGGATCTGACCTATGAAGAACCGCTGCTGTATCTGATCGGACGTATCGATGAGGGTTCGGACCATCTTCGGGAATGGTATGCCCATTACCAGAACGGCGGCAGGGTGAGGCCGGAGGATGAAGCGGAGCTTGAACGCGAATTAGCCGGTCTAGGCGGTTATTTGCATGTCATTGACCGGGAGGGCCGCGTTGTCCAAGCGATTGGAACAGATTCAGACAATAAGGTAAGCTACCACCCGCTGGAGATCATTACGATGCAGGAGCAGCCGGGCACGTATTCCACGCATATCGCGGTTTATCGCGATACGGACAGCGGCAACACCTGGGTATATCATACGCCGCAGGACGGGGCGCTGGAAAAAAGACCGATGATGAACGAGCTGATCCGCGTGGCGTTATGGACGATGGTCTGCGTGCTTGTGCTGTCGCTAGGGGTCGCCATATGGCATGGATATCGGTACAGCCGGCCGCTGCTGCTGTTTACCGGGTGGTTTGAGCGGATGGGGAGCGGAGCTTACGAGGAAGTGCTGACGCCGAAGGACCGGAAGCGGGTATTCCGTAAGAACGGAAAGCTGCGCACGCGCTTCAAGCTGTACAAGGAAGTGATTCATTCGTTTTACAAGATGGCGGAGCAGCTTGCCGAGACCGAGAGGGAACGGGAGCGGCTCGATCGTAACCGGGAAGAATGGATGTCCGGGATATCGCATGATTTGCGTACTCCGTTGTCCTCCATCCAGGGTTACGGCTATATGCTTGAGAATGCACCGCAGGATTGGAGTCAGGAGGAACTGCGGGAGATGGGAACGGTGATTCGGGAAAAAGGGGACTACATGCTGGAGCTGATCAATGATTTCTCGCTCGTCTTCCGTCTGAGAAGCGAGATCCGCCCGCAGGAGCTGACCCGGCTTGACCTGAATGAGCTGGTGCGCCGCTGCGTGCTGAAATACGTCAATGATGCTACGCTGGATGCGAATTTCAACTATATCGGCGGCGATGAGGCGCTGCTCGTCGACGGCAATGCCAAGTGGCTGCAGCGGTTGATGGATAACCTGATCACGAATGCCGTGAAGCATAATCCGGATGGGGTAAACGTTGAGGTCCGGGTGGAGAGACGTCCGGGCGGTGCGGCGATCGTGGTTGCGGATCAAGGCGTGGGGATGGACGAAGAGACCCGCTGCAATCTGTTCGAGCGTTACTACCGGGGAACGAATACTGAAGAGAGCATGGACGGCTCGGGACTCGGGATGAGTATCGCCAAGGCGATTGTCGAAGCACATCGGGGCCGGGTAAAGGTGTGGTCTGAAGTGGGCCGAGGAACCACCATCACCGTGCTATTGCCTGAGGCTGGCTTACAAGAAGGTGAGGGGGCTGCTGAGCGCGGCAAGGAGTAA	MRLRRRLAFHFTYQLIAFSAFMFCFLIVLLFFLIKHISEDEIKRNFPTGVLNSIVTETVTENGEVLLQEQWKLLLQEKEMWLQVVDMDGNVILSTNTAPDVPSEYSVSTLLEIKEERRLGEYTMDWQMDLTYEEPLLYLIGRIDEGSDHLREWYAHYQNGGRVRPEDEAELERELAGLGGYLHVIDREGRVVQAIGTDSDNKVSYHPLEIITMQEQPGTYSTHIAVYRDTDSGNTWVYHTPQDGALEKRPMMNELIRVALWTMVCVLVLSLGVAIWHGYRYSRPLLLFTGWFERMGSGAYEEVLTPKDRKRVFRKNGKLRTRFKLYKEVIHSFYKMAEQLAETERERERLDRNREEWMSGISHDLRTPLSSIQGYGYMLENAPQDWSQEELREMGTVIREKGDYMLELINDFSLVFRLRSEIRPQELTRLDLNELVRRCVLKYVNDATLDANFNYIGGDEALLVDGNAKWLQRLMDNLITNAVKHNPDGVNVEVRVERRPGGAAIVVADQGVGMDEETRCNLFERYYRGTNTEESMDGSGLGMSIAKAIVEAHRGRVKVWSEVGRGTTITVLLPEAGLQEGEGAAERGKE				NA	NA	NA	NA	NA
JZ016_03736	720	regX3_4	COG0745	Sensory transduction protein regX3	ATGGATCAAACACGAATTTTAATTGTAGATGACGAACCTTCCATTGTGAAAATGCTGCAGATGGTGCTGCGCAAGGAAGGCTTTAACCGCATATATACGGCTTCCAGCTGTAAGGAAGCGCTTAGCGAAATCGCTGCACATGGAGCGGATATCGTGCTGCTCGATGTCATGCTGCCGGACGGCACGGGATTTGATCTCTGTCCGCAGATTCGCTCCTATGGCAGTCCGCACATTCTGTTTCTGACGGCCAAAGCGTCGGATCTGGATGTGCTGACCGGTTTTGCGATGGGCGGGGACGATTATGTCACCAAGCCCTTTAATCCGCTGGAGATTGCCGCAAGGATCAAGGCGCGTCTGCGCCGTGGCGGCATCGGGGCCACCGTGTCGGCCGAGCAGCCGGTGATACAGCGTGCATGGGATTTCGGCCGGTTTAAGGTCGATGAATCCGCCGGGGAGCTGACGGTGCTGGGAGAGCCTGTGCCTTGTCCGGCGCAGGTCTTTCAGCTGCTGCTTTATTTTTGCAAGCATCCGGGGGTCGTATTCTCCAAGTCTCAGCTGTACGAAGCCGTGTGGGGCATCGACGGCATGGGCGAGGACAACACCGTCATGGTACATATCCGCCGCATCCGTGAACGCATCGAGGAGGATCCGAGCAACCCGCAATATTTGTTGACGGTCCGGGGGCTCGGCTACAAGCTGGTTAAGGAGAAAGCCCGATGA	MDQTRILIVDDEPSIVKMLQMVLRKEGFNRIYTASSCKEALSEIAAHGADIVLLDVMLPDGTGFDLCPQIRSYGSPHILFLTAKASDLDVLTGFAMGGDDYVTKPFNPLEIAARIKARLRRGGIGATVSAEQPVIQRAWDFGRFKVDESAGELTVLGEPVPCPAQVFQLLLYFCKHPGVVFSKSQLYEAVWGIDGMGEDNTVMVHIRRIRERIEEDPSNPQYLLTVRGLGYKLVKEKAR	PGPT0002675_87	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776	NA	NA
JZ016_03737	1230			hypothetical protein	ATGAATTCAAATAAACGTTCCACGGCCGTGGATGCGATTCGCGGCTTGAGCTTGCTCGGCATCCTGATGGCCAATATGCTTATTTTTCAATACGGCATGTTCGGCAAAGACGAGCTGCATTTCTTCCAGCCATCCACGCTGGATCTGATCAGCCATGACATGCTGAAAGTATTCGTAGAGGGCAGCTTCATGCCGATCTTCACGTTCCTGTTCGGTTACAGCATGATCAAGATGCGGGAAAGCCTGATCGGCAAAGGGCTCAAATACGGACGCAGCTTTTTCCGCAGGTCCGTGCTGCTGATCGTTCTCGGTTTGCTCCATTCGACATTCATCTGGGAAGGCGATATTCTGCTGTTTTACGGAGCGATCGGACTCTTCCTGGTGCTGTTTGTGAAACGGAAGGCCAAAACAATCCTGATCTGGGGGATCCTCTTACTGGCGCTGATGTCCCTCCTCGGATATGGCTCCATGGAGCCTACGGCAGGTGAAACCGAGCGTATGGAGAATTATGTGAAGCAGTCTATTGAGGTGTACGGCAATGGCACGTACCGCGAGATTCTGAACTTTCGTTCAACTGAGGAAATGCCCATCGACCTTCCGGATTGGTTGATGCTGCTGGTCATTCTGATTGCTCCGCTGATGAGCGCGCCAATGTTCCTGTTTGGTATGGTCGCCGCCAAACGCGGGCGCTTCCTTCATCCCTCCATGGAGATCAAGCTGTATCTAAGATGGTCTCTGCTCATACCGGTCGGGCTTGGACTAAAGACAGCAGGGGTTATGCTCGGATCCACCCACGGCTGGAGCGGCGTACTTACGATGCTTGGCGGACCTCTGCTCGCGCTGGGTTATATACATCTGTTCGCTTCCCTATATGCCTTCTCTTCTAAACAATCGGTCATCATGCGGGCGTTTGAAGCGGTTGGACGGATGTCGCTAACCAACTATCTAACGCAAAGCGTTGTGTGCGTACTGATATTCTACGGATTCGGGCTGGGTATGTTCGGCAAGCTCGGCGTGCTGCAAGGAGCGCTGCTGGCCGTCCTGATCTATGCTGTACTGGCAACGGGCAGCCTGCTCTGGTTGAAACGGTTCCGCAGCGGACCCGTTGAACGGCTGCTGCGCATCGGCACCTATTGGTCATGGAGCGGCAGGGCGAAACCCAAAGTCATGACGCCGGCTGCAGCCGTACCTGCGGCAGAGTTTCCGGCAGAAGGTCCTCCGGTGACTTAA	MNSNKRSTAVDAIRGLSLLGILMANMLIFQYGMFGKDELHFFQPSTLDLISHDMLKVFVEGSFMPIFTFLFGYSMIKMRESLIGKGLKYGRSFFRRSVLLIVLGLLHSTFIWEGDILLFYGAIGLFLVLFVKRKAKTILIWGILLLALMSLLGYGSMEPTAGETERMENYVKQSIEVYGNGTYREILNFRSTEEMPIDLPDWLMLLVILIAPLMSAPMFLFGMVAAKRGRFLHPSMEIKLYLRWSLLIPVGLGLKTAGVMLGSTHGWSGVLTMLGGPLLALGYIHLFASLYAFSSKQSVIMRAFEAVGRMSLTNYLTQSVVCVLIFYGFGLGMFGKLGVLQGALLAVLIYAVLATGSLLWLKRFRSGPVERLLRIGTYWSWSGRAKPKVMTPAAAVPAAEFPAEGPPVT				NA	NA	NA	NA	NA
JZ016_03738	306	isdG	COG2329	Heme-degrading monooxygenase	ATGCTGGTTGTTACAAACTCGATTAAGGTTAAACCGGGCTTCGGACAAGAAATTGCGCAGCGATTCGCTGAAGCGAAGGGTGTCCAGGAGATTGAGGGATTCGTGCGGATGGAAGTATGGCACGAAGCCAAAGAAGGCGCAGAGGCAGAGGAACTGAAGGTCTCTACGGTATGGGAAGACGAGGAAGCGTTCAAACGCTGGACTTCCAGTGAATCGTTCAGGCAATCTCACGGTCGGGGCCGAAACGAAAATATTTTAGGCGCTTCCTTAAACAAATATGAGCTGTTGATCAGTCATAAGAAGTAA	MLVVTNSIKVKPGFGQEIAQRFAEAKGVQEIEGFVRMEVWHEAKEGAEAEELKVSTVWEDEEAFKRWTSSESFRQSHGRGRNENILGASLNKYELLISHKK	PGPT0003630_304	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_UTILISATION,PGPT0003630-hmoA-K07145	NA	NA
JZ016_03739	471			hypothetical protein	TTGTCCAGTAAGCTCGCGTTCATCATGATGGTTGGAATTATCGTTGTTCTGAGCATGGTCGGCTGCAGCGGATTTGACGAGGATGCGGGGTCTGCAGACAAGAGCTTGTACTCCGTCAAGAAACTGATGAAGCTGGATGCAGCGAAGGTGAAGGCCATTCATGTGGTTTATGGGGATGGCACACGGATGGTGCTGGATCAGAAGCAGGACATAGAACCGGTTATGGAGCGAGTGGACAATCTTCAAGCCAAGCGGATCACGGCTAACGAGAAACCGGGATTTCTGTTCTTTATGGACGTCGTGCAGGGCGAGCAGGAGGTTCGCGTGGCGAACGAGTTCGAGGTGGATGGACAATTATATGTGCTGGCGGGTCCCGAGTTGAACGATCTGAACAAGTACATGGTCGAGCTGGGTCGATCCCACAACCCTGAATTGCTGCCGGGGTACATGATAAACGATCAGGGGCCTTGA	MSSKLAFIMMVGIIVVLSMVGCSGFDEDAGSADKSLYSVKKLMKLDAAKVKAIHVVYGDGTRMVLDQKQDIEPVMERVDNLQAKRITANEKPGFLFFMDVVQGEQEVRVANEFEVDGQLYVLAGPELNDLNKYMVELGRSHNPELLPGYMINDQGP				NA	NA	NA	NA	NA
JZ016_03740	132			hypothetical protein	ATGGAAAGCACGCACGATTTTGTGGAAAAAATGAACGAGAATGCGGAGAAGGCCCGTCGCAACAAGGAAAATCATGGCAAAGGAACGCCAAGCGACAAGCTGCCGACCAAGCAGCACGGCACCAAGAAGTAA	MESTHDFVEKMNENAEKARRNKENHGKGTPSDKLPTKQHGTKK				NA	NA	NA	NA	NA
JZ016_03741	342			hypothetical protein	ATGAATCAAGAAGTTACGGATTACATTGCAGCCATTAGTGATACCTGGAAGGTGGAGGTCAGCGAGCGGCTTCGGGAGCTTGTGCACGGCACGATCCCGGACGTTTCGGAACGGCTTCAATACAAAAAGCCCCATTTTCTGAAAAACGGAAAATATGCAGCCGTGATCAGCGTCGCGAAGAGCGCCGTAAGCTTTACGATTTTCAATGCGGATGGCCTGGATTGGCCTGAAGCGTCGTTTGAAGGACCGCCTGAGCGAAAGACCATCAAAATTTCGTCCGGGCAGCATGTCGATTATGATGCGCTCGGATCCTTGTTGAAGCAGGCATCCGACGGACTGTAA	MNQEVTDYIAAISDTWKVEVSERLRELVHGTIPDVSERLQYKKPHFLKNGKYAAVISVAKSAVSFTIFNADGLDWPEASFEGPPERKTIKISSGQHVDYDALGSLLKQASDGL				NA	NA	NA	NA	NA
JZ016_03742	399			hypothetical protein	ATGCAAGCACAAATGGTACCTTTTATTATTTCGGAGGATGCAAGAGGTCAGGCGAATTTTTACATGCAAGCGCTGGGTGGAGAGATCGATTTGCTGACTACCTTCAAGGACATGCCGGGCATACCGGAAGTCCATCAGGATAAGGTTATGCACATGTCGTTAACGCTGGCCTGCGGCAACAAGCTGATCCTCACCGATGCGTTTCAGGAAACTGGCAAGAGCACGAGCATGGGTCTGGCCATCACGTTCGATAACGAGGAAGACGCCCGGGCTGCCTATCGCCATCTCAGCGATGGGGGTACTGAGAAATATCCTTTTGCTCTGCAGCCTTGGGGAGCCTACTACGGTGAAGTGGTGGACCGGTTCGGCATGACTTGGCAGATGGTTCATCAGGGCTGA	MQAQMVPFIISEDARGQANFYMQALGGEIDLLTTFKDMPGIPEVHQDKVMHMSLTLACGNKLILTDAFQETGKSTSMGLAITFDNEEDARAAYRHLSDGGTEKYPFALQPWGAYYGEVVDRFGMTWQMVHQG	PGPT0030505_3263	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_03743	1263			hypothetical protein	ATGTCAGCTGAAGATACCCATCGTACGATCGATGCCATCTGGAGAATCGAATCCTCCAAAATCATTGCCTACCTGACTCGAATGGTTCGTGACGTCGGGATCGCCGAGGATCTTGCTCAGGATGCGCTAATCGCTGCGCTGGAACACTGGCCGATGGACGGAATACCGGATAATCCCGGTGGATGGCTCATGACCGCTGCGAAGCGCAAAGCGCTGGATCTGCTGCGCCGGAATAAGGTACGCGATCAGAAGTATGAGCTGCTCGGACGCGAAATGGATTCCCGGATGGATTCGGATATGGAGGTGCCGGAGGCGGGGGAAGTGAACGATGATCTGCTGCGGCTGATCTTCATGACCTGCCATCCGGTTCTTTCCCCTGAGGCGCGCGTAGCTCTGACGCTGCGTTTGCTCGGCGGATTAACGACAGCGGAGATTGCTCACGCCTATCTTGTGCCTGAACCGACGATCGCGCAGCGAATCGTTCGTGCCAAACGGACGCTGTCGGCGACCCGGGTGGCATTCGAGATTCCTCAGGGAGCCGAGCTTAAACCGCGGTTGTCATCGGTTCTTGAGGTCATCTATCTCATGTTTAACGAGGGGTATGCAGCGTCTTCGGGCAGCCAGTGGATTCGTCCCCTGCTGTGCCAGGAAGCGCTTCGGATCGGGCGGGTGCTGGCAGAGATCGCGCCGACGGAGGCCGAGGTGCATGGATTGGTTGCGTTAATGGAATTTCAATCCTCTAGGTTCAAGTCCCGGGTCAATGCGGAGGGGGAGCCTGTCCTGCTCATGGATCAGAATCGGGCCTTGTGGGATCATTTATTGATTCGGCGCGGTTTTGCCGCTCTGGATCGGATCGAGCGGTTGGGTGGAATGACGGGACCTTACGCTATACAAGCTGCCATCTCCGCTTGTCATGCCGGAGCGCCCACTGCAGCAGAGACCGATTGGATTCGCATCTCCGCGTTATATGAGGCCTTGGCCCAGGTTTCTCCTTCGCCCATCGTGGAATTGAACCGGGCCGTGGCCCTCTCCATGGCTTTCGGTCCGGAGATCGGGCTTGAGATCGTGGATGTTTTACGTGGCGAGCCGGCCTTGAAGGGATACCATCTCCTCCCGAGCGTAAGGGGAGACCTGCTCTTCAAGCTGGGACGTCTGGACGAAGCCTGCGCGGAGTTCAAGCTGGCCGCATCGCTAACGGATAACCTGAGGGAACGTGCTTTGCTGCTTGACCGTGCGGCAGAATGCCTGTCAGCGGAGTCCTAA	MSAEDTHRTIDAIWRIESSKIIAYLTRMVRDVGIAEDLAQDALIAALEHWPMDGIPDNPGGWLMTAAKRKALDLLRRNKVRDQKYELLGREMDSRMDSDMEVPEAGEVNDDLLRLIFMTCHPVLSPEARVALTLRLLGGLTTAEIAHAYLVPEPTIAQRIVRAKRTLSATRVAFEIPQGAELKPRLSSVLEVIYLMFNEGYAASSGSQWIRPLLCQEALRIGRVLAEIAPTEAEVHGLVALMEFQSSRFKSRVNAEGEPVLLMDQNRALWDHLLIRRGFAALDRIERLGGMTGPYAIQAAISACHAGAPTAAETDWIRISALYEALAQVSPSPIVELNRAVALSMAFGPEIGLEIVDVLRGEPALKGYHLLPSVRGDLLFKLGRLDEACAEFKLAASLTDNLRERALLLDRAAECLSAES	PGPT0014960_129	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_03744	432			hypothetical protein	ATGAGATTTATGATGATTGTAAAGGCAACCGAGGATTCCGAGGCAGGCGTGCTGCCAAGCGCGGAGCAATTGGATGCCATGATGAGGTACAACATGGAGCTGGCCAGAGCTGGCGTGCTCCTTGCTGCCGACGGGCTCCATCCAAGCTCGGGCGCCATTCGGATATCTTATCCAGAGCCGGGGGGCAAGCCGAAAATTACCGACGGTCCCTTTACGGAAGCGAAGGAACTGATCGCGGGGTATACCTTGATCGAAGTAAAGACGAGGGAAGAGGCGATCGAATGGGCTAAACGCATGCCGGATCCGCACGGCTTCGGTGCGGGCCAGATCGAGCTCCGCCAGGTCTTTGAACCGACAGAGTTGACGCAGGATCCGGAGGCGCAGGCTAAACAATACGAAATGCGTGAACACATTCAAAGGCAGAATCCATAA	MRFMMIVKATEDSEAGVLPSAEQLDAMMRYNMELARAGVLLAADGLHPSSGAIRISYPEPGGKPKITDGPFTEAKELIAGYTLIEVKTREEAIEWAKRMPDPHGFGAGQIELRQVFEPTELTQDPEAQAKQYEMREHIQRQNP	PGPT0030505_38	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_03745	558			hypothetical protein	GTGGGACATGAATTTGATCAACTCGAAATCATCGCGGATTTTATCAACACCCATGATAAACGCATGCGGTATGAGGGGGATCCGGGTGTGGAGCTCCTTCAGTCCGCGGAGGATCTGCGCATGTGGCTGTTAAGCAACGGCTTTATTCTGGAGCAAGACACCGTATCCGAAGAGGACCTGGTTTTGGCCCGTGAGCTGCGGGGCGGCTTGCGAGCAGCCATTCCGAATAATATACATGATCATCAGGGAGCTGGCTTCCAAGCGTTAAACCGTGTAGCCGGTCAGTACCGGTTCTTCTGCCGTTTCGGTGAAACCGCAGACGCCATGGAGCCAGTGGATACACAAGGAAGAGGGGGGATGGCCCGGCTGTTGATTATGGTATTTCGGCTTCGTGAAAAGAATATGTGGGGCAGATTGAGAGTGTGTACGGCCGACGATTGTCAGTGGGTATTCGTTGACCGCTCGCGGCCGGGAACGGGAAAATGGTGCTCGATGAAAGCCTGCGGCAATCGGGCGAAGAATAAAACATATCGGGAGCGAAGTAAGTCCATGGGATGA	MGHEFDQLEIIADFINTHDKRMRYEGDPGVELLQSAEDLRMWLLSNGFILEQDTVSEEDLVLARELRGGLRAAIPNNIHDHQGAGFQALNRVAGQYRFFCRFGETADAMEPVDTQGRGGMARLLIMVFRLREKNMWGRLRVCTADDCQWVFVDRSRPGTGKWCSMKACGNRAKNKTYRERSKSMG				NA	NA	NA	NA	NA
JZ016_03746	1182			hypothetical protein	ATGAAGATCCAACCGTTTTCTTTTCAAATCGAGCCCGCTGCCATTGATGATTTATATCGGCGCCTGGACATGACCCGATGGCCTGACGAAATCCCCGGCGGACAATGGGATTATGGAATTCCCCTTGATTTCATGAAGGATATGGCCGCCTACTGGAGACATGAGTTCGATTGGGAAGCCTTCCAGCGTTCCATTCATGCCTTTCCGAATTATATCGCTGAAATTGATGGAGTCGACATTCACTTCATACATATTAAGGGCAGCGGCGAACACCCCATCCCGCTCCTCATCGCTCACGGTTGGCCCAGCTCCTTCTATGAAATGCTGGAACTTGTCCCTTTCCTTACGAATCCTGAGCAATTTGGCGGCCATGCGGAAACAGTCTTCGACATTGTCATCCCATCGATCCCGGGCCATGGATTCTCAGGTATCGAACTGCGTCCGGGCTTTGAAGATCGCCAGGCAGGGGAACTGCTCATGAAACTCATGACGGGGCTCGGTTACGAACGATTCGGCGCACACGGCTATGATATCGGAGCCAGCATTCTGGGGCTCATGTGTCTCGACCATCCCGACCGGTTCATCGGCTATCACACTACATCGCCAGGGAACCCCAGTCCCTATGTGGATTCAAACTCCACGCTTTCGGCCGAGGAGGCTGAGTTCCTCGACTATCAGAAGCAATGGGGGCGCGAGGAGGGCGCTTACGCCCATATACTGGGCACACGGCCGCAGACGACAGCCTATGGATTGCATGATTCACCCGTTGCGCTGGCCGCATTCATTCTGGAAAAATGGCACTACTGGACATCTCCCGAGGAGGGTGATGTGTTGCAGCATTTCAGCAAGGCGCAGCTCATGGCCAACGTCTCCATCTACTGGCTGACCCAGAGCATCAACGCCTCGAACCGCTATTATTTTGAAGGCAAGCATACGAGGTGGCCGGGGCCCGGAGAAGGTTCTCCTGTACCGCATGGTGTCACCTTAAACGCTCAACGGAACGAGCGTCCTCCCCGATCCTATGTGGAACGGATCTTCCCGAATGTGATCCACTGGAAGGATCTAAATGCAGGCGGACACTTCATTGCAGCGGAACAACCGGCCCAGATTGCCGAGCAAATCATGGCATTCTTCAAGCTGCTCCGCGATTCGCCGCAGGATGCTCTGGAATTTTACGAATAA	MKIQPFSFQIEPAAIDDLYRRLDMTRWPDEIPGGQWDYGIPLDFMKDMAAYWRHEFDWEAFQRSIHAFPNYIAEIDGVDIHFIHIKGSGEHPIPLLIAHGWPSSFYEMLELVPFLTNPEQFGGHAETVFDIVIPSIPGHGFSGIELRPGFEDRQAGELLMKLMTGLGYERFGAHGYDIGASILGLMCLDHPDRFIGYHTTSPGNPSPYVDSNSTLSAEEAEFLDYQKQWGREEGAYAHILGTRPQTTAYGLHDSPVALAAFILEKWHYWTSPEEGDVLQHFSKAQLMANVSIYWLTQSINASNRYYFEGKHTRWPGPGEGSPVPHGVTLNAQRNERPPRSYVERIFPNVIHWKDLNAGGHFIAAEQPAQIAEQIMAFFKLLRDSPQDALEFYE				NA	NA	NA	NA	NA
JZ016_03747	555			hypothetical protein	ATGAATATGAAAATTCCGAACCGGATTCATATAATCGGCTCCGTCGGAAGCAGTAAAACGACACTCGCCAGGACACTGTCCGCCCAACTGCACATTCCTTATTACGAGCTCGACAATGTGGTGTGGGAGCGAGCCGAGCCGAACGATATTCGGAGGAGTGAAGCAGACAGGGATGCGATGTTACTAAGTATCGTCAACAAGAAATGCTGGATCATCGAAGGCGCTCACCTCAAATGGGTCAGCCCCAGCTTCTGCCGTGCAGATCTTATCGTATTCCTGAACCCCTCTTATTCAACAATAACCTACCGAATCATCACAAGGTTCATCAAGCAGCGACTGCGACTTGAACAGGCCCACTACACCCCCACCTGGGACATGTTCAAAAAAATGTTCGCATGGAGCGCAGCTTATCAGCGGGAAGGCAGATATCAGATTCAGGATACGCTCGAAGATTATCCCGGCAAAGTCGTCGTCGTAAACGATCTCAAACAGCTTAAACAACGGCTCGAACATTGGAGGTCGCCCATAGAACAGCAAGAAAGGACCTCCGGTTAA	MNMKIPNRIHIIGSVGSSKTTLARTLSAQLHIPYYELDNVVWERAEPNDIRRSEADRDAMLLSIVNKKCWIIEGAHLKWVSPSFCRADLIVFLNPSYSTITYRIITRFIKQRLRLEQAHYTPTWDMFKKMFAWSAAYQREGRYQIQDTLEDYPGKVVVVNDLKQLKQRLEHWRSPIEQQERTSG				NA	NA	NA	NA	NA
JZ016_03748	915	cysK_1		Cysteine synthase	ATGGAGATTTATAACAGTGTGGTGGATATGATCGGTCGGACGCCCATGGTGAAACTTCAGCGCCTAGTGCCTCCAGGAGCTGCGGATGTCTATGTAAAGCTTGAGAGATTCAATCCTTCCGGCAGCGTGAAGGACCGCGCGGCGTACAACCTGATTCATACCGCCGAGGAACAAGGACTCCTCCAGCCGGGCGGTACCATTATTGAGCCGACAAGCGGGAATACCGGCATTGGCCTGGCGATGATTGCGGCCGCCAAGGGTTACCGGGCTATCCTGATTATGCCGGACAATATGTCCAAGGAACGGATCAATATATTGAAGGCGTACGGTGCGGAGGTCGTGCTGACACCGAGCAGCGAACGCATGCCGGGTTCGATTTCCAAGGCGCTGGAGCTCAAGGAGCAGATTCCCGGAAGCTTCATTCCGCAGCAGTTCGAGAATGCGGCCAACCCGGACATTCACCGGGTGACTACGGCGCCGGAAATATTGGAGCAGATGGAAGGTCGGCTTGACGCCTTCGTGGCGACGGCGGGAACGGGCGGTACCGTAACCGGAACCGGGGAAGAGCTGCGAAAGTCCTTGCCGGACCTGCACATCGCGGTAGTCGAGCCGAAGGGCTCGCCCGTGCTCTCCGGCGGTCAGCCTGGACCGCACAAGCTGGTGGGCACGAGCCCGGGCTTTGTACCGAAGATTCTGAATACGGGCGTATATGATGAGATCATCCAGATCGCCGACGAGGATGCGTTGCAAACGGTGCGGGACTTGGCTCGCAGGGAAGGCATTCTGGTAGGGCCGTCCTCCGGCGCATCGGTATTCGCTGCTCTTCGCGTAGCGAAGCGGCTGGGGGAAGGGAAGCGGGTTGTCTGCATTGCTCCGGATACGGGAGAGCGGTATTTGAGCATGGATATTTTCTAA	MEIYNSVVDMIGRTPMVKLQRLVPPGAADVYVKLERFNPSGSVKDRAAYNLIHTAEEQGLLQPGGTIIEPTSGNTGIGLAMIAAAKGYRAILIMPDNMSKERINILKAYGAEVVLTPSSERMPGSISKALELKEQIPGSFIPQQFENAANPDIHRVTTAPEILEQMEGRLDAFVATAGTGGTVTGTGEELRKSLPDLHIAVVEPKGSPVLSGGQPGPHKLVGTSPGFVPKILNTGVYDEIIQIADEDALQTVRDLARREGILVGPSSGASVFAALRVAKRLGEGKRVVCIAPDTGERYLSMDIF	PGPT0002810_7242	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0002810-cysK-K01738	NA	NA
JZ016_03749	852			hypothetical protein	GTGAATATTCCGCTGTCACTACCTGAAGATCAACCCGTTCTGCTGCTCGACCGGACCCATGATTTAGCGCACCAGGACGTACTGTACCATTTTGCGCTGGACGAGCTCCTGTGCAGGCTGACCGGAGATGGCGGGCCTGCCATCTGTCATCTGTGGCGGCATCCGCGCGCCTTTGTGATGGGCGTGCGCGACAGCCGCCTCCCTTATGCGCCGCAAGGGGAAGCCATGCTTCGCTCTCTCGGCTATGACACCGCCGTCCGCCATTCGGGCGGTGCTGCCGTACCCTTGGACGCTGGCGTGGTGAACCTGTCCCTCATCCTCCCCTTTTCCTCTGCGGGACCGGCACCTGACTTTCATCAGGACTTTGAAATCATGGTGGAGCTGATCCGGGAAGCCCTCCGCGGCACCGGGCAGAACGTAGATACCGGCGAAATTGCCGGTGCCTTCTGTCCGGGAACGTTCGATTTAAGCATAGGCGGCCTTAAATTCTGCGGTATTGCCCAGCGGCGGCAACGTAAAGCGTTCATTATCCAAGCTTTTATCATCGCCGAAGGGTCAGGCAGCGAGCGCGCCCGGCTGGTTCGTTCCTTCTATGATATTGCCGCTGCGGGAGCAGACCCCAAGCAGTATCCTCTGGTAGAAGCCAACAGCACCGCCAGTCTTGAAGAGCTTACGAGTATCGGCACCGGCCAGAACGCCGTGCACACGTTTATAGCCGCGGTAAAAGAGGTCATTCGCAGCTGGCAGTCAGGCAAGGAGCTGACAGAGGCCGCTTCCAGGTTTACGATGCCAGGCTCTGAGGAGATTCGTAATATGGCTGAGCAAATGCGGCAGCGGTATAACCTTAATTAA	MNIPLSLPEDQPVLLLDRTHDLAHQDVLYHFALDELLCRLTGDGGPAICHLWRHPRAFVMGVRDSRLPYAPQGEAMLRSLGYDTAVRHSGGAAVPLDAGVVNLSLILPFSSAGPAPDFHQDFEIMVELIREALRGTGQNVDTGEIAGAFCPGTFDLSIGGLKFCGIAQRRQRKAFIIQAFIIAEGSGSERARLVRSFYDIAAAGADPKQYPLVEANSTASLEELTSIGTGQNAVHTFIAAVKEVIRSWQSGKELTEAASRFTMPGSEEIRNMAEQMRQRYNLN	PGPT0003940_96	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM	ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE	PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003940-lipL-K16869	NA	NA
JZ016_03750	1638			hypothetical protein	TTGAATAAAACGATGGACCGCAAAACGTTTCTGTCTTATCTGGGTACGGGCGCAACCGCATTGGCAGCCGCTTCCGCAGGCTTAGGCGTACTGGAAGGAAAGGCCTCCGCCATGTCCGGAACCGCAAATCATCTGTTCGGATTCAAAACGAATCGGGTCAGCGGCTACTTCGAGCCAATCGAACCAACCAAAGCAGACCAGCTCGTCCTGCCTAAAAACTTTAAATATGATGTCATTGCGGCTTTCGATGACGTGATCAATCCGGCTGGCGAAAAATTCGGCTCCGGCTGCGATTACAACGCATTTTTCCCGATTAAGGGCTCCAATGTCCGCGGCCTCCTGGTCAACAATCACGAGTACTCCACCATCTTCTCGATCGGCCCTGTGAAGGATGGGAAGATGACGGCAGATCAAATCCATAAAAACCTGTATTACCAAGGCATGTCGGTCATTGAAGTATACCGTGACGAGAAGGGTGTATGGAAAATGGACACCACCTCCACTCATGCCCGCCGCATCAACGGCTTCAGCAAATTCGATATCACCGGCCCGGCCAAAGGCATCCCTGCCCTGAAAGGCGCCACGACGGCTACCGGTACGTTCGCCAACTGCTCCGGCGGCGTCACGCTGTGGAACACGGTCTTGTCCTGCGAAGAGAACTTCGAGGACACCGCGGCGGTTTCGAACCTGCCGGATACGCATTACGGCTGGGTCGTCGAAGTCGATCCATTCGATAAATCCTTCCTGAAGAAGCACACCGCCCTCGGTAGATTCAATCATGAGAATACCGCCATGGGACTTGCCGCAGACGGCCGGGTCGTTGTCTATATGGGCGACGACAAGAAGGATGCCTGCGTCTATAAATTCATCAGCAACAACAAGTATGACAAGAGCAAAGGCCGTGCCAATTCCGCGCTTCTGGAAGACGGAACCCTGTACGTTGCCAACCTGAAGTCAGGCAAATGGATGCCGGTCACCTTGGAAGCTGTAAACAAGGCCGCCGCAGAAGATAAAGAGGCCCAAGCTAAGTTCAAATCCCAAGGCGATGTAGTCACTTACTGTCAGGAAGCTGCGCGTCTTGTCGGCGGAACACCGACGGACCGTCCGGAGGACATCGAAATCTCGCCGTTTGATAACACGGTGTTTGTCTGCCATACGAACAACGACAATCATGGCAACATTCATGGCCATATTACACGCATTTTTGAAGCGGGCAACGATCTGGCCGCGATGGAGTTCGACTTTGAAATCTTTGCGGCCGGCGGACGCCAATCCGGCTTCAGCTCGCCGGACAACCTGGCGTTCGATTCAAACGGCGATCTGTGGGTCGTAACGGACATCTCCAGCAGCAGCCAGAACAAAGGTGTTCACAAATCCTTTATGAACAACGGACTGTTTGTAATTCCAACAAGCGGGCCGGATCAAGGAGTCGCGCTTCAATTCGCCTCCGGTCCGGTAGAGTCCGAGCTTACCGGCCCATTCTTCACCCCCGACGAGCAGACGCTCTTCCTGTCCGTTCAGCACCCGGGCGAGAATACGGAGGACCTCAGCAAACCAACCAGCACATGGCCTCACCGCTCCGGCGAAAACATGGCGCGCTGCGCTGTCGTGGCAATTAGCGGCTTCAAACTGGAATAA	MNKTMDRKTFLSYLGTGATALAAASAGLGVLEGKASAMSGTANHLFGFKTNRVSGYFEPIEPTKADQLVLPKNFKYDVIAAFDDVINPAGEKFGSGCDYNAFFPIKGSNVRGLLVNNHEYSTIFSIGPVKDGKMTADQIHKNLYYQGMSVIEVYRDEKGVWKMDTTSTHARRINGFSKFDITGPAKGIPALKGATTATGTFANCSGGVTLWNTVLSCEENFEDTAAVSNLPDTHYGWVVEVDPFDKSFLKKHTALGRFNHENTAMGLAADGRVVVYMGDDKKDACVYKFISNNKYDKSKGRANSALLEDGTLYVANLKSGKWMPVTLEAVNKAAAEDKEAQAKFKSQGDVVTYCQEAARLVGGTPTDRPEDIEISPFDNTVFVCHTNNDNHGNIHGHITRIFEAGNDLAAMEFDFEIFAAGGRQSGFSSPDNLAFDSNGDLWVVTDISSSSQNKGVHKSFMNNGLFVIPTSGPDQGVALQFASGPVESELTGPFFTPDEQTLFLSVQHPGENTEDLSKPTSTWPHRSGENMARCAVVAISGFKLE				NA	NA	NA	NA	NA
JZ016_03751	222	tatA_2		Sec-independent protein translocase protein TatA	ATGCCGTTTGGCAATATCGGAATTGGCGGTTTAATTCTTATCTTGATTATCGCACTCATCATATTCGGTCCATCCAAGCTTCCTGAGCTCGGTCGCGCATTCGGGCGGACCTTAAGCGAATTCAAGGGCGCAACCCGTGGCTTGATGAACGGAGACGACGAGAATGGAAAAAAAGACGATGCTCCGCAACCTGCTGCAGCGGTCAATAAGCAGAACAGCTAA	MPFGNIGIGGLILILIIALIIFGPSKLPELGRAFGRTLSEFKGATRGLMNGDDENGKKDDAPQPAAAVNKQNS	PGPT0029290_3473	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029290-tatA-K03116	NA	NA
JZ016_03752	789	tatC1_2	COG0805	Sec-independent protein translocase protein TatCd	ATGGAAAAAAAGACGATGCTCCGCAACCTGCTGCAGCGGTCAATAAGCAGAACAGCTAATCCGAACGACCAGAGCGCGATCGAGCATCTGGAAGAAATGCGGAAGCGCCTGATCCGCACGCTGATTGCGTTTCTCGTCGCAATGGTGGCTGCCTTCATCTACGTCGAGAAGATCTATCACTGGCTGGTACGAGGTATGGACAAGCAGCTCGTTCTGCTCGGTCCCTCCGAAGTCATGTGGGTGTATATGATCATTGCGGGCGTTGTGGCCGTCACCGTCACACTTCCCATTGCCGCTTATCAAATATGGCGGTTCGTGCAGCCGGCGCTGCCGGATGGGACTCACCGCTCGGCCGTACTGCTCATTCCCGTGATCAGCGTGTTATTCATTGCCGGCATCTGCTTTGGATACTTCGTGCTGTTCCCGATGGTGCTGGAGTTCATGCAGCGTATGGCCGAAGGGGCATTCCAAACGATGTACACCGCGCAAAAATACTTCACGTTCATGATTCATATGACCGTTCCATTCGGATTCCTGTTCGAAATGCCCGCCATCGTCGTTTTTCTGACGAAGCTCGGCATCGTGAATCCGCATCGGCTGGCCAAGATGCGCAAATCAGCCTACTTCCTGCTCTGCATCGTGGCCGTCACTATTACGCCGCCGGATATCATGTCCGATTTGATCGTGATCGTCCCGCTGTTCCTGCTGTACGAAATCAGCGTTTCGATCTCCAGATTCATCTATCGCAAGCAGCTGCAGCTCTCTCAAGCAGAGGGCAGCGCAACCTAA	MEKKTMLRNLLQRSISRTANPNDQSAIEHLEEMRKRLIRTLIAFLVAMVAAFIYVEKIYHWLVRGMDKQLVLLGPSEVMWVYMIIAGVVAVTVTLPIAAYQIWRFVQPALPDGTHRSAVLLIPVISVLFIAGICFGYFVLFPMVLEFMQRMAEGAFQTMYTAQKYFTFMIHMTVPFGFLFEMPAIVVFLTKLGIVNPHRLAKMRKSAYFLLCIVAVTITPPDIMSDLIVIVPLFLLYEISVSISRFIYRKQLQLSQAEGSAT	PGPT0029295_2940	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029295-tatC-K03118	NA	NA
JZ016_03753	2301	rhaR_38		HTH-type transcriptional activator RhaR	ATGAAATGGAATCACTTCAAGTCCAAGCTTCTGCTTAAATACACACTGTCCTACATCTCCATTTTTCTGATACCTCTTGTTATATTAACTATTATTATTTATCACAATGCCGTGAATACACTCCGTTCCGAGATCGAGCAGACCAACGTCAATCAATTGACCCAGGCTAAAACGGTCATCGATGAGCGCATGAAAGAACTGCAGGACATTGCCTTTCGAATCGCCTACGATGAGCAGTTGACCCGTTATTGGACTCACCATCCCTATTACAGCCGCGAATCTATCGGGGCCTTGGTCAAATACAAAGCCACCAGTTCCATCATTGATGAGCTGTTCCTGTTCTTCCGCGGGGATAACAGCATTTATTCGTCACAGGGCTTTGAGAATCTGAACGTCTTCACCGACCGCTACAAATTCAACAGCTGGAACGAAACGGAGATGGTCCGCGATTTAAACTCCGTCCCGATTCCGACCATGCGTCCGGCGGAGCAAGTGGTTCAGGGAACCAAAATCCAAAATTCCATGCTGGCCTACCTTGTGCCGATCGCACCTAACAATACGCCCGCCCATGGAACCGTCATGTACCTGATTCATGAATCCAATCTGACCGGATTGATCGACTCCATCCTCAGCGACTACCATGGGATGACTTATATATTCGATAACTACGGGCAAGTGCTGGCCGCCAACTACCAAGGCGAAACCATTACCGAGCAGGAAGTCAGCGCACTGTTCGCGCTTGAGCCCGGAACGCACAGCCTTTCCTTGAACCAAGAGCCGCATTCGGTTGTATCCGTCAAATCCGATGCGGGCTGGACTTATGTCACCGCGATGCCAAGCAATCAATTTTTCAGCCGCATCGTTCATATTCGTACCTTTGTAATTCTGGTATTCTCCTTCGTGGTGGTGATGGGCACCATTCTTGCTATTATGCTGGCCCGCAGACAATACCATCCGATTTCAGACTTAATGGAGTTCATCCGGTTGAAGAATGACCCGGAACCGTCCACATCCAGCAACGAACTGGAATGGATCAAGAAAACGCTGCACGACTACAGCCAGCGCGTCGATCTCCAAGAGCCCTATGCGCGGAATCATATTCTGCTCATGCTGCTGAAGCATGGCCATACCGGTGAATTCCCCTTCGAATTCACCGAGAAGCTGGGCATTCGCTTCAGCCGGTCCCATTATTTTGTCGTGACCATGGGGTGGGAGTCGCACGCCCTTCCCATTGGCGACAATCCGGAGCGGCGGCCCGTGATGCAGTTAATGAACGATGTGGACCTGCCGGCCTTCTCCGCCTATGCCTTTGGAGTGGAGCTTCCACAGCCCGATCAGCTGGCCCTCATTGTAGGATTCGATGCGGAAACCGGGCATGAAGCGAGCCTTAACGCCCGTATGGAGCCGATCGCCCTTGCCCTGCAATCGATGGCGGCAGAGCACACAGGCGTCTCTCCTGCGATCGGGGTAGGCAACCGCTACAGTTATCCGGAGCAGCTGAATCAATCCTTCATTGAAGCATCAACCGCTTTGGAGGCATCCATGCTGCACGGACAGGGCAGCAGCACCTTCTTTAACGCGCTTTCCGGTTCCGGCGCACAGGATTCATCCTTCTGGGTCCCTAAGGATGTGCTGCTGAAGCTGGTTCAGAGCTTGAAACAGGGCAGTTACGACGTGGCGGTTCAGATGGTATCCACCGCATTGAATAACCTGAAGACGGAAATGCCGTCCGTACCGCTGCTGCGCTGCATCTGCTTCGATATTCTGAATACGATGCTGAAGACGGCCTCGGAGCTTGGCATCCATCATGTGGTCAATCAGCTGCCGCGTGTCACTTCCTATGACTCGCTGGAGGATTTGGAGAAGAAGCTGGCAGGCCTTGCCGCTGAAATCTGCGCCCATGTCGAGGCGAAGAGCGAGACGGAAGAAAGCTCCCTGATGGACGAAATCGTCGCTTATATCGACGCCAATTTTACGGATTATGACCTCAGTCTGGGTACGATCTCGTCTAAATTCTCCATCTCTTCATCGTATTTCAGCCGTTCCTTCAAGGAGAAGATCGGCATGAACTTCACCCAGTACATCTGGCAGAAACGGATGGACGAGGTGATCCGACTGCTGCTGCACACCACCGATCCATTAAAGGATATCATCACCCGGGTCGGTTACCTGGACACGCCGAACTTCATCCGCAAATTCAAGAAAGAGACGGGATACACGCCCGGTCAATACCGCAAAATGCATAGCCCCGACAGCGCCGCCGTTTCCACGGATGACGACGACGAGGAGTACATCGGGTAA	MKWNHFKSKLLLKYTLSYISIFLIPLVILTIIIYHNAVNTLRSEIEQTNVNQLTQAKTVIDERMKELQDIAFRIAYDEQLTRYWTHHPYYSRESIGALVKYKATSSIIDELFLFFRGDNSIYSSQGFENLNVFTDRYKFNSWNETEMVRDLNSVPIPTMRPAEQVVQGTKIQNSMLAYLVPIAPNNTPAHGTVMYLIHESNLTGLIDSILSDYHGMTYIFDNYGQVLAANYQGETITEQEVSALFALEPGTHSLSLNQEPHSVVSVKSDAGWTYVTAMPSNQFFSRIVHIRTFVILVFSFVVVMGTILAIMLARRQYHPISDLMEFIRLKNDPEPSTSSNELEWIKKTLHDYSQRVDLQEPYARNHILLMLLKHGHTGEFPFEFTEKLGIRFSRSHYFVVTMGWESHALPIGDNPERRPVMQLMNDVDLPAFSAYAFGVELPQPDQLALIVGFDAETGHEASLNARMEPIALALQSMAAEHTGVSPAIGVGNRYSYPEQLNQSFIEASTALEASMLHGQGSSTFFNALSGSGAQDSSFWVPKDVLLKLVQSLKQGSYDVAVQMVSTALNNLKTEMPSVPLLRCICFDILNTMLKTASELGIHHVVNQLPRVTSYDSLEDLEKKLAGLAAEICAHVEAKSETEESSLMDEIVAYIDANFTDYDLSLGTISSKFSISSSYFSRSFKEKIGMNFTQYIWQKRMDEVIRLLLHTTDPLKDIITRVGYLDTPNFIRKFKKETGYTPGQYRKMHSPDSAAVSTDDDDEEYIG				NA	NA	NA	NA	NA
JZ016_03754	315			hypothetical protein	ATGAGTTTAAAACATACGAAAACCTCCCCTGAACAGTGCCGCTCAGGGGAGGTTTCTATTTATGCGGCGGAACCGCTACCGGATGCACACTTCTTAGCCATTGTCCGAAACCGTTATCCGATATACTCCTTCAGGCCAATCGTCCAAATCGGTTTACCCGATGTACTCCTCGTCGTCGTCATCCGTGGAAACGGCGGCGCTGTCGGGGCTATGCATTTTGCGGTATTGACCGGGCGTGTATCCCGTCTCTTTCTTGAATTTGCGGATGAAGTTCGGCGTGTCCAGGTAACCGACCCGGGTGATGATATCCTTTAA	MSLKHTKTSPEQCRSGEVSIYAAEPLPDAHFLAIVRNRYPIYSFRPIVQIGLPDVLLVVVIRGNGGAVGAMHFAVLTGRVSRLFLEFADEVRRVQVTDPGDDIL				NA	NA	NA	NA	NA
JZ016_03755	1047	chiA1_1		Chitinase A1	ATGACGAAGTATATTGTGGCGGGTTACGCCGTCGATTCGGTTCTTCCCGATATGACGCAAGAGGATTTGCTGAAGTTGACGCATCTGAACGTAGCCTTCGGTCATGTAAAAAATGATGAGATCACCACCGAGCATTTGAAGAACGGCGAAGTTGTCCGGAACATCAAACGGGATCACCCGAATCTTACGGTGCTTCTGTCGGTTGGCGGCTGGAGCGCCGGTGGTTTCTCAGAAGCCGCCTCAACCGAAGGCGGAAGGGCGCGAATGGCCGCATCCGCCGTACGGGTGCTGGAGGAATATCCTTTTGACGGGATCGATCTGGACTGGGAGTATCCTTGTTACGGTGAGGCCGGCATAGGGTCGAGTCCTGACGATAAACGGAATTTCACCCTGCTGCTGAAGACGATCCGGGAGGCGCTGGATGCCAAGGGCTCCCGGGATGGCCGTCATTATCTGCTCACGATAGCGGCAGGGGCTGACCAGTACTATGTAGACGGTACGGAGATGGCTGAGGTGCAGCAGTACCTCGATTTCATCCAGCTGATGACCTATGATATGCGCGGCGGGTTTCAGGTTCTGACCGGACATCATACGAATCTGTACACGCCAACCGGTGATCTGTTCCGAATCAGCACGGATGCTTCCGTGAACCTGTTTGTTCGCGCCGGTGTTCCGAAGGAGAAGATCGTCATCGGTGCCGCATTCTATTCCCGTGTATGGAACGAGGTTCCGGACCGGAACCACGGCCTTCACCAAATGGCCGGCAGCACGGGCGGTTATGGGCCGGCCTTCGCCGAGCTGGCTGCGGATTACATCAACAAGAACGGCTACATTCGTTATTGGGATGAGGAAGCCTGTGCACCGTACCTCTTTAATGGCTCCAGCCTGATTTCATATGACGATGAGGAATCGATTCAGTGCAAATGCGATTATGTGAAGGAACAAGGCTTGGCTGGGATCATGTTCTGGGAATACGGGTGTGATTCGACCCATCGCCTGTTGGGTGCTATGCATCAAGGACTTCAAGACAATTTAGCCGGTAAATAG	MTKYIVAGYAVDSVLPDMTQEDLLKLTHLNVAFGHVKNDEITTEHLKNGEVVRNIKRDHPNLTVLLSVGGWSAGGFSEAASTEGGRARMAASAVRVLEEYPFDGIDLDWEYPCYGEAGIGSSPDDKRNFTLLLKTIREALDAKGSRDGRHYLLTIAAGADQYYVDGTEMAEVQQYLDFIQLMTYDMRGGFQVLTGHHTNLYTPTGDLFRISTDASVNLFVRAGVPKEKIVIGAAFYSRVWNEVPDRNHGLHQMAGSTGGYGPAFAELAADYINKNGYIRYWDEEACAPYLFNGSSLISYDDEESIQCKCDYVKEQGLAGIMFWEYGCDSTHRLLGAMHQGLQDNLAGK	PGPT0012130_5183	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012130-chiA|chtA|chiI-K01183	NA	NA
JZ016_03756	2619			hypothetical protein	ATGACCAGCCAAACCGCGGTGTTCTCGCTGGATTCGCAGACACAAGAGCGGATCAAGCAAAAGTTCCGGGAGAAGGTAGTCTTTGCGGAAGCCCGCAAAGATCAGCTGTTTCATGTTTTTGAGCAGGAGCTGACCGAAGAAGAAACTTGGGCTCTGAAATATTTGTTTGCCTACATGCCGGTGAACGACATGGCCGACTATGATGGGGAATTGTTCTTGAGTCATGTGCGTCAAGCATTGGACATCCGTAAGCGCGTGCCTTGGGGCGAGCGTGTGCCGGATCATTTGTTCCTGCACTTTGTGCTTCCTTACCGGGTCAATACGGAGAATATTGAGGATTTCCGCGGTATTCTCTACAACGAACTGGCCGAACGGACGGCGAAGTTATCGATGGCGGATGCCATTCTGGAAACCAATTATTGGTGTCATGAGAAGGCGACCTATATCGGCAGCGATCTGCGGACGATTTCGCCGCTGACGATGATCCGGAACGCACGCGGACGCTGCGGCGAGGAGTCCACGCTGGCGGTGGCCGCGCTTCGAAGCATCGGGATCCCCGCGCGTCAGGTTTATACGCCGCGCTGGGCACATTGCGACAGCAACCATGCCTGGGTGGAAGCATGGGCGGACGGCCAGTGGTATTACATCGGGGCATGCGAACCGGAGGCCCGTCTGAATCAAGGCTGGTTCAGTCCGCCGGCCCGCAGGGCGATGCTGATCAATACGCGAATTTTTGCCGATTATCCCGGACCGGAGGATATTACCCTCAATGAAAAGGGATTTACAGAGATTAATTTACTGGAGAACTATGCGCCGGCCCGCACCCTTTACGTCAGCGTGAAGGATAAGCAGGGAGAGCCCGTATCCGGCGCAAGCGTTCGATTTGAGCTGTATAATATGGCTGAATTTTACCCGATTGCCGAAATCAAGACCGATGAGGAAGGGAAGGCTTCCTTTAAAACCGGTTATGGCGACCTCTTGGTTCGCGCGGTCAGCGGCGGCAAATGGAGTGAAATCCTGTTCAAGACTCAGGACGGCGAACATATCGAATTTGTGCTTGATTCATCCGAACAGCCGTCAGGGATTGTGGATTTCGATATGGTTCCTCCGCCGGAGGGAGAAGGAGATGCCGCGTCGGCGCTGCCGGAAGAGAAGATCCGGGCTCATAACCGTCGTCTGGAGGAAGGGACGAAGGTCCGGACCGAATATGAGGGTACATTCCTGAGCGAAGAAGAGGCATTCACGCTGGCTCAGTCACTAGGACTGCCTCCGGAGCGGGTATGGGACGTTCTTCAAAAAGCCAGGGGCAACAGCAGGGAAATCGCCGCATTCCTGGAGGAGCGTACCGGCGATTATGGCGAGTGGCCGCTGCGGCTTCTGGAGTCGCTGAACGAAAAGGATTTGATTGATACCTTCCGGCAGACGCTGGATGATCATCTGATGGGTGCGCTCGCTCAGCGTGGAGAGTGGGATGAGGATACCTTCGTGAAGTACATTCTGTGTCCGCGGGTTTCTTATGAAATGCTGGTTCCGTATCGACGCGTATTCGGCGATGCCTTTACGGCTGCAGAAGCAGCGGCATTCAGGAAGGATCCTTCTGCGCTTGCCGGACGTTTGGAGAAGGGTTATGCATATGCAGACGATCTTCCTAACCTGAAGGGTAAGGGGAATCCGGCAGGCACATACAGTCTCATGAAGGGAGACGAGCAGTCGCTGGACATCCTGTTTGTGGCGGTATGCCGCAGTCTGGGGATTCCTGCCCGACTGCATCCGAGCGAGCAGAAGCCGCAGTACTTATGTGCTGGAGGCTGGGAAGATGCAATCTTCCGTCTGAACTCGTCGCGGAATCAGGAGAGCTCAAGCTGGGGGATGCTGCAGCTCCTCAGGGATCCGAAAGGCTCGCAGGACACGCCGGCTGCATCCTATGCCGAGAACTTTACTTTCGCCCGCCTGGAAGACGGCGTGTACAAAACGCTCGTGTATCCTTATGGCAGCACCGATGTTTACGATGAGCCATATGAGGTTGAACCGGGTTCGTACCGCCTAACGTCGGGCATCCGGCTGAAGGACGGAACGGTAAGAGTGCGCTTCACGTACTTTACCGTGCGTGCCGGAGACACCGCGCGCGTGGCGCTGACCTATCGTGAGACGGCGGTTGACATTCCGGTGCTGGGCACACTGTCTCCGGGCAGTACGCTTACCCGATTGGACGGAACGGGAGCCAATCTTAAAGATCTTCTGGGATCCGAAGGTGCTCTTGCTGCCTGGATCGAACCGGAGCGGGAGCCGACCAAGCATCTTCTCCGCGAGCTCAGCGAGCTGGCCGAGCCGCTGGATAAGCTGGGCCTGCCGATTGTGCTGATAATCGGGAATGCGGAGTGGACGGCTTCCTTTGATCCGGCAAGCTATCCGAAGCTGCCGGCCCGCACCGTTTTTGTACGGGATTCCAGTTATGCTTCCTTGTCGGGCTTCATCCCGAATCCAGCAGCCCATGAAGCCGGTTATCCTCATCTGTTCGTCCTGGACAGTGAGGATCAAATCCGTTATTCGGCTTCCGGATATAAGATCGGCACCGGGAAGGAAGCCCTGCAGATTGCGACCGCGATATTACAACCCTAG	MTSQTAVFSLDSQTQERIKQKFREKVVFAEARKDQLFHVFEQELTEEETWALKYLFAYMPVNDMADYDGELFLSHVRQALDIRKRVPWGERVPDHLFLHFVLPYRVNTENIEDFRGILYNELAERTAKLSMADAILETNYWCHEKATYIGSDLRTISPLTMIRNARGRCGEESTLAVAALRSIGIPARQVYTPRWAHCDSNHAWVEAWADGQWYYIGACEPEARLNQGWFSPPARRAMLINTRIFADYPGPEDITLNEKGFTEINLLENYAPARTLYVSVKDKQGEPVSGASVRFELYNMAEFYPIAEIKTDEEGKASFKTGYGDLLVRAVSGGKWSEILFKTQDGEHIEFVLDSSEQPSGIVDFDMVPPPEGEGDAASALPEEKIRAHNRRLEEGTKVRTEYEGTFLSEEEAFTLAQSLGLPPERVWDVLQKARGNSREIAAFLEERTGDYGEWPLRLLESLNEKDLIDTFRQTLDDHLMGALAQRGEWDEDTFVKYILCPRVSYEMLVPYRRVFGDAFTAAEAAAFRKDPSALAGRLEKGYAYADDLPNLKGKGNPAGTYSLMKGDEQSLDILFVAVCRSLGIPARLHPSEQKPQYLCAGGWEDAIFRLNSSRNQESSSWGMLQLLRDPKGSQDTPAASYAENFTFARLEDGVYKTLVYPYGSTDVYDEPYEVEPGSYRLTSGIRLKDGTVRVRFTYFTVRAGDTARVALTYRETAVDIPVLGTLSPGSTLTRLDGTGANLKDLLGSEGALAAWIEPEREPTKHLLRELSELAEPLDKLGLPIVLIIGNAEWTASFDPASYPKLPARTVFVRDSSYASLSGFIPNPAAHEAGYPHLFVLDSEDQIRYSASGYKIGTGKEALQIATAILQP				NA	NA	NA	NA	NA
JZ016_03757	1023			hypothetical protein	ATGAACAGAAGTGGTGTGCCGGAGCCAAGGATTGAGTATGCTCCCAAGCATTATATATGCAAGCGTGCGGGGCAGCCGCTCGTGCTGGACGGCCGCGTGGATAAGGCGTTCTGGGATGCGGCGGAGTGGACCGATGATTTCGTAGATATCGAGGGGGATCTAAGGCCGAAGCCGGCCAAGCGGACCCGGGTCAAAATGCTGTGGGACGACGAGTATTTCTATTTTGCCGCGGAGCTGATCGAGGATCAGATATGGGCGACGCTGACGGAACGCGATTCGGTTATTTTCTATGATAATGACTTTGAAATATTCATTGATCCGGACGGAGACAGCCATCAATATTATGAATTCGAGATCAATGCGTTGAACACGGTGTGGGACTTGCTGCTCGTGAAACCGTACCGGGATGGCGGACCTCCGGTCAACGGCTGGGACATCAGCGGTCTTAAGACGGCGGTGTTTATCGACGGGGAGCTGAACCGACCGGGCGCCGATAACCGGAAATGGAGCGTGGAGGTGGCAATTCCTTGGGCTAGTCTCAAGGAATGTGCCGAAGGCGGCCGCCGTCCTGCACCAGGTGAGTTCTGGCGCGTCAACTTCTCGCGCGTGGAATGGCAGACCGAGATACAAGACGGCGAATATCGCAAGGTGCTGAATCCGGAGACAGGCAAGCCTTATCCGGAGGACAATTGGGTATGGTCGCCTATGGGCATCATCAATATGCATTACCCGGAGCTGTGGGGTTACGTCGTATTCGCCGATGGCGAGGAACGCCAGCCGTTTGCGCTTCCGGAAGACGAACGGATCAAGTGGGAGCTGCGGAGACTCTATTACCGGCAGCGAAATTATTATGAAGCCCAGGGTGAATTTACGAAGGATGCACAGCAGCTCATGGGCGAGGATTCATGGAGCATCCAGCCTGTGATTGAAACGACCCGCAGCCTGTTCCAGATTAGCGCCCCTTCGTCGGACGGCACGGCTCTAATCTGCATTCGGGAAGACGGAAAGCTATGGAAGGAGTGA	MNRSGVPEPRIEYAPKHYICKRAGQPLVLDGRVDKAFWDAAEWTDDFVDIEGDLRPKPAKRTRVKMLWDDEYFYFAAELIEDQIWATLTERDSVIFYDNDFEIFIDPDGDSHQYYEFEINALNTVWDLLLVKPYRDGGPPVNGWDISGLKTAVFIDGELNRPGADNRKWSVEVAIPWASLKECAEGGRRPAPGEFWRVNFSRVEWQTEIQDGEYRKVLNPETGKPYPEDNWVWSPMGIINMHYPELWGYVVFADGEERQPFALPEDERIKWELRRLYYRQRNYYEAQGEFTKDAQQLMGEDSWSIQPVIETTRSLFQISAPSSDGTALICIREDGKLWKE				NA	NA	NA	NA	NA
JZ016_03758	1287			hypothetical protein	ATGCAGAAATGGTTCGAAGAAGCCAAGCTGGGCATCTTCATTCACTATGGCATCTATGCCGTGGACGGAGTCTCGGAATCTTGGTCCTTCTATAACGGGAGGATCACGTACGACGAGTACATGAAGCAGCTGGACGGTTTTACGGCATCGAAATTCAATGCGGAGAAATGGGCGGATTTGATCGAGAAATCCGGCGCCCGGTATGCCGTGCTGACAACGAAGCACCATGATGGCGTTGCGCTGTGGGATACGCAGTACAGCGATCTTAACGTGGTCAAGCGGACGCCGGCCAATCGGGATATCGTGCGGGAGTATGCGGAAGCGATCAGGGAGAAGGGTATTCACCTAGGCATGTACTTCTCTCTAATCGATTGGTCGCATCCGGATTATCCAAGCGTGTTTGAAGGAGGCCGGGTACCGGAGGATCTCAGCAGCGTCAACCCGCACACCAGTCCCGTGGACGGTGTTCAGGATCAGGAGAAGTGGCAGAAATTCCTGGAGTTTAATAACAACCAGCTGCGGGAGATCCTGACGAATTACGGGAAGGTGGATCTGCTGTGGTTCGATGGCGACTGGGAACGGAGTGCCGAGCAGTGGAATCTGCCGGAGTTCAAGCATTACCTGCAATCCTTTAATCCGGATATCATCATCAACTCACGTCTGCAGGGCCACGGTGATTACAAAACGCCGGAGCAGGGCATTCCGATCACGAGACCGGAGGGGCCTTGGGAATTCTGCACAACGATCAACAGTTCGTGGGGTTATGTGCCGACCGATCATAAATACAAATCATTGAACCAGATCATTCGGATGTTCTGCGACTGCATCTCGATGGGCGGCAATATGCTGCTGGATATCGGTCCGCGCGAGGACGGCACCATCGATCCAAGGCAGGAGGACATTCTGCTTGGGCTGGGCGCGTGGATCCGGACCCATGAGGAGGTCGTATTCGGAACGGGCGAAGGCATTATGACCCGCTATTATCTGGGGGGAAGCACGATTTCCGAGGACAGAAAGACATTGTACCTGTTTGTCTATGACGATCCGAAAGAAAATGTGTGCATCAAGGGGCTGTGCAACCCGATCAAGAAAATTACCGTGCTGCATTCGGGCAAGGAGCTTACCCACGAGATCCATGGGGGCGTGCCTTGGTTCAATATCCCGGGGACGACGTGGATTAAGATGACTCCTGAAGACGCGCATGAGCAGGTGACGGTTCTTAAGCTGGAGTTTGACGAAGAGCTGGAGATGTACGGCGGCTCGGGAGCCGTTGTCACGCATAACTAA	MQKWFEEAKLGIFIHYGIYAVDGVSESWSFYNGRITYDEYMKQLDGFTASKFNAEKWADLIEKSGARYAVLTTKHHDGVALWDTQYSDLNVVKRTPANRDIVREYAEAIREKGIHLGMYFSLIDWSHPDYPSVFEGGRVPEDLSSVNPHTSPVDGVQDQEKWQKFLEFNNNQLREILTNYGKVDLLWFDGDWERSAEQWNLPEFKHYLQSFNPDIIINSRLQGHGDYKTPEQGIPITRPEGPWEFCTTINSSWGYVPTDHKYKSLNQIIRMFCDCISMGGNMLLDIGPREDGTIDPRQEDILLGLGAWIRTHEEVVFGTGEGIMTRYYLGGSTISEDRKTLYLFVYDDPKENVCIKGLCNPIKKITVLHSGKELTHEIHGGVPWFNIPGTTWIKMTPEDAHEQVTVLKLEFDEELEMYGGSGAVVTHN	PGPT0018775_2800	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206	NA	NA
JZ016_03759	1386			hypothetical protein	ATGTCGGAGAACAAGCTGGTTGAGGAAGAGCAAGCGGTAGTGGAGCAGGGCGTGCACAATTTCAGCAGTGAGGACAAATGGGTCAAGCCGGAGGATCCGCTGCTTCTGGAACGCTTGGAATGGTTCAAGGACCAGAAGCTGGGCTTGATGATGCACTGGGGGCCGTATTCCCAGTTGGGCCTTGTTGAATCTTGGGCGCTGAGCGATAAAGACGCGGACTGGTCGCGAGACGGCATTGACTGGGACATCGATGCGGAGGAGCTTAAGCGGCAGTATTTTGATCTGAACAAGACCTTCAACCCGCTTCGCTTTCAGCCTGATCTGTGGGCTGACCTGGCAGCCGATAACGGCTTCAAATATTTGAACTTTACTACCAAGCACCATGACGGATTCTGCATGTGGGATACGCATACGACCGATTACCGTGTTACGGGACCGGAATGTCCGTTCCATAGGCATAAACACGCCGATATTACGAAGGAGCTGTTCGATGCATTCCGTGCCAAGGGGCTCGGCATCTCCGCCTATTTCTCCAAGGCTGATTGGCATACCCCGTACTACTGGGCGCCGGGAATGGAAGCGGGGAGCTTCACTTCTCGCGGCCCTAGCTACGATCCGAAGAAATATCCTTGGCTGTGGGAACAGTTTGTCCAGTTTACCCATGAGCAGATCATGGAGCTGATGACCCGTTACGGCCGTATCGATGTGCTGTGGCTGGATGCAGGCTGGGTGAACGATTACCGGGATCAGAATATCCGATTGGGCGAAGTGGTAGAGAAGGCGCGTGAGATTCAGCCTTGGCTTCTCTCGGCGGACCGCACGGTCGGCGGGCCTTACGAGAATCTGATCACGCCGGAGCAGACCCTTCCTGAGCGTGCCCTTCATGTGCCTTGGGAGAGCTGCATCACGATGGGAACTTCCTTCTCCTTCCGCTACGAGGATCGTTACAAAACGGTGCGTCAGCTCATTCACCTGCTGGCCGAGATCGTGGCCAAAGGCGGAAATCTAGCGCTCAATGTGGGCCCGCAGCCGGACGGAAGGCTGCCCGAGACGGCCATTTCACGAATGAAGGGCATGGGAGAGTGGCTGAAAGTCTATGGGGAGGCCATCTATGGGACCCGTGTCTGTGAGCCGTATTCCTCCGGCGCGGTCCAGTTTACCCAAAAAGGCGATACCACCTACGCCATTTATCTGTATCGAAATGAGCAAGAAGCCGTTCCTGAGGAGCTGCACATTCCGATTCAGACGGCGTTCAGCCGCATAGATCTGGTCGGGGGTCAGGAGGCGCTGGATTATCGCCGCACGGACGATGGCGTCGCGGTCCGACTTCCGGATCAGGAGCGTCAGGGGCTGGCGCCGATCGCGCATGTATTGCGGTTTCGTTAA	MSENKLVEEEQAVVEQGVHNFSSEDKWVKPEDPLLLERLEWFKDQKLGLMMHWGPYSQLGLVESWALSDKDADWSRDGIDWDIDAEELKRQYFDLNKTFNPLRFQPDLWADLAADNGFKYLNFTTKHHDGFCMWDTHTTDYRVTGPECPFHRHKHADITKELFDAFRAKGLGISAYFSKADWHTPYYWAPGMEAGSFTSRGPSYDPKKYPWLWEQFVQFTHEQIMELMTRYGRIDVLWLDAGWVNDYRDQNIRLGEVVEKAREIQPWLLSADRTVGGPYENLITPEQTLPERALHVPWESCITMGTSFSFRYEDRYKTVRQLIHLLAEIVAKGGNLALNVGPQPDGRLPETAISRMKGMGEWLKVYGEAIYGTRVCEPYSSGAVQFTQKGDTTYAIYLYRNEQEAVPEELHIPIQTAFSRIDLVGGQEALDYRRTDDGVAVRLPDQERQGLAPIAHVLRFR	PGPT0018775_2008	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206	NA	NA
JZ016_03760	1611			hypothetical protein	ATGAAAAAGCTTCGCAAGGCATCATCTATTTTACTCTGCCTCACCCTCTCAGCAACAATGCTTGCAGCCTGTGGTTCACCTAAAGGAGATGGCGCTGCTACAGCACCGTCCGGGACAGCCAGCACGGAAGGGGTAAAGAAGGAAGGTTTCCCGATTGTGGATGAGCCGATCACGCTGACGGTCATGTCACAGGATGCCGGTGTAGCCGATTGGAATACGATGCCCGTACTACAAGAGATGGAGAAATTGTCAGGCATCAAGCTGGAATATCAGCTTTCTCCGATTGACAGCTTTGAAACAAAGAAAAATCTGGTGTTTGCGAGCGGCGATTTGCCCGATATGTTCTATGCGGCGGATCTGAAGCCGGCTGAGCAGGTAACTTACGGCAGCCAAGGCATCCTCATTCCGCTGGAGAAGTACATTGACGAAGGTTATGCACCGAACATCAAAAAGATATTGGATGAGAACCCGGATGTCCGCAAATCCTTCACGACCCCGGACGGACATATGTATGCCCTGCCGTTCGTCGACAAGGCTGCTGTATGGTACAGAGGCCCGATGTGGTATAACGGCAAATTCTTAAAAGCGCTCAACGTGTCCGAGCCTAAGACTACTGAGGAATTATATACATTCTTGAAACGCGTCAAGGAAGAAGATCCTAACGGAAATGGAAAGAAAGACGAGATTCCGCTGACTTCCGTCAAGCTGGATGACCTGCGCATGTACTTCTTCGGCTTCTGGGGCATGTACAACGAAGGCATCTATTCCGACAAGGATGGGAAAGTACACTACCCTTACCAGGAAGAAGGCTACAAAGGCTATCTGACGTTCATGAACCGTCTGTGGAAGGAAGAACTGCTGGATCATGAAACCTTCTCGCAAACAGGCGATCAGAAAAAAGCCAAGGGAGAAAACAATCAGCTGGCTCTGTTTAACGACTACCATGCGTACTTCACGCTTGGCGGCGAGCCTAGCAGCGAGCATCCGCTCATGACGCCGGTGAAGAGTGAAATCGCCGACTCTCCGGTATACGGCATGCATCCTGGTATGTCGGCAAGAGGCACATTCGCCATTTCGAGCAGCAACCCGGCTCCGGAAGCGACCATGCGCTGGATCGATTACCTGTACAGCTATGAAGGCGCTACGCTGTTTAACCAAGGACCGGAAGGCACCCTATGGAAATTCAAGGATGAGGCTAACCGCGTGAAAGAATGGCTCCCAGTGCCAGGCGGCGGTGATCGTGAGGAGTATCGCGGCAAAATCACGCCGAACTACGGTATTTTGACACCTGGCGTCAATGATCCGGATGTTGCGAAAGGTCTTCGCACCGAATTCGATGAGTGGATCGATCAGCAGAACCAAGAGAAGCTGGTGCCGATCGGCAAATCGCCATTCCCTAACGTTTATTTGACGAATGAAGAGCAGAGCGAGGCAACTGCGCTGTTGTCCGATTTGGAAACGTACGTGAAACAGATGGAAGCCAAATTCGTAACAGGCCAAGAGCCGCTTGAGAATTGGGATAAATACGTCGCACAAGTCAAGAAAATGGGCAGCGACCGTCTCATCGAGCTTTACCAAGGCGCGTATGATCGCTGGAACGCCGAGCAATAA	MKKLRKASSILLCLTLSATMLAACGSPKGDGAATAPSGTASTEGVKKEGFPIVDEPITLTVMSQDAGVADWNTMPVLQEMEKLSGIKLEYQLSPIDSFETKKNLVFASGDLPDMFYAADLKPAEQVTYGSQGILIPLEKYIDEGYAPNIKKILDENPDVRKSFTTPDGHMYALPFVDKAAVWYRGPMWYNGKFLKALNVSEPKTTEELYTFLKRVKEEDPNGNGKKDEIPLTSVKLDDLRMYFFGFWGMYNEGIYSDKDGKVHYPYQEEGYKGYLTFMNRLWKEELLDHETFSQTGDQKKAKGENNQLALFNDYHAYFTLGGEPSSEHPLMTPVKSEIADSPVYGMHPGMSARGTFAISSSNPAPEATMRWIDYLYSYEGATLFNQGPEGTLWKFKDEANRVKEWLPVPGGGDREEYRGKITPNYGILTPGVNDPDVAKGLRTEFDEWIDQQNQEKLVPIGKSPFPNVYLTNEEQSEATALLSDLETYVKQMEAKFVTGQEPLENWDKYVAQVKKMGSDRLIELYQGAYDRWNAEQ	PGPT0017245_1936	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_03761	909	dasC_3	COG0395	Diacetylchitobiose uptake system permease protein DasC	ATGTCATCCACGGTAAGGGAAAGCAAAGGGGATAAATTATTCCTGCTATGCAACTACATCTATCTGACGATTGCACTGATCATCGTGCTGTACCCGCTGCTGTACATTGTCAGCGCCTCTATCAGTGATCCGAAGTACGTAAGTTCAGGTGAAATGTGGCTGATTCCGAAAGGGATAACTTTTGATGGATATGCCCGGGTGTTTGAGAATGCCAACATTTGGATTGGCTACAAGAACACGATTATTTATACAGTGATAGGTACGATCGTGAATCTGATTGTCACGCTGCCTGCAGCCTATGCGCTAAGCCGCTCAGATTTTGTGGGCAGAGGATTTTTTATGGCGGTGTTCCTGGTTACGATGTTTTTCGGCGGGGGACTGATTCCGAGTTACCTGCTCGTGAAAGATCTTGGCATGGTCAACAGCATGTGGGCTCTTATTCTGCCGGGAGCTGCGTCCATATGGAATATAATTGTGTCCCGGACGTTCTTCCAATCGACCATTCCGAAGGAGCTTCAGGAAGCGGCCCATATCGACGGCTGTACGAACTTCCGGTTATTCATCAAAATCGTATTGCCGCTCTCGATGCCGATTATTGCCGTCATGGCACTTTTCTACGGCGTCGGACATTGGAACAGTTACTTCAGTGCCATGATTTATCTGAATGATGCCGCGAAGTACCCGCTTCAGCTCTTCCTGCGTCAAATCCTGGTACTTCAGGAGATGGCGGCACAGGGCGGCGGGGCGATTGACGCCTCATCCGCAGCAGCGATGAATTCCAAAGCGGAAATTGCCGCACTGGTCAAATATGCGGTCATTATCGTTGCGACACTTCCGGTTATTGCTGTTTATCCGTTCCTTCAACGTTATTTTGTGCAGGGTGTTATGATTGGTTCCGTTAAGGGCTGA	MSSTVRESKGDKLFLLCNYIYLTIALIIVLYPLLYIVSASISDPKYVSSGEMWLIPKGITFDGYARVFENANIWIGYKNTIIYTVIGTIVNLIVTLPAAYALSRSDFVGRGFFMAVFLVTMFFGGGLIPSYLLVKDLGMVNSMWALILPGAASIWNIIVSRTFFQSTIPKELQEAAHIDGCTNFRLFIKIVLPLSMPIIAVMALFYGVGHWNSYFSAMIYLNDAAKYPLQLFLRQILVLQEMAAQGGGAIDASSAAAMNSKAEIAALVKYAVIIVATLPVIAVYPFLQRYFVQGVMIGSVKG	PGPT0017255_850	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_03762	972	yteP_44	COG4209	putative multiple-sugar transport system permease YteP	ATGCAGCAAGATGGTCAATCCGCCCTGACACAAAGCGTATCGGTTAACACGATGCCGAATCGTAAGAAAAATACATTATGGAGGAGGATGATTCGAAACTGGGAGCTGTATTTGTTTATCGCTCCGGCATTTCTGTATTTTGTCATTTTCCATTATGGGCCGATGTACGGGATCCAAATCGCCTTCAAAAACTTCATCCCGACGTTGGGAATAACGGGAAGCCCGTGGGTCGGATTCGACCATTTCGAACGCTTCTTTAACTCTTATTACTTCTGGGACTTGCTCTGGAATACCTTGAGCATCAGCTTGTATGAGCTGGCCATCGGGTTTCCGCTGCCCATCATTCTGGCATTGGCCTTCAATGAAGTGAAGGATTCATTCTTTAAGCGTACGGTACAGACCGTCACGTATGCGCCACATTTTATTTCAGTCGTTGTTATGTCCGGTATGATCATTACGTTCTTGTCGCCTTCGTCCGGCATGATCGTAAATTTTGTGGAAATGCTGGGCTTTCAGCCGCCGCAGTTCCTGACAGATCCCGCTTGGTTTAAGACTGTGTACGTGCTGTCGGGCGTCTGGCAGAGCGCGGGCTGGGGTACCATTATCTATCTGGCCGCTTTGTCGGGTGTCGATCCGCAGCTGCATGAGGCTGCCGTCGTGGACGGTGCGAGCCGATTCAAACGCATCCTGCATATTAACATTCCGGCGATTGTACCAACGATCACCATTCTGTTGATCCTGAACATGGGCAGCATTTTGGGCGTCGGATTCGAGAAAATCCTGCTCTTGCAGAACCCGCTGAATATGAGCTCTTCCGATGTCATCTCGACTTTTGTTTATCGCTCCGGTCTGGTTGACGCACAGTACAGCTTCTCTACCGCCGTCGGATTGTTCAATTCGGTCATTAATGCGATTCTGCTGATTGCGGTGAACCAAATCGCTCGTCGCACCAGCGAAAACAGCCTGTGGTAG	MQQDGQSALTQSVSVNTMPNRKKNTLWRRMIRNWELYLFIAPAFLYFVIFHYGPMYGIQIAFKNFIPTLGITGSPWVGFDHFERFFNSYYFWDLLWNTLSISLYELAIGFPLPIILALAFNEVKDSFFKRTVQTVTYAPHFISVVVMSGMIITFLSPSSGMIVNFVEMLGFQPPQFLTDPAWFKTVYVLSGVWQSAGWGTIIYLAALSGVDPQLHEAAVVDGASRFKRILHINIPAIVPTITILLILNMGSILGVGFEKILLLQNPLNMSSSDVISTFVYRSGLVDAQYSFSTAVGLFNSVINAILLIAVNQIARRTSENSLW	PGPT0017250_720	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_03763	1035	chiA1_2		Chitinase A1	ATGCAGCCATCCTCCTGGATTTTAGCCGGCTACGCAGGGCGCAAGGTCTTATCCGAGGTCACGACCGAAGATGCCAAGCGGCTCACTCACTTGAATATCGCTTTCGCCCATATCCGAGAAGACAAGATTACGTATACCGATACGAACACCATCCACGAGATCCATCGCCTGAAAGCCGTCAATCCCGAATTAATCGTCCTGCTGTCCGTTGGCGGCTGGGGCTCCGACGGATTCTCGAGAGCGGCAGCAACGTCCGCAGGGAGACAAAGCGCGTGCGAATCGGCAATCAAGCTGCTGCAAGAGTTTCCATTCGACGGCATTGATCTGGACTGGGAGTATCCATGCTACTCGATCGCAGGAACGACCGCATCGCCAAATGACAAGAAGAACTTCACGATGCTGCTGAAGGAGCTTCGGGAAACATTGGATCAGTACGGGCGGGACGAGACACACTATCTGCTCACGATCGCAGCCGGGGCCGATCAATATTATATAGATGGCACCGATATCCGTGACATTCACCCCTATCTCGACTTCATTCAGCTGATGACGTACGACATGCGCGGCGGATTCCAGACGCTGACGGGCCATCACGCCAACCTGTACACCTCAACTGGCGATCTGTTCCGAATCAGCGTCGATGCCTCCGTCCGCCTGTTCACGCTTGCCGGCGTGCCACATGAGAAAATCGTGATCGGGGCCGCATTTTACTCCAGAAAGTGGAAGGATGTGCCGGATGTGAACAACGGCTACCTCCAGATCGCTCCATCCTCCGGTGGTTATGGTCCGACCTATACCCAGCTCGCTGCCGAGTATTTTAGCAATCCTTCCTATAAGCGGTACTGGGACGACGAAGCCAAAGCGCCTTATTTATTCGATGGCAGCAGCTTCATTACTTACGATGATGCTGAATCTCTGACTCATAAATGCAAATACGTACAGGATCAAGGCTTGGCTGGTATTATGTTCTGGGAATACAGCTGTGATGCGACACACAGCCTGCTGGATGCCATGTATAAGGCATTCCACTCATAA	MQPSSWILAGYAGRKVLSEVTTEDAKRLTHLNIAFAHIREDKITYTDTNTIHEIHRLKAVNPELIVLLSVGGWGSDGFSRAAATSAGRQSACESAIKLLQEFPFDGIDLDWEYPCYSIAGTTASPNDKKNFTMLLKELRETLDQYGRDETHYLLTIAAGADQYYIDGTDIRDIHPYLDFIQLMTYDMRGGFQTLTGHHANLYTSTGDLFRISVDASVRLFTLAGVPHEKIVIGAAFYSRKWKDVPDVNNGYLQIAPSSGGYGPTYTQLAAEYFSNPSYKRYWDDEAKAPYLFDGSSFITYDDAESLTHKCKYVQDQGLAGIMFWEYSCDATHSLLDAMYKAFHS	PGPT0012130_5233	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012130-chiA|chtA|chiI-K01183	NA	NA
JZ016_03764	219			hypothetical protein	ATGAGAACATTTAATACAATAGCTTTGCTGTTATTGATTGTTGGAGGCATTAACTGGCTTCTGGTCGGCCTGTTTCAATACGACCTGGTAGCTGCATTGTTTGGTGGACAGAGCTCCATCGGCTCCCGCATCATCTATACGATTGTCGGTCTGTGTGCATTGTACTCGATCCGCTTCTTTGGTGATGTTACGAATGACGACCGAAATACAGCCAGATAG	MRTFNTIALLLLIVGGINWLLVGLFQYDLVAALFGGQSSIGSRIIYTIVGLCALYSIRFFGDVTNDDRNTAR				NA	NA	NA	NA	NA
JZ016_03765	897	cysL_2	COG0583	HTH-type transcriptional regulator CysL	GTGGATCAACCATTGGAGGTATTCGTTACGGTGGTAGAGAAGGGGAATTTTACCCGTGCGGCGGAGGAGCTGCTGATGACACAGCCCGCGGTAAGCCAATATATCCAAGCGCTCGAGCGGTCTGTGGGCACCAAGCTGCTGGAGCGAACCAATAAATATGTCCGGCTAACCAAAGCCGGAGAGATCGTATACCATCATGCGAAGGACATTCTGGGCCTGTACACCCGCATGAACACGCTTGTGGACGATTTGATGCATCGGGCGAGCGGCAATCTGTCCATTGGCTCAAGCTATACCTTCGGGGAATATATGCTGCCGCATTTGATCGCTTATATGAGGGAACATTATCCCTTGATCCGCCCATCGATTATGATCGGGAACACCACGGAAGTGGCGGAGATGATACTGCGCCATGAGGCGGATATCGGCATTGTGGAGGGAGATTATCAGGATGATAAGCTGCATATCGAGGCCTTTGCCGAGGATGAGATGCTGGTGATGGTTCCCCGGGACGGGCGGTATGATCATCTGCAGGAGCTATCGCTCTCCGAGCTTGCGCATGAGACCTGGATTGTCAGGGAAGCCGGATCGGGCACCCGCGAGGCAACGGAGCGGATGTTCTCACGGTATCATATTCGCCCTCAGCATATCGTGGAGTTCGGAAGCACCCAGCTGATCAAGGAATCCGTGGAGGCAGGCCTTGGCGTCACGCTGCTGTCGCGATGGGCGGTGCGCAAGGAGGTGCAACTCGGAACGCTGCATATGCTGGTACCGAATGGCAGACCGGTGGCACGGCAGTTCTCATGGATTACACAAAAAACACCTTATCATACCAAGGCCGTAGAGGTGTTTCTCGAGCTTTTGCATCATAAACGCGGTTTCCCCAAGGGGGTCTAA	MDQPLEVFVTVVEKGNFTRAAEELLMTQPAVSQYIQALERSVGTKLLERTNKYVRLTKAGEIVYHHAKDILGLYTRMNTLVDDLMHRASGNLSIGSSYTFGEYMLPHLIAYMREHYPLIRPSIMIGNTTEVAEMILRHEADIGIVEGDYQDDKLHIEAFAEDEMLVMVPRDGRYDHLQELSLSELAHETWIVREAGSGTREATERMFSRYHIRPQHIVEFGSTQLIKESVEAGLGVTLLSRWAVRKEVQLGTLHMLVPNGRPVARQFSWITQKTPYHTKAVEVFLELLHHKRGFPKGV				NA	NA	NA	NA	NA
JZ016_03766	1044			hypothetical protein	ATGACAGAGCCAGCCTATTCCAAATCACAAGAACACGTCCATCGTCTGGTTCGATGGACACAGCATACGCTGCCCGCCACAGCAGGCGGCATTGCCTTTACCTTTGTCATCGCTCTCATCGGTTACGTATTAGCAAGCATGCCGGGCCTTGGCTACCTTGGCCAGCTCGCCTGGGCGATTCTCATCGCCGCAGTATATCGACAGCTGCGAGGTTACCCGGAGAGACTGCGCATAGGAATCCAATTCACGGCCAAGCGGCTGCTGCGTCTAGCAATTATTCTATATGGCCTTAAGCTGAATATCGGCATCGTGTTCCAGCAAGGCCTGGGTTTAATGATGAGGGATGTGATCAGCGTCATATTTGCCATCGCGCTCACTCTGCTGATTGCCAAATGGCTGAAAGCCGATATGTCCTTGTCCCTTCTGCTTGGCATTGGAACCGGTGTATGCGGTGCGGCGGCCATCGCCGCCGTGTCCCCGATCCTCAAGGCGAAGGAGAAGGACACTGCGCTAGGTGCGGGGCTGATTGCCTTTCTTGGAACCATTGTTGCTATCGGTTATACCCTCGTCCAGCCGCTGCTTCCCTTAACAGACACCCAATACGGCGTGTGGTCGGGTGTCAGTCTTCATGAAATCGCCCATGTAGCATTGGCAGCTGCTCCAGCAGGTGAGGACGCCCTTGCGATTAGCCTGCTCGCGAAGCTGGGACGCGTATTCTTGCTCGTACCGCTCAGTATCGCGCTTATGGTCTGGATGAAGCGCACCGGGCGTATGCAGAGTCATACACGGATGGAGTTTCCCTGGTTTCTGCTGGGCTTCATGGCAGCGAGTGTACTGGGAAGCTGGGAATTTACCGGACAACCGATCATTCCCCTGCCGATCAAAGATTCGATTTCTCAGGCAGCCTCCTTCATTCTTGCCATGGCGATGGTCGGACTTGGCCTGAATGTCCACTTGAAGGATGTGCGCGGCGCCTGGCGGCCGCTGCTGGCCATGTCCATCACCACCGTGCTGCTGATTCTGCTTACTTATGCCATGGCATAA	MTEPAYSKSQEHVHRLVRWTQHTLPATAGGIAFTFVIALIGYVLASMPGLGYLGQLAWAILIAAVYRQLRGYPERLRIGIQFTAKRLLRLAIILYGLKLNIGIVFQQGLGLMMRDVISVIFAIALTLLIAKWLKADMSLSLLLGIGTGVCGAAAIAAVSPILKAKEKDTALGAGLIAFLGTIVAIGYTLVQPLLPLTDTQYGVWSGVSLHEIAHVALAAAPAGEDALAISLLAKLGRVFLLVPLSIALMVWMKRTGRMQSHTRMEFPWFLLGFMAASVLGSWEFTGQPIIPLPIKDSISQAASFILAMAMVGLGLNVHLKDVRGAWRPLLAMSITTVLLILLTYAMA				NA	NA	NA	NA	NA
JZ016_03767	1470			Glucan 1,4-alpha-maltohexaosidase	ATGCAGCGAAATCATACGATTATGCAATTCTTCGAATGGCATGTTGCAGCCGATGGCTCGCACTGGAACCGACTCAAGAACGCAGCCCCGGAGCTGAGCAAGGCGGGAATCGATGCGGTATGGATTCCTCCGGTGACAAAAGCTACGTCCGCAGAGGACAATGGCTACGGCATATACGATCTCTATGATCTGGGAGAGTTCGATCAGAAAGGAACGGTTCGCACGAAATATGGAACCAAGCAGGAATTGATTGATGCCATCGCGGCCTGCCACAAGCACGGAATTGCCGTCTATGTCGATCTGGTCATGAACCATAAGGCGGGCGCAGATGAAACCGAGCGGTTTCGGGTGGTACAGGTCGACGAGATGGATCGGACCAAGGATATATCAAAGCCATTCGAGATTGAGGGTTGGACCAAATTCACTTTCCCCGGCCGAGGGGATCAATACTCCTCGTTCCAGTGGAATTTCACTCATTTTAACGGTACCGATTACGACGAAATCAGCAAACGTTCCGGCATTTACCGGATCGTCGGCGAGAACAAATCATGGAGCGATAACGTTGACAATGAATTCGGCAATTACGACTACCTGATGTTTGCCAACCTTGATTACAGCCATCCGGATGTACGCAAGGAAATGCTCGCATGGGGCAAGTGGCTGGTGGATACGCTGCAGTGCAGCGGATTCCGGCTGGATGCGATCAAGCATATTAACCATGACTTCATTAAAGAATTTGCCACTGCCATGAAGAAAAAGCGCGGAGATGATTTTTACATCGTGGGCGAGTTTTGGAATCCCGAGCTTCAGGATTGCCGAGACTTTCTGGATACGGTGGATTACAGGATCGATCTGTTTGACGTGTCTCTTCATTATAAACTCCAAGCGGCTTCCAAAGCCGGCCGTTCCTTCGACCTGCGGACGATCTTTGACGATACGCTTGTCCAATCGCACCCGATGAATGCTGTCACGTTTGTGGACAATCACGACTCGCAGCCGCAGGAATCGCTGGAATCCTGGGTGGAGGATTGGTTCAAGCAGAGCGCTTATGCGTTGATCCTGCTGCGAAAGGACGGTTATCCTTCCGTCTTCTATGGCGATTATTACGGAATCGGCGGCGAGAAACCCATTCCCGGCAAAAAGGAAGCGATTGACCCGCTGCTGTATGCCAGAGCGAATCGGGCGTATGGCCAGCAGGACGATTATTTTGACCACCCGAATACGATCGGCTGGGTCCGCCGCGGCATCCCGGAAATCGAGTTTTCCGGCTGCGCGGTGGTCATCGCCAATGGCGAAGCCGGGGATAAGCGGATGTTTGTCGGCGAGCATCGAGCCGGGGAGATATGGATGGATCTGACCCGTACACGGCAGGATCGGATTACGATCGGCAAGGATGGGTTCGCTCTTTTTCCGGTGAACGGCGGCAGCGTGTCCGTCTGGGCTCACCCGGATATTCCTGTAGAAGCGTAA	MQRNHTIMQFFEWHVAADGSHWNRLKNAAPELSKAGIDAVWIPPVTKATSAEDNGYGIYDLYDLGEFDQKGTVRTKYGTKQELIDAIAACHKHGIAVYVDLVMNHKAGADETERFRVVQVDEMDRTKDISKPFEIEGWTKFTFPGRGDQYSSFQWNFTHFNGTDYDEISKRSGIYRIVGENKSWSDNVDNEFGNYDYLMFANLDYSHPDVRKEMLAWGKWLVDTLQCSGFRLDAIKHINHDFIKEFATAMKKKRGDDFYIVGEFWNPELQDCRDFLDTVDYRIDLFDVSLHYKLQAASKAGRSFDLRTIFDDTLVQSHPMNAVTFVDNHDSQPQESLESWVEDWFKQSAYALILLRKDGYPSVFYGDYYGIGGEKPIPGKKEAIDPLLYARANRAYGQQDDYFDHPNTIGWVRRGIPEIEFSGCAVVIANGEAGDKRMFVGEHRAGEIWMDLTRTRQDRITIGKDGFALFPVNGGSVSVWAHPDIPVEA	PGPT0018575_2531	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-AMYLASE,PGPT0018575-amyA|malS-K01176	NA	NA
JZ016_03768	900	gsiD_2	COG1173	Glutathione transport system permease protein GsiD	TTGAAGAATATCCCTTTATGGATTGGCGGCACGCTGCTTGCCTTCTTTGTTTTTGTTATGCTGGCGGGGCCGTATATGCCCTTTATCGACAAGGATTTGAAACAGGAAACCTCCAGATGGGTGATGAAGGACGGGAAGCAGAAGCTGACGCTTCCGCCCTATAAGCCTTCTTCGAAGAACTGGCTGGGATCGGATAAGAAGGGGGTCGATAATCTGAGCAAGCTGGTTGTGACCGCCAAGGATACGATCCTGCTTGTGCTGGGGATTACGGCTGTTCGATATGCGATAGGCGTGCCCCTGGGATTGATCGCCCGTAAGAAAAAAGGCTTCGTCCACCGGTTCATTACCTTCTGGAACCAGCTGTGCTCCTATTTGCCGCCGGTCTTCGCTTCGGCTCTGCTGCTTGCGCTGCCATTCTTTCTCTTCTCCCAGCAGCGGATGGGCTGGGCCATTCTGATTCTGGCCGGCGTTGAGGCCGGGCGGGTTGCGATTACGATACAGCAGCAGGCCCACAAAATGGCAAGTGAGCCTTACATGGAGGCCGGAACCGCGTTAGGACTTCGGACGAGAACGTTGACAAAGAATTATTATATTCCGGTCTTGTTCCCCGAGGTGATCGTCAACTTCTGCTTGGATATGGGGAAGGTCATGCTCCTGCTCGGCCAGCTTGCCATCGTGAACATCTTCCTCGGTCATGAATGGAAGGAAGTTAATTATTATGTCATGGAATTCGTGGAGACCGGGTATAACTGGGCGACCATTCTGTCCAAGCATCGAGCGGACATATGGTTAGGGAAGTTTCAATTCGTTGTGTATCCCGCATTTGCCATGATGCTGTTAATCATCACGTTCAACCTGTTAGGCGAAGGCCTGCGCCGTCGTTTTCAGGTTAAAGGCTGA	MKNIPLWIGGTLLAFFVFVMLAGPYMPFIDKDLKQETSRWVMKDGKQKLTLPPYKPSSKNWLGSDKKGVDNLSKLVVTAKDTILLVLGITAVRYAIGVPLGLIARKKKGFVHRFITFWNQLCSYLPPVFASALLLALPFFLFSQQRMGWAILILAGVEAGRVAITIQQQAHKMASEPYMEAGTALGLRTRTLTKNYYIPVLFPEVIVNFCLDMGKVMLLLGQLAIVNIFLGHEWKEVNYYVMEFVETGYNWATILSKHRADIWLGKFQFVVYPAFAMMLLIITFNLLGEGLRRRFQVKG	PGPT0004450_7840	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004450-ddpC|appC-K02034	NA	NA
JZ016_03769	921			hypothetical protein	ATGAGATTAAAAACGCAAATGCTCACAACGACGGTGACTAGCCTGCTGGCTTTTATGTTCATCGTCCTCATCGTCCTGGTGCCGAGGGATTTGAATCTGTCGGTGGACGGCTATTTAGTGGTGGCAAACTATTCCTTTGACATGGGTGAGTATGTTACGTATATTCGCGATTTTTTTGCAAATGCCATTCAGAACGGGACACTGGGAGAAACACGGTATATCGGCCAGACCTCGGAAGCGGCTGCTTTCGGAGCCGTCGGCAAAAGCCTGCTGGTTATTGTATCCGCTTTAATCCTTGGATTTGTGTTTGGCATTCTGAAGGGAGTCCTCGACTATAAATTGTCCAAGACCAAATTCAGTGTGCTGGGGCACTGGACCACATGGCTGTTCCAATCCGTTCCGGATTTTTTCCTGATGCTGATCGCCCAGTGGGTGCTTATTAAGCATGTTCCGGCTATCCGCTATTTTGCGGTTGACGGCTGGGAGGCCTTTGTGCTGCCATCGCTGCTCGTGTCGATTTACCCGATTTTCTTCATTGCCCGAATCACTTCGGCTTCTCTGCTTGCGCAGGAGGGCAAGTTATACATACTGCTGGCTAAAGCCAAAGGGCTGAGTGACCGAAAAGTCGTATACAAACATATGCTGCGCAACGGTATCGCGACCATCCTGACCCATCTTCCGGGCCTGCTCGTCTTCATCTTGTCCAATCTGCTCGTGGTGGAATATTACCGCAATTATCCGGGGGCGGCATGGAGACTGTTTCAGGCGCTGGACTTCAACACGTTCAGTGGAACCGGGTCCAATTATGAGCCGGGTGTCATTATCTATATTGCGTTTTCTTTCATGGTGCTGTTCATGATCGTCCAATGGATCAGTCAATCGGCACGCAAGTACTTTGATCCCCGATCAGAAATGAGGTGA	MRLKTQMLTTTVTSLLAFMFIVLIVLVPRDLNLSVDGYLVVANYSFDMGEYVTYIRDFFANAIQNGTLGETRYIGQTSEAAAFGAVGKSLLVIVSALILGFVFGILKGVLDYKLSKTKFSVLGHWTTWLFQSVPDFFLMLIAQWVLIKHVPAIRYFAVDGWEAFVLPSLLVSIYPIFFIARITSASLLAQEGKLYILLAKAKGLSDRKVVYKHMLRNGIATILTHLPGLLVFILSNLLVVEYYRNYPGAAWRLFQALDFNTFSGTGSNYEPGVIIYIAFSFMVLFMIVQWISQSARKYFDPRSEMR	PGPT0021020_2343	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021020-oppB-K15581	NA	NA
JZ016_03770	477	bsaA_2		Glutathione peroxidase BsaA	ATGTCCATCTATGAATATGAAGTAAAAACGATACGCGGCGAGTCCCAAACGCTGGAGTCTTATAAAGGCGACGTCATGCTCATTGTCAATACAGCAACCAAATGCGGCTTTGCTCCTCAATTCGACGGCCTGGAGAAGCTGCACCAAGCCTACCGCGATCAAGGATTGGCCGTTCTCGGTTTCCCAAGCAGTCAGTTCATGAATCAAGAGCTGGAGGAGGACTCCGCGATCGAGGAGGCCTGCAAGCTCAATCATGGCGTCACCTTCCCCCTATTCTCCAAAATTGATGTGAATGGCACAAGCGCTCATCCGCTCTACAGGCATCTGACGAGGGAAGCGCCCGGCGCACTCGGCATTAAAGCGATTAAATGGAACTTCACCAAGTTTCTTGTGGACCGCAGCGGCAAAGTGGTCAAGCGCTTTGCGCCTACGGATACTCCGGAAAAAATAGAAGAGGATATCAAGAAGCTGTTATAA	MSIYEYEVKTIRGESQTLESYKGDVMLIVNTATKCGFAPQFDGLEKLHQAYRDQGLAVLGFPSSQFMNQELEEDSAIEEACKLNHGVTFPLFSKIDVNGTSAHPLYRHLTREAPGALGIKAIKWNFTKFLVDRSGKVVKRFAPTDTPEKIEEDIKKLL	PGPT0013115_5388	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432	NA	NA
JZ016_03771	1974	hypBA1		Non-reducing end beta-L-arabinofuranosidase	ATGATAACTCTTACTTCGCGTTCAGCTGCCGTCCCCCTTAAGCAAGTGAAATTGACGGACCCTTTCTGGTCCCGTTATATAGAGCTGGTAAGGGAAGTGGTGATCCCATACCAGTATGAAGCCCTCCATGATCGAATTCCGGGCGTGGAACCGAGTTATGGCGTGTCCAATTTTCGAATTGCCGCCGGCAGGGAGGAGGGGGAATATGGCGGTATGGTATTTCAGGACAGCGATGTCGCCAAATGGCTTGAGGCTGCGGCTTATTCGCTTGCCATTCATCCGGATCCGAAGCTGGAGGAGCAGGTGGATGAGCTGATCGATCTTGTGGCCGCTGCCCAGCAGCCGGATGGCTATCTGAATACATATTTTACGGTGAAGGAGCCGGAGAAGCGCTGGACCAATCTGACGGATTGCCATGAGCTGTACTGCGCCGGCCATATGATTGAAGCCGGAGTTGCGCATTACCGGGCGACGGGCAAGCGGAAACTGCTGGACGTGGTATGCCGCTTGGCGGATTACATCGATACCGTCTTTGGACCCGAGGATGGCAAAATCCATGGGTTCGACGGCCATCAGGAGATTGAGCTGGCACTGGTCAAATTGTACGAGGTAACCCAGGAGCCGAGATATTTGAGTCTGAGTCAGTATTTTATAGATGAGCGCGGGACGGAACCCCACTTCTTTCTTCAGGAGTGGGAACAGCGAGGGCAGAAGTCATTCTACCGCTCTGTACTGCATCCGCCGCATTTGGCTTATCATCAGAGCCACCTGCCAGTCAGGGAACAGAAGGATGCGGTCGGGCATTCGGTCCGCGCGGTTTACATGTATACGGCGATGGCCGATTTAGCTGCCAGAACGAAAGACCCTGCTCTGCTTGAGGCTTGCGTTAATCTGTGGCATAACATGGTCCGTAAACAGATGTACATTACCGGCGGGATCGGCTCCACCCATCACGGCGAGGCGTTTACCACGGATTATGACCTGCCGAACGATACCGTATACTCGGAGACCTGCGCATCCATCGGGCTGATCTTTTTTGCCCAGCGCATGCTGCAGCTGTCACCCAAATCGGAGTATGCGGACGTGATGGAGCGCGCGCTGTTCAACACGGTCATTGGTAGCATGGCTCAGGACGGGCGTCATTTCTTCTATGTGAATCCGCTTGAGGTATGGCCTACGGCCTGCCGTCATAATCCGGGCAAGTTCCATGTGAAGCCGGTTCGGCCGGGCTGGTTCGCATGCGCCTGCTGCCCGCCGAATGTGGCGAGACTGCTGTCGTCGCTGGGTGAATACGTGTATACGATGAATGACGATACGCTGTATACCCATCTGTACATTGGAGGCGAAGCCGAGGTCCGTCTCGGGAACGTGCCAGTGAAGGTAACCCAGACCAGCGCGCTGCCATGGGATGGGAATGTTACGCTTACGATTCAGCCTGAGCAGGCAGCCGAGTGGACCGTCGCTCTTCGCATTCCGGACTGGTCGCGCGGCAAAGCCGTTATGCGGGTGAACGGGCAAGAGGTGACCGTGGAGGATATTACCCAAGACGGCTATGCCTACGTGAAGAGAGTGTGGGCACCGGGAGATACCGTGGAATTGGCATTCTCCATGGAGATCCATCAAGTAAGAGCCAATCCCAACATACGGGGGAATGCCGGCAAGGCCGCGATTCAGCGCGGGCCGCTGGTATATTGCTTGGAGAGCGTCGATCATGGAGCGCCGGTATCCTCGCTGTCGCTCGCAGGCGATCCGAAGCTTCATTCCCGATTCGATCCGTATCTTCTTGGCGGAGCCGTTGTCATTGAAGGGGAGGGATGGCTTGAAGAGTCTGATGATTGGGGCGATGAACTGTATCGTTCCTCTCCGAAAAAGAGGCTTCCCGCATCATTAAAGGCCATTCCTTACTATTTATGGGGCAACCGCGGCGAGAATGAAATGGCCGTCTGGGTGCGCGAGCTGCCGCACACGGTGTAA	MITLTSRSAAVPLKQVKLTDPFWSRYIELVREVVIPYQYEALHDRIPGVEPSYGVSNFRIAAGREEGEYGGMVFQDSDVAKWLEAAAYSLAIHPDPKLEEQVDELIDLVAAAQQPDGYLNTYFTVKEPEKRWTNLTDCHELYCAGHMIEAGVAHYRATGKRKLLDVVCRLADYIDTVFGPEDGKIHGFDGHQEIELALVKLYEVTQEPRYLSLSQYFIDERGTEPHFFLQEWEQRGQKSFYRSVLHPPHLAYHQSHLPVREQKDAVGHSVRAVYMYTAMADLAARTKDPALLEACVNLWHNMVRKQMYITGGIGSTHHGEAFTTDYDLPNDTVYSETCASIGLIFFAQRMLQLSPKSEYADVMERALFNTVIGSMAQDGRHFFYVNPLEVWPTACRHNPGKFHVKPVRPGWFACACCPPNVARLLSSLGEYVYTMNDDTLYTHLYIGGEAEVRLGNVPVKVTQTSALPWDGNVTLTIQPEQAAEWTVALRIPDWSRGKAVMRVNGQEVTVEDITQDGYAYVKRVWAPGDTVELAFSMEIHQVRANPNIRGNAGKAAIQRGPLVYCLESVDHGAPVSSLSLAGDPKLHSRFDPYLLGGAVVIEGEGWLEESDDWGDELYRSSPKKRLPASLKAIPYYLWGNRGENEMAVWVRELPHTV	PGPT0019100_1035	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019100-hypBA-K09955	NA	NA
JZ016_03772	825	rhaS_20		HTH-type transcriptional activator RhaS	ATGACAGAACGGAGTGTTCTTTCCATTCCTTCACCGCCGCTCCCCTACTTCCTTGAATCCGGAAAAACGCATTATATGCCGGGCGAGTCGCATCCCAACCGGAGAAACCTTGGCGTCTACGATCTCATCCTGGTTCAATGCGGCTGCTTGTTCCTGGGCGAGGAGGATATGCAGTGGGCGCTTGGCGCAGGGGATTGCGTTGTATTATTACCGGATGCATACCATTACGCCGTACAGGGGTGTCAGGAGGAAACCGCCTTTTATTGGCTGCATTTTCAGACCGCAGCATCAGGCGCAGCCCGCGATGATTCGATCTCACACAACATAAAGCTGCCGAGGCATGGCCTTATCCCTTATCCGGAGCAAGCCTATCAGCTGTTCGATTCCCTGCACCTGCTGGCAACGGAACCGAGGTCCACGGCATTTTGGCGCGAACAAACGCTGTTTATCGAGCTGCTGGAGCTGCTGGACCCGTCGAGATCGGATCAGGAACAATCGCGGGTACGCAAAGTCGCGGAGCAGGTGGAGTCCTATATCAAAATGCATTACCGCGAGCCCATCAGCAACGCACGTTTATCGTCCGACTTGCATTTCCACTACAACTACCTGACGCGCTGCATGAAGGAATCGCACGGCGTAACGCCTACGGAATACCTGCTTCAATACCGCCTGGACCAGGCCAAGCGGCTGCTGCTGACCACCCAGTGGTCCATGGCTCGAATCGCGGAGCATGTGGGATTTCAATATCCGCCCTATTTCTCCCGCCGCTTCTCCGCACGTTTCGGCCTATCGCCGCTGCAATTCCGAAAGCAGTACACGGAGTAA	MTERSVLSIPSPPLPYFLESGKTHYMPGESHPNRRNLGVYDLILVQCGCLFLGEEDMQWALGAGDCVVLLPDAYHYAVQGCQEETAFYWLHFQTAASGAARDDSISHNIKLPRHGLIPYPEQAYQLFDSLHLLATEPRSTAFWREQTLFIELLELLDPSRSDQEQSRVRKVAEQVESYIKMHYREPISNARLSSDLHFHYNYLTRCMKESHGVTPTEYLLQYRLDQAKRLLLTTQWSMARIAEHVGFQYPPYFSRRFSARFGLSPLQFRKQYTE				NA	NA	NA	NA	NA
JZ016_03773	402			hypothetical protein	ATGAAGAGTGTGACCCCGTTTTTAATGTTTCAGGGCAACGCGGAAGAAGCCATGAACCATTACATTTCCATTATTGAGGATTCCGAAATCATCAGCATTACCCGTTATGGCCCCGATCAGCCGGGAGCCGAGGGAAGCGTCATGCATGCCACCTTTTCGTTGAAGGGACAAACGTTCATGTGCATCGACAGCAACGTGAAACATGAGTTTACGTTCACGCCTTCCTTCTCCATCTATCTGACTTGCGAATCCGAAGCCGAGATCGAGAAGGTGTACGGAGCACTAATCGATGGCGGAGGTGCGATGATGCCGCTGGACAACTATGGATTCAGCCAAAAGTTCGGCTGGATCGCGGACAAGTTCGGCGTATCCTGGCAGCTTAACCTGCCAAGCGAAGCGTAG	MKSVTPFLMFQGNAEEAMNHYISIIEDSEIISITRYGPDQPGAEGSVMHATFSLKGQTFMCIDSNVKHEFTFTPSFSIYLTCESEAEIEKVYGALIDGGGAMMPLDNYGFSQKFGWIADKFGVSWQLNLPSEA				NA	NA	NA	NA	NA
JZ016_03774	498			hypothetical protein	TTGGAGGATGCCTCTACAACCACGCTGGTCATGAAACGTCAATTTGAGGTAGCACCGGAAAGAGTATTTGATGCCTGGTTAAACCCGGACATGATGCGTAAATGGTTGTTTACGCTGGAAGCGACGAACAAAATCGCCCGTAACGATCCGCGCGTGGGCGGAACCTGGGAGATTGTTGATGTGCGGGAAGGCAAGGAGTACCGGGCCATTGGAGAGTATCTGGTCATAGACCGGCCGCGCAAGCTGGTGCTCACCTTCAAGATGCCCCAGTTCAGCGACACTGTGGACCGCATTACGGTGGAGTTCAAAGCCGTGGACGCAGGATGCGAAATGACGTTCTCCCAGGAGATCGTTGTCCCTCATGAGGAAGACTGGACCGCAGAGGATATTGAGAAAGCGCTGACCGAATACCATGACCAAACCGAGCATGGTTGGGGTTATATGTTTGAGGGGCTGAAGCAGCTGTTAGAGACAGGGAAGATAAACTATCCATCCTAA	MEDASTTTLVMKRQFEVAPERVFDAWLNPDMMRKWLFTLEATNKIARNDPRVGGTWEIVDVREGKEYRAIGEYLVIDRPRKLVLTFKMPQFSDTVDRITVEFKAVDAGCEMTFSQEIVVPHEEDWTAEDIEKALTEYHDQTEHGWGYMFEGLKQLLETGKINYPS				NA	NA	NA	NA	NA
JZ016_03775	345			hypothetical protein	ATGGTTGAACATAATGACGAAGAACAACTGGATCACATCTTCCACGCATTGGCTGATCCGACCCGAAGAGAGATGGTGCGCATGATCGCATCGCAGGAACGGACGGTATCTGAGTTGGCTGAACCGTTTGACATGTCGCTTGCGGCAGCCTCCAAGCATATCAAGGTGCTGGAGCGCTCCGGCCTGCTCGAACGGTCCATCCATGGACGGACGCATACCTGCCGTCTGAACCCGAGTGTCATGTCCAGGGCGCTGGAATGGCTGCAATTCTACGAACGATTCTGGACCCGGCAATTTGATGTGCTTGAACGCGAGCTGAACAAAGCGAAGAGGGGGGAGCACTAG	MVEHNDEEQLDHIFHALADPTRREMVRMIASQERTVSELAEPFDMSLAAASKHIKVLERSGLLERSIHGRTHTCRLNPSVMSRALEWLQFYERFWTRQFDVLERELNKAKRGEH	PGPT0004735_3488	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_03776	735	gph_4		Phosphoglycolate phosphatase	ATGAAGACACCAATATCACCGAAGGGAATCTTCTTCGATGTGGATGATACATTGTATGACCATCTGGCGCCTTTTCGCGATGCCGTTCAGAAGGTTGCCCGCCCTGATGGCACGTTTCCATATGAAGCCGCTTATCATCGGATGCGTTATTACAGCGACAAGCTGTCTGTAGAGCTCGGAGGGGCTGGCACGGCGGCATACGGGGAAGCGGTTGAGGATATGCGCAGACGTCGGTTCCAGTTAGCGCTGGCTGAATTCGGCGTAGGGCTGACCCTTGAGGAGGCGGAAACCGTACAGCAAGCCTACCTGGAGCGGCAGTATAACATCACGATGTTTGAAGGCGCCCGGGAGCTTCTTAAGAAATTGACGGATGCCGGGCATGTCGTTGGCTTGATCACCAATGGTCCGGCAGAACACCAGATGAACAAAATCGCGGCTATGCAGCTGGGTGACCTCATACCGGAGGAGCGGTTGTTCGTATCCGGTGCGGTGGGCTGGGACAAGCCTGATCCACGGATATTCCACCATGTGAACCGGCTGACCGGCACGGAGCCGAAGAGCTCCTATTACATCGGCGATTCGTGGCGCAATGATGTGGTTGGCGCATTGGCTGCAGGCTGGCATGTGATTTGGTTCAATCACCGGAGCGTTGGGCCGGAATCGGAGCATCAACCGCAGCATACCGTGGCGAGTTATGGCGAGCTGGAGCGGCTGCTGGATGAGGTTATCGGATAA	MKTPISPKGIFFDVDDTLYDHLAPFRDAVQKVARPDGTFPYEAAYHRMRYYSDKLSVELGGAGTAAYGEAVEDMRRRRFQLALAEFGVGLTLEEAETVQQAYLERQYNITMFEGARELLKKLTDAGHVVGLITNGPAEHQMNKIAAMQLGDLIPEERLFVSGAVGWDKPDPRIFHHVNRLTGTEPKSSYYIGDSWRNDVVGALAAGWHVIWFNHRSVGPESEHQPQHTVASYGELERLLDEVIG	PGPT0013410_53	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013410-yjjG-K08723	NA	NA
JZ016_03777	888	COQ5_8		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGATGACCAAGGATATGACCGAAGTGTGGAGTAAGGATTTCGTTCCCGATGGCAACCGTGCCAGCAACGTGGATCGTTTCACCGGCTTTGAGGATACCTATGACCAGCATCGCCCCGAAGCTCCCCAGGAGGTTGTCACCCTGCTGACAGGCTATTTGGAGCGCAAGCCCTCTCTCGTTGTCGACTTGGGATGCGGAACGGGACTATCCTCGTTTGCATGGAAAGACGCAGCGGACCAGATCATCGGCGTTGAACCGAATGACGATATGCGGGGCAAGGCCATGGCCAAACTGCAGTCGCTGCAGGAAGAGGCTGACGGCAGCCACGGTGTGCAGCTTGCCGACATCAGGTTTGTCTCCGGCTATTCGAACCAATTGGCGCTCCCGGATCAGTCCGCGGACATCATCACCTGTTCCCAATCCTTCCACTGGATGGACCCGGCCAGCACGTTGAAGGAGGTTTCCCGCGTTCTGCGTGAGGAAGGGATATTCGCGGTATATGATTGTGATTGGCCGCCGAGCCTGACCTGGAAGGTCGAGCAATCCTACCATGAGCTGATCGAATGGGCAGAGGCCACCATCGACCGCCATGTGGAGGCACAGGAAAAGGCCTATAAAGGGAATAAGAACGAGCATCTGAAGCATATCCGGGAGAGCGGAGTGTTCCGGTTTTCCAAGGAGATCGTATTCCATCATATAGAGCCGTTCACCGCCGAACGATATACCGGCCTTGCCGTCAGTCAAGGCGGTATCCAGACCGTGTTCAAGCTGAAACAAACCGAATTGAACGATAAAATCGCACAGTTCCATGCGCTGGTCGAGGAGCACTTCCAAGGGCGGACACTTCCCGTTATGCTCAGCTACCGCATGCGGCTTGGCATTAAATAA	MMTKDMTEVWSKDFVPDGNRASNVDRFTGFEDTYDQHRPEAPQEVVTLLTGYLERKPSLVVDLGCGTGLSSFAWKDAADQIIGVEPNDDMRGKAMAKLQSLQEEADGSHGVQLADIRFVSGYSNQLALPDQSADIITCSQSFHWMDPASTLKEVSRVLREEGIFAVYDCDWPPSLTWKVEQSYHELIEWAEATIDRHVEAQEKAYKGNKNEHLKHIRESGVFRFSKEIVFHHIEPFTAERYTGLAVSQGGIQTVFKLKQTELNDKIAQFHALVEEHFQGRTLPVMLSYRMRLGIK				NA	NA	NA	NA	NA
JZ016_03778	1539	actP_1	COG4147	Cation/acetate symporter ActP	ATGAACATATCCGGCATCGTTTTTTTTCTGGCGATTGTGGTCGGCACGTTAATGATTACGTATTATGCTGCCAGGCGGACAACGAGCACGAATGATTTCTATGCAGCGGGCAATCGTCTGAGCGGGCTGCAAAACGGCTTGGCCATTTCCGGTGACTATATGAGCGCGGCGTCCTTCCTTGGCATCGCGGGCTCCATTGCGGTGTACGGCTTCGACGGCTTTTTCTATTCGATCGGCTTTCTAGCCTCCTATGTGATCGTGCAGTACATCATAGCCGAGCCGCTTCATAATCTGGGCAGGTATACGATGGCGGATGCGGTGGCGGTCCGGTTCAGCGAGAAACGGCTGCGCGGATGTATCGCCGTCAACAACATGATGATTACGGTGTTCTACATGATTGCCCAGCTGGTCGGTGCCGGGTGGCTCGTGCATTTGCTGTTCGGGCTGGAAACGTCGCTCGCCATCGTGCTGGTCGGAGGCTTAATGACCATTTACGTCACGTTCGGCGGCATGCTCGCGACTTCCTGGGTGCAGATCGTCAAGTCCATATTGCTGGTGAGCAGCACTTTTATCGTGAGTCTCATCGTGCTGGCAAGATTCGATTGGGATCTGCTTGGTTTATTCGAATCCATGAAGCGGGCGACCCCGTTGCAGGAGCAGTTTCTGATGGCGGGCAATATGTTCGACCACCCGCTCGACATGCTGTCGTTTAATATGGCGCTGGTGTTAGGGACAGCGGGACTTCCGCATATTATTGCGCGCTTCTACACGGTAAAAGACCCGCGTACGGTCCGTTCTTCGGTCAAAACGGCAACGTTCACGATCGGCATCTTTTATGCTATGACCATTTTTCTTGGATTTGGGGCGGCTGCCTTCGTCGATTGGTCCGTTTTGTCGGAGCGGGTTGAGCTGGCGGCGCCGCTTCTCGCAAGCGCATTGGGTGGTGAATTCTTAATGGCCTTTGTATCGGCCGTTGCTTTCGCAACCATATTGGCTGTGATCTCGGGGCTTGTGCTGACGGCATCCTCCGCATTTGCGCATGACGTCTATAGCAGCATTTTCCGCAGAGGACGGGCGACCGAGGCGCAGCAGATGAGAGTGGCCAAGCTTTCGGCCATTGGGGTTGGCACTGCTTCGATTGTGCTCGCCCTCGGCGCGCAGAAGCTGAATGTGGCATTTCTTGTTTCGTTTGCGTTCGCGGTTGCGGCTTCGGCTAATCTGCCGGTGCTGCTGTTCACGCTATTTTGGCGGAGATTTAATACGTATGGGGCCATGTCGAGCATTGCCGCCGGATTGATATCCTCCTTGCTGCTCATGGCCGTGGGGCCTAACGTCATGGATCCCGGGGCCGGCTGGATCCGGGCGGAAGCGATTTTCCCGCTCAAGCATCCGGGTATCGTGTCCATTCCGATTGGTTTCGCTGGCGGTATTCTCGGTACCCTGCTATCCGGCAAAGTCGGCTCAAGCGGCCGATTCGAGACGATGCAGGCCATTGCCCATGTGGCCCCGGATGAGATTCGTACCCGCGAGCCGGGGTGA	MNISGIVFFLAIVVGTLMITYYAARRTTSTNDFYAAGNRLSGLQNGLAISGDYMSAASFLGIAGSIAVYGFDGFFYSIGFLASYVIVQYIIAEPLHNLGRYTMADAVAVRFSEKRLRGCIAVNNMMITVFYMIAQLVGAGWLVHLLFGLETSLAIVLVGGLMTIYVTFGGMLATSWVQIVKSILLVSSTFIVSLIVLARFDWDLLGLFESMKRATPLQEQFLMAGNMFDHPLDMLSFNMALVLGTAGLPHIIARFYTVKDPRTVRSSVKTATFTIGIFYAMTIFLGFGAAAFVDWSVLSERVELAAPLLASALGGEFLMAFVSAVAFATILAVISGLVLTASSAFAHDVYSSIFRRGRATEAQQMRVAKLSAIGVGTASIVLALGAQKLNVAFLVSFAFAVAASANLPVLLFTLFWRRFNTYGAMSSIAAGLISSLLLMAVGPNVMDPGAGWIRAEAIFPLKHPGIVSIPIGFAGGILGTLLSGKVGSSGRFETMQAIAHVAPDEIRTREPG	PGPT0001400_3227	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CATION_TRANSPORT,PGPT0001400-actP-K14393	NA	NA
JZ016_03779	1512	actP_2	COG4147	Cation/acetate symporter ActP	ATGGCTATCGCGTTGTTTTGCGGAATTGTATTGCTCACGCTGATCATAACGTATTACGCTGCCAAGAAAACAACCAACACCAGCGACTTCTATACGGCAGGCGGAGGGCTCAAGGGCTGGCAGAATGGGACAGCCATCGCCGGCGACTATATGTCTGCTGCCTCCTTCCTTGGCATCGCAGGCTCGATCGCGTTAGTCGGCTTTGACGGATTCTTTTATAGCATCGGTTTCCTTGTAGCTTACCTGGTGGTGCTGTACCTTGTCGCCGAGCCGCTTCGGAACCTCGGGAAGTATACGGTGGCGGATATGATTGCCGCTCGTTTCTCCGACAAGAAAGTGCGCGGCGTTGCAGCGCTGAACACGATTTCCATCTCCATCTTCTACATGATCGCGCAGCTGGTTGGGGCAGGCGCACTGATTAAGCTTTTGTTGGGACTGGACTATGTCACGTCCGTGCTGATTGTCGGCGTGCTCATGACGATCTATGTTGTCTTCGGCGGCATGCATGCCACGAGTTGGGTTCAAATCTCGAAGGCCGTGCTGCTCATGGCTGGCACGTTCATCATCTCGCTGATCGTATTCGCCAAATTCGATTTCAGTCTGACCCAGATGTTCCATCATATGAAGACGGCTACGCCGCTGCAGGAGGCATTCCTGAACCCGGGGAATAAATACAAAATCCCGCTGGAGACGCTGTCGCTCAATCTTGCGCTCGTACTCGGCACGGCAGGTCTGCCGCATATTTTGACCCGATTCTTTACCGTTAAGGACGCCAAGACGGCACGCAGCTCCGTGGTATACGCTACCTGGATTATCGGCATCTTCTATGTCATGACGATCTTTCTCGGTTTTGGGGCTGCCGCCTTTGTAGGCGCGGCGGATATTACCGAGGTCGATAAAGCGGGTAACATGGCTGCCCCGCTCCTGGCCAAAGCGATTGGCGGCGATTTCCTGTTCGCGTTCATCTCGGCGGTTGCGTTCGCGACAATCCTCGCCGTGGTGACGGGGCTTGTGCTGTCCGCGGCATCCGCCTTCGCCCATGATTTCTACGGCCAAATCGTGCGCCGCGGTGAATCGTCGGAGAAGGAGCAGCTGAAGATGGCACGGTACGCATCGATTGGCGTATCCATTGTCTCCATTCTGCTCGCGCTGTTCGCTCAGAAGATGAACGTAGCATTCCTTGTCTCGCTCGCTTTCGCTGTTGCGGCCAGCGCGAATTTACCTGTCATCCTGTTCACGGTGTTCTGGAAGAGGTTTAATACGACAGGCGCAGTGACCGGGATGCTGACCGGGCTGATCAGCACGGTGATTCTTGTGGCGCTTAGTCCGAATATATGGGATCCGGCCGGAAAGGCCATTTTGATTGGCGATCCGATCTTTCCGATGAGCAACCCGGGCATCATCTCTATTCCGCTTGGCTTTCTGGCAGCTTATATCGGCACGCTGTTATCCTCCTCCAAGGATGAAGCGAAGTATGCCGAAGTGCTGGTCAAGGCCAATACGGGCGCGTAA	MAIALFCGIVLLTLIITYYAAKKTTNTSDFYTAGGGLKGWQNGTAIAGDYMSAASFLGIAGSIALVGFDGFFYSIGFLVAYLVVLYLVAEPLRNLGKYTVADMIAARFSDKKVRGVAALNTISISIFYMIAQLVGAGALIKLLLGLDYVTSVLIVGVLMTIYVVFGGMHATSWVQISKAVLLMAGTFIISLIVFAKFDFSLTQMFHHMKTATPLQEAFLNPGNKYKIPLETLSLNLALVLGTAGLPHILTRFFTVKDAKTARSSVVYATWIIGIFYVMTIFLGFGAAAFVGAADITEVDKAGNMAAPLLAKAIGGDFLFAFISAVAFATILAVVTGLVLSAASAFAHDFYGQIVRRGESSEKEQLKMARYASIGVSIVSILLALFAQKMNVAFLVSLAFAVAASANLPVILFTVFWKRFNTTGAVTGMLTGLISTVILVALSPNIWDPAGKAILIGDPIFPMSNPGIISIPLGFLAAYIGTLLSSSKDEAKYAEVLVKANTGA	PGPT0001400_3332	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CATION_TRANSPORT,PGPT0001400-actP-K14393	NA	NA
JZ016_03780	300			hypothetical protein	ATGGAAGAAAAAAGCTATACCGAAGTATGGCATTCTGAAAAATTCAAAACGCTGCTCTCCCGCAAGAAACGGTTCATTATTCCGATGACCGTCTTTTTTCTTCTGTTTTACTTTGCGCTGCCGATTCTCACTTCGTACACCGACGTGTTGAACCACCCTGCGATCGGCCCGATCACGTGGGCATGGGTATTTGCATTCGCGCAGTTTGTCATGACATGGGTCTTGTGCATCCTGTACTCCCGCAAGGCGGCCCAGTTCGATCGTATGGTGGACGATATTAAAAAGGATATGGGGGCGTAA	MEEKSYTEVWHSEKFKTLLSRKKRFIIPMTVFFLLFYFALPILTSYTDVLNHPAIGPITWAWVFAFAQFVMTWVLCILYSRKAAQFDRMVDDIKKDMGA				NA	NA	NA	NA	NA
JZ016_03781	798	ypdB_2	COG3279	Transcriptional regulatory protein YpdB	GTGAAGCGAATTAAAGCGATGATAGCCGAAGACGAACGATTGGCAAGGGAGGAGCTGGCTTACCTGCTGGAACAGGAGCCTGATATCGAGCTGCTTCCTCATGCCGCAAACGGCCGGGAACTGCTTGAGCTGGTTCCCTTACGGCAGCCGGATGTCGTCTTTCTCGACGTTCATATGCCGGAACTGGAAGGATTGCAGGCTGCGCGAATGCTGAAAGCCTCCCCGATCTCCCCCTTCATTGTGTTTACGACAGCCTATGACGAGTATGCTGTCGAGGCGTTTGGTCTGAATGCGATTGACTATCTGCTGAAGCCTTACAGCCATATGCGATTAAAGGAAACCCTGCAGCGAATACGCAGCAGGGTTCATGAAGGGCAAACCCCGCAAAAGCAGGAAGCTTATGATGTCATCCCACAGGCAGCCTCGTATCCTTCCACTGAGGCTGCTGCCCGCAGCATGCGCGGAAAGCTGCTGTTCGATGATGGGGACAAGCATGTGCTCGTCGATCCCGAGGCGATACTGTACGCGGTGCGCGAGGAGCGGGTCATCCGCATCTGGACGGCGGAAGGCCAGCGGATTACGAGCAAGAGCACGCTGCAGGAGTTGGAGGAGAAGCTGGCAGGTTACTCGTTCTTTCGTCCTCATCGCAGTTACCTGGTTAACGTGAACCGGATTGCAGAGCTGTCCCCTTGGCAGAACGGCGCTTACAATATTGTGCTAAAGGATGAGCAGCGGACGATGATTCCCTTGTCGCGGGAAGCTGCCCGGGATTTGTTCCGGTTGCTTAGGGAGGCATAG	MKRIKAMIAEDERLAREELAYLLEQEPDIELLPHAANGRELLELVPLRQPDVVFLDVHMPELEGLQAARMLKASPISPFIVFTTAYDEYAVEAFGLNAIDYLLKPYSHMRLKETLQRIRSRVHEGQTPQKQEAYDVIPQAASYPSTEAAARSMRGKLLFDDGDKHVLVDPEAILYAVREERVIRIWTAEGQRITSKSTLQELEEKLAGYSFFRPHRSYLVNVNRIAELSPWQNGAYNIVLKDEQRTMIPLSREAARDLFRLLREA				NA	NA	NA	NA	NA
JZ016_03782	1767	ypdA_2	COG3275	Sensor histidine kinase YpdA	ATGCAGGAGTTGACGCTGCATCTGTTCGAACGGATGGGCATGCTGCTCATCCTGACGTTTATACTGACGAGAATTCCGCTGTTCCGCCAATTGCTGGACCGCAAAGAGATGTCCGGCACGCGGATGTTCATCTATTCTTGTCTGTTTGGCCTCTTCGGCATCCTCGGGGTGTATGCAGGCGTTGTCGTGGAGAATAGCGAATCAAGCTCCTCCTTCTGGCTGATGCGGCTGACGGAGGAGCAGGCTCTGGCCCATTCCGCCCTGGTCGGCGTTGTGATTGGCGGGCTGATTGGCGGGCCCCGCGTTGGCATCGGGGGCGGACTTCTGGCAGGAGCCCATCTCCTGTATATCGGCGGCTACACGGGGCTGGCTGGAGCGATCGCCGTACCGCTTACGGGCGCCCTGGCCGGGGGCGTAGCCCGATTCTTCTCGCAGGAGCGGGTGATCTCGCCGGCAAAAGCGTTATTCGTCGGCATGTTCGCCCCGATCCTGCACATGGGAGTTATTTTGATCTGTGCGGATGAGCCGGACCGCGCGGTTGAGCTGGTCAACCTGATCGGTCTGCCGATGGTGCTGACCAACAGCATATCGATTGCGATCTTCACGACGATGCTGCGCGTTGCGCTCACCGAGGAGGAGCGGGCAGCCGCGTACGAGACGGAGAAGGCATTCCATATCGCGGAAGCGGCGCTGCCCCATCTGAAGCAGGGCTTAACGTACCGAACGGCTCAGGCCGTGGCCACCTTGCTGCTGCGCGAGCTGAAAACAACGGCCGTCGCCATTACGGATACGGAGCGGTTCCTGGCCCATGCCGGTGCCGCCAGCCGTACCATTGATCCCGGAGAAGAGATCGCATCCGACTTGACCAAGAATGTCATTGCGACCGGCGAGCTTCGGATCATAGAGAATGCGGAAGATATTCAGCCTCGTCATCCGGCGCTCGGCGCCGCCATTCTTGTCCCGATGATCGAGGGTCACGAGATCGTGGGCGTCATTCAGTTCTATTTCAAGCGGCCCCAGGATATTCGGCGCGTCGAGCTGGTGATGGCCCAAGGGCTTGGACAGCTCATTTCCTATCAGCTCGGGGCCACGGCTCACGAGAAGATGAGCCATTTAATGAAAGAGGCGGAGCTGAAGCTTCTGCAGGCGCAGATCAATCCGCATTTTCTGTTCAATACGCTCAACGCGATCCATTCGTTGATCCGGAGCGATCCGCTGCTGGCAAGGCATGCCACGATGCAGCTGGGGGCGTTCATGCGCTTGAACGTCAAGGTCATGGCCTCCCGCAGAACGACCATTCGTGAGGAAATGGAACTTTTGAATGCTTATCTGGACATTATTCAAATCCGGTTCGAAGATCAGTTCACGTTTGAATGCCAGCTGGATCCGGTGCTTGGCGAGCTTATGATTCCGCCTGCAACGCTGCAAATGCTGGTGGAGAACAGCATTAAGCACGGCTTGCGCGATAAGGCGAGCGGGGGCATCATCCAACTGACCCTAAAGCGTGCGGGCGATCTGGCGGTTGTACAACTGCGGGACAACGGGGCAGGCATCTCGCCCGAGGTGCTGGACAGTCTCGGCGAACAGCCGATCATCGGCAGCGAGGGTACGGGAAACGGCATTTACAATATCAATCAGCGTTTAATCAGCATGTTTGGCAAGGAGGCCAGACTCATCGTAGAAAATCTTGCAGAGGGCGGATGCAGCATATCCTTCAGCATCCCCTGCAGTCTATCGGAAGGGAGCCGGTACCGTGAAGCGAATTAA	MQELTLHLFERMGMLLILTFILTRIPLFRQLLDRKEMSGTRMFIYSCLFGLFGILGVYAGVVVENSESSSSFWLMRLTEEQALAHSALVGVVIGGLIGGPRVGIGGGLLAGAHLLYIGGYTGLAGAIAVPLTGALAGGVARFFSQERVISPAKALFVGMFAPILHMGVILICADEPDRAVELVNLIGLPMVLTNSISIAIFTTMLRVALTEEERAAAYETEKAFHIAEAALPHLKQGLTYRTAQAVATLLLRELKTTAVAITDTERFLAHAGAASRTIDPGEEIASDLTKNVIATGELRIIENAEDIQPRHPALGAAILVPMIEGHEIVGVIQFYFKRPQDIRRVELVMAQGLGQLISYQLGATAHEKMSHLMKEAELKLLQAQINPHFLFNTLNAIHSLIRSDPLLARHATMQLGAFMRLNVKVMASRRTTIREEMELLNAYLDIIQIRFEDQFTFECQLDPVLGELMIPPATLQMLVENSIKHGLRDKASGGIIQLTLKRAGDLAVVQLRDNGAGISPEVLDSLGEQPIIGSEGTGNGIYNINQRLISMFGKEARLIVENLAEGGCSISFSIPCSLSEGSRYREAN				NA	NA	NA	NA	NA
JZ016_03783	483			hypothetical protein	ATGGTGGCAACCTTTTATATACAGCAGCTCATCACGAGTTTCGTTGCTTCGGCGGCCTTCGGGATCCTATTTAACGTACCCAAAAAAGCACTGCTGCAGTGCGGGTTTGCCGGCATGGTGGGCTGGCTGCTCTACATCCTGCTGCAGAACATGATGGTTGAGCCGGTGACGGCTACCGTGTTTGCGGCTTTTTGCGTGACAATGATCAGCCATTTTTTCGCCAAAAAATACAAGACTCCCATTATCGTGTTCAGCGTGTCAGGGATTATTCCGCTCGTGCCGGGCGGTGTTGCCTATAATGCCCTTCGCCATGTAGCCCAGAATCAATTCGATCAGGCCGTCCAGCTGGGGGCGCAAGCGTTCATGATTTCAGGCGCCATCGCGCTAGGTTTGCTGCTATCGGAGGTGACCAATCAGGTCATCCGGAAATGGTCGATAACCCGGAGAAGAGCCGGAAAACCCAATTCGACCGGCTCATCGTAG	MVATFYIQQLITSFVASAAFGILFNVPKKALLQCGFAGMVGWLLYILLQNMMVEPVTATVFAAFCVTMISHFFAKKYKTPIIVFSVSGIIPLVPGGVAYNALRHVAQNQFDQAVQLGAQAFMISGAIALGLLLSEVTNQVIRKWSITRRRAGKPNSTGSS				NA	NA	NA	NA	NA
JZ016_03784	756	yjjP	COG2966	Inner membrane protein YjjP	TTGAATGACTTGTTGAAGCGGGAGCATGACATCATCAAGGTTTGCTTGTTAGCAGGAAAAATTATGTTGCAAAGCGGTGCGGAAACCTATCGGGTCGAGGATACGATGATGCGGATCGCTGCGGCTTTCGGCGTAGAGAACAGCCACAGCTATATGACTCCGACCGGGATTATCTTCTCGGTGGAGGAGCCTCAGCATATTACGCGGCTCATTCGTATTTCGGATCGGACAACCAATCTCGATAAGATCCATCAGGTCAACAGCGTGTCTCGGAGCATAAGCCTCGGTGAGCTGACGATTGAAGAGGCACACAGGGCGCTTGAGAAAATCGAGCATGAACAGGCGATTTATCCGACATGGCTGTTGATTCTCCTGTCCGCGATCGCAAGCGGCTGCTTTCTCATTATGTTTCGCGGCATCTGGCCGGATTTCGTACCGGCGGCCATAGCGGGCGGTCTTGGCTTCTCCTGCTTTGTATTCATGCATCGGGTCATACCGGTGCGATTCTTTGCCGAATTCTCTGGAGCGCTGGTCATCGGCATAACCTCCGTATGGATGGTCAGATACGGACTCGGCCATCAGCTGGATACGATCATTATCAGTTCCGTGATGCCGCTGGTACCGGGCTTGCTGATCACGAATGCTATCCGCGATCTGATGGCGGGGCATTTGATATCCGGCTTGTCCAAAGGCGCGGAGGCATTTGTTACGTCCTTTGCCATCGGTGCAGGTATTGCATTTACGTTGTCATTCTAA	MNDLLKREHDIIKVCLLAGKIMLQSGAETYRVEDTMMRIAAAFGVENSHSYMTPTGIIFSVEEPQHITRLIRISDRTTNLDKIHQVNSVSRSISLGELTIEEAHRALEKIEHEQAIYPTWLLILLSAIASGCFLIMFRGIWPDFVPAAIAGGLGFSCFVFMHRVIPVRFFAEFSGALVIGITSVWMVRYGLGHQLDTIIISSVMPLVPGLLITNAIRDLMAGHLISGLSKGAEAFVTSFAIGAGIAFTLSF				NA	NA	NA	NA	NA
JZ016_03785	984	yhdN	COG0667	Aldo-keto reductase YhdN	ATGAATTACAGACAATTGGGAAATACGGAGCTTCACATTAGCGAGGTCAGCTTCGGCACATGGGCGATCGGAGGCTCATGGGGGCAGACCGATGATCAGGAAGCCTTGAAGGGATTGGACCGTGCCATCGGCGAGGGCGTGAACTTCTTCGATACCGCCGACGTTTATGGCGATGGGCATGCCGAGGATTTGCTCGCGCGCGCAACCAAAGGGAGGGAAGATTCCGTGCATGTCGCCACCAAGTTTTGCCGAGCGGGTGATATTCACGATCTTCAGACCTATTCCGAAGCGTCGATCCGTCGTTATTGCGAGAACAGCCTGAAGCGGCTGCAGCGTGAACGGATTGATCTCTATCAGGTTCACTGCCCTCCCTTCGCGGTGTTGAAGGACGGGCGAGTGTTTGAAGTGCTGGACAAGCTGCAGGCCGAGGGGAAAATCCGGCATTACGGCGTCAGCGTGGAGACGGTGGAGGAAGGTTTGTTTTGCCTGGGGGTACCTGGCGTAAGGTCGCTGCAGGTTATCTTCAACCTGTTCCGCCAAAAACCGCTGGCCCAGCTGCTCCCGAAAGCCAAAGCGTCGGGCGTCGGCATTTTGGTGCGCTTGCCGCTTGCCAGCGGTCTGTTAACCGGGAAATTTACGGAGACCACCACCTTCAACGAAGGGGATCACCGGAATTTCAATGCGAACGGGGAGCAGTTTAACGTGGGCGAGACCTTTGCCGGCCTGCGGTTCGAAAAAGGGGTTGAGCTCGCCAGAGAGCTCGCTTGGATTGCCGAGGGCCGAGGCGACATGGCCCGTGCATCCATGCGATGGATTCTGGACTGTCCCGAGGTCACCGCCGTGATTCCCGGCTTCCGCAACGTTCGCCAGATCGAAGACAATCTGGGCACGCTGGACGTGCCTTCGTTCAGTATGGAGGAGAAAGAGCGCCTTGCGCTTTTTTATCAGGAGCAGGTAGCCATGCACATCCGCGGTGCCTATTAA	MNYRQLGNTELHISEVSFGTWAIGGSWGQTDDQEALKGLDRAIGEGVNFFDTADVYGDGHAEDLLARATKGREDSVHVATKFCRAGDIHDLQTYSEASIRRYCENSLKRLQRERIDLYQVHCPPFAVLKDGRVFEVLDKLQAEGKIRHYGVSVETVEEGLFCLGVPGVRSLQVIFNLFRQKPLAQLLPKAKASGVGILVRLPLASGLLTGKFTETTTFNEGDHRNFNANGEQFNVGETFAGLRFEKGVELARELAWIAEGRGDMARASMRWILDCPEVTAVIPGFRNVRQIEDNLGTLDVPSFSMEEKERLALFYQEQVAMHIRGAY				NA	NA	NA	NA	NA
JZ016_03786	525			hypothetical protein	ATGACCAACCTCATCCTGCTCTCATTCCTGCGCCAGCGTCCGATGCACGGCTACGAAATTCAGCAGCTTATTCAGGCCAGCCGTATGGACATATGGACGAATATACTGTCCGGCTCCATCTATTATGCACTTAACAAGATGGAAAGCGACGGTCTGATTGCAGCCACTGCTGAAGAGCGGACCGGTGCGAGACTTCGCAAAATTTACAGTATTACGGATGAAGGCGAGAAGTTATTTCAGAAGATGATCCGTGAAACCTTGACGCTTCCTCCCCACACCGTCAAATCCGACTTCTCACTCGGTTTGGTCTGGATCGAGAGCGTTCCGAAGCAGGAAGCGGTTGAACTGCTGCAGCAGAACCTCAAGCAGGTGGAAGAATCGCTTGCACAGTGGCGTTCAGGTAAAGAAATCAAGGGGCAGTACGGCTTATCCAAAATCGCCCTGGCCACCTTCGACAATGCGATCTCGATCCTGGAACAAGACATCGCCTTTCTCAACAAGATCATAACACTCGTTCAAGAATAA	MTNLILLSFLRQRPMHGYEIQQLIQASRMDIWTNILSGSIYYALNKMESDGLIAATAEERTGARLRKIYSITDEGEKLFQKMIRETLTLPPHTVKSDFSLGLVWIESVPKQEAVELLQQNLKQVEESLAQWRSGKEIKGQYGLSKIALATFDNAISILEQDIAFLNKIITLVQE				NA	NA	NA	NA	NA
JZ016_03787	711	lnrL_5	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGATGTTACCTACTCTCATTCAAGCGAAAGGTTTAAGAAAAACTTATGGTCAGCGAACGGTCGTACATGATGTGGCTCTGGATATACGGGAAGGTGAAGTGCTTGCAATCATCGGTCCGAACGGCGCGGGGAAATCAACGACACTGGATTTGGTGCTGGGCTTGCGCCGACCCGATATCGGCACGGTCACCTACTGGACCAAGGATCCTGCCCCGCATATCGGGCTTCAGCTGCAATCCACTCCCTTCTTTCCGGGATTTACGGCCCTTGAGAATCTGCGAATGTTCGCTGCTTTCTATGGAAAGCGGCTCAAGGATGCGGTGCTCATCGACCACCTTAGCAGCTGCGGGCTTGCGGATGCTGCCAAAACCGATGCGCTTCGTCTCTCGGGAGGCCAACAGAAACGACTCGCCATTGCCATTGCGCTAGTCCATACACCCAAGCTGCTGTTCCTTGATGAGCCCACCGCTGCACTGGATCCGCGGGCACGCCGGGATATCCGGGAGCTGATCCGTTCCCTGGCAGACAAGGGCACCTCGATCGTCTTCACTTCGCATGACATGGAGGAGGTTCATAAACTCGCTTCCCGGCTGGTGCTCATCTGTGATGGGCGGGTGAAAGCTTCCGGCACGCCGGATGAGCTCCTCAGCTATTACCAAACAGATAGCCTCGAACAACTGTATATCCAACTGACTGATGAACAGGAATAA	MMLPTLIQAKGLRKTYGQRTVVHDVALDIREGEVLAIIGPNGAGKSTTLDLVLGLRRPDIGTVTYWTKDPAPHIGLQLQSTPFFPGFTALENLRMFAAFYGKRLKDAVLIDHLSSCGLADAAKTDALRLSGGQQKRLAIAIALVHTPKLLFLDEPTAALDPRARRDIRELIRSLADKGTSIVFTSHDMEEVHKLASRLVLICDGRVKASGTPDELLSYYQTDSLEQLYIQLTDEQE	PGPT0006725_25281	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03788	771			hypothetical protein	ATGCGAATCATAATGACCACCATGCTGCGGAGCATGTTCCGCGACACCCATACCCTGGTCTGGAACATCGTTTTTCCCATTGCCATGCTGATCGGATTGGGACTATATTTCAACGACGCCGCCTATTCTCACCGACTCCTCGCGGGCGTGCTGACAACCAACATTTTGTTTGGGGCCACGATGGTTACCGCGTTTAATGTCATGGCCCAGCGCAACCGCGGCATCTATAAGCTGCTGCGGGTGACACCTTTTCGTACCGTCTCGTTCATTACCGCAATGACGGGGGCGCGAACCGTGCTGGCACTGCTCGTCAGCGTGTGTGTCATTCTCATGAGTCTATTTAGGCTCGGAGTGAAGCTAAGCCTGACTGGGCTCACGCTGATGCTGCTTGTCCTTCTGATCGGCACCGTTTGTTTTACCGCACTCGGTTTTCTGGCAGCCAACCTGTCCAGGGATGAGGGCAATGTCAACATGATCTCGAACCTGATGAGTTTTCCCATGCTGCTGACAAGTGAAGCCTTCTATACTTTAGAACATGCGCCTGCATGGGTGGTCATCCTGGGGAAACTGCAGCCGTTCCACTACCTGGTCGATGCCATGTCCACTGCCGTTTCTCCGCAAGGCAATATCTCCGGCATCTGGATGCCCCTGCTGATCCTCGCAGGCTTCACGATCCTTATCCTCGGCGCAGCCGCATGGACCTTCCGCTGGGATGCGGAGCATCCTGCCGGATGGAAGCAGGGAAGTGCGAACAAAGCGGCCACGATGTAA	MRIIMTTMLRSMFRDTHTLVWNIVFPIAMLIGLGLYFNDAAYSHRLLAGVLTTNILFGATMVTAFNVMAQRNRGIYKLLRVTPFRTVSFITAMTGARTVLALLVSVCVILMSLFRLGVKLSLTGLTLMLLVLLIGTVCFTALGFLAANLSRDEGNVNMISNLMSFPMLLTSEAFYTLEHAPAWVVILGKLQPFHYLVDAMSTAVSPQGNISGIWMPLLILAGFTILILGAAAWTFRWDAEHPAGWKQGSANKAATM	PGPT0006730_18535	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_03789	1308	serS_1	COG0172	Serine--tRNA ligase	ATGCTAGATATGAAATGGATCCGGGAAAGCACAGAGAATCAGGAAGAACTGCAGCGAGTAGCTGACCAGAAAGGCATTGCCCTGTCGGTTGCCGAACTTGTCCGGCTGGATGACCAGCGTCGGACGCTGCTGCTGACCGTGGAGGGATTGCGGCAGCGGCGCAATGCCATCTCGCAGGAGATCAGCACGCTCGTGCGGCAAGGCAAACAGGAAGAAGCCGAGCGGACGAAACAGCAGGTCAAGGATATCAATATGGAGCTTGACAAGCAGGAAGCGTTGTACCGGAAGGTCGATGCGGATTACGCCCAGCTGCTCATCCTTGTGCCCAATATCGTTTCGCCGGATACGCCGGTCGGAGCTTCGGATGAGGACAATGTGGAGATCAGACGTGTTGGCGAGCCGCCCGTGTTTGATTATGAATACAGGGATCATGTCACGCTCGGCGAGCAACACCGGATGATCGACATCCCCCGCGGCGTCAAAACCGCCGGCACGCGCAGCTACTATCTGACCGGCATCGGCGCAATGCTGCATCGGGCCGTTCAGCAGCTTGCGGTGGATATGCTGGTCGCCAAGGGTTTCACCCTTATGGACGTACCGTTAACCGTAAGGACGGAGGCCATGGAGAATACCGCCTTTTTCCCGCTTGGTCAGGATCAGGCTTTTCAAATTACGGAGCAAGATAAGTGGCTCGTCGGTACCTCGGAGGTGCCGCTCGTATCGTTCTATAGCGGTGAAGTCGTCGATGTGGCACAGCCGATTCGCCTGGCGGCAGCATCGCTGTGTTTCCGAAGCGAGGTCGGCTCGGGCGGCCGGGACGTCCACGGCCTGTACCGGGTGCATCAGTTCGCCAAGGTGGAACAGGTCGTTCTCTGCGAAGCCTGCGAGGAAGCCTCGGAGCAGCTTCTACAAGAAATCACGGCCAATGCCGAGGAGCTGCTGCAAAAGCTCGAATTGCCTTACCGTGTCGTTGCCGTCTGTACCGGGGATATGTCGCAGAAAACGTACAAGCAATATGACATCGAGACGTGGATGCCAAGCCGCGGTGCTTATGGGGAGACCCACTCGTCGTCGAATCTGCTCGACTTTCAGGCGCGTCGCTCGAACATCCGCTACCGGGACGCGGAAGGCAAGCTGCGCTACTGCCACACCCTGAACAATACGGCCGTGGCTTCGCCGCGAATTCTTATCCCGCTGCTGGAGAACCACCAGCAGGCCGATGGCTCGATTCTCATACCGAAGGCGCTCCGACCTTACATGAACGGGATGGAGCGAATCGAGCCGCCAGCCGATGCAGTCATGGAGTAA	MLDMKWIRESTENQEELQRVADQKGIALSVAELVRLDDQRRTLLLTVEGLRQRRNAISQEISTLVRQGKQEEAERTKQQVKDINMELDKQEALYRKVDADYAQLLILVPNIVSPDTPVGASDEDNVEIRRVGEPPVFDYEYRDHVTLGEQHRMIDIPRGVKTAGTRSYYLTGIGAMLHRAVQQLAVDMLVAKGFTLMDVPLTVRTEAMENTAFFPLGQDQAFQITEQDKWLVGTSEVPLVSFYSGEVVDVAQPIRLAAASLCFRSEVGSGGRDVHGLYRVHQFAKVEQVVLCEACEEASEQLLQEITANAEELLQKLELPYRVVAVCTGDMSQKTYKQYDIETWMPSRGAYGETHSSSNLLDFQARRSNIRYRDAEGKLRYCHTLNNTAVASPRILIPLLENHQQADGSILIPKALRPYMNGMERIEPPADAVME				NA	NA	NA	NA	NA
JZ016_03790	1038			hypothetical protein	ATGACAGAACCCCATCTTGATCATACAGCGCCCAAAACGCTTCGCGATATCCCTATTTCCATTCTGGATCTCGCCCCGATTACAGCGGGCAGCACCGCTGCACAGTCGCTGCAAAATACGCTCGATCTGGCCCAGCATGCCGAGAAGTGGGGGTATAACCGCTACTGGCTTGCCGAACACCACAATATGCCGGGAATCGCCAGCTCGGCCACTTCGGTCGTCATTGGCCATGTCGCCGGGGGCACGAGCAAGATCCGCGTCGGAGCCGGCGGCATTATGCTGCCGAACCACGCTCCCTTGGTCATAGCCGAGCAGTTCGGCACCCTGGAATCGCTCTATCCCGGCCGGATCGATCTCGGCTTAGGTCGTGCGCCGGGATCGGATCAGCTCACATCTCGGGCGCTTCGCCGCGGTCCCGGCAGCGACGGGCAGGACTTCCCGGATCGCCTCGGCGAGCTGCGGAATTACTTCCAGCCCACCTCAGGCTCGTCCATGCGCATCCGGGCGATTCCCGGCGAAGGTCTGCATGTACCGATCTGGCTGCTCGGCTCCAGCGGTTTCAGTGCGCAGCTGGCAGGACAGCTGGGGCTTCCGTTCTCTTTTGCGAGCCACTTTGCCCCGGATTATCTGATGGCCGCGCTCGACCTGTACCGCACCAGCTTCCGTCCTTCATCCGAGCTGAGCAAGCCTTATGCTATGATCGGCGTGAACGTGATCTGTGCCGATACCGATGAGGAAGCACAGCGCCTGGCTACCTCGCCGTACCAGCAGTTCCTGAATATCATCCGCGGCCGCACCGGCCAGCTGAGTCCGCCGGTGGACAGCATGGATGATCTATGGAACCTGCAGGAGCAGGCCATCGTGAAGCGCCAGCTGAGCTTCTCTGCCATCGGCAGTCCCGCAACCGTCCGCGCGCAGCTGGAGCAGTTCCAGCAGTCAACGAATGCGGACGAAATCATTGTCGCGGCCGCCATCTATGATCATGAGGCGCGCCTGCGTTCTTATGAGCTGCTGGCGGATGTCGTCGGCATCAAATAA	MTEPHLDHTAPKTLRDIPISILDLAPITAGSTAAQSLQNTLDLAQHAEKWGYNRYWLAEHHNMPGIASSATSVVIGHVAGGTSKIRVGAGGIMLPNHAPLVIAEQFGTLESLYPGRIDLGLGRAPGSDQLTSRALRRGPGSDGQDFPDRLGELRNYFQPTSGSSMRIRAIPGEGLHVPIWLLGSSGFSAQLAGQLGLPFSFASHFAPDYLMAALDLYRTSFRPSSELSKPYAMIGVNVICADTDEEAQRLATSPYQQFLNIIRGRTGQLSPPVDSMDDLWNLQEQAIVKRQLSFSAIGSPATVRAQLEQFQQSTNADEIIVAAAIYDHEARLRSYELLADVVGIK	PGPT0030680_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030680-putative_transposase-K07496	NA	NA
JZ016_03791	759	lvr_2		Levodione reductase	ATGTCCGATAACAAACAGATCGCTGTCATTACCGGCGCAGCCAGCGGGATCGGCAGAGCCAGCAGCTTGAAACTGGCAGAGAACGGTGCAGCGGTAGTGCTCGTTGATTTCAACAAGGAAGCCGGCGAAGAAACGCTGCGTTTGATCAAGGAGCAGGGCGGAGAGGGCATCTTCGTGCAAGCGGACGTGACGAAAACTGAAGATGTCCAGAACTACGTAAACAGGGCGGTCGAAGCTTACGGCCGAATCGATTTCTTCTTCAACAATGCAGGCATCGTGCAGAAGTTTTCGATGCTGGATGATATCGACGAGGACGAATTTGACCGTCAAATGTCCGTGAACGTTAAGGGTGCTTTCCTCGGCATGAAGTATGTGTTGAAAGTCATGAAGGAGCAGGGCAGCGGACATATCGTGAACACCGCTTCCACGGCAGGTATCCGCAGCGAGCACAGTGCAGCCGCTTATTCGGCAAGCAAGCATGCGGTGGTGGGCTTGACGAAGGGAGCAGCGCTGGAATACGTGAAGCAGGGCATTCGCGTGAACGCGATTTGTCCGGGAGGCGTTCAGACGCCGCTTACGGCAGCGGTAGCCAAGTCCTTCATGGAAGGGGGCTACGTGCCTGAGGAAGTGGGCAACATGCGGATGGGACGCCCGGCTGAGGCGGATGAAATCGCGAACGTGGTTGCTTTCCTGGCTTCCCCAGGCTCCAGCTACATGACAGGCTCGCTGGTTACGATTGATGGCGGATTGACGCTGTAA	MSDNKQIAVITGAASGIGRASSLKLAENGAAVVLVDFNKEAGEETLRLIKEQGGEGIFVQADVTKTEDVQNYVNRAVEAYGRIDFFFNNAGIVQKFSMLDDIDEDEFDRQMSVNVKGAFLGMKYVLKVMKEQGSGHIVNTASTAGIRSEHSAAAYSASKHAVVGLTKGAALEYVKQGIRVNAICPGGVQTPLTAAVAKSFMEGGYVPEEVGNMRMGRPAEADEIANVVAFLASPGSSYMTGSLVTIDGGLTL	PGPT0003180_12148	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_03792	753	linX		2,5-dichloro-2,5-cyclohexadiene-1,4-diol dehydrogenase LinX	ATGGGGAGATTAGACAATAAAGTAGCAATCATTACAGGTGCAGCAGGTGGGATGGGTAAAGCTGACGCTCTTTTGTTTGTGCAGGAGGGAGCCAAGGTTGCGATTACGGACCTACAGGAAGACAAGATCAAAGACGTTGTAGCGGAGATTGAAGCCCTTGGCGGCGAAGCGATTGGATTCAAGCACAATGTAGCTTCCGAGGAAGACTGGGTTCGTGTCGTGGACGAGACCGTTCAAAAATTCGGCAAGATCGACATTCTGGTCAACAATGCCGGTGTCTCCAATGCAACACCGTTCATGGATTTGACGGTAGAGGGCTGGGAGAAGACGATGTCGATTAACGTTACGAGCATATTCCTCGGTCAGAAATATGTCATTCCGCACATGATCGAAGCCGGCGGCGGTTCCATCGTCAACATCTCCTCCATTGCCGGCCTGACAGGGGGCAGCGGCGCCGGTCCTTACACGGCAAGCAAAGGCGCGGTACGCATGCTGACCAAAGCCACGGCCGTGGACTTTGCGAAGCATAACATCCGCTGCAATTCGGTTCACCCTGGCTACATCGAAACGCCAATGACCGTGGATCTGTTCAAGGATGAGCAAATGATGCAGTGGTTCCAATCCCAGACTCCGCTTCCACGTCTGGGCAAAGCGGAAGATATCGCACGCGGCGTATTGTTCCTTGCTTCGGATGAGTCTTCCTATATTACAGGCGTTGAGCTGCCGATTGACGGCGGATATTTCGCGAAGTAA	MGRLDNKVAIITGAAGGMGKADALLFVQEGAKVAITDLQEDKIKDVVAEIEALGGEAIGFKHNVASEEDWVRVVDETVQKFGKIDILVNNAGVSNATPFMDLTVEGWEKTMSINVTSIFLGQKYVIPHMIEAGGGSIVNISSIAGLTGGSGAGPYTASKGAVRMLTKATAVDFAKHNIRCNSVHPGYIETPMTVDLFKDEQMMQWFQSQTPLPRLGKAEDIARGVLFLASDESSYITGVELPIDGGYFAK	PGPT0008190_144	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008190-budC-K18009	NA	NA
JZ016_03793	480			hypothetical protein	TTGTGCATCGAGGTGATGAAACTGGATAAGAGGGAACAATTATCTAACATGGTTGCCCGTCAGATGATGACGCTTGTGGCGAACTATGCCAAGATTCTGGACAATGATTTAACCGGCCCGCAGTACTACGTGCTTCAGACTTTGGCTTATGAAGGGCAGCAGACCAGCTCATATTTTGCCAATGCCTTGAATGTTACGCTTTCGGCTGTGACCAACTTGAGCAACAAGCTGGTCAGTAAGGGTTATATCGAACGGGTGGCGTCAAGCGAGGACAGGCGTCAGGTCTATCTTAAGATTACGGAGCAGGGCCGTGAAGTTGAAGCCCGGATGATTGCGAAGTACCGTGAATTGAATGAAGGCTTATGGTCGGATTTCTCGGATCAGGAGATGGATGTGTTAATCGCTTCATACGAGAAGATGATTGAACATTTGCAGCTTAAGATCGGGCAGTCCAAAGAAGATAGCCGAACCAACGACTAA	MCIEVMKLDKREQLSNMVARQMMTLVANYAKILDNDLTGPQYYVLQTLAYEGQQTSSYFANALNVTLSAVTNLSNKLVSKGYIERVASSEDRRQVYLKITEQGREVEARMIAKYRELNEGLWSDFSDQEMDVLIASYEKMIEHLQLKIGQSKEDSRTND	PGPT0013155_4680	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
JZ016_03794	642		COG1010	Cobalt-factor III methyltransferase	TTGGCCATGCAAAAATTTGCAGTGACACCCGGCTTTGAAGTGGGCGGAACGCTGTTCCGCCCGGATCAGCTGGCCGTATTGGGCTCCATCGTGGGCGATGACGCCCGTATTGAGATGACTACCTTTAAGCAGCTCTACGTGGAGATGGATGCAGAGCGGGTGGAAGAAGCCAAGGTGAAGCTGGAAGCTGCCGGACTTCAGGTTCATCCCGCCGGCTTTGTCTCCAAGAGCCTGATCACCTGCAACTTTTGCCGGGGAGCGGAGGATTCGGGACTGGATGTTGCTAAGATGCTGGATGAAGCAATCGCCGATCATCCTGTACCCAATCCGCTAAAGATCGGTTACGCAGGATGCGCGCTAGGCACCAGCGAACCGCTGCTGAAAGATATTGCCGTGATGAAGATGAGAAATACCTATGATATCTATGTTGGTGGAGAGCCGAGAGGGTTGAAAGCTGCTCTGGCGAAGCCGCTGCACACGGATTTAGCGCCGGATCAGCTGGCTCCGATCATCCTGAAGCTGATCGCCGTCTATCAGGAGAACGGCAAGAAGAAAGAGAAGTTCTCCCGCTTCGTGGATCGCATGACGCTCGAGCAGCTGCGTCAACTCACGCTGGATGCACGGATGGATACGGCAGGGTAA	MAMQKFAVTPGFEVGGTLFRPDQLAVLGSIVGDDARIEMTTFKQLYVEMDAERVEEAKVKLEAAGLQVHPAGFVSKSLITCNFCRGAEDSGLDVAKMLDEAIADHPVPNPLKIGYAGCALGTSEPLLKDIAVMKMRNTYDIYVGGEPRGLKAALAKPLHTDLAPDQLAPIILKLIAVYQENGKKKEKFSRFVDRMTLEQLRQLTLDARMDTAG	PGPT0004635_1072	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004635-cbiH-K05934	NA	NA
JZ016_03795	2430	copA_2	COG2217	Copper-exporting P-type ATPase	ATGGGAGCAGGAACAATGGAACAGAAGAAAACGTCGCTGCAGTTAACGGGTATGACATGTGCCGCCTGTGCGAATCGGATTGAGAAGGGTCTAAGTAAAATGGAGGGCGTCCAGGAAGCGAATGTGAATTTTGCGCTGGAAAAAGCGTCGGTTACATTTGATCCGAATGTGGTTTCCGTCCAGCAGATGGAAGAGAAAATTGAAAAGCTGGGTTACGGAACGGCAAAGGAAACCGTGGACCTGCAGCTGATTGGCATGTACTGCGCCGCCTGTGCTACGAAAATCGAGAAAGTGGTAAGCAAGATGCCAGGTGTTAATCAGGCCAACGTCAATTTTGCGCTGGAGACGGCCCGGGTGGAATTCAATCCCGCAGAGGTAAGCCTTAGCGATATTCAACAGCGTGTGGAGAAGCTCGGGTATCAGGCGGTTTCCAAACAGGAGACGCTTGATCAGGAAGGTCACCGCAAGGAGGCCATCACCAAGCAAAAGCGGAAGCTGCTCCTGTCGGCGATTCTGTCGCTGCCGCTGCTCTGGGCCATGGTGAGCCATTTCTCCTTCACCTCCTGGATCTGGATGCCGGATCTGTTCATGAACCCTTGGTTCCAGCTGATCCTGGCCACGCCAGTACAGTTTTTTATCGGAAAACAGTTCTACGTGGGAGCCTATAAGGCTCTCCGCAACAAAAGCGCCAATATGGACGTTCTGGTCGCGCTCGGTACCTCGGCAGCTTATTTCTACAGTCTGTATTTAACGATCGATTGGGCCGCTGCCGGAGCAAATGCACACCATGGGCCCGAAATGTACTATGAAACGAGTGCGGTGCTGATCACGCTGGTCATTATGGGGAAACTGTTTGAATCCCTGGCCAAAGGCCGTACCTCGGAGGCTATCAAAACCCTGATGGGGCTTCAAGCCAAAACGGCGCTGGTCGTTCGTGACGGTCAGGAGATGACTATCCCGGTGGAACAGGTCCTGGTGGGTGATCTTGTATTGGTGAAGCCGGGTGAGAAAATCCCGGTGGACGGTAAAGTGGTCGAGGGCACGTCGGCGGTAGATGAGTCGATGCTGACAGGTGAAAGCATTCCGGTTGAGAAAAAAGCGGGCGACGCCGTCATCGGCGCCACCATAAACAAGAACGGGCGCTTGACGCTTGAAGCGACGAAAGTGGGTAAAGAGACCGCTCTAGCGCAAATTATCAAGGTGGTTGAGGAAGCCCAAGGTTCCAAGGCTCCGATTCAGCGGGTCGCTGATGTCATCTCCGGCATCTTCGTTCCGATCGTGGTGGGCATTGCGATTGTTGCCTTCCTCGTATGGTACTTCTGGGTAACGCCTGGTAATTTCGCGCAATCGTTAGAAATTGCCATCGCGATTCTGGTTATTGCTTGTCCGTGTGCGTTGGGTCTGGCTACACCGACCTCGATCATGGCCGGGTCGGGCCGCGCTGCAGAACTGGGCGTTCTGTTCAAGGGCGGGGAGCATCTGGAGTCTACCCATAAAATCAACACGATTATTCTGGATAAAACAGGAACGGTAACAAAAGGGAAACCTGAGTTAACCGATGTGGAAGTTCATAACTTTGATCAAGAGCTGTTCCTTCGTCTGGTCGGATCAGCTGAGAAGAGTTCCGAGCATCCGCTTGCCGAAGCGATTGTGGCCGGGATTGAAGCAAAAGGAACGCGGCTTCCGGCTGCGGAGTATTTTGAAGCCATTCCAGGCTACGGCATCCGTGCCAGCGTGGAAGGACATGAGGTGCTGGTAGGCACACGTAAGCTGATGGCACAGCATAACGTGCCGATTGATTCGATCCTCGGCAGAATGTCGGAGCTTGAAACCGAGGGCAAGACTGCTATGCTGACGGCTGTAGACGGCCAATATGCAGGTCTTGTGGCTGTGGCAGATACGATCAAGGAGACGTCCCGTGCTGCCGTAGCGAGATTGAAAGAAATGGGCATTGAGGTCATTATGATTACCGGGGACAATGAACGCACGGCACAGGCCATCGCGAAGCAGGTTGGCATCGACCATGTGCGTGCCGAGGTTCTGCCGGAAGGCAAAGCGGATGAAGTGAAAAAGCTCCAGCAGCAGGGCAAGAAGGTCGCCATGGTGGGCGACGGCATTAACGATGCGCCGGCCCTTGCGGTTGCCGATATCGGCATGGCCATCGGCACAGGTACGGATGTGGCCATGGAAGCCGCTGACGTGACGCTGATGAAGGGCGACCTGAACAGCATTCCGGATGCCATCTACATGAGCCGCAAGACGATGAGCAATATCCGTCAGAACCTGTTCTGGGCGCTGGGTTATAACTCGCTTGGCATTCCGATTGCCGCCATCGGGCTTCTGGCACCTTGGGTGGCTGGGGCCGCCATGGCACTGAGCTCTGTATCGGTCGTGCTGAATGCCCTTCGCCTGCAGCGGATGAAGGTATAA	MGAGTMEQKKTSLQLTGMTCAACANRIEKGLSKMEGVQEANVNFALEKASVTFDPNVVSVQQMEEKIEKLGYGTAKETVDLQLIGMYCAACATKIEKVVSKMPGVNQANVNFALETARVEFNPAEVSLSDIQQRVEKLGYQAVSKQETLDQEGHRKEAITKQKRKLLLSAILSLPLLWAMVSHFSFTSWIWMPDLFMNPWFQLILATPVQFFIGKQFYVGAYKALRNKSANMDVLVALGTSAAYFYSLYLTIDWAAAGANAHHGPEMYYETSAVLITLVIMGKLFESLAKGRTSEAIKTLMGLQAKTALVVRDGQEMTIPVEQVLVGDLVLVKPGEKIPVDGKVVEGTSAVDESMLTGESIPVEKKAGDAVIGATINKNGRLTLEATKVGKETALAQIIKVVEEAQGSKAPIQRVADVISGIFVPIVVGIAIVAFLVWYFWVTPGNFAQSLEIAIAILVIACPCALGLATPTSIMAGSGRAAELGVLFKGGEHLESTHKINTIILDKTGTVTKGKPELTDVEVHNFDQELFLRLVGSAEKSSEHPLAEAIVAGIEAKGTRLPAAEYFEAIPGYGIRASVEGHEVLVGTRKLMAQHNVPIDSILGRMSELETEGKTAMLTAVDGQYAGLVAVADTIKETSRAAVARLKEMGIEVIMITGDNERTAQAIAKQVGIDHVRAEVLPEGKADEVKKLQQQGKKVAMVGDGINDAPALAVADIGMAIGTGTDVAMEAADVTLMKGDLNSIPDAIYMSRKTMSNIRQNLFWALGYNSLGIPIAAIGLLAPWVAGAAMALSSVSVVLNALRLQRMKV	PGPT0004090_3575	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004090-copA|ctpA-K17686	NA	NA
JZ016_03796	201	copZ_1		Copper chaperone CopZ	ATGGAACAGGTAACAATAAAAGTTGAAGGTATGTCTTGCATGCATTGCGTGAATTCCATTGAGGGAGCTTTAAAGAATGAGAACATCGAGGGACATGTGGATTTGAAGGCAGGCACGGTCTCCGTGAAATATGACGCAGGCAAAATCAACTTGGATAAAATCAAAGAAATTATCGAGGAACAAGGATATAACGTAGTTTAA	MEQVTIKVEGMSCMHCVNSIEGALKNENIEGHVDLKAGTVSVKYDAGKINLDKIKEIIEEQGYNVV	PGPT0004125_3389	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004125-ATOX1|ATX1|copZ|golB-K07213	NA	NA
JZ016_03797	324	csoR	COG1937	Copper-sensing transcriptional repressor CsoR	ATGACAGTCGAGAAACATGTACATGATGCATGCGCAGTAACCAGTGAACGGAAGAGCCATCATTCCGATAAAACAAAAAGCAACCTCGTCAGCCGGTTGAACCGAATTGAAGGACAGATTCGCGGCGTGAAAGGCTTAATTGAGAAGGATACGTACTGTGACGATGTATTAAACCAGATCTCCTCGATTCAGTCGGCCTTGAACGGCGTCAGCAAATTGCTGCTTGAGCATCATATGAAGAGCTGTGTGGTGGAGCGCCTGCAGGAAGGCGACGATGAGGTTATAACCGAGTTGTTAACAACCATGAACAAGTTAATGAAATAA	MTVEKHVHDACAVTSERKSHHSDKTKSNLVSRLNRIEGQIRGVKGLIEKDTYCDDVLNQISSIQSALNGVSKLLLEHHMKSCVVERLQEGDDEVITELLTTMNKLMK	PGPT0004175_663	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004175-csoR|ricR-K21600	NA	NA
JZ016_03798	546			hypothetical protein	ATGATTAGATACTTCTGCTTGTTGATATTGTTGATCCTGGTCTTCGGAGGCTGCAGTGGAAGCGATGAGCCTAAAGAGAAGTTTACCGCAGAAGATATGGGAATCGTGCGGTTAGACAATGGCCAGAAGGTATACTACGGCATGAATCGTGCGGAAGCTGAAGAAGTGCTTGGGAAAGGCCAAGAGCATGCCAGGGGCGTATTTGATTACGATTCCGGCATCGCGGTGTTCTACAGAGATGATGCCGTTGTCGCGATCAGGATGGAGGAAGAATCGAAAGGTCATTATCAAACAACGCGCGGTGCTGAAATAGGAATGCAAATAGACGAGATCAAACAACGATATGGGGAGCAATATGAGCCATCACAGTCCGATGATATCCTGGATTACTTCTATGACTATAAAAAAGGAAAGTTCCTCGAGAAAAATGCGCCCGAGACAGAAGAAGAGGCGCGGAATATTTTTATCTTTTCATCCATGTTTCATGATGGGTACGCGGACACCCTTTTGTTTCTTGATAGTTACTACGCGTCCTCTGGCAAGTGA	MIRYFCLLILLILVFGGCSGSDEPKEKFTAEDMGIVRLDNGQKVYYGMNRAEAEEVLGKGQEHARGVFDYDSGIAVFYRDDAVVAIRMEEESKGHYQTTRGAEIGMQIDEIKQRYGEQYEPSQSDDILDYFYDYKKGKFLEKNAPETEEEARNIFIFSSMFHDGYADTLLFLDSYYASSGK				NA	NA	NA	NA	NA
JZ016_03799	2088	aguA_1		Xylan alpha-(1->2)-glucuronosidase	TTGAACAGCACTTTATATAAAGCGTGGCTGCAGTATGCGCCCATCAAGGACCGGGAGCTTGCCTCCGGATACAGCAGACTGCTCGGCACGATTGTAGCAGACCTGCAGCAGTCGCGGGTTGCGAACGCCGCCATGGAGGAACTGAAGAGGGCGTGCCAATCCATGCTGGGTATTGTCCCGGTCATCACGTCCGAGGCCCCGTCTTCATTTTACTTCGAGGTGCGCATCTCGACATCAGCCGAACCCGGCGTGGGAGAAATAGATGGAGTCGACTTAGGCGAGGACAGGAGCCGGATGGCAGCCCAGCTAGGCGCAGAAGGCTTTCAGCTGGAGCATTCAATACAAGGGCAGCAGGAAAAGCTGGTACTGACCGGTGGATCGGGCAAAGGTGTATTATATGGGGTGTTTCATTTATTGAGATTGCTGGCCTCCCACCAACCGTTAACCGGTTTGAAGATGACCGAGCTACCAGTGAATGGACTGCGGATGATCAATCAATGGGACAATGCCGACGGCTCGGTGGAACGCGGGTACTCGGGCCACTCGATTTTTTACGAAAACGGACGGTTCACCGAAAATCTGGATCGCGTAAGAGACTACGCCCGCTTATTGGCTTCCGTGGGATTGAATGCCATCTCCATTAATAACGTCAATGTGCATGAGATCGAGACGAAGTTCATTACCGCGGAATATTTGCCGACGATTGCGAAGGTCGCGGATATCTTCCGGGAATATGGCATTTCATTGTACTTGAGCATTAACTTTGCGGCTCCGCTGCATATCGGCGGCGTATCGACCTCCGATCCGCTGAGCGAAGAGGTTCGACAGTGGTGGAAGGATACGGCGGATGAGATTTATGATCATATCCCGGACTTCGGCGGCTTCCTGGTGAAGGCGGATTCGGAGCATCGCCCCGGCCCGTTTGCCTATGGAAGGGACCATGCCGATGGCGCCAATATGCTCGCTGAGGCCTTGGAGCCGCATGGCGGGCTCGTCATCTGGCGCTGCTTCGTATACAACTGCATGCAGGATTGGCGCGATCGCAGCACAGACCGAGCGCGGGCGGCCTATGATCATTTTACCCCGCTGGACGGCAGGTTTAAGGACAATGTGCTGCTGCAGATTAAGAACGGGCCCATGGACTTTCAAGTGCGGGAACCGGTGTCGCCGCTGTTCGGCAGCATGAAAGAGACCAATCAAGTGCTGGAGTTTCAGGTCGCCCAGGAATATACGGGGCAGCAGCGCCACGTATGCTATTTGGTGCCGCAGTGGAAAGAGGTGCTGGATTTCGATACCTATGCGAATGGGTCGGGGTCCGAGGTGAAGAAGATCGTGAACGGTTCGCTGCACGACATGAAATACAGCGGGATCGCCGCCGTTTCCAACATCGGAAATGATGAGAACTGGACGGGGCACACCTTGGCACAGGCGAATCTGTATGGCTTCGGACGTCTGGTCTGGGATCCGGAATTGTCCTCCGAGGGGATCGCGGATGAATGGACGAGGCTGACCTTCGGCAATGACGACACGGTGGTCCACACAGTATGTGACATGCTGATGCAATCGTGGCCGATCTATGAAAGCTATACCGCCCCGCTCGGGGTGGGCTGGATGATTACGCCGCATACGCATTACGGTCCGGATGTGGACGGCTATGAATATTCAAGGTGGGGCACGTACCATTTCGCCGATCGGGACGGGATGGGCGTCGATCGCACGGTGACATCGGGTACAGGCTATACCGCGCAGTATTTCGGGCCGAATAAGGCCCGATATGATTCACTGGCGGATTGTCCTGACGAGCTGCTGCTGTTCTTCCATCATGTGCCGTATTCCCATGTGCTGAAATCCGGCAAAACGGTGATTCAGCATATCTATGACTCACATTTTGGCGGGGCGGAAGCAGCGGCAGGACTGCTTGAGGCCTGGACCTCATTGGAAGGAAAGGTCGATCCGGAGCGCTTCGTTCAAGTGAAGGAGCGGCTCACGGATCAAGCCGAGCATGCGAAGCATTGGCGGGATGTGATCAACACGTATTTCTTCCGTAAATCTGGTGTGCCGGATGAACAGGGGCGGACGATATATTAA	MNSTLYKAWLQYAPIKDRELASGYSRLLGTIVADLQQSRVANAAMEELKRACQSMLGIVPVITSEAPSSFYFEVRISTSAEPGVGEIDGVDLGEDRSRMAAQLGAEGFQLEHSIQGQQEKLVLTGGSGKGVLYGVFHLLRLLASHQPLTGLKMTELPVNGLRMINQWDNADGSVERGYSGHSIFYENGRFTENLDRVRDYARLLASVGLNAISINNVNVHEIETKFITAEYLPTIAKVADIFREYGISLYLSINFAAPLHIGGVSTSDPLSEEVRQWWKDTADEIYDHIPDFGGFLVKADSEHRPGPFAYGRDHADGANMLAEALEPHGGLVIWRCFVYNCMQDWRDRSTDRARAAYDHFTPLDGRFKDNVLLQIKNGPMDFQVREPVSPLFGSMKETNQVLEFQVAQEYTGQQRHVCYLVPQWKEVLDFDTYANGSGSEVKKIVNGSLHDMKYSGIAAVSNIGNDENWTGHTLAQANLYGFGRLVWDPELSSEGIADEWTRLTFGNDDTVVHTVCDMLMQSWPIYESYTAPLGVGWMITPHTHYGPDVDGYEYSRWGTYHFADRDGMGVDRTVTSGTGYTAQYFGPNKARYDSLADCPDELLLFFHHVPYSHVLKSGKTVIQHIYDSHFGGAEAAAGLLEAWTSLEGKVDPERFVQVKERLTDQAEHAKHWRDVINTYFFRKSGVPDEQGRTIY	PGPT0018635_321	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCURONIDASE,PGPT0018635-aguA-K01235	NA	NA
JZ016_03800	1017	xynA_2		Endo-1,4-beta-xylanase	ATGTCTAACACGCAGCGAAGTGAACCCAGGCTGAAGGAAATGTTCGCGGATGACTTTCTCATTGGAGCAGCCGTGAACCCGCGGACGATCGAAACGCAGGAGGAATTGCTATCCTATCATTTCAACAGCATCACGGCGGAAAATGAAATGAAGTTTGTCAGCGTGCACCCGGCGGAGGATACGTATACGTTCGAGGATGCGGACCGGCTTGCCGCTTTCGCCCGCAAGCATGGAATGAAGATGCGCGGCCATACACTGGTATGGCATAACCAAACAACCGATTGGCTGTTCGAAGACAAGAACGGGAACCTGGTGGATAAAGCCACGCTGTACCAACGGTTAAAGTCGCATACCGACACGGTCGTAAAGCGGTACAAGGGCGATATTTACGCCTGGGACGTTGTCAACGAAGTAATTGCGGATGAAGGCGCCGAACTTCTCCGTCCGTCCAAGTGGCTGGACATTGCGGGTCCGGAGTTCATCTCCAAGGCATTCGAGTATGCTCATGAAGCCGACCCGGCGGCGTTGTTGTTCTATAACGATTACAATGAGTCCCACCCGCACAAGCGGGACAAAATCCATACGCTGGTCAAGTCGCTGCTGGATCAAGGAACGCCGATCCATGGCATAGGATTGCAGGCGCACTGGAATCTGTACGATCCGGCTCTTGATGATATCCGCTCCGCGATCGAGAAGTATGCATCGCTCGGCCTGCAGCTTCAACTCACCGAGCTCGATGTATCGATGTTCCGGTTTGAAGACAAGCGGAAGGATCTGACCGAAGCACCGGAAGAACTTCTGGAGGCTCAAGCCAAGCGGTATGAGGCGATGTTTGGCATTCTGAAGGAGTACCGGGATCATATTACGTCCGTTACCTTCTGGGGAGCTGCCGACGATTACACTTGGCTGGACAATTTCCCGGTACGGGGGCGGAAGAATTGGCCCTTCCTGTTCGATGAGCGGCATCAGCCGAAACCGGCGTTTCATCGCTTGGTGGAGCATATGGTCAAGGTGTAA	MSNTQRSEPRLKEMFADDFLIGAAVNPRTIETQEELLSYHFNSITAENEMKFVSVHPAEDTYTFEDADRLAAFARKHGMKMRGHTLVWHNQTTDWLFEDKNGNLVDKATLYQRLKSHTDTVVKRYKGDIYAWDVVNEVIADEGAELLRPSKWLDIAGPEFISKAFEYAHEADPAALLFYNDYNESHPHKRDKIHTLVKSLLDQGTPIHGIGLQAHWNLYDPALDDIRSAIEKYASLGLQLQLTELDVSMFRFEDKRKDLTEAPEELLEAQAKRYEAMFGILKEYRDHITSVTFWGAADDYTWLDNFPVRGRKNWPFLFDERHQPKPAFHRLVEHMVKV	PGPT0018625_1714	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCANASE,PGPT0018625-xynY|xynZ|xynD|xynA-K01181	NA	NA
JZ016_03801	936	araQ_31	COG0395	L-arabinose transport system permease protein AraQ	ATGGCGAAGATTTCAGATTCACCACGGGCCCACGCCCGGTTCAAGTCTCCCGCGGACCGGTTATTCGATACCTTTAACATTATGTTCATGATCTGTCTCATGATTGTCACGTTGTACCCGTTCATTAATACGCTCGCGGTTTCCTTCAACCATGCGACGGATTCGGTAAAAGGCGGCATTTATTTATGGCCGCGGGATTTCACGTGGGAGAATTATAAATATGTATTTAACGAGGCCACGATATTCCACGCTACCTTCATCTCGGTTTTGCGTACGTTGATCGGTACGATCACTTCCGTATTCTGCTGTGCTATGGTGGCCTATACCATCAGCCGTCCGGAATATGTGCTGCGCAAATTCGTATCGATTGCCTTCATCTTGACGATGTATTTCAGCGGCGGTTTGATTCCGAACTTCCTGTTGATTCGCGAATTGGGCATGCTGGGGACCTTCTCGGTGTACATCATTCCGGGTCTGATCGGCGTGTTTAACGTTATCGTCATCCGTTCCTTCATTGAAGGACTGCCGGAGGGAATTCTGGAATCGGCCCGGATCGACGGCGCCGGTGAATTCACGACGTTCATGAAAATCGTGCTTCCGCTATGCGTGCCCGTACTTGCTACGGTATCGCTGTTTACGGCGGTATCCCAGTGGAACTCCTGGTTTGACGTATTCTTGTATAACTCTTCATACAGCGAGCTTAGCACCCTGCAGTATGAGTTGATGAAAATACTCCAGAATTCCAACTCCTCGCTGAATTCGGGCAACGACTATGCAAGCCAGTTTGCAAGCTCGGAAAGCGGCGCGAACCAGGTCACCCCGACCTCTATACGGGCAACGATGACCATTGTGGCCAGCGTGCCGATCATTCTGGTGTATCCGTTCCTGCAAAAATACTTCGTGCAAGGGATGACCCTTGGCGGGGTGAAAGGGTAA	MAKISDSPRAHARFKSPADRLFDTFNIMFMICLMIVTLYPFINTLAVSFNHATDSVKGGIYLWPRDFTWENYKYVFNEATIFHATFISVLRTLIGTITSVFCCAMVAYTISRPEYVLRKFVSIAFILTMYFSGGLIPNFLLIRELGMLGTFSVYIIPGLIGVFNVIVIRSFIEGLPEGILESARIDGAGEFTTFMKIVLPLCVPVLATVSLFTAVSQWNSWFDVFLYNSSYSELSTLQYELMKILQNSNSSLNSGNDYASQFASSESGANQVTPTSIRATMTIVASVPIILVYPFLQKYFVQGMTLGGVKG	PGPT0017255_297	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_03802	1041	yteP_45	COG4209	putative multiple-sugar transport system permease YteP	GTGGATAAGGCGAACCCGATTGGACCTGCAGAGACGACGGCGCTACGTGAAACGCCGGCGGTATCGAAAGGTTTCTTCAATAAACAACGGAAAAACAATACTGGTTTGAACAATAAACCGCCATCAGGCGAAAAAAGCTTCTTCCAGAAGCTGCTGCAGCAGAAGGCGCTGGTCTTCATGTCGATCCCTTTTTTGATATGGTTGTTTGTCTTTAAGTACCTGCCGCTATGGGGCTGGACCATCGCGTTTCAGGATTTTAAACCGGCCAAGAAGATATTCGATCAGGAATGGGTAGGCTTGCAGCATTTTACCTTTCTGTTTCAGGACGAACACTTCCTCCGGGTCATGCGCAACACGCTCGCTATGAGTTTTATCAACCTTGTCTTAGGTTTTGTTACGGCGATTGTGTTAGCGATCCTGCTCAATGAGCTGCGTAATTTGATGTTCAAACGGGTCGTGCAGACGATCAGTTATTTGCCCCATTTCATCTCTTGGGTTGTGGCAGCGAGCATTATTTCGACGGCTCTGTCCGCAGACGGCGGGATTATCAATGAACTCCTCATGTGGTTCGGGATTATTAAGGAACCGATCTTATGGCTTGGGGAAGGGGAATATTTCTGGGGAATACTCGGTGTTTCGGAAGTATGGAAGAATGTCGGCTGGAACACCATTATATATTTGGCAGCCATGACGATGATCGATCCCTCGCAGTACGAGGCGGCGGAAATCGATGGCGCCGGACGCTTTCAACGGATCTGGAACATTACCTTGCCGGGTCTAAAGCCAGTATTCATCATCCTGCTGATCATGAATATCGGCAACCTGCTCGAATCCGGCTTTGAACCGCAATATTTGCTTGGTAACGGCATGAACGTGGATTATTCCGAGAACCTGGATATTTTCGTGCTGAAATACGGTATTCAGATGGGCAACTTCTCGCTCTCGATTGCAGCCGGCATGTTCAAGACGGTCGTCAGCTTCATACTCTTGTTCACGGCCAACCATATCGCGAAGAGACTGGGCGAAGATCGATTGTTCTAA	MDKANPIGPAETTALRETPAVSKGFFNKQRKNNTGLNNKPPSGEKSFFQKLLQQKALVFMSIPFLIWLFVFKYLPLWGWTIAFQDFKPAKKIFDQEWVGLQHFTFLFQDEHFLRVMRNTLAMSFINLVLGFVTAIVLAILLNELRNLMFKRVVQTISYLPHFISWVVAASIISTALSADGGIINELLMWFGIIKEPILWLGEGEYFWGILGVSEVWKNVGWNTIIYLAAMTMIDPSQYEAAEIDGAGRFQRIWNITLPGLKPVFIILLIMNIGNLLESGFEPQYLLGNGMNVDYSENLDIFVLKYGIQMGNFSLSIAAGMFKTVVSFILLFTANHIAKRLGEDRLF	PGPT0017250_69	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_03803	1686			hypothetical protein	ATGAACAAGAAATTTTGGGTAAGCTGTCTGACCGTGGTTATGATGGTATCGCTTCTGGCGGCTTGCGGCGGCGGTAAAGAGGCAGCGGATAACGCACCGGCCGCCGGCGGCGAAGGCGTGAAGAAAGAAGAGAAGGTCACCTTCACCTATTTCAACTCCGCAGCAGGTAAAGACAAAAATACGAACGAAACCACCATCGGTAAAATTTTCGAAGACCAAACCGGCGTGAATTTTAAAATGGAGCATTTGGTAGGAGACGAGAACACCAAGGTGGGAACATTCATTGCCAGCAACGATTATCCCGATGTGATTGTGCCGGGGAGCTCGATCGATAAGCTGGTCGGGGCGGGCGCCTTCATTCCGCTCAATGACCTGATCGATAAGTACGGCCCTAACATCAAGCGTGTGTACGAGCCGTATTACAATCTGATGAAAGCCGATGACGGCAACATTTACTTCCTCCCGTTAAGTGCGGTTGTAGGAGAGTACACGTCGGCTCCCAATATCGAGCAAGGAGCCTTCTGGATTCAGCGCCGCGTCCTGAAGGAAGCGGGTTACCCGAAAATCAAGACCTTCGACGAGTACCTGAACCTGATTCGCGATTACGTGAAGAAGCATCCGGAGGAAGGCTTGACCGGATATCTGGCACTGACGACGCAGGATAAATTTTTTGCCCTGACCAATGCCCCGATGCACTTGGCCGGTTATCCGAACGATGGCGGCATCATCATCGACATGGAGACTCACGTAGCGAATGATTACGCTGACGACGACATTACGAAGCGTTACCTGCAGGAGCTGAACAAGCTGAATGCGGAAGGCCTGTTCGATAAATCCTCTTTCGTGGACAATTATGATCAATACCTTGCCAAGCTGACTTCCGGTAAGGTGCTCGGCTTCTTCGACTATAGATGGCAGGTAGGCCAGGCGATGAACAACTTGCGCGAAACAGCCAATAAATCGGGTAACGACGATCTCGAATATATGGCGCTGCCGATCGTATACGACGAGAATACCAAGGATCAATATCTGGATCCGCCATCCTTTGTGAACAACCGCGGCGTAGGGATTTCCGTCAGCGCGAAGGATCCGGAACGCATTGTGAAGTATTTCAACAACCTGCTGACGGACGAGAACCAAATTCTGTCGAACTGGGGCATCAAGGACGAGACGTATTCCGTAGATGAGAACGGCCGCTTCTACCGTACGGAAGAGCAGATTGCACAGACCAATACGGAAGCCTTCCGCGAGTCCTTCGGCTTCAAGTACTTTGAATACAACTGGCCTCGTTACGGCAACGGTTCTACGCTTTCTGACGGTAATTCCGTGGGTGCAGGACGCCAGCCTGAGGTTGCGAAAATGTCTTACTCCGAACCGGACAAGAAATTGCTTGAAGCATACGACATCGATTCCTTCTCGCAGCTGTTTGCGGCACCGGACGACCGTCCATGGTATCCGGCTTGGAGCATTCCGATCGATCAGGGGTCACCGGCCCAAATCTTCACGCAGAAGAAAAGCGATTTGCAGCGTAAATACTTTCCGAAACTGGTTCTTGCCAACCCTGCGGAGTTTGACGGCATATGGAACGAATACGTGGGCGAGTTCAGCAAGCTGGACGTGAAGGGATATGAGGATCTGATCACTGAGGAAGTAGCCAAGAAAATCGCAAATGCCCAAGGACAATAA	MNKKFWVSCLTVVMMVSLLAACGGGKEAADNAPAAGGEGVKKEEKVTFTYFNSAAGKDKNTNETTIGKIFEDQTGVNFKMEHLVGDENTKVGTFIASNDYPDVIVPGSSIDKLVGAGAFIPLNDLIDKYGPNIKRVYEPYYNLMKADDGNIYFLPLSAVVGEYTSAPNIEQGAFWIQRRVLKEAGYPKIKTFDEYLNLIRDYVKKHPEEGLTGYLALTTQDKFFALTNAPMHLAGYPNDGGIIIDMETHVANDYADDDITKRYLQELNKLNAEGLFDKSSFVDNYDQYLAKLTSGKVLGFFDYRWQVGQAMNNLRETANKSGNDDLEYMALPIVYDENTKDQYLDPPSFVNNRGVGISVSAKDPERIVKYFNNLLTDENQILSNWGIKDETYSVDENGRFYRTEEQIAQTNTEAFRESFGFKYFEYNWPRYGNGSTLSDGNSVGAGRQPEVAKMSYSEPDKKLLEAYDIDSFSQLFAAPDDRPWYPAWSIPIDQGSPAQIFTQKKSDLQRKYFPKLVLANPAEFDGIWNEYVGEFSKLDVKGYEDLITEEVAKKIANAQGQ	PGPT0017245_738	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_03804	1743			hypothetical protein	ATGAAGCCAAGCTTGAATAATGTCCGTCTGCGGGACAAGATGCTGCTGATGTATTTCCTGGCCGTATTTTTGCCAATCCTGGTCACCAACCTCATCTTCTACAACGTGACATCCGGCAGCGTGAGGGAGCAGCGGATCCAGGATATAACGGTGGCGCTTGAGCAGATGAAGAATGAGTTCCGTCGTGAAGTCGAGGACGCGCTGGAGATCTCCTCCGTCTTCTACACGGACATTCAGTTGAACGAGATTATGGAGACGGTGTACGATCATCCGGCCGATTATATCGAGGCTTATGATACCTATCTCCGCCGCATTTTGAATTCGGGCAGCGCCGTGTACAATTCGGTCAGCGAGATTACGGTGTATGTGGACAATCCGACCCTGCTGTATTCCGGCGGCATTAATTATATTAGCGACCAGGTGAAGGAAGAGGCCTGGTACAAGGCAATTGCGGGCAAAAACGTAACCCAGCCGATTGTGATGCGTACGGGCAAGAATGGCCAATTGGACAGCTTCAGCATCATCCGAAGCATGAATTATTTCAGTTCCCAGGATGATCATACCAAGTATCTCAAGATTGATATGCGGATGCCCTCGATTCGGCAGATCATGAGTAATCTGAATGTGCAGGGCAAAGTGTACCTGCTGAGCGGTGCCGGAAATATCGAATACACCACGGATCCGAAGGTTGATATTATGCAGGGTTCCGTGCCGTACAGCAGCATCGTGCATGGCGACAGGTTTCTGGAGTTTCACACCGATACGTTCACGACCAACAATCTAAACACCTGGACGATCATGGCGGTGACGCCAGAGGATGTGGTGCTGCGCGACGTGCATCAGTCCTTGCGATTCGTCATTGTGCTGACCTGCCTGAACTTTCTGCTTCCGACCTTGGTGATTGTCTGGATAAGCCGTTCCCTGAACGTGCGTCTGATACGGATACTCAAGCATATGAAGAAGGTCAAGAACCAGAATTACGACACGATCCAAGAGGCTGAGGCATATGACGAGATCGGTCAGCTGACGGGTGAATTCAACCGGATGACCCTGCAGCTTAAGAGCTTGATCAATGACGTGTACGTGGCGGATATCCAGAAGAAGAATTTGGAGCTTCAGCGGCGGCATGCGCAATTGAACGCTCTGCAGAGCCAGATTAATCCGCACTTTCTCTTTAACGCCTTGGAGACCATCCGCATGCGCAGTCTGATGAAGGATGAGGATGAGACGGCAAAAATCATTCATAATATGGCTAAGATCTTCCGCAATTCCCTAGTTTGGAAAAAAGACATGGTGACACTCAAGGAAGAGGTGGAGTTTATTCACTGTTTCCTTGAAATCCAGAAATACCGGTTTGGCGACAAAATCGATTACTCGGTTCACGCCCCTGCAGAGGAAGGACATTTGCAAATACCGAAGATGGCCATCGTTACTTTTGTGGAGAATGCCAGCATTCATGGCATTGAGCCGCTCAAGCACGGGGGTCGCATTGAAGTTCAGGTTGTGCGCGAGGGCCAAAGCCTTATCTGCAGCATTCAGGATAACGGGGCAGGCATGTCCGCTGAGCAGGTGGAACGCATCTACCGCTACCTGGATACCGAGGATGAGATGGGCGAGCGGATCGGCATTCAGAACGTGATTTACCGGCTGAAGCTGTATTACGGAAGCCGGTTCCAGTTTGAAATCGACAGCTCGCCTGGACAAGGCACCCGGATAAGACTGTCCATCCCCATCGAAACCTAA	MKPSLNNVRLRDKMLLMYFLAVFLPILVTNLIFYNVTSGSVREQRIQDITVALEQMKNEFRREVEDALEISSVFYTDIQLNEIMETVYDHPADYIEAYDTYLRRILNSGSAVYNSVSEITVYVDNPTLLYSGGINYISDQVKEEAWYKAIAGKNVTQPIVMRTGKNGQLDSFSIIRSMNYFSSQDDHTKYLKIDMRMPSIRQIMSNLNVQGKVYLLSGAGNIEYTTDPKVDIMQGSVPYSSIVHGDRFLEFHTDTFTTNNLNTWTIMAVTPEDVVLRDVHQSLRFVIVLTCLNFLLPTLVIVWISRSLNVRLIRILKHMKKVKNQNYDTIQEAEAYDEIGQLTGEFNRMTLQLKSLINDVYVADIQKKNLELQRRHAQLNALQSQINPHFLFNALETIRMRSLMKDEDETAKIIHNMAKIFRNSLVWKKDMVTLKEEVEFIHCFLEIQKYRFGDKIDYSVHAPAEEGHLQIPKMAIVTFVENASIHGIEPLKHGGRIEVQVVREGQSLICSIQDNGAGMSAEQVERIYRYLDTEDEMGERIGIQNVIYRLKLYYGSRFQFEIDSSPGQGTRIRLSIPIET				NA	NA	NA	NA	NA
JZ016_03805	1611	rssB_6		Regulator of RpoS	GTGCAAAGGAACCGGGCGATATTAGTGGATGACGAGGTGTTTACGCGCAAAGGGCTCCTGAAGCTGATTGATTGGGAAGCCTGCGGCTTTCAAATTGTAGATGAGGCGGATAACGGGGAAGATGCGCTGGAACTGATTGAACGGCTTCAACCGGATGTGGTCATCACCGATATCCGCATGCCGGTGCTGGATGGACTCGAGCTGATCAGGCATGTCGTCACGAAGGACATCGTCAAGCCGTATTTCATTATTGTAAGCGGATACGATGATTTCAATTATGCCCAGCAGGCCGTCCGCTATGGCGTGCATGATTTCATTCTGAAACCGATTGATGAGACGGAATTCAGCCATGCGCTGGTTCGGCTCAGCGAGCGGCTAAAATCAGACCGCGAGGCTCGCTTGAGAGAAGAGAGGCTGTTGTCCGGGGCCCTGATGGAATCACTCATTATAGGAGAAGCCGATGAGGCGCTGCTGCAGGAATGGGAGCAACGCCTCGAGCTTCAGCCGGAGAGTCGCCTGTTCTACGTCTTTGTCGAACGGAATGACTACCAGCAGGCTTCGGCGGCGAACGGCAATGACGATGGCAGAGCAGAATTCAAGGACAGGGTGGAGGCGGCTCTCCTTGCGATCTCGAATGGAGAACAGCCCTTCTACCTGCATGAGCACCGCAATCGAATCGGCATTATCGTTCCGGGCAGCATCCTGCACTCGTTCCAGGGGTGTCAGCGGGGATTTGCCAGACGCCTTCAGCAATCGCTTGCCGATTCGGGCCACGAACGAATCTTTGTTTATTTTGGTCAACCGGTGTTGCAGCTGTCCCGCATTCAGGAGGCATACGAAACGGCCAAAGAATCACTCCTGTACAAATATATCTATGATGAGAGCGGCATTGTGATCCATGAGGAGGCCTCCCAGCACGGCCTTAACTACATCGGGCTGGAAGAGGGGCTTTACGAGCAGTTTCTGGAGCAGATCGAGGAGCTGCATTTCGAGAAGTTGGAAGTGACGATTCGCCTGCTGTTCGAATCCTTCCGGGAGAAGTTGTATGCTCCCGAAGCGGTGAAGACGGCAATCAACCAATGCGTGCTGGGCGTGGTCCGGGTGCTCGGCAGCATGGACGGGGATCAGAGCCGGCTATCCAGTTTGGAGCCGATGACCGAATGGCATGACTGCAACTTGTCGCTTCAGGGGCTGAAGCGGTTGTTCACGGAATTCGCCATTGAGAGCGCGAACTATATCGCGCACCTTCGCAAGGAGCAGCACAAGGGCGGAATCCAGAAGATCCGGGCTTATATCGAGGCCCATTATCATGAGAATATCAGCCTGAAGGGCATCGCAGGGAAGTTCTATATGAACCCGGTGTATTTGGGACAGCTTTTCAAAAAGGCGTATGGCATTTACTTTAATGACTTCCTGCTGCAGCTGCGCGTGAACGAAGCGAAGCGATTGCTGCGCCAGACGGATCTGCGCATCTATGAGGTGGCGGAACGGGTCGGCTTCAGCAACCCGGACTATTTCGTCACGCAATTCGAGAAGCTGGAGCGAATGACGCCAAGCGAGTACCGGAGCCGCTTGATGAAGGAGGACGCGTCCCAAGGGGCGAATCGATGA	MQRNRAILVDDEVFTRKGLLKLIDWEACGFQIVDEADNGEDALELIERLQPDVVITDIRMPVLDGLELIRHVVTKDIVKPYFIIVSGYDDFNYAQQAVRYGVHDFILKPIDETEFSHALVRLSERLKSDREARLREERLLSGALMESLIIGEADEALLQEWEQRLELQPESRLFYVFVERNDYQQASAANGNDDGRAEFKDRVEAALLAISNGEQPFYLHEHRNRIGIIVPGSILHSFQGCQRGFARRLQQSLADSGHERIFVYFGQPVLQLSRIQEAYETAKESLLYKYIYDESGIVIHEEASQHGLNYIGLEEGLYEQFLEQIEELHFEKLEVTIRLLFESFREKLYAPEAVKTAINQCVLGVVRVLGSMDGDQSRLSSLEPMTEWHDCNLSLQGLKRLFTEFAIESANYIAHLRKEQHKGGIQKIRAYIEAHYHENISLKGIAGKFYMNPVYLGQLFKKAYGIYFNDFLLQLRVNEAKRLLRQTDLRIYEVAERVGFSNPDYFVTQFEKLERMTPSEYRSRLMKEDASQGANR				NA	NA	NA	NA	NA
JZ016_03806	1404	uxaC_2	COG1904	Uronate isomerase	ATGAGCCGTTTGGACACGGAAAACCTGCTCCTAAACAGCAACAGCGCAAAGAAACTCTTTTATGATTATGCGGAAGGGATGCCGATATTCGATTACCACAACCATTTAAACCCGAAGGATATCGCGATCAACCGGCAGTTCGACAACCTGACGGAGCTTTGGCTGGAGGGGGATCACTACAAGTGGAGGGCGATGCGCTGGCTTGGCGTCGACGAAGAGCTGATTACAGGCGGTGCCAGCGCCGAAGCCAAGTTCATGGCCTGGGCGGAATGCGTTCCGCGCTTGGTGGGCAATCCGCTCTATCATTGGACCCATCTGGAGTTGACCCGTTATTTCGGGATTCAAGAGCGGTTGACCGCTGATAATGCTAAGGAGATCTGGGAAGCTTGCAATGAGCAGCTGAAGGCTCCTGCCTTGCGGGCAGGCGGAATTCTGGAGAAATTCAAGGTCAAAGTGGCCTGCACGACAGATGATCCCGTTGATTCGCTGGAGTATCATCGGGCCATTCGGGATCATGGGGAATTGTCGACCATCGTTGCCCCTGCATTCCGGCCGGATCGGGTGCTGGATGTCACGAACCCGGATTTCACCACCTATGCACAGAACCTGGGAACAACGGCCGGTATAGCCGTGGATACCTATCAGGGATTGCTGGATGCCCTGCAGGAGCGGATTCAATATTTCCATGATCATGGCTGTCGCCTGTCGGATCACGGCTTTGGCGCGTTTCCTTTCGAACAAGCCGATGAACAAGAGGTTGCGGACATTTACGGCAAAGCGATCAGTGGGGGCAGCCTCACACCGCTTGAGGATCGGAAATATCGCACCTATACCCTGCTCAAGCTCGGAGAAATGTATCACGCCAAGGGCTGGACCATGCAACTGCACATTGGGGCGATCCGGAACAATAATGCGCGCATGTTCTCGAAGATCGGCAAGGACAGCGGGTATGACTCGATTCTCGATTTCCATCTGGCGGAAAGCCTGAACGGTTTTCTAAGCAGGCTCGACAGGAACGATCAGCTGCCGAAAACCATTGTGTACAGCCTGTATTCCTCGCATTACGAAATGATCGCTACCACGATCGGGAATTTCCAGTCGGCTGGCGTCGAGGGCAAGCTTCAGCTCGGTTCCGCTTGGTGGTTCCACGATCAAAAGGAAGGGATGCTGAAGCAGCTCACCGCGTTGTCTTCCATGGGGCTGATTAGCACCTTTGTCGGCATGCTGACCGATTCCAGGAGTTTTATGTCGTTCCCGAGGCATGAATATTTCCGCAGAGTGCTGTGCCGCCTGTTCGGGGACTGGATCAAGGAAGGGGAATTGCCCGCCGATTATGAATATATCGGTGCCATTATCCAGGACATTTGCTACCACAATGCCGAGCGCTATTTTCAAATCCATTGA	MSRLDTENLLLNSNSAKKLFYDYAEGMPIFDYHNHLNPKDIAINRQFDNLTELWLEGDHYKWRAMRWLGVDEELITGGASAEAKFMAWAECVPRLVGNPLYHWTHLELTRYFGIQERLTADNAKEIWEACNEQLKAPALRAGGILEKFKVKVACTTDDPVDSLEYHRAIRDHGELSTIVAPAFRPDRVLDVTNPDFTTYAQNLGTTAGIAVDTYQGLLDALQERIQYFHDHGCRLSDHGFGAFPFEQADEQEVADIYGKAISGGSLTPLEDRKYRTYTLLKLGEMYHAKGWTMQLHIGAIRNNNARMFSKIGKDSGYDSILDFHLAESLNGFLSRLDRNDQLPKTIVYSLYSSHYEMIATTIGNFQSAGVEGKLQLGSAWWFHDQKEGMLKQLTALSSMGLISTFVGMLTDSRSFMSFPRHEYFRRVLCRLFGDWIKEGELPADYEYIGAIIQDICYHNAERYFQIH	PGPT0018210_1217	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018210-uxaC-K01812	NA	NA
JZ016_03807	678	rspR_3	COG1802	HTH-type transcriptional repressor RspR	GTGGTAGAATCTTTGCGATTACAGCCAGGATCGGCCGGAAATATCGTGTACTCCAAGCTTAAGCAGCAAATTGTCAGTCTGGAGCTGCCGCCGGGAACGGCTCTATCCGAGAAGGAGGTTTCCCTATCCTTCGAGGTCAGCCGGACGCCGGTACGGGAAAGCTTTGTCCGTTTGGCCCAGGAGGATCTTGTTGTGGTGCTTCCCCAGCGCGGCACGCGTGTCTCGCTCATCGATTCGGAGTTGGTCGAGGAAGCGCGCTTCATGCGCGAGCAGCTGGAGAAAGCCGTGGTCCGGCTTGCCTGCGAAAGCTTTCCCGAGGATAAATTCGCCGAGCTGGAGCACAATCTGTCCGAGCAGCGCGAGAGCATCGAGAAGCATGACGGCAAGCATATGTTTGATCTGGATGAGGCCTTTCATCGTATTTTGTTCGAAGGCTGCCGTAAGGTCGGCACATGGAACGTGCTGCAGCAGATGAACGCTCATCTGAACCGGAGCCGGATGTTATGGTTGTCCGCCGATCCGAATTGGACCAACCTGTACGAGCAGCATCGGGAGATCGCGGACGCGATTTCACGTCATGACGCCGATCATGCCGAACGGGAAATGCAGGCGCATCTCAGCCTGATCATCTCCAATCTGGCCGTGCTGAAAGAGAAGCATCCCGATTATTTTAAATAA	MVESLRLQPGSAGNIVYSKLKQQIVSLELPPGTALSEKEVSLSFEVSRTPVRESFVRLAQEDLVVVLPQRGTRVSLIDSELVEEARFMREQLEKAVVRLACESFPEDKFAELEHNLSEQRESIEKHDGKHMFDLDEAFHRILFEGCRKVGTWNVLQQMNAHLNRSRMLWLSADPNWTNLYEQHREIADAISRHDADHAEREMQAHLSLIISNLAVLKEKHPDYFK				NA	NA	NA	NA	NA
JZ016_03808	1098	uxuA	COG1312	Mannonate dehydratase	ATGCGCATGGTATTCAGGTGGTTTGGCGAGGGCAACGATACGGTCTCGCTGGATCAGATTAGACAAATCCCCGGCGTGGAGGGCATCGTATGGGCACTTCACGATATTCCTGTCGGCGAGGAATGGCCGATGGAGCGAATTGAAGAAATCGCGGACCAGGCAAAAGCGTACGGCCTTCATATTGACGTCGTCGAAAGCGTCAATGTGCATGAGGATATCAAGCTTGGGCTGCCCTCGCGGGATCAGTACATAGCCAACTACATCCGGACGATTGAGAAATTGGGCCAGGTCGGCGTCAAGGTCATCTGCTACAATTTCATGCCGGTGTTTGACTGGGCTAGAACCGATCTCCATAAGCAGACTGCCGATGGATCGACGGCTCTCTTCTTTGAGAAGGCCAAGATCCACGGCATTGATCCGATGGAGCTGGTACAGACGATCAACCGAAACAGCACGCTTACGATGCCAGGCTGGGAACCGGAGCGCTTGGCGCATCTGACCTCCCTGTTCGAAGCATACCGCGGCGTTACCGAGGACGATCTGTGGCGCAACCTCGAATATTTCTTAAGCGCCGTCATCCCGGCTGCCGAGAAGAACGGCATCCGAATGGCTATTCACCCGGATGATCCGCCTTGGCCGATCTTCGGTCTGCCACGGGTCATTACCAGCCAGGAGAATCTGCGGAGATTCCTCAAGCTATACGATAGTCCGGCGAACAGCTTGACCCTGTGCAGCGGTTCGCTTGGCGCCAATCCGGATAATGACATCGTCTCCATGATCCATGAGTTCCATGACCGGATTCCATTTGCGCACATCCGGAATGTACGCGTCTTTGATAACGGCGACTTCATTGAAACGTCCCACCGTACCGAGGACGGTACCGTTGATATTTCCGGCATTGTGCAAGCCTATCATGACAACGGTTTCACCGGATATGTAAGACCCGATCACGGGCGGCATATCTGGGGTGAGCAGTGCCGTCCGGGTTACGGTCTGTATGACCGCGCCCTCGGCATTATGTATCTCTGGGGGCTGTGGGACGCTTACAGCCGGGAGCGTGCGGGACGCGCAGCTCAGCTGAAGGAGGCTGTTCAATGA	MRMVFRWFGEGNDTVSLDQIRQIPGVEGIVWALHDIPVGEEWPMERIEEIADQAKAYGLHIDVVESVNVHEDIKLGLPSRDQYIANYIRTIEKLGQVGVKVICYNFMPVFDWARTDLHKQTADGSTALFFEKAKIHGIDPMELVQTINRNSTLTMPGWEPERLAHLTSLFEAYRGVTEDDLWRNLEYFLSAVIPAAEKNGIRMAIHPDDPPWPIFGLPRVITSQENLRRFLKLYDSPANSLTLCSGSLGANPDNDIVSMIHEFHDRIPFAHIRNVRVFDNGDFIETSHRTEDGTVDISGIVQAYHDNGFTGYVRPDHGRHIWGEQCRPGYGLYDRALGIMYLWGLWDAYSRERAGRAAQLKEAVQ	PGPT0018270_1031	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018270-uxuA-K01686	NA	NA
JZ016_03809	936	uxuB	COG1028	putative oxidoreductase UxuB	ATGAGTGAGGTAAATATCCATGCAACGGGTACATCTGAACCCGGACCAAGCGGAGTTTCTCATGAATCCACGCCACAAGTGACGTCATCCCTTCCCATTCATCCGTCATTAAACGGGAAGACGGTTGTTATTACGGGCGGCTCCGGGGTGCTGTGCCGGGCAATGGCTTTGGAGCTGGGCCGGCAAGGTGCCAAGGTCGCCGTCCTGAATCGTACGGCCGAGAAAGGGCAGCAGGTGGCGGATGAAATTACGGCAGCCGGCGGTACAGCGATTGCCGTTTCCTGCGATGTAACGGATGTGGAAAGCGTCCGGCAAGCGGAAAAGGCTGTGCGCGAGTCTTTCGGACCTTGCGATATCCTCATTAACGGAGCCGGCGGTAACCGGAAAGACGCGAATACAACCAACGAAATTTTCCGTCCGGAGGATGTGGGGCAGCCGGATCTGACAACCTTTTTCGGGTTAAGCGTACCTGGCTTCCGCAGCGTATTCGATTTGAACTTCATCGGCACGCTGATACCGACGCAAGTCTTTGCAGAAGGGATGCTGGGACGTCCCGGGGCCGTCGTGCTGAATATCTCGTCCATGAGCGCACCCAGCCCGATGACCAAGGTCCCGGCTTACAGTGCAGCCAAAGCGGCCATCAACAACTTCACGCAGTGGCTGTCCGTACATCTCGCGGAATCCGGCATTCGCGTGAACGCGATCGCGCCAGGCTTTTTCCTGACCGAGCAGAACCGCAATCTGCTGACCCATAGCGACGGTTCATTAACCGAGCGCTCTCATAAAATCATCTCCCATACCCCCATGAGACGGTTCGGCGTGCCGGAGGATCTGCTCGGCACCCTGCTCTGGCTTGTGGATGATCAGACCTCCGGGTTCGTCACCGGAACGGTGATTCCCGTAGACGGCGGCTTCATGGCTTATTCCGGCGTATAA	MSEVNIHATGTSEPGPSGVSHESTPQVTSSLPIHPSLNGKTVVITGGSGVLCRAMALELGRQGAKVAVLNRTAEKGQQVADEITAAGGTAIAVSCDVTDVESVRQAEKAVRESFGPCDILINGAGGNRKDANTTNEIFRPEDVGQPDLTTFFGLSVPGFRSVFDLNFIGTLIPTQVFAEGMLGRPGAVVLNISSMSAPSPMTKVPAYSAAKAAINNFTQWLSVHLAESGIRVNAIAPGFFLTEQNRNLLTHSDGSLTERSHKIISHTPMRRFGVPEDLLGTLLWLVDDQTSGFVTGTVIPVDGGFMAYSGV	PGPT0018270_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018270-uxuA-K01686	NA	NA
JZ016_03810	873	sigJ_6		ECF RNA polymerase sigma factor SigJ	ATGAGCACAGAGTTATTGTATAAAAGCTATCGATCCGCTCTGTTCTCGTTAGCTTACCGGATGCTGGGAAGTGTGATGGATGCGGAAGATATCGTACAGGAGGCCTTCATCAGCTATAACCAATTGCCCCATCCGCAGGACATTCGCAATGAGAGAGCGTTTCTGTACAAAATCGTAACGAATCGCTGCTTGGATTTGCTGCGCTCTTCTGCCAAAAAGCGCGAGCTGTACGTCGGTCCCTGGCTGCCGGAACCCTTGATCGAGAATATGGCGTCAGAGACGGACCCTTCGCTTATCGTAGAGCAGCAAGAGTCCATTTCTACAGCATACCTGCTGCTCCTTCAGCAGCTTAACGCGGTGGAAAGAGCTGTTTTTCTTCTCCGCGAGATTTTTCATTATTCCTATGACGAAATTGCTGAAATTCTGGGAAAAAGCAGTGCCAATTGCCGTCAAATCTTCCGCCGCGCTAAGAGCAGCATTCATTTTGATCCTGATCAGAGACCCTCGATCTCGGTGGCGGAGGCGCAGATCAAGGATTTTGTGGACTCCCTCTTACGGGGGAATACGAGTAAGCTGCTGGAGCTGTTAAGCGAAAATGTCGTTCTCTACTCGGACGGTGGCGGTAAAGTCAGAGCTGCGCAAATTCCTGTGGTTGGAGTCCATAAAGTGATCCAATTGCATCTGAACCTGCTTAAAATGTATGAAGGACAATATGCGTACTCTTATCTTACCGTCAATGGTCTGCCGGGAATGCGGATCCGGTTGGATAACGGTGTCCAATTCATTTATTCTTTTGCTTTTAAGAACCATCGGATCGAAACGATTTATACCGTGGCAAATCCGGATAAACTCAGGCATATACAGTTGCCGTGA	MSTELLYKSYRSALFSLAYRMLGSVMDAEDIVQEAFISYNQLPHPQDIRNERAFLYKIVTNRCLDLLRSSAKKRELYVGPWLPEPLIENMASETDPSLIVEQQESISTAYLLLLQQLNAVERAVFLLREIFHYSYDEIAEILGKSSANCRQIFRRAKSSIHFDPDQRPSISVAEAQIKDFVDSLLRGNTSKLLELLSENVVLYSDGGGKVRAAQIPVVGVHKVIQLHLNLLKMYEGQYAYSYLTVNGLPGMRIRLDNGVQFIYSFAFKNHRIETIYTVANPDKLRHIQLP	PGPT0014960_1950	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_03811	1299	glpB		Anaerobic glycerol-3-phosphate dehydrogenase subunit B	ATGCTAGAATATGACGTAGCCGTTGTAGGTGGAGGCGTAGCCGGTTTAACAGCTGCAATCTATGCGGCAAGAGCCGGGAAGCAGACGATACTCGTTGAAAAGCAGGAGCGTTTAGGTGGTCGGGCCATGACCTATAAGAAGAAGGGAGCCTACTTCAATCTGGGCGGGCATGCCTTATATCATGGAGATGCCCTTTCAACCTTTCGCGAATTAGGGCTCCAATTGCCGGGTGGCCAACCTTCGATTGACGGGTACGGGATTTGGAAAGGGAAACTAAGTCCGTTACCCATGGGCGTGAAATCCCTATTCACCACCCCTCTATTATCCTGGAAGGGCAAGATGGAGCTCGGCGCCTGGCTTGCGAAATTAGGTAAACTGGATACGCAGCTGTACGACAACATGAGTCTGCGCGAATGGATTGAGGGTAACGTGCAGGATCCGATGGTACGAAATTTATTCTATTCGCTATTGCGTACAGCGAGTTATGTGGTAGCCCCTGACCTGCAGGCTGCCGGTCCTGTACTGCAGCAGCTTAAGCATGCGCTTAAGGGAGTGTTGTATCTGGATCGGGGCTGGGGGGCCATGGTCGATGAATTAAAACAAAAGGCTCTGGAACAGGGAGTTCAAATCATAACGAAGAATAAAGTCATTTCGGTTGAGCATCACGATGGAAAGGTACGGCACGTCCTTTGCGGCGATGGCATGAAAATAGAAGCAAACCATATTATTCTTACCACACCGCCAGCTGTGGCTCATGAACTGGTGCCCCATGCAGAAGAAACCGCCCTTCATACTTGGAAGGAGCAGGCGGTCGAAGTGACAGCGGCTTGCTTGGATGTAGCTCTGCGTCGTCTTCCGGAACCGAAGCAGCAGTTTGTGTACGGCCTCGATCAAACCGTCTTTCTCTCGAATCAATCCCGAGCGGCTTACCTGAGTGATGATGGCGCACAAGTCATAACCTTGCTTAAGTATCAGGGCAAGGAGAAGGATGCAAGAAGGGATCTGCAGGAATTAGAAGAAACCTTAGACTTGGTACAGCCGGGTTGGCGCAACGAGCTCGTGGAGAAACAATACCTTCCTAACATCACGGTCTGCCACGATTTTATGCATGTGAAACGTCAGGAGAACCCGGGTCCAGCCGTCCCTGAAATCGGCGGGTTGTATGTAGCGGGAGAATGGGCAGCGCATGGCGAACTCTTGGTTGATGCTGCAACTGCAAGCGCCAAGCGGGCTGTACAGCATATACTCTCGCTTGAAAGTGAGGAAAGGACCCCGAATGAGCACAGAGTTATTGTATAA	MLEYDVAVVGGGVAGLTAAIYAARAGKQTILVEKQERLGGRAMTYKKKGAYFNLGGHALYHGDALSTFRELGLQLPGGQPSIDGYGIWKGKLSPLPMGVKSLFTTPLLSWKGKMELGAWLAKLGKLDTQLYDNMSLREWIEGNVQDPMVRNLFYSLLRTASYVVAPDLQAAGPVLQQLKHALKGVLYLDRGWGAMVDELKQKALEQGVQIITKNKVISVEHHDGKVRHVLCGDGMKIEANHIILTTPPAVAHELVPHAEETALHTWKEQAVEVTAACLDVALRRLPEPKQQFVYGLDQTVFLSNQSRAAYLSDDGAQVITLLKYQGKEKDARRDLQELEETLDLVQPGWRNELVEKQYLPNITVCHDFMHVKRQENPGPAVPEIGGLYVAGEWAAHGELLVDAATASAKRAVQHILSLESEERTPNEHRVIV				NA	NA	NA	NA	NA
JZ016_03812	111			hypothetical protein	ATGAATAACATGAATTTTCGGTTTGGATCTTCATTCCTGTCACATCTCGATGCCCTCGCCCGTCATACCCGTATAAAACCGAAAGGGATGATGACGGATGCTAGAATATGA	MNNMNFRFGSSFLSHLDALARHTRIKPKGMMTDARI				NA	NA	NA	NA	NA
JZ016_03813	1317	licH_2	COG1486	putative 6-phospho-beta-glucosidase	GTGGCAGCAGGATTAAAGATAGCGGTCATCGGGGGAGGTTCCTCCTATACCCCGGAAATTGTTGAAGGTTTCATTCGCAATTATGAGCAAATGCCGATTCGCGAACTGTGGTTTGTTGACATTGAAGAAGGCAAGCATAAGCTGGAGATTGTAGGCAATCTGGCTAAACGCATGGTGAAAGAGTCGGGCCTGCCGATCGAGGTTCATCTGACGCTGGATCGCAGACAAGCGATTGCGGGTGCCGATTTTGTGACGACCCAGATGCGTGTCGGTCTGCTCGCGGCACGTAAACAGGATGAGCATATTCCGATTAAACACGGCGTCATCGGGCAGGAGACGACGGGCCCGGGCGGCATGCTGAAGGCGCTGCGCACGGTTCCGGTGATTCTGGACATTTGCCGTGATATCGAGGAGCTGGCACCGAATGCATGGATGCTGAACTTCACGAATCCGGCGGGTATCGTCACGGAGGCGGTTGCTAAGCACAGTAAGGTGAAATCGGTCGGTCTGTGCAACTCGCCGATTAACTTTCAGAAGTTCCTGGCGGCGGAGTATGGCGTGTCGGAGAAGGACGTTCTGGCCGAGTTTGTCGGGATCAACCATCTGCACTGGGTGACGTCCGCTATCGTTAACGGGGAAGAGAAGATGCCGGAGCTGCTGGATGGCGGCAAATCGTATACGGCGAAGAACGTGCCGACCTTCGGCTGGGATGCGGATTTTATCCGCTCGCTTGGAGCGATCCCGACGTATTATCTTAAATATTTCTACATGACCGATACGATGTTTGCGGATATGAAGGCATCGCTGGAGAAGAACGGAACTCGAGCGGACGTGGTCAGCCGCGTTGAGCAGGAGCTGTTTGAGCTCTACAAGGATGAGAATTTGGCCGTGAAACCGAAGCAGCTTGAGCAGCGGGGCGGTGCTTATTACTCTGAAGCGGCAGTTAATCTGATGACGTCCATCTTCAATGACCGCCATGATATCCAGACATTGAATGTCGCAAACGGCAATATCTACGACTTCCTGCCTGCGGATGCCAGCATCGAGATCAACTGCGTAGTAACAGGCCAGGGGCCCATCCCGCTTGCACCGCAGAACGTGCCTTCCCATGTGAAAGGGCTAATGCATGCGGTGAAAGTATATGAACAATTGACGATCGAAGCGGCCATTACCGGTGATCGCGGCATTGCGCTGCAAGCGCTGGTTCACCATCCGCTGGTGCCTTCCGTAAGTGTAGCGAAGCAGCTGCTGGGTGAAATGCTGGAGGCGAACAAAAAGTACTTGCCGGCTTTTTTTAAGCCGGAGGCTGTGCTGTAA	MAAGLKIAVIGGGSSYTPEIVEGFIRNYEQMPIRELWFVDIEEGKHKLEIVGNLAKRMVKESGLPIEVHLTLDRRQAIAGADFVTTQMRVGLLAARKQDEHIPIKHGVIGQETTGPGGMLKALRTVPVILDICRDIEELAPNAWMLNFTNPAGIVTEAVAKHSKVKSVGLCNSPINFQKFLAAEYGVSEKDVLAEFVGINHLHWVTSAIVNGEEKMPELLDGGKSYTAKNVPTFGWDADFIRSLGAIPTYYLKYFYMTDTMFADMKASLEKNGTRADVVSRVEQELFELYKDENLAVKPKQLEQRGGAYYSEAAVNLMTSIFNDRHDIQTLNVANGNIYDFLPADASIEINCVVTGQGPIPLAPQNVPSHVKGLMHAVKVYEQLTIEAAITGDRGIALQALVHHPLVPSVSVAKQLLGEMLEANKKYLPAFFKPEAVL	PGPT0019105_867	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CARRAGEENASE,PGPT0019105-celF|licH|chbF-K01222	NA	NA
JZ016_03814	984	murK_4	COG2971	N-acetylmuramic acid/N-acetylglucosamine kinase	ATGAGTTTGTATCTGGGTGTAGATGCCGGCGGTAGTAAGACACACGCCGTGATCTGCGATGAACAAGGGAACATTCTTGGCAAGGGAGCGTCTGGGAACGGCAATCACCAGATTCACCGTGAACATGCGGCCCGTAATATTGAGGAAGCCTGCAATGCGGCTCTTCAAGAGGCTGGAGCTGCCAAAGAAGATATCAGTTATGCTTATTTCGGCTTGGCCGGAGCAGATCGGGAAGCCGATTATGAGATCCTGCGTCCGATGATCGGGGCTCTCGGTTATCCTAAGCATGATATCGCATGCGATACCATGATCGGGATGAGGGCTGGAACGAGCCGCCCGTATGGCGCTGCATTGATCTGCGGTACGGGCTTCAACAGCGCGGCCCGAAATCGTGCGGGAGAAGAGCTGCAGTATGGAGGCTTTGGCTTCTTGTATGGAGACGGCTACGCGGGCGGTTCCGGATTTGCCACGCTGGCTTTCCGGGCAGTCATTCGGGCCTGGGATGAGCGGGGACCGGCAACCTTATTGACATCGCTCGTACTGGAGCAAATGGGATACACGTCTGTAGAACCGATGTATGAGGATGTCCTCTACGGCAAGACGAAGGTTCCGCCAAGCCTCGTGAAGACCCTGTTCCAGGCGGCTGAAGCAGGTGACGAGGTAGCCACCCGAATTCTTGAGAATGAAGGCGAAGAGCTGGCCAATGCGGTATGTACGCTGATCCGGCGGCTGGACATGACGGATGAAGCCTTTGACATTGTCTATATCGGCAGTGTGCTGAACAGGCCGAACAGCTCGATCCTGACGGATGCGATCGAGCGGATCGTTGCGGTCCGGGCACCGCATGCAACCTGTGTAAGACTGACATCCGATCCGGTTTCCGGCGCGCTTCTTTGCGCGATGGACGTTGACGGTCATGCCATTGATGCACAGGCGGAGGCCAAACTGAAAGCATTTACGTTTGAGCAGGCAACCACAGCCTGA	MSLYLGVDAGGSKTHAVICDEQGNILGKGASGNGNHQIHREHAARNIEEACNAALQEAGAAKEDISYAYFGLAGADREADYEILRPMIGALGYPKHDIACDTMIGMRAGTSRPYGAALICGTGFNSAARNRAGEELQYGGFGFLYGDGYAGGSGFATLAFRAVIRAWDERGPATLLTSLVLEQMGYTSVEPMYEDVLYGKTKVPPSLVKTLFQAAEAGDEVATRILENEGEELANAVCTLIRRLDMTDEAFDIVYIGSVLNRPNSSILTDAIERIVAVRAPHATCVRLTSDPVSGALLCAMDVDGHAIDAQAEAKLKAFTFEQATTA				NA	NA	NA	NA	NA
JZ016_03815	897	rhaR_39		HTH-type transcriptional activator RhaR	GTGAATCGTCCGCAGAGTGTCGTTCCTGATGCTATAGATTTTACGAACGCTGCCTTTCCTTTTACAGCGTCGACCACGCACGGCATATTTGCCGGAGCCCAGCGCCTGCATTGGCATCATGCTTTGGAGCTCAATTATATTCAGAGCGGGACCGGATTTATTCTGATCAACGGGATGAAGCTCCAGTTTCAGCAGGGGGATATTATTTTCATCAACAGCAATGATCTTCACCGGGCGTATGAGACTGAGAACCTGGTGATGGATGTCATTATGTTCGAGCCTTCATTATTATCCATCGACCTCAAGTTCGATCCGGATCTGATGGCTCCATTCCGTTCGCTCGGAAACATGGAGAGGCAGTCCCCCGTGCACGATGAATTGGCTCACCTGCTGGGGCGCATGATGGAGGAGTATCAAGCCCGAGGTACCGCATATATGAGCCTGATCCGCTCGGATCTTATTCGTTTCCTGAGTTTGGCGAACCGCCATCTCTCGATTCCGGCTCAAGCGAACAGGCCGATCAAGGGCAGGGGAATGCATGCGTTAAAAGAAGTCCTGCGCACGATGGAGCTTCAGCTGGACTACAGCTGGACGCTGCAGGAGCTGTCGGACTTAACGCATCTGAGCCCTTCCCGGTTCAGCGCTCTGTTCCAGCAGGCGGTCGGCACTTCACCGCACCATTATCTGATTCAGCTGCGTTTGACGCATGCCGTGCACTTGCTAGAGACGACGGACCAGAAAATTATCGAGATTGCGGAATCCTGCGGGTTTCGGAATCTGTCTAATTTCAATCGTCTGTTCAAGCAGCATGTCGGCGCATCGCCAAGCGAAATTCGGGAGCGTGCTTATGCCGGTACTCCTATAATCCCCTCCACTTCAAAAACCAAGAAACAGTAA	MNRPQSVVPDAIDFTNAAFPFTASTTHGIFAGAQRLHWHHALELNYIQSGTGFILINGMKLQFQQGDIIFINSNDLHRAYETENLVMDVIMFEPSLLSIDLKFDPDLMAPFRSLGNMERQSPVHDELAHLLGRMMEEYQARGTAYMSLIRSDLIRFLSLANRHLSIPAQANRPIKGRGMHALKEVLRTMELQLDYSWTLQELSDLTHLSPSRFSALFQQAVGTSPHHYLIQLRLTHAVHLLETTDQKIIEIAESCGFRNLSNFNRLFKQHVGASPSEIRERAYAGTPIIPSTSKTKKQ				NA	NA	NA	NA	NA
JZ016_03816	1077	ilvK	COG0115	Branched-chain-amino-acid aminotransferase 2	ATGACTTACACGATACCCGTGGAATTAACGACGACCCCGAAGACAAAGCCGAGCCACCATAAACAGGCTTTCGGCACGGTATTTACGGACCACATGTTTATTCTCGATTATGACGCAAGTCAAGGCTGGCACGATCCGCGCGTCGTTCCGTATCAGCCGATCGAACTGGACCCTGCCGCCAAGGTATTTCACTACGGGCAGACCGTGTTTGAAGGCTTGAAGGCTTACTTGACGGAAGATGAGCGGATTCTCATGTTCCGCCCGAACAAAAATATTCAGCGGCTGAACCTGTCCAACCAGCGATTGAGCATTCCGGCATTGGACGAGGAGCTCGTTATGGAAGCGCTCAAGCAGCTCGTGCTCGTGGATCGCGACTGGATTCCTTCCGAGCCTGGCACATCGCTCTATATCCGTCCATTTGTGATCGCCACCGAGCCTGTGCTTGGCGTAGCGCCATCGCTGCAATACAAGTTCATGATTATCCTATCGGTAGTCGGTTCGTATTACGCGGAAGGCATCAATCCGGTCAGCATTTACGTGGAACCTAAATACGTGCGTGCTGTAGCCGGCGGCGTAGGCAATGCCAAGACAGCTGGCAACTATGCGGCAGGTTTGAAGGCACAGGATGAAGCAACGCTGAAGGGATACTCGCAGGTGCTGTGGCTCGATGGCGTACATCGCAAATATATCGAGGAAGTCGGCAGCATGAACGTGTTCTTCAAGCTGGGTGATACGGTCGTAACCCCGGCACTGAATGGCAGCATCCTGGATGGAGTTACCCGGAACTCCGTCATCCAGCTGCTTCAGCATTGGAACATCCCGGTAGAAGAACGGGCCATCTCCATTGATGAAATCGTGGAGGCCCATCGCAGCGGATTGTTGACCGAAGCTTTTGGCACCGGCACGGCAGCGGTCATTTCACCGATTGGCTCCCTGGAATGGCAGGATGAGCAATTGAAGATTGGTGAGGGAGCAACGGGCGAACTCTCCAAACGCGTATATGACGCCATCACGGGCATCCAGCTCGGAACGGTTAAGGATCCGTTCGGCTGGACGGTGGAGCTTGCATTATCTTAA	MTYTIPVELTTTPKTKPSHHKQAFGTVFTDHMFILDYDASQGWHDPRVVPYQPIELDPAAKVFHYGQTVFEGLKAYLTEDERILMFRPNKNIQRLNLSNQRLSIPALDEELVMEALKQLVLVDRDWIPSEPGTSLYIRPFVIATEPVLGVAPSLQYKFMIILSVVGSYYAEGINPVSIYVEPKYVRAVAGGVGNAKTAGNYAAGLKAQDEATLKGYSQVLWLDGVHRKYIEEVGSMNVFFKLGDTVVTPALNGSILDGVTRNSVIQLLQHWNIPVEERAISIDEIVEAHRSGLLTEAFGTGTAAVISPIGSLEWQDEQLKIGEGATGELSKRVYDAITGIQLGTVKDPFGWTVELALS	PGPT0008860_2465	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826	NA	NA
JZ016_03817	891	gltC_8		HTH-type transcriptional regulator GltC	ATGGATATTCGACAGCTGCGATATTTCCTGACGATTGCACAGGAAGGGCAGATCACGCGTGCAGCAAAACAGCTCAATATGGAGCAGCCTCCATTAAGCCGTCAGCTGAAACTAATGGAGGAAGAGCTCGGGGTTCTGCTGTTTGAACGCAGCGGCAAGCAGCTTCAGCTCACCCACGCAGGCGAGCTGCTTCAGAACAGAGCGGCGTCCCTGCTGAACCAGTTCAATGAAACGCTAACCGAGGTAAAGGAGATCCATGCGGGAATCCGCGGCATGCTCTCCATCGGTGCCGTCGTCTCCTGTATCTCGCTCCTGCCGCAGCGCATCCATATCTTTCGGCAGCAATATCCCGAGGTCACCTTCAAGATCCGGGAAGGCGATCACTCCCTGCTGGCGGATCAGCTCGACAAGCGCAATATCGAGCTCGCGGTGACCCGGCTCCCTTTCGAATCCAGCTTCGGGCCTGAGCGTTATGCCGTTCAGCCTTTGCCCTCCGACCCGTTCGTCGCGGTCCTTCCAAGCAGCTGGGAAAGTGTATCCTCCCATTCGGAAATCTCGATGCGCGAGCTCGCGGAATATCCGTTCTTGTCCTTAAAAACCGATCAGACGATCGGGATGCATGAGCGGGTAATACAAGAATTTAAGCGCGGCGAACTTGAACCGCGTGTCATATGCGAATGCTCCAGCGTTGCCATTATCGTTGCATTGGTAGCGGAAGGCATCGGCGCCACCATTTTACCCGAGTCGGTGATGTCCTCATTTACGATTCCCAACATTCGGACACTGTCCATTACGAGCGCTGATTTCCAGTCGGATGTGGGTATTGTCTGGCTCCGGGATCATGTACTATCCAATCGGGCTATGCATTTTTTAGCTACCTTTATAGAATAA	MDIRQLRYFLTIAQEGQITRAAKQLNMEQPPLSRQLKLMEEELGVLLFERSGKQLQLTHAGELLQNRAASLLNQFNETLTEVKEIHAGIRGMLSIGAVVSCISLLPQRIHIFRQQYPEVTFKIREGDHSLLADQLDKRNIELAVTRLPFESSFGPERYAVQPLPSDPFVAVLPSSWESVSSHSEISMRELAEYPFLSLKTDQTIGMHERVIQEFKRGELEPRVICECSSVAIIVALVAEGIGATILPESVMSSFTIPNIRTLSITSADFQSDVGIVWLRDHVLSNRAMHFLATFIE	PGPT0019770_131	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0019770-bsdA-K21755	NA	NA
JZ016_03818	819			hypothetical protein	ATGTTAATGAAGTTGATGCCTCAGGACGAGGTGCTGTACCAGGAAGATTTTATTCAGGATGAGGTGTCATACAATCTGATTCATCTCCTTGCCGGGTCGCCGCAGAACTTGGGGCTGAAATCGCCGGATGGACGCATGATCTTTGCGCAGTCTCCTCGTGGGAACGCATGGTTATGGATTTCCCGGAAGGTTTCCGGAGATAGGCGGCAGCACCTGCTCCAAGCGCTGGTTAGCGAGCTTAAGGAGGTGACCCTGCCTGGGGTGACCGGGGAGCCGGATGTGGCAGTGCAGTTTGCAAGCTGTTACGCTAAGAAACGTCATGAGACCTACCGTCATCATATGACGATGGAGTCTTATCATGCCCCCGCCGTGAAGCCCCCTCACTTCGTCGAGGGCGACATCAGGCAGGCCGCTGCTGAAGATACGCAGCAGGTGGCCCAGTTTCTGGTCGGATTCTCGGAGGATGCTTATGGGGTCCGCGCGAATGCGGCAAGCCAGATCGAGACAGCGCAGCGACTCATTCAGCAGGGGGGGTTAAATTTATGGATAGCCGGCGGCAAAGCGGTCTCGATGGCCAATGTTGCACACCGGTCACCACGGCACGGTCGCATCAACGCTGTATACACGCCGAGGGCTGAACGGAAAAAAGGCTATGCCGGCGCCCTGGTTGCAGAACTCGGACTTCGCTTGCTGCAGGACGGTTTGGTGCCCATGCTGTATGCCGATCAAGCCAACCCGGTCTCCAATCGATTGTATCAACATATCGGGTTTAGCCGGTGCGGGACGATTAGCGACTTCAAGTTTGTTAACAATGAATAA	MLMKLMPQDEVLYQEDFIQDEVSYNLIHLLAGSPQNLGLKSPDGRMIFAQSPRGNAWLWISRKVSGDRRQHLLQALVSELKEVTLPGVTGEPDVAVQFASCYAKKRHETYRHHMTMESYHAPAVKPPHFVEGDIRQAAAEDTQQVAQFLVGFSEDAYGVRANAASQIETAQRLIQQGGLNLWIAGGKAVSMANVAHRSPRHGRINAVYTPRAERKKGYAGALVAELGLRLLQDGLVPMLYADQANPVSNRLYQHIGFSRCGTISDFKFVNNE				NA	NA	NA	NA	NA
JZ016_03819	537			hypothetical protein	GTGAATATTGAGGTACGTTTATGCCCGAAGGAACAGTCATTTATTCTGCATAACATATATCCGCTGTACTTGCATGACATTGCTGAGATATGGGGGGTCCGTCCTAACCGGTTCGGTGTATTTGAAAAAGAGGATGTGCCGACCTTAAGCGAGCAGAGCAAGCAGCTCGATGTGTGGTGGGAGCAGCCATCGGTTCTTTTTCCTTATCTGATCTCCGTAGATGGTATTGCGGCAGGGCTGGCTCTGGTGGCGACCACGCCATACATCCCATCGCCGAATATCCAGTACTACTTGAATGATTTTTTTGTGCTTCGGACTTTTCGAAGACAAGGTGTAGCCCAACGAGCGGCTGAGCTTGTGTTCGATCATTTCCAAGGTGCATGGGAGCTGCAAACGAATCCGACCGAGCGCAATATGAGTACCCAGATTTTTTGGCGAAAAACGTTGAACACGTACACGGGCGGACGATATACGGAGCATGATGGCGTCCATCCGGAGAAGGGGGATATGCTGGTCTTCCGTTTTAATAACAAATGA	MNIEVRLCPKEQSFILHNIYPLYLHDIAEIWGVRPNRFGVFEKEDVPTLSEQSKQLDVWWEQPSVLFPYLISVDGIAAGLALVATTPYIPSPNIQYYLNDFFVLRTFRRQGVAQRAAELVFDHFQGAWELQTNPTERNMSTQIFWRKTLNTYTGGRYTEHDGVHPEKGDMLVFRFNNK	PGPT0028640_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028640-aac6_I|aacA7-K18816	NA	NA
JZ016_03820	927			hypothetical protein	ATGACAATAGCAAAACCAAATGATGATTATACACAAGTGATCCAAGAGATGCTGGAGATTGCCGGAAAACACGGGGTAAATTTGATTCCGGAGGGAATAGAGATGAATGAATCCGGCATGGATTTCCTTGTTGGATTCGCAGAGGAAGCAGGGACTGGAGCACGGTGGATTCTGCGTAAACCGAGACGATCGGATGTGCTGGATAGAGCAGATAACGAAGCTCGAGTCCTGAAGCTGATTCAATCCCATCTTCCGGTTGATGTACCGGATTGGCGGATTTACACGCCGGAACTCATTGCCTACCCGCTGCTAAGCGGGGAGCCTGCCGCTTCCGTCAGCATGGAAGGATATGCATGGAATATGGATCATGAGAATCCGGGCGAGGGGTTTATCCGCTCACTGGCTGAGGCGCTGGTTGCCTTGCATGGCGTCGATCACGATGCAGCCCGAGCAGCAGGTCTGCAGGTAAAGAGTCCCCAAGAGGTTCGTGATGAGACGGCGCGAAATATGGAAGACATCAAGAGCCGTCTGGGTGTTTCCGATGCGCTGTGGGAGAGGTGGCAAAAATGGCTGGAGGAGGATTCCTATTGGCCAACGCATTCTGCCCTCATCCATGGCGATCTTCACCCCCCGCATATCCTGATTGATGAGCGCGTGCAGGTGACCGGACTTTTGGATTGGACGGAGTCCGAGGTAGCAAGTCCCGCCAAAGACTTCGTGTTATACTACGCTATTTATGGCGAGCATAATCTCCGTGTCCTGTTGGACCGGTATGAACAAGCCGGAGGGAAGATATGGCCGCGCATGTTCGATCATATTGTCGAACAGCATGCCGCGTATCCCGTGCTGATCGCCCAGTTCGCTCTCCTGACAGGTCAGGAAGAGTATATGACGATGGCGCGGAATGCCTTGGGTTTGACGGAGTAA	MTIAKPNDDYTQVIQEMLEIAGKHGVNLIPEGIEMNESGMDFLVGFAEEAGTGARWILRKPRRSDVLDRADNEARVLKLIQSHLPVDVPDWRIYTPELIAYPLLSGEPAASVSMEGYAWNMDHENPGEGFIRSLAEALVALHGVDHDAARAAGLQVKSPQEVRDETARNMEDIKSRLGVSDALWERWQKWLEEDSYWPTHSALIHGDLHPPHILIDERVQVTGLLDWTESEVASPAKDFVLYYAIYGEHNLRVLLDRYEQAGGKIWPRMFDHIVEQHAAYPVLIAQFALLTGQEEYMTMARNALGLTE	PGPT0028010_182	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0028010-mph-K06979	NA	NA
JZ016_03821	291			hypothetical protein	ATGCTGACAATCAAAGAATATAGCGTTGAACTGGTGAAGGATCCTTTTGGAATCCTGGCAGGCAAACGCTTTGAGTTTGTATGCGATTTGGACGTGCCGGAGGACGACGAGCTCTATTCGGAGCATGGCGTCTATCTGAGAGTGATTTATCTGGAAGACGAGGAGTCTTCGCGCATTGTAAAATACGACTTCTATGAGCGGACAACCGACCAGTACCTGGACTTCGATATGGAGCCCGAGGAAGAGGAAGAACTCATGACTTTTTGCAAAGAGTATTTGCAGGAAGCGTAA	MLTIKEYSVELVKDPFGILAGKRFEFVCDLDVPEDDELYSEHGVYLRVIYLEDEESSRIVKYDFYERTTDQYLDFDMEPEEEEELMTFCKEYLQEA				NA	NA	NA	NA	NA
JZ016_03822	633			hypothetical protein	GTGTCCCAGAAGGAACATCTGACCATCACAGTAGAGAAGGGCAAGCAACGTTTCTCCGTAACATCGCCTCTTGGTGGTGTGGGGCGATTCGTCTTTGTGGTGAACGATCAATTCACCAATGCCCCCAATACCACTCAAATCGCCAGTGGCGCCAGTAAAAGCAGCGCAGCAGGCAACAATGCGGCCATTAAATCCCCGCACACGTACCAACAACAAAGCGTCGGAGCCGGGGGAATCGCTAAAAATCTCGGATTAAAAGACCCCAAGGACAAGGACCATTTCTCCAAACATCATCCGAAACATCACTCGAAACATAGCAAGCATAAAAAAAATCAAAAAGAAGTGGTATTCGTCATTAACAAGCAGGTCGTAAAGCTTCCGAAGGGAGGCCAAAACGCGTCTGCAACGCAGATCGCAAGCGGCGCCGGCAAATACAGCACAGGCGGCACCAACTCCGCGATCGAGAGCCGCGGCACCAGACAGCAGCACGCCGTAGGCGGCGGCAGTGGCAGCAAAGCCATTAACAAAGACGCCAACCAGCGTAAGCGCAAATCCAAGCACCGCGACTGGAAGTCCAAACACCATGACTGGAAATCCAGACATGACCACCGAACAAAGAAGAAGACGTATTAA	MSQKEHLTITVEKGKQRFSVTSPLGGVGRFVFVVNDQFTNAPNTTQIASGASKSSAAGNNAAIKSPHTYQQQSVGAGGIAKNLGLKDPKDKDHFSKHHPKHHSKHSKHKKNQKEVVFVINKQVVKLPKGGQNASATQIASGAGKYSTGGTNSAIESRGTRQQHAVGGGSGSKAINKDANQRKRKSKHRDWKSKHHDWKSRHDHRTKKKTY				NA	NA	NA	NA	NA
JZ016_03823	471			hypothetical protein	ATGCTGGAGACACATCCAACCGTCAAAAAGCTGCAATTCAAGGACCTCGGCCAACCGGTTCTGATGCTAAACGCACCACAGGCCTTTCAAGAGGTCATCAATTCCCTGCAAGGGGAAGTTCATACGGAGCCTAAGCAAGTGCCTTACGATTTTGTGCAAGCCTTCGGGACAAGCAATGAAGAATTGCAGCGCTTAGCCAAGATCGCAGCCAGCTCTGTGACTGACAATGGCCTGCTGTGGCTGTGTTACCCCAAGAAGTCGTCCAAAACCTACAAGAATTCCGATTGCAGCCGGGAGAGTATTACGGGCATTCTTGCTGACGAAGGCTATGAGCCCGTTCGGCAAATCGCTATCGATGAGGATTGGTCCGCCTTGCGTTACCGTAAAGTGGAGTTGATCAAGTCCATGACCAGATCGTTCGCAGCAACCGCGAAGGGGAAGGAACGGACCGGTCAAGAGGACGATAAATAA	MLETHPTVKKLQFKDLGQPVLMLNAPQAFQEVINSLQGEVHTEPKQVPYDFVQAFGTSNEELQRLAKIAASSVTDNGLLWLCYPKKSSKTYKNSDCSRESITGILADEGYEPVRQIAIDEDWSALRYRKVELIKSMTRSFAATAKGKERTGQEDDK				NA	NA	NA	NA	NA
JZ016_03824	1062	rlmN_1		putative dual-specificity RNA methyltransferase RlmN	ATGAACAAACCATCCATTTATGGATTAACATTAGATCAGTTGACGGCTTGGCTAGGCGAGCGTGGACATAAAAAGTTTCGGGCAACACAGGTATGGGAGTGGCTGTATCGGAAGCGGGTCACCGCTTTTTCCGATATGACGGATGTGCATCCGGAATGCTTGCAGCTGCTCGCGGAGCATTATACGATACTGACCTTGGAGGAGCACACCAAGCAGGAGTCTCTGGACGGAACGGTTAAGTTCCTGTTCAAGCTGGTGGACGGCAATCTGATTGAGACCGTATTAATGCGGCATAAATTCGGTTTGTCGGTCTGTGTGACTACTCAAGTCGGCTGTAACATTGGCTGCAGCTTCTGCGCCAGCGGTTTGCTGAAGAAGAGCCGGGATTTGTCCGCAGCGGAAATTGTGGAGCAGGTCATGCAGGTTCAGCTTCACTTGGATCAACAAGGCAAAAGCGAGCGGGTCAGCCATCTCGTGGTGATGGGGATCGGGGAGCCGTTTGATAATTATGAGAACATGTCGGATTTCATTCGCGTGATCAAGGATCATAAGGGGCTTGCCATTGGTCCCCGTCATATTACGGTATCGACCAGCGGGCTGGCTAACAAAATCGTCGAGTTCGCGGACAGCGATCTGGGCGTGAATCTCGCCATCTCCCTTCATGCGCCGAATGATGAGATTCGGACCCGCATTATGAAGATTAACAAAGCGATTCCGATCGAGAAGCTGATGGCAGCGATTGATTATTATCTGGAAAAAACGAATCGCCGTATCACGCTGGAGTACATTCTGCTGAAGGATGTGAACGATCAGCGGGAGCATGCGCTTGAGCTGGCAGAGCTTGTTGGCGAGCGACGCAATCTGGCGAATGTGAACCTCATTCCGTACAACCCGGTGGATGAGCACAGCCAATATCAGCGCAGCACAAAAGAATCGATTACCTCTTTTTACGATACTTTGAAAAAACAAGGCATCAGCTGCAGCGTTCGTCTGGAGCATGGAACCGACATCGATGCAGCCTGCGGGCAGCTGCGAAGCAAGCAGATCAAGAAAGCGCAGTAA	MNKPSIYGLTLDQLTAWLGERGHKKFRATQVWEWLYRKRVTAFSDMTDVHPECLQLLAEHYTILTLEEHTKQESLDGTVKFLFKLVDGNLIETVLMRHKFGLSVCVTTQVGCNIGCSFCASGLLKKSRDLSAAEIVEQVMQVQLHLDQQGKSERVSHLVVMGIGEPFDNYENMSDFIRVIKDHKGLAIGPRHITVSTSGLANKIVEFADSDLGVNLAISLHAPNDEIRTRIMKINKAIPIEKLMAAIDYYLEKTNRRITLEYILLKDVNDQREHALELAELVGERRNLANVNLIPYNPVDEHSQYQRSTKESITSFYDTLKKQGISCSVRLEHGTDIDAACGQLRSKQIKKAQ				NA	NA	NA	NA	NA
JZ016_03825	1482			hypothetical protein	ATGAAAACAAAAGGCAAAGCGCTCATTCTAGGTGGAGGCATAGCCGGACTATTCGCTGCAACCGTGTTATCCAAGCATTACGAAGAGGTAATCATCACGGATCGGGATGAGTTTCCAGCAGGACCGGAGACTCGGGCGGGTACGCCGCAGGCCTATCATCCGCACCGTTTCCTTGAGCGCGGCAAGATGATTGTTGAACGATGGTTCCCCGGCATAACCGAGGAGCTGGTTCAGCACGGGGCCCACCCCCGGGCGCATAAGTCCGTTAAAATGACCAACCGCTTCGGCACGCTGGAAATGCCCGATGAGCCCAATGCGGGATGCAGCCGATCCCTGCTGGAGTGGACGCTGCGTAGCAGAGTAGCCAAATTGCCCAACGTCACCCTTCTACCGAAACTGACGGCCCAACAATTGCTGTTTGACGCAGACAAGAACACCGTTACCGGTGTGGTGTTCCGGGACAGAAGCGTCGAAGAGCCGGCGCTCCTTCATATGAATGCGGATATCGTCGTGGATGCAAGCGGGCGCGGTTCCAAGCTATCGGATTGGCTCCAGAACCTCGGTTATGCGACACCCGAGGCCGAGAGGCTGCACATATCCCTTGGTTATAGCACGCGGCATTATAAGGTGCCAGAAGACATCCAAGCGGCGTGGAGCACCATTGTGAACGAAGGAGATCCCTCCCGTGGTATCGGCACGGCCGTATTCAATCCGATCGAGAACCAGATTGCGGAGGTTGTTCTGTACCGCGCGGGAGGAGACTCTTATCCGACAACCAACCATCAGCTGTACGACCAGGAGGCACAAAATCTGTTCGGCGCTGCCATCGGAGATTTGTTTCAGCAGCTTGAACCGGTCTCAAACCCGCGCGGCTACCGGATCGAGGAATGCCTTAGACAGCATTTCGAGCAGATGGAGGATTGGCCTTCCGGTCTGCTGGTGCTCGGTGATGCTTTCTGCAGCTTCGATCCGATATTCGGCCAGGGCATGACGGTGGCCGCCATCCAGGCAGATACGCTGGACCAATGCTTGCAATCGATGCAGAATGGAGTTCTGCTTGAGGAGGGATTCGAACGCTTCGCCCTCCTAAAGATTCAATCCGCCATTGAGCCTGCATGGTGGCTTAGCGCAGCCGCAGATCTCAGATGGCCGGGCGTGACATACGAGGGCCACCTGTCCGCCCAAGGCTTCTCTTTTGCCCAGAGGCTGTTCGATATATGCCAGGAGCTGGCTTATGATCATAACGATATGGCCGTATTCGAACAGTATATGATGGTAACTGGTCTCTTCGCCTCACCTCAGGATTTGTTTAATGCCGAATATATCACCGCACTCGTGAATGCAGACCCATCGGGTAAAGGTAAAGCTTGGCTTCATCAAGTATTACAGGAGACAAACTTGCCCCTGGAAGAACTACTCGCGCGGATCATCCCGGTCTTTAATAACGAATTTCTGCCCTTATCCATGGGATTGCCCGAATAA	MKTKGKALILGGGIAGLFAATVLSKHYEEVIITDRDEFPAGPETRAGTPQAYHPHRFLERGKMIVERWFPGITEELVQHGAHPRAHKSVKMTNRFGTLEMPDEPNAGCSRSLLEWTLRSRVAKLPNVTLLPKLTAQQLLFDADKNTVTGVVFRDRSVEEPALLHMNADIVVDASGRGSKLSDWLQNLGYATPEAERLHISLGYSTRHYKVPEDIQAAWSTIVNEGDPSRGIGTAVFNPIENQIAEVVLYRAGGDSYPTTNHQLYDQEAQNLFGAAIGDLFQQLEPVSNPRGYRIEECLRQHFEQMEDWPSGLLVLGDAFCSFDPIFGQGMTVAAIQADTLDQCLQSMQNGVLLEEGFERFALLKIQSAIEPAWWLSAAADLRWPGVTYEGHLSAQGFSFAQRLFDICQELAYDHNDMAVFEQYMMVTGLFASPQDLFNAEYITALVNADPSGKGKAWLHQVLQETNLPLEELLARIIPVFNNEFLPLSMGLPE				NA	NA	NA	NA	NA
JZ016_03826	597	betI_8		HTH-type transcriptional regulator BetI	ATGGCCCCGTTAAACGAAGAACAACTGCATCAAATACGCGACGAACGAAAAGAACAAATCATGCGAGCTGCCATCAAAGTATTTTCCAGAAGAGGTATTTTCGGAACCAAGATGAGCATGATCGCCAGTGAAGCCGGGGTCAGCCACGGTCTTCTCTATCATTATTTTAAATCCAAAGACGAGTTGTTCATCACGCTCGTTCAATGGTCGATGGAGGAGGCACGGCTAGCGCTCTCCGAAATCTATAACGTGCCCGGTACCCCTCTTGAGAAAATCACATTGCTAACCTCCATGATTCTCCAAGAGGATGATAATACGCACTTTATGCTGATTCAGCAAGCACGTACCTCGGATGGCGTGCCCGAAGAGGCCAAGCGGATTATCGAGAGCTATTCCATCCATGCCTTTGTTGACCAGCTTATGCCGCTGTTCGAAGCAGGGCAGGATGCAGGGGAGATTGCGGCTGGCGATCTGAGAGAGCTCGTAGCCTGTTATTTATCCGTGCTATCGGGATTAATGACGCTGAAGTCCCAAGAGGACCCAAGCTATACGCCCCCTAAGGCGGAGCTGCTGCTGCGACTGCTTAGGAACGGATAA	MAPLNEEQLHQIRDERKEQIMRAAIKVFSRRGIFGTKMSMIASEAGVSHGLLYHYFKSKDELFITLVQWSMEEARLALSEIYNVPGTPLEKITLLTSMILQEDDNTHFMLIQQARTSDGVPEEAKRIIESYSIHAFVDQLMPLFEAGQDAGEIAAGDLRELVACYLSVLSGLMTLKSQEDPSYTPPKAELLLRLLRNG				NA	NA	NA	NA	NA
JZ016_03827	963	cpdA_3		3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA	ATGTTGAAGCCAACTCTTCGATTCGGAGACGATCATACCTTCAAGATTGTGCAGTTCACAGATATTCATTGGAAGAATGGGGAGCCGGAGGATCAGATGAGCCGGCGCTGCATGGAAACGGTATTGGACCTGGAGCAGCCTGATCTGGTGGTATTTACGGGCGATCTCATTTATTCGGGGGAAGCCGATCCCGGCTGGAAAAAGTGCCAGGATCCAGTGCAGGCCTTCAAGGATGTTGTCAAGACGGTGGAGTCACGCGGAATTCGCTGGGCCTTCGTATTCGGGAATCATGATACGGAGGGGGATATCACACGTGAAGAGCTTATGGATGCAGCCCTGCAGCACACCTACAACTGTGCAGAGCACGGCTCGCCGGAAATTCATGGCGTAGGGAATTATACGCTTCCTTTATACGGCAGCAATGGGGAAGAGACAGCGGCCGTCTTGTACTTCTTCGATTCAGGGAGAGAGTCCGAACATCCTGCAGTTCCGGGGTACGATTGGATTCGGCGCGATCAGATCCGCTGGTATGAGATGGCGTCCTTGGCTTACAGCGCCAAGCATCAAGGGAATCCGCTGCCGTCATTGGCTTTTTTCCATATCCCTCTGCCGGAGTATCGTGAGGTGTGGGAGCGGAAGACGTGTTACGGCAGCAAGTTTGAAAGGGTATGCTGTCCGGAGTTGAATACCGGTCTGTTCGCGGCCATGCTGGAGCGGGGCGATGTGATGGGCACGTTCGCCGGACATGATCATATCAATGATTACTGGGGGGAGCTGCACGGCATCCGTCTTTGTTACGGCAGAGCTACCGGTTATGGTACATATGGCCGGGAAGGCATGCTCCGTGGTGCGAGGGTTATTCGCCTGCATGAAGGACAGCGGCAGTTCGACACTTGGATTAGGCTGAGCGACGGCTCGCAGATTCGGGAACAGGAGAAGCATGAACCCGAGACGCCCCTCTGA	MLKPTLRFGDDHTFKIVQFTDIHWKNGEPEDQMSRRCMETVLDLEQPDLVVFTGDLIYSGEADPGWKKCQDPVQAFKDVVKTVESRGIRWAFVFGNHDTEGDITREELMDAALQHTYNCAEHGSPEIHGVGNYTLPLYGSNGEETAAVLYFFDSGRESEHPAVPGYDWIRRDQIRWYEMASLAYSAKHQGNPLPSLAFFHIPLPEYREVWERKTCYGSKFERVCCPELNTGLFAAMLERGDVMGTFAGHDHINDYWGELHGIRLCYGRATGYGTYGREGMLRGARVIRLHEGQRQFDTWIRLSDGSQIREQEKHEPETPL				NA	NA	NA	NA	NA
JZ016_03828	774	glcR_3	COG1349	HTH-type transcriptional repressor GlcR	ATGTCTGTAACCTATGAGGAACGCAGGGGGAAGATCTTAAATCAATTGGAGCTGGAGGGCAAGGTGAGAGTCCACGCCCTTGCGGAGCAGCTGGAGGTATCCGCGGAAACGATCCGCCGCGATTTGGACCGGTTAGAGAAAGAAGGCCAGCTGCGCAAAGTTTACGGCGGCGCCGTCAAATCTCGTTCCGGGCATATTGAACCGTCCTTCACCAGCCGTTCCCAGACATGCGCAGAGGAAAAGGCCGCGATCGGTAAACTCGCCGCCTCCCTAGTCAAGGAAGGGGAGACCATTCTGCTGGATAACGGAACAACCACGATTGAAGTCATCCGTTATCTTAAGGACCGGTCCGATGTGACGGTCATCACCCATTCGCTGCCTGTCCTGAATCTGGCTATGGAGATTTTTCAGGGAAAGATTATTTATATCGGCGGGGATATGGACCGGACCAAGCAGGCGGCAACAGGTCCTCTCACTGAAATGCTGCTGGAACAGTTCAAGGTCAATAAAGCATTTATCTCGGTCGGCGGTATCTCCTTAACCGATGGCATTACCGATTACAATTTGGATGAAGCCTACATATCGCGAAAAATGCTGGAGCGTTCGGAGGAAGGCATCGTTCTTGCCGATCACACCAAGCTCGGGGTAACCACGTTCTCGAAGCTCGCCAAACTGGAGGACATCTCCATGGTTATCACGGATCCGGGCTGTTCGCAGGAATGGGTGGATAATCTGTCCGCCCGCAGCATTGAAGTCCTTATCGGACATTTCTGA	MSVTYEERRGKILNQLELEGKVRVHALAEQLEVSAETIRRDLDRLEKEGQLRKVYGGAVKSRSGHIEPSFTSRSQTCAEEKAAIGKLAASLVKEGETILLDNGTTTIEVIRYLKDRSDVTVITHSLPVLNLAMEIFQGKIIYIGGDMDRTKQAATGPLTEMLLEQFKVNKAFISVGGISLTDGITDYNLDEAYISRKMLERSEEGIVLADHTKLGVTTFSKLAKLEDISMVITDPGCSQEWVDNLSARSIEVLIGHF	PGPT0017590_349	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436	NA	NA
JZ016_03829	852			hypothetical protein	ATGGAGCTGCTATCCCTGCTGTTGGTGCTGTCTTCCGGTCTTACCCATGCCCTCTGGAATCTGTTCACGAAGCGAAGCATTCATAAATCGGTGTTTCTGTGGTGCATCCATTCTGTCACCTTAATCCTCCTGATGCCTTCATTTCTCATGGAGATGTCAGGGCTAAAGCTGGAACCGCACATTTACGGACTTATGCTGCTGTCTATGACCATTCAGGGCTTCTATATTACGCTGCTCTCCAAAGCCTATACCCATGGCGATATGTCCCAGGTATACCCGTTTATGCGAGGGCTTGGGGCCATGCTGACCTCGCTGTGCAGCCTCGTGTTGTTCCATGAGCATCTAAGTGCAGCGGGTTATATGGGCCTTAGCATCATTATCTTTTCGTTGTTTGCTGTATCGGGTTTGAAATTCAGAGGCCCTTCCAGCCTGAACCCCAAGGCCTTAATCTATGCTTGCCTGGTTGGACTATGCATTTCCGGATATACCCTGACCGACAAGGCTGTTCTGGACGCAGGGGTCTCTCCGATCGCCCTGATTCAATTATCCAATATCAGTTATTTCATCGCTCTCATCGTTCCCGTGATACTGTCCAGAGGGCTGAAACAGGAATGGACGGTGAACTGGCGCACGATTCTGTTGGGCTCCATCCTGGCACCGGGATCGTACTTGCTATTCCTGTTCGCCATGCGGCTTACTCCGCTTGCACACATCGCGCCGGTTCGTGAAATCAGCACGGTATTCGGCACTCTGCTCGGCATCATCGTTCTGCGTGAGCAGCAAGGCTGGCGGCGAATCATTACATCCGTGCTCATCACGCTGGGTATCATCACCATTGCATCATGGGGGTAG	MELLSLLLVLSSGLTHALWNLFTKRSIHKSVFLWCIHSVTLILLMPSFLMEMSGLKLEPHIYGLMLLSMTIQGFYITLLSKAYTHGDMSQVYPFMRGLGAMLTSLCSLVLFHEHLSAAGYMGLSIIIFSLFAVSGLKFRGPSSLNPKALIYACLVGLCISGYTLTDKAVLDAGVSPIALIQLSNISYFIALIVPVILSRGLKQEWTVNWRTILLGSILAPGSYLLFLFAMRLTPLAHIAPVREISTVFGTLLGIIVLREQQGWRRIITSVLITLGIITIASWG				NA	NA	NA	NA	NA
JZ016_03830	804			hypothetical protein	ATGGCTAAACGCGTCATTATTCTTGGAATTGATGGAGCAGGCAGGTTCGTTCAAGAAGCGGATGCACCGCATCTTCACGCCCTGCTGCAAGCTGGAGCCTACTCGTACGATGCGCAGACCGTATTTCCCAGCATCAGTGCTGAATGTTGGGGCTCGTTGTTATATGGCGTAAGCCCGGCCCAACACGGTCTTGATAATGACCGGGCGATCCACGGGCAAATTCCGGATGACTTCCCCTATTCGTCACTATTCAAGCTGGCCCGCCAGCAATGGCCGGATGCTCCTCTGTCCGCGTTCAGCTGCTGGGAACCGATCAACACAGGAATCATTGAGAATACGATCAATGTTCATATGGAATCCAAACCCGATCCCGAGCTGACGGAAGCCATCGTCGATTATATTCATCAGCAGCCCGATTTCAAACTGATGTTCATTCAGTTGGATCACCCCGACGGCGCGGGCCACAAGTACGGATTCGGTACTGATAAGCAGCTGGAGCAGATTGCCGTTACGGATAAGTACGTAGACATGATAATCGAGGCACTGGATGATCAGCAGCTGCTGGAAGATACGTGGATCATCACGGTTACGGACCATGGCGGCGGAGGCGCTCATCCTAATGACCATGGCAGTGACCATCCGATGGATATGACCATCACCTGGGGGATTACGGGTCCGGGCGTAAAACCCGGCCTTCTCGACGCTCCGATCAGCATCATGGACACGGCCGCCGTCATCGGTCATGTGCTGGGGCTGCACACACCGGATTGCTGGGAAGGCAAGGTGCCCGAAGGAATATTTTAA	MAKRVIILGIDGAGRFVQEADAPHLHALLQAGAYSYDAQTVFPSISAECWGSLLYGVSPAQHGLDNDRAIHGQIPDDFPYSSLFKLARQQWPDAPLSAFSCWEPINTGIIENTINVHMESKPDPELTEAIVDYIHQQPDFKLMFIQLDHPDGAGHKYGFGTDKQLEQIAVTDKYVDMIIEALDDQQLLEDTWIITVTDHGGGGAHPNDHGSDHPMDMTITWGITGPGVKPGLLDAPISIMDTAAVIGHVLGLHTPDCWEGKVPEGIF				NA	NA	NA	NA	NA
JZ016_03831	531	sttH_1		Streptothricin hydrolase	TTGAAGAAGAGTGCGCTTTTGGTCATTGATGTACAGAATGAGATGTTTCAAGTGAATGATCCGGTGTTTGAAGGGGATCGATTGCTCCACAATCTCAAGCAGCTGATCGCAAAAGCCAGAAGCGGCGGCATTCCTATCCTCTACATACAACATAATGACGAAGGTTTGATGGCAGGGTCGGAGGCGTGGAAGATTAACCGTGAGATTGCGCCTGCGATGTCGGATACGATCATTCAGAAGACCAGACCGGATTCATTCTATAACACCTCACTTGAAGAGAAACTGAAGCAGCAAGGCATAGAACATGTGATTCTTGCAGGTATGCAGAGTGAGTTATGCGTAGACACCACGTGCAGGAGAGCGTCCAGTTTGGGCTATGATGTCACGCTGGTATCCGATGCACACAGCACCTGGAACAATTCGGTGTTAACCGCGCAGCAGATCATAGATCATGTGAACGCTACCCTGAGATGGTTTGCCGACGTGAAGACAACAGAAGAAATCCTCATTACGAAAGAAGCCGGCGTGTAA	MKKSALLVIDVQNEMFQVNDPVFEGDRLLHNLKQLIAKARSGGIPILYIQHNDEGLMAGSEAWKINREIAPAMSDTIIQKTRPDSFYNTSLEEKLKQQGIEHVILAGMQSELCVDTTCRRASSLGYDVTLVSDAHSTWNNSVLTAQQIIDHVNATLRWFADVKTTEEILITKEAGV	PGPT0028650_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028650-aacA-K00663	NA	NA
JZ016_03832	480		COG1846	putative HTH-type transcriptional regulator/GBAA_1941/BAS1801	ATGAAACAATTGGGATTTCATCAGGAGAACCGATTAGCTATGCTGTCCTGGATTCGGATCACCCGTTTTCAACAGATCGGCAATCACCTCTCGAATGAGTTCTTACAGCCGTTCTGCATCACGGTTGCCCAATTCGACGTTTTGATCCAGGTCTTCGCGCACCAACCTTTATCACAGCAGGAGCTGGCCGAATATCTTTCCATTAGCGGCGGCGGTGTCTCCCATATGGTAAAACGGCTGGAGAAGCTGGATCTGATTGTCCGCAAGCAGGATTGGAAGGTAAAGTATATCTCGCTAACGGATAAGGGACAGGCCCTGCTGGAAGAAATTATTCCGCTGCTGTCGGATTTCCAAACCTCTATGTTCGACGTTCTGGATGAACAGGAGTTACAGCAGCTTTACAAGACGATGAGGAAGCTTCATCAGCATAATGGAAAGAAAAAGTCGGCACACCCGAGGGTTATCGTCGAGGAGGAGTAG	MKQLGFHQENRLAMLSWIRITRFQQIGNHLSNEFLQPFCITVAQFDVLIQVFAHQPLSQQELAEYLSISGGGVSHMVKRLEKLDLIVRKQDWKVKYISLTDKGQALLEEIIPLLSDFQTSMFDVLDEQELQQLYKTMRKLHQHNGKKKSAHPRVIVEEE				NA	NA	NA	NA	NA
JZ016_03833	1095	araR_6	COG1609	Arabinose metabolism transcriptional repressor	ATGGAACAAATTCCACTATATCAACATATCGTAAATGCTTTAACGGCCAAGATTGAATCCGGAGAGCTCCAGGCTGGAGATCAGCTTCCAACCGAAGCCGAGATTTCGAAGGAATACAACGTCAGCCGGATCACCTCGAAGAGGGCGCTGACCGAGCTGGAGAATGCCAAGCTGATCTACCGGATCCAAGGTAAGGGAAGCTTCGTGAGCACAGACAAAGCCCCTCAAAGGCACCTGAGCAAGACGAATAAGGAGATCCTGCTGATTCTGCCATTCGCTCATAACCCGGGACTTGGTGATTACGAAAAAGGCATCAACGAATATCTCGCAACGACCGACTACACTTTGAACATTCAGTCCAATACGATTGTCGGACAGCGGAAGCTGCTGGAAGCCGCGCTTCAAAGCGCCAATTCGGGGCTGATTCTCTACCCGATAAGCAGCATCTCGGATCTTGGCATTCTGTATCAGTATCACCTGGCACAGTACCCGCTGGTGACGATGGATAAATGCATTGAAGGGATTCCGTTCCGTTCGGTTGTCTCCGACAACTTCGGTGGCGGGTATCAGGCCTCCAAACATCTGATCGAGAATAATCATAAGAAGATCGCCTTTATCTCCTCCTTGAAGGTAGAGAACTCTTCCTCGATCCGGGAGCGGTATTTCGGCTATTTGAAAGCTTTGTATGATTACAAACTGATCGATTACAGCGTCAATGACTTGACCGACCGGTACTTAACCCATGACAACGACAACGGCAGAGAATACTATATTCAGTTTATTCAAGCCGTTGTGACGCAAGGAATTACGGGTATTGTTGCCGAGAATGACCTCATCGCGATCGAGATCATTCAGATTGCCAAAGAGCTGGGCCTGTCGGTACCGGATGATTTCTCCATCGTGGGCTTTGACAACATTCATCTCGCGGGCTTCGTTGAACCCAAGCTGACCACCATATCCCAGGATTTCGGACAGATGGGGTATCAGGCTGCACAGTGCCTTATCACCCTGATCGAGAATCCCCAGGATCACCCGCATGAGAATACCGTGGTTCCCGTTCGTCTCATTGAACGACAGACCGTGAAGAAGCTGTAA	MEQIPLYQHIVNALTAKIESGELQAGDQLPTEAEISKEYNVSRITSKRALTELENAKLIYRIQGKGSFVSTDKAPQRHLSKTNKEILLILPFAHNPGLGDYEKGINEYLATTDYTLNIQSNTIVGQRKLLEAALQSANSGLILYPISSISDLGILYQYHLAQYPLVTMDKCIEGIPFRSVVSDNFGGGYQASKHLIENNHKKIAFISSLKVENSSSIRERYFGYLKALYDYKLIDYSVNDLTDRYLTHDNDNGREYYIQFIQAVVTQGITGIVAENDLIAIEIIQIAKELGLSVPDDFSIVGFDNIHLAGFVEPKLTTISQDFGQMGYQAAQCLITLIENPQDHPHENTVVPVRLIERQTVKKL	PGPT0017490_332	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_03834	2193			hypothetical protein	ATGCTGAACTATATCGATACAAGGCAAGGCACCAACAACCAATACACCTATTCCAACGGGAATGCGCTTCCTTATACGGGTGTACCTTTCGGTATGAACCATTATGTCGTCCAGACCAAAAACGAAGGAAGCTGGTTCTTCAACCCTAATGACCGCGTCTTCCAAGGCATTCGCCTGACACACCAGCCAAGTCCATGGATGGGCGATTTCGCCCACTTCCTGATGACTCCGATTGCGGACGACAAAATCAGAGGGTCCGTCTTCACCTGTCAAAGCTCCTACCGGCCTGAAGAAGCGACATTCAAACCCCACTATCTCAGAGTGAAGCAGCAGCGTTATAACATCACCACGGAGCTGGTTCCCAGCACCTACGGTGCGGCAATGCGTATGAAGTACAATTCCGGGCAGCAGGCAGGCTTTGTCCTGAATGTTAATAACATAAGCGAGTTCCGACTGGATGCAGCCCAGCGCAAATTAACTGGCTATGTCAGCAACTTCGCAGGCTGTCACGATGACGGGTTCCGTATGTACGTAGCCATAAGCTTTAGCAAGGACATAGATCTTGCTACAACAGGTTATTACAACGAAGAAGGCAAGTTCTTCCCTGCGGTTGCTTTTGGCGGTGTCGACCAGCACGTCGTTATTCGTTTCATAGACTGTGAAAGAGACGTGCTGGATGTTAAACTGGCGACGTCGTTTATTAGCCTGGAGCAAGCAGAGCTTAACCTTGCGCGCGAGCTTGACATATCCCTGGATGAGCAGAAGGAACTGGCTGCACAAGCCTGGAATCATTACCTTAACAAAGTCCGGGTCACTCACTCGAACGAAGAATATATGCGCACCTTCTATACTTGCCTGTACCGCATGTTCCTGTTCCCGCAGAAGTTTTATGAGCTGGATGCCAACATGGAGCCGGTACATTACGATACAACGGCCCGATCCGTCAAAAAGGGCATTCTCTATACCAATAACGGCTTCTGGGATACTTACAAAACCGTATATCCGCTCTATTCCATCATCGCGCCCAAGGAATATGAGGAAATGCTGGAAGGTTTCCTGAATTCCTACCGCGAGACCGGCTTCCTGCCAAAATGGCTGTCCCCGGATGAGCGCGGGCTGATGCCAGGCACGCTTATTGACGCCGTCATTGCGGATGCGGCGGCTAAGGGACTGGCTCAGCACCTGCTGCCGGAACTGCTGGAAGCCATGCTGACCGCAGCCACCACGCAGAGCGGACAGAATTGTTATGGACGGCAAGGAACGCTGGATTACATCAAGTACGGTTATGTTCCAAGCAGCTATCACGAGAGCGTGAACCACACGCTGGATTACGCATACAGCGACTACTGCATCAGCCGCGTGGCCGATGTCTTGGGCCGATCGGATGTTGCAAACCAATACAGACAAAGCGCGCTCAACTACAGAAATATTTTCGATGCAGAAACCGGGTTTATGCGGGCCAAGGATCAGGACGGCCAATTCCGTCCGGATTTCAACGATACGAGCTGGGGGCTTGATTATGCCGAGGGAAGCGCCTGGCAGACCAGCTTTGCCGTATTCCAGGATTTCCAAGGCTTGATCGAGGCGTATGGTTCGGAGAAACGTTTTTTCGATAAAATCACCGAATTGTGCAACAAAGCACCGGACTTCGACGTACGGGGCTACGGCTTTGAAATTCATGAGATGAGTGAGATGGCTGCCATCGACTATGGCCAGCTGGCGATATCCAATCAGCCAAGCTTCCATATTCCTTATCTGTTCAACTATGTCGGGCAGCCCGCATCATCCCAGGTCGTCCTCAAACAGCTGATGTCGAACCTGTTCAACAGCGGCTTTGACGGTTTCCCGGGAGACGAGGATAACGGCAGCATGTCCGGATGGTATGTGTTTAGCTCCATGGGCTTCTATCCGGTATGTCCGGGCAGTAATGAATATGTGCTCGGCATCCCGTTGTTCGACAGCGTGAGTATTGAGCTGCCAAACGGCAAACAGATGTCGATTCATACCGACAACAACAATCCGCAGTCCAACTTCGTGGCCAGCGTTCAATTGGAAGGACAGGATTACACCAAACTGTACATTACGCATGAGGATATTCTGGCAGGCAAGTCCCTCGATTTCCGTCTCGGGCTGGCTCCAAGCTACCGTGCTTACAGCTCTGATGAGCTCCCGTTCTCGATATCGAAGAAGTAG	MLNYIDTRQGTNNQYTYSNGNALPYTGVPFGMNHYVVQTKNEGSWFFNPNDRVFQGIRLTHQPSPWMGDFAHFLMTPIADDKIRGSVFTCQSSYRPEEATFKPHYLRVKQQRYNITTELVPSTYGAAMRMKYNSGQQAGFVLNVNNISEFRLDAAQRKLTGYVSNFAGCHDDGFRMYVAISFSKDIDLATTGYYNEEGKFFPAVAFGGVDQHVVIRFIDCERDVLDVKLATSFISLEQAELNLARELDISLDEQKELAAQAWNHYLNKVRVTHSNEEYMRTFYTCLYRMFLFPQKFYELDANMEPVHYDTTARSVKKGILYTNNGFWDTYKTVYPLYSIIAPKEYEEMLEGFLNSYRETGFLPKWLSPDERGLMPGTLIDAVIADAAAKGLAQHLLPELLEAMLTAATTQSGQNCYGRQGTLDYIKYGYVPSSYHESVNHTLDYAYSDYCISRVADVLGRSDVANQYRQSALNYRNIFDAETGFMRAKDQDGQFRPDFNDTSWGLDYAEGSAWQTSFAVFQDFQGLIEAYGSEKRFFDKITELCNKAPDFDVRGYGFEIHEMSEMAAIDYGQLAISNQPSFHIPYLFNYVGQPASSQVVLKQLMSNLFNSGFDGFPGDEDNGSMSGWYVFSSMGFYPVCPGSNEYVLGIPLFDSVSIELPNGKQMSIHTDNNNPQSNFVASVQLEGQDYTKLYITHEDILAGKSLDFRLGLAPSYRAYSSDELPFSISKK				NA	NA	NA	NA	NA
JZ016_03835	1476	gerBA_5		Spore germination protein B1	TTGACGGGGCTTTACGATGCGGATTTAACATCCGTCCGTAAAGCAATCGGTAACAACGGGGACGTGGAAATCAGAGAATTTACGATCCGGGGAACGGGAACGCGGGCAGCCATCGTTTTTGTCGACGGATTGATGAACAACGATCTTATGGACACCCATCTTATAAGGCCCCTCATGTTGGTGGGAATTCCAGAAGCGGAGCAGGAACAGTTCAATCGTTCAAGCGATACGATCAAATCCTATATCAGCAGCCAGATGCTCCCTGTAAGCGAAATTAAACATACCGCTAGATTACTGGAACTCGTACAATCTGTTCTTGTGGGCACAACCGGTTTATTGGTAGATGGAATGCAAGGCGCCTTCCTGGTTGGTTCTGCCAAGGGGAAGAGCCGAAATCTGGAGGAACCTCTATCCGAAGCACTTCTTCGAGGCCCGCGTGTCGGGTTTACCGAGAGATTGGCCGACAATACAGGATTACTGCGGCTTCACGGAAAAAACGAAAGCCTTCTGCTCACCCGATTTGAGGTTGGGAACCGCGTGAAAAAGGATCTGATCATTGCCTATATGAAGGATATTGCCGACCCGAAGCTAGTCGAGGAGGTCGTTACGCGAATTCAGAAACTCGAAATTGATGACCCTCTCGAGTCAGGATACATCGAGCAATTGATTGAGGAAAATGTCATGAGTCCTTTTCAGCAAGTGCAGAACACGGAAAGACCCGACAGGGTGATCGGGGCTTTACTGGAAGGGCGGGTAGCTATCCTGCTTGATGGCACGCCGTATGCGCTAATCGTCCCTGTCACGTTCAGCATGCTGCTGCAGTCGCCGGAGGATTACTACGAGAGATGGATCTCGGGATCCTTTGTCCGCTTATTGCGTTTTCTCTCCGCCCTGCTGGCACTTCTGGCTCCGGCACTCTACATTTCGTTTATTTCTTTTCATCCCGGGCTGATTCCAACCAAGCTGGCGCTAACGATCATTGAAACCAGGCAAGGCGTGCCCTTTCCCTCAATCATCGAAGCGCTCATCATGGAAATCGCCATTGAAATATTGCGGGAGGCCGGGATTCGGCTCCCGAAACCCATCGGGCCTGCGATGGGCATCGTAGGCGGTCTGATTATTGGCGATGCTGCCGTACAAGCCGGTATCGTCAGTCCGTTTCTCGTTATTGTCGTGGCCGTAACCGCCATCTCTTCCTTCACGATCCCAGTATACAGTGCCGGCATTACATTGCGCGTTCTTCGGTTTACCGCGATGTTCTTTGCGGCAGTGCTTGGACTGTATGGTGTCGTGATGTTCTTCCTTCTTCTCTGCAGTCATTTGGTCATACTGAAGAGCTTCGGCGTACCTTATGCAAGTCCAATGGTGCCTTACGGCATCAGTGACTTGAAGGACTTCCTCATTCGGTTCCCGCTGAAAGTGATGAAGAAACGACCTCGAATGTTAAAACCGAACGACCCTGACCGCAGAAATTAA	MTGLYDADLTSVRKAIGNNGDVEIREFTIRGTGTRAAIVFVDGLMNNDLMDTHLIRPLMLVGIPEAEQEQFNRSSDTIKSYISSQMLPVSEIKHTARLLELVQSVLVGTTGLLVDGMQGAFLVGSAKGKSRNLEEPLSEALLRGPRVGFTERLADNTGLLRLHGKNESLLLTRFEVGNRVKKDLIIAYMKDIADPKLVEEVVTRIQKLEIDDPLESGYIEQLIEENVMSPFQQVQNTERPDRVIGALLEGRVAILLDGTPYALIVPVTFSMLLQSPEDYYERWISGSFVRLLRFLSALLALLAPALYISFISFHPGLIPTKLALTIIETRQGVPFPSIIEALIMEIAIEILREAGIRLPKPIGPAMGIVGGLIIGDAAVQAGIVSPFLVIVVAVTAISSFTIPVYSAGITLRVLRFTAMFFAAVLGLYGVVMFFLLLCSHLVILKSFGVPYASPMVPYGISDLKDFLIRFPLKVMKKRPRMLKPNDPDRRN	PGPT0025115_38	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025115-yndD-K06310	NA	NA
JZ016_03836	1107	yndE_7		Spore germination protein YndE	ATGAGCAGCTCAAATAACACCCATGACCAGATCACCACGTCTCAAGCTGCCGTCATGATCATTAACTACATGCTGGGTGCCGGTATTCTGACACTTCCCAGAACGACGGTAGAGGCTGCCAAAACGCCGGATGTGTGGATCTCGATTCTCATCTCCGGTTTGATCATCCTGTTGGCAGGAATGATCGTTGTGTCGTTATGCCGAAGATTTCAAGGGAAAACATGGTTTCAATTTGTACCTGAGATCACCGGGAAATGGCTGGCTTTTGTTCTAGGCCTGCTGTTTATTGGTTATTTCATTATCATCGCCGCTTTTGAGATCCGGATTATGGCGGAGGTAACGGGGTTATATCTGCTGGAAGGCACACCCGTCTGGGCCATCGTGATGACCTTTATGTGGATCGGCCTGTATTTGACCACCGGGGGGATCAACAGCATCGCCAGAATCTGCGAGATCATTCTACCGATTACGCTGGTTTTTTTCCTCATAGCGATTCTGTTGAGCAGCAATATTTTTGATATCAAAAACTTAAGGCCGGTACTCGGCTCAGGGTTTATGCCCGTGATTCGGGGGTTAAAGCCATCTTTGCTATCTTTTACGGGTTACGAGATCATGTTTGTTGCCATGGCGTTTATGAAGTCTCCAAAAAAAGGCACCAAAGCCATGCTCGTTGGCATTACGGTTCCCCTGGTTATCTATTTAATCACCGTCATTATGGTTATTGGCGGGCTGTCCATAAACGGAGTTGAAACAAGAACATGGCCGACACTGGACTTAATGCGGAGTTTTGAAATGCAGGGACTGATATTCGAACGTTTTGAGTCCCTGCTGCTTGTCATCTGGATCATGCAAATATTCTCGACCTTTGCGATAACGCATTACGCAGCCTCGTTAGGATGGTCCCAGCTGCTTAAGACGAAAATACGGCCCTTTCTCTTTATCCTGCTTCCTGTCATCTTCCTCATCGCGATGATTCCGAAGGACGTATCGGAAACATTCAAGCTGGGAGATGTGGTAGGCAATGCCTCTATCTACTTATTTGGCGCTTTACCATTACTCTTGCTTCTGATCAGCATTGCCCGTAAGAAAGGTGTGAAGCCGAAATGA	MSSSNNTHDQITTSQAAVMIINYMLGAGILTLPRTTVEAAKTPDVWISILISGLIILLAGMIVVSLCRRFQGKTWFQFVPEITGKWLAFVLGLLFIGYFIIIAAFEIRIMAEVTGLYLLEGTPVWAIVMTFMWIGLYLTTGGINSIARICEIILPITLVFFLIAILLSSNIFDIKNLRPVLGSGFMPVIRGLKPSLLSFTGYEIMFVAMAFMKSPKKGTKAMLVGITVPLVIYLITVIMVIGGLSINGVETRTWPTLDLMRSFEMQGLIFERFESLLLVIWIMQIFSTFAITHYAASLGWSQLLKTKIRPFLFILLPVIFLIAMIPKDVSETFKLGDVVGNASIYLFGALPLLLLLISIARKKGVKPK	PGPT0025120_144	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025120-yndE-K06311	NA	NA
JZ016_03837	1206	gerBC_6		Spore germination protein B3	ATGAACAGGTATTTACGATTTACGTCACTATGGACGGCCAGCATCCTGCTGTTTCTGACTACCGGCTGCTGGAGCAGCAACGAAATTGAGGATGTCAGCGTCTATGTTGGATTGGGACTCGATGCAGCGAATGAATCCAGATTCGAACGAGATATCAATAAACAAGGGGCATCCTATCCGAAGAAGAAAGTACTGACGGCAACGGTTCAGATCGTACCCCCAATTACGGGAAAGAACGAAAAGCAAGGAGGTTCCAGTTCTTCATCGCCAAGCAAGGCCTACCTGAACGAACAGCTGACGGGCGACTCCATCATTCAAATCTTTCGCCAATTTGCATTACGTAGAGACCGGCCGCTTATCGGCCACCATCTGAAGGTTATCGTCGTTTCTAGCGAATTAGCCAAAAGGTACAGCCTGGAACAGGTATTTGACTTTATTCTCCGCGATAATGACATCCGCCCCAGCTGCCTAGTGGTGGTCAGCCACCGAAGCGCGCTTGAAGCGTTAAGCTCCACTGAACCCGGGGAGATCCCTGCTTTTTACTTGATGGGACTCGTGGATAACCGTTATCGTTCCAACAAAATCATCCCGCCCGTGACACTCATTAAGCTTGACAGCGCCATGCAATCCGGGGAAAGCTTCCTGTTACAAAATGTCGTTACCGCTCAAAGCGAGCATAAATTCTCAGGAGCCGCCATTTTCAAAGGCAAGACCAAGAAATGGATCGGGGAATTAAGCCAATATGATCTGGAAGGCTTGTCTTGGATTACGGCAGACGTGATGGGAGGCGCGCTGAAGACGTATGCGCCGAAGACCGGCCATACCGTAACCTTTGAACCCAAGAAATCCCACAGCACCATCATACCAAAGGTTCAGGGAGACGACATTTCATTTCATATCAAGGTTAATGCAGAAGGCAGACTAATCGAGGATTGGAGCTTTCCGGAAATTCCCTCATCGGGTGGATACATCTCAGAGATGGAGCAGCAGTTTGAAGAAGAGGCCCGTAAACAGATCAAACAGGTCCTGAACAAAATGCAGCATGTCTATCATGTGGACGTTGGGGGTTTTGGCAATGAAATCCGCATCAAACATCCGAAAGTGTGGAAGAAGGTGCAGGAGAATTGGGATGAAACCTTCAGTCATATCCCCATTACGTATGAAGTAAACATGCGAATCACGGACTTCGGTTCCTCAACAGATTAA	MNRYLRFTSLWTASILLFLTTGCWSSNEIEDVSVYVGLGLDAANESRFERDINKQGASYPKKKVLTATVQIVPPITGKNEKQGGSSSSSPSKAYLNEQLTGDSIIQIFRQFALRRDRPLIGHHLKVIVVSSELAKRYSLEQVFDFILRDNDIRPSCLVVVSHRSALEALSSTEPGEIPAFYLMGLVDNRYRSNKIIPPVTLIKLDSAMQSGESFLLQNVVTAQSEHKFSGAAIFKGKTKKWIGELSQYDLEGLSWITADVMGGALKTYAPKTGHTVTFEPKKSHSTIIPKVQGDDISFHIKVNAEGRLIEDWSFPEIPSSGGYISEMEQQFEEEARKQIKQVLNKMQHVYHVDVGGFGNEIRIKHPKVWKKVQENWDETFSHIPITYEVNMRITDFGSSTD	PGPT0025125_48	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025125-yndF-K06312	NA	NA
JZ016_03838	1416			hypothetical protein	ATGGGGATTCATTTAACCGCGATTCACTGGGTGTATCTGGCGTTTATCGTCCTGATCATGACGCTGTTGATTCGGCGGCGCGATACGGCGCTTGTTTGTATTACCGGAATATTTGCGCTTGGCCTTCTGGCAACGGAAACGCTGAGCGGCTCGGTCTCCGGTGTGTTTGATTCATTCATCTATGCGACCAAAGAGCTGATGGGCACCATCATGATTATATCCATCATCGTGGCGATGAGCCGGGTCTTGATCAAGACGGGGATCAACGAGACGATGGTGGCTCCGTTAACCCGCTTTCTGCGTACTCCCGCGATGGCTTACTGGGGCATCGGAATCATTATGATGGTAACGTCCTTTTTCTTCTGGCCGTCACCAGCAGTTGCGTTAATTGGTGCGGTCTTGCTCCCTGTGGCTATCCGTGTGGGTTTGCCGGCTCTCGGTGCGGCGGTGGCAATGAATCTGTTCGGGCACGGCATTGCGTTATCGGGAGACTATATTATCCAGGGGGCGCCCAAATTAACCGCGGATGCGGCTGGATTGCCTGTATCCAGTGTCATGGCTGCCAGTGTGCCGCTCGTGATCGTGATGGGACTTGTAACAACCGTGGCGGCATTCTGGATGATGCGCAGAGATCAGCGGAACGGCAGCTGGAGAGATGGACTGGTAACCATTAAAAACACGGGAGACACGCTCACCACGCGTACCGAAGAGGATGAGGCTGTTGCGGCCATATCCCCGGCTATGAAAAAATGGTTGGCTATCGTCATTCTGCTGTTGTTCGCAGCAGATGTTGTCGTCATGTTCATCCTAAAGCTGCAGGGCGGAGATGCAACGGCCTTGGTCGGCGGCACAGCCGTCCTGATCCTCAGTGTCATTGCCCTGGTCGCTCATCGTAACCGGGGATTGGAGAAGGTCACCTCTTATTTGATCGAGGGATTCATGTTTGGATTCAAGGTATTCGGTCCTGTCATTCCTATCGCGGCGTTCTTCTATTTGGGGGATGCGGCATTTACCGATTTATTCGGTAAAGTGCTTCCGGAAGCATCCCATGGCATCGTGAACGACCTGGGGGTTGCCCTCGCGAATGCGGTGCCGCTGAACGGCGCGGTAGGTTCGGTAACGTTGACGATCACCGGTGCCATTACGGGTCTGGACGGTTCGGGTTTCTCCGGTATCTCGTTAGCCGGATCGATCGCGCAGCTGTTCGCTACGGCTATCGGTTCAGGTGCGGCTACACTGACAGCGCTTGGGCAGGTTGCCGCCATCTGGGTAGGCGGCGGCACGCTCATTCCGTGGGCGTTGATTCCGGCTGCAGCCATCTGCGGAGTCAGCCCATTCGAGCTGGCAAGGCGAAATTTGAAGCCGGTGCTGCTGGGTCTGGCTGCTACTACAGTCGTAGCGATGTTTCTGGTGTAA	MGIHLTAIHWVYLAFIVLIMTLLIRRRDTALVCITGIFALGLLATETLSGSVSGVFDSFIYATKELMGTIMIISIIVAMSRVLIKTGINETMVAPLTRFLRTPAMAYWGIGIIMMVTSFFFWPSPAVALIGAVLLPVAIRVGLPALGAAVAMNLFGHGIALSGDYIIQGAPKLTADAAGLPVSSVMAASVPLVIVMGLVTTVAAFWMMRRDQRNGSWRDGLVTIKNTGDTLTTRTEEDEAVAAISPAMKKWLAIVILLLFAADVVVMFILKLQGGDATALVGGTAVLILSVIALVAHRNRGLEKVTSYLIEGFMFGFKVFGPVIPIAAFFYLGDAAFTDLFGKVLPEASHGIVNDLGVALANAVPLNGAVGSVTLTITGAITGLDGSGFSGISLAGSIAQLFATAIGSGAATLTALGQVAAIWVGGGTLIPWALIPAAAICGVSPFELARRNLKPVLLGLAATTVVAMFLV				NA	NA	NA	NA	NA
JZ016_03839	702	graR_2	COG0745	Response regulator protein GraR	GTGTATACCATCCTGATTGTGGAAGACGATGAACGAATCGCGGATAAATTAAGATCGACTATTTCCAAATATGATTTCAACGTACGGATCACCGAAGACTTCAGCCGCGTGATGGACATTTTTGCGGATACGAAGCCGGATCTTGTTCTGCTGGATGTCAATCTGCCGAAATTCGACGGATTCTATTGGTGCAGGCAAATCCGTACCCAATCGCACTGCCCGATCATCTTCATCTCGGCCCGAGACAGCGGCATGGATCAGATTATGGCCTTGGACAACGGGGCGGACGATTATATTACGAAGCCGTTTGACATGGAGCTTGTTCTGGCGAAAATCCGCAGCCACCTGCGCCGTGCGGTCGGTGCCTATGCCTCCGGCCAGGAGGATGAGCATACCATCGAAAGCGCCGGTCTTATCATCTATCCCGAGCGATTCGTTGTGACCTATGGAGACGAATCAGCCGAGCTTACCCAAAAGGAAGCAGCCCTGCTGACGATGCTGATGGAAAAAGAGGGCCGTGTGGTCAGCCGCGAGCGGCTGCTGGACCTGATGTGGGAGGATCAGCACTTCATTGATGACAATACGTTAAATGTTTATATTACAAGGGTTCGTCGCAAGCTTCGTGAGCTGGGCGCCGGAGATCTTATCGAAACCGTCCGGGGAGCAGGCTACCGGTTCATGACGGGCAGGGAGACCCCATGA	MYTILIVEDDERIADKLRSTISKYDFNVRITEDFSRVMDIFADTKPDLVLLDVNLPKFDGFYWCRQIRTQSHCPIIFISARDSGMDQIMALDNGADDYITKPFDMELVLAKIRSHLRRAVGAYASGQEDEHTIESAGLIIYPERFVVTYGDESAELTQKEAALLTMLMEKEGRVVSRERLLDLMWEDQHFIDDNTLNVYITRVRRKLRELGAGDLIETVRGAGYRFMTGRETP	PGPT0027850_112	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027850-yxdJ-K11634	NA	NA
JZ016_03840	1011	graS_2		Sensor histidine kinase GraS	ATGAAACTTTTCTTGCGGGAGCATCTCCCGCTCATGCTGTTTTTTACCGTTCAAATGCTGCTTGTCCCCCTGCTGTACTGGCTTACCGGTGAAGGCAGGCCCTTTACTGTCGTACTATACGGTGTGCTGTTAAGCAGTGTCGTGCTGCTTCTCTATCTTGCTTACCGGTATCTTTCCCATCGCACGATGTATCGGGAGCTTTCTTCTGAGAAGCTTTCGGAGAAGGAATTCTTAAGCCCTCCCCTGGGCGAAGCGCCACTGCCGGAAGCGATACACGAGCGGATCGGCCATTATGAGCGCTTATACCGCCAACAGCTGCATCGCCATCAAAGCCAAACCGACCAGCATCTCGCTTTCGTCAACCGCTGGGTACATCAGATGAAGACCCCGCTGTCGGTTATTCAGTTGACGCTCGATGAAGTCGAAGAGGCACCCGCCGAGCATATTCGGGGAGAGCTTGATCGTATTCGCAAAGGCCTCGAAATGGTGCTGTACACCGCGCGCCTGGACCGGTTCGAGCAGGATTTTGCTGTAGAAGCCATCGGGCTCCGTGCTGCGGTAAGCGAATCCGTGGTCGAGAACCGCAAGCTGTTCATTCGCAAGGGGATTACGCCGGTGTTCCAAATCGATGATCGGATCTCCGTCTATACGGATGCCAAATGGTTTCGTTTTATGCTGGGTCAGATACTGACGAACGCCGTGAACTACTCGGGCAGCCCCGGCAAGAAGATTCAATTAACCGCAGAAGCAGCGGGGAAACACATCAAACTCCATATCCGCGATGAGGGAATCGGCATAGCACCGGAGGACATCAACCGGGTGTTCCATCCCTACTTTACCGGAGAGCGCGGTCGGCAATATCATGAATCCACCGGCATGGGCCTGTATCTTGTCCGTGAAATCACTCATAAGCTGGATCACTCCGTTGAGTTGGAATCTAAGTTGGGCGAGGGAACCACCGTTACTTTGACGATGCGCAGAGCCGAAAACCAAGACACATCTGGAACTTAG	MKLFLREHLPLMLFFTVQMLLVPLLYWLTGEGRPFTVVLYGVLLSSVVLLLYLAYRYLSHRTMYRELSSEKLSEKEFLSPPLGEAPLPEAIHERIGHYERLYRQQLHRHQSQTDQHLAFVNRWVHQMKTPLSVIQLTLDEVEEAPAEHIRGELDRIRKGLEMVLYTARLDRFEQDFAVEAIGLRAAVSESVVENRKLFIRKGITPVFQIDDRISVYTDAKWFRFMLGQILTNAVNYSGSPGKKIQLTAEAAGKHIKLHIRDEGIGIAPEDINRVFHPYFTGERGRQYHESTGMGLYLVREITHKLDHSVELESKLGEGTTVTLTMRRAENQDTSGT	PGPT0027855_67	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027855-yxdK-K11633	NA	NA
JZ016_03841	771	yxdL_1	COG1136	ABC transporter ATP-binding protein YxdL	ATGGATATTCTTGAAGTAAAAGCATTAAACAAAGTATATGCGGGCAAAGTGGCGACACAAGCTCTTACCGATATTCATCTCACTATCAAAGAAGGAGAATTCGTCGGCATCATGGGCCCTTCAGGCAGCGGCAAAACCACCCTGCTGAACATGGTATCCACCATCGATCGTCCAAGCTCGGGCGAGGTCAAGATCGGGGGCAAAAATCCTTACACCATGAAAAAAAGCGAGCTTGCCCACTTCCGCCGCAGACAGCTCGGCTTTGTGTTTCAAGATTTCAACCTGCTCGATACGTTAACCGTTGCCGAGAACATCGTGCTTCCGCTTACGCTGGACCGCCGTCCGCTCAAGGACATGGAGTCGCTGCTGCAGCAAACCGCTTCACGGCTTGGCATCCGCGAAATTCTGAATAAACGCGTGTACGAGATTTCGGGAGGTCAACGACAGCGCACCGCGATTGCCAGGGCTATCATCAGCGCGCCGCTGTTACTGCTTGCGGATGAGCCTACAGGCGCACTCGATTCCAACTCCTCACGGATCGTGATGGAGTCGTTAGCCGAGATTAACGAGCGGGATCGCACCACATTAATGCTGGTTACGCATGATCCTCTCGCCGCAAGCTATTGCAACCGCATCGTTTTTATTAAAGACGGCAAGTTGGCCGCCGAAATTCACCGCGGAGAGAACCGGCAGGCCTTTTTCCAAAAAATCATCGATACGCTATCGTTCTGGGGAGGGAATACAAGTGAGCTTTCCTCAATTCGCGTTTAA	MDILEVKALNKVYAGKVATQALTDIHLTIKEGEFVGIMGPSGSGKTTLLNMVSTIDRPSSGEVKIGGKNPYTMKKSELAHFRRRQLGFVFQDFNLLDTLTVAENIVLPLTLDRRPLKDMESLLQQTASRLGIREILNKRVYEISGGQRQRTAIARAIISAPLLLLADEPTGALDSNSSRIVMESLAEINERDRTTLMLVTHDPLAASYCNRIVFIKDGKLAAEIHRGENRQAFFQKIIDTLSFWGGNTSELSSIRV	PGPT0013345_2533	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_03842	1932	yxdM_1		ABC transporter permease protein YxdM	GTGAGCTTTCCTCAATTCGCGTTTAACAACGTCCGGCGTAACGCACGTCAATATTTCGCTTACCTGCTCAGCAGCTCGTTCATGGTCATGATCTTTTTTACGTATGCGGTATTCATCTATCATCCGGCCATTGAGAATTCGCCTATGGGCACGATGACGCGTACGGGAATGACAATCGCCACGGTCATCGTCTACGTGTTTGCGTTCTTATTCGTGCTGTATTCGATCAGCGTCTTTCTGAAGTCGCGGAACCGGGAGTTCGGCATTCTGACCATCCTCGGAGCTGAAGCCAAACAGATCAATTGGCTGATCTTCCTGGAGAACATTCTGATTGGCGCCATTGCCATCGTAACGGGCATCGCCAGCGGAATGCTGTTATCCAAAGTATTCCTGCTCATCAGCACCAAAGTCATCGATATGGACGAGCTGCCGTTCTATTGGCCGGTTAAAGCGATGCTGCTTACCGCCGGTGCGTTCGCTGCGCTGTTTCTCGTCATTTCGCTCTTCACCTTGTTATTTATCCGGAAGAATCAAGTCCTGGAGCTTCTCAAAGGCACCAGCAAACCGAAAACCGAACCGAGAGCCAATCTGTTCCTGGCCCTCTTGGGCGTGGTGCTGCTTACCATCGGCTTCACCGTCCTTCGCGTCAAAGAGTTAGATCCTGTGGCACTGATCATTGCCGCGGTAACCGGCATTATAGGCACGTATTTCTTCTACTCCCAGCTATCCGTGTGGATTGTCCGTATGCTGCAGCGAAATCGCAGGGCCACCTGGAAAGGAACAAACCTGCTATGGATTTCCGAAATGAGTTACAAGATTAAGGATAATGCCCGCATGCTGTTTCTGGTCACGGTTGTGGTTGCACTGGCTTCCATGAGCACCGGTTTCGTACTGGCTATGCAGCAATCGATCAAATCGGTGTATGTAGATAACCCGTATGCGCTTAGTTACAGCTACAGCTATATCGCCGACGAGACTAAAGTGCAGGATGAGTTGGCCCTGATTGAAAATCATCTGCAGACAGAAGGGCTGGAGTATAAACGGGCGGAGGTCGAAACCATCTATTATCGCTTGTCAGCGAATGGAGAGGACTCCTTACACATCATCCCGCAATCCCAATACGACCGTTTGGCTGCTTTGATAAATACCAAGCCGGCCGGGACATTCGGCGAGAATGAAGCCTTACTGGCGGAAACGCCGAATGCAGCGAAGAAGAGTCAAGGGAAGCTAACGGAAGCGGATATCGAATTATCCGGTCAGCCCTACTCTTTCATCTTGAAGAACCGCACAGACCGGATTGCGGCTTTGGTATACAGCGGCAGATTGCTTGTCGTTACGGACACCATGTTTGAAGAACTAAGGGGCGGGAACAAAGCAGATGAAATCAGTGTGAGTTATACGTATCCGTTTATTCTTCCCGATTCGCAAGGGCTCCCTCAGAAGGATGATCCTGAAACCAAGTTCGGCCTTGAGTTGTCGGAATGGAACAGAAGTACAATCAGTGAAGGATTTATCGATTCCAGGGCGGCGAACTATTACGTCAATAAACAAGGATTTTCGTTATTCAGCTTTATCGGGGTGTTTGTCGCCTTAATCTTCTCGATCTCATCCGCCAGCTTCCTGTATTTCAAGCTGCATACGGAGCTTTCAGCTGACCAGGCGATGTACCGGTCCCTGTCCAAGATCGGACTCAGCGCCCGTGAGATGAACATCTCCGCGACGATTCAGATTGCTGTGCTGTTCTTTATCCCCATTCTGGTTGCAGCCCTGCAGTCCTTAGTCGTGCTCGGCCCGGTTCTTGCATACCTGGATTCTCCTTTCGTAAGTGGTCCTGTATTGGCGGCTTCATCGGCATTCTTGGCCGCTCAAATGATTTATTTCCTGATCGCCAGAGCCCGTTATATCAAGTCTGTAAATAGGATGATGGTGTAA	MSFPQFAFNNVRRNARQYFAYLLSSSFMVMIFFTYAVFIYHPAIENSPMGTMTRTGMTIATVIVYVFAFLFVLYSISVFLKSRNREFGILTILGAEAKQINWLIFLENILIGAIAIVTGIASGMLLSKVFLLISTKVIDMDELPFYWPVKAMLLTAGAFAALFLVISLFTLLFIRKNQVLELLKGTSKPKTEPRANLFLALLGVVLLTIGFTVLRVKELDPVALIIAAVTGIIGTYFFYSQLSVWIVRMLQRNRRATWKGTNLLWISEMSYKIKDNARMLFLVTVVVALASMSTGFVLAMQQSIKSVYVDNPYALSYSYSYIADETKVQDELALIENHLQTEGLEYKRAEVETIYYRLSANGEDSLHIIPQSQYDRLAALINTKPAGTFGENEALLAETPNAAKKSQGKLTEADIELSGQPYSFILKNRTDRIAALVYSGRLLVVTDTMFEELRGGNKADEISVSYTYPFILPDSQGLPQKDDPETKFGLELSEWNRSTISEGFIDSRAANYYVNKQGFSLFSFIGVFVALIFSISSASFLYFKLHTELSADQAMYRSLSKIGLSAREMNISATIQIAVLFFIPILVAALQSLVVLGPVLAYLDSPFVSGPVLAASSAFLAAQMIYFLIARARYIKSVNRMMV	PGPT0027860_204	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027860-yxdL-K11636	NA	NA
JZ016_03843	1089			hypothetical protein	ATGGCTCCTGTAAAAAATGAGACCGTGATGAAACGCCAGCCTGCCACTGGAAAGGGGCGATTGCACTTTTTAGACCAGTTCAGGGGTTTTGCGCTGCTTGGTCTGCCGTTTGTTAACGTATTGGCGCTTTGGCTCATCGCCACGCCGGAAACTTCAGCGGATTTTTGGCTGCAGCGCGTGCTTACCTTTTTCGTGGAGGCCCGATTCTACACGATCTTCACGTTCCTGTTCGGGCTGGGGTTCTACATGTTCCTATCCCGAAGCGCTGTTGCGGGAGGAAAGCCAAGGCTTCGGCTGTATATCCGCCGGTTAGCGATCTTGGTGCTAATCGGGTTCATACATCAGCATTATCAATCGGGGGAGGCATTATTTCATTATGCGATTGTCGGCCTGCTAGCGCTTCCCCTCTATTGGGCGCCAAGGAGAGTTAATCTAGGTATTGGAGTGGTCGGGTTTACGGTTGCGGCCGTCATGGGAGTCAAGCTGCTTACCATTCCGTTTCTGATCCTGTTAGGGCTAGCCGCGGGCCAATACCGATTACACGAAGCAACCAGCAAGGGAATACGATGGAGTAAGCTGCGCATGGTGTGGCTGCTGTCATTACTCGGAACCGTCATTGCGATCGGGGCCATGTGGTGGGCAGCACCTCCCGAGCCGATGCCCCCGTTTCTATTCATGATAGAAGGCGAATCGCCGTCATCGACCATGCAGGCAGCCTTAACTCTGGCACATATCGGGGTGGCAACGGGTCCTATCGTGTCTGCATTTTATCTAAGCTCGCTCTTATTGCTGGGGCGCACCCGTTTAGGCGCAAGGATACTGTATCCGTTACAGGCATACGGCCGGATGGCGCTTACCAACTACATCGGACAAACCGTCTTTCTGGTAGGTATTCAGCGCTTCATACTGAACACCACACCGACGACTTATGTCGTATCTACACTCGTTTCCCTTGGGATTGTGGTCTGTCAGATCATAGCCAGCAATCTGTGGATGCGTTGGTTCCAATACGGACCCCTCGAATGGTTGTGGAGATGCGGCACCTATTGGACGATCGTGCCGATTCGCAAAAAAGCAGGAAACCTATAG	MAPVKNETVMKRQPATGKGRLHFLDQFRGFALLGLPFVNVLALWLIATPETSADFWLQRVLTFFVEARFYTIFTFLFGLGFYMFLSRSAVAGGKPRLRLYIRRLAILVLIGFIHQHYQSGEALFHYAIVGLLALPLYWAPRRVNLGIGVVGFTVAAVMGVKLLTIPFLILLGLAAGQYRLHEATSKGIRWSKLRMVWLLSLLGTVIAIGAMWWAAPPEPMPPFLFMIEGESPSSTMQAALTLAHIGVATGPIVSAFYLSSLLLLGRTRLGARILYPLQAYGRMALTNYIGQTVFLVGIQRFILNTTPTTYVVSTLVSLGIVVCQIIASNLWMRWFQYGPLEWLWRCGTYWTIVPIRKKAGNL				NA	NA	NA	NA	NA
JZ016_03844	693			hypothetical protein	ATGAGCAAATGGAAGGAACGTACGCAAGTTAGCCGTTATGCAGGCATCAGCATTTTATTGGGCGGAGCGCTGTTTGTTATTGCTACACTTATGCACCCTCCTGCGACCGATCCCTGGACGGGTCATCATGTGATTTCGATGATTCCGGACATGCTAACCTATTGGCAATGGGATCACAGCCTGATGCTGGCGGCTGTATTATTATGGCTTGGAGGACTGTCTCTCGGGGAGACTATGGCCGGTAGACGCCCGGCTGCAATGATGGCTGCCCGCTTGTTCAATGCGGCAATTACGATATGGGTGCTCGTGCTCGCGATGGAATTAACCGTTCTCCCAGTGCTGGCCAAGGAGTGGGGTTCGGTGCAAGACCCAGGGACGGCCGCCTTGGGTGTCGGGTTATTTGCGTTCGGTATTATGGCCGGGGATTTTGCCATGATGCTAGCCTGGATCGGAATAAGCCTGCTTAGCATTGCACTGCTCTCGCTCTCTGAAGAAACTGTGAAACCGGTCATGGCATGGATAGGCATAGCAGCAGGGTTGTGGGGAGCGATTGGCATACCTGCAGCACTGCTGCTTCCAAAACTCAGCGTTATCATCTATCCGATCACCTCAGGTCCGGTGTTTATATGGACACTGATATTTGGCGTTTACATGGTAATAGGGCGAAAAACAAAAAAAGCAGGAGACCTATAG	MSKWKERTQVSRYAGISILLGGALFVIATLMHPPATDPWTGHHVISMIPDMLTYWQWDHSLMLAAVLLWLGGLSLGETMAGRRPAAMMAARLFNAAITIWVLVLAMELTVLPVLAKEWGSVQDPGTAALGVGLFAFGIMAGDFAMMLAWIGISLLSIALLSLSEETVKPVMAWIGIAAGLWGAIGIPAALLLPKLSVIIYPITSGPVFIWTLIFGVYMVIGRKTKKAGDL				NA	NA	NA	NA	NA
JZ016_03845	807			hypothetical protein	TTGAAGAAGGGTTCGCAGATTGGAAAAGGCAGGAGCGCAGAGGTGTATGAATGGGGAGAGTCTCAGGCATTAAAGCTGTATTATGAAGGGTATCGGCCGGAATGGGTGACGTATGAGGCGGAGATGGGCCGCATCGTTGCCGAAGCGGGCGTGCCTGCTCCTGCCGTCTTTGACATGATGGATATCGAGGGACGAACAGGGCTGGTGTACGAACGGGTTACAGGACCGTCGATGCTGCATCAGGTTCAATCGTCACCGCTTCAGCTATTGAAGTGCGCCCGTGAGATGGCACGGCTCCAGCATGCGATGCATGGCTGCACAACAACCTTGCTGCCGTCGCAAAAAGAAAGGCTGGAGCATGCAATTCTTGATGCAAGCGGCATCCTGCAAGGAAAGGCCCAGGCTATATGCAAGGTACTGGATTCATTTCCGGAAGGCGATTCGATCTGCCATGGCGACTTTCACCCGGACAATGTGATTGTCACCGAGAACGGATGCCGGGCGATCGACTGGAACAATGCCCATGTAGGTAACCCGCTATGCGACGTCGCCAGGACATCGCTGATGTTCCAATCGCCGTTTAACCCGGACGATCAACCGGGCATCCTGCTGCTTCCGCTCCGGATGGCCCGCATGCTGTGGAATAAAGTATATCTGAACGAGTACTGCCGCTTATCCTGTGCGAAGCTGGAGGATATCGACCGGTGGATGCTGCCCGTAGCGGCAGCCAGGCTGAGAGAGGATGTCCCTGGAGAAAGAGAATGGCTGCTGGGTCTAATTGATGATCGGCTGCGTGCATATGCTTGA	MKKGSQIGKGRSAEVYEWGESQALKLYYEGYRPEWVTYEAEMGRIVAEAGVPAPAVFDMMDIEGRTGLVYERVTGPSMLHQVQSSPLQLLKCAREMARLQHAMHGCTTTLLPSQKERLEHAILDASGILQGKAQAICKVLDSFPEGDSICHGDFHPDNVIVTENGCRAIDWNNAHVGNPLCDVARTSLMFQSPFNPDDQPGILLLPLRMARMLWNKVYLNEYCRLSCAKLEDIDRWMLPVAAARLREDVPGEREWLLGLIDDRLRAYA				NA	NA	NA	NA	NA
JZ016_03846	273			hypothetical protein	ATGAACGGAACGTACGAGGATCGCCAGGCGATCCAAGCGTTATTCGATTCGCTGTCCAAGGCGTGGGGAGAAGGGAATGGCCGGGCTTATGCGGAATGCTTTACGGATGATGCGGATTACGTCACGTTTAGCGGACAGCACTTGAAAGGCCGCCAAGAGATCGATGAAGTTCATCAGAAGCTGTGGGATGGGGTGCTGCGAGACTCCAAGCTGGTTGCGGGACCAACCTCGACCCAGCTGCGGTTCCTGACCCCGGAGCTTGCGATAGCCTAG	MNGTYEDRQAIQALFDSLSKAWGEGNGRAYAECFTDDADYVTFSGQHLKGRQEIDEVHQKLWDGVLRDSKLVAGPTSTQLRFLTPELAIA				NA	NA	NA	NA	NA
JZ016_03847	879			hypothetical protein	ATGATATCGTTATCCATGAGAGACCGAATCGTAAAGGAGGTTGCAGCCGGCATGATGAAGATCAGCGCTTTTGCCAAGGTCAGCGGCATTTCCATCAAAACATTGCGATATTATGATGAGCTGGGCCTATTGAAGCCGGCCCATACTGATGAACAAAGCGGATACCGTTACTATTCCGAGGAGCAGCTTCTGACCGTCAAGCGGATTGCCGCTTACAAGGAGCAGGGGTTTACCTTGGAACAGCTCAAGCCTTTTTTGGAAGAGGATATAGGAAGCGATATCGTAAAAAACAAACTTGCGGATAAAATGACGGAGCTTCAGCATGCGATGCGGACCCTCCAGCTGCAGTTGGATGAGGTCAACAGCAGGATAACGCGCTTGGAACGATCCGAAGCAGGAAATCCAAGTGACCCCATTATCCGGGAAGTCCCCTCCCAGCGTGCCGCTTTCATTCGTGACCAAGTCCCCCGCAGCCAGCTATGTCTCTTGCTGGATGAGATTACGAAATACGCTGTCTCCAATGGAGAAGAGGAGGCCAGGCAGCTAACCATTCTTTGGCATGACCACGGCAGCGGGAATGCCGACATTGCCGACATCGAAGTCGCAGTTCCTATAATTAGGGACATACCTGCTAATGGGCGCATTCGCGTGGACTTTCTGCCGCAGCTGAAATCTGCCGCATCTCTTGTACATCGTTGTGATCCGTACACCTACACCTGCCCCGTCGTACCCGAGCTCAGGGCATGGATTTCGTCACAAGGCCTCGTTCAGGCGGAATCGGAGCCGATCCGCGAGATCTATCTCACCTCGGATAAAGATATCTACGGCAAGAAGCGCCCTGCGGAATTGCTTATCCCCTTGCAAGGTAACGGGGAGTAA	MISLSMRDRIVKEVAAGMMKISAFAKVSGISIKTLRYYDELGLLKPAHTDEQSGYRYYSEEQLLTVKRIAAYKEQGFTLEQLKPFLEEDIGSDIVKNKLADKMTELQHAMRTLQLQLDEVNSRITRLERSEAGNPSDPIIREVPSQRAAFIRDQVPRSQLCLLLDEITKYAVSNGEEEARQLTILWHDHGSGNADIADIEVAVPIIRDIPANGRIRVDFLPQLKSAASLVHRCDPYTYTCPVVPELRAWISSQGLVQAESEPIREIYLTSDKDIYGKKRPAELLIPLQGNGE				NA	NA	NA	NA	NA
JZ016_03848	765	fabG_13		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAAACGATTGGAAAACAAAATCGCATTAGTTACAGGCGCAAGCCGAGGCATCGGCAAAGGAATCGCGCTTCGGTTAGCGGAAGAAGGGGCTCTGGTCATTGTCCATTACGGAACCCGCCGGGATGCGGCGGATCAGGTTGTCCAGACCATACAAGATCAGGGTGGGCGAGCTATCGCTTTAGGTGCCAAACTTGAATCGGTAGACGGCGTAAAAGGGCTGATTCATTCGCTGAAGGAGGAACTTCTTCGCGTAACGGGGGACAACCGTTTCGATATTCTGGTGAATAACGCAGGCATCGGAACCTCCAAGACCTTTGAAGAGACGACCGAGGAAAGCTTCGATGAGCTGCTTGCCGTAAATGTAAAAGCACCGTTCTTCTTGGTGCAGCAGGCCCTGCCGCTCCTGCGTGACGACGGGCGCATCGTCAACATTTCCTCCGGCGTTACGCGGATCGCCTACCCGCATATTATGGCTTACAACATCACCAAGGGAGCCGTCAATACGTTCACCTTGCATCTCGCCAAGCTGCTCGGTCCACGCGGGATCACGGTGAATGCGGTTCTTCCTGGCATCGTGGATACGGATGTGAATGCTGCATGGCTGCATACGCCGGAAGGGCAGCAGCATGCCGCTGAGATGTCCGCGCTTGGCCGAATCGGTCAGCCGTCGGATATTGCGGATGTCGTAGCGTTTCTCGCATCAAGCGACGGGCGCTGGGTCACGGGGCAGATGGTCGATGCAACCGGCGGTTCTCATCTGTAA	MKRLENKIALVTGASRGIGKGIALRLAEEGALVIVHYGTRRDAADQVVQTIQDQGGRAIALGAKLESVDGVKGLIHSLKEELLRVTGDNRFDILVNNAGIGTSKTFEETTEESFDELLAVNVKAPFFLVQQALPLLRDDGRIVNISSGVTRIAYPHIMAYNITKGAVNTFTLHLAKLLGPRGITVNAVLPGIVDTDVNAAWLHTPEGQQHAAEMSALGRIGQPSDIADVVAFLASSDGRWVTGQMVDATGGSHL	PGPT0003180_8318	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_03849	1581			hypothetical protein	GTGAACGTGTTCCAGTGGATTGAGGAAGCCCGGCGGGGCAGTGCGGAGGCCCAGGGAAGGTTGGTCCGGCATTTTACCGGCATGGCGCTGGCCGTAGCCTACGATAAATTGCAGGATCCTTATTTGGCGGAAGATGCCGTGCAGGAGGCCTTTACGGAGGCATTTGCGAATCTGCACAAGCTGCAGGATCCCCGGCGCTTTCCCGGATGGTTCAAAGTGATCGTGGAGCGGCAGTGCTACAGAGACCGGCGCCGTAAGCAATTGCAGACGTTACCGCTGCATGAGATGGAATTGCCGGCTGGCGACCAGCGGAGCTTGGAGTTTGTCGTGGAAAAGAGAGAGATGATTCGCCAGCTGCATGCCACGATCGCGGATTTGCCGCCCGGCATGCGGATTGCGGTCCAGCTCTATTATTTTCAAGGCTACAGCTTGCGGGAGATCTCACAATATTTGGATATATCCTTGCCGGCTTTGAAGAAGAGACTCTTTGATGCCCGGCGGAAGCTGAAGAACACGCTGCACGTAGCCGACTTTGTATCGGTGTTCACCGATCTGTATGAGGGAGGAAAACGTATGCTGCATATCGTTAACGGGGATTCGGTAGGGGATAAGCTGAAGCAAGGGAACATTCAAGGAGATATCCTGGTGTGGAGGGAGCTATATTCGTTTGGTCCGGTCTTTACGAAGATGGACGAGCCGGATCATAGGAGAACAAGAGCTCGGTATTTGGAGCAAACGCTCGGGATTCCGGAGAAGGAATATATCGAGACCTGCGAGTTGCAGGAGAGGAAGCTACAGGATTTTCGAAAATATGATGAAATCGTGCTCTGGTTTGAGCATGATCTGTTTGACCAGACCATGCTGGCCTACTTGCTGCATTGGTTTAAGGAACAATCACTGGGAAATACGAAGCTGAGTTTGCTGTGCATTGGCGCCTACCCGGGCGTCGAGCTTTTTCGGGGGCTGGGGCAGCTTAGCACGGAGCAGCTCGAGACTTTATCGGGCACATGGCATGCAATTGGAGAAGAAGAGCTTAGGCTGGGCAGCATGTTGTGGGAATGCTATACCTCGGATGGGCCGGAAAGACATCAGCGCATGCTGGAGGTGGATTCCTCGGCACTGCCTTTTGCGAGAGATGCATTCGAAGCCCATCTGGCACGGCTGCCCTCTGTGAACCATGGACTCGGGATCATCGAGAAGACGACGTTAGAGGCTGTAGCGGGCGGAATCCATAAGCCGTATGAGTTGTTCCGAAAGGTAGGTGATAAGCTCCATACACTCGGAATGGGAGATCTGGAGTTCTGGTATTACCTGGCGAAGATGACGGAGGGCCCGGATTCGTTGCTGGTTATCGATGGTACAGCACCTTTTCCGGACTTCAAGCAGGTCGTCCCGCATTTCCAAGACCGGGTGCTGCAAGTGACGAGTGTGGGGCATGGGGTATTAGCCGGGAAGACCGACTATGCCTGCTCCGGAACGATCGATAAATGGGTAGGAGGCCTGCATGTGCGGGGCAAGGCTCCATCATGGCGCTGGGATCCGGAGCGGAAGTCGGTTGCGCGGATAGCTGAATCCGATTGA	MNVFQWIEEARRGSAEAQGRLVRHFTGMALAVAYDKLQDPYLAEDAVQEAFTEAFANLHKLQDPRRFPGWFKVIVERQCYRDRRRKQLQTLPLHEMELPAGDQRSLEFVVEKREMIRQLHATIADLPPGMRIAVQLYYFQGYSLREISQYLDISLPALKKRLFDARRKLKNTLHVADFVSVFTDLYEGGKRMLHIVNGDSVGDKLKQGNIQGDILVWRELYSFGPVFTKMDEPDHRRTRARYLEQTLGIPEKEYIETCELQERKLQDFRKYDEIVLWFEHDLFDQTMLAYLLHWFKEQSLGNTKLSLLCIGAYPGVELFRGLGQLSTEQLETLSGTWHAIGEEELRLGSMLWECYTSDGPERHQRMLEVDSSALPFARDAFEAHLARLPSVNHGLGIIEKTTLEAVAGGIHKPYELFRKVGDKLHTLGMGDLEFWYYLAKMTEGPDSLLVIDGTAPFPDFKQVVPHFQDRVLQVTSVGHGVLAGKTDYACSGTIDKWVGGLHVRGKAPSWRWDPERKSVARIAESD				NA	NA	NA	NA	NA
JZ016_03850	984	trpS_2		Tryptophan--tRNA ligase	ATGCAACGATTATTGTCAGGCATCAAGCCGAGCGGGGATTTGAATATTGGCGGATATGGAGGTGCGCTCCGTCAATATGTGAAGCTGCAGCATGAGTATGAGTCCTATTTCTTCGTGCCGGATCTGCATGCGATCACGGTCTATCAGGATCCCATGGAGCTGCACCAGCGCACGCGGGACATTGCCGCTCTGTACATTGCGTCAGGCATTGACCCCGATAAAGCGACGATCTTTCTGCAATCCCAGGTCCCCGCGCATGTAGAGCTCGGGTGGTTGCTGGAGACGCAGGCGCATTTTGGTGAATTAAAGCGGATGACCCAATTCAAGGAGAAATCGGAAGGTCAAGAAACGGTCAGCTCGGCGCTCTTCACGTATCCCGTCCTGATGGCTGCCGATGTGCTGCTCTATCAGGCAACGCATGTGCCTGTCGGCGACGACCAGAAGCAGCATTTGGAACTGACCCGCGATATGGCCGAACGCTTCAACAACCGGTATGGACGCACGTTTACGGTGCCTGAACCGATCATTCAGGATATTGGCTCCCGCATCATGGGTCTTGACGACCCGTCCAAGAAGATGAGCAAGAGCAATCCGAACAAAAACAGCTGTGTCCACATGATGGATACGCCGGAGGATATCCGCAAGAAATTCTCGAAGGCCGTTACCGACTCAGACGGCGAGGTCCGGCATGACTGGGAGCAGAAGCCGGCGGTCAGCAATCTGATCGAGATTTATTCGGTATTCTCCGAGGAAGCCATCTCCGTCATCGAGAAACGGTATGAAGGCCAAGGATACGGCACGTTCAAGAAGGAATTAGCCGAAGTCGTCATCGAGAAACTTCAACCGATCCAGGAGAGGTTCCATCAAATCGTGAATTCCTCCGAGCTAGATCGCATTTTGATGGACGGAGCGAAGCGGGCTTCAGAAACCGCAGGCCCAACACTGCTTGCCGCCAAGAAAGCGATGGGATTGGTCACGTTCTGA	MQRLLSGIKPSGDLNIGGYGGALRQYVKLQHEYESYFFVPDLHAITVYQDPMELHQRTRDIAALYIASGIDPDKATIFLQSQVPAHVELGWLLETQAHFGELKRMTQFKEKSEGQETVSSALFTYPVLMAADVLLYQATHVPVGDDQKQHLELTRDMAERFNNRYGRTFTVPEPIIQDIGSRIMGLDDPSKKMSKSNPNKNSCVHMMDTPEDIRKKFSKAVTDSDGEVRHDWEQKPAVSNLIEIYSVFSEEAISVIEKRYEGQGYGTFKKELAEVVIEKLQPIQERFHQIVNSSELDRILMDGAKRASETAGPTLLAAKKAMGLVTF	PGPT0007120_6313	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007120-trpS-K01867	NA	NA
JZ016_03851	1152	lnrM_1	COG0842	Linearmycin resistance permease protein LnrM	ATGATGAAGGATATGCTCTGGCTCATTCGAAAGACGATATTGACCTCGTTGAAGGATTATAAAAATCTGCTGCTCGTTATCGCGCTTCCTATTGTCGGTATTCTGCTATCCACCTTAATCTACAAGGGTTCTGGAGAGACTTCCGTTAACATTGGCATCGTGAATCACGATATCGAACAGAAGGTCACGCAAGATACGATCGATTTTGTTGCTCATTTGGAGCATACCGAGGCATCAGTCATTAGGGAGTCGGAAGCGGATGACTTGGTTGTGTCGGGTGAACTGGATGCGGTGCTGATTTTCCCCGAGGGGTTTGCGCAGAGCGTAATTCGGGGGGCACCCGAGCCGGTCCGGATCGAGTCGATTAAGGGAGCTCAGGTTACGGGGTATGTCAAAGCGTATCTGAACGCGTACATCCGGAATATCTCCTCCATGGGGGTTATGGCGGGTGGCGATGCCTCCGCATTTAACGAATTATACAGCGGTTATCGGAGTTCAACGTTTCAATTGTCCACGACTACGGTCGCGGATCAATCGGTCAATCATGATATGACCAACCGGACGATTGGTTACTTGGTTGTGTTCATGTTATTCTCCGCCGTGAATCTATCAGCATTAACGATCCGGGATCGAGAGAACCGTACGTACTATAGACTCTTATCGTCGCCTATTACGGCCCGCAGTTACGTCTTCTCGAATGCCATCGTGAACATCGTTCTGATGATGATCCAGATTGCGGCCACCTTGTTTGTCATGACCCGGTTCTTTCATATCGAGCCTGGCCTTCCGCTCTGGCAGATGTTCTTGATTCTGTCGCTGTTCGCTCTGGTCGCGGTCAGTTTATCGCAGGTCATTGTCGCGTTCTCGGACAGCACCATGATGGCGAACGGAATCCAGACGATGGTGATCATGCCGACTTCGCTGCTGGCGGGGTGTGTATTCCCGCTTACCGTGATGCCCGAAGCGATTCAGCGAATCGCCGATTTCCTGCCGCAGTATTGGCTGCTCGATACGTTCGGCAAGCTTCAACAAGGAAGCGCGTTGACCGACATTATGTTGAATGTGGCGATTCTACTGGCCTTTGCCTTGGCCTTATCGCTGATTGCAACCTACAAGTTTGGAAGAAATAGAGATACGCAGAGCTATGTATAA	MMKDMLWLIRKTILTSLKDYKNLLLVIALPIVGILLSTLIYKGSGETSVNIGIVNHDIEQKVTQDTIDFVAHLEHTEASVIRESEADDLVVSGELDAVLIFPEGFAQSVIRGAPEPVRIESIKGAQVTGYVKAYLNAYIRNISSMGVMAGGDASAFNELYSGYRSSTFQLSTTTVADQSVNHDMTNRTIGYLVVFMLFSAVNLSALTIRDRENRTYYRLLSSPITARSYVFSNAIVNIVLMMIQIAATLFVMTRFFHIEPGLPLWQMFLILSLFALVAVSLSQVIVAFSDSTMMANGIQTMVIMPTSLLAGCVFPLTVMPEAIQRIADFLPQYWLLDTFGKLQQGSALTDIMLNVAILLAFALALSLIATYKFGRNRDTQSYV				NA	NA	NA	NA	NA
JZ016_03852	1119	lnrM_2	COG0842	Linearmycin resistance permease protein LnrM	ATGAACGTACTGAGAATCGCGCTGAAGGAGATGAAGATCGTCCGGGAACCGCGGATGCTGGTGTTTATGCTGGCAACCCCGGTGCTGCTCATTCTGATCCTAGGGACAGCGCTTTCGAATGCTTTTAACGGCAGTACCACGATTGGAGACATCCGGGTGTTATACCATAACGACGGTGCAGAACCCGCGCTTACGGAGCAATGGCAGGTTTTCATGCAGGAGGCGGAACGCTCATCGGGCATGGTCTTTGAGCAAGTCAAGGAAGGCATGGACGGAGGGCAGGAAGTGAAAAACAACCGGTACACCGGTTACGTGGAAATGGACGGCCAAGGTATCCGTTATGATGGAAACAGCCGCAACAGTATGGAGAACGGGATTGTACAGGGGATGCTGTCCGCATTTACCGACCGGTACCGGCTGTCAGCCGAAGCCGCGAAGATCGATCCGGAATATGAGAGCAAGCTGCTTGTTGATGATGGAGGGAGCTATGTGCTGGAGTCTTCCATTCAGGGGGCGAGGCAGCCGGGTTCGCTTGATTATTTTTCGATTGCGGTCACCACGATGATCATCCTGTACAGCGCCTTGACGGCAGGCGGACTCATCGATAGTGAGCGAAAGCGAAACACCGCGCAGCGCCTATTGGCCTCACCGGTGACGAAAGCCGAGATTTTTGCCGGAAAAATAATGGGCACGCTCGCAATCAATGCCGTATTTGTCATCATCGTTGTGCTGATCAGCAAATATATGTTCAATGCCTATTGGGGGGAGAACCCCATCATGGTATTCCTGGTTTTGTTCACCGAGATCCTGTTTGCGCTCAGCCTCGGGCTCGGCATCAGCTACGTGCTGAAGGGAAATGCAGCCGGAGCTGTCATCATGGTCATTATTCAACTGGCTGCGTTCTTTGGCGGAGGATATACGCCGGTTGCAAGCACAACGGGATTCATGAGGGAGGCCGCAACGTATTCTCCCCTGCATTGGTCCAATGAAGCTCTGCTGCAAATCATCTATTCAGGCGATGGGACTGCAGCCGTGCATGCGATAATGCTGAACGTGGGATTTTCCGTCCTGCTATTGGCGGTAGCCATGATTTCGATGCGAAGAAGGGAAGGGCTGTAA	MNVLRIALKEMKIVREPRMLVFMLATPVLLILILGTALSNAFNGSTTIGDIRVLYHNDGAEPALTEQWQVFMQEAERSSGMVFEQVKEGMDGGQEVKNNRYTGYVEMDGQGIRYDGNSRNSMENGIVQGMLSAFTDRYRLSAEAAKIDPEYESKLLVDDGGSYVLESSIQGARQPGSLDYFSIAVTTMIILYSALTAGGLIDSERKRNTAQRLLASPVTKAEIFAGKIMGTLAINAVFVIIVVLISKYMFNAYWGENPIMVFLVLFTEILFALSLGLGISYVLKGNAAGAVIMVIIQLAAFFGGGYTPVASTTGFMREAATYSPLHWSNEALLQIIYSGDGTAAVHAIMLNVGFSVLLLAVAMISMRRREGL				NA	NA	NA	NA	NA
JZ016_03853	1101	lnrL_6	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGACATTCCCCACAAGGGTGAAGATTTGGATCGTCAACAACATGAAGATTCTCATGGATAAGGATGAACTTGTGCACTATCGCAAGGGCATCCTTTTTTCGTACGATAAATGCAGATCAAGTCCACCGGTTGATGCGTGGATGGAATATGGAGGCGAAAAACGTATGAACGTGCTGGAGATCAAAGGTCTTACGAAGAAGTTTGGGGATTTCATAGCGGTAGATCAGTTGTCGTTGAACATACGGGAAGGCGAGATCTTCGGCTTCCTGGGCGCGAACGGAGCAGGCAAGAGCACAACCATTAATATCATATCGTCGCTCATGCCCATGACCAAGGGAGAGGTTCATGTCCTGGGCAAGAATCTGATGAAGCACAGAAAGTTCGCGAAGCAGCAGATCGGCATGGTTCCGCAAGAGGTCGCGATATATGAGGATTTGACCGCCTATGAGAATGTTCATTTTTTTGCCGGATTGTATGGAATGAGAGGATCGGAGCTTAGGAGCAGGGCCGAAGAGGCGCTTGCCTTCGTCGGACTTAGTGACAAACATAAGATGTACCCGAAGAGCTTCTCCGGAGGCATGAAGAGACGACTGAATATCGCTTGCGCGATTGCCCACAGACCGAAGCTGATCATCATGGATGAGCCGACCGTCGGCATCGATCCCCAATCGAGGAACTATATTCTGAACTCGGTCAGGAAGCTGAATGAGATGGGCAGCACGATCCTGTACACGAGCCATTATATGGAGGAAGTGGAGGAGCTCTGCACCCGGATTGCCATTATCGACCACGGCAAGATCATAGCGGAGGGCACAAAGGCACAGCTGAAGGCCATTATTACGGACCAGAAGGATATCGGGATCGAAGTGCAAACGGCCGCCCATCTTGAAGCGAGCAAGCTGAAAGAGATCGCGGGCGTCAAATCGGTTGAAGTGAAGGAGAATACCGTGCACATCAGCTCCGACGCAGGGGTCAATAACCTGAATAAAATCATTCAGCAATTCATGGCGCAAGGCATTGAAATTCGTTCCGTTCAAGCGTCCGAGCCGAATTTGGAAACGGTGTTCCTGACGTTGACCGGCCGGAGCCTTCGGGATTAG	MTFPTRVKIWIVNNMKILMDKDELVHYRKGILFSYDKCRSSPPVDAWMEYGGEKRMNVLEIKGLTKKFGDFIAVDQLSLNIREGEIFGFLGANGAGKSTTINIISSLMPMTKGEVHVLGKNLMKHRKFAKQQIGMVPQEVAIYEDLTAYENVHFFAGLYGMRGSELRSRAEEALAFVGLSDKHKMYPKSFSGGMKRRLNIACAIAHRPKLIIMDEPTVGIDPQSRNYILNSVRKLNEMGSTILYTSHYMEEVEELCTRIAIIDHGKIIAEGTKAQLKAIITDQKDIGIEVQTAAHLEASKLKEIAGVKSVEVKENTVHISSDAGVNNLNKIIQQFMAQGIEIRSVQASEPNLETVFLTLTGRSLRD	PGPT0006725_8672	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03854	1125	lnrJ		Sensor histidine kinase LnrJ	GTGAGCGAACGCCGAAATTATGCCGAACTGTGGGTCATCGGTTTCAAAAGTATGCTGTTCCTGTATGTGATCAGCCAGTCGTATGCCTCTGATCTTGCGATAACGTCATGGTATATACTGGTCATGCTTCTCTACCTGTCCGTGAATGTATCCGTCTATATTTTCAAGAGTCGCAATACACAGCCATACTTCATGGTACTGGCTATTCTTGTTGTCGTGGCGTCCTCATTCTACATTCATCCGCTGTTCTTCATGCTGCTTCCCGCGAATCTGTATGAGCTGTTGTCTTTATATCTTCGCAGGAGCTGGATGATCCTGATTCTCCTGCTGGTTCCAGCGTTTATAGTGCCTTACGAGCTTGGCTTGACCTATTTCTTTATATCCGTTCTATCCTATATTTATCTCACCATGCTGAGGACTTTTATAAGCCGAGTCACATCCTATCAGGAGCAGAACGAGCAGATGCATCGTGAACTGGATCGGTTGACCCAGCGGCTGAGCGAAAATAATGAGTACATCCGGCAGTTTGAATATATGTTCAAGCTGGAAGAGCGAAATCGGCTGTCCCAGGAAATTCATGACAAGATCGGGCATTCCATGACGGGAGCATTGATTCAGATGGAGGCGGCCAAGCGCTTGATGACAACGAATCCGGACAAGTCCGCCGAGCTGCTGCAGAATGCCATATCCATCTCCAAAGAAGGCATTGAGAGCATCAGGCTGGTTTTGAAGAACGTAAAGCCTCCTACGGAGCAGCTCGGCATCAACCGAATGCGTTTATTCCTAGAGGAGTTCTCCACCCAGCACCCGATCAAGACCGTATTAACGCATGAGGGCAATATGGATGTGATTACACCGCTTCAGTGGAAAATCATTCAGGATAACACCCAGGAAGCGTTAACCAATACGATGAAGTATGCGAATGCAACGGCAGTCTCGTTACATATCGAAGTTCTGGGCACCATGATCAAGGCCAAGGTCAGCGACAACGGCAAGGGCATGCAGAAGGTCATCAAGGGTCTTGGGATCATAGGCATGGAGGAGCGCGCCGCGGTCGTGAATGGTACCGTGATCGTGGATGGCTCCGACGGCTTCTCGGTGACCACTTTAATACCTTATAGCTAA	MSERRNYAELWVIGFKSMLFLYVISQSYASDLAITSWYILVMLLYLSVNVSVYIFKSRNTQPYFMVLAILVVVASSFYIHPLFFMLLPANLYELLSLYLRRSWMILILLLVPAFIVPYELGLTYFFISVLSYIYLTMLRTFISRVTSYQEQNEQMHRELDRLTQRLSENNEYIRQFEYMFKLEERNRLSQEIHDKIGHSMTGALIQMEAAKRLMTTNPDKSAELLQNAISISKEGIESIRLVLKNVKPPTEQLGINRMRLFLEEFSTQHPIKTVLTHEGNMDVITPLQWKIIQDNTQEALTNTMKYANATAVSLHIEVLGTMIKAKVSDNGKGMQKVIKGLGIIGMEERAAVVNGTVIVDGSDGFSVTTLIPYS				NA	NA	NA	NA	NA
JZ016_03855	654	lnrK_4	COG2197	Transcriptional regulatory protein LnrK	TTGAAGATTAAAGTGATCATAGCGGACGATAATTCGTTTATCAGGGAAGGTATGAAAATCATTCTGACTACGTTTGATGAGTTCGACGTCGTGGCGACCGTTGAAGACGGCCAGGAAGCGGTGGCCTATTGCGAAGCGCATGAAGTGGATGTGGCGCTGATGGACGTCCGGATGCCGAATCTGAACGGTGTTGAGGCCGCGAAGCAGCTCACGGAGCGTACCAAGACCAAGACGCTGATCTTAACGACCTTCGACGACGATGAATATATTACCGATGCGATCCTGAACGGCGCCAAGGGTTATCTGCTAAAGAATAACGACCCGGAACGGATTCGCGATGCAATCAAAACGGTGTACCACGGCCATCATGTGCTGCAGGACGTCGTACTGGATAAAATCAAATCCGGGCTCTCTCCCGGAAAGCCTGAAAAGGAAGATAAGGCAGACAAGTTCGACCGGAGTCTATTCACCGAAAGGGAACTGGACATTATGGCGCTCATCGCCAAAGGGCTGGCCAACAAGGAAATTTCGAAGAAGCTGTTTATTTCCGAAGGCACGATTGCCAATCACATCACTTCAGTTCTCAGCAAGACAGGTCTTGAGCATCGAACCCAGATTGCGATTTTTTATCTGACGGGGGAAGTGAATAAGTGA	MKIKVIIADDNSFIREGMKIILTTFDEFDVVATVEDGQEAVAYCEAHEVDVALMDVRMPNLNGVEAAKQLTERTKTKTLILTTFDDDEYITDAILNGAKGYLLKNNDPERIRDAIKTVYHGHHVLQDVVLDKIKSGLSPGKPEKEDKADKFDRSLFTERELDIMALIAKGLANKEISKKLFISEGTIANHITSVLSKTGLEHRTQIAIFYLTGEVNK	PGPT0012750_158	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0012750-degU-K07692	NA	NA
JZ016_03856	1179			hypothetical protein	ATGGGTTTCTTAAAACAAAACATGCTGTGGATCGGCGCATTGGTTGTCATTCTGGCCCTGTCGGTCTTCGGCGTGGCCATGATGGGATCGATCGCGGGAGCGAAGCCGAAGTCGCTGCCCGTTGCATTGGTCGTCTTGGATCAGCCGGCGGAGTTACCGAACGGCGAACCCCTTGCTGTTGGCGATATGATGAAGGGGATGCTGCAGGGCAGCTCACAGCTGCCCATTCAGTGGAGAATCGTGAATTCGGAAGCGGAGGCACGGGAAGGGCTCGACAGCCAGAAGTATTATGGAGCCCTTGTGCTGCCTGAGGACTTAAGCGCGAGCATCTTGTCGCTGCAATCGCCTGATCCCAAGCCGGCTGTGGTGCAGGTGCTGGTGAACGAGGGGATGAGCACGCAGGCATCCACAGCGGTGAAACAGATGCTCGGGCAAGCGATGAAGATGGCGGGAGGGCAGCTCTCCAACCAGGCATTGACGATGATCAGCACGCAGACGGATATGCTGCCTGTAACAACCGCACAGGCTCTCCTTACCCCGTTTGAGGTTCAGGAGGAGGTTGTACATCCTGTCGGGATTAATCACGCAAGCGGCAATGCGCCGGGCATGCTGGTGCAGATTTTATGGATTGGATGTCTGATCATTAGCGTGTTCATGTTCCAGGCGCTGCAGAAAGCCGTAGCTGACGGCAGCGGCAGGGGAACCTCGATTGTGCTGCAAGGCGCTGCCGGTTTGCTGCTGGCGGGTCTGGCTTCCGGTTTCCTGGTATGGATGGCATCCTCCTGGTATGGCATGGAGTTTACCAACGGGGGCCGCGTTTGGCTGATGCTGTGGCTGGCAGGTTCTGCTTTTTTCCTCCTTCAGTCGACCCTGCTCAACTGGATGGGAATCCCGGCTATGGGCATCTTGGTGCTCCTGATGTTCTTCTCGATGCCGCTTCTTAATATGGCGCCGGAGTTTCTGCCGCAGTCAACACAGGATTGGCTGTACTCGTGGACGCCGCTCCGCTTTGCTGCTTCGGCTCTAAGAGATGTAATGTATTTTGACGGCGTTTCCGCATCTTCCGCGAATGCTGCCGTACTATGGTCTATCGCCGGAGGTTTCCTTGTTCTGCTGCTTGCCTCGGTGCTGAAGAAGGGGAGCCTTTCCGACAAAAGAAAGTCGATGACCGCTTCTTAA	MGFLKQNMLWIGALVVILALSVFGVAMMGSIAGAKPKSLPVALVVLDQPAELPNGEPLAVGDMMKGMLQGSSQLPIQWRIVNSEAEAREGLDSQKYYGALVLPEDLSASILSLQSPDPKPAVVQVLVNEGMSTQASTAVKQMLGQAMKMAGGQLSNQALTMISTQTDMLPVTTAQALLTPFEVQEEVVHPVGINHASGNAPGMLVQILWIGCLIISVFMFQALQKAVADGSGRGTSIVLQGAAGLLLAGLASGFLVWMASSWYGMEFTNGGRVWLMLWLAGSAFFLLQSTLLNWMGIPAMGILVLLMFFSMPLLNMAPEFLPQSTQDWLYSWTPLRFAASALRDVMYFDGVSASSANAAVLWSIAGGFLVLLLASVLKKGSLSDKRKSMTAS				NA	NA	NA	NA	NA
JZ016_03857	612			hypothetical protein	TTGATCAAAAAGACGGATCGCCGGCAAATTCGGACGAATCAGTTGTTGCGGCAGACCTTGTTTGAGCTCATGGACGAAAAAAGCATAAATGCGATTACCGTCACCGATATCGCCAATCGCGCCAATATCAACCGAGGTACCTTCTATCTGCATTATCGGGATGTGCCGGATATGCTGGATAAGCTCAAAAAAGAGGTGCTCCAGAAGATTAAGGACATCGTCGTTCATATTGACCCCAGGGATTCCAGAGACTATGCGGAAAAGGGCGAGCCTTATCCGGCGTCAGAACGAATATTTGAGGAGCTCATCCGTCATGCCGCCTTCTTCCGTGCCGTTGTCGGCCCGAATGGGGACATATCCTTCGTGCGGCAATTCAGGGAATTCATGAAGGAGCATATGTTTGCTAAGCATGCGTTCAGAAAGCCCGTAGCAGAGAATCAAATCATTCCGAGCGATTACCTGATTGCGTATATGACCTCCGCCAATATCGGCCTGGTCATACACTGGATCGAGTCCGGCATGAATAAGTCCGCAAGAGAAATGGCGATCATGATGACCCAGCTGATCAACTACGGCCCGTTGATTACTTCAGGGATCATCCCAAAACAGTAA	MIKKTDRRQIRTNQLLRQTLFELMDEKSINAITVTDIANRANINRGTFYLHYRDVPDMLDKLKKEVLQKIKDIVVHIDPRDSRDYAEKGEPYPASERIFEELIRHAAFFRAVVGPNGDISFVRQFREFMKEHMFAKHAFRKPVAENQIIPSDYLIAYMTSANIGLVIHWIESGMNKSAREMAIMMTQLINYGPLITSGIIPKQ				NA	NA	NA	NA	NA
JZ016_03858	1050		COG0492	Ferredoxin--NADP reductase	ATGAGTGGGAAAGAGATATTTGATGTAACGGTTATTGGTGGAGGACCAGCAGGATTATATTCTGCTTTTTATAGTGGACTGCGCGGCATGAAAACCAAGATTATAGAATATCAACCCATGCTTGGCGGGAAGGTTCACGTCTATCCGGAAAAAATGATATGGGACGTCGGCGGACTGACACCCGTTCCGGGCGCGAAGCTGATCGAACAGATGGTTCAGCAAGGTCTGACGTTTAATCCCGAAGTGCTGTTAAACGAGAAGGTTGAATCGATCGCCCGCAATGAGGAAGGGCTGTTCGAATTACATACGGCGAATTCCGGCGTGCATCTGTCCAAAACGGTCATCGTGGCGGTCGGCGGAGGTATCCTGAATCCGCAGAAACTGGATATTGAAGGAGCCGAGCGGTTTGAGGTGTCGAACCTGAACTACACGGTGAAGTCCCTGCAGCATTTCAAGGGCAAAACGGTGATTGTGTCCGGCGGAGGAAATTCGGCCGTGGATTGGGCGAATGAGCTGGAGCCTGTGGCGAAGAAGGTGTACCTGGCCTATCGAAAAGGCGAATTGTCAGGCCATGAAGCCCAGGTCGATCAGTTGATGAACAGCAAGGCCACTTGCCACCTCAATACATCGATCACGAAGCTTATTGCTTCGGATAATCATGAGGTGATCGAGCGGGTGGAATTGACCAATAATGAGACGGGGGAAGTTTCCTATCTGGCCGTAGACGAAGTGATCATTAACCATGGCTATGAACGGGATATGTCGCTCTTGGAGAACAGCAAGCTCGATATTCATCGGGTGGATGATTACTATATCGCGGGCAACGCAAGCTGCAACTCTTCCATACCGGGGTTGTATGCCGCGGGCGACATCCTGCATTTTGACGGGAAGCTGCACCTGATTGCGGGCGCCTTCCAGGATGCCGCGAACGCGGTGAACAGCGCGAAGCAGTTCATTGAGCCGGATGCCAAAAAGTACGCGATGGTCTCCTCGCATAACGAGGTATTCAAGGAGCGAAACCGCGAATTAGTAAAGCAATTGATCAATTAG	MSGKEIFDVTVIGGGPAGLYSAFYSGLRGMKTKIIEYQPMLGGKVHVYPEKMIWDVGGLTPVPGAKLIEQMVQQGLTFNPEVLLNEKVESIARNEEGLFELHTANSGVHLSKTVIVAVGGGILNPQKLDIEGAERFEVSNLNYTVKSLQHFKGKTVIVSGGGNSAVDWANELEPVAKKVYLAYRKGELSGHEAQVDQLMNSKATCHLNTSITKLIASDNHEVIERVELTNNETGEVSYLAVDEVIINHGYERDMSLLENSKLDIHRVDDYYIAGNASCNSSIPGLYAAGDILHFDGKLHLIAGAFQDAANAVNSAKQFIEPDAKKYAMVSSHNEVFKERNRELVKQLIN				NA	NA	NA	NA	NA
JZ016_03859	1002	btuD_12		Vitamin B12 import ATP-binding protein BtuD	ATGAAACATGAATATTATTTAAAATTTCCATTAAGATATTTATTGACAACGACGCGGCCCCACATTATATTTATGGATGAAATTGAGAATCATTATCGTTTGATAGCTAACTACTCTGGAGGTGAAATGATGATTCGCCTAAGTACAGATCGAATAAGCGTCGGTTACGGCGAGAATCTGATATTGAATCGTCTTAACGTAGATATTCCCGATAAAAGAATCACAACCATCATTGGGCCGAACGGCTGCGGCAAATCCACTCTTTTGAAGGCTGTTACCCGCATTATTCCTTACCAGTCCGGTGCTGCCATTCTGGATGGAGAAGAAATCGCCAAGATGAACACCAAGCTCCTGGCGAAAAAGCTGGCCATTCTGCCCCAAACTCCGGAAGGACCGGGCGGATTGACGGTTGGCGAGCTTGTCTCCTATGGCCGATATCCTCATCAACGCGGTTTTGGCCGCTTGACCAAGCAGGATATGGAAGTGATTGACTGGGCGCTGGAGGTTACCGGGACCCAGGATTACAAATATCGCTCGGTGGATGCTCTATCCGGGGGACAAAGACAGCGGGTGTGGATTGCGATGGCCCTTGCTCAGGAGACCGAAATGATCTTCCTCGACGAACCGACAACGTATCTGGACATGGCGCATCAGCTTGAGATCCTGGAACTGCTGGAGAGACTTAACATCGAGCAGGAGCGTACCATTGTTATGGTCCTGCATGATTTAAACCAAGCCGCCAGATTCGCTGATTACATTATCGCGATGAAGGATGGCGATATCATTCAGGCCGGAGATCCGGAAGCCGTCATTTCACACGACGTATTAAAGAAAGTATTCCATATCGACGCCGAGATCGGCCGCGATCCGCGCACCGCAAAACCGATCTGTATCACGTACAATCTATTAAAAGGGGAAAAAGAGGATGTACTCAAAACGGAGCAAAACGACAACTACGAAGAAACTACTCATCCCGTTTATAGCGCTGCTGCTCATTCTTAG	MKHEYYLKFPLRYLLTTTRPHIIFMDEIENHYRLIANYSGGEMMIRLSTDRISVGYGENLILNRLNVDIPDKRITTIIGPNGCGKSTLLKAVTRIIPYQSGAAILDGEEIAKMNTKLLAKKLAILPQTPEGPGGLTVGELVSYGRYPHQRGFGRLTKQDMEVIDWALEVTGTQDYKYRSVDALSGGQRQRVWIAMALAQETEMIFLDEPTTYLDMAHQLEILELLERLNIEQERTIVMVLHDLNQAARFADYIIAMKDGDIIQAGDPEAVISHDVLKKVFHIDAEIGRDPRTAKPICITYNLLKGEKEDVLKTEQNDNYEETTHPVYSAAAHS	PGPT0003760_90	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_03860	753	fhuD_2	COG0614	Iron(3+)-hydroxamate-binding protein FhuD	GTGGTTGTGCTGTCCTCCTACGTAGGCGACCTGCTTGCACTCGGCGTCAACATGGTGGGCGTTGATTCCTGGTCCAAGGCAAATCCCGCATTTGCGGACAAAATCAAGGATGCCGAAGAAGTCACGGATGAAAGCCTGGAGAAAATCATCGAGCTGGACCCCGACCTCATCATCGGCCTGTCCACTATCAAGAACGTCGATAAGCTGAAAGAGATTGCCCCAACCGTGACCTTCACCTACGGAAAAGTCGATTATTTGACGCAGCATCTTGAAATCGGCAAGCTTGTGAACAAAGAAAAAGAAGCCCAAGCCTGGATCGATGATTTCAAGCAACGGGCGCAAAAAGCCGGTGAGGACATCCGTGCCAAAATTGGAGAAGACGCCACCGTATCCGTTATCGAGAGCTTTGATAAGCAGCTTTATGTATACGGCGATAACTGGGGCCGCGGTACTGAAATCCTGTATCAGGAAATGAAGCTGAACATGCCGGAAAAAGTGAAAGAAATGGCACTCAAGGACGGTTACTATGCCCTTTCCGCGGAAGTGCTGCCGGAGTATGCCGGCGACTATGTTATTCTGAGCAAATTTGCCGATGCCGATACGTCCTTCCAGCAAACCGAGACGTATAAGCAAATCCCGGCGGTGAAGAATGGCCGCGTATACGAAGCAGACGGAAACCGGATTTATTTTAATGATGCCACCACGCTGGAGTACCAACTGGAGTTCATTACGGAACACTTTTTGGGCAACTAG	MVVLSSYVGDLLALGVNMVGVDSWSKANPAFADKIKDAEEVTDESLEKIIELDPDLIIGLSTIKNVDKLKEIAPTVTFTYGKVDYLTQHLEIGKLVNKEKEAQAWIDDFKQRAQKAGEDIRAKIGEDATVSVIESFDKQLYVYGDNWGRGTEILYQEMKLNMPEKVKEMALKDGYYALSAEVLPEYAGDYVILSKFADADTSFQQTETYKQIPAVKNGRVYEADGNRIYFNDATTLEYQLEFITEHFLGN	PGPT0003765_8016	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_03861	1005	feuB_4	COG0609	Iron-uptake system permease protein FeuB	ATGCCTACGAAACGATCCATTCCTATTTCCATCAAATTGATTGCAGGCATCATCGTATTTATAGGCATGTTTGTTGTTGCGATGGTGTTCGGCGCAGCTGAAACCAGCATCAAGGATGTATGGTTTGCCCTTACCACCTCGATGGAGGGCGAGAAATTATCCCTCCTTCGCGAAATCCGGCTGCCCCGTGAGGTTGCCGCCATTCTGGTCGGAGCCGCGCTTGCGGTCTCCGGCGCCATCATGCAGGGCATTACCCGCAATCCGCTGGCGGATCCCGGCCTGCTCGGTCTTACCAGCGGGGCGAATGCGGCGCTTGCCTTCACGCTGGCTTTCATGCCGGCTGCGAATTATTTTGGCATTATGGTGGCCTGCTTCATCGGAGCAGCGATCGGTGCCGTGATGGTCTTCGGTATCGGAGCCATGCGAAAAGGCGGCTTCTCTCCCTTGCAGATGGTGCTGGCTGGCTCAGCCGTATCCGCATTCCTGTACGCCATCGCTGAAGGAATCGGCATTTATTTTAAAATATCCAAGGATGTGTCCATGTGGACGGCAGGCGGTGTGATCGGCACATCATGGGGACAGCTGCAGACGATATTTCCGTTTATTCTCATTGGAATTATTATTGCCATCGTGTTATCAAGACAGCTGACCATCCTTAGCCTAAGTGAAGAGGTCGCCGTCGGTTTGGGACAGAACATTGCCGCTATCAAAGGCATCCTGTTTGTCGTGATTGTCCTCCTGGCTGGAACCTCTGTGGCCTTGGTGGGAAATCTGGCCTTCCTCGGCCTGATGATTCCCCATATCGTACGCGGGATCGTTGGAACCGACTACCGCCATGTCATTCCGATGTCCGCCCTCGTCGGAGCCATCTTCATGCTGTTTGCCGACACGGTTGGACGAACGCTGCATGCTCCTTACGAAACACCCGTAGCTGCTCTGATCGCCATCATGGGATTGCCCTTCTTCCTGTTTATCGTACGCAAAGGAGGGCGGGGACTGTCATGA	MPTKRSIPISIKLIAGIIVFIGMFVVAMVFGAAETSIKDVWFALTTSMEGEKLSLLREIRLPREVAAILVGAALAVSGAIMQGITRNPLADPGLLGLTSGANAALAFTLAFMPAANYFGIMVACFIGAAIGAVMVFGIGAMRKGGFSPLQMVLAGSAVSAFLYAIAEGIGIYFKISKDVSMWTAGGVIGTSWGQLQTIFPFILIGIIIAIVLSRQLTILSLSEEVAVGLGQNIAAIKGILFVVIVLLAGTSVALVGNLAFLGLMIPHIVRGIVGTDYRHVIPMSALVGAIFMLFADTVGRTLHAPYETPVAALIAIMGLPFFLFIVRKGGRGLS	PGPT0003770_6942	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_03862	1011	yfhA_3	COG0609	putative siderophore transport system permease protein YfhA	ATGATTCATCCATCGTTAATAAGAAAACAACGCATTACATTTCTGGTCTTGTTGATCCTTACAGTAGTTACTATCCTCGTTGGTCTGGGTCTCGGTTATTCATCCGTTAGCTATGACCGGATTATTCCAACCCTGCTGGGGCAAGGCAGCTTCAAGGAGAAATTCATTATTTTCGATGTGCGCCTGCCGCGCATGCTTATTACTTTGCTGGCCGGAATGGCGCTTGCCTTATCGGGTGCCATTCTGCAGAGCATTACCCGAAATGATCTTGCGGATCCCGGTATTATCGGCATTAACTCGGGGGCCGGGGTCGGCGTAGCCGTATTTTTCCTGTTCTTCCCGATCGAAGCCGGCTCCTTTATTTACATGCTGCCCTTGGCGGCATTTATCGGAGCTGTGCTAACGGCCGTGGGCATCTACCTGTTCTCTTTCCGAAAAGGCGAAGGCTTACAGCCCGTTAAATTGGTGCTTACCGGTGTCGGGTTCTCCATGGCACTCTCGGGTGTCATGATTATGCTCACGTCGTCTGCCGAGCGGACCAAGGTCGATTTTATCGCCAAGTGGCTGGCTGGCGGGATATGGGGAACCGATTGGCCCTTCATTGTGGCACTGCTGCCCTGGCTGATCATCCTGATTCCGTTCACCCTATACAAAGCGCAGCGCATGAATCTGCTGGGATTAAGCGATCCCGTGGGCATCGGCGTCGGCGTATCTATTGAGAAGGAGCGCATCGTGCTGCTTCTGGCTGCCGTAGCGCTTGCAGCATCCGCGGTATCCGTTACGGGCGGGATTACATTCATTGGACTCATGGGCCCACACATTGCTAAAGCGCTGGTCGGCCCGCGGAATCAGATGTACATTCCGATTGCCGTATTGATCGGGGGCTGGCTGCTGCTGCTCGCGGACACGATCGGACGCAATATCGTGGATCCCGACGGCATCGCCGCAGGCATTATGGTCGCCATCATCGGCGCGCCGTATTTTGTATATTTGCTGCTGAAGAAAAAATAA	MIHPSLIRKQRITFLVLLILTVVTILVGLGLGYSSVSYDRIIPTLLGQGSFKEKFIIFDVRLPRMLITLLAGMALALSGAILQSITRNDLADPGIIGINSGAGVGVAVFFLFFPIEAGSFIYMLPLAAFIGAVLTAVGIYLFSFRKGEGLQPVKLVLTGVGFSMALSGVMIMLTSSAERTKVDFIAKWLAGGIWGTDWPFIVALLPWLIILIPFTLYKAQRMNLLGLSDPVGIGVGVSIEKERIVLLLAAVALAASAVSVTGGITFIGLMGPHIAKALVGPRNQMYIPIAVLIGGWLLLLADTIGRNIVDPDGIAAGIMVAIIGAPYFVYLLLKKK	PGPT0003770_7205	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_03863	483			hypothetical protein	ATGGCAAAATCAAAGAAAGCCACCGATTCAGCTGCAAAGCGATGGATGTCAACATTTCCTCTATGGATCCTCGTGACGGTCAGTGTACTATGCATGCTCTGGATATTCGATCTCTTGATCGACCTTGGGCTGCCTCGACAAGATGCAGGCTGGATTAACATCGCTATCGTGGGAATGTACCTTACAGGTTATTTTGCCGGCGAGCTGTATGTCTATCTGGATCGAACGTATGTAGATGGAAAGCAATCCTATACCCCGGGTGACGACATGAAGTCCGGATCCTTCAAGAAACGAATCCTCCTTCAGTTCGACATATACCTCTTTGTGATCCTAACCATCCTATGTTTCAATTGGATTCACGGCTTATTCAGATCTCTTACATTGCCATCGTGGTATGCCTATTACCTGCACATATCTTTCCTATGCTTATACTGGTTCGGCTATGGTTGCCGTCTTTTCCGAGCGTATCTCCTTACAAAATAA	MAKSKKATDSAAKRWMSTFPLWILVTVSVLCMLWIFDLLIDLGLPRQDAGWINIAIVGMYLTGYFAGELYVYLDRTYVDGKQSYTPGDDMKSGSFKKRILLQFDIYLFVILTILCFNWIHGLFRSLTLPSWYAYYLHISFLCLYWFGYGCRLFRAYLLTK				NA	NA	NA	NA	NA
JZ016_03864	1551	ectT		Ectoine/hydroxyectoine transporter	ATGAAAGGGAGTTTATTGAAGAACATCGTGTTTACGGTTTCGGCCGTTATCATTGCCATTCTTGCTATTCTAGGGGCTGCTATGCCTGGAGCATTTGGTGAAGTGGCAGGGTATTTGTACAGATTTACGACGAATACGTTCGGCTGGTTCTATCTGCTCTCGATCTTTGTGATTATTATCTTTTTGATCTGGGTGGCAGCCAGTAAATACGGAACGATTCGCCTTGGCGGAGATAAGGAGAAGCCCGAGTATCCGTTCTTCACCTGGATTGGAATGCTGTTCTCTGCGGGGTTTGGTGTAGGGCTGGTGTTTTGGGGCGTGGCTGAACCCATGAGCCATTTTTTTAAGACGCCGTTCGGAGGCGTCGAAGCACAAGGTGTGGACGCGGCGCGCGTGGCTATGGGCTATTCTTTTTTTCATTGGGGGATTAGTCAGTGGTCGGTGTTTGCCCTTGTCGGACTTGTGATCGCGTTTCTTCAGTACCGTAAGCAGAAGGATGGGCTGGTGTCGACAGCGCTGGAGCCTGTCACCGGCTCGAAGCCCGCAGTGAAGAATACAATTGATATCCTTGCGGTGATTGCAACGGTCATGGGCATCGCGACTTCCATTGGACTTGGCGTTCTGCAGATGAGCGGTGGTTTGAACACGATTATGGGAGTGAACAATGGTGTCGGGTTGCAGTTAATGATGCTGGGGCTTATTTTTGTCGCTTATATGATCTCATCCACAACGGGATTGGATAAAGGGATTAAATACTTAAGCAACCTGAACCTCGCGTTGGCGCTCATTTTTTTATTGTTTGTGTTTGTTAGTGGTCCCACTGTTTTCATCTTGGAGACCTTTACATTGGCGCTAGGCGATTACATTACGAATTTCGTCTCGTACAGCCTGAGGCTTCAACCCTACGCTGAAGGCACGTGGGTACGGGAATGGACGATCTTTTACTGGGCCTGGGCGATTGCTTGGTCTCCGTATGTGGGAGCTTTCGTGGCGAGGGTGTCCAAGGGAAGAACGATTCGTGAATTCATTGTGGGCGTGATGGTTGTGCCGCCGGTCATTGCCTGTCTATGGATCGCGGTATTCGGCGGGACGGCGATCTGGTTTGATCTGCACGAGAGCACCGGGATTGCTGCAGCCGTTAATGCAGATGTGACATCTGCTCTGTTTCAGCTCTTTAACCAATTACCCTTCTCCATGGTCATGAATGTGCTGGCGATCTTACTCATTCTGACGTTCCTGGTAACATCAGCGGACTCAGCAACTTACATCTTATCCAGCATGACCACCTATGGCAGCCTGAACCCTCCGCACATTGCAAAAATCGTGTGGGGCACGCTCATGGCAGCGATAGCAGGTGTACTGCTGTATGCGGGCGGGCTGGAAGCCTTACAGACGGCTTCATTGATTGCGGCATTGCCGTTTACGGTGCTGCTGCTGCTGTTGGTCATTGCCGTGGTGAAGCTGCTGAGCCGCGAGCCGATTCCGATTCGGAAGGCTGATCTGAAACGGTTCCGCCGTCTGGAGGAGGCGGCCAACCGGGGGAAGAAGTAA	MKGSLLKNIVFTVSAVIIAILAILGAAMPGAFGEVAGYLYRFTTNTFGWFYLLSIFVIIIFLIWVAASKYGTIRLGGDKEKPEYPFFTWIGMLFSAGFGVGLVFWGVAEPMSHFFKTPFGGVEAQGVDAARVAMGYSFFHWGISQWSVFALVGLVIAFLQYRKQKDGLVSTALEPVTGSKPAVKNTIDILAVIATVMGIATSIGLGVLQMSGGLNTIMGVNNGVGLQLMMLGLIFVAYMISSTTGLDKGIKYLSNLNLALALIFLLFVFVSGPTVFILETFTLALGDYITNFVSYSLRLQPYAEGTWVREWTIFYWAWAIAWSPYVGAFVARVSKGRTIREFIVGVMVVPPVIACLWIAVFGGTAIWFDLHESTGIAAAVNADVTSALFQLFNQLPFSMVMNVLAILLILTFLVTSADSATYILSSMTTYGSLNPPHIAKIVWGTLMAAIAGVLLYAGGLEALQTASLIAALPFTVLLLLLVIAVVKLLSREPIPIRKADLKRFRRLEEAANRGKK	PGPT0013600_795	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
JZ016_03865	288	yybR_2	COG1733	putative HTH-type transcriptional regulator YybR	ATGATTAGTGGAAAGTGGAAGCCTCGAGTACTGTATGAACTGTTTCAGGAAACGCTGCGTTTTGGTGAGCTGCATCGGAGAATACCGGAAGTATCAAGGCATGTGCTTACCGTTCAATTGCGGGAATTAGAGGAGAGGGGCATCGTGAAACGGACGGTGTATCAAGAGGTACCCCCCAAGGTGGAATACTCCATAACGGAGTTCGGTATCCATTTCAAAGCGGTGCTTGAGCAAATGGTCATTCTGGGACAACAGTATATCGATACGAAACAGGTCCCTAACGAATAG	MISGKWKPRVLYELFQETLRFGELHRRIPEVSRHVLTVQLRELEERGIVKRTVYQEVPPKVEYSITEFGIHFKAVLEQMVILGQQYIDTKQVPNE				NA	NA	NA	NA	NA
JZ016_03866	405			hypothetical protein	ATGAAACCATCCATTCCCGCAAGCCGAGTCTGGAAGCCGGAGGAGATGAATGCCGCATTTGCTGATTCATATAACTCAGGGGACATCGATCAAGTGCTGGCGTTGTATGAACCGAACAGTATTCATGTCCACAGCAATGGAAGCTTGGAGATCGGAATTCATTCCTTCCGCCATACGCTGGAGGAACTGCTGCTGCTTCAAGGCAAGATGGTCTCCACCAATCTATACTGCATCCCTTTTGAAAATATCGCTATGCTGCGTGCCCATTTCATCTTGCATACCGTGGACCCGGATGGCCAATCTCTTGTGCTGCAAGGTTATACCTCCGAGATCGTGAGACAGCAGCCTGATGGAAGCTGGTTGTACATTGTGGACCATCCGTTTGGTTCAGATGTTATGGAATGA	MKPSIPASRVWKPEEMNAAFADSYNSGDIDQVLALYEPNSIHVHSNGSLEIGIHSFRHTLEELLLLQGKMVSTNLYCIPFENIAMLRAHFILHTVDPDGQSLVLQGYTSEIVRQQPDGSWLYIVDHPFGSDVME				NA	NA	NA	NA	NA
JZ016_03867	1221			hypothetical protein	TTGTTAAGATGTAAAGTTAAACCTGTTCATTCAAGAAGTGCACCCTTACCAAGCAAATATAGTCATAACCGTAATCATTCAAAACGATATTTTCACTGCAAGAAATCCAAGGTAAGGGGAATCCGGCAACGTGGTCTCCGGGGATTTCGGGGAAGGCCAGGAGCGGTCGGACCGATTGGTCCCGTAGGGCCTGTTGGCCCTCAGGGTCCTCAAGGGATTCAGGGTTTATCGGAAGCAGCGGTAGGTTTGATTGGTCCGGCAGGACCACAAGGGCCGCTTGGGCCGCAGGGGGTAGATGGTTCGCTTGCTGTTTATGGGGATGGCTCAGCCGGTGAATTGCTCATAAACAGTGGCCAGGTTGTGGATTTAAGTGTTCCAGGCTCTCTTGCAGCATTGCCTTCTGGAACAAATCTGCAGTTCTCCAGAGTAGAAATTGCGGGGACACTTATCATTCCAAGCGGCATCACGATCCAATCATCGGGGGATCTCGTGATAAGTGGTGTAGTTACGGTTCTTCCCGGTGCAGCAGACTCTGGCAATGGCTCACCAAACGAGGGAATATCCGCTGCTGCTGCAGGACCATATAACGGCGGAATTGGACTCGGATCACTGCAAGCAGCACAGGTCATTCCAACAGCAGCTGGCGGTGGGGCTGGGAGCCGAACTTTGTTAGGCAGTGGCGGAGAAGGCGGAGGTAGTTTGATTTTGGCTGCCCAGGGCCAAGTCGTAATTGCCAATGGGGCCCTGATTACTGCTAACGGAAATCATGGAGTAAACCCACTCTCTGCGGGTAGCGGTATAGTCGGTAGCGGGGGTGGTGCTGGGGGCTTTATATTGATTGCTGCTAAGAATAGCATAACCATTGCGGGAACCCTTGCGGCGGCTGGAGGGAACGGGGCTATCGGTTGGGATGGTAATGGCGGAGATGGCGAAGGTGGCGGCGGAGGCGGAAGTGGTGGTGTTATCCACCTTATATCAACCGTTTCTCCAACAGTTACGGGGACACTCCAGCTGAATGGTGGTATGGGCGGAGTGAATGCAATGGGTGTAACAGGCATTGTTACCGTTGGCGGTGGAGGTGGGGCCAACGGCGGAAACGGTGGTAACGGGGGAGGAACTCCTGTTGCCGGACAACCTGCGGTTGATCCGCAGCCAGGCCAAGTTGGCCAAGTGCTTGTGACCATAACACCTGAGCCAGAAAATTGGTTTGTAGCTAGATAG	MLRCKVKPVHSRSAPLPSKYSHNRNHSKRYFHCKKSKVRGIRQRGLRGFRGRPGAVGPIGPVGPVGPQGPQGIQGLSEAAVGLIGPAGPQGPLGPQGVDGSLAVYGDGSAGELLINSGQVVDLSVPGSLAALPSGTNLQFSRVEIAGTLIIPSGITIQSSGDLVISGVVTVLPGAADSGNGSPNEGISAAAAGPYNGGIGLGSLQAAQVIPTAAGGGAGSRTLLGSGGEGGGSLILAAQGQVVIANGALITANGNHGVNPLSAGSGIVGSGGGAGGFILIAAKNSITIAGTLAAAGGNGAIGWDGNGGDGEGGGGGGSGGVIHLISTVSPTVTGTLQLNGGMGGVNAMGVTGIVTVGGGGGANGGNGGNGGGTPVAGQPAVDPQPGQVGQVLVTITPEPENWFVAR				NA	NA	NA	NA	NA
JZ016_03868	498			hypothetical protein	ATGGCAGATCCGTTCTTAGGTGAAATTCGCTTATTCGCTTTTAATTTTGCTCCCGATGGGTGGGCGTTTTGTGACGGGCAGTTATTGCCGATTGCTCAGAATACAGCCTTGTTTTCTCTGCTGGGGACAACGTACGGGGGGAACGGCACGACCCATTTTGCGCTCCCGGATTTAAGGGGGAGAGTTGCTGTTCATCGAGGCACCAACTTCCCGATAGGAGAGAATGGTGGAGAGGAGTTCCATACCCTAACGGACGCGGAGCTTCCCAGCCATACGCATCAAGCAATGGGAAGCGCCAATCCAGCTAATAGTGTGTTACCTGTGGATCGAACATGGGCGCTCTCTGACAGCTTGACGTATCACGAAGTCACTAATTCATTCATGAGCCCGGGCGCTATTGCTCCTACTGGAGGAAATCAACCGCATAATAACATGCAGCCTTATCTTGTTTTAAATTACTGCATTGCTATAGAAGGGATATTCCCTCCGATTCCATGA	MADPFLGEIRLFAFNFAPDGWAFCDGQLLPIAQNTALFSLLGTTYGGNGTTHFALPDLRGRVAVHRGTNFPIGENGGEEFHTLTDAELPSHTHQAMGSANPANSVLPVDRTWALSDSLTYHEVTNSFMSPGAIAPTGGNQPHNNMQPYLVLNYCIAIEGIFPPIP				NA	NA	NA	NA	NA
JZ016_03869	489			hypothetical protein	ATGATCAATATGATTGATGCTAACGAGGAAGATACAGCGTTTTTATATGAGCTGTACCGCAGCACACGCCTTAGAGAAGTTTCCTCCTGGGGATGGGGAGAACAGGAAATGGAGGTGTTTCTGCGCATGCAGTTTGATCTCCAGCAGCGCTCCTATGCACTGCAGTTCCCTCAAGCATCGCACCTGATTCTTATGAATAACCAGCTACAGGCTGGGCGAGTCATTGTACATGAAACACCTGCCGAAATTCGCCTGGTCGACATCTCGATTTTGCCTGAATTCGGGAATCAGGGTATAGGAACGGCAGCCCTGGTTCATTTACAGGATATGGCCAGGACAGACTCGAAGTCCATCCGTCTCCATGTTATCAGCTCAAATCCAGCTATAGCATTATATGAACGCATAGGATTCCGGATAAGAGGGGGAGATGATGTTTATGTACACATGGAGTGGAGCGCTTCGACAGAGAGGACAGGAGGTAACATATAA	MINMIDANEEDTAFLYELYRSTRLREVSSWGWGEQEMEVFLRMQFDLQQRSYALQFPQASHLILMNNQLQAGRVIVHETPAEIRLVDISILPEFGNQGIGTAALVHLQDMARTDSKSIRLHVISSNPAIALYERIGFRIRGGDDVYVHMEWSASTERTGGNI				NA	NA	NA	NA	NA
JZ016_03870	978	mhqA_1	COG0346	Putative ring-cleaving dioxygenase MhqA	ATGAACGGATTAAAAGGAATTCACCACGTAACAGCCATTACGAGCAGTGCCGAGAAGAACTACGAGTTTTTCACCTATGTGCTCGGTATGCGACTTGTGAAGAAAACAGTTAATCAGGACGATATTCAGACATACCACCTGTTTTTCGCGGATGACAAGGGCAATGCCGGCACCGATATGACATTCTTCGACTTTCCGGGCATCCCGCAGGGCAGACACGGTACAGACGAGATTTACAAAACCTCGTTCCGTGTTCCTAACGATGCAGCGCTCGAATATTGGATCAAGCGATTTGACCGGCTGGATGTAAAGCATCAAGGCATTCAAGAATTGTTTGGCAAAAAAACACTCGCCTTTGTTGATTTTGACGATCAGCAGTATCAGCTCATCTCCGATGAGAACAACGAGGGCGTGGCTTCAGGAACTCCTTGGCAGAAGGGACCGATTCCGTTGGAGCATGCGATTACAGGACTCGGCCCGGTGTTTGTACGGGTGTCCAACTTCGATTATTTCAAGGAAATGATGGAGAAAGTGCTCGAATTCAAAGAAATCGGCAAGGAAGGCTCGCTTCATCTGTTTGAGGTTGGTGAAGGCGGCAATGGCGCCCAGGTGGTTGTCGAGTACAACGCCGTGCTTCCAAGAGCTCAGCAGGGCTTCGGCACTGTACACCACGCGGCTTTCCGGGTAGAGGACCGCTCGGTGCTGGAACATTGGATCAAGCGTCTTGACGACTTCCAATTTCATACGTCGGGCTTTGTAGACCGCTATTTCTTCCAGTCCTTGTATGCGCGAGTTGCACCCCAAATTCTGTTTGAGTTTGCAACCGACGGTCCAGGCTTCATGGGTGATGAGCCATATGAAACTCTTGGCGAGAAATTGTCCCTGCCTCCATTCCTGGAGCCAAAGCGCGAACAGATTGAGAGTATGGTTCGTCCAATCGATACCGTGCGCAGCACGAAGGAATTCGTGAAGGAATAA	MNGLKGIHHVTAITSSAEKNYEFFTYVLGMRLVKKTVNQDDIQTYHLFFADDKGNAGTDMTFFDFPGIPQGRHGTDEIYKTSFRVPNDAALEYWIKRFDRLDVKHQGIQELFGKKTLAFVDFDDQQYQLISDENNEGVASGTPWQKGPIPLEHAITGLGPVFVRVSNFDYFKEMMEKVLEFKEIGKEGSLHLFEVGEGGNGAQVVVEYNAVLPRAQQGFGTVHHAAFRVEDRSVLEHWIKRLDDFQFHTSGFVDRYFFQSLYARVAPQILFEFATDGPGFMGDEPYETLGEKLSLPPFLEPKREQIESMVRPIDTVRSTKEFVKE	PGPT0028510_279	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028510-mhqA|mhqE|mhqO|yaiA-K15975	NA	NA
JZ016_03871	519	def_1	COG0242	Peptide deformylase	ATGACGGTTAAAGCTATTGTGCCATTCGGTGATCCGATCTTACGAAAGATCGCCCGGCCAGTCGATACCGTAAACGCCAGAGCATTGAAGATTCTGGATGATATGGCAGAGACACTGTATGACAGTGAAGGGCGCGCTGGTCTTGCCGCACCCCAAATCGGTATATTACGAAGGCTTATTGTCATGGACTGCGGAGAAGGGTTGATCGAGCTGATTAATCCGGAAATCGTAGAGATGGACGGGGAACAGATGGGCCCCGAAGCTTGTCTGTCTTATCCGGGGTATTACGGATATGTGAAGAGGGCCAATAAGGTTAAAGTAAAGACACTAAATCGTCAAGGCCAGACGGTGATCCTGGAAGGTGAAGATTATCTGGCCAGATGTATGCAGCACGAGATTGATCACCTGAACGGCATATTATTTGTGGACCATGTTCGGGATGGATGGTTGTATCACGAGGAGACCCATCAACGCATCGAGCTGTTTCCTGTCATTGGATTATCCAATACTGGCGTATAA	MTVKAIVPFGDPILRKIARPVDTVNARALKILDDMAETLYDSEGRAGLAAPQIGILRRLIVMDCGEGLIELINPEIVEMDGEQMGPEACLSYPGYYGYVKRANKVKVKTLNRQGQTVILEGEDYLARCMQHEIDHLNGILFVDHVRDGWLYHEETHQRIELFPVIGLSNTGV	PGPT0008125_24	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604	NA	NA
JZ016_03872	264			hypothetical protein	ATGGAACGGGAGGGGGACCCTTTGCTCGAATGGATGCTACGTAATGTGATGGCGGAGAGAGGGATATGGTCGGGAGCGGCTTTGGCGCGGCTGATGAAAGAGAAGGCGAATTACAGCTTATCAGCTGCTTCCATTAGTGCATTGCTGACGAACCAGCCCAGGCAGATGAAGGCAGAGACGTTAGATGCCCTTTGCACAACCTTAGAGTGTACTCCAGGTGACTTATGGGTGCATACACCTCCTTCTAGAACTAAGGGGGCTTAA	MEREGDPLLEWMLRNVMAERGIWSGAALARLMKEKANYSLSAASISALLTNQPRQMKAETLDALCTTLECTPGDLWVHTPPSRTKGA	PGPT0014940_347	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014940-yozG-K07727	NA	NA
JZ016_03873	645	srtA		Sortase A	ATGCGAAAGCTTTCGGTTGTCTTGATTCTTGTTGGGCTTCTCATATTCTTATATCCGATCCTCCGCGATTGGAATGCAGACCGCCAACAGAGGGATTTACTAAAGCAAGCAGCGCAAATTGAAGCTCAGGCTCAACAGAGTTCCGCTCGAGATAATGTTGCTGTTCATTACAAGGAGCTGTCCCGTATCCTGGACGAGGGAGAGGCAGCGGCCTCAACACAAGAGGAACAAACCGGTTATGAAGAAGGTTCACCTATCGGCATTATCACCATTAGCAAACTAGAGTTAGAGCTTCCTATTCTGGAGGGAGCAACCCAATCGAATATGAAGAATGCAGCTGCTCGCGTTACGGGGACGGCAAGACTCGGAGAAGCCGGTAATGCTGCCATTGCAGCCCACCGGGCCCATAAGACCGGACGTCTATTCAATCGATTGAATGAGCTCACATACGGGGATGAGATCATCATTAAGACGGATGGCCGTGAATTGATTTACCGAGTCAACCAGATTTCCATCGTGGAGCCGACCGATGTATCTGTTCTGGAAGGAGATTCGGATGAGCAGATCATTACACTGATCACTTGCGATCCTCTCTACGAGGCTACACATCGTTTGATTGTTCAGGCTGAACTCGTTTCCGATTAA	MRKLSVVLILVGLLIFLYPILRDWNADRQQRDLLKQAAQIEAQAQQSSARDNVAVHYKELSRILDEGEAAASTQEEQTGYEEGSPIGIITISKLELELPILEGATQSNMKNAAARVTGTARLGEAGNAAIAAHRAHKTGRLFNRLNELTYGDEIIIKTDGRELIYRVNQISIVEPTDVSVLEGDSDEQIITLITCDPLYEATHRLIVQAELVSD	PGPT0024075_2287	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284	NA	NA
JZ016_03874	3615			hypothetical protein	ATGAAAAAGAAAGGAAGCATGCTGGCTCTCATTGTCATCTTGATGGTCCAAGGTATATTTGGTACGGGCCTTGGTATGTTTAACGGCCAGAGAGTCAGTGCGGCTGGAGCGGGTAATCCTGCATCGGATCCGGGTAATGGAGTATCCGTTACCAACGCGGTATACGGTTCAGCCGCAGGGCAGAGCATTCTGACAAATGTCACTGTCCAGGATTCGAAGGGGACCGTCATCGACTCGGTCTACAATCCGGATGCGGGTCGGGTAGAGCTTGGCTCCGACGCCATCCTGCTCTACGATTGGGAGCTTGGGGACAATCATAACTATGTGGATGGCTCAACGTTTGAGTTCGACCTGCCCAAGGCATTCAAACTGTACAACAGCATCAACGGGGTTCTTGAGACGGACATCGGGGATGTGGGAACCTTCACCGTATCTGTGGACGGTCATGTTGTGATGACGTTCAACTCTCTGGTGGATAATGCCGAAGTCCGGGGAAAGCTGAAATTCCAGACGGAGCTTAGCCAAGAGGGGATCGGCGGCGGTACTCCGGACGTTGAAATTCCGATTGAGCTTCGGGATGGCGTGAAGCAGATCATTATCCCGGTGAAGCCGGCAAAAGGCAATCTTCTGGGCAAGAACGGCAAGGTTGTCAATGATGGCAGAGGCAAACCTTCCACGATCTTGTGGACGCTTCAAGTCAATACGGTCTTGGAACGGATAGACAAGCCCGTTATAGAGGATTTGATTCCTTCCGGGCTTACGCTGGAAACAGGCTCTGTTAAGATCAACAACCTGACCGTTAATGTGGATGGCAGCACCGCGGTTGGCGCCGAAGCGGCCGTCGGAGAGTTTAGTATCGACACTTCCGATGCTTCAAAATTAGTCGTCACCAAGAGTTCGCCGATGAATTCGGCGTATCAAATCGAGTACTCTACGACGATTGCCGCTGGCGATACAACGGAATTCCTCAATACGGCAACTTTGTCCGATAACGGTCAGCAGAAGGCTTATGCCGAGAATAAACAGACGATTGACCGTGGGGAGTTACTTGCGAAAGAAGTCGTATTGTATGATGAAAACGACCGGACCATCGACTGGTCCATCCTGTACAATTCCCGCGAAACCACCATTCCGGAAGTAGATGCTAGACTTGAAGATCGTTTTAACTCAACGCAAGAGTTGGTAAACGGTTCGCTCCAAGTCAAGGATACACAGACAGGTGCGATTCTCACGGAAGGAACAGATTATGTCCTTACGCCGGTGGTTAACAGCGGAGGGAAAACCGGATTCGATCTGAAGTTTGAAAAAGACATTACCACTGAGCATGAGATTACCTACCAGACCAAGGCAAGTGGGCGTGTTATTAAGGACGAAACTGTAACGAACAGTGTGTACGGAAACGGTGTAACAAGGGAAGCCAAGCAATTGATGCAGAGTAAAGCGCTCATCAAAAGCAACGATGGCTTCGATTACAAGGATAAAACGATCAAATGGCAAATCACGCTCAACCAGGACACTTACAGCATGGACAACGTGATACTGAAGGACATGTTTACGAATGGCGGGCTTGAGCTGACTGGCCCCATCGTTGTAAAGGATGCTGTCGGTACCCTTTGGGATGAGGGTTTGGATTATACGGTGGATGCGAGCACCCCTAACCAGGGCTTTACCGTAGAATTCCTTAAGCCTGTTGACAAGGCGATCATTATCACGTACACAACCAAGTTTGACTATGATCTCCGCCAAAATAAGGATAACGAGAGCTTTTGGAACCGTGCCGATCTATCCTGGGTGGAAGGCAGCAAGCCGTTCTCGACGACTAGAAACGTGAGCCTGAAGCCTAACCCATTGACTGTTGGAAACGGGGATAAATCAGGAGCTTATGATGCCGTTTATAAGGAGATTACCTGGACCATCCAGGGGAACTACAATTTCAATAGTGTTGACAAACCTGTCGTTAAGGACAAGCTGGTTTCACCACAGCAGTACGTCGATGGGTCATTAGAAGTGTATAATCTGAATGTAGACGCTTCAGGGAAAACAAATAGAGGGGTTGTAATCCCATCCACTCAGTATTCGATAACGGAGCCGTCGGAGACGAACGGCAATGAGCTGCAAATTGCCTTTAAGGACAAGATTGACGCTCCGTTCCTGATCACGTTTAAAACCGCGTTGGGTGATCGAATCATAGAGCGGGAATCTATCGCCAACGAAGCGATATTGATGGACGACAATACGCCTGTCTCCAACTGGAATGGTTCAGCTAGAGTTCCGCGGGGCGGAGAGTATGTTGCGAAGACCGGGGTCCAAAACGGCGAAAAGATTGAATGGACGCTGCATATTAATCGGGGTCAGTCCTACGTGGAAGCAGCCAAAGTCAGCGACGAGCCGTCGGGCAACCTGATCTTGGTGGAGGATTCCTTCCGTTTGTACGAGACCAAGGTTGCGGTGGACGGAACGGTCACGAAGACGGACAAACTCGTTAATCCTTCGGATTATAAACTGAAATTCATTTATGGCGATACCGAGAAGTTTGTATTGGAATTCTTGAGCCCGATAGATCGTCCTTACATTCTGGAATACGAGACGCTGATCGACGCTGCCGACCGGGAAGTTGTCAGCAACTCGGCTGGCTTTGAAGGTAAAGGCATTACGGCTGGAATTACAGATAGTAAACAAAGATTCGAAGTTCGCATGTCTTCTGGCTCCGGCAGCGGTTCGGGCGTTCGAGGAAGTCTGGAGGTCTTGAAGGTGGACAGGGCTGATCCGTCGCTTATATTGGAAGGAGCAACGTTTGTTCTCCAAGACACGCAAGGCAAGCGTCCTGAAGTGACGCTTACAACCGATGCAGCTGGAAAGGCTTTGTTTACGAAGCTGCTCTACGGCGATTACATTCTGAAGGAGATTTCGGCTCCTCAAGGATATGTAATTGATCAAGTAACTACAACCATTACGATCGATTCAAGCATTAAACAGACTGGCAACATCAAGCGAATCACCATAACGAACAGCAAGGATAGCGTTACGCCAGGACCGGATCCGGGTAATCCGGATCCAAACCCGGGTAATCCGGATCCAAACCCAGGGAACCCGGATCCAAACCCGGGTAATCCGGATCCAAACCCAGGGAACCCGGATCCAAATCCAGGGAACCCGGATCCAAATCCGGGCAATCCGGATCCAAATCCAGGGAACCCGGATCCAAATCCGGGCAATCCAGATCCAAACCCAGGTACATCACCGGGTGGAACCGAATCACCAGGTGGTAATAACGATAAAGAAACGCCAAACGTTCCTGGGGAAATTGTACGACCTGGAGAAACTGATCCCGTCGTACCGGGCGAAGTTGATCCAGAACCAATACCTGTAGAGGTACCGGAAGAAGATGACACCCTGGTTGGGAACGAGACGGCGAATCCGCAAGATCCTTCTACACCATCCGCCGAGAATGATACAAATCGGAATTCGGTTCAAGAAACTAAGCCGGAAAGCGGCCCGATTGCGATGCTCCCAAAAACAGGAGAGAGCAATCCAGTACCGTTCCAACTCGGAGGACTGGCACTCATGCTTACAGGCTTCATCTTAAGCCGCCGTCTGCGTAACAAACGTCAATAA	MKKKGSMLALIVILMVQGIFGTGLGMFNGQRVSAAGAGNPASDPGNGVSVTNAVYGSAAGQSILTNVTVQDSKGTVIDSVYNPDAGRVELGSDAILLYDWELGDNHNYVDGSTFEFDLPKAFKLYNSINGVLETDIGDVGTFTVSVDGHVVMTFNSLVDNAEVRGKLKFQTELSQEGIGGGTPDVEIPIELRDGVKQIIIPVKPAKGNLLGKNGKVVNDGRGKPSTILWTLQVNTVLERIDKPVIEDLIPSGLTLETGSVKINNLTVNVDGSTAVGAEAAVGEFSIDTSDASKLVVTKSSPMNSAYQIEYSTTIAAGDTTEFLNTATLSDNGQQKAYAENKQTIDRGELLAKEVVLYDENDRTIDWSILYNSRETTIPEVDARLEDRFNSTQELVNGSLQVKDTQTGAILTEGTDYVLTPVVNSGGKTGFDLKFEKDITTEHEITYQTKASGRVIKDETVTNSVYGNGVTREAKQLMQSKALIKSNDGFDYKDKTIKWQITLNQDTYSMDNVILKDMFTNGGLELTGPIVVKDAVGTLWDEGLDYTVDASTPNQGFTVEFLKPVDKAIIITYTTKFDYDLRQNKDNESFWNRADLSWVEGSKPFSTTRNVSLKPNPLTVGNGDKSGAYDAVYKEITWTIQGNYNFNSVDKPVVKDKLVSPQQYVDGSLEVYNLNVDASGKTNRGVVIPSTQYSITEPSETNGNELQIAFKDKIDAPFLITFKTALGDRIIERESIANEAILMDDNTPVSNWNGSARVPRGGEYVAKTGVQNGEKIEWTLHINRGQSYVEAAKVSDEPSGNLILVEDSFRLYETKVAVDGTVTKTDKLVNPSDYKLKFIYGDTEKFVLEFLSPIDRPYILEYETLIDAADREVVSNSAGFEGKGITAGITDSKQRFEVRMSSGSGSGSGVRGSLEVLKVDRADPSLILEGATFVLQDTQGKRPEVTLTTDAAGKALFTKLLYGDYILKEISAPQGYVIDQVTTTITIDSSIKQTGNIKRITITNSKDSVTPGPDPGNPDPNPGNPDPNPGNPDPNPGNPDPNPGNPDPNPGNPDPNPGNPDPNPGNPDPNPGNPDPNPGTSPGGTESPGGNNDKETPNVPGEIVRPGETDPVVPGEVDPEPIPVEVPEEDDTLVGNETANPQDPSTPSAENDTNRNSVQETKPESGPIAMLPKTGESNPVPFQLGGLALMLTGFILSRRLRNKRQ				NA	NA	NA	NA	NA
JZ016_03875	954			hypothetical protein	ATGAATATACCGCATACAAGCCGTGCCTATGCCGCCGCGTTAGGATATACGGCCATCATTGGTTTTTCGTTTATGTTTGTAAAGCTGGCGCTGATCCATGCTAACCCGCTGGACACGCTGGCACACCGATTCACCATTTCGTTCATTGCCGCATCGCTCGCGCTACTCATAGCCCGTAGAAAGGTCCCGCTGGATCTGAAAAGGCTGCTGACCATCGTGCCGCTGGCGATATTCTATCCGTTCCTGTTCTTTACGCTGCAAACCTTCGGTTTGGTATACACCTCTTCGGCCGAGGCCGGAATCATTCACGCTACGGTACCGATCTTTACGATGCTCTTGGCATCGCTGCTATTAAAGGAACGCTCCAGCTGGGCACAGAAGCTGTTTACCGTGTTGTCGGTGACAGGGATCATCTCTATCTTCGTGTTGAAGGGGGTTTCCTTCGAGGCCTCGAGTACACTTGGGATTGTGCTAATTCTGCTGTCGGCGCTATCCAACGCCATTTACAGCGTGATGGCCCGCAAGCTGACGCAGAAGCAGCCGGTACTGGATATAACGTTCATCATGTCGATGATCGGATTCGTGCTGTTTAACCTGATGTCGGCCGCTCAACATGCTGCGCAGGGGACGCTTGTACATTATTTTGACCCGTTCATGCATCCGTCCTTCGTATGGGCCGTTTTGTATCTTGGCATTCTGTCCTCTCTCGGGACATCGCTACTGTCGAATTATTCCTTATCCAAGATGGAGGCATCCCGCATGGGCATCTTTAACAATCTGGCTACCGTGGTCACGATTTTCGGAGGTGTCGCCTTTTTGAATGAGGAGCTGGCTTATTATCATGTCATCGGCGCAGCACTCGTCATTATCGGGGTGATCGGGACCAGCCTTGCCGGGAGATCTAAGAGCGCTAGTCGTAAAGCGCTTGGGCGGAACAAGTCGAAACCAGCTTAA	MNIPHTSRAYAAALGYTAIIGFSFMFVKLALIHANPLDTLAHRFTISFIAASLALLIARRKVPLDLKRLLTIVPLAIFYPFLFFTLQTFGLVYTSSAEAGIIHATVPIFTMLLASLLLKERSSWAQKLFTVLSVTGIISIFVLKGVSFEASSTLGIVLILLSALSNAIYSVMARKLTQKQPVLDITFIMSMIGFVLFNLMSAAQHAAQGTLVHYFDPFMHPSFVWAVLYLGILSSLGTSLLSNYSLSKMEASRMGIFNNLATVVTIFGGVAFLNEELAYYHVIGAALVIIGVIGTSLAGRSKSASRKALGRNKSKPA				NA	NA	NA	NA	NA
JZ016_03876	1512			hypothetical protein	ATGTATAAGAAGTTCAAGTGGTTGACTGTACTCATTGCAGCTGTGCTGGTTGTTATGACAGGATGTCAGGCCGTCGGGGGACTGGATATCAACAAGGCGTTGCTTACCAGTCTCGATGTTAAATCCAGCGAATCCAAGGCAAGTATTCGATTCGAGGTGGTGCCATCGGACAAGGCCCTATCGACTGAAGATAAAGAAGCGATTGATCTCATTAATTCGTTATCTCTGAATATGGACCATGCCATCGTGCAGGATAGCAAAACGGTGTCCATTCAGGGCAGTATCCAATATTCGGACAAGAAGATTCCGCTTCATGTGTCCATGGATTCCAAAGGAATGGCGATTCAATTAGAAGGCGCCAAGCAGCCGTTCTATTTATCGATGGATACGACCGTTCCCGGATTGCCTGATACCAGCCAATACGAACAGGCGATTCAGGATGTCGTGAAGAAGGCTGCAGGACTTGTGCTGAAGCATTTTCCAAATCCATCAACAATTGCGGTGAAGTCCGCTCAGGAGAAGGTGAACGGGGAAAGCCTGAACCTGACGCATCTCCACATGGAGCTGACCGGTGAAGAGATCTTGAACATGGTTAAGCCTTTCGCCGAAAGTCTGCTTAAGGATGAAGCCGGCTTGAAGCAAGTGATCGGCGATGCGTATGATGCCATTTATCCGATGATAACCAGCATCGGCGAGGCCTATGGCGAAGACGTAGAACTCCTGCCACAGGAATCCAAGGAGGAGGTCGTCGCATCGCTCTACGAGATCGTGCATGGCGCACTGATCGAATTCACGGAGAACTATGATGAACAGAAGGAACAGTTATTGGAGGAGCTACCGGGATCCGAAACCGTCTTTGGTAAGGATACGGTCCTCAAGCTGGACTACTACTTCGATGAGCAGCTGAATACACGCAAGAATGCGCTGGAGCTGACTGTCGCGCTACCGGCTTCCGAGGACCTGCCATTGAAAGCATTCAAGGTGTATTCCGAAGGTGAGGTCTGGAATATCGGCGGCGCAGTGAAGGCCAATCAGGTGGACACGTCCAAAGGCGTGCTGGACGTTCTGAATGATTCGGTGACACCGGGTCAAGTGCTGCGGAACTTTGAAAAGGACTCCCTTATCTATAATGTGTTGAAGGATGATCTGAAGATCACGCACAAAACGATGTTTCTTAGTCCCGTAAGCGATGAATATGGATATGGTGTAATCAAGAAGAACAATCAGAGCTTCGTTCCGCTTCGTTACTTGACAGACCAATTGGATGCCGAAGTGAAGTGGAGCAAAGGCTCCAAGAAAATTACAGTCATTAATGATCTGACAGGGGAAGAAATCGTATTGACCGTGGGCTCCAAAACAGCCAGCGTCGGCGGTAAAAACGTGACGCTGCAGGAAGCTCCATTCGTTCATACCAACGGATCTACCTTCGTTCCGCTCCGGTTTATGGCAGAAGCGCTCGGTGCGACGCTTCACCTGGAGGGTGATGGCTGGATTTCGATTAAACGTGATTAG	MYKKFKWLTVLIAAVLVVMTGCQAVGGLDINKALLTSLDVKSSESKASIRFEVVPSDKALSTEDKEAIDLINSLSLNMDHAIVQDSKTVSIQGSIQYSDKKIPLHVSMDSKGMAIQLEGAKQPFYLSMDTTVPGLPDTSQYEQAIQDVVKKAAGLVLKHFPNPSTIAVKSAQEKVNGESLNLTHLHMELTGEEILNMVKPFAESLLKDEAGLKQVIGDAYDAIYPMITSIGEAYGEDVELLPQESKEEVVASLYEIVHGALIEFTENYDEQKEQLLEELPGSETVFGKDTVLKLDYYFDEQLNTRKNALELTVALPASEDLPLKAFKVYSEGEVWNIGGAVKANQVDTSKGVLDVLNDSVTPGQVLRNFEKDSLIYNVLKDDLKITHKTMFLSPVSDEYGYGVIKKNNQSFVPLRYLTDQLDAEVKWSKGSKKITVINDLTGEEIVLTVGSKTASVGGKNVTLQEAPFVHTNGSTFVPLRFMAEALGATLHLEGDGWISIKRD				NA	NA	NA	NA	NA
JZ016_03877	702	graR_3	COG0745	Response regulator protein GraR	GTGGTGAATCTCTTGTTTAAAATTATGTTAATCGAAGACGATGTGACCCTATTCCATGAAGTGCAGGAGCGACTGTCTCAATGGTCGTATAACGTTTATGGCGTACAGGATTTCAGCGCCGTACTTCAGGAGTTTACAGCGGTTCAACCCGATCTGGTCATCATCGACATCCAGCTGCCGAAGTTTGACGGGTTCCATTGGTGCCGAATGATTCGCTCCCACTCGAACGTGCCGATTATCTTCCTGTCTTCCCGCGATCATCCGACCGATATGGTGATGTCCATGCAGCTTGGAGCCGACGATTTCATTCAGAAGCCGTTCCACTTTGATGTCCTGATTGCCAAAATCCAGGCCACTCTGCGCCGGGTATACAATTACAATACCGAACGGACCGAGCTGAGAACTTGGCGCGGAGCCACCGTCGAATTCGGTAAAAATACCATTAGCAGCCCTCAGGGCACCGCTGAACTGACAAAGAATGAGATGTTCATTCTGAAAATCCTCATGGAGCGAAAAAATCAAATCGTCAGCCGTGAGGATCTGATCAAGAGTTTATGGGACAACGAGCATTTTGTCAGCGATAATACGTTAACGGTCAACGTCAACCGGCTGCGCAAGAAGCTGGAGCCCCTCGGACTTGATCCCTACATTGAAACCAAGGTGGGACAAGGGTATATCGCCACGGAAGAGGCCCATGCATGA	MVNLLFKIMLIEDDVTLFHEVQERLSQWSYNVYGVQDFSAVLQEFTAVQPDLVIIDIQLPKFDGFHWCRMIRSHSNVPIIFLSSRDHPTDMVMSMQLGADDFIQKPFHFDVLIAKIQATLRRVYNYNTERTELRTWRGATVEFGKNTISSPQGTAELTKNEMFILKILMERKNQIVSREDLIKSLWDNEHFVSDNTLTVNVNRLRKKLEPLGLDPYIETKVGQGYIATEEAHA	PGPT0010230_14	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010230-bceR-K11630	NA	NA
JZ016_03878	1005	graS_3		Sensor histidine kinase GraS	ATGATGATCGCCTACATCCGGGAACGACTAAGCTGGATTCTGTTCTTCGTGTTTCTGCAGCTGCTGTTCCTGTTCATAGCCGCCGTGGACTCCCAGATCCCGTTCTTGCCCATCCTTTATATCGTGTTTCTGTCGGTGCTGTTCTTCCTGGTGTTCCTGTTCGTGAGGTACAACCGGGAAACCAAGTTCTACAAAAGCCTCCAGGCGTGGGATGACACCTACGATTTAGCCGCCATCAGCGAGCCGGAGCACCCCTTTGAGGCGATTGCCATGGACATCCTCTCCCTTCAAACGGAGCGCTTCAAGAAGGAATCCTCCATACGTCTAATGGAGATACAAGGGGAGAAGGACGATCTGCTATCCTGGATTCACGAAGTGAAAACGCCGCTCACCACGATGCAATTGATGATCGAGCGCATGAAAGATGAGACGTTAAAGGCTCAGCTCCAGTATGAGTGGCTTCGCATCCACCTGCTGCTTGACCAGCAGCTGCACCAGAAGCGCATCCCCTTTATCCGGAATGATCTGCTGATCGAGGAATTCGCGCTTGAGCCGATCATCTTCCAGGAAATACGTGCGCTCAAGTCCTGGTGCATGCAGAAAGGGATCGGATTTGACGTTTCCCTTGAGGTAACGGAAGTGCTCAGCGATGCCAAGTGGCTGGGCTTTATCATCCGCCAGCTGCTGACCAACGCGGTCAAATACAGCAACGCTTCGGACATCCTCATCGAGAGCGATCTCACGGATGACCATGTCAGACTTGCCATCCAAGATGCCGGACGCGGCATTGATCCGAAGGACATGCCCCGTATTTTCGACAAAGGCTTCACTTCGACCACCTCGCATCAGGACAGTGCCGCAACCGGCATGGGGCTCTATTTGACGCAAAAAGTAGCCGATGCCCTGCTGATTCGCATTCAGGTGGAATCAAGGCTCGGCATCGGCACCACCTTTACCTTGATCTTTCCGAAACGGAATGATTTCGTGAGCGTTACCGGCATGTGA	MMIAYIRERLSWILFFVFLQLLFLFIAAVDSQIPFLPILYIVFLSVLFFLVFLFVRYNRETKFYKSLQAWDDTYDLAAISEPEHPFEAIAMDILSLQTERFKKESSIRLMEIQGEKDDLLSWIHEVKTPLTTMQLMIERMKDETLKAQLQYEWLRIHLLLDQQLHQKRIPFIRNDLLIEEFALEPIIFQEIRALKSWCMQKGIGFDVSLEVTEVLSDAKWLGFIIRQLLTNAVKYSNASDILIESDLTDDHVRLAIQDAGRGIDPKDMPRIFDKGFTSTTSHQDSAATGMGLYLTQKVADALLIRIQVESRLGIGTTFTLIFPKRNDFVSVTGM	PGPT0010225_60	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010225-bcsS-K11629	NA	NA
JZ016_03879	762	bceA_3	COG1136	Bacitracin export ATP-binding protein BceA	TTGGCAATTCTTGAAGCAAACCAAATTCATAAAAGCTACGGCAACAAATTCAATAAACAGGAAGTGCTGAAGGGTATCGATATCCGCGTGGATAAAGGCGAGTTCGTCAGCATCATGGGCGCGTCGGGTTCAGGTAAAACCACGCTGCTGAACGTGCTCTCCTCGATCGATAAAGTGAGCCTCGGCAGCATCAAGATCGAGGGTAAGGAGTTTACGGGCCTGAAGGAGAAGGAGCTGGCGGAGTTCCGGAAGCACCATCTGGGTTTTATTTTTCAGGAGTACAACCTGCTGGATACATTAACCGTCAAGGAAAACGTGCTGCTGCCGCTCTCCATTAAGAAAGTCTCGAAAAAAGAAGCGGATCAGAAATTCCAGCGCATCGCGACCGAGCTTGGCATCTACGAACTCAAGGATAAATATCCGAACCAAATCTCCGGGGGACAGAAGCAGCGAACCTCCGCGGCTCGCGCATTTATCCATGATCCCAGCATTATTTTTGCCGATGAGCCGACGGGCGCGCTGGACTCGAAGTCCGCTTCCGATCTGTTGAACAAGCTAAGCGAATTAAATCAGAAGATCGATTCCACGATCATCATGGTTACCCATGATCCCGTGGCCGCCAGCTATTGCACCCGGGTCGTCTTCATTAAGGATGGACAGATCTATACCCAGCTGAACAAGGGTGAGCAGTCCCGGCAGGCCTTCTTCAATGACATCATCAAAACTCAGGGCGTGCTAGGCGGTGTTCAGAATGAACATTAA	MAILEANQIHKSYGNKFNKQEVLKGIDIRVDKGEFVSIMGASGSGKTTLLNVLSSIDKVSLGSIKIEGKEFTGLKEKELAEFRKHHLGFIFQEYNLLDTLTVKENVLLPLSIKKVSKKEADQKFQRIATELGIYELKDKYPNQISGGQKQRTSAARAFIHDPSIIFADEPTGALDSKSASDLLNKLSELNQKIDSTIIMVTHDPVAASYCTRVVFIKDGQIYTQLNKGEQSRQAFFNDIIKTQGVLGGVQNEH	PGPT0010200_240	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010200-bceA|vraD-K11631	NA	NA
JZ016_03880	1950	bceB_3	COG0577	Bacitracin export permease protein BceB	ATGAACATTAATTATCTGATCTACCGGAATTTGAAGAAGAATATCAAGAATTATTATCTGTATGTATTTGCGCTCATCTTCAGCGTGGGTCTGTACTTCGCGTTTGTCACGCTGCAATATGATCCGGCGATGGATGAAGCGAAAGGCTCTGTGAAGGGAGCGGCAGCGCTTGGTGCTGCCTCCGTGCTGCTCGTGGCAATCGTAGCGATATTCCTGCTGTATGCCAACACGATTTTCATTAAACGGCGCAGTAAAGAGATCGGGCTGTTTCAGCTCATCGGATTGACCAAAGGCAAGATATTCCGGATCCTAAGCGCAGAGAACCTGATCCTGTATTTCGGCTCCATGGTCATTGGTATTTTTGCCGGCTTCGCGGCTTCGCGCTTAATCCTGATGATTCTGTTCAAGGTGACCGGCGTAGATACCGAAGCGGCTTTATCCTTCTCCACCGAGGCGATGATCCAGACCGTGATTGTGTTTGCCGTCATCTACGTTCTGATTATGATCATGAATTATACATTCATCAAAAGACAGAGCATTCTGTCCCTCTTCCGCGCCGTATCCACAACCGAGAACCAAATTAAGAAAATGTCCTTCGCCGAAATGTTATTCGGACTGCTCGGCATCGGACTCATCCTTCTCGGTTATTATGTATCGACCAAGCTGTTCAGCGGAGATTTCACCACCATGAACGAGCTGTTCATGGCCATGATCCTAATCTTGGGATCGGTAATCATCGGGACTTATCTGTTCTATAAAGGGTCGGTTAGCTTTCTATTCAACGCAATCCGGAAGAGCAAGGGCGGTTACTTGTCCCTGAACGATGTGCTATCCCTCTCCTCCATCATGTTCCGCATGAAATCGAATGCGCTGCTGCTGACCATCATTACGACCGTATCCGCGCTTGCAATCGGACTATTGTCACTCAGCTATATCTCATATTATTCTGCGGAGAAATCGGCCGAGCAGAGTGTACCCAATCATTTTGCGGTAGCGGATCAAAAGGATTATGCCGCCTTCATCCAGGCACTTACGGATGAGGATATCGAATTTACGAAGACCTTACGGGACGTGATTCAGGTGAATGCGGACCTATCCGACATTATCGGGGCCAGCCTGGAAGTCTCTGGGCAAGTCGATTCCAGTTCCATGATCATCCCGGTAATCAGTGATGCCAGCGTCGAAGGCAAGGATGTTTCCCCCGGGGAGATGCTGTTCACGGGATACAGTGACGCAATCCAGCAATTTATGGCGATTCAGACCACAGGGGAAATTGAGCTCATAAGCCCTAAACACAGCCTTAAGCAGAAGCTGATCGGCTTGGACAAGGAAGCCTACGTATCCTATTATTATGCAAGCGGCGGACTGCCGACGGCGATTGTGGACCAGACCGTATTCGATAAGCTGGTTCAAGACCTTGATCCGAAGATCCAGAAGAAGTCCAATGTCTATCACGGCATTGATATTGTGGATCCAAACGCTATGGATCAGGCCAATCAAATCTTTAAGAACCTCGACATTAGCGAGGGAACAGGGAACTTATCTCAGACGGAAATGGTCTTCAACCAGAAGAGCAATATGGGCTTGATGATGTTCATCGTAGGATTCCTGGGACTTACCTTCCTGATTACTTCAGGATGTATCCTGTACTTTAAGCAGATGGATGAAGGTGAAGAGGAGAAGCCGAATTATACCATTCTCCGGAAGCTGGGCTTCACGCAAGGAAACCTGCTGAAGGGGATTCAGATCAAGCAGCTGTTCAACTTCGGCATTCCGCTGGTCGTCGGGTTGTCCCACAGTTACTTCGCCGTTAAGTCCGGCTGGTTCTTCTTCGGAACCGAGCTCTGGCTGCCCATGGTCATGGTTATGCTGTTGTATACGGCGCTGTATTCCATATTCGGGTTGTTATCGGTCATGTTCTATAAACGGGTAATTAAAGAAGCGTTATAA	MNINYLIYRNLKKNIKNYYLYVFALIFSVGLYFAFVTLQYDPAMDEAKGSVKGAAALGAASVLLVAIVAIFLLYANTIFIKRRSKEIGLFQLIGLTKGKIFRILSAENLILYFGSMVIGIFAGFAASRLILMILFKVTGVDTEAALSFSTEAMIQTVIVFAVIYVLIMIMNYTFIKRQSILSLFRAVSTTENQIKKMSFAEMLFGLLGIGLILLGYYVSTKLFSGDFTTMNELFMAMILILGSVIIGTYLFYKGSVSFLFNAIRKSKGGYLSLNDVLSLSSIMFRMKSNALLLTIITTVSALAIGLLSLSYISYYSAEKSAEQSVPNHFAVADQKDYAAFIQALTDEDIEFTKTLRDVIQVNADLSDIIGASLEVSGQVDSSSMIIPVISDASVEGKDVSPGEMLFTGYSDAIQQFMAIQTTGEIELISPKHSLKQKLIGLDKEAYVSYYYASGGLPTAIVDQTVFDKLVQDLDPKIQKKSNVYHGIDIVDPNAMDQANQIFKNLDISEGTGNLSQTEMVFNQKSNMGLMMFIVGFLGLTFLITSGCILYFKQMDEGEEEKPNYTILRKLGFTQGNLLKGIQIKQLFNFGIPLVVGLSHSYFAVKSGWFFFGTELWLPMVMVMLLYTALYSIFGLLSVMFYKRVIKEAL	PGPT0010195_118	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010195-bceB|vraE-K11632	NA	NA
JZ016_03881	486			hypothetical protein	ATGGCGCATGCAAATGATGTTCTAATGAATCAACTGTTAGCGAACGCAAATGATCCCAGCTGGCATATCCCGTTCCAGCAATCCGTGGAACATTTGACCGAGGATGAAGCGTTCTGGACACCTGCCAACGATAGTCACAGCATTGTCGAGATCATACAGCATCTGCTGTATTGGAATGAAACGTGGCAGACGCGGTACCGCGAATCGCGGGTCGATGCCGTTCCTTCTATTGGAGACAACCATAAAAGCTTTATCATTCCGGATAACGCAACCTTCGCCGAGCTAAGAGACCGATTGCTTGAGGTTTTGCTGCAATGGCAGGAGCTGTTGTCAGCGGCCAAGCTGGAGCAGGAAGTGAATGGATTCCCGGTACCGGCCAAGTGGTGGGAGATTGTGGGCAATGCTGCTACGCACAATGCCTATCATATCGGTCAGATTGCGTATATCCGCAAGCTGCAGAAGAGCTGTACCCCCTTAGAATGGTAA	MAHANDVLMNQLLANANDPSWHIPFQQSVEHLTEDEAFWTPANDSHSIVEIIQHLLYWNETWQTRYRESRVDAVPSIGDNHKSFIIPDNATFAELRDRLLEVLLQWQELLSAAKLEQEVNGFPVPAKWWEIVGNAATHNAYHIGQIAYIRKLQKSCTPLEW				NA	NA	NA	NA	NA
JZ016_03882	546	sigV_1	COG1595	RNA polymerase sigma factor SigV	GTGCAAGATATGGAACTGGAAGTCAAGAGAGCACAGCGGGGAGATCGTGAAGCTTTTATCCGGCTCTTCCGGAGGCTGGAACCCGAGCTGTACCGCTTGGCAAAGTCCATTGTAAGACGCGATGAAGATATTGCGGACGCATTTCAAGAAACGACGCTGAAAGCTTATAGATCTTTGGCAACATTGCAAAAACCACAGTATTTCAAAACTTGGGTGATCCGGATCTTGATCAATGAATGCAATCAGCTGCTTCGGAATCAGGAAAAAACCGTGACCATGGCTGAAGTGCCTGAAGCGACAAGGTCCGCTGATTATTACGAAGATAGTCACAAGCTCGATCTTCATGAAGCGGTGGAGAGCTTGGACGAATCGCTTCGCATCGTGATCCATTTGTTTTATTTTCAAGATTTGCCCATCAAACAGATCTCAAGCGTGTTGGATATTTCTGAGGGAGCGGTTAGAGCACGCCTTCACAGAGCGCGCGGGATCCTAGCGGATCGGGTAAAGCATACTCGGGAGGGGAAGCTGTCTTATGAACCCAATTGA	MQDMELEVKRAQRGDREAFIRLFRRLEPELYRLAKSIVRRDEDIADAFQETTLKAYRSLATLQKPQYFKTWVIRILINECNQLLRNQEKTVTMAEVPEATRSADYYEDSHKLDLHEAVESLDESLRIVIHLFYFQDLPIKQISSVLDISEGAVRARLHRARGILADRVKHTREGKLSYEPN	PGPT0014960_11068	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_03883	1188			hypothetical protein	ATGAACCCAATTGATCTGAATAAAGAGCTACGGGAGGCCGGAAAACAATGGAACACCACGGTTCCGGAAATCATCCGACGCCGGCAGGATGAGGTCTATGCTTCCTTGGCTGAACTTCCCATGCAGACCGAGACCGATCAGAAACGCCGCTCCAAAAAGGTGCGCAGAATTGTAGGAGCCGTAGCCGCGGCCGCCTTCATCGGGGTAATCAGCAGCGCTTATGTATCGCCGATCATGGCCGAGTCGCTCAAGAAAATACCGGTGATCGGCAGCATTTTCAAATTGACCGACGACCTGGGACTGCAAACGGCGGAAGAACGTGGCCTGGTAGCTATGACGGACGCCAAGGTCACCCATGAAGGAGTGACGCTTAGCATCCCTGAGGTCTCATATGACGGTATTCGTTTGTCCATGGCTGTCAAACGGGAAGGTGAAGGATTTGCTGGAGACATAGTGAATGCCGATAGCATAATGGATGACAAATCAGTCAGAGGCTCCATAAACGATGTTGAAGTGCTTATCAACGGCCAGTCTATTTATGACAAATCTTACCCCGGTAAGCTGGGTTTGAGCGGCAAACCGACATCAGATCCGAATGTGGTAATGTACGAACTGTTTGATTACTCCTACTTGACCGATGGAAAAGTTCCTATCCCCGATCAGTTTCAGTTAGAGGTCAGGATCTCGCTTGATGGTATTGAAGAACCATTTGCCATGAAGATTCCGGTCCACAAGAACAACGAGCAATTAGTAATCTCTTCAGGAGAGACAAGGGAATGGGGTAGTCTCAGATTAACCCTTGAGCAGGTTAACTTTACGCCGATTACAACGGTAGTTCGAATAAATGTCGAGCAGACAGACTCAGCAAAAAGCCTCCGTAACAATATCCTGCTATACGAGGTTTCGGATGATCAAGGCCGGGTGCTCGGTGCGATAGGCGCTATGGGAACTTTCAACGATAACAGTCTCAAGCATCAGCGAGATGAGCTGCTGTTTGAACGCTTTGCAGACGCTCCAGCTTATATCACGCTAAAGCCGTTTCTACCCGAATACCAGGATCCTTCGGCGAAAAGCGGTCCATTTAAAATCGATAAGCATGGTGAGATTGTCAAAACCTACTTAAAGGACCTGGAGATCACGGTGCCTGTGGATCAGACCATTCTGAAAAAACTGTACGGCCAGCAGTGA	MNPIDLNKELREAGKQWNTTVPEIIRRRQDEVYASLAELPMQTETDQKRRSKKVRRIVGAVAAAAFIGVISSAYVSPIMAESLKKIPVIGSIFKLTDDLGLQTAEERGLVAMTDAKVTHEGVTLSIPEVSYDGIRLSMAVKREGEGFAGDIVNADSIMDDKSVRGSINDVEVLINGQSIYDKSYPGKLGLSGKPTSDPNVVMYELFDYSYLTDGKVPIPDQFQLEVRISLDGIEEPFAMKIPVHKNNEQLVISSGETREWGSLRLTLEQVNFTPITTVVRINVEQTDSAKSLRNNILLYEVSDDQGRVLGAIGAMGTFNDNSLKHQRDELLFERFADAPAYITLKPFLPEYQDPSAKSGPFKIDKHGEIVKTYLKDLEITVPVDQTILKKLYGQQ				NA	NA	NA	NA	NA
JZ016_03884	969			hypothetical protein	ATGAAAAAAGCATATAAAGTTCTATCTACCGCTGCACTTGCAGCCACCATGTTAGGCGGGGCTGCCTGGGGTAACGCTGAAGCAGCCGCAACCAAAACAGCAGTCACCAAAACGGCAGTTCAAAAAACGGAAAACAGCAAACAAGCTGTGATTGCTAGCGCGACTCAAGGGGAAATTACACTTAGCGCAACTAAGGCCATTCACGACGGCAACCACATTCAAATTATAATTGAACGGAGCGGAAAAGAGCTTTCCGGTGAAATAACTGGGAAATATGATCCTGAACTCGAAGACGTGATTTATGCCGAAGGCGCCATCAATAACTTGGACGTTCTAATTGACGGCAAGCCTCTCCATAGTCTTGGCAACGCCCTTGCGGACAGACCAGACTTGCGCTGGGGAACTGTGGGCAATGACGCCATCCAGATCTCGCTATCCGACGCTTCCTGGCTTGGAAAGAATATTAAGCCTCTGCCAGACAAGTTCAAGCTCACCGCTAACGTTTATCTGGAAGGAACCAAAAAACCTTTTAAATTGAACATTCCTATCCAAAAATCGGCGGAGAAACCAGTTGTGCTGCAGCCGAATGTAACCAAAACATCGGGTAAAATGACCATGACGCTCAAGAAGGCGGCACTTATGTCCACTTCTTCCCGAGTGCAGCTGATCTTAAAGGGATATGAGAAAAATCGCGAAGAGTATCAAAGCATCTCTTACGATTTTGTGGATGACCAAGGGAACAAGCTGGAGATGATAAGCGCAAGAGGCACGGACGAGAACAATAAGAATGACGACATGTATTACGACTTCATTCTGGAAAAATTGGATAAAGACGTAAAATCCATCACCTTGAAGCCTTACAAGCCTGAATTTATAGAAGGCAATTCCGGCCCATACAAACTAGACAGTGACGGCAATGTTATCAAACACTATATTGAAGATCTGGAGATGACGTTTTCCGTAAAGTAG	MKKAYKVLSTAALAATMLGGAAWGNAEAAATKTAVTKTAVQKTENSKQAVIASATQGEITLSATKAIHDGNHIQIIIERSGKELSGEITGKYDPELEDVIYAEGAINNLDVLIDGKPLHSLGNALADRPDLRWGTVGNDAIQISLSDASWLGKNIKPLPDKFKLTANVYLEGTKKPFKLNIPIQKSAEKPVVLQPNVTKTSGKMTMTLKKAALMSTSSRVQLILKGYEKNREEYQSISYDFVDDQGNKLEMISARGTDENNKNDDMYYDFILEKLDKDVKSITLKPYKPEFIEGNSGPYKLDSDGNVIKHYIEDLEMTFSVK				NA	NA	NA	NA	NA
JZ016_03885	189			hypothetical protein	TTGAGCAGGGATTGCGGCAAGCTGCAGAGGCGGCTCAAGGGTTTTGACACCACTCAAGGTGAGACCATTAAGTTAAAACTTTTTCAGCTTCTGTGGTCTTTTTTGGACTACAGTCTTAATCAAAATACCCCGCAGGTTGTGTCAGCCTGCGGGGTACTTCTTTTGCATGAGCAGCAGAACTTAAAATGA	MSRDCGKLQRRLKGFDTTQGETIKLKLFQLLWSFLDYSLNQNTPQVVSACGVLLLHEQQNLK				NA	NA	NA	NA	NA
JZ016_03886	615	azoR4_3	COG1182	FMN-dependent NADH-azoreductase 4	ATGACAACAACCTTATTTATCAAAGCCAATAACCGCCAAGGGTCTGTAACGGGAAGACTATATGACGCGTTTCTGGAGAGCTATCGGGTGGCCCATCCGAAGGATACCGTAATTGAAGTGGATCTGTATAAGGAGCATATTCCTTATCTGGATGAAGTGATGATTAACGGGAATTTTAAGTCTGCTATGGGCATGGAACTCACACCGGAAGAAAAGGCTATGAGTGATATAGTCACCAAACATCTGGAGCAGTTCATAGCCGCAGACAAGGTGGTGTTTGCGTTCCCGCTATGGAACCTGACCGTCCCGGCTGTTTTGCATTCGTACCTGGACTACATGCACCATCCGCGCAAAACCTTCCAGTACACGGAGCAAGGGTTGGTGGGGCTCTTATCCGATAAAAAGGCGGCCTTATTGAATGCCAGAGGCGGCGTATATGCGGAAGGAGACACGTCGGAGATGGCGGTAAGCTTCGTTAAGAATCACCTGAACGTATTCGGCATTACGAATGTGACTACCCTTGTGATTGAAGGGCATAATCAATTCCGAGACCGGAGTGAGGAGATCATTGAGCAGGGATTGCGGCAAGCTGCAGAGGCGGCTCAAGGGTTTTGA	MTTTLFIKANNRQGSVTGRLYDAFLESYRVAHPKDTVIEVDLYKEHIPYLDEVMINGNFKSAMGMELTPEEKAMSDIVTKHLEQFIAADKVVFAFPLWNLTVPAVLHSYLDYMHHPRKTFQYTEQGLVGLLSDKKAALLNARGGVYAEGDTSEMAVSFVKNHLNVFGITNVTTLVIEGHNQFRDRSEEIIEQGLRQAAEAAQGF	PGPT0006790_1866	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118	NA	NA
JZ016_03887	1365	mdtD		Putative multidrug resistance protein MdtD	ATGGAAACACAGAGATTAATGCGCGTTGTGATGTTCACCTTATGTCTGTCCGCGATGAGCGGCTTGATGTTTAACTTCGTGCTGCCGGATATGCGGGAGGAATTCGGCCTGACGACGGCTCAAGTCAGCTGGGTCAGTTCTTCATATTCCTTGATCTATGGCGTCGGAACGGTCCTATATGGGAAGCTCACGGAACGGATTCAACTTCGAAATCTGATTACGATCGGACTGCTCCTGTTCGCGGTCGGATCGCTGGTCGGCCTGTTCTCGCAAGTGTTCTGGATGGTGCTGGTCAGCAGATGTCTGCAGGCCGTCGGAGCCGCGGCGATTCCGGCAACGGCGATGTTAATTCCGATACGCTACATTGCACCCGAGCGAAGGGGATCGGCTATGGCCACGGCATTCGTGGGATTGTCCATCGGCAGTGCGCTGGGTCCCATCGTGTCTTCACTTGTAGCCAGTATTGCAGATTGGCGCTGGTTATTCTCTATTCCGCTGCTGATCTTAATCACGATTCCTTTATATCGAAAATACTTGAAGGAAGAAAAACTTCAGTCCTCCGGCCAATTCGATTGGCTGGGAGGCGGACTGTTAGCGGCGGCGGTTACCTTTCTCCTGCTCGGCGTCACGAACGGATCCTGGTGGCAGCCTCTTCTTGGGCTGCTGGCAATGGGGCTGCTTATCATGCGTATTCGCACGGCTGCCGTACCGTTCGTAGATCCGGGATTATTCCGGAACAAAAACTATACCCTCCGATTAATCGTGATGTTCATCGTTAGCGGCATCGGGTTCTCTCTGCATTTTCTAAGCCCGTTGTTGCTGTCGGAGGTACAGGGGCTCTCGCCGGGGTGGGTAGGTTTTGTCATGGTACCGGCAGCAATCGCGTCGGCCTTGCTGGGTAAAGCAGGCGGAAGGCTTGCGGATGGGAGGGGGAATACGTATCTCTTCCTTGTGGCCGTCGGATTATTGCTGGCATGCTTTGCGCTGCTGTCTACTTTCATTGGAATATCGCCTGTTCTGATCGCGGTCTTCTTGATTCTCGGACATGTGGGACAGACGTTTGTCATGATTGCATTGTCCAATTCCGTTTCGCTCAGCCTGCACAAGGAACAAGCGGGAGTCGGGATGGGACTGATGCAGATGCTGAATTTTATATCGGCAGGCATGGCCTCGGGCGTGTACGGCAAGATGCTGGATATCCAGTCCGGCATCCACTGGAATCCGGCCCACTTCTACACGGAGGGGAACCTCTATAGCAATATCTACCTAGCTTTGGCTGTGCTGCTGATAGCCATCATGCTGTTCTATTATGTTCAGTTCGGTCAAAGAGAGTCCAAGGGGATTGTGTTGGAAAGCCCAAATTAA	METQRLMRVVMFTLCLSAMSGLMFNFVLPDMREEFGLTTAQVSWVSSSYSLIYGVGTVLYGKLTERIQLRNLITIGLLLFAVGSLVGLFSQVFWMVLVSRCLQAVGAAAIPATAMLIPIRYIAPERRGSAMATAFVGLSIGSALGPIVSSLVASIADWRWLFSIPLLILITIPLYRKYLKEEKLQSSGQFDWLGGGLLAAAVTFLLLGVTNGSWWQPLLGLLAMGLLIMRIRTAAVPFVDPGLFRNKNYTLRLIVMFIVSGIGFSLHFLSPLLLSEVQGLSPGWVGFVMVPAAIASALLGKAGGRLADGRGNTYLFLVAVGLLLACFALLSTFIGISPVLIAVFLILGHVGQTFVMIALSNSVSLSLHKEQAGVGMGLMQMLNFISAGMASGVYGKMLDIQSGIHWNPAHFYTEGNLYSNIYLALAVLLIAIMLFYYVQFGQRESKGIVLESPN	PGPT0027880_254	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027880-tetB-K08168	NA	NA
JZ016_03888	591			hypothetical protein	ATGGAGCATAGTGACAACCTGAGCACGGATGATAAGCTGCTGCTGGCCGCGATCGACCTCATCTCTCGGAAGGGCTACAACGGGGTAACCACGCTGGAAATCGCTACGGCTGCCGGCTTAAGCGAGAAAACCTTGTTTCGTAAATTCGGGAGCAAGCAGAACCTCTTGGAAACAGCCTTTGAGCGCTATCATTATGGTGAAGAAATGACAAAGCTGTTTGAAGAGAAGCTGATAGGAGATTTAAGCGAAGACTTACTTCTTATCAGCCGGACGTACCATGAGCTGATGATTCGGAATCGGAAGCTGATCACGATCAGCGTGAAGGAGAACGATAACTTACCGGGCCTGCGGGAGATTACCAGCAAACATCCCAAGCAATACATGGATGTATTGACGAAGTATTTTACCGTGATGACCGAGAAGGGCAAAATGATCGCAGGCGATCCGGAGCTGCGGGCCATTTCGTTCATGATGATGAACTTCGGGGCGTTTATGAATGAACTGGACTCGGAGGAACTCTTCTCTTCCGTGACGCTTGATGCCTTTATCGAGGAAAGCGTGCGGATTTTTGCTAGGGCATTAACCCCCTAG	MEHSDNLSTDDKLLLAAIDLISRKGYNGVTTLEIATAAGLSEKTLFRKFGSKQNLLETAFERYHYGEEMTKLFEEKLIGDLSEDLLLISRTYHELMIRNRKLITISVKENDNLPGLREITSKHPKQYMDVLTKYFTVMTEKGKMIAGDPELRAISFMMMNFGAFMNELDSEELFSSVTLDAFIEESVRIFARALTP	PGPT0028895_918	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028895-mexL-K18301	NA	NA
JZ016_03889	774	ybjI	COG0561	5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YbjI	ATGAAATTTGTATTCGATCTGGACGGAACGATCTGTTTTAAAGGGCAGCCGGTTTCGGACGAGTTGTTGAAGGCATTGGAGGAGCTGGTGGCGCAAGGGCATGAGGTTATTTTTGCTTCCGCCCGGCCGATTCGCGACTTACTTCCCGTCCTTCATGAGCGCGTTCATCACTACCCGATGATCGGAGGCAACGGTTCGATGGTGGCGGCAGGGGGAAAGCGGATCTCCACGGCGGGCTTTGACAGCGAGGTGCTTCCGAGCCTTCTTCAGCTGTTAACAACGTATAACGTGAGCTATTTGATCGATGGAGAATGGGACTATGCCTATAGGGGTCCTGCAGATCATCCGATTCTGCTGAATTTAGACCCGCACAAGCTGGCCAAGAACGTGGCGCTCCAGGAGCTGAATTCGGTTGTGAAAATATTGATGCTGACCTCGGACCATATGGCGGAAGTCGAGGAGAGGCTGAGACAACTGGATGTCGTTGTTCACGTGCATGGAGGGGAAAATGTGCTGGATATCAGCCCTAAGGGGATACATAAATGGAGCGGGCTTCAGCAGCTGGGTGTGAAGGAGGGCGAGTATGTTGCCTTCGGCAACGATGCCAACGATATTACGATGTTCCAGCATGCGCTGCACGCGGTAATGATCGGTGATCATCCGCTGCTGGCACCGTATTCCTCGGAACACCTTCCGCTGGATCGCGATATCGAGCATGCGATTGCGGAACGGCTGCAGGCGCTCGGGCGTCAATATGCTACAGCAAGTTTGTAG	MKFVFDLDGTICFKGQPVSDELLKALEELVAQGHEVIFASARPIRDLLPVLHERVHHYPMIGGNGSMVAAGGKRISTAGFDSEVLPSLLQLLTTYNVSYLIDGEWDYAYRGPADHPILLNLDPHKLAKNVALQELNSVVKILMLTSDHMAEVEERLRQLDVVVHVHGGENVLDISPKGIHKWSGLQQLGVKEGEYVAFGNDANDITMFQHALHAVMIGDHPLLAPYSSEHLPLDRDIEHAIAERLQALGRQYATASL				NA	NA	NA	NA	NA
JZ016_03890	699			hypothetical protein	ATGAAACTACTTCATGACGCACCATTGATGAAAGCCAAGCTGGAACAATTTCAATTCGAGAACATGCTGGACCTGAGCAGGCCTGTGCCTTTTACATTGCAGCAATACGAGCCCGGCGAGATCATCCTGCATGAAGGCTTCGCCATGAATTCCCTTCTGTTCCTTGTGCAAGGGAAGATTAAAGTGACCTCCAGCATCGAAACCGGCAAATCGCTTCTTCTGCGCTTTGGCCATCCTTTTTCCATCATCGGGGATATTGAATTGATTCGAAGCGTTCCGGTCCAATCGCAGATTGAAGCCGTTAACGAATGCCTCTTTATCGGGCTGTCCTTTGACTATATTAAGCAACATGAAATGACAAACGCCCGCTTTACATCCACCTTGCTGGATCACCTGAGCTACAAACTCCAGACGTGCACGACCGCTTCCCGCGTCAATTTGTTGGCATCGGTCGAGAACCGGTTTGCCAGCTATCTTATGTCCACCATGTCGCCGGGATCCAGCCCTTCCTTCGGAATGGAGCTGAAGACCGACCATATCGGGGAGATCGCCAGCTTGCTTGGTACCACACACCGGCATTTGAACAGGGTCATGCATGCTTTTGTACAAAAAGGGATCCTGGAGCGAAACGGACAGACCATCCGCATTCTGGACTGGAACGCGATGGAGACGGCATCGAATGGGATCCGCTATGAGTAG	MKLLHDAPLMKAKLEQFQFENMLDLSRPVPFTLQQYEPGEIILHEGFAMNSLLFLVQGKIKVTSSIETGKSLLLRFGHPFSIIGDIELIRSVPVQSQIEAVNECLFIGLSFDYIKQHEMTNARFTSTLLDHLSYKLQTCTTASRVNLLASVENRFASYLMSTMSPGSSPSFGMELKTDHIGEIASLLGTTHRHLNRVMHAFVQKGILERNGQTIRILDWNAMETASNGIRYE	PGPT0001075_407	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001075-dnr-K21563	NA	NA
JZ016_03891	489	sigM_1	COG1595	ECF RNA polymerase sigma factor SigM	GTGACGGATTTGCGCCAGGTCTATCATCAGCACTTTCAAGACGTGTATCGGTTCCTGCTGTCGCTTAGCAGAGATGAGCATGTTGCGGAAGAACTCACACAGGAGACGTTTTTCAAAGCGCTGAAGCATATCGATTCGTTTCAAGGTACGTGCAAACTAAGCGTTTGGCTCTGCCAAATCGCTAAACATACATACTTCTCCTATCTTGAAAAACAAAAGCGGTATGAGCCGGCTTCGCAGGTCGAGCACAGCAGCGGTCTGGATATCGAATGGCAAACCGTCGATAAAGCAGAGGCTTTCCGAATCCACCAGATTCTGCACTTGATGGACGAGCCGTATAAAGAGGTGTTCACGCTGCGGGTGTTCGGAGAGTTGTCTTTTGGCGAAATCAGCCAGCTGTTCGAAAAAAACGAAAGCTGGGCAAGAGTCACCTTCTTTCGAGCCAAGCAAAAAATTCAAAGCCTGTACAAGGAGGAGAATCGACCGTGA	MTDLRQVYHQHFQDVYRFLLSLSRDEHVAEELTQETFFKALKHIDSFQGTCKLSVWLCQIAKHTYFSYLEKQKRYEPASQVEHSSGLDIEWQTVDKAEAFRIHQILHLMDEPYKEVFTLRVFGELSFGEISQLFEKNESWARVTFFRAKQKIQSLYKEENRP	PGPT0014960_12090	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_03892	744			hypothetical protein	GTGAGCCGAGTTTCATGTGATATTATTCAGGATTTGCTGCCCTTGTACTATGATCATGTGTGCAGCGCAGACACCAAGGCCCTGGTAGAAGAGCATTTGGCCGATTGCCCGGATTGCCGGGAAGTGCTAAGCCACATAAGCTCCCCTATGCCGCTGCCAGCCCAAACGATTGATCAAAACCGTGATGAGGGAGCCGGATTGCGGCAAGTTGCCGCCCAATGGTCGCGCACCAAGTGGATCGCGTTTACCAAAGGTTTGTTGCTCACTTGTCTAGCCGTTGGACTCCTGTTCCTGGTATATGTAGGCCTGTTCAAATGGAACATTACCAACGTACCTACCCGCGTTATGCAAGTATCCGATATTAGCCAGCTGAAGGATGGACGCATTGTCTATCATGTGAAGATGACCGACGGTTTCAACGTCAATCAGGCTAGCGGTCACTCCGATGCTAACGGAAATTTGTACATCACACCCAAGCGCCCCATTATCAAGTCCAAAAAGTTCGCGGATCTGGGACTTTCTAACATGTACTATTTCAACGATATTAAAGAGCGGAATGCCTATGAGAAGAGCTTTGGCGATGGTGTTCAAATCAAGGCCCTCTACCTGGGAACGCCCGACGACCGAATTCTGATCTGGGAACAAGGCATGGAGCTGCCTCCGGCAAGCGAGTCCGTCGAGTTGCAGTTTAAAAGTGATGAGAATGAAAACAAGAGACCGCCAGGGCAGCCATCTGGGCCCTGA	MSRVSCDIIQDLLPLYYDHVCSADTKALVEEHLADCPDCREVLSHISSPMPLPAQTIDQNRDEGAGLRQVAAQWSRTKWIAFTKGLLLTCLAVGLLFLVYVGLFKWNITNVPTRVMQVSDISQLKDGRIVYHVKMTDGFNVNQASGHSDANGNLYITPKRPIIKSKKFADLGLSNMYYFNDIKERNAYEKSFGDGVQIKALYLGTPDDRILIWEQGMELPPASESVELQFKSDENENKRPPGQPSGP				NA	NA	NA	NA	NA
JZ016_03893	435			hypothetical protein	TTGCGGGTTGCCAGATATTTTGTGCTGTGGTTCGTATTTATATTGCTATTTACCGGTGCGATCGTAGGCATGGAGTATATCGAAGGATATAAGATTGCAACGACGGAATATTACGGCCTTCGTAATTTGGGGTTCGTGTTGGTGATCATCCCGATCTTACTGTCATCGCTCGTATATCCGGTGATCGTGCTTCCGTTATCGTGGCTAATCGGCAGCATGCGATGGGTTAGAGCTTCACTTCTCCTGTATGCTCTGCTGTATGCCGTGATGTGGGCCGGGGTGGGGGGGGTCCTGTTCTACGAATGCTATGATGCTCGATTCATACAGGAATATGAACTCCATGTCAGTACCGCCGTTATTCTGTTCGGTACGTTCGGCTTGGTCTACGCATGGATCGAGTGGAGATTATTGCGTAGATCCGTTACGACGGTTTAA	MRVARYFVLWFVFILLFTGAIVGMEYIEGYKIATTEYYGLRNLGFVLVIIPILLSSLVYPVIVLPLSWLIGSMRWVRASLLLYALLYAVMWAGVGGVLFYECYDARFIQEYELHVSTAVILFGTFGLVYAWIEWRLLRRSVTTV				NA	NA	NA	NA	NA
JZ016_03894	1065	fgd		F420-dependent glucose-6-phosphate dehydrogenase	ATGATGGAGATTGGGGTTAGCTCGTTCGTAGAGACTTGGCCGGATGTAAAGACAGGCGAAGTGATAAGCCACGCTCAGCGGCTGCGTGAGGTTGTTGAGGAAATCGTCCTGGCTGATCAGGTGGGATTGGATGTATATGGGGTAGGTGAGCATCATCGTAAGGATTATGCGGCATCATCGCCTGCGGTTGTGCTCGCCGCGGCTGCGTCCCAGACGAAGTGGATTCGGCTGACGAGTGCGGTTACGGTGCTGTCCTCCGCTGATCCGGTGCGGGTGTTTCAGGATTTTGCCACCTTGGATGCCATCTCGAACGGGCGTGCCGAGATTATGGCGGGCAGAGGTTCATTCATCGAATCATTCCCGTTATTCGGCTACGATCTGAGCCATTATGATGAGCTGTTCGAGGAGAAGCTGGAGCTGCTGCTCAAAATCCGCGAGTCGGAAAAAGTAACCTGGCAGGGCGGGCATCGCCCTGCGATTCATAACTTAGGCGTCTATCCGCGCCCGGTTCAGAATCCGCTACCGGTATGGATTGGCAGCGGAGGCAATTCGGAATCGGTTGTACGCGCTGGCCTGCTCGGTCTGCCGCTGGTACTGGCGATTATCGGCGGAAGTCCCCTGCAGTTCGCGCCGCTGGTTAAGCTGTATAAAGAGGCGGCCGCTCACGCGGGACATGATGTATCAAAGCTGCCGATCGGCTCGCATTCCCATGGATTTATTGCGGAAGATACGGAGATGGCAGCGGACAAGTTCTTCCCATCTACCCAAGCCAGCATGAATGTATTGGGACGGGAGCGGGGCTGGGGATTCTATGACCGCGCAAGATTCGATGCGGCTCGAAGCTTCGAAGGTGCGCTCTATGTCGGAGACCCGGAGACGGTCGCCCAAAAAATCATTCATCTGCGCAAGCATGTGGGCATTACCCGCTTCATGCTTCACGTGCCCGTGGGAACAATGCCTCACGACGAAGTCATGAGAGCCATTGAACTGCTGGGAACCGAAGTCGCCCCTCGGGTGCGCAAGGAAATCGACCGCTGGGAAGCCGCGGGTGAACCTGCGGAGTAA	MMEIGVSSFVETWPDVKTGEVISHAQRLREVVEEIVLADQVGLDVYGVGEHHRKDYAASSPAVVLAAAASQTKWIRLTSAVTVLSSADPVRVFQDFATLDAISNGRAEIMAGRGSFIESFPLFGYDLSHYDELFEEKLELLLKIRESEKVTWQGGHRPAIHNLGVYPRPVQNPLPVWIGSGGNSESVVRAGLLGLPLVLAIIGGSPLQFAPLVKLYKEAAAHAGHDVSKLPIGSHSHGFIAEDTEMAADKFFPSTQASMNVLGRERGWGFYDRARFDAARSFEGALYVGDPETVAQKIIHLRKHVGITRFMLHVPVGTMPHDEVMRAIELLGTEVAPRVRKEIDRWEAAGEPAE				NA	NA	NA	NA	NA
JZ016_03895	510			hypothetical protein	ATGACAAACCAAATGATTACGCGGGTTGAAGGGCAAGTACTTGTATTGGAACGTGTATTTAATGCACCAAGAGAACTGGTATACAAGGTATTTACGGATGGAGAGCATCTGAAGCAATGGTGGGGGCCTCGCGGATGGGAGGTTACCGTATCCAACATGGATTTCCGTCCAGGCGGCTCGTGGCATTACTGCATGAAGTGTTTGGATAAGAACCAGGGCGATTTCTACGGAATGGAATCCTGGGGCAAATCGGTGTACCAGGAGATCGAAGAGCCGGAGAAAATTGTCCTTATCGATTATTTCTCCGATGCGGAAGGTACCATTGCAGAGGGAATGCCTGCTCCTATTTCTACGATGACCTTTGTGGAGCAGGATGGGAAGACCAAGCTGATCAACCGGGCAGTGTACGATTCTCCGGAGGCTCTTAAAACCGTGCTGGATATGGGGATGGAAGAGGGCGTAACGCAAACCTGGGATCGTCTAGAGGAATACTTGGCAGCCAAACAATAA	MTNQMITRVEGQVLVLERVFNAPRELVYKVFTDGEHLKQWWGPRGWEVTVSNMDFRPGGSWHYCMKCLDKNQGDFYGMESWGKSVYQEIEEPEKIVLIDYFSDAEGTIAEGMPAPISTMTFVEQDGKTKLINRAVYDSPEALKTVLDMGMEEGVTQTWDRLEEYLAAKQ				NA	NA	NA	NA	NA
JZ016_03896	336			hypothetical protein	ATGGAACTAACAACATTTAACGCTTTGGCCGAACCGAACCGTTTTCGTATTGTGAGTCTCCTGCTGAAGGGTTCTTTAACGGTAGGAGAAATCGCTGAACGTCTTGACATTCGGCAGCCACAAGCCTCCAAGCATCTGAAGGTGCTGCTGGAAGCCGGCTTGGTAGAGGTAAGGGCGGAGGCCAACCGGCGGAGCTACAAGCTGCGGTCGGAGCCGTTTCAGGAATTGGACCATTGGCTTGATAATTACCGGAGCATATGGAACGAGCGCTTTGACAACTTGGATAAATACTTGGAGACACTGCAATCGGAAGGAACAGGTAAGAAACAGGATTAA	MELTTFNALAEPNRFRIVSLLLKGSLTVGEIAERLDIRQPQASKHLKVLLEAGLVEVRAEANRRSYKLRSEPFQELDHWLDNYRSIWNERFDNLDKYLETLQSEGTGKKQD				NA	NA	NA	NA	NA
JZ016_03897	357	uvrC_2		UvrABC system protein C	GTGATCAATATAACCATTCCCAAGGTGGACGTTACCATTACCAAGCAGGCTGCTCCGGAGTTGAGCCACATTTACGGATTTACAGATTTTCACCTGATTCCAAGAGATCGGGGCGGGATCTTCATGTTCTACAACAGCAAGGAGGAGCTCCTGTTCGTTGGCAAAGCAAGAAAGCTCAGACCGCGGATCAAGAAGCATTTCGAAGATAGCGTCTCTCCGATCAAGGAGCATCGGGATGAGGTTACAAGAATCGAGGTCTGCGTCATTGAAGACGCCGTTCACAGAGAGATCTATGAGACCTATATCATTAATGAATTCAAGGCCAAATATAATATAGACAAGGTGTTCTTTAAGTAA	MINITIPKVDVTITKQAAPELSHIYGFTDFHLIPRDRGGIFMFYNSKEELLFVGKARKLRPRIKKHFEDSVSPIKEHRDEVTRIEVCVIEDAVHREIYETYIINEFKAKYNIDKVFFK				NA	NA	NA	NA	NA
JZ016_03898	312			hypothetical protein	ATGAGCATTCAACATTCCGGACACCAGGAACAAACCTTATATCAAGCCGAACCCAACATGACGCACAACATCAAATCGGTTCGCGATCATATTCACCATCTATGCGGGCAGCATGCGAATCAGCTGGTTCGTGTCGAAACGCTCGACGGTGATGTTTTTGAAGGAACGATCATGCATTGCGAGAAGGGAGTTCTGTACTTGAGTCTGTCCGGGTACGAAAACCAGCGCGGCTTCGGTCCCGGTTACTATAATAATGTCATTCTCCCCTTAGTTCTCTTCGAATTGCTTGTCATTACGCTGCTGTATACCTAG	MSIQHSGHQEQTLYQAEPNMTHNIKSVRDHIHHLCGQHANQLVRVETLDGDVFEGTIMHCEKGVLYLSLSGYENQRGFGPGYYNNVILPLVLFELLVITLLYT				NA	NA	NA	NA	NA
JZ016_03899	291			hypothetical protein	ATGGCATTTATGCCGCCGCAAGGACCTCAGGGACCACAGCAAGGACCCTTATCCCCACCTCCAACCACGATCCCCCAACAACCTTTGGCCAGTGTCTTTGCCGTTGACCCGGGAGCGATCACAGGATGTTTGTTTCGCTTCACCTATATTTGGCCGAGATTTGGGCCTGGCTTCTGGTTTTTTCCGACCTTCGTCGGCCGCACCTCAGTCGCCGGTTTCCGATGGACGGGAAGAAGATGGGTCTTCTCGGGATTCGATTTAAGAAGGATCGAGTCGTTTACCTGTTACTAA	MAFMPPQGPQGPQQGPLSPPPTTIPQQPLASVFAVDPGAITGCLFRFTYIWPRFGPGFWFFPTFVGRTSVAGFRWTGRRWVFSGFDLRRIESFTCY				NA	NA	NA	NA	NA
JZ016_03900	1215	ydhP_3	COG2814	Inner membrane transport protein YdhP	TTGAACACCATGGAACTATCGCAGCACGCCACTGGGAAACAAAGCGCCAAAGAGCCCTTTCCCATCTCTATACTGTCTTTAACCGTTGGCGCTTTTGCTATTGGCATGACGGAATTTGTCATCATGGGAATACTCCCGAATGTTGCAGATGACCTGAATGTCAGCATTGCATCGGCCGGGCAGCTGATTACAATGTACGCCCTTGGGGTAGCCGTAGGAGCCCCTATTCTAACGGTTCTAACCCACCAAATACCGCAAAAAAAGCTGCTCCTGCTGCTCATGGGCCTATTTATTCTGGGTAACGGCATTTCGGTCTTTGCTCCGAGCTATGCCGTTCTTATGGGTGCCCGAATGCTGACCGCGCTGACGCACGGTACTTTCTTCGGCGTGGGAGCCGTCATTGCTTCGAACCTCGTGCGGCCGGACAAGCGTGCCGGGGCGGTATCCGTCATGATGGCCGGATTAACGATAGCCAATATCATCGGAGTTCCGATCGGCACCTTCATCGGCCAGACGATGGGCTGGCGCGCTTCATTCGCCGCAATTGCCGTTATGGGGGTGTTGGCATTGATCGGCATCCTGATCTTCATTCCGAAGCTACGGCAGGAACAAGCGTCAAGCATCACGCAGCAAATTACAGCCCTTATCAGGCCACAACTCCTTCTCTTCCTGCTGATTGGGGCGCTTGGCAACGCCGGCCTGTTCGCCGTCTTCACTTATATCGCGCCGCTGCTGATTAAGATCACCGGCTTTGCCGAACCGAGCGTCACCTGGATTCTGATCCTGTTCGGTATCGGCGTAACCGTCGGTAATATCATCGGCGGCAGGCTGGCCGACTGGAAGCTGCTGCCCTCCATTCTGGGTGTTTATTTTGCGACAGCTGTCATTCTGACCATCCTCACCGTGACGATCCATAACCCGGTCACCGCCGTGCTGACCATCGTGTTGTGGGGAGCTGCCTCTTTCGCCGTTATGCCGGGAATGCAGGTGCGAGTCATGAGTCTGGCCCAGTCCGCTCCCGCTCTCGCCTCTACGGCAACCCACTCTGCGGGCAATCTCGGAAATGCAGCAGGGGCCTTTATCGGAGGGTTGGTCATTACCCATCTAAGCTTAACGGCCCTGCCTTGGGTGGGCGCTGGTTTGGTGGGACTCGCCTTCATTCTGGGAGCAGCTTGTTATATGTATGAACGCAAGGCCGTAACGGTTAATGCTTAG	MNTMELSQHATGKQSAKEPFPISILSLTVGAFAIGMTEFVIMGILPNVADDLNVSIASAGQLITMYALGVAVGAPILTVLTHQIPQKKLLLLLMGLFILGNGISVFAPSYAVLMGARMLTALTHGTFFGVGAVIASNLVRPDKRAGAVSVMMAGLTIANIIGVPIGTFIGQTMGWRASFAAIAVMGVLALIGILIFIPKLRQEQASSITQQITALIRPQLLLFLLIGALGNAGLFAVFTYIAPLLIKITGFAEPSVTWILILFGIGVTVGNIIGGRLADWKLLPSILGVYFATAVILTILTVTIHNPVTAVLTIVLWGAASFAVMPGMQVRVMSLAQSAPALASTATHSAGNLGNAAGAFIGGLVITHLSLTALPWVGAGLVGLAFILGAACYMYERKAVTVNA	PGPT0028991_1180	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577	NA	NA
JZ016_03901	477	greA_1	COG0782	Transcription elongation factor GreA	ATGGCAGAAGAACTGATCTTGACCCAGGAGGGCTATGATAAACTCCAGGAAGAACTTGATGACCTCAAGTATGTGAAACGCAAAGAGTTAGCGGAACGGATCAAGCTCGCGATCAGCTATGGTGACTTGAAGGAGAATAGCGAGTACCATTCGGCCAAGAACGACCAGGCGTTTATGGAAACGCGCATCATCATCCTGGAAAAAACACTCAACAACGCCCGGATTGTCGACGCCAATCAAGTGAGCTCGAAAACGGTGAATGTTGGTTCGAATGTCGTTCTGAACGACATCGAGTTTGCGGAGAAGCTTGAATATCAAGTCGTAGGACCGGCAGAAGCAGACGTATTGAACAATAAAGTCTCCTATGAAAGTCCACTTGGTAAAGCGCTAATGGGCAAAGCAGTAGGCGATCAGGTCAACGTGGATGCGCCGATGGGTATCGTTAAGTACGAGCTGCTGGAGATCAAAGCTCTGTAA	MAEELILTQEGYDKLQEELDDLKYVKRKELAERIKLAISYGDLKENSEYHSAKNDQAFMETRIIILEKTLNNARIVDANQVSSKTVNVGSNVVLNDIEFAEKLEYQVVGPAEADVLNNKVSYESPLGKALMGKAVGDQVNVDAPMGIVKYELLEIKAL	PGPT0030495_796	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSCRIPTIONAL_CONTROL	PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624
JZ016_03902	1170	mtlD	COG0246	Mannitol-1-phosphate 5-dehydrogenase	ATGAAAGCAGTCCATTTTGGAGCAGGGAACATCGGACGCGGTTTTATAGGGCTCTTGCTGTCACAAGCCGGTTACGAGGTTTGTTTTATCGACGTGAACGAAGAGTTGGTGTCGGAGCTGAAAGTGCGCGGGGAGTATCCCGTAACCTTGGCCAGCGAAGGACAGGAGACCACGATCGTTAAAGGCATCACGGCACTCCATAGCGCCTCGGAGCCGGAAGCTGCTGCACGTGCAGTAGCGGAAGCGGATCTCGTGACAACAGCGGTAGGCGTGAACATACTGAAGTTCATCGCCGGTACCATTGCCGAGGGGCTGAAGCTCCGGCTGCAAGCGGAGTCGGCCGCCCCCCTTCATATTATTGCATGCGAGAATGCCATCGGCGGCAGCACGCAGCTGAAAGAGCACGTCTACGGGAAACTTGATGATGAGACGAAGCAGAAGGCTGATCAGCGGGTTGCTTTTCCGGATGCGGCCGTAGACCGGATTGTGCCGCTGCAGCAGCATGAGGACCGTCTGAAGGTCGTGGTGGAGCCGTTCTATGAGTGGGCGGTGGACCGCTCGCAGATGTTTAAGGACTATATCCCTGTGGAGGGCATTCACTATGTGGATCGCCTGGAGCCGTATATTGAACGGAAGCTGTTCACGGTAAATACCGGACACTGCTCAGCAGCGTACGTGGGCTTTCTTAAGGGCTACGAGACGATCCAGGACGCCATGAAGGACGAAGAGGTAGCGAGTCATGTCCGCGCGGTACTGGAGGAGACGGGAGCTGCGCTCGTGCATAAACACGGCTTTAATCCTTCCGAGCATGGAGCGTATATCGATACCATTCTGGAGCGGTTCCGCAATCCGGCGCTGACCGACGAGGTGTCCCGCGTCGGCCGCTCCCCGATCCGGAAGCTGTCCCCGGGCGACCGTCTGGTGTCGCCAGCCATGCTGGCTTTCGAAAGCGGGCTTGCGTACAAGAGCTTGGCGAAATCCATGGCAGCGGCTCTGATGTTCGATGTTCCGGAAGATCCGGAGAGTGTGGAGCTGCAAGCATCCGTCCGGGATATCGGTGCAAGCGACACGGCTTCCCAATATACCGGAATTGCCGGTGAGCATCCGATCATGGGTGAGCTGATGGAGCAGTATGATGCGATGAAGGCTGATATCGAAGCGGGTTCGTAA	MKAVHFGAGNIGRGFIGLLLSQAGYEVCFIDVNEELVSELKVRGEYPVTLASEGQETTIVKGITALHSASEPEAAARAVAEADLVTTAVGVNILKFIAGTIAEGLKLRLQAESAAPLHIIACENAIGGSTQLKEHVYGKLDDETKQKADQRVAFPDAAVDRIVPLQQHEDRLKVVVEPFYEWAVDRSQMFKDYIPVEGIHYVDRLEPYIERKLFTVNTGHCSAAYVGFLKGYETIQDAMKDEEVASHVRAVLEETGAALVHKHGFNPSEHGAYIDTILERFRNPALTDEVSRVGRSPIRKLSPGDRLVSPAMLAFESGLAYKSLAKSMAAALMFDVPEDPESVELQASVRDIGASDTASQYTGIAGEHPIMGELMEQYDAMKADIEAGS	PGPT0013700_148	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_MANNITOL_DEGRADATION,PGPT0013700-mtlD-K00009	NA	NA
JZ016_03903	441	mtlF	COG2213	Mannitol-specific phosphotransferase enzyme IIA component	ATGAGTAACATACTGTCCAAAGATAAAGTCGTACTGAACGCAAAGGCTGATAGCAAGAGCGAAGCCATCCGCATGGCGGGGAATCTGCTAGTGCAGGCAGGCCATGTATCCGAAGATTACGTAGATAAAATGCTGGAACGCGAAGAGATTGCCTCCACTTATATGGGCGGAGGACTCGCGATTCCCCACGGCACCAAAGAGGCTAAAGGCATGGTAATCTCAACGGGACTGTCCATCGTTCGCTTCCCGGAAGGGGTAGATTTCGGAGGAGATGAGCCGGCGTTTATTGTCATTGGTATCGCGGCTGCCGGTGGTGACCACATGGAGATTCTGACGAATGTGGCTATGATCTTCACGGACGATGAGAGCATTGAGAAGGTGATGAACGCTTCCAGCGAAGAGGAGATTCTGGCCATCTTCGAAGGAGGAATGGGCGCATGA	MSNILSKDKVVLNAKADSKSEAIRMAGNLLVQAGHVSEDYVDKMLEREEIASTYMGGGLAIPHGTKEAKGMVISTGLSIVRFPEGVDFGGDEPAFIVIGIAAAGGDHMEILTNVAMIFTDDESIEKVMNASSEEEILAIFEGGMGA	PGPT0016940_202	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MANNITOL_PTS_SYSTEM,PGPT0016940-cmtB-K02798	NA	NA
JZ016_03904	2070	mtlR		Transcriptional regulator MtlR	ATGCGTCTGAGACACATCACTGCCCGCCAACGACAAATCCTTCTGCTCCTGATGAGCAGGAACGAGGGCATGACGGCTGCAGAAATAGCCGCTGAGGTCGGGGTCAGCGTCAGGACGGTTCACCGGGAAATGGAGGAGATTGAGAAGGAATTGCAGGGCACAGGCGTTCTGCTTCATAAAAAGTCGGGCACGGGCATCCGGCTGGAAGAGGAGACGCCTGAGGACATGGCTCAGCTGCGGAAACGCCTGCTTACAGGGAAGCCGGCCGATTATTCCGTGGAGGAGCGCAAAATCCTCATGCTCTGCGCCCTGCTTGAGGCGAATGAACCCGTCAAACTGTTTGCTTTGGCCCATAGTTTAAAGGTCACCGTGCCGACCATCAGTAATGACCTGGATGAGCTGGAGCCATGGATGAAGCGGTTTAACCTTACCCTAATTCGCCGGAGAGGCTATGGTATCGAGATTGAAGGATCGGAAGGCGTAAGGCGGTCGGCGATTTGTCGGCTTGTCGAGGAATATTTGGATTACTCCGATCTTGTCGGGGATGGATATGGGAATCATAACGAGCCGGTGACCGCACGTCTGCTCTCCATGATTGATAAACCAGTGCTGCTGGATGTAGAGAAATGTTTATGGGATATGAACTGGGATTGGACGGAGGGGCTTAGCGAAGGTGCATATACCGCGATGCTCATAGCGTTATCGGTTTCCGTAAACAGGATCAAGCAGGGGCGGAGCATTGAGACAACGGATATTACGGCATATGGTAAATCCTCCTCGTCGGTGGAGGAGGCACAGGATTTTGCGAGTCGTCTAGGCCAAATCTTGAAGATAGATATTCACGATCCTGAAATGAAATATATTGCTCATTTATTCGAATCAGCGAAGGACATGTCCGAGATCAGCGAACTGGCTCACACGGATGTAGAGATGGTGGAAATCGCTCAGCGTCTTATCGAACGGGTTCAGGGGCGCACAGGCATTCCGTTCCAGGAAGACCGCACGCTGCGGGCAGGTCTGGTGGAGCACATCGGGGCTGCCATGAAACGGATTCGGGAAGGGACCCGGATCCGGAATCCCTTGCTGAGCCCGATTCGGAAGGATTATGAGGAGCTGTTCGGAATCGTCCGTCGTTCAGTTGATGACATGAAGCTGGACATGATGGTCCCGGATGAAGAAATCGGGTTTCTGGTTATGCATTTCGGTGCTTCCAGCGAACGGCTGAACCAGCTGGGACATCATCTGAAGGCCATCCTGGTATGTTCCAGCGGTCTTAGCTCCTCTAGGCTTCTCGGGACCCGGCTGAATAAGGAGATGCCGCAGATTGAGGTGCTCGGCAACGTCTCGTGGTATGAAGCGGCCCGGATACCGAAGGAGCAATATGACCTTATTATTTCGACTATTGATCTTCCGCTGCCGAAGGATCGGTATGTGAGATTAAGTCCGCTGCTCACGGCGGATGATAAAGAGGCGCTGCTGCAATTTATCCAGAGCACATCCCTGAAAACGGCTGCGGGCATGGCTGCCAGTAAGCGCATCGAGGAAGAGCGTAAGGTTGCATCATTCGAGCGTCTGCGCATGCAGGCAGCCCTGATGAACGAGATTGTATCGCTACTGGATGGCTTTCATGTGTACCACCTGGATAATCGGCAGGATGATTTGCAGGGCACCTTGAGCGAAGCTTTGACTAAGGTGGTTGAGCGCGGGGCTGTTCGTGATGCGGAGAAGGTGAAGGAGCGTTTGCTTGAGCGCGAACGGATGGGTACCCAGCTCATTCCGGATACGACGCTGGCCTTGTTCCATACGCGCAGCCGCCATATTACCTGGCCGTCGCTAACCTTGTTCCGGCTGACGCATCGAGCGCCGCTGGAGGACGGGGCGGAGGCGGGTGTCATACTGCTGATGCTGGCACCGAAGCAGCTTCCGAAGGAGAGCTTGGAGGTGCTCAGTGAAATTAGCGCCATGCTGCTTCACTCCGAGCTGATTGAGCTGATGGAGCGGGGCAGCGAGGAAGAAATCCGATCCTATTTAGCAGAAGAGCTTCAGCATTTTTTCAATCACAGACCATAG	MRLRHITARQRQILLLLMSRNEGMTAAEIAAEVGVSVRTVHREMEEIEKELQGTGVLLHKKSGTGIRLEEETPEDMAQLRKRLLTGKPADYSVEERKILMLCALLEANEPVKLFALAHSLKVTVPTISNDLDELEPWMKRFNLTLIRRRGYGIEIEGSEGVRRSAICRLVEEYLDYSDLVGDGYGNHNEPVTARLLSMIDKPVLLDVEKCLWDMNWDWTEGLSEGAYTAMLIALSVSVNRIKQGRSIETTDITAYGKSSSSVEEAQDFASRLGQILKIDIHDPEMKYIAHLFESAKDMSEISELAHTDVEMVEIAQRLIERVQGRTGIPFQEDRTLRAGLVEHIGAAMKRIREGTRIRNPLLSPIRKDYEELFGIVRRSVDDMKLDMMVPDEEIGFLVMHFGASSERLNQLGHHLKAILVCSSGLSSSRLLGTRLNKEMPQIEVLGNVSWYEAARIPKEQYDLIISTIDLPLPKDRYVRLSPLLTADDKEALLQFIQSTSLKTAAGMAASKRIEEERKVASFERLRMQAALMNEIVSLLDGFHVYHLDNRQDDLQGTLSEALTKVVERGAVRDAEKVKERLLERERMGTQLIPDTTLALFHTRSRHITWPSLTLFRLTHRAPLEDGAEAGVILLMLAPKQLPKESLEVLSEISAMLLHSELIELMERGSEEEIRSYLAEELQHFFNHRP				NA	NA	NA	NA	NA
JZ016_03905	1434	mtlA		PTS system mannitol-specific EIICB component	ATGTCCAACGAGACAAATACAAACGCTTCCAAAGGCATTCGCTTAAAGGTACAGCAGCTCGGCCGTCTCCTAAGCGGTATGGTGATGCCGAATATCGGTGCGTTTATTGCTTGGGGTCTGATTACGGCTCTGTTCATCCCGACCGGTTGGTTCCCGAATGAGAATCTGGGAGCGCTGGTTGACCCGATGATCAAGTACCTGCTCCCGCTCTTGATCGGTTACACGGGCGGGCAGATGATCCATGGCAAGCGCGGTGCGGTGATCGGTGCGGTTACCACGGTCGGCGTTATCGTCGGGGCGGAGATTCCGATGTTCCTCGGCGCGATGATCGTCGGTCCGCTGGCTGCATGGGTATTAAAGCAGTTCGACAAGCTGATTGAAGGCAAAATCAAATCCGGCTTCGAAATGTTGGTGAATAACTTCTCGCTCGGGATCATTGGCGGCGCGCTGACATTGGTTGCATACACCGGAATCGGGCCGCTTGTACAAGGGATTACCCAAGCGTTGTCAGCCGGTGTTGACGTATTGGTCAATGCGAATCTGCTGCCGCTGGTCAACATTATCGTTGAGCCTGCAAAAGTATTGTTCCTTAACAATGCGATCAACCACGGGATCTTCAGTCCGATCGCCACAGAGGAGTCGGCGCGGATCGGTCAGTCGGTCCTGTATATGCTGGAGTCGAATCCTGGCCCGGGACTGGGCATTCTTCTCGCCTATTGGTTCTTCGGACGCGGCTCTGCCAAGTCTTCCGCACCGGGGGCAGTTGTCATTCACTTCCTGGGCGGTATTCATGAGATCTACTTCCCGTATATTCTGATGAAGCCGGTTCTGATCTTGGCTGCCATCGCGGGTGGCGTTGCCGGAACATTCACCTTCCAGATTCTTGGTGCCGGTTTGGTGGGCCCAGCGTCGCCGGGCAGCATCATTGCTTACTTCGCCATGGCGCCTAAAGGCGGCTTGATATCGGTCCTGGCCGGTGTTCTTGTTGCAACGATTGTCTCCTTTGCTGTAGCGGCATTACTGCTCAAAACAGGCAAAAAGACCGACGAAGAGCCGAATCTTGAAGAAGCTTCCGCCAAGATGAGAGAAATGAAAACCGGCGGCATGAATGATCAGGTCGCTCCTGCTTCGGCGGCTGTAGCTAATCTGGACAAAGAGAATGTGAACAAAATCGTGTTTGCTTGCGATGCCGGCATGGGCTCCAGTGCGATGGGCGCTTCGGTATTAAGAAAGAAATTGCAGCAGGCGGGCGTCGATATTACGGTTGTGAACTCGGCGGTAAGTGAAATACCCGATGACGCGGATATCGTCATTACCCAGAAGACACTCACCGAGCGGGCCATCGCGAAGAATCCGAACGCGGAGCATATCTCCATCGACAACTTCTTGAAGAGTCCGAGATATGATGAGCTGGTGGAACGACTCAAAGACTAA	MSNETNTNASKGIRLKVQQLGRLLSGMVMPNIGAFIAWGLITALFIPTGWFPNENLGALVDPMIKYLLPLLIGYTGGQMIHGKRGAVIGAVTTVGVIVGAEIPMFLGAMIVGPLAAWVLKQFDKLIEGKIKSGFEMLVNNFSLGIIGGALTLVAYTGIGPLVQGITQALSAGVDVLVNANLLPLVNIIVEPAKVLFLNNAINHGIFSPIATEESARIGQSVLYMLESNPGPGLGILLAYWFFGRGSAKSSAPGAVVIHFLGGIHEIYFPYILMKPVLILAAIAGGVAGTFTFQILGAGLVGPASPGSIIAYFAMAPKGGLISVLAGVLVATIVSFAVAALLLKTGKKTDEEPNLEEASAKMREMKTGGMNDQVAPASAAVANLDKENVNKIVFACDAGMGSSAMGASVLRKKLQQAGVDITVVNSAVSEIPDDADIVITQKTLTERAIAKNPNAEHISIDNFLKSPRYDELVERLKD	PGPT0016945_899	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_MANNITOL_DEGRADATION,PGPT0016945-mtlA|cmtA-K02800	NA	NA
JZ016_03906	459			hypothetical protein	ATGAACACACAAGCAAGAAACCACATCGGACTATCGATGTTCACTATCATGCTGTTAGCTTTGCTCGGTGTACCCCGTGTCATTGCCCATGATTTACAATGGGTTGATCCCCACGGGTTCATCAATCGGCTGCTTGTCTTTATTCCCCCGATCGTCTGGATTCTTTATGTTCTTGGTAAGCGGCATAGCGTTAAACATCCTTTTGTTCCCTTAATGGTCATCGGCGCCGTCTATGGATTGCTCTTGGGCATTACCCATCAGCTCTTGTGGAATGTGACATTCGAAACGCCGCCGGCTCTGGGCGGCAATCTGGCGGATCTACCCGCAACAGCGGGCAGCTTTCTGACCAGAGCCTTCGCCTTCATCAGCAGCGTCGTGACGGGTACGGTGGTTGGCATCATCTCAGGCATTGTTGCCACGATGCTGCATCCGCTGGTGAAGGGGCGATCAAGACGCTAG	MNTQARNHIGLSMFTIMLLALLGVPRVIAHDLQWVDPHGFINRLLVFIPPIVWILYVLGKRHSVKHPFVPLMVIGAVYGLLLGITHQLLWNVTFETPPALGGNLADLPATAGSFLTRAFAFISSVVTGTVVGIISGIVATMLHPLVKGRSRR				NA	NA	NA	NA	NA
JZ016_03907	1629	ced1		Cellodextrinase	ATGAACAATGAGCATGGACAGCATAACAGCATTGCGGTCAACCAGCTAGGCTATCGCAGCCAGGATGCCAAGGTTGCCGTCATTGCCGGTCAGGGTGGACGGTTTCATATCGTCCATGCGTTGAATGGCGAGGTGGTTTGGCAGGGCCATACATCACCCGCCATCGAGGATGTGGCCAGCGGGCAGACGGTAAGCCGGGGGGATTTCACCGCATGGGCAGTGCCCGGCACGTATCGAATTGAGACGGAATATGGGCAAGCGTCGATGCCTTTTGTCATAGCTGACGAGGTATACGAGGATGCGCATCGCGCATTGTTGAAAGCGTTTTATTATTTCCGCTGCGGGACGAAACTGGATGAGCTGCATGCCGGACCCTGGCAACACGGAGCCTGTCATCTTACGCCCGCCATCGTCCATGGAGACGAATCGCGGCAGGTGGATGCCTGGGGAGGATGGCATGATGCCGGTGACTATGGCAAGTATGTCGTTCCCGGTGCCAAAGCGGTAGCCGACCTGCTACTGGCTTTTGAGTTTAATCCAGAGGCGTTCTCGCAGCAGCTGCCACTGCCGGAAAGCGACGGCCGCATGCCGGATGTGCTTCATGAATGCCGGTATGAGCTGGAATGGATGCAGCGTTTGCAGGAGGAGGAATCGGGAGGTGTGTTCCATAAACTCACGACCCTGCGGTTTCCGGCGGGAGATGTTATGCCGGAGGACGATACGGCTCCGCTGTATCTGTCACCGATCTCTGCAACGGCAACCGGTTGTTTTGCCGGAGTCATGGCGATGTCATCGCGGATCTATTCCCCCTATGATGAAGCCTTCGCCGCAAGCTGTCTGCAGGTAGCAGAACGTGCTTGGACATGGCTGGAGGCGCATCCCAACATGCCGGGATTCCGCAATCCGCCAGATATCGCTACAGGTGAATACGGCGACGGCCAGGATGCGGATGAACGGTACTGGGCCGCGGCAGAGTTATACCGCGCAACGGGCGAGGCGCGGTACCATGAGGCTTTTCAAGCATTAGCCAGGCAGGACTCATTCGGGAAATACGAATTGGGTTGGGCGGACATGGGCGGCTATGGAACCTTCGCCTATCTGATGTCGGAGCGGGAAGAGGAGCCCGCACTGGCACGGGAACTGATGGCGGGTCTGCTTCAGCGTGCGGATGAACTTGCCGCTGTCAGTGATCGGGACGGTTATGGGATCTCGCTGCTGCCGGATCAATATATTTGGGGCAGCAATATGGTGGTATTGAATCACGCGATGCTTCTGCTGGTGGCGGGAAGACTGTCAGGTTCCGAAGATTATGATCGGCATGTTCACGAGCATATCCACTATGTGTTCGGGGCTAACGTCACGGGGATGAGTTATGTGACCGGGTATGGGACAAAGCCCATCCTGCACCCCCATCATCGTCCTTCCGAAGGCGATGGCGTGGAGGAGCCGGTGCCGGGCCTCGTCTCCGGCGGACCGAACAAGGGGCTTCACGATGACTATGCGCGTGAGCACTTGGCAGGCAAGGCGCCCGCAGCATCTTTTGCCGATGTGATGGAGAGCTATTCTACCAACGAGGTGGCCATCTATTGGAACTCGCCGGCTGTGTTCGTGTTATCTCATTTTGTATAG	MNNEHGQHNSIAVNQLGYRSQDAKVAVIAGQGGRFHIVHALNGEVVWQGHTSPAIEDVASGQTVSRGDFTAWAVPGTYRIETEYGQASMPFVIADEVYEDAHRALLKAFYYFRCGTKLDELHAGPWQHGACHLTPAIVHGDESRQVDAWGGWHDAGDYGKYVVPGAKAVADLLLAFEFNPEAFSQQLPLPESDGRMPDVLHECRYELEWMQRLQEEESGGVFHKLTTLRFPAGDVMPEDDTAPLYLSPISATATGCFAGVMAMSSRIYSPYDEAFAASCLQVAERAWTWLEAHPNMPGFRNPPDIATGEYGDGQDADERYWAAAELYRATGEARYHEAFQALARQDSFGKYELGWADMGGYGTFAYLMSEREEEPALARELMAGLLQRADELAAVSDRDGYGISLLPDQYIWGSNMVVLNHAMLLLVAGRLSGSEDYDRHVHEHIHYVFGANVTGMSYVTGYGTKPILHPHHRPSEGDGVEEPVPGLVSGGPNKGLHDDYAREHLAGKAPAASFADVMESYSTNEVAIYWNSPAVFVLSHFV	PGPT0018620_2515	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CELLULASES,PGPT0018620-celJ|eglA|eglS-K01179	NA	NA
JZ016_03908	693			hypothetical protein	ATGGACAAATCCTCCTTTTTGATGGTGGAGCGGGGGAATCCCTACGAACGTGGGGACGTTATAGCTTTGACCAAACCCATAACGGTGCTTGGCCGCAAGGGCCAGCATTTTGATCCGGATATCGCGTTTGATAATATCTTTGTGTCCCGGCGGCATGCAGCGCTGCTGTATCGAAACGGGAAGTTCAGCATTAAGGATCTGAACAGCAAGCATGGTACCTTCGTCAATCAGGAACGGTTGGCTCCCCATGACGAAATTCCCCTCCAGCATGGAGATACCATTGTACTCGCTGGAGATCTGATCGTGTTGTCCTTCTCCATCCTCAGCATGGATGAGACGATGGACATTACACCGCTTATCAAACAGCTGGCTGCAGTCGAGGCTTCAGGCGGGCTTAGGTTGAATCCGTTCAAGCAGGAGCTGGTATACGGCGAGGATGTGTACGCTTTTTCGGAAAAAGAGTACAAATGCATGGAGCTGCTGATCAACCACCAAGGGCAGTTTGTGTCCAAGGATCAGCTCAAGGCATACGTTTGGCCCGAGCGAAGCTACGGAACGGATGAAGTGCCCGATGTGAGCTCGGAGGAGTTGAATGCACTGATTTATCGGGTCCGTAAGAAGACGAGAGACGTTCTGGACATTGAGAGCATCCGTGGAAAAGGTTATATTTTGCAGACGCAAGCCGATGGCTAA	MDKSSFLMVERGNPYERGDVIALTKPITVLGRKGQHFDPDIAFDNIFVSRRHAALLYRNGKFSIKDLNSKHGTFVNQERLAPHDEIPLQHGDTIVLAGDLIVLSFSILSMDETMDITPLIKQLAAVEASGGLRLNPFKQELVYGEDVYAFSEKEYKCMELLINHQGQFVSKDQLKAYVWPERSYGTDEVPDVSSEELNALIYRVRKKTRDVLDIESIRGKGYILQTQADG	PGPT0003915_364	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666	NA	NA
JZ016_03909	987			hypothetical protein	ATGCGAAAACTAAAAAGATGGAAGAAAATCATACTGTTTTTTCTCGTGTTGTTTGTATTTCTGTTTGTTAATAATACATCCCTGTTCACCAAAGACCGTGACGCCGAGCCGCTGCTGCTGGCGCATCGGGGGCTTGGCCAAACCTTCTCGATGGAAGGCATTCAAGCTGACACTTGCACCGCCTCCCGCATCTATGTGCCGGAGCATGCTTACCTGGAGAACACCATCCCGTCCATGAAAGCCGCATTCGAAGCAGGCGCCGATATCGTCGAGTTGGATATCAAGCCAACCAAGGACGGACAGTTCGCCGTGTTCCACGACTGGATCCTGGAATGCCGCACCAACGTGGAGGGCTCGGTCAAGGATTATACCATGGAGCAGCTAAAAAACATAGACATCGGGTATGGTTACACCGCCGATCAGGGAGCCACATATCCTTTTCGGGGAAAAGGAGTCGGGCTGATTCCGTCGTTAGACGAGGTATTAGAGGCATTTCCTGACGGTTCATTCCTGATCCATATCAAAAGCACCGACCCCGAAGAGGGAAAACTCCTGGCAGAGTATCTGTCCGGACTGCCGATGAAGCGTCTCAGCCAGCTGACCGTATATGGGGATGACGAACCGATCCAAGCATTAAAATCACAGCTCCCCTCCCTACGCGTCATGTCGATGGGCACGCTGAAGAGCTGTCTGGCATCCTACGCCGGAGCCGGCTGGAGCGGTTACCTCCCATCGGTCTGCCGCAACACCCAGCTGCATATCCCGGAGAAATACGCCCGTTACCTGTGGGGATGGCCGGATAAATTCCTGAACCGGATGGACAGCATCAATACACGGGTCATCCTCGTCGCCGGGGATGGCGGCTGGTCGGAAGGGTTCGACTCCGTATCGGATTTGGAGCGACTGCCGGAAGGCTACAGCGGCGGCATTTGGACGAATCGGGTCGACGTTATCGCCCCGGAGCTGACCATCAAGAAGAATGAATAA	MRKLKRWKKIILFFLVLFVFLFVNNTSLFTKDRDAEPLLLAHRGLGQTFSMEGIQADTCTASRIYVPEHAYLENTIPSMKAAFEAGADIVELDIKPTKDGQFAVFHDWILECRTNVEGSVKDYTMEQLKNIDIGYGYTADQGATYPFRGKGVGLIPSLDEVLEAFPDGSFLIHIKSTDPEEGKLLAEYLSGLPMKRLSQLTVYGDDEPIQALKSQLPSLRVMSMGTLKSCLASYAGAGWSGYLPSVCRNTQLHIPEKYARYLWGWPDKFLNRMDSINTRVILVAGDGGWSEGFDSVSDLERLPEGYSGGIWTNRVDVIAPELTIKKNE	PGPT0018470_2848	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
JZ016_03910	741			hypothetical protein	TTGGCCAGGGAAACAGAGAAAAAAGGAATGGCGTGGTTTAAGAGTGCCCGCTCGAACCAGAACCAGCCCGAGAAGAACAGTACCGAACAAGAGGATATTGCTGCAACGGCAGAAGAAGAGGCGGCTTATTCCGCGGAGCCAGAACTGCCCGCTGCAGAAGGAAACAAACCTCTATTCTCCAAGGATAATCAGGACAAGATCGGCCTTGATGTCATTGTTTCGATCGAGAACATGCTGAAGGAACGGCAGCTGCTGGCCTATAAGAATAGAGGCCTGGAGGATCAGCTCTTTACCGCGAACGAGACGATCAACCGGTATAAGCATGAGCAGATCAAAAGAGATCAGCTGGTTCAGGAGAAGAACAAGGAAATCCGCGAACTCGAGAACGTGCTGACGAACAAACAGATGGCCTACGATCAGCTGCTGGAGGATTACAAGGAATACCAGTTAACGTCGAACCTGGCGTATGAGAAGCTCTCCAATCAGCTCGAAACCGAGACCGCCAAGTACAACAAGCTCTATGAGGAGTCTAACAACACCCAATATCAGAACATGCTCAAGATCAACTCGCTTGAAGAGAAGGTCCGGGAGCTGGAGATTGCCAACCAGAAGTACGCGGAGCAATACCAGAATATCCTGGATGATAAAGCCAAGCTGATGCAGACCATCAATGATTTTACCGAGAAGATGTCCTTCTCCTTCTCACCGAAAACCACGGCTTCCAATACACCATCGGAATAA	MARETEKKGMAWFKSARSNQNQPEKNSTEQEDIAATAEEEAAYSAEPELPAAEGNKPLFSKDNQDKIGLDVIVSIENMLKERQLLAYKNRGLEDQLFTANETINRYKHEQIKRDQLVQEKNKEIRELENVLTNKQMAYDQLLEDYKEYQLTSNLAYEKLSNQLETETAKYNKLYEESNNTQYQNMLKINSLEEKVRELEIANQKYAEQYQNILDDKAKLMQTINDFTEKMSFSFSPKTTASNTPSE				NA	NA	NA	NA	NA
JZ016_03911	1296			hypothetical protein	ATGTCAGAATCCTACGGCAGAATCATAGAGCTGCTGGCGATCGAGAGGGATACCGAAACATTCGGTCTACGAATCAAGCTATCCCTAATAGAATCGGCGGAGCCATTATGGTTAACCGATAACGAGACCATAGCGAATATAGCAGCCGTGACGGAGTTCGATGGGGTTCATAAACACCGAATATCCTTACATACCGCATGGGATGCAAACAAACAGCAATACATAGGTTCCATTACGCGTACATATCGTGAACATAGTGAGCGGTTTTCATTTGCCTGCTCCGTTCCGTTCAGGAACGAATTAGAGTCAATCAAGAAGATCCGGCATGCAGATGACTTGCATACGCTGCCTTTCCTCTCCACGCATCGATCCGAAGCGGATCAGCCCGAAGAGATGCCAGCCGCCGAAGGGGACCTGAAAACCAATCGTTTCGCAAGGAAACGGCGCCATCTTCCGCTTAAGCTGGTAAGCGCCATCATGATGAGCTTGATTTTTGTTGTATTATTAAGTTCATTTAATTACTCGTATCCCGGTGACATTAAGCCTTATTCTGCAGTAACGGCCACTGCGGAAGCAGAGACCGTTATCCAATTGCTTGCCGAGAACCGGAGCGCCATCATCGCGAAACCCGTGGCAGCCTCAAAGGAGGAAGCAGCGGAGAGCAGACCGAAGGAGAGTAAACCGAAGGATAACAAACCCTCTGCTTCCATTCCACAGCTGGAGCTGGAGGAGTTCATCTCGTTTAGCCTGCCCAAAGGGTATGTAGCCCTTACATTTGATGATGGGCCATCCAAGCACTCTATCGATATTATGAATGTCTTAAAAAAACACGAGGTTGGCGGAACGTTCTTCTTTGTTGGCACCAATGTAAAAAAACATCCCGACTATGTCAGGGCCATCCATGCGAACGGATACTCTGTCGGCAGCCATTCCATGACTCATAGCCAGCTGACAAGCCTTACCTATGAACAGCAGCAGGCAGAGTTGACCCGCGTGTCCGACCTCATCGAGCATATTACCGACGAGAAGCTGGTACTCTTCCGTCCGCCCTACGGTGCCTTTGACGATCGGACCGAGGCGTTAAGCCAACAGCAAGGCAGTAAGATGGTGCTCTGGAACCGGGATCCCGAGGATTGGCTGACCCGCGACGAGGATAAAATCCTCGAGTATGTCCAGCACATCGAAGCTTCCGGCTCCATCATCCTCCTGCATGAATCGCAGGCGGTTGTGGACGCCTTGCCGAAGATTATTAAGCACCTGCAGGATCAGGGACTCACGATCGTCAGTTTGCAATAG	MSESYGRIIELLAIERDTETFGLRIKLSLIESAEPLWLTDNETIANIAAVTEFDGVHKHRISLHTAWDANKQQYIGSITRTYREHSERFSFACSVPFRNELESIKKIRHADDLHTLPFLSTHRSEADQPEEMPAAEGDLKTNRFARKRRHLPLKLVSAIMMSLIFVVLLSSFNYSYPGDIKPYSAVTATAEAETVIQLLAENRSAIIAKPVAASKEEAAESRPKESKPKDNKPSASIPQLELEEFISFSLPKGYVALTFDDGPSKHSIDIMNVLKKHEVGGTFFFVGTNVKKHPDYVRAIHANGYSVGSHSMTHSQLTSLTYEQQQAELTRVSDLIEHITDEKLVLFRPPYGAFDDRTEALSQQQGSKMVLWNRDPEDWLTRDEDKILEYVQHIEASGSIILLHESQAVVDALPKIIKHLQDQGLTIVSLQ	PGPT0018645_743	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_03912	1110			hypothetical protein	ATGACAACCCGGATTTCCCGCAAGAAGGCCATTCTTGCGATCATCGCCCTTCTTGCTCTAATCGGCGTCGTCTTCATCGCCTACGCTATCATCCATAGCAAGGAGAACCCCGACGTGACAGCAGCGTTTATTGAAGAGCATATGACCAACGATAACGGTACCATTGCTACCTATCTCAAGCCCGCTTCTTCCCAGAACCCGGACATCGTTGCCGGTAGAGAAGCGTTATCCGAGTCGCTCGGACTTTGGATGCAGTATGCTGTCTTATCCGGCGATCGAGCCCGGTTCGATGATAGCGCCCAGCTTCTTACAACCTACTTCCTCCATAAGGGTCAGGAAACTTATATCCGGTGGAAGCTCAGACCAGACGGTCAATCCGAGGTAACGACCAATGCCCTAGGCGATGATCTCCGAATCCTCGATGCCCTGCTGAAGGCGTACAAACTCTGGGACCGGGACGAATACCTTCAATTGGCGAAGGAGATCGGCTCATCATTGCAAGCACCTGCCCAAACCCAAGGATATTTCGTGGATTATCATGATTTTGAACGGAATGCATCGGCAGCCGTGTTAAGCCTGGTCTACGCTGACATATCGGCACTGCGCGAAATGCAGAATAACGGAATCCTGTCCCGTCAGGAGTATAAACAGTATCAGGACCTGCTCTCCCACATGCCTTCTGACGGCATCTTCTATCCCAAAACCTATCAAATCCGCTCCGGTCAATATGAGTATGACGCATCGGTCAATCTAATCGACCAGCTGATCGTTGGCATCCATCTGGCGGAGATGGATCATCCGCCGAAGGAGCTCATACAATTCTTGAAGGGAGAATTCCAGAAGAATCAGCAGCTGGCAGGGCGCTTCAACCGGAAGACAAGAAAACCTGACGCGGCATATGAGTCACCTGCCGTCTACGGACTGGCTATTATCCTGGCGTCAAAAACGAATGACCTCCCTTGGGCTCGGGAGCTGCATGATCGAATGATCCAACTCCGAGGCCAAGATCCCGCTTATCCGGGAGGGTATGTGTTTGATGGGAATACGCATGCTTTTGATAACCTGTTTCCTCTGCTCGCGGAGACGCTGCTAGAACCAACCGTGAAATAA	MTTRISRKKAILAIIALLALIGVVFIAYAIIHSKENPDVTAAFIEEHMTNDNGTIATYLKPASSQNPDIVAGREALSESLGLWMQYAVLSGDRARFDDSAQLLTTYFLHKGQETYIRWKLRPDGQSEVTTNALGDDLRILDALLKAYKLWDRDEYLQLAKEIGSSLQAPAQTQGYFVDYHDFERNASAAVLSLVYADISALREMQNNGILSRQEYKQYQDLLSHMPSDGIFYPKTYQIRSGQYEYDASVNLIDQLIVGIHLAEMDHPPKELIQFLKGEFQKNQQLAGRFNRKTRKPDAAYESPAVYGLAIILASKTNDLPWARELHDRMIQLRGQDPAYPGGYVFDGNTHAFDNLFPLLAETLLEPTVK				NA	NA	NA	NA	NA
JZ016_03913	714			hypothetical protein	GTGGATATTATACTGTTTGCGGTCATTATTTTCGTGGCGTCCATTCTTCAGACCAGCACCGGATTTGGGTTCTCTATCCTGGCTACGCCGTTTCTGCTGCTCTTATTCCAGCCTAACGAGGCTATTCAGATTAATTTAATTCTTTCTCTTGTCATCTCGGCTGCTCTAATCGCGAGGATACGCAAGGACATCGATTATGGCATCCTCAAGCGATTGGTGATCGGAAGTGCGGCAGGACTCCCTCTCGGCATCGTTATTTTTTCGTTTATCGATATTCGTTATCTGAAGTTAGGCGTTAGTCTGATTATATTGGCATTAACCGTCATGCTGATGCTAAAATTCAGAATCCGTCAGAGCCATGGCAGGGATCTGGCGGTAGGGGGGCTCTCAGGCTCTCTAACGACCAGCATTGGAATGCCGGGTCCGCCCCTGCTGTTATATTTCTCGGGCACCGACACGCAGAAGGCAAAGCTCAGAGGGACGACACTCGCCTTCTATTTGTTCATCTACTCCCTGAGTTTGATCATTCAGGTGATCGTGGCGGGAACGAGCAAGACCGTCTGGGTATCGAGCGGAATTGCGCTTCCCCTGGTGTTCGTCGGGCTGTTGATCGGACAGCGACTATTCATTGTCATTAACCAGAGAGTATTCCAGATATTCACCTATATCATTTTGATCTTTACGGGTGTGTATATGCTCATCGAGAGTCTGTAA	MDIILFAVIIFVASILQTSTGFGFSILATPFLLLLFQPNEAIQINLILSLVISAALIARIRKDIDYGILKRLVIGSAAGLPLGIVIFSFIDIRYLKLGVSLIILALTVMLMLKFRIRQSHGRDLAVGGLSGSLTTSIGMPGPPLLLYFSGTDTQKAKLRGTTLAFYLFIYSLSLIIQVIVAGTSKTVWVSSGIALPLVFVGLLIGQRLFIVINQRVFQIFTYIILIFTGVYMLIESL				NA	NA	NA	NA	NA
JZ016_03914	594			hypothetical protein	ATGAACGGTTTTGAGAAAAGGGCGAATCTGATCAAAGAGAAGATTATGAGAACCACCTTGGAACTGGTGCGCACCTCGGAGCTAAAGCGAATTCGGATTGCCGACATATCCAAGGCAGCCAAGGTGTCGCAGGTGACGATCTATAATTACTTCGGCAGCAAGGAGGAGCTGCTGCGCGAGGTTTTTCGCAATTATTTTGATAAGGCGATCCGGGATTTTGAGGAATATATGAGCGAAGGCCATTCTTTGAAGGAGAAGATCGAGCACATTATTTTTCTGGAGAAGGAATCCTACAGTGATTTCCCGCCCGCATTGATTAAAGAGTTGTTGATCGATGACGAAGAATTGGCCCGTTATATGGAAGAGCAGTACAGGAACAAAGCCATTCCGCTCACCATCCAGATTATTGAGGAGGGCAAGGCCAGCGGTGAGATTTCACCGGAGGTATCGACGGAACACGTTCTGGCTTTTATCCAGCTGTACATGAATCAATATGAATCGATTCTGGCTATGGCCCAGCAAAGTGATGATATGGACGGCTTCCTGGAGGGAATGGTTCATATGTTCTTCTACGGTGTCTGCGGAAAGGCTTAA	MNGFEKRANLIKEKIMRTTLELVRTSELKRIRIADISKAAKVSQVTIYNYFGSKEELLREVFRNYFDKAIRDFEEYMSEGHSLKEKIEHIIFLEKESYSDFPPALIKELLIDDEELARYMEEQYRNKAIPLTIQIIEEGKASGEISPEVSTEHVLAFIQLYMNQYESILAMAQQSDDMDGFLEGMVHMFFYGVCGKA				NA	NA	NA	NA	NA
JZ016_03915	888		COG1131	Multidrug efflux system ATP-binding protein	ATGTTAACCGTTCAGCATTTGACGAAGACATTTTCCAACGGAAGGGGCATCTTCGATGTTTCGTTTTCGGTGGAGCCGGGCGAGGTTTTTGGTTTTTTAGGGCCGAATGGCGCCGGAAAATCAACGACCATCCGGCACATCATGGGTTTTATGAAGCCGGATCAGGGATACGTCAAGGTAAATGGGCTGGATACCTGGAGAGAACAAGGAAAGTTCCAATCGGACGTGGGTTACCTCCCAGGTGAAATTTCCTTTATCGAAGGAATGACCGGAAAGACCTTTCTGGATTTCATGGCCGATATGCAGGGAATTCGGGACTTGTCCAAGCGGAATCAATTGATCGATCGCCTGCAATTCGATGTACAGACCCCGATTCATAAAATGTCCAAGGGAATGAAACAAAAGGTCGGGATCGTCGCCGCCTTCATGCATGGTCCGAAGGTCATTATTCTGGATGAGCCCACTTCGGGACTCGATCCGCTGATGCAGAAGGTGTTTATTGAGATTGTTCTTGAGGAGAAAGCCCGCGGCACAACATTCTTGATGTCATCCCACAGCTTTCAGGAAATCGAGAGAACCTGTGACCGAGCCGCGATTATCAAGGACGGGGTCATTATTGCTGTCAAGGACATTCACGAACTGCAATCCATGCAGCGGAAGCTGTTCGAGGTCAACTTCGTGCATTCAAGCGATGCCGAGGCTTTTCGGAGTTCAGGGCTGCTTGTCGAATCCTATGAAGGCACTCGGGTGAGCGTAGCCGTCCAGGGCAATTACGATCAGTTTATCCAAGAGACGGGCAAATACCCTGTGCGCAGCATCGATGTCTTCACCCAGAACCTCGAGGATATTTTCATGAATTATTATGATCGGAAGGGGATATCGAAATGA	MLTVQHLTKTFSNGRGIFDVSFSVEPGEVFGFLGPNGAGKSTTIRHIMGFMKPDQGYVKVNGLDTWREQGKFQSDVGYLPGEISFIEGMTGKTFLDFMADMQGIRDLSKRNQLIDRLQFDVQTPIHKMSKGMKQKVGIVAAFMHGPKVIILDEPTSGLDPLMQKVFIEIVLEEKARGTTFLMSSHSFQEIERTCDRAAIIKDGVIIAVKDIHELQSMQRKLFEVNFVHSSDAEAFRSSGLLVESYEGTRVSVAVQGNYDQFIQETGKYPVRSIDVFTQNLEDIFMNYYDRKGISK	PGPT0006725_7858	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03916	810			hypothetical protein	ATGAATGTCACCTTATATAAACAGATGATGAAAGTAAATATGAAAAGCTTGATGAATTATGCGTTCGGGTCCGCTTTTTATATTCTCCTGATGTTCTGGTTATATCCCAGCATCGCCAAGAACACAGGAGCCATCGACGATCTGGTCGCGTCGATGCCGGAGGGCGTCGGAAAAGCCTTCGGGCTTAATGGCTTCGGTACAGCCGAAGCTTTCATCTCCGGGGAATATTACGGATTAATTCTGGTGCTCATCCTGGCTATCGTCTGCGTTCAGCTGACGACCCAGCTAATGGCCAAATTGGTCGATCAAGGCTCGATGGGCTATTTGCTGTCGGCCCCGACAACAAGAGGGAAAGTGGCGCTAACGCAAGCCATGGTTATGACAAGCGGGCTCTTCCTTATCCTGGCGGTCACGACATTGGCCGGATTCGCCGGATACGCTTGGCTGCTGGGGGATTCCTACGAATTCAATACCGCCCGATTCATCCAGATGAACGCAGCGGCGTTCCTGCTCTTTTTTGCCATCTCCAGCATCTGTTTTCTCGTGTCCTCGCTGTGTAATGACGAGAAGAAGGCACGGAGTATCTCCGGGTTGATTACATTCGGGTTCTTCAGTCTGGATTTGATCAGTAAATTCAGCGATAAGATTGAATGGATGCGCAACCTTACCCTCTTCTCCTTATATCAGCCCGGGGAAATCGTAAATGGAACGGGGGATTTCATGGTAACCTCCCTTGTGCTTGCCGCCATCGGCCTGATCGCATTCGGCCTGGCTGTCGTGTTATTTCGAAAACGCGATTTGCCGTTGTAA	MNVTLYKQMMKVNMKSLMNYAFGSAFYILLMFWLYPSIAKNTGAIDDLVASMPEGVGKAFGLNGFGTAEAFISGEYYGLILVLILAIVCVQLTTQLMAKLVDQGSMGYLLSAPTTRGKVALTQAMVMTSGLFLILAVTTLAGFAGYAWLLGDSYEFNTARFIQMNAAAFLLFFAISSICFLVSSLCNDEKKARSISGLITFGFFSLDLISKFSDKIEWMRNLTLFSLYQPGEIVNGTGDFMVTSLVLAAIGLIAFGLAVVLFRKRDLPL				NA	NA	NA	NA	NA
JZ016_03917	1017	fcl		GDP-L-fucose synthase	ATGAAAGCGTTGTTTATTGGAGGAACCGGAACGATCAGCTCGGCGATTACGAAGCAGCTGCTGGAACAGGGATGCGAGCTATACCTGCTCAACCGAGGGAACCGAAACGACACATTGCCCGAGGGCGCACATATTTTGCAGGCCGATATTCATGACGAAGACCAAGTGGCGAAACTTATTGAGCCGCTCGATTTTGATATTGTGGCCGACTTTATAGCCTTCGAACCGGCCCATCTGGAGAGAGATTATCGTCTGTTCAACGGAAAAACCAAGCAGTTTATATTCATCAGCTCCGCTTCCGCTTATCAGACGCCACTATCCGATTATCGCATTACGGAAGGCACGCCTTTATCCAATCCATACTGGGCCTATTCCAGAAATAAAATCGCTTGCGAAGATTATCTGATGAAGCAGTATCGGGAACATGGCTTCCCGGTAACTATCGTAAGGCCTAGCCATACGTATGATGAGCGGTCCATTCCACTCGGCGTGCACGGCAGCCAAGGAAGCTGGCAGGTTGTGAAGCGGATGCTGGAGAATAAACCGGTCATTATTCACGGGGATGGGACGTCTCTGTGGACGTTGACGCACAACAGCGATTTTGCAAAAGGATTCATCGGTCTGATGGGCAACATTCATGCCATCGGGGAGTCGGTGCATATTACCTCTGACGAGTCGCTCACCTGGAATCAGATCTACCAAATCATTGCGGATGCCCTGGGCGTACAGCTGAATGCGGTGCACGTGTCTTCGGAATTCTTGGATGCAACCAGCACGCAGGACTTTAGAGGTTCATTGTTGGGGGACAAAGCGAATACCGTTGTGTTTGATAACGCCAAGCTCAAGCGGCTTGTCCCTGAATTCGTGGCAACCACCCGGGCGGATCAAGGAATCAGGCAAACGGTGAACTATATCTTGTCCCATCCAGAACATCAACGGGAAGATGAAGAGTTTGATGTGTGGTGTGACAAGGTTGTTTCGGCGTTGGAGAAGGCGAAGTCGATCATAACGGGGTAG	MKALFIGGTGTISSAITKQLLEQGCELYLLNRGNRNDTLPEGAHILQADIHDEDQVAKLIEPLDFDIVADFIAFEPAHLERDYRLFNGKTKQFIFISSASAYQTPLSDYRITEGTPLSNPYWAYSRNKIACEDYLMKQYREHGFPVTIVRPSHTYDERSIPLGVHGSQGSWQVVKRMLENKPVIIHGDGTSLWTLTHNSDFAKGFIGLMGNIHAIGESVHITSDESLTWNQIYQIIADALGVQLNAVHVSSEFLDATSTQDFRGSLLGDKANTVVFDNAKLKRLVPEFVATTRADQGIRQTVNYILSHPEHQREDEEFDVWCDKVVSALEKAKSIITG				NA	NA	NA	NA	NA
JZ016_03918	699		COG0664	Cyclic AMP receptor protein	ATGGAGATGATTAAATATCTATCCCGGCTGGATCTGTTTCATGGACTTAGCGAAGAAGAGCTGCTGCAATTGAACCATGTGACGCCACTTGAAATCCGTAACAAAGGAACCGTGGTGGCCTCTCCTCATATGGAGCCGAAGGTACTGTACATCGTAAAATCCGGAAAGGTGCGGCTTTATAAGCTGACGGCAGGAGGGAAGGAGCTGACGCTAGATATTTTGGGCGCGGGGCATCTGTTTGGGGAAATGACATCCTTTCATACGGGATCTGCCATGTTTGCCGTCACGATGGAAGACTCCGTCATTTGTGAAATCGAGAGCCGTCAATTCCGAAAGGTGATCAGCGAACAGCCGGATCTGGCATTCAAGTACATTGAGCTCGTAACTGGCAGGCTCAAAGAGATGGAAGAACTGCTGGAGTATATGGCTTACGGGAGCGTGCGACAACGTCTGCTATTCTTGCTGCACAAGCTGGCCGCCAAATTCTCACCAGATTCGAAGGCTGCAGGGGAATGGGCCCCGCTAGAGATCGAGCTTACCCATCAGGAGCTGGCGACCATGACAGGCAGCATACGAGAAACCGTAACGCCGATACTCAATCAGCTGGTATCTGAAGGCGTATTGCGTAAAGAAGGGGCACGTAAACCTTACTCGATACATAGGAGTCGTTTGGAGGCTGCATTGGCGGTGTGCAAATAA	MEMIKYLSRLDLFHGLSEEELLQLNHVTPLEIRNKGTVVASPHMEPKVLYIVKSGKVRLYKLTAGGKELTLDILGAGHLFGEMTSFHTGSAMFAVTMEDSVICEIESRQFRKVISEQPDLAFKYIELVTGRLKEMEELLEYMAYGSVRQRLLFLLHKLAAKFSPDSKAAGEWAPLEIELTHQELATMTGSIRETVTPILNQLVSEGVLRKEGARKPYSIHRSRLEAALAVCK	PGPT0015075_1789	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-CARBOHYDRATE_LIMITATION_SIGNALLING,PGPT0015075-clp|crp-K10914	NA	NA
JZ016_03919	345			hypothetical protein	ATGGAACCACTTTGGGTAATTTTATTTCAATGTGTATTGATTGGTATGTTTGCACTTTCCGCGTCGTTCAAATTTCTCCGCACCGGCTCGATGGTGCAGCACTGGAGCGAATACCGATACCCCCTCTGGGGGATGTTCGTTGTTGCCGGTCTGGAGTCAGCGGGGATTGTCTTTATGATATCAGCATTCTGGATTCCAGAGAACAAGCTCTACGCTGCTTCTCTATTTACGGTTCTAATGGTGGGAGCCATTCATGCCCATCTGATTCGGGCCAGGCATAAACCGTTCATGGCTCTGAATGCTCTGCTCATGCTTATGTTGTCAGTTACCCTTTTACTTCAGTAG	MEPLWVILFQCVLIGMFALSASFKFLRTGSMVQHWSEYRYPLWGMFVVAGLESAGIVFMISAFWIPENKLYAASLFTVLMVGAIHAHLIRARHKPFMALNALLMLMLSVTLLLQ				NA	NA	NA	NA	NA
JZ016_03920	501			hypothetical protein	GTGGAGGTACATGTCAGATCATTTTTCGTGAAAGACGATGGAGAGGTTCCCAATAATCCCGATCTGCCGGTCATTGTGTACAATGGAGTATTCGCGGATGACCCGAGCGGCCTGGAGGCTGCCTTTAACCGGCATCATTGGAGCGGGAGCTGGGCAGGTGGCGTATACGATTACCATCATTATCACAGCAACACGCACGAAGTCCTGGGTGTGCGGTCCGGAAGCGCGACCGTCCTGGTGGGCGGTGATGCGGGAGAACGGCTGGAGCTTGCCACAGGCGATGTGATTGTTTTGCCGGCAGGCACTGCACATATGAAACTCACCAGCACCCCTGATTTTGAGGTGATTGGTGCTTATCCCGAAGGGAATACCCCGAATATGAGGGAGCGGAACCCGACGGATCGGGCGCAGGCGATCAACGAAATCCGAAGCGTGCCTGTTCCGGATCTGGATCCTGTCTTTGGAGAGGAAGGGCCACTGCTGCATAAATGGGTGAAATAA	MEVHVRSFFVKDDGEVPNNPDLPVIVYNGVFADDPSGLEAAFNRHHWSGSWAGGVYDYHHYHSNTHEVLGVRSGSATVLVGGDAGERLELATGDVIVLPAGTAHMKLTSTPDFEVIGAYPEGNTPNMRERNPTDRAQAINEIRSVPVPDLDPVFGEEGPLLHKWVK				NA	NA	NA	NA	NA
JZ016_03921	492			hypothetical protein	ATGGGATATCAGGACGTGGTTACACGATTAGGAGATCGAACCCGTTATTGGATTGGAGTAGTATCCGAATCGCATGTGAAATTGGGGGTGGAAGGGGGATTTGCCCAGCTATGTCACGGTAAATCGGCTCCGCTGCGGCGTATGCGCAAAGGAGATTGGCTGATCTATTATTCTCCGCGCACCGAGATGAAGTCTGGGGAGGCGCTTCAAGCATTCACCGCAGTCGGCCAGGTTGTGAATGATCAAGTCTATGAGTATCCAATGACGGCATCATTCGTCCCTTGCCGCCGGGATATCCGGTATGTTCCAGGTCAGCAAGTGAAAATAGCCTGCCTATTGGACCAGCTTAGCTTTACGCGAGGGAATCGAAATTGGGGGTATGCCTTTCGTTATGGGCATTTCGAGATCAAACGAGAGGATTTTCTGATGATTGCGGAGGCAATGTTGGGCGGCTCGGACATGATACAAAAAAGAGCGATAAAATCGCTTTGA	MGYQDVVTRLGDRTRYWIGVVSESHVKLGVEGGFAQLCHGKSAPLRRMRKGDWLIYYSPRTEMKSGEALQAFTAVGQVVNDQVYEYPMTASFVPCRRDIRYVPGQQVKIACLLDQLSFTRGNRNWGYAFRYGHFEIKREDFLMIAEAMLGGSDMIQKRAIKSL				NA	NA	NA	NA	NA
JZ016_03922	543			hypothetical protein	ATGAATACAACGGAAGCATTGCAGCGGTTTGAAGAGACGGTGCAGGTGTATCTACAGGAGCTGGATGGTTTCAGCATGGAGGAATTAAAGTACAGACAAGCAGAGGACGAGTGGTCGATCGGGCAAATGTATCAGCACTTGATTCAATCCGCGTTATCCATGCATCTGCGAAATATTGAGTTATGTTTAAACCCGATTGAGGATGCAGCAGTCTCTTCAGCGGGAAAAACGGAAGTAGGTATGGCGATATTCGAACAGGGCAGTTTCCCTCCCATCCGTATTCAGGTTCCGCCGTCTCCTCAATATACCCCGGAGCAGCCTGCAACGAAAGAGCAGTTGATTCGAGGTTTGGATACTGTCGTCCAACGAATGAGACAAACCGAGCCAATGCTTGGAGAGGCATCCCTGCAGCATACCGTTCCCCATCCGAGTTTCGGAGGATTGCATGCCCTAGAGTGGTTTTTGCTCATCGAGATGCATTATCGGCATCATGTCCGGCAGCTGGACCGATTGAAACAGACTTTAGAGCAGCAGCATGGATGA	MNTTEALQRFEETVQVYLQELDGFSMEELKYRQAEDEWSIGQMYQHLIQSALSMHLRNIELCLNPIEDAAVSSAGKTEVGMAIFEQGSFPPIRIQVPPSPQYTPEQPATKEQLIRGLDTVVQRMRQTEPMLGEASLQHTVPHPSFGGLHALEWFLLIEMHYRHHVRQLDRLKQTLEQQHG				NA	NA	NA	NA	NA
JZ016_03923	948			hypothetical protein	ATGAACAAGACAGACCGGATGCTGGCTATCGTGCTTGAGCTGCAGCAGCGAAAGGTTGTTCGGGCCGAAGATTTGGCATCTATATTCGAGACGAGTGTCCGGACCATCTACCGGGATATTCAGGCCCTTAGCGAATCGGGCGTACCCGTGATGGGAGCTCCCGGGCAAGGATACTCATTAATGGAGGGATATTTCCTTCCGCCTGTCATGTTCACGGTGGAAGAGGCTGTGACTCTGCTCATTGGAACGGATTTCGTCGAACAACGCTTTGACCCGGAATATGGTCTGAAGGCTCGGACTTCGAGTAAGAAGATAGAGTCCATTCTGCCGGAGCCTGTCCGCGCAGATGCTTCGCGGGTTCGGAAGACCATGCGGCTGCTCTCACCGGGCAACAGGGTAAGTTTAGGAGAAGAGAAGGATTATGTTGAAATCGTTCGCCGAGCCATCCTGCAGGAGCGTAAGGTCGAATTCAATTATGTGAAAAAAATGCCCGATTCTAACGGCAACAGGAAGAGTTTTCGCTCGGCAGCTCCTTATGGTCTAGCGTTTCTCCAAGGCGCATGGACACTAATTGCATGGTGTGACCTGCGGCAGGGAATCCGCCATTTTAGGCTGTCCCGCATGAAGGAATTGAAGGTCCTTGAGGAGCGTTTTGAGATGCCGCCGAATTTTGACTTGGAAGACTATCGACCTTCGGATGACCGTAACCTGCGGGTGCAAGTTCTGGCAAATCCCGATATTGCGGATCGAGTTAAGGAATCCGACAATTATTACATGGAGACATTAGAAGAATGCGAGGACGGATTGCTTGTGAGCTTCCGCGTTCGCCGGCTGGAGGAGATCCTGCAGTGGGTGCTCGGCTGGGGATCGAATGTCGTCGTCCTTGAGCCGGAATCCTTCCGTGACCGGATCCGCGATGAAGCGGAAAAGATGTTAAAACGCTACTGA	MNKTDRMLAIVLELQQRKVVRAEDLASIFETSVRTIYRDIQALSESGVPVMGAPGQGYSLMEGYFLPPVMFTVEEAVTLLIGTDFVEQRFDPEYGLKARTSSKKIESILPEPVRADASRVRKTMRLLSPGNRVSLGEEKDYVEIVRRAILQERKVEFNYVKKMPDSNGNRKSFRSAAPYGLAFLQGAWTLIAWCDLRQGIRHFRLSRMKELKVLEERFEMPPNFDLEDYRPSDDRNLRVQVLANPDIADRVKESDNYYMETLEECEDGLLVSFRVRRLEEILQWVLGWGSNVVVLEPESFRDRIRDEAEKMLKRY				NA	NA	NA	NA	NA
JZ016_03924	750			hypothetical protein	ATGAACAGCAAGGAACGGTTTTCGAGTCGCGTCGATTCGTATACGAAGTATCGCCCGAGTTATCCGCAAGAGGTCATGGATTATTTGTTTGATACGGTAGGATTGGACGGCGAGATCGCCGATATTGGCGCCGGGACGGGGATTTTCTCGAAGCTGCTGCTGAAGCGGGGAAGTTGCGTGACCGCTGTGGAGCCGAATCAGGCGATGCGGGAAGCTGCCGAGTCGGACCTTGAAGGCGAACCCGGCTTTCGAATGGTCTCGGGTTCAGCCGAAGTGACGGGACTGCCTGATCAATCAGTGGATCATATCGTGAGCGCCCAGGCCTTTCATTGGTTTGACCGTGATGCCGCCCAAACGGAGTTCCGGCGGATCCTGAGACCGGGCGGAAAGGTTGCGCTGATATGGAATTCCAGGCTCACGCAGGGAACGCCGTTCCTGGAAGCGTATGAGCAGCTGCTCCTTACCTATGGCACCGATTATCAGGAAGTGGATCAGAAGAACATTTCGCGTGAAACGCTGGCTGCTTTTTTTCGGGGAGGGGACATGAGGGAGGCGAAGTTCTTCAATCGGCAGACATTTGATTACGAGGGATTGTGCGGCCGCTTGCACTCGTCATCTTACGCTCCGCTGCTGGGACATCCGAACCACGATCCAATGATGAACGAACTGCGCGCGATATTTGAACGGAATGAGCAGGCTGGCTGCGTGTTTTTTGATTATGAGACAAAGGTGTACTGGGGAGAGGTGTGA	MNSKERFSSRVDSYTKYRPSYPQEVMDYLFDTVGLDGEIADIGAGTGIFSKLLLKRGSCVTAVEPNQAMREAAESDLEGEPGFRMVSGSAEVTGLPDQSVDHIVSAQAFHWFDRDAAQTEFRRILRPGGKVALIWNSRLTQGTPFLEAYEQLLLTYGTDYQEVDQKNISRETLAAFFRGGDMREAKFFNRQTFDYEGLCGRLHSSSYAPLLGHPNHDPMMNELRAIFERNEQAGCVFFDYETKVYWGEV				NA	NA	NA	NA	NA
JZ016_03925	537			hypothetical protein	ATGGTAGAGGATCAATCGGTCTTTATATTGCTTACCAATACCGGAACGCTCTTTACGAAAGTCATTCAGGGCTACACGAGGGCGCCTTACAACCATGCTTCGATCTCCTTTAATCGGGAGCTGTCGGAGCTATATAGCTTCGGGAGAAAGAATCCGAACAATCCTCTGAACGGCGGGTTCGTGAAGGAGGATTTGAAGACGGGAACGTTCAGTAAATATCCCAACACGACGTGCGTCATCTATGAGCTTCAGGTATCGGAACGCGACATCGCGAAGATGAAGCGGGTTCTGCAGGCTTTTATCCGAAAGGACAAAAAGTATTTTTATAATATATTGGGCGTCCTGGGCATCGCGCTAAAGGAACCGATCGAATTCAGCAACTCCTACTTTTGTTCGCAATTCGTGGCGGAGATTCTGCAGCGGTCCGGAGTCAGGCTATGGGATAAGCTGCCGGCCTTGGTGACGCCGGACGATTTCCGTCAAAGCGAGCGCCTGCAACTGATCTATGAAGGGAAACTGAGCGAGTATGAGCCTTAG	MVEDQSVFILLTNTGTLFTKVIQGYTRAPYNHASISFNRELSELYSFGRKNPNNPLNGGFVKEDLKTGTFSKYPNTTCVIYELQVSERDIAKMKRVLQAFIRKDKKYFYNILGVLGIALKEPIEFSNSYFCSQFVAEILQRSGVRLWDKLPALVTPDDFRQSERLQLIYEGKLSEYEP				NA	NA	NA	NA	NA
JZ016_03926	915			hypothetical protein	ATGGACAGCTCGCTTTTAACCTTAATTCTAATATTCTCCGTCTTGTCGGTCATCCAGCTGCTCTATTATGTGATGAGCAAGACGCAGCCGAATATCGACTATACGGAAGTCGGATTTCGCATCAAAACCTGGTGGGGCATGCTGGTCATCTTCTGCTTGGCCACGCTTCTGAATCCTGTGGTTTCCCTGCTATCCCTTATGGTGTTAACCTTCTTTACGCTCAAAGAATATTTCTCGATGATCAAAACACGAAAAGCCGATCGTCGTTTGTTTCTATGGGCGTATTTAACCATACCCGTCCAATTCTATTGGATCTACATCGAATGGTACGGGATGTTTATCGTGTTTATTCCGATCTATGTATTCCTGGTGCTGCCGCTTCCGCGGTTGATTAACAAAGGCACCGTCGGCTTTATGCGTAGCGTCAGCTCCACCCAATGGGGTCTGATGCTCATGGTGTTCGGTCTCAGCCACCTGGCCTATTTCCAATTCGCCACGCCTCAGTATGGAGCAGGGCTGGTGCTGTTTCTCGTCGTCTTAACGCAGCTAAACGATGTGGTGCACACAATCGCTTCACTCTATTTTGGGAGAAGGAGAATCGTGCCCACCTCGAACCCGAATCTGACCTGGGAAGGCTTTGCCTGCGCGTTTATCGCAACCACCGCAAGCTCCTATCTCATCTATCCCTATCTGACGCCGCTTAGCCCGACGTTTGGCCTTCTGTCCGGTATGCTGATCAGCCTCGCCGGATTCTTCGGCAGCTTGACGGTTTCGGTGCTGAAGCGCGATTTGTTAATCGGGGATGACGGGCGGTTCGATGCCTTGAAGAAAAGCTATCTGAGCCGGGTCGACAGCCTGACCTATACCTCACCAATCTTTTTTCATTTCATCCGTTACTTTTACGACTTTATGTAG	MDSSLLTLILIFSVLSVIQLLYYVMSKTQPNIDYTEVGFRIKTWWGMLVIFCLATLLNPVVSLLSLMVLTFFTLKEYFSMIKTRKADRRLFLWAYLTIPVQFYWIYIEWYGMFIVFIPIYVFLVLPLPRLINKGTVGFMRSVSSTQWGLMLMVFGLSHLAYFQFATPQYGAGLVLFLVVLTQLNDVVHTIASLYFGRRRIVPTSNPNLTWEGFACAFIATTASSYLIYPYLTPLSPTFGLLSGMLISLAGFFGSLTVSVLKRDLLIGDDGRFDALKKSYLSRVDSLTYTSPIFFHFIRYFYDFM	PGPT0007685_2005	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981	NA	NA
JZ016_03927	1353			hypothetical protein	TTGCAGTACTTTTTTTATGGATTAGCCGGCGTATTTCTCGTGTTTCAAACCCTGTATACCTTCATCCCGCTGCTGTGCAGCAAGGTGAAGAAGCTAAATCCCGATCTCGCCGAAAAATCAATCTCTGTGCTCGTCCCCGCTTACAACGAGGAGCTGACGATTCGAAATTGCATCGATGCCATGGCGGGCTTGCGCTACAGCAACTATGAGATCATGATCATCAACGACGGCTCCAAGGACGGAACCTTATCCGCCCTAGACGAGCTTCTGGATTTGGAGCCGAGTACCAGATCGGCCGACAGCAAGCTGAACTACAAGCCGATAAAAGGATTCTATCGCTCGAATCGCTACCGCCATATTTACGTTATCGATAAGATGAATGGCGGAAAAGCGGATTCGCTGAATGCCGGAATCGATCATGCCGCCTCCGATATCGTCATCACCCTGGATGCGGACAGCATGCTGGAAGCCGACTCGCTCAAGTATGTGAATCAATATTTTCACGATAACGACATCATTGCGCTGGGCGGTACCGTCAAAATTGTACAGGGCGCCGCGCGGGACAAGAACGGGGCCATCGTTGAGAAGTTTCGCGGAAGAGGGCTCATCAAGAGCCAGATCATCAATTATACGCACGGCTTCTACGTCCGCAAACTCACGCAATCGTATTTTAATTCCATCGTGGTGATTTCAGGCGCGTTTGGCGCCTTCTATAAAGACGTTCTCGTTCATGTTGAGGGCTTCCGCAGCACGGTCGGGGAGGATATCGACATTACGCTGAAAATCCACGAGTACATCAAAGCCAATCAGTTGAAGAAAAAACTCGTCTACGCTCCCGAAGCGGTATGCTACACCGAATGTCCGGAGAATCTACCCAACTTCTATAAGCAGCGCATCCGCTGGCAAAAGGCCTTTATTGACTGCATCCTCATCTATTGGTCCAGGCTGTCCCGAAAATTCAGCGTCAGCGTGAGCCTGTTCTTTGCGATTGACGGATTTATGCTGGGGACACTCTCCGCGTTTACTACGATTTTTTATCTGGGGCAGACCCTGATCGTTGGCGGAAACCTCCTGCATGCCATCATCTTCCTGCTGATGAGCGTGCTGCTGAATGCGGCACAGATCATAATCGCCCTGTACTTATGCCGTAAATATGGCAGTACCTATACATTTTCCGATTATATGAAGATGTTCTTGTTCAGCCAAGCGGAGCTGTTAACCTACCGAAATTTGCTGTTGTACATTAACATTGCGGGGACATTCAAATATTTTGACAATGATGAAGGCTGGGGCTTCGTGGAGCGCAAAGGCGTGGCCGCCATCAGCCAGAACATCGCCGCAGGATCGAATTAA	MQYFFYGLAGVFLVFQTLYTFIPLLCSKVKKLNPDLAEKSISVLVPAYNEELTIRNCIDAMAGLRYSNYEIMIINDGSKDGTLSALDELLDLEPSTRSADSKLNYKPIKGFYRSNRYRHIYVIDKMNGGKADSLNAGIDHAASDIVITLDADSMLEADSLKYVNQYFHDNDIIALGGTVKIVQGAARDKNGAIVEKFRGRGLIKSQIINYTHGFYVRKLTQSYFNSIVVISGAFGAFYKDVLVHVEGFRSTVGEDIDITLKIHEYIKANQLKKKLVYAPEAVCYTECPENLPNFYKQRIRWQKAFIDCILIYWSRLSRKFSVSVSLFFAIDGFMLGTLSAFTTIFYLGQTLIVGGNLLHAIIFLLMSVLLNAAQIIIALYLCRKYGSTYTFSDYMKMFLFSQAELLTYRNLLLYINIAGTFKYFDNDEGWGFVERKGVAAISQNIAAGSN	PGPT0023485_269	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-POLY-N-ACETYL-GLUCOSAMINE_METABOLISM	CE-EPS-POLY-N_ACETYL-GLUCOSAMINE_BIOSYNTHESIS,PGPT0023485-pgaC|icaA-K11936	NA	NA
JZ016_03928	1092	wecH	COG3274	O-acetyltransferase WecH	ATGGTTCCCAATAAAAGAATTATCTATGTCGATATCCTAAGAATCCTATCCATTGTTGCCGTCATCATCCTGCACTACACAGCGGAGGTACTGACCAGCACGAATGATTTCCATTCCTCCTCCTGGTGGATCAGCAACGGGTTCAACTCCATATCCCGCTTCGCCGTGCCGGTCTTCTTCATGATCAGCGGGGCGATGATCCTGCGCACGAAGATTACATCCTACCGGGAGTTCTATGCAAAGCGCGTCGTACCGCTGCTCATTCCCCTTCTGACCTGGTCGCTCATCTATGGCTTGTACAATCAATACTATCTGATGCGAAGCAAGCTGAATGCCTATGAGTTCGTTGTTGACTTCGGGTATCGGCTGCTGACCGACCGGAATTATGTGCATCTGTGGTTCCTGTACGCCATTATTGCCATCTACATGACGGTGCCGCTGATGAGCAAATTTATCAAATCCTGCAGCGAGAAGGATCTCCGGTATTATCTGCTCCTCTGGTTCATCGTCAGTATCGCCTATCGCTTCATCTCGGATGCCGTATTTCGTGCAACGGATCAATACATCAACATTCCCATCATGAACATCCCGTTCTTCATGGGCTTCCTCGGCTATTTTATCCTAGGGTACTATCTCTTCCACTTTGAGCTGCCGCTCAAAACCAAGAGCATTCTATACAATCTGGGCATCATCTCGTTTTTCATCACGCCGGTGGCCACCTATTTTGTCTCGCTGCGCAGCGGTGTCCTGGATGAGATGTTCTACGGCAACTATTCCGTCACCACCTTCTTCATGGCTGTCGGTTTGTTTATCTTCTTTAAGGAGAAGGAAGCCCGAATCAGCAATCAAGTGAACCATAAAATCCAGAAATTGATCAGCTCGGTCTCCCGGGCGAGCTTCAGCATCTATCTGATTCACCTGCTGGTCGAGATGATGTTATCCGGCCGAACCGAGATCGAGGCCACGTTTCTGGAAGCCTCCCTCAGTCTGATCGTGAATATCTCCATCATCTTCGCCATCAGCTACATCACCGTCAAGGTGCTGAACCTAAGCAAGACGGCAACCTACATTCTATTCGGCGGGCGAGGTTAA	MVPNKRIIYVDILRILSIVAVIILHYTAEVLTSTNDFHSSSWWISNGFNSISRFAVPVFFMISGAMILRTKITSYREFYAKRVVPLLIPLLTWSLIYGLYNQYYLMRSKLNAYEFVVDFGYRLLTDRNYVHLWFLYAIIAIYMTVPLMSKFIKSCSEKDLRYYLLLWFIVSIAYRFISDAVFRATDQYINIPIMNIPFFMGFLGYFILGYYLFHFELPLKTKSILYNLGIISFFITPVATYFVSLRSGVLDEMFYGNYSVTTFFMAVGLFIFFKEKEARISNQVNHKIQKLISSVSRASFSIYLIHLLVEMMLSGRTEIEATFLEASLSLIVNISIIFAISYITVKVLNLSKTATYILFGGRG				NA	NA	NA	NA	NA
JZ016_03929	1164			hypothetical protein	ATGCGGATAACGATATATACGAAAATATTCATTGTGGTGCTGCTTGTCGGTATGGGTCTCTATTTCTATCAGATCTCCGCCGCGGAGGACCGGAAAATCACGGCAGTCTACGTGGAAGCCTGGCAGGATTACCGACACATCAAGTTATCGGAGAAAGGCGTGGACATCGCGTTTATCGCTTTTGCCAAGATTAAGGGAACGGATCTCTATTTCCATGAAGACAGCACAACCAACAACCAGATCAAAGAAAACATCAAGCAGTTGAAAGCGGCGAATCCGAAGACCCAAATGGTCCTGGCTATAGGTGGTTACGGCGCAGACGGCTTCTCCGACGCTTCGCTGGACGGCAACCGGTACCTCTTCACCGAGAGCATCATCAACCTGGTCAAGGAGCTGGATCTGGACGGCGTGGATATCGACTGGGAGTATCCGGCGTTTCATGCCTGGAATACGCAGAAAGCGCGCCCGGAGGATACGAAGAATTTCACCAGTCTGATGAAGGAGCTGCGCGAGAAGCTGTACAGGCTGCCTCACAAGAACAAGAAATATCTGCTGACGTTTGCCTCCGGAACCCAGGACTGGTATTTCCAAAACGTCGAGGTCAAAAAAGTGGAGAAATACGTGGATTACATCAACGTCATGACCTACGACCTGACAGGCAAGTGGTCCGACACCACCGGCTTTAACTCCAATCTGTATGTGGACAGCCAGGGGAAATCCAAGCATTCCATTGATGGAATTATCTCGATGTACCTGGACCATGATATCGACAGCCAGAAGCTGCTGCTTGGCGTCCCTGCTTATTCGTACGGCTGGAAAAACGTGAAAGAAGCCAAGGGCACCAAAGACGGACTCTTCGCTCCCGGAACGCCCATCGACATCGACAAGGTGAACCTCAATTATAAGCAGATCGAGAAAGCCTACCTGAACAAAAACGGCTTCACGCGTTATTACGACAACAAAGCGAAGGCCGCCTACCTCTATGACGGCCATACCTTCATCAGTTACGAGGATCAAGAAGCCTTGAAGGAGAAGGTGGCCTACATCCAGAGTAAGAATCTCGGAGGAGCGATGGTCTGGCAGTACTCTCAGGACGCGGAGGATGGCATCGTGAAGTATCTGACGGAGCATTTGAATGAGAGACAGCAAGACGACAAGCGGTAA	MRITIYTKIFIVVLLVGMGLYFYQISAAEDRKITAVYVEAWQDYRHIKLSEKGVDIAFIAFAKIKGTDLYFHEDSTTNNQIKENIKQLKAANPKTQMVLAIGGYGADGFSDASLDGNRYLFTESIINLVKELDLDGVDIDWEYPAFHAWNTQKARPEDTKNFTSLMKELREKLYRLPHKNKKYLLTFASGTQDWYFQNVEVKKVEKYVDYINVMTYDLTGKWSDTTGFNSNLYVDSQGKSKHSIDGIISMYLDHDIDSQKLLLGVPAYSYGWKNVKEAKGTKDGLFAPGTPIDIDKVNLNYKQIEKAYLNKNGFTRYYDNKAKAAYLYDGHTFISYEDQEALKEKVAYIQSKNLGGAMVWQYSQDAEDGIVKYLTEHLNERQQDDKR	PGPT0012130_4330	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012130-chiA|chtA|chiI-K01183	NA	NA
JZ016_03930	528			hypothetical protein	ATGAATTTTGATATCAAGGAAGCCGTTGAGATTCTGGAGCGAACCCCCGTCACCTTGGAGCACATGTTATCCGGTTTATCGGATGGGTGGCTTAGGAGCCATGAAGGGGATGGCACCTGGAATGCCATGGAAGTGATTGAGCACCTAATCGAAGGTGAGCGGACCAATTGGATACCGCGGCTGGAGTTTATGCTGCAGGAAGGGGAGGGCAAGCCGTTTCCGCCCTTTGACCGTTACGCTCACTTAAACGAACCTGGAGGGGGATCTATCGATCAAAAGCTGCATGCATTTAAGGTTATCCGTGCTCAAAACCTGGTTAAACTAAAGGATCTAATGGAATCCGGGCCTAATCTCGAACGGACGGGCCTGCACCCGGCATTCGGTGTGGTGAAGTTGAGAGAGCTGCTGTCGACGTGGGTGGTGCACGATTTAACGCATACCTCTCAAATCGTGCGGGTGTTGGCCGAGCGTTACCGAGATGACGTGGGGCCTTGGATCGAGTATCTGGGAATCCTGAAGAGACGATAA	MNFDIKEAVEILERTPVTLEHMLSGLSDGWLRSHEGDGTWNAMEVIEHLIEGERTNWIPRLEFMLQEGEGKPFPPFDRYAHLNEPGGGSIDQKLHAFKVIRAQNLVKLKDLMESGPNLERTGLHPAFGVVKLRELLSTWVVHDLTHTSQIVRVLAERYRDDVGPWIEYLGILKRR				NA	NA	NA	NA	NA
JZ016_03931	1137			hypothetical protein	ATGCAAGCCTATGTAATGCCTGTTTTCATTGCTTTATCCATTTGTTTTGTATTAGCATCCTTTCTGACGCTCCCTTGGGCGGTTTATCAGTATCGTAAACATGGGTACTTTAGCTTTTGGAGAACATTACTTATCTTAAGTTTTATCTTTTATGGATTAAGTGCTTTCTTCTTAGTGATTTTTCCACTCCCCAGCGCTCGGAATAATTGTGCTTCAATGGATCCCGGCACGATTTTTACTCAATATCGCCCTTTTCAATTTATACGGGATATTCAACGCGAAAGCGGATTTCATTGGACGGCCCCTTCGAGTTATATCCATTTGTTAACAACGCGGGCCTTTTATCAAATGTTTTTTAATGTTTTGCTTTTGTTTCCATTAGGTGTGTTTCTGAGGTATTTTTTTAAGGGGAAAGCGAAATGGTTTCATGCTGCTCTTATTGGCTTTGGGGTTTCGCTTTTCTTTGAAATAACCCAACGAACCGCTTTGTTTGGCTTTTATGAATGCCCCTACCGTATATTTGATGTAGATGATTTGTTGACGAATACGGTTGGGACTTTACTTGGCTTTATACTCGCCCCCATGTTTTTGGTGTTAATACCATCGCGGGAAACGCTTAGTGAGCAAAGCCACTTCTTTCACAACCAGAGAAAAGCAACCTTTGGTGCCCAGCTCATGGAGGTTCTTCTAAATATTATGATTGCCAGAGTGATAACCGGCTTTATATTCGGGTTGCTGAAGGGTCCAGGATTACTTGTTGACGAGATCATCTTTGCCATTGTTTTCTTTGTGTTAATGGTCGTTATCCCTGTGATTTGGAAAGGAAATACGGTGGGTTCTAAGATCGTTCGCATGAGATTACTTCCGGAAAAGGGGAATTGGATAGGATGTTTGAGTCGACGTTACGCCATTGTCTATTTGCCTTTATTGTGTTCAGCTTTATCGGAGATATTTTCTAATCATATGGGTGAAGATCTTCTAGCCAACCTTTTTGCAATTGGAGTGGCTTTCCTTACAGGACTGTTATGGTTCTTTATCTTCTGCCATATCGTAATTAGATGGATCAAAAAGGACAAAACTCTTTACTTTAATCGATACAGTCACATAGAGGCTGTTAGAATTACGGGCGAAAAGTGA	MQAYVMPVFIALSICFVLASFLTLPWAVYQYRKHGYFSFWRTLLILSFIFYGLSAFFLVIFPLPSARNNCASMDPGTIFTQYRPFQFIRDIQRESGFHWTAPSSYIHLLTTRAFYQMFFNVLLLFPLGVFLRYFFKGKAKWFHAALIGFGVSLFFEITQRTALFGFYECPYRIFDVDDLLTNTVGTLLGFILAPMFLVLIPSRETLSEQSHFFHNQRKATFGAQLMEVLLNIMIARVITGFIFGLLKGPGLLVDEIIFAIVFFVLMVVIPVIWKGNTVGSKIVRMRLLPEKGNWIGCLSRRYAIVYLPLLCSALSEIFSNHMGEDLLANLFAIGVAFLTGLLWFFIFCHIVIRWIKKDKTLYFNRYSHIEAVRITGEK				NA	NA	NA	NA	NA
JZ016_03932	396	adhR	COG0789	HTH-type transcriptional regulator AdhR	ATGGGAGACACATATTCCATCAAACAAGTATCTAAACGAACCGGCTTGACTGAGGATGCCATTCGCCATTACGAGAAGATCGGTCTCCTTCCTCCTCCCGCAAGGAAAGATAATGGCCATCGTGTATATCACATAGAGGATGCCGAAATTATGGAACTCATCACATGCCTGAAGAAGACAGGAATGTCACTGGAGGATATGAAAGCCTATGTGCATCTTCCCTTTAAGGAAAATATTCAATCCGTTCCGGAGCTGAACGCCATGCTCCAGAATTACCGTCAGAAAATTACCGAGCAAATTTCGGACCTGCAGCGCATTCTGCGGTTCATCGACGACAAGTTGATCCATAATCAGTCCCTGCTAAATCCCGATAGGGCGACCAGTGAAGAATCTTAA	MGDTYSIKQVSKRTGLTEDAIRHYEKIGLLPPPARKDNGHRVYHIEDAEIMELITCLKKTGMSLEDMKAYVHLPFKENIQSVPELNAMLQNYRQKITEQISDLQRILRFIDDKLIHNQSLLNPDRATSEES	PGPT0004135_475	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexPQ-OpmE,PGPT0004135-cueR-K19591	NA	NA
JZ016_03933	849	gmd_2		GDP-mannose 4,6-dehydratase	ATGACACATAAAAGAAATAATCGAGTCGCCTTGATCACGGGTGCAAGCTCCGGCATTGGCTTGGAGCTAACCAAGCGATTGTTATCCGAAGGCTGGCAAGTCCTCGCTTTGATCCGTTCTGCCTTTCCATCCGGTGATTCCCTTGTACAAGACTGCATTATGTCGCAGCAGCTGAGAATATACACGGCCGATTTGTCGGATTTCACGGATCTCCAAACCTCGCTGAATCAGATCAAGAAACACGAGGAGCATATCGACCTGCTGTTTAATAACGCAGGTGTTTCCTTTGGCCAATTATCCTACTCCAAACAAGGGCGCGAGATGCATTTTGAAGTAAACTCCGTGGTGCCTTATATCATCTTGATGGAAATGAAAGAGCTCCTAGCGAGAGGCAGCTTCAAAACGGTAATCAATACGTCCTCCAATGCGCTGCTGTATCTCAAACGGTTCGATTACACTACGTTGGCTTCCCCTACCGTGTTCAAAAAGCTGGTTGGACCTTACGCTGCAAGTAAATTAGCGCTATCGCTGTGGACTCAGGAGATCGCCAATTCCATACAGAAGGATGGCATTATGATCCGGAGTGTCTGTCCGGGAGCAAATAAAACAACCATCACCAACAACGCCGGAATGCCAAAATTTATGATCCCGATCCGCCACCTGTTCTTCTCTCATCCCAGTGAGGGAGCTTCACGTCTGTATGAAGCAGCGATAGGCAGTTCCCCACAATCGACGGGAGTCTTTCTCAACAAGGGGAAAGTAACGCCTTTGAAATTCTCGAGCCAAAGTACGGAGGTGCTTGGCATGGTAGAGCGGATCTATAGGCAGGAGTTTACCGCCCTTTCTTAA	MTHKRNNRVALITGASSGIGLELTKRLLSEGWQVLALIRSAFPSGDSLVQDCIMSQQLRIYTADLSDFTDLQTSLNQIKKHEEHIDLLFNNAGVSFGQLSYSKQGREMHFEVNSVVPYIILMEMKELLARGSFKTVINTSSNALLYLKRFDYTTLASPTVFKKLVGPYAASKLALSLWTQEIANSIQKDGIMIRSVCPGANKTTITNNAGMPKFMIPIRHLFFSHPSEGASRLYEAAIGSSPQSTGVFLNKGKVTPLKFSSQSTEVLGMVERIYRQEFTALS				NA	NA	NA	NA	NA
JZ016_03934	1116			hypothetical protein	ATGGCTATTTTATTCGAGACCTTATTCAACATCATAGCAGAGCCGAAAGAAACAGTCTATATTTTTGCCCGGAAATGCCATAGAGTGGGGAAGCCGGCAAAACCAAATGAAATGGAGCGTGGTCTCATGAGTTGGACTTGTCACCTCGATGAAACAGATGTACAGGAGTATGTCGGAAAGGTTTTGGGTACCGGTTATGTTGTGGCGGATGTCACGAGGATGCATGGCGGGGCGCAAAAGGTTGTCTATAAGATCCAGTGTCAAAACGGATTCTCCTGCGTGTTGTATGTGTGGGACTTGACGAAGAATTATTTTCAGGAAGAAATAGGGAACGAAAGTGTGCATGAACGATCCTTTGGCGGGCATTCGTTCGAAATCAATAACAGATGGTTAAAGGAGCATGGTATTTCGACGCCTGCTCTATATAATCTTCACACGGAACGGGAGCGATACCCGTTTGACTATGCATTAGTCGAATATATGGAGGGACAGAAGGCGGAAGCCTACTTTCAGCATCCGGATCAACGGGTTCGGGATGAGGTCTTTGAACGGGTGGGCAACATGATCGCACGCATGCATGCAAATCACAGGCAAAACTATGGTAAGCCTGATCAAAGCTGGAATCAACGGGAGCGATGCCATCTTGTGCAGTTGGAAAACGCTAGGGAACAGCTGTCCTACATCATCCTTCATAACGAGAGTATCCGGAACAATCACGACAGGCTGCTCGCTATATTGCATGAGCTTGAATCCAGGATCGATTCCCGTCGGCGTTATGGCTTTATCCACGGCGAGTTGGGCCCTGACCATATTCTGGTTACAGACCGTTTAGAGCCCTGTCTCATTGATATTGAAGGTGCGCAATACTTTGACATCGAGCATGAGCATACGTTTCTTGAGCTGCGATTCGGGAAGCATTACCCTTACTTCCACCAAACCGGGCTTGATTTGAATCGGATGTTGTTTTACCGTCTGCATCACTATATCTCATTAACCTCGGGCGGCTTGAAGCTGCTTCACCGTGGATTCCCGGATCAGGCATTTGCTTCAAATTTGGCTGATTATCACGCACGCAACACGATCCGTTTCATCGAGGAATGGCAGCAAACCCGTTAA	MAILFETLFNIIAEPKETVYIFARKCHRVGKPAKPNEMERGLMSWTCHLDETDVQEYVGKVLGTGYVVADVTRMHGGAQKVVYKIQCQNGFSCVLYVWDLTKNYFQEEIGNESVHERSFGGHSFEINNRWLKEHGISTPALYNLHTERERYPFDYALVEYMEGQKAEAYFQHPDQRVRDEVFERVGNMIARMHANHRQNYGKPDQSWNQRERCHLVQLENAREQLSYIILHNESIRNNHDRLLAILHELESRIDSRRRYGFIHGELGPDHILVTDRLEPCLIDIEGAQYFDIEHEHTFLELRFGKHYPYFHQTGLDLNRMLFYRLHHYISLTSGGLKLLHRGFPDQAFASNLADYHARNTIRFIEEWQQTR				NA	NA	NA	NA	NA
JZ016_03935	1479	selO	COG0397	Protein adenylyltransferase SelO	ATGACCAATAAGAAAGCCATGATCGATATAGGTTGGAACTTTGAGAACAGTTATGCCAAGCTGCCGGAGTCCTTTTTTACAAAACAAGATCCCACGCCTGTGCGCTCACCGGAGCTGATAATCCTTAATGAGCCGTTGGCGGCATCTCTGGGTTTAAACGCCGAGGGGCTGAAGAGCCCAGAGGGTGCAGCGATGCTCGCAGGCAACGAGATACCCGAGGGGGCATCACCGCTCGCACAGGCTTATGCCGGGCACCAATTCGGTTATTTTACGATGCTGGGCGACGGCCGTGCGATTCTGTTGGGTGAACAAATCACGCCGCAGGATGAGCGTATGGATATTCAGCTTAAAGGCTCGGGCCGGACCCCGTACTCCCGTGGAGGAGATGGTCGGGCGGCTCTGGGTCCGATGCTGCGCGAATATATCATCAGCGAGGCCATGCATGCGCTGGGGATACCGACTACCCGCAGCCTGGCGGTGGTGTCCACCGGCCAGCCTGTCACTCGTGAGAGGGAGCTGCCGGGTGCGATTCTGACCCGCGTGGCCTCGAGTCATGTGAGAGTGGGCACATTTCAATACGTAAGGGGAGCGGGTACAACCGAGGATCTGCGGATTCTGGCAGACTACACCCTGCAGCGGCATTACCCGGAGGCTGACGTTGGTTACGGTGCCAACCGATATCTTGTCCTGCTTCAGGAGGTCATCAAGCGTCAGGCCGCTCTAATCGCCAAGTGGCAGCTCGTCGGATTTATCCATGGGGTGATGAACACCGATAATATGACCCTCAGCGGCGAAACGATTGATTATGGCCCTTGTGCCTTCATGGATAACTTTGACCCGAATACGGTATTCAGCTCCATCGATTCACAAGGCCGCTATGCCTATGTGAACCAGCCGTATATTGCGGCTTGGAATCTCGCAAGATTGGCCGAATCCCTGCTGCCACTGCTACATGAAGAAGAGGAACAGGCCGTCAAGCTGGCCGAGGGTGCGATTGGGAGTTTTACCGATCTGTATCACGAGCAGTGGCTTGCAGGCATGAGAGCCAAGCTGGGGATCTTCCAAGAAGAGGAGGATGACGAATCCCTGATCGAAGACCTCCTTAAGATGATGAAAAATCACCAGGCGGATTATACCAATACCTTTCGTGCGTTAACGTTTGACAAGCTGGAGGATACGCCTCTAAACGGCACCCCCGAATTGGCTTCCTGGTATGAGCGATGGCAGGCGAGACTTGGCAGCCAGCAGGAATCGAAGGAACAATCCCATCAATTAATGCGCAGCAGCAATCCTGCGGTCATTCCCCGGAACCATCGGGTGGAGGAAGCGCTGGAAGCAGCGGAGCAGGAGGGGGACTACAGCGTGATGGAGCAGCTGCTTCATGCGCTGTCCGATCCATATGCGCATTCGCCGGAACAAGCGGAATATGCTATCGTGCCGGAGTTGTCGCGTCCTTACCGAACCTTCTGCGGCACGTAA	MTNKKAMIDIGWNFENSYAKLPESFFTKQDPTPVRSPELIILNEPLAASLGLNAEGLKSPEGAAMLAGNEIPEGASPLAQAYAGHQFGYFTMLGDGRAILLGEQITPQDERMDIQLKGSGRTPYSRGGDGRAALGPMLREYIISEAMHALGIPTTRSLAVVSTGQPVTRERELPGAILTRVASSHVRVGTFQYVRGAGTTEDLRILADYTLQRHYPEADVGYGANRYLVLLQEVIKRQAALIAKWQLVGFIHGVMNTDNMTLSGETIDYGPCAFMDNFDPNTVFSSIDSQGRYAYVNQPYIAAWNLARLAESLLPLLHEEEEQAVKLAEGAIGSFTDLYHEQWLAGMRAKLGIFQEEEDDESLIEDLLKMMKNHQADYTNTFRALTFDKLEDTPLNGTPELASWYERWQARLGSQQESKEQSHQLMRSSNPAVIPRNHRVEEALEAAEQEGDYSVMEQLLHALSDPYAHSPEQAEYAIVPELSRPYRTFCGT				NA	NA	NA	NA	NA
JZ016_03936	741			hypothetical protein	TTGATAGGGCGCAGTGGAAATCCAACACTAAACGAAGAAACATTTGAGAAGAGTGGGTATTACAACGGCCAGGAAACGATGACGATTGGCGGAACGGTGAATAAATCGTTCATGCTGCTCGCGCTGCTGATCGGGGCAGCGGTCATTTCATGGGCTATGTATTTTAACGGGTATGATGTATTCCCGTTCATGATCGGGGGAGCGATAGGCGGCTTTGTTCTGGCACTGATCATCAGCTTTGTGCCGAAGGCAGCCCCTTACTTGGCACCGATCTATGCGATCGTGGAGGGGTTTTTCCTCGGTGCATTATCGGCTCATTATGAATATCTGTATTATGGAATTACATTACAAGCGGCTTTACTGACAATGTGCATATTCCTCGGTATGCTGCTCGCTTATAAAACAGGTCTGATCCGGGCAACCGCAGGCTTCAAAAAGGGTATTATCGCAGCAACCATCGGCGTTGCACTTGTATACCTGTTTAGCTTCGTTCTGGGCATGTTCGGTGTGGCGGTGCCTTACCTGCATGACAGCACCCCGATCGGCATCGGAATTTCGGTTGTCATCATCATTATTGCAGCCCTGAATTTCATACTCGATTTTAACTTTATCGAAGAGGGAGCACAGCAAGGTGCACCCAAATATATGGAATGGTACGGCTCTTTCGGTTTGTTGGTTACACTCGTGTGGTTGTATATCGAAATTATCCGGTTGCTGGCGAAGCTGGCGAATCGGGATTAA	MIGRSGNPTLNEETFEKSGYYNGQETMTIGGTVNKSFMLLALLIGAAVISWAMYFNGYDVFPFMIGGAIGGFVLALIISFVPKAAPYLAPIYAIVEGFFLGALSAHYEYLYYGITLQAALLTMCIFLGMLLAYKTGLIRATAGFKKGIIAATIGVALVYLFSFVLGMFGVAVPYLHDSTPIGIGISVVIIIIAALNFILDFNFIEEGAQQGAPKYMEWYGSFGLLVTLVWLYIEIIRLLAKLANRD				NA	NA	NA	NA	NA
JZ016_03937	165			hypothetical protein	ATGTTCCAGTTCCACGAGACAGATAGTCTGGATACCGCAAGTGAGAAGGCAGAGGTCCTAGAATCCATCAGCTCGCTGCTTTATTCTCGTACATTGTCTGAAAGCAAGCTGCTCTTTCGTGTACTTAAAGACATCGTGGATACACTGGATCATCGGGAGAACTAA	MFQFHETDSLDTASEKAEVLESISSLLYSRTLSESKLLFRVLKDIVDTLDHREN				NA	NA	NA	NA	NA
JZ016_03938	873			hypothetical protein	ATGAGTGAGGAGCTAATAGAGCAGCTGGAAGAGTGGCATGAAGAGGATGAATTTGAAGAGATCGTAGATGCGATTACGGAGATTCCTGCGGAAGATCGCGATTATGTGCTGATCAGTCACTTGGGCAGAGCGTTGAATAATCTTGAACGTTATGAAGAGGCGGTTGAGCAATTCCTGGCCATTCAAGAAGAGGGCAAGGATGATCCCTTATGGCATTACCGCATAGGCCTTGCTTATTACTATTTGGAGCGGTATGAAGATGCTCGCAAAGCATTTGAAGTGGCCGATCACCTGGATCCCGGCGATGAAGATACGTTGGAGTTTCTGGAGTGGATTCGGAACAAAACCGCTCCGCAACCTGCTAAGGAACCCAATGCGGTGTCTTATACGGACCCCGATGTGCTGAATTTCTGGGATGATGGCGCGCTTGAGGCAGACCAATACGTGTCGGCTCCGCCTACGGATGAATTGATTGAATCCGTGGAGGAAGCACTGGTCTTCAAACTTCCCGCCTCTTATATCCAAGCAATGAAATTACATAATGGCGGGATTCCCCGCAACCGGAAGTTTCCTATCGGAGATGGAGCCCAGGATTATATTGAAATTACAGGTATTTTGGGCATTGGACGAGAGAAGAAAAAATCATTGTGCGGAAGCTTGGGCAGCCGCTATATGATAGAGCATGGCGGATATCCTGAGATTGGTGTGGTCATTTGCGATTGTCCTTCCCAGTCCGAGGTCGTGATGCTGGACTACCGTTCATCCGGAAATGACGGGGAGCCTGAAGTCATCCATGTGGACAAGGCTAATGATTACAAAATAACCCGCCTTGCTGCGAATTTCGAGGCTTTCGTTGGCGGCTTGAAACAATAA	MSEELIEQLEEWHEEDEFEEIVDAITEIPAEDRDYVLISHLGRALNNLERYEEAVEQFLAIQEEGKDDPLWHYRIGLAYYYLERYEDARKAFEVADHLDPGDEDTLEFLEWIRNKTAPQPAKEPNAVSYTDPDVLNFWDDGALEADQYVSAPPTDELIESVEEALVFKLPASYIQAMKLHNGGIPRNRKFPIGDGAQDYIEITGILGIGREKKKSLCGSLGSRYMIEHGGYPEIGVVICDCPSQSEVVMLDYRSSGNDGEPEVIHVDKANDYKITRLAANFEAFVGGLKQ				NA	NA	NA	NA	NA
JZ016_03939	1446	dbpA	COG0513	ATP-dependent RNA helicase DbpA	ATGAGTAAGAAACACTTTACGGATTATCAATTAAGCGAATCGATTGTGAAAGCGCTGAATAGCTTGGGCTATGAGACACCGACGGAGGTACAACAGGAAGTCATTCCGGTTGCGCTTGAGAAAAGGGACCTGGTGGTCAAATCACAAACAGGTAGCGGCAAAACAGCTGCTTATGGGATCCCGCTCTGCGAGCTAGTGGATTGGAATGAGAATAAGCCGCAGGCATTAATCCTGACGCCAACCCGCGAACTGGCGTTACAGGTCAACGAAGATATCACGAATATTGGGCGTTTTAAGCGAATCAAAGCAACACCTCTTTTTGGGAAACATCCTTTTCACATACAAAAAGCCGAGTTAAAGCAAAGAACGCACATGGTTGTGGGTACGCCGGGACGTGTGCTGGACCATATGGAACGCGGATCGCTCTCACTGGAGCGGATTGCTTATCTCGTCATTGACGAAGCGGATGAGATGCTGAATATGGGCTTTATTGAGCAGGTTCAGTCGATTATTCAACGGCTGCCGCGTGACAGGGTCACCATGTTATTCTCCGCTACGTTTCCTGAGGATGTGGCCAATTTGGCCCACAAATATATGAACCATCCTGCCCACATTGAGATTCAAGCAAGCGGTATAACAACTGCCACGATAGAACACGAGCTTATTCAGGTGATGGAGACGAGGAAACTCGCCCTTCTTCAGGATCTGCTCATTGTTGAGAGTCCGGAGAGCTGTATCGTGTTCTGCCGTACGCAAGAGCATGTGGATAATCTATTCAGATCATTGGCTGATCTTGGCTACCCATGTGATCGTATTCACGGTGGAATGGAGCAGGAAGAGCGTTTCGAGGTCATGAATGCGTTCAGAAGAGGGCAATTCCGTTACTTGATAGCGACGGATGTAGCCGCCAGAGGTATCGATATCACGAATATCACTCATGTGATTAATTACGATATCCCGCTTGAGAAGGAAAGCTATGTTCATCGCACGGGACGTACGGGACGAGCAGGCAAAACCGGTAAAGCGATTACTTTCGTCACACCAAGGGACGATAGAAGATTAGCCGACATTGAAGAGTATATTGGGTTTCCCATACCAGTAGTGAAAGCTCCCTCCAAAGAAGAAGTCGATCACCGGCGAGAAGCTTTCGGGCACAAACTAAGAATCCAACCCGAGCTGAAAAAGGATAAGCGTGAGCAATTAAACAAACAAATTATGAAGCTTAACTTCAATGGCGGCAAGAAAAAGAAGCTTAGAGCCGTAGACTTTGTCGGAACGATTGCCAAGCTTGAAGGGGTAACCGCCGACGATATTGGGATTATTACGATCCACGATTTTGTGACGGATGTTGAGATTCTGAATGGCAAGGGACCTCTTGTGCTTGAAATGATGAAAAACACGACGGTAAAAGGCAAACTGTTAAAGGTGCGCCAAGGGAATAAATAA	MSKKHFTDYQLSESIVKALNSLGYETPTEVQQEVIPVALEKRDLVVKSQTGSGKTAAYGIPLCELVDWNENKPQALILTPTRELALQVNEDITNIGRFKRIKATPLFGKHPFHIQKAELKQRTHMVVGTPGRVLDHMERGSLSLERIAYLVIDEADEMLNMGFIEQVQSIIQRLPRDRVTMLFSATFPEDVANLAHKYMNHPAHIEIQASGITTATIEHELIQVMETRKLALLQDLLIVESPESCIVFCRTQEHVDNLFRSLADLGYPCDRIHGGMEQEERFEVMNAFRRGQFRYLIATDVAARGIDITNITHVINYDIPLEKESYVHRTGRTGRAGKTGKAITFVTPRDDRRLADIEEYIGFPIPVVKAPSKEEVDHRREAFGHKLRIQPELKKDKREQLNKQIMKLNFNGGKKKKLRAVDFVGTIAKLEGVTADDIGIITIHDFVTDVEILNGKGPLVLEMMKNTTVKGKLLKVRQGNK	PGPT0013740_3281	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
JZ016_03940	435			hypothetical protein	ATGAGCACACATCCAACTTTACGAGGATTTGCGACCATCAGTTACTGGGCGGACGATATGGAAGCGGCAAAGGCTTGGTATTCGGATCTGCTGGGTATAACACCTTATTTCGAACGTTCGGGACCCGATGGTCAACTGGCCTATGCCGAATTTCGAGTTGGAGACTACCAGCACGAGCTGGGTCTCATTGATCGCCGTTTTGCCCCTGCACAACCAATGTCCGGCCCCGGCGGAGCGATCATGTACTGGCATGTCGATGATATAGAAGCCACCTTCAGCCAATTGAAATCCATGGGTGCTAAAGAGTACGAGCCGCTCGTACATCGGGGGGAAGGCTTCATCACGGCATCTGTTACAGATCCATTCGGCAACGTGCTCGGTATTATGTACAATGCTCACTATCTAGAGATGCTGAATTCACGAAGCCAGGGGTGA	MSTHPTLRGFATISYWADDMEAAKAWYSDLLGITPYFERSGPDGQLAYAEFRVGDYQHELGLIDRRFAPAQPMSGPGGAIMYWHVDDIEATFSQLKSMGAKEYEPLVHRGEGFITASVTDPFGNVLGIMYNAHYLEMLNSRSQG				NA	NA	NA	NA	NA
JZ016_03941	558			hypothetical protein	ATGGAAATCGATAAGTCGGTACACGTGCAGACTCGGCAGGATTGGCGGAAGTGGTTAAGCGATAATCACCGTGCTGAAGATTATTGTTGGTCGATCATTACCGATCCTTCCGTAAATTATCTGGATTTGGTTGAGGAAGCCTTATGTTTTGGCTGGATTGACAGCACACGTAAAAAAATGGATGCCACGCATACAGCACAACGATTCTCACCCAGGAAGAAAAACAGCAACTGGTCAGAGCTCAATAAAGAGCGTGTCCGACGGTTAGAGCGATTAGGCCTCATGACTGAAGCAGGAAAGAAAGTACTTCCTGATATGAGGACCGAAGCTTTTGTAATTCAAGAATCTATATTGATGGAGTTGCAGCAGGATGAAGAGCTGTATCACAACTTCAAAGCCCTGCCAGAGCTGTATGTTAGAGTCAGGATCGACAACATCCAGTCCGTGCAGAGCGACGCAGGTCTGTATCATACACGATTGGATAAATTTATAGAACATACTCGTATGAATAAAATGTATGGAAAATGGAATGATGATGGTCGTCTTTTAGGGAAGTAA	MEIDKSVHVQTRQDWRKWLSDNHRAEDYCWSIITDPSVNYLDLVEEALCFGWIDSTRKKMDATHTAQRFSPRKKNSNWSELNKERVRRLERLGLMTEAGKKVLPDMRTEAFVIQESILMELQQDEELYHNFKALPELYVRVRIDNIQSVQSDAGLYHTRLDKFIEHTRMNKMYGKWNDDGRLLGK				NA	NA	NA	NA	NA
JZ016_03942	2103			hypothetical protein	ATGATGATGAATACCATTTATTTGCGAAGAGCGAACAAATTGATTGTAAGCGAAGGCCAAGGGCCGGGTCGGCTCTCGAAAGCTTATTTGGCAACGGCCATAAACAACATTGAACACCTTGGCTTCGCGTTCTCATATCCACTATTACACGCGATTCGTACCTTATCCAAGGAGCAGTTTGAAGCGTTTTATCAACCACTCATTAATGATTTAAGGGTGCTGGTAGGTGCGCATGTGAAATATGAGCCGATGTATCCTGCTTTCCCGAAACAGGTGATGGATGAGGAAGATGCGGAGCTCTATCTGAATGCCATTTATCATTATCTTACATGGGACTTGCCTGAGTATGAGCTTGAGGAGAGACCTCCGTTGCAGGACGAAGTCAAACTGAAGGTTATTGACCTGGGGAGCAAAGCGGACTTCTATGCCACGATACGTCAGCTTATCCAGGCTAAAGGCTCCATCTCCCAAACAGATAAAGAGGATATTGAGACCGTTATCGAGCATGCAGATCCCGATGAGCTGGAAGCCATTCTTCCTCCCGAGATTCCGTTCAAGGAGAATGCGGGATTCGTGGCAGCCTCATTAATGAAGCATGACAAGGGGAATGTGGAGCTGATCGGGCGTTATTTCAAAACCGCAACCGATGTCCTTCGTCTGGCGGTGGCGTGGTCAGACGGAGATGTCAGTCTGGCGGAAGCCACGCGGTTTCGTAAATTTAAGCGGCGTGAAAGACGACTGATGCTCGGATTGCTGGAACGCTGCCATCCGATAACGGAGGATATGCTCAAATTTAAGGACCGCTGGATTCGTTTGGGTGAAATTCTGCATCCATCCGAATATAAGCATCGGTATATACGCTGCGAGGAAGCTTTTGATATTTTACGCAATCGTAAGCCCTTTACCACGTATAACGGGAGTGTGGAGCTTGCTTTTCAGTACAACCAGGTCTGGAATTTGATTGATCTGTTGATGCAGCGTCCGGGGGAAATTGCCCGCAGATTGGATCAGTTATTGCGATCCACCGAACATACGGAGTATGTTGCAATGGCTTTTGGCGAAGTCGCGAGTCAAGTATCGACGCCGGTATTGCTGCAAGTGAAGGAGCATTTTGCCCGCCGCCGTGAGCCTCAAGAGCTGCGCGTCTTTTTTCCAAAAGGAAATGTGGCGAAAGCCTTTGCCGTACCCCATACGCTCCCGCAGATTGATGAAGCGGCATGCCGGAACATCGTGCAGGTATGCGAGCAGGCGTTGATCCAGCGGTTTGCCGCACTGCCGCCCTTAGGAAAGGCCTATGTCGACGAGCGCTTAAAGGACTATCACGTGCCGTTCTCCCAGAGATCGGCAAGCAAAGCCCTGCATACGATAGTTCGGGGGAGCCGCATGCCGATGACGGAAGGGGATACCATCCGTTTCTTCAGCTGGTGGAAGGAAGGACGGGTTGACGGGGAGCCTACGGGCCGCGTGGATATTGACCTGTCCGCCGTCATGTATGATCAAGATTGGCAGTATGTCGAGCATATCTCTTATACGAATCTGCGGTCTTCCAATTACAAGGCTGTCCACAGCGGAGACATCGTGTCGGCGCCTCAAGGAGCATGCGAGTTCATTGATTTGCATATTCCATCCATCGTCCAATATGGGGGGCGTTATATTGTAGCGACTCTTCATTCGTTTACGAATCAACCGTACTGCAACCTGCCGGAGTGCTTCGTGGGCTGGATGATGCGCAAGAAACCCGGTTCCGGTGAAATATTCGAGCCCTCGACGGTGGCTAATAAAATCGATGTCGCCGCAGATACGCAGATCGCTATTCCTGTTATCTTGGATTTGGTGGAACGTACGGTTATCTGGACCGATCTGTCCCTGACGAGACATCCACATTACTACAACAACGTAGAAGGGAATCAGAAGGGGATGGTTTTGATGGGCAAAGCCATGACAACCCTACGGAAACCTGACCTGTATGATCTTTTCATACTGCATGCCAAGGCAAGAGGAGAGTCGGTAGATACAGCGGATCAAGCGGAAACGATCTTTTCGGTGGAAAATGGGGTTACTCCATTCGATATTGAGCAGATTATGGCGGAATATGTGGTGTAA	MMMNTIYLRRANKLIVSEGQGPGRLSKAYLATAINNIEHLGFAFSYPLLHAIRTLSKEQFEAFYQPLINDLRVLVGAHVKYEPMYPAFPKQVMDEEDAELYLNAIYHYLTWDLPEYELEERPPLQDEVKLKVIDLGSKADFYATIRQLIQAKGSISQTDKEDIETVIEHADPDELEAILPPEIPFKENAGFVAASLMKHDKGNVELIGRYFKTATDVLRLAVAWSDGDVSLAEATRFRKFKRRERRLMLGLLERCHPITEDMLKFKDRWIRLGEILHPSEYKHRYIRCEEAFDILRNRKPFTTYNGSVELAFQYNQVWNLIDLLMQRPGEIARRLDQLLRSTEHTEYVAMAFGEVASQVSTPVLLQVKEHFARRREPQELRVFFPKGNVAKAFAVPHTLPQIDEAACRNIVQVCEQALIQRFAALPPLGKAYVDERLKDYHVPFSQRSASKALHTIVRGSRMPMTEGDTIRFFSWWKEGRVDGEPTGRVDIDLSAVMYDQDWQYVEHISYTNLRSSNYKAVHSGDIVSAPQGACEFIDLHIPSIVQYGGRYIVATLHSFTNQPYCNLPECFVGWMMRKKPGSGEIFEPSTVANKIDVAADTQIAIPVILDLVERTVIWTDLSLTRHPHYYNNVEGNQKGMVLMGKAMTTLRKPDLYDLFILHAKARGESVDTADQAETIFSVENGVTPFDIEQIMAEYVV				NA	NA	NA	NA	NA
JZ016_03943	633			hypothetical protein	ATGAATCATTTCAGGAGCATTTTAGAAGAGAGAACAGAAAGTATACTTTATTCCGCAAGCCCATGTTCATCCGAACATGCCGCGGGCTGGATCGGCGGCAATGCCCCGGCCTATTTCGACGACAAAGCGGATACGATCCATGATGGCGACCAGAACTATTACTTTTATTTAAGTCTCGTTCATCCGTTCAAGCCAGCATCTATGATCTCCATTTTCATCCCTAATGACTATGAGGAATACGTGGAGCACAATCAATACCCCGATTGCTCAATCAAGGTGATGGAGCATCCGATGACCGACGAGAGCTTGAACGATCATGTTGCGCACCCGGGCCTAATCAAACATCTTATTTCGCATCCAGAGTCATGCAGCGACTTCCAGTCGATCGATCAGTCTTTCCTGGTCAAATTCGGCGGGAGTCCGAGACTGGTTCAAGATGAAGATTATTATTCGGAGAGGCTGAGGGAGGAAGGGTTCTCCTTTTTGTTGCAGGTAGACGAGGAAGGGTATCCCGAGACGCTGCTCCGAGAGGACAGCAGTTATCCTTTTGGTTTTGGAGCTCTGTATATTTACGCCAAAATCACCACGAATGACGTTCAGGACCTGATAGCGGGCTTCTGGCAGTTCTCATAA	MNHFRSILEERTESILYSASPCSSEHAAGWIGGNAPAYFDDKADTIHDGDQNYYFYLSLVHPFKPASMISIFIPNDYEEYVEHNQYPDCSIKVMEHPMTDESLNDHVAHPGLIKHLISHPESCSDFQSIDQSFLVKFGGSPRLVQDEDYYSERLREEGFSFLLQVDEEGYPETLLREDSSYPFGFGALYIYAKITTNDVQDLIAGFWQFS				NA	NA	NA	NA	NA
JZ016_03944	474			hypothetical protein	ATGGTTAAGCATTTAATTGAGCGAGGCGCGGACGTGACGATAGCGGAAAAAGACGGGGAACAACCTTATGCGATTGCTGTGAGTAATAAAGATACCGCCTTGGCGTACTATTTGAAATCGCTGGAGCCGGCTGAATATCATAGTTTAGAGAACAAGAAGTATGCGCTGAAAAAATATAAATTGACCGATGAACTCGTTCGCTTTCTGACAGGAGACCAGTTGCGGCTTGAGCTATCGCAGAATGAATATGAAATCGGGTATATCGACTTCTTTGCACTGACGGATATAATCGAGAGAAAAGTCGGAGGCACCTGCAACCTCAAATTTAAACTCATTGTCTATCGTCATATGCTTTACTTCGATAAAGTTGCCTTTTTGAAAGGCGGGGATATTTACGATCGGGATGACGGTTCTTACCACTGTGTGGATAGCCTGCCATTTAGTTTCGTGACGCTTAGATCCAGCAATACTTAG	MVKHLIERGADVTIAEKDGEQPYAIAVSNKDTALAYYLKSLEPAEYHSLENKKYALKKYKLTDELVRFLTGDQLRLELSQNEYEIGYIDFFALTDIIERKVGGTCNLKFKLIVYRHMLYFDKVAFLKGGDIYDRDDGSYHCVDSLPFSFVTLRSSNT				NA	NA	NA	NA	NA
JZ016_03945	1137			hypothetical protein	ATGGAACAACGAAAGGACAGAATCCGCCTGCTGGATATTTTGCGGGGCTTCGCGATCCTAGGAACGCTCGGGACGAATATTTGGATTTTTGCGCATGCGGGGGACCTCAGGTACATTACTACCTTTGATCATTCCGGTTGGTGGGGAGCGAATGACTTACTTCGCATGATTGTCTTATTCCTTGTGAACGGGAAACTGCTCGGACTGCTGACCATCATGTTCGGCGTCGGTCTGGAAATGAAGTATCGGCAGGCCAAGCGCAAGGGAAAGCCGTGGCCTGGCGTTTATTTGTGGACCGTCCTGTTTCTGGTCTTCGAAGGCCTGCTGCATTTTATATTGGTCATGGAGTATGACATCTTAATGAGCTATGGAGTAACCGCCATCATTGCAGCCTTCATCGTAAAGGGCGGCGACCGGCTCATCGCACGTACGATGAACGTAATCGGCAGCGTCTTCGCTATTGCGATTCTGGCCCTCGCGGGACTAATGCTGGCGAGCGGCGCAAGCGTATCGTTGGGCAGTTTTGACGATGTTGTTGCCCTTTATCAGGAAGGCACCTGGATGGAGCAAGTCCAATATCGGCTGGCGAACTTCCTTCCGCTGCGAATGGAAGCCATCCTGGTGATACCGACTAACGTGTTTCTGTTCCTGCTCGGGATTCGTTTCATGCGCTCAGGCGTATTCTCCCCGGACGAGAACGGCAAAAGCCTGCGGAAAAGGCTATTTAGGCTGGGGATATATGTGGGCGTACCGCTCAACCTGCTTATTTTTGTGCCTGGCGGCGCTTTCGATCTGCCGGTGCGCTATTTATTCGCCCCGCTGATGTCCATGGGGTATATAGCAATTTTGGCGAGAATGATACAATATACGAAGTTGGAATGGCTGTGGCGCCTTCTGGAGAACGCCGGGAAAATGTCGCTGAGCTGCTACGTGCTCCAGAACATCATGGCATCCGCGGTATTCTACGGCTGGGGCTTGGGCCTTGCCGGCGAGCTGAATTCGGCCGTCATTATCGCCGTCTGGCTGGTAATATCCGCGTTTCAGCTGGGCATGGCATCCCTGTGGCTTCGCGGCTTCAAGCTGGGACCCATGGAAACCGTCCGTAAACAGGCGGTAGGTTTCTTCGAATCAAGATAG	MEQRKDRIRLLDILRGFAILGTLGTNIWIFAHAGDLRYITTFDHSGWWGANDLLRMIVLFLVNGKLLGLLTIMFGVGLEMKYRQAKRKGKPWPGVYLWTVLFLVFEGLLHFILVMEYDILMSYGVTAIIAAFIVKGGDRLIARTMNVIGSVFAIAILALAGLMLASGASVSLGSFDDVVALYQEGTWMEQVQYRLANFLPLRMEAILVIPTNVFLFLLGIRFMRSGVFSPDENGKSLRKRLFRLGIYVGVPLNLLIFVPGGAFDLPVRYLFAPLMSMGYIAILARMIQYTKLEWLWRLLENAGKMSLSCYVLQNIMASAVFYGWGLGLAGELNSAVIIAVWLVISAFQLGMASLWLRGFKLGPMETVRKQAVGFFESR				NA	NA	NA	NA	NA
JZ016_03946	1122	desK_1	COG4585	Sensor histidine kinase DesK	ATGTTCTATAAGCTGTATCCGAGGGATCAGATTAAAAGTTATTTGCTCATCGATGTCGTACTGACCGTATTCTTATGCTACCAGGTGTTTCGTTCGGATACGGCGCTGGGACTGTGGGGCAGCCTCTTGCTGCTCCTGCTGTTCCTTGTTTCGTTCTATATCGCCCTGTGGCGCCGGGACGGCTGGCTGCTCTCTGCCGTGCTGACAGGCCTGTTCGCCATTGGCGTACTCGCGGTATATACGGGGCCGACCACCCTGATGTTCGGGATTATTTTTGCCGACTTGCTGGGCCGGTCCAAGTCCAAGGTGCATATCGCCATCGGCAGCGGGGCCATTGCCCTATCATTCCTGCTCGTGTTCGTTTTCCGAAAGGACCCCCTGCTTGAAACGTCCAATGCCATTTACCTTCCGATCATGATCATTCAATCGGTATATCCGATCGTCATCTACATTAAGGAGAAAGCGAAAAGCCTGCAGGGGGAGCTGGATGAAGCCAACGAGCAGATCGCAAAGTATATCCAGCAGGAGGAGCGGCAGCGTATCGCCAGGGATCTCCACGATACCTTGGGACAGACCCTCATGATGATAAAAATGAAGAGCGAGCTGGCAACGAAATGGGTGGATAAGGATGCTGTCCAAGCCAAGCGAGAGCTAAGCGAGATTCTCGATACCACCCGAACGGCCCTGAAGCAAGTAAGGGAGCTGGTATCCGATATGAAGTTCATCTCGCTGGCAAGCGAGCTGGAGCATTCGGCCAAACTGCTGCATACAGCAGGAATTTCGCTGAGCATCGAGAATCCGGAGAAACTCCCGCTGTTATCCAGCGTGGAGGAAACGATGCTTGCGCTCTGCGTCCGGGAAGCCATGACCAATATCATCAAGCATAGCCGTGCCAAGCGGTGCACGATCAGACTAGAAACGAAGGACCATGCCTTCGGAATCCATATCGCGGATGACGGCGTGGGGCTGGCGGGGAACGGCGACGGAAACGGCATCCCGTCGATCATGGAGCGGATGAAGACGCTTGGCGGCTCTTTCGCCATCGCCCCATCGCCTGAGGGAGGCACCAGGGTATCCTTGAATCTCCCGCTTCGCCGGCATGAAAAGGAGGACGCTTCATGA	MFYKLYPRDQIKSYLLIDVVLTVFLCYQVFRSDTALGLWGSLLLLLLFLVSFYIALWRRDGWLLSAVLTGLFAIGVLAVYTGPTTLMFGIIFADLLGRSKSKVHIAIGSGAIALSFLLVFVFRKDPLLETSNAIYLPIMIIQSVYPIVIYIKEKAKSLQGELDEANEQIAKYIQQEERQRIARDLHDTLGQTLMMIKMKSELATKWVDKDAVQAKRELSEILDTTRTALKQVRELVSDMKFISLASELEHSAKLLHTAGISLSIENPEKLPLLSSVEETMLALCVREAMTNIIKHSRAKRCTIRLETKDHAFGIHIADDGVGLAGNGDGNGIPSIMERMKTLGGSFAIAPSPEGGTRVSLNLPLRRHEKEDAS				NA	NA	NA	NA	NA
JZ016_03947	606	desR_1	COG2197	Transcriptional regulatory protein DesR	ATGATTCGAATCGTTATTGCGGAAGATCAGAAAATGCTTCGCGGTGCATTCGCCTCATTGCTTCATTTCGAAGATGACATCGAGGTCGTTGCCGAGGTGCCCGACGGGCAGCGAGCCTGGGACGCGATCCGGCAGCATCAGCCTGACGTGTGCCTGCTCGACATCGAGATGCCTCATATCAGCGGCCTGGAATTGGCCGAATCCATACGACAAGCAGGTCTGCCCTGCAAAATCATGATCGTTACAACCTTTGCGCGCCCGGGTTATTTGCAAAAAGCAATGGATGCTCAAGTAGAGGGATATCTGTTAAAGGATGAGCCGATCGATTTCCTGATCGAATCCATTCGGCGGGTCATGAAGGGCGAGCGGGTTGTGAGCACCGATCTGGCGGCCGCGCTCTTCATGAAGGAGGAGAATCCGCTCAGCGAACGGGAAATCGAAATGCTTCGCTTAACCAAGGAAGGCATGACCACCGGCGACATCAGCAAAGCCCTGTTCCTGACGAGAGGCACCGTTCGCAACTACCTCTCCTCCGCCATACAGAAGCTGGAGGCTGATTCCCGGCAGCAGGCCGTGGCGATCGCCGAGGAGAAAGGGTGGCTGTAA	MIRIVIAEDQKMLRGAFASLLHFEDDIEVVAEVPDGQRAWDAIRQHQPDVCLLDIEMPHISGLELAESIRQAGLPCKIMIVTTFARPGYLQKAMDAQVEGYLLKDEPIDFLIESIRRVMKGERVVSTDLAAALFMKEENPLSEREIEMLRLTKEGMTTGDISKALFLTRGTVRNYLSSAIQKLEADSRQQAVAIAEEKGWL				NA	NA	NA	NA	NA
JZ016_03948	624	srtD	COG3764	Sortase D	ATGCGAAGAATAGTAGGTATGCTGTTGCTGCTCGCAGGTATGGGGATCGTGACTTTCGCTGTCATTCAGTATGTCGAACACCAGGCAAACTTGAAGGAAGCTATGGCGGAAGCAAACGAACTGATTCGCCAGTCAAATACAATAGATGCTTCGAAAGAACGGCGTGCGGATCCTATATCCTATCGTGATCAAGTGATCGACAAATCCAAGTTCGATCCAAAACCGAACGATGTGATCGGAATGCTTCAAATCCCAAAGCTGGAAGCAGAACTTCCGATCATCGAAGGTACGGATGAAGAGATGCTCGAGAGAGGCGTCGGGCATTACAGCGGTACCGCTTTTCCAATGGATAACGAGCAGATTTTGCTGTCTGGGCACCGGGACACCGTTTTTCGGGATTTCGACATGTTGTCGGTAGGGGATCATTTTATCGTAAAGCTACCTTACGGTACCTTTGAATATGAGATTAAAAGTACGGATATTGTAGATAAAGACGATACATCGGTGATTCGTTCTATGGGAACCGAGGTGCTGGTCATTTCGACCTGCTATCCGTTTCGCTTTGTAGGAAATGCGCCGGAGCGTTATATTTTCTATGCTTACCCGGTCGGGGAAGATGGATAG	MRRIVGMLLLLAGMGIVTFAVIQYVEHQANLKEAMAEANELIRQSNTIDASKERRADPISYRDQVIDKSKFDPKPNDVIGMLQIPKLEAELPIIEGTDEEMLERGVGHYSGTAFPMDNEQILLSGHRDTVFRDFDMLSVGDHFIVKLPYGTFEYEIKSTDIVDKDDTSVIRSMGTEVLVISTCYPFRFVGNAPERYIFYAYPVGEDG	PGPT0024075_2406	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284	NA	NA
JZ016_03949	5475			hypothetical protein	TTGCATTCTACCCGCTCGGCAGGAAAAACCGTATTGAAACGGATTTTCATTCAATTTTCCATCTTATTAGTTATTCTTGGCGGGTTACAGCCTGTAATGACAGTACCTGTGGAGGCTGCAGGAGGAATAACCATTAATGGCACCGATTCCTATGCAACGGTTAGGGCTGCCGATGGCACCTCATGGTTGTACCAATTTGACGGCCAGTCGCTATCGGGAACCCCGATCGGGACAGTACCTCTGAACTCCGTTTTCGATGGGATTGGTTTAGATCGAAATCAAGGTGTTTTTTATGGACTTAGGTACAGTACCGGAGAGATCCATAAAATTATGCCGGATGGAACCAGTACCCTGGCGGCAACGAACTCCGGGTGGACGGTAGTCGGTGCCGGAGGGGTTAGCCCAGACGGTTCAACGTTCACCTATAATGTTCAAAGGGACGTCTCGGGGACCATTGAGCGCGAGATTCGGAATCTCGATTTGAGCTCTGGACAGATAACCACGCTTACAAGTTTAGATACGGATATACGGGATCTCGTATACGATCAGGAAGGAAATATCTATTATATTCAGACTGGTGACGAATCCTTTGTCAGACTTAATCCGAAAACACTGGATAAGCACGCGCTCGGTGAGTTTAGGCTTTCGGACGGAACGAATCCGATCACTTGGGGCAGCGGCATCAGTATTTTACCGGATGGGAAATTGCTGATTTCGGATGCATCAGGGGCCATGTATATTGGAAATCCTGAAAATAACCTTTTGACATTAATTGGGCAGGTTCCGGATATTAATTTGCTCTGGGATCTTACGTCAGGAGCTTATCCTACATATGCACCGAAACTGACCGTTGAAAAATGGATTAACGGTACTGAAAAGAGCAATGAGATTTCACCCGGGCAAGAATATTCATACTCGCTGAGAGTAATAAACAGCGGAAATGTATCGGCGAGCGGAGCCGTTCTAAAAGATCAGCTGCCAGACGATACGGAATATGTAGCGGACAGCACGACTTTGAATGGCAAAGCAGTCGCTGATCTTAACGGAACAAGTCCTCTATTTGCAAATGAAGGCATGTTGGTTAAGTCGCCTAATCCGTCTGCCATGAACGGTTCCCTATTGGTTGGGGAAGACGGGGCTGCCGTTGTTACATTCCGCGTGAAAGCCAAGGACAATACAGCGGTTGGCACCAAGATCACAAATACAGCCACCGTGTCTTCAAATGAATCGGGAACCATTCAATCCGATGAAGTCGTTTCGACGGTTACGACCGGAACAACTCCTCCAGCCACGTGCCCAGCGCCGGTAGCGTTGATCAATGGCAGCTTTGAGGAGCCGGTGTATGCGGCTAACGATCCCAGTTTCCCGGCCGGCCCAGGCTATTTTTCGGTCCAAGGTCAATACGTACCCGGCTGGAAGACAACCGATTCTACGGGATCCTTCGAAATATTTAACAAAGGTTTAATGGATCAAATCCAGCCTGGTTCTCCTAACGATCAACAAGGCCTTAAGAATGCTGTTCCCCATGGGAAGCAAATGGCGGAATTGAATAGCAAAGAGCCTGCACAGCTATATCAGGATGTGAAGACGACTCCCGGGCAAACGATCTATTGGAGGATAGCGCATAAAGGAAGACTCGGCGTGGATACCATGGCTGTCAAAATAGGTTCGGCCAATGTGGATCCGAAGGTTCTTCCGATTGTCGACCAACTAACGACGGGTAAGGACGCTTGGAAATATTATACCGGTACCTACGTCGTTCCGACCGGCCAAACGATGACACGCTTTGGGTTCGAAGCCGTCTCATCCACGGGCGGCAACCCGGCAGCAGGTAACTTCATCGATGATATTTTCCTCGGAACAGAACCTTGCGTCATTGCAGATAAAACAGTATCTCCACAGGGAGAGGCATCTGCCGGTCAAGAATTAACGTATGAAGTGACGGTTAAGAACAACGGCGGCGACGCCGCAGCAAATGTAATTTTTGAAGACAGCATTCCTGTTGGAACTGAATTTGTTCAAGGCTCTATTGTGGTGGATGGCCAACCGGTTAACGACTCCCACTATGATAGCAGCAGCGACATGATCGTGATCGATTTGGGTGAGGTGCCGAATGCCGCCCAATTGCCTCAAGGAAAAACCATTCAATTTAAGGTGAAGGTGTTATCCGGTTATGGGGGCATCATCACAAAGAATCAGGCCATTATCAAATATGAAAACCTTTTGACAAACAAATCAGAAGAGGTAGCTACAAATGAAGTGAGTACGTCAATAACCGGCGAAGCCAATGTGTGCCCGGCTCCGGTAGCGATGATTAACGGCAGTTTTGAGCAAGGCGCTGTCAAAGGATCTGCTGTTAATACATCCGGGCTTTACTATTATGAATCCGAAGTACCTGGATGGAAGACCACGGACGATGCTAACGGTTATCCAGTCATTGAGCTATGGGACTGGGCACGAAATAATCCTTCGGTTGTAAAGAACTGGCCGGCTCCCCCTGATGGCGGGAAATGGGCAGAACTCAATGCTTTCGAAAACGGGATGCTGTATCAGGATGTGAAGACAACCCCTGGGCAAACCATATATTGGCGCCTATCCCATATGGGGCGGAATGGGGTTGACACGATGCAGCTTCGTATTGGGGCAGCAACGGCTAACCCTTACGATGCCGAAGTCCAACGACAAATGACGGATGATAAAACCGCGTGGGGTACCTATACGGGTACTTATAAAGTCCCTGCTGGGCAAAAGGTCACTCGCTTCGGCTTTGAGGCGGTGAGCACAGCAAGCGCGAGCATAGGTGCAGGCAACTTCATCGATGACATCTTCCTTGGCACGGCACCGTGTGTAACGGCCAACAAGACCGCATCTCCACAAGAAGTGAGTGCCGGCGATGAAGTAACCTACGCGATTCAGATCAAGAACGAAGGCGGAGACATCGCAGCCGATGCAAGTGTGACGGATCTGATTCCTGCAGGAACGGAATACGTCCCTGGTTCCATGAAATTGATCCAAGGCTCGACCACCAAGGACCTGACGGATGCGGACGATGCCGACGAAGGTCGCCTTGAAGGCAGCCAGGTCAGCATTAAGTTAGGCGATTTAGCGAATACGAGCCAATTGGCAGATGGCGTTACCGTGCAATTTAAAGTCAAGGTCTTAGCGAACGCTGCCAATCAGCAAATTAAAAACAAAGCGCTAATCAGCTACGACAACTTATTAACAGGCGACACGGAAGAGAAGGAAACGAACGAAACCACAACACCGGTCCGTCTCAATCCTCCTGTTCTGGAGTCCGACAAATCGGCAGTCCTTCAAACCAAGGCCGCTGGAAACACGGACCCTGACCATCCTGAACCAGGCGATACGCTGCGGTACACGATTCAGGCACGGAATACGGTCCTTAACAGCTTCGTCAGCAGTTTGGTCATCTCCGACGATCTGCCGGCTGGACTGCAATATGTACCGGGCAGCCTGAAGGTAGACGGCGTCTCCGTCACGGATGACGAGAGCGATCAAGACGGTGGTCTGTATAATGGCGACCAGGTAGTCGGCCTTTTCGGGGATATCACGGATACCGAGTGGCACACGCTTGAATTCGAAGCGGTCATTGCGACGGGCCAAGCCGGCAAGAATATTCGCAATACCGCCGTCGCCGGCGGCGAGAATGTAAGCACGCCGAGCAATGCCGAGGAAGTTGTTCAGGTCTATCCGCGCCATCCGGTTGTGGAATCGGAGAAGATCGCCGAAAACCTGGATACGGGTAAAACCCATTTTGAAGTCGGGGATACGGTGGTCTACACCATTCGGGCAAGAACGGTGACGGAAGATTCGTATATCTCGAATTTGAAGATTACGGATACGCTGCCGGAAGGACTGGAATACGTGCCGAACACCCTAACCGTGGACGGCAAAACCGCCACCGATGAGGAAGGCGACGATAACGGTCATTATGTCACCGGGGATGTATACGGTGTAACCGGCGCGGTGTATGGCGGATTCGGCGACATCTGGGATAAGGAGTGGCATGTGCTTCAATTCCATGCGACGATCCAAACCGGACAAGCCGGCAAGGATATTCGAAATATTGCCGACGTCAGCGGCGACAATTTCGACGAGCCAAGTAGGCCGGAAGAAGAAGTCAAGGTCTATCCGCGAGAGCCGATTGTCGTATCCGAGAAGTCCGCAACAAATCTTGAAGCGGGCAAGGATACGTTTGAAGTCGGAGATACGGTTACCTATGTGATCCGGACAAGAACGGTAATAGAGGACACGTACATGGCCAATCTGGCCATCACCGATACGCTGCCGGCTGGTCTGGAATATATTCCGGGCAGCTTGAAGGTCGACGGCGTTTCGGTAACCGATGACAAGGATAGCGACCAAGGCCACTATGCCTCAGGTCGGGTAGTCGGTAACGTCGGGGATGTATGGGATACGAAATGGCATACGCTCGAGTTCCGGGCGAAAATCGTAGCAAACGCAGGGGAATCGATCCGAAATACCGGAGAGATTACCGGAGACAACATCGATCAGCCAAGCCGTCCAACGGATGAGATTGTGGTTGAGGAAGGCGATACGCCGCCGGTGGACCCACCGGTTGATCCGCCAGTCGCCCCACCAGTCAATCCGCCGGTAGATCCGGATCCACCAGTTACACCGCCTGTAACACCACCGACTCCGCCTTCCCCAGTCATCGAGTCACGGAAGACATCGCGGGATCTAAGTGGTGGCATCACCGGGGTTGGCGATAAGATGGAGTATACAATCTCCGCACGCAATACCGTTGCCGGCAGCTATGTATCGAACCTTGTGATTGCCGATATCCTGCCGGAAGGACTGGCATATGTAGCAGGCAGCCTGAAGGTGGACGGTATTTCCGTAACCGATAACTCTGATGGCGACAAAGGTCAATATGTTAACGGCAAAGTGAGCGGTAACTTTGGACGGATTGCTGATACCGAATGGCATACGATTACGTTCCAGGCAACCATCAAGGCGGGACAAGCCGGCAAATCGATCGTTAACATCGGTGAAGTCACAGGGGATAATGTGACAAGTCCGGAGAAGCCATCAAATGTCATCGAAGTGACAGACAACGAGAACAATGGTGGAAATACTACGAACCCGGGTGGAACGGGAGATTCCGATGGAGACTCGAATGGAGATTCGAACGAAGACCCGAATGGAAACTCGAACGAAGATTCCAACGGGAACCCGAATGAAGACTCGAATGGAGACTCCAACGGGGATTCGAATACAGGGGCACAAACACCGGAAGATCATGACGATTCAACATTAGGCGTATCGGATTCGACTCCACGAGATCCGGCTGAGTCCGGAGATCCGGCAACGAACGAGCCTAACGGAAATAAATTACCGAATACGGCTACGAATATGTACAGCTACATGTTAGCCGGAGCTATTATGCTTCTTGCAGGATTGCTTTTGTTAAGAAAAAGAAGACAAGTATAA	MHSTRSAGKTVLKRIFIQFSILLVILGGLQPVMTVPVEAAGGITINGTDSYATVRAADGTSWLYQFDGQSLSGTPIGTVPLNSVFDGIGLDRNQGVFYGLRYSTGEIHKIMPDGTSTLAATNSGWTVVGAGGVSPDGSTFTYNVQRDVSGTIEREIRNLDLSSGQITTLTSLDTDIRDLVYDQEGNIYYIQTGDESFVRLNPKTLDKHALGEFRLSDGTNPITWGSGISILPDGKLLISDASGAMYIGNPENNLLTLIGQVPDINLLWDLTSGAYPTYAPKLTVEKWINGTEKSNEISPGQEYSYSLRVINSGNVSASGAVLKDQLPDDTEYVADSTTLNGKAVADLNGTSPLFANEGMLVKSPNPSAMNGSLLVGEDGAAVVTFRVKAKDNTAVGTKITNTATVSSNESGTIQSDEVVSTVTTGTTPPATCPAPVALINGSFEEPVYAANDPSFPAGPGYFSVQGQYVPGWKTTDSTGSFEIFNKGLMDQIQPGSPNDQQGLKNAVPHGKQMAELNSKEPAQLYQDVKTTPGQTIYWRIAHKGRLGVDTMAVKIGSANVDPKVLPIVDQLTTGKDAWKYYTGTYVVPTGQTMTRFGFEAVSSTGGNPAAGNFIDDIFLGTEPCVIADKTVSPQGEASAGQELTYEVTVKNNGGDAAANVIFEDSIPVGTEFVQGSIVVDGQPVNDSHYDSSSDMIVIDLGEVPNAAQLPQGKTIQFKVKVLSGYGGIITKNQAIIKYENLLTNKSEEVATNEVSTSITGEANVCPAPVAMINGSFEQGAVKGSAVNTSGLYYYESEVPGWKTTDDANGYPVIELWDWARNNPSVVKNWPAPPDGGKWAELNAFENGMLYQDVKTTPGQTIYWRLSHMGRNGVDTMQLRIGAATANPYDAEVQRQMTDDKTAWGTYTGTYKVPAGQKVTRFGFEAVSTASASIGAGNFIDDIFLGTAPCVTANKTASPQEVSAGDEVTYAIQIKNEGGDIAADASVTDLIPAGTEYVPGSMKLIQGSTTKDLTDADDADEGRLEGSQVSIKLGDLANTSQLADGVTVQFKVKVLANAANQQIKNKALISYDNLLTGDTEEKETNETTTPVRLNPPVLESDKSAVLQTKAAGNTDPDHPEPGDTLRYTIQARNTVLNSFVSSLVISDDLPAGLQYVPGSLKVDGVSVTDDESDQDGGLYNGDQVVGLFGDITDTEWHTLEFEAVIATGQAGKNIRNTAVAGGENVSTPSNAEEVVQVYPRHPVVESEKIAENLDTGKTHFEVGDTVVYTIRARTVTEDSYISNLKITDTLPEGLEYVPNTLTVDGKTATDEEGDDNGHYVTGDVYGVTGAVYGGFGDIWDKEWHVLQFHATIQTGQAGKDIRNIADVSGDNFDEPSRPEEEVKVYPREPIVVSEKSATNLEAGKDTFEVGDTVTYVIRTRTVIEDTYMANLAITDTLPAGLEYIPGSLKVDGVSVTDDKDSDQGHYASGRVVGNVGDVWDTKWHTLEFRAKIVANAGESIRNTGEITGDNIDQPSRPTDEIVVEEGDTPPVDPPVDPPVAPPVNPPVDPDPPVTPPVTPPTPPSPVIESRKTSRDLSGGITGVGDKMEYTISARNTVAGSYVSNLVIADILPEGLAYVAGSLKVDGISVTDNSDGDKGQYVNGKVSGNFGRIADTEWHTITFQATIKAGQAGKSIVNIGEVTGDNVTSPEKPSNVIEVTDNENNGGNTTNPGGTGDSDGDSNGDSNEDPNGNSNEDSNGNPNEDSNGDSNGDSNTGAQTPEDHDDSTLGVSDSTPRDPAESGDPATNEPNGNKLPNTATNMYSYMLAGAIMLLAGLLLLRKRRQV				NA	NA	NA	NA	NA
JZ016_03950	1503			hypothetical protein	ATGCGAGTATTGGAAATGTTGTTGATAACATCCAGCGTTTTGGTGCTGATGGTCTTACTATTTCGTAACACAATCAACCGGATGACAGGGGCTATAGCCGGCGTCGCTTGTGGCTCACTGTTAGCAGCGCAACTGCTGTTTGAGGGCTATAGGTGGCAGATGATTCCGGCCTATATCGCTGCTTTGCTCCTCACCTTCGTCTTATTTAGACGCAAAAAGGTAGGAAAACCGCTTCGTTACACGATTTTGGCTCTATCCGTTGTTTTGCTGGGCGTATCGGTTGCCTTATCTGTATTGCTGCCGGTCTTTCATTTACCCAAGCCTTCAGGCGAGTTCAGTGTGGGAACGGAAACATTCCATTTTATCGATGCCGACCGAGAAGAAACGTTTACCGAGCAGAAGGGCGACAAGCGAGAGATGGTCGTTCAGGTATGGTACCCTGCTGCGGAATCTGGACGGAGCGCCGAGAAAAATTCAGTGTTCCCTAAGGACAGAGGGCTCTTCCATGCCTATATGCAAGCTTATTCCGGATATCTGGGCCTTCCCGCTCCCGCCCTCGACTACTGGAAATACAGCAAGGCCAATACATCTATACATGCAGATTTGCATCCCGCGGACAATCCGTATCCAGTGGTACTGCTGTCACACGGCATGGGGGTCGGCAGAATTTTGCATACGTCGCAGGCTGAACATCTTGCCAGCCACGGCTATATCGTATTCGCAGTCGATCATACTTATAGTACCGTTATGACCGCATTTCCGGACGGACGCATGACCGGATTCCTAACGGAGCAGTCTCAAGAGCGATTATTTGAAGACAGCCGCGCCATTTTAGATGTGTGGAACAAGGATGCAGCATTTATTGTGGATCAGCTAGAGAAGCTGCACTCAGGGGCCGTCGCCAGCAAATTCGAAGGAATGCTGGATATGGACAACATCGGGATGCTGGGTCATTCCTTCGGTGGAGCAGCAGCTTTTGAAGCCGTTTATTCCAACCCGCGAATCAAGGCCGGCGTGAATATGGATGGCACGTTGTTCATAACGAAGAACCGTGACGACATGAAGAAACCGTTTATGTTCATGGAATCCGAAGATTTTAAGAATGTGAACGAGCAGCAGGCGAAGTACCGCAAAACACCGGCCACGGATGCTGAGCTCAAGGAGCTCCGGTTAACGAGAGAACAATTTGACACCATACTGGCGAATCGGGAAGCGGAACTGAAGCTGATGGACCGTTTATCGCAGCAAGGGTATGGACGAACCATTTATATTGAAGGAGCCGGACATTATAACTTCACCGATCTCCAGCTGTACTCTCCGCTTATCGGACTGACTGGCATGACCGGAAGCTTGAATGGAGAGAGGGGCGCAGAAATCGTCAATCGCTATCTTTTGGAGTTTTTCAACCAGCATTTACGCGGAATCGAGAGTAAGCTTCTAGCCGGTCCCACGGAGGAGTATCCGGAAGTGAAATATCCGAATTCGGTTTTTCAAGGAGATTAA	MRVLEMLLITSSVLVLMVLLFRNTINRMTGAIAGVACGSLLAAQLLFEGYRWQMIPAYIAALLLTFVLFRRKKVGKPLRYTILALSVVLLGVSVALSVLLPVFHLPKPSGEFSVGTETFHFIDADREETFTEQKGDKREMVVQVWYPAAESGRSAEKNSVFPKDRGLFHAYMQAYSGYLGLPAPALDYWKYSKANTSIHADLHPADNPYPVVLLSHGMGVGRILHTSQAEHLASHGYIVFAVDHTYSTVMTAFPDGRMTGFLTEQSQERLFEDSRAILDVWNKDAAFIVDQLEKLHSGAVASKFEGMLDMDNIGMLGHSFGGAAAFEAVYSNPRIKAGVNMDGTLFITKNRDDMKKPFMFMESEDFKNVNEQQAKYRKTPATDAELKELRLTREQFDTILANREAELKLMDRLSQQGYGRTIYIEGAGHYNFTDLQLYSPLIGLTGMTGSLNGERGAEIVNRYLLEFFNQHLRGIESKLLAGPTEEYPEVKYPNSVFQGD				NA	NA	NA	NA	NA
JZ016_03951	696	aqpZ2		Aquaporin Z 2	ATGAACGCGTCATTCAAAAAGTACGCTGCCGAGTTCATTGGAACTTTGGTGCTTGTTCTGTTCGGCTGCGGCAGTGCCGCTACGGCGGGAGGAGCGCTCGGCCATTTGGGGATTGCATTGGCATTCGGGCTGTCTATCGTAGCGATGGCCTACGTCATCGGTCCGATTTCGGGATGTCATATCAATCCGGCGGTTTCACTTGCCATGCTTATTAAACGTAAGCTAACCGGTACCGACTTCATCGGGTACCTTGTTTCGCAAATCGCCGGTGCCATTGCGGGCGCCGCTATTCTGTACGCCATCATCGTCTCCGCGGGTATGCCCACTACGGGGCTCGGTCAGAATGGTTTCGGCCCTGGGTATGGGTTCGGGATTTCAACCACTATGGCATTCGTTGTCGAAATCATTTTAACCTTCGTATTTATTTATACGATCCTGGGCGTAACCTCTACGGAGAGCAACGGAAACGTAACCGGCCTTGTGATCGGACTGACACTCGCTTTCGTACATATTTTAGGCATAGCCTTAACGGGAACATCCGTTAACCCTGCAAGAAGCCTGGGACCCGCACTTCTGCTTGGCGGGCAGGCCTTATCCCAAGTGTGGGTGTTTCTTATCGCCCCGCTTGCCGGCTCAGCGCTGGCCGTTGCCGTATACCAGCTGCTGAATAGCAAACCTAAGGGGAAACAAGTGTAA	MNASFKKYAAEFIGTLVLVLFGCGSAATAGGALGHLGIALAFGLSIVAMAYVIGPISGCHINPAVSLAMLIKRKLTGTDFIGYLVSQIAGAIAGAAILYAIIVSAGMPTTGLGQNGFGPGYGFGISTTMAFVVEIILTFVFIYTILGVTSTESNGNVTGLVIGLTLAFVHILGIALTGTSVNPARSLGPALLLGGQALSQVWVFLIAPLAGSALAVAVYQLLNSKPKGKQV	PGPT0004755_877	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ARSENIC_RESISTANCE	ARSENIC_RESISTANCE-ARSENIC_TRANSPORT,PGPT0004755-aqpZ-K06188	NA	NA
JZ016_03952	531			IS3 family transposase ISBce18	ATGACTAAATTTACTAAGGATAGCAAATTGACATTAATTGAAGGGTATGACTCTGATCTTCTATCTCAGACCGAATACGCAAATCAAATGGGCGTTACCAAGTCTCAATTCCAATATTGGTTGAAGCTCTATGAGATCCATGGAGAGACTGCCTTTACTAACGGCTATACAAAATATTCGGCAAGCTTTAAACTGGACGTACTCAATCATATGGCTCAATCAGACGCTTCTCTCATGGATACCGCTGCTTTGTTTAAGCTTCCGGACTTCTCCATGTTGTATTCCTGGCAGAGAAAGATGGAGACAGGCGGTTTAGAAGCCCTTGAGCCAAAAAAGAAAGGGCGTCCATCCATGAAGAAAAATCCCAATTCGTCTACCGAACGATCCGTAGTTCAAGGGTCTGTCGAAGCACTCGAAGAACGTATCAAACAGCTTGAAATGGAAAATGAGTATCTAAAAAAGTTGAATGCCTTAGTTCGAAACAAGGAAAAATCACCAAACAAGACAAAGCACAAGCCGTCTGGCAACTAA	MTKFTKDSKLTLIEGYDSDLLSQTEYANQMGVTKSQFQYWLKLYEIHGETAFTNGYTKYSASFKLDVLNHMAQSDASLMDTAALFKLPDFSMLYSWQRKMETGGLEALEPKKKGRPSMKKNPNSSTERSVVQGSVEALEERIKQLEMENEYLKKLNALVRNKEKSPNKTKHKPSGN				NA	NA	NA	NA	NA
JZ016_03953	810			IS3 family transposase ISBce18	GTGAAGGCACTCGTACAGCTGGCTGGTATCCCGCGCAGCACCTATTACAACCTTATAAAGCGTATGAACCAACCAGATCCGAATGCCGAGTTGGGGGCTGAAATCCAGTCCATTTACGTGGAACATGATGGGCGTTACGGATATCGCCGTATTCGTGATGAACTGGCCGTCCGTGGGTGGAAAGTTAACCACAAAAAGGTTCAGAGACTCATGAAGAAGATGGGCCTTCAATGCCTGGTTCGCATGAAAAAGTATAAGTCATATAAAGGGACCGTCGGCAAGATTGCACCGAATCATCTGGACCGCCAGTTCACGGCTGGGGCGCCAAATGAGAAATGGGTGACGGACATTACGGAGTTTAAGTTATTTGGAGAAAAGCTGTATCTATCGCCCATTTTGGACTTATTCAACGGGGAAATTATCACCTATACCCTGGGTTCACGACCAACCTATTCTCTGGTATCCGAGATGCTGGATGCAGGACTGAAGCGTCTGCCAGAAGAACACCAACTTCTCCTTCATTCAGATCAAGGATGGCATTACCAAATGAAGCCGTATCGCCATGCGCTTAAGTCGAGTGGCATTCTCCAAAGCATGTCACGAAAAGGGAATTGTTACGACAATGCCGTCATAGAGAATTTCTTCGGCATTCTTAAGTCGGAGTTTCTGTACTACAAAGAGTTTGAAAGTGTGGAACATTTTAAGGAAGAACTGAAAAAATATATTGAATACTACAATACCAAACGGTTAAAGGCAAAATTAAAAATGAGTCCGGTACAGTACCGAACTCATTTTGAGAAAGCTGCCTAA	MKALVQLAGIPRSTYYNLIKRMNQPDPNAELGAEIQSIYVEHDGRYGYRRIRDELAVRGWKVNHKKVQRLMKKMGLQCLVRMKKYKSYKGTVGKIAPNHLDRQFTAGAPNEKWVTDITEFKLFGEKLYLSPILDLFNGEIITYTLGSRPTYSLVSEMLDAGLKRLPEEHQLLLHSDQGWHYQMKPYRHALKSSGILQSMSRKGNCYDNAVIENFFGILKSEFLYYKEFESVEHFKEELKKYIEYYNTKRLKAKLKMSPVQYRTHFEKAA				NA	NA	NA	NA	NA
JZ016_03954	3141	rcsC_9		Sensor histidine kinase RcsC	TTGGCAAACGACTCACCCATATACCAAATGAAAAAGAGTCATATGATCTTGTTAATAGGGTTATTGTTAGTCATTCTATCGAGCCTGCGCATGGTGTGGATGGTATTGTTGCCTCATCAAGAGCAGGTGTCCATTACGAACGGGCAGCTGGATTTGCGTCATTGGAATGCAGATGATGGCGGCGTGCTCTTACTTGATGGGGAATGGGAGTTTTATCCTTCACTATGGTTGCTGGATGGTAGTCGTCGGCAGCGTGTGTCAGCCGAGATCGAGCCAAAGCTGATTTCGGTTCCGGGAGGATGGAACGAAGCTTTGCATAGTGAAGAGCCGACTCCATATGGTTATGCGTCCTACCGCCTGCGTATTAAGGTAAACCCGAAACAGAACGTTAATTATAGTATTCGTGTACCCAGCGTACGCACGTCATCCGAATTATATGTAAATGGACGACTGCTTGCTAAATCCGGGCAGGTGGCAAAAACAAAGGAAGAATATACGGCGAAGAACCTGCCTTACTCTACAAGCTTTACAGCAGACAAAAACGGCGTCATCGATGTAGTGATTCAGGCGGCAAATTATGTGGATAGTCGAGGCGGCGGCATTGCCAGGTCCATTAAATTCGGTTCGGAAGAAGCCGTCGCACAGGAAATGAAATTCTCCGTTTCCATGCAGACGCTGGGAGCCATTATATTTCTTATGCATTCCGTGTATGCACTTATTTTATTTTTACTAGGAAATAAAGAGAAGAAGCTGCTCTATTTTTCCCTGTTAACACTATGCGTAACCATTTCCAGCCTGTTTAGTAACGATGAAAAGCTGTTTCATCAATTATTTTACATCGGCAGTGATTGGGATTTTCGGCTATCCAATGCCGCTTTTATGATCGGATGCTATGCGTTGCTGGAATGTACGGATCATCGTGAGCTCCCTTACTGGCGCAGGGTATATCCGGTTTATACCGTAATGGCTCTGGGGACTGCCGCGGTTACGTTATTTTTAGCTCCGCATCAGGTGATCATGCTCTTCCCGGTTTATTACCTATTGGGATGCATCGCAGCCTTAATCACGATCATAGCCATTATAAAAAAAGTAATCCAGGATATAAAAAGCCATCTGTTACTGCTCTTTTCTATGCTTGCGCTGGTTCACCATTTCCTTTGGTCGTTATTCTGGCGGGAGAGCGGTTTGAGCATTGTCCATTATCCGTTTGACCTGATTATATCGATGGGGTGTTTGGCCTCTGTATGGTTTAAGGCTTATTTCATCATGCATGCTAACACCAAGGAGATTGCCGCAACCTTGCAAAGAGTGAATGACCATAAAGATCAATTCCTGGCGAACACGTCTCATGAATTTAAAAATCCGCTTCATAGCATCCTTAACATGTCACAGTCCGTGCTGAACAGAGAAGGGCATTTGTTACAGGATCGAAGTGTCAAGGAGCTCGAAACGGTACTATCTGTAGGACATCGGCTAACACTTATATTAAATGATTTGATTGATGTGATGAGTCTGCGGGAGGGCAATCCTCGTTTACAGGAAAAAGCCATATTGATTCAGCCGATCATAACGGGAGTCATTGATATGCTGCAATTTAACGCAGAGGCGAAGTCCGTCAACATCGCAAATCAGATTCCTGAGGATTTTCCACCTGTTATTGCGGATGAGAATCGGTTGATTCAAATTGTTTTCAATTTGCTTCATAATGCCGTGAAGTATACGAATGAAGGGGTCATTACGATTCAAGCTTTGGCAGAAGACGGAAGAGCGTATATTGTTATTGCTGATACCGGGATCGGCATGGATGAGGACATGCTAAAGCGTTTATTCCTTCCGTATGAGCAAGCCAGCGCCAGCGAAACTATGATTGAAGGCGGCTTTGGCTTAGGCTTAAGTATAAGCAAGCAACTGATTGATCTTCATCGAGGTACGTTAGAGGTATCTTCTGTTTTAGGAGTAGGCTCGAAATTTACATTTTCGTTAAAGCTTGCGGAATTGAATGTGGAAGATGAGGAACTTGTTTCTAACTCATTCAAACCATTTACAATACAACCAGCGCCGACTCAGGAAACTGCCCCCATCATCTTGGATAAAGAGGATATCCCGCCAGCGGCAAAACCAACAACCTCTATTGCAATGAATTGTGATCGTCCGCTCTTATTAATTGTGGATGACGATCCTGTTAATCTGCAAGTGCTCGAAACCATACTACCGCCTGATGATTATGATGTCACGATGGCAACGAGCGGTAAAGAAGCATTGGCTATACTGGACACGAGGGAATGGGATCTGGTCATCTCCGATATTATGATGCCGCAGATGTCGGGCTATGAGCTGACACGAAGAATTCGAGAGCGGTACACGCTTACCGAGCTCCCGGTGCTGCTCCTTACCGCAAGAAGCCAGCCGAAGGATATCCAGAGCGGTTTTTTAGCAGGAGCAAACGATTATGTGACAAAGCCGGTGGAAGCATTGGAAATCAGATCGCGGATTGAAGCACTAACGACGATTAAACAAACGGTTCGGGAACAATTGCGATTGGAGGCGGCATGGCTGCAAGCCCAAATCCAACCTCATTTCTTATTCAATGCTTTAAGCGCGGTAACCGCTTTGAGTGACATTAATTTGGATAAGATGCGCCATTTGCTTGATGAGTTCAGCAATTTTTTGAGGTATAAATTTAGGTTTCAAGATACGGATGGACTTGTTTCGATTAAAGAGGAATTAAGTCTAGTGCGTTCATACTTATATATCGAAAAGGTCCGGTTTGAAGAGCGGCTGCAGGTCGTTTGGGAGGTAGATGACTGCGAAGAGTTACAAATTCCTTTCCTCTCGATCCAGCCTTTGGTTGAAAATGCAATAAGACATGGCATTATGAAGCGCACTCGCGGAGGGGAAATACATATTCGAATTTCTGTCCATGACACGCTTACAGAGATAACGGTTCAGGACAATGGGATCGGCATGGACGAAGTTCAATTGCAACGGGTATTGGAAAGAAATGCAGATCGCAGCTCAGGAGTCGGCCTGATCAATACGCATCAGCGCTTGAAGCGACACTTCGGCACAGGACTTCATATCAAAAGCACGTTGGGTAAAGGAACCGAGGTAACTTTTTACGTGCGCAGCGAAACGAGGTAA	MANDSPIYQMKKSHMILLIGLLLVILSSLRMVWMVLLPHQEQVSITNGQLDLRHWNADDGGVLLLDGEWEFYPSLWLLDGSRRQRVSAEIEPKLISVPGGWNEALHSEEPTPYGYASYRLRIKVNPKQNVNYSIRVPSVRTSSELYVNGRLLAKSGQVAKTKEEYTAKNLPYSTSFTADKNGVIDVVIQAANYVDSRGGGIARSIKFGSEEAVAQEMKFSVSMQTLGAIIFLMHSVYALILFLLGNKEKKLLYFSLLTLCVTISSLFSNDEKLFHQLFYIGSDWDFRLSNAAFMIGCYALLECTDHRELPYWRRVYPVYTVMALGTAAVTLFLAPHQVIMLFPVYYLLGCIAALITIIAIIKKVIQDIKSHLLLLFSMLALVHHFLWSLFWRESGLSIVHYPFDLIISMGCLASVWFKAYFIMHANTKEIAATLQRVNDHKDQFLANTSHEFKNPLHSILNMSQSVLNREGHLLQDRSVKELETVLSVGHRLTLILNDLIDVMSLREGNPRLQEKAILIQPIITGVIDMLQFNAEAKSVNIANQIPEDFPPVIADENRLIQIVFNLLHNAVKYTNEGVITIQALAEDGRAYIVIADTGIGMDEDMLKRLFLPYEQASASETMIEGGFGLGLSISKQLIDLHRGTLEVSSVLGVGSKFTFSLKLAELNVEDEELVSNSFKPFTIQPAPTQETAPIILDKEDIPPAAKPTTSIAMNCDRPLLLIVDDDPVNLQVLETILPPDDYDVTMATSGKEALAILDTREWDLVISDIMMPQMSGYELTRRIRERYTLTELPVLLLTARSQPKDIQSGFLAGANDYVTKPVEALEIRSRIEALTTIKQTVREQLRLEAAWLQAQIQPHFLFNALSAVTALSDINLDKMRHLLDEFSNFLRYKFRFQDTDGLVSIKEELSLVRSYLYIEKVRFEERLQVVWEVDDCEELQIPFLSIQPLVENAIRHGIMKRTRGGEIHIRISVHDTLTEITVQDNGIGMDEVQLQRVLERNADRSSGVGLINTHQRLKRHFGTGLHIKSTLGKGTEVTFYVRSETR				NA	NA	NA	NA	NA
JZ016_03955	534			hypothetical protein	GTGACCTATCCGGAGGAAGGAACGTACGAAGTGACGCTAACCGCTACAAATAGCGTTGGCGAGGACTTGGTTCGGAAGAAACTCATCACGGTTACACGGGAAGCGGAGAATGGCGTGGGCAACCTTGCTCTTGGCAAGGAAACATCAGCATCCAGCTTCGTGAATGAGAAGGAAGCACCTGCATTTGCGGTGGACGGTAACGCCGCCACCAAGTGGTGTGCTGTTGGAGACGGGCCTCACTGGCTGACGGTGGACCTGGGAGCCGAGCATAAGCTCAGCGAATTCGCGATCAAGCATGCGGAAGCCGGGGGCGAGCCGGCCGCGTTCAATACGCGGGCATTTACCATTCAGGTAAGCTCGGATGGCAAGGAATGGAAGGACGCGGTATCGGTCAAAGACAATACGAAAGCGGTCAGCAGCCATGCCATCGAACTCACCTCCGCACAGTACGTGCGTCTTCAAATAGAGAAGGCGACGCAAGGCGGGGACACGGCTACGCGGATTTATGATTTTGAAGTACTGGGCTTGAAATAA	MTYPEEGTYEVTLTATNSVGEDLVRKKLITVTREAENGVGNLALGKETSASSFVNEKEAPAFAVDGNAATKWCAVGDGPHWLTVDLGAEHKLSEFAIKHAEAGGEPAAFNTRAFTIQVSSDGKEWKDAVSVKDNTKAVSSHAIELTSAQYVRLQIEKATQGGDTATRIYDFEVLGLK	PGPT0019175_55	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019175-hya-K01197	NA	NA
JZ016_03956	2085			hypothetical protein	ATGAAACGAATCAAACCGGATTATTTAACGAAAGCCCAGTGGAAACGCAGAATGACGGTATGGATGAGCACGGCAGTGCTGGCCGCGTCCCTGACGGGTTTTGCTGGAGAAGCCGAAGCAGCACAACCTCACTCGTCATATTGGTATCCGAACACGCTGCTGGAATGGTCGCCGTCCACGGATAAGGATGCCCTGTTTAATCGGGGAACGGTTAAGCTGGAGGATCAGCGTATCCAGGGTCATAAGATAAACAGCAATGCCAAGGAGGAAGTGAAGGTTTTATCGATCGCTTCCATGTATCCAAGCACAAGCGGAGCTCCTTCCCAAGGCTCGGAGAAGTTCCATACCTATACGTTCAGCAATTGGCAGTATATCGACAAGCTGGTGATGTGGGGCGGTTCGGCAGGCGAGGGATTGATCGTTCCGCCAAGCGCCGACGTGATCGATGCGGCTCACAAGAATGGCGTACCTGTTTTTGGAACCGTTTTCTTGCCGCAAACCGAGCATGGAGGCAAAATCCAGTGGATGCATGATCTGTTAAAGCAGCGGGAGGATGGATCCTTCCCGGTTGCAGACAAACTGATTGAGGTTGCTAAGTATTACGGATTTGATGGCTGGTTCATCAATCAGGAGACTCAGGGCGGAACGCCTGAGGATGCCGCCAAGATGGCTGAGTTTTTAACGTATCTTCAGCAGAAAAAAGCGCCGAGCATGGAAGTGATCTGGTACGATTCCATGATCAAGGAAGGACCGGTGAAGTGGCAGGGGGCTTTGACGGACAAGAACGAGATGTTCTTCCAGGAGGGAAATCAGCGGGTTTCCGACAATATGTTCATCGATTTCCGCTGGCAGTTCAAAGACGAGAAGAACGGCCAATACGATTACATTACTCCGTTCTTGAACTCTCCGGCCAAAGCGGCGGAGCTTGGCCGCAGTCCGTATGATTTATATGCCGGCATCGACGTGGAGGCGAAGGGCTACGAAGGCAAGTTCAATTGGCCGGTTGTGTTCCCGGATGGGAAGAAAGCCACGACTTCACTTGGCATTTATCGTCCCGATTGGGCGTTCAACAGCTCCGAAACCCATGAGGAGTATATGAAAAAGGAGCAGATCTTCTGGGCGGGACCTGGCATGAATCCGGCTAATACCTCGCAGCCTGAAGGGACCGATCCGCTCGCCTGGAGAGGGATTGCGAATGATGTGGTGGCCAAAACCGTGCTCACCGATTCCGAATTTGTCACCCATTTCAATACCGGGAACGGCCATATGTTTGCGGTGGACGGTAAAGTGATGCGGAGCAGGGACTGGAGCAATCGGAGCCTGCAGGATATTTTGCCGACCTGGCGCTGGATCACGGAAACCAATGGCAAGGGTGAAGCCCTCAAGCCTGGATTTGACTTCAGCAAATCTTACTACGGAGGCAGCTCGCTTCAGGTGGCGGGTGCCGTAAGCAAAGGCTCCTCTACTCATGTCAAGCTGTATAAGGCGAATATCCCGGTAGAACCGACGACGGAAGTATCGCTCGTCTATGCGGACAATGCGAAGGACGCCAAGGTGAAGATTGGGTTGGCATTCTCCGATGCGCCGGATCGGTATGAATTTTTCGAGCCTGGCAAGTGGACCGCCACGGGTGCCGATCAGGATTGGAAGCAGGGCAGCGTTAAGCTGAACAAGTATAAAGGCCGCACGATTGTGGGAATCTCGCTGCAATTCGAATCAGCCGCGGATATAGCGGATTATCGGGTGAATATTGGAAAACTGGCTGTTACTCAGGTGAACGATAAGGCGAAGAAACCGCACCAGGTGACCGATCTTCAGGTCATCGATAATGATTTCCGCGACGGAATATATGGAGATGCGCGATTGTCTTGGAAGGCACCGAAACAGGCTGAGGACGTGATGTACTACCAGGTGTACCGGGTTCATCCGGACGGCAAGTCCGAGTTGATGGGCATGACGGGGAATACGGTATATTACGTGCCGGAAATGAAGCGGATGCTGAAAGAGCAGGCAACCAAGATGGCCGTGATTCCGGTAAACCGACATTACGAACAAGGAAAAGCATCGTCGGTAAGCTTTGACTAG	MKRIKPDYLTKAQWKRRMTVWMSTAVLAASLTGFAGEAEAAQPHSSYWYPNTLLEWSPSTDKDALFNRGTVKLEDQRIQGHKINSNAKEEVKVLSIASMYPSTSGAPSQGSEKFHTYTFSNWQYIDKLVMWGGSAGEGLIVPPSADVIDAAHKNGVPVFGTVFLPQTEHGGKIQWMHDLLKQREDGSFPVADKLIEVAKYYGFDGWFINQETQGGTPEDAAKMAEFLTYLQQKKAPSMEVIWYDSMIKEGPVKWQGALTDKNEMFFQEGNQRVSDNMFIDFRWQFKDEKNGQYDYITPFLNSPAKAAELGRSPYDLYAGIDVEAKGYEGKFNWPVVFPDGKKATTSLGIYRPDWAFNSSETHEEYMKKEQIFWAGPGMNPANTSQPEGTDPLAWRGIANDVVAKTVLTDSEFVTHFNTGNGHMFAVDGKVMRSRDWSNRSLQDILPTWRWITETNGKGEALKPGFDFSKSYYGGSSLQVAGAVSKGSSTHVKLYKANIPVEPTTEVSLVYADNAKDAKVKIGLAFSDAPDRYEFFEPGKWTATGADQDWKQGSVKLNKYKGRTIVGISLQFESAADIADYRVNIGKLAVTQVNDKAKKPHQVTDLQVIDNDFRDGIYGDARLSWKAPKQAEDVMYYQVYRVHPDGKSELMGMTGNTVYYVPEMKRMLKEQATKMAVIPVNRHYEQGKASSVSFD				NA	NA	NA	NA	NA
JZ016_03957	1521			hypothetical protein	ATGTTTAAGAAAAAGGTTTCTATACTGTCCCTTGCTCTTGTGCTTCTGCTGACGGTTGTATTGTCGGCTTGCGGCAGCAAGGAAGGCGCTAAGTCCGGCGAGCCTGCGAAGGAAGAGGCAGCCGTTCAGAGCGACGGCACGGTCGATGTTTCCAAGCTGGATCCGGTCAAACTGAAAATGTATATGATCGGGCCTAACCAGAAGGATCTTCCCGTGGTTCAAGAGGAAATCAATAAATATTTGACGGAAAAAATCAATGCAACGCTCGAGATCAGTATGATCGACTGGGGCGATTACAGCCAGCGGATGCAGGTTATTACAAGCTCCGGCGAGAATTACGACATCGCCTTCACTAGCTCATGGGCGTTCGATTATCTTCCAAATGCAGCGAAGGGCGCATTTAAGCCGCTGAATGATCTGCTTGATCAATATGGAAAAGGCATTAAGGAAGCGCTGGATCCTCGTTTCTTGGAAGGAACGAAGGTCAACGGCGTGAACTATGGCATCCCGGCCAACAAGGAATTGGCACAGCAGTTTGTATGGCGTTTCAATAAGAAGTATCTGGATAAGTACAACCTGGACATTTCCAAGGTGACAACACTTGAGGATCTGGAGCCGCTTCTGAAAACGATTAAAGAGAACGAGCCTGCGGATATTACACCGCTTGCCGTACCGAAAGGCTTTAAGCCGTACTTACCGGTCGACTTCCCGCTTGGCGATGAAATTCCAATCGGTATGTACCTTGACACCAAAGACTTTAAATTTGAGAATCTGCTGGATTCACCTGAACTGAAATCGGCTCTGACCACGATGCGCAAATATTATAAAGCGGGTTATGTACGCGAGGACGTAGCGACGCTCGACGGCATTGATAACATCAAAACCGGCAAATGGCTCGTGGACCGCGAGATTACACAGCCATACGCGGAGCTCGGCTGGTCCAGAAACGCGGGATATGACATTGTGACAAGACCGATGCACGATCCAGTCATTTACACCAGCTCGGCTGCGGGCTCGATGATGGCGATTTCTTCGTACTCCAAAAATCCGGAGCGGGCGATGATGTTCTTGAACCTGCTGAACACGGATGAGAAGCTGCGCAATATGATTCAATACGGTTTGGAAGGCACGCATTACAAGAAGCTTGAAGGACCATACATCGAGGATATGCCTGCTATGCAGGAAAGCTATGCCATGCCTGGATTTGCGCTCGGCAATATGTTCCTGACGTATCTTCATGAAGGCGAGCCTGAAGACAAATGGGAAGCATTCGAGAAATTTAACAGCTCCGCTGTGGTAGCTCCTACGTTCGGCTTTAACTTCGACACGGCTCCGGTAAAAACGGAGGTTGCGGCCATCACCAACGTAGCGAAAGAATTCATTCCTGCACTGTACACCGGCTCCATCGATCCTGAAGAATACTTGCCAAAAGCAAAACAAAAATTCCAGGATGCTGGAATTGACAAAGTTATCGCTGAAGCTCAAAAGCAGTTTGATGAGTGGAAGGCTCAAAACAAGTAA	MFKKKVSILSLALVLLLTVVLSACGSKEGAKSGEPAKEEAAVQSDGTVDVSKLDPVKLKMYMIGPNQKDLPVVQEEINKYLTEKINATLEISMIDWGDYSQRMQVITSSGENYDIAFTSSWAFDYLPNAAKGAFKPLNDLLDQYGKGIKEALDPRFLEGTKVNGVNYGIPANKELAQQFVWRFNKKYLDKYNLDISKVTTLEDLEPLLKTIKENEPADITPLAVPKGFKPYLPVDFPLGDEIPIGMYLDTKDFKFENLLDSPELKSALTTMRKYYKAGYVREDVATLDGIDNIKTGKWLVDREITQPYAELGWSRNAGYDIVTRPMHDPVIYTSSAAGSMMAISSYSKNPERAMMFLNLLNTDEKLRNMIQYGLEGTHYKKLEGPYIEDMPAMQESYAMPGFALGNMFLTYLHEGEPEDKWEAFEKFNSSAVVAPTFGFNFDTAPVKTEVAAITNVAKEFIPALYTGSIDPEEYLPKAKQKFQDAGIDKVIAEAQKQFDEWKAQNK	PGPT0017245_2948	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_03958	948	araQ_32	COG0395	L-arabinose transport system permease protein AraQ	ATGACGCAGCTATCCACGCAAACCGCGAATCAGCCGGCAAAGCGTTCAAAGAAGAGAGACTACAACGCCATCTCCCCATTGTGGAATACGATTTTTAATATCGTGATCGGCATCTTCTCGTTCTCCTGTATCTTTCCGTTTCTATTTGTTATTATTATTTCCTTGACCGACGAACAGACGCTGGTCTTGGAAGGCTTCAGGCTGCTGCCGAGTCAGTTCAGTACGGCGGCGTACGAATATATTTTTGAAACGGGAGGCGAGCTGCTGTCCTCATTCAGCTTAACGCTCCTGGTTACGGTACTGGGGACGCTGGTGAGTCTGGCATTGGTTACGACTTATGCCTATGCATTGTCTCGCCGAAACTTTGAATTTCGAGGCTTTTTCAGCTTCCTTGCATTCTTTACCATGCTGTTCTCGGGCGGTATGGTACCTGGTTATATCGTGATGACCCAGTTCCTGCATCTGCAAAACACGATCTGGGCGTTGATATTTCCTTTATCCTTGAGCGCGTTCTCCATCATCGTCATGAGGACCTTTTTCCAAACGACGATTCCGGATGAAATTATCGAGTCCGCCAAAATCGACGGCGCCGGCGAGTTTCTGACCTTTATCCGAATCGTGCTGCCGGTCTCGCTGCCGGGGATTGCAACGATTGGTTTGTTCAGCTCTTTGGGTTACTGGAACGACTGGTTTAATGCCTTGCTGTATTATAACAATCCACAGGCAACGCCACCGCTGCAGTTCATGCTGATGAAGATCGAGAAGAACATGGACTTCCTGACGCAGAATGCGCAGAATATCGGTTCATTCGATGCAGCAGCCGGCCTGCCAACAGAGACGGTAAGGATGGCGATGGTCGTATTGGCGACACTGCCGATTGTTATGGCGTATCCGTTCTTCCAGCGATATTTTGTCCAGGGCCTGACGGTAGGCTCGGTCAAAGGCTAA	MTQLSTQTANQPAKRSKKRDYNAISPLWNTIFNIVIGIFSFSCIFPFLFVIIISLTDEQTLVLEGFRLLPSQFSTAAYEYIFETGGELLSSFSLTLLVTVLGTLVSLALVTTYAYALSRRNFEFRGFFSFLAFFTMLFSGGMVPGYIVMTQFLHLQNTIWALIFPLSLSAFSIIVMRTFFQTTIPDEIIESAKIDGAGEFLTFIRIVLPVSLPGIATIGLFSSLGYWNDWFNALLYYNNPQATPPLQFMLMKIEKNMDFLTQNAQNIGSFDAAAGLPTETVRMAMVVLATLPIVMAYPFFQRYFVQGLTVGSVKG	PGPT0017255_177	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_03959	930	yteP_46	COG4209	putative multiple-sugar transport system permease YteP	ATGTCGGGGTTCATCAAAAAGGTTATACGCAACCGGTTTATGCTGCTGATGATACTGCCCGGAACCATCTGGTTTCTTATCTTTGCTTACTTGCCCATGTTTGGCACCGTTCTCGCGTTTAAGGACTTCCGTATAAGCCCGGACGGATTTTTTGCCAGCGTGTTCAACAGCGAATGGGTAGGGTTCAAAAACTTCGAATATCTGTTTACAACCAATGATGCCTATATCATTACGAGGAATACGATTCTGTACAACCTGGCTTTTATTATCCTGGGCCTGATCATTGCGGTGGGCTTTGCGATCATGCTAAGCGAGCTGGTCAACAAGCGGACGGCCAAGGTATATCAGACCGGCATGTTTCTGCCGCATTTTTTGTCGTGGGTTATTATCAGTTATTTTGCGTTCACCTTCTTGAGCGTAGACAAAGGGACGTTGAATCAAATCATCACTTATTTCGGGGGAGAGCCGATCAGCTGGTACGCCGAAGCTAAATATTGGCCCTTCATTCTCGTTTTTGTCGGCATCTGGAAAGGCGTGGGCTACAACAGCGTTATTTACCTGGCAGCTATTACAGGGATCGACAAGTCTTATTATGAAGCGGCTGTTATCGATGGAGCCAACAAGTGGAAGCAAACGCGGTACATTACGATTCCGCTCTTGAAGCCGCTTATGATCATACTGACCATACTGGCCATCGGGGGCATCTTCCGTTCCGATTTCGGATTGTTCTATCAGCTTCCGAAGGACTCGGGCGCTCTCTACCCGGTAACGAATGTTATCGATACCTTCGTCTACCGCGGACTGATCAATATGGGGGACATCGGAATGAGTACGGCAGCGGGCTTGTACCAATCGCTTGTAGGGCTGGTTCTGATTCTAGTTGCCAACTATATCGTTCGACGAATTGAAAAAGATCATGCGATCTTCTAA	MSGFIKKVIRNRFMLLMILPGTIWFLIFAYLPMFGTVLAFKDFRISPDGFFASVFNSEWVGFKNFEYLFTTNDAYIITRNTILYNLAFIILGLIIAVGFAIMLSELVNKRTAKVYQTGMFLPHFLSWVIISYFAFTFLSVDKGTLNQIITYFGGEPISWYAEAKYWPFILVFVGIWKGVGYNSVIYLAAITGIDKSYYEAAVIDGANKWKQTRYITIPLLKPLMIILTILAIGGIFRSDFGLFYQLPKDSGALYPVTNVIDTFVYRGLINMGDIGMSTAAGLYQSLVGLVLILVANYIVRRIEKDHAIF	PGPT0017250_1945	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_03960	1551	rssB_7		Regulator of RpoS	ATGAGGAAGGTATTTTTTGTTGATGACGAGCCTTTGATCGCTCAGGGCTTAGCCACCATTGTGGATTGGCAGGACTACGACCTGCATGTGTCTGGTTCGGCCAACGATGGGTTACAGGCGCTTGAGAGGTTGAAGGAAGAGCCCGTGGATCTGCTGATCACGGACATTATGATGCCCAGAATGAACGGGCTCGAGCTGATCAAGAAGGTAAAGGAAATGCATCCCCGCACCAAATTCATAGTGCTGAGCGGGTACGAAGAATTTGAATATGTGAAGGTGGGGATCACGCTCGGCATTCAGAATTACATTTTGAAGCCGATCAACATTGAGGAGCTGGAAGCCACCATTAAGCATATCCGAGGCGATTGGGAGCGCGAGGAATTGAAACGGTTTCGCTCCGAAGAGGATTGGAAGATTCTCCGCAGCAATATTTTGCAGCGATGGGTCAACGGCGACATCAAAAGCTCGGAATTAAAACAAAGAGCCGAGCTTCTCGGAATTCCGCTGAATTATGTGTCTTACCAGGTTTACGTATTGCGGCTCATATCTGACGAACGCCCGGTATCCCAGCTCTATCGCTTGACCAGCCTAGCCGATGAATATTGCCGGGCTTTCTCGGAAGAGCTTGGGGGAGATCATGAGGTGATCTGCTTCCCCGATGCGGATGACGACATCGTGGTGATGTCGGTCGCGATGACTGAGCGGAGGGATGCCGCACGGGAGGGTATGAGAAATGCCATGGTCAAGCTGAGGGAGCTGACTGGCTTGCGCATGTGGTGCTCCGAAGGAAATGCGGGATTCAATGATTTCAAAGACATTCAGGAGAGCTACAGGAAGGCGAAGAGCCACTTCAACGCCTGTCTGATTGCCGGAGATGACATGACGCTGTACAGTCCGCCTGCGGAACCGGAGACCGTTCAGGCTTCTTCGCCGTCCGCTCGCCCCGACACGTTCGCGAAGCTACTGATCGAGGGAGACGTTCCGTCCTTGCAGGCTTATATCGAGTCCGTTCTCGGCGGTGACAGCGGAGAGCAGACGGTACCCCGGGGAAGCTGCTTGAATGCGGCAGTCCAGCTGATGATCGCGGCGAAGGATATGGAGAAGAACCCCGATTACAGCGAGGTGTTTACGCCAATGCACCGGATTAATACGCTCCAGGGACTCCGAAATCATGTGTGGCGTATCGTCGAGCGCAGCCTTGCGCGCCTGGAAGAAGCGGATCAGGGCTATAGCCTGCACGTCTCGTTCCTTGTAGAGCAGGTCCAGCACCATTATCCGGAAGAGCTTTCCCTGAAGACGCTGAGCCAGCGGCTGCAGATGCATCCGAATTATTTGGGGCAGCTTTTTCAGCAGGAGGTCGGAGCAAGCTTCTCGGATTATTTGAACCAGTACCGCATCGAGAAAGCCACGCAGCTTCTGTTACATACCGATCAAAAGACGGCGGATATTGCGTTCAGCGTAGGTTACACGGACAGCTCGTACTTTTACAGGCAGTTCAAAAAATATACGGGCGTGTCTCCAACTGAAATGAGGTCCATGTATCGGATCTAA	MRKVFFVDDEPLIAQGLATIVDWQDYDLHVSGSANDGLQALERLKEEPVDLLITDIMMPRMNGLELIKKVKEMHPRTKFIVLSGYEEFEYVKVGITLGIQNYILKPINIEELEATIKHIRGDWEREELKRFRSEEDWKILRSNILQRWVNGDIKSSELKQRAELLGIPLNYVSYQVYVLRLISDERPVSQLYRLTSLADEYCRAFSEELGGDHEVICFPDADDDIVVMSVAMTERRDAAREGMRNAMVKLRELTGLRMWCSEGNAGFNDFKDIQESYRKAKSHFNACLIAGDDMTLYSPPAEPETVQASSPSARPDTFAKLLIEGDVPSLQAYIESVLGGDSGEQTVPRGSCLNAAVQLMIAAKDMEKNPDYSEVFTPMHRINTLQGLRNHVWRIVERSLARLEEADQGYSLHVSFLVEQVQHHYPEELSLKTLSQRLQMHPNYLGQLFQQEVGASFSDYLNQYRIEKATQLLLHTDQKTADIAFSVGYTDSSYFYRQFKKYTGVSPTEMRSMYRI				NA	NA	NA	NA	NA
JZ016_03961	1902			hypothetical protein	TTGCCGGGTTTACGGAAAGGGTGTACACTGGGTGCCGAAGTGACCATTATAGAACAGGGTGTGTTTCATATTTTCAGACTGCGCCAATTCTATTTAAATCATCTGAAGCGAAAAATGTTCAACAAAATCGTTGTGCTGTATTCGACCGTCATGATCGTGCTATTTGCGATTGCGGCAACCCTGGTTTATCAATACCAGACGCAGCGCATACTCCGCGAGCAGACCGATGCGAATCTTAAATCCGCGCATGTTCTGAATATTTATTTAAGCCGGCAGTATGAGGGCATACAGAATATATTTCAGCAGATATATGGAGATGCCACGCTGAGCGATGAGCTGATCTATTTTTTGAACCACGAATATGAGAGTTACCTGAAATACCGCCTGGATTTGTACACCAGGACGGGAGAACAGCGTTTGCGCTCTTTCAATACCTTGCTGAAAAATTACTTGGAGCAGGAATCAAGCGCCAGAAGCGTGTCGATCTACAGCTATCCGAACAATTTCTACATGCATATCAGCCGGACCAACCAGCAGCTGAATAATGAAGCGGGCTCCAAGAACAAGTGGGAGACCTGGTTCGCCCGCCGGGAGCAGCACAGCTGGGATACCATGCCGCAGAACGAGTCTTCGCATTCACCGGGAGGCTCCAGTCCAAGATCGTATTCTTATTCGAGAGAGCTGAAGGACCCGTGGACCCTGAATCGGGTGGGGATGATGAATGTGGAGTTCGACGCCCGGCAAATTTCATCCTGGCTGGAGAGCCGCGCATCGGTCAAAGGCCGGATCCTGGTGTTGAACGCACAGGAAACCGTGATTTACGATTCGGAGGACGAGTACTACGGTCAAACCTATCCCTACCACCTGGAGCAGGAGAAAGCTGGGGACTGGGTTCAGCTGGATGAACCCTCCAAAGTGAACATATTGAATGTCGGCAATGCGGGCCTGTCGGTGGTGGGCATTGTGTCGCAATCTTTGATTAAAGAGAGCACGGAGAGTCTCAGAACCGGACTGATTCTGGTCACCCTGGTGTTTATGGCGGCCAGTTTTGCGATTACGTTTACGATCGTTCGCAAGTTCTCCAAAAAAGTGCAGCGGATTATCCGCTCGATGAACCGGATCGGCGAAGGGGACCTGTCGACGCGCATTCAAATGTCCGGCGAAGACGAGCTTCAGCAGATTTCCCGCCGGTTTAACGACATGGGCGACCGTTTGGAGCAATATATCGATAAAATGTATACCTCGGAGATCAAGCAAAAAAACGCGGAGCTGGTTGCCCTGCAATCCCAGATCAACCCCCATTTTCTATACAATACGCTTGAATCCATTCGCATGAAGGCGTACTTCGTGGGGGCAAAGGAAGTGGGGCAGATGATATACAGCTTGTCGGTCATGTTCAAGAACATGGTAAAGAAAAGCACGGTGGTTACCGTTGAAGAGGAAATGGACATGTGTTCCGTTTATCTCGACTTGTTTCGCATTCGCTATGATGGCCGGCTGGAGACGGAGATCGAGGTGGATCCGGAAATCCAAAGTGCCAGCATTATCAAGCTGCTGGTCCAGCCGATCGTGGAAAACTATATCGTTCACGGATTTCGTCCGCTGGAAGACAACAATAAAATTTCAGTCCGAGCTTATGGGGCAGGGGACCGGGTTGTGATCATCGTATCGGACAATGGAACGGGCATTCCGGAGGAAAAGCTGACCCAAATTCGCGGCACGCTGAACAAGGTTCTCCAGCCTCCCGAAAAGGGCCATCGTTCGATCGGGCTGATGAACGTGCATGAACGAATCGTGCTGAACTACGGGAATGATTACGGAGTGACTATAAACAGTACGGAAGGACAGGGAACCGAGGTCCGCATGGAAATACCGATGCTTCGCAAGGGGGAGACGACATGA	MPGLRKGCTLGAEVTIIEQGVFHIFRLRQFYLNHLKRKMFNKIVVLYSTVMIVLFAIAATLVYQYQTQRILREQTDANLKSAHVLNIYLSRQYEGIQNIFQQIYGDATLSDELIYFLNHEYESYLKYRLDLYTRTGEQRLRSFNTLLKNYLEQESSARSVSIYSYPNNFYMHISRTNQQLNNEAGSKNKWETWFARREQHSWDTMPQNESSHSPGGSSPRSYSYSRELKDPWTLNRVGMMNVEFDARQISSWLESRASVKGRILVLNAQETVIYDSEDEYYGQTYPYHLEQEKAGDWVQLDEPSKVNILNVGNAGLSVVGIVSQSLIKESTESLRTGLILVTLVFMAASFAITFTIVRKFSKKVQRIIRSMNRIGEGDLSTRIQMSGEDELQQISRRFNDMGDRLEQYIDKMYTSEIKQKNAELVALQSQINPHFLYNTLESIRMKAYFVGAKEVGQMIYSLSVMFKNMVKKSTVVTVEEEMDMCSVYLDLFRIRYDGRLETEIEVDPEIQSASIIKLLVQPIVENYIVHGFRPLEDNNKISVRAYGAGDRVVIIVSDNGTGIPEEKLTQIRGTLNKVLQPPEKGHRSIGLMNVHERIVLNYGNDYGVTINSTEGQGTEVRMEIPMLRKGETT				NA	NA	NA	NA	NA
JZ016_03962	189			hypothetical protein	ATGGAAAATCTGCTTCGAGTGGAGCGTTTGTTGGAAAATCTGGAGCGACATCAAACCAAGGAGCATGTAAAAAACGCGGTCAAGGAATGGCTGCTTGCATCGCGATCCGTGATCGACAGTGTCATCGACACGATTGAGGAGGAAAAAGCCCCCCCTGTTGCCCGCAAAATTAATATTTCAAAAGAGTAG	MENLLRVERLLENLERHQTKEHVKNAVKEWLLASRSVIDSVIDTIEEEKAPPVARKINISKE				NA	NA	NA	NA	NA
JZ016_03963	1200			hypothetical protein	ATGAGGATCATCATCTACACAGGCAAAGGTGGCGTCGGCAAGACGAGTATTGCGGCGGCGACGGCAGTGAAAATGGCCAAACAAGGCAAACGGACCCTTATTCTCAGTACAGATGCGGCACATAGCTTAGCAGATTCGCTGGCGGTACCGATCGGACCGGATCCCGTCCAAATCAGCGACAACTTGTGGGGGCAGGAAGTGAACGCGATCCGCGAGACGGAGCGCAATTGGGGAACCGTCCAGGGCTGGATCACGAAATTACTCGACAAAGCGCAGCTTAAAGATGTCACTACAGAAGAAATGCTCGTGTTCCCAGGTATGGAGGAGCTTTTCAGTTTGCTGAAAATCAAGGAACATGCTGAAAGCGGGCAATATGACGTACTGGTGGTGGATTGCGCCCCGACCGGAGAGACGCTGCGGCTGCTTAGCTATCCAAACGTATTGAATTGGTGGCTGGAGAAGATATTCCCGACCGAACGCAAATTGATCAAGATCGTGCGGCCTGTGGCCAAAATTGTAAAGGATATCGATCTTCCTTCGGATGACGTGCTGGACAGCATCGAGCGGTTAGCACGCGGCTTGGAGGAAATGCAGCGGCTCGTTCTGGATCCGGAGATCACGTCGGTCAGGATCGTGCTGAATCCGGAGAAGATGGTGCTTGCCGAAGCGAAGCGCTCCTTTACCTATTTGAATCTGTTCGGGTTCAATACGGATGCCATTATCGTTAATCGGGTGCTGCCGGATGAGGCAGGGAAAGGATTCTTCGCGCATTGGCGGGACATTCAAAAGAAATACGAGGAAGAAATCGTATTGAACTTTCAGCCGCTTCCGATTCTGAAGGCGCCTATGATGCAAAAGGAAGTTATCGGACTCCCTATTCTTGAGGAATTAGCGGATATCGTTTATGGAGAGCAGGTTCCTTCTGCCATGTTATATCGTGGCAGAACGGAGACGATCCGGGAGGATGACGGAGACATGCTGCTGGAGCTTTCCATTCCTTTTGTCGAGAAGGCGGATCTTGATTTAACGCAGACAGGTGACGAATTAACGGTAGATGCAGGCGCCTACAAACGCAAGGTCATCCTACCAAGAACGCTGATGGGCCGCGAAGTTATAGGCGCAAGGTATGCGAAGGACCGTCTTATCATCCGATTTGGCAAACGGGAATTGACTGCACAAGGAGAGGTTGAAGATCAATGA	MRIIIYTGKGGVGKTSIAAATAVKMAKQGKRTLILSTDAAHSLADSLAVPIGPDPVQISDNLWGQEVNAIRETERNWGTVQGWITKLLDKAQLKDVTTEEMLVFPGMEELFSLLKIKEHAESGQYDVLVVDCAPTGETLRLLSYPNVLNWWLEKIFPTERKLIKIVRPVAKIVKDIDLPSDDVLDSIERLARGLEEMQRLVLDPEITSVRIVLNPEKMVLAEAKRSFTYLNLFGFNTDAIIVNRVLPDEAGKGFFAHWRDIQKKYEEEIVLNFQPLPILKAPMMQKEVIGLPILEELADIVYGEQVPSAMLYRGRTETIREDDGDMLLELSIPFVEKADLDLTQTGDELTVDAGAYKRKVILPRTLMGREVIGARYAKDRLIIRFGKRELTAQGEVEDQ	PGPT0004700_974	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004700-arsA-K01551	NA	NA
JZ016_03964	486	slyA_5		Transcriptional regulator SlyA	GTGACCGGTATCCAACACCTATATGACCTTTTCCTCAAGACCGGTCTGCGTCCGTTTGCTTTTATGACCGATACGCTTCAGCTTGAACAAAAAGTGACTCGCTCCGATATGTCAACGCTGCTTATTTTGCTCCTCCGCGGAGATTTGACGATGTCGCAGCTGGCCTCCGAGATGGGGGCACCTTTAAGTTCGATGACAAGCATAGCTAAACGGCTTGAACGTAAAGGCTTGATTGCACGGGCTACGTCTGCACAAGATCAACGGGTTAAGCTCGTCACGCTGACGCAGGAAGGTCTGCAGCTGGCAAAGGAATGGGAGCAAATCATGATGGCGATGCTGAGCAGATTGGAGACGGCATTTACGCCTGAGGAAATGGAGCAATTCACGACACTACTGTTCAAGGCAGCCAGAGTCTTCCAGGATGGGGGACCTGTAACGCTTCAAGAAAAGAAACGTCACTCTGTAAAGATTCAGATTGAGGAATAA	MTGIQHLYDLFLKTGLRPFAFMTDTLQLEQKVTRSDMSTLLILLLRGDLTMSQLASEMGAPLSSMTSIAKRLERKGLIARATSAQDQRVKLVTLTQEGLQLAKEWEQIMMAMLSRLETAFTPEEMEQFTTLLFKAARVFQDGGPVTLQEKKRHSVKIQIEE	PGPT0013155_1430	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
JZ016_03965	387			hypothetical protein	ATGGATTGGAGTAGTATGGTTTTGGCAACGGCCGGTGTCATAGGCGGCGGCACGGCAGTGGCACACGGCATTCTCATGAAACGGGTGATCATTAAGCCGATGGAGACGGTTTTTGAAGCGGATGGGCGAATATCTGCGCCGCTGCGAAGGCTTGGGACGCTGCTTTTACATTTCAGCACATTCAACTGGTTACTCAGCGGGCTCTTTTTGATTGCAGCCGCGATCTGGTTCGGGGAGGAGGCAAGGCTCGTGACGGGCCTGCTAGCCGGCAGTTCTTTTCTGTACGGTGCAATCATCTCATTTTGGGTAATGCGTCGCCTTCATCCCAGCTGGATCTTGATGACCGTTGCGCTCATTCTGACCGTCTTGGGACTAACGCTGCCATAG	MDWSSMVLATAGVIGGGTAVAHGILMKRVIIKPMETVFEADGRISAPLRRLGTLLLHFSTFNWLLSGLFLIAAAIWFGEEARLVTGLLAGSSFLYGAIISFWVMRRLHPSWILMTVALILTVLGLTLP				NA	NA	NA	NA	NA
JZ016_03966	2640			hypothetical protein	ATGAAGCGATCTCAGATTTCGGAAAGGCGGTATAGGCAAAAGGTATTGAGTTTGTTCTTGGCGGTCATGATACTGGCTGGCATCGGCTTATTGCCGACTTCGAAGGTTCAGGCAGCTGACGCTGCTGGAACCACCATCACCTCGATGTCTTATTTTTCAGCTGCGGACGGACCTGTCATCACAAAATCAGGAGTCGGGGAAGCCAGCTACGGTTTTGTCATGCCGCTATTCAACGGTGGCTCTGCCACCTGGAATGATGTTGCCCAGGACCTGGGAGTAAAGGTGAAAGTAAATGGCAGCTGGGTCGATATCGACAGTGTCGGCAGCTTTGTCTATAACCAGAACTGGGGCCACTGGAACGACGGCGGCTTTACCGGCTATTGGTTCACGCTCTCCGCAACAACGGAGATTCAGCTGTACTCCAAAGCCAATGGGGTCACGCTTGAATATTCACTCGTTTTTGAAAACATCAACAAAACAACCATCACGGCGATGACCCCGACGCAAGGACCGCAAATTACGGCAGGGTTTACGGGCGGTGCCGGCTTTACCTATCCGATATTCAACAATGACCCGGCCATTACCTATGCGGCCGTAGCGGATGATTTGAAAGTGTACGTGAAGCCTGTCAACAGCAGCCAATGGATCGATATCGACAACAATGCAGCCAGCGGCTGGATCTATGATCAGAACTTTGGTCAATTTACCGATGGAGGCGGCGGCTATTGGTTTAACGTAACGGAATCGATTAACGTCAAATTAGAATCGAAGACCTCTTCGGCTAACATCGTCTATACCATCACCTTTAATGAGCCCGTAAGAAACTCTTATGTCCTTACGCCTTATGAAGGAACGACCTTTACAGCTGATGCAAGCGGCGCTATCGGCATCCCGCTGCCTAAGATTGACGGGGGCGCTCCAATCGGCACCGAGCTTGGCAAATTCGTATACCAGATTAACATCAACGGACAGTGGGTGGATCTGGACAATTCAAGCCAGAGCGGATTTGTATATGCCGCTAATGGCTACAATAACATGTCCGATGCCAATCAGTGGGGATATTGGGCCGACCATATCTATGGCCTATGGTTCCAGCCGATCCAGGAGGATATGCAGATCCGTATCGGCTATCCGCTAAATGGGCAGGCAGGTGGAAGTGTGGGCAGCAATTTTGTCAACTATACCTTGATTGGCAACCCGGATGCTCCGCGCCCGGATGTAACCGACCAGGAGGATATTCCGATCGGAACGCCAAGCGACTCTGCCATCGAGGGCATGAATCTCATCTGGCAGGATGAGTTTAACGAAACGACGCTCGATAACAGCAAATGGAATTATGAAACAGGGTATTATCTCAATGATGATCCGAATACCTGGGGTTGGGGCAACTCGGAGCTGCAGCACTATACCAATAGTGCGCAAAATGTTTTTGTACAGGACGGAAAGCTTAATATCAAGGCCTTGAACGAGCCAAAATCCTTCCCGCAGGATCCTAGTCGGTATGCACAATACTCCTCTGGCAAAATTAACACCAAAGATCATTTCTCCCTCACATACGGCCGAGTGGATTTCCGTGCCAAGCTGCCTACCGGTAACGGCATCTGGCCTGCGCTCTGGATGCTTCCGCAGGATCATGTGTACGGAACATGGGCAGCCTCCGGCGAAATCGATGTGATGGAAGCAAGAGGACGCTTGCCAGGTGCGACGAGCGGCGCCGTACACTTTGGGGGCCAATGGCCGACGAACCGGCATCTTTCCGGTGAGTATCACTTCCCTGAAGGCCAAACCTTTGCCAATGACTATCATGTCTATTCGGTCGTCTGGGAAGAGGACAATATTAAATGGTACGTGGATGGCAAGTTCTTCTTTAAGGTAACCCGCGATCAATGGTATTCCGCAGCCGCGCCGAACAATCCGAACGCCCCATTCGATCAGCCGTTCTACCTCATTATGAACCTGGCGATCGGCGGCACCTTTGACGGCGGCCGGACCCCGGATCCGTCCGATATCCCTGCAACGATGCAGGTGGACTATGTCCGTGTTTATAAAGAAGGGCAAGGCGGTGGCCAGAATCCAGGAAACGTGTCCGTTACCGGCGTAACGGTGAATCCGACCACGGCACAGGTGGAAGTCGGGCAAAGTGTTCAACTAAACGCCAGCGTGGCGCCGTCCAATGCAACGAATAAGCAGGTCACGTGGTCGGTTGCGAGCAGCGGCATCGCATCCGCATCCGTGAGTGCAAGCGGTCTCGTGACCGGGCTCGCTCCGGGCACGACAACCGTCACGGCGACAACCGCTGACGGCAATAAAACAGCCAGCGCCTCGATTATCGTTGTACCGGCACCGTCCACCGTGATCGTCATCGGTGATGAGGCGAAGGGCCTGAAGAAGATCGGCGATGACCTGCTGTTCTATGTCAATGGCGCGACCTTTGCCGATTTACATTATAAGATCAATAATGGCGGGCAATTAAACGTAGCCATGGCCCCAAAGGGGAACGGCAACTATACCTACCCTGTCAACAACCTGAAGCATGGTGATACCGTCGAATACTTCTTTACCTATAACCCGGGGCAAGGAGCACTGGACACCCCTTGGCTGACGTATGTTCATGGGGTAACGCAAGGAACACCGGAGTAA	MKRSQISERRYRQKVLSLFLAVMILAGIGLLPTSKVQAADAAGTTITSMSYFSAADGPVITKSGVGEASYGFVMPLFNGGSATWNDVAQDLGVKVKVNGSWVDIDSVGSFVYNQNWGHWNDGGFTGYWFTLSATTEIQLYSKANGVTLEYSLVFENINKTTITAMTPTQGPQITAGFTGGAGFTYPIFNNDPAITYAAVADDLKVYVKPVNSSQWIDIDNNAASGWIYDQNFGQFTDGGGGYWFNVTESINVKLESKTSSANIVYTITFNEPVRNSYVLTPYEGTTFTADASGAIGIPLPKIDGGAPIGTELGKFVYQININGQWVDLDNSSQSGFVYAANGYNNMSDANQWGYWADHIYGLWFQPIQEDMQIRIGYPLNGQAGGSVGSNFVNYTLIGNPDAPRPDVTDQEDIPIGTPSDSAIEGMNLIWQDEFNETTLDNSKWNYETGYYLNDDPNTWGWGNSELQHYTNSAQNVFVQDGKLNIKALNEPKSFPQDPSRYAQYSSGKINTKDHFSLTYGRVDFRAKLPTGNGIWPALWMLPQDHVYGTWAASGEIDVMEARGRLPGATSGAVHFGGQWPTNRHLSGEYHFPEGQTFANDYHVYSVVWEEDNIKWYVDGKFFFKVTRDQWYSAAAPNNPNAPFDQPFYLIMNLAIGGTFDGGRTPDPSDIPATMQVDYVRVYKEGQGGGQNPGNVSVTGVTVNPTTAQVEVGQSVQLNASVAPSNATNKQVTWSVASSGIASASVSASGLVTGLAPGTTTVTATTADGNKTASASIIVVPAPSTVIVIGDEAKGLKKIGDDLLFYVNGATFADLHYKINNGGQLNVAMAPKGNGNYTYPVNNLKHGDTVEYFFTYNPGQGALDTPWLTYVHGVTQGTPE				NA	NA	NA	NA	NA
JZ016_03967	1452	acpB		Capsule synthesis positive regulator AcpB	ATGGAAAAGGAATTCATACTGACACACAAGCTGTTGACCCTGCTCGATTCCGAATATCGCTGGTTCACCCTTGCCGAGATTGAAGAGCAGATTGGCGTATCGGACAAAACCATCCGTAAAATTATCGATGAAGCCAAGCAGGAGCTTCCTCCTTCCATACATTTCGAGATTTCGCGGGGAAAAGGCGTCATTCTCCATTATGATAAACGAAATGTCGCGATTGGCGAAGTCATCTCTTCCATGTACAGACAGAGAACCTTCTACCAACTGCTCGCTGTGCTTTTTGCCGAGGGAGGGCGTTACTCGCTGGAAGAGCTGGCAGACAAGCTGTATATGAGCTCTTCTTCGCTGAAAAAGCTGATCATCCGGCTGAACAACCATGAATTGAAGCCATACCATTTGCGCATTGCGTATTCCATGCCAGAGGTCAAAGGCAGTGAAATCAGTATTCGTTATTTTTACTGGAAAATGTTTTACGATGCCTATGAATTTTCCGGCTGGCCATTTACCGACATCGACCAAGCCCAGATCCATGAGTACATTACGGCGATCGAGTCGGAGAATGACATCGTGTATTTCCTTAACGCTAAGCGCAGCTTGTCGTTTCTGGCGGCAATCATGATTACCCGAGTGCTGCAGGGCAAATACGCGGATGTTCAGAGCGGGTCATATGACTGGGAGAATCGCATGCTTCACGCCTCTGTTGCCACACTGGCCAGAGCGCTGGAGCAGCGGTACGCCATTCATTTGCCGCTGGACGAAATCCGGTTTCTGCAGGCCATGTTCAGCTTGGGCCAATACAATTATTATGATGAAGCGAAAGTCAGCGCGATGTTATCGAGGGAGAAAGCGAATCTGATGCAAATCGAGGAGGAAAAATATCAAATCATCAATCATTTCCTCATGCTGGCGCTTGCCGCGTTCCCTGCGATCGATATGAACGACCGGTTCATCTGGGAAATCGGGGATTTCTTCGAGAAGCTCCGGCTGGAAAATGCGCTTCCCGATCTAATCGCCATCTCGGCAAGCAGCCTGACGGAATATGTCCAAAGGGATTGCCGCCCCATGTATCAAAGCGTAAAGAGCTGCATGCAGGAATGGAGCCAGCGTTACCCCGGCATGCGGTATAACGACTATCATCTGACGAAGCTGACGCTGTTGATCAGCTCCAGCCTGCGCTATAACAGCAAAAAAGCTTTCCTGCTGATCGGCGAGGAATTCTCCATCCGCCATTACGTCGCCAAGCTCATCAAGAATGAAATCGGCGACGAGCTGATCATCAACACCTCCATTATGGAGGGGCTTACCGATGAAATGATTCAGAAGCACGGCATCGATTTCGTGATCAGCACGTTTCCAGTTAAGCTGAATACAGTACCCGTGGTCATTATTTCAACGATACCGACCAAACGGGATTTGGAAAATATCCGCAAGGAATTAATGCAACCATGA	MEKEFILTHKLLTLLDSEYRWFTLAEIEEQIGVSDKTIRKIIDEAKQELPPSIHFEISRGKGVILHYDKRNVAIGEVISSMYRQRTFYQLLAVLFAEGGRYSLEELADKLYMSSSSLKKLIIRLNNHELKPYHLRIAYSMPEVKGSEISIRYFYWKMFYDAYEFSGWPFTDIDQAQIHEYITAIESENDIVYFLNAKRSLSFLAAIMITRVLQGKYADVQSGSYDWENRMLHASVATLARALEQRYAIHLPLDEIRFLQAMFSLGQYNYYDEAKVSAMLSREKANLMQIEEEKYQIINHFLMLALAAFPAIDMNDRFIWEIGDFFEKLRLENALPDLIAISASSLTEYVQRDCRPMYQSVKSCMQEWSQRYPGMRYNDYHLTKLTLLISSSLRYNSKKAFLLIGEEFSIRHYVAKLIKNEIGDELIINTSIMEGLTDEMIQKHGIDFVISTFPVKLNTVPVVIISTIPTKRDLENIRKELMQP				NA	NA	NA	NA	NA
JZ016_03968	711	deoD_2	COG0813	Purine nucleoside phosphorylase DeoD-type	ATGAGCATACATTTGGGAGCACAACAGGGAGATATCGCAGAACGCGTGCTGCTGCCCGGCGATCCGCTGCGGGCGAAGTTTGTGGCTGAGCACTTTTTGGAGGAGGTATATTGTTACAACGAAGTGAGAGGCATGTACGGGTACACCGGCCTTTATAAAGGCGTTCCCGTTTCTGTCCAAGGTACGGGAATGGGCAACCCGACCATGAGCATATATGCGACGGAGCTGATTCAGGATTACGGGGTCAAAAAGCTGATCCGCATCGGTACTTGCGGCGCCATGCAAAAAGAACTTCAGGTCCGCGACATCGTACTGGCCCAAGCCGTATCCTCGGACAGCAATCTGATGGAAAAAATATTTCATGGCTGCAATTACGCGCCAACCGCTGATTACCCCATGCTAAGCAAAGCGCATCAGCTGGCTCAGGAGAAGCAGGTGAATGTCTTTGTCGGCAACATCTATAATTCCGATGAATTCTATAGGGAAACATTGGACCGTCTTCATAAATTCATGGAGTTCGGCGTGCTCGCGGTCGAGATGGAAAGCGCCGCCCTGTACACGCTGGCTGCTAAGTACGGCGTCAGGGCCCTGTCCATATTGACGGTAGGCAGTCATCTGCTGACCAATGAGCGCTCGTCCCATCAAGACAGCGAGAAGTCCTTCCACGACATGGTCGAGGTCGCGCTCCATACCATTTTAGCGGACGAATAG	MSIHLGAQQGDIAERVLLPGDPLRAKFVAEHFLEEVYCYNEVRGMYGYTGLYKGVPVSVQGTGMGNPTMSIYATELIQDYGVKKLIRIGTCGAMQKELQVRDIVLAQAVSSDSNLMEKIFHGCNYAPTADYPMLSKAHQLAQEKQVNVFVGNIYNSDEFYRETLDRLHKFMEFGVLAVEMESAALYTLAAKYGVRALSILTVGSHLLTNERSSHQDSEKSFHDMVEVALHTILADE	PGPT0013385_956	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013385-deoD-K03784	NA	NA
JZ016_03969	600			hypothetical protein	ATGGGAATCAAACGCGGATTTAAATATGATTTTTCGTTGTTGGCCATTTTGTTGATCCCGATCGGGATCGCCATCAACTTTGTCGGGGCGCAAATCATTCTGCTGCTCAAGCTGCCGATATACCTGAACACCATCGGGACGATTCTGACGGCCATGATCGCCGGTCCTTGGGTCGGTATGATTACGGGGGCCAGCACCAATCTTGTTGTCGGCATAACGAACCCGGTCTCGTTCGCATTTACGCCTGTACAAATGGCCGTCGGTCTGGTGGTCGGCCTGCTCTCGATGAGAGGCATGTATACGAAGCTGTGGAAAGTGATCTTGTCTTCATTCGCAGTCGTACTGACCGTTCTGATCGTGGCTTCTCCGATCCAGGTGCTGATGTTCGGCGGAGCGACCGGCAACTCTTCGGATGCCGTGGTTGCTACATTCCTGGCCTCCGGTCAACAGATTTGGACAGCGGTATTCTCAACCAAAATCCTGGTGGAAAGCGTCGACAAAATCATCAGCAACGTCATTGCCTTTGTCATCGTGATGAAGATGTCCCCAAGATACTTGTCCAAGCTCAATTACGGTGCAGCTTTTATCAAAAAGAAATGA	MGIKRGFKYDFSLLAILLIPIGIAINFVGAQIILLLKLPIYLNTIGTILTAMIAGPWVGMITGASTNLVVGITNPVSFAFTPVQMAVGLVVGLLSMRGMYTKLWKVILSSFAVVLTVLIVASPIQVLMFGGATGNSSDAVVATFLASGQQIWTAVFSTKILVESVDKIISNVIAFVIVMKMSPRYLSKLNYGAAFIKKK				NA	NA	NA	NA	NA
JZ016_03970	750	ecfT_1		Energy-coupling factor transporter transmembrane protein EcfT	GTGCATAACGAACGGTCCCTGTTAAGCCGTCTTTATCCAACAACCAAGTTTATGATTACCATCGCTTTATGTATGGCCGCATTTATCGTGCCCGGCTACGGGTTCAGCTACGCGATTCTGCCGATTTGTATGGTCCTCGCCTACTTTGCCGGCAGCTTTAAGGAGTTTTCCAATCTGGCGATCAAGGCACTGCTGATGATTGTTGTGTTCATCTTTATCCTGCAGAGCTTCTTCTACCCTGGCAACGACATTCTGTGGAGCTGGAGCATCTTCTCCATCAAGCGGGAGGGACTGGAGTTCGCCCTGTTCCTGACATCCAAAATCGTGGCGGTGGCCTCGGCCTTCATTCTGTTCTTCCGCATCACCAAGGTCAAGGATTTAGTCCATTCCCTGGAACAGATCGGCCTGCCGTCCAAAGTAACCTATGTCATCTTGTCCACCTTGCAGCTCATTCCGGAGATGAAAAAGCTGACCCACGTCATTATGGATGCCCAAAAAACACGAGGCGTTGAAACCGAAGGCAAGCTGCTTGTCCGCATGAAGGCCTTCCTGCCCACCCTTAGTCCACTCATCCTCGGATCCGTGGCCAGCACGGAGGAACGGGTACTGACGCTGGAGTCGAGAGCCTTCTCGGCCAATGTCAAAAAGAGCAGCATCTACAAACTGGAGAAAACAAAGCATGACCGGCTGGTTCGAATGCTGCTGGTCGTACTGCTTGCTATCTTAATCGTCTGGAGAGTTGCGCTATGA	MHNERSLLSRLYPTTKFMITIALCMAAFIVPGYGFSYAILPICMVLAYFAGSFKEFSNLAIKALLMIVVFIFILQSFFYPGNDILWSWSIFSIKREGLEFALFLTSKIVAVASAFILFFRITKVKDLVHSLEQIGLPSKVTYVILSTLQLIPEMKKLTHVIMDAQKTRGVETEGKLLVRMKAFLPTLSPLILGSVASTEERVLTLESRAFSANVKKSSIYKLEKTKHDRLVRMLLVVLLAILIVWRVAL	PGPT0004015_3041	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0004015-fmnA|ecfT-K16785	NA	NA
JZ016_03971	861	ecfA2_1	COG1122	Energy-coupling factor transporter ATP-binding protein EcfA2	ATGAGTATCATTACGATCAAGAATCTATCCTACCAATATCCGATCAGCGAGTCCGATGCGCTCAAGAACGTGAATGTAACGATCGAAAGAGGCAAGCTGTATGCGCTGATCGGGGCCAACGGAGGCGGAAAAACGACCCTGTGCAACGTCATCCGCGGGTTTATCCCCCACTTCTATAAGGGAGATCTGCGCGGCGAGGTGCTGATCGAAGGCAAGGATATCCGCGAATGGGAAATGGGCGAGCTCTCCCAAAAAATCGGCTATGTGTTCCAGAATCCTTTTACACAGATCAGCGGCGTGAAGGATAACGTCTTTGAAGAGATTGCCTTCGGCTTGGAAAATCTAGGCATGGAGCCCGCACTGATCCGGGAGAAGGTGGATCAGGTCATCAAGATGCTGGAGATCGATTATTTGCGGGAGAAAAACCCGTTCGAGCTCTCCGGCGGCCAGAAGCAGCGGGTTGCGCTCGCTTCCATCATCGTCATGGAGCCAGATGTGCTCGTGATTGACGAGCCGACCTCGCAGCTTGATCCGAAGGGAACGGAAGAAGTGTTCAAGATTATCGAGCTGATGAAGAAGAAGGGGAAAACCATTATTCTCGTCGAGCACAAAATCGAGCTGATTGCCGAATATGCCGACGATGTCATCCTGCTGAATGGGGGTGAAGTGGCCATGCAAGGCAGCTCGCAGGAGATTCTCACCGATGAGCGCGCACTAGCATTCGGAGCTGCACTTCCCCAATATTCGCTGTTCGGCCTGGACATGCGCCAACGGGGAATGGATCTTGGCAGCATCCCGTTAACTGAAAAAGAAGCCATGGATGCCGTCAAGACATGGATGAAGAAGGGGGTTAACGCATGA	MSIITIKNLSYQYPISESDALKNVNVTIERGKLYALIGANGGGKTTLCNVIRGFIPHFYKGDLRGEVLIEGKDIREWEMGELSQKIGYVFQNPFTQISGVKDNVFEEIAFGLENLGMEPALIREKVDQVIKMLEIDYLREKNPFELSGGQKQRVALASIIVMEPDVLVIDEPTSQLDPKGTEEVFKIIELMKKKGKTIILVEHKIELIAEYADDVILLNGGEVAMQGSSQEILTDERALAFGAALPQYSLFGLDMRQRGMDLGSIPLTEKEAMDAVKTWMKKGVNA				NA	NA	NA	NA	NA
JZ016_03972	807	ecfA2_2	COG1122	Energy-coupling factor transporter ATP-binding protein EcfA2	ATGAGCTTTCTGACTTTGACGAATGTTTCCTTTGCCTACCCAAACGGCTACAAAGCGGTGGACGGCGTCAATATGTCCTTCCGAAAGGGCGAATCCGTTGCCATCGTCGGCCAGAACGGGGCGGGTAAAACGACCACCGTCAAGATGATGAACGGGCTGCTCAAGCCCTCCGAGGGGGATGTCGTCATCGACGGCTGGAATACACGGGATTATACCACCGCCCAAATATCAAGAAAGGTCGGCTATGTGTTCCAGAACCCGGACGACCAAATTTTTCATAACGACGTGTACAGCGAGATTGAATTCGGTCCCCGCAAGCTGGGCCTATCGGAAGAACAGGTCAAAGCAAACGTCATGAAAGCGGCGGAGCTGGCAGGCGTCGTCCCGTTTCTTAAGGACAATCCGTACAACCTGCCCTACTCCATGCGTAAATTCGTAACGATTGCCTCCGTCATAGCGATGGATTCCAGCGTCATCATTCTGGATGAGCCGACGGCAGGCCAGGATCTTCCGGCTATGGCGCGTCTCGCCCATCTGATCGAGGCTTTAAACCAGGAAGGAAAAACCATCATCACCATCACACATGATATGGAATTTGTCGTGAACAACTTCCAGCGGGTCATCGTCATGGCGAACCGTCAGGTCATTGCGGATGACGACAAGCGGGCCATCTTCTGGAATCTGGATGTGCTGGAGCAGGCGATGCTGAAGCAGCCGCATATCAGCAGGCTCAGCCACTCCCTGGATATCGGCCATAACATCCTGGCAATACCAGAGCTTGCGGACGAGCTTGCCAAGCATAAGTGA	MSFLTLTNVSFAYPNGYKAVDGVNMSFRKGESVAIVGQNGAGKTTTVKMMNGLLKPSEGDVVIDGWNTRDYTTAQISRKVGYVFQNPDDQIFHNDVYSEIEFGPRKLGLSEEQVKANVMKAAELAGVVPFLKDNPYNLPYSMRKFVTIASVIAMDSSVIILDEPTAGQDLPAMARLAHLIEALNQEGKTIITITHDMEFVVNNFQRVIVMANRQVIADDDKRAIFWNLDVLEQAMLKQPHISRLSHSLDIGHNILAIPELADELAKHK				NA	NA	NA	NA	NA
JZ016_03973	948	rihA_1	COG1957	Pyrimidine-specific ribonucleoside hydrolase RihA	ATGGAGCAGGTTAAACACATCCTCTTGGATGTGGATACCGGCGTGGATGATGCCCTGGCGCTTATCTTTGCCGTCAAGTCCAATAAGCTGCATATAGAAGGCATTACAACGGTATTCGGCAACGTAGATGTGAAGCAGGCGACGGAGAATACGCTCCGAGTGCTGCAATTGGCGCAGCCCGGCTACGAAATTCCCGTTGCCATGGGAGCGGATGCCCCTTTATTTCGCCCTCGCCGGGAGAACGTCACCGCCATCCATGGAGCCAACGGCCTGGCCGGATATGTACTGCCAAAGGCACGCCAATCGCCGGTGAACGAGAGGGCATCCGATTTCATCGTGCGGAAGGTGCGGGAACAGGCGCATGACATTACGCTTGTCTTCACCGGCAGGTTAACCAATTTAGCGGTGGCGCTCGCCAAGGACCCGTCGATCGCTCAGAAAGCCAAGCTGGTGCTGATGGGAGGCGCCATCAAGATGCCGGGCAATATAACACCCGTGTCCGAGGCCAACATCCACGGCGACCCCGAAGCGGCGCATCGGGTGTTCGAGTCCGGAATTCCGATTACGATGGTAGGCCTGGACGTGACCGGAAAGGCGAAGTTCGGCGAGGCTCATTATCAACAACTCATGAGCGGCTTCACGGAGGAACAGGCGGAGTTAAAAGCTTTCATGCATCACATCTTCACCTTCAGCTTTGAGGCAAGCGACCGCTTGAACGAAGGCAGATACCGGCTGATGCATGATCCGCTGGCGCTGGCTGTCGTTGAGGATGCCTCCCTCGTGGAGACGGAGGATTATTACGTCTATATCGAGACAAAAGGACAGATTTCCTCCGGTGCGACGCTGGTAGACTTCAGACGTCCGCAGTCACGGACCAATGCCTCTGTCTGCATGCAGGTTCGTGAAGAAGCATTCATGCAGCATTATATTCGAACGGTGCTGTCATAA	MEQVKHILLDVDTGVDDALALIFAVKSNKLHIEGITTVFGNVDVKQATENTLRVLQLAQPGYEIPVAMGADAPLFRPRRENVTAIHGANGLAGYVLPKARQSPVNERASDFIVRKVREQAHDITLVFTGRLTNLAVALAKDPSIAQKAKLVLMGGAIKMPGNITPVSEANIHGDPEAAHRVFESGIPITMVGLDVTGKAKFGEAHYQQLMSGFTEEQAELKAFMHHIFTFSFEASDRLNEGRYRLMHDPLALAVVEDASLVETEDYYVYIETKGQISSGATLVDFRRPQSRTNASVCMQVREEAFMQHYIRTVLS	PGPT0013465_1396	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239	NA	NA
JZ016_03974	936	rihA_2	COG1957	Pyrimidine-specific ribonucleoside hydrolase RihA	ATGCATCGAATCGTATTGGATGTGGATACGGGCGTTGACGACGCGTTAGCGATTGCCTATGCTGTCCGATCCTCGGCACTCAATATCCTTGGAATAACGACTTGTTTCGGAAACGTACCGGTGGAGCATGCGACACGAAATACGCTCCATGTATTGGAGCGGCTTGGCGCAGCCGGGATTCCGGTTGCCATGGGGGAAGCCGCCCCCTTGTTCCATGCCTCGATGAAGTCGCATCCCGTCCAGTTTCATGGCGAGAACGGACTCGGCAACTTGGCATTCCCCGATCCGGCAGCTAAGCCGGTCTCCACGTCTGCCGCTGCCTTTATGGTGGATCAGATCCGGCGGTATCCGAAGCAGGTAACGCTGATCTGCGTCGGCCCGTTGACCAATCTGGCCGCAGCCATTCTGCAGGCGCCGGAGATATCGTCGCTGGTCCGTCAGATTATCGTGATGGGCGGAGCCGTTGGCGTGGCGGGCAACCGCCGGATGCATGCGGAAGCGAATGTATACTCCGATCCGGAGGCGGCCCAACTCGTCTTCCAATCGGGAGCTCCGATCACGCTGGTCGGGCTGGACGTGACTATGCAGACCGAGCTCAGTCTAAAGGATATTCAGCGCTGGAGAGACCTGGATTCGGACCTGACCCGCTTCTTGGCCGACATGACTTCCTACTATATTGAAGGCTACCGGGAAGCCTATGGCGACCGGACCGGCTGTGCCCTACATGATCCACTGGCGGTAGCCGTGGCGATCGACCCGAGCCTGATCGAGGTTCAGCCGATGGTGCTCCAGGTCGATCTGGAAGGCATCCACTCCTATGGCAGAACCGTTGCCGATCTGCGTCCGCGTTGTACCGACCAGCCGAATGTTAACGTATGTATCGGTGTCGACGCCAAGCGGTTTCAGGAGCATTTTATGGAGACCTTGATGAAATAA	MHRIVLDVDTGVDDALAIAYAVRSSALNILGITTCFGNVPVEHATRNTLHVLERLGAAGIPVAMGEAAPLFHASMKSHPVQFHGENGLGNLAFPDPAAKPVSTSAAAFMVDQIRRYPKQVTLICVGPLTNLAAAILQAPEISSLVRQIIVMGGAVGVAGNRRMHAEANVYSDPEAAQLVFQSGAPITLVGLDVTMQTELSLKDIQRWRDLDSDLTRFLADMTSYYIEGYREAYGDRTGCALHDPLAVAVAIDPSLIEVQPMVLQVDLEGIHSYGRTVADLRPRCTDQPNVNVCIGVDAKRFQEHFMETLMK	PGPT0013465_2346	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239	NA	NA
JZ016_03975	600			hypothetical protein	ATGTCTACGGAAATGAATCATCCCTGCGTCATCTTGCCAGAAGAGCAAGCGCCCGAAGATATGCAGCATTGTGAACGCTGCGAATTGTGCAAACAGCGGAATCGCGTCATTTGGGGGGAAGGTAATCCGCAAGGCACGCTGATGATGATCCTGGATAACCCGGGAGCCAGGGAGGACCGGGAAGGAAATCCGTTCTTGTGCGGGACCCGGGAAACCCTCCAACTCGGCATGAGGGAAGCAGGCATGGATATAAACTCGGTTTACATCACCTATTTGCTGAAACGCCGGCCAACCCGTGCTTACGATAAGCCTGCAACCCGAGCGGCATGCCTGCCGCATCTGCAGGCGCAGCTCCTTCAGAAGCAGCCGCTCGTACTATTCGGCTTCGGGAATGTCGTAGTCGAAGGATTATTCCCCGAGATGGAGAACGCCACCGTCAAGGAGCTACGGGGGAGCTGGCATGAGTTCCAGGGCATCCCCATTAGCTTTACCTATCACCCGCTGGCCGTAAGAAGAAGACCCAATTTGCTAAGATTCTTTGTCGAGGATTTGAAAGGGTTGAGGGCGAAGTGGGAGGAGAGAGCAGGGAGGGGGACATAA	MSTEMNHPCVILPEEQAPEDMQHCERCELCKQRNRVIWGEGNPQGTLMMILDNPGAREDREGNPFLCGTRETLQLGMREAGMDINSVYITYLLKRRPTRAYDKPATRAACLPHLQAQLLQKQPLVLFGFGNVVVEGLFPEMENATVKELRGSWHEFQGIPISFTYHPLAVRRRPNLLRFFVEDLKGLRAKWEERAGRGT				NA	NA	NA	NA	NA
JZ016_03976	918	bcrA_4		Bacitracin transport ATP-binding protein BcrA	ATGTCGGATACCATTCTGAAAGCAGCAAACATATCCAAAATATACGGCAAACACAAAGCCCTTGATAAAGTATCAATCGAGATTAAGCGCGGGATGATCTACGGCTTGATCGGGGAGAATGGTGCGGGAAAATCAACGTTTATGCGCATCATCATGGGACTCATCACCATTAACGAGGGCAGCATCGAACTGTTTGGAGCAACAGGCAATCAGGGATTGCAGCGTGCACGAAGAAAAATGGGGCAATCCATTGAAACGCCGGCACTTTATCCGGAATTAACGGCTCGGGAGAATCTGCAAGTCCAAGCGGCAAACGGCGGCGTAAGCGAACGCGAAATCGACGATTTGCTTCGCTTGATGAACCTGGGGAATACCGGCAAGAAGAGAGCCAAGAACTTCTCCTTAGGCATGCGCCAACGGCTGGCGATTGCTTCCACCCTGATTACGAACCCCGAGTTCTTGATCCTGGACGAGCCGACGAACGGTCTCGATCCGTCAGGAATGGTTGAAATGCGCGAAATCATTCAGCGGTTGGTGACCGAACGCGGGATGACCGTCTTGCTATCCAGTCATTTGCTGGATGAGCTTTCACAGGTGGCTACGCATTACGGGATTTTGCATGACGGAAAACTTATCCGTGAATTTTCACGAGAGGAGCTGGCAAACGAAACTCGCCAATACATTGAACTGGAGACAACGGAAGTCCATTCCGCCGTCGTGGTGTTGGACGATCTAGGGATCCGGGACTATGAAGTCATCAACGGAACCGAAATTAATATCTACGAACGCCTCGATGACGTTGCCGCCATCAACCGCTCGCTGGTTTTGGCTGACGTGAACGTTTTGCGAATCGGTACAACCCGACAAAAACTCGAGGATTATTTCTTGCAATTAACAGGAGGTGCCCCCCATGCTTAA	MSDTILKAANISKIYGKHKALDKVSIEIKRGMIYGLIGENGAGKSTFMRIIMGLITINEGSIELFGATGNQGLQRARRKMGQSIETPALYPELTARENLQVQAANGGVSEREIDDLLRLMNLGNTGKKRAKNFSLGMRQRLAIASTLITNPEFLILDEPTNGLDPSGMVEMREIIQRLVTERGMTVLLSSHLLDELSQVATHYGILHDGKLIREFSREELANETRQYIELETTEVHSAVVVLDDLGIRDYEVINGTEINIYERLDDVAAINRSLVLADVNVLRIGTTRQKLEDYFLQLTGGAPHA	PGPT0006725_12565	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_03977	780			hypothetical protein	ATGCTTAATCTGCTAACCGCCGAAAAAATCAAATTGCGCCGAAGCAAAAAACTATGGATCGTCCTGGGCATTTTATCTTTGCTTCCGATCTTCCAGGTCGCAAATAGCCTGACGGCCGTGCATTATGGCAACGAGCTCGTCCAGCCCGTTGATACCGTCATTAATGGAGCGACAGGCATTCTGATGATCGAGAAGAATGGATTAACGATTTTACTCGTCATTGGCGCTTTTATCAGTTTCTTGATTGGGGAAGAATTTCAGAATGGGACGATTCGAAATGCGCTTTCTTTAGGACGCAGCCGCACGCATTATTATTTGTCAAAATTGGTGGTAGCCGCGCTCCTCTCGCTCGTTGGTGTCATCATATTGACCGCGCTTGGCATGGTCAGCTTTTCCATCGCGTTTGGTTTCGGCGAAGTTGCCGGGATTAACCATTACTTCAGCTATGCGATCCAAGCGTTTCTCACGCTGTACGTATTAATTCTGTCTAACGTATCGATCTATATGATGATTAGCTTCTTAACCAAAAATAGCGGCATCTCGCTGATTTGGACTTTTATTTATACGATTGCGACTGGCTTTGGCGCACCCATCTTCCTGCAAACCGAGCATTTCAAGCAGCTCACCTACTGGTTTTCGTTATCCTTCTTGTTCTATTCCGATTTCGCCAAATCGGCGGATATCGGCAAGTTCCCTGAGATGATATTGGTCAGTCTCATCACGATCGTGTTATCATCAGCTATAGGAATTCTTCGGTTTACACGAACTGACATAAAGTAG	MLNLLTAEKIKLRRSKKLWIVLGILSLLPIFQVANSLTAVHYGNELVQPVDTVINGATGILMIEKNGLTILLVIGAFISFLIGEEFQNGTIRNALSLGRSRTHYYLSKLVVAALLSLVGVIILTALGMVSFSIAFGFGEVAGINHYFSYAIQAFLTLYVLILSNVSIYMMISFLTKNSGISLIWTFIYTIATGFGAPIFLQTEHFKQLTYWFSLSFLFYSDFAKSADIGKFPEMILVSLITIVLSSAIGILRFTRTDIK	PGPT0006730_16958	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_03978	687	srrA_7	COG0745	Transcriptional regulatory protein SrrA	ATGCCAGCGATATTAATCATTGAAGACGATACAGCCATTCATTCACTCATCAAGGAAGCCTTGGAGCTGCATGGTTTTCAAACGCAGAGCGCCTATTCCGGAACAGAAGGGAAGCTGCTGTTTGAGCACCATCAGGTTGATCTGGTTCTCCTGGATTTGATGCTGCCGGGGATGGATGGAGATGAACTTCTGGAGCACATTCGGCAAAATTCAAACACGCCCGTAATTGTGATCTCCGCAAAAAATGATCAGCATTCGAAATTGGAGCTTTTGACACACGGGGCCGATGATTACATCACGAAGCCTTTTGATGTGAAGGAACTGCTTGCACGAATTCACATCCAATTGCGCCATGCAGCCAAAGCTTCAGCCGGCCCTATGGATGAAATCCGTTACAAGAATATCAGCGTAAACCTAGACACGCGTGAAGTGACAATCAATGAACAGGCGGTTCATCTTACTGGACGGGAGTACGCCATACTTCTGTTATTCTTAGAGCACCCGCAAAAAGTATTCAGCCGCGCCAATATCTACGAAAGTGTGTGGAACGAGCCATTTTGGGGCAGCGATAAAACGATTAACATGCATATCAGCAATTTAAGGAACAAGCTGAACCTGGATGACACGAATTACATTAAGACCGTATGGGGTATCGGCTTCAAATTCGATTCAGAGGAAGGGACGTGA	MPAILIIEDDTAIHSLIKEALELHGFQTQSAYSGTEGKLLFEHHQVDLVLLDLMLPGMDGDELLEHIRQNSNTPVIVISAKNDQHSKLELLTHGADDYITKPFDVKELLARIHIQLRHAAKASAGPMDEIRYKNISVNLDTREVTINEQAVHLTGREYAILLLFLEHPQKVFSRANIYESVWNEPFWGSDKTINMHISNLRNKLNLDDTNYIKTVWGIGFKFDSEEGT	PGPT0002675_573	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776	NA	NA
JZ016_03979	912	phoR_2	COG0642	Alkaline phosphatase synthesis sensor protein PhoR	GTGAATGGGATGTGGGGATGGATCTTTGTCTTCCTGGCCTTTGCGTTTCTTCTTTATATTTACTTCTTAAAGCGGGAACTGGGGAAATTAAAACATGCGGTCCAAGAGATTCCAACGAACGCCAGCTATGGCTCCAGACTTTATGTAGATTTTCGCCAAAAGGCAATCATGGAGCTGGTCGATGAATTGAATCAGATGATCGATGCATTTGAAGAAAAAAATCGTGAGGCTAAGCGGATGGAAGAGAATGTGAAGCTATCCATCGCAGGGCTCTCTCATGATTTACGGACGCCCCTCACATCCATCCACGGCTATGTTCAGCTTTTCCATGCAGCCACAGATGAGACAAAGAAGGCGCAATATCTTAAGATTATCGAACATTCTGTACGGCGTCTGATAGAAATGACCGACCACTTTTACGACCTGGCACGCATTGAAATGAATCAAAAGGAACTGGCATGGTCTTCCCTATCTCTCTCCAACCTGGCTGAAGAAATCTTCTTGTCCTTCTATGAACAATTTGAGGAAAAGCAGATTGATCTCCAATTTCCCGAACCAACCCATGACCGTCATATCATTGCAGACCCGTTATTGATGACGCGTGTCATCCAAAATATCGTTCAAAATATCCTTCGTTATGCCAACAGTCAAGCTGTGATCCGTTACCGGGATGAGGGCAACGATCTAATACTTAGCGTTAAAAACGATATCAAACCCGACAGCAAAGTTGCCATTGAGAAGGTATTTACGCGTTTCTATACCGAGGTCGCCAGCAGAACAAACACGGAATCCAGCGGGATCGGCCTTTATCTGTCTAAACAGTTAGTTGAGAAGATGAACGGGAAAATGGATGCCGCGTTGCAGGACGGCTGGTTTATCCTTAACATCCGTCTTCCCATCCATCGAAGTTAA	MNGMWGWIFVFLAFAFLLYIYFLKRELGKLKHAVQEIPTNASYGSRLYVDFRQKAIMELVDELNQMIDAFEEKNREAKRMEENVKLSIAGLSHDLRTPLTSIHGYVQLFHAATDETKKAQYLKIIEHSVRRLIEMTDHFYDLARIEMNQKELAWSSLSLSNLAEEIFLSFYEQFEEKQIDLQFPEPTHDRHIIADPLLMTRVIQNIVQNILRYANSQAVIRYRDEGNDLILSVKNDIKPDSKVAIEKVFTRFYTEVASRTNTESSGIGLYLSKQLVEKMNGKMDAALQDGWFILNIRLPIHRS				NA	NA	NA	NA	NA
JZ016_03980	771	yokD_2	COG2746	SPbeta prophage-derived aminoglycoside N(3')-acetyltransferase-like protein YokD	ATGTATACATGGGAAAGCTTAATGAAGCAATTAGAGCAGCTGGGCATTGACGGCAAAGGGACGTTGTTGGTCCACTCTTCGATGAAGAGTATGGGGCCGGTCGAGGGTGGCGCGGACACGGTTCTCGATGCACTCACAGCGTATATGAAAGAAGGGCTGCTGGTGCTGCCCACCCACACGTGGTCTTATATCAATGCGGATAATCCGAAATTTTACGTGGATCAGTCACCTTCTTGTGTCGGGATCTTACCCGAGCTTTTCCGCAAACGGCCTGGTGTGGTGCGTTCGCTGCACCCTACTCATTCCGTGGCGGCATTGGGTCAGGATGCCAAAGCGTTCACAAACGACGATCATCGTTTCGACACGCCATGCGCTAGAGGTTCTGCCTGGGGGAAGCTGCTCGACCGAAGGGCGACCATCTTGTTAGTTGGGGTCGATTTAAAGCGCAACACTTTTATTCATGGAGTCGAAGAGTGGGTGGACATTCCGGGCAGGTTAACGGATGATCATGAGAAGCTGTACACGGTTTTACCGGATGGAACGGAAATCCCGGTGCCTTCCCGCAGACATTGCGGGTTATCGTGGTCGGAACATTTCTGGAAGGTCGATGAGGTTCTGGAAAGTCGGGGCGCGATGCATAAGGGGCATCTTGGCGATGCCGTTGTCCGGGTATGCGATGCGGCCGCGGTGGCGGATGTCATTACGGACATGCTTAAGGACAATCCGGATTTGTTCTCGGACAATCATCCCTTGGACCGAGATCAAATTTAA	MYTWESLMKQLEQLGIDGKGTLLVHSSMKSMGPVEGGADTVLDALTAYMKEGLLVLPTHTWSYINADNPKFYVDQSPSCVGILPELFRKRPGVVRSLHPTHSVAALGQDAKAFTNDDHRFDTPCARGSAWGKLLDRRATILLVGVDLKRNTFIHGVEEWVDIPGRLTDDHEKLYTVLPDGTEIPVPSRRHCGLSWSEHFWKVDEVLESRGAMHKGHLGDAVVRVCDAAAVADVITDMLKDNPDLFSDNHPLDRDQI	PGPT0028625_606	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028625-aacC-K00662	NA	NA
JZ016_03981	555			hypothetical protein	ATGCCTGAACATAAAAGGATGGATCCACGAGCCATTCGCTCCAAAAAGCTGCTGAAGCAGGCCGTTTTTTCATTACTGGCCGACAATCTGGAAATCTCTCAATTGACCGTCCGAAAAATTGCAACTCGCGCAGAGCTAAATCGTGCCACGTTTTATTTGCATTATGAGGATATTAACGATTTGCTGCGTCAGATCGTGCATGAGATCTTTGACGACCTGTCCAAGAAAGTCGAGCCGCTATTACAAGTGAAGAGCCGAAACGAACGGGAGCAGCTGATTGCATTTTTAAATTATTTTTATGAATACCGGAAAATTTTCGCTGTATTGGTTGAGCATACGGGCTTCAAAACCCACTTGTCGAACCTGTTGAAAAATACGATCAAACAACGCAGAGACGCAAGAAACATCCATTCCACAAGTCGAGTTGCCTCCGTTGATATTGTGGCATCATCACTTCTCGGGATTATTATGTGGTGGATTAAGGATGGTACCGAGCATAGCGCAGAATATATAGCGGATCAAATTACCCTGATGTATAGAAGAAAGTATTTGTAA	MPEHKRMDPRAIRSKKLLKQAVFSLLADNLEISQLTVRKIATRAELNRATFYLHYEDINDLLRQIVHEIFDDLSKKVEPLLQVKSRNEREQLIAFLNYFYEYRKIFAVLVEHTGFKTHLSNLLKNTIKQRRDARNIHSTSRVASVDIVASSLLGIIMWWIKDGTEHSAEYIADQITLMYRRKYL				NA	NA	NA	NA	NA
JZ016_03982	1449	emrB_3		Multidrug export protein EmrB	ATGCAAGAAGACATAAAGAAAATAAATAAAGGGATATTACTAACCATCTTGATCCTTGGTTGTTTCTTATCCACGCTCAATCAGACGCTGTTAAATGTAGCCTTGAGCAATCTAATGGGTGTATTTGATGTCACGGCAGCCACCGTACAATGGATTTCAACGGGGTTTATGCTGGTTAACGGGATATTGATCCCGATTACGGCCTATTTAATGAAACGCTTTACTACGCGTCAATTATTTATAAGCGCCATGTTGTTTTTATTAATCGGTTCAATCATCTGCGCGGCGGCGCCAAGCTTTGTTGTGCTCATGTTAGGACGGATGATTCAAGCTGCCGGTGCGGGAATTGTCATGCCGCTCATGATGAGTGTTGTGCTCGCCATCTTTCCCGTGGAAAAACGCGGCAGCGCTATGGGACTGCTGGGACTGGCCATGATTTTCGCTCCGGCCATCGGCCCGACGCTCTCGGGATTTATTGTCGAATACCACTCTTGGCGGTGGTTATTTATCGGTCTCATCCCGCTTGTCATCATGGTCATCGCATTGGCATTCAAGTATTTGGCCAATGTCTCCGAAGCGGCCAAGTCGAAGCTTGATGTAGGCAGCGTTCTTCTATCAACCGTTGGATTCGGCTTTATTTTATACGGCTTCAGCAGTGCAGGCAGTAAAGGCTGGGACGATGCCATGGTCATCCTGTCCTTAGCCATCGGGATCGTGGTCACGGCCATATTCTGTATGCGGCAAGTCAGGTCCGATGATCCCCTGTTGAACCTGTCTGTCTTCAAAAACAAAATCTTTACGTTAACGTCTCTTATTAACGTATTAGTCACGATGTTGATGTACGCGGACATGATCTTACTGCCTATTTATCTGCAGGATGGTCGCGGTTTTACGGCATTCGATGCAGGACTGCTCTTATTGCCGGGTGCGGTTGTCAATGCGCTGATGTCACCGGTCACCGGCAGGTTATATGACCGTTTCGGTGCGAGGCCGCTGTTCATCATTGGTTTGCTGTTTATTATTCCATCGATGTGGGCGGTAACAGATTTATCTGAGTCAACCACGTATATGTATTTGATGATTCGTACCATTTGCTTGCGAATCGGATTAAGCTTCGTCACCATGCCACTCAATACGGCCGGACTCAATGCGCTGCCCAAACACCTCGGTACGCACGGTACCGCGGTGAATAATACCGTTCGCCAAATTGCCGGCGCCATTGGTACTGCCGTCGTGATTACGATTTATACCGTGCAGGCAACAAGCCATGCAGCTGATGTGATGCAGAACAATCCTACAACGACTGCTAAGCTCCTTAAATCCCTTACATCCATCATAGGGGCAAGCGACGCCTATTCCTTCATGATGATTCTGGCCGTCATCGCATTTGTTATCACATTTTTTATGCCTATGAAAAACAAAACCAAGATCGAACAAAAGCAATCGTAG	MQEDIKKINKGILLTILILGCFLSTLNQTLLNVALSNLMGVFDVTAATVQWISTGFMLVNGILIPITAYLMKRFTTRQLFISAMLFLLIGSIICAAAPSFVVLMLGRMIQAAGAGIVMPLMMSVVLAIFPVEKRGSAMGLLGLAMIFAPAIGPTLSGFIVEYHSWRWLFIGLIPLVIMVIALAFKYLANVSEAAKSKLDVGSVLLSTVGFGFILYGFSSAGSKGWDDAMVILSLAIGIVVTAIFCMRQVRSDDPLLNLSVFKNKIFTLTSLINVLVTMLMYADMILLPIYLQDGRGFTAFDAGLLLLPGAVVNALMSPVTGRLYDRFGARPLFIIGLLFIIPSMWAVTDLSESTTYMYLMIRTICLRIGLSFVTMPLNTAGLNALPKHLGTHGTAVNNTVRQIAGAIGTAVVITIYTVQATSHAADVMQNNPTTTAKLLKSLTSIIGASDAYSFMMILAVIAFVITFFMPMKNKTKIEQKQS	PGPT0028570_843	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028570-lmrB-K18926	NA	NA
JZ016_03983	1302			hypothetical protein	GTGGCTGACTTATTATTGATGTTTTGTATTGTTAGCATTTGGGCTGCCGTGTTGGAGTCGATCCTGATTATGGGGGGAGCGGTCCGGTTTATTTTCAGGCAGAGCCGCAGGGAGTGGACCATTCCTGATGTGGATGAGATGGAGCATTTCCCTAAGGTAACCGTCATGGTGCCTGCGCACAATGAAGAATTGGTGATCGCGGCAACGGCGGAAAATATTTTGCGGCTTAATTACCCGAAGGATAAGGTGCAGCTCATTGTCATTGCCGATAACTGCAGTGATGATACTGCCGGTAAATTGAAGGCTTTGAGAAGCAAGGAAGCGTATCGAGATCGGGACTTTATGATCTTTGAACGTACAGGAACGGGCGGCAAGTCCGGAGCGCTTAATGATGCGCTGGAGTATGCGAAGAACGAGTGGATTTGTATCTTTGACGCAGATGCGGCACCGGAGCGGAACGCCTTGTACTTCTTAATCGAAAAAGCAATGGAAGACCCTGAAACCTACGGAGCGGTATTTGGACGGAACAAGGCCAGAAACCGCGGGCAGAATTTCCTCTCCAAATGCATTAATCTCGAGCTTGTGACCGCGCAGCGAATCTATCATACCGGATTGTGGGAGCTGTTTAAGCTGGGGACGATTCCGGGAACGAATTTTATTGTGAAAACGGGGCTGATGCGCGAGATCGGCGGCTGGGATACGGAGGCCATTACAGAGGATACGGCCATCTCGTTCGAGATTATGACAAGGGGACAACTGATCGCCCTGGCTCCTCAGGCGGAAGCTTATCAGCAGGAGCCGGAGCAGCTCAGCGTGTATTTGAAGCAGCGGGAACGATGGGCCAAGGGGAATTTTTCGGTCGTGATCGAGAACATCCATCATTTGTTTAATCGGTCAAGCTGGCGGATCAAGCTGCAAGTGCTGTACTACGCGGCGAGTTATTTCTGGTTTTTATTATCCATTATCGTGTCGGATATCATCATCGTTGTCAACTTGGCCTACTGGGTGATTGCGCTGTTCAATCCGGATGTGGTGTCACCGTTCCAGTTTGCCGATGATGTATACGTCTACCTGATGGTGGCTTGGGGATTGATGTATTACCTATTTGTGCTGCAGATTAATCTGGCGCTGGCAACCGATGTCGGGCAAAGCACAACCCAGAATTTCATTCTGTCCTGCCTATCGTATTTCACGTATGCTCAGCTATTTCTGCTCATTTCCCTGCGCGCGCTCTATTCGTTTGTTGTAGACAAAGTAACAGGGAGAAAAGCCAAGTGGTACAAAACGCAGCGATTTGGATAA	MADLLLMFCIVSIWAAVLESILIMGGAVRFIFRQSRREWTIPDVDEMEHFPKVTVMVPAHNEELVIAATAENILRLNYPKDKVQLIVIADNCSDDTAGKLKALRSKEAYRDRDFMIFERTGTGGKSGALNDALEYAKNEWICIFDADAAPERNALYFLIEKAMEDPETYGAVFGRNKARNRGQNFLSKCINLELVTAQRIYHTGLWELFKLGTIPGTNFIVKTGLMREIGGWDTEAITEDTAISFEIMTRGQLIALAPQAEAYQQEPEQLSVYLKQRERWAKGNFSVVIENIHHLFNRSSWRIKLQVLYYAASYFWFLLSIIVSDIIIVVNLAYWVIALFNPDVVSPFQFADDVYVYLMVAWGLMYYLFVLQINLALATDVGQSTTQNFILSCLSYFTYAQLFLLISLRALYSFVVDKVTGRKAKWYKTQRFG	PGPT0015297_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0015297-ydaM-NA	NA	NA
JZ016_03984	144			hypothetical protein	ATGTCTTACAGCGAATGGTTTATTCCGCTTTGCAAAATCGTCAGCCTGATGTTTACCCTTGCGGTACTGGGGCTGTTCATTGCAACGATGGCCCTTCGAGTTCGCGTACATCGAAAATACGACCGGAGGAAGATTCGTGGCTGA	MSYSEWFIPLCKIVSLMFTLAVLGLFIATMALRVRVHRKYDRRKIRG				NA	NA	NA	NA	NA
JZ016_03985	876			hypothetical protein	ATGGAAAATAAAAAATTGATCCAGCGCATGGTCTGGGGATACGTACTGCTGATTGGTTTAGCGCTCCTGCAGGAGCTGTTGCTCTATATTAATGTCTTTAGAGACTCGTCTTTTACGCTGCTTGAACTGGGATTCAGTGTCGGATGCCTTGCGGCTCTGCTGCTCGGTTTCTTGGTTCCTCCCGGGGTCTCTGTCGTTAGTATTTTTGTTTATATCGTTGCTTATTTTGTATGGCTTACGACGTATGCCGAGGTCGATGTGCTGTCCATCTCCTGGCTATGGCTGCTGCCGGCCAACGTGGCCGCGGCCACATTTATCAAATCCGGGCTGATTCGCAATAAACGGCTGATGGAGCGGCTTGAGGAGCTGCAGCAAAGGAACCCGGAAGTGGACTTGGCAACCTCGCTGGGCAATAAGGGAGCCTTTAAAGAAACGCTGATCAAGCAGTCCAACTTGGCCAATCGTTATTCGGATACGTATAACTTCTGCCTGGCCATGTTTAAAATCGAATTTCTTCCGATGGTGCGGGAATCCCTCGGTTCTCAAGGCTACGCTCAGCTGCTCGCTTCCTTATCAGAAGGGATACGGAATCATATTCGTTACGAGGATTACAAGTTTGGCCTTGATGAGGGGCGATTTGTCGTGCTGCTCCCCATGACGAACCAGGAGTATCTAAAGGCATTGACGGACCGGATCAAGCACGCGCTGATGGACATGCCGTTCCAGGACCGGAAAGGCGGGGAGCTGAAGCTGGTAATCCGTACAGGAGCGCTGGTGTTTGCTAAGGAGCAGTTCAGTAAATATGAAGATGCGGATGCTGTCATTGCCGCACTCGAACGCAATACGGAGACCGATTTGATCGGAGAGTATATATAA	MENKKLIQRMVWGYVLLIGLALLQELLLYINVFRDSSFTLLELGFSVGCLAALLLGFLVPPGVSVVSIFVYIVAYFVWLTTYAEVDVLSISWLWLLPANVAAATFIKSGLIRNKRLMERLEELQQRNPEVDLATSLGNKGAFKETLIKQSNLANRYSDTYNFCLAMFKIEFLPMVRESLGSQGYAQLLASLSEGIRNHIRYEDYKFGLDEGRFVVLLPMTNQEYLKALTDRIKHALMDMPFQDRKGGELKLVIRTGALVFAKEQFSKYEDADAVIAALERNTETDLIGEYI				NA	NA	NA	NA	NA
JZ016_03986	1104			hypothetical protein	TTGAACATGCGAAGTGGACACAAAGTCTTATGGATAGGGCTTGCTATATTGTTAAGCGCCGCCTTGGGAATCGGGGGGTATTTGATCCAGGCCAAGGGGGATAATTCATCGAAACATTTTATTACGATGAACATGACCAACCCGAATGGCACGCTGGCCACCTATTTACAGGAAGTCCAGTCGGTCAATCCTGAATTGGCAGCAGGGAGAGAGGCGCTCTCCGAATCTCTTGGGTTTTGGATGCAGGCAGCGCTGGAAAGCCGCGATCTTGCCGAGTTTGAGAAGAGTTATGACATATTAACCCGCTATTTTATCGCGGATCGCCATTATATTGCGTGGAAACTCAATCCCGAAGGAAAGGCCCAAGTCAGCACGAACGCGCTTGGCGACGATTTGCGGATTATCGGGGCTCTGCTGGAAGGTGCCCGGATATGGAAGGGCCATTCCGAATGGACGGAGACGGCCAGGGAGCTTACGGATACCTTGCTAAACAGGTCCCAAAATAACGGATATCTGGTGGATTTCTACGATTTCTCCAGGCAGGAAATGCCCGATACGCTGAGTCTGCCCTATGTGGATCTCCCGGCACTACAAGGGCTCCTGCAAGAAGGACTACTGGAAGAGGAAACGTACATTCGATATCATTCCCTGCTTCGGAACATGCCGGATGACGGTGTGTTCTATCCCAAGTCCTTTAATGTAGTGACCAGGGAGTATACCTATGAAGCTAAGGTGAATTTAATCGATCAGCTGCTGATTGCGATGTATGCCGGGGAAACGGGAAGGGACCAAGCGCCGCTGCACCAATTTCTGAAGAAGGAGTTCGAGCAGGCGGGGAAATTGGCGGGACAGTATACACGGGCCGACCGAAAGGCTGCGGTAAATTACGAGTCTCCGTCGGTGTATGGCCTTGCGATCAACTTTGCGCTTCAAAGGGGAGACAGGCCATTTGCAGCAAAACTGTACAAACGGATGCAAACCTTCAAGGGAAAGGACGCACGTTATCCCGGAGGATATGTATTCGGAAAAAATACGCATATTTTTGATAACTTGCTTCCTTTATTAGGCGAATATGCTTTTCAACGAGGTGGACATGGAAAATAA	MNMRSGHKVLWIGLAILLSAALGIGGYLIQAKGDNSSKHFITMNMTNPNGTLATYLQEVQSVNPELAAGREALSESLGFWMQAALESRDLAEFEKSYDILTRYFIADRHYIAWKLNPEGKAQVSTNALGDDLRIIGALLEGARIWKGHSEWTETARELTDTLLNRSQNNGYLVDFYDFSRQEMPDTLSLPYVDLPALQGLLQEGLLEEETYIRYHSLLRNMPDDGVFYPKSFNVVTREYTYEAKVNLIDQLLIAMYAGETGRDQAPLHQFLKKEFEQAGKLAGQYTRADRKAAVNYESPSVYGLAINFALQRGDRPFAAKLYKRMQTFKGKDARYPGGYVFGKNTHIFDNLLPLLGEYAFQRGGHGK				NA	NA	NA	NA	NA
JZ016_03987	381			hypothetical protein	ATGATATGGCTGGTCTATGGTTTGCTTAGGGTGATCGCTGTGAGTGATTTGATGAAGATGGTAGGGGAAGGCATTCGGCACTTCCGAAAACTACGTGGACTAAGCCAGGAGGAGCTTGCAAGTAAGGCTGAGGTACACGAAACTTATATTGGTAAGCTGGAGCGTTCCGAAAAAGTTTGTTCCATTGTGGTACTGAATAAAATTGCGAATGCGCTCGATCTTTCGATGGTGGAGTTTTTTAATTATATCCAGCCTGTTAGCGAAGAGGCGAGCAAGTCTACACTTGCAGAAATTGTGAACAAGCTCCGAAGCAGAAGCGAAAATGAGCAAAAAAAGATATTGAAAGTCATCGACGCAATGTTGGACGATCAGTTGAATTAA	MIWLVYGLLRVIAVSDLMKMVGEGIRHFRKLRGLSQEELASKAEVHETYIGKLERSEKVCSIVVLNKIANALDLSMVEFFNYIQPVSEEASKSTLAEIVNKLRSRSENEQKKILKVIDAMLDDQLN				NA	NA	NA	NA	NA
JZ016_03988	579			Potassium channel	TTGAAAGCAAACCGGATGGAAGCATTCAGCGATGGCGTGCTGGCCATTATTATTACGATCATGGTGCTGGAATTCAAAGTGCCGGAAGGCCATGACTGGCACGCGCTAATCGAGCTTGGCCCGAAAGTTGTCAGCTATATCTTCAGTTTCGTGTATATCGGCATCTACTGGAACAATCATCATCATCTGTTGCATATGGTTCGAACAATGAACGGGCGGTTGATGTGGCTTAACTTGCTGCTTCTCTTCTGGCTATCCCTTGTGCCGTTCACGACGGCTTGGATGGGGGAAAGCCATTTTGCACCTACTCCGACAGCGCTGTACGGTATTATTCTACTACTAGCGGCGTTATCATACTGGCTGCTTCAGCGTATGATTATGAACCAGCACTCCGGTGATTCCTCATTCGTCGCAGCGATGGGTAAAGATTGGAAGGGGAAACTATCTCCTTTACTCTACTTGACTGCTGCCTTGACCGCATACGTGAGTGTTTGGATATCCGGTTTCTTTTTCGTGCTCGTTGCCGTGATCTGGTTCATGCCGGATAAGCGAATCGAGCATGTCCTGAGAAGCCGCTAA	MKANRMEAFSDGVLAIIITIMVLEFKVPEGHDWHALIELGPKVVSYIFSFVYIGIYWNNHHHLLHMVRTMNGRLMWLNLLLLFWLSLVPFTTAWMGESHFAPTPTALYGIILLLAALSYWLLQRMIMNQHSGDSSFVAAMGKDWKGKLSPLLYLTAALTAYVSVWISGFFFVLVAVIWFMPDKRIEHVLRSR				NA	NA	NA	NA	NA
JZ016_03989	1518	flp_2		Protein flp	ATGAGAACCGAAGAGAAGAAAATGTGGCTAGTCTTGATTTGTTTCCTGCTATTGATGGGCATCCTGGCCAGACCCGCTTCCGCCGTTGAAGTCCGAAGCAAAGCCGAAGTCCAGCAGGAAATCGATCAGTACGTCAAAATAACGATGAGCGCCAATCATATTCAGGGTGCGGCCCTTGCCATCGTTCATAACGAAGAGGTGTTCTATACGCAAGGATACGGCGCTATGTCAGAGGGCCGTGATATAAACGATGGCACCCCGTTTCCTATTGCTTCGTTAAGCAAATCTTTTACGGCCCTGGCTATCCTTCAGCTGGCGGACAAGGGACTAATCGAGCTTGATGCGCTGTACGCATCTTATTTTCCCGACCTCGCACCTAAGGACGAGCGCGTTCGGGATATTACCGTTCGGGATTTGCTCAACCAGACAAGCGGTCTTAATGACAAGGTGAATCCCGACATGACCCGTTCGTCCCCATATCAATCGCTGCGACAGGTTAACGAGTCGTTGAACACGGTTCAGCTAGCCAATGATCCTGGAGCAGCCTATAGCTACCACAATCCGAATTATCAATACTTGGCTTTGTTGGTCGAAACAATGAGCGGACAGAACTTCTCCGATTACTTGGAGGATCATATCTTTGAGCCTCTGGGGATGAGAGATACCTTTAATGTGAGCAACACGCGGCAGATCAATGAGAACTCCGCCATTCCGCGGGGACATTATATATTGCTCGGCCATCCTGTAAGCCAGTCTGAACCTTCTTGGTTCGTTGACGGGCCCGCCGGTATGATTTCGACAGCCGAAGATATGGCCAAGTGGATGCTCGCCCAATATAATGGCAGGCTTCTTACGCCAGAGCTGATGGAGCAGTACCATACGGCCGGACAGAACGGCCCGTATGGAATGGGGTGGCTTGCGGAAGAGGATGAGCAAGGGGGCCGGACGATTTCCCATAGCGGAATTTTATGGACGTATAAGGCGGAAGAGACGATCTATTTGGATCAGCGGCTGGGCATTGCGATGATGTTTGACTCCGGTTTAAACGCCTTTGTCGATTATTCGGCGTTTGTCGACGGAATCGCAAAGATTATGAAGGGTGAAAAGACCGAATCGTCGATTGTCAACAGCAAAAACATGGAGGCGGTTATGATTCTGCTGGTGCTTGCGACGATTGCTTGGGGGATATATAGGCTCTATCGGATCCATCGAAGCAAAAAGGCCATGACAACCGGGAAATGGATTGTTTCATTAGCCGGAGGACTGCTGCCTATCTTGATTCTTCTGTTTCTGTCGCCGTTAGCTACATTTATTGGCGCCGGGCGAGTATTGCCTTGGTATGGACTATGGACTGCCATGTCATCGCTGATCATATGGCTGGTTGTATTATCGCTTGTGAATGTAACGGTTATGGTATGCCGTTTCAGGTTATATTACCGGGCGAGGAAAGATGAAGGGAATAACAATCTCACCTTATCCAGAAAACCCTTCAAGATAACCCTGCGCAACCATAGGTGA	MRTEEKKMWLVLICFLLLMGILARPASAVEVRSKAEVQQEIDQYVKITMSANHIQGAALAIVHNEEVFYTQGYGAMSEGRDINDGTPFPIASLSKSFTALAILQLADKGLIELDALYASYFPDLAPKDERVRDITVRDLLNQTSGLNDKVNPDMTRSSPYQSLRQVNESLNTVQLANDPGAAYSYHNPNYQYLALLVETMSGQNFSDYLEDHIFEPLGMRDTFNVSNTRQINENSAIPRGHYILLGHPVSQSEPSWFVDGPAGMISTAEDMAKWMLAQYNGRLLTPELMEQYHTAGQNGPYGMGWLAEEDEQGGRTISHSGILWTYKAEETIYLDQRLGIAMMFDSGLNAFVDYSAFVDGIAKIMKGEKTESSIVNSKNMEAVMILLVLATIAWGIYRLYRIHRSKKAMTTGKWIVSLAGGLLPILILLFLSPLATFIGAGRVLPWYGLWTAMSSLIIWLVVLSLVNVTVMVCRFRLYYRARKDEGNNNLTLSRKPFKITLRNHR				NA	NA	NA	NA	NA
JZ016_03990	1107	sasA_27		Adaptive-response sensory-kinase SasA	ATGGCGAAAATGATAAACTGGCTGAGCCTGAAGCGGTTAACCTTGCTGCAATCGTTCATCCTATTATGCTGCCTTACGCTCATCGCCGTTCTAGTCGTCATCACATTGGAGTTTAGATGGGCGGAAAGTATACGGTTGCGGTTTGCCGGCTATTCTTCCGTGAACGATTGGTTGCTGCCTTCCCTCGTTGCGGTTGTCCTGTTAACGGTTGCCGTTGGCATCGTCCTGATGGGCAGCTTGTTTTATCGGTGGAAACTGAAAAAACCGCTTGAAATCTTGATGCTGGCATCAGAGAAAATTTCGGCGAACGATTTGGGGTTTCATATTTCTTACGACAGCGTGGATGAGATGGGGGAATTATGCCGTGTATTTGAGAACATGCGTGGTCAGTTGGAGAAGAACCACCAAACGCTCTGGCGATCGGTCGAGGAACGGAAACAACTGAACGCTATTTTTGCCCATGATCTGAGAACGCCCCTATCCGTTCTGAAAGGGTACTCCGAGTTTCTGATCGCTTACTTGCCGGAGCGCAAAATATCCGAGGAGAAACTCTTGGACACGATACAGACGATGCAGGCGCATATCGTCCGTCTTGAAAGCTACACGGAGGCGATGAATTCTATTCAGAAGCTGGAGGATATGCCGGTGCAGAGCCGTATGATTGAAACGGATGAACTCATCTCCTTGCTGAATGACAGCGCGGGCCAAATTACCGGACGGAATGGTAAGACTTTCGGTTCATCCATTGCCGCGGAAGCGAACGAAATAACGGTCGATGTCCATTTGGCGATGCAGGTTTTTGAGAATTTGATCGTAAATGCAGCGCGTTATGCCTCAAGTCACGTAAGCGTTCATTATAACGTCGGCAAGGGCTTCTTTTCTATAACCGTCACGGATGACGGTGCAGGTTTTTCCGAAGTGGCGCTCCGCAAGGCCGTACTTCCTTTTTATCGCGGAGAGGTATGGGATGCGAATGAACATCACGGACTAGGGCTTTACATTTGCAAAGTTCTTTGCGAAAAGCATGAGGGTAGTCTGCAGGTAGCCAACGGCCTCCATGGCGGTGGGAACGTAACGGCAAGTTTTTTGTACGGAGTTGATAAATAG	MAKMINWLSLKRLTLLQSFILLCCLTLIAVLVVITLEFRWAESIRLRFAGYSSVNDWLLPSLVAVVLLTVAVGIVLMGSLFYRWKLKKPLEILMLASEKISANDLGFHISYDSVDEMGELCRVFENMRGQLEKNHQTLWRSVEERKQLNAIFAHDLRTPLSVLKGYSEFLIAYLPERKISEEKLLDTIQTMQAHIVRLESYTEAMNSIQKLEDMPVQSRMIETDELISLLNDSAGQITGRNGKTFGSSIAAEANEITVDVHLAMQVFENLIVNAARYASSHVSVHYNVGKGFFSITVTDDGAGFSEVALRKAVLPFYRGEVWDANEHHGLGLYICKVLCEKHEGSLQVANGLHGGGNVTASFLYGVDK	PGPT0011705_338	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011705-nisK|spaK-K20487	NA	NA
JZ016_03991	672	srrA_8	COG0745	Transcriptional regulatory protein SrrA	ATGAAAAAGATACTGATCGTAGATGATGAAGCCGATCTGCGCAAACTGCTCACGGATTACTTTGAAATAAACAGTTATTTCGTGATGACTGCGAAGAACAGTAATGAAGCGCTTCGGCAAATTGAAGATCAACCGGATCTTGTGCTGCTGGATATCAATATGCCGGAGCTTGACGGTCTGGAATTATGCAGGAAAATCCGGCATTTTGTGTCCTGTCCGATCCTGTTTCTAACCGCCCGCGGCGAGGATGCGGATAAAATATCGGGATTTCAGGCCGGAGGGGACGACTATATAGCCAAACCGTTCAGTCTTCATGAGTTGGGTGCGAGGGTAGAGGCACATTTGCGCAGGGAGATGCGAAGCCAAACGAAAACGTCCGTAAGGTTTAGCGAAGATTTGGTCATAGATTATTCGGCTCGCGCGCTTTACATCCACGATGTACAAATTCCCTTGGCCAAAAAAGAGTTCGATATTATAGAGCTATTGTCCATGCATCCCGGAATGGTGTTTGACAAAGAGCGCATTTTTGAAAAAGTGTGGGGACTGGACGGCGAAGGCGACAGCGCCGTAATAGCGGAGCATATCAGGCGAATACGTATCAAATTAAAAGAGCATGGCTGCGGCGACAGGATTGAAACTGTATGGGGAGTGGGTTACAAATGGCGAAAATGA	MKKILIVDDEADLRKLLTDYFEINSYFVMTAKNSNEALRQIEDQPDLVLLDINMPELDGLELCRKIRHFVSCPILFLTARGEDADKISGFQAGGDDYIAKPFSLHELGARVEAHLRREMRSQTKTSVRFSEDLVIDYSARALYIHDVQIPLAKKEFDIIELLSMHPGMVFDKERIFEKVWGLDGEGDSAVIAEHIRRIRIKLKEHGCGDRIETVWGVGYKWRK	PGPT0011710_67	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011710-nisR|spaR-K20488	NA	NA
JZ016_03992	453			hypothetical protein	ATGACAATAGGTGAAAATGAACTTATGGCTTCGCGCGAGTACGATGTCCCACAGGAGCTTGTGTTTCGGGCATGGACAACCCCAGATTTATTAGCCAAGTGGTGGGGACCGAAAGGCTTCAAGAATACGTTTCACGAGTGCGATATGAGGACGGGAGGTACGTGGAAGTTCACCATGCACGGACCGGATGGCGTGGATTATCCTAACCATAATGTCTTTGTTGAGTTCGTGCCGACGGAGCGGGTCGTGATTGATCATCTGAACGTTCACGAATTTCGGGTAACGGCTACCTTCGAGGACTTCGATGGCCGGACCAGGGTCACCTTCCGTCAACGTTTCAAGAAAAAAGAGGAGTTTGAAAAAGCGAAGCCCATCTGCATAGAAGCTAATGAACAGCAGCTTGACCGGCTTGGCATGGTGCTGGCGGAATTGATCGATAGCTTTGTAAAGTGA	MTIGENELMASREYDVPQELVFRAWTTPDLLAKWWGPKGFKNTFHECDMRTGGTWKFTMHGPDGVDYPNHNVFVEFVPTERVVIDHLNVHEFRVTATFEDFDGRTRVTFRQRFKKKEEFEKAKPICIEANEQQLDRLGMVLAELIDSFVK				NA	NA	NA	NA	NA
JZ016_03993	504			hypothetical protein	GTGAGCATGCTGCTCGGCGCGCGAGTTCTCGATACCCACGGCGAGCCGGGAGAGGATATGTCCGACTCACGAATCAAGGCGGGCGTGCTGCTTGCCACGACTGGCAAGGGTGGTGCTGACTTGAGCCCGTTCGCGGCAGAGCACTTCCCCTTCATGAACCCAAGCTTCGCCGAGATGAGCACGCCGACCCTCGTGGTAGCGGGAGATCATGACCAGTCCCAACTGTCCACTCGGGGACCGGACTGGTTCACCGACCCGTACTTCCTGAGCCCGGGCAGCAAGAGCCTGCTCACCCTCTTCGGAGCCGAGCACTCGCTTGGCGGGATCCCCGGTTACAGCGCTGCGGAGACGACGGACGAGAGCCCCGAACGAGTCGCCTTGATCCAGCAGATCACGTTGGCCTATCTTCGAAATGAGCTCGACCTCGACGATTCCAGCTGGCCAGCCGCTCGCGCGGCTCTAGAAGAGAGCAATATACCGCTGGGGCACATCGAGTCCAAATAA	MSMLLGARVLDTHGEPGEDMSDSRIKAGVLLATTGKGGADLSPFAAEHFPFMNPSFAEMSTPTLVVAGDHDQSQLSTRGPDWFTDPYFLSPGSKSLLTLFGAEHSLGGIPGYSAAETTDESPERVALIQQITLAYLRNELDLDDSSWPAARAALEESNIPLGHIESK				NA	NA	NA	NA	NA
JZ016_03994	420			hypothetical protein	ATGAAAATTAAAGTTAGTGTGCCTACTCCAGTCGTTTCGGTGAAGCCGCTAGTCCTATCAGCGCCGGACCGTGGCGAGGATCTGCAAGTGCGAGTGTCTGCGCCCGCGACTGGGAGTGAATTGCCTATTATCGTTTTCTCGCACGGCTTTGGCTGGTCGTTGGATGGCTACGGCCCGTTGGCCGACTACTGGGCTGCTCACGGCTTCGTGGTCATTCAACCTACCCATCTCGATTCGAGGACGCTGAACCTTCCTCCTGAAGATCCCCGTACGCCACGGATCTGGCGTTTCCGAGTCGAGGACATGAAGCGCATCCTCGACCAGCTTGATCAACTTGAAGCTTCCGTTCCCGGTCTCAGTGGACGCCTCGATCGAAGCCGTATTGCGGCAGCCGGACACTCCTGGGGGGCCAGACGGTGA	MKIKVSVPTPVVSVKPLVLSAPDRGEDLQVRVSAPATGSELPIIVFSHGFGWSLDGYGPLADYWAAHGFVVIQPTHLDSRTLNLPPEDPRTPRIWRFRVEDMKRILDQLDQLEASVPGLSGRLDRSRIAAAGHSWGARR				NA	NA	NA	NA	NA
JZ016_03995	471			hypothetical protein	ATGAACAAGAACGAGCTAAACCAAGAGGAACTGCGAATATGGCATATGTGGAAGGGCTCCTTTCAGAGCATCTTCGGTCGCGTAATAAAAGAGATGTCCGAGCAGACAGGACTGTCAGAGGGTGATTATGGGGTGTTGGATCGGTTAGTGCTTTTGGGGAACGGCAACCTTCGCCAACAGGAATTAGCCGACTCGATGGACTGGGACAAGAGTCGACTGTCACACCATTTGACGCGGATGGAAAAACGCGGACTTGTGATGAGGAAGCCGTTAGACACGGATCGCGGTGTTCAAGTCATCATCACTTCTATTGGAGAAGCGGCATTGGATGATGCCCGTCCCATAGTTTCCAAGGCAATACGCAAATATTTCCTTGATCATTTAACCGATCAAGACATTGAGTCGATTACCAGGCTTGCGGAGAGTACCAAAACGGGGTCTTCCGCGTCTGGTAAACCACCTACGCCGTGA	MNKNELNQEELRIWHMWKGSFQSIFGRVIKEMSEQTGLSEGDYGVLDRLVLLGNGNLRQQELADSMDWDKSRLSHHLTRMEKRGLVMRKPLDTDRGVQVIITSIGEAALDDARPIVSKAIRKYFLDHLTDQDIESITRLAESTKTGSSASGKPPTP				NA	NA	NA	NA	NA
JZ016_03996	819			hypothetical protein	ATGACTGTTACTAACAGCAAAGCAAAGGCAATGGGAGCGTTTCTCAAATCACGCAGAGAACGACTTTCGCCGAAGGATGCGGGCCTGGAATTCGCCAACGGGCAACGGAAGACGCCCGGACTGCGGCGCGAGGAAGTCTCCTTACTAGCGGGCGTGAGCGTCACCTACTATACGTGGCTGGAGCAAGGGCGGGATTTAACCCCGTCCAAAGATGTGATCGACAGCATCGCCCAAGCACTCCGATTATCTCCAGCCGAGAAGAGTCATTTATACCAGCTCTGGAACCCGCATGCATTCGAGACGCCTTTTGCGGGCCCAGCCGTCGTAGATCCGCATATGCAGAAGATTATAGATCAATTGACGTACCCTTCTCACATCACCAATGAGAGAAGCGAAGTGCTCGCTTGGAACAAGGCAGCTCAGGAGACGTTCACCGACTTTGCTTCCATTCCTGTCCAAGAACGTTATTTCATGCGTTTGTTGTTCGAAGATACGGAAATGCGCAATCGCATCGTGAATATAGAAGAATTCTCGAGTTATTCGGTGGGCGTGTTCCGAACTTATTACGATAAACACCGGGATGACCCTTGGTTTGAGACGGCAGTAGAGCAGCTTACTCAGAACAGCCCTGAATTCGATCGAATGTGGGGACAATACGATGTTCAACTCAAAAAGGTCAACCGGATTGTTTTGCAGTCCCCCGTTACCCATCAACCTGTTGCTTATGATATCCATTCCTTGGTGAATTTGTCTGACCGCCCGGATATCCACATCTGCATTTACACCCCGGCTACTGAGGATCCGGGTTCTGACCGTTAA	MTVTNSKAKAMGAFLKSRRERLSPKDAGLEFANGQRKTPGLRREEVSLLAGVSVTYYTWLEQGRDLTPSKDVIDSIAQALRLSPAEKSHLYQLWNPHAFETPFAGPAVVDPHMQKIIDQLTYPSHITNERSEVLAWNKAAQETFTDFASIPVQERYFMRLLFEDTEMRNRIVNIEEFSSYSVGVFRTYYDKHRDDPWFETAVEQLTQNSPEFDRMWGQYDVQLKKVNRIVLQSPVTHQPVAYDIHSLVNLSDRPDIHICIYTPATEDPGSDR				NA	NA	NA	NA	NA
JZ016_03997	957	iolS_5	COG0667	Aldo-keto reductase IolS	ATGCTGCAGCAAAGAAAACTAGGAAAAGAAGGGCTCGAAGTGTCGGCCATCAGCCTTGGAACCATGATGATGCCTGACAACGACGAATCCGTGCGTACGATTCAGGGAGCATTGGATATGGGCGTGACGATGTTTGATACAGCCGATCTTTATGGGACGGAATATACGCTCGGGCGGTTTGGGGGAAATGAGAAGCTTGTCGGACGTGCACTTAAAGGTCGGCGCGATGAGGCCGTTATTGCCACCAAATTCGGAATCACGCATGGACAAGGTCCGAAAGGGGATCCCGCCTACATCAAGAAATCCGTTGATGCCAGCCTCTACAGTTTGGGACTGGATTACATTGATCTCTATTATCAGCATCGCCCCGACCCCAATACCCCTATTGAGGAAACAGTCGGCACGATGTCTGACCTCGTAAAGCAAGGGAAGATTCGATACATCGGATTGTCGGAGGCGCCAGTCGATATTATTCGACGGGCTCATGCGGTACATCCCTTAACCGCAGTCGAAACCGAATTTTCCCTATGGAGTAGGGAGGTAGAGGACGAAGTTCTCCCGGTTCTTAGGGAGCTGCGTATCGGTCTAGTCCCCTACAGCCCGCTTGGCCGCGGCTTCCTAACCGGCCAGATCAAAAAATTTGAGGATTTGCCGGAAGACGACTATCGGCGCTATTACCCGCGATTCCAAGGCGAGAACTTCGCCAAGAACGTTGAAGTCGTCTCCCTGATCGAGAAAATGGCCTCTCAAAAAGGCTGCACCCCCGCCCAATTGAGTCTAGCCTGGCTCCTGGCACAGGGCGAGCAAATCGTGCCGATTCCGGGAACGAAACGATTGGACCGCGTGCAAGAGAACCTTGGAGCGCTGCAAGTGACACTGTCAGCTGACGATCTGGCGGAGATTGAACGTATATCCCCCAAGGGCGTGGCCGCAGGCGGCCGATTCGGCGCCTTCTGA	MLQQRKLGKEGLEVSAISLGTMMMPDNDESVRTIQGALDMGVTMFDTADLYGTEYTLGRFGGNEKLVGRALKGRRDEAVIATKFGITHGQGPKGDPAYIKKSVDASLYSLGLDYIDLYYQHRPDPNTPIEETVGTMSDLVKQGKIRYIGLSEAPVDIIRRAHAVHPLTAVETEFSLWSREVEDEVLPVLRELRIGLVPYSPLGRGFLTGQIKKFEDLPEDDYRRYYPRFQGENFAKNVEVVSLIEKMASQKGCTPAQLSLAWLLAQGEQIVPIPGTKRLDRVQENLGALQVTLSADDLAEIERISPKGVAAGGRFGAF	PGPT0009140_363	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009140-ydbC-K05275	NA	NA
JZ016_03998	123			hypothetical protein	ATGACGATGTTGAAATACAAAGTGAAGCTGTTTTATATCGCGTTCTCCTTTGGAGGACGCGATTTTTTTAGGCTTAATTTGATCCAGTTTAGGGCTCTTATTTTTCGCCGATGGACCCGTTAA	MTMLKYKVKLFYIAFSFGGRDFFRLNLIQFRALIFRRWTR				NA	NA	NA	NA	NA
JZ016_03999	780			hypothetical protein	ATGAGCAAAATCAAAAAAATTCTTATCGCCGTTTCCTTCCTTGTGTTGGTATTTTCTCTCGTGAATATTGCGAGAATTTCCCTGCGGGATTATGCTGAGAAACAGAAAATCGAAGAGCTGGCAACAGCTTGGGAGGAAGGATCGAACAAAGGCGGAGGGGCTGCATCCCCCTCCGTTTTGTTCAATAAGGCGAATGAGCCAGTCATGCTTCCCGAATTTCGAGAGCTTTACGAGAGGAACTCGGACATCGTCGGCTGGCTGAAGATGGACGGCACCCGAATTGAGTACCCGGTCATGCAGAATCCACAGGATGCGGAGTACTATCTCAATCATGATTTCGATAAAAAGGAAAACAAAGGCGGCCTCCCTTTTTTGGACGCGCATAGCCGGACCAACGGTTCGGACATTGTGCTGATTCATGGGCATCACATGAAAAGCGGCTGGATGTTTAAAGATTTAATGAAGTACAAGAACGAAAGCTTTTATAGAGAGCATGCAATGTTCCAGTTCAGTACGCTTTACGAAAAGGAAGAGTATGAGATTGTTGCCGTTATTCTGTCAAAAGTTTATCGCAAATCGGACGATGTTTTTAAATACTACCAGATTGAGAATGTAAGTACGCCGGCCGAGTTCGATTCGTATGTTCAGAACATCAAAAAACTCGCTCTTTATGACACAGGCGTAACAGCCCGGTATGGCGATAAACTTATTGTACTGTCCACGTGCGAGTACTCGACCGAAAACGGCCGGTTAGCGGTGGTCGCCCGAAAGCGTTCATGA	MSKIKKILIAVSFLVLVFSLVNIARISLRDYAEKQKIEELATAWEEGSNKGGGAASPSVLFNKANEPVMLPEFRELYERNSDIVGWLKMDGTRIEYPVMQNPQDAEYYLNHDFDKKENKGGLPFLDAHSRTNGSDIVLIHGHHMKSGWMFKDLMKYKNESFYREHAMFQFSTLYEKEEYEIVAVILSKVYRKSDDVFKYYQIENVSTPAEFDSYVQNIKKLALYDTGVTARYGDKLIVLSTCEYSTENGRLAVVARKRS	PGPT0024080_177	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024080-srtB-K08600	NA	NA
JZ016_04000	6432			hypothetical protein	TTGAAACAAAAACGCAGTTTAGGTAAAACTATGCTATCTTTCTGCCTGGCAGTTTTGCTTGTCTTGCAGACAGTGGTGTTCCCTGCTGCTACATATGCGGATGGGGAATCCGGCTCGCCGAACGCGACCGAATCGCCGTCGGTATCGGAGGCGGTGTACGATGCGCCAGGCGAACCGCCGTCGGCAACTAAGGCGGTGTACGCTCCAGCGGCAATGGCGGCAGACCCGACGGACAAAACGGCAGTACTTGCAAACGCCAATCCGATGTTTAACCTCACGGTGAAGCAAGGTGATCCTGCGGCTGTGATTCCAGCGGGGGGCGAGATTAACGGCCGGGAGAACTTTACCCTTGAGCTGGATAATATCGCCGTGCCGACCAAGGGTGACGATCTCAATGCTCCGCCCGAAAGCGTAATTCAGCAAGGGGATTATGCCGTTCTGGATAAGGCGACCTACTTCCCTGATGTGAATTTGACGCCTGCGGGTCCTATACCTATCAATCAGGGCGGACTGAAAATTGCTACCGTCCAATTTTTTGCCGATTCCATCAAGATTACGTTTGATGGCGCAGGGGTATATGACGGGAGTCGACGCGACGTCAAAATCGGCTTTTCCGCTGCTGCCAAGGCAGCAGATCAGGCGCCCGGCGGAGGCAGGGATACGGCCATTTTCGGAAATGGCTATAAGTTTAAAAACTCGGAATTAGTGCCGGAGTATACCATTGCCGTAAGCTCTTTAAGCAACGGCGGCTATGACAGTGGAATTAGCAGCCCCTCTTTTCAAGAGGGCACCATTACGTGGAGAGCGGTAGTGACTGCCACCGACACGGACGATAAGACCATCCCCATGCCCCTGGATGGCCTGACCTTCTCTGATGCGCTTGCGAACGTTGGCGTATATGTGCCTGGGTCCTTCACTGTGGATGGAAATGCGGCAGATCCTGATTATGCTGCTGATCGCACGCTTTCCTACAAGTTCCCAGACGTATCCACTGCGGACAACGTCAAAAGCACGGCGACTATTACCTTCAAAACGTGGATTCCTAGGAATGCTTATTACAATGAAAAGAACGGTAATTTTGCTGATCAGTATGGATGGTACCGCATTGATAATGCCGCAAAGCTTTTGGGTGACACTGCCGATGAAAAGGCTTCATCGAACACCCATCGGATTGCCATACGCCCTAACTGGATTGCGGTGACCGGCAAGCCCGGCAAGAGCGGAAACGATACGCTTATCACATGGACAGTTGAGGTCAACAAGAGGATAAACAATAACAGCGTACTGTCCAGAACCGGTTTGCAGAACGTTAAGATTACAGACACTCTGCCCGCCGGGACGGAGTTTGTGTCCGCAACCTATAAAAATGGGGACAGCGGTACGGATACCCCTATTACCCGCAACGCCGCAGGGGAGTACGACATCGGATCCGCCATCGGCGGGAATCTGGATGGCCCCCTCTATATGACGGTTGTGACAAGGGTGACAGACAGCAGCAAGTCAACCTTCGATTACAAAGCGCGGGCAAACTGGGAATTGGATGTTATGGATGGAGGGGATGCCATCCAGAACAACGATGCGACCGGCTGGGCCGCTCCCGCTGCCGTTGTGGATATCGCACAGGTAAAAATCGGCGCACATGCTTTCACGAAAAGTGCTACCACAACTACCGCACTGCACAACATCGCAGGCACCAAGTGGACGATAAATCTGACGTTGCAGTACGATCTGGATGCTCCAGTCGTCTATGATTTGCTGGTTCACGGCGGGTCTCTGGATGTACTGAATAATCTGGACGCCAATCCTAAGGTAACGTCGGAAACTCTGGAAGCAATCAAGAGCCAGATCGACACCAAGCAGCTTTGGCAAAAATACCGCGACAATACGCTGACTGCAAGTAATGGGCTGACAGGTGAAGTGATCCCCTTGACGGTGAACGGCGAGCGTGTGGCGGACCTTATCAAAGTGACCGGCTACAAAGGAGATGTGCTGGGGAGCGTTTCCTTTGAGACCGTCACAACGAACCCGGACAACCTGTTTCGCCAGGATAACGCCGGAAACACATGGAGCAACCGGGGGCTTCTCTTCGATGACGACGATTATATGAGTCGCGCCGAGGCCAACACCTCGAACTATGTGCGAATGCTGAACAAGGAAATGCTGTATGCGAACACGGCGGGTGTAGAGGGGGTTGCAGCTGACTGGAACCGAAACTATTCAGCCCAATGGAGTGATAGCATATGGAAAAGGACACCCGTTGCCAACGATGCAAACTGGTATACGGATAACTCTCGTCCTGACAATTACATCCTGGCAGGCTATGACCGCAAGGATCGAACGGTCACCTTCCGGCTGGCAGTGAACATGCCAGGCTTCAATACGGAGGAGATGGCCAAGGATGGCGGCACCCGCGTAGCGAGCGACATCAAACTGGTGGATGTTTTGCCGGAGGGCTGGGAGTTTGTAGATTATGCTCCAGGCGAGGCATATAGGCTCTATAAAGGTGGTACGGGCTATAGGACCGATGGCAAAGGCGGGAATGGTAGATATGCCCAGGCTGTTTCTGTCATTGCACCGGGTACCCCTCAGCATGTGGTAAGCTTCACCAAGAGCGGCAATGTAGGTACCTTCTCCTTCTCCAAGCTGGAGAACCCTTACGTCATTCTGGTGAAGGCGCGTCCGACCAATGCCAAGCTGGCAACCTACCAGCTAGGCAACAATAATGCTGGTGAGAATCAGGCTGAATTCTTCATGAAATGGGGAGACAAACCGTATAGCGCCAACGAAAAGCACAGAATTATTGTGCCTGTGCAGTCTTTGAGCAAGACGGTGAAAAAGCCGGTTTCCGGTGTGCAGGAATGGACGGTGAATTACACGCCTCCGTTCGAGATGAAGCAAGGCGTCTATTTGTTGGATACCCTCGCCAAGGGGCTAAAGCTGCGCCAAAATGCAGAGGGCGGTCTATCTCTCGAACCTTCCGACCTCGCTGTTTACCCTGGCAAGTTGAAGCCGGACGGCAGTCTGGAGCGTGACGGAGGGCCGCTGAATCTTGCGGATCCGAATAGTGAGGTGAAGGTCACCGCGGGCACAGACCCGGGAACTGGGGGATCGACGCTTAGGTTTGATTTTGCCGACCCGAACAAGTTGTATCAGATCGTTTACCAGACCGAATCCCAGGGTATGCAGCCGGGAACGGCCGGGAATTCCATCAAGCTGATGGGCGATGATACCCTTCCGCCGATCGGAGCCCAGAGCAGTATTACACTGGACGCGAACGATGTAGCGGGAAGTGCGAACGAAAACGGCCTGCTCTTCCTCAAGAAGGTTGGTCCCGACGGCACAACACCGCTGAAGGATGTAAAGTTCAAGCTATATAATCCTGATGGTACTCCGGCCAAGGATATGAACAACAATGAGATGGAAGAAAAAACGACGGGCACGGACGGCAAGACGAATTTCATTATTCAGGTGCCGGGGGATTATCTGCTCAAACAGACGTATATCGATCCTCTCACTTACTTGCCTACGACTACGGTATACCGGGTACGTGTCATCGATGCGCCGGGTAAGCCTGTCCTTGTTGACGGACAGAAGGTGGAAATGAACAACCCGCTGATCGTGCCTACGCCGGCCCAAGGCAAGCTGACCATTTCCAATAAGGTGGAAGGCAACGGCAGCGATCCGAACAAAGAGTTCGAATACACCGTGACCTTCACCGGCGAAGGCAAGGACGGAGAGTACACCTATAAGAAGCCAGATAATACGTATGGCAAGATCAAGAGCGGAGACAAGATTACCCTCAAGAATGGGCAAACTGTGATGCTCCCCGCATTGCCTGCGGATCTGGTCTATACGGTAACTGAGGCCGATTATACGACCGTTGATGGTTATACGACCATACCGGAGAAGAGAGAGCTGTCTGGCTCAATCGTGAATAAAGGCGACCACAAAGCAGATTTTGTCAACAATCGAAACGTTAGCAATCTGACCGTCAGCAATACCGTAACGGGGGACGGCGCAGAACCGGACAAGCCGTTTAGATACACGGTGACCTTCGACGGTGCAGGAAAAGGTCATGCCTACGATTATGAGCATTCAGACGGCACGACAGGCAAGATCAAATCCGGCGATACTTTCACGCTCAAGGATAGAGAGACCTTTAAAATTAAGGATCTACCAGAGAATTTGAAGTATACGATCGCCCAGGACGATTATAAAAACGATGGCTACGCGACCACCCCTACACTGTCTGATGAGGGAGTTATGGCGGGTGCCGATCGCAAGGCAGATTTCGTTAATAAACGGACCATCAGCAATCTGACCGTCAGCAATACGGTCATGGGCAATGGCGGCGACAAGACGAAGGCGTTCGAGTACACCGTCATCTTTGAAGAAGCAGGCAAGGATGGAAGCTACACGTATACGAAGTCGGATGGCGTGACGAGTACACCGGGGGAGATCAAATCTGGCGAATCCTTCACACTTAAGGATGGAGAGGCGCTGGAAATTGTAGGGCTGCCTAAGAATCTGAAATACACGGTGACTCAGAAGGACTACACAACGGACGAATACGTGACCACCCCTGAGGAACGGTATTATACTGGAGTCATGGAAGGCACAGACGAAAACGCCCATTTCACGAACGTGCGAGTTATAAAGGGCGGCCTGCTAATCAGCAACACGGTTAAAGGTAAAGACGACGATAAGAAAAAGCTGTTCAAGTACACGGTCACCTTCACAGGCAAGGGAGATAACAAATCCTATTCCTATGAGAAGTCGGATGGCAGCAAGGGAACGATCACGAGCGGAGACACCTTCGAGCTTACAGATGGCCAGACGCTCGTTATTGAAGGACTTCCGACGTATCTCAAGTATGAGGTGACCCAGAATGATTATACGAAAGACGGCTATGTGACGGATCCTGAAAGTCTCGTTCGCACAGGTACCATTCCGGAGAAAAAGGTGGCTGAAGCGCACTTTGTCAATACCCGCCCGTATCTGGAAGGCGTACTGCGTGACAACAACACAGGAGAAGTCATTCCGAATGCATCCATCACGGTGACCAATCTGAAGTCAGGTGAGAAGCAGACGATTCAGACGAATGAGAAGGGTGAATATTCCGTCCCTGCCGAGGCGGATACCGACTATACGATCACGTATACGAAGGTGTACACGGTAGGCGGAAAAGATGTGCCTATCGAATTCACGCAAAAAGCAAATGTGGACGGCAGCGTGACGGACGAGACCGTTCCGGCGGACATTACGGCGGTAGGGATTGTTCTGTTCAAGCAGCTGGATGGAACAACAGCACTATTCAACAATTCGTTTACCAGCCAGATGCATATTTATTTGAAAGACAAGGACGGTAATTATATTCAGGAGAACGGTCGTCCTAAGGCGTTCCCAATGGCTTCCAATGGCACTTTCTCCGTGGAAGGGCTAAGCGAGCAGAAGTACACCATGGAAGTTCGCTATAAAGCCGAGACGGGCGAGGAACTGCTCCTCAAAGTGACGCAGCTGGACGTGAAGGCTAACGGAGAGCTGAATATCTCCGAGGAATTGGTCGACCCTTACGGTACGGTTTATGATGAAACGACAGGAGATGCCATCACTGGCAAGAAAATTGAAGGAGCCACGGTGAAATTGTATTATGCGGATACGCAGCGGAACAGAGATAAAGGCCGTACTCCGGATACGAAGGTAACGCTTCCTCCGGTTCCGAATTTTGCGCCGCACGACAACAAGAGCCCAGAGCAAGATAGCGACGCAAATGGCTTCTACGCGTACATGGTGTTTCCTGAAGCGGATTATTATCTGATCGTAACGAAGGACGGATACGAGACGCACAGAAGTGATACGATTTCTGTCGATTTTGACATTGTGAAATACGATGTGCCGATGAAGCCGATCAACACCGGCGGCGGACCAGGCCCTGTCAACCCAGCTCCAGAGCCGGAGAATCCAGGCCCTGTTAATCCAACTCCAGAACCGGAGAATCCAGGCCCTGTTAACCCTACTCCAGAGCCGGAGAACCCAGGCCCTGTCAACCCAGCTCCAGAGCCGGAGAATCCAGGCCCTGTTAACCCTACTCCAGAGCCGGAGAACCCAGCTCCTGTCAGCCCAGCTCCAGAGCCGGAGAATCCAGGTCCTGTCAACCCAGCTCCAGAGCCGGAGAACCCAGGCCCTGTTCCTGATCAACCGGGTTCCGAGCCTGGCAACGTCAACAATGAGAATAACAACATCGACAACGTGCCTGATGTCAGCGACTTAGCCGATAAGGGTGCGGGCAATGGAAATAACGAACTGGACGATGCTCCGGAAACCGGAGACAACAGCGTATCGCCAATCTTCTATATGGCTTTGGCGCTGATGTCCTTGATGACGATCGGGTTCTGTCTACTCGGTAACAAGAAGAAAAAGCACATCCAATGA	MKQKRSLGKTMLSFCLAVLLVLQTVVFPAATYADGESGSPNATESPSVSEAVYDAPGEPPSATKAVYAPAAMAADPTDKTAVLANANPMFNLTVKQGDPAAVIPAGGEINGRENFTLELDNIAVPTKGDDLNAPPESVIQQGDYAVLDKATYFPDVNLTPAGPIPINQGGLKIATVQFFADSIKITFDGAGVYDGSRRDVKIGFSAAAKAADQAPGGGRDTAIFGNGYKFKNSELVPEYTIAVSSLSNGGYDSGISSPSFQEGTITWRAVVTATDTDDKTIPMPLDGLTFSDALANVGVYVPGSFTVDGNAADPDYAADRTLSYKFPDVSTADNVKSTATITFKTWIPRNAYYNEKNGNFADQYGWYRIDNAAKLLGDTADEKASSNTHRIAIRPNWIAVTGKPGKSGNDTLITWTVEVNKRINNNSVLSRTGLQNVKITDTLPAGTEFVSATYKNGDSGTDTPITRNAAGEYDIGSAIGGNLDGPLYMTVVTRVTDSSKSTFDYKARANWELDVMDGGDAIQNNDATGWAAPAAVVDIAQVKIGAHAFTKSATTTTALHNIAGTKWTINLTLQYDLDAPVVYDLLVHGGSLDVLNNLDANPKVTSETLEAIKSQIDTKQLWQKYRDNTLTASNGLTGEVIPLTVNGERVADLIKVTGYKGDVLGSVSFETVTTNPDNLFRQDNAGNTWSNRGLLFDDDDYMSRAEANTSNYVRMLNKEMLYANTAGVEGVAADWNRNYSAQWSDSIWKRTPVANDANWYTDNSRPDNYILAGYDRKDRTVTFRLAVNMPGFNTEEMAKDGGTRVASDIKLVDVLPEGWEFVDYAPGEAYRLYKGGTGYRTDGKGGNGRYAQAVSVIAPGTPQHVVSFTKSGNVGTFSFSKLENPYVILVKARPTNAKLATYQLGNNNAGENQAEFFMKWGDKPYSANEKHRIIVPVQSLSKTVKKPVSGVQEWTVNYTPPFEMKQGVYLLDTLAKGLKLRQNAEGGLSLEPSDLAVYPGKLKPDGSLERDGGPLNLADPNSEVKVTAGTDPGTGGSTLRFDFADPNKLYQIVYQTESQGMQPGTAGNSIKLMGDDTLPPIGAQSSITLDANDVAGSANENGLLFLKKVGPDGTTPLKDVKFKLYNPDGTPAKDMNNNEMEEKTTGTDGKTNFIIQVPGDYLLKQTYIDPLTYLPTTTVYRVRVIDAPGKPVLVDGQKVEMNNPLIVPTPAQGKLTISNKVEGNGSDPNKEFEYTVTFTGEGKDGEYTYKKPDNTYGKIKSGDKITLKNGQTVMLPALPADLVYTVTEADYTTVDGYTTIPEKRELSGSIVNKGDHKADFVNNRNVSNLTVSNTVTGDGAEPDKPFRYTVTFDGAGKGHAYDYEHSDGTTGKIKSGDTFTLKDRETFKIKDLPENLKYTIAQDDYKNDGYATTPTLSDEGVMAGADRKADFVNKRTISNLTVSNTVMGNGGDKTKAFEYTVIFEEAGKDGSYTYTKSDGVTSTPGEIKSGESFTLKDGEALEIVGLPKNLKYTVTQKDYTTDEYVTTPEERYYTGVMEGTDENAHFTNVRVIKGGLLISNTVKGKDDDKKKLFKYTVTFTGKGDNKSYSYEKSDGSKGTITSGDTFELTDGQTLVIEGLPTYLKYEVTQNDYTKDGYVTDPESLVRTGTIPEKKVAEAHFVNTRPYLEGVLRDNNTGEVIPNASITVTNLKSGEKQTIQTNEKGEYSVPAEADTDYTITYTKVYTVGGKDVPIEFTQKANVDGSVTDETVPADITAVGIVLFKQLDGTTALFNNSFTSQMHIYLKDKDGNYIQENGRPKAFPMASNGTFSVEGLSEQKYTMEVRYKAETGEELLLKVTQLDVKANGELNISEELVDPYGTVYDETTGDAITGKKIEGATVKLYYADTQRNRDKGRTPDTKVTLPPVPNFAPHDNKSPEQDSDANGFYAYMVFPEADYYLIVTKDGYETHRSDTISVDFDIVKYDVPMKPINTGGGPGPVNPAPEPENPGPVNPTPEPENPGPVNPTPEPENPGPVNPAPEPENPGPVNPTPEPENPAPVSPAPEPENPGPVNPAPEPENPGPVPDQPGSEPGNVNNENNNIDNVPDVSDLADKGAGNGNNELDDAPETGDNSVSPIFYMALALMSLMTIGFCLLGNKKKKHIQ	PGPT0022155_1170	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5c_TRIMERIC_AUTOTRANSPORTER_ADHESINS-SECRETION,PGPT0022155-ata|sadA|emaA-K21449	NA	NA
JZ016_04001	2295	secA_2		Protein translocase subunit SecA	ATGAATCTAGCCGCCAAGTTAATGCAAAAATTCAATGATCGCGTTACCCAGAATAAGCTAAAAGTCTATCGCGACCAAGCGGAGCTCATCAGGAAACGGAGTTTGGAAGCCTGGGACGATGGGCAGCTTCAAGCGGAATCTCTCCGGCTGCAAAAAGAAGCAAAATCGGGGACGCCTTTGGACGAGCTGCTTATCGATGCCTATGTGCTAGTCTGCGAGGCGGCGAAGAGAACGCTCGGATTACAGCCTTACGCTGTCCAGATCATGGCTGCCGTCGCTCTGCACGAGGGATTTTTGATCGAGCAGCATACCGGCGAAGGAAAAACGCTTTCTGCTGTTATGCCAGCTTATCTAAATGCGCTAACAGGCGAAGGCGTTCATGTGCTGACTTTTAACGATTATTTGGCACATCGAGATGCAGAGTGGATGGGCCCGATCTATCGTTTCCTGAGGTTAACGGTAAAATCGGTTCAAGCGGGCATGAGCCTGTCCGAGAAACGAGAAGCGTACGCCGCGGATATAACCTATGTAACGGCCAAAGAGGCAGGATTCGATTATTTGCGCGACACGATCGCGCTGGATAAAGCCGATACCGTGCATCGTCCTTTTCACTACGTCATCGTCGACGAAGCGGATTCACTGCTTCTCGACGAAGCTCGGGTGCCGCTGGTCATCGCCGGCGAGCCGGGTTCTTCCGGCAGCGATGGCATTCGTTTCGCAGAAGTGGCTAGGCAGCTTGAGCAAGATGAGCATTACGATTTCGACGAGTTCAAGCGGAATGTCTATTTGAATGAAGCGGGCTCAGCGAAAGCGGAATCGCTGCTGGGATGCGGCAATTTGTACGAAAGCCATAATAGCCATTTGTTATCGTCGTTAAATTGCGCGTTGCATGCGGAGTCGTTATTGAAAAAAGACGTCGATTACATCGTCCGGGACGGTAAAATCGAGTTAATTGACGAATATACCGGCCGCGTGGCGGAGAACAGACATTTGCCGGATGGGCTTCAAGCCGCTCTTGCGGCCAAAGAAGGGTTGCAGTCCTTAGCCGGCGGGAAAATTCTCGGTACGATCACTCTTCAACACTTCCTTAGCCTATATCCGAAGATTAGCGGAATGACGGCCACCGCTCACGTTTCCGCAATGGAATTCGAAAATATTTATGCACTGCAAGTCGTGCAAATTCCGCCGAACCGGACAAACATACGGACCGATCATCCGCACCGGATTTATACCCATAAAGAAGCCAAACTTAAGGCGCTTATACAAGAAATATCGTCCGTCCATAGGACGGGACGTCCGGTTCTCATTGGTACGTCAAGCGTTGGGGAGTCTGACATGCTGGCGGAGGCGCTAGCGGCTGTCGGCGTACCTTGCCAAGTTCTGAATGCGAAGAACGACGCAAGAGAAGCAGAGATCATCGCCAAAGCGGGAGAAATCGGTGCTGTGACGGTGTCTACGAATATGGCGGGACGCGGCGTCGATATCCAGCTCGGCGGCGGTAACCCCACGCAGGCAGAAGTTGTCGCCAAGCTGGGCGGGTTATACGTGATTGGTACGCATATGCACGAAAGCGTGCGGATCGACAACCAACTGCGCGGGCGTTCTGGCCGCCAAGGCGACCCAGGGACTTCCATATTTTTTGTGAGCTTGGAGGACGATTTGATCCTTCAGTTTGGTATCGATAAAGCGATCCCGCCCATCTATCGCGATATTAGGCAGGATGAAGCACTCGGAGAGTCAGTGCTCTACAGCAAAATTACGCATATTCAGCGCGTTATGATGGGACAGAACTTCCATATCCGCCAGGAACTGAACGGTTATTCGGATATGGTGGAGGAACAGCGACGTATTCTATACGCGGAACGGCTCGGAGTTTTGAAAGGCGAGACGCCGTTGAGCCCTTCGGAGCAGCGGGTACGGCTTTATTATATCGACAAGTTCTGGGCTGAGCATCTGGCTTACGTTTCTTACATTCGCGAAAGCATCCATTTGACAAAACTTGCTAACCGCAATCCGATCGACGAATTTCATGCGCAAATCATCCAGGCCTTCGAGCAAATTCCGGCTAAAATAAATAGAGCTTCGGCAAATATGCTCGTAAAGCTCGGAGGTTCGAACGATCCGGCGAAGTGGGAAGAGTTCGGACTGAAGAGCCCTACTTCGACATGGACTTATATTATTAACGATCAATACATGGAGTACTTGCAGAATCCCGGTTCATGGAACCCAGGGACGATCATCGCTTATTGGATTCGCAAGATGTTGAGGCCGGTATTCGGGTGGTCAGAATTTTGA	MNLAAKLMQKFNDRVTQNKLKVYRDQAELIRKRSLEAWDDGQLQAESLRLQKEAKSGTPLDELLIDAYVLVCEAAKRTLGLQPYAVQIMAAVALHEGFLIEQHTGEGKTLSAVMPAYLNALTGEGVHVLTFNDYLAHRDAEWMGPIYRFLRLTVKSVQAGMSLSEKREAYAADITYVTAKEAGFDYLRDTIALDKADTVHRPFHYVIVDEADSLLLDEARVPLVIAGEPGSSGSDGIRFAEVARQLEQDEHYDFDEFKRNVYLNEAGSAKAESLLGCGNLYESHNSHLLSSLNCALHAESLLKKDVDYIVRDGKIELIDEYTGRVAENRHLPDGLQAALAAKEGLQSLAGGKILGTITLQHFLSLYPKISGMTATAHVSAMEFENIYALQVVQIPPNRTNIRTDHPHRIYTHKEAKLKALIQEISSVHRTGRPVLIGTSSVGESDMLAEALAAVGVPCQVLNAKNDAREAEIIAKAGEIGAVTVSTNMAGRGVDIQLGGGNPTQAEVVAKLGGLYVIGTHMHESVRIDNQLRGRSGRQGDPGTSIFFVSLEDDLILQFGIDKAIPPIYRDIRQDEALGESVLYSKITHIQRVMMGQNFHIRQELNGYSDMVEEQRRILYAERLGVLKGETPLSPSEQRVRLYYIDKFWAEHLAYVSYIRESIHLTKLANRNPIDEFHAQIIQAFEQIPAKINRASANMLVKLGGSNDPAKWEEFGLKSPTSTWTYIINDQYMEYLQNPGSWNPGTIIAYWIRKMLRPVFGWSEF	PGPT0025735_5784	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025735-secA-K03070	NA	NA
JZ016_04002	717			hypothetical protein	ATGAGTATCTCATTGAAACGTGCGCGAGCGATATTTGTGAAGGATTATAAGGAGTTTTCACGAAATTATGCCGTCTCCCTTTTGTTGATTTTTCCAATTATTATGGCATTGGGTCTTCGAGGTGCCCCTCGGGATTTGACGACTGCAACTTTCGGTTTGATTCTAAATACTTCGTTTGTAATGCTGCCGAGTTTTGCACAAGCTTGCTTGATTGCGGAAGAAAAGGAGCGTAACACTTTACGATCATTAATGATGACTCCGGCCACGACTATGGATGTTTTAATCGGTAAAAGTAGTTTAGTCTTTGTCATGTCTGTTGTTATTCTGGCCATTGCTACGTATCTATTTGGCTATGAGCCAGTTAGTATATGGGCGTTTGTGGCTGCAATCCTTCTTTCAATTATTCTATACACAGCGGCCGGGACGATTTCTGGTTTATTCTCCAAGACGGTGCTTGCAGCGTCTTTCTCTATAATCCCAGTGCTAATCGTATTTACTGCGGTACCATATGGGGGAATGTTACTGGTGAATGATTTTCCGATTTTCAAAGCGCTGGAGTATACACCAAGCATTCAACTTTTGCATTTGCTAGGTACACGCAATACAGATTTTATAACGGGAGATTTATTAAAGCCCCTCCTCATTATTTTGGTATGGACGGTTGTATTCACGATTGCGTCAGTTGTTTTGTACCAACGACGGTTAAAGGATGAGTAG	MSISLKRARAIFVKDYKEFSRNYAVSLLLIFPIIMALGLRGAPRDLTTATFGLILNTSFVMLPSFAQACLIAEEKERNTLRSLMMTPATTMDVLIGKSSLVFVMSVVILAIATYLFGYEPVSIWAFVAAILLSIILYTAAGTISGLFSKTVLAASFSIIPVLIVFTAVPYGGMLLVNDFPIFKALEYTPSIQLLHLLGTRNTDFITGDLLKPLLIILVWTVVFTIASVVLYQRRLKDE	PGPT0006730_23224	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_04003	846		COG1131	Fluoroquinolones export ATP-binding protein	ATGGCTGTTATCCAGGTCGAACATATTCGAAAAAGATTTGGAAATAAGGATGCGTTAGCAGACGTGTCCTTTTCTATTCCGAAAGGTGAAATTTTTGGTTTCTTAGGTCCGAGTGGTTCAGGAAAAACGACATTAATCAAGATTTTAACGGCGCAATTAAATCCGACAAGTGGACAGGCAAACGTATTTAACAAACCAGCGGAGAGGATGCATCAGCCTGCTCAGAAGATGCGCTTTGGCATTTTGACGGATAATAGTGGTTTATATGAGAGATTATCGATTGAGGAAAATCTGGAGCTGTATCGCCAATTATATGATCTCCCCGGATCTTCGATCGATAAGGTGCTGCAGTTTGTAAGCTTAAGTGGAGAGCGCAAAAAGAAAGTCAATCTCTTATCCAAAGGGATGCGTCAGCGTGTCATGTTGGCATGCGCGGTCGTCCATGAGCCAGAACTATTATTTTTAGATGAACCTACTTCGGCTTTAGACCCAGTAAACTCAGCACATATTCATAAAGGTTTGCGCTACTTAAATGAGAAAGGAACAACGATCTTCTTAACTACGCATGATATGGCCGAGGCAGAGTTGATATGTAATCGTGTAGCGATTTTGTATCGGGGGCAAATCCAAACCATCGGCTCACCAAAGGAACTAAAAAAACAGCATCGAGAAAACGTAGTTTGTGTTGAGTTAATCAACGGGCATGCCTACGAGCTCCCGATTAATGATGGAACGGCTGATCAAGTCGCCGATTGGATGAAACAAGGGTTAATTGGTCGATTGGAAACAAAAGAGCCAAGTCTGGGTGATATCTTTATTAAAATGACAGGAAGTGAGTTACTATGA	MAVIQVEHIRKRFGNKDALADVSFSIPKGEIFGFLGPSGSGKTTLIKILTAQLNPTSGQANVFNKPAERMHQPAQKMRFGILTDNSGLYERLSIEENLELYRQLYDLPGSSIDKVLQFVSLSGERKKKVNLLSKGMRQRVMLACAVVHEPELLFLDEPTSALDPVNSAHIHKGLRYLNEKGTTIFLTTHDMAEAELICNRVAILYRGQIQTIGSPKELKKQHRENVVCVELINGHAYELPINDGTADQVADWMKQGLIGRLETKEPSLGDIFIKMTGSELL	PGPT0006725_20002	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04004	936			hypothetical protein	ATGCAATTTCAACCAATCTATGATGATGGGAAATTACTTCTACCGAAGATCGAATTAAATATGACATCGAACCAATCGATCGGCATTATAACGGACTTGAAGCGAAAGCAACTTTTGATGAATCAATTGACGCATCATTCCCAATATTATTTGTTTGGAGCTGGGCAAAACGAGTATGCTCGTTTAACGGTGGAAGAGCTGATCGCTTTTTTAATCCGTGTAACGGAGAGGAATGACCGTGTCGTTCTGTTAATGGATTATTTTGCTTTAAAAGAAGAGCGGAAGGTAAAAATCAAGGATTTAAGCTCATCGAAAAGGATGTACGTGACATTGCTGCGTGTCTTTTTTGCGCATCAGCCTACGATTGTATTGGAGGAACCTTACTTTTACTTGGAAGAAGAAGATCGTCGTCATTTTAAACGAATTTTGGATGACCTGTCGAAAGAGAAGCAGATTTTGATTTTAACTTCGAATTTAGAGGATGCCATGATTTCCTGTGACGCCATTTATCGATTGAACGAGCTCGGATTTCATCCATTGGATATTCGGGACTCGGAAGATGATAAGCAGGAAGCACAGGAACAAGATCGGGCCAATATCACCTTGCAGAAGATTTATACGAAAAAAAATGACAAGGTGATTTTATTTGATCCTCCTGAAGTCGATTACATAGAAAGTATGGATGGTTCGATCCTTGTGCATGTAGGTGGAGAAAATTATGTCTGTGCTTTGACGCTAACCGAGCTCGAGCAGAGATTGTTAAATTTCGGATTTTTTAGATGTCATCGATCCTACATCGTTAATCTGCAAAAAGTAAGAGAGATTATCACATGGACGAAGAATAGCTACAGCTTGCGTTTAAATACGGGTCAAGATGCCGTAGTCCCGTTATCTCGTTCAAAGTTGCAAGAGTTAAAAGCGCTTCTCAACATTTAG	MQFQPIYDDGKLLLPKIELNMTSNQSIGIITDLKRKQLLMNQLTHHSQYYLFGAGQNEYARLTVEELIAFLIRVTERNDRVVLLMDYFALKEERKVKIKDLSSSKRMYVTLLRVFFAHQPTIVLEEPYFYLEEEDRRHFKRILDDLSKEKQILILTSNLEDAMISCDAIYRLNELGFHPLDIRDSEDDKQEAQEQDRANITLQKIYTKKNDKVILFDPPEVDYIESMDGSILVHVGGENYVCALTLTELEQRLLNFGFFRCHRSYIVNLQKVREIITWTKNSYSLRLNTGQDAVVPLSRSKLQELKALLNI	PGPT0006725_8813	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04005	6771			hypothetical protein	ATGCTAAGCAACAACATTAATTTGCGGAAAATTGGAGTTATGTTTCTGATTTTTACCCTTGTCTTCACGGGACTTGGGGTAAGCTCAGGAATGCCAGTCAGCTATGCTGCTTCTTCGGAAGTTTATGTATCCAGCGGTGGTGATGACCAAAACGATGGAATAACTGAGTCGACTCCGTTCGCTTCCCTGCAGAAAGCCTATAAAGAGGTTAATGACGGGGGAACGATATACCTCCTGGACGACGTTATACTGAAGGATGGCGTTGATGTAATTGTTGCAATAAATGAAGCCAAGCATGTTACGATTGCCACTGCCCCTAATGCCAATAACACCGTGATGATTAAACGTGGCAAGCCAAGCGGCAAAGTACTCTTTCAACTAACTAATATGAGCCAGATAACATTAAGTAATATTATCATTGACGGCAACTCCGAGGAAATGGGAGGGGCGATCGATGGAAGATTATTTAATGTCTATGGTGGTTCAAAACTGATTATTGGAGAAGGTGCTGTTTTACAAAACAGTTTTTCACAACATCAAGGAAGTGCGATATACACCAGAGACGCCGGTTCTATTGTAGAAATGAATGATGGAGAAATTAAAGGCAATAAACGTTCTTTGATTGGTGCGGCAATTTTTGTCGATCCTGGAGCACAATTTATTATGACCGGTGGCCACATTACAAATAATATCGGCGGAGGCGTTGAGTCTCGCGGCGGTGAGATCGTCCTTTCGGGTGAAGCCAATATCACCGGGAATACATTTAACGGAAAAGAAGTAAACGTTAACCTGGCAAATTATAAAGCTCTAATTCTAAACGGTGCATTTACGGGGAAGGCAGGCGTTACCACCCAGAGCATGACATCGGGAACACAATTTGGACGTGTAACAGAAGAAGGTATGGGCAGTGTCGAGAATTTGATTGCCGACTCTGGCTCTCTTCTTGCAAGTTATGATGCAAATAAGAATTTGGTATGGCGAGCATTCAAGAATGACTTGAGCAAACCGAGTACCGACGGCGAGGTAATGGGGAAAAAGCCGACGCTGACCGGGGTAACAGAACCTTTTGCGAATGTAAAGATTGAAATCGTTAGTGCAGCAGACCAGTCTATCATCGTTTCTGAAGAGGTAACCGCTGATGAGAACGGGAACTGGGAGTTTCCAGTTGCTAATGCCTTGACTATAGGTGCATATACGATCAATGTTACAGCTAATAAAAATAATACACAGTCGGGGACTGTGACTAGACAATTTGAAGTTTTATCGGATGTTTACGTATCCAGTGGAGGCAGTGACACCTCAGGTGATGGAACCCGAAACCATCCTTACGCAACATTGTACAAAGCCTATCAAGAGGTGAATGACGGGGGAACGATATATGTCTTGGACAATATCGATTTGTCGGTCGATGGCAACTTAAAGTACCTTCATCTTAATGAAGAAAAGAGTGTTACGATCTCTACGGCTTCTGGCGTAAATACCGCTGTGATTCAGCGTGGCTCGACAAAGGGTGCGGCAACCGGTGAGCCGGGAGCAGATAAAGACACACTTATTTATCTTGAGAAGGGCCAGCTTACATTAAATAATATTATCATTGATGCCAAGGGTAATGTAGGTTCCTTCACTGGAAGAATAATGAATGTCTACAATAATTCAAAGCTGATTATTGAAGAAGGGACTATTTTACGTAACAGTTATTCCGAATTTGGAGGAAGCGCAATATATATCAGACATAATACCGTAGGATCGAAACCGGTTGTAGAAATGAAAGGTGGAGAAATTCGCGGTAATAAATTGACTAAAGACTCAGGTACGGTATTGATTGCTGAAGATGCGACGTTCACTATGACTGGAGGTACAATCACTGACAATAGTGGTGGTGGAGTTAGTACCAACACGAATACGTCTAAGTTCAATCTTTCTGGTACAGCACAGATAACGGGGAATAGAGGAGTGAACCAACAAACTGAGCTAAACGTTAATTTACAAGGTAGTACGTTCCTTACTCTATCCGATGATTTTACCGGAGAAGCGGGTATTACCGCGGTAGCACGTATGAATGTAGGAAATAAGTTTGGGGAAGCAGCGAGAGCTGGCTTGACAGGGTTGGAGAATCTCTATTCCGATAACGGCCAACTTTTTGCAAGTTATGGTGTAGGTAATAATAACTTGGTATGGAAAGAGAAAGCGGTAACTACAACTGCTCCTGGCGGGGTGGGAGTAAATGATGGATTGATATCATGGGTAGATGTAGGCAAGAGCGCTAAGCCTGAGAATGGCCAGGTTACCGAGTTACAAGATTTGGCCATTAATGAAATATGGGACCGAAATGAAACCGACAGAATTATTCCATATAGCGCTAATGCTGTGAACTATAATCCCGCTATTCAGGTGACTTCGGCTACTACCTATTTCAAAAAAGCTTCTGTAGGTACTACACAGGACACAGAACGGGAAGTGTTCTCAGTTCAAGCAAGTAGCAATTTTGGTGGATTTCCTTGGGACTTAGGCGGTAAATATGGCGCGTCTTCTGCATATGGGAATGGAACCGGGAATCTGATTCGCACCTATTTTGGATCCGATTCGTCTAAAGAAATTGATGTCACAGGATATGACTTGAAGAAGACACGAGTTATGAATATATGGAGTGCAGTAGACTCTGGGAATCCTAATAAAGATCAATGGTCTTTTGCTTTAGATGGAAAACAGTTATATCCAATTAACGGTACTGGAGATGAACATAAAGTTAATTTTACTCTTGCTGCTGGTGGTAAAGTATACATCGGTGCAGGTCACTATAGCCGGTTTAACGGCTCCATCTCCGAAGTAATTGTATTCAACAAAAAATTAAGTGAGACTGAGCGCCATAAGGTTAACAGCTACCTCGCCTTAAAGTATGGTCTGACTTTGAAAGATGCAAATGGCCAACTGATCGATTATGTCACGAGTAATCATGATGCAGGGCAAACATCTACGATGTGGACTGCAGCTAATAATCAAGGCTATGGTAACCGTATCACCGGAATCGGGCGTGACGATATGGGGGCATTGAATCAGAAACAATCGAAGTCTCAAGATAACGGCGCCAACGTAACGATTTCATTAGGAGATACGGTAGCAAATTCTAATGAAGAGAATGCCGGAAAAATTGCTAACGACAAATCATTTTTTGTTTTTAGCGATAATGGGGCTGGGACGGAGTTCATTAGTCCAATCGATAAAGGCAATGAAAGTCTAAAGCATACTGCGCGCATTCACAAAGTGGAGAAGACCAACTGGGCAGACAAAGAGGCAGTAACAGGGTTACCTGTTCAGATTACATTGCAAGTAGATAAAGTAGAAACAGCTGAACAATGGCCTTTATATTTAGTTGTCAGTGCAGACAATCAATTCGATTATCAAGACAAGTTCTACGAGTTAGTTGACGGTAAAGCAACGCTTAGCAGTGAAGATTTTAATAATGGATCATACTTCACGATTGCAGCGCCAGCCCCACAACTGATAAGTGCTAAACTTGATCAAGCTACAGCAGATAGTAATCAAATTGTCTTCACTTTTGATCAAGATGTAGTGCTAACCGATTCAACTGGTTTCTTAATTGAAATGGATGGTGCAGTGGTACCGATTGATCAGGTTAGTATTAAAGTTGATCCGGTTGACACCACAAAACTGATTATTACATTACCATCCGGAACAGACATTGCTGGCAAAAAGGTAACTGTATCCTATAGCGGAAACGGGAACTTGAAGGGGACTAACGGAGTTCCTGTAGATGCTTTTGACAAGGAAATAACAAAGCTAGCGAAGCCTAATGCTCAATTGAATGGGGATATGCTATCCTGGGCCCCTATAGACCATGCAGATGAGTATGAAGTAACGGTGAAGTTAAGTGACGGCACCATTATTACTACCGAAGCCGTAAATGGAACTGAGCTCGATTTGTCGACATTGGGACTGCAACCCGGCAGCTATGATGTAACGGTAACGGCGAAGTCGAATAACGATGCCTATGTGGATTCGGAAGCGTCAGATTCAGTAACATATACCGTATCGACAAAGGTTAATACAACAGAATTACAGAACAAAATTAACGAAGCCGGCACGCTCGACGAGAAAGATTACACCCCTGAAAGTTGGGCTAATCTGGAGCATGAGCTTACCGAAGCCAACAACGTTCTGAACGATCCAAATGCTACACAGGATCAAGTAGATGCAGCTGTTACAAAGTTGACCGAGGCGATAAATAATCTGGAGAAGATTAAGGTCGACAAAACTGCTCTTGAAGATAAAGTAAACGAAGCCGGCACGCTCGACGAGAAAGATTATACCCCTGAAAGCTGGGCTAATCTGGAGCGCGAGCTTACCGAAGCCAACAACGTTCTGAACGATCCAAATGCTACGCAGGATCAAGTAGATGCAGCTGTTAGAAAGTTGACCGAAGCGCTAGATAATCTGGAGAAGATTAAGGTCGACAAAACTGCTCTAGAAGCGAAGGTAACCGAATCAGGTAAGCTTGACGAGAAAGATTACACCCCTGAAAGCTGGGCTAATCTGGAGCGCGAGCTTACCGAAGCCACCAACGTTCTGAACGATCCAAGTGCAACTCAAGACCAAGTAGATGCAGCTGTTAGAAAGTTGACCGAGGCAATAGATAATCTGGAGAATATTAAGGTCGACAAAACTGCTCTTGAAGCGAAGATAACCGAAGCAGGCACGCTTGATGGGAAAGATTACACCCCTGAAAGCTGGGCTAATCTGGAGCGCGAGCTTACCGAAGCCAACAACGTTCTGAACGATCCAAATGCTACGCAGGATCAAGTAGATGCAGCTGTTAGAAAGTTGACCGAAGCGCTAGATAATCTGGAGAAGATTAAGGTCGACAAAACTGCTCTTGAAGCGAAGATAACCGAAGCAGGCACGCTTGATGGGAAAGATTACACCCCTGAAAGCTGGGCTAATCTGGAGCGCGAGCTTACCGAAGCCAACAACGTTCTGAACGATCCAAATGCTACGCAGGATCAAGTAGATCAGGCGCTGGCCGAGTTACAAAAGGCGCTAGATGATCTCGTTGTAACGAACGGAGAACTAGAGGAACTGAACCTCGTTGGTTTAACAAATGGCGGCAATCGGGATATCGAGTTAACTCCACCATTTGACCCGAACCAAAACAAAACCTATTACGGAACGGTAACGAATGACGTATACGGCATCAGCCTGAATCCAGTGGCGAAGTATCCGGACGATACTCAGGTTAAAATCATTGTGAACGATATAGAGTATCCTGCCGATCAGTGGAATAAGCTGCCGCTTAAAGAAGGTGAGAATAAGATCAAAGTCGGCGTCTATGACAAAGCTGGTAAGCTGATCAACGAGTATACCTATATCATCGATCGTGAGAAAGCTTCCGGTAACGACAACTCCGGCGGTGGCAACAATGGTGGTAGCAATAATGGTGGCGGTAACTCTGACCCAGTTAGTCCAACAACTTCACCGACTCCACCAACAACGGACAACACGGCGAAACCGGGGAACATCGTAATAACCATTAACGGTTCAAATGTATCGTTCGCTTCGGGCACGGTAAACGGTGGTCAAGCGACGGTTACGATCGATAAGGACAAACTGTCCGGTATTCTTGCAGACGGTAAAGGACATAAACTCGGCATTAGCGTACCGGGTAACGGCGATGTTGAAGTTCGAGGATTGACGGTTGAAGATCTGAAGAAGCTTTCTGATACCGGCTCCAGCTTGGATATTGAAGATGTGCTGGCGATTTATCCGGTTCCTGCAGGACAGCTCGATGTGAACGCGATTAGCAAGCAGTTCGGCAATGCTCCGATCAGCGACATTGCGGCAAACATCAAGATCAAACGTTCTAGCGATGAGTTGGCTAAGTTTGCCCGCGAGAAGGCAGCTCAAGGCGGTTATGAACTGCTTGTGCATCCGGTCGACCTCGATTTGGCCTTTGTGCATGACGGAAAAACGGATAGAACGGGATTATTGAACGGCTATGCGCCAAAATACATCGCAATTCCGGAAGGCGTAGATCCGAACCGGATTACGACAGGCGTTATCGTTAATCCGGACGGCAGCGTATTCCATGTACCGACGGTCGTAACAAAGGTCAATAACCGTTACTTCGCACTCATCAATGATCTTCGCAGCAGCGGCACTTACTCGGTCATCTGGAATCCTCAGGATTTCGAGGATGTAAAATCCCATTGGGGCAAACAGGATGTCAACAACATTGCCGCAAGACTGAGTCTGAAAGGCAACGGTAATAATACATTCTCGCCGAATCGTTATGTCACGCGCTCGGAATTTGCTGAGATTGTCGTGTTGGGCCTAGGCTTAATGCGTCAGGATGCATCGCAGGCTAAATTCTCTGATGTACCGGCCTCAATATGGTATAAGGACGCTGTATCCATTGCGAATGAATTTGATATCGTTCGTGGTTATAATGACAGCAATTTCAAAGGCGGTCTGCAAATTACGAGAGAGCAAGGTTTTGCTATGATTGCTCGTGCATATCGTTTGATTCAATCCGAAGATGTGCCAAATCAGGAGCAGATTGCTACTACGCTGGCACAATATACGGATGGGGCCAATGTAGCGCCTTGGGCAAAGGCAGATGTAACCCAATTGATCGATGCGGGAATTATTCAAGGCAACGGACCGGAAGCTCTTAGTCCGAAAGCGCAAATGACACGTGCCGAGGTAACCGCACTGATCGCAAGAATGCTGAAAGTGACCAACCTGATCGATAAATAA	MLSNNINLRKIGVMFLIFTLVFTGLGVSSGMPVSYAASSEVYVSSGGDDQNDGITESTPFASLQKAYKEVNDGGTIYLLDDVILKDGVDVIVAINEAKHVTIATAPNANNTVMIKRGKPSGKVLFQLTNMSQITLSNIIIDGNSEEMGGAIDGRLFNVYGGSKLIIGEGAVLQNSFSQHQGSAIYTRDAGSIVEMNDGEIKGNKRSLIGAAIFVDPGAQFIMTGGHITNNIGGGVESRGGEIVLSGEANITGNTFNGKEVNVNLANYKALILNGAFTGKAGVTTQSMTSGTQFGRVTEEGMGSVENLIADSGSLLASYDANKNLVWRAFKNDLSKPSTDGEVMGKKPTLTGVTEPFANVKIEIVSAADQSIIVSEEVTADENGNWEFPVANALTIGAYTINVTANKNNTQSGTVTRQFEVLSDVYVSSGGSDTSGDGTRNHPYATLYKAYQEVNDGGTIYVLDNIDLSVDGNLKYLHLNEEKSVTISTASGVNTAVIQRGSTKGAATGEPGADKDTLIYLEKGQLTLNNIIIDAKGNVGSFTGRIMNVYNNSKLIIEEGTILRNSYSEFGGSAIYIRHNTVGSKPVVEMKGGEIRGNKLTKDSGTVLIAEDATFTMTGGTITDNSGGGVSTNTNTSKFNLSGTAQITGNRGVNQQTELNVNLQGSTFLTLSDDFTGEAGITAVARMNVGNKFGEAARAGLTGLENLYSDNGQLFASYGVGNNNLVWKEKAVTTTAPGGVGVNDGLISWVDVGKSAKPENGQVTELQDLAINEIWDRNETDRIIPYSANAVNYNPAIQVTSATTYFKKASVGTTQDTEREVFSVQASSNFGGFPWDLGGKYGASSAYGNGTGNLIRTYFGSDSSKEIDVTGYDLKKTRVMNIWSAVDSGNPNKDQWSFALDGKQLYPINGTGDEHKVNFTLAAGGKVYIGAGHYSRFNGSISEVIVFNKKLSETERHKVNSYLALKYGLTLKDANGQLIDYVTSNHDAGQTSTMWTAANNQGYGNRITGIGRDDMGALNQKQSKSQDNGANVTISLGDTVANSNEENAGKIANDKSFFVFSDNGAGTEFISPIDKGNESLKHTARIHKVEKTNWADKEAVTGLPVQITLQVDKVETAEQWPLYLVVSADNQFDYQDKFYELVDGKATLSSEDFNNGSYFTIAAPAPQLISAKLDQATADSNQIVFTFDQDVVLTDSTGFLIEMDGAVVPIDQVSIKVDPVDTTKLIITLPSGTDIAGKKVTVSYSGNGNLKGTNGVPVDAFDKEITKLAKPNAQLNGDMLSWAPIDHADEYEVTVKLSDGTIITTEAVNGTELDLSTLGLQPGSYDVTVTAKSNNDAYVDSEASDSVTYTVSTKVNTTELQNKINEAGTLDEKDYTPESWANLEHELTEANNVLNDPNATQDQVDAAVTKLTEAINNLEKIKVDKTALEDKVNEAGTLDEKDYTPESWANLERELTEANNVLNDPNATQDQVDAAVRKLTEALDNLEKIKVDKTALEAKVTESGKLDEKDYTPESWANLERELTEATNVLNDPSATQDQVDAAVRKLTEAIDNLENIKVDKTALEAKITEAGTLDGKDYTPESWANLERELTEANNVLNDPNATQDQVDAAVRKLTEALDNLEKIKVDKTALEAKITEAGTLDGKDYTPESWANLERELTEANNVLNDPNATQDQVDQALAELQKALDDLVVTNGELEELNLVGLTNGGNRDIELTPPFDPNQNKTYYGTVTNDVYGISLNPVAKYPDDTQVKIIVNDIEYPADQWNKLPLKEGENKIKVGVYDKAGKLINEYTYIIDREKASGNDNSGGGNNGGSNNGGGNSDPVSPTTSPTPPTTDNTAKPGNIVITINGSNVSFASGTVNGGQATVTIDKDKLSGILADGKGHKLGISVPGNGDVEVRGLTVEDLKKLSDTGSSLDIEDVLAIYPVPAGQLDVNAISKQFGNAPISDIAANIKIKRSSDELAKFAREKAAQGGYELLVHPVDLDLAFVHDGKTDRTGLLNGYAPKYIAIPEGVDPNRITTGVIVNPDGSVFHVPTVVTKVNNRYFALINDLRSSGTYSVIWNPQDFEDVKSHWGKQDVNNIAARLSLKGNGNNTFSPNRYVTRSEFAEIVVLGLGLMRQDASQAKFSDVPASIWYKDAVSIANEFDIVRGYNDSNFKGGLQITREQGFAMIARAYRLIQSEDVPNQEQIATTLAQYTDGANVAPWAKADVTQLIDAGIIQGNGPEALSPKAQMTRAEVTALIARMLKVTNLIDK				NA	NA	NA	NA	NA
JZ016_04007	6075			hypothetical protein	TTGAAGTCCCAAAGAAGAAGTCTGCCTTTTATTGTGATGGCTTGTTTTATAGCGGGGGTTATTAGTCTTTGTTACGGCATTAATGTATCCGCGTCTTCAGATAAAGAAGAAGGTGTTTCTCAAAAAGAGAGGGCTAAGTACTCAGGAGCTTCACTCTTCAAAGGTCACATGCATTCCCATACATCTCTCAGTGATGGGATATTGTTGCCCAATGATGCTTACGATTTTGTGAAGGCTAATACAGACTTTGATTTTTTTGCAGTGACTGAACACGACGTGACTTATGACATCAGTACGGGCAGTGATTTTATTACGAATGTTCAAGACTCTTATTCAAAAGAATACAAGCTGCTGCATGAGCAATCCGATGCTCACAATCGTGATAACGAATTTATTACGCTGCCTGGTACGGAGGTGACCTGGTATGATGAATCGGGTCATATCAACCTATTTAATGCCCCATGGTTTGCAAGAACACATGGAGTAGGCGCGGATGGCACTTGGGGCTGGAGCGACATCAAATATGATTTGCCAACCTTTTACGCAAGACTTGCCCAAGATCCTCATGCGATTGCTCAGTTTAATCATCCACGCTTGTCAGGCAATTGGAGTTTCAATGAATTTAAACATTATAACCGAGACGTTGACAGAAACCTTAATATGATCGAATACAAATCCTCCAATGATTTTGCAGTCTATACCAAGGCATTAGATCAAGGCTGGCATGTTTCTCCTGTGTTTGGCGGAGACGAGCACAAAGGAAATTGGGGGATGGTTCAGCCCCATGTGACCGGTATGTGGGGAGATAACCTTACAAGAGAAGGTCTTTACGAGGCGATGCGAAACCATCGCACCTATGTATCATTTGATCGGAACCTAGAAATGGCAGTTTCCGCAAAAGGTCAGATGATGGGGGCGATCCTTCCGGCCGATACAAAAGAAATCAATCTTTTCGTACGCATGAATGACCCTGATGCTAACGATGTTTTGGATAAAGTCGTTATTTACAAAAACAGCGGAGAAGTTCTCAAGGAGTACCGCAGCATTGCCAGTAATAAATTTGAAAAGGAAGTAACCTTAGCAACTAAAGATGGGGATTATTTCATCGTTAGAGCTTTTCAAGCAGACGGTGAAGAAGCTGTAAGTGCCCCAATTTGGATTGGTGATGAAACGAGGGGCACGGTGCACGCGCCTGAAATTACGGTACATGGGCAATATCCGGACACCATTAAGCTTGGGGACCAAGTAGAAGTGCTGGGCGCTTCGGCGACGGATCATCGCGGTCAATCTTTATCGGTGGAAGCCATCGTTTTAAATGATAAAGGAGAAGTAGCCGTTCTAAATCAGCATTTCAAGGTCGATATGTATGGAGACTATTTCATTAAGTATGTAGCGACCGACGCTCAAGGAAATACGCGTGTTGAACTTATTCGATTGCTTGTTGATCAACAAAATCTGGACGCTGATAACATTTTAAATGAATTCCAACCCATTGTTAATGTTGGTGAGAATGAACGTGAAGTAGGAGTAAATCTAGTAACGGATAAGGCGTTAGAAACGTCGTATGTTCAGTATAAACCGGAGTCAGTGGCAACATGGGACGATGCTGAAGTGGTACAAGCGGAAGTCTCTTATTTTCAAGCCGCCTATGGTGATACGTATGACAAGAGTAACTATCGCGTTCTTGCAGCCCATGAAGCGAAGGTAACTGATCTCGACTTAGGGACTACGTATGACTATCGGTATGGGATGTCACCGACTGGACCTTGGAGCAGCAGTTATAGCTTCAGGACCGCGCCAGCTTCAGAGGAAGCCGTTATGTATGTGATGGGGGATCTTGGAGTTCCGGATCGAAATCCGGAAAGCTTCCAGCTCTTTAAAAATATGCTAGACGTTTTGCAGGAGAAAAATTCAAACGGACAGACGGTGATCCAAGTAGGAGACTTGGTCGAGAACGGCGGCAATATGTATGCTTGGGATGATGTGTTTAACCATATTTACAACCATGATATGGGGCTGGTTTCTGCTCACATTGTCGGGGACCGTGAACGTGCGACAGAGCGGAAGCTCGTGCCGTTCTCCGGGTTTTTCAACCTGCCGAAGAACGGTGAAGGCAGTTACCGGGAAACGAATTATTCGTTTGATTATGGCGATATGCACGTCGCTGTTCTGAATTCCGTGCTGGATTTTGACAAGCAGCTGTCATGGCTGGAAAAAGATTTGCGGGCAACGGACAAGAAGTGGAAAATCGTTATGGGGCATTATCCTTATTATGGCGGTCAATCCGGCGATGAGACCGGTATGGACATGATGAGAGTGAAATTGTCTCAAGCATTTGAACGCCTTGGCGTTAGTTTGTATATTGGTGGTCATGATCATGTGTATAAACGGACAACCATACGAGATGGTGTAAAGGATATATCGGAAGAAGCGATGAATTTAGGAACAACTTTTGTGACCGTTGGTTCATCAGGTCCAACGTTCTTTGATAACAAATCATTTGACTGGGATCATATCGTTTATGATGAAAATAAGCAGACGGGTGTTATTTTAGAATCAAACGATCAATCGCTCACCTTGAAAGCTTACAACAGCGACGGTGTTGAGATTGATTCATTTACGATTAAACAACCTGCTAATTATTTGGAATTAACGAGCGCAATTGTGGAAAATAACGTCTTGAAGGGCGTTGGGGTCTTGAATTACCCGAGCTCGCGTGAACGTGTCACCGTGATCGGGGAAAAGCGGGATCATACAGGTGAACAGCTGTTGGAAACAGTTATTCAAGAAGCAACGCTAGAACATCTCGGACGAGAACAAATCATCTTATTTGATAACCCTCTTGCATTTGGCGATGAACATACGATCGTCGTAAGATTGGTTAATAATCCAATCGATCAAGAGCCGTTAACAGACCCGTTCATAGCGAAAGAAGGAATGCTGGGCGATGGTTCGGAAGGCAATCCATATCAAATCAAAAGTGCCAGTGGACTTTATAAAATGCATGAATTCCCGGACAAACATTTTATTTTAGACCGGGACATTGATGGGAAGGGCGTGTTTTTCGAAGCGATTGGCGCAAATGGCGCTCCATTTACGGGTACGTTTGATGGGCAAGGGCATACGATTACAGACGTTATGATCTCCTCAGGCGGCGCAGGTCTCTTTGCCATTAATGAAGGAATTATTCGAAATGTAGGAATCATCCATGCAGACATTGATGTTCGCCGGAGCAATGTTGGAATCCTGGTGGATCAGAATGATGGAATCGTGGAATATGCCTACAGTACCGGAGCTATTCGAGGCAATTCTACAGTTGGCGGTCTTGTGGGCTACTCAAACGGTATCGTTAGAAACAGTTATTCAACAGCTCGAGTTAATGCACGGGGCAAGCAAGCCGGCGGCATGATCGGGATTACGAATCGGGGGAGTATAACCGAACAGGTCTATGCCATGGGAGCCGTAATAGCAGAAGAATCCAATGCTGGCGGCATCAGCGGATACGGTTATAACAATACGGTCATTCAAAATAGTATGGCATTAAATCCATCGATTGTTACAGGTACGGCATCGAATCGAATTGTCGGCAGAGTGTTAGCTGGGGATAAGGCAACTTTAGTCAATAATTACGCCGATGAAAATATGTTTGTTAGCAGTGAGAACGTTACGGTCCCTGATCCAAACAATGAAAAAGGACAGGGGGTGGGTGCAGAAGCATTCACGAAGCCAGCTTTTTTCATGGAGACCCTTGGTTGGGACTTTGATTCGATCTGGATCTGGAATGAAGATGCCAAGCGTCCATTACTGCAAAGTAATTTGGAACAAATTAACGAAAACCATATTCCAAAGCCGAAGCTTGATCGGAATGAAGATGGGTACTACATCATCCGTTCGGTTAGTGAATTAAAGACCATTTCAGAATTTCCAAATGAAAATTATATATTGGAAAACGATCTTGATTTTGAAGGGCAGCTTTTTGATCCCCTATTTAAGGGGACGCCTTTCCTTGGCATATTTGATGGAAATAATAAATCCTTAACCAATTTCAAATCAGAAAATGGCGGCTTATTTCATCTCAATGGCGGAACGATTAAAAACATAGCCATGGTTAATGCACGCGTTACTGGCGGAAGTAATATCGGTATACTCGTTAACACGAACAACGGAACGGTAGAGAATAGTTATGTAACGGGCTCAATCGAAGGCTCCAGCACCGTGGGCGGTCTGGCGGGCTATTCCAATGGCATCGTGCGAAACAGCTATTCTACAGCAGATGTAACGGCCCAGTTGAACCAGGCTGGCGGCTTGATCGGCATTACAAACTCAGGCAGTTTAACGGAAAACGTGTATGCATCTGGAGCCGTTCGGGCGCTTAGAAGTAATGCAGGCGGAGTGACTGGCTACGGCTATAATGATACGGTTGTTAAAAACGTGATTGCTCTCAATCCTTCAGTCGTAACGCCGACGATGGCGAACCGTGTGGTGGGACGAGTGCTTGCGGGGCATACCGCAACGCTTGAGAATAATTATGCGTTTGATGGCATGATGGTGGATGTAGAAGGCGAAAGTATTGCCGCTGCTGACAACAGAAAAGGTTTAGGGCTATCCCAGCAACAGGTTGAAGATTCCAATACGTATATCCATATATTGAAATGGGATTTTGAGTCGGTTTGGATGTGGAATGATGCTTTAAAGCGTCCGGTTTTGAACAGTAATCCCGAAGAGGCAAGCGAGCCTGTCGTGCCTTTAGAAAGAAATGAAGCAGGTTATTACAGAATCAAATCCATTGCTGATTTGAACGTTATGGAAAACTTCCCGGCGGAAAAGTATATGTTGGACCATGATATGGATTACGCCGGACAACCGGCTGAGTCGCTTTTTAAAGTGGTTTCGTTCACCGGTGTTTTGGATGGCGACGGGAAGAAAATAGTTAATTTTCATTCTTCGAGCGGCGGCTTATTCCATCTTAATGGCGGAGTGATTAAAAATATAGCCATGATCGATGCCAGCGTCACTGGCGGAAGCAGAATAGGCATACTCGTCAACACGAACAATGGCGAGGTAGAGAATAGCCTCTCAACAGGCTCTATTACAGGCTCCAGCACAGTCGGCGGTCTAGTAGGCTATTCTAATGGTATCGTAAGAAACAGCTATTCAACCGCGGATGTAACCGCTCAGGTAAGTCAGGCCGGCGGCCTAATCGGAATTACGAACTCGGGCAGCCTAACAGAAAACGTGTATGCGTCTGGAACCGTTCGAGCGATGACGAGCAATGCGGGCGGAGTGACTGGATACGGATACAATGATACAGTCGTCAGAAATGTCATTGCCCTGGGCCCTTCGGTTACGGCGCCAACGATGGCAAACCGGGTGATGGGACGAGTTCTTGCGGGACACACCGCTACGCTCGAAAATAATTATGCATTTGACGGCATGATAGTGAATAAAGAAGGTGTAGCTGAAGGAGCATTAACAACCCTTAAAGGATTAGGCCTATCTGAAACTGAAATAAAGACTCCATCTACCTATACAGACAGATTAGGGTGGGACTTTAACACGATTTGGAGATGGGACGGTATGGCTAAACGACCTGTATTACAATCGGTATCAGCAGGCGACAATGACGAACCGGTTACACTGACTGAGATTGAGCTCGAGGGGCCGGTTGTACTGGTCGTTGGAGAGAATGCCCAAACGGTGACTACCGCAGTGTACAGCGATGGAAGCCGTGAAAAGGTGGAGGCAAACGTCATCTATACAAGCAGTGATCCAACTATAGCGGAGATCAGCGCTAGCGGTGTAGTAACGGTGAAATCGGAAGGAACCGTACTCATCAAGGCAGAGTATGAGGGCTTGATTGCATCCTATGAGCTAACCTTGACTCAGAAGCAAATCGAGATGGAGGGGGTCACCCAAGGCGTGGATGCAGAAGCCGCGCTTCCGTTCACATCTTCGGCCTTTGTCGGAATGGGGGAGTGGTGGATTGCGAACCGGATGCCGCACCCTCCTGGACGCCCTGAAGGGGCGGTCGTTTCAAGCGATAACGAGCTTCTCGTATCCGTGTCGAAGACATAA	MKSQRRSLPFIVMACFIAGVISLCYGINVSASSDKEEGVSQKERAKYSGASLFKGHMHSHTSLSDGILLPNDAYDFVKANTDFDFFAVTEHDVTYDISTGSDFITNVQDSYSKEYKLLHEQSDAHNRDNEFITLPGTEVTWYDESGHINLFNAPWFARTHGVGADGTWGWSDIKYDLPTFYARLAQDPHAIAQFNHPRLSGNWSFNEFKHYNRDVDRNLNMIEYKSSNDFAVYTKALDQGWHVSPVFGGDEHKGNWGMVQPHVTGMWGDNLTREGLYEAMRNHRTYVSFDRNLEMAVSAKGQMMGAILPADTKEINLFVRMNDPDANDVLDKVVIYKNSGEVLKEYRSIASNKFEKEVTLATKDGDYFIVRAFQADGEEAVSAPIWIGDETRGTVHAPEITVHGQYPDTIKLGDQVEVLGASATDHRGQSLSVEAIVLNDKGEVAVLNQHFKVDMYGDYFIKYVATDAQGNTRVELIRLLVDQQNLDADNILNEFQPIVNVGENEREVGVNLVTDKALETSYVQYKPESVATWDDAEVVQAEVSYFQAAYGDTYDKSNYRVLAAHEAKVTDLDLGTTYDYRYGMSPTGPWSSSYSFRTAPASEEAVMYVMGDLGVPDRNPESFQLFKNMLDVLQEKNSNGQTVIQVGDLVENGGNMYAWDDVFNHIYNHDMGLVSAHIVGDRERATERKLVPFSGFFNLPKNGEGSYRETNYSFDYGDMHVAVLNSVLDFDKQLSWLEKDLRATDKKWKIVMGHYPYYGGQSGDETGMDMMRVKLSQAFERLGVSLYIGGHDHVYKRTTIRDGVKDISEEAMNLGTTFVTVGSSGPTFFDNKSFDWDHIVYDENKQTGVILESNDQSLTLKAYNSDGVEIDSFTIKQPANYLELTSAIVENNVLKGVGVLNYPSSRERVTVIGEKRDHTGEQLLETVIQEATLEHLGREQIILFDNPLAFGDEHTIVVRLVNNPIDQEPLTDPFIAKEGMLGDGSEGNPYQIKSASGLYKMHEFPDKHFILDRDIDGKGVFFEAIGANGAPFTGTFDGQGHTITDVMISSGGAGLFAINEGIIRNVGIIHADIDVRRSNVGILVDQNDGIVEYAYSTGAIRGNSTVGGLVGYSNGIVRNSYSTARVNARGKQAGGMIGITNRGSITEQVYAMGAVIAEESNAGGISGYGYNNTVIQNSMALNPSIVTGTASNRIVGRVLAGDKATLVNNYADENMFVSSENVTVPDPNNEKGQGVGAEAFTKPAFFMETLGWDFDSIWIWNEDAKRPLLQSNLEQINENHIPKPKLDRNEDGYYIIRSVSELKTISEFPNENYILENDLDFEGQLFDPLFKGTPFLGIFDGNNKSLTNFKSENGGLFHLNGGTIKNIAMVNARVTGGSNIGILVNTNNGTVENSYVTGSIEGSSTVGGLAGYSNGIVRNSYSTADVTAQLNQAGGLIGITNSGSLTENVYASGAVRALRSNAGGVTGYGYNDTVVKNVIALNPSVVTPTMANRVVGRVLAGHTATLENNYAFDGMMVDVEGESIAAADNRKGLGLSQQQVEDSNTYIHILKWDFESVWMWNDALKRPVLNSNPEEASEPVVPLERNEAGYYRIKSIADLNVMENFPAEKYMLDHDMDYAGQPAESLFKVVSFTGVLDGDGKKIVNFHSSSGGLFHLNGGVIKNIAMIDASVTGGSRIGILVNTNNGEVENSLSTGSITGSSTVGGLVGYSNGIVRNSYSTADVTAQVSQAGGLIGITNSGSLTENVYASGTVRAMTSNAGGVTGYGYNDTVVRNVIALGPSVTAPTMANRVMGRVLAGHTATLENNYAFDGMIVNKEGVAEGALTTLKGLGLSETEIKTPSTYTDRLGWDFNTIWRWDGMAKRPVLQSVSAGDNDEPVTLTEIELEGPVVLVVGENAQTVTTAVYSDGSREKVEANVIYTSSDPTIAEISASGVVTVKSEGTVLIKAEYEGLIASYELTLTQKQIEMEGVTQGVDAEAALPFTSSAFVGMGEWWIANRMPHPPGRPEGAVVSSDNELLVSVSKT				NA	NA	NA	NA	NA
JZ016_04008	1107			hypothetical protein	ATGACCGTTCAATCGAAAGAGATAAACTTAGATCAACTGGGCGGAACGATATACCCAAAGACAACCAATGGCGAGCAGTTGAGATGGCATTCTCCGCTTGAAGCGCCCTTTCACATCGCGGGCTTCCCTTGGCTTGCGCAGGATGGGATATACAGACGCCTGCCCTTGGCTTCAGGGGCTGTCTTGCCGCCTCCGGTTGATACGCTTGCTTATTGTACGGCAGGTGGGCAAATTCGCTTTCGCACCAATTCTTCAAGGCTGGTCATAAGGGTGCGTCTTGCCGGACCGGCCAATATGTATCATATGCCGCCTACAGGGCAGTGCGGGGTTGACTGCTATCTTGGAGAGCCGGGAGAGCAGAGCTTTATCACCACGGCTAGATTCAAACCAACGGAAAGTGAATATGAATCCCAGCTTTATCAGTGGGATACAAAAAAAGAGGTGGCCGTCACCTTAAACTTGCCGCTCTACCAAGGGGTAGAAGAGGTATGGATCGGTGTAGATAAGGATGCTGTCATAAGCGATGCACCTGCCTATGCAAGCAGTAAACCCGTCATTATATATGGAACTTCGATTACGCAAGGAGGATGCGCCTCCCGGCCGGGTATGGCTTATTCTAATATTCTTAGCCGTATGATTCCGGTGGAGTTCGTAAATCTAGGCTTTTCCGGGAGTGGAAAGGGCGAGCCGGAGCTCGCGCAGATCATGTCGGAAATCGATGATCCGGCGTTATTCATTCTTGATTATGAAGGGAATACGGGCGAGGCTGGAAACATCGCACGAACGCTGCCTGCCTTCATCCAAATTTTAAGAGATCGGCATCCCCAAGTTCCTATACTAGTAGTCTCAAGGATTAGCACTGCCGAGGACCAGTTCTATATGGAGAGGAGGGAGCTTAATGATCGCCGCAGGCTGATCCAAATTGAAAATGTGGAACAGAGACGGACAGAAGGAGACCGTAATATTCATTTCGTTGACGGCTTGAAGCTGCTGGGCGATGACTTCGTCAATGATTGTACGGTAGATGGAACACATCCAACGGACCTCGGATTTTTGCGCATGGCACAGTCGCTTGCACCTATCATTAAGCCATTGCTGCGACTGTGA	MTVQSKEINLDQLGGTIYPKTTNGEQLRWHSPLEAPFHIAGFPWLAQDGIYRRLPLASGAVLPPPVDTLAYCTAGGQIRFRTNSSRLVIRVRLAGPANMYHMPPTGQCGVDCYLGEPGEQSFITTARFKPTESEYESQLYQWDTKKEVAVTLNLPLYQGVEEVWIGVDKDAVISDAPAYASSKPVIIYGTSITQGGCASRPGMAYSNILSRMIPVEFVNLGFSGSGKGEPELAQIMSEIDDPALFILDYEGNTGEAGNIARTLPAFIQILRDRHPQVPILVVSRISTAEDQFYMERRELNDRRRLIQIENVEQRRTEGDRNIHFVDGLKLLGDDFVNDCTVDGTHPTDLGFLRMAQSLAPIIKPLLRL				NA	NA	NA	NA	NA
JZ016_04009	762	ycsE_2		5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YcsE	ATGAATACGGTGCAGCAAGTGAAGGCGAAATATAAGCTGATTGCCTTGGATCTGGATGGGACTCTTCTGACGGATGAAAAGTGCATTACGGAAGAGACCAAAAAGTGGCTTCAATATGCCGTAGGTCAGGGCGTTAAAGTGATGTTCTCCACCGGAAGAGGCTTGCAAACGGCACAGGTCTTCTGGGATGAGCTGGGGCTTGATTCCCCGATGGTGCTGCTCAATGGCGCGGAAATTTGGGAGGGGCCGGGCAGGCTTAAGAAGCGAGTCTTCCTCCCCCGGGATACGGTCCGCCATATGCACGCCATTGCTGCCGAACGGGCCGAATGGTACTGGGGCTACAGCGTGGAGAGCTTGACGGGCGACAAGGATTGGACGCCTGAGATGTTCGAGAGGGATTGGATGAAATTCGGGATCGGCAGCCATGATCAACAGAAGCTCGCGGAAATTAAGGAGGAGCTGCTCCGATGGGGGACGCTTGAAGTTACCCGTTCGGCCCCTACGAATATGGAGATATCAGTTAAAGGAACTACCAAGGAAAGTGGAGTGCGTGAGGTTTGCCAGATGCTGGGCTTCTCGATGTCCGATGTCATTGCGATGGGAGACAGTGATAATGACGCGAAGCTGCTGAAGGCGGCAGGTCTCGGTGTGGCGATGGCCAACGGTGAAGAGCATATCAAATCGATAGCGGACGTTATGACGGCTACCAACAACGAGGACGGCGTTGCTCAGGCGATTCGGAAATATGTATTCCAAATGTGA	MNTVQQVKAKYKLIALDLDGTLLTDEKCITEETKKWLQYAVGQGVKVMFSTGRGLQTAQVFWDELGLDSPMVLLNGAEIWEGPGRLKKRVFLPRDTVRHMHAIAAERAEWYWGYSVESLTGDKDWTPEMFERDWMKFGIGSHDQQKLAEIKEELLRWGTLEVTRSAPTNMEISVKGTTKESGVREVCQMLGFSMSDVIAMGDSDNDAKLLKAAGLGVAMANGEEHIKSIADVMTATNNEDGVAQAIRKYVFQM	PGPT0008595_794	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008595-ycsE|yitU|ywtE-K21064	NA	NA
JZ016_04010	837	ngcG_2	COG0395	Diacetylchitobiose uptake system permease protein NgcG	TTGAAGGAAAAACGAACGTTTATGGACGTTGTGTGGCGTGTGCTGCTTTATGCTTGGTCGTTGACCATATTATTTCCTTTAGTCTGGGTTATCTATGAATCGTTAAAAAGCAATCCTGAGTTTTTTAAAGATATATGGGCGCTGCCTTCGGAACCAAGATGGCAGAATTATTCGAAGGCTTGGAATCAATACGGTTTTGGGCAATCACTCTTAAATACCCTTTATTATGTCGGCGGAAGTCTGGTGCTTGGGCTTTTCTTTACGACAATTAACGCCTATGCGCTTACTCGAATGCAGTTCAAAGGTAGAAAATTGATTTGGGGCTTGATTATGTTGTCCCTGTTCCTGCCTGGCATCAATGCGCTTGTACCCCAGTATGTAGTGATGAGGGAACTGAATTTAACCAATAGTTTGACGGGATTAATTCTCCTGTCCAGTCTGGGGGAAAGCGTGTTCTACCTTATGCTGCTCGGAGGGTTTATGAGCTCTTTGCCGATGGAGCTTGAGGAGAGCGCAACGATGGATGGTGCTACATTATTCCAAAAGTTTTGGCGTGTTATTGTTCCTTTGTCTACACCGGGAATTGTAACCGTTGGCGTATTCAAGTTCCTAGGGTTCTATAACAATTTCTTAGCGCCGTTTATCTATTTGAGCGATCCCAAGAAGTATCCCATTGCGGTGCAAATGTATTCTGCGAATAAGCAAATGGAGTTTACTGCGGATTGGGTAACTTTGTTTGCCGGTGTAACCATTGCGATGGTACCGTCCATTATTATTTATATCTTATTCCAAAAGCTTCTGATGGAAGGCGCGACCATGGGAGCGGTGAAGGGATGA	MKEKRTFMDVVWRVLLYAWSLTILFPLVWVIYESLKSNPEFFKDIWALPSEPRWQNYSKAWNQYGFGQSLLNTLYYVGGSLVLGLFFTTINAYALTRMQFKGRKLIWGLIMLSLFLPGINALVPQYVVMRELNLTNSLTGLILLSSLGESVFYLMLLGGFMSSLPMELEESATMDGATLFQKFWRVIVPLSTPGIVTVGVFKFLGFYNNFLAPFIYLSDPKKYPIAVQMYSANKQMEFTADWVTLFAGVTIAMVPSIIIYILFQKLLMEGATMGAVKG	PGPT0016425_270	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGLUCOSAMINE_TRANSPORT,PGPT0016425-ngcG|ABC_NGC_P1-K10202	NA	NA
JZ016_04011	951	ngcF_3	COG1175	Diacetylchitobiose uptake system permease protein NgcF	GTGTCTGATTCAACCGTTGTGACGACACCAAAAGCCCCTATGCGCAAGCGTATGGGTCTAGATAAAGCGAATACGCAGAAGTGGATATTTCTGTTCATAGCCATCGTGCCTCCCTTTGGCGGATATTTGCTTTTTACGTTGTTTCCGAACATTTTATCCGTTTATTATGCGCTGCTCAATTGGGACGGGTTTACGGATGCAACGTTTGTGGGGCTGTCCAATTTCGTCACCGCATTTCAAGATAAATACGTGTGGCGCGCGCTTACCCACAACTTGATTTTAATGATAACGGTGCCCTTCTTTGTTATTATCATCTCTTTGATACTTGCCTATTTAATTACAAATAAATCGTATAAAGAAAATAAGTTTTTGAAGATATTGTTTTTCTTTCCGAATGTGTTATCTACGGTCGTAGTCGCGCTCCTCTGGGCTTTTATTTATGACGGATCGTACGGTTTGCTGAATGGGCTTCTAAAGTTCATTGGCATTGATACCGGTAATTTCTATTGGCTGGGCAATGAAAACACGGCGCTTGCAGCGATTATCCCGGCATGGGTATGGGGCGGCGTCGGCTTGTACGTCATTATCTTTGCCAATGCGATGCTGGCGATTCCAAAGTCATTGTACGAGGCGGCGATTCTTGAAGGGGCCGGACATATGTCGCGCTTGTTTAAAATTACAATGCCGCTTGTTACGCCAATTATTCGGGTCAGCGCTTTGTTTCTGATCGTTGGCACGATGAAGGGCTTTGAAATCATCCTCATTATGACAAATGGGGGCCCATTCGGGTCGACGGATGTCATCGGCCTCTACATGTTTAACTTGGCTTTTGGCGTAGAGTATCGGAATTACGGCTACGCTTCCGCAGTCGGTATGATCCTGTTCGTCATATTAGTAACGGCAAAGCTGTTAATCGATAAATTTGTGCCGAACAAAGGCTACGAGTATTAG	MSDSTVVTTPKAPMRKRMGLDKANTQKWIFLFIAIVPPFGGYLLFTLFPNILSVYYALLNWDGFTDATFVGLSNFVTAFQDKYVWRALTHNLILMITVPFFVIIISLILAYLITNKSYKENKFLKILFFFPNVLSTVVVALLWAFIYDGSYGLLNGLLKFIGIDTGNFYWLGNENTALAAIIPAWVWGGVGLYVIIFANAMLAIPKSLYEAAILEGAGHMSRLFKITMPLVTPIIRVSALFLIVGTMKGFEIILIMTNGGPFGSTDVIGLYMFNLAFGVEYRNYGYASAVGMILFVILVTAKLLIDKFVPNKGYEY	PGPT0016420_48	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGLUCOSAMINE_TRANSPORT,PGPT0016420-ngcF|ABC_NGC_P-K10201	NA	NA
JZ016_04012	1476			hypothetical protein	ATGTTTAATGGAAAAATGAAACGATTCATGAGCACGGGTGTTGCAGCGGCATTATCCTTAGCTATGCTGGCTGGTTGCGGTGGAAACAGCGGGAAGAACGAGGCTAGCCCAAGTACAACTCCTGCTGGGTCGAATAAGCCAGGTGTATCTGCAGAGGTAGAGACTTACGAGAATGGATTGCCGAAGAATGAGGAAGTAACGCTAAAGGTAGGCTTCTTTGTAGGAGGATACGGCCGGGAGTGGTTCGATTATGCAGTTGAATCGTTCACAGCCAAGTATCCAAATGTCAAAATAGACATCACGGCTTCAGCCGATATGAAGACGATTCTTTCTACAAAAATCTCTGCAGGCAATGATAATGACATGTTTGATCTATTTAATACGGATCCAGCGGGAGGTATCGTGGGGCTTGCTGAAGCCGGCAAGCTTGAACCAATGGATGACATTTGGGAATACCCTCTTCCAGACGTGCCGGACAAAAAGGTCAAGGATCTTATGATGCCGGGTATGTACGAGTCAACGCAGCTGATCAATGGAAAAAGGTATGAATTCACGACGGCGAGCAGCTTTGGCGGGTTGTTTTTTAACAAAAAGCTATTCGAAGAGCATGGCTGGAACCAAAACCCGAACACATGGGATGAATTTAAAGCGCTTCTAGCAGATATTAAAGCGGACGGCATTGCTCCCATAACGTTCCCGGGTATTCATCCAAGCTACCATAACTGGGCTTTCGGAACAGCCAAAAATTTTGAGCTGGCTGATATCAATGGCCATGTCGACGAATTTATCGAAAATTATAGAACCTATGGTCTGCCGCAATACACAAATCCGGAGACGGTTGAAACTTGGACGCGCATCTACGAGCTTGGCCAACAAGGATATTTTGCAGAAGGACTTCCGGCATTGAACCATACGCAATCGCAAATGCAGGTTATTCAGGGGCAAGCGGCGATGGTATCGACAGGGACTCATGTCGAGAATGAGATGAAGGAAGCAACACCTGAGGATTTCGATTGGGGCTTCATGGCTGTTCCTTTCAGAGATGACACCAATCAAACGCTTTGGATTCGAAGCGGAACTTCAAACTTCAACTATATCTGGGCAGCAAAGCCGGAGCTTAACAAAAAGTGGGCCAAAGAATTGATCACATGGATGGTTACGCTTGAAAATCAACAATTCGCTGCTGAAAAAGCAGGCGCTTTGCCAATGCGCAAGGATTTGACGGAAGACCCTGCCAGAACAGCTAATCTTTCCAGCTCCGCCCAATCTGTTCTGAAATACATTGCGGATAATAATGCTCAAACTTATAAAGCAAGCCGGTCTATCAGTATTTCGGATCCGAATCTTGCTCAAGCGGAAAAATTATTAAATGAGAATATTGTTAAATTTGCTATGGGTATGCAGGATCCGAAACCGATTCTGGAGCAAGCTGAAGAGCTGCTGAAGAAAGCAGTAGAGGCTGAAAAGAAAAAATAA	MFNGKMKRFMSTGVAAALSLAMLAGCGGNSGKNEASPSTTPAGSNKPGVSAEVETYENGLPKNEEVTLKVGFFVGGYGREWFDYAVESFTAKYPNVKIDITASADMKTILSTKISAGNDNDMFDLFNTDPAGGIVGLAEAGKLEPMDDIWEYPLPDVPDKKVKDLMMPGMYESTQLINGKRYEFTTASSFGGLFFNKKLFEEHGWNQNPNTWDEFKALLADIKADGIAPITFPGIHPSYHNWAFGTAKNFELADINGHVDEFIENYRTYGLPQYTNPETVETWTRIYELGQQGYFAEGLPALNHTQSQMQVIQGQAAMVSTGTHVENEMKEATPEDFDWGFMAVPFRDDTNQTLWIRSGTSNFNYIWAAKPELNKKWAKELITWMVTLENQQFAAEKAGALPMRKDLTEDPARTANLSSSAQSVLKYIADNNAQTYKASRSISISDPNLAQAEKLLNENIVKFAMGMQDPKPILEQAEELLKKAVEAEKKK	PGPT0016415_17	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_N_ACETYLGLUCOSAMINE_TRANSPORT,PGPT0016415-ngcE|ABC_NGC_S-K10200	NA	NA
JZ016_04013	585			hypothetical protein	ATGGTATGGATCGGATGGATAATTGCAATCGCAGCGATGACGGTGTTGGCTTACATATGCTGGCTGCATGCAGTTATATTACAACCTGGTAAAGCAGATGCGATTATTGTACTTGGCTATGTATCTAAAGACGGCCGAATACACCCTTTGCTTAAGGAAAGACTGGATGAGGCTTACAAACGATTTCAGCAGTATGGGCACAAATACATCATTGTATCGGGGGGAGCCGTTGGTTCACGTCGCTCGGAGGCAGAGCTAATGAAGAAGTATCTGGTTGAGAAAGGCGTTCCGGCGAAAAGAGTATTAAAAGAAGACAAGTCACACAACACCGTTCAGAATTTAATCTTTAGCAAGCAATTGATGGAGCAGTACCAGCTAAAATCTTTTATGATCATAACCAATTTATTTCATGTCCGCCGCACGAAGTATATTATGCATCGTCTTGGCATGAATGGCGGTTTCAGCGCTAATCGAAGCCTTAGAAGCATTGTGGGATTCCAGCTCAAATTAACATTTTTGGAAATTCGGGCGTTTCGATTAACGCTCCCCATTATCAGGCGGGAAATCAATGATCAAAACAATTGA	MVWIGWIIAIAAMTVLAYICWLHAVILQPGKADAIIVLGYVSKDGRIHPLLKERLDEAYKRFQQYGHKYIIVSGGAVGSRRSEAELMKKYLVEKGVPAKRVLKEDKSHNTVQNLIFSKQLMEQYQLKSFMIITNLFHVRRTKYIMHRLGMNGGFSANRSLRSIVGFQLKLTFLEIRAFRLTLPIIRREINDQNN				NA	NA	NA	NA	NA
JZ016_04014	1176	nagC_4	COG1940	N-acetylglucosamine repressor	GTGAGTGATTCGGTTAAACAAACTAGCCATATGTTATTAAAATCAATTAATCAGCAGAAGGTTCTTTTTCTCATTTATTCAGAGGGGCCGATCTCTCGCGTAGAGCTTGCGGAAAAGACTGGACTAAGCAGACAAACGGTAACCAATATCGTGAATCGCCTGTTGAAGGAAAAAATAATCGTGACAGGGGAGCTTATCGACTTGGAGGCAGGCAGCGGAAGGAAAAGAGTCGGCCTTCATATCAACAGCGGCCATTTTTATGCCATCGGGCTTGAGCTCGCCGGCAAATACATTCGCGGAAAAGTGTTCAACCTGCGTCAAGAAGCTGTCGCATCCGCAGAACGCACGAGCAACAAATATGGTTCTATCGATGTGCTGATGCAGCTGTTGCATGAAGTTATCGACGAGCTGCTCACCCAGGTACCCAACTCCTCCAAAGTAAAAGGGATCGGAATCAGTATGCAGGGCCTGGTAGATTCTCAGCATGGCATCGTTCTGCGAACACCCGGCATAGGCGTTCATCGCCTGCCGCTCAAGCAGCTGCTTGAAGACCAATATAACATCCCCGTGTATATTGAGAACGATGTCAATCTTCTCTCTGTCAACGAGAATATGAACGGCTGCTTGAAGGATTCTAATAACAATATCACCATCAAGTTTGATTACGGTACAGGCGGCGCGATCGTCCATGATAAACAAATTATAGCGGGATCAAGCTTTGTTGCAGGTGAATTCGGGCATTATAAAGGCTTCTATGGAGAAGATGCCTATCCATGCCATTGCGGCAGATCCGGATGCTTAACAACGCTGGCTTCCAGCAGCGGACTTAGTGTTTCCATCAAATGCACACTAGAGGAGTTCGCAGAAGGCATAAGAACAGGAGATCCTAAGTTCCTTAGCTTATACGAAAAAATTGTCGATGGCATCGCGATCGCCGTTACCAATATCATTACATTTATAAATCCAGACAGTCTGCTTATAACGGGCCGAGTCATTCATACCATCAGCCCCGAAATGTTCAACGAGATTAGAGCCAGGGTGATGCACCAGTTGCCTGTGACAGTTAATAACGTACAATTGATCTACCTTCATAACAAACCGGATGAAACCAAGCTTGCTGCCGGGTTAGTTATTAAACGCGCATTTGAAATACCGCTGGATACTTTATCTCTTTAA	MSDSVKQTSHMLLKSINQQKVLFLIYSEGPISRVELAEKTGLSRQTVTNIVNRLLKEKIIVTGELIDLEAGSGRKRVGLHINSGHFYAIGLELAGKYIRGKVFNLRQEAVASAERTSNKYGSIDVLMQLLHEVIDELLTQVPNSSKVKGIGISMQGLVDSQHGIVLRTPGIGVHRLPLKQLLEDQYNIPVYIENDVNLLSVNENMNGCLKDSNNNITIKFDYGTGGAIVHDKQIIAGSSFVAGEFGHYKGFYGEDAYPCHCGRSGCLTTLASSSGLSVSIKCTLEEFAEGIRTGDPKFLSLYEKIVDGIAIAVTNIITFINPDSLLITGRVIHTISPEMFNEIRARVMHQLPVTVNNVQLIYLHNKPDETKLAAGLVIKRAFEIPLDTLSL	PGPT0017991_426	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017991-mlc|dgsA|nagC_like-K15545	NA	NA
JZ016_04015	804			hypothetical protein	ATGTTGAGAACAGAATCGCTGTTACAGCGGCTGGGCGAGATCGGCAAGTCGCTCGAACGCAAGGGGGGAGCTCTTTTATTATTGGGAGTTGGTTCCGTTGGGGTCGAGACAGACCGGTTGGATGAATATTCGGATTTAGATTTCTTTGTCATTGTAAATCCCGGGGAGAAAAACAGATATATAGACCGGTTGGATTGGCTCGAGGACGTACACCCTCTTGCCTATTCATTTAAGAATTCGGGTGTTGGTTACAAAGTCCTGTTCGAGGACGGTATTTTCGGGGAATATGCTGTATTCGAGGAATGGGAGCTGGCGAACGCCACCTATACGGAAGGTCGGGTCATTTGGAAGGACCCTATGTATGCCAATACGGCAATCGCCAAACCTTCCAACCCGATCCCCAGCCTAAAAGTGGATTCCTTGGACTTTCCTTTGAATGAAGCCTTAACCAATCTGTACGTGGGGCTTGGTCGCTATGCTAGGGGAGAGCGTCTATCCGCGACGAGGTTTGTTCAAGGATACGCAGTAGACAGGATTCTATCCGTGCTCCATCTGCTGGAGCAAGAGGTGGACTACTATCCCGACCCATTCGGCAATGAGAGGCGTTTAGAGCGGAGATACCCCCGTTTTGCGGAAATCATAGGAGAGATGATACAGGGTTACGATCATGTTCCCGAATCGGCACTTCGCATTTTAAATTTCATAGAAGAAGTGTATCCGGTCAATCGAAGGTTAAGCGATGAGATACGGCGACTGGCTAATCTAACTTGCCGAGTTGATACGCAAACGGAATCGACGCACTAG	MLRTESLLQRLGEIGKSLERKGGALLLLGVGSVGVETDRLDEYSDLDFFVIVNPGEKNRYIDRLDWLEDVHPLAYSFKNSGVGYKVLFEDGIFGEYAVFEEWELANATYTEGRVIWKDPMYANTAIAKPSNPIPSLKVDSLDFPLNEALTNLYVGLGRYARGERLSATRFVQGYAVDRILSVLHLLEQEVDYYPDPFGNERRLERRYPRFAEIIGEMIQGYDHVPESALRILNFIEEVYPVNRRLSDEIRRLANLTCRVDTQTESTH	PGPT0027995_40	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027995-lnuB_F|lin-K18236	NA	NA
JZ016_04016	552	ybiA	COG3236	N-glycosidase YbiA	ATGATTTACAATCTCGATGAGCTAAGAAAAGCATATAACGAAGGGAGAACGTTCAAGTTTGTATTCTTTTGGGGCCATACGCCGCCTAAGGACGGGAGCGTCGACAAAAGCTGCTTCAGCCAGTGGTGGATGTGCCCGTTCACGGTAGAAGGGACGGAGTATTCCTGTGCCGAGCAGTTTATGATGGCCGAGAAGGCAAGACTGTTCGGCGACCATGAAATGCTGGAGTCGATCCTTACAGCTAAGCATCCTAAGGAGATGAAGGCTTATGGGCGCGCGGTCCGAAATTTTGACAAGGATACTTGGGACAAGGAATGTTACGACATCGTTAAAAGAGCCAGCTTGGCCAAGTTTTCGCAGAATCCGGAGCTTGGCGAATATCTCAAGTCGACGAAGAACCGCATCCTCGTCGAGGCCAGCCCGCGGGACCGCATATGGGGGATCGGCATGGGCCAGTCCAATCCGGATGCGGAGAATCCCGTGAAATGGCGGGGCCGAAACCTGCTGGGGTTCGTGCTGACCGAAGCGCGGGACGAGTTGCTGCAGAGATAG	MIYNLDELRKAYNEGRTFKFVFFWGHTPPKDGSVDKSCFSQWWMCPFTVEGTEYSCAEQFMMAEKARLFGDHEMLESILTAKHPKEMKAYGRAVRNFDKDTWDKECYDIVKRASLAKFSQNPELGEYLKSTKNRILVEASPRDRIWGIGMGQSNPDAENPVKWRGRNLLGFVLTEARDELLQR				NA	NA	NA	NA	NA
JZ016_04017	885			hypothetical protein	TTGGACTTGTTGGATCGGGACGGACTTACGGAACGCGAATTTTTGGAGAAGTACCGGGCAGGAGATTATGAGCGGCCTTCGGTGGCAGCCGATATGGTGATCTTCACGGTTACGGACGAGGCGGCTGACAGCTATCGGAAGTTACCCGAAAAAGAGCTCCGCATCCTGCTTATTCGCCGGGGAGGTCACCCCTTCCTGGGTAAATGGGCGCTGCCTGGCGGCTTTGTCCAGCCGAGCGAGACGACTGAGCAGGCTGCGGCAAGGGAACTGCGCGAGGAAACCGGCGTGGACGACGTTTATTTGGAGCAGTTGTATACGTTCAGTGATATCGGGCGAGATCCCCGAACCTGGGTGATGAGCTGCAGCTACATGGCTCTGATCAACAGCGATAAATTGGAGCTTCAGGCGGGAGACGATGCGGCCGACGCCGCTTGGTTCAAGGTCTCCTATCGGCTGCTGCGGGAGCAGAAAGAGCTGATGGAGGACGGATACGTCAAGACGCTGGAGTATGAACTCAAGCTAAGTGGTGAAGAGGAGCTTTCGGCGATCGTGGCCAGGACGTTGACCGTGAAGACGACATCCACCAGCACGGAATATAAGATCGTATCGAATAACGGTTTGGCCTTCGACCACGCGAAGATTATAGCGTGCGCGATCGAGCGGCTGCGGGGAAAAGTGAACTATACCGATATTGCGCTGCACTTAATGCCAGAGCTTTTTACATTGACGGAGCTGCAGCAGGTTTATGAGGTCATTATGGATAAAGAGCTATTGAAGGCGGCCTTCCGGCGGAAGGTGGCCGATCTCGTGGCGGAGACTGATCATTACACCGAAAATGCGGGACACAGGCCATCCCGCTTGTATCGGAGAAAACTGGAGGACTAA	MDLLDRDGLTEREFLEKYRAGDYERPSVAADMVIFTVTDEAADSYRKLPEKELRILLIRRGGHPFLGKWALPGGFVQPSETTEQAAARELREETGVDDVYLEQLYTFSDIGRDPRTWVMSCSYMALINSDKLELQAGDDAADAAWFKVSYRLLREQKELMEDGYVKTLEYELKLSGEEELSAIVARTLTVKTTSTSTEYKIVSNNGLAFDHAKIIACAIERLRGKVNYTDIALHLMPELFTLTELQQVYEVIMDKELLKAAFRRKVADLVAETDHYTENAGHRPSRLYRRKLED				NA	NA	NA	NA	NA
JZ016_04018	1035	nadR	COG1056	Trifunctional NAD biosynthesis/regulator protein NadR	ATGAAAACGCTCGGATTAACGCTGGGGAAGTTTGCCCCGCTGCATAAAGGGCATCAGTTCATGATCGAAACGGCGCTGCAGGAGGTCGATGAGTTAATCGTGGTCATTTACGAGACGACGGTCACGCCGATCCCGCTTCATATCCGGGCGAATTGGATTCGACGGCTGTACCCGGCAGTCCGGGTCATCGAAGCTTGGGACGGTCCTGACGGGTATTCGGATGACAGAGAGCACGAGATTCGGGAAGAACAGTATATCCTCCGTTTACTGAACGGCGAGCAAGTAACGCATTTTTACTCGAGTGAGTTTTACGGCAGGCATATGAGTCTTGCTTTGGGCTCGGTCGACCGGCGGGTCGATGAAGCCCGCGAGCGGGTTCCGATCTCTGCAACGATGATCCGTTCCGACCCATATAAGTACAGGGAGTTCATAAGTGATATCGTGTACCGGGACTTAATCACGAAGGTGGTATTTGTTGGGGCGATGTCGACGGGCAAGTCGACCATCACTGAAGCGCTGGCACGGCGGTATAACACGACCTACGCGAGCGAATACGGACGCGATTATTGGACCGAGCATCAGGTGGACCGCAGAATCGGCCTGGAGGCGTTTGATGAAATCGCTGTGGGTCATATCGAGCGCGAAGAGCAGGCTTTGCTCGCGGCGAACCGATTTCTCTTCGTCGATACCAATGCGATTACGACGTATATGTTCGCCATGGATTACCACGGCCGGGCGCCAGAGCGATTAACACGGATTGCCCTGGAGAATGCGCAGCGCTACGATCTGTTCTTCTTGTGCGACGACGATATTCCTTACGATGATACGTGGGATCGAAGCGGGGATCAGAAGCGGCATGTTTTTCATAAACAGATCATCGCGGATTTGAAGGAGCGGCGCATTCCCTACATTATGCTTCGGGGAAGCTTGGAAGAGCGCATGCGCAAGGTAGACGAGGTGCTGGCGAAGTTCGAGCCCTATCGAAACTATTTCGGGGAGCTAAAACGGTTAGAATTAGATGCAGACAGGGAGTAA	MKTLGLTLGKFAPLHKGHQFMIETALQEVDELIVVIYETTVTPIPLHIRANWIRRLYPAVRVIEAWDGPDGYSDDREHEIREEQYILRLLNGEQVTHFYSSEFYGRHMSLALGSVDRRVDEARERVPISATMIRSDPYKYREFISDIVYRDLITKVVFVGAMSTGKSTITEALARRYNTTYASEYGRDYWTEHQVDRRIGLEAFDEIAVGHIEREEQALLAANRFLFVDTNAITTYMFAMDYHGRAPERLTRIALENAQRYDLFFLCDDDIPYDDTWDRSGDQKRHVFHKQIIADLKERRIPYIMLRGSLEERMRKVDEVLAKFEPYRNYFGELKRLELDADRE	PGPT0013390_558	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013390-nadR-K06211	NA	NA
JZ016_04019	678	pnuC	COG3201	Nicotinamide riboside transporter PnuC	GTGAAAAAGGTTGCGAGTGGCTGGAACCTGTTCGAAATAGCATGGTTGGTGCTGTTCACCTCGATTGCTGTGGGGTTTACGGTGATTTCTAAGGACTCTTTATTCGGTTTTACCGTTTTTATTACTGGGGTGCTATGCGTGGTGCTTGCGGCGAAGGGCAATCTGATGAGCTATGTTTTCGGCATGTACAATACCGTCGGTTACGCTTATCTGGCCTATATTAACGGGTTGTTTGGAGAGGTCATGCTGAATCTGTTATTCTTCGTTCCGATGAACGTCATTGGCTTCTACATGTGGAAAAATCACCGCCAAGACGGCAAGCTGATCATGCGCCAAATGGAACTTAAAGGTCTGCTTCTCATTGGGACAGTCTGCTTTCTAGGCTGTTTGCTGCTGGGATTTGGGCTTTCGTTCATCCCGGGACAGAACTCGCCTTACATCGACGCTACTACGACGGTGCTGTCCGTTGTGGCCACCTTTTTAATGGTCCGCAGATTCAAGGAACAATGGCTGGTCTATATTGTGTTGAATTTGTTTACGGTGCTGCTGTGGGCGATTCGATTGCTGGAGGGCAGCAGCGAAGGCATGCTGATGATCGTCATGTGGAGCGCGTATTTGGTTAATGCGGTATACGGCTATTACAATTGGAATAAAGGGGCCAAGGAGGTGGCGGCATGA	MKKVASGWNLFEIAWLVLFTSIAVGFTVISKDSLFGFTVFITGVLCVVLAAKGNLMSYVFGMYNTVGYAYLAYINGLFGEVMLNLLFFVPMNVIGFYMWKNHRQDGKLIMRQMELKGLLLIGTVCFLGCLLLGFGLSFIPGQNSPYIDATTTVLSVVATFLMVRRFKEQWLVYIVLNLFTVLLWAIRLLEGSSEGMLMIVMWSAYLVNAVYGYYNWNKGAKEVAA				NA	NA	NA	NA	NA
JZ016_04020	1110			hypothetical protein	TTGGTACTAACATCATCTCACTATTTTGCCCACGGCAACACTGCGCGCGGGGCTCATTTCTTGTATAAATCCGCATTTGATGGGTTGAACAAGATATTTGTCCTTACGGGGCCCCAAGGCACGGGGAAATCGACGGCCATGCAAAGCTTGGTGGATAGCCTGCTGGATAAAGGCTTCCATGTGCAATGTTTCCACTCCCCTCTCCGTCCCGACGAACTGGATGGCATTATTTTTACGGAATTGAAGGTTGGTATTGTCGACGGGCGAGTCTGTAAGGGGATTTCGGATAGCGGGGCCGGTGACATCGTCTTTATCGATTTTGGGGAAGCGTTCGATAACAGCCTTATTTCACCGGGAGACTTCATCACGATAGAAGATCTTAGCGGCAAGCTTGAGAACGCCTATTCAAATGTGTATGAAACATTCGCAACGGCCCTACGGATTCATGACGAGTGGGAAAAATTTTATATCGATAACATGGATTTTGCGAAGGCCGACCAGATTGCGCTGGAATTGGTTCAAGAATTATACGCCGGTCATGAAAGCGATACGCCAACTGCTTCGCGTCACTTATTTTTCGGGGCTGCGACTCCAAGGGGAGCATTCGATTTTATTCAAAGCTTGACCGCTCAGCTGGAAAGACGGATTTTCATCAAAGGAAGGGCGGGATCCGGCAAATCGACGCTGCTGAAAAAGCTTGCCTCCGCTGCCGAACAGAAAGGAATCGACGTTCAAGTGTTTCATTGCGGCTTTGACCCGAACAGTCTGGATATGCTGATATTCCCGGAGCTTCAAACAGCGATCTTCGACAGTACCGCTCCGCATGAATACTTCCCCGATCGGGACGGGGATGAGATCCTAGATATGTACACACGGACGATAGCCCCTGGTACCGATGAAGCCTATGCTGACGAAATAGCCGGTATCAAGGCGCGCTATTCGGCAAAAATGAAAGAGGCTACCTCCCATCTGGCGGAAGCCGAAGCCATCGATTCTCAGATTAAGGCCTACTATGTTGCGGCCACCGATTTTTCGATCGTAGAGAAACTCCATTTGCAATTACAGTCCGAATTGAATGCACTGATGAGCTCCATTCAGCCTTCAAAATAA	MVLTSSHYFAHGNTARGAHFLYKSAFDGLNKIFVLTGPQGTGKSTAMQSLVDSLLDKGFHVQCFHSPLRPDELDGIIFTELKVGIVDGRVCKGISDSGAGDIVFIDFGEAFDNSLISPGDFITIEDLSGKLENAYSNVYETFATALRIHDEWEKFYIDNMDFAKADQIALELVQELYAGHESDTPTASRHLFFGAATPRGAFDFIQSLTAQLERRIFIKGRAGSGKSTLLKKLASAAEQKGIDVQVFHCGFDPNSLDMLIFPELQTAIFDSTAPHEYFPDRDGDEILDMYTRTIAPGTDEAYADEIAGIKARYSAKMKEATSHLAEAEAIDSQIKAYYVAATDFSIVEKLHLQLQSELNALMSSIQPSK				NA	NA	NA	NA	NA
JZ016_04021	1071			hypothetical protein	ATGAACAAAAAGAAAATTTTCCCTATACTCGGGGTAGCTTTATTATCAGGAAGTTTGCTGGGATGCCAAACTCCTGTTCGGGCAGATTCGCCCAACAAAGTAAATATCAATGCTTCACAGAATGTTAAAGCGGATCAGAAGCTTATGCAGCAGGCTCAGGATAAACTGAAAGAGCTAACAGGAAATACGTATAAGTTAATTCAGGGAACTGCCATGAAAGACTTTGTGAATTTTAAAAGAGAGAACTTCAAATATGATACTATTTCTTATAAAAAGAATGGAAAGCTAAATGATATCGGTATCAACATCAATTATGAAGATTTAAACGGTGGGAAATATCAAAGCAAACTGAAGGAAACATGGGAAACGTTATTCCCAGGGGAAGAACCAAAATACGTGAGTATCTCCGAGTCTATCTACCGTGTGGGTACAATCTCATCGAATGCCAAACAAAATAAACAAGTTTATACGGAGGATAACGGAAGTATACATGGCGTAAATTATGCACCTGACGATGCCCCGGCAAGCGTGCAGAAGCAGGCTGCTCAGGTATTATCCAAGCTTACCAATGGTAAGGTCAAGAAAGGAGAAAAGTTGGATCGTGTGTTTGTCCTTGATGGCAAACCGAATGTGTACCAATATAAGTATAAATCAAAAACGATCGATGTGAGCTTTGCAATTGAGGATCAAACGCTGGAACTGCTCCAAGCAAGTGTCCAAAGCAATGGTAAAGGTGTAGACAATTACAAAGAATTCCAGAAGAAAGAAAAAGTAAAAGATGCAAAGCTCAAGAAGCTGACGTTGGATGCATTAACGAAGAACGCAGTGAAAGATGCGAAAGCGATGATAAATTTTGATTTGAAAGGATATAAGGGAGCAAGAGGAACAAATGCATGGGATAAGGATCAAATGACGTTCACCAAAAAAGGGGCTCCTACAGTCACTGCTACAGTGGATGCAGATGGATCGTTTAACAGCTTTATCGTAGAGAAGTATGGTCAGCATCTCAGTTTCGGCGGAAACACAATCGTAGGGCCTGCAAATGAGGAGCCAAAAATATTAATCAACTGA	MNKKKIFPILGVALLSGSLLGCQTPVRADSPNKVNINASQNVKADQKLMQQAQDKLKELTGNTYKLIQGTAMKDFVNFKRENFKYDTISYKKNGKLNDIGININYEDLNGGKYQSKLKETWETLFPGEEPKYVSISESIYRVGTISSNAKQNKQVYTEDNGSIHGVNYAPDDAPASVQKQAAQVLSKLTNGKVKKGEKLDRVFVLDGKPNVYQYKYKSKTIDVSFAIEDQTLELLQASVQSNGKGVDNYKEFQKKEKVKDAKLKKLTLDALTKNAVKDAKAMINFDLKGYKGARGTNAWDKDQMTFTKKGAPTVTATVDADGSFNSFIVEKYGQHLSFGGNTIVGPANEEPKILIN				NA	NA	NA	NA	NA
JZ016_04022	1074			hypothetical protein	ATGAACAAAAAAATAATTTTTCCTATCGTCGGAGCAGCCTTATTATCAGGGAGTTTGCTTGGATTTGATACACCGAATCAATTCAATGCGTATAACAACGTAAATTCAAACATTGAACAAGGTGCTAAATCAGAGCAAACCCCTATGCAAAAGGCTCAGGATAAGCTTAAAGAATTGACAGGAAATACGTATACGTTAATTCAAGGAACCACTACGAAAGATACTATCCATTTTAAAAGAGAGAAAATCAAGGACGATATTATTGCTTATAACGCGAATGGAAAGCTCGAAACGATCAGTATTAAAATCAATTATGAAGATCTAAATGGTGGCAAATATCAAACCAAACTGAAAGAAACGTGGGAAGCTTTATTCCCGGGGGAAGAACCGAAATATGTGAATATCTCAGAGTCAATCTACTATGAGGGTACAATCTCATCGAATGCTATGCAAAATAAACAAATGTATATGCAGGAGAATGGAAGTATTTATGGCGTGAATTATGCTCCTGACGAAGCCCCGGCAAGCGTACAGAAGAAGGCTGCTCAGGTATTCTCCAAGCTTACTGATGGAAAAGTCAAGCAAGGTGCTGAGTTGGATCGGATGTATGTCCGCGATGGTAAACCGAATGTGTATCAATATAAGTATAAATCAATAACGATGGATGTAATCTTTTCCATTGAAGAACAGACGCTGGAGCTGCTCCAAGCTGATGTATATCATAAGGATGGTAAAGGTGTAGATAATTATGAAGAATTCCAGAAACGAGAAAAAGAAATAAGTGCAAAGATGAAGAAGTTGACGTTAGACACTTTAATGAAGAACGCAATGAAAGACGCAAAAAATATGCTGGATCTGGATTTGAAAGGATATAAGGGAGCAAGAGGTACAAATGCATGGGATGAGGATCATATGACGTTCACCAAAGAAGGGGCGCCTTCAGTTACTGCCAGATTTAATAAAGACGGATCGTTTAGCAGCTTTACCATTGATAAGTATAATCAGACAATCGATTTTTCCGGAATGACCATCGCAGGTCCCCCAAATGAAGAACTCAAATTGTTAATTGACTGA	MNKKIIFPIVGAALLSGSLLGFDTPNQFNAYNNVNSNIEQGAKSEQTPMQKAQDKLKELTGNTYTLIQGTTTKDTIHFKREKIKDDIIAYNANGKLETISIKINYEDLNGGKYQTKLKETWEALFPGEEPKYVNISESIYYEGTISSNAMQNKQMYMQENGSIYGVNYAPDEAPASVQKKAAQVFSKLTDGKVKQGAELDRMYVRDGKPNVYQYKYKSITMDVIFSIEEQTLELLQADVYHKDGKGVDNYEEFQKREKEISAKMKKLTLDTLMKNAMKDAKNMLDLDLKGYKGARGTNAWDEDHMTFTKEGAPSVTARFNKDGSFSSFTIDKYNQTIDFSGMTIAGPPNEELKLLID				NA	NA	NA	NA	NA
JZ016_04023	1062			hypothetical protein	ATGCGTCGATCACCTAATCCATCTAAAACCGTAAATATTCACCAAGTGGAGCAAATGATTCGGGACACGGAGACGCCAGAGCACAGCATGAGTCAACAGATTGTAGAAAAGCTCGAATCCAAAAGCGTGTCAAGACAAAAGCCATTCTTTACAAGAAGAGTGGGAGTCATCGCAGCGGCATCGGTTGCTCTTTGTGTGTCTCTAACTCCTGTCATGGCTCAAGCCATAGAGCGGCTATCATTACTTGAATATATTAATCCGTTTGCCAAAGAAATGAAAGTAAATCCAAATGAGACGGCGGATACACTTTATGTACAAGGCTCGGATGGGAATAAGAAATTTCATTCGGGGATGATTCGCTTTGATGACATTGAGGACCAAGAGTTTAAAAGCCAGCTGCAAAGGGTTTGGAATGAGATTTTCCCTCAGGGAGAAGCAATTAATGAAGTAATTATGTACGAATATAAACCAAACACATTTCACATCGAGGCGCGAAACGAAAACAGATCCATCGAATTTGACGAAGGTAACTGGTATTATGCGACACAACCGATTGGAGAGAATCAGGTTCCAGATGCTGCAAAAGATGCAGCGGATCAAATTTTTAATAAAGTTGGGGATTTTAAACAAAGTAAACGGTCAGTGAGTCGAATGATCCTAAGACCCAATCAAAACCCCGTATATAAGTTCGTCTACAACACAGACAAGGGTTCTATCCTCATTGATGTACAAAAAAATACGAATCAGATCACAAGGGTTGTAGCCTTTCCGTTGTCGGATCAACTCAATAAAGTGGATGATAAAAATAAATATCGTGACTTGGTTGAGAAAACAAAAGCAATTGAGCTGCACAAGATTCGTGAGGAAGCCGTGAAACAAGCTAAAGTTTGGATGAATCTGGACTTGGCTGATTATAACGTATCCAAACTTGAATACCGGTTCGATACATTAACGTTCACCAAAGCGGGTTCTCCAGACGTGACTGCGCTGTTCACCTCTAAAGGAACGATCTATTCTATTAAAATTGAGCTAAAGCAGTTATCTGAGAAAGGAATGGACTAA	MRRSPNPSKTVNIHQVEQMIRDTETPEHSMSQQIVEKLESKSVSRQKPFFTRRVGVIAAASVALCVSLTPVMAQAIERLSLLEYINPFAKEMKVNPNETADTLYVQGSDGNKKFHSGMIRFDDIEDQEFKSQLQRVWNEIFPQGEAINEVIMYEYKPNTFHIEARNENRSIEFDEGNWYYATQPIGENQVPDAAKDAADQIFNKVGDFKQSKRSVSRMILRPNQNPVYKFVYNTDKGSILIDVQKNTNQITRVVAFPLSDQLNKVDDKNKYRDLVEKTKAIELHKIREEAVKQAKVWMNLDLADYNVSKLEYRFDTLTFTKAGSPDVTALFTSKGTIYSIKIELKQLSEKGMD				NA	NA	NA	NA	NA
JZ016_04024	579	sigW_7	COG1595	ECF RNA polymerase sigma factor SigW	TTGGACAGACATTACGGAGAGTCTAAATCAAACTCGGAAGAAATCGAGATGCTGGTTGAAAGGACTAAGCTTGGTGATAAGGAAGCTTTTGCTTCCATTATAAGAAACTTTGAAAAACCAATGTATATCTATTGTTATCATATGCTCAAAAACAAGGAAGAAGCCGAGGATGCTCTACAAGAAATATTTATCAAAGTGTATGAACAGATACATAAGTATCGTCCAAATATGATTTTCTCGGCATGGCTGTACAAAATTGCCTACAATTACAGTCTGAATCAAATCAGGAGCAAAAAAAGGTGGTTTCGTTTTATAGATCGTTATAAATATGATCAGCCTGAAACCTCAACTCAGCAAATAGACAGTCAAGCTACACTGAAGGATTTTCTAAATTTACTGACTGCCGAAGAGAGACACATATTAGTTCTCCGTGCGATTCAGCGATACAACTTTAACGAGATTAGTGAAATCATGAATATGAAGCCAGCAACCGTGCGCAAAAAGTATGAACGCCTTCGCAAAAAACTGCAGACGAAGGAAGTTAATGAAGGAGGGACAGTGAATGCGTCGATCACCTAA	MDRHYGESKSNSEEIEMLVERTKLGDKEAFASIIRNFEKPMYIYCYHMLKNKEEAEDALQEIFIKVYEQIHKYRPNMIFSAWLYKIAYNYSLNQIRSKKRWFRFIDRYKYDQPETSTQQIDSQATLKDFLNLLTAEERHILVLRAIQRYNFNEISEIMNMKPATVRKKYERLRKKLQTKEVNEGGTVNASIT	PGPT0014960_5735	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04025	405			hypothetical protein	GTGAATTTCGCTTCTGTACGCATTATTACTGACGACGTGGATCGTCTCGTCGAGTTCTATGAGAAAGTCATGGGGGTTTCGGCGGAGCGACCCGCGCCCGTATTTGCCGAACTCGCCTTGCCATCATGCACCCTTGCAATCGGCCACTCCCAGACGGCGCAGCTATTCGGCGTCGGTTCCGTAGTGGGGGGCTATAATCGCACGGTCATTATTGAGTTCCGCGTCGACGATGTCGAAGCCGAATATGTGCGCTTGAAGCCATTTGTCGATCATTGGGTAAAGGAACCGACCATGATGCCGTGGGGGAACCGTTCTATGCTATTCCGCGATCCCGATGGCAACCTTCTTAACCTCTTCGAGCCGGTGACCGAGGACGCGATTAAACGGTTTAGAGGTAGACATTGA	MNFASVRIITDDVDRLVEFYEKVMGVSAERPAPVFAELALPSCTLAIGHSQTAQLFGVGSVVGGYNRTVIIEFRVDDVEAEYVRLKPFVDHWVKEPTMMPWGNRSMLFRDPDGNLLNLFEPVTEDAIKRFRGRH				NA	NA	NA	NA	NA
JZ016_04026	888	sigJ_7		ECF RNA polymerase sigma factor SigJ	ATGAACGACCACAACTGGCTTGTCGAACAATTTGAGGCGCATCGGAATCATTTGCAGGCGGTGGCTTACCGGATGCTCGGATCTCGGAGCGAAGCGGATGACGCAGTGCAGGAGTCATGGATCCGTCTTATCCGCTCAAATACGAGCAAAGTCGAGAATATGGGGGGATGGCTGACAACCATCATTTCGAGGGTGTGTCTTGATATGCTTCGATCACGTAAGTCGCGGCGGGAAGAGCTTGCGTTGGCTGGTGCACCTGAACCGGTTACAGGTCATCAAGACGGAAGCAATCCCGAGCACGAAGCGGTAATTGCTGATTCCGTCGGTCTTGCGATGCTCGTTGTCCTCGAGAAATTGAATCCCGCTGAACGCATTGCGTTCGTACTTCACGATATATTCGCGGTGTCTTTCTCGGAGATCGCTTTCATTATCGGGTGTAACGAGCCCGCAGCAAGACAGCTTGCGAGCCGTGCACGTCGTCGAGTCCAGGGGACCGAATCGACTTCGGAAACTGCGGAGCTTCAGGGAAAAAGGGAGCTAGTCGATGCATTCCTCGCAGCGTCGCGTAACGGAGACTTTGAGAAACTGCTCTCGATATTGGACCCGAATGTCGTACTTCGAAACGACTCCGCGTTCGCGCCAGTCGCCAATGTGCCGATTGTTCGCGGTTCAGATGACGTGGCAAAGCAGGCTAATCAATTCGCCACTCGTGCCCGTAGTATGGAGCTGGTGCTTGTGAACGAATCGGTAGGTGTCATCGCAGGACAATTGGAACAACCGATATTCATTCTCGAATTCACGGTTGTGGATGGCAAGATCACTGAGATCGGCATGATAGCCGATCAGGTGCGCCTGCGCGGGCTCGACATCGCCGCTTTGAAAGATTGA	MNDHNWLVEQFEAHRNHLQAVAYRMLGSRSEADDAVQESWIRLIRSNTSKVENMGGWLTTIISRVCLDMLRSRKSRREELALAGAPEPVTGHQDGSNPEHEAVIADSVGLAMLVVLEKLNPAERIAFVLHDIFAVSFSEIAFIIGCNEPAARQLASRARRRVQGTESTSETAELQGKRELVDAFLAASRNGDFEKLLSILDPNVVLRNDSAFAPVANVPIVRGSDDVAKQANQFATRARSMELVLVNESVGVIAGQLEQPIFILEFTVVDGKITEIGMIADQVRLRGLDIAALKD	PGPT0014960_1931	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04027	378			hypothetical protein	ATGAAAACTGTAAACCCATTAGTAATCGTAGACCATTGTGAAGATGCATTAAAGTTCTATCATGAAGTATTGAACGGTGAAGTAAAGGTTCTCAACAAGAATGATGGTAAAGCGACATTCGCCCATTTTCTGTTAGATCATTCTATCATCCAAATTTCTGACTCCGCGGCAGTAGGTTATCCGGTAACCCCTGGCGGGAATCATCGAATCTACCTGCAGTTCGATAATGAAGAGGAAATCAAGACGGTATACGAAGCATTCAAGACAGGCGGAAAAGTTGATTCTGAATTACAAAAGACCTTTTTTGGCGCACTTCTTGCCGTATTGACTGATAAGTTCGGAGTTAATTGGAACCTGGTTTACTTTTTTGCAAAGTAG	MKTVNPLVIVDHCEDALKFYHEVLNGEVKVLNKNDGKATFAHFLLDHSIIQISDSAAVGYPVTPGGNHRIYLQFDNEEEIKTVYEAFKTGGKVDSELQKTFFGALLAVLTDKFGVNWNLVYFFAK	PGPT0030505_3242	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_04028	1221			hypothetical protein	ATGCGAGGTTCCAAGTTTATAGATTTCCTGTATGATGATGTTATGAATAGAATATTATCTTTTATGGATTGGGGTATATTCGCTCTTCGTTTATACCATTACATTTTGCTGTTGTCCCAGGCTCTGACGGTAAGTGAGTTTTCGATCCGAACGTTATTAGACGTGATCTGGCTGAGCATAGCCCTTGTCGTCCCTTTGCTGTTCTGGTTTCCTGGGCGCCGGACGACGAACAAATTCTGGTTTTGTATACTAGAGCTGTTACTAGGCGGTTCTTATTATGTGCATTCTGTGATTGATCCGGATCTGACTTCAAAAGCTGACTATTTGCTGCCGAGTCTTACAATGGGGTACTTATTGACTAAGCAAACCCTTTGGATCATCCCCGTCATTATTTTTATTCCATTTTTCTTTCAATCTTACCTCAGATTATCTTGGGAGCAAGCCCTAAGTATCGGAACAGACAATCTGCTATTCTGCTTCATTGGCATGTGGGCAAGCTTCGTCGCCAAGGCGTATAATCAGAAGAATACACTGGTGGCCGAAGTGGAACGTCAAAATAAACTGTTAACTCACTACTCGGCCGAGATCGAGAAAATGACTCTGCTTGAAGAGCGCAACCGCATGTCCAAGGAGCTTCATGATACACTGGGACATTCCTTTATCTCACTCATTCTGAGCCTTGATGCCTCTATTGCCCTTATGGATAGCAAGCCTGCCGAGGCCAAAGATCGATTAACTCGCTTAAGAACATTGGCTGAGAATAATTTGGACGAGATGAGAAACATCGTTCACGAGATGGGAGAAGAAGAGGAATCCAGTCTGATTCGACAGGTTGAATCCCTTGTGGCCCGTTTCCGGGAACACACGGGTACGGTCCTGACTTTGAGTCTGCCGGAGACAGAACGCTCCATACGTTTTGAAGTCCGGCAAGCGGTCCTTCGGGTCATCCAGGAATCCCTTACCAACGCATTAAAGCATGGAAAGGCATCTCAGCTTCATCTGGAGCTTACATTTTCCGAGAGCGATCTGCAATTGTCCGTTCGAAATAACGGGAACCCGATCGACAAGCTCAATTACGGCTTCGGCTTGACCACGATGAAACAGCGGGTTGAGCGGTTGGGTGGTCGCCTTCAGCTATTTTCTGTGAAGGGAACTCCAGCAATGACCGAAGTCCGATGTGAAATCCCGCTGAAAGGAATGATGCCGCATGGAGAAAATTAA	MRGSKFIDFLYDDVMNRILSFMDWGIFALRLYHYILLLSQALTVSEFSIRTLLDVIWLSIALVVPLLFWFPGRRTTNKFWFCILELLLGGSYYVHSVIDPDLTSKADYLLPSLTMGYLLTKQTLWIIPVIIFIPFFFQSYLRLSWEQALSIGTDNLLFCFIGMWASFVAKAYNQKNTLVAEVERQNKLLTHYSAEIEKMTLLEERNRMSKELHDTLGHSFISLILSLDASIALMDSKPAEAKDRLTRLRTLAENNLDEMRNIVHEMGEEEESSLIRQVESLVARFREHTGTVLTLSLPETERSIRFEVRQAVLRVIQESLTNALKHGKASQLHLELTFSESDLQLSVRNNGNPIDKLNYGFGLTTMKQRVERLGGRLQLFSVKGTPAMTEVRCEIPLKGMMPHGEN				NA	NA	NA	NA	NA
JZ016_04029	648	lnrK_5	COG2197	Transcriptional regulatory protein LnrK	ATGGAGAAAATTAAGGTGCTGATTGCTGATGATCAAGAATTGATTCTCGAGAGTTTACATATCGTGTTGTCCATGGAAGAAGATTTGGAAATTGTCGGTTTGGCCAAGAATGGCGAAGAGGCACTGAAAGGCTGCGAGCAGTTTATGCCGGATATTGTGTTGATGGATATCAATATGCCAGTCATGGACGGCGTCGCCGCAACGACCCTGATTAAAGAACGAATACCTGCAACCAAAATCATCATGCTGACCTCCTATAAGGAAGTTGAATATGTATTAGCGGCGTTAAGCTGTGGAGCAGAAGGTTATCTGCTCAAAGCCCTTCATCCCAAAGAACTAGCTGCAGGCATACGGGTGGTTCAGGCGGGAGGGACTTTAATCTCGCAGGAAATGGCAAGTAAAATGATCAAGAGCATCAACAATACCAACCCTGCGAGAAATAATGAATTCGGGCTCACTGCCCGTGAAATCGAAGTGCTGCATAAGCTGGCTTCTGGCCTTCGTAATCAAGACATTGCCGAGGCGCTGTATCTTAGTGAAGGAACGGTCAAAAATTATATCTCCACGATTTATTCGAAGCTGAATGTAAAAGGAAGGCGGGAGGCCGCCCGTAAAGCCCGAGATTCGGGAATGCTGGATCATTCATAA	MEKIKVLIADDQELILESLHIVLSMEEDLEIVGLAKNGEEALKGCEQFMPDIVLMDINMPVMDGVAATTLIKERIPATKIIMLTSYKEVEYVLAALSCGAEGYLLKALHPKELAAGIRVVQAGGTLISQEMASKMIKSINNTNPARNNEFGLTAREIEVLHKLASGLRNQDIAEALYLSEGTVKNYISTIYSKLNVKGRREAARKARDSGMLDHS	PGPT0017900_18	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-FUCOSE_PERCIPITATION|SIGNALLING,PGPT0017900-fusK-K20263	NA	NA
JZ016_04030	894			hypothetical protein	ATGAAGAAAAAAGTGTCCGCAAATAAAGAGAGCCTGCAGAATGGCGGGAAATTAAGCGCTTGGAGTACATTTTGGCGTTTTCCAATCGTCTGGATGCTTGCGGGGGCTGTCGGTATTGTTGTCATAGATACGTTATTCCGGCAGCTGACAGAGCGAGTGGACGGGGTGATTTCCCTTGTCCTTACACTAGTGATGGGGTTGCTGGCCATCTTGGTTTATAAGCTTACGCTGACATACCTGGCCCGGCGTGCCACTCCGGAGATAGCTGGTCAGCGCGCAGGGATCGAAACCTTGCTGGGCGTGCTAACCGGGACAATCTTTATCGCAGGGACCGTCTTTATCATTATGGCGCTGGGAGGATACTCCTTTCAGTGGGCAAGTTCTGCGAATGCGGGTTCTGTTCTACTATCCACCATTGGAGCAGCTTTAGGAGCAGCCATTGTCGAGGAGCTTATCTTTCGCGGACTTATGTTACAAGCCATTGATAAACTGGGGGGAACACCGCTCGCGCTCGCTATAACCTCTCTATTCTTTGGAGTTGCCCATCTTGGCAATGCAGGGGCAACATTATGGAGCGCGTTCGCCATAGCCCTGGAAGCAGGCGTTCTGCTCGGAGCGGCCTTCTTGTGGCGTCGGAGCTTGTGGTTTGCCATGGGACTGCATTTTGCTTGGAATACTATTGAGGGTTTGCTTGGCATTCCTGTTTCCGGACACTCATCTGCCGGTCTATTTACGGTAGAGGTGAACGGTGCCTCGCTTCTCACAGGTGGCGATTTTGGACTTGAAGGTTCCATTGTTCCGGTTGTGGGCAGTCTTCTGTTGTCTATTCCTATGCTCATTGGGGCTGCGCGGTATCGAAGGGTTGACGCCCGGAACCTTCCTGTATCAAAGTAA	MKKKVSANKESLQNGGKLSAWSTFWRFPIVWMLAGAVGIVVIDTLFRQLTERVDGVISLVLTLVMGLLAILVYKLTLTYLARRATPEIAGQRAGIETLLGVLTGTIFIAGTVFIIMALGGYSFQWASSANAGSVLLSTIGAALGAAIVEELIFRGLMLQAIDKLGGTPLALAITSLFFGVAHLGNAGATLWSAFAIALEAGVLLGAAFLWRRSLWFAMGLHFAWNTIEGLLGIPVSGHSSAGLFTVEVNGASLLTGGDFGLEGSIVPVVGSLLLSIPMLIGAARYRRVDARNLPVSK				NA	NA	NA	NA	NA
JZ016_04031	600			hypothetical protein	TTGTCCAAAGCAGGTGCCCCGCGCCAACTAGCCCAAACCATGGGCGATCTCGGCCTCACGGTCGATATTCTCATCAACAACGTAGGCTTCGGCACATACTGCCGCTTTGAGGATATGGATCCGGAGCGAGAGCAGGAAGAGATTATGTTGAACACCGCTGCGCTTGTCGACCTGACGCATCACTTTCTGCCCGGCATGTTGGGGCGCAAGGATGGCATCGTCGTAAACGTGGCTTCAATGGCCGCGTTTGCGCCTTGCGCCTATTCAGCTGTTTACGGCGCTTCCAAAGCATTCGTGTTATCTTTCACCGAAGCGCTATGGGCGGAAACCCGCGGACGCGGTGTCCGTGTACTTGCCCTGTGCCCGGGTGCGACGGATACAGGTTTTTTCGAGGCTGTCGGCAGCCGGGACAAGGCGGCGGGCAGCGCGATGTCCACCCCGGAGAACGTTGTTCAAGCCGGATTTCTTGGAATCGATAGAGGCAGCAGTTATATCATCGACGGGCGCAACAATTATATGGCGGCACAGTTGGGTCGTTTTCTTCCCCGACGCAGAGTAGCTTTGATCATGGAACGCATTTCGCGCCCCAAAGCACACTGA	MSKAGAPRQLAQTMGDLGLTVDILINNVGFGTYCRFEDMDPEREQEEIMLNTAALVDLTHHFLPGMLGRKDGIVVNVASMAAFAPCAYSAVYGASKAFVLSFTEALWAETRGRGVRVLALCPGATDTGFFEAVGSRDKAAGSAMSTPENVVQAGFLGIDRGSSYIIDGRNNYMAAQLGRFLPRRRVALIMERISRPKAH	PGPT0030485_1395	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-OXIDOREDUCTASE_ACTIVITY	PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124
JZ016_04032	546	puuR		HTH-type transcriptional regulator PuuR	ATGAATTCGATCGGCGAAGCCATTCGAAGCACGCGAAAAAAACATAAATTAACGCTCAAGAAGGTAGCTCAAGCAGCCTCTGTATCCTTATCTTTTCTTAGTGAAATTGAACGCGATAAGGCGAATCCGTCCATCAGTGTTCTGAAGCGCATAGCGAATGCATTAAACGTGAATTTTACCGATTTGTTTGGCGAGGAGAAACGAAGCATTGTCGTTAGGAAAAACGAGCGCAAACCTTTGGTGCATTCCGAAGGTTCCCGTATTACCTGGTACGCGCTCAGTCAAGGAAGCAGCAACCGAATGGGACCGATATGGGGAGTGTTGGAAGAAGGAGCGGCTTACGGCGACATTGGTGTCGGCCATAGCGATGGAGAGGAATTTCTATTTGTCCACTCCGGGCGTTTGGAGTTTATGCTGGGCAATGAACGTTACACGCTCGAAGAAGGGGACAGTATCTATTATGATGCCAGAATCCCCCATAGTTATAAGAATATCTGGGAAGGCGAAACGCTGCTAATAGCGGTTGCTACTCCGCCTACTTTTTGA	MNSIGEAIRSTRKKHKLTLKKVAQAASVSLSFLSEIERDKANPSISVLKRIANALNVNFTDLFGEEKRSIVVRKNERKPLVHSEGSRITWYALSQGSSNRMGPIWGVLEEGAAYGDIGVGHSDGEEFLFVHSGRLEFMLGNERYTLEEGDSIYYDARIPHSYKNIWEGETLLIAVATPPTF				NA	NA	NA	NA	NA
JZ016_04033	897			hypothetical protein	ATGACCGCTAAAATTCCCAAGGTCTATCGAGTCGGTGATGTTACCGTGACGCGTGTCACGGAGATGATGCTTGACGGTATTCCGCCAGAAGTATATTTTCCGGGATCGTGGAACCCCCTGTTCCTGGAGGAGAATCGGAACTCTCTTCCAGCTGGCCTGATCGATGGCAATTCTCAGCTTATCGTCAGCATTGGAACGTGGGTGGTGAAAACCCCGAAGCATACGATCCTTATCGATACGGCTACAGGAAACGATAAAAACTTGCCTTTAAATCCCGATCTCGCCAATCTCCAGCTCCCCTATCTCGAGCGGCTGAAGCAGGCTGGGGTTACACCGGAGGAAGTGGACTACGTTCTGCTGACGCATCTGCATGTGGACCATGTTGGCTGGAATACAAAGCTTGTGGATGGAAAATGGGTACCGACCTTCCCCAATGCCAAATACGTATTTCCCCTCGCAGAGCAGCAATATTACTCCAGCGAGGCCAGCCACAACGAGGCAAACGAAGCAAACTTTAACGTTTACGAAGAAAGCGTATTGCCTGTTGTTGAAGCCGGCTTAACGCAGACCATTGGCCCTGAGGGCGGGGAATTCCTTGATCTATTCACATTCATTCCGACACCCGGCCACAGCATCGGCCAAATGTCTATCCGTCTTAAATCCGGCGAAGAAGAAGCTTTATTCGGCGCCGATGTGATGCATCATCCGTTTCAGGTCTATAATCCGGAATGGAATTCAATGTACTGCGAATTTTCCGATCAAGCGCGTGTTTCACGGCTCCGGGTGCTGGAGCTCATCGCGGATCGCCCGGTCATTTATTTCAGTACGCATTTCCCCGGAAGTGCGGCGGGGTACGTGACTCGCAGCGGGGGCAAGTATAAGTGGAACTTTATTTAA	MTAKIPKVYRVGDVTVTRVTEMMLDGIPPEVYFPGSWNPLFLEENRNSLPAGLIDGNSQLIVSIGTWVVKTPKHTILIDTATGNDKNLPLNPDLANLQLPYLERLKQAGVTPEEVDYVLLTHLHVDHVGWNTKLVDGKWVPTFPNAKYVFPLAEQQYYSSEASHNEANEANFNVYEESVLPVVEAGLTQTIGPEGGEFLDLFTFIPTPGHSIGQMSIRLKSGEEEALFGADVMHHPFQVYNPEWNSMYCEFSDQARVSRLRVLELIADRPVIYFSTHFPGSAAGYVTRSGGKYKWNFI				NA	NA	NA	NA	NA
JZ016_04034	999			hypothetical protein	ATGACAACCCATGATTTTCTTAAAAATAACCTTATCGTGACCGAAGACCTGCATATCCCGAGCGATACGCCGGGAATCGAGCTTTATGTACGAAATAAACGTCCCGCTTCCATGAATACCTTCTCTAACGAAAAAACAATCGTAATGGTTCATGGCGCTACCTATTCAATTGGCAGTCTGTACGATGTGGAGCTGGACGGCTTCACTTTTCTGGACTACCTTGCCAGCCATGGCTATGACGTATACGCCGTGGACGTTCGCGGCTACGGCGGCTCGACAAGACCGCCTGAGATGGAGCAGTCTGCCGACCTTAATCCGCCGCTTGTCCGCACGGAGACAGGTGTCCGGGATTTTGGTACAGCCGTGGACTACGTTCTGAAACGCCGGAATTTGACGAAGGTCAACATACTGGGAATGTCTTGGGGGGGAACCGTTGCGGGAGCTTATACCAGCCAAAACAACGAGAAAGTAAACAAGCTTACGCTTGTTGCACCGCAATGGCTAAGCTCCAAACCGGTTCCGATCGATACCGGAGGCCCGCTCGGTTCGTATCGCCTTGTTGCTGCCGGCAACACGAAGGAACGCTGGCTTAGCGCGGCGCCAGAGCATAAACGCGGTGAACTGATTCCGGACGGCTGGTTTGAACAATGGGTCGAAGCCACTCTTGCTTCGGATCCGGGGAGCTTAACCGATCATCCCGAGCATATCCGGGCGACCAACGGCCCTATCCTGGATATCCGCGAATACTGGACGGTTGGCAAAGCTTTCTATGATCCTAAGGATATCACGGTTCCCGTCCTTCTTGTCCATGCCGAGTGGGATATCGATGTCCCTCTTGAATTGGCGCAGAGTTTCTTCACTTCCCTGACAGGAGCCGCCTACCGCCGCTGGGTGGAAATCGGTGAAGGGACGCACATGGTATTGCTGGAGAAAAACAGACTTCAGGCTTTTCAAGCCATTCGCGGTTTCTTGGATGAAGCATACGCGCCGGCGAAGTAA	MTTHDFLKNNLIVTEDLHIPSDTPGIELYVRNKRPASMNTFSNEKTIVMVHGATYSIGSLYDVELDGFTFLDYLASHGYDVYAVDVRGYGGSTRPPEMEQSADLNPPLVRTETGVRDFGTAVDYVLKRRNLTKVNILGMSWGGTVAGAYTSQNNEKVNKLTLVAPQWLSSKPVPIDTGGPLGSYRLVAAGNTKERWLSAAPEHKRGELIPDGWFEQWVEATLASDPGSLTDHPEHIRATNGPILDIREYWTVGKAFYDPKDITVPVLLVHAEWDIDVPLELAQSFFTSLTGAAYRRWVEIGEGTHMVLLEKNRLQAFQAIRGFLDEAYAPAK	PGPT0023520_336	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_LYSOPHOSPHOLIPASE_ACTIVITY,PGPT0023520-pldB-K01048	NA	NA
JZ016_04035	381	yabJ	COG0251	2-iminobutanoate/2-iminopropanoate deaminase	ATGAGCCATATCGCTATTACAACAACACAAGCACCCGCAGCTATCGGCCCTTATTCGCAGGCCATCGCTTTAGGAAATGCCGTCTATACGTCGGGCATGCTTCCGATTGATGCCGAAGGAAATCTGAAAGAAGGCATCGTTGACCAAACCCATCAAATAGTAAAGAACCTGCAAGCCGTTTTAGCTGAAGCTGGATTATCTTTAGCAGACGTTGTAAAGACATCCGTTTTCATGACGGATTTAGAGCATTTTCAGCAGATGAATGAAGTGTACAGCCAATATTTCAGCGATCATCACCCTGCCAGAACAACCGTAGAAGTGTCTAAACTTCCAAGAGACGCCAAGATTGAAATAGAGCTTATCGCAGTCAAACGCAATTAA	MSHIAITTTQAPAAIGPYSQAIALGNAVYTSGMLPIDAEGNLKEGIVDQTHQIVKNLQAVLAEAGLSLADVVKTSVFMTDLEHFQQMNEVYSQYFSDHHPARTTVEVSKLPRDAKIEIELIAVKRN	PGPT0020030_3664	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020030-ridA|tdcF-K09022	NA	NA
JZ016_04036	912			hypothetical protein	TTGCGAACTTATTTGCTTCTCTTGTTTTGCGCAGCCCTTTACGGGAGCAACTTCGTCTTAGGCTCGCTGCTGCTGGAAGCATTCCCCGCCTTGCATCTGTCGGCATACCGGCTTCTGGTTTCATCGGCGTTCCTGCTTATTTATTTGGTTGCAACTCGTGGCTTGGCGAAGATTACGTTCCGCGACTTCGTTTATTTGGTCCCCTTCGTTCTAATCGGGATGCTGCTTCACCAAGTTTCTTTCTTTACAGGTCTCCGGACAACGGACGCAACCACAGCTTCGCTCATCTTATCGTTAGCTCCAATTTTTACGGCGCTATTTGCCCGCTTATTTTTGAAAGAGCCGTTAACGAAACGCATGGTTGCAGGCTCGATTGTCGCCCTCACCGGTGTCTTCTTCGTGGTTGGAACTGGCGGAAGGATGAGCACAGCCATTACCGAAGGCGTCTGGATCATGTTTATCTGTATGTTGGCATTGTCGGGATCTATGATCCTCATGAAAAAGCTGACGGAACGTATGGATGCGTTTGTCGCAACGGTGTATACCACCGTACTCGGCTGCATCTCGGTATACCCGGTGGCGGTCTGGAGCGAGCCTAACGTACAATTACAGCCTCACTTTTGGTGGTGGGTTCTCTTGGTCGGTTCGGCGCTGCTTATTCAGGGCTTATGCGCCGTAATCTGGAATGCGCAGATTCGCAAGGTAGGGGCGGCTAAAGCCTCCCTGTTTCTGAATTTACAACCGTTTGTCGCCATGATTTTAGGTTATATCACGCTCGGCACCCCGATTTCCTTAACGCAAGTGGCAGGATCTGTTCTCATTATTTCCGGCGTAGTTCTAGCCACTATGCAGGGACAGAGAACAAGGAAAACAGAAGGCGATACACTGAAAATATCTTCTGCCAAGAGGTAA	MRTYLLLLFCAALYGSNFVLGSLLLEAFPALHLSAYRLLVSSAFLLIYLVATRGLAKITFRDFVYLVPFVLIGMLLHQVSFFTGLRTTDATTASLILSLAPIFTALFARLFLKEPLTKRMVAGSIVALTGVFFVVGTGGRMSTAITEGVWIMFICMLALSGSMILMKKLTERMDAFVATVYTTVLGCISVYPVAVWSEPNVQLQPHFWWWVLLVGSALLIQGLCAVIWNAQIRKVGAAKASLFLNLQPFVAMILGYITLGTPISLTQVAGSVLIISGVVLATMQGQRTRKTEGDTLKISSAKR				NA	NA	NA	NA	NA
JZ016_04037	312			hypothetical protein	TTGCTTGCTGAAGCAAAATCCCCCTCCGTTATTTGGTGGAAGGGGCCGGACTGGTTCACAGACCCCTACTTCCTGAGCCCGGGCAGTAAAAGCCTGCTCACCCTCTTCGGTGCAGAACATATACTTGGCGGAATCTCCGGGTACAACGTCGCGGAGACGACGGACGAGAACCCCGAACGAGATGCTTTGCTCCAGCAGCTCACGTGGTCTTACCTTCGCGATGCGCTCAATCTCGACGATTCAAGCTGGTTGGCAGCCCGGAAAGATCTGGAGGAGGGTGCCAATCCATTAGGTCGCATCGAATCTAAGTAA	MLAEAKSPSVIWWKGPDWFTDPYFLSPGSKSLLTLFGAEHILGGISGYNVAETTDENPERDALLQQLTWSYLRDALNLDDSSWLAARKDLEEGANPLGRIESK				NA	NA	NA	NA	NA
JZ016_04038	480	rlmH	COG1576	Ribosomal RNA large subunit methyltransferase H	GTGAATATACAGATGGTATGCGTAGGCAAGTTGAAGGAGAAGTACCTGGTGCAGGGCATTGCCGAATACAGTAAGCGTCTTGCGCCTTACGTGCGCCTGTCCGTGCACGAGGTGCCGGATGAGAAAGCGCCAGAGAACATGAGCGAAGCGGAAATGCGCCAAGTGCAGGAGAAGGAGGGTGTGGGCATTCTCAGCCATATCAAGCCAGACGCCCATGTCATCGCCCTGGCGATCGGCGGCCAGCTGTGGTCCAGCGAGGACCTGGCGGCCCATATGGACAAGCTGGGCACGTACGGGACCAGCAACGTGGCTTTTGTCATCGGCGGCTCTAACGGCCTCTCCGAGGACGTCCTGAAGCGCGCCCAGACGAAGCTCAGCTTCGGGCGGATGACCCTGCCGCACCAACTGATGCGGCTGGTGCTGGTGGAGCAGATTTACCGGGCGGTGAAGATTAACCGGGGGGAGCCGTATCATAAATAA	MNIQMVCVGKLKEKYLVQGIAEYSKRLAPYVRLSVHEVPDEKAPENMSEAEMRQVQEKEGVGILSHIKPDAHVIALAIGGQLWSSEDLAAHMDKLGTYGTSNVAFVIGGSNGLSEDVLKRAQTKLSFGRMTLPHQLMRLVLVEQIYRAVKINRGEPYHK				NA	NA	NA	NA	NA
JZ016_04039	1125	yjiB	COG2124	Putative cytochrome P450 YjiB	ATGGAATGGAATAAGAACGGTTTACTCCCGCTGGAATGGTTCCGCCAGATGAGAACGGAATCTCCGGTAACGACAATGGATGGTCATGGGGCCTGGAATGTTTTTAAATACGAGGATGTCAAAGCCGTCTTTACGAATTACGAAGTGTTCTCTTCCCAAGGGGGCTCTTCTTCCGATGATCCCATTGAATCCAGTGTTCTTCGGCAGGACCCTCCGAAGCACCGTCAGCTGCGTAAGCTGGTATCCCATGCTTTTACGCCTCGCATGATCGAATCGCTTGCCCCTAAGATCCAGGAGATTACGACATCCCTGCTGGACGAAGCGGAGAAGAAGGGGAAGATGGATATCGTGGCCGATCTCGCAAGCCCGCTGCCGATCACGGTGATCGCGGAGATGCTCGGCGTTTCGATGGAAGATCGGGAACGGTTCAAGGCCTGGTCGGACGCGTTGGTGGGTGACAATGGGGAGGATTATTATCAGTGTCAGCGGGAGATGAGCGAATACTTCTCGGAGATCGCCGAGGACCGCCGTCGCCATCCGCAGGAGGATCTAATCACGAAGCTGGTGGAGGCGCGTATCGACAATGAACACCTCACCGAACTGGAGATTATCGGGTTCTGTATTCTCCTCCTCGTAGCGGGTAATGAAACGACAACCAATCTGATCTCATCGGCCGCGCTAGCCTTCGACAGTCTGCCTGAGGTCCGTGCAGAGGTGCTTGGAGACTCAGCACTGCTTCCAGGGGCAATCGAAGAAGTTTTCCGTTACTTCTCGCCTGTTCAAGTGATGTTCCGCAGCGTGAAGCAGGACACGGTGCTGCGGGGGCAGGAGCTGAAGCAAGGGCAGTACGTTTATATCTGGATGGCCTCGGCCAACCATGACGAGGATGTGTTCGATCAGCCGGATGTATTCAACATCCACCGCAACCCGAACCCGCATCTGGGCTTGGGAAGCGGCATTCATTACTGCATGGGCTCCCAGCTGGCCCGTATGGAGTCCCGGATTGCCCTTCAGACTTTGCTGGACCGTTATCCCGAATTTCGTCGTGATCGCTCGGTAGAACTGGCACGGATGGATAGCACGATGATGTTCGCGCTGAAAGAGCTGCCGATCATTTTAAAATAG	MEWNKNGLLPLEWFRQMRTESPVTTMDGHGAWNVFKYEDVKAVFTNYEVFSSQGGSSSDDPIESSVLRQDPPKHRQLRKLVSHAFTPRMIESLAPKIQEITTSLLDEAEKKGKMDIVADLASPLPITVIAEMLGVSMEDRERFKAWSDALVGDNGEDYYQCQREMSEYFSEIAEDRRRHPQEDLITKLVEARIDNEHLTELEIIGFCILLLVAGNETTTNLISSAALAFDSLPEVRAEVLGDSALLPGAIEEVFRYFSPVQVMFRSVKQDTVLRGQELKQGQYVYIWMASANHDEDVFDQPDVFNIHRNPNPHLGLGSGIHYCMGSQLARMESRIALQTLLDRYPEFRRDRSVELARMDSTMMFALKELPIILK	PGPT0006735_51	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_FATTY_ACID|VITAMIN|TERPENE_DEGRADATION	XENOBIOTIC_FATTY_ACID|VITAMIN|TERPENE_DEGRADATION-CYTOCHROME_P450,PGPT0006735-cpx|cyp109E1-K23138	NA	NA
JZ016_04040	579	fadR_1		Fatty acid metabolism regulator protein	GTGAGCAAAGATAAAATTATTCAAGCAGCCATTGAAGTATTCTCCGAGAACGGATATCACCGCGCAAGCATGGACGAGATTGCCGCCCGCGCACAGGTCGCGAAAGGGACTCTGTACTATAACTTCCCGGGTAAATCCCAGCTCTTCAAGACGGTGGTGAAGCAGGGCTTCGAAGATATCATGCAGCGGACAGAGGCAGATCTGAATTCCTCCCTGCCGATGAAGGAGAAGATGCAACGCACCATTCGCCATCATCTGGATCTGTTTCTCGAATCCCGCCATTTCTCGCACATCGTGTTTAATGAGATCTCGAACGGCATCGAGCAGGATGTCCTGGATGAGTTAAAGGAGCTAAAAAGGAATTATTTAAACTTTCTCGCAAGGATGATTGAGGAAGGTCAGTGTGAGGAGAACTTGTGCCGTGCCGTTGATCCCGACTTGGCCGCTGCCAGCATTGTCGGTACGCTGGAGAGTACCTGCAATTATTACCTGAATCATCAAGATCGGTATTCGCGAGAGGATCTGGAGCGGTTTGCCTTTACGATGATTACCCAAGGCCTGTTTATATCGCTTGAATAA	MSKDKIIQAAIEVFSENGYHRASMDEIAARAQVAKGTLYYNFPGKSQLFKTVVKQGFEDIMQRTEADLNSSLPMKEKMQRTIRHHLDLFLESRHFSHIVFNEISNGIEQDVLDELKELKRNYLNFLARMIEEGQCEENLCRAVDPDLAAASIVGTLESTCNYYLNHQDRYSREDLERFAFTMITQGLFISLE				NA	NA	NA	NA	NA
JZ016_04041	174			hypothetical protein	TTGAGTAAATCCAAGGGCAAGGGCGGAACAGGCAGAGGCACGGGCAAGAAGGGCTGGAGCCGCTGGGATGCAAGTGCGAGAAGAGCGAAGAGTAAACCCAAACCTTATACCAGTAAAGGGGCCAAGCAGGCAGACGGTACATCGGAAGCCGAGAATCATAAAGGTACCCCATAA	MSKSKGKGGTGRGTGKKGWSRWDASARRAKSKPKPYTSKGAKQADGTSEAENHKGTP				NA	NA	NA	NA	NA
JZ016_04042	444			hypothetical protein	TTGGACAATCAAGAATTGATAACGGATATGCCCGAGAATTATGAGGAGCTCAAAAGCTCCGCCAACCGGAACGCCAATTGGAGAGAACGTTTAGATGCGGTGGAAGCGTTAGGAAATTGGAATAATCAGAAATCCATTGATATTTTGCTGCATAGACTGAATACGGATGCGGTTTATCAGGTGCGAGAGGCAGCCTATCGTAAACTCCTGGCCTTTGGTGAGGACGTGCAGATGCCGGAAAGACCCAAAGGCGAGCTGATGAAGGACGTTTCAAAGGTGCTGCTGCGCATCAAAAAAAGCCTTCCTCGTGACCACACGTATGAAGACTTCAAAGAGAAATTAAAAAAGATGAGGGTCGACATCTACGATACGTACGAAGGTGACAAAGGCGCTGACTTTGATCGCTGGCTGGAACAAACCTGGTCTTCATTATTAAGACGATAA	MDNQELITDMPENYEELKSSANRNANWRERLDAVEALGNWNNQKSIDILLHRLNTDAVYQVREAAYRKLLAFGEDVQMPERPKGELMKDVSKVLLRIKKSLPRDHTYEDFKEKLKKMRVDIYDTYEGDKGADFDRWLEQTWSSLLRR				NA	NA	NA	NA	NA
JZ016_04043	294			hypothetical protein	ATGTCGTTTGATGATCTGTTGAAGGAATTACAAGGCCAAAAATCGGTACAGGAGGATCCGGATAACATCTCTCTGGAAAAGCTGTTCAATGAATCGTTTATGCGTAAACATTCATCCCACAGCAGTTTTGGGGATTTTGTCGTAAAAGGTAACTTCCAAGTGGAAACGCACGAAGATATCGATAACATTCCGGATGAACTGTTTGACCGTCATGTTTCAAGAGAAACCGATTTCCCGGATTGGAAATCGATGCTGGAGCAGGCAAAAGCCGATTACGCGGCTGCCATTAAGTAA	MSFDDLLKELQGQKSVQEDPDNISLEKLFNESFMRKHSSHSSFGDFVVKGNFQVETHEDIDNIPDELFDRHVSRETDFPDWKSMLEQAKADYAAAIK				NA	NA	NA	NA	NA
JZ016_04044	1035	era_1		GTPase Era	ATGGGTGACTACAGTAGATCATGGGAAGACGAGATCAGCCGGGCAGCTGATGCGGCCTATGAGAAGGAAATGGATGAAATCAACCGTCAGCTGAAGCAGGAAATTCTCATCGTTCTGATTGGTGATGTGAACACAGGCAAGTCCTCCACCATGAACCGGATCGTGGGTGAAGAGGTTGCTGGCGTCGGGGCAGAGCCTGGAGAAACGACGGAAATTAAACCGCATAAGTACAAGGAGCATATTTACTTCATGGATACACCCGGGTTGAATGATGTGAACACCGCGAACTCGGAGATAACCTTGAAATACTATAAACAAGCGGATATCGTTCTATTCTTCCTGAACGCTGCGGGCACTGTCTTCTCCGAGGCGGAGAAGAAGTCCTTCGAGATGATTCAGGCCGTGAACACGAACATCTTGATCGTGCTGAATAAAATTGATGCCGCAGATGAAATCGACCGTCTGGTGGCGCGGATCAAGAAGGAGACCGGGGGGCGCTATGAGGTTGCGCCGGTATCCTCGCGGACGGGTGAGAATATCGACCAGCTGCGGAGCAGCATTCTGGAGATGCTTAAAAAAAAGTCTAAAGACATTCTCTTTGCCAAAAGTATCAAGGAAAAGTCGGCAACTGCCAATGGATGGATTATCGGAGCCTCGATCTCGGCAGGAGCGGTAGGCGCATCACCTATTCCGGGATCGGATATTATTCCGATTACCGGCATTCAGGTGAGCCTGCTTACCAGACTTGCGGTGTTGTACAATAGGCCGATCAGCAAGGAGACGGCAAAGGAACTGGTCATCGCTACGATATTCGGCAATATCGGCAAGAGCATTTTTCGGCAGATCGTGAAGGTGTTCCCTGGAGCGGGATCGGTCGCCGGAGCGACGGTGGCGGGTGCTACCACCTTGGCGCTGGGATATGCAGTGAAATATGCTTACGAGCACAACATCGAGATCAATACGACGAATATTACGAAGCTCTATAAGAAGTTTAGGGATAAGGCGGAGACGGAATCGGAATCCAAGTCCGAGTGA	MGDYSRSWEDEISRAADAAYEKEMDEINRQLKQEILIVLIGDVNTGKSSTMNRIVGEEVAGVGAEPGETTEIKPHKYKEHIYFMDTPGLNDVNTANSEITLKYYKQADIVLFFLNAAGTVFSEAEKKSFEMIQAVNTNILIVLNKIDAADEIDRLVARIKKETGGRYEVAPVSSRTGENIDQLRSSILEMLKKKSKDILFAKSIKEKSATANGWIIGASISAGAVGASPIPGSDIIPITGIQVSLLTRLAVLYNRPISKETAKELVIATIFGNIGKSIFRQIVKVFPGAGSVAGATVAGATTLALGYAVKYAYEHNIEINTTNITKLYKKFRDKAETESESKSE				NA	NA	NA	NA	NA
JZ016_04045	168			hypothetical protein	ATGTACGTCGTATGCAAGGAACATGTGGAACTAGCGATCGAAAATTTCGTGGATGAATATGAGGATGCCCCGGATATTGTTGATCTGAAGGAGACCGAGTTTTCGGACTGGGACCCACCGGTGAAGTGCGCGGAGTGCGAGAAGCATGCTGAGTTTTTAGTTGTGTAA	MYVVCKEHVELAIENFVDEYEDAPDIVDLKETEFSDWDPPVKCAECEKHAEFLVV				NA	NA	NA	NA	NA
JZ016_04046	1368			hypothetical protein	ATGGGATTATTTGACGATGATTTCTATTCAACTAAAATTTCCAGACGGAGCAAAAATACCAGCGAGGACCGACCTGAGCGAACGAAGTGGCGGACGACCCGCCGTAAAAAGGGTTTATCCACATTCCAGATTTCCGCGATCAGTTCTGTGTGCAGTGCTCTGATTGCGGTGATGCTGTTTAGCTTCATAACAGGCCATCCTGCGACCTCTTCACCGGTTACCTTGATTAATGGCAGCCATCAGCTGTCCAAGTCCGATGGGGATCCCTATGAACGGATTGTTAGCGTTGCTCAGAAGGTGCGACCGGTTGTTGTCAGTGTGCTGACACATAAAGAGACCGCGATGCCAGAAGAGGAAGGCCTTGAGGGAGAAGGGTTGGAAGAGGATTTCGGTACCCTGCCAGAGGAAGAAGGGGATTTTGAGCTTCCGGAGGGATTCGACTTCGGTGAGGATTTTGATTTTGGAGATGATTTCGGCGGCTCACAGGAAGACACCTTGGGCTCTGGTGTTATCTTTAAGAAACTCGAGGGCAAAGCCTTTGTGATTACGAATAACCATGTCGTTGATGGTGCCGTTTCCCTAGAAGTTGTGCTGGTAGGCGGCGAGAAGAAGAAGGCGACCTTGGTCGGCACAGACAAAGTTAGTGATATTGCCGTTCTGTCGATTGATAGTAAGGGCATCGGAGAGGTTGCAGAGTTTGGGGATTCCTCCAAGCTTCGCCTCGGCGAAACCGTCATCGCCATCGGCAACCCGCTGGGCTTGGGCGACACGCTCACATCCGGGATTGTCAGCTACACGAACCGCGTAATACCGGTATCCCTGAACCAGGATGGCATCTATGATTGGGAGCAGGAGGTCATTCAGACCGACGCCGCCATTAACGAGGGGAATAGCGGGGGCGCTCTAGTGGATTTGAACGGTAAAGTTATCGGCATCAACACGATGAAAATCGCGGACACCGGCGTAGAAGGGCTTGGGTTTGCGATTCCGGTCAATGAAATTACGGAGATTGTAACCGAGCTGATGCTGAAGGGGCATATTGCACGCCCTTATCTCGGCGTATATACCGTAGACTTAGGTAATCCGTATGCTCCGCTGAGCAAGAAAGAGAAAGAGGACCTCAAGCTGCCGAAGACGGTAACCGAAGGCGTGGTCGTGCTGGATGCGCTTGGACCTGCGCTGGATGCGGGTCTGCAGCTGAATGACGTGATTGTCAAGCTGGATGGCAAGCCGATTACGACGACGCTGGAGCTGCGCAAGCACCTTTACTATAACACGAAGGTAGGCAAAGACATGGACGTGACCTTCTATCGTGACGGCAAGCTGCAGTCGCTGAAGGTGAAGCTGGAAGAAAAGCCTGGAGAATAA	MGLFDDDFYSTKISRRSKNTSEDRPERTKWRTTRRKKGLSTFQISAISSVCSALIAVMLFSFITGHPATSSPVTLINGSHQLSKSDGDPYERIVSVAQKVRPVVVSVLTHKETAMPEEEGLEGEGLEEDFGTLPEEEGDFELPEGFDFGEDFDFGDDFGGSQEDTLGSGVIFKKLEGKAFVITNNHVVDGAVSLEVVLVGGEKKKATLVGTDKVSDIAVLSIDSKGIGEVAEFGDSSKLRLGETVIAIGNPLGLGDTLTSGIVSYTNRVIPVSLNQDGIYDWEQEVIQTDAAINEGNSGGALVDLNGKVIGINTMKIADTGVEGLGFAIPVNEITEIVTELMLKGHIARPYLGVYTVDLGNPYAPLSKKEKEDLKLPKTVTEGVVVLDALGPALDAGLQLNDVIVKLDGKPITTTLELRKHLYYNTKVGKDMDVTFYRDGKLQSLKVKLEEKPGE	PGPT0015105_4301	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015105-degP|htrA-K04771	NA	NA
JZ016_04047	264			hypothetical protein	ATGGCAAGAAGATCAAGACGGCGCCGGAGTCCCGAAATGCAGCAGTTCATGACCGACGTCATGCGGAACGAAGGCTATCAAGTGGATCCGCAGAGACAGCAGGACGTCAAATATGAGGTGGCCAAGTCACTCGGCGTCCCCCTTAAACCGGGCGACAACAGAGACCTGACCACCGAGCAGGCCGGTAAAGTCGGCGGTGCGATTGGCGGTTCCATGGTTCGGGAGATGGTGCGCATGGCACAAGAGAGTCTCAGCAAGCGTTAG	MARRSRRRRSPEMQQFMTDVMRNEGYQVDPQRQQDVKYEVAKSLGVPLKPGDNRDLTTEQAGKVGGAIGGSMVREMVRMAQESLSKR	PGPT0024875_64	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024875-sspD-K06421	NA	NA
JZ016_04048	804	yycJ	COG1235	Putative metallo-hydrolase YycJ	ATGGGGATTTCATTTTCCGTGCTGTCGAGCGGCTCAACGGGCAATGCGACCATTGTCCGCAATGAGGATACGACACTGTTGATTGATGCGGGCTTAAGTGCACGGCGCATCGATGAGTTGTTGAAGGAACGCGAAATGATGGGGGAAGAAATCGACGGGATCCTGGTCACGCATGAGCATTCGGATCATATCCGGGGGCTTGGCGCGGTGGCGCGCAAATACAATCTGCCGATCTACGCGAATGAGAAAACATGGGAAGCGATGAGCAAGTCGCTGGGCAAGATTGCGGAAGAGAACCGGATTGTGCTGGAGAGTCATGAGGTCAAGGATTTTGGCACACTGCGGGTGGAGCCTTTTGAAATATCCCATGACGCTGCGGCACCGGTCGGTTATTGCTTCTATGACGGCGACGAGAAGCTGGGCGTCGCGACGGACCTCGGTTATGTCAGCGATAAGGTGAAGAAAGCGCTGGATGGATCGGATGTCCTAGTGCTGGAAGCCAATCACGATATCGAGATGCTTCGGATGGGACGCTATCCGTGGAATACCAAACGCCGGATTCTCGGCGATATGGGACATTTGTCGAATAATTCGGCAGGCGATGCCTTAAGCGAGCTGCTGACGGGGGATACCAAACGAACGTATCTGGCCCATCTCAGCCTGGATCACAACATGATGGAGCTGGCGAGAATGACCGTCCGCGATACGATGGAGGACCGCGGCTGCTTCTTCAAGGATAGCGAGTTTAAATTGTGTGATACGTATTATGACCGCCCGACCCCTTGGGATAAGGTCGGCGAATAG	MGISFSVLSSGSTGNATIVRNEDTTLLIDAGLSARRIDELLKEREMMGEEIDGILVTHEHSDHIRGLGAVARKYNLPIYANEKTWEAMSKSLGKIAEENRIVLESHEVKDFGTLRVEPFEISHDAAAPVGYCFYDGDEKLGVATDLGYVSDKVKKALDGSDVLVLEANHDIEMLRMGRYPWNTKRRILGDMGHLSNNSAGDALSELLTGDTKRTYLAHLSLDHNMMELARMTVRDTMEDRGCFFKDSEFKLCDTYYDRPTPWDKVGE				NA	NA	NA	NA	NA
JZ016_04049	750			hypothetical protein	ATGGATTGGGGCCGTGCCAAAAATGTATTGATTTACGCGTTTTTGCTGCTGAATCTGGTGCTGGGCTATCAGCTCTGGATGGATTACCGCGAGCAGGTCGGCTCCAATCTGGATTTCACCTCGCTTTCCGAGAGCACGCAGCAGGTGATTGAGGAGAATAGGATTCAATTGCTGAGTCCGATTCCGACGGAAACGCCGCAGCTTCCCAAGATTAATTATATCTACAGCGCGGAAGCGCAGGGAGGGCCGGTAGGGCTGGAGCAGCCCATTGACACGGAGCTGATTTATGCCGATGAGAAGGAATTGCGGAATGCGCTGGAGGGCAAGATCAAGGATCTCGGGAATTATCGCCACGATCCGCAGTCGGATAAAGAGAATATCATCGTCTTCCGGCCGCTAGTGCAGAAGGAATGGCCGCTGTTCAATGTGGAGCTGGAGTTCATTTACGAATCCCAGAAGATCCATGCGTACCGGGAGCCGGTGTTTGAGATTATGCCAACCGACGATATGGAGGAACAAAAGGTTCTGCCCGCATCCAAGGCTTTGGAAACGCTCATTGAACGTAACTTCATCCCGCCTGATTCGGCGGTAAGGGACATTCAGCTGGGCTATTATGGACAGTTGTTTAATACGGAGGATCAGCTAGCAGCGCCAACCTGGCGGTTTACATTGGATCATGGCGAGATGATCTATGTACAAGGCATCAGTGGGGACGTGCTGACGCCAAAAAGCGATACGACAAAGGAGTAA	MDWGRAKNVLIYAFLLLNLVLGYQLWMDYREQVGSNLDFTSLSESTQQVIEENRIQLLSPIPTETPQLPKINYIYSAEAQGGPVGLEQPIDTELIYADEKELRNALEGKIKDLGNYRHDPQSDKENIIVFRPLVQKEWPLFNVELEFIYESQKIHAYREPVFEIMPTDDMEEQKVLPASKALETLIERNFIPPDSAVRDIQLGYYGQLFNTEDQLAAPTWRFTLDHGEMIYVQGISGDVLTPKSDTTKE				NA	NA	NA	NA	NA
JZ016_04050	1281	yycH	COG4863	Two-component system WalR/WalK regulatory protein YycH	GTGAAGGAGCGATTAAAGACCATTCTGTTGGTTGTGCTGGTCGTGGGCAGTTTGCTGCAGAGTTACGTTTTGATTTTCCGCTTTCCGGGCAGTGATTCGGTTGTGCAATCCAAGAACGCCTATATCCGAACCGAGGAAATGGGCCCGGAGGAAAAGGCCGAGAATCTGCTCTTCCCCGACAAGATGATCATTCATCTGGGCGAAGACCAACATACGGTGTTCTATCCGAACGATACATTCTACAATCTCGTATATAACAGGCTTAAAGGACGGACCTTTGATAATTTCCAGCGGCGGATGGTCAGCAACATCGACTGGGCCAAGGTTCGCTCCGAGAATCGGGGCATTGAGCTGAGCTTTGATTCGGGCATTCCGGTTACGCTGCTCCAAAGAGTGATGCAGATCGTCCCGGACACCCTGTTTGAAGGGGAAAGCATCAATAAAATATGGCTGTACAGCGTGGAAGGCGAAGCGAAGATCCATGTCATGTTTTTCAGCATGGAGGGCGATGTGGTCTATGAAGCCGCCCAGGCGGATTTGACCGTCCAGGATGTGGATCAGCTGGTGGACTTCGGGCTGAGCTGGACGCCGTATAAGATGGTGGATGGCCGGTATTATACCCCGGCGAAGGAACTGAATATGGTCAGCATTGAACTGCCCATTGGCGAATATACGGTAGAGCAGATGCAGCGCAGCCTGTTCTTTGACCCTAGCATCACGCGCAATATCCGGGAAAAAGACGGCTCCGAGATTTATACGGACAGTAAGCGGAGCCTGCAGGTGGATCAGGGGCAAAAATGGATCAGTTATACCGATCCGGCTGCGCCGCCATCCGGTGAGAGCAGCCCCGGTAAGGATGTGCTGTCGGCCATCGATTTCGTGAATCAGCACGGGGGCTGGAATGGCACGTACAGGCTGGCTAAGGCGGGGGAATCCGAGGATCGTACGCTGGTGAAATTCCAGCAGTACTATGGCGGATTCCCGATCCTGGATACACCGGGCTTCCAGTATGGCGTCATGGAATTGGATCTACAGCAGGGAACGGTAACCTCGTATGAGCGCTCGCTGTTATATCTTGAGTCTGCTGCCTTGAAGAAACAGATGGTGAAACTGACAGGGGGCGAGGCCCTGGAAGCGAAGCTGAAGCCTTATATGGAGGGAAAGAATGTGGTTATAGGTCTGGATCCCGCCTATTTACCGGTCCTAACGGGAGAAGGACTGCTGCTAAAGCCAGTATGGGCCTTGGAGCTCCAGAACGGGTCAGTTATCACACTCGAATAA	MKERLKTILLVVLVVGSLLQSYVLIFRFPGSDSVVQSKNAYIRTEEMGPEEKAENLLFPDKMIIHLGEDQHTVFYPNDTFYNLVYNRLKGRTFDNFQRRMVSNIDWAKVRSENRGIELSFDSGIPVTLLQRVMQIVPDTLFEGESINKIWLYSVEGEAKIHVMFFSMEGDVVYEAAQADLTVQDVDQLVDFGLSWTPYKMVDGRYYTPAKELNMVSIELPIGEYTVEQMQRSLFFDPSITRNIREKDGSEIYTDSKRSLQVDQGQKWISYTDPAAPPSGESSPGKDVLSAIDFVNQHGGWNGTYRLAKAGESEDRTLVKFQQYYGGFPILDTPGFQYGVMELDLQQGTVTSYERSLLYLESAALKKQMVKLTGGEALEAKLKPYMEGKNVVIGLDPAYLPVLTGEGLLLKPVWALELQNGSVITLE				NA	NA	NA	NA	NA
JZ016_04051	1830	walK		Sensor histidine kinase WalK	ATGAAGTGGCTGTCCTTCTTCCGCACCATTCAGGCGAAGGTCATCATTATATATGTCCTTCTCATACTGATCGCGATGCAGCTGATCGGGGTGTATTTTGTCAGTGCGATGAAGAACTCGCTGACCAGCAATTTCACGAAGGACTTGCAGGAACGCGCAGAGCTGATGTCGGTTCTGGCGGCCAAGACCCTTGGCGGCGAGAATGTTACGGAGGAGGACCCGTATGAGAGCTTGCGCGTCATGGTGAACAATCTGTTCAATCTGAACGGAGCCGAGATTCAGGTACTGGATTCCACCGGACGGGTACTGACAACCTCGCTGCCCTCCCATGCCGATTACGTGAACACGAAGAACACACAGACAGTTGTCAGCCGGGCATTGCAGGGTATACAGGATAATGAAGAGTATATTATCGATGATGATAACATCCGCAAAAAAGTGGTGGCCAAGCCCGTCATGTACAACGAGAAAATCGTCGGCGCCATTTATATCGTAGCCAGCATGAGCGAGCTGTACAGCACGATGCAGCGGATCAACAATATTTTTATATCGGGCATTCTCTTGGCCCTTGGCTTGACGGCGGTGCTTGGCGTCATCCTGTCGCATACGATCACCAACCCGATCAAGGAGCTGACCAAGCATGCCCGGGCCGTCGCGGACGGCCGGTTTACCGAGAAAACGCCGGTGTTCGGCAGCGATGAGATCGGCCAGCTCAGCCAGGCGTTCAACTATATGACCAGCCGTTTGCGCGAAGCCCTCTCGCAGAACGAAGAAGAGAAAGAGAAGCTGGCATCGATTCTAACCAATATGAGTGACGGCGTTATCGCAACCGATGAAGCGGGACGCGTCATTCTGATGAATCGGCGCGCCGGGGAAATGCTGGGCGTGGAGGGAGAAGAGCTGGCAGGACACGATATCGTTTCCCTGCTGGGTCTTGAGGAGTCCGAATCGGAGGCGCTGGCGCGCAGCGAAGGGCATGATTCCAAGCTGCTGGAGATTGTGCCGCGCGAGGGCAGCGAACCGTTCATGATGCGTGTGACCTTTACTCCGATTCATCGGCGGGAAATCGGCATCACCGGTACGATTGCAGTGCTGCAAGACGTTACCGAGCAGGAGAAGCTGGAAGCATCACGGCGAGAGTTCGTGGCGAATGTATCCCATGAGCTGCGCACGCCGCTGACCACCATCAAGAGTTATACCGAAGCGCTGGAAGATGGGGCGCTGGAGGATAAACAGATGGGGCCGCGATTTGTCGGCGTCATCCAGAATGAGACCGGCCGGATGATCCGGCTGGTAACGGACCTGCTGCATCTGTCACGGCTTGATTCCAAGGAGGCTGCCCTGCATAAGGAACCAACGGACATTGTGGAGATGCTGGAGGACGTTGAGGATCGGTTCTCTTTTCAAATGAAGCAAAAGCGTATCCGTACCATTATTGAGGTGAAACCGGGCGTATCGACAGCTATGCTGGACCGGGATGGCATTGATCAGGTTCTCGATAACCTGATATCCAATGCCCTTAAATATACGCCAGACGGAGGCACTATCACCATGGATGCAAGCATAACGGAGGATGGCATGCTGTCCTTATCGGTAAAGGATACCGGGATCGGCATTCCGAAGAAGGATCTGGATCGGATCTTCGAGCGCTTCTACCGGGTGGATAAGGCCCGAACGCGCAATTTAGGCGGGACAGGCCTCGGATTATCCATTGCCCGGGAAATTGTCAGGGCACATGGAGGCTTTATTACGCTTCAATCCGAGCTGGAGAAAGGCACCACGGTGACCTTCACCTTGCCCCTGGATAACGAGGGGAGGGCATTAACGTGA	MKWLSFFRTIQAKVIIIYVLLILIAMQLIGVYFVSAMKNSLTSNFTKDLQERAELMSVLAAKTLGGENVTEEDPYESLRVMVNNLFNLNGAEIQVLDSTGRVLTTSLPSHADYVNTKNTQTVVSRALQGIQDNEEYIIDDDNIRKKVVAKPVMYNEKIVGAIYIVASMSELYSTMQRINNIFISGILLALGLTAVLGVILSHTITNPIKELTKHARAVADGRFTEKTPVFGSDEIGQLSQAFNYMTSRLREALSQNEEEKEKLASILTNMSDGVIATDEAGRVILMNRRAGEMLGVEGEELAGHDIVSLLGLEESESEALARSEGHDSKLLEIVPREGSEPFMMRVTFTPIHRREIGITGTIAVLQDVTEQEKLEASRREFVANVSHELRTPLTTIKSYTEALEDGALEDKQMGPRFVGVIQNETGRMIRLVTDLLHLSRLDSKEAALHKEPTDIVEMLEDVEDRFSFQMKQKRIRTIIEVKPGVSTAMLDRDGIDQVLDNLISNALKYTPDGGTITMDASITEDGMLSLSVKDTGIGIPKKDLDRIFERFYRVDKARTRNLGGTGLGLSIAREIVRAHGGFITLQSELEKGTTVTFTLPLDNEGRALT	PGPT0013760_470	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013760-vicK|walK|yycG|micB-K07652	NA	NA
JZ016_04052	732	walR_7	COG0745	Transcriptional regulatory protein WalR	ATGCAGGGAACCATTCTGGTGGTGGATGACGAACAACCCATCGCCGATATTTTAAAGTTTAACTTGGAAAAAGAGGGCTATGAGGTCATCTGCGCTTTTGATGGCATTAGCGCGGTGGAGATTGCGCTTACGAAGCGGCCGGATTTAATGCTGCTTGATTTGATGCTGCCCGGAAAAGACGGAATGGATGTGTGCCGCGAGGTACGTGCCGCGAACCTGCAGATCCCGATCATCATGCTGACGGCAAAGGACGGGGAGATTGACAAGGTGCTTGGACTTGAGCTTGGCGCGGATGATTACGTGACGAAGCCGTTCAGCACCAGAGAAATATTGGCACGCGTGAAGGCGCATCTGCGCCGTCAGCAAAAGCCGGACAACTCAGCGGATAACACAGGCGGCACAAGTGCAGGCGGACAAGGCCTGCGGCTGTTTGAGCTGTTCATTGATACCGATATGTACATGGTATATAAAAGCGGGGAAGCGCTCGATCTGACGCACCGCGAATACGAATTGGTGTATTATTTGGCCCGTAATGCCGGTAAAGTGATGACTCGTGAACATTTGCTGCAGGCGGTATGGGGTTTTGAATACTTTGGCGATGTGCGGACCGTGGATGTTACCATTCGCCGACTTCGCGAGAAGATTGAAGAGAATCCGAGCAAGCCGGAATATATCCTGACTCGGCGCGGACTGGGCTACCTGATGCGCAGCGCTAAAAACGGAGGCCTGTAA	MQGTILVVDDEQPIADILKFNLEKEGYEVICAFDGISAVEIALTKRPDLMLLDLMLPGKDGMDVCREVRAANLQIPIIMLTAKDGEIDKVLGLELGADDYVTKPFSTREILARVKAHLRRQQKPDNSADNTGGTSAGGQGLRLFELFIDTDMYMVYKSGEALDLTHREYELVYYLARNAGKVMTREHLLQAVWGFEYFGDVRTVDVTIRRLREKIEENPSKPEYILTRRGLGYLMRSAKNGGL	PGPT0013765_28	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
JZ016_04053	1569			hypothetical protein	ATGAAAGGTTCTAAGGGGAAACGGTGGATGGACAGCCTCTTGCGCAAGCAAGCAGCCGATCATTCTGCCCACAACAACAACTCGAATCGAGAGCCCTCGGAGCCGTCGAATCCACAAAAACGGGGATGGACTTCACCGCGCAGGTGGATTTGGATATCGGCAGGGGCATTGCTCATAGCAGGATCGATATATACGGGCGGAAAAGCGTATGTGAACGCGAATACGGTTCCGTTCTATCATGTGTACGTAGATGGAAAAGCCATCGGTACCATTCAAGATGATGCCCAGCTTGACCAGCTGCTCAAAGAGAAGCAAAAGGAGTATCAGCAGGAGCACCCTGACGTACTTATGGTGCTTCACACCGACGGCATTACAACGAAGGCTGATCGTTCCTTTAAACCAGAGGTGAACAGCGAGGAGACTCTCCAAAAGCTGGATAACATGCTGAAGGCATATGCCCGCGGCGTGGAACTGAAGGTGAACGGCAAGACAGTTGCCATCGTGAAGGATCAGCAGGCGGCCAAAGCTGCCGTCGAAGCGGCCAAGCTGAAGTTCGCTCCGGCAGCTGCCCAGGAGGAGAAGACTCAGAGGGTCGCTTTCACGAAGACGTCGGCATCGGCATCGAGCAAGAAGAGCGATGACGGAAGCGGGCTCCAGTCCGTGGATATTAAGGAGAAGATCTCGCTTGCCAACACAAAGGCTGACCCGAACAAGGTGCTAGACGTAGAAGAAGCGGTTAAAGTGCTTACGGGCACGAAGGACAAGCCGGTGGTATACACGGTGAAAGAGGGAGATACGATCTCCTCAATTGCGCAGCATTTTGGCATGAAGTCTGCTGACGTCATGGCGCTGAATCCCGGGCTGGAGGAGAAATACGTGCAGATCGGGGCCGAGCTGCAGGTAACGAAACCGGAAGCACCGCTGACGGTAAGAACGGTGGAGGCGGTGTCGGAGAAGCAGCCAAGCAAGCCGGAAACGATTGTCCGCAAGAGCAGCGAGCTTCCACTGGGGAAACGAAAGGTCGTTCGTCCCGGGCGGGATGGCGTCAAAACCGTGGACTACATCGTAACCAAAGAGAACGGCAAGGTCATCTCTAAGCAATGGACAGGCCAACAGGTGATTCAGGAATCCCTGCCGGAAGTGGTGTATAAAGGCACCAAGGTGGCGCCGAAGAAAAAAGCGGCAACGGTGACCCAGAAATCCAGCGGCAGCATGTTCGCATGGCCGGTCAGCGGGGCGCGTATTACGAGCTCCTACGGTCATCGTTGGGGAAGAAGCCACGAAGGTGTCGATATGGTTGGCGGGAGCACGATTATGGCAGCCGCTTCGGGCAGAGTGGTCTTCGCCGGTCAGCAGAGCGGTTACGGCAATGTCGTCATTGTCGATCACGGCAATGGATACCGCACCCTGTATGGACATATGAGCAGGATTTCCGTAAGCAACGGACAATCCGTTGGACAAGGCTCCAAGCTGGGCGTCATGGGCAATACGGGCCGTTCTACTGGAACTCATCTCCATTTCGAAGTGCAAAAAAATGGAGTTGCTCAAAATCCGATGAATTATCTGTAG	MKGSKGKRWMDSLLRKQAADHSAHNNNSNREPSEPSNPQKRGWTSPRRWIWISAGALLIAGSIYTGGKAYVNANTVPFYHVYVDGKAIGTIQDDAQLDQLLKEKQKEYQQEHPDVLMVLHTDGITTKADRSFKPEVNSEETLQKLDNMLKAYARGVELKVNGKTVAIVKDQQAAKAAVEAAKLKFAPAAAQEEKTQRVAFTKTSASASSKKSDDGSGLQSVDIKEKISLANTKADPNKVLDVEEAVKVLTGTKDKPVVYTVKEGDTISSIAQHFGMKSADVMALNPGLEEKYVQIGAELQVTKPEAPLTVRTVEAVSEKQPSKPETIVRKSSELPLGKRKVVRPGRDGVKTVDYIVTKENGKVISKQWTGQQVIQESLPEVVYKGTKVAPKKKAATVTQKSSGSMFAWPVSGARITSSYGHRWGRSHEGVDMVGGSTIMAAASGRVVFAGQQSGYGNVVIVDHGNGYRTLYGHMSRISVSNGQSVGQGSKLGVMGNTGRSTGTHLHFEVQKNGVAQNPMNYL				NA	NA	NA	NA	NA
JZ016_04054	687			hypothetical protein	ATGAAGTGGACGAAATGGCTGCTGAAAGTTAGCTTGACCGCCATCCTGGTGAGCACGCTCACGATTGTGACAACAGGCATCGTGGTCAATGCCTATATTCAATCGGTGTTGTCCAGTTTTAACATTCAGTTGGAGACGGAGCCGATGGGGATTGGAGGTATCATGAAGTCGATGCTCGGTATGGGCTCCGGCACCAAGCCGGATGTCGGCAGTGCCAACCCCGCGGAGGATAACAATAGGGCAGAAGATAAGAATGCTACGTCCGATGAACCAACGCCAGGGAGCGGCTTGGATCGTAATGGAGAGGAACAAGAGGATGACGAGGCGAATTCGAACCCGGCGGGAACGACGGGTGAGCCGCCAGCTGATGAAGAGGTACCTGATAATTCCTTGCCAGTAATGGGTACGAACACGACAGAGCAGCCTGACGATTCCTCGCTGGAAGATCAGGAGATTGTGATGACGCCGGGGGAAATTGTGGATCGGAAGGACAGTTTGCCAACAGAAGAGAAGGAAGAGATTTTTACCCTGCTGATGAATAAACTACCCCAATCGGAAATGCAGAAGATCTCTGCGGCGATGGAGGACGGACTGACTGCAGCGGAACTTGCGGACATCGAGCAGGGCATATCCAAATATTTGAATGCCGAGGAATTCGATAAACTGATCACCATGCTTAAAGAATAA	MKWTKWLLKVSLTAILVSTLTIVTTGIVVNAYIQSVLSSFNIQLETEPMGIGGIMKSMLGMGSGTKPDVGSANPAEDNNRAEDKNATSDEPTPGSGLDRNGEEQEDDEANSNPAGTTGEPPADEEVPDNSLPVMGTNTTEQPDDSSLEDQEIVMTPGEIVDRKDSLPTEEKEEIFTLLMNKLPQSEMQKISAAMEDGLTAAELADIEQGISKYLNAEEFDKLITMLKE				NA	NA	NA	NA	NA
JZ016_04055	1290	purA_2	COG0104	Adenylosuccinate synthetase	ATGTCAACGGTAGTCGTTGTGGGAACACAATGGGGAGATGAAGGGAAAGGGAAAATCACGGATTATTTAGCTGAAAGCGCTGACGTGGTAGCCCGTTACCAAGGCGGCAACAATGCCGGCCACACCATTCTGATTGACGGTAAAAAATTCAAGCTTAGCTTGATTCCATCCGGAGTATTCTATAAAGATAAAACCTGTGTGATCGGAAACGGTATGGTCGTTAACCCGGCTGCACTTATTGAAGAGATTAATTATATTCATGATAACGGGTTCAGCACGGATAATCTGGTAATCAGTGATCGTGCTCATGTTATCATGCCTTATCATATGGTATTGGATGCTCTGGAAGAGGACCGCAAGGGTCCGAACAAAATCGGTACAACCCGCAAGGGGATCGGCCCTTGCTATATGGATAAAGCTGCACGTAACGGCATCCGGATCGCAGATCTGATGGATGCTGAAGAGTTCGAACTGAGGCTTCGCCATCTGGTGCAGGAGAAGAATCAAGTCATTACCCAGGTGTATGGCGGGGAAGCACTCGATGTTGAAGAAATTTTAACGCAATACCTGGAATACACCGAAATCATTCGTAAATATGTGCGTGACACTTCCGTCATCCTGAATGATGCGATCGATGAGAATCAAAAAGTATTGTTCGAAGGCGCGCAGGGCGTCATGCTGGACATCGACCAAGGTACGTACCCGTTCGTTACGTCTTCGAATCCTTCTGCCGGTGGTGTATGTATCGGCTCCGGTGTGGGACCATCGAAGATTCAGCAGGTGATCGGTGTGGCTAAATCCTATACGACCCGTGTAGGGGATGGACCTTTCCCAACGGAGCTGGACAATGAAATTGGGGCGTATATTCGGGAAAAAGGACATGAATACGGCACGGTAACCGGACGCGCTCGCCGTGTAGGCTGGTTCGATAGCGTAGTTGTGCGCCATGCCCGCCGCGTGAGCGGAATTACCGGCTTGTCCTTGAACTCGCTGGATGTGCTGAGCGGTCTTGAGACCGTTAAGATCTGTACCGCATATAAATTCCGCGGTGAAGAGATTACGCATTACCCAGCAAGCCTGAAAATGCTTGCAGAGTGCGAAGCGATCTATGAAGAGCTGCCAGGCTGGAGTGAAGACATTACCGGCGCCAAAACGCTGGAGGATCTGCCGGAGAACACCCGCCGCTACGTAGAGCGCGTATCCGAGCTGACCGGCATTCCGATTGCCATCTTCTCTGTAGGCCGCAACCGGGAGCAGACGAATCAAGTGCTTCCGATTTACGAGAAATAA	MSTVVVVGTQWGDEGKGKITDYLAESADVVARYQGGNNAGHTILIDGKKFKLSLIPSGVFYKDKTCVIGNGMVVNPAALIEEINYIHDNGFSTDNLVISDRAHVIMPYHMVLDALEEDRKGPNKIGTTRKGIGPCYMDKAARNGIRIADLMDAEEFELRLRHLVQEKNQVITQVYGGEALDVEEILTQYLEYTEIIRKYVRDTSVILNDAIDENQKVLFEGAQGVMLDIDQGTYPFVTSSNPSAGGVCIGSGVGPSKIQQVIGVAKSYTTRVGDGPFPTELDNEIGAYIREKGHEYGTVTGRARRVGWFDSVVVRHARRVSGITGLSLNSLDVLSGLETVKICTAYKFRGEEITHYPASLKMLAECEAIYEELPGWSEDITGAKTLEDLPENTRRYVERVSELTGIPIAIFSVGRNREQTNQVLPIYEK	PGPT0020140_3689	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020140-purA-K01939	NA	NA
JZ016_04056	1365	dnaC	COG0305	Replicative DNA helicase	ATGGGAGGAGAACTCTATTTCGATCGGGTCCCCCCGCAGAACCTTGAGGCAGAGCAGGCGGTGCTGGGTGCCATTCTGCTGCAAAGTGAAGCGCTGATTACAGCGATGGAGCGGGTGCAGGCCGAGGACTTCTACGACAAAACGCATCAGATGATCTATGAAGTTATGGTGCAGCTCGGGGAAGGCAATCAACCGATCGATCTGGTGACCCTTACATCTCTCCTGCAAGATAAAGGGCAGCTGGAAGAGGTCGGTGGTGTCAGCTATTTAGCAAAGCTGGCCCATGCGGTTCCGACGGCTGCGAACGTGGATTATTACGCCCAGATCATCGAAGAGAAATCGATGCTGCGGCGGTTGATTCGCACCGCAACACAGATTGTCAGTGAAGGATATACCGGAGGAGAAGATGTATCCGGTATGCTCAGCGAGGCGGAGCGGCGCATTCTCGAAATTTCCAATCGACGCACGGGCAGCGGATTTATTGCGATCCGCGACGTGCTGATGGAAGTATTCGAGAAGGTGGAGGTTCTCCATCAAAACCGGGGGAATACAACGGGAATTCCATCCGGTTTTGTGGACTTGGACAAAATGACAAGTGGATTCCAGCGCAACGACTTGATCATCGTAGCTGCCCGTCCTTCCGTAGGTAAAACCGCGTTTGCATTGAATATTGCTCAGAACGTGGCCATTCGTGCCAAAGAAACCGTGGCGATCTTCAGTCTGGAGATGTCAGCGCCGCAGCTCGTACAGCGTATGATCTGTGCGGAGGCTAACCTGGATGCAGGGGTCATGCGTAACGGTGATTTCAAAGGTGATGAGGATTGGTCCAAGCTTACGATGGGCATCGCAGCCCTGTCGGAAGCCGAGATTTACATTGATGATACACCGGGTGTTACGGTTGCCGATATTCGTGCGAAGTGCCGTCGTCTGAAAAAAGAGAAGGGTCTTGGCATGATCCTGATCGATTACCTCCAGCTCATTCATGGACGCGGCAAGGCCGGGGAGAACCGGCAGCAGGAGGTATCCGAGATCTCGCGTACGCTTAAACAAATTGCCCGTGAGCTTGAAGTGCCGGTTATCGCGCTGTCACAGCTCAGCCGGGGCGTGGAGCAGCGTCAGGACAAGCGTCCGATGATGAGTGACCTTCGGGAATCCGGTTCGATCGAGCAGGATGCCGATATCGTTGCGTTCTTGTACCGGGATGATTATTACAATCAGGAAACCGAGAAGAAGAACATCATCGAGATCATCATTGCTAAACAGCGTAACGGTCCTGTAGGTACGGTGGAACTGGTCTTCCTGAAGAACTTTAATAAATTCGTCAATTACGAACGAACGCATGCCGATGCCTTTGCTGCCGGATGA	MGGELYFDRVPPQNLEAEQAVLGAILLQSEALITAMERVQAEDFYDKTHQMIYEVMVQLGEGNQPIDLVTLTSLLQDKGQLEEVGGVSYLAKLAHAVPTAANVDYYAQIIEEKSMLRRLIRTATQIVSEGYTGGEDVSGMLSEAERRILEISNRRTGSGFIAIRDVLMEVFEKVEVLHQNRGNTTGIPSGFVDLDKMTSGFQRNDLIIVAARPSVGKTAFALNIAQNVAIRAKETVAIFSLEMSAPQLVQRMICAEANLDAGVMRNGDFKGDEDWSKLTMGIAALSEAEIYIDDTPGVTVADIRAKCRRLKKEKGLGMILIDYLQLIHGRGKAGENRQQEVSEISRTLKQIARELEVPVIALSQLSRGVEQRQDKRPMMSDLRESGSIEQDADIVAFLYRDDYYNQETEKKNIIEIIIAKQRNGPVGTVELVFLKNFNKFVNYERTHADAFAAG				NA	NA	NA	NA	NA
JZ016_04057	444	rplI		50S ribosomal protein L9	ATGAAAGTCATTTTCATAAAAGATATGAAGGGTCAAGGCAAGAAAGGTGAAGTGAAGGAAGTTTCGGAAGGATATGCAACAAACTTCCTGATTCCGCGTGGGGTCGCTCGTCCGGCAACCGACGGCAACATGAAAACACTGGAGCAGCAGCAGGCTTCCGAGGAGAAGCGCAAGGCTCAGGAGAAGGAAGAAGCACAGGCGCTCGGCAAAAAGCTGGAAGAGATGACGGTTGTCCTGAAAGCTAAGGCTGGAGAAGGCGGACGACTGTTCGGCGCCATTACCAGCAAACAAATTGCTGAAGCGCTGGCAGGACAGAAGATCAAAATCGACAAACGCAAAATTGAACTTAGCGATCCGATCCGCAGTCTGGGTGTTACCCAGATTCCGGTGAAGCTGCACCCTGACGTCAAGGCGACGCTCAAGGTTCAAATTACGGAGGAGTAA	MKVIFIKDMKGQGKKGEVKEVSEGYATNFLIPRGVARPATDGNMKTLEQQQASEEKRKAQEKEEAQALGKKLEEMTVVLKAKAGEGGRLFGAITSKQIAEALAGQKIKIDKRKIELSDPIRSLGVTQIPVKLHPDVKATLKVQITEE				NA	NA	NA	NA	NA
JZ016_04058	2001	gdpP	COG3887	Cyclic-di-AMP phosphodiesterase GdpP	ATGCCTAAATTTCTGCAGAAGCGCTGGCACGGCTATCATACCGTCTGGGCGTTTGCGCTGGTGCTTCTGCTTGTTATATTTCTGTCGTTCTACAATACCATTCTGGGGCTGGTCGGTCTGCTGCTTGCGGTGGCAGGCGGCTATGCCATGCTAAAGACGGAGATGAAATTCCGCCGCGAGCTGGTCGATTATATTGGGGATCTGTCATTTCGGATTCAGCGGGTCGAAGGCGAAGCGGTCAGCGTGCTGCCATTTGGCATTGTCCTGTACAGCGAGGACAAGACCGTGGAGTGGCATAACCAATTCGTGGTCAATATGTTTCCGCAGCAGTCGTTGGTCGGCGCATCCTTAGAGGAACTGTTTCCCCAGCTGGTTGTCGCGATAAAGGAAGCTGAAGAGAAGAAGGATAACAAGGAGAAGCTGCCGAAAGAAATTCGTCTGGAGATCTCCCACGAGGATAAGTTCTATGGAGCAACGGTCATTCCGGATGAGCGATTAATCTATCTGGATGAGATTACCGAGCTGGCCGTGCTAAGGCAGCGGTATGAGGATGAGCGATTGGCCTTGGGCATTATCATGATGGATAACATCGATGAAGCCTCGCAGGGGATGGATGATCAACAGCGAACGGCACTGATTGCGAAGGTAACCAGTGAGATTACCGATTGGGCGCGTGAATTTAACGTCTATTTGCGGAGACTTTCCTCGGACCGTTATTTGATGATGCTCAACCACAGGTCGCTTGATGCGCTGGAGAACAGCCGCTTTCTCATCTTGGATGAAGTCCGGGAGATGACCGCCGATCTGAAGGTACCGCTGACGCTAAGCGTTGGTCTTGCTTTCGGTTCAGACGACATCACGGAGCTTGGGCAGTTGGCACAATCCAGTTTGGATATGGCACTGGGCCGCGGCGGAGATCAGGCAGCTGTCAAAGCGGGCCAGAGGCTCTCCTTCTATGGCGGTAAATCCAATGCAGTGGAGAAACGGACGCGCGTAAGAGCACGCGTAATCTCCCATGCGCTGCGCGATTTGATGCAGGAGAGCGACAAAGTGATCATCATGGGTCATAAGCTGCCGGATATGGACGTGGTCGGCGCTGCAATCGGCGTGTTGAAAGCAGCTCAGATGTATAAAGTGGAGGCTTATATCGTGATGGAGGGCATGAATCCGTCCATATCGAGGCTGATGGAAGAGGTCCGGAAGGACGAAGCCTTGATGAACCGATTCATCTCCACCGAACAAGCGATGCAGATCATGACAGAGCACACATTGCTCGTTGTGGTTGATACGCATAAAGCCTCCATGACGATGGAGCCGCGGCTGGTTCATCGCGCAAGCCGGGTCGTTGTAATGGATCATCACCGGCGCGGAGAAGAGTTTATTAACGATGCGGTGCTGATCTATCTTGAACCGTATGCCTCATCAACCTGCGAGCTGGTTACGGAGGTGCTGCAGTATATTCACGAACGGGTATCCCTTACGCCGGTTGAGGCAACGGCCTTATTGGCGGGGATCACGGTGGATACGAAGCATTTTGCCCTCCACACGGGATCGAGAACGTTCGAGGCTGCCGGTTTCCTGCGTCGTCACGGAGCCGATACAATGATGATTCAGCGGGTACTCAAGGAAGATCTGACAGAATTTATAGCGAAGGCAGAAATCGTGAAACATGCTAGAATGGTATATGACCATATCGCCATTGCGGTTTCGAAGAGCGGGGAGCCCATGCCGCAGCTATTGATCGCTCAAGTGGCGGATATGCTGCTGAATATGACGGATGTGCAGGCATCGTTTGTCATAAGCGAACGCACAGACGGCAAGATTGGCATTAGCGCCCGCTCCATGGGCAAGATGAATGTTCAGATGATTATGGAACGTCTCGGGGGAGGCGGACATTTAACGAACGCCGCAGTACAACTGGATACGACGCCTGAGAAAGCCGAGGAGAAGTTGATGGAAGTACTGAAGGACATCGAAGCGAAAGAGGGGTTATTTGAATGA	MPKFLQKRWHGYHTVWAFALVLLLVIFLSFYNTILGLVGLLLAVAGGYAMLKTEMKFRRELVDYIGDLSFRIQRVEGEAVSVLPFGIVLYSEDKTVEWHNQFVVNMFPQQSLVGASLEELFPQLVVAIKEAEEKKDNKEKLPKEIRLEISHEDKFYGATVIPDERLIYLDEITELAVLRQRYEDERLALGIIMMDNIDEASQGMDDQQRTALIAKVTSEITDWAREFNVYLRRLSSDRYLMMLNHRSLDALENSRFLILDEVREMTADLKVPLTLSVGLAFGSDDITELGQLAQSSLDMALGRGGDQAAVKAGQRLSFYGGKSNAVEKRTRVRARVISHALRDLMQESDKVIIMGHKLPDMDVVGAAIGVLKAAQMYKVEAYIVMEGMNPSISRLMEEVRKDEALMNRFISTEQAMQIMTEHTLLVVVDTHKASMTMEPRLVHRASRVVVMDHHRRGEEFINDAVLIYLEPYASSTCELVTEVLQYIHERVSLTPVEATALLAGITVDTKHFALHTGSRTFEAAGFLRRHGADTMMIQRVLKEDLTEFIAKAEIVKHARMVYDHIAIAVSKSGEPMPQLLIAQVADMLLNMTDVQASFVISERTDGKIGISARSMGKMNVQMIMERLGGGGHLTNAAVQLDTTPEKAEEKLMEVLKDIEAKEGLFE				NA	NA	NA	NA	NA
JZ016_04059	918			hypothetical protein	TTGAAACTGCGCTGGACTACGGCGGTATGGAGCGTTATTTATTTGCTTCTGCTGCTATCATTACTCACACCCTTTTCGATCGTAACGGCTTTCTTGTTAGTTCTACCGGTTGCGATTCTGTTTACGGCCTTGAATACAAAATCATTTATCATGCATGTGGTGCCAGTGTGGCTGATCGCGCTTCTGATTCACCCTATTTATGTGTTATTTGCGATCTATTTTGCCGTTCCGGGGATTGTCATGGGGTATTTGTACCGGAAGCGGAAGGCAGCTATGCAGGTATTGAAGTATGGCATGGCAGTCATGCTGGTGGAAATGCTTCTTCTGCTCATGATCAGTACCGCCTTCTTCCAGTTAAATCTGTCGGAGTATGTGGATGAGATTGTGAAGATGACGACGGCTCCGCTCACGGAGATGGGTGTAGAAGGAGGCCTGGGAGGACAGTTCCTTGGCACCGAACTCGATACACAGTTAATAAAAGATCAAACGATGCGCTTGGTTCCATTTGCGATGATTATCAGCTCATTCCTCATGACGGTGGTAACCCATGCTTTGGCTCGTCCTACATTGGGCAGTATGGGCTTGACCGTGCCGCGCCTGAAGCCGGCTAGAGAATGGATGCTGCCGCGTTCCCTGATCTGGTACTACTTGCTCATCTTCTTCATCAACATAGCAACCGTTAATTCGGACAATACCTTCATGAAGATGATCGTGGCAAACGCTACGCCTTTGCTGCAGATCTGCTTCATGATTCAAGCGCTAGGGTTCTTCTACTATCTCACTCACGAACGGAAGTGGCATCCGATTGTACCGCTTTTGACGGCTATACCGATTGTGCTGTTCCCGCCGGCTATGATCATCGGAATCCTGGACCTGGCATTTCCACTTCGTCAGGCGTTTAGTAAAACCAAAAGATAG	MKLRWTTAVWSVIYLLLLLSLLTPFSIVTAFLLVLPVAILFTALNTKSFIMHVVPVWLIALLIHPIYVLFAIYFAVPGIVMGYLYRKRKAAMQVLKYGMAVMLVEMLLLLMISTAFFQLNLSEYVDEIVKMTTAPLTEMGVEGGLGGQFLGTELDTQLIKDQTMRLVPFAMIISSFLMTVVTHALARPTLGSMGLTVPRLKPAREWMLPRSLIWYYLLIFFINIATVNSDNTFMKMIVANATPLLQICFMIQALGFFYYLTHERKWHPIVPLLTAIPIVLFPPAMIIGILDLAFPLRQAFSKTKR				NA	NA	NA	NA	NA
JZ016_04060	312			hypothetical protein	ATGCCAAATATGCCGAAGGACTTGGATGTAGCTAAACGTGCCAAAGTGATTGAATGGCTCAAAACCGAAGTAATTGACAATGTATCCCGCTTATTCAAAGCTCTATGGGAAGGCAGCACTACAAAGGTTGGAGACAGTTTGGTAAGCCTGATGATGAGCTCATACATACTGGGCCGAAGGCTCGGCTTGACCTATCGGGATTTGGACGATCTCTTGTTAGAGAAATTGAAAAAGCATAAGCAGGAAGGACATCAGCTGGAAGATTGGTACCAGGATATTTCCGCGCTCGAAGAACATTTGCGTAAGAGGTGA	MPNMPKDLDVAKRAKVIEWLKTEVIDNVSRLFKALWEGSTTKVGDSLVSLMMSSYILGRRLGLTYRDLDDLLLEKLKKHKQEGHQLEDWYQDISALEEHLRKR				NA	NA	NA	NA	NA
JZ016_04061	435			hypothetical protein	ATGAATATCGCTTTTTTTCTGTTACCGAAGCAGGAAGTGATCTGTTTAACACTGGATTCTACGCTCAGGCAGACGCTGGAACGGATGGAGTTTCACCGATATACAGCCGTGCCCGTACTGGATAAGAACGGTCAGTACGCAGGGACTGTAACGGAAGGTGACCTGTTATGGCATATGAAGAATTCGGAAGGCAAAATCACTTTTGAGAACGCTTCGAAATTTTTGTTGAAGGATGTTCCTTTTCGTATGGATATCAAGCCGGTGTCGATTGACGCCCGGATGGAGGATCTGATTAATCTGGCCAAGGTGCAGAACTTTGTACCTGTCGTGGATGATATGAACCGCTTTATCGGAATTGTACGCAGAAGCCTCATCATAGAGTACTGTGAACGAATTGTCTCCAAGGAGACGATGGAGTCCCACGGGGCATCATAA	MNIAFFLLPKQEVICLTLDSTLRQTLERMEFHRYTAVPVLDKNGQYAGTVTEGDLLWHMKNSEGKITFENASKFLLKDVPFRMDIKPVSIDARMEDLINLAKVQNFVPVVDDMNRFIGIVRRSLIIEYCERIVSKETMESHGAS				NA	NA	NA	NA	NA
JZ016_04062	987	tagU_3	COG1316	Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU	ATGAAGAGGAAATCAATATATATTACTCTTGCTTTGGTCATACTGCTTGGCTCAACCGCATTTTTGTTCAGAACGCAGCTAGCGGTTGTTGCATTTGATCTGTTTATGGCAAAGGATGTAGAGGAATCATTACAGAAATCGTATAAACCGCTCCAGAGCGACAAGACACCTGAACCTGTCGTACTTCAGAGCGAGCCGTTCTCGGTTATGCTGCTCGGGAGTGACCAGCGTGAGGATGAACCTGCGCGTTCGGACACGTTGATCTATGCGGTTGTGCGTCCCATGGAGTCCAAAGTGCTCTTAATTTCGGTTCCAAGGGACACGTATGTCGATATTATCGGTAAGGACAAGAAAGATAAGATTAACCACGCGTTTGCATTTGGCGGTCATCAAATGGCCAAAGATACGATGGAGGCATTTTTCGAAGAAGAACTTGATTATTATGCTTCCATTAATTTTCAGGGCTTGAAGGATGTTGTTGATGCCATTGGGGGCGTGGAGCTGCCGATCGGCAAGGATATCGTCAATAAAGGTAGAGACCATGAGAAATTCACGATTGAAGCCAACAAACCGATTTATAACGGTGAAGAAGCATTGAATTACGTCCGTTATCGGGAGGACAGCGACTTTAATCGTGCGAAGAGACAGCAAGTGTTTTTGGACGTAGCGGCCAAGCGGGTGATGAAGCTTGATCAGATCGGCAAGGTGCCTGAATTGATTGAGATCATGGGTGATAATTTCCAGACCGATATGCAGCCTAAGTTCATTATTGACCTGGCGAAACAGATGCTGACCGGTGGCAAAGTGGATATGACCAGCTATACGATCATGGGGGAAGGCATGAAAATTGGCGGCGTCTATTATAACGAGCCCGACATGGAAGACGTGCAGGAAGCCCGGGATCTAATTGACAACTGGATGAACCCCGATACGCCGGCTGATCAACTGCTGCAGCCCAAAGATGCTGAGAAGCAAAAGTTGAAATAA	MKRKSIYITLALVILLGSTAFLFRTQLAVVAFDLFMAKDVEESLQKSYKPLQSDKTPEPVVLQSEPFSVMLLGSDQREDEPARSDTLIYAVVRPMESKVLLISVPRDTYVDIIGKDKKDKINHAFAFGGHQMAKDTMEAFFEEELDYYASINFQGLKDVVDAIGGVELPIGKDIVNKGRDHEKFTIEANKPIYNGEEALNYVRYREDSDFNRAKRQQVFLDVAAKRVMKLDQIGKVPELIEIMGDNFQTDMQPKFIIDLAKQMLTGGKVDMTSYTIMGEGMKIGGVYYNEPDMEDVQEARDLIDNWMNPDTPADQLLQPKDAEKQKLK	PGPT0023440_2624	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005	NA	NA
JZ016_04063	972	dacA_2		D-alanyl-D-alanine carboxypeptidase DacA	ATGAAAAAACGGTGGCTTTGGCTGGTCATGATATTGTTAATAATCGTCCCGATTGGGGCGGTTGTCATAGGAAATATAGAACGAGCGGGATTTAAACCGAAGGTGGACGCGCGAGCGGTTGTCTTGATGGATTTAAACACCGGGCGTATTTTGCTCAGCGAAAATGGCGATGTACCCTTACCGCCTGCAAGCATGTCCAAGTTGATGACCGAGTTGGTTATTCTGGATGATATTAAAACCGGGAACCGATCCTGGGACGATGAAGTCAAGATAAGCGATACCGCAAGTGACGTAAGCGGCGTTAAAATCGCCTTGAAATCCGGCGAAATCGTGACGGTACGCGAATTGTTCCAGAGCATAACGGTTTATTCGGCCAATGATGCGGCCGTAGCGCTTGCCGAGCATTTTGCAGGCTCCGAGGAAGCGTTTGTCCGAAAAATGAATGCCAAGGCAAAAGAGATTGGCTTATCCAGCGCGACACGATTCGTGAATGCGTCGGGAGTCGAGCGAAACACAGCCAACGATCAAGCCTGGTCATCGGATGGAGAAACGGCGATGACCGCAGAGGATACGGCCAAGCTGGCAGCACATTTGATTCGAAGCCACCCGGATATTCTTAGCACCTCCAGCAAGACCCAAACCAAGATCAGCGGACGGAATTTATATTTAAGCAACACCAATTGGATGCTGCCATCGGTAGGAGGTCCTTATTCCTATGAAGGCACTGACGGATTAAAGACAGGGTATACAGCGAACGCAGGATACTGCTTCACGGGTACTGCGGAGAAACAAGGCAGTCGGCTTGTTGCCGTTGTCATGGGTACCGAGTCCAAAGAAGCAAGATTTGAAGAGACGCGAAAGCTATTTGACTACGGATTCGCCAAAACGTTAACATGGAGAGAGCGGCTGGATGACTGGTTTCAATATTCGGGGATCTCAGCCGCTCTTACGCAAGATAAGAGACCTGTTTAG	MKKRWLWLVMILLIIVPIGAVVIGNIERAGFKPKVDARAVVLMDLNTGRILLSENGDVPLPPASMSKLMTELVILDDIKTGNRSWDDEVKISDTASDVSGVKIALKSGEIVTVRELFQSITVYSANDAAVALAEHFAGSEEAFVRKMNAKAKEIGLSSATRFVNASGVERNTANDQAWSSDGETAMTAEDTAKLAAHLIRSHPDILSTSSKTQTKISGRNLYLSNTNWMLPSVGGPYSYEGTDGLKTGYTANAGYCFTGTAEKQGSRLVAVVMGTESKEARFEETRKLFDYGFAKTLTWRERLDDWFQYSGISAALTQDKRPV	PGPT0024040_5719	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
JZ016_04064	966	oppF_2	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGAGTCAAGCACTGATCGAAATCGATGGTTTGAAGAAATACTTTCCCATCACCGGCGGCATATTGCAGCGGACGGTGGGTAATGTAAGAGCAGTTGACGGAGTCAGCTTTTCCATTAACAAAGGTGAATCCTTCGGGCTTGTAGGTGAATCCGGCTGCGGCAAGAGCACCATTGGCCGAACCATTCTCCGTCTGCTGGAGAAAACGGAAGGTAAGGTTATCTTTAATGGTCAGGATATCCATACCTTGTCCAAAGAGAAAATGCGTGCACTGCGTCCGAAGATGCAGATCGTGTTTCAGGATCCTTTCAGCTCCCTGAACCCAAGAATCAAGGTTGGCGAAGCGATCGGCGAAGCACTCATTGACCATGGCTTAGTGAACCGTAAGGATCTTAAGGATCGCGTGATTGAAACACTTGAGATTTGCGGCCTTGCTGCCTATCATTATGATCGTTACCCGCATGAATTCTCCGGTGGACAGCGTCAACGGATCGGGATTGCCCGCGCATTGATTCTGAATCCAGACTTTATTGTAGCGGATGAGCCGGTTTCCGCGCTGGATGTATCGATTCAAGCGCAAATCATCAACTTGCTTAGTGATTTGCAGCGCGATAAACAGTTGACTTACTTGTTCATTTCACATGATCTCAGTGTTGTAGAGCATTTGTGCAACCGAATTGGGGTAATGTATCTGGGATCGATGGTGGAAATGGCCAGCAAGGAAGAATTGTTCCGCAACCCGCTGCATCCCTATACAAAAGCCTTGCTATCGGCTGTGCCAGTACCGGATCCAACGCTGAAGCGCGATCGGATCGTACTGCAGGGAGACATCCCAAGCCCGGCGAACCCGCCTTCCGGCTGCAAGTTCCATACTCGCTGTCCGCTGGCTTCAGACCTGTGCAAGCAGGAGATTCCAGAGTATCGCGATATGGGTAACAATCACTTCGTTGCTTGCCACTACGCTTAA	MSQALIEIDGLKKYFPITGGILQRTVGNVRAVDGVSFSINKGESFGLVGESGCGKSTIGRTILRLLEKTEGKVIFNGQDIHTLSKEKMRALRPKMQIVFQDPFSSLNPRIKVGEAIGEALIDHGLVNRKDLKDRVIETLEICGLAAYHYDRYPHEFSGGQRQRIGIARALILNPDFIVADEPVSALDVSIQAQIINLLSDLQRDKQLTYLFISHDLSVVEHLCNRIGVMYLGSMVEMASKEELFRNPLHPYTKALLSAVPVPDPTLKRDRIVLQGDIPSPANPPSGCKFHTRCPLASDLCKQEIPEYRDMGNNHFVACHYA	PGPT0004440_8202	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004440-ddpF-K02032	NA	NA
JZ016_04065	975	oppD_2	COG0444	Oligopeptide transport ATP-binding protein OppD	ATGGCAAAAGAATTAGTTGAATTCCGCAATTTAAAAACGCATTTTCAAACCTCCGCAGGCACCGTGAAAGCCGTCGACGATGTAAGCTTCAAAATCCGTGAGGGTGAAACACTGTGCGTGGTGGGTGAGTCGGGCTGTGGTAAAAGCGTAACAGCCATGTCTCTTATGCGTTTAATTGATACACCTCCAGTAGGAGGAGAGATTCTATATGAAGGCAAGGACCTGTTGAAGATGAGCAAGCGCGAAATGAGTTTGATTCGCGGTAACGATATCGCCATGATCTTCCAGGAACCGATGACCTCACTGAACCCGGTATTAACGATCGGGGAACAGATTGTAGAGCCGATTCTGCTGCATCAGCTCGTAAACCGCAAAGAAGCTAAACAACGTGCCATCGACCTCATCAATCTGGTAGGAATACCGCGTGCGGAGAAGATTTTCGACTCCTATCCGCATGAGCTCAGCGGCGGTATGCGCCAACGGATTATGATCGCGATTGCACTTAGCTGTAATCCCAAACTTCTGATTGCTGACGAGCCAACAACAGCGCTTGATGTTACGATTCAGGCCCAGATTTTGGATCTGATGCGCGACATCAAGGGGAAGTTGAATACATCCATTATGCTGATTACGCATGACCTTGGTGTCGTAGCGGAGATGGCGGACTATGTTGTTGTTATGTATGCAGGAAAAGTCATTGAAGAAGCCCCGGTTATTGAGCTCTTCAAACAGCCGAAGCATCCATATACAAAGGGACTTTTGAAAGCTAAGCCCATCATTAATCAGACCCAGGAACGTCTGTATTCGATTCCGGGGCAGGTACCCAATCCGGTAGATCTTGGAGACAACTGTCATTTCCATGATCGCTGTGAATCATGCATGCAGATTTGTAGAGAGAAGACGCCTCCGCTCGGTACGGATCCTAACGGCCATAAGGTCGCTTGCTGGTTGTATGAAGAGGAGGGGAAAGCGTAA	MAKELVEFRNLKTHFQTSAGTVKAVDDVSFKIREGETLCVVGESGCGKSVTAMSLMRLIDTPPVGGEILYEGKDLLKMSKREMSLIRGNDIAMIFQEPMTSLNPVLTIGEQIVEPILLHQLVNRKEAKQRAIDLINLVGIPRAEKIFDSYPHELSGGMRQRIMIAIALSCNPKLLIADEPTTALDVTIQAQILDLMRDIKGKLNTSIMLITHDLGVVAEMADYVVVMYAGKVIEEAPVIELFKQPKHPYTKGLLKAKPIINQTQERLYSIPGQVPNPVDLGDNCHFHDRCESCMQICREKTPPLGTDPNGHKVACWLYEEEGKA	PGPT0004435_11523	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004435-ddpD-K02031	NA	NA
JZ016_04066	924	oppC_1	COG1173	Oligopeptide transport system permease protein OppC	TTGTCCGCAGAGACTGCACCATTAAAAACGAATCTACCAGTTCCGAAGAAGCGGCCGGATTCCCCATGGCGAATTGCGATTCGCCGTTTTTCCAGAAACCGTCTCGCTGTCATCGGACTTTTCATAATTGTATTTATGTTTTTGCTGTGCTTTTTTGGCCCTTTCTTTTCACCTTATTCCTTATATGATTACAGTGTGGCTGATAAGAATTTGCCCCCAAGCTCGAAGTATTGGCTAGGTACCGATAAGCTTGGGCGAGATATTTTACTGCGTATGATGCTTGCTGGACGAATATCCCTTTTGGTTGGCCTTGTTGCCACAGGCATTTCGGTCATCATCGGAGCAACCTTGGGAGCTTTAGCGGGTTTTTATCGTAAATGGGTGGACACGCTGATTATGCGTGTGGCTGATATTTTTATGGCATTGCCTACGCTGCCGATCCTGATTATTCTGGGGGCGATATTGTCAGACCTGAAGGTGGAGCCAACGGATCGTATCTATTTCTTGATGTTGATTATCGGTGTGTTGGGCTGGAGCAGCATCTCCCGTCTCGTACGTGGTCAAATCTTGGGGCTCCGCGAGCAGGAGTTCATGCAAGCAACAGAAGCTTTAGGTCTTAAAGATCGTCGGAAGATTTTCCGCCATCTGCTTCCTAATACGATTCCTATCATTATTGTATCTGCAACCTTAGGGGTAGCAGGCGCGATTATTTTTGAATCTTCGCTAAGCTTTCTCGGAATTGGGGTTGTTCCACCAACACCATCCTGGGGAAATATGATTTCTGCGGCAAACAACTTGATTGATTTCCGGAAGAGACCATGGCTATGGATTCCGCCAGGTATGTGTATTCTGGTTACCGTAGTTGCAATCAACTTGATCGGTGACGGGCTTCGCGACGCACTTGACCCGAAAATGAAGAAGTAG	MSAETAPLKTNLPVPKKRPDSPWRIAIRRFSRNRLAVIGLFIIVFMFLLCFFGPFFSPYSLYDYSVADKNLPPSSKYWLGTDKLGRDILLRMMLAGRISLLVGLVATGISVIIGATLGALAGFYRKWVDTLIMRVADIFMALPTLPILIILGAILSDLKVEPTDRIYFLMLIIGVLGWSSISRLVRGQILGLREQEFMQATEALGLKDRRKIFRHLLPNTIPIIIVSATLGVAGAIIFESSLSFLGIGVVPPTPSWGNMISAANNLIDFRKRPWLWIPPGMCILVTVVAINLIGDGLRDALDPKMKK	PGPT0004450_5703	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004450-ddpC|appC-K02034	NA	NA
JZ016_04067	963	gsiC_2	COG0601	Glutathione transport system permease protein GsiC	ATGAAGCAGTACATTATCCGGAGGCTGCTGCAGATCATCCCGACCATGATCGGGATCTCGATTCTCATATTTGCAATATCATCTTTGGTACCAGGTGATTATATCACTGCAGTGAACAACCCGACGATGACTGCTGAGAAAGCAGCTCAGCTTCGGGAAATTTATGGTTTGGATAAGCCGCCTGTTGAGCGTTATCTTACATGGGTCGGTAATATGTTAAAGGGCAATCTCGGAGATTCCCTTGTGCACAAACAACCTGTCACAACCGTAATGAATAATTACGTATGGAATTCTTTTTTTGTGGCTATTTTCAGTTTAATATTGAGTTGGATAATAGCTGCTTTTGCTGGCGTGTTCTCAGCGAAGTTTCAGTATTCATTGTTTGATAAGATCATAACTTTATTAGTTTTCTTGTGTATGTCACTGCCTTCTTTCTTTCTCGGACTCCTGCTTATCAAGTTTCTTGCCTTGGATTTAGGATGGTTCCCTGTTGGCAGTATGAAGACTTCGGGAATGAACGGAAGCACATGGGATCAACTGATCGATATTGCATGGCATATGTTCTTACCGGTTACCGTGCTTACGATGCTGAGCACAGGTAGTTTGACGCGGTATTTCCGTACAAGCATGCTGGAGGTTATCCGTCAGGATTACATCCGCACAGCCCGTGCAAAGGGATTGAAAGAACGTACGGTTATTTTCAAGCATGCGCTGCGTAATGCCATGCTTCCTGCCATCACTCTCATGGGCTTTGAGCTTCCATCTTTATTTGGTGGAGCCATCATCATGGAGAAAATTTTCATCTGGCCCGGGGTCGGTCAAGTCTATCTGGAATCGATCAATATGCGGGACTATCCGTTCATGCTTGGGTTCACAGTATTCATATCCGTACTGACACTTCTGGGCAACCTATTGTCTGACGTTCTATATGGAGCTGCAGATCCAAGAATTCGCTTAAAGTAG	MKQYIIRRLLQIIPTMIGISILIFAISSLVPGDYITAVNNPTMTAEKAAQLREIYGLDKPPVERYLTWVGNMLKGNLGDSLVHKQPVTTVMNNYVWNSFFVAIFSLILSWIIAAFAGVFSAKFQYSLFDKIITLLVFLCMSLPSFFLGLLLIKFLALDLGWFPVGSMKTSGMNGSTWDQLIDIAWHMFLPVTVLTMLSTGSLTRYFRTSMLEVIRQDYIRTARAKGLKERTVIFKHALRNAMLPAITLMGFELPSLFGGAIIMEKIFIWPGVGQVYLESINMRDYPFMLGFTVFISVLTLLGNLLSDVLYGAADPRIRLK	PGPT0004445_8679	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004445-ddpB|appB-K02033	NA	NA
JZ016_04068	1764	appA_1		Oligopeptide-binding protein AppA	ATGAAGAAAAGAATGTCACTTCTGCTTGCAATCATGCTTTTGGCCATCACGGTACTGGCTGCATGTTCGAGCGGAGGAACAGCAGAACAGCCAAGTCAAGGGGAGCAAACGGAGCAAACACCACCAGCTGAAGGCGACAAAGATACTACAGAACCGCCTGCTGAAACTGGAGACGAAAGCCAAGGTTACTTCGAGGCAGAAAATCCATCTGCTAATCCGGCGAATGCGTTGGCACGTAAAGACACACTCGTTGTTGGTATGACAGCGCCTAAAGGGGTATTTAGCCCATTCTACTGGCAAACAGCATATGACAAATATGTTGTAGAAGCAATTTTCGATTCTTTCTTCTCGCTGAACGGTGATGGAACTTATAATAATCGCCTGGCTGAGAGCGTGGAAGTATCCGAAGACAAATTGAAATACACATTCAAATTGAAGCCAGGCGTGACATATTCTGATGGCACTCCGGTTACTGTAAAAGACTATGCTTTCGCTATGAAAGTTTATCATGATTCCAGCTATGACGGCCAATCCGATCTGATGTCCGTTCATATCAAAGGCGGTAAAGAGTACAACGAAGGTAAAGCTAAAGATATCTCCGGTATTAAAGTCATTGACGACCATACTATTGAAATCGAAGTTACCGAAGCAAACGCCATGACCAAAGATAATCTCGGTACGATTCCTTTTGTACCGGAAGCATACTATGGAAAAGGTTACAAGCAAGGCAACCTGGAATATATGAAAGATCTGCATGCTAAACCAATTGGTAGCGGTCAATATGTACTGAAAAGCTTCTCTCCTGGACAAGAGGTTGTATTGGAAGCTAACCCGAACTACTTCTTGGGCGCACCAAAAATTAAGAACGTAATATACAAGACAACTACCGAAGAAACTAGATTGGCTATGTTCCAATCCGGTGAAATCGATATGGATATGGTTACTGTTAACGAAGATAACGTAGAAGCGTTGAAAGAGATGGGCTTCTTGGACATTAACATCTTCCCAACCAATGGTTATGGTTATGTTGCGATGAACCATAAAGATCCTAAGTTCCAAGACCCTAAAGTTCGTCAAGCATTGATTTATGGTTTGAACCGCGCTGAGGTTGTAGAAATTATCTATGGCCAATATGCTAACGTAATCAACATTCCACAGTCCAGCGAATCATGGGCTTTCACGAATGAAGGTATTGAGCCGTATGAGTTTGATATGGAAAAAGCGAAGCAGCTTCTTGATGAAGCAGGATGGGCTCCAGGTGCTGATGGCATCCGCGAGAAAGACGGCAAGAAATTCGAGATTCATTTCTCGGCAACTGCTGACAACCCGGTAATTGATGCTTTGATTCCTGTCATGACACAGAACTACCAAGAGCTGGGCATCAAGTTGACAGCTGAAACTTTGGACTTTAATGCAATCATGGATAAGAAGGATAAAGGCGAGTTCGATATGTTCTTTGCTGCATGGGGCTTGACTCCAGATCCAGACTCCACGGTATATATCACAGATGGACAGCAAAATGACATCGGATATTCCAACCCTGACTATGATGCAGCTATGAAAAAAGGTCTAAACGCCTTTGATCTGGAAGAGCGTAAAGCTGCTTATGCTGAAGCATATCAAGTGCTGAATAAAGACGTTCCGGATCTTCCGATTTACCAAAGACGTGATGCATGGGCAATCAACTCCAGATTGAACGGCATTGACATCACACCGTACAAAGATTTCGCAATTGACCTGTACAAAGCAGAAATTCAACAATAG	MKKRMSLLLAIMLLAITVLAACSSGGTAEQPSQGEQTEQTPPAEGDKDTTEPPAETGDESQGYFEAENPSANPANALARKDTLVVGMTAPKGVFSPFYWQTAYDKYVVEAIFDSFFSLNGDGTYNNRLAESVEVSEDKLKYTFKLKPGVTYSDGTPVTVKDYAFAMKVYHDSSYDGQSDLMSVHIKGGKEYNEGKAKDISGIKVIDDHTIEIEVTEANAMTKDNLGTIPFVPEAYYGKGYKQGNLEYMKDLHAKPIGSGQYVLKSFSPGQEVVLEANPNYFLGAPKIKNVIYKTTTEETRLAMFQSGEIDMDMVTVNEDNVEALKEMGFLDINIFPTNGYGYVAMNHKDPKFQDPKVRQALIYGLNRAEVVEIIYGQYANVINIPQSSESWAFTNEGIEPYEFDMEKAKQLLDEAGWAPGADGIREKDGKKFEIHFSATADNPVIDALIPVMTQNYQELGIKLTAETLDFNAIMDKKDKGEFDMFFAAWGLTPDPDSTVYITDGQQNDIGYSNPDYDAAMKKGLNAFDLEERKAAYAEAYQVLNKDVPDLPIYQRRDAWAINSRLNGIDITPYKDFAIDLYKAEIQQ	PGPT0004430_2879	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004430-ddpA|ABC_PE_S-K02035	NA	NA
JZ016_04069	123			hypothetical protein	ATGAGAAAGCAGAACCATAAATACACGTCATCTAATACCGAATTGAAGCATATCGTAAGGATAATATATTACATAAAAATGGTTTCTAGTTGTAATCAAGGAAGACAATCGCAGTATGCGTAA	MRKQNHKYTSSNTELKHIVRIIYYIKMVSSCNQGRQSQYA				NA	NA	NA	NA	NA
JZ016_04070	675			hypothetical protein	ATGTGTAGACGATTCTCGCTGTCCGCAGGGATCGATGAAGTGAATCAACGCTTTGGCATTAATCGGGTAATGTATTACTACAAGAGCCGGTACAACATTAGCCCTACCCAAACCATGCCGGTCATTATACAAGAACAGGGAGAACGAGTGCTTGATGAGTATCGATGGGGGTTAGTGCCCTATTGGGGTAAAGACGCAGTCAATGCTGATATTACAACCGTTGATCAAAATCCCACTTACCGTAAAGCGATTGACACAAGACGCTGTGTGATCCCTTGTAACGGTTTATATTACTGGCGAACGGTTGGTAAACGGAGTTATGCGGTACGGACCGTAATCGGGGATCATGAAATATTCGGTATGGCTGGTTTATACGAGACATGGCGCGATGCCAGGGGAAATGAAATGAGAACATGCACGGTTCTAATGACAGAGGCCAATGAAGCGATTCGAGAGTTCGAAACACGAATGCCGGCGATTCTGTCAGAGGAAAACATGGAAAAGTGGCTGGATCCGGAGATCCAAGGGAGACATGCGGTGCATCCGCTGCTTCATACGTATCGCGGGCAGATGCGAATGTATCCGGTGACGCCTTTAGTGGCTGACGATACGAATGATCACCAGCAGTGCATTGAAGAGATGGATTTAAAGCTCGCTTGGGTGAAGAATCTGTAG	MCRRFSLSAGIDEVNQRFGINRVMYYYKSRYNISPTQTMPVIIQEQGERVLDEYRWGLVPYWGKDAVNADITTVDQNPTYRKAIDTRRCVIPCNGLYYWRTVGKRSYAVRTVIGDHEIFGMAGLYETWRDARGNEMRTCTVLMTEANEAIREFETRMPAILSEENMEKWLDPEIQGRHAVHPLLHTYRGQMRMYPVTPLVADDTNDHQQCIEEMDLKLAWVKNL				NA	NA	NA	NA	NA
JZ016_04071	207			hypothetical protein	ATGCATAATAAGACTAACAACATGGAGCTTCCACTGCTTGTACGCTTGTATCCCTGGAGTGGACATCATAAAATTGAAAGGTTTCTGCAACTTTTATGTAATCACAATATTAAATTTTCTATGCCACTCTGTCGTGGCAATGTTCTTCTATCATGTTTGTATACGATAGACATCATTCTCAATTATGAAAGCATGGGGTCTACTTAA	MHNKTNNMELPLLVRLYPWSGHHKIERFLQLLCNHNIKFSMPLCRGNVLLSCLYTIDIILNYESMGST				NA	NA	NA	NA	NA
JZ016_04072	243			hypothetical protein	TTGCTTCTTTTTCACCCTCATAACCGGTTTTTTATTTCTTACATGGAGTACTCCGTTATGTATAAAAATGTATTGCTTACAATAGACACTGTCCGTTTAAAGAAGACATCATTTCAGGGCTTTAAAACTGGAAAGCTTTACACCAGGCTTGTATTTGTCGGCAGCTATTTTTCTTCTTTAGTGTACACTCTGGGGAGACACGATTCTTCCGTGGAGACATTATGCGTCCCATCATTTGGATAA	MLLFHPHNRFFISYMEYSVMYKNVLLTIDTVRLKKTSFQGFKTGKLYTRLVFVGSYFSSLVYTLGRHDSSVETLCVPSFG				NA	NA	NA	NA	NA
JZ016_04073	273			hypothetical protein	ATGGCTTTTAAACAAAGAGAAGGCGGAGACAACGACAAAAGACCGGCACGCCGCGGCGGCCGCAACAAGCGTCGTAAAGTATGTTTCTTCACTGTGAACAAAATTACTCACATTGACTATAAAGATACAGACCTGCTCAAGAAATTCATCAGCGAGCGCGGAAAAATCTTGCCTCGTCGTGTAACAGGTACTAGCGCTAAATATCAGCGTGCCCTGACGATTGCGATCAAACGCTCCCGTCAAATCGCATTGCTTCCATACACAACTGAGTAA	MAFKQREGGDNDKRPARRGGRNKRRKVCFFTVNKITHIDYKDTDLLKKFISERGKILPRRVTGTSAKYQRALTIAIKRSRQIALLPYTTE				NA	NA	NA	NA	NA
JZ016_04074	495	ssbA	COG0629	Single-stranded DNA-binding protein A	TTGTTGAACCGTGTCATTTTGATTGGCCGACTGACTAAGGATCCCGAGCTGCGATATACTCCTTCAGGTGTTGCTGTAACGCAATTTACACTTGCTGTCGATCGTCCGTTTACCGGACAAGGCGGGGAGCGCGAAGCGGATTTCATTCCGGTCGTGACCTGGAGACAGCTTGCGGAGACTTGTGCAAACTATCTGCGTAAAGGCCGTCTGACGGCTGTAGAAGGGCGCATTCAAGTGCGGAATTACGAGAATAACGAAGGTAAGCGTGTATACGTCACCGAAGTCATTGCCGATAATGTTCGCTTCTTGGAGTCAAACCGTGAAACAAGCGGTGGCGGAGGAAATCGTGAGGAATCATCGTTTAGCGGAGGAAGCAACAGCAATAGCAGTGGCGGAAACCGCGGGAACAATAACTACTCGCGAAACAACAATCAGGATCCTTTTTCCGATGAAGGAAAACCGATCGATATTTCGGATGATGATTTGCCATTTTAA	MLNRVILIGRLTKDPELRYTPSGVAVTQFTLAVDRPFTGQGGEREADFIPVVTWRQLAETCANYLRKGRLTAVEGRIQVRNYENNEGKRVYVTEVIADNVRFLESNRETSGGGGNREESSFSGGSNSNSSGGNRGNNNYSRNNNQDPFSDEGKPIDISDDDLPF				NA	NA	NA	NA	NA
JZ016_04075	285	rpsF	COG0360	30S ribosomal protein S6	ATGCGCAAATATGAAGTGATGTACATTATTCGTCCTGACATTGAACAAGAAGCTGTTCAAGCTGCAGTCGATAAATTCCAAGGCATCATCTCCAACGGCGGAGAAATTACAAAGCATGACGTAATGGGTAAACGCCGTCTTGCGTATGAGATCAAGAAATTCCGTGATGGCGTCTACGTTCTGGTAAACTTCAACGCAACACCTGAAGTTGTAGCTGAGCTTGAGCGTCTCATGAAGATTTCTGACGAAGTTATTCGTTATCTCATCACGAACGACGTTGCTTAA	MRKYEVMYIIRPDIEQEAVQAAVDKFQGIISNGGEITKHDVMGKRRLAYEIKKFRDGVYVLVNFNATPEVVAELERLMKISDEVIRYLITNDVA				NA	NA	NA	NA	NA
JZ016_04076	195			hypothetical protein	ATGGGAGAACAGTCCGAATTTCGTGCGGGTGACAAAGCCCCAAACAACGGTATTTATATGGAAGTGGGCGTCAGAGACCACATCATGGGGATCGAAAACCCACGTCAAATTAAAATGAGCAAAGGCGATACCTTTCCCGAAACCCAAAATGATGATCGTGTATGGTTAAACAAACGCCGAGTGCAGCCTAAGTAA	MGEQSEFRAGDKAPNNGIYMEVGVRDHIMGIENPRQIKMSKGDTFPETQNDDRVWLNKRRVQPK				NA	NA	NA	NA	NA
JZ016_04078	222			hypothetical protein	ATGGAGCGCAAGGTATTTCAGTTAGGGGATATCGTTCAGATGAAGAAGCCTCATCCCTGTGGAAATAATGAGATGGAGATTATTCGCATGGGGATGGATATTCGGATCAAATGTACCAAGTGTCAGCATAGCGTGTTGATTCCCCGTGTAAAGTTTGAGAAGAATATGAAGAAGGTTTTGCGTTCGGCTCAGGAGACGGAAGGGGCGGGAGATACACCGTAA	MERKVFQLGDIVQMKKPHPCGNNEMEIIRMGMDIRIKCTKCQHSVLIPRVKFEKNMKKVLRSAQETEGAGDTP				NA	NA	NA	NA	NA
JZ016_04079	888	ykuT	COG0668	putative MscS family protein YkuT	ATGAGGGGCTTTAGTTACTTATCTGGGGATGTAAATTTAGAGATATTGGCTGAGGAGGCTGAGGGTTTGAAGGATCAGATATGGAGATGGTTAACGAATGAAGAGATGTGGATGAATATCCTGTCATCCGGCATTCGGGTCATTATCATTTTTATTCTGACGCGTCTCGTGATACGAGTTGTGTATAAGATGATTGATCAGTTTATCCTTAGGCAGGAGAAGAGCCGAATTCAAGTGAACTCAAGACGGTTTGTCACGGTAGGGGAGTTGCTAAAAAATGTAACCTCTGTTGTGTGCAACTTTGTTATGATTTTGATCATTCTCTCAGAGTTCAACTTCAAGTTAGGGCCACTGTTAGCCGGTGCCGGGGTACTTGGCCTTGCCATAGGTTTTGGTGCACAGAGTTTAGTGAGGGATGTTATTACCGGATTCTTCATTATATTCGAGGATCAGTTTGCAGTAGGCGACGTAATCAAGAGTGGTGAGTACCGGGGAACTGTTGAAATGATCGGACTTCGCACATCGCGAGTTAAAGGATTGAATGGAGAGACCTATATTATTCCGAACGGAATGATTACCAGCGTCACGAATTACTCCCTTTCCAATTCATTAGCCATTGTAGATTTGCCCGTAAAGAACGACCAGCAGGTGAAGGATACGATTACGCTAATTCAGTCGGCTCTTACGGGAATCATGGACCGACGCCCAGAGGTCCAGCGGACACCGGATGTATTAGGAATCCAGTCATTGAATACTTCTGAATATGTTGTTCGTATAGTGGCGGAATGCAATCCCAATGCAAGAGAGTATGTGGAGCGCCAGATATTTACGGATATCAAACAGGCTATTGAAGCACGGGATATGGGACAAGAACGCGTTCAGGCTTGA	MRGFSYLSGDVNLEILAEEAEGLKDQIWRWLTNEEMWMNILSSGIRVIIIFILTRLVIRVVYKMIDQFILRQEKSRIQVNSRRFVTVGELLKNVTSVVCNFVMILIILSEFNFKLGPLLAGAGVLGLAIGFGAQSLVRDVITGFFIIFEDQFAVGDVIKSGEYRGTVEMIGLRTSRVKGLNGETYIIPNGMITSVTNYSLSNSLAIVDLPVKNDQQVKDTITLIQSALTGIMDRRPEVQRTPDVLGIQSLNTSEYVVRIVAECNPNAREYVERQIFTDIKQAIEARDMGQERVQA	PGPT0013695_2042	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013695-ykuT|ybiO-K22044	NA	NA
JZ016_04080	354			hypothetical protein	TTGATCTATGAAAAGGTTTATATAAAACTCTTAATCATTGGGAATGATGATGAGAAGAAATTAGAGAAAATGATAGCCATGATGGAGGGGGACGGGGCAGTGGAAGGCGCGATGTTGATCGCATTTGATTCCACCCAGCAGGCGCTGCGTGCAGAAATGCTGCTGGAGTACGCGGATATCGAAATTGATCTTTTTCCTACACCAAAAGAGATTACGGCTGGCTGTGCATTATCGATTCAATTCCCGCCTGATGCGTTAAATGATGTTCAAGCGATCATCCGACAGGAGCATGTGGAGATCCGGGGTATCTTTGCGTTGGATAACAACGAGAAGTATATCAACATCGAAGAGTAA	MIYEKVYIKLLIIGNDDEKKLEKMIAMMEGDGAVEGAMLIAFDSTQQALRAEMLLEYADIEIDLFPTPKEITAGCALSIQFPPDALNDVQAIIRQEHVEIRGIFALDNNEKYINIEE				NA	NA	NA	NA	NA
JZ016_04081	606			hypothetical protein	ATGAACCGTCTATCTAAAATCACGTCTCGCCCGGAGGCTTCCAGCTTAAAAATACCACACACGGACCCTAATATCCATTCTGCTATTATACATCGCTTGCTCTTCCATCTATCTGACGCCCGTATTCAGCATCGTCCGCTTGTCATTGTCTGCATCGGTACCGACCGTTCTACCGGCGATTGTCTGGGACCCCTTGTCGGCACCTCGCTTGCACGCTACAACAGTCCCCTGTTTCATCTCTATGGCACGCTGGACGAGCCTGTCCACGCCATGAATCTGAAGGATACACTAACGGCGATATATGAAAAATTCGACAACCCTTTTGTGATCGGCATTGATGCGTGTCTGGGGCAATCATCAAGTGTAGGCTCTATTCAGATATCCGATGGCCCTCTAAAGCCCGGAGCTGGCGTACATAAAGAATTACCGCCGGTCGGCGATATCCACGTAACGGGCATCGTCAATGTCGGCGGCTTTATGGAATACTTCGTATTGCAGAACACTCGCTTAAGCTTGGTCATGCGGTTGTCCGATATTATTGCAACCTGCCTATTTGCAGGCATTAAAGAGTGGAACCGTTCTACCCTTCTTGCAGCGCAAGAGTGA	MNRLSKITSRPEASSLKIPHTDPNIHSAIIHRLLFHLSDARIQHRPLVIVCIGTDRSTGDCLGPLVGTSLARYNSPLFHLYGTLDEPVHAMNLKDTLTAIYEKFDNPFVIGIDACLGQSSSVGSIQISDGPLKPGAGVHKELPPVGDIHVTGIVNVGGFMEYFVLQNTRLSLVMRLSDIIATCLFAGIKEWNRSTLLAAQE				NA	NA	NA	NA	NA
JZ016_04082	501			hypothetical protein	ATGTCTGAATTAAATGAATTGATCATGGAGCAGCTTCATTGGTTTGTCGTCGGAATGGTCATGATCATCTTGATCTTATGGATAACTTTAATTGTTCAAGGGACAAAACTGCGTAAAATGAAGCGTCGTTATGATGCGATGATGGCAGGCAGTGGGGTAGAAGATATTGAATCACTGTTGGTCCAACTGAAAATCCAAATGGATGAGATTGAAGAGGGCCATGCCCATCATCAAAAAATGCTGGATACGATCAGCGGCAGTTTGAAAGGAATGAAGTCCAAGGTTGGTATCGTACGATACAATGCGTTTGGCGAGCGGGGGAACGAAATGAGCTTCTCCCTGGCTATTCTCAGTGAACAAGAGGAAGGGATCGTGCTGACCGGTCTGCATAACCGGGAGAGCTCCTATGTGTACGCTAAACCACTGAAGGATGGGCAGTCCAAATATCCATTGTCTCCGGAAGAAAAAGAGGCCGTCACTCTTGCGCTGCAAGAAGGGTAG	MSELNELIMEQLHWFVVGMVMIILILWITLIVQGTKLRKMKRRYDAMMAGSGVEDIESLLVQLKIQMDEIEEGHAHHQKMLDTISGSLKGMKSKVGIVRYNAFGERGNEMSFSLAILSEQEEGIVLTGLHNRESSYVYAKPLKDGQSKYPLSPEEKEAVTLALQEG				NA	NA	NA	NA	NA
JZ016_04083	1149	csd		putative cysteine desulfurase	ATGGACCCGATCGTTTATCTGGATCATGCAGCCACTTCGTGGCCAAAGCCGCCTCAAGTATTTGAGGCGATGAGAAAGGCGATGGAAGAGGCGGCTGCAAACCCGGGACGTGGGAGTCACCGGATGGCGGTGAAAGCTTCCCGTGTGCTCTATGGAACACGGAGGACGCTCGCAGACTTGTTTGGGGTAAAGAATCCTAACGATATTGCACTGACATCGAATACAACAGAAGCGTTGAACTTAGCGATCAAAGGGTATTTGCGTGAAGGCGATCATGTGATTGCTACCATGATTGAACATAATTCAGTGCGAAGACCGTTAGAGTATTTGAAACGCACCCGAGGGGTACAAGTAGACTATATTCCTGTCGATGAGGAAGGTCAGCTTGATCTGCAACTAATAGAGGGAGCTTTTCGTTCTAATACTAGGCTTGTTGTGTGTAGTCACAGCTCCAACCTTCTTGGTTCCATCATTCCTCTCGTTGAAATCGGAGAACTGGTGAAGAGAAAAGGGGCTGTACTGCTCGTGGATGCTGCCCAGAGTGCCGGTATGCTGGATATTCATGTGGAGGCGATGCATGTAGGTATGTTGGCTTTTCCGGGGCACAAAGGGCTTCTGGGGCCGCAAGGAACAGGCGGGTTGTATATCTCGCCTGATATTGATCTGGAACCATTACTGCACGGAGGCACAGGGAGTCAATCAGAGGCTATTGAACAGCCGACGGTACGTCCGGATCGATATGAGGCAGGGACGCCTAACACGATTGGACATGCGGGACTGCAAGCGGGTGTGAAGAAGGTGCTTGAATGGACACCGCAGCATATTTACCAACACGAATGGGAGCTAACCCAATATATGATTGAGGGTCTGCAAGAGGTAGGAGGCCTTCGAATATTAGGTCCTGCACTTGGTCAAGCGAGGACAGGTATCGTAGCTTTTGTGTCAGAGCGATACAGCGCGTCCGAGTTAGCTTTTCGACTGGACCGGGAATATGGGATTGCCGTGCGTGCTGGTTTTCATTGCACACCGCTTGCTCATATGGCATCAGGCACGGAACAGACAGGTGCAGTCAGAGCGAGTGTGGGGATATCTACTAGCCGTGACGAAGTAGAGCTCATGCGAAAGGCGATTGCGGAAATTCATAGATAA	MDPIVYLDHAATSWPKPPQVFEAMRKAMEEAAANPGRGSHRMAVKASRVLYGTRRTLADLFGVKNPNDIALTSNTTEALNLAIKGYLREGDHVIATMIEHNSVRRPLEYLKRTRGVQVDYIPVDEEGQLDLQLIEGAFRSNTRLVVCSHSSNLLGSIIPLVEIGELVKRKGAVLLVDAAQSAGMLDIHVEAMHVGMLAFPGHKGLLGPQGTGGLYISPDIDLEPLLHGGTGSQSEAIEQPTVRPDRYEAGTPNTIGHAGLQAGVKKVLEWTPQHIYQHEWELTQYMIEGLQEVGGLRILGPALGQARTGIVAFVSERYSASELAFRLDREYGIAVRAGFHCTPLAHMASGTEQTGAVRASVGISTSRDEVELMRKAIAEIHR	PGPT0020195_4930	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0020195-sufS-K11717	NA	NA
JZ016_04084	840	spo0J	COG1475	Stage 0 sporulation protein J	ATGAGTAAACGATTGGGAAAAGGGCTGGATGCGCTTATTCCATCTTTGTCTATTCATGATGATGACAAGGTAGTGGAAATTCCGCTTAGTCAATTGCGAGCGAATCCGTATCAGCCGCGCAAGACATTTAACGATGAGGCTATCCAGGAATTGGCGGAATCGATCCGCCAGCATGGAGTTATCCAACCGATTATCGTCCGCAGTGTGCTGAAAGGGTATGAGATTATTGCCGGGGAGCGCAGATTCCGGGCGTCCCAATATTGCGGCAAAGCAACGATACCGGCAGTGGTTCGATCATTTAGCGATCAACAAGTCATGGAAATTGCCCTGATCGAGAACCTGCAGCGGGAGAACCTGAACGCCATGGAGATTGCTGTAGCTTACCAAGGCTTGATGGAACAATTTTCCTTAACACAAGAAGAGCTGTCATTGAAGGTGGGGAAGTCTCGTTCACACATCGCTAACTTTTTGCGATTGCTTTCTCTACCTGAAGAAGTGAAGGACAATGTTTCACGTGGAACATTATCTATGGGACATGCCCGGGCGATCGTTGGAATTAAGGATCCCATTCTTGTTAAACAGTTGGCAAAACAGTGTGTGGAGCAAGAGTGGAGTGTCCGTGAATTAGAGGAAGCGGTTAAGAATCTGGATCGCAAACCAACGGATAAAGCAAAGCCTAAGGTTAAGAATAGAGATCCTTATATCGATCATCTGGAAGAGGATCTAAGAGAACGTTTTAAAACTACGGTAAAAATTAAGCACAATAAGGATAAAGGGAAGATTGAGCTTAATTACTATAGTAAACAGGACCTGGAGCGATTGTTGGAACTTCTTCAATAA	MSKRLGKGLDALIPSLSIHDDDKVVEIPLSQLRANPYQPRKTFNDEAIQELAESIRQHGVIQPIIVRSVLKGYEIIAGERRFRASQYCGKATIPAVVRSFSDQQVMEIALIENLQRENLNAMEIAVAYQGLMEQFSLTQEELSLKVGKSRSHIANFLRLLSLPEEVKDNVSRGTLSMGHARAIVGIKDPILVKQLAKQCVEQEWSVRELEEAVKNLDRKPTDKAKPKVKNRDPYIDHLEEDLRERFKTTVKIKHNKDKGKIELNYYSKQDLERLLELLQ	PGPT0014815_8172	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497	NA	NA
JZ016_04085	762	soj	COG1192	Sporulation initiation inhibitor protein Soj	GTGTCAAAGATAATTGCCATAGCAAATCAAAAGGGCGGTGTCGGCAAAACGACGACTTCCGTCAATCTGGGAGCTGGATTGGCTTCGCTTGGCAAACGGGTGCTTTTGGTGGATATTGACCCCCAAGGTAACACGACGAGTGGGGTTGGCATTAATAAAGCCGATGTTGCAAATTGCATTTACGATATTATCATCAATGAAGTACACCCGAAGGACGCCATCTGTGGGACTAACATCGAAGGCCTGGACATCATTCCGGCAACCATTCAATTGGCTGGTGCTGAGATTGAGCTTGTTCCTACGATATCGCGTGAAGTACGATTGAAGAAATCACTTCAATTAGTCAAACCCCAGTATGATTATATTTTGATTGATTGTCCTCCATCGCTTGGCATTTTAACGATTAATTCATTGACCGCAGCCGATTCCGTGATCATCCCGATTCAATGTGAATACTACGCACTCGAAGGTCTGAGTCAGCTGCTGAATACGGTTCGCCTTGTTCAGAAACATCTGAATACATCGCTTAAGATTGAAGGTGTATTGTTGACGATGCTGGATGCGCGCACGAACTTGGGCATTCAGGTGATTGAAGAAGTGAAAAAGTACTTTCAGGAAAAAGTGTACAGAACGATTATTCCTAGAAATATTCGTTTGAGTGAAGCACCATCTCATGGACAGTCGATCATTACTTATGATCCTCGATCTAAGGGAGCGGAAGTATACTTGGAGCTGGCAAAGGAAGTGATCTCGTATGAGTAA	MSKIIAIANQKGGVGKTTTSVNLGAGLASLGKRVLLVDIDPQGNTTSGVGINKADVANCIYDIIINEVHPKDAICGTNIEGLDIIPATIQLAGAEIELVPTISREVRLKKSLQLVKPQYDYILIDCPPSLGILTINSLTAADSVIIPIQCEYYALEGLSQLLNTVRLVQKHLNTSLKIEGVLLTMLDARTNLGIQVIEEVKKYFQEKVYRTIIPRNIRLSEAPSHGQSIITYDPRSKGAEVYLELAKEVISYE				NA	NA	NA	NA	NA
JZ016_04086	819	noc	COG1475	Nucleoid occlusion protein	ATGAAAGAACAATTTTCGAGATTGTTTGGCTTAGCGGCAGAGCGGAACCAAGGGGATGAAGTGAAACAAATCCCGGTAAACGAGGTTGTCAGCAGCCCATACCAGCCACGGACGATTTTTGATGACGAGAAGATTGATGAATTACTTCAGACAATTAAAACCCATGGAGTCATTCAACCTATTGTCGTTCGTGTCCGAAATGGCATGTATGAGATCATTGCAGGGGAACGCCGCTGGCGTGCGGTTAAGAAGCTGGGTCTGGACACGATTCCGGCCATTGTTCGGGAGTTCAACGATTCACAAGCTGCCTCCATTGCGTTAATCGAGAATCTGCAGCGTGAAGGCCTTACTTCGATTGAAGAGGCAGTGGCTTATCAGAAGTTGATTGATCTTCATCAATTGACACAAGAGAGCTTGGCACAGCGGCTAGGCAAAAGCCAGTCCACGATTGCAAACAAGATTCGTTTGCTGCAGCTGCCGGAAGCAGTCAAGTTGGCATTGATGGAACGCAAGGTGACGGAACGCCATGCGCGTGCGCTGCTCTCATTGGATAATGAAGAAACCCAGCTTAAAGTGCTGGACGAGATCATTACCAAGGAACTGAATGTGAAGCAGACAGAGGCACGAATTGCCTTTTATAAAGAAGTAACAACAATGAAGAAGGCGAAGCGTATATCGTACAGCAAGGATGTTCGCCTGGCTCTGAACACGATCCGCCAATCGATCGATATGGTCTCAGGCTCTGGGATGGCTATTAAAACAACAGAGAATGATCATGAAGATCACTATGAAATCGTTATAAAAATACCTAAACGTTAA	MKEQFSRLFGLAAERNQGDEVKQIPVNEVVSSPYQPRTIFDDEKIDELLQTIKTHGVIQPIVVRVRNGMYEIIAGERRWRAVKKLGLDTIPAIVREFNDSQAASIALIENLQREGLTSIEEAVAYQKLIDLHQLTQESLAQRLGKSQSTIANKIRLLQLPEAVKLALMERKVTERHARALLSLDNEETQLKVLDEIITKELNVKQTEARIAFYKEVTTMKKAKRISYSKDVRLALNTIRQSIDMVSGSGMAIKTTENDHEDHYEIVIKIPKR	PGPT0014815_8473	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497	NA	NA
JZ016_04087	723	rsmG	COG0357	Ribosomal RNA small subunit methyltransferase G	ATGGACGACATTCAGAAGGCTTTTGTTGACCGGCTCGGAGAGCACGGGATCACGATTGATGAGAAACAGCTCCAGCAGTTCGAGATGTATTACGAAATACTGGTGGAGTGGAACGAGAAAATGAATTTAACTGGAATTACGGAACGGGAGCAAGTCTATACGAAGCATTTTTACGACTCGATTACGCTCGCCTTTTATGTGGATGTGACCCAAATCGGCAATCTGGCGGATATCGGATCAGGTGCTGGCTTCCCGGGTATTCCTCTGAAAATATGTTTCCCGCATGTGCACCTGACGATTGTGGATTCACTTAACAAACGGATTAACTTTCTGAAGCATGTCGTGGATACGATTGGCCTGACGGGGGTTGAACTGATTCACGGGCGTGCGGAAGAGGTTGCTCGCAAGCAGGGATACCGTGATGGGTTCGATCTGGTCACAGCGAGAGCGGTAGCTCGCATGGCTGTGTTGAACGAGTTCTGCCTACCTTTTACGAAGGTAGGGGGGCGATTCGCAGCGATGAAGGGCAGTGACCCTACGGAGGAGGTGAAGGAGGCTGCTCGCAGCTTGAAAGAGCTGAGAGGGGCTTTGAACAAGGTTCACTCATTCTCCTTACCCGTAGAGGAATCAGGTCGGCATATCGTGGTGATCGATAAAAAGGGAGCCACGCCTTCCAAGTACCCCCGTAAGGCGGGTACGGCCAGTAAAACGCCGATCGTGTAA	MDDIQKAFVDRLGEHGITIDEKQLQQFEMYYEILVEWNEKMNLTGITEREQVYTKHFYDSITLAFYVDVTQIGNLADIGSGAGFPGIPLKICFPHVHLTIVDSLNKRINFLKHVVDTIGLTGVELIHGRAEEVARKQGYRDGFDLVTARAVARMAVLNEFCLPFTKVGGRFAAMKGSDPTEEVKEAARSLKELRGALNKVHSFSLPVEESGRHIVVIDKKGATPSKYPRKAGTASKTPIV				NA	NA	NA	NA	NA
JZ016_04088	1887	mnmG		tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG	ATGAGTTATATGGGTGGCACTTATGACGTGATTGTAGTCGGTGCAGGACATGCCGGCTGTGAGGCTGCACTTGCATCTGCACGAATGGGTGCTGAAACGTTGATGGTTACAATTAACCTGGATATGGTTGCTTTTATGCCATGTAACCCGTCCATTGGAGGACCTGCAAAAGGCCATGTCGTTCGCGAAATCGACGCACTGGGCGGAGAAATGGGACGCAATATCGATAAAACCTTCATTCAAATGAGAATGTTGAATACAGGTAAAGGTCCGGCTGTCCACGCACTGCGTGCTCAAGCGGATAAGTTTTCTTATCAGCATACCATGAAAGAGACGATGGAGAAGGAAGAGAAGCTTACCCTTCGTCAGGGTATGGTGGATCAGCTCATCGTAGAAGATGGCGTATGCGTTGGGATCGTGACGCAGACGGGTACGGAATATCGTGCGAAAGCGGTTGTGCTGACAACCGGTACGTATTTGCGCGGTAAAGTCATTATGGGTGAATTGATGTATGAGAGCGGTCCGAACAATCAACAGCCGTCCGTAAAACTTGCGCATAACCTGCGCGAGCTTGGATTCGACCTTGTTCGATTCAAGACAGGTACACCACCGCGGGTGCATAAGGATACGATTGATTTCTCCAAGACCGAAATTCAGCCTGGGGATGAGAAGCCTAAGTTCTTCTCTTATGAAACAAAATCCTCCGACAATGAGCAGCTTCCTTGCTGGTTGACGTATACGTCGGTGGATACGCATCAGATTATCAATGACAACCTTCACCGCGCACCGATGTTCTCTGGTGTTATTGAAGGTACTGGACCACGTTACTGCCCGTCTATCGAAGACAAAATCGTTCGTTTTGCCGACAAGCCGAAGCATCAGATTTTCCTTGAGCCTGAAGGTAAAAATACGAAAGAATACTACGTGCAGGGGCTATCCACCAGCATGCCTGAGGATGTTCAGCTTGCGGTTCTTCGCTCCATTCCCGGAATGGAGAAGGTAGAAATGATGCGTAACGGGTATGCTATCGAGTATGATGCGATGGTGCCAACGCAGCTGTGGCCGTCTCTGGAAACGAAAAAACTGCCGGGTCTGTTCACGGCTGGACAGATCAATGGAACCTCGGGATATGAAGAGGCAGCAGGTCAAGGCATTATGGCGGGTATCAATGCGGCACGTAAAGTGCAGGGCAAAGAGCCTGTTATATTGGATCGCTCCCAGGGTTATATTGGAGTGCTGATTGATGACCTGGTGACCAAAGGGACAAATGAGCCTTATCGTTTGCTCACCTCCCGTGCAGAATACCGTCTGCTGCTTCGCCATGATAATGCCGATCTGCGTCTTACCGAAATCGGCCATGATATCGGACTGATCTCGGAAGAGCGTTATGCCAAATTCGTGCTGAAGAAGCAGCTCGTTGAGCAGGAGATCGAGCGTCTTCGCCAAACGAAGGTGAAGCCGGTTGACGTAAATGCGATGCTGGAAGCAGCCGGATCAGCACCAATCGTGGACGGAAGCAATATGCTGACGATTCTGCGCCGTCCGGAAATTACGTTTGCGATGATTGAGTCGCTCTCCCCGTCTCCATACGAGCTGGATGAGGAAATGAAAGAGCAAGTCGAAATTCAAATCAAATATGCGGGTTATATTGAGAAACAGCTGGGACATGTGGAAAAGCTGCAGAAGATGGAGAAGAAACGCATTCCGGAGGATATCGTTTATGACGAGGTCAACGGACTGGCCATGGAAGCTCGGCAGAAGCTGAACAAGATCCGTCCGATCTCCATTGGCCAGGCATCGCGCATTGCCGGCGTAACACCGGCGGATATTTCGATACTTCTCGTTTACCTGGAGCATTATAACCGGGTAACCGCAGCGAAAGGATAA	MSYMGGTYDVIVVGAGHAGCEAALASARMGAETLMVTINLDMVAFMPCNPSIGGPAKGHVVREIDALGGEMGRNIDKTFIQMRMLNTGKGPAVHALRAQADKFSYQHTMKETMEKEEKLTLRQGMVDQLIVEDGVCVGIVTQTGTEYRAKAVVLTTGTYLRGKVIMGELMYESGPNNQQPSVKLAHNLRELGFDLVRFKTGTPPRVHKDTIDFSKTEIQPGDEKPKFFSYETKSSDNEQLPCWLTYTSVDTHQIINDNLHRAPMFSGVIEGTGPRYCPSIEDKIVRFADKPKHQIFLEPEGKNTKEYYVQGLSTSMPEDVQLAVLRSIPGMEKVEMMRNGYAIEYDAMVPTQLWPSLETKKLPGLFTAGQINGTSGYEEAAGQGIMAGINAARKVQGKEPVILDRSQGYIGVLIDDLVTKGTNEPYRLLTSRAEYRLLLRHDNADLRLTEIGHDIGLISEERYAKFVLKKQLVEQEIERLRQTKVKPVDVNAMLEAAGSAPIVDGSNMLTILRRPEITFAMIESLSPSPYELDEEMKEQVEIQIKYAGYIEKQLGHVEKLQKMEKKRIPEDIVYDEVNGLAMEARQKLNKIRPISIGQASRIAGVTPADISILLVYLEHYNRVTAAKG				NA	NA	NA	NA	NA
JZ016_04089	1425	mnmE	COG0486	tRNA modification GTPase MnmE	ATGGCTGTAATTCCGATGTTTTTTACAAAGAAAGAGGTGAAGGAAGCGATGTTTAGTGATACGATCGCAGCTATTTCAACAGCTGTCGGTGAAGGCGGCATTGCGATTATTCGCGTCAGCGGTCCGGACTCCGTTCCGGAAGTGGAGCGTATATTCAAAAGTAAAAACAAGTTAACACAAGTGGATTCCCATACCGTTCATTACGGTCATATTGTGGATCCAAAAACGGGAGAAAACCTCGAAGAGGTCCTTGTAACTGTGATGCGTGCTCCACGATCATTCACGACCGAGGATGTCGTCGAGATCAGCGCGCATGGCGGGGTCATCTCCGTAAAACGCGTCATGGATCTGTTGCTTCAATTAAACATCCGTTTGGCGGAACCCGGTGAATTTACGAAGCGGGCTTTCTTAAACGGCCGGATCGATCTGTCCCAGGCGGAAGCCGTTATGGACCTGATTCGTTCGAAATCCGATCGCGCCTTCTCCGTTGCGCTCAAGCAGGTCGAAGGAACGTTATCCCGTAAGATCAACGAGCTGCGGCATACCCTGGTCGAAACGCTGGCCCATATCGAAGTGAATATCGATTACCCTGAGCATGATGTGGAGTCGCTTACTTCAGAGTTCATTAAAGAGAAAAGCCAGCTGGTCATGGGTGAAATTGATAAGCTGCTGAAGACCGCGCAAGAAGGGAAAATCCTGCGTGAAGGGATTACGACAGCTATTATCGGTCGCCCCAATGTGGGCAAATCTTCGCTTCTGAACACGCTGGCCCAGGATAATCGCGCGATTGTCACGGATATACCCGGTACGACTCGCGATGTGATTGAGGAATTTGTCACCATTAACAACATTCCGTTGAAGCTGCTTGATACCGCGGGTATCCGAGAAACGATGGATGTGGTCGAGCAGATCGGCGTTGAACGATCCAAGCATGCGGTTAACGAAGCGGATCTCATTCTGCTCGTGCTGAATGCCAATGAACCGCTGCATCAGGACGAATTGGAATTGATGGAACAAATACGCGGTAGACAATGTATTATCATTATGAATAAAATGGACTTACCGTCTAATCTCGATCTGGACATTCTCCATCGATACTATCCCGATGAATTGATTGTTCCGATGTCGGTGAAGGCGCAAGAGGGTATTGACCGTCTGGAAGAGGCCATATCCAACTTGTTCTTCAGCGGCCAGATTGAAGGCGGAGATCTGACGTATGTGAGCAATGTGCGACATATTGCTTTGCTGAAGAAATCCAAGCAGTCGCTGCAGGATGCTTATGATGCGGCTGAACAGCTCATTCCGATCGATATGATCCAAATCGATGTGAGAATAGCCTGGGAGCAGTTAAGTGAGATATTGGGTGAAGCGGTTGGCGATTCGCTCATTGATCAGATTTTTTCACAGTTTTGCTTGGGTAAATAA	MAVIPMFFTKKEVKEAMFSDTIAAISTAVGEGGIAIIRVSGPDSVPEVERIFKSKNKLTQVDSHTVHYGHIVDPKTGENLEEVLVTVMRAPRSFTTEDVVEISAHGGVISVKRVMDLLLQLNIRLAEPGEFTKRAFLNGRIDLSQAEAVMDLIRSKSDRAFSVALKQVEGTLSRKINELRHTLVETLAHIEVNIDYPEHDVESLTSEFIKEKSQLVMGEIDKLLKTAQEGKILREGITTAIIGRPNVGKSSLLNTLAQDNRAIVTDIPGTTRDVIEEFVTINNIPLKLLDTAGIRETMDVVEQIGVERSKHAVNEADLILLVLNANEPLHQDELELMEQIRGRQCIIIMNKMDLPSNLDLDILHRYYPDELIVPMSVKAQEGIDRLEEAISNLFFSGQIEGGDLTYVSNVRHIALLKKSKQSLQDAYDAAEQLIPIDMIQIDVRIAWEQLSEILGEAVGDSLIDQIFSQFCLGK				NA	NA	NA	NA	NA
JZ016_04090	789			hypothetical protein	ATGACTAAAATCGTCGCAACAGGAAAAACCATTGAAGATGCTGTCGCACAAGGGCTGGCCCGATGGGGTGTAAGTCAAGACCGTGTATCGGTTCAAGTATTGAGTCAGCCATCAAGAGGATTCCTGGGCCTGTTTGGGGTCAAGGAAGCGAAAGTCGAACTAACGCTCCTGCCTGACGGTGCCGGCGGCGATTCATCTGTGAAGGAAGTACCTCCTACAAACGCGCAAGCCGTTCCGGCCAAAGTGGTTCAGGTCTCCAATACCTCTGTTATGACGCAGGAACCTCCTGCTGTCAGCAGTGATATAGAGAACCCTGCCACAGCTTCGTTTGAAGGCAAGGATCCTTATCAGGAAGCCATCACCTTTCTTAAGGATACCGGACAAGCCATGGGGCTAGATATTTCGGTTGAGATTGAGAAGGGGAAAGACTTTACCACGCTTCAAATTTCTGGCGCCGGACTCGGATTGATGATCGGGCGTAGAGGTCAGACTCTGGATGCCCTTCAGTATCTGGCAAATATCGTAGCTAACCGTTATTCCAACAGCTATCTTCGCATCGTACTGGATGCGGAGAACTTCCGAGACCGTCGCAAGAAGACGCTGGAGGATCTGGCGGATCGGTTAGCGGGACGGGTACTGAAGACCCGTAAAGAGATTGTGCTTGAGCCTATGCCTGCTGCTGAACGGAAGGTGATTCACGCTAAACTCCAGTCGCATGGAGCCGTGAAGACGTACAGCAAGGGCGAAGAGCCGAACCGGCGGGTTGTCATTACACCCAAGTCGTCCTAA	MTKIVATGKTIEDAVAQGLARWGVSQDRVSVQVLSQPSRGFLGLFGVKEAKVELTLLPDGAGGDSSVKEVPPTNAQAVPAKVVQVSNTSVMTQEPPAVSSDIENPATASFEGKDPYQEAITFLKDTGQAMGLDISVEIEKGKDFTTLQISGAGLGLMIGRRGQTLDALQYLANIVANRYSNSYLRIVLDAENFRDRRKKTLEDLADRLAGRVLKTRKEIVLEPMPAAERKVIHAKLQSHGAVKTYSKGEEPNRRVVITPKSS				NA	NA	NA	NA	NA
JZ016_04091	888	yidC2	COG0706	Membrane protein insertase YidC 2	GTGTCGTTCATGAAGACAAGACGAGGAAAATGGTTCCTCCTCACCGCTGTAATACTTGCAGTGGCCGTTATATCAGGTTGTGCGCCTGGAGCTGACCAAACGCGTACCATTGAAGACTTGAAAAATGGAGGCTTTTGGCAGAGCAACGTTGTTTATTACTTTACATGGGCACTTGATACGTTTGCTACATGGTTTAACGGTGAATACGGATTGTCCGTACTCGTGATGGTGCTTATCGTCCGTACCTTGATTTTACCGCTGACTCTGAAACAGGTCAGAAGCTCGAAGGCAATGCAGGCCATTCAGCCTGAAATTCAGAAAATTCGCGAGAAATATAAAGATCAACCTGAAAAAGTTCAAATGGAAACGATGAAGCTCTTCCAGGAGAATAAGGTTAATCCGATGGCGGGATGTTTGCCGCTGATCGTACAAATGCCGATATTTATCGCACTCTATCATTCGATTTACTATAACAATCTCCTTCGTGATCACGAATTCCTGTGGCTGCAATTAGGTCAACCGGACAAGCTGTTTATTTTGCCGGTGCTTGCCGCTGCAACGACTTATTTCCAAACGAAAATGATGATGAAGATGAACCCGTCTCCACAAATGGGGATGATGCAGTTCATGCTGTTCGTTTATCCGATTCTGATCTTTGTAATGTCCTTCCAGTTCCCTTCAGCACTTCCGTTGTACTGGTTCTACAGTAACCTCTACACCATCGTGCAGAATTACTTCTTGTACCGCAACAATGACAAGGCTGCTGTCGTGGCAAGTGTTGCCAGCGCAACCGACGGTCAGAAGAGTAAGAGCGGTAACAAGGGCGGGAAAAAGAGTGGCAGCAAAGGCGGGAAAAAAGGTTCGAAGGGAGCCAAGAAGTCGAGATGA	MSFMKTRRGKWFLLTAVILAVAVISGCAPGADQTRTIEDLKNGGFWQSNVVYYFTWALDTFATWFNGEYGLSVLVMVLIVRTLILPLTLKQVRSSKAMQAIQPEIQKIREKYKDQPEKVQMETMKLFQENKVNPMAGCLPLIVQMPIFIALYHSIYYNNLLRDHEFLWLQLGQPDKLFILPVLAAATTYFQTKMMMKMNPSPQMGMMQFMLFVYPILIFVMSFQFPSALPLYWFYSNLYTIVQNYFLYRNNDKAAVVASVASATDGQKSKSGNKGGKKSGSKGGKKGSKGAKKSR	PGPT0024530_5391	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0024530-yidC|spoIIIJ|oxaA|ccfA-K03217	NA	NA
JZ016_04092	351	rnpA	COG0594	Ribonuclease P protein component	GTGCATAGAAAACTTCGTTTACGGAACCGCGCTGATTTCAGCCGGGTATATCGACACGGAAAGTCCTTCGCCAATCATCAATTTGTTGTATATTGGTCACGCAAAAAAGAGGTAGAGCAGTTTCGCGTTGGCGTTTCATGCAGCAAAAAGATCGGCAATGCGGTTGTCCGCAACCGGATGAGACGGCTGGTTAAAGAGATTGTCAGGCACCATCAGCATCAGATTATCGAGCATATCGACCTGATTTTTATCGTTCGAAAGGGAGCCCTCGATAAGTCTTATCAGGAGCTGGAGAAAAGCGTGCTTCATGTATTGAGGAAATCGTCCCTTCTGAAAGCGAAGAGGGGCTGA	MHRKLRLRNRADFSRVYRHGKSFANHQFVVYWSRKKEVEQFRVGVSCSKKIGNAVVRNRMRRLVKEIVRHHQHQIIEHIDLIFIVRKGALDKSYQELEKSVLHVLRKSSLLKAKRG				NA	NA	NA	NA	NA
JZ016_04093	135	rpmH		50S ribosomal protein L34	ATGAGACCGACTTTCAAACCGAATGTAAGCAAACGTAAAAAGGTACATGGCTTCCGTAAAAGAATGAGCACGAAGAACGGACGCAAAGTATTGGCTAATCGCCGTCAAAAAGGCAGAAAAGTACTGAGCGCGTAA	MRPTFKPNVSKRKKVHGFRKRMSTKNGRKVLANRRQKGRKVLSA				NA	NA	NA	NA	NA
JZ016_04094	900		COG1023	6-phosphogluconate dehydrogenase, NAD(+)-dependent, decarboxylating	ATGAAAATAGGCATGATCGGTCTGGGGAAAATGGGCCTCAATCTGGTTCAGAATCTGATTCATCATCAGCATCAGGTCGTAGCTTACGACTTAAATACGGAATTGGTCGATCAAGCTGCCCAATGTGGTGCCGAAGCCGCAGCATCAACTGAATTGCTCGTTGCGAAACTGGATAAACCCCGCATCGTATGGATGATGGTGCCTGCCGGAAATATTGTGGATTCCGTCATTGATTCTCTCACTCCGCTCCTCGAGTCCGGTGATATTCTGATTGACGGCGGCAACTCGCATTATAAAGATTCCAAATCCCGTGCAGCACGTCTAGCAGACCAAGGCATACATTATTTTGATGCCGGCACTTCCGGAGGCATGGAAGGCGCACATCATGGTGGCTGCTTTATGATTGGGGGCAATCGCGACATATTCACCAGCATTGAGCCCCTGTTTAAGGATATGGCTGTCGAGAACGGTTACTTGTATGCCGGTGAAAGCGGCAGCGGCCATTTTCTGAAGATGGTCCATAACGGAATCGAATACGGTATGATGCAATCCATTGCGGAAGGCTTTGAAGTATTGGAAAAAAGCGCATTCGACTTCAACTATGAGGATGTCGCCCGGGTATGGTCCAATGGATCCGTCATTCGCAGCTGGCTCATGGAGCTGACGCAAAACGCATTTTCCAAGGATCCGAAGCTGGATGGCATCAAAGGCGTGATGAAATCGTCCGGCGAAGGAAAGTGGACCGTAGAAACGGCGCTTGAGGTACAAGCCAGCGCACCGGTTATCGCCATGTCGCTGTTTATGCGCTATCGTTCCCTTGACCAAGATACGTTCCACGGCAAAGTCGTTGCAGCGCTGCGTAATGAATTCGGCGGCCATGCAGTTGAGAAGTCGGAATAA	MKIGMIGLGKMGLNLVQNLIHHQHQVVAYDLNTELVDQAAQCGAEAAASTELLVAKLDKPRIVWMMVPAGNIVDSVIDSLTPLLESGDILIDGGNSHYKDSKSRAARLADQGIHYFDAGTSGGMEGAHHGGCFMIGGNRDIFTSIEPLFKDMAVENGYLYAGESGSGHFLKMVHNGIEYGMMQSIAEGFEVLEKSAFDFNYEDVARVWSNGSVIRSWLMELTQNAFSKDPKLDGIKGVMKSSGEGKWTVETALEVQASAPVIAMSLFMRYRSLDQDTFHGKVVAALRNEFGGHAVEKSE	PGPT0017385_4456	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017385-gnd|gntZ-K00033	NA	NA
JZ016_04095	678	gntR		putative D-xylose utilization operon transcriptional repressor	ATGAAATTTCCCTCAACATGGCTTCAGGGGGCCTCTCTAGGAGAGGCCATCGCCAGTGAACTGAGATTGCAGATTATTAGCGGCATCATCAAGCGCGGAGAAATCCTGTCGGAGAATCGGATTGCAGGTGAATTCGGCACCAGCCGATCTCCTGTGCGGGAAGCAATGAAAACGCTGTCCAGCGAAGGATTGATCCAATTGGAGCGCATGGGCGCCGTTGTCATGGGCTTATCGCTTAAAGAAGTAGAGGAATTATACGATGTTCGTTTCCTTATCGAGAGCTTTGTTCAAGGCCAGGTGTTTGCGAATCCCCAGCCGGAATTAATCCAGCATTTAAAACAAATCGTCGATCGGATGGAGCTTGCAGCCAAACATCAGGACCCGGTTGAATTCTCCTATCAGGATTTGGCTTTTCATGAACGGATCATTACGGAAGCGAACCATAAACGGATTCTTCATCTGTGGAAGAGCATTCGCCCTATCGTAATCACAGTCATGTTAATTACGACCCGTCAGGTGTTTGGTGGCGGAGGCACCAAGATTCGGTATGTCATGGACAAGCATCTTCAGCTAATTGCAGAGATGGAATCCCTGGATCCGGCACGGATCCAAACGGCGGTTCAGCATTACTTCGATGATTCCCGTCAGACGCTTCATCTTAGTTTTCCGGAGGGTTAG	MKFPSTWLQGASLGEAIASELRLQIISGIIKRGEILSENRIAGEFGTSRSPVREAMKTLSSEGLIQLERMGAVVMGLSLKEVEELYDVRFLIESFVQGQVFANPQPELIQHLKQIVDRMELAAKHQDPVEFSYQDLAFHERIITEANHKRILHLWKSIRPIVITVMLITTRQVFGGGGTKIRYVMDKHLQLIAEMESLDPARIQTAVQHYFDDSRQTLHLSFPEG				NA	NA	NA	NA	NA
JZ016_04096	1362	gntT	COG2610	High-affinity gluconate transporter	ATGAATTCACTATTCGGTCTCAGTCATAATGCTACCTTAATGATCTGGACACTGCTGACGATCGTCTTCCTGATCGTGCTGATTTCCAAATATAAATGGAATCCTTTCGTAACTTTATTGATCTCCGCACTGATCCTTGGTCTATTGACGGGCATGCAGCCTGCGGATGTGATTACTTCGATAACCGGCGGTCTTGGCGGAACGCTTGGAACGATTGCAATCGTTATCGCCCTAGGGACCATGCTTGGAAAAATGATGGCCGAATCCGGCGGCGCTGAACAAATCGCCACCACCCTCGTGGACCGCTTCGGCGAGAAGCGCGTACACTGGGCCATGATGATTGTCGGCTTTATTGTCGGCATTCCCGTATTTTTCGAGGTTGGGGTCATCCTGTTGATTCCCATTGTCTTCACAGTTGCACGCAAAACGAAAATGTCCCTGCTGCACATCGGCATTCCGATTTTGGCCGGATTGTCCACCGTTCACGGTTTGGTACCACCGCATCCTGCTCCAATGATTGCTATTGAAGCATATGATGCCGACCTTGGCATGACGATTCTCTACTCGTTCCTGGTCGGGATCCCGGCAGCGATTCTGGCTGGCCCGGTGTTCGGCAAATTCATCGGCAAACGGATCCGTACTGAACCACCCGAGGAGCTTGCTGAGCAGTTTTCGAGCAAAGCGGAGCGCGGTTTGCCCGGCTTTGGTATCACGTTGTTTACCATTTTGCTGCCGGTCATTCTGATGCTTATCGGTTCCGCAGCTGATATTATCGATCCGGAATCTACCAGCTTCATTTCCGTGTTCTGCAAATTTATCGGCCATGAAATCATTGCGCTGCTCATTGCTGCGGTCTTCTCCTTCTTCTCGCTTGGATTCGCCCGCGGCTTTAACAAACACGATCTGTCCCGTTTCACCAGCGAATGTCTCGCTCCAATTGCTACGATCATTCTGATCATCGGCGCAGGCGGCGCTTTCAAGCAGGTTCTGATCAACAGCGGCGTCGGCAATGCCATCGCCGAAATTGCAACCGGTGCAAATATCAACGTGATCCTGTTTGCATGGCTTGTCGCGGCACTCATTCGGATCGCAACAGGTTCTGCAACCGTAGCCATGACAACCGCCGCAGGAATCGTTGCTCCTGTGCTCGCGATGACCCCCGGGGCCAACGTTGAGCTAGTGGTGCTCGCTACCGGAGCAGGCTCCATCGTACTGTCCCACGTGAACGATGCCGGCTTCTGGATGGTAAAAGAATTCTTTAACATGACGGTAGCCCAGACGCTGAAGTCCTGGACCGTGATGGAGACGATCCTGTCCCTGACCGGACTCGTGTTGGCTCTCGTTCTCAATGTAATTGTATAA	MNSLFGLSHNATLMIWTLLTIVFLIVLISKYKWNPFVTLLISALILGLLTGMQPADVITSITGGLGGTLGTIAIVIALGTMLGKMMAESGGAEQIATTLVDRFGEKRVHWAMMIVGFIVGIPVFFEVGVILLIPIVFTVARKTKMSLLHIGIPILAGLSTVHGLVPPHPAPMIAIEAYDADLGMTILYSFLVGIPAAILAGPVFGKFIGKRIRTEPPEELAEQFSSKAERGLPGFGITLFTILLPVILMLIGSAADIIDPESTSFISVFCKFIGHEIIALLIAAVFSFFSLGFARGFNKHDLSRFTSECLAPIATIILIIGAGGAFKQVLINSGVGNAIAEIATGANINVILFAWLVAALIRIATGSATVAMTTAAGIVAPVLAMTPGANVELVVLATGAGSIVLSHVNDAGFWMVKEFFNMTVAQTLKSWTVMETILSLTGLVLALVLNVIV	PGPT0001340_1489	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_GLUCONATE_TRANSPORT,PGPT0001340-TC_GNTP-K03299	NA	NA
JZ016_04097	1548	xylB_2	COG1070	Xylulose kinase	ATGAGTACTCAGAACTATATGATCGGTGTCGATATCGGAACAACCAGCACCAAGGCCGTCCTTTTCAAAGAGAATGGTGAGGTTGTAGCCAAAGCCGGCGGTGAATATCCGCTGCTCACACCTACTCCGTCTACGGCGGAGCAAGATCCGGAGCAAATTTTTCAGACCGTCATTTCCTCTGTTCAAGGGATCATGACACAGAGCGGGATAGATCCTGCTCAAGTTCTATTCGTTTCTTTCAGCGCGGCCATGCACAGCGTCATCGCCGTAGATAGCCAAGGCACTCCGTTGACTCGCTGCATTACATGGGCAGACAACCGCAGTGCAGCCTGGTCCGCGAAGCTCAAAAAAGAACTCGGCGGCATGGAGCTGTACCTTAGAACCGGAACTCCGATCCATCCGATGTCACCTGTGACCAAGCTGATGTGGATGCGCCATGAGCTGCCCTCCCTCTTTAACCAAGCAGCTAAATTCATTTCGATTAAAGAATATGTTTATTTCAAACTATTCGGCCAATATATTGTAGACCACTCCATTGCCTCCAGTACCGGGATGATGAACCTTGAGGAACTGGCATGGGATCAGCAGGCGCTGGAGCTCGCTGGCATCACGGAGGACCATTTATCTACGATAGTACCAACTACGCATATCATGGAAGGCCTGAAAAGCGAGTATGCCGCAGCCATGGGGCTCTCCACTTCCACACCATTCGTGCTTGGAGCTGCCGACGGTGTCCTGTCGAATCTCGGCGTGAATGCCATCAAGCCGGGAGTCGTTGCCGCTACCATTGGTACGAGCGGTGCGATCCGTACGGTTGTCGACAAGCCGATGACTGATCCGAAAGGTCGTATTTTCTGCTACGCATTGACGGAGAAGCACTGGGTAATCGGCGGCGCGGTTAACAACGGCGGCATGATTTTCCGCTGGGTTCGCGATGAATTTGCCGCCTCCGAGGTCGAAACCGCCAAGCGGCTCGGCATCAATTCTTATGATGTACTAACCAAAATCGCGGACCGTATTCCGCCAGGCTCGAACGGACTGCTATTCCACCCGTACCTAACCGGAGAACGCGCACCGTTATGGGATCCGAATGCCCGTGGATCGTTCTTTGGCTTAACCCTGAATCATAAAAAAGAGCATATGATCCGCTCCGTGCTGGAGGGCGTGATCTTTAATATGTATACCGTTCTGCTGGCGATGGAGGAACAAATCGGCCGACCGGCCAAAATTCACGCCACCGGCGGTTTCGCCCGTTCACCGATCTGGCGGCAGATGATGGCGGATATTTTTGACCAGCAGGTGATCGTGCCGGAGAGCTACGAGAGCTCTTGTCTTGGCGCCGTAGTCCTCGGTCTGTACGCTACAGGAAGAGCGGATTCACTCGACATTGTAGAGACGATGGTCGGCGGTACGCATGAACACCAGCCTGTGAAGGAAAGTTCTGATGTTTATAAGGCTCTGCTGCCGATCTTTATCCGCATTTCGCGGAAGCTGGAAGAAGATTATGAAGCCATTACCGAGTTTCAGCGCCGATTCGAGCAATCGTAA	MSTQNYMIGVDIGTTSTKAVLFKENGEVVAKAGGEYPLLTPTPSTAEQDPEQIFQTVISSVQGIMTQSGIDPAQVLFVSFSAAMHSVIAVDSQGTPLTRCITWADNRSAAWSAKLKKELGGMELYLRTGTPIHPMSPVTKLMWMRHELPSLFNQAAKFISIKEYVYFKLFGQYIVDHSIASSTGMMNLEELAWDQQALELAGITEDHLSTIVPTTHIMEGLKSEYAAAMGLSTSTPFVLGAADGVLSNLGVNAIKPGVVAATIGTSGAIRTVVDKPMTDPKGRIFCYALTEKHWVIGGAVNNGGMIFRWVRDEFAASEVETAKRLGINSYDVLTKIADRIPPGSNGLLFHPYLTGERAPLWDPNARGSFFGLTLNHKKEHMIRSVLEGVIFNMYTVLLAMEEQIGRPAKIHATGGFARSPIWRQMMADIFDQQVIVPESYESSCLGAVVLGLYATGRADSLDIVETMVGGTHEHQPVKESSDVYKALLPIFIRISRKLEEDYEAITEFQRRFEQS				NA	NA	NA	NA	NA
JZ016_04098	252			hypothetical protein	TTGGCGCTCGTGATGCTGATCTATGCCTGGTGCGGTTTCCGTTATGAGGCTTTTCAACGCTTTATGTTTCATATGTCTCCCTCGAACCTGATGATTGATAATCCGGAGCCCAGCGATTTCTACTTTTTTATGTGTAAGGCAGCGGGAATTTTCGGTATGGATTCTCACTGTGGATATTTTTTTCTCAGGCATTATGACAAAAAAAGCCCGTTTTCGCCATGGATCGGCTCCATCGAAAACGGGCCTTTTTAA	MALVMLIYAWCGFRYEAFQRFMFHMSPSNLMIDNPEPSDFYFFMCKAAGIFGMDSHCGYFFLRHYDKKSPFSPWIGSIENGPF				NA	NA	NA	NA	NA
JZ016_04099	138			hypothetical protein	ATGCGGACGGAAGGGAAGTCGATGAATTGGAGAAGAATAGGGGTACTACTCGCTCTGACCGCCACATTGGTTCTTATTATCGTGTGGGCCCAGGGCTATTATTCGAAGAAAGTGTTTCATATGGAGGGACTAAAGTAG	MRTEGKSMNWRRIGVLLALTATLVLIIVWAQGYYSKKVFHMEGLK				NA	NA	NA	NA	NA
JZ016_04100	1347	dnaA	COG0593	Chromosomal replication initiator protein DnaA	TTGGAAAGCCATACTTCCGAATTATGGCAAGAAATATTATCGATCATACAAACCAAGCTGAGTAAACCGAGTTTTGACACTTGGTTTAAAGCTACCAAGGCATTGACCATTACCGATCACTCCGTCGTCATTTCCGCACCGACAACATTTGCTGTGGAATGGCTGGAGAGCCGATACACCAAGCTGGTTAGTGCAACCGTATTGGAGGTGGTGGGCAAGCAGGTGGATGTCCGCTTCGTCATTGAGGAGGCCAAAGGACACGAACCTGTGCCGCAGCAGATCTCGCCGCCGCTTGAAATATCCGGGGAAGAAATTCAGTCTCATATGCTGAATCCGAAGTATACGTTTGATACCTTTGTCATCGGTTCAGGCAACCGCTTCGCCCATGCTGCCTCGCTCGCTGTTGCCGAAGCTCCGGCTAAGGCGTATAACCCATTGTTCCTATATGGTGGAGTTGGACTTGGAAAAACCCACTTAATGCATGCCATCGGCCACTATATTTTGGAGCACAATCCCAGCAGCAGAGTCGTGTATATTTCCTCCGAGAAATTCACCAACGAGTTCATCAACTCCATTCGGGACAACCGCGCTGAAAGCTTCCGCAACAAGTACCGCAACGTCGATATTCTGCTCATTGACGATATTCAGTTCTTGGCAGGCAAGGAATCGACGCAGGAGGAATTTTTCCATACGTTTAACGCCCTGCACGAAGAGCGGAAGCAGATTATCATATCCAGTGACCGTCCGCCCAAGGAGATTCCGACGCTGGAAGAACGGCTCCGTTCCCGGTTCGAATGGGGATTGATCACCGATATTCAACCGCCGGATCTGGAGACGCGGATTGCCATTCTCCGCAAGAAAGCGAAGGCCGAGAATCTGGATATTCCGAACGAAGCCATGATGTATATCGCCAATCAGATCGATACGAACATTCGTGAACTCGAAGGTGCCTTGATCCGTGTCGTTGCCTATTCCTCCCTGACCAATCAGGACGTAACAACGCATTTGGCAGCCGAAGCCCTGAAGGATATCATCCCGTCCAGCCGGCCGCGAATGATTACGATTCAGGACATCCAGCAGAAGGTGGGCGAGTATTACAACCTCAGGCTGGAAGACTTCAAAGCCCGCAAGCGAACCAAAGCCGTCGCATTTCCGCGGCAAATTGCCATGTACCTGTCCCGCGAATTAACCGACTATTCCCTTCCCAAGATCGGAGAAGCATTCGGAGGCCGGGATCATACCACTGTCATCCATGCCCATGAGAAGATTACCCAATCTCTGAAAAACGACCAGGAGCTGTTTAAAGTGGTCAATAATATTACGGAGAAAATCAAAAATCCAACCTGA	MESHTSELWQEILSIIQTKLSKPSFDTWFKATKALTITDHSVVISAPTTFAVEWLESRYTKLVSATVLEVVGKQVDVRFVIEEAKGHEPVPQQISPPLEISGEEIQSHMLNPKYTFDTFVIGSGNRFAHAASLAVAEAPAKAYNPLFLYGGVGLGKTHLMHAIGHYILEHNPSSRVVYISSEKFTNEFINSIRDNRAESFRNKYRNVDILLIDDIQFLAGKESTQEEFFHTFNALHEERKQIIISSDRPPKEIPTLEERLRSRFEWGLITDIQPPDLETRIAILRKKAKAENLDIPNEAMMYIANQIDTNIRELEGALIRVVAYSSLTNQDVTTHLAAEALKDIIPSSRPRMITIQDIQQKVGEYYNLRLEDFKARKRTKAVAFPRQIAMYLSRELTDYSLPKIGEAFGGRDHTTVIHAHEKITQSLKNDQELFKVVNNITEKIKNPT	PGPT0014800_3998	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-PILUS|FIMBRIAE_SYSTEM	MOTILITY-PILUS_SYSTEM,PGPT0014800-dnaA-K02313	NA	NA
JZ016_04101	1143	dnaN	COG0592	Beta sliding clamp	ATGAAAATCAGCATATTAAAAAATGTATTAAACGAATCCATTCAACACGTATCCAAGGCGATTTCCAGCCGAACTACGATTCCGATCCTCAGCGGCATTAAACTGGATGTCACGTATTCGGGTGTCACACTAACTGCTAGCGATACTGATATTTCCATTCAATCGTTTATTCCTGCGGAAGATGAGAAGCACACCATCGTCCAGGTAGAGCAGCCTGGTAGCGTTGTGCTGCCGGCCAAATTTTTTGTTGAAATCATCAAGAAACTCCCTTCCCAAGAAATCCAGATGGAGGTAAAAGAGAACTTCCATACCTTTATTTCTTCGGGAGCTACGGAAATTCAGATGGTGGGCTTGGACCCCGAAGAATTCCCGGTACTGCCTAACATTGAAGACAGCCAAACCGTTTCTTTGCCTGGAGATCTGCTGAAAAACATGATCAAGCAAACGGTATTCTCCATTTCCACCCATGAAACAACGCCTATTTTGACCGGGGTATTATGGAGTCTGAACGATAATGAATTGAAATTTACCGCAACAGACCGTCACAGATTGGCAACTCGCTCCGCACAGCTGGACAATGCACAGGATATTTCGTTCAACAATGTCGTCATTGCGGGTAAAACGCTGAATGAGCTGAGCAAAATTATTCCGGACCAAAATACGCTGGTGGATATCGTTGTGGCCGATAATCAGGTATTATTTAAAATTGACCGTGTTCTGTTCTATTCCCGTATACTGGACGGCATTTATCCCGATACTTCTAGAATTATTCCAACATCGCATAAAACAGAACTCGTTTTGGACACAAAAAAATTAAGCGAATCGATCGACCGCGCCTACCTGCTCTCCAAGGAGGAGAAAACGAACATTGTTCTCCTGCAAACGATGGAACAAGGCGGCATCGAGATCTCTTCCAGCTCCTCTGAGCTTGGTAAAGTGCGTGAAGAATTGGATCTGATCGATTTCAAAGGGGAGCCGCTGCGCATCTCGTTCAACTCCAAATACATGCTGGACGTGCTAAAGGTGGTTGAAAGCGAACAGCTGATGATCGCTTTCATGGGGGTTATGAGCCCGATCATTCTTAAACCGCTCGACGACAGCAAGAGCCAATATATTATTCTGCCGTACCGTACGGCCAATTAA	MKISILKNVLNESIQHVSKAISSRTTIPILSGIKLDVTYSGVTLTASDTDISIQSFIPAEDEKHTIVQVEQPGSVVLPAKFFVEIIKKLPSQEIQMEVKENFHTFISSGATEIQMVGLDPEEFPVLPNIEDSQTVSLPGDLLKNMIKQTVFSISTHETTPILTGVLWSLNDNELKFTATDRHRLATRSAQLDNAQDISFNNVVIAGKTLNELSKIIPDQNTLVDIVVADNQVLFKIDRVLFYSRILDGIYPDTSRIIPTSHKTELVLDTKKLSESIDRAYLLSKEEKTNIVLLQTMEQGGIEISSSSSELGKVREELDLIDFKGEPLRISFNSKYMLDVLKVVESEQLMIAFMGVMSPIILKPLDDSKSQYIILPYRTAN				NA	NA	NA	NA	NA
JZ016_04102	216			hypothetical protein	ATGAAACAAATATTTATCCACAGTGAATATATCAAGCTGGATCAGTTCTTGAAGCTTTCAGATTGCGTATCCACAGGTGGGATGGCGAAGGCGCTGCTTGCGGAAGGAGCGGTTCTGGTCAACGACGAGAAGGAAGAGCGGCGCGGACGCAAACTGGTTCCCGGCGACATCGTCAAAGTAGAGGATTGCGGGACGTTTCAGGTGGCAGCACAATAG	MKQIFIHSEYIKLDQFLKLSDCVSTGGMAKALLAEGAVLVNDEKEERRGRKLVPGDIVKVEDCGTFQVAAQ				NA	NA	NA	NA	NA
JZ016_04103	1113	recF_2	COG1195	DNA replication and repair protein RecF	TTGTTTGTCAAAAATGTCAGCCTGCAGCATTATCGAAATTACGAGAAGCTGCAGCTTGAGGCGTTTGGCGATGTCAATTTGATCATCGGACGCAATGCCCAAGGAAAGACGAATTTGATGGAGGCGCTCTTCGTGCTTGCTTTAACGAAGAGCCATCGGACCTCCAAGGATCGCGAATTGATTGGATTCGAGCAGTCCAGTGCGCATATATCAGCCGAGATTGATCGCAAGTACGGCCCTTTGAGGCTGGAGCTGAGTTTGTCTCAGCAGGGGAAGAAGGCAAAAATCAACGGACTCGAGCAGCGGAAGCTTAGCGATTTCATCGGCTCGCTCAATGTCGTGATGTTTGCGCCCGAGGATCTGGAGATTGTCAAAGGCACGCCGGGGGTTCGCCGCCGGTTTCTTGACATGGAGATCGGGCAGGTCGCGCCAAGCTATCTGTTTCACCTGCAGCAATACCAGAAGGTGCTTGTGCAGCGCAACAATCTGCTGAAGCAATTATGGGGGAAGGGCAGCGCCGAACAAGCGATGCTGGACATTTGGAACAACCAATTGGCAGAACATGGTGTTAAAATCGTCAAGAAGAGGAAACAATTTATAAAAAAGCTGCAAAAGTGGGCTGAGACCATTCATCAGGGAATCACAAACGGTCTGGAAGAGCTCTCTTTACACTACCTTCCGTCCTTTGCTGACGCGGAGGAAGAAGATGAAGCTGTCTTATTTGAGACATTTATGATAAAATTATCACAAATGAAAGAGCAAGAAATACGGCGTGGTATGACATTGGCAGGTCCTCATCGAGATGATCTGGCTTTTTATATTAATGGCAAAGAAGTCCAAACGTATGGATCTCAAGGTCAGCAGCGGACGACGGCGCTATCTTTGAAACTGGCTGAAATCGAGCTGATACAGGAAGAGATCGGTGAATATCCGGTGCTGCTTCTGGATGATGTGCTTTCTGAATTGGATCCGTACCGGCAGACACAATTGATCGAGACATTCCAGAGCAAAGTGCAGACATTCATCACGGCGACGGGCATTGAGAGTTTGAATACCGACAAATTGAAGGGTGCCAGCATTTTTCATGTCCATGACGGACAGGTGGGCTCTTAA	MFVKNVSLQHYRNYEKLQLEAFGDVNLIIGRNAQGKTNLMEALFVLALTKSHRTSKDRELIGFEQSSAHISAEIDRKYGPLRLELSLSQQGKKAKINGLEQRKLSDFIGSLNVVMFAPEDLEIVKGTPGVRRRFLDMEIGQVAPSYLFHLQQYQKVLVQRNNLLKQLWGKGSAEQAMLDIWNNQLAEHGVKIVKKRKQFIKKLQKWAETIHQGITNGLEELSLHYLPSFADAEEEDEAVLFETFMIKLSQMKEQEIRRGMTLAGPHRDDLAFYINGKEVQTYGSQGQQRTTALSLKLAEIELIQEEIGEYPVLLLDDVLSELDPYRQTQLIETFQSKVQTFITATGIESLNTDKLKGASIFHVHDGQVGS				NA	NA	NA	NA	NA
JZ016_04104	252			hypothetical protein	ATGTATATTCATTTGGGCGGAGAGAAGATCATCCGTTCGTCGGAGCTGGTTGGGATTTTTGATATCTCGATAGAGAAATCTTCAAAAATCTCCAAGCAGTTCGTCACGCATGCCCAGCAGCATAAAGTCGTGGAGATGATTGGCGAAGAGGATCCGAAATCCATTGTGGTGACGAAGTCGATCGTTTATTACTCTCCGATCTCCTCTGCAACGCTTAAGAAACGAGCAAATCATTTTGTAGCTCAGGCATAA	MYIHLGGEKIIRSSELVGIFDISIEKSSKISKQFVTHAQQHKVVEMIGEEDPKSIVVTKSIVYYSPISSATLKKRANHFVAQA				NA	NA	NA	NA	NA
JZ016_04105	1911	gyrB_1	COG0187	DNA gyrase subunit B	ATGTCTATGAATCAACCGACATATGATGAGAATCAGATTCAGGTACTGGAAGGATTGGAAGCCGTTCGTAAACGTCCCGGGATGTATATCGGGTCTACCAGTGCCAAGGGTTTGCATCATTTGGTATGGGAAGTTGTGGACAATAGTATTGACGAAGCGATGGCGGGAATATGCGACCATATCGAAATCATTGTCCATGAGGATAACAGTGTTACCGTTGTCGATAACGGGCGCGGAATTCCGGTCGGCGAGAACGCCAAACTGAAGAAGTCGACGCTGGAAGTCGTTATGACCGTCCTTCATGCCGGCGGTAAATTTGGCGGCGGCGGATATAAAGTATCCGGCGGTCTGCATGGTGTTGGTGTCTCGGTCGTGAATGCACTGTCTTCGAAAGTCGTGGTTCAAGTCAAACGTGACGGGCACATCTACCAACAGGAGTATCATCGCGGCGTACCTCAATATGATATCAAGGTCATCGGGGATTCCGACGATACTGGTACAACCGTAACCTTCTTGCCGGATCCGGAGATTTTCACGGAAACAACGGAATATGATTACAACACGCTGCTTACGCGGATTCGTGAGCTGGCGTTCCTGAATAAGGGCATTGCGCTTACGCTGACGGATGAACGTACAGGTGCCTCCGACTATTTCAAATACGAGGGCGGAATCATTGAATACGTTAAGTTCCTGAATGAGAAGAAGGAAGCACTGCACGAAGACCCTATCTATGTTGAGGGATCACGGGATAATATTCAGGTCGAAGTATCGCTCCAGTATAACGACAGCTATACCGAGAATATTTATTCTTTTGCAAATAATATCAACACGCACGAAGGCGGAACGCATGAATCCGGCTTTAAGAGTGCACTCACTCGGATTATCAATGACTATGCCCGCAAAACGGGATTGATCAAAGATAACACCAACAACTTGTCGGGTGACGATGTGCGTGAGGGATTGACGGCAATCATCTCGGTCAAGGTACCGGAGCCGCAGTTCGAAGGACAAACCAAAACCAAGCTCGGCAACAGTGAAGTCCGCGGTATTGTGGAATCCTTGTTCGCGGAGAAGCTGCAGGAGTTCCTGCAGGAGAATCCGTCGGTTTCCCGTCGGATCCTGGAGAAGGCGCTCCAGGCATCACGTGCTCGTGAAGCGGCGCGTAAAGCCCGCGAGATGACACGCCGGAAGAGTGCGCTTGAAGTCAGCGCATTGCCAGGTAAACTGGCAGACTGCTCTTCCAAGGATGCCTCCATCAGTGAGCTGTACATCGTCGAAGGTGACTCTGCCGGCGGATCCGCCAAGCAGGGACGCGACCGGCATTTCCAAGCCATTTTGCCGCTTCGGGGTAAAATTCTCAACGTGGAAAAGGCGCGGCTTGACCGCATCCTGTCCAATGCGGAGATCCGGGCGATCATTACGGCGCTGGGTACGGGTATTGCGGAAGATTTCGATCTGTCCAAGGCCCGTTATCACAAAATCATTATTATGACTGATGCCGACGTTGACGGCGCGCATATTCGTACCTTGCTGCTGACGTTCTTCTACCGTTACATGCGTAAGCTGGTGGAAGCGGGTTATATCTATATCGCCCAACCGCCGCTCTTCAAGATCGAGCGCAATAAGGTGATCCGTTATGCCGGCAGCGAGAAAGAACGCGACGAGATCATCAAGGAATTCGGTGAGAACGTCAAAATTAACGTGCAGCGTTACAAAGGTCTCGGCGAGATGAATGCCGGACAGCTGTGGGAGACGACGATGGATCCAGAGAGCCGTACCATGCTTCAGGTGACCATCGAAGATGCGATCCTGGCTGATACGTTGTTTGATACCCTGATGGGCGATAACGTTGAACCGCGGCGGGATTTCATTCAAGAGCATGCGAAGTCGGTCCGTAATCTGGACGTATAA	MSMNQPTYDENQIQVLEGLEAVRKRPGMYIGSTSAKGLHHLVWEVVDNSIDEAMAGICDHIEIIVHEDNSVTVVDNGRGIPVGENAKLKKSTLEVVMTVLHAGGKFGGGGYKVSGGLHGVGVSVVNALSSKVVVQVKRDGHIYQQEYHRGVPQYDIKVIGDSDDTGTTVTFLPDPEIFTETTEYDYNTLLTRIRELAFLNKGIALTLTDERTGASDYFKYEGGIIEYVKFLNEKKEALHEDPIYVEGSRDNIQVEVSLQYNDSYTENIYSFANNINTHEGGTHESGFKSALTRIINDYARKTGLIKDNTNNLSGDDVREGLTAIISVKVPEPQFEGQTKTKLGNSEVRGIVESLFAEKLQEFLQENPSVSRRILEKALQASRAREAARKAREMTRRKSALEVSALPGKLADCSSKDASISELYIVEGDSAGGSAKQGRDRHFQAILPLRGKILNVEKARLDRILSNAEIRAIITALGTGIAEDFDLSKARYHKIIIMTDADVDGAHIRTLLLTFFYRYMRKLVEAGYIYIAQPPLFKIERNKVIRYAGSEKERDEIIKEFGENVKINVQRYKGLGEMNAGQLWETTMDPESRTMLQVTIEDAILADTLFDTLMGDNVEPRRDFIQEHAKSVRNLDV	PGPT0027710_1380	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027710-parE-K02622	NA	NA
JZ016_04106	813	yheD_7		Endospore coat-associated protein YheD	TTGACTATCCAACGCGTTGCAAGCAAGTGGGCGAAAACGAAAATACTCTTGAAAAATAAAGGTCTCGCCTCTTATGTTCCCTCTACCCGCCAGTATTCATTGGAGGCGCTTGGTGACATGCTGGGCACACATACGCTTGTGTATATCAAGCCTGACCGGGGAACCTATGGCGTCGGCGTCATGTCAGTCGAGCAGCTCCAATCCAAAATCGGTGATGCCGACGAAACCACGACCACTTCCTACAAGCTTCGTTATGAACAGAAAACCGAAATGTTTACCTCCCTGGAGAGTCTCGATAAAACACTGAGCGCTTTGTTTCAGGGGAAGGAATATCTCATTCAGCAAGGCATCCATCTGCTTCGCCATAAAGGCCGCCCCTTTGATCTACGTGTACTTACTCAGAAGAGTCCTTCTGGCCAGTGGGTGAGCACAGGAATAATCGGGCGGGTAGCGGCCAAGAATAAAATCATTACCAACCACCATAGCGGTGGGGCAGCCCAGCACTATAAACCGCTGATGACCGAGCATATGACGGCGGATGAGGCAGAGAACATCCGTAAAGAGCTGAATGTGCTTGGGGTGAATGTCGCATCGCAGCTGCAGAAATCCTATCCCAAGCTGAAAGAAATCGGCCTCGATATTGCCATCGACGGTCGCTGGAACATCTGGATCTTGGAGGTTAATACCAAACCTGCACTGTTCCCGTTCAAGAAATTTTTCAAGGATCCCAGCATCTACAATCAAGTAAAAAAGTATGCAAACGCTTATGGGCGTAACTTAACCGGCAAGAAAAAAGCCAAAAAGACCGGTTAG	MTIQRVASKWAKTKILLKNKGLASYVPSTRQYSLEALGDMLGTHTLVYIKPDRGTYGVGVMSVEQLQSKIGDADETTTTSYKLRYEQKTEMFTSLESLDKTLSALFQGKEYLIQQGIHLLRHKGRPFDLRVLTQKSPSGQWVSTGIIGRVAAKNKIITNHHSGGAAQHYKPLMTEHMTADEAENIRKELNVLGVNVASQLQKSYPKLKEIGLDIAIDGRWNIWILEVNTKPALFPFKKFFKDPSIYNQVKKYANAYGRNLTGKKKAKKTG				NA	NA	NA	NA	NA
JZ016_04107	2496	gyrA	COG0188	DNA gyrase subunit A	ATGGCGGAAGAAAATTTCTCCCAAATCAAAGATCGTGACATTGGTACCGAGATGCGCGAGTCCTTTATGGACTACGCGATGAGTATCATTGTCAGCCGGGCTTTGCCGGATGTACGGGACGGAATGAAGCCAGTACACCGTCGTATTTTATATGCGATGTCTGAACTTGGAATGGCCCCGGATAAACCGCATAAGAAATCGGCAAGAATTGTTGGCGAGGTTATCGGTAAGTACCATCCTCATGGTGATTCCGCAGTTTATGAATCCATGGTTCGGATGGCGCAGGACTTCTCCATGCGTTATATGCTTGTTGATGGACACGGAAACTTCGGTTCCATTGACGGCGATATGGCAGCGGCTATGCGTTATACCGAGGCTCGTTTATCGAAGATTGCTATGGAAATGCTGCGTGATATTAATAAAGAAACGATAGACTTTGCTCCTAACTATGATGGTGAGGAACAGGAGCCGGTCGTTCTTCCTGCGCGTTATCCTAACTTGCTGGTAAACGGCGTGTCCGGGATCGCAGTAGGTATGGCTACCAATATTCCGCCTCATAATCTCGGTGAAGTTATCGATGGCGTTCAGGCGATGATTCGAAATCCTGATATCACGCCGATGGAGCTGATGGAATATATTCAAGGACCGGATTTCCCGACAGCGGGTTATATTCTGGGACGTGAGGGGATTCGTCAAGCATACCGTACGGGCCGTGGATCCGTTACGATGCGGGCGAAAGCGACCATAGAAGAGAATAACAACAAGGCTCGCATTGTCGTTCACGAGATTCCGTATCAGGTGAACAAGGCTCGACTGGTTGAGAAGATCGCGGAATTGGTTCGCGATAAGCGGATTGACGGCATTACGGATCTCCGCGACGAGTCGGACCGTAACGGTATGCGGATTGTTATTGAGCTGCGCCGGGACGTCAACCCAAATGTCGTTTTGAATAACCTGTACAAGCATACGGCTATGCAGTCTAATTTCGGTATTAACATGCTGGCTATCGTAAACAATGAGCCGAAAATTTTGAATCTGCGCGACGTGCTGTTCTACTATTTGGAGCATCAGGTTATCGTTATCCGTCGCCGGACCGAGTTTGAACTGAAGAAGGCGGAAGCTCGCGCTCATATTCTCGAAGGTTTGCGGATTGCGCTGGATCATCTCGATGAGGTTATTGCCCTCATTCGCGCGTCGCAGACTACAGAGGCAGCTCGCGAAGGCTTGATGGAGCGTTTCGGTCTCAGTCATGAGCAGGCGCAGGCCATCCTGGATATGCGTTTGCAGCGCCTGACCGGACTCGAACGCGAGAAGATTGAGAACGAGTACCAAGAATTGCTTGCCAGAATCGCGGAACTGCGCGAGATCTTGGCTAATGAGCATCTTGTGCTTCAAATTATCAATGATGAGCTCCAAGAGATTAAGGAACGCTTCTCGGATGAGCGCCGTACCGAAATTACGGTCGGGGAAGACAGCATCCTGGATGAGGATCTGATTCCACGGGAAGAAGTGATCATCACCATTACGCATACCGGTTACATCAAGCGTCTGCCTGCGAACACCTATCGCAGCCAGAAGCGGGGCGGCCGCGGCGTTGTGGGGATGGATACGAAGAGCGAAGACTTTGTCGAGCATCTCTTCGTCACGAATTCCCACCACTATCTGATGTTCTTCACGGACAAAGGGAAGGCGTACCGGTTGAAAGCCTATGAGATTCCTGAGCTTAGCCGTACCGCCCGCGGAACGCCGATCATCAACCTGATTCAGATTGAACAGGGCGAGTCGATCAATGCCGTGATCCCGGTGGAGAACTTTGACAGCGATAATTTCTTGTTCTTTGCCACACGTCAGGGTGTCGTTAAGAAAACTCCGCTTGAGGATTATGTCAATATCCGCAAGGGCGGTCTGATTGCGATCAACCTGCGCGATGATGATTCCTTGATCGAGGTTAAGCTGACAGATGGTCAGCAGGAGATCATCATGGGAACGGCGCAAGGCATGTCCATCCGCTTCAAGGAGAGCGATGTTCGCTCGATGGGAAGAAGCGCGACGGGGGTGAAAGGGATTACGCTCGATGACGATGACGAAGTCATTGGCATGGACGTGGTGGACCAGGAGCTTGATATCCTTATTGTAACGACCAAAGGTTACGGCAAGCGGACGCCTGCAAGCGACTACCGCAGTCAGACCCGTGGCGGCAAAGGGATCAAGACTATCAATATTACGGAGAAAAATGGACCGGTTGTGGCACTTAAGGTCGTGAAATCGGAAGAGGATCTCATGATTATTACGGCTAGCGGTACCATCATCCGTACGAGCATGGAGGGCATCTCTACCATGGGCCGTTACGCTCAGGGCGTGAAGCTGATCAACATCCGTGAGGATGATTCCGTAGGTACCGTGTGCCGTGCGGACAAGAGCGATGAGCCTGAAGCCGGTGAAGAGGAAGAAGAAGGCCATGACGGCACAGAGCCGGTTGAGCCGACAGAAGAATAA	MAEENFSQIKDRDIGTEMRESFMDYAMSIIVSRALPDVRDGMKPVHRRILYAMSELGMAPDKPHKKSARIVGEVIGKYHPHGDSAVYESMVRMAQDFSMRYMLVDGHGNFGSIDGDMAAAMRYTEARLSKIAMEMLRDINKETIDFAPNYDGEEQEPVVLPARYPNLLVNGVSGIAVGMATNIPPHNLGEVIDGVQAMIRNPDITPMELMEYIQGPDFPTAGYILGREGIRQAYRTGRGSVTMRAKATIEENNNKARIVVHEIPYQVNKARLVEKIAELVRDKRIDGITDLRDESDRNGMRIVIELRRDVNPNVVLNNLYKHTAMQSNFGINMLAIVNNEPKILNLRDVLFYYLEHQVIVIRRRTEFELKKAEARAHILEGLRIALDHLDEVIALIRASQTTEAAREGLMERFGLSHEQAQAILDMRLQRLTGLEREKIENEYQELLARIAELREILANEHLVLQIINDELQEIKERFSDERRTEITVGEDSILDEDLIPREEVIITITHTGYIKRLPANTYRSQKRGGRGVVGMDTKSEDFVEHLFVTNSHHYLMFFTDKGKAYRLKAYEIPELSRTARGTPIINLIQIEQGESINAVIPVENFDSDNFLFFATRQGVVKKTPLEDYVNIRKGGLIAINLRDDDSLIEVKLTDGQQEIIMGTAQGMSIRFKESDVRSMGRSATGVKGITLDDDDEVIGMDVVDQELDILIVTTKGYGKRTPASDYRSQTRGGKGIKTINITEKNGPVVALKVVKSEEDLMIITASGTIIRTSMEGISTMGRYAQGVKLINIREDDSVGTVCRADKSDEPEAGEEEEEGHDGTEPVEPTEE	PGPT0027705_995	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027705-parC-K02621	NA	NA
JZ016_04108	117			hypothetical protein	ATGACGATCAAAGCCGTGAATGAAGTGGTGGCTGGAGTAAAGCTGGCCAAAGATGTGCATACGCCTCTGGGGGCCTTTTGCTGCAAAAAGGGAAAGTTTTGCTTCCCCGGGATCTAG	MTIKAVNEVVAGVKLAKDVHTPLGAFCCKKGKFCFPGI				NA	NA	NA	NA	NA
JZ016_04109	978			hypothetical protein	ATGGTGGACCATGTAATTATAGAATCCGTTGAAGCAGATAGCACAAGAATACCGACCGTAAAATCTGCCGGACAGAAGCCGTCGCTGATCTTTACGGGGAATCAACAGGGCAGTGGGAACGAAGAGGCACCTGTCCGAAAAGACTTGGCCTTGCATGAGGAATACGACAAGACCATGACCCTGGTCAAAAACTGTTACCAGTCCGCCATAACGGGCGAGCTGCGAATGTATGAAGTGCGTAAACAAATGGACAACTTATTAAAACACCAACATGAGTATCATGTCCTTAAATTCATTCCTCGCATGACCAATCGCCATGATTATCGGTATCACAGTGCCGTGCTTTGTGCCCTTTCCTCCTATAAGCTGGCACAATGGGTGGGGCTCCCGCAGAAAGATTGGATGCAGGTGGCCTTTGCAGGACTGCTGCATGATATCGGAAATGCCAAGATTGATCCGATTGTGTTGAACAAACCTTCCAAACTTACCGAAGAAGAGAACGAAGAAGTACGTCAGCATACGACCTACGGTTATCAGATTCTCAAGAATGTTGCGGCGGTGAATGAAGGAGTTCGGCTCGCAGCTCTCCAGCATCATGAGAAAGTAGATGGCTCGGGGTATCCATTGCGGCTGGAAGGGAACAAGATTCATATCTACGCCAAGATCGTTGCTGTTACGGATATCTTTCATGCGATGACACTGGATAAGTTCTATCGGAATGCTCAATCTCCTTATGTTGTGCTGGAACAAATTCAACTAGAGGCCTTTGGCAAGCTGGATCCAAAGATCGTTCAGACTTTTATCCAAAAGGTAACGGCCTTGCATTCAGGTACTCAAGTCCGGTTGAGCAATGGCACTTCGGGAGAAATCGTATTTACGGACGCCCAGCATCCAACGAGACCGATGGTATCGGTTCAGGGAGAGATCATTAACCTGATGCAACAGCACCAACTCTATATAGAAGAAGTTATTTATTGA	MVDHVIIESVEADSTRIPTVKSAGQKPSLIFTGNQQGSGNEEAPVRKDLALHEEYDKTMTLVKNCYQSAITGELRMYEVRKQMDNLLKHQHEYHVLKFIPRMTNRHDYRYHSAVLCALSSYKLAQWVGLPQKDWMQVAFAGLLHDIGNAKIDPIVLNKPSKLTEEENEEVRQHTTYGYQILKNVAAVNEGVRLAALQHHEKVDGSGYPLRLEGNKIHIYAKIVAVTDIFHAMTLDKFYRNAQSPYVVLEQIQLEAFGKLDPKIVQTFIQKVTALHSGTQVRLSNGTSGEIVFTDAQHPTRPMVSVQGEIINLMQQHQLYIEEVIY				NA	NA	NA	NA	NA
JZ016_04113	438			hypothetical protein	ATGTTGTGTAAACGTGGTCTGCATGTGGCAGGGATGATCTGTGCGGTTACGATCGTGTTGATCGGATCCGGATGTGGGGCATCCACAAAACCAAGCTGGGAAACCTTTGACGGCGCGGCGAATGTGAAGTCATTCCCGGTTCCGAAGGAAGCGAATAAAACGGAGCAAACCACAGGCATTAGTGACTTGGATTATGTACGGTATGCGCTTCCGGGCTTAAAGGGAGACGACAGCATTCCTGAAGCCTACCTGGAAGAGATTGAGTCGTGGGGATGGAAGCAGAAAGAAGTTGAAGATAACGGTTCTTCTTTAGTTTTTGAAAAAGGTAAAAGTATCGTCCACCTATCGGTGCATGACGATTTTCTTATAATCACGGTTCCGGCACAGCTAAAAAAACAAGCCATACAAGGATTGGAAAGCAATAAAGCAAATGAATAA	MLCKRGLHVAGMICAVTIVLIGSGCGASTKPSWETFDGAANVKSFPVPKEANKTEQTTGISDLDYVRYALPGLKGDDSIPEAYLEEIESWGWKQKEVEDNGSSLVFEKGKSIVHLSVHDDFLIITVPAQLKKQAIQGLESNKANE				NA	NA	NA	NA	NA
JZ016_04114	522			hypothetical protein	ATGGCAGATCCACATGGTCAAGCCACCTTTTATCACTATCGATTAATTAAGAAAATCCAAATTCCCAAAAGCTTGCTCATCCTCTACTTAAGTTTGCCTTGGCTAGCAGCGGCTGCAGGTGCATTTTGGGTGTCACCGTATTTCCTGCTCTATCTGCTAATCGCCTTTCCGCTTATGTTATGGATCCAGTATGTCGTCGGACATACCGTGCTCGTCCTATTGGGAGCAAGCTACCGCAAACGTTGGCGCTTCCGTCTGAGGTTGCCTTGGCTTGGTTATATTCCGGATCAACACGTCAGCCGTCGCGTATTTAATTTAGTGCAGTTCTATACCTGTTGGGTGGGGATTGTCTTAAGCGCTATCATGGCCTTCTGGTCTCCGTTGCCTTTTGCCATTACGCTTCTGTTCTGGCATCTTTGGCTCCTTCTCCCGCGCGGCTATACGATGCTGCGTCTGAGCGGCCAGCGTAAAGATGGCATGTTGAAAATGAATGAACAGGACATCTCCTACTACCTGCAATAA	MADPHGQATFYHYRLIKKIQIPKSLLILYLSLPWLAAAAGAFWVSPYFLLYLLIAFPLMLWIQYVVGHTVLVLLGASYRKRWRFRLRLPWLGYIPDQHVSRRVFNLVQFYTCWVGIVLSAIMAFWSPLPFAITLLFWHLWLLLPRGYTMLRLSGQRKDGMLKMNEQDISYYLQ				NA	NA	NA	NA	NA
JZ016_04115	186	csfB		Anti-sigma-G factor Gin	ATGGAAGAATTGACCGAACACGTGTGTATCATATGCAATCAGACGAAGACAGAGGGAATCACCATTGTCTCGCAATTCGTATGCGAGGAATGTGAGTCCGAAATCGTTCATACCAGTGCGGAAGATGCCAAATATCATTTTTTTATTCGTCAATTAAAACAGATTGCCATGCCGAAAAATGCATAG	MEELTEHVCIICNQTKTEGITIVSQFVCEECESEIVHTSAEDAKYHFFIRQLKQIAMPKNA				NA	NA	NA	NA	NA
JZ016_04116	1431	speA_1	COG1982	Arginine decarboxylase	TTGTTTTGGCGCAGAGGAAAGCTTCTTCCTGGTGGGGGAAGTACAGCCGGCAATTTGGCGCTAATCCTGACGGTTTGCCGTGAACCGGGCGATATCGTGCTTGTACAGCGGAACGTACACAAGTCTGTGTTGAACGGATTGATGCTGGCGGGTGCAAGGGCGGTGTTTCTTCAGCCAGAGATGGACAAGCCAAGCGGTTTAGCCATTGCTCCATCTGCGGCTACGCTGGCAGCGGCTCTTGAGGCCTACCCTGAGGCACGTGGGGCGATCGTCACGATGCCGAACTACTACGGGATGGGGAGCGACTTAAGGCCGCTCGCGGAAGCGTGCCATAAGCGCGACATTCCACTGCTGGTGGACGAAGCGCACGGAGCTCATTACGGACAGCATCCCCAGCTGCCGATGAACGCTTTGTCATGCGGGGCGGATGGTGTGGTTCAATCCACACACAAGATGTTAGCCGCCATGACGATGGGAGCCATGCTGCATGTACAGGGCGGGCTGCTGGACCGAAGCCTGCTGCGCCAGCGGCTGGCCATGGTGCAGAGCTCCAGCCCCTCGTACCCGCTCATGGCTTCGCTGGATCTGGCGCGGCGGTTGCTGCACACGCAGGGCGCAGGCGCCTTCACGGCTGGCCTGGCCGCCGTGGAGACCTTCCGGCGCGGCCTCGCGAAGCTGCCGCGCTTCGGGCTGCTGCAGCCACCGCAGCCCGGGGGCCACGCCGCGGGCACGGCCGCTGCGGCGTATACCCGCCAGGACCCGTTCAAGGCGGTCATCTATGACCGCACCGGGTCCCTGAGCGGGTATGCACTCCAGCGCGCACTAGAGGCGTGCGGCTGTGTGCCGGAGATGAGTGACGAGCAGCGCGTCGTCTTATTGTTTACGCTGGCATCGACTCGGGAAGATGCGAATCACGTCTTATGGGCTCTTGTGCATATTGTAGAGCAGGGGGAGAAGATAGAAGGGATCGGAACCGAACCAGGCGCTACGGCAGAGAGCACGGAATTACTGATCCGGACACTGCGGGATCAGGGGGATTTCATGAGCTATGAGCCGCGAGAGGCCCACGAGGATATGGATTCCAATCATTTCGATACCGATGATAAATTGTTAACTGACGCAAGACTGATCTCCGATGTTTCCACGTGGAACAATTTGTCCGCAGAGACTCCTTATTCGGCCCCAATTCCTTTCTCACTCAAGCCGATTGACAGGGGGAGGTTGGAATCGGTGCCGTTAGCGAAGAGCGCTGGGCGAAAGGCGGCGGAGATGGTTATTCCCTACCCGCCAGGCATACCGATCTTATACCCAGGCGAAGACATCACAGCGGAAATGGAACAGAGGCTCCTGGTATTAAGGCATGCAGGGGCGAAATGCCAGGGGATATCCGATCCAACGCTGCAAACCATTGTCGTTTATAAGGAAACGTGA	MFWRRGKLLPGGGSTAGNLALILTVCREPGDIVLVQRNVHKSVLNGLMLAGARAVFLQPEMDKPSGLAIAPSAATLAAALEAYPEARGAIVTMPNYYGMGSDLRPLAEACHKRDIPLLVDEAHGAHYGQHPQLPMNALSCGADGVVQSTHKMLAAMTMGAMLHVQGGLLDRSLLRQRLAMVQSSSPSYPLMASLDLARRLLHTQGAGAFTAGLAAVETFRRGLAKLPRFGLLQPPQPGGHAAGTAAAAYTRQDPFKAVIYDRTGSLSGYALQRALEACGCVPEMSDEQRVVLLFTLASTREDANHVLWALVHIVEQGEKIEGIGTEPGATAESTELLIRTLRDQGDFMSYEPREAHEDMDSNHFDTDDKLLTDARLISDVSTWNNLSAETPYSAPIPFSLKPIDRGRLESVPLAKSAGRKAAEMVIPYPPGIPILYPGEDITAEMEQRLLVLRHAGAKCQGISDPTLQTIVVYKET	PGPT0007770_1371	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007770-speA-K01585	NA	NA
JZ016_04117	645	tmk	COG0125	Thymidylate kinase	ATGAATAATCGCAGACCACTATTTATTACCATCGAAGGAGGAGACGGATCCGGAAAAACGACCATGATGGGCAGACTCGCTGCCTTTATGCAGAACCATTCGATTCCGTATCTGATTACACGTGAGCCCGGCGGCATTGAGATTGCGGAGAAGATCCGCTCCATTATTCTCGATCCGGAGCATACCGCGATGGATGCACGCACCGAAGCATTGTTGTATGCGGCAGCCCGCCGTCAGCATCTTGTGGAGAAGGTGGAGCCGGCTTTGAGCCAGGGCTTGACCGTACTGTGTGACCGGTTCGTGGACAGCAGTCTGGTTTACCAGGGATATGCACGCGGACTGGGCATGGAGGAGGTATGGAACATCAATCAATTTGCGATTGATACCCGCATGCCGGATCTAACGCTGTTGTTTGATGTGGAGCCGAAGATTGGCATGTCCCGGATAACGGCAAATGCAGAACGGGAATTGAATCGGCTGGATATGGAGACCATGGCATTTCACGAGAAAGTTAGGGAAGGCTATCTATTGGTAGCAGAGCGTAATCAGGATCGAATTCGCATTGTGGATGCTTCCAAAACGCCGGCTCAGGTGGAAAGAGAAATGATTCGTCACTTGGAAGACGCGATATTAAAGGATTTTTGA	MNNRRPLFITIEGGDGSGKTTMMGRLAAFMQNHSIPYLITREPGGIEIAEKIRSIILDPEHTAMDARTEALLYAAARRQHLVEKVEPALSQGLTVLCDRFVDSSLVYQGYARGLGMEEVWNINQFAIDTRMPDLTLLFDVEPKIGMSRITANAERELNRLDMETMAFHEKVREGYLLVAERNQDRIRIVDASKTPAQVEREMIRHLEDAILKDF	PGPT0021395_2360	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021395-tmk-K00943	NA	NA
JZ016_04118	330	darA	COG3870	Cyclic di-AMP receptor A	ATGAAATTGATAGTTGCGATTGTCCAGGATAAAGATAGCAACCGTCTCTCCGCCGCATTGGTCAAAGCTAATTTTCGGGCAACAAAGCTTGCAAGTACAGGCGGCTTCCTGAAGGCGGGGAACACCACCTTTATGATCGGGGTAGACGATTCACAGGTTGAAAGTGTGCTCAGTGTCATTCGCACAAGCTGTAAAGTTCGTGAACAGCTGGTCACCCCGGTAACCCCTATGAGTGGTACAACCGATTCCTACTTGCCGCTTCCGGTCGAAGTGCAGGTTGGTGGCGCAACCGTGTTTGTTCTCCCTGTAGAACGATTCGAGCATTTCTAA	MKLIVAIVQDKDSNRLSAALVKANFRATKLASTGGFLKAGNTTFMIGVDDSQVESVLSVIRTSCKVREQLVTPVTPMSGTTDSYLPLPVEVQVGGATVFVLPVERFEHF				NA	NA	NA	NA	NA
JZ016_04119	444			hypothetical protein	GTGAAGATCAATCCGGGCTTTCGGCCCATGAAAAGCGAACTCACGGTGCCGGATGGCAACGCCAGACCGATTCAGAAGCGATCGTTCTCGGATATGATGCAGCAGCAGGGAGAACGTGCGACCCATGAAGAGCTGAGTCGTCAAATGCGTGAAATTGCAATGCAAGGTGATCGATTGGCTAAGGCGATGACCGTTCGAGAGCTCAAAGCGTATAAATTGATGGTTCGCCGATTCCTGGAGGAAACGGTACGTCGCGGTGTGAAAATGAAAGAAACGCGCGGCTGGGACCGCCGGGGACGCGGAAAGCGGTATAATGTAATCGATGAAGTCGATTCTGCGCTGCTCGCAATGGCGGATGAACTGCTGGATACGGAGCAGGGGAGAATTGATCTGCTGAACCGAGTTGGTGAAATTCGAGGCATGCTGATCAATCTTGTATTCTAG	MKINPGFRPMKSELTVPDGNARPIQKRSFSDMMQQQGERATHEELSRQMREIAMQGDRLAKAMTVRELKAYKLMVRRFLEETVRRGVKMKETRGWDRRGRGKRYNVIDEVDSALLAMADELLDTEQGRIDLLNRVGEIRGMLINLVF				NA	NA	NA	NA	NA
JZ016_04120	987			hypothetical protein	ATGTCTTTTAATGATATCGTAGGTCAAGAGACTGCGAAGCAACTGCTGCAAAATGCCTTGCGCCGTAATGCGGTCAGTCATGCCTATCTGTTTAGCGGCCCTCATGGTGCCGGACAGATGCAGACGGCGCTTACGTTTGCCAAGGCTTTGTTTTGTACGGAACTTGAAGACGATGCCTGCGGCCAATGTTTGGAATGCCGCAAGGTAGATCATGGCAACCATCCCGATCTTACATTGGTTGAGCCTGATGGAGCAAGCATTAAGATCGATCAGATTCGCGATCTTCAGCGTATATTCTCTTATCGATCGGAGAATCGCAATCCTAAGGTTTATATCATTGACCGGGCGGAGAAGATGACCACACAGGCAGCCAACAGCCTGCTGAAATTTTTGGAGGAACCCCAAGCGCCGGCTGTAGCGATTCTGATTGCCGAGAACGGACAGGCCCTTTTGCCCACCATTCAATCGAGATCCCAGCAGGTTCCATTCCGGGCTTTAGATCCGCAGATGATGGAGAAGGTTCTTGTAGGGGAAGGTTATCCTGCCGCACTTGTACGCTGCGCTGTTCACCTTTCATCAGGTCTTGAAGAGTGCAGGAAAATATTGAGTGAGAATTGGTTTGCAGAAATTAGAAACGTAGTGTTACAATTAGGGAAGGAGTCTTTGAACCGCAGCGGCTCAGCCATCATCACAGCGAGTCAAAAAGTGTTCAAAACCGAACTCTCAGATCATCTGGACCTATTGTTCAGTATGTTTCATTTATGGTTTAAGGACATGATCCATGTCCAGTATGGAAGGAAAGAGTCTCTCGTTTTCATAGATCAGGCAGAGTATATCTCTGGTCATGCATCAGCCCGCAGCACAGCACAGTGGGTGTCATACATGGATTTGGCCGCAGAGTGTCAGAAGAAGTTACGCTATAATGTCAATGGACAGCTCAGTTTAGAGCAGTTATTGATGGGTTTGGGCGGTAACACTCCGGCGTGA	MSFNDIVGQETAKQLLQNALRRNAVSHAYLFSGPHGAGQMQTALTFAKALFCTELEDDACGQCLECRKVDHGNHPDLTLVEPDGASIKIDQIRDLQRIFSYRSENRNPKVYIIDRAEKMTTQAANSLLKFLEEPQAPAVAILIAENGQALLPTIQSRSQQVPFRALDPQMMEKVLVGEGYPAALVRCAVHLSSGLEECRKILSENWFAEIRNVVLQLGKESLNRSGSAIITASQKVFKTELSDHLDLLFSMFHLWFKDMIHVQYGRKESLVFIDQAEYISGHASARSTAQWVSYMDLAAECQKKLRYNVNGQLSLEQLLMGLGGNTPA				NA	NA	NA	NA	NA
JZ016_04121	801			hypothetical protein	TTGTACAGTGTAGTAGGTGTCCGCTTTAAGAAGGCGGGCAAAATATATTACTTTGATCCGCTCGACCTGCCAGTGGAGAAGGAACAATCCGTCATTGTGGAAACCGCGAGAGGTATTGAGTATGGTCAAGTTGTGATAGGAAAGAAGGAGGTCGGTGAATCAGACGTTGTCCTTCCGCTCAAGAAGGTCATTCGGATCGCTGGTGATTCTGATGCCCGTGTGGTTGAAGAGAACAAACAAGCGGCTAAGGATGCATTCACCACCTGTTTAAATAAAATTCGGGATCACGAACTGAAAATGAAGCTGGTCGATGTGGAATTTACCTTTGACCGCAACAAAATCATTTTCTACTTCACGGCGGAAGGCCGTGTGGATTTCCGTGAGCTGGTCAAGGATCTGGCCAGTATATTCCGTACAAGAATCGAACTTCGCCAGATTGGAGTTCGCGATGAAGCAAAAATGCTCGGCGGTCTTGGACCTTGCGGACGCGTACTGTGCTGTTCCTCATGGCTTGGTGATTTTGAGCCGGTATCGATCAAGATGGCAAAGGATCAAAGCCTATCGCTCAATCCGACTAAAATTTCCGGGCTATGTGGAAGATTGATGTGCTGCCTGAAGTTTGAGCATGATAATTATGAAAGCGTGAAAGAAGAGCTTCCATCCGCTGGGAAAATGGTCGTTACTTCGCTTGGAGAAGGCAAAGTAGTCGGACTGAATGCGGATAAGCGGACGGTTCATGTTCAGCTGTTTGAAATTGGTAAGGTTAAGGAACTTCCAATGGATGACGTTGTCATCAAATAG	MYSVVGVRFKKAGKIYYFDPLDLPVEKEQSVIVETARGIEYGQVVIGKKEVGESDVVLPLKKVIRIAGDSDARVVEENKQAAKDAFTTCLNKIRDHELKMKLVDVEFTFDRNKIIFYFTAEGRVDFRELVKDLASIFRTRIELRQIGVRDEAKMLGGLGPCGRVLCCSSWLGDFEPVSIKMAKDQSLSLNPTKISGLCGRLMCCLKFEHDNYESVKEELPSAGKMVVTSLGEGKVVGLNADKRTVHVQLFEIGKVKELPMDDVVIK				NA	NA	NA	NA	NA
JZ016_04122	348	yabA	COG4467	Initiation-control protein YabA	GTGCTCATTCAAGAGTTGGAAACACAGATGGGACATATACACAGTGAACTGGGTGGACTTAAGCTGGTCATCAAGGAACTGCTGGAAGAGAACCATCGCCTCAGTCTTGAAAATGAACAGCTCCGGAAAATTTTAAAGCGGGAAGTCAATCCGGCAGAATTGGAAAACCCAGTGGCTTTACAACCTCAGCCTCATGTGAAGGATGAGGAACATGAAGATGTGGTCGGCGAGGGATATGATAACCTGGCTCGGCTGTATCATGAAGGCTTCCACATCTGCAATGTCTATTACGGACATCTGCGGACGGAAGGGGATTGCCTGTTCTGCTTATCTTTTTTGAATAAATAA	MLIQELETQMGHIHSELGGLKLVIKELLEENHRLSLENEQLRKILKREVNPAELENPVALQPQPHVKDEEHEDVVGEGYDNLARLYHEGFHICNVYYGHLRTEGDCLFCLSFLNK				NA	NA	NA	NA	NA
JZ016_04123	768	yfiC		tRNA1(Val) (adenine(37)-N6)-methyltransferase	ATGAAATTGAAAGAAGTGTTATTGCAACCATCCGAGCGGATTGATGATCTGCTTACCCATGAGCTTGGCATCATCCAGAGTGAGGAGGTATTCAGCTTTTCCATGGACGCCGTCCTGCTCGCCAGGTTTGCCAGCATTCCGCGCAGGGGCCGTATTTTGGATATGTGCACGGGAAACGGAGTTGTTCCGATCCTGCTGTCAACACGTACAGGAGCGCCGATCGAGGGGATTGAGATTCAGCCCAGACTTGCAGACATGGCCAGACGGAGCGTCGAGATGAATGATCTGCAGGATCAGATCACGATTCATGAAGGAGATCTGCGGGAACTGTACAAGGAAAAAGGGTATGGAGCGTACGACCTGATTACGGTCAACCCGCCTTATATGCCGATGAACGGCAGCGACTTGAAGCTGAATGAGCACCAGGCGATTGCCAGGCATGAAATTCACTGTACGCTTGAGGAAGTAATTGAATCCTGTGCAAGACTGCTTCGCCAAGGCGGGAAGATGAGCATGGTCCACAAGCCCCTGCGGCTGGCAGAAATCATTACGCTGATGAGCAAATACCGGATTGAGCCCAAAGTCATCCGCTTTGTCCATCCGCGCGTGAATATGGAAGCGAACATGGTGCTTATCGAGGGGATTCGGGACGGGAAGCCTGAGGTTCGGCTGAAGCCCCCGCTGATCGTGTATGATGAGCAAGGAAACTATGGACCGGATTTTATGGAAATTTACTACGGAACACATAAGGATGAGACGAACGAATGA	MKLKEVLLQPSERIDDLLTHELGIIQSEEVFSFSMDAVLLARFASIPRRGRILDMCTGNGVVPILLSTRTGAPIEGIEIQPRLADMARRSVEMNDLQDQITIHEGDLRELYKEKGYGAYDLITVNPPYMPMNGSDLKLNEHQAIARHEIHCTLEEVIESCARLLRQGGKMSMVHKPLRLAEIITLMSKYRIEPKVIRFVHPRVNMEANMVLIEGIRDGKPEVRLKPPLIVYDEQGNYGPDFMEIYYGTHKDETNE				NA	NA	NA	NA	NA
JZ016_04124	894	rsmI		Ribosomal RNA small subunit methyltransferase I	ATGAGAAATCTTATACAGCAAAGTTATGCCGACCAGGGAGAGGGGAGCCCGGGCTCTCTGTATTTGGTGGCAACGCCGATCGGTAATTTGGAGGATATGACCTATCGAGCCGTGCGCATCCTTCAGGAGTGCGATATTATCGCCGCAGAGGATACGAGGCAGTCACGCAAGCTGCTGACCCATTTCGAAATTCCGGCCAAACCGCTGTTTAGTTATCACGAGCATAATAAGGCGGCCAGCGGGCCTGAAATCATACGTTATATAATAGAAGGAAAAAATGTGGCACTCGTCAGCGACGCCGGTCTGCCGGCGATTTCGGACCCTGGCAGTGATCTGGTTTCACTTGCGATTGAAGCGGGCATTTCGGTCATTCCGATCCCGGGGGCCAATGCCGCTCTTTCCGCCTTAATCGTTTCGGGTTTGCCGACCGAACGGTTTACGTTTATCGGCTTTTTGCCGCGGGAGCGCAAAGATATCGTCCAGCAGCTGCAAGCTTTGCAATCGGCGCAGGGAACGTTATTATTTTATGAATCTCCGCATCGCGTGAAAAAGACCCTGGAGATCTTGCAGGAGGTACTGGGAAATCGGAAGGTGACCTTGGCTCGCGAACTAACCAAGCGCTACGAGGAGTTCTTGCGCGGAACAATCTCCGAATGTCTGGACTGGCTCACGGAGCATCCGCCGCTGGGAGAATATTGTTTGGTGGTTGAAGCCGGCAGTGCAGAAGAGGAGCTTAAAGAGAAAAATGCCTGGTGGCAGGAGCTTTCGCTCCAGGAGCATGTGGAACATTATGAGCGGGAAGGACTAAGCCGCAAGGATGCCATGAAAAAAACCGCGAGTGATCGCGGTGTATCGAAGCGGGATATTTATAATGCACTCCTGACGGATTCGTGA	MRNLIQQSYADQGEGSPGSLYLVATPIGNLEDMTYRAVRILQECDIIAAEDTRQSRKLLTHFEIPAKPLFSYHEHNKAASGPEIIRYIIEGKNVALVSDAGLPAISDPGSDLVSLAIEAGISVIPIPGANAALSALIVSGLPTERFTFIGFLPRERKDIVQQLQALQSAQGTLLFYESPHRVKKTLEILQEVLGNRKVTLARELTKRYEEFLRGTISECLDWLTEHPPLGEYCLVVEAGSAEEELKEKNAWWQELSLQEHVEHYEREGLSRKDAMKKTASDRGVSKRDIYNALLTDS				NA	NA	NA	NA	NA
JZ016_04125	255	abrB	COG2002	Transition state regulatory protein AbrB	ATGATGAAATCAACAGGAATTGTAAGGAAAGTCGATGAGCTTGGACGGGTCGTCATTCCAATTGAGTTACGCCGTACGCTCGGAATTGGTGAGAAAGATGCATTGGAGATTTATGTAGACGGCGAACGCATCATGCTTAAGAAATATGAGCCTGCCTGCATCTTCTGTGGTAACGCTGAGAATGTCACTTACTTCAAAGGTAAAATTGTTTGCCATGAATGTATCTCGGAAATCCCTACACCTGTGACAAATTAA	MMKSTGIVRKVDELGRVVIPIELRRTLGIGEKDALEIYVDGERIMLKKYEPACIFCGNAENVTYFKGKIVCHECISEIPTPVTN	PGPT0014790_504	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014790-abrB-K06284	NA	NA
JZ016_04126	1290			hypothetical protein	ATGCATTCACCAATTTCGGAAGAAAAAGTGTTTAAGGATCCCGTCCACAATTATATTCATGTGCAAGACGATATCATATGGCGATTAATCGATACCCCGGAATTCCAGCGGCTCCGCCGGGTGAGACAGCTCGGGACTTCATTTCTGACCTTTCACGGGGCCGAGCACAGCCGATTCTCCCATTCACTGGGAGTCTATGAAATTACGAGAAGAATCATCTCTCAATTCGAACGGAGGGGGTACTCCGATTGGCCTGCCGAGGAAAGGCAAGTTGCCCTCTGCGCGGCTCTGCTGCATGATTTGGGGCATGGGCCCTTTTCTCATTCTATAGAAGAAGCTTTTCATATGAATCACGAGGATTGGACATGCCGGATCCTGCTTGGGGATACTTGCGTCAATCAGGTACTGCGGGAGCTTGGAGCGGATTTCCCCGAGAAAGTGGCTTCGGTTATTAACAAAACCTACGACAAGCCGATTGTGATAAACCTGGTCACTAGTCCGCTGGATGCAGACCGGATGGATTATTTGTTAAGGGATGCGTATTATACGGGAGTCAATTACGGAACGATTGATATTGACCGGATCTTGCGGATGCTGCGGCCGTACCGGGATCGGGTCGTCGTGAAGGAATCGGGTATGCATGCCGTAGAGGATTACCTGATGTCAAGGTATCAGATGTACTGGCAGGTGTATTTTCATCCTGTCACCCGAAGCTCCGAAATTATCCTGCGCCAAATTTTCCGCCGGGCCAAGGAACTGCATGACCGTGGATATGCTTTTCGTTTCATGATCGAACCGCTTCCTGCGTTGTTTTCGGGGAATATCGGGGTGAATCAATATCTGCGCCTTGATGAAGCTCTGATCCAAACGGCCTTTCTGCAATGGACGGAGGAGGAAGATCCTCTTCTTAGCGAATTATGCGGCCGTTTCATGCACCGAAAGCTCTACAAATATGTAGAAATCGACAACATCGATCTGGAGACCATCGACGGGATACGCCACGCATTCAGTGCCGTGGGATTGCATCCGGAATATGACCTGGAGATTGATTTTCCAACGGATCTTCCTTATGATAAGGTTCATTCCGATATGCCGCTTAACGAGAAGCAAATCCTGCTTCTGGATCGGCATGATGAGCTGAAGGAAATCTCGGAAGTATCCGATATTGTACGCTCGATCAGCGGCATTCATAAAGGACGGTACCACCTTTATTATCCGGAGGAGAAGGTAAGTCCGCTGCTGGCTCAAATGCCGGAGAAGATAGCCAGTGTATTTAAACAACAACATTAA	MHSPISEEKVFKDPVHNYIHVQDDIIWRLIDTPEFQRLRRVRQLGTSFLTFHGAEHSRFSHSLGVYEITRRIISQFERRGYSDWPAEERQVALCAALLHDLGHGPFSHSIEEAFHMNHEDWTCRILLGDTCVNQVLRELGADFPEKVASVINKTYDKPIVINLVTSPLDADRMDYLLRDAYYTGVNYGTIDIDRILRMLRPYRDRVVVKESGMHAVEDYLMSRYQMYWQVYFHPVTRSSEIILRQIFRRAKELHDRGYAFRFMIEPLPALFSGNIGVNQYLRLDEALIQTAFLQWTEEEDPLLSELCGRFMHRKLYKYVEIDNIDLETIDGIRHAFSAVGLHPEYDLEIDFPTDLPYDKVHSDMPLNEKQILLLDRHDELKEISEVSDIVRSISGIHKGRYHLYYPEEKVSPLLAQMPEKIASVFKQQH				NA	NA	NA	NA	NA
JZ016_04127	885	ycfH_1	COG0084	putative metal-dependent hydrolase YcfH	GTGTATTTAAACAACAACATTAACCTAGTTGGAAAACAGGAACATTTGGTTTATCTGCAATTTACCCAGCTAATGGAAGATATACGACACAGAAACGACAGGAAGGAGAGTGTGGATTTTATGTTGTTCGACACGCACACTCATATGGATGCTCCCCAATTCGACGAAGACCGGGAAGAGGCAATCCAGCGGGCGCTCGAAGCCGGCGTGACCCGGATGATCAATATTGGATTTAACCGGGAGACGATTCCGACTACGATGAAGCTGGCAGAAACTTATGATTTTATATATGCAGCGGTAGGCTGGCATCCTGTAGACGCCATTACCATGGAGGATCAGGACCTGGATTGGATCGCCTCTTTGTGCAGTCACGAGAAAGTGGTGGCTATAGGAGAGATCGGTTTGGACTATTATTGGGATACGTCTCCGAAAGAAGTTCAGCACCGAGTGCTTCGGCGTCAGATCGGACTGGCCCGGGAATTGAACATGCCGATTGTCATTCATAATCGGGATGCGCATGAAGATATCGTGAGAATTTTGCGCGAGGAAAAAGCCTCCGAGGTGGGCGGTGTCATGCATTCTTTCTCCGGAAGCTGGGAAACGGCCAAAATATGTCTCGATATGGGATTCCATATTTCGTTTGGCGGGCCGATTACCTTCAAAAATGCAAAGCAGCCCAAAGAGGTTTTGGCGCAGGTTCCGCTTGATCGATTATTGATCGAAACGGACTCCCCTTACCTAACACCTCATCCCTTCCGCGGGAAACGAAATGAGACCGCTTATGTAAAATTGGTGGCGGAGGCGGCAGCCGAAATTAGAGGGTTGTCCTATGAGGAATTGGCCCAAATTACCACCCAAAATGCGCTGGAACGATTTGGTATTTAA	MYLNNNINLVGKQEHLVYLQFTQLMEDIRHRNDRKESVDFMLFDTHTHMDAPQFDEDREEAIQRALEAGVTRMINIGFNRETIPTTMKLAETYDFIYAAVGWHPVDAITMEDQDLDWIASLCSHEKVVAIGEIGLDYYWDTSPKEVQHRVLRRQIGLARELNMPIVIHNRDAHEDIVRILREEKASEVGGVMHSFSGSWETAKICLDMGFHISFGGPITFKNAKQPKEVLAQVPLDRLLIETDSPYLTPHPFRGKRNETAYVKLVAEAAAEIRGLSYEELAQITTQNALERFGI				NA	NA	NA	NA	NA
JZ016_04129	1188			hypothetical protein	GTGGGCATTTTTCAACCTGAAGAAACCCATGAATCACAATCATCCAGCATGTCTTACGCATTGAGATGGAAGCATGACAATTTGCGTCAACTGATGTTGCTCGGTGCCATGGGTGCCGTTACGGTATCACTTCTCATATCGTTGGTCGTACATGATCAGGCAGGCAAGGAGGTTCAGCTTGTCGTCGATGGTCGTGTCACCACAGTAGAAACACGTGGATCATTGCTGCAGGAATTGCTGGATGAGCAAGCGATCACGTTGAGTCCTCAGGATCAGATTTCGATGCCTTTAAACGGCGCGATCCAGGATGGAGACCGGATCATCATTGACCGGGCAATTCCAGTCAAAGTTACAGTAGGCAGCACAACCAAAACCATATTTACATCCCAGGATACGGTTGATCATGTACTTAAAGAGGCTGGTATTACGATCCAGGGTGAAGATATAGTACAACCGGCACAGAACACGAAGCTGACCAGCAATATGAATATCGATGTCGTTCGCGTCACGAAACAAAAAGTTAAAGAGACGGAGGATCGCAATTTCCGCGTGATCAAAACAGCCGACCCATCGCTTGAGAGAGGGGATAACCGCGTTATTCAGCGGGGCGAGCCTGGTCTCATGGTGAACCATTATGAGAAGGTCTACCACAATGGCAAGCTGGTTTCCAAGACGAAGGTCTCCCAAGAGATTGAACGCAGAACGAAGGATAAAATCATTGCTGTTGGCACGAAAAAAGTAGAGAAGCCTGTCATCGTTCAGGCGGCAGCCACCGATGTAAAGGCTAAACCGGCTAAATTGTCCGGCACGAAAAAAGTAACGACCGCCAAGGCTGTCGAGAACAACGTGGTTTCTCGGGCAGGCGTTGATTTTAAATACAGCAAGGTATTGAACAACGTGTCGATGACGGCGTATTCCGCTGAGCAGCAGGGAATCGGTACACGCACTGCATCCGGTACACGCGTTACAGAAGGACGCACCATCGCCGTTGATCCTAACATCATCCCGATCGGCTGGTGGGTCTATATCGAAGGCATTGGCTTCCGTCGTGCAGAAGATACGGGCGGTGCCATCAAAGGCAACAAAATCGATGTGTATTATGATTCACTGAAATCGGCCATAAACTTCGGCCGGAAGAGCGGCCGCACCGTTTACGTGATCGGTCCGGTTAAACCTGAATTGAACTAG	MGIFQPEETHESQSSSMSYALRWKHDNLRQLMLLGAMGAVTVSLLISLVVHDQAGKEVQLVVDGRVTTVETRGSLLQELLDEQAITLSPQDQISMPLNGAIQDGDRIIIDRAIPVKVTVGSTTKTIFTSQDTVDHVLKEAGITIQGEDIVQPAQNTKLTSNMNIDVVRVTKQKVKETEDRNFRVIKTADPSLERGDNRVIQRGEPGLMVNHYEKVYHNGKLVSKTKVSQEIERRTKDKIIAVGTKKVEKPVIVQAAATDVKAKPAKLSGTKKVTTAKAVENNVVSRAGVDFKYSKVLNNVSMTAYSAEQQGIGTRTASGTRVTEGRTIAVDPNIIPIGWWVYIEGIGFRRAEDTGGAIKGNKIDVYYDSLKSAINFGRKSGRTVYVIGPVKPELN				NA	NA	NA	NA	NA
JZ016_04130	552	rnmV_2	COG1658	Ribonuclease M5	ATGATTAAAGAAGTGATTGTTGTGGAAGGCAGAGACGATACCGTTGCCATTAAACGGGCCGTAGAAGCAGATACGATCGAAACGGGCGGCTCAGCGATCAATAAACAAATCCTGAAACGCATAGCGCTTGCTCAGGAGCGCAGAGGCGTTATTATATTAACCGATCCTGACCATGCAGGGGAGCGGATCCGCAAAATTGTGGATCAGGGTGTCCCTGGCTGCAAGCATGCCTTTATTCCGGAAGCGGATGCTACCCGCAAAGGGGATATCGGCGTAGAGAATGCCTCGCCAGAAGCGATACGGCGTGCGCTGGAGCGGGTACATACCTCCTTTGAGGGCGGAGAGAGCCTGATCAGTCTGGAGGACATGCTGGAGGCAGGATTATCAGCCCATCCGGAGGCTGCTGCAAGGCGTATGACGATGGGAAACCTGCTCGGGATCGGATATTGCAACAGCAAGCAATTCCATAAACGATTGGCCATGTTTCAAATATCGCGGGAAGAATTTCTGGCCGCACTTTCACAGCTGGAAGAAGGGGGCGTAAGCCAATGA	MIKEVIVVEGRDDTVAIKRAVEADTIETGGSAINKQILKRIALAQERRGVIILTDPDHAGERIRKIVDQGVPGCKHAFIPEADATRKGDIGVENASPEAIRRALERVHTSFEGGESLISLEDMLEAGLSAHPEAAARRMTMGNLLGIGYCNSKQFHKRLAMFQISREEFLAALSQLEEGGVSQ				NA	NA	NA	NA	NA
JZ016_04131	885	rsmA	COG0030	Ribosomal RNA small subunit methyltransferase A	ATGAATCGGATCGAGGATATATCAACACCAAGACGGACGAAGGAGATCATCTCACGGCATGGATTCTCCTTCAAGAAGAGTCTGGGTCAAAACTTTCTCATCGATCAGAATATATTGTATAAAATCGTGGAGGCTGCAGGACTGGATGAAGATAAGGGAGCGCTTGAGATCGGTCCTGGGATCGGTGCGTTAACCGAGAAGCTGGCACAGACGGCAGGAACCGTCACCGCGGTCGAAATTGATCAGCGCCTGATTCCCATCTTGCGGGAGGTCCTGGAGCCCTATGAGAATGTGAAGGTGCATCATGGGGATGTCCTGAAGGTGGATCTTCATGAGCTGTTCCGTCAGGATTTTGCGGGCGTATCGAAGGTAAGTGTGGTTGCGAATCTGCCGTATTATGTGACGACGCCGATTCTCATGAAGCTGCTGGAGGAGAAGCTGCCGCTGGAGAATATCGTGGTGATGATTCAGAAAGAAGTGGCAGAGCGGATGGCGGCCGCACCGGGAAGCAAGGATTACGGCAGCCTTAGCATTGCCGTTCAATATTACAGTGAGCCTAAGCTGGTCTGTATTGTGCCGCATACGGTGTTTATTCCGCAGCCGAATGTCGCTTCGGCCGTTATTCGCTTGGCGGTACGGGAACAGCCTCCTGTCAGCGTAGAAGATGAAAGCTTCTTCTTCGAGGTGGTCCAGGCCTCTTTCGCACAGCGGAGGAAGACGATTGCCAACAATCTGAAGAGCCGGTTCTTTCCGGGAGAAGGCCGTGAACGGCTGGAGCAGCTGCTGCAGGAGGCGGGCATCGAGCCTTCACGGCGCGGCGAGACCCTTAGTATTGAAGAGTATGCCCGGCTTAGCAACATATTGTACAACGCGGATATTCGTTAA	MNRIEDISTPRRTKEIISRHGFSFKKSLGQNFLIDQNILYKIVEAAGLDEDKGALEIGPGIGALTEKLAQTAGTVTAVEIDQRLIPILREVLEPYENVKVHHGDVLKVDLHELFRQDFAGVSKVSVVANLPYYVTTPILMKLLEEKLPLENIVVMIQKEVAERMAAAPGSKDYGSLSIAVQYYSEPKLVCIVPHTVFIPQPNVASAVIRLAVREQPPVSVEDESFFFEVVQASFAQRRKTIANNLKSRFFPGEGRERLEQLLQEAGIEPSRRGETLSIEEYARLSNILYNADIR				NA	NA	NA	NA	NA
JZ016_04132	903	yabG		Sporulation-specific protease YabG	ATGAACTTGGGAGACTTGGTCGTTCGTAAATCCTACGGCGGCGATGTAACGTTCCGGGTAGAAGGCATGCGGCAAAATAACAATATCGTCATCAAAGGGACGGAATTCCGGTTACTGGCCGATGCTCCCGTTGATGATCTGGTCACGGTCCCGCATCCCACCTTAAGCGAACGAACAAAGCAGGCACAGATCAAAGCCAATGAGTCGCTGGACCGCCTGCAGAAGCACAGACAGGAGCAGAGCGAGCGTCAACTGGCCAGCCTGCGCAATATCGAAGGCGGCCAGCTTGCGGATAAAGGATATTTTGACGTGCCGGGCAAAGTGCTGCATTTGGATGGGGATCCCCAATACCTGAAGAAGAGTTTGACCTTGTATAATCAGCTTCGGGTCCCAGCGGAAGGCCATTATATCAATGAGTCGGGGATGGCCGATTCATTATATCGTCTTCTTCCGCGGGTAAGACCTGATATCGTGGTAATTACAGGTCATGATGGAGTTCTGAAGAGACGACAGCCATACGATTTATATAGCCTGGACAGCTATAAAAATTCACACAACTTTGTCACGGCCATTCAGGTAGCACGTCAATATGAGCGGAATCTGGATTCCCTGGTCATTGTAGCCGGAGCGTGCCAATCGCATTTTGAAGCGCTGCTGCAGGCAGGAGCCAATTTTGCCAGCTCGCCGGGGCGAATCCTCATTCATGCCCTGGATCCCGTCTACGTTGCCGCCAAGGCAGCCTATACGTCGGTCAGGGATACCGTGAACATTCATGATGTCGTTCATCATACGATCAGCGGCAGCCAGGGCGTGGGCGGAATCGAGACGAGAGGCAGCTACCGGATCGGTCTGCCCAAGCTGCAGGATTTGTCCACATTGAAGGTTACGCCTTCGGTCAGTTAG	MNLGDLVVRKSYGGDVTFRVEGMRQNNNIVIKGTEFRLLADAPVDDLVTVPHPTLSERTKQAQIKANESLDRLQKHRQEQSERQLASLRNIEGGQLADKGYFDVPGKVLHLDGDPQYLKKSLTLYNQLRVPAEGHYINESGMADSLYRLLPRVRPDIVVITGHDGVLKRRQPYDLYSLDSYKNSHNFVTAIQVARQYERNLDSLVIVAGACQSHFEALLQAGANFASSPGRILIHALDPVYVAAKAAYTSVRDTVNIHDVVHHTISGSQGVGGIETRGSYRIGLPKLQDLSTLKVTPSVS	PGPT0025240_32	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025240-yabG-K06436	NA	NA
JZ016_04133	276	veg	COG4466	Protein Veg	ATGGCTAAAAACGCGCTGTTGGAAATCAAACGCAGTCTCGATGCCCATTTAGGGCAAAAAATTACGCTTCGGGCTAACGGTGGCCGTCGGAAGACCGTCGAGCGTACTGGTGTTTTGGAAGAAACGTACCCTTCTGTTTTCATTGTGAAGCTGGATCAAGACCAGCAAACTTTTAAACGTGTGTCCTACAGTTATGCCGATATTCTGACCGAAACCGTGGAAATCATGGTAACCGGTGATGACAACGAGATGCGAATCACCTATATCAAGTCATAA	MAKNALLEIKRSLDAHLGQKITLRANGGRRKTVERTGVLEETYPSVFIVKLDQDQQTFKRVSYSYADILTETVEIMVTGDDNEMRITYIKS				NA	NA	NA	NA	NA
JZ016_04134	267			hypothetical protein	TTGCAGGGGGGCGTAAAAGGTCACTGCATCGCGCCGGATGCTGTTCATGCCATACTCAATACATTTTCCAAGGAGGCGGGATTGATGAGCAGGAGAAGACGAAGCATTATGTCCGATCAATTGAAGACCGAATTGGCTAAGGAATTGGGATTCTACGATACCGTGGAAAAAGAAGGCTGGGGAGGCATTAAGGCCAAGGATGCCGGCAACATGGTAAAACGGGCGATTGAGCTCGCCGAGCGGGCAGCCCGCAAATCCGATCTGTAA	MQGGVKGHCIAPDAVHAILNTFSKEAGLMSRRRRSIMSDQLKTELAKELGFYDTVEKEGWGGIKAKDAGNMVKRAIELAERAARKSDL				NA	NA	NA	NA	NA
JZ016_04135	855	ispE	COG1947	4-diphosphocytidyl-2-C-methyl-D-erythritol kinase	TTGAAAATATACGAAAAAGCACCGGCCAAAATCAATTTGATGCTGGATGTACTTCATAAACGTCCTGACGGCTTTCATGAGGTAGAGATGGTCATGACGATGATCGACCTCGCCGATCGGCTCGAAATGTCCGAACAGAAGCGGGACACCATCATCATCACCTCACAGGCAGGGTACATACCGTTGGACGAGAAGAATTTGGCCTTTCAGGCAGCAAGACTAATTAAAGAGCGCTACGACGTGAAACAGGGTGTACATATTCACCTGGACAAAAAAATTCCCGTTGCCGCTGGACTGGCAGGAGGCAGCAGTGATGCAGCGGCAACACTGCGCGGCTTGAACCGCCTCTGGGGACTGGGTATCCCCCAGGAGGAGCTGCTCGCGCTGGGGGCAGAGCTCGGCTCGGATGTGCCGTTCTGCGTAACGGGCGGCACCGCACTGGCTACAGGGCGCGGCGAGGTACTCACGCCGATCCCGAATCCGCCGCAGTGCTGGGTGATCGTGGCGAAGCCGCCGATCAACGTGTCGACGGCGGAAGTGTACGGACGTTTGCGCAGCGAGCAGATTCAGCGCCACCCATCGGCAGAGCGCATGGTAGAGGCGCTTACGCAAGGCAACTTCCAGCAGATGTGTCAATCGCTGGGTAACGTTCTGGAGGAGGTTACCTTGAAGATGCACCCGGAAGTTCAGCAGCTGAAGGAAGGAATGCTGAAATTGGGAGCTGACGGCGCGCTCATGTCCGGAAGCGGTCCTACGGTCTTCGGCTTGGTCTCCAAGGAATCCAAGGTAGCCCGGATTTACAATGGCCTGCGGGGATTCTGCAAGGAAGTGTATGCCGTTCGCCTGCTGACTTAG	MKIYEKAPAKINLMLDVLHKRPDGFHEVEMVMTMIDLADRLEMSEQKRDTIIITSQAGYIPLDEKNLAFQAARLIKERYDVKQGVHIHLDKKIPVAAGLAGGSSDAAATLRGLNRLWGLGIPQEELLALGAELGSDVPFCVTGGTALATGRGEVLTPIPNPPQCWVIVAKPPINVSTAEVYGRLRSEQIQRHPSAERMVEALTQGNFQQMCQSLGNVLEEVTLKMHPEVQQLKEGMLKLGADGALMSGSGPTVFGLVSKESKVARIYNGLRGFCKEVYAVRLLT	PGPT0007605_3085	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007605-ispE-K00919	NA	NA
JZ016_04136	828	purR_2	COG0503	Pur operon repressor	GTGAAAAAATTAAAACGAAGCGAACGATTGGTCGATATGACCCAATATTTACTATCTAAACCGCATACGCTGATTCCGCTGACGACGTTCGCCGAGCGATATGGAGCAGCCAAGTCATCCATCAGTGAGGATTTGGCGATTATTAAGGACGTGTTCGAGAGTGAGGGACTCGGAGAGCTCCAGACCCTGGCCGGCGCAGCGGGAGGAGTCAGATACATTCCGAAGCTGCGCAAAGATCATGCCTTGCGGTTTGCGGAGGAGCTGTGCCAGCAGCTTCAGCAATCAGATCGGATTTTGCCGGGCGGATATTTGTACATGTCTGATCTGCTTGGACAACCTTCGCTGATGAACGAGGCGGGCAAGATCATTGCCACGGCGTTCGCCGACCGGGATATCGATGTGGTCATGACCGTAGAGACCAAAGGGATTCCACTGGCTTATGCGACAGCGGCCCAACTGAACCTGCCGGTCGTACTAGTTCGCCGGGACCATCAAGTGACCGAAGGGTCGGCCGTAAGCATCAATTATGTGTCGGGCTCGCACAAGAGCATCCATACCATGTCATTATCCCGCCGGGCGCTCAAGGAACGCTCCCGCGTGCTGATCGTGGATGATTTTATGAAGGCAGGCGGGACCATTCAGGGAATGGTTGACCTGCTGGGTGAATTTAATGCTGAAGTCGCAGGTGTCGGTGTGCTGGTAGAGTCGGGAGCGGTGGAAACCGAGGAAAGACTTCTGGAGGACTATATTTCACTGGCCATCTTAAGCGATGTGGACTCCAAAACGAAGAGAATTACCGTCAACCCTGGTAATTATTTCGAAAAATAG	MKKLKRSERLVDMTQYLLSKPHTLIPLTTFAERYGAAKSSISEDLAIIKDVFESEGLGELQTLAGAAGGVRYIPKLRKDHALRFAEELCQQLQQSDRILPGGYLYMSDLLGQPSLMNEAGKIIATAFADRDIDVVMTVETKGIPLAYATAAQLNLPVVLVRRDHQVTEGSAVSINYVSGSHKSIHTMSLSRRALKERSRVLIVDDFMKAGGTIQGMVDLLGEFNAEVAGVGVLVESGAVETEERLLEDYISLAILSDVDSKTKRITVNPGNYFEK				NA	NA	NA	NA	NA
JZ016_04137	285	spoVG	COG2088	Putative septation protein SpoVG	ATGCAAATTACGGATGTCAGACTCCGCCGTGTTAACTCTGAGGGGAGAATGAAGGCAATCGCATCCATTACCATCGATAATGAATTTGTCGTTCACGACATTCGCGTCATCGACGGAAACAATGGAATGTTTGTTGCAATGCCGAGCAAACGCACTCCTGATGGAGAATTCCGCGACATTGCCCATCCCATTTCTTCCGGTACTCGCGAGAAAATTCAATCGGCTGTATTGGCCGAGTATGAGCGAGCGGCTACTGAAGAAGAAGTGATTGAAGAAGGCGCTTAA	MQITDVRLRRVNSEGRMKAIASITIDNEFVVHDIRVIDGNNGMFVAMPSKRTPDGEFRDIAHPISSGTREKIQSAVLAEYERAATEEEVIEEGA	PGPT0024830_395	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024830-spoVG-K06412	NA	NA
JZ016_04138	1395	glmU		Bifunctional protein GlmU	TTGAAAAGATTTGCTATTGTGCTCGCCGCTGGGCAGGGCAAACGTATGAAATCCAAACTATATAAAGTGCTGCATCCTGTTTGTGGCAAGCCGATGGTCGGACATGTATTGCAAACCGTACAACAGGTAAACTGTGAACGCAGTGTTGTGGTCGTAGGCCACGGCGCGGAAGCGGTTCGCACCTATCTGCAAGACGCAGCCGAGTATGTACTGCAGGAGCAGCAGCTCGGAACGGGTCACGCCGTGAAGCAAGCCAAGGAATTACTTGGCGGCGAAGAAGGCTCCACGATTGTCATTTGCGGGGATACTCCTCTGGTGACGTCCGAGACACTGGAGAATCTTTTGAAGCTGCATGAGAGCAACAATGCGGCCGCTACGGTGCTTACCGCGCATATGGATAACCCGAAAGGCTACGGCCGGGTCATTCGAGGCGAGGATGGCAGCGCACTTCGGATTGTTGAGCAGAAAGATTGCAGTCCGGAAGAGGACGCCGTCACTGAAATTAATACCGGTACCTATTGTTTTGACAATAAAAAGCTATTTGCTGCACTGGACAATGTAACCAACCAGAATGCGCAGCAGGAATATTACCTGACCGATTGCATCGGTATTCTGAAACAAGCCGGCGAGACCGTGCTTGCTTATCAGACGGATGATTACGCGGAATCGATTGGCGTCAACGACCGTCTGGCGCTGTCGGAAGCCGAAGGCTTCATGAGAGAACGCATCAACCGCACGCACATGTTGAACGGTGTTACGATCATTGACCCGTCATCAACCTATATCGGGGCTGATGTTAAGATTGGTTCAGATACCGTGCTCTATCCCGGTACCGTCCTGAAAGGAAATACGGTGATCGGTGAAGATTGCGTGATAGGACCGGATTCCGATATCGAGGATTCCGTTATTGCGGATGGTGCCAGCGTCAAACATTCGGTGCTCAGCAGTGCTGAAGTCGGCTCTCGGACCTCTGTAGGACCGTATGCTTATCTTCGTCCAGGCGCCAAGCTGGGGGATGATGTAAAGGTGGGGGACTTCGTTGAAGTGAAGAACGCCACGATTGATAACGGCTCTAAAGTATCTCATCTCAGTTATGTGGGTGATGCCAAAGTCGGCAAAAACGTTAATATCGGCTGCGGTGCGATTACAGTCAACTATGATGGTTATAATAAGTCCATTACCGAAATTGAAGATGATGCATTTATCGGCAGTAATGTGAATTTGATTGCACCGGTGAAGGTGGGCAAAGGCGCATTCGTTGTTGCAGGCTCTACCATAACGGATTCCGTTTCGGATAATGATCTGGCCATCGCCAGACAGCGTCAGGAGAACAAGCCAGGGTACGCAGAGAAGATCCGGGAACGCGCTATCGCCAAGAAGAACAAGAAATCGTAA	MKRFAIVLAAGQGKRMKSKLYKVLHPVCGKPMVGHVLQTVQQVNCERSVVVVGHGAEAVRTYLQDAAEYVLQEQQLGTGHAVKQAKELLGGEEGSTIVICGDTPLVTSETLENLLKLHESNNAAATVLTAHMDNPKGYGRVIRGEDGSALRIVEQKDCSPEEDAVTEINTGTYCFDNKKLFAALDNVTNQNAQQEYYLTDCIGILKQAGETVLAYQTDDYAESIGVNDRLALSEAEGFMRERINRTHMLNGVTIIDPSSTYIGADVKIGSDTVLYPGTVLKGNTVIGEDCVIGPDSDIEDSVIADGASVKHSVLSSAEVGSRTSVGPYAYLRPGAKLGDDVKVGDFVEVKNATIDNGSKVSHLSYVGDAKVGKNVNIGCGAITVNYDGYNKSITEIEDDAFIGSNVNLIAPVKVGKGAFVVAGSTITDSVSDNDLAIARQRQENKPGYAEKIRERAIAKKNKKS	PGPT0018955_974	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GLUCOSAMINE_MODIFICATION,PGPT0018955-glmU-K04042	NA	NA
JZ016_04139	954	prs_1	COG0462	Ribose-phosphate pyrophosphokinase	ATGACTTATCTTGATTCTAAATTAAAAATATTCACGTGTAATTCCAATCCTAAACTTGCCCATCAAATCGCCGATTATATCGGCATTCCGATGGGGGAATCGCATACAACCAGCTTTAGCGACGGCGAGATTCAAGTAAAGCTCTCCGAGAGCGTGCGGGGCTGCCATGTTTATATTGTGCAGTCCACCTGCTTGCCGGTGAATGATAACCTGATGGAACTGCTGGTTATGGTGGATGCGCTCAAGCGGGCATCCGCGAAGAGCATCAACGTGGTTATTCCGTATTACGGATATGCCCGTCAAGACCGCAAAGCGCGTTCGCGGGATCCGATCACCGCTAAGCTGGTTGCGAATCTGATCGAAAAAGCAGGAGCTCATCGTGTCATTACGATGGACCTGCATGCGATGCAGATTCAGGGATTTTTCGATATTCCGGTGGATCATCTGCTCGGGGTGCCGATTCTTGCCCAATATTTCCGTTCAAAGCAGATCGAGAACCCTGTCGTTGTATCTCCGGATCATGGCGGTGTCGTTCGCGCGAGAAAGCTTGCTGATTTCCTGAATGCACCGCTGGCGATTATCGATAAACGCCGCCCTGAGCCGAATGTCAGTGAAGTCATGAACATTATCGGGAATATCGAAGGCAAGACCGCCATTCTGATTGATGACATTATCGATACCGCCGGTACGATTGTGCTGGGTGCCAATGCGTTGATGGAAGGCGGCGTTAAGGAAGTCTACGCGTGCTGTACACATCCGGTTCTCTCGGGCCCTGCCCATGAGCGCCTGGAAAACTCCCCGCTGAAGGAAGTTGTTGTAACAGACACCATTCCGATCACCAATCCGAACCCGAGCAGCAAGCTGACGGTATTGTCGGTTGCTCCGTTGATGGGTGAAGCCATCATCCGGGTTCATGAGGAACTGTCGATTAGTAAATTGTTTGAAATAGAATAA	MTYLDSKLKIFTCNSNPKLAHQIADYIGIPMGESHTTSFSDGEIQVKLSESVRGCHVYIVQSTCLPVNDNLMELLVMVDALKRASAKSINVVIPYYGYARQDRKARSRDPITAKLVANLIEKAGAHRVITMDLHAMQIQGFFDIPVDHLLGVPILAQYFRSKQIENPVVVSPDHGGVVRARKLADFLNAPLAIIDKRRPEPNVSEVMNIIGNIEGKTAILIDDIIDTAGTIVLGANALMEGGVKEVYACCTHPVLSGPAHERLENSPLKEVVVTDTIPITNPNPSSKLTVLSVAPLMGEAIIRVHEELSISKLFEIE	PGPT0021480_3907	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021480-prsA-K00948	NA	NA
JZ016_04140	201			hypothetical protein	TTGAAAGCTTTCGAACAGAAATTAACGCACCACAGTCATTTTCAATACCATATGAAGCATGGCATCCCTGTTCAAGTCTATGAACTGGGTTGTCACATCGACGTGGGTCTGATCACTGCAGTCGACGCCTACTTTGTCGAGCTTGAGGGGACGCTATACAACCGGAACACGTTCACTTTCATCTCCAGGCCCGGATATTGA	MKAFEQKLTHHSHFQYHMKHGIPVQVYELGCHIDVGLITAVDAYFVELEGTLYNRNTFTFISRPGY				NA	NA	NA	NA	NA
JZ016_04141	564	pth		Peptidyl-tRNA hydrolase	ATGAAATGGATTGTCGGACTGGGCAACCCCGGTTCAAATTATGAGAAGACACGCCATAATGTTGGGTTCATGGCGCTGGATGCTCTGGCAGAGCGACACGGCATGAAGTTTAATCAGAATAAATGCAAATCGGTCATCGCGGAAGGGATGATTGGTGGCACTAAAACGGTCCTGATCAAACCGATGACGTTCATGAATCTTTCAGGCGAGGCCGTGCGTGCTTATATGGATTATTATAAAGTGAGTCTTGAGGACATGATTGTGGTCTATGATGATTTGGATACCGTCGTCGGTAAGATCCGCCTGCGATATCAGGGCAGTGCCGGAGGACATAATGGCATTAAATCCATTATTCAGCATACCGGGACGCAGAGCTTCAACCGCGTCCGAATGGGCATATCGAGGCCTGAGCCAGGTTATGCCATTGTGGATTATGTGCTGGGTACATTTCCGAAGAAAGAACGCGAACAGCTGCAGAGCATGGTTGAGGAGACCTGTGACGCGCTGGAATTCAGTCTGGATCATACCTTTGAGCAGACGATGGCGAAGTTCAACAAGTCCTAG	MKWIVGLGNPGSNYEKTRHNVGFMALDALAERHGMKFNQNKCKSVIAEGMIGGTKTVLIKPMTFMNLSGEAVRAYMDYYKVSLEDMIVVYDDLDTVVGKIRLRYQGSAGGHNGIKSIIQHTGTQSFNRVRMGISRPEPGYAIVDYVLGTFPKKEREQLQSMVEETCDALEFSLDHTFEQTMAKFNKS	PGPT0023420_61	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023420-tarL-K18704	NA	NA
JZ016_04142	318			hypothetical protein	ATGGAAGCAACCTGCCGGAAGATCGAAGTCTTAAACGAGGGAATTCCGGGCATACTGAAGGTATATACGACCTTCAGGAGGCATATGATGGCGATAACCTATGTTTGCAGACACTGTCGGGCTTTTCAGGGCCGCATCGATTCCAATCACGTATCCGAAGCCCGTCTCGGATTTGATTCCTTGACCCCTGAGGAACGCAAGGATATAATAGCCTATGATTTTAACGGAGAAGTGATGGTCCGGGTAACCTGCGATCATTGCAGAGAAGCCCTCGAAGCCCATCCGGAACTTAGCCTTTTGGCAAATCCCCTGCAATGA	MEATCRKIEVLNEGIPGILKVYTTFRRHMMAITYVCRHCRAFQGRIDSNHVSEARLGFDSLTPEERKDIIAYDFNGEVMVRVTCDHCREALEAHPELSLLANPLQ				NA	NA	NA	NA	NA
JZ016_04143	3528	mfd		Transcription-repair-coupling factor	TTGTTACAAGCACTTATTGATGTATTTTCGAAGGATTCGGACTTCAAATCCATAACCGCTGGCGTTCAAGCCGGCATGAGGGAGCAATTGATCTCCGGTCTTTCCGGGTCGTCCAGACAGATCTTAATGGCTGCATTGCACCAGGACCAGCAGCGCCCGCTGCTCGTGGTCACTCATAATATGTTTTCAGCCCAGAAAATTGCGGATGATTTACAGGAAGCGCTCTCACCGGATCAAGTGTTATTATACCCGGCGAATGAGCTGGTAGCAGCCGAGTCGGCCGTTTCAAGCCCCGAGACTCTGGCGCAGCGGATTGATGTTCTCGTCCGTTGTGCAAGAGGCTTCCGGGGTATTGTCGTTGCGCCATTTTCCGGCGTGCGTCGCCTGCTTCCCGCTCCCGAAGTGATGTCCGATGCCCGAATCGTGCTCCATGACGGCGGTACACTCGTGCTGGAATCCTTTCTGAACCAGATGATCGAGATGGGATATGAACGGGTGGAGCGCGTCGAGAGCCGCGGCGAGATGAGTGTCCGCGGCGGTATCATCGATTTTTATCCGATGACAACGACCATGGCGTACCGCGTAGAACTGTTTGATGAGGATATCGACTCGATTCGTACCTTCGACCCGGCGGATCAGCGCTCGATTGATAAGGTCCGGGAAGTCACCATTACACCATGCAAGGAAATTATTGCCGATTCGGAGCGGCTTAGTCGCACAGCTGATACGGTGGCCCGTCTGCTGGAGACGCAGCTCGAACGCATGAGTGATCGTCAGGCCAAGCTCCGTTTGCGGGACGAAATACACCGGGAAGTTGAGATGCTGCGCGAGCGGATGTATTTCCCTGAAATCTATAAATATATCTCCCTGTTGTATCCGGAGAAGACCAATTTATATGATTACTTGCCGAAGGATACGATTCTGATTATGGATGAGCCTGCTCGCCTGTTAGAAACAGCCAAGCAGCTGGAGCGGGATGAAGCGGAATGGAATTTGCATCTGATGCAAAATGGCAAATCGCTGCCGGATCTGCCGCTGTCGCTGGATACGGAAGAACTGATCTACCAGCATCCCTACCAGAGCCTGTTGATCTCCATCTTCCTGCGTCAGGTGCCAAGAATGCAGCCGCAAAATATCGTCAATATGATTACGCGCGGCATGCAGGATTTCCATGGACAGATGAACGTGCTCAAGGCCGAGATGGAACGCTGGAAGAAGTCGGGCGTTCAGGTCATGATGCTGGCAGGCGATGCAGAGCGGATGGACCGTATGCGGCGGGTGTTGCTGGACTATGGCATCGAAGAACCGGTGATGTATGAAGGGCATTTGCAAAATGGCTTCGAGATGCCTTCGGTCCATGCTGCTATTATTACAGAGAGTGAGATGTTCTCCTCGAAGCAGCGTAAAACACGCAAAACCACGAAGAATATGGACAACGCCGAGCGCATCAAGAGTTATACGGAGCTCAAAGTCGGCGACTATGTGGTGCATCAAAACCACGGTATTGGGAAATATATGGGGATCGGGACGCTCGAAATCAACGGAATCCATAAGGACTACATGCATATTTTGTATGCCGGGGGCGATAAGCTGTCCGTTCCGATTGAGCAGATCGATCTCATTCAGAAATATGTCGGTTCCGAAGATAAGGAGCCGAAGGTTTACAAGCTGGGTGGAAATGAATGGACACGGGTTAAGAACAAGGTTCGTTCTTCCGTTCAGGATATCGCCGACGATCTGATCAAGCTGTATGCCGAGCGTCAGTCTGCGCCTGGATACGGTTTTGAGAAGGATACGTCGGAGCAGCAGGAATTCGAGGACATGTTCCCATATGATGAAACACCCGATCAGCTTCGGGCCATTACCGAAATCAAAAAAGACATGGAACAAAACCGACCGATGGACCGGCTCCTGTGCGGTGATGTCGGTTACGGGAAAACGGAAGTGGCGGTTCGAGCTGCCTTTAAAGCGGCGATCGAAGGGAAGCAGGTTGCGGTGCTGGTACCGACAACGATTTTGGCCCAGCAGCATTACGAGACGTTCCGGGAGCGCTTCGCCAATTATCCGATCAACATTCAGGTGCTGAGCCGTTTCCGGAGCCGTAAGGAGCAGAATGAGACGATCAAGAAAGTAAAGCAGGGCTCCGTCGATATTCTGATCGGAACGCATCGACTGCTGTCGCAGGATATTGTGTTCAAGGATCTGGGACTGCTGATCGTGGATGAAGAGCAGCGATTTGGCGTTACGCATAAGGAGAAATTGAAGAAGCTGAAGACCAATGTCGACGTGCTGACGCTGACGGCAACGCCGATTCCGCGCACGCTGCATATGTCGATGCTCGGTGTTCGGGATTTGTCCGTGATCGAGACACCGCCGGAGAATCGTTTTCCAGTGCAGACTTATGTCGTAGAGCATAGCCAGACCCTGGTGCGGGAAGCGATCGAGCGGGAGCTGGCCCGGGGCGGTCAAGTTTACTATCTTTACAACCGGGTTCAGGGCATTCAGGAGATGGCAGCCCAGATATCCATGCTGGTACCGGAGGCCCGAGTGGGTGTGGGACACGGCCAAATGTCGGAAACGGAACTGGAGAAGACCATTCTCGACTTCCTCGACGGCGAATACGACGTATTGGTGAGCACAAGCATTATTGAGACGGGCGTGGATATCCCGAATGTCAATACGCTTATCGTGCATGATGCGGACAAAATGGGCCTCTCCCAGCTGTATCAGCTGCGCGGACGCGTCGGACGTTCCAACCGAATCGCATATGCTTATTTCACGTACCAACGGGATAAGGTGTTGACCGAAGTGGCCGAGAAGCGGCTGCAGTCCATTAAAGAATTTACGGAGCTTGGCTCCGGATTCAAGATTGCGATGCGGGACCTGTCGATTCGCGGTGCGGGCAACCTGCTCGGAGCGGAGCAGCATGGTTTTATTGCTTCCGTCGGGTTCGATTTGTATTCACAAATGCTGGCGGAGGAGATTCAAAAGCGCAAAGTCAGCATGTTGGGTGAGCCGCCATTGCCATCGAAGGACTGGAACACCTCCATCGATCTGGGGATTGATGCTTACTTGCCGTCTGATTACATTTATGACAGCATCCAGAAGATCGAAATTTATAAAAAAGTGGCTGTCGTTTCGTCTATCGACGAATCGGCTGAGCTTGAGGACGAGCTGCTTGACCGCTTTGGCGAGCTGCCGCTTGCGGTAAGTAACCTGCTTGCCGTATCCCGCTTGAAGGTATATGGTCGTACGTACGGGATCGACTCCATCATCCAGCGCGGCGATGATGTGCTGCTGCAGTTTTATGAAGGGCAGGACAAAGCGATTGATACAACAGGGCTTGCGCAAATTGGAAATATGTTCGAAAGACGTGTACAATTTGAACAAGGGCCGACTATGGCCATTCGAATCAAAGGCAAGGGACTTTCCGATCAACAACTGCTAGAATTGCTGGAGCAATTCCTGGAGGCCGCAAAAGGGCCATTCAACCTGAAGGGAGAACTACAAAATGCCGTCAAGAAATAA	MLQALIDVFSKDSDFKSITAGVQAGMREQLISGLSGSSRQILMAALHQDQQRPLLVVTHNMFSAQKIADDLQEALSPDQVLLYPANELVAAESAVSSPETLAQRIDVLVRCARGFRGIVVAPFSGVRRLLPAPEVMSDARIVLHDGGTLVLESFLNQMIEMGYERVERVESRGEMSVRGGIIDFYPMTTTMAYRVELFDEDIDSIRTFDPADQRSIDKVREVTITPCKEIIADSERLSRTADTVARLLETQLERMSDRQAKLRLRDEIHREVEMLRERMYFPEIYKYISLLYPEKTNLYDYLPKDTILIMDEPARLLETAKQLERDEAEWNLHLMQNGKSLPDLPLSLDTEELIYQHPYQSLLISIFLRQVPRMQPQNIVNMITRGMQDFHGQMNVLKAEMERWKKSGVQVMMLAGDAERMDRMRRVLLDYGIEEPVMYEGHLQNGFEMPSVHAAIITESEMFSSKQRKTRKTTKNMDNAERIKSYTELKVGDYVVHQNHGIGKYMGIGTLEINGIHKDYMHILYAGGDKLSVPIEQIDLIQKYVGSEDKEPKVYKLGGNEWTRVKNKVRSSVQDIADDLIKLYAERQSAPGYGFEKDTSEQQEFEDMFPYDETPDQLRAITEIKKDMEQNRPMDRLLCGDVGYGKTEVAVRAAFKAAIEGKQVAVLVPTTILAQQHYETFRERFANYPINIQVLSRFRSRKEQNETIKKVKQGSVDILIGTHRLLSQDIVFKDLGLLIVDEEQRFGVTHKEKLKKLKTNVDVLTLTATPIPRTLHMSMLGVRDLSVIETPPENRFPVQTYVVEHSQTLVREAIERELARGGQVYYLYNRVQGIQEMAAQISMLVPEARVGVGHGQMSETELEKTILDFLDGEYDVLVSTSIIETGVDIPNVNTLIVHDADKMGLSQLYQLRGRVGRSNRIAYAYFTYQRDKVLTEVAEKRLQSIKEFTELGSGFKIAMRDLSIRGAGNLLGAEQHGFIASVGFDLYSQMLAEEIQKRKVSMLGEPPLPSKDWNTSIDLGIDAYLPSDYIYDSIQKIEIYKKVAVVSSIDESAELEDELLDRFGELPLAVSNLLAVSRLKVYGRTYGIDSIIQRGDDVLLQFYEGQDKAIDTTGLAQIGNMFERRVQFEQGPTMAIRIKGKGLSDQQLLELLEQFLEAAKGPFNLKGELQNAVKK				NA	NA	NA	NA	NA
JZ016_04144	1086	prsA3	COG0760	Foldase protein PrsA 3	ATGCCGTCAAGAAATAACAAGGCATGGAAGACGTTTATTGTATCCATCACAGCAGTACTATCCATGTCGATGATCGCTGCGTGCGGAAACGACAAGACTAAGGGAACCGAAGATGATAATAGCAAAGTTATCGTCAAATATAAGGGTGGAGAAATTACCGAGAAGGAATTTGATCTGGAACAGCGCATGATTCAGTTCATGTCCCCGGAATACGCCCAATTTTTACAAATGGATGAATTTAAGGAGTATTTGGCGAAACAGGGGGTAGCCTATGAATACCTGTACGCCAAAGCTGACGATAAAGCGAAGGAAGCTGCCGGGAAGCAAGCGGATGATTTGTTAAAGCAGCAGAAGAGCGGAATGGGCGAGGAGCAGTTTAAAGCTGCTCTGGAATCGCAGAAATTGACGGAAGACGACCTCAAAAATTATATGCTTCGCGTCATGACCGTCATGGAGCACGAGAAGAATCAGGTAAAAGAAGAGGATATCAAGAAGGAATTCGATGCGAACAAGAAGGATTATACCAACATTAGCGTTCGTCATGTCCTGATTGGTTTTAAAGATACCGAAGGCAAGGAGAGACCTGAGGGAGAGGCGCTCAAAATTGCCAAGGAAGTACAGTCCAAGCTGAATAAAGGGGAGGATTTTGCTGCTTTGGCGAAGGAATACTCCCAGGACCCGGGCTCCAAGGACAGCGGGGGTCTGTACGAGAACAAACCCGCAGGCAGCTGGGTGCCTCAATTCAAGGAAAAGGCCTTAACGCTGGAACTGAACAAAATCAGCGATCCGGTAGAAACCGATTACGGCTACCATGTCATGAAAGTGGAGAAGCGTGAGGAAGTGTCTTACGACAAACTGCCTGCCGATCAGAAGGAAGGCATTCGAAATGAGCTGGCTTCGGCGAAGATTGACAACTTCATGCAGAATGAGCTTAACGACCTGATTGAGAGCATGAATCTTCCGAAAAGCGAGAATGCGGACAAGCCTGCCGAGGGCACGGGAGACCAGAAGACAGACGGTACAACCGACAAACCGGCGGAAGGTGATCAAACACCGGATGCAGGCAAGGACGACACAGGTAAATAA	MPSRNNKAWKTFIVSITAVLSMSMIAACGNDKTKGTEDDNSKVIVKYKGGEITEKEFDLEQRMIQFMSPEYAQFLQMDEFKEYLAKQGVAYEYLYAKADDKAKEAAGKQADDLLKQQKSGMGEEQFKAALESQKLTEDDLKNYMLRVMTVMEHEKNQVKEEDIKKEFDANKKDYTNISVRHVLIGFKDTEGKERPEGEALKIAKEVQSKLNKGEDFAALAKEYSQDPGSKDSGGLYENKPAGSWVPQFKEKALTLELNKISDPVETDYGYHVMKVEKREEVSYDKLPADQKEGIRNELASAKIDNFMQNELNDLIESMNLPKSENADKPAEGTGDQKTDGTTDKPAEGDQTPDAGKDDTGK				NA	NA	NA	NA	NA
JZ016_04145	543	spoVT	COG2002	Stage V sporulation protein T	ATGAAAGCTACTGGTATCGTCCGCCGTATTGATGACCTCGGGCGCGTGGTCATTCCAAAAGAAATTAGACGCACACTGCGGATTCGCGAAGGCGACCCGCTGGAAATTTTCGTTGACCGGGATGGAGAAGTCATTCTGAAGAAATATTCACCGATCGGTGAGTTGGGTGATTTTGCGAAGGAATATGCAGAGTCCCTTTATGAGAGCACAGGTCACATCACGATCATATCGGACCGTGATACATTTATCGCCGTAGCAGGCGGCTCCAAGAAGGAGTATTTGGACAAGCCAATCGGCAACCTTCTGGAAAACTGCATGGAAAATCGCAAGACAGTGCTGGAAAGCAACAGCGGTACGTATGAGATCAGCAAAGACAATCCGGAAACTCTGTCCGCATTTGTCGCTGCGCCTATCATTGCTGGTGGAGACCCGATTGGCAGTGTTGTGCTGCTGAACAAGGATGAATCCGTGAACATGGGTGAGATGGAAGTGAAGATGTCTGAAACTGCTGCAGGCTTCCTCGGCAAGCAAATGGAACAGTAA	MKATGIVRRIDDLGRVVIPKEIRRTLRIREGDPLEIFVDRDGEVILKKYSPIGELGDFAKEYAESLYESTGHITIISDRDTFIAVAGGSKKEYLDKPIGNLLENCMENRKTVLESNSGTYEISKDNPETLSAFVAAPIIAGGDPIGSVVLLNKDESVNMGEMEVKMSETAAGFLGKQMEQ	PGPT0024790_211	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024790-spoVT-K04769	NA	NA
JZ016_04146	1803	murJ_2	COG2244	Lipid II flippase MurJ	TTGTCCGGTTTCTTTTTTTGTACCACGCTCACACCCTTGGTTATAATGATGTACATATGGCAGCATCTGAATGATGATGGGTCTATATTTACGGAAAAAGAAACTAGGGGATTGGAAGAGGATATGAAACCAGATCAAACAGGGGCAAGGCTTCTACAGGGAGCGTTTATTCTCAGTGCGGCCGCGCTTTTGTCCAAATTGATTGGCACACTGCAAAAAATACCGCTGCAAAATATGGGCGGGGATGCCGTCTTTGGCATCTACAATACGGTTTATCCGTTCTATATGATGATCATTACGATAGCGGCCGTCGGTTTCCCCGCAGCGGTCTCCAAATATGTGGCAGAATATGAGGCTGAAGGGCGCACAGAGGACGGTCATCGCCTGCTCCGCCTGTCATCCGCCTCGTTGGTGCTGTTCGGTCTGATTCTCGGCTTGCTGATGTATGTCTGCGCTCCGTGGATCGGGATGTGGATCGGAAGCAGTCAGGTTGTACCCGCCCTCCGCGCAGGCGCGTTGGCGCTGGCATTCGTGCCTTGGATGTCGGTCCTCCGCGGTTATTTTCAAGGGCTGCACAATATGGTGCCGACGGCGATTTCCCAGATTACGGAGCAAGTTGTCCGTGTCGGGGTTATGATTGTGCTGCTCCTTTACATGATACGGGCCGGCGCCGATTCCGACATGATTGCCGCCGGGGCCCTGCTAGGATCTGCTGCCGGTGGTGCTGCCGGTCTGGTGGTGATGGGAATCTACTGGCGCAAGCATCTCCGGGGAACTCGGAGTAAAGCACAAGGAAAAGTTGTCTACGGAATCAGAGCAGCGGGTATGAACGAAACGAGGATGCGTGCCGATGTATCTAGAGAGGGAGCAGGTGTTCTGCTTGGACGCCTGCTTGCTTATGGAATTCCGGTCTGTCTTAGTCTGCTCGCGGTTCCGCTGATTGGACTGGTGGATACCTTCACGGTGCCCCGGTTATTGACATCCGGCGGACTGGGCGAAGCAATGGCTATGGCAGAGTTTGGGGTCTATAACCGCGGACTGCCGCTTGTCCAGCTGGTTACGATGCTGGCTACTTCGTTGTCGGTTCTGTTTATCCCTGCCCTGGCAGAGGCCAAGTTCAAGGGAGAGTCCAGCCGGGTTGCAAGCCAAACCCGCATGGCCCTCCGCTGGTTTTGGCTGATCGGGATGACGGCTTCCGTAGGCTTGGCAGTGCTGGCTGAGCCGATTAACGTTATGCTGTACGAGGATGCCGCAGGAACGGTGACGATGCAGGTGATTGCCTTTACAGCCGCCGGGGGTACGCTGAGCACGATTACAGCCGCGCTGCTTCAAGGCATCGGCATTGTAAAGGCCCCGGCGGTTCATCTGCTGGCTGCGGCAGGGCTCAAGCTGCTGCTCAACCTGCTGCTGGTGCCGCAGTTTGGCATTACCGGCGCAGCTATCGCCGGCGTGGCCGCGCATCTGACCGCCGCCGCGCTCAACCTCGCGCTGCTCTCGCGAAGCGCCGGCGCCCGCCTTGACGCCGGCGGCATGCTTGCGAGGACGCTGCCGGTCCTCGCCGCGGTGGCGCTGGCCGCCTGGGCCGCAGGTGAGGCAGCTGGCGGCATTCTGGCGGCGGCCGGCTTCGCCCCAGGTCGCCTCACCCACGCGGCAGCGGGCCTGAGCGGCGTCGCGGCCGGATGCGGCGCCTTCCTTATCGGCGCCGCGCTCACGAAGCTCCTCACCGAGGAGGAGCTTCGGATGCTGCCGAAGGTCGGAAGACCACTGGCAGCCTTCTTGCGGGCCCTGCGTATGCTGCGCTGA	MSGFFFCTTLTPLVIMMYIWQHLNDDGSIFTEKETRGLEEDMKPDQTGARLLQGAFILSAAALLSKLIGTLQKIPLQNMGGDAVFGIYNTVYPFYMMIITIAAVGFPAAVSKYVAEYEAEGRTEDGHRLLRLSSASLVLFGLILGLLMYVCAPWIGMWIGSSQVVPALRAGALALAFVPWMSVLRGYFQGLHNMVPTAISQITEQVVRVGVMIVLLLYMIRAGADSDMIAAGALLGSAAGGAAGLVVMGIYWRKHLRGTRSKAQGKVVYGIRAAGMNETRMRADVSREGAGVLLGRLLAYGIPVCLSLLAVPLIGLVDTFTVPRLLTSGGLGEAMAMAEFGVYNRGLPLVQLVTMLATSLSVLFIPALAEAKFKGESSRVASQTRMALRWFWLIGMTASVGLAVLAEPINVMLYEDAAGTVTMQVIAFTAAGGTLSTITAALLQGIGIVKAPAVHLLAAAGLKLLLNLLLVPQFGITGAAIAGVAAHLTAAALNLALLSRSAGARLDAGGMLARTLPVLAAVALAAWAAGEAAGGILAAAGFAPGRLTHAAAGLSGVAAGCGAFLIGAALTKLLTEEELRMLPKVGRPLAAFLRALRMLR	PGPT0017190_5	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_OTHER_SUGAR_TRANSPORT_RELATED_PROTEINS,PGPT0017190-TC_PST-K03328	NA	NA
JZ016_04147	1515			hypothetical protein	ATGAGTGCATCCATTACGGTGGTCGGCTTGGGTTCTGGCAATCCGGATCGATTGACGATAGGTATCATAAAAACCATGCAGCGGGCATCGAAGGTGTATGTGCGTACATTATCTCATCCCGTCATTGCTGCGTTGAATGAATTCCAGATTGAACCGGAATCGTTTGACCATGTGTATGAAGCGTATGACACCTTTCCCGAGGTGTACGAATCCATTGCATCCGCGCTAATCAACTTGGCCAAAGCTGCTGAGGAGGATCGCGAGATTGTCTACGCGGTGCCCGGGCATCCCATGGTAGCGGAGGCAACGGTTCGGTTATTACGGGAACGCTGCCCGGGAGAGCATGTGACGCTTACGGTGCTCGGCGGTGAGAGTTTTCTGGACGAGGCCTTCGTTCGCCTTGGTTTCGATCCCATTGAGGGCTTCCAGCTTCTCGATGCGGCTGAGCTTCGGGCAAGCGTCATCCAGCCGCAGCTGCATACCCTGATCGGCCAGGTGTATGACATGTTTACGGCTTCGGAAGTTAAACTGGCGCTGATGGAGCTGTATCCGGACGATTATCCAGTCATTGTCGGCCATGCGCTGGGCGTTGAGGGCGAAGAAGCGATACAGCAAGTACCGCTCTTTGAACTCGATCGCATCGACGGCTACGGGAATTTGTCGCTGATCTACGTACCCCGAAGCGATGACAGCACGTTAAGGCAGCGAACGTTTGCCCGGCTCCATGAGATCGTTGGCATTCTCCGCAGTCCTGAAGGCTGTCCGTGGGACCGCGAGCAGACCCACGAATCCATCCGCAAAAATCTCATCGAAGAAACCTATGAGGTATTGGAGACGATTGATGAGGATGATCCTGAGCATATGCAGGAAGAACTTGGGGATCTGCTGCTGCAGATTATGCTGCATTCCCAGATGGAAGAGGAGCTCGGTACCTTTACGGTGTATGATGTCATTCAAGCGCTGAATGACAAGCTGATCTTCCGCCACCCGCATGTCTTTGGCGAGAGCAGCGCCAAAGACGCGCAATCTGCCCTGCAGAACTGGGAGCAGATGAAAGCGGAAGAGAAGCGTCGCAAGGGGCTCTCACCTGAGAAAGCCTCGGCGCTGGATGGCATCCCGCGGGATCTTCCCGCCTTGATGAAGGCGTACAAGCTCCAGAAGAAGGCATCCAAGGTTGGTTTCGATTGGGATAATATCGAAGGTGTGTTCCAGAAGATTGAAGAGGAACTCGGTGAACTGAGGCAGGCGGTGACCGAGGGCCAGTCTGATGAGGACACAGCACTAGAGCTCGGCGATCTGCTGTTCGCGGTCTCCAATGCGGCAAGATTTATCGGTGCGGATCCGGAAGAGGCGCTCTCGAGAACGAACCGAAAGTTTGTCAGTCGCTTCAGCTACATAGAGGAGAAGCTTGCCGCCCAGGGGAAAACCTTGCAGGAAAGTACTCTGGACGAGATGGAAGCCCTATGGCAGGCCGCTAAATCGGGATCGGCACAAAACGGCGGTATCGACGTGTGA	MSASITVVGLGSGNPDRLTIGIIKTMQRASKVYVRTLSHPVIAALNEFQIEPESFDHVYEAYDTFPEVYESIASALINLAKAAEEDREIVYAVPGHPMVAEATVRLLRERCPGEHVTLTVLGGESFLDEAFVRLGFDPIEGFQLLDAAELRASVIQPQLHTLIGQVYDMFTASEVKLALMELYPDDYPVIVGHALGVEGEEAIQQVPLFELDRIDGYGNLSLIYVPRSDDSTLRQRTFARLHEIVGILRSPEGCPWDREQTHESIRKNLIEETYEVLETIDEDDPEHMQEELGDLLLQIMLHSQMEEELGTFTVYDVIQALNDKLIFRHPHVFGESSAKDAQSALQNWEQMKAEEKRRKGLSPEKASALDGIPRDLPALMKAYKLQKKASKVGFDWDNIEGVFQKIEEELGELRQAVTEGQSDEDTALELGDLLFAVSNAARFIGADPEEALSRTNRKFVSRFSYIEEKLAAQGKTLQESTLDEMEALWQAAKSGSAQNGGIDV				NA	NA	NA	NA	NA
JZ016_04148	273	hup_1		DNA-binding protein HU	ATGAACAAAACAGATCTGATCAACAACATTTCCGGTAAAAGCGGTTTGACAAAAAAAGACGTAGAGAACGTCCTGAACGGCTTCCTTGGTGAAATCACTGAAGCTTTGGCTAATGGCGATAAAGTTCAATTGATCGGCTTTGGTACATTCGAAACTCGCAAGCGCGCTGGACGTACTGGCCGCAACCCGCAAACGGGTAACACGATCGAAATTCCAGAATCCAACGTTCCTGCGTTCAAGGCAGGTAACAAGCTTAAAGAAGCCGTAAAATAA	MNKTDLINNISGKSGLTKKDVENVLNGFLGEITEALANGDKVQLIGFGTFETRKRAGRTGRNPQTGNTIEIPESNVPAFKAGNKLKEAVK				NA	NA	NA	NA	NA
JZ016_04149	279		COG1188	putative protein	ATGCGCGTCGATAAATTCCTGAAAGTATCGAGGTTAATCAAGCGGCGTACCGTAGCGAAAGATGTATCGGATCAAGGTCGGGTGCTGATCAATGGCCGCGAGGCCAAGCCGAGCAGCACGGTTAAATTGGGCGACGAGATCACCGTCCAGTTTGGCCAGAAGCTGGTGACCGTCCGGGTCGAGCGTCTTACCGAGACAACCCGTAAAGATGAGGCGACCAGCCTCTACACCTTGGTCAAGGAAGAACCGATCGTTAAAGATCGCGGATTGGACTGGTAA	MRVDKFLKVSRLIKRRTVAKDVSDQGRVLINGREAKPSSTVKLGDEITVQFGQKLVTVRVERLTETTRKDEATSLYTLVKEEPIVKDRGLDW	PGPT0012225_994	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567	NA	NA
JZ016_04150	282	yabP		Spore protein YabP	ATGATCGACCAAGGGAAGGGTAAGTTTCATGACCTGCGGATGCAGAACCGGAAGCTGCTGGACATAACGGGTGTCCAAAATGTGGAGAGCTTTGACAGTGAAGAATTTCTGCTTCAAACCGAGCTTGGGCATCTCACCATTCGGGGGCAAAATTTACATATTAAAAATCTCAGCCTGGAAGAGGGGCTTTTGTCGATTGAAGGTCAGGTGCATTCACTGATTTATTTGAATCCCGGTTCGCAGACCAAGAACAAGAGTCTGCTGGGTAAGCTGTTTAAATGA	MIDQGKGKFHDLRMQNRKLLDITGVQNVESFDSEEFLLQTELGHLTIRGQNLHIKNLSLEEGLLSIEGQVHSLIYLNPGSQTKNKSLLGKLFK	PGPT0024990_245	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024990-yabP-NA	NA	NA
JZ016_04151	570	yabQ		Spore protein YabQ	ATGAACCCCAGCGTACAATGGATCACGCTGCTCTGGATGCTCTTCTCCGGAGCAGCGATGGGAGTCGCCTTTGACAGCTACCGGGTGCTGGCAGGGCAGCTCCGTTTCCCGCGATGGTCCAAGCATACCCTGGACTTCCTTTACTGGATTGCGGCAGCCTTCTTCATTTTTCGCATGTTGTACGTGACCAATGACGGTCAACTGCGTTTTTATGTGTTTGTGGGCCTGTTTATAGGGGTTTGGATCTATTTTTTATTATGGAGTGTCATAACCCAGCGTTTTGTGGTAATGTTAATTCAAGTGACAAAAGGCTTAATGGCCTTTTTGTACAAGCTGTTCCGTATGTTAGTGTGGAATCCCATCAAAGGACTCCTAATGCTCATCTTGGGATTGTTAAGGTTTCTATGGAAGTTTCTCCTGTCGCTGTTGCGTTTAGTCCTTAAATGCCTCATGCCTTTTTGGCGACTCTTGAAATGGATGCTGAGACCGATCACATCCAGAGTCAGGCTGCCGGCATGGAGCAAGCAACTCGCGGACAAGGTTATTAAGGCGTGGAAGCGCTGGTTTTAG	MNPSVQWITLLWMLFSGAAMGVAFDSYRVLAGQLRFPRWSKHTLDFLYWIAAAFFIFRMLYVTNDGQLRFYVFVGLFIGVWIYFLLWSVITQRFVVMLIQVTKGLMAFLYKLFRMLVWNPIKGLLMLILGLLRFLWKFLLSLLRLVLKCLMPFWRLLKWMLRPITSRVRLPAWSKQLADKVIKAWKRWF				NA	NA	NA	NA	NA
JZ016_04152	351	ftsL_1		Cell division protein FtsL	ATGGGAAGATTTGCTGATCCGTCGAAGCAGGCTCCCCAACAAACCAAGACAAAGAACAAGGGCGCACGCCGGCGTAAAAAAATGTTTGTGGCGATGATGGCGCTGTTTTTGATCTGGGCAGGTTCAACGCTCTGGTCCCAGAATGACCGCATCCGTAATCAGAACGAAGCGCTTGCTCAAAAGCAAGAGGATTATAAGTCCGTTGAACAGTCGCTAATCCAGATTACTCATGAAGTGGAGCGATTGAAGGACCCTGAATATATCGGGCAGATTGCCCGCAAGAAGTTTGGACTGTATCTGCCAAATGAGACGCCGATCATTCAGCCCCAAAATTCGGGCGAAAAGCCGTAA	MGRFADPSKQAPQQTKTKNKGARRRKKMFVAMMALFLIWAGSTLWSQNDRIRNQNEALAQKQEDYKSVEQSLIQITHEVERLKDPEYIGQIARKKFGLYLPNETPIIQPQNSGEKP				NA	NA	NA	NA	NA
JZ016_04153	489	pnp_2		Polyribonucleotide nucleotidyltransferase	ATGGCAATTGAAGTGGGCACCAAGTTAGAGGGCAAGGTGACAGGCATAACGCATTTTGGAGCATTTGTGGATCTGTCAGGAGGTGTCACGGGTCTCGTTCACATCTCGGAGATCGCCGACAATTACGTTAAGGATGTCAACGATCATTTGAAAATCAACGACGTCGTTACCGTGAAGGTGATTAATGTCGACAAGGACGGCAAGATCGGTCTTTCGATCAAGCAGGCTGTCGACAAGCCGGCTTCCGAAAGTCGTCCACCCCGCGCACCGAGACCGGAACGCAGTGGAGGCGGCGGAGAACGATTCGGAGGTGGCGGTGGTGGAGGATTCAACCGTGAACGCGGCGGACGCCCGTTTAAGCCTGCGGCCAACAAGCCTTCATTTGAGGATAAAATGTCACGCTTCCTAAAAGACAGTGAAGAACGGATCTCTTCGCTTAAGAAGAATACGGAAGGCAAACGCGGTGGACGCGGAGCCAAACGTATGTAA	MAIEVGTKLEGKVTGITHFGAFVDLSGGVTGLVHISEIADNYVKDVNDHLKINDVVTVKVINVDKDGKIGLSIKQAVDKPASESRPPRAPRPERSGGGGERFGGGGGGGFNRERGGRPFKPAANKPSFEDKMSRFLKDSEERISSLKKNTEGKRGGRGAKRM	PGPT0014890_14	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014890-yugI-K07570	NA	NA
JZ016_04154	270			hypothetical protein	ATGGATAAAAGAAATCTGGTGATGTTTCCGGGTACTGAGGCGGTTAAAGGGGGAGCGGGTTCCATTCGTGCCCGTGTAACAGAACGGTTAGGGCAGCTGCCTTTCCTGCAGCGTCCCATCCACTTCCTGGCCGCTAAGAAGTGGATGATTCTGCTAACCTTCATGGGTTTTCTGCTCGGACGAGCTATGATTCTGGGGAGTTGTCTCCATTTGCAGTCGCTTATTTTGCAGTTATTGCCTTTATGCGTCGTGATGTTTTGCTGCCGGTAG	MDKRNLVMFPGTEAVKGGAGSIRARVTERLGQLPFLQRPIHFLAAKKWMILLTFMGFLLGRAMILGSCLHLQSLILQLLPLCVVMFCCR	PGPT0024675_19	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024675-spoIIE-K06382	NA	NA
JZ016_04155	2190	spoIIE	COG2208	Stage II sporulation protein E	ATGGTACCGGCAGAAATCTTGATCTTTTACTTTATGATGCGGGGATTGGAGACCTATGATCGGGCAGAATTGTCATATGCGCCGCTGATGGTATTTGTCTCCACCTTCTTCGTGAATCTGTTCAGTGTTCTCATCGGACCTAGCATTACCTGGTATTCCATGATGATGCTCACCCTGAACGCCGTGCTCAGCTTTGTACTGACATTGGTCTTTATCCAAGCGATCCCGGTGCTGACCCTTCGTAAAAAAACACATGCTCTTCGAAATGAAGAAATTTTATGTATCATCATTTTGCTGGCGTCGGTCATGACAGGAGCCGTTGGCTGGACGATCCAATCCCTGTCGGTAGAGCATGTCCTATCCCGATACTTAATTCTGTTGTTTGCTCTAGTCGGGGGAGCTCCACTAGGCGCCTCGGTTGGTGTAGTAACAGGCCTCATCCTCAGTCTTGCCAACATTTCGGCATTCTCCCAGATGAGTCTGCTCGCCTTCTCCGGGATGCTCGCCGGTATGCTGAAGGAAGGGAAGAAAGGCGGCGTTTCGCTGGGAATGCTGCTCGGGGCTACCATTCTCTCCATCTATTTCAGCAATCCTGGAGAAGTGATGATCTCCACTTGGGAAACCTGCGCGGCTATTGTGTTATTCCTCATTACACCCAAGAGCGTGATGCAGGCTATAGGCAAATATGTGCCAGGCACGCAGGATCATACCCGTTCACAGCATGAATATGCCAAGCGGGTCCGGGATCTTACAGCGGATCGTGTTACCCAATTTTCCCGGGTGTTCCGGCAGCTCTCGCAAAGCTTCGGACAAACGTCCGGGGTTATACAGCCTCCGGGCAAACAAACGGAGGAGATGAATCATTTCATGAATGCCGTGGCGGAGGGCAGCTGTGCCACATGCTTTAAACGGAATCAGTGCTGGGACATGAAATTTTACCAGACTTATAAATATATGACCGATATGATGACCTCCATCGAGGAGAACCCTGAGATGGAAGCAGATGATCTGCCACCGGAATGGAGCCGGATCTGTGCCAAGAAGGAGGAGGTGCTTGGCATCCTCAAGCAGCAGTATCATCTTTACCAACATGATATGCAGTGGAAACGCCAAATATACGATAGCCGACATCTGGTAGCGGAACAATTATCCGGGGTTTCGCAGGTTATGGAAGATTTGGCACGAGAGATTAAGCGGGAAAGCCAGACGATGCACATTCAGGAAGAACAGATTCGGGAAGCGCTTCAGCAGCTGGGTTTATCGATTCAAGGCATTGATATCATCAGTTTGGACTCCGGGCAGGTTGAGATTGAGATCGTTCATGCGTATACCCGGGGTTATGACGAATGCAGGAAGATTATCGGACCGCTGCTGTCCGACATTCTCGGGGAGCATATCGCCGTAATGGAAGAGACCTTGACCCATCCAAGGGATGGATTGGCCACCGTGCGATTCGGCTCAGCGAAAACATATGAAATTATGACAGGCGTAGCCGCAGCGGCTAAGGGAGGAGATATTTTATCAGGTGACAGCTTCAGTACGGTCGAGTTGGGGAACGGGACGTTTGCGGTAGCGCTTAGTGATGGTATGGGCAACGGGGAAAGGGCTCGGCTTGAGAGCAGCTCGGCTCTGAATATATTAGAACAACTGCTTCAATCCGGGATGGATGAGAAGCTGGCGATCAAATCGGTGAACTCCATCCTTATGCTGCGTTCACCGGATGAAATCTATGCTACGGTCGATATGGCCCTAATTGATCAATATACGGCTCAAACCACCTTTATGAAGATCGGTTCGACGCCAAGCTTTATCAAGCGGGGGAATGATGTCATACCGGTCTCGGCCAGCAATCTCCCGATCGGGATTATTCAGGATATCGAAGTGGATCTGGTGTCGTTACAGCTGCAAGCCGGTGATGTTCTCATCATGATGACGGATGGCATATATGATGCGCCGGGTTATGCGGTGAACAAGGAGCTATGGATGAAACGAATGATTCAGGAGGTGAACAGCGAGGATCCGCAGGAAATAGCCGATTGTTTGCTGGAGAAAGTGATTCGCTATCAACAGAATCAAATACATGATGATATGACGGTGGTGGTCGGGCGTGTGGATCACTTCCATCCGGAATGGTCGAATGTGCATGTTCCGGGCTTCGCCCGAATGGAGCGGCCGCGAACGGTTAGCTGA	MVPAEILIFYFMMRGLETYDRAELSYAPLMVFVSTFFVNLFSVLIGPSITWYSMMMLTLNAVLSFVLTLVFIQAIPVLTLRKKTHALRNEEILCIIILLASVMTGAVGWTIQSLSVEHVLSRYLILLFALVGGAPLGASVGVVTGLILSLANISAFSQMSLLAFSGMLAGMLKEGKKGGVSLGMLLGATILSIYFSNPGEVMISTWETCAAIVLFLITPKSVMQAIGKYVPGTQDHTRSQHEYAKRVRDLTADRVTQFSRVFRQLSQSFGQTSGVIQPPGKQTEEMNHFMNAVAEGSCATCFKRNQCWDMKFYQTYKYMTDMMTSIEENPEMEADDLPPEWSRICAKKEEVLGILKQQYHLYQHDMQWKRQIYDSRHLVAEQLSGVSQVMEDLAREIKRESQTMHIQEEQIREALQQLGLSIQGIDIISLDSGQVEIEIVHAYTRGYDECRKIIGPLLSDILGEHIAVMEETLTHPRDGLATVRFGSAKTYEIMTGVAAAAKGGDILSGDSFSTVELGNGTFAVALSDGMGNGERARLESSSALNILEQLLQSGMDEKLAIKSVNSILMLRSPDEIYATVDMALIDQYTAQTTFMKIGSTPSFIKRGNDVIPVSASNLPIGIIQDIEVDLVSLQLQAGDVLIMMTDGIYDAPGYAVNKELWMKRMIQEVNSEDPQEIADCLLEKVIRYQQNQIHDDMTVVVGRVDHFHPEWSNVHVPGFARMERPRTVS	PGPT0024675_24	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024675-spoIIE-K06382	NA	NA
JZ016_04156	741			hypothetical protein	ATGAAGCAAATTCTACTGATTACGGACGGATGCTCGAACGTGGGAGCCAGTCCGGTTCTGGCTGCAGCCCATGCGCTCCAGGATGGTATTGTCGTGAATGTGGTGGGGGTCCTTGATTACGGAACGATCGGTGAGCTTGGGGGATTGGAAATTCAGGAGATAGCCAAAGCGGGAGGGGGTATACACCGGATCGTAGGTACACCGCAGCTGGCGCAGACGATACAGATGATGACTCGGAAAACGGTGGTTCAGACGATCCAACAAGCGGTAAATAAGGAGATACAGCATATTTTGGGGGGCGGGTCGCTGGAGGAACTTCCGCCGGACAAGCGATCGCAGGTCGTTGAAGTTGTGGATGAGCTGGCTGAGACGTCATCTCTGCAGGTCGCGTTGTTAATCGATGCAAGTGCTAGCATGAAACCCAAGCTGGCTGCCGTTGAGGAAGCGATACGTGATTTAATGCTGAGTTTGAAAGCGCGCGCAGGCTCAAGCGAATTGTCCGTATTCCATTTTCCTGGAAAACACAGCGGCGAGGATATCGTGATGGACGTGAATTGGACCTCGGATCTGGACGGCGCCCGGGGAATGTTCAGCCGCCTGCAGATGAGAGGGGCTACGCCGACGGGACCTGCCTTGTTAAAGGTGATTGAATTTTACCGATATGGTACACTAGAGGGTAATCAATCATGGCAGGGTCATTCCAGCCAAGAGGAAGGGATGCTCGGTGACTACGTTGTCTAA	MKQILLITDGCSNVGASPVLAAAHALQDGIVVNVVGVLDYGTIGELGGLEIQEIAKAGGGIHRIVGTPQLAQTIQMMTRKTVVQTIQQAVNKEIQHILGGGSLEELPPDKRSQVVEVVDELAETSSLQVALLIDASASMKPKLAAVEEAIRDLMLSLKARAGSSELSVFHFPGKHSGEDIVMDVNWTSDLDGARGMFSRLQMRGATPTGPALLKVIEFYRYGTLEGNQSWQGHSSQEEGMLGDYVV	PGPT0014015_7180	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
JZ016_04157	921	yabT	COG0515	putative serine/threonine-protein kinase YabT	GTGACTACGTTGTCTAACCCGGGTTATCCGCCAGGAACCGTAATTAAGGGCAAGTGGCGGAACAGCCGGTACATCGTGGAGCGTATGCTCGGCAAAGGGGCTAACGGCAAGGTGTATCTGGTCCATCGGGCAGGAGTACGCGAGCGTTATGCTCTAAAAGTTGGGTATGACGCTCTGGATCTTCAATCCGAAATTAATGTCCTGAATGCGTTGAAAGAACAGATGCCGAACCCTTATCTCGTGGAGGCGGACGATCATCATGACGGCAGTGGGGAAGTGTCCTTCTATGTCATGCGTTACATTGAAGGGAGTCCGCTGCATCATTTTATTCGCAAGCGTGGTGCCGATTGGATCGGATTGATCGGACTGAAGCTGCTCGAGAAGCTGTCCGTTCTGCATGCATCCGGTTATGCATTTGGTGATTTGAAGCCGGATAATGTGATGGTCTCGGCATACGGAAGAGTGGAACTGATCGATTATGGAGGCGTAAGCCCTTTCGGACGCAGCGTCAAGCAGTTTACGGAATGGTATGATCGGGGATACTGGAATGCCGGAAGCCGGACTGGCGACGTATCCTATGATTTGTTCTCGTTTGCCGTGATGTGTATCGGCCTACTGGATGAGAAATCATTACGGGAGGCGTCTTGTCAGCTTCCCCAGACCCGTAGTGTTGCCGATCTGCAGCTGGTGCTGCGAAGAAACCTCCTGTTCAAGCCATACGCTGTGTGGCTGAACAAGGCTTTGTCGGGAGATTTCGCGGATTCACGGGAAGCGTTGAACGAGTGGAGAAAACGAATATATGAAGGCTCGGGCCGGAGCGTGCGTCCTAAACCGGGGCGAACTCCGCGTTGGCTGAAGAACGCGTTTGGTTTGTCGTTAGTCATCATGGCCCTTACTGTTTATTTTTTCTTCCGCTCATGA	MTTLSNPGYPPGTVIKGKWRNSRYIVERMLGKGANGKVYLVHRAGVRERYALKVGYDALDLQSEINVLNALKEQMPNPYLVEADDHHDGSGEVSFYVMRYIEGSPLHHFIRKRGADWIGLIGLKLLEKLSVLHASGYAFGDLKPDNVMVSAYGRVELIDYGGVSPFGRSVKQFTEWYDRGYWNAGSRTGDVSYDLFSFAVMCIGLLDEKSLREASCQLPQTRSVADLQLVLRRNLLFKPYAVWLNKALSGDFADSREALNEWRKRIYEGSGRSVRPKPGRTPRWLKNAFGLSLVIMALTVYFFFRS				NA	NA	NA	NA	NA
JZ016_04158	1431	tilS	COG0037	tRNA(Ile)-lysidine synthase	GTGAAACAGGATTATTTACGGACATTCGTCAACCATGTCGAGCGTACAGCCGCAGAGTTTGATCTGTGGTCAGAAGGCGATAGCATCGTGGTCGCCGTTTCCGGCGGGCCTGATTCCGTTGCGCTCCTGCACGTACTGCATGAAATTTCTATGCACCGGACGCCGCTCCGATTGATCTGCGCCCATGTTCATCATGGGTTTCGGAAGGAATCAGACCAAGAGGCAGAGATGGTGCGTGAACTGGCGGAGCGGCTCGGACTTCCATTAGAAACGGCGTTTATCGATATTCCTGCTTATATGGAAGAGAGCGGTAAGGGTGGGCAGGAGGCTGCAAGAGAGAAGCGTTATGAATTTCTGCTGCAAACAGCCCACAAATACAATGCGCGCGCCGTAGCGCTGGCTCATCATGCTGACGATCAAGCCGAGACGGTGCTCATGCGGCTTCTGCGCGGGAGCGGCCTGTCCGGACTTGCCGGAATAAAATTTAAGCGAACGGAAAAAAAAGTGGAACTTATCCGTCCGTTCCTACGTATGTACAAGGCGGATATCGTGGAGCTGTGCCGTATATGCGGATTCCAGTATGCGGTGGATAACAGCAATCTGCAGACGAAGTACCGCCGTAATGCGATTCGCCTGGAAGTATTGCCTTTTCTGGAACGATACAATGGGCAGTTCTCCTCCTCACTCAATCAGCTGGCCGAGATTGTCCAGCAGGAGGATGATTTTGTGGAGCTTGAAGCTGCGAAGCAATTTCGGAGTATGGTACAGGAGAACGATGGGAGGCTCGCTTTCGACGCGCCTTCCTTTTTGGGCTTACATGTCGCTTTACAACGGCGTTTGATTAAACTAATATTAAATTACCTGCCCTCAGACCAGGAAAACACCGATTTTGTCAAGATAGAAACGGTGCGCCATGGCATTCTTAACGATCAGCGAAGCAACTGGCGTCTGGATCTGGGTGACGGCATTACCTGTGTTCGTGAGTACGGAGTGATCCAGTTTTGGCCTAAGCCTCCGGAAGAACAGGGACAGTACATATACATTCTTGATTCTCCTGATGTTTCGCAGCAGTATGTTAAGGAAATCGGAAAGATGCTGAAATTGTCGTTAAAGACAGGAAGCGAAAGCCGGAGCGGCTCCAGACCATCGGCCTTTGTGGCGGATTTTGATGCGGATGAGCTTAGGTTTCCTTTAACCTTGCGTAACAGACAGCCGGGGGACAAGATGAAGATCATGGGATTAAACGGAAGCAAAAAGGTGAAAGATATTCTCATTGATGAGAAAATCCCACCGTCTGTCCGTGCCCGGATTCCTATTCTTTGTGACGGTTCCGGCAGCATTGTGTGGATTCCAGGTGTACGACGTTCCGTTCACGCCGCTTGCGGGCGGCACACATCACGAGTTCTCCGGATGGAGCTATCGGATGCTTAA	MKQDYLRTFVNHVERTAAEFDLWSEGDSIVVAVSGGPDSVALLHVLHEISMHRTPLRLICAHVHHGFRKESDQEAEMVRELAERLGLPLETAFIDIPAYMEESGKGGQEAAREKRYEFLLQTAHKYNARAVALAHHADDQAETVLMRLLRGSGLSGLAGIKFKRTEKKVELIRPFLRMYKADIVELCRICGFQYAVDNSNLQTKYRRNAIRLEVLPFLERYNGQFSSSLNQLAEIVQQEDDFVELEAAKQFRSMVQENDGRLAFDAPSFLGLHVALQRRLIKLILNYLPSDQENTDFVKIETVRHGILNDQRSNWRLDLGDGITCVREYGVIQFWPKPPEEQGQYIYILDSPDVSQQYVKEIGKMLKLSLKTGSESRSGSRPSAFVADFDADELRFPLTLRNRQPGDKMKIMGLNGSKKVKDILIDEKIPPSVRARIPILCDGSGSIVWIPGVRRSVHAACGRHTSRVLRMELSDA	PGPT0021660_31	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021660-tilS_hprT-K15780	NA	NA
JZ016_04159	540	hpt		Hypoxanthine-guanine phosphoribosyltransferase	TTGCAGAATGACATTCAGGAAATACTCATCAGTGAAGAAGAGATTCACGCAAAGATTAAGGAACTTGGTTCCAAACTCAGCGCCGAATATGTGGGACGCAATCCACTCGTTATTTGCGTTCTTAAAGGTGCGTTTATTTTTATGGCCGACTTGGTTAAATCCATAACAGTACCTCTTGAGTTGGATTTCATGGCTGTATCCAGCTATGGGGCATCAACCAAATCCTCCGGCGTGGTGAAGATCATTAAAGATCTGGACGCATCCGTTGAAGGCAGGGATGTGCTGATTGTGGAGGATATTATCGACAGCGGTCTTACGCTGAGCCATTTGATTGAGCTTCTGAAGAGCCGCAAGGCAAACTCGGTGTGCGTTGTCACCTTGTTTGACAAGCCGGCACGCCGTACGGTGGATTTGCAGGCCGATTATACCGGATTCGTGCTGCCGGATGCATTTGTTGTCGGATACGGACTTGATTATGCCGAGCATTACCGGAACCTCCCCTACATCGGGATTTTGAAGCCGGAAATCTACAGCAGTTAA	MQNDIQEILISEEEIHAKIKELGSKLSAEYVGRNPLVICVLKGAFIFMADLVKSITVPLELDFMAVSSYGASTKSSGVVKIIKDLDASVEGRDVLIVEDIIDSGLTLSHLIELLKSRKANSVCVVTLFDKPARRTVDLQADYTGFVLPDAFVVGYGLDYAEHYRNLPYIGILKPEIYSS	PGPT0007295_2780	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0007295-hprT|hpt-K00760	NA	NA
JZ016_04160	2076	ftsH_2	COG0465	ATP-dependent zinc metalloprotease FtsH	ATGAGTCGGTTCATCCGGAATTCTGGTTTTTATTTGATTCTATTTTTAGTCGTGGTGGGCATAGTACAATTCGTTACTAATGGCGGCGAGCAAGCCGATGCCCCTAGTTATAATGAACTGCGGCAGGAAGTCAAAGCTAACAACATAGAGGAAATGACGGTACAATTTGACGGTTACGCTTATCTGGTGACCGGTAAGTATAGGGAGGTTTCCGAAGAGAAAAAATCGGAGAATTTCTCAGCCTATATTCCTGCCACGGATGCAGCGATGCAAGAGCTGACTGCAGCCAGTGAGAGCAACAAAGTCAAACTGTCCGTGTTGCCAATGGAAGGCCAAAGCATTTGGCTGACATTGCTTTCATCCTTTATTCCGCTCATCATTATGTTTGTACTGTTCTTCTTCCTGTTTAATCAGGCTCAAGGCGGCGGCGGCAAAGTGATGAACTTTGGCAAGAGCAAAGCCCGCTTATATAATGAAGAGAAGAAACGGATTACATTTGAAGATGTAGCCGGAGCAGATGAAGAGAAGCAGGAGCTTGTTGAAGTTGTTGACTTCTTGAAGGATCCGCGCAAGTTCAACACGGTTGGCGCTCGCATTCCGAAGGGCGTTTTGCTTGTCGGTCCTCCGGGAACCGGTAAGACGCTCCTGGCTCGTGCCGTTGCCGGTGAAGCGGGAGTGCCGTTCTTCAGTATTTCCGGTTCCGACTTCGTTGAAATGTTTGTCGGTGTCGGTGCTTCTCGTGTACGTGACTTGTTCGAGAACGCGAAGAAGAATGCACCATGTATCATCTTTATCGATGAGATTGATGCAGTAGGTCGTCAGCGTGGCGCTGGTCTTGGCGGCGGTCATGACGAGCGTGAACAGACACTCAACCAGTTGCTGGTTGAAATGGACGGTTTCGGAGCGAACGAAGGCATTATCATCGTTGCTGCGACCAACCGCCCGGATATTTTGGACCCGGCGCTTCTTCGTCCGGGACGTTTTGACCGTCAGATTACCGTAGATCGCCCGGATGTGAAGGGCCGTGAAGCCGTACTGAAGGTTCATGCACGCAACAAACCATTGACGAAGGATGTTAAACTTGACATCATCGCCAAACGTACAACCGGTTTTACAGGCGCCGATCTGGAGAATCTCCTGAACGAGGCTGCCTTGCTTGCAGCTCGCCGCAACCGTAAAGATATTTCCATGCGAGAAGTGGATGAGGCGATTGACCGCGTTATCGTCGGTACGGAGAAACGCAGCCGCGTGATCAGTGACCGCGAGAAACGCATCGTGGCATACCATGAAGCGGGTCATACCATTGTGGGTTACTTCCTCGAGCATGCGGATACGGTGCATAAGGTAACGATTATCCCTCGTGGCCGTGCCGGCGGATATGTCATTATGATGCCGAAGGAAGATCGGATGCTCGTGACGAAGCAGGAATTGCTGGATCGCGTAACCGGTTTGCTTGGCGGACGTGTCGCTGAGGAGCTGTTCATCGGTGAAATCGGGACCGGGGCATACAGTGACTTCCAGCAAGCAACAGGCATTATCCGCAGCATGGTTGTGGAATACGGTATGAGTGAGAAGCTCGGACCGATGCAGTTCGGTACATCCCAAGGACAAGTGTTCCTTGGACGTGATATCGGACATGAGCAGAACTATAGTGATGCAATCGCTTATGAGATCGATCAGGAAATGCAGCGATTCATTAATGATTGCTATGAGAAATGTAAAGAGATCCTGAATAAGCATGCTAAAGAGGTTCATCTGATTGCGAATACGCTCCTCGAGATGGAAACGCTGGAGCTTGAGCAAATCAAGAATCTCATTGAGACCGGATCAGCTGAAGGCAACGGCAGTGGCGACGGTGAAGGAGAAGGTTCTTCCGAGAATGGTGAACCGATCATCGACAACATTGGCGACGTGAAAGTTCGCATCCAAGGGAAAGAAGACGGCGAGCAGCCGACTTCCACGGAGGAAATTCCGAACAACCCGATGGATTCGAATGATCCAGGGCCAGAGCGCAAAGATTCGGAGCGCAAGGATCCTCCAGGCGGATCGGACAACGGTAACAGCAGCTTAACGTAA	MSRFIRNSGFYLILFLVVVGIVQFVTNGGEQADAPSYNELRQEVKANNIEEMTVQFDGYAYLVTGKYREVSEEKKSENFSAYIPATDAAMQELTAASESNKVKLSVLPMEGQSIWLTLLSSFIPLIIMFVLFFFLFNQAQGGGGKVMNFGKSKARLYNEEKKRITFEDVAGADEEKQELVEVVDFLKDPRKFNTVGARIPKGVLLVGPPGTGKTLLARAVAGEAGVPFFSISGSDFVEMFVGVGASRVRDLFENAKKNAPCIIFIDEIDAVGRQRGAGLGGGHDEREQTLNQLLVEMDGFGANEGIIIVAATNRPDILDPALLRPGRFDRQITVDRPDVKGREAVLKVHARNKPLTKDVKLDIIAKRTTGFTGADLENLLNEAALLAARRNRKDISMREVDEAIDRVIVGTEKRSRVISDREKRIVAYHEAGHTIVGYFLEHADTVHKVTIIPRGRAGGYVIMMPKEDRMLVTKQELLDRVTGLLGGRVAEELFIGEIGTGAYSDFQQATGIIRSMVVEYGMSEKLGPMQFGTSQGQVFLGRDIGHEQNYSDAIAYEIDQEMQRFINDCYEKCKEILNKHAKEVHLIANTLLEMETLELEQIKNLIETGSAEGNGSGDGEGEGSSENGEPIIDNIGDVKVRIQGKEDGEQPTSTEEIPNNPMDSNDPGPERKDSERKDPPGGSDNGNSSLT				NA	NA	NA	NA	NA
JZ016_04161	939	nadA	COG0379	Quinolinate synthase A	ATGGAAGCGTTGGCACTGGAGCGTAAGTCGGAACAGAACCGTGAGCTGCGCGAGCGGTTAATGCAATTGAAGAAGGAACGTAACGCAATCATTTTGGCACATTATTATCAACGGGATGAAATACAAGAGGTCGCTGATTTCCGGGGGGATTCCTTCCTGCTCGCGCAGAAGGCAGCACAAACGGATGCCGAGGTTATCGTATTTTGCGGTGTGCATTTTATGGGCGAAAGCGCTAAAATTCTGGCACCGGGCAAGACGGTTCTTATACCGGATGAGCGGGCCGGCTGCCCTATGGCGGACATGGTGAACGTTGACGGACTGCGGAAGCTGAAAGCGCAGCATCCGAATGCCAAAGTGGTCACGTACATCAATTCATCGGCTGAGATCAAAGCTGAGACGGATATCTGCTGTACTTCATCCAATGCCGTGAAAGTGATTCAGTCGGTGGATTCGGATGAAATTATATGGGTGCCTGACAAAAATCTGGGGCATTATGTTCAGCAGCATACCGACAAGAAGCTCATTATCTGGGAAGGGTACTGCAACACGCATGACATGCTGACGGTGAAGGATGTCGTCGAGATGAAGGCCAAATATCCTCATGCTGAATTTGTGGTGCATCCGGAATGCCGTCCGGAGGTTGTTGCGATGGGGGATTTTGTAGGAAGTACCACCGCCATCCTGGAGTATTGCAAAAATTCATCGGCCAAGGAGTTTATCGTGGGTACTGAGGACGGAACCGGTTATCAGCTTCGACTGGATAGCCCGGATAAATCGTTCCATTTCGCTACGAAATTCCTGGTGTGTCCGAATATGAAAGTGAATAACCTCAAAAAGCTGGTTAAAGCGTTGGAAACGATGAAGCCGCAAATTTATGTGCCGCCGGTCGTTGCAGAAAAAGCCAGAACTTCATTAGCGCGCATGTTACAGGTTAAGTAG	MEALALERKSEQNRELRERLMQLKKERNAIILAHYYQRDEIQEVADFRGDSFLLAQKAAQTDAEVIVFCGVHFMGESAKILAPGKTVLIPDERAGCPMADMVNVDGLRKLKAQHPNAKVVTYINSSAEIKAETDICCTSSNAVKVIQSVDSDEIIWVPDKNLGHYVQQHTDKKLIIWEGYCNTHDMLTVKDVVEMKAKYPHAEFVVHPECRPEVVAMGDFVGSTTAILEYCKNSSAKEFIVGTEDGTGYQLRLDSPDKSFHFATKFLVCPNMKVNNLKKLVKALETMKPQIYVPPVVAEKARTSLARMLQVK	PGPT0013365_3311	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013365-nadA-K03517	NA	NA
JZ016_04162	1617	nadB	COG0029	L-aspartate oxidase	GTGATACCGCAGTATTTAATTGATTTTGATCTGAACGATCTTCCTGCAGTTGAGACGGACGTCATCGTGATCGGTTCAGGCATTGCGGGTTTATATACGGCGATCATGGCAAGTGCGACTCAGAATGTGCTGCTGATTACGAAGAAATCGCTGCTCGAAAGCAACACGCGTTATGCGCAGGGAGGAATTGCAGCCGTAACAGCTGAGGATGACTCCCCGGCCTATCATCGGCAGGATACCCTCTTGGCAGGGGCGGGCCTATGTTCATCTGCCGCGGTGGATGTCCTTGTAAACGAGGGGCCGGTTGGCGTTCAAGAGTTGATTCGGCTCGGCACGATGTTTGATGTGGAGAATGGCGAGCTCGCGCTGACCCAAGAAGGCGCACACAGTCACCGCCGGATCCTTCATGCCAACGGGGATGCTACCGGATATGAAATTGTGCGTGCCCTTTCCATTCAGGTTGAAATGCTTCACAATATAGAGGTGTGGGACGATCATTTTGTCATTGACCTGATTACCGAGCAGGGAGAATGTCATGGCGCTTTGGTACAAATGCCTGATGGAAAACGGGTATTCGTTCGTGGACGGGCGACGGTTATGTGTTCCGGCGGCGCCGGTCAATTGTACCGGTATACGACCAATCCGGAGGTTGCCACAGCCGATGGCGTTGCCATGGCTTATCGGGCAGGCGCAGAAATTCGGGATATGGAGTTTATACAATTCCACCCGACGGCGCTTAGCTATCCGGGTGCGCCCCGATTCCTAATATCAGAGGCGGTTCGGGGTGAAGGCGCCGTTCTTCGGAATATACAAGGGGAACGCTTCATGCCCAAATACCATGATTTACTGGAGCTGGCACCGCGGGATATTGTAGCACGGGCTATTGTCAGTGAGATGGAAGCAACGGGGTCTACCTTTGTTTATCTGGATATTACCCATGAGTCGCCGGAAATGGTCAGACATCGATTCCCAACGATTTATGAAACCTGCATGCAGTATGGACTCGATTTATCGTCAGATTGGATTCCTGTCTCCCCGGCTGCGCATTATATGATGGGGGGCATCAAAACCAATCTGCACGGCGAGAGCAGCGTGAAACGTTTATTTGCTTGCGGGGAGGTATCGTCTACTGGTGTCCACGGGGCGAACCGTTTGGCCAGCAATTCGCTGTCGGAGGCGATTGTGTACGGTAGTCGTATTGTCGAGCGCATTAAGAGCCTGCCGGAACCTTCAGGCGATCCGCTTCATGTATCATTCCACCTCGGTCGCAAGGACGCTCCGTCCCAAGCGATGGTGGAAAAACGCTTGAAGCTACAGAAGGTGATGGTACGTTATGCAGGACTTCGGCGAAATCGGGATACTCTATTAAGAGCAGCGGAAGAGCTTGGCCGTCAGCTGCCATTGTTCCAATCCGTGCTCACCAAGCGTGAGGAATACGAGTTTGCTAACATGCTCACAGCATCCCTGCTCGTGGTTCAGGGTGCGCTGGGTCGTGAAGAAAGCCGGGGAGCCCACTATCGTGAGGATTTCCCGGAACGGAATGACAGCGTATGGCAGAAACATATAGTCCACACACGGGATCAAGAAATGACGGAGGAATTAAGCGATGATGTTTAA	MIPQYLIDFDLNDLPAVETDVIVIGSGIAGLYTAIMASATQNVLLITKKSLLESNTRYAQGGIAAVTAEDDSPAYHRQDTLLAGAGLCSSAAVDVLVNEGPVGVQELIRLGTMFDVENGELALTQEGAHSHRRILHANGDATGYEIVRALSIQVEMLHNIEVWDDHFVIDLITEQGECHGALVQMPDGKRVFVRGRATVMCSGGAGQLYRYTTNPEVATADGVAMAYRAGAEIRDMEFIQFHPTALSYPGAPRFLISEAVRGEGAVLRNIQGERFMPKYHDLLELAPRDIVARAIVSEMEATGSTFVYLDITHESPEMVRHRFPTIYETCMQYGLDLSSDWIPVSPAAHYMMGGIKTNLHGESSVKRLFACGEVSSTGVHGANRLASNSLSEAIVYGSRIVERIKSLPEPSGDPLHVSFHLGRKDAPSQAMVEKRLKLQKVMVRYAGLRRNRDTLLRAAEELGRQLPLFQSVLTKREEYEFANMLTASLLVVQGALGREESRGAHYREDFPERNDSVWQKHIVHTRDQEMTEELSDDV	PGPT0013355_1316	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013355-nadB-K00278	NA	NA
JZ016_04163	876	nadC	COG0157	putative nicotinate-nucleotide pyrophosphorylase [carboxylating]	ATGATGTTTAACGGATACAACGATGGCCTTCTCCAGAGTATACGGACTTGGCTGCAGGAGGATATCGGGTCGGGGGACATTACGACCCTCACCACCATTGAGCCGGGTCATGAATCCAAGGGTGTTATTCATGCCAAGGAGGCAGGAATCGTAGCAGGTATGCCGGTTGCAGAGCTGGTATTCGAAACGGTTGATCCGTCGCTGACGTTTACGGCATTGGTCCGTGATGGAGACGAGGTTGAAAAAGGAACGGTTCTCGCCGAAGTGGAAGGAAGCACGCACCGTATTTTGACAGGCGAGCGTCTTGCTTTGAATTTGCTTCAGCGTCTGTCGGGTATTGCAACAAGAACGCGTTCTTTTGTTGATGTGCTTGAGGGATTGCCAACAAGGCTGGTGGATACCCGCAAAACGACGCCAGGCCACCGAATGCTTGAGAAATATGCTGTTCGGGTTGGCGGCGGCGCGAACCATCGTTTCGGCCTGTATGATGCCGTCATGATTAAGGATAATCACATTAAGGGTGCAGGCGGAATCGCGCAAGCGGTCAGCCGTGCAAGAGCCCATATTCCACATACCATGACTATAGAAGTTGAAACCGAGAGCTTGGCGCAGGTTGAGGAAGCACTGGCTGCAGGCGCAGATATTATTATGCTGGATAACATGAGTCATGACATGATGGCGGAGTCTGTTCGAAGAATCAAGGCCAAGGCCCCTCATGTTCGCGTCGAAGCATCGGGGAACGTGACGCTGGAGACCGTGCGCGGGATTGCCGAAACCGGGGTCGACGTCATATCCGTTGGACGGCTGACTTATTCTTTCCATAGTCTCGATATCAGCTTGGATCTAAATGCGAAGAAAGGAGGGACAGAGAGTTGA	MMFNGYNDGLLQSIRTWLQEDIGSGDITTLTTIEPGHESKGVIHAKEAGIVAGMPVAELVFETVDPSLTFTALVRDGDEVEKGTVLAEVEGSTHRILTGERLALNLLQRLSGIATRTRSFVDVLEGLPTRLVDTRKTTPGHRMLEKYAVRVGGGANHRFGLYDAVMIKDNHIKGAGGIAQAVSRARAHIPHTMTIEVETESLAQVEEALAAGADIIMLDNMSHDMMAESVRRIKAKAPHVRVEASGNVTLETVRGIAETGVDVISVGRLTYSFHSLDISLDLNAKKGGTES	PGPT0013370_1559	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013370-nadC-K00767	NA	NA
JZ016_04164	765	coaX	COG1521	Type III pantothenate kinase	TTGATTCTGGTTGTGGATGTAGGGAATACCAATATTGTACTGGGTATGTATCAGGGAAAGAAGCTGCTGCATGATTTTCGAATCAGTACATCGCGTCAGTCCACCGTGGATGAATACGGTGTATTGATTCATAATTTGTTTCAAATGTCCAATATACTGGTAAGCCAAATCGAAGGCGTTATTGTTTCTTCCGTAGTTCCTCCTCTTGTGCGTGTGGTCGAGGAGATGTGCAATAAATATATTGGCAAGGCGCCCCTGATCGTAGGACCAGGCATCAAAACCGGACTTAATCTGCGGTATGAAAATCCGCGCGAGGTTGGCGCTGATCGGATTGTGAATGCAGTAGCAGCCGTCGAGCAGTACGGGGGGCCGCTGATTGTGGTGGATTTCGGTACGGCGACGACGTTTGATTGCATCGATGAGGCAGGCAATTATCTTGGCGGAGTGATTGTGCCTGGTATTGGCATTGCCACGGAGGCTCTTGTACAGCGTGCTTCCAAACTTCCTCGCGTAGAGCTCGAAAAGCCGAAAAAGGTAATCGGGCGCAATACCGTGCATGCCATGCAGGCCGGTATCGTTTTTGGTTATGCGGGACAGGTCGATGGCCTGGTCAAGCGTATAAAAGCCGAGATGGGTACGGACAATGTTAAGGTTATCGCTACGGGGGGACTGGCTGAACTGATTGCCGGCGAGACGGAGTCCATTGAAGAGATTTCTCCCCTTCTGACATTGGAAGGCTTGCGTATTATTTATGAGCGTAACTAG	MILVVDVGNTNIVLGMYQGKKLLHDFRISTSRQSTVDEYGVLIHNLFQMSNILVSQIEGVIVSSVVPPLVRVVEEMCNKYIGKAPLIVGPGIKTGLNLRYENPREVGADRIVNAVAAVEQYGGPLIVVDFGTATTFDCIDEAGNYLGGVIVPGIGIATEALVQRASKLPRVELEKPKKVIGRNTVHAMQAGIVFGYAGQVDGLVKRIKAEMGTDNVKVIATGGLAELIAGETESIEEISPLLTLEGLRIIYERN	PGPT0008780_2033	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008780-coaX-K03525	NA	NA
JZ016_04165	885	hslO	COG1281	33 kDa chaperonin	ATGGGTAATCAAAAAGACCGTTTGCTGCGGGGAACTGCATTAAACGGGAAAGTACGGACATTTGCCGTGCGGACAACCGATTTGGTCGAAGAGCTTCGCCAAAGACATGATACGTTCCCTGTCGTTACAGCCGCTTTGGGCCGCACCGTGTCAGCAGCAGCGATGATGGGAGCTATGCTGAAAGGAGACGAGCGCCTTAGCATTCAAGTGCGCGGCGACGGACCGATCGGTTTGATTGCAGCGGAGAGTAATGCTAACGGCGAGGTGCGCGGATATGTCAAAAATCCGCATGTGGAGCTGACGAATATCCGTCCGGGCAAGATGGATGTGGCCGCTGCTGTAGGTACCACCGGCCATATTGATGTGATCAAGGATTTCGGCTTGAAGGAGCCTTACCGTGGCAGCGTGCCGATTATTTCGGGCGAGCTCGCTGAAGACTTCACATACTATTTTGCCGTATCCGAACAGACCAACTCGGCGGTAAGTCTGGGAGTGCTGGTTTCCCCGGATTATTCCGTGGCGAATGCCGGGGGCTTCATCATCCAGCTTCTCCCCGGGGTTACGGAGGATGAGATTACGGAGCTTGAGCTTGCGCTAAGCAAGATTCCTCCGATCACCGAGATGCTGGAAGAAGGACTGGAACTGGAAGACATCCTGAAGCGAGTCGTTCCGGATGTAACCATTTTGGAGGAAATGGAAGTGTACTTCAGCTGTGACTGCTCGCATGAGCGGGTGGAGCGCGCTTTGATCAGCTTGGGACAGGTAGAGCTTGAACAGATGATCGAAGAGGATGGCAAAGCCGAAGTTTCCTGTCATTTTTGCAATGAAAAATATACGTTCGATAAAGAACAGCTGAAATCCGTGCTAGAGCGGGCCAAATCTTAA	MGNQKDRLLRGTALNGKVRTFAVRTTDLVEELRQRHDTFPVVTAALGRTVSAAAMMGAMLKGDERLSIQVRGDGPIGLIAAESNANGEVRGYVKNPHVELTNIRPGKMDVAAAVGTTGHIDVIKDFGLKEPYRGSVPIISGELAEDFTYYFAVSEQTNSAVSLGVLVSPDYSVANAGGFIIQLLPGVTEDEITELELALSKIPPITEMLEEGLELEDILKRVVPDVTILEEMEVYFSCDCSHERVERALISLGQVELEQMIEEDGKAEVSCHFCNEKYTFDKEQLKSVLERAKS	PGPT0014645_1740	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014645-hsp33|hslO-K04083	NA	NA
JZ016_04166	936	prsA_2		Foldase protein PrsA	ATGACGAGACAAGAGAAGGGATTGTGGGCGACCGTCATTGTCTTGACAGCATGCGTATTGGGTATGGGCGGCTGGATGCTGTTTTCCGGGAATTTTTCGCAAGAGGCTTCACCACCGTGGAAAGAGGGCTCCCAACCAGTTGCATCCATCCAGGACAGGGCGATTACCGAAGACGAGTGGGTTGACGAGCTAAAGAAGCGTTACGGCCGCGAAATGCTGATGACCATGCTGAATCGGCACGCTGTGGCCCTGGAAGCCAAAGCGAAGGGTATTGATGTTACGGCGGCTGAAGTCGATGCAGAAATCGAAGTCATGAGCCGCAGCTACGGTTCTATGGAGCGTTTCTTATCGGAAATGGAAAATCAGCTAGGCATTACGGAGAGTGAATTAAAGACAGAGACGACGTATCGGCTGCTGCTTGAGAAAATTGCAACTTCCGACGTGCACATCGAGGAGCAGCAGATCGATTCGTATCTGGAACAGTATCCTGACCAATTTCGTCCCAAGAAGCAGCTGAATTTATCCATGATCGAAGTCGCTTCGAAAGATGAGGCGGAACGGGTGATGGATCGGCTGGAGAATGGAGAAGCTTTTGCGGATCTCGCATCCCAGGTATCACTCGATGAGTATACTCGCGAAGACGGCGGGCAGATCGGACTGGTCGAGGAGGATGATCCCTTTTTGCCGCCGGCACTGCTGGATGCAGCTTTAACGCTGGAGCCCGGGGATATTGCGGGGCCAATCTCGCTCACAGACACCTATGCCATTGTTTATGTGAAGGACATTATCGAGCCTCAGGCCCCTAGTGAGGAAAGTGTCCGCGAGGCGGTTCGCAAGCAGCTGGCGCTGGAGCAGGCGGTGTCTTTATCCGAACTGGAGCGTCAGCTTCGTGAGAAATACGAGGCACGGATTAGTGCGGGTACGGTCACGTTGTAA	MTRQEKGLWATVIVLTACVLGMGGWMLFSGNFSQEASPPWKEGSQPVASIQDRAITEDEWVDELKKRYGREMLMTMLNRHAVALEAKAKGIDVTAAEVDAEIEVMSRSYGSMERFLSEMENQLGITESELKTETTYRLLLEKIATSDVHIEEQQIDSYLEQYPDQFRPKKQLNLSMIEVASKDEAERVMDRLENGEAFADLASQVSLDEYTREDGGQIGLVEEDDPFLPPALLDAALTLEPGDIAGPISLTDTYAIVYVKDIIEPQAPSEESVREAVRKQLALEQAVSLSELERQLREKYEARISAGTVTL				NA	NA	NA	NA	NA
JZ016_04167	936	cysK_2		Cysteine synthase	ATGGCAAAAGTCGTAAATAATGTGACAGAATTAATCGGTGGAACTCCACTCGTCCGTTTGAACCGGATCGTACCGGAGGATAGTGCAGAGATCTATCTGAAGCTGGAATACCAGAACCCGGGCGCAAGCGTTAAAGACCGGATTGCGATCAGCATTGTGGAAGAAGCGGAGAAGGACGGACGTTTGAAGCCGGGCGATACCATTATTGAAGCAACCAGCGGTAATACCGGCATTGGTTTAGCTATGGTGGCAGCTGCCAAAGGCTACAAAGCCGTTATCGTTATGCCTGAAACCATGAGCTTGGAGCGCCGCAACCTGCTGCGTGCCTATGGTGCGGAATTGGTACTGACACCGGGATCGGAAGGAATGAACGGTGCGGTTAAGAAGGCAGAAGAAATTTTGAAGGAAAATGCCGGATTCTTTATGGCCGAGCAATTCAAGAACCAAGCCAACGTGAAGATTCACCGTGAAACAACAGGTCCGGAAATCGTTGAAGCGATCGAATCCATCGGTGGTTCCCTGGATGCGTTCGTTGCTGGGATCGGAACAGGCGGAACGATTACAGGGGCTGGCGAAGTACTGAAGGAGCAGTTCCCTGACATCAAGGTTATTGCGGTTGAGCCTGCTGCATCACCAATCCTTGCAGGTGGCAAACCGGGTCCTCACAAAATCCAGGGCATCGGCGCAAACTTCATTCCTGAAATTTTGAACCAAGAAGTCTACGATGAAATCATTCATGTTGAGAATGACGATGCCTTTGAAACTTCCCGCCGCGTGGCGAAGGAAGAAGGCGTTCTTGGAGGTATATCCTCCGGTGCGGCTGTATATGCTGCATTGAAGGTTGCCAAGGAGCTTGGTAAGGGCAAGCGGGTAGTAGCCGTGATCCCAAGTAACGGAGAACGTTACCTGAGCACACCGCTTTACAACTTCGAGTAA	MAKVVNNVTELIGGTPLVRLNRIVPEDSAEIYLKLEYQNPGASVKDRIAISIVEEAEKDGRLKPGDTIIEATSGNTGIGLAMVAAAKGYKAVIVMPETMSLERRNLLRAYGAELVLTPGSEGMNGAVKKAEEILKENAGFFMAEQFKNQANVKIHRETTGPEIVEAIESIGGSLDAFVAGIGTGGTITGAGEVLKEQFPDIKVIAVEPAASPILAGGKPGPHKIQGIGANFIPEILNQEVYDEIIHVENDDAFETSRRVAKEEGVLGGISSGAAVYAALKVAKELGKGKRVVAVIPSNGERYLSTPLYNFE	PGPT0002810_5217	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0002810-cysK-K01738	NA	NA
JZ016_04168	1665	pabB	COG0147	Aminodeoxychorismate synthase component 1	ATGGAGAGAAGAGTGGAGCTGGCCCAGTGGCAGGCATGGGCTGAAGAGGGCTGGTCCGTCGTTCCCTATCTGGTTCAATATAAAGGAGCAACAAGTGGGTTACCCCTGTCATGGAGACATGCATGGAACGCCGCATCACCATATGCCTTTGTGCTGGAGAGCGGTAAGGGCGGACGCCATACGTATCTTGGATTGCGGCCGGTGTCCATTCTGCAGGGGAAGGGATGCCATGGTGAGATCATCGAGCTGTCTGACGGTCTGCGAACGCAGGTAACGGGAGAGCCGCTGCACCTGTTAGAGCAGTGGATGAACAAATGGAAGGCTCCCCGTGTACCGGGGTGGCCGGACTTCCGCGGAGGCTGCGCCGGATTCCTGAGTTATGATGTGATTCGGTCGATTGAGAAATTGCCCACGATGGCCAAGGATGAGCCGGGGTTCCTGGATTATATGTGGATGCGGATGGAAGAGATTTGGATCTATGATCATTCAGATGACAGCATCTACTGTTCGGTGCATGTCCCTCTGCCTTGGGCATTCGGGACCGGGGGAGTTTCGAAAGAAAAGAAAGCGCCCGGTGCTTCTAGTGATGAATCCAGTGGTTCGGTGCTTTCAACCGACCAAGAGAAGTTATTGCAGGAGTTATATGATCGGGCTGTCATAAGGGCTGAATCGATGCTGTCCCAATGGAATCAAATGTTCGGAACGGGCTCAGGGAACGACTCGAGTTCCGAAGATGAGCGCGTGCGGCAGGAACGATGGAAGAAAGCGCAGGAGCTGTCAGGACCGAATGTCGAAATCTGGGATCGGCTGGAGATTGATTTTACGCAGGAAGCGTTCGAGCAGGCGGTGCTCTCGATTCAAGAATATATTCGGCAGGGTGACGTATTTCAAGTCAATTTGTCTCTTCGCCGGCACTTGCAGCTGCATGCGGACCCTGCCGATATTTATGAGTGGCTGCGCATCCTGAATCCGTCGCCATATATGGGGTATATCTCTTCACCGGGCTTCAGCTTGGCCAGTGGCTCGCCGGAATTGCTGGTGAAGCTGGATGGCGATGTCGTGTCTGCACGGCCGATCGCGGGAACGCGGCGTCGTGGAAGCAATCCGGAAGAGGACGCGGCAATGGAAGCGGAGCTGCTTGGCAGCGAGAAAGAACGGGCGGAGCATATTATGCTGGTTGATTTGGAACGTAATGACATTGGCCGCATTGCCGCATACGGAACCGTGCATGTTCCGGAGTTGATGACGGTTGAGAGGTACTCGCACGTGATGCATCTGGTGTCGCAAGTGGAAGGGCGGATTGCAGAGGGCAACCATGCGTATGATGTCATTGCGGCAGCGTTCCCCGGCGGCACCATTACAGGCGCACCCAAAATCCGGACGATGGAGATCATCGAGGAGCTGGAGCCTGTGACGCGAGGGCCCTATACCGGCTCCATGGGCTGGATCGATTATAATGGTGATATGGAGCTTAACATTATTATTCGGACCCTCGCCGTGAAGGATGGGGTTGGTTACATTCAGACGGGTGCAGGGATTGTTATTGACTCCGATCCGTACCGGGAATACAGGGAGTGTCATAACAAAGCAAAGGCTTTGATTGCCGCACTGATATGCAGCGAAGAGGAAGCGGCAGCAGTGGCTGCGAATATAGGGGGGAAATAA	MERRVELAQWQAWAEEGWSVVPYLVQYKGATSGLPLSWRHAWNAASPYAFVLESGKGGRHTYLGLRPVSILQGKGCHGEIIELSDGLRTQVTGEPLHLLEQWMNKWKAPRVPGWPDFRGGCAGFLSYDVIRSIEKLPTMAKDEPGFLDYMWMRMEEIWIYDHSDDSIYCSVHVPLPWAFGTGGVSKEKKAPGASSDESSGSVLSTDQEKLLQELYDRAVIRAESMLSQWNQMFGTGSGNDSSSEDERVRQERWKKAQELSGPNVEIWDRLEIDFTQEAFEQAVLSIQEYIRQGDVFQVNLSLRRHLQLHADPADIYEWLRILNPSPYMGYISSPGFSLASGSPELLVKLDGDVVSARPIAGTRRRGSNPEEDAAMEAELLGSEKERAEHIMLVDLERNDIGRIAAYGTVHVPELMTVERYSHVMHLVSQVEGRIAEGNHAYDVIAAAFPGGTITGAPKIRTMEIIEELEPVTRGPYTGSMGWIDYNGDMELNIIIRTLAVKDGVGYIQTGAGIVIDSDPYREYRECHNKAKALIAALICSEEEAAAVAANIGGK	PGPT0008005_36	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008005-pabB-K01665	NA	NA
JZ016_04169	582	pabA	COG0512	Aminodeoxychorismate/anthranilate synthase component 2	ATGATACTTGTCATCGACAATTATGATTCGTTTACGTATAACCTGGTTCAATATTTGGGTGAGCTCGGCGAGGAAGTGAAGGTTTACCGGAATGATGAGATCGACATCGCCGGCATCGAGGCGTTGGCTCCGGACCATATCCTGATATCGCCGGGACCGTGCACGCCGAATGAAGCCGGCGTCAGTCTGGATGTGATTTCGCATTTCAAGGGTGTCATTCCGATCTTCGGCGTCTGCCTCGGCCATCAGGCGATCGGGCAAGCCTTTGGCGGCAACGTGATTCGTGCGGAGCGCCTCATGCATGGGAAAACATCCGCGATCCAGCATACGGGTGACTCGGTCTTTGAAGGCTTGCCAGTTCCGTTCACCGCAACGCGCTATCACTCGCTGATCGTTGAGAAGGAGACCTTGCCGGATGAGCTGGACATTACCGCCTGGACCGAAGAGGGCGAAATCATGGGGCTGCGGCATAAACAATATCCGGTAGAAGGGGTGCAGTTTCATCCGGAGTCCATCATTACGGACCATGGCCATCAGATGCTGCGCAATTTCCTGAAGCGTACGGCTGGCGCCAAAGCATGA	MILVIDNYDSFTYNLVQYLGELGEEVKVYRNDEIDIAGIEALAPDHILISPGPCTPNEAGVSLDVISHFKGVIPIFGVCLGHQAIGQAFGGNVIRAERLMHGKTSAIQHTGDSVFEGLPVPFTATRYHSLIVEKETLPDELDITAWTEEGEIMGLRHKQYPVEGVQFHPESIITDHGHQMLRNFLKRTAGAKA	PGPT0008000_1167	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008000-pabA-K01664	NA	NA
JZ016_04170	888	ilvE_1	COG0115	Branched-chain-amino-acid aminotransferase	ATGAAATATATTGGCATGAACGGCGGCATCGTTGAAGCTGCCGAGGCTGTCATACCTGTAATGGATCACGGCCTTCTGTACGGAATGGGGTTATTCGAGACCTTCCGCACTTATGAGGGGAAGCCTTTTTTAATAGAGCGGCACTTGAACCGGCTCATGGACAGCTGCCGGGAGCTCGGGATCGCTCACAGGGCGGATACGGAGAGGATCAGCCGCTGGATATCGGAACTGATGGAGGCCAATGATCTCCAGGATGCTTATATCCGGTATACCGTAACGGCAGGAGAGGGATTGCTCGGTTTGCCTGCTGGCGATTATTTGAAGCCTTCCGAGATTTTATTCGCCAAAGAGCTGCCGGCCGCAAACGAAATGCTCTACGAGAAAGGCAGAGCCTTGCGGCGGCTGTCCCTTCCGCGTAACACACCGGAATCATCGGTTCGGTTTAAATCTCTGCATTATATGAACAATATACTCGCAAAGCGGGAATTGGCCGGATACCCCGGCCACTCGAATGGTTCAATAGAGGGGCTGATGCTAACGGCGGCCGGGGAAGTGGCAGAGGGCATTGTCAGCAATGTCTTTTTTGTCAAAGCGGGTCGATTATATACGCCTGACGTTGGCACGGGCATTTTGCCGGGGATTACACGGGACGTGGTGCTGGAATTGGCTGCCGAACTTGGTATTGAAGCCGAAGAAGGCCGTTACAGCTGGGAGTTTTTTACCGGAGCGGATGAAATATTTACGACAGGCTCTGTGCAGGAGATTGTTCCGGTCTCGACGTTGATTGGAGCTGAGGACGAGACTCTAGTCATTGGACAAGGATTGGCCGGTCCGATAACCCGTACATTACTGAGCGCATATAGAAGGAAAGCAGGGCAAAAGGCATGA	MKYIGMNGGIVEAAEAVIPVMDHGLLYGMGLFETFRTYEGKPFLIERHLNRLMDSCRELGIAHRADTERISRWISELMEANDLQDAYIRYTVTAGEGLLGLPAGDYLKPSEILFAKELPAANEMLYEKGRALRRLSLPRNTPESSVRFKSLHYMNNILAKRELAGYPGHSNGSIEGLMLTAAGEVAEGIVSNVFFVKAGRLYTPDVGTGILPGITRDVVLELAAELGIEAEEGRYSWEFFTGADEIFTTGSVQEIVPVSTLIGAEDETLVIGQGLAGPITRTLLSAYRRKAGQKA	PGPT0008020_306	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008020-pabC-K02619	NA	NA
JZ016_04171	861	folP		Dihydropteroate synthase	ATGAAAACAACGATTTACGAACGTGAATTTCGTCTGAGCAAGGATGCTGTGTTAAAGCTCGGTCAGTCCACGCTCATTATGGGTATATTGAATGTGACCCCGGATTCATTCTCGGACGGAGGTCGATATAACGATACGGAGCGGGCGGTCGAGCACGCGCTTCAGCTGGTGGAAGAGGGAGCCGACATCATCGATATCGGCGGAGAATCGACGCGTCCGGGCCACGAGCCGGTTGGAGCCGCAGAGGAGCTTGCCCGGGTAATCCCGGTTATAGAAGCCATTCACCGGCACGCGCCGCATATTCCATTGTCGATTGACACGTATAAAGCGGAAGTTGCGCGTCAGGCTATTGGAGCGGGTGCTCATATCATTAATGATATTTGGGGCTTTAAAGACGACGCGGATATGCCCAAGGCTGCGGCAGAGCTCGGATGTCCCGTGATCCTGATGCACAATCGCCGCGATCGAAATTACACCAATCTTATCGAGGACGTAAAGCGTGATTTGCTGGAAAGTGTCGAGATTGCGCGGGCTGCAGGCGTGCAGGATCATCATATTTTGCTCGATCCGGGTATCGGGTTTGCGAAGGACTATGATGAGAACATGAAAGTGATGGCATCCCTCGATCAGCTCGTGGGGCTTGGGTTTCCGGTGCTGCTGGCTACCTCCCGCAAAAGGTTTATCCAGACCGCGCTTGGCGCTCCGGCACAGGATGTGCTGGAAGGAACGGCTGCCACGGTGGCTTACGGGATTGCCCAGGGCTGCCAGATCGTTCGTGTGCATGACGTGCTGCATATGAAACGGACAGCGAAGATGTGTGATGCCATGACCTACGCTTCGACAGATCTTAGACGCATATAA	MKTTIYEREFRLSKDAVLKLGQSTLIMGILNVTPDSFSDGGRYNDTERAVEHALQLVEEGADIIDIGGESTRPGHEPVGAAEELARVIPVIEAIHRHAPHIPLSIDTYKAEVARQAIGAGAHIINDIWGFKDDADMPKAAAELGCPVILMHNRRDRNYTNLIEDVKRDLLESVEIARAAGVQDHHILLDPGIGFAKDYDENMKVMASLDQLVGLGFPVLLATSRKRFIQTALGAPAQDVLEGTAATVAYGIAQGCQIVRVHDVLHMKRTAKMCDAMTYASTDLRRI	PGPT0007915_2249	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007915-folP-K00796	NA	NA
JZ016_04172	363	folB	COG1539	Dihydroneopterin aldolase	ATGGATAAAATGATACTGAGCCGCATGGAATACTACGGCTACCATGGTGTGTTTGAGGAAGAGCGTAAGCTGGGACAACGATTCTATGTGGATCTGGAGCTGGAGATGGATCTGAGCAAAGCCGCCAGGACGGACGATCTGACGCTCACGGTAAATTATGCCGAGATTCATGATCTTTTGCTGGATATTATGCGGACGGAGTCGTTCCGCCTGATTGAAGCTTTAGCGGAGCATATTGCATCTAAGGTATTGGACACTTATACTATTATCGATGCTTTAACGGTCCGATTGACGAAGCCGCACCCGCCTTTTGACATTCATTTTGAAGGTGTGACCATTGAGCTGCACCGGACCAGGAAGTGA	MDKMILSRMEYYGYHGVFEEERKLGQRFYVDLELEMDLSKAARTDDLTLTVNYAEIHDLLLDIMRTESFRLIEALAEHIASKVLDTYTIIDALTVRLTKPHPPFDIHFEGVTIELHRTRK	PGPT0007905_2308	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007905-folB-K01633	NA	NA
JZ016_04173	549	sulD	COG0801	Bifunctional folate synthesis protein	ATGAATTCACACGCCACCTCTGAGTGTTCAGAGGCTTATATTGCTTTAGGGGCCAATTTGGGTGACCGCGAAGGTAACCTGATGGAGGCTTTGGAACGGTTGGATGAAGTACCCGGCATTACGGTAGAGCGCGTATCCAACTTGTATGAGACCGAGCCGGTCGGATACGTGGACCAACCGATGTTTCTTAATATGGCAGCAGCCGTGTCGACATCGCTGAGTCCTCATGAATTGCTTGCCGAAATGCAGCGAATTGAAAAACAGCTCGGCCGGGTCCGTCATATTCATTGGGGGCCGCGGACGGTGGACTTGGACCTGCTATGGATGGAAGGGCGCCGTCTGGATACGCCGGACCTTGTACTGCCGCATCCCCGTATGCAGGAGCGGGCTTTTGTGCTCAGACCGCTGGCCGATATCGTATATGAGTTCGAACCTTCAGGTCTGTACCCTGTGGTGAAGACAGCACTTGAGAACCTGGAAGGAAAGGAAGGAATACAGCTTTGGAAAACAAGCAGCTGGCGCAGCGTATCCGCGCTTTCCGAAAATTAA	MNSHATSECSEAYIALGANLGDREGNLMEALERLDEVPGITVERVSNLYETEPVGYVDQPMFLNMAAAVSTSLSPHELLAEMQRIEKQLGRVRHIHWGPRTVDLDLLWMEGRRLDTPDLVLPHPRMQERAFVLRPLADIVYEFEPSGLYPVVKTALENLEGKEGIQLWKTSSWRSVSALSEN	PGPT0007910_583	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007910-folK-K00950	NA	NA
JZ016_04174	207			hypothetical protein	TTGGAAAACAAGCAGCTGGCGCAGCGTATCCGCGCTTTCCGAAAATTAAAGGGTTTGACCCAGCAAGAGCTCGCTGAGCGAACCGGTATTTCACTAGCCGTCCTTGGTGCGATTGAGCGGGGGAACCGCCGTGCCGAGGAGCAAATGTTGGCTCAGATTGCGGATGTGCTGGAGATTTCAGTGCAGGAGCTTAAGGAACGGAGTTAG	MENKQLAQRIRAFRKLKGLTQQELAERTGISLAVLGAIERGNRRAEEQMLAQIADVLEISVQELKERS				NA	NA	NA	NA	NA
JZ016_04175	1032	dusB	COG0042	tRNA-dihydrouridine synthase B	ATGGATAAGTTGAAAATCGGAAACATCGAGATGAAAAATCAAGTGGTTCTGGCGCCGATGGCTGGCGTATGCAACCCGGCGTTCCGATTGATTGCTAAGGAATTCGGCACCGGATTGGTTTGCGCCGAAATGGTAAGCGGCAAGGCCATTGTTCACGGGAACAAGCGCACCCAGGAGATGTTGTTCGTCGACGAGCGGGAGAAGCCGCTGAGCCTGCAAATTTTTGGTGGTGACCGCGAATCTTTGGTGCAAGCGGCCAAAGTGGTCGATCAGCAAACCAATGCCGACATCATCGACATTAACATGGGCTGCCCTGCACCGAAGGTAACCAAGATGGATGCGGGTGCACGCTGGCTTCTGGATTCGAACAAAATTTATGAGATGGTGGCGGCGGTTGTCGATGCCGTGAACAAACCGGTCACGGTGAAGATGCGTACAGGCTGGGATAGTGATCACATCTATGCTGTCGAAAATGCACAGGCTGTCGAACGCGCGGGCGGTCAGGCGGTCAGCGTTCACGGACGTACGCGCGAGCAGCTCTACACCGGATACGCGGATTGGGACATCATTCGCCAAGTGAAAGAAGCCGTCTCCATTCCGGTTATCGGTAACGGCGATGTGGTGACACCGGAGGATGCTCGCCGGATGCTGGATACGACAGGATGCGATGGCGTCATGATCGGCCGCGGGGCGCTGGGCAACCCATGGATGCTGTATCGAACCGTGGAATATCTGAAGACAGGCAAGCTGCTGCCGGATCCGGCTCCGCAGGAGAAAATCCGAATTGCCATTCTGCATATGGACCGTCTGATTGCTCTGCGCGGCGAAGCGGTAGCGGTACGGGAAATGCGTAAGCATCTTGCGTGGTATCTGAAAGGTCTGAAAGGCTCCGCCCGCATTAAAGATATCATTATGGAAGAAACGAAGCGCGACGAAATGGTGAACCTTCTGAACAACTTTGTGAACAATCTGGAGGACCAAGAAGAATCGACAAAAAGTGTATATCCTCAAGCCGTTGCGGCGATGGGATAA	MDKLKIGNIEMKNQVVLAPMAGVCNPAFRLIAKEFGTGLVCAEMVSGKAIVHGNKRTQEMLFVDEREKPLSLQIFGGDRESLVQAAKVVDQQTNADIIDINMGCPAPKVTKMDAGARWLLDSNKIYEMVAAVVDAVNKPVTVKMRTGWDSDHIYAVENAQAVERAGGQAVSVHGRTREQLYTGYADWDIIRQVKEAVSIPVIGNGDVVTPEDARRMLDTTGCDGVMIGRGALGNPWMLYRTVEYLKTGKLLPDPAPQEKIRIAILHMDRLIALRGEAVAVREMRKHLAWYLKGLKGSARIKDIIMEETKRDEMVNLLNNFVNNLEDQEESTKSVYPQAVAAMG				NA	NA	NA	NA	NA
JZ016_04176	477	greA_2	COG0782	Transcription elongation factor GreA	ATGAGCGATAAAGAAGTCATTCTTACCCAGGACGGTCTGAAGAAACTAGAGGACGAACTTGAGAATCTGAAGTCTGTAAAACGCCGTGAAGTGGCTGAGCGGATTAAAGTTGCCATCGGTTATGGTGATATTAGTGAAAACTCCGAATATGAAGACGCCAAGAACGAGCAAGCCTTTATCGAAGGCCGGATTATAACGCTGGAGAAAATGCTCCGTAATGCGCGCATCATCAACAACGATGATATCAATACCGATGTAGTCGGCGTGGGCAACACGGTGATCGTGGAGGATTTGGAATTCGGCGACACAATGGAATATACCATTGTCGGTACGGCTGAATCGGATCCGCTAAACAACAAGATCTCTAACGAGAGTCCTGTCGGCAAAGCGATTATTGGCAAGCAAAAAGGTTCGGTTGTAGATGTTAACGTTCCTGCGGGCGTTATTCAATATAAAATTGTAGACATTAAGAAGTAA	MSDKEVILTQDGLKKLEDELENLKSVKRREVAERIKVAIGYGDISENSEYEDAKNEQAFIEGRIITLEKMLRNARIINNDDINTDVVGVGNTVIVEDLEFGDTMEYTIVGTAESDPLNNKISNESPVGKAIIGKQKGSVVDVNVPAGVIQYKIVDIKK	PGPT0030495_2323	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSCRIPTIONAL_CONTROL	PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624
JZ016_04177	1512	lysS		Lysine--tRNA ligase	ATGACGGAAGAAATGAATAACCAGGAACAAGAACAGGAGTTAAGTGAGCTTTTGCAAATCCGCCGCAACAAATTGGACGAGCTTCGGAAGCTGGGCATCGATCCGTTTGGCGGAAAATATGAAAGAGAACATCACGCAGGTGATATTCTGAAGCAGTATGACGAGCTCTCCAAGGAAGAACTGGAAGAGAAGCAGGTGGAAGTGAACCTGGCCGGCCGGATTATGGCTAAGCGCGGTATGGGCAAGGCTTCTTTTGCTCATATTCAGGATTTGAGCGGCCGAATTCAGATCTATGTTCGCCAGGATTCGATTGCAGAAGCGCAATATGAAGCATTCAGCATCCTTGATCTGGGTGACATCATCGGGGTAAAAGGGGTCTTGTTCAAGACCAAAACTGGTGAAACCACCATTAAGGTAAAGGAGCTGGAGGTTCTTTCGAAGTCGCTGTATCCGCTCCCTGAGAAATTCCATGGTTTGAAGGATGTGGAACTCCGTTACCGTCAGCGTTATGTCGACCTGATTATCAACCCAGATGTACAGAAGACCTTCATTGCCCGTTCCCGTATTATCCAATCGATGCGTCGTTACCTGGATTCACAAGGCTATCTTGAAGTGGAGACCCCGACGTTGCATTCGATCGCTGGTGGTGCGGCGGCACGTCCGTTCATTACGCATCATAATGCGCTGGATATGGAGCTGTATATGCGAATCGCGATTGAGCTTCACCTAAAACGTCTGATCGTGGGCGGTCTGGAAAAAGTGTACGAGATTGGCCGCGTGTACAGGAATGAAGGGATCTCTACCCGTCATAATCCGGAGTTCACGATGATTGAGCTCTATGAAGCTTATGCGGACTATAAGGATATTATGGCATTGACCGAGAATATGATCGCACATATTGCCCAAGAGGTCCTGGGTACACAAGTGATTTCCTATCAAGGGCACGAAGTCGATCTGACGCCACAATGGCGTCGTGTATCCATGGTGGATGCGGTAAAAGAAGTTGTAGGTGTAGACTTCAGTGTGGAAATGTCCAATGAGGAAGCGCATCGCCTTGCAAAAGAACATAAAGTTCCGGTAGAGCCGCATATGACATTCGGCCACATCTTGAATGCGTTCTTTGAGCAGTTCGTTGAAGAGACGCTGATTCAGCCGACGTTCGTAACCGGTCATCCGGTTGAGATCTCGCCGCTTGCGAAGAAGAATGACGTGGATCCGCGGTTCACGGATCGCTTTGAGCTGTTTATCGTGGCGCGTGAGCACGCGAACGCCTTCTCGGAGCTCAATGACCCAATCGACCAGCGTCAGCGTTTTGAAGCGCAGATGAAGGAAAAAGAACAGGGCAATGACGAAGCGCACGAGATGGATGAGGATTTCTTGCGTGCACTGGAGTACGGTATGCCGCCCACAGGCGGACTTGGTATCGGGATCGATCGTTTGATCATGCTTCTTACGAATTCCCCGTCCATTCGTGATGTCTTGCTGTTCCCGCATATGCGTAATAAGGAATAG	MTEEMNNQEQEQELSELLQIRRNKLDELRKLGIDPFGGKYEREHHAGDILKQYDELSKEELEEKQVEVNLAGRIMAKRGMGKASFAHIQDLSGRIQIYVRQDSIAEAQYEAFSILDLGDIIGVKGVLFKTKTGETTIKVKELEVLSKSLYPLPEKFHGLKDVELRYRQRYVDLIINPDVQKTFIARSRIIQSMRRYLDSQGYLEVETPTLHSIAGGAAARPFITHHNALDMELYMRIAIELHLKRLIVGGLEKVYEIGRVYRNEGISTRHNPEFTMIELYEAYADYKDIMALTENMIAHIAQEVLGTQVISYQGHEVDLTPQWRRVSMVDAVKEVVGVDFSVEMSNEEAHRLAKEHKVPVEPHMTFGHILNAFFEQFVEETLIQPTFVTGHPVEISPLAKKNDVDPRFTDRFELFIVAREHANAFSELNDPIDQRQRFEAQMKEKEQGNDEAHEMDEDFLRALEYGMPPTGGLGIGIDRLIMLLTNSPSIRDVLLFPHMRNKE	PGPT0012225_3645	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567	NA	NA
JZ016_04178	537			hypothetical protein	ATGATTGGGGCTTTTATAATCGGATGTGAGATTTTATTCTGGGTATTTGTTCTAGCAGGATTAAGCGCAAGATATCTGCTCGGGCTGAAAAGAACGGGCGGAATACTGCTGCTGTGTACGCCGATCATCGACTTATTGCTGATAGCCGTAACCATTATAGATCTGCGTGGCGGGGCGGAAGCCGGATTCATGCATGGGCTGGCGGCTGTATATATCGGGGTGACGATTGCTTTTGGGCATCGGATGATCCAATGGGCGGACGCCCGGTTTGCTCACCGATTTGCAGGTGGCAAGAAACCGGAGCCTGCCCCGAAATATGGGTCGGCTCGCGCGAAGCGTGAGCGTCAGGGTTGGTATCGCCATGTGTTGGCGTGGATGATAGGAGTTATGCTGCTTGGTGTTATGATCCTTGTGGTTGGGGAGCCAGCGCGAACAGAGCAGTTAAAGGCTATGGCCTTGCAATGGGCGGTGATCTTGGGAATTGACTTCATATATAGCTTCAGTTATACCTTCTGGCCTAAGAAGCAGGCGGGGTAA	MIGAFIIGCEILFWVFVLAGLSARYLLGLKRTGGILLLCTPIIDLLLIAVTIIDLRGGAEAGFMHGLAAVYIGVTIAFGHRMIQWADARFAHRFAGGKKPEPAPKYGSARAKRERQGWYRHVLAWMIGVMLLGVMILVVGEPARTEQLKAMALQWAVILGIDFIYSFSYTFWPKKQAG				NA	NA	NA	NA	NA
JZ016_04182	1458	guaB	COG0516	Inosine-5'-monophosphate dehydrogenase	GTGTGGGAAGATAAGTTTAGCAAGGAAGGCTTCACTTTTGACGATGTATTGTTGGTTCCTAGAAAATCCGAGGTGCTTCCAAAAGAAGTAGATGTTAGCACCAAATTGAGCGAGCATGTAAAATTGAATATCCCGCTCATCAGTGCAGGAATGGACACCGTAACGGAAGCTCCTTTGGCCATTGCCATTGCTAGAGAAGGCGGAATCGGCATTATTCATAAAAATATGACCGTTGAACAACAAGCTGAAGAGGTAGATCGGGTTAAGCGTTCGGAAAGTGGTGTTATTACGAATCCGTTCTCACTCCATGCTGATCATCTTGTATCCGATGCAGAGAAACTCATGAGTAAGTTCCGGATTTCCGGCGTACCGATCGTAGATAAGAACAATAAGCTGATCGGTATTTTGACTAATCGTGATCTTCGTTTTGTTCATGACTACAATACGGTAATTAGTGAAGTAATGACCAGCGAGAATCTGGTGACAGCTCCGGTCGGAACGACTCTTCAAGATGCCGAAATGATTCTGCAGAAGCATAAGATTGAGAAGCTGCCTTTGGTAGACGAAGATAATGTTCTTAAAGGACTTATCACGATTAAAGATATCGAGAAAGCGATTCAGTTCCCTAGAGCTGCGAAGGACGCTCAAGGCCGCCTGCTTGTAGGTGCAGCGATCGGAATTTCCAAAGATACCTTCGAAAGAGCAGAAGCGCTTGTGAAAGCTGGCGTAGACGTCATTACCGTTGACTCTGCCCACGGTCACCACATCAATATCATTGATTCCGTTCGGAAATTGCGCGAAGTGTATCCGGATCTGACGATTATCGCTGGTAACGTGGCTACAGGCGAGGGTACAAGAGAGCTTATCGAAGCCGGTGCATCCGTCGTTAAAGTCGGAATTGGGCCTGGATCGATCTGTACGACGCGTGTCATTGCCGGGATTGGTGTACCGCAAATCACAGCGATTTATGATTGTGCAACGGTTGCTAAGGAATACGGAGTGCCGATTATTGCAGATGGCGGCATCAAATACTCCGGTGAAATTACAAAAGCGATCGCAGCCGGAGCAAGTGCAGTTATGCTGGGCAGCATGTTTGCCGGTACGGAGGAGAGTCCGGGCGAAGCTGAGATCTATCAAGGACGCCGTTTCAAGGCTTACCGCGGTATGGGTTCCCTTGCTGCCATGAAACAAGGCAGTAAAGACCGTTACTTCCAAGATGACGACAAGAAACTGGTACCGGAAGGCATCGAGGGCCGTGTTGCTTACAAAGGGCCTTTGGCAGATACCATCCATCAGCTGATCGGTGGATTGCGCTCTGGTATGGGCTATTGCGGTACACAAAACCTGGAGGAACTGCGGAATGACACCCAGTTCATCCGTATCTCTGGTGCAGGACTCCGCGAGAGCCATCCGCATGATATCCAAATTACCAAAGAAGCACCTAACTATTCCTTGTAA	MWEDKFSKEGFTFDDVLLVPRKSEVLPKEVDVSTKLSEHVKLNIPLISAGMDTVTEAPLAIAIAREGGIGIIHKNMTVEQQAEEVDRVKRSESGVITNPFSLHADHLVSDAEKLMSKFRISGVPIVDKNNKLIGILTNRDLRFVHDYNTVISEVMTSENLVTAPVGTTLQDAEMILQKHKIEKLPLVDEDNVLKGLITIKDIEKAIQFPRAAKDAQGRLLVGAAIGISKDTFERAEALVKAGVDVITVDSAHGHHINIIDSVRKLREVYPDLTIIAGNVATGEGTRELIEAGASVVKVGIGPGSICTTRVIAGIGVPQITAIYDCATVAKEYGVPIIADGGIKYSGEITKAIAAGASAVMLGSMFAGTEESPGEAEIYQGRRFKAYRGMGSLAAMKQGSKDRYFQDDDKKLVPEGIEGRVAYKGPLADTIHQLIGGLRSGMGYCGTQNLEELRNDTQFIRISGAGLRESHPHDIQITKEAPNYSL	PGPT0021445_4524	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088	NA	NA
JZ016_04183	1419	dacA_3	COG1686	D-alanyl-D-alanine carboxypeptidase DacA	TTGATAGACAAGTCTGTAAAGAAGAATAAGCGACAACGCATTCAAAGAACGCTGGCATCCTTGATGCTGTTTAATATACTGTGTTTCTCTGCTGCGCCTGCGGTTTCGCTTGCGGCGCCTCATATGCTGGTAACAGCGGATACGACGAAAGCCACAGAGGACAAAGCGACAACAGAGAAAGCGACAACCAATGCTGAGAAACCGGATAAAGTGCCATCCATTGATCAGCTTGGACTGGATGTAAGCTCCGCTGTTCTGATCGAGCCATCAACAGGACAGGTCCTATTATCAATTAATGCTGATGAAGCATTACCACCGGCGAGTATGACGAAGATGATGACGGAATACATCGTTGCAGAGAAAGTGAAGCAAGGCGAATTGGCTTGGGATGATGTGGTCACTGTAGGGGAGAATGCAGCCAAGACAGTAGGATCACGCATATTTTTGGCTGAAGGCGATCAACATACAGTGGAAGAACTCTACATAGCCATGGCTGTTGGTTCAGCAAATGATGCCACAGTAGCATTGGCGGAACGTGTGGCTGGTTCCGAGGCAGAGTTTGTTACCATGATGAACGATACAGCGAAGAAGATGGGGCTGAAGACGGCTTTCTTCATTAATTCCACAGGCCTGAGCCGTGCCGATATGCCAGAGAAGTATCGTCCTGCGGAGGATAAGGAAACGGTAATGTCGGCGATGGATACCGCTCTACTTGCCAAATATATCGTTGAGGATCATCCTGATTTTTCGAGATTTACGGCCATTCAGTCCCATAAATTCCGGCCGCGCGACACGAATCCGATTATCAACTACAACTGGATGCTTGAGGCTAATAAAAGTATTACAAACTTTAAGTCCTATGCGTATGAAGGTTTGGACGGTTTAAAAACCGGTCATACCAATGCGGCGGGTTATTGCTTTGCTGGTACCGCTGAACGCGATGGTATGCGTCTGATTAGTGTTGTTATGGGTACGAAATCTGAAGGTGCCCGTTTTAAAGAGACCAAAAAAGTTCTGGATTACGGCTTTGACAACTTTGAAGTGAAGGAAGTCCAAGCTGCCGGGGCAACCGTGCAAGGCTTTGAAACGGTCGAAGTGAAGAAGGGCAAAGGCAAAGAAGCTGCGCTCGTAACCGACAAGGCTCTCACTTTTGTTGTACCAAAAGGATCAAGCGGCAAGAACATTACCTTCGAAGCCAAGCTGGACTCCTCCAGCATGACGGCGCCTGTTGCTAAAGATACGAAGGTGGGCACGGTAACCTACACCTATAAAATAGAAGGCATGAAGGAAGCTCAGACCGAAACGGTGAATTTAATCACAGCGGAGGAAGTTGAGAAGGCCGGCTGGTTCAAGCTGTTCCTGCGGGCCATTGGAGACTTTTTTGCCGATTTGTTTGATTCCATCAAAAATCTTTTCTAA	MIDKSVKKNKRQRIQRTLASLMLFNILCFSAAPAVSLAAPHMLVTADTTKATEDKATTEKATTNAEKPDKVPSIDQLGLDVSSAVLIEPSTGQVLLSINADEALPPASMTKMMTEYIVAEKVKQGELAWDDVVTVGENAAKTVGSRIFLAEGDQHTVEELYIAMAVGSANDATVALAERVAGSEAEFVTMMNDTAKKMGLKTAFFINSTGLSRADMPEKYRPAEDKETVMSAMDTALLAKYIVEDHPDFSRFTAIQSHKFRPRDTNPIINYNWMLEANKSITNFKSYAYEGLDGLKTGHTNAAGYCFAGTAERDGMRLISVVMGTKSEGARFKETKKVLDYGFDNFEVKEVQAAGATVQGFETVEVKKGKGKEAALVTDKALTFVVPKGSSGKNITFEAKLDSSSMTAPVAKDTKVGTVTYTYKIEGMKEAQTETVNLITAEEVEKAGWFKLFLRAIGDFFADLFDSIKNLF	PGPT0024040_308	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
JZ016_04184	840	pdxS	COG0214	Pyridoxal 5'-phosphate synthase subunit PdxS	ATGCAAAAAGGCGGCGTCATTATGGACGTCATGAATGCGGAACAAGCAAAGATCGCTGAAGCTGCCGGCGCAACGGCAGTTATGGCGCTGGAGCGCGTTCCTTCTGATATTCGCGCTGCTGGGGGCGTAGCACGGATGGCTGACCCAACCATCGTTGAGGAAGTCATGAAAGTTGTATCCATTCCAGTTATGGCCAAAGCTCGTATCGGTCATTACGTCGAGGCGAAAGTCCTTGAATCTCTTGGCGTGGATTATCTCGACGAGAGTGAAGTGCTGACACCGGCGGATGAAGTGTTCCATATCGATAAATGGGATTTCACGGTACCGTTCGTATGCGGTGCAAAGGACCTTGGCGAAGCGCTGCGTCGTATTGGTGAGGGTGCTTCCATGCTCCGTACGAAAGGCGAGCCGGGAACAGGTAATATCGTGGAAGCCGTTCGCCATATGCGCCTTATCAACAGTCAAATCCGTAAAGTTCGCAACATGTCGAAGGACGAGCTGTATGCGGAAGCGAAGAACCTCGGTGTTTCCTATGACCTCCTGAAGGGCATTCATGAGACGGGCAAGCTCCCTGTCGTTAACTTTGCAGCTGGCGGCGTGGCAACACCTGCAGATGCCGCATTGATGATGCATTTGGGCGCTGACGGCGTCTTTGTTGGATCCGGTATTTTCAAATCGGACAGCCCTGAGAAATTCGCTCGTGCGATCGTTGAAGCGACTACGCATTATGATGATTATAAATTGATTGCTGAAGTATCCAAGAACCTGGGTACTCCGATGAAAGGCATCGAGATATCCAAGCTTAGTCCGGCTGAGCGCATGCAGGATCGCGGCTGGTAA	MQKGGVIMDVMNAEQAKIAEAAGATAVMALERVPSDIRAAGGVARMADPTIVEEVMKVVSIPVMAKARIGHYVEAKVLESLGVDYLDESEVLTPADEVFHIDKWDFTVPFVCGAKDLGEALRRIGEGASMLRTKGEPGTGNIVEAVRHMRLINSQIRKVRNMSKDELYAEAKNLGVSYDLLKGIHETGKLPVVNFAAGGVATPADAALMMHLGADGVFVGSGIFKSDSPEKFARAIVEATTHYDDYKLIAEVSKNLGTPMKGIEISKLSPAERMQDRGW	PGPT0009180_1738	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009180-pdxS|pdx1|yaaD-K06215	NA	NA
JZ016_04185	588	pdxT		Pyridoxal 5'-phosphate synthase subunit PdxT	ATGAAGGTCGGCGTACTGGCACTTCAGGGTGCCGTTGCAGAGCATATTCGAAGCATCACGCTTGCTGGTGCCGAGGGAGTGCCGATCAAGAAGGTCGAGCAGTTGGACGGCATTGACGGCTTGATTATTCCTGGCGGTGAGAGCACCACCATCGGCAAGCTGATGCGCAAGTATGATTTTATGGATGCGATTCGTCAGTTCTCAGCCCAGGGCAAACCGATATTCGGAACATGCGCCGGACTGATCGTGCTCGCAGAACGAATTCAAGGCGACGAAGAGGCTCACTTGAAGCTGATGGACATCACGGTGGCACGGAACGCATTTGGACGTCAGCGTGAAAGCTTCGAGACCGATTTGCCTGTAAAAGGAATCGAGGAAACGGTACGGGCAGTCTTTATCCGTGCGCCGCTCATTCTGGAGGTGGGTGCGGGCGTTGAGGTCTTGTCCACTTATAAGGATGAGATCGTTACAGCCAGACAGGGGCATCTGCTTGCAGCTTCCTATCATCCGGAGCTGACGGACGATTATCGACTTCATCAATATTTTGTGGAGATGGTTCGATCCCGGTCTACGGCACCACAGACGTAA	MKVGVLALQGAVAEHIRSITLAGAEGVPIKKVEQLDGIDGLIIPGGESTTIGKLMRKYDFMDAIRQFSAQGKPIFGTCAGLIVLAERIQGDEEAHLKLMDITVARNAFGRQRESFETDLPVKGIEETVRAVFIRAPLILEVGAGVEVLSTYKDEIVTARQGHLLAASYHPELTDDYRLHQYFVEMVRSRSTAPQT	PGPT0009185_1296	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009185-pdxT|pdx2|yaaE-K08681	NA	NA
JZ016_04186	1284	serS_2	COG0172	Serine--tRNA ligase	GTGTTAGACGTAAAAATATTGCGCAGCGAGTACAGTCGTGTAGAAGAAGCGCTGAAGAATCGAGGCAAATCGCTCGATCTGATTGCGGATTTTCCTAAGCTTGACGCCCGGCGCCGGGAATTGCTGCAGGAAAGCGAAAGTTTGAAGAATCGCCGCAACACCGTGTCGGCTGAAGTAGCCAAACTGAAGAAGAATCGTGAGAATGCAGATGATCTGATACTGGAAATGCGCCAAGTGTCGGACCAGATTAAAGCGATGGATGAGGAAGTTCGTGAGCTGGAAGCCAGCATATCCGAGCTTACTTTGGCGATTCCGAATATCCCTCATGAGAGTGTGCCTGTAGGCGCCTCGGAGGAGGAGAACGTGGAAATCCGCCGCTGGGCGGAGCCAAAAGCTTTCGATTTCGAGCCTAAGGCTCACTGGGAGCTTGCTCAGAATCTGAGTATTTTGGATTTTGAAGCAGGTGCGAAGGTAACGGGTTCGCGGTTTACGTTCTACAAAGGTTTAGGTGCTCGTCTTGAGCGTGCCTTGATCAGTTTCATGATGGACCTGCACAGCGACAAACACGGCTATGAGGAGATGCTGCCTCCATATATCGTCAACCGGGACAGCTTGTACGGAACAGGACAGCTGCCTAAATTCGAAGAGGATTTATTCAAAATTAGCGATACCGACTATTACCTGATCCCAACCGCTGAGGTTCCTGTAACGAACTACCATCGCGAGGAAATCTTAAATAGCGAGGATCTGCCTAAATATTACGTGGCGTACAGCTCCTGTTTCCGTTCGGAAGCCGGCGCGGCAGGGCGCGACACGCGGGGACTTATTCGTCAGCATCAGTTCAACAAGGTTGAGATGGTGAAAATTGTACACCCGGAAACTTCGTTTGATGAGCTTGAGAAGATGACGGCGGATGCGGAGCGCGTGCTTCAGCTGCTGAATCTTCCTTATCGCGTCATGGCTCTCTGTACTGGGGATATGGGCTTCGGATCGATGAAGACATACGATCTGGAAGTTTGGCTTCCGGAGAGCGGCGTATATCGCGAAATCTCCTCATGTTCGAACATCGGGGACTTCCAGGCACGCCGTGCCAACATTCGCTTCCGTCCGGAACCGAAGAGCAAGCCTGAATTTGTCCACACCTTGAATGGTTCCGGGCTTGCGGTTGGACGTACCGTCGCTGCGATTCTGGAGAATTATCAACAGGCTGACGGGTCCGTCGTTATTCCTGAAGTACTTCGCCCGTACATGGGGAACGTTAGTATCATCGACCAGAAAAAATAA	MLDVKILRSEYSRVEEALKNRGKSLDLIADFPKLDARRRELLQESESLKNRRNTVSAEVAKLKKNRENADDLILEMRQVSDQIKAMDEEVRELEASISELTLAIPNIPHESVPVGASEEENVEIRRWAEPKAFDFEPKAHWELAQNLSILDFEAGAKVTGSRFTFYKGLGARLERALISFMMDLHSDKHGYEEMLPPYIVNRDSLYGTGQLPKFEEDLFKISDTDYYLIPTAEVPVTNYHREEILNSEDLPKYYVAYSSCFRSEAGAAGRDTRGLIRQHQFNKVEMVKIVHPETSFDELEKMTADAERVLQLLNLPYRVMALCTGDMGFGSMKTYDLEVWLPESGVYREISSCSNIGDFQARRANIRFRPEPKSKPEFVHTLNGSGLAVGRTVAAILENYQQADGSVVIPEVLRPYMGNVSIIDQKK				NA	NA	NA	NA	NA
JZ016_04188	342			hypothetical protein	ATGAACTCAGAACTGAATGTGGATCAGTCGACGCTGGTCAATGCCTGGCAGGAAAGGCTGCCCACCATATTAAAGCCGGGAGATCGCGCAGAAGTGGCTGCAGACGAAGGGGACCCGAACGCCATCCGCATTCACATTGATGCAGCAGGTCGCCAGGAGTATTCATTTGATTTTCAATGCACGTATGTGGATTCACGGGAAGTGAAGGTCGATTTGGTCGATGTAGAGCGTGATGGTGCAACGACGGATGAGCGTAATGAGAACATTCAGGGCATGGTCGGCGATTATACGCGCCATATCCATGAGTGTGCCCAAACGCTGCAGCAAATCACGCATCACTAG	MNSELNVDQSTLVNAWQERLPTILKPGDRAEVAADEGDPNAIRIHIDAAGRQEYSFDFQCTYVDSREVKVDLVDVERDGATTDERNENIQGMVGDYTRHIHECAQTLQQITHH				NA	NA	NA	NA	NA
JZ016_04189	150			hypothetical protein	TTGAGCAAACCAAAAGCGATTCCGGTACCGGAAGCACAGGAGCAGCCGAAGCAGCGCAAGGACCATGACCGTGGCGGCCAGGAGCCGCTGTCAGGCTCGCACAGAGCGAAGATCCGTAAACAGGATGGACATTTCAATCCGGAGGGCTAG	MSKPKAIPVPEAQEQPKQRKDHDRGGQEPLSGSHRAKIRKQDGHFNPEG	PGPT0024935_22	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024935-sspP|cotL-K06433	NA	NA
JZ016_04190	1086			hypothetical protein	ATGAACAAGAAGTTTGCAGCTATCATGCTGACACTGCTGCTCACAGTGACAGTTGTACTTTCTGGCTGCGCCAAAAAAGAAGAGCCTAAGGCAGCGATGACGAATGCTGCTACGAACGCGATGAAGATGACATCCTACGAAATGAAGAGTAAATTTGTCATTGAAGACCTTCAAGTTAACATACCTGCAGTTGAAGGCGATCCAAGCGTAACACAGGCGATGACGATGTTGAAGAATGCTGAGGTTACGCTTGATGGTATCTACCAAGCTGATCCAATGCAAACCGAGATGAACATGGGTATCAATCTGAAGGGTGACATGGCGATGTCCTTCAATATTGATATGGTGATGACGAAAGAGAAAATCTACGTTAAAGTTCCAAGCATTCCAATGCTGCCATTCCCAGAGGACGTTGTTGGTAAGTTCCTCATGATGGACATGAAAGAGCTTGCTGAGCAATCCGGTGAAACGTTTAGCCCAGAAAGCCTGGATACTGAGAAGTCCCAGAAATTCGTTAACGAAATCCTTGAAGCCTTGTTGAGCGAGTATGACCAAGCGAAATACTTCAAAGAGATCAATGTTAAAGATGCTGGCCTTCCAGAAGGCGTTGACGCTAAACAAGTGGTTCAATTCTTTGTAACCAATGATAACCTGAATGAAGCATTGGATATTATGGTAAACAAGGTTGCACCTAAGGTTGTTGACATTGCAGCTAAAGACGAGTACCGCGAATTGCTGGGTCTGACCCAAGAAGATATCGATGCTGCTAAAGCTGAAGTATCTAACGTTAACCAAGATGAATTCAAAGCGGGCTTGGAAGAGATGCAGAAATATCTGAAGATCAACACATTCAACATCAACACAGCTATCGATAAAAAGGATTTCCCTGCATATCAGGATGTTGTGTTGAACGTTGATTTCAACGATCCAGAAACCAATGAGAACGTGAAGTTGGCTGTGAAGGGTAGCACCCAATACAACAACATCAACGCTAAACAAGAATTCAAAATCGGTATTCCAAAAGATGCTGATGTCATCACGATGGAGCAATTTGAGGAATCCATGAGCCAAATGGGCACTTATTAA	MNKKFAAIMLTLLLTVTVVLSGCAKKEEPKAAMTNAATNAMKMTSYEMKSKFVIEDLQVNIPAVEGDPSVTQAMTMLKNAEVTLDGIYQADPMQTEMNMGINLKGDMAMSFNIDMVMTKEKIYVKVPSIPMLPFPEDVVGKFLMMDMKELAEQSGETFSPESLDTEKSQKFVNEILEALLSEYDQAKYFKEINVKDAGLPEGVDAKQVVQFFVTNDNLNEALDIMVNKVAPKVVDIAAKDEYRELLGLTQEDIDAAKAEVSNVNQDEFKAGLEEMQKYLKINTFNINTAIDKKDFPAYQDVVLNVDFNDPETNENVKLAVKGSTQYNNINAKQEFKIGIPKDADVITMEQFEESMSQMGTY				NA	NA	NA	NA	NA
JZ016_04191	495	tadA	COG0590	tRNA-specific adenosine deaminase	TTGATATCAAATTCAATAGACCCACTGGCTGTGGATAACGATAATCATGAGCACTGGATGAGAGAAGCCATTGCAGAAGCACGGAAAGCTGAAGAGCTCGGTGAAGTTCCGATTGGTGCTGTCATCGTGCGGGGCGATGAGATTATTGGCCGTGGATACAATTTGCGTGAAACGACTTACGATGGTACGGCCCATGCCGAGATGGTAGCTATTCGGGAGGCAAGCCAGCATCTTGGAGCATGGCGGCTGCTGGACTGCCGATTATACGTGACGTTAGAACCCTGTCCCATGTGTGCAGGAGCTATCGTCCAATCCCGGGTCCCAGAGCTGATCTATGGTGCTGGTGATCCCAAAGCCGGTTGTGCCGGCACATTGATGAATTTGCTTCAAGAGCCGCGTTTTAATCACCGGACTAACGTGGTTCAGGGCGTGCTGCAGGAAGAATGCGCATCACTGCTCACTCAGTTCTTCCGACGTTTGCGCGGGAAACTATGA	MISNSIDPLAVDNDNHEHWMREAIAEARKAEELGEVPIGAVIVRGDEIIGRGYNLRETTYDGTAHAEMVAIREASQHLGAWRLLDCRLYVTLEPCPMCAGAIVQSRVPELIYGAGDPKAGCAGTLMNLLQEPRFNHRTNVVQGVLQEECASLLTQFFRRLRGKL	PGPT0006855_79	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_DICHLOROPROPENE_DEGRADATION,PGPT0006855-dhaA-K01563	NA	NA
JZ016_04192	2295	sasA_28		Adaptive-response sensory-kinase SasA	TTGTCGATTAAGACGAAATTATCGATGATCATGTCCATATCGGTATTATTTATTCTTCTGCTCAACATTACGCTGAACTATTACACGACCCAGGAAAATTTGCAGCAGGATAGTGAAACCAAGATGGTGATGGCCGCTACTCAGATCGCCATTACGGTCCAGCAAACCGGCTTTAGTTCTGCATATGTGGATAATATATTCGGCGATATGCTGAAGGTGGCCGCGGTCAACGCGGCAAAAGCTTTGGATCCGGATATTAACAATATAACCAATCAGCAATTGGTGGAATTGAGTAAGGAGATTGGCGTCACTCACATATCATTAATGGTTCGGACGAATGATGATATCGTTGTTGCCCGATCCTCCTCTCAAGATGAAATCGGCCTTTCAACAAAGAACTGGGGGTATTGGCATACGGCTTTTCTGGAATTGTTCCAGTATGGTAAAGTCGTCTCAGTTACCGAGGGCCAGCGCTCCGATCATTTTTGGTCTGGACCGTTTGAGTTCTCCACATCCAATCCGGAATTCATTGATAAATGGGGATACTATTACGATAGCAAGCGCAATTATATTATTGATCCCTACATAAGGAATTCCAATATCAAGGACTTTGTGAAGATTACAAGTCCGGACACCGTTGTGAAAGAGACCTTGAAGTCGAATCCGCGGATATTGGAAGTAACAGGCATCAATCCTGAAACGTTTGGCAATGAATATATGAGGGAAGATGGAACAGATGACGTTCACCACAAGCTTCGCAATCGACCGATTACATTCGGCACCTATGACTATGGGAGCCTGGACCAAGATGCGGAAGCTGTGCAGAAGGCTGTTTCTACCGGCGATAATGTGGTGTTTGTCAGCACCATCAATAATAAGAAGGTGCTAAAAAGCTTCATCCCTATCGTATCCGAAAATAAACCGACCAGTGTCATTAGTGTCGTTATGGACTATGAAGCCATCTCCTCCGTGATGAGAGAGCAGATGATCAGTCTTGTGGCGATCTCATTGGTTTTATTGGAAATTGTGATATTCGGCAGTTATATTGTTGCGGGGTATTTTACCAAGCCGATTCAGGCTATCCTTGGAACTGTAAATGATGTGTCGGATGGTCACTTTGATCGAAGGCTGGAGGTAAGCAGCCGGGACGAGCTGGGTCAGCTTGCAGGTCGAATCAATGCGATGACACGTAATCTGGGCAACTATACGAGCCAGTTGAAGCAAATGGTCGACGAGAATCAGTCCGTTAAGGAATATCTGGAGTCTGTCATTAATCAGACAGCCGACGCCATTCATACAACCGATACCTATGAACGGGTTATTAGTGTAAATAAAGCGTTTGAGCAATTGTATGGTTGGAAGGCGCACGAAGTGGTTGGACGGAAGCCTGCACTTGTCCCTCCGGCTAAAGAGGAAGAAGAACAGGAACGCATCCGCCGCCTGCGGGCCGGAGAACGGCTTCCTCCAGTGGAGACGGTCCGCCTTCATAAAGATGGAAGCGCTATTGAGGTCAGCATCAGCACCTCGCTGGTGCGCGATGAGAACGGTGAGGTTACTTCCATGATTAGCGTGTCTCGGGATGTGACGGAACGCAATCGCATCGAGGAGCTGCTGCGACGTTCGGAGAAGCTCAATACTGTTGGCCAGCTGGCTGCCGGCGTTGCTCATGAGATCCGGAATCCACTGACGACCCTCCGTGGATTTCTGCAGCTTCAGAAGCAGACCCACAAGGTCAATCCGGACCATATTGATCTGATGCTGTCGGAGCTGGACCGAATTAATCTGATTGTCAGTGAATTTCTGATATTAGCGAAGCCGCAGGCGATTCATTTCCAAGAGAGGGATGTAAGAATCATTATGAGAGATGTCATTTCATTCCTCGACAGCCAAGCCCATTTGTACAGCATCGAGTTCAAATTGAAGTTTACTGAAGCACTAACCTACGTACACTGTGAGGAGAACCAGCTCAAGCAGGTGTTCATCAATCTGCTCAAGAATGCGATTGAAGCGATGCCGGATGGCGGGAGGATCTGGATTGAGCTTTCAAGGCCGAAGGGTGAATGGGTCCAAATCGACATTCGGGATGAAGGGCAAGGCATTCCGGAGGAGCTGATGCCGCATCTTGGCGAACCGTTTATTACGAATAAGGAAACGGGCACAGGGCTGGGATTGATGGTAAGCCAGCGTATTATTCAGGGCCACCGGGGTATGATGGAAATCGAGAGTGAAGTAGGAGCAGGAACGAAGGTGAGTATAGTTCTGCCTGCGATTCAGCGGAATGCGATCGAGGGATAA	MSIKTKLSMIMSISVLFILLLNITLNYYTTQENLQQDSETKMVMAATQIAITVQQTGFSSAYVDNIFGDMLKVAAVNAAKALDPDINNITNQQLVELSKEIGVTHISLMVRTNDDIVVARSSSQDEIGLSTKNWGYWHTAFLELFQYGKVVSVTEGQRSDHFWSGPFEFSTSNPEFIDKWGYYYDSKRNYIIDPYIRNSNIKDFVKITSPDTVVKETLKSNPRILEVTGINPETFGNEYMREDGTDDVHHKLRNRPITFGTYDYGSLDQDAEAVQKAVSTGDNVVFVSTINNKKVLKSFIPIVSENKPTSVISVVMDYEAISSVMREQMISLVAISLVLLEIVIFGSYIVAGYFTKPIQAILGTVNDVSDGHFDRRLEVSSRDELGQLAGRINAMTRNLGNYTSQLKQMVDENQSVKEYLESVINQTADAIHTTDTYERVISVNKAFEQLYGWKAHEVVGRKPALVPPAKEEEEQERIRRLRAGERLPPVETVRLHKDGSAIEVSISTSLVRDENGEVTSMISVSRDVTERNRIEELLRRSEKLNTVGQLAAGVAHEIRNPLTTLRGFLQLQKQTHKVNPDHIDLMLSELDRINLIVSEFLILAKPQAIHFQERDVRIIMRDVISFLDSQAHLYSIEFKLKFTEALTYVHCEENQLKQVFINLLKNAIEAMPDGGRIWIELSRPKGEWVQIDIRDEGQGIPEELMPHLGEPFITNKETGTGLGLMVSQRIIQGHRGMMEIESEVGAGTKVSIVLPAIQRNAIEG	PGPT0025290_73	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025290-kinE-K13533	NA	NA
JZ016_04193	702	rluF_1	COG1187	Dual-specificity RNA pseudouridine synthase RluF	TTGAGAATCAATAAATTTATCAGTGAAACGGGATATTGCTCAAGGCGTGAAGCGGACAAGCTGGTGGAGAGCGGGAAGGTTACCATCAATGGCGTGGTTGCAGTCCTTGGAAGCCAGGCAGAAGAAGGAGACGATGTCCGGATTCAGGGAAAGCCGCTTCAAGATAAGAAGAAGCATGTGTATATTGCTCTTAATAAGCCAGTCGGGATTACAAGCACCACCGAACCGCATATTAAGGGCAATATTGTAGACTTCGTAGGCCATAAGGAGCGTATTTTTCCTATCGGACGATTGGATAAGGACTCCGAGGGGCTGATTCTGCTGACGAATGATGGGGATATCGTCAATAAGATCCTTCGCTCCGAGGGGAAACATGAGAAAGAATACATTGTGACGGTGGATCGCCCGGTAACGGAATCCTTCCTTAGCGGGATGTCCAGCGGCGTCAAGATTTTAGGTGAGATGACGCTGCCCTGTGAGGTCACTCGAATGTCTGAGCGAGTGTTCCGAATCATTCTGACGGAGGGGAAAAATCGTCAAATCCGCAGAATGTGCAGCGCTTTTGGTTATGAGGTCCGAAAATTACAGCGAATCCGGATTATGAATATCCGTCTCGGCAGTCAACGCATCGGCGCTTGGCGTGATCTTAACGAGAAGGAGAAGGAAGAGCTTGGTCGGCTGCTGAACTATAGGCTCGAGTAG	MRINKFISETGYCSRREADKLVESGKVTINGVVAVLGSQAEEGDDVRIQGKPLQDKKKHVYIALNKPVGITSTTEPHIKGNIVDFVGHKERIFPIGRLDKDSEGLILLTNDGDIVNKILRSEGKHEKEYIVTVDRPVTESFLSGMSSGVKILGEMTLPCEVTRMSERVFRIILTEGKNRQIRRMCSAFGYEVRKLQRIRIMNIRLGSQRIGAWRDLNEKEKEELGRLLNYRLE				NA	NA	NA	NA	NA
JZ016_04194	807	motB_2	COG1360	Motility protein B	GTGAGCAAAAAGACTAGGCACGAGCCGCATGAGGAGCATGCCGACGAATCCTGGCTTCTTCCTTACGCAGACCTACTGACCTTGCTTCTGGCCCTGTTCCTGGTGCTATACGCCATGAGTGCGACAGACGCACGCAAATTTCAAGAAATGAGCGAAGCCTTCAGCGTTGCTCTCACTGGCGGGACCGGCGTGCTGGATTACAGCAAAACGGAACCCAGCGATGATCCGCCCAATATTAAAGATCATAAAGCGACATCCCCTTCCGTTCCCGCAACAACACCTGACCAACGACGTGCTGAGCTGATGCGTCAGGAACAACAGGATCTGGAGAAGTTAAAGAAGCAGCTCGATAATTATATTAAAAATAACGGTTTAACCTCGGAGCTCAGCACCAAGTTGAACCACTCCCAGCTTGTCATTACAATACGGGATAACGCCTTGTTCCCTTCCGGCGAAGCCGTTGTGAAGCCGGAGGCCCGCAAATTGGCCATGGCTATCTCACAAATGCTTCATAAGTTCCCGGACTATGAAATTATTGTATCCGGACATACGGACAATGTGCCAATCTCTAATAGCCGATATCCGTCGAATTGGGATTTAAGCTCGGATCGTGCCTTGCAGTTCATGAAGATTCTGCTCACCAACTCGGAGTTGGATCCTAAACGGTTCATGCCGATCGGTTATGGTGAATACCATCCGATTGCCGATAACAACACCGCTGCTGGGCGAGCGAAGAACCGCAGAGTCGAGGTTTCCATTATACGTAAATACCAGGATAGTGCGACCTTTACCAGCGTGAATGAATAA	MSKKTRHEPHEEHADESWLLPYADLLTLLLALFLVLYAMSATDARKFQEMSEAFSVALTGGTGVLDYSKTEPSDDPPNIKDHKATSPSVPATTPDQRRAELMRQEQQDLEKLKKQLDNYIKNNGLTSELSTKLNHSQLVITIRDNALFPSGEAVVKPEARKLAMAISQMLHKFPDYEIIVSGHTDNVPISNSRYPSNWDLSSDRALQFMKILLTNSELDPKRFMPIGYGEYHPIADNNTAAGRAKNRRVEVSIIRKYQDSATFTSVNE	PGPT0015375_3609	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015375-motB-K02557	NA	NA
JZ016_04195	801	pomA_2	COG1291	Chemotaxis protein PomA	ATGGAAATTTCAACAATTATAGGCTTAATAATCGGTATCGTCGCGGTACTGGTGGGCATGATCCTGAAAGGTGCCTCCCTTCTCGCTTTGTATAATCCGGCAGCCTATCTAATCATTCTTGGCGGTACGGCAGCAACTTTATTCATCGGATTTCCGCTAGTCGAGCTAAAAAAGATTCCGAAGCTGGTCAAGATGACCTTCGTGAAACAGAATCTGATGGACAAAACGGATATGATCAAGCTGTTTATGGAGTGGGCTTCGATCACACGCCGTGAAGGACTTCTGGCTCTGGAAACCAAAGTCGATGAAATCGATGACAGCTTCCTGCGTAATGGGATGCGCATGATCATCGACGGCAACGATCAGGAATTCGTACGTGACGTTTTAATGGAAGATATTAATGCCACCGAGGAGCGCCATCGTTCCGGTTCATTGATCTTCTCGCAAGCCGGTATGTATGCACCTTCCCTCGGGGTACTCGGAGCCGTTATCGGTTTGATCGCTGCACTGTCCCACATGGAAGATATGGGCGAACTCGCTCATGCTATCGGGGCTGCATTTATTGCTACCCTGCTCGGTATCTTCACCGGTTATGTTATCTGTCACCCGATTGCGAATAAACTCAAGCGTCTGTCCAAACGCGAGGTTGAAATCCGCCTGATGATGGTAGAAGGCCTGCTGTCTATTCAATCCGGTGTATCCACCATTGCAATCAATCAAAAGCTCTCCGTGTTCCTGACACCGTCCGAACGGGCTGAGCTCAGCGAGAGGGAGGCTGGTGCTAGTGAGCAAAAAGACTAG	MEISTIIGLIIGIVAVLVGMILKGASLLALYNPAAYLIILGGTAATLFIGFPLVELKKIPKLVKMTFVKQNLMDKTDMIKLFMEWASITRREGLLALETKVDEIDDSFLRNGMRMIIDGNDQEFVRDVLMEDINATEERHRSGSLIFSQAGMYAPSLGVLGAVIGLIAALSHMEDMGELAHAIGAAFIATLLGIFTGYVICHPIANKLKRLSKREVEIRLMMVEGLLSIQSGVSTIAINQKLSVFLTPSERAELSEREAGASEQKD	PGPT0015370_1902	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015370-motA-K02556	NA	NA
JZ016_04196	294			hypothetical protein	ATGGGCGTTAAGCACGGAAGGGATTATGGCGAAATTCTGGCAGAACTGACCGAGGCGGTCGGGCGAATTTCCGACAGCTATGTCTTCTTTGAAATGGAAGCTGAGGATTGGGGCAATTTGGGCGAAGCCGAGCGAAATGAGGTCCATGAGGCGCTGGCAGAGGATTTGTTCTATGCGCTGGGCACAGAGCCGGTGATTAATGTTGGCAGCGGCGTGGTCATGCATGATCAGACGAACCATCGAATACATATTTTGATTGGTGAGGAAGAGTTGGCTTTTGTGGCCCTTGTGTAA	MGVKHGRDYGEILAELTEAVGRISDSYVFFEMEAEDWGNLGEAERNEVHEALAEDLFYALGTEPVINVGSGVVMHDQTNHRIHILIGEEELAFVALV				NA	NA	NA	NA	NA
JZ016_04197	315		COG2154	Putative pterin-4-alpha-carbinolamine dehydratase	ATGCTTTATACGCAGCAAGAAGTAGAGGCTCATCTGGAAAAGCTTGAGGGTTGGGAATTTGAACAAGGGAGATGGATTGTACGAAAGTATACCTTCTCCTCCTTCATGAAGGGAATCGCTTTTGTTGATGAAGTGGCAGCTATTTCGGAAGCTTTCGGACATCACCCCTACATCACCATAGATTATAAAGTCGTTACACTTCGTCTCACTTCTTGGGACGACGGTGGCATTACGGCTGTGGATATTAAGGAAGCGCAGCAGTTTAACGAAGCCTATGAGAAGAGTCGTTCGAAGGATGGCAAGTCGGGACAATAG	MLYTQQEVEAHLEKLEGWEFEQGRWIVRKYTFSSFMKGIAFVDEVAAISEAFGHHPYITIDYKVVTLRLTSWDDGGITAVDIKEAQQFNEAYEKSRSKDGKSGQ				NA	NA	NA	NA	NA
JZ016_04198	363	cccB_3	COG2010	Cytochrome c-551	ATGACGATGCAAAAATGGATCATGAGCGGATTGTTCTTCGTCGCATGTGCGTTGGCTATCGCGCTGATGTTTACGCTCCCAGGTAAGGAACAGGTAGCTCAGGAAGAGAAGCCGACCATGCCGGAAGTGACTCTCGATGCAGCCGCAGCGGAAGCCACACTGAAAGCAAGCTGCATTAGCTGTCACGGCGACCAACTTCAAGGCGGCGCTGGGCCGGCTTTGAATCAAGTAGGCGGACACATGGATGCGGACGCGATCTTCAACGTTGTAACCAAAGGTCGTAAGGGAATGCCTTCCTTTAAAGACCAACTTAAACCTGAAGAAATCGCAAACATCGCGCTGTACCTTGCTGAGAAAAAATAA	MTMQKWIMSGLFFVACALAIALMFTLPGKEQVAQEEKPTMPEVTLDAAAAEATLKASCISCHGDQLQGGAGPALNQVGGHMDADAIFNVVTKGRKGMPSFKDQLKPEEIANIALYLAEKK				NA	NA	NA	NA	NA
JZ016_04199	504			hypothetical protein	ATGGATGCCACACCGATTACATTTCACACCGTAGTCATGCGTGAAGAGCACGCCGAAGAGATATGCGCCTGGGCCTACCCTCCCCCCTATAATATCTATGGCTTTCTTCCCTGGGAGCAGATGAAAGGGCTTGAGGTGGAGTTTGGCGATCCGGACATTCGCCGAAGACAGTACATCTCGGTTCTGGATGAGCGGGAGGCCCTCTGGGGATTTGCCCAGCTGTTTCCGATGCATGATGTGACACGAATCGGACTTGGCATGCGGCCTGATTGGTGCGGGCGTGGAATGGGTAAACGATTTATGCAGACGATTGTCCGGGAAGCCAGACGGAGGCGGCCTGCCGACGAAATTGACCTTGAGGTAATGACCTGGAATGAGCGAGCAATCCGCGCTTATCAAAGGGCAGGCTTTCACATCACCGATACGTATGAGCGGCTTACGCCAACGGGCAATGCCCTTTTCCACTGTATGGTGTATGAGCCCCCGACAAATGAGGAATATTAA	MDATPITFHTVVMREEHAEEICAWAYPPPYNIYGFLPWEQMKGLEVEFGDPDIRRRQYISVLDEREALWGFAQLFPMHDVTRIGLGMRPDWCGRGMGKRFMQTIVREARRRRPADEIDLEVMTWNERAIRAYQRAGFHITDTYERLTPTGNALFHCMVYEPPTNEEY				NA	NA	NA	NA	NA
JZ016_04200	477			hypothetical protein	ATGCTGAAGAAAACATTATCGACAGCAGCCCTAAATATCACGCTGTTGTTCACTTTGGGCGTTGGCAGCGTCTTTGCTGATCATGCGCTGGATCAGGAAATCGATAAGGTTCTGGGTACAAGATACAGCTACGGTGGTACAACCACGAGCGGTTTTGACTGTTCCGGCTTCACCATGTATGTTTATGCTAAACTCGGTCTGAAGCTCCCGCATCAATCCGGCTCTCAATTCGACATGGGGACAAGCGTGTCCCGTAAGGAGCTGCGCGCTGGCGATTTGGTGTTCTTCAACACATCGGGGCAGGGCATCTCCCACGTCGGCATTTATGTCGGCGATGGCAAATTCGCCCATGCTTCCTCTAACCGCGGCGTGGTTATCAACCGCCTGGCAGAGGATTACTACGATCAGCGGTACGTGGGTGCAAAGCGTATCATGAGCGATGATAAGTATGAAGAGTCGGTCGGTGAATCATCCTAA	MLKKTLSTAALNITLLFTLGVGSVFADHALDQEIDKVLGTRYSYGGTTTSGFDCSGFTMYVYAKLGLKLPHQSGSQFDMGTSVSRKELRAGDLVFFNTSGQGISHVGIYVGDGKFAHASSNRGVVINRLAEDYYDQRYVGAKRIMSDDKYEESVGESS	PGPT0023820_653	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN_DD-ENDOPEPTIDASE_ACTIVITY,PGPT0023820-mepS|spr-K13694	NA	NA
JZ016_04201	474			hypothetical protein	TTGAAAAAGAAGTTAACGGCTGTTTCTCTAGGCCTCGCACTCGCACTCACATTAGGGACCGGAAGCGCTTTCGCCGATTCCAAATTAAATACTGCAATCAAACCAGCCATTGGTGTTTCTTACAAAACAGGTGGAACTACAACGAATGGATTTGACTGCTCCGGATTCACCAGCTATGTTTACAAAAAGCTTGGTCTTAGCCTGCCCCGTACGTCTGCAGCTCAATACAAAGTAGGTACGGCCGTATCCAAGAGCAACCTGAAAGCTGGCGATCTCGTGTTCTTCAACACATCCGGTAGAGGTGTATCTCATGTGGGTATTTATGTCGGGAGCGGCAAATTCGCTCATTCTTCATCTTCGCGCGGTGTCATTATCAGTCCGCTGAGCCAGAGCTATTACGCTAACCGATATGTAGGCGCTAAGAGAATTATGAGTCAGAATACGTACAAATCCGTAGCTGTGAACTACAATTAA	MKKKLTAVSLGLALALTLGTGSAFADSKLNTAIKPAIGVSYKTGGTTTNGFDCSGFTSYVYKKLGLSLPRTSAAQYKVGTAVSKSNLKAGDLVFFNTSGRGVSHVGIYVGSGKFAHSSSSRGVIISPLSQSYYANRYVGAKRIMSQNTYKSVAVNYN	PGPT0023820_669	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN_DD-ENDOPEPTIDASE_ACTIVITY,PGPT0023820-mepS|spr-K13694	NA	NA
JZ016_04203	828			hypothetical protein	ATGAAAAGTTACGCAGGCCAAGGGTGGATCAGTGTTAAAGACCAGCTATACGTCTCGATTCTGCTCTTCTTATACCGTTTGCTGTGGGGATATTGCCTGTACCGACTCGTAAAATCGGCAGTCGTCCCCCTTCTGATGCGATATCCGGATTCCGCCCCTAACGAGCTCAGCCGTCTTTTATTCTTCTACGAGGGCGAGATGAGCCTGTCCTTGAGCAGCACAGTACACACTTACGGATGGCTTTTGGCCGGTTTGCTCCTGATCCGGATGATCCTCACCCCGCTCATTCGGGCCGGCATCTTCTACAACCTTCACCAGGAAGCCAAGGGCGAGCGCGGTTTATTCTTCTTCACTGGCATGCGGAAACTGTGGAAACCCGTAACGCTATTCTATCTGGTTGAGCTTATTCTCACCTTCGCACCCGGTTACTGGATTCTGCCCAAAATCCTCCCGATTCTGCTGAATGGAATTCAGGAGCCTGTACTGCTGCTTCATGCACTGCCCTATGCAGCTGGCTGGTTCTTGTACGCCTATCTGATCCGCCTGTTATTGCTCTATATGCAATTTGGCCGTACCGGCGATTCCAGCATGATCAGCTCTATCCATGCGCTCTTCCGCCGCTTGGGCACAGCAATGCTGTTATCCATCACCATCGGCGGATCCGCCTGTGTCATTCTGCTGCTCCTGAGCTCGGCCTCGCTCTTCTGGGCCGGGTTGATCGGCTTAATTATTCAGCAGGCCTCTTATTTCCTGAATGGACTTTTCCAAATTTGGGAAATGTCCGCTCAATATCATTTGTGGAGAGATTCCTCCTCACAGCATCCTTAA	MKSYAGQGWISVKDQLYVSILLFLYRLLWGYCLYRLVKSAVVPLLMRYPDSAPNELSRLLFFYEGEMSLSLSSTVHTYGWLLAGLLLIRMILTPLIRAGIFYNLHQEAKGERGLFFFTGMRKLWKPVTLFYLVELILTFAPGYWILPKILPILLNGIQEPVLLLHALPYAAGWFLYAYLIRLLLLYMQFGRTGDSSMISSIHALFRRLGTAMLLSITIGGSACVILLLLSSASLFWAGLIGLIIQQASYFLNGLFQIWEMSAQYHLWRDSSSQHP				NA	NA	NA	NA	NA
JZ016_04204	1992			hypothetical protein	ATGGTCCCACCACGTGCCAAAGTCTTTCTATCATCCCTGCTTGCCCTAGGTTTGCTTGCAGGATCGATGCCGATATTTCTGAATCCAGGGTCCTCAGCGTCTGCTCTTGCCCCAAATGCGGGCAAGCCCTCCGCCTCTGCCGTGGAGAAGGCCCCGCTCTCACCGCCTAAGGTGCAGCCTAATATTCCCGCTCCGGCCTTAAGCGACCGGCTGGTGGAATATCATATGGATGTTCGGTACGAGCCTGAGGAGAACAAGCTTAAGGGCAAACAGACACTCACTTGGACTCATCCAGGCAAAAAAAGCGTAAACGAGCTGTACTTTCATCTGTATCCCAATGCTTTTGCTTCCAATGACACGACTTTTATGAAGGAATCGGGCGGCAGGCTTCGTTCCGATCCCATGCCAGATGACGGATACGGCTCCATGACCATTACCAGCGTGAAAACAACCGAAGGACTGGCCCTGACCCATCGCCTTCAATTTGTTCAACCTGACGACGGCAACATCAAGGATCACAGCCTTGCCAAGCTAAGGTTGCCTAAACCCATCAAGAGCGGGGAGAGTGTTACCATTCATTTGGAGTTCGAGGTCGAGCTTCCCAAAATATTTGCCCGCATGGGAACCACCGAGAATTTTATCATGGCTGGCCAATGGTTTCCGAAAATTTCGGTCTATGAACCGGCCGGTCTTCGCGGAAGAGCAGAGGAAGGCTGGAATCTTCATCAATACCACGGCAACTCCGAATTCTATTCCAACTTCGGCATTTACAGCGTTCGCATTCGAGTGCCCGAAAATTACATTGTCGCCGCGACCGGATTCCCTACCAAGCCTGCCCAAAAATCAAACGGGGAAAAAATTTATCAGTTTTACGCGGATGACGTACATGATTTTGCCTGGTCGGCATCGCCAAACTTTGTCACGGCAGAAGAAGCATTCTCCGCACCAGGCGTACCTGGCGTCCGCATCAAGCTGTATCTCGATCCAGCCCATAAAGACTTAAAGGAGCGTTACTTTGATGCCGCCAAGTCGGCACTCGCTTCGTTTGGAAAATGGTACGGAACCTATCCGTACTCCACGCTGTCCATCGTCGTTCCGCCTGAATCGGGCAACGGTGCAGGCGGCATGGAATACCCGACGCTGGTCACAGCCTTCGGTGCCAAGAACGATTCGCCGGGATATGAACTGGAGCGGACCGTTATTCATGAGATCGCCCATCAATATTTTTACGGAATGATTGCAAGTAACGAATTTGAGGAAGCGTGGCTGGACGAGGCCTTTGCAACCTATGCAGAAGAACGAGTGATGGAAAAAGAATACGGTATTACCTCCAATACGGCGGCTCAGGGAGCATCCATTACTTCCCCTGCACCGCTGAAGATGGAATCCTGGAAATACAGCTCTCACGAAAACTACGCACTGAATGTATATACGAGGGGCAAGCTGGTGCTGCAAGGCATCGAACGGCAGGTCGGTCCACAGATGATGGGCAAGATTATGCATACCTATGCCCAGAAATACCGGTTCAAGCATCCAACCACATCTGACTTTCAGAAAGTCGTCGAGCAAGTAAGCAAAACGTCCTGGCAGTCGTATTTTGACCAATATGTATATGGAAGCCAGATGGCGGATGTCGCCATCGACGTGATCAAAACCAAAAATAAAGGCACGGCTGAAAATCCTCGGTATGAGTCCACGGTCCAGATTACGAGCAAGGACGGGGATATCACCGATGTGCCGATCGTGTTCGCCTTTGAGGACGGCAAAACGGTGGAACGAACCTGGAGCGGCAAAGACGGCAAAGTTGCTTACACCCTGGAATACAGCTCTCCGCTCGCCTGGGCCATGGTTGATCCGAAGTACTCCATCGTCCTGGAGAATAAACACATTAATAACTATATGAAGGCAGGAATGGATCCGACGGTGGTTACACGCTGGAATCTCAGTATTACCAAGCTTGTGGAGACGCTGTTCGGCAGCCTGTCATGGTGA	MVPPRAKVFLSSLLALGLLAGSMPIFLNPGSSASALAPNAGKPSASAVEKAPLSPPKVQPNIPAPALSDRLVEYHMDVRYEPEENKLKGKQTLTWTHPGKKSVNELYFHLYPNAFASNDTTFMKESGGRLRSDPMPDDGYGSMTITSVKTTEGLALTHRLQFVQPDDGNIKDHSLAKLRLPKPIKSGESVTIHLEFEVELPKIFARMGTTENFIMAGQWFPKISVYEPAGLRGRAEEGWNLHQYHGNSEFYSNFGIYSVRIRVPENYIVAATGFPTKPAQKSNGEKIYQFYADDVHDFAWSASPNFVTAEEAFSAPGVPGVRIKLYLDPAHKDLKERYFDAAKSALASFGKWYGTYPYSTLSIVVPPESGNGAGGMEYPTLVTAFGAKNDSPGYELERTVIHEIAHQYFYGMIASNEFEEAWLDEAFATYAEERVMEKEYGITSNTAAQGASITSPAPLKMESWKYSSHENYALNVYTRGKLVLQGIERQVGPQMMGKIMHTYAQKYRFKHPTTSDFQKVVEQVSKTSWQSYFDQYVYGSQMADVAIDVIKTKNKGTAENPRYESTVQITSKDGDITDVPIVFAFEDGKTVERTWSGKDGKVAYTLEYSSPLAWAMVDPKYSIVLENKHINNYMKAGMDPTVVTRWNLSITKLVETLFGSLSW				NA	NA	NA	NA	NA
JZ016_04205	519			hypothetical protein	GTGGAGAATGAAGAGCAGAAGCAGGGTGCGAAGAAACCGATTGCTTTGAATATTATTAATAGCAAGAGTAAGCATAAAGGGTTTGGATCAGGCTCCATCGATCTGAACAGTCTGTCACCCGTCATTATCGATAATGGCGAGGCCCGAGTGGATATTGGGGCCATGCATGCCAAGAGTAAGGTGGAGAAGGGTATCCGTTTCAGCATGAACCGGGATGAAGTGCCCAATGGACGACAGGTATGGATCGTGTGGGTGGCTGTAGATCGTACGGCGGAAGGACAGCATTATGCAGGCATGACCGCCTGTGAAATGTGGATCGACCAGGAGGCCCGTCGCGGCTGGAAGATCCTCGCCGATCATGTGAATAAAATGGATGCGGCGATGAAGCGCAAGATCATTCTGGATGGTCTTGGCGACGTCGAGAAGAAGGCACTGCGCGAGCTGCTGATTTCGCGTAACGAGGAATGGTGGAATGCATCGCCAGAGGAATTCAGGGAAGCACTTCAGACAGCGGAATGA	MENEEQKQGAKKPIALNIINSKSKHKGFGSGSIDLNSLSPVIIDNGEARVDIGAMHAKSKVEKGIRFSMNRDEVPNGRQVWIVWVAVDRTAEGQHYAGMTACEMWIDQEARRGWKILADHVNKMDAAMKRKIILDGLGDVEKKALRELLISRNEEWWNASPEEFREALQTAE				NA	NA	NA	NA	NA
JZ016_04206	1170			hypothetical protein	ATGAAATCCGTGCAACTCATCAAATTAGCAGGTACCGCATCCATAGCCATGTCTTTATTGCTTACGTCCTCATCGCTCGCAACGATTTCTGCCCATGCGGCAGCAGCTTCCACATCACAGAGCAAGGCAAATTGGAGCACGCTGGACGTGAAACATAAACCTTATACGAATAAAGGCGTCGTATTCATTCCATTGAAGGAAGTTTCCGAACAACTGCAGCTGCAGTTGACGATCCCGGGAAAAAAAGAGCTGTATATTAACAGCCCGACACAGTCTGTTCGCATTATCATCGGACAGTCGCGCGCAGTCAATGCCAAGGGGACCCCTCTCAAGCTTGAGGCGGCTCCGGTCGTGAAGAAAGGCGTGACTTATGTTCCAGCCAGTCTGATTACCAAAGCTTTCGGCATCCCTCTGAAATATGACAGCAAATCCGGGCTTAGAACGACCTTTGATGCTTGGTCAAAATACGCCTATGCTTCCAAGGCCAATATGCTGTTCTGGGTAAATCGCGAGAATGGTATGCTCTCGATGGGTAAAGCCGGATCCACGCCAGCCCAAGTTGGTATAATCCCGGTTGAGGAGATCGATCAAGTCAGCTTAAGCGCACATCGCATCAATAGCACTACCTACGTGGTCGACTTGTCCAATTATTACGGCGAACCTCATATTCATGAGGGAAGATACCGGGTGCTCATTCAGGACAAGAAAATCCTGAAGCTATCCAAAACCAATCATTCCAATTTTGCCGGGATCAACTACCATCCGGACCAACTCAGCTACAAAGGCAATATTGCCATGATGAACGGCAGTACGCTTGAGCTGGTTCATCCGATGGGCAAAACGGTCAAAACTTATGACCTGACCGCGCTCACGGGAGTAAAGGATAGTTTTATCGTAGAAGCGATTGAACAGGACTTCCTGCTCGTCCGACCATACACGAAGGCGACCCTGTATATCGTCCATCCGACTGGCAAGACAGCCGAGCTTATCTATCCTGAGCTTCTGGACGAGGAAACCATCAAGGTCATAGAGGAAATGCCGCCGAATGAGGTGGGCTTCATTGGTGACGGCCTTACGTATCTCGGATATGCCGGCGGCAAGCTGACGTTCCAATACAACAATCCGTTTCTCGATCAAAAAGAAAAGCTGACCTACACCCTTCCATTCTAA	MKSVQLIKLAGTASIAMSLLLTSSSLATISAHAAAASTSQSKANWSTLDVKHKPYTNKGVVFIPLKEVSEQLQLQLTIPGKKELYINSPTQSVRIIIGQSRAVNAKGTPLKLEAAPVVKKGVTYVPASLITKAFGIPLKYDSKSGLRTTFDAWSKYAYASKANMLFWVNRENGMLSMGKAGSTPAQVGIIPVEEIDQVSLSAHRINSTTYVVDLSNYYGEPHIHEGRYRVLIQDKKILKLSKTNHSNFAGINYHPDQLSYKGNIAMMNGSTLELVHPMGKTVKTYDLTALTGVKDSFIVEAIEQDFLLVRPYTKATLYIVHPTGKTAELIYPELLDEETIKVIEEMPPNEVGFIGDGLTYLGYAGGKLTFQYNNPFLDQKEKLTYTLPF				NA	NA	NA	NA	NA
JZ016_04207	2259	cadA_2		Cadmium-transporting ATPase	ATGAGTAAGGACAACCATCAACATTCCCAATCCTCTCCGGAGACAAGCGGCGAACTTATTGAATACCGGGTACAAGGGCTCTCCTGCCCTAACTGTACACGTGAAATGCAGGAGGAGATTCAGAAGCTGGATCATGGGAACAATGCCCGACTGAGTTACAACAGCGGGAAGCTGACCCTCTCTCCCCATGTCAATCTAAGCCGAGTAGAAACCATTCTGAAAAGTGACGGTGCGCGCATCGTTTATGCTCCGCAGACAGCCTTATCGGCCGCCAGTGCTGAAGTGCAGCCTATCCATTCATCGCATGCTCACGGATCGGCACAAGGACATGATCACGAACTTGGCCATGATCATGCTCATGAACATAGTCATGGCGGCATAGGGAGTATGAAGTGGCTGCTGTCCATCTCCGCTGTTTTCTATCTCTTCACCTTTCTATTGGAAGGAAAAGTCGCCGAACCGGTTGTGATCGCATTATATGCAGGCGCTATGATTTTGAGCGGATATACGACATTTTTGCGCGGACTGCGTAATCTGACCCGCTTTAAATTCAATATGGATACCCTGATGACCGTTGCGCTCGTGGGTGCCGTCATCATCGGGGAGTGGAGAGAAGCCACATTGGTTGCCATTCTGTTTGGTCTTAACGAGCTGCTGGAAGGCTACGGCATGAATCGGGCCCGGCAATCGATGGAAGCGCTGCTGGCCGCAGCGCCCAAAGAAGCGGAACTATGGAAAGACGGTCAAACCCAGCGCGTGCCGATCGAGAGTCTCACTCCCGGGGACGTTGTCCGGGTGAGACCCGGGGAGAAGATCCCTTCCGATGGAGCCATAACCCAAGGAACCGGGGCGGTGAACGAAGCCGCCATTACCGGGGAATCGGTACCTGTTACGAAACGGGAGGGCGATGCTGTGTTTGGCGGCAGTGTCAGCACCGATGGTGTGCTCTATATCGCCATATCGAAGGCCTATGAGGATTCCTCCCTGGCCAAGATCATGCATCTTGTACAGGAGGCACAGGACAGCAAGACACCGACAGAGCTCTTCATCGATAAATTTGCTAAGTACTATACTCCCGCTATTATGATCATCGCACTGGCGGTTACGCTGATTCCTCCGCTGCTGCTGAATCAGCCCTGGATGACCTGGATCTATCAAGGGCTGTCCATCCTCATTGTCGGATGCCCTTGTTCGCTTGTCCTTTCCTCTCCGATTGCATTGGTCAGCGGGATGACCCGCGCGGCACGCAACGGTATTCTGATCAAAGGCGGGGTCCACCTGGAGCAGCTTGGCCGGCTGGAAGCCATCGCTTTTGACAAGACGGGAACCTTGACCAAAGGCGAGCCTGCCGTCTATGCAGAGACGGTATATGATGAAACCAAATTTTATGCCGTTGTAGGCGCACTGGAGCAATCGTCTCTCCATCCGTTGGCTAAAGCCGTGATGAAACATCTGGAGATCAAGAATCCGCAGTGCATGTTCAATGAACCTCAACAGATAACGGTACTGCCAGGCGAAGGCATTCGGGCTGAAGTTGGAGGGAAATTGTTCTGGGTCGGAAGCGAGGAAGTGCTGAAGCATGTGAACGGCCAGCAAGATCATATCCGTGCCGTGGAGGATGACATTCGGCGCATGAAGGCCCAAGGTTATACGATTGTTGCTGCTGTAAGCGAGGATCGCGTATTAGGCCAGTTCGGCCTTGCCGACGAGATCAGACCGGAGACGGCAACCGTCGTCCGCAAGCTTCACGAGGCCGGTATCACGGATACGGTCATGCTGACAGGCGACCATGAGCAGTCCGCACAGGCCATCGCGAAACAATCCGGTGTAGCTCGGGTATTCGCAAGCCTCCTGCCGGAACAGAAGGTTGCCAAAATCAAGGAGCTTTCTTCCCGCAAAAAAACCGGCATGGTTGGCGATGGTATTAACGACGCCCCTGCATTGGCCGCTGCCGATCTGGGTATCGCGATGGGAAAAGGGACTGACAGTGCCATAGAAACCGCCGACGTCGTATTGATGCAGGATCACCTTGGCAAGCTGCCGGGGGCCATCAAAACCGCAAGACGGGTCAATCAGATTATCAAGTGGAATATCGGGCTTTCCTTGTCGCTGAAGGCCATTGCTTTGCTGCTAACGATCCCGGGTTGGCTGACCCTGTGGATTGCAATCATATCGGACATGGGCGCCACCATTATCGTTACCTTGCTTGGTCTCACCATCCTGCTTGGCAAGGATCAGGAGCTGAAATCAGGATATTAA	MSKDNHQHSQSSPETSGELIEYRVQGLSCPNCTREMQEEIQKLDHGNNARLSYNSGKLTLSPHVNLSRVETILKSDGARIVYAPQTALSAASAEVQPIHSSHAHGSAQGHDHELGHDHAHEHSHGGIGSMKWLLSISAVFYLFTFLLEGKVAEPVVIALYAGAMILSGYTTFLRGLRNLTRFKFNMDTLMTVALVGAVIIGEWREATLVAILFGLNELLEGYGMNRARQSMEALLAAAPKEAELWKDGQTQRVPIESLTPGDVVRVRPGEKIPSDGAITQGTGAVNEAAITGESVPVTKREGDAVFGGSVSTDGVLYIAISKAYEDSSLAKIMHLVQEAQDSKTPTELFIDKFAKYYTPAIMIIALAVTLIPPLLLNQPWMTWIYQGLSILIVGCPCSLVLSSPIALVSGMTRAARNGILIKGGVHLEQLGRLEAIAFDKTGTLTKGEPAVYAETVYDETKFYAVVGALEQSSLHPLAKAVMKHLEIKNPQCMFNEPQQITVLPGEGIRAEVGGKLFWVGSEEVLKHVNGQQDHIRAVEDDIRRMKAQGYTIVAAVSEDRVLGQFGLADEIRPETATVVRKLHEAGITDTVMLTGDHEQSAQAIAKQSGVARVFASLLPEQKVAKIKELSSRKKTGMVGDGINDAPALAAADLGIAMGKGTDSAIETADVVLMQDHLGKLPGAIKTARRVNQIIKWNIGLSLSLKAIALLLTIPGWLTLWIAIISDMGATIIVTLLGLTILLGKDQELKSGY	PGPT0004200_1532	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534	NA	NA
JZ016_04208	384	cadC		Cadmium resistance transcriptional regulatory protein CadC	ATGAATGTACGGACGATGAACGAAGAAGTCGCCCTCGAGCTGTGTGAAACGGAATGTCCTTCAACTGAAAGAATTGCTTCCTTAAAAGAAACGATCTCCGATGAGGATATGATCGGCATGGCGGAAATCTTCAAGGCTTTGGCCGACCCGACGCGCGTCAAGGTAGCTTATATGCTGGACCGCGGCGGCGAGTTATGTGTTTGCGATGTAGCTGAGGTTCTCGGAAGCTCAACGGCAACGGCCTCCCATCATCTGCGGACGCTGAAGAACAAAGAAATCGCCAAATCGCGCAAGGCCGGAAAGAATGTATACTACTCGCTCAAAGATGACCACATCCGGACATTGCTTCACATGACGCTGGAGCACCAAAAGGAGAAGATGTAG	MNVRTMNEEVALELCETECPSTERIASLKETISDEDMIGMAEIFKALADPTRVKVAYMLDRGGELCVCDVAEVLGSSTATASHHLRTLKNKEIAKSRKAGKNVYYSLKDDHIRTLLHMTLEHQKEKM	PGPT0004290_342	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_BISMUTH_RESISTANCE	BISMUTH_RESISTANCE-BISMUTH_HOMEOSTASIS,PGPT0004290-cadC|smtB-K21903	NA	NA
JZ016_04209	876			hypothetical protein	ATGACTTGTCCAATATGTCGATATGAAACGGGAGATGGGAAGTATTGCAAGAAATGCGGGGCAAGGCTGATTATCGAGGATTCGCCCGTATTTGCCGCCATGAAAGAGCAAGCAGCAACGTCGGAGGCATACAGTGTCACTAGGCGAAATGCCGGCAGTAGAGGGGAGTTACCTCATGTACGCCAGACCGAATCCGTTCTGCCGGTATATACCCCGCCGGATATTCCGTTCCGAGCGGCAGGCCGGCAGCATTCTGAAGAAGAGGAATCCAATCCTTATTGGACCAGCTTAAAATTGTACGGACAGCTCTATGGGGATTATTTTTTGAAGGGATTAAGAAATCCCTTTGGCGCAGCTGCCGGAACGGAGAGCAGCCAGTTTTTCAACGCGATCGTGTCCATGCTGCTCTATGTTGTTCTTTTTCCACTCGCACTGTATGCAGCGCTTCATCATGAGCTGCAAGGGCTGCCTGAGGGGGCATTTGCAGATCTTGTCCTAAAACCAACCGTTTGGACTGCGATTTTCCTATTCTTGCTGAACGTCTTTACCTTCGCTGCGGTCAAGCTGTCCTTCAACCCGGCTGCGAAGCTAAAAGAAGTGATGGCAAGATTCGGCGCTTTGCTGCCCTTGTTCCTCGTGTTGTATGGGGTCAGCTTTCTGTTCCTGTTCCTGAATGGCGATATCTCGAAGGTTATCATCCTTCTGTCGTTCATCAGCACCGTGATGACCGTCCCGTTATTCGTCATGACCAGCTACAAAAAAAGAATGGTTGGCGGCCTGGATCCGCTGTATGCGATCCTCCTGGTCTACGTTGCACTGATGCTCGTGATCGTGATTCTGGGTAGTTCCATGATCGAATATATAACCGTTTTATAA	MTCPICRYETGDGKYCKKCGARLIIEDSPVFAAMKEQAATSEAYSVTRRNAGSRGELPHVRQTESVLPVYTPPDIPFRAAGRQHSEEEESNPYWTSLKLYGQLYGDYFLKGLRNPFGAAAGTESSQFFNAIVSMLLYVVLFPLALYAALHHELQGLPEGAFADLVLKPTVWTAIFLFLLNVFTFAAVKLSFNPAAKLKEVMARFGALLPLFLVLYGVSFLFLFLNGDISKVIILLSFISTVMTVPLFVMTSYKKRMVGGLDPLYAILLVYVALMLVIVILGSSMIEYITVL				NA	NA	NA	NA	NA
JZ016_04210	2061	pbpG	COG0744	Penicillin-binding protein 2D	ATGCCGGGACAAAAAAAATCACCCAAGCGCAAACGTCGTTTCGTCCGGCTTGCTACATTTCTGTTCGTACTTCTTGGCATTTCCATCATCGCCGGCGGCATTCTGCTCGCCTATTTATTTATAACGCCACTGCCCGTTGCGGAAACATCCCGCTACTCTCGTCTGCTCGACAGCCAAGGAGATTTAATCGCCACCTTCTCCACCACGGGACATACCTCCGAGCAAGTGAGCTTAACCGATATATCTCCGCACCTGATCCAGGCTACCTTGGCAGTGGAGGACCGGAAGTTCTATGATCATCCGGGGTTTGACATGAAGGGCATGGCCCGAGCCGTGCTGGTCAACCTGCAGCATATGGATCGCAAACAGGGGGCAAGCACGTTAACCCAGCAGCTTGCACGAAACCTATACCTATCTCATGAAAAAACGTGGACACGGAAGCTCAAGGAGGCTAAATTCACCGTCCAGCTTGAGATGAAATATACGAAAGATGAAATACTTGAGATGTACCTCAACGAAATATATTACGGACATGGTGCTTACGGCATCGAATCAGCGTCCCTGCTCTACTTCGGCAAGTCGGCAAAAAATCTGACGTTGGCCGAAAGCGCGATGCTGGCCGGCATTCCAAAGGGTCCGACCTATTACTCGCCCTATAACCATATCGATAACGCGCTCAAAAGACAGCAAATTATCTTGAATGCCATGGCGGAGACTGGATTCATTACCGAGGCAGAAGCCGATAAAGCCGCTTCAGCCAAACTCGCCCTGCTTCCTCAGGACCGACAGGAGAATAAAGTGATTGCCTCCTATTTCCGGGACTACGTCCGGAGTCTCGTCACCAAGCAGCTGAACATTACGGATCAGCAGCTCGAACAGGGTGGTCTGAACATCTATACGACCCTGGACCCGCGGGCCCAGAAGGCAGCCGAAGAGGCTGTATCTGCGGGCATGGACAGCAAGAGCGAGCTGGAAACGGCGCTAGTATCCATCGACCCGCGTAACGGGCACATTAAAGCCATGGTTGGCGGTAAGAACTACCGGGAGAATCAGTACAACCACGCGTTAGCCAAAACAAGGCAGCCCGGGTCGTCATTTAAGCCGATCATGTACTTAACGGCCATTGCATCCAAGGAAATGACAAGCACCAGCGTGTTCAACAGCCAGCCCACCCTGTTTCATTACGATAACAACCGCAAGACGTATCAGCCCAGCAACTTCGGCGATAAATATTTAGGCGAAATTCCCATGAGGGAAGCTATCGCCGCTTCGGATAATATTTATGCCGTGAACACCATCATGAAGATCGGCCCGGAAAAAGTAGCCGACATGGCAAAAAAGATGGGGATCACAAGTCCGCTGGAGCCTGTTCCTTCCCTGGCCCTCGGCACCTCGCCCGTCAGCCCGCTGGAGATGGCCTCGGCTTACGCCGTCATGGCTAACAGCGGCAAACGGGTCTCCCCTGTCGCGGTGCTGAGCATCACCGACGCTGCCGGCCGCAGCTTGTATTCAGCGCCGGAAGACGCAGGTGAACAAGTGGTTGAGCCTTCCGCTGCTTACGTGATGACGCGCATGATGGAGGGGGTATTCGAGACTGGCGGCACGGGCAACCGCGTCTCTACCCTAATGAAACGACCGGTGGCCGGAAAGACAGGCACCACCGATACCGACGCTTGGCTTGTCGGCTATACGCCGGAGCTGTCGACGGCGGTATGGGTGGGGTATGACAAAGGACGGGAGATTAGTAAAGTGGACGGTCGGCGGGCAGCTCCGATCTTTGCGCAGTATACGGAGAAGGCTTTGGAGAACGTGCCGCCTAAGATTTTTCCGATCCCGGACGAAGTCGTCAGCGCATATGTGGATCCCAAGACCGGCAAGCTCGCCGGCGCCGGCTGTCCGGACAAAGTTCTGGAGGTCTTCGTCAAAGGAACGGAGCCTACGGAATATTGCGACGAACATGAAGGCGGGGAGCCGGCCAAGAAGGCCAACCCTGCGGATGCGGCCGAGAAACAGGAAGAGCGTTCCTGGTGGAAGGATTTCAAACGTTGGTGGGTCGAGTAA	MPGQKKSPKRKRRFVRLATFLFVLLGISIIAGGILLAYLFITPLPVAETSRYSRLLDSQGDLIATFSTTGHTSEQVSLTDISPHLIQATLAVEDRKFYDHPGFDMKGMARAVLVNLQHMDRKQGASTLTQQLARNLYLSHEKTWTRKLKEAKFTVQLEMKYTKDEILEMYLNEIYYGHGAYGIESASLLYFGKSAKNLTLAESAMLAGIPKGPTYYSPYNHIDNALKRQQIILNAMAETGFITEAEADKAASAKLALLPQDRQENKVIASYFRDYVRSLVTKQLNITDQQLEQGGLNIYTTLDPRAQKAAEEAVSAGMDSKSELETALVSIDPRNGHIKAMVGGKNYRENQYNHALAKTRQPGSSFKPIMYLTAIASKEMTSTSVFNSQPTLFHYDNNRKTYQPSNFGDKYLGEIPMREAIAASDNIYAVNTIMKIGPEKVADMAKKMGITSPLEPVPSLALGTSPVSPLEMASAYAVMANSGKRVSPVAVLSITDAAGRSLYSAPEDAGEQVVEPSAAYVMTRMMEGVFETGGTGNRVSTLMKRPVAGKTGTTDTDAWLVGYTPELSTAVWVGYDKGREISKVDGRRAAPIFAQYTEKALENVPPKIFPIPDEVVSAYVDPKTGKLAGAGCPDKVLEVFVKGTEPTEYCDEHEGGEPAKKANPADAAEKQEERSWWKDFKRWWVE	PGPT0023955_161	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023955-pbpG-K21464	NA	NA
JZ016_04211	828	speE	COG0421	Polyamine aminopropyltransferase	ATGGAATTATGGTACACAGAGAAGCAAACCCCGACTTTTGGCATCACGGCTAAAATCCGGGAGACTTTTGTACATGAGAAGACGGAGTTTCAACAACTGGATATGATCGATACTGAGGAATTCGGGCGCATGCTCGTTTTGGACGGTATGGTTATGACTACAATTAAGGATGAATTCGTCTATCATGAGATGGTCGCTCACCCCGCGCTGAACACGCATCCAAATCCGAAGAAGGTTCTTGTTGTCGGCGGAGGAGACGGTGGCGTCATTCGCGAAGTGATCAAGCATCCGGGCGTAGAGAAAGCAGTACTCGTTGAAATTGATGGAAAAGTCATTGAATATTCGAAGCAGTACTTGCCTGAGATCGCCGGCAAGCTGGATGATCCGAAGGTCGAAGTGCTGGTTAACGATGGATATATGCACATTATTGAGCATAAGAACGAATACGACGTCATTATGGTAGACTCCACCGAGCCTGTGGGCCCGGCTGCTCCGTTGTTTGAGCGCGGATTCTACCAAGGGATCTACGAGGCGCTCAAGGAAGACGGTATTTTCGTGGCGCAAACGGACAACCCATGGTTTAAAGCGGACCTGATTCAGCAGGTCAACAAAGACGTGAAGGAAATCTTCCCGATCGTACGTGTGTATGGAGCGAACATTCCAACCTACCCGAGCGGTCTGTGGACCTTTACATTGGGCAGCAAAACGTATGACCCGCTTGAAGTGGACGAGTCCACCATTGATGAGATGGATACGAAATATTATTCGCCTCGCCTGCATAAAGCCGCATTCGTGCTGCCGAAATTCGTTGAAGACCTGGTGAAATAA	MELWYTEKQTPTFGITAKIRETFVHEKTEFQQLDMIDTEEFGRMLVLDGMVMTTIKDEFVYHEMVAHPALNTHPNPKKVLVVGGGDGGVIREVIKHPGVEKAVLVEIDGKVIEYSKQYLPEIAGKLDDPKVEVLVNDGYMHIIEHKNEYDVIMVDSTEPVGPAAPLFERGFYQGIYEALKEDGIFVAQTDNPWFKADLIQQVNKDVKEIFPIVRVYGANIPTYPSGLWTFTLGSKTYDPLEVDESTIDEMDTKYYSPRLHKAAFVLPKFVEDLVK	PGPT0007750_3360	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007750-speE|SRM|SPEC_3|SPSD-K00797	NA	NA
JZ016_04212	870	speB	COG0010	Agmatinase	ATGAAACTGGATCAAGGTTACTCCGGCAACGTGTTTATTCTGAGCTCCGAGGATTATGAAGGGTCCAAGGCCGTCATTTACGGTATGCCGATGGATTTCACGGTTAGTTACCGTCCCGGCTCCCGTTTTGGCCCGGCCCGTATTCGCCAGGCTTCCGTAGGCTTGGAGGAGTACAGTCCGTACTTGGATAAAAGCATTGAAGACATGACGTATTTCGATGCAGGCGACCTGATGCTGCCTTTCGGCAATGCCGGCCGCAGTCTCGAAGTGATTGGCGATTATGTAGGCAAACTGCTGGATGACGGGAAATTCCCGATCGGACTTGGCGGCGAACACCTCGTATCCTGGCCGATCATTCAGAAGGTGTATGAAAAGTATCCGGATCTTATTCTGATCCATATCGATGCCCATGCTGACCTGCGTGAGCATTATGAGGGAGAGCCGTTGTCCCACTCCACGCCAGTCCGTAAGGCGGCGGGTATTATGGGCGGAAAGAACATTTATCAGTTTGGTATCCGTTCCGGCTCCCGCGAGGAGTTCCAATATGGACGGGAGAACATTAACTTCTATCCGTTCGAAGTGGCAGCGCCTCTTAAAGAAGCCTTGCCTTCCATGGGTAACCGTCCGGTCTACGTGACCATCGACATCGATGTGCTTGATCCATCTGCCGCACCGGGCACCGGTACCGCAGAAGCGGGCGGCATTACGTCGAAAGAGCTGCTGGAAGCCGTGCATCTCATTGCTGGCTCCGATGTGAATGTGGTCGGCTGCGATCTCGTGGAAGTGGCTCCGATCTACGATCCAACCGAGCAGACCCAGATCGTGGCTGCGAAGCTGATTCGTGAGATGCTGCTGGGATTCGTAAAATAG	MKLDQGYSGNVFILSSEDYEGSKAVIYGMPMDFTVSYRPGSRFGPARIRQASVGLEEYSPYLDKSIEDMTYFDAGDLMLPFGNAGRSLEVIGDYVGKLLDDGKFPIGLGGEHLVSWPIIQKVYEKYPDLILIHIDAHADLREHYEGEPLSHSTPVRKAAGIMGGKNIYQFGIRSGSREEFQYGRENINFYPFEVAAPLKEALPSMGNRPVYVTIDIDVLDPSAAPGTGTAEAGGITSKELLEAVHLIAGSDVNVVGCDLVEVAPIYDPTEQTQIVAAKLIREMLLGFVK	PGPT0007775_2817	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007775-speB-K01480	NA	NA
JZ016_04213	555			hypothetical protein	GTGCGAAAAAGCAAGCCGACCCCGATAGCCGAAGGCTCAGATAGGGGAAGCTTGCTTTTTCTTCTACAGCCGAGGGGCAGTGCCAACCCGGCTCATACTCCCGGCCCCCGAGCATGCCCGTCAGGGCAGCTCACACGAGGTGGCCTCCAACAAGTGCGAAAAAGCAAGCCGACCCCGATAGCCGAAGGCTCAGATAGGGGAAGCTTGCTTTTTCTTCTACAGCCGAGGGGCAGTGCCAACCCGGCTCATACTCCCGGCCCCCGAGCATGCCCGTCAGGGCGGCTCACGCGAGGTGGCCTCCAACAAGTGCGAAAAAGCAAGTCGACCCCGATAGCCAAAGGCTTAGGTAGGGGAGGCTTGCTTTTTCTACCACAGCCGAGGGGCAGTGCCAACCCGGCTCATACTCCCGACCACCGAGCATGCCCGTCAGGGCAGCTCACGCGAGGGGGCCTCCAACGAGTGCGAAAAAGCAAGCCGACCCCGATAGCCAAAGGCTCAGATAGGGGAAGCTTGCTTTTTCTTCAAACAAGCCGAGGGGCGATTAGCCTCGGCTAA	MRKSKPTPIAEGSDRGSLLFLLQPRGSANPAHTPGPRACPSGQLTRGGLQQVRKSKPTPIAEGSDRGSLLFLLQPRGSANPAHTPGPRACPSGRLTRGGLQQVRKSKSTPIAKGLGRGGLLFLPQPRGSANPAHTPDHRACPSGQLTRGGLQRVRKSKPTPIAKGSDRGSLLFLQTSRGAISLG				NA	NA	NA	NA	NA
JZ016_04214	486			hypothetical protein	ATGACGAATGCTTCGAGCAAGAAGAGAACCGACACGGCATCAAGAGTTATTATGGCGTCGCCGTCTACGATTTATCAGGCATTCTTGAATCCGGAGACGCTGGCTTCGTGGCTTCCGCCAAAAGGGATGACAGGCCATGTCGACACGTTTGATGCCCGCGAGGGCGGGACTTATCGAATGATCCTCACCTATAACGATACCGATCACACGGCACCCGGTAAGTCTTCGGACAATACGGACGTCATTGAAGGAAAGTTTCTGGAGTTTGTTCACGATGAGAAGGTTGTGCAGCTGGTCGAATTTGAGTCTGAGGATCCCAATTATGCGGGGTTTATGAAGATGACATGGGCATTGGAGCCGCTTGCGGAAGGCACCCAAGTCACGATCGTGTGTGAGAATGTGCCCGAAGGCGTACGGAAGGAAGATCACGATGAAGGCTTGAGGTCCACCCTCGAGAATCTCGCCGAATCTACGGAGGGACAATAA	MTNASSKKRTDTASRVIMASPSTIYQAFLNPETLASWLPPKGMTGHVDTFDAREGGTYRMILTYNDTDHTAPGKSSDNTDVIEGKFLEFVHDEKVVQLVEFESEDPNYAGFMKMTWALEPLAEGTQVTIVCENVPEGVRKEDHDEGLRSTLENLAESTEGQ				NA	NA	NA	NA	NA
JZ016_04215	966	yteP_47	COG4209	putative multiple-sugar transport system permease YteP	ATGGCAGCCCAGTCACCCGAAATAAAGCGCGAGGATTTGATAACCGCCCGGCACCCAGGGACATCCCGCAACCGGTACATAGCCAACATCCGCAAGCATTGGATGCTGTATCTCATGATCATTCCCGGAATTCTCTATTATATTGTGTTTAAATATGTACCGCTGGCGGGCAGTGTCATCGCATTTCAGGACTATCAGATTTTCAAAGGCATCCTTGGCAGTCCGTGGGTGGGCCTGGACAACTTTGGGTTTATTTTTTCATATCAGGATTTCTACAACGTGCTGCGCAATACGGCGGTGATCGCTTTCTATCAGCTTGTTTTTGGTTTTCCGGCCCCGATCGTGCTGGCTCTGCTGTTTAATGAAATCCGCATCATGCTGGCGAAGCGGGTTGTGCAAAGCATGTTCTATCTCCCGCACTTTTTATCATGGGTCGTTGTCGGCGGGATCGTTTTCGAGCTGTTGTCCAACCAAGGAGTTGTGAATGCGGTGCGGGACTGGTTCGGCTATGAACCCATTCTGTTCATGCAGGAGGAGCGGTATTTCCGAGGGATTGTCGTCCTGTCCTCGATCTGGAAGGAAGTTGGCTGGGGCACGATTATTTATTTGGCTGCCATCGCCGGCATCAATCCGAATTTATATGAAGCAGCCGTCATGGATGGAGCAAGCCGGTGGAAACAAACGATCTATATTACGCTGCCCACCATGTTTCCGACGATTCTGGTGCTGTTCCTGCTTCAAATCGGTAACTTCCTGGAGCTCGGCTTCGATCAGATTTACAATTTATTGACACCGATGACGTACTCGGTCGGGGATATCATCGAGACGTACGTCTATCGTGCGGGTGTGCTTCAGGGGCAATACAGCATGACGACGGCTATCGGGCTGTTCCAGTCTGTCATTGGGTTTATACTGCTGTGGATTTTTAACCGATTGGCCAGAAAAACGGATCAGGGGTTGTGGTGA	MAAQSPEIKREDLITARHPGTSRNRYIANIRKHWMLYLMIIPGILYYIVFKYVPLAGSVIAFQDYQIFKGILGSPWVGLDNFGFIFSYQDFYNVLRNTAVIAFYQLVFGFPAPIVLALLFNEIRIMLAKRVVQSMFYLPHFLSWVVVGGIVFELLSNQGVVNAVRDWFGYEPILFMQEERYFRGIVVLSSIWKEVGWGTIIYLAAIAGINPNLYEAAVMDGASRWKQTIYITLPTMFPTILVLFLLQIGNFLELGFDQIYNLLTPMTYSVGDIIETYVYRAGVLQGQYSMTTAIGLFQSVIGFILLWIFNRLARKTDQGLW	PGPT0017250_957	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04216	846			hypothetical protein	ATGTTTCAGACGCTGAATTATGTGTTTCTGTTCGCTGCTGCGGTGACGATGCTGTTCCCGCTTCTTCAACTGCTTGCCGTATCGCTCAGCTCCCCGGTAGCTGCCGATTCGAAGGAAGTATTCCTGCTGCCTGTGGAGTTTACAACCGCATCTTGGGAGCATGTATTAAAAAATAAAGGCTTGTGGACATCTTTTGGGATTACCGTATATATTACGATCGCCGGGACGCTGCTCAGCATGCTGTTTTCGGTCATGACGGCATACCCGCTCTCAAGACGGGAATTTCTGATCCGCAAACAGGTCATGTTCGGCATTGTGTTAACGATGATTTTCAATGCGCCGATGATTCCGTTTTTTTTGACCGTTCGCGAGCTTGGCATGATGAACTCCCTGTGGGCGCTCATTATTCCCGGCCTGGTTGGCACGTTCAACATGATCATTATCCGGACCTTTTTCATGGGCATTCCCAGTGAGCTGGATGATTCGGCTCGAATCGACGGATGCAGCGAGTTCGGCATATTGTTCCGCATGTATTTGCCTTTGTCCAAACCGGTCATGGCGACGGTCAGTCTGTTTTACGCAGTCGGATATTGGAACACTTTCTCCCGTGCCGTGCTGTTTATAAGGGACCCGGAGAAATGGCCGCTTCAAATGAAGCTGAGAGCATACCTCCAGTCTCCCGAGGAGCTGGCTGCGGTCAATCTGTTTCTTGGGGATTACGATTTCAACACGACAACATTGAAAGCGGCAACAATCCTGTTTGCTACCATTCCGATCATTCTGGTATACCCGTATCTGCAAAAATACTTTGTCAAAGGGTCCATGCTGGGTTCGTTAAAGGAATAA	MFQTLNYVFLFAAAVTMLFPLLQLLAVSLSSPVAADSKEVFLLPVEFTTASWEHVLKNKGLWTSFGITVYITIAGTLLSMLFSVMTAYPLSRREFLIRKQVMFGIVLTMIFNAPMIPFFLTVRELGMMNSLWALIIPGLVGTFNMIIIRTFFMGIPSELDDSARIDGCSEFGILFRMYLPLSKPVMATVSLFYAVGYWNTFSRAVLFIRDPEKWPLQMKLRAYLQSPEELAAVNLFLGDYDFNTTTLKAATILFATIPIILVYPYLQKYFVKGSMLGSLKE	PGPT0017255_2676	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04217	1542	lipO_15	COG1653	Lipoprotein LipO	ATGTCGAAATGGTTTTTCCAAAAAGGGGCATGGAAACCGGCGCTCACGGCGACACTTGCGGCAGCGATGCTGTTTGGCTGCGGCGGCAAGGGTGACGGGGAATCGCAAGCGGGCCAGAGTGGGGAGGGAAATCAAGAACTTACACAGGTAAAGGTGTTCAAAAGCCACATGGGTGTCGGCACGATTCCAGGTGCAGATAATCCGCATGTCCAATATGTGGCGGAACGGACCGGCGTGGAATATCAGCTGGTAACGACCCCGCCGGGCTCGGAGCCGACTGAATATCTCAATCTGATGATTGCATCCGACGACTTGCCGGATATTCTTCGCCCGATCGGCGGGATCGAGCAGACCCTGATTCGCCAAGGAGGTGCGCTGGCACTGGACGATTTGCTGCCCCAGTATGCCCCGAACGTCTGGAAGAATATCCCCCAGGAGGCATGGGATGTCGTTCGATCCGCTTCACCGGACGGCAAAATCTATTATGTGCCTAAAGTGTTCCTGGTTCCGGAAAGAGCACCGCTCATCCGTCAGGATTGGCTTGACAAGGTAGGCATGTCCATGCCGAAGACAACGGAGGAATACAAGGAGGTGCTGCGAGCCTTTCTTGACAAAGACCCGAACGGCAACGGTCTGAAGGACGAATTGCCCACAACAGGCCGGGAATTCGGCAAATGGATGGATCATTTGTTTGCCATGTTCGGTGTCGCGATGTGGGAGGGGAATCCGGAATGGGACATCTACGACGGTAAAATCCAATATGCCGGCGTAACGGACAATATGAAGGCAGCCATTGCATTTTCCCGTGAGCTATATGACGAGAAGCTGCTTGACAATGAGACGTTTCTGAACAAAGGCGATGTATGGACGGCGAAGATCAATAACAATCTGGTTGGCAGCTGGTACCATCTTCCCGCCAACCTGCGCGACCGGTTTACAGCCATGCAGCAAAAAGCACCGGATGCTTATATCGTTGGCATGCCGCTTCCAAAGGCCGAAGGGTATGAGGGCTTTGTCACGCAGAAGAGCATGGGCGAACCGGAGTGGATCATTCCGGCAAAGGCCCAGGATAAAGCCCCCGCAGCCTTGAAGCTGCTTGATTTCTTCTATGATCGGTCGAATGACGAATTTATCCGCTTTGGCATCGAAGGACAGCAGCATGAAGTTGTCGACGGCAAAAAAGTGCTGCTTCCAGCCGAGGATAGCCGTCCGTTGGCGCTCGGCATGCGCAACCTGACGACAGAGGAGGACATGGACATACGGATTCAGGAGACGATCCCGGTAGACATGCAGCAGATGGTGAAGGATATATTCGAGGTGAGTACCGCGGACGCGAAGCGGATCGCGGGGGACGGACTTCCGAGCACCGTGTATGAAGGCTTCCCGGATATTCAATCGCATAAGCTGTTTCAGGAGTATGTAACCAAGATTGTCATCGGCGAATGGCCCCTGGAGAAGTTCGATGAATTCGTCGACCGCTGGCATAAGGCAGGGGGAGACGAAGTAACGAAGAGGGTAGAGGAATGGTACTCAAGGATGTGA	MSKWFFQKGAWKPALTATLAAAMLFGCGGKGDGESQAGQSGEGNQELTQVKVFKSHMGVGTIPGADNPHVQYVAERTGVEYQLVTTPPGSEPTEYLNLMIASDDLPDILRPIGGIEQTLIRQGGALALDDLLPQYAPNVWKNIPQEAWDVVRSASPDGKIYYVPKVFLVPERAPLIRQDWLDKVGMSMPKTTEEYKEVLRAFLDKDPNGNGLKDELPTTGREFGKWMDHLFAMFGVAMWEGNPEWDIYDGKIQYAGVTDNMKAAIAFSRELYDEKLLDNETFLNKGDVWTAKINNNLVGSWYHLPANLRDRFTAMQQKAPDAYIVGMPLPKAEGYEGFVTQKSMGEPEWIIPAKAQDKAPAALKLLDFFYDRSNDEFIRFGIEGQQHEVVDGKKVLLPAEDSRPLALGMRNLTTEEDMDIRIQETIPVDMQQMVKDIFEVSTADAKRIAGDGLPSTVYEGFPDIQSHKLFQEYVTKIVIGEWPLEKFDEFVDRWHKAGGDEVTKRVEEWYSRM	PGPT0017245_2787	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04218	1302	yteT_3	COG0673	Putative oxidoreductase YteT	GTGAAAAAGAAATATGCCATATGCGGTGTAAGCGGTCGTGCACTCGGGATGTTCGCCAAGCCGATACTGACGACCTATGCCTGGCGCTGCGACCTGGTCGGCATGCTGGACAGTGATCCGGCCCGCTTCGAGCTCTACCGCTCCCGCTTCCCCGAGCATACCGCCGTTGCAACTTACGGTGAAGAGGAATTCGGGAAGATGATCGACGAGACTAAGCCGGATGTGGTCATCGTGGCGGGGCGAGACGATACGCATGCGCGTTATATTGTTGCCGCCCTGGAAAGAGATTTGGATGTCATCACGGAAAAACCGATGGTCACGACGGGTAAAGACGCCCGGCGTGTGCTGGATGCGGAGCGGGTGAGCAAAGGCTCGGTGACGGTCACGTTTAATTACCGCTACGCCCCGATTCACACCAAAATCAAAGAGATGGTGTGGGAAGGTAAGCTCGGTCGGATTACATCCGTCGATCTCAATTGGTATCTAGACACGTATCATGGCTCCAGCTATTTCAAACGGTGGAACCGCCGGCGCGAAATGTCAGGAGGTCTCTCCATCCACAAAAGCACGCATCATTTCGACCTCGTGAACTGGTGGATCGGGCAGAACCCGGTCGAGGCCTTCGCCTACGGGGCCCTCCATTATTACGGCGCCGAAGGGGAGCTTAATCCGGGCAAAGAAGCCGGTCGTCATTGCGGAACCTGCCTCTCAGCCAGCCGCTGCGCCTATTACTCGCGCTGGAACGCAAGTCATGTGCCGGATGATCATCTCGGTCTGCTGGAGAGCGGAGGGCCGCAGTTCCCTTATACAGGCTACCGCCCGGACCGGTGTATTTTTGATGATGAGATCGACATCGAGGATACGTATGCGGCCACCGTCAAGTACGACGGAGGAGCACTACTCAGTTATTCCGTCAACTTTTCGCTGCCGTATGAAGGGTATCGCCTGGCGATCAACGGTACGAAAGGCCGGCTGGAGACGATGGAATACCATGCTCCGTCCAGAACCCCTTTTCCAACGCCGGTCCAGACGATCGACTACTTCCCGTTGTTCGGCTCCAAGGAAACCATCCATGTCGTTCATCGGGAAGGCGGCCACGGGGGAGGCGACCCGCTGCTGCTGAATGACCTGTTTCTAGGTGAAAACCGGGAAAGGCCGTTCCCGATTTTGTCCGGGGCTGTGGATGGCGCCTATTCCGTGGCGGCGGGGGAAGCCGTGTGGCGTTCCGTGAAGGAGCACCGTCCAGTGGCGATAGCGGATGTTCTGGGCGGGTGGAAGGAGAGTGAGCCTATTGATCGATAA	MKKKYAICGVSGRALGMFAKPILTTYAWRCDLVGMLDSDPARFELYRSRFPEHTAVATYGEEEFGKMIDETKPDVVIVAGRDDTHARYIVAALERDLDVITEKPMVTTGKDARRVLDAERVSKGSVTVTFNYRYAPIHTKIKEMVWEGKLGRITSVDLNWYLDTYHGSSYFKRWNRRREMSGGLSIHKSTHHFDLVNWWIGQNPVEAFAYGALHYYGAEGELNPGKEAGRHCGTCLSASRCAYYSRWNASHVPDDHLGLLESGGPQFPYTGYRPDRCIFDDEIDIEDTYAATVKYDGGALLSYSVNFSLPYEGYRLAINGTKGRLETMEYHAPSRTPFPTPVQTIDYFPLFGSKETIHVVHREGGHGGGDPLLLNDLFLGENRERPFPILSGAVDGAYSVAAGEAVWRSVKEHRPVAIADVLGGWKESEPIDR				NA	NA	NA	NA	NA
JZ016_04219	2187			hypothetical protein	TTGATCGATAAAGGATATTTTGACCCGGCTGAAAGCCTGGCTTCCCAAACAGAGGGCAGTAACATCGAGCATGCGCTTACGGTCATTGCCCAGCGTTATGTCGGTGACCATCCGCCTCATGCCCCGGTTTACCGGGTGACGCGGAAGAGTCCGATCCGTAAGCGGGCCGACCACTGTTATCAATTCCCCATCGCGGATATGTTCCCCGAAATGACGGAGAGCCAGGTGGTCTACGCGTGGACGAAGCTGTGGGCTGCCCAGCCGCAGAGCTTCCCCTTTCTGATGGAATGGACGGGGCATGTTCGGCTGTACCATAACGGCCGGAAGCGGTTCGGTTCGGCGCCAGGGGAAGAAGCGACAGCGGACGGATTGCCCCTGAAGCTGGGGATTCAGCTTACCCAGGGGTGGAATCACTTCGTTCTGGAATTCCGCCGGGGCCCAAGCGGCTGCAGAGCGGTATTTGGCACAAGCAACCGCAAGAACAAGCCGTTTCACTTTCTGGCTCCTTCCATGGAGCGTGAGGGTGAGGAAGGATGGATTGTGACGGTGCCGCTGGACCGGGCGCTTGCCCGCATCCCCGATTCAATGGAACGCGAATCATGGACGGGGGCACAGTGGCTGCCCGTGCTTGCAAAACACGATGGGGAAGCAGATCGCGGCCCGATGTGGAGAATGTACGGGTGGAAGCCGGGGTATGCCGCTTACGCCTGGACTGCCGTTGTCAACCGGACCTTGGCGGCCAAGAAGGTGACCTTGTCGGGAACCTCCTATGGCCCGGTCCGGTTTGAATGGAACGGCAGGGAGGTTTACACCAGCCGCGAGGCAGACACGTTCAGTATCGTCATCGATGTGCCTCCGGGCCGCGGGGAGCTTACCGCACGCTGCGAATGCGGTGCAGAGGGCTGGGGGTTTGAGATCGGCGAAGCATCGCCTGAAGGGATGCTGATCGCTCCGCGAAGGGTGCACGGCTTGACCGGAGAGTGGCTTTATCTGGGTCCGTTCCGCGCAGAAGCCGATCTTGAGCTGTCCGACTATTTTGGTCTGGACACGGTCGCTGTTGACGGCGGAGAGAGACTGTTCTGGACAGGGAGCGAGCCGGGAGCGTACGTAAGGCCGTTTTTGGAGAATGAGCTTTTTGGCCGCTGGAATTATCCGCTCGGCGTCACAATGTACGGCTTGCTGGAGACGGGAAGGCTGCTTAATCGCCTGGACATCCAGGAATATGTACTCCGCCACGTCGAGTTTACCGCAGGCCATTACGAGTATTCCTTGTGGGATCGCGCGGAATTCGGTGCGGCAGGGCTGAACAACCAGCTGTCCGACATTGACAGTCTGGACGATTGCGGATCATTTGGCGCGCTAGCCATTCTTGCAGACCGAATTCGATCCTTGAAAGGAGTGCGCAAGGCAGCGGACGATATCGCCCGGTACATCATGGATACACAATCACGTCTTGCGGACGGGGCACTTTATCGCGAGGTCGGCGTTTCCCCAAGCATGCACCTGACGATGTGGTGCGATGACATGTACATGAGCGTACCTTTCCTGTGCCGATACGCCGAGCTGTCCGGAGATTCGCGCTATCTGGACGAAGCGGCACGCCAGCTTCTGCTGTATAAGTCATACCTGTACATGCCGGACCTGCAGTTAATGTCGCACGTATACGATGTACGTCGTGGGCAGCCTTCCCGGACGGTATGGGGAAGGGGCAACGGATGGGTGTTTTTCTCACTGTCAGAGCTGCTTGCCGTGCTTCCGGTCGGCCATCCCGACTATGTGGAACTGCTTCATTTTTATCGCAGTCTGGCGGAGGGATACCTCCGCTTGCAGGGAGTGCATGGGTTATGGCACCAAGTGCTGACGGACCCTGAATCCTATGAGGAAGCCTCCTGTACCGCGATGTTTATTTTTGGTTTGGCGCGGGGGGTACGCCATGGCTGGCTGGAGAATCCGGATCCGTACTTGCAATCTGCCATTGCGGGGTGGGACGGTTTAACCAGCAGGGCCATCGACGGCAGGGGAAATGTGTACGGTGTGTGCAAGGGCAGCAGCTGGTCAACCTCCCATGCTTATTACAAGCACGACTTATCGTGGAACTTGAATGATACGCACGGAATCGGCATCGTGCTGTTGGCCGGGGTCGAGCTTCTTGAATTCATGCGGTCAAACCATATTGTAAACGCTTAA	MIDKGYFDPAESLASQTEGSNIEHALTVIAQRYVGDHPPHAPVYRVTRKSPIRKRADHCYQFPIADMFPEMTESQVVYAWTKLWAAQPQSFPFLMEWTGHVRLYHNGRKRFGSAPGEEATADGLPLKLGIQLTQGWNHFVLEFRRGPSGCRAVFGTSNRKNKPFHFLAPSMEREGEEGWIVTVPLDRALARIPDSMERESWTGAQWLPVLAKHDGEADRGPMWRMYGWKPGYAAYAWTAVVNRTLAAKKVTLSGTSYGPVRFEWNGREVYTSREADTFSIVIDVPPGRGELTARCECGAEGWGFEIGEASPEGMLIAPRRVHGLTGEWLYLGPFRAEADLELSDYFGLDTVAVDGGERLFWTGSEPGAYVRPFLENELFGRWNYPLGVTMYGLLETGRLLNRLDIQEYVLRHVEFTAGHYEYSLWDRAEFGAAGLNNQLSDIDSLDDCGSFGALAILADRIRSLKGVRKAADDIARYIMDTQSRLADGALYREVGVSPSMHLTMWCDDMYMSVPFLCRYAELSGDSRYLDEAARQLLLYKSYLYMPDLQLMSHVYDVRRGQPSRTVWGRGNGWVFFSLSELLAVLPVGHPDYVELLHFYRSLAEGYLRLQGVHGLWHQVLTDPESYEEASCTAMFIFGLARGVRHGWLENPDPYLQSAIAGWDGLTSRAIDGRGNVYGVCKGSSWSTSHAYYKHDLSWNLNDTHGIGIVLLAGVELLEFMRSNHIVNA	PGPT0018255_42	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
JZ016_04220	2274	rhaR_40		HTH-type transcriptional activator RhaR	ATGTTCCAATCGATCGGCAAGTGGCTAAAATACACGCTGGCCCATACGCAAGCGAGGCTGGTGCTCATTTTGACCGTTTCCGTTTTTATGATCATTTTGGCCGTCAGCCTGACCTCATATTACACCTCTAAATCGGTGCTTCAGGAAGAGCTCAGCGAGCCGCAGCACCAAATGCTGCAGATCAGTATGAAATATATTGACGATTTAATCCGGGAGAGCGACAAGATTGCGGTCCAGGTCGCGGTGAATGACTATATCTATGATTTTCTGACTAGCGAGAATCAGAACTCGGTGGCCAATATATCGACATTGTACCGACTGCTATCCACCTGGATCAGCAATTCGAAATACATTAACAGCATATACGTATACGATGTCGAGCGGGGAAGCTTTATTTCGCTTCCGCAGGGGTATAGCTCTAGCAGGCTCACCTTCGTGGATTCCGAATGGACCAGTATTGCTGACGAATTCGGGGACGACATGATGATCATCCGAAAAAGGCATGTCCCGGAGGGAGCGGGCAATAAAGGGTCGGAGCTGACGCTGTTCCGCAAAATCATGATTCAGGGCCGGTTAAGAGGTGTCGTAGCGGTCAATTTGCGGGATGCGGAACTATTCGCAAAACTAAACCCGCCTGCGCTGTCGCAGCTCGACAGCATGAGGTACATCGTGGACCAGCATAACAACATTCTTTATTCGGTTTCGAACTCGGAATTCAAACCGGAAGCCGTGAGGCAGGCGCTGCACGAGCTTAAGGAGGACCGCTTCGGCGATTTTTTCCATGAGGGGCGGAAGCTGCTGGTCAACCAGATCGAATCGCCGCTGACCGGATGGAAATACGTATCCATCGTCTCCCAGGACAGCTTGCTTGCCCAGTCCAAAAAGGTGCGAGACATGGTGCTGTATGTATCGGTGGCGGCACTTGCACTCGGCTTGCTGACCATTCTATACGTAAACTCCGCGGCCTTCCGGCCGGTGCGCAGGCTTAAGCAGCTGTTCAGTGCCTACGACGGGAAAGCGACCAGCCCGGATCGCATCGATCTGGAAAAGCTGGCCGGCGAGCTGCTCAGCAATCATGCGCATCTGTCTCAGTTGATCCGCGAGACGATATCCGATGCGGCTTCCAAGTTTCTGTATGACATTCACTCGGGTCATATGAGCGGCAGACGCGAAATTCGCGAGAAGTGGAGACGATATTTCGCGGAATGGACGGATGCACCCGTCACGGTAGCAGTGCTGTCGATCGACCGCTACGATTCGTGGTCGCGCAGATTTCCGGCCAGTGACCACTCGCTGCTGAAGTTTGCGCTCGCCAATATCATGGCAGAGCTGCATGAGCCCGAATGGAGGGTGGCCTGCGCCGATTTTGGGGCGGACCGGATGGCTATCCTGCTGCAGCCGCGGAGCGGCGAAACGCGGCCTCCGCTTGTCGAGGCGATCGAAACGGTGTCCCGTTTGCTGAAATTCAGTGTATCCGCCGGCGTGAGCATGCCACAGAGTGAGGTTTGCCGGTTAAAGCAGGCCATGCTGGAAGCGGAGAATGCGGTAACCTACCGTTTATATAAAGGGTATGGTCAGCTCGTGCCGTTTCAGGATGTATCCAGTCACGAGGTGACGGATATGCAGCCGCAGGAAGATGGCGTACGGGAATTGATGACGGCTGTGGAGACCGGTGATGGGGAGCGGGCTATAGAGCTGCTTGGGCGTATTATTGGCGATATCCGCAGCCATTACTGGTATCCTTCGGAGGCGCTTGCCTTGCTTCAGGCGCTGCTGGAACGTCTTAAAGGGATATGCCCAGAGGGCGATGGTTCCGAGGGGGATCCGGCCGGTCGGCTGGGCACGCTGTACATCGAAGATATCGAGGCGGAGCTTTCCGGCCTGATTTCGGCCTTGGCCGACCGCTACCGCCGTTTAATCGGCAGCAAGGATTTTTTGATGTGCCAGCGGATGATCGAATTCATGGAGCAGCACCTCGGCGATCCGATCGGCATTCCGGAAATTGCGGAATCGACCGGCATCAGCAGCAGCTTGGCCAGCCAGCTTTTTAAGCAGGAAACAAACGAAACGATCTATAACTACTTAACCCGGCTGCGGATGGAGCGGGCTAGCGAGCTGCTAGTCAAAACCGACCGCAAAGTATCCGATATCGCCCAAATGGTTGGTTACCAGCATGAAAACAGCTTCATTCGCAGCTTCCGCAAATTCAAGGATATCACCCCGGGCAAATACCGGGATATGATGAGAACCCGGATAGACGCCTTGTTTGAATAA	MFQSIGKWLKYTLAHTQARLVLILTVSVFMIILAVSLTSYYTSKSVLQEELSEPQHQMLQISMKYIDDLIRESDKIAVQVAVNDYIYDFLTSENQNSVANISTLYRLLSTWISNSKYINSIYVYDVERGSFISLPQGYSSSRLTFVDSEWTSIADEFGDDMMIIRKRHVPEGAGNKGSELTLFRKIMIQGRLRGVVAVNLRDAELFAKLNPPALSQLDSMRYIVDQHNNILYSVSNSEFKPEAVRQALHELKEDRFGDFFHEGRKLLVNQIESPLTGWKYVSIVSQDSLLAQSKKVRDMVLYVSVAALALGLLTILYVNSAAFRPVRRLKQLFSAYDGKATSPDRIDLEKLAGELLSNHAHLSQLIRETISDAASKFLYDIHSGHMSGRREIREKWRRYFAEWTDAPVTVAVLSIDRYDSWSRRFPASDHSLLKFALANIMAELHEPEWRVACADFGADRMAILLQPRSGETRPPLVEAIETVSRLLKFSVSAGVSMPQSEVCRLKQAMLEAENAVTYRLYKGYGQLVPFQDVSSHEVTDMQPQEDGVRELMTAVETGDGERAIELLGRIIGDIRSHYWYPSEALALLQALLERLKGICPEGDGSEGDPAGRLGTLYIEDIEAELSGLISALADRYRRLIGSKDFLMCQRMIEFMEQHLGDPIGIPEIAESTGISSSLASQLFKQETNETIYNYLTRLRMERASELLVKTDRKVSDIAQMVGYQHENSFIRSFRKFKDITPGKYRDMMRTRIDALFE				NA	NA	NA	NA	NA
JZ016_04221	2061			hypothetical protein	ATGGAGAGAGAGCAGATTGTTAGGCGGCATAATCCTGAATTCGACAGGCTAGATCCGCTTTCGCCACTGTCGGTAGGCAACGGGGAATTTGCGTTTACCGCCGATATTACCGGGCTGCAGACATTTCCAGAACAATACGAGGTGCCGCTTGGCACCCAGTCGAACTGGGGCTGGCATTTTACGGGGGGGCGCGAAAGGTTCTCCGCGAAGGATGCAGCGTTGCAGATGTTCGAGACCCACGGCCGGCAGGTCGGCTATCCGATGAAGCCGGGGGATAAGCCGGAAGCTTACCAATGGCTGCGGCAAAATCCCCACCGTCTTCACCTAGGCCGGCTGTCGTTCCGATTTCTAGACGAAGCGGGAGAAGAGCTCGATTACAGCGCTGCAGGCCAATTCCGTCAAAATCTCGATCTGTGGACGGGCATTCTATCGAGCAAGTTCGAAATTCGCGGCGTGCCGGTCGAAGTTACGACGGCGTGCCATCCGGCTGCTGATATTATAGGCGTGCGGGTTGTCTCGCCCCTCATCCGGGAAGGGCGGCTTCAGGTATTTATCCGCTTCCCCGCACCGGATATGACGCATTCGGCTTGGTCGAAATCGGTGTTTCCCGATTGGGAAAACGATCAACGACATGATACCGTTCTCGTCCGGCAGGAGGAAGGGGCGGCCTTGATTGAGCGAACGCTGGACGAAGAACGTTATGTGGTCCGCTGGCATTGGAGCTCTGGCCGATTGGAGCAGACGGAAACCCATGAATTTACGCTGTTTCCCGGCGAATCTCCTGAACAATCTTCGGAGGAGCTGGCGTTTTCCGTCGGCTTTGCAGCTGGGTCGCCCGGTGCGGCTGACTTTGAGGCCATCGTTCCGGCCAGCGCCCGGCACTGGGCATCGTTTTGGCAGAGCGGGGGTGCAGTCAGCTTCGCAGGCAGCTCCGATCCGCGAGCCTTTGAGCTGGAGCGACGCGTTGTCCTGTCGCAATGGTTATGCGCCATTCACAGTGGGGGCTCTATGCCGCCCCAAGAGACCGGCCTAATGTATAACAGCTGGTTTGGCAAATCGCATTTGGAGATGCATTGGTGGCATGCCGCCCATTTCGCGCTGTGGGGCCGGGCTTCCATCCTGCGGAGAAGTTTGGACTGGTACAACGGCATACTGCCGGTCGCCCGCGAGCTGGCGCTATCCCAGGGATACGAGGGAGCACGCTGGCCGAAAATGGTCGGTTTTGACGGCATCCCATGCCCGTCGCCGGTCGCTCCGGGCTTGATCTGGCAGCAGCCGCATCCAATCGCCATGGCGGAGCTGTGCTATAAGGCCGACTCAGCACAAGAAACGCTGCGCCGGTTCCGTGACATCGTCTTTGAATCGGCTGACTTTATGGTTTCCTATGTTCACTGGAATGAGGCAACAGGCGCTTTCGATCTTGGCCCGCCGCTTATTCCGGCTCAAGAATGCCATCCGATGAATGCAAGCGCGAACCCGCCTTACGAGCTGGAGTATTGGAAATACGGCTTTGATATCGCTATAAAGTGGGCTGATCGGTTGGAAATTCAGCCGAATCCGCGTTGGGCCGAGGTGGCAAGCAATCTGGCGGCACCGCCCCGACTCGACGGCGTTTACCTGGCGCATGAGTTTGCGCCGGACACGTTTACGGAGAAGAATCATGACCACCCGTCCATGCTGTGCGCATTAGGCGTGCTTCCCGGCAAGCTGATCGACCGCGAAACCATGCGGCGTACACTGTGGAAGGTTAAGGATGCTTGGAAATGGGAGACGGCCTGGGGATGGGATTTTCCCGTATGCGCCATGACCGCTGCTCGGCTCGGCGAACGCGATCTGGCTGTCGATTTTCTGTTAATGGACGAAATGAAAAACACGTATTTGCCAAACGGGCATAACTATCAGCGCCCAGGCCTATCCGCTTACTTGCCGGGTAACGGCGGACTGCTTACGGCGGTCGCCATGATGGCCTGCGGCTGGGAAGGCGAAGAGGACCCGAACTGCCCGGGATTTCCGGCAAGCGGCTGGACGGTGCAGTGGGAGGGGCTTAAGCCGTGGCTATAG	MEREQIVRRHNPEFDRLDPLSPLSVGNGEFAFTADITGLQTFPEQYEVPLGTQSNWGWHFTGGRERFSAKDAALQMFETHGRQVGYPMKPGDKPEAYQWLRQNPHRLHLGRLSFRFLDEAGEELDYSAAGQFRQNLDLWTGILSSKFEIRGVPVEVTTACHPAADIIGVRVVSPLIREGRLQVFIRFPAPDMTHSAWSKSVFPDWENDQRHDTVLVRQEEGAALIERTLDEERYVVRWHWSSGRLEQTETHEFTLFPGESPEQSSEELAFSVGFAAGSPGAADFEAIVPASARHWASFWQSGGAVSFAGSSDPRAFELERRVVLSQWLCAIHSGGSMPPQETGLMYNSWFGKSHLEMHWWHAAHFALWGRASILRRSLDWYNGILPVARELALSQGYEGARWPKMVGFDGIPCPSPVAPGLIWQQPHPIAMAELCYKADSAQETLRRFRDIVFESADFMVSYVHWNEATGAFDLGPPLIPAQECHPMNASANPPYELEYWKYGFDIAIKWADRLEIQPNPRWAEVASNLAAPPRLDGVYLAHEFAPDTFTEKNHDHPSMLCALGVLPGKLIDRETMRRTLWKVKDAWKWETAWGWDFPVCAMTAARLGERDLAVDFLLMDEMKNTYLPNGHNYQRPGLSAYLPGNGGLLTAVAMMACGWEGEEDPNCPGFPASGWTVQWEGLKPWL	PGPT0019270_227	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019270-kojP-K22078	NA	NA
JZ016_04222	1146	ogl	COG0823	Oligogalacturonate lyase	ATGGCCAAGGGAACGGTGTGGAGGCCGGAACGTAAGTTTTACCGCGACCGGTTGACCGGAGTTGAAGTGGTGCAGCTGACCGACTACAAAGCTCACAGTCATCATCTGTATTTTACGGAAAGCGGATGGTATGACGGCGGGAAGCGGCTGTTGTTCGTATCGGACAGGGACAACAGCTCGAACTTGTACAGCATGGATGTTAACAGCGGTGAGATGCTTCAGCTGACGGATTACCTGGACAATGATGCTGTGGATGCCTGTCTATTACCGGATGGCCGGGCCGCCTTTGTCAAAACGAATCGGAGCGTACGCCGCCTCGATCTGGCAACATTGGAGGAAGAACTGATCTACGAAGCCCCGGAGGGGTACAACATCGGCAATCTGAGCTGTCCTGCGGATGGACGCTCAGTCGTCACCTGCATACAGGAGGATCTGTCCCATCGCATGCCGCTCGATCTGGGCAACGGCTATGTCGGCCATAGGGAGTTGATGGAGGCCGCTCCCCACAGCAGGATCGTGCGGATCGACTCGGAAGGGCAGACGCAGCCGGAAACCCTATATGAAGCCCATCGTTTTATAACCCATATTAACGCGTCACCCGTCGAACCATGGCTGATCACCTTCTGCCACGAAGGACCCTGGCATTTGGTCGATCACCGGATATGGGGGCTGGACCTTCGGAGCGGAGAGGCCTGGAGAATTCGCCAGCGCCTTGAACCCGGAGAAAAGGTCGGCCATGAATTTTTTTATCCTGACGGTATGACCATCGGTTACCATGGCTTCCGCATGGATGGAACTAATTTCTTTGGAAGCATCCGGTATGACAATACGGCCATGGAAGAGACGGACTTCGGGTTTGATACGTGGCATGCGTATGCGGACGGCTACGGTCAGGCCGTTGTCGATGGCAAGGGGGCGGTCAAAACCCTCTCCGTATGGCGTAAAGACGCCAAAGGAGTCTACCAAGGACCGCGAATGCTGTGCGAGCTTCGATGCAGCTTTCATTCCCAGAAGGTGCACGCGCATCCGCGTTTTGATCCGGGCGGTAAACGACTCTTGTTTACAAGCGATAAAAATGGTTACGGCAATCTGTATCTGGTCGGCATGCCGGAGGATTTCGATTCGCTGCCGCTGCTGTCGGTTTAA	MAKGTVWRPERKFYRDRLTGVEVVQLTDYKAHSHHLYFTESGWYDGGKRLLFVSDRDNSSNLYSMDVNSGEMLQLTDYLDNDAVDACLLPDGRAAFVKTNRSVRRLDLATLEEELIYEAPEGYNIGNLSCPADGRSVVTCIQEDLSHRMPLDLGNGYVGHRELMEAAPHSRIVRIDSEGQTQPETLYEAHRFITHINASPVEPWLITFCHEGPWHLVDHRIWGLDLRSGEAWRIRQRLEPGEKVGHEFFYPDGMTIGYHGFRMDGTNFFGSIRYDNTAMEETDFGFDTWHAYADGYGQAVVDGKGAVKTLSVWRKDAKGVYQGPRMLCELRCSFHSQKVHAHPRFDPGGKRLLFTSDKNGYGNLYLVGMPEDFDSLPLLSV	PGPT0018250_251	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS	PLANT_MEMBRANE_OLIGOGALACTURONIDE_LYASE,PGPT0018250-ogl-K01730	NA	NA
JZ016_04223	1146	yteR_3	COG4225	Unsaturated rhamnogalacturonyl hydrolase YteR	GTGGCTGAAGCAACGGTGCTGGAACGAATACCGGTTCGGGTTGCAGAGACGATCCTGTCCGCTTGCGTGGACGGATACCATCCGAATATAGCCAACAAATGGGGCTACGTGGCCGGCATGGCTTTGACTGCACTGGGCCGCCTGGCCAATTGGACGGGTGAGGAGCGTTACAATGAAGTGGTCAAGCGTCATATGGACGTCTTCATACAGGAAGACGGGGCCATAGCCGGCTACACACTGGAGGACTATAATCTCGATCATATCAATAAAGGCAAGAATCTGCTGCCCTTGTGGCGCACGACAGGAGAGGAGAAATATCGCCGGGCTGCCGAGCTGCTGGCATCTCAGTTGGTTGGACAGCCGCGGACCGAAGAAGGCGGATTTTGGCATAAGAAAATCTATCCGTTTCAGATGTGGCTGGACGGCCTCTATATGTCGTCACCGTTTATGGCAGAATATGCAGAAACGTTTGATGAGCCGGCATGGTTCGACGAAGCGGCCCGGCAGCTGCTGCTCATCGAGCAGCGTACTCGGAATCCGCAGACGGGGCTGCTGCATCACGCTTATGATGAGAGCCGGGAGCAGCGCTGGTGCGACAAGGAAACGGGCCGCTCGCGCCATGTATGGGGCCGGGCCATGGGCTGGTATGCGATGGCGCTTGTGGACGCGCTGGAGTTTTTCCCTGTGAGGCATCCGCAGCGCGGGCAGCTGATGGGCATTTTCGAAAGGATGGCCAATGCGCTCGTACGCGTTCAGGATCAAGACAGCGGGCTGTGGTATCAGGTGATGGACTGCAATGGCCGGCAGGGCAATTATATGGAAGCTTCCGGCTCCTGCATGTTGACCTATGCCTTGGCCAAAGGCATTCGGCTTCATTATTTGGCCGAGATCGACATCGGGGTGGTCGAACGCGCCTATGACGGCATCCAGAAACATTTTATCACCGTCGACGGCGAAGGGCTGCACCTTCACGGCATCTGCCACGGCGCCGGATTGGGCGGGCGCAAATATCGCGACGGATCATACGATTATTATTTGAGTGAAAAGGTTGTCAGTGATTCGCTCATGGGCGTCGCTCCGCTTCTGCTGGCCAGCATCGAAATGGAGAGGCTGCAGGCGGGGGGCAAAGGCGGGTATCGGGGATGA	MAEATVLERIPVRVAETILSACVDGYHPNIANKWGYVAGMALTALGRLANWTGEERYNEVVKRHMDVFIQEDGAIAGYTLEDYNLDHINKGKNLLPLWRTTGEEKYRRAAELLASQLVGQPRTEEGGFWHKKIYPFQMWLDGLYMSSPFMAEYAETFDEPAWFDEAARQLLLIEQRTRNPQTGLLHHAYDESREQRWCDKETGRSRHVWGRAMGWYAMALVDALEFFPVRHPQRGQLMGIFERMANALVRVQDQDSGLWYQVMDCNGRQGNYMEASGSCMLTYALAKGIRLHYLAEIDIGVVERAYDGIQKHFITVDGEGLHLHGICHGAGLGGRKYRDGSYDYYLSEKVVSDSLMGVAPLLLASIEMERLQAGGKGGYRG	PGPT0018255_514	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
JZ016_04224	2511			hypothetical protein	ATGAGTCAAGAGAACCTGTTAACCATGAGGTATCCCGCCTCTTGGTGGCGTAATATGTGGCGTGAGGCGCTGCCATCAGGCAATGGCATTGTCGGGGCCTCGGTTTTCGGGGGCGTGCAGGAAGAGACGGTACTGCTGAATCACGAGGGGTTGTGGCATTGGGGTCGAAAAGATCCGCTGCCGGACGTGAGCATGACGCTCGCCGAAACGCGCACCCTGATGGATGAAGGACACTATATGGAGGCCAGCTGGAACTTGGCGAACGCTTTAAGGGAGCGGGGATACGGGACGAGGCTGGCCTCCCGCTTTCCGCTCGCGGCGATTAAGCTGTTCATGCCCAGCACACGGGCATTCCGTCGTTACCGAAGATCCCTCAATATGGAGACCGGCGAAGTTTCGGTAGGCTGGACGGACGGCCCGAACCGGTACGTAAGGCGGCTGTTTGTATCCCGTGCAGATGGGGCTGTCGTCTATGAGATTGGCTCCGAAGAATGTGTCAACGAAGAAATACACCCTGGAGACAGGAAGGGGACCGGTAAGCATATCGAGGATCAAGCCGGGGCGTTTCACTGTATTTCGGGGGAGATCGGACTGACGCTTTACCCAAGTGATCGATGGGGGGACACGCCAGAATTCAGGGAATTGGCCGAATCCGTGGTCACTTCGGCGAAAGGCGCGTATATCCGGTACGCCGGCCGCAATGATGACGGTACAGATTTCGGTGCCGTGCTGCGGCTTATTTGTGAAGGTGGAAGCTTGCAGTCAACTAAGGAAGGAACGATGTTGAATTTTACTAAGGCCCGCCGGGTGCTTGTACTGGTGAAAGTATTTATTCGTGGCAAGCGTGAACAGGAATGGGAGCAGCTTGAGCATGAACTCAAAACCTTCCCTGAAACGTGTGAATATGACCTGTTGCTCAAGCGCCACACCGAGCTCCATGGTCCTTTGTTCCATTCCGCATCCCTGGAGCTTAACACTGCCAGCAGGGAGGACGTGCGTTCGAACGAGGAGCTGATGCTGGAGGCTTACGAGGGCGAAGCGCCCGTATCGCTTGTCCGTAAAATGTGGGCTTATGGAAGGTACTTGTTTATTAGCGGGACGGCAGCCGAATCAGGGCCTTTCGGACTGTATGGCTTGTGGGGCGGAGACTACCGGCTTGTCTGGTGCCACCATATGGCAAATGAGAATATTCAAATGATGTATTGGCACGCGCATGTTGGAGCCTTGGGAGAATTAGTGCCCCCTCTGTTCCGCTACTATGGCAGCCTAATGGGCGATTTCCGCGGCAATGCCCGCAAGCTGTACGGATGTCGCGGAATCTACATCCCGGCTGGGACCACGCCGGGGATCGGAACGCCGAATCAAATCGTACCCGTCATTCTAAACTGGACGGGAGCAGCCGGGTGGCTCGCCCGGCATTATTACGAGCATTTTTTGTATACGGGCGATATCCGGTTTTTGCGGGAGGAAGCGCTGCCGTTCATGCGCGAAGCTCTTCAATTCTACGAGGATTTCGCAGTCGTTGGTGAAGACGGCTCCTATCGTCTGTATCCTTCGGTATCGCCGGAGAATACGCCGCTTAATTTCATGCCGGAGGACGGAAAGCAGCTGGCTCACCCGATGCCGACAACCGTCAATGCAGCGATGGATATTGCGATTATGAAGGAACTGCTTACCCATCTGATCGAAGCGAATCGGCTCGTCGGAGGCCCAGGTTCGAAGGATGAGGAGGAGCGGTGGAAGCGAATGTTCGAACGCATCCCCTCTTACCGGACGAACGAGGACGGAGCTCTTGCGGAATGGCTGGATCCTAAGTTTAAGGACCGATACGATCACCGTCATCTCTCGCATATCTATCCGTTGTTCCCGGGTGATGAAGTGACCCGCGAATCAGCGCCGGAGTTGTATGTCGCCTTCGAGAAGGCGGTACGTTTACGCCGGCTCGGCGCCCAAAGCGGCTGGTCGCTGGCTCATATGGCGTCCATCTATGCGAGGTTAGGGGAAGGTGACAGTGCACTGGAGTGTCTGGATACACTGGCGCAATCATGCCTGCTGCCGAATCTGTTTACCCTCCATAACGATTGGAGGGGGATGGGGATATGCATGGATATGCCGGCAGCGCCGATACAGCTCGATGCGAACATGGGTTGGGTGAATGCCGTACAGGAGATGCTGCTGCAGGTATCACCGGATATGGTGAAGCTCCTGCCGGCGATGCCGGAGCGCTGGCGTATTGGCCGGCTCTCAGGTTGGAGATTCCATACCGGTCGGATCACCATGGAATGGAACCGGGATGCCGGTATGTTCCACGCTAAGCTTGAGGCTGAACGGGAGACGAACATCCTCGTTTCCCTGCCGCCTTGGGCAGGAAAAAGCTCCATGTCTGGGCAGGGAGCCTCCATCCAGCCATCAACGCTAGGGCCCCTTTTTTATGCGGTTCGTCTGGGCCCGGGAACACAGCTGTCGATCCATCGCAGCCCGCAGGTCGACGGGGACGTAATCGGACCTTGA	MSQENLLTMRYPASWWRNMWREALPSGNGIVGASVFGGVQEETVLLNHEGLWHWGRKDPLPDVSMTLAETRTLMDEGHYMEASWNLANALRERGYGTRLASRFPLAAIKLFMPSTRAFRRYRRSLNMETGEVSVGWTDGPNRYVRRLFVSRADGAVVYEIGSEECVNEEIHPGDRKGTGKHIEDQAGAFHCISGEIGLTLYPSDRWGDTPEFRELAESVVTSAKGAYIRYAGRNDDGTDFGAVLRLICEGGSLQSTKEGTMLNFTKARRVLVLVKVFIRGKREQEWEQLEHELKTFPETCEYDLLLKRHTELHGPLFHSASLELNTASREDVRSNEELMLEAYEGEAPVSLVRKMWAYGRYLFISGTAAESGPFGLYGLWGGDYRLVWCHHMANENIQMMYWHAHVGALGELVPPLFRYYGSLMGDFRGNARKLYGCRGIYIPAGTTPGIGTPNQIVPVILNWTGAAGWLARHYYEHFLYTGDIRFLREEALPFMREALQFYEDFAVVGEDGSYRLYPSVSPENTPLNFMPEDGKQLAHPMPTTVNAAMDIAIMKELLTHLIEANRLVGGPGSKDEEERWKRMFERIPSYRTNEDGALAEWLDPKFKDRYDHRHLSHIYPLFPGDEVTRESAPELYVAFEKAVRLRRLGAQSGWSLAHMASIYARLGEGDSALECLDTLAQSCLLPNLFTLHNDWRGMGICMDMPAAPIQLDANMGWVNAVQEMLLQVSPDMVKLLPAMPERWRIGRLSGWRFHTGRITMEWNRDAGMFHAKLEAERETNILVSLPPWAGKSSMSGQGASIQPSTLGPLFYAVRLGPGTQLSIHRSPQVDGDVIGP	PGPT0018650_365	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018650-afcA-K15923	NA	NA
JZ016_04225	2073	dap_2		D-aminopeptidase	TTGAAGAAAAGACTATCACGGATGCTGGTTACCCTACTCGCCGTTACGATGATCCTTCCGGCTGGGGTAATGGCAGCAGATAACAGCCAAGCTGCCGCTGGAGGAAGCCTTGAGAAAACCGCCGCTGAGAAAGCCAAGCTGCTCACCGGGACGTATGGAACGACAAGCGTTCAATATGCCCTTATCGACAACGGGGTGATTACCGTGTCCGGGCAAGAGGGCGTCAATGATATGGAAGGAAAGAAACCGCTGACTAAAGATACGATGTATGCCATCGGTTCCACGAGTAAAGTGTTCACCGCCGCTGCGGTAATGAAATTGGTGGATGAGGGAAAAATCAACCTGGATACGCCTGTGGTTCAGTACATACCCGAATTCACGATGAAAGACGAACGTTACAAAAAAATCACGCCGCGCATGCTGCTTAACCATTCCTCCGGACTGCAAGGCTCAAGCCTGAATAATGCATTTTTGTTCGAGGATAATGACCCTCATGCACATGACACGCTGCTGAAGCAGCTGTCCACCCAAAACCTGAAAGCGGATCCGGGTGCATTCTCCGTTTATTGTAATGATGGATTCACGCTAGCTGAGATACTGGTAGAGAAAGTCAGCGGCAAGGATTTTACCGCCTTCATTCATCAATATTTTACCGAGCCGTTAGATTTGGACCACACGAAGACATCTCAAGATAATTTGGATTTAAGCCAAATGGCAGGTCTGTATTTTCCTACTCACCAAGGACAGCTTCCTAACGAGACGGTCAATGTGATCGGCACCGGCGGCATCTATTCTACGGCTGAAGACTTGGTACAGTTCGCGCAGATTTTCACCGGAGAAGCCGAAGGCATTCTTTCCGACAAATCCGTTAAAGCCATGGAGCAGGAAGAATATAAAAAGGGTCTGTGGCCCGAAGATGCCGATAACTCGTTCGATTACGGACTTGGCTGGGACAGCGTAAGACTGTTCCCGTTTAACCAATATGACATGAAAGCCGTAACCAAAGGTGGAGACACCATCCTGTATCACGCTTCGCTCGTTGTTCTTCCGGAGCAGAACATGGCTGCCGCTGTATTATCGTCTGGCGGTTCCAGCTCAACCAACCAACTGTTGGCCAACGACATTCTGCTGCAAGCGCTCAAGGAGAAAGGCACCATCAAGGAAATCAAGCCGGAGAAATCCTTCGGCAAACCGGTCAAGGCCGACATGCCTAGCGACATCGCGAAATATGCCGGTTACTATGGCGTGACGAATCAGCAGATGAAAGTCGACATCAAGGACGGCGAACTATCCATTACCGTACCGATGGTGCCGGATTATCCTGCGGAGAAATATGTATACACTGCGGATGGAACCTTTGTCAGCGCGGATGGCAGCACGAAGGTAAGCTTCGTCAAAGAAAAGAATGACCGCATCTATTTATGGGTAAGACAATATGTAACGATTCCTGGACTTGGGCAAATGGCTTTATCGCATTATACCGCCGAGAAAATGGAAGCGAACCCGTTATCCAAGGAGACCGCTGCCGCTTGGGCCAAGCGGGAAGGCGAAACGTTCTATCCATTGAACGAGAAATTCACATCCCTGATGTACTTCATTACGAAACCGACAGTTGAGATTAACAGCAAGAGCGGTCTGGAAGGTTACATGATCGACAAAAAGATCATTGACCAGGATACCGCAGTAAGCCAGCATCAGGTTCCGGCTATCGGTAGCCGGGATACGGCCGAATTCCGCTTCTATAAAGAAAAGGGCGTAGAGTATCTCGAAGGGGCAGGCTCCCTGTTTGTGAGCGGTAAGAACGTGAAGCCGCTTTATAAAGGAAAAAAATCAACCGTCACCCTGCAAGCCGATGGTTATGCCAAATGGTACACCGTCCCTAAACAAGCTGAGGGCAAAACCATGACCGTCACCCTGCCGGCACAAGGCGCATTCGTCGTGTATGACGAAAAAGGTGCGGTTGTAAACTACAGCCTCGTCAGCGGTAGTAACGAAGTGAAGCTCCCAGCCAATGGAGCTGTTGTATTTGCCGGTGCCCCAGGCTCGGCCTTCGGAATCACCTTGCAGCCTTAA	MKKRLSRMLVTLLAVTMILPAGVMAADNSQAAAGGSLEKTAAEKAKLLTGTYGTTSVQYALIDNGVITVSGQEGVNDMEGKKPLTKDTMYAIGSTSKVFTAAAVMKLVDEGKINLDTPVVQYIPEFTMKDERYKKITPRMLLNHSSGLQGSSLNNAFLFEDNDPHAHDTLLKQLSTQNLKADPGAFSVYCNDGFTLAEILVEKVSGKDFTAFIHQYFTEPLDLDHTKTSQDNLDLSQMAGLYFPTHQGQLPNETVNVIGTGGIYSTAEDLVQFAQIFTGEAEGILSDKSVKAMEQEEYKKGLWPEDADNSFDYGLGWDSVRLFPFNQYDMKAVTKGGDTILYHASLVVLPEQNMAAAVLSSGGSSSTNQLLANDILLQALKEKGTIKEIKPEKSFGKPVKADMPSDIAKYAGYYGVTNQQMKVDIKDGELSITVPMVPDYPAEKYVYTADGTFVSADGSTKVSFVKEKNDRIYLWVRQYVTIPGLGQMALSHYTAEKMEANPLSKETAAAWAKREGETFYPLNEKFTSLMYFITKPTVEINSKSGLEGYMIDKKIIDQDTAVSQHQVPAIGSRDTAEFRFYKEKGVEYLEGAGSLFVSGKNVKPLYKGKKSTVTLQADGYAKWYTVPKQAEGKTMTVTLPAQGAFVVYDEKGAVVNYSLVSGSNEVKLPANGAVVFAGAPGSAFGITLQP				NA	NA	NA	NA	NA
JZ016_04226	525			hypothetical protein	ATGATTACTCGTTCGATGGATTGGCTTCAGCAACATGACCACCTTATCTTCCGCTGGTTAAACCGCAAGATCAGCAACAAAACGGTGGATTCGATGCTCGCGCTGGTCACCCATATGGGGGGTGCTATCTTTACCATTGTGCTGACACTCTCGATAGCGTTTTTTGCACCTGAGCCGTGGAATACGATGGGGTGGCAGAGCTTTATTGCGCTTTCCCTCAGCTTCCTGATTACGGCCCTCATCAAAAGGAAGATGCGGCGCATCAGGCCTTATCTGGCACTTGAAAAGGTGCGATTCGAAAAAAAACCGATGAAGGATCACTCGTTTCCTTCCGGGCACTCGACGGCGATCTTTTCCATTATTACGCCGTTTCTGTTCATAACGCCGTGGCTGTCATTGCTCTTGATCCTGCTGGCCCTTACGGTCAGCCTGTCACGGATTTATCTTGGCTTTCACTATCCTTCGGATTGTTTGGCCGGCTGTTTCGTCGGAACGACCTCGGCGCTGCTTATCGTGCTCAGTTAA	MITRSMDWLQQHDHLIFRWLNRKISNKTVDSMLALVTHMGGAIFTIVLTLSIAFFAPEPWNTMGWQSFIALSLSFLITALIKRKMRRIRPYLALEKVRFEKKPMKDHSFPSGHSTAIFSIITPFLFITPWLSLLLILLALTVSLSRIYLGFHYPSDCLAGCFVGTTSALLIVLS	PGPT0024170_2371	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302	NA	NA
JZ016_04227	858	nit1		Deaminated glutathione amidase	ATGAAATTTCGCGTTTCTGCCGTGCAATACCATCTGCACACGATTCAATCCTTTGACGATTTTGCCCGTCAGTCGGAGCATTACATTCGGACGGCGGAGGAATTTGAAGCTGATTTTGTGCTGTTTCCGGAATTTTTCACGACCCAGCTGATGTCCATCGGGGACGATCAGGGCAAGGCATTGACGATCAATGATCTTCCGGATTTCACAGACCGTTACCGCTTGCTGTTTCAAGGCTTTGCGAAGCAATATCATATGCATATCATTGGCGGGACGCACGTCATTCGCCGGGAAGGGAAGCTGTACAATGTAGCGCATCTGTTCTATCCGGACGGCCGCATTGCGGAGCAGGCCAAGATCCATATCACGCCTTCGGAGATTAGCGGATGGAATATGGGAGCGGGCGAAGGGCTCGAAGTGTTCGAGACGGAAAAAGGCACCATTGCGATGCTGACCTGCTATGACATCGAATTTCCTGAGATTGTGCGCATGGCCAAGGCTAAAGGAGCCGATGTCATTTTCTGTCCATCCTGTACGGATGATCGTCACGGATTCCATCGCGTGCGTTACACCAGCCATGCCCGCGCCATTGAGAATCAGATCTATGTGGTGTTGACCGGTACCGTTGGTTCGCTGCCAACCGTGGATCTGATGCGTGCCAACTTCGGACAGGCGGCCATCATTACCCCGAACGATATCCCGTTTCCTCCACAGGGCCTGCTGGCCGAGGGAGAGCTGAACAACGACATGATCATAACCGCCGATCTCGATCTGGATTTATTGTATCAAGTGCGCGAGAAGGGCTCCGTCACGACATGGCGTGACCGGCGTACTGATCTGTATCCGGATTGGGAGTAA	MKFRVSAVQYHLHTIQSFDDFARQSEHYIRTAEEFEADFVLFPEFFTTQLMSIGDDQGKALTINDLPDFTDRYRLLFQGFAKQYHMHIIGGTHVIRREGKLYNVAHLFYPDGRIAEQAKIHITPSEISGWNMGAGEGLEVFETEKGTIAMLTCYDIEFPEIVRMAKAKGADVIFCPSCTDDRHGFHRVRYTSHARAIENQIYVVLTGTVGSLPTVDLMRANFGQAAIITPNDIPFPPQGLLAEGELNNDMIITADLDLDLLYQVREKGSVTTWRDRRTDLYPDWE	PGPT0007175_39	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_METABOLISM,PGPT0007175-yhcX-NA	NA	NA
JZ016_04228	672			hypothetical protein	ATGGCCCGGTTTCATCAACAGCTATATGTATTTGACGATGCCCGGCCGGTGCCGGTTATCATTCGAAGCTACACGGAAGCGGATTTTGACGAGCTGATCGTCATTCAATCCGAGACGTTCCCGCCCCCATATCCGCCGGAGCAGTGGTGGAACAAGGAGCAGCTGAAGCAGCATGTTACCCTGTTCCCTGAGGGGGCTCTGTGCGTTGAAGTGGAAGGCATGCTCGCAGGGTCCATCACTTCGCTCATCGTGGATTACGATCCGATGAAGCCTGCCCACTCCTGGGCGGAGGCCACGGATAACGGGTATATCCGGACGCATAAGCCGGACGGGAATACGCTATACATTGCCGACATTTGCGTCAGGCCGCGCTTTCGCAAGCTTGGGCTCGGCAAATGGCTGATTCAGTCGTTGTATCACGTGACCGTCGAACAGGGATTGGACCGGCTCCTTGGCGGCGGACGGATGCCCGGCTATCATCGGCATGCCCATCAAATGTCGGCTGCGGAGTATCTGGACGCTGTTGTCCGGGGTGATCTCAAGGATCCGGTGATTACCTTCCTGCTTCGTTGCGGCCGGACGCCCGTTGGGGTAGCGGCAGATTATTTGGAGGATGAGGAGTCCTGCAACTACGGGGCTCTGATGGAATGGAAGAACCCTTTCACTGGATAA	MARFHQQLYVFDDARPVPVIIRSYTEADFDELIVIQSETFPPPYPPEQWWNKEQLKQHVTLFPEGALCVEVEGMLAGSITSLIVDYDPMKPAHSWAEATDNGYIRTHKPDGNTLYIADICVRPRFRKLGLGKWLIQSLYHVTVEQGLDRLLGGGRMPGYHRHAHQMSAAEYLDAVVRGDLKDPVITFLLRCGRTPVGVAADYLEDEESCNYGALMEWKNPFTG	PGPT0007175_22	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_METABOLISM,PGPT0007175-yhcX-NA	NA	NA
JZ016_04229	672			hypothetical protein	ATGGAATATATTCGCATTACGAGCATCGACGATCCCTTGTTCCGCAAAATGCACAATCTGATGAAGGAAGTGTTCCCTCCGGAAGAGGTGCTGGAATTCAGTTTGTGGAAGGAACCGCTGGAAGATCCGGGCATCCGGGTATTCGTTGCCCTGCATGAGGACGAAGTGGTGGGTACAACGGAATACCGCTATTATGAGGACTGGAATGTAGCGATGACCGATTTTACCATCATCGGGCGCGAAGGGTTGGGTATCGGCCGATTCCTGGCACAGCATCGTTTGAAGGATCTGAATCAACTGGCGGCCGCGAACGGCAAAGAGCTGTTCGGCATGTTTGCCGAGATTTACGATCCATATCGGGTGCAGGACCATGCATTCGGCGGTGTGAAGCCGATGGATCCTTTTGTTCGCCGCGAAGTCCTCTCGCATCTTGGCTACAAACGCACGGATATCGCCTACGTGCATCCTTCCTGGAACAATGATGGCGAAGCGGTGAGCGGGCTCGATTTGTGCTTCATGCCTGGCGATGATGCCGTTGATGAGCTGTCTGCGGAGCTGATCGTCAACTTCCTGAGACGTTACTATTCGGTACTGCCTGAGAAACCACAGGCCTGGAACGACATGGTGGCCAAGCTGGAAATGCGGGAGAAGGTAGCCTTGCTTCCGTTGTAA	MEYIRITSIDDPLFRKMHNLMKEVFPPEEVLEFSLWKEPLEDPGIRVFVALHEDEVVGTTEYRYYEDWNVAMTDFTIIGREGLGIGRFLAQHRLKDLNQLAAANGKELFGMFAEIYDPYRVQDHAFGGVKPMDPFVRREVLSHLGYKRTDIAYVHPSWNNDGEAVSGLDLCFMPGDDAVDELSAELIVNFLRRYYSVLPEKPQAWNDMVAKLEMREKVALLPL				NA	NA	NA	NA	NA
JZ016_04230	426			hypothetical protein	ATGAACGACCGAAAACAAGTGAGCATCCGTCTTCAAAGCCTTCACGAAGGGGAGAATACGATACAGGAGCTTCCGGCAGAGGCGTTTATCAAAGGAAATGTCCTGTATGTTCGCTATACCGAACCAGCGCTTGGACCGCATCAAGGGGAAACCCGGGCCATGCTCAAGCTAACGGAGGACGAGCTGAAGCTGATCCGTCACGGCGAGGTGGAGTCCGAGCAGGCATTTAAGCTGGGTCAGCGATTGCCTGGGTATTACCGCTCCCCGTTCACTTCATTTAATCTGTCTACGCACACCCAGCGTCTGGAGCTTGCGCTTGAAGGCGTGTCCGGACGAGCGGCTTGGGCGTATGATTTATATGTGTTTGACGAGTTTTCGGGACACTTTTCTATTAGTTTGACTATTCAGGAGGCACATGAATCATGA	MNDRKQVSIRLQSLHEGENTIQELPAEAFIKGNVLYVRYTEPALGPHQGETRAMLKLTEDELKLIRHGEVESEQAFKLGQRLPGYYRSPFTSFNLSTHTQRLELALEGVSGRAAWAYDLYVFDEFSGHFSISLTIQEAHES				NA	NA	NA	NA	NA
JZ016_04231	1680	argS_1		Arginine--tRNA ligase	ATGACAATGAATCCATTAGATCACATTAACGGGCTGGTTGCAGAAGCGGTGGCGGACGCTGCCGTAGCTGCAGGATTGGTTTCCCGTGAGGAATTGCCAGGCATTACGCTTGAAGTTCCCAAGGATAAGTCGCATGGCGACTTGGCTACGAATGTAGCGATGCAGTTGACACGAATCGCCAAGAAGAACCCGCGACAAATTGCGGAGGCTATCCTGGAACATCTGGACAGGGCGAAGGCTTCCATTGAAAAAGCGGAAATAGCCGGGCCAGGATTCATTAATTTTACCTTGGACAAGGGTTACCTCTATCCGATCGTTGCGTTGGTAGAAGAACAGGGCGACAACTACGGGCGAATTGCTACCGGAGAGGGGCAAAAGGTTCAGATGGAGTTTGTCAGCGCCAATCCCACCGGAAGTTTGCACCTGGGACATGCCCGCGGAGCGGCGGTAGGTGATGCCCTTTGCAATGTGCTTGATTTTGCTGGATACGAAGTGACGCGCGAATACTACATTAATGATGCAGGCAACCAAGTTGTGAACCTGATAAAATCCCTCGAAGCCCGTTATTTGCAGGAGCTCGGTCAGGATGCCGAAATGCCGGAAGATGGATACCACGGCGAAGATATCAAAGGGTTTGCTAAAGAGCTTGTAGCTGAGAAGGGCGACTCTTTGCTGTCCATGGATCCAGGCGAGAGAGCTGCATTCCTTCGTCAGTTCGGGCTTGAGAAGGAACTGGATAAAATCAAACGCGATTTGAATCGATTCCGCGTTCATTTTGACGAATGGTTTAGTGAGACATCCCTGTACGAGAACGGACTCGTGGAGAAATCCCTGGAAGAGCTGAAATCGAAGGGCGAAGCTTATGAGAAGGATGGGGCAACCTGGCTTCGTACCACCGACTATGGGGATGACAAAGACCGCGTCCTCGTGAAGAATGACGGAACCTATACTTACCTAACGCCGGATATTGCGTACCACCGCAATAAATACGAGCGCGGTTACGACAAGATCCTCAATATTTGGGGAGCCGATCATCATGGTTACATTCCGCGGATGAAGGCAGCTATGGAGGCGCTGGGCAATGATCCGGACAAACTGATTGTATTGATCGCTCAGATGGTCAGCCTGTTCCAGGATGGCGAGAAAGTGAAAATGTCCAAGCGTACCGGTAAAGCGGTCACGATGGAAGACTTGATGGATGAAGTCGGCGTAGACGCAATCCGCTATTTCTTCACTATGCGCAGCATGGATTCGCATCTGGATTTCGATATGGATCTGGCGGTGTCAACGTCCAATGAGAATCCGGTCTTCTATGTGCAGTATGCACACGCACGTATCTGCAGCGTATTCCGCCAAGCGGAGGAGCAGGGCGTTAACCTCCTGCCGCTTTCGGAAGTGAACCTGAGCGTTCTGACAACCGAGCATGAATACGACATTTTGCGCAAAATAGGAGAGCTCCCGCAGGAAGTGTCGCTTGCTGCAGAGAACTATGCTCCGCACCGACTTATCCGGTATGTATACGAGCTGGCCTCCTTGTTCCACAGCTACTATCGAGCTGAGCGCGTGATTACGGAGGATACGGATCAAACGCAGGCTCGCCTGGCTTTGCTTCGAGCTGTTCGTACCGTTATTGCTAACGTGCTTCGCCTGATGGGCGTATCGGCGCCGGAACGGATGTAA	MTMNPLDHINGLVAEAVADAAVAAGLVSREELPGITLEVPKDKSHGDLATNVAMQLTRIAKKNPRQIAEAILEHLDRAKASIEKAEIAGPGFINFTLDKGYLYPIVALVEEQGDNYGRIATGEGQKVQMEFVSANPTGSLHLGHARGAAVGDALCNVLDFAGYEVTREYYINDAGNQVVNLIKSLEARYLQELGQDAEMPEDGYHGEDIKGFAKELVAEKGDSLLSMDPGERAAFLRQFGLEKELDKIKRDLNRFRVHFDEWFSETSLYENGLVEKSLEELKSKGEAYEKDGATWLRTTDYGDDKDRVLVKNDGTYTYLTPDIAYHRNKYERGYDKILNIWGADHHGYIPRMKAAMEALGNDPDKLIVLIAQMVSLFQDGEKVKMSKRTGKAVTMEDLMDEVGVDAIRYFFTMRSMDSHLDFDMDLAVSTSNENPVFYVQYAHARICSVFRQAEEQGVNLLPLSEVNLSVLTTEHEYDILRKIGELPQEVSLAAENYAPHRLIRYVYELASLFHSYYRAERVITEDTDQTQARLALLRAVRTVIANVLRLMGVSAPERM				NA	NA	NA	NA	NA
JZ016_04232	1149			hypothetical protein	ATGGATTACACCCGGATCATGCAATCACTACTTACAGAGACGAACCCTATGCGGAACGTCCGGGAAATGAACCGGCGGCTCCTCACGTTTCATGACCCTCAGCTGTACCAGGAATGTATCCGCGAATGGATGCGACTTGTCTGGAAAAGGCGTTTTCCGAGTTCAGTCAGCTATTCGCCGCTTACCCAAACCATCATCGCTCCAGCTCCCCAAACCGCGAAGTTTGAAGCGGAGTTCCGGAATGAACTGATGGTAGAAGAGGATGACCAGGTTCATATCCAAGCCATACAAGGGACAATTGGAACGCTAACCGGGATCCCATGGGGTATCAAGCAAATCAAAGCCCCTCAAGCCTGGTCGATCTCGACAGGACACCGCATGAAGATTGCGGTTATCGACACCGGGGTGGATTTCGCTCACCCCGATCTGAAGTATTCGCTGACCCGAGGGATTAATCTCGTCCACCGAAACATACCGCCATACGATGACAACGGACACGGAACACATATTTCGGGTACCATCGCTGCTGCGAACAGCACGCAGGGCATGATTGGCGTTGCTCCAAGATCTGTGGTGTATCCAGTCAAAGCCTTTGATCACAACGGATCCGCCTTTGTGTCGGACATCATTCTGGCCATCGACTGGTGCGTGCGGGCCGAGATCGATATCATTAATATGAGTTTCGGTATGCAGACCCGAAGCCGTACGCTGCTGGATATTGTAGGCAAGGCCAACCAAGCAGGCGTCATTATTGTAGCCTCCTCCGGCAATGACGGCAAACGTCGTACCGCGGACTATCCTGCCCGTTATCCTCAAACCATATCCGTCGGAGCTACCGACCGCAACCGGAAGATCCCCTCCTTTAGCAATCGTGGGCAATTTGTCGATATTTATGCACCTGGAGATAAAATCGTGTCCGCTTGGCTGCAAGGAAAATACCACGAGATGAGCGGCACCTCTATGGCGACTTCGCACGTCAGCGGAGCGATCGCCCTGCTGCTTGCGCAAAAGCCTGACCTGAAAAAAACGGCTACCATTAAGGCCCTGCTGCGACGCACCTCCTCTCCCCTTAAGCTTAAAAAAGGATACAGCGTCTCCGATGGAGAGGTAAATGCCTTGAAATTTTTGCGCGAGGGCATGAAATTATAG	MDYTRIMQSLLTETNPMRNVREMNRRLLTFHDPQLYQECIREWMRLVWKRRFPSSVSYSPLTQTIIAPAPQTAKFEAEFRNELMVEEDDQVHIQAIQGTIGTLTGIPWGIKQIKAPQAWSISTGHRMKIAVIDTGVDFAHPDLKYSLTRGINLVHRNIPPYDDNGHGTHISGTIAAANSTQGMIGVAPRSVVYPVKAFDHNGSAFVSDIILAIDWCVRAEIDIINMSFGMQTRSRTLLDIVGKANQAGVIIVASSGNDGKRRTADYPARYPQTISVGATDRNRKIPSFSNRGQFVDIYAPGDKIVSAWLQGKYHEMSGTSMATSHVSGAIALLLAQKPDLKKTATIKALLRRTSSPLKLKKGYSVSDGEVNALKFLREGMKL				NA	NA	NA	NA	NA
JZ016_04233	567	rpoE		DNA-directed RNA polymerase subunit delta	GTGAGTAATCCGCTCAATTTAAAGATCGATCCGGAGAAGATTCAGGAAATCCCAATGGTTGACCTGGCTTTTATGGTTCTGAAGGCGGCGAATACGCCGTATTATTACCGTGACCTTATGAATGAGGTGGCCAAGCTTCGCGGCTTTACGGAACAGGAAATTAACGAAACGATTGCCCAGTTATATACCGAGATCAATATAGACGGACGTTTCGCATGTGTAGGAACGAATCTGTGGGGACTAAAACGCTGGTATCCGCTGGAGAAGTCCGAGGATCCGATTGCGAACGCCAAGCGTCCGCGGATCATCAACGATGAAGATGATGATGACGATGACTTCACCGATGAAGAGGATACTTATAGCGGTGACGATGTCGAGGAGGATTTCGACAGCATCGATGAAGAAGATGATGATCACGACGATCTCTTCCCGGATGATGACGATGCCGACGATGAAGTAGACGAAGAGGTTGTTCTGGATGATGACGAATTGGAAGACGAGGATTCCGAATCCGATGAGGAAGATGATCTGGAAGATGAGGCATTTGAGGAAGACGATAAGGATTAA	MSNPLNLKIDPEKIQEIPMVDLAFMVLKAANTPYYYRDLMNEVAKLRGFTEQEINETIAQLYTEINIDGRFACVGTNLWGLKRWYPLEKSEDPIANAKRPRIINDEDDDDDDFTDEEDTYSGDDVEEDFDSIDEEDDDHDDLFPDDDDADDEVDEEVVLDDDELEDEDSESDEEDDLEDEAFEEDDKD				NA	NA	NA	NA	NA
JZ016_04234	1602	pyrG		CTP synthase	GTGACAAAGTATATTTTTGTAACAGGCGGGGTCGTGTCATCTCTTGGTAAGGGAATTACCGCCGCTTCGCTCGGTAGATTGCTTAAGAACAGAGGGCTCAAGGTAACGATTCAGAAATTCGATCCGTACATTAATATAGATCCGGGCACCATGAGTCCTTACCAGCATGGCGAAGTATTCGTTACGGACGACGGTGCGGAAACCGACCTGGACCTGGGACACTATGAGCGCTTCATCGATATTAACCTGTCGAAGAACAGCAATGTGACAACAGGGAAAGTATACTCATCTGTTATCAGCAAGGAACGTCGGGGAGAATATTTGGGCGGTACCGTGCAGGTAATCCCTCATATTACGAACGAAATCAAGGAGCGCGTGTTCCGTGCAGGCCGTGAAGCGGGTTCGGATGTGGTTATTACCGAAATCGGCGGAACGGTCGGCGATATCGAAAGCCTTCCTTTCCTTGAGGCGATCCGTCAAATTAAGAGCGACGTTGGCCGTGAGAACGTGATGTATATTCATGTAACCCTCATTCCATATATTAAGGCAGCCGGTGAAGTAAAAACGAAGCCGACTCAGCACAGTGTAAAAGAACTCCGCAGTATCGGCATTCAGCCGAATGTTATCGTGTGCCGTACGGAGCATGAGCTTTCAACCGAGATGAAAGCAAAAATCGCGCTCTTCTGCGACATCGATCCTAACGCGGTTGTAGAATGCCGCGATGCCTCCTCGCTGTATGAGGTACCGCTGAATTTGCGTGAAGAAGGTCTTGATGAAATTGTTGTCAATCATTTGAAATTGACTACCCCTGCGCCGGATATGAGCGAGTGGGAAGATCTGGTGGAGCGTGTATCCAAACTGGAGAAGACCGTTGAGATTGCGATCGTTGGTAAATATGTCGCACTGCACGATGCTTACCTCAGTGTTGTTGAATCCCTGTCTCATGCAGGCTTTGATGCTAATGCTGACGTGAAAATCCGCTGGGTGAATGCCGAAGAGATTACGGCAGACAACGTGGAAGAGGCGTTGAGGGGCATTGGTGGTATCCTTGTACCGGGTGGATTTGGAGATCGGGGTATCGAAGGTAAGATCAGCGCGATTCGTTATGCCCGTGAGCGCAACATTCCATTCTTCGGTATTTGTCTTGGGATGCAAGTGTCTGTTATTGAATATGCCCGTTCGATTGTCGGTCTGAACGGCGCGAACAGCTCGGAAATTGATCCGGCTACCGAATATCCAGTCATCGACCTGCTGCCTGAGCAGAAGGATATCGAGGATCTTGGCGGAACGATGCGTCTGGGTCTGTATCCATGTAAGCTGGTTCCAGGATCGCTTGCAGAGTCCTGCTACCAGGACGAGCTCGTTTATGAAAGACATCGCCACCGGTATGAGTTCAACAACCAGTACCGCGAAGATATTGAAAAAGCAGGTCTGCGCATATCCGGTACTTCTCCGGATGGACGTCTGGTTGAAATTGTAGAGCTGCCAGGACACCCTTGGTTCCTCGCCGTGCAATTCCATCCGGAATTCACTTCCCGTCCGAACCGTCCGCAGCCGCTGTTCCGTGAATTTGTAAAAGCCTCGATCCAGCATCAGGCATAA	MTKYIFVTGGVVSSLGKGITAASLGRLLKNRGLKVTIQKFDPYINIDPGTMSPYQHGEVFVTDDGAETDLDLGHYERFIDINLSKNSNVTTGKVYSSVISKERRGEYLGGTVQVIPHITNEIKERVFRAGREAGSDVVITEIGGTVGDIESLPFLEAIRQIKSDVGRENVMYIHVTLIPYIKAAGEVKTKPTQHSVKELRSIGIQPNVIVCRTEHELSTEMKAKIALFCDIDPNAVVECRDASSLYEVPLNLREEGLDEIVVNHLKLTTPAPDMSEWEDLVERVSKLEKTVEIAIVGKYVALHDAYLSVVESLSHAGFDANADVKIRWVNAEEITADNVEEALRGIGGILVPGGFGDRGIEGKISAIRYARERNIPFFGICLGMQVSVIEYARSIVGLNGANSSEIDPATEYPVIDLLPEQKDIEDLGGTMRLGLYPCKLVPGSLAESCYQDELVYERHRHRYEFNNQYREDIEKAGLRISGTSPDGRLVEIVELPGHPWFLAVQFHPEFTSRPNRPQPLFREFVKASIQHQA	PGPT0021215_5447	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021215-pyrG-K01937	NA	NA
JZ016_04235	393	spo0F	COG0784	Sporulation initiation phosphotransferase F	ATGAGCAAGGAAAGCAAACACAAAGTGTTGATTGTGGATGACCAGAATGGTATCCGCATCCTGCTTGTGGAAGTGTTCAGCAGTGAGGGATATGAGACGTTTCAAGCGGCGAACGGCAAGGCGGCACTTGAAATTGTGAAGATGCATGCTCCGGATTTGGTGCTGCTGGATATGAAAATTCCTGGAATGGACGGGCTTGAGATTTTGAAGCATATAAAACAGATGAATCCGGACATTAAGGTGATCATGATGACGGCCTATGGAGAGCTTGACATGATCAAGGAAGCAACCGATCTTGGTGCGTTGATGCATTTTACCAAACCCTTTGATATTGACGAGATGCGTCAAGCCGTTAATATGCAGCTGAAAGGGACCGCCAGTAATATCGGTTGA	MSKESKHKVLIVDDQNGIRILLVEVFSSEGYETFQAANGKAALEIVKMHAPDLVLLDMKIPGMDGLEILKHIKQMNPDIKVIMMTAYGELDMIKEATDLGALMHFTKPFDIDEMRQAVNMQLKGTASNIG	PGPT0024650_80	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024650-spo0F-K02490	NA	NA
JZ016_04236	855	fbaA	COG0191	putative fructose-bisphosphate aldolase	ATGCCATTAGTATCAATGACAGACATGCTGAACAAAGCACTCGAAGGTAAATATGCTGTTGGTCAATACAACATCAACAACCTGGAGTGGACATATGCGATTCTTGAAGCGGCTGAGCAAGAGAAATCACCGGTAATTCTTGGTGTTTCCGAAGGGGCAGCTCGTTATATGGGTGGATTCAGCACCGTCGTACACATGGTAAAAGGCTTGATGGAGGACCTGAAAGTTACGGTTCCTGTTGCCATTCACCTTGACCACGGTTCAAGTGTTGAGAAATGTAAAGAAGCAATCGACGCAGGATTCACTTCGGTTATGATCGATGATTCCCACAGCCCGATTGATACGAATATTGCAACAACGAAACAAGTCGTTGAGTATGCTCATGCTAAAGGCGTTTCCGTTGAAGCTGAAGTCGGTATGGTCGGCGGACAAGAAGATGATGTTATCGGTGACGTAATGTACGCGAAGCTGGACGATTGCGTTCGCATCGTGAACGAAACAGGCATCGACACATTGGCACCTGCGCTTGGTTCTGTTCATGGTCCTTACAAAGGCGAACCAAACCTTGGTTTCAAAGAGATGGAAGAGATTCGCAATGCTGTGAAACTTCCGTTGGTGCTTCATGGTGGTACAGGCATTCCGACGCATGACATCAAGAAAGCGATCTCCTTGGGTACTTCCAAAATCAACGTGAATACTGAGAACCAAATCTCGTTCTCTAAAGTTGTTCGTGAAGTGCTTGCTGCTAAACCGGAAGCTTACGATCCACGCACATTCCTGAAACCAGGCCGTGAGGCAATCAAGGAAACCGTTGTTGGCAAAATCCGTGAGTTTGGTTCCAACAATCAAGCTTAA	MPLVSMTDMLNKALEGKYAVGQYNINNLEWTYAILEAAEQEKSPVILGVSEGAARYMGGFSTVVHMVKGLMEDLKVTVPVAIHLDHGSSVEKCKEAIDAGFTSVMIDDSHSPIDTNIATTKQVVEYAHAKGVSVEAEVGMVGGQEDDVIGDVMYAKLDDCVRIVNETGIDTLAPALGSVHGPYKGEPNLGFKEMEEIRNAVKLPLVLHGGTGIPTHDIKKAISLGTSKINVNTENQISFSKVVREVLAAKPEAYDPRTFLKPGREAIKETVVGKIREFGSNNQA	PGPT0017615_4792	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0017615-fbaA|cbbA-K01624	NA	NA
JZ016_04237	1260	murAB	COG0766	UDP-N-acetylglucosamine 1-carboxyvinyltransferase 2	ATGGAAAAATTGATGATCAGCGGTGGACGCCCACTGCGAGGTACTGTAACAATCAGTGGTGCCAAGAACAGCGCGATTGCGTTAATTCCCGCCGCAATTCTGGCGGAATCGGAAGTCGTACTTGATAATTTGCCGCTTCTCAGCGATGTGGCTGTTTATGCTGAGATCTTGGAAGAATTGGGCGGGCAAGTTTCATGGGAAGGCAATCAGATGAGAATTGACCCTTCTGATATCAAATCTATTCCGATGCCTAACGGACCCGTTAAGAAACTGCGTGCGTCCTACTATATGATGGGCGCCATGCTTGGAAGATTTAAAGAAGCCGTGATCGGCCTGCCGGGCGGCTGTAATTTTGAACCTCGTCCCATCGACCAGCACATTAAGGGTTTTGAAGCGCTTGGCGCAACCGTCACCAATGAACACGGTTCGATTCATCTGCATGCTAAAGAGCTGCGAGGCGCGAAGATCTATCTGGATGTGAGCAGTGTTGGTGCAACGATTAATATTATGCTGGCGGCTGCTAAGGCCAAAGGCTCCACAATTATTGAAAATGCGGCGAAAGAGCCTGAAATTATAGATGTTGCAACACTTTTGAATTCCATGGGAGCTGTCATTAAGGGCGCCGGAACGGAAACGATCCGGATCGAAGGCGTAACCGAGATGCATGGCTGCCGCCATTCCATTATTCCAGACCGGATTCAGGCCGGTACATATATGATTGCTGCCGCAGCTACTCGCGGTGATGTTCTGATTGACAACGTCATCCCGAAACACCTTGAAGCCCTCACTGCCAAGTTGATCGAGATGGGTGTTGGTATTGAGGAGCTGGACGAAAGCATCCGCGTGATCGGTAAGGACCGATACCAGCATGTGGACGTGAAGGCGCTTGTATATCCTGGATTTGCAACGGATTTGCAATCACCAATGACCAGCCTGCTTACCCAAGCGGAAGGCGTCAGTGTCCTTAGTGATTTTGTATATAGCAACCGATTTAAACATGTTCCGGAGTTAGTTCGCATGGGTGCCAAGATCCGCGTGGAGGGACGCTCGGCCATTATAGAAGGTGGTCCGCTGAACGCAGCCAAGGTCAAAGCGACCGACCTGCGCGCAGGTGCGGCTCTTGTGATTGCGGGACTAACCGTACCCGAAGGGGTGACGGAGGTAAGCGGCGTAGAATTCATTGATCGCGGCTATGACCATCTGGTATCCAATCTGCGCATGCTGGGTGCCGACGTATGGCGTGAGACCGAGGAAGAATGA	MEKLMISGGRPLRGTVTISGAKNSAIALIPAAILAESEVVLDNLPLLSDVAVYAEILEELGGQVSWEGNQMRIDPSDIKSIPMPNGPVKKLRASYYMMGAMLGRFKEAVIGLPGGCNFEPRPIDQHIKGFEALGATVTNEHGSIHLHAKELRGAKIYLDVSSVGATINIMLAAAKAKGSTIIENAAKEPEIIDVATLLNSMGAVIKGAGTETIRIEGVTEMHGCRHSIIPDRIQAGTYMIAAAATRGDVLIDNVIPKHLEALTAKLIEMGVGIEELDESIRVIGKDRYQHVDVKALVYPGFATDLQSPMTSLLTQAEGVSVLSDFVYSNRFKHVPELVRMGAKIRVEGRSAIIEGGPLNAAKVKATDLRAGAALVIAGLTVPEGVTEVSGVEFIDRGYDHLVSNLRMLGADVWRETEEE	PGPT0024090_4507	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790	NA	NA
JZ016_04238	1329	rho	COG1158	Transcription termination factor Rho	ATGGATTTACAAATAGCCGATTTGGAAGGCATGAAGCTGACGGATCTGTATAAGCTGGCCAAAAAGTATCAGATTCCTTATTATGGCCAGTTGAAGAAAAAAGAATTGATATTTGCCATTCTCCGGGCGCAGGCCGAACAGAGCGGCTTGATGTTCATGGAGGGCGTACTCGAGATTTTGCCGGAAGGTTACGGTTTTCTTAGACCGATCAACTATCTGCCGAGCACGGAGGACATCTACATTTCAGCCTCCCAGATTCGTAAATTTGATTTACGGACCGGAGATTTGGTTTCGGGCAAATGCCGGACACCTAAAGAGAACGAACGTTACTTCGGGCTGCTGCAGGTCAACGCCGTGAATGGTGAGAATCCTGCCGTCGCAGCGGAACGATTGCACTTCCCAGCCTTGACTCCTCTATATCCGCAAGAAAAGCTTGTTCTTGAAACATCCCCTAATCAGTTGTCAACCCGAATTATGGATCTGCTTGCACCTGTAGGTTTAGGACAACGCGGTTTGATCGTGGCACCGCCAAAAGCAGGGAAAACGCTCCTCTTAAAAGAAATCGCCAACAGCATCTCAACCAACAATCCAGAGATTGAACTGTTTGTTTTACTCATCGATGAACGGCCTGAAGAAGTGACGGATATGCAGCGTTCCGTTAAGGGCGAGGTGGTTGCTTCTACTTTTGACGAGCTTCCGGAGAACCATATTAAAGTGGCGGAACTGGTATTGTCCCGTGCCTTGCGGCTGGTGGAGCATAAGAAGGACGTTGTTATATTGCTGGACAGCATCACCCGTCTTGCGCGTGCATATAACCTGGTTATCCCTCCGTCCGGAAGAACCCTGAGCGGCGGTATTGATCCTGCTGCATTCCATCGTCCGAAACGCTTCTTCGGTTCGGCGCGTAACGTGGAGGAAGGCGGAAGCTTGACGATTTTGGCTACAGCCTTGGTTGAAACCGGATCGCGGATGGATGATATTATTTATGAGGAATTTAAAGGAACGGGCAATATGGAACTGCACTTGGATCGCCGCTTCGCGGAACGCCGTATTTTCCCGGCGATCGACATTCGTCGCTCCGGTACCCGGCGTGAAGAGGTGCTCTTGAACAAGGATGAACTGGATACCATTTGGGCGATCCGTAAAAATATGAACGACTCTGCTGACTTTGTGGAAGGATTCCTCAAAAAAATGCGTGACAGCAAGAATAACGCGGAGTTCTTGGCATCATTTGATGTGAATGCCAATAACGGCAGCGGAACCGGGACTCAGAGCCAGACAGCCAGACGTCCATCGCGTGCATCTGCAGCGACGGCACCTCAGAGCTAA	MDLQIADLEGMKLTDLYKLAKKYQIPYYGQLKKKELIFAILRAQAEQSGLMFMEGVLEILPEGYGFLRPINYLPSTEDIYISASQIRKFDLRTGDLVSGKCRTPKENERYFGLLQVNAVNGENPAVAAERLHFPALTPLYPQEKLVLETSPNQLSTRIMDLLAPVGLGQRGLIVAPPKAGKTLLLKEIANSISTNNPEIELFVLLIDERPEEVTDMQRSVKGEVVASTFDELPENHIKVAELVLSRALRLVEHKKDVVILLDSITRLARAYNLVIPPSGRTLSGGIDPAAFHRPKRFFGSARNVEEGGSLTILATALVETGSRMDDIIYEEFKGTGNMELHLDRRFAERRIFPAIDIRRSGTRREEVLLNKDELDTIWAIRKNMNDSADFVEGFLKKMRDSKNNAEFLASFDVNANNGSGTGTQSQTARRPSRASAATAPQS				NA	NA	NA	NA	NA
JZ016_04239	1278			hypothetical protein	ATGTATTTGGTTTATGCAGATGAGCAAGGGAACGTTTATGATCATTCCGAGCTGTTCGGGCTTGCCCGAAGCGGTGATATGATCGTTGAAATATTGGATGATGAATTGATACCTTTGCCAGAGGGAGCTACCCTGGTCGGGCTGCCGAGCACCCGAGCGATCGGGATGGATCCGGAGACCGGTGAAATGATGCCGCTTGAGGATGGGTATACCGCTGTCGGAGCGCTTTTGCCGCAAGGATATACCCGCTTGTGCTTGCCAGGGTACGTGAAGACGGACAAGGAATATAAGCTGCCGCTGTTTGGTTATTCGGCGGTGGTATGGAAGGATGGCGCCTTCTATACGACGGCGCGTTTGTCCGATGACCCTGAGAAGTGGAACCCTGTGAACTGCGATCTGAACGATCTTGAGCTTGGGGTTAAGACGCTGAAGGAGAAATATCCGGAGAATCGACTCTATGAGCATCTGTCTAACTGTGCATTAGGATATGAATGCCTGACGGCATCCAACACCTTCCTGAATCGCTGGGAAGGCGCTGTTCCCGTATCTTATTCCTGCAATGCCGGTTGCTTCGGTTGTATATCGGAACAGCCGGATGACAGCGGCTTTGTCGCGCCTCAGACCCGCATGAACTTCCGTCCGAGAGTGGATGAGCTGGTGCAGGTCATGCTGGAGCATCTGAAGACACCGGAATCGATCATCAGCTTTGGCCAAGGTTGTGAGGGAGAGCCCTCCACGCAGGCGAAAATCATTATAGAAGCCATGAGAGAAGTTCGGGCGCAGACTGATATGGGCTACATTAATATTAATACCAATGCGGGACTGACCGATTTTATCCGCGGCATCGTGGATGCGGGTCTTGATCTGATGAGAGTCAGCACAATCAGTGCATTGGATGATCATTATAACGCATATTACAAGCCAAGGGGCTATACGCTGGCCAATGTGGAGAAATCCCTTCGCTATGCAACCGATCAAGGCGTGTATACATCCATCAACTATCTGATCTTCCCGGGCGTGACCGATCGCGAGGAAGAGCTGGAGGCTATGATTGAGTTTGCCCGCCGCACGGGCCTCAAGTTAATCCAGCTCCGTAATCTCAATATTGACCCTGAGAGCTATCTCGAGCTTATTCCGCCTGCGCAAGGTGAGATTCTGGGGATGAAGCAGGCTATTGAGATTATGCAGGAGGAGCTGCCGGATGTGGTGATTGGCTCCTATACGCATGTGCCGCCTCCGGGACAGGCAAGACCGAAGAAGAGACCTTCAATTATCTAG	MYLVYADEQGNVYDHSELFGLARSGDMIVEILDDELIPLPEGATLVGLPSTRAIGMDPETGEMMPLEDGYTAVGALLPQGYTRLCLPGYVKTDKEYKLPLFGYSAVVWKDGAFYTTARLSDDPEKWNPVNCDLNDLELGVKTLKEKYPENRLYEHLSNCALGYECLTASNTFLNRWEGAVPVSYSCNAGCFGCISEQPDDSGFVAPQTRMNFRPRVDELVQVMLEHLKTPESIISFGQGCEGEPSTQAKIIIEAMREVRAQTDMGYININTNAGLTDFIRGIVDAGLDLMRVSTISALDDHYNAYYKPRGYTLANVEKSLRYATDQGVYTSINYLIFPGVTDREEELEAMIEFARRTGLKLIQLRNLNIDPESYLELIPPAQGEILGMKQAIEIMQEELPDVVIGSYTHVPPPGQARPKKRPSII				NA	NA	NA	NA	NA
JZ016_04241	1716	ruvB_1		Holliday junction ATP-dependent DNA helicase RuvB	GTGGAACATATCGCGTTATATCGTGCTTGGCGACCACAGTCGTTCGGCGACATGGTGGGCCAGCAGCATATTATCCAGACCCTGCAGAATGCCATTCGCGAGCAGCGGGTTTCCCATGCCTACCTGTTCAGCGGTCCACGGGGTACAGGCAAGACCAGTGCCGCTAAAATTTTGGCCAAAGCCGTGAACTGCGAGCATGGTCCGGCTGAGGAACCCTGCAATGAATGCGAGGCCTGCCGGCGTATAACGTCCGGAGCCGTCATGGATGTTCAGGAGATCGATGCTGCATCCAACCGCGGCGTCGAGGAAATCCGTGATTTGCGGGAGAAAGTCAAATACGCACCGACCGAGGTGCGGCGTAAGGTTTATATTATCGATGAAGTACACATGCTGACGACGGAAGCGTTCAATGCCTTATTGAAAACGCTGGAGGAACCGCCGGCACACGTGATGTTTATACTAGCGACAACAGAGCCGCACAGGCTTCCGGCAACGATCATCTCACGCTGTCAACGGTTTGACTTCCGTAGAGTTTCCTTGGACGAACAAACCGGGCGTCTGGAGCAGATTTGCGGAGAAGAAGGCATTACGGCAGAGCATGAAGCGCTGCAGTATATCGCACGTCTGTCGGATGGCGGTATGCGGGATGCACTGAGCATTCTGGATCAGATTGCTTCCTTTACCGGAGGTACGGTATCTTACCAGCAGGTCATGGACATGACGGGCGGCATTGCCTCGGAGCAGTTTGGCCGTCTGGCCAGTGCTGTGAAACAGGGGGATGCCGGACTTGTGCTGCAGATTGTGGAGCAATTTATGCAGGAGGGAAAAAGTGCAGATAAATGCATGGAGAATCTCCTGTATTATTTCCGCGATTTGCTCATGATCAAGATGGTTCCAGGCGCTGACAAGCTGACCGACCGGGTTTTGAATCCGGCAGAGTTTCAGGAGATGGCAAATGCCTTCAGCCGAGAGGAACTATTTCAAATGATTGATACGCTGAACCGGTATCAGAGTGAGATGAAATACGCCTCGCAGCCGCAAACTCTGTTTGAGGTAGCGTTGCTCAAGCTCTCCGGTATAACCCAATCTGCGGGTGGGGCCTCAGCTGCCCATAGTACGGCCGATGCAGGTGAACTCGCTCAGCTGAAACAGCACGTAGCCGCACTTGAGAAGAAGCTGGAGCGACTGATACAAAATGGTGTTCCTGCATCAGGTCAACGCGAACCGGCCAAGTCTACCCGTACACCGGCACCGAAAGCAGCTTCATCAGCCAAGATTCCGCAGCATATGGATCAGTATGTATCTTGCCGAACCGGGGAGGATTTTACCTCTGTTCAACGGCAGTGGGCCCAAATTCTGCAGAACGTGAAAGAGGAGAAGGTAACGGTCCATGCATGGCTGATGGATGGTGAGCCCGTGTCCGTATGGGAAGACAAGGTTCTTATCGCTTTTAAAAACAACATCCACCGCGAAACCACGGAGAAGCCTGCCAATAAACAGGTGATTGAAGGGGTTCTTGAGTCAACGCTTGGCAAGCCGTATCATCTGGTTACCATGATGCTTCGTGATTGGAGTGACGCGGTAGAAGGAGTGGGCAAGCCTCAGGCAGAAGAACTTAAGCTTGAGCACGAAGAAGCGGAGGCCGGTGGGGAAAAACCATGGATTGATGAGGCCATCCAGTTGTTTGGAGAAGACCTCGTTGTCATAAAAGACTAG	MEHIALYRAWRPQSFGDMVGQQHIIQTLQNAIREQRVSHAYLFSGPRGTGKTSAAKILAKAVNCEHGPAEEPCNECEACRRITSGAVMDVQEIDAASNRGVEEIRDLREKVKYAPTEVRRKVYIIDEVHMLTTEAFNALLKTLEEPPAHVMFILATTEPHRLPATIISRCQRFDFRRVSLDEQTGRLEQICGEEGITAEHEALQYIARLSDGGMRDALSILDQIASFTGGTVSYQQVMDMTGGIASEQFGRLASAVKQGDAGLVLQIVEQFMQEGKSADKCMENLLYYFRDLLMIKMVPGADKLTDRVLNPAEFQEMANAFSREELFQMIDTLNRYQSEMKYASQPQTLFEVALLKLSGITQSAGGASAAHSTADAGELAQLKQHVAALEKKLERLIQNGVPASGQREPAKSTRTPAPKAASSAKIPQHMDQYVSCRTGEDFTSVQRQWAQILQNVKEEKVTVHAWLMDGEPVSVWEDKVLIAFKNNIHRETTEKPANKQVIEGVLESTLGKPYHLVTMMLRDWSDAVEGVGKPQAEELKLEHEEAEAGGEKPWIDEAIQLFGEDLVVIKD				NA	NA	NA	NA	NA
JZ016_04242	312		COG0718	Nucleoid-associated protein	ATGAATAATATGAACCAAATGATGAAGCAAGTGAAAAAGATGCAGGAGCAAATGCTCAAGGCTCAGGAAGAGCTCGCTACGAAAACCGTTGAAGGAACTTCCGGCGGTGGCGTGGTTACCGTGGAAGCGAATGGTCATAAACAAATTTTGTCCATCAACATCAAACCTGAGGCGGTTGATCCGGATGACGTGGAAATGCTGCAGGATCTGGTATTGACTGCGGTTAACGATGCTCTTGCCAAGGCTGAAGAAATCGCAAATGCTGATATGGGCAAATTCACAGGCGGCATGAAAATTCCGGGCTTGTTCTAA	MNNMNQMMKQVKKMQEQMLKAQEELATKTVEGTSGGGVVTVEANGHKQILSINIKPEAVDPDDVEMLQDLVLTAVNDALAKAEEIANADMGKFTGGMKIPGLF				NA	NA	NA	NA	NA
JZ016_04243	600	recR	COG0353	Recombination protein RecR	TTGTACTATCCTGAACCGATCGCGAAGCTCATCGACGCCTTTACGCGACTGCCGGGTGTGGGGCCGAAGACGGCCGCCCGCCTGGCTTTTCATGTTCTGAACATGAAGGAAGATGACGTTATAGATTTTGCCAAAGCGCTAGTCAGTGTCAAAAGGAATCTGCACTACTGCTCCGTCTGCTGCAACATCACCGATACGGATCCATGCCGGGTATGTCAGGACAAAACCCGGGATGCTTCGACTATCTGCGTGGTACAGGATGCGAAGGATCTTGTGGCAATGGAGCGTACGAAGGAATTCGATGGCTACTATCATGTCCTCCATGGGGCCATATCTCCGATGGAGGGGATCGGGCCGGATGAGATCCGTCTGAAGGAGCTTCTTACGCGTTTAAGTGACGAACGTGTAAAAGAACTCATTTTGGCGACAAACGCTAATATCGAGGGAGAGGCAACGGCGATGTACATATCGCGTCTGGTCCGCCCTTTTGATATTAAGGTGACCCGAATTGCCCATGGACTGCCTGTTGGCGGTGACTTGGAGTATGCAGATGAAGTGACTTTATCTAAGGCACTCGAGGGCCGAAGAGAACTGAACTGA	MYYPEPIAKLIDAFTRLPGVGPKTAARLAFHVLNMKEDDVIDFAKALVSVKRNLHYCSVCCNITDTDPCRVCQDKTRDASTICVVQDAKDLVAMERTKEFDGYYHVLHGAISPMEGIGPDEIRLKELLTRLSDERVKELILATNANIEGEATAMYISRLVRPFDIKVTRIAHGLPVGGDLEYADEVTLSKALEGRRELN				NA	NA	NA	NA	NA
JZ016_04244	291			hypothetical protein	ATGAAGATATGGTGGAAGCAGTCGAGGAAAAAAGTAGAGGAAACGTATATCACTGCAGAGGATCAGGAACGGATGTGGCATGTCTTCTTGGACGTCCAGAGATCCCAAATGGAGTGGGAGCGTGCGCACTTGCTGTTTCAAGAGGCAACGGGACAGGATCAGATCGATTATGCGATCTATATGCTGGAGGCGGCGGAGCGCAAATACCAGATGAATCTCAAACAGGCCAAGCAGCTCAACCTGGATGGGGCAAGGATGCAATACATTGAGCAAAAAAGGGAGAATGGCTAA	MKIWWKQSRKKVEETYITAEDQERMWHVFLDVQRSQMEWERAHLLFQEATGQDQIDYAIYMLEAAERKYQMNLKQAKQLNLDGARMQYIEQKRENG				NA	NA	NA	NA	NA
JZ016_04245	270			hypothetical protein	ATGAAACTGATTGTGCTAGGCGTACTATGCATATCGCTCTTGCTGCTTATTTATGTTGTGTTTAGAAAGAAGCTCGGGCTGGGATGGTTAACCGTATTTGGCGCCCATCTTGCTCTCTCGGCAGTGGCTATCTATGTTGTGAATTTCTCCGGATTGGCGGCCGAAACGTATATTCCTCTGAATCCGATGACCATAGGAACCGTCATGGTCCTGGGCTTGCCTGGCGTGGCCCTTCTTGTTGGATTAAAAATAACGGTATTAGGTAGTTGA	MKLIVLGVLCISLLLLIYVVFRKKLGLGWLTVFGAHLALSAVAIYVVNFSGLAAETYIPLNPMTIGTVMVLGLPGVALLVGLKITVLGS				NA	NA	NA	NA	NA
JZ016_04259	1215			hypothetical protein	ATGGTGGAGATGGAGCACATCGTTCAGAAACTAGAGCAGACCTTGGGTACCTCACTCGGTTTAAAAACATTGAATGATCAGGAAGCGGCATGGTTAACAAAATCAATGGCGACCTCACCGCCATTTGGTGATCGGATTGGTCAAGAGGTAGGAGTTCAGGGGTCCAATAACCGTGGAGAAAACGGAATCTCGCACAAATCCCGAAAGGTTAACGGCGCCTATGCTCGCAAGGACCTGGGTGAGATTTGGATTCCAGTGAATCCACAGGATCCTAGCCAGGTAATCGTAGCGGATCAGGGTGCTTTGACGGAGTCGGAGATTGGGCTTATAACTCTACTATTGTCGAGCCTGCAGGATACGATGCCAGGGGGAGTGCCCAAGAATACTGGTAAGGTTGAAGAAGAACGACGCGCCCAACAGTTGGGTGGCTGGTTAAAGGAACGCCTGCAAGCCGGTGAACTGCTTGCTGAATTACCAGATGAAATGTTGATTCGAACAAGTTTGACTGAGGACATGGTTCCCTTTCTTCTAATTCATGAGAGCGAGCATGCTCCCACTCCAAGCTATAAGGCGCTGCATCGGTTATTGCGCAGCTATTTTGGCGGGGACATCATTCTGGTGCCACTGCTTGATAAGGAATGGATTATCTTAGCGAACCAAGAATTGCTGGATGGTATAACGACCGATGATAAAGAGGATACTTCGTTGGACGGCGACCAGGATTTGCTCTCCTTATTCTGTATGGGGCTCTACGAGCTGATTTCAACGGAATGGGTGGGGGATTTCCATATCTCGGCGATACCGGCGGTTAATGCGCTGCATGCTCTGCCACAGACTGTTAGCATGTTAAGAGAGACCATGACCATCGGCCGTACATTCCAGGTCAAGGAACATATCCATCTATCGACCGGGCTTCATCTGGAGCGTCTGGTTTATAGCATTCCCGAGTACCAGCGCAATCAATTCCTGCGCGAGTACGCTGCCGGCCATACCGATTTGTTCGAGGATAGCGAGACATTGTCAACGCTCGAGTCTTTTTTCGAATTGGATTGTAACGTGAGTGAGACGGCCAAGCACCTGTATATCCACCGCAACACGCTGCTGTACCGGCTGGATAAGATTAAACAGGAGACGGGGTTAGATGTTCGGAGCTTCAGTGATGCGGTTTTAGTGAAAATAACGCTTCTATTGTATAAAGTGACGAAAAGGAAATAG	MVEMEHIVQKLEQTLGTSLGLKTLNDQEAAWLTKSMATSPPFGDRIGQEVGVQGSNNRGENGISHKSRKVNGAYARKDLGEIWIPVNPQDPSQVIVADQGALTESEIGLITLLLSSLQDTMPGGVPKNTGKVEEERRAQQLGGWLKERLQAGELLAELPDEMLIRTSLTEDMVPFLLIHESEHAPTPSYKALHRLLRSYFGGDIILVPLLDKEWIILANQELLDGITTDDKEDTSLDGDQDLLSLFCMGLYELISTEWVGDFHISAIPAVNALHALPQTVSMLRETMTIGRTFQVKEHIHLSTGLHLERLVYSIPEYQRNQFLREYAAGHTDLFEDSETLSTLESFFELDCNVSETAKHLYIHRNTLLYRLDKIKQETGLDVRSFSDAVLVKITLLLYKVTKRK				NA	NA	NA	NA	NA
JZ016_04260	1125	msmX_2	COG3839	Oligosaccharides import ATP-binding protein MsmX	ATGGCTGGTGTACGCTTAGAGCATATTTACAAAAAGTATGCAGGTTCGGATAAAGCAACTGTAATTGACGTTAATTTGGATATTAAAGATAAAGAATTTTTGGTTTTGGTAGGTCCTTCCGGTTGCGGTAAGTCCACGACACTGCGTATGATCGCGGGTCTTGAGGAAATTTCTGAGGGTAAACTTTACATTGGCGACCGTGTTGTTAACGATGTAGCACCTAAAGATCGTGACATCGCGATGGTATTCCAATCCTACGCCTTGTATCCACATATGAACGTATATCAGAACATGGCATTCGGTTTGAAACTCCGTAAAGTGAAGAAAGACGAAATCGATAAGCGTGTACGTGAAGCAGCAAAAATCCTGGATATCGAGCATTTGCTTGAGCGTAAGCCAAAAGCTCTGTCCGGTGGTCAGCGTCAGCGTGTTGCCTTGGGTCGTGCGATTGTCCGTGATCCACAAGTCTTCTTGATGGATGAGCCGCTTTCCAACTTGGATGCGAAACTCCGCGGTCAGATGCGTGCCGAAATCACCAAGCTGGTTAAGCGTCTTGAAACCACTTGTATCTACGTAACGCATGACCAAACAGAAGCTATGACGATGGGTGATCGTATCGTTGTTATGCAAGACGGCATCATTCAACAAGCGGATTCACCAGAGCAACTGTACAACAATCCGAACAACCTGTTCGTTGCTGGTTTCATCGGTTCCCCAACCATGAACTTCATCAACGGTAAATTGTCCGAACAAAACGGTGGCGTATACTTCACTTCCCAGGGCTTGAACGTTCAAGTACCAGGTGGTAAAGCACAATTGCTCAAAAATAAATCCATGATTGGTAAAGAAGTGATCATGGGTGTTCGTCCGGAAGATATTCATGAAGAGCCAGTCTTCCTGGAAGCTTCCCCGAATACGATCTTCTCTGCAAAAGTCGATGTAACCGAGAACCTTGGTCACGAAATGCTCTTGTACCTGAGCGGCTTGGGTACCGATACGGTTATCGGCCGTGTAGACGGACGTTCGACTACTCGCGAAGGCGACAATGTGAAATTGGCACTCGACATGAACAAAGTTCATATCTTTGATAAAGAGTCTGAATTGAACGTATTGCTCGAAGACTAA	MAGVRLEHIYKKYAGSDKATVIDVNLDIKDKEFLVLVGPSGCGKSTTLRMIAGLEEISEGKLYIGDRVVNDVAPKDRDIAMVFQSYALYPHMNVYQNMAFGLKLRKVKKDEIDKRVREAAKILDIEHLLERKPKALSGGQRQRVALGRAIVRDPQVFLMDEPLSNLDAKLRGQMRAEITKLVKRLETTCIYVTHDQTEAMTMGDRIVVMQDGIIQQADSPEQLYNNPNNLFVAGFIGSPTMNFINGKLSEQNGGVYFTSQGLNVQVPGGKAQLLKNKSMIGKEVIMGVRPEDIHEEPVFLEASPNTIFSAKVDVTENLGHEMLLYLSGLGTDTVIGRVDGRSTTREGDNVKLALDMNKVHIFDKESELNVLLED	PGPT0016310_1905	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE|MANNOSE_TRANSPORT_I,PGPT0016310-msmX|msmK|malK|sugC|ggtA|msiK-K10112	NA	NA
JZ016_04261	939	hprK_2	COG1493	HPr kinase/phosphorylase	ATGGCCAAGAAAGTGAAGGTATCCGAGCTGGTCCAGCAGTTTCAGCTGGAGGTCATCGCAGGTGAGGAAGGCTTGAAACGTCAGATTACAACGGACGATCTGAATCGCCCGGGATTGGAAATGGCCGGGTATTTTGAATACCATCCGCGGGAACGGGTTCAGCTTATGGGGCGCACCGAGTTGGCTTTCTTCGGAATGCTGAAGCCGGAAGAGCGTAAAGAGCGTATGCGCAGCCTGTGCACGGAAGAAACACCTTGCATCGTGGTAACACGTTCCTTGGAGGTGCCGGAAGAACTGGTGGAACTCGGGAATGAGAGAGGTTTGCCTGTACTGCGCAGCAGCATGGCAACAACCATTCTGACAAGCCGATTCACAAGCTTTCTGGAACGCAAACTTGCACCAACTACAACCATCCACGGGGTATTGTGCGATGTTTATGGCGTAGGGATGCTGATAACAGGCTCAAGCGGTATCGGGAAAAGCGAGACGGCACTGGAGCTCGTCAAACGCGGACACCGATTAATTGCGGACGATGCGGTGGAGATACGTCAGACATCGGATTTTCAGCTGCACGGTACGGCGCCGGAGCTCATTCGCCATCTTCTGGAGATTCGCGGAGTCGGTATTATTAATGTAATGACGTTATTCGGTGCAGGCGCCGTTCGAAACAATAAACGGATTACCCTTGTTGTGCGATTGGAAGCCTGGCAGCAGGATAAACAGTATGATCGTCTGGGGTTAGATGAAGAAACAACACGAATTATTGAGACGGACATCCCTCTGGTCACCATTCCGGTTCGTCCAGGACGTAACCTTGCGGTTATTATTGAAGTGGCAGCTATGAACTACAGACTGAAACAAATGGGACTGAATGCTGCGCTGCAGTTTACGAACAAACTGACAGCTACGATTGCTGAAGATATGGACGATTTGGACTAG	MAKKVKVSELVQQFQLEVIAGEEGLKRQITTDDLNRPGLEMAGYFEYHPRERVQLMGRTELAFFGMLKPEERKERMRSLCTEETPCIVVTRSLEVPEELVELGNERGLPVLRSSMATTILTSRFTSFLERKLAPTTTIHGVLCDVYGVGMLITGSSGIGKSETALELVKRGHRLIADDAVEIRQTSDFQLHGTAPELIRHLLEIRGVGIINVMTLFGAGAVRNNKRITLVVRLEAWQQDKQYDRLGLDEETTRIIETDIPLVTIPVRPGRNLAVIIEVAAMNYRLKQMGLNAALQFTNKLTATIAEDMDDLD				NA	NA	NA	NA	NA
JZ016_04262	1134	lgt_1		Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase	ATGCAAACATTGCTCATCGATCCGGTGGTGTTCTCCATCGGATCGCTGCGTGTTCATTGGTATGGCTTGATTTTAGGGCTGGGTGCTTTGGTGGGGCTGTTGCTGGCCATTCGCGAGGGGAAGCGTTTTGGCATTCCGCAGGAGTTCTTTATGGATTTGGTATTGCTTGGCGTACCTTCGGCAATTATTGGTGCACGTATTTATTATGTAGCATTTAAATGGGAAGATTATAAGGACAACTTCCTGGACGTGTTCAAAACATGGAATGGCGGGATTGCGATATTTGGTGCTCTCATCGGGGCCATTATCTGCGCTTTGATCTTTGTACGTAGAAGAGGCTACTCATTCTGGCGGATTGCTGATATCTGTGCTCCGTCTCTGTTGGCCGGCCAAATCATTGGTCGCTGGGGGAATTTCGTTAACCAGGAGGCCTATGGCGGTCCTGTCAGCGAGTCCTTTTTACGCGGGCAGCTGCACCTGCCTGATTTCATCGTCAATCAAATGAATGTACAAGGCGTATTCCATCATCCTACCTTCCTATATGAATCCTTATGGAACTTGGTCGGTATTGTCATCCTGCTTATTCTTCGCAGACAGAAATTCCTGCGCGCAGGCGAGCTCTTCATCGGATATTTCATCTGGTATTCCATCGGCCGATTCTTCATTGAAGCGGTGCGCACGGACAGTTTGGCGTTCCAAGGCGCAGCCGGACTTGCCGACTTCATTAACAATACGTTATGGGCACCGATGACTTGGATGGGCTTTGAACTGGGCCATCTGGACCCGGCTTACGGCAATATTAGGATCTCCCAGCTGCTGTCTGTATTGATTGTCATTGGAGGCATCGTACTGATCATTGTGCGCCGTGTAACGGGTCGCGCCAATGTGCGTTATTTGGACCCCATCGTGTCAACGAAGACCGGAGCAGGTCCTACGCCTGAAGCGGACCTTCAGACCAATAAAGCCGCGAAGTCATCTGCGCAGGCACCTGTTAAGCAGGACAAACCGGCAGCAGAGCCAGCAGAGACGGCTGACAAAAGCCCTCTAACCCAAGTCCAGGAGACGGAAGTCAAACCGTCCCCAGTAGAAGATACTCCGGCAATAAAACCAGATACGGAGGACAAAAAGGAGTAG	MQTLLIDPVVFSIGSLRVHWYGLILGLGALVGLLLAIREGKRFGIPQEFFMDLVLLGVPSAIIGARIYYVAFKWEDYKDNFLDVFKTWNGGIAIFGALIGAIICALIFVRRRGYSFWRIADICAPSLLAGQIIGRWGNFVNQEAYGGPVSESFLRGQLHLPDFIVNQMNVQGVFHHPTFLYESLWNLVGIVILLILRRQKFLRAGELFIGYFIWYSIGRFFIEAVRTDSLAFQGAAGLADFINNTLWAPMTWMGFELGHLDPAYGNIRISQLLSVLIVIGGIVLIIVRRVTGRANVRYLDPIVSTKTGAGPTPEADLQTNKAAKSSAQAPVKQDKPAAEPAETADKSPLTQVQETEVKPSPVEDTPAIKPDTEDKKE				NA	NA	NA	NA	NA
JZ016_04263	651	ppaX_2	COG0546	Pyrophosphatase PpaX	ATGATCGAAACCGTACTGTTTGATTTGGACGGAACCATTATTGATACGAATGAATTGATTATCTCGTCGTTTCTGCATGTCTTTGAGGCTCAGGCCCCAGGACCGCTAACCAGGGAGCAGATCATTCCACATATGGGAACCACGCTGGAGCAGCAGCTGCAGGCTTTCTCGGGGGGCGTTGATGACGTTAGTCCGCTTATCAAAGCATACCGCTCCTTCAACACGCTTCATCATGATGAGATGGTTAGACCATTCCCCCATGTAAATGAAGTCGTGGAGCGTCTTCATCGTCATGGGCTTTCACTGGGGATCGTAACCACGAAGATCCGCCCCTCCACGATGATGACTTTGGAGAAGTACGATCTGGAGCGCTTCATGTCGGCGATTGTGACAGTGAACGACGTCGAGCATCCGAAACCGCATCCTGAGCCCGTTCTGACGGCGATCGAGCGTCTCGGCGCCAATCCGGCTACGACGTTGATGATCGGGGACAGCCCGGTCGACATTCAATCTGCCAAGGCGGCGGGCGTGAAGGCCGCAGCTGTAGCTTGGTCCCTGAAGGGTGAGCAGAAGCTGATGGAGTATGGTCCGGATTATGTTTTAAAGGATATGAAAGACCTGTATGAGATCGTAGGACTTCAAGAGGAATAG	MIETVLFDLDGTIIDTNELIISSFLHVFEAQAPGPLTREQIIPHMGTTLEQQLQAFSGGVDDVSPLIKAYRSFNTLHHDEMVRPFPHVNEVVERLHRHGLSLGIVTTKIRPSTMMTLEKYDLERFMSAIVTVNDVEHPKPHPEPVLTAIERLGANPATTLMIGDSPVDIQSAKAAGVKAAAVAWSLKGEQKLMEYGPDYVLKDMKDLYEIVGLQEE				NA	NA	NA	NA	NA
JZ016_04264	507	dapH		2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase	ATGGCCAGAAAGATTACCCGTTATCCTGTAGAAGGGCCCAACGCGTTATGGCAAATCTACCGCACCGTGAGCCCGTTCAAGGGCGTCAAGAACTTCATCTTTATCCAGTTGGCCCGCTATTGTCCTATTCTGCCCTTGAAGAACTGGATATACCGCCATATGCTCGGGATGAAGGTGGGGAGGCATACCGCGTTTGGATTGATGGTCATGGTGGATGTGTTTTTTCCGGAGAAAATATCCATCGGCGAGAATTCGGTGATCGGCTACAATACAACGATTCTTGCCCATGAGTATTTAATAAAGGAATATCGTCTGGGTGAAGTGCGGATCGGGGAGAACGTACTCATCGGCGCGAACACCACGATTTTGCCTGGTGTAACGATCGGAGATGGAGCGGTTGTTGCTGCAGGGTCTGTCGTACATAAAGATGTGGCACCGGGTGTTTTTGTAGGCGGCAATCCATTGCAAGAGCTGAAGAGGACATCAACGGAAAGTGAGTCAATTTGA	MARKITRYPVEGPNALWQIYRTVSPFKGVKNFIFIQLARYCPILPLKNWIYRHMLGMKVGRHTAFGLMVMVDVFFPEKISIGENSVIGYNTTILAHEYLIKEYRLGEVRIGENVLIGANTTILPGVTIGDGAVVAAGSVVHKDVAPGVFVGGNPLQELKRTSTESESI				NA	NA	NA	NA	NA
JZ016_04265	1227			hypothetical protein	ATGAGTGCAACGCTGAACAAAAAGGAAAGGCTCCCGCAGCTCGATATTTATCGCGCGCTGGCCATCCTGGGCGTGCTTCACGTTCATGCGACTTCATTTGCAACGGTCGATGCGATTGATTCGCGATTCTATTATATTATTAATTTTTTGAATATTTTCTTTAAATACGGCACACCCTCGTTTATATTCCTAAGCAGCTTTGTGCTGTTCTATAACTATGCGGATCGGCCGCTGACTAAGGATCTGATCAAAAACTTCTACAAACGGCGGCTCTTGTACATTCTGCTGCCTTATGTGTTGTTCTCGATCATCTATTTCTTTGTGCGGATGTATCAGAACGGGTTGCTCAACAGCTCATTTGATCTATGGGCACAGATGCCGATATTCTTTGAACGCTTGATTCGGGGGCAGAACTATACGCACTTATACTTTGTGTTTATTAGCTTGCAGTTCTACATCCTGTTTCCGATCTTCCTCAAGCTGTTCAAATCGTCCCGGTTTCTCGTACGGTGGGCGGTTCCCATCGGGTTCCTGCTGCAATGGGGCTTTATCATATGGAATAAATACGAGCTGCACTACACGTTTAAAGGAAGCTTGGCGATCTCGTATTTAGCCTACTATATGCTGGGTGCTTATCTGGCGATGAATTACGACAAATTCAAGGGCTGGCTTACGTCATCTTGGAAAAAGCAGACGTCAGGTCAAAGAGCAGGTACAGTCGTGTTATGGGCGGGCTGGCTCGCGATGGCGCTGACGCACGTGCAGATTTGGTACAATCAGAGATTGCACGGTGCCAAATACGACTCCCTGTTGTACGAGCTGTTATGGAATCTGCACACGGTTTTCTCCGCCATTGTGCTGATGCAGCTGGCCAGCTGGCTGTATAACAGCGGTTGGAGACTCATCGTGAAGGTGCTGACGCGGATTGGCGAGTTGTCCTTCGCGATCTATCTGGTGCATCCTCTCTGGCTGTTCCTGTATCGGGAGTACGATCTCAAGCTGAATCCGGTAACCGATGATTATCTCATCTGGATTTATGGCGGCATGGTAACTGCGCTGATTGTTAGTGCGCTGGTCGTACAAACGGTGTTCCGATGGATTCCAGGCTCCTGGGTGCTGCTTGGCAGCGTTCCACGATCATTGAAGCCATCATCCAAAGCTCCAAAAGCGCCATCGCAGAGAAAAGACACCGTTGCAGGCGACAGCAAGAAATCAGTTGATCTATAA	MSATLNKKERLPQLDIYRALAILGVLHVHATSFATVDAIDSRFYYIINFLNIFFKYGTPSFIFLSSFVLFYNYADRPLTKDLIKNFYKRRLLYILLPYVLFSIIYFFVRMYQNGLLNSSFDLWAQMPIFFERLIRGQNYTHLYFVFISLQFYILFPIFLKLFKSSRFLVRWAVPIGFLLQWGFIIWNKYELHYTFKGSLAISYLAYYMLGAYLAMNYDKFKGWLTSSWKKQTSGQRAGTVVLWAGWLAMALTHVQIWYNQRLHGAKYDSLLYELLWNLHTVFSAIVLMQLASWLYNSGWRLIVKVLTRIGELSFAIYLVHPLWLFLYREYDLKLNPVTDDYLIWIYGGMVTALIVSALVVQTVFRWIPGSWVLLGSVPRSLKPSSKAPKAPSQRKDTVAGDSKKSVDL	PGPT0022170_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-SURFACE_ATTACHMENT	SURFACE_ADHESION	OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022170-yfiQ-NA	NA	NA
JZ016_04266	1194	hisZ	COG3705	ATP phosphoribosyltransferase regulatory subunit	ATGTCTAAACCGAAAGGCTTCGAGAAACCGGCAGGTGTTCGTGATTATCTCCCTCATGCGGTCACGAAGCTGCGCCGGATTGAACGTGAAGTGCTGGCATGTATGGACCGCTGGGGATACCGGCAGATTATGACACCAACGATGGAATATTACGATACGGTAGGCGTGGCAAGCTCTACGTCGGACCAAAAACTGTTTAAATTATTGAATAAGCGCGGAACGACCATGGTGCTGCGGTCCGATCTAACCGCCCCCATAGCAAGGGTCATGTCGTCGCTGCTGAAGGATGAGCCGTTACCGGTGCGCTTGTCCTATCATGCGAATGTATTTCGCGCAATCGAAGAGGAGGCGGGCCGGGAGGCTGAATTTTTCCAGACGGGAGTAGAGCTTGTAGGCGACGATACGCCGGAGGCCGATGCCGAAGTGATTGCACTGGCGATCGAATCCCTGAAGGCGGCAGGCGTGGAGAAATTCAAAATCGCGATGGGGCATATGGGTTACCTTAATGGCCTGCTCCAGGAAGTGCTGCCTGAGCGGACGGAGGATCAAGAGAGCCTGAAGCAGGACCTGCTGAACCGCGACTATGTCGGATACCGTAACACCATTGCCAGTCTGCTCCTTACGGAGACACAGCAGGACCAGCTGGAGGGAATCCTGAAGCTGCGCGGGGGCCGGGAGATTGCCGGGCAGGCACTTGAGATTAGCAGCAACGATCTCGCAAGAGCTTCTATTGAGCATCTGTGCAGAGTATGGGAGGTGCTGGAGGCATACGATGTCTCCAGGCATGTTCTGTTTGATCTGACGATGCTCGGAGACTTCTCCTATTACACCGGTATGACGTTTGAAGGCTATGCTGCTGAACTTGGTTCACCCGTAGCGAGCGGCGGTCGGTATGACAAGCTGCTGCAGCAGTTTGGCCGTGCGGTTCCGGCAACCGGCTTTGCGCTTAAGACCAATCGCATTCTGGATGGGGTTCAGGGGGGAGAGATTGCGGAAGAGCTGCCCATACTGATCCGTTACACGGCTTCCTATCGCAAAGAAGGTTTGGCAAAAGCGTCACAACTGCGGGCGCAGGGCCATACCGTCATCACCTCGATCATTCCGGATTCGGCAAATATTCGCGGTGAAGGCGTGCCCGTCGTATCCGGCAGTCTGCTTAACAGAGGCTACCAGGAGATCATTACCCTTCGATAG	MSKPKGFEKPAGVRDYLPHAVTKLRRIEREVLACMDRWGYRQIMTPTMEYYDTVGVASSTSDQKLFKLLNKRGTTMVLRSDLTAPIARVMSSLLKDEPLPVRLSYHANVFRAIEEEAGREAEFFQTGVELVGDDTPEADAEVIALAIESLKAAGVEKFKIAMGHMGYLNGLLQEVLPERTEDQESLKQDLLNRDYVGYRNTIASLLLTETQQDQLEGILKLRGGREIAGQALEISSNDLARASIEHLCRVWEVLEAYDVSRHVLFDLTMLGDFSYYTGMTFEGYAAELGSPVASGGRYDKLLQQFGRAVPATGFALKTNRILDGVQGGEIAEELPILIRYTASYRKEGLAKASQLRAQGHTVITSIIPDSANIRGEGVPVVSGSLLNRGYQEIITLR				NA	NA	NA	NA	NA
JZ016_04267	648	hisG	COG0040	ATP phosphoribosyltransferase	GTGGCGGAAACGTTGAAAGTAGCGATGCCCAAAGGGCGTATATATAAAAAAGCATCCGCGCTGTTCCGTTCAGCCGGACTTCCGATTCCCCTCGATGTGGATGAGACGCGCAAGCTGGTCATTCCCTTGCCGGAGGCAGGAATGGAATTTATTCTGGCAAAGCCGGTGGATGTGCCGACTTATGTGGAATACGGTGTCGCGGATATTGGCATCGTTGGCAAGGATGTGCTGATGGAAGAGAACAAGGACGTTTATGAGCTGCTCGATCTCGGCATCGCAAGGTGCCGGATGTCGGTTATCGGCTTGCCGGACTGGAAGCCGGGCATTCGTCAGCGGGTTGCTACCAAATATCCGAATGTCGCTTCGCAGTATTTCCGTGAACAAGGCCAGCAGGTTGAGGTGGTTAAGCTGAACGGTTCGATTGAGCTTGCACCCCTTATCGGGTTGGCGGACCGGATCGTGGATATGGTGGAAACAGGCCAAACGCTCAAGGAGAACGGACTTATTGAAATGACCAGCATCTTTGAGATCACAAGTCGCCTGATTGCCAATCGCGTCAGCTATCGGATGAAGAATGATGAAATTCAGGCATTATGCGATCGCCTGCAAACGGTCATTATGTCTGAGGGAGCGAATAAACAGCGCTAA	MAETLKVAMPKGRIYKKASALFRSAGLPIPLDVDETRKLVIPLPEAGMEFILAKPVDVPTYVEYGVADIGIVGKDVLMEENKDVYELLDLGIARCRMSVIGLPDWKPGIRQRVATKYPNVASQYFREQGQQVEVVKLNGSIELAPLIGLADRIVDMVETGQTLKENGLIEMTSIFEITSRLIANRVSYRMKNDEIQALCDRLQTVIMSEGANKQR	PGPT0017400_3695	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0017400-hisG-K00765	NA	NA
JZ016_04268	1284	hisD	COG0141	Histidinol dehydrogenase	GTGAAGGTTGTATCAGCACGGGACTTTCAGCTGAAACGGGAAAATGATTACGGCACACCAGAGCAGAATGAAGTTGTGAAAGCGATTGTGCGGGATGTTCGATCCGAAGGAGATGCTGCTTTGCTGCGGCATACCGAGCAATTGGATCGTGTCCGTCTGACCGCAGATCAGCTTCGCGTAACGGATGAAGAACTCAAAGCAGCTTATGATCATGTGGAGCCTTCGTTTGTAAAGGCGATTCAGGCTGCCGCGGATAACATACGTGCTTTTCATGTGAAGCAGAAGCGGAATTCCTGGATGGATCTTCAAGCCGACGGCAGCATCTTGGGGCAGATCATTCGTCCGTTGAAACGCGTGGGTGTATATGTGCCCGGAGGAAAGGCAGCCTACCCTTCGTCCGTGCTGATGAACGTGATCCCGGCGCAAGTGGCAGGCGTGCCTGAGATTGTCATGGTCACTCCCCCGGCAACCGGCGGGAAGGATGGGATTAATCCCTATATCCTGGTAGCCGCGGCCGAGGCCGGCGTTACGGAGATCTACCGCGTTGGAGGAGCTCAGGCGATTGCGGCGTTGGCCTACGGTACGGAGACCATTTCCCCCGTTGATAAAATTTGCGGTCCCGGCAATATTTACGTTGCGCTGGCCAAGCGAGAAGTATATGGTGCGGTCAATATTGACAGCCTGGCCGGTCCGAGCGAGATTGCGGTATTAGCCGATGACAGCGCGGATGCTTCGTATATTGCGGCGGATTTACTCTCCCAAGCAGAGCATGACGAGATGGCCTCGGCCATTCTCGTAACGCCTTCACGCAAGCTGGGTGAGGCCGTTGCCGCCGAAGTAGAGCGGCAGCTTGAGCTGCTGCCGCGGCGCGACATCGCCCGGGCCTCCGTGGACACTTACGGCGCGGTGATCATCACGGAATCCCTTAACGAAGGGATAGAAGTTATTAACCGTTTGGCGCCGGAACATCTGGAGATCGTGACGGCGGAGCCGATGGCCATCGTGGGCCAGATCGAGAACGCAGGCGCAATCTTCCTCGGGCCATATAGCTCGGAGCCGGTAGGTGATTATTTTGCAGGGCCGAATCATATCATCCCGACGAATGGGACGGCACGGTTTGCGTCGCCGGTGGATCTGGACGATTTCATTAAGAAATCGAGCTTGATCTACTATAGCAAGGAAGCGCTGCTGCGCGACGGAGAGCAGATTATGGAGCTGGCCCGGCGAGAAGGGCTTGAAGGCCATGCCCGGGCGATCGAGATTCGACTGGAGCAGGAGCGTTAA	MKVVSARDFQLKRENDYGTPEQNEVVKAIVRDVRSEGDAALLRHTEQLDRVRLTADQLRVTDEELKAAYDHVEPSFVKAIQAAADNIRAFHVKQKRNSWMDLQADGSILGQIIRPLKRVGVYVPGGKAAYPSSVLMNVIPAQVAGVPEIVMVTPPATGGKDGINPYILVAAAEAGVTEIYRVGGAQAIAALAYGTETISPVDKICGPGNIYVALAKREVYGAVNIDSLAGPSEIAVLADDSADASYIAADLLSQAEHDEMASAILVTPSRKLGEAVAAEVERQLELLPRRDIARASVDTYGAVIITESLNEGIEVINRLAPEHLEIVTAEPMAIVGQIENAGAIFLGPYSSEPVGDYFAGPNHIIPTNGTARFASPVDLDDFIKKSSLIYYSKEALLRDGEQIMELARREGLEGHARAIEIRLEQER				NA	NA	NA	NA	NA
JZ016_04269	606	hisB	COG0131	Imidazoleglycerol-phosphate dehydratase	GTGAGCAGTTTGGATGCAGCAGCAAGATCAGCCGGCGTGAGCCGCAAAACCAATGAAACCGATATTGCCTTGGATTTCAATGTCGATGGAACCGGGATCTCGGAATTGGAGACCGATGTGCCGTTTCTGAATCATATGCTTGATTTGTTTACGAAGCATGGCCAATTTGATCTTCGCGTGAAAGCGAAGGGAGATATTGAGATCGATGACCACCACACGGTGGAAGATATCGGGATTTGCCTGGGGCAGACGTTCCGCGAGGCGCTGGGCGATAAAAAGGGTATTAAGCGATATGCCAGCGTATTTGTACCGATGGATGAAGCGCTTGCTCAAGTCATTGTAGATATCAGCAATCGCCCGCATTTTGAGTACCGAGCGGAATATCCTTCGCAGCAAGTAGGCTCTTTTGATACCGAGCTTGTTCATGAATTTCTGTGGAAGTTGGCGCTGGAAGCCCGTATTACGCTGCATGTCATCGTTCATTACGGACACAATACCCACCATATGATTGAAGCGGTATTTAAGGCGCTCGGCCGTGCATTGGATGAGGCGACTACCGTGGATCCGCGGGTGACCGGCGTGCCCTCCACGAAGGGAGTGCTCTAA	MSSLDAAARSAGVSRKTNETDIALDFNVDGTGISELETDVPFLNHMLDLFTKHGQFDLRVKAKGDIEIDDHHTVEDIGICLGQTFREALGDKKGIKRYASVFVPMDEALAQVIVDISNRPHFEYRAEYPSQQVGSFDTELVHEFLWKLALEARITLHVIVHYGHNTHHMIEAVFKALGRALDEATTVDPRVTGVPSTKGVL	PGPT0020305_15	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
JZ016_04270	609	hisH	COG0118	Imidazole glycerol phosphate synthase subunit HisH	ATGGCGATTGCAATCGTGGATTATGGCATGGGCAATCTGCACAGCGTGAGCAAAGCAGTGGAGCGGCTTGGGTATGAGCCGCTCGTCACGGGGAAGCGGGAGGAGATTCTGGCGGCGGATGGCATCATTCTGCCGGGCGTCGGCGCGTTCGGCGATGCCATGGAGCAGCTGCGTGAAACCTCGCTGGACTCGGTCATGAAGGATGCTGCGGAATCAGGGAAGCCGCTGCTGGGAATTTGCCTCGGCATGCAGCTCCTGTTCAGCCGGAGCGAGGAGCATGGCCAGTTTGAAGGGCTGGATATTTTGCCCGGATCGGTTGTTCGGTTTACGGGTGGTGACTACAAGGTGCCGCATATGGGCTGGAATTCATTGCAGTTCGGGAAGCGGGAGCATCCGCTGTTTGCGGGACTTGAGGAAGGTCATGTGTATTTTGTCCATTCGTATCATGTTCTTCCTGAGGTTCAGGCTGATTTGCTGGCGGTTACTGATTACGGTCAGCCAGTGACGGCCATCGTGGGCCGCGGTTCGGTGTACGGCATGCAGTTCCATCCCGAGAAGAGCGGGGAGCTTGGGATGAGCCTGCTTCGTAATTTCTTGGCTTTAACGTAA	MAIAIVDYGMGNLHSVSKAVERLGYEPLVTGKREEILAADGIILPGVGAFGDAMEQLRETSLDSVMKDAAESGKPLLGICLGMQLLFSRSEEHGQFEGLDILPGSVVRFTGGDYKVPHMGWNSLQFGKREHPLFAGLEEGHVYFVHSYHVLPEVQADLLAVTDYGQPVTAIVGRGSVYGMQFHPEKSGELGMSLLRNFLALT				NA	NA	NA	NA	NA
JZ016_04271	738	hisA	COG0106	1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino] imidazole-4-carboxamide isomerase	ATGGGGATGTCCTCTTTTATCATATATCCGGCAATCGATATTCGTGGCGGCAAATGCGTCAGACTCGTGCAAGGCGATTATAATCAAGAAACGGTATACAATGATAATCCGCTGGAGGTAGCCAAATCATGGGAAGAGCAGGGCGGCACCTTTATTCATCTCGTGGATTTGGACGGAGCCAAGGCAGGCCATCCGGTAAATGACGATATCATCGGGAAGATCGCAGCCAGCGTCCAAGTTCCGGTTCAGGTAGGCGGAGGCCTGCGCACGCTGGCGGATGTGGAGAGGCTGCTGTCGCTTGGCGTCAGCCGGGTGATCATCGGTACGGCGGCGATTGAAGACCGTGTCTTCACGGAAGAGGTGCTGGGCAAGTACGGGGATAAGGTGGCCATCGGGATCGATGCGCGCAATGGATACGTGGCAACCAGGGGCTGGCTGGAGACGTCCGAGGTTCAAGCCGAGGTGTTGGCTAAGGAGCTGGCAGCCAAAGGAGCGGAAACCTTCATCTTTACCGATATTTCCCGTGACGGGATGATGCAGGGGCCTAACGTGGAGGGGATTGTCTCGCTTGCCAAAGCCAGCGGCCGCTCGGTCATCGCTTCGGGCGGCGTGACGAAGCTGGACGATTTGCTGGCGCTCAGCGCGCACAGCGGTGACGGTGTAGGCGGAGCAATCGTAGGCAAGGCACTGTATACAGGCAATATTGATCTGAACGAGGCCATTACGCGAATCAAGTGA	MGMSSFIIYPAIDIRGGKCVRLVQGDYNQETVYNDNPLEVAKSWEEQGGTFIHLVDLDGAKAGHPVNDDIIGKIAASVQVPVQVGGGLRTLADVERLLSLGVSRVIIGTAAIEDRVFTEEVLGKYGDKVAIGIDARNGYVATRGWLETSEVQAEVLAKELAAKGAETFIFTDISRDGMMQGPNVEGIVSLAKASGRSVIASGGVTKLDDLLALSAHSGDGVGGAIVGKALYTGNIDLNEAITRIK				NA	NA	NA	NA	NA
JZ016_04272	759	hisF	COG0107	Imidazole glycerol phosphate synthase subunit HisF	ATGCTGGCAAAACGGATCATACCTTGCCTGGACGTGAAGGACGGCCGGGTGGTGAAGGGCGTAAATTTTGTGAATCTCCGCGATGCGGGCGATCCCGTGGAACTGGCGGCACTCTATGACCGGGAAGGCGCAGACGAGCTAGTCTTTCTGGATATTTCGGCATCGGTCGAAGGCCGGGCGACGATGGAGGAAGTCGTGCGGAGAACGGCAGGAGAAATTGCCATCCCTTTTACCGTGGGTGGAGGCATCTCGTCCGTCGAGGACATGAAGCGGATTCTGCGGGCGGGAGCGGATAAGATCGGGATCAATACGGCAGCGGTCAAGCAGCCGGAGCTCATCTCGGCCGGAGCACGAAAATTCGGCTCCCAATGCATCGTTGTGGCCATCGATGCCAAGTACAACGAAGCGTGGGGAGAATGGGAAGTGTACACGCACGGCGGACGTACGCCTTCCGGCATCAAAGCGCTGGATTGGGTAAAGCAGGCGGAAAGCCTGGGTGCGGGCGAGATTTTGTTGACCAGCATGGATGCGGACGGAACGAAGGATGGGTTCGATCTGTCGCTAACCTCTGCCGTATCTTCGACGGTGCAGATCCCGGTCATCGCATCCGGCGGCGCCGGCAAAGAGGATCACTTCTATGACGTGTTTACCAAAGGCAAGGCGGATGCGGGTCTTGCCGCAACGATTTTTCATTATAAAGAGATTTCGATTCCTCATCTGAAGTTGCAGCTTAGTCAAAAAGGAGTGGATATACGGTGA	MLAKRIIPCLDVKDGRVVKGVNFVNLRDAGDPVELAALYDREGADELVFLDISASVEGRATMEEVVRRTAGEIAIPFTVGGGISSVEDMKRILRAGADKIGINTAAVKQPELISAGARKFGSQCIVVAIDAKYNEAWGEWEVYTHGGRTPSGIKALDWVKQAESLGAGEILLTSMDADGTKDGFDLSLTSAVSSTVQIPVIASGGAGKEDHFYDVFTKGKADAGLAATIFHYKEISIPHLKLQLSQKGVDIR	PGPT0007095_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-HQQ|PQS_BIOSYNTHESIS,PGPT0007095-trpE|phnA-K01657	NA	NA
JZ016_04273	702	hisI		Histidine biosynthesis bifunctional protein HisIE	GTGAGCGAAGATATGTTGAAGGATTTATCCCTGGAGCAGGTCAGCGAGCATATCCGTTGGGATGCCTCGGGCTTGGTGCCGGCGATTGTACAGGATGCACAGAGCAAGCAGGTGCTGATGATGGCTTATATGAATCGGGAGTCTCTCCGCTTGACGCTGGAAAGCGGGGAAACTTGGTTCTGGAGCCGTTCGCGCGAGGAACTGTGGCATAAGGGGGCAACTTCCGGGAACGTTCAAACCGTGGTTTCCATGACGTACGACTGTGATGGAGACACCCTCTTGCTGCAGGTGAATCCGAAGGGACCGGCTTGTCATACCGGACAAACGACCTGCTTCTTCAATGAGATTACGGTTCAGGGGCAGAAGAGCGAGCCTGTGAACAACCATGCAGCTGCAGAGAGCGGGCGGTTTGCGGTGCTTGCCGAGCTGGAAGAGGTCATTGCCCAGCGTGAAGTGGAGCGGCCTGAAGGAGCCTATACGACTTACCTTTTTGATAAAGGGGTAGACAAAATCCTTAAGAAGGTGGGCGAAGAAGCTTCGGAAACAATCATCGCCGCCAAAAATAAAGACAACGCCGAGCTTAAGCTAGAAATCAGCGATCTGATCTACCACCTGCTGGTACTTCTCCAGGAGCGGAAGCTCCCGCTGGATGAGATCATGGATGAGCTAAGCCGCCGCCATGAACGGCCGCGCCGCGATTAG	MSEDMLKDLSLEQVSEHIRWDASGLVPAIVQDAQSKQVLMMAYMNRESLRLTLESGETWFWSRSREELWHKGATSGNVQTVVSMTYDCDGDTLLLQVNPKGPACHTGQTTCFFNEITVQGQKSEPVNNHAAAESGRFAVLAELEEVIAQREVERPEGAYTTYLFDKGVDKILKKVGEEASETIIAAKNKDNAELKLEISDLIYHLLVLLQERKLPLDEIMDELSRRHERPRRD				NA	NA	NA	NA	NA
JZ016_04274	840	hisK_2	COG1387	Histidinol-phosphatase	ATGCATATTGATTACCATACCCACCATGCCCGGTGCGGACATGCCGAGGGGCAGCTGGAGGAGTATGTACGGCGCGCCATTGAACTCGGGATGGATCAATTGGGCTTGTCGGATCATATGCCCTTGATACACGTGGATCCGGAGGCGTACTATCCGGAGATGGCCATGCCGATGGACGAGCTGCCGCGTTATGTGGAAGAGTGCCTGCTGCTGAAGGAACGCTACCAAGGGCAGATTGACATTCGGATCGGACTCGAAGGCGATTATATCGAGGGTTATGAAGAACAGATTGAGCGGATTGTGAATGACTATCCATGGGATTATGTCATTGGCTCCGTTCATTTTCTTGGTGAATGGGATATTACGGATTACCGTCAGACCCAAGGCTGGGACGGCAAGGCTCCGCTTGAGGTTTATAGACGATATTATGATGCGGTGCAGAAAGCCGCCGCGACCGGCTTCTATGATATCATGGGTCATCTGGACGTGATCAAGCGTTTCGGTTATGGGCCGGGCCCCGAGCAGAAGCCGGAAGTGATCGCTTTGGAGCAAGGAGCGCTTGCGGCCGTGGCCCAAAGCGGAAAAGCCATGGAGCTGAACGCCTCCGGCTTATCGAAGGCCTGTGAGGAAATGTTTCCAAGCCGCCGCATGCTGGAAGAAGCGATGAAGCTTGGCATTCCGTTGACTTTAGGGTCGGATGCCCACCAGCCGATGAAGCTGGGCGAGCATCTGGATCAGGCCCGGGCACTGCTATCGGAGCTTGGCGTTCGGGAGGTTGCGACCTTCCGTAACCGGAAGCGGGAGATGGTGCTTTTGAATGTTGAGGGAAACCATGTATAA	MHIDYHTHHARCGHAEGQLEEYVRRAIELGMDQLGLSDHMPLIHVDPEAYYPEMAMPMDELPRYVEECLLLKERYQGQIDIRIGLEGDYIEGYEEQIERIVNDYPWDYVIGSVHFLGEWDITDYRQTQGWDGKAPLEVYRRYYDAVQKAAATGFYDIMGHLDVIKRFGYGPGPEQKPEVIALEQGALAAVAQSGKAMELNASGLSKACEEMFPSRRMLEEAMKLGIPLTLGSDAHQPMKLGEHLDQARALLSELGVREVATFRNRKREMVLLNVEGNHV				NA	NA	NA	NA	NA
JZ016_04275	951	prs_2	COG0462	Ribose-phosphate pyrophosphokinase	ATGAATCGTTCATTACGATTGTTCGCCGGCACTTCAAATCCGACGCTTGCCGCAAATATCAGTCAGCAGTTGGGAGTTGAACCGGGAAAGATCAAGATTTCCCGCTTTCAGAGTGGCGAAGTTTATGTGCACTTTGAAGAGAGCATCCGCAATTGCGATGTTTTCCTGCTGCAGTCCTTTTCTCACCCTATCAATGAAATGTTCGTGGAGCTATTGGTGATGATTGATGCCGCGAAGCGCGCTTCCGCCAGAACGATCAATATCATTGTGCCTTATTACGGTTATGCCAGACAGGAACGAAAGTCAGCGCCGCGTGAACCGATATCGGCCAAAATGGTAGCCGACGTGCTGACCACAGCCGGTGCCAACCGCGTGATAACCATCGATCTGCATGCGCCAGCCATTCAGGGCTTCTTCAATATACCGGTGGATCATCTGACTGCGCTGGATTTGATTACGGAGTATCTGAAGTCCAAGAACATCGAGAATCCGGTTATCGTTTCTCCCGATGCCGGTCGGGCGAAGACGGCCGAGAAGCTTTCGAGCCGCCTGGGGTCGCCGTTTGCCATGATGGTCAAGCAGCGTCCTGCCCATAACGAAGCGGTTATTACCCATGTTATAGGGGATGTAGCGGGTCGCACGCCGATTATTATCGAAGACTTGATTGATACGGGAACCACCATCGTGCAAGTGGTGGAAAGCTTAAAGGATCGGGGAGCCAATGATGCCATTGTGTGCGCGACCCATGGTCTTTTCTCCGGTGAAGCACTTGACCGTCTCGACCATGCACATATCGAGGAAATCGTGGTCACAGACTCCATTGTGCTCCCGGACCATCACTGCAAAATGCGGCTTAAGGTGCTGTCCGTAGCGCCCATGTTGGCCCAGGCAACCCATATTATTATCGAGGGCGGATCGATCGCCACTTTGTTCAAAGACGCCGGTGTGTAA	MNRSLRLFAGTSNPTLAANISQQLGVEPGKIKISRFQSGEVYVHFEESIRNCDVFLLQSFSHPINEMFVELLVMIDAAKRASARTINIIVPYYGYARQERKSAPREPISAKMVADVLTTAGANRVITIDLHAPAIQGFFNIPVDHLTALDLITEYLKSKNIENPVIVSPDAGRAKTAEKLSSRLGSPFAMMVKQRPAHNEAVITHVIGDVAGRTPIIIEDLIDTGTTIVQVVESLKDRGANDAIVCATHGLFSGEALDRLDHAHIEEIVVTDSIVLPDHHCKMRLKVLSVAPMLAQATHIIIEGGSIATLFKDAGV	PGPT0021480_4335	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021480-prsA-K00948	NA	NA
JZ016_04276	1746	bepA_1		Beta-barrel assembly-enhancing protease	TTGCTTTTCGTGAATGGTCATCCATATGGGTCCAGTGACCCCCACAATGTTATATCTATCGAGATGAATGCCAATTTCTTCTTCGATCGCGCGGTTCGTTCGCTTGATCGTTTCCAATATGACAAGGCTCTGAAATATTTTCGCAAAGCTGTTGAATATGAACCGGATAATCCGGTGAATCATTGCAATATGGCGGGTATATTATCAGAGACGGGAGATTATAAAGCTTCCAACGATGTGCTGGCTCACATTCTGGAGCAGGTTGACCCGTTGATGACGGAGTGCTACTTCTATATGGCGAACAATTACGCCAATATGGAGCAATTCGAGAAAGCGGAAGAAGCGCTTGTTACCTATCTGGAGGAAGACCCGAGCGGTCAGTTTTTGGATGAGGCTGAGGAGATGATGGAGCTGCTTCATTACGAGCTGAATCGTCCAGCCAAGCTGAACCGGATCAAGAGTCGTGAAGGCGTGGTCGAGCATGAGCATGCGCGGGCACTGCTTGAGGAAGGGAAATTCGCACAAGCGGTCAAGCTGTTGGGGGAAATCGTCAAGGATAATCCGGATTTTCTGGCTGCGCGCAACAATCTGTCTCTAGCCTATTATTATATGGGACGCTTTGATACCGCGAAGCGCACCATTGGCGAGGTGTTGGATCAGGAGCCGGGCAATCTGCACGGTCTATGCAATCTGGCTATCTTCTTTCAGCATGAAGGAAATCAGGAGCAGCGTGACCGATTGATGGACATGCTAACGGTGACGGTTCCTTTCCATCAGGAGCATGTGTTTAAGCTGGCGACAACGATGGGAATACTGGGGCAGCACGAAATTGCCTACGGTCATTTTCGCCGGTTGTTGAAGGATGAGGAGTTTAGCGGAGATCCTAGCCTGTATCATTACACGGCCGTTGCGGCATGCAATAGCGGTTATTATGACAGGGCCGAGAAATATTGGCGGCAAGCATTGAAGCTGGATGGGGATTCGGTGATTCCGGATTTCTATCTGGCACAGCTGCAAAAGCGTAAAGAGACCGGTACGGAACAGATGAAGGTGAGTTATCACTATCATCTTCCGTTCGAAGAGCAGTTCAAACGCTGGGAGCATGACGGCGACAAATTGACGGAGGAAGCGAAGCAGAATCCGCTGATTCGTTCTTCGTTCTTCTGGGCGCTCCGACATGGCGATCCCCATACCAAGCTGCAGGTGATCCGGACGCTGGAATTGATTGCCGATGAAGAGGTGCAGCACGCGCTGCAATCGTTCCTGCAGGAACCGGGAGAGGATGCGGAGCTGAAGGATGCCGCCCGCCTGGTGCTTCAGCAGATGGAGGCCGCAAGCAATCGGCTGAAGGAACGCCGCGACGATCGCGATATATCCAGCAGCAAGACCCGCGAGGTGCTGCCGGATTGGCTGCCTTCCTGGAAGGCGGTGTTGGAGAGGGCAGAGCAGACTATGGACATGCGGGTAGATGCTTTTTGGAAAAAAGAGATGGAGAATCTCTGGTCCGAGTTCCTGAGCCGGCTGTACCCTGATATTCCGAACATTCGGAATGTGGAGGGCTGGGCAGCGGCATTGGAATATTTGACGGCCAAGAAGCGTGGAAGAACTCTGACCTATGAACAGGTAGCTGTCCGTTACGGCATTTCGCCATCAACGGTGAGCCGTTACGCACGTCAAATGGATAGCGTATGTGAAACGAAAGCACAGCCGGATGATAATTTCCGGCCATTTACGGAAAACATTTAA	MLFVNGHPYGSSDPHNVISIEMNANFFFDRAVRSLDRFQYDKALKYFRKAVEYEPDNPVNHCNMAGILSETGDYKASNDVLAHILEQVDPLMTECYFYMANNYANMEQFEKAEEALVTYLEEDPSGQFLDEAEEMMELLHYELNRPAKLNRIKSREGVVEHEHARALLEEGKFAQAVKLLGEIVKDNPDFLAARNNLSLAYYYMGRFDTAKRTIGEVLDQEPGNLHGLCNLAIFFQHEGNQEQRDRLMDMLTVTVPFHQEHVFKLATTMGILGQHEIAYGHFRRLLKDEEFSGDPSLYHYTAVAACNSGYYDRAEKYWRQALKLDGDSVIPDFYLAQLQKRKETGTEQMKVSYHYHLPFEEQFKRWEHDGDKLTEEAKQNPLIRSSFFWALRHGDPHTKLQVIRTLELIADEEVQHALQSFLQEPGEDAELKDAARLVLQQMEAASNRLKERRDDRDISSSKTREVLPDWLPSWKAVLERAEQTMDMRVDAFWKKEMENLWSEFLSRLYPDIPNIRNVEGWAAALEYLTAKKRGRTLTYEQVAVRYGISPSTVSRYARQMDSVCETKAQPDDNFRPFTENI				NA	NA	NA	NA	NA
JZ016_04277	954	trxB_3	COG0492	Thioredoxin reductase	ATGTACAAATCAATCGTAATCGGAACAGGACCTGCCGGATTGACGGCAGCCATCTACTTGGCACGGGCGAACTTGAAGCCGCTCGTTATCGAAGGAATGCAGCCGGGCGGTCAGCTTACGACAACGACCGAGGTTGAGAACTTCCCCGGATTTCCGCAAGGAATCATGGGCCCCGAGCTGATGGATAATATGCGTCAACAAGCGGAGCGCTTCGGTGCGGAGTTCAAGAGCGCCTGGGTCGAGTCCGTTGATTTCTCCGAGCGTCCGTTCAAGGTGAATGTTGAGGGCATGGGCGAGCTTCTGGCTGAGTCCGTGATTATCTCGACGGGAGCTTCCGCGAAGTATCTCGGAATTCCGGGAGAGCAGGAGAACGTTGGTCGCGGCGTAAGCACATGCGCCACTTGCGACGGGTTCTTCTTCCGCGGGAAAAAAATCATTGTCATCGGCGGCGGCGATTCCGCGATGGAGGAAGCCAGCTTCCTGACGCGTTTTGCTTCCAGCGTTACGGTAGTGAATCGCCGCACCGAGCTGCGTGCATCCAAGATCATGCAGGATCGCGCGCGCGAGAACGAGAAGATCCAGTGGGCTCTGGACCGTACGCCGGTTGAGGTGGTTACCAGCGAAACTGGTGTAAAAGGATTGAAGGTCCGCAACAATGAAACGGGAGAAGAAGAACTGATTGAAGCGGAAGGCGTATTCGTGGCGATCGGCCATACGCCGAATACGGGCTTCCTTGGCAATCAGATTACAACCGATCCGACAGGCTATATCCTGGTTAAACCGGGAACGACAGAGACGAACATCCCGGGCGTGTTCGCTTGCGGCGATGTCCAGGACACACGTTACCGCCAAGCGATTACGGCCGCAGGCACAGGCTGTATGGCCGCTATGGACTGCGAGAAATATCTCGAAGGCCATATGGTGCATGACTGGAGCGAAACGCTGAATAAATAA	MYKSIVIGTGPAGLTAAIYLARANLKPLVIEGMQPGGQLTTTTEVENFPGFPQGIMGPELMDNMRQQAERFGAEFKSAWVESVDFSERPFKVNVEGMGELLAESVIISTGASAKYLGIPGEQENVGRGVSTCATCDGFFFRGKKIIVIGGGDSAMEEASFLTRFASSVTVVNRRTELRASKIMQDRARENEKIQWALDRTPVEVVTSETGVKGLKVRNNETGEEELIEAEGVFVAIGHTPNTGFLGNQITTDPTGYILVKPGTTETNIPGVFACGDVQDTRYRQAITAAGTGCMAAMDCEKYLEGHMVHDWSETLNK	PGPT0013060_6074	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
JZ016_04278	489	cotF	COG5577	Spore coat protein F	TTGAGCATGAGTCAAAATCCGAGGCATCTCGCTTGGCATGAAACGTTGGAGATTCATGAATTAACCGCCTTTCAGGCAAATAACCTGATGGGGTTCAAGATGTCATTGCATGATATCAAGGACCCGGAGCTCCATGGGCTGTATACTGAAGCGATAAATGGAGTAGAACAGAACCTGAGGGAGCTCCTGCCTTATTTTTCACAAGCGCCCACAGGAACCCGCAGTCTTTCCGGTGCCGATTTGTTTGCGTATTACGCAGGCCATCTGCTGGGCTTCGCCAAAACCTCTGTCCGCAGCTACGCCATTGCGATTACCGAAGCCGCAACGCCAAGCGTAAGAGAAACCCTGCAGAAGCAATTGAACAAAGCCATTGAACTGCACGGCAAGGTCTTCTATTTCATGTATGCTCGCGGTCTGTATCCTTCCTACAATTTGAAGCAGCTGCTGGAGAATGACGTGAAGAATGCCAACAAGGCATTAAGCCTGTAA	MSMSQNPRHLAWHETLEIHELTAFQANNLMGFKMSLHDIKDPELHGLYTEAINGVEQNLRELLPYFSQAPTGTRSLSGADLFAYYAGHLLGFAKTSVRSYAIAITEAATPSVRETLQKQLNKAIELHGKVFYFMYARGLYPSYNLKQLLENDVKNANKALSL	PGPT0025160_47	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025160-cotF-K06329	NA	NA
JZ016_04279	453	yvbK		putative N-acetyltransferase YvbK	GTGAACATTAGAAAGCTGAATACTCATGAAAAACCCCCAATGGACCTGCTGCTGCTTGCAGATCCATCGGTAAGGCTCGTGGAGGACTATGTAAAGCGCGGTCATTGTTATGTCGCTGAAGAGAACACGCATCCCATTGGGGTCTACGTCCTGCTGCCTACAAGGCCTGATACGATCGAGCTCGTTAACGTTGCCGTAAGCGAGAATCTGCACGGCCAGGGATATGGCAAACAGCTTGTGAATCATGCCATCGGGCAGGCCCGAGAGCTCGGATATTCAACCATTGAAGTCGGAACAGGGAGTACGGGCGTCGCGCAGCTGGCGCTGTATCAGAAATGCGGATTTCGGATGACAGGCATCGACCGGGACTTTTTTGTCCGTCATTATGATGAAGAAATCTACGAGAATGGCATGCGGCTGCGCGATATGGTGCGGTTGTCGCTAGATTTGTAA	MNIRKLNTHEKPPMDLLLLADPSVRLVEDYVKRGHCYVAEENTHPIGVYVLLPTRPDTIELVNVAVSENLHGQGYGKQLVNHAIGQARELGYSTIEVGTGSTGVAQLALYQKCGFRMTGIDRDFFVRHYDEEIYENGMRLRDMVRLSLDL	PGPT0028630_46	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028630-aac6_I-K18815	NA	NA
JZ016_04280	819	tam_1		Trans-aconitate 2-methyltransferase	ATGAGAGACATGTTAGCCAAAAATATTCATCGATACCGCAAAGAACGGGGGCTCACCCAGGAGGGGTTGGCCCACAAGCTGGGCGTGACGTTCCAGGCGGTGTCCAAGTGGGAAACGGGACAGACCATGCCCGATATTGCGCTGCTTCCGGAGCTGTCACTGCTGCTTGATGTCAGCATCGATAAGTTGTTTGGTTATTCTGTGACGGGCAAGCCAATCAGCATATATGAAGAGGAGTACAAAACACCGGAGTACTATTGGGGCACGGAGCCGAATGCAGCCTGTTATCAGGTGCTAGAAATGATCCCTCCCACAAGAAGGGTGAAGCTGCTGGATATCGGTTGCGGGGAAGGGAAGGATGCCGTGTTTTTTGCGCGTAACGGCTATGATGTCACAGCATTCGACATTTCGGATGCGGGGATTGAGAAAACGAAGCGTTTGGCCGATCATATTGGGGTTCACGTGAACGTATTTAAGGCGGATATTTCGGATTACCGTTTGGATTCGGAGTTTGACGTGCTGTATTCCAGCGGCGTTCTGCATTATATCAGACCCGAGTACCGTGAAGAGATCTTTGCTAATTATAAAAAATTCACGTCGGCCGAGGGGCTTCATTGCCTTAATGTATTCGTACAAAAGCCGTTCATTGCGCCTCCTCCCGAGGATGAGCCGTACGCTTACGACTGGAAATCCGGGGAGCTTATGATGCATTATCACGATTGGTTGATTCACAGCTGCCCGGAGGTGATTTTTGATTGTAACTCATCGGGTATCCCGCACCGGCATGCGATGAGTAAGTTGATTGCGCAGAAGGCGTAA	MRDMLAKNIHRYRKERGLTQEGLAHKLGVTFQAVSKWETGQTMPDIALLPELSLLLDVSIDKLFGYSVTGKPISIYEEEYKTPEYYWGTEPNAACYQVLEMIPPTRRVKLLDIGCGEGKDAVFFARNGYDVTAFDISDAGIEKTKRLADHIGVHVNVFKADISDYRLDSEFDVLYSSGVLHYIRPEYREEIFANYKKFTSAEGLHCLNVFVQKPFIAPPPEDEPYAYDWKSGELMMHYHDWLIHSCPEVIFDCNSSGIPHRHAMSKLIAQKA	PGPT0004925_316	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_TELLURIUM_RESISTANCE	TELLURIUM_RESISTANCE-TER-SYSTEM,PGPT0004925-tehB-K16868	NA	NA
JZ016_04281	339			hypothetical protein	ATGAACAACCATAATCATTTTGGTTATCCAGCCCCGCCTGCGGGTTATGCACCGGGTTACTATGCCTATCCCCCGCCCCAACCTATACCGCCGAATTACGCGCCGCGTACCCCGGCAATTCCGCAGCCAGCCCACTACGCAGCGCTGGTTGAACCGGTATTTATTGAACATCTGCTCCGGCATAAAGGAGCCAAGGTAGTCATTATGACCACCGCGGGAAAAGTCGATGGGATCTTATCCGGCGTTGCGGTGGATCATCTTCAATTGACGGTCGGGGATCATAAAGCGCTGCACATTCGTCTGGCCGAGGTGGTGTACTTCGAGGGAGTTCCGTTCTGA	MNNHNHFGYPAPPAGYAPGYYAYPPPQPIPPNYAPRTPAIPQPAHYAALVEPVFIEHLLRHKGAKVVIMTTAGKVDGILSGVAVDHLQLTVGDHKALHIRLAEVVYFEGVPF				NA	NA	NA	NA	NA
JZ016_04282	777	aphA4		Aminoglycoside 3'-phosphotransferase	ATGAAAAAAGTACGTATTCCATTCGACATCAAGGCGCTGCCTGCCAGCTTGCAGCCATATATCCAAACCGCTGCCGTCTATGACAGCAGCTCATCGGAACAGGCCAAAACCCTGTACATCGAGGGAGCGAACCAACCGATGTTTTTGAAGATAACGAAACGGGGTGAACTTAAGAGAGAAGGGATGATGTCGGATTATCTGCACGGAAAAGGCCTGGCTCCCAAGGTGCTGGCTTATGAGCAGCATGGCGAGAACGACTACCTGCTGACCGTCGCCCTGCAAGGGCATGATGGGGTGTCCGGAGGCCATCTGAAGGATCCGAAGCGGCTGGCTGCCGTGTTTGGGGAGAGTTTGCGTTATCTCCATTCTGTATCTGCTGCCGATTGTCCATTTCCGAATCGAACGGCTGAACTTCTCCAGGAATATCAGGAAAGTTTCATGAACAAAACGGAAGATATCGAAGGGTTTCCGGGCGGAAGAGAACAGGCTCTATTAAGCCTTAAGAAGCTGCAAGGAACGGCAGATCATGATGTGCTGCTCCACGGCGATTATTGTCTGCCGAATCTGATAATGAGGGATTTCCAGCTTGAAGGTTTTATCGATCTGGGTTATGGCGGGATCGGAGACCTTCACTACGACCTCTATTGGGGGATATGGACGCTGCGATATAACCTGGGGAACGATGACTACAAGGATATTTTTCTCGACCATTACGGCCGAAACGATTTCGATCCGGAGAGATTGGCGTTATGGACTGTACTGACGGATCGTATCTAG	MKKVRIPFDIKALPASLQPYIQTAAVYDSSSSEQAKTLYIEGANQPMFLKITKRGELKREGMMSDYLHGKGLAPKVLAYEQHGENDYLLTVALQGHDGVSGGHLKDPKRLAAVFGESLRYLHSVSAADCPFPNRTAELLQEYQESFMNKTEDIEGFPGGREQALLSLKKLQGTADHDVLLHGDYCLPNLIMRDFQLEGFIDLGYGGIGDLHYDLYWGIWTLRYNLGNDDYKDIFLDHYGRNDFDPERLALWTVLTDRI	PGPT0028740_65	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028740-aphA-K00897	NA	NA
JZ016_04283	501	mshD_3		Mycothiol acetyltransferase	ATGTACATGAGTTCATATCATATTCGAGTCGCTGGCCGGGAGGATGAATCCTTTCTACGGGAAATGCTGTATGAGTCCCTGTATGTGCCCGAGGGAGAGGAGCCTTTCAGTCGGGACATACTCGAAGAGCCGTTCATGAAAAAATATGTGGAGGACTGGGGGCGAGAGGGCGATTTAGGCTATATTGCCGTGAATGCCGCAGGGAAGCCGGCAGGCTCAATTACGATCCGTTATTTTGATGAAGGGAACAAAGGGTTCGGTTACGTGAGTGACGACATTCCGGAACTGGGCATGGCGCTGCTGCCGGAATCCCGCGGGCAAGGGCTCGGAACGGCCCTGATGAAGGAATTGTTCAGAGGAATGAAGGAGCGGGGAATTCAAAAGGTATCGTTAAGCGTCGCTCCGGAGAATACGGCCGCTATGAAATTATATGAGCGGTTCGGATTCCAGGAGGTGGGCATGAGCGGAACCTCTATCACGATGCTTGCGGATGTAATCTGA	MYMSSYHIRVAGREDESFLREMLYESLYVPEGEEPFSRDILEEPFMKKYVEDWGREGDLGYIAVNAAGKPAGSITIRYFDEGNKGFGYVSDDIPELGMALLPESRGQGLGTALMKELFRGMKERGIQKVSLSVAPENTAAMKLYERFGFQEVGMSGTSITMLADVI				NA	NA	NA	NA	NA
JZ016_04284	552	aacA-aphD		Bifunctional AAC/APH	ATGCTGGTGTACGAGGCTGGACCGATTACGGTTCGCGAGCTGGAGGAGCAGGATGAAATATCCTTGGCTTCATGGCTGTCCAATCCGGATGTGCTGCAGTATTATGAGGGACGGGACAATCCTCACGACGTGGAGCGGGTGCGGGAGCATTTTTACGTGGATGATGATGAGACTCGCTGCATCATTGAGCATGAGGGGAAACCGATCGGATATATTCAGTTTTATCTTCTGGATGAAGAGACGTTAGGCGAGTATGGATATAACGAGAGTGATGCAGACTGCAGAACCTTCGCCACGGATCAATTCATCGGGGAGCCGGATTATTGGAATCGAGGCATCGGTACGAAGCTCATGACTTCCATGGTGGAGTATCTCGTGTTTCAGAGGCAGGCTGATCGGATCGTAATGGACCCGCAGGCATGGAATGAACGGGCGATTGCTTGTTACGAGAAGTGCGGCTTCCGGAAGGTCCGACTGCTGGAGAAGCATGAACAGCATGAAGGTGAACTGCGGGACTGCTGGATTATGGAGTATCGGGCAGAGCGAAAGTAA	MLVYEAGPITVRELEEQDEISLASWLSNPDVLQYYEGRDNPHDVERVREHFYVDDDETRCIIEHEGKPIGYIQFYLLDEETLGEYGYNESDADCRTFATDQFIGEPDYWNRGIGTKLMTSMVEYLVFQRQADRIVMDPQAWNERAIACYEKCGFRKVRLLEKHEQHEGELRDCWIMEYRAERK	PGPT0028650_47	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028650-aacA-K00663	NA	NA
JZ016_04285	1422			NAD-dependent malic enzyme	ATGAATACCAGCAAACTAGGCGGCAAAAGTGTCATCGCAAGAATCGAAATGCATACGGAAGAAGCAAGCTTCGGCGAAGTAACGGCCGCCATCTTCGAGGCGGGAGGCGATATCGTGGCCATTGACGTTATTCAGACGAGCAAGCATACCACGATTCGCGACGTTACCATCACAGTGATCGACACTATCGACATCGACATTATTGCCGAGCGCATTCGCACCATGTCCGGCGTTCAGCTGCTGCATCTATCTGACCGCACCTTCCTGCTCCATCTTGGAGGAAAGATTGAAACCAAGCTGAAAGCTCCGATCCAGAACCGCGACGACCTCTCCCGCGTCTATACGCCGGATGTTGCTCGCGTATGCATGGCAATCCACGAAGAACCGCGTAAAGCCTTTACGCTCACCGTCAAGCGTAACACCGTAGCTGTCATCTCCGACGGCAGCGCCGTCCTGGGACTTGGCAATATTGGCCCCTATGCGGCCATGCCGGTGATGGAGGGTAAGTCGATGCTCTTCAAGCAGCTAGCGGATGTGGACTCCTTCCCAATCTGTCTGGATACACAGGATACCGAAGGCATCATTACGGCGATCAAAGCGATCGCTCCCGCGTTTGGCGGTATCAATCTGGAGGATATCTCCTCGCCGCGATGCTTTGAGATTGAGCAGCGTCTGCGCGAGGAATTGGACATCCCGGTGTTCCATGACGACCAGCATGGAACCGCCGTCGTCCTGTATGCAGCCTTAATCAATGCGCTGAAGGTCGTCGGTAAATCCGTAGAGAATCTGAAGGTTGTCGTCTGCGGCATTGGCGCCGCCGGCGTTGCCTGCAGCAAAATACTTATGTCGGCGGGCGTGAAGAACATCATCGGCGTCGATCGCCTCGGCGCGCTGACCGCCGATCAGACGTATGACCATCCCATGTGGCAATGGTACGCCAGCAACACCAACCCCGAACGGCGCTCCGGTTCACTTCAAGACGTCATCCAGGGCGCCGACGTATTCATCGGCTTGTCTGCCGGCGGAATCCTGAAGAGAAAGGATGTTCAGACGATGGCAGAGCGCCCGATCGTCTTCGCAATGGCCAATCCGATCCCGGAGATTCTGCCGGAGGAGGCGGAGGATATCGCGGGTGTCATTGCAACAGGCCGCTCGGATTACCCGAACCAGATTAACAACGTGTTATGTTTTCCCGGTATTTTTCGCGGTGCCCTGGACTGCCGAGCCTCCGCCATCAACGAGGAGATGAAACTCGCCGCGGCCGAAGCGATCGCATCGGCGGTCACGGACAAGGAACGGAGCCGGCATTACATCATTCCGAGCGTATTCAACCAGCAAGTCGTCAGCGGCATCCGGGACCTTGTCATCCAGGCAGCCATCCGAACCGGGGTCGCGCGCCGTATTCCAAGGGAATACCGCTAA	MNTSKLGGKSVIARIEMHTEEASFGEVTAAIFEAGGDIVAIDVIQTSKHTTIRDVTITVIDTIDIDIIAERIRTMSGVQLLHLSDRTFLLHLGGKIETKLKAPIQNRDDLSRVYTPDVARVCMAIHEEPRKAFTLTVKRNTVAVISDGSAVLGLGNIGPYAAMPVMEGKSMLFKQLADVDSFPICLDTQDTEGIITAIKAIAPAFGGINLEDISSPRCFEIEQRLREELDIPVFHDDQHGTAVVLYAALINALKVVGKSVENLKVVVCGIGAAGVACSKILMSAGVKNIIGVDRLGALTADQTYDHPMWQWYASNTNPERRSGSLQDVIQGADVFIGLSAGGILKRKDVQTMAERPIVFAMANPIPEILPEEAEDIAGVIATGRSDYPNQINNVLCFPGIFRGALDCRASAINEEMKLAAAEAIASAVTDKERSRHYIIPSVFNQQVVSGIRDLVIQAAIRTGVARRIPREYR	PGPT0001350_1621	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001350-maeA|sfcA|ywkA-K00027	NA	NA
JZ016_04286	1527			hypothetical protein	ATGAATGTTCTGGATTATCTGGCGGACGGCTTTATGACCGCCTTGCAGTGGCATAACCTGCTCTTCGCCTTTTTAGGCGTGCTGATCGGCACTTCGGTCGGGGTGCTTCCCGGCATCGGTCCGATGAGCGGCGTCGCGCTTCTGATCCCCGTCACTGCCTCGTTGACTAGCGGCTTGCCGGCGGAAGCGGCAGCAACCAGCTCAATCATTCTGCTGGCAGGCGTTTATTATGGAGCCATGTATGGCGGATCTACAACTTCGATTCTGCTGAACACGCCCGGAGAGTCCTCTTCCGTCGTTACGACGCTGGACGGCTACCAGATGGCGAAGCAAGGCAGGGCAGGCCCCGCCTTGTCCATCGCTGCAATCGGCTCGTTCGCAGCCGGGCTCTTCGCGCTTGTGGCGTTGATCGCACTGGCGGAGCCTTTATCCAATGTAGCGATTAAATTCGGCCCAGCTGATTATTTCTCGCTCATGCTGCTGGGACTCTGTGCAGTAAGCGGGCTTGCAGGCAAATCGATCACCAAGGCACTCATTATGACCGTATTCGGTCTGCTGCTCGCTACCATCGGCATGGATACCGTATCCGGCGTCGCCCGATTCACCTTCGATATCCCCATCCTGTATTCCGGACTGGAATTTCTAACGATTGCCGTCGGTTTGTTTGCCCTTGGCGAAGTGTTTAAATCCATTCTGGAGAGGGACTACGCAGCGGGTCCAACTTCCAAGATCGGCCGCATCCTGCCGACACGCCAAGACTTGAAGGATAGCGCAGGACCGATTGCCCGCGGCTCGATCCTCGGCTTCTTTATCGGCATCCTGCCGGGGGCCGGCGCAACGCTTGCTTCCTTCTTCAGTTATATCGTTGAGAAAAAGGTTAGCAAGCATCCCGAATCCTTCGGCAAAGGCAACATCGCTGGCGTTGCTGCACCCGAGTCAGCCAACAATGCGGCATCCGGAGGCGCTATGATCCCTCTGCTGACACTGGGTATTCCGGGTTCCGGAACAACTGCCATCCTGATGGGGGCACTCATCATGTACAACATCCAGCCAGGCCCGCTGCTGTTCGAGGAGCACCCTCAAGTTGCATGGGGACTGATCGCCAGCATGCTCATCGGTAACCTGCTTCTGCTTGTACTGAACATGCCGCTGGTTAAAGTATTTGCCAAGGTCATTCAGACCCCGGCCAAATATCTCATACCGATCATCATTGCCATCTCCATCTTTGGCGTTTACGCCGTTCAAGCACAGATCTTTGACCTGGTCCTGCTGCTCATCTGCGGCATTGCCGGCTTCCTGCTGGCCCGCAATGACTTTCCGCTCGCGCCGCTGGTGCTCGGGCTCGTGCTGGGTCCCATGATCGAGAACAATATGCGCCGGGCGCTGACCACATCCAACGGCGACTTTATGATCTTCCTGCAGAAGCCGATGTCGCTGGCATTCCTCATCATCGCCTTGCTCTGGATTATCGTTCCGATTCTACTCAAGCGAAGAGGCAAGGAAGTTGTCGTGAACGAAGAAGGCTAA	MNVLDYLADGFMTALQWHNLLFAFLGVLIGTSVGVLPGIGPMSGVALLIPVTASLTSGLPAEAAATSSIILLAGVYYGAMYGGSTTSILLNTPGESSSVVTTLDGYQMAKQGRAGPALSIAAIGSFAAGLFALVALIALAEPLSNVAIKFGPADYFSLMLLGLCAVSGLAGKSITKALIMTVFGLLLATIGMDTVSGVARFTFDIPILYSGLEFLTIAVGLFALGEVFKSILERDYAAGPTSKIGRILPTRQDLKDSAGPIARGSILGFFIGILPGAGATLASFFSYIVEKKVSKHPESFGKGNIAGVAAPESANNAASGGAMIPLLTLGIPGSGTTAILMGALIMYNIQPGPLLFEEHPQVAWGLIASMLIGNLLLLVLNMPLVKVFAKVIQTPAKYLIPIIIAISIFGVYAVQAQIFDLVLLLICGIAGFLLARNDFPLAPLVLGLVLGPMIENNMRRALTTSNGDFMIFLQKPMSLAFLIIALLWIIVPILLKRRGKEVVVNEEG	PGPT0017350_857	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017350-tctA-K07793	NA	NA
JZ016_04287	456			hypothetical protein	TTGAACAGAACGTTTGACCGCTACGCCAGCATCGTATTTCTGCTCCTTGGCATCGGCTTTATGTGGCAGAGCGCCAAGATCAGCTCATCCGCGTACGGAAGCACCGTTGGCCCTAACATATTCCCGTTCGGCCTCGGGCTGGCGCTTGTGCTGCTGAGCATTCGTTTGTTTTATGAAGCCCTGAAAGCCAAGCCGACGGAGAATCGTACAGAGAAACTGGACTACAAACGGTTCTTCATGATTTTTGCGGCAGCCTTTCTCTATGCCTATTTCCTGGAATTCATCGGATATATCATCGGTACCTTCCTGTTCCTCCTGTTTGCGTTTCAGACGCTGGAACGAGGCAAGTGGCTGAAATCCATTCTAATCTCCGCGCTGTTCTCCGGCGGCGTGTACGTCATCTTTGTCGTCTTGCTGGAAGGCTCCATGCCGGGCTTCCCGTCTTGGCTATCATGA	MNRTFDRYASIVFLLLGIGFMWQSAKISSSAYGSTVGPNIFPFGLGLALVLLSIRLFYEALKAKPTENRTEKLDYKRFFMIFAAAFLYAYFLEFIGYIIGTFLFLLFAFQTLERGKWLKSILISALFSGGVYVIFVVLLEGSMPGFPSWLS	PGPT0017355_2167	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017355-tctB-K07794	NA	NA
JZ016_04288	1008			hypothetical protein	ATGCTGAAACGAACCGGCTTCAAAATCATAGCTTCTGCACTTGTCCTGGCGATGAGCCTGACAGCCTGCAGTACTTCCGGAAGCAGCACCGGCGATTATCCGAAAAAACCATTTATCGTGACCGCGCCTTCAGGCGCCGGCGGTGGGTGGGACAAAACGGCCCGTTCCCTCACCAAAGTATTAACGGAGACGAAGCTCATCGAACAGACCATGACCGTTGAGAATAAACCCGGCGGCGGCGGGACCGTATTTCTCGCGGAATATGTAGCAAAAGACAACGAAGATCCCTACAAGCTATTCGTGAGTTCTCCGCCAATTCTCATTAACAATCTGAAAAAAGAAGGGAACAGTCCGTTCGGCTACAAAGACGTGACACCGCTCGCCCAAATGACCAAAGACTATGGAGCGATTGCAGTACCGGCAAACTCCAAATTCACCGACCTGCAATCGCTGATCGACGCGATCAAAGCCGATCCCACTTCAGTCACGCTAGCTGGTGGCTCCGCTCCGGGCTCGATGGACCACTTGATCAGCGTTCTGCCTGCATTCAAATCCGGCGTGGATCCGAGAACCGTGAAGTACTTATCCTATGATGGCGGCGGCGAAGCCATCGCGGCCCTCCTCGGCAACAATGCCGACGCGATCGGCACGGACATCTCTTCGCTCGGCAGTTACTTGAAAGCCGGCAAGATCAAAATTCTGGCCGTTACTTCAAGTGAACGCCTGGGCGGAGACTTCGCAGATGTACCGACCCTGAAGGAGCTCGGTCTGGATGCCGAATTTACGATCTGGCGCGGCGTATTCGGTCCGAAGGGACTGACGGAAGAACAGCTGGCCTTCTGGGATAAAACGCTGAAGGCCCTCTCCGAGAACGAAGCATGGCAGAAAGAGCTGGTTGCCAACGACTGGGCAAGCGAATACCGAAACGCTGCTGACTTCAAGGCATTCCTTGAAGAACAGGAGCGAGACGTGCAGGAGCTGCTCACAGCGCTGGGTATGCAGAAGTAA	MLKRTGFKIIASALVLAMSLTACSTSGSSTGDYPKKPFIVTAPSGAGGGWDKTARSLTKVLTETKLIEQTMTVENKPGGGGTVFLAEYVAKDNEDPYKLFVSSPPILINNLKKEGNSPFGYKDVTPLAQMTKDYGAIAVPANSKFTDLQSLIDAIKADPTSVTLAGGSAPGSMDHLISVLPAFKSGVDPRTVKYLSYDGGGEAIAALLGNNADAIGTDISSLGSYLKAGKIKILAVTSSERLGGDFADVPTLKELGLDAEFTIWRGVFGPKGLTEEQLAFWDKTLKALSENEAWQKELVANDWASEYRNAADFKAFLEEQERDVQELLTALGMQK	PGPT0017360_539	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017360-tctC-K07795	NA	NA
JZ016_04289	1611	citS	COG3290	Sensor protein CitS	ATGCGTTTACAGACTAGATTGATTCTGCTTATAGGCACCCTTTTGTTTTCTGTTATTGTCGCCTTGACCTTCAGTTTTGAGCGGCTGCTCGTCACAACGCTGGAGAAGAGCATTGGCGCTTCGGCATTAAAGCTGGCGAAGGCCGTGGCGGAGATGGACGTCATTCAGGACGCGTTCGAGGAAGAGAACCCGTCTGCCATCATTCAACCTGTGGTGGAGGAAATTCGGCTGGAGACAGACGCGGAATATATCGTCATCGGTAATCGAGAAGGGATCCGTTATGCGCATCCGCTCGCCGATCGGATCGGCAAAGAGATGGTCGGTGGCGACAACGGCCCGGTATTACAGGGCATGAGCATCACATCGAAGGCGATTGGCTCCATGGGACCCTCGCTTCGGGGGAAGACGCCGATCTACAATGATAAGAATGAAATCATCGGTATCGTATCGGTCGGCATTTTAATGAAGGATATCGAGATATCGGCACAATCGTATCGCAATCGTGTCCTGTTCTTTGCAGGAATTGCGTTAATCCTGGGATGTGGCGGCGCTATATGGATATCGTCCAGCGTCAAGCGATCCATTCACGGGCTGGAGCCCAAGGAAATCGGCTTGTTATATCAAGAGAAACGGGCGATTCTGGAAACGATTCATGAAGGCATTATCGCTGTCAATCGGGAGGGCATCGTAACCTTGGCCAACCATACAGCCATGATGCTGATTGATCCGGAGGAGCGCAGGGTGATCGCCGGACAGTATATTCACGACGTTATCCCGGGCACCAGGCTGCTGGAGGTGATGCAAACCGGGGTAGCAGAGAAAGATCAAGAGATGGTCATTAACGATCATGCGGTTGTGGTGAACCGGCTGCCTATCTATGATCATGAGCATCGGATTGTAGGGGCGGTCTCCAGCTTTCGAAACAAATCCGAGCTGCTGCACTTGACCGAAGAGCTCACGCAGGTGAAGAGATATACGGAAGCGCTGCGCGCGCAGACGCACGAATATTCCAATAAGCTGTATACGATATACGGCTTGATTCAGCTGGAATCGTACCAGGAGGCGATGGATCTGATTACGCATGAGACCGATGTGCACCAGAACCTGATTCAATTCCTGCTGCAGGAGATTCCCGATCCCATCATCGGCGGCATTCTTATTGGAAAGTTTAATCGCGGAAGCGAGTTGAAGGTGAAGGTTGAGATCGACCGGAGCAGTTCCTTTAAAGACATTCCCAGTCATATTAGCCGAAACCAGCTCGTTACTATTATCGGTAATTTGATCGACAACGCCATGGAGGCAGCAATGGGATCCAAATCGGAGAATAGATGGGTTAGGATAGAGTTACACGATCAGGCCAATGAATTAATGATCGAAGTATCCGACAGCGGGACCGGTATTGCCGAGGCTGGAACGGATCGACTGTTTGAGTTGGGTTACTCCACCAAGGGGGAACGCAATCGAGGTTTTGGCCTATCGATCGTCAACGGGACCATACAGCAGCTGCAGGGTACCATTGCATTCCGCAACCAACCTGAAGGCGGGGCCGTGTTCACGGTCAAGATACCAAAAACAAGGGGAGATGTTCATGATTCGGGTAGCAATCATTGA	MRLQTRLILLIGTLLFSVIVALTFSFERLLVTTLEKSIGASALKLAKAVAEMDVIQDAFEEENPSAIIQPVVEEIRLETDAEYIVIGNREGIRYAHPLADRIGKEMVGGDNGPVLQGMSITSKAIGSMGPSLRGKTPIYNDKNEIIGIVSVGILMKDIEISAQSYRNRVLFFAGIALILGCGGAIWISSSVKRSIHGLEPKEIGLLYQEKRAILETIHEGIIAVNREGIVTLANHTAMMLIDPEERRVIAGQYIHDVIPGTRLLEVMQTGVAEKDQEMVINDHAVVVNRLPIYDHEHRIVGAVSSFRNKSELLHLTEELTQVKRYTEALRAQTHEYSNKLYTIYGLIQLESYQEAMDLITHETDVHQNLIQFLLQEIPDPIIGGILIGKFNRGSELKVKVEIDRSSSFKDIPSHISRNQLVTIIGNLIDNAMEAAMGSKSENRWVRIELHDQANELMIEVSDSGTGIAEAGTDRLFELGYSTKGERNRGFGLSIVNGTIQQLQGTIAFRNQPEGGAVFTVKIPKTRGDVHDSGSNH	PGPT0019555_185	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019555-malK|yufL-K11614	NA	NA
JZ016_04290	693	citT	COG4565	Transcriptional regulatory protein CitT	ATGATTCGGGTAGCAATCATTGAGGATGATGTGCGTATTGCCAGCATTAATCAACGGTTCGTTGAGAAGGTAGAGGGCTTCGAGGTCGTCGGCATTGCAACGGATCGGGCCCAGGCGCATGAGCAGCTGGATATTCTGGCACCTGATCTGGTGCTGCTGGATTTGTATTTCCCCGATATGTCGGGATTGGATCTGCTGCAGCATATTCAACGGGGATATCCGAATACCGATGTTATTATTATAACGGCAGCCAAGGAATTCGATACGGTGCGGGAGGCGATTCGCGGCGGAGTGTACGATTTTATGATCAAGCCGGTGGTCTTCGACCGTTTCCAGGAGAAGCTGAAAGCTTATCGGAAATATTACGAGCAGATGAAGCAGCTCGGCGGCGCGAACAAGCAGATCGATCAACAGGGCATTGACCAGCTGTTATGGCGTGCCGGTGAACGGATGGACAGGGAAGTATATTTTCCAAAAGGCATCGATAAACTGACGAGCGAGAAAATCCTATCCTACATCGAGGAGTCCGGGGACGTGTGGACCGCGGAGGAACTGGGCAAACGTGGAGGCTTTAGCCGAACGACGGCGAGAAGATATCTGGAGTACTTCGTGGAGAAGGGCGTCCTCGTGGCGGATATTTCCTATGGCACGGTAGGCAGGCCGGAACGGGTATACCGGAAAGCGGAGGATTAA	MIRVAIIEDDVRIASINQRFVEKVEGFEVVGIATDRAQAHEQLDILAPDLVLLDLYFPDMSGLDLLQHIQRGYPNTDVIIITAAKEFDTVREAIRGGVYDFMIKPVVFDRFQEKLKAYRKYYEQMKQLGGANKQIDQQGIDQLLWRAGERMDREVYFPKGIDKLTSEKILSYIEESGDVWTAEELGKRGGFSRTTARRYLEYFVEKGVLVADISYGTVGRPERVYRKAED	PGPT0017220_239	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_CITRATE_SENSING|UTILIZATION,PGPT0017220-dpiA|citB-K07702	NA	NA
JZ016_04291	657	gph_5	COG0546	Phosphoglycolate phosphatase	ATGATTACTACCGTTGTTTTTGATCTGGACGGGACCCTGCTTGACCGCGATACATCACTGGTTCGCTTCGTACAAGACCAATATGATCGTTTATTGCTCCATGATGCGTCAGTGGACAGAGAGGTGTATGTGAGACGGTTTGTTGAGCTGGATCGCAGGGGATATGTATGGAAGGATCAAGTATATCGTCAGCTAATCGAGGAGTTTGCTCTACCTCTGCCATGGGATACCCTCCTGGCCGATTACATATCCGAGTTCCATCATCATTGCGTCGGTTTCCCCAATCTGTATGCAGCGTTGGACAGCTTGAAAGGTAAGGGAATAAAACTCGGACTGATCTCCAATGGTTACGGCGAATTTCAATATAACAATATCAAGGGACTTGGCATCGAGCCTTATTTTGATCTTATCGCGATTTCGGAATGGGAGGGTTTACGCAAGCCCGATCCAAGGATTTTTGCCAATACATTAAGTCGTCTTAAATCAAAGGCCGAAGAATCGATTTATGTCGGAGACCATCCGGACAACGACGTAACCGCAAGCCGGCGTATCGGCATGAAGGGCATCTGGAAGCGAGATCCCTACTATGATCCGGACTTCGCCAAGGATGGGGAGATTACCGATTTGCTTGAGATTATCGATTATTTGCAAAATTGA	MITTVVFDLDGTLLDRDTSLVRFVQDQYDRLLLHDASVDREVYVRRFVELDRRGYVWKDQVYRQLIEEFALPLPWDTLLADYISEFHHHCVGFPNLYAALDSLKGKGIKLGLISNGYGEFQYNNIKGLGIEPYFDLIAISEWEGLRKPDPRIFANTLSRLKSKAEESIYVGDHPDNDVTASRRIGMKGIWKRDPYYDPDFAKDGEITDLLEIIDYLQN				NA	NA	NA	NA	NA
JZ016_04292	414			hypothetical protein	GTGAATCGAAATAAAACCATGACCTTAACAGGCAAGGGTGAGAAGTGGAAAGCAACTTATGCCATTACCCATCAGGATAAGATCAATGCGAAGTTTACCGTGCTTCAGGATTCGCTTGGCGGAAAGCTGAAGCTGCAGTACTTAGGAAAGGAACCTCTCGACCATGGCAAAGTAGACTATCGGCTGGAGGATATGGCGGGCCACTTTATGGAGGGCGGAATCGTCGTGGGGATCGACTATGCTGCCGTGAAGGAAACCAAAGGGAAGCTTGATTTGGAGCATCTGCTTGATATGATGAACCCTAACAAGGATCTAACCCTAAAGATAGAGTGGAACGGGCATCGTGAGCAGTTCACGCTGGGACTTCCCAGGAAGATCAGCTTTGGAAAAGATGCGCGTAAGCAGAAGAAATAA	MNRNKTMTLTGKGEKWKATYAITHQDKINAKFTVLQDSLGGKLKLQYLGKEPLDHGKVDYRLEDMAGHFMEGGIVVGIDYAAVKETKGKLDLEHLLDMMNPNKDLTLKIEWNGHREQFTLGLPRKISFGKDARKQKK				NA	NA	NA	NA	NA
JZ016_04293	1107			hypothetical protein	ATGCTGGAAGCCTATCTGTTTCCTATATCTTATGCATTTTTAACCTTTCCCATAGCGGCTTTGCTGTGCGCAGTTCCCTTTCTGATCGTGCAGTATCGCAAATATGGTTATTTTAATAAATTCCGGGGATTTCTGCTGTATCTATTTCTTCTCTACATGATGAACGCGGTGTATCTGGTGCTCCTTCCTTTGCCTGCCTCGCGGCATAATGCCCCGATGAATGTGGCCTCGGTCATGCAGTGGATTCCGCTGAATTTTATACAGGATATATTGAAGGAGACCAAGGTGGTATGGGGCGTACCCTCGACTTACCTGCATTTGTTGAAGGAAAGAGCCTTCTTGCAGGTCGTGTTTAACGTATTTCTCGTGGTTCCGTTCGGTATGTTCCTGCGTTATTACGCTCGGGCATCCTGGGTTACGTGCCTGGTGGCCTCATTCGGACTCTCGCTGTTCTTCGAGGTGACCCAGGTGACCGGCATTTACGGCATCTATGATCACCCTTACCGGTTGTTTGATGTGGACGATCTGCTGTTGAATACCATGGGTGGGATGATGGGATTCTTGCTCGCGGATTGGATGAAAAATCACCTGCCACGCCTTGATCGACTGGACGAGACGGTGGATCTGTCGCAGAAACGGGTCAGTTATACGCGCCGGGCGATCGCTTTTGGCATTGATGCAGGGGTCGTGCTGCCGATCATCGGCGTGTTGACCGTACTGAACGTGAGGGGTGCGTATTTTATTGTCGTCATTTTATATCATATCGTGCTGCCTTATATGATGCAGGGACAGACGCTGGGGAAATGGGTCGTCCGGGTTCAGATCCGCGGAGCGGGCGAACATCTGAAGCTGAAGGAAGTGATTGTTCGCAACGGCCTGCTGTATGTGGTATGGGGCGGGTTCCATGCCCTGTTCATTACGGTTAATGTCACCGGCTCTCATGTCCTGCTTGCGATGTACGCGCTGGGGATATTGCTGCTGGACGGCGTTGTGTTCCTTCACATGCTGTTATGTCTCATCCATCGTGACCGGAAGCTGCTGCATGAAGCCAAGAGCGGAACGAGGCTGGGTATTGTAGAGAATAAACCATTAACCAAGACGGATTAA	MLEAYLFPISYAFLTFPIAALLCAVPFLIVQYRKYGYFNKFRGFLLYLFLLYMMNAVYLVLLPLPASRHNAPMNVASVMQWIPLNFIQDILKETKVVWGVPSTYLHLLKERAFLQVVFNVFLVVPFGMFLRYYARASWVTCLVASFGLSLFFEVTQVTGIYGIYDHPYRLFDVDDLLLNTMGGMMGFLLADWMKNHLPRLDRLDETVDLSQKRVSYTRRAIAFGIDAGVVLPIIGVLTVLNVRGAYFIVVILYHIVLPYMMQGQTLGKWVVRVQIRGAGEHLKLKEVIVRNGLLYVVWGGFHALFITVNVTGSHVLLAMYALGILLLDGVVFLHMLLCLIHRDRKLLHEAKSGTRLGIVENKPLTKTD				NA	NA	NA	NA	NA
JZ016_04294	618			hypothetical protein	ATGGGGTTGCTGTTTATTTCCAATCAGCATCTGGGCTATTCGTTCGGGGATGATCTGTTTCGCTGGGCAGGGATCTCGCCATGGACTAAGCAAGGCAACTTAGGTCTTCATCTGCCCGTTATTGCAGGTCTTATCTTATTGGCGATCGGCGTTCTGTGGGTAACGAGCATTTATCGCCCGCATTATCCGAAGATCATGAGCCGGGTGATGATTGGCTGTGTTGCATGGATCGTTATTTTCCCATTCATATCAGAGTTTGTGATGTATGTTGTGAATTATAATTCGAGCGGAATATCCAGCGTCGCCTATACCAAAAAAGACAGCAAATGCGATTATCGTACAGAGAACGAGGCTATTCTGGCACGCTGCCAGATTCAAATTTACAGTTATGGTACCGAGCAGCAGGTTACGGTACGCCCGCTAAGCCTTGATATTGGAGGGAAGATGGTTGATTTCGAGCCTAAGGTGGTTACGGTTCGGCCACGAGGGGTGGTGCAGGTCGAAGAAACCTTTGAGGGTTCGACAGAGCAAATCGATGCTTCATACGGTGTTTCGGGCGGAATAAACGAGCCAGGCATCGAGTTGATCGTCGATGGCAGGAGCAAGCAGGTGAAGTAG	MGLLFISNQHLGYSFGDDLFRWAGISPWTKQGNLGLHLPVIAGLILLAIGVLWVTSIYRPHYPKIMSRVMIGCVAWIVIFPFISEFVMYVVNYNSSGISSVAYTKKDSKCDYRTENEAILARCQIQIYSYGTEQQVTVRPLSLDIGGKMVDFEPKVVTVRPRGVVQVEETFEGSTEQIDASYGVSGGINEPGIELIVDGRSKQVK				NA	NA	NA	NA	NA
JZ016_04295	462			hypothetical protein	ATGAAACCGATACGAAACTCGGCCAAGGCCGTCATTATGCGGAATCATCAAATTCTTCTAACGAAAAACGTAGATCATTTGGGGGATTTCTATCTGTTCCCTGGCGGCGGACAAGAGAAAGGGGAAACCTTGGTACAGGCGGTGATCAGAGAGTGCCAGGAGGAAATCGGGCGTAAGGTGGAAGTTCGCGATCTGCTGCACGTCCGTGAATACATAGGGTCCAACCACGAGTTTGCGGAATGGGATTCCGATGTGCACCAAGTGGAGTTTTATTTTGAGTGCAACTTGGCGGATGCAGGGGATACCTTTCTTGGCCATAACCCGGATGAATACCAGGTGGGTGTGGAATGGATCGATCTGCCCGCATTGGATGACATTAGAGTATACCCTCGCTCCTTGGTTAAGCCGCTTCAGGATAAGGCTGCGCGCCCCGTGGTTTGCTATGTTGGCGATACGAACTGA	MKPIRNSAKAVIMRNHQILLTKNVDHLGDFYLFPGGGQEKGETLVQAVIRECQEEIGRKVEVRDLLHVREYIGSNHEFAEWDSDVHQVEFYFECNLADAGDTFLGHNPDEYQVGVEWIDLPALDDIRVYPRSLVKPLQDKAARPVVCYVGDTN				NA	NA	NA	NA	NA
JZ016_04296	204			hypothetical protein	ATGGATCAATGGGAATACAAAACGCTGAAATACAAAACCGGAGGATTTCTCGGAGGCAAGGTGAACGAGGAGGAATTCGAGGATTTATTGAACAGCTACGGAATTGACGGCTGGGAATTGATCTCGTGCTTTGATACGAGCGTGCATCAAGGCCAGTCCAGAGACATCATTGCCGTGATGAAGCGAAGGGCATATCTGGGGTAG	MDQWEYKTLKYKTGGFLGGKVNEEEFEDLLNSYGIDGWELISCFDTSVHQGQSRDIIAVMKRRAYLG				NA	NA	NA	NA	NA
JZ016_04297	750			hypothetical protein	ATGATCATTCGCGAGACAGAGGATGCTTTTGTGATGACTACCCAGGACGACCATGGCCGATTCTCGGGCGATGTTGCCCGGGGCTTCCGGCGAGAGCTGTTTATGGATGAGTCTGTATTGGAAGAAGTACTGCTGGCTATTACCGAGCATGATCGCGCTTGGCTTAGGATGGATGACACGCCGATTTGGAATGACGAGAGCCGGACTCCGTATACTTTTATCGATTATCCGGTCCAGCCGAAAATGCTAATGTATACCAAGGGTGTTGATGAGATCGAAGCGATGAGTCCTTATGCAGGGTATCTCTGCAGCCTTCATTTTGCGTCGTTTATGAAAAATGCGGCGGAAGCCCCGCTGGTAGAATTCTACCGTTCGGAGACGGAACGGCAAAAAAGACTGCGTGAACAGTTTTCATTTCCCGATGAAGATGTGGTTAACAGGCAGTTTGGCCTGCTGCAGCTGTGCGATGATATCTCGCTCTATGTAAACATGAATGCACCCGGTGTTCCCAAGGATCAGGAGCATCCTTGGTTCAAAGAGGGCTTCGATATGTCAATCGATGGGGAAAAGGTCATGGCGTCCTGGGCAAGCGAGCATGAGATTCAATTGCGTCCATTTCTGTTCGAACAGGCATGGTCGGCTTCAGTGAAGTGGAAATATGTGCTGAAGGCGAAGATTGATCAGCAGGGAGTGGCCAAGGCATTTGATAGAGCAGTGTGGACGGAGCAGACGGTTACTTTTGTACCGTAA	MIIRETEDAFVMTTQDDHGRFSGDVARGFRRELFMDESVLEEVLLAITEHDRAWLRMDDTPIWNDESRTPYTFIDYPVQPKMLMYTKGVDEIEAMSPYAGYLCSLHFASFMKNAAEAPLVEFYRSETERQKRLREQFSFPDEDVVNRQFGLLQLCDDISLYVNMNAPGVPKDQEHPWFKEGFDMSIDGEKVMASWASEHEIQLRPFLFEQAWSASVKWKYVLKAKIDQQGVAKAFDRAVWTEQTVTFVP				NA	NA	NA	NA	NA
JZ016_04298	177			hypothetical protein	ATGAAGAAAAAGGAATTTTTGATCGTTGCGCTGCTTAATTTTTTGGCTGCGATAGCGTTCTTGGTGGTTGTTTTCATTACGGATCGAAGCTCTTGGCAGTGGGGATTTGGAGTCGTTTCACTGTTGTTTGCGATTGGTGGAGTAGGAAACTTGGTTTTGCATGCCAAGAACAAGTAA	MKKKEFLIVALLNFLAAIAFLVVVFITDRSSWQWGFGVVSLLFAIGGVGNLVLHAKNK				NA	NA	NA	NA	NA
JZ016_04299	813			hypothetical protein	TTGATAGAATGGAAGAACCTTTATCGGGGTGTGCTGATGGGAGTCAGTGACCTGATACCAGGTATAAGCGGCGGCACCATTGCTGTCGTGCTCGGTATCTATGATCGTTTGTTGGCGGCTATCAGCGGATTTTTCAGCAGGGAATGGAAGAAGCAGCTGGGCTTTTTGATTCCGCTTGGCGTTGGAATTGGAGCAGCTCTATTGCTGCTGAGTCGCTTGATTGAATACCTGCTGGCAAGCTATTATGAGCCCACCCAGTTTTTCTTTACCGGATTGATTTTAGGGGTGTTGCCTCTTATTCTACGTAAAGCGGAGGCAAGAACCAAATTCAAAGCCGTGCATGTGGTCGTGTTGATTGTAGCAGCCGGTTTATTGGCTTCGACGGCCTTTCTCAGAACGGATGCCACATCCGATCCGATAACGGTCCTGACCTGGTCCAACGGGATCGGACTGTTCTTATCCGGCTGGTTAGCCAGCATGGCGATGCTGCTGCCTGGCATTAGCGGGTCATTTGTACTTCTCCTTCTAGGCGTATATTCTACTGCCATTTCAGCTCTTTCCTCATTAAATATAGGAATTATAGCTGTCATTGGTGCGGGAGTGGTGGTTGGCTTTGTAGTTAGCAGCCGGTTGATTCGGTACTTGCTTGACCGTTTCCCATATATGACGTATGCCGTGATTATTGGATTGATATTAGGATCTATTGTTATCGTGTTTCCGGGTATTCCATCCGGAACGGGGATGATGGCTACCAGTGTAGGAACCTTGCTGCTGGGGCTTATCGTAGCGGTATTCATGGGCAGAAAAGAATAA	MIEWKNLYRGVLMGVSDLIPGISGGTIAVVLGIYDRLLAAISGFFSREWKKQLGFLIPLGVGIGAALLLLSRLIEYLLASYYEPTQFFFTGLILGVLPLILRKAEARTKFKAVHVVVLIVAAGLLASTAFLRTDATSDPITVLTWSNGIGLFLSGWLASMAMLLPGISGSFVLLLLGVYSTAISALSSLNIGIIAVIGAGVVVGFVVSSRLIRYLLDRFPYMTYAVIIGLILGSIVIVFPGIPSGTGMMATSVGTLLLGLIVAVFMGRKE				NA	NA	NA	NA	NA
JZ016_04300	195			hypothetical protein	ATGAGGAATAATGGGAATTGTGTCAGCTGCGGCGGCGAGGTATACCCTGCCTCTAACAGATGCGCTCAATGCGGAATGCTGCAGACGCCCGGTCCAACCAAGCACAGATTCATGCTGCAGGTCGCTTCGATGATTGGTGCCGGGTTGCTTATTTTTGCAGTCCCGGTGATCCTGCTCATGATGTGGAGATATTAG	MRNNGNCVSCGGEVYPASNRCAQCGMLQTPGPTKHRFMLQVASMIGAGLLIFAVPVILLMMWRY				NA	NA	NA	NA	NA
JZ016_04301	1014	pbpX	COG1680	Putative penicillin-binding protein PbpX	ATGATACATATAATAGAAGAATTTGCTGCCAGCATTCGTTTTTCGGGTGCTGTGCTCGTAACCGACGAAAATGACAACATCGTATGGAACGGTGCCTTCGGTTATTCAAACCGGGCCGATCAGATCCCGAATCAAGCAGACACCCGGTTTGGCATTGCCTCAGGCTGTAAGCTGTTCACCGCGATTGCGGTTTGTCAGCTTATCGAACAGGGCAAGCTGTCGCTGGACAGCAAGCTAAGCGATTGTCTGGATATTCCGCTGCCTAATTTTAGCCCGGAGATTACCGTTTCTCATTTGTTGAGTCACAGCTCGGGTATCCCGGATTACTTTGATGAAGAGGTTATGGACGACTTCGAGGATCTGTGGAAGACAATTCCCATGTATACACTCCGTAACGGAAGGGATTTCCTTCCTCTGTTCCAGGATGAGCGTATGAAATTTCAGCCCGGTGAAAGATTCCATTACAACAACGCAGGATTTGTGGTGCTTGGCCTGATCGTTGAACAGCAGACTGGAATGCCGTTTCGCGACTATGTCCAGCAGTTTGTATTGGAGCCGTGCGGCATGCAGCATTCGGGATATTTTCCGCTGGATCGTCTGCCCGCGAATACGGCTTACGGGTATATTGATGAGGAAGACGGCACGTGGAGAACGAACCAGTATGCCATTCCGATTCAAGGTTATGCCGATGGCGGGGCCTATGTGACGGCACCGGATATGATCAAGTTATGGAGATCGCTGATGAACAACACGATGCTCACCGCATCCATGACCGAGAAGCTGCTGGCTTCACATATACAAGTCCCGGGCAGTGATCTGCATTATGGGCTTGGCGTGTGGATTACCAAGAAAAATGAGAATGTGTTTAAATACCACGTCATGGGCTATGATCCGGGGGTGAATTTTCGGTCTGCTTATTATCCGGCCACCGGTCATACCCTTGTAGTGGCTTCCAATGCCGCTGATGGTGCTTTTGAAATGATGCAGTTCATCGAAGAAGAATGGTTGAAGTGA	MIHIIEEFAASIRFSGAVLVTDENDNIVWNGAFGYSNRADQIPNQADTRFGIASGCKLFTAIAVCQLIEQGKLSLDSKLSDCLDIPLPNFSPEITVSHLLSHSSGIPDYFDEEVMDDFEDLWKTIPMYTLRNGRDFLPLFQDERMKFQPGERFHYNNAGFVVLGLIVEQQTGMPFRDYVQQFVLEPCGMQHSGYFPLDRLPANTAYGYIDEEDGTWRTNQYAIPIQGYADGGAYVTAPDMIKLWRSLMNNTMLTASMTEKLLASHIQVPGSDLHYGLGVWITKKNENVFKYHVMGYDPGVNFRSAYYPATGHTLVVASNAADGAFEMMQFIEEEWLK				NA	NA	NA	NA	NA
JZ016_04302	453			hypothetical protein	TTGAAAAAGGATGCTATCCCCTCTGAGGTGTTCCAGTCCTTTCTGTTATGGATCATTGCCATCGGTGCAGGAGTATTCGAGATGACTCTGGCTGTCATCGATTCGATATCCAGCCAAACGGGTGCTGGAATTGTCGGTATTCTCACTCAAGTCGCAGCACGAACCATGATGTTCGCAGTCCTTGTCTACATCATGGTCAGAATGCTTCGTGGTAAGAATTGGGCGCGTATCACACTCGCTTTGTTTTTAGGCGGGTTTGGCATTCTCTCCCTTATCATTGACCCCATCAAATGGCTCATAAATGGCGGTTCCCTTTGGGACGCATTTGCTAATGCAGACAATATTTCCATCCTGTTTGCCTCCAGCCGTATCCTTCATATAATCGCCGTTGTTGCAGCCTTGATGTTTATGTTCCGACCCGCGGCGAATCGGTACTTCAAAGCTGAATCGTAA	MKKDAIPSEVFQSFLLWIIAIGAGVFEMTLAVIDSISSQTGAGIVGILTQVAARTMMFAVLVYIMVRMLRGKNWARITLALFLGGFGILSLIIDPIKWLINGGSLWDAFANADNISILFASSRILHIIAVVAALMFMFRPAANRYFKAES				NA	NA	NA	NA	NA
JZ016_04303	690			hypothetical protein	TTGAATAAAACCACTGCGCTCATGAGGGCTTCATTTCTTCAGCTTCGACCTTATCTCCTGGTGATGCTGGGCACTGTTGCGATAAGTATGATTACAAATGTAATCGTAAGCCTGTCTCTTGGAGACAGTACGGAGAATACGCAGGTGTCTGCGGCCAATCTCCTCATCGTGTTCCTTATATTTGTAGGCAGCGTGCTCCCGGCAGGCTTGTTCCGGCGGGTAATGAATTTAGGAGCTACACGAAAAGAATATTATGTTGGCATGCTTCTGGTTTACTCCATATGGTCCGCCATTTTTGCTGTCCTCAATATCGTCTGGTTACAGGTGGAGATCAGCTTTATACGACAATACGAGAATACCTTCAACATCCTTGAAATCTTTGGGTGGACTCAATTTGGAATCGTTGGCATGTTCTTCTATCAATTCGGCGCGTACCTGCTTCTTATTTCACTACTGAATCTGTTGTTTTCCGGTCTGCGTCACATCATGGGCTGGGTGATCTGGGTGGTATTTATTGCGGCAATCCCGATCTTTACCTCCATTCCTTCACTCCGGCATACGCTGGCTGACGGCTTGCTGGCCCTTCTCTTCAACGATTCGCTGCTACAAGGGCTTGGGCTCACGCTGATTATCTCCCTCGTTCTGCTTGCAGGAGGCTGGTGGTTCACGGCCAGACGCACCATCGTTTAA	MNKTTALMRASFLQLRPYLLVMLGTVAISMITNVIVSLSLGDSTENTQVSAANLLIVFLIFVGSVLPAGLFRRVMNLGATRKEYYVGMLLVYSIWSAIFAVLNIVWLQVEISFIRQYENTFNILEIFGWTQFGIVGMFFYQFGAYLLLISLLNLLFSGLRHIMGWVIWVVFIAAIPIFTSIPSLRHTLADGLLALLFNDSLLQGLGLTLIISLVLLAGGWWFTARRTIV				NA	NA	NA	NA	NA
JZ016_04304	879	btuD_13		Vitamin B12 import ATP-binding protein BtuD	ATGAACGCAATACTTACCTGTTCCAACCTGAGCAAGAGTTACGGGCGTACGGAAGCGGTCCGAAAGCTGGAGCTCCAGCTTGAAGAGAATACGATCTATGGCCTGTTGGGCCGCAATGGCGCCGGAAAGACCACGCTGCTTAATATGATGACCGGGGGATCTTTTCCCGACTATGGCAGCATCCAGATCTCGGGTGTCAAGCTTAAGCATGGGGAAACTCCGAAAGGGATCTGTTACGTAAGAGAGAAGAATTTGTTCTTCGGCGGTGCCAAGGTGATTGAAGTGCTGCGCTTAGCATCGGTCTTTCACGAGAACTGGGACTGGGATTATGCCCAGAGCCTGCTGAAGACTTTCAAGCTGAACCCGGACAAAAAAATCCGCCAGCTGTCACGAGGAATGGAGTCTTTGGTCGGTAACATTATCGGTCTGGCCAGCCGGGCCCCGATTACCGTATTTGATGAACCGGTGCTGGGATTGGATGTGCTCATGCGAGAGAGATTTTATCGCGTTCTGGTTGAGGATTATGCCAATCATCCCCGGACCATCCTGCTCTCGACCCATCTGATTGATGAGATCGCAACCGTTGTTGAGAAAGTTTACATCATGGATTCCGGCGCTATGTTATTGCATGACGATGTTGACCATATCCGTGCCAATTCTCATCTGTTGACCGGGAACCAGGAGCAAGTCGAACTGTTTACGAAGGATCGCCACGTGATCTATAAAGAATCTTATGGTAAAGGTTCCTTAACCGCGATATATGGAGCTATCCATGAGGCAGACCGTGCACAAGCCAACAAGCTTGGTATCGTTATTGACGGTTTACCGCTGCAAAAGTTTTTCTCCTATTTGATCGAAGGAGGCCAATCCATTGAATAA	MNAILTCSNLSKSYGRTEAVRKLELQLEENTIYGLLGRNGAGKTTLLNMMTGGSFPDYGSIQISGVKLKHGETPKGICYVREKNLFFGGAKVIEVLRLASVFHENWDWDYAQSLLKTFKLNPDKKIRQLSRGMESLVGNIIGLASRAPITVFDEPVLGLDVLMRERFYRVLVEDYANHPRTILLSTHLIDEIATVVEKVYIMDSGAMLLHDDVDHIRANSHLLTGNQEQVELFTKDRHVIYKESYGKGSLTAIYGAIHEADRAQANKLGIVIDGLPLQKFFSYLIEGGQSIE	PGPT0006725_17709	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04305	369			hypothetical protein	ATGAATTCCAGGTTTGACGAAGGACAGCCGATTTTTCAGCAAATCGCAGATATGATTGAGGATGACATATTGAACGGGACATACCAAGCGGATGATCAGATTATCTCGATGTCGCAGTTCGCGAGTACTTTTCAGGTCAATCCCGCTACAGCTGTAAAAGGCATTGCCCTGCTTGTCAATGAAGGGATCTTGTACAAGAAAAGGGGGCTCGGCATGTTTGTTGCAGCAGATGCCAAACAGATCATATTGACCAAGCGGCAGGACCGGTTTTACAACGAACTCGTATTGAAGCTGCTTGATGAAGCGGAAAAGCTTGAATTGACCACCGACGACGTTATAGAAATGATCAAACAGAGAGATAGGAGATGA	MNSRFDEGQPIFQQIADMIEDDILNGTYQADDQIISMSQFASTFQVNPATAVKGIALLVNEGILYKKRGLGMFVAADAKQIILTKRQDRFYNELVLKLLDEAEKLELTTDDVIEMIKQRDRR				NA	NA	NA	NA	NA
JZ016_04306	576	desR_2	COG2197	Transcriptional regulatory protein DesR	ATGCTGCGCGGCGCTCTGGCTTCCTTGCTTGATTTTGAAGACGATATTGATGTGATTGGTCAAGCCGGCGACGGGGATGAAGCGCTGTCCCTGATTGCCTTGCATCAACCTGATGTATGCCTGCTCGATATCGAAATGCCTGCGCGCAGCGGTCTCGAAGTGGCAGAGGAAGTAAAGCTGCGCGGTTATCCCAGCCGGGTCATCATCCTGACCACTTTCGCTAGGCCTGGTTATTTCGAACGGGCCGTGCAGGCGGGCGTTCAGGGATACCTGCTTAAGGATGAGCCCAGTGAACGGCTTGCAGAAGCCATCCGCCGAGTCATGGATGGACGGCGGGAGGTCTCCCCTGAGCTCGTATTCGGTACGCTGTCAGGTGCGGGTGCCAATCCGCTGACCGAACGCGAACGGGAAGTGCTGCGATTGGCTGCCGACGGTAACAGTTCTAATGAAATTGCGTCGAAGCTCCACTTATCCTACGGGACTGTCCGCAACTATATGTCCGAGATCTTAAGCAAACTGAGTGCCAAGAACCGGATCGAGGCCATCTCAATGGCAGAGGAGAAGGGCTGGATATAG	MLRGALASLLDFEDDIDVIGQAGDGDEALSLIALHQPDVCLLDIEMPARSGLEVAEEVKLRGYPSRVIILTTFARPGYFERAVQAGVQGYLLKDEPSERLAEAIRRVMDGRREVSPELVFGTLSGAGANPLTEREREVLRLAADGNSSNEIASKLHLSYGTVRNYMSEILSKLSAKNRIEAISMAEEKGWI				NA	NA	NA	NA	NA
JZ016_04307	1233	desK_2	COG4585	Sensor histidine kinase DesK	ATGAAAAAATTGAAAGACGCGAAATCCGCAGGGTTTGAGGTTTTTCCAACGCAATTGGGGTTTTTCCCCTATCTGTGGCTCATTTATATATCTCTGCCCGTAATCAACATGATGAGCGAAGAAGGCTGGAAGATGGGGATTGGATATACGCTGATTGCCTTGTTTCTCCTCACATACCGCCAGCTTTACTTCGCTGCTGGCACGCCTCGTTTTTTCTGGTGGCTCGGCATTCAGATGTCCATCATTTTCATTCTCTGCATGTGGTACCACCCAACCTATATGTATATGGGGTTCTTCACTGCCAATTTCATCGGCTGGTATACCGACCGGCGCAAATTCACGATATCCCTTGTGACGTTTGCCATCATAGAGGTTGTTCCCTTAATCAAAAACGCAAGCATGCTGGGATGGAAGGATCTGGTCTTTATGATTCCTTTCTTTCTCATCATGCTGTTCTCACCCTTCGGCATCCGCTCTCTAAACCGGCGGCAGCAGCTGGAGAAGGAGCTCGCGCAGGCTAACGAGCAGATCCGCAATCTGATTAAAGGCGAAGAGCGGATGCGTATCGCCAGAGATCTTCACGACACCTTGGGTCATACCCTGTCTCTCATCACGTTGAAGAGCCAGCTTGTGGAGAAGCTGGCGGTAAAGGATCCCGAGAAAGCCCAAATGGAGGCCCGGGAGATTCAGAACACCTCGCGGGCCGCGCTCCGCCAAGTGCGTGAGCTGGTATCCGACATGCGGACCGCCACCTTGGCCGAGGAACTGGTCGAGGCCCAGATCATTCTGGAGAGCGCCGATATCCAGTTTAGCTGTGCCGGCAATCCGAAGCTGGAGGGAATTTCCGACCTGGCCCACAATATTCTGAGCCTCTGCTTGCGGGAAGCCGTAACCAATGTGGTGAAGCACAGTCAGGCGAGCCAGTGCCGGATTGCCATCGAGTCGCTGGGCAATGAGTGGCGGCTTGAGGTGGCCGATGATGGCGTTGGTCTTCATCGCAAGGAAGAAGATCCATCAGCTTCATCCAACAGTAATGGCCTGAAAGGCATGGCTGAGCGGCTGTCCCTCATCGGGGGCACCGTTGAGGCCAGCTCCGAGCAACAAGGCACGATATTAGTAATTCGTGTTCCGATCATCATCAAGAACCGGAAGGAGGACACTTCCCATGAGCATCAAAGTGCTGATCGCCGAGGACCAGAGAATGCTGCGCGGCGCTCTGGCTTCCTTGCTTGA	MKKLKDAKSAGFEVFPTQLGFFPYLWLIYISLPVINMMSEEGWKMGIGYTLIALFLLTYRQLYFAAGTPRFFWWLGIQMSIIFILCMWYHPTYMYMGFFTANFIGWYTDRRKFTISLVTFAIIEVVPLIKNASMLGWKDLVFMIPFFLIMLFSPFGIRSLNRRQQLEKELAQANEQIRNLIKGEERMRIARDLHDTLGHTLSLITLKSQLVEKLAVKDPEKAQMEAREIQNTSRAALRQVRELVSDMRTATLAEELVEAQIILESADIQFSCAGNPKLEGISDLAHNILSLCLREAVTNVVKHSQASQCRIAIESLGNEWRLEVADDGVGLHRKEEDPSASSNSNGLKGMAERLSLIGGTVEASSEQQGTILVIRVPIIIKNRKEDTSHEHQSADRRGPENAARRSGFLA				NA	NA	NA	NA	NA
JZ016_04308	747			hypothetical protein	ATGACAACTTGGAAACTGATAACCTTGCAGTGCAAAATGGAATTACTCCGGATGGTACGCAATCCGTATTATATTTTCTGGTCTTTGGCCATGCCAATTCTGTTCTATTTCATCTTTACGCGGGTCGTGAATACGGGGGCCGATGATACCGGACAATGGCAGGCCCACTATCTCATGTCGATGGCGTCCTTCAGTGTCATGGGCACCGCCATCATGTCGCTCGGCATTCGCCTCGTGCAAGAGAGAGTCCAGGGCTGGGCTGTATATATGCGGGTAACGCCGCTTCCTGGCAGCGTGTATTTCTTTGGCAAAATGTTTGTGCAGACGGTTATGCATCTGCTCTGCATCCTCGTCATTTTTGTAGCCGGCTACCTGATTAACGGAGTCTCCCTCACCTACGGACAATGGCTGCTCAGCGGACTGTGGATTCTGATCGCATCCGTCCCGTTTCTTGCCATCGGTACCTTGATTGGATCCATGAAACGGGTCGACACGGCAAGCGGCGTCAGCAACGGCATCTACTTAGGGCTGGCCGTTACGGGCGGGATGTGGTTCCCGATCGAAGCGATGCCTTCCATCATGCAAGCCATCGGCAAGTGGATGCCCTCCTATCATTTTGGCGGAGGTGCCTGGTCAATCGTTCGCGGAGAAGCGCCGGGATTGGATAATTTCATGGTTTTAGCAGGATATTTGGCAGTATCTATGTTACTATCCACCTATATTCGGAAAAAACAACAAGCCGATTAA	MTTWKLITLQCKMELLRMVRNPYYIFWSLAMPILFYFIFTRVVNTGADDTGQWQAHYLMSMASFSVMGTAIMSLGIRLVQERVQGWAVYMRVTPLPGSVYFFGKMFVQTVMHLLCILVIFVAGYLINGVSLTYGQWLLSGLWILIASVPFLAIGTLIGSMKRVDTASGVSNGIYLGLAVTGGMWFPIEAMPSIMQAIGKWMPSYHFGGGAWSIVRGEAPGLDNFMVLAGYLAVSMLLSTYIRKKQQAD	PGPT0006730_22119	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_04309	924	drrA_5		Daunorubicin/doxorubicin resistance ATP-binding protein DrrA	ATGACAAACCCAATTCAAGAACCTATTGCAGAGCTGCGGCAGGTAACCAAGATGTTCGGAAGCAAAAAAGCCGTCAACCAAGTGTCGTTTACGATAGAGAAAGGGTCAATCACAGCCATTCTCGGACCTAATGGAGCAGGGAAATCAACCGCCATCTCCATGATGCTCGGCCTTAAAGACGCGAGCCAGGGTGAAGTTCTTCTGTTCGGACGCAGTCCGAAGGACTTGAAGGTACGTGAGAAGATCGGCGCCATGCTTCAAGAGGTCAGTGTTATGGACGGATTGCGGACGCGCGAAATTATCAATCTCATCCGAGGCTATTATCCGAACCCGCTAACACTGGATGAAATCGCGAGCTTGAGCGGACTTACCGCTGAAGAACTGAATAAATGGGCTGTCAAAATGTCCGGCGGCCAGAAACGCAAGCTCAGCTTTGCGCTGGCGATTGCGGGCAACCCCGAGCTGCTGTTCTTCGATGAACCAACGGTCGGCCTGGATACTTCTGCCCGCCGGTTATTTTGGCAGACGGTACGCAAGCTTGCCGATCAGGGCAAAACGATTCTGTTCACCACGCATTATCTGCAAGAGGCGGACGATATGGCCGACCGCATTCTGCTGTTCCATCAAGGTCAGGTTGCCGCCGATGGCACGCCGGAAGCGATCAAAGCCAAGCTGACACGAAGGTCGGTTTCCTTTATCGTGGATGCGGACCACCAGCAGGTCAAGGAGCTGCTTCATGAAGTACCCGGCGTAACCGATGTGTATGAACACAACGGCCGGCTGAACGCCGTAACCGATGATACGGACACGGCGCTGGCGGCTCTGTTCCGGGCCGGGCTGGCTGTACGCGACATTCGCATTGATCAGGGAAGCCTGGACGAAGCATTCGACCAATTAACGATGGATCAAGGGGAGGCTGTATAA	MTNPIQEPIAELRQVTKMFGSKKAVNQVSFTIEKGSITAILGPNGAGKSTAISMMLGLKDASQGEVLLFGRSPKDLKVREKIGAMLQEVSVMDGLRTREIINLIRGYYPNPLTLDEIASLSGLTAEELNKWAVKMSGGQKRKLSFALAIAGNPELLFFDEPTVGLDTSARRLFWQTVRKLADQGKTILFTTHYLQEADDMADRILLFHQGQVAADGTPEAIKAKLTRRSVSFIVDADHQQVKELLHEVPGVTDVYEHNGRLNAVTDDTDTALAALFRAGLAVRDIRIDQGSLDEAFDQLTMDQGEAV	PGPT0006725_11497	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04310	951	glcK	COG1940	Glucokinase	ATGTCTGAGAACATCTACGTCGGTGTCGATCTGGGCGGAACAGCAATTAAAGTTGGAATTTGCAATGAAGAGGGGCATCTTCTGCATAAGTATGAGGGGCCGACGGAAACAGCCAAAGGCGTTGACACGGTTATTGACAACATTGAGAAATATGTGCGTCACATTGTGGAAGAATCGCCATTCAGCTGGGATCAACTTGCTGGTGTGGGAGCTGGATTCGCCGGCTTTACGAATATTCGTGAAGGCATCATTATTCTGGCACCGAATGTAGGATTTAAAGATGTACCGATTCGCGCACTGCTTGAAGAGCGTCTCGGCAAGCCCGTCAAAATAGACAACGACGCCAATGTGGCTGCATTGGGTGAAGCCTGGAGCGGCTCAGGCCGCGGCGTTGAGAACTGCGTATGCTACACGCTGGGTACCGGTGTTGGCGGAGGTATTATTATTAACGGCAAAATTTATCAAGGCTTCGGCGGCATGGCTGGCGAGCTTGGACATATCTCGGTTGTGCCGGACTTGGAAGCGATTCAATGCGGATGCGGTGAAATGGGCTGCCTGGAGACGGTTTCGTCGGCAACCGGCATTATCCGTATGGCGAAGGATGCCGTAGAGCGTGGGGACCGTACTTCCCTTGCCCATGTAGAGACCATTGCGGCGAAGGAAGTGTTTGATGCTGCAAAGGCCGGCGATGAAGTTGCCGTTCGGATCGTGAATCGCGCAGCTTATTACCTGGGCAAATCTATGGCTGCCGTTGCGGCCGTGCTGAATCCGGAAGCTTTTATTATCGGCGGCGGCGTATCCAAAGCCGGCGACATTCTGTTTGATGAGGTCCGCGCTGTATTTGCGAAGCTGACACCAGAGCCCCTTCAGCGAGGTGTGCGCATCGTTTCGGCTGAGCTCGGCAATGATGCCGGCGTTGTAGGCGCCGCCGGACTGCATTTGCGTTCGTAG	MSENIYVGVDLGGTAIKVGICNEEGHLLHKYEGPTETAKGVDTVIDNIEKYVRHIVEESPFSWDQLAGVGAGFAGFTNIREGIIILAPNVGFKDVPIRALLEERLGKPVKIDNDANVAALGEAWSGSGRGVENCVCYTLGTGVGGGIIINGKIYQGFGGMAGELGHISVVPDLEAIQCGCGEMGCLETVSSATGIIRMAKDAVERGDRTSLAHVETIAAKEVFDAAKAGDEVAVRIVNRAAYYLGKSMAAVAAVLNPEAFIIGGGVSKAGDILFDEVRAVFAKLTPEPLQRGVRIVSAELGNDAGVVGAAGLHLRS				NA	NA	NA	NA	NA
JZ016_04311	909	yvcJ	COG1660	Nucleotide-binding protein YvcJ	ATGCTGGAAGCAGCCAACCGTGGCAGCAACACATCATCCATGGCCACCCTGATCATCATCACCGGGATGTCGGGAGCAGGTAAGACCTTGGCCGTACAAAGTCTGGAGGATCTTGGATTCTTTTGCGTCGATAACCTGCCTCCGGTGCTCATTCCCAAATTCGCGGAGCTGATCGATCAATCCAAGGGTAAGATCGGCAAGGTTGCATTGGTCATCGACCTGCGTGGCCGCGAATTTTTTACGGCTCTATCAGAGTCTCTGAGTTACATCAAGGACCACTTTACCATCCACTGCGAGATTCTATTTCTGGATGCAACGGATTCCGTGCTAGTACAACGTTATAAGGAAAGCCGTCGCCGCCATCCGCTCGCTCCGGAAGGCATGCCGCTTGACGGTATAAGGTTGGAGCGCAAAATGCTGGATGAGCTGAAGAATTCGGCTACCCAGGTGATCGATACCAGCAATATGAAGCCTGTGCGATTGAAGGAGAAGATTATCTCACGTTTCACACATCTGGAGAGCAGCACGTTATCGGTAAATATCACATCCTTTGGGTTTAAATACGGGATTCCGATTGACGCTGATCTGGTGTTTGATGTGCGCTTTCTGCCCAACCCGCACTATGTTGAGCAGCTGCGCCCAAATACCGGCCAGAACAGTGATGTGTATGAATACGTGATGAAATGGCCGGAGACGCAGGCCTTTCTAACCAAACTGCTCGATATGCTGCATTTCTTGATCCCGCAGTATCGGAAGGAAGGCAAAAGCCAGGTTATTATCGGCATTGGCTGTACCGGCGGGAAGCATCGCTCCGTTGCGATAGCCGAATACCTTGGCAAAATGCTGGGCGTTAGCGAAACGGAGACGGTATCGGTGAGTCACCGTGATTCCGATCGGGATCGGCATTAA	MLEAANRGSNTSSMATLIIITGMSGAGKTLAVQSLEDLGFFCVDNLPPVLIPKFAELIDQSKGKIGKVALVIDLRGREFFTALSESLSYIKDHFTIHCEILFLDATDSVLVQRYKESRRRHPLAPEGMPLDGIRLERKMLDELKNSATQVIDTSNMKPVRLKEKIISRFTHLESSTLSVNITSFGFKYGIPIDADLVFDVRFLPNPHYVEQLRPNTGQNSDVYEYVMKWPETQAFLTKLLDMLHFLIPQYRKEGKSQVIIGIGCTGGKHRSVAIAEYLGKMLGVSETETVSVSHRDSDRDRH				NA	NA	NA	NA	NA
JZ016_04312	981		COG0391	Gluconeogenesis factor	GTGGCTGTGCAAGCTAGAAAGCGTCCCCGCATCGTCGTGATGGGTGGAGGAACCGGGCTGTCCGTTATGCTCCGGGGACTCAAGGAGAAGCCGCTTGATATTACGGCTATCGTTACCGTCGCTGATGATGGGGGAAGCTCCGGCATACTGCGTAGCGAATTGCAGATGCCGCCCCCGGGAGATATTCGAAATGTACTTACAGCGCTCGCCGATGTGGAACCGCTGTTATCCGATATATTGAAATACCGTTTTAAGAATGGCTCGGGACTGGCCGGGCACAGCCTCGGCAATTTAATCTTGGCTGCCATGACGGATTTGCACGGTGATTTTGTCACGGCAGTCAAGGAGATGAGCCGGGTTTTTGTTGTTCGTGGACAGGTGCTGCCCGCTGCGGGTGAAGCCGTTATTTTGCATGCAGAGATGGAAGACGGCTCCATCGTGACCGGTGAATCCAAAATCCCGGAGGCTGGGCGCCGCATTAAGCGGATCTTCCTGGAGCCTGAGCATGTTGAGCCGCTGCCGGAAGCGCTGGAGGCGATTCAGCAGGCCGATGCGATTCTGATCGGTCCGGGAAGCCTATATACCAGTATATTGCCCAATTTGCTTGTTCCCAAGCTTGCTGAAGCCATCGTATCTTCTGAGGCGATCAAAATGTTCGTGTGCAATGTGATGACGCAGCCTGGAGAAACCGATAATTATACGGTGAGCGATCATTTACAGGCCGTTTACGATCATATTGGTCTTCATCTGTTCGATTATGTTATTGTAAATGATGGCGAAATCCCGCCGCAGGTTCAGGATAAGTATGCTCAGAAGGGTGCAAAGCCCGTGTTCCTGGATCGTGATGAGGTGACCAGCAGAGGGTACAAACTCATTGCAGATAAGCTTGTGCTATTTAGAACATACTTAAGACATGACGCTGACAAGCTGAGCAATCATATTTTTCAGCTGGTACAGGATTGGATTACACGAAAGGGGTGA	MAVQARKRPRIVVMGGGTGLSVMLRGLKEKPLDITAIVTVADDGGSSGILRSELQMPPPGDIRNVLTALADVEPLLSDILKYRFKNGSGLAGHSLGNLILAAMTDLHGDFVTAVKEMSRVFVVRGQVLPAAGEAVILHAEMEDGSIVTGESKIPEAGRRIKRIFLEPEHVEPLPEALEAIQQADAILIGPGSLYTSILPNLLVPKLAEAIVSSEAIKMFVCNVMTQPGETDNYTVSDHLQAVYDHIGLHLFDYVIVNDGEIPPQVQDKYAQKGAKPVFLDRDEVTSRGYKLIADKLVLFRTYLRHDADKLSNHIFQLVQDWITRKG				NA	NA	NA	NA	NA
JZ016_04313	939	whiA	COG1481	putative cell division protein WhiA	GTGAGTACCTTGTCCTTTGCGGCACAGACGAAGAAAGAACTGACAATGATCGAAAGCCAGAACTGCTGTGAAAAAGCCGAGCTGTCCGCGCTCATTCGGATGAACGGTTCTGTTCAGCTTTCGAACAAAAAGGTAATCCTGGATATTTCAACGGAAAATGCCGCGATTGCAAGACGTATTTATTCCTTAATTAAGAGGCATTTCCAGGCACATACCGAACTTTTGGTGCGTAAAAAAATGCGTTTGAAGAAGAATAACGTATATATCGTTCGTATTCCCGCCCAGGTTCAGGAGATACTTAATGAACTGCGTATCGTTTCCGAGGGCTTTCTGTTTCAATCGCGGATTGATGAACAAATCGTTCGCAAAAATTGCTGTAAACGCGCCTATTTGCGCGGTGCCTTTATGGCTGGCGGATCCGTGAACAATCCGGAGGGGTCTTCATACCATCTGGAAATTGCCTCAATGTATGAAGAACACTGCCAGTCCCTGGTGGATCTGGCGAATGAATTTCATCTGAACGCACGCTGCATCGAGCGGAAGAAAGGTTTTATCTTCTACATTAAGGAAGGCGAGAAAATTATCGAGTTCCTTAATCTGATCGGTGCCCACCAGGCATTATTCAAGTTCGAGGATGTCCGGATTATGCGGGATATGCGGAATTCGGTGAACCGGATCGTAAACTGCGAGACCGCCAACCTGAACAAAACGATCGGCGCTGCCGTCCGTCAGATTGAGAACATTAAGCTGCTCCAAAAGGAAATGGGTCTTGAGAATTTGCCCGATAAACTGCGGGAAGTGGCGGAAATTCGACTGGCTCATCCGGACATGAATCTGAAGGAAGTCGGCGAGCTGCTTAAAGGAACCGTCAGCAAATCAGGCGTTAATCACCGCCTGCGCAAAATCGACGAATTGGCCGAAAAGATTCGGAATGGGTAA	MSTLSFAAQTKKELTMIESQNCCEKAELSALIRMNGSVQLSNKKVILDISTENAAIARRIYSLIKRHFQAHTELLVRKKMRLKKNNVYIVRIPAQVQEILNELRIVSEGFLFQSRIDEQIVRKNCCKRAYLRGAFMAGGSVNNPEGSSYHLEIASMYEEHCQSLVDLANEFHLNARCIERKKGFIFYIKEGEKIIEFLNLIGAHQALFKFEDVRIMRDMRNSVNRIVNCETANLNKTIGAAVRQIENIKLLQKEMGLENLPDKLREVAEIRLAHPDMNLKEVGELLKGTVSKSGVNHRLRKIDELAEKIRNG				NA	NA	NA	NA	NA
JZ016_04314	270	crh	COG1925	HPr-like protein Crh	ATGACAAAGCACCCGGTAGTCGTTCGGTTAAAGACGGGTCTTCACGCCAGACCGGCCGCGCTGTTCGTTCAGGAAGCGAATAAATACTCATCTGAAATCTTCGTTGAAAAAGATGATAAAAAAGTTAATGCCAAAAGTATCATGGGAATTATGAGCCTTGCGATCAGCTCTGGTACGGAAGTTTACATTAGTGCTGAGGGAGCCGACGCGGAGCAAGCGGTTACTTCACTCGTGAACTTGGTGAGCAAAGAGGAACTCGAGAACCAATAA	MTKHPVVVRLKTGLHARPAALFVQEANKYSSEIFVEKDDKKVNAKSIMGIMSLAISSGTEVYISAEGADAEQAVTSLVNLVSKEELENQ	PGPT0016875_2318	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0016875-ptsH-K02784	NA	NA
JZ016_04315	1800	bmrA_2	COG1132	Multidrug resistance ABC transporter ATP-binding/permease protein BmrA	ATGAGAGAAACGGATCATACTTCGATACAGGAAATTGCTCAGGAAAGGCCGGCCGGCAGCAGCAAAGCAGGTTCGCAGGCCTTCTTCCGGCTGTTAAAAGAAACGAAACCGCCGATGCTGCTGCTGATTGGAGCCATCTTGCTGAATGTGGTATCAACCCTGGTCGGGCTAGTCATTCCGATGTTTACGAAGAGCCTGGTGGATGGCTTCTCCTTAACGGATATGAACCGCTCCCATATCATCGGACTTGGGATCGCATTTGTGGTGCAGACGATAGCCGCCGGGGTTTCGATCTTCTTGCTGAGTTATACGGGACAGAAGATGGTGGCCGCCCTTAGGGAACGGCTGTGGAAAAAGCTGCTGGTGCTGCCGATCCGCTACTTCGATCATAACCGTTCAGGGGAATCGGTCAGCCGGATGACGAATGATACAGGAGTGATCAAAAGTCTCATATCGGACCATGTGGCCGGATTTTTTAGCGGGATTATTTCTATTGTCGGTTCCATTGGGGTACTCCTCTATCTAAACTGGAAGATGACACTGACGATGTTTATCGTCATTCCGATTGCAGCGCTGATTCTTGTGCCGCTTGGCAAGAAAATGTATAAAATCTCGCTTGGCATGCAGGATGAGACGGCTACGTTTACGGCGAATATCAGTCAGGTGCTGTCGGAGATTCGTTTGGTGAAAGCATCAAACGCTGAGGACAGAGAGTATGAGAATGGGCATAAAGGGATCACCAATCTGCTGAATTTCGGGATCAAGGAAGGCGTGGTATCCGCCTGGATCGCACCGCTGATGTCTTTCGTGCTGATGATGCTGCTGGTGGTGGTCATCGGGTATGGCGGACTTCAGGTATCCACAGGGGCATTGACCGCCGGCGAGCTGGTTGCGTTTATCCTGTATCTGATTCAGATCGTGATGCCGATGACGCAGTTAACGACGTTTTTTACCCAATTTCAGAAGGCCAAAGGAGCAACCGAGCGAATATTGGAAACACTGGATGCAGAGGAAGAGTCCATTTCGGAAGGTAGCGATGTGGTGAACGCGAATCAGCGGGTGTCCATCGAGAATCTGTCGTTTGGTTACAAACCGGATGAGCTGGTACTGCATGATATCAGCTTTCAGATGGAGCCGGGCACGGTCACGGCAGTGGTTGGACCGAGTGGCGGAGGCAAAACGACGCTGTTCTCCATGCTGGAGCGTTTTTACCTTCCGCAAAAAGGACAGATCCGATTGGGCAAGGCGGCGATTGATACGTTCTCTTTACGCTCATGGCGCGGGCTGATTGGTTATGTCTCACAGGATAGTCCAATGATCGCGGGAACCATTCGCGACAATTTATGTTATGGGATGGACCGGGAAGTGAGCGATGGGGAGATCCGAAGAGCGGCAGAAATGGCCTATGCAGATGGATTTATCGACGAGCTGCCGCATGGTTTTGATACGGATGTAGGCGAACGGGGCGTGAAGCTCTCCGGCGGTCAGCGGCAGCGGATTGCCATCGCCAGAGCCTTACTGCGGGATCCGAAGATTCTGATGCTGGACGAAGCCACCTCAAGTCTGGACAGCCGTTCCGAGATTGAAGTACAGAAGGCGCTCAAGAACCTGATGGCTGGCCGGACGACGATTATTATTGCGCACCGGTTATCCACGGTTGTAGGAGCGAATCAGATTATTTTCATTGAAAAAGGAACGGTAACCGGACGGGGAACGCATGATGAATTGATTGAGCAGCATGACATGTACAGAGAGTTTGCCGTACAGCAGCTGCAGATGAATGAAACGATTGAGGCCTAA	MRETDHTSIQEIAQERPAGSSKAGSQAFFRLLKETKPPMLLLIGAILLNVVSTLVGLVIPMFTKSLVDGFSLTDMNRSHIIGLGIAFVVQTIAAGVSIFLLSYTGQKMVAALRERLWKKLLVLPIRYFDHNRSGESVSRMTNDTGVIKSLISDHVAGFFSGIISIVGSIGVLLYLNWKMTLTMFIVIPIAALILVPLGKKMYKISLGMQDETATFTANISQVLSEIRLVKASNAEDREYENGHKGITNLLNFGIKEGVVSAWIAPLMSFVLMMLLVVVIGYGGLQVSTGALTAGELVAFILYLIQIVMPMTQLTTFFTQFQKAKGATERILETLDAEEESISEGSDVVNANQRVSIENLSFGYKPDELVLHDISFQMEPGTVTAVVGPSGGGKTTLFSMLERFYLPQKGQIRLGKAAIDTFSLRSWRGLIGYVSQDSPMIAGTIRDNLCYGMDREVSDGEIRRAAEMAYADGFIDELPHGFDTDVGERGVKLSGGQRQRIAIARALLRDPKILMLDEATSSLDSRSEIEVQKALKNLMAGRTTIIIAHRLSTVVGANQIIFIEKGTVTGRGTHDELIEQHDMYREFAVQQLQMNETIEA	PGPT0028965_50	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
JZ016_04316	681	hssR_4		Heme response regulator HssR	ATGGCAAAAATATTGGTAGTGGACGACGACCCGAATATCCGCGAACTCATAAAGGTATTTCTGGAGGAAGCGGGGATGGAAGGGGTATTCGAAGCCTCGGATGGCATCGAGGCCTTGTCCGTCATGGATCAGACATCCGTCGATCTGGTCGTGATGGATATCATGATGCCGAATATGGACGGATGGGAGCTATGCCGGGAGATCCGGAGGAACACCGGTATTCCGGTGCTGATGCTGACGGCAAAAGGGGAAACGAGGCAGATCGTGAAGGGTTTTGAGCTGGGTACCGACGATTATCTGGTGAAGCCCTTCGAACCAGCGGAGCTCGTTGTGCGCGTCAAAGCGCTGCTGAAGCGGTATCAGGTAGCCGCATCGCAGACGGTGACCATCGGCAAGCTGCAGATGAACCGCAGAACCTATGAAGTCAAGGCGGGTGATGAGGCTTTTACCCTGCCGCTGAAGGAGTTTGAGCTGCTCTTCAAGCTGGCCAGTTATCCGGGGAGCACGTTGCCGCGCGACAGGCTGATCGAAGATATATGGGGATATGACTTTGAAGGAAACGAACGGACGCTGGACGTCCACGTGAATCGGCTGCGGGAGCGATTCCCGGAGGAGAAATACCGGTTCAGGATTCGGACGGTGCGCGGTCTAGGTTACCGCCTGGAGGCAGGTGAAGGTTAA	MAKILVVDDDPNIRELIKVFLEEAGMEGVFEASDGIEALSVMDQTSVDLVVMDIMMPNMDGWELCREIRRNTGIPVLMLTAKGETRQIVKGFELGTDDYLVKPFEPAELVVRVKALLKRYQVAASQTVTIGKLQMNRRTYEVKAGDEAFTLPLKEFELLFKLASYPGSTLPRDRLIEDIWGYDFEGNERTLDVHVNRLRERFPEEKYRFRIRTVRGLGYRLEAGEG	PGPT0028965_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104	NA	NA
JZ016_04317	1077	sasA_29		Adaptive-response sensory-kinase SasA	ATGAAGAAAACGCACAAAATATGGTGGAAGATCGTTCGGGAAACGCTTCAGACCATCTTGGTCTTTGCTGTCTTAGGCGCGTCATGGACGGCGGCGACCTATGTGACGCGGTTTATTTACACCTGGACTGGAACGCCGCGTTGGGATTATGTCGTCCAGCTGATCAACTTGTTTGTTGGCGTCATCATCTTCTTCCTATGCATGCTGGTCGTGGGCATGTTCTTCAAGCATCGGCAAATGGCCATGCTGAATTCCATTACGGATGCCATGCGCCGGATATCGCAGGGAGACTTCAAGGTAAAGATGAACGAAAATGAATGGCGCGGGGAGTTCAAGATGATCGCCAGCAGCATTAACGACATGGCCGGCGAATTGGGGCGGATGGAGACCATGCGTCAGGATTTCATCTCCAATGTGTCCCATGAAATTCAATCCCCGCTTACTTCGATTCGGGGGTTTGCAAGGGCGCTCCGAAATCCCCGCCTCACGGAGGAGAAGAGAGCCCGTTACCTGGAGATCATCGAAGGAGAGAGCCGCCGCTTGTCGCAGCTGAGTGACAATCTGTTAAAGCTGTCATCCCTGGAAGGAGAGCAGCCGGCATTCGAAAGGGCTCGTTACCGGCTCGACGGGCAGCTGCGTGCGGTCGTCTTGGCGCATGAGCCGCAGTGGCTGGCGAAACGGATTCAGGTGGATCTGGATCTCGCTAAGGTAGAGATTGAGGCCACAGAGGATCTGCTGAGTCAAGTGTGGACCAACTTGCTGCACAACAGCATCAAATTCACGCAGGAAGGCGGTATGATCACAATCGTGCTGAAGGCAGGGGAAGACGGAGCCGAGGTTACGATGACGGATACGGGGGTTGGGATGTCGGAGTCGGACCAGCTGCATATATTCGAACGCTTCTACAAAGCGGACAAATCGCGTAATCGCGCTGCGGGTGGCAGCGGGCTTGGATTATCGATCGTGAAGCGGATCGTCGATATTCATCAAGGGAAGATTACGGTCCAATCCGAGCTTGGGAAGGGATCTGTTTTTACGATGATGGTGCCATATAAGCGATCACTGGATACGAAGTAG	MKKTHKIWWKIVRETLQTILVFAVLGASWTAATYVTRFIYTWTGTPRWDYVVQLINLFVGVIIFFLCMLVVGMFFKHRQMAMLNSITDAMRRISQGDFKVKMNENEWRGEFKMIASSINDMAGELGRMETMRQDFISNVSHEIQSPLTSIRGFARALRNPRLTEEKRARYLEIIEGESRRLSQLSDNLLKLSSLEGEQPAFERARYRLDGQLRAVVLAHEPQWLAKRIQVDLDLAKVEIEATEDLLSQVWTNLLHNSIKFTQEGGMITIVLKAGEDGAEVTMTDTGVGMSESDQLHIFERFYKADKSRNRAAGGSGLGLSIVKRIVDIHQGKITVQSELGKGSVFTMMVPYKRSLDTK	PGPT0002705_4081	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636	NA	NA
JZ016_04318	729	glnQ_2	COG1126	Glutamine transport ATP-binding protein GlnQ	ATGGATAAAATCCGCGTAGAAGGACTGAAGAAGAATTTTGGCACGAACGAGGTGCTGAAGGGCATCGACATGCAGGTTCAGGAAGGCGAGGTTGTCTGTGTCATCGGGCCCTCGGGCTCCGGCAAAAGCACCTTCCTGCGCTGCATCAACCGACTGGAGGACATTACGGCAGGCAGGGTGTTCGTGCATGACAAGGATATCAATGACCCTAAAACGGACATCAACAAGGCACGTGAAAACATCGGCATGGTGTTCCAGCACTTTAATCTGTTCCCCCACTTCAATGTGCTGAAGAACATCACATTTGCCCCGGTCGAGCTGGGCAAGCAGAGCGCGTCCGAGGCGCGTGCCACGGGGCTGAAGCTGCTGGAACAAGTAGGCCTCTCCGATAAGGCGGAGGCCTTCCCCAGCCAGCTGTCGGGCGGTCAGAAACAGCGTGTCGCGATCGCCCGGGCCTTGGCGATGAATCCGGACATCATGCTGTTTGACGAGCCGACATCGGCGCTTGACCCGGAGATGGTCGGCGAAGTGCTCGGCGTCATGAAGGATCTGGCGCGCGAAGGCATGACGATGATGATCGTCACGCATGAGATGGGCTTTGCCCGCGAGGTTGCGGACCGGGTGATTTTCATGGATGGCGGGTATATCGTAGAGGAAGGCCCGCCGGAGGAAGTGTTCGGCAGACCGAAGCATGAGCGGACCATCAGCTTTTTGGAGAAGGTGCTGTAA	MDKIRVEGLKKNFGTNEVLKGIDMQVQEGEVVCVIGPSGSGKSTFLRCINRLEDITAGRVFVHDKDINDPKTDINKARENIGMVFQHFNLFPHFNVLKNITFAPVELGKQSASEARATGLKLLEQVGLSDKAEAFPSQLSGGQKQRVAIARALAMNPDIMLFDEPTSALDPEMVGEVLGVMKDLAREGMTMMIVTHEMGFAREVADRVIFMDGGYIVEEGPPEEVFGRPKHERTISFLEKVL	PGPT0000730_427	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000730-glnQ-K10038	NA	NA
JZ016_04319	1449	mltF_1		Membrane-bound lytic murein transglycosylase F	ATGAAATCATTCCGGATGTTATACGCGTTCATGTCACTGCTGATACTCATGGCAGCGGGCATGCCATACGGGGCGGCAAGCGCCGCGGCAGAGCCAGCCTCCGGTAAAACCTATCAGATCGGAACGGACATTACGTTTGCCCCGTTTGAATTCCAGGATGCAAGCGGCAAATTTGTCGGTATCGACATGGATCTGCTGGATGCGATCGCAAAAGATCAAAATTTCAAATATGAGATCAAGCCGCTCGGCTTCAATGCGGCGGTTCAGGCGCTGGAAGCCAATCAGGTGGACGGCGTCATTGCCGGCATGAGCATCACGGAAGAGCGGAAGCAGAAATTCGACTTCTCCGACCCTTATTTTGACTCTGGTGTGGTCATGGCCATCCGCCAGGATCAGGAGTCTATTAAAGGGTACGAGGATTTAAAAGGAAAAAAAGTCGCTGTCAAAACCGGTACGGAGGGCTACAGCTTTGCTGAATCCATTTCGTCCAAGTACGGATTTACCATCGTGCCTTTCGACGATTCCGCCCAGATGTATGACGATGTCAGGACCGGCAATTCCGTTGCCTGTTTTGACGATTTTCCCGTGCTGGCATACGGAGTCGAACAGAACAATGGACTGAAGATCGTCACGAAAATGGAGCCGGGTGCCTCCTACGGATTTGCCGTCGGCAAGGGACGGAACCAGGAGCTACTGGAAAAATTCAATGCCGGCTTGATCAACCTGAAGGCCAGCGGAGAGTACGATCGCATTAAGGCAAAATACATTGGCGAAAATGCCGTAGGCGCGGCGAATCAAAGCCGCTGGGAGCTGATTGTGGAGTCGCTGCCTTCGCTGCTGAAGGGCCTTGGCAATACGCTGCTGTTGACCATCGTATCGCTGTTCTTCGCTTTTTTCCTAGGGTTGATATTCGGTTTCATGAAGGTCGGACGCAATAAATGGCTCCGAGGCATCGCAACTGTATTCGTGGATATTTTCCGCGGCATACCGCTGCTGGTTCTTGCCTTCTTCATCTATTTCGGTATTCCGCAAGCGCTCGGGTTCACGATGTCGCCGATCGTGGCAGCTGTCCTGACACTTAGCCTGAATGCCGGTGCCTATGTCACGGAAATTATCCGGGGCGGTATCCAATCCATTGACCCTGGACAGCTGGAGGCTGCCCGCTCGCTCGGTCTGCCATACCGTAAAGCCATGATGAAAATCATCATTCCCCAGGCAATCAAAGTCATGATTCCGACCTTTATTAACCAACTGGTGATCACGCTCAAGGATACGTCGATCCTGTCGGTAATCGGCCTGGTCGAGCTGACCCAATCCGGGAAAATCATCATCGCAAGAACATTCGCATCGTTTGATATCTGGCTCGTGGTCGCCATCATGTATCTGGTCGTGATTACTATTCTGACTAAAATTTCGGGCCGTCTGGAAGGGAAGGTGCGTCATGGATAA	MKSFRMLYAFMSLLILMAAGMPYGAASAAAEPASGKTYQIGTDITFAPFEFQDASGKFVGIDMDLLDAIAKDQNFKYEIKPLGFNAAVQALEANQVDGVIAGMSITEERKQKFDFSDPYFDSGVVMAIRQDQESIKGYEDLKGKKVAVKTGTEGYSFAESISSKYGFTIVPFDDSAQMYDDVRTGNSVACFDDFPVLAYGVEQNNGLKIVTKMEPGASYGFAVGKGRNQELLEKFNAGLINLKASGEYDRIKAKYIGENAVGAANQSRWELIVESLPSLLKGLGNTLLLTIVSLFFAFFLGLIFGFMKVGRNKWLRGIATVFVDIFRGIPLLVLAFFIYFGIPQALGFTMSPIVAAVLTLSLNAGAYVTEIIRGGIQSIDPGQLEAARSLGLPYRKAMMKIIIPQAIKVMIPTFINQLVITLKDTSILSVIGLVELTQSGKIIIARTFASFDIWLVVAIMYLVVITILTKISGRLEGKVRHG	PGPT0000665_288	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000665-glnH-K10036	NA	NA
JZ016_04320	762			hypothetical protein	ATGAAAAGATGGGTCAAACAAGTAGGTTCCATCATGATTGCAGGTGCACTGTTGACTGGAAGTACGGCTGTAGTAGGATTGAGCGGGGCAACCGAGGTGCATGCGGCGGAGGCAGCACAGCAAAACCTTCTGACCGTACTCGGTAAAGGCGAGATCTCGGTGAAGCCAGATATCGTATATCTTTCCATCGGGGCTGAATCATATGCGGAAACCGCAAAATCCGCACAGAAGAGCAATGCACAGAAAATGGATAAGATTACGAAGCTGTTGAAAGAAACCTGGAAGATCGATGACAAGGATATCAAAACCGAGCAGTTCTATGTACAGCCTAACTATACGTACTCTGATGATAATGGACGTAAAGTGAAAAACTATTCGGCGTATCATTCCCTGGAAGTCACGCTTCGCGATTTGAACAAAGTCGGCGATTTGCTTGATGCAGCATCCGATGCCGGCGCCAATTCCATTGGAAACGCACGTTTCTCAGTTGAGAACCGCGATGCGTTCGAGGCCCAAGTGATTGATAAGGCGATGGCGAATGCAGACCTGAAAGCTCAGGCGATGGCAAAAGCCTCCAAGCGCCAGTTGGGGATCGTGCTGAATATTGTGGAAGGTTCCGTTGGTGTAGATACCATCTTTGGTCTCGAAAAAATGGCGATGGAAGCACAATCCACGGCAGCGGACGCGGGCGCAAACACATCCGTGAAGCCGGGCGAAATCAAGATCTCGACGCAGCTGTATGTGCAATATGAGCTGAAGTAG	MKRWVKQVGSIMIAGALLTGSTAVVGLSGATEVHAAEAAQQNLLTVLGKGEISVKPDIVYLSIGAESYAETAKSAQKSNAQKMDKITKLLKETWKIDDKDIKTEQFYVQPNYTYSDDNGRKVKNYSAYHSLEVTLRDLNKVGDLLDAASDAGANSIGNARFSVENRDAFEAQVIDKAMANADLKAQAMAKASKRQLGIVLNIVEGSVGVDTIFGLEKMAMEAQSTAADAGANTSVKPGEIKISTQLYVQYELK	PGPT0012980_371	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012980-yggE-K09807	NA	NA
JZ016_04321	972	potA_2	COG3842	Spermidine/putrescine import ATP-binding protein PotA	ATGCATGTGATTGAACTTGTCCAGATCGAGAAGCATTTTCAGGGACAAGCGGTCGTGCATCCGCTGTCGCTCTCCATTAAAGAAGGGGAATTCCTGACTTTGCTGGGCCCCAGCGGCTGCGGCAAAACGACGATTCTCCGAATGATAGCAGGATTCGAACAGCCAACCAAAGGACAGGTCTGGCTGGCGGGTCAGAATGTGACGGAAATGCCTGCGAACAAGCGGGATTTGAATCTGGTATTCCAACACTATGCTCTGTTTCCGCATATGACCGTAGAAGATAATATCGCTTTTGGGTTGAAAATGAAAAAAATGCCACGTCAACTCATCAAGGAGCGGGTGGACGAGGCTGTTGCCATGACGCAGCTGACGGCCCTGCGGGAACGCTTCCCGCACCAGCTGTCCGGCGGACAGCAGCAGCGCGTGGCCATCGCCCGCGCCATTGCCAACAAACCGAAGGTGCTGCTGCTGGATGAACCGCTTGGGGCACTGGATCTGCAGCTGCGGAAGAATCTGCAGTCCGAGCTCAAGCATTTGCAGCGGACGCTCGGGATTACGTTTGTATATGTAACGCACGACCAAGAGGAAGCCATGATGCTCTCCGACCGGATCGTCATCATGAACCATGGACGGGTAGAGCAAATCGGTACGCCGCGCGAGATCTATGCGAGACCGCATACGCTGTTTGCCGCTACGTTTGTAGGGGAGAATAACGTTTTTTCCTCGCCAGAGGGTCTCTTTGCCGTGCGGCCGGAGAAACTCATTCCCCAGCGGGAATCGGGTGCCAAGAAGAGCGGCGTGATTGAGGATGTGCAGTACCTCGGCAGCGTTCATAAACTGCTGGTCCAATTGGATGATGAGCCGATGAAGGTCATGATTGCTCTCGATATCTCGGATGATCAGCCATGGGAGGTTGGCGAACGGGTTGGGGTGAACTGGAACGCCAAAGATGAGGTGATCATCGGATCATGA	MHVIELVQIEKHFQGQAVVHPLSLSIKEGEFLTLLGPSGCGKTTILRMIAGFEQPTKGQVWLAGQNVTEMPANKRDLNLVFQHYALFPHMTVEDNIAFGLKMKKMPRQLIKERVDEAVAMTQLTALRERFPHQLSGGQQQRVAIARAIANKPKVLLLDEPLGALDLQLRKNLQSELKHLQRTLGITFVYVTHDQEEAMMLSDRIVIMNHGRVEQIGTPREIYARPHTLFAATFVGENNVFSSPEGLFAVRPEKLIPQRESGAKKSGVIEDVQYLGSVHKLLVQLDDEPMKVMIALDISDDQPWEVGERVGVNWNAKDEVIIGS	PGPT0007840_2704	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007840-potA-K11072	NA	NA
JZ016_04322	849	potB	COG1176	Spermidine/putrescine transport system permease protein PotB	ATGAGGAAATCAAGGTTCCTGTTGACTCCGGTCCTGCTGTGGTTATCCCTGTTCCTGATCGTTCCGATGCTAATCGTGGTCGGCATCTCTTTTCTCTCGCGGGATTCGCTGGGGAACGTCGTGTTTTCCTTCAGTCTGGAAGGATACAAGACCTTCTTTGATCCATTATATTTGGGGATCTACTGGGATACCTTGGTACTGTCGCTGCTGACTACGGTGATCTGCTTGTTAGTCAGCTATCCTTTGGCCTATTATATAGCCAACGCTTCCCCGCGTATCCAAACCTGGGGATTAATTCTGATCACGGTCCCGTTCTGGATCAACTTTTTGATCCGCACCTATGCCTGGGTCCTGCTGCTTCGGACCCAAGGCGTGGTGAACAGCCTGCTGCTGTGGATGGGATGGATCGACGAGCCGATTCAGATGCTGTATACGTACGGCGCCGTACTGCTCGGGATGGTGTATAACTTCATCCCCTTCATGGTGCTGCCGATTTACGTGGCCCTGGAGCAGATGGACAAGCGTCTGCTGGATGCGGCCAGCGATCTGGGCGCTTCCAGGTGGAAAGCATTCCGGCACATTACCTTGCCGCAGAGCAAATCCGGCATCATGACGGGGGCGGTTCTGGTCTATGTCTCGACTTCCGGGATGTTTGTAGTTACGGATATTTTGGGAGGCGCGAAGTCCTCCATGATCAGTAATATCATTCAGCAGCAGTTCCTGGGTGCGCGCAACTGGCCCTTTGGAGCGGCGTTGTCGGTGATCTTCGTGATTACGTCCCTGGTGCTGATCCTGCTCTTTAACCGGGCGATGCAAGCCCGCCATCAACGCGTAGGGGAGGGGAGATAG	MRKSRFLLTPVLLWLSLFLIVPMLIVVGISFLSRDSLGNVVFSFSLEGYKTFFDPLYLGIYWDTLVLSLLTTVICLLVSYPLAYYIANASPRIQTWGLILITVPFWINFLIRTYAWVLLLRTQGVVNSLLLWMGWIDEPIQMLYTYGAVLLGMVYNFIPFMVLPIYVALEQMDKRLLDAASDLGASRWKAFRHITLPQSKSGIMTGAVLVYVSTSGMFVVTDILGGAKSSMISNIIQQQFLGARNWPFGAALSVIFVITSLVLILLFNRAMQARHQRVGEGR	PGPT0007835_1852	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007835-potB-K11071	NA	NA
JZ016_04323	807	ydcV		Inner membrane ABC transporter permease protein YdcV	GTGAAGAAGAAGAATCACCCGCTGCTTGGGATTCACTCTTTCCTTATGATGGCTTTCATCTATGTACCGATCATCATGATCATTATCTATTCCTTTAACAACACGCGGCTCAGCGGCAATTGGGAAGGATTTACATTCGATTGGTATGTGTCTCTATTCGAGAACCGGCACGTGATGGAAGCGCTGATGAACAGTTTAACGGTGGCGGTCATATCGACGATCATTTCTACCCTGCTCGGAACTGCGGCGGCGCTCTCGCTTCGGACTCTGGGACGCCGAGGTCGCAGCGGCATGAACGGGCTGCTGTATCTGCCGGTCATTATCCCGGATATTATTATGGGGCTGTCGCTGCTGGTATTGTTTAGTCAACTGAATATGCCGCTTGGCAAGACGACGGTGATCATCGCCCATATTACGTTCAGCCTGTCGTATGTGTATGTCGTAGTGACCGCCAGACTGTCGGGCATGGGCAAACAGCTGGATGAGGCGGCCCAGGATTTGGGCGCTACGCCTTGGCAGACGTTCCGGCATGTTACATTGCCGCAGATTGCTCCGGGCATTATCTCCGGCGCCTTGATTGCTTTTACGCTGTCATTGGATGACTTTATGGTTAGCTTTTTTGTCGCTGGCCCCGGCTCAACGACGCTGCCGATCTATATTTACGCTCAAGTGAAGCGCGGCATCTCGCCAGAGATTAACGCGCTGTGTACGCTGCTCATTCTGGTCAGCATCACGCTGATTCTGTTAGCGCAATATATTCTTAACCGCGGCAACGGGGAAAAGAAACATAAAACATTACCGATCTAA	MKKKNHPLLGIHSFLMMAFIYVPIIMIIIYSFNNTRLSGNWEGFTFDWYVSLFENRHVMEALMNSLTVAVISTIISTLLGTAAALSLRTLGRRGRSGMNGLLYLPVIIPDIIMGLSLLVLFSQLNMPLGKTTVIIAHITFSLSYVYVVVTARLSGMGKQLDEAAQDLGATPWQTFRHVTLPQIAPGIISGALIAFTLSLDDFMVSFFVAGPGSTTLPIYIYAQVKRGISPEINALCTLLILVSITLILLAQYILNRGNGEKKHKTLPI	PGPT0007830_1289	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007830-potC-K11070	NA	NA
JZ016_04324	1053	potD	COG0687	Spermidine/putrescine-binding periplasmic protein	TTGAAAAAATCAAGATGGACCCGCCTGCTGACGGCAGGCATGGTTGCGGTATTGTCTGTAGGACTCTTGGCCGGTTGCGGATCGGATAAGGAGACGCTTCACATTTACAGCTGGGCGGATAACTTTGATCCCGAGGTGCTGAAGGACTTCGAAGAGAAGTTCGACGTAAAGGTAACCTACGACAATTACGCAAACAATGAAGACCTGCTGGCTAAAATCAAGGCTGGCGGCAGTGGGTATGACCTCATTCAGCCGTCCGATTATATGGTCAAAACGATGATTGAATCGGAGCTGCTTGAGCCGCTTGACATGAATAATATCCCGAACTTCGTCAGTCTTACGGATACTTTCAAAGATCCTTCTTATGACCCGGGCAATAAATATTCAATTGTCTACACGTCCGGTGTAACGGGTATTGCATATAACAAGAAGTATGTGAAGGATGAGATCAACAGCTGGGAAGATCTCTGGAACCCGGAATACAAGGGTAAAGTCCTGCTTCTGGACGACAACCGTGAAATGATCGGCATGGCGCTGAAGAAGCAAGGAAAGTCCAACAGCAGCACAGATGAAGCGGAAATCACCGCAGCTGCGGATGAGCTGAAGACCCTGCTCCCGAATGTGCTAGCGTTTGATACGGATAACATCAAGCAGAAGATGATCCAAGAAGAAGGCTGGATTGCTACGGTATGGTCCGGAGATGCCGCCTTTATTGCTGCGGAGAATCCGGATGTGGCGTATGTCGTGCCAGAAGAAGGGGCTACCATCTTCTCTGATAACTACGCGATTCCTAAGGGTGCCAAGAATAAAGAGCTGGCCGAGAAATTCATCAATTTCATGATGGAGCCTGAGGTCAGCGCCAAAAACTATGAATTTATCGGATACAGCAATCCGAACACCAAAGCGATGGAATTCCATAGCGAGGAATACCGCGCCAATACGATGATCAACCTGACAGATGAAGAGCTGGGCCGTACCGAATGGCTGGATAATGTTGGTGACTCGCTCTCGATCTATGATCGTTTATGGACCGAACTGAAGAGCGGTCGTTAA	MKKSRWTRLLTAGMVAVLSVGLLAGCGSDKETLHIYSWADNFDPEVLKDFEEKFDVKVTYDNYANNEDLLAKIKAGGSGYDLIQPSDYMVKTMIESELLEPLDMNNIPNFVSLTDTFKDPSYDPGNKYSIVYTSGVTGIAYNKKYVKDEINSWEDLWNPEYKGKVLLLDDNREMIGMALKKQGKSNSSTDEAEITAAADELKTLLPNVLAFDTDNIKQKMIQEEGWIATVWSGDAAFIAAENPDVAYVVPEEGATIFSDNYAIPKGAKNKELAEKFINFMMEPEVSAKNYEFIGYSNPNTKAMEFHSEEYRANTMINLTDEELGRTEWLDNVGDSLSIYDRLWTELKSGR	PGPT0007825_2331	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007825-potD-K11069	NA	NA
JZ016_04325	222			hypothetical protein	TTGAGCGATGTGATGGGTATGTTTTTGATTGCATTGGTAGTTGCCGGGGTTGCAGCCGTTTTATTTCTGAACATCTTCAGGAAAAGCGCGCTGCATCTGCTGTTATTGAGTGTTCACAGTGCGCTTGTGGGAATCGGACTACTTCTATTAAGTTATGCAGCCCAGGGAAGGAAGTCTTGCTGTTTATGGGTACATGCGCTCTCTTGTTCGGTGTATTTCTAA	MSDVMGMFLIALVVAGVAAVLFLNIFRKSALHLLLLSVHSALVGIGLLLLSYAAQGRKSCCLWVHALSCSVYF	PGPT0028785_2906	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-QUATERNARY_AMMONIUM_COMPOUND_RESISTANCE_,PGPT0028785-sugE-K11741	NA	NA
JZ016_04326	1074			hypothetical protein	ATGAATCCTAAATTACGTGTATGTGCATCATTAATTGCAACTAGCGTCCTGCTTGGCGGTCTGGGTTTGAGCGGACAGGTCATCGATGCAAGTGCCGCTAAGGCACCCGTTTCCGCCAGCCAAAAATCGTCAAAAAATGAAGTCGTACTGAAATGGAATGGCAAGACCCTGTCACAGAAAGGTCTCGTGCTGCACGGGGTAACTTATGTGCCGGCAACCGCTTTGCGGGACGGCCTGGGAATGCCTCTTAAATATGATGCAAAAAAACGTACGTATACACTGGGTAACGGTTATAACAAACTGAGTGCCATCGTATATGATTCAACTGAAATCGGTATTCTGGTGAACGGTTCGTATGCCGGCGAACCTGGGGGACAGATCATTAATGGTCGTCTGTATGTGCCATTCAAAACGATCAGCGAATACATGGGTGTTCAGGGACAATGGAACCCTTCCGTAAAAACACTCAGCATGACGCAGAAGAAACAGAACGACATTACGATCAAATCGGCTGCGCTGAAGAAAAAGATTCAGGGCGTGGATGCCGTTGTGAACTATCCTGTAATCAGCGGACTCGCCAATGAGGAGGCGCAAGCCGAGATCAATCAAGTGCTGAAAGAAAATGCGTCCGGCGTAATCACCCGTGCCGAAGGGAATGCTGAGGAATTCCCGCCGTCGGAATCCAGTTTCCCTTATGAATTTAGCGGTGACTTCGTGGTCCATTATAACCAGAACGATATCCTGAGCATTACGGCATACGATTATTCCTACACGGGTGGCGCTCATGGCATGACCTTCCGTAAAAGCTTCACGTTCTCCTTGAAGGATGGCAAGAAAATGCAGCTGGGCGATTTCATCAACCTGCAGGGCAAGAACAAACAGAAGCTGAACAACCTTGTGCTGAACAAGCTGAAGAAAGAGGGGGGCTACCTCAGCGGATTTGAAGGCGTGCCTGCCGATGCGGACTTCTACGTGAAAGATAACGCTGCGGTGCTGTACTTCCAACTTTATGAGTACACCGCATATGCTTATGGATTTCCGGAGTTTGAGCTGAAGCTGAAAGAGTGGAAGTAA	MNPKLRVCASLIATSVLLGGLGLSGQVIDASAAKAPVSASQKSSKNEVVLKWNGKTLSQKGLVLHGVTYVPATALRDGLGMPLKYDAKKRTYTLGNGYNKLSAIVYDSTEIGILVNGSYAGEPGGQIINGRLYVPFKTISEYMGVQGQWNPSVKTLSMTQKKQNDITIKSAALKKKIQGVDAVVNYPVISGLANEEAQAEINQVLKENASGVITRAEGNAEEFPPSESSFPYEFSGDFVVHYNQNDILSITAYDYSYTGGAHGMTFRKSFTFSLKDGKKMQLGDFINLQGKNKQKLNNLVLNKLKKEGGYLSGFEGVPADADFYVKDNAAVLYFQLYEYTAYAYGFPEFELKLKEWK				NA	NA	NA	NA	NA
JZ016_04327	597	clpP_2	COG0740	ATP-dependent Clp protease proteolytic subunit	GTGAGTTTTATACCTATGGTCGTTGAACAAAGCAACCGCGGTGAGCGGGCGTACGACATCTATTCCAGATTGCTGAAAGACCGCATTATCTTCCTCGGCTCCGACGTAAATGACGTGGTCGCCAATTCCATCATTGCCCAAATGCTGTTCTTGTCGGCTGAGGATCCTGAGAAGGATATTCATCTTTACATCAACAGTCCTGGCGGTTCCATTACCGCAGGTATGGCGATATTCGATACGATGCAGTTCATCAAGCCGGACGTTTCGACGATCTGTGTCGGCATGGCTGCTTCCATGGGCGCATTCCTGCTCAACGCAGGCGCTAAAGGCAAACGCTACGGTCTGCCTAACAGCGAGATTATGATTCACCAGCCGCTCGGCGGCGCACAAGGTCAAGCCACGGATATTGAGATCCGTGCTCGCCGCATCCTCAAAATGCGCGACAAGCTGAACCGCATCCTGTCCGATCGCACGGGCCAACCGCTGGAGCGCATTGAGAAGGATACCGATCGTGACTACTTCATGACGGCTGACGAAGCCAAAGAATACGGTCTGATTGATCAAGTATTAGAGAACACACCACCGCAAGGCTTATAA	MSFIPMVVEQSNRGERAYDIYSRLLKDRIIFLGSDVNDVVANSIIAQMLFLSAEDPEKDIHLYINSPGGSITAGMAIFDTMQFIKPDVSTICVGMAASMGAFLLNAGAKGKRYGLPNSEIMIHQPLGGAQGQATDIEIRARRILKMRDKLNRILSDRTGQPLERIEKDTDRDYFMTADEAKEYGLIDQVLENTPPQGL	PGPT0014595_6955	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358	NA	NA
JZ016_04329	1044	cggR	COG2390	Central glycolytic genes regulator	ATGCGTAACCTATTAGAAATACAAGAGCAGCTTCTGCCGGATCTGATGGACACTCTTAAACGAAGGTATACCATCCTTCATCAGATCAAGTTGTCCGGAATTGTTGGCCGAAGAACATTGGCTTCATCACTCTCGATGACCGAGCGTGTTCTCAGAGCAGAGACTGATCTTCTGAAAGCGCAGGGGCTGATCGAGATTGAAACGCTTGGCATGCGCATCAGCAGCTCAGGGATATGCTTGCTGGAGGAGCTGGAGCCGGTCATGAATGAGTTATTCGGACTGGTTGAACTGGAAGAGAAGATTCGTCAGGCTTACGGGCTTCGTAAAGTGGTCATTATTCCCGGTGACAGCGAGTCATCTCCGGAAGTCAAACGTGAGCTTGGCCGGGCCGGAGCAAGAACGCTGCTAAGCTTTGTCCAAGATGGAGATACGATTGCCGTAACCGGCGGCTCCACGCTCGCCGAAGTGGCCGAGCAGATGTCCTCTTTGCCAGGCGGCGAACCGCTGACAAGCACTTGGTTTGTGCCAGCGCGGGGCGGTCTTGGGGAGAGCGTGGAGATTCAAGCGAACACCATTGCTTCCAAGATGGCAAAGCGCGTTGGAGCTGAGTACCGATTGCTTCACGTACCGGATCTGCTAAGCGAGGATGCCTATCAGTCTCTGGTGCAGGATCAGCATATCCAGGAGATCGTGGATGTGATCAGGCGCTGCCGTGTCATTATTCACGGCATCGGAGATGCCATGGAGATGGCAAGAAGGCGCAAGCTGGATGAAAACTCTATTCAGAACTTGCAGGCAGATGGCGCGATTGCGGAATCCTTCGGCTACTACTTCAGTGAAGATGGTGAAGTTGTCCACAAAATGCTTACTCTCGGGCTGCGGCTTGAGGATATTATGCGGACAGAGACGATCATCGGCATTGCTGGGGGTCAAGGCAAGGGCAAGGCGATTCATGCGGTGCTGAAATTCGGACATGAGGATATTCTCGTTACCGATGAAGCCGCGGCACTGGAAGTCGAGAAGGAGATTGACGCCGGGATTTGA	MRNLLEIQEQLLPDLMDTLKRRYTILHQIKLSGIVGRRTLASSLSMTERVLRAETDLLKAQGLIEIETLGMRISSSGICLLEELEPVMNELFGLVELEEKIRQAYGLRKVVIIPGDSESSPEVKRELGRAGARTLLSFVQDGDTIAVTGGSTLAEVAEQMSSLPGGEPLTSTWFVPARGGLGESVEIQANTIASKMAKRVGAEYRLLHVPDLLSEDAYQSLVQDQHIQEIVDVIRRCRVIIHGIGDAMEMARRRKLDENSIQNLQADGAIAESFGYYFSEDGEVVHKMLTLGLRLEDIMRTETIIGIAGGQGKGKAIHAVLKFGHEDILVTDEAAALEVEKEIDAGI	PGPT0019460_115	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CARBON_CATEBOLITE_REGULATION,PGPT0019460-cggR-K05311	NA	NA
JZ016_04330	1005	gap1	COG0057	Glyceraldehyde-3-phosphate dehydrogenase 1	ATGGTTAAAGTAGGTATTAACGGTTTTGGACGTATTGGACGTAACGTGTTCCGCGCTGCGCTGAACAACAGCGAAGTTGAAATCGTGGCAATCAACGATTTGACGGACGTAAGCACGCTGGCACACCTTTTGAAATATGACACAACTCACGGAAGACTTAATGCAACGGTTGAAGCTAAAGAAGGCGCACTCGTTGTAAACGGCCGTGAAGTAAAAGTATTCGCTGAGCGTAACCCTGAAGCATTGCCTTGGGCTGAGCACGGCGTTGAAATCGTTGTAGAATCCACTGGTATTTTCACAGCGAAAGACAAAGCTTCCGCTCACTTGAAAGGCGGCGCTAAGAAAGTTATCATCTCCGCTCCAGCAACTGACGAAGATATCACGATCGTTATGGGCGTTAACGAAGACAAATACGATGCAGCTAACCATACTGTAATCTCCAATGCTTCTTGTACAACAAACTGCTTGGCTCCTTTTGCTAAAGTTCTTGACGAGAAATTCGGTATCGTTAAGGGTATGATGACTACGGTTCACTCCTACACGAATGACCAGCAAGTGCTTGATCTTCCGCACAAAGATCTGCGTCGTGCTCGTGCAGCTGCTGAAAACATCATTCCATCCACAACTGGTGCTGCTAAAGCGGTTAGCCTCGTTCTGCCACAATTGAAAGGCAAATTGAACGGTATGGCAATGCGTGTACCTACGAAGAACGTTTCTGTAACGGATCTCGTAGTTGAGCTGTCCCAAAATGTAACCCTTGAAGATGTAAACGGAGCTCTGAAAGCAGCTGCTGAAGGCCCGCTGAAAGGCATCTTGAACTACTCCGAAGAGCCGCTTGTATCCAGCGACTACAATGGCGACCCAGCTTCTTCCACTATCGATTCGCTCTCCACTATGGTAGTTGGCGACAACATGGTGAAAGTAGTTTCTTGGTATGACAACGAGTGGGGCTACTCCAACCGTGTCGTTGACCTCGCTGCTTACATCGCAAGCAAAGGTCTGTAA	MVKVGINGFGRIGRNVFRAALNNSEVEIVAINDLTDVSTLAHLLKYDTTHGRLNATVEAKEGALVVNGREVKVFAERNPEALPWAEHGVEIVVESTGIFTAKDKASAHLKGGAKKVIISAPATDEDITIVMGVNEDKYDAANHTVISNASCTTNCLAPFAKVLDEKFGIVKGMMTTVHSYTNDQQVLDLPHKDLRRARAAAENIIPSTTGAAKAVSLVLPQLKGKLNGMAMRVPTKNVSVTDLVVELSQNVTLEDVNGALKAAAEGPLKGILNYSEEPLVSSDYNGDPASSTIDSLSTMVVGDNMVKVVSWYDNEWGYSNRVVDLAAYIASKGL	PGPT0018000_5684	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018000-gapA-K00134	NA	NA
JZ016_04331	1182	pgk	COG0126	Phosphoglycerate kinase	ATGAACAAGAAAAGTGTACGTGATGTAGAAGTAAGCGGCAAACGGGTGTTTGTCCGCGTCGATTTCAATGTACCGCTCGAAGATGGTAAAATTACAGACGACACTCGTATTCGCGAGACTTTGCCGACCATTAAGTATCTGGTAGAGCAAGGAGCGAAAGTCATCCTGGCCAGTCACATGGGTCGTCCAAAAGGAGAGGTCGTTGAATCTTTGCGCCTGACTCCGGCAAGTCAGCGTCTGTCCGAGCTGCTCGGCAAACCGGTAGCCAAAGCGGATGAAGCGGTAGGAGAAGCTGTTAAAGCTCAAGTCGAGAAGCTGCAAAACGGCGATGTGCTCGTGCTTGAAAATGTTCGTTTTTACGCTGGTGAAGAGAAGAATGATCCGGAACTTGCGAAGCAATTCGCCGAACTGGCCGATCTGTTCGTGAATGACGCGTTTGGTGCTGCTCACCGTGCGCACGCTTCGACAGAAGGTATCGCTCATCATCTTCCGGCTGTATCGGGATTGTTGATGGAGAAAGAGCTGTCCGTTCTCGGCAAAGCCCTTTCGAATCCGGACCGTCCTTTTACCGCCATCATCGGTGGATCGAAGGTTAAGGACAAAATCGACGTGATCGACAACTTGCTTACGCTTGCTGATAATGTCATCATCGGCGGTGGACTTGCTTACACGTTCTTCAAAGCTCAAGGCCATGAAATCGGCCAATCTCTGCTTGATAAAGAGAAGCTTGATGTTGCACTCGGTTTCATCGAGAAAGCTAAAGAGCTGGGCAAAAACTTCTACCTGCCGGAAGATATCGTCGTTACGGACGAGTTCAGCGCAGACGCGAATACCAAGGTCGTTGATATCGACGGCATTCCTGCCGATTGGGAAGGCGTTGACATCGGACCTAAGACTCGCGCCAAGTATGCAGAAGTGATCAAGAACTCCAAGCTTGTCGTGTGGAACGGTCCTATGGGCGTATTCGAAATCGCTCCGTTCAGCAACGGTACTCGTGAAGTGGCACAAGCTTGTGCGGATACGGAAGCTTACACGATTATCGGCGGCGGCGACTCGGCTGCAGCTGCAGAGAAATTCGGTCTTGCCGACAAGATGAACCACATCTCGACAGGCGGCGGTGCATCTCTTGAGTTCATGGAAGGCAAAGCACTTCCTGGTGTTGTGGCACTGAACGACAAATAG	MNKKSVRDVEVSGKRVFVRVDFNVPLEDGKITDDTRIRETLPTIKYLVEQGAKVILASHMGRPKGEVVESLRLTPASQRLSELLGKPVAKADEAVGEAVKAQVEKLQNGDVLVLENVRFYAGEEKNDPELAKQFAELADLFVNDAFGAAHRAHASTEGIAHHLPAVSGLLMEKELSVLGKALSNPDRPFTAIIGGSKVKDKIDVIDNLLTLADNVIIGGGLAYTFFKAQGHEIGQSLLDKEKLDVALGFIEKAKELGKNFYLPEDIVVTDEFSADANTKVVDIDGIPADWEGVDIGPKTRAKYAEVIKNSKLVVWNGPMGVFEIAPFSNGTREVAQACADTEAYTIIGGGDSAAAAEKFGLADKMNHISTGGGASLEFMEGKALPGVVALNDK	PGPT0018015_4882	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018015-pgk-K00927	NA	NA
JZ016_04332	753	tpiA	COG0149	Triosephosphate isomerase	GTGAGAACACCTATCATAGCTGGTAACTGGAAAATGTTCAAAACCGTTCCGGAAGCAACTTCATTTATTGAAGATGTGAAAGGCAAAGCGGAAGTAGAAGGCGTTGAAAGCGTGATTTGCGCGCCATTTACCAATCTTCCTGCATTGGTTGAAGCGGTCAAGGGCACGAACATCAAAATCGGTGCACAAAATCTTCATTTTGAAGACAATGGCGCCTTTACGGGTGAAATCAGCGGTTTGATGCTGAAGGATCTGGGCGTGGACTATGTCATTATTGGACACTCCGAGCGCCGTCAGTATTTTGCTGAAACCGATGAGATCGTGAACAAGAAGGTACATGCGGCATTCCGCCATGGCCTTCTTCCGATCGTATGCGTCGGCGAGAAGCTGGAAGAACGCGAAGCCGGCCAAACCAAAGACGTGTGCAAAGTACAAACGGAGGCAGCGTTCGCAGGTGTTCCTGCTGATCAAGCGGTTCATGTCGTTATTGCTTATGAGCCAATCTGGGCGATCGGAACTGGCAAATCCTCTACGGCAGAGGATGCGAACGAAGTCATCGCTTATATTCGTGAACTCGTTCAAGGTCTGTACGGCGAAACCGTTGCAGAGCAAGTTCGTATTCAATACGGCGGCAGCGTGAAGCCTGAAAATGTAGCGGAGTATATGGGACAAAGCGACATCGACGGCGCGCTCGTTGGTGGTGCAAGTCTACAACCGGCTTCCTACATCGCACTCGTTGAGGGGGCGAAGTAA	MRTPIIAGNWKMFKTVPEATSFIEDVKGKAEVEGVESVICAPFTNLPALVEAVKGTNIKIGAQNLHFEDNGAFTGEISGLMLKDLGVDYVIIGHSERRQYFAETDEIVNKKVHAAFRHGLLPIVCVGEKLEEREAGQTKDVCKVQTEAAFAGVPADQAVHVVIAYEPIWAIGTGKSSTAEDANEVIAYIRELVQGLYGETVAEQVRIQYGGSVKPENVAEYMGQSDIDGALVGGASLQPASYIALVEGAK	PGPT0017995_3948	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0017995-tpiA-K01803	NA	NA
JZ016_04333	1545	gpmI	COG0696	2,3-bisphosphoglycerate-independent phosphoglycerate mutase	ATGTCTGCTCCAAGACCTGTAGCTCTGATCATCATGGACGGTTTCGGGCTTCGCAACACCGAAGTGGGCAATGCGGTCGCTCAAGCGAACAAGCCTAACTACGACCGGTATTTGAAGCAATACCCGAACACCACGTTGACCGCTTGCGGTGAAGCCGTAGGCTTGCCGGAAGGTCAAATGGGGAACTCTGAAGTGGGTCACTTGAACATCGGCGCAGGCCGGATCGTGTATCAGGACTTGACCCGCATCACGAAGTCGATTCGTGAAGGAGAATTCTTCGAGAACGAAACGCTGGTGGAAGCCGTTCGCGCTGCTAAGAACAACAACAAGAAGCTGCATCTGTACGGGCTGGTATCCGACGGCGGCGTTCACAGTCATATTGAGCATATGTTTGCCATGCTGGATCTTTGCAAGAAGGAAGATTTCCATGACGTATACATCCATGGCTTCATGGATGGACGCGACGTGGCACCGGACAGCGGCAAGCAGTTCGTTAAAGATCTGATTGCGAAGATTGAAGAAGTGGGCGTTGGCCAAATCGCTACGCTTTCCGGTCGTTATTATGCGATGGACCGCGACAAGCGTTGGGATCGTGTCGAGAAGGCTTACCGTGCCATGGTGTATGGCGAAGGACCGAAATATACGGATCCGCTGAAAGCCATCATCGAATCTTACGAGAAATCGGTTTACGATGAATTCGTAGAACCGACCGTGATTGTGAATGGTGAAGGCGAGCCGGTTAGTCTGGTGGAGAGCGGAGATTCCGTTATCTTCCTGAACTACCGCCCTGACCGTGCGATTCAGCTGTCCCAGGTGTTTACGAATAATGACTTCCGTGGCTTTGAACGTGGACCGAAGTTCCCGCAAAACCTGCATTTTGTCTGCTTGACGCTGTTCAGCGAGACGGTGGAAGGCTTCGTTGCCTACAAACCGAAGAATCTCGATAACACGCTCGGCGAAGTGCTGGTTCAGCACAACAAGAAGCAGCTTCGGATTGCGGAAACCGAAAAGTACCCGCACGTGACATTCTTTTTCAGCGGTGGACGCGATGTTGAGCTTCCTGGTGAAACGCGCGTACTGATCAACTCGCCGAAAGTGGCGACCTACGATCTGAAACCGGAGATGAGCGCTTATGAAGTGGCGGATGCTTGCGTGAGAGAAATCGAAGCGGATAAGCATGACGCGATCATTTTGAACTTCGCCAACCCGGACATGGTAGGTCATTCCGGTATGCTGGAGCCGACAATTAAAGCCGTTGAGACTACGGATGAGTGTGTCGGCAAGGTCGTTGAGGCTGTTTTGGCAAAAGGCGGGGTAGTTCTGATTACCGCTGACCACGGGAACGCGGACATGGTATTTGACGAGAGTGGACGTCCGTTCACCGCACATACTACGAACCCGGTTCCGTTCATCGTAACGGATGAGAATGTAACGCTGCGTGAAGGCGGTATTCTTGCCGACATTGCGCCAACCATTCTCGACCTGATGGATCTGCCGAAGCCGGATGAGATGACTGGAACTTCCATGATTGCAGCACGTAAATAA	MSAPRPVALIIMDGFGLRNTEVGNAVAQANKPNYDRYLKQYPNTTLTACGEAVGLPEGQMGNSEVGHLNIGAGRIVYQDLTRITKSIREGEFFENETLVEAVRAAKNNNKKLHLYGLVSDGGVHSHIEHMFAMLDLCKKEDFHDVYIHGFMDGRDVAPDSGKQFVKDLIAKIEEVGVGQIATLSGRYYAMDRDKRWDRVEKAYRAMVYGEGPKYTDPLKAIIESYEKSVYDEFVEPTVIVNGEGEPVSLVESGDSVIFLNYRPDRAIQLSQVFTNNDFRGFERGPKFPQNLHFVCLTLFSETVEGFVAYKPKNLDNTLGEVLVQHNKKQLRIAETEKYPHVTFFFSGGRDVELPGETRVLINSPKVATYDLKPEMSAYEVADACVREIEADKHDAIILNFANPDMVGHSGMLEPTIKAVETTDECVGKVVEAVLAKGGVVLITADHGNADMVFDESGRPFTAHTTNPVPFIVTDENVTLREGGILADIAPTILDLMDLPKPDEMTGTSMIAARK	PGPT0018040_1303	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018040-gpmI-K15633	NA	NA
JZ016_04334	1290	eno	COG0148	Enolase	ATGACTATTATTTCTGATGTATATGCACGCGAAGTCCTTGACTCCCGTGGCAATCCAACCGTAGAGGTTGAAGTATACCTGGAATCCGGTGCAATCGGTCGCGCGATCGTTCCATCCGGTGCTTCCACTGGCGTTCACGAAGCCGTTGAGCTTCGCGACGACGACAAATCCCGTTACCTGGGCAAAGGCGTTCTGAAAGCTGTTGAGAACGTGAACGAAATCATCGCACCTGAAGTGATTGGCATGGACGCTCTGGACCAGCTTGGCATCGATAAACTGATGATCGCTTTGGACGGTACGCCGAACAAAGGCAAATTGGGTGCGAACGCAATTCTGGCCGTATCCATGGCTGTAGCTCGCGCTGCTGCTGATGCATTGGATCTTCCACTGTATGTTTACCTTGGCGGATTCAACGCAAAACAACTTCCAGTACCTATGATGAACATCGTTAACGGTGGCGCTCACGCGGACAACAACGTTGACGTTCAAGAGTTCATGGTATTGCCTGTTGGCGCACCTAGCTTCAAAGAAGCGCTTCGCATGGGCGCTGAAATCTTCCACAACCTGAAATCCGTTCTGAAGGGCAAAGGCCTGAACACAGCGGTTGGCGACGAAGGCGGCTTCGCTCCTAACTTCACGTCTAACGAAGATGCACTGTCTTCCATCATCGAAGCGATCGAAAAAGCCGGCTACAAGCCAGGTGAAGATGTATTGCTGGGTATGGACGTTGCTTCCACCGAGTTCTTCAAAGATGGCAAGTATGTTCTGGAAGGCGAAGGCAAATCCTTCACGCCGGCAGAATTCGTGGACTTGCTCGCTTCTTGGGTAGACAAATACCCAATCGTAACCATCGAAGACGGATGCTCCGAGGACGATTGGGAAGGTTGGAAATTGCTCACCGAGAAATTGGGTAACAAAATTCAACTCGTGGGTGACGACCTGTTCGTTACCAACACCGAGCGTCTGGAAAAAGGTATCAACGAAGGCATCGGTAACTCCATCCTGATCAAAGTAAACCAAATCGGTACATTGACTGAAACGTTCGATGCGATCGAAATGGCAAAACGCGCAGGATACACGGCTGTCATCTCCCACCGTTCCGGTGAGTCCGAGGACAGCACGATCGCTGATATCGCGGTGGCTACTAATGCTGGTCAGATCAAAACGGGTGCTCCTTCCCGTACGGACCGTGTGGCGAAATACAACCAATTGCTTCGTATCGAAGATCAATTGGGCGAGCTCGCTCAATACAACGGCTTGAAGTCGTTCTACAACTTGAAGCGCAAATAA	MTIISDVYAREVLDSRGNPTVEVEVYLESGAIGRAIVPSGASTGVHEAVELRDDDKSRYLGKGVLKAVENVNEIIAPEVIGMDALDQLGIDKLMIALDGTPNKGKLGANAILAVSMAVARAAADALDLPLYVYLGGFNAKQLPVPMMNIVNGGAHADNNVDVQEFMVLPVGAPSFKEALRMGAEIFHNLKSVLKGKGLNTAVGDEGGFAPNFTSNEDALSSIIEAIEKAGYKPGEDVLLGMDVASTEFFKDGKYVLEGEGKSFTPAEFVDLLASWVDKYPIVTIEDGCSEDDWEGWKLLTEKLGNKIQLVGDDLFVTNTERLEKGINEGIGNSILIKVNQIGTLTETFDAIEMAKRAGYTAVISHRSGESEDSTIADIAVATNAGQIKTGAPSRTDRVAKYNQLLRIEDQLGELAQYNGLKSFYNLKRK	PGPT0018050_3595	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018050-eno-K01689	NA	NA
JZ016_04335	885	cynR_3		HTH-type transcriptional regulator CynR	ATGATCGCCAACACGGAATGGTATCGAGTGTTCCTGCATGCTGCAGAGACTTCCAATCTCACGAAAGCTGCGCATAACCTCCATATGACACAGCCCTCTGTGAGTTATGCCATCAAGCAGTTGGAAGAAGCCCTCGGCGTGGGGCTATTCGACCGGTTATCCAAGGGCGTCCGCTTAACAACAGAAGGAGAGGCCTTGTATCAGCATGTAAGGCAAGCATTCGACGAACTCGATTCAGCCGAGCGGCGATTGAAGAAGCTAAAGCAGTTTAGCGAAGGCAGGCTGAGGATTGGCGCGAACGGGGCTATCGTCAAGGACTTTCTCCTCTCCTTGCTCGACCGATTCCATGCTCGCTATCCCGACATCCGCATTCAGCTGTCACAGGAGCGAACAAGCAGCATCGTGGAGCGCTTAAAGAAAGGATCGTTGGATCTCGGCTTTGTTCACCTTCCCGTATCGGACGAGGAAATCCATATCATCGACTCCCGTACCTCGCCTTATTGCGCCGTGGTCGGAACGGCCTTCGCAGATTGGGCGCGCAGGCCTCTACGGACGGAAGAATTGACGGAGCTCCCCCTCTTGATGCTGTCCCCCGGCAGCTCGACGCGGTCCTTCATCGAAGGGTGGTTCCGATCGCAAGGGGTGGAAGTGGCAGCCGACTTCGAGTTGAACAGCCTGGACATGTTAGCAGAATTTGCCGAGCGCGGTTATGGAACAGCCTTCTTGCCACGGGCCTTTGTCTCGTCTCAGATCTCGGACGGTTCCTTGCTGGAGCTTCGAACAGACACTCCGTTACCGGATCGATATATTGGCGTCGCCGTTCGGAAGCAGCAGTCGCCCTCGCTGGCGGCAGGGGCATTTTTGGAGATGCTGCAGCAGAATTGA	MIANTEWYRVFLHAAETSNLTKAAHNLHMTQPSVSYAIKQLEEALGVGLFDRLSKGVRLTTEGEALYQHVRQAFDELDSAERRLKKLKQFSEGRLRIGANGAIVKDFLLSLLDRFHARYPDIRIQLSQERTSSIVERLKKGSLDLGFVHLPVSDEEIHIIDSRTSPYCAVVGTAFADWARRPLRTEELTELPLLMLSPGSSTRSFIEGWFRSQGVEVAADFELNSLDMLAEFAERGYGTAFLPRAFVSSQISDGSLLELRTDTPLPDRYIGVAVRKQQSPSLAAGAFLEMLQQN	PGPT0001160_882	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-RuBisCo	CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703	NA	NA
JZ016_04336	687	aroC_1	COG0082	Chorismate synthase	ATGGCAGGAAGTACGTTTGGAGAGCGGTTAAAAATGACTACGTTCGGGGAATCACACGGAGAAGCGGTGGGCGTCATTTTAGAAGGTGTCACACCGGGCGTTGAGCTGGACGAGGCTTACATTCAGATTCAGATGGATCGCAGAAGGCCGGGGCAATCCTCTGTTACGACTCCCCGCAAGGAATACGATAAGATCCGCATTTTATCTGGACTTTTCGAGGGAAGAACGACGGGGACGCCACTGTGCATCATGCTTAACAACACCGACATGCGCCCGTCGGCTTACGATACAATCAAATCGACCTACCGGCCCGGGCATGCGGATTTCACATATGAAAAAAAATACAAGATTCGCGACTATCGAGGAAGCGGAAGAGCTTCGGGAAGGGAGACGGCTGCGCGAGTGGCTGCTGGAGCCGTGGCGCGGAAGCTTCTGGAACGTCGGGGTGTCTCCATCCTGGCGTATACGACCGAGATCGGAGGCATCCGATGCGAGCAATTTGACGCCGATGCTATCGAACGGAATGCGGTTCGTGCGTGTGATCCGGAAGCAGCCGTTCGCATGATTGAGAGGATAGAACGACTGGCCGAAGAGGGGGACAGCTGCGGGGGATTGTCGAATGCCGAATTAGCGGCATTGCCGCGGGACTGGGGGAACCCGTATTCGACAAGCTTGACGCTGAGTTAG	MAGSTFGERLKMTTFGESHGEAVGVILEGVTPGVELDEAYIQIQMDRRRPGQSSVTTPRKEYDKIRILSGLFEGRTTGTPLCIMLNNTDMRPSAYDTIKSTYRPGHADFTYEKKYKIRDYRGSGRASGRETAARVAAGAVARKLLERRGVSILAYTTEIGGIRCEQFDADAIERNAVRACDPEAAVRMIERIERLAEEGDSCGGLSNAELAALPRDWGNPYSTSLTLS	PGPT0012875_5016	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012875-aroB-K01736	NA	NA
JZ016_04337	363	aroC_2	COG0082	Chorismate synthase	ATGTTGTCCGTCGGCGCGATTAAGGGCATTGAATTCGGGGCAGGCTTTCAAGCGGCCACTATGCGGGGAAGCGAACACAACGATCAGATGGACGCGGGAGGGTTCCGGACGAACCATGCCGGCGGAATCATCGGTGGTATCAGCACCGGGGCGGATATCGTGTTCCGAGTCGTCGTAAAGCCGACTTCATCCATTTCTACCCCTCAACAGACTGTCGATGTAGACGGCAATGAACGGGAAATTGCGACGATCGGCAGGCACGATCCATGCATCTGTCCCCGCGTCGTACCGGTGATCGAAGCGATGGCTTGCATGGTAATCGAGGATCATTACAAGCGTCAAGCCGCTTTGCTGGACGAATAG	MLSVGAIKGIEFGAGFQAATMRGSEHNDQMDAGGFRTNHAGGIIGGISTGADIVFRVVVKPTSSISTPQQTVDVDGNEREIATIGRHDPCICPRVVPVIEAMACMVIEDHYKRQAALLDE	PGPT0012875_5028	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012875-aroB-K01736	NA	NA
JZ016_04338	1125			NADH oxidase	ATGAGCAATCAAAATCAAAGTGTCCGATCTACAGCATCCCTATTCGAGCCATATACCATCGGTAACCTTACTCTTCCATCCCGCGTGGTGATGGCCCCTATGACGCGCGGGTTCTCTCCGAACGGCGTTCCAGGCCCGGATGTGGCCGCTTACTACCGTCGGCGTGCGGAGAATGGCGTCGGATTGATCATTACCGAGGGAACACTGATAAATCACCCGGCTGCAACCGATAACCCCAATATACCTAACTTCCATGGTGAAGCCGCATTGAACGGCTGGGCCGAGGTGGTCCGTCAGGTCCACGAAGCCGGCGGTAAGATCATGCCGCAAATTTGGCACATCGGCATGACTAGACCAATAGGTGCCGAGCCTAACCCAGAAGCACTTCCGATCGGACCATCCGGACTTGACCTGGACGGCAACGTCGTCACGAAACCCATGACCAAGGATGAAATCGAGCAGGTTATTCAAGCTTATGCCGATGCAGCCGCGAATGCCAAACGCCTTGGCTTTGACGGCGTAGAAATCCATGGTGCCCACGGATACCTGATCGACCAATTCCTCTGGGAGAGAACGAACCAGCGTACCGATGAATACGGAGGTGACATGCTGAAGCGTGCCCGCTTTGCGGTCGAAGTGGTCAAAGCCGTACGTGAGGCGGTGGGTCCAGACTTCCCAGTTGCCATCCGCCTATCCCAATGGAAGACAACCCAATATGAGGCCAAGCTGGCGGATACGCCTGAAAAGCTGGGTCAGTTGTTAACCGCGCTGTCTGACGCCGGGGTCGATATATTCCACTGCTCGACCCGTCGCTTCTGGGAGCCTGAATTCGAAGGTTCTGACCTGAACTTTGCTGGATGGGCCAAGAAACTGACAGGAAAAACAGTCATCACCGTCGGTTCCGTCGGTCTCGATGAAGTATTCACCAGCCTCTTCACCCAAGGTAAGGGTGCCGGCCAAAGAGACCTCGAAGAGCTCCTGAATCGTCTTGAGGAAAATGAATTTGACCTGGTTGCCGTCGGCCGTGCCCTGTTGGCTGATCCGCAATGGGCCGCTAAGGTTCGAGACGGACGTTTCGACGAGCTGGCACCATTCAAGCCGGATTCCTTGCAAACTCTGGTTTAA	MSNQNQSVRSTASLFEPYTIGNLTLPSRVVMAPMTRGFSPNGVPGPDVAAYYRRRAENGVGLIITEGTLINHPAATDNPNIPNFHGEAALNGWAEVVRQVHEAGGKIMPQIWHIGMTRPIGAEPNPEALPIGPSGLDLDGNVVTKPMTKDEIEQVIQAYADAAANAKRLGFDGVEIHGAHGYLIDQFLWERTNQRTDEYGGDMLKRARFAVEVVKAVREAVGPDFPVAIRLSQWKTTQYEAKLADTPEKLGQLLTALSDAGVDIFHCSTRRFWEPEFEGSDLNFAGWAKKLTGKTVITVGSVGLDEVFTSLFTQGKGAGQRDLEELLNRLEENEFDLVAVGRALLADPQWAAKVRDGRFDELAPFKPDSLQTLV				NA	NA	NA	NA	NA
JZ016_04339	312			hypothetical protein	ATGGATACCTTACAAACCATCAAAGCACTATCAAACGAGTCCCGGTTTAAAATCCTGGAGTGGCTGAAGCATCCGGAGGAACATTTTGATCCGCAGGATCACATGCCTTCCAAATGTGATTTTCATGGCGGTATCTGCGTGGGCTCCATTTCAGAAAAAACAGGACTCGCTCAGTCGGTCGTTTCTGGCTACCTGGTAAAATTGCAAAAGGCCGGTTTACTGGAATCCCATCGAGCGGGCCAGTGGACATATTATAGACGCAATGAGGAGGGCATTAAGCGTTTTATCGAACAACTCAAGGAAGAGCTTTAG	MDTLQTIKALSNESRFKILEWLKHPEEHFDPQDHMPSKCDFHGGICVGSISEKTGLAQSVVSGYLVKLQKAGLLESHRAGQWTYYRRNEEGIKRFIEQLKEEL				NA	NA	NA	NA	NA
JZ016_04340	1521	ifcA	COG1053	Fumarate reductase flavoprotein subunit	GTGAAAAAGAAGGTTGCAGCAACGCTTATACTCATTCTCTCTTTCATGCTCGCCATCGCGGGATGCGGCGGCGGGACCCAGGATCAGAGTCAAGACAACGCAAAAAAAGAAGAAGCCCCAGATACGGCCGTTTCGGGTGCGTCCCAAACCGGGTATACGCCAATCGATCAGCTCAAAGAAAAGTATGATATCATCATCGTCGGTGCAGGCGGAGCCGGTATGTCTGCTGCCCTTGAGGCAAAAGAAAAAGGCATGAACCCGGTCATTTTTGAAAAAATGCCGATTGCCGGCGGGAATACCATAAAATCATCCTCGGGCATGAATGCTTCCGAAACCAAGTTCCAACAAGAACAGGGCATTAAGGACAGCAACGATTTATTTTATGAAGAGACTTTAAAGGGCGGTCATGAAACCAACGACAAAGACATGCTTCGTTTCTTCGTTGACCATTCGGCAAGCGCGATCGATTGGCTGGATTCCATCGGGATTCGGTTGAACAATATCACCATTACGGGCGGCATGAACGAAAAGCGCACGCACCGTCCTGAGGACGGCTCGGCGGTAGGACAATACCTTGTCAACGGTCTGGTGAAAAATGTACAAGAACAAGAAATTCCGCTATTCGTCAACGCCAAGGTAACGGATATTACGGAAAAAGAGGGCAAAGCAAACGGCGTCAAAGTCATCTTCAACGGGAAAGACGAGAAATCTATTGCAGCGGATGCCGTCGTTGTGACAACCGGCGGTTTCGGAGCCAACATGGACATGATCTCCGAAGTTCGGTCCGATCTGAAAAGTTACGTGACCACCAATCAAGAAGGCAGCACCGGTGACGGCATTACCATGATTGAAAAACTCGGCGGCACTACGGTCGATATGGATCAAATCCAGGTTCACCCTACGGTTCAGCAGGAGAAATCTTATCTTATCGGGGAAGCCGTTCGGGGAGAAGGGGCCATCCTCGTTTCCAGCCAAGGCAAACGTTTCACAAACGAGCTGGATACTCGGGATAACGTCACCGCCGCCATCAATAAGCTTCCTGAAAAATCGGCTTATCTTGTGTTCGATTCCGGGGTAAAATCCCGGGTTAAAGCGATTCAGCAATATGAAAAAATGGGCTTTGTCATTCAGGGCGATTCGATCGAGGCTTTGGCCAATGAAATGGGCGTTCCAGCTGATCAGCTTCAAGCCACACTGGATACATGGAACAGCGCGGTGAAGAACAATAAAGATACCGAGTTCAACAGAACGACAGGCATGGATAACGAATTATCTGGGGCTCCATACCATGCCATCCAAATTGCCCCCGGTATTCACTACACCATGGGCGGCGTAAAAATCAACACGAACACGGAAGTTTTGGATAAAGACGGCAAGCCTATTCCAGGACTGTTCGCAGCCGGCGAACTAACCGGCGGTTTGCACGGTCAAAACCGGATCGGCGGCAACTCCGTTGCCGAGATCATTATTTTCGGCCGCCAAGCCGGCATCAAATCGGCTGAATTTGTAGGAGCGCAGTAA	MKKKVAATLILILSFMLAIAGCGGGTQDQSQDNAKKEEAPDTAVSGASQTGYTPIDQLKEKYDIIIVGAGGAGMSAALEAKEKGMNPVIFEKMPIAGGNTIKSSSGMNASETKFQQEQGIKDSNDLFYEETLKGGHETNDKDMLRFFVDHSASAIDWLDSIGIRLNNITITGGMNEKRTHRPEDGSAVGQYLVNGLVKNVQEQEIPLFVNAKVTDITEKEGKANGVKVIFNGKDEKSIAADAVVVTTGGFGANMDMISEVRSDLKSYVTTNQEGSTGDGITMIEKLGGTTVDMDQIQVHPTVQQEKSYLIGEAVRGEGAILVSSQGKRFTNELDTRDNVTAAINKLPEKSAYLVFDSGVKSRVKAIQQYEKMGFVIQGDSIEALANEMGVPADQLQATLDTWNSAVKNNKDTEFNRTTGMDNELSGAPYHAIQIAPGIHYTMGGVKINTNTEVLDKDGKPIPGLFAAGELTGGLHGQNRIGGNSVAEIIIFGRQAGIKSAEFVGAQ	PGPT0001115_1236	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001115-frdA-K00244	NA	NA
JZ016_04341	567	dhaS		HTH-type dhaKLM operon transcriptional activator DhaS	ATGGCACAAACAACAAAAAAAGCGCTTGCCCTATCGCTAAAAAAAATGCTTGAGAAAAAAACGCTTGATAAGATTACCGTCATTGATGTTGTCGAGGACTGTGAAGTGAATCGGCAGACGTTTTATTATCATTTCAGGGATATTTATGATCTTGTGGAGTGGATTTGCACAAGCGAGGCTACCATAGCGCTGGATGGCAAGAAAACGTATGACACGTGGCAGCAGGGCCTATTGCAAATATTTGAGTATGTGCTAAAAAACAAGGCGTTTGTGACGAGCGTCTATCATTCTATTAAACGAGAGCAGCTGGAAAGGTACCTATTTAACGTAACGTATCATCTTTTGATAGGGGTTATTGAGGAAAAGGCCGTTACGATGTCGATCAGGGATGAGGATAAGTCGTTTATCGCTGACTTTTATAAATATGCGTTTGTAGGGCTGATGCTGGATTGGATTGCGAAAGGGATGAAAGAAGAGCCCTCTGCGATTGTGGACCGGCTGAGCATTTTGATTCAAGGCGATATCTTTTTCGCGCTGGAAAAGTTTAAATTGCACCACTCTCATTAG	MAQTTKKALALSLKKMLEKKTLDKITVIDVVEDCEVNRQTFYYHFRDIYDLVEWICTSEATIALDGKKTYDTWQQGLLQIFEYVLKNKAFVTSVYHSIKREQLERYLFNVTYHLLIGVIEEKAVTMSIRDEDKSFIADFYKYAFVGLMLDWIAKGMKEEPSAIVDRLSILIQGDIFFALEKFKLHHSH				NA	NA	NA	NA	NA
JZ016_04342	1833		COG4716	Oleate hydratase	ATGGGAGACCTCCGAATATATTTTTATGATGTAGTTGCTAGAATCAATTCGGAGGTGACTGGAATGTATTATAGCAATGGAAATTATGAAGCGTTTGCTCGCCCGGAAAAACCGGTCGATGTCGACAAAAAGTCTGCATATCTGGTTGGAGCCGGTTTAGGCTCTCTGGCAGCTGCGTGCTTCCTCGTGCGCGACGGCCAAATGAAGGGAGAGCGGGTCCACATTCTGGAGGAGCTTAGTCTTCCCGGAGGTGCCTGCGACGGAATTCATGACAGCGATAAAGGTTTTATTATTCGCGGTGGGCGAGAAATGGAAGATCATTTTGAATGCTTATGGGATTTGTTCCGTTCCATTCCGTCTCTTGAAATTGAAGGCGTATCGGTTTTGGATGAGTTTTACTGGCTGAACAAGAAAGATCCGAACTTCTCTCTAATGAGAGCCACGGTTAACCGGGGCGAGGATGCGCATACTGATGGGAAATTTGCTCTGAGCGAAAAAGCTTCGCTGGAAATCGTGAAGTTGTTCTTTACTCGAAACGAAGATTTGTATGATAAGAAAATTACCGATGTATTCACGGAGGATTTCTTTGCCTCAAATTTCTGGCTTTACTGGAGAACGATGTTTGCCTTTGAAGATTGGCATAGCGCCTTGGAGATGAAGCTTTACATCCAAAGATTCATTCACCATATTGGCGGACTGCCTGATTTTTCGGCGTTAAAATTCACGAAGTATAATCAGTATGAATCATTGATCCTGCCGATGATGAAATATTTGCAGTCGCATGGCGTTCATTTCCAATATGATATGACAGTTACGAATGTAGTATTTGATATCCAGGGCAATAAGAAGGTTGCCAAGCAAATGGTATGTCGCCGTGCCGGCAAAGAGGAATATATCGACTTGACGGAAGATGATTTGGTGTTTGTGACAAATGGCAGCTGCACGGAAAATTCTGCTTTGGGCGACCATCATCGCGCGGCTGAATTTAATCGTTCCACAGGCGGCTGCTGGGAGCTCTGGAGAAATATTGCTAAGCAGGATCCATCCTTTGGACGCCCCGATAAATTCTGCACGAATACGGAAGCGACGAACTGGGAATCGGCAACCGTTACGACACTTGATGACAGAATCCCGCCATATATCGAAAAAATCTGTAAACGCGACCCGTTCAGCGGAAAGGTCGTTACCGGCGGCATCGTGTCCGTAAAGGATTCCAAGTGGCTCATGAGTTATACTCTGAATCGGCAACCGCATTTCAAAGAGCAGCCGAAGGATCAGCTTGTCGTTTGGGTGTACGGATTATTCACCGATGTTCCGGGCGATTACGTCAAAAAGCCGATGAGAGAATGTACAGGCGAGGAAATTACGATGGAGTGGCTGTACCATCTTGGTGTGCCGGAGCATGAAATTGCGGACATGGCTGCCAACTCTGCCCGCTGCATCCCGACTATGATGCCTTACATTACGTCATTTTTCATGCCGAGGACAGCAGGAGACCGGCCTAAAGTAGTTCCGGATGGTTGCGTCAACTTCGCTTTTATCGGACAGTTTGCCGACACGGTTCGCGACACCGTATTCACAACCGAATATTCGGTTAGAACGGCAATGGAAGCTGTGTACACCTTATTAAACGTAGACCGCGGCGTACCTGAAGTGTTCGGCTCTTGCTATGATGTCCGCGTACTGCTGGACTCCACTTCCAAAATGATGGACGGCAAAAAATTAACCGATCTGAAGCTTCCGTTGATCATGAACTTAATAGAAAAGCAGGCTTTGAAAAAAGTTTCCGGAACCGTCATCGAAGATTTACTGAAACGCTATAACATCATATAG	MGDLRIYFYDVVARINSEVTGMYYSNGNYEAFARPEKPVDVDKKSAYLVGAGLGSLAAACFLVRDGQMKGERVHILEELSLPGGACDGIHDSDKGFIIRGGREMEDHFECLWDLFRSIPSLEIEGVSVLDEFYWLNKKDPNFSLMRATVNRGEDAHTDGKFALSEKASLEIVKLFFTRNEDLYDKKITDVFTEDFFASNFWLYWRTMFAFEDWHSALEMKLYIQRFIHHIGGLPDFSALKFTKYNQYESLILPMMKYLQSHGVHFQYDMTVTNVVFDIQGNKKVAKQMVCRRAGKEEYIDLTEDDLVFVTNGSCTENSALGDHHRAAEFNRSTGGCWELWRNIAKQDPSFGRPDKFCTNTEATNWESATVTTLDDRIPPYIEKICKRDPFSGKVVTGGIVSVKDSKWLMSYTLNRQPHFKEQPKDQLVVWVYGLFTDVPGDYVKKPMRECTGEEITMEWLYHLGVPEHEIADMAANSARCIPTMMPYITSFFMPRTAGDRPKVVPDGCVNFAFIGQFADTVRDTVFTTEYSVRTAMEAVYTLLNVDRGVPEVFGSCYDVRVLLDSTSKMMDGKKLTDLKLPLIMNLIEKQALKKVSGTVIEDLLKRYNII				NA	NA	NA	NA	NA
JZ016_04343	219			hypothetical protein	ATGCGTGACAAAACCCCCACTCCGGCTGCAGAAAGCGACTTTCCCGTTAAGGCCGGCAAACCTGCACGCCAAGCCCTTATCGTTGCAGGCTATCATCAGCTTGCCGACCTCACCCAGGCATCCGAGAAAGAACTGCTGGCGATTCACGGGGTAGGACCCAAAGCGGTCAGAATACTACGCGAAGCTCTCGCCGAGAAGGGCCTAACCTTCAAAGAATAA	MRDKTPTPAAESDFPVKAGKPARQALIVAGYHQLADLTQASEKELLAIHGVGPKAVRILREALAEKGLTFKE				NA	NA	NA	NA	NA
JZ016_04344	1035	fpuA	COG0614	Petrobactin-binding protein FpuA	ATGCGCAGTATGAAGGGTGTCGTGTTTATCGTATTGATATTTGCTTTGGCTTTAGCCGGTTGCGGCGGGGGTGCGGCATCCAATGAAGGAGGCAGCTCCACGGCAGCGAAGAATTCGGATCAAGGGGCTGCACAGGGCGGGGATAACACTGAAAGCACACCGGAGACCCGAATCATCAAGCACGCTCTGGGCGAGACGAAAATTACGGGCGTTCCGAAGCGTATTGTCGCGCTGGAATGGCTTTACGCGGAGGATGTCCTGGCACTTGGTGTTCAGCCTGTGGGCATTGCAGACATTGAAGGGATGAACCAATGGGTGAACATCCCGGTAGAGATCGGGGCGGACGTTACCGATGTCGGCACCCGTCAAGAGCCGAATCTGGAGCTGATCGCTTCCTTGAAGCCGGACCTGATCATCGGTTTGAAATCGAATCTTGAAGCCGGCTATGATACGTACAACAGCATCGCGCCTACCTTGGTGTTTGATCCTTATCCGACTGAGGGACAAGGGGATCAATATGAAGAGATGGTTAATACCTTCAATACGATTGCTGACGTGCTTGGCAAGAAAGACGAAGCCGCAAAAGTGCTTAGCGATCTGGATCAAACCTATGCCGATGCCAAAGCCAAGCTTGAAGCAGCCGGCATGACGGAAAAACCGTTTGCGCTCGCCATGGGATACAGTAACCAGAATGCGGTGACGTTCCGGATTTCGACGGATAATTCCTTGGCCGTCAAAATTCTGGAGCACATCGGGCTGACCAATGCCCACAAACCTGATCAATTTGAGGTTTATGGCTTTACCACCACAGACGTAGAGGCATTGCCTGCCCTTCAGGATGCGAATTTCCTGCATATTATCCAGGAGAGCGATAACATCATCGAGAACCAATTGAAGGACAATCCGGTGTGGAAAGGTCTGAACTTTGTTAAAGAAGACCGCGTGTACGCACTTGGCGGTGACATGTGGCCATACGGCGGCCCATTGTCTGCCCAAACCATGGCCCAGAAGACAGCTGACCTGCTCACAAAATGA	MRSMKGVVFIVLIFALALAGCGGGAASNEGGSSTAAKNSDQGAAQGGDNTESTPETRIIKHALGETKITGVPKRIVALEWLYAEDVLALGVQPVGIADIEGMNQWVNIPVEIGADVTDVGTRQEPNLELIASLKPDLIIGLKSNLEAGYDTYNSIAPTLVFDPYPTEGQGDQYEEMVNTFNTIADVLGKKDEAAKVLSDLDQTYADAKAKLEAAGMTEKPFALAMGYSNQNAVTFRISTDNSLAVKILEHIGLTNAHKPDQFEVYGFTTTDVEALPALQDANFLHIIQESDNIIENQLKDNPVWKGLNFVKEDRVYALGGDMWPYGGPLSAQTMAQKTADLLTK	PGPT0003330_93	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-SIDEROMYCINS|ALBOMYCINS,PGPT0003330-fhuD-K23227	NA	NA
JZ016_04345	2106	fpuB	COG0609	Petrobactin import system permease protein FpuB	ATGAGTCTCGGCAACAAACTGGCACAAGGCTCCGCGCCGGTGAGCATTCATCCAGCCCCACCCGTTTCCTCAGGTAGGGGCTGGAAGCCGTTATGGATGCTGGTTGGAGGCCTGGTGGCTCTGTTATTCCTCACGTTTATCAGCTTGACGCAAGGGCTAGCCGATATATCCGTCAATACGGTCGTGCAGGCCCTGGTGTCTCCGCAGGATATCGCGGATCACCATCTCATCCGCAGCGTGCGCCTTCCGCGTACGGCCATGGGCCTGTTGGCTGGCGCCGCCTTGGCGGTGTCGGGCGTGCTTATGCAGACCGTCACGCGCAACCCGCTGGCCTCGGAGACGACGCTTGGCGTAAATGCCGGCGCTTATTTGGCCGTCGTGGCGGGGATGATCTTCTGGCCGGGACTGCTGCATCAGTATGCCCTTCCACTGGCAGTGGCAGGGGGGACGCTGGCGGCCGTCGCCGTCTATGCGCTGGCGGGAAAAACGCAGGGCTCTCCTCTGCGGATTGCATTATCCGGGATGATTGTCACCCTGGTTTTATCCTCCGTTACGAGTGCGCTGGTGCTGCTGAACCAGCAAACGACGCAGGGGATTTTTCTGTGGGGCTCCGGCTCGCTTATTCAGAATGACTGGGATGGCGTAGCTTTTTCATGGCCGTGGATCATTGGCGGGCTGATCGTGCTGTGTTTGGCGGTACGTCAGTGGGACATTCTGACCCTCAATGAGGAGTCGGCACGTTCCCTTGGCCAAAAAGTCGGCACCACCCGTTTGCTTGCGATGGGGGCAGCGATTGTGCTGGCCTGCGTGACCGTGAGCGTGGTCGGTCCGATCGGCTTTATCGGGCTGGTCGCTCCCCATCTGGTCCGCCTGTCCGGCGTGGTCCGGCATGCGGGGTTAATTCCGCTGGCTGCCTTATGGGGCTCGGCTCTGCTTGTCGGGGCCGACACGGTGGCCAGGATGTTCATAAACGCCTACGGGGAGCTTCCGGTCGGAGCCATTACGGCCATGATTGGTGCCCCGTGCCTCATCTGGCTTGCCATGCGGGTATCCCGTTCGTTGATCGGAGGGCGCGGGTCTTCCGGCGGATCGATGATGGCAGGCACGAGCCTGCGCCGGATACCTTATCCGGCCTTGGTAACACTGTTCAGCGTGCTGCTGGTGCTGGTATGGGTATTCAGCCTGATGAGCGGCAGTCTACGCATTCCCTTCACGGAAGTGCTGGCCGTGCTTACGGGAGGCGGCGAGTCGATGTATCGCCAGATTCTGTTGGAGTTCCGCCTGCCCAGGCTGTTAACAGCCGGATTATCCGGCATGGCGCTGGCCGTCAGCGGCAGTCTTCTGCAGAATGCGGTCCGCAATCCGCTGGGGGATCCCCAGGTGATCGGAGTGACCAGCGGAGCCGGTGCTGGCGCACTGCTCCTGATGATCGGTTTTCCGCAATTGTCGGCAGGCTGGGTCCCGGTCGGCGCGGTTCTTGGGGGGATGGCTGCAGCTGCTTTGGTATATGCGGTGTCCTGGAAAAGAGGACTTCATCCGACGATTCTTACGCTGGTCGGCATTGCCGTTGCCGCGCTTGGTTCCGCCATCATCAATCTGATGATCATTCATGCCAAGGTGGACGTAGCCCCCGCATTATCCTGGATGGCGGGCAGCACATATAACCGGGGCTGGACGGAGGTGCAGCGGATTGTTCCCGCTATTCTGATCCTGCTTCCTCTGGCTGCGTGGCTCGGGCGGAAGGTGGATCTGCTGACGTTCAGCGAAGAAAGCTCAACCGGCCTCGGTCTCCATGTACGGAATACCCGGGTGTATGTCGCCATCATTGCGGTGCTGTTGGCTTCGATTGCCGCAGCCAATGTCGGCTCGGTCGGCTTTATCGGACTGCTTGCGCCGCATGCCGCCAGAATGCTGGTTGGGGCTCGCCATCGGCAATCGATGGTCATCGCGGCGCTGCTCGGCGGAATTTTGCTGGCTGGGGCGGACTGGATCGGGAGGGTGGTCATGATTCCGAAGGAGTTGCCTTCGGGTATCGTTACCGCGCTTCTGGGTGCGCCGTATCTGTTATATCTGATGGGAAAAACCAATAAGCTGAAGAAGAAATAA	MSLGNKLAQGSAPVSIHPAPPVSSGRGWKPLWMLVGGLVALLFLTFISLTQGLADISVNTVVQALVSPQDIADHHLIRSVRLPRTAMGLLAGAALAVSGVLMQTVTRNPLASETTLGVNAGAYLAVVAGMIFWPGLLHQYALPLAVAGGTLAAVAVYALAGKTQGSPLRIALSGMIVTLVLSSVTSALVLLNQQTTQGIFLWGSGSLIQNDWDGVAFSWPWIIGGLIVLCLAVRQWDILTLNEESARSLGQKVGTTRLLAMGAAIVLACVTVSVVGPIGFIGLVAPHLVRLSGVVRHAGLIPLAALWGSALLVGADTVARMFINAYGELPVGAITAMIGAPCLIWLAMRVSRSLIGGRGSSGGSMMAGTSLRRIPYPALVTLFSVLLVLVWVFSLMSGSLRIPFTEVLAVLTGGGESMYRQILLEFRLPRLLTAGLSGMALAVSGSLLQNAVRNPLGDPQVIGVTSGAGAGALLLMIGFPQLSAGWVPVGAVLGGMAAAALVYAVSWKRGLHPTILTLVGIAVAALGSAIINLMIIHAKVDVAPALSWMAGSTYNRGWTEVQRIVPAILILLPLAAWLGRKVDLLTFSEESSTGLGLHVRNTRVYVAIIAVLLASIAAANVGSVGFIGLLAPHAARMLVGARHRQSMVIAALLGGILLAGADWIGRVVMIPKELPSGIVTALLGAPYLLYLMGKTNKLKKK	PGPT0003320_91	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-SIDEROMYCINS|ALBOMYCINS,PGPT0003320-fhuB-K23228	NA	NA
JZ016_04346	933			hypothetical protein	ATGAACGAATCGAAGCTGGAAACCAACCGTTATCCGGCATCCCGGATCGTGGAAGTGGCCAAGGCCCTATCCAGTGATGTCCGTGTCCGCATCCTTGAAGCGCTTGGCGATAAACCGATGAGTGTCGGTCAGTTAGCAGAGGCGCTAGGGATTGCGCAGCCTACGGTGTCCATTAATGTCCAGATGCTGGAGCAAGCGGATCTGATCGTCTCTTCGCAAGGAGCGAACCGGGAAAAAATCTGCGCCGTCACCTGCCGTTCCATTTTTCTCGAGCTGCCATCGAAGCCGGGCGAGGGGCTGCAGCGCACGGAAGAAATCCACATGCCCATCGGCATGTTCTCCCACTGCTATATCGAGCCAACCTGCGGGATAGCAGCTCGGGACGGATCTCTGATCGGATCCCCTGACGATCCGCGCGCCTTTTACATGCCGGAACGAACGGAGGCTGCGCTGCTCTGGTTCTCGGGATCAGGATATATCGAATATTATTTTGCGAACCCTATGCCGCCCGGAGCGGCCCTTGATGAGCTGCGCATCCGCGCGGAGCTTAGCTCCGAAGCGCCTTCCTTCCAGCAGGATTGGCCATCCGACATCACGGTTAGCATCAACGACCAACCTGTAGGCACTTGGAGGAGTCCCGGTGATTTTGGTGATCGCAAGGGGAAACTCACCCCGGATAAATGGAGAAGCGGCAGTGAGTACGGTTTGCTGACGGAATGGCGCGTAACCAAACAAGGCAGCCAGGTCAATGGCCACGAGTCCAGCGCCACGACCATCGATTCGCTGGAGCTTGCCTTTAACCGGCCCATCCGCGTCCGCTTCGAAGTGAAGAAAGACGCCGAGCACCCGAACGGCCTGAATCTATATGGTTCGGGTTTCGGAGATCATCCGCAGGATATCATCCTGTCTTTTGTACGGTACACGGAAGCCTAA	MNESKLETNRYPASRIVEVAKALSSDVRVRILEALGDKPMSVGQLAEALGIAQPTVSINVQMLEQADLIVSSQGANREKICAVTCRSIFLELPSKPGEGLQRTEEIHMPIGMFSHCYIEPTCGIAARDGSLIGSPDDPRAFYMPERTEAALLWFSGSGYIEYYFANPMPPGAALDELRIRAELSSEAPSFQQDWPSDITVSINDQPVGTWRSPGDFGDRKGKLTPDKWRSGSEYGLLTEWRVTKQGSQVNGHESSATTIDSLELAFNRPIRVRFEVKKDAEHPNGLNLYGSGFGDHPQDIILSFVRYTEA				NA	NA	NA	NA	NA
JZ016_04347	2790	lacZ_4		Beta-galactosidase	ATGAAGACTCCTGTAGCACCCTCCATTCACACGAAAATTCCGCGCGCGGAGTATCCTAGACCGGATTTTGAGCGAAAAGACTGGTTGAATTTGAACGGCCAGTGGTCGTTCCGGCTCGACATGCAAGGATCAGATGATGTACAACAACAAGCGGGTACGGGCGCCGATGGAGACGCTGCTGCCCTGGAGGGTGGAGACGCCAGCCTTTTTACTTCAGAGATTACGGTGCCCTTCTCTTGGGTTAGTCCCCTGTCCGGCATTGAGCGTAACGAGAAGGGGGTAGGCTGGTATCGTCGATCCGTGAAGTGGGAGCCAACCGGGAGCCAGTCCCGGATCTTTCTGCGGTTTGGTGCCGTCGATTATCTGTGTGATGTATGGGTCAACGGCAAGCATGTCGGCTCGCATCAAGGCGGCTACGGAACCTTCGAGTTTGACGTGACAGCGGTGTGGGATTTGGTAAAAGACAATACGATCGTTGTGCGTGCAGAGGACTTCGACCACAATTATCAGGCCCGAGGGAAGCAGGGGTACGGCGAGATCCGGGGCATTTGGCAGCCGGTTTGGCTGGAGGCCCGGCCGCAAACCTACTTGGAGCAAGCCATCTTTACGACCTCCATTGACGGTCGGATCGAATTGAAATCCAAGATCCAGGCTCAAGAAGCAGGGACAGTGACACTTCAACTCTCGTTTGCGGAGGGCTCGGTTACGCATCAGGTGGAGTGGGAACTGCAAGAAGGCGCGAATGAACGGACAACGGTGTTCCAAGTCCACGACCCGCGGTTGTGGAGTCCTGAAACCCCTCATTTATACGAAGGGGAGCTGCGACTGGCCGGTTCATCCGGCGAAGATGTCGTCCATACTTATTTTGGCATACGGGAGATCGGAACGGCGAAGTTTGACGGACGGGATTACCGCTGGATCACGTTGAACGGGAAGCCGGTTTATTTAAACGGGACGCTGGACCAATCCTACCATCAGACGGGATTCTTTACTTATCCGACGGATACGGAGATGCGGGACGAGATCTATCTGATGAAACGGCTGGGACTGAACTTCGTGCGGATTCATATCAAGCCGGAGGAGCCCCGCAAGCTGTATTGGGCGGATAAACTCGGAATTCTGGTGATGGAGGATATGCCGTGCTTCTGGGGCAATCCGGATGAAGCGGCGCGTTCCGCCTATGAGCGCGAGGCGCTGGAAGTGATGGAGCGGGACCGGAATCATCCGTCAATCTTTTCATGGGTCATGTTTAACGAGACTTGGGGACTCCGTACGGATAGCGAGTCTGCCGGCCTGACGGGCGGCGAAGGACAGCATCGGTATTATCTTCCGGAGACCCAGGAGTGGGTAAGGGAGAAATACAGATGGGCCAAGGAGCTGGACCCGACTCGGATTGTGGAAGACAATTCTCCATGCGCCTACGATCATGTGGAGACGGATATCAATACTTGGCATTTTTACATCAACGGTTATGAACCGCTGCGGAATCATATCGAGGAGATTGTCCAGAAGACCTATCCAGGGTCCGAACATAACTATATCGGCGGCAATCAGCAAGGCGACGCTCCGCTCATGAACAGTGAATGCGGAAACGTGTGGGGAATTGACGGAGGAGCCGGGGACAGCGATCTCGCGTGGCATTACCGTTACATGCTGAACGAGTTCCGGCGCCATGATAAGCTGTGCGGCTTCGTATTTACGGAGTTCCGTGACGTGACAAACGAATTTAACGGCTATTACCGCCTGGATGGGACGGACAAAAAATTCGGGTACGAGGATTTTGTGCCGGGCATGACGATCGCCGATCTGCACACGCCGGATTTCATCGTTATTGACGCACCGCCTTGCCAGACGCTGGACCAAGGGGCTGAGGCTGTCATACCGCTGCTGCGCTCCAGTTATTCGGATCAATACCATGGACAGAAGCTTACCCTTGCCTGGGAATTATCCTATGATCAGCTCGGAACGAAGGTTGTCGCTGATCAAGGCACCCTGGATGTGGTCTGGGGCGGCTACGGTGTTGCGCCACTAACGGAACTCAAGCTTCGCATGCCGAAGACCGATGCGGTTGCGATCCTTGGAGTTCGTCTCTTAAATGAAGGAAGAGGTGTGGTAACGCGCAACTTTACGACGTTTGATGTTCGTGGCGGAAAAGGTCAGGGGAACGATGGAGCGGAAGGGAGCACCGTAAGCATCCCGGTTAACACATTCCGTGAGCAAAGCTTCGCCTACATGTGGGAGGCGCTTCAAGGCTCCAAAGTGAATGGCGGCGGAGAAGGCCGATTCGTCTATGAGGTGCAGCTGCCGGATCACGACGAACAGCCGCTGATCCGCGATATCGAGATATTCTTCGAGGCTGGAGCGAAACGCTTATTGGCCAGAAATATCGAGGGGGCGCGGCATCGCACGCATGGCATCGACTTTATGCACGGCGCTTCGGCGGATGTGGAGTATAACCCGAGCACTTACTATATGACGGATGAAGAGCTGCATGAATCCCGTATTTCCGTATGGGTGGACGATGTCCAAATCGGTGAGGCTGTGCTCGCGGATGATCCTGCCGATAGCCGGGGCGTTCTGTCGTGGCACTATCAGCCGGTCCATAATCTTCTGGAAGAGGCCGGTTCGTACGGATACCTGTGCCAGGCGCAGGTACCGGGCAGACTCGCGGCTGAGCTTGACCGCAAGCGCAGCTTCCGACTGGAGCTGCGGGCCGAGAAGGGCGGCATCAGTCTGTATGGTCGGAATGCAGGGCGTTATCCGATCGATTTGCTGGTGCGGTGTCGGTGA	MKTPVAPSIHTKIPRAEYPRPDFERKDWLNLNGQWSFRLDMQGSDDVQQQAGTGADGDAAALEGGDASLFTSEITVPFSWVSPLSGIERNEKGVGWYRRSVKWEPTGSQSRIFLRFGAVDYLCDVWVNGKHVGSHQGGYGTFEFDVTAVWDLVKDNTIVVRAEDFDHNYQARGKQGYGEIRGIWQPVWLEARPQTYLEQAIFTTSIDGRIELKSKIQAQEAGTVTLQLSFAEGSVTHQVEWELQEGANERTTVFQVHDPRLWSPETPHLYEGELRLAGSSGEDVVHTYFGIREIGTAKFDGRDYRWITLNGKPVYLNGTLDQSYHQTGFFTYPTDTEMRDEIYLMKRLGLNFVRIHIKPEEPRKLYWADKLGILVMEDMPCFWGNPDEAARSAYEREALEVMERDRNHPSIFSWVMFNETWGLRTDSESAGLTGGEGQHRYYLPETQEWVREKYRWAKELDPTRIVEDNSPCAYDHVETDINTWHFYINGYEPLRNHIEEIVQKTYPGSEHNYIGGNQQGDAPLMNSECGNVWGIDGGAGDSDLAWHYRYMLNEFRRHDKLCGFVFTEFRDVTNEFNGYYRLDGTDKKFGYEDFVPGMTIADLHTPDFIVIDAPPCQTLDQGAEAVIPLLRSSYSDQYHGQKLTLAWELSYDQLGTKVVADQGTLDVVWGGYGVAPLTELKLRMPKTDAVAILGVRLLNEGRGVVTRNFTTFDVRGGKGQGNDGAEGSTVSIPVNTFREQSFAYMWEALQGSKVNGGGEGRFVYEVQLPDHDEQPLIRDIEIFFEAGAKRLLARNIEGARHRTHGIDFMHGASADVEYNPSTYYMTDEELHESRISVWVDDVQIGEAVLADDPADSRGVLSWHYQPVHNLLEEAGSYGYLCQAQVPGRLAAELDRKRSFRLELRAEKGGISLYGRNAGRYPIDLLVRCR				NA	NA	NA	NA	NA
JZ016_04348	243			hypothetical protein	GTGAAGTGGCAAGAAGTACAACAAATCTTCCCCAATCAATTTGTAAAGTTCGAAATTCTTCATTCTGAAGAGAAAGATAATCAAGAAAATATTGATGATGTGGCTGTAATTGGGCCAGTAAGAGATGAAGAAGCGACACAAGAATTATTAAATAGTAAAGATAAGACCTTAGTTTACCACACTTCTAAGGACCAGGTTATTGTGAAAGTTCGAAAGAATGTTGGCCTGAGGAGATATCTTTAA	MKWQEVQQIFPNQFVKFEILHSEEKDNQENIDDVAVIGPVRDEEATQELLNSKDKTLVYHTSKDQVIVKVRKNVGLRRYL				NA	NA	NA	NA	NA
JZ016_04349	285			hypothetical protein	ATGAAAATTGAATATAGAGATGGGTTATTATTTACGGAAGTAACTATTCTTTTTAATGGGCAAAAGAAAACAATAAATAATATAGTTATTGACACAGGAGCAAGTCATACTTTGATTTCACAGGATGAAGTAGATGATATTGGTATTCGAGTCACCCTAGAAGATGATATTATAACTAGTTATGGAATCGGCGGAAAAGAACATGCATTTACCAAGATGATAGAGGCGATCCAGGTAGGATTCAATATTGATTTAGACAACCTTGAATTACTACGTCTGCAATGA	MKIEYRDGLLFTEVTILFNGQKKTINNIVIDTGASHTLISQDEVDDIGIRVTLEDDIITSYGIGGKEHAFTKMIEAIQVGFNIDLDNLELLRLQ				NA	NA	NA	NA	NA
JZ016_04350	135			hypothetical protein	ATGATGTTACATGAGGGATATACATACTACACTAGACGCAATAAGAACTATGCTGTGTTATGTTTCGGTTTCGTGAATACATTGTTTAGTGAAGTCCATTCTTATTTGAAAAAACTCACTTCATTGCAGACGTAG	MMLHEGYTYYTRRNKNYAVLCFGFVNTLFSEVHSYLKKLTSLQT				NA	NA	NA	NA	NA
JZ016_04351	663			hypothetical protein	ATGAATAAATGGCTGAAAGCATTGTTATTTCTAGTGGGCGCGGCTATTCTGACAAGGCTGATCCCCTTCTCTTCCTGGTTCCGTATCCTGGATACGATGATCCATGAGCTGGGGCATGCCGTCATGACCCTACTCATGTCGGGGCGGGTGCTCAGCATCGAGCTGAATCCCGATCACAGCGGCGTGACCTATTCCATGCTGGCTTCCGGCGGCTGGAGTCCGATTGTGGTCTCGCTAGCAGGTTATATGTCGGCGTCCCTGTTCGCCATTCTGATGTTCTACGGCTATGCCAAGAAAAAGCAGGCCACCGGACTGATCACCATTACCGTGCTTGCTCTCATTATGATCATTTTCTTCGTTCGCGCCGGCTATGGATTATGGTGGCTCATTATTTTTATGATCGTGAATTTGATCTTCTATTTCCTCGGCGAGAAGATCCGCAATTTCTACTACCTGCTGCTTGCCTTTCTCGTGCTGGAAGAGTCCGTGGTCGGTCCGCTAACCCTCCTGACCATGGCGCTGACCCAGCCCAAACAAGCAGGCGACGCCTCCAACCTGGCCAACATGACCGTGCTCCCGGCCTTCGTCTGGGCGCTGCTGTTCCTGCTGTTCTCCCTATGGTGCGCGAGGATGGCGCTCCAGCTGTTCTGGAAGAAGCGGTGA	MNKWLKALLFLVGAAILTRLIPFSSWFRILDTMIHELGHAVMTLLMSGRVLSIELNPDHSGVTYSMLASGGWSPIVVSLAGYMSASLFAILMFYGYAKKKQATGLITITVLALIMIIFFVRAGYGLWWLIIFMIVNLIFYFLGEKIRNFYYLLLAFLVLEESVVGPLTLLTMALTQPKQAGDASNLANMTVLPAFVWALLFLLFSLWCARMALQLFWKKR				NA	NA	NA	NA	NA
JZ016_04352	2001			hypothetical protein	ATGACAAACGATAAGCCTAACAACGACAATCACATAAAAGATATAAGACAAACTACGCACGTGAGTGACCAAGGGATTCGTTTTGCCGAATTCGAGCTGGCGGGTGATGAGCAGGACGTTTCGCTGCCGGACAAGCAGTCAGTTATGCTGAATCAGGAGCAGGAACCCATGAATCCTGTGGCACCAACGAAGAAATCCTTGATTGTGAAGCCGCAGCAGCCGCTGGATATGAATTGGGATGAGGACTTCCGCTACGTGACCAAGGAGCAGCAATTCGTTCAAAGGGCGAGGGAACTCGCATGGCATGTAGAGGGGGCGACCCCTTTTGTAGCCTTCAAAAGCTATTGGCCAACCTACGACCAGATGGCCAGCGACCAGTTCAAATGGTATTTTTACTGGCGGGAGGAAGTCAGGTCCGGGCGGTACCCGGATACGGACTTATCCTATTTGTTTGTCTATTTTTACGAGCTGATCCACGGCGTGGGTTGGAGCGATCCTCTGCAAGGCTATGAATTGATGGAGCAGGCATGGATGGCCTACCGCAAGCGTTATTCCAAGCTGGATACGTACCTGCGGGAGTGGTTATATGATTTTATGATCGTGCATGGCCTGGATATGCCGATCCGCGAAACGTACCAGCGCTTTCCGCGCGTTCTATCCAGTGAGCTGAAGGAGAAGGAATGGAAGCGTCGGTTCTCCCTCCAGCCCGTGGAGCTGACGTGGGAGCTGCTGCTCGATTTACTGGATTATGACGTGGAGAAGAGCCGTTTTTATCAGGAGAGTGGCCGCAAGGACTTGGAACAGTATGCCCCCAAAGTCATTGCGCTCGTGGACAGCTATTGGGCCAAAATAAGGGGGCACCGATTCATCGACCACTTTCAGCCCCGGCCCCGGCAGGTGAAACGGCATTTATTCCGCAGCGCGGTGTACGATCATGGGTTATACGGGCGAAACGTCGTGCTGACGGTGGTGTCTTTAAGCGAGTATGCACCTTTGCGTTCCTATATAACGGCGCTGGTACGCTTGACCGAGAATAAGCTGCGGGAGCTGAGAGGTTTCAAGGGACGGCTGCGCGGCCCGGATGTAGTGGATCCTGAAATAGTAGAGATTATTACCCGTTATCTGAAAAAAGAGATTCAGGAGCAGATAGAGGCCCAGCGCAGACAGGCGATACCTGAGGTTCAGATCGACACCGGGAAGCTGCGCCGATTACAGCAGGAGTCGGACCAGGTCCGCGACATGCTGCTTACGGAGGAAGCGGGGCAGCAGGCTGAAGCGAGCAACAGTCAGCCGGCATCGGAACCAGCTTCGTCCGTTGGTGCTTCTTCAGATCACTCCGAAGATACGGGAGCAAGCAGTAACATGGCTGCACCTTCCAAGGGCCGATCTTCCCGAAAATCGGCGGCGAAGAAACCGGACGTGTTCCAGGCGGTGATGGATTTTGATGCGGATCCTTATGAGGTTGAAGCCATAGAGGTACGTGATCAGCTTGATGAAGCAGATGGCATCGTTCACTCCGTGAACACGGAAGAATCGAAATCAGAAGCAGCGAACGGAAAGTCTATGGGGTCGTCAGGGAGTGCTGGTGATCGCTCAATGCAATCCACAGGCTCTCTAGAGCTCAAGCCGCTGCCTTCATCAGAGCATTCATCTGAAGCTGGGGGCATCCACGTTATAGACCCGCACGTCGTAGATGTAGAGGCCCTTATAGGGATGCCTACAGTAGGAGAGCAGTTGTGGCAATGGGAGGTAGAGGATGAGGAATGGCAGGAGCTTGCAGAGCGTCTCAATCCCACCCACCTGGAAGTTCTCCACGCCCTCAAGGCGGGACCGAACCGCTCGGAGCTGCAGCAAATTGCGGAGAAGGTCGGTTCCATGCCGGCGTTATTGCTTGATGAGATCAATGAGGCCGCGATGGACACCATCGGTGATCTTTTGATCGATGGAGAGGTCATTGCGGATGATTATATAGATATGCTGGAAACATTAAAGTCCGTATAA	MTNDKPNNDNHIKDIRQTTHVSDQGIRFAEFELAGDEQDVSLPDKQSVMLNQEQEPMNPVAPTKKSLIVKPQQPLDMNWDEDFRYVTKEQQFVQRARELAWHVEGATPFVAFKSYWPTYDQMASDQFKWYFYWREEVRSGRYPDTDLSYLFVYFYELIHGVGWSDPLQGYELMEQAWMAYRKRYSKLDTYLREWLYDFMIVHGLDMPIRETYQRFPRVLSSELKEKEWKRRFSLQPVELTWELLLDLLDYDVEKSRFYQESGRKDLEQYAPKVIALVDSYWAKIRGHRFIDHFQPRPRQVKRHLFRSAVYDHGLYGRNVVLTVVSLSEYAPLRSYITALVRLTENKLRELRGFKGRLRGPDVVDPEIVEIITRYLKKEIQEQIEAQRRQAIPEVQIDTGKLRRLQQESDQVRDMLLTEEAGQQAEASNSQPASEPASSVGASSDHSEDTGASSNMAAPSKGRSSRKSAAKKPDVFQAVMDFDADPYEVEAIEVRDQLDEADGIVHSVNTEESKSEAANGKSMGSSGSAGDRSMQSTGSLELKPLPSSEHSSEAGGIHVIDPHVVDVEALIGMPTVGEQLWQWEVEDEEWQELAERLNPTHLEVLHALKAGPNRSELQQIAEKVGSMPALLLDEINEAAMDTIGDLLIDGEVIADDYIDMLETLKSV				NA	NA	NA	NA	NA
JZ016_04353	1338			hypothetical protein	ATGACGGAACTAAAAATACCGAAACGGCTCACAACGGCCCTCGTAAACTCTTTAACGGCAGGGGTCGTGCCGCGGGTGGGGCTTGAGTTCATCGCCGTCGGCCGGAAGCCGGAGGTGGAGTCCATCCTGCGCGATATGGAAAATATCGCCGAGGGCGGCGCCGCCTTCCGCCTGATTACGGGCCGCTACGGAAGCGGCAAAAGCTTCCTGCTGCAGATCATCCGCAACTACGCGATGGACCGCGATTTCGTGGTGGCGGATGCGGATCTGTCGCCGGAGCGGCGGCTGGTGGGCACGAAAGGGCAAGGTCTTGCCACTTACCGTGAGCTGATGACCCATCTGTCCACAAGGACGCGTCCGGACGGGGGCGCGTTGGAGGCCATTTTGCAGAAATGGATTGCCGCGATCCAGCAGGACATTATGCAGGAGACGGGCATGCGGCCAGATGATCCTGCCCTGAATGATCGGGTGGAGCTGCAGATCTATGCGGTGACAAACGGCATGCAGAATCTGGTGCACGGGTTTGATTTTGCGAAGGTGTTGGCTGCCTACTGGAACGGCTATAAGCTTGGCGACGATGACCGCAAGGGAGCGGCGCTGCGCTGGCTCCGCGGGGAAGTTCCGACGAAGACGGAGGCGCGTAAGGACCTTGGCGTCGGGGTCATTATCGATGATGACAATTGGTACGATTATATGAAGCTGTGGTCCGAGTTTACGGCGGCCATTGGGTATAAGGGATTGCTGCTGTTCATTGACGAAGGGGTTAATCTCTACAAAATTACCAACAGCGTATCCCGCCAGAGCAACTACGAGAAGCTGCTGACCATGTTCAACGACACGATGCAGGGCAAAGCGGAGCATCTGGGCATCTACATGGGCGGAACACCGCAGTTTGTCGAGGATGAGCGCCGGGGGCTCTTCAGTTATGACGCGCTGCGTTCCCGCCTGATCGACGGACGCTACGGCAGCAGCTCGCTGAGAACGTACACTTCGCCCATCCTGAAGCTGGACATGCTGTCGTATGAGGAGATTCTGATCCTCCTGCAAAAGCTGCGGGATATCCACGCCCTGCACTTCAAATATGAAGCGCAGTTAACGGATGATCAGCTCATCGCATTCATGCAGACGGCCGTGAATAGGTTGGGAGCAGAGGAGCTGCTCACCACCCGCGAGGTGGTGCGGGATTTCATGGATCTGCTGCATACGCTGCATCAGCATCCCGATGCCACGTTTGAAGAGCTGCTAGGCGAGCGTGCCGCAGCGCAGCCGCAAGGCAAAGGGCCGAATGATGCCGATTCGGACGATCTGGACGATCTGCTGGCGGAGTTTGAATTATGA	MTELKIPKRLTTALVNSLTAGVVPRVGLEFIAVGRKPEVESILRDMENIAEGGAAFRLITGRYGSGKSFLLQIIRNYAMDRDFVVADADLSPERRLVGTKGQGLATYRELMTHLSTRTRPDGGALEAILQKWIAAIQQDIMQETGMRPDDPALNDRVELQIYAVTNGMQNLVHGFDFAKVLAAYWNGYKLGDDDRKGAALRWLRGEVPTKTEARKDLGVGVIIDDDNWYDYMKLWSEFTAAIGYKGLLLFIDEGVNLYKITNSVSRQSNYEKLLTMFNDTMQGKAEHLGIYMGGTPQFVEDERRGLFSYDALRSRLIDGRYGSSSLRTYTSPILKLDMLSYEEILILLQKLRDIHALHFKYEAQLTDDQLIAFMQTAVNRLGAEELLTTREVVRDFMDLLHTLHQHPDATFEELLGERAAAQPQGKGPNDADSDDLDDLLAEFEL				NA	NA	NA	NA	NA
JZ016_04354	2220	srmB		ATP-dependent RNA helicase SrmB	ATGAGTGCGAACCCTTTTTCCAGGCTGGCCCCGTTCATTCAGGAGTTTATCTATAAAAAAAGATGGGATACGCTTCGCGAAGCGCAGGTGGAAGCCTGCCGGGTCCTGTTCGACACGTCCAATCATCTGCTGATCGCTTCCGGCACGGCATCGGGCAAGACCGAAGCCGCGTTCTTCCCGGCGCTGACGGAGCTGTACAACGTGCCTTCCAGCTCAGTAGGGATCCTGTATATCGGCCCGCTTAAGGCGCTGATCAACGATCAGTTTGAGCGCATCTCCGATCTGTTGAAGGAGGGCCAGGTGCCGGTATGGCATTGGCATGGCGATGTGTCCCAAGCCGAGAAAACGAAGCTGATGCAGAAGCCGTCGGGCGTGCTGCAGATTACGCCGGAATCGCTTGAAGGGCTGCTCATGAACCGGCCGAACGCCATCCCGGCGCTGTTCCAGGATTTGCGGTATGTCATCATTGACGAGGTGCATGCCTTTATGGGAGCGGATCGGGGCATTCAGGTGCTGAGCCAGCTGACCCGGATCGAGCGGATGGCTTCCTGTTCCCCTCGCCGCATCGGGCTGTCGGCTACGCTTAGCGATTACGAGACCGCTGCCGGCTGGCTGGGCGCAGGCACGAAGAACGCGGTCGAGGTTGTCTCGCCGCAAGGGGGGCGGAAGCTGCGGCTGTCGGTCGAGCATTTCTCCTTCCCCGATGCGCGGGATGAGAAGCAGGCGGAGCAGCTGGAGCTTGCCCGTAAAGCCTATTACGATTTCGTATACGACAACACGCATCTGAAAAAAGCGCTGGTCTTCACCAACAGCCGCTCGGATGCCGAGCTGACCACGCTCGAGCTGCGCCGGATTGCGGCCAAGCGCGAGCAGCGGGACGTCTTCCATGTGCACCATGGAAGCATCTCGGCGATGCTGCGCGAGGAAGCCGAGGCTGCGCTCCGTGAAGGTCCGGGGCCGGCGGTTGCAGCGGCCACCCTGACGCTGGAGCTCGGCATCGATCTCGGCGAGCTGGAGCGGGTGATTCAGCTGGGCGCGCCGTACAGCTGCTCCAGCTTCGTTCAGCGGCTCGGCCGCTCCGGCCGGCGCGGGGATCAGGCCTCCGAGATGATGTTCCTCTGTCCGGAGGACGAGGATGAGGAGGCCATGCTGCCTGCGCGCATGCCATGGATGCTGCTCCGGGCCATTGCAGTCATCGAGCTGTATATTCGCGAGAAGTGGGTCGAACCGCTGGCCCTGCGGAAGAAGCCGGTGGGCGTGCTCTATCATCAAACGATGAGCACGCTTAAGAGCATGGGTGAAGCCGAGCCGCCGGATCTGGCGAGAGCAGTGCTGTCTCTCCCGGCTTTCCGCGGCATTGAGCCGGAGGAATACAAGGAGTTCTTGCAGTATTTGCTGCAGACGGACCATATCCAGCGTACGGAGGAAGGAAGCTTGATCATCGGCCTTGGCGGGGAGAAAATCGTGAACAACTACCGCTTCTACGCGGTGTTTAAGGACGATGAAGAGCATGTCGTATATAACGGGTCCGAAGAAATCGGATCGATTACGACCGTGCCGCCGCCGGGCTACTGCTTCTCGCTCGCGGGCAAGCTGTGGAAGGTGGAGGAAGTCGATACGAAGCATAAGGCCCTGTATGTAAAGTCGGCCAAAGGCAAGGTCGATACCTTATGGCTTGGCGCAGGCGGCGATGTGCATACTCGCGTGGTGCAGAAGATGCGGGAGGTGCTGGCGGACAGCGCCATTTATCCGTATCTGGCGCCGGGCGCGGTGAATCGTCTGGAACGGGCTCGTCGTCTCGCCCGGGAAAGCGGACTGCTGAAGCAGGTGGTCCTACCGGCGGGCGGCGACTCCCTGTTCATCCTGCCTTGGGCGGGCAGCAAGCAGTTCCGCACGCTGGAACGACTGCTGAAGCATAATCTGTCGGAACGGCTGGCGCTTCGCTCTATCGTGCCGATGGAGCCATATTATATGGTGGTCGCGGGTAAGGTCGATAATAAGACGCTGATGGAGGAAATCAAGCAGGAACTGATGGATTGCGAGGACGCAAGCGCACTCCTGGATCCGGACGAAGCGCCGTATCTCGGCAAATATGACGAGTTCGTCCCGCCGAAGCTCGTTCGCACCGCTTTTGCCGCCGACGGACTGGATCTGGAGGGATTGGCTGATGTGCTGGGGATGGCACATGGAGCAGCGGGAAGGGGAGCTATGGATGTGTGA	MSANPFSRLAPFIQEFIYKKRWDTLREAQVEACRVLFDTSNHLLIASGTASGKTEAAFFPALTELYNVPSSSVGILYIGPLKALINDQFERISDLLKEGQVPVWHWHGDVSQAEKTKLMQKPSGVLQITPESLEGLLMNRPNAIPALFQDLRYVIIDEVHAFMGADRGIQVLSQLTRIERMASCSPRRIGLSATLSDYETAAGWLGAGTKNAVEVVSPQGGRKLRLSVEHFSFPDARDEKQAEQLELARKAYYDFVYDNTHLKKALVFTNSRSDAELTTLELRRIAAKREQRDVFHVHHGSISAMLREEAEAALREGPGPAVAAATLTLELGIDLGELERVIQLGAPYSCSSFVQRLGRSGRRGDQASEMMFLCPEDEDEEAMLPARMPWMLLRAIAVIELYIREKWVEPLALRKKPVGVLYHQTMSTLKSMGEAEPPDLARAVLSLPAFRGIEPEEYKEFLQYLLQTDHIQRTEEGSLIIGLGGEKIVNNYRFYAVFKDDEEHVVYNGSEEIGSITTVPPPGYCFSLAGKLWKVEEVDTKHKALYVKSAKGKVDTLWLGAGGDVHTRVVQKMREVLADSAIYPYLAPGAVNRLERARRLARESGLLKQVVLPAGGDSLFILPWAGSKQFRTLERLLKHNLSERLALRSIVPMEPYYMVVAGKVDNKTLMEEIKQELMDCEDASALLDPDEAPYLGKYDEFVPPKLVRTAFAADGLDLEGLADVLGMAHGAAGRGAMDV				NA	NA	NA	NA	NA
JZ016_04355	858			hypothetical protein	ATGTGCTGGGGATGGCACATGGAGCAGCGGGAAGGGGAGCTATGGATGTGTGACAAGGAAGAAATACTTCCTTATGGCAATGTGAACGAAGTCGTACGTATCGGTAATAACGTTCATCGTACTACTGAATGGAGTTCTTTCGTGCATGACTTGCTTCGACACTTGGATAAGCAGGGGTTTGAAGGCGCCCCCAAGTTCATAGGCATTGATCATAGCGGTCGCGAGATCTTGTCCTACATTCCTGGCGAAGTGCCGGGAAACCAATATCCTGATTTTAAACCCTATATATGGTCGGATCATGCCCTTATCCAGAGTGCTGTGTTGTTACGGCGTTATCATGACGCCGTACAGGACTTTGCCGCAGCTTCAATCCAACCGGAGGTTGCACATAACTCTCAGGCTTCGGGGGAATGGGACGAAGAAGTGGTCTGTCACAATGATGCCGCGCCATACAATATCGTGTTTCAAGACGAGGTGCCGGTTGCACTGATTGATTTTGATCTGGCTGCGCCAGGTCCAAGAATCTGGGACGTCGTTTATATGCTGTACACCTCAGTCCCGCTGGCAAGCTTTGCAATAGATTACACTACGGGGACATCGATACCTTATCAATCGGAATTACATGCTGCGGATCGCACGCAGAGAGTATCGCTGTTCTTTAAGTCCTATGGCATATCACCGCCTCCCAACTTGAAAGAATGGACTATTAGACGCATCAAGGCATTATGCGATACACTTACAACCGGTGCGGCACAAGGCAACAAGGCTTATCAGAACATGATCGATGACGGGCATGTGGCCCATTACGAACGAGAGATTCAATTTCTGCAGGCACACTTTGAAGAGTGGTACCGATGA	MCWGWHMEQREGELWMCDKEEILPYGNVNEVVRIGNNVHRTTEWSSFVHDLLRHLDKQGFEGAPKFIGIDHSGREILSYIPGEVPGNQYPDFKPYIWSDHALIQSAVLLRRYHDAVQDFAAASIQPEVAHNSQASGEWDEEVVCHNDAAPYNIVFQDEVPVALIDFDLAAPGPRIWDVVYMLYTSVPLASFAIDYTTGTSIPYQSELHAADRTQRVSLFFKSYGISPPPNLKEWTIRRIKALCDTLTTGAAQGNKAYQNMIDDGHVAHYEREIQFLQAHFEEWYR				NA	NA	NA	NA	NA
JZ016_04356	1020	exuR_5	COG1609	putative HTH-type transcriptional repressor ExuR	ATGGGTAAAGTAACAATCAAGGATGTGGCAAGAGAAGCCGGCGTCTCCATTTCTACGGTTTCGAATGCATTGAACGATGTAGATGTATTGAACCCGGAGACCAAATCCCATGTGCTGAAGGTGGCGGAGCGACTCAATTATGTGCCTAACCTGAACGGAAAGCTGTTGAAGTCGGGGAAGACCAAGATGCTGGGCTTCTTTACGACAAGCGTGTCAGGGCCTTACTTCTACACATTGGTGGAGTCGATGTCACGTGAATGTGACCGTCTGGGTTATGGATTGAACGTATTCGTGACGAAGGATAAGCAGATAATCATGAGCAATATTATGGGCGGCCGGGTGGATGGCGTCATTATCTTTGAAGAGCTGAAGATCGACGATAGAGACATCGCCGCTATGGAGAAGGACAAGATTAAGGCCGTTTTTCTGGATCGCGAGGTTCAGAGTGAGACGATGGGCAGCATCATATTCGACTCTTACGTGGCCGGTTATGAAGCAACCAAGTACCTGATCAGCCTGGGACATAAGAAGATTGCCTACATCTCCGGCGTGGATACGATGTTTGACAGCGTGCAGCGGAAAGAAGGATATCTGGCCGCGCTTCGGGAGTGCCAGTTCCCGATCGACGGAGACTACATCCTGCAAGGCTATTTTGAGGAAGAGGGTTCCTATAACGCCGTCAAATCGTTTCTTCACTTACACCCTGGCAAAGTGCCGGACGCGTTTCTTGCCGGTAATGACGTGAGTGCCATCGGCTGCATTCGGGCGTTGAAGTCCCATGGATACGAGGTTCCGCAGGACGTCAGCGTCGTAGGATTCGATGATATCGATATCGCGCAGTATTTTACGCCGCCTTTATCGACCGTACGCAATCAGATTGCCAGACAGGGGATTCTGGTCGTGGACCATCTGGTGCGCATGATTCAGAAGAAAGAGAAGGGCAAGATTCAGAAGCTTCCGGGAGAGCTGGTCGTTCGCGGCTCCAGTCATGTGAAGATGAATCGGAATGAATCGGGTTAA	MGKVTIKDVAREAGVSISTVSNALNDVDVLNPETKSHVLKVAERLNYVPNLNGKLLKSGKTKMLGFFTTSVSGPYFYTLVESMSRECDRLGYGLNVFVTKDKQIIMSNIMGGRVDGVIIFEELKIDDRDIAAMEKDKIKAVFLDREVQSETMGSIIFDSYVAGYEATKYLISLGHKKIAYISGVDTMFDSVQRKEGYLAALRECQFPIDGDYILQGYFEEEGSYNAVKSFLHLHPGKVPDAFLAGNDVSAIGCIRALKSHGYEVPQDVSVVGFDDIDIAQYFTPPLSTVRNQIARQGILVVDHLVRMIQKKEKGKIQKLPGELVVRGSSHVKMNRNESG	PGPT0017992_8833	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_04357	990	yteP_48	COG4209	putative multiple-sugar transport system permease YteP	GTGAGCAAAACAACTGCAGTTCAGTCAACCGGCACGGGAGCGGTTCGACCTACCGGGAAAAAGCCGATGGGGCAGAGGATCAAGGAATTCTTTATGGATTACAAGCGGCAATGGGAGCTTCAATCGATGATCATTCCCGGCGTCATCTTCATGTTCATCTTCTGCTACATACCGATTTACGGTTTGACGATTGCGTTTAAAAATTACACCGTTATCGATACGCTGGATTCCGCGCCGTGGGTGGGCTTGGATAACTTCAAAATTATTTTGTCGGACAAGTATTTTTGGGATTCCGTCGTCAACACGCTGGGCATCAGCTTCTTGAAATTGGCGATCGGCTTTGTCATTCCGATCATTCTGGCCATCATGATTTACGAGGTGGGCATGGGGCGCTTCAAAAAAATCGTCCAAACCGTCTCCTACCTGCCCCACTTCTTGTCCTGGATCGTATTGGGTGGCATGCTCATTACTTGGTTCTCGACATCCGGCCTGTTCAACGAGATATTGCTTGCTTTGGGGCTGATCTCGCAGCCGCAAAACATTTTGCTTGATCCAAGCAAGTATTGGTGGATCGCAACGCTGTCGGATATTTGGAAAGAGGCCGGCTGGGGAACGATTCTGTATCTGGCGATTATGGCCAAGATCGATCCTACCTACTACGAGGCTGCAAGAATCGACGGGGCCAGCCGACTAAGACAGATCTGGAACATTACCTTACCGAACATGAAGATGATTATCAGCTTGAATCTGATCCTGACTGTAAGCGGTTTATTGGGATCGAATCTGGATCAAACTTTGGTGCTCATGAATTCGCAGAACCGGGAAAAGGCTGAAGTCATTAACTCGTACGTGTACCGGATGGGTATGACGCAGGGAGATTTCTCCTATGCCACAGCCGTTGGTTTGGGTGTATCCATCATCTCCGTCATTCTGCTCGTTACGGCGAATAAGGTGACCAGTAAATTAAACGATAATCAATCCGTTCTATAG	MSKTTAVQSTGTGAVRPTGKKPMGQRIKEFFMDYKRQWELQSMIIPGVIFMFIFCYIPIYGLTIAFKNYTVIDTLDSAPWVGLDNFKIILSDKYFWDSVVNTLGISFLKLAIGFVIPIILAIMIYEVGMGRFKKIVQTVSYLPHFLSWIVLGGMLITWFSTSGLFNEILLALGLISQPQNILLDPSKYWWIATLSDIWKEAGWGTILYLAIMAKIDPTYYEAARIDGASRLRQIWNITLPNMKMIISLNLILTVSGLLGSNLDQTLVLMNSQNREKAEVINSYVYRMGMTQGDFSYATAVGLGVSIISVILLVTANKVTSKLNDNQSVL	PGPT0017250_333	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04358	885	ngcG_3	COG0395	Diacetylchitobiose uptake system permease protein NgcG	GTGAATTTCAAAGCAGCAAAAGGGGATCTCGACAGCCGGATCTTTGATACGATCAACATCATTTTACTGGTTACGTTTACGATCATCATCGTCGTTCCGTTATGGAACGTCGTCGTCTCATCCTTCAGCTCGGGCAGATCCCTTGCCGAGGGCGGGTTCATCTTCTGGCCTACCGAATTCTCGCTTGAGAATTATCAGGCCGTGTTCAGGGATGCGAATATATGGAACGCCTTCTTCATCTCGGTGGCCAAAACCGTGATCGGGGTTATCACGCACGTGTTCTTCTGTGCCATGGTGGGTTACGGCTTGAGCAAAAAATACGTACGCGGTCGCAAGTTCTACGTGGCGATGGGCGTCGTCACCATGTTTTTCTCGGGCGGCATGATTCCGACGTACTTGTTGATCAAAGACTTGGGGCTGTTAAACAGCTTCTGGGTTTATATTATCCCAGCCCTGTTAAGCTTTTACGACGTCATCATTCTGATGAATTTCTTCCGCAACGTGCCGGATTCGCTGGAAGAGTCGGCGAAGATCGACGGCGGGGGGGACTGGAGGATTTTCCTGAGCATCTTCATTCCGCTTTCGATGCCGGCTATGGCGACGATAGCCCTGTTTAACGGGGTGGGGCAGTGGAATGATTTTATGACCACCAAATTGTATATCACTGATCAGTCGCTGTATCCGTTACAGATGATGCTGTATGAGATTATTGTGCAGTCCCAGACCCAATCGATGCAAAATATCGGTTCGGTCGCGATTCAGACAACGACCAAAGGGGTCCAACTAGCAACAATTGTCGTGACGACGCTGCCGATTGTTGTGATGTATCCAATATTACAGAAATATTTTATCTCCGGCATGATGCTCGGAGCTGTTAAAGAGTAG	MNFKAAKGDLDSRIFDTINIILLVTFTIIIVVPLWNVVVSSFSSGRSLAEGGFIFWPTEFSLENYQAVFRDANIWNAFFISVAKTVIGVITHVFFCAMVGYGLSKKYVRGRKFYVAMGVVTMFFSGGMIPTYLLIKDLGLLNSFWVYIIPALLSFYDVIILMNFFRNVPDSLEESAKIDGGGDWRIFLSIFIPLSMPAMATIALFNGVGQWNDFMTTKLYITDQSLYPLQMMLYEIIVQSQTQSMQNIGSVAIQTTTKGVQLATIVVTTLPIVVMYPILQKYFISGMMLGAVKE	PGPT0017255_1918	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04359	1644			hypothetical protein	ATGTTGATGAACAAAGCATTTGGCAAGAAAGGACTTACGCTGATTACGGCATTGATGGCGGTTGTGCTGGTTGTGAGCGGCTGCGGCGGGTCTGGCGGGAATTCCGGCTCCAAGAAGGAAAATTGGGTTTCGATCGAGGATCGTTATACACCGAATGCCGAGACGCCGGCTTGGCAGCTGGATAAAAAAGAAGAGACAACGGAGCTTACGTGGTACGTGAATGCGGATTGGTGGAATACGGATTTTGGCAAGGACGTTGTAACTAAAAAGATTAAGGAAGACCTGAACATCAACATCAAATTTATCACGGGTGACGACACCAAGCTGAATACGTTTTTTGCCGGCGGGGACATGCCGGATCTGATTACGACGTTTGACTCCAATTCTCCGGTTGTGCAGAAGGCGGCGACATGGGCGCTGCCGCTGAACGATCTGGCCGAGAAATACGACCCTTACTTCAATAAAGTAGCGGCGCAGGATACCCTCAACTGGTTCCAATTGAAGGATGGCAAGACGTACGGATATCCGAACTACTCCAATACCCAGGAGGATTATGACAGCGGTAACATTCCGGCCAAAACGGCATTTATCATCCGCAAGGATGTTTACGAAGCGTTAGGTAAGCCTGCTATGGGAACGCCGGAAGAATTCCGGACCGTTCTTGCTGATATCAAGAAGCAATTCCCTGCTCTGATTCCACTTGGATTCAACTCCATCGGCGAAGGAACGGGCTCGCTTGGCGACGTGCTGCAGGATTTCATCGGCGTACCGCTGGAGGAGAATGGCGGTTTCTATAACCGTAATCTGGATGAAGATTATCTGACTTGGGTGAAGGCGTTCAATACCGTATATCGGGACGGCGCGATCAGCGATGACAGCTTTGCCGATGACGGAACGGCTTTTGAAGAGAAGGTGAAAGCGGGCAAATACGCAACGATCATGCTGGACGGCACGCCGCAGCAGGGCGGAAACCTGCAGAGCTTCTACAGCAACAACAAAGGCAAAGAATACATCGCAATTGACGGACCGCAAAGCACGGCAGGACGCCAGCCGACGTTGAATCAATCCGGTATCACCGGCTGGATGATCAGCTTCATTACGAAAAATAATGCAGATCCTGCCAAGTCGATTCAGCTCTTCACCTACCTGTTAAGCGAAGAAGGACAAATGCTGATGAATTACGGCATCGAAGGCGAGACCTACCAGGTGAATGCAGATGGAACGGTGGAGTTCCTCCCTGCCGTAAAGGATCTTCAGATGAACAATCCGGATACCTTCAAAAAGGATTACCGCATGGGCGAATTTATGTTCTTCGGGCATGACCGCCATAAAGCGCTGAGCGGGGATGCGTTCCCGGATGCGATCAAGCAAATGCAGGAATGGGGCAAAGGCAAGCTGACGCCGCACTTTATTTTGGAGAACATCAACCCGGATCAGGGAACACCGGAAGCACGCTCCCTGACGGCCATCAATACGAAATGGAACTCCACGCTCGTCAGCATGATTCGTTCCAAGGACGACGCAGCCTTCGATAGTCTCTTGAACGAATATAAAAAGTTCCTGGACGATAACAACTGGGATAAAATCGTCGAAGTTCGCAACGAAAAGATGAAGGCGAACAAAGAGAAGCTGGGGCTGAAATAA	MLMNKAFGKKGLTLITALMAVVLVVSGCGGSGGNSGSKKENWVSIEDRYTPNAETPAWQLDKKEETTELTWYVNADWWNTDFGKDVVTKKIKEDLNINIKFITGDDTKLNTFFAGGDMPDLITTFDSNSPVVQKAATWALPLNDLAEKYDPYFNKVAAQDTLNWFQLKDGKTYGYPNYSNTQEDYDSGNIPAKTAFIIRKDVYEALGKPAMGTPEEFRTVLADIKKQFPALIPLGFNSIGEGTGSLGDVLQDFIGVPLEENGGFYNRNLDEDYLTWVKAFNTVYRDGAISDDSFADDGTAFEEKVKAGKYATIMLDGTPQQGGNLQSFYSNNKGKEYIAIDGPQSTAGRQPTLNQSGITGWMISFITKNNADPAKSIQLFTYLLSEEGQMLMNYGIEGETYQVNADGTVEFLPAVKDLQMNNPDTFKKDYRMGEFMFFGHDRHKALSGDAFPDAIKQMQEWGKGKLTPHFILENINPDQGTPEARSLTAINTKWNSTLVSMIRSKDDAAFDSLLNEYKKFLDDNNWDKIVEVRNEKMKANKEKLGLK	PGPT0017245_1399	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04360	1350			hypothetical protein	ATGCTGAACATCACCATCTACCAGTCGAACGGGGAAGAAGAATTATTCGTGAAGAAAGACAAGGCGCAGCTGACACCCGTAACTACGGGTGCACAGCAGCATACGGTTGTCATCGATGAGGAGCAGACGTTTCAGGAGATGGACGGCTTCGGCGCGTCCTTCACGGACTCCGCTGCTTATCTGATCCATCAGGTGCTGGATGCGACGCAGCGTTCAGAGCTCATGAAGCAGCTCTTTGATCCCAGCGAAGGGATCGGATTATCTGTACTCCGCCAGCCGATGGGGGCATCCGATTACGCGCGTGACTTCTACAGCTATAATGATATGCCTGAGGGTCAGACGGATGTAGAGCTGGAGCATTTCTCCATTGCGCATGACGAGGAAGACGTTATTCCTCTCCTGCAGGAAGCGCTCCGTTTGAATCCGGACGTCCAGCTGATGGGCTCCCCGTGGAGTCCGCCCGGCTGGATGAAGACGAGCGGGTCAATGATCGGTGGAGAGCTGAAACCCGAATACTATTCGGTGTATGCTAATTATTTTGTGCGTTACATTCAAGGGTATGAAGCTAACGGTCTGCCAATCTATGCAATCACGCCGCAAAATGAGGCATTGTACTCGCCGGGTCATTATCCAGGCATGATCATGCTGCCCGAGGCGCAAAGCGATTTCATCAAGAATCATCTGAAGCCGCAATTCGTGAAGAACGGTATCGATACGAAAATCTTTTGTTATGACCATAACTGGGACAAGCCGGACTACCCGTTGACCGTTTTTGAGCAAGCGGGAGACGCTGTGGATGGCGTCGCTTGGCACTGGTACGGCGGCAAGCCGTCGGCCCAATCCGAAGTGTTCGATGCATTCCCGGGGAAAGAGGTTCATTTCACGGAAGGATCGGGCGGGGAGTGGATCCCGCCGTTTGAGCAGGCCTTCTCCAATGTGATGCGAACCGGAATCGAGATACTTCGCAATCACAGTAAATCCTACGTGCTGTGGAATATGGCGCTGGACGAGAAGAACGGCCCTACCGTTCCGGGCTTTGGAAAAAGCACCTGCCGCGGCATAGTCACGGTAAATCAGCAGACGAAGGAGCTTACCTATACGCTGGACTACTATGCGCTGGCGCATTTTAGTAAGGTGATCCGTCCGAAAGCGGTTCGCATTGCTTCTACCAGCAATGAGTGCATCCGTTCGGTAGCATTCAAGAACACGGATGGATCGATTGCCGTTGTGTTGTTTAACGACAGCGAGCATGTGGAGAGTACTGCACTGCGCTTGAGAGGAACGGAACACCTTAACCTCAGCCTTGCGCCGAAAAGCGCTGTATCTGTATTGATAGAGGTGTTAGGGTGA	MLNITIYQSNGEEELFVKKDKAQLTPVTTGAQQHTVVIDEEQTFQEMDGFGASFTDSAAYLIHQVLDATQRSELMKQLFDPSEGIGLSVLRQPMGASDYARDFYSYNDMPEGQTDVELEHFSIAHDEEDVIPLLQEALRLNPDVQLMGSPWSPPGWMKTSGSMIGGELKPEYYSVYANYFVRYIQGYEANGLPIYAITPQNEALYSPGHYPGMIMLPEAQSDFIKNHLKPQFVKNGIDTKIFCYDHNWDKPDYPLTVFEQAGDAVDGVAWHWYGGKPSAQSEVFDAFPGKEVHFTEGSGGEWIPPFEQAFSNVMRTGIEILRNHSKSYVLWNMALDEKNGPTVPGFGKSTCRGIVTVNQQTKELTYTLDYYALAHFSKVIRPKAVRIASTSNECIRSVAFKNTDGSIAVVLFNDSEHVESTALRLRGTEHLNLSLAPKSAVSVLIEVLG	PGPT0018770_1093	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCCOSYLCERAMIDASE,PGPT0018770-srfJ|xynC-K01201	NA	NA
JZ016_04361	1713	norR		Anaerobic nitric oxide reductase transcription regulator NorR	ATGACCATTAAAACGTTATTTATTGCTCCGTATCCCGCAATGAGCCATTTAATAGAAGAATGCCGGAAGGAAGAGCCGGAGCTGGATGTGCAAGTCGAGGTCGGCAATTTGCTAGAAGCGGTTCCTCTGGCAAAGGAAGGCGAACGCATGGGATATGACGTGATTATTAGCCGGGGCGGTACGGCTAAGCTGATCGAATCCGAGGTACGCATTCCCGTTATCGATGTCCATGTTTCAGGCTATGACATGCTGCGCGTGCTCACCTTAGCCAATCATTTTCCAGGCAAAAAAGCCATTGTGGGCTTCTCCAATATTACGCTTGGAGCCAAAGCCATTACCGATGTGCTGGATATCGAGGTTGACGTGTTCACGGTAGAGAAGGCCGAAGAGGTGGATCGGCTGCTGGAGGATCTGAAGACGAAGGGCTTCGAATTAATCATGGGCGATGTGGTGACGATAGAAGCAGCTGCCAAGCACCATTTGGAAGGGATTCTGATCCAATCCGGGCGCGAGGCCATCTTCGATGCGTTTCAAAAGGCCAAATCCGCGTTTCGGTTACATGAACGGACGCAGTGGGAAATATCTTTTCTGCAAGCACTGCTGAAGGAAACGGCTGCGAACCTTGCCGTATTGGATGCTGAGGGACAGGTTGTATATGAACAGTGGCCGGATTATGGTTCCTGTCCGCTCCCGGTGGAAGCCTTGCAAGCCGATCTACGGCTAAACCGGGAGGCGGAAGCCTCTGTCCTGATTCAGGATGACGGAACCCGGAAGCTTAAGCAGAGAAGGACGCTGAAAGTAATACAGGGACAGCGGTACTACCTGTACACTTTTTCCGAGATGAAGCAAAATGGGGAGGCCGCAGGCTATCATGTCGAGGCCGTGGCCCAATTGCCGATGTTGATATCGCAAAGCGAGGCGATGCGCAGCTGCCTGCAGCGGATCGAGGGTCATCTGGACAGCCGTGCCTTGATTCTCATCGGCGAAGCCGGTACAGGCAAGCAGCTGCTCTCCCGGTATATTCATTACCGAAAGAACGAAGGCCGGGGCTTGTATGTCCGGCTTACCGGAAAGCAGGCTGTGGCCTTGTCGGAAAACCACGAAAAGGAAGCTTGGGACAGCGATATCCGCACGCTATATCTCCATGGATTGGATGCGATCGCTCCGCAAGAAATGGCGGATTTGAAGCAGTGGATGAACGAGATGAAAAACCGGGCATTCACGGTCATCCTCTCGCTGGAAAAGGACGATTCGAATTATCATCCCCTCCTGCTGGATGAGGAGGCGGCAAGGATTGCCGTGCCGGCTCTGCGCGAGCGTATGGACGACATCAAACCATTGGTGACTTATTATATTGCCTCCTACCATGGCACGCTTGGGACTTCACCGATTAAGATCAAGGAGGAAGCGATTCAGCTGCTGACCCAGTACGATTGGCCGGGCAACGTGTCGGAGCTGAAAATCCTGCTCCAGGACGCAGTGACGGAGGAGAAGGGCTACGTGATCGGCAAGCCGCTCATTTCCCGGCTTCTTGCCAAGAAGGAAGGTCATCCGTCAACTGCAATGAGTCCCGAGTTTCTTCATGGTACGCTGGATGAGATCGAGAAGAGGATCATCGACGCGATTATGGAGGAAGAACAATTTAATCAGACGAAGGTTGCGGAGCGGCTCGGTATCAACCGTTCGACCCTGTGGAGAAAGCTGAAACAATAG	MTIKTLFIAPYPAMSHLIEECRKEEPELDVQVEVGNLLEAVPLAKEGERMGYDVIISRGGTAKLIESEVRIPVIDVHVSGYDMLRVLTLANHFPGKKAIVGFSNITLGAKAITDVLDIEVDVFTVEKAEEVDRLLEDLKTKGFELIMGDVVTIEAAAKHHLEGILIQSGREAIFDAFQKAKSAFRLHERTQWEISFLQALLKETAANLAVLDAEGQVVYEQWPDYGSCPLPVEALQADLRLNREAEASVLIQDDGTRKLKQRRTLKVIQGQRYYLYTFSEMKQNGEAAGYHVEAVAQLPMLISQSEAMRSCLQRIEGHLDSRALILIGEAGTGKQLLSRYIHYRKNEGRGLYVRLTGKQAVALSENHEKEAWDSDIRTLYLHGLDAIAPQEMADLKQWMNEMKNRAFTVILSLEKDDSNYHPLLLDEEAARIAVPALRERMDDIKPLVTYYIASYHGTLGTSPIKIKEEAIQLLTQYDWPGNVSELKILLQDAVTEEKGYVIGKPLISRLLAKKEGHPSTAMSPEFLHGTLDEIEKRIIDAIMEEEQFNQTKVAERLGINRSTLWRKLKQ	PGPT0019455_296	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_PROPIONATE|PROPANOATE_UTILIZATION,PGPT0019455-prpR-K02688	NA	NA
JZ016_04362	990	kdgT		2-keto-3-deoxygluconate permease	ATGAAGATTAAAGCGACGTTGGATCGGATTCCTGGAGGTATGATGGTAGTACCGTTGCTTATTGCAGCAGTCATCAATACTTTTGCTCCGGATCTACTCCGGATCGGGAATTTTACGGAGTCTTTATTTGTAAACGGTTCAGGTACATTGATTGCGCTGTTCCTCCTCTGTACGGGGGCACAGATTAACGTCAAATCTTTTGGCGTTTCCGTTGGAAAAGGAGCAACGCTGCTTGCAACGAAGTGGGTGGTCGGCGCAGCGTTCGGACTGATCGCTTACCTGTTTGCCGGAGAGAACGGATTGTGGCTGGGTCTGGCGCCGATAGCTGTCATTGCGGCGATGACCAACAGTAATGGGGGATTGTTTGTAGCCTTGGTAGGCCAATATGGCAGCAAGGAAGACCGTGCTGCGTATTCGCTGCTTGCCCTGAATGACGGACCTTTCCTCACGATGGTGGCCTTATCAATCTTCGGCGCCATGGGATTCGTGGACGGCATGTTCTCCTTCGTATCCTTCATCTCGGTTCTTCTTCCGATTATTGTGGGGATGGTGCTGGGTAATTTGGATGAGGAGATGCGCAAGTTTTTGGACAAAGGCAGCTCCATGCTGATTCCGTTCTTTGCATTTGCGCTCGGAATGGGCATTGATTTCGGAGCGATCGTGGATGGCGGCTTGTCGGGTATCATTCTTGGACTGCTTACGGTTTTCGTTACAGGTACTGCAGGATACTTTGTGTTTAAAGCGTTGAAATGGAATCCGATCGTGGGGGCGGCGGAAGGCTCCACAGCCGGTAATGCCGTGGCTACGCCTGCTGCAATCGGGGCGGCGAATGCTTCCTTTGCAGCATTTACCGATATCGCGACGGTGCAGGTTGCGGCGTCCGTGGTAACGACCGCCATCCTGCTTCCTTTATATGTCGGGTTTTTAGTGAAGCGTCTAGAGAAGAAAGGGCACTCATTTGATACAAATACAGCAGATGCCGAATCATAG	MKIKATLDRIPGGMMVVPLLIAAVINTFAPDLLRIGNFTESLFVNGSGTLIALFLLCTGAQINVKSFGVSVGKGATLLATKWVVGAAFGLIAYLFAGENGLWLGLAPIAVIAAMTNSNGGLFVALVGQYGSKEDRAAYSLLALNDGPFLTMVALSIFGAMGFVDGMFSFVSFISVLLPIIVGMVLGNLDEEMRKFLDKGSSMLIPFFAFALGMGIDFGAIVDGGLSGIILGLLTVFVTGTAGYFVFKALKWNPIVGAAEGSTAGNAVATPAAIGAANASFAAFTDIATVQVAASVVTTAILLPLYVGFLVKRLEKKGHSFDTNTADAES	PGPT0017210_397	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_KETODEOXYGLUCONATE_TRANSPORT,PGPT0017210-kdgT-K02526	NA	NA
JZ016_04363	1302	dtnK	COG3395	D-threonate kinase	GTGATAAAACAAATTGGAATCATCGCGGACGATCTGACCGGTGCGAATGACTCGGGTGTACAATTGGCGAAGAAGGGGCTGGTTTCCACCGTCGTCTTCGATCACCGCCATTACCGTCAGGACACCCGTGCCGAAGTGTTGATCGTGGATACGGATAGCAGGGCGAAACGCAGTGTGGACGCCTATGAAGCGGCGTACGAAGCCGCTCAATTCCTTGAAGAGCAGGGCTGCCGCCACATCTACAAGAAGCTGGATTCGACCTTGCGCGGGAATGTTGCAGAGGAATTGTTTGCGGTGCAGAAGGTATTCCGGCCGGACTTGGTGCTGATCGCCCCGGCTTTTCCCAAAATGAACCGCACGACGGTACAGGGACATCATTATGTTCAAGGTGTACTGATCACGGAGACGGAGTTTGCCAAGGATCCCAAAACACCCGTTATGGAAAGTTATATCCCGAAGCTGCTGCAGAGGGTAGGAGAGCCTGAGGCGGTGCTGGTTTCATCAAGTCAAGTGCGGCAGCCCGCCGCGCAATTTCTGCCATGGCTCCAATCCAAGCTGGCCGAAGGCCAAACTTGGTTTGTATGCGATAGTGAGACGGAAGCGGATTTACAGGCGATAGCGGCATTATTTTCACAGCTAGACAAGAAGATTCTGTGGGCCGGTTCTGCCGGATTAATCGAATACTTGCCGGAGGAGCTGTCCCTGATTTCCGTGGAGGAGAGGAGCCAAGACTGGGCTGGGGCGGATAAAGCGCTGATCGTATCAGGGAGCTTGTCCCAAACGACCCGACGGCAGCTTCGTGCCGTCAAGGACATGCCTGGCTCGTTGATGCTGGAGATCGATCCGGCCGCGTTGATTCGTGAAACTTACGACACAGAAGATATCCTGCAGCAAATCGCTCAGGATATGGACAAGCGGTATTTGGTCCTGTACGTCGACGCTTCGGAAGATAACCGCAGGCTGGCAAAAGGAGCAGGGGATGAGCGGGGATTATCTTCAACCGAGGTAAGCGAAGCGATCTCGTTGGGACTCGGAAGAATGACAAAAGCCATTTTACAGGCATACGCTGAGATCCAAGGGTTGGTATTAACCGGCGGGGATACGGCTAAGGCTATCTGTATGGAACTTGGCATGGGAGAAATGCAGCTGTATTCGGAAGTAGAGCCCGGCCTGCCGTTCGGAAGGCTTCAGGGCATGGGAAAAGGCTACTGGACCGTCACCAAAGCCGGGGGTTTCGGAAATGATCGATCCCTGGTAGATTCCCTGCACTATATAACAAATAAGAAAAAGGTGAGAACATGA	MIKQIGIIADDLTGANDSGVQLAKKGLVSTVVFDHRHYRQDTRAEVLIVDTDSRAKRSVDAYEAAYEAAQFLEEQGCRHIYKKLDSTLRGNVAEELFAVQKVFRPDLVLIAPAFPKMNRTTVQGHHYVQGVLITETEFAKDPKTPVMESYIPKLLQRVGEPEAVLVSSSQVRQPAAQFLPWLQSKLAEGQTWFVCDSETEADLQAIAALFSQLDKKILWAGSAGLIEYLPEELSLISVEERSQDWAGADKALIVSGSLSQTTRRQLRAVKDMPGSLMLEIDPAALIRETYDTEDILQQIAQDMDKRYLVLYVDASEDNRRLAKGAGDERGLSSTEVSEAISLGLGRMTKAILQAYAEIQGLVLTGGDTAKAICMELGMGEMQLYSEVEPGLPFGRLQGMGKGYWTVTKAGGFGNDRSLVDSLHYITNKKKVRT	PGPT0018125_220	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ERYTHRONATE_UTILIZATION,PGPT0018125-dtnK|denK-K22129	NA	NA
JZ016_04364	1005	pdxA2	COG1995	D-threonate 4-phosphate dehydrogenase	ATGAGCCAGCATAAACCGGTTATCGGGATTACCATGGGAGACGCCGCAGGCGTAGGTCCTGAAATTATACTCAAAAGCCTCATGAATGAGGAGATGTATCATATCAGTCACCCGGTTGTGATCGGGGACGTGAAGATACTGGAGCGGGCAAAGTCCTTCGTGGGCAGTGACTTGACTATCGAAGCGATTAATGCCGATGAGCTCGAGCAGGTTGACTACCGTTTTGGCACGATTCATGTGCTTGATCTGGATCTGCTGCCAGGGGACTTGCCGATAGGACGAGTTGCTCCGGAAGCCGGACACGCCGCGTTCAAATTTTTGGAGACAGCCATCGAATTGGCGAAGGACCATAAAATCCAGGCCATATGCACCGCACCGCTGAATAAGGAAGCCCTGCATAAAGGGGGTCACAAATATCCGGGCCATACGGAGATTCTGGCGGATTTGACCGGAACCACGGACTATTCCATGATGCTGTCGGCGCCGAATCTGAAGGTTATTCACGTGACGACCCATGTCGGCATCCTCGATGCCGTCCGGTCGATTAATCCTGAGCGCGTATACCATGTCATTAAGCTTGCTCATGAGACGCTGCAGAAGTCCGGCATCGCCGCTCCGCGGATTGCCGTTTGCGGAATTAATCCTCATGCGGGCGAGAACGGACTGTTCGGATATGGCGAAGAGGAAGAGAAAGTCATACCGGGCGTCGAAAAGGCGCAGGCGGAAGGAATCCAGGTCGTAGGCCCGCTGCCGGCCGATACGCTGTTCTTCCGGACGGTACGCGGTGACTTTGACATTGTAGTGGCCATGTATCACGATCAGGGACATGGTCCCGTCAAAGTGCTCGGCTTGGACGCAGGCGTCAACATTACCGTTGGCCTTCCGATTATCCGCACCAGTGTCGATCACGGTACAGCGTTCGACATTGCCGGTCAAGGCATCGCCGATGAGAAAAGCTTGATGGAAGCCATCCGTCAGGCGGCTGAGCTGGCGCCTAAAGCGTAA	MSQHKPVIGITMGDAAGVGPEIILKSLMNEEMYHISHPVVIGDVKILERAKSFVGSDLTIEAINADELEQVDYRFGTIHVLDLDLLPGDLPIGRVAPEAGHAAFKFLETAIELAKDHKIQAICTAPLNKEALHKGGHKYPGHTEILADLTGTTDYSMMLSAPNLKVIHVTTHVGILDAVRSINPERVYHVIKLAHETLQKSGIAAPRIAVCGINPHAGENGLFGYGEEEEKVIPGVEKAQAEGIQVVGPLPADTLFFRTVRGDFDIVVAMYHDQGHGPVKVLGLDAGVNITVGLPIIRTSVDHGTAFDIAGQGIADEKSLMEAIRQAAELAPKA	PGPT0018130_331	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ERYTHRONATE_UTILIZATION,PGPT0018130-pdxA2-K22024	NA	NA
JZ016_04365	105			hypothetical protein	ATGTTTTGGTTCATGGCAATTAACGCGTTACATAATGATGCTAAAGGAGACCTCGTTACATACACAAGCGAAGTGATTCTTAAAGAGATCATGCAGAATTTTTGA	MFWFMAINALHNDAKGDLVTYTSEVILKEIMQNF				NA	NA	NA	NA	NA
JZ016_04366	7518			hypothetical protein	ATGAAAAGAAAACCGATAATCAATCGGCGTTTTAAGTATTTGATGGCGGTTTTCATCATTTTGTTCGGTCAGCTTCTACCTCTGTACCCTCAACAGGCTGAGGCGGCTGCGGATAACTGGCTGAATTTTAAATTTGATGAATTCTCCCAAAATACGGTCAATCAATTTACCTTGAATGGTCATGCCACGATCGCTCAAGGGCAAAATATTATACGATTGACACAACCGACTACGTTACAGAGTGGCGCCGCATTTAACAATACGGCGCTGTGTCCCAGAGACAATTATTCATTCAGCACAGCCTTTTCTTTTAAGATGAGTAACCCGAGCGCCCAAGGCGCAAGCGATGGATTGACTTTTACGCTCCAGACTGGCACAACCAGTCAGAATATGAACGGTGGCGGCTTGGGATATTACGGCATTAGTCCGAGTTTTGCCGTTAAATATGACACGTTTAAAAACGATGTTTATAAGGATCCTTCTTCAAACTACGTTGGACTTGCGGTAAATGGAGACGTAGTGAATCAAGCAGGCTGGTATACCGATTTAGACAGCACCAGCTTCAAATTGTCTAACGGAACCCAGTACTATACGTGGATCGATTACAATAGTTCAACTCAGAATGTTCAGGTTCATCTGGGCACTTCGCCGGATCGGGTAAATGCCAGCAAAGTTTTAGATGTCAATAGCATCGATCTTAGTTCGATATTTAACGGACAATCGATTCATGCCGGTTTTACAGGATCAACAGGGTTGCCGAATTACGAGACGCATGATATCCATAACTGGTATTTTGTGAATGCATACGCACCGATTGAAACTCTCAATCCGAATAATACTTACAAAGTGAACGAGGCACCCGTTGTGCCGGGTGATTCAAAAGTCACCGCGGTAAATACGCCGGTCTCGGGACAAGTAATCGGCACGGACCCGGATGGAGATCCATTGACGTACGCAAAAGGCGCGACGGATCCTCGGAACGGAACTGTGACGGTTAATACGGACGGAACTTGGACGTATACGCCAACGCAAGACTTTATCGGTAGCGATAGCTTCACCGTCATCGCCAATGACGGTAAATGCTCCACTGCCGAAGCTACGATTAACGTTGAAGTATCGGATTCAGTTCCTCCAACGACTCCACAACCGCCTAATGCATGTGGAGTTAAAGTGGCATTGATTAACGGAAGTTTTGAAGAGCCGCCTGGACCAGGGTCAATGAATGGTACATTTGGGTACTATGAAGACGAAGTTCCAGGATGGAAAACGACTGATGATACGGGTGGGGTAAAGTGGATTGAAATCTGGGACTACGCTGAAGGATATCCAGATCCTTATGTAAAACAGCAACCTGCCCCCGTTCATGGAAATCGATACGCAGAGTTAAATGCTAGCGGTAATGGCATGTTATATCAAGACGTAGAGACCACGCCTGGACAGACCATCTATTGGAGACTTTCCCATAAGGGGCTGTACGGTGAAGATACAATGCAGCTTCGCATTGGTCCGGCAACAGCCGATCCTTATGATACCTCAGTAATCGATCAGATGACGGATGGTAACACGGCTTGGGGAACTTATACGGGTTCCTATACAGTTCCTGCAGGACAAACGATGACAAGGTTTGGATTTGAAGCCGTTTCGACATCCAATGGATCGATCGGACACGGCAATCATCTGGATGATATCTTCCTGGGAACCGAACCATGTGTTATCGCAGAAAAATCCGTTTCTCCTGCTGGAGACGTTTTTGAAGGCAATGAACTCACCTACGAAGTCACAGTTAAAAATGAAGGTGGAGACGTTGCCGCAAATACTGTCTTTGAAGACGTCATTCCTGCGGGCACGGAATATGTTCCAGGCTCCATGAAAATGGTGAGCGGGACCAATACCGTTGACCTAACCGATGCAGATGATACAGATGCAGGGCACTTTGACGGCAGCAAGGTGATCATTAGGCTCGGGAATTTGCAGAATACCAATGACTTGCCTGAAGGTATTACGCTTCAATTCAAGGTGAAAGCATTATCCAGCCATATCGGCCAGACGGTCACCAATAAAGCGGCTGTTGATTACAAGAATTTACTCATAGACAAGGATGAAACGACCGAGTCGAATGAGACGACGAGTCAAATTATCGAAAGAGAAGTTGTCAATGCCTGCACTAGACCCGTTGCGCTAATTAACGGCAGTTTCGAGGAACCTGCATATACGCCTGGTGATCCGAAGACCCCTACAGGTCCAGGGTATACATTCCCACAGGATGAGAACGTGCCGGGATGGCATACAACCGACTCAACAGGACGATATGACATTTTTGTTAAGAGCTTGATGGAGGCACCTGGAACTCCTGCTGGAAACAAACATGAGGTAATCCATGGTGAGCAGTTTGCAGAAATTAATAGTTTTGAAAATGCAACGTTATATCAGGATGTTGAGACTACTCCTGGACAAACCATTTATTGGCGCCTAGCTCATAAAGGTAGATTCGGCGTAGACACCATGGCTGTAAATATTGGTTCAGGCAATACGGCTCCGGGTGATCTTCCGACTGTTCGTACAATGTCAACCGATAAAGACGCATGGAAATATTATTCTGGAACTTATACCGTTCCAGCCGGTCAGACGGTAACACGATTTGGATTCGAAGCCATAGCGTCTGCTAACGGAAATATCACCGGTGGTAACTTCATTGATGATGTTTTCCTTGGAACCGAGCCGTGCGTCGTTGCTGAAAAATCCGTTTCCCCTGCAGGACAAGCCTTTGTCGGGGATGAGATTACTTACGAAGTCAACATCAAAAACGCAGGTGGAGACGTTGCCGCCAATACGGTATTCGAGGATGAAATTCCTGCGGGCACGGAATACGTTCCGGGATCGATGAAAATCGTGAGCGGGACTAATGCTAGTGATTTGACTGATGCAGATGATCAAGATGCAGGCCATTTTGACGGCAGCAAGGTGATCATCCGGCTCGGGGATGTGCCGAATACTAATGACTTACCTAACGGCATAACGGTTCAATTCAAAGTCAAAGCATTATCCGACCGTGCGGGAGACTCCGTCTCAAATAAAGCGAATGTGGGGTATAAAAACCTACTCACAAATGAAGACAAAACAACCCCGTCCAATGAAGTAACAACATCTGTAGAGTACAGAGAACCAAAATTAGAAGCTAATAAAACAGCGGAACTGTTTGAAAAAGCTACCGGCAACACCGACGCAGCGCATCCGGAAGTCGGGGACACGCTGCTCTACACGATTCAAACACGCAACACCGTTACAGGCAGCCTAGTGACCAACCTGACGATCTCGGACGAGATTCCAGCGGGTCTGGAATACGTACCAGGCACGTTGAAAGTCGACGATGTGCAAGTCACCGATGACCAAGATGGCGATAAGGGCCATTTCGTTAACGGTAAAATCTTCGGTCAGTTCGGAGATGTGACCGGTACCGGGTGGCACAAGGTGACGTTCCAGGTCAAAGTGCAGTCGGGGCAAGCCGGCAATGACATCCGCAACGTGGCTGAGGTAGATGGCGACAATGTCACCACACCGAGCACGCCGGAGCAAATTGTTGAGGTTTATCCGCGTGAAACTTCGCTGGAGTCCACGAAAACAGCGGAGCTGTTTGAAAAAGCTACCGGCAATACCGACGCCGCACATCCGGAAGTCGGAGACACGCTGCAGTACACGATTCAAACGCGCAACAACATCAAAGATAGTCTGGTTAAAAACTTGACGATCTCGGACGAGATTCCAGCGGGTCTGGAATACGTACCAGGTACACTGAAAGTCAAAGACGTGCAAGTCACCGATGACCAAGATGGCGACAAGGGCCATTTCGCAGACGGTAAAATCTTTGCCCAGTTCGGAGATGTTACCGACACCGAATGGTACAAGGTAACGTTCCAGGTCAAAGTATTGCCAGGACAAGCCGGCAAAGTGATCCGCAATGTGGCTGTCGTGGACGGCGACAATGTCAATACGCCGAAAACACCTAGGGAAGAGGTGGAGATTTATCCTCACGCACCTTCTCTGGAATCCACGAAAACCGCGGAAATGCTTGAAAAAGCAGCCGGAAACACCGACGCCGCGAATCCGGAAGTCGGAGATACCCTGCTTTACACGATTCAAACGCACAACACGATCGAAGATAGTCTGGTAACCAACCTGACGATCTCGGACGAAATACCAGCTGGTCTGGAATACGTAGCGGGTACACTGAAGGTCGACGACCTGCAAGTCACCGATGCTCAAGGGGACGACGCGGGCCATTTCGCTAACGGAAAAGTCTTCGCTCAGTTTGGGGATGTGACCGATACCGAGTGGCACAAGGTGACATTCCAAGTGAAGGTGCTGCCGGGTCAAGCCGGTAAAGACATCCGGAATGTAGCTGCCGTGGATGGCGATAATATCACCACGCCAGGCACGCCGGAGGAAGTCGTCGAGGTTTATCCGCGTGAAACCGCGCTGGAGTCCACGAAGACGGCGGAGCTGTTTGAAAAGGCAACCGGGAATACCGATGCCGCGCATCCGGAAGTCGGGGACACCTTGCTTTACACGATTCAAACGCACAACAAGAACGAAGATAGTCTGGTAACCAACTTGACAATCTCGGACGTGATTCCAGCGGGTCTGGAATACGTAGCGGGTACACTGAAGGTCGACAACGCAGCCGTCACCGATGACCAGGATGGCGATGCGGGTCATTTCGCGAACGGCAAAGTCTTTGCCAAGTTCGGAGATGTGACCGATACCAAGCCGCGTAAAGTGACGTTCCAGGTGAAAGTATTACCGGGTCAAGCGGGCAAAGACATCCGCAACGTGGCTGAGGTAGATGGCGACAACGTCACCACGCCAAGCACGCCGGAGGAAGTCGTCGAGGTTTATCCGCGTGAATCCGCGCTGGAATCCACGAAAACCTCTGAGCTGCTTGAAAAGGCAGCCGGGAACACCGATGCCGCGCATCCGGAAGTCGGGGACACCCTGTCATACACAATTCAAACCCGCAACACAGCATCCGACAGTTTGGTGACCAACCTGACCATTTCGGACGAGATTCCAGCTGGTCTGGAATACGTAGCGGGTACCCTGAAGGTCAACGACGTACAAGTCACCGATAATCAAGATGGCGACAAAGGCCATTTTGCTAATGGTAAAGTTCTCGCTCAGTTTGGAGATGTGACCGATACCAAGTGGCAAAAAGTGACGTTCCAAGTGAAAGTGCTACCGGGTCAAGCCGGTAAAGACATCCGGAACGTGGCTGTGGTGGATGGCGATAATATCACCACGCCAAGCACGCCGGAGGAAGTCGTCGAGGTTTATCCGCGCGAAAACGCGCTGGAGTCGACGAAGACAGCTGAGCTGCTTGAGAAAGCGGCCGGGAACACCGACGCTGCACATGCTGAAGTCGGTGACACCTTGTCTTACACAATTCAGACCCGCAACACCGCCTCCGACAGTCTGGTGACCAACCTGACGATCTCGGACGAGATTCCAGCTGGTCTGGAATACGTAGCGGGTACGCTGAAGGTTGACGGACAAGAAGTCACCGATGCCGAAGGAGACGACGACGGCCATTTTGCAAACGGTAAAGTCTTCGCTCAGTTTGGAGATGTTACCGATACTGAATGGCACCAGGTGACGTTCCAAGTCAAAGTATTACCGGGTCAAGCCGGTAAAGACATCCGGAACGTGGCCGTGGTGGATGGCGATAATATCACCACGCCAAGCACGCCGGAGGAAGTCGTCGAGGTTTATCCGCGTGAGACTGCGCTGGAGTCCACGAAAACAGCGGAGCTGTTTGAAAAGGCAGCGGGGAACACCGATGCCGCGCATCCTGAAATCGGGGACACCCTGCTTTACACGATTCAAACGCGTAACACGGCCTCCGATAGTCGGGTAACCAATCTGACGATCACGGACGAAATTCCAGCAGGTCTGGAATACGTAGCGGGTACGCTGAAGGTCAACGACGTACAAGTCACCGATGACCAGGATGGCGACAAAGGCCATTTCGCAAACGGAAAAATTTTCGCCGGTTTCGGGGATGTTACCGACACTGAGTTGCGTAAAGTGACGTTCCAGGTGAAAGTATTACCGGGTCAAGCCGGCAAGAATATTATCAATATTGCGGCCATAGAGGGCGACAATGTTGGTACACCGGACAGACCAAGAAATGAAGTCGAAGTTTATCCGCGGAATCCGCAGATTGAAACAGATAAGTCTGTAGCGAATACGAATGTAACCAAGGCCACGTATGAGGTCGGGGACACCATCACGTATACGATTCGTGTGAGAGGTGTTGTCAACGATACGTATCTGGAGAATCTGACGATTACCGATACGCTGCCAGCTGGGTTGGAGTACGTTCCAGGCAGCTTGAAAGTGGATGGTGTCACGGTCACGGATCCGAAAGACGATGACGCTGGTCATTCGGTTACCGGAGACGTATATGGCTCATTTGGCAATGTACAGGATATCGAGTGGCATACGCTGGAGTTCCAGGCCATCATCCTGCCGGGTCAAGGCGGGCTGACAATCGAGAACACGGCGCGGGTAACTGGCGATAATATCGAGCTGCCAGGCGAACCGACGGAAAAATTGGTCGTTGAACCGGAACCGCCAGTTGAGCCGCCAGTAGAACCGCCAATCGATCCACCAACCGATCCACCAGTCAACCCACCGGTAGATCCAGATCCACCGGTCACACCGCCTATAACACCGCCGACTCCAGTCATCGAGTCGCGGAAGACGTCGCGGGATCTAAGTGGCGGCAGCATCGAAGTTGGCGATACGCTGGAGTATACAATCTCCGCACGCAATACCGTTGCCGGCAGCTATGTATCGAACCTGGTGATTGCCGACATCCTGCCGGAAGGGCTGGTATATGTAGCAGGCAGTCTGAAGGTGGACGGCGTTTCCGTCACTGATCTCGCCGATGGCGACAAAGGCCAATACGTGAACGGCAAAGTGAGCGGTAACTTTGGACGGATTACGGATACCGAATGGCATACGATTACGTTCCAGGCAACCGTCAAGGCGGGACAAGCCGGTCATACGATCGAGAACATCGGTGAAGTTACAGGTGATAATGTGACTAGTCCGGAGAAGCCATCCAATGTCATCGAAGTAACGGACAACGAGAACAACAATGACAACAATACGAACCCGGGTGGAACGGGAGATTCCGACAGCGATTCAAATGAGGACCCGAACGGAAACTCGAACGAAGACACGGACGGAGATTCCAACGGGAACCCGGATGAAGACTCGAATGGAGACACCGACGGGGATTCGAATACCGGGGTACAAACACCGGACGATCATGACGATTCAACCTTAGGCGTATCGGATTCGACTCCACGAGATCCGGATCAATCCGGAGATCAGGGAACGAACGAGCCTAACAGAAATAAATTGCCGAATACAGCTACGAATATGTACAGTTTTATGTTAGCCGGAGCGATTATGCTTTTTGCAGGTTTGCTTCTGCTCAGAAGAAAAAAAGTATAG	MKRKPIINRRFKYLMAVFIILFGQLLPLYPQQAEAAADNWLNFKFDEFSQNTVNQFTLNGHATIAQGQNIIRLTQPTTLQSGAAFNNTALCPRDNYSFSTAFSFKMSNPSAQGASDGLTFTLQTGTTSQNMNGGGLGYYGISPSFAVKYDTFKNDVYKDPSSNYVGLAVNGDVVNQAGWYTDLDSTSFKLSNGTQYYTWIDYNSSTQNVQVHLGTSPDRVNASKVLDVNSIDLSSIFNGQSIHAGFTGSTGLPNYETHDIHNWYFVNAYAPIETLNPNNTYKVNEAPVVPGDSKVTAVNTPVSGQVIGTDPDGDPLTYAKGATDPRNGTVTVNTDGTWTYTPTQDFIGSDSFTVIANDGKCSTAEATINVEVSDSVPPTTPQPPNACGVKVALINGSFEEPPGPGSMNGTFGYYEDEVPGWKTTDDTGGVKWIEIWDYAEGYPDPYVKQQPAPVHGNRYAELNASGNGMLYQDVETTPGQTIYWRLSHKGLYGEDTMQLRIGPATADPYDTSVIDQMTDGNTAWGTYTGSYTVPAGQTMTRFGFEAVSTSNGSIGHGNHLDDIFLGTEPCVIAEKSVSPAGDVFEGNELTYEVTVKNEGGDVAANTVFEDVIPAGTEYVPGSMKMVSGTNTVDLTDADDTDAGHFDGSKVIIRLGNLQNTNDLPEGITLQFKVKALSSHIGQTVTNKAAVDYKNLLIDKDETTESNETTSQIIEREVVNACTRPVALINGSFEEPAYTPGDPKTPTGPGYTFPQDENVPGWHTTDSTGRYDIFVKSLMEAPGTPAGNKHEVIHGEQFAEINSFENATLYQDVETTPGQTIYWRLAHKGRFGVDTMAVNIGSGNTAPGDLPTVRTMSTDKDAWKYYSGTYTVPAGQTVTRFGFEAIASANGNITGGNFIDDVFLGTEPCVVAEKSVSPAGQAFVGDEITYEVNIKNAGGDVAANTVFEDEIPAGTEYVPGSMKIVSGTNASDLTDADDQDAGHFDGSKVIIRLGDVPNTNDLPNGITVQFKVKALSDRAGDSVSNKANVGYKNLLTNEDKTTPSNEVTTSVEYREPKLEANKTAELFEKATGNTDAAHPEVGDTLLYTIQTRNTVTGSLVTNLTISDEIPAGLEYVPGTLKVDDVQVTDDQDGDKGHFVNGKIFGQFGDVTGTGWHKVTFQVKVQSGQAGNDIRNVAEVDGDNVTTPSTPEQIVEVYPRETSLESTKTAELFEKATGNTDAAHPEVGDTLQYTIQTRNNIKDSLVKNLTISDEIPAGLEYVPGTLKVKDVQVTDDQDGDKGHFADGKIFAQFGDVTDTEWYKVTFQVKVLPGQAGKVIRNVAVVDGDNVNTPKTPREEVEIYPHAPSLESTKTAEMLEKAAGNTDAANPEVGDTLLYTIQTHNTIEDSLVTNLTISDEIPAGLEYVAGTLKVDDLQVTDAQGDDAGHFANGKVFAQFGDVTDTEWHKVTFQVKVLPGQAGKDIRNVAAVDGDNITTPGTPEEVVEVYPRETALESTKTAELFEKATGNTDAAHPEVGDTLLYTIQTHNKNEDSLVTNLTISDVIPAGLEYVAGTLKVDNAAVTDDQDGDAGHFANGKVFAKFGDVTDTKPRKVTFQVKVLPGQAGKDIRNVAEVDGDNVTTPSTPEEVVEVYPRESALESTKTSELLEKAAGNTDAAHPEVGDTLSYTIQTRNTASDSLVTNLTISDEIPAGLEYVAGTLKVNDVQVTDNQDGDKGHFANGKVLAQFGDVTDTKWQKVTFQVKVLPGQAGKDIRNVAVVDGDNITTPSTPEEVVEVYPRENALESTKTAELLEKAAGNTDAAHAEVGDTLSYTIQTRNTASDSLVTNLTISDEIPAGLEYVAGTLKVDGQEVTDAEGDDDGHFANGKVFAQFGDVTDTEWHQVTFQVKVLPGQAGKDIRNVAVVDGDNITTPSTPEEVVEVYPRETALESTKTAELFEKAAGNTDAAHPEIGDTLLYTIQTRNTASDSRVTNLTITDEIPAGLEYVAGTLKVNDVQVTDDQDGDKGHFANGKIFAGFGDVTDTELRKVTFQVKVLPGQAGKNIINIAAIEGDNVGTPDRPRNEVEVYPRNPQIETDKSVANTNVTKATYEVGDTITYTIRVRGVVNDTYLENLTITDTLPAGLEYVPGSLKVDGVTVTDPKDDDAGHSVTGDVYGSFGNVQDIEWHTLEFQAIILPGQGGLTIENTARVTGDNIELPGEPTEKLVVEPEPPVEPPVEPPIDPPTDPPVNPPVDPDPPVTPPITPPTPVIESRKTSRDLSGGSIEVGDTLEYTISARNTVAGSYVSNLVIADILPEGLVYVAGSLKVDGVSVTDLADGDKGQYVNGKVSGNFGRITDTEWHTITFQATVKAGQAGHTIENIGEVTGDNVTSPEKPSNVIEVTDNENNNDNNTNPGGTGDSDSDSNEDPNGNSNEDTDGDSNGNPDEDSNGDTDGDSNTGVQTPDDHDDSTLGVSDSTPRDPDQSGDQGTNEPNRNKLPNTATNMYSFMLAGAIMLFAGLLLLRRKKV				NA	NA	NA	NA	NA
JZ016_04368	1641	metG_1	COG0073	Methionine--tRNA ligase	ATGGCGAACATTTTTATCGGCGGTGCCTGGCCTTACGCTAACGGGTCCTTACATTTGGGGAGACTTGCAAGCCTCTTGCCCGGCGACGTGTTGGCACGTTATTTCCGCGCGAAAGGTGATCAAGTCCTGTACGTATCCGGTAGTGATTGTCATGGAACGCCTGTGGCGGTTCAAGCCATTCAGGAGGGCGTGGCTCCCGGGGATATTGCGGATCGGTACCATAGGGAGTTTGTGGATTGCTTCGAACGGCTGGGTTTCTCCTACGATTTGTACACGCGAACCGATCAGGCGTTTCATCACGCGGTAGTGCAGGAGTTGTTTCTGAAGCTGCTGGACAACGGACATCTGTACCGTAAAATCGTGCTGCAAACGTATTGCGAAACCGATCGACGGTTTCTGCCGGACCGCTATGTGGAAGGAGACTGCCCTGTATGCGGCAGCAGGGCCCGTGGCGATCAGTGCGACGCCTGCTCCACGATACTTGATCCGTCCGACCTGACGAACAGGACCTGCAAAATTTGCGGAAACCCTCCGGTGGAGCGTCCTACTGAGCATTTTTACGTATCGCTGTCGCATTTTCAGGGGGAGCTGACCAATGACCTGAATAACGCACAAGGCTGGCGGGACAATGCGGTGCAACTGACCCGCAGATATCTGGAGGAAGGCCTTCAGGATCGGGCGGCTACAAGGGATCTGACGTGGGGCGTAGATGTGCCTATTCCGGGATTTGAGGATAAGAAAATCTATGTCTGGATCGAAGCGGTAAGCGGCTATTTATCCGCCAGCAAACAGTGGGCCGCAGAGACGGGCGGTGATTGGGAATCCTTTTGGCTCAAGGGGAGGGATGGGATTACGGCTTACTATGTTCATGGGAAGGATAATATCCCGTTTCATACGCTGATCTGGCCAGCGCTGCTGAAGGGGACCGGTGACCTGCATTTACCGGACCGAATCATATCTTGCGAGTACATGACGCTGGAAGGGAAGAAGTTCTCGACCAGTCGGAATTGGGCGATATGGGTGCCGGATGTGTTAAGCCGTTATCAGCCGGACTCCATTCGTTACTTCCTCATTGCGAACGGACCCGAGAAGCGGGATACCGATTTCTCTTGGAGGGAGTTCATTCACAGTCACAATGGCGAACTGCTTGGCGCATTTGGGAATTTCGTCAACCGTACTTTGGTGTTTGTGAACAAATCGTTTGAGGGGAAAGTGCCCGAGGGCTGCATATCCGAAGAGTGGCAGAGCAGAGTTGAGGCATTGTATCGCGAGGCTGGGGCGCTTATTGAGGGTGGGCGACTGAAGGAAGCGTTGGAACGGATTTTTAGCACAGTGCGCCTGGCGAACAAATATTTTGATGAACGGAAGCCGTGGATTCAGGTCAAGGAGGATCATGAAGCGTGCCGGACAACGCTGTTTATTTGTGTTCAGATCATAGCCAATTTGGCGAATCTGCTGCAGCCGTTCATTCCATTTTCTTGCAATAGGATACGGGACTTTCTCTCGCTGGAGCAAGCGGCGTGGGAGTGGAGCCATGTTCCGGCTGGCAGGCCGATTCATGACGTAGAGCTATTATTCGAGCGGATCGATCCAAGCCGGATTGAGGAGGAGACGCGCAGGCTGGGGGAGCTGTCCCTCTAA	MANIFIGGAWPYANGSLHLGRLASLLPGDVLARYFRAKGDQVLYVSGSDCHGTPVAVQAIQEGVAPGDIADRYHREFVDCFERLGFSYDLYTRTDQAFHHAVVQELFLKLLDNGHLYRKIVLQTYCETDRRFLPDRYVEGDCPVCGSRARGDQCDACSTILDPSDLTNRTCKICGNPPVERPTEHFYVSLSHFQGELTNDLNNAQGWRDNAVQLTRRYLEEGLQDRAATRDLTWGVDVPIPGFEDKKIYVWIEAVSGYLSASKQWAAETGGDWESFWLKGRDGITAYYVHGKDNIPFHTLIWPALLKGTGDLHLPDRIISCEYMTLEGKKFSTSRNWAIWVPDVLSRYQPDSIRYFLIANGPEKRDTDFSWREFIHSHNGELLGAFGNFVNRTLVFVNKSFEGKVPEGCISEEWQSRVEALYREAGALIEGGRLKEALERIFSTVRLANKYFDERKPWIQVKEDHEACRTTLFICVQIIANLANLLQPFIPFSCNRIRDFLSLEQAAWEWSHVPAGRPIHDVELLFERIDPSRIEEETRRLGELSL				NA	NA	NA	NA	NA
JZ016_04369	855	pip		Proline iminopeptidase	ATGAACATACAGAGTACGGTAATGAGCGAAGGATTTGCATTGAATGTTTCCATTCGTGGAAATGGCAGGCCCATTTTGGTGGTGGGAAGCAGTATTTACTACCCCCGCTTGTTTTCGGAACAACTCTACACTTCATTTCAACTGATTTTCCTGGACCATCGAGGCTTTGTTAAGCCCCCTCGGACACTGGAGCCGGAAGAATACACACTGGATAAGGTTCTGGATGATATCGAAGCGGCAAGACAAACGCTGGAACTGGAGGATTTTATTATATTGGGGCATTCGGGGCACGCCTTCATGGCGCTGGAGTATGCCAAAAAATACCCGGAACACGTCCGGAAGGTAGTCCTGCTGAACACCGCCCCGACCAACAGCCCGGAGCGGCAGCAGCAGAGCTTTGCTTTTTTCAATGAGACGGCGTGTCCTGAGCGGAAACGGCAGTTTGAAGCGGATATCACCCTGCTGGAGGGTGATATCCAGAGGGAGCCTGAACGGCGGTTTGCTCATATGTGCATCCGAATGGGAGCGCACAGCTTCTATGATTATGCCTATGACGCGGCCTGGATGTGGGAAGGCGTCTTCACCAACATGCCCGTCATCGATCATTTATGGGGAGAAGCCTTCGCGCGGCTCAATCTGATCGATTCGCTGAAAGAGGTTGCCAAGCCCGTCCTCATTGGTCTTGGGCGGTACGACTATTTGGTTAGCCCCGTATCGCTTTGGGATGCGATTAACGGCTCGCAAGCTAACGTGAAGAAGGCCATTTTTGAAAAAAGCGGCCATAATCCGATGTTTGAAGAGCCCCATCTGTTTAACGCCATATTGACCGATTGGATTCATGAAACGGACAACTAA	MNIQSTVMSEGFALNVSIRGNGRPILVVGSSIYYPRLFSEQLYTSFQLIFLDHRGFVKPPRTLEPEEYTLDKVLDDIEAARQTLELEDFIILGHSGHAFMALEYAKKYPEHVRKVVLLNTAPTNSPERQQQSFAFFNETACPERKRQFEADITLLEGDIQREPERRFAHMCIRMGAHSFYDYAYDAAWMWEGVFTNMPVIDHLWGEAFARLNLIDSLKEVAKPVLIGLGRYDYLVSPVSLWDAINGSQANVKKAIFEKSGHNPMFEEPHLFNAILTDWIHETDN				NA	NA	NA	NA	NA
JZ016_04370	1119	gyrB_2		DNA gyrase subunit B	ATGACACGTGATCTGGTTTATGAGATGGATGTCTTAAAGAATCAAATGACGGAACTGCAGCAGCTTGTCTATCAAGCCCTTATGGAACGCAAACCTGGTTCCGCATCAAACCAACACCGCCAAGAAATCTCGCCAACACCTACGATATATAAAGCAGCCTCCGAGGACGGCTCCGTCTTCTACTCCGGACAAGTGCACCTGAATGGACAAAACATCCGCTGGGAGCCGCAGGAACGGCGAATGGATCAATTGCTGGACATGAACACCGAGAAGGCCGCCAAAATCCTCGCAGCACTGGGCAACAAGCAGCGCCTGGATATTTTAAAGGCCGTCATGGCAGAGCCCCTATCCGGCACCGAGCTGGTAGAACGTTTGAATATGGGAACAACGGGTCAGCTGTATCACCATCTCAAGGCGCTGCTCGGCGCGGATCTCCTTGTACAGGAGCAAGGCGGAAAGTACGCTCTTCCTAAGCATCGGAGCCTGCCGTTCCTACTGCTGCTCTCTGCTGCTGGCGATCTGCTCGATACAAGCGATTACCTGGAGATGACCGAAACCCGCAACAATGCAGGGATGTATTTTGGGACTTCGCACGGCTTCGATATTCATCAGCTGCTCTGGGCCGTCGTGGAAAATTCCATATTGGAGCACACGAGTGGGTATGGCGATCAGATTGGCATTTACCTGCATGAGGATGGCAGCGTGACGGTTACCGATAACGGGAGAGGCATTCCCGTGCAGGCCCTTCCGAATTCCAACATCCCAGTCGTACAATCGGTACTAACCGATGTCCACCGATTGAACACCAGCGCACACTTTCTGGCCCCCGGCGCGGAGAAGGGCATCAGCATCGCAGTAGTCAATGCTCTCTCCAAGCATCTGACCGTGGAAATTCGCCGTGACGGTAGCATATACCGGCAGGAGTACAGGCACGGCATTCCGCAGACCGGGCTTCTGATTGTCGGCATGACTCAAGAGACGGGCACCAGCGTGACATTCAAGCCTGAGCCCGAATTATTCAGCTCTGCCTTTGATATTAACCGCATCATCGAGCGTAAGAGCGCAATTGCCGCGGATTATCCTGGAATCACCCTGACGATCCGCAATACGGCTGAATAA	MTRDLVYEMDVLKNQMTELQQLVYQALMERKPGSASNQHRQEISPTPTIYKAASEDGSVFYSGQVHLNGQNIRWEPQERRMDQLLDMNTEKAAKILAALGNKQRLDILKAVMAEPLSGTELVERLNMGTTGQLYHHLKALLGADLLVQEQGGKYALPKHRSLPFLLLLSAAGDLLDTSDYLEMTETRNNAGMYFGTSHGFDIHQLLWAVVENSILEHTSGYGDQIGIYLHEDGSVTVTDNGRGIPVQALPNSNIPVVQSVLTDVHRLNTSAHFLAPGAEKGISIAVVNALSKHLTVEIRRDGSIYRQEYRHGIPQTGLLIVGMTQETGTSVTFKPEPELFSSAFDINRIIERKSAIAADYPGITLTIRNTAE				NA	NA	NA	NA	NA
JZ016_04371	954	mshD_4		Mycothiol acetyltransferase	ATGAACGCAAAGGCTGGTGACATTCATTTGGGTGAAAGAATCATTCGGAATTTTAGGCAGGGCGATATGCCTCTGCTGGGGGAGCTGTATCAGGCAGTATCCGCAGCGGATGCGTTGTTTTGGTGGGTAGGTGACCAGGAGAATTGGGGCAATGTGTTCTGTGCTATTGAAGACGGGAAGATGGTGGCCAAGGGACAGGTGGGCATTATTAACGTGATCCCGCCGGGATGTGCGCCTAACTGCAAGCATCACATTTATGTGAATCTCAAGGCTGTACCGCAGCGGGAGCGGGATTATGATCTGTTAGGTGAAATGTATAAGATGCTCTATGAACATGCCCTTGTGTTAAAGAGGACGCTGCCGGAGACATACGGGATGTATTTGTGCGTGGGAAACTATGCCCATGAGACCGGCAACAACACTTTTTTTACAGAGGAAATCGGATTTCAGCCGCTGGAGAAGCTGTATACCATGAAGCGGTCACTTGAGGAGCCTTTACAAGCCTTGCCGTTGGATGATCGCTATCGCTATCGATTATGGAGGATGGAGTCTGCGGAAGAGGAAGAGATGTATCTAAAGCTCGAGGCCGAGGTTTGGCCGGAAGCGCCGCTGGGGCTTGAACGCTTACGGGAATATAAAGAGCATCCCGGCTGGACTGCGATGAATGTCTTGGAAGGGGACATGATTATAGGCAGTACCATGGCATGGCTGGAAGAGGGGAACGTCGGCGTGATTGAAGATGTGTTTGTGAGAGAGCCGTGGAGACAACGGGGAATCGCCAAATATCTGCTCCACCGTGCCATGTCCTATCTTCAGGCTCAAGGATCCACCTCGGTAAAACTTGAAGTGAAGGCAGCCAATGAAACGGCGTTGTCACTCTATCAGTCGGTTGGCTTTGTCAAAGACCAAGAGGAGCACCGATTTTATCTGCCTCTGCAGGAGGAAGGCCGCTAA	MNAKAGDIHLGERIIRNFRQGDMPLLGELYQAVSAADALFWWVGDQENWGNVFCAIEDGKMVAKGQVGIINVIPPGCAPNCKHHIYVNLKAVPQRERDYDLLGEMYKMLYEHALVLKRTLPETYGMYLCVGNYAHETGNNTFFTEEIGFQPLEKLYTMKRSLEEPLQALPLDDRYRYRLWRMESAEEEEMYLKLEAEVWPEAPLGLERLREYKEHPGWTAMNVLEGDMIIGSTMAWLEEGNVGVIEDVFVREPWRQRGIAKYLLHRAMSYLQAQGSTSVKLEVKAANETALSLYQSVGFVKDQEEHRFYLPLQEEGR				NA	NA	NA	NA	NA
JZ016_04372	1059			hypothetical protein	ATGAACGTTGGATCAGCACGCGCTGCGGCAACGGACTGGGTCTTGCAGCATGCCAGCAGGGAGCCTGGATACATGGGTGCCTATTTTAGCGGCTCCACAGTCGGAAAGCCGGATGAGGCGGAGATGGACCCGTCCTCGGATATTGACATCGTTATCGTTACCCAGGATGCGGAGCCCCCTCTTAAGCTGGGAAAGTTTATCTACCAGGACGCCTTGATCGAAGCCACCTATCTGTCCTGGCGGGATCTCGCCTCGCCCGAGCAGGTATTAACGTCCTATCATCTTGCCGGCAGCTTCCGTGTAGACACCCTGATGTCCGATCCGACTGGGCAGCTGCGCAAGCTGCAGACGGAGGTTTCACGTCATTTTGCCGACCGGATATGGGTTACCCGCCGCTGTGAGAACGTGCGCGAACGAATCATAACCGGACTCCGATCCATAGATCCTTCTGGCCCTTGGCATCGCCAGGTTACCTCTTGGCTGTTCCCTACCGGCGTAACTACCCATATGCTCCTGGTCGCCGCTCTTCGAAACCCCACGGTCAGGCTCCGCTATGCAGCGGTTCGCGATGTCCTCAAGGAGTATAACCAGGAGGAGGTATATGAGGAGCTGTTACGACTTTTGGGCTGTAAAGACATGAGTGCCGAACAAGCCATGATTCATCTCAATGGATTGGCCCGAACCTTCGATGCCGCGTCTGCGATTGCGAAGACCCCTTTCTTCTTCAGCAGTGACATTACGCCGGATGCAAGAACCATTGCCATTGACGGCAGCCGCGAGCTGATCCTAAACGGAAGCCATAGGGAAGCCGTCTTCTGGATGGTGGCTACCTTCGCTCGCTGCCACAACATATTGGAGGTCGACGGGACTCCTGAGTTTCAGGAGCAGTATACCCCTCCTTTTGATGCGATCCTTGCGGATCTCGGCATAACTTCCACCGATGACCTGCTGCAGCGGGCAGACGAGGTTCTCCATTTCCTGCCGAAACTGTGGAGCGTCACGGAAAGAATCTTGGATGCCAATCCAAATGTGACAGGCGAGCGGGAATCGACCTCATAA	MNVGSARAAATDWVLQHASREPGYMGAYFSGSTVGKPDEAEMDPSSDIDIVIVTQDAEPPLKLGKFIYQDALIEATYLSWRDLASPEQVLTSYHLAGSFRVDTLMSDPTGQLRKLQTEVSRHFADRIWVTRRCENVRERIITGLRSIDPSGPWHRQVTSWLFPTGVTTHMLLVAALRNPTVRLRYAAVRDVLKEYNQEEVYEELLRLLGCKDMSAEQAMIHLNGLARTFDAASAIAKTPFFFSSDITPDARTIAIDGSRELILNGSHREAVFWMVATFARCHNILEVDGTPEFQEQYTPPFDAILADLGITSTDDLLQRADEVLHFLPKLWSVTERILDANPNVTGERESTS				NA	NA	NA	NA	NA
JZ016_04373	777	srlR_2	COG1349	Glucitol operon repressor	ATGGGTGAGCGAATGTTTCCACTGGAGAGGCAAAAGAAAATACTTGAGCTGCTTACGATTCGAAAAGTGCTGAAGATCACGGAGCTAACGGAAGAGCTGAACGTCTCGGTGGATACGCTGCGCCGGGATTTGAACACCTTGACCAAGCAGGGGCGGATCGAGAAAATATATGGCGGGGTTAAGCTCGTGGAGTCCCGGTTCGGCGAATCGTCCATGGACGAGCGCATGGTCAGCCAGTTGGAAGAGAAGGACCGGATTGCCCGCAAATGCGGCGAATTCGTCCATGACGGCGATTGCATCTATATCGACAGCGGCTCGACTACGTATCAGATGGCCAAATACGTGAAGCATAAGAAGAAGCTGACGGTGGTTACGAATTCGCTACCGGTTGCGATTGAGCTGATGGACAGCGATGTAGAACTGATTATGATCGGCGGCAAAATCCGGCGGGAGGAACAATCCGTCGTCGCGTATGAATACATCTTCAACTTTCATGAGCTGAATGTGTTGAAAGCCTTCATCTGCTGCAGCGGCATCACCATCGAAAAAGGCATTTCCGACTACAATCTGGAAGAAGCCATTACGCGCAAAAAAATGATCGAGCTGTCCAAAGAGGTGATTGTCATGGCGGACAGCACCAAGTTCGGCAAAGACGTCACCATTTCCATCGCATCGCTCGACAAGATTGATACGATCGTGACCGATGCGAACGTCCATGCAAGCTTCATCCCAAAATTCAAAAAAACCAATACAACGCTAGTCATTGCGGATGAATAG	MGERMFPLERQKKILELLTIRKVLKITELTEELNVSVDTLRRDLNTLTKQGRIEKIYGGVKLVESRFGESSMDERMVSQLEEKDRIARKCGEFVHDGDCIYIDSGSTTYQMAKYVKHKKKLTVVTNSLPVAIELMDSDVELIMIGGKIRREEQSVVAYEYIFNFHELNVLKAFICCSGITIEKGISDYNLEEAITRKKMIELSKEVIVMADSTKFGKDVTISIASLDKIDTIVTDANVHASFIPKFKKTNTTLVIADE	PGPT0017590_853	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436	NA	NA
JZ016_04374	753	potA_3	COG3842	Spermidine/putrescine import ATP-binding protein PotA	TTGCTGAAGCTAGAGCATATTAGCAAACAATTCGACGATAAAGTGGTTTTGGATGACATCAACGTAGAAATCGGTTCGGGCGAGATCGTGTCACTGCTCGGTCCGAGCGGCAGCGGAAAGACCACATTACTGAATATTATTTTGGGACTCACCCGGATGGATCAGGGAAAAATCGTGTTCCAAGATCAAGATCTGAGCAACGTGCCGATGAGAAAGCGGGGGTTTAATATCGTTTTTCAGGACTATGCCTTATTCCCTAATCTGAATGCCTACGACAATATCGTATACGGCCTGCGCAACAAGAAGGGGAGCGTGAGTCAGCAGGAGGTACAGGAATATATCGAGTTTCTGGAGCTTCAGCCCCACTTGAACAAGCGGATCGGCGAATTGTCGGGCGGGCAGAAGCAGAGAGTGGCCCTGGCCAGAACGCTGGTCACAAAACCGAAGATCCTGCTGCTCGATGAGCCGCTCAGCGCGCTGGACGGCGTGATCAAGGAGTCGATCAAGCAGCGGATTCAATCGATTGCCAGAGAATTCAAACTGACCACGATCATTGTGACGCATGACCCGGAGGAGGCGCTGACGCTTTCGGACAAAATCCTGATTATCCATCAGGGACAGATTGCCCAATTCGGCACACCCCAGGAGATTGTCCATCATCCGAGCAATGATTTTGTGAAGCAGTTTATTATCAAGCAGTTGCACATCAAAAGACAGAACATCTACAACCTGTTCGGTGAGCAGTATGCATAA	MLKLEHISKQFDDKVVLDDINVEIGSGEIVSLLGPSGSGKTTLLNIILGLTRMDQGKIVFQDQDLSNVPMRKRGFNIVFQDYALFPNLNAYDNIVYGLRNKKGSVSQQEVQEYIEFLELQPHLNKRIGELSGGQKQRVALARTLVTKPKILLLDEPLSALDGVIKESIKQRIQSIAREFKLTTIIVTHDPEEALTLSDKILIIHQGQIAQFGTPQEIVHHPSNDFVKQFIIKQLHIKRQNIYNLFGEQYA	PGPT0003735_4268	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010	NA	NA
JZ016_04375	1617			hypothetical protein	ATGCATAACGTGAAACCGGAAATGCGGATTATCTTTACCGTCATCCTGTTATTGTTCGCCGTGTTTCTGTTCTTGCCGCTGCTCATTCTGCTCATCCGTTCCTTCGAATCCGATCAGGGGTTTACCCTCGGGCATTATGTATCCATAGGGTCGAATCGGGAATTCATCACAGCGATTGGCAACAGTGTGAAGATATCGGGCATCACGGCGGTGATCACAACCGTCCTGGGGTTTATACTCGCGTATTCCATTCATTGCACCAAAATATACCGGCCTGTTAAAGGCCTGCTGAAAACGGTCATCATCATCCCCATGCTGCTCCCGACCATTACATATGGGTTCGCCATTATGTATTCGTTCGGTAATCAGGGATTGATCACCCGGCTTGCCGGGCGCAATTTGTTTGAAATCTACGGATGGAACGGGCTGCTCATAGGCTACGTCATTTACACGCTGCCACCAGTATTCCTGTTGATCCATAACGCGTTTAAGTACATTGATAAAAAGTTCATCATCGTCTCCAAGTTAATGGGTGACGGTACGATGAGAAGTTTCCTGAATACGATTTTGCGCCCCCTCGCCGGAGCGCTTGGCGGAGCCTTTGTGCTTTCTTTTATCCTAAGCTTTACGGATTTTGGCATTCCGGCTTCGGTTGGCGGTACCTATCCGGTCGTGGCAACGCAGCTGTATCAGGTGATGCTGGGCTCCATTCCGGACTTCAACCAAGGCGCTGTCATTGCGGTGATGATGCTGATCCCCGCCGTGTTCGGCATCTGGCTGCTGAACTACCTGGAAAAATGGAATTTCCACTATGACAAGCTGTCGGACATCGAGCTGCCGCGGCAGCGCATTCGGGATATCGCCTTCGGCATAATGTCATCGGTCATCGTGCTGGGCATACTATCGGTTTTTGCCGTGATGTTCATTGCGCCATGGCTGAGCAGCTACCCCTATGACCTGACGTTTACGCTTAAGCATGTACGGGACGTCTTTCAATCGGGTGATTTGACGGGGGTATACCGCAATTCGCTCTGGGTCGCCTTGCTGACAGCGCTGTTTGGCACCTTGATGGCATACGGATCAGCGCTGATGAATGTGCGTACGTCGTTAAAAGCCCGATCCACGGTGGATATGGTATCGATGATCACGAATACGGTGCCCGGCATGGTACTGGGGATATCCTACCTGCTCTTCTTTAATGGAAGCAGCCTGAAGGGAACCTTCATCATTATCGTTCTGTGCAATATCGTTCATTTCTTTACGACGCCGTATCTGATGGCCAAGAACTCCCTGTCTAAGATGAATCCCTCATGGGAAACCACGGGAGAACTGCTTGGGGACAGCTGGTTCAAGACCGTTTATCGGGTGATCCTGCCAAACTCGGCTTCAACCGTCATAGAGATGTTCAGCTACTATTTCATCAACGCTATGGTGACGATCAGCGGCATTATCTTTCTTGTATCTGCCCAGACGTCGCTTGTAGCCAGCAAGATCAAAGAGCTGCAGCATTTCGCCAAGTTTAATGAGATTTTCGTGCTGTCGATGCTGATCTTCTTCACGAATCTGATCATCAAGCTGGTTTGCGACGCATTGCAGAGCAGAACGGCGCAGCGCTAA	MHNVKPEMRIIFTVILLLFAVFLFLPLLILLIRSFESDQGFTLGHYVSIGSNREFITAIGNSVKISGITAVITTVLGFILAYSIHCTKIYRPVKGLLKTVIIIPMLLPTITYGFAIMYSFGNQGLITRLAGRNLFEIYGWNGLLIGYVIYTLPPVFLLIHNAFKYIDKKFIIVSKLMGDGTMRSFLNTILRPLAGALGGAFVLSFILSFTDFGIPASVGGTYPVVATQLYQVMLGSIPDFNQGAVIAVMMLIPAVFGIWLLNYLEKWNFHYDKLSDIELPRQRIRDIAFGIMSSVIVLGILSVFAVMFIAPWLSSYPYDLTFTLKHVRDVFQSGDLTGVYRNSLWVALLTALFGTLMAYGSALMNVRTSLKARSTVDMVSMITNTVPGMVLGISYLLFFNGSSLKGTFIIIVLCNIVHFFTTPYLMAKNSLSKMNPSWETTGELLGDSWFKTVYRVILPNSASTVIEMFSYYFINAMVTISGIIFLVSAQTSLVASKIKELQHFAKFNEIFVLSMLIFFTNLIIKLVCDALQSRTAQR	PGPT0003730_3636	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011	NA	NA
JZ016_04376	996			hypothetical protein	ATGATGAAGACGCTTAAGGGAATGCTGCTGTCATTGATCGCAATCAGTATGGTGTTTGCTCTGGCTGCCTGCGGAAGCGGAAGCGCAGGGGAAGCCAAGAAGGTGGTCATCTACACCAACGGGGATGAAGAGGCCGTCGCCGCTATGGAAACATCGTTGAAGAATGCCGGTTACGAAGGGCAGTATCTCGTGCAATCCATGGGTACATCCGAACTTGGCGGGAAACTGATGGCTGAGGGGAGCAAAATCGAGGCGGATCTCGTGACGATGAGCTCGTACTTTATCGAAAGCTCGCAGACCAAGCACTCCATGTTTAAGGACTTGGCTTTTGACGCAGGCGCTGTCGGAACTTATCCGAAATACTACACCCCGATTCTGGCGAATACCGGCGCCATCTTCGTGAATACGCAGGTGCTGAAAGACAAAGGTTTGCCGATGCCAACCTCCATCACGGATCTGACCAAACCGGAATTCAGCGGACTCGTATCGATTCCGAACATTATGGATTCCTCCACCGGTTGGCTGCTGGTTCAGGCGATTATTAACCAATACGGCGAAAATGCGGGACGCCAAGTGCTCCATGATCTGATTGCCAATGTGGGACCGCATTTGGAGAGCTCGGGCTCGGGTCCGATCAAAAAAGTACAGGCTGGAGAAGTGGCTGCGGGCTTCGGACTCCGCCATCAGGCGGTAGCGGCCAAAGCTGACGGTGCACCGATTGATTACGTGGATCCGGTCGAAGGAAACTTCTCGCTCACCGAGTCGGTTGCCGTGGTGGACAAGAAGAATGCCACGACGGATCTAGCGATGAAAATGGCAGAGACCATCGTAAAGGATGCCCGCAAAGATCTGATTGCGAACTACCCGGTTGCCCTGTACGAAGGGGAGACCGTGGATGAAGTCAACAAACCTGCGTACTCGATGACCTTTGAGAAGCCGCTGACCGTAGAGCTGCTGGAAGAGCATCAGCAATTCTTCAACGGATCCAAAGAATAA	MMKTLKGMLLSLIAISMVFALAACGSGSAGEAKKVVIYTNGDEEAVAAMETSLKNAGYEGQYLVQSMGTSELGGKLMAEGSKIEADLVTMSSYFIESSQTKHSMFKDLAFDAGAVGTYPKYYTPILANTGAIFVNTQVLKDKGLPMPTSITDLTKPEFSGLVSIPNIMDSSTGWLLVQAIINQYGENAGRQVLHDLIANVGPHLESSGSGPIKKVQAGEVAAGFGLRHQAVAAKADGAPIDYVDPVEGNFSLTESVAVVDKKNATTDLAMKMAETIVKDARKDLIANYPVALYEGETVDEVNKPAYSMTFEKPLTVELLEEHQQFFNGSKE	PGPT0003725_4701	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012	NA	NA
JZ016_04377	1095	phnW	COG0075	2-aminoethylphosphonate--pyruvate transaminase	ATGAATACCTACAAGCTTTTGACCCCGGGACCTTTGACGACAACCAAGACGGTGAAAGAGGAGATGCTCTTTGACCGCTGTACATGGGATGATGAATATAAATCGATTACGCAAAAAATCAGATCGCGGCTCCTGGCACTCGCCGGGGCGGATCAAGAGCGGTACACCGCCGTGCTGATGCAGGGAAGCGGCACCTTTGCTGTCGAAGCCGTCATGACGTCAACCATCTCAAAAGATGATAAAGTGCTGATCGTAACAAACGGCGCATATGGTGAGCGGATCGTGAAAATGGCGGAGTATATCGGACTGAATTATGTGGAGTACAGAGTGAATTACGACGAACATCCAAGCGAGGATGAACTGCGAGCCATACTGCACAAGGATGTGAGTATTACGCATATCGCGATGGTCCATTGCGAGACGACAACCGGGATTTTGAATCCGTTGGAGATGGTTTCGTTGTTGTCCAGAGAATACGGAAAAACCCTCATCATCGATGCGATGAGCAGCTTTGGCGGAATGGAAATCGCTGTTCAGGGACTTGGCGTCGACTACCTGATCAGCAGTGCGAATAAATGCATCCAGGGCGTTCCGGGGTTTGGCTTCGTGATCGCCAAGCTGGAGAAGCTTGCAGCCTGCGAAGGGATTGCGCGCAGCCTGTCGCTCGACCTGTATGACCAATGGAAGGGCATGGACAAGGACGGCAAATGGCGTTATACTTCGCCGACCCATGTTGTGGCCGCCTTCTCCAAAGCGTTGGATGAGCTGAACGAAGAAGGCGGTGTATCGGCGAGATTCAGCCGTTACCGGAATAACAATCGCCTGCTGCGGGAGAGATTGGCGCAAATCGGTATCCAGGCTTACATTACCGATGACAAGCAATCCCCGATCATCACCACGTTCTTATTCCCGAGTGAAGGGTTTAGCTTCGAGCACTTTTACGCTTACATTAAAGAAAGAGGCTATGTGATATATCCCGGCAAGCTGACTGACGTGGATACCTTCCGCATTGGGAATATCGGAGAAATTTATGAGCGCGATATCGAACAGTTATGTCATATTATTGAAGAATATATGGGGGTGACGGCACAATGA	MNTYKLLTPGPLTTTKTVKEEMLFDRCTWDDEYKSITQKIRSRLLALAGADQERYTAVLMQGSGTFAVEAVMTSTISKDDKVLIVTNGAYGERIVKMAEYIGLNYVEYRVNYDEHPSEDELRAILHKDVSITHIAMVHCETTTGILNPLEMVSLLSREYGKTLIIDAMSSFGGMEIAVQGLGVDYLISSANKCIQGVPGFGFVIAKLEKLAACEGIARSLSLDLYDQWKGMDKDGKWRYTSPTHVVAAFSKALDELNEEGGVSARFSRYRNNNRLLRERLAQIGIQAYITDDKQSPIITTFLFPSEGFSFEHFYAYIKERGYVIYPGKLTDVDTFRIGNIGEIYERDIEQLCHIIEEYMGVTAQ	PGPT0002485_659	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-ANTIBIOTIC_PHOSPHONATE_SUBSTANCES,PGPT0002485-phnW-K03430	NA	NA
JZ016_04378	819	phnX		Phosphonoacetaldehyde hydrolase	ATGAGCCGAATCGAAGGCGTTATATTGGACTGGGCAGGAACCGCTGTGGATTTTGGATGCTTTGCACCGGTGAACGTGTTCGTCGATATTTTTAAGAATGCGGGCATTGAAGTGACGATGGATGAAGCGAGAGCGCCGATGGGGATGCTGAAGATCGATCATATTCGTGCCATGCTGTCCATGCCGAGAGTGTCGGCGCTGTGGGAAGCGAAGTACGGGAGAGCTTTCGATGAGCAGGACGTAGAGCGGCTGTATGCGGAATTCGAGCCGGCCTTGATGGCTTCCTTATCCGAGTACACAGACCCAATCCCGGGTGTCATCGAGACGGTTGAAGTTTTGAAGAGCCAAGGCTTGAAGATCGGTTCTACGACAGGATATACAAGCAGCATGATGGAGGTTGTGGCCGCCAATGCCCGGCAAAAGGGCTACAGCCCGGATGTCTATTTCACGCCGGATGATACGAATTCCCAAGGAAGGCCTTATCCTTACATGATTTATCGGAATATGGAGTCTCTCCGTTTATCGGCATCCTGGAAAGTCGTTAAGGTAGGGGATACCGTCTCGGACATAAAAGAAGGCGTGAACGCAGGCGTATGGTCGGTTGGCGTCATCATCGGCAGCTCGGAAATGGGCTTGAGTGCAGAAGAGTTCCATGCCCTGTCAGAATCAGACCGGAGTGCCGCGATTTCGAAAACCGAACAGACGTTTATCCGTAGCGGTGCCGATTTTACGCTTCGGACGATGAACGAGCTGCCGGAATTAATCGAGAGAATTAGCGGTATGCTGGCTGAGGGGAAAAGACCGGGGCTTCAGCGCTAG	MSRIEGVILDWAGTAVDFGCFAPVNVFVDIFKNAGIEVTMDEARAPMGMLKIDHIRAMLSMPRVSALWEAKYGRAFDEQDVERLYAEFEPALMASLSEYTDPIPGVIETVEVLKSQGLKIGSTTGYTSSMMEVVAANARQKGYSPDVYFTPDDTNSQGRPYPYMIYRNMESLRLSASWKVVKVGDTVSDIKEGVNAGVWSVGVIIGSSEMGLSAEEFHALSESDRSAAISKTEQTFIRSGADFTLRTMNELPELIERISGMLAEGKRPGLQR	PGPT0002490_278	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002490-phnX-K05306	NA	NA
JZ016_04379	828	catD_3	COG0596	3-oxoadipate enol-lactonase 2	ATGACTACGAAATTACATGAGAGCACAATGATAAATGGGTTAAACTTTTTCACGACCATTGATGGAGTTAGAATTGCTTATCGAATGGATGGTCCAGCCGGTAAACCGGTACTGATGCTGGCGAACTCAATTGCAACCACAATGCACATGTGGGACGGCCAAATAGCTGATCTTTCAGAGCATTTCCTCGTGCTTCGCTACGACTATCGGGGACATGGCGAATCGGATACACCTGAGGTTCCCTATTCGTTCGACCGACTGGGACGGGATGTCATCGAGCTGCTTGACTCGCTTCACATTGACCGCGTGCATTTCCTTGGGCTATCGTTAGGCGGTGCGGTCGCACAATGGCTTGCGATCCACGCTCCGGAGCGGATCGACCGGCTCGTCCTAAGCAATACGTCCTCCTATCTGGGACCGGCTGAGCAATGGCAAGGTTTAATCACATCTGTGCTGCAACCTGAGAACCTTCCCGAGTTCGCCGATACATTCATTAAGAACTGGTTTCCCTCACATATGGTGGAGTCAGAAAACGCGATCGTTGCTTCTTTTCGGGAGATGGTGCTGACGACTCGCCCACATGGAATCGCAGGAAGCTGGGCTGCTATCCGTGATATGGATATGCGCCGGACGGCTTCCCTGATCAGCAGCCCAACACTCGTCATTAGCGGGCAGTATGATACCGTGACGCTTCCGAGCCACGGTGAATTGATCGCTAAAACGGTGCCGAATTCCACGTTCGTCTTGTTCCCATCCGTACACTTAACGAATGTGGAATATCAATCCGAGTTCCTGAGTACTGTGCTGGAGTTTTTGCAGTCGAAATAA	MTTKLHESTMINGLNFFTTIDGVRIAYRMDGPAGKPVLMLANSIATTMHMWDGQIADLSEHFLVLRYDYRGHGESDTPEVPYSFDRLGRDVIELLDSLHIDRVHFLGLSLGGAVAQWLAIHAPERIDRLVLSNTSSYLGPAEQWQGLITSVLQPENLPEFADTFIKNWFPSHMVESENAIVASFREMVLTTRPHGIAGSWAAIRDMDMRRTASLISSPTLVISGQYDTVTLPSHGELIAKTVPNSTFVLFPSVHLTNVEYQSEFLSTVLEFLQSK	PGPT0004995_424	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0004995-pcaD|catD-K01055	NA	NA
JZ016_04380	474			hypothetical protein	ATGGATCACATAGACAATAAAATCTTATCGATCCTTCACGAAAATGCTCGAATTACGATTTCCGAGATGAGCCGATTAATCGTGATGTCCCAGCCGGCCGTGACAGAACGGCTTCGGAAACTGGAGGAGCAGGGAGTTATAACGGGGTATCGTGCAGTGCTTGCCCCATCGAAACTCGGCAAGTATACCACAGCGTTCGTACTGTTTAAATCGAATAACTGCAGGGAGTTCGAGGCATACGCAGAGTCGGCTCCGGAGATCGTCGATTTCTACAGGACGAGCGGAGAGTACAATTATTTATTGAAGGTTGTCACCGCAACGAGTGAAAGCTTGGAAACCTTCCTTGAAACGTGCAACACGTTTGGCCATTCATCGACGCTTGTCGTTCTGTCCACACGATTCGAGGATAAAAGTCTGGTCTCAAGCCAGGATGCATCGAACACCATTCCACGCATTAATCCGCCGGGTATTTGA	MDHIDNKILSILHENARITISEMSRLIVMSQPAVTERLRKLEEQGVITGYRAVLAPSKLGKYTTAFVLFKSNNCREFEAYAESAPEIVDFYRTSGEYNYLLKVVTATSESLETFLETCNTFGHSSTLVVLSTRFEDKSLVSSQDASNTIPRINPPGI				NA	NA	NA	NA	NA
JZ016_04381	948	menH_5		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGAAAAAAAGGATTATGATCATGTCAGCAGCAATCATCGCATTTCTAGTTCTCATTATTGTCGGAGCAAGCTTCTACTTCTATAACGTCGCTATTGCCCGCGCCGACAAGGGCTTTCTGAACGGCAACCCGGACCTGGAAGCCAATTCGAATATCGACAATCCCTTTGCGGACAGCAAGGAATGGTGGGCCCAGCAGAGCTTCGAGGAATGGAACCTTACTTCAGACGACGGTCTGAAGCTGCATGCTTACTATTTACCTGCCGAGGTATCGACGGATAAAACCGTCATCATTGCTCATGGCTACTCCGGGCATTCGGAGCAGATGAGCGGATTCGCCCAAATGTACCATAAGGACCTGGGTTACAACGTGCTTCTGCCCGATGCGCGAGGTCATGGACGAAGCGAAGGCGATTACATCGGCTTCGGCTGGCCGGAGCGCAAGGATTATCTGAAATGGATCGATCAAGTCATCGAGCATACGGGTGAAAGCTCGCAAGTTGTCCTTCATGGAGTATCCATGGGCGGTGCAACGGTCATGATGACCAGTGGCGAAGAGCTTCCTCCCCAGGTAAAAGCCATTGTTGAGGACTGCGGATATACCTCGGTCACGGATGAGCTGAAATATCAGCTGAAGCGCATGTATAAGCTGCCCTCCTTCCCACTGGTTCAATCCACGAGCCTGTTGACCAAGATCCGCGCCGGATACTCCTTCGGCGAAGCATCCGCACTCGAGCAGGTGAAGAAATCCAAAACACCAACGCTGTTCATTCACGGCGGCGGCGATTTGTTCGTACCTACCGAGATGGTGTATGAGCTGTACGAGAATGGTCCGGAGCAAAAGAAGCTGTTCATCGTCCCCGAAGCAGGCCACGGCATGGCTCGCCAGTTCGATCCCGAGGGATATGACCGCGAAGTGACGGAGTTTATTGGTGCGTATGTGCAATAA	MKKRIMIMSAAIIAFLVLIIVGASFYFYNVAIARADKGFLNGNPDLEANSNIDNPFADSKEWWAQQSFEEWNLTSDDGLKLHAYYLPAEVSTDKTVIIAHGYSGHSEQMSGFAQMYHKDLGYNVLLPDARGHGRSEGDYIGFGWPERKDYLKWIDQVIEHTGESSQVVLHGVSMGGATVMMTSGEELPPQVKAIVEDCGYTSVTDELKYQLKRMYKLPSFPLVQSTSLLTKIRAGYSFGEASALEQVKKSKTPTLFIHGGGDLFVPTEMVYELYENGPEQKKLFIVPEAGHGMARQFDPEGYDREVTEFIGAYVQ				NA	NA	NA	NA	NA
JZ016_04382	444			hypothetical protein	ATGAACAAACGCTTCATCAGCCTAATTCTTGCCATCGTTATGGTTATGGGTTTAACGCTGCCGTCCCATGCCGAGGAGACCTATTCTTCACCGAAGAAGGATAGTGCGCAGCTGCAATATCAGGATATGCTGATGCTATTTCTGCTTCCTCATATCGATGAGGCGGTTCGCGGGCATTATATCCACACGTTGAAGGAGCAGCCTCTTGTTTATCCATACTTTGTGGATGTGACCGAAGTGAAGAGGGTGAATGGATTCCGCGGTTTTCATTTCATCATTACGCTTGAGGCCAATCCAACGGTTGGTCCCCATATTTCGGTTGGAAAGGATCGGCTTGTGTTTGAAGTAGCTCCGACGATTCCCGGCGGTATGGTCAAGCTGGTGGAATACAAACATTTGAAGACATATGAACTACCTCCGCATTGGCAAAATATCGTGAAGTAA	MNKRFISLILAIVMVMGLTLPSHAEETYSSPKKDSAQLQYQDMLMLFLLPHIDEAVRGHYIHTLKEQPLVYPYFVDVTEVKRVNGFRGFHFIITLEANPTVGPHISVGKDRLVFEVAPTIPGGMVKLVEYKHLKTYELPPHWQNIVK				NA	NA	NA	NA	NA
JZ016_04383	1749			hypothetical protein	ATGCAAATTCAATTGAGTAGACCGCCGGATTACAGACCTCCTTATTGGCTGCCGCTTACAACCATCCTCACCGTCATACTCGTTATCTCCCTCATGCTGTGGTTCGAGAAGCCGCCAGAAGCCAGAAATATCGATGCGCCCGCAACCGAGTTCTCTGCCGAACGCGCGATGGCGCATGTCGAGCGCATCGCACAAGAACCCCATCCGATGGGTTCGCCTGCCAATGCGGAAGTCAGAGCTTACTTGGTGGAACAGATGAAGCAGCTCGGCTTGAACCCGGACGTTCAAGAATTTAATGGCCGACTGACAACCAAGTACATCGACGCCGACATTCAGCTTACGAACATTCTGGGTGTCATTAAGGGCACCGGATCGGGCAAACCGCTCCTGCTTATGTCCCATTATGACTCGGTCTCTACCGGACCCGGAGCCAATGATGCTTCGGTAAGCGTAGCTTCTTTGCTGGAGACGGCAAGAGCGATCCAAGCCGGACCTCCGCCGCAGAATGACATTTGGATTCTGCTGACAGACGGGGAAGAGAAGGGCCTACTGGGGGCGGAAGTGTTCTTCCGTGACCCGCAGCACCTTGAGGTTGGCATGATTGCGAATTTTGAAGCCCGGGGATCGAAGGGTTCCTCCTTCATGTTCCAGACCAGCGACAGCAATAGTCGGATCATTGAAGAATACGCACAAGCCGTATCCAATCCTGTCAGCAACTCGCTCTTGGTGGACCTCTACAAACAACTGCCGAACGATACCGATTTGACGGTGGCGCTTGAGCATGGTCTCCCGGGACTTAACTTTGCCTATGGCGATGGGTGGGTCGCTTATCATACCCCGATGGACAACACGGAGAACGTCTCCCTTGAAACCATGCAGCATCACGGCGAGAATGCGCTGGCCGTGGCAAAGCATTTTGGCAATCTTGATTTGACCAACCTGGCTTCAACAGACAACCGTATTTATTTCAATCTATTTGGCCTGCTGATTCATTACCCTGCAAAATGGGCGATCCCGATCACCGTGGTGTTCGCGGCGATATGGATGGCATTCGCGGTACTGTTTGCCCGTATCTCCAGACTCTCCCTCAAGGGAAGTTTGCTCGGCCTGCTAACCCCGATTGCGGCCATCGTGCTCTCGGCAGCGCTAAGCTTTGGCCTGTGGTCGCTGGTTGATACGTTGTGGGCCGGCAAAATGACGCAGCCCACAGGGGCAACCTATGATTCGCTTCTGTACAGTGTCAGCTTCATCCTGGTAACCTTCATCGTTCATGTTGCGCTCACCCGCTGGATCGTGCGGAAAGTGAATGAAATGGAGATGCTGCTGGGAGGCTCATTCCTGTTCCTGCTGCTGCTTGTCGGCTCAACCGGGTTCCTGCCGGGCGCAAGCTATTTATTTGCGATTCCGCTGCTGGTCCATTACGCGGCACTGACATGGGCGGCATTTACCCGGGACCCGATCGAATCCTTAAACCATCCGGCGGTCGTACTGGGAACGTCCCTGATCCCTGTCCTGATGTTCACTTCGGTCTTTCATATTGTGTTCCTTATGCTGCCGCCAGGGATTCACCTATTCAGCGTGGTGCTGATCGGGCTGATTCTTGCCCTAATGTCCCCTGCTGTGCGAATGCTCGCATCTGCCTGGAAATGGGTACTGCCAGCTGCCTTCATCGCCATCATCGTTCTGCTCGCCATCGGCTGGATCCAGGCCGAACCGGGACCGGATCGACCGGTTTATGAGAGCTGGTAA	MQIQLSRPPDYRPPYWLPLTTILTVILVISLMLWFEKPPEARNIDAPATEFSAERAMAHVERIAQEPHPMGSPANAEVRAYLVEQMKQLGLNPDVQEFNGRLTTKYIDADIQLTNILGVIKGTGSGKPLLLMSHYDSVSTGPGANDASVSVASLLETARAIQAGPPPQNDIWILLTDGEEKGLLGAEVFFRDPQHLEVGMIANFEARGSKGSSFMFQTSDSNSRIIEEYAQAVSNPVSNSLLVDLYKQLPNDTDLTVALEHGLPGLNFAYGDGWVAYHTPMDNTENVSLETMQHHGENALAVAKHFGNLDLTNLASTDNRIYFNLFGLLIHYPAKWAIPITVVFAAIWMAFAVLFARISRLSLKGSLLGLLTPIAAIVLSAALSFGLWSLVDTLWAGKMTQPTGATYDSLLYSVSFILVTFIVHVALTRWIVRKVNEMEMLLGGSFLFLLLLVGSTGFLPGASYLFAIPLLVHYAALTWAAFTRDPIESLNHPAVVLGTSLIPVLMFTSVFHIVFLMLPPGIHLFSVVLIGLILALMSPAVRMLASAWKWVLPAAFIAIIVLLAIGWIQAEPGPDRPVYESW				NA	NA	NA	NA	NA
JZ016_04384	189			hypothetical protein	ATGGAGGCTCTTGCTTTGTGTTATGCATGGAATGCTGATCATTCTCAATCTTATATTGACACATGTCATATTCTGGAACTACGCTGTGTAAGAGCCGCTTTCTTACATACGATGAAAGATCGCTTTACGAAACGCCTGAATGATTATAAAAAGGAAGTGAGTACTTATCATGCAAATTCAATTGAGTAG	MEALALCYAWNADHSQSYIDTCHILELRCVRAAFLHTMKDRFTKRLNDYKKEVSTYHANSIE				NA	NA	NA	NA	NA
JZ016_04385	762	knt		Kanamycin nucleotidyltransferase	ATGCTGCCTTATCCTGCTGCTACGACTAGAGAAGAGAAAATGAACATCATTCATCAAATCAAAGACCGACTGCTTCAGTTGTACGGCGATAACATTTTGGCCATTGGCTTGTACGGTTCGATTGCACAAGGGATTGATGGTCCTTACTCGGACATTGAACTTCAAGTTGTTACACAGGACGGAGTCTCCCTGCCCGGATATGAATTCATATACCCCCCTTTCAAAATCGAAATCGGCATGGAACAAAAGCAGGACATATTCAAGGATGCAGCGTCGGTGGACGACTCATGGGCGATTACAGCGGGCGCTTATGTCCATCTACAGGAAATCTACGATCCGGCGAACCTGCTTGCTGAAATTCGGAAGCTGCCCCTCCAGGTTTCAGACGAAGCCATCAAAGAAACGATGCGGGAATTCATGATCTGGGAACCCTACGAAACGATGGGCAAAATACGAAACAACGTCCAATCCGGTAACTTAGGCTACCTCCCGCTTGGAGCCAAGGACCTGACCTGGCAGACGGCCAAGCTGATTGGACTTGCCAACCGAACGTTTTACAATACAAGAGCCAAGACATTGGAGGAATCACTGTCCCTGAAATCCAGGCCTTCGGGATACGATGAGCTGGCACAATTGGTGATGCGGGGTCAGCTTCTCCAGATCGATCATGTGTATGAGCTTTGCGAACAGCTCTGGACCGGTCTGAACGCATGGTATGAAAAAATGAACATTGAATATAAATCAAAAGAGCTTCCATTCTGA	MLPYPAATTREEKMNIIHQIKDRLLQLYGDNILAIGLYGSIAQGIDGPYSDIELQVVTQDGVSLPGYEFIYPPFKIEIGMEQKQDIFKDAASVDDSWAITAGAYVHLQEIYDPANLLAEIRKLPLQVSDEAIKETMREFMIWEPYETMGKIRNNVQSGNLGYLPLGAKDLTWQTAKLIGLANRTFYNTRAKTLEESLSLKSRPSGYDELAQLVMRGQLLQIDHVYELCEQLWTGLNAWYEKMNIEYKSKELPF	PGPT0028685_24	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028685-aadD|knt-K17882	NA	NA
JZ016_04386	396			hypothetical protein	TTGAAGTTTAGGAGAGTTCTAGCCTGGCTCGTCTTGGTGATAGTGATTGGTTGTTCTGGTTTGAGCAAGATAGCTGTGCCTGAGGACCTTCTCGCGGAGGGGGAAGATGAATTACGAATTCATTATTTCTATGAAGATGCCCATGCCGCGAATGAGCTGGATGAGCAAGCTCGGATTGTATGGTGGAGTGAAGAGGTCGACGATATGCCCGATGCCGACACAGAGGTTTTACAGGCAGCCATGTTACATAACGTAAGGGAGGAGATCGCCAAGCAAAAGGCCGAAACGTTAGGACTTAGAAGATTTCCGTTTTTTGTAGTGGTGAACCATAAAGAAGTTGCCTTGAAAACAGCTGACTTGAATGATGTTGTAGACTTCCTAAAGAAGAACAGGTAG	MKFRRVLAWLVLVIVIGCSGLSKIAVPEDLLAEGEDELRIHYFYEDAHAANELDEQARIVWWSEEVDDMPDADTEVLQAAMLHNVREEIAKQKAETLGLRRFPFFVVVNHKEVALKTADLNDVVDFLKKNR				NA	NA	NA	NA	NA
JZ016_04387	714			hypothetical protein	ATGAGTAGAGCTGAGCAGAGTCAAGGCAAGACCAAGCAGGAACTGGACCGGGTTGTATTCATTGGCCGCACGTTTGAAGAATACACGCATATGTTTGATTTGGAAATGTCGAACCTAGCCGGCAAAAGCGTATTGGATTGCCCTTCCGGTGCGTGTTCGTTCACCGCTCACGGTGCGAAGCGAGGTCTCGATATAACGGCCAGTGATATTGCCTATGACCACAAGCCGGATGACCTGGAGGCCAAGGGGCTGCAGGATATTGGGCATGCGATGGAAACGATGGAGCAGGCGAAGAGAAATTATATCTGGGACTATTATGGAGATGTGGAGGGGCTTCGTCAGCATCGCCAGCAAGCGCTCCGTGATTGCGTTCAGGATATGAGGGAGTTTCCGGATCGCTACGTCGCTGCGGTACTGCCGGAGCTGCCTTTTGATAACAATCAGTTTCATCTGGTGCTGTCCGCCCATTTTCTGTTTATCTACAGTGACCGATTGGATTATGACTTTCATGTCCAGACGATTCGGGAGCTGCTGCGGGTTGCCTCGGAAGAGGTGCGCATCTTTCCGTTAACCGATTTGTCGGGGGGGCGCTACGCTCATTTGGAGCGCCTGATTCATGAGCTAGAAGCAGACGGTTTTCGGGTGGCGGAAGTTAAAGTGCCTTATGAGTTTATGAAGAACGGCAATTCGCTGTTGAGCATTCGTAAGATATAA	MSRAEQSQGKTKQELDRVVFIGRTFEEYTHMFDLEMSNLAGKSVLDCPSGACSFTAHGAKRGLDITASDIAYDHKPDDLEAKGLQDIGHAMETMEQAKRNYIWDYYGDVEGLRQHRQQALRDCVQDMREFPDRYVAAVLPELPFDNNQFHLVLSAHFLFIYSDRLDYDFHVQTIRELLRVASEEVRIFPLTDLSGGRYAHLERLIHELEADGFRVAEVKVPYEFMKNGNSLLSIRKI				NA	NA	NA	NA	NA
JZ016_04388	630			hypothetical protein	ATGCCGCTTCCTAAACTCGATCTGGCCAAAAGCGATAAAACCTATTATACAGCCGGGAACACCCCCGAGCTCGTGCAGTTTGATCCCTTGCCCTATCTGTCGTTCGAAGGTCAAGGCGCGCCCGAAAGCTCCCTTTTCGAGAATGCAACCGAGGCGCTGTATACCGTTGCCTATGGCGTTAAGGGATATTGCAAGGCGGAGATTCAGGATTTCACCGTTCCTAAACTTGAAGGGCAATGGTGGGTTAACTCGGATCGGTATGGTTTGGAGGTTCCAAAAGAGGAATGGCATTGGAAGCTGCTCATTCGGATGCCGGCGTTTGTCACCCCGGAGATCGTCGATTCCGCACGGGACAAAGCCTTCTCCAAGAAAAATCATCTGGAGCCCATTCAGCAAGTGGTATTGGAAACGATCCATGAGGGACTATGCGTCCAAATCATGCATATCGGCCCCTACAGCACAGAGCCTGATACGCTGGCGAAAATGTATGCTTACATGAAACAGCATCATTACGTACAGGACGGGCATCATCATGAGGTTTATTTGTCCGATCCACGAAAAGCCGCCTCCTCCTCCATGAAAACCATTCTCCGCGCTCCTGTAAGACAGGAGCATTCATTGGAACAGTGA	MPLPKLDLAKSDKTYYTAGNTPELVQFDPLPYLSFEGQGAPESSLFENATEALYTVAYGVKGYCKAEIQDFTVPKLEGQWWVNSDRYGLEVPKEEWHWKLLIRMPAFVTPEIVDSARDKAFSKKNHLEPIQQVVLETIHEGLCVQIMHIGPYSTEPDTLAKMYAYMKQHHYVQDGHHHEVYLSDPRKAASSSMKTILRAPVRQEHSLEQ				NA	NA	NA	NA	NA
JZ016_04389	984			hypothetical protein	ATGGCTAAGCTGGACTATCTGTTATCCATACTATGGCTGCTTCGATCCCATAAAAAAATGACGGCCGAGCAATTGGCGGAGAGGCTTGAGCTAAGTGTCCGAACGGTCTACCGATACATCGACACGCTGGATATGAGCGGGGTCCCTATCATATCCGAATCCGGACATGGCGGGGGATTCAGGCTGCCCGATTCTTTTTTAAGCGTGCCGCTGTTCTTCGAACTAACCGAGCTTAAAGCCATGGAACACAGTGCGCTACTTGCCCGGCAAGCGGACTATCCGTTTACGGATGCTCTTGAAAAGGCACTAACCAAGATTGAGCACCGGCTTCAGGAATCTCAATTGGAAGACTTGAGGCGTCATGTTGGCAGCATTCACATCCCACTGCCATCACAGAGTGCCTTGCTTCACCCCAGATTGCGAGAGTTAGAGCAAGCCATTGCCAGACGCGAAACCCTGGTCCTTCAATATGCGAAGTCCTTCAGCGGCTCCGTGGAGGAGCGCCATATTGATCCCTATGGGCTGATCTACCGGCTCGGCAAATGGTATTTGATTGCCTATTGCCATCAACGGGAGGCCCTCCGCGTATTCCGGGTAGACCGGATGAACAGCCTGTGCGTAACAGGCCGTACATTTGAAATGCCGGAACATTTCTCGGTACATGATTATATGAGCCATATTCATGAGTATCAGGATCACAATACGAAGTCGAAGGCGAAGGAACCGACGTTGGTAACCGTTCGCCTTCAAGGTCGCTCCGAGGTTCTGGACACGTTATGCAACCAGTGGTTCCTACAGCCTTATCTTGTCGCAAGAAGCAATGACGATGAGGCCGATTTCCGTATGCATCCGGATTGGATGCTGCAATACATGCCTTATCTGCTGCTTTCTTTTGGCAAAGGAGTCAAAGTACTTGAGCCGCAGCAGCTGCGAACTGTTCTCTCCGAGACGGCCCGAGACCTGGCCGCATATTACGAGGACTGA	MAKLDYLLSILWLLRSHKKMTAEQLAERLELSVRTVYRYIDTLDMSGVPIISESGHGGGFRLPDSFLSVPLFFELTELKAMEHSALLARQADYPFTDALEKALTKIEHRLQESQLEDLRRHVGSIHIPLPSQSALLHPRLRELEQAIARRETLVLQYAKSFSGSVEERHIDPYGLIYRLGKWYLIAYCHQREALRVFRVDRMNSLCVTGRTFEMPEHFSVHDYMSHIHEYQDHNTKSKAKEPTLVTVRLQGRSEVLDTLCNQWFLQPYLVARSNDDEADFRMHPDWMLQYMPYLLLSFGKGVKVLEPQQLRTVLSETARDLAAYYED				NA	NA	NA	NA	NA
JZ016_04390	642			hypothetical protein	ATGGGCAGTCGGGCGGACAATGTAAGTCCCGTTTCGGTGCTCATTGAACCTATGTCACATGACCAACCACTAACGAAAGAAGCCATATTGGACGCGGCCGAGCAGACGCTTCGGCGCTATGGTCCTGACAAAACCTCGGTTGTCGATGTTGCCAAGGCGCTTCAAGTCAGCCATGGATCCCTGTATCGGCATTTTCCCAGCAAGGCCGCTCTGAGAGAAGCCGTAACGGAACGGTGGCTGCAGCGGATTGCGGATCCGTTACAGAAGATTGCAGACGGAACGGAGGGCAGCGCCACCGATCGCTTGCGGTTATGGACGGATACCCTCATCCGGGCCAAACGGGCTTATGTCCTCGAGGATCCCGAGATGTTTGCCATGTATACGACCGTGACGCTGGAAGCCGTCAAGGTAATTGATACGCATGTAAAGCTGTTAATCGGACAGGTTGCCCAGATCATCGATCGAGGGATGCTTACTGGTGAATTTAAGCCGGGCCAGTCGGAGTCGGTGGCAAAAGCCTTTTTCATGGCAACGTCCCTGTTTCATCATCCGGTGCATGCTTCTCAGTGGACCTCGCAGGAGATTGAAGCCGATTTTGACTCGGTGTGGGCCATATTGTTATCCGGAATCGCGAAACAGTAA	MGSRADNVSPVSVLIEPMSHDQPLTKEAILDAAEQTLRRYGPDKTSVVDVAKALQVSHGSLYRHFPSKAALREAVTERWLQRIADPLQKIADGTEGSATDRLRLWTDTLIRAKRAYVLEDPEMFAMYTTVTLEAVKVIDTHVKLLIGQVAQIIDRGMLTGEFKPGQSESVAKAFFMATSLFHHPVHASQWTSQEIEADFDSVWAILLSGIAKQ				NA	NA	NA	NA	NA
JZ016_04391	744	fabG_14		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGACAAAGAGTTTATCGGGCAAGGTAGCTATCGTAACGGGAGCATCAAGAGGCATCGGGCGTGAAATTGCGGAGAGACTTGCGGAGAACGGGGCTAAAGTAGTGGTAAACTATGCAAGCAGCCCGGCTAAAGCCGAGGAAGTGGTGAGCGCCATTAAGCAAAGCGGCGGCGAAGCCCGGGCCATTCAAGCTGATATTCGTCAGGTAGCAGCGATTGAACGACTGTTTGGTGAAACGATCGAGGTTTATGGCGGCATCGATATTCTCGTGAACAATGCCGGCATCATGACAACTAAGCCGGTTGCTACCATGAGGGAGGAAGATTTCGATCAGCAGTTTGCGATTAATGTGAAGGGGACTTATTTCGCGATCCAGCAGGCTTTTCACCATATGAATTCGGGCGGCCGCATCATCAATTTCTCGACGTCGGTGGTTGGGCAGATGTTCCCGGCGTACAGCGTATATGCAGGCACGAAGGGCGCTGTAGAGCAGTTTACGCGTCAGTTGGCCAAAGAATTCGGACCCAAAGGAATTACAATTAACGCAGTGGCGCCCGGACCGATTAATACGGAGCTCTTTACAGTTGGCAAATCGGAGGAGCAGATCGCGGGTATCGCAAACATGAATGCTTTCGGACGTCTGGGAGAACCGGATGATGTTGCAGGGGCCGTCCTCTTTCTGGCCGGTGAAGAGTCGAAATGGATCACAGGCCAAACGATCCGCGTGAACGGCGGTTTTGTGTAA	MTKSLSGKVAIVTGASRGIGREIAERLAENGAKVVVNYASSPAKAEEVVSAIKQSGGEARAIQADIRQVAAIERLFGETIEVYGGIDILVNNAGIMTTKPVATMREEDFDQQFAINVKGTYFAIQQAFHHMNSGGRIINFSTSVVGQMFPAYSVYAGTKGAVEQFTRQLAKEFGPKGITINAVAPGPINTELFTVGKSEEQIAGIANMNAFGRLGEPDDVAGAVLFLAGEESKWITGQTIRVNGGFV	PGPT0003180_14416	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_04392	579	yvdD	COG1611	LOG family protein YvdD	TTGAAATCCATATGTGTATTTGCGGGATCGAACATGGGGGAACATCCAGATTATAAAGCGAAAGCTGCCGAGCTCGGCAGACATATTGCCCACAACCAATACAAGCTCGTATACGGCGGCTCCAAAATCGGATTGATGGGTGAAGTGGCTAACGCCGTTTTGCAGCATGGCGGTGAAGTTATCGGGGTGATGCCGAGAGGACTGTTTAAAGGCGAGATTGTACATACCGAGCTGACCCAGCTCATTGAAGTAGCGGATATGCATGAGCGCAAAGCGACGATGGCGAAGCTGTCCGACGGGTTTATCGCCATACCGGGCGGTTTTGGAACCTTTGAGGAATTGTTCGAGGTATTGTGCTGGTCGCAAATCGGAATTCATCAGAAACCGATCGGGCTGCTGAATGTCCGGGAGTATTATGAGCCGTTCATGAAGCTGATTCAGTACAGTATCACGGAAGGTTTCTCCAATGCCTCCCACCTAAACCTGATCAACCTCTCCGATGACCCGCTCAAGCTGCTCGAGCTCATGGATAGCTACACCCCTCCAACGCTGGACGTGAAGTGGAAGGACTTGGATTAA	MKSICVFAGSNMGEHPDYKAKAAELGRHIAHNQYKLVYGGSKIGLMGEVANAVLQHGGEVIGVMPRGLFKGEIVHTELTQLIEVADMHERKATMAKLSDGFIAIPGGFGTFEELFEVLCWSQIGIHQKPIGLLNVREYYEPFMKLIQYSITEGFSNASHLNLINLSDDPLKLLELMDSYTPPTLDVKWKDLD	PGPT0007225_929	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007225-log|yvdD-K22522	NA	NA
JZ016_04393	318			hypothetical protein	ATGGATATGAATGAAGCGCAGCAATGGATTAAACAATTTTATGGAGAGCGAGGCTGGACCGAGTACGGCCCCTTTATTCGCGTTGGGTTTTTGATGGAGGAGACAGGGGAAACGGCGCGTGCCGTTCGCGCTTATGAGATCGGCAGGGACCGCCCTGACGAGGAGGTTCAATCCAAGGAACAGCTCAAGCAGGATTTGGTGGAGGAGATCGGCGACGTGCTCGGCAACATTTCACTGTTGGCGGATCTTTATGGGATTTCGCTGGAAGAAGCGTTTACGGCCCATCAGCAGAAGCTGCTGAAGCGGTTTGGTTCTTAA	MDMNEAQQWIKQFYGERGWTEYGPFIRVGFLMEETGETARAVRAYEIGRDRPDEEVQSKEQLKQDLVEEIGDVLGNISLLADLYGISLEEAFTAHQQKLLKRFGS				NA	NA	NA	NA	NA
JZ016_04394	978	etfA	COG2025	Electron transfer flavoprotein subunit alpha	ATGAGCAAAACGATATTAGTGTATGCCGAGAACCGGGATGGGAAGCTGCGTCAGGTTGCTCTCGAAACGCTTGGCGCGGCTCGCTTGATTGCAGGTGACGGTGACAGCATCCGCATTCTGGTTGCGGGCTCCAACATTACGGAGGCTGTATCGGCCCTGAACGCCTATGGTGCCGATACGATCTATACGGTTGAGCATGATGATCTGGAAAATTATAATCCTGAAGCTTATATGGCCGCCATTGAAGCGGTTATCGGTCAGGCCAAGCCGGATGCCGTACTCTTCGGACATACAGCTATCGGCCGCGATTTAGCACCGCTCGTCGCCGCTTCCCTGAATGCCGGGCAAATTTCCGACGTAACCGCGATCGAGACGGAAAGTGGAGAAGTGGTGTTCACTCGTCCGCTCTATGCGGGTAAAGCCTTTGAGAAGCGCGTCTTCCAGAACGGACCGTGGGTGGTCACGGTGCGTCCGAACAATATTCCTGCTGCGGAAGCCATCGAAGGCGCGAGCGCCAGCATTGAGGACATCGCTTACCCTGCCCCTTCCCTCCGCTCCGTGGTAAAGGACGTCGTCCGCAAAACCACGGGAAAAATCGACCTCTCGGAAGCCAAAATCGTCATCTCCGGCGGGCGCGGCGTGAAGAGCGCGGAAGGCTTCCAGCCGCTGGAGGAGCTCGCGGACCTGCTCGGCGGTGCCGTCGGCGCATCGCGAGGCGCCTGTGATGCCGGCTACTGCGATTACGCGCTCCAGATCGGGCAGACCGGCAAAGTCGTTACGCCCGAGATCTATATTGCCTGCGGCATTAGCGGCGCCATCCAGCATCTGGCCGGCATGAGCCAATCGCGGGTCATTATCGCCATCAACAAAGACCCTGAGGCACCGATCTTCAAGGTAGCCGATTACGGCATCGTCGGCGATCTGTTCGACATCGTTCCGCTGCTGACGCAGGAATTCCGCAAAGTCCTGGTATCCTAG	MSKTILVYAENRDGKLRQVALETLGAARLIAGDGDSIRILVAGSNITEAVSALNAYGADTIYTVEHDDLENYNPEAYMAAIEAVIGQAKPDAVLFGHTAIGRDLAPLVAASLNAGQISDVTAIETESGEVVFTRPLYAGKAFEKRVFQNGPWVVTVRPNNIPAAEAIEGASASIEDIAYPAPSLRSVVKDVVRKTTGKIDLSEAKIVISGGRGVKSAEGFQPLEELADLLGGAVGASRGACDAGYCDYALQIGQTGKVVTPEIYIACGISGAIQHLAGMSQSRVIIAINKDPEAPIFKVADYGIVGDLFDIVPLLTQEFRKVLVS	PGPT0001040_1808	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001040-fixB|etfA-K03522	NA	NA
JZ016_04395	768	etfB	COG2086	Electron transfer flavoprotein subunit beta	ATGAAGATTGTGGTATTGCTTAAACAGACCTTTGACACGGAGGAAAAAATTACGATTGAGAACGGATCGATTGCCGAGGATGGGGTGAAATTTGTCATCAATCCGTATGACGAATATGCGGTGGAAGAAGCCGTGAAGCTTCGGGATGACCACGGCGGCAGCGTGACACTCTTGTCCGTCGGGCCGGATCGTACGGCAGAGACCCTACGCACTGCCCTCGCGATGGGTGCAGATGATGCCGTGCTGATCTCCGACGAGCGGATTCCGGACGATGAATATGCGGTATCCAAAGTGCTGCACGCGTATTTGTCCAAGGAAAGCCCGGATCTGATCCTCGGCGGCAACTTCTCCGTTGACCGCGGTTCGGGTCAGGTGGCCATTCGCCTGGCAAGCCTTCTCGGTATTTCACATGCCGGCTCCATTACCAAGCTTACGCTGAACGGTACCACGGCTGAAGTGCACCGGGATGCCGAAGGCGATCTTGAAGTGCTGGAGGTTCAGCTCCCGGCGATTTTCACGGCACAGCAAGGTTTGAACGAACCACGCTATCCATCGCTGCCTGGCATCATGAAGGCTAAGAAAAAGCCATTTCAGACGTTGACCCTGGATGATCTCGGATTATCGGAAGCCGATATCCAGCCGGCAACGAAGCAAAGCGAGCTGTCCCTGCCGCCGGAGCGAAGTGCAGGACGCATTCTGAAGGGCGAGCCCGCCGAAGTGGCGCATGAGCTGGTATCCTTGCTCCGCACCCAGTCGAAAGTGATCTGA	MKIVVLLKQTFDTEEKITIENGSIAEDGVKFVINPYDEYAVEEAVKLRDDHGGSVTLLSVGPDRTAETLRTALAMGADDAVLISDERIPDDEYAVSKVLHAYLSKESPDLILGGNFSVDRGSGQVAIRLASLLGISHAGSITKLTLNGTTAEVHRDAEGDLEVLEVQLPAIFTAQQGLNEPRYPSLPGIMKAKKKPFQTLTLDDLGLSEADIQPATKQSELSLPPERSAGRILKGEPAEVAHELVSLLRTQSKVI	PGPT0001035_2441	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001035-fixA|etfB-K03521	NA	NA
JZ016_04396	591	fadR_2		Fatty acid metabolism regulator protein	ATGACAAGTAAAAAAAATGAAAAATACCACCTTATTCTCCAGGGCGCCCTGAAAGTATTCGCCGAGAACGGCTACCACCGGTCCCAGGTTTCCAAGATCGCCAAAGCTGCCGGCGTGGCTGACGGCACCATCTATTTGTACTTTAAGAGGAAGGAGGATATCCTGATCCGCCTGTTCCAGGAGAAGCTTGGCGAGCTGGTCGGCAAATTCCACGAAAGCGTGGAAGGAACCACGGATGCCGTGGAAGCGCTGCGGACGGTGTGCAGCATCCATTTTTCGGAGCTGGAGAGCAATCCTGAGCTTGCTTATGTCACTCAGATTGAGCTGCGGCAGAGCGATCTGGAGCTGCGCAAGGAAATCGGCAGCGCTTTGAAGCCATATATTGTGCTGATCGAGAATATTCTGGAACAGGGCATCAAAGAACAGAAATTCCGTTCCGATCTGAACGTCAAGCTGGTGCGCAACCTGATTTTTGGCGCGATGGACGAAGCGGTGACCTCTTGGCTGATCTCCGGCCGCAAGTATTCTCTGACCGATCAGGCGGATGAGACGCTTAGCTTTTTCCTGAACGGTGTTTCCGGCGGACAATAA	MTSKKNEKYHLILQGALKVFAENGYHRSQVSKIAKAAGVADGTIYLYFKRKEDILIRLFQEKLGELVGKFHESVEGTTDAVEALRTVCSIHFSELESNPELAYVTQIELRQSDLELRKEIGSALKPYIVLIENILEQGIKEQKFRSDLNVKLVRNLIFGAMDEAVTSWLISGRKYSLTDQADETLSFFLNGVSGGQ	PGPT0023505_218	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_LIPID_DEGRADATION	PLANT_PHOPSHO-|LIPID_DEGRADATION,PGPT0023505-ysiA|fadR-K13770	NA	NA
JZ016_04397	2181	fadF	COG0247	putative iron-sulfur-binding oxidoreductase FadF	ATGATTCTGACATTAATCAACGCGCTGCTCTTTGTCTTGATCACCGGTTGGGCGGTGTATATGTTCGCCACCGTGGTGTATCGCCGGTACCTGTATATCCGTTTGGGCAAGCCAGCGAATTCGAAGAAGGATCTGAAGGAACGCCTGAGCCAATTCGCCATCCAGGTATTCGGACAGAGCAAGCTGTTTAAGGATCGCAAGAGCGGCATCATGCATTTTATTGTGTTTTACGGATTTATCATTTTGCAGTTCGGTGCGCTCGACATCATCTGGAAGGGATTGTCCGGCCACAGCCTGCCGATTCCGGGGCACGCCGGCTTTATTCTCATGCAGGAGATTACGGTTGCGCTGATCCTGCTCGCTATCGGTTATGCGGCTTATCGCCGCTATGGCGAGAAGCTGAAACGGCTCAAGCGGGGCTGGAAGCCAAGCATTGTCGTGTTTTTCATCACCACGCTGATGGCTTCGGTGCTGCTGACGATGACTTTTGAACGGCTCATGGAAGGACTGGCGTGGTCCGCCATGGCACCGATCTCCTCCAGCATTGCGGCCGTGTTTGCCTGGATGCCGCCGGTGGCGGTTACGGTTTGCTATTACGCGTTCTGGTGGCTGCATCTGTTGATTCTGCTATCGTTCCTTATCTATGTGCCGCAATCGAAGCATTTTCACCTCATTACGGCGCCGATCAACATTCTGGTCCGCCGTACCGATCCCCCGAGCAAGCTCAGCACGCTGGATTTGGAGGATGAAGAGGCCGAGGCATTCGGGGTAGGCAAGATTGAGGATTTTACGCAGAAGCAGATGCTCGATTTCTATGCCTGCGTTGAATGTGGAAGATGCACCAACGTATGCCCGGCCTCGAATACAGGCAAGCTGCTGTCGCCGATGCACATGATTGTGAAGCTAAGGGATCATCTCACGGAAAAAGGGGCTGCGCTCACCTCCAAATCAGCATGGATGCCAGCCTCTGTGTTTGGATCACCCGGCGTTCACTCCATGGGCGCAACGGATCTGGCCCTTGTCGGCTGGAAGGGCGAGGGCATTACCGATATCGGCCCGACGATGGAGGTGCAGAAGCGCTCCTGGCATCAGTTTGAGGGCGTCGACCCGAAGGACATTCAATTGATCGGCGGCGTCATGACGGAAGAAGAGATTTGGGCGTGCACGACCTGCCGCAACTGCGAGGATCAGTGCCCGGTCGCGAATGAGCATGTCGACAAAATCGTGGACCTTCGGCGTCATCTCGTTCTGATGGAGGGCAGTGTGCCGCAGGAAGGCCAGCGCGCCATGCAAAACATCGAACGACAAGGCAACCCTTGGGGAATCAGCCGCGCGGACCGGAGCAAGTGGGTGAAGGAGGTCGACCCGGAAGGGACGCTGGATCTGAAAATTCCAACCGTGAAGGAAAATCCGGATTTCGACGTGCTGTTCTTTGTCGGCTCCATGGGCTCTTACGACAATCGCAGCCGCAAGATCACCAAGGCCTTTGTCCGGCTTATGAATGAAGCGGGCGTCAACTTCGCCATTCTCGGCAACGAGGAGAAGAATTCGGGCGATACGCCGCGCCGGATGGGCAATGAATTTCTGTTCCAGCAGCTGTGCATGGAGAACATCGAGACATTCCAGAAGTACGATGTGAAACGAATCGTGACGGCTTGTCCGCATACCTTCAATATTTTGAAGAATGAGTATCCGGAATTTGGGCTTGAAGCCGAGGTGATTCATCATACGGAGCTGCTGGACCAGCTGGTGAAGGAAGGGCGTCTTAAGCCCAAATACCGGGTTCAGGAGAAAATCACCTATCATGACTCCTGCTACCTGGGACGGTATAACGACGTGTATGATCAGCCGCGCAGCGTGCTTCGCGCCATTCCTGGCGTCGAGCTCCTGGAGATGGAGCGAAATCGCGAGAACGGGATGTGCTGCGGCGCCGGCGGCGGGCAGATGTGGATGGAGGAGGATGCGGGCAAGCGCGTGAATCTGGCGCGTACCGAGCAGGCGCTGGCTGTATCTCCGACGATGATCAGTTCAGCCTGTCCGTTCTGCCTGACGATGCTGGAGGACGGCACGAAGCTGAAGGAAGTGGAAGAAAGCGTAAAAACGCGAGATATCGCGGAAATCCTGGAGTTATCCGTATTCGGTCTATCCGAAATCCATGAACAGGAGGTCGTTGTGCAATGA	MILTLINALLFVLITGWAVYMFATVVYRRYLYIRLGKPANSKKDLKERLSQFAIQVFGQSKLFKDRKSGIMHFIVFYGFIILQFGALDIIWKGLSGHSLPIPGHAGFILMQEITVALILLAIGYAAYRRYGEKLKRLKRGWKPSIVVFFITTLMASVLLTMTFERLMEGLAWSAMAPISSSIAAVFAWMPPVAVTVCYYAFWWLHLLILLSFLIYVPQSKHFHLITAPINILVRRTDPPSKLSTLDLEDEEAEAFGVGKIEDFTQKQMLDFYACVECGRCTNVCPASNTGKLLSPMHMIVKLRDHLTEKGAALTSKSAWMPASVFGSPGVHSMGATDLALVGWKGEGITDIGPTMEVQKRSWHQFEGVDPKDIQLIGGVMTEEEIWACTTCRNCEDQCPVANEHVDKIVDLRRHLVLMEGSVPQEGQRAMQNIERQGNPWGISRADRSKWVKEVDPEGTLDLKIPTVKENPDFDVLFFVGSMGSYDNRSRKITKAFVRLMNEAGVNFAILGNEEKNSGDTPRRMGNEFLFQQLCMENIETFQKYDVKRIVTACPHTFNILKNEYPEFGLEAEVIHHTELLDQLVKEGRLKPKYRVQEKITYHDSCYLGRYNDVYDQPRSVLRAIPGVELLEMERNRENGMCCGAGGGQMWMEEDAGKRVNLARTEQALAVSPTMISSACPFCLTMLEDGTKLKEVEESVKTRDIAEILELSVFGLSEIHEQEVVVQ				NA	NA	NA	NA	NA
JZ016_04398	2442	fadN	COG1024	putative 3-hydroxyacyl-CoA dehydrogenase	ATGAGCAATACCATTACCAAGGAATCCGTCAGCGGTTCCGGTGTCGCAAGTCGAAACATAACCAAAGCCGCCGTGATCGGCTCTGGCGTCATGGGGTCGGGGATCGCCGCCCATCTCGCCAATGCCGGCATTCCCTGCCTGCTGCTCGACATCGTTCCGAAATCCTTAACCGCCGAAGAGGAAAAAGCCGGATTGTCGCTGGATCATCCGAAGGTACGAAACCGGCTTGCGGCCAAAGCCATTGCCGCTCTGCCCAAATCAAGCACAGCTCCGCTGTATAGCGTCGATTTTGTGGGCCGGATCACCCCAGGCAATACCGAGGATCATCTGAGCCAGCTGAAGGACGTGGATTGGATCATTGAGGTGGTCACGGAGCGCCTGGAAATCAAGAAAAGCATCTTCAAGCAGATTGAGGGCGTGCGCAAGGAAGGATCAATCGTCAGCACGAATACCTCTGGCATTTCCGTTAATGCGATGGTCGAGGACTGCAGCGAGGAATTCCGCAGCCACTTCCTGGGAACCCATTTCTTCAATCCGCCGCGTCATATGAAGCTGCTGGAGATTATCCCGGGCTTTGATACGGATCCGGACATTACAAAGTTTATGGTTGATTTCTGCACGAAGCGCCTTGGTAAAGGGGTTGTGCTTGCGAAGGATACGCCGAATTTCATCTCGAACCGGATCGGCACCTACGGTCTTCTGGTCACATTGCAGGAGATGGTGAAAAACAGCTATACCGTGGAGGAAGTGGATGCGGCCACGGGACCCGTTCTGGGGCGTCCGAAGAGCGCCACCTTCCGTACGCTGGATTTGGTCGGCATCGATACCTTTGTTCATGTGGCCAGAAACGTGTACGACTCCGTGCCGGACGGGAACGAGAAGGACGTGTTCACGGTTCCCGATGTCATGAATGAGCTTGTCACCCGCGGCTGGATCGGTGAGAAGGGCGGCCAGGGATTCTATAAAAAAGTAAAGAGCGAGCAAGGCAGCAAAATTTTATCGCTCAACCTGTCCACGATGGAGTACAATCCGAGCGCCAAAGTGAGCTCCGCTTCCATCGAAGCCGCCAAAGCGGTGAAGGGAGCCAAGCGGAAGATCAAGGCATTCCTCGGTACGCAGGATCGTTACTCTGAACTGGCTTGGAATGTATTGAAGCAAGTGCTTGTCTATGCGGCCGACAAGCTCGGAGAGATAGCCGATTCCATTCAGGACATCGACAACGCGATGAAATGGGGCTTCAACTGGGAGCTCGGTCCATTCGAGACCTGGGATCTGATCGGACTGCCGGAATCCGTGCAGCGCATGGAAGCGGAGGGCATGATCGTCCCGGCTTGGGTGAAGGATTGGATTGCCGCCGGGAACAAGTCCTTCTATCAGCAGAAGGACGGCGAGGTGTTCCATTATTTCAAAGGCGAGTATAAGGGCGTAGAGGTTCAGCCTGAGCTGATCTCGCTGCAAGCGCTCAAATCGCAAAACCGGATCATCCGCTCGAATACGGGGGCGAACCTGATTGATATTGGAGATGGCGTGGCATGTCTTGAATTCACGTCCCCGAACAATGCGATCGGCGCCGATATTCTGGTCATGATCCAGCAGAGCGTGGAAGAGGTCAGGGCCAATTACCGCGGGCTGGTGCTGGCGAACGAAGGCCGCAACTTCTGCGTCGGCGCCAACCTGATGCTTATGCTGATGGAAGCGCAGAGCGGCGATTGGGATGAGGTGGATGACATCATCCGTCTGTTCCAAGGCAGCATGATGAAGCTGAAGGGGTTGGAGAAGCCGGTTGTGGCTGCGCCTCACCGGATGACGCTGGGCGGCGGCGTGGAAGCGTGCCTGCCGGCTGACCGGATCATTTTCTCGGCGGAGACCTATTTCGGTCTCGTAGAAACGGGGGTCGGCCTCATTCCGGCAGGCGGCGGCTGCAAGGAGCTGGCGCTCATGACCAGCAACCGTCATCCCGACAAGGAGAGCGACCTCCAGCCGGAGATTAACAAAATCTTCGAGATGGTGGCGATGGCGAAGGCATCGACCAGCGGACATGAAGCAATCCGCATGGGTTATGGGCGCAGCGGGGATACGGTGGTCATGAATCAGGATTACCGGATCTATGAAGCGAAGCAGGCGGTACTTGCGATGGACCGGGCAGGCTATGTTCCGCCGCAGCCGGGCAAAGCCCGCGTGGTCGGCCGCGACGGCCGGGCCGTGCTCCAGATGGGCGCCATCGACATGAAGCGCAGCGGTTATATCAGCGATCACGATCTGTTGATCGCGAAGAAGCTGGCGCACATCCTGACGGGCGGCGATGTTCCCGCGGGAACCGTGGTGAGCGAGCAGCATCTGCTCGACCTGGAGCGGGAAGCGTTCCTCAGCCTGCTCGGCGAGGTCAAAACCCAGCAGCGCATGCAGCATATGCTGGCGAAAGGCAAGCCGCTGCGGAATTAG	MSNTITKESVSGSGVASRNITKAAVIGSGVMGSGIAAHLANAGIPCLLLDIVPKSLTAEEEKAGLSLDHPKVRNRLAAKAIAALPKSSTAPLYSVDFVGRITPGNTEDHLSQLKDVDWIIEVVTERLEIKKSIFKQIEGVRKEGSIVSTNTSGISVNAMVEDCSEEFRSHFLGTHFFNPPRHMKLLEIIPGFDTDPDITKFMVDFCTKRLGKGVVLAKDTPNFISNRIGTYGLLVTLQEMVKNSYTVEEVDAATGPVLGRPKSATFRTLDLVGIDTFVHVARNVYDSVPDGNEKDVFTVPDVMNELVTRGWIGEKGGQGFYKKVKSEQGSKILSLNLSTMEYNPSAKVSSASIEAAKAVKGAKRKIKAFLGTQDRYSELAWNVLKQVLVYAADKLGEIADSIQDIDNAMKWGFNWELGPFETWDLIGLPESVQRMEAEGMIVPAWVKDWIAAGNKSFYQQKDGEVFHYFKGEYKGVEVQPELISLQALKSQNRIIRSNTGANLIDIGDGVACLEFTSPNNAIGADILVMIQQSVEEVRANYRGLVLANEGRNFCVGANLMLMLMEAQSGDWDEVDDIIRLFQGSMMKLKGLEKPVVAAPHRMTLGGGVEACLPADRIIFSAETYFGLVETGVGLIPAGGGCKELALMTSNRHPDKESDLQPEINKIFEMVAMAKASTSGHEAIRMGYGRSGDTVVMNQDYRIYEAKQAVLAMDRAGYVPPQPGKARVVGRDGRAVLQMGAIDMKRSGYISDHDLLIAKKLAHILTGGDVPAGTVVSEQHLLDLEREAFLSLLGEVKTQQRMQHMLAKGKPLRN	PGPT0008395_95	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008395-fadN-K07516	NA	NA
JZ016_04399	1191	fadA	COG0183	3-ketoacyl-CoA thiolase	ATGAGAGAAGCAGTCATAGTATCCCTTGCCCGCACTCCGGTGGGGAAGGCGAAGAAGGGCAGTTTTGCTCAGACGCGCGTGGAGGATCTCGGCAAAGCCGTACTGGAAGCCGTCATTGAGCGTGCACCGGGCCTGAAAAAAGAGGACGTTGAGGATATCATCCTCGGCTGCGCGATGCCGGAAGGCGAGCAAGGCCTGAATGTCGCGCGGATTATCTCGCTATATGCGGGATATCCCGTAACGGTACCCGCGCTGACCGTTAATCGCTTTTGCTCCTCGGGGCTTCAGGCAATCGCGTTCGCGGCAGAGCGCATTATGCTCGGTCATGCCGAGGTCATCGTCGCTGGCGGTGTCGAGAGCATGAGCCATGTGCCGATGACCGGCTTCAAGCCGGCGCCGCATCCGACGATCGTGGAAGAGATGTCGGAGGTGTACATCGGCATGGGGCATACCGCGGAAGAGGTGGCCCGCCGCTTCGGCATTACCCGCGAGGCGCAGGATGCCTTTGCGGCCAGCAGTCACCGCAAGGCCGCGGCGGCCATCGCGGAAGGCAAGTTCCGGGATGAGATCGTACCGGTGAACGTATCGCTGGCTGCGGCCGATGAGCAGGGCAAGGTGCGCAGCAAAACCTTTGCCTTCGATACGGATGAAGGGGTCCGGCCGGACACGACCCCGGATGTGCTGGCCAAACTGAAGCCAGCCTTTGCCCTTGGCGGCTCGGTTACCGCGGGCAATGCGTCGCAGACGAGTGACGGCGCGGCGGCGGTAGCCGTTATGAGCCGCGAGAAAGCGGAGCAGCTGGGCCTTACCCCGCTGGCTACCTTCAAATCGTTTGCCCTGGCAGGCGTAGAGCCGGAGATTATGGGCGTCGGCCCCGTTGAAGCGATCCCGAAGGCGCTGCGCATGGCGGGCATCGAGCTGGATCAGGTCGATGTGTTCGAGATTAACGAAGCGTTCGCTTCGCAATGCCTCCACATCATCCGCGCGCTGGGTATCGACGAGAGCAAAGTCAACGTCAATGGCGGCGCCATTGCGCTCGGCCATCCGCTCGGCTGCACCGGCGCGAAACTGACCGTCAGCCTCGTCTCCGAGCTGGCCCGCCGCGGCGGCGGCTACGGCGTCGTGAGCATGTGTATCGGCGGCGGCATGGGAGCCGCGGGGGTGTTCGAGGTGCACGCAGCCGGGGCGTAA	MREAVIVSLARTPVGKAKKGSFAQTRVEDLGKAVLEAVIERAPGLKKEDVEDIILGCAMPEGEQGLNVARIISLYAGYPVTVPALTVNRFCSSGLQAIAFAAERIMLGHAEVIVAGGVESMSHVPMTGFKPAPHPTIVEEMSEVYIGMGHTAEEVARRFGITREAQDAFAASSHRKAAAAIAEGKFRDEIVPVNVSLAAADEQGKVRSKTFAFDTDEGVRPDTTPDVLAKLKPAFALGGSVTAGNASQTSDGAAAVAVMSREKAEQLGLTPLATFKSFALAGVEPEIMGVGPVEAIPKALRMAGIELDQVDVFEINEAFASQCLHIIRALGIDESKVNVNGGAIALGHPLGCTGAKLTVSLVSELARRGGGYGVVSMCIGGGMGAAGVFEVHAAGA	PGPT0001565_2695	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0001565-fadA|fadI-K00632	NA	NA
JZ016_04400	1791	fadE	COG1960	putative acyl-CoA dehydrogenase	ATGAGCGATAACCAAACCAAAGAACCGAAAATCAAAGGCGGCAGCTTTGTCATCGATAATACCGATAAACAGCGGATCCTGACACCGGAGGATTTCACGGAAGAGCACCGCATGATCGGCGAGACGGTGCGTGATTTTATTGACGGGGAAGTCGTGCCGCATGATGAAGAGCTGGAGAAGCTGAATTACGAGATGACCGTAGATCTGCTTCGCAAGGCAGGCGAGCTGGGCCTGCTCGGGGCCGATGTGCCGGAGCCGTTCGGCGGGATCGGGCTGGATAAGGTCAGCTCTACAATAATTAATGAAGCGTTGGCGAAGGGATCGTCCTTCGCGCTTTCCTTCGGGGCTCATGTGGGGATCGGTACGCTGCCGATCGTGTTCTTCGGCACGACCGAGCAGAAGCAGAAGTACCTGCCGGATCTCTCGACCGGCGCTAAAATCGCGGCTTATTGCTTGACGGAGCCGACCTCCGGCTCGGATGCGCTGGGTGCCAAAACGACGGCACGCTTGTCGGACGACGGAGAGTATTATATTTTGAACGGATCGAAGCTATATATAACTAACGCCGGATTTGCGGATATCTTTATCGTCTACGCCAAGATTGACGGGGAGCACTTCACCGCGTTCATTGTCGAGAAGGAGATGGAGGGCTTCACGCTCGGTCCGGAGGAGAAGAAGATGGGCATCAAGGGCTCGTCGACGCGTCCGCTCTTTTTCGAAGACGTCAAGGTGCCGAAGGAGAACCTGCTCGGCGAGATCGGCAAAGGCCACCGGATTGCCTTTAACATCCTGAACATCGGCAGGTATAAATTGGCAGCCGGTACGGTCGGTGCGGCGAAGGAATCGATCGAGCTGAGCGCGAAATATGCTAACACCCGTAAACAGTTTGATACGCCTATCTCGCAGTTCCCGCTCATGCGCAAGAAGCTGGCCGAGATGAACATCACCACCTTCGTGATGGAGAGTATGGTTTACCGGACGGCAGGATTGCTGGACGAAGCGATGCAGGACATCGATTACAACAGCGAGGATGCCGGAATCCACTCGGCTGCGGCGATCTCTGACTATGCCATCGAATGCTCGATCAACAAGGTGTTCTGTTCGGAAGGACTCGATAACGTGGCAGACGAGGCGGTACAGATTCACGGGGGCTATGGATATATCCAAGAGTACAAAGTGGAACGCATCTATCGGGACTCCCGCATCAACCGTATCTTTGAAGGCACGAACGAGATCAACCGGCTCCTGATTCCGGGCACGCTCGTGAAGAAGGCCATGAAGGGCGAGATCGCGCTCCTGCAAAAAGCACAAGGTCTCCAAGGAGAGCTGCTGCAGCTGGTACCTGGCCAAACCTTCGAGGGCACACTGGAACAGGAAGCGCACTTCCTTGAGATGAGCAAGAAGATTTTCCTCCTTGCAGGTGGTATGGCGGTACAGAAGTTCGGCACGAAGCTGGAGAAAGAGCAGGAGGCCTTGTCCAATCTGGCGGATATGATGATAGATATTTATGCTCTCGAGAGTGCGCTGCTGCGTACCCGCAAGCAAATCGAACGCACCTCCGAGGAAAAAGCAGCCAGCATGATCGAGATGACGCAGGTGTTTGCATACGAGGCGTTCCAGCGCATTGAAGCACTCGCGAAAGAGACGCTGGCCTCAGTCGAAACCGGGGATATGCTGCGAATGCAGCTGTCGGTGCTCAAGAAACTGACGCGTTGCACGCCGATCGATACGGTGGCCCTCAAGCGCAGCATCGCAGCCCGCGTGGTCAAGAACGAGCGGTACACGGTGTAA	MSDNQTKEPKIKGGSFVIDNTDKQRILTPEDFTEEHRMIGETVRDFIDGEVVPHDEELEKLNYEMTVDLLRKAGELGLLGADVPEPFGGIGLDKVSSTIINEALAKGSSFALSFGAHVGIGTLPIVFFGTTEQKQKYLPDLSTGAKIAAYCLTEPTSGSDALGAKTTARLSDDGEYYILNGSKLYITNAGFADIFIVYAKIDGEHFTAFIVEKEMEGFTLGPEEKKMGIKGSSTRPLFFEDVKVPKENLLGEIGKGHRIAFNILNIGRYKLAAGTVGAAKESIELSAKYANTRKQFDTPISQFPLMRKKLAEMNITTFVMESMVYRTAGLLDEAMQDIDYNSEDAGIHSAAAISDYAIECSINKVFCSEGLDNVADEAVQIHGGYGYIQEYKVERIYRDSRINRIFEGTNEINRLLIPGTLVKKAMKGEIALLQKAQGLQGELLQLVPGQTFEGTLEQEAHFLEMSKKIFLLAGGMAVQKFGTKLEKEQEALSNLADMMIDIYALESALLRTRKQIERTSEEKAASMIEMTQVFAYEAFQRIEALAKETLASVETGDMLRMQLSVLKKLTRCTPIDTVALKRSIAARVVKNERYTV	PGPT0002285_17	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248	NA	NA
JZ016_04401	1677	fadD	COG0318	Long-chain-fatty-acid--CoA ligase	ATGGATACAAAGCCTTGGCTGCCGTTTTATCCGCCCGAAGTAGCCCCCGCTTTTGATTATCCGAAACAGAATTTGGCATCATTTCTCGTGACGTCGGCACAGAAGTTTCCGAATCGGCCGGCCATGTATTTCATGGGCAAGACGATCAACTATAGAAGTCTGCTGGAGTCGTCCTATCGTATGGCGAACGCGCTCCGCAGCAAAGGAATTAAGAAGGGCGACCGGGTAGCGATCATGCTGCCCAACTGCCCGCAGGTGGTGATCTCGTATTATGGCGTGCTGCTGGCCGGAGCCGTTGCCGTCATGACCAACCCGCTCTATATGGAGCGGGAAATTGCGCATCAGATGAAGGATTCCGGTGCCAAGATCATCATTACCATGGATATGTTTGTTTCCCGCGTTGAAAAAGTCATCGAGGAGACGGAACTGGAGCATATGATCGTCACGTCCGTGGCGGATTATCTGCCATTCCCCAAGAATCTCCTTTACCCGATCAAGGCCAAGAAGGAGGGCCCTCTTCCGGTCGTCAATTATGGGAGCCGCGTCCATGCCTTCAAAAAGCTGCTTGCGAGCTCACCGAATGACCCGATCTGCGAACCCGTGAAGGCGGAGAAGGATCTAGCCCTGCTCCAGTACACAGGCGGCACGACGGGCGTTCCCAAAGGCGTCATGCTGACGCATATGAATCTGATCGCCAACACCTTGCAGTCGGCGAACTGGTGCTTTCAGGTGGAGGATGGGAAGGAGCGCTACTTAGCGGTTTTGCCCTGTTTTCACGTGTTCGGACTGACCGTGCTGCTGAACCAGGCCATCTACCGTGCCGGCATGCTGATATTGGTACCGAAATTCGAAGTGACGATGATTCTGAACCTGATCAAAAAAATGAAGCCGACGCTCTTCCCGGGCGCGCCGACCATGTATATCGCACTGATAAATCATCCCAAGATCAGGGAATATGACCTCTCTTCGATTAATGCTTGCGTCAGCGGCTCTGCCGGGCTTCCGGTTGAGGTGCAGGATAAGTTCGAGGAGCTGACCAAAGGCCGGCTGATCGAAGGCTATGGCCTGACTGAAGCTTCCCCGGTTACTCATGTGAATCCAATCTGGGGAAGGCGCAAAATCGGCACCATCGGCGTACCTGTTCCGGATACGGATGCTAAGGTGGTCGATCCCGATACGGGCGAAGAAATGCCCATCGGGGAGCCTGGTGAGCTAATAGTAAAAGGACCGCAGGTGATGATGGGGTACTGGAACCGGCCGGAGGAGACGTTCGACACGCTGCGAAACGGCTGGTTGTTCACAGGGGATATGGCAACGATGGACGAAGAGGGGTATTTTACGATCATCGACCGCAAGAAGGATATGATCATTGCAAGCGGTTTCAATATTTACCCTCGGGAGATCGAGGAAGTGCTGTATGAGCATCCTTCCGTGAAGGAAGCCGTTGTTGTCGGAACGAAGGACGATTATCGCGGCGAAACCGTGAGGGCTTATATCGTGCTGAAGGATGGCGCGTCTCCGGACCCTTCGGGCCTTGAGAAGTTTTGCCGCAGTCAGCTGGCCGCCTATAAGGTGCCGCGCGAATACGTGTTCCGCGATTCGCTGCCGAAGACGATGGTAGGCAAGGTACTGCGCCGCAAGCTGCTGGAGGAGGAAGAGGAAGGCAGAACGGGCTGA	MDTKPWLPFYPPEVAPAFDYPKQNLASFLVTSAQKFPNRPAMYFMGKTINYRSLLESSYRMANALRSKGIKKGDRVAIMLPNCPQVVISYYGVLLAGAVAVMTNPLYMEREIAHQMKDSGAKIIITMDMFVSRVEKVIEETELEHMIVTSVADYLPFPKNLLYPIKAKKEGPLPVVNYGSRVHAFKKLLASSPNDPICEPVKAEKDLALLQYTGGTTGVPKGVMLTHMNLIANTLQSANWCFQVEDGKERYLAVLPCFHVFGLTVLLNQAIYRAGMLILVPKFEVTMILNLIKKMKPTLFPGAPTMYIALINHPKIREYDLSSINACVSGSAGLPVEVQDKFEELTKGRLIEGYGLTEASPVTHVNPIWGRRKIGTIGVPVPDTDAKVVDPDTGEEMPIGEPGELIVKGPQVMMGYWNRPEETFDTLRNGWLFTGDMATMDEEGYFTIIDRKKDMIIASGFNIYPREIEEVLYEHPSVKEAVVVGTKDDYRGETVRAYIVLKDGASPDPSGLEKFCRSQLAAYKVPREYVFRDSLPKTMVGKVLRRKLLEEEEEGRTG	PGPT0008380_10463	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897	NA	NA
JZ016_04402	450			hypothetical protein	ATGGATCATACCAATGCCAATCCGGATACGAAGGCCGGGCAGCCGGAATTCGACCGGGAGGCGTACATTGAGGCCATGACCCGAGCGGCGGAGCCTACCTTCTGGGGATATCTCGGCTGCAAGCTTGAGTCTGCCAGCTCGGAGGCGGTTGTTGTCACGCTGGATGCCCAGCCTCATCATATGAATATGATGGGCATCGTGCATGGCGGCGTACTCTCCTCATTGATGGATAACGCCATGGGCATTGCCGTCATGCTGGAGCGCCCCGGCGAATCCACGGTGACGAGCAATCTGAACGTGCATTTTGTCATGCCGGCCAGAGCGGGTCTCCTTACCGTAACGGCAAGCATCGTGCATCAGACGCACCGTTCGGTAACAACAGAATGCAGAATTGCGAACGAGAAGGGCGAGCTTGTAGCGATCAGCACAGGATCCTTCCGAGTGAAATAA	MDHTNANPDTKAGQPEFDREAYIEAMTRAAEPTFWGYLGCKLESASSEAVVVTLDAQPHHMNMMGIVHGGVLSSLMDNAMGIAVMLERPGESTVTSNLNVHFVMPARAGLLTVTASIVHQTHRSVTTECRIANEKGELVAISTGSFRVK				NA	NA	NA	NA	NA
JZ016_04403	231	secG	COG1314	putative protein-export membrane protein SecG	ATGGTTGTATTTTTTGAAGTGTTGCTTGTTATTTTCTCCATCGGGTTGATTACTGTCGTTCTTCTCCAAAAAGGGAAAAGCGCAGGTCTTGCCGGTGCCATCTCCGGCGGTGCGGAACATCTTTTTGGTAAAACAAAGGCTCGCGGTATGGATCTCGTACTGCAGCGTACAACGGTAGGTCTTGCAACAGGATTTATGATTTTGGCCATCGTTGTTGCTATGTTGAAATAA	MVVFFEVLLVIFSIGLITVVLLQKGKSAGLAGAISGGAEHLFGKTKARGMDLVLQRTTVGLATGFMILAIVVAMLK	PGPT0025720_4016	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025720-secG-K03075	NA	NA
JZ016_04404	2649	rnr	COG0557	Ribonuclease R	ATGATGATAACTGAAGAAATATTACTGAATTTTATGCGGGAAACTGCATACAAGCCGATGACGTACCAGGAATTGGAGCAGCATTTTGCCATTAAGGATGCCCATGAATTCAGGGAATTCTTGAAGCTGCTGAATGAGCTTGAGCAATCCGGAAAAATCATTCTGACCAGCACCCAGCGATATGGCGTGCCGGAACGGATGAATTTGCTGCGCGGACGACTGCAGGCTCATGCGAAGGGTTTTGCCTTTCTGATTCCTGATGATCGCGAGCACCCGGATGTGTACATTCATGCCAATGACTTGAAGAGTGCGATGAATGGAGATATCGTGCTTATCCGGATCAGTTCCCAAAGCAGCGACGGCGGCAAAATGGAAGGCGAAGTGGTCCGTATCGTGACGCGCGCCGTCACCCAAGTCGTGGGTGTATTCCAGAACCATGAAGCCTATGGCTTCGTGCTGCCGGATGACAAGCGGATCAACCGGGATATTTTTATTCCGAAGCATGCGATTAACGGAGCCGTTGATGGCGTGAAGGTCGTGGTGAAGCTGGTCAGCTATCCGGAAGGAAGAGCGGCGGCAGAGGGCGAAGTGGTGGAGATTCTGGGTCACAAGGACGATCCGGGCGTCGATATCCTGTCCATTATCCGCAAGCATCAGCTGCCAGAAGGCTTTCCGGAGGAAGTTCTGGCCGAGGCAGATGCAGCGCCGGATGCCATTACGGAAGAAGAGATTGTACAGCAGGGACGCCGGGATCTGCGCGGCTTGAACATTGTGACGATTGACGGCGAAGATGCCAAGGATCTTGATGATGCGGTGAATGTGGAACGTCTGCCGAACGGGAATTACCGTTTGGGCGTTCATATTGCCGATGTCAGTTATTATGTCCGTGACCGCTCCGAGCTGGATAAGGAAGCTTACAATCGCGGCTGCAGTGTGTATTTGGTGGATCGGGTTATTCCGATGCTGCCGCACCGTCTGTCCAACGGCATATGCAGTTTGAATCCGCAGGTGGATCGTCTGACGATGTCCTGTGAGATGGAATTCAACGAGCAGATGAAAGTTGTGAAGCACGATATTTTCACGAGTGTTATTCGTACAAAAGAACGGATGACGTATAACAATGTACGTAAAATCCTGGTGGATGAGGATCCGGAGCTGATCGAGCGTTACAGTGACCTCGTGGAGGATTTCCGCTTGATGCGCGAGCTGGCGCTGAAGCTGCGGAACCGCCGGATGCGCCGGGGCGCGGTGGATTTTGATTTTGTGGAATCCAAAGTCATCGTGGATGAGAACGGCAAACCCGTGGATATCGTTAAAAGAGAGCGTTCCATCGCGGAGCAGATCATTGAGGAATTCATGCTGGCGGCCAACGAAACCGTGGCTGAGCATTTCCACTGGCTGAAAGTACCGTTCATCTACCGGATCCATGAGGACCCAGATCAGGAGAAGCTGCAGAACTTTATGGCGTTCGCGGCCAATTTCGGGCATCAGGTGAAGGGACGGGGCAACTCGATCCATCCGCGTGCGCTGCAAAACCTGCTGGAAGCCATTCAAGGCACGAAGGAGCAAACGGTGCTCAGCACCATGATGCTCCGTTCGATGAAGCAGGCGAAATATGACGCGGAGAGCACGGGTCACTTCGGCCTTGCTGCGGAATATTATTCTCACTTTACGTCTCCGATTCGGCGTTACCCCGATCTGGTCATTCACCGGGTCATCCGGGAAGTGCTGGAGAACGGCGGCGCGCTCGATGAGAAGCGTCATGAGGTGCTGGCGGGCCGGATGGCTGACATCGCTCAGCAATCTTCGGAGCGCGAGCGTGTGGCCGTGGATGCGGAGCGCGATACGGAAGCGCTCAAGAAAGCCGAGTTCATGCTGGATAAAGTCGGCGAAGAGTTCGAAGGCATTATCAGCAGCGTGACCAGCTTCGGTATGTTCATCGAGCTGGAGAACACGGTCGAAGGCTTGATTCGCCTTAGCGCGATGACTGACGATTATTATCATTTCGATGAGGGCCATATGGCGCTGATCGGGGAGCGGACCTCGAAGGTATACCGCATCGGTGATGATGTGAAGGTTCGCGTGGCGAAGGTGAACATGGACGATCACACCATCGATTTTGAGATGGTGGATATGAAGCCGCGCCGCCAAGGGCGCGGCGAAGGCGACCGCGGCGGCAATGGCGGCCGCGGATTTGGTGCCCGCGACGGCGCAGCCCGCGGGGGTAAGGGCCGCGGCGGTAAGCGCGGCGCGGCTGAAGGCGGCGCGCCAGGCGGACGCCGCAAGGACAGCGCCGTCGGCCAGGGTGGCCGCGGCGATGCCCCGCCGAGCGGGCGTGGTGCGCGCGGTGGCGGTGAAGCAGCTGCTGGAGCTGGCGAGCAGCAGGCGTCGAACTTCGCCTTTGGCTCCGGCAAAGGCGGCTATAGCTCCGCCAGCGGCGGCGCCCTCGGCTTTGACCGCAACGCGCGCTCTGGTGGTGCCGGCGGCAAGGGTCGACGCAAGAAGACGGCGGGCAGCGGCATTTTCATCGGCGAAGGTCCAACACCAGGCGGCAATGCTGGTGGCAACTCCGGTGGCGGCGGTGGCCGCAAACGGAAGAGCAAGGGCGGAAACGGCACGGCCGCTTTTGTCCGCAAGAAGAAAAAGTAA	MMITEEILLNFMRETAYKPMTYQELEQHFAIKDAHEFREFLKLLNELEQSGKIILTSTQRYGVPERMNLLRGRLQAHAKGFAFLIPDDREHPDVYIHANDLKSAMNGDIVLIRISSQSSDGGKMEGEVVRIVTRAVTQVVGVFQNHEAYGFVLPDDKRINRDIFIPKHAINGAVDGVKVVVKLVSYPEGRAAAEGEVVEILGHKDDPGVDILSIIRKHQLPEGFPEEVLAEADAAPDAITEEEIVQQGRRDLRGLNIVTIDGEDAKDLDDAVNVERLPNGNYRLGVHIADVSYYVRDRSELDKEAYNRGCSVYLVDRVIPMLPHRLSNGICSLNPQVDRLTMSCEMEFNEQMKVVKHDIFTSVIRTKERMTYNNVRKILVDEDPELIERYSDLVEDFRLMRELALKLRNRRMRRGAVDFDFVESKVIVDENGKPVDIVKRERSIAEQIIEEFMLAANETVAEHFHWLKVPFIYRIHEDPDQEKLQNFMAFAANFGHQVKGRGNSIHPRALQNLLEAIQGTKEQTVLSTMMLRSMKQAKYDAESTGHFGLAAEYYSHFTSPIRRYPDLVIHRVIREVLENGGALDEKRHEVLAGRMADIAQQSSERERVAVDAERDTEALKKAEFMLDKVGEEFEGIISSVTSFGMFIELENTVEGLIRLSAMTDDYYHFDEGHMALIGERTSKVYRIGDDVKVRVAKVNMDDHTIDFEMVDMKPRRQGRGEGDRGGNGGRGFGARDGAARGGKGRGGKRGAAEGGAPGGRRKDSAVGQGGRGDAPPSGRGARGGGEAAAGAGEQQASNFAFGSGKGGYSSASGGALGFDRNARSGGAGGKGRRKKTAGSGIFIGEGPTPGGNAGGNSGGGGGRKRKSKGGNGTAAFVRKKKK				NA	NA	NA	NA	NA
JZ016_04405	480	smpB	COG0691	SsrA-binding protein	ATGGGTAAGAAAAGTGACGGGAAGGTTCTGGCCCAGAACAAAAAAGCTTCCCATGATTACTTCATCGAGGATACGTATGAAGCCGGGATGGTGCTGACCGGAACGGAGATCAAATCCATACGGAACGGCCGCGTCAATATCGGAGATGCATTCGCAACCATTCGGAATGGCGAGATCCATATCCATAACATGCATATCAGCCCGTTCGAGCAGGGGAACCGCAACAACCCAACGGATCCTACGCGGACACGGAAGCTGCTGCTGCACAAGGAGCAGATCCGCAAGCTGCTGGGCCTGTCCAAGCAGGACGGTTACGCGATCGTACCGCTGAAGATCTACGTTCGTAACGGCTATGCCAAGTTATTGCTGGGCCTCGGTAAAGGTAAGCGTCAGTACGACAAGCGTGCCGATGCCGCTAAGAAGGATGCACAACGCGATATCCAGCGTGCGCTGCGCGAGAAGCAGAAGATCGCAAGGTGA	MGKKSDGKVLAQNKKASHDYFIEDTYEAGMVLTGTEIKSIRNGRVNIGDAFATIRNGEIHIHNMHISPFEQGNRNNPTDPTRTRKLLLHKEQIRKLLGLSKQDGYAIVPLKIYVRNGYAKLLLGLGKGKRQYDKRADAAKKDAQRDIQRALREKQKIAR	PGPT0014355_1527	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-RatA-RatB|YfjG-YfjF|RatAB-SsrAS_SYSTEM,PGPT0014355-smpB-K03664	NA	NA
JZ016_04407	1758			hypothetical protein	TTGGCACGCAATAAAAAGAAAAGACGGATAAATGTCCCTGCTACAGGTATAAACTTAGTGGTATCTGCTGACTATAATGAGATGATGAAATATTCTCTATCTGAGATAGAAATAATTTCTCACTTTAGAAATGCAAGTATTGGAAACCTCTTGCCTGCGATCTCCCGACTGATAGCTTCGTTTCATATGGATAATACTGATGCTGTCTTAAATGAAGTCATTATACGGTGTTGGGAACATGGGTTACATGAGGAGTATATAGAACGAATATTACAGTATAAGCGACTTAATGTGATTTTTAATAATAGACAAATGTTATTAAATGCAGTTAAGTGGTTGCTTGTACATGCAGATGCGGCGACCTATAATGATGTGCCTGAAGTAAATAACCCTAGTACATTCATGCATTGTTTCTACCTGTCGACTATGCTCTCTAGCTTTTATCGTATTTCTACAGACATGGAGATCATTGAACTTGAAAGTGTGCAAAATGGAAACTTCAATAGAACTGTTAATTATCTTCACACTGTACAAAGAAGCATTGAATGTTATTTAAATATAGCTTCTCAAAAGGACAGATTTCAAGCAAAAGAGTATGTAGATATTGCAGACCTATTTTATAAAAGTACAGGAGTTAACATCAGAACTTACTTATTCTTTATGACTGCTATTAATGCATCATTTTTTCCAAGTGGTAATGTCAGAGAATTTATCTGGACAAATAAAATGGTAAATGATGTTCATAAGTATGTACAATATCTTGGCATAGAAATAGATGAAATTCGTAAATTATTTCTAATGACGACAATATCAATAGAAGAATTCAGAGAGAATTTTGAAAAGTCAACTCTTCATAGATGGGATTTTAATTATTTTAGAAAGAAGCCAATTATACGTCAGGGGCGAATCTTTTATCCGCTAGATAGTCAGTTTGTACTTGAAAATATGTGGGATGGTTTATATTGGAGAATTATTGATGGTTTGAGCCCTGAAGAGGCAAATAAGTTTAGAATATTTATAGGGCGCATATTTGAGTTATATTGCCATGGTTTACTAGTTAATGCAGAGTCATCACTAAGAAAGGCTAGATATATTCCTGAATTCCAATATAAGTATGCCAAAAATAATTTGCTATCGCCTGATGGTTTTATTCAGTATAGAAATGATTTGCTTGTATTCGATTATAAAGCTAAAAGATTGAACATGCAGACAACTCTTGTAGCTGGCGATATTGACTCGTTTGAAAGGGATATTTCTCAATTGATTATTGAACCCGTTAAAAAAGTGTATGCTCATATTAAGAGATTTATAGAGACTCCATTAGAAAGTGTGCCAATTGATTTTACAAAAGTTAAAAAAATTCATGGTGTCATAGTTACTCAAGGTTCACTATCCGGTGTTAAAATTGTGTACGAGAGAATAGAACAAAGGCTACGTGATGAAGGCTTGTATGATATGGGCTCCTTAATTGAATGGCATCTGCTTGATGTAGATGAATTTGAGGAATTAGTGAGTTTGATGGAGCAGGGATGTAACCTTGGAAATACATTTTCTCAAAAAGCTTCTTCCAGATACAGATATCTTTCTTTCCATGATTATCTTGCATATGCTAGAAGACCGCATAGACCTTCTTGTACCGCTAAGAAGCGATTTAATGAATGGCTAGATTATGTAATTGAAGTTATGGAAAGAAATTCTCCAAGTGAGACCAATGAAAGGCCAGAAGCTGACATGAAACCTCAAAGTTCTGAGCCATGA	MARNKKKRRINVPATGINLVVSADYNEMMKYSLSEIEIISHFRNASIGNLLPAISRLIASFHMDNTDAVLNEVIIRCWEHGLHEEYIERILQYKRLNVIFNNRQMLLNAVKWLLVHADAATYNDVPEVNNPSTFMHCFYLSTMLSSFYRISTDMEIIELESVQNGNFNRTVNYLHTVQRSIECYLNIASQKDRFQAKEYVDIADLFYKSTGVNIRTYLFFMTAINASFFPSGNVREFIWTNKMVNDVHKYVQYLGIEIDEIRKLFLMTTISIEEFRENFEKSTLHRWDFNYFRKKPIIRQGRIFYPLDSQFVLENMWDGLYWRIIDGLSPEEANKFRIFIGRIFELYCHGLLVNAESSLRKARYIPEFQYKYAKNNLLSPDGFIQYRNDLLVFDYKAKRLNMQTTLVAGDIDSFERDISQLIIEPVKKVYAHIKRFIETPLESVPIDFTKVKKIHGVIVTQGSLSGVKIVYERIEQRLRDEGLYDMGSLIEWHLLDVDEFEELVSLMEQGCNLGNTFSQKASSRYRYLSFHDYLAYARRPHRPSCTAKKRFNEWLDYVIEVMERNSPSETNERPEADMKPQSSEP				NA	NA	NA	NA	NA
JZ016_04408	207			hypothetical protein	TTGCGGGTCTTTAAAGAAGCACAGCGGAAGGATAACTGCATCCTCTCCGCTATTTATGTTACTCATTTTTATCAATGTATTCGAACCACTCCGCCGTCCCTGTCTTTAAGTAGTTCGGTGCTTGGTCAGCCAGCACTGTTTGAGCAGTATCAGACAGTTGCTAAGCAACGTAACAATTGCGGTGATGAAACGCATAAAACCATTTGA	MRVFKEAQRKDNCILSAIYVTHFYQCIRTTPPSLSLSSSVLGQPALFEQYQTVAKQRNNCGDETHKTI				NA	NA	NA	NA	NA
JZ016_04409	555			hypothetical protein	ATGTCGATTTCAGTTGTAAGATTCGCAATTGTAGATAGTAATGTGTCTATTGAGAAAAAAGAATATAAAACTTTATCTAGGATAATTGAGGGAGATTCTTTTAAATATTTAACACCCGATAATGCGGTTGAAGTAATTTGTGAACTATATTGTGAAGCCTCTCCCAATTATGAGGAAATTATATCGAATATAGTATTCCGAGATGAAACAGAGGATAATTACGACTATATTAAGGAAAAAATTATTTCGTTGTTTCCTGAAAAAAGGTATTGGGCTTATCGAGCGAAATTGTGCCAATATCCGAGTGGTTCTTACTATGCTGAATTTAGACATCCATTAGCTTATCAAACTGGAGCATACAATCATGCTGTGTATCCTCAAGGCAATAAATTGAGGAGAGTCGTTAGTCGAAAATATGAAGAAGCAAAGAGGGTTATTGATGAGCTTAATCAAATATTAGCAGAACCTGATTATTGGTTGATTGCAGGTAAGCAACGAGCTCAAGAGAAATTTCTGCCAAAAACAATTGACGTTTTTTTTAGACCTACAAAATAG	MSISVVRFAIVDSNVSIEKKEYKTLSRIIEGDSFKYLTPDNAVEVICELYCEASPNYEEIISNIVFRDETEDNYDYIKEKIISLFPEKRYWAYRAKLCQYPSGSYYAEFRHPLAYQTGAYNHAVYPQGNKLRRVVSRKYEEAKRVIDELNQILAEPDYWLIAGKQRAQEKFLPKTIDVFFRPTK				NA	NA	NA	NA	NA
JZ016_04410	882			hypothetical protein	GTGGAAATATTCTCAAAAAAATACGAAGTCATAAAGGATGCACCTAAAGAAGTTACATGGGAAGAGTACGAAAAAGTAACTTTGAAAGAATATTTTGATCTACTTGAATCATCAAGCAATGATGAAAATGCGTTTCAATTATTTTTTGAAGAGAATCCAGCTTATTTACCCGGGGCATTAGAACTTTTTGGACAATCTGGACACTATCCCCACATGCATACTTTAATTTCGCAACCGAAAATTGGAGGACCTTTTAGTCGGATTCCAGACTTTCTTTGGTTAGCCAATGATAGTCTTACTTTTGCACCTGTCTTTATTGAAATTGAAAAACCATCTAAAGCAATGTATACAAAAGACGGGAGTATAAGTTCAGCATTTTCACAAGCAATTGGACAGATATATGAATGGCAGACGATTCTTAATAATCCATTAAACCAGCTGTTATTTTTTGATTTTTTTAATATACCTCAAAGATTGAGGCAAAAATATTTTAACCCTCAATTTCTTCTGATTTATGGAAGAAGAGCCGAGTATGATAATAATGAGTTGCTGAGTGGTAAAAGAGCAGCCGTTCGTAAGGATAATATTGATATTGTATCTTTTGACAGACTTCGACCTATTAGAGATTATTATCAATTTACCTCAAGTAAAGTCAGAAATAAGGAATATATAATAAAGAATATTGCTCCTACTTTTAGATATCGTGCTGACTGTGCTGAGGAACTAGTTTTGGCTAAAGGATTCAAAGAGGCAATAATGAACATGAAGCATACCTCGGTAGCGAGAAAAGAGTTCTTGAATATGCGATATGAATATTGGATTGAATATGGGAAACTTCCCAACTCTAACAAGGGTATATATACGAGTGGGGAAGGAGAGTAA	MEIFSKKYEVIKDAPKEVTWEEYEKVTLKEYFDLLESSSNDENAFQLFFEENPAYLPGALELFGQSGHYPHMHTLISQPKIGGPFSRIPDFLWLANDSLTFAPVFIEIEKPSKAMYTKDGSISSAFSQAIGQIYEWQTILNNPLNQLLFFDFFNIPQRLRQKYFNPQFLLIYGRRAEYDNNELLSGKRAAVRKDNIDIVSFDRLRPIRDYYQFTSSKVRNKEYIIKNIAPTFRYRADCAEELVLAKGFKEAIMNMKHTSVARKEFLNMRYEYWIEYGKLPNSNKGIYTSGEGE				NA	NA	NA	NA	NA
JZ016_04411	1404			hypothetical protein	ATGCTAGATTTCAAAGAATTAAAAGCCGATGGGAATGATTTTGAATTATTAGTGAGGGAACTGTTATTTAGTATAGGAATGAAAGTTCATTGGAGTGGAAAAGGACCTGATGGTGGTAAAGATTTGCTCTGCATAGAGACGCTGGATAGCAAATTTCAAAAGATGGAGAAAATCTGGTTAGTTCAGTGCAAACATTTTGCTCACTCAGAGCGGGCGGTCTCAGTTAATGATTTAGATAGTGTTATTGATTCATGTTCACAACATGGAGCAAGTGGGTACTTACTTATCTGTTCTACTTTTCCTTCATCTGCAGTTGTTAATCGGTTGGAATCTATTAATGCCCAACATGGACTAAATACTGCTTATTGGGATGGTACTACTATTGAAAGATATCTATCTACACCTAAAACATGGCCAATTGCTCAGCGGTTTTTCCCGATTTCCGCCTCTAGTGAAGATTGGAATATATATGCGACTGAAAATCCGAATCGTTGGATTATTAATTACAAAGGTTATTATATGCATTTAGCAAACAGAATTGGTTCTTATAGTGACGTGCATTTATCAGCTATTCAAGAAAGGATAAAAGAAATAGAGAGTGTACCTTTATCTGAATCGCATATGTTAAGACCTAGAGCACTTCATTATGATGACAAAAACGCTAATTATATGTGGTATATTGACTATCTTGTTCCTGATAATGAGGAGCCAAAATATCCAATTGAAACACTGAAGAAAATATTAAGGGATGGTTGGGTGTTTGATGGGGCATGCAACTCAGTTGATTTAAGAATTTATAAGTATAATCGGTATAGCGATCATTATGATAAGGATCACTATGATTATTACAGAAATTATTTAGAACAATATTATTCTGGTACTGAACGCAAAAAAGAATGGTATGATTTTGAATTCAAACATCGGAGTATTACAGAATCATCTAAACACTTGGAAGTTGAGGAGCATTTTAATGATTTAGTAGGTGCATTATCAAGATTGGACTATGTAAAAATACTTAGAGCAACCAATAGCAAAGTAGAGTTTGTTGATTGTTTTAGTGGATACAATAGTTGGGAAGATATAATGAAGGCTGTTAATTATGAAGCGGATTTATTCCTTTCAGCTAGAATTACATTTATTTCAGAGGATGAGGCAAAGTTAGACAATTTATTAAGGAAATTTCCACAACCATTACCTGGGACTTTTACATTCTCTAAAAGATTCGTCTATTATCCTGGATTAGAAGTCCATGAACAACCTGAAGAAGTAAACCAGTTAACCATCTCGATAATACCGGCGGTATCAAATCCAAGGGAATTTCGAGTGCAGCTAAATGATTACATTAAAGAGCTTACAGTTGTTATTGAAGATGAACTAAAAACCGATGGGAGCCGGATCGGATGA	MLDFKELKADGNDFELLVRELLFSIGMKVHWSGKGPDGGKDLLCIETLDSKFQKMEKIWLVQCKHFAHSERAVSVNDLDSVIDSCSQHGASGYLLICSTFPSSAVVNRLESINAQHGLNTAYWDGTTIERYLSTPKTWPIAQRFFPISASSEDWNIYATENPNRWIINYKGYYMHLANRIGSYSDVHLSAIQERIKEIESVPLSESHMLRPRALHYDDKNANYMWYIDYLVPDNEEPKYPIETLKKILRDGWVFDGACNSVDLRIYKYNRYSDHYDKDHYDYYRNYLEQYYSGTERKKEWYDFEFKHRSITESSKHLEVEEHFNDLVGALSRLDYVKILRATNSKVEFVDCFSGYNSWEDIMKAVNYEADLFLSARITFISEDEAKLDNLLRKFPQPLPGTFTFSKRFVYYPGLEVHEQPEEVNQLTISIIPAVSNPREFRVQLNDYIKELTVVIEDELKTDGSRIG				NA	NA	NA	NA	NA
JZ016_04412	2577			hypothetical protein	ATGAGGACAATTTTAGCGGAAGTAGAACAATGGATCTCACAACGACCTCGTTGGTTGCAACACGCGGCGTATCTTCTTATTCAAAATAACAATACGCTTACAGAAGACAACTATCGAGAACTAATATTATTGTGTAAGGCTGAGGCCCAACTGATTGGCTCCGAAATCAAACCCCAATGTGTTACAGCGGGTAGCATTTCTGTAAAGGAAAGTTCTTTACATCTAAGACTTGACGCTATAAATAGTGTCAGGGGCATAAGCGCCCTTAGTCCCAGAAATCCTTTGGAATTTCACAGTCCACTTACGATTGTATATGGCCAAAACGGTTCCGGCAAATCAAGCTATGTACGCTTGCTAAAGCATATATCTGGAGCTAAGAAGCCTGGAAAGCTCATGGGGAATGTTTATGTTCAAGAACAACAGCCTCAAGACTGTTCTTTTGTCATTACAAAAGATGGTACAAGCCATGAAATTAACTGGACACCGGATGAGGGGCCTCTCAAAGAACTAAGCACAATACAACTATACGATACAGATTGCGCTAATGTGTACGTTAATGATGAAAACGAAGTCGCTTACGAACCGTGGATATTGTTGTTTTTCAGCCAACTGACAGACGCCTGTTTAAAAGTAGGCAAAACTCTCAAACAAGAGATGGAGAATATAGCATTGACAAAGCTTATTCCTCCTGAGGGCAGTTCCGACACAAAAGCTGTTCTATGGCTTAAGAAAATTAAGGATACAACTTTAAGTAAAGAAATAGAGGATAATTGTTCGTGGATGGAAACAGATGAAATTGAGCTAAGCACTAAGAGACAACAACTGGCCGAGACAGACCCTATTGAAAAAATGAAGCAGTTTAGGACTACTGCGCAAAATATAAAGAAAATACAAAGTATTCTTACGGATATTAGGGACTCTCTGACTGATGATTCGTGTACTAAGGTTATAGAAGCCCATCTGGACTACTCTATTAAAAGGAAAGCTGCTGAAGAAGATGCCAAGAACGTCTTTGAAGGGTTGCCTCTTAATGGTGTAGGATCCGACAGTTGGAAATTGCTATGGGAGCAAGCAAGGAATTACTCTGAGCAGCTCGCTTACCCTGATAAGTTATTTCCATACATAGAGACTGACTCAAATTGTGTACTCTGCCAGCAACCACTTTCACCTGAAGCACAAGGAAGGCTAAGCAGTTTTGAGTCCTTTGTAAAAGAATCCCTTAACAAACAAGCAAAAGCTGCAGAGTCACATTACAATACATTGTTAAAAGCAATTAAAGAAGTACCGTCTGACTCAACATTAGCACTTCATTTTAACTCAATAGGCATTACATCAGATGAAGAAAAGCAAGCCATTATTGACTTCTGTGCTATCCTAAAAAAGAGAAGCGAGAGCTTATATGGAGCGACTTCACTAGACCAACTTTCAAATTTACCGCCAGAAGACTTGTTAAAGTCTTTTGGTGAAACTGCGGCGGCGAAAGAACAACAGGCTGCTGACTACGAAAAATTAGCTCAAACAGAAAACAGGGATGAATTGAAGAAAAGCGTAATTGAATTCGAGGCTCGAAGATGGCTTCACCAGAATAAGTCTGTCATTACGGAAAACGTAGAAATGCTTAGAAAAACAACAAAATATAAAGCAGCTATTGCACTGACTAGTACGCAGTCTTTATCCACCAAGAAATCGTCACTGTCGAACGAGCTAATAACTGCCGAGTATATAGAAAGATTTCAAAAGGAGTTGCAAGGTCTAGGAGGCTCTAGAATCAATGTTGAGTTGACTAAAACTAGGGCCGAACGAGGACATATTTATCATCAGGTGAAGCTTAGAAATTGCCCTCCAAATATTCGGACTTCTGAAGTATTGAGCGAAGGAGAATTCCGAATAGTATCTCTTGCCGGATTTCTTGCTGATGTTGAAGGTAGTTCGGATAATACTCCTTTCATTTTTGACGATCCAATATCGTCATTAGATCAACTGTTTGAGGAAGCAACAGTTAAAAGAATTGCTAGATTGAGCTTATCCAGACAAGTGATTGTCTTTACTCATCGCCTCTCATTTCTAACTCTTCTGGAAGATGCGGCTAAAGAATTAAGCATTGATTGCAATGTTACGTGGCTTAGGGCGGAATCTTGGGGAACTGGTGAATCTGGAGATACGCCTGTATTTGCTAAGAAACCGGACAAGGCGTTAAATCAGCTTTTGAACGATAGACTCACTCGAGCTCGTAAGGTTCTTCTCGAACACGGAAGAACAGAATACGATCTATTAGCTAAGGGTATATGCAGTGACTTTAGAATTTTAATTGAACGCTTTATTGAAAACGATTTGCTTGGAGATGTTGTGCAACGTTTCAGAAGATCTGTCAACACTATGGGCAAAATACATAAGCTGGCACACATTTCTATAGAGGATTGCAAACTTTTTGAAGAATTTATGACTAAGTACTCTGCCTATGAACATTCTCAGTCATACGAAACTCCTGTTATGCTACCGGAACCAGATGAACTGAAAGATGACATGGAACGAATAAAAATATGGTTAGGTGATTTTAAAAACCGGACTACTGCATGA	MRTILAEVEQWISQRPRWLQHAAYLLIQNNNTLTEDNYRELILLCKAEAQLIGSEIKPQCVTAGSISVKESSLHLRLDAINSVRGISALSPRNPLEFHSPLTIVYGQNGSGKSSYVRLLKHISGAKKPGKLMGNVYVQEQQPQDCSFVITKDGTSHEINWTPDEGPLKELSTIQLYDTDCANVYVNDENEVAYEPWILLFFSQLTDACLKVGKTLKQEMENIALTKLIPPEGSSDTKAVLWLKKIKDTTLSKEIEDNCSWMETDEIELSTKRQQLAETDPIEKMKQFRTTAQNIKKIQSILTDIRDSLTDDSCTKVIEAHLDYSIKRKAAEEDAKNVFEGLPLNGVGSDSWKLLWEQARNYSEQLAYPDKLFPYIETDSNCVLCQQPLSPEAQGRLSSFESFVKESLNKQAKAAESHYNTLLKAIKEVPSDSTLALHFNSIGITSDEEKQAIIDFCAILKKRSESLYGATSLDQLSNLPPEDLLKSFGETAAAKEQQAADYEKLAQTENRDELKKSVIEFEARRWLHQNKSVITENVEMLRKTTKYKAAIALTSTQSLSTKKSSLSNELITAEYIERFQKELQGLGGSRINVELTKTRAERGHIYHQVKLRNCPPNIRTSEVLSEGEFRIVSLAGFLADVEGSSDNTPFIFDDPISSLDQLFEEATVKRIARLSLSRQVIVFTHRLSFLTLLEDAAKELSIDCNVTWLRAESWGTGESGDTPVFAKKPDKALNQLLNDRLTRARKVLLEHGRTEYDLLAKGICSDFRILIERFIENDLLGDVVQRFRRSVNTMGKIHKLAHISIEDCKLFEEFMTKYSAYEHSQSYETPVMLPEPDELKDDMERIKIWLGDFKNRTTA				NA	NA	NA	NA	NA
JZ016_04413	234			hypothetical protein	ATGAGCAAAAAAGTTGTCGTTAAAATCTCGGAATTGACCAAAGCACATAATATTTCTTTGCGGGAATTATCCCGACTATCCGATGTACGGCACGCTGCATTAAGTGAACTTGCCAATGGAAAACGGGAAAGTATCAGCTTTAGTCATATCGAAAGAATTGCTGAGGCTTTAAATATAAGTGATATTCGGGAGATTATTGAGTTGGTGGATGAGAGGGATATTATTTGGAGATAG	MSKKVVVKISELTKAHNISLRELSRLSDVRHAALSELANGKRESISFSHIERIAEALNISDIREIIELVDERDIIWR	PGPT0014940_1222	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014940-yozG-K07727	NA	NA
JZ016_04414	267			hypothetical protein	ATGCCAAACTTCCTGGAATCCCTATATTACGGGCAGTTGAATCCTGTAGAGAAGGCTGTTTCCACCAACCCTCAGTATCGACAATTGAGCCGGCATATATCCGAGTCCATGGATGCCTGGAAGAAGAGGCTTTCTGACGATGATTTTCATGAGCTTGAGGATCTGTTAGATTTATATCGACAAGTGCAGGGGCTTGAAATGGCGGCTTCTTTTACTGATGGTTTCAGACTGGGAGCGATGATGATCATCGAGGTATACTCTGAATAG	MPNFLESLYYGQLNPVEKAVSTNPQYRQLSRHISESMDAWKKRLSDDDFHELEDLLDLYRQVQGLEMAASFTDGFRLGAMMIIEVYSE				NA	NA	NA	NA	NA
JZ016_04415	564			hypothetical protein	ATGGACCAAGAGAGATTTATGATCATCGTTAAAGGTGATGACAAGACACAGGATGTATCATCATATGAAATGGATCCTCCAGTAGTAAGGATTATATATAAAGGTTCTACCAAGGCTTATCCTTATCAACTCAATGATATACAGTTACTGACGCCGACCGTTCAAGACATAACGGAGGATATGGCTGTTTTTCACGATGAGTATCCTTTTTATAATGTAAGACGGGTGCTAGATTTCGGTGCAAAAATTCGGGTGTGTTTCAACAATGGGAGTATTCGTACATACGATAGTGGACGTATTCAAGTTAGAAGTAGTACCCAAAATGCTGAAGGGCGTCAGATCCTGGACTATTGGCGCGCGATTTCAAAACATGCGAAAAGTGAGGATGAACAGGAGAACAAGGAAGCCTTTTTGGCAAAGCAATTTACAAAACTACATTATGTAGATCCGAATAGTGCTTTAAGCCAATATCTTCTGAAAAAACCTATAAAGATCGATATTCCGGCTACAAGCGGAGGTAATCATCACCAATTTCAATTTATTAGTTACAGTTTTTTCTTTTAA	MDQERFMIIVKGDDKTQDVSSYEMDPPVVRIIYKGSTKAYPYQLNDIQLLTPTVQDITEDMAVFHDEYPFYNVRRVLDFGAKIRVCFNNGSIRTYDSGRIQVRSSTQNAEGRQILDYWRAISKHAKSEDEQENKEAFLAKQFTKLHYVDPNSALSQYLLKKPIKIDIPATSGGNHHQFQFISYSFFF				NA	NA	NA	NA	NA
JZ016_04416	462			hypothetical protein	ATGAATCATAGTCATGATGGAGAGGAACCATTGATAACGGTACTCAATATGGATGGTCAACAACTAACACCATGTTTACCCCATCGGGCTTGGCGGGAAGTTGAGCGATCGCGAGCTGTCTGGATTGATGAGCAGACGATCCAATTGCTTTATAATCCGTTCTTATTTCGGGACTATCGAAAAGCTGCACTGAAACGAGATCATCACACTTGTTTGTGGTGCGGACGACACGCCACGACCGTGGACCATATTATCCCCTCAAGCAAAGGCGGCTCGGATCTTCCGCAAAACCTGATCGCTTCATGCAGCGAATGCAATACGAAACGAGGAAACCGTTCTGCATTGTCCTATCTCAAAGAAAACGCACACTCTGTTCCAAATCTTATGAAGCTTTGCTGGCGTATCTTTATAGCTAAATACAGATACAGACATCGTCAAATAAAAAAAGGGACACTTGAGTAA	MNHSHDGEEPLITVLNMDGQQLTPCLPHRAWREVERSRAVWIDEQTIQLLYNPFLFRDYRKAALKRDHHTCLWCGRHATTVDHIIPSSKGGSDLPQNLIASCSECNTKRGNRSALSYLKENAHSVPNLMKLCWRIFIAKYRYRHRQIKKGTLE				NA	NA	NA	NA	NA
JZ016_04417	99			hypothetical protein	ATGAACAGGATGATTGAGATGGAACGGAAAGTGACCAAACTCGGCAACAGCCTCGGTATAACCATGACTGATGCTTTGAAGCAAATTGGACTGGATTAA	MNRMIEMERKVTKLGNSLGITMTDALKQIGLD	PGPT0027395_778	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027395-antitoxin_mazE|chpAI-K07172	NA	NA
JZ016_04418	906	btuD_14		Vitamin B12 import ATP-binding protein BtuD	ATGACAAAGGCGATTGAATGTATAAATCTAGTGAAGAAATTCGGCGACTACTGTGCCGTTGATCATATGAATCTATCATTTGAGAAAGGTCAAATAACAGCATTGCTTGGACCGAATGGGGCAGGTAAGACAACAACCATTTCCATGATCCTCGGAATGATCAAGCCAACATCAGGAGAAGTCAGGGTCTTGGGGATGCCGTCTGGAGCAAAAGAATTGCGGCAACGCGTTGGAGCTCTTTTGCAGGATGTTAAAGCAGCAGATGGACTTACGGTCAAAGAAGTGCTTCAATTGTTCCGCAGTTATTATCGTAATCCGATGTCGCTAGAGCGATTGTTAGACATTTCGGGTCTCCACGCGGATCAGAAACGACGCGCATCCTCGCTGTCTGGGGGACAACGCCGTAGATTAGCCTTCGCCCAGAGTTTGGCGGGAAATCCAGAGCTTCTCCTGCTTGATGAACCAACGGTCGGAATGGATATCGAGGCTCGTGGCCGCTTTTGGGACACCATCCAAGCACTGGCAAGTGACGGACGTACGGTGCTCTTAACTACACATCATTTAGATGAAGCTGATGCTGTCGCAGATCACATCGCAGTCATCGCCAGGGGACAGGTTGTTGCGGAAGGGACTCCAGCACGTTTAAAGGCACAAACAGCACTTAGAACGGTTTCATTTCGGGCGACAAATGCGCCAGCCCAGCAGGAATGGCTCACATTACCTGGCGTTGAAAAGGCAGAATGCAACGGTGAGCGAATTCGTCTGTATGCTCAAGAGACCGATGTATTGTTATTTACACTGATGCAGTCTGAATGGGGAATATCGGATATTGATATACAATCCGCCAGCTTAGAAGATACATTCCGAAGTCTTACAGGCTCAAATAAACAAACAATTATACGATAA	MTKAIECINLVKKFGDYCAVDHMNLSFEKGQITALLGPNGAGKTTTISMILGMIKPTSGEVRVLGMPSGAKELRQRVGALLQDVKAADGLTVKEVLQLFRSYYRNPMSLERLLDISGLHADQKRRASSLSGGQRRRLAFAQSLAGNPELLLLDEPTVGMDIEARGRFWDTIQALASDGRTVLLTTHHLDEADAVADHIAVIARGQVVAEGTPARLKAQTALRTVSFRATNAPAQQEWLTLPGVEKAECNGERIRLYAQETDVLLFTLMQSEWGISDIDIQSASLEDTFRSLTGSNKQTIIR	PGPT0006725_14518	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04419	744			hypothetical protein	ATGTTCCATATGTTTGTTGCCCAGACCAAAGCAGAAAGTATACGAATTATCCGCAGTCCATTCTTCTTACTCTTCTCCATTGCGATGCCGCTTGCTTTCTACTTTTTATTTGCAAGTATGAACGGGGTAGGTCAATCGATCCAATCGACAACTTGGGGTGTCTTTTCCTTGATGTCGATGACTGCATTCAGTTTGATCGGTACAGCCGTATCTCAATTCGGTATCCGTTTATCGTTCGAGCATCAAGACGGGTGGGTACGCTTGTTGAAGTTGACTCCACTATCTCCTGCAGTCTGGATTGGCAGCAAAATTGTATCGCAAATGGCTGTTCACTCAATCGTCATTGTTGTTATATTTTTATCGGCTGGCCTTGTTCATGATATACAATTGACAGCCGGGCAATGGATTTTATGCGGACTATGGTTATGGATCGGGAGCATATCTTTTCTGGCGCTTGGTGCCTTGTTAGGAACGCTTAAAAATGCGAATACCTCCGTTGCCATCGGAAATGTATTACAGATGGGACTCGCAATTGTAGGGGGGCTTTGGATGCCGCTTAGTACTTTGCCAAGTTGGATGGGCTCGGTCGGGGAATGGCTTCCATCTCACCGTTACGCCAATGGGGCATGGAATATGATCGCTGGACAAAATCCAGCAAGTATCGATTTCATAATTTTGACAGGATGCGGTCTCCTCTTTATGCTACTATCAATCTATATATATAATCGACGGGATGCGGTCTAA	MFHMFVAQTKAESIRIIRSPFFLLFSIAMPLAFYFLFASMNGVGQSIQSTTWGVFSLMSMTAFSLIGTAVSQFGIRLSFEHQDGWVRLLKLTPLSPAVWIGSKIVSQMAVHSIVIVVIFLSAGLVHDIQLTAGQWILCGLWLWIGSISFLALGALLGTLKNANTSVAIGNVLQMGLAIVGGLWMPLSTLPSWMGSVGEWLPSHRYANGAWNMIAGQNPASIDFIILTGCGLLFMLLSIYIYNRRDAV	PGPT0006730_22444	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_04420	1116	desK_3	COG4585	Sensor histidine kinase DesK	TTGTTAACAAATTTAATGATACCCTTGTACTTTTTACTCTATGAGCCATCAAGTATACAGTGGCTTGGCTTTGTTCTGTTAGGCCTATTCGTTCTATTGTTTCGACAATCCTACTTTAATTTAAAGTGGGCAACGCCAATATTGATGGTTCAGTTGGGTATACTTTTAATTTTAGCAGCTGTATTTCACCCTATGTATACGTTTATGGGTTTTATGATCGCTGCTCCGCTGAGCAAACAAAAGCTGCCGATATTACTCTCTATAACGATCGTTTTTACGGTAGCTATGGGATTTATCGCCGTTCCTTACTTGGACCGGATGGGCAGCCTAGTATGGATAGGGCTGGTGCCTATGTTTGGCATCTGTATTCTGCCGTATATTATTCGAACTTCGACCAGGTTTCAACAGAAGGCAGCGCGGCTGCGGGCAGAAACTGCTGAACGAATGGCACAGCAGGAGGAGCGCCAGCGGATCGCACGTGAATTACATGATACATTGGGACATACGCTGTCATTAATCGCACTAAAAGGCGAGGTCGTTGAGAAATTGGTCAATCGTTCTCCCGAGAGAGCGATAGCAGAGGCTCGTGAAATACGGGAAACGGCACGCGCAGCCTTGAAACAAATGAGAGAATTGGTTACGGAGATGAAAGTTACATATCTCGCTGACGAATATAAGCATGCTGTATCGTTATGTTCAGCTGCGGGTATACCGCTTATTTTTCAATATCAATCGATTTCCGATCCCAGACCTTCTAATGTTGGGACGGAAGACGCTTTAGCGAACAATTCGCTTCCGTTAACACCCTTACAGGAGACGATTTTGGCGATGTGTTTTCGCGAGACGATTACAAATGTGGTTCGACATAGCCGGGCAACAAAGTGCAAAGTTCATCTAGACATTCAGGAAGGGGAAGTTCGTGTATCTGTACGTGATGACGGTATTGGGGCAGATCCGGAGCAACTTTATACTAGCAGTAATGGCCTCGCCGGATTGCGGCAGCGGTTGGTTATGATCGACGGACGTATGTCGCTGTCTTCGTCCCCAGGCAAGGGGACGGAAGTCACCTTACATATACCTAGGGTAATACGAAATGAAAAGGTAGGTAGCGCTTAG	MLTNLMIPLYFLLYEPSSIQWLGFVLLGLFVLLFRQSYFNLKWATPILMVQLGILLILAAVFHPMYTFMGFMIAAPLSKQKLPILLSITIVFTVAMGFIAVPYLDRMGSLVWIGLVPMFGICILPYIIRTSTRFQQKAARLRAETAERMAQQEERQRIARELHDTLGHTLSLIALKGEVVEKLVNRSPERAIAEAREIRETARAALKQMRELVTEMKVTYLADEYKHAVSLCSAAGIPLIFQYQSISDPRPSNVGTEDALANNSLPLTPLQETILAMCFRETITNVVRHSRATKCKVHLDIQEGEVRVSVRDDGIGADPEQLYTSSNGLAGLRQRLVMIDGRMSLSSSPGKGTEVTLHIPRVIRNEKVGSA				NA	NA	NA	NA	NA
JZ016_04421	606	desR_3	COG2197	Transcriptional regulatory protein DesR	ATGATTCGTATTGTTTTGGCAGAAGATCAAAAGTTATTAAGGGGAGCACTGGCAACGTTACTCTCGTTAGAAGATGATATTGAAGTCGTCGGTCAAGCTGAGAATGGGGAAGAAGTGATGTCCATGATTCAGGAGTATGAACCGGATGTAGCCGTTCTGGATATTGAGATGCCACTGAAAACGGGGTTAGATATTGCGGAATGGGTTCAAAAAAATAAGTCAGCTTGTCGTGTCATCATCTTGACGACATTCGCGCGTCCTGGATATTTCCAGCGGGCTATGCAGGCAGGAGTTTATGGATACCTTCTTAAAGATACGGGCAGCGAGGAACTGGCTGATGCAATTCGTCGGGTCTATGATGGGAAACGTGTCATCAATTCAGAATTGTCGCTCGCGGTATGGGATGATCCATGTCCATTATCACCCAGGGAGCGTGAAGTCATGAAGTTGGCTGCCCAAGGCTTAGTTCTTCAAGATATTGGAGCACAGCTGTTTCTATCCTATGGAACGGTACGGAACTACATGTCAGAAGCGATTGGGAAGCTCGGGGCGAATACACGGATTGAGGCGATAGACATCGCACGTAGCAAGGGATGGTTGGATTAG	MIRIVLAEDQKLLRGALATLLSLEDDIEVVGQAENGEEVMSMIQEYEPDVAVLDIEMPLKTGLDIAEWVQKNKSACRVIILTTFARPGYFQRAMQAGVYGYLLKDTGSEELADAIRRVYDGKRVINSELSLAVWDDPCPLSPREREVMKLAAQGLVLQDIGAQLFLSYGTVRNYMSEAIGKLGANTRIEAIDIARSKGWLD				NA	NA	NA	NA	NA
JZ016_04422	138			hypothetical protein	ATGACAAAGGCCATTGAATGTATAAATCTAGTGAAGAAATTTGGCGATTACTGCGCCGTTGATCATATGAATCTATCATTTGAGAAAGGTCAAATAACAGTATTGGCAAGACAACAACCATTGTTTCCAGTTTTCTGA	MTKAIECINLVKKFGDYCAVDHMNLSFEKGQITVLARQQPLFPVF	PGPT0006725_14518	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04423	17106	dltA		D-alanine--D-alanyl carrier protein ligase	ATGAAATCTTTTACAAAATTAGTATTAGAGGATGGAGTTAATATAACACTCGACCAATTACTTGGAAATTATGCTAATGAGAAATCAAGGGGAGTTTACTTTACTCAATCCGATGGCTCTGATTTGTTTGAGTCTTATGAAAGTCTTTATTTTAATGCCAAATGCATCTTAGGGGCACTACAAAAGCAGGGATTTCAGAAGGGCTCTTATATTATCTTTCAGACAAACAATAATCTATTCTTTATAAGGTTGTTTTGGGGTTGTATTTTAGGAGGCATGATACCCGTCCCTCTGTCTATACCGCTAATTGCATCGCCCGACACTGAAGCCTTCAAAAAGTTAGTGAAAGTAAGCGAGCAGTTGTCGAATGCGTGGATAATTACTGATGAAAGAAATTTAAATACGTTTAGAGAAAGTTATGAAGCCATTAATTTGAAATATTTAGAGTATGAAACCTTAGCAAGTAATATGGAAGAGGGGCAATGCGTTGCAGTAGATTGTCAGGACTTAGCGTATATACAATATTCGTCTGGCAGCACAGGTAACCCTAAAGGAGTAAAATTAACACATGAAAATCTAGTTTATAATTTGGCACAGATAGTAGATCGTATGAAATTAGACAAAAATGATGTCATGGCTAGTTGGTTACCATTGACACATGATATGGGCTTGATCGGTTATCATTTAACTCCGATATTTGCGGGTATATCTCATTCCCTTCTAAATTCCGGTACATTTTTAAAGAAATCTTGGCTATATCTTCAAAAATGTGCGCAATTAAAAGCAACGGTGCTTGTAAGTCCAAATTTTGGATTAGACTGGATGATGAAGACTGTAAAGGATTCACATTTAGAACATATTGATTTATCTAGTGTGCGAAACATAATGTGTGGTGCAGAACCAATATCAATGGATACCATTAGACGATTTTATGAAAAATTTTCGTCTTCTGGCTTGCGTGAAAATACGATCCATCAAGTCTATGGTATGGCAGAAGCTAGTTTGGCTGTTACTATTCCTGAAGAAGGACATAATCGAAGTGTATGTATTAACCGTCATAAAGCTCGTATTGGACAAGAAGTGGAAGATTTAGAAACGAAGGAGCCAAATGCAGCAGAGTTTGCCATAGTAGGAGAACCATTACATGAATTAGAAATATTGATTGTAGATGATGAAGATCACATCTTAAAGGAAAATTACATAGGCAATATCGTGATCAAAGGGAAAAATGTATTTGAGGGATATATGAATCATGATAGTTCCCCTTTTAGTGAGCAGGGCTTCTTCCATACAGGAGATTTAGGGTTTTTACGCAATGGAGAACTAATTGTAATGGGTAGAAAGAAGGATATTCTGTTTGTAAATGGTCAGAATTATTATGCTAGTGATATAGAAAATATGTTAACATTGGCGATCCCACAATTGTCTCAAGTCGTTGTGTGTGGTGTACGCAATCCGTCATCTATCAGGGATGAAATTATAGTATTTGTACATAATCGACAAGATGCTAAGGTATTTTTGCCGCTTGCCCATCAAGTGCAGAATATGGTATTAGAACGGATTGGAATAGCTGCAGATTATGTAATTCCAATAAAAACGATACCGAAAACAACAAGTGGAAAGGTCCAACGATATCTTTTAATAGAGCGATTTGAGAATCATGAGTTTGATGATGTTATCGCAATAGCTCCATATTCTTATCAGAGTATCAAGGAATCCGCAAAGAAGCCAGCATGGAACAAAGCGGAGATTGAAAATCAAATCGTTGAAATTGCAAAAGAAGTATTCTCTATCCCTACTTTGAAAGTAGACGATACTATTTCTCGGATGGGAGTTAGTTCGTTAACTTTGATTCGTTTCCAGGATGAAATAAATCAACGATTTCAAGTTGAAATCCCTATCGTAAGCCTTTTCAAAATGTCTACCCTGGAACAAATAATTACGATTGTTGAGGAACAACTACAGGTAGAGGATGTCCAAACTTTTGAATTAACAGGGAATAAAGACATGTGGTATGAGCCGTTTCCGGTAACAGAAATACAAGGAGCCTATTTAGTTGGAAGACAAAATATTATGGAAATGGGCAATATCTCCACACATGCCTATTATGAGTTTGAAACAGAATTAGATATTAAACGCTTAAACGATGCATTGAATCATGTTTTAGAGCGTCAGCTTATGCTACGTACTATTTTTGATGATACAGGAATGCAAAAAGTTCGACGTTCTGCTTCTTCTTATGAGATTTGTATTGAAGATTTACAAGACCTGTCTTTAGAGGATCAACAAAAACGAATATTGGAAAAAAGAAATCGCAGGTCACATTTTGTTTTTCAACAAGATCATTGGCCATTATTTGAGTTGTCTGCATTTATTCTTGGTGAGAAGAAAAATTACCTCTTCCTGGATATTGACTTATTAATTGCTGATGGCGGCAGTTTATTAATTTTAATACAAGAGATCATGGATTATTATGAGAAACCGAATATGGAGATTGAACCTTTAACATTTCAATTTTCAGATTATGTAAGGGCATTGGAGAGCTTTCGTGAATCTTCCGCCTATCAAAGAGCTCAAGATTATTGGCAAGCCAAAATAGAGGATTTTCCATATGCCCCTCAGCTACCATTCGTTTGTGAGCCAGAATCCATAGAGAGACCAACATTTCAGCGAATGGAGAAGAGTCTGACAACTGATAAATGGAATATTGTGAAAGGCTTAGCAACTCAGTATGGTGTAACACCATCTGTATTCTTATGTACAATTTATGCGGAAGTTTTGGGCAAATGGAGCAATCAATCCAGAATGGCACTTAATTTAACATTATTTAATCGACAGTCCTTTCATCCAGACGTAATGAAGTTGATTGGAGATTTCACGTCAGTTTTACTGTTAGATATTGATTTGTCTGTTCATAGTGCTTTTTGGGAGAGAGCATCTATGGTTCAAGATATATTATTTGAAGCCGTAGATCATCGTTTTTATAGTGGTGTTGATGTTATACGAAATATTGCAAGTAAGAGAGAAATGACTAGTAAAGCGATTATGCCAATTGTATTCACTAGTATGTTATTCGATAAATCGGAATTTACAGATATTTTGCCGAAATTAGGAGAAATAAAATACGGAATAAGCCAGACCCCTCAAGTATTCTTAGATTTCCAAGTCACGGAAAGAGACGGACAATTAATTATGACTTGGGATTATGCGAAAGATTTGTTTGATGAAGATATGATCAGTGCTATGTTTGAAACGTATCAACTTCGATTGCAGCAAGTTGTAGACCATAATCTTTCATCTATGCCGCTGCCTGTAATACAGTATCAACTACTGCTTGATTACAATCGTACACAAGGAGATTATGAAGGAGATTTACTGCAAAGATTAATAGACCGGCAATGCCAAAAGACTCCAGATGCGATTGCAGTCAAATTAGGACAGGATACATTGACCTATGGCGAGTTGGCGAGAAAATCCAATCAGGTCGCTCGCTATTTAGCAGAACAAAACTATGCGCACAATTCTTATATTGGCGTTTGGGCAGAGAGACGAATCGAGACCATTGTAAATACGGTGGCTATTTTAAAAGCCGGCCATGCTTATATTCCTGTGAATCCGGAACATCCTGAGGAAAGAATAGAATATATCGTCGAACATAGTGATATCAAGCTCATGATTCATCCGGATTTATATGAAAAAGAGAACCTTTCCACCTACAACGATGGAGCCTTAGATCTGTTAGAAGGCTGTGAGCAGGATAAAGCCTATGCTATCTATACTTCAGGAAGTACGGGACAGCCTAAGGGTGTTGTGATCACCCATGAAGCAGTCGTGAATACATTATTAGATATTAATGAGAAATTCAAAGTAGGCAGCGAGGATAAAATCATTGCCCTATCATCGATGAGCTTTGATTTATCTGTCTATGATATTTTTGGAGCACTCATCAGTGGAGCCCAGTTAGTATTAATTCCGGATCTTTTAGATATGAGTAGCATTCATCAGATCATGATCGACGAAGAAATCACGATATGGAATTCGGTTCCGGCAATTATGGATATGTATCTGGAAAGCACAAAACAAGATACGGTGCATAGCACTTCAGCAGAGCTCTTACGTATTGTGATGCTAAGTGGAGACTGGATTTCTCTTGGTTTGCCGGAGAAAATCAAAACAAGAATGCCAAAAGTACAAGTCATCGGGTTAGGTGGAGCAACGGAAGGCTCTATATGGTCCATCTATTTCCCAATCACAGAAGTGAAGCCAGAGTGGAAAAGTATCCCTTATGGATATCCGTTGAAAAATCAACAAATTTACGTACTGGATGAATGTGGAGAAGAATGTCCAGTAGGCGTTCCAGGAGAACTGCATATTGGTGGAAAAGGAGTCGCCGCAGGTTATCTCAATGAAGAAGAGAAGACGAAGGCTGCCTTTATCAACCATAGATTCGGGTATCTGTACAAAACAGGTGATTATGGTGTAATGCGTGCGGAAGGATATGTAGACTTCCTTGGAAGAAAAGATAGTCAAGTTAAGATACGTGGGCATCGTGTCGAACTAGGAGAAATAGAACACTGTATCCATCATTTGCCCAAAATTCGCCAGTCCGTAGTCGCTGATTATAGTGATTCCCATGGAGAGAAGCAGCTGTGTGGGTACATTGTTGCCGATGAGACAATTGAATCGACAGAAATAAAAAGAGAGTTAGCGAAATATCTACCTGATTATATGGTCCCGGCACAATTCATACAGGTAGATGAGATTCCACTATCTGCAAATGGTAAAGTAGATCGTAAATTATTGCCGAATCCAGAAAAGTGCATTGAAGAAAGTAAGATGATAAGGGATTATGAGGCACCAAAGACCCAGACGGAGAAATTGGTAGTAGAGGCATTTGAATATGTACTTGGTATGGAAAGAGTAAGCGTAAACGACAATTTCTTTGATTTGGGTGGGGACTCCATCAAGGCTATCCATATTCTAAACAAGATAAGAGAAGCTGGATACGATATCTCCATGCGAAATCTTTTGATGGAGAGAACACCAAAGCTAATAGCCATGAATTTATCCACAAAAAAAGAAATTATACCTGCGGAGCAAGGAGAAATAAGTGGTGAAATTTCACTGACACCAATTCAAAACTACTTCTTCGCACAAAATATGATGGATCCTGAACATTTTAATGTATGCCAAGTGTTTAAGGTTCGTGAAAAGCTAAATGCCCTGGCACTACAAAAAGCTTTATCTGCGTTAGTGCAGCATCATGATATGTTGAGAGCTACGTACAAAGATAAGAAACAGGTTATAGGGAAAGTAGAAGATAAGAAATGGTACGGCTTTACAACAATAGCATGTGAATCTGAAGAGATTCAGGAAAAAATTAAGTCAACGAAAGTAAAGATGGATTTGGCGGAAGGACCATTATTGCAGGCTGTTGTATTTAGTACGCCGGAGCAAGATTATATGATGTTGCTAGCTCATCATATGATAATGGATGTGATTTCCTGGCGAATTTTAAGTGAGGATCTGGAGAAGGGCTACTCTCAAGCTTTGAATCAGAAAGAGATAACATTACCAGCTAAAACCGTTTCCTTTAAAGTATGGAGCGAAGGATTAGCTCATTACAGCCAGAGTGAAAAGTTAAAGAGAAGGGTAGCTTACTGGTCAGAAATAGAAAATAAATTGGTTGATGGTAAGTTAAAAGAAGATAGCACTGACCATGAATTCGAACCAAAGACAGCCGTGGCATGTCTTAATGCCACGATCACAGAAAAGTTATTAAAAGAAAGTGCACATGCTTATAATACAGAGATTAATGACTTGCTTGTAGCAGCACTAGGACGTGCGGTAAACAAAGTAACAGGTCAGAGAACGCTTGCTATACAGATGGAAGGACATGGTCGTGAAGAAACAGTAGGGTCTTTTGATTTAGGTAGGACAATAGGATGGTTCACTAGTATATATCCCGTAGTTTTAGAAGAGTTAGGCACTAATATTGCTCAGGATATTCGAAATACGAAAGAGAACCTACGACGTGTGCCAGCACATGGAATTGATTATGGCCTCATAAAGTATGCAGACATGGTTAATTCAGAAGGAATGGATGTGGAAGTGGCACCAGATATATCATTTAACTATCTTGGAGAACTAGAAACAAAGAAAGGATCTGGCGATCCAAATTTTGAGTTTTCACAACTGGGTTATGGACAGGATACGGATCCTCGCAATCAATTTGGACCATCCATTAACGTCATAGGTCATGTGCAAAATGGTAGTTTATCTATGACAGTAACCTGCAACAGCAGTCGTTATTTAGCTGAGAGAATTGAGCAAATAGGAAAAGCATATGAAGAAGAACTGATAGCGGTCGCAGAACATTGCTCCCATGCACAGAAGAGTGAGTCAACGGCAAGTGATTTTGGTGAGAGGGTATGGAAAGATAGCGAATTTTGTTATGTACAGGAAGCTGCCAAAAACCGCGGCGAAGAAATTCAACGTATCTATCCATTGGCTCCTGTGCAAGAGGGAATGCTCTATGAGAAGCTTTTGGATGAATCCTCTACGAAGTATGTTGTTCAGCAGACGTTGCGATTGACGGAAGTAGATGTAGAGAAGATGCACAAGGCTTTTGAATATCTAGCAACACAGCATGATATTTTACGTACAAAGATCTGTTATCGGGGAGTAAGTGTACCAAGACAAGTTGTATTGAAAGAAAGAATGCCGGAATTTAATTATATGGAAGTAGATAATGAATCTGATTATCTTGATTTAAAAGAACAAGATGTAAAACGTGGATTTGATTTGGAAGAAGATACACTACTTCGTATGAATTTGATAAAAATAAAGAACAGTGGTTATCGGTTGATCATGACGAACCATCATATTATTTTAGATGGTTGGTGTTTGCCAATTTTGCGTAAAGAATTATTTAGTGCGTATATGGCAACAGATGAAGAACAATTAAAAATACTTAATCAGGCTGCTTCTAATAAAATTGGGAGCTATGAAAAATTTGTAGATTATATCAATGAAAAAGATAAAGAGCCGAGCCTTAAATATTGGGAAGACCTTCTTCAAGGATATGAGACAAGGGCTGAAATTTTACCTATGGGTCGTCCAGAAGAAACAGAAGAAGAGAGTCAGAGTCAAGAGTTTAAGTTAAGCTTGGAGGTAACCGAACAAGCAGAAGCGATATGTGCCAAGTATGATGTAACATTGAACACGCTAGTAGAAGCTTGTTGGGGCGTTTTATTGGAAAAATACAACTCAACCAATGATGTCGTTTTTGGAAAAGTTGTATCTGGTAGAAATGCAGAGATTGAAGGTATTGAAGAAATCGTTGGTTTATTTATCAATACCATACCCGTACGTATATCGACAACAAACGAAGACACATTTGCCGATTTGTTGAAATCATTACAGAGCCAGGCAATTGCTGCAAATGAACACGATTTTCTTCCTTTAGCAGAAATACAGAATCATACTTTATTAGGAAGGAATCTAATTGGAACACTATTCTTCTTTGAAGGCTATCAAGGAACAAGTATAAATATTGATGGCAAATTAAATGTGGAGTCTGAATATTACCGCGAACAAATCGGGTATGACTTGGGAATGACAGCATTTAAGAGTGATGAAAATCGTATTCATTTTAGAATTCTGTTCAGTACAAAGCTATATAACAAGGAAGAAATAAATATTATTGGTTCCCATTTGCAAAGACTTATGGAACAAGCCATTGCAGCACCACAGACGAAATTAAATGAATTGGGCATGACAAATGAAGCAGAAGAAAAGATTCAATTAGTACAGTTTAACGCAACGGACATCGACTATCCAAGAGACAAGACCATTGTCCAATTATTTGAAGAACAAGTAGCAAGAACACCCCATAATACAGCAGTAGTATGCGGGAATGAGCAATTGAGTTACGCTGAATTAAATGCTCGTGCCAATAAACTTGCATTAAGGTTACGACGGGAATACCATGTCCGGCCTGATGATTTTGTTGCGATTATAGCAGAAAGAAGCTTAGAGCTGGTGGTCGGATTGTATGGCATCCTAAAGTCGGGTGCAGCATATGTACCAATTGACCCATTTTATCCAGAAGAACGCATTGCGTATATCTTGGAGGATAGCCAGCCGAAAGCGGTTTTAATTGGTCATGGAAAGTATAATATTTCTCCTGAAAAGGTTGTTGACTTATATAGTGCAAGCAATTATGAGGAAGGTGCAGAGAATCTAGAACATGTGAATACTCCTCATGATCTTATTTATCTGGTTTATACATCGGGTACAACAGGAAAACCAAAAGGGGTTATGGTAGAGCATCAGCATATAGTCAATCAGCAGATGTGGACACAAAGAGAATATCCATTGCACGAGGGAGAATCCCTTTTAATGAAGACCACTTGTGCCTTTGATGTTTTTGCCTGGGAAGTATTTTGGTGGATGTTAGCAGGTGGTAAACTTGTTATTTTGCAACAAGGAGAAGAAAGTCAAAGTGATAAGATCATCAAGGTAATTCAGGATTATCAAGTAAATGCAATCCAGTTCGTTCCTTCAATGTTCAATATGTTTTTAGAAGAATTAGATATGAGCAAAGAGGAAATCAATACTCTACGTTATATCATTAATATTGGTGAGAAACTGAATGCAGAAAGTGTGAGACATTATAATCAATTAAGGGAAAAAGGACAAGTAAGAGCAGAACTACTGAATCTCTATGGTCCAGCAGAAACTACAGTTAATTCCAGTGGGTATCAATGTCCAACAGGCTTAGATGTAGATAAAGTATTAATTGGTAAGCCTATTAGTAATACACAAATTTATATATTATCAAATGAAAAAACAGCTGGAATAGGTGTACCAGGGGAATTATGTATTGCAGGAGAAAGTGTGTCGCGTGGATACTTAAATCGTAAAGAATTAACAGCACAGAAATTTATTAAAAATCCTTTTGGTTCAGGAATGATGTATAAAACAGGTGATCTGGCACGGTGGATGCCGGATGGAAATATCGAGTATCTTGGCCGTATAGATGATCAGGTTAAGATAAGAGGTTTCAGAATCGAACCAGGAGAAATCGAAAGTACTTTGATGGAACTCGAAGGAGTTAGTGGAGCAGCCGTTGCAGTACGCCAAGACAAGCAAGGAGAAAAATATCTGTGTGCTTATGTAGTCGTTCAGACAGAAGTGGAAAAATTAGACGAAGATACAATCAAGAGTGAATTACGCAAGAAGTTACCAGACTATATGGTTCCTTTATATATGATTCGAATTGATCAAATTCCATTAAGTCATAATGGAAAGCTGGACAAAGCCGCACTACCAGAACCAGAATACAAGTCTAAGGAATATGCAGCACCAACAAATAGAGAAGAGAAGTTAGTAGTTGAAGCATTTGAGAAAATCCTTGGAATAACAGAAATTAGTGTCCATGATAGCTTTTTTGACTTGGGTGGTCATTCATTGAAAGTTACATTATTGTGTAATGAATTAGAAAAGACAATCGGTATAAAGCTGCAGCTTAGTGAAATATTTGCTTTATCTACACCAAAACGTATTGCAGAAAGAATTGGAAGTTTGCAATATGATAGTTTTTCGGAAATACCGAAAATAGCTAAAGCAGAGTTCTATCCTATGAGTTCTGTTCAAAAGCGACTGTATCTTCTCAATGAGATAGTAGGTCCTAGTATTTCCTATAACATTTCGAATGTCATAAAATATGAAAACACTCTGGATAAAGAGCAGCTACAGAGAGCATTAGATAAACTCTTAGAGAGAGAAGAAATATTGAGAACGAGCTTCCATCTTATTAATGGGGAGCCAGTTCAAGTAATTCAACCAGATGCGAGAGTAGTATTAGAATACAAAGAAGCAGATACACTAGATATTCAAGATGAATATGATCGTTTTGTTTGCCCATTTGATTTATCCAAAGCACCTTTGATGCGGGTTAAGTTACTACAGGCGCCACAAGCTTCATACTTGATGCTGGATATTCATCATATTGTTTCTGATGGAGAAAGTCTGCCTATTATGATGAACTGGATAAGCGAGTTATATGAAGGAAATACTTTACCAATGCCAAGGGTTCATTATAAAGATTTCTCTGCTTGGCAAATGACTCAGGATATTACGAAGCAGGCGGCATATTGGAAGAACGAGTTCTCAGGCGAAATTCCAATACTCAATTTGAATACAGATTTCCAACGTCCTAAGAAAAAGAGCTTCAATGGTGCCGACGTAAAAACTAAGATTGAAGAACCAGTTTTTATGGAAATAAAAGAATTAGCAAAGAAGCATGGTGCTACGGAATTCATGATTATGTTATCAACCTTTATGCTTCTAATGAGCAAATACAGTCAACAGGAAGAAATAGTAGTTGGAACTCCTGTATCAGGCAGAACCCACGTTGATACACAAGAAATGCTGGGGATGTTTGTAAACTCCTTGGCGATCAAAGGAAAAGTGAAACAAGAGGAGAGTTTTGAACAAGTATTGCTTGGAGTAAAAGAAAAATGTCTTCGTGCGTATGATAATCAGGACTTTCAATATGAAGACTTGGTTGAGGCAGTAGATGTAAAGAGAGATTTATCAAGAAATCCATTATTTGATGTAATGTTTATGATGCCAGAGAGTGAAATTATGTCTGGTTCAAAGAGCATTATGAGTGGAACATGGGTACCAATGGAAGGAAAAGTAGCTAAGTTTGATCTGAATTTAATGGTAATACACACATCAGAGGGTTATATGGTCAACTTAGAGTATTCTACAGATTTATTTAAACAAGAAACGATAAAGCAAATGGTGGATGATTATGTTTTATTGCTTTCGGAAGTTATAAAGCATCCAGAAGATCGTTTGCAAACTCTACTTAAGAGAGAGGACGTTAAGAAAGAGGAAAAAGATTCGACCCAAGCAGAGCTTGATAATCGTGCCAATCATCTGGCGCAGCAAGTTTCAGATTTGATGCAAGCATTGCATCAAAGAGATCAAGCTTATTGGAAGAGCAAAGTAGAGAATTTCCCACATGCGCCACAGTTACCGCTTCTTTTTAACGGGAATGCTGTAAACAACGCGACAGTGAAACGTTTAGAAACGAAAATTTCTGCGAAAGACTGGGCGATTGTAAGAAACAAAGCTTTGGATAACAGAATTGCACCATCTGCGTTATTGTGCACAATATATGCGGAAGTTCTATTTAAATGGAGCAATCAATCCAACATGGCTCTTAGCTTAAATCTGTTTAGTAATCAGCCTTTTCACCAAGATGGAATGTCTCTGATGAGGGATTTTGTATCAAAATTGTTATTAGATATCGATTTATCATCTCACAGACCATTTTGGGAAAGAACTACTGAGATACAGAAGCGGTTATTTGAAGCGTTAGACCACAGATTTTACAGTGGGGTTGATTTCCTGCGTGATCTGGCTGAAAACCGCGGTCAAGAAGATCAAGCTATAATGCCAATTATATTTACGAGTATGCTTCGTGACGAAGCGGATTCTTTCAATGCCAATATAGGCAGTAGGGGAGAATTGAAATACGGAATAAGCCAGACCCCTGAAGTATTTTTGGACTTTCAAGTTGCGGAAAGCGACGGACAATTAATGATGACTTGGGATTATGTGAAAGATTTGTTTGACGAAGATATGATCAGTGCGATGTTTGAAACGTATCAACTTCGCTTACAGCAAGTCATAGACCATAATCTTTCAACTATGCCGTTGCCTGTAACACAGTCTGAACTACTGCTTGATTACAATCGTACACAAGGAGACTATGAAGGGGATTTACTGCAAAGATTAATAGACCAGCAATGCCAGAAGACGCCAGATGCGATTGCAGTCAAATTAGGACAGGATACATTGACCTATGGCGAGTTGGCGAGAAAATCCAATCAGGTCGCTCGCTATTTAGCAGAGCAAAACTATGCGCACAATTCTTATATTGGCGTTTGGGCAGAGAGACGAATCGAGACCATTGTAAATACGGTGGCTATTTTAAAAGCCGGCCATGCTTATATTCCTGTGAATCCGGAACATCCTGAGGAAAGAATAGAATATATCGTGGAACATAGTGATATCAAGCTCATGATTCATCCGGATTTATATGAAAAAGAGAACCTGTCCACCTATAACGATGGCGCCTTGGAATCGGTAGAAGACTGCCAGCAGGATAAAGCCTATGCTATCTATACGTCAGGAAGCACGGGACAGCCTAAGGGGGTTGTGATCACCCATGAGGCAGTCGTGAATACACTATTAGATATTAATGAGAGATTCAAAGTAGGCAGCGAAGATAAAATCATTGCCCTATCATCGATGAGCTTTGATTTATCTGTCTATGATATTTTTGGAGCACTCATTAGCGGAGCCCAGTTAGTATTAATTCCAGATCTCTTAGATGTGGCCAGCATTCATCAGATCATGATCGAAGAAGAAATCACGATATGGAATTCGGTTCCGGCCATTATGGATATGTATTTGGAGAATACAAAACAAGATACATTGCAGAGATCTACAGCAGAACGATTACGTATTGTGATGCTAAGTGGAGACTGGATTTCTCTTGGTTTGCCGGAGAAAATCAAAACAAGAATGCCAAAAGCACAAGTCATCGGGTTAGGTGGAGCAACGGAAGGCTCTATATGGTCCATCTATTTCCCAATCACAGAAGTGAAGCCAGAGTGGAAAAGTATCCCTTATGGATATCCGTTGAAAAATCAACAAATTTACGTACTGGATGAATGTGGAGAAGAATGTCCAGTAGGCGTTCCAGGAGAACTGCATATTGGTGGAAAAGGAGTCGCCGTAGGCTATCTCAATGAAGAAGAGAAGACGAAGGCTGCCTTTATCAACCATAGATTCGGGTATCTGTACAAAACAGGTGATTATGGTGTAATGCGTGCGGAAGGATATGTAGACTTCCTTGGAAGAAAAGATAGTCAGGTAAAGATACGTGGACATCGTGTCGAGCTAGGAGAAATAGAACACTGTATCAATCATTTGCCAAATATTCACCAGTCCGTAGTCGCTGATTATAGTGATTCCCATGGAGAGAAGCAGCTGTGCGGGTATATTGTTGCCGATGAGACAGTAGAATTGGCAGAAATAAAAAGCGAGTTAACCAAATATCTACCTGATTATATGGTCCCAGCACAATTCATACAGGTAGATGAGATTCCACTATCTGCAAATGGTAAAGTAGATCGTAAATTATTGCCGGATCCAGAAAAGCATATGGAAAAAAGTAAGATGATAAGGGGTTATGAGGCACCAGAGACCCAGACGGAGAAATTGGTAGTCGAGGCATTTGAATATGTGCTTGGTATGGAAAGAGTAAGCGTAAATGACAATTTCTTTGATTTGGGTGGATACTCGCTTAATGTAATCCGGCTGTGTAATGAATTAGAGAAGAGTACAGGGGTAAGGCTGCAACTTAGAGAAATTTTTGATTTAGTTACACCGAAGAATATTGCAGAAACAATTAAAAACTCAAAGGTAAATACGTATGAAGAAATACCAGAAATAGCAGAAGCAGAAAGCTATTCTATAAGTTCAGCTCAAAAGAGACTTTATCTTCTAGACCAACTAACAGGTCCTGGTACAACTTATAATATTCCTTTAGTCATCAAGCTTAAAGTTAAACCAGACAATGAGCGACTTCAGAGAGCATTGGATCAATTAGTAGAGCAAGAGGAAATTTTGAGGACAAGTTTCCATATAGTTAATGGTGAGCCAATTCAAAAAATTTCTTCAGATGCAAGAATTGTGCTGGAGCACAGTGAAGTAAATACAGCAGATTCACAATATATCCAAGCTGAATATAATACTTTCGTCCAACCATTTGACCTGTCAAAATCACCACTAATGCGTGCAAAAATACTGGATACTCCAAATGATTCATACTTATTTTTGGATATTCACCATATTTTATGTGACGCAGAAAGCATGCCGATTATGCTCTACAAAATACAAGAGTTATATGAAGGAAGAGAACTGTTAACACCACGAGTACAGTATAAAGACTTTTGTGTTTGGCAAAATGCTAGAGATATAACAGAACAGGCAGCGTACTGGAAGAAAGAATTTTCTGGTGATATACCAGTCCTGGATTTAATCATGGATTATCCACGCCCTCATAAACAAAGCTTTAAAGGTGCTAATTTCCGAACACAGGTAGAAGAAAACACGAGTATTCAAGTAAAAGAGTTAGCGAAGAAGTATGGTGCAACTGAGTTTATGGTTTTGTTATCCATCTTTTTCTCCATGTTAGGAAAATACAGTCGACAGGAAGAAATTATAGTAGGAACTCCAATATCGGGACGAAGCCATACGGATACCCAAAATATGTTGGGCATGTTTGTAAACACTCTGGCAATCAAAGGGAATGTCTCCTCCGATGATTCATTTGAGGATGTATTATTAGGTATAAAAGAGAAATGTTTACAGGCATACGATAACAAGGATTATCAGTTCGAAGATTTGGTTGAAGCCGTGGGAGTAAAGAGAGATTACTCAAGAAACCCAGTATTCGATGTGATGTTTGTATTGCAGGACGATGAGAAAGAGAATTACTCGGATCGAATTCAATTTGGAACGAGGGAATCCGTTGAAGGGAGTATTTCTAAATTTGATCTTACCTTAACCATGATAAGTGATTCAGAAGGCTATAAGATTGATTTTGAATATTCTACGGACTTATTCAAACCAGAAACGATCGAGTACATGGCAAAACACTTCTTAACACTAATTGAACGAGTTTTAATGTCTCCGGAAAAGAAGCTGCAGGATATTGCCATGGTCGATATGAACGAAGAAGCAAAAATATTGGATGAGTTCAATATGACGGATGCAGAATACCCTCATAATAAGACGATTGTGCAGTTACTTGAAGAGCAGGCTGCCAGAATACCTAATAGTACAGCAATTACATTTAATGGACAACAGCTGACCTATGCACAATTAAATGAACGGGCGAATGCTTTGGCAAGAAAACTTCGAGAGGACCATAACATTCAACCCAATGACTTTGTGCTTATCTCAACAGAGAAATGTTTGGAGATGGTGGTGGGCATATACGCTATTTTAAAGGCTGGAGCAGCTTATGTACCCGTTGATCCATCTTATCCAGAGGAAAGAATTAATTATATCATCAATGACTGTAAACCAAGGGTAGTATTATGCGGTACAAAAGAACCTGAAGCTGACATTCCTATCATGAATCTTCATGATGAGGCAAATTATACAATGGAATGCAGTAACCTTGTCCATGTAAATCAATCAAGTGATTTGATGTATGTTATTTATACCTCTGGTACGACTGGCAGGCCAAAGGGTGTTATGGTTCAGCATGTAAATGTAGTGCGATTACTTAAGAATGACAAGTTTAATCTTGATTTATATGAAAATGATATTTGGGTTCAATTCCATTCTTATTGTTTTGATGTTTCGGTTTGGGAAATATTCGGAAGCCTATTGAATGGAGCAAAGCTTGTAATTCCTTCTGAAGATACGGTAAAAGATGGATATGCATTTGGAGAGCTGTTGCAAAAAGAAGCGGTAACAATCTTATGCCAGGTACCTTCGCCATTTTATGCGCTGATCGATGCAACGACAGGACAAACAATAAATAGTTTACGATATGTTATTTTTGCAGGAGAGGCACTTTATCCAGCACATTTGAAGAAATGGCATGAGAACAATAGGCATTGTCGTCTGGTTAATATGTACGGGCCTACAGAAACCACGGTATACGCTACTTATCGCGATATTGATGCTGAAGCCATTGAGAGAGGAATTAGCGACATAGGAAAGCCACTTCCAACATTAAAGATTTATATCTTAAATGGAAATGAGCTTTGTGGAATTGGAGTTCCAGGTGAGTTATGTATAACGGGTGAGGGTGTATCTCAAGGATATTTAAATCGACAAGACCTGACAGACGAGAAGTTTGTACACAACCCATTTGGAGCCGGGAAGATGTATCGGACAGGTGATTTGGCACGTTGGTTACCTAACGGAAACATTGAGTATATTGGACGTATGGATGACCAAGCAAAAATTAGAGGATATCGTATTGAACCAAGAGAAGTAGAAAGCCGTTTATTGGAGCTTGAAGGGATAAGTGAAGCTGTAGTAGTAGTGCGAGAAGACAAAAAGAAAGAGAAATTTTTGTGTGCCTATATAATAGCTGAGACAGAAATAGAAGAAAGGAATGTAAAGATTAAGTTAAATAAAGTATTGCCAGATTACATGGTGCCGGCACATATTATTTCAATTGATGCGATTCCACTGACAAGTAATGGGAAACTTGACAAAGCCTCATTACCACAGCCGCAGTATAAGTCAAAGGAATATATTGCACCACGAAATGAATATGAAACGCTGATCGTACAGGCATTTGAGCACATCCTGGATATTGAAAATATCAGTGTAACTGATAATTTCTTTGATCTAGGGGGATCGTCACTGAAAGCAGTGCTCTTGTGTAATGAATTGGAGAAAGCTATAGGAGTAAGACTGTCAATTAGAGATATTTTTACTTTTGGTACGCCTGAGCAGATAGCGGAAAATATGGGGTCGATAGAGAACGAGATGTTTGTGGCAATAGAACAAGCTTCAGCAGCTGAATACTACCCTACAAGTTCAGCTCAGAAACGACTCTATCTTCTGGACGAGATGACCGGACCTAACATTAACTACAACGTATCGGATGTCTATGCCTACGAAGAACCGCTGGATAAAGAAAGATTACAGAAAGCTTTGGATAAGCTGTTACAGCAAGAAGAGATACTGCGAACTAGTTTCCATGTTGTGGACGGTGAACCCATTCAAACGATTTCTCCAGACGCAAGGGTTTTATTAGACTACAGCGAAGTGGACGCAATAGATGTACAAACAGAATACGATAAATTTATACAACCATTTAATTTATCCGAAGCACCGTTGATGCGTGTGAAATTAATGAAGACAACAACGGCTTCCTACCTATTTGTTGATATTCATCACATTATATGTGATGGAGAAAGCCTGCCGGTTATACTGCATCAGGTGAACGAATTTTATGAAAATGATGAAACTGATCATGAATAA	MKSFTKLVLEDGVNITLDQLLGNYANEKSRGVYFTQSDGSDLFESYESLYFNAKCILGALQKQGFQKGSYIIFQTNNNLFFIRLFWGCILGGMIPVPLSIPLIASPDTEAFKKLVKVSEQLSNAWIITDERNLNTFRESYEAINLKYLEYETLASNMEEGQCVAVDCQDLAYIQYSSGSTGNPKGVKLTHENLVYNLAQIVDRMKLDKNDVMASWLPLTHDMGLIGYHLTPIFAGISHSLLNSGTFLKKSWLYLQKCAQLKATVLVSPNFGLDWMMKTVKDSHLEHIDLSSVRNIMCGAEPISMDTIRRFYEKFSSSGLRENTIHQVYGMAEASLAVTIPEEGHNRSVCINRHKARIGQEVEDLETKEPNAAEFAIVGEPLHELEILIVDDEDHILKENYIGNIVIKGKNVFEGYMNHDSSPFSEQGFFHTGDLGFLRNGELIVMGRKKDILFVNGQNYYASDIENMLTLAIPQLSQVVVCGVRNPSSIRDEIIVFVHNRQDAKVFLPLAHQVQNMVLERIGIAADYVIPIKTIPKTTSGKVQRYLLIERFENHEFDDVIAIAPYSYQSIKESAKKPAWNKAEIENQIVEIAKEVFSIPTLKVDDTISRMGVSSLTLIRFQDEINQRFQVEIPIVSLFKMSTLEQIITIVEEQLQVEDVQTFELTGNKDMWYEPFPVTEIQGAYLVGRQNIMEMGNISTHAYYEFETELDIKRLNDALNHVLERQLMLRTIFDDTGMQKVRRSASSYEICIEDLQDLSLEDQQKRILEKRNRRSHFVFQQDHWPLFELSAFILGEKKNYLFLDIDLLIADGGSLLILIQEIMDYYEKPNMEIEPLTFQFSDYVRALESFRESSAYQRAQDYWQAKIEDFPYAPQLPFVCEPESIERPTFQRMEKSLTTDKWNIVKGLATQYGVTPSVFLCTIYAEVLGKWSNQSRMALNLTLFNRQSFHPDVMKLIGDFTSVLLLDIDLSVHSAFWERASMVQDILFEAVDHRFYSGVDVIRNIASKREMTSKAIMPIVFTSMLFDKSEFTDILPKLGEIKYGISQTPQVFLDFQVTERDGQLIMTWDYAKDLFDEDMISAMFETYQLRLQQVVDHNLSSMPLPVIQYQLLLDYNRTQGDYEGDLLQRLIDRQCQKTPDAIAVKLGQDTLTYGELARKSNQVARYLAEQNYAHNSYIGVWAERRIETIVNTVAILKAGHAYIPVNPEHPEERIEYIVEHSDIKLMIHPDLYEKENLSTYNDGALDLLEGCEQDKAYAIYTSGSTGQPKGVVITHEAVVNTLLDINEKFKVGSEDKIIALSSMSFDLSVYDIFGALISGAQLVLIPDLLDMSSIHQIMIDEEITIWNSVPAIMDMYLESTKQDTVHSTSAELLRIVMLSGDWISLGLPEKIKTRMPKVQVIGLGGATEGSIWSIYFPITEVKPEWKSIPYGYPLKNQQIYVLDECGEECPVGVPGELHIGGKGVAAGYLNEEEKTKAAFINHRFGYLYKTGDYGVMRAEGYVDFLGRKDSQVKIRGHRVELGEIEHCIHHLPKIRQSVVADYSDSHGEKQLCGYIVADETIESTEIKRELAKYLPDYMVPAQFIQVDEIPLSANGKVDRKLLPNPEKCIEESKMIRDYEAPKTQTEKLVVEAFEYVLGMERVSVNDNFFDLGGDSIKAIHILNKIREAGYDISMRNLLMERTPKLIAMNLSTKKEIIPAEQGEISGEISLTPIQNYFFAQNMMDPEHFNVCQVFKVREKLNALALQKALSALVQHHDMLRATYKDKKQVIGKVEDKKWYGFTTIACESEEIQEKIKSTKVKMDLAEGPLLQAVVFSTPEQDYMMLLAHHMIMDVISWRILSEDLEKGYSQALNQKEITLPAKTVSFKVWSEGLAHYSQSEKLKRRVAYWSEIENKLVDGKLKEDSTDHEFEPKTAVACLNATITEKLLKESAHAYNTEINDLLVAALGRAVNKVTGQRTLAIQMEGHGREETVGSFDLGRTIGWFTSIYPVVLEELGTNIAQDIRNTKENLRRVPAHGIDYGLIKYADMVNSEGMDVEVAPDISFNYLGELETKKGSGDPNFEFSQLGYGQDTDPRNQFGPSINVIGHVQNGSLSMTVTCNSSRYLAERIEQIGKAYEEELIAVAEHCSHAQKSESTASDFGERVWKDSEFCYVQEAAKNRGEEIQRIYPLAPVQEGMLYEKLLDESSTKYVVQQTLRLTEVDVEKMHKAFEYLATQHDILRTKICYRGVSVPRQVVLKERMPEFNYMEVDNESDYLDLKEQDVKRGFDLEEDTLLRMNLIKIKNSGYRLIMTNHHIILDGWCLPILRKELFSAYMATDEEQLKILNQAASNKIGSYEKFVDYINEKDKEPSLKYWEDLLQGYETRAEILPMGRPEETEEESQSQEFKLSLEVTEQAEAICAKYDVTLNTLVEACWGVLLEKYNSTNDVVFGKVVSGRNAEIEGIEEIVGLFINTIPVRISTTNEDTFADLLKSLQSQAIAANEHDFLPLAEIQNHTLLGRNLIGTLFFFEGYQGTSINIDGKLNVESEYYREQIGYDLGMTAFKSDENRIHFRILFSTKLYNKEEINIIGSHLQRLMEQAIAAPQTKLNELGMTNEAEEKIQLVQFNATDIDYPRDKTIVQLFEEQVARTPHNTAVVCGNEQLSYAELNARANKLALRLRREYHVRPDDFVAIIAERSLELVVGLYGILKSGAAYVPIDPFYPEERIAYILEDSQPKAVLIGHGKYNISPEKVVDLYSASNYEEGAENLEHVNTPHDLIYLVYTSGTTGKPKGVMVEHQHIVNQQMWTQREYPLHEGESLLMKTTCAFDVFAWEVFWWMLAGGKLVILQQGEESQSDKIIKVIQDYQVNAIQFVPSMFNMFLEELDMSKEEINTLRYIINIGEKLNAESVRHYNQLREKGQVRAELLNLYGPAETTVNSSGYQCPTGLDVDKVLIGKPISNTQIYILSNEKTAGIGVPGELCIAGESVSRGYLNRKELTAQKFIKNPFGSGMMYKTGDLARWMPDGNIEYLGRIDDQVKIRGFRIEPGEIESTLMELEGVSGAAVAVRQDKQGEKYLCAYVVVQTEVEKLDEDTIKSELRKKLPDYMVPLYMIRIDQIPLSHNGKLDKAALPEPEYKSKEYAAPTNREEKLVVEAFEKILGITEISVHDSFFDLGGHSLKVTLLCNELEKTIGIKLQLSEIFALSTPKRIAERIGSLQYDSFSEIPKIAKAEFYPMSSVQKRLYLLNEIVGPSISYNISNVIKYENTLDKEQLQRALDKLLEREEILRTSFHLINGEPVQVIQPDARVVLEYKEADTLDIQDEYDRFVCPFDLSKAPLMRVKLLQAPQASYLMLDIHHIVSDGESLPIMMNWISELYEGNTLPMPRVHYKDFSAWQMTQDITKQAAYWKNEFSGEIPILNLNTDFQRPKKKSFNGADVKTKIEEPVFMEIKELAKKHGATEFMIMLSTFMLLMSKYSQQEEIVVGTPVSGRTHVDTQEMLGMFVNSLAIKGKVKQEESFEQVLLGVKEKCLRAYDNQDFQYEDLVEAVDVKRDLSRNPLFDVMFMMPESEIMSGSKSIMSGTWVPMEGKVAKFDLNLMVIHTSEGYMVNLEYSTDLFKQETIKQMVDDYVLLLSEVIKHPEDRLQTLLKREDVKKEEKDSTQAELDNRANHLAQQVSDLMQALHQRDQAYWKSKVENFPHAPQLPLLFNGNAVNNATVKRLETKISAKDWAIVRNKALDNRIAPSALLCTIYAEVLFKWSNQSNMALSLNLFSNQPFHQDGMSLMRDFVSKLLLDIDLSSHRPFWERTTEIQKRLFEALDHRFYSGVDFLRDLAENRGQEDQAIMPIIFTSMLRDEADSFNANIGSRGELKYGISQTPEVFLDFQVAESDGQLMMTWDYVKDLFDEDMISAMFETYQLRLQQVIDHNLSTMPLPVTQSELLLDYNRTQGDYEGDLLQRLIDQQCQKTPDAIAVKLGQDTLTYGELARKSNQVARYLAEQNYAHNSYIGVWAERRIETIVNTVAILKAGHAYIPVNPEHPEERIEYIVEHSDIKLMIHPDLYEKENLSTYNDGALESVEDCQQDKAYAIYTSGSTGQPKGVVITHEAVVNTLLDINERFKVGSEDKIIALSSMSFDLSVYDIFGALISGAQLVLIPDLLDVASIHQIMIEEEITIWNSVPAIMDMYLENTKQDTLQRSTAERLRIVMLSGDWISLGLPEKIKTRMPKAQVIGLGGATEGSIWSIYFPITEVKPEWKSIPYGYPLKNQQIYVLDECGEECPVGVPGELHIGGKGVAVGYLNEEEKTKAAFINHRFGYLYKTGDYGVMRAEGYVDFLGRKDSQVKIRGHRVELGEIEHCINHLPNIHQSVVADYSDSHGEKQLCGYIVADETVELAEIKSELTKYLPDYMVPAQFIQVDEIPLSANGKVDRKLLPDPEKHMEKSKMIRGYEAPETQTEKLVVEAFEYVLGMERVSVNDNFFDLGGYSLNVIRLCNELEKSTGVRLQLREIFDLVTPKNIAETIKNSKVNTYEEIPEIAEAESYSISSAQKRLYLLDQLTGPGTTYNIPLVIKLKVKPDNERLQRALDQLVEQEEILRTSFHIVNGEPIQKISSDARIVLEHSEVNTADSQYIQAEYNTFVQPFDLSKSPLMRAKILDTPNDSYLFLDIHHILCDAESMPIMLYKIQELYEGRELLTPRVQYKDFCVWQNARDITEQAAYWKKEFSGDIPVLDLIMDYPRPHKQSFKGANFRTQVEENTSIQVKELAKKYGATEFMVLLSIFFSMLGKYSRQEEIIVGTPISGRSHTDTQNMLGMFVNTLAIKGNVSSDDSFEDVLLGIKEKCLQAYDNKDYQFEDLVEAVGVKRDYSRNPVFDVMFVLQDDEKENYSDRIQFGTRESVEGSISKFDLTLTMISDSEGYKIDFEYSTDLFKPETIEYMAKHFLTLIERVLMSPEKKLQDIAMVDMNEEAKILDEFNMTDAEYPHNKTIVQLLEEQAARIPNSTAITFNGQQLTYAQLNERANALARKLREDHNIQPNDFVLISTEKCLEMVVGIYAILKAGAAYVPVDPSYPEERINYIINDCKPRVVLCGTKEPEADIPIMNLHDEANYTMECSNLVHVNQSSDLMYVIYTSGTTGRPKGVMVQHVNVVRLLKNDKFNLDLYENDIWVQFHSYCFDVSVWEIFGSLLNGAKLVIPSEDTVKDGYAFGELLQKEAVTILCQVPSPFYALIDATTGQTINSLRYVIFAGEALYPAHLKKWHENNRHCRLVNMYGPTETTVYATYRDIDAEAIERGISDIGKPLPTLKIYILNGNELCGIGVPGELCITGEGVSQGYLNRQDLTDEKFVHNPFGAGKMYRTGDLARWLPNGNIEYIGRMDDQAKIRGYRIEPREVESRLLELEGISEAVVVVREDKKKEKFLCAYIIAETEIEERNVKIKLNKVLPDYMVPAHIISIDAIPLTSNGKLDKASLPQPQYKSKEYIAPRNEYETLIVQAFEHILDIENISVTDNFFDLGGSSLKAVLLCNELEKAIGVRLSIRDIFTFGTPEQIAENMGSIENEMFVAIEQASAAEYYPTSSAQKRLYLLDEMTGPNINYNVSDVYAYEEPLDKERLQKALDKLLQQEEILRTSFHVVDGEPIQTISPDARVLLDYSEVDAIDVQTEYDKFIQPFNLSEAPLMRVKLMKTTTASYLFVDIHHIICDGESLPVILHQVNEFYENDETDHE				NA	NA	NA	NA	NA
JZ016_04424	11307	grsB		Gramicidin S synthase 2	ATGAATAAAAATTCTAACCGAATCCAGTATAAAGATTTCAGCGTATGGCAGAATTTTTATGATATCTCAAAACAGGAAGAATATTGGAGGAGGGAATTCGCTGGTGAAATTGCCAGGGTGGATTTGAAGACGGATTTCCTCCGTCCTCAAATCCAGTCTTTCAGGGGAGCCAATGTTGTAGCAAAGGTAAAAGAGCCATTAAGCTCAGGGGTGAAAAATTTAGCCCTAAAGTATGGTGCTACTGAATTTATGGTTACTCTATCAGTGTTCATTTTATTATTAGGCAAATATAGTCGCCAAAAAGATATTATTGTAGGAACAACCGTATCAGGCCGAGTTCATGCAGATACTAAAGGTATGCTGGGGATGTTTGTCAATACTCTGGTAATAAAGGGAGAAGTTTGTCCTGATGATACTTTTGAGCATTTGATTTTAGCTGTGAGGGAGAAGTGTCTGCAAGCATATGATAACCAAGAATACCAATTCGAAGATTTAGTTGAAGCCGTAGAGAAGAAAAGAGATCTCTCAAGAAATCCGATATTTGATTTTATGTTCGGATTAAAAGAAAAGAAAAAACCGACGGAAATGCAAGGCCTATTGGGCGGGAAAAGTGCATCTATTAAAAGAAATGTTTCAAAGTTTGACTTATCCGTTCTGGTTGAATGTGTGTCAGAAGGGTATGAAATTGATTTTGAGTATTGCATAGATTTATTCAAACAAGAAACGATTGAATATATGGCAAGGCATTATGTAACGCTGCTTGAGGAAGCAGTAACACATCCAGAAAAAAAGCTTAAAGATTTGCATATGCTTGATATCAGGGAACAAGAGAAGATATTGGTTGATTTCAATGCAACGAATGTAGAATACGCTCGAGAACAAACAGTTGTCAGCTTATTTGAGAATCAGGTAGAGAAAACAGCAGAACATATTGCACTTAAATTTGATGATAAACAGATGACATATGCCGAGCTGAATGAGAGAGCAAATCAGTTGGCGCGTACTCTTCGGGATTTAGGAGTGGTTCCAAACGATTTGGTGGCTCTAGTTACAGAGCGTAGCATGGAAATGATTGTAGGAATATTAGCAATCATCAAGGCAGGGGGAGCTTATGTACCCATCAATCCGGAATATCCAGATCATAGAATTCGCTATATGCTGGAGGACAGTAGTCCAAAGATTGTATTGACGTATAAGAATAAGTTGCCAGGGAAGGTAGAGATTCCGGTATTGGATTTAGAAGATGAGAATCATTATGCTAATGAAACGGACAATCTTCTGCATGTTAACAGAGCTAATGATTTAGTGTATTGTATCTACACTTCGGGTACAACTGGAAACCCTAAAGGAGTTTTAATTGAACATCGAAATGTGGTCAATATGTGGGTCACCTATAAGGAAACATTTGCACTGAACGACAAGGATACGGTGCTGCAATTTGCAAATGTATCTTTTGACCAAGCGGTTGGTGATATCTTCCCTGCACTTTGCAATGGTGCGGCATTATGTATTGTACCAAAAAATTTAACCTATGATATGGAGCAACTACAAAAATATATAGATCGAAATAATGTAACAACAGCATCATTGACACCTAAGGTAATAGAAGGGTTGTGTGTTGAAGCATTACCGACACTTCGTTTGCTGGAGTCAGGTGGAGAGGCAGGTCGTCTAGAGACTTTAAAAGAATGGGCGAAAAGAGTAGAAGTGCTAAACACATATGGGCCTACGGAATCTACTGTAAATGCAACTAGTTTTAGAGTGAACACAGACTCTACTTCCATTACCATTGGACGTCCGATTGCAAATACAAAGGTATATCTTCTAAATGGAATGGAGCTATGCGGTATTGGAATACCTGGCGAGTTGTGTATTGCAGGAGATGGTTTAGCAAGAGGTTATTTGAATCAGCCAGAATTGACTGATAAGAAGTTTATTGAAAATCCCTTCGGTGAGGGAAAACTGTACCGTACAGGAGATTTAGCACGTTGGCAGCCAGATGGAAATATAGAGTATTTAGGTCGTATAGATGAACAAGTGAAAGTCCGTGGTTACAGGATAGAGTTAGGGGAAATTGAAAGTGTATTAAGAAAACAGAGTAACATCACTGATGCTGTCGTTGTTGTAAAAGAAGTTGGAAACGATGAAATTCTCTGTGCATATCTCATTGCAGAGAAGGGTCAAGAATTAATTATACCCGAAATTAAGGAAGCGATAAGAGAAGAAGTAACGGAGTATATGATTCCTGCCTTTATGATACAGATCGATGAATTTCCACTAACCATAAATGGAAAGCTGGATAAAACTAGATTGCCAGAGCCAGATATGTTAGAAAGCTTGAAATACGTACCACCAAGTAATAAGACGGAGCAAGCAATCGTAGATGTATTTGAGGAAATTCTAGGAGTATCTCCAGTCGGAATAGAGGACAGTTTCTTTGAATTGGGTGGACATTCGTTAAAAGCAACGACAGCAATTAATGTAATAGAGAAGAAAACAGGGATTCGTTTGCCAGTCAAAGAGATATTTAGTTCACCAACTCCTGCCATGTTGGCGAAAAAGATTGAGGCCGCGGGAGAAGGCGAATATAGTCCAATACCACAAGCAGAACAGAGAGAAGTTTATCCAGCATCCTCTACACAGAAACGATTGTTTATTCTGGATCAGATGGAAGGCAGTAGTACAGCATATAACATGGCTTCAGCGCTAGAAGTAACAGGTAATCTTGATTTGGAAAAAATACAACAAGCCATAGATCGCCTGATCGAGCGTCATGAATCGCTGCGAACCAGTTTTGTCATGACAGAAGGAGAAACCTTTCAAGTCATTGCAGACGAGGTATTCTACCCAGTGGAATATGAAGAAACCGACAGCTACAGCGAAGCAGATATGGAGCAATTTGTACGCCCGTTTGACATCGGAAAAGCCCCACTTATGCGTTTTAAAGTAGTCAAAGAAAGAAATCGGAACAAATATATTCTTCTATTTGATATGCACCATATTATTTCCGATCACAAGACGCTAAATCTATTAATCGAAGATTTCTCACGATTGTATAACGGTGAAAGATTACAACCACTTGAACTCCAATACAAAGATTATAGTGAATGGATGCGTGGCAGAAATCTGGAGAGTCAGAGGGACTATTGGAAAGAAGTATTTAAAGAAGAGGCACCGGTTCTGGATTTGGTGACGGACTATCCACGTCCAAAAATCCAAAGTTACAAAGGAGCACAAGTGTCGGTTCAGCTTAGTAAAGAACAAAAAGTTGGCATTCAAAATATAAATAAACAACATGGAACGACAGATTACATGACCTTACTGGCTGTATTTATGATAGAACTGCATAAATACAGCAGGCAACAAGATATCGTGGTAGGAACACCCATCTCAGGCAGGGTGCATCAGGATACTGAGACGATCGCAGGCATGTTTGTCAATACGCTAGCCATGAGAGGATATCCAAGGGATGAGAAAACGTTCTTGGAATTTTTAAGCGAGATCAAAGAGCTGGCATTGAATGCGTATGAGAATCAAGAATACCCATTTGAAGAATTGGTAGAGGAAGTAGAAGTACGCCGTGATCTGTCACGCAATCCGCTGTTTGACGTGATGTTTACCATGCAGAATAACGAAGACATCCATCTTGCGATGGGCGAAGCCCAAGTCGACATGTTGGGCATTCCTTTCATTGATGCCAAATTCGATTTGGATTTACAAGCGACAGCGTATGAAGACGGGTACGCTTTAGATCTGGTCTATTGCAGTGATTTATTTACCCAGACTTCAGCACAGGTCATGCTGGAACATTTTAAGGTATTGCTGGATAGGGTGATTGCTAACCCTGAAATGAAATTGTCTGAACTAAACATGGTCAGTGAGGTAGAACAACACAGAATACTAACGGTTTTCAATGATACCCATACAGAGTATGCACAGCATCATACGGTAGTAGAGCGATTCGAGAAACATGCGGAACAGACACCTGAGAAGACGGTAATCGAATACGAAACGGGAGTACTTCGTTATGGAGAAGTCAACCGAAAGGCAAATGCATTGGCATGGGAACTGATTTCGTTAGGTGTTCAGCCCAATGATCGAGTGGCCATCATGACTACCCTGGAAGCGGAAACGATGATTGGGATTTTAGGCGTGCTAAAGAGTGGAGCCGCCTATGTACCGATTGATCCAGCGACTCCGAAGGAACGAATCGAGCATATCCTGAACGATGCAGCACCCAAAGTCATCTTAACAAGAGAGAAGAAGCTGGAAACGGAAATCCCATGTATCTCTATGAATCTGGAGGACCTGGGCGAGAAGGCGGAAAACCCAGCGTGTGCCGTTGAACAAGACGACATCGCCTATGTGATTTACACATCAGGAACGACAGGAAAGCCCAAAGGCGTGGCGGTTACACGAGGTAACTTGGATCATTACTTGTCGTATGCAGATCAAGAGTACCAGAAAGAAGCTTGTACGACGGTATTAATGACAAGCTTAAGTTTCGACCTCTCCGTAACTTCCTTGTATTTACCGCTGATTAGTGGTGGATGTCTTCTATTAAAGGGAGGGGACACGGAGGAAAGGTTACGTGCAGCATTAAAAGATAACAGGGTAACCTTCCTTAAGCTTACTCCTTCTCATTTAAAGATGCTGGAAACCTATGCGGACGGCGTAGATGTACCGAATTTAGAAGCGCTGATTGTCGGTGGAGAAGAGTTAACAACAGATACGGCATGGAAAACGCAGAAGCTATTAGGAGACAACGTCAAGATTCATAACGAATATGGCCCTACAGAGACTACCGTAGGATGCTGTGACTATGTCTATTCCAAAGAAAAAGATAAGGGTTTAAGTGTAGGAATCGGGAAACCCATTGCCAACATGCAGCTATATATACTGAATGAGATGGAGTTATGTGGTATAGGCATTCCTGGTGAGCTATGCATCGCAGGAGACGGAGTAGCCAAAGGATATTTAAATCAGCCTGAATTAACAGCGAAGAAGTTTATCGATAATCCCTATGGCGAAGGGAAGTTATACCGCTCTGGAGATTTGGCGAGATGGCTGCCTAACGGGGAGATCGAATACCTGGGAAGAATAGATGAACAGGTTAAAATCCGAGGATATCGGATCGAGTTGTCCGAAATCGAGAGCGTTCTAAGGAATCAGCCGGGTATATTGGATGTAGCGGTTGTAGCATTGGAAGTAGGCGGTGACAAGCGTATATGTGCCTACCTGATCCCGACAAATCAAGAGCAGAAACTGGATATGCCTGAAATTAAAAATGATTTGAGAGAAAAACTGCCCGAGTATATGTTACCTGGCTTTATGATGCAGATCGATGCATTGCCACTGACTCCAAATGGGAAGCTGGATACAAAGGCACTGCCAGAACCCCATGCATTAGCGGGACAGGAATATATGCCACCAAGAACTAAAACAGAGAAGGTCATTACGGACGTATTTGAAGAAATCTTAGGCATATCTCCAATTGGAATAGAAGACAGTTTCTTTGAACTGGGTGGACATTCGTTAAAAGCGACGACAGCAATTAATGCCATAGAGAAAAAGACAGGAATTCGTTTGCCAGTGAAAGAGCTATTTGGTTCACCAACTCCTGCCGTCTTGGCGAAAAAGATAGAGGCCGCGGGAGAAGGTGCATATAGTCCAATACCCAAAGCAGAAAAGAGACAAACTTATCCGGCATCCTCTACACAGAAACGATTGTTTATTCTGGATCAGATGGAAGGCAGTAGTACAGCATATAACATGGCGTCAGCGCTAGAAGTAACAGGTAATCTTGATTTGGAAAAAATACAACAAGCCATAGATCGCCTGATCGAGCGTCATGAGTCGCTGCGAACCAGTTTTGTCATGACAGAAGGAGAGACATTTCAAGTCATTGCGGACGAGGTATTCTACCCAGTGGAATATGAAGAGACCGACAGCTACAGCGAAGCAGATATGGAGCAATTTGTACGCCCGTTTGACATCGGAAAAGCTCCACTTATGCGTTTTAAAGTAGTCAAAGAAAGAAATCGGAACAAATATATTCTTCTATTTGATATGCACCATATTATTTCCGATCACAAGACGCTAAATCTATTAATCGAAGATTTCTCACGATTGTATAACGGTGAAAGATTACAACCACTTGAACTCCAATACAAAGATTATAGTGAATGGATGCGTGGTAGAAACCTGGAGAGTCAGCGAGACTATTGGAAAGAAGTATTTAAAGAAGAGGCACCGGTTTTGGATTTGGTGACGGACTATCCACGTCCAAAAATCCAAAGTTACAAAGGAGCCCAAGTGTCGGTTCAGCTTAGTAAAGAACAAAAAGTTGGCATTCAAAATATAAATAAACAACATGGAACGACAGATTACATGACCTTGCTGGCTGTATTTATGATAGAACTGCATAAATACAGCAGGCAACAAGATATCGTGGTAGGAACCCCCATCTCCGGCAGGGTGCATCCGGATACCGAGACGATCGCAGGCATGTTTGTCAATACGCTAGCCATGAGAGGATATCCAAGGGACGAGAAAACGTTCCTGGAATTTTTAAGCGAGATCAAAGAGCTGGCATTGAATGCGTATGAGAATCAAGAATACCCATTTGAAGAATTGGTAGAGGAAGTAGAAGTACGCCGTGATCTGTCACGCAATCCGCTGTTTGACGTGATGTTTACCATGCAGAATAACGAGGAAATCCATCTTGCGATGGGCGAAGCCCAAGTCGACATGTTGGGCATTCCTTTCATTGATGCCAAATTCGATTTGGATTTACAAGCGACAGCGTATGAAGACGGGTACGCCTTAGATCTGGTCTATTGCAGTGATTTATTTACCCAGACTTCAGCACAGGTCATGCTGGAACATTTTAAGGTATTGCTGGATAGGGTGATTGCTAACCCTGAAATGAAATTGTCTGAACTCCACATGGTCAGTGAGGTAGAACAACACAGAATACTAACGGTTTTCAATGATACCCATACAGAGTATGCACAGCATCATACGGTAGTGGAACGATTCGAGAAACATGCGGAACAGACACCTGAGAAGACGGTAATCGAATACGAAACGGGAGTACTTCGTTATGGAGAAGTCAACCGAAAGGCCAATGCATTGGCATGGGAACTGATTTCGTTAGGTGTTCAGCCCAATGATCGAGTGGCCATCATGACTACCCTGGAAGCGGAAACGATGATTGGCATTTTGGGCGTGCTAAAGAGTGGAGCCGCCTATGTACCGATTGATCCAGCGACTCCGAAGGAACGAATCGAGCATATTCTGAACGATGCAGCACCCAAGGTCATCTTAACAAGAGAGAAGAAGCTGGAAACGGAAGTCCCATTCATCTCTATGAATCTTGATGATCTGGGCGAGAAGGAGACAAATCCAGCGTGTGCTGTTGAAAAGGGCGACATCGCCTATGTGATTTACACATCAGGAACGACAGGAAAGCCCAAAGGCGTGGCGGTGACACGAGGTAACTTGGATCATTACTTGTCGTATGCAGATCAAGAGTACCAGAAAGAAGCTTGTACGACGGTATTAATGACAAGCTTAAGTTTCGACCTCTCCGTAACGTCCTTGTATTTACCGCTGATTAGTGGTGGATGTCTTCTATTAAAGGGAGGGGACACGGAGGAAAGGTTACGTGCAGCATTAAAAGATAACAGGGTAACCTTCCTTAAGCTTACTCCTTCTCATTTAAAGATGCTGGAAACTTATGCGGACGGCGTAGATGTACCGAATTTAGAAACGCTGATTGTCGGTGGAGAAGAGTTAACAACAGATACGGCATGGAAAACGCAGAAGCTATTAGGAGACAACGTAAAGATTCATAACGAATATGGCCCTACAGAGACTACCGTAGGATGCTGTGACTATGTCTATTCCAAAGAAAAAGATAAGGGTTTAAGTGTAGGAATCGGGAAACCCATTGCCAATATGCAGCTATATATACTGAATGAGATGGAGTTATGTGGTGTAGGCATTCCTGGTGAGCTATGCATCGCGGGAGACGGGGTTGCTAAAGGCTATTTAAACCAGCCTGAATTAACAGCGCAGAAGTTTATCGACAATCCCTATGGAGGAGGGAAGTTATACCGCTCTGGAGATTTGGCGAGATGGCTGCCTAACGGGGAGATCGAATACCTGGGAAGAATAGATGAACAGGTTAAAATCCGAGGATATCGGATCGAGTTGTCCGAAATCGAGAGCGTTCTAAGGAATCAGCCGGGTATATTGGATGTAACCGTTGTTGCATTGGAAGTGGGCGGTGACAAGCATATATGTGCATATCTGATCCCGACCAATCAAGAGCAGAAACTGGATATGTCTGAAATTAAAAATGATTTGAGAGAAAAACTACCCGAGTATATGTTGCCTAGCTTTATGATGCAGATCGATGCATTGCCACTAACTCCAAATGGTAAGCTGGATGCAAAGGCCCTGCCAGAACCCCATGCATTAGAGGGACAGGAATATGTGCCACCAAGAACTAAAACAGAGAAGGTCATTACGGAAGTATTTGAAGAAATCTTAGGCATATCTCCAATTGGAATAGAAGACAGTTTCTTTGAACTTGGTGGAGATTCTATTAAAGCGATTAAGGCAGTTTCGAAGTTGCGGGAAAAAGGTTATAAGCTATCTTTCGCAGCATTAATGTATCAGCAGACACCAAGAAAGATTGGGGAAAATATTCAAAAGGGAGAAGTAAGTCAAGTATACGAACAGGGAGAAATCAATGGGGAAAGTTCTCTAACTCCTATACAACTAGAATTTTTCAATAAGCGTCACATCGTACCCAATCATTTTAATCAGGCCTTAATGTTAAGAAGTGATGAGCCGTTTGACATACCTAGTTTAAAGACAGCAATTACTGAAATCATTAAACATCATGACGCCTTAAGAAATGTATATGACGAACAACGTCAAATCACGCTGTCTACAGAGGAAAGCAAGCTATATGATTGGTATGAAAAAGATTATACAAAAGTGCAAGATCCATCGAAAGAGATAGAGTATGCCAGCGATCAATTACAGGCAAGCATAGACCTAGACAAAGGACCCTTGGTAAAAATAGGACTGTTCCATTCAGGCAGTGGAGATCATTTACTAATTTGTGTACATCATCTGGTCATAGACGGTGTATCATGGAGAATTCTGCTGGAGGATTTATTTAGTGGATATCGACAAATCCAAGAGACAGGTAAAATCAAGCTGCCAATGAAAACGGCTTCGTACAAGGAATGGGCGAATGCTTTAACACAATATGCTAAGAGTGAAGTGCTTTCAAATGAAATAGCATACTGGAAAAATATATCAGAAAAATCAAATAGTACGGAGACATTCAAGAGTACACAAACAGCAAGTGGTCAATATAAAAATAAAGTAGTGAAAGTGGACTCTGAAACGACGAAAAAGTTGTTACTTGAAGCTGGAAAGACATATAAAACCGAAATAAACGACTTGTTACTGGCATCGCTGACCATTGCGGTCAAAGAATGGAGAAACTCTAAGTACCTAACCATAGAAATGGAGGGTCACGGTAGAGAGACAATAGATAGAGAGATCGCCATTGATCGTACAGTTGGTTGGTTTACAAGTGTATATCCTATTATTTTGGAGACAAAAGATACTGTTGAAGAAAGCATTTTGGAGACAAAACAAACATTGAGACAGGTCCCTAATCATGGAATTGGATATGGAGTTTTGAGATATCTTGGTGAGCATAGTGGACTTGAGATGAGCGCAGCCATAACATTCAATTATCTTGGAGAATTGGATAATGAGATAGACAGAATTGAAGGCATATCCATGTCGGAAATGCCATTAGGAAGAAGTATGTCAGAAAAAAATTCATCAGGAATGGGTTTGTCTCTAAACGGGGCTGTTTTAAATGGGCAACTTGAATTTGACATCATATATGATACTGGATTGTATTCCGATGAAGATGCTCAAACATTGGTGTTGGCATATGAAAGAGCAATTAAGGATGTTGTCGAAACGTGTTTAACCAGAAAAGGAACAGTAAAAATGCCATTAGACGTAACATTTATCGGTGATAACCGTGATGGCGATCTAAAGTGCATGATACAAGAACAGTTGAATGATTATGGAGATAACTATATTAAAACACGTCCTACTTTAGAATGTCCTGTATTGACAGGACATGAAGACTTCTTGCGACCAGATACAGAAATTATTACTGACATCATAAGAATAGGAGGAACGGCAGAGAATGCTTCTTTGTCAGTCAAGGAAATCATCTCCAGGCATGGAGCGTTAAGAACAAAATTAAATCAAACAATGACCTATTTAGAAGAGTACGATTATTCGGATGAATGGGAAATTCCAGTAGTGAAAGGAACCTTAGCATTATCTGCAGAACAATTTAAGGAAATTGTGAATGAGATGAATTTTCTAACTGACGATAAGCTCTTATCTAGATTTTTAATCGTAGAAATTGATGCAGATCATTGCTTAGTACTTAGTGCAATTCATCATTTAATATGGGATGGAGTCTCACAAGATTTGTTTAAGGTTATGCTTCATGAAACTTTGAACAACAGACGTAACACTCCCTATAACTATTCTTTCATAGAATATTGCAAAATGATCAAAAAGAAAGTTGATGAACTGGAAATTTCTGATAATCAAGAGTCTAACATGGCGGAGTATATTGAAGCTGCTAAAAAATCGGCTAACTTAGTCTCGCGACGAGACACGAAGAGATCTACAGAAATTCATGTGAAACTAAATGAGTTACAATATCAGAAATTTAGTGAGCAACCCATTAATACAGCAGCAGAATTTATATCAAGGCTTATGTATAGTGACTTATCTGAAGAATTAAACAACATTCCTGTTTCTGTTTTGACACATAACAGAGATGAATTCAATAAGGGAATGTTGGGGCTGACTTTAAATTTAGATTATTCAATTTATGATAGGAAAAGTAAAATGCAAGAACAGCTTTTATCAGCATCAGAAAAATCCAGTATTAATCAATCTGCCATTACAGAAAAGTTGTTTCTTATCGCACAAAAGTACGGTTTTAATGAAATGTCCAATCGCATTCCAATCCTTAATTATCAGGGAGTCCTTGATAAGTTTGCAAGTCGAGATGACATATCATTAGAGAAGATGTTTTTACAAACACAGATTATAGAGTCTGAAGATTTTGGAGTGAGCATGCACTTCTACATTCACAATAGTACTCTAATTGCTCGCATTACAGGCATTACAATTGAAGAAGAGCTCCTTAATGATGTCATGAATAATATTTAA	MNKNSNRIQYKDFSVWQNFYDISKQEEYWRREFAGEIARVDLKTDFLRPQIQSFRGANVVAKVKEPLSSGVKNLALKYGATEFMVTLSVFILLLGKYSRQKDIIVGTTVSGRVHADTKGMLGMFVNTLVIKGEVCPDDTFEHLILAVREKCLQAYDNQEYQFEDLVEAVEKKRDLSRNPIFDFMFGLKEKKKPTEMQGLLGGKSASIKRNVSKFDLSVLVECVSEGYEIDFEYCIDLFKQETIEYMARHYVTLLEEAVTHPEKKLKDLHMLDIREQEKILVDFNATNVEYAREQTVVSLFENQVEKTAEHIALKFDDKQMTYAELNERANQLARTLRDLGVVPNDLVALVTERSMEMIVGILAIIKAGGAYVPINPEYPDHRIRYMLEDSSPKIVLTYKNKLPGKVEIPVLDLEDENHYANETDNLLHVNRANDLVYCIYTSGTTGNPKGVLIEHRNVVNMWVTYKETFALNDKDTVLQFANVSFDQAVGDIFPALCNGAALCIVPKNLTYDMEQLQKYIDRNNVTTASLTPKVIEGLCVEALPTLRLLESGGEAGRLETLKEWAKRVEVLNTYGPTESTVNATSFRVNTDSTSITIGRPIANTKVYLLNGMELCGIGIPGELCIAGDGLARGYLNQPELTDKKFIENPFGEGKLYRTGDLARWQPDGNIEYLGRIDEQVKVRGYRIELGEIESVLRKQSNITDAVVVVKEVGNDEILCAYLIAEKGQELIIPEIKEAIREEVTEYMIPAFMIQIDEFPLTINGKLDKTRLPEPDMLESLKYVPPSNKTEQAIVDVFEEILGVSPVGIEDSFFELGGHSLKATTAINVIEKKTGIRLPVKEIFSSPTPAMLAKKIEAAGEGEYSPIPQAEQREVYPASSTQKRLFILDQMEGSSTAYNMASALEVTGNLDLEKIQQAIDRLIERHESLRTSFVMTEGETFQVIADEVFYPVEYEETDSYSEADMEQFVRPFDIGKAPLMRFKVVKERNRNKYILLFDMHHIISDHKTLNLLIEDFSRLYNGERLQPLELQYKDYSEWMRGRNLESQRDYWKEVFKEEAPVLDLVTDYPRPKIQSYKGAQVSVQLSKEQKVGIQNINKQHGTTDYMTLLAVFMIELHKYSRQQDIVVGTPISGRVHQDTETIAGMFVNTLAMRGYPRDEKTFLEFLSEIKELALNAYENQEYPFEELVEEVEVRRDLSRNPLFDVMFTMQNNEDIHLAMGEAQVDMLGIPFIDAKFDLDLQATAYEDGYALDLVYCSDLFTQTSAQVMLEHFKVLLDRVIANPEMKLSELNMVSEVEQHRILTVFNDTHTEYAQHHTVVERFEKHAEQTPEKTVIEYETGVLRYGEVNRKANALAWELISLGVQPNDRVAIMTTLEAETMIGILGVLKSGAAYVPIDPATPKERIEHILNDAAPKVILTREKKLETEIPCISMNLEDLGEKAENPACAVEQDDIAYVIYTSGTTGKPKGVAVTRGNLDHYLSYADQEYQKEACTTVLMTSLSFDLSVTSLYLPLISGGCLLLKGGDTEERLRAALKDNRVTFLKLTPSHLKMLETYADGVDVPNLEALIVGGEELTTDTAWKTQKLLGDNVKIHNEYGPTETTVGCCDYVYSKEKDKGLSVGIGKPIANMQLYILNEMELCGIGIPGELCIAGDGVAKGYLNQPELTAKKFIDNPYGEGKLYRSGDLARWLPNGEIEYLGRIDEQVKIRGYRIELSEIESVLRNQPGILDVAVVALEVGGDKRICAYLIPTNQEQKLDMPEIKNDLREKLPEYMLPGFMMQIDALPLTPNGKLDTKALPEPHALAGQEYMPPRTKTEKVITDVFEEILGISPIGIEDSFFELGGHSLKATTAINAIEKKTGIRLPVKELFGSPTPAVLAKKIEAAGEGAYSPIPKAEKRQTYPASSTQKRLFILDQMEGSSTAYNMASALEVTGNLDLEKIQQAIDRLIERHESLRTSFVMTEGETFQVIADEVFYPVEYEETDSYSEADMEQFVRPFDIGKAPLMRFKVVKERNRNKYILLFDMHHIISDHKTLNLLIEDFSRLYNGERLQPLELQYKDYSEWMRGRNLESQRDYWKEVFKEEAPVLDLVTDYPRPKIQSYKGAQVSVQLSKEQKVGIQNINKQHGTTDYMTLLAVFMIELHKYSRQQDIVVGTPISGRVHPDTETIAGMFVNTLAMRGYPRDEKTFLEFLSEIKELALNAYENQEYPFEELVEEVEVRRDLSRNPLFDVMFTMQNNEEIHLAMGEAQVDMLGIPFIDAKFDLDLQATAYEDGYALDLVYCSDLFTQTSAQVMLEHFKVLLDRVIANPEMKLSELHMVSEVEQHRILTVFNDTHTEYAQHHTVVERFEKHAEQTPEKTVIEYETGVLRYGEVNRKANALAWELISLGVQPNDRVAIMTTLEAETMIGILGVLKSGAAYVPIDPATPKERIEHILNDAAPKVILTREKKLETEVPFISMNLDDLGEKETNPACAVEKGDIAYVIYTSGTTGKPKGVAVTRGNLDHYLSYADQEYQKEACTTVLMTSLSFDLSVTSLYLPLISGGCLLLKGGDTEERLRAALKDNRVTFLKLTPSHLKMLETYADGVDVPNLETLIVGGEELTTDTAWKTQKLLGDNVKIHNEYGPTETTVGCCDYVYSKEKDKGLSVGIGKPIANMQLYILNEMELCGVGIPGELCIAGDGVAKGYLNQPELTAQKFIDNPYGGGKLYRSGDLARWLPNGEIEYLGRIDEQVKIRGYRIELSEIESVLRNQPGILDVTVVALEVGGDKHICAYLIPTNQEQKLDMSEIKNDLREKLPEYMLPSFMMQIDALPLTPNGKLDAKALPEPHALEGQEYVPPRTKTEKVITEVFEEILGISPIGIEDSFFELGGDSIKAIKAVSKLREKGYKLSFAALMYQQTPRKIGENIQKGEVSQVYEQGEINGESSLTPIQLEFFNKRHIVPNHFNQALMLRSDEPFDIPSLKTAITEIIKHHDALRNVYDEQRQITLSTEESKLYDWYEKDYTKVQDPSKEIEYASDQLQASIDLDKGPLVKIGLFHSGSGDHLLICVHHLVIDGVSWRILLEDLFSGYRQIQETGKIKLPMKTASYKEWANALTQYAKSEVLSNEIAYWKNISEKSNSTETFKSTQTASGQYKNKVVKVDSETTKKLLLEAGKTYKTEINDLLLASLTIAVKEWRNSKYLTIEMEGHGRETIDREIAIDRTVGWFTSVYPIILETKDTVEESILETKQTLRQVPNHGIGYGVLRYLGEHSGLEMSAAITFNYLGELDNEIDRIEGISMSEMPLGRSMSEKNSSGMGLSLNGAVLNGQLEFDIIYDTGLYSDEDAQTLVLAYERAIKDVVETCLTRKGTVKMPLDVTFIGDNRDGDLKCMIQEQLNDYGDNYIKTRPTLECPVLTGHEDFLRPDTEIITDIIRIGGTAENASLSVKEIISRHGALRTKLNQTMTYLEEYDYSDEWEIPVVKGTLALSAEQFKEIVNEMNFLTDDKLLSRFLIVEIDADHCLVLSAIHHLIWDGVSQDLFKVMLHETLNNRRNTPYNYSFIEYCKMIKKKVDELEISDNQESNMAEYIEAAKKSANLVSRRDTKRSTEIHVKLNELQYQKFSEQPINTAAEFISRLMYSDLSEELNNIPVSVLTHNRDEFNKGMLGLTLNLDYSIYDRKSKMQEQLLSASEKSSINQSAITEKLFLIAQKYGFNEMSNRIPILNYQGVLDKFASRDDISLEKMFLQTQIIESEDFGVSMHFYIHNSTLIARITGITIEEELLNDVMNNI	PGPT0009845_4	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0009845-srfAA|lchAA-K15654	NA	NA
JZ016_04425	1743	msbA	COG1132	Lipid A export ATP-binding/permease protein MsbA	ATGAATGAAAAAATTTCAAAAAGCATATACAAAAAGAATATAGGCTTATTTATTTTGTCCTGCTTACTTGGTATCGTGACATCTATTCTGTTTATTGCATTGGCGTTTATACTACAAAAGTTTATTGATTATTCGATTAACAAAGATATTGACAATATCGTTAAGTTAACTACTATTTCCGTTATTTTATTGCCTTTAGGTGCAGTGGGAATGTATGTGGGGTATGCTGTTAAAAATTTATATACAAAAAAGGCAACGTTAAACCTGAAAAATACCCTGGTTGAAAACATTTTGCGGTTAGATATGAGAAGCTTCAACAAGGAGAGTAATGGAACTTACATATCACGATTGTCAAATGATATAACTATTATTCAAAACGATTATATAAAAGGGACCGTGGAAATATTTGTTCAGCTTGCTATGCTTGTAGGCGGAGTGCTTGCGATGTTTATCATTAATTCATTCCTTGCATTGAGTATATTACTCACTTGCATCATTCCACTCGCCGTTTCGAGTATATTTAATAATCGTATGCAAAAAGCACAAGGCGAAGTGGCTGAGCAAAATAAAAGTTATGTATCTTTCATTAAAGATATATTGTCTGGAAATCAGGTTGTTAAGAGTTTTAACATCGAAAAAGAGATTTTTGAAAGGGCAAAGGCAAAAGCGAACAAGCAGGAAAAAGTAAAAATGGTATACGAAAATCTGCTGTCACTCATTATGTCACTTACTGATATTTCAACATTTCTTGTTGCTGTAGTCATATTTATTGTGGGAACTCAGCAGCTCATGAAAGGACAAATTACAGTAGGGGAGATTATGGCTTTTATTCAATTGCTAAATTGCGTAACAGTTCCCATTAATCGACTCATAACCGGTTTTACCAAAAGGCAGGCTAGTCGGGTTTTATTAATGAATTTCAATAAAATAGGAGAGGCAAAAACGGAACAAACTCAAAGAGTTGATATTCCTAAATTCAGGAATAAAATTTCTTTAAATGGGCTTTCGTTAAGCGTAGATGGGAAAACAATTTTAGATGATATTAATTTTGAATTTGAACATGGAAAGTCTTATGCAATTGTAGGAACAAGCGGGAGTGGAAAGACAACCTTATTAAAGATGCTGACTGGGTTTTATGATGGGTATGAAGGAAGTATCAGGTACGACGGGGTTGAACTTGAGAAAATAAGTGATCAGTCCATTTTCCAAAATGTTAGTTTTATTCATCAGGACTGTTTTATCTTTGATGAGACGATTGAACAAAATATTAAATTGTTTCGTGAATGTGACACAGATGAGTTTGAGCAAGTCATAAAGAGGAGTATGCTACAGAAATTGATTAATGACAGAGGCGGCTTTGATGTCTTATGTGGAGAAAATGGAATCCATTTTTCAGGTGGGGAAAAACAGAGAATTTCTGTAGCAAGAGCACTCCTTAGAAAATCACCTATATTACTTATGGACGAGGCGACTTCAGCGTTGGACAATCAAACAGCTAGTGACCTGGAGTGTATGTTAAGTGAAATGCAGGGCATTACGAGAATTTCCATTACACATAGGCTGGATGAATCCATTCTTAGTGGATATGATGAAATTGTTTTATTGAATAATGGAAAAATTGAAGAACACGGGACATATCATGAATTAATGGAAACCAAACAAAGATTTTATGCATTGAGTATGTTGAGTAGACATAATAATGATCTTTTAATAGAGAAAGGTATAACTAGTCTTGTATTTTAA	MNEKISKSIYKKNIGLFILSCLLGIVTSILFIALAFILQKFIDYSINKDIDNIVKLTTISVILLPLGAVGMYVGYAVKNLYTKKATLNLKNTLVENILRLDMRSFNKESNGTYISRLSNDITIIQNDYIKGTVEIFVQLAMLVGGVLAMFIINSFLALSILLTCIIPLAVSSIFNNRMQKAQGEVAEQNKSYVSFIKDILSGNQVVKSFNIEKEIFERAKAKANKQEKVKMVYENLLSLIMSLTDISTFLVAVVIFIVGTQQLMKGQITVGEIMAFIQLLNCVTVPINRLITGFTKRQASRVLLMNFNKIGEAKTEQTQRVDIPKFRNKISLNGLSLSVDGKTILDDINFEFEHGKSYAIVGTSGSGKTTLLKMLTGFYDGYEGSIRYDGVELEKISDQSIFQNVSFIHQDCFIFDETIEQNIKLFRECDTDEFEQVIKRSMLQKLINDRGGFDVLCGENGIHFSGGEKQRISVARALLRKSPILLMDEATSALDNQTASDLECMLSEMQGITRISITHRLDESILSGYDEIVLLNNGKIEEHGTYHELMETKQRFYALSMLSRHNNDLLIEKGITSLVF				NA	NA	NA	NA	NA
JZ016_04426	1065			hypothetical protein	ATGGAGCAAATCGCAGTTGTCGGGTGTGGCGGAATGATCGGTGAAGTCATCTGTAAGAACTTATGTAAAGACTTTATAGTTAAGGGCGGACAGCGGCGTGAACCTACAGCATTATTGAACCTGAATAATTTTAACTATCACTTTTTGGATATTTTTGACTGGGAGAACTTGATTGCATTCTGTGCTGATTGTACCGTTGTCATTAATTGTGCAGGGCCTGAATTTGTAATTAAAGATAGAGTTGCTCAGGCAGCTATGAAAGTAGGAGCAAAATATGTTGATGCTTCCAATGCTTTATTATTGAGTCAGGAGCAAGAGCTAGAGCTCAAAGCTAACGGTGTAAATTACATAGGAGCTGGTTTTTGTCCTGGAATTACAGGTTTGCTATTAAAACGAGTGATAAATCATTTACTAGACGAAACTAAGCATGTGAATTGTTATATTGGTGGTGCGGAACATTATACGAAAACTTCTATCTCAGATATATTAATGAGTGGGCATAGTGTAATTGGAAAAACAGACTCTTATTGGAGTGATCATCGTGTTAAAACGGAAAATATAAATATGATGCAGAAAGAATTTGTACCTGAAGTGGATGTGCCTGTCTATAAGAAACCGTATTTAAGTCAAGAGATCATTGATATTCTAGAAGTTAGTTCGGTACAAGAACTCCACTGGTACAATATAGCAGCAAATGATTATATTTTTCGTTTGGCAATGCAATTTTATCAAATGCAACTTGAGTCTTCGGTTGAAGAAGCCATGAAAAAACTAGACATTAGTTTAGAGGAGCAACCTAAAGAGGAATGGATAGCTTTAGTCATTGATGCTACAGGAGAGAAAAATGGAAAGAATGTTAGGTGCAGATTGAATTTACAAATGGAAACGAGTTCAGAGTTAACGGGTACAGTGGCTGCTGAAATCGCCCGACATGCTATTTCAAGTAATAGACCTAATGGTACCTATTGGGCTTATGAAGTACTCCCTATAGATTTTATGAATCAATATGTTTTTTCTAATAAACATGATTTTTATGAGGAAAAGTATATTGAAATAAAGAAATAA	MEQIAVVGCGGMIGEVICKNLCKDFIVKGGQRREPTALLNLNNFNYHFLDIFDWENLIAFCADCTVVINCAGPEFVIKDRVAQAAMKVGAKYVDASNALLLSQEQELELKANGVNYIGAGFCPGITGLLLKRVINHLLDETKHVNCYIGGAEHYTKTSISDILMSGHSVIGKTDSYWSDHRVKTENINMMQKEFVPEVDVPVYKKPYLSQEIIDILEVSSVQELHWYNIAANDYIFRLAMQFYQMQLESSVEEAMKKLDISLEEQPKEEWIALVIDATGEKNGKNVRCRLNLQMETSSELTGTVAAEIARHAISSNRPNGTYWAYEVLPIDFMNQYVFSNKHDFYEEKYIEIKK				NA	NA	NA	NA	NA
JZ016_04427	1074			hypothetical protein	TTGCCGTGGATCTCACTTGGAGTTATAGCTTATATACTGACAAAATACGCGCAGAACCATCAGGATTGGGCGGAAAAATATAGTAAGTCTGTCTATCCGTTATTGTCAAAAACAGTAGGATTTGTACCTTCTTGGGTCAAATTTTCTGTTAGTGAATGGCTCGTAGTGTTGGTTGTGTTACTTTTTCTATTTTATATCGTTTATTATGTGCGCAAGGTTATCATGAGTAAAGGTGTACGTAAGATGGTAGTTTATCGTGGTACTCTAGGAATCGTTACGATCTGTAGCGTAATATATTTTTGTTATACTATTTTGGGTGGAATAAACTATCACAGATATTCTTTTTTGTCTCATACCGAATATAAAGAGGAGAACTACAGCAAAGAGGAACTGGTCAAATTGACTAAGTCGCTTGCCGTTGAAATGGAATTGGCAAGGGAAAAGTTAGCGGATACTGATCTTTTGGCTCATGTACCAGAGGTTTTTGATTATTATGCACAACACGCAGTGTTCTCGATGCAAATGTTATCAAAGAAATATCCTATTTTGGAGCATTCATATTCAAGACCAAAACCAGTGGCGATGTCAAAACTAATGTCGCACGCAGGGATACATGGTATTTTTGTCCCTTTTACTTATGAATCCAATATCAATGTTAATGTGCCAGTTTTCTTGGTGCCTGCTACTATGGCGCATGAATTGGCACATCAGAGTGGTTTCATGCATGAGGATGAGGCAAATTTTATAGCTTATCTGGCATGTAAACAGCAGGATGATTCAATGATACTATACAGTGGTTTATTCCTAGCATTTGATTATTCTATATCTGAGCTAAAAAAGGTTGATCCAGATAAGGCGTCTGATATAATGTCCAGTCTGTCCAAGGCGGTGCAGCATGATATAGAACAAAATGAGCAGTACCGGGATAAGTATGAGGGTGTTATTTCAAGTATTTCAAGAAATGTAAATGACGTATATCTGAAGGCGAATAATCAGACAGACGGTTTGAATAGCTATAGTGGTATGGTAAATTTGTTGCTGGCAGAGCAGCGAGGGATAGAGAAGTATAATTAA	MPWISLGVIAYILTKYAQNHQDWAEKYSKSVYPLLSKTVGFVPSWVKFSVSEWLVVLVVLLFLFYIVYYVRKVIMSKGVRKMVVYRGTLGIVTICSVIYFCYTILGGINYHRYSFLSHTEYKEENYSKEELVKLTKSLAVEMELAREKLADTDLLAHVPEVFDYYAQHAVFSMQMLSKKYPILEHSYSRPKPVAMSKLMSHAGIHGIFVPFTYESNINVNVPVFLVPATMAHELAHQSGFMHEDEANFIAYLACKQQDDSMILYSGLFLAFDYSISELKKVDPDKASDIMSSLSKAVQHDIEQNEQYRDKYEGVISSISRNVNDVYLKANNQTDGLNSYSGMVNLLLAEQRGIEKYN				NA	NA	NA	NA	NA
JZ016_04428	648	lgrE		Linear gramicidin dehydrogenase LgrE	TTGTTTATGAGTGAATTGGCTGGGAGAGGAACTCGATTCAGAGAGCCTTGCTACCAGTCTGTTGGTGAAGCAAGTGAAGATATCGCCAAAAGAATCATTGAACAATTAGAATATGACGATGAATATGTTATATTTGGACACAGTATGGGAGCCTTATTGACTTATGAGATATATTATAAACTTAAGCAAATGGGAGCTAAGGAACCAAGGCATCTGTTTTTTTCTGGGCGAAATGCTCCACATATTTTTGAAGAGAGAGAAGACATTGAAAATATGACGAATGAAACTTTCTTGCTAAAGGTAGAACAATATGGGGGCATACCAGAGGAGTTTTATACCCAAGAGATTATGGATATGTTTCTTCCGATTTTGCGAGCAGATTTTATAATTTTGGACAATTATAAGTTTCAGCCCAAAGCAGAAAAAATAAGTTGTGGAATAAGCGTTTTTTATGCGGATAATGATTTTTCGACTCATATCAAAGAAATTCATAAATGGAGCGAAGTTGTTGAAGGGAATGTGAAATTTCATGAATTTAAAGGAGAACACTTTTTTTTGAATCGGTATCCTAATGATATTGTAAATACTATTGTTAAAGATACAGAGACTCAAAATATTTATTGTAGTAATGAGCGCAAAGTTTACTGA	MFMSELAGRGTRFREPCYQSVGEASEDIAKRIIEQLEYDDEYVIFGHSMGALLTYEIYYKLKQMGAKEPRHLFFSGRNAPHIFEEREDIENMTNETFLLKVEQYGGIPEEFYTQEIMDMFLPILRADFIILDNYKFQPKAEKISCGISVFYADNDFSTHIKEIHKWSEVVEGNVKFHEFKGEHFFLNRYPNDIVNTIVKDTETQNIYCSNERKVY				NA	NA	NA	NA	NA
JZ016_04429	1011			hypothetical protein	ATGAATTTTTTGCGGGAGTTTTTTTCTAACAATGTAGTAAGAAGGATTCTGTTCCTCTTACTTGTTATTTTATTGCTGTACAGCTTAAGAGGTATGCTCAATCTGCTGTTATTGCTGTTTCTTGTTACCTTCGTCATGGGACGCCTAGAGCACTTTATTACGAAGAAAATATCGAAGCTGTTTCCTATATCGCCTATTGTCGTGAATACGATATTGTATGCGGTTTTAATATTTGGGCTTGTATACGGAATTGTCAATTATGTTCCGAAGCTCATTAGTCAAATTTCCGATTTATATTTTTCCATTATCAGATTCGTGAATACACCTCAGTCGGATGAAATCGCTGAGCTTGTCTCCTCCGCGCTCGGTAAGCTGGAATTAGAGCAATACGGAAGCCAGGCATTAAATTATATTCTGAAGATAGGCAAATGGGCCGAGGTTATCATTTTTGTTATTGTATTGAGTTACTTCTACTTAATCCAGAAGAAAACAGTCAATGACTTTACAGATAAGTTGAGCAAAAGCAAGATAAGCTGGGCTTACAATGAGTTTAAATATTTTGGCCAAAAATTCACCTCTTCCTTCGGTAAAGTGATCGAGGTTCAACTGATGATTGCCTTAGTCAATACGATTTTAACGACTATCGGGTTGTGGATTATGGGCTACCCTTACTTGTTCGCTCTAACGATTATGGTATTTTTACTAAGCCTTGTGCCGGTTGTCGGTGTTGTGATTTCCTTCATTCCGATCAGTATTATCGGTTACCAGATTGGCGGTATCTCAACTGTCATTTGGGCGATTGTCATGATTTTACTTATCCATGCAGTAGAGACATACTTCTTAAATCCGAAGCTGTATGCTCACAAAACGAAGCTGCCGATGTTCTACACCTTTATTGTTCTTATTTTCTCTCAGCACTTCATGGGGATTTGGGGGCTTATTATCGGGATTCCGATCTTTATGTTCCTGCTCGATATTTTGGAAGTCGATCAAAGCAACGCGTTATCCTAA	MNFLREFFSNNVVRRILFLLLVILLLYSLRGMLNLLLLLFLVTFVMGRLEHFITKKISKLFPISPIVVNTILYAVLIFGLVYGIVNYVPKLISQISDLYFSIIRFVNTPQSDEIAELVSSALGKLELEQYGSQALNYILKIGKWAEVIIFVIVLSYFYLIQKKTVNDFTDKLSKSKISWAYNEFKYFGQKFTSSFGKVIEVQLMIALVNTILTTIGLWIMGYPYLFALTIMVFLLSLVPVVGVVISFIPISIIGYQIGGISTVIWAIVMILLIHAVETYFLNPKLYAHKTKLPMFYTFIVLIFSQHFMGIWGLIIGIPIFMFLLDILEVDQSNALS				NA	NA	NA	NA	NA
JZ016_04430	351			hypothetical protein	ATGAAACAGCCATTAAGTATCATCCCAGACCAATGGAAAAGAACTGGGATTGTCACGATCGGCGGCCTACTTATAGGAGCAGGATTTGCCGATTGCCTGATTGCCATGAATTCAATCGATTTAAATCAAATCGCTAGAGGGTTAACGATCTTTAGTGCAGGTCTGACCATCTTAGTCGTCATGGATAACTCTAAAACACAAAAGGAGACCGAGAAAATCCAAAAAGAAACACAACTTCGAATGGAAAAAATAGAAGATAAGCTGAACGCCCTTCATCAATCCCAACAAATAACGAATTCACAGTTTCTTGAAATCAAAGAGCTGATGCACCAATCCAATTCGGAGATCTAA	MKQPLSIIPDQWKRTGIVTIGGLLIGAGFADCLIAMNSIDLNQIARGLTIFSAGLTILVVMDNSKTQKETEKIQKETQLRMEKIEDKLNALHQSQQITNSQFLEIKELMHQSNSEI				NA	NA	NA	NA	NA
JZ016_04431	795			hypothetical protein	ATGAAGGCAACAGAAGCGACTGGAATGGCGCGGGCAGGCAAGGTGAATTGGGTGCTTTTTAATCCAAAAACCTATGCAACGATCCTCTATTTCTTGCTATCTCTCCCGTTAGGGATTATTTATTTTACAGTAGCGATAACGGGACTAACACTATCCATCGGTTTGACTCCAATATTTATCGGAATACCGCTGTTTTTTGGAGTAGCCAAGCTGTTGAATGGGATTGTCAATTTTGAACAAAGCATGATTAGACAAATTTTAGGTTTACCTGCTCCTTCTGCTTCGTATACCTACAATCAACAGTCTGAATCTGGGCAGAATTGGTTGAAACGAATGGTGAGAGGTTTTGACGGAGGGTTATTTATTCGAAATCTGCTCCTCGTATTACTAAGATTTGTTACTGGCATCGTATTCTTTGTTATTATGGTGACGGCGATTTCACTGGGACTCGGATTAATTGCTCTTCCCGTCGTCCATATCATTTTGATGAATGAACTGCAGCTTGATATTTTGGAGAATAGCGTATTTAGTTATTTTCATATCGATTGGACTTATAATCAGCAATATCTGCTGTACGTAGGCGTTGGCCTTATCCTGTTCTGGGTCGCGCTGCGTATCGTGAATGGGCTCATGCAAATTCAGCGTAAGATCATGTATGTGGATGAACCCTATCAGCAGCCGTCAGTGCCGCCAATGGAAGCACCAATACATGCGTCTGTTCAGTCGCAATATTACGACTACCCAGAGGATCACCCCGCTCAAGGGATGATGCAGCCAGCCCATAGAGAGCTTTAG	MKATEATGMARAGKVNWVLFNPKTYATILYFLLSLPLGIIYFTVAITGLTLSIGLTPIFIGIPLFFGVAKLLNGIVNFEQSMIRQILGLPAPSASYTYNQQSESGQNWLKRMVRGFDGGLFIRNLLLVLLRFVTGIVFFVIMVTAISLGLGLIALPVVHIILMNELQLDILENSVFSYFHIDWTYNQQYLLYVGVGLILFWVALRIVNGLMQIQRKIMYVDEPYQQPSVPPMEAPIHASVQSQYYDYPEDHPAQGMMQPAHREL				NA	NA	NA	NA	NA
JZ016_04432	2064			hypothetical protein	ATGAAGAACAGCGTTGCAAAGGTGACCGGCATGGTGTTGTTGTTTTCTCTGGCGCTATCTCTCATAGCGGGAGGATGGGTGAATAAGAGTACGGTCCATGCTGCCGGTCTTTCGATCATCGGTGGTGGGGGTTGGAATGAAACGGCGTATATAGAATGGTCACCCCTAAGTAATGCGGAGGGATACAATGTATATGTTAAACAAGCAGGCGCCCCGGATTCCAGCTATCAACAAATTGATAATGAGCTGATTCGACAATACCCTTCCTATTGGAGAGCGGACGCCGTAGGCTTAGCTGCAGGAAATTATGTAATGAGGGTTGAAGCCAGGCTGAGTGACGGTTCGACGGTAAGTGCCGTTTCGAATAACCTGTCCGTAGCGCCGCATGATCGATCGGGGTTTGCTTTTTCCTCAGACTCGCCATACCAGACAGGCTCGGGTGCCTACAATGATGACGGAACACTTAAGGATGGTGCACAAGTTATTTATGTGACCTCCGAAACGGCACGAACCGTCACCCTTGATGTGAAAATCGATAGCTCAGGCGGGGTTCAAACGGGCGTGGGGATCGGCGAGATTTTGACGCTAAGACAAAAAGGATATGATACAACCCCTCTTGCCATTCGATTTATTGGAAAAGTTACAGATGACGACATGAGCGGACAACTGAATAGCAGCGGCTACCTTCAAGTAAAAGGCAAAAACGAATATTCGGAAATGAATATGACGATCGAAGGGATCGGAGACGACGCTTATGCTTATGGATGGGGATTGCTCCTTAGATATGTCGGGGATGTGGAAGTAAGAAACCTGGGACTCATGTTGTTCCCTGACGACGGGATTTCCATGGATACAGGAAACGTCAACGTGTGGGTGCATAATAACGATCTTTTTTATGGAACCGCAGGAGGAGATGCCGACCAGGCCAAGGGTGATGGTTCAACGGATCTGAAAAAAGGATCGACCTATATTACCATCTCCTACAATCACTACTGGGATTCGGGAAAAGCGGCTTTGGTCGGTTTGAGTGAATCGGAGGAATTCTTTGTCACCTTCCACCATAACTGGTTTGATCACTCGGACTCGCGGCATCCACGCATCCGATTGGCATCGGTTCACATCTATAATAACTTCTATGACGGAGTCTCAAAATATGGGGTCGGTGTGACAACGGGAGCTTCGGCCTTTGTGGAATCCAATTACTTTAGACATGCCAAATACCCGATGTTGAGCTCCTTGCAAGGTACGGATGCTCTAGGGGCAGGGACATTTTCGGGCGAAGACGGAGGCGTGATTAAGGCCTATAACAATAGGATCGTAGATGCGGACAGTCTAATTTATGCGAATTCCGATACCGGAACAACTCCGGCAAATGCAACCTCATTCGATGCATTCTTGGCTTCGTCAAGAAGTGAAACCGTACCAAGCTCATACAAAGCATTCGTGGGAGGAACGGCTTATAATAACTTCGATACAACCGTCGATACGGGAGTAAACCGCGTCGACATTGATAACGTGAGCGATGTGGAACAGATCGTTACCGCACAAGCCGGACGCCTGAATAACGGGGACTTCACCTGGGAATTCAATGATGCCGTTGACGACACATCCTATGCCCTCAATACAGCTCTTATGGCTAAAATAAGCAGCTACACCACTCAACTTGTATCCGTAGGCGGGAATTCAACCGGGGCGGAGCCGGAACCAGAACCAGAACCAGAGCCGTCCACCGGAGAACAAGTTCACAACTTCACAACGTCCGGAGCGGAAAACGATTTCTTTAATATTGTAGGGAATCTCTCCACAACCAAGGGAACAGTGGTGTATAACGGCTTAACGCTAACCCAATGTTTGAAAATCGAGAGTTCAACCCGTATTACCTTTACCTCTACGGAAACCGCTACATTAACATTAGTGTTTAATTCGGCAGACGGAACCAAGATCAAGATTGATGGAACGAGTTATACAATGACGAATGGTATTGTTAGTGTGTCACTTGCTCCAGGGGCGCATACGATTACAAAAGATAATACGACGAATCTCTTTTATATGGAGTTGGAGTAG	MKNSVAKVTGMVLLFSLALSLIAGGWVNKSTVHAAGLSIIGGGGWNETAYIEWSPLSNAEGYNVYVKQAGAPDSSYQQIDNELIRQYPSYWRADAVGLAAGNYVMRVEARLSDGSTVSAVSNNLSVAPHDRSGFAFSSDSPYQTGSGAYNDDGTLKDGAQVIYVTSETARTVTLDVKIDSSGGVQTGVGIGEILTLRQKGYDTTPLAIRFIGKVTDDDMSGQLNSSGYLQVKGKNEYSEMNMTIEGIGDDAYAYGWGLLLRYVGDVEVRNLGLMLFPDDGISMDTGNVNVWVHNNDLFYGTAGGDADQAKGDGSTDLKKGSTYITISYNHYWDSGKAALVGLSESEEFFVTFHHNWFDHSDSRHPRIRLASVHIYNNFYDGVSKYGVGVTTGASAFVESNYFRHAKYPMLSSLQGTDALGAGTFSGEDGGVIKAYNNRIVDADSLIYANSDTGTTPANATSFDAFLASSRSETVPSSYKAFVGGTAYNNFDTTVDTGVNRVDIDNVSDVEQIVTAQAGRLNNGDFTWEFNDAVDDTSYALNTALMAKISSYTTQLVSVGGNSTGAEPEPEPEPEPSTGEQVHNFTTSGAENDFFNIVGNLSTTKGTVVYNGLTLTQCLKIESSTRITFTSTETATLTLVFNSADGTKIKIDGTSYTMTNGIVSVSLAPGAHTITKDNTTNLFYMELE	PGPT0018225_111	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-T1SS_SECRETED_PROTEINS,PGPT0018225-pel|plyB-K01728	NA	NA
JZ016_04433	1833			hypothetical protein	GTGTCTTTCAGGTTCAAACCGCTTAAGTCCTGGAGTCTTCGTGCTAAAATTTTGCTGATCTTCCTGCTGCTCATTTCGATTCCGCTCAGTCTGCAGGGCGTGGCTACTTACGTGGATTTTTCCAACTCCGTTGAACGAAGAACCTCCGATTATACTGCTCAATTGGTGGACCAGATCAACCGGAATTTGGACAGGACCCTGATGGAGATGCAGAGATTGAGCTTGATGCCTTTATATGATTCGGGGGTATTGTCCATCTTGCGCAAGTACAGGGAGGAGGATAGTCTGCATCAGCAGCCTACGGTGGAAGAACGCTCCAAAATGCAGCTTTATATCGCCAGCATGACCTTCGACAGGCCAGAGATTGACAGTATCCAGATTTTTGCCGGAAGCGGTTACACCTTCTCGAGCCTGGCTCCTAGTGCGATCGCTGCATATACGGACGTGGAGCGACAGCCCTGGTACCCTGGCGTGGTGGAAGCGAGAGGGGCCTGGGTGCTGCTTCCGCCGCATCGGCCTTCTTACTATCTGGACGGCAATCAAAGCTATTTTTCCGTAGCCAGGCTGATCCGTGAGCCCAATACCAACCGGACGCTCGGATTAGTCAAAATCGATTTGAAGCAGACCTTGTTCAAACAGCTTGTCGAAAATGTCAGGCTGGAAGAGAACGGCGGCATCGTCGTGCAAAATAGCCGGGAAGAGCTTTTCTACACGGCGACCGCAGATGGGGATACGGAGGCGTCCAAGCTGCTTTCGGACCGGATCCTCGAGCTTTCAGGGCATTCGGAGACGGCCAGCCAGATTCTGCATATGGAGGGCAGCAAGTATTTGGTAGTCTCCAACTATTCCCGATATTCCGATATCCATATCGTCAGCTATATTCCGGTGGCGACCCTGCTTGTGGAGACCAAGGAACTTCGCAACTTTACCCTCCTAGCCGGCCTGGTATGTCTCGTTATGGCCGGGGCCTTAGCCATCTTCTTCTCTTATCGGCTGACCAAGCCTCTCGGGACGCTGGTACGAAAAATGCGACTTGTGGAGCTCGGCGATTTCAAACAGAGCGTGCCGGTAACTGAGGATGAAATCGGTCGGCTCGGTTCCGGCTTCAACCGGATGGTAGAGGAAATCGACCGCCTCGTCCATGAAGTGTACGTGCTCGGCATGAGGGAAAGAGAGGCGGAGCTAGCCGCACTGCAAAGCCAGATCCAACCCCATTTTATATATAATACATTGGAGTCGATCAGCATGCTTGCCCGGCAGCGCAATAATGAGGACGTCTCAGAAATGGCCACGGCTTTGGGACGACTGATCCGCAGCGCAGTGGAGCAGGACCGAAGCCTCATCCGGCTTGGCGAGGAGCTTGAGACGGCGGAGTCCTATATTCGCATCCAAAAAATGCGCCATGGTTCCAGGCTGCAGGCTATGTTCGATATCGAAGAAGGGTTGGAAGATTGTTTGGTCCCGAAGCTGCTGCTCCAGCCGCTCATTGAGAATGCGATTATGCACGGGATTGGAGACCGCGAGCAAGGGGGAACGGTATACGTTACGGTGGCGCGTTTTGAGGATGAGGTGCTGTTGACCATTCGGGATGACGGGCGGGGCTTGTCGGAGGATGAATTGGCGGCTTTGCAAGCTTCATTGGAAGAGGCCGGGGATGATGTGGCAGCAAATACGCCGGCGATGCCATTACGCGGTCATGGAGTGGCGCTGAAAAATATTAAACAGCGTTTGCGGTTGATTTACGGCGGGGACTGTGACTTCGAAATCGATGGAAGCTTGGGACAAGGTGCGGCCTTTACCGTGACGCTGCCGTTCGCGAAACAAGAAAAGTAG	MSFRFKPLKSWSLRAKILLIFLLLISIPLSLQGVATYVDFSNSVERRTSDYTAQLVDQINRNLDRTLMEMQRLSLMPLYDSGVLSILRKYREEDSLHQQPTVEERSKMQLYIASMTFDRPEIDSIQIFAGSGYTFSSLAPSAIAAYTDVERQPWYPGVVEARGAWVLLPPHRPSYYLDGNQSYFSVARLIREPNTNRTLGLVKIDLKQTLFKQLVENVRLEENGGIVVQNSREELFYTATADGDTEASKLLSDRILELSGHSETASQILHMEGSKYLVVSNYSRYSDIHIVSYIPVATLLVETKELRNFTLLAGLVCLVMAGALAIFFSYRLTKPLGTLVRKMRLVELGDFKQSVPVTEDEIGRLGSGFNRMVEEIDRLVHEVYVLGMREREAELAALQSQIQPHFIYNTLESISMLARQRNNEDVSEMATALGRLIRSAVEQDRSLIRLGEELETAESYIRIQKMRHGSRLQAMFDIEEGLEDCLVPKLLLQPLIENAIMHGIGDREQGGTVYVTVARFEDEVLLTIRDDGRGLSEDELAALQASLEEAGDDVAANTPAMPLRGHGVALKNIKQRLRLIYGGDCDFEIDGSLGQGAAFTVTLPFAKQEK				NA	NA	NA	NA	NA
JZ016_04434	765		COG4753	putative response regulatory protein	ATGATCAAACTCATGTTGGTGGAGGATGAGGACATTATCCGTAAAGGCATCCGCGATCTGATCGGCCGTGTGGCTCCTGATTTTGAGGTCGTATACGAAGCCGCTCACGGCAAGGAAGCGCTGACTTATCTGGAACGCAATGTGGTGGATGTGCTCATTACGGATATTCGTATGCGGGAGATGGACGGACTTCAGATGGTTGAAAAGCTGCGGACCGCGGGCCATGGGATGCCGATTGTCATTATCAGCGGCTATGGAGATTTTGTATATGCTAAAAAAGCGCTGCAGTTCGGGATCGCCGATTACCTGCTGAAGCCCATAGACCGTAAGGATTTTACGGTTGCTTTGGACAAGATTCGGCTAACCTTGAATTCTTCAAATCGATATGCGGATGGGGCTGAGTCGCATAGCGAGGCGGACGGGGGGCCGCCATCCAGCGAGGGGCGCAGGATGATCCGGAAGCTGAAGGCGTATATCGCTGAAAACCCCGACGGTGATTTGCGTCTGCAGACGTTAGCGGAAATGGTGCATTTAAATCCCTCCTATCTAAGCCAGCTCTTTAAGCAGGAAGGGGGCGGCAATTTGTCCGATTATATCGCCGAAACGCGCATCCGGCGAGCCTGCAAGCTGCTTGAGACGACGAACCTGAAGGTTTACGACATCGCCCGTTTATCAGGATATCAAAGTCCTAAGCATTTTATGCTGGTATTTAAACAGCATATCGGAATAACGCCGGGAACCTACCGGGAGGAATACGGTGTGTAA	MIKLMLVEDEDIIRKGIRDLIGRVAPDFEVVYEAAHGKEALTYLERNVVDVLITDIRMREMDGLQMVEKLRTAGHGMPIVIISGYGDFVYAKKALQFGIADYLLKPIDRKDFTVALDKIRLTLNSSNRYADGAESHSEADGGPPSSEGRRMIRKLKAYIAENPDGDLRLQTLAEMVHLNPSYLSQLFKQEGGGNLSDYIAETRIRRACKLLETTNLKVYDIARLSGYQSPKHFMLVFKQHIGITPGTYREEYGV				NA	NA	NA	NA	NA
JZ016_04435	1293			hypothetical protein	ATGAAAAAATGGTTGACCGGTTTGTTGGCATTAACACTTGGTGTGGGGCTCATTGGCTGCGCCGGAAAAGAACAGCCGAATAATACGCCAGGTGAAGCCAGTGGCGAGAAGGTGCTGCTCAAATTTGCGACCTGGGGAAACCCGGCGCAGCTTGAGCTGTACAAAGGGCTGACCGACGCTTTCACGCAGGAGCATCCGAATATTGAGGTGCAAATTGACACGATCCCGTTTGCGGACTATCAGCAAAAAATGTCTGTGCTGGCGGCAGGCCAGGAGCTGCCCGACATTGCCTGGGTATCAGAGCGGATGGTACCGCAATTTATGGCCAACGACATTCTGGCCGATGTCACGGATATTGTTCAGGATGAAGCTTTTGACATCGATGACATTATACCTTCGACGCTTGAACTGTTTCGCCAGGACGACAAGCTATACGGACTGCCGTTTTCCACTCCGCCCAGCGTGGTGTTCTACAACGAAGATTTGTTCAAGCAAGCGGGCTTAAGTACGCCAAATGAGCTTGCGGAAAAAGGAGAATGGACGTGGGAAAAGTTCGAAGAAGCCGCAAAAACGATCAAGACGAGCGCTTCTTCACCGAACGTTTACGGAGCTAACTTTTTCCGTGACTGGAAGACTTGGATTATTCTTGCTTCGTATTCTTGGTCAAACGGGAGCGGACCATTTAATCCAGAGATGACGGAATACACTTGGAATGATCAATACGGGGTTGAAACTTTGGACATGCTGAAGCGCATGATGTTTACAGAAGGCTCGCACCCGAAGGCGGGAGAGCAGGTTAATTTTGAATCCGGGCAAATCGGCATGATTTTCGACAACTATAGCTTTGTATCCAAAGCCAGGGAAATCCAAAATTTCAAATGGAGCATTGCGCCAATGCCATCGGGCTCGAAAGGCAGCGTTCCAATGATGGGTCAGGCGGGTTACGTGCTATTTAAAGAGGGAAAACATCCGGAGGAAGCCAAGGAACTGTTGAAATTCCTTGCCGGCAAAGAGGGTGTCCAAAAAACGTCGGCCTTCTTCGTGCCGCCGCGCCAATCGGTGTTGAACTCGGATGAGTTCCTGAGCGTGGAGGGCAATCCGGATGCCGGGCACATCAAGCAGGCGGTCATCGATGAAATGCCTAAAGCAGTTGTGCAGCCGGGACATATCCGCTGGCAAAACATTGACACGGAGATTTTGACAGGCTTTGACGAGTTATTTGCCGGGCGGGGTGAACCGCAGCAAATTCAGGACGAGGTAAAAAGCAAGGTGGATGCTCTGCTGAGCAAATAG	MKKWLTGLLALTLGVGLIGCAGKEQPNNTPGEASGEKVLLKFATWGNPAQLELYKGLTDAFTQEHPNIEVQIDTIPFADYQQKMSVLAAGQELPDIAWVSERMVPQFMANDILADVTDIVQDEAFDIDDIIPSTLELFRQDDKLYGLPFSTPPSVVFYNEDLFKQAGLSTPNELAEKGEWTWEKFEEAAKTIKTSASSPNVYGANFFRDWKTWIILASYSWSNGSGPFNPEMTEYTWNDQYGVETLDMLKRMMFTEGSHPKAGEQVNFESGQIGMIFDNYSFVSKAREIQNFKWSIAPMPSGSKGSVPMMGQAGYVLFKEGKHPEEAKELLKFLAGKEGVQKTSAFFVPPRQSVLNSDEFLSVEGNPDAGHIKQAVIDEMPKAVVQPGHIRWQNIDTEILTGFDELFAGRGEPQQIQDEVKSKVDALLSK	PGPT0016545_7001	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_04436	693			hypothetical protein	ATGAATCGTTTGGATAAAGCATTAAACGAAGCGCCGGGGCTGCAGCTGTTCGTCAGCCTCCCGGCCAATGACATCAAGCTTGCAGAGGCAGCCTTGGCTTCGGGCGCCGACGGTTTGAAAGTTCATATCAACGTAGGGCACCGGGCCAGCGGCAATCGCTTCGGCACGCTGGGTAGCTATGCCGACATTTTCAAGGACATTCGCTCCCGCTTTAGCGGCCCCCTTGGAATTGTGCCCGGAGGCTCGGTGGAAGAGGTAAACGCGGAGGAAATTATCCGGCTCCCTGAACTTGGCGTCGATTTCTACTCGATTTATGCCTTTCATCATCCTGCTTTTCTGCTGCAGGCCCCGGGATTGGCAAGAACGTTTGCGATCGATAGCGAGTTCGACCGGGACATCGTGCAAGGAGGCCGGACCTTCGGCATCAGCGCGCTTGAGGCTTCCATCGTTCCCGGCCATGAATATGGTACCAGGCTTACCCTTGCCGATCTGCTTCATTACCGCTGGCTTGCGGCACACGGCGGTTTGCCGGTCATTGTGCCAACACAGCGTAAAATCGGGCCGGAGGATATCCCGGCCTTGGCCGACAGCGGCGTTAAGGTGCTGTTGGTCGGAGCGGTGGTCACGGGCAATGAAGCGGAAGGCATCCGCAAGGAGGTTGCCGCTTTACGGAATGCCATCGATCGTCTGTAG	MNRLDKALNEAPGLQLFVSLPANDIKLAEAALASGADGLKVHINVGHRASGNRFGTLGSYADIFKDIRSRFSGPLGIVPGGSVEEVNAEEIIRLPELGVDFYSIYAFHHPAFLLQAPGLARTFAIDSEFDRDIVQGGRTFGISALEASIVPGHEYGTRLTLADLLHYRWLAAHGGLPVIVPTQRKIGPEDIPALADSGVKVLLVGAVVTGNEAEGIRKEVAALRNAIDRL				NA	NA	NA	NA	NA
JZ016_04437	948	lacF_10		Lactose transport system permease protein LacF	ATGACCACACTTGAAACGATAAAATCTGAAGGGCCCGGCCGTTCATTTCGAAGGAAGGCAAGGAAGACCAGGCCTTTAAACCGCGGAGACCATTTGGCGGGCTGGCTGTTTGTGCTGCCGATGGTGCTGGGGTTCATTCTGCTGCTGCTTGTCCCGCTCATTATGGCGCTTTATATGAGTTTTACTGATTGGCCGCTGCTGGGTGAGGCCAAGCTCATCGGATTTGAGAATTACCGAACGATTGCGGGGGACGCGGAATTTTGGCGCGTGCTGGGCAATACGCTTTATTTTGCCGTCGGACTTGTTCCGCTGAACATTACTTTGGCATTGCTGCTTGCAATCCCGTTATCAAAAAATATCCGCGGAGCCGGCTTTTTCCGGACATTGATCTTTATTCCGGTCATGACCTCGCTGGTGGTCTGGTCGATTGTCTGGAAGTATATGTTTGCCACGGACTCCGGGTTCATTAACCAGCTGCTGCGCATGATCGGCATTACCGGACCGGCCTGGCTGTACGATACCCGGCTTGCCATGCCCGTTGTTATCGTGACCAGTCTTCTGAAAAATGTCGGTTTGAATATGGTTTTGTTCATTGCGGCGCTGCAGCAGGTTCCGGCGCAGCTCTACGAGGCGGCCAGAATCGATGGCGCGGGGAGAATGCGGATTTTTTTCCGAATTACCGTACCCATGATCACGCCGACGATTTTTTTAACCCTGATGATGACCATTATCGGTTCGTTGAAGGTGTTCGGACAAATTTACGTGATGACACAAGGGGGGCCTTCTGGAAGCACGAAGGTGCTCGTCTACAACATTTGGGAACGAGCCTTTAAGCTGTTCGAGTTCGGATATGCTTCTGCGCTGGCTTATGTGCTGTTTGTCATCACCCTGCTGCTTACGCTGGCACAATGGCAGATGAGAAAAAGGTGGGTTCTGAATGAAAGCTAG	MTTLETIKSEGPGRSFRRKARKTRPLNRGDHLAGWLFVLPMVLGFILLLLVPLIMALYMSFTDWPLLGEAKLIGFENYRTIAGDAEFWRVLGNTLYFAVGLVPLNITLALLLAIPLSKNIRGAGFFRTLIFIPVMTSLVVWSIVWKYMFATDSGFINQLLRMIGITGPAWLYDTRLAMPVVIVTSLLKNVGLNMVLFIAALQQVPAQLYEAARIDGAGRMRIFFRITVPMITPTIFLTLMMTIIGSLKVFGQIYVMTQGGPSGSTKVLVYNIWERAFKLFEFGYASALAYVLFVITLLLTLAQWQMRKRWVLNES	PGPT0016535_2824	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_04438	858	araQ_33	COG0395	L-arabinose transport system permease protein AraQ	ATGAAAGCTAGTCTATTTGCTAAAAGGGGTAACCCGGCAGGCGGGAACCTGTTCCATTATCTGCTGCTGCTTGCCGTTTCGGTGGTCATGATGACCCCGTTCGTGTGGATGGTCTCGACTTCGCTCAAACAGCCGGCTGATGTGTTTGTTTTTCCGCCGCAGCTGATTCCGTCGCCGATACGATGGGCGAATTATGCGGAAGTGCTGGAGACGATCCCGTTCCATCTATTTTATGGCAACAGCGTCTATATCGCCCTTCTGGTTACCGTGGGCACTGTGCTTTTCTCTTCCATGGCGGGGTATTCCTTCGCACGAATTCCTTTTTGGGGGAGAAGCCTGGTGTTTCTGCTGCTGCTGAGCACGATGATGATTCCGAATGAGGTCATTGCCATTCCGATGTTTCTGTTTATGCGTGAGCTGGGTTGGATCAATACGCATTTACCGCTGATTATTTTGCCTATATTCGGCGCAGGCGGTGTGTTCGGGGTGTTTGTGATGCGGCAATTTTTTCTGGGGATTCCGAAGGAGCTGGAGGAGGCGGCGATGATTGACGGCTGCTCGAGGCTGCGGATTTATTCCACAATCATGATGCCGTTAGCAAAACCTGCAATTGCCACGCTGATCATTTTCACGTTTTTGACGAGCTGGAACGATTTTTTTGATCCGCTGATCTTTATTAATGACCGTAAGCTGATGACTTTGCCGCTGGGATTATCGCTGTTTACCGACGAGTCGGGGACATCGTGGCATCTGCTGATGAGCGCTTCGGTTATGGCGACATTACCACTGCTCATTGTGTTTTTCTTTGCGCAGAAGCAGTTTGTCGAAGGGGTATCCATGACGGGTCTCAAGGAATAG	MKASLFAKRGNPAGGNLFHYLLLLAVSVVMMTPFVWMVSTSLKQPADVFVFPPQLIPSPIRWANYAEVLETIPFHLFYGNSVYIALLVTVGTVLFSSMAGYSFARIPFWGRSLVFLLLLSTMMIPNEVIAIPMFLFMRELGWINTHLPLIILPIFGAGGVFGVFVMRQFFLGIPKELEEAAMIDGCSRLRIYSTIMMPLAKPAIATLIIFTFLTSWNDFFDPLIFINDRKLMTLPLGLSLFTDESGTSWHLLMSASVMATLPLLIVFFFAQKQFVEGVSMTGLKE	PGPT0016540_4565	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_04439	1356	sthA		Soluble pyridine nucleotide transhydrogenase	ATGGACAGCAGGACACGGATCATGGAGGCGGACGTGGTAGTTATAGGTGCGGGGCCGGCGGGCATTGCCGCCGCCATTGCCGCCGGCAGGCAGGGGGCAAGCGTCATCTTGATTGAACGGTACGGGTTTGTCGGCGGGATGTCTACGGCTGCCGGAGTTTATCCTTGGATGACGTTTCATACACAGCAAGGGGAACGGGTCATCGGCGGTATGGCACAGGAAATTGTGGAGCGCCTGATGGAGCGAGGGGGCTCGCCCGGCCATCTTCGCGATACCGTCGGTTTCGTGAATACGCTGACGCCGTACCATCCAGAGATATATAAGGTGCTTGCCGTCGATATGCTGCGCGAAGCGGGGGTGAAGCTCGTCTCGCACAGCTTCGTTGACGAAGTCGGACGTGAAGGCGAATACATCCAGTCCGTGACCCTTACTGGAAAATCGGGGCGAATCAAGGTTGACGGGAAGATGTTCGTCGATGCGTCCGGGGATGCGGACGTCGCTTATCTGGCGGGAGCACCGACGCTTCAGGGGCGCGAAAGCGACGGGCTGTCGCAGCCGATGACGATGAAATTCCGGATGCGGGGTGTTGACGTGGAGGCGATTCGGAAGGCGATGCTTGCTGATCCCGACAATTTTTATCACAAGACGCCGTTTGCCGAACTAGAGAATGAGCGTATTCCGCTCACGGGGGTTTCCGGCTTTTATAAGGAGTGGAAGGCTGCCGAGGTCCCGATCAACCGCGATCAGGTTCTGCTGTTTATCGGGCCGGAGAAGGATGAGGTGCTGATTAACTGTACGCGGGTACAAGGCTTAAGCGCGACCGACGTCGAGGAACTGACTTTGGCGGAGGAGGAAGGGCGCAAACAGGTGCTGATGATGGCGGAATTTTTGAAATCGCGGGTGCCTGGATTTGCCGAGGCCTCCATTTCCTCGGTTGCCCCCCAGATCGGAATTAGGGAGTCGCGCCGAATCGACGGTCTGTATCGGTTAACGATGGAGGACGTGGTGACGGGACGACATTTTGAAGACGGCATTGCGAGGAGCGGTTATCCGGTTGACTTGCATGATCCGTCAGGCAAAGGGATCATGGAGGCTACCATCGAGAATGACGGTTCCTACAGTATTCCATACCGCTGCCTGGTGGCCCGAGGACCAGTAAATCTGCTCGCGGCAGGGCGCTGCATTTCCACCACGCATGAAGCACTGGCGACCACGCGCTTGACGCCAAGCTGCATGGCTACGGGAGAAGCGGCGGGCACGGCGGCGGCCCTGGCCTGCAAGATGGGAATCACCGCGGCGGAAGTCGATGCATCGCAGCTCAGGGAGATGCTGTACGCCCAAGGGGCGATTGTGTGA	MDSRTRIMEADVVVIGAGPAGIAAAIAAGRQGASVILIERYGFVGGMSTAAGVYPWMTFHTQQGERVIGGMAQEIVERLMERGGSPGHLRDTVGFVNTLTPYHPEIYKVLAVDMLREAGVKLVSHSFVDEVGREGEYIQSVTLTGKSGRIKVDGKMFVDASGDADVAYLAGAPTLQGRESDGLSQPMTMKFRMRGVDVEAIRKAMLADPDNFYHKTPFAELENERIPLTGVSGFYKEWKAAEVPINRDQVLLFIGPEKDEVLINCTRVQGLSATDVEELTLAEEEGRKQVLMMAEFLKSRVPGFAEASISSVAPQIGIRESRRIDGLYRLTMEDVVTGRHFEDGIARSGYPVDLHDPSGKGIMEATIENDGSYSIPYRCLVARGPVNLLAAGRCISTTHEALATTRLTPSCMATGEAAGTAAALACKMGITAAEVDASQLREMLYAQGAIV				NA	NA	NA	NA	NA
JZ016_04440	1257			hypothetical protein	ATGAGTGAATTAATTAATAACCGTGAGGAAGGAATTTCTGCTCATCGAACTGCCCGGCTACATTTGCTCAAGGAAATCATTAAAGAGCTTCACCATGGAAAAAGCGTGGAGGAAGTAAAGTCAAAATTCAACCAAGCTGTAGGCGAAATATCGGTTGATGAAATATCGGAGCTGGAGCAAGTGCTGATGCAGGAGGAAGGAATCCCGGTAACCGAAGTACAGCGACTGTGCAGCGTGCATGCTGCGGTATTTAAAGGTTCCATCCAAGACATTCACAGAGCCCATAAGCCTGAAGAGCAGCCTGGACATCCTGTGTTTACCTTTAAGATGGAGAACCAAGAAATCGATCGACTGGCAAACTTCAAAATCGCACTGCATCTGGATCAGTTTCTTAAGGATCAAGGAGAGGCAAATCGCCTCAAATTGCTGGAGGATTTCAGTCTCCTCTATGATGTAGACAAACACTACAGCCGCAAAGAAAATTTGCTGTTTCCTTTTCTTGAGAAATACGGAATTTATGGACCGACCAAGGTGATGTGGGCAGTAGATGACGGTATCCGAATGGGCATAAAAGAAGTGAAATCCAAACTTACTCATTTTGATGGGCATGCCGAGATCGTAGTGGATCTGGCCAGACGCGTCTTAAACGAAGTTACAGAAATGATCTATAAAGAGGAACATATCTTATTACCTATGGCTCTGGAAAAGTTGACGGAGGATGAATGGCTTCAAATTGCTGCCCAAAGCGAAGAGGTCGGTTATTGCTTAATTGCGCCTGATCAACAATGGAATCCTGAAAGAGCAGCTGAGCCTGGCGCAGATCAGGGATTGGCGTCTTCTCCGCTGCAAGAGGGATATATCCGAATGAGTACAGGCATTTTATCGGTCAAACAGATGGAATCGATTTTAAATCATTTACCGGTCGACCTAACCTTTATCGATGAACATGATATCGTTCGATATTTTTCCCAGGGCAAAGAACGAATCTTCGTTCGTACTAAAGCGGTGATCGGCCGAAGTGTTCAGAACTGCCATCCTCCGCAAAGCGTTCACGTCGTCAATCAGCTCCTAGCTGATTTCAAAGCAGGTGTCAAAGATGCAGAAGATTTCTGGATCCCGGTTAAAGATAAGTTTGTCTACATTCGCTATTTTGCCGTAAGGGATGAAGAAGGGAACTATTTAGGCACGCTGGAATTCACTCAAAACATTAAACCGATTCAGGAGCTCACCGGTCAAAAACGGATACTCTCTCCGTAA	MSELINNREEGISAHRTARLHLLKEIIKELHHGKSVEEVKSKFNQAVGEISVDEISELEQVLMQEEGIPVTEVQRLCSVHAAVFKGSIQDIHRAHKPEEQPGHPVFTFKMENQEIDRLANFKIALHLDQFLKDQGEANRLKLLEDFSLLYDVDKHYSRKENLLFPFLEKYGIYGPTKVMWAVDDGIRMGIKEVKSKLTHFDGHAEIVVDLARRVLNEVTEMIYKEEHILLPMALEKLTEDEWLQIAAQSEEVGYCLIAPDQQWNPERAAEPGADQGLASSPLQEGYIRMSTGILSVKQMESILNHLPVDLTFIDEHDIVRYFSQGKERIFVRTKAVIGRSVQNCHPPQSVHVVNQLLADFKAGVKDAEDFWIPVKDKFVYIRYFAVRDEEGNYLGTLEFTQNIKPIQELTGQKRILSP				NA	NA	NA	NA	NA
JZ016_04441	474			hypothetical protein	ATGAACGAGATATCTTATCGGAAATCCGTGGCATGGGGCAAAACACTTGGCAGTTTACTGTTTGTGCTGACCTGCCTGTTTCTGCTGTATGCGGCTTTTTTTATGGATACTTCCTTTATTCGTAAGTTCTTTTGTATCACATCAGCCATAATAGGGATTCCGTTTTTTGGAGGATATTTGGTTGTCAGCTTGCCAAAGGCACTGAAATCAGACACGCAGCTCATCACCTACGATCAAAATTCCATTTCAGATGGTACGCGGACCGTAGCCTGGACGGAGATTACAAGCATCAGCTACAGCGGCCCCTCCATTCGGGAGTGGCTGCTTCCGAAATTTCCTGTGCTGATTTTTCATTTGAAAAACAGAGAGACCTGGACAGTGAACACGTATTATTTGTTAACCGATACTGAAATTCAGTCTGTCATGAAGCGCCTGCGGGGGCTGGTCAGCCGTAACGGAAAGGAAACGAAATAG	MNEISYRKSVAWGKTLGSLLFVLTCLFLLYAAFFMDTSFIRKFFCITSAIIGIPFFGGYLVVSLPKALKSDTQLITYDQNSISDGTRTVAWTEITSISYSGPSIREWLLPKFPVLIFHLKNRETWTVNTYYLLTDTEIQSVMKRLRGLVSRNGKETK				NA	NA	NA	NA	NA
JZ016_04442	1254	ybdG	COG0668	Miniconductance mechanosensitive channel YbdG	ATGGACTTTATCAAAAATCAACTAGACGGATATGGCATGAGCGAACAAACCATTGGATATCTCTCGAATATGATCATGGTTGTATTTATCGCGGTGATCTCCGTGCTGGCTAATTTCATAGCCAAAAAAATCGTGCTGAAGACGATTGTTCATATCGTCAACAACAATCGGTATACGTGGGACAATATTATCGTTGAGAAAAAAGTGTTCCACAAGCTGTCGCATCTCGTGCCGGCAATCATTATTTATTTTTCGGCGTCCATCTTTCCGGCTTATCAAGTTTTGATTGAAAAAGCTGCAGCAACGTACATGATTATCGTCGCCATCACGGTGTTGAATGCACTGCTTAATGCGTTTGATGACATTTATCGTTCGTTTGAGGTTTCCAAGATCAGACCGATTAAGGGATACATTCAGGTGGTGAAAATCGTTCTCTTCATCATCGGCGGCATCGTGGTCATCTCCAACCTCATCGGGCAGAATCCTTTGATCATTCTCAGCGGGCTTGGTGCTATATCGGCTGTTCTGATGTTGGTTTTCAAGGATTCCATATTGGGTCTGGTGGCAGGCGTTCAATTATCATCGAATGATATGGTGCGCGTCGGCGACTGGATTGAAATGCCGAAATATCATGCGGACGGTGACGTCATCGATATTACATTGAATACGGTAAAAGTAATGAATTTTGATAAAACGATCACGATGATTCCAAGCTACGCCCTCATCTCGGACTCGTTCAAGAATTGGAGAGGCATGCAAGTATCCGGAGGCAGAAGAATTAAGCGAAGCTTCTATGTCGATACGAGCAGCATCTGCTTTTGCACCAGGGAAATGATTGAGGAATTTCAGAAGATTCACTACCTTACCGATTACGTCACGACAAGAGTAAATGAAATTAACGCCTACAACATCGAACACGAGATTAATACGGAAAGCAAAGTGAACGGCAGGCAGCTTACGAATGTAGGCGTATTCAGGGAATATATCCATCAATATCTGCGGAACCATCCGAAAATCCATAAGGATATGACGCTGATTGTCAGACAATTAGCGCCGGGAGATAACGGACTTCCATTGGAAATCTACGCTTTCAGCAATGACACCAACTGGGGAGTGTATGAATCGATTCAAGCGGATATCTTTGATCATATCTTTGCGGTTGCGCCAACCTTCGGGCTTCGTGCCTTCCAGAATCCAACCGGTCATGATATCGTCCATCTTAAAGAAAGCCCGGAATATTCGCGAGGATATTAG	MDFIKNQLDGYGMSEQTIGYLSNMIMVVFIAVISVLANFIAKKIVLKTIVHIVNNNRYTWDNIIVEKKVFHKLSHLVPAIIIYFSASIFPAYQVLIEKAAATYMIIVAITVLNALLNAFDDIYRSFEVSKIRPIKGYIQVVKIVLFIIGGIVVISNLIGQNPLIILSGLGAISAVLMLVFKDSILGLVAGVQLSSNDMVRVGDWIEMPKYHADGDVIDITLNTVKVMNFDKTITMIPSYALISDSFKNWRGMQVSGGRRIKRSFYVDTSSICFCTREMIEEFQKIHYLTDYVTTRVNEINAYNIEHEINTESKVNGRQLTNVGVFREYIHQYLRNHPKIHKDMTLIVRQLAPGDNGLPLEIYAFSNDTNWGVYESIQADIFDHIFAVAPTFGLRAFQNPTGHDIVHLKESPEYSRGY	PGPT0013774_636	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013774-mscM|ybdG-K16053	NA	NA
JZ016_04443	549	sttH_2		Streptothricin hydrolase	ATGAATACAGCGTTACTATTAGTAGACATTCAGAATGATTATTTTCCAGGAGGTAGAAATGAATTATTCAATCCCGATCAAGCGTTAACCCATGCTCAAGAAGCATTGTCGCTATTCCGGGAGAAGAATTTGCCTATTGTCCACGTTCAGTGTATTCTTCTGGAGTATAACGCTACATTTTTCCTCCCCGAAACCGAAGGGATCAACATTCATGAAGGCATAAAACCCCAATCCGACGAACAAGTCATCGTTAAGCACACGCCAGACAGCTTTTTTCAAACGGAACTGCAAGAATATCTCGAATCCATTAAAGTCACGCGGTTGGTCATTGGCGGCATGATGAGCCACATCTGTATCGATTCGACCGTGAGAACGGCAAGTCGCCTGGGCTATGAAGTCCTATTGCTCAGTGATGCGTGCACCACCCGAGATGTAGTATGGAATGATACGGTAATTCCTGCAAAAACCGTCCATGATACATTTATGGCATCGCTACAAGATACCTTTGCTCAAGTAGTCGACACGAGCAGACTTTACGACTTGATCTGA	MNTALLLVDIQNDYFPGGRNELFNPDQALTHAQEALSLFREKNLPIVHVQCILLEYNATFFLPETEGINIHEGIKPQSDEQVIVKHTPDSFFQTELQEYLESIKVTRLVIGGMMSHICIDSTVRTASRLGYEVLLLSDACTTRDVVWNDTVIPAKTVHDTFMASLQDTFAQVVDTSRLYDLI				NA	NA	NA	NA	NA
JZ016_04444	366			hypothetical protein	ATGATAATTCGAGAGAGATGTACCTGCCCATTAGAGATTGCTCATGACATTATAAAAGGCAAATGGAAAACCATGATCATATATCAATTGAAAAATGGGAACACGTCCTTAGCCCAACTGGAGCGAGATATTGATCAGATCACCCAAAAGATGTTGCTACAGCATTTAAGAGAACTTATATCCTGCGGGATCGTTGATAAAATCAAAACGGAAGGGTATCCGCTACACGTAGAATACTATCTTACGGAACGCGGGAGGAAGCTGTTAGAGGCGGTACTGATTATGCAAGAGATCGGCATTGAATATATGGTGGAACGGGGTCAAACCGAGCTTCTCGACCGCAAAGGCATCAGTTATAAGTTATGA	MIIRERCTCPLEIAHDIIKGKWKTMIIYQLKNGNTSLAQLERDIDQITQKMLLQHLRELISCGIVDKIKTEGYPLHVEYYLTERGRKLLEAVLIMQEIGIEYMVERGQTELLDRKGISYKL				NA	NA	NA	NA	NA
JZ016_04445	177			hypothetical protein	TTGAGTACGAACCAACCGGACAAGAACCTGATCAACACGGTGGAACAACTGGCAGAAACACCTGTAAACAGCCAAGAGGCCCAGCAACAGCAACAAGCCCGCAACGATCGCCGGAAACAAGCGCTGCATAACAGCGATGACAAATACAAAGAAAATGAATCCAAGAACTATCATTAG	MSTNQPDKNLINTVEQLAETPVNSQEAQQQQQARNDRRKQALHNSDDKYKENESKNYH				NA	NA	NA	NA	NA
JZ016_04446	2787			hypothetical protein	TTGAGTACACAGAGACTGGGAGTTCCTTTGGAAGGCTTTGCGGAGTTCAGCCGAAAGGTCGCCGCCGAAGGTGCCGTACTGTTAAAGAATGAAGGACAAGTTCTTCCCCTTCAACCACACGAAACCGTTTCCGTTTTTGGCAGAACGCAGATTAATTATTACCGCAGCGGTACGGGGTCAGGCGGGAGCGTTCATGTATCCCATACAACAAATCTGCTCGGCGGTCTTCGGGATAAGAAGAACATCACTGTTAATGAAGATTTGGCAGCTGTTTATGAACAGTGGATTGAACAGAACCCTTTCGATAATGGCGGAGGCGGCTGGGCGGCCGAGCCGTGGCATCAGAAGGAAATGCCTTTGACCGATGAGCTGGTATCCGCAGCAAGACAGGCATCCGACAAGGCGATTGTTGTCATCGGACGAACAGCCGGTGAAGACCAGGACAATGCCAATGAGCCGGGCAGTTACCAGTTAACGTCCGAAGAAATAGCCATGCTGCAGCAGGTGACAACACACTTTGAGCAAACGATTGTGGTGCTGAATGTGTCCAACATTATCGATATGAGCTGGATGCGTGATGATAGTTATGCACACCCGATTTCCGCTGTGATCTATGCTTGGCACGGTGGCATGGAAGGCGGCAACGCCATTGCGGACGTATTGGTTGGCGAGGTGACGCCAAGCGGCAAATTAACCGACACGATTGCTTACTCGATCGAGGATTATCCATCGACTCGTAATTATGGAAATGAACTAAAGAATGTTTATCAAGAAGACATTTATGTGGGTTACCGTTTTTTCGAAACGTTTCGACCCGCTGCTGTCCAGTATGAATTCGGTTTCGGGTTGTCGTATACGCAGTTCGAAATCGAGCCGCAAGAAGCCAAGTTAACGGTCAAAGAGGGAACACAATATATTGAGATCGGTGTGAACGTAAAAAATATCGGGACCACCTATACAGGCAAAGAGGTTGTTCAAGTTTATTACGAAGTGCCGCAAGGCGTGCTGGGTCAGCCTGCCAAGGTGTTGGCGGCATTCGGGAAGACGCAGGAGCTTGGACCGGGCGATTCGCAGCAGCTTACGATCAGCTTCCCGGTTCATATCATGGCTTCCTATGATGATGCAGGTGTGACGGGGGTGCTTTCCGCTTATGTATTAGAGGCTGGAACATACCGTTTGTATGTGGGAACCAGCGTGAGAAATGTGGAGCCCATCGGTTTGGATGGCCAAGATGGTTACGTTGTACAAGCGCTGCAAGTCGTGGAGCAGCTGCAAGAAGCCATGGCGCCAACGGAGAACTTCACACGTATGAAGCCGGGCGCTCGAAAGGAAGACGGCTCCTATGAACTCACTTTTGAAGAGGTGCCGCAGCGGAAGGTTTCCATGGAGGAACGCATTCATCAAAACCTGCCGCTTACCTTGGAGCAAACAGGTAATCGAGGTTATACCTTAAGGGATGTGTATGAGGGAAAGGTCAGCATGGAAGCTTTTATTGCTCAATTAAGCGATCAAGATCTGGCGGTGATCGTCAGAGGAGAAGGCATGAGCAGTCCGCTGGTAACAGCAGGAACGGCCTCAGCTTTTGGCGGCGTGAGCGACAGCTTGCTCGACTACGGAATTCCGGTGGCTTGTACGGCGGATGGACCGTCCGGGATTCGGATGGACAGCGGGCAGCAAGCAACGCAGGTGGCCATTGGCACCTTGCTTGCGGCTACATGGAACACCGAGCTAGTCGAAGAGCTCTATGTGATGGAAGGCCAGGAGTTACTCAGCTACAACATCGATACTTTACTTGGACCGGGTCTGAACATTCGGCGCAGCCCACTGAACGGACGCAATTTTGAATATTTCTCGGAAGATCCGCTGATCTCAGGCGCGTTTGCTGCGGCATGCACGCGCGGGATTATGAAGGGCGGCTCCAATGCCACCCTGAAGCATTTTGCCTGCAACAACCAAGAGAAGCATCGCAGTAAAGTCGACGCTGTTGTGTCTGAACGCGCCCTTCGGGAGATTTACCTGAAAGGTTTTGAAATCGCGGTGAAGCAGGGCGGAGCGAACTCGATCATGACCTCATATAATCCGATCAATGGACACTGGGCGGCTTCCAATTATGATTTGAATACCACGATTCTGCGTGGAGAGTGGGGATTCCATGGCATCGTGATGACCGACTGGTGGGCCATTATGAACGATGTGGTGAACGGAGGCCCTGCCGATCGCAAAAACACGAACTGGATGGTCCGCGCCCAAAATGATCTGTACATGGTGGTTATGAACTACGGTGCGGAAATCAATGCATGGGAAGACAATACTTTGGCATCTTTGGCAAATGGTACGCTGACCCGTGGAGAGCTGCAGCGCAGCGCTATGAACATTTGCCGATTCCTGATGCATGCACCGGTATTTTCAAGAAAACAGGTGATCGAGGAAGCCGTCGGTGCTTTTAAAGCGGCTCCTTCTCTCGCATCGGAACATGCCCAAACCTTATCGGAGAGCACACAAGTAAAGCCGGCTGCAGCGGGGCCGACTTATGTGAAGGTGGAAGATTCCGGCGAGTACCGAATTATTGTGTGCATTATGTCTCCGGAAACCGAACTAGCCCAAAGCGCGTGCAACGTCACGTTGAACGGTCAACCGGTGATCACGATTCAAACGAATGGTACCGACGGCAGATGGATCAAACAGAAGCTGGTTAAAGTGGAACTGGAAGCAGGTTATTATGAGATGAAGCTGGATTTCGTCAAGCCCGGCTTGCAGATCGACTGGATTGAATTTAAGCGGGTGTAA	MSTQRLGVPLEGFAEFSRKVAAEGAVLLKNEGQVLPLQPHETVSVFGRTQINYYRSGTGSGGSVHVSHTTNLLGGLRDKKNITVNEDLAAVYEQWIEQNPFDNGGGGWAAEPWHQKEMPLTDELVSAARQASDKAIVVIGRTAGEDQDNANEPGSYQLTSEEIAMLQQVTTHFEQTIVVLNVSNIIDMSWMRDDSYAHPISAVIYAWHGGMEGGNAIADVLVGEVTPSGKLTDTIAYSIEDYPSTRNYGNELKNVYQEDIYVGYRFFETFRPAAVQYEFGFGLSYTQFEIEPQEAKLTVKEGTQYIEIGVNVKNIGTTYTGKEVVQVYYEVPQGVLGQPAKVLAAFGKTQELGPGDSQQLTISFPVHIMASYDDAGVTGVLSAYVLEAGTYRLYVGTSVRNVEPIGLDGQDGYVVQALQVVEQLQEAMAPTENFTRMKPGARKEDGSYELTFEEVPQRKVSMEERIHQNLPLTLEQTGNRGYTLRDVYEGKVSMEAFIAQLSDQDLAVIVRGEGMSSPLVTAGTASAFGGVSDSLLDYGIPVACTADGPSGIRMDSGQQATQVAIGTLLAATWNTELVEELYVMEGQELLSYNIDTLLGPGLNIRRSPLNGRNFEYFSEDPLISGAFAAACTRGIMKGGSNATLKHFACNNQEKHRSKVDAVVSERALREIYLKGFEIAVKQGGANSIMTSYNPINGHWAASNYDLNTTILRGEWGFHGIVMTDWWAIMNDVVNGGPADRKNTNWMVRAQNDLYMVVMNYGAEINAWEDNTLASLANGTLTRGELQRSAMNICRFLMHAPVFSRKQVIEEAVGAFKAAPSLASEHAQTLSESTQVKPAAAGPTYVKVEDSGEYRIIVCIMSPETELAQSACNVTLNGQPVITIQTNGTDGRWIKQKLVKVELEAGYYEMKLDFVKPGLQIDWIEFKRV	PGPT0019110_591	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_04447	222			hypothetical protein	TTGGCAGCAACGATCCGTGAATGTGTGGAACAAGACTATGTTATTGAGCATGTGAAGCAGCGATTTCATTGCATGGTGTTATGGTGTGAAGGGCGTGCATGCCTGGAATATAACGGCGAGGAAGAGCTAGCGCGAATATCGGAATACGTAAAACAAACGTTTGACAAAGAGCTGCTGGACGTATTCTTCACAGCTGTTGAGAGCATGCCGCTGGACGACTAA	MAATIRECVEQDYVIEHVKQRFHCMVLWCEGRACLEYNGEEELARISEYVKQTFDKELLDVFFTAVESMPLDD				NA	NA	NA	NA	NA
JZ016_04448	477			hypothetical protein	ATGCGGAGACCGATATTAGGACTTAGTACTCGGGTTGAAACCAATCTGAATGTCGCACCCAGGCAGCAAGCTGCAGTTCGCTTAGAAGGAGTTGCATTAGAGAAAAGGTTGCGCTCAAAACGCTCAAGCGCTTTCATAGAAGCGATGGCCAAGCTTGATGCTAGCGGTGTGGTTGCCACAAAGGAGAAAGTTCAAGAGCTTATAGATCAAATAGCCAGTGAATTTCCCGAGTTAGCGGTGGATCAGCTTCCGTTAGGTATTGTGAGTAAGTGTTACTTGGGGAATCCTTATGAAGTCCATTCGCTAGATACTAGATTACAGATTCTCGATCATTATAAACGAGGAGAAATCGTTCCAAACGGCATGGAAAAGGCTAGAAGACTGGCTATGCATCCTAGCTATGCCTACATCGAGGTATATATGAATATGATTGCTGCAGTATCCCTATCTGGAGAAGTATCTATGATTAAGGAGTAG	MRRPILGLSTRVETNLNVAPRQQAAVRLEGVALEKRLRSKRSSAFIEAMAKLDASGVVATKEKVQELIDQIASEFPELAVDQLPLGIVSKCYLGNPYEVHSLDTRLQILDHYKRGEIVPNGMEKARRLAMHPSYAYIEVYMNMIAAVSLSGEVSMIKE				NA	NA	NA	NA	NA
JZ016_04449	1707			hypothetical protein	ATGTCAAATCATCAAACGATCTCAACGGCTAACTTGAGTCGGATCGAAAATTCATTGAGCGCAATTAATGACAATATTAACGGAGTATATCAACAGGTAGCTACAGTAGAACAGCAACTGGAGGATACGCAGAGCGATCTTGCGCTGCTTGCAGAAGAGTTTCGGGAATATGTACGCCAGGATGGCTTGATCAAAAATGTGCAGTTAGCAGAGACGAGATTAGTTAAGGTTAGGCAAGAGCTTGAGAATAAATTCGGCCACTATGAGGATGTTCGTCGAAGAGCGATTGGAATATTGCAAGCGGTCGACACCAGTTTGGTCCGTAAGGATACAATCGAGAATGCATCGGAAGAACAGTTGCTGGCTGCTCCACGGTATTGGCTAGCGCCATGTTTAATCGCATTATCCGCATGGCTTAGTGATAATAAGGAGCTGGCCGAGAAGGCAGTTGTCGAAGCTTTGCGAAGAGATGATGAGAAGACATCTTTGTTTTTTGCATTGGTTACACGCCGAGGAGGCCGTTATCAATCAAGCCGGTCTTGGTTGGAACGATATTTCGGTCAGCAAGATCCGAATGAACTTAAGAGAGAAATCGTTATTTTGATTGATGGCTTTTCTAACGGAATTTTTGGTCCGGAAGCTAGAGCGAAATGCGGCTTATTAATAAAAAGCTGGTTGGACGAGCTATCACAAAAAGCAGGTTTTGTCGAAGCACAGCGAGACCAATGGAAGAAAGCGCTTTTGTCGCGTACAGAAAAGCTGAGTGCTTCAAAATTTCCTCATTTGAGGAAATACAGTCCGACTTGGCCACAGCTCCAGCGTGCGCTTGAGGGTGCACAGCTGCATGATATTATTTTTCAATATTTCAATTTTATACTTACTCAAGAGATCGTCCCTTCTAAAAACTTGGCTTTTGCAGTAGACCAACTGCTCGACATTTTGGTTCGTGAATTCGACGAGGAAGAGCTGCCGTTGCGTCGTGAAGAACGATTAAATGAATTAATCATAAAAGAAGATGGAGACAAGAATACGGCCCAGAACTTGTTCGCAAACGAGAAGGTCGTTGAGGAAAGACTTGATTTTACACAGCTGCTAACGAACTTTTCCATGTATCCTACGGAATCCAACGCTTCTGTTGCTACCCAAAAGCTCGCCATAGCCCTATCGAAGGAATGGATAAACCATGCACATGATGATCTAACAGCTGAAAATCGTAATGCTGTCCCTATCGATATTGAGATTAAATTGGATGATTGGACGGGCGCTTCGAGGGACGGAAGTAATGAGGAAGAGCTGATCTCCAGTTTGCAACAGCATATCCAATTGAAGAAAGAGAACGCTTTGAAAAAAAACAAACTTGGCGCCAAACATTGGGTATCCTTAGCCGCAAGCATTGGGTTCTTTGTATTAGGTATGAGCACACTATTTTTATTTATTGTTTCTGCCATCTGTTTGTTTATTTTCTTGAATGGTCTGAGGATTGTCAAAAAGAATGTACAACTAATTGAACAGAATTATGAGGAACTTTTCGCAAATCATAAGCAAATTTTAGTGGCGACTTTAAGTGACGTTGTTGATTATCGTCGCGAGTATGAGACTGAAGATGCTAAGGCAAGTAAAGTTGATGAGCTTCTTGATCAAGTTACACCAGAGCAATATACATATTCGACCTATGATTCTGCTAGAGCCGTTATTTCGTCTAACTAA	MSNHQTISTANLSRIENSLSAINDNINGVYQQVATVEQQLEDTQSDLALLAEEFREYVRQDGLIKNVQLAETRLVKVRQELENKFGHYEDVRRRAIGILQAVDTSLVRKDTIENASEEQLLAAPRYWLAPCLIALSAWLSDNKELAEKAVVEALRRDDEKTSLFFALVTRRGGRYQSSRSWLERYFGQQDPNELKREIVILIDGFSNGIFGPEARAKCGLLIKSWLDELSQKAGFVEAQRDQWKKALLSRTEKLSASKFPHLRKYSPTWPQLQRALEGAQLHDIIFQYFNFILTQEIVPSKNLAFAVDQLLDILVREFDEEELPLRREERLNELIIKEDGDKNTAQNLFANEKVVEERLDFTQLLTNFSMYPTESNASVATQKLAIALSKEWINHAHDDLTAENRNAVPIDIEIKLDDWTGASRDGSNEEELISSLQQHIQLKKENALKKNKLGAKHWVSLAASIGFFVLGMSTLFLFIVSAICLFIFLNGLRIVKKNVQLIEQNYEELFANHKQILVATLSDVVDYRREYETEDAKASKVDELLDQVTPEQYTYSTYDSARAVISSN				NA	NA	NA	NA	NA
JZ016_04450	195			hypothetical protein	ATGTTAAATAGAAGCAAACCTATCATTCAGAATACTTCGACAGAGCCGGCTGCTCAAATGCAATCGAAGCTGGATCTGAAGATTGAAGAGCTGCAAAGGCAAACCATTAACGAATCATTAGCGGAAAGTTTTCCTGCATGGGATTTGAATCCGCCGGCTGTACTAGTTCGTAGACGGAGTTCCAAAATATTATGA	MLNRSKPIIQNTSTEPAAQMQSKLDLKIEELQRQTINESLAESFPAWDLNPPAVLVRRRSSKIL				NA	NA	NA	NA	NA
JZ016_04451	543			hypothetical protein	ATGAATCCTCCGAACTATTATTCCGAATGGACACAGCTGTTTCAGCAACTAAAAGAACTTGGTCAGGAAGATGAGAAGATCATTTCTGTTCTGGAAAAAGGCCGGTTGGAATGGACTTCAGGTGTAGCTGATAAAATTGTGAAGTGTACCTATGATGTAATTGAATTTAAATTAAAATATGCGACGCGCCTATTTCAGCAGGAATTAGATCATTCACGCGGCGAGGAAGCAGCCATTATTTCCGCCATTATAAATGCCCGTTATCGATTTGATTTGCTGTATCGTTTATGCCGCCTTTCTATTTTTCCTGAGGATGTCAAGGAAACTTTGATCCAAGTTGTAAGTAAATATGTCGGAGATTCTCAGGAAGCATTATTAGAAAGTGCAAAGCATGATCGAACAGGTCAACTTGCGTATACGATTAGACATAACAGTTTGACGCAGCAACAGACGCAAGCTCCAGCGGCTGCGGCTCGTGAGCCGTCTGATCCAAAGGAGTCTGGTTCTGATCCATTTAAGTCTAGAAGAAGGGTGCTATTTTAA	MNPPNYYSEWTQLFQQLKELGQEDEKIISVLEKGRLEWTSGVADKIVKCTYDVIEFKLKYATRLFQQELDHSRGEEAAIISAIINARYRFDLLYRLCRLSIFPEDVKETLIQVVSKYVGDSQEALLESAKHDRTGQLAYTIRHNSLTQQQTQAPAAAAREPSDPKESGSDPFKSRRRVLF				NA	NA	NA	NA	NA
JZ016_04452	1554	ftsH_3		ATP-dependent zinc metalloprotease FtsH	ATGAGTGACTTGCAAACATGTTTGAAGACCATGGAGCAATATTTGAAAGCGAGAATTCCCTTTATTTCTATACGTACCGCGGAACGCTCTCGTGCGCTTAGCTTTATAGCTCAATTATCAACAAAGCTAAATTTAAACATTGGCTACCATACGTTATCCCAAGGAATGAGAGATATATCAACCAATCGGCTTCTCAATGAGGACCGTTCGGTTATCGGTGGACTAGATTATGTGACACAAAAAATCGGTCAACTGCAAAATCAAACGTTTGTTTTTACAGAGGTACAAGAGCTTGAAGACGATACTCGAATGGCAAGACAATTGCAAGATGCGGTAATGCTTGCTACGGAAACAGGCGGGTCGATTGTTGTGATTACGAATAATCCTGTCTGGGGGCCATTGCAGCGTCTCGGCATGTCGATAACGCTGTCTCAGCCCAACGAGGATGAAATGCTGATCATTATTCGAGATCAAATCAATCCTTATCGAAGTGAAATGTTCATTGAGTGGCAGGATGCCGAGGAGAGACAAGCGGCCGCTATACTTGCGGGCATAAGCCAAATCGAGGCTGAAAATGTGATCGCAACATTATTAGCTAACGGCAGTATTATGAACGAGAATTTAAAGGAATTAATGCATGCCAAAGATAAGATTTTTGCCGATATTTCTGGTATTGAGCGAGTTATTGTAAGAGAGGACTATCAAATTGGCGGTTTAGAAGGTCTTAAATTATGGCTTGAAGCTAACCGCCAGTTATTGACGGCTGACTTGCGCGAGCGCGGCATTCGCCCGCCAAGAGGAATTTTGTTGGTTGGTGTTCCAGGGTGTGGGAAGTCTTTATCCGCTAAGGCAATCGCATCCTTATGGAACCTGCCGCTGTATCGGTTGGATTTATCCACCATACATGGACAGTACTTAGGGCAGAGTGAGAATCGTTTGAAAGAAGCGTTATCAACAGCCGATCATGTGGCGCCATGCGTATTATGGATTGATGAAATTGAGAAGGGTCTTGCGGGCGCAGTAGGTGGAGGCGATGGAGGCACATCGACCCGTCTGGTTGGCCAGTTCCTGTATTGGTTACAGGAGAGCCTCGCTAGAGTCTTCGTTGTGGCAACCGCCAATGACGTATCGAAGCTGCCCCCTGAACTGCTGCGCAGAGGCCGTTTTGATGAATTGTTTTTCGTGGATTTGCCAACGGCGAGTGAACGAGAGGAAATTATAAAGATTTATATTGAAAAGGGATTGAAGAGAACAGTATCGAATGAATTGTTGCAACAGTTAGTAAGGCTGTCGGAGGGCTTTGCCGGTGCGGATTTGGAAGCTGCTGTTCGAGATGTAGTGAAGCAAGCCTTTGTAAAAGGGGACGATTCCATTACAGATGAAACGTTTATAAACTTTTTTACCAATGTTGTGCCGCTATCTCAAACAAGTCCTGAACAAATTGAAGCGATACGTACTTGGGGTAAAGAAAGAGCAGTCCCAGCCGGTAAATTAAATGAAGAGCCGAATGGGCATGGCGTTCACCGGTCAAGCGGACGAAAAGTAATGGTATAG	MSDLQTCLKTMEQYLKARIPFISIRTAERSRALSFIAQLSTKLNLNIGYHTLSQGMRDISTNRLLNEDRSVIGGLDYVTQKIGQLQNQTFVFTEVQELEDDTRMARQLQDAVMLATETGGSIVVITNNPVWGPLQRLGMSITLSQPNEDEMLIIIRDQINPYRSEMFIEWQDAEERQAAAILAGISQIEAENVIATLLANGSIMNENLKELMHAKDKIFADISGIERVIVREDYQIGGLEGLKLWLEANRQLLTADLRERGIRPPRGILLVGVPGCGKSLSAKAIASLWNLPLYRLDLSTIHGQYLGQSENRLKEALSTADHVAPCVLWIDEIEKGLAGAVGGGDGGTSTRLVGQFLYWLQESLARVFVVATANDVSKLPPELLRRGRFDELFFVDLPTASEREEIIKIYIEKGLKRTVSNELLQQLVRLSEGFAGADLEAAVRDVVKQAFVKGDDSITDETFINFFTNVVPLSQTSPEQIEAIRTWGKERAVPAGKLNEEPNGHGVHRSSGRKVMV				NA	NA	NA	NA	NA
JZ016_04453	924			hypothetical protein	ATGCTTCAAACGTTTAAGCCAACCACATATAAGGCCTTCGGGTTTTCCATTCATAGTGACATTCCCCTGCCTGAGTTACAGCCCGTCGTCCTCCCGGATGATTATGCCGATATTGTCGTCCGTTATGCTGATCTGACTGAAAGATGGCTTGAAGGATCTGATAAATCGAATAAAACATGGGTATGTACTGAAGATATGGTCATGTTCAGAGTGCCTGAACTCGCTATTTTTGCAATAGAGAACGGGTCGACCATCTCTGTCTCTCCAGAGAAGGGGGCAGCGGAGGATAAAATCCGGCTGTACGTGCTTGGATCTTGTATGGGTGCCCTTTTATTGCAGCGTAAAATACTCCCCCTGCACGGCAGCGCGGTAGTGATTGACCATAAAGCCTATGCCTTCATCGGCCATTCCGGACACGGGAAGTCGACGCTGGCCTCTGCCTTTCTGCAGAAAGGCTACCAATTATTAACGGATGACATTATCGCTGTGACGCTGGACCAACAAAATATTCCTTACGCAACGCCAGCTTATCCTCAACAAAAGCTTTGGCAGGAAAGCCTTGAAGTCTTCGGTATGGATTCCAGGCAATTTCGACCTTTGTTCGAGCGTGAAACCAAGTACGCCGTCCCCGTCACATCCCAATTCTCCAATAATCCCCTGCCGCTGGCTGGCATTTTTGAGCTCGTGAAGACCGATTGCAGTCAACTACATATACGTGAGATTGATAAATTAGAGAAGCTGCCGCTGCTGCATCGTCATACCTATCGAAACCAACTTCTATCCGGCAGCGGATTAACGAAGTGGCATTTTGACATCACGGCGCGTATGTCCGGGAGTATGGCTATGTACCAGATTCAGCGTCCATTAAACGAACATACCGTGCACGAGCTAACGGCCATGGTTGTAGATGCCATAAGTGAATAA	MLQTFKPTTYKAFGFSIHSDIPLPELQPVVLPDDYADIVVRYADLTERWLEGSDKSNKTWVCTEDMVMFRVPELAIFAIENGSTISVSPEKGAAEDKIRLYVLGSCMGALLLQRKILPLHGSAVVIDHKAYAFIGHSGHGKSTLASAFLQKGYQLLTDDIIAVTLDQQNIPYATPAYPQQKLWQESLEVFGMDSRQFRPLFERETKYAVPVTSQFSNNPLPLAGIFELVKTDCSQLHIREIDKLEKLPLLHRHTYRNQLLSGSGLTKWHFDITARMSGSMAMYQIQRPLNEHTVHELTAMVVDAISE				NA	NA	NA	NA	NA
JZ016_04454	126			hypothetical protein	ATGAAAAAGGAATGGAGCGTACCTGCTTTGGAGGTTCTTGACATCAAAATGACCATGGCTGGTCCTGGTAGTGCAATTCCGGATGGAGTGCAACCGGATCCGGACGAAATGGTTCACACCAGCTAA	MKKEWSVPALEVLDIKMTMAGPGSAIPDGVQPDPDEMVHTS				NA	NA	NA	NA	NA
JZ016_04455	1950	asnO_1	COG0367	Asparagine synthetase [glutamine-hydrolyzing] 3	ATGGGCGCACTTGCGGGTATTTATCGTTTTCATGGAGAGCCGATTCCAACGGATAACAGTGAGCTCATAATGTCAGCATTAAGCAAGTATCCTGCCGATCAAAGCGCCGTTTGGCAACAGGACTATATTATGATGGGGTGTCATGCCCAATGGATTACAGAGCAAGCCGTCCACGAAATACTTCCTTATTACGATCCGCAGCGCGGACTTGCCATCACGGCCGACGCCATCCTAGACAATCGGGATGAGCTTATGGAACAACTGCATGTGCCGAAAGTCCAAAGGTCGCACATGACAGACAGTGAAATCCTGCTGCAGGCTTATGAGAAATGGTCCGAACGGATGCCGGAACGATTGGTCGGAGATTTTGCTTTTGCCATATGGGATGCACGCAAACAGCTGCTGTTCGGGGCAAGGGATTTCTCAGGCGCAAGAACGCTATATTATCATCTCGATGAGCAGCAGTTCTCCTTCTGTACAATGATGACTCCCTTGCTCACTTTACCTTATATACATAAAGAGCTTAACGAGCGTTGGCTAGCCGAGTTTCTGGCGATCCGCGGTGTGTTCGAACCCCCGGATGCTTCAACCACTGTGTACAATCATATTTATCAGATCCCGCCTTCCCACTCCTTCATCGTTAAACAGAACCGGTTATGGATCAGCCGATATGACAGCCTGGCTAATGTGCAGCCTTTGCAGCTCCGTTCATCCGAGGAGTATGAAGAAGCCTTTCGTGAGGTGTTTCATAAAGCCGTAACCTCAAGGCTTCGTCGTTCAAGTCTGCAAATCGGCGCTCATCTTAGTGGTGGTTTGGATTCGGGCTCCGTTGCAAGCTTTGCTGCCAGAGCGCTTCAGCAGGAAAACCGGATGCTTCATACTTTCAGTTACATACCGGAAGACGAATTCAAAGATTGGACGCCAAAACACAGATTCGCTGACGAGAGGCCGCTCATCAGGCAGACCGTACAGTTTGTGGGCAACATCCATGATCATTACTTGGATTTCAAAGGTCACAGTCCCTTTACGGAAATCGACGACTGGATCGACATCCTGGAATCTCCTTACAAGTTCTTTGATAACTCTTTTTGGTTAAGAGGAATTTATGCGCAAGCGCAGCAGCGCGGGATCGGAATTCTGTTGAATGGTGCACGGGGGAATTACAGCATATCTTGGGGACCCGCGATTGAGTATTACACGCGACTTATGAAAAAGTTCAACTGGCTTCATCTATCCCGCGAGATCAATCAGTATAGCAGGAACGTTGGAGTTGGACGTAAGCGGTTATACTCCATCCTTTGTCGTAAAGCATTGCCTTCCCTTACAAGGATAAGGCCATCCGGATCATCAGCTGATTTGCCGCAGCTCATTCATTCCGACTTTGCTGAACGCGCAGGGATCTACGACAAGCTGCAGGATCGCGCGTTTACCGGAATTGGTTCAACAGACGATCTTCCAGATGATCCACTGGAAGCAAGAATTCAGCATTTTAACCGGGTTAACATGTGGAGCGCCACCGGGTCAAGCGGCTGCAAACTGTCCCTTCGTTATTCCGTATGGAGTCACGATCCGACCAATGATCTGCGCGTCATTCGTTTCTGCTTGTCAACGCCCATGGAGCAATTTGTTCATAACGGCATGGATCGGGCTTTAATTAGACGCTCTACTTCAGGCTTGCTCCCTGATTCCATCCGGCTTAACCAGAGAACAAGAGGCATCCAGGCAGCCGATTCTATCCATCGAATGCGAAGCGACTGGCCTGCATTTATCGATGAACTGGATCATCTGAGTCGTGATTCTAGAATGCAGCAGTTCATTAACATGCCTGTTCTCGAAGAAGCTCTATCGGAGGCCCGTCAGGGAATGGATCCAAATCAAGCCTATGGCCCGTCCATTAAACTCCTCATGCGCAGCCTCATTCTGTACCGATTTCTTCAAAAAAACTTTTGA	MGALAGIYRFHGEPIPTDNSELIMSALSKYPADQSAVWQQDYIMMGCHAQWITEQAVHEILPYYDPQRGLAITADAILDNRDELMEQLHVPKVQRSHMTDSEILLQAYEKWSERMPERLVGDFAFAIWDARKQLLFGARDFSGARTLYYHLDEQQFSFCTMMTPLLTLPYIHKELNERWLAEFLAIRGVFEPPDASTTVYNHIYQIPPSHSFIVKQNRLWISRYDSLANVQPLQLRSSEEYEEAFREVFHKAVTSRLRRSSLQIGAHLSGGLDSGSVASFAARALQQENRMLHTFSYIPEDEFKDWTPKHRFADERPLIRQTVQFVGNIHDHYLDFKGHSPFTEIDDWIDILESPYKFFDNSFWLRGIYAQAQQRGIGILLNGARGNYSISWGPAIEYYTRLMKKFNWLHLSREINQYSRNVGVGRKRLYSILCRKALPSLTRIRPSGSSADLPQLIHSDFAERAGIYDKLQDRAFTGIGSTDDLPDDPLEARIQHFNRVNMWSATGSSGCKLSLRYSVWSHDPTNDLRVIRFCLSTPMEQFVHNGMDRALIRRSTSGLLPDSIRLNQRTRGIQAADSIHRMRSDWPAFIDELDHLSRDSRMQQFINMPVLEEALSEARQGMDPNQAYGPSIKLLMRSLILYRFLQKNF	PGPT0020150_701	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953	NA	NA
JZ016_04456	414	ywnJ		putative membrane protein YwnJ	ATGCGAATCATTCTTACCTTTCTATGGGCAATAGCTCTATTCGTCTTTACTTGTTCAGTTAATTTCCATCTACTGATTAGATATCAAGTCGTGGATTTCCAGTTTAACCCCTCTCCCGACTGGTCCGAGCTTACAAAACTGGATCTTAAGTGGTACAGCAGCGATTGGATTCTGCGAAAAATCGGTCATTTTATCGGATTCTTCATTCTTGCCCTACTCGCATCCGATTTTGGCAGAAGAAGAACCGCCTTTTTCTGGTCTGTCGCCTATGCGGCGCTAACTGAAATTCTCCAGCTTTTCTTCTTCCGAGGCGGTCGAATCTACGATGTGATCAATGATTCACTCGGCATTCTCCTTGCTTACCTACTCTGTATGATCCTATTCCGCAAAAGTTCAAGGCGCACAAGAAGGTGA	MRIILTFLWAIALFVFTCSVNFHLLIRYQVVDFQFNPSPDWSELTKLDLKWYSSDWILRKIGHFIGFFILALLASDFGRRRTAFFWSVAYAALTEILQLFFFRGGRIYDVINDSLGILLAYLLCMILFRKSSRRTRR				NA	NA	NA	NA	NA
JZ016_04457	1968			hypothetical protein	ATGGCCAAGAGACAAACGAAATACATGAAGATGAATGCATGGTCATCCTCGGATACGATGGATCCGAACGATGTAAGCTTCAATTTCGATTTGTTAGATGAGGAATTAATGAGCCGTGGCATTAACGTTAAGTGGTTTGGAGCTGTAGGTGATGGAAGAGCAGATGATACTGCGGCTTTTCAGGCCGCGATGGCAAAGTGTGATAAGCGTTACAAGCTATTTGTGCCTCCTGGTGATTATCGGATCAGACAAACGATAGAGAATAATAGCAGAGGAATTTATGGGGCAGGTCCCTATGTAGATGGTGGACAAATGGGCACGAGAATTATCTGGGACCCCCTCGACACAACAACCGATTTACTTCCATGCATAAGAATCCGAAATTCTGGAGTGAAAGCAGTATTTGAGGATTTCGGAATATATGGTGTTTCAAGATATAACTCAAGAGAACTGATCAACTGGATAAATAAGGAGTTATTTGAGCAAAGTCTGTACGATATGTTTGCTGTAGGTTCAGCTGCGTTTGAAGTTGCAGGATCAGCGACACCGATATTTAGAAATATTGCTACATCTGGAGTGAAGGTTGGGCAGCTTCTTAACAGTAACAATGGACATGTATCTTCATACGAATGTACCTGGAACGGATTAATTGGCGTATATTGCCGTATCAACACAGGGGATTATTTTTATCAAGGTGGCAGTATAACAGGAGCATTCTGCGGCATCATGTTTGGTACGATATTAGCGGCCGGACATCGCGGGGGGTTCAATGCCAACCTTCATAGAACACATCTTGGATTTTCACCGTACGCTATTTATCAGTGCATTGACAGTGGACTTGATGACTATAAGGCAGCTCCTGTAGTTCTAGGATTAAGCGGCATCTATATGAATGCTCAGTTTGAGCAATGCGGAGAAGCGGCAATCAAACTATTGAGTAAATCTTTAACATCGAATTTAAGACTATTCGGCTTCGGCTTTACTTGGTCTGTAACAAGTTATACAGGGAATCCTTCAAAGTGGGAGTACTCGATGCCAGATGAATTGATACCTGCTGGTGAAAAACAGAAATATGCAGCTTGGTTTGGAACCGTTACAGCTCCGACGACATTTAACGATGAACTCGGAATATTAAAAAAATCGAATGCTCAAGGCGCCATTGGAACGGCATATATTGATATTCTGACCGGTGATAAGGAATCCGATTTGACTGGATTGGGACTAGAGAATGTGGTGATTCGTAGAAAGGTAACTCCTTTATACAAGAGTGCCGACTTACAAACACGAATGAAGGAAAGAGAGCATCGCACCCTTATGCCGGTATCAGCGCCAAACCTGCTTAGAAATCCGGAAGTGCTATCGAATTGGACGGTATTAAATGGAGGCGTAATTAGTCTTGTCACGGCCGACCAAGTGCCGGTCCCGATTAGTAACGAGATGAGGCAGGTCATCGGTCCGCATCCTGTCATTTTAAAAATCACGCCAGATGGAGTGCGATCACCGATGATGGCGATCAAGTTCAATAGCCGGACATTGCCGTATCAGGGAGATGCTAACAGAAACTTGGCCATGCAATATTTCATTTTGCAAACGGAGTATGAAAGCGGAACGTTATATAAATCAATGGGCCGAATTGCTGCCCAGAATGCGGAGTATATTTTTAACGATGCCATAACTTGGCGTGAAGAAGGTTGGAAGCATCTTCGGGGGAGAGAGCTTGCAAGTCAAACTGGTTTATTGCATGAATTCAGCATATCGTTCATCCCCAAAGTGGGTGAAACCTATATTGCTGGGGTAATGGTGACGTGGGATCATATCGGGTCGTACTCTCCGCATCCACATAGTTATATGACAGATTCCTTAGAAATTGAGGGTCCGGGAAACGGGATTATATTGACGGACTCCGTGACAAGAGCCAGATATCAATTATCTATTGTCAACGGCAGCTTGCAAATTACGCAAAAATGA	MAKRQTKYMKMNAWSSSDTMDPNDVSFNFDLLDEELMSRGINVKWFGAVGDGRADDTAAFQAAMAKCDKRYKLFVPPGDYRIRQTIENNSRGIYGAGPYVDGGQMGTRIIWDPLDTTTDLLPCIRIRNSGVKAVFEDFGIYGVSRYNSRELINWINKELFEQSLYDMFAVGSAAFEVAGSATPIFRNIATSGVKVGQLLNSNNGHVSSYECTWNGLIGVYCRINTGDYFYQGGSITGAFCGIMFGTILAAGHRGGFNANLHRTHLGFSPYAIYQCIDSGLDDYKAAPVVLGLSGIYMNAQFEQCGEAAIKLLSKSLTSNLRLFGFGFTWSVTSYTGNPSKWEYSMPDELIPAGEKQKYAAWFGTVTAPTTFNDELGILKKSNAQGAIGTAYIDILTGDKESDLTGLGLENVVIRRKVTPLYKSADLQTRMKEREHRTLMPVSAPNLLRNPEVLSNWTVLNGGVISLVTADQVPVPISNEMRQVIGPHPVILKITPDGVRSPMMAIKFNSRTLPYQGDANRNLAMQYFILQTEYESGTLYKSMGRIAAQNAEYIFNDAITWREEGWKHLRGRELASQTGLLHEFSISFIPKVGETYIAGVMVTWDHIGSYSPHPHSYMTDSLEIEGPGNGIILTDSVTRARYQLSIVNGSLQITQK				NA	NA	NA	NA	NA
JZ016_04458	210			hypothetical protein	ATGGAACTTAAACAATATTTCCGAATTGTTCAGAGAAAATGGTGGTTGATTGCTGTTATTGTCGTCATTGCGATGGTAGCAACCGCTGTAAAGAGCTTCTATTTTACGACACCTATCTACGCAGCGAACGCTAAGTTAATTGTAAACCAATTCTCGGGGACAGAGCGGCGACACTCAATGCAAGCACAATTCAAACTAGTATTTTTCTGA	MELKQYFRIVQRKWWLIAVIVVIAMVATAVKSFYFTTPIYAANAKLIVNQFSGTERRHSMQAQFKLVFF				NA	NA	NA	NA	NA
JZ016_04459	504	ywqC	COG3944	putative capsular polysaccharide biosynthesis protein YwqC	ATGAACAAAGTGGTTGAACAGTACCCCGAGCTGGGTGAAAGTCCCTCACAAATTGCTGCCAAAATATCTGTTACCTCGGCGAACAATTCACAAGTTATGAATCTGGTTTACGAGGATATCTCTTACACCAAGGCCGCTAGTGTCGTAAATGCTGTCTCCACGGTATTTAAAGAGCAAATTCCAAACATTATGAATGTGGACAATATAACCATTCTGAGCGAAGCGGATCCAACCCTATCTCCTGCGCCTATCAATATAAATCCGGTGATGAACATGTTGATTAGTTTTGTTATCTCACTCCTTCTGGCGATCGGCTTTATATTCCTGCTCGATTATTTGGACGATACCCTCAAGACCGAAGTGGAGATTGCAGAAATCATGGAAGTACCCGTGCTTGCTGTCGTAGGAAGGATCAGCAGAAAAGAGCTGAAGAGGTCCACACGATCGAAAGCTATTCCAAAACAAAAGGCAGGTGAGAGTCAGTATGCGTCGCTCCATCAATAA	MNKVVEQYPELGESPSQIAAKISVTSANNSQVMNLVYEDISYTKAASVVNAVSTVFKEQIPNIMNVDNITILSEADPTLSPAPININPVMNMLISFVISLLLAIGFIFLLDYLDDTLKTEVEIAEIMEVPVLAVVGRISRKELKRSTRSKAIPKQKAGESQYASLHQ				NA	NA	NA	NA	NA
JZ016_04460	633	ywqD	COG0489	Tyrosine-protein kinase YwqD	ATGCGTCGCTCCATCAATAACCATAATCTGATCGTTTCCGCCAATCCGAAATCGCCAATTTCAGAGATTTATCGACTGCTTCGAACCAAGATCCAATTCTTTTATAAAGAACAGGAATTGAAGACCGTTATGGTGACATCGTCACAGCCTGGAGAAGGCAAAAGTACCGCGATAGGCAATTTGGCGGTAGCTTATGCGCAGGAAGGTAAGAGTGTACTACTGATCGATGCAGACCTGCGAAAGCCCTCCTTGCACCGGATGTTCTCGTTGTTAAACTCCCAAGGCTTAAGCACTTTGCTTGCGGGAGGCATAAGTCTTGAGGAAGCGATTCAGGAAACGGCTGTTGAACGATTATCATTGCTGCCATCCGGACCGGTCCCCGTAAATCCATCAGAATTGATCGATTCACCATCTATGCGGGAACTGCTCGAGGTTTCAAAATTGCAATATGATGTCATTCTTGTCGATACGCCATCGGTGCTTTCCGTATCGGACTCCGTAATTGTCAGCGCATTATGCGATGGAGTCATTATGGTAGCTGCAACCGGAAAGGTAAAGAAGGATCATCTTAGAAAGGCGAAGGAGCAGTTGGACCATGTGAATGCCCGGATATTGGGGATTGTGCTGAATTAA	MRRSINNHNLIVSANPKSPISEIYRLLRTKIQFFYKEQELKTVMVTSSQPGEGKSTAIGNLAVAYAQEGKSVLLIDADLRKPSLHRMFSLLNSQGLSTLLAGGISLEEAIQETAVERLSLLPSGPVPVNPSELIDSPSMRELLEVSKLQYDVILVDTPSVLSVSDSVIVSALCDGVIMVAATGKVKKDHLRKAKEQLDHVNARILGIVLN	PGPT0026560_2255	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0026560-exoP|vpsO-K16554	NA	NA
JZ016_04462	894	gtaB_2	COG1210	UTP--glucose-1-phosphate uridylyltransferase	GTGATGAGGAGAGTAAAGAAAGCCATTATTCCTGCAGCGGGGCTTGGGACACGTTTTCTGCCTGCAACGAAAGCAATGCCAAAGGAAATGCTTCCGATTGTGGATAAACCCACCATTCAATACATTGTGGAAGAGGCCGTGGCATCGGGAATTGAGGATATTATCATCGTGACGGGTAAAGGCAAGCGTTCAATTGAAGACCATTTCGATCATGCGTTTGAACTGGAGCATAATTTGCTCAGCAAGGGAAAGTATGAATTGCTTAACGAAGTTCGGCGCGCTTCGAATGTTGAAATCCATTACATACGCCAAAAAGAAGCCCGGGGTCTAGGTCATGCCGTTTGGTGTGCACGTAACTTTATAGGAAATGAACCATTTGCCGTCCTATTAGGGGATGATATTGTTCAATCCGATACACCTTGTACTCGGCAATTGGCCCAGCAGTTTGAACGATTGCAGAAGTCGGTTATCGGTGTTCAAAACGTGCCCGATGATCAAACACATCGCTATGGAATTGTGGCTCCACTGGGTAAGATGAATCGCTTGTATGAAGTGGATTATTTTGTAGAGAAGCCTCCTGCCGGTCAAGAACCGTCGAGACTAGCCATCATGGGCCGCTACATATTAACTCCTGAAATTTTTGATTACCTGGAACATCAAGAGGAGGGGGCTGGTGGAGAAATTCAGTTAACGGACGCGATCCAGAAGCTGAATGAAAGTCAGGGCGTATACGCTTACGATTTCGAAGGCACCCGATATGATGTAGGCGAAAAGCTTGGATTTATTATGACCACTCTTGATTTTGCACTTCAAAATGAGGAGCTCCGAAAACCCCTTCTACAAGGTATGGAGACGATTCTTGAAAGAGAGTATTCAAATTCAAATAAAAATTAA	MMRRVKKAIIPAAGLGTRFLPATKAMPKEMLPIVDKPTIQYIVEEAVASGIEDIIIVTGKGKRSIEDHFDHAFELEHNLLSKGKYELLNEVRRASNVEIHYIRQKEARGLGHAVWCARNFIGNEPFAVLLGDDIVQSDTPCTRQLAQQFERLQKSVIGVQNVPDDQTHRYGIVAPLGKMNRLYEVDYFVEKPPAGQEPSRLAIMGRYILTPEIFDYLEHQEEGAGGEIQLTDAIQKLNESQGVYAYDFEGTRYDVGEKLGFIMTTLDFALQNEELRKPLLQGMETILEREYSNSNKN	PGPT0014875_2699	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0014875-gtaB|UGP2|galU|galF-K00963	NA	NA
JZ016_04463	699	pglC	COG2148	Undecaprenyl phosphate N,N'-diacetylbacillosamine 1-phosphate transferase	ATGTCTCCCAATCCGCAACGTAATGAAGTAGACGTTGTGTTCGAAGTAAATAAACGATATGCAAACGATTTGGCATTAGAGGCGGAACCCAGAGTTTTGTATCTGGCAATAAAACGTGTCATGGATTGCGTATTGGCTTTCATCGGACTTGTTCTGTTGTCGCCACTCTTTGTGATTGTATCCATTCTTATAAAACTGGAGGACCCGAAAGGGTCTGTTTTTTTCTACCAGACACGCATCGGTAAGGATGAGAAGCCATTCCGAATGTACAAATTTCGCTCCATGGTATCGAATGCGGAAGAACTGCTCGAGGAGCTATTGGATCAAAATGAAGTCAGCGGTGCTATGTTCAAAATGAAGAATGATCCTCGTATTACGAAGATTGGGAAATGGATTCGAAAGACGAGCATTGATGAGCTGCCTCAGCTATGGAATGTTCTCTGCGGCGAGATGTCTCTGGTCGGTCCAAGACCGGCACTGCCAAGAGAAGTACAATTATACAGCAATTACGACAGGTTACGATTGAGAGTAAGCCCTGGCTGCACCGGATTGTGGCAGGTGAGCGGTCGTAACAATTTAAGTTTTGATGAGATGTTGGAGCTGGATCTGGAGTATATCGAACGAAGAGGCTTGTGGATGGATCTGAAATTGATACTTCAAACCGTCAAGATCATGATCCTTCCGAATTCAGCCTATTAA	MSPNPQRNEVDVVFEVNKRYANDLALEAEPRVLYLAIKRVMDCVLAFIGLVLLSPLFVIVSILIKLEDPKGSVFFYQTRIGKDEKPFRMYKFRSMVSNAEELLEELLDQNEVSGAMFKMKNDPRITKIGKWIRKTSIDELPQLWNVLCGEMSLVGPRPALPREVQLYSNYDRLRLRVSPGCTGLWQVSGRNNLSFDEMLELDLEYIERRGLWMDLKLILQTVKIMILPNSAY	PGPT0026575_235	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-SUCCINOGLYCAN_METABOLIC_PATHWAY,PGPT0026575-exoY-K16566	NA	NA
JZ016_04464	1434			hypothetical protein	TTGGAAAATATGGAGAGGATCTCTGGATTAAGCTCTTGGAGAAGGAACGCCGCACGAACGATTCGTGGGTCGATACAGGTCGGGGTCATTATAGCGAGCGGTACTTTGATTGGATTGCTCAGTTCCGTTGACTCTCTGCATATTAAACTGCTGGAATTGGTATTCCTGGTCTTATGTATGCTGATCGGGCTGTATATCCAGTTTAAGAGCCCACATGTTCTTATTCCATACTCACTTTTGATATGGACGATCAGCCCTGAGGTAAGACGCTTGCTCGACTGGTCGTTTCAGTCGTACAGCGATACATCGATTATCATGCTGACTCCGTATTCTGTTTCATTGATATTACTGATAACAACGATCAAACACTTTAATCGGATCGATTCGAGAATAAGACTGATCATAAAAATCATTAGCGTGGCATTGATATATGGGTTTATCCTCGGTTTCATGAAATATGGACTGTCTTCTGTATATGACTTGCTGAGCTTATTTGTTCCATTCTTAGTGCTGCTATACGTGAGTGCCAGTCAGTTCGATAAGGGAATTTGGGACAAATGGCTGAGAAGCTTTGCTTATCTTGCGGTCCTTGTAGGAGTCTACGGCATATACCAATACTTGGTTTTGCCTCCTTGGGATCATTTCTGGATGACAACCGCGGATATGAACTCAGTCGGAATACCGGAACCTCAGAAATTCCGGGTGTTCTCTCTGCTGAATTCACCGGGACCAGCAGGTATGTTTCTTGGTTTTGCACTAGCCATTATGATTGTACAAAAAAAGTGGAGAGCGTTTGGCATAGTCGGAATTATGATCGTCGCGTTTGCGCTTCTGCTCACTCTGGTTCGGGTTGGATGGATTACGTGTGTAATAATGATCGTTGCCTATTTTGCCCGTTCCCGATTAAAGAGCAAAGTGCAGTTGGTAGCCTTAGGTGTCATTATGGTGCTGGCGTATACCTTTATTCTTCCGCTCTTGCCGGGGGCCAATCAGGTATCCTCGCGTATTAGCACGTTCGAGTCATTGGAGGAAGATCACTCTTTTAATGAGCGGTTGGACTTTGCTAAATATATTATCTCGGATGTGATATCCAATCCCATTGGAAGAGGACTGGGCAGTTCGGGACTGGGGGTCAAGCTAACCCAGAGTTCGAATACAGTGGCTGTATTTGATAATGGGTATTTAAATTTGTTTTATTCATTTGGGTTACCCCTGGGACTGGCCGTTATTTTTTTATTAGGATATTTGTTCGTAATTCTCTTCAAGATCAGCAAAACAGAGAAGAGTTATGCTCCGATTTCCTTTGCAGCTATTAGTGCGATTCTATTTCTGTTATTAGGAAGTAATGTATTGAGCGGATTAAGCGGATATATTCTACTGCTGATTATCTCACTCGCATTTCCATATGCGTCTACCAATCGGAGGGAACTGTAG	MENMERISGLSSWRRNAARTIRGSIQVGVIIASGTLIGLLSSVDSLHIKLLELVFLVLCMLIGLYIQFKSPHVLIPYSLLIWTISPEVRRLLDWSFQSYSDTSIIMLTPYSVSLILLITTIKHFNRIDSRIRLIIKIISVALIYGFILGFMKYGLSSVYDLLSLFVPFLVLLYVSASQFDKGIWDKWLRSFAYLAVLVGVYGIYQYLVLPPWDHFWMTTADMNSVGIPEPQKFRVFSLLNSPGPAGMFLGFALAIMIVQKKWRAFGIVGIMIVAFALLLTLVRVGWITCVIMIVAYFARSRLKSKVQLVALGVIMVLAYTFILPLLPGANQVSSRISTFESLEEDHSFNERLDFAKYIISDVISNPIGRGLGSSGLGVKLTQSSNTVAVFDNGYLNLFYSFGLPLGLAVIFLLGYLFVILFKISKTEKSYAPISFAAISAILFLLLGSNVLSGLSGYILLLIISLAFPYASTNRREL				NA	NA	NA	NA	NA
JZ016_04465	783			hypothetical protein	ATGTTAATCGTTTTTTTAGGCGACTCCATTACGGAAGGATTAGGTGTCATTCGCTCCAATACCAATTATGCCAACTTGTTGCAGGCTCAGCTCAAGTCACTGCTTTCCCAGCCTGTTGAAATCATGAATTTCGGCTCCAGCGCCATGCAGGTAAACGAATCAAGGGCGAAGTATGAACAGCGTATTATGGAGCTGCAGCCGGATTTCATCGTTTTTGCCCACGGAATTACGGAATCCATTGTACGGGAACAGAAGCAGTATTTGAAATGGCTGCCCAGACGGTGGCGAAGGCCCGGTTGGATGGACCCAAGACCTTATTATTCGACTCGAAAAGCGCGAAGACTTATGGAAAGGCTGGAATCGGCGCTTCGATGGAGAGTGAAGGTGACCCTGATTAAAGTGTTTGGCGGCAGACCATGGATGAGTCTCGAGGATTTTAAACAGCATACGACGGAACTTATTCTGAACATTCTGAATAACAGTCCGAAGACCAAGGTGGTGCTGCTTACTCCCAGTGATATCGAGGAGAAGTACTTTCCGGGATCTGTAGAATCAATGAAGAGGTATAGAGGTATATTGCACGATATTTGCGAGAACAGCAAAGATTCAAACCGGATATTTCTGTGCGACACATCCCAAACCTTGAATAAATGGAGTGATTACTTGGAAGACCGGTTTCATCCGAATGAACTGGGACACAGTAAAATTGCTAAAGCGCTGCTCAGCGCCATTCGTGAGGATTCCCTTGCTGCACAACCATGGATGAAAGAGGTACAACGATGA	MLIVFLGDSITEGLGVIRSNTNYANLLQAQLKSLLSQPVEIMNFGSSAMQVNESRAKYEQRIMELQPDFIVFAHGITESIVREQKQYLKWLPRRWRRPGWMDPRPYYSTRKARRLMERLESALRWRVKVTLIKVFGGRPWMSLEDFKQHTTELILNILNNSPKTKVVLLTPSDIEEKYFPGSVESMKRYRGILHDICENSKDSNRIFLCDTSQTLNKWSDYLEDRFHPNELGHSKIAKALLSAIREDSLAAQPWMKEVQR				NA	NA	NA	NA	NA
JZ016_04466	1200	mshA_7		D-inositol-3-phosphate glycosyltransferase	ATGAGAATCTGTCTTGTTACGCACAAGGTGAAGAAGGGAGACGGACAAGGCAGAGTCAATTATGAAGTTATTGTGGAGGCCTTAAAGCAAGGGCACGAAGTGATCGTGATATCCTCAGAGCTGTCGGAGGACCTCCGAAATCATTCCCAAGTGGAGTGGATTAGGATCAATGTTAGCAAAATCCCGATCGCCTTATTACGAAATCAGTTGTTTGCTATCGTTTCCGCATGCTCAATCTGGCTTCGTCGGACCCGCATTCAGCTAGTTGTGGTCAATGGATTCATAACTTATGCCCGGTCTGATATCAATTGTGTGCACTTAGTTCATAGCGCGTGGGTGAAGTCGAAGTATCATCCGTTTCGGGAAAAGAAAACGTTAAGGACGTTTTATCACTTTGTCTACAACGGGATCAATGCCGTTCTGGAGCGAATCGCACTGAAGAAAACCCGGCACATTATTTCCGTATCTGAGCAGGTGAAGCAGGAACTCGTCCGGGATGCAAAATGCGGCGGTCGGCGCATTTCAGTTGTTCATAATGGTGTTGACACGAGCGAATTCTATCCACGTCAGATCAATAGAGCCGGTTATAAACTGGATGAACACACAGTCTACGCCTTGTTTGCAGGAGATTTGAACTCAGGCATAAAAAATCTGGATACAGTGCTCCGTGCGTTATCCGAAGTGGAGCATGTTCACCTGCTGGTTCTAGGAAATGCAGAAAAGAGCCCATATCCGAAAGTTGCCGAACAATTAGGAATTTCGGACCGTGTTCATTTCCTTGGGTATCGGAAGAATATCGCAGATTTTATGGCGCTTGCCGACTTGTTTGTTTTTCCTTCTAGATATGAGTCGTTCTCGCTTGTCATTTTAGAAGCGATGGCATCAGGCCTGCCTGTGATCATGAGCAACCGCTGCGGTGTGGTTGAGCTTCTGTCTGACGATGCAGCCATAATCTTGGACAATCCGGATGATACCAAGGCTCTGACCAATGCAATCAGAGAACTATCCTCCAATCCGGAACAATTAAGAAGGATGGCACGAAGAGCGAGGGAACATGCGCTCCAAAACGACTGGGAGGCCATGGCGATCAAATACATGGAAATATTCAGAGAGACGATGAACGCTCAGTCAGGCATCCTGCCGATCGACAGGCTCGAAGGGAAAGAACGGTATGTTGAAAATACATATACTCAAAAATAA	MRICLVTHKVKKGDGQGRVNYEVIVEALKQGHEVIVISSELSEDLRNHSQVEWIRINVSKIPIALLRNQLFAIVSACSIWLRRTRIQLVVVNGFITYARSDINCVHLVHSAWVKSKYHPFREKKTLRTFYHFVYNGINAVLERIALKKTRHIISVSEQVKQELVRDAKCGGRRISVVHNGVDTSEFYPRQINRAGYKLDEHTVYALFAGDLNSGIKNLDTVLRALSEVEHVHLLVLGNAEKSPYPKVAEQLGISDRVHFLGYRKNIADFMALADLFVFPSRYESFSLVILEAMASGLPVIMSNRCGVVELLSDDAAIILDNPDDTKALTNAIRELSSNPEQLRRMARRAREHALQNDWEAMAIKYMEIFRETMNAQSGILPIDRLEGKERYVENTYTQK	PGPT0022515_25	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022515-waaG|rfaG-K02844	NA	NA
JZ016_04467	1329			hypothetical protein	ATGTTGAAAATACATATACTCAAAAATAAAAGAAGCTGGGGCAGTCTTGGCAATGTCATGCAAACATTTGCATCCAATGTGTTAATCCTCGGTGTCAACGTATTAACAGGTATTATTATCGCAAGGACTTTAGGCCCTGAGGGCCGTGGAGAACAGGCAGCCATGATTATGTGGCCGCAATTCTTGGCGTACTGTTTAACTTTAGGTATGCCGTCGGCGCTGGTCTATTATATGAAAAAAAAAGATGGGAACCAGGGCTCGCTCTATATCACCGCGTTGATTATGTCGTTGATTCTTGGATGCGTGGCCATAGCGATCGGTGCTGCCCTCATTCCGTTCTGGATGAAGGGATACTCACCGGAAGTCATTGAATTTGCGGTGTGGGCACTGGCAGTTTCGCCGCTTGCGATACTAGGCACCATTAATATAGCTGCCTTACAGTCTAGGGAAGAATACTTCTTGTATAATTTCATGCGATATATTCCGGTCCTGGGTATACTGATTCTGCTCTGTGTCCTTGTTGCAACCGGGAATGTTACGTCATTTTATACATCGATTGTATATCTTTTTCCCGCTATTCCAATAACCATATGGATAACAATCAAGCTGGTCTTGCATTATAAAATGAAGCAGAGGAACAAGCTGGAATCCGCTAAAAAGCTGCTCAGTTACGGGGTCCGTTCCTATGGAACCGATGTGGCAGGGACCTTCTCCGGTTATATTGATCAGATTTTGGTAGTAGGGTTACTATCACCGGCCAGCCTTGGCCTTTATGTTGTTTCGCTGAGCCTGTCAAAAATTTTAAATACGATTCAGACTGCGATTACCTCGGTGTTGTTTCCCAAGGCGTCCGGACTTCAACATGCGGAAGCCATTCGACTCACGTTCAAAGTTTATCGCGTTAGTATGCTGGTGACTCTTCTTGTAGGTGCCTCGGTATTTCTTATTGCGCCGTATCTGTTAATTCTCTTGTATGGACAGTCATTTACGGATGCTGTTCCGATATTCCGGATTTTAATCTTCCAAACGGGGATTGCAAGTCTTTCGTGGATTCTTTCACAAGGCTTTATGTCTACTGGCAAGCCGGGGGTAGTTACCATCATTAGAGTATCAACCCTTGGGATTAATATTGTGCTGCTGAATATTCTTATCCCGATACTGGGAATTGAAGGTGCGGCAATCTCGCTGTTGATTACATCCGTCGTGGAATTTATTCTGATCTTCCTGCTCTATACGCTGAAGCATCATATTAAACCACGGGACTTTATCTTGACGAAGATGGATATTGTATGGCTGCTTCAGCGTATTCGTATTCAATTGAGCAGCTAA	MLKIHILKNKRSWGSLGNVMQTFASNVLILGVNVLTGIIIARTLGPEGRGEQAAMIMWPQFLAYCLTLGMPSALVYYMKKKDGNQGSLYITALIMSLILGCVAIAIGAALIPFWMKGYSPEVIEFAVWALAVSPLAILGTINIAALQSREEYFLYNFMRYIPVLGILILLCVLVATGNVTSFYTSIVYLFPAIPITIWITIKLVLHYKMKQRNKLESAKKLLSYGVRSYGTDVAGTFSGYIDQILVVGLLSPASLGLYVVSLSLSKILNTIQTAITSVLFPKASGLQHAEAIRLTFKVYRVSMLVTLLVGASVFLIAPYLLILLYGQSFTDAVPIFRILIFQTGIASLSWILSQGFMSTGKPGVVTIIRVSTLGINIVLLNILIPILGIEGAAISLLITSVVEFILIFLLYTLKHHIKPRDFILTKMDIVWLLQRIRIQLSS				NA	NA	NA	NA	NA
JZ016_04468	1026	mshA_8		D-inositol-3-phosphate glycosyltransferase	ATGAATATACTTACAACTGGAATGGGTTGGATCGATATTCAGCATGGCGGATTAAACCGTTATTTTGCGGATTATATGAAAGCTATGAAGGAGTATGGCCATACCGAGCTTGGACTGGTCGTAGGTCCTCAGGGGGCTAGTATAGAAACAGATCTTAATATAATCAATACAACGGAAGGAGCAACCCATCACGATCTCCTGTCTCGAATGAGATCTGTTCAGAAGCGTTCCTTTCAAGCAGTTGGCAGCTTTCAGCCCGATGTATATAATCCGCATTTTGCACTCTATTCAGCTATGGTTACAAGGAAGAAAATACCGCCGCATGTCCCAATTGTTACTCATTTTCAAGGACCTTGGGCGTTAGAATCAAAAATTGAGGAGAAGAAGCAGAGCGGAGCCGTGACAGAGGTGAAGTGTTGGCTGAAGAAACAAGTAGAACAAATTAGCTATCGGCGTTCCGACAGCTTCATTGTTCTGAGTCAATATTTTAAAGATATGCTCGTGGAGAACTATGATGTGAAAGAGCGGGACGTTCATATAATTCCAGCGGCTGTAGATCATGAACGCTTCCGTCCTCATCCCAATCGGGAGCAATTGAGAACAGAGCTGGCTATTTCAACTGGTCAGCCCATGCTCTTCTGTATAAGAAGATTAGTCCGTAGGATGGGAATCGATAGGCTGATTCACGCCATGGTAGACGTGATTAAGATACATCCTGAATCTCGCCTGTTCATCGGTGGAGACGGACCCATGCGTGCGGAATACGAAGCGTTAATCGGTCAGCTTGGACTCGCTTCGCATGTTAAATTGCTTGGTAGAATTTCTAACGAAGAGCTTGTTCGGTACTATCAAGCTGCGGATATCAGTGTTGTTCCGACACTTACCTTAGAGGGATTTGGGCTTATAACTGTTGAGTCTCTTGCGTGCGGGACGCCCGTGCTAGGAACTCCATATGGGGGACGAAAGAGATTCTGCAGCAATTGTCGAATGACTTACTGTTCAAAGACGGGACATCTGAGGCCATGA	MNILTTGMGWIDIQHGGLNRYFADYMKAMKEYGHTELGLVVGPQGASIETDLNIINTTEGATHHDLLSRMRSVQKRSFQAVGSFQPDVYNPHFALYSAMVTRKKIPPHVPIVTHFQGPWALESKIEEKKQSGAVTEVKCWLKKQVEQISYRRSDSFIVLSQYFKDMLVENYDVKERDVHIIPAAVDHERFRPHPNREQLRTELAISTGQPMLFCIRRLVRRMGIDRLIHAMVDVIKIHPESRLFIGGDGPMRAEYEALIGQLGLASHVKLLGRISNEELVRYYQAADISVVPTLTLEGFGLITVESLACGTPVLGTPYGGRKRFCSNCRMTYCSKTGHLRP				NA	NA	NA	NA	NA
JZ016_04469	1200	mshA_9		D-inositol-3-phosphate glycosyltransferase	ATGAGGATTGCCTTCTATAATCATACGAGTACCGTGAGCGGGGGCGAGATTAGCTTGCTGTTGACCGCCAGGCATTTAACCAAAGCGCATCCGATATTGTTTGCACCAGAGGGGGAGCTTCTTCAGAGAGCCCGCAGCCAAGGGCTTGAAGCTGTTGTTATACCAAGCTTTCGTGCGAGGTTAACTAAGAATCCTCTCCTTCTTGTTATATATGTATTCGGTATGCTATGGGCAGGTTGGAGGCTTGCCCTTCTTATGAAGCGAAGCCAGGTAGATCTTATTCATGCCAATTCGATCCGTGCTGGTATGATGGCAGCATTATTCAGATGGTATCATAGGCTTCCTGTCGTATGGCATTTGCGAGATATGCCGCCTAAGGGACTCATTGGAAGGCTTATTCAAAAATTAGCCGTCCATACGACGCAGGCTCTTATCGGTATTTCTGAATCCGTTATTCATAGTATGGATCATCCCTCTTTGCAAGAAAGATGCCATCTTGTGCATAACGGAGTAGAACTGGTTCATTTTGATGCGGCGGAAAAAGACGTGATAAGAGCACGGTTAAGGTCGGAGTTCCAAACACCGCTGGATGCGAAAGTGCTGACCATAATTGGTCAGATTGCGCCATGGAAGAGGCAGGAAGATGCGATTGAGGCATTTTCAAGGTTTGCGGTTGAAGAACCGGATGCGGTTCTATGGATCGTTGGCGAGGCTAAATTCAGGCAGGAGAATGAACGCTATCTTGAACGTTTAAAGGCCAGAGCTAGAACGTTAAAGCTCGAAGATAAGGTTAGGTTTACTGGATTTAGACATGATGTACTGGAGATCTGCTGTGCAGCAGATCTCCTTTTATTATGCTCAGAGAATGAGCCGTTTGGGAGAGTTATTATTGAAGCTATGTCGCAAGGTATGCCGGTTGTTGGCACCCGTGGAGGCGGCGTGCCTGAAATTATCCAGAGCGGTGAAAGTGGACTTCTGTATGAGACTGGAAGCATCGAAGAGCTTACACAATGTATCCGGCAGGTGCTAAAGGATAAACGAATGTGGTTGACACTTAGCGATAACGGGCAAGAGCGTGTGCGAGATCACTTCTCGATTAAGCAGACATCTCAAAAAATTGAGCTGATCTATCAACAACTGTTGTCTAAGCCGGGAATGAAACAGGTGGAACAACAACAGCATGCAAGGGAGCTGGTATAA	MRIAFYNHTSTVSGGEISLLLTARHLTKAHPILFAPEGELLQRARSQGLEAVVIPSFRARLTKNPLLLVIYVFGMLWAGWRLALLMKRSQVDLIHANSIRAGMMAALFRWYHRLPVVWHLRDMPPKGLIGRLIQKLAVHTTQALIGISESVIHSMDHPSLQERCHLVHNGVELVHFDAAEKDVIRARLRSEFQTPLDAKVLTIIGQIAPWKRQEDAIEAFSRFAVEEPDAVLWIVGEAKFRQENERYLERLKARARTLKLEDKVRFTGFRHDVLEICCAADLLLLCSENEPFGRVIIEAMSQGMPVVGTRGGGVPEIIQSGESGLLYETGSIEELTQCIRQVLKDKRMWLTLSDNGQERVRDHFSIKQTSQKIELIYQQLLSKPGMKQVEQQQHARELV	PGPT0019565_211	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019565-bshA-K00754	NA	NA
JZ016_04470	1140			hypothetical protein	ATGCGGGATTTGAAAATAGCCATTGTGCATGATTACCTCAATCAAATGGGGGGAGCCGAACGTGTGGTGGCTGTATTGCACAAGATGTTTCCCGAGGCACCAATCTACACAACCATAGTCGATCGCAATAAACTACTCCCTGAATTACAGGATGCGGTTATCCATACGACTTGGATGCAGCGAATACCGGGGATACTAAATAAATTTAAGCTTTATTTCTGGCTGTACCCATTCTCAATCAGGTCTATAAACGTGAAGAACTACGATCTTATTCTTAGCTCCAGCAGTGCTTATGCGAAAGGGGTTCGGAAGGGCAAGCAGAGCCTGCATGTCTGTTATTGCTATACGCCCATGCGCTTTGTCTGGGATTTTGAGACGTACATGGAAAGTATTCAAGTCCCCCGTTTCGTGAAGAGGATTGCGAAATGGCTAATCTATCCTCTAAAGAGATGGGATAAGAATAACTCTAAACGCGTGGATCGTTTGATCGCTATTTCCACGATCGTGAAGGAGCGAATTAAACATTGTTACGGAGTAAATGCTCCAATCATATTTCCTCCCGTAGAAGTTAGCCGGTTTAGCGTCACGGAAGGGGAGCCGGAGGATTATTTTCTTGTTGTCTCGCGATTGGTTTCCTACAAAAAAATAGATTTGGCAATTGAGGCATGCTCACAGTCCGGTAAGCGTCTGATCGTAATTGGAGATGGACCCGATCGGCAAAGGCTGGAGCAGCTTGCAGGGGATACTGTCACTTTTCTTGGAAGAAGAAGTGACGAAGATGTTGTCCGTTACATGCAGAATTGCAAGGCGCTGATATTTCCCGGTATCGAGGATTTTGGCCTAACTCCTCTTGAAGTCAATGCATGCGGCAGACCGATTATCGCGTACTACGGGGGCGGAGCGCTGGACACCATTATAGCTGAACAGACAGGGTTATATTTTGAGGAGCAGTCGATAAGCTCTTTAGTGAATACGATTAACCGGTTCGATCAATATGATTGGGACCCACAGTATATAAGGCAGCATGCAGAACAATTCAGCGAACACATATTTATCGAACGGATGCAGTCCCTCATTGAATCTTCGCTGAAATCAAGAGAGATCAATTCGACTATTCCAGAACCGGAGGGGAGTTATTAG	MRDLKIAIVHDYLNQMGGAERVVAVLHKMFPEAPIYTTIVDRNKLLPELQDAVIHTTWMQRIPGILNKFKLYFWLYPFSIRSINVKNYDLILSSSSAYAKGVRKGKQSLHVCYCYTPMRFVWDFETYMESIQVPRFVKRIAKWLIYPLKRWDKNNSKRVDRLIAISTIVKERIKHCYGVNAPIIFPPVEVSRFSVTEGEPEDYFLVVSRLVSYKKIDLAIEACSQSGKRLIVIGDGPDRQRLEQLAGDTVTFLGRRSDEDVVRYMQNCKALIFPGIEDFGLTPLEVNACGRPIIAYYGGGALDTIIAEQTGLYFEEQSISSLVNTINRFDQYDWDPQYIRQHAEQFSEHIFIERMQSLIESSLKSREINSTIPEPEGSY				NA	NA	NA	NA	NA
JZ016_04471	1377	rfbM	COG0662	Mannose-1-phosphate guanylyltransferase RfbM	ATGCATATTGTTCTACTGTCAGGAGGCAGCGGAAACCGATTATGGCCGTTGTCTAATGAGACACGCTCCAAGCAGTTTCTTAAAATACTGAATAACGCAGCTGGCCAACGTGAATCGATGGTACAGAGGGTATGGAATCAGCTTGGCAAGATGAACTTAACTCAGACCGCCGTTGTAGCAACCGGAAGATCGCAAGTTGAACTGCTTCAAAATCAGCTTGGACACGAGGTGGAAATCGTTGTTGAACCTGAACGAAGAGATACTTTCCCGGCAATTGCCTTAACTGCCGGTTATTTGTACTCCGTGAAGGGTGTCAGTCTGAATGACGTTGTCATTGTGCTTCCGGTTGATCCTTTTGTAGAGGATCACTTCTTTGAGAAAGTAAAGGAACTGGAAGCATTAATGCTTGAAACGGAAGCCGATCTTGGATTAATGGGGGTTTCGCCAGATCATCCCTCCTCGAAATTTGGTTATATCATACCGCAGTCTGTATCGAAGTTAAGCAATGGGATGGAATTCTACAAGGTTAGCCATTTCGTTGAGAAGCCTGAAGAACAACACGCTCTTCAGCTGTTGGAGCAATCCGCCCTCTGGAATTGCGGCGTGTTTGCTTTTCGGCTCGGTTATCTCATCAATCATCTTATTGAACAGTCTCTTCCCATTCAATATGATGAATTACTTCTACAGTATCACCGAATACACAAGACGAGCTTCGATTACGCTGTAGTGGAGAAAGCAAATAATATTGTGGTTATGCCATATAGCGGCTTGTGGAAGGACTTGGGCACATGGAATGTGCTGACAGAGGAAATCAAAGACCCCTTAGTGGGGCGGGGCACATTGAGCGGGGATTCTTCCAATACACATGTTATTAATGAGCTGGATATTCCAATAACCGTCATAGGTGCTCGGAATTTGATTGTTGCTGCTAGTCCGGACGGGATTCTTGTTTCTGAGAAGAATGCCAGTATACGGCTTAAAGAGGTGGTCAAATTTGGAGATCAGCGACCCATGCATGAAGAGCGCAGATGGGGACGCTATCGGGTACTGGACTATACTAAATATCCGAATGGATGCGAGGTATTAACGAAGCGTATCTGTATTCATGAAGGGCAAAATTTAAGCTATCAGTACCATATGCTGCGCAGAGAAGTGTGGACGGTAATATCCGGAGAAGGAGAAATGATACTAAATGATGATGTCCGCCATATTAAAGCTGGCGATGTCATTGTCATTCCGATCGAAGCGAAGCATAGCATAAAAGCCCTAACAGAGCTTGAGATAATTGAGGTTCAGTCAGGTAGTGAGCTCATTGAAGACGATATTGTAAGACTGGCCACTAGGTGGGAGGAAATCATTCATATTGTTTCTGTGTAA	MHIVLLSGGSGNRLWPLSNETRSKQFLKILNNAAGQRESMVQRVWNQLGKMNLTQTAVVATGRSQVELLQNQLGHEVEIVVEPERRDTFPAIALTAGYLYSVKGVSLNDVVIVLPVDPFVEDHFFEKVKELEALMLETEADLGLMGVSPDHPSSKFGYIIPQSVSKLSNGMEFYKVSHFVEKPEEQHALQLLEQSALWNCGVFAFRLGYLINHLIEQSLPIQYDELLLQYHRIHKTSFDYAVVEKANNIVVMPYSGLWKDLGTWNVLTEEIKDPLVGRGTLSGDSSNTHVINELDIPITVIGARNLIVAASPDGILVSEKNASIRLKEVVKFGDQRPMHEERRWGRYRVLDYTKYPNGCEVLTKRICIHEGQNLSYQYHMLRREVWTVISGEGEMILNDDVRHIKAGDVIVIPIEAKHSIKALTELEIIEVQSGSELIEDDIVRLATRWEEIIHIVSV	PGPT0022660_732	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022660-manC|cpsB-K00971	NA	NA
JZ016_04472	1338	tuaD	COG1004	UDP-glucose 6-dehydrogenase TuaD	ATGAAATTAACAGTAGTTGGAACCGGGTATGTCGGATTGGTCTCAGGCGTATGCTTCGCTGAGCTTGGGCATGAAGTTATATGCGTCGATAAAATCGAACAGAAGATCATGCAGCTTAATCGTGGAGAGGTACCCATATATGAACCAGAGCTTCAACAATTAATCGTTACGAACCAAGCAGCAGGCAGATTAAACTTTACAACAGACCTAAATGAATCGGTCAAGAGCTCGGATATTGTAATTATCGCAGTAGGAACGCCTTCTCTTCCCAATGGTCATGCTAATCTGAGTTACATCGAACAGGCAGCCAAAGAGATCGGTCGAGCCATGAATGGTTACAAAATTATCGTAACGAAAAGCACGGTTCCAGTTGGCACCAACGAGAAGGTTCGGGAGATCATTTCGGAATACACGAATGAATCGTTTGATATCGCATCTGTTCCTGAATTTTTACGTGAAGGAACAGCGGTCTACGATACGTTGAATCCCGATCGGATCATCATTGGCACCGACAGCGAAAGAGCGGGAAGACAACTGGTTGAGCTTCATAAAACGTTAACCTCGGATATCATCGTAACCGATATTCGAAGTGCCGAGATGATTAAATACGCCTCGAATGCTTTTCTGGCAACCAAAATATCTTTTATAAATGAAATTGCGAATATATGTGAAAAAGTTGGAGCTGATGTGACGAAGGTAGCCTCTGGTATGGGCTATGACAGACGCATCGGCTCTTCATTTTTGAGAGCGGGCATTGGTTACGGTGGCTCCTGCTTCCCTAAGGATACACAAGCACTTATTCAAATAGCGGGACAGATGGATTATGATTTCAAGCTCCTGAAGTCCGTTGTTGAAGTTAATCGTGATCAACGATTTAATGTGGTCCGAAAGCTCGAGACCTTACTGGGTGATTTATCAGGTGCGACAATCGGCATTTGGGGGTTAGCGTTCAAACCGGAGACGGATGATGTTCGCGACTCTCCCGCATTCGAAATTATTGCTGCCTTGCAGGAACGGGGAGCTAGAATTAAAGCTTATGATCCTATTGCATCCGACAATTTCAGGAATCACTCAGATTTCAAACAGATCGTTTATTGTCAGGAAGCGAAGGAAGCGGCTTGGCAGGCAGACGCACTTTGTATTCTGACCGAATGGAAGGAATTTGAGCGTATCTCGTTAACCGACATTGCCACATGGTTGAAATCACCTTACCTGATTGATGGAAGGAATATATATACAGAGGAGCAGTTGGCCAATACCCAGCTTGTTTATTATTCGGTTGGCAGGCCCAATATGCGGGGAGGAATTAAGGAAAAGGCACCATCCCTTGCTTTGTAG	MKLTVVGTGYVGLVSGVCFAELGHEVICVDKIEQKIMQLNRGEVPIYEPELQQLIVTNQAAGRLNFTTDLNESVKSSDIVIIAVGTPSLPNGHANLSYIEQAAKEIGRAMNGYKIIVTKSTVPVGTNEKVREIISEYTNESFDIASVPEFLREGTAVYDTLNPDRIIIGTDSERAGRQLVELHKTLTSDIIVTDIRSAEMIKYASNAFLATKISFINEIANICEKVGADVTKVASGMGYDRRIGSSFLRAGIGYGGSCFPKDTQALIQIAGQMDYDFKLLKSVVEVNRDQRFNVVRKLETLLGDLSGATIGIWGLAFKPETDDVRDSPAFEIIAALQERGARIKAYDPIASDNFRNHSDFKQIVYCQEAKEAAWQADALCILTEWKEFERISLTDIATWLKSPYLIDGRNIYTEEQLANTQLVYYSVGRPNMRGGIKEKAPSLAL	PGPT0017855_2588	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GLUCURONATE_MODIFICATION,PGPT0017855-ugd|tuaD-K00012	NA	NA
JZ016_04473	987	gmd_3	COG1089	GDP-mannose 4,6-dehydratase	GTGACTAAGAATGCACTCGTTACTGGAATAACTGGACAGGACGGCTCCTATTTGGCGGAGTTATTGCTGGAGAAGGGATATAAGGTCTATGGACTGCGTAGAAGAACCAGTACACCCATCATGGAGAATATCGAACATATTAAGCATGAGATTGAATTTATCGATGGTGATTTACTGGATCAGGGTTCACTAATGAATGCGGTGCGCATTTCGAATCCGGATGAGGTTTACAATTTGGCGGCCCAATCCTTCGTAGGCACTTCCTGGATTCAGCCTGTACTGACAGGACAATCCACAGCGATTGGTGTCACGAATATGCTCGAGGCTGTACGCTACGTGAAGCCAGAAGCAAGATATTATCAGGCATCAAGCAGTGAGATGTTTGGTAAAGTGGTGGAAACACCTCAGAAGGAGACAACACCATTTTATCCGCGCAGCCCTTATGGTGTAGCGAAGGTGTACGGGCACTGGATAACAGTTAATTATCGTGAAAGCTATGATATGTATGCTTGTTCCGGTATCTTGTTCAATCATGAGTCTCCTCGCAGAGGCGTGGAATTCGTTACTAGAAAAGTAACAGACGCGGTTGCAAGAATTAAATTGGGACTCCAAACCGAATTACGACTGGGTAACCTGGATGCCAAACGTGATTGGGGATTTGCAGGAGACTATGTAAAGGCCATGTGGCTTATGCTGCAGCAAGACAAGGCAGAGGATTTTGTTATTTCAACAGGAGAAACTCATACCGTAGAGGAGCTTGTCTCCATTGCCTTTAGCCATGTGGATCTCAACTGGAGAGATTATGTTGTAATTGATGAGAAGTTTGTTCGTCCGGCTGAGGTGGATTTATTGCTAGGGGATTGTTCAAAAGCGAAAGAGAAGCTGGGATGGAAGTTGGAGATTGGATTTGAGCAAATGGTTAAGATGATGGTCGATAACGATTTGCAGAAGATCTCCAGCAACAATAATGTATTGGTACATCAATGA	MTKNALVTGITGQDGSYLAELLLEKGYKVYGLRRRTSTPIMENIEHIKHEIEFIDGDLLDQGSLMNAVRISNPDEVYNLAAQSFVGTSWIQPVLTGQSTAIGVTNMLEAVRYVKPEARYYQASSSEMFGKVVETPQKETTPFYPRSPYGVAKVYGHWITVNYRESYDMYACSGILFNHESPRRGVEFVTRKVTDAVARIKLGLQTELRLGNLDAKRDWGFAGDYVKAMWLMLQQDKAEDFVISTGETHTVEELVSIAFSHVDLNWRDYVVIDEKFVRPAEVDLLLGDCSKAKEKLGWKLEIGFEQMVKMMVDNDLQKISSNNNVLVHQ	PGPT0022770_2790	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022770-gmd-K01711	NA	NA
JZ016_04474	987	rmd_2		GDP-6-deoxy-D-mannose reductase	ATGAAAGCCTTAATTACTGGAGTTAGTGGTTTTGTTGGCAAGTACCTAGCGCAAAACCTAGTTGACCATGGTTATGAGGTATGGGGAACATCACGTGAGGTACCCTCTTCCCTGCTAGGTGAAGTGAATATCCTTAAGATGGATTTTTCTGATAAAGAAACGATAACGAAAGTTATGGAAGAAGTAAGACCGGATGCCATCTTTCATCTATCGGGTCAAAGCTCAGTCCAGTATTCATGGAGTCATATTCATGAAACCTTTCAATCAAATGTGATGGATGCTATTGGGCTATTTGAGGCTGTAAAGGACTCCTCTATAAGAAGCAGAGTAAGAATTATATCGATAGGCTCATCGGAGGAGTACGGATGGGTTAAAGATTTACCGATTGTGGAGGGCGCAGATACGAATCCAGGTAATCCTTATGGGTTGTCCAAACTTACCTTGAGTAAGTTGATACACTCATATTGCAGCACGTATGAGATGAAGATTATTCACGCTCGAGCCTTTAATCATATAGGTCCAGGCCAAGCGCTTGGTTTCGTGACAAGTGACTTTGCTAACCAGTTGATTAAGATAGAGCTGGGTAAAGCTGAGCCGGTAATCTCTGTAGGAGATTTGAGTAGTAAACGAGATTTTACAGATGTAAGAGATATCGTAGAGGCGTACCGGTTGCTTGTTGAAAAAGGTAAAGCGGGAGAAGTCTATAACGTATGCTCCGGTAAATGTGTCTCCATCCAAGACATCCTTACGTTACTGGTATCTTTTTCTTCAAAATCCATTGAAGTTGTCGTAAACAAAGACAAATTAAGACCGAATAATGTACCTGAGTATTATGGTTCGAACCATAAGTTGATGGAGACGACCGGGTGGACCCCTTCCATCTCATTAGAAAATAGCTTGAGAGATATTTACATGTACTGGAGGAAACAGCACTTAGATATAACTTCTGATGAAATACAACTGACACTAGACAGTCAGCAGATCTGA	MKALITGVSGFVGKYLAQNLVDHGYEVWGTSREVPSSLLGEVNILKMDFSDKETITKVMEEVRPDAIFHLSGQSSVQYSWSHIHETFQSNVMDAIGLFEAVKDSSIRSRVRIISIGSSEEYGWVKDLPIVEGADTNPGNPYGLSKLTLSKLIHSYCSTYEMKIIHARAFNHIGPGQALGFVTSDFANQLIKIELGKAEPVISVGDLSSKRDFTDVRDIVEAYRLLVEKGKAGEVYNVCSGKCVSIQDILTLLVSFSSKSIEVVVNKDKLRPNNVPEYYGSNHKLMETTGWTPSISLENSLRDIYMYWRKQHLDITSDEIQLTLDSQQI	PGPT0022780_119	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GDP_D-RHAMNOSE|DEOXY_D_MANNOSE_MODIFICATION,PGPT0022780-rmd-K15856	NA	NA
JZ016_04475	1173			hypothetical protein	TTGATTATTGAAGATGCCATTAAGCTGGACTTGAGTGATATCTCCAAAGAACTATCTTTTTTACTTTATCTTCTCCGCAATAACACTCACGAAGAAATTCTCATAAAGCAATATGCATCGGATCTCGATTGGGAACTATTCATGAAACTCGCGCTGCACCACCGGGTTTATCCCCTTGTATATCTGCGGCTTAAAGGGGTGGATACATCATTGATTCCGTGTGAGGTTATGACATCCCTCCAGCAGCATTATCATAACAACGTGATGAAAATGCTGCATTTAAGCAGGGAAATGAGCCAGCTTTGTGAGGCGCTCAAGGATAATGGGGTGCGTACACTTTTGCTAAAAGGCCCAATATTAGCCACGCAGCTCTACGGGGATCTGGCACACAGGACTTCGAAGGATTTGGATATCTTGGTGGATGCGGATGACGTGGAGAGGGTTGAACGGGTGTTGGGGCAGCTTGGGTACGAGTTGCAGGATGAACGTATATTGGAAAATTGGAAGAAAACAAGCCATCACTTCTCCTACGAGCATAAGAAACATTCGACGCAGATCGAAGTTCACTGGCGTCTAAATCCTCATTATAATAAGTCGTTTTCCTTTGATTTATTGTGGGAGCGCAGGAATGATGTAATGCTGTCGCATCAGATTTATCATTATCTGGGCAATGAGGATTTGCTAAGCTATCTGGCCGACCATGGCGCCAGGCATGGTTGGTTCCGCCTGCGTTGGCTGATGGATATTGAAAGGCTGCTCCCGATCATAAACAGCAACGATATGAGAGCTCACTTTGAGCGATATGGGGGACAGCAATATGTAGGGCAGGCTTTCGTTCTCTTGTCACGACTGTTCTCGGTCGACATTCCGCACGATTTGACTGTATTGACGATGAACTCCAAAGCCCATCGCCTTGCACAAAGCGCTCTCTACTATATTAAAAGGATCGTCAAATTGAACCCGGTGCCGGAGAAAAGCGTAGCATGGCGTTATAACCGTTACCTTTTCTCGTTAATGACGAGAAAACAGAAAGTTTTGTATATATTGAATAAGTTTCTGCCTAATTCGCGGGACGCTTCGGTGCTGCCATTACCAAAGTCACTGCATTTTCTGTATTATCCGCTGCGGCCATTTCTCTGGTTCTGGCGGCGTATGAAACAACCGTCGATTTAA	MIIEDAIKLDLSDISKELSFLLYLLRNNTHEEILIKQYASDLDWELFMKLALHHRVYPLVYLRLKGVDTSLIPCEVMTSLQQHYHNNVMKMLHLSREMSQLCEALKDNGVRTLLLKGPILATQLYGDLAHRTSKDLDILVDADDVERVERVLGQLGYELQDERILENWKKTSHHFSYEHKKHSTQIEVHWRLNPHYNKSFSFDLLWERRNDVMLSHQIYHYLGNEDLLSYLADHGARHGWFRLRWLMDIERLLPIINSNDMRAHFERYGGQQYVGQAFVLLSRLFSVDIPHDLTVLTMNSKAHRLAQSALYYIKRIVKLNPVPEKSVAWRYNRYLFSLMTRKQKVLYILNKFLPNSRDASVLPLPKSLHFLYYPLRPFLWFWRRMKQPSI				NA	NA	NA	NA	NA
JZ016_04476	291			hypothetical protein	ATGAGTACGGAATTAATCACGACAGACGCGCTTGTTGTGCAATCCGAAGGTTTCCTGGTCAGTGATATGGATGGCGAGAAGGTGATGCTGAGCATCGAAAACGGCAAGTATTATAATCTGGGGCGGATTGGCGGGCGGATATGGGAACTTATTTCGTCTCCCGTTACGATCTCCAATATGGTGGATCAATTGGTGATGGAGTATGAAATCGAGCCGGAGCTCTGCGAGCAGCAGGTCCGATTGTTTCTCAAGCAGTTAGCCACGGAAGGCCTTGTTCAGGTGGATAAATAG	MSTELITTDALVVQSEGFLVSDMDGEKVMLSIENGKYYNLGRIGGRIWELISSPVTISNMVDQLVMEYEIEPELCEQQVRLFLKQLATEGLVQVDK				NA	NA	NA	NA	NA
JZ016_04477	504			hypothetical protein	ATGAGCCTTTACCGGAAAGCACGCCGATTCATGTCTTATCCTGTCAGCATGAAGCTGATGTTGGCAGAAGCTTATGTTTATCTGGCCTGGGGAAGGGTATTCAAGCTATTTCCTTTTCAAAAGGTATCTTCGTCTCTGGGAGAACATATGAAGGAGACGCCGTATGTGGGCTATACGGAGCAGGAGCTTTCGCTTGTCCGCCAAATCTCAAGAGCCGTACATACCATGAGCCGTGTCACATGGTGGGAAAGCCAGTGCCTGGTTAAAGCCGTTGCGGCGATGAAGATGCTGGAGCGAAGAGGGATTCCGAGTACGCTTTATTTGGGGAGCGGTCGGGACGATAAAGGAATGATGGTGGCCCATGCCTGGCTCCGCTGCGGCTCTTATATTGTAACGGGGAGAGAAGGGCACGAACGGTATGCCGTCGTCGGTATATTCGGTAAGGATACGAGGGCCGGAGATTTGAACTTGAAGCGGTCATCCGATAAGGAGTTTTTACATTGA	MSLYRKARRFMSYPVSMKLMLAEAYVYLAWGRVFKLFPFQKVSSSLGEHMKETPYVGYTEQELSLVRQISRAVHTMSRVTWWESQCLVKAVAAMKMLERRGIPSTLYLGSGRDDKGMMVAHAWLRCGSYIVTGREGHERYAVVGIFGKDTRAGDLNLKRSSDKEFLH				NA	NA	NA	NA	NA
JZ016_04478	1806	btuD_15		Vitamin B12 import ATP-binding protein BtuD	TTGAAGGATCTCTTATATTTTATCCGTAAAATGCATGGGATGGCCGGGTTTAAGCTCTACCTCAATATGAGTATGATTCTGGTCATCAGTGTTCTGGACGGCATCGGCATCTATTTGATCGTCCCGCTTCTCGGGGTCATTGGCGTATTCGAGACTGATTTGAGCGGGGTGCCGCTCGTCTCAACCTTGATGGACCTTGCGGGTTCATGGTCATTGCAGCTCAATCTGCCGATGGTGCTGGCCCTCTATGTTGTGATTGTGGGCGGGCAGGCCTTGCTGCAGCGAAGCCAGAACCTGTTAAATGCAAAAATCCTGCAGCGATTCATTCGCAAACTGCGCATGGAAACGTATCAAGGGCTGCTGCATGCCAAATGGGAATTTTTCCTGCGCCACCGCAGGTCGGATTTCAACCATGTCATGACCAATGAACTCGGGCGCGTGAATCAGGGCACGTTTCTGTTCCTGCAGATGGTCTCGTCTTTCTTGTTCACGGTTATTCAGATCGGCCTTGCCCTATGGCTGGCTCCGCTGCTGACTCTCATCGTCCTGTTGAGCGGCGGGCTCCTTGCCCTGTTCGGACGCAGATTCATCCGGCGCTCGAAGCGGATCGGCGAGCAGACGACAGAGTTATCAAAATATTATTTTGCGGGCATCAGCGAACATTTCAACGGCATCAAGGATATCAAGAGCAACCGGTTGGAGCCGTTTCATATGAACTGGTTTGACAGGCTGTCGCGAAAGATGGAGCATAACTTCATCCAATTTGGCAAAATCAATTCTTTGTCCCAGCTGATTTATCGGCTCTCGTCCGTCTTGCTGGTTGCCGGATTTGTGTATTTGGCGCTGGAAGTGCTGCGTACGCCTGCCGAGCAGCTGCTGATGATCGTTCTTATCTTTTCGCGCTTATGGCCTAGATTTATCAGCATTCAATCGAGCACCGAGCAGCTCGTGTCGAATTTCCCGGCCTTCCGGGCGATTCGCGAGCTGCAAGCGGAATACGAGGAAGACAGGGAGATCGCCGGATCGGTTCCGATGGCAGGTGGCGAGCGACTACAGCTGCAGCATGGAATTGATTGTCGTCATGTGGACTATCGGTACGATGCCTCTAGCCCCGTCTATGCTTTACGAGACATCAACTTACATATTCCGGCCAATCGCATGACGGCCATCGTCGGGAAATCAGGGGCGGGCAAGAGCACGCTTATTGATCTTCTAATGGGACTGATCCAACCGGAGAGCGGGCAAGTTCTTGTGGACGGCGTGTCCATGGAGGACGAACGTCAGCTGATGTCACTCCGAGGGGGGATCGGATATGTGGCGCAGGATCCTTTTCTGTTCAATGAGAGCATACGGGATAACCTGAAGCTGGTGGCTCCCGATGCCTCGGATAACGAGCTGTGGGAAGCGCTGAGGTTTTCAGCCTCCGACGAATTCGTGCACGGGCTTCCGCTAGGCCTCGATACCGTCATCGGTGACCGGGGTATCCGCCTGTCCGGGGGAGAACGTCAGCGGATTGTGCTGGCCAGAGCTATCTTGAAAAAGCCTTCGATTCTGGTATTGGACGAAGCGACAAGCGCGCTCGACAGTGAGAATGAGCAGCGGATTCAGGAAGCGTTGGAACAGCTGAAAGGGAGCATGACGATTATCGTGATTGCTCACCGGCTGTCCACCATTCGCCATGCGGACCAGGTCATCGTGATGGAGCAGGGGCGGGTTATCCAGCAGGGAGGTTATCAGCAGCTGTCCCAGGATCATAAAGGCACTTTCCGGCAGCTGCTCAGTTATCAGACAGGTGCTCAGATGTAA	MKDLLYFIRKMHGMAGFKLYLNMSMILVISVLDGIGIYLIVPLLGVIGVFETDLSGVPLVSTLMDLAGSWSLQLNLPMVLALYVVIVGGQALLQRSQNLLNAKILQRFIRKLRMETYQGLLHAKWEFFLRHRRSDFNHVMTNELGRVNQGTFLFLQMVSSFLFTVIQIGLALWLAPLLTLIVLLSGGLLALFGRRFIRRSKRIGEQTTELSKYYFAGISEHFNGIKDIKSNRLEPFHMNWFDRLSRKMEHNFIQFGKINSLSQLIYRLSSVLLVAGFVYLALEVLRTPAEQLLMIVLIFSRLWPRFISIQSSTEQLVSNFPAFRAIRELQAEYEEDREIAGSVPMAGGERLQLQHGIDCRHVDYRYDASSPVYALRDINLHIPANRMTAIVGKSGAGKSTLIDLLMGLIQPESGQVLVDGVSMEDERQLMSLRGGIGYVAQDPFLFNESIRDNLKLVAPDASDNELWEALRFSASDEFVHGLPLGLDTVIGDRGIRLSGGERQRIVLARAILKKPSILVLDEATSALDSENEQRIQEALEQLKGSMTIIVIAHRLSTIRHADQVIVMEQGRVIQQGGYQQLSQDHKGTFRQLLSYQTGAQM				NA	NA	NA	NA	NA
JZ016_04479	201	cspD_1	COG1278	Cold shock protein CspD	ATGCAAACAGGAACAGTAAAATGGTTTAACGCAGAAAAAGGCTTTGGTTTCATCGAGGTTGAAGGTGGCGAAGACGTATTCGTACACTTTAGTGCAATCACTGGTGACGGCTTCAAGTCGCTTGATGAAGGACAACGTGTTGAATTTAACGTAGTTCAAGGCAACCGCGGACAGCAAGCTGAGAACGTTGTAAAACTGTAG	MQTGTVKWFNAEKGFGFIEVEGGEDVFVHFSAITGDGFKSLDEGQRVEFNVVQGNRGQQAENVVKL	PGPT0014675_9403	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
JZ016_04480	243			hypothetical protein	TTGTCTTATTCTTGGAATAAACCACTGGAAAATCTGCCGGAAGAGATGACCGCGATCTGGTCTTGTACGAAGGAAGGGTGTAACGGTTGGATTCGAGATAGCTTCTCGTTCAAGGAAGTTCCCATTTGTTCACAGTGCGCGTCGTCCATGGTTAGCAGCAATAAAATTCTACCGATCCTTGTTTCGTCGGATCAGCAGATCAAGCTTTACCGTAAGAATCAGCGCAAGGATACCAAATCGTAG	MSYSWNKPLENLPEEMTAIWSCTKEGCNGWIRDSFSFKEVPICSQCASSMVSSNKILPILVSSDQQIKLYRKNQRKDTKS				NA	NA	NA	NA	NA
JZ016_04481	228			hypothetical protein	ATGCAGGTGTTCGAAGATTGGAATTTAAAGGTGAAAAAAACGTTTAATGCAACCAGTAATGAAGAAGTATTAACCGTTTCTGAGGCAGGTCAATTGTTAGGTTTGTCCAAAGATCAAATGAAAAGCTATGTCGATCAGAATAAGCTGACCAAAGTTCCGATCATGAGAAGCGTGCATCGATACCTTTTGTTGAAAAGTGAAATCGATCGTATTGTGAATAAACGATAA	MQVFEDWNLKVKKTFNATSNEEVLTVSEAGQLLGLSKDQMKSYVDQNKLTKVPIMRSVHRYLLLKSEIDRIVNKR				NA	NA	NA	NA	NA
JZ016_04482	462		COG0071	18 kDa heat shock protein	ATGATGTTTGATTTGATGCCATTTGGAAAGCGCAGAGAGGATGCCTTCGGACAGCTGGTGAAGTCATTTCACGATGTCTTTAACGATGCGTTTCAAGATGAGGCGTTTGCACCGTTCAAAGGTTCGATGATGTCTTTCAAAACAGACGTTAAAGAGACGGAGCACGCTTATCTGGTTGAGGCGGAACTTCCAGGCTTTCAAAAGGACGACATCGAAATCAGCTACGCTGACCCTTACTTAACGATCAAAGCCGTTCGCAAGGAGGACCACAGCGTAGAGGATACGAAGCAGCAGATCGTCCGGAAGGAACGCCGTTATGGCGAGTATGTGCGCAGATTTTACGTGCAGAACATCGCCGAGGATCAAATTGTCGCTTCCCTGAAGGATGGAGTCCTTAAGCTTGAAATACCGAAGCAGCCGAATCCCGGTAAGAAGCGTATCCAGATTCGGGATGATATCTAA	MMFDLMPFGKRREDAFGQLVKSFHDVFNDAFQDEAFAPFKGSMMSFKTDVKETEHAYLVEAELPGFQKDDIEISYADPYLTIKAVRKEDHSVEDTKQQIVRKERRYGEYVRRFYVQNIAEDQIVASLKDGVLKLEIPKQPNPGKKRIQIRDDI	PGPT0014635_4246	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993	NA	NA
JZ016_04483	708	ydjF_2	COG1842	Phage shock protein A	ATGGTGGGAATCTTATCGAGGTTTAAGGATGTTATGAAGGTGAATGTGAACGCGCTGTTGGATCGGACGGAAGATCCGGAGAAAACAGTTGATACTTATATGCGCAGCTTGAATACGGACTTGGGTAAGGTGAAAGCGGAGACGGCTTCCGTGCTCTCGGATGAGCGAAGAGCGAAGCGGGCGCTTGATGAATGTAGTAGCGAGATCAAGAAGCTGCAGCGATATGCGGAGAAGGCCGTGGAAGCGGGAAAAGAAGGCGATGCCCTGAAGTTCCTGGAACGAAAAGCGGCTCAGGCTGAGAAGCTGAGCGAACTGCAGGCAGCCTACGAATCGGCTTCCGCAAACGCCGTCAGGATGAAACAAATGCAGGATAAACTGGTGTCGGACATGAGTCAGCTGGAAGCTCGTTATGCGGAGTTGAAAGGGAAGATGGCGACTGCCAAAGTCCAGCAGAATATAAACGCCGGCCATGCATCCTCGGGCGGTGCGAATGCGGCATTCAACACGATGGAAGAGAAGGCAAACCGTGCCTTGGATGAAGCGCTGGCCCTGGCCGAGCTTCGCGCCGGAGCGAAGGAAGACGATCTGGACGATCTGATCGCTGAATTGGAGAAGAATATGAAGAAGGACGGAGCTGCTCCAATGGAGACTCCCTCTGCCCAGGATGAACTGGAAGCAATCAAAGACAAGCTGAAAAAGAAGGAATAA	MVGILSRFKDVMKVNVNALLDRTEDPEKTVDTYMRSLNTDLGKVKAETASVLSDERRAKRALDECSSEIKKLQRYAEKAVEAGKEGDALKFLERKAAQAEKLSELQAAYESASANAVRMKQMQDKLVSDMSQLEARYAELKGKMATAKVQQNINAGHASSGGANAAFNTMEEKANRALDEALALAELRAGAKEDDLDDLIAELEKNMKKDGAAPMETPSAQDELEAIKDKLKKKE	PGPT0014646_971	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_SHOCK_PROTEINS,PGPT0014646-pspA-K03969	NA	NA
JZ016_04484	1032			hypothetical protein	ATGCCGGTTATCGAATACAAATGCCCGAACTGCGGCAGCAGCATGGTTTTTGACGGCGATACAGGAATGTTGTCTTGCTCGAGCTGCGGAAGAAAAGATAATATCGAGGAAATTCCCGACCCGCTGAAAAAGCAGGTTTTCGTCGAGAACGAAGTGAAGGAGTATCACTGCAACAGCTGCGGGGCCGTCATCGTGACAGAGCCCGAAACCAGCGCTACGACTTGCAGCTTCTGTGGATCCGCCGTTGTACTCAGCGACCGGCTGAGCGGTGAGTTGGCTCCGGTCATGGTCATCCCGTTCTCGATTACCAAGGAAGAAGCGATGAAGGCTTTCAAGAAATGGTGCAGGAACGGTCTTCTGACGCCAAACGGATTTATGACAGCGAATCGGATCAAGGAAATTACCGGGATCTATGTGCCCTTTTGGCTATATGAGTTACATAATCGGGTTGAAGTTCATGGCCACGGCACCAAGGTGAGAACCTACACACAAGGAGATTACCAGTACACGGAGACCCAGCATTTCGATATCTACCGGAAGATTCGCTTGAACTATGTGAAGGTGCCGATCGATGCTTCGGAGAAAATGAATGATGAACTGATGGATAAGCTGGAGCCTTTCCCCTATCAGCAGCTGAAGGAATTCAAGACGCCTTATCTCGCCGGGTATATTGCCGAAAAATACAGCCATGATGAAGAGCAGCTTCTTCCGCGTGCCAAGGATAAGATCAGCTCCTACATTGATTCGTATATTTCGTCCGCGGTGTCAGGATATACAACCGTGAATTATACCAACAAGCGAATCGATACCACCTTGAAACAGGCCGATTATGTCCTCCTTCCGGTATGGATGGTGCACTATGATTACAATAAATCGGAGCATACCTTTGCGATGAATGGCCAGACGGGAAAAGTGGTCGGCAAACCGCCGATTAGCAAAGCAAAAGTGGCTGCGTGGTTTGCAGGCATTTCGGGAGTTTCGTTACTGTCATTGAAGCTGATCTCCTGGGCGATGGGAGGAGGTTTCCTGTGA	MPVIEYKCPNCGSSMVFDGDTGMLSCSSCGRKDNIEEIPDPLKKQVFVENEVKEYHCNSCGAVIVTEPETSATTCSFCGSAVVLSDRLSGELAPVMVIPFSITKEEAMKAFKKWCRNGLLTPNGFMTANRIKEITGIYVPFWLYELHNRVEVHGHGTKVRTYTQGDYQYTETQHFDIYRKIRLNYVKVPIDASEKMNDELMDKLEPFPYQQLKEFKTPYLAGYIAEKYSHDEEQLLPRAKDKISSYIDSYISSAVSGYTTVNYTNKRIDTTLKQADYVLLPVWMVHYDYNKSEHTFAMNGQTGKVVGKPPISKAKVAAWFAGISGVSLLSLKLISWAMGGGFL				NA	NA	NA	NA	NA
JZ016_04485	801			hypothetical protein	GTGAGAAGACGATATGTGGTAGGGGCTGTTCTGTTCTTCCTGATTGCCTACCTGATGGTTCCGGCCTTGATGGTCAACGCTGCGGATGATAAGCCATTAATCTTTGATGAAGCCAATCTGCTCAGCCCGGAAGAACGGAATGAGCTGAATGCGATGGCGAATGAGTACGGTGCTGAACGTGAGACAGACTTTATGATACTTACGGTTAACAGCGTTCCGAATGACGATTATGAGACATGGACGGAAAACTTTTACGATGAGTACGCACCCGGGTATGACAAGCGGCACGGCAATACCGCCATTTTGACCATAGTAATGAGTGCGCGTGACGGTTCTCGTAACGTGCATTTGGAAGGTTATTATAAGGCTGAGAAGTATCTCGATCCCGGGAGACTGACCAAAATACGCAGCAAGATCACACCAGATTTGTCGAGCGGCAATTATAAGCAGGCTTTTGAAAAATACATCAAAACCGCTCATCGGTACATGGGCTTTGAGCCGGACGTGAACCCGGATAATATTATATTTAATCTCTGGTTTCAGCTGGGAGCTGCCGCTGCCATCGGCGCGATCGCCGTGGGCATCATGGCTTACCGCTCCGGTGGCCGGGTGACGGTCAACAGCCGAACCTATGAGGATGCCAGCACATCGGGGATCTTGAACCAAGAGGACCGTTATATTAGAACAACGGTAACGAAGCAGAAGATCGAGCGCAACACGAGCAGCGGCTCGGGCGGCGGAGGCGGAGGCGGCGTCAGCAGCGGCGGCCATTCGCATAGCAGCAGCAGCGGGAAATTTTAA	MRRRYVVGAVLFFLIAYLMVPALMVNAADDKPLIFDEANLLSPEERNELNAMANEYGAERETDFMILTVNSVPNDDYETWTENFYDEYAPGYDKRHGNTAILTIVMSARDGSRNVHLEGYYKAEKYLDPGRLTKIRSKITPDLSSGNYKQAFEKYIKTAHRYMGFEPDVNPDNIIFNLWFQLGAAAAIGAIAVGIMAYRSGGRVTVNSRTYEDASTSGILNQEDRYIRTTVTKQKIERNTSSGSGGGGGGGVSSGGHSHSSSSGKF				NA	NA	NA	NA	NA
JZ016_04486	1035			hypothetical protein	ATGGGATTTTTCAAGAACCAATTTTCTAACGTCGTGGAATGGGAAGAGTTTAGGGACGATATGATTTTCTGGAAATGGAGCAACCGGGAGATTAAAAAAGGGAGTAAGCTGGTTATCCGCTCCGGCCAGGACGCGATTTTTGTCAATAACGGCAAGATCGAGGGGATTTTTGAGGATGAAGGCGTATATAACATCGACTCGGATATCATTCCGTTCCTTTCTACTTTAAAGGGGTTTAAATTCGGATTTAACAGCGGAATGCGCGTGGAAGTTCTGTTCGTTAACACGAAGGAATTCACCGTCAGATGGGGGACGCAGAATCCGATCCTCATTCCGACGCCTCAGCTTCCGGGCGGAATGCCGATCCGTGCCAACGGCACGTTCAATTTTAAAGTGAATGATTATGTGACGCTCATCGACAAAATAGCCGGGATGAAAGAAAGCTACTTAGTTGAGGACGTTAAGATCCGGATCACCTCGGTGCTCGATCAATTGTTGATGAAATGGATCAGCCGCGAAGGCAAGGACATGTTCAATCTGCAGGCGAACGCCTCCGATATCGCGAGAGGGATTCAAGAAGACCTTGACATGGAAGTGATGGACAACGGGATCACGATCACCGGCTTCCAGGTGATGAGCTTCAATTATCCGAAGGAAATTCAGGATATGATCACCAAGACGGCTTCCCATGAAATGATCGGCAATCTGCAAAAATACCAGCAGGTGAGCATGACGGATGGAATCGCATCCGGTAAGGTGCAAGGCGGCGGTGCGGCTTCGGATATGGCCGGCATGATGATGGGGATGAACATGGCTAATGAAATGATGAAAAACATGAATCAGAACCAGAATCAGAACAATCAGAACCGGAACAATCCGAATCAAAGCCAACAACCTCCGGCCGAGAAGGAGCCAGCCGTTCCCGCGACCGCATCCTCTTCTGAAGGAAACAAAAAGCCCAACTTCTGCCCGAACTGCGGCGCAAAGAATGAGGGGGCGAACTTCTGTCCGAATTGTGGGCAGAAGCTGAGTTGA	MGFFKNQFSNVVEWEEFRDDMIFWKWSNREIKKGSKLVIRSGQDAIFVNNGKIEGIFEDEGVYNIDSDIIPFLSTLKGFKFGFNSGMRVEVLFVNTKEFTVRWGTQNPILIPTPQLPGGMPIRANGTFNFKVNDYVTLIDKIAGMKESYLVEDVKIRITSVLDQLLMKWISREGKDMFNLQANASDIARGIQEDLDMEVMDNGITITGFQVMSFNYPKEIQDMITKTASHEMIGNLQKYQQVSMTDGIASGKVQGGGAASDMAGMMMGMNMANEMMKNMNQNQNQNNQNRNNPNQSQQPPAEKEPAVPATASSSEGNKKPNFCPNCGAKNEGANFCPNCGQKLS				NA	NA	NA	NA	NA
JZ016_04487	2226	rhaR_41		HTH-type transcriptional activator RhaR	ATGTTCAGATCGACATCCTGGCGCATATTTGTGATAAGCGGCATCTTTTTTGCAATGACCATCATACCGTTCTCGTTGTTTCTGGCCAACCGGTTTTCTCATTTCGCATACTCGCAGATGGGGACGTTTAATCAGGACCGCATCGACGAAATGGCGGAGCGGGTCGAGTACATCCTGGCCAAGCTGAAATGGTACAGCCTGACCATGTACGAAGACCGAACCGTGCAGAATTGGATGTATGCTTCCGCCGACAATCTGCTGCAAAATGCCAGCACAATGAGGGTGTTGACGAAATATCTATCTAATGAACCTTATATTGAAACCGCTTACTTATTTAGCTTCCGTAAACATGAGGTGATCGACTCCAAAGTCGGATTGCTTTCGTTCGAGGAATTTGCCGATCAGCCGATGCTGCAGCGGATTGAGCGTACGCCAGGGACCTTCCTTCGTTATTTTGATCATCAGATAGGAAACGACACGTATTTGGCGCTTCAGCTTCCTTCGGCTCCTGTGCAGAAAAACCGCGACGGGTATCTTGTCGTCCTGTTTGACAAGAAAGAGCTGCAGAAGCATTTGATTTCAGGCGACGGAAGGGCGGATACGCTGCTTTCGATCGTGGATGATCGAGGAAGGTTGATTCTGGGGGAACGGGATGAGCATCTCGAGGAGACCATGGATAGCATCCAGCCGGGACGGAAGGGGGGTTCATTTGAGCTGAGCCGTACGGGAGGGAAAGCATTCGTCAATTATGCGCGGATGGAATCGCCGGAGTGGACCATTATATCTGTCACTGAAATGAAGCAATTCCGCGAAAAGGCCGGGGCGTTCAAAACAGTCATCATCGCTTGCTCGCTCTTACTGCTCGCGGCGCTGCTTCTGGCCGCCTATTGGAATTCGCGCCGTTTCGTCGGGCCATTTCGCCGGTTGGCGGATCAACTGCAGCGGAAGCTTGGCGTGAAGGGGGAGAACGATTACGGTGTCATTGAGCAGGGCGTCGTTATGCTTCGCGATCATTATCCGCTGATCAAGACCGAATATTTGCGGCAATGGCTGCTGCAGGGCAGGCTGACCGACGGCGCCAGAGCGGCGGTTGCGCGCGAATCGTGCCTGCTTGACTATGAGTGGCTTCGGTTGGCTGTGATCAAGATTGATTCCTATTACGAAATATCCGAGCAGTACGATTTTGTATCTCGCAAGCTGCTCAAGTATGCAATCGGTAATATCGCAGAGGAGCTGCTCGGCACAGCTGAACGGCCGATCGAGGTGGTCGATTTTGGGACCGACCATCTGGTCGTTCTGGTTGGTACGGCCAGTTCCCTCCCTGATCCCGAGTTGACCCAAGAGCTCAAGGAGCTTAGCCGTCAAGTCAGCCGTTACGTCAAGCTGGACGTGACGATCGCCGAAAGCGAAGCGCGGCGCGTACATGACGATTTACGCAAAGTATACGACGATATGAACGAACTGACATTATTCAAGTTTGTCAGCGGTGATGACAAAATCTACGTCGAACAAGACTTTGAACGGTATGCCGATTTACAGTCGCCGATCGACTCCGCCGTGCATGAAAGCTTGATCCAGACGATTCGAAGCGGCAAAGAGGAGAAGGTGCTGGCCATGCTGGACGTGGTGTTCACGCGTCTTAAGACGATGAAATATACCGAGTGTCAATTCCAACTGAAGCTGCTTCTGTTTGCGATCGTCAAATCGTTCAGCAAAGTGATGTCTATCCAGAGTGTTGAAGGGATTGAGCGCCACTTGAGGCAGTTCGCCACGCTTACTGATGTTCATGGATGGTTGAAGGAAGAAATCGGGCGGATTATCCGGCAGCTTAGCGATCAAAAGGGATTTAATCGCAAGGAAAAGCTGGTGAGGGAAATCATCGAGTACGTCCGCTACCATACCCATGACCCAATGCTGTCGGTAGACGATATCGCTGACCATATCGCTTTGTCGGCCAAATACGTCCGGCAGCTGTTTCACGAACATCATGGCATGCCTCTATCGAATTTCATCTTGAACGAGCGGCTCGGGAAGGTTAAGGAGCTGCTGGAGCAGACCAGCATGCAGGTCACCGAAATTGCAGAGCAGTCCGGTTTTCAGACGAAAAGCCACTTTTTCACTGCATTTAAAAAAGCGACCGGTATGACGCCAAGCCAATACCGCGATAGCAAGGCGAGCGAGCGGATGGAGCGGACGCGGCAGATAGCCGGGAACTCTGCGAATTAG	MFRSTSWRIFVISGIFFAMTIIPFSLFLANRFSHFAYSQMGTFNQDRIDEMAERVEYILAKLKWYSLTMYEDRTVQNWMYASADNLLQNASTMRVLTKYLSNEPYIETAYLFSFRKHEVIDSKVGLLSFEEFADQPMLQRIERTPGTFLRYFDHQIGNDTYLALQLPSAPVQKNRDGYLVVLFDKKELQKHLISGDGRADTLLSIVDDRGRLILGERDEHLEETMDSIQPGRKGGSFELSRTGGKAFVNYARMESPEWTIISVTEMKQFREKAGAFKTVIIACSLLLLAALLLAAYWNSRRFVGPFRRLADQLQRKLGVKGENDYGVIEQGVVMLRDHYPLIKTEYLRQWLLQGRLTDGARAAVARESCLLDYEWLRLAVIKIDSYYEISEQYDFVSRKLLKYAIGNIAEELLGTAERPIEVVDFGTDHLVVLVGTASSLPDPELTQELKELSRQVSRYVKLDVTIAESEARRVHDDLRKVYDDMNELTLFKFVSGDDKIYVEQDFERYADLQSPIDSAVHESLIQTIRSGKEEKVLAMLDVVFTRLKTMKYTECQFQLKLLLFAIVKSFSKVMSIQSVEGIERHLRQFATLTDVHGWLKEEIGRIIRQLSDQKGFNRKEKLVREIIEYVRYHTHDPMLSVDDIADHIALSAKYVRQLFHEHHGMPLSNFILNERLGKVKELLEQTSMQVTEIAEQSGFQTKSHFFTAFKKATGMTPSQYRDSKASERMERTRQIAGNSAN				NA	NA	NA	NA	NA
JZ016_04488	936	yteP_49	COG4209	putative multiple-sugar transport system permease YteP	TTGGAGCGACGTAGAAGGTTCGGCGGGTCGTTTGTGCACGAGCTGTCGCGGAACCGGTATTTGTACTTGCTGGCACTGCCCGGCATTGCGTTTCTGGTCGTATTTGCGTATATGCCCATGGCTGGGCATCTGCTCGCCTTCCAGGATTACCGGCTATCCGATGGAATATGGGGGAGCGAATGGGTCGGATTTAAGAACTTTGAGTTTTTCTTCAATGGGAAAGACTGGCTGCGGGTGACGCTGAATACCGTTTTCCTGAATGCACTGTTTCTCGTAACCGGTCTCGGCAGCGCGGTCGTGCTGGCTATCTTTCTGAATGAAATCCGTAACAGGCTGTTCAAGCGAATCACGCAATCGTTTATTTTTTTACCGTATTTCATTTCTTGGCTTGTCGTCAGCATGATGACGTTGACACTATTCAGTACATCCGAGGGGCTCATTAACCGCGCGCTTGCCGCCCTTGGCTACGAAGGAGTGGACTGGTATTTGACGCCTGGCGTATGGCCGTATATCTTAACCGTCATTAGCGCCTGGAAGATTGCTGGCTATAATTCCATTATTTTTTTGGCCGTCATTACGGGCATCTCCTCGGAATATTACGAGAGCGCCCGAATAGAAGGCGCCAGCCGGATGCAGCAGATGCTCTACATAACGCTGCCGTTGATGCGGCCGACCGTGATGATATTGGCGCTGCTTGGCATTGGCCGTATTTTCTACGGTGATTTCGGCATGATTTACGCGATCATCGGAGATAACGGCATACTCTTTCCAACGACAGATGTCATCGACACGTATGCGTTTCGTGCGCTGAGGCAGCTGGGGAATTTCAGCATGTCCGCTGCCGTTGTCGTGTACCAGTCCTGCATGGGGCTTGTCACGATTCTGATCTTCAATGCGATCGCGCGCAAGGTGGACGCGGATTCAAGACTATTCTAA	MERRRRFGGSFVHELSRNRYLYLLALPGIAFLVVFAYMPMAGHLLAFQDYRLSDGIWGSEWVGFKNFEFFFNGKDWLRVTLNTVFLNALFLVTGLGSAVVLAIFLNEIRNRLFKRITQSFIFLPYFISWLVVSMMTLTLFSTSEGLINRALAALGYEGVDWYLTPGVWPYILTVISAWKIAGYNSIIFLAVITGISSEYYESARIEGASRMQQMLYITLPLMRPTVMILALLGIGRIFYGDFGMIYAIIGDNGILFPTTDVIDTYAFRALRQLGNFSMSAAVVVYQSCMGLVTILIFNAIARKVDADSRLF	PGPT0017250_1842	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04489	867	araQ_34	COG0395	L-arabinose transport system permease protein AraQ	GTGAGAGAACGGTTGTTTCTTGTTTTGATGTACGCAGTGCTGGGCGCTTTTGCGCTGTTTTGCTTCATTCCGTTCTGGATTGTGTTCATCAACTCGTTCGCCGATGAATCGCTACTGCAGACGGCGGGGTACCAGTTGCTGCCGAGCAAATTCAGCCTCCATGCGTACAAATTTCTGTTTTCCGGCAAGCAGGTGTTTCTAAGCTACGGCATTACGATTATCGTGACGATCGCCGGCACGGTGCTGGGCGTCCTCTTGACAGCTGCCTATGCGTACACGCTAAGCCACCGGAAAGTGAAGTACCGCCATATTTTATCGTTTCTAACCTTCCTGACGATGCTGTTCGGCGCAGGACTGGTCGGCTTTTACATGCTGATCGCCAACTGGCTGCAGCTGAAAGACTCGGTGTGGGCGCTCATTTTGCCCTATCTGCTTAATCCGTTCTATGCCTTCATTCTTGTCTCTTACTATCGGACGCTGCCGTATGAATTGAATGAAGCTGCGACTGTGGACGGCGCCAATGATCTCTTTATTTTCTTTCGCATCATCTGGCCGATTTCGCTGCCTGTTATCGCCACGGTGAGTCTGTTTTACGCGCTGCAATATTGGAACGATTGGTACTTGTCATTGCTGTTTATCGACAATCACAAAATGCTGCCGCTGCAGATGATGATCCGCCAGCTTATGTCCAATTTGAATGTTATGGCTTATGTGAGCGGGAGCCAGACGCAGTACAACGTCGTCGTGCCGACCTATGGCATGCAGCTGGCGATCGTCTGCGTTACCATCGGCCCGATCGTGTTCGTCTATCCCTTCATCCAGCGCTTCTTTATTAAAGGCTTGACGCTTGGTTCGGTAAAAGGGTAG	MRERLFLVLMYAVLGAFALFCFIPFWIVFINSFADESLLQTAGYQLLPSKFSLHAYKFLFSGKQVFLSYGITIIVTIAGTVLGVLLTAAYAYTLSHRKVKYRHILSFLTFLTMLFGAGLVGFYMLIANWLQLKDSVWALILPYLLNPFYAFILVSYYRTLPYELNEAATVDGANDLFIFFRIIWPISLPVIATVSLFYALQYWNDWYLSLLFIDNHKMLPLQMMIRQLMSNLNVMAYVSGSQTQYNVVVPTYGMQLAIVCVTIGPIVFVYPFIQRFFIKGLTLGSVKG	PGPT0017255_2768	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04490	1545			hypothetical protein	ATGAAAAGATTATTGTCCATCGCGCTTGTGTTATTGATCGCGCTCGTCGCGATTGCCGGTTGTTCGGGGAAGAACGAAGGGGAAGGGAAGGCGCCTGGGCCGTCGGGTCAAACCGGAGACAGCGCCGGCGGTGACGCCAAACTTGAAGAGGTGACCCTGAAAATCATGATTCCCGGCGATCGGCCGTCGGATATGGATTTGGTCATCGCCGAAGCAGAAAAACGGATGAAGGATACGATCAACGTCAAACTCGACGTCGTCTTCGTACCCTGGTCCGATCTGGCGCAAAAGACACAGGTGACGCTTGCTTCCGGCGAAAACATCGATCTCATCTTCGATGCGCCATGGCTGCATATCAACCAAATGATCGCTAACGGATTCTATGAACCGCTGGATGACCTGTTGGCCCAGTACGGCCAAACGGTGCTGGAGAAACGGCCGCAGCAAATGTGGGACTACAACAAATACGGCGGCAAAATTATGGCCGTTCCGCTCGGCGTCAGCTACATGTCCGGCAATTCCTACATGGTGCGCAAAGATATTCGCGAGAAGCTCGGCGTACCGCCGATTAAAACCTATGAAGATTTGATCGCTTTCGCCTACAAGGTGAAAGAGCAGGAGAAAGGCATCATCCCGATGACCGCAGGCTCCGGCACTTATTCATTTGTCGCTCACCATGCGCTGAACGATTACGAAACCCATGTCAGACCAACCCACGCCCTGGGCAACAGCCTGATGCTCTATTACAAGAACAATGACGGCAAAGTTTACAATTTGCTGGAGGATCGGGAGCCGATCGGAACGTGGCTGACGAACACGCGCAAATGGTTTACTGACGGTCTGATTTTCAAGGACATTTTGACGACAAAAGATTTTCATCAGCCGATCTCGGCAGGCAAAGTGGCAATCGTCACGAACGGCGCGTTCGGCATCGGCGATTCCCTCAAGAACACGTTAAAGAACAATGTGCCGGACAGCGAGCTGGAGACGGTCACCTTCTTTAATCCGGAGAAGGGCGCGAACATCACCGACTTCAAACAGTGGAACTTTCTGGCCGTTCCGAAGGTAAGCAAGAATAAGGAGCGGGCGATTATGTTCCTGAACTGGGCGAATGAGAAGGAAAACTACGACCTGCTTTCTTACGGAATCGAAGGGAAGCATTGGGAAGCGGTAGGCGACGACAAAATGAAAACCCTGGATACGTCCGGCTACTCTGCTTTCGGCTATGTTTGGCTGTGGAATCCCGTCGATGAGCGGAGTGATGTGAAGGGCGAAAATGAGGAGTTGAACGCTGTGCTTAAGGATGCCGACATGTTCACGACCGATATTTTGGCCGGCTTCGAATTTGACAGTACCCCGGTGCAAAACGAGGTCAGCCAGTACAATACAGTCGATGGGCAATACTACACGGCGCTGTTCAACGGGGTTATCGATCCGGACGAGACATTGAAGAAATTTGAAGCGGAAGCCGGCCCTGCCCTCAAAAAAATTCAGCAGGAGCTGCAAAAGCAGATTGATGAGTTCCTGGCGGCGAAGGCGAAATAG	MKRLLSIALVLLIALVAIAGCSGKNEGEGKAPGPSGQTGDSAGGDAKLEEVTLKIMIPGDRPSDMDLVIAEAEKRMKDTINVKLDVVFVPWSDLAQKTQVTLASGENIDLIFDAPWLHINQMIANGFYEPLDDLLAQYGQTVLEKRPQQMWDYNKYGGKIMAVPLGVSYMSGNSYMVRKDIREKLGVPPIKTYEDLIAFAYKVKEQEKGIIPMTAGSGTYSFVAHHALNDYETHVRPTHALGNSLMLYYKNNDGKVYNLLEDREPIGTWLTNTRKWFTDGLIFKDILTTKDFHQPISAGKVAIVTNGAFGIGDSLKNTLKNNVPDSELETVTFFNPEKGANITDFKQWNFLAVPKVSKNKERAIMFLNWANEKENYDLLSYGIEGKHWEAVGDDKMKTLDTSGYSAFGYVWLWNPVDERSDVKGENEELNAVLKDADMFTTDILAGFEFDSTPVQNEVSQYNTVDGQYYTALFNGVIDPDETLKKFEAEAGPALKKIQQELQKQIDEFLAAKAK	PGPT0017245_2754	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04491	2901			hypothetical protein	ATGAATTTGAATAAAAAATGGCTATCCGGATTAATGGCAGCCGTATTACTACTGACTCCGCTCTCTGCGGTTCAGGCGAAATCGCTTGTTCCGGATGTGACCGTCCTGCAGGCGGCAGGTGCAGACCAGATGGAAGCAGGAAAGGATACAGGTCATCCACAGGTCGAACTAGATCAACTGACGGATGCTGGTGAACCGGCAGCGGAACAGGCACCACAAGCAATAGACGAAAATCAAGCGGCAGCATCTTCGGCAGTGCAGGAGACGCAATTTCGCAATCTCGCGGCAGGCCTTCCGTATGAATGGTCTGAAGCTCCGGAAGCTTCGCATCCCGATGAGGGATACAAGCTTACGGACGGAAAATACGGCGCATTGGATATGAACGACCCGGCATGGGTAGGACATCTGCGAGGAAAGGCTCGCGAAGTCGTGTTCGATCTCGGTGAGGAAAAGTCAATTGGAAAGATCACGGCTAATTTCTTTCAAGATTTTCCTACGAATTCGATTCTCGTGCCGCTGTCGGTATCGATGTATGTCTCCGACGATAAGGAAAATTGGGGGCTGCTTTCCCATAACGCTACGCAGCTTCTGTGGGGAGAAGGACCGCCCAGACAGGAGACCTTTGAATGGGATGGCAACCGGGATGGAATCAAAGGCGGGAATACGGAAGGCAAGCTGGCTTATGCCCGTTATGTGAAGGTGACCTTTTATATGCATCCTACACAGTGGGAATATATTGACGAAATCGAAATTATGGGTATGGACGGCAAGATTGAAGGGGCGGTAAAGGTTCCTGCCGAGCAGCCTCGTTTTTTGGAGCCGGGGGAAGCTACGGCCGGGATCCGGAATCTGAATCTGTTTTATAACGGACAATATGCGAATGGTTTGGGCGATTGGAATAAGGAACGGATTATCCCTAATATCAGTTATGTGAATAAAGACGGCGAGCCGGTCGATTGGCTTTATGACGGCGTTCTATATCTCGGGATTGCTTCGCCTGCCGGTCGCGATTTCGGTCAGGGACAAACGAACCTGGACGATTGGAAATGGTATTTGGATAAAACATTTGCAGCCACGGGCGATATGCAGCAGTTGAATGAGGCTGCCAAGGAAGTTGGGGCCAAGCTGAAACAGCCCGATCATCAAGTCAAGGTTGTGTTAATGATTCCGAATCCAGGGGAATCCTTAACTGATTTTGGCGACATTGACGGTAGCGGTTCCTTGAATTTCAACGACTCCGTCGTAGGCAAAGAAAAAGCGGCTGAAAACAGAGGAAAAGCGGTGCAGTGGTGGCTAGACCAGGCCCGGCAAAGATGGCAGGCTGCCAACTACTCGAATCTTGAGCTTGTCGGCATGTACTGGATGCCGGAACAAATCGACATATCCGAATCGGGACCGGACATCGCTCGCATGGTGTCGGATAAAGTGCACGCCATGAACATGAAGGTTTTCTGGATTCCACACTCCTATGCTTACAAAATGTTTATGTGGAAAGACGTAGGGTTCGATGCCGCGGCGCTTCAGCCTAACTATTTCTTTGGCGGAATGGATTCCGACCGTCTGGACGATGCTACGGATACTGCAAAGCGTTACGGAATGGGGAACGAAGTTGAATTTGATGACGGAATGCTGACAGATCCCGTACTTCGTCAGCGTTTTGTCGAATACTTGGACAGCGGCGTCAGATCCGGTCTGATGCAAAATGGCTTCAGAGCTCACTATCAAGGCAATAATGCAGTATACAACTTAGGGGTAAGCAAGGATCCAAGTTTGCGTTTAATGTATGACTGGCTGTACCAGTATTTGAACGGAACGTACGCCATCGATAGCAGCCCGGCGCCGGAGACGATGGCGGAGGTTGTACAGCGTTATGTCGCATCGAACGAAATCAAGCCGGCTTTTGGTAATGATTTGACGTATCGATTGCAGACCATCAAACTTCTTCTGGACGATAACAAGCCGAAGGAAGCCGTGACGTATATGCAGGATCTTCTCGCGCACATTCACGACCCGGCCGTCCAAGCGCAAGGTTTGATTTCGGTCCCGGCCGCAACGGTGCTTGATTCCTACGCCCAAGTTCTCATTCAAACCTGGTCTGACGGAGGGGGACCCAGCAATCTGGTTCTTGGCCAAAGCTATACAATTTCACAGCAGCCTAACAGCAACTATCCCGATTCCGGGAACGCACTTACGGACGGCCGATTCGGCGGGACGGATTACCGCACCGAGCAGTGGCAGGCCCATGCGGGAAGCGACTACCCTGACGAACGAAGCCGCACCATCACGTTTGATTTGGGCGGCAACAAATCGATCGGGGAAATTAGAGCCCATTTTCTTCAGGATAAAGGACCCGGCATCTATTTCCCTCAGAACGTCACTTTTTCCGTTTCATCTGACGGCGAGTCCTGGAGCACACTGGCAACCGTTACTCCGCCACCGGCACAGGAGGCTGCCTCGGCCGAGTTCGTGGGTTGGTACGGAATAACAGACGGCGTGCCGGGGAACGCGGGAGCCGATAAAGTGTCTGCCCGCTATGTTAAAGTCGAATTCCCGGTCAACGTCTGGGTCTTCCTGGATGAAATCGAAGTTCTCGGCATTGACGGCCCGGCGGGGGGCGGCACTTCAATCGACGGCGCAAGAGCCGTGGTGGATGCCGCTGCGAAGAAATTGACGATCGACGGTCTGGTCGTGAACGGCAGCCAGTCCCAAGTGAATTTAAAAATACTCGATTCAAAAGGGAAAGTCCGGTACGAAGGTCAGACGACCAGTACGGAAACGGGAAGTTTCGAATTCACGATCAAGCTTACCGGCAATTTAAAGGGAACCTGCGACGCCTATCTGTCTATGGAAGGAATGTCGGATCCCGTTAAGATTTCATTCGAGTACAATAAAAAGGACTGA	MNLNKKWLSGLMAAVLLLTPLSAVQAKSLVPDVTVLQAAGADQMEAGKDTGHPQVELDQLTDAGEPAAEQAPQAIDENQAAASSAVQETQFRNLAAGLPYEWSEAPEASHPDEGYKLTDGKYGALDMNDPAWVGHLRGKAREVVFDLGEEKSIGKITANFFQDFPTNSILVPLSVSMYVSDDKENWGLLSHNATQLLWGEGPPRQETFEWDGNRDGIKGGNTEGKLAYARYVKVTFYMHPTQWEYIDEIEIMGMDGKIEGAVKVPAEQPRFLEPGEATAGIRNLNLFYNGQYANGLGDWNKERIIPNISYVNKDGEPVDWLYDGVLYLGIASPAGRDFGQGQTNLDDWKWYLDKTFAATGDMQQLNEAAKEVGAKLKQPDHQVKVVLMIPNPGESLTDFGDIDGSGSLNFNDSVVGKEKAAENRGKAVQWWLDQARQRWQAANYSNLELVGMYWMPEQIDISESGPDIARMVSDKVHAMNMKVFWIPHSYAYKMFMWKDVGFDAAALQPNYFFGGMDSDRLDDATDTAKRYGMGNEVEFDDGMLTDPVLRQRFVEYLDSGVRSGLMQNGFRAHYQGNNAVYNLGVSKDPSLRLMYDWLYQYLNGTYAIDSSPAPETMAEVVQRYVASNEIKPAFGNDLTYRLQTIKLLLDDNKPKEAVTYMQDLLAHIHDPAVQAQGLISVPAATVLDSYAQVLIQTWSDGGGPSNLVLGQSYTISQQPNSNYPDSGNALTDGRFGGTDYRTEQWQAHAGSDYPDERSRTITFDLGGNKSIGEIRAHFLQDKGPGIYFPQNVTFSVSSDGESWSTLATVTPPPAQEAASAEFVGWYGITDGVPGNAGADKVSARYVKVEFPVNVWVFLDEIEVLGIDGPAGGGTSIDGARAVVDAAAKKLTIDGLVVNGSQSQVNLKILDSKGKVRYEGQTTSTETGSFEFTIKLTGNLKGTCDAYLSMEGMSDPVKISFEYNKKD				NA	NA	NA	NA	NA
JZ016_04492	384			hypothetical protein	ATGGAAGTGATGGATAACGGAATGACAATTACCGGTTTTCAGGTGATGAGTTTCAATTATCCGAAGGAAATTCAGGACATGATCACGAAGACGGCTTCCCATGAAATGATCGGCAATCTGCAAAAGTACCAGCAGGTCAGCATGACGGACGGGATCGCGTCCGGCAAGGTGAAAGGCGGCGGTGCAGCTTCGGATATGGCCGGCATGATGATGGGGATGAACATGGCCAATGAAATGATGAAAAATATGAATCAGAACCAGAATCAGAATAATCCAAACCAGAACAATCAGAACCGGAACAACCCGAATCAAAGCCAACCGAACTGCGGCGCGAAGAATGAAGGGGCGAACTTCTGCCCGAATTGTGGGCAGAAGCTGAGTTGA	MEVMDNGMTITGFQVMSFNYPKEIQDMITKTASHEMIGNLQKYQQVSMTDGIASGKVKGGGAASDMAGMMMGMNMANEMMKNMNQNQNQNNPNQNNQNRNNPNQSQPNCGAKNEGANFCPNCGQKLS				NA	NA	NA	NA	NA
JZ016_04493	711			hypothetical protein	ATGAAAAAAGTATTATCAATTATTACGATTTTGACACTTTTTATTGTTGGTAATAGCTATATGTTTGCATCGGAAAGTTATGGTGATGAAATTACTCTTTCAAGCAATGAAATTACTCGTATTAAATCGTTACTATCAGAATACGACGTCAGTATTGAAACTCAAACATATCTGATGAATAAGCTTGAAAATGGTGAAAAGTGGGATTCAGAAAAAGGGATTGAACCTGTGTCTACCCATACAATTGTTAAAAATAATGGCACTGAGGAAATAGTTGAAACATTTCCAGATGGTTCAATAGCTATATCAGGAGTAGATTTATCTACTGCAGAAGTTTCAACTGATATCATAGTCACACCCTATGATTTAGATCCAGGTAGTATAAGTTCGGGTTCTGGATATACGAGCTATAGAGGCGCAAAAGTATATAAAAACACAGCATTTATAGGCGCTCAATTTTATGCTGATTTTACACAGGTAAATGGTGGAATGAGTTATATATCTAGAGTTTATGATGAAAAAGTACATGCATTAACATTGGGTGGTTCTATAGGTGATGTGAGCTTACAACTTGTAAGGGATAGGGAAAATCTTAATTATGATGCAGAAGCAAAATTAAGCTTTGTTGCAAATGCTTGGGCCGGAGGTACAAATTGCTATTTAAAACTTGTGGTAGGTAAAGGTACATATTCTACCCCATATAGTTATTAG	MKKVLSIITILTLFIVGNSYMFASESYGDEITLSSNEITRIKSLLSEYDVSIETQTYLMNKLENGEKWDSEKGIEPVSTHTIVKNNGTEEIVETFPDGSIAISGVDLSTAEVSTDIIVTPYDLDPGSISSGSGYTSYRGAKVYKNTAFIGAQFYADFTQVNGGMSYISRVYDEKVHALTLGGSIGDVSLQLVRDRENLNYDAEAKLSFVANAWAGGTNCYLKLVVGKGTYSTPYSY				NA	NA	NA	NA	NA
JZ016_04494	189			hypothetical protein	ATGAAAAGGTACAGCGTGTGGCGTCCGGTCATGCTGATTGCGGTGGCGCTGCTTACGAATAACTTGGTTACGAGTTTGGCGGGCGTGTTTGGCATGTCGCCGGAGTCGGCGAGCAATCTGGGTTTTATCGCGATGATTATTGCCGCATTCATTACATACAACCGCATGATGAAAATCCGTCGCAAGTGA	MKRYSVWRPVMLIAVALLTNNLVTSLAGVFGMSPESASNLGFIAMIIAAFITYNRMMKIRRK				NA	NA	NA	NA	NA
JZ016_04495	1110	tmpC_1	COG1744	Membrane lipoprotein TmpC	ATGAAAAAAGGGGTCATATCATTAATCAGTTTGGCGTTATCTGTCACAATGCTGGCGGGCTGCGGCGATAAACCGGCGTCAGAGCCAAGCGGCGGCGCAGGCGGCGACGCACCTAAGGCAAACTTCAAGGTAGGGATGGTTACGGATGCGGGAACCATCGATGACAAGTCGTTTAACCAAGGCACATACGAAGGAATCGTGAAGGCCAATGAGGACTTCAAAATGGAGCATAAATACCTGAAGCCAGCTGGACAGACAGAGGCTGACTATTCGAAGGAAATTGTAAACCTTTACGATGCCGGATTTAAATTCATCGTAACGCCAGGCTTCAAATTCGAGACAGCTGTGTTTAAAGCACAGGAAAAGTACACAGACGCTAAATTCGTTATTATCGATGGATCACCACGCCCTACAGCTGACGCCGATCCAGTTGTTAAGGAAAATACCGTATCCATCTTCTTCGCAGAGCAGGAGTCCGGCTTCCTCGCTGGTGTAGCTACTGCGCTTCATGTGAAGGATGGACAAGCAGGCTTTATCGGCGGCATGGAAATTCCACCTGTACAGAAGTTCAACTGGGGCTTTCAGCAGGGTGTAGCTTATGCTAACGAGAATCTTGGCACGAAACTAGTAATTAACAAAGAAAACGTGGTATACCAAGGAACCTTTGACGATACTGCAGCAGGCAGCCAATTGGCGGCACAGATGTATGACCGCGGCGTAAATGTTATTTTTGCAGCAGCAGGCGGCGTTGGCGTCGGTGCGATTAACGAAGCGAAGACTCGCGTGCAGCAGGGATCCGAAGTTTGGATCGTCGGCGTCGACGTTGACCAATACCAAGACGGCGTATACGAAGGCGACAAGTCGGTTGTACTGACTTCGGCTGTCAAGAAAATCGACCATGCGGCTTACGATATGATCAAAGCTGAATTGGAAGGCAAATTCCCGGGCGGACAGACGCTTACACTGGATGCGACCAATGATGGCGTCGGACTTCCTGAGAATAACCCGAACCTGAGCGAGGACGTTCTGAAGCAAGTAGACGAAGTGTTTGCCAAGATCAAAGCCGGCGAAATTAAAGTAGCCGCAGAGCAAGGCGATTTGATTAAGTAA	MKKGVISLISLALSVTMLAGCGDKPASEPSGGAGGDAPKANFKVGMVTDAGTIDDKSFNQGTYEGIVKANEDFKMEHKYLKPAGQTEADYSKEIVNLYDAGFKFIVTPGFKFETAVFKAQEKYTDAKFVIIDGSPRPTADADPVVKENTVSIFFAEQESGFLAGVATALHVKDGQAGFIGGMEIPPVQKFNWGFQQGVAYANENLGTKLVINKENVVYQGTFDDTAAGSQLAAQMYDRGVNVIFAAAGGVGVGAINEAKTRVQQGSEVWIVGVDVDQYQDGVYEGDKSVVLTSAVKKIDHAAYDMIKAELEGKFPGGQTLTLDATNDGVGLPENNPNLSEDVLKQVDEVFAKIKAGEIKVAAEQGDLIK	PGPT0021055_1167	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021055-bmpA-K07335	NA	NA
JZ016_04496	1533	mglA_3	COG1129	Galactose/methyl galactoside import ATP-binding protein MglA	ATGGACTATGTTGTCGAGATGGTGGGCATCCGCAAGGAATTTCCGGGGATCGTGGCCAATGACGATATCACGATTCAACTGAAGAAAGGCGAGATTCACGCGCTGCTCGGCGAGAACGGTGCCGGCAAGTCGACCCTGATGAGCATCCTGTTTGGCATGTACCAGCCTGACCGTGGCGTGATCAAAGTCAACGGCAAGGACGTGCGGATTTCGAATCCGAACGTCGCGAACAAACTCGGAATCGGGATGGTGCATCAGCATTTCAAATTGGTGGAGCCGTTTACCGTGACCGAGAATATTATTCTCGGCAGCGAGACGCGCAAGTATTACTTTGGTTTAGACGTGAGATCCGCAGCCAAGCGGGTCGAGGAGCTGTCCAAACGATACGGGCTCAACGTAGACCCCTATGCCAAAATCGAGGATATCTCGGTAGGGATGCAGCAGCGCGTGGAAATTCTAAAAATGCTGTACCGCGATGCGGAAGTGCTCATATTTGACGAGCCCACGGCGGTGCTGACCCCTCAGGAAATCGAAGATTTGCAGGGCATTATGAAGAACTTGGTCAACGAAGGCAAATCCATCATTCTGATCACGCATAAATTGAAAGAAATTAAAGCGGTTGCGGACCGCTGTACCGTCATCCGCCGGGGTAAAACAATCGGCACCGTTGACGTAGCCGACACGAGCCGCGAAGCGATGGCCGAAATGATGGTAGGCCGCAGCGTTTCCTTTAAGGTGGACAAGCAGGAGAGTAACCCTGGTAAAGCCGTTCTTCAGATCCAGTCACTTACGGTGAAAAACAGTAAAAAAGTCGAAGCACTCAAAGGATTTAGCTTGGATCTGCATGCCGGCGAGATCGTGGGCATTGCCGGCGTGGACGGCAACGGTCAAACGGAACTGGTGGAAGCCATTACCGGCTTGCGTCAAGCGGAGAGCGGGACGGTGAGCCTGAATGGTAAGACGCTTAACGGACTTTCCGTCCGTCAGCGGAACGAGAGCGGAATCGGCCACATTCCGGAGGACCGCCAGAAGAGGGGCCTCGTGCTGGATTATACGATTGAAGAGAATTTGATCCTTGAGGTATATAACCGCCCACCGTATTCCAAGAACGGGCTGCTGCAGCCGGCAGCGATCCGCAAGCATGCGGAGCATATCATTCAGAGCTTTGATGTGCGTTCCGGAACGGGCGGCCGGTCGATCGTGCGTTCGATGTCCGGCGGTAACCAGCAAAAAGCAATCATCGGCCGCGAGGTAGAACGCGATCCGGATCTGCTTATTGCCGTTCAGCCGACCCGGGGCCTTGACGTAGGCTCGATTGAATATATTCACCGTCGTCTGATCGAACAGCGGGACAAGGGGAAGGCCGTTCTGCTGGTTTCCCTGGAGCTTGATGAAGTGCTGAATCTGTCGGACCGCATTGCCGTTATTAATAACGGTGAACTGGTAGGTATCGTAAAAACCTCCGAAACGAACGAAAGAGAGCTCGGACTGATGATGGCCGGGTATCAAAAAGAGGAGGCACCACATGAATAA	MDYVVEMVGIRKEFPGIVANDDITIQLKKGEIHALLGENGAGKSTLMSILFGMYQPDRGVIKVNGKDVRISNPNVANKLGIGMVHQHFKLVEPFTVTENIILGSETRKYYFGLDVRSAAKRVEELSKRYGLNVDPYAKIEDISVGMQQRVEILKMLYRDAEVLIFDEPTAVLTPQEIEDLQGIMKNLVNEGKSIILITHKLKEIKAVADRCTVIRRGKTIGTVDVADTSREAMAEMMVGRSVSFKVDKQESNPGKAVLQIQSLTVKNSKKVEALKGFSLDLHAGEIVGIAGVDGNGQTELVEAITGLRQAESGTVSLNGKTLNGLSVRQRNESGIGHIPEDRQKRGLVLDYTIEENLILEVYNRPPYSKNGLLQPAAIRKHAEHIIQSFDVRSGTGGRSIVRSMSGGNQQKAIIGREVERDPDLLIAVQPTRGLDVGSIEYIHRRLIEQRDKGKAVLLVSLELDEVLNLSDRIAVINNGELVGIVKTSETNERELGLMMAGYQKEEAPHE	PGPT0021040_2392	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021040-nupA|yufO-K23537	NA	NA
JZ016_04497	1056			hypothetical protein	ATGAATAACAGCGTAAAATCGTTGCTTGCCGTCCTGTTCGGACTCATCGCGGGGGCATTGCTTATGGCGCTGACCGGGCATAATCCGGTGGAAGGATATAAGTATCTCCTCCAAGGCGGGCTCAAAAATCCGGAGCGGATCGGTAATACGCTGGCGACGGCGACTCCGCTTATTTTGACCGGTTTGTCCGTGGCTTTTGCCTTCCGTACCGGGCTGTTCAATATCGGTGCTGCGGGCCAAATGCTAATCGGCGGGTTCTGCGCAACGGCTGTTGGCCTTTCACTTGATCTGCCGCGGGCTCTGCTCCTGTTGGTCATGGTGCTGGTCGGGTTCATCGGCGGCGCGCTATGGGCGGTTGTCCCAGGTTTCCTGAAGGCTAAATATAACGTGCATGAGGTCGTGTCCACGATCATGATGAACTGGACGGCCTACTGGACCGTTTATTATGTCATTCCGGGTTACTTCAAAGGGGCGAGCCTGGAGACGGAATCGCGCCAGCTTCCGCCGGAAGCCATGCTGCATCAGCAGTGGCTTAGCGATATGTTTCAAGGCTCCTATGTCAATCTGGGCTTTTTTATCGCGGTCATTGCTGTTCTGGTCGTCGCTTTCCTTATTAACAAAACAACGCTCGGATACGAATTGAAAGCGGTTGGATTCAACCGGCACGCTTCCGAATATGCGGGGATCGCTGTTAAACGCAGCATCGTGCTGTCTATGTTCATCTCCGGCGGCCTCGCGGGCCTCGCGGGTGTTGCACAGTATGCGGGGAATGCCTCCAGCATGCAGATCGGCGTGCTGCCGAGCCAAGGCTTTGACGGCATTGCCGTCGCTCTGCTCGGAATCAACGCACCTATCGGTGTTTTGGTATCGGCCCTGTTCTTCGGAATTCTCTACTCGGGCAGAGGGTTTATGAATGCCATGACGGAGATCCCGCCGGAAATCGCCGATTCGATTATCGCCATCATTATCTATTTTGCGGCAACCAGCATCTTGATCGAACGATTATACCGTAAATTGAAGCTGCGACGCGCGGCAAATAAAAAGCAGGGGGAGTAA	MNNSVKSLLAVLFGLIAGALLMALTGHNPVEGYKYLLQGGLKNPERIGNTLATATPLILTGLSVAFAFRTGLFNIGAAGQMLIGGFCATAVGLSLDLPRALLLLVMVLVGFIGGALWAVVPGFLKAKYNVHEVVSTIMMNWTAYWTVYYVIPGYFKGASLETESRQLPPEAMLHQQWLSDMFQGSYVNLGFFIAVIAVLVVAFLINKTTLGYELKAVGFNRHASEYAGIAVKRSIVLSMFISGGLAGLAGVAQYAGNASSMQIGVLPSQGFDGIAVALLGINAPIGVLVSALFFGILYSGRGFMNAMTEIPPEIADSIIAIIIYFAATSILIERLYRKLKLRRAANKKQGE	PGPT0021045_2814	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021045-nupB|yufP-K23535	NA	NA
JZ016_04498	954			hypothetical protein	ATGTGGACAACGATTGAACAGATTTTTCCGTATGCCATCGCTTACACGATCCCGCTTTTGATTACCGCGTTAGGCGCACTGTTCAGTGAACGAAGCGGGGTCGTGAATATCGGCCTTGACGGGTTAATGATTGTCGGTTCTTTCATCGGTGCCTTTGTCATTTTCAAAATGCAGGCCCAATGGCCTGGCCAATCATGGGTATTATGGGTAGGCCTGTTGGCGGCGGCGGCAGCGAGCGCGCTATTCTCGCTGCTGCATGCCTTTGCCAGCATTAACCTTAGTGCCAATCAGATCATAAGCGGTACGGCGATCAACATGATTGCGGGTGCCTTGACGATTTTCCTTGCCCGTAACATTACGGGCAGCGGCAAGATTACGATCACGAATGGTTTCGCACCGTTTGATGTGCCCTTGCTGTCTAAGATACCGGTTATCGGGGATTTATTCTTCACCAAAACCTATGCAACAACCTGGCTTGTTCTATTAGTATTAGTGCTAAGCGCGCTCATATTGTACAGAACACCTTTCGGTCTGCGGCTCCGCTCCTGCGGCGAGCATCCGCACGCGGCCGAAGCAGCCGGTATTAAGGTGCAGTCCATGCGGTATGTGGGCGTCATGATCTCGGGTGCTTTTTCCGGACTCGGTGGGGCTGTCATTCTGTTGACGTATTCCGGCGAATTTACGGGGAACGTTGCGGGACTCGGGTTCCTGGCTCTGGCATCCCTCATCTTCGGACAATGGAAGCCGCTCGGCATCCTGCTGGCGACCTTGTTCTTCGGATTTGCCACGACGGTAGCCAACGTATCGCAGGTCATTCCGTCCTTGGCGGTGATCCCGCCGGTCATTCTCAAGATTTTCCCTTATATCGTCACGCTGATCGCGCTCGTAATTTTCTCCAAATCCTCGAATGCGCCGAAAGCCGTAGGGGAGCCGTTCGATTCAGGTAAACGGTAA	MWTTIEQIFPYAIAYTIPLLITALGALFSERSGVVNIGLDGLMIVGSFIGAFVIFKMQAQWPGQSWVLWVGLLAAAAASALFSLLHAFASINLSANQIISGTAINMIAGALTIFLARNITGSGKITITNGFAPFDVPLLSKIPVIGDLFFTKTYATTWLVLLVLVLSALILYRTPFGLRLRSCGEHPHAAEAAGIKVQSMRYVGVMISGAFSGLGGAVILLTYSGEFTGNVAGLGFLALASLIFGQWKPLGILLATLFFGFATTVANVSQVIPSLAVIPPVILKIFPYIVTLIALVIFSKSSNAPKAVGEPFDSGKR	PGPT0021050_1317	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021050-nupC|yufQ-K23536	NA	NA
JZ016_04499	6270			hypothetical protein	ATGCGCATTCGATTACATAGGTGCCAAAGGCCGTTAAGTGTGCTTTTGGTTATCGTGATGCTTCTGAGTATCATCGTTCCTTTCAGTCCCGTGAAGGTGGCGGAGGCTTCTCCCCGACATGACCAGGTTGTGATCAGCCAGGTGTACGGTGGGGGCGGGAATAGCGGGGCATCTTTTACACATGATTTTATCGAATTGTTCAATCCGACCAGCAGTCCGGTCGACCTGACAGGCTGGAAGGTACGTTATGCAAGCGCAACAGGAAATTTTAACAATGAAACCCCTTTATCTGGTAAAATAGAACCTTTTGCTTATTATTTAATCCAACAGCAGAGTAACGGCTCGGCAGGCGCTTCTTTGCCGACAGCTGATGATGCAGGAACACTGAACTTAAGCGGCTCTAACGGAAAAGTAGATCTGGTGAACGCCGCTGGCGACCGCATCGATCTTATTGGCTATGGAAATGCAACGCTATCGGAGACGAATCCGACCGCAGCTCTCTCCAACAGTACGGCTGCGATCCGCAAGGAATTGACCGTTGGTCAAAATGATCGCGGCCGCGACACGGATAACAATGCGGCCGATTTTATCGTTATGACCCCGGATACCCGGAACAGCGCGAGTCCCGTTACGCCGGTCACGCCTGGCTCGGGCCTGGGAGCGGTAACGGCCAATCCGGAGCCTAATGCCTGGCCAGCCGGAACGGAGATCACGCTGAATCCGCCTACGGTGGGCGCTTCCGTTTATGCGGATGTATATCGGTCCGGTGGCAACGGGTCCGGCTTCCAGCTCGTCACCGGCCCGATCATCCTTAACGAGCCTACGCGGGTGGATGCCTATGCAGCCCAGGATGGCCAGCCGGATGGGCCGGTCTCCTCTTTTCAATACGATATTTTAACGCAAACGTCCGTCGCTGATGCCCGCAGCAAGGCAAAAGGCGAGCATGTCTGGACGGAAGGCATCATCACGCATATCGAAGGCAGAGAAACCTACATTCAAGATGACACGGCTGGTATCGTGCTCTATGACTACCCGCTTAATGCCAGCGTTGGCGACCGGGTGAGCGTGGCCGGCGTGATGGAGATTTACAACAATCTTCAGGAGATCAAACCGCACGCCCTGCTGCCGCATGATGTGACAGGGAACCAAGTCGGAGTGCCGAACGCTCTTCAAATCACCGGAGCTGATCTATCTGCAGCTTCGGGAGAGACTTATGAAGCGCGACTTGTCTACCTGGACGATGTCACCATCAAGTCCGAAAACAGACCTGGGGAATATACGGCCGAGCAAGGCGGTCATGAATTCATTATCTATTCCGGATTGTCCAAGCTGAAGACGGTGAAAACCTTCAGCCGCGTCACGGGTGTGGTGAAGCAGTTCGGCAACATCTATGAGCTGATTCCTTTAGGCGAGAATGCCTTAATCGAAGAGATGTTCTCCGTGATTGCAAGTCCGGGTGCAGGACCGATAATCATTGGAGGGACGGTGACGCTGTCCAGCCCTACGCAAGGGGCAAGCATTTATTATACGCTTGATGGATCGGTTCCTACGACAGCAAGCACGTTGTACAGCGCACCGATACAGATTGACCGTGATACGACCATCAAGGCGATCGTTGTCTCGGGGGCGGATGAGAGCAAGGTATACGAATTTGCTTACAAGGCGACACAGCAGCCGCGTATCGCGGATATCCAAGGCGAGGACCATACTTCGCCGTATACCGGACAGACGGTAACCGATATTGAAGGCGTTGTAACCCAATACGGTTACACGTTCTCTAACGGCAATATCAAGGGATTCTATATCCAGGATCCGAAGCCGGATTCCAACCCAGATACCTCGGATGCGATTTTTGTGTATTCCACGGATCCAAACCGGCCTCAAATCGGAGATCTGGTGAGTGTAACCGGAAAAGTGGCCGAGTTTAATGAGGGAAGCTCCAGTAACCTGACCTCCACTCAAATCGAGCTGCAATCCATCAAGAATCTGGGTCAGGGTCAACAACTGCCGGACCCTGTTACCTTAGGTAAAGGCGGACGACCGATTCCGGCTGCCATTATCGATAACGACGGCATGACCACGTTCGATCCGGACGAAGATGCCATCGACTTCTATGAGTCCCTGGAGGGCATGCTGGTCAGACTTCCGCAGCCAACGATCATTAGTCCGTATTGGACAAGCGGTGGTACCTACAACATTGCGACTCGTGTCGAGAACGATATCGCGGATGTCATTACGCCAGCCGGCGGGCTGGTTCTGAAAGAGAACGGCAATTTCAATCCGCAGCGTCTCCTGATTGCTTACAGCAATCCGGGACAAGAAGTGGGCACCGGCGATACATTTGCCGATGATGTGATCGGCGTAATCGGTTATAACAGTGGCAATTTCAAGGTGATTCCGGCTAAAGGCGAATTGCCTGCAATCCACAGCAGCTCTTTTAAACAAGAGGTATCCACGATCGACGTGAAAGACGAACAGCTCAGAGTAGCGACGTATAATATCGAAAATTTCAATCCGGGCGTAAGTTCCGCCAAAATCAACAAGCTGGCGGAGTCAATCGTAAACAACATCAAGTCTCCGGATATTATTGGTCTTGTCGAAGTACAGGATAACAACGGGGAGCAGAACAACGGAACTACCGCGGCAGATCAAAGCTACCAGACCTTGATTAACGCCATCAAGGCAGCCGGCGGACCAACCTACAGCTTTACCGATATCGATCCGGTGAATAATAATGACGGGGGAGCGCCGGGAGCGAACATTCGGGTCGGATTCCTCTATAACACCGATCGTGTCCAGTTATCGGACAGTGTAAACGGCAAGAAGGGATCACCGATTGAATCGGTGGCGTATGACGCGGCAAAGGATCAGCTGACTATGAATCCGGGCCGAATCGAACCGCTGAACCCTGCATTCAACGCATCGCGTAAACCTCTGGCCGCGCAGTTCGAATTCCAAGGGGAAAAAGTGATTGTCATTGCGAATCATTTTAACTCGAAATCCGGAGACCAAGGACCTTTCGGCAATACCCAGCCGCCGGTTCTCTCCAGCGAAACGCAGCGCCATCAGATTGCAGCGGTTGTGAACAGATTCGTGAAAAGCGTTGTGTCTGCTAACCCTGACGCTAACGTCGTTGTTCTGGGAGATTTGAATGATTTCCAATTTACCGAGACGGCGAACATTTTGAAAGGCAACGAATTGGACAATCTGATCGATACGCTTCCGCTCAAGGAGCAGTACACATACACGTATGACGGAAACTCGCAGGTGCTGGACCATATTCTCGTCAGCAAGAACCTGACCCGTTCTACGCAAGTCGACATCGTGCATCTGAACGCCGATTTCCCGGCCTCCAAGGGCCGCGTATCGGATCATGATCCGATCGTCGCGCAGATCGATCTGAAGGAAGAAGCCGTGGACGGCTTCCCGCTGACCATTTTGCATACCAATGACACGCATGCCAATCTGGATACCGTAAGCTCGCCGGATAACATTGCACGACGGGTTACGGCAATCAAGGAAGCCAAAGCGAATGCGGTCAACCCTCTGCTCGTGGATGCAGGGGACGTATTCTCCGGCACGCTGTATTTTAATCAATATTTGGGACTCGCCGATCTGGAGTTCATGAATTTGGTTCAATATGATGCCATGACCTTCGGTAACCATGAGTTCGATAAAGGATCCGAGGTGCTGAACGATTTCATCGAGCATGCGGAATTCCCGTTTGTTTCCTCGAACGTGAATTTTTCGGCCGATGCTTTATTGACCCAGAAATTCAAGAATGAAGCGACCCGGGATGCCAGGGATGCAACCATCTATCCGGCCATCATCATGGAGGTAGACGGGGAGCAGGTTGGCCTCATTGGACTTACAACCGAAGACACGGCCAACATCGCTTCGCCTGGTGACGTAACTTTTGAGAATGCGGTGCAAAAGGCAAAAGACACCGTAGCGATGCTGCAGAAGGAAGGCATCAACAAAATCGTTGTACTGTCGCACCTCGGTTATGATGTGGACGTCAACCTTGCCAAGGAAGTCGAAGGCATCGACATCATCGTGGGCGGTCACAGTCATACCAAGCTGGATGAGGCGGTTGTGGACCGTTCGGACAGCGAACCGAAGCTGATCGTGCAGACGGGTGAAAAAGGCCAATTCTTAGGTCAGCTTGAGGTCGTATTTGACGACGAGGGTGTCCTGCAGGAGTGGAACAGTAACCTCATTTCGGTTGACGAGAAAGATAGCGCTGGTCAATACGTGGTAAAGCCGGATCAAGAGGCGCTGCAAATCCTGAATACCAAATATAAGCCGGGTGTGGAGCAGTTAAAACAAACGGAGGTTGGTACGACGGAAGTGAAGCTGAACGGCGTTCGCGCCGATGTCCGCACGAAGGAAACGAATCTCGGCAATCTGATTGCCGATGGCATGCTGGACGCGGCGCAAGCAGCCGGAACGAATGCGGTCATCGCCCTGCAGAACGGCGGCGGCATTCGCGAATCTATTGAAGCGGGCAAAATCACGATGGGTGACGTCATGACGGTCCTTCCGTTTAACAATGATCTCGTTACGATCACGCTGACGGGCGCCGAGATTAAAGAAGCCATGGAGAACGGGGTTTCCAAGATGCCTGCTGCGGATGGCCGCTTCCCGCATATCGCGGGTATGAAGTTCTATTATGATTCGACCAAACCGGTTGGATCACGTGTCCTTCGCATCGAGGTCAAAGGCAAGAACGGATATGAGCCGATCGACATGAATAAATCGTATGAGGTGGCGACAAACGCATTTACCGCTAAGGGCGGCGACTTTTATGCATCGCTCGAGAAGGCTTATCTGGAAGGTCGCGTGAATCTGCTTTACAAGCCTGACTATGAAGTATTCTCGAACTATGTGAAAAAAGTAGGTACCATTACGGCCAAGACCTCCGCCGTCGAAGGACGGATTACGGACTTGAAGGGAGCGCCGCTTCCGGGAGGGCCTAATCCAGGAGGGTCGGGAGAGCCTGGACCGGGGAACCCTGGGAACCCGGGTACACCTGGAACTCCAGGACCGACAACACCTCCCGTAAATCCATCGAACCCTGGAACGACACCACCAGCCGAACCAGGCAAGATCAAGGTTCCGGTTAAAGTGGAGAACGGCGCAGCTGCAGGCAGCGTGACTGGAGCGGTTATGAAGGAAGCCTTGAAACAGTCTTCGGGCGGAAAAGTCACCGCAGAGGTAGCAAGCACACAGCCAATCGTGTCTGCTTCCGTTACCATCGAGAATGAAGCGCTCCGGGCATGGCTTGATCAAACAAACGCACAAGTACTGGTTGTAGTGACTCCTTACGGAAGCTATGAGCTTCCGAAAACGGAGATCAATCTCAAAGCTCTAGCTGCACAAACTGGCTCGGACATTAGCGGACTTCAATTGGTCATTCAACTTGCTGTAGATGCGGATGCCCTTAAATCAGCGGCGTCCAGAGGATATAATGCAATACAAGCTGTGAGCTATACCGTGACGGTGAAGTCCGGTAATGGCAAGACTGCCACGTTGGAAGCATTCCAATCGTATGTAAAGCGGTCTCTGAATGTCGACAAGTCGCATGCGTTGACTGATATCGCGGTCGTTCGGGTGGACGGAAACGGGATATACACGCCGATTCCATTTAAGGTGAATGGTCAACGAATCGATATCTACAGCCGCACGAACAGCACATACCTGGTGTTGCAGAACCCGGTAACGTTCCAGGACATCGCGTCGCATTGGTCGAAGGACAGCGTTGAATCGCTTGCGGCCAAAATGATCGTGACCGGGCGCACGGAGCAGACCTTTGTTCCGAACGCTCCAGTCACTCGGGCCGAGTTCGCAGCGCTTGTCGTCCGGGCACTGGGACTTTCTGCAGACGCTGCGTCAGGCAGCTTCCAGGACGTGGTTTCATCCGACTGGTACGCGGGAGCGATCCAGGCAGCAGTCGATGCCGATATCATTGACGGCTACACGGACGGCACTTTTAAGCCGAACCGGACGATCACGCGCGAAGAGATGGCCGTGATGGCCTACAACGCGCTGGAGTATGCCGGATACAACTCAGTCGACGCGGCAAAAGCCCATTTTGCCGATGCGTCCTCGATCGGCGCTTGGTCTCAGGCAGCGGTATATGAATTGGCGGGTCTTGATATTCTGAACGGAGATCCGAAGCAGCGCTTCAATCCTAAATCGAATGCCACCCGAGGCGAAAGCGCCGCAGTGCTCCGTCGTTTGATGCAGGATTTGACGTACGTAAAATAA	MRIRLHRCQRPLSVLLVIVMLLSIIVPFSPVKVAEASPRHDQVVISQVYGGGGNSGASFTHDFIELFNPTSSPVDLTGWKVRYASATGNFNNETPLSGKIEPFAYYLIQQQSNGSAGASLPTADDAGTLNLSGSNGKVDLVNAAGDRIDLIGYGNATLSETNPTAALSNSTAAIRKELTVGQNDRGRDTDNNAADFIVMTPDTRNSASPVTPVTPGSGLGAVTANPEPNAWPAGTEITLNPPTVGASVYADVYRSGGNGSGFQLVTGPIILNEPTRVDAYAAQDGQPDGPVSSFQYDILTQTSVADARSKAKGEHVWTEGIITHIEGRETYIQDDTAGIVLYDYPLNASVGDRVSVAGVMEIYNNLQEIKPHALLPHDVTGNQVGVPNALQITGADLSAASGETYEARLVYLDDVTIKSENRPGEYTAEQGGHEFIIYSGLSKLKTVKTFSRVTGVVKQFGNIYELIPLGENALIEEMFSVIASPGAGPIIIGGTVTLSSPTQGASIYYTLDGSVPTTASTLYSAPIQIDRDTTIKAIVVSGADESKVYEFAYKATQQPRIADIQGEDHTSPYTGQTVTDIEGVVTQYGYTFSNGNIKGFYIQDPKPDSNPDTSDAIFVYSTDPNRPQIGDLVSVTGKVAEFNEGSSSNLTSTQIELQSIKNLGQGQQLPDPVTLGKGGRPIPAAIIDNDGMTTFDPDEDAIDFYESLEGMLVRLPQPTIISPYWTSGGTYNIATRVENDIADVITPAGGLVLKENGNFNPQRLLIAYSNPGQEVGTGDTFADDVIGVIGYNSGNFKVIPAKGELPAIHSSSFKQEVSTIDVKDEQLRVATYNIENFNPGVSSAKINKLAESIVNNIKSPDIIGLVEVQDNNGEQNNGTTAADQSYQTLINAIKAAGGPTYSFTDIDPVNNNDGGAPGANIRVGFLYNTDRVQLSDSVNGKKGSPIESVAYDAAKDQLTMNPGRIEPLNPAFNASRKPLAAQFEFQGEKVIVIANHFNSKSGDQGPFGNTQPPVLSSETQRHQIAAVVNRFVKSVVSANPDANVVVLGDLNDFQFTETANILKGNELDNLIDTLPLKEQYTYTYDGNSQVLDHILVSKNLTRSTQVDIVHLNADFPASKGRVSDHDPIVAQIDLKEEAVDGFPLTILHTNDTHANLDTVSSPDNIARRVTAIKEAKANAVNPLLVDAGDVFSGTLYFNQYLGLADLEFMNLVQYDAMTFGNHEFDKGSEVLNDFIEHAEFPFVSSNVNFSADALLTQKFKNEATRDARDATIYPAIIMEVDGEQVGLIGLTTEDTANIASPGDVTFENAVQKAKDTVAMLQKEGINKIVVLSHLGYDVDVNLAKEVEGIDIIVGGHSHTKLDEAVVDRSDSEPKLIVQTGEKGQFLGQLEVVFDDEGVLQEWNSNLISVDEKDSAGQYVVKPDQEALQILNTKYKPGVEQLKQTEVGTTEVKLNGVRADVRTKETNLGNLIADGMLDAAQAAGTNAVIALQNGGGIRESIEAGKITMGDVMTVLPFNNDLVTITLTGAEIKEAMENGVSKMPAADGRFPHIAGMKFYYDSTKPVGSRVLRIEVKGKNGYEPIDMNKSYEVATNAFTAKGGDFYASLEKAYLEGRVNLLYKPDYEVFSNYVKKVGTITAKTSAVEGRITDLKGAPLPGGPNPGGSGEPGPGNPGNPGTPGTPGPTTPPVNPSNPGTTPPAEPGKIKVPVKVENGAAAGSVTGAVMKEALKQSSGGKVTAEVASTQPIVSASVTIENEALRAWLDQTNAQVLVVVTPYGSYELPKTEINLKALAAQTGSDISGLQLVIQLAVDADALKSAASRGYNAIQAVSYTVTVKSGNGKTATLEAFQSYVKRSLNVDKSHALTDIAVVRVDGNGIYTPIPFKVNGQRIDIYSRTNSTYLVLQNPVTFQDIASHWSKDSVESLAAKMIVTGRTEQTFVPNAPVTRAEFAALVVRALGLSADAASGSFQDVVSSDWYAGAIQAAVDADIIDGYTDGTFKPNRTITREEMAVMAYNALEYAGYNSVDAAKAHFADASSIGAWSQAAVYELAGLDILNGDPKQRFNPKSNATRGESAAVLRRLMQDLTYVK	PGPT0013420_11	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013420-yfkN-K08693	NA	NA
JZ016_04500	489	sigV_2	COG1595	RNA polymerase sigma factor SigV	ATGCAGATCGATTCGCTCCGGCCGGGCGGAGATATTACGGAAACCTATGAATTATATGGCGATATGCTTTTTAAAATAGCGATGGTGTACCTTGGGAACAAACAGGATGTCGAAGAAGCCATTCAGGAGACGTTTATTAAATTGATATATAAAGCGCCTGACTTCAGCGACCAGGAGCATAAGAAAGCCTGGCTCATTCGGGTGATTACGAACCATTGCAAGAACATGCAAGGGAGTCTGTGGCGCAAGCGGGTAACCAAAATGGAGCATATGAACAATTATTTTGTCGAACCGTCGGAACGGACATTGATGGATAACGTCATGAGTTTGCCGTTCAAGTATAAGTCGGTCATCCATCTGTTTTATTACGAGGATTATTCCGTTAAGGAAATCGCCGGGATTTTGCAGATTAACGAGTCTGCGGTCAAGATGCGTCTTCAGCGCGGCAGGAAGCTGCTGCGCATGGACTTGGAAGGAGAGGACGATTGA	MQIDSLRPGGDITETYELYGDMLFKIAMVYLGNKQDVEEAIQETFIKLIYKAPDFSDQEHKKAWLIRVITNHCKNMQGSLWRKRVTKMEHMNNYFVEPSERTLMDNVMSLPFKYKSVIHLFYYEDYSVKEIAGILQINESAVKMRLQRGRKLLRMDLEGEDD				NA	NA	NA	NA	NA
JZ016_04501	987			hypothetical protein	ATGAATCGGAATGACTACAAATCATTGATAGATCGAATAGAACCTGACAAAGGACTGGAGGAGCGGATTATGAAAGGAATGAAACAAAATCAGCGTCAAACGACCAGAATGAGCCGAATGGGGGTCGCCGGCGTCACCGCGGCCGTTATGTTGGGGCTGGTGGTAGTAGCTTCGCTGGTATTGAATCTTGAGAACGAGCCAGCGAACAGCGATATCCCGGTCGTTCAACAGGGGACGGGGGAGAATACCCCGCCGACCGCGAAGGTTGGTCACGATCCGGTAACCATTCCGAAAATCGAGCTTCCGAAGGACAGCAACATCAAAGCCGACATGATCGGTTTGGTTGTATACCAGGGCAATATCTACACCCAAACCGGTACGCAAATCACGTCGGACATCGCCAAGCAGCTGCGTGGGGATAAGCTTGGACGGTCGAAATCGGGAATTACGGAATGGAGCTCCGCCGACGATTACACGGAGCTTGCTTCGACGATTGGCGAAATGGATATTTTCACGGTGAAGGGATATGATGCCGATTTTAGAATCATGTCCTACATGGAGCATGACGGGGAAGTCTACGCCGAATTGTATGAGCACCTCAACGGGATTACGGTGGCCAAGGGCGAGGATATCATCGGCAAGCTGAATCTGGTGGGGAACATGACTTCGGTTCAATGGCAGGATTTCGACAGCTGGAACATGGGCGAGAATAAGCTGCGCGAGCTTGCCGACGATACGGCGGTGCAAGCCTTTGTTGAGGCTTTATATGAGGCAAAGCCGGTAGCGGCAGAGCCTCTGTTTGAGCAAGGGATCTACGAGACCGGGCCTAGCGAGCAGAAATTTCTGTATATTGAGCTGCAGGACGGGACGGAAGTCCAGTTAAGGCTGTTTAAAGGCGGCCAATATGTGCGATATGCCAATGCGCCTGTGTTCTTTCAATTGGAAGGCGAGGCATTTACCACGCTGTGGGGGCTGATGGAGGAATAG	MNRNDYKSLIDRIEPDKGLEERIMKGMKQNQRQTTRMSRMGVAGVTAAVMLGLVVVASLVLNLENEPANSDIPVVQQGTGENTPPTAKVGHDPVTIPKIELPKDSNIKADMIGLVVYQGNIYTQTGTQITSDIAKQLRGDKLGRSKSGITEWSSADDYTELASTIGEMDIFTVKGYDADFRIMSYMEHDGEVYAELYEHLNGITVAKGEDIIGKLNLVGNMTSVQWQDFDSWNMGENKLRELADDTAVQAFVEALYEAKPVAAEPLFEQGIYETGPSEQKFLYIELQDGTEVQLRLFKGGQYVRYANAPVFFQLEGEAFTTLWGLMEE				NA	NA	NA	NA	NA
JZ016_04502	867	rhaR_42		HTH-type transcriptional activator RhaR	ATGAGTTTAACAGTGAATCAGCGGCCATCCCGGGAAGAATACTTTAATAACCCGGCTCACTTTGAGACACAACTGGGATTATGGATATTCAAATCCGGATCCCACCCCTTTTTCACCGATAAAGTCGGTCCCCGGTCCGTCGAATTTTATAGTATACATTTCGTTGCCAGCGGCAAAGTGCGGTTCGGCTGGGACGGCAGCAGTGTCTCCCTCTCGGAAGGCGACCTCTTCTGCCTCTTCCCCGGCTCGGTCTATACATATGTCAAGGACTGCGACGAGCCGTCTACCATGATCACCTGGACGGCCTTTATGGGCGAGTTGATGCCGTCCATATTGAAGCATGTCGATTTAGGTCCGGAGCGGCCCTATCGACGAAATGCCTTCAGGGACGATGCCTTGGCTGTCATCAAGGACATCCAGCGTTTGCTCCAGCAGCCCCAGCAGGACCATAGCCTTCAGCTGATGTCGCTGGGATTCCAGTTGATCCACAGCATCGATCCCAACCGGGACCAGCACCTCCCGGCTGCTTCGGACTGGCTCGAATCCGCCCCCGGGTATATGGGGCTTCATTGCACGGAGAATCTGTCCGTGGAGGACCTTGCCGCCTGGGCCGGCGTGCATCGCAGTCACTTCACCCGCGCCTTTACCCGCCGATACGGCATCTCTCCGTCCCGCTACATGCAGCAGTTGATCATGGAGAAAGCGACCCGCCTGTTAACCGCCGAGGGAACCAGCATCACGCAGACCGCTTTATCCCTGGGGTATTCGGATTTGTTCACCTTCTCCCGCGCCTTTACCCGGTATTACGGAATGACGCCGAGCACATTCGTGAAAGCGAACCGCCCGTCATCGAGAACAAGCGAATAA	MSLTVNQRPSREEYFNNPAHFETQLGLWIFKSGSHPFFTDKVGPRSVEFYSIHFVASGKVRFGWDGSSVSLSEGDLFCLFPGSVYTYVKDCDEPSTMITWTAFMGELMPSILKHVDLGPERPYRRNAFRDDALAVIKDIQRLLQQPQQDHSLQLMSLGFQLIHSIDPNRDQHLPAASDWLESAPGYMGLHCTENLSVEDLAAWAGVHRSHFTRAFTRRYGISPSRYMQQLIMEKATRLLTAEGTSITQTALSLGYSDLFTFSRAFTRYYGMTPSTFVKANRPSSRTSE				NA	NA	NA	NA	NA
JZ016_04503	1320	atsA	COG3119	Arylsulfatase	ATGAAACAACCGAATTTTATCGTGATTTATTGCGATGACTTAGGGTATGGAGATCTTGGATGTTACGGTTCGGACACGGTGAGAACCCCACATCTGGACGGGTTGGCTGATGAAGGCATTCGTTTTACGAATTGGTATTCGAATTCTCCGGTCTGCTCTCCGTCACGAGCCTCTTTATTGACGGGCAAGTACCCGGCCCGAGCGGGAGTCGGCGAGATTCTGGGGGCGAAGCGCGGTTCGCATGGACTGCCTGCCGACGAGGTGACGTTGGCCAAGGCGCTCAAGCCTGCCGGGTACAGGACGGGGCTGTATGGAAAATGGCATCTGGGCTTGTCCGAGGAAACCAGCCCGAATGCGCATGGATTTGATGAGTTTTTCGGATTCAAGGCAGGCTGCGTCGATTTTTACTCGCACATTTTTTATTGGGGCCAAGCCCATGGCGTCAACCCCCTGCATGATCTGTGGGAGAACGAAACGGAGGTTTGGGCGAACGGCCGGTACATGACCGAGCTGATCACGGAACGATCGGTTGATTTCATTCAGCGGTCGCGGGAGCAGGAAGCTCCGTTCTTTTTGTTTGCGTCGTACAATGCGCCGCACTACCCGATGCATGCGCCGCAGGAATATATGGACCGGTTTGCGCATTGGCCTTGGGATCGGCAGGTCATGGCCGCCATGATTGCCGCGGTGGACGACGGCGTCGGGGAGATCGTGAAGGCCTTGAAGGAAGCCGGCTGTTACGAGGATACGGTCATTTTTTTCTCCAGCGATAACGGACCGTCCTCCGAGAGCCGGAACTGGCTGGACGGAACGGAAGACGTGTATTACGGGGGAAGCGCGGGGATCTTCCGGGGGCATAAAGCAAGCCTGTTCGAAGGCGGCATCCGCGAACCTGCCATATTGAGCTGGCCGAACGGTTGGAAAGGCGGACAAGTGCGCGATGAGGTGGCGGCCATGATGGACATCGCACCGACCTTTTTGGATCTGGCCGGCGTCGATCCGGCGGCAGGACCGCTTCAAGGCGTTGCACTGGACGGAAGCAGCCTGAAGGAGATGCTGCAAATGCACGAGCCGTCGCCGCATAAGCAATTGTTCTGGGAGTATCAAGGCCAACTGGCTGTTCGGGAAGGGGATTGGAAGCTGGTGCTGAACGGGAAGCTCGATTTCGACCACGTGATTCCCGATCAGGTTCACCTGTCCGATCTGTCCAGGGATCCCGGGGAGCGCACCAACCTGGCGGACCGTTACCCCGAGATCGTGGAACGGCTTAGCCGGGATGTGCGAGACTGGTATGAGGAAGTGCAGCGTCATGAATCCTGA	MKQPNFIVIYCDDLGYGDLGCYGSDTVRTPHLDGLADEGIRFTNWYSNSPVCSPSRASLLTGKYPARAGVGEILGAKRGSHGLPADEVTLAKALKPAGYRTGLYGKWHLGLSEETSPNAHGFDEFFGFKAGCVDFYSHIFYWGQAHGVNPLHDLWENETEVWANGRYMTELITERSVDFIQRSREQEAPFFLFASYNAPHYPMHAPQEYMDRFAHWPWDRQVMAAMIAAVDDGVGEIVKALKEAGCYEDTVIFFSSDNGPSSESRNWLDGTEDVYYGGSAGIFRGHKASLFEGGIREPAILSWPNGWKGGQVRDEVAAMMDIAPTFLDLAGVDPAAGPLQGVALDGSSLKEMLQMHEPSPHKQLFWEYQGQLAVREGDWKLVLNGKLDFDHVIPDQVHLSDLSRDPGERTNLADRYPEIVERLSRDVRDWYEEVQRHES				NA	NA	NA	NA	NA
JZ016_04504	1917			hypothetical protein	ATGGAATTTCGTTTTGAGGGCGCTGTTACGGATGTCATGCCAGGCATTGAGCTGCTGCTGGATGAGCTTGGCGTCGAACTTGGGGAAAACGGCTTCCCCGTTGAGGTAGCCTTGTCCGATGGCGATCTGGAGGTCGGCAAGGACCGAGACCACGCCTATATTCGTTATGGACGAAAACATCAATTTTTCAGGGGACTCGGCTTGCTGGTTCAACATAGCCGCCAAAACGATACGTTCCACCTTCACGAACGCCAGCAATTTGACCAAATTGGCCCGATGTTCGACTTGTCCCGCAACGCCGTGCTGACCTTGGACAGCTTCAAGCTCATGCTGAACAAGATGGCCCTGATGGGGATGAACAGCGTGATGTTATACATGGAGGACACCTACCAGATCGAAGGCGAACCGTATTTCGGTTATATGCGCGGTCGCTACACGCAGGCGGAGCTGAAAGAGATAGACGATTATGCCGATCAATTCGGCATCGAGGCTTTTCCGAGCATCCAAACCTTGGCGCACCTGGAGGAGTTTCTGAAGTGGGAGCCCATCAAGCATTACCGCGATACGAAGGGTGCCCTGCTCGTCGGCAGCGAGCAGACCGATTCCCTGATTGAACGGATGATCGAGGCTGCCAGCGCTCCGTTCCGCAGCAACAAGATTCATATCGGGATGGACGAAGCGGAGGAGCTCGGACGTGGTAAATATTTGGATCACAACGGTTATGTGAGCCGTTTCGACATTATGATCGCCCATCTGGACAAAGTCCTGGCTGCCGCCCGCAAGCGCGGCCTGAAGCCGATGATGTGGAGCGACATGTTCCTGAAGCTCGCTGCCGGCGGAGGCGGCGATGCGGCGTATTACGACAAGGACACCTCGATTCCGGAGGATATGGCCCGCCGCATCCCGAAGGATGTGGACATGGTGTACTGGGATTACACCCACATGGAGCCGGAGGACTATGAGAAGCTCATCGCCAATCACCGCCCGCTGGGCTGCAACCTCGTGTTTGCCGGAGCCGTCTGGATCTTTAACACATTCGGCGTCAACTACGGGTTGTCCCTGAACGCTTCGAATGTTGCGCTTCAAGTGTGCAAGCGGGAAGGAATCCGCGAGGTATACGCCACGATGTGGGGCGACGACGGCAACGAAGGAAATCCGTTCGCGGCGCTGCTCGGTCTGCAGCTTTATGCCGAGCATGCCTACTCGGAACAGGAGCCTTCCCCGGCGCAGTTGGCGGAACGGGTGAAATTCTGTACGGGCATCGACATGGAGGCGTTCCTCCTGCTGAAGGATCTGGACGAGATTCCCGGCCAGGAGCCAAACAACGCCAAGCAGAGCAACCCGTCCAAATTTTTGTTGTATCAGGATGTGCTCCTCGGGATGTTCGACAAACAGATCGAAGGCCTGGACCTATCGAACCACTATGCCGAGCTGGAGCAAAACCTGCGCGCGAAGCGCGATAGCACGGCCGAGCTGGACTATCTGTTCGAGATGCCGGAGAAGCTGAGCGCCGTCCTCAAACGCAAGAGCGAAATCGGCATTCTGCTGAAGCAAGCCTATGATGCCAAGGACGCCGATACCTTAAGGCATATGGCCAAGAACGTGCTCCCTGCCATCTCCAAAGCCGTTCAAGAGCTGCGCATTGCCCACCGCACGCAGTGGCACCGGATGTTCAAGCCCTTTGGCTGGGAGGTCATCGACATCCGTTATGGCGGCGTCATCACCCGCCTGGACACAGCATCGTTCCGCATTCTGGAATACGTGGAAGGACGGACGGCACGGATCGAGGAGCTTGAGCAGGAACGGCTGGTGTTCAGCACGACCAACCGCGACAATCACAAGGGAGTCGGCTGGTGCAGCCATTATTACCGCATGGCTTCGCCAAACGTGTTCTACCATGTGCTGAATCCTTTTTAA	MEFRFEGAVTDVMPGIELLLDELGVELGENGFPVEVALSDGDLEVGKDRDHAYIRYGRKHQFFRGLGLLVQHSRQNDTFHLHERQQFDQIGPMFDLSRNAVLTLDSFKLMLNKMALMGMNSVMLYMEDTYQIEGEPYFGYMRGRYTQAELKEIDDYADQFGIEAFPSIQTLAHLEEFLKWEPIKHYRDTKGALLVGSEQTDSLIERMIEAASAPFRSNKIHIGMDEAEELGRGKYLDHNGYVSRFDIMIAHLDKVLAAARKRGLKPMMWSDMFLKLAAGGGGDAAYYDKDTSIPEDMARRIPKDVDMVYWDYTHMEPEDYEKLIANHRPLGCNLVFAGAVWIFNTFGVNYGLSLNASNVALQVCKREGIREVYATMWGDDGNEGNPFAALLGLQLYAEHAYSEQEPSPAQLAERVKFCTGIDMEAFLLLKDLDEIPGQEPNNAKQSNPSKFLLYQDVLLGMFDKQIEGLDLSNHYAELEQNLRAKRDSTAELDYLFEMPEKLSAVLKRKSEIGILLKQAYDAKDADTLRHMAKNVLPAISKAVQELRIAHRTQWHRMFKPFGWEVIDIRYGGVITRLDTASFRILEYVEGRTARIEELEQERLVFSTTNRDNHKGVGWCSHYYRMASPNVFYHVLNPF	PGPT0012150_1873	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012150-HEXA_B_like|exo|chb-K12373	NA	NA
JZ016_04505	4953	glgX		Glycogen debranching enzyme	ATGAGAATGACGGTTTCAAGCAAACGAACGTGGTCCATCTTCATGATTGTTTCGCTGATTTTCTCCATGCTCAGCATTCCGCCATCAACGGCCAATGCCAATAGCGCGCCAAGCCAGGTTACGCTGGTGGGGACTCTGCAATCCGAATTAGGCCATAGCGGGGATTGGGATCCGGCTGCTGCCGCGACAACCATGCACGATATGGGGAACGGAGAATACAGGTTCACCGGCAGCTTGCCCGCGGGATCGTACGAATACAAGATCGCGATCGACGGAAAGTGGGACGAGAATTACGGCTCCGCCCATTATTCCAATCCCAGCGGAGCAAACAAGGATGGCAACATCCTCATAACGCTCGCTCAAGATTCCCAGGTTACCTTTTATTACAATCATGGGACGCACCGGATCGCGGATTCTACATACTATGCTCCGATCGAGGCGGATAAGCTACCCCGAGTGATTGGCAGCTTCCAATCGGGCATCGGCGAAGCGGCTAACTGGTCGCCTGCGGATGCGAGATTAATCATGCAGGATTCTGATTATGACCATGTATACACGGTGACGGCCGACGTCTACGAAGGGGATCATGAGTACCAAATCGTTTTGGGCAGCGAAGCGGCAAGCCCGGTTCACCCCGCTAATCGGGAAAAGCTTCAGCTGCCACAGGATGTTAAGGTTACGTTCAGCTACGATGCGGCCAATCACGGCGTTGCCACTCATTTCACGGTACCCGCTGATCCGGAAACGCCGGTGCCGGCTAACCATCTGCGCGTCCATTACAACCGGGCTGACGCGAATTATGGCAGCATCGGACTGTGGATATTCGATGACGTCGCATCCCCGTCCGCCAATTGGCCGACTGGCGCAACGCCATTCCCTGGCGGGCAGCAGGACGGCTACGGGGCCTTCGTCGACATTCCGCTCAAGGACGGCGCCCAAAAAGTCGGCATCGTCGTTGTCGATCGTTTCAACGGCAATAAAGACGGCGGCGACAAGAAATTCACCCTAGCCTCGCCGGACATGAACGAAGTATGGCTCAAGGAAGGCTCCGATACGGTATACAGCTTTGAGCCTGTTGACCTGCCGGCGGATACCGTGCGCATCCACTATCAACGGCAGGATCAGAACTACGATCCGTACGGTTTGTGGATATGGGGCGACGATGTCGCTGCGCCTTCGAAGGATTGGCCGACGGGGGCTACCATGTTCCCATCAGGCCAAACCGACCGATATGGCGCATACGTGGACGTTCCGATGAAGCCGGGGGCCCAGAAGATTAACTTCCTCGTGCTGGATCCGGCCAAAGGAGACGTCGGCAAAGACGGAGGCGACAAAGGCTTCACCCTGGTAGACCGATACCAGCATCTGTTCATTCAAGAAGGCGACAACACCGTCTACACATCTCCGTATGGGGAAGTGCCTACCGGGTTGGTCTCTGCCGAGGTATGGGCTCCCGGAAAGCTCCAGCTCGGATTTACAATGACCGATGGTTTGGAAGCGGATACGCTGAAGAATGAGCTGCAGATTAAGGATAAGGACGGCCATACGGTTGCCATTCAAAACGTGAAGATTACCGGAAACACGACCATCGAAGTGTCGGCATCATTTCAGCTGGATCAGATACCGCTAAGCGTAACTTACGCCGGAAAAACCGTATCCGCCTCCACCGGCTGGAGAATGCTGGATGAGATGTACGCTTACGACGGCGATGACCTCGGGGCGACTTATCAGGCTGGAGGAACCGAGCTTAAGCTGTGGGCACCGACGGCGACCGACGTCACCGCAAATGTGTACGGCAAGGATGATGCCACGCAGTTTATCGGCAACGTCGCCCTCCAAAAGGGAGACAAAGGGGTATGGTCGGTTCAGTTGAATCCAGGAGACCTCGGTATCCAAGATTTTAGAGGATATTTTTATCAATACGAAGTGACCAACAACGGCGTGACGAAAACCGTGCTGGATCCATATGCCAAATCCATGGCGCAATTCAGAGTGAACACCAAGGGCGAAGTTGAACCGGACGGCGATGCCGTCGGCAAAGCCGCGATTGTCGATTTGAGTCAAACGGATCCCGTCGGATATGATTTTGCGGACATTCCGGACTACGAGCAGCGGGAAGACGCCATCATCTGGGAGATTCACGTCCGGGATTTCACATCCGATCCGACGATTGAGAACGACCTGCATAACGCGACTTGGGGATCCTACGATGCATTCAAAGAGAAGCTCGAATACATCAAGTCCCTGGGCGTCACCCATGTTCAGCTGCTGCCCGTGATGGCTTGGTATTACGGTGACGAAGCGGCCATGAAGAACAGGGAGCTGGATTATTCGGCCAAAGACAATGAGTACAACTGGGGGTATGACCCGCACAGCTATTTCTCCCCTGACGGTGCTTACTCCGAAGATCCAACGGATCCCGAGCTTCGCATCAAAGAACTGAAGGCGATGATTAACGCCATTCACGAGGCGGACATGGGCGTCGTATTGGACGTGGTCTACACCCATATGGCCAAGGCCGATTTCTTGAATGATATCGTGCCGAACTATTATGCGTTCCAGGACGCCAACGGCAATTTCATCGGCGGCTTCGGCAACAATCTGGCGACCAACCACAAGATGGCCGAGAAGCTGATGGTGGACTCCGTGAAATACTGGTTCGACGAATACAAAATCGACGGCATGCGCTGGGACATGATGGGCGACGCCACCTACGAAGCCGTGCAGAACGCTTATGATGCGGCTGCCGCCATCAACCCGAACGCCTTGTTTATCGGCGAGGGCTGGGTCACGTTCGGCGGTCATCTGTCGGATCCTTCCTTGGCAGGCAAGGGCGCAGACCAGAATTGGATGGATAAAACGGATAACGTCGGCGTTTTCTCCGATGAGTTCCGAAACGAGCTGAAATCCGGCTTCGGCAATGAAGGCGAGCCACGATTCATTACGAGCGGCGCGCGCGACATCCAAACCATTTTCAACAATATCAAGGCGCAGCCGAGCAACACGAAGGAAGACGATCCGGGTGACATCGTTCAATACATTGAAGCCCATGATAATCTGCCGCTGTACGACATCATTGCGCAGTCCATCAAAAAGGATCCGTCGATTGCAGCGAATGACCTCGAGATCCATAAGCGCATTCGCCTGGGCAACCTGCTCACCTTGACCTCGCAAGGAACGGCGTTCCTCCATGCAGGACAGGAGTACGGGCGGACCAAGCAATGGCTGGGCTCGGGGGTACCCGAGCAGAAATACCACGAATTAGAGGATGAGGCAGGAAACCGTTTCGGTTATTTCATCCATGACTCCTACGACTCCTCCGATGCCATCAACATGTTCGATTGGGAGAAGGCGACGGATGAAGCCAAATATCCGGAGAACAACAAAACGCGGGAATATACGACCGGACTGATACAGTTGAGAAAGTCGTCCGATGCATTCCGCCTTGGCGATCAGTCGATGGTGAATTCGAACGTGACGCTGCTGCAGATTCCCGAAGTAAAAGCGCAGGATCTGGTCATCGCCTATAAGAATAAAGCGACGGACGGAACCGGCGATTATTATGTGTTCGTTAATGCCGACAACCAGTCGAGAACGTTGACACTTAATGAAGATCTGACTTCCGGCACGGTGGTGGTCGATAACGATGAAGCAGGCACGACCGGCGTCAAAGCGAAGTCCGGCTTCACGTTAACCTCCGGCTCGATGACGCTTGAGCCTCTGACGGCCATTGTGATTAAAATGAATGCGAAGATCGATGACGGCGGCAGCGGCAGCAACCCCGGCAGTGGAAACGGAGGCGGGGGAGCAGGCGGCAATCCGCCAATCGATCCGGGAACGAAGCCAAATCAGGGTCAGCGGATCGTTAACGAAGAGTCGCTGCGTGGCGGGCAAGAGAAGGTGACAATTCAGCTCGGTGCCGAGGATATCGAAGTTCTCCTGCCGCTGACGGCAGGGGACATCCTGGGGACGAAGCCGCTGGAACTGAAGCAGGACGGCGTGATGGTACAGCTTCCGTCCGCTCTGCTCAAAGCGCTGCGCCAGCTCGTACCGGCCGAGCAGGCTAAGGATGCAGTCATTTCGTTTAAGCTCGAGGAGGTTGGATCGCAGACAGCTGCCTCTCTCGTAGCCAAAGCAGATGCTGTCGAGAAGGCTAAACTGAAGCAGGGCAGCAAGATGTACGCATTAGATCTTAACGTCCGCACAAAAGACGGCAAGGCATATAAGCTGGAGTATTTCATAGCACCTGTAACGATTGCTTTTCCTGTCGACAGCGTCATTCACGGCAAGCTGGCCGGCATCTACCACATCTCGGATCAGGGGCAATTGAAATATGCTGGCGGCAAGCTGGTAAACGAGTTATTAACGGCTGAAGTCAGTCAATTGAGCTATTATGCCGTGTTGGAATATGACAAATCGTTTGCCGACCTTGCTGGCCATTGGGCGGAGCAAGCGATAAATGAGCTGGCAGCCAAGCATATTGTGAATGGCACCAGCGATACAATATTCAGTCCGAGTCAGCAGCTGACTCGTGCACAATTTGCCGCAATGCTCGTTCGTGCCCTGGGCCTTGAAAGCACGCAAGACACGGCCTTCACGGATGTGGACGGCGATGCATGGTATGCTTCGGCGGTTGCGGCGGCTTACCAGCACGGGCTGGTGAACGGCAGAGGCAAGGGCACGTTCGCACCGAACGAGGCGATCACCCGCGAGGAGCTGGCTGTCATGCTCTACCGTGCATATGGAACCAAGGGGAGCGCCTCTCCTTCACCGGAAGCACCGGATCTGAAGGATAGGAAGCAAATTTCTTCATGGGCACTTCAAGAGGTGAATGAAGCTTTGGCCCTTGGCTTAATGAAGGGGCATGCCAATGGCACGTTTACGCCTCAAGCCAAGACCACCCGTGCGGAAAGCGCGCAAGCCATGCTGAATCTGTTGGACCGGCTGCAGTAA	MRMTVSSKRTWSIFMIVSLIFSMLSIPPSTANANSAPSQVTLVGTLQSELGHSGDWDPAAAATTMHDMGNGEYRFTGSLPAGSYEYKIAIDGKWDENYGSAHYSNPSGANKDGNILITLAQDSQVTFYYNHGTHRIADSTYYAPIEADKLPRVIGSFQSGIGEAANWSPADARLIMQDSDYDHVYTVTADVYEGDHEYQIVLGSEAASPVHPANREKLQLPQDVKVTFSYDAANHGVATHFTVPADPETPVPANHLRVHYNRADANYGSIGLWIFDDVASPSANWPTGATPFPGGQQDGYGAFVDIPLKDGAQKVGIVVVDRFNGNKDGGDKKFTLASPDMNEVWLKEGSDTVYSFEPVDLPADTVRIHYQRQDQNYDPYGLWIWGDDVAAPSKDWPTGATMFPSGQTDRYGAYVDVPMKPGAQKINFLVLDPAKGDVGKDGGDKGFTLVDRYQHLFIQEGDNTVYTSPYGEVPTGLVSAEVWAPGKLQLGFTMTDGLEADTLKNELQIKDKDGHTVAIQNVKITGNTTIEVSASFQLDQIPLSVTYAGKTVSASTGWRMLDEMYAYDGDDLGATYQAGGTELKLWAPTATDVTANVYGKDDATQFIGNVALQKGDKGVWSVQLNPGDLGIQDFRGYFYQYEVTNNGVTKTVLDPYAKSMAQFRVNTKGEVEPDGDAVGKAAIVDLSQTDPVGYDFADIPDYEQREDAIIWEIHVRDFTSDPTIENDLHNATWGSYDAFKEKLEYIKSLGVTHVQLLPVMAWYYGDEAAMKNRELDYSAKDNEYNWGYDPHSYFSPDGAYSEDPTDPELRIKELKAMINAIHEADMGVVLDVVYTHMAKADFLNDIVPNYYAFQDANGNFIGGFGNNLATNHKMAEKLMVDSVKYWFDEYKIDGMRWDMMGDATYEAVQNAYDAAAAINPNALFIGEGWVTFGGHLSDPSLAGKGADQNWMDKTDNVGVFSDEFRNELKSGFGNEGEPRFITSGARDIQTIFNNIKAQPSNTKEDDPGDIVQYIEAHDNLPLYDIIAQSIKKDPSIAANDLEIHKRIRLGNLLTLTSQGTAFLHAGQEYGRTKQWLGSGVPEQKYHELEDEAGNRFGYFIHDSYDSSDAINMFDWEKATDEAKYPENNKTREYTTGLIQLRKSSDAFRLGDQSMVNSNVTLLQIPEVKAQDLVIAYKNKATDGTGDYYVFVNADNQSRTLTLNEDLTSGTVVVDNDEAGTTGVKAKSGFTLTSGSMTLEPLTAIVIKMNAKIDDGGSGSNPGSGNGGGGAGGNPPIDPGTKPNQGQRIVNEESLRGGQEKVTIQLGAEDIEVLLPLTAGDILGTKPLELKQDGVMVQLPSALLKALRQLVPAEQAKDAVISFKLEEVGSQTAASLVAKADAVEKAKLKQGSKMYALDLNVRTKDGKAYKLEYFIAPVTIAFPVDSVIHGKLAGIYHISDQGQLKYAGGKLVNELLTAEVSQLSYYAVLEYDKSFADLAGHWAEQAINELAAKHIVNGTSDTIFSPSQQLTRAQFAAMLVRALGLESTQDTAFTDVDGDAWYASAVAAAYQHGLVNGRGKGTFAPNEAITREELAVMLYRAYGTKGSASPSPEAPDLKDRKQISSWALQEVNEALALGLMKGHANGTFTPQAKTTRAESAQAMLNLLDRLQ	PGPT0012195_68	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-PULLULANASE,PGPT0012195-pulA-K01200	NA	NA
JZ016_04506	777			hypothetical protein	ATGAAAATTGATCTTCATACCCATGCCAAATTGTCCAAAGCATCCGATTTCTCTATAAATTATTATGAGGAGATGATCCGGGAGGCGCTGGACAACGGCCTTGATGCGCTCGCTCTGACCGAGCATTTCAATACGCGCCATTTTGAAGAAGTGTACCAGCAGCTTGACCGGATGTTTCCTTACAATGGCGAATACTACGATGCAGACGGATTGAAAATCTTTCCGGGCATGGAAGTGGACATTCGGGAGACCGGTCACATTCTGCTGATTGGCCGGAAGGAGTATATTCTGGAGACCCGCCGCCAGCTGGATGGATATACAGAGAAGGGCTCCTTCATTCCCTTTGATGACCTGATGGACTTAGCCGAAGCCTTCCCGCTGCTCAAGATCGGTGCCCATCCGTTCCGGGAGAGCACACCGCTCCACCATCTCACCCGCAGCCAGTTGAGCCGCCTGGACGCCTTTGATCTCAATGCCAAGGATATGTACCAATACGGCTGCGAAGCCAATCAAGATCAGGTTCAACGGTTCGCTGCCGATCTCGGCAAACCTGTTACGGCGGGAAGCGATACGCATCAATGCCTTCAATTCGGAAGCGTCTATAACGAGCTGCACGTGCCTTGCGTGTCCGCCGACGAGCTTAAAAGTGCCATTATGCAAGGCGCTTACCAGCTTCATGTCTCGGACAGCCTGCCCATTAAGGTCAAAGCCTCCGTCATGCTGAAAAAACTCATGAAGGAGATCATCCGCCTCCAATCCCCCTCTGCCGTCATCTAG	MKIDLHTHAKLSKASDFSINYYEEMIREALDNGLDALALTEHFNTRHFEEVYQQLDRMFPYNGEYYDADGLKIFPGMEVDIRETGHILLIGRKEYILETRRQLDGYTEKGSFIPFDDLMDLAEAFPLLKIGAHPFRESTPLHHLTRSQLSRLDAFDLNAKDMYQYGCEANQDQVQRFAADLGKPVTAGSDTHQCLQFGSVYNELHVPCVSADELKSAIMQGAYQLHVSDSLPIKVKASVMLKKLMKEIIRLQSPSAVI				NA	NA	NA	NA	NA
JZ016_04507	810			hypothetical protein	ATGCAGTTAGTCCGCAACTGGTTTAACAAGATTACGATTGAACGGATTCAACTCGAGTTGATGAATACCGCCTACGGAAGCGGCCATGCATCCCTTTCCCGGTTGGACCCTCGATGCATGCTGATCTGGTACCTGTTCTTCGCTATCGCACCCTGGTTCATCTCCAGCATCAACGTGCTGGCTGGATTGTTTCTGATGATGGTGGTTACCACCGTTCTGTCGCGGGTAACGCCGTTTATTATCGTTGTGCTATGCCTGGGCTTGATCGGCCAGGTCGGCTGGCTGTTTATTGTGTCCCTCTTTTTCGGTGGGGACATCAGTTCCGCGCTGCCACTGCTGAAGCTGACCTTAAAGCTGTCGGTTGTATCGCTTGCGAGCATTACGGTCTTCTCCGGCATGGATCCCGAGAAAATCAGCGACGGCCTGCTTGCGCTCGGCATGCCTGCCGCCTTCTCGTTCAGCTTGTCATACGGTTATCGGATACTCCCCGTATTATTCGAAGAATTCCGCAATGTAATGCTCTCTTACCGATTGCGGGGAAAAGCGCCGGAACGCACCGGTTTTCTCTACTGGCGGCTCGCAGCCTATTATATAAAGCTGCTGGTGCTATCCTTCTTCCCCTTGATGCTGGCAACTGCTAAACGTTCCCGCACGACGGTAGAAGCGCTGGAGACCCGCGGGTTCTCCTACGGCATGAAGAATCCGACCGCCAAGAAGCTGAAGCTGTCCCACCTGACCCTGTCCGCGAGGGATGTGCTGTTCCTGTCCGGTACGGCAGCATATACCGCATTATTGTTCTGGATCGGCTGA	MQLVRNWFNKITIERIQLELMNTAYGSGHASLSRLDPRCMLIWYLFFAIAPWFISSINVLAGLFLMMVVTTVLSRVTPFIIVVLCLGLIGQVGWLFIVSLFFGGDISSALPLLKLTLKLSVVSLASITVFSGMDPEKISDGLLALGMPAAFSFSLSYGYRILPVLFEEFRNVMLSYRLRGKAPERTGFLYWRLAAYYIKLLVLSFFPLMLATAKRSRTTVEALETRGFSYGMKNPTAKKLKLSHLTLSARDVLFLSGTAAYTALLFWIG	PGPT0004015_1391	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0004015-fmnA|ecfT-K16785	NA	NA
JZ016_04508	1959	btuD_16		Vitamin B12 import ATP-binding protein BtuD	ATGTCTAAACCGTTCGTTCATGACAACCCGGCAATCCGAATCGCAGGCGTCACCTTCGTCTATCCCGGTTCGGAGCAGCCCGTACTGAATGAGGCGTCCCTGCATATTCGCCGCGGCAGCTTTACGGCGATCATCGGAGGAAACGGCTGCGGCAAATCCACGCTCTGCAAGCTGTTCAACGGATTGATTCCCCACTATTATTCAGGCGACTTCACAGGAACCGTTGAAATCTGCGGGGTTTCCGCCGAGAACCGGACAGTCTCCGAGCTGTCGCGGATGGTGGGGTATGTCTATCAGGATTTTGATAACCAGCTTGTCCGTCCGACGGTCATGGATGAAGCCAACTTCGCTCCGCTCAATTACGGACTCCCGGACTACCGGGCCTTGGGCGCGAGGGCACTCGATATGTGCGGATTAACCCATCTGAAGGAACGCTATATCTGGGAGCTGAGCGGCGGGCAGAAGCATTTGCTCGCCTTGGCGGGAGCCCTCTCGCTGGAACCGGATATTCTCGTGGTGGATGAGCCGGTATCCCAGCTCGATCCCCAGCACGCCAGGCAGGTGTATGATGTGCTGCGCCAATTGAATCAGGTTCATGGAAAAACCATTATCGTGATTGAGCATCATACGGAGTTTATTGCCGACTACTGCGAGGAAGTGTGCCTGATGGAGCAGGGGAAAGTACTGTGGCAGCGCCCGGTCATCGAAGCGCTGAACAGCCTTCAAGATCTGGAGCGGCTGGGCATCCAGCCTCCCCAGGTGACCAAAGCAGCGGTACAGCTGTCTGCGATTCTGCTGAATGGAGGCATGGCCCCCGACAGTCCGCAGGATGGACACTCGATAACGGTCGGCTCCGGCTCTCAGTCTATGGGATTGTCCGGATATCGGCTGATGCAGCCTTACCCTATTACGGCTGAGGAAGCAGAAGTCTATTTTGGAGAGCTTCTGCACAGGCACACGGATACCCCGTTGCTGCTTGATCATACACCAACCGGCGCGAGAGCTGACGATGCTTCACCGGCTGACACAACCGTGAAGAACCCGGATTCCGACCAGCACAGTCCTCGACAGGAGCATGAAACAGAACGCCAAATGGAGCATAGCACGCTCGTACATTTTAACCGATCCGTACTCCGCTACCGAACGATTCATAAGGCGGAGCATGAGGTGCTCCAGGGCATTAATCTTCGCCTGTATGAAGGGGAGCGCATCGCGCTTGTAGGCAACAACGGCGCGGGCAAATCATCTCTCCTGAAGCTGATTGCCGGCATCGCCAAGCCTTCCGGCGGCTCCGTCTCGATTATGGGTAGGAATACCAAGGATTTATCGATGGAGCAAATATCCGCTAACGTGGCTTACGTCTTCCAGAATCCCGAGGATATGTTCATTGAAGATAATGTGTATAAAGAAGTGGCCTATGGCTTAAAGAGCCGCCGCCACCCGGAGGCTGAGGACAGGGTTCATCGCATGCTGACCCATTTCCGGCTTGAGCCTCTCAAGGAACGGGACGCCCGTCTCCTCAGCGGAGGCCAGCAGCGCCGCGTTTCCCTAGCCATAGGAGCCGCCATGATGCCCCGGCTGATTCTGCTCGATGAGCCAACGGCCAATCTGGACATGTCCACTCGCGAGGAGCTGCTGAATACGCTGCAAGAGCTGGAGGGCCATGTCCGCACCGTTATCATCGCTACCCATGATATGCAGCTGGTTCACGAATGGGCGACAAGAGTCATCGTCTTAAATCAAGGCGTCGTGGCCGGCGACGGCACCGTCTCCGAGATCTTCGCCGATTCGGAGCTTATTTCCCGGGCCGGGCTTGCACCGACCCAAATGATGGATTTATCGACAAGGCTGGGCGTCATGCCCCCAACCAGCTCGCCGGCCGAGTTTGCGCAGTATATGTACCGCATTCTGAGTGGAAAGGAGCTTCACCACCATGCAGTTAGTCCGCAACTGGTTTAA	MSKPFVHDNPAIRIAGVTFVYPGSEQPVLNEASLHIRRGSFTAIIGGNGCGKSTLCKLFNGLIPHYYSGDFTGTVEICGVSAENRTVSELSRMVGYVYQDFDNQLVRPTVMDEANFAPLNYGLPDYRALGARALDMCGLTHLKERYIWELSGGQKHLLALAGALSLEPDILVVDEPVSQLDPQHARQVYDVLRQLNQVHGKTIIVIEHHTEFIADYCEEVCLMEQGKVLWQRPVIEALNSLQDLERLGIQPPQVTKAAVQLSAILLNGGMAPDSPQDGHSITVGSGSQSMGLSGYRLMQPYPITAEEAEVYFGELLHRHTDTPLLLDHTPTGARADDASPADTTVKNPDSDQHSPRQEHETERQMEHSTLVHFNRSVLRYRTIHKAEHEVLQGINLRLYEGERIALVGNNGAGKSSLLKLIAGIAKPSGGSVSIMGRNTKDLSMEQISANVAYVFQNPEDMFIEDNVYKEVAYGLKSRRHPEAEDRVHRMLTHFRLEPLKERDARLLSGGQQRRVSLAIGAAMMPRLILLDEPTANLDMSTREELLNTLQELEGHVRTVIIATHDMQLVHEWATRVIVLNQGVVAGDGTVSEIFADSELISRAGLAPTQMMDLSTRLGVMPPTSSPAEFAQYMYRILSGKELHHHAVSPQLV				NA	NA	NA	NA	NA
JZ016_04509	891			hypothetical protein	ATGGCAAGCAATTCACGGGTCTATACCCTAACGTCTTCGCAGAAAATGATGATTTTTGTGTTGTCCATGTCGCTGTACGGCCTATCCAACATGTTCACTGAGCTCATCCCCGCGTTCCGCCTGGGTCCGATCGAGCTTTCCGTCGAATACTTCGCGTTCATCCCCTTGACGCTCTGCATGCTGTTCCATCCTTTTTACGCGGCTGTGGGGGCTGCGCTCGGCGAGGTCATCTTCGGCGAACTCATGCTCGGACAATTCGGCGGTCTCGGTGAGCTGGAGAAGTTTCTTACCTTCTCCTTCGCCATGTACGTCGCCGGCCGTATGGTCAAAAATCCCCTCAATCGCGCCCAGGTAGGCATCGCCGCCATGTCGGGCGTCATCATCCATCAGCTGTGCAGCTCTCTGGTAGACATCGGCAAGGTCTGGATCGGCGTCGAGGAATTCGAAGCCGTGCCCGGGCTTGCACAAAGCGTGGTGCTTGTCGAAGGCATCGGTTTCCTGAACGATGTGCTGTTCTCCGGCATTCTCTTCGCTCTTCTGCCTACATTATATCTGGTTCCAAGGTTGTATGGAAAAATCGAGCCACTGCTCGGCATTAAACCCCGCCAGAAGCTTACGAAATACGAAGCCGCCGGCATCATCTCGCCCAAGCTGATCCTGGCTGGAATCGCTTTGGCGCTGGTTGCCTTCGGAGCGGAGTCCCTTTCGGAAACGGACTGGAACTTCGGCGAGTGGGACAGCGGATTTGCAGACCGGTTCGGCATCGGCGCAATCTGGATCAGCATCGGTGCAGCCGCCATCGTTGCCATTGCGGTTCTGACGTTCATGCGGGCCAGAAGAAACCGCGGACTTCAAGAAAAGAAAATGTCGGAGAACCCGCCTTATGTCTAA	MASNSRVYTLTSSQKMMIFVLSMSLYGLSNMFTELIPAFRLGPIELSVEYFAFIPLTLCMLFHPFYAAVGAALGEVIFGELMLGQFGGLGELEKFLTFSFAMYVAGRMVKNPLNRAQVGIAAMSGVIIHQLCSSLVDIGKVWIGVEEFEAVPGLAQSVVLVEGIGFLNDVLFSGILFALLPTLYLVPRLYGKIEPLLGIKPRQKLTKYEAAGIISPKLILAGIALALVAFGAESLSETDWNFGEWDSGFADRFGIGAIWISIGAAAIVAIAVLTFMRARRNRGLQEKKMSENPPYV				NA	NA	NA	NA	NA
JZ016_04510	843			hypothetical protein	TTGAAAAATTGGTTTCCCGATAAATCCGGATTTTCGCCGAGTCAGCTCAAAATTGCCGATTTTATCGAACGTTATCCCGAGGAGATGCTGTTCATGACCGAGCAGGAAATCGCCGATCGGCTTGGCACCAGCATCGCGACCGTATCCCGGTTTTGGCGTGCCGTCGGTTACGACAATGCCAAGGCGTTTAAGCTCAAGCTGCGGGAGTCCTCGGATTCGACGCCTGCGGTGAAACTGGAAAAGACGATATCCCGGCTGGACGCGTCCAGCTTGCCGGTGAAAATGCTGGAGCAGGCGAAGCATCATCTGCAAGATACGATAAAGAGGATCCATCCCGATGAGCTGGAGGAAGCAGCCGGGCTGATGGCTTCGGCAAGACGCGTCTATATCTATGCACCAGGTCCATCCCTGTCGCTGGGCGAGCTGTTATCGTACCGCTTATCCCGGTTCGGCATGTCGGTGCGGATCATGGCTGGGAGCGGCCATGAACTGCTGGAATCGCTGGCACACCTGGAAAGCGAGGATGTCGTGCTGATCTTCAGCTTCACCCGGATGCTCCCGGAAACGGAGGTCATTCTGGACTGCGTAAGCCGCGTGCAGAATGCGGCGATCATGATCACTGACCGGGAGGACTTTCGTTATGGAACACCGGCGCGAATCTCGTTTTATGTCAGTCGGGGGGATATGGGCGAGTTTCATTCCATGGTGACGCCGCTATTGCTGATCGAGCAGCTCATTCTGAGCATCGGCATGCTGAATAAGGAGAAGGTGCTGCGCAAGCTGGATTATTTAGGTGAACTGCGGACTCGGTATGCGGATAAGCTGCCGCGAGGCAAAGCTTAA	MKNWFPDKSGFSPSQLKIADFIERYPEEMLFMTEQEIADRLGTSIATVSRFWRAVGYDNAKAFKLKLRESSDSTPAVKLEKTISRLDASSLPVKMLEQAKHHLQDTIKRIHPDELEEAAGLMASARRVYIYAPGPSLSLGELLSYRLSRFGMSVRIMAGSGHELLESLAHLESEDVVLIFSFTRMLPETEVILDCVSRVQNAAIMITDREDFRYGTPARISFYVSRGDMGEFHSMVTPLLLIEQLILSIGMLNKEKVLRKLDYLGELRTRYADKLPRGKA				NA	NA	NA	NA	NA
JZ016_04511	744			hypothetical protein	TTGAATGGCTCGAAATCCGTGAAGCTGCTCCTGCTTATGGCGGTTATCGCGATCGTGAATATTGTCCTGGTCTCGCCCGGGCTGCTTGGATTCCAAATCGGCGGCGACAGCGCCTTCCAGTCGGCATTGGTCATCACCGTATGGGTTGTCAGTGTTCTTGCACTCTTTTATGGCAGTTATGTCTTGTTATTCAAGCCTCCGGCTGCGAAGGCGATCCAAACGATTCAGACCCGTGAGGATTACATAGACGCGCTTCACCATTATCGTAACGTGAAAGTGCTGAAGAATGATATCGCTCTTGCCCTGGACCAATTGGAACGAATCGAGAAAAAGAGAAATGCGCTGCTGAATGTCCTGGGTCAGCGTTTTGAACAAACGGAGCTCAGTTACAAGAAATTCATGGCGGTCATCGATGAGGTGGAGAAGCTATTCTATCTCAATATCCGGGGGATTCTGAACAAGCTGGGCGTCTTCGCCGCATCTGATTTCACCCGCATGGCCGATCAGCCCAAAGCCTCCCAGCTATCCGGCAAGGTGGCGCAGAAAAAAACAGCTCTGTACCAAGAGTATCTGGCTTACGTAACCGGTTATTTGGAGGCGAATGAGGAGATCATGCTCAAACTCGATAAACTGCTGCTGGAGATTTCCTTGCTTGGCAGCACCGATTACCGGGATGTGGAGGAGATGCCCTGCATGAAGGAAATCGATATGTTAATCAAACAAACCAAACTATATAAGCAATAA	MNGSKSVKLLLLMAVIAIVNIVLVSPGLLGFQIGGDSAFQSALVITVWVVSVLALFYGSYVLLFKPPAAKAIQTIQTREDYIDALHHYRNVKVLKNDIALALDQLERIEKKRNALLNVLGQRFEQTELSYKKFMAVIDEVEKLFYLNIRGILNKLGVFAASDFTRMADQPKASQLSGKVAQKKTALYQEYLAYVTGYLEANEEIMLKLDKLLLEISLLGSTDYRDVEEMPCMKEIDMLIKQTKLYKQ				NA	NA	NA	NA	NA
JZ016_04512	1689			hypothetical protein	ATGCGAAGCAAGGGTAGTGCCTTTGTTGTATTAGTGGCCATTGCAGTGGTCGTGTTTGTTCTGGTGTACGCGGGGATCGCGTTAACCTCGAACCTGGGCAAGAGCGAAGCCGAGGTCGATTCGGAAGGCGCGGCTAAGAAAATCAACAAAATCTACAAGGACATTATGGTTACGACGGCGGACCCGATAAAAGGTCAAGTCGATCTGGACCCGGTGGCCGTAGCAGACTCCCTGCCCGATATATCCAAATTCCCGATCTCGGTTGAGAATACAACGGACTTATACGTCGAAATATTCTCTTCTCCCGAGAAAGCAGGGCCGGGCATTGACGGATGGCTGAATGAAGTGGCAACGGAGTTCAACAACTCCAAGCCGGTGGTGAACGGACAGCCGGTATCCGTGAAGATCCGCAATATTGCTTCGGGAACCGCAACCGATTACATAACATCCGGGAAGTACGTGCCGGACGCTTTTACCCCTTCCAATGAGCTGTGGGGGGAGATGGTTAAGGAATATGGCGTCAAAGCCGAGCTAGTATCCAAGCGTCTCACGGGGAACGTGACCGGCGTTGTCACCCGAAAGGCCAAATACGACGAGCTGGTGGAGAAGTACGGCTCCTTGAACGTCAAGACGCTGACGGATGCGATATCGAATAATGAGTTGGCGATGGGGTATACGGATCCTTTTGCCAGCTCGACGGGTCTTAACTTTCTGATCACGGCCCTTGAAACGTTTGACAGCTCGGATCTGCTTAGTGAAAAAGCGGTACAGGGTTTCGAAAAATTCCAGGCGAACGTCCCTTTCACGGCTTCGACCACGATCCAGATGCGCGATGCGGCGAAGTCCGGTATGCTGGATGCCTTTGTTCTGGAGTATCAGACCTATGTCAACGCGGCGGATATGAAGAGCGGTTATGTCTTTACCCCGTTTGGCGTAAGGCATGACAGTCCTTTGTATGCGCTCGGGAAATTGCCGCAGGAGAAGCTGGAGATCATTAAGAAATTCGCGGCGTTTGTCGAGCAGGACAAATACCAGAAGATGGCCGACAAAAAAGGGTTCAATGGTCTGAATGATTACCAATCCGAGCTTGAAGTTGTTGACAGCAGCCTGCTGCCGTCCGCCCAGAAGCTGTGGAAGGAGAAGAAGGACGGCAACAAGCCGGTTGCGGCCGTGTTTGTGGCGGATGTGTCGGGGAGCATGGACGGTGAGCCGTTAAACCGCCTCAAGCAATCGCTGTTGACGGGACAGAAATATTTGGGCCGGGACAACAGCATCGGCTTTGTATCGTACTCCACGGATGTCACGATTAATCTGCCGATCGGCAAATATGACTTGAATCAGCAATCGATGTTTGTCGGGGCGATCAACAGTCTTGAAGCCAGCGGGAATACCGCCACCTTTGACGGCATTGCGGTGGCGATGAAGATGCTTCAGGACGAGATGGCGGCGAATCCGGACGTGAAACCTCTGATTTTTGTGCTGAGTGACGGAGAGACGAACGTTGGCCACTCCCTTGACGATATTCGGGAACTGATCCAAGCCTACAAAATCCCGGTGTACACGATTGGCTATAATGCGAACATCCAGGCGCTTCAAAGTATCTCCAGCATCAATGAAGCCGCCAGCATCAACGCCGATACCGATGATGTCGTATACAAAATCAGCCAGCTGCTGAATGTGCAGATGTAG	MRSKGSAFVVLVAIAVVVFVLVYAGIALTSNLGKSEAEVDSEGAAKKINKIYKDIMVTTADPIKGQVDLDPVAVADSLPDISKFPISVENTTDLYVEIFSSPEKAGPGIDGWLNEVATEFNNSKPVVNGQPVSVKIRNIASGTATDYITSGKYVPDAFTPSNELWGEMVKEYGVKAELVSKRLTGNVTGVVTRKAKYDELVEKYGSLNVKTLTDAISNNELAMGYTDPFASSTGLNFLITALETFDSSDLLSEKAVQGFEKFQANVPFTASTTIQMRDAAKSGMLDAFVLEYQTYVNAADMKSGYVFTPFGVRHDSPLYALGKLPQEKLEIIKKFAAFVEQDKYQKMADKKGFNGLNDYQSELEVVDSSLLPSAQKLWKEKKDGNKPVAAVFVADVSGSMDGEPLNRLKQSLLTGQKYLGRDNSIGFVSYSTDVTINLPIGKYDLNQQSMFVGAINSLEASGNTATFDGIAVAMKMLQDEMAANPDVKPLIFVLSDGETNVGHSLDDIRELIQAYKIPVYTIGYNANIQALQSISSINEAASINADTDDVVYKISQLLNVQM	PGPT0014015_2080	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
JZ016_04513	1140			hypothetical protein	TTGTCATTTACGATGGAAGTCATAAGTCCCGAGGAGATCAAGACGGCGATTGAGGAGCAGGTGAAGCCTGAGCCGGAAGAAGTCACGCAGCTGAAGGAGCTGGCGGCTAACAATGTGCAGGCCATCATGGAACTGGATATTGAATCGCTCGAGAAGCGAAGACAGGTGCTGCAATCCATTGAAAGCTTTGGCATCAGCACGATGAGATCCTCCTCGGAGAAGAATGCGCTCCTGCAGGTTCAGGTGGGGAGATTATCGAAAACCGGGGATGAAGGCGGTCAAGTGGCTAAAGGGTTAACGGAGCTGCAGCTGCAGCTGAAGGATCTGGATCCGAGCGTTGTGGATTTTGCGAAAAGCGGTCTCCTGGGCATGGTATTTAACCCGCTGCGCCGATATTTTGCCAAATTTCAAAAGGCGGATGCCGTCATTTCGGACATCATCATTTCTCTTGATAAAGGAAAAACCGTACTAAAGAATGACAACACCACGCTGGAGATTGAACAGCAAACCCTCCGCGAGCTCACCAAAAAGCTGCAAAAGGAAATTCAGCTGGGCATGCTCATGGACGCAGAGATCGAATCCCAGGTCGAGGCGGCTAAAATACGGCAGGAGTCGGAGGATAAAATCCGGTTTATTACTGAAGAGGTGCTGTTTCCGCTGCGCCAGCGCGTGATGGACCTGCAGCAGATGCTGGTCGTGAACCAGCAGGGGATCATGGCTATTGAAGTGGTCATCCGGAACAACAAAGAATTGATTCGCGGCGTGGATCGGGCGAGAAACGTAACGGTAACGGCGCTGAAAATCTCGGTCACGGTGGCTAGTGCCCTGTACAACCAGAAGATTGTCCTGAAGAAAATCGAGCTGCTGAACGAAACCACGAACAACCTGATCAGCGCCACTTCCAAAATGCTGAAGGATCAGGGCGCGGCGATTCACAAGCAATCGCTGGAAACGAGCATTTCCGTCGATACCTTGAAGCAAGCGTTCACGGATGTGCTGTCAGCGCTTGATTCCATCAGCACATATAAGCAGGAGGCTCTCCCGCGGATGCGTGAGACGATCCACCAGTTCAGTGAGCTGGCGGTAACGGGCGAGCAGCAGATCCAGCGCTTGGAGCGGGGGCAGAAGCTGGGACTGTAG	MSFTMEVISPEEIKTAIEEQVKPEPEEVTQLKELAANNVQAIMELDIESLEKRRQVLQSIESFGISTMRSSSEKNALLQVQVGRLSKTGDEGGQVAKGLTELQLQLKDLDPSVVDFAKSGLLGMVFNPLRRYFAKFQKADAVISDIIISLDKGKTVLKNDNTTLEIEQQTLRELTKKLQKEIQLGMLMDAEIESQVEAAKIRQESEDKIRFITEEVLFPLRQRVMDLQQMLVVNQQGIMAIEVVIRNNKELIRGVDRARNVTVTALKISVTVASALYNQKIVLKKIELLNETTNNLISATSKMLKDQGAAIHKQSLETSISVDTLKQAFTDVLSALDSISTYKQEALPRMRETIHQFSELAVTGEQQIQRLERGQKLGL				NA	NA	NA	NA	NA
JZ016_04514	624			hypothetical protein	ATGAATCCCGAAACCCGAAAAGCCCGGACCCAACGCATCGTCGAAGCAGCAGAGTGCGTATTTACCCGTAAAGGCATTGAAACAGCCACGATGCAGGATGTCGCCACCGAGGCCAAAATGGGCATAGCCACCATATTTCGATTTTTTCCGCGGAAGGAGAAACTCGTCGTTGCCGTCGCTACGAAAAACCTGGAAACCGTTCTCGAAACCTTCCGTTCCATCGCGGAACGGCCGATTTCCTGCATGGAGAAGCTGGAGCTGCTGTTCGACCACTTCATTTCCCTCCTGGAGCAGCCGGCCAGCTCAAACGTCAAGCTGCTTGAGAACTTCGAGAGCTATGCTGCCCAGTTCACGGAGCCTCTTGAGGACATCGAGCTATTTAACGCCGTCTATCGGAACATATCCGAGGTGTTCTCGACCATTGTGGAGCAAGGCGTTGAAGACGGATCGGTTCAAGCCGATCTTCCGATTTCCGAGACGCTGTCCACCATCGTGAATACATTCGGCATTTTCGCCAGAAAGCTGTCCCTCCAGAAAAACATCCTGGTGGTCGAGCCGGACCTCGCCCCGGAGAAACAGCTTGCGATTCTCAAGCGGATCCTGCTTAATTATTTGCGAGCCTAA	MNPETRKARTQRIVEAAECVFTRKGIETATMQDVATEAKMGIATIFRFFPRKEKLVVAVATKNLETVLETFRSIAERPISCMEKLELLFDHFISLLEQPASSNVKLLENFESYAAQFTEPLEDIELFNAVYRNISEVFSTIVEQGVEDGSVQADLPISETLSTIVNTFGIFARKLSLQKNILVVEPDLAPEKQLAILKRILLNYLRA				NA	NA	NA	NA	NA
JZ016_04515	402			hypothetical protein	ATGACCCCTATACGTTATCTAACCTCCCAAGAGGTTATCGCCATTAACGTCGCTATGATACAGAAATATAGTGTCGGCGAGCATATCGGTGTAAAGAATCCGCATTTGCTTGAGTCGGCCCTCCATCGGCCTCAATCGTCAGCTTTTGGAGAGGACGCCTATTTATCTATCTGGGAAAAGTCAGCTGCATTATTTGAATCACTGGGACAAAATCACCCATTTCAAAACGCCAATAAAAGAACCGCCTTCACGGCTCTTCTCCTGTTTTTACGCTATAACGGATATCGATTTATCATGGGTCAAAAACAAGCAGAGAATCTCACGGTCGATATGGTTAATCACAAATTCACCTTTCAAGAACTTACGTCCCTTATTAAAGAATATTCCATTGAAATAACGTAA	MTPIRYLTSQEVIAINVAMIQKYSVGEHIGVKNPHLLESALHRPQSSAFGEDAYLSIWEKSAALFESLGQNHPFQNANKRTAFTALLLFLRYNGYRFIMGQKQAENLTVDMVNHKFTFQELTSLIKEYSIEIT	PGPT0027560_238	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-Doc-Phd_TOXIN-ANTITOXIN_SYSTEM,PGPT0027560-toxin_doc-K07341	NA	NA
JZ016_04516	264			hypothetical protein	ATGAGCAGGGTGAACGAAATGGAACGGAAAGTAACTAAATTCGGTAACAGTTTGGGAATTACGATGACGGATGCTCTCAAACAGATCGGCTTAGATTTAGGTGATACGGTGCAAATTGATGTTAATCAAACAAATGGAGAGATCATCATTAAAAAAGCTAATAAGGTCTCCCTTCCTGACGGCGTCAGCCCTGATTTCCTAGATACTTTGTCTGAGATCATGAGCGAATACGACCAGACCTTAAAAGGGTTAAAAGATCGATGA	MSRVNEMERKVTKFGNSLGITMTDALKQIGLDLGDTVQIDVNQTNGEIIIKKANKVSLPDGVSPDFLDTLSEIMSEYDQTLKGLKDR	PGPT0027395_138	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027395-antitoxin_mazE|chpAI-K07172	NA	NA
JZ016_04517	927	srkA_4		Stress response kinase A	ATGGACGCCGCTGTAAGCAGGTTCAGACTCTTGGAGCGGGATCGACTTCAGACGCATTTTTCCGAACACAGCCTTGTCTGTTCTTATCGAAGGGGTGCGGAGACCGTGTATGTACGCTTGACCGACGAGTCCCATAAACCGTATGCAAAGATTGCAGGCGAGGTGCAGTGGGTGGAGTTTCTCGGGAGTAACGGCGTTTGCGTTGCGAGGCCGCACTACTCGGCGGCAGGAAATCTTGCGGAGCGGATTCGGACGGAGGATCATGACTATACGGCGGTCTGTTATGAGGAAGCCAAGGGGCGTCCGGTCGGGGAGAACGATGCCGATGAGAGCTTACACAGGCGAATGGGCCAATTCATGGGTCGCATGCACGGCATCGCCAAGGGGTACATCCATCTGGATCCCGTCACAAGACGGCCTGATTGGTCGGATGAGGCGGAAAAAGTCCGGCGTATTGATTTACCGCCATCCGAGAAGGAGATCACCCTTGGTTATCAGGCATTGTTCCATTATATATCGGACCTTCCGGTTGCTGAGGACGCTTATGGACTGATCCATGCGGATTTCCATTACGGCAATTTTTTCGTGCATGAGGATTCATTGTGTCTGATTGATTTTGATGCGAGCCGATATTCATGGTTCGTGGATGACATTGCGGTGGCTGCGTTTTTCTCAGGTTTAACCGAAGGAGCCGATTCGGACCCTGACAGGTTTCTGATCCCGTTCCTGGAAGGATACCGTCTGGAGCATCATCTGGAGGAGAAATGGCTTCGAGAAATCCCGTATTTCATGAAGCTGAGAGAGATGGGTCGGTATATCAAGCTATTCCATGCCTGCGGCGGAGCATTCGACAAACTCCATCCGTGGGGGCAGTGGTATATGAAAGGGCGTAGGGAAAAGATTCTGCAAGGCGATCTGCCACTTTAA	MDAAVSRFRLLERDRLQTHFSEHSLVCSYRRGAETVYVRLTDESHKPYAKIAGEVQWVEFLGSNGVCVARPHYSAAGNLAERIRTEDHDYTAVCYEEAKGRPVGENDADESLHRRMGQFMGRMHGIAKGYIHLDPVTRRPDWSDEAEKVRRIDLPPSEKEITLGYQALFHYISDLPVAEDAYGLIHADFHYGNFFVHEDSLCLIDFDASRYSWFVDDIAVAAFFSGLTEGADSDPDRFLIPFLEGYRLEHHLEEKWLREIPYFMKLREMGRYIKLFHACGGAFDKLHPWGQWYMKGRREKILQGDLPL				NA	NA	NA	NA	NA
JZ016_04518	1599	dppE	COG4166	Dipeptide-binding protein DppE	ATGAAAGCCAGAAAGTTAGGTTTACTCTTATCGTCGATCGTGCTGATGCTGTTGATCGCGGCATGCGGCAGCGGTTCCGATCAGGCTGCAGAGGGAGCAGCTGAAGACAATGGAAGTGAAAAGCAAACCGAGCAGAAAGAGTACAAAGACGAGCTGAACATCGCGCTTACGGCTCAGCCGCCTACGTTGGATACGGCCTTGACGGTATCGGCGGTTGCGCTGGATACGGCAGGCAACATCTTCGAGCAGTTGTACACGCTGAACGCAAACTATGAGCCTGTACCTGCTCTGGCAGAGTCCGTCGAACGAAGCGAGGATGGATTAACGTATACGTTCGCCCTTCGCCAAGGCGTGAAGTTCCACAACGGGAAAGAGATGACGTCCGAGGATGTTGTAGCATCGATGAACCGCTGGCTGGTGACTTCGTCCCGTGCGAAGGTGCTGCTGATGAATGCTAAATTCGAAGCCGTCGATACGTATACCGTGAAGCTGACCGTAGAGGCGCCTACGTCGGACGTGTTGATTCTTATTGCATCGCAAGCGCAGTTCCCTTCCATCATGCCGAAAGAGATTGTAGAATCAGCGCCGGCTGACGGGATCAAGGAGTACATCGGTACGGGTCCTTATAAATTCCAGGAATGGAAGCAGGATCAGTACATACATTTGGTGCGAAACGACGATTATTATCAGGTGGCGGATACGGAGCCGAGCGGATTTGACGGGCGAAAAGAAGCTCCTACCCAGAATCTGTACTTCCATTTCGTCACGGACCACTCCACGCGGATTGCAGGCGTGAAGACCGGACAGTACGATGTGGCGGATAGCATTCCGATCGAAAGCTACGATGAGCTTGCTGCCGACAACAATATCAATTTGCTTTCGTTCCCTGGTGGTGCACTGACGGCATTTTTCAATACCAGCGAGGGATTGTTACAGGACGTGAAGATTCGCCAGGCCATTCTCGCCGCGTTTAATAATGAGGAGATCATGTTGGCGAGCTTTGCCAAGCCGGATTTATACTCCTTGGCACCGGGTTACCTGAATACGAACCAAGTCCAATGGTCGACCGAAGCCGGAGCGGAGTATTACAACCAGTCGAACCCGGAGAAGGCCAAGCAGCTGCTGCAAGAGGCCGGTTATAACGGCGAAGAAATCACGCTGCTGACGACCAAAGACTATAACGAGATGTACACGGCCACATTGGTCATTCAGGAGCAGCTTCGTCAGATCGGCATGAACGTAAAAGTGGAGAACTTCGATTTCCCGACGTTCCTGGAAACGAAGAACGACCGCTCCAAGTGGGACATTTTCGTTGCGAGCACGGGCTATCAAATTACGCCGCCGCAGCTGTTGGCCGTCAATCCGGATTGGGCCGGACTCGACAATGAAACGGTCAAGCAGGCACTGATCGATATTCGCGGGGCAGCCACGCCGGAAGCCGCCAAGCAGGAATGGGAGAAACTGCAGGGCTTCCTGTACGAATTTGCCTCCTCCACCGTGATCGGACATTATAATGGCGTCGTCGCCACAACGAAGAAGCTTGAAGGCTTCGAGCTGTTTGAAGCGCCGGTGGTCTGGAATGCCAAAGTAGCGAAGTAA	MKARKLGLLLSSIVLMLLIAACGSGSDQAAEGAAEDNGSEKQTEQKEYKDELNIALTAQPPTLDTALTVSAVALDTAGNIFEQLYTLNANYEPVPALAESVERSEDGLTYTFALRQGVKFHNGKEMTSEDVVASMNRWLVTSSRAKVLLMNAKFEAVDTYTVKLTVEAPTSDVLILIASQAQFPSIMPKEIVESAPADGIKEYIGTGPYKFQEWKQDQYIHLVRNDDYYQVADTEPSGFDGRKEAPTQNLYFHFVTDHSTRIAGVKTGQYDVADSIPIESYDELAADNNINLLSFPGGALTAFFNTSEGLLQDVKIRQAILAAFNNEEIMLASFAKPDLYSLAPGYLNTNQVQWSTEAGAEYYNQSNPEKAKQLLQEAGYNGEEITLLTTKDYNEMYTATLVIQEQLRQIGMNVKVENFDFPTFLETKNDRSKWDIFVASTGYQITPPQLLAVNPDWAGLDNETVKQALIDIRGAATPEAAKQEWEKLQGFLYEFASSTVIGHYNGVVATTKKLEGFELFEAPVVWNAKVAK	PGPT0004430_10216	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004430-ddpA|ABC_PE_S-K02035	NA	NA
JZ016_04519	951	gsiC_3	COG0601	Glutathione transport system permease protein GsiC	GTGCTGGCTTATATTACGAAAAGACTTTTGTCGCTGATTCCCGTGCTGGCCGTTGTCACCATCGCTATTTTTCTGATCATCCACATTACGCCAGGAGATCCGGCAGCGGCGATATTGGGCATGGAGGCGTCGCAGGAGGAAATACAGAAGCTGAATCAAGATCTGGGCTTAGATCGCCCGATTCTCGAACAGTATACAAGCTGGGTAGCCAACGTATTTAAGGGAGATCTGGGGGATTCGATCTTCATGAATCAGCCGGTTAGCGAAGCCATCGCGGAGCATATCACCCCAACGCTATCATTAGCCATTCTGGCGCAGGTTATCGCAATTATACTGGCGATTCCCTTCGGGATTATCGCTGCTTACAAGCGAGGGTCCATCGCAGATTATACGCTGATGGGGATGTCCTTGCTGGGCATGGCCTTACCCAGTTTTTTGCTGGGATTGTTCCTCATGCTGTTTGTTGGCGTCAAGCTGCAGTGGCTGCCGGTCGCTGGATATGAACCGCTGAGCAGCGGGCTCTGGGAACATATAAAGTATCTGATTCTTCCCGGTATTTCGCTTGGGACCATACAGGCGGTCCTGATCACGCGAATGACCCGTTCGTCCATGCTGGAAGTGCTGAATTTGAATTTCATCAAGACAGCCAGATCCAAAGGCCTGCATGAAATGAAGGTGCTGTTCAAACATGCGTTCCGGAGCGCGTTTCTGCCCATTCTGACCGTTATTGGACAAACATTCGGCACTTTGGTGACAGGGGCCGTGGTCGTGGAGGCGATATTCAATATTCCCGGATTGGGTCAATTGATCTTAAATTCCATTGCCAGAAGAGATTTTGCAGTGATCCAAGGCGTGGTGCTTGTCGTCACACTCATGTACGTCACCATCAACTTGATTATCGACTTGCTGTATGGCGCGGTTGATCCGCGTGTTCGTTTGGAACGCAAATAA	MLAYITKRLLSLIPVLAVVTIAIFLIIHITPGDPAAAILGMEASQEEIQKLNQDLGLDRPILEQYTSWVANVFKGDLGDSIFMNQPVSEAIAEHITPTLSLAILAQVIAIILAIPFGIIAAYKRGSIADYTLMGMSLLGMALPSFLLGLFLMLFVGVKLQWLPVAGYEPLSSGLWEHIKYLILPGISLGTIQAVLITRMTRSSMLEVLNLNFIKTARSKGLHEMKVLFKHAFRSAFLPILTVIGQTFGTLVTGAVVVEAIFNIPGLGQLILNSIARRDFAVIQGVVLVVTLMYVTINLIIDLLYGAVDPRVRLERK	PGPT0004445_10920	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004445-ddpB|appB-K02033	NA	NA
JZ016_04520	906	ddpC_2	COG1173	putative D,D-dipeptide transport system permease protein DdpC	ATGGCAACTGTTCAGGAAAAAGAATACGTCGCTCAAGTCAGTAAAAAGCTGAAAAAAGAGCAGCGTGCACTAGGATATCGCCGATTGAGGTCGAACTACGGGCTGTTGATCGGAGCGACCATCTTTGTTTTATTGGTAATTCTGGCGCTGATCGGACCGCTCTTGACTACCTACGGCCCGTACGAGATGAAAGTTGTAGACCGTTTAACGCCGCCAGGGGCCGAGCATTGGCTGGGTACCGACGAATTTGGCCGGGATTTGTTAACCAGGCTTCTCTACGGTGCCAGGGTATCGATCAGCGTAGGACTGGCGGTTGCGCTGCTGTCCTCGGCATTGGGGCTCGTGATCGGCGTCTATGCGACGTATTATAAAACGCTGGATCATATTCTTATGCGCATCTGTGACGGGTTGATCGCGATTCCGGGAATCCTGCTCGCCATTGCCTTAATGGCCGCACTCGGCGCATCCGCCATCAATGTCATCACGGCGCTAACCATCGTGTTCACGCCGAATATTGCCCGGGTCGTCCGCTCGGCCGCGCTGGTGGTACGCGAGCAAACCTACATCGAGGCGATGCATGTCCAGGGAGCAAGCGCAACGCGCATCATATGGCAGCACATCGTGCCGAATGTAATGTCGCCTCTATTGGTACAGGCGACATTCGTATTTGCTGAAGCCATTATATCCGAGGCCGCGCTAAGTTTTCTCGGAGCGGGCATTCCTGCCCCTGAAGCCAGCTGGGGGAACATTCTGCAAGCAAGCAAACTAGTTATTTATAAGGCATGGTGGATGGTCGTATTCCCCGGGGCCACGCTCGTTTTGTCTGTACTCAGTCTGAATTTGCTGGGCGACGGGCTGCGCGACTTGCTGGATCCCCGCGTGAAGCAAAAGTTGAGAAAGTCATGA	MATVQEKEYVAQVSKKLKKEQRALGYRRLRSNYGLLIGATIFVLLVILALIGPLLTTYGPYEMKVVDRLTPPGAEHWLGTDEFGRDLLTRLLYGARVSISVGLAVALLSSALGLVIGVYATYYKTLDHILMRICDGLIAIPGILLAIALMAALGASAINVITALTIVFTPNIARVVRSAALVVREQTYIEAMHVQGASATRIIWQHIVPNVMSPLLVQATFVFAEAIISEAALSFLGAGIPAPEASWGNILQASKLVIYKAWWMVVFPGATLVLSVLSLNLLGDGLRDLLDPRVKQKLRKS	PGPT0004450_7169	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004450-ddpC|appC-K02034	NA	NA
JZ016_04521	1023	oppD_3	COG0444	Oligopeptide transport ATP-binding protein OppD	ATGAATAACGAGCCTCTATTGGAAGTGAGAAATCTAAAAACGCATTTTCATACCGAGCGGGGGAAAGTGACGGCTGTGAACGGAGTCAGTTTTTCCATGAATAAAGGCGACATCATCGGCATTGTCGGAGAATCCGGCAGCGGAAAGAGCGTCATGTCCCAATCGATCATGAGGCTGCTGGACCATACGGATGCGATCGAGTACGAGGGGGAGATCCTGTTTGAGAAGCAGGACCTGCTGTCTCTTTCGCCTTCTAAATTACGGGCGGTCCGCGGCGACAAAATCTCCATGGTTTTTCAGGACCCGCTTACGTCCCTAAGTCCCGTGTATACGATAGGTAATCAAATCGGGGAAGCCATTCGTCTCCATCAGAGGAAGTCCAAGAAGGAAGCTCGTCAACAAGCCATTGAGATTCTGCGGATGACGGGTATTCCATCTCCGGAGGTGAGGGTGGATGAATATCCCCATCAGCTGTCGGGAGGAATGCAGCAGCGGGCGATGATTGCCATGGCACTCTCCTGTGAGCCGAACCTGTTGATTGCGGATGAACCGACAACCGCGCTCGACGTAACGATTCAGGCGCAGATTCTGGAGCTGATCGCCGATTTGAACCGCAAAATGGGCATGGGCGTGCTGTTTATCACGCATGATCTGGGTGTCGTATCGGAAATTTGTACGGGCGTGAAGGTGATGTACTTGGGGAAAATCGTGGAAGAAGCCCCCACGGAACAGCTGTTTCATAAACCGCTCCATCCTTATACGCAGGGACTGATCCAATCGATCCCCAAGCTGGAGGGGGACAGAAACGATGAGCTTCATGTCATTGAGGGAACGGTGCCCTCTCTGACGGATATTCCGCAGGGCTGCGGCTTTTCTACGCGATGTCCTTATGCCGATGAATTATGCCGTGCCTCAGAGCCGCCAATGCAAACGGCACATATGGACCATCGAGTGAAGTGCTGGCATTACGAGGCCATAAACGAGTCGAAAGGGAGGGAGACAACCGTTGGAACAAACAGCTGA	MNNEPLLEVRNLKTHFHTERGKVTAVNGVSFSMNKGDIIGIVGESGSGKSVMSQSIMRLLDHTDAIEYEGEILFEKQDLLSLSPSKLRAVRGDKISMVFQDPLTSLSPVYTIGNQIGEAIRLHQRKSKKEARQQAIEILRMTGIPSPEVRVDEYPHQLSGGMQQRAMIAMALSCEPNLLIADEPTTALDVTIQAQILELIADLNRKMGMGVLFITHDLGVVSEICTGVKVMYLGKIVEEAPTEQLFHKPLHPYTQGLIQSIPKLEGDRNDELHVIEGTVPSLTDIPQGCGFSTRCPYADELCRASEPPMQTAHMDHRVKCWHYEAINESKGRETTVGTNS	PGPT0004435_8259	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004435-ddpD-K02031	NA	NA
JZ016_04522	1002	oppF_3	COG4608	Oligopeptide transport ATP-binding protein OppF	TTGGAACAAACAGCTGATCATTCGATTTTAAAGGTAAGCTCCCTTCACAAGCAGTTCCCGGTGTACGGATCCTTCGGTAAGTTATGGGGCGCCAAGGGATATGTAAGAGCCGTAACGGATGTTTCTTTTCAATTAAGAGAGGGAGAGACGTACGGACTTGTCGGAGAATCCGGTTCCGGTAAAACTACCACGGGGCGTACGATCCTAGGATTAACCCCGGCAAGCCAAGGTCAGGTTCTATACCGGGACCGGGATTTGGCTGCGATGTCGAGGAAGGAAATCCGGAAATTCCGCAAGGACGTACAGCTTGTTTTTCAAGATCCGTTCTCTTCGCTTAACCCGAGGAAAAGAATCGGCCGAATTCTGGAGGAGCCCCTGATTATTCATAAAATGGGAGACAAGGCAGAGCGTCGGGAAAAAGTATTTCACATCCTGAAAACCGTGGGCCTGCAGCCGGAGCATTATTTCCGTTTTCCTCATGAATTCTCGGGCGGTCAGCGCCAGCGTTTGGGCTTGGCGCGCGCGCTTATCATGAATCCGAAGATTATCGTATGCGACGAGCCGGTCTCGGCACTGGACGTCTCCATTCAGTCGCAAATTTTGAATATGCTCAAGCGCCTGCAGCGGGAATTGAAATTAACGCTATTATTTATTACGCATGATATCAGCGTGGTTCGGTATATTTCCGATCGGATCGGCATTATGTATCTCGGGAAAATCGTGGAAGAAGCTTTAACGGATGATCTATTCCATGAGCCGTTGCATCCCTATACGAAGGCGCTGTTCTCAGCGGTACCCGACTTTACCCGCAGCCGATTACAGGACCGGGTGATATTGCGGGGGGAAATCCCGTCCCCTTTATCTCCGCCGAGCGGCTGTGTTTTTCATACGCGCTGTCCCTTTGCAACGGATATCTGCAAGGCAGAAGTTCCGGCTTTAAGAGAAGTTCGGCCCAACCAGAAGGTAGCTTGCCATCTTGTTGATGAGAGCCGTTCATCCTGA	MEQTADHSILKVSSLHKQFPVYGSFGKLWGAKGYVRAVTDVSFQLREGETYGLVGESGSGKTTTGRTILGLTPASQGQVLYRDRDLAAMSRKEIRKFRKDVQLVFQDPFSSLNPRKRIGRILEEPLIIHKMGDKAERREKVFHILKTVGLQPEHYFRFPHEFSGGQRQRLGLARALIMNPKIIVCDEPVSALDVSIQSQILNMLKRLQRELKLTLLFITHDISVVRYISDRIGIMYLGKIVEEALTDDLFHEPLHPYTKALFSAVPDFTRSRLQDRVILRGEIPSPLSPPSGCVFHTRCPFATDICKAEVPALREVRPNQKVACHLVDESRSS	PGPT0021035_1771	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021035-oppF-K10823	NA	NA
JZ016_04523	420			hypothetical protein	ATGACAACGTTAAAAATCGTAGAGGGTCAGGATCGAATATTCAATGAGGCGGGGGTTCAGCTCGTCGGAAACCACGGTCCGAATCTGGAGGGCGGCTTGTCTCCGAGAGAGCTGCTGGAAGCGTCCCTGGCGCTATGCGTGTCCATATCACTCCAAAAAATAATGGCTTACGACGGCGTGGATTATGATAAATCCTCCATTCATATCGAAGTGTCGTCGGTAAAGGCAGAAGATAAAAGCAATAAGTTCTCGCATTTTAACGTCCATGTCACGCTGCCGCAAACGCTGGATCCCGCCTACAAGGAGAAGCTGAAATCTGTTGTAGAACGAGCCTGCACGATCGGCAATACGCTGAAGAGCGAGGCCGTTGTTGAACTGATCGAGGTGAATGAATCCATCGAAACGAGCAGCAATGCGTAA	MTTLKIVEGQDRIFNEAGVQLVGNHGPNLEGGLSPRELLEASLALCVSISLQKIMAYDGVDYDKSSIHIEVSSVKAEDKSNKFSHFNVHVTLPQTLDPAYKEKLKSVVERACTIGNTLKSEAVVELIEVNESIETSSNA				NA	NA	NA	NA	NA
JZ016_04524	582	kefF_2		Glutathione-regulated potassium-efflux system ancillary protein KefF	ATGAAGGTATTAACAGTTGTTACACATCCACGTGAAAATTCCTTTACATTTGCAGTAACCGAGAAGTTTGTACAAGGGCTTAGGGACGCCGGGCATGAAGCGGAAATTCTGGACCTCCACCGCATCGGTTTCGATCCGGTCCTGTGGGAGGCAGACGAACCCGATTGGTCTGACCCTTCCAAGATCTATTCTCCTGAGGTTGAGGCTGAAATCGCACGGATGAAGGAGCACGACGCGCTGGCCTATATCTTCCCGGTATGGTGGTACGGAGTCCCTGCCATGCTGAAAGGGTATATCGATCGTGTCTGGAATCATGGCTTCGCTTACGGCGGCGGCTCAAAGCTTCATCACCAACAGGTGTTATGGCTTGCGTTAGCAGGGGCTTCGGAGGATCATTTCGCCAAGCGGGGCTATGATCAGATGTTATCCCTTTCCCTCAATGTTGGAATGGCCGACTACTCCGGAATCAAGAATTCCCGTGTGGAATTCTTCTATGATACGCTAGAGGCCAGACCGGAGCATATGGAGAGTTTGCTCGAACGAGCTTATCAGCTGGGATTGCATTATGCCGATTCAAAATAG	MKVLTVVTHPRENSFTFAVTEKFVQGLRDAGHEAEILDLHRIGFDPVLWEADEPDWSDPSKIYSPEVEAEIARMKEHDALAYIFPVWWYGVPAMLKGYIDRVWNHGFAYGGGSKLHHQQVLWLALAGASEDHFAKRGYDQMLSLSLNVGMADYSGIKNSRVEFFYDTLEARPEHMESLLERAYQLGLHYADSK	PGPT0009455_1554	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355	NA	NA
JZ016_04525	1005			hypothetical protein	ATGCAGCGTATTTACATTGCCGGAGGTTATGGCGTAATCGGGAGTGCCGTTGCCCGGCATATCCGAACGATCAATCAAGAAACCGAGATTATTCTCGCCGGAAGGAATCCCGAGAAGGGGAGCTTATTGGTACAGGAGCTAGGAAACGCCCGCACCGCTTTTTTAGATATCCGCCAGGGTCTGGCTCCAGGGGAGCTGGATCAAGCCGACCTCATCGTTTCTACGATTCAGGATCCGGCCGACTTCCTCATTCAAGAAGCCCTCGCAAAAGGAATTGCACATATCGGAATCACGAAGCTTGCCGACGAGCTGACACCTATGCTATTCGCCATGCAAAGTCATCCCCCTCAAGCACCCATTGTCCCTCTGGGACATTCGCAAGCAGGGATTCTGACCTTGGTCGCATATCAGGAGGCGAACTCTTTCCAAAGCGTCCAATCGATCGACTTGGCGGGTCACTACGATGAACGCGATCCGATGGGCCCTATGACGCTGGAAGATACCGAAGGGTTTATCAACCGTGCCCTTATCCGGGAAAACGGGAGATGGAAATGGGTTGAGGCTGCGAAGTATCCGAGGAGCATAAGTCTTTCTAATGGTCTCCGGGTAGAAGGCCATCCCATGAGTTTATTGGATGTTCCAAGCCTCGCGTCTGTTACGGGAGCGCCTAATATTCGATTCGACTTCGCCATCCATGACTCCATAGGAACACGGGCTGGAGGCAGAGCCTCCCAAGACCTCTACATTGACCTTGAAGGCGTACTTCTTGACGGCCGTTACGCGAAACGGAGAGTCACGTTGACCGATCCGAAGGGACAGGCGCATTTTACGGCCCTCGGTATTCTCCTGTCCATTGAGCGCATTCTGGGCTGGGACGGCTCATCTCCTGCTCCCGGAGGCTTCTATCTACCGGAAACGCTGGTTCCTCTTGAAACCGCAATGGCACGTATTGAACAATTTGGCATTCAAATTCGAAGAGAAGAAAGAGTAGGTGAACCCTCATGA	MQRIYIAGGYGVIGSAVARHIRTINQETEIILAGRNPEKGSLLVQELGNARTAFLDIRQGLAPGELDQADLIVSTIQDPADFLIQEALAKGIAHIGITKLADELTPMLFAMQSHPPQAPIVPLGHSQAGILTLVAYQEANSFQSVQSIDLAGHYDERDPMGPMTLEDTEGFINRALIRENGRWKWVEAAKYPRSISLSNGLRVEGHPMSLLDVPSLASVTGAPNIRFDFAIHDSIGTRAGGRASQDLYIDLEGVLLDGRYAKRRVTLTDPKGQAHFTALGILLSIERILGWDGSSPAPGGFYLPETLVPLETAMARIEQFGIQIRREERVGEPS				NA	NA	NA	NA	NA
JZ016_04526	339	ytcD_7	COG1733	putative HTH-type transcriptional regulator YtcD	ATGAATGGGGAGCGAGAATACAATATTCCGTCTGAGGCGACCATGGACGTCATCGGCGGCAAGTGGAAGGTCATTGTGCTGTGTCACTTAAGTTATGGCCCCAAGCGAACGAGTGAAATTAAGAAGCAGATGCCGGATATTACGCAGAAAATGTTAACCCAGACGCTGCGTGAGCTGGAGGAGGACGGGATTATCACGCGAACGGTCTTTAATCAAGTGCCGCCTAAGGTCGTGTACGAGCTGAGTGAAATGGGCGTTTCGCTGCAACCGATCCTTGATCAAATCTGTGAATGGGGCGAGATGTACTTGAATGGGAAAGCGAAGGTAGTCACACCTTGA	MNGEREYNIPSEATMDVIGGKWKVIVLCHLSYGPKRTSEIKKQMPDITQKMLTQTLRELEEDGIITRTVFNQVPPKVVYELSEMGVSLQPILDQICEWGEMYLNGKAKVVTP				NA	NA	NA	NA	NA
JZ016_04527	2019		COG2200	putative signaling protein	ATGGACGGCAATTATAACTATTATATTGTTGGGCTCTCAATTGCGATTGCTATACTTGCTTCATACTCGGCTTTAAATATTACGTCGAAAATTTCAGATGCGAACGGTAAATCCAAGTTTTTTTGGCTTTTCGGCGGGGCCATGGTCATGGGAAGCGGCATTTGGTCCATGCATTTTGTCGGCATGCTGGCGATGCACATGAATATGAATGTGAGATACGATGTCTTTCTGACCATCATGTCGATGCTCGTCAGCGTGGTTTCCTCCTTCATCGCGTTTTATATTACGATGCCCAGAAATATTAACTGGTTCAAAATCGCCATTGGCGGCTTCATTATGGGAAGCGGCATCGTTATCATGCATTACACGGGAATGGAGGCCATGGTCATACATGCCGAAATTAGTTATGATCCCGGCATTTGGGTACTGTCCGCCATCATTGCATTGGTAGCCTCCTATGCGGCTTTGCTATTGTTTCTCCGTTTTCGGAATCATCCCAAATCCAGCTTTCTCAAGTGGGGTTCGGCGGTTGTCATGGGCTTCGCCGTATGCGGAATGCATTATACAGGAATGAAAGCTGCACGGTTTGAGGCTCATGCCGCTATGCTTACGCAGCAGCCGCAGTCTGTCGATTTTCTGCTTCTGTATGGTGTAACGGTCGCGATTTTTGCCATCCTGCTGATCTCCTGGGGGGCGATGTTCTTTGATCGGCATGTGCTGGAAAAGCTGGCCTATCAGGATACGATCACGGGATTGCCTAATCGCAATGAAATGAACCGATTCTTCGAGACGAATTCCGAGACAGAGCAGATTACGATCCTGTTTCTGGATTTGGACCAATTTAAGGCGATCAACGATACGCTGGGTCACAATGTTGGGGATTTGCTGGTCCAGGAAGTAGGTAAGCGACTGCGTCAATTCATTGGAAACGGCCAGCAGGTATTCCGGATCGGCGGGGACGAATTTCTGATTATTCTGAAGCAAAGCGACCCGGTATACGCCCAGCATTTAGCTGATGATATACTCCAACGAATAAAAAACGTGTACTATATTGACGGTAACGAGTTGTATGTGACGGCAAGTATCGGAATCAGCATCGGTTCCGTCCATAGCTCTGACCGTACGACGCTGCTCAAGAATGCGGATACCGCCATGTATAAAGCGAAGGGACTCGGCAAGAATCAGCAGTGCCTCTATGACGAGGAGATGGGTCTTCAAGAGGTTCGCAAAATGGAATTGGAGAAGGACCTGCAACGAGCGCTTGAACTGAAGGAGTTCTTCATTGTGTATCAGCCCAAATGGAATGTGCAAAGTGATCGCTTGGTCGGATTCGAAGCGCTGCTCCGCTGGAAACACCCCCGCTTGGGCGTGATATCCCCGCTTGAATTCATTCCGATTGCCGAAGAGACGGGGCTCATTATACCGATGACCCGATGGACGCTTGAGGAAGCTTGCAAACAGTGCAGAATTTGGCAGGAGAGAGGGATTGTCCAGCCGGTCTCGGTGAATTTATCGGTTCGTTTATTCCATGGCGACAATCTGCTGGAGCTTATTCAAAACGTGCTGGATAAGGCGAATCTGGAACCTCGCTTATTAGAGCTTGAGATAGCGGAGTCCATGGTGCTGCACGATGTCAATGATATTATCCGCCAGCTTGGGAATATCAGGTCCTTGGGGGTTAAGGTCTCCATGGATGATTTCGGAACCGGCTATTCCTCGATTGGGCTCCTGGACCGGATTCCAATTGATGCTTTAAAGCTGGACAGACAGTTTACCAATGATTTGGACACGCCCAGCAAGCGTGCCATCGTTAACGCCATCGTTCTTATGGCGGAGAATTTGAATCTGGATGTCATTGCGGAAGGTGTAGAGAACAAGGAGCATATCGACTTTTTGACCGGACTTGGCTGCCATGTCATGCAAGGTTATTATTACGGAAAGCCGATGGATATCAATGAGATTAAGGTTTGGATGTACGAGCAAGATCACAAGAACGAAGAGATTGTGACCCTGCGATGA	MDGNYNYYIVGLSIAIAILASYSALNITSKISDANGKSKFFWLFGGAMVMGSGIWSMHFVGMLAMHMNMNVRYDVFLTIMSMLVSVVSSFIAFYITMPRNINWFKIAIGGFIMGSGIVIMHYTGMEAMVIHAEISYDPGIWVLSAIIALVASYAALLLFLRFRNHPKSSFLKWGSAVVMGFAVCGMHYTGMKAARFEAHAAMLTQQPQSVDFLLLYGVTVAIFAILLISWGAMFFDRHVLEKLAYQDTITGLPNRNEMNRFFETNSETEQITILFLDLDQFKAINDTLGHNVGDLLVQEVGKRLRQFIGNGQQVFRIGGDEFLIILKQSDPVYAQHLADDILQRIKNVYYIDGNELYVTASIGISIGSVHSSDRTTLLKNADTAMYKAKGLGKNQQCLYDEEMGLQEVRKMELEKDLQRALELKEFFIVYQPKWNVQSDRLVGFEALLRWKHPRLGVISPLEFIPIAEETGLIIPMTRWTLEEACKQCRIWQERGIVQPVSVNLSVRLFHGDNLLELIQNVLDKANLEPRLLELEIAESMVLHDVNDIIRQLGNIRSLGVKVSMDDFGTGYSSIGLLDRIPIDALKLDRQFTNDLDTPSKRAIVNAIVLMAENLNLDVIAEGVENKEHIDFLTGLGCHVMQGYYYGKPMDINEIKVWMYEQDHKNEEIVTLR	PGPT0026010_1814	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023	NA	NA
JZ016_04528	339	splG		Spore photoproduct lyase	ATGTTTAAGACTGCGCAGCCGTCAAGCCTTTTGCTTACTTCGACAATGCATGATTGCCGATTAGAGAAGCTTCATGCGCGATTGAGCCATGTGGAGGTCAAGGATCTGACGTTCGAGCTCATTCAGCACCGCTTTACCAAAACGGCCAAAAACATGATTTTAAAACGTTACTCCAAAACCAAACTGAATATGGACGAGGAAGATCGGCAGTTAAAATGGGGGAGCTACGGGAAGTTCAAATATGTCTATAAGGCCGAAACCGTCGAGGAGTTTCAGCAGTTGTTCGAGAAGGGGATCAGGGAATATTTTCCTTTTGCGAAAATTGCCTATTTTGTTTAA	MFKTAQPSSLLLTSTMHDCRLEKLHARLSHVEVKDLTFELIQHRFTKTAKNMILKRYSKTKLNMDEEDRQLKWGSYGKFKYVYKAETVEEFQQLFEKGIREYFPFAKIAYFV				NA	NA	NA	NA	NA
JZ016_04529	753		COG4753	putative response regulatory protein	ATGTTTAATGTTCTTATTGTTGACGATGAGTCCATTCAAAGAGAAGGCATTAAGGATTTGATCTTTCAGTACCGCTTCCCCTTTCAGGTATTGGAAGCCGAGAACGGAATGAGTGCAAAGCGAATTCTGCTGCAAAACGCGATTGACATCCTGATCACCGACGTCAGAATGCCTCTTATGGACGGACTGGAACTGAGCAAGCAAGCCCGAAAGACCCAGCAGGATTTAAAAATTGTCATCTGCAGCGGGTATGACGAATTTGAGTATGCCCGCAGCGCTATCCGATTGGGCGTGGTAAATTACTTGCTCAAACCGCTTGTCAGGGAAGAGTTTCTGCAGGTGATGGAGGATATTACACAGATCAGTCCTTATGGCGGGGAGCTTGAACAGGTTACGATCGAATCGAAGGTCATCCGTCAGGTTAAAGACTATGTGAAGGATCATCACCAGCGGGATATTTCGTTGTCGGATGCCGCCGAGGATGTGTACCTGTCTCCGGGGTATTTGAGCATTTTATTTAAAAAAGAAACCGGGGAGAACTTCTCGAAGTATTTGACCGACTACCGCCTGCGGAGGGCAAGCTATCTACTGAAACACTCAAATATGAAAGTCAATGATATTGCAGGAGCGGTGGGTATCGACAACCACTCTTATTTTGCCAAGCTGTTCAAGAGCAAGTTCGGCGTAAGTCCCTTACAATACAGAGAGTGCGGGGTGCTCCATGATCGGATGGATAAAGAGCAAGTTCAATGA	MFNVLIVDDESIQREGIKDLIFQYRFPFQVLEAENGMSAKRILLQNAIDILITDVRMPLMDGLELSKQARKTQQDLKIVICSGYDEFEYARSAIRLGVVNYLLKPLVREEFLQVMEDITQISPYGGELEQVTIESKVIRQVKDYVKDHHQRDISLSDAAEDVYLSPGYLSILFKKETGENFSKYLTDYRLRRASYLLKHSNMKVNDIAGAVGIDNHSYFAKLFKSKFGVSPLQYRECGVLHDRMDKEQVQ				NA	NA	NA	NA	NA
JZ016_04530	1650			hypothetical protein	ATGATCGGATGGATAAAGAGCAAGTTCAATGATATCCGGTTCCGCAACAAGCTGCTGTTGTCCCATCTCATCATTGCACTCATTCCGATTCTATTGCTAGGACTGCTCTCCTTTATCCAGTCCTACCGCATTCAGATGAAGGAATTACGGAGCGAAGCGGAAGCCAGCCTGGAACAGGTGGCCAACATAATGGATTATAAGATCAACCGGTACAATACGCTGAGCGAGTTCATGGTACTGAACCGGGAGTTATCGCAAATTTTCATTAAGGACTATGAAGAGAACTATTTTAACATGTACCTGGATTTCCGGGACATTCTGGAGCCGTTGATCTCGAACATTCGGCTAATGGATGATGATATTGAAGCCATTACCTTTTATACATCCGGAGAACTGCTCGGGATTCGCGATAATATTTTGCCCATCGGGGAACTCAAGAGCAAGTCTTGGTACGATGGATTTCGCGGAAGGCGCTGGATTGTGGACGGGGAGAAGCTGTATCTCGTCCAGGAATTGATCAGCAATCCCAAGGACAGCAATTTCATGGTGATTTCCATTCAGCATGACAGCATCTTTGCTGATATGGACAAACTGTCGGAGCATGTAGCGGTTCATATCGAGGATGCTGAGCAGCGTGTGATTTTCAAGGAAAGGAAGGAGTCCGATGCTTCAGCCGATTTGGAGAGTGGGGAGACGGGCGGTCTGAACCTAAGCCGGTCGCTCGCCAATAATGGATGGACGATTCACTATAATCTGCTGAATACGAATGCATACGCAAATGCGCTGGGTATTTTTCAAATTACGTTGTTTGTCATGATCCTCAGCTTGATCATTACATTTCTGCTCATTTATGTGATCTCCAACAACTTTACACGCCGAATTATCCATATCAAGAACAAGGTAGACAAGGTGGAGCAGAACAACCTCGAGGTGATCATCCAGAGCTCATCTCGGGACGAATTCGGCGAGTTGACCAATGGCATCGGCAAAATGCTGAAACGGATTAACAGTCTAATCTCCCAGGTGTATCAAGCGGAAATCGCCAAGAGGGAAAGCGAATATAACAAGCTGATTAATCAGATTAATCCGCACTTCCTATACAACACCCTCTCCTTTATACGGTGGAGGGCCGAGAAGAAAGCGGATATCGAAACGAGTTATATGGTATCGGCATTGGCCCGGTTCTATAGAACGACGCTGAATCAGGGGAGGCATATGGCTACGATCAAGGATGAGGTGCAGCACATCAAGGCTTATCTGGATTTGCAGCTTATCATGAACGATGGCCGATTTGACGTGGATTACCAGATCGATGAGGAAGTATTAGATACCGAGATCATTCATTTTATTCTGCAGCCGATCGTGGAGAATGCCATCAAGCACGGTTTTGTGGAGGCTGGAGGGGCAGATTACCACATTCATATTGGGGTTAGCCGGGTCGAAGGGGGCATGAAACTTATCGTCAGCGATAACGGGGTGGGCATGACTCCCGCGCAGGCGGCGAGGCTGCTGGCCGGAGAGAGCGGCGGCTGCGGCGTTCGGAACGTGAACGACCGGATCAAGCTGTATTATGGACTGGATTACGGACTCGATATTCATAGCGAACCAGGCAGCGGAACGGAAGTATCCATGGTTATTCCAGCCTCCTGA	MIGWIKSKFNDIRFRNKLLLSHLIIALIPILLLGLLSFIQSYRIQMKELRSEAEASLEQVANIMDYKINRYNTLSEFMVLNRELSQIFIKDYEENYFNMYLDFRDILEPLISNIRLMDDDIEAITFYTSGELLGIRDNILPIGELKSKSWYDGFRGRRWIVDGEKLYLVQELISNPKDSNFMVISIQHDSIFADMDKLSEHVAVHIEDAEQRVIFKERKESDASADLESGETGGLNLSRSLANNGWTIHYNLLNTNAYANALGIFQITLFVMILSLIITFLLIYVISNNFTRRIIHIKNKVDKVEQNNLEVIIQSSSRDEFGELTNGIGKMLKRINSLISQVYQAEIAKRESEYNKLINQINPHFLYNTLSFIRWRAEKKADIETSYMVSALARFYRTTLNQGRHMATIKDEVQHIKAYLDLQLIMNDGRFDVDYQIDEEVLDTEIIHFILQPIVENAIKHGFVEAGGADYHIHIGVSRVEGGMKLIVSDNGVGMTPAQAARLLAGESGGCGVRNVNDRIKLYYGLDYGLDIHSEPGSGTEVSMVIPAS				NA	NA	NA	NA	NA
JZ016_04531	1638			hypothetical protein	ATGAACAAGCGTAAAAAGATGGCTTCGCTGCTGCTCGGGTGCATGATGCTGACTGTATTCAGCGGCTGCGGCGGGAGCGCTAGGGACAGCGCACAGCCGCAAATTTCAGAACAGGACTATGAACCTTACGGGAAATACGAAACGCCGGTGGAATTTACGATCGGCCGGAATACCAATCATGTGAACAACCTGCCTCCCGGCGATACGATTGAGGACAATTTGGCTACCCGCTATGTGGAAGACCGGGTGAACGTAAAAGCTAAGGTGGCTTGGGAGACGGACGATATGGATCAGAAGCTGTCGCTATCGATGACAACGGGCGATCTGCCGGATGTTATGCTGGTCAGCCGCGATATTTTCAACCAGCTGGTGGATAACGACCTGATTGCCGATATGACGGAGGTGTACGAGAAGACCGCATCCGACGGCGTCAAGAATATCTACGCTTCTTATGGCGACTTGCTGCTGGACCAAGTCAAGGTGGACGGTAAGATCATGGGCCTTCCGATGACGAATATCGGAAACCAGCACCAGCTGCTGTGGGTACGGAAGGACTGGGTGGATAAAGTCGGCGCACAGATGCCGGAATCCGTTGAGGATGTATGGAATCTCGCCAGAACGTTCGTAGAGAAAAACGCCTCGGGAACAGGCAAAACGGTTGGGATGGTGATGGATTCCAATGCCATGAACTTTACACCCGTTTTTGCTGCACGCGGTGCTTTTCCAATGAACTGGATCGAGAAGGATGGCCAGGTTGTGTATGGATCGGTTCAGCCCGAGATGAAGCAAGCGTTGGCGGAGCTGAGCGCCATGTACAAAGAAGGTCTGATTGATAAACAGTTCGCCGTCCGAACGAATGAAGAGAAGGAAGCGCTTGTGATCAACGGGCAGGTAGGGATACTGTTTAACCCATGGTGGATCGGCTACACCAACTACAAGGATTCCATCAAGCAGGATCCCGATGCTGTCTGGGTTGCTGTATCGGCACCCGTGGATGAGAACGGCAAGTTCAAGACCATCCGTCAGGATCCTGTGGGCGGCGGTATCGTCGTAGTCAAGAAGGATTTCGCCCATCCCGAAGCGATCATGAAATCGGTCAATCTAACAACGGATTTCCTGTACTCCTTAACCGATGATGCGGTCAATTATAAGAAAGAGCACCCCGATGAGATGCTGACAGACGCAAGCCGCTGGAATAATGATCCGACACAAATTCCAATGCAAGTGGATTATGACGATGTGTTGAAACGTTATTACGAGGATCTTATGAAGGCGGATGAATCCGGTGATGCTTCCTCCGTGCAGGAAGATCGGGTGGTGTCCTTCAAGGCGTATCAGGAATTCAAGGAAAAAGGAAATGCCATCGACGTGAACACATACGGCGAATACCTCTCCCGCATTGAAGGCCAGCGCGAAGCGAACAATCCGAATCTGGAAGTGATTCCTGCCGGCTTCTATGGAACCACCGAGACGATGAAGCTGAAGTGGGCCAACCTCCAAAAGCTCGAAGAGGAGACCATATTGAAAATTATTATGGGACAAGCTCCCGTCGATGAATTCGATAAGTTCGTGGACACATGGAAGCGTACCGGAGGCGATGAGATTACGGAAGAGGTCAACGAGATGAGCAGCAGATAA	MNKRKKMASLLLGCMMLTVFSGCGGSARDSAQPQISEQDYEPYGKYETPVEFTIGRNTNHVNNLPPGDTIEDNLATRYVEDRVNVKAKVAWETDDMDQKLSLSMTTGDLPDVMLVSRDIFNQLVDNDLIADMTEVYEKTASDGVKNIYASYGDLLLDQVKVDGKIMGLPMTNIGNQHQLLWVRKDWVDKVGAQMPESVEDVWNLARTFVEKNASGTGKTVGMVMDSNAMNFTPVFAARGAFPMNWIEKDGQVVYGSVQPEMKQALAELSAMYKEGLIDKQFAVRTNEEKEALVINGQVGILFNPWWIGYTNYKDSIKQDPDAVWVAVSAPVDENGKFKTIRQDPVGGGIVVVKKDFAHPEAIMKSVNLTTDFLYSLTDDAVNYKKEHPDEMLTDASRWNNDPTQIPMQVDYDDVLKRYYEDLMKADESGDASSVQEDRVVSFKAYQEFKEKGNAIDVNTYGEYLSRIEGQREANNPNLEVIPAGFYGTTETMKLKWANLQKLEEETILKIIMGQAPVDEFDKFVDTWKRTGGDEITEEVNEMSSR	PGPT0017245_1467	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04532	951	yteP_50	COG4209	putative multiple-sugar transport system permease YteP	ATGGCGCAAGTGGAAACAACCGTCAATCAAGAGCCGGAAGTACGATACCGGAGGAAAAAGAAACGTAAAACCTTTGACGAAATGACCTATCATGCGATGCTGCTGCCTGGCATGGCCATGCTGTTCATTTTCTCGATTGTGCCGATGTTCGGGGTGGTCATGGCTTTTCAGAAGTTCATCCCCGCGAAAGGAATACTCGGTTCCGCATGGGCAGGTCTCGACAATTTCACGTATATGTTTCAATTGCCGGATGCCAAGCAGATCTTCGTCAATACGCTGGTCATCGCGGTCGGGAAAATTGTTCTCGGATTGATTGTGCCGATCGTATTCGCCCTGCTGCTGAATGAGGTGCGTCTGAAGCTCTCCAAAAGCACGATTCAAACCATTGTGTATTTGCCGCATTTTATGTCATGGGTGGTCCTGGGCACGATGCTGACCATGATCTTTTCCTTTGATGGCATGATTAACAATTTCCTTGAGTTTCTGGGGCTGGAGCGGATCATGTTTCTGGCAAGCAACGACTGGTTCAGGCCGCTGCTCATCGTGACGGATACCTGGAAGGAATTCGGTTACGGGACGATTGTGTACTTGGCTGCATTGACGGCGATTAATCCGGCTTTGTATGAATCCGCCGCAATGGACGGCGCAAGCCGCTGGAAGCAGACCCTGAATATCACGCTGCCGGGCATGTTTCCGACGATCATCCTGCTGGGCACGCTGAGTCTCGGCAATGTGCTCAATGCGGGATTTGACCAGGTGTTCAACCTGTATAATCCGCTGGTCTACGAGACGGGTGATATTATCGATACGTTTGTGTACCGCATGGGTCTGATCAATATGCAGTATTCGTTCGCAACGGCCATTGGACTGATGAAGTCGGTCATCAGCTTTGTTCTGATCGTTATATCCTACAGGCTGGCCTCAAGGTATGCGGGGTACAAGATTTTCTAG	MAQVETTVNQEPEVRYRRKKKRKTFDEMTYHAMLLPGMAMLFIFSIVPMFGVVMAFQKFIPAKGILGSAWAGLDNFTYMFQLPDAKQIFVNTLVIAVGKIVLGLIVPIVFALLLNEVRLKLSKSTIQTIVYLPHFMSWVVLGTMLTMIFSFDGMINNFLEFLGLERIMFLASNDWFRPLLIVTDTWKEFGYGTIVYLAALTAINPALYESAAMDGASRWKQTLNITLPGMFPTIILLGTLSLGNVLNAGFDQVFNLYNPLVYETGDIIDTFVYRMGLINMQYSFATAIGLMKSVISFVLIVISYRLASRYAGYKIF	PGPT0017250_2488	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04533	888			hypothetical protein	ATGATTCAATCCAAAACGCTGGGCTCAAGGCTGTCCCGCCTGATGATTATGCTCGCGCTCGTTCTAATTACATTTGTGTCGCTGGCTCCCATCGTCAATACGATTATGGTGTCCGTCAGCAGCAGCACGGCTGTGAATGCCGGCCGGGTCTACTTTTTTCCGGTGGAGCTGAACTTCTCATCCTACGGACAGATACTGAATGACACGAAGTTTTGGAAAGCGTTCCTCATATCCGTGGAACGGGTGCTGCTTGGGGGAGCGATCAACATGATCTTAACCATCCTTATGGCTTACCCATTGTCACGGAGCGTCACGCAGTTCCGATCGAGAAACAAATACATGTGGATTATCGTGTTTACGATGCTCTTCAGTGGAGGGATCGTCCCCTGGTATATGGTGATCAGCAAGCTGGGGTTGATCAACAGCATCTGGGCGTTGGTTCTTCCAGGTGCGGTTCCAGTCTTCAACGTGATTCTCCTTATGAACTTCTTCAAGGGAATTCCGAAGGAGCTGGAGGAGGCCGCATTCATTGACGGTGCCGGTCCGCTGAAAATCCTGCTCAAGATCTTCATCCCGATCTCCATGCCCAGTCTGGCGACCATTACGCTATTTGTCATCGTCGGTCACTGGAACAATTTCTTTGACGGGATCATCCTGATCAATGACAGCGAGAAAATACCGCTTCAGACCTATCTGCAGCAGCTCAGCCTGACGCGCGACCAGATGCAGAATCTCTCGGTCGAACAGCTTCAGCAGTTCAATAAAATCTCCAACACGACCCTAAATTCTGCCAAAATTCTGGTCTCCATGATTCCAATTCTGCTCATCTATCCATTTTTGCAGCGTTATTTAATCCACGGAATCGTCCTGGGGGCCGTGAAGGAATAG	MIQSKTLGSRLSRLMIMLALVLITFVSLAPIVNTIMVSVSSSTAVNAGRVYFFPVELNFSSYGQILNDTKFWKAFLISVERVLLGGAINMILTILMAYPLSRSVTQFRSRNKYMWIIVFTMLFSGGIVPWYMVISKLGLINSIWALVLPGAVPVFNVILLMNFFKGIPKELEEAAFIDGAGPLKILLKIFIPISMPSLATITLFVIVGHWNNFFDGIILINDSEKIPLQTYLQQLSLTRDQMQNLSVEQLQQFNKISNTTLNSAKILVSMIPILLIYPFLQRYLIHGIVLGAVKE	PGPT0017255_1754	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04534	1164	araR_7	COG1609	Arabinose metabolism transcriptional repressor	TTGAAAGACGCAGCTTCCGCAAAGCCGATGTATGAACAGATTTTTAACGAGATGAAGCGAAAGATCTCCACACATATTTTCCGCATTGGCGATAAAGTCCCTTCGGAGAAGGAACTCGCGGACGAATACGGAGTTAGTCGAATCACAAGCAAGAAGGCATTAGATATGCTGGCGGCTGAAGGCGTGATTGTGCGTAAGCCGGGCAAGGGATCCTTCGTAGCTGACCCGGATGAGCCCGTGGCACAGAGGGAAACATTTTCCTCGGAGGGCGGAGTTGTCAGAGCAGCTAGCCAAGAGAAGATGATCGGTCTTGTCATTACAGACTTTTCGTCAAGCTACGGAACACGCCTTGTTTACAGCATGGAGCAGTATTCGAGAGAGAATGACTGTTTTCTGGTACTGCGCAGAACGTTTGGAGACCAGGATAATGAGGAATTATCCATTCAGAAGCTGCGCAATCTCGGCGTGAACGGTCTCATCGTTTTTCCCGCTCAGGGGGAATATTTCAATGCCGAAATATTAAAGCTGGTCATTGCCCGTTTTCCGCTTGTCCTGATTGATCGCAAGCTGAAGGGAGTCGCAGCCGCTTCCATCAGTACAGATAATCTGGGAGCAGCCGTTCAGGTAGTGGAGCATTTATTTGATTTGGGACATCGTTATATATCCCTGCTGTCTCCTCCACCTAGGGACACGACAGCGGTGGAAGAGCGGATTGAAGGGTTCGTGCAGGCTCATGCCGCTCGGGGCATCGCGTTTGATAAGGAGATCTGGATTAGTGACGTGACGGCTACTTTGCCTAATGCCTTCTACGAGAGCAATATTGAACGGGAAATCCAGCGGATCGTTCAGCACTTGCAGGATCACCCGGCAATTACTGCCTTTTTTGCGATCGAATATAACATTGCTTTGCTGGCCAAGGTCGCGGCAGAGCGCCTCGGTTTGCGGGTACCGGAGGATTTATCCATCGTATGCTTTGACAGTCCGCAGCTGAATATCGGTGAGGGCTATTTGTTTACCCATATGCGGCAGAACGAGGAAGAAATGGGGAGGCTGGCGATTGAGACGGTACTCGGCATCATGAATCACGATGATGTAGCAGTTGAGAAGCGATTGCCTGCGGAATTGGTGGTTGGAGCATCTACCGGTCCTGTAAAGAGTCGGTGA	MKDAASAKPMYEQIFNEMKRKISTHIFRIGDKVPSEKELADEYGVSRITSKKALDMLAAEGVIVRKPGKGSFVADPDEPVAQRETFSSEGGVVRAASQEKMIGLVITDFSSSYGTRLVYSMEQYSRENDCFLVLRRTFGDQDNEELSIQKLRNLGVNGLIVFPAQGEYFNAEILKLVIARFPLVLIDRKLKGVAAASISTDNLGAAVQVVEHLFDLGHRYISLLSPPPRDTTAVEERIEGFVQAHAARGIAFDKEIWISDVTATLPNAFYESNIEREIQRIVQHLQDHPAITAFFAIEYNIALLAKVAAERLGLRVPEDLSIVCFDSPQLNIGEGYLFTHMRQNEEEMGRLAIETVLGIMNHDDVAVEKRLPAELVVGASTGPVKSR	PGPT0017490_77	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_04535	1248			hypothetical protein	ATGAATTTTGAGTATGCATTTGGTGTTGGATTGACCTTTATTCAATACCTCCTACTGTTCTTCTGGGCATATTGGATGCTGATCAGTCTCTTTGGCTTTGGAAAACCCAAGAAACTGAAAGAACATAAGCCTTTGAAAAGATTTCTTCTGATGATTCCTGCACACAACGAGGAAGCGGTTATCGGACACCTTGTAGAGAATCTTCATAACATGGACTACCCGAAAGAGCTCTATGAAGTGTGCGTTATTGCTGATGGATGTAAGGATAAAACAAGTGAAATCGCTGGAAAACTTGGTGCTACCGTTATTGAACATACATACCTGCCAGGAGAGCAAAAGGGGAAACCATATGGAATCAAATACGCAATTGAGCAGTATGGCGACAGGTTAATCGATGATTTTGACGGTATCGCCTTCTTCGATGCCGACAACCTCGTCTCGTTGAACTATTTAAGGGAAATGAATAACCACTTGTTGAACGGGGATCAATTAATACAATGTTACCTGGATTCCAAGAATCCAGATGACAACTGGGTGACCATAGGTTACTCCGTAAGCTACATTTTCATGAACCGCTCTTGGCAGCTTGCCAAGTCCAGATTGGGGTTAGGAAACGCGATCGGTGGAACCGGGTTCTGCGTAGACACGACTCTATTCAAAACGATCGGTTGGACCGCTCGATCCTTAACGGAAGACCTTGAGTTTACTATGCAGTGTTTGCTTGAAGGGGTACCAGCTAAATGGTGTCACTTTGCGCGCGTGTACGATGAAAAGCCGGAAAGCTTCAAATCTTCCTGCATTCAACGTCTCCGATGGGCAAGAGGGCATTGGGATGTCTGCTTCAAATACGCTCACAAATTAATTTGGAGATTCATTAGCAAGCTGGACTTCAAAGCTTTTGATGGTTTTATGTACCTTATTAATCCTGGCAAAATTGTTTTGAGTGCAACCACTGGTCTCCTTGTTCTCATGTCTATGGCTACCGACTTATTAGATGCTCATCATTTGATTCCTTGGCAAGTTTGGGTGATGTGCTTGTTATTCCAATTCATTTATGTAGGATACGCACAGTTTCTTGACTCGAAAAATAAAGTAAGCCTCTTTCGGAGCTATGCATACCTGTACTTCTTCAATCTAACTTACGTCCCGCTGTTCCTTTGGTCACTCATTACGATGAAGAACGTGAATTGGAATCCTACAAAGCATACAAGAGCTATTCATTTGAGCGATATTGAAGTAGAAAAATAA	MNFEYAFGVGLTFIQYLLLFFWAYWMLISLFGFGKPKKLKEHKPLKRFLLMIPAHNEEAVIGHLVENLHNMDYPKELYEVCVIADGCKDKTSEIAGKLGATVIEHTYLPGEQKGKPYGIKYAIEQYGDRLIDDFDGIAFFDADNLVSLNYLREMNNHLLNGDQLIQCYLDSKNPDDNWVTIGYSVSYIFMNRSWQLAKSRLGLGNAIGGTGFCVDTTLFKTIGWTARSLTEDLEFTMQCLLEGVPAKWCHFARVYDEKPESFKSSCIQRLRWARGHWDVCFKYAHKLIWRFISKLDFKAFDGFMYLINPGKIVLSATTGLLVLMSMATDLLDAHHLIPWQVWVMCLLFQFIYVGYAQFLDSKNKVSLFRSYAYLYFFNLTYVPLFLWSLITMKNVNWNPTKHTRAIHLSDIEVEK				NA	NA	NA	NA	NA
JZ016_04536	1356			hypothetical protein	ATGAAATCTCAGCTCAACAACCCAGCTTCAACAGGAAAAAATGATCGGTTTTCCTCTGCTGGATTTATTCTGGCCGCGATCGGGAGCTCTGTCGGCCTCGGAAACATGTGGAAGTTCCCTTACATTACGGGAGAACATGGCGGTGCAGCATTCTTCCTGCTCTTTATCGTCTGCCTCATCGTGATCGGTTTGCCTGTCCTGCTGGCAGAACTCGCCATTGGACGAGCTGGCCGCGGGAGTGCCGCAACTTCCTTTGTCAAAGCGGGCGGACCGAAAGCCTTCGGGCACCTGGGATTGCTCCAGGTTATTGCACCATTTCTCATTCTGACCTTCTATGTCATTGTGGCAGGCTGGACGCTTCATTATGCGGTCATGTCATTTAGCGGCAATCTGTACAACAACACCGATTTCGGTGGCCAATTTACTGCGTTTACGGAAGGTTACATGCCGATTATATGGCAAATCGTCGCTATTGCGATCTCAGGATGGGTGGTAGCTAAAGGCATCTCCGGAGGAATCGAAAAATTCAACAAGGTTCTGATCCCGGGCCTGATCATTCTGTTGATCGTATTAATGATCCGCGCGGTAACCTTGCCTGGAGCCGGCGAAGGCATATCCTTCTTCTTAAATCCTGATTTCTCGAAGCTGAGCCCGGAAGCGGCGCTGGTCGCGTTGGGACATGCCTTCTTCTCCCTCTCGCTGGGGATGGGGATTCTGTTGACCTACGGCGCTTATGTGGATAAGCGGCAATCGCTAGGTCCGGCAACCCTCGCCATCGGCGCGGGCGACCTGATTTATGCGTTTATTGCCGGGCTTATTATATTCCCGACAACCGCTTCCTTCGGGATCGAGCCCAATGCCGGCCCTTCTCTTGTCTTCATTGCCTTGCCGGCTGCCTTCTCGGCCATGCCGCTGGGTTCTTTTTTCGGGGGATTGTTCTTCATACTTCTAGCCATCGCCGCCTTAACCTCTTCCGTCTCATTGATGGAGGTCCCAACCTCTTATGTCATGGACCGCTGGAATTGGGGACGTACCAAAGCTGTATTGGTCATCTGCGCGCTGGTTATGCTGGTCGGTCTACCCTCCGCGTTGTCATTCGGCATCGTACCCGGGCTTACTGATATCGGCGGCAAAAACTTCTTTGACTGGCTGGATTTCGTCACATCGAACATTCTGCTTCCGCTCGGGGGGCTGATCACCACTATCTTTGCAGGGTACTTCTGGAAGAGAGCGGCAGATGCCGCCGGCCTTAAAGCCGGCTGGTTCCGGGTATGGCTGTTCATGCTCCGTTACATCGCGCCGGTTCTCGTATTACTGGTGCTGCTCCATACCACGGGCGTGATCAAGTTCGATTAA	MKSQLNNPASTGKNDRFSSAGFILAAIGSSVGLGNMWKFPYITGEHGGAAFFLLFIVCLIVIGLPVLLAELAIGRAGRGSAATSFVKAGGPKAFGHLGLLQVIAPFLILTFYVIVAGWTLHYAVMSFSGNLYNNTDFGGQFTAFTEGYMPIIWQIVAIAISGWVVAKGISGGIEKFNKVLIPGLIILLIVLMIRAVTLPGAGEGISFFLNPDFSKLSPEAALVALGHAFFSLSLGMGILLTYGAYVDKRQSLGPATLAIGAGDLIYAFIAGLIIFPTTASFGIEPNAGPSLVFIALPAAFSAMPLGSFFGGLFFILLAIAALTSSVSLMEVPTSYVMDRWNWGRTKAVLVICALVMLVGLPSALSFGIVPGLTDIGGKNFFDWLDFVTSNILLPLGGLITTIFAGYFWKRAADAAGLKAGWFRVWLFMLRYIAPVLVLLVLLHTTGVIKFD	PGPT0013950_2014	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013950-TC_NSS-K03308	NA	NA
JZ016_04537	228			hypothetical protein	ATGATTCAAAGCTTAACCCGGATTAATGAATTGGCTAAAAAACAGCGGGAGGGCACACTCACTGCTGCGGAAAAAGCCGAACAGCAAGTTTTGCGCACGGACTATCTGCATGAAATTCGCGGACAGGTGCTAAGCACCTTCTCGGGATTAAGCATCGTGGATCCCGCCGGAAATGACGTGACACCTGAGAAACTTCGTAATGAGCAGAAGAAGCTGAGAGAAAACTAA	MIQSLTRINELAKKQREGTLTAAEKAEQQVLRTDYLHEIRGQVLSTFSGLSIVDPAGNDVTPEKLRNEQKKLREN				NA	NA	NA	NA	NA
JZ016_04538	558			hypothetical protein	TTGGAAGTGCAGCATGAGCAAGAATTAGAGGTCAAACTCGCCAAGAAGGGAAACCATGAAGCGTTTATCAAGCTTATAAAGCCATTAGAACTGCAAATGTACAACATAGCGAAAGCCATACTCCGACACGACGAGGATTGTGCAGATGCCATGCAGGAAGCCATATTAAAAGCATACAAGTCACTCCCGAGTCTAAGACAAGCGCCCCTATTTAAAACTTGGTTGCTTCGCATCCTGATCAATGAATGCAACATGATCCTGCGTAAAAAAAGCCATGTGATCCCTTTGCTCAACCTGGATCAAGCCGAACATATTACACCAAGCCTTGATGTCAATATCGATTTGCGAGAGGCGGTTTACCGGTTGGAGGAAGTATCCCGTACCATCATTATCCTGCACTATTTTCGTGACCTGCCAGCGGCTCCGGCAGCACTCTTAAATACACGTACATGTATGAGCCGTTCCCAACTAAACCGAAATCCATCACGATTAGACCCTTTGTGTATAGTGCAGAGCATAAAATATATATACCGGAACTTGAATTCCATTTGCCTGTAG	MEVQHEQELEVKLAKKGNHEAFIKLIKPLELQMYNIAKAILRHDEDCADAMQEAILKAYKSLPSLRQAPLFKTWLLRILINECNMILRKKSHVIPLLNLDQAEHITPSLDVNIDLREAVYRLEEVSRTIIILHYFRDLPAAPAALLNTRTCMSRSQLNRNPSRLDPLCIVQSIKYIYRNLNSICL	PGPT0014960_10402	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04539	1296			hypothetical protein	GTGACTGACTTTTTCCTGGTCGTCTCCATTATCAGTATATGGATTGCCGTGCTGGAATCGATCATTATTATGGCCGGGGCCATCGTGTTCATTCATAAACAAAACCGGCAGAAGCTGGTGAATCCGGGCAATCTGGAGGATTTCCCCACCGTGACGGTCATGGTGCCCGCGCATAACGAGGAATTGGTCATCCAGGCAACGGTAGAACACATTCTGCAGATGAATTACCCGCATCACAAAATGCAGGTGATTGTCATCGCCGACAATTGCAAGGATCATACGGCCGAGCGCTTAAGAGCGCTGCAAGCCAATGAACGCTACCGAGACCGCGACTTTCTTATTCTGGAGAGAACCGGAACCGGCGGCAAATCGGGCGCCCTGAATGATGCGCTCAAACTGGCAACAGGCGAATGGATCTGTGTCTACGACGCGGATGCCGCACCCGAGAAAAATGCGCTGCTATTCCTGACGCAGAAAGCGATGGAGCAGCCCGAACGCTATGGGGCCGTCTTCGGCCGCAACAAGGCCCGGAACCGCGGACAGAATTTTCTGTCCCGCTGTATCAATCTGGAGTTGGTGACCATTCAGCGCGTGCATCATACCGGGTTATGGCAGCTGTTTAAGCTGGGTACCATCCCCGGCACGAACTTTATCGTGAAAACCGCGCTCATTCAGGACATCGGCGGATGGGATGAGCATGCGATCACCGAAGATACCGCAATTTCGTTCGAGATCCTGACAAGAGGCCAGCTGATTGCACTGGCACCCCAAGCTGAAGCTTATCAGCAAGAGCCCGAGGACCTGAAGGTGTACATGAAGCAGCGCGAACGCTGGGCCAAAGGCAACTACAGCGTCGTCACGGATAACATTCATCATCTGTTCGATCGGACAAGCTGGCGGATTAAGCTGCATGTGCTGTATTACGCGGCCAGTTACTTCTGGTTTATGATTGCCATCATCATCTCGGATATTATATTTGTGACCAATATTGTATATCAGATCATCGCGCTGTTTAATCCGGCCGTCGTCTCTCCCTTCAGGTTCGAGGGCGATGTCTATATGTATCTCATTATTGCCTGGGCCTTAATGTATTACATCTACGTCCTGCAGATTAACCTGGCGCTCGCAACGGACATCGGCCAGAGCAACACACGCAATTTCATTCTATCCTGCGTGTCGTACTTCACCTACGCCCAGCTGTTCCTCATCATATCTGTCAAAGCCTTCTACTCCATGATTGTTGATAAGATCACGGGCAGGGAGTCCAAGTGGTACAAGACGGAGCGGTTTGGATAG	MTDFFLVVSIISIWIAVLESIIIMAGAIVFIHKQNRQKLVNPGNLEDFPTVTVMVPAHNEELVIQATVEHILQMNYPHHKMQVIVIADNCKDHTAERLRALQANERYRDRDFLILERTGTGGKSGALNDALKLATGEWICVYDADAAPEKNALLFLTQKAMEQPERYGAVFGRNKARNRGQNFLSRCINLELVTIQRVHHTGLWQLFKLGTIPGTNFIVKTALIQDIGGWDEHAITEDTAISFEILTRGQLIALAPQAEAYQQEPEDLKVYMKQRERWAKGNYSVVTDNIHHLFDRTSWRIKLHVLYYAASYFWFMIAIIISDIIFVTNIVYQIIALFNPAVVSPFRFEGDVYMYLIIAWALMYYIYVLQINLALATDIGQSNTRNFILSCVSYFTYAQLFLIISVKAFYSMIVDKITGRESKWYKTERFG	PGPT0015297_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0015297-ydaM-NA	NA	NA
JZ016_04540	144			hypothetical protein	ATGTCGTATACCAACTGGTTTATCCCTCTGTGCATCGGGGTCAGCATCATGTTCTCCATAGCCATCGTAATTCTGACGATGGCCACCTTAAGCTTCCGTTCAAAAGTCAAACGAAAATACGATCGGGGGAAGTTCAGTGACTGA	MSYTNWFIPLCIGVSIMFSIAIVILTMATLSFRSKVKRKYDRGKFSD				NA	NA	NA	NA	NA
JZ016_04541	876			hypothetical protein	ATGAAAAAATCCACCCCTTTACGTCGCGTCGAATTCGGTTATTTTCTGCTGATTGCCCTCGCCATCGTCCAGCAGTTGTTCATATTTTGGAACATCTATGTAAACCAAAGTTTTACTTTCACGGAATTCCTGTTCAGCGTTGGCACACTAGCCGCCTTATTGATCGGTTTCTTTCTTCCGGTAGGCGTGTCGACGGTGGCGGTTTTTGTGTATCTGGTCACTTATTTCGTATGGTTGTCCACGCTGGCCCCGGTCAATGCACTCACGCTGGCCTGGATTCTGCTGCTGCCCGCCAATACCGCCATTGCCATCTTCATCAAGCTGGCTCTGGTGAGAAGCCGGAGGTTCATCCGGCGTCTCGAGCAATTGAGGAAAACCAACCCGGATATCGACATCGACACCTCGCTTGGCAGCAAGGATGCTTTTGAAAGCACGCTGGTGAAACAAGCCAATCTGGCCAATCGGTATGCGGATCAGTACAGCTTCTGCATCATGATGTTTAAGCTCGATTTTCTCCCCCTGACCAGGGAGTCTGTCGGATCCCACCGTTTTGCCAAGCTGATTATGGAACTGTCGAGCACAATTCAGAAGCAGATTCGTTACGAGGACTATAAATTCTCTATTGGCGAAGGACGCTTTATCATTCTGTGCCCGCTCACCAAGCCGGAGTACCTCAAAAGCCTCATGGACCGCATCAAAGTCGCCATGATGAACGTACCCTTCCGTGACAAGAAAGGCATGTCCCTCAAGCTTGTGGTCCGTGCCGGCGGCCTTGTGTTCCAGAAGGAGCAATTCAGCCGATACGAAAATATCGATGACGTCATCTCTGCATTAGAACGGAATACCGAAACCGATCTCATCGGGGAATACATTTAA	MKKSTPLRRVEFGYFLLIALAIVQQLFIFWNIYVNQSFTFTEFLFSVGTLAALLIGFFLPVGVSTVAVFVYLVTYFVWLSTLAPVNALTLAWILLLPANTAIAIFIKLALVRSRRFIRRLEQLRKTNPDIDIDTSLGSKDAFESTLVKQANLANRYADQYSFCIMMFKLDFLPLTRESVGSHRFAKLIMELSSTIQKQIRYEDYKFSIGEGRFIILCPLTKPEYLKSLMDRIKVAMMNVPFRDKKGMSLKLVVRAGGLVFQKEQFSRYENIDDVISALERNTETDLIGEYI				NA	NA	NA	NA	NA
JZ016_04542	900	sigJ_8		ECF RNA polymerase sigma factor SigJ	ATGTTATTGGATCAAATCTATACCGAATACAAGCCGATGATGTTCGGCCTGGCTTACCGGATGCTGGGGAGTGCAGCGGATGCGGAGGACATCGTACAGGATGTTTTTTCCCAATTCGTGCAGATGGATCGGGGAGAAGTGCTGAACGAGAAAGCGTATTTGGCCAAAATGACAACGAACCGCTGCATCAACCTGTTGAAATCGTCCAGACGCCAGCGCGAGACGTATACCGGTCCCTGGCTCCCGGAGCCGATGCCGGATTATGACATGCTGACGCGGTCCGATCCTGCGGAACGCCGCGAAACGATTGGTTACGCCTACCTCGTGCTGCTTCAGCGGTTAACGCCGCTGGAGCGTGCCATTTATATCGCCAAGGATACGCTGGGTCTTGAATACCCGATCATAGCGGAGATGCTTGGAAAGACGGAGATCAGCTGCCGCAAAACCTTCAGCCGTGCCAAGCAGAAAATGGGCCAGGCCACGGAAAGGGCTAATGGAGAAACCGCCCGGACGGAAACGCAGGAACGCTTCGTTGAAGCATTCCTGCGGGCGTCCGATATGGGCAATTTTAAGCCGCTGCTGTCTTTTTTGAAGGAAGAGGTTACGCTGCTATCGGATGGCGGCGGCAAAGCGAAGGCTGCCATTAATCCGATACTGGGCGTGGAACGGGTACGTGCGTTTTTCGAGGGGTTGTCTGCCAAAGGCTCGTTCCGAGAAGGCTTTGAGCCTGTTTCCGTAAACGGAGAGCCCGGCTTATTGCTGAAGCGGGACGGCAGGGTCTCCATGGTGCTAACGGTAGAGTGGGAACCCGACTTATCCCGCATCAGCCAGATTTTCCTTGTGGTGAATCCGGATAAATTGCAGCTATTTAATCAAAACAGCCCGGGAACAGCCCTGTAG	MLLDQIYTEYKPMMFGLAYRMLGSAADAEDIVQDVFSQFVQMDRGEVLNEKAYLAKMTTNRCINLLKSSRRQRETYTGPWLPEPMPDYDMLTRSDPAERRETIGYAYLVLLQRLTPLERAIYIAKDTLGLEYPIIAEMLGKTEISCRKTFSRAKQKMGQATERANGETARTETQERFVEAFLRASDMGNFKPLLSFLKEEVTLLSDGGGKAKAAINPILGVERVRAFFEGLSAKGSFREGFEPVSVNGEPGLLLKRDGRVSMVLTVEWEPDLSRISQIFLVVNPDKLQLFNQNSPGTAL	PGPT0014960_1940	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04543	447			hypothetical protein	ATGGAACTGCGAATGAATTACCGATCAGCCAATCCCGAAGCCTTCAAAACCCTGCTTGCCCTGGAGCAAGCGGCCCAAAAAAGCGGACTCGATCACAAGCTGTACGAGATCATTAAGCTCAGGGCATCCCAGATCAACGGCTGCTCCTTCTGCGTGGATATGCATTCCAAGGATCTGCTCTCCATGGGCGAAAGCGTGGACCGCCTCCTCCTTCTGCCCATGTGGCGCGAAGTCCCGATATATTCAGACGAAGAACGGGCTGTCATCGAACTGACGGAGTGCGTGACCAAGCTGTCCGAGGCTGGCGTTCCTGTAGAGGTATACGAACGCGTCCGCAAGCATTTTGACGAGAAACAATTCGTCGATTTGGTCATGGCGATCACAACGATCAATGCCTGGAACCGGATCGGTGTCGCTACAGGGCTGTTCCCGGGCTGTTTTGATTAA	MELRMNYRSANPEAFKTLLALEQAAQKSGLDHKLYEIIKLRASQINGCSFCVDMHSKDLLSMGESVDRLLLLPMWREVPIYSDEERAVIELTECVTKLSEAGVPVEVYERVRKHFDEKQFVDLVMAITTINAWNRIGVATGLFPGCFD				NA	NA	NA	NA	NA
JZ016_04544	1650			hypothetical protein	TTGGAACGTTTTGAGGGCAATTTGAAAAACCAGATGAAAACGGCGAATAACGTGTCTTATCCTGATTTTGACCGGATGTGGAGCAGTATCCAGCACAATGAACTGAAGGTGGCCGGAGGTGAATCGATTCCGCTTCGTCCGCGAAAACGAAAGCGGATTGCAATCATTACCGGGATATCCGTCGCCTTGATGGCAACGCCGGTCTATGCAGCCCTGAACTATGATTGGTCCAATCTCCTGTCTTACAGGGCCGGTATCCAGACTGCATTGGAGCAGGGGCTTGGCCAGACGATTGAGCAATCCGTTACAAAGGATGGCATAACCTTAACAGTGCACACGGCGTTTATCGATGAGAACCGAACGTTCCTGCTCTACAGTCTGGATCCAGGTTCATCACGAGCTGGCGAGCAAGTAGCCTTTGATCATATTGGACTTAAAGATAAGGAAGGGAACTCTATCGAGGGCCATTATTCCCATCAGTGGAACGCGGATGCAGGCGTATTCCAGGGGTATTTTGAGACCGATTGGGTGGCTGACGGCCAATCGGCGGATATTGAGTTTGCCATGGAGAATATCCACTTTACCGGCGATGGAATACAGTCCATCAACTACGACCCTAACGATCAAAATACACAGGTATTCCCTATTCAGAAGGATGGCATCGACAGCGTAACCCTGCAATCTTTCGAACAAGCCGAAGGAAATGTCCTGCTCCAATCGGCCATTACATTTATGGATCCCGAAATGAATAGCAGAAGCTGGGTACGAATTCAGGCGATCGATGACAAGAAAGAGATGATTAAGGAGGTTAAACCCCCTACTTTTGGAACCCCGGCAGCCTCCGGAGAATACCTGAGCCAGCAAGTATTCAAGTCTGACTCCCTACGTTCTGAGGGAACGAGGTTCCAGCTTGCTTACGATCGCACGCTTGAAACCGCAGAGGGTACTTGGAGCTTAAATATGGCCTTGTCCAAGAAGCAAATGGACAACGGCACATTTAAAGAAGCGCTGAATATCCCTGTTGATCAAGTTCCTGGAGGAACAAAAGTCCATGAAATGATTGTTACGCCGACCCAAGTAAGGCTGATCCTGACCCATGAAGAAAAGTATACCCGTGTTCCTTACATGAATTATCAACTGGATGTAGGCGGGACGCTGTTGGACGGAGGTATGTGGTTTGTTCAGGGGCAACCCAGAACAACGGAGCTGCGCTTTGAAATGGCCGGACTGAATGCGGCCTCCCTGGCGAACCAGCCGGTGTCCCTGATCGCCAAGCACCGCGTTGATGAACATGCCGGAGACAAGAATCCAATCCGCTTGACCGGCATCTCAGCTGAGCATCAAAGCTTAACGTCCAACATTGCAGGTTATCCGATCACATGGACCTATTACATGAAGGACAATAATCTCTATGTGGAATCCTTCAGCTCCGACCCGACGTTCGGCGGCGTCAACCAAACCTATTATCTTGACGGTGAAGACCGAAATTATGGCATGCCGGCCATGATCGGCCTGCTCGGCGATGACAACAATAAACATATGGACGTGTATGAGAATTTCGACAAGACCGAGCTCAACATTTACGCTTGGAACTATACCACCCATAAACGGGACGATGTCCTGCGCGTTCCGCTTAAGGCCGGAAAATAA	MERFEGNLKNQMKTANNVSYPDFDRMWSSIQHNELKVAGGESIPLRPRKRKRIAIITGISVALMATPVYAALNYDWSNLLSYRAGIQTALEQGLGQTIEQSVTKDGITLTVHTAFIDENRTFLLYSLDPGSSRAGEQVAFDHIGLKDKEGNSIEGHYSHQWNADAGVFQGYFETDWVADGQSADIEFAMENIHFTGDGIQSINYDPNDQNTQVFPIQKDGIDSVTLQSFEQAEGNVLLQSAITFMDPEMNSRSWVRIQAIDDKKEMIKEVKPPTFGTPAASGEYLSQQVFKSDSLRSEGTRFQLAYDRTLETAEGTWSLNMALSKKQMDNGTFKEALNIPVDQVPGGTKVHEMIVTPTQVRLILTHEEKYTRVPYMNYQLDVGGTLLDGGMWFVQGQPRTTELRFEMAGLNAASLANQPVSLIAKHRVDEHAGDKNPIRLTGISAEHQSLTSNIAGYPITWTYYMKDNNLYVESFSSDPTFGGVNQTYYLDGEDRNYGMPAMIGLLGDDNNKHMDVYENFDKTELNIYAWNYTTHKRDDVLRVPLKAGK				NA	NA	NA	NA	NA
JZ016_04545	534	sigW_8	COG1595	ECF RNA polymerase sigma factor SigW	TTGACGGAACGCGAGTTATTCGATTCTTATAACAAGGATGTGTACCGCACCTGCTACTATATGCTGCGGAACGCCCAAGATGCGGAAGACCTCTGCCACGATGTATTCGTCACTGTATTTCGCCAGGATTGGAGAAACGTTGAACATACGCGCGCCTGGATCATGCGCATCGCGATGAATCATTGCTTGAACCTGCTTAGAAGGAATCAGACCCAGCGAGACAAGCAAAGCCAGGTCGAGTGGCTCCACGAGCAGACCACGGCATCGGTTAAATCCGTAGATACCATCGTATTGGAAAAGGCAGCAGCGGCGGAATGGGAGAAACTGCTGCGGCAGCTTCCGGACAAGCTGATGGCGGTTGTCACGCTCCGCTATATCGGTGAACTGTCGTTGGCGGAAATCGCCGAAACGCTGAAGATTCCCGTCGGGACGGTTAAATCAAGGCTTCACAAAGCATTGAAAATCATGCGCAAAAAACTTGAACACCATAACGGCTTCTGGCTGAAGGGAGAGAACCAATTTGGAACGTTTTGA	MTERELFDSYNKDVYRTCYYMLRNAQDAEDLCHDVFVTVFRQDWRNVEHTRAWIMRIAMNHCLNLLRRNQTQRDKQSQVEWLHEQTTASVKSVDTIVLEKAAAAEWEKLLRQLPDKLMAVVTLRYIGELSLAEIAETLKIPVGTVKSRLHKALKIMRKKLEHHNGFWLKGENQFGTF	PGPT0014960_10507	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04546	2805	xyl3A	COG1472	Xylan 1,4-beta-xylosidase	ATGAAATATCCATTCCAGAATCCGGATCTTCCGCTGGAAGAACGGGTTAACGATCTTGTATCCCGATTTACCTTGGACGAGAAAATCGAATTAATGTGCCAATACCAGGCGGAAATCCCCCGTCTCGGCGTGCAAAAATATAAACATGGCACCGAAGGCGCTCACGGCGTGGCATGGCTTGGCGAAGCAACCGTGTTCCCGCAAAATACCGGGCTTGCGTGCACCTGGAATCCCGAGCTAATGCGGGAGATCGGATCCGTCATCGCGGAGGAAGCCCGCGTCTATTACCAGCGCGACCGGGCCATCAACGGATTGACCATCTGGGCGCCCACGGTGGATCTGGAACGCGACCCTCGCTGGGGACGCACGGAAGAAGCCTACGGGGAAGACCCGCATCTGACCGGGAAACTCGCCACCGAGCTTGTGAAGGGCATGCAGGGAGACCATCCCTTCTACTATAAAACCGTAGCTACGCTGAAACACTTCTACGGCAATAACAACGAAGTTGACCGCGGCAGCGCCTCGGTAAGCATCGATCCGAGAAACAAGCGCGAGTATTATCTGAAGGCTTTCGAGGCACCGTTCCGGGAAGGGAAAGCCGGTTCCATGATGACCGCGTATAACGGCATCAACGGCACGCCGTGCAACCTGAACCATGAAGTAAACGACATCGTCAAACAGGAATGGGGCATGGACGGATTCGTGGTTGGAGACGCGGGTGACGTTCTGGGCACCGTTATGGACCATCATTATGTCTCTTCCTATGCAGAGGCCGTTGCCGGCTCCGTTAAAGCCGGAATCGACAGCATCACCGACGACCAGGACATCTCCTTCCGCGCGCTCCGTGACGCATTGGAGCAAGGGTTATTGGAAGAGCAGGATCTCGATCATGCCATCCGCAATTCCTTCCGTGTCCGGTTCCGCCTCGGCGAGTTCGATCCGGAAGAACGGAATCCTTACAGCCATGTTCCGGAGTCAAAGCTCTGCACGTCCGAGCATGCCGAACTATCTCTGCGGGCCGCCCGGGAATCGATCGTGCTGCTGAAAAACGACGGATTGCTGCCCCTTCAGCGCGATCAGTTGAAATCCGCTGCTGTCATCGGGCCCCTGGCTAACGAAGCATTTACGGATTGGTACAGCGGCACGCCTCCATACCGGATTAAGCCGCTTCAGGGCGTGCAGGAGAAAATGCAGGACCGCAGCGTCCATTTTCATACGGGATTAGATCAGGTACGTCTTCGTTCTGCTGTTAGCGGCCAATATGTAGCCCTATCTTCGGAAGAGAATGGCCGGCTGCTTGCAAACACGGCTGAATCTACCAATGCAGCGGTGTTCGAGCGGAACGACTGGGGCTGGGGTTCCGTCACGCTCCGGCTCGCCAGCAGCGGCAAATTCGTAACCGAAACCGAAACGGGACTGCACGCAACGGCCGACGAAGCTCGTGGCTGGTTCGTAAAAGAGGCTTTCAGCTTTGAGGCGTTACTGGATGGAAGCTTTATGATGAAGAATTGGGAAGGCAAACCGATCCTGCTGGATGAGCATGGACGGCTTGTCGTTGGCGGTACCGAGGATACGGGAACGCCATTTGTCATCGAGACGGTTCAGGACGGCATCGCTGAAGCCGTCGCAGCGGCAGCATCGGCTGAAACCGCCCTGGTATTCGTGGGGAACAGTCCGTTCATTAACGGCAAGGAAACGATCGACCGTCCCGACATTACGCTCCCGCCCGCCCAGCAAGCCTTAATTCAGGCGGTGTACGAAGCTAATCCCAATACGGTGGTTGTCATCGTAGGCGGGTATCCGTTCTCCGTGAACTGGGAACAGGAGCATGTGCCATCCATCCTCTTCACATCTCACGCCGGGCAGGAGCTGGGCCATGCAGTTGCCGACGTTCTGTACGGAGATTACAATCCGGGCGGCCGCTTAAACATGACGTGGTACAAGTCGACCGAACAGCTTCCGGATCTGATGGATTACGACATCATCAAAGGGAAGCGGACCTATCAATATTTCGACGGGGATGTGCTGTACCCGTTCGGTCATGGTCTCAGCTATTCCCGCTTCCATTACAGCGGTCTGTCGCTAAGCCAGCCGAAAATCACGGCTGAAGGCAGCGTAACCGTCACCGTTGCCGTCAAGAATGAGGGCCAGTTGGCTGGGGATGAGGTGGTTCAGCTGTATGTGAAGGCTGGTTCCTCCCGCGTCATCCGTCCTCTCAAATCGTTGAAAGGCTTCCGTCGCATCCATCTGGCCCCGGGCGCTTCGGAAACGGTAAGCTTTGAGCTCAAAGCGGAGGATCTGGCCTTCTGGGATGTCACCCGGGATCGCTATTGCGTTGAAAAGGGAACCTATACGCTCATGGCTGGACCGTCCTCCAGCCAATTGCCGGTCACCGCAGCCCTTCAAGTCGAAGGGGAGACGATCCCACCACGCACGCTGCGCGAGCCTGCTCGAGCGGTGAATTATGACGACTACCAGGGTGTCTTCCTGGATGAATGCCGTGAAGGCGGCGAAAGCATCCGTTTAACCGGTGAAACGGGCTGGATCGCTTTCCATGACGTGGATCTCGGCGACGCTTCGGTAACGTTCCAAGCTAGGGTGAGCGGACATATCAAGGGCGGCGAAATCGTCATTACGACCGGCAGCCCGGATGGTCCTGCAGCTGGAAGCTGCAAGGTTCTGCCGACTGGGGGTCGCCAAGCCTGGACGACAGTCCAGTCCGAATTGACGGGATTAACAGGACGGTCTGACGTCTTCCTCATCATGCAAGGCGAAGTGCAAATCAGCTGGTTCCGCATAGCTTAG	MKYPFQNPDLPLEERVNDLVSRFTLDEKIELMCQYQAEIPRLGVQKYKHGTEGAHGVAWLGEATVFPQNTGLACTWNPELMREIGSVIAEEARVYYQRDRAINGLTIWAPTVDLERDPRWGRTEEAYGEDPHLTGKLATELVKGMQGDHPFYYKTVATLKHFYGNNNEVDRGSASVSIDPRNKREYYLKAFEAPFREGKAGSMMTAYNGINGTPCNLNHEVNDIVKQEWGMDGFVVGDAGDVLGTVMDHHYVSSYAEAVAGSVKAGIDSITDDQDISFRALRDALEQGLLEEQDLDHAIRNSFRVRFRLGEFDPEERNPYSHVPESKLCTSEHAELSLRAARESIVLLKNDGLLPLQRDQLKSAAVIGPLANEAFTDWYSGTPPYRIKPLQGVQEKMQDRSVHFHTGLDQVRLRSAVSGQYVALSSEENGRLLANTAESTNAAVFERNDWGWGSVTLRLASSGKFVTETETGLHATADEARGWFVKEAFSFEALLDGSFMMKNWEGKPILLDEHGRLVVGGTEDTGTPFVIETVQDGIAEAVAAAASAETALVFVGNSPFINGKETIDRPDITLPPAQQALIQAVYEANPNTVVVIVGGYPFSVNWEQEHVPSILFTSHAGQELGHAVADVLYGDYNPGGRLNMTWYKSTEQLPDLMDYDIIKGKRTYQYFDGDVLYPFGHGLSYSRFHYSGLSLSQPKITAEGSVTVTVAVKNEGQLAGDEVVQLYVKAGSSRVIRPLKSLKGFRRIHLAPGASETVSFELKAEDLAFWDVTRDRYCVEKGTYTLMAGPSSSQLPVTAALQVEGETIPPRTLREPARAVNYDDYQGVFLDECREGGESIRLTGETGWIAFHDVDLGDASVTFQARVSGHIKGGEIVITTGSPDGPAAGSCKVLPTGGRQAWTTVQSELTGLTGRSDVFLIMQGEVQISWFRIA	PGPT0019110_549	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_04547	273			hypothetical protein	ATGAGCATTTTAGATTCCGTTTCGTATACGAGATCGCCGCGATCGTTTTTCAACAGAAACATAAGAAATGATGGAGGTCCTACGTTTGCATTCATTATTTTTTACCGTGATCGTGACGGAGAAATGAATGATTATTTTTTGGATATGAATCAAGGGGGCTATGTTTTAAGGGGAGGAAAGAAAATGTATAAGATGGTCGATAGGGAAAAGGAGGTTTTTGATCAGCTATCTACATGGCTTTTTGAAAAAGCGGTTAGAATGCCTGTAACCTAG	MSILDSVSYTRSPRSFFNRNIRNDGGPTFAFIIFYRDRDGEMNDYFLDMNQGGYVLRGGKKMYKMVDREKEVFDQLSTWLFEKAVRMPVT				NA	NA	NA	NA	NA
JZ016_04548	750	fnr_1	COG0664	Anaerobic regulatory protein	ATGAAACAGAATCGTGCTGTAAGATCCGATGCATGGGATGGAGGGCTGTTTCCAGCAGGCACTTCCTCCGTCTATTCACAACCGCATCTCGCTCTGATCCGGGAATTGGCCGAGCCTGTCCGTTTGTTTGCAGGTGATTATCTATACCAGGAGAATGATCCTGCAGACCGGCTGTACTTTGTAAATCGTGGAAGCCTGAAGGTATCCAAGCTGCTGGAAGACGGATCGTCGGCCACCTTATCGCTTCACATTCCCGGCGATCTGTTTGGTGAACCCGATCCGTTCGGACGAGCCGTTCATCAATTCGAATCCAAAGCCTTGGAGGATAGTGAAGTCGGAATTGTGCCGCAGGCCGAACTGGATAAAGTCATCCGAACCAACGGTGACTTTGCCGTGGAGTATATGGGCTGGATGGCACTCATGCAGCGCACCGCGCAAAGCAAATTACGCGATCTGCTGCTGCATGGTAAATCCGGCGCCCTGTGCTCTCTGCTGCTGCGGCTGTACAATATGTACGGGACGAGCGGGACAAACAAGGAAACACGAGCCATCATCGGCAAGCGGATTACGAATCTGGAAATGGCGGAGATGATTGGTTCTACCCGTGAAAGCGTTAACCGGATATTGAACGAGCTTAAGGATCTTGGCGTCATTTCTACCGAACGGGGACGCATCGTTCTCAATGATCCCGACTATTTAAGGAATATTTGCCACTGTGAGGACTGTCCCCGAGAGATTTGCCGAATGTAA	MKQNRAVRSDAWDGGLFPAGTSSVYSQPHLALIRELAEPVRLFAGDYLYQENDPADRLYFVNRGSLKVSKLLEDGSSATLSLHIPGDLFGEPDPFGRAVHQFESKALEDSEVGIVPQAELDKVIRTNGDFAVEYMGWMALMQRTAQSKLRDLLLHGKSGALCSLLLRLYNMYGTSGTNKETRAIIGKRITNLEMAEMIGSTRESVNRILNELKDLGVISTERGRIVLNDPDYLRNICHCEDCPREICRM	PGPT0015075_536	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-CARBOHYDRATE_LIMITATION_SIGNALLING,PGPT0015075-clp|crp-K10914	NA	NA
JZ016_04549	1065	apbE	COG1477	FAD:protein FMN transferase	ATGTATAGGAAGCTTCTTTCCTACAGCAGCCTGTTGATCATGCTCACCCTGTTGATGACGGGATCGATTGGCTGCACAACCACAGCAGATCAGAAGGTAGCCGCCAGTAACGAGCCGGCAACCGAACGTTACTTTATATTCGATACCATTGTAAGTCTCCGCGTTTACGATGAACGGATGACGTCCCAGCATTTCGATGAGATAGGCGCACTGCTAGAGCGTATCGACCAACGCATGAACCGGAAGCTGGCGGGCAGCGAGATCGATCGGGTCAATCAAGCGGCGGGCCAATCCGAAGTGAGCGTATCCGAGGAAACCTTCAAGGTTGTCCAAACCGCCATCGATTACGCAGCGGCTTCAGGTGGACATTTCGAACCGACCATAGGTCCGCTTGTAGACCTCTGGGGCATTGGCGGTGAACACCCCATTGTGCCGGAAGAGGATGAACTGGATGCTGCCATGAAGCGAATGAACTATAAGGATGTCATTTTAAATCCGGCATCCCATGCCATCCTGCTGAAGAAAGGAGGAATGTCGCTGGATCTGGGGGCCATCGCCAAAGGGTATGCGGCGGACGTCATCGCAGATTATTTGCAGCAGCAGGAGTTTCATTCGGCCATCATCGACCTTGGGGGTAACATCCTTGCCATGGGATCAAAACCGAACGGTTCGCCGTGGAATATCGGCATCCAGGATCCTGGTAAAGATCGCGGGCAATCCCTAGGTACGCTTGAAGTCATCAATAAGACCATCGTGACCTCCGGCGTGTACGAGCGTTTCTTTGAAGCAGAGGGAAAAGTGTATCATCATATCCTGAGCCCTTTCACCGGTTATCCGGTCGACAATGACCTACTCAGCGTTACCATAGTGACCGACACGTCCATGGATGCTGACGCCATGTCGACCTCCGTCTTCTCGCTTGGACTAACGGAAGGGCGGAAACTGGTAGAGAGCCGCGGCGATGCCGAGGCTATTTTCGTCACCACCGATCATCAAATCTATCTCACCTCAGGTCTGACCCAAACATTTAAACTGACCAATGGCGATTACCAGCTTGCCAAATAA	MYRKLLSYSSLLIMLTLLMTGSIGCTTTADQKVAASNEPATERYFIFDTIVSLRVYDERMTSQHFDEIGALLERIDQRMNRKLAGSEIDRVNQAAGQSEVSVSEETFKVVQTAIDYAAASGGHFEPTIGPLVDLWGIGGEHPIVPEEDELDAAMKRMNYKDVILNPASHAILLKKGGMSLDLGAIAKGYAADVIADYLQQQEFHSAIIDLGGNILAMGSKPNGSPWNIGIQDPGKDRGQSLGTLEVINKTIVTSGVYERFFEAEGKVYHHILSPFTGYPVDNDLLSVTIVTDTSMDADAMSTSVFSLGLTEGRKLVESRGDAEAIFVTTDHQIYLTSGLTQTFKLTNGDYQLAK	PGPT0000430_617	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0000430-nosX|apbE|yojL|fmnB-K03734	NA	NA
JZ016_04550	381			hypothetical protein	ATGAAACGCGGAGATATTGGAATAGCGCTCGTGCTGATTGCGGTTGTCGCCTGGTTTGGAATATCCAAGTTTATGGGAGAAGACGGAGCGACGGAGGGAACCTATGCCATGATCGAGGTGAATGGAAAGCATTATGATACGGTGGCGCTTACGGAAGAGCCCCGAGATATAGAAATCCGGACGGAGCGGGGATATAACCTCTTGCGGGTCTCCCGCGAGGGTATCGAGATGGTGGAGTCGGATTGTCCGGATCAGCTCTGCGTGGGGTTCGGCCACGTTCACGACATTCATGACACCATCGTATGTTTGCCTAATCGCGTGTTCGTCGAAGTGACCGGAGATCAAGATGAAGGAAGTGAGCCGGATGCCGTTGTCTCCTGA	MKRGDIGIALVLIAVVAWFGISKFMGEDGATEGTYAMIEVNGKHYDTVALTEEPRDIEIRTERGYNLLRVSREGIEMVESDCPDQLCVGFGHVHDIHDTIVCLPNRVFVEVTGDQDEGSEPDAVVS				NA	NA	NA	NA	NA
JZ016_04551	564			hypothetical protein	ATGAAGGAAGTGAGCCGGATGCCGTTGTCTCCTGATCCCTATGCTCTCCGCAAGCTGGTCGTGATTGCCATCTGCGCCTCCTTATCGGTGGTGCTTGGCATTGTGGAGGCCCTGATTCCATTCGCGGTCACGATACCCGGTGCCAAGCTGGGACTTGGCAATATTTTGGTGCTGACCTGTTTAGTTTGCCTGGGGGGCAGGGATGCCCTATGGCTTATTGTTTTAAAGACACTGCTGACAGCCTTTATACTCGGAAGCTTCTCGACCTTCCTGTTCAGTATGTTCGGGGCGCTGGCAAGTTATCTGGTGATGTATGTCATGCTTAGGCTCGGGGGCCATAATTTCAGCTTAACGGGTGTGAGCATTGCGGGCGGCATCGCTCATAATATTGGTCAATTAACGGCAGCCTCGCTGGTATTGGGAACAACCAAAATTTATTATTACCTGCCATTTCTGCTCGGGGCGGGTGTCGTGACAGGGATCTTTGTGGGATGGGCTGCAAAACATCTGATCGAATCCCTGCGACGTATCGATCCGTTTGGCATGTTTCATACGGAAACTTAG	MKEVSRMPLSPDPYALRKLVVIAICASLSVVLGIVEALIPFAVTIPGAKLGLGNILVLTCLVCLGGRDALWLIVLKTLLTAFILGSFSTFLFSMFGALASYLVMYVMLRLGGHNFSLTGVSIAGGIAHNIGQLTAASLVLGTTKIYYYLPFLLGAGVVTGIFVGWAAKHLIESLRRIDPFGMFHTET	PGPT0004010_1	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0004010-eetB-NA	NA	NA
JZ016_04552	873	ecfA1	COG1122	Energy-coupling factor transporter ATP-binding protein EcfA1	ATGGGCACAATGGATAAGTCAGAGCATGCAGTAAAGCTCAAGCATGTATATTACGGCCAGGGCTGCACGAACGTGCTCAAGGACATCTCGCTAACGATTCCCCATGGGCAGTGGGTATGCATCGCCGGAAAGAACGGGGCAGGCAAGTCTACGCTGATTCGGCTGTTAAACGGTTTGCTCCTCATGAGCCGGGGGCGCATCCTTATCGATGGCATAGAACAGAACGGCTGTACGCTGGGGGAGATTCGCCGGCATATAGGCATGGTGTTTGCCAATCCCGATGATCAGTTTGTCGGCTTGACCGTAGAGGATGACATTGCGTTCGGTTTGGAGAATCTGTGCTTGAGCCGGGAAGAGATGCTGCGGCGGATTCGGGTATACGCGGAGCGGCTGGACATTGTCCATCTGTTAGACCGACATCCGGCAACCCTGTCCGGCGGACAGAAGCAGCGCGCTGCTATTGCTGCCGTGCTGGCCATGGAGCCTTCTATCATTGTCTTGGACGAGGCAGCTTCCATGCTGGATGAGAAGGCTAAGCATGAGCTGCTGGATTTCATGCGAACGATGCATGCCGAAGGCCGATACACCATCATCTCCATCACCCATGATGTAGAGGAGATGGCCGAAGCAGACCGAATGATCGTGCTGGATGGCGGAATGGTGACGGCGGACGGAAGTCCAAGGGAGCTGCTGCTGCAGGAAGAGCTGCTCCAGCGTTGCAGGCTAAAGGTGCCTTTTGCCCTCCAGCTGTGCAGGGAGCTCAAAGCGCGGGGAATTGATATCGGCGAGCTGGTTAGGGAGAAGGAGGTGCTGGAGGCGTTATGGTCATATCATTCGAAGAGGTTTCTTACCGCTACCGGGACCGGGGGATGA	MGTMDKSEHAVKLKHVYYGQGCTNVLKDISLTIPHGQWVCIAGKNGAGKSTLIRLLNGLLLMSRGRILIDGIEQNGCTLGEIRRHIGMVFANPDDQFVGLTVEDDIAFGLENLCLSREEMLRRIRVYAERLDIVHLLDRHPATLSGGQKQRAAIAAVLAMEPSIIVLDEAASMLDEKAKHELLDFMRTMHAEGRYTIISITHDVEEMAEADRMIVLDGGMVTADGSPRELLLQEELLQRCRLKVPFALQLCRELKARGIDIGELVREKEVLEALWSYHSKRFLTATGTGG	PGPT0004455_1103	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COBALT_RESISTANCE	COBALT_RESISTANCE-CBI_TRANSPORT_SYSTEM,PGPT0004455-cbiO-K02006	NA	NA
JZ016_04553	858	ecfA2_3	COG1122	Energy-coupling factor transporter ATP-binding protein EcfA2	ATGGTCATATCATTCGAAGAGGTTTCTTACCGCTACCGGGACCGGGGGATGAGCCCGATTCTTGGACTCGACGGCCTTCATCTGGAGCTGGAGAAAGGCAGAATGATTGCCGTTCTCGGTGCGCCGGGTTCGGGAAAATCAACGCTTCTCCAGCATATGAACGGATTGATACGGGCTGATGAGGGCTTGATTCGCATAATGGATTTCCGCCTTGAACCGGGTGACAGCAAGAAGGTCCCTGCCGGTCTGCGGCAGCGCGTCGGCCTTGTTTTTCAATACCCGGAACAGCAGCTGTTTGAAGAAACGGTGGAGAAGGATTTGCTGTTCGGGCCGCTTAATTTCGGGATGAGCCCAGCCGAAGCCGCCGAGGCGGTCCGCAGAGCGGCATCCTTCGTCGGATTGGACGAGGAGCTGCTGGCACAGAGTCCCTTCAAGTTAAGCTCGGGTCAGATGCGAAAAGCGGCCGTAGCTGCCGTACTGGCGGCTGACCCCGACATTTTGGCTTTGGATGAGCCTACCGCCTCCCTTGATCCTGCCAGCCGCGAGGATTTGCTGGAACGGCTGCATGGATTAACGAGGACCCAGGGCAAGACGGTTCTCCTCGTCTCCCACCGGTTAGAGGAAGTCGCGGCCTATGCGGACGAATTCGTTGTCATTAAAGATGGCCGAGTCGTATTTCAAGGAACGGCCAAGGAACTGGTACACCGGCAGGAGGTGCTGGAGCAGGCAGGATTGATGGCTCCGTCGTCTGTGCGGATGGCGGGCAAGCTGGCATCGCAGCTTGGAGTACAGCCTCCGGAGATGCCACCGGATGCGGCTGCGCTGGCGGACTGGTACGCAGGGCAGCTTGAAATGTAG	MVISFEEVSYRYRDRGMSPILGLDGLHLELEKGRMIAVLGAPGSGKSTLLQHMNGLIRADEGLIRIMDFRLEPGDSKKVPAGLRQRVGLVFQYPEQQLFEETVEKDLLFGPLNFGMSPAEAAEAVRRAASFVGLDEELLAQSPFKLSSGQMRKAAVAAVLAADPDILALDEPTASLDPASREDLLERLHGLTRTQGKTVLLVSHRLEEVAAYADEFVVIKDGRVVFQGTAKELVHRQEVLEQAGLMAPSSVRMAGKLASQLGVQPPEMPPDAAALADWYAGQLEM	PGPT0004455_1162	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COBALT_RESISTANCE	COBALT_RESISTANCE-CBI_TRANSPORT_SYSTEM,PGPT0004455-cbiO-K02006	NA	NA
JZ016_04554	792	ecfT_2	COG0619	Energy-coupling factor transporter transmembrane protein EcfT	ATGAAACGAAAAATCATCCTGGGCCGGTATATGGAAGGCGATTCATGGGTTCACCGCCTGGATCCGCGTGCCAAAACGGCTGCCATGCCGCTCTTTATGGTGTCTGTGTTCCTGGTAGACGGATATATGGGGGTGCTCGCGCTGCTGCTGTTCACTGCGGCGGTGATCCGGGCTACGGGTATCCCGTACCGCTATTTCATCAGAGCCATGAAGCCGCTGATGTTCCTGCTATTGTTTATCCTGGTATTTCACATTGTATATGATGCGGGAGGCGGGAAACTTCTGGATATGGGCGCGTTCAAGGTGTATGCAGGCGGATTGGAAAAAGGTATCGTGTCCGCCTCCCGGATGGCGCTCTTCATCATGTTGGCGGCGGTGCTGACCTTCACGACCCAGCCGGAGCAGTTGGCCCAGGGTCTTGGTAGCCTCCTGCGGCCTCTGACCTATATCGGCGTGCCGACCGATCGGCTGGTGCTGATGCTCGGCATTGCCCTCCGGTTCATTCCGACCATCTTCGAGGAAGCGGAGCGGCTGTGGAAGGCACAGCAGTCCAGGGGACTTGACTTGTCATCGCGGCCGCTGAAGGAGAAGGCACGGCTGATCATTGCCCTGCTGGTGCCAGTAACCACAGGCGCGTTCCGGCGCGCCATCGGGCTTGCCGATTCCATGGAAGCCAGAGGCTACCGGCTGGGTGCTCGGCGAAGCAGGTTCAGGGCCTTTGTATGGAAGCGGGCGGACACGCTGTTTGTTGCTTTGTTCCTGCTGCCCGTGGCCGCGGCCGCGCTGCTGTAG	MKRKIILGRYMEGDSWVHRLDPRAKTAAMPLFMVSVFLVDGYMGVLALLLFTAAVIRATGIPYRYFIRAMKPLMFLLLFILVFHIVYDAGGGKLLDMGAFKVYAGGLEKGIVSASRMALFIMLAAVLTFTTQPEQLAQGLGSLLRPLTYIGVPTDRLVLMLGIALRFIPTIFEEAERLWKAQQSRGLDLSSRPLKEKARLIIALLVPVTTGAFRRAIGLADSMEARGYRLGARRSRFRAFVWKRADTLFVALFLLPVAAAALL	PGPT0004015_2424	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0004015-fmnA|ecfT-K16785	NA	NA
JZ016_04555	1155			hypothetical protein	ATGATGCCGTTACCGGGGCGCTCACGCAATATGGGCTTATTGAGCAGGCGTGCCTTGAACCGAAGTTTACTCGATCGGCAGCTGCTGCTTCGCCGATCGAGCCTCACGGTTACTCAGACGCTGGAGCACTTGGTCGGGATGCAGGCGCAAGTCCCGGAAGCTGCATATATTGGTCTTTGGACGAGGCTTGAGAACTTTATGCATGACGATTTGGCACAAATGCTCCTGGATCGACGGGCAGTTCGCATGGCTTTAATGCGGTCAACCATCCATCTGACCACGGAACAAGATGCTTTGAGATTGCGTCCTCTGGTTCAGCCTGTACTTGATCGTGACTTGTATAAGAACAGTACGCATGCCAAAGGGATCACAGGATTAGATATGGGAGATGTTGTTGCCTATGGACGGGCGCTTCTGGAGGAAGCCCCCCGTACCATCAAAGAGATAGGAGAGCTTATGAATCATCGGTGGCCGGAGCATCCCCCTTCATCGCTGGCCTATTCACTGCGAAACCTATTGCCGCTCGTTCAAGTTCCGCCTCGGGGAATTTGGGGAGTGGGCGGACAAACCAGATGCACAACGGCAACACATTGGATAGGACGTTCGCTGAACGACAATACAACGCTCGGGGAAATGATCGTGCGGTATCTGGAGGCGTTCGGTCCTGCCACTACCCAAGACATGCAGACTTGGTCTGGACTTACCAAGCTTAAGGAAGTCGTCGAGGGTCTTCGGCCGAACCTGTTAGTCTATCGGGATGAAGATGGCCAAGAGTTATTCGACGTCCCGGAAGCCCCTCAACCAGATTCTGATACACCTGCCCCGCCGCGCTTTCTGCCGAAGTACGACAACGTGCTTGCTTCGCATGCTAATCGTACTCGCATTATTGCGGATCAGCATCGTAAGCTAGTTATGATGAAGAACGGTATGAAAGCTACCTTCCTCCTGGATGGTTTCGTTTGCGGCACGTGGAAAATTGTCCCCGAACGCAGCTCAGCCACATTGGTTGTTGAACCTTTTGGAAAGCTAAACTTGGAGGAAAAAAACGCACTGACGGAGGAGGGAATGAAGCTTCTTCAGTTTGCAGCTGTGGAAGCAGCGGTGCACGACATACAATTCGCCAGTGAAACCGAGGGACGGCAAACCATAGCTTAG	MMPLPGRSRNMGLLSRRALNRSLLDRQLLLRRSSLTVTQTLEHLVGMQAQVPEAAYIGLWTRLENFMHDDLAQMLLDRRAVRMALMRSTIHLTTEQDALRLRPLVQPVLDRDLYKNSTHAKGITGLDMGDVVAYGRALLEEAPRTIKEIGELMNHRWPEHPPSSLAYSLRNLLPLVQVPPRGIWGVGGQTRCTTATHWIGRSLNDNTTLGEMIVRYLEAFGPATTQDMQTWSGLTKLKEVVEGLRPNLLVYRDEDGQELFDVPEAPQPDSDTPAPPRFLPKYDNVLASHANRTRIIADQHRKLVMMKNGMKATFLLDGFVCGTWKIVPERSSATLVVEPFGKLNLEEKNALTEEGMKLLQFAAVEAAVHDIQFASETEGRQTIA				NA	NA	NA	NA	NA
JZ016_04556	1176			hypothetical protein	ATGAATAACTACAACACACGAGTAAAAGAAAGAAATCATACGGAGAACTTGGGGGAGGCGATTCGCCCATTCCGGATCGAGATCCCGCAAGCGGAATTGGACGATTTGGAGCGCCGCCTTGTCCACACACGTTGGCCGGATGAGCTCCCTGGGGTCGAGTGGTCATACGGAACGCCGCTTCAAGTGGTAAAGGAAATGGCCGACTATTGGCTAAACGACTTCGACTGGCGTAAATATGAAGAAAAGTTCAATCAATATCCGCAGTATATGACGGAGATTGATGGAGCGAATATCCACTTCATTCATGTCCGTTCAGAAGAACCGAACGCAATGCCACTAATTCTGACACACGGATGGCCGGGTTCGTTCGCCGAGTTTATCGATATGATCGATCTCTTAACAGATCCTCGCAAGCATGGCGGCGATGCAGCAGATGCCTTCCATGTCGTTATTCCTTCTGTACCCGGGTATACCTTCTCAGGCCCGACCCGCGATAAAGGGTGGAGCTCTCACCGCATTGCCCGCGCATGGGCAACACTCATGAACCGCTTGGGATACGAGCAATATGCCGCTCATGGCGGCGACGGGGGGGCATTGATTACCCGCGCATTGGGAATGGTGGATCCGGAGCATGTTGTCGGTGTGCATATGCTGCAGTTGTTTTCGTTTCCATCGGGGGATCCAGCAGAAATGGCAGATTTAAGCGAGGAGGAGATGCGGCGTCTTCAAGTCCTGTCGAACTTCAGCGAGAAGGCAGGATTTTCAGCCATCCAATCCACCAGGCCCCAGACCTTGGCGTATGCCTTGACGGATTCGCCAGTCGGCCAGCTTGCTTGGAATGAGCTGCTTATGGGAATGGGAGAAAGCAATTTGCTTACGCAAGATCAAGTCTTGACACAAGTGATGATGTATTGGCTGACAGGTACGGCAGGATCCTCCGCGCGGCAGTATTATGAAGACGCCCATTCCGGGGTGCAGCATGAAGTAAGCCACGCACCGACAGGGATCGCGGTATTCGCGAACGATTTTCAATCGATCCGGCGTTTTGCCGAACGGGATAACACCAACATCGTTCACTGGTGCGAATATGAACGCGGCGGGCATTTTGCAGCCATGGAAGTACCGGATATCCTTACGGAAGATTTGCGGAAGTTCTTCCGTCAGTTCCGAGGATGA	MNNYNTRVKERNHTENLGEAIRPFRIEIPQAELDDLERRLVHTRWPDELPGVEWSYGTPLQVVKEMADYWLNDFDWRKYEEKFNQYPQYMTEIDGANIHFIHVRSEEPNAMPLILTHGWPGSFAEFIDMIDLLTDPRKHGGDAADAFHVVIPSVPGYTFSGPTRDKGWSSHRIARAWATLMNRLGYEQYAAHGGDGGALITRALGMVDPEHVVGVHMLQLFSFPSGDPAEMADLSEEEMRRLQVLSNFSEKAGFSAIQSTRPQTLAYALTDSPVGQLAWNELLMGMGESNLLTQDQVLTQVMMYWLTGTAGSSARQYYEDAHSGVQHEVSHAPTGIAVFANDFQSIRRFAERDNTNIVHWCEYERGGHFAAMEVPDILTEDLRKFFRQFRG				NA	NA	NA	NA	NA
JZ016_04557	1062			hypothetical protein	ATGTATTTCCCATATTATACCTTTACGGCGTGTATGAGTGTAATCTATGATTTGACTGGTATATCATCCATCGACGGTATACATCAGAAATTAAAAATCGGCAGATTAGAGGAGACGTATTACAACGTGATCAGAAAATACCTAAGCTTTCTTACACTAGCATTGCTGTTTCTTATGTTCACCCATAAGGAGACCGAAGCTTCGAACCAGAAAGTCAGCTTGACCCTCCCTAACGGGGCCACCTACTACGGAGAAGTGAAGAACAATAAACCCCACGGAAAAGGCACCATGAATTGGGGACCTTCCAAAGTATACAGCGGCGATTGGCACAATGGACAAAGATCCGGCACAGGCAAATACATATCGGACAGGCTTCCAGAGGATATGAAAATCGTGTATGAGGGTGAATGGCGAAACGATCGTCCTAACGGAACGGGAATTCGGAGCGAAAGCAACCCTGATTTTGAATTTTATGTAATCTCGAAGGGCATTTTCAAGGATCATGACTTGCTGTCAGGTTATACCGTGATGCAATCCATAGACTCCCTTTGGTTTGAATATCGGAATGGGAATACTCTCTTGGAGTTTTCTGTATCGGATCGGGAGCAGGCAAATGAACTGATGCAATCCAAATTGGCTCGCGGTCATATTCAACTGCTGAATTATTACAAACGGGATAAGTCCACGCCTGACTACAAAGGGTTCGAATATGCAAGCGAGATGGAGGATTTCGGGAGTTCTATCAGCGAAGGCGTATATCGAACAGGTGACTATGGGGTGATGGAGCTCTATACCGGGGTGAACCAACGTTTCGAGGATGAAGAATCCTATAGAGTAGAGAATTACAAGAACGGGAGACTCGTTTCTGCAAAAGAAGTACCGGAGAACGGACGGTTTGCCGGGATCGTTCAAGGGAAAATCAATAACAAGAAGCATGTCCTTCAGCCTTATCTAGGTGAGTTCTCAAAGCTATTAAAAGACTTTGAAAACGACCCAGAGCCGATAAGCTGCAGCAATTCATCCACGAGTGTTTGTGAAGCCTTCCCTATAAACTTCGAGTAA	MYFPYYTFTACMSVIYDLTGISSIDGIHQKLKIGRLEETYYNVIRKYLSFLTLALLFLMFTHKETEASNQKVSLTLPNGATYYGEVKNNKPHGKGTMNWGPSKVYSGDWHNGQRSGTGKYISDRLPEDMKIVYEGEWRNDRPNGTGIRSESNPDFEFYVISKGIFKDHDLLSGYTVMQSIDSLWFEYRNGNTLLEFSVSDREQANELMQSKLARGHIQLLNYYKRDKSTPDYKGFEYASEMEDFGSSISEGVYRTGDYGVMELYTGVNQRFEDEESYRVENYKNGRLVSAKEVPENGRFAGIVQGKINNKKHVLQPYLGEFSKLLKDFENDPEPISCSNSSTSVCEAFPINFE				NA	NA	NA	NA	NA
JZ016_04558	1182			hypothetical protein	ATGAATCGCACACGAATCTGGCGGTGGAGAATTGCGCTGGCGACCTTCCTGATCCTGCTTGGTGCGGGGGGCTTCATGCTGTTCAAGACATCTCCAGTCGAAGAACAGAGGACTGGTGACACGCAAGTGAGCTCCATCGCCATCTTTGCGCTCAAGGGCTGCGGCGGCTGCTCCAAAGCGCTGGGTGTCATGGAACAGATGGAAGCAACCTCGCCAGCCTACCGTTACCAGTATTTCAGCATTTCGGAGGATACGGAAGCCGTTAACCGGTACGGCATTACGGAGCACCCGACCATCCTGTTCCTGAACGCTCAGGATGAAGAACTCGGGAGACTGACCGAGGACATATCAAGCGACAGGATCCTGCGCGAACTGGAAGATATCGCTGCGAACGGTGCACGTCCGCCCAAGGGGACGATTCTTTCCGCCATCCCCAGCACGATGCCCAGCGTAACCCTCCATGCCTATGACCCGTTTTCCGGTTTATTCACGCCCGTATCCCAGTACGTGCAGACAGATACCTCCGTCCGCTATCCCAAGGTCAGTGCCATGACGATGCTGACCCAACTGGGAGATCTGTTGCCACCTGAACTTGAAAGCGCCATCCCTGATGGCGTAACCTTCGTGGAAATCCGAACCGAGCACGGGGTGACCGTGGTAGAGCTCTCCCCATCGTTTCGTGCCTTTACCGGCTCTAAGCAGGGAGAACGGGCGGAAGAAGCCATCGCGCTTACGCTGCAAACCTTTGAAGGCGTGAACGGCGTTCAAGTAGTAAGCGGGGCGTATCGCAGCGACATCCTCTATGCGGAAGCTCTTGCTGGCCGTTCCGACGGAAAAACCGACTACCTGCTGCATCCCGATACGCCTCTTCCGCATATCTCCAGCGTGCAGGAATACAATGCAGCCATCCTCCATGCCAGCCACTTGGCCTACATGCCCTGCTTCTGCGGATGCGGCGATGCTGGCCATAGCAGCAACCTCAATTGCTACTATGCTCAAGAGGAAGACGGCAGACTCACGCCAACCACGCACGCGAAATTCTGCCAAACCTGCCTGGACATCACGAACATGTACCTGGACGGCAGGCAGCAGGGGCTCAGCCTGAAGGAAATCCGGCAGTCCGTGGACCGGGCCTACGAGGGGATCGAGCCGACGGATACGCCGATGCCAATGAATGAATAG	MNRTRIWRWRIALATFLILLGAGGFMLFKTSPVEEQRTGDTQVSSIAIFALKGCGGCSKALGVMEQMEATSPAYRYQYFSISEDTEAVNRYGITEHPTILFLNAQDEELGRLTEDISSDRILRELEDIAANGARPPKGTILSAIPSTMPSVTLHAYDPFSGLFTPVSQYVQTDTSVRYPKVSAMTMLTQLGDLLPPELESAIPDGVTFVEIRTEHGVTVVELSPSFRAFTGSKQGERAEEAIALTLQTFEGVNGVQVVSGAYRSDILYAEALAGRSDGKTDYLLHPDTPLPHISSVQEYNAAILHASHLAYMPCFCGCGDAGHSSNLNCYYAQEEDGRLTPTTHAKFCQTCLDITNMYLDGRQQGLSLKEIRQSVDRAYEGIEPTDTPMPMNE				NA	NA	NA	NA	NA
JZ016_04559	1005	hepT_1	COG0142	Heptaprenyl diphosphate synthase component 2	ATGAACATTCATAACCAGATTGGAGTCGATCTCGCTTCCTTCGACCGCCTGCTCCGGGAGGTAGTCACCTCAGACCGTGACCTCACTCCCCCCTCCGTTGTTCTGAGCAGCGTCATGGATCTCATTAACGCCGGCGGCAAGCGGCTGCGCCCGCTTATGGTCGTGCTCGGCAGCCGTTTCGGAAAAAGCGGTCATGAGCGGGCCGTCATGAAAACCGCTGTACTGCTTGAATACTTACACATGGCCTCGCTGGTGCACGATGACATTATCGATCAATCCGATATGCGGCGCGGCATGCCGACCCTGCATGAAACGACGGATGTCCAGACGGCCGTGCACATCGGCAACTACATGATTGCCCGCGCCATCGAATGGGCCGCGGGTCATCCGAATGACGAGTCCGACAAGAGCAGTGAAGACATCTCCGAAGACGAGGCCTACCGATTAGCCGAGCTTGCGGCGTTGGTGACCGAGCTTTGCATGGGAGAATACGATCAGCTGCATCACCGCTTCGACTTCGGACTGACGATGGAGCAGTATTTAGAGAAAACACGCTGCAAAACCGCCCTGCTGATGGCTCACTGCCTGAAAGCGGGCGCGGAAGCAGCTCATGCGGATGCCGGAACTGCTGAGCGGCTCTTTCAATTCGGGGAGTCGCTCGGCATGGCATTTCAAATCCGGGATGACCTGCTCGATTTCACGAAGCCCAAGGAGGCCATCGGCAAGCCGGCTGGCGCAGACCTGCGAAACGGCAACATTACGCTTCCGGTGCTATACGCCCTCAACGATCCAGCCCTTGCACCTGGAATCAGGCAGCTTGGCCCCCACTCTGCGGAGGCTGACATGGACGAGGTCATCCAGCGTATCGCCGCAAGCGGCGCCATTAAGCAAACCGAGGAGCTTGCCCGATCGTATGCGGAACAGGCTCAGCGGATGATCGGCGACTTCGCGGATCACCCCGCTCAGCGTGATTTGCAGGCATTGCTCCATTATTTCCTGCCCTAA	MNIHNQIGVDLASFDRLLREVVTSDRDLTPPSVVLSSVMDLINAGGKRLRPLMVVLGSRFGKSGHERAVMKTAVLLEYLHMASLVHDDIIDQSDMRRGMPTLHETTDVQTAVHIGNYMIARAIEWAAGHPNDESDKSSEDISEDEAYRLAELAALVTELCMGEYDQLHHRFDFGLTMEQYLEKTRCKTALLMAHCLKAGAEAAHADAGTAERLFQFGESLGMAFQIRDDLLDFTKPKEAIGKPAGADLRNGNITLPVLYALNDPALAPGIRQLGPHSAEADMDEVIQRIAASGAIKQTEELARSYAEQAQRMIGDFADHPAQRDLQALLHYFLP				NA	NA	NA	NA	NA
JZ016_04560	438			hypothetical protein	ATGGATATGAAGCTATTACAGGATACGATCGACCTGCTTCGGTCGCATATCGATTCCGGAACGGATATCGATTGGATGGAGATGGATAACAGACCGGTGAGGGACATCGCCGATATGCTCAACGCTTATGAGCTTGCCTATTCACGCAAAATGACGGTGCTGGCTTGCTGCATCCTGATTCATACTGCACTAAACAAGCATGGCAAGCTGCAAGCGAAGGATAACGAGAGACTGACGCGTATGCTGCTGGACGGCGATTATTTGACTGGACTCATGTACCGGATTGCCGTCAAACGGAAGGAATGGAAGCTGCTGTCCCGGCTTCTCCCCCTCCATAAGCGCATGCAGCTGAAACTAATGAAGAACGTCACACCCGAACTCCTGCTTAAAGAGCTGAAGCGTGAAATCCGCAGCTATCTGGAGCAGCGGAGTGCGTAA	MDMKLLQDTIDLLRSHIDSGTDIDWMEMDNRPVRDIADMLNAYELAYSRKMTVLACCILIHTALNKHGKLQAKDNERLTRMLLDGDYLTGLMYRIAVKRKEWKLLSRLLPLHKRMQLKLMKNVTPELLLKELKREIRSYLEQRSA				NA	NA	NA	NA	NA
JZ016_04561	1875	norW		Nitric oxide reductase FlRd-NAD(+) reductase	ATGAAACAGATTATCGTGCTGGGCGGCGGATATGGCGGTATACTTACCGCCAAGAAGCTGGCTAAACGACTGCGCAAACAGAAGGATTTGCGGATAACACTCATCGACCGCAAGCCGTATCATACACTGCTAACCGAGCTGCATGAAGTAGCCGCGAACCGGGTCGAGGAGGATTCCATCAAAATCGACCTAAAGAAAGTGTTTTCCGGGTTTCGCAATGTAGACGTAGTGCTGGATGAAATCGGCGGCATCGACTTTGACGGCCAAACACTCCGTGGAGAGAAACAAACCTATTCCTACGATTATCTGGTCATCGGAACAGGCAGCAAGCCAACCTTCTTCGGCATACCGGGCGCAGATCAACACGCCTTTACCTTATGGTCGTATGACGATGCGGTCCGTTTGAAAGAACACACCCTGAATATGTTCCGAAAAGCCGTGCTGGAGCGCGACCCGCAAGTCCGCAAAGAAATGCTGACCTTCGTCGTGGTCGGCGGCGGATTCACCGGGGTTGAAATGATCGGCGAGTTGGCCGAGTTCACGCAACAATTATGTAAGGAATTCTACGTGGATCCAAGCGAGGTTACGCTGCACGTTGCCGACATGGTCGACAAGATCCTGCCGATCCTGCCCGAGCCATTGATCCGCAAAGCCGAGAAACGGCTGCGCAAAATGAACGTCAACATCATCACAGGCTCCAAGATTACGGAAGTGAAACCGGACGGTGTTACCGTCGGCGGCAGCGACATCAAATCCCGTACCGTGATCTGGACCGCAGGGGTGGAAGGCTCCGATGTGGTCGGCAATATGGATGTCGAGCAAAAAGGCCGCAAGCGTATTTTGACCAACGACAAACTTCAAGTTCCTGCCCATCCGAACGTTTATGTCGTCGGGGACAATATTTTCTACATTCCTGAGGGCGCGGCTGCACCCGTGCCTCAAATGGTAGAAAATGCGGAACTAGCAGCCCCGGTCATTGCACATAACATCGTGGCTGAATTATTAAACAAACCGATGAAATCCTACAAACCGACGTTCCACGGCACGATGGTCTGTATCGGCAGCCGCTACGGAGTAGCTAACGTGGGGGTTCCGGGCCATATGTTCAGGCTCAGCGGCTTCCCGGCCATGCTGGTCAAACATCTGATCAACATGCTCTATCTGTTCCAGGTTTGCGGCTTCAACAAGGTGTATCACTACCTACTGCATGAATTCTTCCATGTCCGGAACAACCGCAGCTTCGTGGGCGGGCATTTTGCCAAGCGCTCGCCGAATTTCTGGCTCGTTCCGCTGCGGATTTTTGCCGGATGGATGTGGCTCTCACAGGGATGGGATAAAATCCACAAGATTATCGATGATCCGGATAAAGTGTTCCTCATTCCTGCCAAAGCAGCCGACGGCGTAAGCGCAGCATCCGCTGCAGGTGCCGATGCTGCCGGGGCTGGAGCCGCAGACGCAGTGTCTGCCGCCTCTGCTTATACTGCCGAAGCGGTATCCGCCCTCCCGGTTCCGGATTTTATGAAATCCATTGTCGATTGGTCGATGGACCTGATGTTCTATACCGGCGACGGCGGCTATACTTCGCTTGCCTATGTATTTCAGACCTCGATGGTATTGGCTGAGCTGATCGTCGGCATCCTGCTGATCGTCGGATTGTTCACGGCACCTGCAGCCGTAGCCAGCGTCGCCATGGGCGCGATGGTATGGGTATCGGGGATGGCACCTAACGAAATGCTGTGGTATCTGGCAGCCGGGATCGCCTTAATCGGCGGATCAGGCAGCACGTTCGGACTGGACTACTATGTATATCCTTGGCTGAAAAAGGTATGGAAACGAATACCGATCGTAAGGCGCTGGTACGTGTATACGGACTAA	MKQIIVLGGGYGGILTAKKLAKRLRKQKDLRITLIDRKPYHTLLTELHEVAANRVEEDSIKIDLKKVFSGFRNVDVVLDEIGGIDFDGQTLRGEKQTYSYDYLVIGTGSKPTFFGIPGADQHAFTLWSYDDAVRLKEHTLNMFRKAVLERDPQVRKEMLTFVVVGGGFTGVEMIGELAEFTQQLCKEFYVDPSEVTLHVADMVDKILPILPEPLIRKAEKRLRKMNVNIITGSKITEVKPDGVTVGGSDIKSRTVIWTAGVEGSDVVGNMDVEQKGRKRILTNDKLQVPAHPNVYVVGDNIFYIPEGAAAPVPQMVENAELAAPVIAHNIVAELLNKPMKSYKPTFHGTMVCIGSRYGVANVGVPGHMFRLSGFPAMLVKHLINMLYLFQVCGFNKVYHYLLHEFFHVRNNRSFVGGHFAKRSPNFWLVPLRIFAGWMWLSQGWDKIHKIIDDPDKVFLIPAKAADGVSAASAAGADAAGAGAADAVSAASAYTAEAVSALPVPDFMKSIVDWSMDLMFYTGDGGYTSLAYVFQTSMVLAELIVGILLIVGLFTAPAAVASVAMGAMVWVSGMAPNEMLWYLAAGIALIGGSGSTFGLDYYVYPWLKKVWKRIPIVRRWYVYTD	PGPT0004020_205	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0004020-ndh-K03885	NA	NA
JZ016_04562	909			hypothetical protein	ATGAAAAGGACACTCTCTCTATCCCTCTCTGTCATGTTGATGTTTGCGCTGCTCGTAGGCTGCGGAGGCAACGGAGACAAAGAGCCTGTCACTACGGACAAACCGGCGGAAAGCCAAAACACGGATACCACAACTAATGCGGAACAGCCTGCACAAGATGGAACCCTGCAGGACGGCTTATATTACGCTGAAGGCGAGTTTGCCGAAGACTCCGGCTGGAAGGAACTTGTTGCCATTAAGGTCGAAGGCGGCAAGATCGTCAGCGCCAACTGGAACGGACTTCATAAGGACGGCGGCTTGGACAAAAAGACATTTTCCGAAAAAGGCTTCTACGGCATGAAGGAAAAAGGCGGCGCTCAAGCGGAATGGCATGAACAGGCAGCCAAAATGGAGGAATACCTGGTGGCTCAGCAGTCGGTTGAAGGCTTGACCTTAAACGACGAAGGCCGCACGGATGCCGTATCCGGGGTATCGATCCATGTCAACGGATTTACCGAACTGGCAGCAAAAGCGCTGGCGGCGGGACCTGTTGAAGCAGGACCGTACAAAGACGGCAGCTATCACGCAGAAGGGGCTGATTTTGACGCTAAGTCCGGCTGGAAGGAAACCGTCGACGTTACCGTTATTAACGGCAAGATCGCCGCTGTCAGCTGGAACGGCATTCATAAAGACGGCGGTACCGATAAAGTTACCCGTTCCAAATCCGGTGAATACGGCATGAAGAACGGCGGAGCTCAATCCGAATGGCATGAACAGGCTTACCAAGCCGAGCAGTATTTGATTGAAAAACAAGATCCGCAAGCCATCGTAACGGCGGAAGACGGTAAAACCGATGCCATCTCCGGTGTGTCGATCCACGTCAACGGATTTGTAGAGCTGGCAACAAAAGCACTCGAAGGCGCCAAATAA	MKRTLSLSLSVMLMFALLVGCGGNGDKEPVTTDKPAESQNTDTTTNAEQPAQDGTLQDGLYYAEGEFAEDSGWKELVAIKVEGGKIVSANWNGLHKDGGLDKKTFSEKGFYGMKEKGGAQAEWHEQAAKMEEYLVAQQSVEGLTLNDEGRTDAVSGVSIHVNGFTELAAKALAAGPVEAGPYKDGSYHAEGADFDAKSGWKETVDVTVINGKIAAVSWNGIHKDGGTDKVTRSKSGEYGMKNGGAQSEWHEQAYQAEQYLIEKQDPQAIVTAEDGKTDAISGVSIHVNGFVELATKALEGAK				NA	NA	NA	NA	NA
JZ016_04563	933	pyrD_2	COG0167	Dihydroorotate dehydrogenase B (NAD(+)), catalytic subunit	ATGATCTCCATCGATTGTGAACTGGCGGGCGTACCGCTGGTGAACCCGATTTTGGCGGCATCGGGCACGTTTGGATTCGGCAAACCGTATGCGGATCTGTATCCGCTTCGCAAGCTTGGAGGTATAATCTCCAAGGGATTGACCCTGACGCCACGATTCGGCAATTCAGGAACACGGCTTTATGAAACGCCATCCGGCATCATGAACAGCATTGGCCTTGAGAATCCGGGCATCCATGCTTTTCTGGAGCATGAATTATCCGAGATGACCTCGCACGGGACGGCAGTCATCGTCAATCTTGGCGGCGGCACCATACGGGAATACACGGAGGGCGCCGAGCTGCTTACCGAAGCCAGCCTCAAGTTACGGTCATCCGGCAAACGAGCCGTCGACATGATTGAGCTCAACATCTCCTGCCCCAACATCAAGGAAGGCGGGCTGGCCTTCGGCGTTGAGAATGAGCAGGCTCAAGAGGTGGTTCGCGCAGTCCGGAAAGCGACCACGCTGCCGCTGCTCGTCAAGCTCTCTCCCGGTGCGAGGGATTTGAAGGAAATGGCTCGCATGTGTGAAGCCGAAGGCGCTGATGGTCTTTCGCTCATCAATACGATCCAAGCGATGGCGATTGATATTCGGGAACGTCGCAGCGTTTTTGACAGAGCCTACGCCGGATTGTCGGGACCGGCAATTAAGCCGATAGCGCTCCGCATGGTCCATCAGGTAGCACGGTCAGTATCCATCCCGGTTGTTGGAATCGGCGGAATCAGCAGCGCCGAGGACATCCTCGAATTCATCATGGCAGGTGCGGCAGCCGTACAGATCGGAACCTACAACTTCATCAACCTGCGCGCAGGCGATACCCTGGCCGAAGAATTGATGGAATTGATGGAAAGCGAAGGCATCCAATCGCTGGATGACATTCGAGGCATTATCTGA	MISIDCELAGVPLVNPILAASGTFGFGKPYADLYPLRKLGGIISKGLTLTPRFGNSGTRLYETPSGIMNSIGLENPGIHAFLEHELSEMTSHGTAVIVNLGGGTIREYTEGAELLTEASLKLRSSGKRAVDMIELNISCPNIKEGGLAFGVENEQAQEVVRAVRKATTLPLLVKLSPGARDLKEMARMCEAEGADGLSLINTIQAMAIDIRERRSVFDRAYAGLSGPAIKPIALRMVHQVARSVSIPVVGIGGISSAEDILEFIMAGAAAVQIGTYNFINLRAGDTLAEELMELMESEGIQSLDDIRGII	PGPT0021175_596	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021175-pyrDI-K17828	NA	NA
JZ016_04564	702	pyrK	COG0543	Dihydroorotate dehydrogenase B (NAD(+)), electron transfer subunit	GTGGCCCTTGTTATTCAAAATGTCAGACTGGCCCATCGCATCTATCGACTTACCGTTCAAGGCAGCTATTCGGCACGAATGGGACAGTTCTTCATGCTTCGCTGCTGGGATGCCTATCCCGTGCTATCACGACCGATCAGCATCCATAATCTGACGGAGGACTCCGTTTCCTTCTTATATCGCGTGCACGGAACTGGCACATGGCTGCTGTCAGCGCTTCAAGCGGGTGACAAGATTCAGCTGGAGGGGCCCTTCGGGCAAGGATTCCCTAAGCCGCAAGGCCGGACGGCACTGGTAGGAGGCGGCATTGGAGCAGCCCCGCTGCTGCTGGCTGCGAAGGAAATTCCTGAATCCAGCGTCTATCTGGGATATACCGGGGTGCCCTTCGCGGTCAACGGATTTCACGAAATCAGCCGCAATGTCACCGTCAAATCCGGCGGCACCATTGTAGATGCCGTGGACCCGAGCCGCTATGACACGATATTCGCATGCGGACCGGTTGCCATGATGCGCAGTCTGGCCCAAAAAGCGGAAGGTACCAATGCCAAGCTCCACGTCTCCATCGAGAAGCGAATGGGCTGCGGCATCGGGGCATGCAACAGCTGCACGTTAACCTCCGCTGGCTCAAGCCGCAAGGTATGCACCGATGGCCCCGTATTTCCGGCGAAGGAGGTGAACTGGAATGATCTCCATCGATTGTGA	MALVIQNVRLAHRIYRLTVQGSYSARMGQFFMLRCWDAYPVLSRPISIHNLTEDSVSFLYRVHGTGTWLLSALQAGDKIQLEGPFGQGFPKPQGRTALVGGGIGAAPLLLAAKEIPESSVYLGYTGVPFAVNGFHEISRNVTVKSGGTIVDAVDPSRYDTIFACGPVAMMRSLAQKAEGTNAKLHVSIEKRMGCGIGACNSCTLTSAGSSRKVCTDGPVFPAKEVNWNDLHRL	PGPT0021180_1360	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021180-pyrDII-K02823	NA	NA
JZ016_04565	537	ywrO_2	COG2249	General stress protein 14	ATGAGAACACTGGTAATCGTTGCACATCCGGGTCTGCATGAGGGATCAAGGATCAATCGCGAACTAATCGAAACGGTTATACATCATCATGAGGTGACGGTGCATGACCTCTATCAGCGGTATCCGGATGGACACATCGATATCGAGGCCGAACATCAATTGCTGCTCCAGCATGACCGCCTCGTGTTTCAATTCCCTTTTTGGTGGTACAGTTCTCCGCCCCTTCTGAAGCATTGGTTCGACGAGGTGCTGACCTTTGGATGGGCGTATGGTCCCGGCGGGGGCAAGCTCCAGGGAAAAGAGTGGGGCCTAGCCGTTACGACCGGCGGAGCCGCGGAAGCCTATGGCAGCGAAGGATACAACCGCTACACGGTGGAAGAGCTAACCCGGCCCTATGAAGTGACGGCGAGCCTGGTGGGCGCGCTGTACTTGCCGGTATTTACCGTTCATAATGCCATGCAGCTGACGGATGAAGAGCTGCGGCGTCATGCGAAGGATTTTGCGTTGTATGTTACAGGCGCGGTGAGATTCAGGTAA	MRTLVIVAHPGLHEGSRINRELIETVIHHHEVTVHDLYQRYPDGHIDIEAEHQLLLQHDRLVFQFPFWWYSSPPLLKHWFDEVLTFGWAYGPGGGKLQGKEWGLAVTTGGAAEAYGSEGYNRYTVEELTRPYEVTASLVGALYLPVFTVHNAMQLTDEELRRHAKDFALYVTGAVRFR	PGPT0013810_580	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013810-kefG-K11748	NA	NA
JZ016_04566	1005	oppF_4	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGAGCAAAGAGCTGTTAACGGTAAAAAATCTCAAGCAGTATTTTCCGATCAAGGGCGGCGTCCTGGGCCGTACCGTCAACTTCGTAAAAGCCGTGGATGATATTTCGTTCTCCGTACGTGAGGGGGAAACTGTCAGTATCGTGGGCGAATCCGGCTGCGGCAAATCAACCACGGGCCGGGCCATCCTGAGGCTGGACGAACCGACCTCCGGCGAGGTGCTGTTCGAAGGAACCGATCTGCTCTCCCTGAATAAAGCCCAGATGAACCGAAGGCGTAAAGACCTGCAAATGATTTTTCAGGACCCCTACGCTTCGCTGAATCCCAGGAAAACAGCGCTGCAAGTCCTGGAAGAAGCGATGGACATTCAGAATGTTGTTCCAAAGAAGGACCGGCGGGGACGGGCCATCGAGCTTCTGGAAACGGTCGGCCTGGCCGCCTATCAAGCCAATCGGTACCCGCATGAATTCAGCGGCGGACAACGGCAGCGAATAGGGATCGCCCGCGCCTTGTCCGTGAATCCCAAGCTGATCATCAGCGATGAAGCGGTCTCTGCGCTTGACGTGTCCATCCAGGCACAGGTGCTCAATCTGATGAAGTCGCTGCAAACCGAATTCAAGCTGACCTATCTGTTTATCTCTCATGATCTCGGAGTTGTCCGGCATATTTCGGACCGGATTATTGTGATGTATCTGGGGAAAATCGTGGAAATCGCAGATAAACACTCCCTCTTCCGGCGCCCGCAGCATCCTTACACCCGCGCTCTGCTGTCGGCCATCCCGACACTGGATCCCGAGCGCAAGAAGGAACGCATCATTCTCAAGGGGGATGTCCCGTCCCCGATCAACCCGCCTTCCGGCTGCCGGTTTCATACCCGCTGCATGTATGCCACGGATCGCTGCCGATCCGAAGCTCCGTTGCTTCGAGAAGTCGATGAGCGCGGAGGCCATCAGGCGGCCTGCCACTATATCCAAGAGATCGCAGCCGGTGCGCTGGAGAAGGTGTAG	MSKELLTVKNLKQYFPIKGGVLGRTVNFVKAVDDISFSVREGETVSIVGESGCGKSTTGRAILRLDEPTSGEVLFEGTDLLSLNKAQMNRRRKDLQMIFQDPYASLNPRKTALQVLEEAMDIQNVVPKKDRRGRAIELLETVGLAAYQANRYPHEFSGGQRQRIGIARALSVNPKLIISDEAVSALDVSIQAQVLNLMKSLQTEFKLTYLFISHDLGVVRHISDRIIVMYLGKIVEIADKHSLFRRPQHPYTRALLSAIPTLDPERKKERIILKGDVPSPINPPSGCRFHTRCMYATDRCRSEAPLLREVDERGGHQAACHYIQEIAAGALEKV	PGPT0004440_7224	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004440-ddpF-K02032	NA	NA
JZ016_04567	1014	oppD_4	COG0444	Oligopeptide transport ATP-binding protein OppD	ATGGAACAGCACGCATCAAGCTTGCTTACGATCAAGAACCTGCGAACCTCTTTTTTCACCGAGCTGGGCGAAGTAAAAGCTGTGGATGATATCAGCCTAACCGTACGCAAGGGGAGGACGCTCGGGATCGTGGGCGAATCCGGTTCAGGCAAAAGCATATTGTCCCTGTCCATCCTGCGGCTAATCTTTCATCCGGGACGAATCGTAGGAGGCCAAATTCTATATAACGGTGTGAATCTGCTCGAACAATCGGACCGGCAGATGCGCAAAATAAGGGGCAATCAGATCTCGATGATCTTCCAGGAGCCGATGACATCGCTCAACCCGGTCTTCACCGTCGGCGATCAGATCGCGGAGGCCTACCAAATCCATGAGAATCTGAGCAAAAAACAAGCGATGGACAAAGCCGTTGAGATGTTGAAACTGGTCGGCATTCCCTCTCCGGAAAAAAGAGTCCGGCAATACCCCTTCCAGTTATCCGGCGGTATGCGCCAACGTGTCATGATTGCCATGGCGCTGGCATGCAATCCAGATCTGCTTATTGCAGACGAGCCGACCACGGCGCTGGACGTGACCATTCAGGCTCAAATTCTGGAGCTGATGAAAGAACTGCAGCGGAAGCTGCAGATGTCGATTATTTTTATCACGCATGATCTGGGCATCGTCGCGGAAACCTGCGATGAAGTAGCCGTCATGTACTGCGGAAAAGTCGTGGAATATACCGATGTACGGACCCTATTCAAACATCCGAAGCACCCCTACACCATTGGCCTGATGAACTCACTGCCACGGCATGATATCGATAAGGAAACGCTGGAGCCGATTAAAGGCTCGGTTCCAAGTCCCTATGACCCACAGGAAGGCTGCCGCTTCGCCCCCCGCTGTCCCCATGCAATCAAGCTGTGCTATGACAAACTGCCGGAGCTTCAGGCGCTGGAGGATAACCAGCAAGTCAGGTGTTGGAAATATACCGATCAATGGGAGCCGGAAAGCGAGGTGAACGTTCTGCCATGA	MEQHASSLLTIKNLRTSFFTELGEVKAVDDISLTVRKGRTLGIVGESGSGKSILSLSILRLIFHPGRIVGGQILYNGVNLLEQSDRQMRKIRGNQISMIFQEPMTSLNPVFTVGDQIAEAYQIHENLSKKQAMDKAVEMLKLVGIPSPEKRVRQYPFQLSGGMRQRVMIAMALACNPDLLIADEPTTALDVTIQAQILELMKELQRKLQMSIIFITHDLGIVAETCDEVAVMYCGKVVEYTDVRTLFKHPKHPYTIGLMNSLPRHDIDKETLEPIKGSVPSPYDPQEGCRFAPRCPHAIKLCYDKLPELQALEDNQQVRCWKYTDQWEPESEVNVLP	PGPT0004435_8849	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004435-ddpD-K02031	NA	NA
JZ016_04568	924	gsiC_4	COG0601	Glutathione transport system permease protein GsiC	ATGCTCATCTATTCCATTCGAAGGCTGATTCAGACGATACCCGTTGTCATTGGCGTAACCATCGTTGTCTTCCTGCTGATGCATCTCATTCCGGGAGACGCGGCGCAGGTCATTATCGGGGAAGGGGCACCCAAGGAGCAGGTCGAGAAGATCCGCGAGAACCTGGGATTGAACGATCCGCTGCCGCTTCAGTATTGGAACTATGTCAGCGGCTTGCTGCAGGGGGATTTGGGAGATTCGATCCGCAGCAGCCGCCCCATCGCCGATGAAATATTCAAAAGCCGGTTCTGGATCACCGTCGAGCTTGCCGTGTACTCTACGATCCTGGCCGCATTCCTCGGCATTCTGGCCGGCATCATCTCCGCCGTCAAAAAAAGCTCGCCTGCCGATATTGGCGTCATGTTCATCGCCCTGTTCGGACTGTCGATGCCAAATTTCTGGCTGGGGCTGATGTTAATCCAATATTTTGCCGTCGATTTGGGCTGGTTCCGTCCCTCCGGCTGGGGCACGTGGTCGCAAACCGTCCTTCCCGTGATCACGCTCGGGACCGGCGGCGCCGCCATTATTGCCCGAATGACCCGGTCCAGCATGCTGGAGGTCATCGGCCAGGATTATATCCGAACCGCCCAAGCCAAGGGCGTCCGGGAGCGCGTCATCATCTACCGGCATGCCTTGAAAAACGCCATGATTCCCGTCATTACCGTCATCGGCCTGGAATTTGGCGGCCTGCTGGGCGGGGCGGTGCTGACCGAGTCCGTATTCGCCGTGAACGGCATGGGGCGCTACGTCATCGACTCGATCCGGGCAAGGGATTTTCCGGTCGTACAGGCAACCGTGCTGGTGCTCTCGATCATGTTCGTGCTCGTAAACCTGCTCGTGGACATCTCCTACCGCTACTTCAACAAACGCATAGATTTCGATTGA	MLIYSIRRLIQTIPVVIGVTIVVFLLMHLIPGDAAQVIIGEGAPKEQVEKIRENLGLNDPLPLQYWNYVSGLLQGDLGDSIRSSRPIADEIFKSRFWITVELAVYSTILAAFLGILAGIISAVKKSSPADIGVMFIALFGLSMPNFWLGLMLIQYFAVDLGWFRPSGWGTWSQTVLPVITLGTGGAAIIARMTRSSMLEVIGQDYIRTAQAKGVRERVIIYRHALKNAMIPVITVIGLEFGGLLGGAVLTESVFAVNGMGRYVIDSIRARDFPVVQATVLVLSIMFVLVNLLVDISYRYFNKRIDFD	PGPT0004445_13994	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004445-ddpB|appB-K02033	NA	NA
JZ016_04569	897	gsiD_3	COG1173	Glutathione transport system permease protein GsiD	GTGCCTAACATGACCGCTGATGCCAGAGCACAAGAATCGCTCCCTAGTGGAACCCGCCTTGCACAATGGAAATCTTTCTACCACCGTCTGAAGAAGAACAAAGCAGCCTTATTCGGGGGCTATTTTCTCCTGCTGATGATTCTTATCGCGATTTTCGGCCCCCTGCTCACCCAGTATGATCCGACCAAAGTGGATTATTCTACGAAACTGCTAAAGCCGTCCTCTGCCCACTGGTTTGGTACGGACCACAACGGAAGAGATATTTTTACAAGGATTATCCATGGCATGCGTCTCACGCTCTCGGTCGGTTTTATCTCGGTCATCATCGGAGCAGCCTTTGGTGTCTTGCTCGGAATCATCTCCGGCTATTACGGAGGTAAATGGGATGCACTCATTATGAGAATTACCGATGTTATGCTGGCGTTCCCCGGCATTCTGCTGGCTTTGGCGGTTGTCAGCGTCCTTGGAAAAAATCTGTTCAACGTGATCATCGCCGTCAGCATCTTCTCGATCCCCACCTTTGCCAGAGTCGTGCGCGGCTCGACGCTGGCCGTCCGCAAGCTCGAATATATTGATGCCATGCGTTCGCTGGGCGCGAGCGATGGACGAATCATCTTCGGGCATATATTGCCGAATATCACATCCCCTATCATCGTGCAGGCTACGCTGCGGATTGCCGTCGCTATCCTGACCGCCAGCGGCCTGTCCTTCCTCGGTCTTGGCGCACAGCCGCCGACGCCGGAGTGGGGAGCGATGCTGAATGATGGGCGCAACTATATTATGGATCACCCCCATGTTGCCCTGTTCCCCGGTTTATCGATCGTGTTCGTTGTCATCGCGTTTAATCTGCTGGGCGACGGCTTGCGAGATGTTCTTGACCCGAAAATGAAAAAATAA	MPNMTADARAQESLPSGTRLAQWKSFYHRLKKNKAALFGGYFLLLMILIAIFGPLLTQYDPTKVDYSTKLLKPSSAHWFGTDHNGRDIFTRIIHGMRLTLSVGFISVIIGAAFGVLLGIISGYYGGKWDALIMRITDVMLAFPGILLALAVVSVLGKNLFNVIIAVSIFSIPTFARVVRGSTLAVRKLEYIDAMRSLGASDGRIIFGHILPNITSPIIVQATLRIAVAILTASGLSFLGLGAQPPTPEWGAMLNDGRNYIMDHPHVALFPGLSIVFVVIAFNLLGDGLRDVLDPKMKK	PGPT0004450_8192	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004450-ddpC|appC-K02034	NA	NA
JZ016_04570	1650	gsiB_3	COG0747	Glutathione-binding protein GsiB	ATGACAGGTAATAGAAGATTCAAATGGCTTGTCTGCATCCTGTTCATACTTACCGTAATGATGTCGGCGTGCGGCAGTCCAAGCAAGAGCAGTAACCCCGAAACGCCGCCAAGCGGCACCAATACGCCAGCTCCTGAGCCGGGGGCCAAAGATCCTCCCGAAGGAACGGCCAATACCGGTGCGAATGAGCTTGTGATTGCCTGGCTTTCTGATCCGCCATCCATGGACCCTCATATGTCGACGGACCAGCAAACGAGCGTAATGACAACGCATATCTATAACACGCTGGTGATTCATGATAAGGATCTGAATATTCAACCGGGGCTTGCCGAGAGCTGGAAAGCAATCGATGAATTGACCTGGGAGTTCAAGCTGAGAGAAGGCGTGAAGTTTACCGACGGCTCTCCATTCAATGCAGAGGTAGTCAAAGCCAACATTGATCGTATGCAGGATCCGGAGGTTGCTTCTCCCCGCGCATCGCTTGTCGGCATGATTAAAGAGGTTAAAGTTGTTGACGAATACACGGTGCAGCTCGTGACCGAGTATGCCTTCTCGCCGCTGCTTGCCCATCTGGCCCATTCTGCGGTGAGCATGATTAGTGCGGAAGCCATCAAGCTGGATTACGAGAAGCTGAAGGCAGGAGAGAAAGCAGGCGCGTATCTGGCACAGAACCCTGTAGGCACGGGCGTATTCAAATTAGAGAGCTGGAACCCGGGACAGGAAGTGAAGCTGGTTGCGAATGCCGATTATTGGGGAGATAAAGCGAAGGTTGAACGGGTCACGTTCAAGGTCGTAAGCGAAGAGGGAACGCGGATCGCGGAGCTGGAAACCGGCTATGCGCATATTATCGATCCGGTGTCGCCGAGCAGCATCAGCCGCATTGAGAGCACGGACGGCATGTCCCTGAACCGTCAGGCATCGCTGAGTCTGTCTTATATTGGGTTTAACAATAACAAAGAGCCGTTCAACGATGTGCGGGTGCGGCAAGCCCTATCGATGGCCATCAATAAGGATGAGATCATCTCGGGCATCTACGAAGGCACGGGCATCCCTGCCGTCGGTCCGCTGGCACCGGACGTGAACGGGTATGATGCTACCGTCAAGCCGATTGAACATAACATCGACAAAGCGAAAGAGCTAATGAAAGAGGCCGGCTACGAGGGTGGCTTCTCGACGACCATCTGGACCAATGACAATCCGGAACGGATTAAGATCGCCGAGTACGTACAATCCAAGCTGAAGGAATTGAACGTCGAAGTCAAAATCGAAGTGGTGGAGTGGGGAGCATATCTGGCCCAAACCGCGGAAGGCAAGCATGATATGTTTGTTCTCGGATGGTCCACGGTAACGGCTGATGCCGACTATGGCATGTATGAATTGTTCCATTCCAAAAATGTAGGGGAGCCGGGCAACCGTACCTTTACGAAGGATCCGGAACTGGATAAACTGCTGGATGACGGGCGCAAAGAGAATGATCCGGAGAAGCGCAAGCTCATCTATAAACAGGCGCAGGAGAAGCTGGTTGAGTTAGCGCCGATGCTGTATATCCATCATCAGGAGTATTTAAACGGAGTCAGCAGCAAGGTGGAGGGCTTCTGGCGGCATCCGAACGGCATCATGCAGCTGCATCAGGTGTCCATTCAGCCATAA	MTGNRRFKWLVCILFILTVMMSACGSPSKSSNPETPPSGTNTPAPEPGAKDPPEGTANTGANELVIAWLSDPPSMDPHMSTDQQTSVMTTHIYNTLVIHDKDLNIQPGLAESWKAIDELTWEFKLREGVKFTDGSPFNAEVVKANIDRMQDPEVASPRASLVGMIKEVKVVDEYTVQLVTEYAFSPLLAHLAHSAVSMISAEAIKLDYEKLKAGEKAGAYLAQNPVGTGVFKLESWNPGQEVKLVANADYWGDKAKVERVTFKVVSEEGTRIAELETGYAHIIDPVSPSSISRIESTDGMSLNRQASLSLSYIGFNNNKEPFNDVRVRQALSMAINKDEIISGIYEGTGIPAVGPLAPDVNGYDATVKPIEHNIDKAKELMKEAGYEGGFSTTIWTNDNPERIKIAEYVQSKLKELNVEVKIEVVEWGAYLAQTAEGKHDMFVLGWSTVTADADYGMYELFHSKNVGEPGNRTFTKDPELDKLLDDGRKENDPEKRKLIYKQAQEKLVELAPMLYIHHQEYLNGVSSKVEGFWRHPNGIMQLHQVSIQP	PGPT0004430_6246	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004430-ddpA|ABC_PE_S-K02035	NA	NA
JZ016_04571	318			hypothetical protein	ATGCAATTAACCCTGTTTACGATCTCAGAGCCGAACCGCTTCAACATCGTTGAGCTCTTAAAGCAAGGCTCGAGATCGGTCAGCGACATCGTAGAGATTCTGGGCATCGGCCAGCCCCAAGTATCCCGCCATCTGCGGATACTGAGCGAGGCCGGGCTGGTAAAAGTCCGTAAGAAGGCACAGCAGCGCATCTATAGTCTTGAAGCCCAGCCGTTTCAGGAGCTGGACGTCTGGTTCGATTCGTTCAGTCGACTATGGGAAGAAAGACTCGACAAGTTCGAGGACTATATGAGCGACTTCAACGGAAAGGAGAGTTAA	MQLTLFTISEPNRFNIVELLKQGSRSVSDIVEILGIGQPQVSRHLRILSEAGLVKVRKKAQQRIYSLEAQPFQELDVWFDSFSRLWEERLDKFEDYMSDFNGKES				NA	NA	NA	NA	NA
JZ016_04572	510			hypothetical protein	ATGGGTAGAAAGACCATTGTCACGAAAGACCGGGAGCAGCGGAAGCTGATCGTGGAGCGTGTCGTATCGATACCGCTGAAGATGTCCTGGCTGGGATGGACTAAGCCGGAACACATCGAACGCTGGTGGGGGCCAAAGAATTGGAGTGCCACGGTATACGAGATGGATGTCAGACCGGGCGGCGTATGGCGCTACAAACTGGCTCCCGATGCGGTGGGAGAAGGGGAAGAAGCCTTTTGCAAGGCGACCTACTCCGAAGTGGTGGAGTTATCGAGGCTCGTATTTACAGACACATTCACGGATCAGAACTGGAATTCCGTAGCAGGCAGCGATATGTTGACCTCGGTTGCGTTTGAAGAGGACGGAGACGGAACGAGGCTAAGCATCATAACCCATTTTGCAAGTGCGAAGGAACTGGAAGCTGCGGAAGTCATGGGAATGGTGGAAGGATACACGGATACGCTGGAACGGTTTGAGGACGAAATAAGTTTGTACATAAAAGGACAATAA	MGRKTIVTKDREQRKLIVERVVSIPLKMSWLGWTKPEHIERWWGPKNWSATVYEMDVRPGGVWRYKLAPDAVGEGEEAFCKATYSEVVELSRLVFTDTFTDQNWNSVAGSDMLTSVAFEEDGDGTRLSIITHFASAKELEAAEVMGMVEGYTDTLERFEDEISLYIKGQ				NA	NA	NA	NA	NA
JZ016_04573	825			hypothetical protein	ATGAACTACGTGATATCGAATGACGGTACCCGAATTTTTTATGAAAAGAAAGGGGCTGGTCCGGCTGTTATCCTTGTAGCTGCTGCAGCTTCGGATCACAACGATACAAAGCGCCTTGGTGAGCTTCTATCTGAACATTTTACCGTCTACAATTATGATCGACGGGGACGAGGCAGCAGTACGGATACGGCTCCGTATGCCGTTGAACGTGAGATCGAAGATATCGATTCCCTTATTCGGGAGGCGGGCGGCAGCGCGTATGTATTCGGAAGTTCTTCGGGCGCTGTTCTGGCGCTGGATGCGGCGAGCAGACTCGGAGGCAGTAAAGTTAGAAAACTGTTTTTATATGAGCCGCCGTTTATCATTGACGATAGCCGTGAACCTGTACCGGCGGAATACGTGCAGCATTTGAATGCGCTGATGGCCGAACATCGACGCAGCGATGCCGTAGAATATTTCATGACGGCAGCGCTGGGAATCCCCGCGGAATATATAGAATTCATGAAGGCAGATCCTTCTTGGCAGGTCATGGAGGGCATGGCGCATACATTGGCCTATGACGGCATGATCATGGGGAGCACGCAATCCGGTCAACCGCTGCCAACGGCTCGCTGGGATGTCGACGTTCCGGTCATGGTGATGACGGGCGAGAACAGCGGACCTATGTTCCATGGGGCCGCGAGCGCATTGGTTGACTTGCTCCCTCAGTGCGAGCATCGGATGCTGTCTGGTCAGGACCATTCTGCCGTCGTGATGGCGCCGGAAGTGCTGGCTCCCGAGGTGTCGGGTTTTCTGCAGCCTTCGGCAGATCAAATACCGAGATAA	MNYVISNDGTRIFYEKKGAGPAVILVAAAASDHNDTKRLGELLSEHFTVYNYDRRGRGSSTDTAPYAVEREIEDIDSLIREAGGSAYVFGSSSGAVLALDAASRLGGSKVRKLFLYEPPFIIDDSREPVPAEYVQHLNALMAEHRRSDAVEYFMTAALGIPAEYIEFMKADPSWQVMEGMAHTLAYDGMIMGSTQSGQPLPTARWDVDVPVMVMTGENSGPMFHGAASALVDLLPQCEHRMLSGQDHSAVVMAPEVLAPEVSGFLQPSADQIPR				NA	NA	NA	NA	NA
JZ016_04574	960	ccpA_4	COG1609	Catabolite control protein A	ATGAGTGGTTTGAAGGAAATTGCAAAGCTCGCGGATGTCTCAGTGTCTACAGTGTCCAACGTGCTGAACGGGCGCAAGAACGTGGGGCGGGAGACGAGGGAGCGAGTGCTGAGATTATGCTCGGAGCACGGCTATTTTCCGCATAAGTCAACCAAATCCGATAAAAGCAACACGATTATATTCGTCTTCAGCGACTTTGATCGCGATTATTATTTAAAGATCATTAAGGGGATCAGCCATTGCCTGACGGAGAATGGATACGACCTTATCATCTGTACGAATAAATCCAGCACCAATTTTATGCGCAGCAAATTTGCAAGCGGTACCATAAGTTTGGATCGGAATATGACGGACGAATATTTAGTCTCGGTAGCCACGCCGCAATTCCCTGTCGTTCTCATGGATCGGATTATTGATAATGAGTACGCCAACACCAAAAGCGTGATCGTGGACAATTACCCCGTCATGTGTGAAATGGTCCAGGCCTTGGTGGATAAACAGTTTACGAATTTCGGATACATTGGCGGTTTGGAGTTTACCCTGGATCACAAGGAGCGGTTCGCCGGATTTATGGATACGCTTGCGAAGAATGGCATCGTGTTTGACCGCCGCAATTACTTCCATGGCGATTACAGCGAGGAAAGCGGATATCAGGCCGCCAAAATTCTGATCCTGAGTAATGCCTTGCCTGAAGTGCTGGTCTGTGCGAATGATAATATGGCTCTCGGCGCGATTAAAGCTTTGGAAGAGAACGGAATACGGGTCCCGGAGGATATCTCGATCACCGGATTCGATAACTCGGATGCGGCGGCGATGGCCGGTTTGACCACGATTGCGATCCCGCGTTATGAAAGCGGTTATTTGGCGGCGAAGGAGCTGCTCGAGATGATCAAGGGCACAACGGGCAGGGAGCCCTTTAAGCTGAATGCCACCATCCAGTGGAGAAAAACGGTGAGATAA	MSGLKEIAKLADVSVSTVSNVLNGRKNVGRETRERVLRLCSEHGYFPHKSTKSDKSNTIIFVFSDFDRDYYLKIIKGISHCLTENGYDLIICTNKSSTNFMRSKFASGTISLDRNMTDEYLVSVATPQFPVVLMDRIIDNEYANTKSVIVDNYPVMCEMVQALVDKQFTNFGYIGGLEFTLDHKERFAGFMDTLAKNGIVFDRRNYFHGDYSEESGYQAAKILILSNALPEVLVCANDNMALGAIKALEENGIRVPEDISITGFDNSDAAAMAGLTTIAIPRYESGYLAAKELLEMIKGTTGREPFKLNATIQWRKTVR	PGPT0017992_15756	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_04575	1422			hypothetical protein	ATGATTGCAACTAGTAAAATATCAATAATTTTACTAGTTTTTTTACTTAGTATTTTTATGAAAACGCGTACAATTTTTATTGACAATCTAGGTAAACCGCCCTATGATGGGTTTGTAAACGTTTTACTTTATAGAGTCCTTAAGGGGGAGGCGTGTCACTTGAAAAAAGTAAAAAGGGTATTTAGCATACTTACAGCAACGGCTTTGGTTGCAACACTTGCAGCCTGCGGTGGTACATCTGACAAAGATTCTGGAGCAGCATCCGGTGGTGATGGGGGAGATAAGCTGAAGAAAATTACGCTCTTCCAATCGAAAGTTGAAATTACAGAACCTCTTGAAGCTTTGGTTAAAACCTATAAAGAAGAAACCGGCAATGAGGTTGAAGTATGGGGTGCCGCAGGAGACGCTTATTCGCAGCAGCTGGTAGCGAAGCTCAGCAGCAACCAGGGACCGACGATATTCAGCGTGGCTCCAGGGCCCGAGTCCGAGAAGCTGAAATCTTATTTCTCCGATTTGAGCGGCGAAGAGTATGTGAAGAACATCGCGCCTGACATGGAATTGAAGGTCGATGATAAAACGGTCGGCGTTCCATACGGCGTAGAGGGCTTCGGCCTCGTGTATAACAAGGATCTGGTGGATCCGGCTAACATGAAGGACCTGGATTCCTTCACCAAGACGCTGGAGCAGCTGAAGGCTGACGGGAAGAACGGTTTGAGCCTGTCCCAAGAGGCATACTTCCTGATCGGACATATCATCAACACGCCGTTTGCGCTTCAATCCGATCCGCTGGCCTTTATCGACCAGCTGAACAAAGGCGAAGTGAAGATGGCCGATACGAAGGAGTTCCAAGAGTGGGCGAAATTCATGGACGTGATCAAGGCCAACACCAAGAATCCGCTGGAAGTGAAATACGATAGCCAAATGGGCGACTTCGCTACGGAAAAAACGGCTATGGTGCACCAAGGCAACTGGAGTTATTCCATGCTTGCGGACTTCGGCGATTTCGGCTCCAAGGTGGGCATGATGCCGTTCCCGCTTGCCGGCAACGATAAAATCGCCGTCGGCGTGGCCAGCTACTGGGTCGTGAACAATCAGGCGGACGCTGAGGAAGTTAAAGCCGCGAACGCATTCCTGAACTGGCTCTTTACTAGCGACAGCGGCAAGAAAGCCATCGTGGACGATTTCAAATTCATCCCGGCTCTAACGAATATTGAAGCAGGCGATCTGGATCCATTGTCTCAAGCGGTGCACGAAGCAACCACGAAGGGTGAGACGATCACTTGGGCGTTGAACTACTTCCCATCGGGAATCATCACCAATGACCTGGCTCCGGCTACGCAGGAGTACTTCATGAATCCGGGCATGACAGGAGAGCAGTTCCTGCAGAAGCTGGATGAAGTGTGGGCGAAAGCATCGAAATAA	MIATSKISIILLVFLLSIFMKTRTIFIDNLGKPPYDGFVNVLLYRVLKGEACHLKKVKRVFSILTATALVATLAACGGTSDKDSGAASGGDGGDKLKKITLFQSKVEITEPLEALVKTYKEETGNEVEVWGAAGDAYSQQLVAKLSSNQGPTIFSVAPGPESEKLKSYFSDLSGEEYVKNIAPDMELKVDDKTVGVPYGVEGFGLVYNKDLVDPANMKDLDSFTKTLEQLKADGKNGLSLSQEAYFLIGHIINTPFALQSDPLAFIDQLNKGEVKMADTKEFQEWAKFMDVIKANTKNPLEVKYDSQMGDFATEKTAMVHQGNWSYSMLADFGDFGSKVGMMPFPLAGNDKIAVGVASYWVVNNQADAEEVKAANAFLNWLFTSDSGKKAIVDDFKFIPALTNIEAGDLDPLSQAVHEATTKGETITWALNYFPSGIITNDLAPATQEYFMNPGMTGEQFLQKLDEVWAKASK				NA	NA	NA	NA	NA
JZ016_04576	876	melD_5	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGAGCAAAAGTAAGGATAAAGCCTGGTTTGCCCTGTTTACGGTGCCGCTTCTGTTTATTTTCACGACCGTGGTTCTCATCCCGTTTATTATCGGGATTGTGTACTCTTTCGTAAATTGGGATGGCATTCCGGCAAATCCCAAAGTATTCGTAGGATTTGATAATTACGTTCAGCTGTTCCAGGACGAACGATTCCTGTCATCGGCTTGGCATACGGTTCAATTCACGCTGCTCGCGCTGGTATGCGTCAACATTCTGGGTCTGGCCTTTGCCCTGCTGGTAACGACGAAGCTCCGCTCGAGAAATGCGGCGCGAACGATGTTCTTTATGCCGAACCTCATCGGCGGCCTGATTTTGGGATACATCTGGCAGTTTATTTTTACGGATGCCTTCAGCTTCCTGGGCGAGAAGACCGGATTTGACAGCGTGTTCTTTAACTGGCTGCTGCATCCGCAGTTTGCGCTGTACGCCATCGTCGCCGTATTCACCTGGCAGCTGGCGGGTTATACGATGATCATCTACATCGCGGGCATCCAGGGGATTCCGGATGAATTGATGGAGGCAGCGAAGGTCGACGGCGCCAACCTGTGGCAGCGACTCAAGAGCATTGTGTTCCCGCTGTTAATGCCTTCGTTCACGATCTGTCTGTTCCTGACGCTGTCCGGGGCGTTCAAAATCTATGACGTGAACCTGTCGTTGACCAAGGGCGGACCGAGCAATGCGACGGAGATGTTTGCGATGAATATTTTCAACGAGATTTTTGCTTACGGTAATTATGGTTTAGGTCAGGCAAAAGCGATCATCTTCTTCTTGATTGTGGCCGGACTTACGCTGACGCAAGTTATCATCACGAAGAGAAGAGAGGTGCAGATGTAA	MSKSKDKAWFALFTVPLLFIFTTVVLIPFIIGIVYSFVNWDGIPANPKVFVGFDNYVQLFQDERFLSSAWHTVQFTLLALVCVNILGLAFALLVTTKLRSRNAARTMFFMPNLIGGLILGYIWQFIFTDAFSFLGEKTGFDSVFFNWLLHPQFALYAIVAVFTWQLAGYTMIIYIAGIQGIPDELMEAAKVDGANLWQRLKSIVFPLLMPSFTICLFLTLSGAFKIYDVNLSLTKGGPSNATEMFAMNIFNEIFAYGNYGLGQAKAIIFFLIVAGLTLTQVIITKRREVQM	PGPT0016335_1453	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_04577	837	melC_12	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGAAGAAATCAGGGAAATGGCTGCTCGACATCCTGCTGTTCCTCGCCTCGCTGGTCTTCTTGTCTCCGGTCTTCATCATGCTGATTAACTCTTTTAAGGATCGTGCGGAGCTGTATGAGAATGCGCTCGCGCTGCCTTCCTCCTTCAGCTTTGAGTACTATAAATCCGCGATGGAGAAGATGAATTTCTTCACCGCTCTGGGCAACTCGCTGTATGTCACCGTCATCTCGGTGATTATCGTCATCGTGCTTGCCTCCATGACGGCATGGATGCTGGTGCGGACGGATAATAAGCTGAGCAAAATTATTTTCTTCACCTTCGTGGCGACCATGCTGATTCCCTTCCAGACGCTGATGATGCCGCTGATGCAGGTGATGGACTGGATTCGCACCAATCTGCACATTCCGATGCTCAACACTCATGAGGGCTTGATCTATATGAACGTCGGCTTTACGTCCAGTATGGCGGTCTTCCTGTACCACGGGTTCATCAAATCGGTACCGATTGCGCTGGAGGAGGCAGCTACGCTGGACGGCTGCTCCAAGCTGGGCGTGTTCTGGCGAATCGTGTTCCCGCTGCTGAAGAACATCAGCGTGACCATCGCGATCCTGAACGTCATTGCGCTGTGGAACGACTACCTGCTTCCATCGCTGACGCTGTCGGATAAAGGGCTGCGCACAATCCCGCTGTCGACCTTCTATTTCTTCGGGGAGTTCACGATTGTGTGGAACCAGGCGATGGCCGGTTTGACGCTGACGATCATCCCGGTTGTCATTTTCTATATTTTCGCCCAGAAATACATCATCAAAGGGATTGCGGCAGGTGCGGTAAAATGA	MKKSGKWLLDILLFLASLVFLSPVFIMLINSFKDRAELYENALALPSSFSFEYYKSAMEKMNFFTALGNSLYVTVISVIIVIVLASMTAWMLVRTDNKLSKIIFFTFVATMLIPFQTLMMPLMQVMDWIRTNLHIPMLNTHEGLIYMNVGFTSSMAVFLYHGFIKSVPIALEEAATLDGCSKLGVFWRIVFPLLKNISVTIAILNVIALWNDYLLPSLTLSDKGLRTIPLSTFYFFGEFTIVWNQAMAGLTLTIIPVVIFYIFAQKYIIKGIAAGAVK				NA	NA	NA	NA	NA
JZ016_04578	762	chbG_1		Chitooligosaccharide deacetylase	ATGAGGCGGATCATTACGAGGGCCGACGATTATGCTTCCAGCCGTTCCGCCAATGCTGCGATTGCCAAGGCCGTTGAGGCCGGATTCATTAAAAACGTGTCCATCATGGCGCCCGGTCCTTATCTTGGTGAGGCCGCGCAGCTGTTGGCGCATCGCAAGGACATCTGCTTCGGTTTCCATATGACGCTGAACGCGGAGTGGGATAACGTACGCTGGGGACCTGTTACCGCGAAGGAACAGGTTCCTTCGCTTGTCGATGAGTCCGGTTATTTCTATCAGGATCCGTTCCTGTTTCAGGATCATCCGCCTTTGCTGCAGGAGATCCTCCTGAAATGCGAAGCCCAGCTTGATAAACTGACCGCAGCAGGCTTCAGCATTTCTTATGCCGATTCTCATATGCTGCCGGAGCGCTTCATACCCGGGCTGCAGGAAGAGCTGGACCGCTGGATTGAAGCGAAGGGGCTAATCAACCATCGCCATTACTACAATTTTTTCCCGGGCGGCGTGCCGGACGGGGTTGAGTCGTTTGAAAGGGTGCTTGGCAGCTTAACGGATGATCAGTATTTCTTCCTGTCCCATCCGGCATTGTATTCGGAGGAAATGGTGCAGTGCGGCAATGCTCGAGTGGATGGGGAGGAGCTGGCGCGCGGACGCGATCAGGAGGCTTCTTTTCTTGCACGGGAGGACTTGAATGAGATTAGTGAGCGGCTTGGTTTTCGTGCCATACGTTATGATGAAGCGGTGCCATTACCTGGTGTATAA	MRRIITRADDYASSRSANAAIAKAVEAGFIKNVSIMAPGPYLGEAAQLLAHRKDICFGFHMTLNAEWDNVRWGPVTAKEQVPSLVDESGYFYQDPFLFQDHPPLLQEILLKCEAQLDKLTAAGFSISYADSHMLPERFIPGLQEELDRWIEAKGLINHRHYYNFFPGGVPDGVESFERVLGSLTDDQYFFLSHPALYSEEMVQCGNARVDGEELARGRDQEASFLAREDLNEISERLGFRAIRYDEAVPLPGV	PGPT0012160_861	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012160-chbG-K03478	NA	NA
JZ016_04579	1434			hypothetical protein	ATGAACATGAAAACGGTTCAATTATTGCCAAGAAGCACCCCCGAAAATCAAGGAATCTCATCTCAGTCAATCGAACGCTTTATCCGATCGATTCAGGAAAAGGAGCTTGAACTCCACAGCTTCATGCTGGTACGGCATGGACATGTCGTGGCGGAAGGCTGGTGGAAGCCGTATCAGGCGGACAAACCGCATATGCTGTTCTCGTTAAGCAAGAGCTTTACTTCTACGGCGATCGGACTGCTCGCCCAAGAGGGACAGATTGCGCTGGAGGACCGGGTGATCGGCTTCTTTCCGGAATACGCTCCTGAAGATCCCTCCCCGAATCTGTCCGCGATGACGATACGCGACTTGCTTATCATGGGGACTGGACACGCGCAGGAGCCTGCCATGCCATCCGATATTTGGGCGGCCGACTTTCTTAAACAAGCGGTAGAGCATGAGCCCGGTACCCACTTTGTATATAACAGCGCAGCGACGTACATGCTTTCGGCCATTCTGCAGAAGGTTACCGGCATCACGCTGCTGGATTATTTGCAGCCTCGCCTGTTCGACCCGCTTGGCATTCATGGAGCCACATGGGAAAGCTGTCCGCAGGGAATCAACACCGGCGGATGGGGACTTAAGCTGAAGACCGAGGACATTGCCAAGTTCGGCCAGCTTTATCTTCAGAAGGGCGTATGGGAAGGCCAGCGGCTGATCCCGGAGGCGTGGATCGAGGAGTCGACCTCCAAACAGATATCCAACGGACCTGCGGATTCCTCTTCGGATTGGACCGAAGGGTACGGCTATCAATTCTGGATGTGCCGACACGGGGCTTACCGCGGCGACGGCGCATTCGGACAATTCTGCGTCGTGCTGCCGGAGCAGGATGCGGTCATAGCGATTACCTCCGGCCTTGGGGACATGCAGGCTGTGCTAGATGAAGCATGGGAGCATCTGCAACCTTCGATGAGGCCTGATGCGCTGCCGATCGACACCGGAGCGGAGGCTTCTCTTACCGAAACGCTGCAAGAGCTGAAGCTGGATCCGCCAAGCGAAGAAGCGGCATCCCCGGTCGAGAAGGACGTCACCGGGATCATCTATGATCTCGAAGAGAATGAGGCGAAGCTGCGTTCGTTCTCCTTCCGGTTTGAAGAAGACGGCGCGGTAATGGAGCTTGAGGGGGAACACGGCGTCAATTCGGTTGTCTGTGGTCGCAAAGCGTGGAAGACGGGAACCACGAAGCTGATGATGATGGGGGATAATGAATATGCTGCCTCCATGACCTGGAAGGATGAGCGGACGTTGAAGCTGACCATCCGACTGACAGAGACGCCATTCTACTTAACCACGGAATGCACCTTTGGTGAGGAAGGCATTCATCTTGCGTACTGGATGAATCAATCGTTCGAGGGCAAGGTGGTTCGGGAGATTAAGGGCAAGGTTAAGGCGTAA	MNMKTVQLLPRSTPENQGISSQSIERFIRSIQEKELELHSFMLVRHGHVVAEGWWKPYQADKPHMLFSLSKSFTSTAIGLLAQEGQIALEDRVIGFFPEYAPEDPSPNLSAMTIRDLLIMGTGHAQEPAMPSDIWAADFLKQAVEHEPGTHFVYNSAATYMLSAILQKVTGITLLDYLQPRLFDPLGIHGATWESCPQGINTGGWGLKLKTEDIAKFGQLYLQKGVWEGQRLIPEAWIEESTSKQISNGPADSSSDWTEGYGYQFWMCRHGAYRGDGAFGQFCVVLPEQDAVIAITSGLGDMQAVLDEAWEHLQPSMRPDALPIDTGAEASLTETLQELKLDPPSEEAASPVEKDVTGIIYDLEENEAKLRSFSFRFEEDGAVMELEGEHGVNSVVCGRKAWKTGTTKLMMMGDNEYAASMTWKDERTLKLTIRLTETPFYLTTECTFGEEGIHLAYWMNQSFEGKVVREIKGKVKA				NA	NA	NA	NA	NA
JZ016_04580	1548	putC	COG1012	1-pyrroline-5-carboxylate dehydrogenase 2	ATGCGAGCATCTTTTCGGAACGAACCATTTATGGACTTCAACAACGAATGGAACAACAAGTTATACGACGCGGCGTTATCCGGGGTCGAAGCCGAGCTTGGCCAATCGTACCCGCTGGTCATCGGCGGTGCCAAAATCCATACGGAGCGCACCGCAAATTCGGTCAATCCGGCGCGCAAACGCCAAGTCATCGGCGTCGTGTCCCAGGCGGATACCGAGCTTGCCGAACAAGCCATTCAGACGGCAGCGCGTACCTTTGAGACGTGGAAGCACACCAAGCCGAGCGAACGGGCACGCTATCTGTTCAAAGCTGCGGCGATCATGCGGCGGCGCAAGCTCGAGTTCTCTGCGCTCATGACTCTCGAAGCCGGCAAGACGCGCGCCGAAGCCGACGCGGATACGGCCGAGGCGATCGATTTCATGGAATTCTATGCACGCGAAATGCAGCGCCTGAGCGCGCCCCAGCCGCTGACGGTCCACGAAGAGGAAGAGAATCATCTTTATTACATCCCACTTGGCGTCGGCATCGTCATTCCGCCGTGGAACTTCCCGCTCGCGATTATGGCTGGCATGACAACGGCTGCCATCGTCTCCGGCAACACCGTTGTGCTGAAGCCTGCCAGCACCACCCCGGTCATAGCCGCTAAATTCGTAGAGCTACTGGAAGAGGTCAGCCTGCCTCCGGGCGTCGTTAATTTCCTGCCTGGCCCGGGTCAGGAAGTGGGTGACTATTTGGTGGATCACCCACTGACCAGGTTCATCAGCTTTACGGGGTCACGCGACGTCGGACTGCGGATTCAGGAGCGTGCGGCCAAGACGCAGCCGGGGCAACGCTGGATCAAGCGCGTCATCGCCGAAATGGGCGGGAAAGACGCAATCATCGTGGACAACGAAGCCGATTTGGAGCTCGCGGCGGACGCGATTGCCGCTTCCGCATTCGGCTTCTCCGGGCAGAAATGCTCCGCCTGCTCCAGAGCCATCGTGCACGAGGACGTCTATGATATCGTGCTGCAGAAGGTGATCGACCGCTCCAAGAAGCTGGTGATCGGAAGCCCCTCCAATGCCGAGGCTCAGGTAGGACCCGTCATCGACGATAAGGCGTACCGTAAAATTCTCGACTATATCGAAATCGGGAAAAGCGAAGGTAGGCTGGTGCTTGGCGGTTTTCCCGGCGATCCGGAGGGGTATTTCATACAGCCGACGATCTTCGCGGACGTCGCCAGCACCGCCCGTATTTCCCAGGAGGAAATCTTTGGTCCGGTCGTGTCCTTCACGAAGGCAGCCTCCTTCGACGAAGCGATCCGATTCGCCAACAATACCGATTATGGGCTGACCGGCGCGGTGATCTCGAACAACCGCGCGCACCTGGAGCAAGCCCGGCGCGACTTCCATGTCGGCAACCTGTATTTGAACCGGAAATGCACCGGCGCCTTGGTGGGCATCCACCCGTTCGGCGGCTTCAATATGTCCGGGACCGACTCCAAAGCCGGCGGGCGTGACTACCTGCTCCTGTTTACACAGGCGAAGGCGGTGTCGGAGCGATTCTGA	MRASFRNEPFMDFNNEWNNKLYDAALSGVEAELGQSYPLVIGGAKIHTERTANSVNPARKRQVIGVVSQADTELAEQAIQTAARTFETWKHTKPSERARYLFKAAAIMRRRKLEFSALMTLEAGKTRAEADADTAEAIDFMEFYAREMQRLSAPQPLTVHEEEENHLYYIPLGVGIVIPPWNFPLAIMAGMTTAAIVSGNTVVLKPASTTPVIAAKFVELLEEVSLPPGVVNFLPGPGQEVGDYLVDHPLTRFISFTGSRDVGLRIQERAAKTQPGQRWIKRVIAEMGGKDAIIVDNEADLELAADAIAASAFGFSGQKCSACSRAIVHEDVYDIVLQKVIDRSKKLVIGSPSNAEAQVGPVIDDKAYRKILDYIEIGKSEGRLVLGGFPGDPEGYFIQPTIFADVASTARISQEEIFGPVVSFTKAASFDEAIRFANNTDYGLTGAVISNNRAHLEQARRDFHVGNLYLNRKCTGALVGIHPFGGFNMSGTDSKAGGRDYLLLFTQAKAVSERF	PGPT0020210_2520	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020210-putA-K13821	NA	NA
JZ016_04581	921	fadM_1		Proline dehydrogenase 1	ATGGACGGAACCGAGCTTTACCGCAAAGTGATCCTGACGGTGTCCAGCAATAAACTCGTGAAATGGTTGTCGATCAAGTACGGCCGGAAATTGGCGGGCCGATTCATTGCCGGCGATACCTTGGATGAGGCGCTGGATGAAATCGAGAGGCTGAACGCGAAGGGCATTCTTGTCACGCTGGACCATCTGGGGGAGGGCATCCGGACGCTGGACGAAGCAGCCGGGTATCGGGAGGAATATTTGAAGCTGGTGGAAGGGATCGCGAGGCGTGGAGTGCAGTCGAACGTATCGCTGAAACCGACGCAGATGGGCATGGCGCTGGATCTGGAGAAGGCGTACGAGAACATCAAAATGGTGGTGAAAAAGGCGAAAGAGCACCGCAATTTCGTTCGTCTGGATATGGAGGATTCGCCGTACACCCAGGCGACGATTGATATGACGCTGCGGCTCCATAAGGAGGGGCTGACCAACGTGGGGACCGTAATGCAAGCCTACTTGTTCCGTACGGAGGAGGACGTCAAGAATTTGATGCATGCCGGCGTAAATCTGCGGTTGGTCAAGGGGGCGTACAAAGAGCCGGGAACCATCGCCTTTCAGCAGAAGCGGGAGGTCATTGACAACTATAAGAAGTTGATCAAAATGCATTTTGATCAGGGAGCCTACGTCGCGATTGCTTCGCACGACGACAACATCATCGACTGGGTGAAGGTGTTTGCCGAGCAGAGCCGCATAGACAAACAGGACTATGAATTTCAGATGCTGTACGGACTGAGGATGAACGATCAGGCTGCCCTGGCACAGGACGGCTACCGTATCAGGTGTTATATGCCCTACGGAACGATGTGGTACCCGTATTTCACCCGGCGGCTGGCAGAGAAGCCGGCCAACCTGATGATGGTGCTCAAGAATATGTTCAAGTGA	MDGTELYRKVILTVSSNKLVKWLSIKYGRKLAGRFIAGDTLDEALDEIERLNAKGILVTLDHLGEGIRTLDEAAGYREEYLKLVEGIARRGVQSNVSLKPTQMGMALDLEKAYENIKMVVKKAKEHRNFVRLDMEDSPYTQATIDMTLRLHKEGLTNVGTVMQAYLFRTEEDVKNLMHAGVNLRLVKGAYKEPGTIAFQQKREVIDNYKKLIKMHFDQGAYVAIASHDDNIIDWVKVFAEQSRIDKQDYEFQMLYGLRMNDQAALAQDGYRIRCYMPYGTMWYPYFTRRLAEKPANLMMVLKNMFK				NA	NA	NA	NA	NA
JZ016_04582	531			hypothetical protein	ATGACGAAACTCATCGAGGCCGCACTGGCCCCCGTCATCAAAACCGCATCGCCTGCATTAAATGCAGAGCTCATCCGCTGCATGGAGATATTTCGTTTCGACCGGGGCTCGGCTGAACGCTTTATCCCCTGGAGCGACCGAGATTGGAACTGCGGGTTGTTCAAAATCAGCTGCAAAGGCGGCCGGGTATGCCGAATATGCCCTGCCAAGCACAAGAGAATTCGCGGATCTGATCCGCTGGGCATCCGTCTTTACGAGGCTGAGAGGTATGCCCGTGACCGAGGCCATTCGCTATGCCCAGAAGCAGCAGCAGTGGGGATCCGCACGAATGCAGCTCGCCGTATCGGCCCTCGCCGATCTGGAGGCCAATCTGCAACAGCACATCACCCGTATGCGGTTAGGCAGCCTGCCGCTGGAGCGTTCCTTCCTGATGGACTGCTCGGAGGCATATTATTCCTTCTAGGACAGCTGCTAGAAAGAGCTACCGTTCTCTCTCCATTGCAATTGGTTGTTTTCCCCCCGCTCACTTGA	MTKLIEAALAPVIKTASPALNAELIRCMEIFRFDRGSAERFIPWSDRDWNCGLFKISCKGGRVCRICPAKHKRIRGSDPLGIRLYEAERYARDRGHSLCPEAAAVGIRTNAARRIGPRRSGGQSATAHHPYAVRQPAAGAFLPDGLLGGILFLLGQLLERATVLSPLQLVVFPPLT				NA	NA	NA	NA	NA
JZ016_04584	411			hypothetical protein	ATGGAGAAACCGCAGGAGTTTATCCTGGTATCCGCGCCGAACAAGGCCGGGGAAGAATTTATCCGCCAGTTGATCTATATGGACATTTCGTTTGCGGCCATAGCCAACAACCGGGTTGAGCAGGAGAGGCTGCGGGAACTAGGCTGCACCAACATGATTGTTATCGATACAAGGGATGAACAAACCTGGATCATTCCCGAGTTTCCCGTCAGCAAGGTGTATTTGTTCGAGAGCAGCTTGAACCTGTGCTGCCGCTATTTACGGATCTGCCGGACATGGACGACGGAGTCGATTTATGTGATTACCCATTCCAGCAATCCGCGATTGATATATAAGGGACTGGGGGCCGATGTGGTGCTTCATACGAACCATCATCAGGTATCCTTCCTGATTTCATCCATTGTCAGCTAA	MEKPQEFILVSAPNKAGEEFIRQLIYMDISFAAIANNRVEQERLRELGCTNMIVIDTRDEQTWIIPEFPVSKVYLFESSLNLCCRYLRICRTWTTESIYVITHSSNPRLIYKGLGADVVLHTNHHQVSFLISSIVS				NA	NA	NA	NA	NA
JZ016_04585	105			hypothetical protein	ATGCAGGATTTATATATGGTGCTTATCTTGGGAGGAACCTACGGACTGCTCATGCTGTTTATGTCCTGGTGCGGACGCGTGGTTTCGGAACCGGAGGTGGATTAG	MQDLYMVLILGGTYGLLMLFMSWCGRVVSEPEVD				NA	NA	NA	NA	NA
JZ016_04586	1680	kdpA	COG2060	Potassium-transporting ATPase potassium-binding subunit	ATGGGCATTTTACAAATTGCCATCGTTATACTCGTTCTGGTGCTGCTGGTAAAGCCGCTCGGAACTTATCTATATCAGGTGTTTCGCAATGAGGGGAATGGAACGGATAAATGGTTCTCCTGGTTGGAGAAACCGATCTTCGCACTGATTGGGTTGAAAGAACGCAAGGGAATGACATGGAAAGGGTATGCCGTCAGCTTTGTGATAACGAATATCGTGCTCGTGTCGGCGGGGTATTTGATTCTGCGGATACAGAGAGTATTGCCCTTCAACCCGAACGGTATCGACAATATGGAATCGACCTTGTCGTTCAATACGATCATCAGCTTTATGACGAATACGAATCTCCAGCATTACAGCGGGGAGTCGGGATTATCCTATATGGCCCAGATGGCCGTCATTACGATGATGATGTTCGCGTCCGCGGCGACCGGGCTATGCGTGGCGATTGCGTTTATCCGGGCGGTGACCAGCAAGGGTACAACCGTCGGCAACTTTTTTGAAGATTTCGTCAAAGCCCACACCCGGGTGTTTATCCCGGCCGCATTTATCATTGCGATGGTACTGGTTGCGCTGCAGGTGCCGCAGACTTTGCAGCCTACGCTCAGCGTCACGACGCTTCAAGGAAGCGAGCAGCAAATAGCGGTGGGACCGGTGGCTGCGCTGGAATCGATCAAGCATCTGGGCACCAATGGGGGCGGGTTTATGGGGGTCAACTCGGCGCATCCGTTCGAGAACCCGTCCCCGCTGACCAATGTGATCGAGATCCTGTGCATGTGGAGCCTCGGGGCGGCGCTTCCTTACACATTTGGTTTGTTCGCGAAGAGCCGTAAGCAGGGCTGGATTATTTTCTCGGTAATGATGACCTTGTTTATCGGATTCCTGTCCTTGAACTATGCGGCTGAAACGAACGGCAATCCGGCGCTGAACCGGCTGGGTATGGATACCTCCCAAGGCAGCATGGAGGGCAAGGAGGTCCGGTTCGGGATCGCCCAGTCCTCCCTGTTCACCACGGTGACGACTGCGGCCACGACCGGGTCGGTCAACAACATGCATGATACGCTCACGCCGCTTGGCGGGATTACGCCGCTATCCCTGATGATGCTGAACTCCGTTTTTGGCGGAAAAGGCGTCGGGCTGATGAACATGCTCATGTATGCGATATTGGCAGTATTCCTGGCTGGTCTTATGGTTGGCCGAACACCCGAATTTCTAGGGAGAAAAATAGAGGCGCGGGAGATGAAGCTAATTGCGGTTGTTATCCTGGTGCATCCATTGATCATTCTGGCTCCGACCGCACTTGCGCTGATGACGGATGCGGGGCAGGCGGGCATTGCCCATGCGGGCTTTCATGGCATCTCGCAGGTATTGTACGAATACACGTCTTCCGCAGCCAATAACGGTTCCGGATTTGAGGGACTGTCGGATAACACGCCGTTCTGGAACGTGACAACCGGACTGGTCATGCTATTCGGACGTTACATTTCGATGATCGCCTTGCTGGCAGTGGGCGGCTCGTTGATGCGGAAGCAATGGGTTCCCGAGACGCTCGGAACGTTCCGGACAGATAATAAGCTGTTTGCCGGCATTCTGATCGCGACGGTTCTGATTATCGGTGCATTGACCTTCCTGCCAGTACTTGTGCTCGGTCCGATTGCTGAGCATCTGACGATCCGTTAA	MGILQIAIVILVLVLLVKPLGTYLYQVFRNEGNGTDKWFSWLEKPIFALIGLKERKGMTWKGYAVSFVITNIVLVSAGYLILRIQRVLPFNPNGIDNMESTLSFNTIISFMTNTNLQHYSGESGLSYMAQMAVITMMMFASAATGLCVAIAFIRAVTSKGTTVGNFFEDFVKAHTRVFIPAAFIIAMVLVALQVPQTLQPTLSVTTLQGSEQQIAVGPVAALESIKHLGTNGGGFMGVNSAHPFENPSPLTNVIEILCMWSLGAALPYTFGLFAKSRKQGWIIFSVMMTLFIGFLSLNYAAETNGNPALNRLGMDTSQGSMEGKEVRFGIAQSSLFTTVTTAATTGSVNNMHDTLTPLGGITPLSLMMLNSVFGGKGVGLMNMLMYAILAVFLAGLMVGRTPEFLGRKIEAREMKLIAVVILVHPLIILAPTALALMTDAGQAGIAHAGFHGISQVLYEYTSSAANNGSGFEGLSDNTPFWNVTTGLVMLFGRYISMIALLAVGGSLMRKQWVPETLGTFRTDNKLFAGILIATVLIIGALTFLPVLVLGPIAEHLTIR	PGPT0002740_1604	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002740-kdpA-K01546	NA	NA
JZ016_04587	2034	kdpB	COG2216	Potassium-transporting ATPase ATP-binding subunit	ATGAATAATACGAGAAAAAAAGCGATGTCCCAAGAGATGGTCCGTCAGGCGCTGAAGGACAGCTTCACGAAGCTGAATCCCGTCCTGATGATGAGAAATCCGGTCATGTTTGTTGTGGAGGCCGGGACGCTGGTTGTTCTGTTGATGACGTTATTTCCATCCTATTTCGGAACAGAGGGCAGTATCGGATTTAATGTGGCGGTATTTGTCATTCTGCTGTTGACGCTGCTGTTTGCAAACTTCGCAGAGGCGCTTGCCGAAGGACGCGGAAAGGCGCAGGCCGATTCCCTTAAGCAGTCGAAGCAGGAAATGACGGCACATAAAGTGATGGAGAACGGAGGGGTACAATCCGTGCCGTCCACGGATCTTCGCAAAGGAGATATCGTGATCGTCACGCAGGGCGAGATGATTCCCGGGGACGGGGAAGTCATTGCGGGCCTTGCGTCCGTTGACGAATCGGCGATTACCGGCGAGTCCGCTCCCGTCATTAAAGAAGCCGGCGGCGATTTCAGCTCGGTCACCGGGGGGACGCGGGTTGTCAGCGATACGATCCGCGTCCGGATTACGAGCGATCCCGGGGAATCGTTTATCGACCGGATGATCTCGCTTGTGGAAGGAGCCTCTCGCCAGAAGACGCCGAATGAAATTGCGCTGAATACGCTGTTGATCGTCTTAACGCTGATATTCCTGATCGTTGTCGTTACGCTCGCTCCGATTGCGAAGTATCTTGGCATCGAGCTGTCCGTTCCGGTGCTGATCTCGCTGCTGGTATGTCTCATTCCGACCACGATCGGGGGGTTGCTGTCGGCGATCGGGATTGCCGGCATGGACCGGGTGACGCAGTTCAATGTGCTGGCGATGTCGGGCAAGGCGGTGGAGGCTGCCGGTGACATCAATACGATGATTCTGGATAAGACGGGTACCATTACGTTCGGGAACCGGATGGCCAGCCGGTTGATTCCCGTCGGCGGCGAATCGCATGCATCGCTTTCGCAATGGGCGGGCGTGAGCTCACTGCTGGATGAAACGCCGGAAGGACGTTCCGTGCTGGAGCTGCTGAAGCAGGAAAGTCTCGAAGCAGATGAAAGCATGACGGCTGAGGCGGATTTCATCGAATTTAAGGCAGAGACCCGGATGAGTGGGATGGACCTCAAGGATGGGCGAAAAGTCCGCAAAGGTGCGGTAGATGCCGTCAAAGCTTGGGTGCTGTCGCAAGGAGGCTCCATCCCTTCGGATTTGACGCCAAGCGCTGATGCCATCGCGACAGAGGGCGGAACCCCGCTCGCTGTTGCCGTGGATAACCGCATCTATGGTCTAATCTACTTGAAGGATACCGTGAAGCCGGGCATGAAGGAAAGGTTTGATCAGCTGCGCCGGATGGGCATCAAGACGATTATGTGCACGGGCGACAATCCGCTTACCGCAGCGACGATTGCCAAAGAAGCAGGTGTCGATGATTATATCGCCGAGAGCAAGCCCGAGGATAAGATTGCCGTCATTCGCCGAGAACAAGCCGAAGGCAAGCTGGTTGCGATGACTGGTGACGGTACGAACGACGCCCCGGCGCTGGCCCAGGCCGATGTGGGGCTGGCGATGAACAGCGGTACCACCGCAGCCAAGGAAGCGGCCAATATGGTGGATCTGGATTCGGATCCCTCGAAGATTATCGAGGTGGTTGCCATCGGCAAGCAGCTGCTAATGACGCGTGGCGCGCTGACCACGTTCAGCGTCGCGAACGATGTCGCCAAATATTTTGCCATCATTCCCGCGATGTTTGCAGCTGCCATACCGAGCATGAATGTTCTGAACGTCATGGGATTGGGTTCTCCCATGTCGGCGATTCTGTCGGCGCTGATCTTTAATGCGATCATTATTCCGCTGCTCATTCCGCTTGCGATGAAGGGCGTAGCCTACAAACCGATGAGCTCGTCGAAGCTGCTCCAGCGCAATGTGCTGGTCTATGGCTTAGGCGGCGTGCTCGTACCGTTCCTCGGGATTAAGCTGATCGACATGATTGTCCATCTATGGATCTAG	MNNTRKKAMSQEMVRQALKDSFTKLNPVLMMRNPVMFVVEAGTLVVLLMTLFPSYFGTEGSIGFNVAVFVILLLTLLFANFAEALAEGRGKAQADSLKQSKQEMTAHKVMENGGVQSVPSTDLRKGDIVIVTQGEMIPGDGEVIAGLASVDESAITGESAPVIKEAGGDFSSVTGGTRVVSDTIRVRITSDPGESFIDRMISLVEGASRQKTPNEIALNTLLIVLTLIFLIVVVTLAPIAKYLGIELSVPVLISLLVCLIPTTIGGLLSAIGIAGMDRVTQFNVLAMSGKAVEAAGDINTMILDKTGTITFGNRMASRLIPVGGESHASLSQWAGVSSLLDETPEGRSVLELLKQESLEADESMTAEADFIEFKAETRMSGMDLKDGRKVRKGAVDAVKAWVLSQGGSIPSDLTPSADAIATEGGTPLAVAVDNRIYGLIYLKDTVKPGMKERFDQLRRMGIKTIMCTGDNPLTAATIAKEAGVDDYIAESKPEDKIAVIRREQAEGKLVAMTGDGTNDAPALAQADVGLAMNSGTTAAKEAANMVDLDSDPSKIIEVVAIGKQLLMTRGALTTFSVANDVAKYFAIIPAMFAAAIPSMNVLNVMGLGSPMSAILSALIFNAIIIPLLIPLAMKGVAYKPMSSSKLLQRNVLVYGLGGVLVPFLGIKLIDMIVHLWI	PGPT0002745_1979	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002745-kdpB-K01547	NA	NA
JZ016_04588	627	kdpC	COG2156	Potassium-transporting ATPase KdpC subunit	ATGAATAATTCGTTGCAAAAATCATCCGCTGCGCCTCGCGCCGGGGCGGGGGCAGTCCGCGTCTCTCTGGGCATGGCCCTAAGAACGAGCCTTGTATTTATCGTGTTATGCGGTTTTCTCTATCCGCTGATTACGACGGGAGCCGCGCAGCTGCTCATGCCGAAGCAAGCCGGCGGCAGCTTGGTCACAGATTCCGGCGGAAAGGTGGTCGGATCGGAATTGATCGGCCAGAACTTTACGGAGCCTCAGTATTTTCACGGCAGGGTGTCCAGCATTGAATATAACGGAGCCGGCTCAGGCAGCAATAACTATGCACCTTCCAACCCGGACCTGATCGATCGGACGAAGGCCTCGATTGAAGCGTGGAAGGAGAACAACCCGGATGTTCCGGTGAGCAAGGTTCCGATGGATCTGGTTACGAATTCCGCCTCCGGATTGGATCCACACATCTCGCCGCAGGCCGCGAATATTCAGATTCCGCGGATCAGCAAGCTGACTGGAATTACGGAGGCAGAGCTTAATCAGTTGGTAGAGGAGCACACAGAAGGACGGGACTTGGGCGTGTTCGGTGAACCGCGCGTCAATGTGTTGAAGCTGAACCTGGCGCTGGCCGAGCTTCTTGATTGA	MNNSLQKSSAAPRAGAGAVRVSLGMALRTSLVFIVLCGFLYPLITTGAAQLLMPKQAGGSLVTDSGGKVVGSELIGQNFTEPQYFHGRVSSIEYNGAGSGSNNYAPSNPDLIDRTKASIEAWKENNPDVPVSKVPMDLVTNSASGLDPHISPQAANIQIPRISKLTGITEAELNQLVEEHTEGRDLGVFGEPRVNVLKLNLALAELLD	PGPT0002750_410	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002750-kdpC-K01548	NA	NA
JZ016_04589	2328			hypothetical protein	TTGATCATGGACCTCTTTCGGAGAAAATCACCGGAGGAAATCTTAAGGTCGATTGCGAAGCTCCACCATGGAAGGCTTAAGGTATATATCGGGGCCGTAAGCGGTTCGGGGAAAACTTATCATATGCTTCGCGAAGGACATACCTTGAAACTGCAAGGCATCGATGTTGTTATATGCGCGGTATCCACGATGCAGCGTCCGGAAACGGTCGAGCAGGTCCGGAATCTGGAGCGGGTGCCCAGCATCCATTGGGTGGAGGACGGCGTAGAGAAGAAGGATCTTGATCTGGAACTGCTGGTGCAGCGCAACCCGGAGGTGGTGCTTGTCGATGGGCTTGCCCACCGGAATCGGAAGGGGGCGAAGCATGCCACGCGGCTGGATGACATCCGATTTTTGTTAAGCCGGGGGATTAGCGTCATCACGACGGTCAATGTGTATGAGCTGGAGGACGTCCAAGATATTGCAGTCAAGCTGACAGGCATTAAGGCTAGTTATACGGTTCCTGCCGATACGCTAGAAAACGCAGACGAGGTGGTGCTTATTGATGTAACGCCTGAAACGATGCTGGAGCGGGCACAAGGTGGCTTGCTCGGGGGTGGCAGCGTATGGAAGGAGGGTAATCTGGCCGTGCTTCGGGAGCTGACGCTGCGCCTCGTAGCCGAAGGGGTAAACCACTCGCTGGAGCGGCACCGCAAGGAACGGGGATTGGTCGGCCCATCGGGAGCCCATGAGCGAATATTGGTATCCACCCAGTATCATTGGAACGGATCCATTTATATGCGGCGCGGACAGCAGATCGCGAAGAGATTGAACGGTGAGCTTATGGCCGTTACGTTTGTGAATCCGAGGTTAGAGCTCACGAAAGAGCAGGCGGCCTTCAAGCGATCTTTGCTGAAACTGTCGGAGCGTATCGGCGTCAAGCTTGAAGAGCTGCCTCTCCATTCGCGTAGGAAGCTGGCCGACGTGCTTGTTCAATATGCGTTGGAGCACCATGTGACCCGCATTGTGCTGGGTCACTCGAAGCAGACCCGCTTTCAGGAGATGCGGCAGGGCTCGCTCCTTCAGGATCTGCTGAAGAAAACGCGCGGGATCGATATTTTTATTGTGGCGGATCGGGCGGCGCATGACGGAGAACGGATCATCCCGGCGCAGATCCATCCGCGGCGAGTTTCCTCCGATTCGTTTCACCGATTGAATGAGCAAGAGCTGGACCGGAAGATGGAGCAGGTCAAGCGCGGGCGGTTTAAAGTCTATATCGGGGCTGCCCCGGGCGTGGGCAAGACGTATGCGATGCTGCGCGAAGGCAATGATCTGCTAAAGAAGGAATTGACGGTTCTTACCGGACTGTTGGAGACGCACGGCCGGATGGATACGCGATCACAGATCGGTGATCTTGAGGTTCTTCCGCGCAAAGAGATGGACTACCAGGGATCACGCCTTGAGGAGATGGATACCGATGAGATCATTCGTCGCAGGCCTGACGTGGTTCTTGTGGATGAGCTGGCGCATACGAATGTTCCCGGAAGCAAGCACACGAAACGGTATGAAGACGTGCTGGATATTCTGTCGGCTGGCATCTCCGTCATTACGACCATGAACGTGCAGCATTTGGAGAGCTTGAATGATGCCGTCAAGCAAATGACCGGTGTTCGTGTTCGCGAGACGGTGCCGGATCATATTCTGCAATTGGCCGATGAGGTTCAGCTCATCGACGTTACGCCGGAGTCGCTGCGGCAGCGGATGAAGGACGGCAAAATTTATGCGCCGGAGAAAATCCCGCAGGCCCTTGGCCATTTTTTTAAGACGGGAAACCTTATTGCCTTAAGAGAGCTTGCCTTAAGAGAAATTGCGGATGATGTAGACGAGAGACTGGAGTCATGGCAGCGCAGCAGCTCGCTGCGGGGGCCGTGGCGTCGCGAGGAGGTTATCTATGTCATGCTTGGTGAAGGTCCCCAGGGAGAACGGCTCATTCGCCGTGGCTTCCGGATCGCCCATCGGCTGAAAGCGGCCTGGTATGTGGCAGTCCCTCTGGAGCGGCATCACAGTCTGTCTCTTGACGACGAACAACGCCTGACGGCCCTTCAGACGTTAACGGAACGTTTCGGGGGAACGTTCACCGTGCTCCCGGTAAACAAGGGGCCAACCCGCGCCGTTTCTTCCCAATTGGTCGCAGCAGCAGATGCGGTCAAGGCCACCCAGTTGATTATCGGACAGCCGCAGATGGCCGGATGGAAGCTGTACGCCCAGCGGAGAATGATCCGGGGCCTGCTAAGAAGCGCAAGGCATATGGATGTGCTGGTGGTTGGGGATTACGATCCGCACGTTTGA	MIMDLFRRKSPEEILRSIAKLHHGRLKVYIGAVSGSGKTYHMLREGHTLKLQGIDVVICAVSTMQRPETVEQVRNLERVPSIHWVEDGVEKKDLDLELLVQRNPEVVLVDGLAHRNRKGAKHATRLDDIRFLLSRGISVITTVNVYELEDVQDIAVKLTGIKASYTVPADTLENADEVVLIDVTPETMLERAQGGLLGGGSVWKEGNLAVLRELTLRLVAEGVNHSLERHRKERGLVGPSGAHERILVSTQYHWNGSIYMRRGQQIAKRLNGELMAVTFVNPRLELTKEQAAFKRSLLKLSERIGVKLEELPLHSRRKLADVLVQYALEHHVTRIVLGHSKQTRFQEMRQGSLLQDLLKKTRGIDIFIVADRAAHDGERIIPAQIHPRRVSSDSFHRLNEQELDRKMEQVKRGRFKVYIGAAPGVGKTYAMLREGNDLLKKELTVLTGLLETHGRMDTRSQIGDLEVLPRKEMDYQGSRLEEMDTDEIIRRRPDVVLVDELAHTNVPGSKHTKRYEDVLDILSAGISVITTMNVQHLESLNDAVKQMTGVRVRETVPDHILQLADEVQLIDVTPESLRQRMKDGKIYAPEKIPQALGHFFKTGNLIALRELALREIADDVDERLESWQRSSSLRGPWRREEVIYVMLGEGPQGERLIRRGFRIAHRLKAAWYVAVPLERHHSLSLDDEQRLTALQTLTERFGGTFTVLPVNKGPTRAVSSQLVAAADAVKATQLIIGQPQMAGWKLYAQRRMIRGLLRSARHMDVLVVGDYDPHV	PGPT0002755_1953	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CAPSULE_METABOLISM	CE-EPS-CAPSULAR_POLYSACCHARIDE_REGULATION,PGPT0002755-kdpD-K07646	NA	NA
JZ016_04590	432			hypothetical protein	TTGGTGTTATCCGTGTCAATTGCGTTAGGATTGCATAACCCGCTCGTCATGTTTGCGTTCTTCCGTTTCCACGTTTGTTGGGTTTCTGTGTTCTTGCTTTCCGGAATGTTCGTTCCATGTTCGTTCTCGGTGTTCTTCTTTTCCGAATTGTTGCGTCTCCGCGTCTACTGCGGTTTACTGCATTTCCTGCATTTCCTGCATTTCCTGTATTTCCTGTATTTCCTGTATTTCCTGCACTTTCAGCATTTCCAACGCCTCTTGTGTCCCCGGTCCTCTCAAAAACGTTCAGCTCCCTGCGCTGAAGCCGTCAAACGTGCGGATCGTAATCCCCAACCACCAGCACATCCATATGCCTTGCGCTTCTTAGCAGGCCCCGGATCATTCTCCGCTGGGCGTACAGCTTCCATCCGGCCATCTGCGGCTGTCCGATAA	MVLSVSIALGLHNPLVMFAFFRFHVCWVSVFLLSGMFVPCSFSVFFFSELLRLRVYCGLLHFLHFLHFLYFLYFLYFLHFQHFQRLLCPRSSQKRSAPCAEAVKRADRNPQPPAHPYALRFLAGPGSFSAGRTASIRPSAAVR				NA	NA	NA	NA	NA
JZ016_04591	639	udk_2		Uridine kinase	ATGCTCATAATTGGTATTGCCGGCGGCACCGGATCGGGCAAAACGACGGTTGCCCGCTCTGTCATTGACCGTCTTGGTTCAGATAAAGTCACTTTTATTTCGCAGGATAACTATTACAAGGATCATAAAGAGCTCAGTTTCGAGGAACGCGAAGCGATTAACTATGATCATCCGTTCGCCTTTGACAACGAGCTGCTCGTCGAACATCTCGGCATTTTGAAAACAGGACAACCCGCATTTGCACCGGTGTATGATTTTACCGCCCATGCCCGTTTCACGGATCAGACCATTGAACTGAAGCCGAACAACATCGTCATCATTGAAGGCCTGCACGTACTGTCCGATGAGAATCTGCGCAAGCTGCTTCACATTAAAGTGTTTGTGGATACCGATCCCGATGTACGCCTGCTTCGCCGGGTCGTGCGCGATATCGAGGACCGCGGCCGGACCATCCAGTCGATCCATAATCAGTATCTGACAACCGTCAAGCCGATGCATGAGGCGTTCATCGAACCCTCCAAGAAGTACGCCGACCTGATCATTCCCGAAGGCGGAGAGAATGAAGTCGGCATTCGCCTGCTCTCCATCTTGACCGAGAAATATTTGACCGGCGACCGCACATTGTCGGGTGAATCATAG	MLIIGIAGGTGSGKTTVARSVIDRLGSDKVTFISQDNYYKDHKELSFEEREAINYDHPFAFDNELLVEHLGILKTGQPAFAPVYDFTAHARFTDQTIELKPNNIVIIEGLHVLSDENLRKLLHIKVFVDTDPDVRLLRRVVRDIEDRGRTIQSIHNQYLTTVKPMHEAFIEPSKKYADLIIPEGGENEVGIRLLSILTEKYLTGDRTLSGES	PGPT0021230_2906	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021230-udk-K00876	NA	NA
JZ016_04592	636			hypothetical protein	ATGCATTATACGGCAAATTACTCATGCAAGCCCGCCCTATACATCCAGCAGGGAGAGCATCGTGGGAACATCGATTGGGACCGATATGAAGCGGTGGCCCTGAGCGATACCGTGACCGGGCTTGCTGCGAAGGAAGCGACCGAGGTTCGCGCCTGCTGGAGCTCCGAATACTTTTATGTACGGTTTGTTTGCCAGGATTCTCATATCGTATCGGAGTACCAGCATCGGGATGATCCGCTGTATGAACAGGATGTCGTGGAATTGTTTATAGACGAAGCAGGAACGGGAATGGAATATATCGAGCTTGAGGTGAGTCCGAACAATATTATATTTGACGCCCTGATCCAAAGCGATGGACAAAAGTCGATCACAAGCAGCGATGTGAAGTGGAATCTTGCCGGCCTACAGACCTCGGTAGAGCATTACGATAAGGGGAATATAATGTATGAAATTCGCATTCCGGCTGCGAACTTCAAGAATCCCCTGCAAGCGGGACGAAGCTGGAACGTGAATTTTTACCGCATTGATGAGGACACCCAAGGAAACCGGGAGTATCAGGCATGGAGCCCAACCGGTGAGGTGAATTACCATATTCCTTCACGTTTTGGGAAGCTGGAGTTCGTCGATATGATTTAG	MHYTANYSCKPALYIQQGEHRGNIDWDRYEAVALSDTVTGLAAKEATEVRACWSSEYFYVRFVCQDSHIVSEYQHRDDPLYEQDVVELFIDEAGTGMEYIELEVSPNNIIFDALIQSDGQKSITSSDVKWNLAGLQTSVEHYDKGNIMYEIRIPAANFKNPLQAGRSWNVNFYRIDEDTQGNREYQAWSPTGEVNYHIPSRFGKLEFVDMI				NA	NA	NA	NA	NA
JZ016_04593	594			hypothetical protein	ATGAGTAATCCATCAACGTATGAGGTTATTTTAGATACAAGCTATCGCTTGTTTGCGGAACAAGGCTTTGAGAAAACGAGCATGGCGATGATCGCCAAGGAATTGGATGTATCCAAACCTGCGCTTTATTATCATTTTTCCTCGAAGGAAGCTCTTATTGACAAGCTTTTTGAAGAGATTTGCCGCAGCATCGGTTTTCATGTTTATTTTCAACTGGAGAAATATACGGCGGAGAATTTCAGCGCGAGGCTTACCTCTGACGGGTTGAACATGATTCATACGCAACAGGAGGATGAACACTATACTCGAATTATGAATCAGTATCAGGCCTTGGGTTACCGCAATCCTAAATATGCACGGCAACTAATCGGTATTCTGGAAGGGTTCACTTCCGGCTTTACGGAGCTGCTGAAATATGGAGTTTCCATTGGAGCTCTTCCGGACGGCAATATGGGAGTTCAGGCACAGATGCTGACCATGATCATTGATAGCATGGATAACTTCATGAGTTACGGTCTGGAATACGACTATGAGGTGATCTGGACGCAAGCAGTCAACCAGGTGATGACAGGAGCTGAGGGGAATGAGCTCTAA	MSNPSTYEVILDTSYRLFAEQGFEKTSMAMIAKELDVSKPALYYHFSSKEALIDKLFEEICRSIGFHVYFQLEKYTAENFSARLTSDGLNMIHTQQEDEHYTRIMNQYQALGYRNPKYARQLIGILEGFTSGFTELLKYGVSIGALPDGNMGVQAQMLTMIIDSMDNFMSYGLEYDYEVIWTQAVNQVMTGAEGNEL	PGPT0028895_990	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028895-mexL-K18301	NA	NA
JZ016_04594	660			hypothetical protein	ATGAGCTCTAACACAACGCGTTTAACCGCACTCGATTATGCTCGCGCCTGGGCCATCTTCGGCATGATTATTGTCAATTATAAACTTGCCATGGAGGTGGGGGATCATGGAGCCAATTGGCTGCAAACCATCGCCGGTCTGTTTGAAGGAAGAGCTTCTGCATTGTTCGTGGTACTTGCTGGCGTCGGTGTGTCCTTAATGACTGCGAAGGCTAGTATTTCCCGCAATCAACACATGATTCGAGAGAATCGCAAGACATTGGTGAAGAGAGCCGTATTCTTGTTTATCGCCGGGACACTTCTGCTGCTGACCGGATGGAGCGCCGATATATTGCATTATTATGCGGTATTTTTACTTCTGGCCTCGGTACTCATAACGGTATCGGACAAAACGCTCCTGATCCTGGCCGGACTAGTTCTGATCGTATCGTCATCCATGCTGATCCTGCTGGACTACAGCAAGGGCTGGGATCCCGGTTTTCATCGATATGCCGACTTTTGGACGGTGGAAGGATTCATCCGCAATTTGATGTTCAACGGATATCATCCTCTTTTTCCATGGAGCAGCTTTTTCCTCATCGGCATGTGGCTTGGAAGAAAGGGCTGGTGGGGCGGCAAACACAGGCGGAAGCTCATGATGTATTCATTGCTCGGGCGGTAA	MSSNTTRLTALDYARAWAIFGMIIVNYKLAMEVGDHGANWLQTIAGLFEGRASALFVVLAGVGVSLMTAKASISRNQHMIRENRKTLVKRAVFLFIAGTLLLLTGWSADILHYYAVFLLLASVLITVSDKTLLILAGLVLIVSSSMLILLDYSKGWDPGFHRYADFWTVEGFIRNLMFNGYHPLFPWSSFFLIGMWLGRKGWWGGKHRRKLMMYSLLGR				NA	NA	NA	NA	NA
JZ016_04595	474			hypothetical protein	GTGGGGCGGCAAACACAGGCGGAAGCTCATGATGTATTCATTGCTCGGGCGGTAATATTCGAGCTGTTATCCCGCTTCCTCATTCGCGGGACGTCCCCGTGGCTTGATGCCGACTCGGCTAGTTATCTGTTTACAACCAAGCCGATGCCGCCGACGCTGCTCTATGTATGTTCTGCGGGTTGTCTGGCTGTTGCCGTGATTACAATCTGTTTTTATATCGTTGAGCGTTTTGAGAATAACCGCCTGACAGGGTGGCTTATATGGACCGGGCAGCTCTCACTCTCCCATTATCTCGGTCATATCTTCATTGGATTGGGGCTGCTGGAAGCGATCGGGTATTTGAACCATGGCAATCTGGGCTTTGCGGTTGCTTACGGCTGCGGTTACTTTGTGATGGCTGTCATCTTCTCTTGGGTATGGAGAAAACGAGTGAGGCGAGGTCCCATGGAGCTGCTTATGCGAAAATGGTGTTAA	MGRQTQAEAHDVFIARAVIFELLSRFLIRGTSPWLDADSASYLFTTKPMPPTLLYVCSAGCLAVAVITICFYIVERFENNRLTGWLIWTGQLSLSHYLGHIFIGLGLLEAIGYLNHGNLGFAVAYGCGYFVMAVIFSWVWRKRVRRGPMELLMRKWC				NA	NA	NA	NA	NA
JZ016_04596	600			hypothetical protein	ATGAGTGCTGTTATGGATGGACTGATGCTCGAGCTGGAGCAGCAGTTGGAGGAGAAGGTCGCCGAAGATCTTCGGGATTTGCTGGATGAATATAAACAATTGAAGGGGGCGGCTCCTGATCAATTTCAGCTTTTTGAAGCGGAGTTCGAGATCGAGCTGCCACAGGACTTTCGTTCGTTTTACAGTAAGAAGAACGGCAGCGGATATGGGTTTCACGTACTCTACCCTGGTAATGAAGGGGATGGGGAATACACGCCGTTTTATCTGATGAGCCTGGATGAGATGAGGGAGGTCAAAGCTTATTTCTGCGAACGGAATGAACCGCTGGATGCGTATTACAGTTCGGAGGAAATACAGCAGCTGGATCCGGAGATTAAGCCTTACCTGTTTCACAAGGCTTGGTATCCGTTTGCCACGATGGCAGGCGGGTCGTTGTATTTGATGCTGGATTTCGATCCGGCTGAGCCGGGAACGTCCGGGCAGATCATCATGTACGTGCATGATCCTGATTTTGTGTATTATATCGCGCCTTCCTTCACGGAGCTGCTTCAGGCGTCAAACCGCAATCTGCGCACCGACATTGAAGAGGTGGACTACTGA	MSAVMDGLMLELEQQLEEKVAEDLRDLLDEYKQLKGAAPDQFQLFEAEFEIELPQDFRSFYSKKNGSGYGFHVLYPGNEGDGEYTPFYLMSLDEMREVKAYFCERNEPLDAYYSSEEIQQLDPEIKPYLFHKAWYPFATMAGGSLYLMLDFDPAEPGTSGQIIMYVHDPDFVYYIAPSFTELLQASNRNLRTDIEEVDY				NA	NA	NA	NA	NA
JZ016_04597	300			hypothetical protein	TTGATACCTGGTTACTTTATTGGGCGCACGTATGGGCTTTTTCAGAATGAGGTGGTCCTGACCAAATACCAGCTGGCCGTTGATGTGGATGGTGAACAAGTGGATGCATGGCCGCTGCTGGCCGGCTTTGCCACAACCGATAAACAAGGGGAGCTTCGTCCGTTGTACTACAGGCTGGAAGGGTCTGACCTCAACATGCTGTACCAATTGGCATATGGGCAGTTCGAAGTGGAGGCTTCGGAGGATAATCCTTTCTTGGCAGGGAGGGTTCAGTATGAGCATCTGGCGAACGATATTTAA	MIPGYFIGRTYGLFQNEVVLTKYQLAVDVDGEQVDAWPLLAGFATTDKQGELRPLYYRLEGSDLNMLYQLAYGQFEVEASEDNPFLAGRVQYEHLANDI				NA	NA	NA	NA	NA
JZ016_04598	486			hypothetical protein	ATGCAGCATACGAAAATGACTCAAGAGGTGGACCTTACCATTTCGCACCATCAGATCCAAGTCCGCTCACGGGACTTTGATGAGGATTTGTGCCAATGGGGAGAAACCAATATCAAGCAGGGCGTTGTCATTCATCCCGGTTATCTCACCTTTGATCCTATCCCTGATGATGCTTTCGGCGCCTGGGTAAAGCTGGCCTTGAAAGAGGCGTTCATCGAAGATCCGAACGCGCAGCGGCGGATGGTCGTGCCGTTTGATGTTCTGGATCCTGGGAAGCTGGAGCTGTTGTCCGTCATGTCGGACGCCGCTATTGAGCTTCCGCTGCAAGCAGGGCGATATGCACTGTATTTTGAGATTTGCGAGGATGAAGAAGTGTATTATCGCTTCACTTTTGTTCATGAGGGAGAAAAGTTTCAAGCCCGGTATCTGATGGATGATGAATGGGGCGGCAAGGCTGGAGAAGCATTGTCGGTGGGGTACTGCTGA	MQHTKMTQEVDLTISHHQIQVRSRDFDEDLCQWGETNIKQGVVIHPGYLTFDPIPDDAFGAWVKLALKEAFIEDPNAQRRMVVPFDVLDPGKLELLSVMSDAAIELPLQAGRYALYFEICEDEEVYYRFTFVHEGEKFQARYLMDDEWGGKAGEALSVGYC				NA	NA	NA	NA	NA
JZ016_04599	1116			hypothetical protein	ATGAAAAAAACAATGAAGCACACAACCCCAATCACCAAAACCCTGGCGGCTGCCGGATTAGCGGGCATCCTGATGATCTCCGCTTCGGGTCTGCCATCCGCTCATGTCCATGCCGAAACCAAAGCTGCAGCGAGCACGAATCGGGTGACCGCTCCAACCGTTGCCCCGCAACTGGTAACATCCAAAACGCTGCAATCCAAGCAAAAATGGCTGAAAACCAATATTAAGATCCCTGTATTCCAAGGTTTGACTGACACCAAATATCAAGACCAGTTGAACGACATTATCGAATCCCATGCCTCCAAGGATATGGACAAATGGGAGAAAGAAGCGGCGGAAGCTGCTGCAAATGCACAAAAGAACGGCTATACCATGCACCCTTATCAGCTGAACATCACTTATGAGCTCACATCGGATGGTAAAGACGGCAGCTTGATCTCCCTTAAGGTCATCACCGAAGGCATCGGGATGAACAATGGCGATCCCCGCGTGGATACGTACAACTTCACGAACGAAGCCGAAGCACAGCGCGTGACGCTTGAAGACCTGTTCGGCAAAGATTACAAATCCATCGTGGATCAAGCGGTCAAAACGGCGATTGCCGCGGATCAAGACCATTACTTCTCGAACGAAGACGGGTTTCAAGGCATAGACGCGGAGCAATCCTTCTATGTCGCGGACGGAAAGGCCTATATCGTATTCCAAAAATACAGCATCGCCCCTGGAGCCACAGGTACACCGGAATTTGCCGTAAAACTGCCTGATAAAGGATCCGACATAAAGCCTGCTGCAGCCGTATTGAAATCAGGCGCTTATTACAAAGATAACAACGGCAAACTCATGGTTCAGGTATCCGTGCTGCGCCAGCTGCAGTTCAATGTCAAGTGGAACGGCAAGAGCAAAACCACGGAAGTCTCCAAGGGAGCCGTCTGGAGCGCGGTGAAGCTGAACAAGGATGCTTACACTTTCGGCAAAATGGCCCCACGTTCGCTGGGCTCGGCTCCTGTCATGAAAAAAGGCCACGTCTATGTTCCGCTTGCTTTCCTGACAGACGTTCTGAATCTGAATGCAGATCAAAGCAAGCATGGCCAGATTACGGTAACCGCAGCAAAATAA	MKKTMKHTTPITKTLAAAGLAGILMISASGLPSAHVHAETKAAASTNRVTAPTVAPQLVTSKTLQSKQKWLKTNIKIPVFQGLTDTKYQDQLNDIIESHASKDMDKWEKEAAEAAANAQKNGYTMHPYQLNITYELTSDGKDGSLISLKVITEGIGMNNGDPRVDTYNFTNEAEAQRVTLEDLFGKDYKSIVDQAVKTAIAADQDHYFSNEDGFQGIDAEQSFYVADGKAYIVFQKYSIAPGATGTPEFAVKLPDKGSDIKPAAAVLKSGAYYKDNNGKLMVQVSVLRQLQFNVKWNGKSKTTEVSKGAVWSAVKLNKDAYTFGKMAPRSLGSAPVMKKGHVYVPLAFLTDVLNLNADQSKHGQITVTAAK				NA	NA	NA	NA	NA
JZ016_04600	882	rsiV		Anti-sigma-V factor RsiV	ATGCATGACAAGCTGAATAGGATGAAAGAGCAGTACGAGAGCACTCCTATTCCTGACGAACTAAGCTCGATTGTCAACAAGACCATAGCAACCAGACGAAAAAAAAATAGAGCGCTGCCCTGGCTCGCTAGTAGCGCAGCTGCATGCATCCTACTGTTCGCCGGAGTGAATACCAGCCCTGCCTTGGCCCAGGCCATGTCCGATGTGCCGGTTCTGGGCCATATCATCAAGGTGATCACCATCCGTGAATATGCCGAGCAAGACGATAACACGGAAGTGCATATCGAAACACCCGGCATTGCCAACCTAGGAAATACGGAGCTTGAGCAAACCCTGAATAACAAATACCTGGAAGAAAACAAGAAACTGTATGAGAACTTCAAAGACGAAGTGGCCCTATTAAATAAAGAAGGCGGCGCGCATCTGAGTCTTACTAGCGGTTATGAAGTGATCACCGACAATGAACAGCTGCTGACGCTTTCGCGCTATATTGTCGAATCTGCTGGAAGCTCTGCCGAATCCAGAAAATACGATACGATCGACAAGAAGAACCAGATGGTGATCACGCTGCCGAGTCTGTTCAAGGATGATCGTTATATCCAGGTCATCAGCGACAATATCAAGGAGCAGATGCGCCACCAGATGCAGGCTAATCCGGACAACATCTACTGGGTGGAGCAGCCTGGCGTGGAGTCCGATGCATCAGAGGATCTGTTCCAAACGATCGCCAAGGACCAAAACTTCTATATCAACCAAGACGGCAAACTGGTCATCAGCTTTAATGAATATGAAGTTGCACCCGGCTATATGGGTGTCGTGGAATTTACGATCCCAACGGAAGTAATCGCAGACCAGCTCGTCAGCAGCGAATACATCCGATAG	MHDKLNRMKEQYESTPIPDELSSIVNKTIATRRKKNRALPWLASSAAACILLFAGVNTSPALAQAMSDVPVLGHIIKVITIREYAEQDDNTEVHIETPGIANLGNTELEQTLNNKYLEENKKLYENFKDEVALLNKEGGAHLSLTSGYEVITDNEQLLTLSRYIVESAGSSAESRKYDTIDKKNQMVITLPSLFKDDRYIQVISDNIKEQMRHQMQANPDNIYWVEQPGVESDASEDLFQTIAKDQNFYINQDGKLVISFNEYEVAPGYMGVVEFTIPTEVIADQLVSSEYIR				NA	NA	NA	NA	NA
JZ016_04601	513	sigV_3	COG1595	RNA polymerase sigma factor SigV	ATGAGAGGCGGCCGGAAGCTTGAGAAGCTTCTTATCCAATGCATAACCGAACATCAGGACAGCGCCTACCGGCTGGCATACAGCTACGTTAGAAATCAAGAGGATGCCCTCGATATCGTTCAGGACGCAATCCACAAAGCATTTATATCCATGGAAAAGCTAAAGCAGACGGGTTCATTAAAAAGCTGGTTTTTCCGAATTATTGTAACAACCTCCCTGGATTTCATTAGAAAACAGAAAAAAGTCCACGTCATGGACGACGAGAACCTGGAGGTTATATTACCCGGCAGCCATGACCACTATCCGAATCTGGATCTGGCCCAATCTTTGGAGGAATTACCCGACAAGTATCGGGTCGTCATTATACTCCGGTTTTTTGAAGATATGAAGATTGACGAAATTGCCGAAGTGCTCCACGAGAACGTCAGCACGGTGAAAACGAGATTATACCAAGGACTACAGAGACTGCGGGTGAACTTAAGCGAGGAAGATCAAGAGGAGGCACAACGATAA	MRGGRKLEKLLIQCITEHQDSAYRLAYSYVRNQEDALDIVQDAIHKAFISMEKLKQTGSLKSWFFRIIVTTSLDFIRKQKKVHVMDDENLEVILPGSHDHYPNLDLAQSLEELPDKYRVVIILRFFEDMKIDEIAEVLHENVSTVKTRLYQGLQRLRVNLSEEDQEEAQR	PGPT0014960_11396	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04602	1242	fabF_4	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	ATGGAAAGAGTCGTTATCACCGGTATGGGCGTCATATCGCCGTTGGGCCATGATGTTGAGACGTTCTGGTCCCGGCTTGTACGAGGAGAGTCCGGTATTACACATATAGAAACTTTGGACACATCAAGACAGAAGGTACAAATAGCAGGTGCCGTAAAGGAATTCGACGCAAACGCGCTGTTCGGCGCCAAGGAAGCCCGGCGTATGGACCGCTTCTGCCAGTTTGCGCTGGCTGCGGCGGATCAAGCCATAAGCCAGTCGGGACTCGATCTTGATCAGATCGATCATGAGCGGATGGGGGTATATGTCGGCTCCGGCATCGGCGGCATCCAGACCCTGATGAATCAGAGCGGCACGCTGTCATCGCGGGGTCCCGAACGGGTCAGTCCTACCCTGGTACCCATGATGATTCCCAATATGGCGGCAGCGCTCATCAGCATTAAATACAAGGCGCTGGGCTCCACGCAGGCCCCGGTTACGGCATGTTCGATCGGCAATACGGCGATCGGCGAGGCTTTCTTTAACATCCAGGCCGGCCGATCCGACATCATCATCGCGGGAGGCTCCGAAGCGGCGTTGACCGATATTTCACTGGCCAGCTTCGCGAACGCAACCGCCCTTTCATCCCGCAACGATGAACCGGGCCGGGCCAGCCGGCCGTTTGATACGGACCGGGACGGATTTGTCATGGCAGAAGGTGCCGGCATCCTCGTCCTGGAATCGCTCTCCCATGCCTTACGCAGAGGCGCCGTCATTCTGGGCGAGGTCATCGGTTACGGTGCCAGCTCGGATGCCTATCATATGGTCGCCACGCCGGAAGACGGCAACGGTGCGGCACGGGCGATGAAGCTGGCCCTGACCGAGGCGAATCTCGCCCCATCTGATGTGGATGTCATCAGCGCCCATGCCACAAGCACGGTCATCGGTGACCGTTCGGAGACAGCGGCCATTAAGCAGGTGTTTGGCAAGGAGGCGTATCGCATTCCGGTAACGGCGAACAAGTCGATGACCGGACATATGCTGGGCGCATCCGGCGGCGTAGAGGCCATCGCACTCGTGAAATCCTTACAGGAAGGCGTCATACCGCCGACGATCAATCTGGAACATGCCGATCCGGCATGCGATTTGGATTACGTACCGAATCAGGCGAGAAAGGCCGAGCTTCGGATTGGCATGTCGAATTCCTTCGGCTTCGGCGGACATAATTCGGCGATTGTTATCCAGAAATATGAGCACGAATAA	MERVVITGMGVISPLGHDVETFWSRLVRGESGITHIETLDTSRQKVQIAGAVKEFDANALFGAKEARRMDRFCQFALAAADQAISQSGLDLDQIDHERMGVYVGSGIGGIQTLMNQSGTLSSRGPERVSPTLVPMMIPNMAAALISIKYKALGSTQAPVTACSIGNTAIGEAFFNIQAGRSDIIIAGGSEAALTDISLASFANATALSSRNDEPGRASRPFDTDRDGFVMAEGAGILVLESLSHALRRGAVILGEVIGYGASSDAYHMVATPEDGNGAARAMKLALTEANLAPSDVDVISAHATSTVIGDRSETAAIKQVFGKEAYRIPVTANKSMTGHMLGASGGVEAIALVKSLQEGVIPPTINLEHADPACDLDYVPNQARKAELRIGMSNSFGFGGHNSAIVIQKYEHE	PGPT0008360_4956	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
JZ016_04603	840			hypothetical protein	ATGAATTCCCAGGTTAGACTCCAAGCTTTGTCGGCTTTCCTGAAAGGACAGCGTGCCAAAATCTCGCCCGAGTCCGTCGGATTGCCGCCCGGGTCACGAAGAAGGACACCGGGCTTGCGCAGAGAAGAGGTGGCCCAGCTGGCAGGTGTCAGCACCACTTGGTACACCTGGCTCGAGCAGGGACGCGACATCCAGGTGTCGTCGTCCGTGCTGGACTGCGTCGCCAATGCGCTACAGCTGAACGCGGATGAGCGAAGATATCTGTATTCTCTGGCGCTGGAGAGCGGGGCGGAGCCTTATACGGTCAAACAAGAAGCGGTGCAGATCAGCCCGTCTCTGCAAAAAATCATCACCGAGCTGAAATATTGCCCCGTCATGATCTCGGATCGGATGTGCAACATCGTGGGGTGGAACCGTGCGGCTGCGTATGTGTTTCTTGATTTTGACCGCATCCCGCCCGAGGAGCGGAATATGATCCGGCTGCTTTTCACCCGCAGGGAGTTTCAGCGGCTGGCGGTGAACTGGGAGCAGTTCGCCAGCGGCTTCCTGTCGATGTTCCGGTCCTATTACGGTCAATATGTCGAGGATGAGTGGTATGACCGTTTTCTGGAAGAGATGAAACAGGGGCATCCGGAGTTCAATCGGATGTGGGAGCAGAGCCAGGTCAGCTATGCCCCGGAAGTACATCTGGAATTCCGGCATGCCAAGGCCGGAAAAATGGTATATGAGCTCACGTCGCTCAAAGTATACGGAAATGATGATCTGCGGTGCAGCATTTATACGCCAGCTCCGGATACGACCACGGAAGCAAAGCTGCGGCAGCTGATGGAGGAGAAGTAA	MNSQVRLQALSAFLKGQRAKISPESVGLPPGSRRRTPGLRREEVAQLAGVSTTWYTWLEQGRDIQVSSSVLDCVANALQLNADERRYLYSLALESGAEPYTVKQEAVQISPSLQKIITELKYCPVMISDRMCNIVGWNRAAAYVFLDFDRIPPEERNMIRLLFTRREFQRLAVNWEQFASGFLSMFRSYYGQYVEDEWYDRFLEEMKQGHPEFNRMWEQSQVSYAPEVHLEFRHAKAGKMVYELTSLKVYGNDDLRCSIYTPAPDTTTEAKLRQLMEEK				NA	NA	NA	NA	NA
JZ016_04604	2958			hypothetical protein	ATGAGCAGACACACAGAAACCATCACGGTCCACATGGCGCTAAGCGAATACGGAGATGCCGTCATATACGGCTCTACTGTCATGCAGGGTTATGTGTCCGGACAATACCTGAAGCACCGTTTATTCGCGTGGCACGAAGCTTCCTTCTACGGAACAGAGCTTACCGTTCAATCCGTTCAGGACATGGAAGTGGTCATCCTGCCTTCCGAGCAGGTCATACCGTTCTTTGCGGATGGACGGCTGCTGGAACATATTGAATGGGTATGGGACGAGGATTGCCTTCCCTTCATTGAACTTGCGCCTTCGCTGGCAGCTTGCATTCAGAATAAGCAATATGCGCCCAGCTTGAGCGCCTTCAGATTGGGCAAGCTGCAATGGATCTGGGATACAGAGGCGTTCAAAGCGGAAGAGCAGTCCCGTCTGTCCCTGCTGAATGCAGACGAGATATGGAATGAAGGCTTGCGGGCAGCGTTCTCCGCCGCCGTGCAAGACCAGTGTTACGGCAGCGAAGAGTCGGCGGCTGACCTGCGCAGAGAATACCCGCTTCTCTTCTCGCCGAACCGCACGGCAGCCGAGGGCATGGACGACAAGTCATGGCTGATCGCCATCGGATGGCGACCGGATACCGCTCCATTCCGGCCGCTGCTGCAATTGTTGGAGCCTGACGAAGACGAAGCCGAATGGCGTCTTCGTCTTGTATTGCAAGACAAGCAAGACGCCGCGGCGCTTGCAGCCGTTCGTCTGGCTGAAGACGGGCAGGCATACGGATCATGGCCGGAGACATGGACACCTCATATCAAGGAGCGATCCCCCGGCTGGCTCCAAGGATTGCAGGCAGCACTGCCGGCAAGGGTGCTTCATGCTCCGGCTGAAGACGTGCTCGGTAGGCCGCTGTCCGACGAGGCCGCATGGCAGTTCCTGACCGACGACAGCCAGCGGCTGCTCCAATCAGGCTGGCTGGTCCTGCTGCCCGCATGGTGGGAAGCCGCCAGTAAGAAGAAGCCCAAGCTGCGGGCGAAGGTACGCTCGGGCGAGGGCGAGAACGCCGAGCGAAGCAGCGGCGGTTCCCTGTTCGGTCTGGACGCGCTGGTCAATTTCGATTGGCGCATCGCCATCGGGGAAGCTACCCTTTCCGAGGCAGAATTCGCCGAGCTTGTTGCCCGGAACGAACGGCTGGTACGGTTCCGGGGGCAGTGGATTCCGCTGGATCCCGCCCTGGTTGCCCAAATCCGCCAGATGATGGCGGGCGTAGACCGTGAGGAAGGTCTATCGTTTCAAGATATTCTGCACCTGCATCTGCTCGGGAACAACGATGAGTCGGAGCAGATGAAGCAGGATTCGGAGGAAACACAGGATCCGGAGCGGATCAAGCTTGAGGTGGAACTGAACGAGCACCTCGTGAAGCTCATAGGCCAGCTCGGCCGCCAAAACGAATGGCCGAGCCTCCCTGTCCCGGCTGGGCTGAAGGCCGAGCTGCGGACTTATCAGCATGACGGCTTTGCCTGGCTTGCCTTTTTGCGGCGTTACGGGCTTGGTGCATGCCTTGCCGATGACATGGGTCTTGGCAAAACCGTGCAGTTTATCGCCTACCTGTTGCACGTGAAGATGACGATGGAGCGGGAAGAAAGACGCCTCCCCTCCCTGCTGATCTGTCCCACCTCAGTGCTGGGCAATTGGCAGAAAGAGCTTGAACGGTTTGCCCCCTCGCTCCGGGTCATGCTTCATTACGGCGGCAAACGAAGCAGCAGCGAGGATTTCTATAAAGAGGCTTACCAAGCCGATATTATCCTTACCTCTTATGCTACGGCGACGCTTGATCAAGAAATGTTAAGAGACATGAAGTGGGAAACGATCGGCATCGACGAGGCCCAGAACATCAAGAATGCCGACACCAAACAATCCGCCGCCGTGCGAAGCTTCCCGGCAAGGCATCGCGTCGCGCTGACCGGCACACCGATTGAGAACCGGTTGTCCGAACTGTGGTCCATCTATGACTTCATCAATCCCGGATATCTTGGAAGCCTGCGGGCGTTCAATCTCCGGTTCATCCAGGCCATCGAAAAAGACAAAAACGAGCAGCGCACGGCCGACCTACAGAAGCTGATTAAGCCCTTCATGCTTCGGCGCAAGAAAAAGGATCCTGCGATTCAGCTCGACCTGCCGGACAAAAATGAGATGAAGACTTATATTCATCTTACGGCCGAGCAAGGCGCGCTTTATGATCAGACCGTGAGCAGTCTCCTGGAACGCATGCAAAAGCTTGAGGGCATTGAGCGCAAAGGCGCCATTCTGGCAGCTCTGACGCAGTTCAAGCAGCTCTGCGACCATCCGGCTCTGCTGACGAAGGAGCCGCTCCCGGAACTGCCGGGAGGCGGCGGCTTGCTTGATACCGAGGCCGTGGTCAACCGTTCAGCGAAGCTGGAGCGGCTGTTGTCCATGGTGAAGGAGCTGCGGGACGAGGGCGAGCGCTGCCTGATCTTCACCCAGTATATCGGCATGGGCGAGATGATGCGGCAGGTGCTGCATCAAGAGCTGGGTGAACCCGTGCTGTATTTGAACGGTAGCACACCGAAGCGGACGCGCGACCGCATGATCGAGCAGTTCCAATCCCAGACCCTGCCGCCCGAAGAACAGCCGAATGTCATGATTCTCTCCATCAAGGCCGGCGGCGTAGGTCTGAATCTGACCGCGGCGAACCACGTGTTCCACTTCGACCGCTGGTGGAACCCCGCTGTGGAGAATCAGGCGACCGACCGCGCTTATCGGATGGGACAGACCAAGGATGTCCAGGTGTACAAGTTCATCTCCATGGGGACGCTCGAAGAGCGGATCGACGAGATGCTGGAGAGCAAGCAGCAGCTGAGCGATCAGGTTATCGCAAGCAGCGAGGGCTGGATTACCGAGCTGTCCACCGATGAGCTGAAGGATCTCTTCACGCTGCGGCGCGACTGGGCGTAA	MSRHTETITVHMALSEYGDAVIYGSTVMQGYVSGQYLKHRLFAWHEASFYGTELTVQSVQDMEVVILPSEQVIPFFADGRLLEHIEWVWDEDCLPFIELAPSLAACIQNKQYAPSLSAFRLGKLQWIWDTEAFKAEEQSRLSLLNADEIWNEGLRAAFSAAVQDQCYGSEESAADLRREYPLLFSPNRTAAEGMDDKSWLIAIGWRPDTAPFRPLLQLLEPDEDEAEWRLRLVLQDKQDAAALAAVRLAEDGQAYGSWPETWTPHIKERSPGWLQGLQAALPARVLHAPAEDVLGRPLSDEAAWQFLTDDSQRLLQSGWLVLLPAWWEAASKKKPKLRAKVRSGEGENAERSSGGSLFGLDALVNFDWRIAIGEATLSEAEFAELVARNERLVRFRGQWIPLDPALVAQIRQMMAGVDREEGLSFQDILHLHLLGNNDESEQMKQDSEETQDPERIKLEVELNEHLVKLIGQLGRQNEWPSLPVPAGLKAELRTYQHDGFAWLAFLRRYGLGACLADDMGLGKTVQFIAYLLHVKMTMEREERRLPSLLICPTSVLGNWQKELERFAPSLRVMLHYGGKRSSSEDFYKEAYQADIILTSYATATLDQEMLRDMKWETIGIDEAQNIKNADTKQSAAVRSFPARHRVALTGTPIENRLSELWSIYDFINPGYLGSLRAFNLRFIQAIEKDKNEQRTADLQKLIKPFMLRRKKKDPAIQLDLPDKNEMKTYIHLTAEQGALYDQTVSSLLERMQKLEGIERKGAILAALTQFKQLCDHPALLTKEPLPELPGGGGLLDTEAVVNRSAKLERLLSMVKELRDEGERCLIFTQYIGMGEMMRQVLHQELGEPVLYLNGSTPKRTRDRMIEQFQSQTLPPEEQPNVMILSIKAGGVGLNLTAANHVFHFDRWWNPAVENQATDRAYRMGQTKDVQVYKFISMGTLEERIDEMLESKQQLSDQVIASSEGWITELSTDELKDLFTLRRDWA				NA	NA	NA	NA	NA
JZ016_04605	1650			hypothetical protein	ATGATGAACTCAAACGAAACGTTAGATGATATACCATGGCAGACGCTGATTCAACAAACCGCCGGATTTTTCAGCGATTTGACCATTAAACGGGGATTTCAGTATTACAAGCAAGGTCGTGTCCACGCCAGCGAGCCGGCAGATGAGACCGGTGTGGTCGAGGCTTCCGTGGATGGAACGGAAACCTACCGTACCAAGCTTAACCTTCGCTCCTTGAGCGACAGCGAATGCAGCTGTCCCGTTAAGGATGGCTGCAAGCATATGGTGGCTGTTCTGCTTGACTATGCTCAACTTCAGGGTCGTTCCATTCACGCCCTGGTTAATGCGCATTCCACCACATATGCTTCCACCTCTTCGTATGACCGAAGCGAGTCCGGCTTCAGCCCAGCGCAGGACCGACCGTCTGCCGGAGCATCAAAATGGAGAGTCAAAGCGGATCATTTGCCCGACCTGCCAATCTCCGCATGGCATGAGCTGTTCGAAGTTTGCACGGCTTCGCTGGGAACGAATACGCAGAATTCGTTTTACGCCAAAAATGCGCTGGCTTCCCTCCATCACATTAAACCCCCGCTTCCGCCGGATCTGGATCCGTTATACGAGCTCCATGCGCATCTCTTCATTCTCGAGAAGCTCGTCAAGCAGCCCGCCAGTGCCTGGAATTCCTCCGGCTCCTACATCGGCTATCATACGCAGGTGGCAGCGGATCATATCCTGGCCAGAATCAAGCGCATCTTCCACGAAGGGCTGGAGGTCAGCGAACATGGGGAGGCATTCAGGCAGCGGTTGACCGAGACGATTTCGCATGCCCGGCGGAGCATGCTGAGCGAGCCGCGGAACCGCAAATTTTACGCCCAGATCTACATGCAGCTCTGGATGTACTGGATCTATCCGTTTTCGAAAAAAGACAGCAGCTTAATCCAGGCGGAGTTAGAGCAGCTGCAGACAGCCGAAGCCGAATTCAGCAGCAGTCTTTCACGCGCCTCATGGTATATGGCGCAGGGCTTAATGGCCTTCTATCTCGGAGAAGATGAATCGTCCTGGGACCTGATCAGGGAAGCAGACAAGGTCAGCAGCCTGCCCCCCGCTTCCGTCCTTGGCTTCTTCGACATGCTGCATTCAGGGCAGCAATGGGACCGCTTGGCCCGCTGGCTCCCGGAGATCGGCCCGCTGCTTGGCAGTCACCGCAACGAGCATCTCAGCAGCTATCAATACTACTGGGATGCCGTCATAGAGCACTTGCCCGAGGAGGCTGAACGGATGTGGAGCAGTCTTGCCGACATGCTTCCTTATTCGAAGGACATCTATCAGAATGCCTTGATCACGCACGGGAGATGGCGGGAATGGATCGACTATCAACTAAGCACAGGCCGGGAGCCGCTGGAACTCCGGGTCAGCGAGCTGGCACCGATCGAGAAGAACGCACCCGAGCTTCTGCTGCCTTTTTACCATCAGGCCGTTGAGCGGTACATCCTTCATAAGAACCGAGCCGGATATAAAGCAGCCGTCAAGCTGCTCAAACGGTTAGCCAAGCTATACAAAAAGCTCAAGCAGCAGGAGCGCTGGGATCTGTTCATTATCTCGTTATCTGTACGAAACAGCCGGCTTCGCGCATTCCAGGAAGAGCTGCGGAGAGGAAAGCTGATATCATGA	MMNSNETLDDIPWQTLIQQTAGFFSDLTIKRGFQYYKQGRVHASEPADETGVVEASVDGTETYRTKLNLRSLSDSECSCPVKDGCKHMVAVLLDYAQLQGRSIHALVNAHSTTYASTSSYDRSESGFSPAQDRPSAGASKWRVKADHLPDLPISAWHELFEVCTASLGTNTQNSFYAKNALASLHHIKPPLPPDLDPLYELHAHLFILEKLVKQPASAWNSSGSYIGYHTQVAADHILARIKRIFHEGLEVSEHGEAFRQRLTETISHARRSMLSEPRNRKFYAQIYMQLWMYWIYPFSKKDSSLIQAELEQLQTAEAEFSSSLSRASWYMAQGLMAFYLGEDESSWDLIREADKVSSLPPASVLGFFDMLHSGQQWDRLARWLPEIGPLLGSHRNEHLSSYQYYWDAVIEHLPEEAERMWSSLADMLPYSKDIYQNALITHGRWREWIDYQLSTGREPLELRVSELAPIEKNAPELLLPFYHQAVERYILHKNRAGYKAAVKLLKRLAKLYKKLKQQERWDLFIISLSVRNSRLRAFQEELRRGKLIS				NA	NA	NA	NA	NA
JZ016_04606	891	vgb		Virginiamycin B lyase	ATGCAGATCGCCGCACAGGAATACAAGACAGCGAATCGGGAATCGGGACCTTATGGTATTACGGCAAGACAAGATGGGACCATATGGTTCACGGAACAAAAAGGAAACCGGATCGGACGGCTCACCAAAGATGGGGATATACGCACGTTCGAAGTGCCGACTCCAGATGCCGGGGTCATGTCCATCCTCTCTGCCCATACCGGTGACCTCTGGTTTACGGAGTACAAAGCGAATAAAATCGGAAGGATGACAATGGATGGAACATTTGCGGAATTCGAACTGCCTGAAGCCAATTCGTCTCCTTACGGCTTGGCTGAGGGCCCGGATGGAGCCATATGGTTCACCGAGCTTATCGGCAACCGAATCGGAAGTATAACGCCGGCAGGCATTATCACGGAATATGACTTACCATGCGAAGGATCGTACCCTTCCTATATTACAGCCGGTCCGGACGGCGCGTTGTGGTTTACGGAAAACCAGAACAACTGCATCGGCCGAATTACGATGGACGGGAAGATTACCGAGTACCGGATTCCAACAGAGCAATCCGGACCGGTCGGCATCACGACAGGTGCCGATGGCGCTCTATGGTTTGTTCAAATCAACGGCAATCAAATCGGTCGGATTACAACGGCCGGGGAAATTACGGAATTCAAGCTCCCGTCCGGGAATGCCAGACCCCATGCCATCACGGCGGGTGTTTCCGAGGATCTATGGTTTACCGAATGGGGAGCCAATCAAATCGGACGAATTACCTGTACCGGGGACATTACCGAGTATCCAATCCCTACCCCCTCCGCAGAACCTCATGGCATAACCGTGGATTCCGGCGGCGAGGTCTGGTTCGCCGAGGAATGCGATCAGATCGGCCGGTTTACGATTCAGTATTAG	MQIAAQEYKTANRESGPYGITARQDGTIWFTEQKGNRIGRLTKDGDIRTFEVPTPDAGVMSILSAHTGDLWFTEYKANKIGRMTMDGTFAEFELPEANSSPYGLAEGPDGAIWFTELIGNRIGSITPAGIITEYDLPCEGSYPSYITAGPDGALWFTENQNNCIGRITMDGKITEYRIPTEQSGPVGITTGADGALWFVQINGNQIGRITTAGEITEFKLPSGNARPHAITAGVSEDLWFTEWGANQIGRITCTGDITEYPIPTPSAEPHGITVDSGGEVWFAEECDQIGRFTIQY				NA	NA	NA	NA	NA
JZ016_04607	138			hypothetical protein	ATGAACAAGGAAGATGCAGACTTTCATGTAGAAGTCTCAAACATCCACCTGTCACATATAAAAAAAGCCGCACGAATCCTATCCCGAAAACCTCGTATCGAAATCGAAGTGTTTTCCAAATGCTTGGGACAGGATTAG	MNKEDADFHVEVSNIHLSHIKKAARILSRKPRIEIEVFSKCLGQD				NA	NA	NA	NA	NA
JZ016_04608	171			hypothetical protein	TTGAACCAGGGAATATCCTTTTTCGGCATGTTTTCCATGCTTAGCGTTATCGTATACGGGCTATTCGCACTTCTCGGTTTATATGCTTTGTATCTCCTCATTAAATTGATGATCCGGGCCATAACCGCGCTCGAACTCTACATCGATGAGAAAAGAAACCGGCGGTTGTGA	MNQGISFFGMFSMLSVIVYGLFALLGLYALYLLIKLMIRAITALELYIDEKRNRRL				NA	NA	NA	NA	NA
JZ016_04609	1068			hypothetical protein	ATGATCACCCGGAAATGGACAAGAATAGCAGTAAGCGGCGCTATAGCGGCCACCATGCTGATGAGTACCTTCGTACAGGCTCAGGCTGAAGCTGCACCCAAGAAGGAAATGGAATTAAACATCAATCATTGGATTGTTACGACGGATGTTAATCCCGTCATCGTGAATCAGACCACGCTGGTTCCCTTGCGCGTTATGAAGGACTACTTGAAACCCATGGAGCTTCACTGGAACAACAAAAACAAGACGGTAACTGTCAACACAGGTGCCGATCAAGTCACGTTAGAGATGGGAAGCATGAAGGCGAAGGGAAAAGGGAAGGCATATTCACTATCCGTTCCCGCAGCGTTAAAGGATGGCCACGTTATGGTTCCGATTCGATTTATAGCGGAGCTGTACGATGCAGAAGTAGGCTGGGATACGAAGGAGAGAATGATTTACATCTATACTCCGGATGTCGACGTGTCAACGGCGGAGGAGAACGGGCATGTAAAGCTGTATCCGGTAAGCGTTACGAAATACGGCAGATATGAAGGCATGGTGGTCGAGGTTGAGGGAAGGAAGCGGGTCTTTGAAGACTGGAACGGCGGGGACGGTACCCGTAAACCCGTCATTCAATATCAGGATGTGACAGGCGATGGGAAGCCTGATGTTGTGGTGTTCTACGTGGACGGGACCGGCACGGGGCTTTACATGGGAGAGATGCATGTTGTCGACGCCGAGACTCTGAAGGAAATCCCTATCGAATCATTGGAGCAGGCGGTATTGAGCCATGTGCAATCCAACATCGAGAAGTATGCGGATCACTTTGTTATCAAGCTTTTGATCGACGGGAAGGAGTATGTCCAAAGGGTCGAGGATGATTCCAAGGATAAAAGCTACTTATATGATAAGGTTGGCTTCGGCGCCATCGTCAGGCACAAACTAGCGGAAGGCCGGCTTGTTACGGAAGCGGCAGGGAGCATAAGTCCGGCCGGTTTTGCCGGGAATCTGCAAATAACGTATCGATTTCAAGAAGAGTCGAACCGGTTTGTGGTGGATAGCATCGAATACAGTCTGGAAGAGTAG	MITRKWTRIAVSGAIAATMLMSTFVQAQAEAAPKKEMELNINHWIVTTDVNPVIVNQTTLVPLRVMKDYLKPMELHWNNKNKTVTVNTGADQVTLEMGSMKAKGKGKAYSLSVPAALKDGHVMVPIRFIAELYDAEVGWDTKERMIYIYTPDVDVSTAEENGHVKLYPVSVTKYGRYEGMVVEVEGRKRVFEDWNGGDGTRKPVIQYQDVTGDGKPDVVVFYVDGTGTGLYMGEMHVVDAETLKEIPIESLEQAVLSHVQSNIEKYADHFVIKLLIDGKEYVQRVEDDSKDKSYLYDKVGFGAIVRHKLAEGRLVTEAAGSISPAGFAGNLQITYRFQEESNRFVVDSIEYSLEE				NA	NA	NA	NA	NA
JZ016_04610	132			hypothetical protein	ATGAATTGGATTAAAAACGTAAAAAAAGAGCGCCGCAGCACCCTTTTTATTAGCAAGACCTATCATACTATCAAGATTAGTGGCTTCTCGTTCAAGTTTATCCCCTCTTATTGCATATGCGTTTATATGTAG	MNWIKNVKKERRSTLFISKTYHTIKISGFSFKFIPSYCICVYM				NA	NA	NA	NA	NA
JZ016_04611	1785			hypothetical protein	TTGTCGTTACTTATAATTGTCGCTACGCTGGTGCCGCTGCTGTTTCTTGGTATTTTCTCTTTTAACATAGCCAAGAGCCTGACGGAGGAGAAGGCCAAGATTACAGGAATGAATACGCTTCGGCAGCTGGAAGCTTACCTGGATACAATGGTCAAAGACGTGGAGAACATCTCGTTGTTTCTCATCGGGCATACCGGAGTTCAGGCCTATCTGAAGACCGAGCAGAGCAACTATGTCCAGCAGACGACGGTTATCAATTTTTTGACGAACCTGGCCTTTTCCAAAGATTATATAGCCAACATCATTGTCGAACCGCTCGGCAGCAAAGATGCAATCTCGCATAAATCCTTGGTACGGTCCGAGTTCCGGGATATTACCGAAATGGTTCCCGACTATTACGAGCAGCATCCCAAATGGTGGTCCTTTGTTCATCGCCAGTGGACCTTCGAAGGCGTTAGGAAAGTCATTACGTTGGCCAGACCGATTCGGAGCACGGATAAATATAAGCCGATCGGGAACCTGCAGATTAACCTGGACCAGGGCGTCATTGCCAATCAATTCCGGCAGGCCGTTCTAGAGAAGACCGGGTTTGTCCTTCTTCTTGACGAGAATAATCGGATTATCGCCGGTCCCCCGGATATGGAGACCAATCTTACGCTTGCAGATTATTATCCTGCGATTGGAGAGTTTGAGGGGCTCAGCGGAAATATAGACTATGGCGAGGGGAGCAACAAGAAGACCATTCTCTATAAGAAAATGTCCAGCGTGAACTGGAAATTGGTCGGCATCATTCCCTCACAGGAATACCGTTCCCAGAATCAGTACTTTATCAAATTGACGGCGGTTGCGGTCACGGTGGCCATCCTGCTCGCCATTATACTGGTACTTTTCCTGATCCAGAAAATTACGAATCCGCTGTCCGTGCTAACGAAGTTTCTCAAGAACTCAAGCCCGGAGGAGCCGCTGCCTGCGCTCCCGGTTAAGACGGTCGATGAGGTCGGACAGCTCATTATCAGTTATAACCGGCTCAGCTCGCGAATTGTGAAGCTTACCGATGAAGTGAAGCTGAACGAGTCGCTGAAGAAGGAGGCGGATATGCATGCGCTGCAAGTGCAGATCAATCCGCATTTCCTCTACAATACGCTGTCATCCATCCATTGGCTGGCACTGATGAACCAGGATGTGAAAATTGCCGAGATGGTGGGATCGCTCAGTGATTTCCTGAGGTTCAGCCTCAATAACGGGCAGGAATATTGCACGATTCAGCAGGAAATTATGCATGTCCGTCATTACGTGAATATCCAAACCATCCGATATCCGGAAAAATTCAAGTTTGAGGTTCATGTGGAGGAAGAGCTGTATCAGCACACTATGTTAAAGCTGCTGCTGCAGCCGTTGGTTGAAAACTCCATGCTGCATGGTATTTTGAGCCGTGACGGGATGGGGACGATTACGATTCGCGGGCATCGCGAGCCTGAAGGGATCCACTTCGTGGTGGAGGATGACGGCATCGGAATGACGACGGATCGCCTGAAATGGCTTCAGGATCAGCTGGTTGAGAATCCGCTGCAGTACGAGAAGGGGCAGACCCCGCGCGGAAGCTACGGGCTGCGAAATGTCCATAAACGGCTGCTCCTTCATTACGGCAAGGATGCGGGCTTGCGTGTGGAGAGTACGGAAGGAGCCGGAACGCGTGTGATGTTTACGATACCTGATTTACCTGAAATTCAACAATCTGAATTATCCAGCAAAGGGGATGGCGACAATGAAGGTACTGATCGTTGA	MSLLIIVATLVPLLFLGIFSFNIAKSLTEEKAKITGMNTLRQLEAYLDTMVKDVENISLFLIGHTGVQAYLKTEQSNYVQQTTVINFLTNLAFSKDYIANIIVEPLGSKDAISHKSLVRSEFRDITEMVPDYYEQHPKWWSFVHRQWTFEGVRKVITLARPIRSTDKYKPIGNLQINLDQGVIANQFRQAVLEKTGFVLLLDENNRIIAGPPDMETNLTLADYYPAIGEFEGLSGNIDYGEGSNKKTILYKKMSSVNWKLVGIIPSQEYRSQNQYFIKLTAVAVTVAILLAIILVLFLIQKITNPLSVLTKFLKNSSPEEPLPALPVKTVDEVGQLIISYNRLSSRIVKLTDEVKLNESLKKEADMHALQVQINPHFLYNTLSSIHWLALMNQDVKIAEMVGSLSDFLRFSLNNGQEYCTIQQEIMHVRHYVNIQTIRYPEKFKFEVHVEEELYQHTMLKLLLQPLVENSMLHGILSRDGMGTITIRGHREPEGIHFVVEDDGIGMTTDRLKWLQDQLVENPLQYEKGQTPRGSYGLRNVHKRLLLHYGKDAGLRVESTEGAGTRVMFTIPDLPEIQQSELSSKGDGDNEGTDR				NA	NA	NA	NA	NA
JZ016_04612	1572	rhaR_43		HTH-type transcriptional activator RhaR	ATGAAGGTACTGATCGTTGATGATGAAGTGATCATTCGAAATGGTCTGAGTACAGTGATCAATTGGGCCGATAACGGCTTTACGGTGCTGACGCCCGCGGCTTCAGCGGAGGAAGCCCTTCAGCGTATTCCCGTTGAAATGCCCGAAATTATTTTTACCGATATTCGCATGACAGGCATAAGCGGACTGGATATGGCACATGAAGTCAAGCAGCAGTATCCCGAGATCGAAATCATTGTTATATCGGGATATGATGAATTCTCATATGCGCAGCAGGCAATGCGGGAAGGCGTAAGTGACTATTTGCTGAAGACGAGCAGGACCGGGGAAATTATCGAGGCTGCTGTCCAAGCAAGAGAGCGTTTGTTACAGCGCAGGCTTACACAAGCGAAGGGAAGGGCGCAGGAGTTGGTAGTCAGCCGGGGTTTCCTGAGAAGGCTGCTTGCTTCCGGCACTCCGCTGGACGAGCATGCCGAGGCCGAATTGTGTGAGCGATACCCGGAGCTGCGTTTGGAATCGAACGGCTCGGTGCTGCAGATCTGGATGCTGTCGATATATCCGCTGCATCCAGAAGAAGAGGAACAATCGAACGTTAGCGAGCTGCATCGATTAATCGGCACGGAGTTGGCCGAAGAGCTGCAATGCGCGTGGCTGGAGTGGAACGGCTCCCTGCTTCTGTTGGTGCGGGCAGAGCCGAATAATGGCTGGGGGCGGGTAGATTCCGCTCTGCGGAAGATGGAATCCACGCACGCCTGCCGCATCACGGCTGCCAGCGGCCGACGGGTCGCAAACGCCAGGGAGCTGCACATTGCGCTGGCTACCGCGGTAGAGGCCAGCTCCTACGAGTGGCTGCTGCAATCGGAACGGCATATCCGTTATGAAGATATCGAAGGACGAACAGGCATCCGCACGGTCTGTTCGATGGAGGAAGAAACCAAACTGTCATCCCTGCTGCGTTCGGGAGAATCCGCCGACTTGCAGGCATGGGTGACGGATTTGCTGCGGCGCATCCAAAGTCAGAGCCAGGCAACGCCCGGCTCGGTTCAGGCTTACCTGCATTCCCTGATCATCTCGGCACAACGATGGCTTATACGGGCTGCGACGTCTATCGGCTATACCAGTCCGGTGAAAGTGGAAGAGACGTACGATATCCGCGAGTTGACCAAGAATCCGGAGAAGGTACTGATCGATTCGCTCGGACTCATCATGAAGGAGTACCGTGATATGGTGTCGACGACAAGTCCCGTCCAGCGAGCGATCTCCTTCATTCATGAGCATCTGGGACAGAGCTTGTCTCTCCAACAAGTGGCGAAGCATGTTCATATGAACCCCAACTATTTCAGCGAGATGTTCAAGAAGGAAACCGGACAGAATTATATCGAATTCGTGACCCAGGCGAAACTGCGAAAAGCGATGCACCTGCTAAGGGAAACGCCAGCCAAAATCAGTGAAATCGCGAATGAAATCGGCTATGAGGATATTAAGTATTTTAACCGCCTGTTCAAGAAATGGACGGGACAAACCCCGTCGGAGTATCGGGCAAATCCTGAATTTTGTCCCTCTATGGACTGA	MKVLIVDDEVIIRNGLSTVINWADNGFTVLTPAASAEEALQRIPVEMPEIIFTDIRMTGISGLDMAHEVKQQYPEIEIIVISGYDEFSYAQQAMREGVSDYLLKTSRTGEIIEAAVQARERLLQRRLTQAKGRAQELVVSRGFLRRLLASGTPLDEHAEAELCERYPELRLESNGSVLQIWMLSIYPLHPEEEEQSNVSELHRLIGTELAEELQCAWLEWNGSLLLLVRAEPNNGWGRVDSALRKMESTHACRITAASGRRVANARELHIALATAVEASSYEWLLQSERHIRYEDIEGRTGIRTVCSMEEETKLSSLLRSGESADLQAWVTDLLRRIQSQSQATPGSVQAYLHSLIISAQRWLIRAATSIGYTSPVKVEETYDIRELTKNPEKVLIDSLGLIMKEYRDMVSTTSPVQRAISFIHEHLGQSLSLQQVAKHVHMNPNYFSEMFKKETGQNYIEFVTQAKLRKAMHLLRETPAKISEIANEIGYEDIKYFNRLFKKWTGQTPSEYRANPEFCPSMD				NA	NA	NA	NA	NA
JZ016_04613	1326			hypothetical protein	ATGAGACCAAAACGTAAAATAGGTCTTGTACTGCTGATGATGTCACTGGTCCTTGCAGCTTGCGGAGGCGGGCAGAGCAAAGAGCAGGCGGGAGGAAATGAAGGCAATCAAGAGAAGGTCAAGCTGACCATCTGGCATAACTTTGCCGGTGATGATCTGCGTGCAAAATCAGTCCGAAGTTTTATCGATCAGTTTGCTCAGGACCATCCTGAAGTGACGCTCGATGCACAAGCGATTCCGCCGGACGGCTACCGTCAACGTCTGAGTACGGTTGCGGCTGCGAATGAAATGCCGGATGTATTCTTCGTATATGCAGGAAGTCAGTCAGCCGAGCTTCATCAGGCGAAGCTGCTTCAGCCGATTACAGAGGTGCTCGATGCGCATTCGGATTGGAAGGATAAATTCCTGCCGGGAGCGTTTGATCCGTACGAGTTCGAGGACGGCCAGATCTACTCCGCTCCACTAGGCATGTCGGCAACTTCGATTCTCTATTACAACAAAGCATTGTTTGACAAACATAACGTAAAAGTTCCAACGACTTGGGAAGAAATGATGGCAGCGGTTAAAACGTTCAACGATAACGGCATTACGCCGATCGCGCTCGGAAACAAAGCGCCATGGGTTGCGCAATCCACCATTATCGGATCGATTGCCGACCGTGTGACAGGCACCGAATGGTTTAAGAAAGCGGCAGCACAGGATGGCGCGAAATTTACCGATCCTGAGTTTATCGAAGCGCTTGGATATTTCAAAGAGCTCGTCGACAACAAAGCATTCCAAGAAGGTGCCAACAGCATCGACAACACGCAAGCTGAGCAGTATTTCATCCAAGGCAATGCAGCGATGATGATCAGCGGCGCGTGGACGCTCACCAACTTGGCGGCTTCTTCCTCGGAAGAGCAGATGAAGGATATTGAAGTGACGACTCTGCCTGCAATCCCTGGAGGCAAAGGCGAAGCTAACACCATCTCCGGCGGAGCTGGCGGCGGTCTGGCTCTTAGCAGCAGAACGGAAGGGAAAGCGAAAGAATTGGCGCTGGAGCTGATTTATGCGGTCAGCGGACCGGAAGCGCAAAAAGCGATTGCCGAGAGCAACTCCATGGTCATGTACGATACCGAAATCGATGAGTCGAAAGTTACTTCCTTGTACTACAAAGCCTTTAACCTGGTGAAATCCACAGGCATTACGCCGGTGTACGATGCTTATCTGTCTGCAGAGGCGGCTGAAGTCATCAACAACGGTCTGCAGGAAATTATGATGGGCGGTCCCGTCGAAGGTGTGGCCCAGAAGCTGCAGGACGCGCAAGCCAGATCCGCTACTCCATAA	MRPKRKIGLVLLMMSLVLAACGGGQSKEQAGGNEGNQEKVKLTIWHNFAGDDLRAKSVRSFIDQFAQDHPEVTLDAQAIPPDGYRQRLSTVAAANEMPDVFFVYAGSQSAELHQAKLLQPITEVLDAHSDWKDKFLPGAFDPYEFEDGQIYSAPLGMSATSILYYNKALFDKHNVKVPTTWEEMMAAVKTFNDNGITPIALGNKAPWVAQSTIIGSIADRVTGTEWFKKAAAQDGAKFTDPEFIEALGYFKELVDNKAFQEGANSIDNTQAEQYFIQGNAAMMISGAWTLTNLAASSSEEQMKDIEVTTLPAIPGGKGEANTISGGAGGGLALSSRTEGKAKELALELIYAVSGPEAQKAIAESNSMVMYDTEIDESKVTSLYYKAFNLVKSTGITPVYDAYLSAEAAEVINNGLQEIMMGGPVEGVAQKLQDAQARSATP	PGPT0016330_953	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_04614	876	ngcF_4	COG1175	Diacetylchitobiose uptake system permease protein NgcF	ATGCCTACAGCGATGAGAAGCAAAGGATTTATAGCCATAGCTCTTCTTCCTGCGCTTCTGTTGTTTCTGATATTTGTCATTATTCCGGTCTTCTGGTCAGCTTACTACGGATTTTTCAGTTGGAAAGGGTTCGGAGACGCCACATTTATCGGCCTTGATAATTATATAGAGATGTTCAAGGATCCGATCTTCTGGCGGGCGCTTCGAAACAACCTGATTCTGGTCGTATCATCCATTATTGGTCAGGTTCCAATCGCGTTGATTCTGGCCATTGTATTGTTCAAGAATTCGTTCTTCTCCAGGTTCATCCGGTCTGCCGTATTCATGCCGATGGTTCTCTCCACGGTTGTTGTCGGTCTCATCTGGGGTTACATTTACCATCCTCAGTTCGGAATCGCTAACTATGTGCTGGAGATGCTCGGTCTGGAGTCATGGACCCGTGCCTGGCTGTCCGATCCAAAAGTCAATATGCTGGCGATATCGATCCCGATTAACTGGGCGAACATCGGCCCTTATCTGGTCATCTTTATCGCAGCACTGCAAAATATTTCACCGGAGATCCATGATGCGGCCAAAATTGATGGGTCCACCGGCTGGAACAAGCTGATGCAAATCACGCTGCCGATGATCTGGAGCACGGTTGTCGTAACCATTGTGCTCTGTATCTCGGGAAGCCTGAAGGCTTTTGATCATGTTATCGTCATGACGGGCGGCGGACCGGCGCAATCGACCGAGCTGCTTGCCACCTACATGTACAACAGCACGTTCAGCGTGTATCGCTACGGTTACGGCTCCGCCGTTTCCACGATGATTATGATCGTCAGCGCCATTCTTATCGCGCTTAACTATTTCGCAACGCGCAGAAAGCCAAGTTAA	MPTAMRSKGFIAIALLPALLLFLIFVIIPVFWSAYYGFFSWKGFGDATFIGLDNYIEMFKDPIFWRALRNNLILVVSSIIGQVPIALILAIVLFKNSFFSRFIRSAVFMPMVLSTVVVGLIWGYIYHPQFGIANYVLEMLGLESWTRAWLSDPKVNMLAISIPINWANIGPYLVIFIAALQNISPEIHDAAKIDGSTGWNKLMQITLPMIWSTVVVTIVLCISGSLKAFDHVIVMTGGGPAQSTELLATYMYNSTFSVYRYGYGSAVSTMIMIVSAILIALNYFATRRKPS	PGPT0016335_2105	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_04615	870	ngcG_4	COG0395	Diacetylchitobiose uptake system permease protein NgcG	GTGAATTTACAGACGACCGGGACCGGAAGTGCCTCAGGGAAACGCGTCATCACGAAGGGGTTAACCGGGTTCGTAAAATTGCTGCTGATTGTGTATGCGATTCTTACGCTCTATCCCTTGTACTGGCTTTTTACGAGCGCGTTTAAATCGAATCAGGATTTCTTCACCAACCCTTACGGCTTGCCGAAGGAGTGGATGACCGAGAATTTATTCCGGGCATGGGAGCTTGGAAATATGGGCAGAGCGATGCTGAATTCAACGGTTGTGACGATTACTGCCGTCGTTCTGACCATCCTGCTCAGTGTACTTGCGGCGTATGTACTGTCCAGATTCGAGTTTCGGTTCAAAAAGCTGGTGGTCGTGTTGTTTACGACCGGGCTGCTGATTCCGATTCACAGTACGCTGGTGCCCTTGTTTATTATGATGAAAAATATCGGCTTACTCGACACGTACGGTGCGCTCATTCTGCCGTATACGGCATTTGAGCTGCCGATCGCAATCTTCCTGGCGATGGCCTACATGTCATCCATTCCTAGAGAGATTGAAGAAGCGGCCATGATTGATGGCAGCGGCTGGTGGGGAATCTTCGGCAGAATGATTCTTCCGCTCTGTACGCCCATCGTGGCAACGATATCGATTCTGGCATTCCTCCGATTCTGGAATGACTTCTCCTTCGCACTCGTATTTATTAATACGCAAGCGCTAAAGACGCTTCCGCTCAGTCTGTCCCTGTTCTCGGACGGCTTCGGTACGGATTACAGCTTGACGATGGGAGCGATGGCGATCGCAGTCATTCCAACAATTGTGGCTTACCTGATCTTGCAGGAGCAGATTATGAAGGGTATGGTGGCAGGATCCATCAAAGGTTGA	MNLQTTGTGSASGKRVITKGLTGFVKLLLIVYAILTLYPLYWLFTSAFKSNQDFFTNPYGLPKEWMTENLFRAWELGNMGRAMLNSTVVTITAVVLTILLSVLAAYVLSRFEFRFKKLVVVLFTTGLLIPIHSTLVPLFIMMKNIGLLDTYGALILPYTAFELPIAIFLAMAYMSSIPREIEEAAMIDGSGWWGIFGRMILPLCTPIVATISILAFLRFWNDFSFALVFINTQALKTLPLSLSLFSDGFGTDYSLTMGAMAIAVIPTIVAYLILQEQIMKGMVAGSIKG	PGPT0016340_654	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_04616	1065	ada	COG0350	Bifunctional transcriptional activator/DNA repair enzyme Ada	GTGATATCGGCTGCGAATCGACAGGAGTATTACCAGGCATTGCTGGAAAAGAAATCGGAGTACGAGGGCGTTTTTTATGTTGGCGTGAAAACAACGGGGGTATTCTGCCGCCCGACATGCCCAGCCCGGAAACCGAAGATGGAAAATTGCGAATTTTACGAGACGGCTCAAGAAGCGCTGCTTGCTTCCTTCAGACCCTGTAAACGATGCCGTCCGCTATCACATCCCAATCAGGTGTCCGACCTGGTCCGGCTGCTCGTTGAGGCGGTGGAAGAAAACCCGGAAAAAAGATGGACCAACCAGGACTTTCAGAAGCTGTCCGTGGATGCTTCGACCGCAAGGCGCCAATTCAAAAAGCGGTTCGGAATGACCTTCGTTGAATATGCACGGGCCCGGCGGATGGGACTTGCCCTGAAGCAGATAAGGGAGGGGCACGCCGTCATCGATGCGCAGCTGTCGACCGGCTACGAGTCCAGCAGCGGATTCAGGGATGCCTTTTCGCGGATTATGGGGGTAGCGCCTACCCGATCGGGGCACCATAACATCTTAAAAGCTTCATGGATCGATACGCGTCTCGGACCGATGATGGCCATCGCGGATGAGGAGGCGTTGTATCTGCTCGAATTTGTAGACCGCCGGGGCTTGGAGCGTGAGGTTGAGCGTCTTCGGCAGAGAACTAAGTCGGCAATCGTTCCAGGTTACACAGCACCGATTCGTTCGATCGAGCTTGAGCTCGGCGCGTATTTTGACGGGAAATTATCGGAATTCAAGACGCCCTTGTTCCTGTTAGGATCGCCATTTCAAAAAGAAGTATGGGACCAGTTACTGCAGATTCCACCCGGACAAACGTCTTCGTATGGCGAGATCGCAGCAACCATGGGAAGGCCCACCGCTTATCGTGCCGTTGCCCAAGCGAATGGCGCCAACCAGCTCGCGATTGTCATTCCATGCCACCGAGTGATCAATACGAGCGGCGAATTGGGCGGATACGGCGGAGGATTGTCTCGCAAGCAGTGGCTGCTCCATCATGAGAAATCGATGAGCAATGCGACTATACATGAATAG	MISAANRQEYYQALLEKKSEYEGVFYVGVKTTGVFCRPTCPARKPKMENCEFYETAQEALLASFRPCKRCRPLSHPNQVSDLVRLLVEAVEENPEKRWTNQDFQKLSVDASTARRQFKKRFGMTFVEYARARRMGLALKQIREGHAVIDAQLSTGYESSSGFRDAFSRIMGVAPTRSGHHNILKASWIDTRLGPMMAIADEEALYLLEFVDRRGLEREVERLRQRTKSAIVPGYTAPIRSIELELGAYFDGKLSEFKTPLFLLGSPFQKEVWDQLLQIPPGQTSSYGEIAATMGRPTAYRAVAQANGANQLAIVIPCHRVINTSGELGGYGGGLSRKQWLLHHEKSMSNATIHE				NA	NA	NA	NA	NA
JZ016_04617	885			hypothetical protein	GTGAACATTGTGCAGAATCAAGGACAACTGCCTCAGTGGGCAAACAACTATTTGCAATATATTCAAGTCCCGATAAGGGAGGCTTCATTGGAATATTTAACCGAAATTTGCACCGCACATCATCAGCGTGTACCGTTCGAGAACATTACCACGTTGCTGCAGTATCGGGAATATCATCAAAAAGGAAGATTGGAGCAGGATGAGAAGAGATTCGTAGATCAGCTGTGGCAGCTGAATGCGGGAGGCACTTGTTATATGATTAACAGCAGTCTTCATCAGCTCTTGAACCAGCTTGGTTTCGAAACCCGGTATGCGCTGCTGGGCGGGGGACATGTTGGGTTACTGGTGCGGATCCCGGGTGAGCAAGAAGAAGTGTACGTGGATTGCGGAAACTCCGCCCCTTTTTTCGAACCCGTACGTTTGGAGAGCGATCCCGAGCAAGTTTCCCAATATGCCGGGATTGAAGTCAGATTGCGCCCAGGGGATGAACCGGGAACATATACGTACTATCGGTATGCGGATGGTCGGCTGATTACAGAATTGGTTTGGTCATTCGACACGCGGGTAACGTATCAATTCGATGATTTCCAGCCGGCCATTGCAAGCTATTTTCAACCGAATGATCTCTTTACCTCTTCATTACGCTGTCAGCTGTGGCAACTGGACCAGCAGCGCTCGCTGTCTCTGGTCGACAATGTACTGAGTATCCGGTATGCAAACGGGAAGGTAGAAAAGCGCATTTTATCCGATCTCAGCGAGCTGCGAGAGGTCATCGATCATGAGTTTCATCTCCCTAAATTGCCTGTTGAAGATGCCGTGAAGATTCTTCAGGAACTCGGATTTGATATTTTTAAAGGCAGCGCCATGACGAATTCCCTTGAGTAG	MNIVQNQGQLPQWANNYLQYIQVPIREASLEYLTEICTAHHQRVPFENITTLLQYREYHQKGRLEQDEKRFVDQLWQLNAGGTCYMINSSLHQLLNQLGFETRYALLGGGHVGLLVRIPGEQEEVYVDCGNSAPFFEPVRLESDPEQVSQYAGIEVRLRPGDEPGTYTYYRYADGRLITELVWSFDTRVTYQFDDFQPAIASYFQPNDLFTSSLRCQLWQLDQQRSLSLVDNVLSIRYANGKVEKRILSDLSELREVIDHEFHLPKLPVEDAVKILQELGFDIFKGSAMTNSLE	PGPT0019890_158	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_NITRO-|AMINOBENZOATE_DEGRADATION,PGPT0019890-nhoA|yddI-K00675	NA	NA
JZ016_04618	1251	entS_3		Enterobactin exporter EntS	ATGAATCTTTCCAAGAATAAGAGTTACGTATTTTTCTGGTTAGCTTCCACCATTTCATATTTTGGCACGTATATTACCACACTCGCTCTCCAAGTACTGGTGGTGGTTGATCTGGAAGGCAGCACCGTTGATGTGGGCTGGATCAATTCCTCGAGGTGGCTGCCCTATGTGCTGCTGGGATTGGTGGCGGGAGTGATTATTGATCGCGTCAGTCGTCGGAACATCCTGGTACTGACCGATCTGGGGCGGGGGATCTTGCTCGTAGCGATATGCCTACTGGCATTGTTCGATGGAATCAATGTGGGCATTCTGATGATCATCATGATACTCTTCGGGGCGATGTCGTTATTCAATGATGCTGCATCTCAATCTATTGTGCCCCAACTCGTGTCGAGAAGGTTGTTATTGTCCGCTTATGCGCGGTTGGAGCAAAGCGCAGCCGTTGCGGAAACCAGCGGCCCCGCAGCTGCCGGTTTATTAGTCTCTATCGTTACGGCTCCGTTTGCAATCTTGGTTAACGCAGCTTCGTATCTGTTTTCAGGGCTGGTTATGGCTTTTATTAAACATCAGCCCATACCGGAAAAGGCCTCGAATGAACGCATACTTGAATTGATAAAGGAAGGATTGCGCTGGGTCTACCGGCATCCGTTTCTCAGCACGCTGGCACTCAATACCCATGCGTGGTTTCTATTTAACAGTATGCTGGGGACGGTGCTGGTAACGTACGCTCTCACCGAATTAGGGTTTCATGCGTCAACCCTGGGACTTGTCATGACATCAGCAGGGATTGGCGCTGTTATAGGCACGACGTTATCAACCCGGGTCAGCAAGCGATTTGGAATTGGACGCAGCATCACGTTTGCTCGACTTTTGTATGCACCTGCGGTCCTGTTCATGGTTCTGGCACCACCCACTGACAACGGTGATCTGTTGATTCAGACCTTCCTCTTGATCGGATTTGGGCAACTGTTTTATGGTTTAGCATTAGGTATTGAGGGTCCGATTGAGATGGGTTACCGGCAGACGATCACACCTGCACACTTGCATGGGCGTATGAATGCCACCATGAGGTCTATCAACCGCAGTATGATCGTTATTGGAGCGCCTCTGGGTGGCTTCATCGCTGATGTATTTGGATTTCGCACAGCATTAGGCGTTGTTATCACCGGACTGGCTGTAGTCGGAATTTGGTTCGTGTTCTCACCGATGCGGGCTGCCCGGATGGATGATACGACAGATGTGAGTAATTAG	MNLSKNKSYVFFWLASTISYFGTYITTLALQVLVVVDLEGSTVDVGWINSSRWLPYVLLGLVAGVIIDRVSRRNILVLTDLGRGILLVAICLLALFDGINVGILMIIMILFGAMSLFNDAASQSIVPQLVSRRLLLSAYARLEQSAAVAETSGPAAAGLLVSIVTAPFAILVNAASYLFSGLVMAFIKHQPIPEKASNERILELIKEGLRWVYRHPFLSTLALNTHAWFLFNSMLGTVLVTYALTELGFHASTLGLVMTSAGIGAVIGTTLSTRVSKRFGIGRSITFARLLYAPAVLFMVLAPPTDNGDLLIQTFLLIGFGQLFYGLALGIEGPIEMGYRQTITPAHLHGRMNATMRSINRSMIVIGAPLGGFIADVFGFRTALGVVITGLAVVGIWFVFSPMRAARMDDTTDVSN				NA	NA	NA	NA	NA
JZ016_04619	192			hypothetical protein	ATGATGGTTTCGATTCTAGCTATGGCGGCAGCCGTTTCGGGCGGCATTGTCGCCTCCGGGGCGGGAGTGGAATCGCAATCATATGATAGGGGTCTGCGTTTATTTCATGCTGGTCTTTGCTGCCGCCGGGGCCGCGATGCGATGAATGTGGCTGGAAAAAGCAGTCTAGAACATATCGAGTTACTAATGTGA	MMVSILAMAAAVSGGIVASGAGVESQSYDRGLRLFHAGLCCRRGRDAMNVAGKSSLEHIELLM				NA	NA	NA	NA	NA
JZ016_04620	870	araC_6		Arabinose operon regulatory protein	ATGAACTATCTGCTTATATTTTTACTGGGGGTTGTTACCATTATGGAAGCAAGGCTGCTCATCTGCGACTATTCCTATCACTTTCAGCAATTCAGCAACAGCCATCGGGGCGGCTTGACAACCTATCTGTTCCGACTCCAAACCGAAGGCTCCTGCGAAATCTACTGCAACGGCATCGAGCACCACGTGCAGGCAGGCGACCTGCTGCTGCTGAAGCCCGGAGATGAATACGAGCTGCGGGTAAAGGAAGACGGCGAGGATGGCCGCGTGTCCAGCGGGGATTATTTTATATTCTGCGATGGCTCCTGGATTGATAATTGGTGGAACCGCATCCCCCGCCCTGTCGTCAGTCATGTCGGGCTCGACGATTATTTACTGGGTCTGTGGAGACAAATGCTGCTGGAGAAGCGGCGCGGCCTGGAAGGGGAAATCGGGGAACTGACCGACTACCTGCTGCGCAGTCTCTGCCTCTGCCTGGACCGCGCCATTACCGAGATCAAGCCGACCGATCGCCTTGCCTTCACTGCCCTGCGGCTGAAGCGATTCGTGGAGGAGCATGCCACCCTTACCTTCAAGCTGGAGGAGGCCGCTTCCCATGTCGGGCTAAGCTTATCCCGGGCGGTTAAGCTGTTTAAGGAGTATTACGGAAAAACCATGATCCAGTACGCCCTCGAGATCAGGCTGAACGCAGCCGTCGAGCGCATCAAATACAGCACGATGACACTGGAGGAAATCGCGGAAACCTGCGGCTTCGCCAGCTACTCCTACTTTCACCGGGTATTTCGGGCCAACTATGGCGTATCCCCGGTCAAATTCCGGGAGACCGCAACGGTGCCGGCAAGGCCGGGGCAGGAGAAAAGCCCACGCTGA	MNYLLIFLLGVVTIMEARLLICDYSYHFQQFSNSHRGGLTTYLFRLQTEGSCEIYCNGIEHHVQAGDLLLLKPGDEYELRVKEDGEDGRVSSGDYFIFCDGSWIDNWWNRIPRPVVSHVGLDDYLLGLWRQMLLEKRRGLEGEIGELTDYLLRSLCLCLDRAITEIKPTDRLAFTALRLKRFVEEHATLTFKLEEAASHVGLSLSRAVKLFKEYYGKTMIQYALEIRLNAAVERIKYSTMTLEEIAETCGFASYSYFHRVFRANYGVSPVKFRETATVPARPGQEKSPR	PGPT0017485_379	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_04621	774	iolE_3		Inosose dehydratase	ATGAGAAGAATGAACATTGGTTTGCAAATGTATACGCTGCGCGATGAAACGGCACAGGATTTCCGCGGTACGCTCCGCAAAGTCGCTGAATTGGGTTATGAAGGCGTGGAATTCGCAGGTTATGGAGACATTCCGGCCGAGGAAATGAAAACGCTTCTTCAAGAGCTTGGCCTGAAAGCAATCGGCAGTCACGTGGGCCTGCATCTGCTTCGCGCAGATCTGCAGAAGGAAATTGATTACCTGAAAACCATTGGCGCTAAATATATGATGTGTCCATATGTGGCCGAAGAAGATCGTAAAGATGCCGAGGATTGGAAGAACCTCTTCTCCTTCCTTGAGGAAGTAGGGGCTGAAGCCCGCAAGCAGGGACTGATCTTTGGATACCATAACCATGCATTCGAGTTCGAAGCCGAGGTTGATGACCAGTTCGTCTTTGATGCAATGTATTCCGCAACGACGCCGGAAGCCGTGCAAGTGGAGATGGACGTATGCTGGGTACAATTCGCCGGACAAGATCCGCTTGCCTATATTCCGAAATACGCAGGACGTCTTCCGCTGCTTCACCTGAAAGATTTCAGCAAGGATGCGGAAGGCAACATGAAAACGCTGGAACTGAGCCAAGGCTCGGTTAACCTGCCGGGCGTCATTCAGGCTGCATCCGATGCAGGTACGGAATGGCTGATCGTCGAGCAGGACGTATGTCAGAATCCGCCGCTGCAAAGCGTGGAGAACAGCATGAACTGGCTGAAGCAGAACTACCTGAACCAATTTTAA	MRRMNIGLQMYTLRDETAQDFRGTLRKVAELGYEGVEFAGYGDIPAEEMKTLLQELGLKAIGSHVGLHLLRADLQKEIDYLKTIGAKYMMCPYVAEEDRKDAEDWKNLFSFLEEVGAEARKQGLIFGYHNHAFEFEAEVDDQFVFDAMYSATTPEAVQVEMDVCWVQFAGQDPLAYIPKYAGRLPLLHLKDFSKDAEGNMKTLELSQGSVNLPGVIQAASDAGTEWLIVEQDVCQNPPLQSVENSMNWLKQNYLNQF				NA	NA	NA	NA	NA
JZ016_04622	1020	gfo_1		Glucose--fructose oxidoreductase	ATGAGCAAAATTAAAGTGGCAGTGTTTGGCTGCGGCGCGATCGCCCAGCGCAGACATATTCCTGAATATGCGAACAATGCTAACGTGGAGCTGGTTGCTTTTGCCGATCCGGTAAAAGAACGCGCCGAAGAGATGGCAGCTCAGTATGGCGGTAAAGCCTATACAGACTACCAAGAACTGTTGAAGAACGAGAAGCTGGACGCCGTTAGCGTATGTACGCCGAACTATCTGCATGCTCCGATGAGCATCGCGGCTGCGAATGCCGGCCTTCATGTGCTGGTGGAAAAGCCGATGGCTACAACGGCTGAAGAAGGAGAGCAAATGATCGAGGCCGCCCGCAAGAACGGGGTGTACCTGATGGTAGGCCACAATCAGCGCCTCATGCCTCCGCACGTAAAAGCGAAGGAAATTCTGGATTCCGGCAAGCTCGGCAAAGTGCTTACCTTCCGTACTTCCTTTGGCCACGGCGGTCCGGAGAGCTGGAGTCTGGATGGACGCGACAGCTGGTTCTTCCGTAAAGAAGAAGCGATTATGGGCGCCATGGGCGATCTCGGCGTGCACAAATCCGACTTTATCCGTTACCTGCTGAACGATGAAATCGTGGAGGTGGCAGGTTTCATCGGTACGGTCCATAAAGAAGGAACCGATGTGGACGACAACGCGACTTGCATCGTTCGCATGAAGAGCGGGGCCGTGGGCACGCTGATGGCAAGCTGGACGCATTACAGATCCGGCGATAACGGAACAGTGTTGTGGTGCGAGAAAGGTGCCATGAAGATCGGTACCGTTAACGGCGACGAGGTGGTTGTGGAGCTGACCGACGGTACGGTGGAGACCTACAAGGTTGGCGCCATGGCAACCAATGAGAAGCAGGTTCCGAGCGGCGTCATCGACGCGTTCGTCGAATCCATTCTCACGAACACGCCGCCTAGCATTTCCGGTGAGGAAGGACTGCGTTCCTTGAACGTGATCCTGGGTGCATTCGAATCCCAAGAGACGGGTAAAATCGTGAAGCTGTAA	MSKIKVAVFGCGAIAQRRHIPEYANNANVELVAFADPVKERAEEMAAQYGGKAYTDYQELLKNEKLDAVSVCTPNYLHAPMSIAAANAGLHVLVEKPMATTAEEGEQMIEAARKNGVYLMVGHNQRLMPPHVKAKEILDSGKLGKVLTFRTSFGHGGPESWSLDGRDSWFFRKEEAIMGAMGDLGVHKSDFIRYLLNDEIVEVAGFIGTVHKEGTDVDDNATCIVRMKSGAVGTLMASWTHYRSGDNGTVLWCEKGAMKIGTVNGDEVVVELTDGTVETYKVGAMATNEKQVPSGVIDAFVESILTNTPPSISGEEGLRSLNVILGAFESQETGKIVKL	PGPT0022715_483	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022715-wlbA|bplA-K13020	NA	NA
JZ016_04623	912			hypothetical protein	GTGAAAACTCAAGACATTCAGCTTCGGGACCCCTACGTACTGCCTGACCCGGCACAGCGAATATACTACATGTACGGCAGCACCGACAAAAATATTTGGAAGGAAGGGACCGGCTTCGATGTCTATATCAGCCGTGATCTCGACGATTGGGAAGGCCCTTACACGGTCTTTCGCAAACCGGACGGTTTCTTTGCGGACGTGAACTTCTGGGCACCCGAAGTCTACTATTACCATGGGCATTACATCATGTTTGCCACCTTCCGCCGAAAAGATAACGATCGGCTGGGCACTGCAGTGCTGTCTGCAGAGGAGCCGATGGGGCCCTTCTCCCTCCATAGCGAAGGGCCCGTAACCCCAGCCGACTGGAGTTCCCTGGACGGCACGCTCTATATCGACGAAACGGATCAGCCGTGGATGGTGTTCTGCCATGAATGGCAGCAGGTCGGGGACGGCGAGATCTGCGCCATGCGCCTGAGTCCCGATCTCACGGAAGCAGCCTCGGAGCCCGTGACCCTGTTCCGTGCCTCCGAAGCCGCTTGGGCCACGCCGTTCCACTCGCCCCGCTTTCCCGGATCGGGCAACTACGTGACGGACGGACCGTTTCTGTTTCGGACAACGTCAGGGAGTCTGCTCATGTTATGGGCCAGCTTTGTGGACGGCCGATACGCGCTCGGCGTTGCCAAGTCGACAACCGGCAAGCTGACGGGGCCCTGGCTCCAAGAGCCAGAACCCTTATATGCCAGCGACGGCGGGCACGGCATGGTCTTCCGTACCTGGAACGGTCAGCTGATGCTGACCGTGCATACCCCGAACCGCACGCCGGATGAACGGCCGATCTTCATCCCCGTCACAGAGGATGCAGACAGCATCAAGATGGATGGGATGTATCGGACAACACGTATGCCCAAGTAA	MKTQDIQLRDPYVLPDPAQRIYYMYGSTDKNIWKEGTGFDVYISRDLDDWEGPYTVFRKPDGFFADVNFWAPEVYYYHGHYIMFATFRRKDNDRLGTAVLSAEEPMGPFSLHSEGPVTPADWSSLDGTLYIDETDQPWMVFCHEWQQVGDGEICAMRLSPDLTEAASEPVTLFRASEAAWATPFHSPRFPGSGNYVTDGPFLFRTTSGSLLMLWASFVDGRYALGVAKSTTGKLTGPWLQEPEPLYASDGGHGMVFRTWNGQLMLTVHTPNRTPDERPIFIPVTEDADSIKMDGMYRTTRMPK	PGPT0019090_1050	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINANASE,PGPT0019090-abnA-K06113	NA	NA
JZ016_04624	1647			hypothetical protein	ATGACAGAAGTTATGCTGGACCGGCTGCACCGGATTTCGATACCGGACCGGGTGCAGCCAGGTAAACGGGAAGATCGGAAACTGCTGCAGGAGTGGCAGACGACTGGCGTCCGATTCGCGGCATCGGGCGGACTGCTCGAAGCGGCTTATTATACGGCGCTGGAGAAGCTGCTGGCCTGCATCGTGCCGATGAACGGCGGCGATCCGATTCTGCAGGAGGGCGGTATCTATCTCGGCTGCTGGCTGGAGAGCACCGGCACCATCAATGCCGAACTGCTATCGCGACTGATTCCTTCGGTCTCGGAAACCACCTACCTCGCTTTTGCGGATCAGCAAAGGGAGGATGGGCTGCTCCCTTATAAACTGACGGAGAACGGCCCTTCGTTCCGCCAGATCCAGCTCGTCACACCGCTGGCGCGCTGCGTCTGGAACCACTATGAGCTTCATGGAAGGGACCTCTCCTTCCTGAAGACCATGTACCAAGCCATGTCGCGTTACGACGATTGGATTGCGCGTTACCGCAGCACCCGGGGGACCGGCTGCGTGGAGGCTTTCAGCACCTTTGATACCGGGCATGATCTGTCGCCCAGGTTCTGGCATGTTCCGGACACGCCCTATAGGAACGATGCCGCCGCCTTCCACCCGGACTCCCCGGTACTGCCCTTCCTGGCACCGGATTTGACGGCCAACATCTACTGCCAGCGTATGTATTTGGCGCGCATGGCCGAAGAGCTCGGCGAATCCGGAGCCGATTGGAGGGCCAAAGCCGAAGCCAGCCTGAACAGCCTCTTCCGTTACTGTTATGACGTGGAGGATCAATTCTTCTACGACCGAGATCGGAACGACGAGCTGGTCCGGGTCCAATCCGACGTGCTGCTGCGCGTGATGGCCTGCGAGGTGGGCGACCGCGAGTTGTTTGACAATATGCTGCGTCGCTATTTGCTGAATACCCGCAAATTCTTCGCCAAATATCCGTTTACGTCCATGGCGATGGACGATCCGCGGTTCGATCCTTCCTCCTCTTACAACAGCTGGGGCGGGCCGTCCAATTTCCTGAGCTTGATCCGGGCGCCGCATGCCTTTGAACATCACCACCGCTATGTCGAGCTGACCTGGGTGCTGCAGCCCATTCTGTCCGCCTTGTCCAAGGCGAAGCGCTTCCCGCAAACCTTGAGCCCTTGGACTGGTGAAGAGGGCTTTACCGAGGCGTATTCCCCTTCCATTCTGTGCCTGCTGGATTACGTGGAACGGCTCTGCGGCATCATGCCGATCGGATCGGATCGGCTGTGGTTTACGGGACTGCTTCCCGTCGACATGGATCATGGCGAAGAAGTTGCCGGCAACACGGCCTATAGCCGAACCGTGAACGGGCTGCACTACGAATTGGTGAATACCCCGGACAACGTCACCGTATACCGGGAAGGCCGCGTTCATATTCAAGGCCCCGCCGGGATTCGGCTGGTCACGGACCGCAGCGGACAATTGGAGGGCGTGATCGGCATGAGCGTGCGTACCATTGAAGGCGAGCTCCGCTATCAAGGCACATCCATTCCGATCCGGATCAAAGGCAATGAGATGCAGTTGTATTCAGACGGAGATTTAAAGACGGAGAGGGATATCGGCATCATCTATCCTGCCTATCGTTAA	MTEVMLDRLHRISIPDRVQPGKREDRKLLQEWQTTGVRFAASGGLLEAAYYTALEKLLACIVPMNGGDPILQEGGIYLGCWLESTGTINAELLSRLIPSVSETTYLAFADQQREDGLLPYKLTENGPSFRQIQLVTPLARCVWNHYELHGRDLSFLKTMYQAMSRYDDWIARYRSTRGTGCVEAFSTFDTGHDLSPRFWHVPDTPYRNDAAAFHPDSPVLPFLAPDLTANIYCQRMYLARMAEELGESGADWRAKAEASLNSLFRYCYDVEDQFFYDRDRNDELVRVQSDVLLRVMACEVGDRELFDNMLRRYLLNTRKFFAKYPFTSMAMDDPRFDPSSSYNSWGGPSNFLSLIRAPHAFEHHHRYVELTWVLQPILSALSKAKRFPQTLSPWTGEEGFTEAYSPSILCLLDYVERLCGIMPIGSDRLWFTGLLPVDMDHGEEVAGNTAYSRTVNGLHYELVNTPDNVTVYREGRVHIQGPAGIRLVTDRSGQLEGVIGMSVRTIEGELRYQGTSIPIRIKGNEMQLYSDGDLKTERDIGIIYPAYR				NA	NA	NA	NA	NA
JZ016_04625	1317	yesO_3	COG1653	Putative ABC transporter substrate-binding protein YesO	ATGTTGAAGAAATGTTTCGTTGGAATATTGGCTTCGCTCCTGTTATTCGTCACCGCTTGTTCCGGAACGGATCACACTGGAGAAGGCGGGAGTACGGGCGCAGGGGCCGAGCCGAGCGGCCAGGTCGAGCTGCGCATGATGTGGTGGGGCGACCAGAAACGGGCCGATATTACGAACGAAGCCCTGAAGGTGTTCCAGAGCAAACATCCGAACATCAAAATCGTCGGCGAATTCTCGCCTTCCTCCGGATATTTCGATAAGCTGAACACCCAGCTCGCTTCCGGCACCGCGCCGGATATCTTCTTCCTGGGCGGAAACGTGGTGGACTATGCCAAAAAAGATGTGCTGCTAAACCTGGATCCGTATGTCGGCAGCGAACTGAAGCTGGACGGCATGGATGCCACCATGGTGGAATACGGCCGTCTGGATGGGAAGCTGCAGCATATTTCTGCAGGCGCAAACGCCCGGGGAATCGTCATCAACAAGGCACTATTCGAAAAGGCAGGCATTCCTCTGCCGGAGCAGGATTGGGATTGGGAGGAATATGCCGCCATCAGCAAAGAATTGTCCGACAAGCTTGGCGACGGCGTATACGGTACTTATAATTTCACCGTCGACGGAATGGATATCTTCCTGAAGCAGCGCGGAAAACAGCTGTATGATATGGAGAACGGAAAGCTCGGCTTCGCGAAGGAAGACATTCAGGAATGGTTCGAGTATTGGGAGCAGGCATCGAAAGCCGGCGGTGTCGTTACGCCTGAACTTCAGGTGTCCAATCCGCACGATGATACCAGCAAATCCTTGTTAATTACGGGCAAAGCGGCCATGAGCCTTCTCCCTTCCAATCAACTGGCCGCATTCCAGAGCCTGACGGAAGATCCGCTCATCCTCCACCCGGTACCTAGAGGTCCGAAGGGAACGGGCGTAGTATTCGAGTCCAGCCAAGGACTATCCGGATATGCCAACACCAAGCATCCGAAGGAGGTCGCCACGCTCATGGACTTCTGGATCAATGATCCCGAAGCGGCCAAAATCCTCGGTAACGACCGCGGCGTGCCGGTAACGGAAGCCAACCGCAACCTTCTCCAGGAGGAAGCAGGCCCCGTGGAAGAGATTGTGTACAATTACACGAGTCTCGTATCAGAAGCCACGAAAACCGAGCCTTTTGACGTAAGTTATAATCCGCCGGGATTCGCCGAGTTCTCCAAGCTGGCCCAGACGACGACCCAGGAGATCGGTTTCGGCCGGAAAAACGTCGAGCAGGCCGTTGCGGACTTCTATAACGGCACCGTGCGCATATTTGAATCGAATCAATAA	MLKKCFVGILASLLLFVTACSGTDHTGEGGSTGAGAEPSGQVELRMMWWGDQKRADITNEALKVFQSKHPNIKIVGEFSPSSGYFDKLNTQLASGTAPDIFFLGGNVVDYAKKDVLLNLDPYVGSELKLDGMDATMVEYGRLDGKLQHISAGANARGIVINKALFEKAGIPLPEQDWDWEEYAAISKELSDKLGDGVYGTYNFTVDGMDIFLKQRGKQLYDMENGKLGFAKEDIQEWFEYWEQASKAGGVVTPELQVSNPHDDTSKSLLITGKAAMSLLPSNQLAAFQSLTEDPLILHPVPRGPKGTGVVFESSQGLSGYANTKHPKEVATLMDFWINDPEAAKILGNDRGVPVTEANRNLLQEEAGPVEEIVYNYTSLVSEATKTEPFDVSYNPPGFAEFSKLAQTTTQEIGFGRKNVEQAVADFYNGTVRIFESNQ	PGPT0016545_5142	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_04626	840	araQ_35	COG0395	L-arabinose transport system permease protein AraQ	ATGCCGCTTAAGCGACAACTCGTCCAAGCCGGGAGGCATGCCGCCATTATCCTCCTCGGCCTGCTCATGCTGTATCCGGTGCTGTGGCTCGTCTTCAGCTCGTTTAAACCGAATCATCTCATCTTTACCAACAGCAGCCTCATTCAGACTGCCTTCACGCTGGATCATTACGTGAACGGCTGGAGCGGGCTTCAGGGCATTTCCTTCGGCCGATTCTTCGGCAACTCCGTGCTGATCTCGGTCATGAGCGTCATCGGGAACATCGTCTCCTGCTCCCTTGCAGCCTATGCCTTCTCGCGATTGAAATTCAAATTCAAAGGCCTGTGGTTCAGCATCATGCTGGTAACGATTATGCTGCCTTACCACGTAACGCTCGTGCCTCAATACATTCTGTATAACGAGCTGCATTGGATCAATACGTATTTCCCGCTCATCCTGCCCAAATGGCTGGCGCACGACTCCTTCTTCATCCTGTTGATGGTTCAGTTCATCCGCGGCATTCCGCGGGAGCTTGACGAGAGCGCGACCATCGACGGCTGCGGACAATCGCAGATCTTCTTCCGCATCGTGGTGCCGCTTCTCGTCCCTGCGCTGATTACGACGGCCATCTTCACCTTCATCTGGAGCTGGGACGACTTCTTCAGCCAGATGATTTATTTAAGCAAGATCGATTTGTTCACTGTACAGCTGGGGATCCGATCCCTGTTCGATCCTTCGGGGCAATCGGATTGGGGGGCGCTGCTCGCCATGTCCACGCTGTCGCTGCTGCCTGTGACAATCATCTTTCTGGTGTTTCAACGGTATTTTCTCGAAGGCATTGCCACGACCGGCCTGAAGTAG	MPLKRQLVQAGRHAAIILLGLLMLYPVLWLVFSSFKPNHLIFTNSSLIQTAFTLDHYVNGWSGLQGISFGRFFGNSVLISVMSVIGNIVSCSLAAYAFSRLKFKFKGLWFSIMLVTIMLPYHVTLVPQYILYNELHWINTYFPLILPKWLAHDSFFILLMVQFIRGIPRELDESATIDGCGQSQIFFRIVVPLLVPALITTAIFTFIWSWDDFFSQMIYLSKIDLFTVQLGIRSLFDPSGQSDWGALLAMSTLSLLPVTIIFLVFQRYFLEGIATTGLK	PGPT0016540_6101	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_04627	915	araP_3	COG1175	L-arabinose transport system permease protein AraP	ATGAGAAAGCTGTCCAGGCCCTTATACGGCCAGCAGAATAAGACAGCCTACTTGTTTCTTCTGCCTTGGCTCATCGGCTTCTTCTGTCTGACGCTGGGGCCGATGATTGCATCGCTGTACTTATCCATGACCAAATTCAACCTGCTCTCATCGCCGACTTGGACAGGACTCAGCAACTATGTCCAGATTTTTACCGAGGACGATACGTTTCAAAGATCCTTGTGGCTAACGTTCTACTATGTGTTCTTATCCGTGCCGCTGAGACTTGCGTTCGCGCTGCTGGTCGCCATGGCCTTGAACAAGGGCATCCGCGGACTCGGCATTTACCGGACCGTGTATTATATCCCTTCCTTGTTGGGAGGCAGCGTTGCCATTGCCATCGTCTGGCGCCAAATCTTTGACGGCAGCGGTCTGGTCAACCAGTTCCTCGGCTGGTTCGGCATCTCGGGCCCCTCGTGGATCGCCCACCCCGACTATGTGGTGTATACGATTATCACGCTGTCCGTCTGGCAGTTCGGATCGGCCATGGTCATCTTCCTTGCCGGTCTGAAACAGATTCCGACTGATTTATATGAAGCATCCGGCGTAGACGGTGCCGGAAAGATTCGTCAGTTCTTCGGCATTACGCTGCCGATGCTGTCACCCGTTATCTTTTTCAATCTGATCATGAGCATGATCAATTCGTTCCAAGCCTTCACGCCGGCCTATGTCATCGGAGACGGGCGGGGAGGGCCGCTCGACGCCACGATGTTCTACACCTTGTACCTGTATCTGAAAGGCTTCTCGTTCTTCGATATGGGTTATGCCTCGGCTCTGGCATGGATCATGCTGATCATCATCGGCGTGTTCACCGGAATCGTTTTTCTCACATCAAAGTTCTGGGTCTTCTACGGGGATAACCAGGAAGGGAGGTAA	MRKLSRPLYGQQNKTAYLFLLPWLIGFFCLTLGPMIASLYLSMTKFNLLSSPTWTGLSNYVQIFTEDDTFQRSLWLTFYYVFLSVPLRLAFALLVAMALNKGIRGLGIYRTVYYIPSLLGGSVAIAIVWRQIFDGSGLVNQFLGWFGISGPSWIAHPDYVVYTIITLSVWQFGSAMVIFLAGLKQIPTDLYEASGVDGAGKIRQFFGITLPMLSPVIFFNLIMSMINSFQAFTPAYVIGDGRGGPLDATMFYTLYLYLKGFSFFDMGYASALAWIMLIIIGVFTGIVFLTSKFWVFYGDNQEGR	PGPT0016535_5481	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_04628	1599	rssB_8		Regulator of RpoS	ATGTACAACGTATTGATCGCAGATGACGAGATCGAGGTTCGTGAAGGGCTAAAGCTGAAAGTCGACTGGGAGAGCATGGGCTTTTCCATTTCTGGGGAGGCCGGGAACGGCCGGGAAGCTGAAGAGCTCTTGAAATCCCATTCGTATGACCTGCTCATTACCGACATGAACATGCCCGTCATGGACGGCGTCCAGCTGCTCGACGTTTGCCGGAGCCACAATCCGACCATCCAGATCATCATCATTACAGGATACGAGGATTTTCAATACGCCAGAGCGGGCGTCCGCAGCCAGGCCATGGACTACTTGCTGAAGCCCGTAGCCCGGGACGACCTGAAATCCGCCTTAAGCAAAATCAAACAGGAATTGGATAAGAACCGCAAGGTACGGGACGATTCGGAAATGATGCAGTGGCGGCTATCCCAGTATTACAAAGAAATGAAGGAGCGCTTCCTGCTGGATCTCGTTCGCGGCAATCGTCTCCCCCCCGCCTCCCTGCCGGAACGGATTCGACTGTTCCACCTGGAGGACTGGCAGGACGGGTGCGTTTGCTTCATCACCGCGGGCATTAGGGAATGCAGCATGCAGAAAGCACCCGAAGGCCGCGCGCCCGAACATCTCCGCCTTCCGTTTCAAATGGTCTGCCATGAAATCGCCGAGTCTTATCCGGGCGGCGTTCAAGTGTTTCATGATGCAGCTCATCCCGGCATCATGCATTTCATTGCGCTTGACGGCATTCAGCATGAATTCGCGGATAAACTCGCCGCGCAGGCATCGTCCTATTTAACCGTGGAGGTGCAGGTGGGACTCGGGCTGCCCGTGTCGGGACTTGAGCGATGGAAAGAGGGGTATATCCACTCCCTCCTGGCCTGGAATCTGGCAGGACGCCAGAACGGACCGGATCAAGCACCCGTAACCGACCAAAGTCCGCTGCTGCCGGAGGAAACAAGCCGCGCGCTGCATCGCTGCCTGATCCGGGGCGAATTGGAATCCTTCCGCAGCATCATCCGGAGGGAGCTGAGCGAGGCATTCCGGCTATCGCCTTCCCGCTTGGTACGGAGCCTTTTTCAAATCACGCTGATTATGGAATCCGCCGCCGTCGACAACATACGGCATTCACAGGGAGGGGGGCCTCTATGGATTTCACCCGAATGGGTTTTATGGCTTGAGACCCCGGAGCAGGCGGAACGCCTACTGATGCAGTGGGCACAGGATTTTGTTGACCACCACCTGGAATCCGGAGACAAAGACGCTACCCTGATTGAATCCGCCAAGCGGTATATCGAGGAAAATTACATGCAGGAATTATCGCTGACCTCGCTGGCCGAGCAGTATAACTACCACCCTACCTACTTCTCGGAAATATTCAAGGAAGGGGCTAGGGTCTCGTTCATCCAGTACGTTACGGAAGTTCGGATGAAACATGCCGTACGCCTACTGCAGGAGACCCGATTGACGGTATGGGACATAGCCGAGCTGACGGGCTTCTCTTCACCCGGCTATTTCAGCTCCAAATTCAAAAAAATGTTCAATCAAAGCCCTTCCGAGTTCCGACTGTCGCAATCCGAAAAAATCGAACACGATGATCCGAAGAAATGA	MYNVLIADDEIEVREGLKLKVDWESMGFSISGEAGNGREAEELLKSHSYDLLITDMNMPVMDGVQLLDVCRSHNPTIQIIIITGYEDFQYARAGVRSQAMDYLLKPVARDDLKSALSKIKQELDKNRKVRDDSEMMQWRLSQYYKEMKERFLLDLVRGNRLPPASLPERIRLFHLEDWQDGCVCFITAGIRECSMQKAPEGRAPEHLRLPFQMVCHEIAESYPGGVQVFHDAAHPGIMHFIALDGIQHEFADKLAAQASSYLTVEVQVGLGLPVSGLERWKEGYIHSLLAWNLAGRQNGPDQAPVTDQSPLLPEETSRALHRCLIRGELESFRSIIRRELSEAFRLSPSRLVRSLFQITLIMESAAVDNIRHSQGGGPLWISPEWVLWLETPEQAERLLMQWAQDFVDHHLESGDKDATLIESAKRYIEENYMQELSLTSLAEQYNYHPTYFSEIFKEGARVSFIQYVTEVRMKHAVRLLQETRLTVWDIAELTGFSSPGYFSSKFKKMFNQSPSEFRLSQSEKIEHDDPKK				NA	NA	NA	NA	NA
JZ016_04629	1818			hypothetical protein	ATGTTCTTCTCATTAAAAAGCCGTTTGATCGCCTTTATCGTCGCACTCTTCGTCCTCTCTTTCGGCACGCTCTCCTTCCTGCTGTTTACGGAATCGCGCACCGTGATCCGCTCCTACATCGAATCCTCTGCCCTCGAGAAGATGGAGGAATACGGCTCCTACGTCGATATGGTCCAGATGCAGATTTATGATGTCGCTTCCCTCGTGTTCAACAGCGACACGGCCAAGAACTGGGATAACGCCATCAGTGACCCGCTGCTGCCCGAAGGGGAGAAAATGCTGGCCAATCTTGCCATGAGCCGATTTCTGACCCAGGCGACCAACAGCTACACCAGTATCTCCGATGTGTCCATCTACCGGCGCAGCGGACTTCGGATCGGCGGCGAGAACCAAGTCGAAAGCGACCCGGCCTTTTTGCGGGAATCGTGGTACACGAACTTCTTCGCGTCCGGAGACCGCTGGCTGCCAGCGCATACGGACCAGCATGAACGTGTCCGGGATCACGGCAATCCCGTCGTCAGCCTGCTGATGCCCATCGGGACCTTCCATCATGCCACGGCGCAGAACGTGATGAAGGTTAACGTCAGCGAGTCTTATTTTCTGGAGCCGCTCACCCGGATCCATCTGGCCAAGAACAGCACGATTTTTCTGTTGAACGAGCAAGGAAGCCCGATTCTATCCCAGCAGGCGCATGAACTTGGCACCGAAGCCCTATCGGAGATCGATCGCATTCGAAACGGCCCGCTGAAATCGGGCGTTGTCTATCTGACCAACGATGAAGGGCAGCGGAACATTCTGGTTTACAAGAAGCTGGGGCGCACCGGCTGGATGCTGGCTGGACTAGCGCCAGAAAAGGAGCTGTACTCCTCTCTTCACAAGCTTCAGAGCACCATCCTGGTGGTTACGGTCGTTCTGATTCTGGTCTCCCTGTTTGCCGCCGCATGGCTCTCCTATGGCGTCACCAAGCCTTTAACGCGTCTGGTCCTGGCGATGAGGCAGGTGCAGCGCGGAGCATTCGACCAGGCCGAGTCCGTACTGCCTCCCGACAAAAACGTAAAGAGCGAGGTCAGTTACGTCATCTCCACATTCCGCTATATGATCAGCCGCCTGCGGCAGCATATCCAGAACGAGTTCGAGCTGAAGCTGCTCCGCCAGCAGGCCGAATATAAAGCGCTGCTCATGCAGATCAATCCCCACTTCATGTTTAACACCCTGGAGCTGGTGAGCAGTCTTGCCATGCAGCGCCGGACGGACGATACCGTGCAGGTGATCGAGGACCTGGGCAAAATGATGCGCTTCTCCATGAATACCAGTGACGACCGGGTCCTCTTAGCCGAAGAGCTGGCTTATGTCCGCCACTATATCTCCATTCTGCAAACCCGCTTCGGGCATAAACTCGACATCTCCATCCACGAGGAAGGCCGGCTGGATTCACTGGTGATGATCAAGTTCATTCTGCAGCCGCTGATCGAGAATGCGGTCAAGTACAGCTTTCAGCATCAAACCACGGCACAGGTGGACATCCGGATCAGCAGGCAGGGCAATCGCCTGCACCTCCACGTCGCGGATAACGGTCCAGGCATGCCCTCCGAGATCATCCGCAAACTCCAGGATCCCGCGGCGACCTCTCAATTAGAGCCGATCCTCCGAAGCGAGAGCTGGCACATTGGACTCGGCAACGTGATTGCACGCTGCCGCTTGCATTACGGCGACTTATTTGCCGTTCATATTCGGAACGGGAGCGAAGCCGGCACATGCATCGAACTGATTCTACCGGTACAGGAGGAATATCATGTACAACGTATTGATCGCAGATGA	MFFSLKSRLIAFIVALFVLSFGTLSFLLFTESRTVIRSYIESSALEKMEEYGSYVDMVQMQIYDVASLVFNSDTAKNWDNAISDPLLPEGEKMLANLAMSRFLTQATNSYTSISDVSIYRRSGLRIGGENQVESDPAFLRESWYTNFFASGDRWLPAHTDQHERVRDHGNPVVSLLMPIGTFHHATAQNVMKVNVSESYFLEPLTRIHLAKNSTIFLLNEQGSPILSQQAHELGTEALSEIDRIRNGPLKSGVVYLTNDEGQRNILVYKKLGRTGWMLAGLAPEKELYSSLHKLQSTILVVTVVLILVSLFAAAWLSYGVTKPLTRLVLAMRQVQRGAFDQAESVLPPDKNVKSEVSYVISTFRYMISRLRQHIQNEFELKLLRQQAEYKALLMQINPHFMFNTLELVSSLAMQRRTDDTVQVIEDLGKMMRFSMNTSDDRVLLAEELAYVRHYISILQTRFGHKLDISIHEEGRLDSLVMIKFILQPLIENAVKYSFQHQTTAQVDIRISRQGNRLHLHVADNGPGMPSEIIRKLQDPAATSQLEPILRSESWHIGLGNVIARCRLHYGDLFAVHIRNGSEAGTCIELILPVQEEYHVQRIDRR				NA	NA	NA	NA	NA
JZ016_04630	1290	yteT_4	COG0673	Putative oxidoreductase YteT	ATGAGTGACAAGAAACGTTATGTATTGGTCGGTACCGGCGGCCGCGCCGAATTTTTTTATGGCGCACTGGCCCAGAATTTCCGCGACAAATCCGAGCTTGCTGCCTTTTGCGATATCAACCAAACTCGCATGAATTACGCGAATCAGCTGCTGCGGGAAAAATATAATTACACCGAGGTGCCTACCTACCCCGCAGACCAATTTGACCGGATGATCGAGAACGAGAAGCCTGACTTCGTCATCGTGACCAGCATCGACCGGACGCATCACAAGTACATCATTCGCGCAATGGAGCTTGGGTGCGACGTCGTGACCGAGAAGCCGATGACGATCGACGAGGAAAAATGCCAGGCCATTCTGGATGCCGCCAAGCGGACCGGACAAAATATCAGGGTCACCTTTAACTACCGTTACGCCCCCCATCATACCAAGGTACGGGAATTGATCATGAATGACACCATCGGCCAGGTGACCTCGGTTCACTTCGAATGGCTGCTGAATACCCGCCACGGCGCAGACTACTTCCGGCGCTGGCACCGGGACAAGCGGAACAGCGGCGGATTGCTCGTCCATAAATCCACCCATCACTTCGACCTGGTCAACTTCTGGATCGGTTCCCATCCTGAAACCGTTTTCGCATTTGGAGATCTCATGTATTATGGTAGAGAGAATGCCGAAGCGCGGGGCGTTACGCAATTCTACAATCGCGCAACCGGGAACCCCATTGCCAAAGAGGACCCGTTCGCGCTCCATCTGGATTCGGATGCGCATCTCAAAGCCATGTACCTGGATGCCGAGCCGGAGGATGGCTACCAGCGGGATCAAAGCGTATTCGGGGACGGCATCAACATTGAGGATACAATGGGCGTCCTCGTGCGGTATCAGAACAAGGCCATATTAACGTATTCGCTGGTCGCCTATCAGCCGTGGGAAGGCTATCGCATCGCCATCAACGGCACCAAAGGCCGGATCGAGATGAACATCGTTGAACAATCCTACGTCAATTCACTGGGCGACAAAAGCCAAGAAGGCGCGTTAATCGGGAAAACGCTGCGGGTGCTTCCGATGTTCGATGCCCCGTACGAGGTTCACGTCGAGGAGCAAAAAGGCGGACATGGCGGAGGCGACCCTGTGCTGCTGAATGATCTGTTCGGGGAACCGGTGGAAGATCCGTATGCCCGTGCGGCCAACCATATCGATGGGGCGAGATCCATACTGACAGGAATTGCAGCCAACCGCGCCATCGCCACCGGCATGCCTGTACGAATCGACAATCTGGTTCGTTTCTAA	MSDKKRYVLVGTGGRAEFFYGALAQNFRDKSELAAFCDINQTRMNYANQLLREKYNYTEVPTYPADQFDRMIENEKPDFVIVTSIDRTHHKYIIRAMELGCDVVTEKPMTIDEEKCQAILDAAKRTGQNIRVTFNYRYAPHHTKVRELIMNDTIGQVTSVHFEWLLNTRHGADYFRRWHRDKRNSGGLLVHKSTHHFDLVNFWIGSHPETVFAFGDLMYYGRENAEARGVTQFYNRATGNPIAKEDPFALHLDSDAHLKAMYLDAEPEDGYQRDQSVFGDGINIEDTMGVLVRYQNKAILTYSLVAYQPWEGYRIAINGTKGRIEMNIVEQSYVNSLGDKSQEGALIGKTLRVLPMFDAPYEVHVEEQKGGHGGGDPVLLNDLFGEPVEDPYARAANHIDGARSILTGIAANRAIATGMPVRIDNLVRF				NA	NA	NA	NA	NA
JZ016_04631	867	rhaS_21		HTH-type transcriptional activator RhaS	ATGACCAAGCCGTTTCGAGCAGATTACCACGATCCCACCGGATATTTGAACATGGAGTATGACCGCCGCATTGGCTATTTCTCAATGACGGTCGACCATCTCCACGATCATTATGAGCTGTACTACCTGTTATCGGGCGAGCGGATCTACTTCATCAAGGATCGCTCTTACAGAGTTCGGGCCGGTGATCTTGTCTTCGTGGACCGGAATGCCGTTCATAAGACGCTGGACAGCGGCCGGCCCGACCATGATCGCCTTGTCCTCTATATAAGCCCGGAATTGTTCGCGGATCTGGCCGTACCGCCTGAGCTGGCCGAAGGGCTGAAGGAGCCGTTCGGCTGGGATGTTCCGATTCTAAGGCTTCCTTCGCCAGCGAGTGAAGCGGTGGAGCAAATGGTCGGCGAAATGGTGAATGAGATGATCCATCCTCAAGCGGGAAGCAGTTGGCTGCTGCGGCACCGAACGGTCGAATTGCTGCTCTTCGCCTACCGCAGCCGGCATTTGGGTACGGTTCGTTCAGCCGATACGGAGCCGGTTCTTCATCCGAAGACCCAGGCGGTGGTCCGGTATCTTAACGATAATTATCAGAAGGCTTTAACGCTGCCCGAGGTAGCGGAGGCGTTCCGAATCAGCCCGCACTATCTCAGCCGGCTGTTCAAGCAGACAACGGGGTTTACCTTTAGCGATTATTTGAACCTGCTTCGGGTTAAGGAAGCGCAGCGCCTCCTGCGAGAGAGCGATGATTCCATCACGGATATCGCCTGGCGATCAGGCTTCAGCAACTTCTCCCATTTCGGGAAGATGTTTAAGCGGACGGTTCAGCTGTCGCCGAGGGCATACAGGAAGCAGTATCGAATGCGAAGCTAA	MTKPFRADYHDPTGYLNMEYDRRIGYFSMTVDHLHDHYELYYLLSGERIYFIKDRSYRVRAGDLVFVDRNAVHKTLDSGRPDHDRLVLYISPELFADLAVPPELAEGLKEPFGWDVPILRLPSPASEAVEQMVGEMVNEMIHPQAGSSWLLRHRTVELLLFAYRSRHLGTVRSADTEPVLHPKTQAVVRYLNDNYQKALTLPEVAEAFRISPHYLSRLFKQTTGFTFSDYLNLLRVKEAQRLLRESDDSITDIAWRSGFSNFSHFGKMFKRTVQLSPRAYRKQYRMRS				NA	NA	NA	NA	NA
JZ016_04632	1107	uvrC_3		UvrABC system protein C	ATGAAAACAAAAATACAAGAGTTGCCGCTGTCGTCGGGCGTATATCTCATGAGAGATTCGCGGGGAACGGTCATTTACGTTGGCAAATCCAAAAGTCTCAAGAAGAGAGTACAATCGTATTTTTACAACAATAAATCGCACTCCCCAAAAGTGAAGAGGCTGGTTCAGCATGTCAAAGACCTGGAGCATATCGTCACCGACACGGAGTTTGAGGCGTTCATGCTGGAATGCAGGCTCATTCAGGACATAAAGCCGATGTATAACCGAAAAATGAAAAATCCGCTAGGTTATAGTTATATCGTATTGCGGCAAAAGCGAGATTGGCGATGGCTGGAATTTACGGATACACTGGATGAAGGCGGCCCTGACCGATCTCGTTTTTTCGGCCCCTATACAGCTAGCAGACATAGTCTTGAACATGCAGTGCAAAAGGTTAAAGAATGCTGTAAAATCGCCTGCAATCATACACCTGCCGCTTCTTCGGCAAATGCTCCCTGCTTGAATTATTCGATTGGCCTCTGTCTTGGCAAGTGTCTTGGCGGCGAAAGCGCGCGGCAATTTGATGACATCATGGATCGATTCATTGCTCTGCTTCAAGGGGACGACCGACGTTTATATGATGAAATGGAGCGAAACATGCTGGGCGCCGCAGCGCGTTTCGATTTTGAGCAGGCTGCAAAATACAGGGATGGCATGGAGGCGGTGAACCTGCTTTTAAGTAAACGGGATGTGATCGAGTTCGCCGAAGAGAATCACAGCATCGTTGTTTACGAATATTTAAACGAAGATACGATTAAGTTATTCCTGATTAAGGGGAACGTTGTGCTGCACAGCGAGCGATGCTCTGTGGCTGCAACAGTGGATATTGAATCGTTGAGGCGGAGGGTCAAAGCCTTGATTCTCAGCTATTTCACGAAGGATACGGGATGCGATGCTGCCGAGGTTACCCGGGAAGATATCGATGCTGCACAAATCATCTACAGCTATTTGCAGAGCAGCGCCTGCCGTTATCTTGTTCTTCAGGATTCATGGCTCGAAGACGATGGGGAGTCTGATATGGAAGCTGCACTGCGGGATTTTGTGAATCATTATGTTGTGTCATCTTAA	MKTKIQELPLSSGVYLMRDSRGTVIYVGKSKSLKKRVQSYFYNNKSHSPKVKRLVQHVKDLEHIVTDTEFEAFMLECRLIQDIKPMYNRKMKNPLGYSYIVLRQKRDWRWLEFTDTLDEGGPDRSRFFGPYTASRHSLEHAVQKVKECCKIACNHTPAASSANAPCLNYSIGLCLGKCLGGESARQFDDIMDRFIALLQGDDRRLYDEMERNMLGAAARFDFEQAAKYRDGMEAVNLLLSKRDVIEFAEENHSIVVYEYLNEDTIKLFLIKGNVVLHSERCSVAATVDIESLRRRVKALILSYFTKDTGCDAAEVTREDIDAAQIIYSYLQSSACRYLVLQDSWLEDDGESDMEAALRDFVNHYVVSS	PGPT0014925_5271	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014925-uvrC-K03703	NA	NA
JZ016_04633	510			hypothetical protein	ATGAAACCAAGATCTAAACCTCACCGCAGGCTCTTATATATGGGCCTGGGGCTGCTCCTTTCATCCATTCTTCTATACCTGCTGTTCCTTCGCCCCACGCCCATCAAGGTGGGTGGATTTACATCCTTTACGGATGAAAACACCATCATCTTCGAGGTTATCAATGAAGGATTCGTCGATGTGGAGCTGCTGGACGTGCGGGTGAATACTGGCATGAAGCCTGCCAAGGCCGAGCTAGGCGTCAGTTATTCTCTTCATCTGGTCGGCGGCGGAGGCCTTGATGAAGATCCCGATATCGAATTCGTGGATATTCGGGAGGTGCCGTTAAAGCCTGAGCTCTCGCCGGACGAGAAGAGAGCCGCGCTCAATCAAGGTTCGCGCATTCCGCTTAATTACGGTGTCCGTCTTTATAACGATGAGCCCATCACCCAAATTGAAGTGAAATATAGGTATGGGGGGATCACTTTTACGAGAGAGATGCCGATGGGGCGATTTTTCAATAAGCCATAA	MKPRSKPHRRLLYMGLGLLLSSILLYLLFLRPTPIKVGGFTSFTDENTIIFEVINEGFVDVELLDVRVNTGMKPAKAELGVSYSLHLVGGGGLDEDPDIEFVDIREVPLKPELSPDEKRAALNQGSRIPLNYGVRLYNDEPITQIEVKYRYGGITFTREMPMGRFFNKP				NA	NA	NA	NA	NA
JZ016_04634	963	srkA_5		Stress response kinase A	ATGGAACAGGCTGTCTTGGATCAAGGGGCCGAACGATTCGGCCAAGGTTCTTATTCGCTGAAGTTACTTGGGGGATTCGATCAGAATGTATTTGAATACAACGGCGAAGACGGACGCCGCTTCATTATTAAATTTTTGAACGCATCCAAATACCGCAAAGCCTCGATCATTCGCAAGCTTACGTGGATGGCCTATCTCGCCGAGCAGGGTCTGAACATGGCCGAGTCCATTCGATCTGCCCAGGACCTTCTTATTGAAGAGGTAACCCACGATTCCAAGCGTTACCATGTCATTGCCTTTACGAAGGCTCCCGGCAGCCCGTTAACGGATGTAACATCGGATTTTTCGATAATCAAGCAGTGGGGACGCGGGATGGGCCGTATGCATAAGCTCGGCAAAAAGGACGCCACCGCTTCCTCACTCGTGCACCGAATGGCGTTTCCACATTGGAATGAGCATGTGATTTTTACCGATGCGTTCCCGGAGGCTGCAGGTGAAAGAGTCCATACGCAGTGGAAACAGTATCTTAAGGAATTGGAGTCGCTTCCGCAGGATCAGGAAGGCTACGGCATCGTCCACAATGACCTCCACCATCACAACTTTCACGTACATAACGGGGAGATTATCTTTTTCGACTTTGGGGATGTCTCGTACCATTGGTTCGCCTACGATATCGCCATCGCCATCTATCATGCAGTCCAGACGGTTCCGGAAAACCGGAAAGCCGAGTTTGTGGCCCGATTCTTCGACTCGTTTTTATCCGGCTACCTTCAAGAGAATACGCTGAGTGAGGATTGGATCGAGCGAATTCCATATTTCATCGACTTCCGCAATATCTACTCCTTTGTCTATTTCTCCAAATTCGTAAATTGGAATGAGATGGATGAACGCACCCGGAAATATCTGTTGGCGATGAAAGCGGATATTGAGGAAGGCAAATCCGTTGTAAAGCTGTCTATATAA	MEQAVLDQGAERFGQGSYSLKLLGGFDQNVFEYNGEDGRRFIIKFLNASKYRKASIIRKLTWMAYLAEQGLNMAESIRSAQDLLIEEVTHDSKRYHVIAFTKAPGSPLTDVTSDFSIIKQWGRGMGRMHKLGKKDATASSLVHRMAFPHWNEHVIFTDAFPEAAGERVHTQWKQYLKELESLPQDQEGYGIVHNDLHHHNFHVHNGEIIFFDFGDVSYHWFAYDIAIAIYHAVQTVPENRKAEFVARFFDSFLSGYLQENTLSEDWIERIPYFIDFRNIYSFVYFSKFVNWNEMDERTRKYLLAMKADIEEGKSVVKLSI				NA	NA	NA	NA	NA
JZ016_04635	675	yvdM	COG0637	Beta-phosphoglucomutase	ATGAACGAAACACGAAAGCTGAAGGCTGTCATCTTTGACTTGGACGGTGTCATTACCGATACCGCGGAGTACCATTATCAGGCATGGAAAGCCACGGCAACCGAGCTGGGCATTCCCTTCACGAGAGAGTTCAACGAGAATCTCAAAGGCGTATCCCGCATGGATTCCCTGAAGCTCCTGTTAAGTCAGGCGGAGACGCCTGTAAGCTATTCCGATGAAGAGCTGGTACAGCTGACCGACCGCAAAAACAAGCTGTACGTCGAGCTGATCGAGACGATCACGCCAGCCGACCTGCTGCCCGGCATTACGGAGTTTGTGGGGGACATCCGGTCGGCCGGCCTGAAGACCGGCATCGCGTCCGCCAGCAAGAACGCCATTGCCGTTTTGACCCGGCTTGGCGTCATGGATCAATTCGACGTGATTGTCGACGTAACCAAGCTGAAGAACAACAAGCCGGACCCGGAGATCTTCCTCACCGCTGCTGCAGAGCTTGGCGTAGAGCCTGCCTACTGCATCGGCGTGGAGGATGCCGCATCCGGTGTTGACGCCATCAAGGGCGCTGGCATGTTCGCCGTCGCGATCGGCAACGCCGCGCATTTCCCGCATGCAGATGTCGTGCTGTCCAGCACGGCGGAGCTGAATTTCAGTGAGCTAGCTCAGAAATTCGAAGGTTGA	MNETRKLKAVIFDLDGVITDTAEYHYQAWKATATELGIPFTREFNENLKGVSRMDSLKLLLSQAETPVSYSDEELVQLTDRKNKLYVELIETITPADLLPGITEFVGDIRSAGLKTGIASASKNAIAVLTRLGVMDQFDVIVDVTKLKNNKPDPEIFLTAAAELGVEPAYCIGVEDAASGVDAIKGAGMFAVAIGNAAHFPHADVVLSSTAELNFSELAQKFEG	PGPT0017720_539	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017720-pgmB-K01838	NA	NA
JZ016_04636	2289	treP_2		Alpha,alpha-trehalose phosphorylase	ATGACCTGGAATATATCAAATCCTGATTTGTCGCAGCAAGCCCTGCTGAATATGGAAAGTATTTTTGCACTTGGAAACGGTTACTTGGGTGTACGCGGCAATTTCGAAGAAGGCTACGGAGAGAGCATGTCCACCATCCGCGGTACCTACCTGAACGCTTTCCACGACGTGATTGAAATTCCTTACGGCGAGAAGCTCTTCGCCTTTCCTGATACACAGCAAAAACTCGTTAACAATATTGATGCCCAGACGGTCCTGATCTATCTAGGCGACGAAAAAGAACCTTTTTGCCTCGATCATGGAACGATCACTGCCCATGAACGCCGCTTGCATATGGACAAGGGGTATTCCGAACGCATCGTGCAGTGGATATCGCCCGAAGGCAAAGAGATCAAGCTGACCTTCCGACGTCTGGTGTCCTTCGCGCACCGGGAGCTGTTCGCCATCGACGTACGGATCGAACCGATTAATTTCAACGGCCAGGTTCGCATCGTTTCCACCGTCAACGGCAAAGTGAAGAACTATACCAATGCCAACGATCCCCGGGTAGGCGCAGGGCATGCGGAACGGATGACCGTCATCGATACAGGCGTCAAAGGCAGCGATGCCTATGTCGTTGACGAGACGATGGCGTCCAAACTGCGTGCAGCTTGCGTGACCCGTCACCGCTTGGATGCCGATGCGGACATTCGGCTCGAATCCGGAACCGGAGAAGTTACCTTCACGGCTGTCCTTCCATTGACCGGACCGATCCAGTTGACGAAATACAATCTGTATACCGACAGTCTTCGTCACGGGCAAGACATGATCGAGCGCGGCATTCACCTGCAGGAGGAGTTGAAGGATACTACGTTCGAGGACTTGCTTGCCGAACAGGCCGAGTATCTGAACGACTACTGGAAATCAGCCGACGTCGTGATTCAGAACGATGACCAGCTCCAGGAAGGCATCCGCTTCAATCTATTCCAGCTGCTGCAATCCGCCGGTCGGGACAAGCACAGCAACATTTCCGCCAAAGGACTGAGCGGTGAAGGGTATGAAGGCCACTATTTCTGGGACACGGAGATTTACATGTTCCCGGTATTCCTGATGACGCAGCCGGACATTGCGCGCCAGCTGCTGCTGTATCGCTATTCCACGCTGGAGCAGGCGAGAGGCAGAGCGCGGGAAATGGGACACCGGCAAGGCGCACTGTTCCCGTGGCGCACGATCTCGGGAACGGAATGCTCCTCCTTCTTCCCATCGGGAACGGCGCAATACCATATCAGCGCAGACATCGCATACAGCTATATTCAATATTACCTCGCCGAACAGGACCGGGATTTTCTCTTGTCCTACGGGGCCGAGGTGCTGATCGAAACCGCCCGCCTCTGGGCCGACATTGGTCACTATTATAACGGCGCTTTCCATATCGATGAGGTGACTGGGCCGGATGAATATACATGCTGCGTGAATAACAACTATTACACGAACGTCATGGCAAAGCATAACCTGAAATGGGCCGCCAAGAGCTGCGCCATTCTGGATTCCTATGATGCCCAAGGCTTCAAAGCCCTGTGTGAGCGGCTCGGCGTAACCGCGGATGAAATTTCGGCTTGGGCGAAAGCGGCGGATGCCATGCTCCTCCCATATGATGAAGCACTCGGCATTAACCCGCAGGACGATACGTTCCTCCGCAAAGCGGTATGGGATTTCGATAACACGCCGGAGGACAAATATCCGCTGCTGCTCAACTATCACCCGCTCACCATTTACCGTTATCAGGTGTGCAAGCAAGCGGATACGGTACTCGCCCACTTCCTGCTGGAAGACGAGCAAAGCTTGGAAACGATCCAGCGTTCGTATGATTACTACGAAGGCATCACGACGCATGATTCGTCGCTGTCTTCCTGCATCTTCAGCATCATGGCTTCGAAGATTGGGAATATGAACAAAGCGTATGAGTATTTCATCGAGACGGCTCGCCTGGACCTGGACAATACGCACGGCAACACGAAGGACGGCCTGCACATGGCCAACATGGGCGGCACTTGGATGTCCATCGTCTACGGCTTTGCCGGCATGCGCCTGAAGGAAAGCGGACTATCCCTCTCCCCGGCCATTCCGAAGGACTGGGAGAAGTATGCGTTCCGCCTGAACTTCCGCGACCGCCTCATCGGCGTATCCATCGAGAAGGAAGGCGTCACCTTGGAGATCGTCGAAGGCGAATCCATCGAGATCAAGCTGTACGACGAGGCCGTTATGCTTGAAGCCGGGAAACCTGTGAAACATTCATTGCAGAGCATATAA	MTWNISNPDLSQQALLNMESIFALGNGYLGVRGNFEEGYGESMSTIRGTYLNAFHDVIEIPYGEKLFAFPDTQQKLVNNIDAQTVLIYLGDEKEPFCLDHGTITAHERRLHMDKGYSERIVQWISPEGKEIKLTFRRLVSFAHRELFAIDVRIEPINFNGQVRIVSTVNGKVKNYTNANDPRVGAGHAERMTVIDTGVKGSDAYVVDETMASKLRAACVTRHRLDADADIRLESGTGEVTFTAVLPLTGPIQLTKYNLYTDSLRHGQDMIERGIHLQEELKDTTFEDLLAEQAEYLNDYWKSADVVIQNDDQLQEGIRFNLFQLLQSAGRDKHSNISAKGLSGEGYEGHYFWDTEIYMFPVFLMTQPDIARQLLLYRYSTLEQARGRAREMGHRQGALFPWRTISGTECSSFFPSGTAQYHISADIAYSYIQYYLAEQDRDFLLSYGAEVLIETARLWADIGHYYNGAFHIDEVTGPDEYTCCVNNNYYTNVMAKHNLKWAAKSCAILDSYDAQGFKALCERLGVTADEISAWAKAADAMLLPYDEALGINPQDDTFLRKAVWDFDNTPEDKYPLLLNYHPLTIYRYQVCKQADTVLAHFLLEDEQSLETIQRSYDYYEGITTHDSSLSSCIFSIMASKIGNMNKAYEYFIETARLDLDNTHGNTKDGLHMANMGGTWMSIVYGFAGMRLKESGLSLSPAIPKDWEKYAFRLNFRDRLIGVSIEKEGVTLEIVEGESIEIKLYDEAVMLEAGKPVKHSLQSI	PGPT0014080_542	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-TREHALOSE_METABOLISM,PGPT0014080-treP-K05342	NA	NA
JZ016_04637	744	rhaS_22		HTH-type transcriptional activator RhaS	ATGAAAGGGCCTTCACGCTCGGGAAACCGTCCGTTTTATCTGTCCTCCCGTATGCATTATTTGCGCGAGAATTTTATCCATCCCCCGTTTGATTATGAGCACGAACTGCTGGAAGCGATCCGCTTCGGCGATGAGAATAGAGCCATGGATATGCTTCGTAAGATTAACGAGCTGGAAGCGGCTGTGCTTGCGACGTATCCGCTTCGGTCGAAGAAGAATGCCCTGATTGCGTCCTGTACCTTATTTACCCGGGCGATCATCAAAGGCGGCGTAGATCCTGAGATTGCCTTTCATTTAAGTGATACGATGATCCTTGAGATTGAGAAAATGACCGATGTGGAGCGGCTGGTTCATTTTGAATATGAGATGCTGGTGCAGTTTGTGTCGATGATTCGCTCCGAGAAGGAAGACGTGTCGTTCTCTCACATTGTGAATCTGGCGATCTATTACATCCGGGAGCATATTTTCGAGGAGTTGTCCCTGCAGAGGGTTGCGGAGTATTTGAAAGTCCATCCGAGTTATCTGTCCGATCGCTTTAAGCGGGAGACGGGCGAACCCTTGACAACCTTTATTAATCGGCGGAAGATCGAGGAATCCAAGCATTTGCTGGCCAATACGAATCAGTCGATATCGGAAATTGCGTTTACGTTCAAGTTTTGCAGCCAGAGTTATTATACGCAATTATTCAAGAATTTTACGGGGATGACGCCGAGACAATTCCGGATCAGCGGTACGGCGCGATAA	MKGPSRSGNRPFYLSSRMHYLRENFIHPPFDYEHELLEAIRFGDENRAMDMLRKINELEAAVLATYPLRSKKNALIASCTLFTRAIIKGGVDPEIAFHLSDTMILEIEKMTDVERLVHFEYEMLVQFVSMIRSEKEDVSFSHIVNLAIYYIREHIFEELSLQRVAEYLKVHPSYLSDRFKRETGEPLTTFINRRKIEESKHLLANTNQSISEIAFTFKFCSQSYYTQLFKNFTGMTPRQFRISGTAR				NA	NA	NA	NA	NA
JZ016_04638	471			hypothetical protein	ATGAATTCCTATTGTACATATGCATTGCATCAAATCGAGGTGGCTGTCATCTCTGTTGTTGCGATTATCGACAGGCTGGATGAATCGGATTTGCTCGTTCAACCGACAGAAGACAAGCATTCCGTTGGAGAGCTGCTCAAGCATATTGCAGTGATCTGCCGGGCTGATTTTTACATATCGGGCGGGGCCACGCAAGAGGAGATGGATGCTTATTATGAGGGCGTGTCGTTAAATAACCTGAAGGATATACAGGCCGAATTGTTAAGCAGCTATTCACATTTGGAGCAGGCATTCAGAGACATGACGGAAGAAGAGCTCCATCAAGAGAAGACTTCCTACTGGGGCGTCACCTATTCAAGGTATGAATGGCTGCTTGAAATCGTCGCCCATCTGTATCACCATCGAGGACAACTGCATGCGATGCTGGTTCACTGTAACGGGAAGGATCCGAAGGTTCCGTTATTCGAATAG	MNSYCTYALHQIEVAVISVVAIIDRLDESDLLVQPTEDKHSVGELLKHIAVICRADFYISGGATQEEMDAYYEGVSLNNLKDIQAELLSSYSHLEQAFRDMTEEELHQEKTSYWGVTYSRYEWLLEIVAHLYHHRGQLHAMLVHCNGKDPKVPLFE				NA	NA	NA	NA	NA
JZ016_04639	555	glpP	COG1954	Glycerol uptake operon antiterminator regulatory protein	ATGGCAGAACAAAGGACACGGCGTCTTCCCGTAATCGCTTCGATTACCAAGCTGGAACAGATCGATGCGGCTGTGAACAGCACGGTGGAACGGGTGAACCTGATGACAGGCGATATTTTGAAACTCAGGGATATCGTGAATCGACTTCACTCCTCAGGCAAAAAAGTGTTTGTTCATCTGGAGATGGTAAGCGGCATTGGCCGGGATAATTCGGCGGTGCAGTATTTGGCCGATTCGTACAAGATCGACGGGATCATTACGACGAAGACGAATACGGTATTGGCTTCGCGCCAAGCGGGCATTAGCTCAATACAGCGAGTGTTTGCCATTGATACGACAGCTTTAAGAACCGCAGTGAAAATGATCGGACAAGCCCGTCCGGATGAGGTGGAACTAATGCCGGGACTCATGCCCCGCGTAATCCGCGACCTGAAGAAGGAAATTCACTGTCCGCTTATTGTGGGAGGTTTTTTACGAAGCGAGGAAGAAATCGATGAGGCGCTGGCAAACGGTGCAGACCTCGTATCTACAGGAGATACGCGTTTTTGGACGTAA	MAEQRTRRLPVIASITKLEQIDAAVNSTVERVNLMTGDILKLRDIVNRLHSSGKKVFVHLEMVSGIGRDNSAVQYLADSYKIDGIITTKTNTVLASRQAGISSIQRVFAIDTTALRTAVKMIGQARPDEVELMPGLMPRVIRDLKKEIHCPLIVGGFLRSEEEIDEALANGADLVSTGDTRFWT	PGPT0022030_496	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULE_REGULATION,PGPT0022030-nodX-K02443	NA	NA
JZ016_04640	1338	ugpB_1	COG1653	sn-glycerol-3-phosphate-binding periplasmic protein UgpB	ATGAAAAAGAAATCATGGTTGTTAATGTTACTGACCATATTTATGGTTATTACCACAGCTTGCGGAGGCGGCGGTGGAAGTGAAAGCGCCGGAGGAGAGGTTTCGCTCGACGATGTGGAAGCCGCTTCGATGGATATGAAGAATGATACAACACCTGTCAAAATCCAGTACTGGCATGCCCACGCGGATGCTCAACTGGAAGGCTTGAACTACATGATCGCAGAATTCCAGAAGAAGTACCCGCATATTACGGTAGAGCCGGTGTTCCAGGGCGGCTATCCTGATCTTCACAAAAAATTATCGGCTGCAGTGGCTGCGAATGACGTGCCGGCTGTAACGAATGTTGAAGTTGCGTCCCTGCCTAACTTTGCGGACAGCGGTGTGTTCTCTGATTTGGGCCCATGGATTAAGCGCGATGAAGTGAAGATGGACGATTTCGCCAAAGGAATGCTGAATGCATATGCATTCAACGGCAAGCAATATGGGTTCCCTCTGATCGTTAGTACCAGTGTGTTTGTATACAACAAAACGATGCTGGACGAGCTGGGTGTAGAGCCGCCGCAAAAGTGGGATGAGATCGATGACTTTAATGCGAAGGTAACGAAAAAAGAAGGCGACAAAACGACGCGTTATGCCTTCTCCGTTCCTGGCTGGGATACGTGGTATTACGATCCGTGGAACATTAACGGCGGCGGACAAATCCTGACCGAGGACCTGAGTGCATCGGCCGTTGAGAATGAAGAGTCGCTTCGTTATCTTCAGAATTTCTACAAATGGCAAAATGAAGGCCACATGCATATGGGCTTCGGGAAGGGTGCTTCCGATAATATGCGCCAAATGTTCCTGGGCGGCGAGATCGCCATGGTTCAGCATTCATCGGCTTTGCTCAAGATGTACCGCGAGAATGCGGACTTTGAGGTTGGCGTATCCTTTATCCCTGGCGATAAAGTTCGGACCTCCAACATTGGCGGCGCGGGGATCGTCATGATGGACGGTGCCGAGGATCTGGAGAAAGAAGCGGCTTGGAAATTTATCGAGTTCATGACTTCGGCGGAGCAAAACATTAAGTGGGCTGAATCCGTTGGATACCTGCCGACAAGAAAATCCGCAATCGAGTCTGAGGAAGGCAATCAATATTTCGAAAGATGGCCGCAATACAGAGCGGTATACGAGCATTTTGATGAAGTAACGCCGCGTCTGCAGCACCCGGCTTACCCTGAATTCAGCGAAGTTTATAAGGAAGTCGTAGGGGAAATGGTGCTGAACAAAAAAGATCCGACACCACTTATGCAGGATGCAGCCAAAAAGATCAACGATATTCTGGCTGACTATGAGTGA	MKKKSWLLMLLTIFMVITTACGGGGGSESAGGEVSLDDVEAASMDMKNDTTPVKIQYWHAHADAQLEGLNYMIAEFQKKYPHITVEPVFQGGYPDLHKKLSAAVAANDVPAVTNVEVASLPNFADSGVFSDLGPWIKRDEVKMDDFAKGMLNAYAFNGKQYGFPLIVSTSVFVYNKTMLDELGVEPPQKWDEIDDFNAKVTKKEGDKTTRYAFSVPGWDTWYYDPWNINGGGQILTEDLSASAVENEESLRYLQNFYKWQNEGHMHMGFGKGASDNMRQMFLGGEIAMVQHSSALLKMYRENADFEVGVSFIPGDKVRTSNIGGAGIVMMDGAEDLEKEAAWKFIEFMTSAEQNIKWAESVGYLPTRKSAIESEEGNQYFERWPQYRAVYEHFDEVTPRLQHPAYPEFSEVYKEVVGEMVLNKKDPTPLMQDAAKKINDILADYE	PGPT0016835_448	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016835-ugpB-K05813	NA	NA
JZ016_04641	957	melD_6	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGCCTATGGAGACCAATAAACAAGTGACAAAGGCGGCGTCCAATCGGGCGACCGCTTCGGTCTCTAAACGGATGTCTCATACGTTGATCGAGAAGTGGAAGGACTTTTCGTTCGCGGTTCCGGCGTTGTTATTCATGGGCGTGTTTTTGTATTATCCCCTGGGCTATTCCGTGTACATTAGTTTTACGAACTGGAACATGACCCGTCCCGTGAAGAAATTCGTGGGCGTCGATAACTATACGCGCTTGCTGTCGAACTCGGATTTCTATCACTCCTTGAAGGTCACGTTCTTGTATACCGTGATGGACGTTGTATTTACGCTTGTCATCGGACTGCTGCTGGCGTTGCTGCTCAACGTGTCGTCGTCACGGTTGTTCGGATTCATGCGCGGCGTCATTTTTATGCCCTATTACATCTCGATGGTTGTCGCGGCCATGGTATTTACATGGATTTACAATGGACAATACGGGCTATTGAATTCCATTGTTTCCTGGTTCGGCATGGAGCCGGTCGAATGGCTGACCAACCCTTCGACGGCACTGCCGGCGCTGGTTGCCGTTTCCGTATGGAAGGGCGTCGGCTTTGCGATGATCCTCTTTATTGCAGGTATGCGCGGGATTCCGGCCGAGTATTATGAGGCAGCTTCGATTGATGGAGCCAGCAAGTTCCGGCAGTTCCGCAACATTACGCTGCCGCTCTTGTCGCCTATGACCCTGTTTTTGGTCATCACCAGCTTTATCTCCTCTATGCAGGTGTTCCAGTCGATCGACGTCATGACGGGCGGCGGTCCGCTCAAGGCAACGAATGCGATTGTGTACTGGATCTATACGATGGCCTTTGATGAATTCAAAACAGGAAGAGCCTCGGCGCTTGTCATGATTCTGTTTGTAATCATATTGCTGTTAACATTGGTACAATGGGTGGTCAGCAGGAAGAAGGTGCACTATGAAGGATAA	MPMETNKQVTKAASNRATASVSKRMSHTLIEKWKDFSFAVPALLFMGVFLYYPLGYSVYISFTNWNMTRPVKKFVGVDNYTRLLSNSDFYHSLKVTFLYTVMDVVFTLVIGLLLALLLNVSSSRLFGFMRGVIFMPYYISMVVAAMVFTWIYNGQYGLLNSIVSWFGMEPVEWLTNPSTALPALVAVSVWKGVGFAMILFIAGMRGIPAEYYEAASIDGASKFRQFRNITLPLLSPMTLFLVITSFISSMQVFQSIDVMTGGGPLKATNAIVYWIYTMAFDEFKTGRASALVMILFVIILLLTLVQWVVSRKKVHYEG	PGPT0016840_154	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016840-ugpA-K05814	NA	NA
JZ016_04642	861	araQ_36	COG0395	L-arabinose transport system permease protein AraQ	ATGAAGGATAATTATATGGCTGGATCCGCCAAGAACCGGAAGGCCATGATGACGCTCCGCGTGATCGGAGCCGTGATCGTGACCCTCGTCATGTTCTTTCCGGTGTACTGGCTGCTGATCAGCGCGCTCAAGACGCAGTCCGAGATGCGAATGGCCGTTCCTACATTCTGGCCGGAAAACTTTGCCTGGCAGAACTTTGCCGAAGCCTTCCGGGTTATCCCTTACGCCCGGTTCTTCGGCAATACCTTGCTCATGGCGGTCGGCACCATTATTCTGCAGCTGAACGTGGCGCTCATGGCCGCTTATGCATTCGCGAAGGGGAAGTTCTGGGGACGGGACGCGCTGTTTCTGTTGGTGCTTGCCGCGTTGATCGTTCCGGAGCAGGTGATTTTCGTTCCCGTGTACGTCATGATGTCCAAACTCGATTGGCTGAACACCTTCTGGGCGCTTATCGTACCTCACGGGGCGTCCGCCTATGCGATATTCCTGCTCAGGCAGGCGTTCAAATCGATTAACAACGACGTGCTGGAAGCGGCACGCGTGGATGGAGCCGGTCGGTTCTCCATTCTGTACAGGCTGTTGTTCCCGATGGCGATGCCGACGATCGTCACCATGGGCGTGCTGATCTTCATTTCGTCCTGGAATTCATATTTTTGGCCGCTGATCATGACCAACAACAACGACATGCGTGTGCTTACGGTAGGTATTGCGATGCTGCGGGATTCCATTGCCGGAAATGAAGCGATGTTCTTCAATGTCATTATGGCGTCCAGCGTCATGGCGATTATCCCGATCGTACTGGTCTTTACGGTCATGCAGAAACATATTGTGGCCGCGATGGCGAATTCAACGTTTAAATAA	MKDNYMAGSAKNRKAMMTLRVIGAVIVTLVMFFPVYWLLISALKTQSEMRMAVPTFWPENFAWQNFAEAFRVIPYARFFGNTLLMAVGTIILQLNVALMAAYAFAKGKFWGRDALFLLVLAALIVPEQVIFVPVYVMMSKLDWLNTFWALIVPHGASAYAIFLLRQAFKSINNDVLEAARVDGAGRFSILYRLLFPMAMPTIVTMGVLIFISSWNSYFWPLIMTNNNDMRVLTVGIAMLRDSIAGNEAMFFNVIMASSVMAIIPIVLVFTVMQKHIVAAMANSTFK	PGPT0016845_433	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016845-ugpE-K05815	NA	NA
JZ016_04643	720			hypothetical protein	ATGGAAGTACGTGGATTGGCTCATAGAGGGTATCCGCTGAAATACCCGGAGAACACGATGCTGGGCTTTCAGAAAGCATTGGAGCTTGGCTTCTCGCACTTGGAGCTGGATGTTCAGCTGACGAAGGACGGCGTGCCCGTTGTGATTCATGATGCGACGGTAAACCGGACGACCAACGGAACAGGGGCAATCAATGCCTTCACGCTGGAGGAAATACGCAAGCTGGATGCAGGTTCAGGAGAAGTGATTCCCACGCTGGAGGAAGCACTGCGTTTTGCCAAGGATCGGATGATCGTTGACATTGAGCTGAAGCAGATGGGGGATACCTACCCCGGCCTGGAACAGAAGGTCATTGACGTAATTAAGGATACGGGCATGGAGAAGCAGGTGTTTCTCACCTCCTTCGATCATTATTCCATTGAACGGGCACGCTCCCTGGATCCTGACATTGAGCTGGGCCTTGTGATTTATGGAGCTACGCCATCGGTGTTCCCTTATCTGGAGAAGATCGGGGCTCGTTATGTGTCCGTCAAATATGTGTACGTGACTCCTTCCTTTATGGAGGAGGCGCGCAAGCGGGGCATCCAGCTCATTGTCTGGACGCCGGACGATGAGGCTGTACTGGCATCTCTTGCCCAATACCCTGAGCTCTTGATCGTTACGAACAATCTGGAGGGCTGGGCCAGAGTATACAAGGAGAAGATTGCGCTGAACGCCTAA	MEVRGLAHRGYPLKYPENTMLGFQKALELGFSHLELDVQLTKDGVPVVIHDATVNRTTNGTGAINAFTLEEIRKLDAGSGEVIPTLEEALRFAKDRMIVDIELKQMGDTYPGLEQKVIDVIKDTGMEKQVFLTSFDHYSIERARSLDPDIELGLVIYGATPSVFPYLEKIGARYVSVKYVYVTPSFMEEARKRGIQLIVWTPDDEAVLASLAQYPELLIVTNNLEGWARVYKEKIALNA	PGPT0018470_8086	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
JZ016_04644	717	farB_1		Fatty acid resistance protein FarB	TTGGATATGGGAGTGGGGCCAAGTTCGGCCAAGATTGATTTAAGTAAAATAAAGAGAGGGCCGATTGTTGCCGCACTGATTATCGGCGCGTTCGTTTCCATCTTGAATGAGACACTGCTGAACATCGCTTTCCCAAGCTTGATGGAGCAGTTTGGTATTGGAGAGTCGACGGTTCAGTGGCTTTCAACATCCTATATGCTGGTTGTCGGTATTCTGGTGCCGGTCACGGCGCTGCTGCAGCTGTGGTTCACGACAAGACAGATGTTTATAGGCGCCATGACGCTATTTCTTATAGGTACGATTATCTGCGGCTTCTCACCGGTATTCGGGGTGCTGCTGGTAGGGCGTATCCTGCAAGCGGTCGGAACGGGGCTCATGCTGCCTGTTCTGATGAACACCATACTTAGTATTTATCCGCCTCAGAATCGCGGAGCTGCTATGGGCATGATCGGTCTTGTCATCATGACGGCCCCGGCGATCGGACCGACGCTTTCGGGCTTGATCGTGGACGCGCTGAACTGGCGCTGGTTGTTCTATCTGGTCATTCCATTGGCTGCGTTCTCCATCATATTTGCTGCGGTTTTCCTGAAGAACGTATCCGTACTGACCAAGCCGAAGGTCGATTATATTTCGATTATTCTGTCTACCATCGGTTTCGGGGTATCGTATATGGATTCAGCAGCGCCGGAGAAGGCACCTGGTCTGATCCGAAGGTGA	MDMGVGPSSAKIDLSKIKRGPIVAALIIGAFVSILNETLLNIAFPSLMEQFGIGESTVQWLSTSYMLVVGILVPVTALLQLWFTTRQMFIGAMTLFLIGTIICGFSPVFGVLLVGRILQAVGTGLMLPVLMNTILSIYPPQNRGAAMGMIGLVIMTAPAIGPTLSGLIVDALNWRWLFYLVIPLAAFSIIFAAVFLKNVSVLTKPKVDYISIILSTIGFGVSYMDSAAPEKAPGLIRR	PGPT0028570_458	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028570-lmrB-K18926	NA	NA
JZ016_04645	741			hypothetical protein	GTGATTTGGTGCATTGCGGCAGGGGCCATCAGCTTGCTGTTCTTTGTATGGCGCCAACTGAAGATGAAGGAACCGATGCTGGATCTGCGTACCTTCAAATTCCCGATGTTCTCACTCGTGACCGTTCTGATGCTGGTGCTAATGATGAGCATGTTCTCCACCATGATCATGCTGCCATTGTTCCTGCAGAACGCACTGGGCTTAACTGCGCTTGCGGCAGGCCTGGTTATGATGCCTGGTGGTATCATCAACGGATTGATGGCTCCGATTACAGGGAAGCTGTTCGATAAGTTCGGACCGAGGGTTCTGATTATCCCAGGTCTTGCTCTCTTGAGTATCGCTATTTTCCTGTTCTCGCGCATCGACGCTTCATGGACCGGTGGTTATGTTATCTTCCTTCATGTTATGATGATGATAGGGATTTCGATGGTTATGATGCCGGCCCAGACTACAGCTTTGAATCAGCTGCCGCGCTTGCTGTATCCGCATGGAACAGCCATCATGAATACACTGCAGCAGGTAGCAGGAGCCGTAGGTATGGCGCTCTTTATCAGCATCATGACAGCAGGTGCTAAAAATTACGTTGAAACAACCGGGGATCTCAATCCGGTAGAGAGCATGGTTGCCGGTCTTCATAATGCTTTCGTAATCGGACTTGTTCTTGCAATCATCGCTTTAGTACTGGGATTATTTGTTAAACGCACAACTTCACCCGTTGAAGAAGAACAGTCTGCTGCATAA	MIWCIAAGAISLLFFVWRQLKMKEPMLDLRTFKFPMFSLVTVLMLVLMMSMFSTMIMLPLFLQNALGLTALAAGLVMMPGGIINGLMAPITGKLFDKFGPRVLIIPGLALLSIAIFLFSRIDASWTGGYVIFLHVMMMIGISMVMMPAQTTALNQLPRLLYPHGTAIMNTLQQVAGAVGMALFISIMTAGAKNYVETTGDLNPVESMVAGLHNAFVIGLVLAIIALVLGLFVKRTTSPVEEEQSAA	PGPT0028570_458	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028570-lmrB-K18926	NA	NA
JZ016_04646	591	slmA_2		Nucleoid occlusion factor SlmA	TTGCCGAAAGAGAATGACGAGTTGGGTCAAAAGATTTTGGATACGGCTCAGGCTTTATTTAATAAATACGGAGTCGAGGACGTCTCCATGCATCAAGTGGCGAAAACGGCCGGGATCGGGCAAGGCACCTTGTACCGCCGTTACCCCAGCAAGAGCAAGATTTGCTTTACGCTGATGGAAGCCAAGATCGATCGGTTTATGGAGGGGCTGGAGGTTTACCTTCAGAGCAGCGAAGGTGAACCGGTGGCTCATCGGCTGCGGACGGTGATGACGAAGGTCATTCTCCATTTCAATGAAGATTTGGAGTGGCTACGGGTAATGCTGACCTCTGACCGGCTGGAGGACACCAAGAACATTATGTGTGAGAACCCGCCCTTCACGTTTTTGCGGTTTCAGATCAAGCGCCTGCTGGAGCGTGCGGCGGAGCAGGGAGTACTGATGCCGCTAGACCCTCAGTTTACCTCTGTGATGCTCGCATCTCTGCCGCGCGCGGATATCATTCTATACATGCGTGATGTGGGATACAGCGCGGAGCAGATAGCGGAGGAATACTGCAGAAGCTTTGTTGACCCGCTGTTTATTCATCGCTAA	MPKENDELGQKILDTAQALFNKYGVEDVSMHQVAKTAGIGQGTLYRRYPSKSKICFTLMEAKIDRFMEGLEVYLQSSEGEPVAHRLRTVMTKVILHFNEDLEWLRVMLTSDRLEDTKNIMCENPPFTFLRFQIKRLLERAAEQGVLMPLDPQFTSVMLASLPRADIILYMRDVGYSAEQIAEEYCRSFVDPLFIHR				NA	NA	NA	NA	NA
JZ016_04647	1032			Protease inhibitor	ATGAACAAACAATGGAAGAAGCAAGCAGCGACACTGATGGTTGCGGCCATCGCTGTCTCCGGTGGAGCAGCGGCTTATGCGGCACCCCAAACTGGAGGCAGCCAGGAACAGAAACCGGTCGTAATTTCGGCTGTAATGGATTATGGCGTTCTGGTTAACGGTAAGGAAGTGGCGGGCACCGGTTATATGAACGCCGATGCGAAGCAGGTCATGATTCCGCTGCGGAGTGTATCCGAGGCGCTCGGACTTGAACTGAGCTGGAATCAACAGGACCGCTCTGCGGAGCTGACTAAACCGGGATCCCCGATCTGGACTCTCGTGCAAACGGGCAAAGACCAGTATGCGGTTAACAAAATGTATAAGTCCCTCGGCGCTGCGCCGGTGAATGTGAAGGGTACGCTTTATGTTCCGGCTAACTTCTTCAGCGAAGTGCTCCATGTTAACGTCTCGGCCGATGGCACGAAAGTGAGCATCTCGTCCGAGGAAGAAGTGAAGAAGGAAACCGTCACTGGCAAAATCACCGAAATTATCAATAACGAAGATCGCCAAGCCGTTCACATAAACGGAACGGGAACGGAAGGAATCCTTCTGAACGTGGATGAGAACACCGTTATCCGCGGTGAAGAAGGCAAGGACATCGAGTTTAAGGATCTTGCGAAGGGGATGGAGATTGAAGCCGTTCACAGCCTGGCGATGACTATGAGCCTGCCTCCGCAGACCTATGCTTATGAAATCAGCGTGAAGTCGGACAAGGAAGAGACGGAGCAGCTCGCTACAGCCGGTGCCATCGCAGACATCAATGCGGATGGCGGCAGCCTGCGCGTAACGATTAAGGGTAAGGGATTAACGGAACAATCGCCGAATGAAGTCGTCCTGAATTTGACGCCTGAGACGGTTGTCGTGAATAAAGACGGAAAAACATTGAAAGCAAGCGATTTGGCTGATAATGCAGAGATTATCGGTTATTACAGCCCGGTGCTCACCAAGAGCCTGCCGCCGATCGGCAATGCGATCAAAATCGTTCTTCAATAA	MNKQWKKQAATLMVAAIAVSGGAAAYAAPQTGGSQEQKPVVISAVMDYGVLVNGKEVAGTGYMNADAKQVMIPLRSVSEALGLELSWNQQDRSAELTKPGSPIWTLVQTGKDQYAVNKMYKSLGAAPVNVKGTLYVPANFFSEVLHVNVSADGTKVSISSEEEVKKETVTGKITEIINNEDRQAVHINGTGTEGILLNVDENTVIRGEEGKDIEFKDLAKGMEIEAVHSLAMTMSLPPQTYAYEISVKSDKEETEQLATAGAIADINADGGSLRVTIKGKGLTEQSPNEVVLNLTPETVVVNKDGKTLKASDLADNAEIIGYYSPVLTKSLPPIGNAIKIVLQ				NA	NA	NA	NA	NA
JZ016_04648	1323	yagG	COG2211	Putative glycoside/cation symporter YagG	ATGAAGCGCAGTTGGGTGAATTCGCCGTATTCATATTCGCTTGGCATGTTTGCCATGATGGTTCCGAGCCAGGCGTTCAGCTCCTTTTACATCTTTTTCTACGTGGATACATTGGGTCTTGGCATAGGGCTGGCATCCCTGGCACGAACCGTATTCCTGATCTGGGATGCGGTTAATAACCCGCTGATGGGGTATTGGTCCGACCGTACGAAGACCCGGCTGGGGCGGCGCAGGCCGTGGGTATTCGGCGCCATTCCGCTGTTTATGCTGACCTTCGTGCTGGTGTTCTCGCCGCCGGAAGGATTGTCTGAGAACGGACTGTTCTTGTGGTTCTTAGTTGCCCTTATCCTGTATGAAGCGGTAGCGACCGTATTATGGGTCAATTATGGAGCGCTGTTTCCTGAGCTGTTCCGCGGAGACCGCATCCGGGCGAAAGCCTCGGCCATTCAGCAGGGCTACCAGGTTGTGGCGTTATTGATCGGTACCGCGCTGACCCCGATTATTTATGACGCCATGGGATTTTCGAGTATGGCGATTCTGTACGCGCTGCTGTTCGGCGTGTTCATGTTCCTCTGCATGATGAGCGTCCGGGAGCAGGAGGCCTACAGCGCCAGCGAGCCGCTCAAGCTTGTCCAAGCATTCCGCGAAACCTTGCGCAACAAGAAGTTCTGGGTGTTTAACATCTCCAATTCATTCGCCCAGACGGTAAATGGACTAATAAGCTCGACGATCCCTTTTTACGCAAAATATGTGCTCAACATCCCGGATAATCAAGTATCTATTCTGCTGGCAGCTGTGTTTGTATCGGTCATTCCGCTGGTATCCGTCTGGTACTGGATGATCCGCCGGATGGACGGCGTGAAGGCATGGCGTTTGTCGCTAGGAGTATATGGGTTATCCGTCATCCCTCTGTGGTTTGGCTATGATCTGATCAGCGGGATTCTGGCAGGCATCGGCGTGGGATTCGGTCTTGCGGGATTTCTGGTAACGCCGGCCATGGTGAGCGGCAACATCATCGACGAAGATGCGGAGCGGACGGGGCTGCGCAGAGAGGGGATCTATACGGCTGTCAGCGGATTTATTACGCGTTCCAGCGGATTGATCTCTGCCCTGGCATTTTTTGTGGTAGGCATGATATTCGGGTATGAAAGCGGTGACAACCCGGGGAGCGATCCGGAATCGACCTTCAGGTATTTGATTAGTGTCGTTCCATTGTGCTTGCTGGCGATTTCCTTCCTGTTATCGTTTGCAACCAAAATCGAATTCTCAAAAACCATAGGAGGCGGGCACGACCATGGAGCGAAGACTGATCATCAACTGTGA	MKRSWVNSPYSYSLGMFAMMVPSQAFSSFYIFFYVDTLGLGIGLASLARTVFLIWDAVNNPLMGYWSDRTKTRLGRRRPWVFGAIPLFMLTFVLVFSPPEGLSENGLFLWFLVALILYEAVATVLWVNYGALFPELFRGDRIRAKASAIQQGYQVVALLIGTALTPIIYDAMGFSSMAILYALLFGVFMFLCMMSVREQEAYSASEPLKLVQAFRETLRNKKFWVFNISNSFAQTVNGLISSTIPFYAKYVLNIPDNQVSILLAAVFVSVIPLVSVWYWMIRRMDGVKAWRLSLGVYGLSVIPLWFGYDLISGILAGIGVGFGLAGFLVTPAMVSGNIIDEDAERTGLRREGIYTAVSGFITRSSGLISALAFFVVGMIFGYESGDNPGSDPESTFRYLISVVPLCLLAISFLLSFATKIEFSKTIGGGHDHGAKTDHQL	PGPT0014410_2818	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-CAPSULAR_COLANIC_ACID_BIOSYNTHESIS,PGPT0014410-TC_GPH|yihO|xynP-K03292	NA	NA
JZ016_04649	918	chbG_2		Chitooligosaccharide deacetylase	ATGGAGCGAAGACTGATCATCAACTGTGACGATTTCGGGCAGAGCAAGGCCATGAATGAGGCGATCCGGCATCTGCTGGAGGAGAACAAAGTCTCTTCGGCAACCATTATGACCGTGGCTCCCGGCTTTGAAGAGGCGGCCTCCTGGGCGGCACGCCGACGCCAACCGAATGTGGGGCTGCACCTCACCATGACGAGCGAATTCGAGGCTCTGCGATGGAGCAGCTTAACAGGGCATTCCTCCCTTCATGATGCCAGCGGCCATCAATACCGGACCGTTCAGGAGTTTGAACGCGGGGCAGAGACGGGTGCCGTGTTAAAAGAGCTGGAGGCGCAGTATAGGTTGGCGAGCCAGGCCGGGATCCGCATCAGCCATGTGGATAATCACATGGGCAGCCTGTACGGGATGGAAACGGGGCGAAGCCTCATTCCGCAGATGCTGTGGAAGACTTCGCGTTGGCGCCTCCCCGCGCGACTATTCCGCTATATCTACCCGGAGGATCCACTGCTCAGCTCGCTGCCGAATATCGAGCGTCCGGTCGCGCTCGCTTCAGGCCTTGCTGACACGTTTGGCGTGCCGATCCCGGATTATCTGCTCTCTCATCCGTTTCCTGTTGTTGAGGGAGAGACTTACGAGAGCTTCAAGCAATCGCTGATTGATAAGCTGTACAGACTCCCTGAAGGGGTCAGTGAAACCTACGTCCATCCCGGAGCGGAAGATGAATGGATGCTGGCGAATATCCCGCATTGGGAGAAGCGGGTATGGGAGTACCGGCTGCTGTTCGATGACGATTTTGCTTACGGACTGCGGGATGCCAAGGTGATTCTGACGGATTACCGTTATGTAGAGGAGCATTTAAAGAAGCCGCGCGTGCGCTCGGCCATGAAGCTGATGAAGGCAATGGCCAAAAAAACGTAA	MERRLIINCDDFGQSKAMNEAIRHLLEENKVSSATIMTVAPGFEEAASWAARRRQPNVGLHLTMTSEFEALRWSSLTGHSSLHDASGHQYRTVQEFERGAETGAVLKELEAQYRLASQAGIRISHVDNHMGSLYGMETGRSLIPQMLWKTSRWRLPARLFRYIYPEDPLLSSLPNIERPVALASGLADTFGVPIPDYLLSHPFPVVEGETYESFKQSLIDKLYRLPEGVSETYVHPGAEDEWMLANIPHWEKRVWEYRLLFDDDFAYGLRDAKVILTDYRYVEEHLKKPRVRSAMKLMKAMAKKT	PGPT0012160_117	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012160-chbG-K03478	NA	NA
JZ016_04650	351			hypothetical protein	GTGAAGGCTACTCCGGCTGTAGATATCAACGGGTCCCCGGGCAGCGGGGATATCAAGGAATTCAAAGCGATCCAGATCAAGGAGTTTACTCCACTAGAAGGTACGGCAATAGAAGTAGCCGAAGCTGTTAAAACCGATGCCGGCATAGTGAAACACGACGTGATCCATAGCGAGGCAGCTGGTTTGGAGGCAGTGAAAATCAGCGATGAAGATCTGGCTTTCATCCATGCCAGAATCGACCTCTTCAAAGCCGTAGGTTCCAAGAACTCGGATGCCATTAAAGAGGCATTGGCGAAGCTGCTGGACCAATACAAGGAACAGATCGCTATGCTGGAAGCTGAAGCGAAGTAA	MKATPAVDINGSPGSGDIKEFKAIQIKEFTPLEGTAIEVAEAVKTDAGIVKHDVIHSEAAGLEAVKISDEDLAFIHARIDLFKAVGSKNSDAIKEALAKLLDQYKEQIAMLEAEAK				NA	NA	NA	NA	NA
JZ016_04651	210			hypothetical protein	ATGAAACACAAACTGTTTGGCAAGCTCGCCCTGTCCGCCGCCCTGCTCGGAACGGCAGCCGTCCCCGTACATGCATCAGGAGCTGACACAAGTGATGTACCAAAACAACCAGGCAAAAGCGCACCTATACAAGCCGCCACTACCATCTCCATTCTGCCGAACCCGCTGGAATTGGCAGAGAAATATGCACCGGAAACGGTACAGGATTAG	MKHKLFGKLALSAALLGTAAVPVHASGADTSDVPKQPGKSAPIQAATTISILPNPLELAEKYAPETVQD				NA	NA	NA	NA	NA
JZ016_04652	720	walR_8	COG0745	Transcriptional regulatory protein WalR	ATGAACCAAAATTATCTCATCGCCGTGGTTGACGATGATCAGCATATACGTAATTTGGTGGAAGCTTATTTGCGCAAGGAGGGCTACAAGACGGTTGGCCTTGGCACGGCAGAGGAGGGCTGGGAGATGTGGAGAACGAATCCGCCGGATATGTGGGTGCTGGATATTATGCTGCCCGGCATGGACGGCTTCGAATTGTGCCGACGGATCCGTGCAGAGGCCGAGGTCCCGATCATCATGATCTCTGCCAAGGATAGCGAAGTGGATAAAATACTGGGGCTTGAGCTGGGAAGCGATGACTACATGGTCAAGCCGTTCAGCCCGCGCGAGTTGGTTGCCCGAATCAAACGACAGCTGAACCGATGGTACAAATTCCATCATGAGGAGCGTGTTCCGCGGCTTGCGCCGGCTTCTCCGGAGCTTAGCAACGGACGCCTTCAGTTAATGCTGGAGGAACGGCGTGTATTCTGGGATGGGGAAGAAGTGGATATGACCAACAAAGAATTCGAGATGCTGAAAGTGTTTGCCGAGCATCCGAACCGTGCGTTTACAAGGGATGAGCTGCTAACCTCCGTATGGGGCGACGACTATTTTGGAAGCGACCGTGCGGTCGATCATCTCATTAAACGGCTTCGCAAGAAGGTGGAGCAGCTGCCGATCGAGGCTATCTGGGGGCATGGATACCGAATGAGAGTGGATGGGGAGGAATCATCGATATGA	MNQNYLIAVVDDDQHIRNLVEAYLRKEGYKTVGLGTAEEGWEMWRTNPPDMWVLDIMLPGMDGFELCRRIRAEAEVPIIMISAKDSEVDKILGLELGSDDYMVKPFSPRELVARIKRQLNRWYKFHHEERVPRLAPASPELSNGRLQLMLEERRVFWDGEEVDMTNKEFEMLKVFAEHPNRAFTRDELLTSVWGDDYFGSDRAVDHLIKRLRKKVEQLPIEAIWGHGYRMRVDGEESSI	PGPT0015125_10	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015125-cssR-K07770	NA	NA
JZ016_04653	1365	rcsD		Phosphotransferase RcsD	ATGAAGCTGGTGCATCAGATCAATCTTGCGTTTGCCTTGTCGCTAATACTCGTGCTCTCCGTGACGGCGGTTGTGATTCATTATGTGCTGATGGACCATTTTATCGGGACGCAGAGAAAGGACATGCAGACCATAGGGGCTGAGCTGACGGCAAAACTCGAAACTGCCGCTGCCAAGAGCATTCCTATTGAGAGTGCTCCTTTGGCGGTTAGCGGCTTGACCTCGGCACAGGTAGCGGAAGTAGGCGTAATCATCCAGGATAACGAAGGGAATGTGGTCAGCTCGATTCCGGTAACTCCCTCCGCTCAATTCATGGTAAGTCAGGCGATTCGTCCGGACTATGTGGCTCCGTACTCATCCGCAGCGGGGAGAGGTCAATTCCTCACCGAGGTGACGGCGGTTCCTCAAGGGACGATGACACTGATCACTCCGATCAGCAAGATTAAGGCCATTGAGCAGGCGCTGATGGGGCGTTTGATGCTCGTATTTGCTGTGGGAGGCGTAATCATGGTTATCTTAAGCTTGTTCATCACCAAGAGATTGATTAAGCCGCTCATGCTGCTGCGGGAGGAATTGAAGAAGGTGAAAGAGCGCCAGTTCTCCGAAGTTCAGCGGGTATCGGCAAGCGGAGAGATCGGCGTAGTTGCAGAGTCCGTGTACGAAATGGCGGGTGAGCTGGAGCGGTACAATCATGTGCAGAAGCAATTCTTCCAGAACGCATCCCACGAGCTGAAGTCGCCGCTCATGTCCATCTCCGGGTATGCGGAGGGAATTCGGGACGGGGTATTCGAAGGGGAGGAGATCCGCAAAGGGCTGGATATCATTATGAGTGAGAGCAGCCGCATGACCAATATCGTGACCGAGATGACGCTGCTCGCGAAGCTGGACAGCGAGGACGACATCTTTAAGGCAACGGCGGTCAATTTGAAGGAGCTCGTGGAGGAAACGATCGAAAGAGTCAATCCGGTCTTGGTGAAAAAAGGACTGTTCGTACATCCTTCCTATGGCGATAACGAATCGTTAATGGTGTATGCTGACCGGGATAAGCTGCTGCAAGCGCTGCTGAATATCGTTTCGAATGGAGCAAGGCACGCGAGCAAGCATATATACATTCAAGCCGGTATCCAAAATAGCCGGGTATTCCTCACCGTTTCTGATGATGGCGAGGGCATATCCGAGGAACTGCTTCCGTATTTGTTCCACCGGTTTGTGAAGGGCAAGAATGGGGAGTCCGGTCTGGGTCTGGCCATTGCTCGCGCCATCGTGGAGCGCTGCGGAGGTCTGATCACGGCAGGGAATCGAACGGAGGGAGGGGCCGTCATATCGGTTGGTTTCCCTCCGCATAGGAAGACCACCGTCTTCTAG	MKLVHQINLAFALSLILVLSVTAVVIHYVLMDHFIGTQRKDMQTIGAELTAKLETAAAKSIPIESAPLAVSGLTSAQVAEVGVIIQDNEGNVVSSIPVTPSAQFMVSQAIRPDYVAPYSSAAGRGQFLTEVTAVPQGTMTLITPISKIKAIEQALMGRLMLVFAVGGVIMVILSLFITKRLIKPLMLLREELKKVKERQFSEVQRVSASGEIGVVAESVYEMAGELERYNHVQKQFFQNASHELKSPLMSISGYAEGIRDGVFEGEEIRKGLDIIMSESSRMTNIVTEMTLLAKLDSEDDIFKATAVNLKELVEETIERVNPVLVKKGLFVHPSYGDNESLMVYADRDKLLQALLNIVSNGARHASKHIYIQAGIQNSRVFLTVSDDGEGISEELLPYLFHRFVKGKNGESGLGLAIARAIVERCGGLITAGNRTEGGAVISVGFPPHRKTTVF				NA	NA	NA	NA	NA
JZ016_04654	1461	aspA	COG1027	Aspartate ammonia-lyase	ATGATACAAAATAATCAAAAGGCGATGGTGATGTTGTCCATGGATATGCAGTATCGAATTGAAAAAGATTTTCTGGGGGAAAAACAGCTTCCTGTGGAAGCCTATTACGGAATTAATACGGTTAGGGCGGTAGAGAATTTTCCGATCAGCGGGGTACCCATCCATGCAGAATTGATATCTGCACTGGGCGAAGTTAAGAAAGCCGCTGCCCTGGCGAACATGGAGCTTGGCCTGCTGCCGAAAATGATAGGCAGTGCCATTATAGAGGCGGCAGACGAGATCATCGCGGGTAATCTCCGTTCCGAATTTATTGTCGATTCCATCCAGGGCGGAGCAGGTACTTCGATCAATATGAATATGAATGAGGTATTGGCGAACCGGGCGCTGGAGATTTTGGGGAAACAGAAGGCCGAGTATTTCTACTGCAATCCTAATAATCATGTTAATATGTCGCAGTCCACGAACGATGCCATCCCGACGGCGATCCGCATCGCGTCTTACCGTCTGACGCAGGATCTGCTTGAGGTGTTCCGGACCTTGGTTGCCGGCATTCAGGAGAAGGCCAAGGAATTTGATGATGTCATCAAGATGGGGCGCACGCATCTGCAGGATGCGGTACCGATTCGACTCGGACAAGAGTTCGGGGCTTATGCCAATGTTCTGACACGTGACATCAACCGGATCGAGCGGGCCGCGCAAGGCTTGCTAGTCGTTAATATGGGGGCGACCGCGGTAGGTACGGGGCTTAATGCAACACCGGACTATATGCACAGTGTCGTCCAGCATTTAATTGAGCAGACAGGCTTCTCCTTGAAGCAAGCCGAAGATTTGGTCGATGCCACCCAGAACACCGATGCGTATATGGAATTGTCGGCTGCGCTCAAAGTGTGTGCCGTGAATTTCTCGAAAATGTGCAACGATATCCGCTTGATGGCTTCCGGTCCGAGAGCGGGCTTGAACGAATTGAACGTACCGGCAAGACAACCGGGTTCGTCGATTATGCCGGGCAAGGTCAATCCGGTGATGGCCGAGGTCATGAACCAGGTGTCGTTCCAAGTTATCGGCAATGACCATACGATCAGTTTGGCATGCGAAGCCGGGCAATTCGAACTTAACGTCATGGTTCCTGTCGCAGCGAACAACTTAATGCATTCCCTCAAAATCCTGAAGAACGGCATGGATGTGTTCTACAAGAATCTGATGGTCGATCTTACGGCGAATAAGGAACGCTGCAAGTACTTCGTGGATAACAGCTACGGCATTATTACGGCATTGAACCCGCATCTGGGTTATGACGTAGCCTCCAGACTCGTGAAGGAAGCGCAGAAGACAGGTCAAAGCATCAGGGAGATTATTCTGGAGCAGGGTCTTTTGACAGAGGAACAGATCCAGGTCATTCTGGACCCTTATCATATGACATCTCCAGGTATTGCCGGAGAAGAGTTCCTGCTGAACCAATAA	MIQNNQKAMVMLSMDMQYRIEKDFLGEKQLPVEAYYGINTVRAVENFPISGVPIHAELISALGEVKKAAALANMELGLLPKMIGSAIIEAADEIIAGNLRSEFIVDSIQGGAGTSINMNMNEVLANRALEILGKQKAEYFYCNPNNHVNMSQSTNDAIPTAIRIASYRLTQDLLEVFRTLVAGIQEKAKEFDDVIKMGRTHLQDAVPIRLGQEFGAYANVLTRDINRIERAAQGLLVVNMGATAVGTGLNATPDYMHSVVQHLIEQTGFSLKQAEDLVDATQNTDAYMELSAALKVCAVNFSKMCNDIRLMASGPRAGLNELNVPARQPGSSIMPGKVNPVMAEVMNQVSFQVIGNDHTISLACEAGQFELNVMVPVAANNLMHSLKILKNGMDVFYKNLMVDLTANKERCKYFVDNSYGIITALNPHLGYDVASRLVKEAQKTGQSIREIILEQGLLTEEQIQVILDPYHMTSPGIAGEEFLLNQ	PGPT0020125_876	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020125-aspA-K01744	NA	NA
JZ016_04655	612			hypothetical protein	ATGTTCAAACCCAATATGGCTTACTTGTTCCTCATGGCTGTCCTATTTCTTGTAACAGCCTGTTCGAGCAATCAAGCTGAAGCGCCGGCTCCATCATCCAAACCTCCGACAACTGCAGTGGCGGACTACAACAGTACGGCGGAAAACGTATTTTCATTATATGAAGGAGAAGACATGAGTACCGAGGATAAAGTCACGAACATGCTTGCTCAATTGGAAGGCATGGACTGGACAGAATACAACCGCCTGAGCAGTGGCAAAACATTGGAGACTCTTGAGCTGCTGTATACCCACCGGTCCCTTATCAAACCCGAACATTACAGGAGCCTGTTCATGGCAACCACCAATCTCGACGGTGCCTCTGCCGAGCAATACGCCGCCATTGCAGGAGAATTGTTTGCCAGAGACACGAAGGGCGTGGTTCGAGCACTCGCTGATTTGAGTGACAACGATATGAGGCAAAGCGTCATTTCCAATATTGCTTACCATCTTGGTTATCAGAATGTTACACAGGTGGAGGAAGAGCTCGAGCAATGGCAAACGAACAAGGAGCTGGATGATCCCGAGAAGAACGTCATCGCCTCTCTTATAGCTGCACTCAACAATCCATAA	MFKPNMAYLFLMAVLFLVTACSSNQAEAPAPSSKPPTTAVADYNSTAENVFSLYEGEDMSTEDKVTNMLAQLEGMDWTEYNRLSSGKTLETLELLYTHRSLIKPEHYRSLFMATTNLDGASAEQYAAIAGELFARDTKGVVRALADLSDNDMRQSVISNIAYHLGYQNVTQVEEELEQWQTNKELDDPEKNVIASLIAALNNP				NA	NA	NA	NA	NA
JZ016_04656	1614	sasA_30		Adaptive-response sensory-kinase SasA	GTGGTTTTGGATAATCGATGTGGTGAAATAACCGATCAGGAGATCATTCGGCAAACGAAGCAGCAGTGTATAGACAAGGGGATGAACCCGGAGCTGATTCCAACACATACGAATCGATTGAATGACGAAGTATTGGCCGCAAGGCGTGCAAAATATAAAGAATACATCGAAGTGATACAGGTTTTCGTGAATAAGTTTCTTTCTTCAGGATCAGGAAACCCTGTCGTGATTACGATTACGGATAACGAGGGATTCATTCTTGATATGGAAGGGGACCCGACCATCATAGAAACAGCCCGGTATTTGGGTATCACCGAGGGCAACGGCTATTCCCAAGAAGATGGTCCAAGCTCTATTGATCTGTGTCTCCGGTACGAACGTCCGTTTACGTTGATAGGAGAGGATCATTTTCATCACATTCTGCACCGTATGGCATGTTATTCGGCTCCCTTTCACAGCGTGGATGGGAAGGAAATCCTAGGAACCATTTCTCTAATGACGAACAGGGAGTTTGTTCACCCACATTTGCATGCTTTGTTGTGCACGATGGCCGATTCCCTGGAACGGGAGATGGTTACCCGCAAACAGAACACGCAGCTGCAAACCTTGAATCAGGTGCTTCTCGGAACGAATCATTATGGCGTGATCATTACCGATGCAAAGGGTCAGATTCTGGAGATGAACGAAACCAGCTTAAGCCTGCTGTACAAAGGCGGCAGTGATCGGAGACGAACCCAATATGTGGGTCGCTCGGTGTTTGGTATTAAGCCGATTGGCGAGTATTATGAGCAGGTGATACACCGGCAGCAAATCTGCATCGGAGAAGAGCTTTCGCTTGAGATATCCGGAAACATGAATCATTATATACTGGATGTTCAGCCTGCTTACGACCGTGGGGGACAGCTCATGCGGGTGGTAGGTTTTCTTCGTGATATTACGGAGTTGAAGCGTACGGAGGAAGTACTGCGGAATACGGAAAAGCTGGTGTTTGCCGGTCAGGTTGCCGTAAGCATCGCCCATGAAGTGCGTAACCCGCTCACCACGGTGAAGGGAATGCTCCAGTTGGCGAATAAGGAGGCCTGTCTTCGGCACTATGATCTGATCATGTCCGAGCTGGAACGGGCCAATCTGATGGTAGGGGAATTTATGATTTTGGGCAAGCCCCAGGCTGCGGTCTTTAAGCTTGAGGACTGCGGTCAAATTCTGGATGAGGTGCTCCACTTGTTTGCGATCCAGGCGGAGCTTAGCGGGATTGAAATGACCCGAAACATCGGGCAGAATGCTACGATTCTATGCGACCGGAACCAGATTAAGCAAGTTTTTCTTAATATTCTGAAGAATGCGATGGAAGCCTTGCCGCATGGCGGGAACATTCACATTCATCTGGATGTGCAGGAAGGATATCAACGCGTGATCTTTACGGATAACGGCTCCGGCATGACGGACGATGTGCTCCAGCGGATTGGGGAGCCATTTCATACGACCAAGCCGGACGGCAATGGCCTTGGCATTATGATCGTCCATCGGATCATGGAGAGCCATAATGGCAGGATTGTCATCCGGAGCGAGGAAGAGCGAGGGACATCGGTCGAAATAAGTCTGCCGATCTCGTAA	MVLDNRCGEITDQEIIRQTKQQCIDKGMNPELIPTHTNRLNDEVLAARRAKYKEYIEVIQVFVNKFLSSGSGNPVVITITDNEGFILDMEGDPTIIETARYLGITEGNGYSQEDGPSSIDLCLRYERPFTLIGEDHFHHILHRMACYSAPFHSVDGKEILGTISLMTNREFVHPHLHALLCTMADSLEREMVTRKQNTQLQTLNQVLLGTNHYGVIITDAKGQILEMNETSLSLLYKGGSDRRRTQYVGRSVFGIKPIGEYYEQVIHRQQICIGEELSLEISGNMNHYILDVQPAYDRGGQLMRVVGFLRDITELKRTEEVLRNTEKLVFAGQVAVSIAHEVRNPLTTVKGMLQLANKEACLRHYDLIMSELERANLMVGEFMILGKPQAAVFKLEDCGQILDEVLHLFAIQAELSGIEMTRNIGQNATILCDRNQIKQVFLNILKNAMEALPHGGNIHIHLDVQEGYQRVIFTDNGSGMTDDVLQRIGEPFHTTKPDGNGLGIMIVHRIMESHNGRIVIRSEEERGTSVEISLPIS	PGPT0025290_315	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025290-kinE-K13533	NA	NA
JZ016_04657	1617			hypothetical protein	TTGGATTGGCAGGATATCCTATTTAAGTTTGTAGGCGGCTTGGGCATTTTTCTGTTCGGCATCAAGTACATGTCGGACGGACTGCAGAAGTCAGCAGGAGACAAAATGCGCGGGTTGCTGGAGAAATACACGTCCAACCCGGTGCTGGGCGTGCTGGTCGGTGTCGGTGTCACGATTCTGATTCAATCCTCATCAGGAACGACCGTGATGGCGATCGGACTGGTCAATGCGGGACTGATGACACTTCGACAAGCCATAGGCGTTATTATGGGCGCCAACATTGGCACAACCATGACTGCATTTATCGTGGGGATCAAAATTGAAGAATATGCACTGCCCATTATTGCGGTAGGAGCGTTCTTTTTATTTTTCTTTAACAAGAAAAGATTTCAATATATTGGCCAAGTGATTTTTGGCTTTGGTACCCTGTTCCTAGGGTTGTCGACTATGGGCAGTGGGGTGAAGCCGCTTAGTCAGCTTCCTGCCTTCACGGATTTTATGATCCAGCTAAAGGACCAACCGATCATGGCTCTTATTGTTGGTACTTTGTTCACGGTGATTGTGCAAAGCTCAAGCGCGACTATCGGTATATTGCAGACGATTGCAGACGAAGGCATGATCAGCCTCCAAGGATCGCTACCGATCCTGTTTGGCGATAACATCGGGACCACCATTACGGCAGTGCTTGCTTCGATTGGCGCAACAGTCGCCGCAAAGCGAACAGCCTTGGTGCACGTCATCTTTAACGTCATCGGTGCCATTATCTTTATGATTCTGCTGATTCCCGTGCATTCTCTGGTGGCGTGGCTGGGTGAAGGCGTTAATATTCGGATGCAAATCGCGTACGCTCACGGCATCTTCAATACGACCAATGCCCTGATCTTCCTGCCTCTAATTCCGACTCTGGCCTGGATCGTAACCAAGATCATTCCCGGCAAAATGCAGGAAATTGAATTTAAGGCGATTTATTTGGATGAACGTTTACTGGCCACACCGGCTGTCGCTTTTGGACAAGCCCAGCATGAAATTCTGCGCATGGGGCAATATGCCCGAGAGACGCTCAATGATGCGTCTGCTTTCTTTTTCAGCAGGGAACCCCGGGTGGGGGAACTCGCCCTGCAGAAGGAAGAGCTTATCAACGAATTGAATCGGAAAATTACGGATTATATGGTGAAAATCCAGCAGCAGAACGGATTGCCGGAAGGGGAGTCCGAAAAAGCCTCCGGTTGGTTCCAACTGGTGAACGATATTGAGCGGATCGGCGATCATGCGGAAAATATCGTGGAGCTCTCCGAATTCAGCATTAATAAAAAGGTTGAGTTCTCAGAGGAAGCCGGGCGCGAGCTGAAGGAAATGCTGTCCTTAGCCGACAAGGCGGTGGAACGGGCGCTGACTGCGTTAGAGCATAATGACGTGGCCGCGGCTCAAGAGGTGCTGGACTATGAGCGGCAATTAGACGAGATGGAAGTTAGGTTCCGCAAGAGTCATATCCAGCGGTTGAACCAGAATCTGTGCACAGGGAACTCTGGAGCGGTCTATCTGGATATTCTGAGCAACTTGGAACGTGTCGGAGACCACAGTAAGAACATCGCTCAATTCGTCATGCACGAGGAGTAG	MDWQDILFKFVGGLGIFLFGIKYMSDGLQKSAGDKMRGLLEKYTSNPVLGVLVGVGVTILIQSSSGTTVMAIGLVNAGLMTLRQAIGVIMGANIGTTMTAFIVGIKIEEYALPIIAVGAFFLFFFNKKRFQYIGQVIFGFGTLFLGLSTMGSGVKPLSQLPAFTDFMIQLKDQPIMALIVGTLFTVIVQSSSATIGILQTIADEGMISLQGSLPILFGDNIGTTITAVLASIGATVAAKRTALVHVIFNVIGAIIFMILLIPVHSLVAWLGEGVNIRMQIAYAHGIFNTTNALIFLPLIPTLAWIVTKIIPGKMQEIEFKAIYLDERLLATPAVAFGQAQHEILRMGQYARETLNDASAFFFSREPRVGELALQKEELINELNRKITDYMVKIQQQNGLPEGESEKASGWFQLVNDIERIGDHAENIVELSEFSINKKVEFSEEAGRELKEMLSLADKAVERALTALEHNDVAAAQEVLDYERQLDEMEVRFRKSHIQRLNQNLCTGNSGAVYLDILSNLERVGDHSKNIAQFVMHEE	PGPT0002650_1799	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0002650-yjbB-K03324	NA	NA
JZ016_04658	459			hypothetical protein	ATGTATACGATACAGGCAATCGGAATGGTCCATAACGAAAGAAAGGCGATTCAGGATGATTACTGGGGGGATGTCATCTCGGAGATCAAGCTGGGCGAAGCGTGGGATGAAAGCTCCCTGGATGGGATTGAAACGTTCAGCCACCTCGAAATCATCTATGTATTCCATCTCGTCCAGGACGACAGCATCCAGTACGCGGCGAGACATCCGCGAAATAATCCGAGCTTTCCCAAGGTCGGTATCTTCGCCCAGCGGGGCAAGAACCGACCCAACAGACTAGGAGCCACCATGGTGGAGTTGGTAAGCAGAGAGGGCAGGTCCGTTTTCGTAAAAGGGCTGGATGCCATAGACGGGACTCCCGTCGTTGATATCAAACCTGTCATGGAGGAGTTTTTGCCGAAGACGCAGACCAAGCAGCCCGAATGGGCTACGGACATTATGTCCCGTTACTGGGAATAA	MYTIQAIGMVHNERKAIQDDYWGDVISEIKLGEAWDESSLDGIETFSHLEIIYVFHLVQDDSIQYAARHPRNNPSFPKVGIFAQRGKNRPNRLGATMVELVSREGRSVFVKGLDAIDGTPVVDIKPVMEEFLPKTQTKQPEWATDIMSRYWE				NA	NA	NA	NA	NA
JZ016_04659	807			hypothetical protein	ATGTCCATGATTCAGCATCCTCATCAGTCCAGCCTTGGCATTTTGAACATGAAAAGAGCCGGAGAGAAGTTCCAGCTCCTGCGAATTCCCCCATCCAGCGACCTTTCCTATTTCATCAAGCATTACTGGATCATTCATTGGGATTTAACCGGTCAGGAGCCTCATCTGCAGGATGTTGTTCCTAATCCTTGCGCAAACTTGGTCGTCCAGCTTCATCGAACCGCTTTTTACGGCGTATCCAGCACCAGGCATTCCCACCATCTGGAGGGGAGGGGCCAAGTATTCGGAATCAAGTTCAGACCCGGCGGATTCTATCCGTTCGTGAACACATCCATGGACCGTCTGACGGATTCCTCCATAGGGACCATGGAGATTCTCCGAGTCGACTCCCATACGCTGGAACAGCAGCTATTGACCGCAGAAGAACCGGAGCAAAAAGTCAGGTACATGGAGGAGCTTATCCGCCGTGTTCTCCCCGAAGAAGACGAACATATCGAACGGATTCATACCATCATCGATCACATTCATCACAACCGGGACATCATCCGAGTCGAGCAGGTTAGCGAATGGTTCCAGATGAGCCCGAGATCACTTCAGCGCCTGTTCAAGCAGTACGTCGGGGTAAGCCCTAAATGGGTGATCCGCCTATACCGGCTGCAAAATGCCGCCGAGATGCTTGAAGGCCTTGATCAACAGGATGCACTGCAATTGGCCATGGACATGGGCTATTACGACCAGTCGCATTTTATCCGGGATTTTAAAGCGGTGATCGGTAAAACGCCGGAAGTTTATATGAAGGAACGATAA	MSMIQHPHQSSLGILNMKRAGEKFQLLRIPPSSDLSYFIKHYWIIHWDLTGQEPHLQDVVPNPCANLVVQLHRTAFYGVSSTRHSHHLEGRGQVFGIKFRPGGFYPFVNTSMDRLTDSSIGTMEILRVDSHTLEQQLLTAEEPEQKVRYMEELIRRVLPEEDEHIERIHTIIDHIHHNRDIIRVEQVSEWFQMSPRSLQRLFKQYVGVSPKWVIRLYRLQNAAEMLEGLDQQDALQLAMDMGYYDQSHFIRDFKAVIGKTPEVYMKER				NA	NA	NA	NA	NA
JZ016_04660	453			hypothetical protein	ATGGAGCCGTTGCAATATGAGTTTTATATCGGTGCTTCGCCGGAGAAGGTATGGGATGTCTTAATTTCGCCGGAGGGTACGCGGGCCACCTTTTTCGGGAGCGAACTGAGATCTTCATTTGAAGTCGGGGAGCCTTATGCTTATGTGGGTCCGGGGAATGACGGGGAGGAGACGGTTCATGTCTATGGGAAGGTTCTGGCTTATGAGCCGCAGAAGACACTGAGTCTGTCCGAGCATCCGGGGCCGTCGTATTATGCCAATCATGAGGAGCTGGAGTCTCGGATTACATTCACTCTCGAGCCGGTAGGGAATTGTACCAAGCTGACGCTCGTCAATGATCAATATACGCCAAATCACCCGTCCCGTGCCAAGGCAGCGGAAGGCTGGTGGATGACCATGAGCATTCTGAAGACCTATGCGGAGACGGGGAAGACGCTGGAATTAGGCTGGTAG	MEPLQYEFYIGASPEKVWDVLISPEGTRATFFGSELRSSFEVGEPYAYVGPGNDGEETVHVYGKVLAYEPQKTLSLSEHPGPSYYANHEELESRITFTLEPVGNCTKLTLVNDQYTPNHPSRAKAAEGWWMTMSILKTYAETGKTLELGW				NA	NA	NA	NA	NA
JZ016_04661	603			hypothetical protein	GTGAGCTGGATCATGATTTTGAAGGCGGTGGGAATTATTGTTGCCGGAACCATCCTATTTCGGATCGGCGGCAGAAAATCCATCTCACAGATGACCATTACGCAGGTTGTCATTATGATCGGGATTGGTTCATTGCTCGTACAGCCTCTAAGCGGTCAGGGCTATTGGGTTACGATCGGGGTTGCTGCCGTCCTCATTCTCTCTATGGTTATTATGGAGTACATCGAGTATAAGGCTGACGGGCTGGAGACGTTAATCTCCGGCAAATCGGTGGTGGTCATTGAACACGGCAAACTTCATGAGGCCAGTCTCGACAAGCTGAGACTCACGGTGGATAAGCTGGAGATGAGGCTAAGACAGGCGGGAATCGCCAATATATCGGACGTGGAGTGGGCTACGCTGGAGGTCAGCGGAAATCTGGGATACACCTTGAAGAGCCATAAGCAACCGGCTACAAAAGAGGATATTAACCAGCTTATGGCGCTCATTAGCCAGATTGTCCCTGTCCCTGCCACACCTCAATCGGAGACCAGCTCCGCTGCTAGTCTCTTCTCTGAAATCAAGAACGGCCATCAGTCGAAAGTGCCGGAGAAATGGCAGTAA	MSWIMILKAVGIIVAGTILFRIGGRKSISQMTITQVVIMIGIGSLLVQPLSGQGYWVTIGVAAVLILSMVIMEYIEYKADGLETLISGKSVVVIEHGKLHEASLDKLRLTVDKLEMRLRQAGIANISDVEWATLEVSGNLGYTLKSHKQPATKEDINQLMALISQIVPVPATPQSETSSAASLFSEIKNGHQSKVPEKWQ				NA	NA	NA	NA	NA
JZ016_04662	1332			hypothetical protein	ATGACGGAGCGGAGGCAACTCCCTGTCCAGCAAATTCGTATCGGTATTATCGGAAGCCAGACGATCGTTGATAAAATTATGAAGGTCATTGAAACCTTTCCTTCCTTTGACCCCGTACCGCTTGTTTTTCAGGATGATGGCGAAGCGCCGGCCCTGGCTGAGCGGATCGGAGGCGAGGTTGAGGTGTTGTTCCTCTCGGATCCGCTGACCCAGCGCAAGGTGAAGGAGCTCGGACAGGTCTCGATCCCTGTGCATTATGTCCCCGTCACGGACGCGGGTTTATATAAAGCGTTGTTCCATGCCGGGCAGCGGGGAAGACTGGCTGGCGGCATATCGGTGGATACTTTAACCGAGACGATGGTGGTCCGGACGATAAGGGATCTGGGTATCCCGGCCGTACAGGCCGCCATTTACGATGGACCGGCTTATGCCCCGAAGGAGAACCTGGTTGCTTTTCACCGTTTACAATATGAATCCGGCGCGTGCTCCGTTGCGTTCACGGGCGTGGAAGCGGTGGCCCATGAGCTGACGAGGCTCGGGGTCCCTAATGAGTGGCTGCTGCCTTCCGATCAGGATATCGTGGTATCGCTGGAGCGGGCTTTGCTGTCTACGGCATCCCGTCGTAGCAGGGAAGGCCAAATCGTTGTTGGGATGATTAATATAGATGATTTTGGAACCCAGGCGTTAAGACGGAATAATGAGCATGAGGTGCAGAAGCTGAAGCTGGACATTCACCGGATGGTGCTCGATTATGTGGAATCGCTGGACGGATATCTGACCCATCTGGGCGGGGACGAGTATTTGTTCTTCACGACACGCGGCATCTTTGAACGGGAAACCGGCGGCTATAAAACGATCCCCTTGGCTAAAGACGTGAACAAAACCTATGGCATTTCGCTCAGCATCGGCATGGGTTTTGGCCAGTCGGCCAGCATGGCGGGAACCAATGCGCGAATCGCGATGCGGAAATCCAAGGAGGTGGGCGGTAACGCCTGCTTTATCGTGCGTGAGGACGGCACGCTGATCGGACCGCTGGAGATGTCCGACCCTGTGCAGGAGGTGCTGTCCTTTACGGATGCAGGGCTGATCAAGCGGGCAGAGGACGCAGGGATGACGAGCGCCTACTTGAGCAAGCTGCTGAACCAGCGTGCCCGTTCGGGTAAATATGAATACAAGGTCCATGAGCTCGCTCACCTGCTGGACATTACCGTCCGCAGTGCACATCGGCTGCTCCAACTGTGGACCGACAACGACTTGGTTGAGATAGCCGGAATCGAGAAGGTGCCAAGGGGAAGGCCAAGGCAGATATTCAGATTCACGTTTTTGGAGTAG	MTERRQLPVQQIRIGIIGSQTIVDKIMKVIETFPSFDPVPLVFQDDGEAPALAERIGGEVEVLFLSDPLTQRKVKELGQVSIPVHYVPVTDAGLYKALFHAGQRGRLAGGISVDTLTETMVVRTIRDLGIPAVQAAIYDGPAYAPKENLVAFHRLQYESGACSVAFTGVEAVAHELTRLGVPNEWLLPSDQDIVVSLERALLSTASRRSREGQIVVGMINIDDFGTQALRRNNEHEVQKLKLDIHRMVLDYVESLDGYLTHLGGDEYLFFTTRGIFERETGGYKTIPLAKDVNKTYGISLSIGMGFGQSASMAGTNARIAMRKSKEVGGNACFIVREDGTLIGPLEMSDPVQEVLSFTDAGLIKRAEDAGMTSAYLSKLLNQRARSGKYEYKVHELAHLLDITVRSAHRLLQLWTDNDLVEIAGIEKVPRGRPRQIFRFTFLE				NA	NA	NA	NA	NA
JZ016_04663	1095			hypothetical protein	ATGGGAAAGCGGGGTTCATGGATTGCTGCTTTGATGCTTATCGTATTGCTGGTCAGCGGCTGCTCTTCGGGTTCTCAAGACAAAAGCGCCGGAAGTGCCGCGCCCGTCGAAAAGCAAGTAACATCGACGGATCATGCCTCAAACAAAACAGACGGAGGTGCGGCGGAAGCCGAAAGCGCAACGGCGGATAAGAGCAAGAACAGCGCCGAGGAGCCGGCATCGGCGGATGCTGAGCTTCCGAATATGCCATCGCCTGCCCAGACTTCCGGCGCAGGGTTTAACTCGCAGGATTTGTCACGCGGCCTCAACCAAAAGCTGATGTACAAAGCGAATATCGTGATGGAGATTCAGGACTATGGAAAAGCGCAGTCGGAAGTCCGGAACACAGTGACGCTTTCCGGCGGTTATATTGTTAATTTCAGCGAAACCCAGTCCAGCAGCGAAAAAGGCGGCACGTTTATTGTGAAAGTTCCTGCGAACGGTTTCTCCTCCTTTATAGACCGTTTGGAGAACATTGCGCATGAAAGCCTGCAGCGAAGCATCGAAGGGCAGGACGTGACCGAGGAATACATCGATTTGGAATCCAGGCTTAAGGCCAAGCAAATCATGGAGGAGCAGTACGTCGCCTTCATGAAAAAAGCAACAAAAACGACCGACCTTGTCGCTTTTGCCAACGAGCTGGAGCGCATTCAATCCGAAATCGAGCAGATGAAAGGCCGGATGCGTTACATTGATCAAAACGTGTCTTACTCCACGGTAGAAATCAGGCTTTACGAGTCGCCCGAAAAAAAGGATGATCCCAAAACGTCCGCCATTCAAGCGCCGCTCGGACAGCGGGTTTCCCAAGCTTTTCAGGGCAGCATCGATGTGATCACCATCATCATCCAATGGATTATCGTCATCCTTTCCGGCTCACTTCCCTTATTGGTCATCGCGGCCTTCGTTCTGCTCATCCTATGGCTGGCACGAAGATCGGGGCAGCGGAAACGGGAAGAGGCAGCCCGAATACGAAAGCTGCTCAATAACGGCGTGACATCGGAGCAAGGATATCCGGAAGGCCACAAGGACGAGGATAAACGATTGAAAGACGAATAA	MGKRGSWIAALMLIVLLVSGCSSGSQDKSAGSAAPVEKQVTSTDHASNKTDGGAAEAESATADKSKNSAEEPASADAELPNMPSPAQTSGAGFNSQDLSRGLNQKLMYKANIVMEIQDYGKAQSEVRNTVTLSGGYIVNFSETQSSSEKGGTFIVKVPANGFSSFIDRLENIAHESLQRSIEGQDVTEEYIDLESRLKAKQIMEEQYVAFMKKATKTTDLVAFANELERIQSEIEQMKGRMRYIDQNVSYSTVEIRLYESPEKKDDPKTSAIQAPLGQRVSQAFQGSIDVITIIIQWIIVILSGSLPLLVIAAFVLLILWLARRSGQRKREEAARIRKLLNNGVTSEQGYPEGHKDEDKRLKDE				NA	NA	NA	NA	NA
JZ016_04664	135			hypothetical protein	ATGAATAAAACGAAGGTCAAATTTACTCGCGTTGAGAAAATCGTCATCTTCACGATGCTGGGGCTGGCAGCCTCCTTTATCATTGCCTTCCTCGTGCTTCGACACATCGTGCTGAACGTTTCGTTTGCTCCCTGA	MNKTKVKFTRVEKIVIFTMLGLAASFIIAFLVLRHIVLNVSFAP				NA	NA	NA	NA	NA
JZ016_04665	1017			hypothetical protein	ATGTTAACCGTTGCGGAATTAGAAGCGAAGCTGGCGGAGCCTTCAGCACAGCTTGTTGCCGATCTGGCATCTTTGGAGGGGGATATTCTTGTGTTGGGCGTCGGCGGGAAAATGGGTCCCAGCCTTGCAAGGCTGGCGGCCAACGCCGTTCGGGAAGGCGGTGGAGGCAAACGGATCATCGGCGTATCGCGGTTCTCGAACCAGGAGGCTAGACGTGAGCTGGAGGAGGCGGGCGTTCAGACGATGTCGTGCGACCTGCTGAACGATGGGGAACTGCAGCAGCTGCCCGAGGCTCCGAACGTGATCTACATGGCGGGCAATAAATTCGGCACGACCGGGCGTGAATATTTTACTTGGGCGATGAACTCGTACTTGCCGGGCCGGGTGGCCGAGAAATTCAAGCAATCCAGAATGGTCGTATTTTCATCAGGAAATGTGTACCCGTTCTCACCGGTGGGCAGTGGCGGAGTCAACGAATCCGTTGCGCCGGAGCCGGTTGGAGAGTATGCGCAGTCTTGTCTCGGCAGAGAGCGCGTCTTTGAATATTTTTCCCACCAGAATGGTACGCCGATGGCGATTTACCGCCTGAATTATGCCATCGACATGCGGTACGGCGTTCTGCATGAGCTGGCCAGATCGATTCACGAGGACCGGCCGATTCACCTGGCGATGGGGCATGCGAATATCATATGGCAAGGAGATGCCAATGAGATGGCGCTCCGTTCGCTCCTGCACTGCAGCTCTCCTCCGGAGATCATCAACATTACCGGACCGGAGACGATGTCGATCCGCTGGGCGGCACAGGAAATGGCGGCACGGATGGGCAAGGAAGTGACCTTTACGGGTACGGAATCCGAGACCGCACTCCTGAACAATGCTGCGAAGTCCCACCAGCTGTTCGGTTATCCGAAGGTGTCTCTGCTGCAGATGCTGGACTGGACCGCAGCATGGGTGCAATCGGGCGGCGAGAGCTGGAATAAGCCGACTCACTTCCAAGAGAGAAAGGGGAAATTCTAA	MLTVAELEAKLAEPSAQLVADLASLEGDILVLGVGGKMGPSLARLAANAVREGGGGKRIIGVSRFSNQEARRELEEAGVQTMSCDLLNDGELQQLPEAPNVIYMAGNKFGTTGREYFTWAMNSYLPGRVAEKFKQSRMVVFSSGNVYPFSPVGSGGVNESVAPEPVGEYAQSCLGRERVFEYFSHQNGTPMAIYRLNYAIDMRYGVLHELARSIHEDRPIHLAMGHANIIWQGDANEMALRSLLHCSSPPEIINITGPETMSIRWAAQEMAARMGKEVTFTGTESETALLNNAAKSHQLFGYPKVSLLQMLDWTAAWVQSGGESWNKPTHFQERKGKF				NA	NA	NA	NA	NA
JZ016_04666	1083			hypothetical protein	ATGAGCGGACAGGTTCCTGCAACTCAACGTTTAGCCCCCGAGAAGCTTAAAGCTCTGCATGAAGGGCTTGTCATACCGGCTCACCCGCTTGCTTTGGATGAGAACCGAAAGCTGGACGAACGACGCCAGCGGGCATTAACGCGCTATTATGCGGCATCCGGTGCGGGCGGTGTTGCCGTCGGCGTTCATTCGACCCAATTCGAGATCCGTGACAAGGGCATCGACTTGTATGAACCCGTGCTGCGACTTGCGGCAGAAGAGGTTCGAAAAGCGGGGCTCGATCGGCCGTTCATTATGGTGGCCGGCGTCTGCGGCCCCACGGAGCAGGCTGTAGAGGAAACGGAGATCGCCCGCAAGCTCGGCTATGACGCCGTCCTCCTCAGCATGGGCGGTTTAAGCGGCTGGAGTGAAGAAGACATTCTAAGGCGCACGGAGAAGATTGCGCAGAGGATGCCGGTGATCGGGTTCTACCTTCAGCCGTCGGTTGGCGGCAACATCTTCTCCTTCGACTTTTGGCGCGCCTTCGCCGAAATTCCGAATATCGTGGCAATCAAGATGGCTCCCTTCAACCGCTATCAGACGATTGACGTCGTCCGTGCCGTCTGTTATTCGAGCCGCAGAGATGACATTGCGCTCTATACGGGGAATGATGATAACATCGTCAACGATTTGCTGACGACGTATCAATTCCAAGTGGACGGGACGCTGGTCACCAAGCCTATCGTCGGCGGTCTGCTCGGTCATTGGGCGGTCTGGACCAAGAAAGCGGTAGAGCTGCTGGAAGAAATCAAGGAGGCACGCACAGAGAAGCAATTCGCGAAGGAGTGGCTCATACGCAATGTGGAGATTACCGACTCCAATGCGGCCTTTTTTGATCCCGCACATCAGTTTGCAGGCTGTATTCCGGGCATCCATGAGGTGCTCCGCAGGCAGGGGCTGCTGCAAGGCACATGGTGCCTGAATCCGCATGAAACGCTGTCTCCCGGACAATCCGAAGAGATTGACAGAGTCTACCGGGATTATCCGCATTTGAACGATGACGATTTTATACAAGAGCACTTGGAAAGTTGGCTGGCGGACTGA	MSGQVPATQRLAPEKLKALHEGLVIPAHPLALDENRKLDERRQRALTRYYAASGAGGVAVGVHSTQFEIRDKGIDLYEPVLRLAAEEVRKAGLDRPFIMVAGVCGPTEQAVEETEIARKLGYDAVLLSMGGLSGWSEEDILRRTEKIAQRMPVIGFYLQPSVGGNIFSFDFWRAFAEIPNIVAIKMAPFNRYQTIDVVRAVCYSSRRDDIALYTGNDDNIVNDLLTTYQFQVDGTLVTKPIVGGLLGHWAVWTKKAVELLEEIKEARTEKQFAKEWLIRNVEITDSNAAFFDPAHQFAGCIPGIHEVLRRQGLLQGTWCLNPHETLSPGQSEEIDRVYRDYPHLNDDDFIQEHLESWLAD				NA	NA	NA	NA	NA
JZ016_04667	684	sdhB		L-serine dehydratase, beta chain	ATGCGGTTTAAAGATGTGTTTTCTATTATTGGGCCCAGTATGGTGGGGCCGTCGAGCTCTCATACCGCTGGGGCCGTGCGGATCGGAAGGGCTGCGCGGCGCATATTTGGAGCATTCCCCGATCAAGCGGAAATTGTGTTCTACGGTTCTTTTGCCGAAACCTACCGCGGCCACGGCACCGATCTGGCTGTCGTGGGCGGATTGCTCGATTTTGCCACGGATGATATGCGTATCCGGAATTCGATCGAGCTTGCGGAGGCGGCAGGCATTGAACTTAATTTCAAAACGGCACAGAATGTGGCCTTTCACCCGAACACCGTTGAGCTGAGGCTGACGGACGGCGATCATACCGACGTCATTGCAGGCGCTTCCATTGGCGGAGGCAGTGTGGAAATGCTGCGCGTGAACGGTTTCGACGTTAAGTTTACGATGAATTATCCGGTGCTGCTGGTCTTTCATGATGATACGCCGGGCATGGTCGCGCATATCACCCGGCTCCTGGAGGCAGGCGGCGTCAACATTGCCTATATGGACGTGGACCGCAAGGGAAGAGGCGGCGATGCCATGACGGTGGTGGAGTCGGATGAAGCGGTCCCGGCTGAGTTGATGAAGCATATCGAAGGGCTGCCGAGCGTGCACCGCGTCGTCGTTGCGGATTTGACAGTAGAGGAGGCGCAGTCATGA	MRFKDVFSIIGPSMVGPSSSHTAGAVRIGRAARRIFGAFPDQAEIVFYGSFAETYRGHGTDLAVVGGLLDFATDDMRIRNSIELAEAAGIELNFKTAQNVAFHPNTVELRLTDGDHTDVIAGASIGGGSVEMLRVNGFDVKFTMNYPVLLVFHDDTPGMVAHITRLLEAGGVNIAYMDVDRKGRGGDAMTVVESDEAVPAELMKHIEGLPSVHRVVVADLTVEEAQS	PGPT0001975_4319	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
JZ016_04668	933	sdhA		L-serine dehydratase, alpha chain	ATGAAGTTTTCTACGCTGGAGCAAATCATTGCGTGCTGCCGGGAGGACCAGGTTACAATCGGCCAGTTGATGCTGAATGAGCAGATCAAGGAAACCGGCAAGAGCAAGGAAGAGACGTTTAAACAAATGGCCGATTATTACGGCATTATGAAGGAAGCGGTGCACCGGGGGATCCATGAACCTGTTCCTTCCAAAAGCGGACTGACCGGCGGGGATGCCGTGCGCGTCCATCAATATATGAGCAACGGGGTGCCTGCGCTCGGTACCGACGCTTGCACGGCACTGGCCTACGCGCTGTCCGTGTCCGAAGTGAATGCCTCCATGGGGCGCATCGTGGCCACGCCGACAGCAGGCTCCTGCGGCATTATCCCCGGCGTATTCGTCAGCACGCAGGAGCGCTTCGGCTGGGAAGACGAGCGTCTGGTGATGGGGCTGTTTAGCGCAGGCGCGATCGGCTACGTGATCGCCAATAATTCGTTTATTTCCGGTGCGGAGGGCGGCTGTCAAGCCGAAGTGGGCTCAGCCATCGGCATGGCGGCAGGCGCTCTGACAGAGCTGAGGGGCGGCACGCCGGAGCAAGCGGTTCATGCCGTTGGACTTGCACTGAAAAATTCCTTAGGGCTCATCTGCGACCCGGTTGGCGGACTGGTCGAGATTCCTTGCATCGTGCGCAACGGCTTCGGCGCCGTGACCGCGCTGGCGGCATCGGATATGGCGCTGGCCGGCGTTCGAAGCGTCATCCCGTCGGATGAAGTGATTGACGTGATGCTGGAAGTCGGCACGGCTATGCCGGCCAAGCACCGGGAAACGGCGAAGGGCGGACTTGCGCAGACGCCGACAGGAAAAAAAATCTTGAAGGATTTGTACGGCAAGGAAGGCAAGAAATTACGGGAAAAGGGTGCCAAAGCCAAGAAAGACGAAATGGGTGAATGA	MKFSTLEQIIACCREDQVTIGQLMLNEQIKETGKSKEETFKQMADYYGIMKEAVHRGIHEPVPSKSGLTGGDAVRVHQYMSNGVPALGTDACTALAYALSVSEVNASMGRIVATPTAGSCGIIPGVFVSTQERFGWEDERLVMGLFSAGAIGYVIANNSFISGAEGGCQAEVGSAIGMAAGALTELRGGTPEQAVHAVGLALKNSLGLICDPVGGLVEIPCIVRNGFGAVTALAASDMALAGVRSVIPSDEVIDVMLEVGTAMPAKHRETAKGGLAQTPTGKKILKDLYGKEGKKLREKGAKAKKDEMGE	PGPT0001975_3417	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
JZ016_04669	1608			hypothetical protein	ATGACAAAAAAGTGGTTTCGCATGGCACTCGTATTTACATTAATCATTTCGATCCTGGCCGCATGCAGCGGAGGAGATAAAGAGGCAGCTCCCGAAACGGACGGAGACACAGCACCTCCAACGGCACCGGCAGATCCCGATCAATATGGAGATACAGGAGGCCTCGCGCTTCCATTGGTCGATAAACCGACAACGATCAATTGGATGGTCGTCAGCGAGAAAACCAATCTGAACGATTCCTTGCTTGCCAAGGAAATCGAGAAGCGAACCGGAATCAAAGTGAATTTCCAGGCTTATTCCTCGGCTACGTTTCAAGACAAACTGAAAGTAACCGTTGCATCCGGCAAGCTCCCGGACATTATCCATGGGCTGACGCCTCCGGAGCTGAAGAAGATCGGCAAACAGAAAGCGGTTGTTGCCATTAACGAATATCTCGACATGCTGCCGAACTTCAAAAAAATGTATGTGGACGAGAACCCGTGGGTCATTCCGTCCTTCGGAGACGAATCCGGCAACATCTATACCTGGCCGGTTGCGAACATTAACCGTGACGTCAACCACGGCTTCCTGTACCGCAAAGATATTTTCGATGAGCTGGGCATCAAGGAATGGACGAATACCGATGAGTTTTACCAGGCTCTGAAGAAGTTGAAGGAAGCCTATCCGGACTCCTATCCTTACGCCTCCAAGACGAAGGAGCACATTTTCCGCGACTGGGCCTTCGGCTGGGGAATCGGCGGAGCCAACTATCCGACGTATTACGACGAGACGGCGAAGGTGTGGAAATACGCTACGATACAGCCAGAGCACAAAGAAATGCTCGATTTTATGAAGAAGCTGTATAACGAGGGACTCCTGGATCCGGAATTCATGACGGATACCGACGATTCCTGGACGGCGAAAATGACGTCAGGCAATAAATCCTTTGTGACCTATGACTGGATCGGACGTTTGGACCTGTTCTACAACCAGGTGAAGGATCAAAACCCGAATTATGACCTGAGATACGGAAATCCGGTTGGACCGACCGGCAACGGCAAAACGATCGAGAGCATCACGAACGGCTTCAGCATCGCGGTAGCAAACAACGACAACAAGGAAGCTGCCCTGAAGCTGCTCGACTACCTGACGAGCCCGTCCGGCGCAACGCTGGTAACGATGGGCGTGGAAGGCGAGACGTTCAAGATGGAAGGCGATAAAGCCGTCTATCCGGAGCTGACCGACGTGCCGTTGGTGGATATCAGCGTGCTGGAGGACCGTTATGGTCTGTGGCTGCAAGGTCTGTATGTCAATTCCGATAAGCGCAGCGTGTACTTCAACTACACGGAGAAGGAGCAGGAAGCTCAGGATAAGCTGCTGAACGGAAATAAATTCGAGCCGCTGGATCCGGTTGTGAACTTTACGGATGACGAAACCGCAACGATTGCGGAAATCCAAACCTCGCTGAAGAAATTGGCGGATGAATTTAACGCAAAATACATTCTGAACAAAAACTACGGCGATGCCGAGTGGCAGCAATGGCAGGTTCAGGCTGAGAAGCAGGGAGCTAAACAGCTCGTCGATATTTTCAACGCAGCCCAGAAGAGATTGGATGAAGCCACGAATTAA	MTKKWFRMALVFTLIISILAACSGGDKEAAPETDGDTAPPTAPADPDQYGDTGGLALPLVDKPTTINWMVVSEKTNLNDSLLAKEIEKRTGIKVNFQAYSSATFQDKLKVTVASGKLPDIIHGLTPPELKKIGKQKAVVAINEYLDMLPNFKKMYVDENPWVIPSFGDESGNIYTWPVANINRDVNHGFLYRKDIFDELGIKEWTNTDEFYQALKKLKEAYPDSYPYASKTKEHIFRDWAFGWGIGGANYPTYYDETAKVWKYATIQPEHKEMLDFMKKLYNEGLLDPEFMTDTDDSWTAKMTSGNKSFVTYDWIGRLDLFYNQVKDQNPNYDLRYGNPVGPTGNGKTIESITNGFSIAVANNDNKEAALKLLDYLTSPSGATLVTMGVEGETFKMEGDKAVYPELTDVPLVDISVLEDRYGLWLQGLYVNSDKRSVYFNYTEKEQEAQDKLLNGNKFEPLDPVVNFTDDETATIAEIQTSLKKLADEFNAKYILNKNYGDAEWQQWQVQAEKQGAKQLVDIFNAAQKRLDEATN	PGPT0017245_1981	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04670	966	yteP_51	COG4209	putative multiple-sugar transport system permease YteP	ATGTCAAGTGCAGGGACAGAGACGAATCTCGCCAATCCCCGCGGCGGGCTTGGAAGAAGAATGGTTTCGGCCTTTCAGCATATGAAGCGGGACAGACAGCTGTTGATTTTGTTTATCCCGTGCCTGTTGTTTTATATTATTTTCCGATACGGGCCCCTGTACGGCTTAATCATTGCCTTCAAGGACTACAGCGTATTCACCGGCATCCTGGAGAGCGACTGGGTGGGGCTCAAGCATTTTGAGAAATTTTTTAACAGTCCAGATTTCTGGCTGTTGTTCAAAAATACGCTGCTTCTCGGCGTGTATAATCTCATTTTTGGTTTTCCTTTTCCCATCATTCTGGCGATTCTCTTGAACGAGGTCAGAGTGAAATGGTTCAAAAAGTCGGTTCAAACACTCAGCTATCTGCCTTCGTTCCTGTCGGTCGTCATTATCAGCAGCATGATCATCGACTTCCTGTCGCCCAATCAGGGGATCATTAACCAGCTTATCGCCGCGCTAGGTTTTGAGAAGACTTACTTTCTCATAGAACCGAGCTGGTTTAGAACCATCTATGTCTCCTCGGATATATGGGCAACCGTCGGTTATGAGGCCATTATCTATATGGCTGCTATCGCAGGGATCAGCCCGTCGCTCTACGAAGCGGCCAAGGTGGATGGTGCCAAAAGACGCCACATGATCTTCAGAATTACGATTCCCGCCATTCTTCCAACGATTATTATCATGTTTGTCTTGAAGACGGGATCGATGCTCCGGATCGGATACGAGAAGGTACTGCTGCTTTATAATCCGATGACCTACGAGGTAGCGGACGTATTCTCGACTTATGTCTACCGGAAAGGGCTCCTGGAGAGCAACTATAGCTATGGCGCAGCCGTGGGCTTGTTTGAAGCCGTGGTTGCCATGATATTGCTGCTGTCCTCCAACTACTTCAGCAAGCGGCTGGGAGGTAGCGGATTATGGTAA	MSSAGTETNLANPRGGLGRRMVSAFQHMKRDRQLLILFIPCLLFYIIFRYGPLYGLIIAFKDYSVFTGILESDWVGLKHFEKFFNSPDFWLLFKNTLLLGVYNLIFGFPFPIILAILLNEVRVKWFKKSVQTLSYLPSFLSVVIISSMIIDFLSPNQGIINQLIAALGFEKTYFLIEPSWFRTIYVSSDIWATVGYEAIIYMAAIAGISPSLYEAAKVDGAKRRHMIFRITIPAILPTIIIMFVLKTGSMLRIGYEKVLLLYNPMTYEVADVFSTYVYRKGLLESNYSYGAAVGLFEAVVAMILLLSSNYFSKRLGGSGLW	PGPT0017250_958	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04671	882	araQ_37	COG0395	L-arabinose transport system permease protein AraQ	ATGGTAAACAACAAACGCTTCAGCCTTCGGAATATCTCATTGTTTGGCATCATCAATACGCTGATTCTGACGTGCCTTGCCATTATTACCGTGTACCCTGTCGTGTATATCACCGCCGTTTCCCTCAGTGCAACTTCCGAAGTGGTGCAAGGGAATATCACCTTGTTTCCCAAGGGATTTAATCTGGATGCCTATGCCCAGGTGCTAAATGATGACCGGGTGCCTCGCGCCTACCTGAACACGATTTTTTATACCGCGCTCGGTACGGTGATTAATCTGCTGCTTACGGCCGTAGCGGCTTATCCGCTCGCACGTAAAAACTTTTTCGGGCGCAAGTTCTTTCTGCTGGCAATCATCATGACCATGTTCCTGAATCCGGGGATCATTCCGAACTACCTAATTGTATCGGAGCTTGGCCTGCTGGACAGCGTATGGGCGCTCGTGCTTCCGAATGCGATTTGGACCTTTGAACTGTTAATCCTCAAAAGCTTCTACGAGAACATGTCGGAATCTCTGCGTGAGGCAGCTGTTGTTGACGGCGCTTCCGAGTACCGTATTCTGTTCCAGATCGTGCTTCCGCTGTCCAAACCGGCGCTGGCCTCAATCGGATTGTTTTACTTCATGGGTCACTGGAACAGCTTCTTTATCCCGCTGATTTATCTGAACGATGCGAATATGTATCCGCTCCAGGTCGTGCTTAGGGATATGCTGATTTTCAGCGAGAACGGCAGCAACCCGAGTCTGGTGGATGCGTCGGCGCTTGCTCCGCAAGCCATGAAGAATGCAACCATCGTGCTGTCGATGATTCCGGTGCTGCTGATCTATCCGTTTGCCCAGAAGTATTTTGCCAAAGGGGTCATGCTAGGTTCCGAGAAGGGATAA	MVNNKRFSLRNISLFGIINTLILTCLAIITVYPVVYITAVSLSATSEVVQGNITLFPKGFNLDAYAQVLNDDRVPRAYLNTIFYTALGTVINLLLTAVAAYPLARKNFFGRKFFLLAIIMTMFLNPGIIPNYLIVSELGLLDSVWALVLPNAIWTFELLILKSFYENMSESLREAAVVDGASEYRILFQIVLPLSKPALASIGLFYFMGHWNSFFIPLIYLNDANMYPLQVVLRDMLIFSENGSNPSLVDASALAPQAMKNATIVLSMIPVLLIYPFAQKYFAKGVMLGSEKG	PGPT0017255_2031	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04672	2241	rhaR_44		HTH-type transcriptional activator RhaR	ATGAATCGATTGATCGCCAACAGAGGTTTGCTCCAGATTTTCTTCGCTCTGCAACTGGTCGTCGGCATCATGTTCATATTCAATTACATTGTGTACAAGAATTCCATTACCGGAATTTACGACAAGGTGAGCGAGAACAACCGGATGGTGATCAGAAATATCATTCAGTCGTTTGATACCAGTTTCTCCTCCGTAAACAACCTGATTTTTAATATCCATGCGCTTCCTTCAGATCGGATGCTGATGGAGAACGGCATGCTGGACATGGAGAAAGTCATCTCCTTGCAGGACAGCGTCTCCAGCATTGTGTCCAACGTGGACATCGTGGAGGATGTGGTCATCTCGTTCGACAATCATGATTTGGCCATTACGACGCGCGGAACCAGCAACCTCGACGCCTTGTTTGACAGGCGGTACAAGTCCCAGAAGTTCAACTCGATGTTCTGGAAGACGTTTACCCGATCGGAGCACGAGCTTACCATCTTTCCGGCAGAGGTTTATGCGGATCAGAGCAGCGGATATGGCCGTAATTTGATGATAGCCGTGGACGGCAACAAGGTCAGGATGTCGAACAAAAACCTCATGGTCCTGATCAACGTGAACCGGCTGCTGAAAGGGATCGATTTGAACTCGATGATTCCCGGCGCCTCGCTCATCGTGCTGGATGCGAACCGGAACGTCATCTTGAGCACCGAGAAGGATCTGGATTTGGTAGGCATTCTGAACGACGTATACTTCAATCCGTCGCAGGAAGCCTCCCTCACGCACGACGATTTTGAGTACAATTTCTACAAATCGGACTATAACGGTTTTATATATATCAATAAATTGCCGTATAAGTTTCAAAATATCGATTCCGTCACGAATGCCAATACCTGGATTATGTACGGCGCGATTGCGTTAAACGTCATCTTGTCGGTGCTGCTCAGCATCTATCTGTACCGGCCGGTGAAGAACATTGTGCAGCTGCTCGGAGGCAGTTCTCTGAAAGGGAATGATTTTGTAAAAATCCAGAGCGGCATCATCAAGGTCCAGCGGGAGAATGAATCCCTGAAGAAGCAGATGGACCTGGTGGATGAGGATATTCGCCGCGGCGTGTTTCTGCAAACCCTGGATGGCCATCACCATTCGCGCGAGCAGGAAATGCAGATGCAGAAGCATTACACGCATTTTTTCCAGTGCCGGCATTTCATGATGGCGGCCGTGTATTTGCAGCCTGCCGGCAAGGGAGCGGCCCAGGCGGACTTTGTCCTGGAGGAGTTGACGGCCCAGATTCGAAGCAGCCTGCAGGAACGCTATGAACATGTGGTGGTTTATCATGTGGAAGAACTGAGATTCCTTGCGCTTATCGGTTTGGATCAGCCGTCGGACCGCAAGCAGCTGGTACGGAAATTCGAAGACTATATCCGTCTGTGCAACCAGGAGTATACGGATATGTTCACGGTGTGGGGCTGCGTTAGCCGGACATATGAGTCCAAGATCAGCAACTGCTGCGAGGCATACCGGAATATTAAGGATGGCCGGTTATACCGGAATGTGAAGGCAGACACGGATATGGTCGACACGGAGCAAATCCGCTACGTCCCGGATATTTATTATCCGCTTCAGCAGATTGAGAAGCTGAGCAACTGCATGCTGAGCGGCAAGGTGGACGAAGGACTCCAGATCGTGAGTGACATTGTTCAGCAGAATGCGGATCTTCACATCCATCATCATCAGCTGGTGCACATTGCGAAGAGTATGTTCTTTCTCGTCATGAAGCAGGCGGACTCGCCGTCCGTTGATCGCAATGAGCTGTTTCGGCTGGAGAGTGATTTCATCCGCAAGGTCGATCAAGCCTACACCTATGAAGAGATTCAGAAGGCGCTGATGGAAGTGATGCGCGTGGTGGCCAATACGCGGAACCATGATCCGCGGAGCAAGCTGAATCCCGCCTTCATCTCCCAATATATCGAACTTCATTATATGGAGAATCTGTATTTGGACCATATGGCTGAAGTGCTGGATACCAGCTCGAAATATTTCTCGAATTATTTCAAGAAGACATTTGGCGTCAATTATGTGGAGTATTTGAACAAGGTCCGACTATCGCACGCACGTGAATATCTCCGGAACACGGATCTCAGCATTGCCGAAATCGGAGAGAAAACGGGGTATTCGAACTCTTCCACATTTACGACGACGTTTAAGAAGTATAGCGGCGTATCGCCCAGCGAATATCGGAAAGCATCAGGAAAATAA	MNRLIANRGLLQIFFALQLVVGIMFIFNYIVYKNSITGIYDKVSENNRMVIRNIIQSFDTSFSSVNNLIFNIHALPSDRMLMENGMLDMEKVISLQDSVSSIVSNVDIVEDVVISFDNHDLAITTRGTSNLDALFDRRYKSQKFNSMFWKTFTRSEHELTIFPAEVYADQSSGYGRNLMIAVDGNKVRMSNKNLMVLINVNRLLKGIDLNSMIPGASLIVLDANRNVILSTEKDLDLVGILNDVYFNPSQEASLTHDDFEYNFYKSDYNGFIYINKLPYKFQNIDSVTNANTWIMYGAIALNVILSVLLSIYLYRPVKNIVQLLGGSSLKGNDFVKIQSGIIKVQRENESLKKQMDLVDEDIRRGVFLQTLDGHHHSREQEMQMQKHYTHFFQCRHFMMAAVYLQPAGKGAAQADFVLEELTAQIRSSLQERYEHVVVYHVEELRFLALIGLDQPSDRKQLVRKFEDYIRLCNQEYTDMFTVWGCVSRTYESKISNCCEAYRNIKDGRLYRNVKADTDMVDTEQIRYVPDIYYPLQQIEKLSNCMLSGKVDEGLQIVSDIVQQNADLHIHHHQLVHIAKSMFFLVMKQADSPSVDRNELFRLESDFIRKVDQAYTYEEIQKALMEVMRVVANTRNHDPRSKLNPAFISQYIELHYMENLYLDHMAEVLDTSSKYFSNYFKKTFGVNYVEYLNKVRLSHAREYLRNTDLSIAEIGEKTGYSNSSTFTTTFKKYSGVSPSEYRKASGK				NA	NA	NA	NA	NA
JZ016_04673	1008	tdh_3		L-threonine 3-dehydrogenase	TTGAAGGCTGTTGCCACGATTCATGGAAAAGTGATCGTTGATCAAATCGAGAAGCCGGCTGAATTGCCGGCAGGCCATGTGCGGATTCGTACCGAATACTCGGCGGTCAGCCCGGGCACGGAGATGATTTTTATACGAAGAGCATCGGATCAGAAGGTCATTATGGGTTACAGCGCTGTTGGAATTGTCGAAGACATGGGGGACGGCGTGCAGGGGCTAACCGTTGGTCAACGGGTGGCCTGTTATGGGGCTCCTTACGTGCGCCATGCCCAGTGGCTTACAGTGCCTTCCAACCTAACAGCGATGGTTCCGGATGGCGTGGATCCGCAGGAAGCGGCTTTTGCGGGACTGGGAGCGATTGCGATCCATGCCCTGCGGGTGGCAGATCTGCGCTTTGGCGAATCGGTCGTGGTGGTCGGACTTGGCATCCTGGGGCAGATCATTGCCCAGATCGCGCACGCGGCGGCTTGCCCGGTTGCCGGATTTGACCTGAACCCGGAGCGGGTGCAGGGGATGAAGCGGCATATTCCTTATGCCTATGATAACCGGGAGCAGCTTGAGGAGCAGATTCAGGTTATGACGGGCGGATATGGAGCCGACAGCGTTATTCTGTGCGCAAGCGGTCCCGGGGAGGAACTCATCAACTCTTCGATGTCATGGATTCGGGATAAGGGAAAAATCGTCATTGTCGGCGATTTGTCCATGACTTACGCCCGGGACCGGATGTTTGGCAAGGAGGCGCAGGTGCTCATATCGCGAGCAGGCGGTCCGGGCCGTTACGACGCAAGCTATGAACTCAACAATACGGATTACCCGATCGGCTTTGTGCGCTGGACGGAAGGCCGCAACATCGCCGAGTATATTCGTCTGTTGGCGGAAGGGAGAATATCGGTTAAACCGCTGATCTCGCATGTGGTCCCCGTGGATGAAGCGGACAAGGCTTATGAGCGGTATGGCCCTGGATCAACGACGCTGGGGACGATATTTAACTACGCGGACAACGCTTGA	MKAVATIHGKVIVDQIEKPAELPAGHVRIRTEYSAVSPGTEMIFIRRASDQKVIMGYSAVGIVEDMGDGVQGLTVGQRVACYGAPYVRHAQWLTVPSNLTAMVPDGVDPQEAAFAGLGAIAIHALRVADLRFGESVVVVGLGILGQIIAQIAHAAACPVAGFDLNPERVQGMKRHIPYAYDNREQLEEQIQVMTGGYGADSVILCASGPGEELINSSMSWIRDKGKIVIVGDLSMTYARDRMFGKEAQVLISRAGGPGRYDASYELNNTDYPIGFVRWTEGRNIAEYIRLLAEGRISVKPLISHVVPVDEADKAYERYGPGSTTLGTIFNYADNA	PGPT0013255_1027	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
JZ016_04674	1224			Endoglucanase	ATGAAAGTATTCCGAAATTCGATCATCCGTAAGTCTGCTGTGTTGTTCTGCGCTGTTCTACTGATCTTGCCAGCCGGATTGTCTCTGGCGGCCAACAAGCCGTTTCCCCAGCATACGTCGTATACAAGCGGTTCGATTAAACCGAACAATGTGACGCAGTCAGCGATGGACAATGCGGTCAAGAGCAAATGGAACAGCTGGAAAGGGTCTTTCCTGAAGCCTGCAGCGACAGGGCAATATTACGTAAAATACAATTCGGCGGGCGAGACGGTGTCCGAGGCTCATGGCTACGGGATGCTCTTCACCGTTCTGATGGCGGGATACGATAGTAATGCCCAGTCGTATTTCGACGGACTTTATCGCTATTATAAAGCGCATCCGAGTAATAACAATCCGTATCTGATGGCTTGGAAGCAGAACAGCAGCTTTCAGAATATAGGGGGAGCCAATTCGGCAACGGACGGCGATATGGACATTGCCTACGCACTCCTGCTTGCGGACAAGCAGTGGGGAAGCAGCGGGGCGATCAATTACCTGCAGGCAGCAAAGGATATGATCAATGCCATCATGAGCAATGACGTTAATCAGTCGCAGTGGACGCTGCGCTTAGGCGATTGGGCAACAAGCGGCATCTTCGACACCGCTACGCGGCCATCGGATTTCATGCTGAACCATATGAAGGCATTCCGTGCGGCTACCGGCGATGCCCGCTGGGATAACGTCATTAATAAAACCTATACCATCATCAACTCCATCTATAACGGCTACAGCTCCAATACCGGCTTGCTTCCGGATTTCGTAGTCATGTCGGACAGCAATTATCAGCCTGCAGAAGCGGGATTCCTGGAGGGGGCAAATGACGGGAAGTATTATTATAATTCGTCCCGGACCCCTTGGCGGATTACGACCGACTATCTGATGACCGGCGATACGCGCGCGCTGAATCAATTGAACAAGATGAACACGTTCATTAAATCAGCCACAAGCAGCAGTCCTGCCAACATCAAGGCAGGGTATAACCTGAACGGCAGTGCACTGGTGACTTATAATAGTGGGGCGTTCTATGCTCCTTTTGGCGTAAGTGCGATGACTTCGTCCAGCCACCAGAGCTGGCTGAATTCGGTATGGAGTTACACGGCGAATGCATCCGCCGAGGGATATTATGAGGAAAGCATCAAGCTGTTCTCGATGATCGTCATGTCGGGTAACTGGTGGACATATTAA	MKVFRNSIIRKSAVLFCAVLLILPAGLSLAANKPFPQHTSYTSGSIKPNNVTQSAMDNAVKSKWNSWKGSFLKPAATGQYYVKYNSAGETVSEAHGYGMLFTVLMAGYDSNAQSYFDGLYRYYKAHPSNNNPYLMAWKQNSSFQNIGGANSATDGDMDIAYALLLADKQWGSSGAINYLQAAKDMINAIMSNDVNQSQWTLRLGDWATSGIFDTATRPSDFMLNHMKAFRAATGDARWDNVINKTYTIINSIYNGYSSNTGLLPDFVVMSDSNYQPAEAGFLEGANDGKYYYNSSRTPWRITTDYLMTGDTRALNQLNKMNTFIKSATSSSPANIKAGYNLNGSALVTYNSGAFYAPFGVSAMTSSSHQSWLNSVWSYTANASAEGYYEESIKLFSMIVMSGNWWTY	PGPT0012170_158	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CELLULASES,PGPT0012170-bcsZ|wssD|yhjM-K20542	NA	NA
JZ016_04675	2415			hypothetical protein	ATGCACAAGAGCATGCTGAGTAAGACGGCTGCGGCAGGGATAGCCGCAGTTTTAATGGTGGGAGGTTTAGGCGCTTCAGGCCAAGGACCTGCAGCGAGCGGTCCTGAGGTATACGCGCAGGAGGCGCAGGAGACGCAGGTGAAGAAGGGAGAGAAAGCGCCTATATTCCGAGAGGCATCCGTCCATGATCCGTCCGTCATCAAGACAGGGGATATATACTATGTGTTCGGTTCTCATCTGGCCGCCGCAAAATCGAAGGATTTGATGAGCTGGAACATGGTGGCGTCGGGGGTCTCGAATGGCAACCCGCTGATTCCGAACGTGACGGAGGAATTGAAAGAAACGCTGGAATGGGCACAGAGCGATACCTTGTGGGCAGCGGATGTGATTCAGCTTGCCGACGGCAAATTCTATATGTACTACAATGCTTGCAAAGGGGATTCCCCCCGCTCGGCTATGGGCATCGCTGTAGCCGATCAGATCGAAGGCCCGTATAAGGACACCGGCATTATTCTGAAATCCGGCATGTGGGACGAGATCAGTGAGGATGGAACCGTCTATGATGCAACGAAGCACCCGAATGTGGTGGATCCGGATGTGTTCTTTGATAAGAACGGCAAGCTGTGGATGGTATACGGCTCCTATTCCGGCGGGATTTTTATAATGGAGCTGGATCCTAAGACCGGAAAACCGCTGCCTGGACAGGGATACGGCAAGAAGCTGCTCGGCGGCAACCACAGCCGGATTGAAGGGCCGTACATGCTCTACAACCCGACCACGGACTATTACTACCTGTATTTGTCCTACGGGGGATTGGATGCGGTTGGCGGCTACAATATGCGGGTCGTCCGCTCCAAAAATCCGGATGGTCCTTTTTACGATGCGGAGGGCAACGATATGAGAGAGGTGAAGGCCGATCCTTCCCTTCCGATTTTTGATGACCGATCGATTGAGCCGTATGGCGTGAAACTGATGGGCAACTACTTGTTCAAGCGCTTGATCGGCGATCCGGGAACGGGGATCGGCACCGGGGCTGTATCGCCGGGCCATAACTCCGTCTATTATGATGAACAGAGCGGAAGAACATTCCTAATCTTTCACAGCCGCTTTCCGCAGCGGGGAGAAGAGCATGAAATCCGGGTGCATGAATTGTATATGAACCAGGACGGCTGGCCGGTAGCGGCTCCATACCGCTATGCGGGTGAAGAAGCCAAAGAAGCCAAGAAAATTACGCCGAATGATGCAGCCGGAGACTACAAGCTGATTCAACATGGGAAAGATATTTCGTCCGTTATTAAAGAATCGATGCCGATTGAGCTTCATAAGAACGGTAAAGTGACGGGCGGAGCATCCGGGACATGGAAGATCAGCGGCAAGCGGGATGTGCTGCTTACTCTGGATGGAGAGAGTTATAAAGGCGTACTGACTCTGCAGTGGGACCCGGAAGGGAAGCGGCAGGCGATGACCTTTACGGCTCTCTCGGCCGATGGCACAGCTGTGTGGGGCGCACGTCAGCTTGATCGAAGCGACAAGGAACTCGTGGATGCCGTGCAGAAGGACCTGTCTCTCGGGGATGTGAGCGGGGTTTTCTACGATCTTGATCTGCCGTCAGAGGGTTCCGGCGGTGCGGTTATTCGCTGGAGTTCCTCTCATTCCCAGGTCGTATCAGCGGAAGGGAAGGTCCATCGTCCTGCTGCCGGGGCCGGGGACGCGAAGGTTACGCTGACCGCTCAGATTACGAAAGGCAAAGCGAAGACTTCCAAGACCTTTGACGTGACCGTGTTGCAGCAGTCAGCAGGGCCGCTGCTGCTGAATTATCCATTCAGTGAGAATGAGGGCGGCTCGGTATTAGACAACTCGGATAATGGATTTCATGGCAAGGTCCTTGGAGGAGTCCAGTGGAATGAGAAGAGCCGGCAGGGAGGCGGAATGGACTTTGGCGGCTCGGACGGCTATATTGAACTGCCGAATCGGGTTGCGGATACAGAGGACTTTACCTTTGCTGCTTGGGTATATTGGAAGGGTGGAGCACCGTGGCAGAGAGTGCTGGACGTAGGGAACGGACTTGCCAGGCATATGTTTCTGACACCATCCCAACATTCGGGCGTTCTTCAATTCACGCTTCATGGCAGCATGGGAGATCAGAGCCTCCTGTCAAAGGCACCACTGCCGAGCAATGAATGGACGCACGTTGCGGTCACGCTGCAAGGGGATGCCGGTAAGCTGTACGTGAACGGTCAAGTCGTAGCATCCGGTGATCATATGAAGCTGAATCCGAATGAACTGCTGGCAACGGAAGCTTATTTAGGTAAAAGCCGTTTTGCGGCCGACCCTTATTTTAACGGGAGCTTGGATGAGGTGCGGATTTACAACGTGGCGCTAACCGACAGCGAAATCAAGAAGCTGGCGGAATGA	MHKSMLSKTAAAGIAAVLMVGGLGASGQGPAASGPEVYAQEAQETQVKKGEKAPIFREASVHDPSVIKTGDIYYVFGSHLAAAKSKDLMSWNMVASGVSNGNPLIPNVTEELKETLEWAQSDTLWAADVIQLADGKFYMYYNACKGDSPRSAMGIAVADQIEGPYKDTGIILKSGMWDEISEDGTVYDATKHPNVVDPDVFFDKNGKLWMVYGSYSGGIFIMELDPKTGKPLPGQGYGKKLLGGNHSRIEGPYMLYNPTTDYYYLYLSYGGLDAVGGYNMRVVRSKNPDGPFYDAEGNDMREVKADPSLPIFDDRSIEPYGVKLMGNYLFKRLIGDPGTGIGTGAVSPGHNSVYYDEQSGRTFLIFHSRFPQRGEEHEIRVHELYMNQDGWPVAAPYRYAGEEAKEAKKITPNDAAGDYKLIQHGKDISSVIKESMPIELHKNGKVTGGASGTWKISGKRDVLLTLDGESYKGVLTLQWDPEGKRQAMTFTALSADGTAVWGARQLDRSDKELVDAVQKDLSLGDVSGVFYDLDLPSEGSGGAVIRWSSSHSQVVSAEGKVHRPAAGAGDAKVTLTAQITKGKAKTSKTFDVTVLQQSAGPLLLNYPFSENEGGSVLDNSDNGFHGKVLGGVQWNEKSRQGGGMDFGGSDGYIELPNRVADTEDFTFAAWVYWKGGAPWQRVLDVGNGLARHMFLTPSQHSGVLQFTLHGSMGDQSLLSKAPLPSNEWTHVAVTLQGDAGKLYVNGQVVASGDHMKLNPNELLATEAYLGKSRFAADPYFNGSLDEVRIYNVALTDSEIKKLAE	PGPT0019090_77	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINANASE,PGPT0019090-abnA-K06113	NA	NA
JZ016_04676	405	mhqP	COG2259	Putative oxidoreductase MhqP	ATGGCTATAGATATTGGATTGTTGTTACTTCGTTTGGTGGTTGGTTTGTCGTTCATGGCGCACGGCGCGCAGAAGCTGTTTGGATGGTTTGGCGGTTACGGCCCCAAAGGGACCGGCGGCTGGATGGAATCGGTTGGCATTAAGCCTGGTGTCACAATTGCGGTGTTGTCAGGACTGATGGAGCTGGTTGGCGGGCTGTTGTTCGCGGCTGGATTTCTCACGGTGCTCGGTGCAGCGCTCATCACGCTGACGATGCTGGGTGCAATCGTGAAGGTGCATGGCCGAAACGGGTATTGGTCTACAGCGAATGGGTACGAGTATAATCTGCTGTTGATCGCAGTCGCAGTTGCACTGGTATTCACGGGTGCGGGTGCATATTCACTGGATGCGGTAATCTTTAACTAA	MAIDIGLLLLRLVVGLSFMAHGAQKLFGWFGGYGPKGTGGWMESVGIKPGVTIAVLSGLMELVGGLLFAAGFLTVLGAALITLTMLGAIVKVHGRNGYWSTANGYEYNLLLIAVAVALVFTGAGAYSLDAVIFN	PGPT0028505_5563	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028505-catD-K15977	NA	NA
JZ016_04677	627	mhqN	COG0778	Putative NAD(P)H nitroreductase MhqN	ATGAGTGATCTGACAACATTAATTAAGAGCCGGAGATCGGCCAATCGGTTTATGGAAGGGATCGAAATTCCGGATCAGGATTTGAATGATATATTTAATGAAGTTAAATATGCGCCTTCGGCTTTTAATTTGCAGCATACACACTATGTTGTAGTTAAGCTTCCCGATGTCAAGCACAAGGTTTACGAAGCCGCCCACAAGCAGCATAAGATACTCACCGCGTCGGCCGTCATCGTTGTGCTGGGGAACCGGCAGGCCTACCGGGAAATCGGGAGAATGAATGAGGGTTTCCTGAATTTGGGCGTGATCGACAAGCTCGAATATGACATGACGGTTGAATCCGTCACGAACTTTTATGAAGCGGGCGGAGAATCCTTCATGAGGGATGAAGCCATCCGCAATGCCAGCCTATCTGCGATGTTAATGATGATGGTGGCTAAAGACAAGGGGTGGGATACCTGCCCGATGATCGGTTTTGATCCCGAGATTCTGCAGAAGGAACTGAACATTCCGGATTCTTATGTGCCTGCCATGCTGATCGCGATTGGCAAGGAGGATGCAAGAAAGCCACGTCCCCGGGGCTATCGCAAGCCTGTATTGGAATTTGTAAGCTATAATCGATTTTAA	MSDLTTLIKSRRSANRFMEGIEIPDQDLNDIFNEVKYAPSAFNLQHTHYVVVKLPDVKHKVYEAAHKQHKILTASAVIVVLGNRQAYREIGRMNEGFLNLGVIDKLEYDMTVESVTNFYEAGGESFMRDEAIRNASLSAMLMMMVAKDKGWDTCPMIGFDPEILQKELNIPDSYVPAMLIAIGKEDARKPRPRGYRKPVLEFVSYNRF	PGPT0028520_36	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028520-mhqN-K15976	NA	NA
JZ016_04678	1107			hypothetical protein	GTGAAGACGAGGAAGAGGCCGTATCTGCGATCCGGACAGATCCTAATTATGGCTGTCATGACGATGATGTTAATGGTGGCATGCACGAAGGAGGTACCGGAATCCGTATCCGTACAGCAAACCGCCGCCACGCTGAGCGCAGGAGAAGCTGGAAATGCATCGGAAATGCAGCCGCCAGCTAGGGAGAGTTTGCGTACGGCATTCCATTCGGAAGAGCAAAGCCATCACCAGGTTAAGCAAGAAGTAGAGCCGCCAGCGGGGGAGTCCAACCATGATCCGATTGAAGCGGTTCTCAACATGTATGAGGCTCTTCAGGCTAACGATTCTGCATCGTATTTCCGTCATGCTGACATTGCGAGCGTCCGTATGTCCCCCGCCATGCTGAAGGTGTTGTTCGAAGACGCCGGCAAGCGTGAGGTGAGACCGGAACGATTCAAGCTTTTTGATAAGGAGGGGCTGGATGGGGAAAGTCGCCAGCTGCTATCACTTACGTACGGCAGCCAGGCCGAGGTTGTGCTGGAGGAGCTAAGTCAGGGCGATCATAACTTGTGGTTTGTGACGGCGTTCCCGGATGGGCTTAAAGTGGTGGAGCAATCCACGATCTACCCCGGGGCCTATGAGCTTGGAAGAGAGGCGACAATGGAAGAGCTTATCGCTATAGAGATCCAGCATACGGCGGAAGACAGGACATTTCTGGCAGCAAAAGCGAAGCAGCCTGTATGGAGTCCGGTACAGACCGTTTCCTTGCTGTATCAGGCAGCACAGGCGGAGGATGCGGAAACCTTTTATGCGATATCGGGTGGAGACGAGGGATACTTTTCGGGTCAGTACGTCCGGGACATGGTGGAATTTACGGAATGGATGAGAGCTTTTGAAAGCGTGCAGCATATTTCAATCGAATCGGTTCCGCAGGAGAATTTGGCTGGGAGTTATAGAGAAGAATATAATAAAAGCTTTGGCGACGCATGGCGATTCATTGTGGCTTGGGACCCGAAGGATGAAGCAGGATACCAAGGGACATACTGGATTATGGCGCCTGGCGAAGACGGAATTCGATATGTGGTAAAGCAGACGCTTACTGCCAATCTGGAATCATTTTTTAGATGA	MKTRKRPYLRSGQILIMAVMTMMLMVACTKEVPESVSVQQTAATLSAGEAGNASEMQPPARESLRTAFHSEEQSHHQVKQEVEPPAGESNHDPIEAVLNMYEALQANDSASYFRHADIASVRMSPAMLKVLFEDAGKREVRPERFKLFDKEGLDGESRQLLSLTYGSQAEVVLEELSQGDHNLWFVTAFPDGLKVVEQSTIYPGAYELGREATMEELIAIEIQHTAEDRTFLAAKAKQPVWSPVQTVSLLYQAAQAEDAETFYAISGGDEGYFSGQYVRDMVEFTEWMRAFESVQHISIESVPQENLAGSYREEYNKSFGDAWRFIVAWDPKDEAGYQGTYWIMAPGEDGIRYVVKQTLTANLESFFR				NA	NA	NA	NA	NA
JZ016_04679	435			hypothetical protein	ATGATCAAAAGATTAATGTTGATTTCACTTGTTCTGGGAGTTCTCTCCGGCTGTTCCTTGGTGGACAGCGTGAACAATTCCTTGGATTATACGAAGGAAGCCACCACTTTTATAAATGAAACAACCCAATTTGCCGAGTCCATTCCGGAGCTTGCCCAGCAGGCCGCCACGAATACAGATGCCAAGGAAACGCTGACCCAAGAGCTCGAGGCGATGAAAACCCGGATTTCGGAGTTTAATGGCATTGATGCCCCTGCCTTTGCGCAGTCCATCCATGAACAGCTGGTCGGTTTAAACGACACGCTGCTGACCGACATCAACGGCTACATGGATCAAATCCAGAACGGAGTGACCGACTTCCAGAATTCCAACATCGTTCAAACCATCACTAAAATTAACGAAACGATGGATATGCTCCAAAATCTTCAGCCGTAA	MIKRLMLISLVLGVLSGCSLVDSVNNSLDYTKEATTFINETTQFAESIPELAQQAATNTDAKETLTQELEAMKTRISEFNGIDAPAFAQSIHEQLVGLNDTLLTDINGYMDQIQNGVTDFQNSNIVQTITKINETMDMLQNLQP				NA	NA	NA	NA	NA
JZ016_04680	651	glnP_2	COG0765	putative glutamine ABC transporter permease protein GlnP	ATGGATTTTATCGGTGCGTACTCCTGGCCGAATCTGCGATATCTCCTTCAAGGCTTTTGGATCACGGTGCAGGTTGCCGGCTTATCCATTGTATTCAGCTTCATCATTGGAACCGTGCTCGGGACCGTGAGATATACGAAAACACCCTTCCTGTCGAGGACAACGGCCATATTCGTGGATATAATCCGCAATCTGCCGCTCTTGCTGATCATTTTCTTCATCGGCATGGTTCTGCCGCAGACCGGGATTCGAATCCCCACCTTCTGGGCGGCCGTCGTCGGCCTGAGCATCTTTGAAGGAGCCATGATCGCCGAAATTGTCCGCAGCGGCCTCGTATCGGTGGATAAAGGCCAGATTGAAGCGGCCCGGGCCTCGGGTCTCTCTTATATGCAGACATTGCGGCACGTGATTCTCCCGCTGGCGCTGCGCCGAATGTCCCCGCCCATGGTGAGCCAGTTCATCTCGCTCATTAAAGACACATCGCTCGCCGTAATCATTTCACTGCCTGAGCTGATGCGCAATGTGCAGATTCTTAGCGGTTCCAGCTATGACTATGTAATACCCGCCCTTGTTTTTGCGTCCTTGCTGTACTTCACGCTGAATTATCTTCTGTCCGTCATCGCCAGACGGCTGGAAGCAAGACAGATCTAA	MDFIGAYSWPNLRYLLQGFWITVQVAGLSIVFSFIIGTVLGTVRYTKTPFLSRTTAIFVDIIRNLPLLLIIFFIGMVLPQTGIRIPTFWAAVVGLSIFEGAMIAEIVRSGLVSVDKGQIEAARASGLSYMQTLRHVILPLALRRMSPPMVSQFISLIKDTSLAVIISLPELMRNVQILSGSSYDYVIPALVFASLLYFTLNYLLSVIARRLEARQI	PGPT0000705_474	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000705-peb1B|glnP|glnM-K10040	NA	NA
JZ016_04681	660	glnM	COG0765	putative glutamine ABC transporter permease protein GlnM	TTGACCTTGTGGGATTTTAACATTCTGGTTCAGCATTGGGATCAATTCATGGCTGGCCTGGGCCAGACCATTCTCGCCAGCCTGCTTGGGCTGATCGGCAGCCTGGTGCTGGGCACCTTGATCGCTATCCTGCGGATTGCCCCATTCCGCATATTGAAAGCCATCGGCGCCATCTATGTTGAGTTTATCCGCAACATTCCGCTCTTGGTGGTTGTCTTTTTCTTTTTCCTGGGCCTGCCCTCTCTCGGCATACCGGTTGACCCGTTTACTTCGGGTACGCTTGGGCTGATGGTGTATACGGCCGCCTTCATTGCCGAAGCCATTCGGGCGGGGATCCAGGCGGTACCCTCCGGACAGTCGGAGGCGGCTCGCTCCTCCGGGCTGAGTTATATCCAGAATATGCGCTACATCATTCTTCCGCAGGCGATCAAAATCGTACTGCCGGCGATCGGCAACCAATTGATCAATCTGGTCAAAAACTCCTCGGTCCTCGGCGTTATCGCCGGACTGGACCTGATGTATTATGCCGATCTGATTAACCTGAGCACCTTTAAAGGCATTCCCGTCTATACGTTTGTGGCCCTGTTCTACCTGCTCCTGACCATACCGCTCAGCCTGGCCGTCCATTACATGGAGCGCCGCTTTGCGAGAAGCAATTGA	MTLWDFNILVQHWDQFMAGLGQTILASLLGLIGSLVLGTLIAILRIAPFRILKAIGAIYVEFIRNIPLLVVVFFFFLGLPSLGIPVDPFTSGTLGLMVYTAAFIAEAIRAGIQAVPSGQSEAARSSGLSYIQNMRYIILPQAIKIVLPAIGNQLINLVKNSSVLGVIAGLDLMYYADLINLSTFKGIPVYTFVALFYLLLTIPLSLAVHYMERRFARSN	PGPT0000705_196	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000705-peb1B|glnP|glnM-K10040	NA	NA
JZ016_04682	810	glnH	COG0834	ABC transporter glutamine-binding protein GlnH	ATGAAGAAAAGATTGACGAGGACCTTCAAGTGGAGCGCGGCCCTGCTAGCTTTAGTCATCATGCTGGTCGCATCCGGATGCGGAGGTTCCGGGAATACGGACACCCTCGAGGCGATCAAGAAACGGGGCAAGCTTGTAGCCGGGGTGAAATATGATACGAAGCTGTTTGGGCTGCAGGACCCTGCCTCCGGCAATGTGGAGGGCTTTGATATCGACATCGCCAAAGCGCTGGCCAAAAAAATTCTCGGTGACGAGACCAAAGTCGAGCTGAAGGAGGTTACCTCCAAAACCCGGATCGACATGCTGAAGAACGGGGACATTGACATCATTATCGCCACGATGACTATAACGGAGGAGCGCAAGGAGCAGGTGGACTTCAGCGATGTGTATTTTGAAGCCGGCCAATCGCTGCTCGTGAAGAAGGGAAGCCCGATCACGGGTCTGGAAAGCCTGAACAAGGATACGAAGGTGCTTACCGTAAAGGGCTCTACCTCTGCGCAAAATATCCGCGAGAAAGCGCCCGACGCGGTCATTCTCGAATTCGAGAACTATCAGGACGCCTTCACCGCCCTCAAAGCGGGACAGGGCGATGCCCTGACCACCGACAATTCCATCCTCCTCGGCATGCAGCAGCAGGACCCCAGCTTTGAGCTGGTCGGCGGCAACTTTACGGATGAACCCTACGGCATGGCCATCAAAAAAGGGAATCCGGAGTTCGTGAAAACCGTCAACGAGCTGTTGAAGGAGCTGAAGGATAGCGGCGAATACGACAAACTGTATGAGCAATGGATGGGCGTAAAACCGGAATAA	MKKRLTRTFKWSAALLALVIMLVASGCGGSGNTDTLEAIKKRGKLVAGVKYDTKLFGLQDPASGNVEGFDIDIAKALAKKILGDETKVELKEVTSKTRIDMLKNGDIDIIIATMTITEERKEQVDFSDVYFEAGQSLLVKKGSPITGLESLNKDTKVLTVKGSTSAQNIREKAPDAVILEFENYQDAFTALKAGQGDALTTDNSILLGMQQQDPSFELVGGNFTDEPYGMAIKKGNPEFVKTVNELLKELKDSGEYDKLYEQWMGVKPE	PGPT0000670_379	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000670-peb1A|glnH-K10039	NA	NA
JZ016_04683	273	glnQ_3		Glutamine transport ATP-binding protein GlnQ	ATGAACCCGAAGATTATGCTGTTTGATGAACCGACGTCCGCACTCGACCCGGAGATGATCGGCGAAGTGCTGGATGTCATGCGTTCACTCGCCCACCAAGGCATGACCATGGCCGTGGTTACCCATGAGATGGGCTTCGCCCGCGAAGCCGCGGATCGAATCGTCTTTATGGACGAAGGCCGGATTATCGAGGATGCGCCCGCCTCCGATTTTTTCAATCAGCCGCGGGAAGAAAGAGCACGGGCGTTCCTGAGCCGCCTGCTGCATCACTAA	MNPKIMLFDEPTSALDPEMIGEVLDVMRSLAHQGMTMAVVTHEMGFAREAADRIVFMDEGRIIEDAPASDFFNQPREERARAFLSRLLHH	PGPT0000710_352	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000710-peb1C|glnQ-K10041	NA	NA
JZ016_04684	549	btuD_17		Vitamin B12 import ATP-binding protein BtuD	TTGCCATACCAGTGTAAAAAGGGCCTGGCACCAAGACAGGACACAAGCTTACATGATGCAAGCGTCCAATTCGAAGTGAATAGGAGGGGATCTCTACTGATTGAATTTAGCCGTGTCAACAAATTTTTCGGAACCTTCCATGTTCTGAAAGAAATCGACCTGACCATTTCCCAGGGGGAAGTCGTTGTCATCGTTGGACCTTCCGGCTCAGGTAAAAGCACGCTGCTGCGGTGCATCAATCGGCTCGAAAGCATTACGGATGGCGAGCTTGTCGTGAATGGCGTCAAGCTGCATGACAAGAAGATCGACATTAATACGTTCAGGCGAAATATCGGGATGGTCTTCCAGCATTTCAACCTGTACCCGCACAAAAAGGTGATCGACAATATCATTCTCGCGCCCATGAAGGTGCTGGGGATGTCCAAAGCGGAGGCAACGGAAAAAGCAATGACGTACCTGCAGCGAGTCGGAATTGCGGACAAAGCGGACAGCTATCCCTCTCAGCTCTCGGGGGCCAGCAGCAGCGGGTTGCGATTGCCCGCGGATTGA	MPYQCKKGLAPRQDTSLHDASVQFEVNRRGSLLIEFSRVNKFFGTFHVLKEIDLTISQGEVVVIVGPSGSGKSTLLRCINRLESITDGELVVNGVKLHDKKIDINTFRRNIGMVFQHFNLYPHKKVIDNIILAPMKVLGMSKAEATEKAMTYLQRVGIADKADSYPSQLSGASSSGLRLPAD	PGPT0000710_29	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000710-peb1C|glnQ-K10041	NA	NA
JZ016_04685	1182	icaC	COG3936	putative poly-beta-1,6-N-acetyl-D-glucosamine export protein	ATGGATAAACGTGCAAAAATAACCGAAATCGACCTGGTTCGGGGCTTTGCGATGATGGGCGTGCTGATGGTGCATGCGACGTCGTTCGCCACAGTTCAGATGCGCGGGGACGATTTTTTTGGCTTGTATAACTTCTTGAACATATTCTCGAAGGTTGGAACGACGACCTTCGTATTTCTGAGCAGCTTCGTGCTGTTCTATAACTACTATCACCGTCCGTTCAGAGGCCGTGACCTGGCGCGGTTCTTCAAAAACCGGCTGATGTATATACTAGTGCCGTACCTGCTGTTCTCGGTGATATTTTTTACGGTGGCCTGGTATCATCGCGGAGGCGAGCCGAATCTGGCGGCAATGCTGGAGAGTTTCTGGCCCAAGCTGGCAACGGGGAAATCTTACACGCACTTATATTTCATCTTCATTAACATCCAGTTCTATCTGCTGTTCCCGCTCGTGCTGATGCTGCTGAAGCGATTCCGCGGCTTCGCGGCGGTCTGCGTGCTGGTCGGCATTGTACTGCAGTGGTTGTTCTATATCGGCAATGATGCCTGGTGGGACGTAACGAACCGGAACAGCTGGTCGCTGTCGTTTCTGTCGTATTATTTTCTCGGGGCATGGATCGGTATTTATTATGACCGGGTCAAGGATTGGCTAACTTCAACGAAGTTTGCCGCAAGACCGGCGCTGCGCAAGCTGGGCTGGATCGTGCTCTGGGCAGTATGGCTGGGCGCCGCGCTGGTGCATATCGGCCTTCGATACAATCAGCGGCTGCTGGGGACGGAGTATCATCCACTGCTCTACGATGCCTTCTGGAATGTGCATACGTTGACCACCGCACTGGTCATGCTTCAGGTTGCTCTCCATTTCGGGAATAAGAGGGCACGGTGGTTGAACGGGTTCAGGCGGCTCGGCGTGTATTCCTTCGGTGTGTATCTGGTGCATCCGCTGGTTCTGCTCCTCTACCGGGACTTTCCTCCGCAGACGGAGAACTCCTGGCTGCTTCTGGCGTGGTATGCTGGCGGACTTATCAGTGCACTTGTGGTCTCGTATATGGTGGTGTACAGCATGAGTCGTCTCGGGAGCTGGACCTGGATCTTCTTTGGTAAACTGCCGGGCGCCTTGCGGAAGGGAAGATCACCAAGTCACCCTGTTCCGGCCAAGCCGGTTACGGAGGTTTCTTCGTAA	MDKRAKITEIDLVRGFAMMGVLMVHATSFATVQMRGDDFFGLYNFLNIFSKVGTTTFVFLSSFVLFYNYYHRPFRGRDLARFFKNRLMYILVPYLLFSVIFFTVAWYHRGGEPNLAAMLESFWPKLATGKSYTHLYFIFINIQFYLLFPLVLMLLKRFRGFAAVCVLVGIVLQWLFYIGNDAWWDVTNRNSWSLSFLSYYFLGAWIGIYYDRVKDWLTSTKFAARPALRKLGWIVLWAVWLGAALVHIGLRYNQRLLGTEYHPLLYDAFWNVHTLTTALVMLQVALHFGNKRARWLNGFRRLGVYSFGVYLVHPLVLLLYRDFPPQTENSWLLLAWYAGGLISALVVSYMVVYSMSRLGSWTWIFFGKLPGALRKGRSPSHPVPAKPVTEVSS	PGPT0022170_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-SURFACE_ATTACHMENT	SURFACE_ADHESION	OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022170-yfiQ-NA	NA	NA
JZ016_04686	1641			hypothetical protein	ATGAAGGATACCAGAGATTCTTTAGTAAACGGTTTCGTTAAGGCGGACGGCCAACGTTTAGTCAATGGGGAGGGTCAGGAAATTCTGCTGCAGGGAGTCGGACTTGGAAGCTGGCTGCTGCCGGAAGGATACATGTGGAAAATGCCGGAGCAGGGAGACCGTCCGCGGCGCATCGAAGGCATGGTCAGGGAGCTGATCGGTGAGGAGAAGGCGGCTGCGTTCTGGGAGACCTATTACGAGCGTTATATCACGGAAGCCGATATCCGGCAGATGGCTTCAGAAGGCTTCAATTCCATTCGAGTACCGATCAATGCGAGGTTCATTATGGAGGAAGGGCAGCACCCGCCTTTTGTATATCATGAAGGTCATCTGAGGCTTATTGATCAGGTGATCGATTGGTGCAGGACGTATTCGCTGTATGTTATTCTGGATTTGCATGGCGCGCCAGGCGGACAGACCGGCGCCAATATCGACGATTCCGAGCGGGATTTGCCGGAGTTGTTCACGGACCGATGGAACGCGGAGCGGACGGTGGCGCTATGGCGCTTGCTGGCGGAACGCTATAAAGACGAGTGGATCGTGGCCGGTTACGACCTGCTTAACGAACCGCTGCCGGACTGGTTCAGCGAGTACAATGACCGGGTGATGCCGCTGTATAAGGAAATCACCGCGGCTATACGCGAAGTGGACAAGCGCCATATGATCATTTTGGAAGGCGTCCACTGGTCTACGGATTGGAGTATTTTTGACGACAAGTTTGACGATAATTTGATGCTTCAGTTCCATAAATACTGGAATAATCCCGACACGGAGAGCATTCAGAAGTATCTGGATTTGCGCGAAGAATGGAATGTGCCGATCTTCATGGGTGAAGGCGGCGAGAATAACCCGCAGTGGTATACGGGCGCATTCCGAATGTTTGAGGACCATAACATATCCTGGAACTTCTGGACCTGGAAGAAGATGAACACTCAAAACTCACCCTTCTCGATTCGCATGCCGAAAGGCTGGGAGAAGCTGACGGGTTACCTGGAAGGCGGAGAGAGGCCCTCTTCAGCTGAAGCTGAAGCGATTCTGGGCGAATACCTGGATCATCTTCCGCTGGCAGCTTGCGATGCTTACCCGAACATATCACGGTCGTTGCTTCGCCGGCTGCCCATTCAGATTCCGGCGGAGTTTTACGGATATCGGGGCGAGGGCGTTTCGTATCATGTTGAGACAAAGGCCAGCCAGGATATCGGTTTCCGGATTTCTGACGGTGTTCCGATGCGAATGATAACGGGCAAGGCAGAGAAACCAAGCTACGCTCCGGAAGGCGGCAAGCCGTGGATAGAGGATAATCTGGTATGCGTGCAGCTCCGGGAGGGAGATTGGCTCGCTTATGCTGCGAATTGCGCTTCCGCAGACATCTTTCATCTGGATATTCGGGGACGGATTTCCGAGGGTAAGGTGGATATCATGCTTCAGATCGGGGATCGGGAGCCTGAGCTTATTTCCTTGTCTGATTCTGGCGAAGGACAATGGCACATCCATAGAGTGGTTGAGGCTATGCCGATTGAGGAAGGTCCTGTGGATCTGGTGTTCATGGTGAATAAGGGCCGAATCGAGCTGGATTGGCTGGAATTTACCGAAGCGCGTTAA	MKDTRDSLVNGFVKADGQRLVNGEGQEILLQGVGLGSWLLPEGYMWKMPEQGDRPRRIEGMVRELIGEEKAAAFWETYYERYITEADIRQMASEGFNSIRVPINARFIMEEGQHPPFVYHEGHLRLIDQVIDWCRTYSLYVILDLHGAPGGQTGANIDDSERDLPELFTDRWNAERTVALWRLLAERYKDEWIVAGYDLLNEPLPDWFSEYNDRVMPLYKEITAAIREVDKRHMIILEGVHWSTDWSIFDDKFDDNLMLQFHKYWNNPDTESIQKYLDLREEWNVPIFMGEGGENNPQWYTGAFRMFEDHNISWNFWTWKKMNTQNSPFSIRMPKGWEKLTGYLEGGERPSSAEAEAILGEYLDHLPLAACDAYPNISRSLLRRLPIQIPAEFYGYRGEGVSYHVETKASQDIGFRISDGVPMRMITGKAEKPSYAPEGGKPWIEDNLVCVQLREGDWLAYAANCASADIFHLDIRGRISEGKVDIMLQIGDREPELISLSDSGEGQWHIHRVVEAMPIEEGPVDLVFMVNKGRIELDWLEFTEAR	PGPT0018620_2458	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CELLULASES,PGPT0018620-celJ|eglA|eglS-K01179	NA	NA
JZ016_04687	465			hypothetical protein	GTGACGGAACAGGCCGCAATATCGGAAGGGCTGCACCAATGGCTGGATGGAAGTAATCTGGAATCGAAACAGCACGAAGCGATGATGCTATTGAGCGTAACGGAAGAGGGATGGCCGCATACGGCCATGCTCAGCGTAGGGGAGGTCTTGGCCTTGGAACGGAGCCGACTCCGGATTGCATTATGGCAGGGAACGGCTACGACAGGCAATCTCCTTCGGTCAGGACAGGCAACCTTGGTGGCGATTCATGATGGAGCGGCCCATTATGTTCGGCTGCGTCTTCAAGCGCTTCCCGATCTGCCGGATGCCCGGCATCCGCTGCAGCGTTTTGAAGCCACGGTCGTGGCTGTTCGGGAGGATATCGCGAAGTATGCGGATATCACATCGGCCGTGAAGTTTCAGCTGCACGACCCCGGTGAAGTCCTGCAGCGCTGGAAGGAAACGCTGGAGGAATTGCGGAAGTAA	MTEQAAISEGLHQWLDGSNLESKQHEAMMLLSVTEEGWPHTAMLSVGEVLALERSRLRIALWQGTATTGNLLRSGQATLVAIHDGAAHYVRLRLQALPDLPDARHPLQRFEATVVAVREDIAKYADITSAVKFQLHDPGEVLQRWKETLEELRK				NA	NA	NA	NA	NA
JZ016_04688	201	cspD_2	COG1278	Cold shock-like protein CspD	ATGCAAACAGGAACTGTTAAATGGTTTAATGCTGAAAAGGGCTTTGGTTTCATCGAAGTTGAAGGCGGTAACGATGTATTCGTTCACTTCAGCGCGATCCAAGGCGACGGCTTCAAAACGCTTGACGAAGGCCAACGCGTTGAATTCAACATTGTTGAAGGAAACCGTGGACCACAAGCTGAGAACGTTGTTAAATTGTAA	MQTGTVKWFNAEKGFGFIEVEGGNDVFVHFSAIQGDGFKTLDEGQRVEFNIVEGNRGPQAENVVKL	PGPT0014675_9115	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
JZ016_04689	237			hypothetical protein	ATGTATTCGCGTAAAAACTCGATGGAGAGTATTCCTGAAGAAATAACGGAAGTTTGGGCATGCACTAAGGAAGACTGCAAAGGGTGGATGCGGGACGATTTTGCGTTCGACACGGAACCGGTATGCCATTTGTGTCAATCCCCTATGGTCAAGGAAACGAGAAGCCTGCCGCAGCTAGTTAATACCAACAAACAACAGAAATCTCTGGCTAAGGGGATTCAGATCGAGCGCAAATAG	MYSRKNSMESIPEEITEVWACTKEDCKGWMRDDFAFDTEPVCHLCQSPMVKETRSLPQLVNTNKQQKSLAKGIQIERK				NA	NA	NA	NA	NA
JZ016_04690	168			hypothetical protein	ATGCAAACCGAGGTACTGAAGAGGAACATTGACAACATGATCATCCAGGATAACCAAGGCGGCTTGAACGATCAGGAGAAATTCATCATGCAGAAGCTGATGCGTGAGAAATACCAACAGGAACACGAAAGCAAACAGGAACAACGTGAGGAAGACAAAGGGGAATAA	MQTEVLKRNIDNMIIQDNQGGLNDQEKFIMQKLMREKYQQEHESKQEQREEDKGE				NA	NA	NA	NA	NA
JZ016_04691	990	yteP_52	COG4209	putative multiple-sugar transport system permease YteP	ATGCAAAATCAACTTCATGCCGACGTTTCCGAAACCGGTGTCGGTCCCTCGATGGAGCCTTCTGTACAGAAGAAGCTTGACAGAAAAAGATGGCTCAGAAAGCTCTACGGCCAACGACATCTCCAAATTATGGCGCTGCTCGGCGTTGCGTGGATGATCATCTTTAACTACATTCCGATGTATGGTGTCATCATTGCATTTAAGGAATTCAATATCGTGAAGTCCATCGGCGAAGCTCCATGGGTAGGGTTGGCGCACTTTAAGGAGTTTTTCTCAGACGAGGACTTTAGGAACGTTATGCGGAACACGCTCGGGATCAGCTTGCTGAAGCTGTTTATCGGATTTCCGCTTCCGATCATATTTGCACTCTTTCTGAACGAAATTCGGTCTGTTCGATACAAGAGGACTATTCAGACGATCTCTTATCTGCCTCACTTCTTGTCATGGGTCATTCTGGGCGGGATTCTGATGACCTGGCTGGCGGATATCGGGATTATCAACAATATTTTGATGGCTCTGCATATGATCGATGAGCCGATCACGTATCTGGCTGAACCGAAATATTTCTGGGGAATCATTATCACCTCGGATATATGGAAGGAGCTTGGATGGTCCGCGATTATCTATCTGGCGGCCATTGCCAGCATTTCGCCTGAAATGTACGAGGCGTCGACGATAGATGGCGCAGGTCGGTTTCAGAAGATGTGGTACATCACCCTTCCCAGTATCAAATCGACCATATCCATCCTCTTTATTCTTGCGGTTGGTGGTGTGCTGAACTCCAACTTCGATCAGATTTTGGTGCTCCGAAACACGCTGAACGAAAGCGCGAGCAACGTCATCGATATTTTCGTGTACCACACCGGGATGCAGAACGGACGATACTCCTACGCGCAAGCCGTTGCATTGTTCAAGTCCGTCATTGCGATTATCCTGCTGTTGATCGCGAACAAGGTGACCAAAAAACTGAACGACACATCACTATTCTAG	MQNQLHADVSETGVGPSMEPSVQKKLDRKRWLRKLYGQRHLQIMALLGVAWMIIFNYIPMYGVIIAFKEFNIVKSIGEAPWVGLAHFKEFFSDEDFRNVMRNTLGISLLKLFIGFPLPIIFALFLNEIRSVRYKRTIQTISYLPHFLSWVILGGILMTWLADIGIINNILMALHMIDEPITYLAEPKYFWGIIITSDIWKELGWSAIIYLAAIASISPEMYEASTIDGAGRFQKMWYITLPSIKSTISILFILAVGGVLNSNFDQILVLRNTLNESASNVIDIFVYHTGMQNGRYSYAQAVALFKSVIAIILLLIANKVTKKLNDTSLF	PGPT0017250_322	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04692	882	sugB_3	COG0395	Trehalose transport system permease protein SugB	ATGTTTAAACGCAGAACCAAAGGCGAAGCCTTCTTCGATATATTCAACAATTTCGGCATGCTGATCGTATGCTTTCTGACGATCTACCCGATCTGGTACGTGCTGGTGAATGCCTTCAATGACGGGCAGGACGCCATGCGCGGAGGAATCTACTGGTGGCCGCGGATGTTCAGCCTCGAGAATTTCAGCGCGGTGTTCCAGAGCTCCGGCATCATGACGGCGATGGGCATCACCGTAGCCAAAACCGTGATCGGCGTGTTCATCCACGTCCTCTTCACCGCGATGGTCGCCTATGCATTCTCGCGGAAGGGACTGATCGGCGGCAAATTCTATATTTTGCTCGGAACGGTGACGATGTTTTTCGGCGGCGGACTGATTCCGACCTATCTGTTGATCAAGGATTTGAATATGCTCGACAGCTTCCTGGTGTACATTATTCCGTTTATGTTCAGTTTCTTTGATCTTATCATCTTCATGACCTTCTTCCGGGAAATTCCCGACGGTCTGGAGGAGGCGGCAAAAATTGACGGGGCTAATGACTGGTCCATCTTCCTCCGGGTTGTGCTGCCTGTATCCATGCCGGTCATCGCAACAATCGCATTGTTTCACGGGGTATTCCAATGGAACGATTATTTCACTGGTGTCATCTACATCAACAACACGGACCTCCAGCCGATCCAGACGTATCTGTATAAAGTCGTCGCTCAATCCAGCTCGAATCAGATGATGGCTCAGGTGCCGGGCGGGGTTGCCAAGACGGTCACCTCCCAATCGATCAAAATGGCGACCATGGTCGTAACGACGGCGCCGATCGTATTCGTCTATCCGTTCCTGCAGCGATACTTCGTCAAAGGGATGATGATCGGCTCCATTAAAGGTTGA	MFKRRTKGEAFFDIFNNFGMLIVCFLTIYPIWYVLVNAFNDGQDAMRGGIYWWPRMFSLENFSAVFQSSGIMTAMGITVAKTVIGVFIHVLFTAMVAYAFSRKGLIGGKFYILLGTVTMFFGGGLIPTYLLIKDLNMLDSFLVYIIPFMFSFFDLIIFMTFFREIPDGLEEAAKIDGANDWSIFLRVVLPVSMPVIATIALFHGVFQWNDYFTGVIYINNTDLQPIQTYLYKVVAQSSSNQMMAQVPGGVAKTVTSQSIKMATMVVTTAPIVFVYPFLQRYFVKGMMIGSIKG	PGPT0017255_2153	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04693	1674			hypothetical protein	ATGAGCAAGATGCTTAAGCCAAAGAGCCTTCTGTTGTTGATGTTCGCACTGGTCATGGCCTTTACAACAGCATGCTCGTCCGGCGGTGATAATAGCGGCGCGTCGGAAAAAGAAAAAGAGGAAGACAAACCGGCAGAAGAAGTGAAATTGACTCAGGATCAGCCGGGATGGGCAGTCGATACCTCCCCGATTACGTTTGATTGGTACATCAACTTCGCCTGGTTCCCGAACAAATGGGGCGAGGATATTACGTCGCAATACGTAACGAAGAAGACGGGGGTTAACGTCAACTTCATCGTACCGGCAGGGAACGAAGTCGAGAAGATGAATACGATGATTGCTTCCGGCACACTGCCTGATTTTATTACGCTGGGATGGTATGAAGACGCTGTCAAAAAAATGATTGAAGGCGACCTCGTTCTGCCGCTGAACGAATTGGCAGACCAATACGATCCGTATTTCTATAAAGTAACCGACCCTGCGAAGGTGTCGTGGTACACCAAGGATGACGGCAATATTTACGGTTATCCGAATGCCTCCTCTTCACCGAAGGACTATGAGAAGTTTGGCGATAACATTACCTCCAACCAAACGTTCTTGGTCCGCAAAGACATGTATGAGGCGCTCGGAAGCCCGGATATGCGCACACCGGAAGGTTTCCTGAAAGCGCTTGAGGATGCCAAGAAAATGTTCCCGGACGTGAACGGACAGCCGCTCATTCCGTTCGGATTGCATGATTTCCATGAAAAAGGAAACAGCTCCCTCGAGGGCTACCTGCAGAACTTCCTTGCCATTCCGCAGGATAAAGACGGAAAGCTGTACGACCGCAGCACCGATCCGGAATATGTAAGATGGTTGAAGACGTTCCGTATGGCGAATGAAAAAGGTTTGATGTCCAAGGATATTTTCGTGGATAAACGTCCGCAAATGGAAGAAAAAATCGCACAGGGCCGCTATTTCGCGATGCTGTACCAACGCAGCGATATGGCGAACCAGCAGAACGCATTGTATGCAAACGATCCGAACTCGGTCTACATTGCAGTGGACGGACCGGCTAACTCCAACCTGGATCAGCCGACCTTGTCGGGTCCTTCGATCTCCGGCTGGACGGTAACCCTCATCTCCAAAAACGTAAAAGACAAAGCGCGCGCCATTCGCTTCCTGGATTACCTGATCTCCGAAGAAGGCCAGCGTGATACTTACTTGGGCGAAAAAGGCGTGACATGGGATACGATTGACGGCAAAGACCAATTCCTGCCTGAGGTAGCGGAGCTGCTGAACAGCGACCGCGGCGCATTCGACAAAAAGTATGGAGCATCCCACACCTTCTGGATGATGATGGATAATAACGTTACGCAGCCTTGGATGCCTGCTGCCGTCGAGCCGTTCAAGCAAATGGAAGACTGGACCCGCGGCAAGACCCAGAGCTTCTCGCAATTCGATCAGTTGGATCCGGATGCAAGCTCCGAGGAAGGCATCATTAACGACAAGGTAATGAACGAGTGGGGTAAAATCCTGCCGAAGCTGATCTTTGCTAAAACGGATGCCGAGTTCGATCAAATTTGGAACGATTACCAAGCGAAGCGTGAATCCCTCGGTTTCGCGAAAGTTCAGGAATTCAGACAGAAAGAATACGAAGAGAACGTCAAGAAGCTTGAGGAATTCCTGAAGTAA	MSKMLKPKSLLLLMFALVMAFTTACSSGGDNSGASEKEKEEDKPAEEVKLTQDQPGWAVDTSPITFDWYINFAWFPNKWGEDITSQYVTKKTGVNVNFIVPAGNEVEKMNTMIASGTLPDFITLGWYEDAVKKMIEGDLVLPLNELADQYDPYFYKVTDPAKVSWYTKDDGNIYGYPNASSSPKDYEKFGDNITSNQTFLVRKDMYEALGSPDMRTPEGFLKALEDAKKMFPDVNGQPLIPFGLHDFHEKGNSSLEGYLQNFLAIPQDKDGKLYDRSTDPEYVRWLKTFRMANEKGLMSKDIFVDKRPQMEEKIAQGRYFAMLYQRSDMANQQNALYANDPNSVYIAVDGPANSNLDQPTLSGPSISGWTVTLISKNVKDKARAIRFLDYLISEEGQRDTYLGEKGVTWDTIDGKDQFLPEVAELLNSDRGAFDKKYGASHTFWMMMDNNVTQPWMPAAVEPFKQMEDWTRGKTQSFSQFDQLDPDASSEEGIINDKVMNEWGKILPKLIFAKTDAEFDQIWNDYQAKRESLGFAKVQEFRQKEYEENVKKLEEFLK	PGPT0017245_1091	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04694	1926			hypothetical protein	ATGATGACACGAATCAGATCGCTTATTCAATCGTTTGCTTATTGGTTTGGCCGCAGGTCGATGCAGAGTCGTTTGGTTGCTGCCTATATCTTGATTTTGCTGGTTCCGAGCATTATCGTGTCTAATTATTTTTTTAAGCAGATTCGGGATACCTACATCAGCGATGCGCTCAACCAGAACTCGTTCCTGCTGGAAATTGAGAAGATGAACATGCTGAACCAGATTGAAGCGATTGAAATGGCCGCACAGCTGGCGATTTCGGATGACGGCATCAAGGATTATCTTCGGATCAATGAAGAACCCGAGGTGGCGTGGCTGATCGATTTGGCTCGGGGGCCCTTCAAGGACATCCAGCGGATCCAAACCAACAATCCGAATATTACCCACCTTCGGTTATACACAAACAACGCAAACGTGACGGAAATGTGGCCGATCATTTTTCAGGAGAAACGGATCGCAAGCGAGCCGTGGTTCCCCGAAGTCAAGGAGTTGGACGGCGGAGAGATGTGGATATTCAACCACCGCGATCCCGATATTCTGCAGCGCTACGCTGCCGACGTGTCCGAGGAGCTGCCGAAGGTGTCCCTGATTCGCCAAGTCCATAGCGGGGATTATAGCAGCGTGATTCAAGTGGATATGCTGCTCAAGTACTTTGCTCCGAAGACCTTTGCCGGTATCGTGGATAACAGCTCGCAGATGGTCATCGTCGATCATGAAGGGCAGATGTTCATGGACCGAAGCCAATCGTTCATGAACAGTCACGAGGGACTCCGCGGCGAGGTGGAGCTTCAGTTCGCTAAGCTGAAACAGGAGGCGGGCGACTCCGAGAAGACCATACATGCCAGGTTTAGCCTGGACGGATCCTCGTTCTTGCTGATCGCGACGCCGATGGAGCGGCTTCATGCCCATGTGCTGAATGTCGTTTCCCTGGAAGGGGCGCTGAATAACGTATCCAAGGCCCAGGGGCAGATTATAGCGGCGAATATTGTATTGATTTTTCTGCTGTCGATCATTACGTATTACCTAAATTCCATTATTCTGAAGAGCCTGCGCCGTTTAACGGAGACGATGAAGAGAGTCCGCAAGGGAGAAGTTACTGCAGCCATTACGATTCAGGGGGGCGGCGAGGTTGGTGAACTGGCGCATCATTTTAACAAATTGATCCGCACCATCAATGAACTGATTGCCCAGGGCGTACGCAAGCAAGCGGTGACCAAGGAGGCGGAGCTGCGAACGCTGCACAGCCAGATTGACTCTCATTTCCTATACAATACGCTTGAAAATATTAAGATGCTGGCCGAAATCGAGGGGCAGCGGACGATTTCGGATGCGTTGACCTCACTTGGCGGGATGATGCGCTACAACTTCAAGTGGTCGGGGGAGTACGTTAAATTGAAGGATGAAATTCGCCATATCCGCAATTACATTGATGTCATGAATATCCGGTTTGACGAGCCAATCCGGCTTGAACTCAATATCCCGTCCGAATTCATGGAGCTCGAGGTATTAAAAATGTCGCTGCAGCCCATCGTGGAAAACGCCGTTAAGCATGCCTGGCCCGAGTTCCCGGATCAGGAAAAGCGAATCAAGATCGATGCCATTGCATGGGAAGAGGATCGGATCACGATTAACGTTACGGATAATGGCATCGGGATGGAGCCTTATCGACTGGGCAGGCTGGGCGAGATTCTTCGAACGGCGGACAATGAGGAACTCCCTTCCGTAGATTACGGGCACGGTGGAGTGCAGGCTGGAGGAATCGGACTTCGGAATGTGCACCAGCGAATCCGGTTGTTCTACGGGAATGAATATGGAATCGAAGTGAAGAGCGAAGAGGGGAAGTTCACGCAGGTGACCATGACATTCCCTAAGGTTCTGTTAACAGGAGGAGGCAGTGGACATGAGAAGTCTGATGATCGTGGATGA	MMTRIRSLIQSFAYWFGRRSMQSRLVAAYILILLVPSIIVSNYFFKQIRDTYISDALNQNSFLLEIEKMNMLNQIEAIEMAAQLAISDDGIKDYLRINEEPEVAWLIDLARGPFKDIQRIQTNNPNITHLRLYTNNANVTEMWPIIFQEKRIASEPWFPEVKELDGGEMWIFNHRDPDILQRYAADVSEELPKVSLIRQVHSGDYSSVIQVDMLLKYFAPKTFAGIVDNSSQMVIVDHEGQMFMDRSQSFMNSHEGLRGEVELQFAKLKQEAGDSEKTIHARFSLDGSSFLLIATPMERLHAHVLNVVSLEGALNNVSKAQGQIIAANIVLIFLLSIITYYLNSIILKSLRRLTETMKRVRKGEVTAAITIQGGGEVGELAHHFNKLIRTINELIAQGVRKQAVTKEAELRTLHSQIDSHFLYNTLENIKMLAEIEGQRTISDALTSLGGMMRYNFKWSGEYVKLKDEIRHIRNYIDVMNIRFDEPIRLELNIPSEFMELEVLKMSLQPIVENAVKHAWPEFPDQEKRIKIDAIAWEEDRITINVTDNGIGMEPYRLGRLGEILRTADNEELPSVDYGHGGVQAGGIGLRNVHQRIRLFYGNEYGIEVKSEEGKFTQVTMTFPKVLLTGGGSGHEKSDDRG				NA	NA	NA	NA	NA
JZ016_04695	1584	rhaR_45		HTH-type transcriptional activator RhaR	ATGAGAAGTCTGATGATCGTGGATGATGAGAAGAATATCCGGTATGGACTGAAAACGATGATTGAACGGGAGTTCCCGGATCAGTACGAGATCCGCCTGGCTGCCCAAGGGCAGGAAGCGCTGGACTCTTTTCGCGAAGAGCCGGCCGATATCGTCATTACAGACATCCGGATGCCGGTCATGGACGGGATACGCCTGATTGAGGCCCTTGCTGAACTGGAAGGAACATTGGGGGTTAAACCCGTCGTTCTGATCCTGAGCGGATATGACGATTTTGAATATGCCAAGGCGGCGATCCGCTATCAGGTAAAGGAGTATCTGCTTAAGCCGATTCGACGGGATGAACTGTTCGCCGCCCTTCGAAAGACAGAAGAAGTTTTGATCCGGCAAGCGGAAGTGCACAACCGGGTGGCCGCCAGCGAGGTATATCTTCAGCAGCTGCAGACCCATCGGCTGAAGGAGCTGCTGGAGCTGCCGCAAGGACTGGGGCTGGATATGGAAGCTGCCGCGAACGAAATCGGATTTGATTCGTTTGTGAAGCCATTTCGGGTAGCGGTGATGAAATACAAATACGAAGACGGTAATGCCATGAACAAGGATGAGCTGAAGCAATTGATTGATAACATGAGGGCTTCAGTGGAAGGGCGGATCAACGCTTGCTTTCTGGACAGCAAGGGGAGAGTCGTGCTCATTGGCAGTCCGGACGGACAATTCGAAGAGCTGGCACGGCAGTTTGCCGAGCGGGAGATGGACGGGCTCTTCGTGGGCATCAGCCGGGAAGGCATCCGGATCGAAGACATCCGGATGGGTTATATTCAGGCGCTGACCGCCCTGAGTTATACGTTCATCCATCCCAACGTCAAGCTGATGAGCCATGATGATATTCAGGGGGAGCTGCGCACATATCCGGTGCCGGAAGAGAGCATCCGGAAGCTGGGCAACATGCTCGGCACGGAGCGGGAGCGGGAGATCAAGGCGCTGCTGCTGGATATTTTTCATATCGAGGATATGCCGCATGTGGCCATCGATTATTTGGAACATGTCAGCAAGCGGATCAATGAGCAGGTGCTGGATGAGGTGTTCCGCGTGTACGGGGAATCCATGGTGGAAGTGTTGAAGTTATACCGAAAGGTGGGGACAATGGACAATTACCGTCATTTTCACACCTATTTCAGAAATTTGGAGCATCTGCTGCTGCACGTGAATGAATATGTTAAAGGGATTCGTTCCGCCCACAGCGAGCATTCCGAGATCAAGGCAGCGGTAAGTTACATGGAGGAGAATTACCACAGGCCGCTGAACATGGCGATGGTCAGCAATTATGTGTCTTTGAATTATTCTTATTTCAGTGAAGCGTTTAAGGCCCATACGGGGGAGAACTTTGTGGTATATCTTAAGAAGCTGCGGATTACGAAGGCCAAAGACCTGCTTCAAGACGGCACCATGAAGCTTGCGGACATTGGTAAAGCGGTCGGTTTTGAGAACACCAAGCAATTCTCTCGTGTCTTTAAGGAGCTGGAAGGGATCTCGCCGCATGAATACCGGATCAAGGTACAAACAGGTCCGGGACTGCAGCAGGAGTAG	MRSLMIVDDEKNIRYGLKTMIEREFPDQYEIRLAAQGQEALDSFREEPADIVITDIRMPVMDGIRLIEALAELEGTLGVKPVVLILSGYDDFEYAKAAIRYQVKEYLLKPIRRDELFAALRKTEEVLIRQAEVHNRVAASEVYLQQLQTHRLKELLELPQGLGLDMEAAANEIGFDSFVKPFRVAVMKYKYEDGNAMNKDELKQLIDNMRASVEGRINACFLDSKGRVVLIGSPDGQFEELARQFAEREMDGLFVGISREGIRIEDIRMGYIQALTALSYTFIHPNVKLMSHDDIQGELRTYPVPEESIRKLGNMLGTEREREIKALLLDIFHIEDMPHVAIDYLEHVSKRINEQVLDEVFRVYGESMVEVLKLYRKVGTMDNYRHFHTYFRNLEHLLLHVNEYVKGIRSAHSEHSEIKAAVSYMEENYHRPLNMAMVSNYVSLNYSYFSEAFKAHTGENFVVYLKKLRITKAKDLLQDGTMKLADIGKAVGFENTKQFSRVFKELEGISPHEYRIKVQTGPGLQQE				NA	NA	NA	NA	NA
JZ016_04696	765			hypothetical protein	TTGGAAAATGAAATTTTTAAAGCACTGGCGGATCCCAGCCGACGCACACTCTTGGATCTGCTGTATAAAACAGATGGGCAAAGTTTAAGCGAACTTTGTGTTCCCCTGGAGATGACCCGATTCGGTGTCATGAAACATCTTCATATACTGGAGGAAGCCGGCCTTATCACAACGAGAAAGGTTGGCAGGGAGAAGCTGCATTATCTGAACTCCGTACCGATCCGACAAATATACGACCGGTGGGTCAGCAAATACGCTGAGCCTTGGGCCATGGAATTGTCATCCCTTAAAAATGAATTGGAGCGTGAACCGAATATGGAACAAAAACCTCGACATGTAAACCAAATTGCCATTAAAGCAGCGCCCGAGCAAGTATGGCACGCCATTACCGATCCGGCCAAGACATCAAAGTTCTGGTACAACTGCTCTATCCAATCCAACTGGGAAATTGGCTCTCCTTTCGAACTTAAGAACCCCCAAGGCAAGGTTCAAGCAGAAGGAACCATTCTAAGCATAAACCCTCCGCATAAGCTGGTTCTGAGTTGGAGGATGTTAATAAACGAAGATACGGCCGGCGAGAGTCTCTCACGTATTACGTGGGAAATTGATCCCCATGCGGAGCTTAGAGGTGTAACCCTTGTAACGGTTATCCATGATGAGTTTGATCAGGCCGAACATACGGCGAACACACTCAAGTTAGGCTTGCCGATCGTACTATCGGGATTGAAAACCTTACTAGAAACGGGTTCAACGCTTACTAGTTAA	MENEIFKALADPSRRTLLDLLYKTDGQSLSELCVPLEMTRFGVMKHLHILEEAGLITTRKVGREKLHYLNSVPIRQIYDRWVSKYAEPWAMELSSLKNELEREPNMEQKPRHVNQIAIKAAPEQVWHAITDPAKTSKFWYNCSIQSNWEIGSPFELKNPQGKVQAEGTILSINPPHKLVLSWRMLINEDTAGESLSRITWEIDPHAELRGVTLVTVIHDEFDQAEHTANTLKLGLPIVLSGLKTLLETGSTLTS				NA	NA	NA	NA	NA
JZ016_04697	153			hypothetical protein	ATGAAAACGACTTCCCGCCGCTGTTCTCTGCAAATGGATGATTATCTGGACCTGTTGAACCTCGCGATCCAACTTGGAGACGTGAAATGGCAGAAAGAAATCACCCGCAAAATGGAAATGACGCTGTCCACATTAGAGACCGCAGCTCAATAA	MKTTSRRCSLQMDDYLDLLNLAIQLGDVKWQKEITRKMEMTLSTLETAAQ				NA	NA	NA	NA	NA
JZ016_04698	870	araC_7		Arabinose operon regulatory protein	ATGACGATCCTGAATTTTACCGTTCCGCCGCTGCCGGAATACATCAATAGCGGGCTTACCCGCGCTCCTGTTCACAGCGGACATCCCAACCGCAAAAACATTGGCATCTTTGATCTGCTCGTGGTCATGAAGGGGCAGCTCCATGTCACGGAGAATGGCATTCCTTATGAAATCAAACCCGGCATGTTCCTCATCCTGCGTCCCGATACGCATCATTTCGGCACGAAGGGATGCACGGAGGAGACCGATTATTACTGGCTTCATTTCCAAACCTCCGGGAATTGGCATGCGGATGAGGCCTGCCAAGCGCCTAGACGAGAAGAGGCTCCGGAGTTAAAGGCGATGACGCCAAACTATTTTTCCGTCAACATCCCCCAATTCGGCACCCTGCCTCAACCGGAAAAGGCTCTGGAGCTTCTGGCTACCATGTCTTCGCTGGTTCAGTACGGTCACCAGGCTAAATTTCTGTGGCGGCAGCAGGTGGTGTTCCAAGAGCTCATCGAGCAGCTGGCCGCCGCATTGGATACACCGGTGTCCTCTCCTTCCTCCGCTTGCGCCGAGCGGGCCGCAGCCTATCTGCGGAAGCATTATCGGGAAGAGTTCAAGGTGCAGGAGCTGGGCGACCGCATCAACTTCCACCCTGTCTATATTGCACGCTGCATGCAGAAGGAATTCGGCTGTTCACCCGTTGAATATTTGCAGCGCTATCGGATCGAACAAGCCAAGATGCTCCTGATGCAGACGGACTTCAGCATCAGCCGGGTTGCGGAGGAGGTCGGTTTCAATCATGCGGCCTACTTCACCTCCTGCTTTACGAAGCAGGAAGGGATCTCGCCGCGCAAATATAGGCAGCGGTTCTTCATGAATTAA	MTILNFTVPPLPEYINSGLTRAPVHSGHPNRKNIGIFDLLVVMKGQLHVTENGIPYEIKPGMFLILRPDTHHFGTKGCTEETDYYWLHFQTSGNWHADEACQAPRREEAPELKAMTPNYFSVNIPQFGTLPQPEKALELLATMSSLVQYGHQAKFLWRQQVVFQELIEQLAAALDTPVSSPSSACAERAAAYLRKHYREEFKVQELGDRINFHPVYIARCMQKEFGCSPVEYLQRYRIEQAKMLLMQTDFSISRVAEEVGFNHAAYFTSCFTKQEGISPRKYRQRFFMN				NA	NA	NA	NA	NA
JZ016_04699	1392	yeeO_1	COG0534	putative FMN/FAD exporter YeeO	ATGTTGGATAAAAACACAAGCAAATTTACATTATGGGTTCTCGCTTGGCCCATATTTATCGAGCTGTTCCTGCAGTTTTTGCTGGGAGCGGTGGATACATTGATGGTCAGTCGGATTTCCGACGATGCGGTGGCTGTGGTTGGCTTCTCCAATCAGCTGTTTCAGGCGATGACGACCCTGTTCATGACGGTTGCCAGCGGTGCCGGCATTCTCATTGCCCAGAAGATCGGTTCGCATCGAACGGGAGACGCTCGAACGATCGGCATCATGGCGGTGAGTGCCACGACAATCATCGGATTGGTGTGCAGCGTGATATTGTTTGCGATGCCGGAGGCTATCGCTTCGATCCTCCAGCTGCCGGAGCATCTGCTTCCGCTAGCCGGAACGTATATCTCCATTGTCGGCGGCGGGATGGTGCTGATTGCCATGATGGCTACGATGAGCACCGTCATCCGGAATACCGGTAATACGCGTGCGCCGATGTATGTAGCGATCGGAATGAATATCATTCACGTTATTATGAACTATGGGTTTATTTTCGGCGCTTTCGGGTTCCCGCAGTGGGGGCTTACCGGCGTCGCGATCTCGACGGTGGTAAGCCGGCTGCTCGCTGTGCTCTTACTGCTGTATATATTCCTTCGTTCATTTGAATACCGGATCAAGTGGAAGGAATTCCGCGTGTTCAACCGTCCGCTGTTCGGTGAAATTCTGAAGATCGGATGGCCGCTCGGCATCAATATGTCCTGCTGGGTGTTCACGCAGCTGATCATCTATTCCTTCATTGCAACGCTGGGCGCTGCTGAGCTGGCTGCGCGTACGTATATGAATACACTGGAATCCTTCTGCTTCCTGCTGGGCTCATCAATCGCGATGGCTGCCCAGATTCAGATCGCGCATCTGTTCGGCGCGGGCCGGATCAAGGAGGCTTATCGGAGCGCGTACCGCGCGCTGGGCATCGGGGCTGTTTACGTTGTCGTCAATGCCTTCCTACTGTATGTGTTTGGGAAGCAGCTGCTGGGGCTGTTTACGGACGATAAGACAATCATTGCGATCGGGGCCTCGCTCCTGGGCATGAACCTGATTCTCCAGCCTGGCAAAATGCTCAACATGGCGCTCGGGAACTCGCTTAATGCCGTCGGAGACACGAGGTTTACGATGTACATTTCCCTGGGCTCGATGTGGCTGGTCGCCACCGTGCTCTCTTATGTACTCGGCATTCACATGGGGTGGGGGCTTATCGGCATATACTCCTGCATGATTGCCGACGAGTATTTGCGGGGTGTGCTGTCCTTCTTCCGCTGGCGCGGGCAAAAACACCTGCGGAAGGCAGAGCGAGTCGAGCCGGTGAATCATCAGGGGACGTCAATGGAGCCGATGCCAGCGCAAGCGTAA	MLDKNTSKFTLWVLAWPIFIELFLQFLLGAVDTLMVSRISDDAVAVVGFSNQLFQAMTTLFMTVASGAGILIAQKIGSHRTGDARTIGIMAVSATTIIGLVCSVILFAMPEAIASILQLPEHLLPLAGTYISIVGGGMVLIAMMATMSTVIRNTGNTRAPMYVAIGMNIIHVIMNYGFIFGAFGFPQWGLTGVAISTVVSRLLAVLLLLYIFLRSFEYRIKWKEFRVFNRPLFGEILKIGWPLGINMSCWVFTQLIIYSFIATLGAAELAARTYMNTLESFCFLLGSSIAMAAQIQIAHLFGAGRIKEAYRSAYRALGIGAVYVVVNAFLLYVFGKQLLGLFTDDKTIIAIGASLLGMNLILQPGKMLNMALGNSLNAVGDTRFTMYISLGSMWLVATVLSYVLGIHMGWGLIGIYSCMIADEYLRGVLSFFRWRGQKHLRKAERVEPVNHQGTSMEPMPAQA				NA	NA	NA	NA	NA
JZ016_04700	543	sigW_9	COG1595	ECF RNA polymerase sigma factor SigW	TTGGTACACGACCTTATACAACGACTAAAGACGGAATACAGTGACGAATTGTTTGAAGAACTTTACCGGTTATACGCGGATCGGGCGATTCGAACGGCTACCGCAGTAACCGGAAGTCCGGCAAGCGCTGCCGACGTGGTCCAGGAAACGTTCATCCGGGTATACCGTAACCTCGGTGCCTATGATGGAAGCAAACCCTTTGACCCGTGGTTCAACCGGATTCTCTATAACGAATGCAATCGGTATTTGAAGAAACATGCGAGAGTGGTGCCTTCCGAGATATCGGAGGAGAGGGATCTTCCCTCGGAAACCGACACCTACGATTTTGACCGGCATGGCGAGGTATATGAGATGGTGCAGCGGCTGGATGACCAGCACCGGATTCCCGTTATCTTGAAATATTTGAACGATGTTGCCGAGAAGGATATCGCGGACATGATGGAGCTCAACATCAACACGGTGAAGTCCAGATTGTTCAAAGCCCGAAAGAAGTTGAAGGAATGGATGCTGCAGAATAGGGGAGGGGATCAGCATGGGACGTGA	MVHDLIQRLKTEYSDELFEELYRLYADRAIRTATAVTGSPASAADVVQETFIRVYRNLGAYDGSKPFDPWFNRILYNECNRYLKKHARVVPSEISEERDLPSETDTYDFDRHGEVYEMVQRLDDQHRIPVILKYLNDVAEKDIADMMELNINTVKSRLFKARKKLKEWMLQNRGGDQHGT	PGPT0014960_10106	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04701	816			hypothetical protein	ATGGGACGTGATCCATTGGATCAAGAGATAACGGACGGTCTGAAAAAGGGTACGGATGACGCGATGCGACATAAAGACGAGATTTGGTTGGCGATTAAGGAGCGGATTCATAGCGAGCAAGCCCGGCGGTCTGCGGAATCGGAGACTTCCTTCGCGCCGCGGGAATCGAAAGGGCGCCGCCGTTCGGGACGAAGAACTGTCGGATGGATTGCGGCAACCGCCGCTGCGGCAGCCATCGTGCTGACCGTCAGCTTTCAGACGGCGCCGGTTCAGGCGTTCCTTGATCAGGTGAAGGAATGGTTTGCTCCCCAGAAAACGGTCGAGCAGGAGCTTGAAGGAACGCCGGAAACCAGCGTGGATCAGCTGCATGAGGGTGCCGATTACGTGATTTATATTGATGAGAGCCGGTTTAAAATGATTCATGAATCGGGCGTGGACCGCATTGAATTGAAGGAGAAGCCGACGGATGACCGCTATCCGGAAGTGTTCATGGAAATTTCGCAGGAGGGCATCGATGCCAAGACGGCAGCGGAGCGGATCCAGACGGAGCTGCAAGAATATCCGAAGGTTGAATCGAATCCCGTGGATGAACCGATTCAAGGCTGGGAAGTGCGTGCCGTTGGTGGAACCGGCGGTAAAGAGTGGGATGACCCGGTGATACGATATTATGTGTTCGATAACGGGCAGGGCGGCAGCTTTGTTGTGAAGCAGCAGTATTTCCTGGAGGCCTCCGAGGGCTTCGGCGCACGCTTCCATAACATGATGAAGGAATTCCACATTACGACGAATACCCATGCTGAGTCTGACATCGAATAG	MGRDPLDQEITDGLKKGTDDAMRHKDEIWLAIKERIHSEQARRSAESETSFAPRESKGRRRSGRRTVGWIAATAAAAAIVLTVSFQTAPVQAFLDQVKEWFAPQKTVEQELEGTPETSVDQLHEGADYVIYIDESRFKMIHESGVDRIELKEKPTDDRYPEVFMEISQEGIDAKTAAERIQTELQEYPKVESNPVDEPIQGWEVRAVGGTGGKEWDDPVIRYYVFDNGQGGSFVVKQQYFLEASEGFGARFHNMMKEFHITTNTHAESDIE				NA	NA	NA	NA	NA
JZ016_04702	1218	ansZ	COG0252	L-asparaginase 2	ATGAAACCAAAGTCAAAACGTCCTTTAGCGGTCTGGAGTACCGCTGCATTCACCGCTTTTGTTATTTCTGTATCACCTGTTGGAACCTATGCGGCACATGCTGCAACGGTGACGGAAGTGAAAGGAACGGTTATTACGGCTACGCCTGTACAGGCTCCTGCAACGCCGGGAAGGAATACGACGGTACCTCCGCTATCGGAAGCTTCCAAACAATCGACGAGGCCGAACGTGTTGGTCATTGCTACCGGCGGCACTTTGGCAGGGCAATCGACGGATGCCACCAGCTTTCAATCCTACCGGGCGGGTACGTTGAAGATTGAGGACATGGTCGGTGAGCTTCCCAATACGGACAAGATTGCGGATATCAGCACGCTCCAGTTCGGCAATTCGGGATCAAGCGCGTATACAATGGCGGATCTGTATGATTTGTCCCGGACGGTGGACCATGCGCTTAAGGTCTATGACAGTGTCGTTGTAACGACGGGGACGGATACGATGGAAGAGATTGCGTACTTCCTTGATCTGACGGTACAAAGCGACAAGCCTGTAGTCATTACCGGCTCCATGCGGCCTTGGACGGTGATCGGTTCCGATGCGCAGGCGAATCTGTACAATGCCATCAAACTGGCTGGAAGCGGCCGCACGGAATCCTTCGGCACGGTGCTAATGCTGAATGATACGATTCATCTGGCGCGCGGCGTAACCAAGACGAATGACTACCGTACCGACACGTTTGAGACGCCTATGCTGGGAGCGGTCGGATATATCGATGATGAGAATATTCGGATATACCGTGCCCCCCTCCGTGCGATGAAGGCGGAAGGTGAAGGCAAACCGGTATTTGATCTGAGCAGAATCGCAAAAGAGGACCTGGCGAAGGTTGAAATTGCAATCTCTTATCAGGAAGCCGGCGGTGGTGCCATTAAAGGCTTTGTGGCAGACGGAGCTAAAGGCATCGTCACTTCCGGCACCGGCGCAGGCGGCATCTCGAGAGAGATGAGCGCGGCCCGCAAGGAAGCCATCGAGAAGGGGGTGGTTTTCGTAACAACGACCCGTACAGGCTCCGGCAGCGTATACGGCGGAGGTGAAGGCATCATTTCAGGCGACAATCTGAGTCCTCAACAAGCCCGCGTACTGCTGCTGCTCTCCCTGTCCTTTACGGATGATTTCAATACCATTAAGGGTTGGTTCGCAACCTACGGAACACCTGAAGTGTAA	MKPKSKRPLAVWSTAAFTAFVISVSPVGTYAAHAATVTEVKGTVITATPVQAPATPGRNTTVPPLSEASKQSTRPNVLVIATGGTLAGQSTDATSFQSYRAGTLKIEDMVGELPNTDKIADISTLQFGNSGSSAYTMADLYDLSRTVDHALKVYDSVVVTTGTDTMEEIAYFLDLTVQSDKPVVITGSMRPWTVIGSDAQANLYNAIKLAGSGRTESFGTVLMLNDTIHLARGVTKTNDYRTDTFETPMLGAVGYIDDENIRIYRAPLRAMKAEGEGKPVFDLSRIAKEDLAKVEIAISYQEAGGGAIKGFVADGAKGIVTSGTGAGGISREMSAARKEAIEKGVVFVTTTRTGSGSVYGGGEGIISGDNLSPQQARVLLLLSLSFTDDFNTIKGWFATYGTPEV	PGPT0020180_116	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020180-EC_3_5_1_1|ansA|ansB-K01424	NA	NA
JZ016_04703	2001	dpp5	COG1506	Dipeptidyl-peptidase 5	ATGACTGATAAGCGACTCATAACGCCAGAGGATTTGTACCGGATGCACTGGGTGAATGACCCTGTCGTATCTCCAGCTAGCGGAGCCATAGCTTATGTACATAAATCCGTCAGCGAAAAGTTCGACGGTTACCGTTCCCATATCCGATTGCTTCCTGCAGAAGGAGACCAGGATGTTCCCTTCACGTCGGGCGAAGCGGATGCCGCACCCGCTTGGTCCCCGGACGGGTCGGAGCTTGCTTTCTTGCGCAAAAAGGGCGATAAACCACAGATATGGATCATGCCTGCCAACGGAGGGGAAGCAAGACCGGTTACCGACTTGAAGCACGGAGTCAGCGCCTTTAAATGGTCACCGGACTGCACACGCCTGCTTGTTAAAGGCGAGGCAGACGCGGGGAAGACTACTGAAGGCGAGGAGCTAGACAAAGACGGTAAAAACAAGCTGCCCGAGGAAAAAATCATTAATCGCATTAAATATAAAGCCGATGGGCCCGGATTGTGGAATGAACGTCGACATCATCTATACCTCGTGAATCCGGCAACGGAAGAATGCACACAAATTACAGAAGGAGATTTTGATATACAAGCCTTCACCTGGTCACCGGACGGCACCCGCATCGCATACAGCAGCAGCCTTGCCACGGAGCAATTCCCGGATCCGGATCTTCGTTTGACGGACGATGTGTTTGTCATGGACCTCGCCAGCGGATCCGTAACCGAATTGACGGATGGAACTCTCTCGATCGGCTCCATTGCGTTCACCCCGGACGGGCAGTATATGCTCGTGCTTGCCAGCGATCTTAGCTGCGGTTTTGCCACGCTGACCAAAATCCACTTGATCCCGCTCTCCGGCGGAGAATCCCGCGTGCTCTTCACGGACATGGATATTCAGCTGGGGCACGCCGCGGTTAGCGACATGAGGGCCGGAGCCGGAACGCCTCCGCTGTTCAGTAGGGACGGCCAATCCGTGTACATCCAGCTCAGCCAGGATGGCGGCGTCCATATTGGACGATTTGCCCTGGACGGTTCATCCTATGAGCTGGTGGTATCGGGTGAACGCGAAGTGTACCAATTCGCTCTGACACCGGAGGAGAACGTAGTGTTTGCTGCGGCTGACCCGCTGCAGCCCGGTGATCTGTTCAGCTTCTCTATCGCTAAGAACGAGGAGAAACGTCTGACGAACTGCAACGAGGAGCTGTGGAGCGAGCTTACGTTAAGCACGCCGGAGTCCTTTACGTTCCGGACGTCGGACGGCTGGCCGATTCAAGGGTGGATCATGAAGCCTGCCGGCTTCACGGAAGGCGCCAAAGTTCCGGCCGTGCTTGAAATTCACGGCGGTCCGCAAGCCATGTACGGGCATACGTTCATGCACGAGTTCCAGCTGCTGGCTGCAGCCGGTTATGCGGTATTCTACACCAACCCTCGGGGTGGCCACGGATACGGTCAAGTACACGTTAATACCGTTAGGGGAGATTACGGTGGACGGGATTACCAGGATCTGATGGAAGCTGTCGATTATGTTCTGGATACCTATACCTATGTCGATGCCTCCCGACTTGGCGTAACCGGCGGCAGCTACGGCGGCTTCATGACCAACTGGATCGTCGGTCATACCGACCGGTTCCAGGCAGCGGTAACCCAGCGCTCGATATCGAACTGGATCTCCTTCTACGGCGTCAGCGATATCGGCTACACCTTTACGCAGGATCAGATCTGGGGCAATCCATGGGACGATCTGGAGAAGCTGTGGAAACATTCCCCGCTCGCTTACGTGAAGGACATCCATACGCCGCTTCTCATCCTTCACGGAGAACAGGATCTCCGCTGCCCGATCGAACAGGGAGAACAGCTGTTTATTGCCTTGAAGCGACTTGGCCGGGAAGCTCAGTTCATCCGTTTCCCTGGTGCCGATCACAACTTGTCCCGAAGCGGCCACCCGCATCTGCGGGTGAAACGCTTAAGTCATATTATCCGCTGGTTTGTGGAGCATATCGAAAAATAA	MTDKRLITPEDLYRMHWVNDPVVSPASGAIAYVHKSVSEKFDGYRSHIRLLPAEGDQDVPFTSGEADAAPAWSPDGSELAFLRKKGDKPQIWIMPANGGEARPVTDLKHGVSAFKWSPDCTRLLVKGEADAGKTTEGEELDKDGKNKLPEEKIINRIKYKADGPGLWNERRHHLYLVNPATEECTQITEGDFDIQAFTWSPDGTRIAYSSSLATEQFPDPDLRLTDDVFVMDLASGSVTELTDGTLSIGSIAFTPDGQYMLVLASDLSCGFATLTKIHLIPLSGGESRVLFTDMDIQLGHAAVSDMRAGAGTPPLFSRDGQSVYIQLSQDGGVHIGRFALDGSSYELVVSGEREVYQFALTPEENVVFAAADPLQPGDLFSFSIAKNEEKRLTNCNEELWSELTLSTPESFTFRTSDGWPIQGWIMKPAGFTEGAKVPAVLEIHGGPQAMYGHTFMHEFQLLAAAGYAVFYTNPRGGHGYGQVHVNTVRGDYGGRDYQDLMEAVDYVLDTYTYVDASRLGVTGGSYGGFMTNWIVGHTDRFQAAVTQRSISNWISFYGVSDIGYTFTQDQIWGNPWDDLEKLWKHSPLAYVKDIHTPLLILHGEQDLRCPIEQGEQLFIALKRLGREAQFIRFPGADHNLSRSGHPHLRVKRLSHIIRWFVEHIEK				NA	NA	NA	NA	NA
JZ016_04704	585	ydjA	COG0778	Putative NAD(P)H nitroreductase YdjA	ATGAACGTAAGTGAAGCGATCCGAACGCGCCGCAGCCTTGGCAAGGTCAAGCCTGATGCCGTACCGCAGGAATGGATTGAACAAATCGTAGAAGCAGGTACCTGGGCGCCGAATCACAAGCTCACGGAGCCGTGGAAATTTTTTGTTATGCAAGGTGAGGGCCGTGATGTGCTCGGCAACGCGCTTGGTGACATTCAGGCGGCAGGCGGCGATGATACGAGTGAAGAGGCTGTAAATGCAGCACGCGAGTCGGGACGTACGAAGGCATACCGGGCTCCGGTTGTCATCGGTGTGGCGGTCGAACCGTCCACGGACCCCAAGGTGATTGAACTTGAAGAGTACGGAGCGGTATTTGCCGCCATTCAAAATATGCTTCTGCAAATTCATGAGCTTGGTCTGGGTGCCGTGTGGAGAACAGGCGAGCCGTGTTTCCATACGCTGATGAACCAAGCGTTCGGATTGAAGCCTGAAGATAAAATGCTGGGTTTCCTGTACATCGGATATCCGGATATGGAACCTAAGCAGGGGAAACGTCAACCGGCAGCGAACAAAACGGTATGGCTCAATAGTGCCGCAGACCTGTAG	MNVSEAIRTRRSLGKVKPDAVPQEWIEQIVEAGTWAPNHKLTEPWKFFVMQGEGRDVLGNALGDIQAAGGDDTSEEAVNAARESGRTKAYRAPVVIGVAVEPSTDPKVIELEEYGAVFAAIQNMLLQIHELGLGAVWRTGEPCFHTLMNQAFGLKPEDKMLGFLYIGYPDMEPKQGKRQPAANKTVWLNSAADL				NA	NA	NA	NA	NA
JZ016_04705	372			hypothetical protein	ATGAAATTTCGGTTCAAGCAGTGGGATCTGGGGAGCAAGTTGATTTTTATAGCCACCTGTTTAGCGATAGCTTCTTTCTTTTTTAAATGGCTGGATATCGGCGTGGCTGCAGAGAATGGTTTCTTGCAGGGCGGCGTGTTTTTCATCGTATGTTTCATCTATCCACTTTTGAAAGTGGTTCGCGAGAAGAAGATGAACAAGATCATAGCATACGCCTTTGCGCTGGTCGCTATTTTTTTGACAATGATGTACGTGTCATCCAAGACCGTAGATTTTTTTGGAGAGACGATAAGAGGGGCAGCGGCGGGGCCGTATCTGTTCTTGGCGTCATGCGGACTGCTGAGTTTCGGTATTTTTAGCCGCAAGTTCTAG	MKFRFKQWDLGSKLIFIATCLAIASFFFKWLDIGVAAENGFLQGGVFFIVCFIYPLLKVVREKKMNKIIAYAFALVAIFLTMMYVSSKTVDFFGETIRGAAAGPYLFLASCGLLSFGIFSRKF				NA	NA	NA	NA	NA
JZ016_04706	192			hypothetical protein	ATGGAAACCGTTACGCTCATCGGTGCGATCACCGCACTCGCGCTCATACTCATTCTATACATCGGTAATTTAATCAATAACGGACTCACCGCCGCCTTCAACTTGAACATCCGTGCCAAAAAGTACGCTGTGGTGCTGTTAATCATTTACGCGGTGTCCATCAGCGGCTTTGTCCTGCTCACCCAGAGGTGA	METVTLIGAITALALILILYIGNLINNGLTAAFNLNIRAKKYAVVLLIIYAVSISGFVLLTQR				NA	NA	NA	NA	NA
JZ016_04707	831	yvgN_2	COG0656	Glyoxal reductase	ATGGCCAATCAAACTTTTACCGATGGACCTACTTTGAATGATGGCGTAAAAATGCCGTGGCTGGGTCTTGGCGTATGGAAGACCAAAGAAGGCGAAGAGGTTATTCAGTCCGTAAAATCAGCAATCGCTGCAGGGTACCGCAGCATTGATACTGCTGCCATCTACGGCAATGAAGAGGGCGTAGGGCAAGCCATTCGCGAATCCGGAGTTTCGCGGGACGAGCTGTTCATCACCACCAAAGTGTGGAACGATGACCAGGGGTATGAGAAGACGCTGCAAGCTTTTGAGACGAGCCGCAAGAAGCTCGGGCTGGATATCGTTGATTTGTATCTCGTGCACTGGCCGGGAAAAGATAAATACCTCGACACGTGGAAGGCATTGATTCACTTGCAAAAAGAAGGACTTGTTCGTTCCATCGGCGTCAGCAACTTCCAGATCCGCCACTTGCAGCATATCATCGAGGACACAGGTGTTGTACCGGTTGTGAACCAAGTCGAATTGCATCCGCTGCTCTCCCAGAAGGAGCTGCTGGGATTTGCACGCGAGAACCAGATCGTCCTGGAGGCGTGGAGTCCGTTGATGCAGGGCAATCTGGATCAACCGGTCCTCGCGCAGATTGCGGAGAAATACGGAAAAACCACGGCGCAAGTCATTCTGCGCTGGGATATTCAGAACGGCGTCATCGTCATTCCGAAATCGGTGAAGGAGCATCGCATCCGCGAAAATGCCGGCATCTTCGATTTCGAGCTTTCGGCGGAAGATATGGCAGCCATTGACGGCTTGAACCAAAACAAACGTTTTGGCTCCAATCCGGATGAATTCCTGTTCTAA	MANQTFTDGPTLNDGVKMPWLGLGVWKTKEGEEVIQSVKSAIAAGYRSIDTAAIYGNEEGVGQAIRESGVSRDELFITTKVWNDDQGYEKTLQAFETSRKKLGLDIVDLYLVHWPGKDKYLDTWKALIHLQKEGLVRSIGVSNFQIRHLQHIIEDTGVVPVVNQVELHPLLSQKELLGFARENQIVLEAWSPLMQGNLDQPVLAQIAEKYGKTTAQVILRWDIQNGVIVIPKSVKEHRIRENAGIFDFELSAEDMAAIDGLNQNKRFGSNPDEFLF	PGPT0014985_361	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0014985-yvgN-K23257	NA	NA
JZ016_04708	582			hypothetical protein	ATGTCGATGAAGCTGGCCATCCTGGGCTTGCTGCTGGAAGGAGACCATCATCCGTACGAGATCCGGATCAAAATGAAGGATCGCGGCATGGATCAGTATACGAAGCTGCAGATGGGCTCTCTTTATTACGCGGTAGACCGGCTTGCCGAGGACGGATATATCAAAGCAGTGGAAACCATACAGAGCGATAGCCGCCCGGACAAAACCATCTACCGGATCACGGATGCCGGACGCAAGCTTTTTGAGCAGCTGCTGCTCAAGAAATTCAGGGACATCGAGCCCGTACACCACCCGCTCTATATTGCCCTGCCTTTCTCGCGACACGCGGATCCGGCCGTTCTGGCCCCGATCTTGCAGTCCCGTATCCGGGAGGCAGAGCATCGGGTGAACCAGGCATATCAATTATACGTGGAACACCAGCATATCGTACCCCGCAGCACCCAGCACCTGATGATCGGGATGTACGAACATGCCAAGACCGACCTGAACTGGTTAAAAAGATTGAACGAAGACCTAGTGCAGGGAAACCTCGGCACGATCGGCGAACCGTTGTTTCCGGAGGATGGACCCAAAGAACAGTAA	MSMKLAILGLLLEGDHHPYEIRIKMKDRGMDQYTKLQMGSLYYAVDRLAEDGYIKAVETIQSDSRPDKTIYRITDAGRKLFEQLLLKKFRDIEPVHHPLYIALPFSRHADPAVLAPILQSRIREAEHRVNQAYQLYVEHQHIVPRSTQHLMIGMYEHAKTDLNWLKRLNEDLVQGNLGTIGEPLFPEDGPKEQ				NA	NA	NA	NA	NA
JZ016_04709	1503	bmr3_4		Multidrug resistance protein 3	ATGAATGCACAACAAAGCAACATCAAATTGGTCGTGGCCGGTCTGCTGCTCGGCATCTTCATGGCCGCCATCGATAACACGATTGTAGCCACTGCCTTATCGACGATTATCCGCGATCTTCAGGGCTTCGACCAAGTCGTCTGGGTAACCTCGATCTACATGGTTGCCGTTATGGCCGGTACACCGATCTTCGGTAAGTTATCCGATATGTATGGACGGAAGCGGTTCTTTATATTCGGGTTGGTTGTCTTTCTGATCGGTTCCGCTCTTTGCGGGATGGCGAACAACATGACAGAGCTTATTATTTACCGGGCGATTCAAGGAATCGGCGGCGGTGCTCTTATGCCGATTGCGTTTACCATCGTGTTTGACCTGTTCCCGCCGGAGAAGCGCGGTAAAATGACGGGTTTGCTCGGTGCCGTATTCGGCACCTCCAGCATTATGGGACCGCTGCTGGGCGCTTTTATTACCGACAGCATCGGCTGGGAATGGATATTCTATGTCAACGTGCCGATCGGTATCGTATCCTTTATCTTCATCATGACTTCCTACAAGGAGTCCCGTTCCCATGCCAAACAAAAGATTGACTGGACGGGGGCTGCAACGCTTGTTGGCGCGATCATCTGCCTGATGTTCGGTCTGGAACTGGGCGGGCAAACCTATGCATGGGATTCACCGCAAATTCTGGGCTTGTTCGGGGGATTCATTGCTCTGTTTATTGTGTTTCTATTGGCAGAGACCCGGGCAGCCGAACCCATTATTTCGTTTCAAATGTTTCGTAAACGGCTGTTTGCCTCCAGCAATATCGTTGCCTTGTTCTATGGAGCAACCTTCATCGTGGCAACGATCTACATCCCGATCTTTGTTAGCGGAGTGTACGGTGGATCAGCAACCAATTCGGGCCTCATTCTAATGCCGATGATGCTCGGCAGTGTAGTCGGCAGCCAGGGCGGCGGTATGCTGACGACCCGGACTTCGTTTAGAAACATCATGATTCTGTCCGTCTTGTGCTTTATTGCAGGCATTTTCTGCCTGAGCACGATAAGCCCGGATACGCCGCGCTACCTGTTGACGGTTTTCATGATCCTGACCGGCTTTGGCGTCGGATTTTCGTTCTCCACGCTCAGCATGGCCTCCATCCATAACTTTGATGCCAGACAGCGCGGCGCAGCCACATCAACGAACTCCTTCCTTCGCTCCTTCGGCATGACGGTGGGGATTACGATCTTCGGGATTATCCAGCGCAACGGCCTCAACAGCCGACTCGCGGAAGCCGGAGGAAACGCGCCCGCCGGTGCCGAGTTAAATGCAGATGCTGTGCTTTCACCTGAAGTGATGGGCCAGCTCCCGCCGAACGTACGTGAACAGATCACGGCCTCCTTGGCGGATTCCATTTCGAATACGTTCTTGTGGGCGCTTGTGCCTGCGGTGCTGGCTCTCGTGTTCGTGCTGATGATGGGCAACGAACGAGTGACCGTACCTGCCAAGGCCAAGGGAGCCTAA	MNAQQSNIKLVVAGLLLGIFMAAIDNTIVATALSTIIRDLQGFDQVVWVTSIYMVAVMAGTPIFGKLSDMYGRKRFFIFGLVVFLIGSALCGMANNMTELIIYRAIQGIGGGALMPIAFTIVFDLFPPEKRGKMTGLLGAVFGTSSIMGPLLGAFITDSIGWEWIFYVNVPIGIVSFIFIMTSYKESRSHAKQKIDWTGAATLVGAIICLMFGLELGGQTYAWDSPQILGLFGGFIALFIVFLLAETRAAEPIISFQMFRKRLFASSNIVALFYGATFIVATIYIPIFVSGVYGGSATNSGLILMPMMLGSVVGSQGGGMLTTRTSFRNIMILSVLCFIAGIFCLSTISPDTPRYLLTVFMILTGFGVGFSFSTLSMASIHNFDARQRGAATSTNSFLRSFGMTVGITIFGIIQRNGLNSRLAEAGGNAPAGAELNADAVLSPEVMGQLPPNVREQITASLADSISNTFLWALVPAVLALVFVLMMGNERVTVPAKAKGA				NA	NA	NA	NA	NA
JZ016_04710	408	gloA	COG0346	Lactoylglutathione lyase	ATGATTAAAGGAATTGCCCATCTGGCGTTTGACGTAGCCGATATGGAGAAGTCCCTGCATTTTTACTGCGATGTGCTTGGTTTCACCCGTGCTTTTGATATCCCTAACAACCAGGGTGAGCCGTGGATCGAGTACATTAAGGTATGCGAGGGACAATTTATCGAGTTGTTTTACGGCGGGCAAAATAAACCGGAGCATGTAAATCGGCCCGTCGGATTCTCCCATCTCTGCCTTGAGGTGGAAGACATCGAGCACATCGCGGAGCATCTCCGCAATCAGGGCGTGAAGCTGGACGCCGAGCCGGTTCAAGGAAAAGACTTCAACTGGCAGTGCTGGGCCAGGGACCCGGACGGCAACCGGATCGAATTCATGCAGCTGGATCCCAAATCGCCGCAGATGAACTGCTAG	MIKGIAHLAFDVADMEKSLHFYCDVLGFTRAFDIPNNQGEPWIEYIKVCEGQFIELFYGGQNKPEHVNRPVGFSHLCLEVEDIEHIAEHLRNQGVKLDAEPVQGKDFNWQCWARDPDGNRIEFMQLDPKSPQMNC	PGPT0013300_3135	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_04711	2463	rep_3		ATP-dependent DNA helicase Rep	ATGACATCCATACCCTTCTATAAACGCCCGTACGGCGGTGAGCGTCAGGATATTCCGTTTGCCAAGCTGGCTTCCTTCGAGAACAGCCAGGACCTGATCCGCGATGACGCCCCGGATGCGGCTTTTTTTCGCGGCTTGGAATCACAAGGGCTGCTGCTGAACCGCGCCCAAATCCAAGCTGTACGACATACGCAAGGACCGCTGCTTACGCTTGCAGGCGCCGGCTCCGGGAAGACCTCCGTGCTGGTCAGCCGGACAGGCTACCTCATAGCGGCCAAGAAGATCGATCCGTCTTCCATCCTGCTTGTCACCTTCTCATCCAAAGCGGCAGCCGAGATGAAGGAACGCATCATGGCGCTTCCCGGGTTACGGGCTAGCGAAACCGCCAAAGTAACGGCAAGAACCTTCCATTCCTTCTTCCTATACTTGTTGCGAACCCGCGGCTACAGGCAGGAAATCCTGAGCAACTCCAGGCATCAGCAATTTATTATGAAGCGCATCCTGCGAGAAATGGGCTTGCAGGACAGCTACGAAGCCGAGACACTGCTATCCCTCTGGTCTGCCCATCGAATGAGTATGACCGGTCTTGACGAGCTGCCTGTCAAAACACCTGCGGAAGTCGAGCAAAGGCAAATTTTCGCCCGTTATGAGGCGTGGAAGGAAGAACACGGCCAGATGGATTTCGATGATATTCTGGTTTTGTCCTACCGTCTGCTGTCGCAGGATCCCGGATTGCTGGCTTCCCTTCAAAGGCGGTACCGTTATGTGATGGTCGACGAGTTTCAAGATACCGGGCTGCTGCCCTATGAGCTGCTGAAGAAGATGGTCGCCCCGCATCGCAACCTGATGGTTGTCGGTGACGATGATCAGACCATATACGGCTTCAATGGCGCGCGTAACGAATTCATTCTGGAATTCGACCAGACGTTTCCCGGGGCCAAGGTGGTGACGCTGGATATCAACTATCGATCCCTCTCGTCGATCGTCGGGCTGGGAAATGAAATTATCCGTGTCAATGAACGCCGCCGTCCCAAGCAGCTGCGCTCTACCCGCAAGAGCAGCAGCGTACCGCTGTATCTTCGTCCAGGTGATCCCGACCAAGAAGCGGAGCTACTGCTGACCCATATTACCGAACAGGTCCGGGAGCACGGAAAACAGTACCGCGATCATGCGATTCTATACCGAACCGCAAACAACAGCCGGGCGATTTTCGAACAGCTCGTGATGAGGGAAATTCCGTTCATTCATTACGAGAACGGGGATCTGTTCTACGAGCAGTGGATTGTCAAACCGCTCATGGACCATCTGCGGCTGTCGCTGGACCGGCGCAATTTCACGGCGATGGAGGGCATGCTTCATACGCTGTACATGAACCGGGACAAAGGGATGGCGTTCATCCGGCAGCAGGATGCTCCGCGTCCCAAGAAGGGGCCTCTATCGCATCTTCTATCCTTTCCCGGCCTGAAGGACTTCCAGATCGAGAATATTAGAGATCGCACTAAGCTCATAAAGGGATTAAAGGCGATGGAGCCCCTTCAAGCCGTACAGGAAATGAGGCGGCAATTCTACGACAAGTTTCTGGAGGCAGACGAACGTCAGGAGATCACCCTCCATAAGGAATTCATACAGGAAGGCCTGGATGAATTGGAGGCCTCGGCGAAGCGTTTTGGCGATATCGCTGAGTTCGTTGAATTTGTCGATCGGCTGATCGTCATTCATAAGGAAATGGCGGCCATGAAACGGGACGAGCAGGCCGATGCCGTCCGCTTAATGACGATCCATAAATCCAAAGGGCTGGAGTTTCCCTCGGTATGCCTGATCGGGGCGAGCGAGGGCATTCTCCCGCATACGTCCGCTTTAGACGCCGAGCGCAGGGACGATCAGCGTCCGCTGTCGGACAAGGAGGATAAGGCGCTGGATGCACTGGAAGAGGAGCGCAGATTAGCTTATGTCGCTATCACCAGGGCACGGGATGAATTGATTGTCAGTTCGCCTGGCTTTTACCGGGGACGTAAAGCGGAGGTTTCCCGCTTCTTCCGCGATGTGTTCGTCACGGACGAGCAGAGCAAACAAGGCAACCGTATACCAAACAAGGTCGGCGGGTCAACGCCCCGTACATCCTTTACGGCTAAACGCACGATCCGCATAGAGACCTCAACCTCAACCAAGCGCTCTTCCCTGCCCTCTTCTGCTGGGCGGACAACGGTGAGCACAACCAGTCAGAGGAGCCAACGTATCGGTTCAGATTCGGGCTCCGCTCCGAGCCCACAGCATCAGGCTGCATCCGCCGGGACAGAGATCGTCGACGTGTGGTTATGCACCAGCGCCAATTGCAAAGGCTGGCAGCGGGTCAACGCAAGAATCCCTGCAGGCACACGGAATCGGGAGAGCAAGGCCTGTCCTCTATGCCAGTCGCCCATGAAACAGGGGCGCAAAGAGGTTCCGGTGCACATTAGGCGTTAA	MTSIPFYKRPYGGERQDIPFAKLASFENSQDLIRDDAPDAAFFRGLESQGLLLNRAQIQAVRHTQGPLLTLAGAGSGKTSVLVSRTGYLIAAKKIDPSSILLVTFSSKAAAEMKERIMALPGLRASETAKVTARTFHSFFLYLLRTRGYRQEILSNSRHQQFIMKRILREMGLQDSYEAETLLSLWSAHRMSMTGLDELPVKTPAEVEQRQIFARYEAWKEEHGQMDFDDILVLSYRLLSQDPGLLASLQRRYRYVMVDEFQDTGLLPYELLKKMVAPHRNLMVVGDDDQTIYGFNGARNEFILEFDQTFPGAKVVTLDINYRSLSSIVGLGNEIIRVNERRRPKQLRSTRKSSSVPLYLRPGDPDQEAELLLTHITEQVREHGKQYRDHAILYRTANNSRAIFEQLVMREIPFIHYENGDLFYEQWIVKPLMDHLRLSLDRRNFTAMEGMLHTLYMNRDKGMAFIRQQDAPRPKKGPLSHLLSFPGLKDFQIENIRDRTKLIKGLKAMEPLQAVQEMRRQFYDKFLEADERQEITLHKEFIQEGLDELEASAKRFGDIAEFVEFVDRLIVIHKEMAAMKRDEQADAVRLMTIHKSKGLEFPSVCLIGASEGILPHTSALDAERRDDQRPLSDKEDKALDALEEERRLAYVAITRARDELIVSSPGFYRGRKAEVSRFFRDVFVTDEQSKQGNRIPNKVGGSTPRTSFTAKRTIRIETSTSTKRSSLPSSAGRTTVSTTSQRSQRIGSDSGSAPSPQHQAASAGTEIVDVWLCTSANCKGWQRVNARIPAGTRNRESKACPLCQSPMKQGRKEVPVHIRR				NA	NA	NA	NA	NA
JZ016_04712	444			hypothetical protein	ATGTTCATAAATCGTATCTATCAATCAAGAGAAAGCCTTATTCGAAAATTCAAAGTTATAGATGCTGGTGCCGAAGCCAGCTTTAATTTGAACAACAAGGTTTTATATATAACTATAAAATCGCATACAAATGATGAACTATTGCTACATTTCAGAGATTTTAAAAGAAACGAGGATGCCCCACCGATTTCTTTAGCGAGCGAATCCTTTTATTTGATTTTGGATAAGGTTAGAACATCAAGCAATGGAGAGAAGTATATGCAACCTATTTTAGATTTATTGGATTCTATTCTTGCGCTTATCATTTTTATTCCAGAGATTAGATACAACGAGATAGACCAAAACACGTTAAATATAATTACCAAGGTGTTTCTTCCGGAACTAACTTATGAAATCGATGGAATAGAATATAGGCTACTACATTCAGCAAGCAACTTAGTGTAA	MFINRIYQSRESLIRKFKVIDAGAEASFNLNNKVLYITIKSHTNDELLLHFRDFKRNEDAPPISLASESFYLILDKVRTSSNGEKYMQPILDLLDSILALIIFIPEIRYNEIDQNTLNIITKVFLPELTYEIDGIEYRLLHSASNLV				NA	NA	NA	NA	NA
JZ016_04713	1251	yhdL_1		putative anti-sigma-M factor YhdL	ATGAGCGAAGAATTTAAACAGCGGCTGAAGGATTATGCAGATGGCAATTTGAGTGACGAGGAAAAAATCGAAATTGAGCGGGAAATGGAGAAGCTGGAGGAATACCAGACTTACTTGAACGAGATGATGGATAACACAAGCTCTAATTCTAATAGCGCTATGCATATGCGAGCTGACGATCAGACCGGCCTCTCGCCCAAGAAAGAAAAGCGAATCGTTCGCAGGGGCAAATGGAAAGCCCGAATCTCGAATGCGCTGACAGTAATATCGGCAATTCTGGCTATAACGGTCCTTAGCTCAATTGGTACAGCGTTATTCTACGGTGTCGGCGACCCGAGCCGAAACGATAAATACCAGGATGCCATCGCCTCCGCTATCTCGATCTCCCAACCTAACATCGAGGTTCCACTAAGCAGTCAGGGCAAAGTCTTCTTTATGCAGGAGGTGTACGGGGATATAGACAAGAAAGTGGGGAAAGAACGCGTGACCGTCGGCGAATATACCGTGAACTTCCTGTTCGGGCTGCCGTCCGTCAACATGGATTGGAACGAACGCAGTAGTCCATCACGGGTTTTCTACCGACCGGACAGCCCAGCGAAGGCGTCTTCAGTCGACCAAGACGGAGCTCCCCAGGAACAGTCAAAAGAACAGAACACCAGACCCTCCTCCACCAAGAGCGGTGACTGGTCCAGGCTTTCAAAGCTCCCCGAGGGTACCGTGGCCGAGGCTTATGTATCGTTTAACCGCTTCTTCTCGACCGACGAGCTGCTGAAGCAGTTCGAGAACCGGAACATGGAGCCTGTCTGGTTTGCCGTGGATACCGGGCCGAATGACCGATTCGGCGATCATGATGGAGTCATCACCGATCCTGTCGGCTTCCCATCTTATCCCGTCTGGCATCATGACGATTTGACGGTAACCTCTTATCAGGAAGAAAAACGCGGCTGGTTCGGCAAAATCGTGTCCAGCGGCGGACATTACCCTTCTATAGACACCTACGGGGACGGGGAACTGCGGAATGAACACTTCATCAAGTCGCTGCGGCTTCTGCAGGAGTACGAGCTCATTGCGAATCGGGTGGCTCCGTTCGTAGACGTGGACGCTTCCTTAGCTTATGTGGAACAAAACGGCGTTCGTCTCTATGGCGCTGTCATAACCGGGCCCGTCAAGGAACTGCTGACCCTGCGCGAGGTATCCTGGGTGCATAACCTGCGGGTCGGGGAAGTGCGGTTGTGGAATTGGACCGAGTGA	MSEEFKQRLKDYADGNLSDEEKIEIEREMEKLEEYQTYLNEMMDNTSSNSNSAMHMRADDQTGLSPKKEKRIVRRGKWKARISNALTVISAILAITVLSSIGTALFYGVGDPSRNDKYQDAIASAISISQPNIEVPLSSQGKVFFMQEVYGDIDKKVGKERVTVGEYTVNFLFGLPSVNMDWNERSSPSRVFYRPDSPAKASSVDQDGAPQEQSKEQNTRPSSTKSGDWSRLSKLPEGTVAEAYVSFNRFFSTDELLKQFENRNMEPVWFAVDTGPNDRFGDHDGVITDPVGFPSYPVWHHDDLTVTSYQEEKRGWFGKIVSSGGHYPSIDTYGDGELRNEHFIKSLRLLQEYELIANRVAPFVDVDASLAYVEQNGVRLYGAVITGPVKELLTLREVSWVHNLRVGEVRLWNWTE				NA	NA	NA	NA	NA
JZ016_04714	501	sigM_2	COG1595	ECF RNA polymerase sigma factor SigM	ATGAAACTGAACAGTCTTGAATCGGTTTATCAATATTACGTAAAGGACGTTTATCGTTACTTGTACTCCCTCTCTTATGATCACCATACGGCGGAAGACCTGGTACAGGAAACCTTCTATCGCGCTTACCTGTTCCTTGAGGATTGGAAGGAAGAACGAATCAAGCCATGGTTATTTCGAGTCGCCCATAACGCTTATGTGGATTATCAGCGGAAGGCCAGCCGCAGCATCGTGAGGGATTCTGTTTTTTTCGATCAACTAATCGACCGCCATACCCCGGAGGACATCCTGCTCCAGCAAGAAGCCCAAAGAGAAATTGGGCAAATGTTAACCGATATTCCGGAAAAGCAGCGGCAAGCGATGCTTCTGGTGGACTTTCATCAATTCACATACCAGGAGGCGGCGGATATTATGGGCATCACCTTATCCCATATCAAAATCACGTTATTTCGGGCCAGGCAGCGGCTGCGGGAAATGAAACGAAAGGATGGAATGTTATGA	MKLNSLESVYQYYVKDVYRYLYSLSYDHHTAEDLVQETFYRAYLFLEDWKEERIKPWLFRVAHNAYVDYQRKASRSIVRDSVFFDQLIDRHTPEDILLQQEAQREIGQMLTDIPEKQRQAMLLVDFHQFTYQEAADIMGITLSHIKITLFRARQRLREMKRKDGML	PGPT0014960_11718	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04715	156			hypothetical protein	ATGGTATATAAAGAGGTGCGACAGCCAGCAATACAACTCTCTTACAGTTCCTACATCACCTTATATACGTTTGAAGCCCGCTCATCTGGCGGGCTTTTGCTTTTTGCGACTAAGGGGTTACATCGCAGCTTCATTACTTTATTGCCGAAAGTGTAA	MVYKEVRQPAIQLSYSSYITLYTFEARSSGGLLLFATKGLHRSFITLLPKV				NA	NA	NA	NA	NA
JZ016_04716	627			hypothetical protein	ATGAAAATAAACCGTAAATTTATCGCCATTCTCAGTATCGCTGTGGCCAGCGTTCTGACGGTAAGCATCATACTCTTCTTCACGGATGCTTCGAATCGCTCGGGCCAGCATCATCGCATGAACGACAACATGAACGGACAGGCGCTGGTTCAAGTCGGCTCCACCTTCATCACGCATACCCATCTAACTGCCTATAAGAACAACCTCGCGCATAGCACCGCGCCCCTCCCTGATGACGCTACGCTCCTTAAAGAAATGGCAACGAAGGAATTGATGCTTCAATTGGCCAACGAACAAGGCGTTGCGGCGAGTCTGGAGGATGGTATTCAAAGGGCCAAGGAGCTTCGGAAGACGCTCGAAACCCAGCCGCGTCAGGTGCAAGAACAGCACTTGCGCATACTGGATACGATGGGCATCAGCGAAGATCAATACTGGGAAGACTACTCCCCGCCGGAATATCGGGATATGCTATCGATCGAGCGATTAGTGAATAAACTGACGACGGATACCAAGTCTACCCAGCCTGACGTCATAACCAGCACGCAGCAGCTGAAGGATAAACTGCTAAACACCGCATTGGATGAACAGCGAATTATCGTGTTGGATCCGGACATTCAATTGAGGTAA	MKINRKFIAILSIAVASVLTVSIILFFTDASNRSGQHHRMNDNMNGQALVQVGSTFITHTHLTAYKNNLAHSTAPLPDDATLLKEMATKELMLQLANEQGVAASLEDGIQRAKELRKTLETQPRQVQEQHLRILDTMGISEDQYWEDYSPPEYRDMLSIERLVNKLTTDTKSTQPDVITSTQQLKDKLLNTALDEQRIIVLDPDIQLR				NA	NA	NA	NA	NA
JZ016_04717	1128			hypothetical protein	TTGTTTTCCATATGGACGTTAAACCGTGTGCAGCGAAGGATGCTGCTGATACTGATTGCAGCGGTTCTGGTTATGTCATGTCTGCTGGTTCTTACCGGTCTTCATGAACGTTCCCCGAGCATAAGCAGCGTGATCGAAGAACGATATATCCAAAGTGCGGCCATGATCAGCCACCCCGGTGGAGACCTGGAAGACCATGCTTCCAGCGTCATGCCCGGTGTGCCGCTTATGATTGCCGGACTTACCGCCTTATTCGGAAGCATGGATGCCGCCCTGATTGCCTACCAGCTCCTTCAATGCGTCTTCCATGCATTTTCCGTATACTTGGTTTTCGTACTGTCCCGCTACATGTTTAATACGCGAATCGCTTTTCTGTCATGCATGATCTACGCTCTGTTCTGGCCGGCCTACGGTGCAGTCCGGCTAATCCTGCCGGATACGACCATGCAAACCTTAATGCTTCTTCTGGTCTGCGCCGTCATCGGAGCGCTTGAATTGAAGCAGGCTGGCTGGTACGCAGCTGCCGGCGCGCTTACAGCGCTTATGGCTTGTTACAACCTTCAAGCGCTGCTGTATCCGGTATTGTTCATTGCCTTTTGGATCAAGTACCGCAGTCCGATCAAAATCGTAACCGGCGGGCTCCTTCTTATTAGCGCAGGTTATTTGCTCATCTTATCTCCATGGTGGCTGAACATCCCGCTTTTCAATCGTTTGATGTATATGTCCGGTCCGTGGAACCTTGCCTCGCTGTGGCTGGAATCGAGATACATCGAAGGCAACCCTTTGGTTCATCTCTTCCGGAGCATATATGCCGGCCGCACCTCCAAATATGCGGCAGCGATCGGAAACGAGGAGGCCAGAAAGGTTGTGCAATCCGCATTGGACGCCGTCCGTCTCCTCATGCTGTTTGCCGGGACTGCCGGCGTCATCTGGTCGGTTTGGAAATACCATCTGAAACGGCAGCTCCCGGTGCTTCTGACGCTGCTGTATTTTATTGCCGCCGAATGGTTGGTTCCGAGCCTGGACGGCACCGGATTTCCCTATGCGGTCTTCCTGCTGCTCTACGCGGCATTTCTCGCGGACAAAGCGATTATCTATGCCCATAAGACCCGCCTGCTTCGTAAGTAA	MFSIWTLNRVQRRMLLILIAAVLVMSCLLVLTGLHERSPSISSVIEERYIQSAAMISHPGGDLEDHASSVMPGVPLMIAGLTALFGSMDAALIAYQLLQCVFHAFSVYLVFVLSRYMFNTRIAFLSCMIYALFWPAYGAVRLILPDTTMQTLMLLLVCAVIGALELKQAGWYAAAGALTALMACYNLQALLYPVLFIAFWIKYRSPIKIVTGGLLLISAGYLLILSPWWLNIPLFNRLMYMSGPWNLASLWLESRYIEGNPLVHLFRSIYAGRTSKYAAAIGNEEARKVVQSALDAVRLLMLFAGTAGVIWSVWKYHLKRQLPVLLTLLYFIAAEWLVPSLDGTGFPYAVFLLLYAAFLADKAIIYAHKTRLLRK				NA	NA	NA	NA	NA
JZ016_04718	231			hypothetical protein	GTGACTGACAAGAAAAAGGATCTCCCGCTTCACAACGGTCCCGGCAACATGGATCACCCTGAACAATACCCGACGGAACAAGAAAGCCTGTTCGATCAACATGAGAGCGAACAGCATGTGGACCCGATTCCGATGGAAGACGCCAGACTGGAGCGCCAGGAAGAGAAGCAGCGGGACGGGACGTCAAAGAAGCGTTCATCCAGTAATGATAAGTATCACAGCGGCTTTTAA	MTDKKKDLPLHNGPGNMDHPEQYPTEQESLFDQHESEQHVDPIPMEDARLERQEEKQRDGTSKKRSSSNDKYHSGF				NA	NA	NA	NA	NA
JZ016_04719	1857			hypothetical protein	ATGTCCATATTAAAGCGTCCTAGATTCTCTCGAGACTTAGCGGGACAGCTGTATTTTGTTTTTCTTTCTCTTCTGGGCTGTTCAACCTTCCTGTTGGTGCAACAAGGGGAGATTTTCCATTATACTCCTTCACAGTGGGTATGGGTCTATGCGATGTTAGGCGCCGCCCTCATCTTAAATTACTTCACCTTCCAGCTGCCGCCAGAGGGTAATTTACAGTCTATGGATTCCTCTGTTTACCTGGCGTGTATCTTTATATATGGAGCACCGTTTGCGCTGTCTGTCATCCTGTTTGTCTCCCTTACCATGGCGCTGTACGACAGAAAAATCCCCTTCTGGAAGCATTTTGTTAATTTCTCTGTGTATACCGTGATGATTGTCGGGTCCTCCTTCATTTTCAAAATGGCAGGCGGACAAGCTGGCCCTATTCACAATGATCAATTTGGTGCGTATCTTGCAGCGTTGGTTGTTTATTTTGTTATCAACGTATTCCTTGTCGGTTTCTACTATTACCTTCTATACAAAGGATCGTTATATGATATTTTGAAAACCTTCATAAAAGATACACTGCTTGTATACCTTAGTACGCTCATTCTTTCGCTGGTTCTCTCCATACTCATCGTACATAACGGCGTGTTCGGACTAACCTTGTTTATAGGACTCAGCGTGATGCTGTCCTATTCTTTCAAACAGCTCTTCACAATGTATAAACAGGTACAGGAAAAAGCAATCAAGGATCAACGGACGAGCCTGTATAATCACAGTTATTTCGAAAGTTTACTGGAGGACGAGATCAAGAAAGCCAAGGCCAATGAGACGCCATTGTCGCTGGCCATGATCGATATCGATGATTTCAAGAAATACAACGATCAATTCGGTCACCTGAAAGGGGACATGCTGCTCGGATTTCTCGGCAATTACCTCAAGGTGGAATCCGAAACGGCTGAAGTGGTGGCCTCTCGTTTCGGCGGTGAGGAATTCACGATTCTAATGCCGGGTTACGATGATAACAAAGCACGTTCCTTCATTAACAGGCTCCGCAAAAAATTGAACGATACCTATTTTGACGGCGTTGAGATATTCCCATCCGGGTGCCTCTCCTTCTCTGCCGGCGTTGCGTCCTATCGGATTGACATCCATGACAAGTCACAGCTCGTCGAGCTTGCCGATCAGGCGCTGTACTATGCCAAGAAGCAGGGCAAGAATAATGTGCACGTATACGGGAGCGGCGCCGAAAAAGAATCCGAGATCGACTTCGCGGAGGACGTCCGCGATATTGAGCAGCAGCTGAAGCTGTTCTTGTATAAAGATGTGGATACGTTCAAACACTCCAAACGGGTATTCCGCTATGCCATGGACATCAGCGAAGTGCTCGGGCTTGATAGTGTGGAACGACGCAATTTCGTACTCGGTGCACTCATTCACGATATCGGCAAGCTTGAGATTCCTTGGGGGATCTTGAACAAACGGGACAAGCTCACGGCCGGTGAATGGGAAACCGTCAAACGGCATGTCAGCTGGGGTAAACGCATCGCGGAAACGAACGAGAAGTTCAAGGAACTGGTTCCTTATATTGAATTACACCATGAAAGATACGATGGCGGGGGATATCCGCACGGCTTCAAGGGCAGCCAAATCCCCAAACTGTGCCGGATGCTGACCATTATCGATTCCTTTGACGCGATGACAACGGAACGACCTTACCAAAAAACGAAAACCTTCGAGGAGGGAATTGAGGAATTGCTCCGCTGCTCAGGCACGCAATTCGATCCGGAGCTTGTTGAGCTGTTTATTCGTTATTTAAGACTCAAAGCAGAAGCGCAGCAGCAGCCTGCAGCCGGTTCGGAGACATCTTAA	MSILKRPRFSRDLAGQLYFVFLSLLGCSTFLLVQQGEIFHYTPSQWVWVYAMLGAALILNYFTFQLPPEGNLQSMDSSVYLACIFIYGAPFALSVILFVSLTMALYDRKIPFWKHFVNFSVYTVMIVGSSFIFKMAGGQAGPIHNDQFGAYLAALVVYFVINVFLVGFYYYLLYKGSLYDILKTFIKDTLLVYLSTLILSLVLSILIVHNGVFGLTLFIGLSVMLSYSFKQLFTMYKQVQEKAIKDQRTSLYNHSYFESLLEDEIKKAKANETPLSLAMIDIDDFKKYNDQFGHLKGDMLLGFLGNYLKVESETAEVVASRFGGEEFTILMPGYDDNKARSFINRLRKKLNDTYFDGVEIFPSGCLSFSAGVASYRIDIHDKSQLVELADQALYYAKKQGKNNVHVYGSGAEKESEIDFAEDVRDIEQQLKLFLYKDVDTFKHSKRVFRYAMDISEVLGLDSVERRNFVLGALIHDIGKLEIPWGILNKRDKLTAGEWETVKRHVSWGKRIAETNEKFKELVPYIELHHERYDGGGYPHGFKGSQIPKLCRMLTIIDSFDAMTTERPYQKTKTFEEGIEELLRCSGTQFDPELVELFIRYLRLKAEAQQQPAAGSETS				NA	NA	NA	NA	NA
JZ016_04720	621			hypothetical protein	ATGGTATTTGACGGCATTATACTCGGGTTAATTGTCGGGCTGATACGTGGCGGACTCCGTCATGGACTGCAGCAATTCAGTAAGATTCGTCTGAAGGGCGGCTTAATCTTCCCCATACTCCTGATTGTGCAGCTGCTCATATTCCGCTTTCAAGTGAACTCTGATTGGTTGGCAGCCGCAAGCGGCTACGTCTTTATGTTCATCTACGTTGCCGGCATGATCTTTCTCTGGATGAACCGGGATCAGAAAGGTTTTGGCAGCATCTTGGCAGGTGTCTTTCTGAATTTCCTTGTCATGGCAGTGAACGGTGGCAGAATGCCCGTTTCCATGGGTGCAGCTTCCGTGCTGGATCCTGTTTATATGGACATGCTAGTGGATGCCACAGCTACTACCAAGCACTATCTGATGGACGCCTCTACCCGCCTGCCGTTCCTGGGAGACATTATACCATTATCCCCGCCGTACCCAAGAACACAGGTTATCAGTATCGGAGATATTATCATGAACTTCGGCATATTTCTCTACATTCTAAATCTCATGACCGTGGGGAAGAATACCGCCAACGTGCAAACATTAGGAACCAAATCCGATACCAATGAACGTGTGGAACCGCAAAATTAA	MVFDGIILGLIVGLIRGGLRHGLQQFSKIRLKGGLIFPILLIVQLLIFRFQVNSDWLAAASGYVFMFIYVAGMIFLWMNRDQKGFGSILAGVFLNFLVMAVNGGRMPVSMGAASVLDPVYMDMLVDATATTKHYLMDASTRLPFLGDIIPLSPPYPRTQVISIGDIIMNFGIFLYILNLMTVGKNTANVQTLGTKSDTNERVEPQN				NA	NA	NA	NA	NA
JZ016_04721	204	copZ_2		Copper chaperone CopZ	ATGAAACAAGTGACATTGACAGTGGAAGGCATGTCCTGCAACCATTGCGTGAACTCGGTGGAAGGCGCACTGAAGAATGCGGGAGCTTCCGGTAAAGTCGATCTTGCATCCAATACAGTGGCTATCGAATACGACGAAAACAAGGTCAGCCTTGAAGCATTAAAAGAAGCGATTGAAGAGCAAGGCTACGATATCGTGTCCTAA	MKQVTLTVEGMSCNHCVNSVEGALKNAGASGKVDLASNTVAIEYDENKVSLEALKEAIEEQGYDIVS	PGPT0004125_2891	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004125-ATOX1|ATX1|copZ|golB-K07213	NA	NA
JZ016_04722	741	nfrA1	COG0778	FMN reductase (NADPH)	ATGAATGATACCATATCGCTTCTGATGAACCATCGATCGATTCGTAAATATTCGGATCGACCCGTGTCAGAGGAGCAGCTTAGGACCGTTGTGGCAGCAGGTCAGATGGCATCAACCTCAAGCAACGTCCAGGCATACAGCGTAATTGCCGTTACCTCTCAAGAGAAGAAGCAGCGGTTGGCCGCTTTAGCGGGAAATCAGTCGTATATTGTGGAATGCCCGGTATTTCTGGTGTGGTGCGCGGATCTGTATCGTTTGAAAAAAAGCGCAGAGGCGCACGTGGTTGATCAAGAGACGTATGAAGATTCGACCGAGAATTTCATCGTGGCGACGGTGGATGCCGCTTTGGCTGCGCAAAATGCCGCGATCGCCGCGGAATCGCTTGGTCTTGGCATCGTGTATATAGGTGGGGTCCGCAACTCCATTGCTGAGTTCTCCGAGGCTTTGGAACTGCCGGAGCTGGTCTATCCGGTATTTGGCATGTGCCTGGGTTACCCGGATCAGGAGCCGGGGCTTCGTCCTCGGCTTCCGATGGAGGCTGTTCTGCACCGCGACAGCTACAATCGTGCGGCTGTAGAAGAAGTGAAGAACTACGATCGAACCTCTTCCGAATACTTGTCCCTGCGTACCCATGGCAAAAACAACACACCGTGGTCGGCGCTTATGGCTAAACGCCTGGCAGAGCCGGTAAGGCTGCACATGAAGGACTTCCTGAAGGGGAAGGGGTTCATGGGGCGTTAG	MNDTISLLMNHRSIRKYSDRPVSEEQLRTVVAAGQMASTSSNVQAYSVIAVTSQEKKQRLAALAGNQSYIVECPVFLVWCADLYRLKKSAEAHVVDQETYEDSTENFIVATVDAALAAQNAAIAAESLGLGIVYIGGVRNSIAEFSEALELPELVYPVFGMCLGYPDQEPGLRPRLPMEAVLHRDSYNRAAVEEVKNYDRTSSEYLSLRTHGKNNTPWSALMAKRLAEPVRLHMKDFLKGKGFMGR	PGPT0000290_444	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0000290-nfrA1|ywcG-K19285	NA	NA
JZ016_04723	333			hypothetical protein	ATGTATAAAATAGTTGCACATTTTTGCGGACTCAGCGGACCTTATTTTGACCAAAAGCACCATTTCTCGAATGGTGGCGGACAAGAGGTCCGTTATTCACCGAATAAGGCTCTCATGTTTCGGATTATACGCTACTTAACGGAACGTGTGTCCGATAGATCCTGCAAAAACGAGCCCATAGCGCAAATAACGGATCTGAGGTCCGATACTGCTATCGCCGTACTGCAACTCGTTCCGACTTGCGGCTTGGAAGCTACGGTAACTTGCGGTGCACTGCTCGCCTCCTACGCCACCAATCCCACATCAGCCAGGTTTGGGTTCGAGGCCGGCTGA	MYKIVAHFCGLSGPYFDQKHHFSNGGGQEVRYSPNKALMFRIIRYLTERVSDRSCKNEPIAQITDLRSDTAIAVLQLVPTCGLEATVTCGALLASYATNPTSARFGFEAG				NA	NA	NA	NA	NA
JZ016_04724	2319	yesS_9	COG2207	HTH-type transcriptional regulator YesS	ATGAGGCAACAGAATCCTGAATCCGTTTTCAAAGGTATTATGTATTGGAGAAGCATCGCGCTTGCCGTTTTGTTAACATGCCTCCCCATCTCGGCCATAACGGCCGTTTACCTTTATGTGGGCAACCAGCACATGATTAACCAATATCAGCAGCGGAACGAAGAAGCCTTGGTTGACGCTGCGCGACAAGTAGACGAGCAATTCACCCAATTGGTCCACTACGCCCTCAATATGGTGGTGAAGCCCCATTTCAAGCCTTCGTTGTCTGATATGGACTTTGTATCGAATATCGAGGAGACGAACGAGCTGTTCAATACACTGAACCTGGTGGAGAATGCCGATCCGCTGGTGGATCAGGTCTATCTCTATATCAAAAAGCAAAATAAAATCATGGAGCCTGATCTCGGCCTGCGGACGCTGGATCAGGAACAGGATGCGTTAAACTTCAACAGGCTCATGGAAGGAGATACGGACATGTTCTGGGTCCACGACCTGGAGCGGCCTTTTAACAAGGATAAATCCTCTCACGCGCTCGTCATGCGACTTCCCTTCAACGGTCATACGCCCTACGGCGCGATCGTCATCTATATTGATCCGTCGAAACTGCACGTCATTCGCAATAGCGAGAATCTCTCGTTCCTGCTGGACGACCATGGTCACGTCATCGGAGAGTCGGGGATGAGCCGCAGCATGCCGAAGGCGATGAGCGCGATTCAGGAACAGCTGAAGCTACCGGAGAATGCCCGGAGTGCGAATCATCTGCGATTGAAGGTTCCGGTCGACCAGGATGTATTACTGGTGAATACCGTTCAATTCGAAAAAATGCAGCAAAGTTGGACCTATGTTTCCGGCACGCCGCAATCGAAAATCATTGCTCCAACGAAGCCCTATACTCATATCATCCTGATTTGCTTTGCTTTTGCGCTTGCGGCATCACTGGCTGTAAGCTGGTTTGCCTCTAAGAGCATGTATCGTCCTATCAGCAAGATGCTGAATATGATTGGCGGCGATCAGGCCAAACCGAGCGCGCGATACAATGAGCTTGATTACATTGAACACGAGTGGAAGCAGTACCGGTTCTCGCATGATACGCTTCAGAGCCAATGGAAGCGGTCCCTGCCCGCGATCAGGGAGGCTTATATCAATCAATTCTTGAGCGGACAAGCCGCCCACCTGACGGAGTCCGAATATGTGCTCAAGCTGCAAGAGATGGATCTTGACATTACCCATAAACAGTTCTCGGCCATCGTGCTTCAGCAGCATACCCACGGGGAGGATCGGACACCTCTGACAGAAAACGATCAGCATCTTCTCACGTATGCCGCTCTGAACGTGATCCAGGAGCTGGCAGAGGACATAAGCGCATATATGCATCCCATCAATTTCTTCGACGGCTCCTTCGGCGTCATCTTGATCGCTCCGGCCTCCCATCAAGCCGATGAACAATCGCGTTTGATGAAGGAGCTGTGCGATCAGATCATGCGGGCGTTGCGCGATACGCTCCGCATGTCGGCAACCATCGTATTGGGCGGGCCAAGCTCAACCTGGACCGATGTTCCCCATATTCTCGAACAGGCCAAGCGGGCGCTGCATTACCGGTCCTTCGACGCAGGCAGTCAGCTGCTGGAAGCGGAAACCGTGCTTTCCCAGAAAAACGACTGGATCGACTTCCCGCTGGAATTGGAGCAGGATTTCATTCATACCTTGAATCTTGGGCTTCAGGGGGATGCGCTGCGTTCCCTAAGCCGCTTCGTAACGGCGCTTCAGGCCGGGGGAGGCTCGGAGTGGCATGTCCACCATGGCCTCATGCGGTTAATCACAAGCGTTCACCGGTCTATGCTGCAGGCTGGCTTAAATCCATATCAGGTGTACAATTTCTCCAATCTGCAGGAACAGTTGTCCCTGCTTCGGGATCCGAAGGCCTGCGTGACCTGGTTTCAGAAAGAAATTATCGAACCCTACCTCGATCAGTTAACAAAGAACTTCAACAGCTCCATGAAATCGCTGGTCGAAAACGTGCTGGAGCAAATCGAGCAAAACGGGATGCAGGATTTGTCCCTGGATGCCATGGCCATGGAAGCCGGCGTCAGTGTATCCCAGCTGAGCAAAGCGTTCAAGCAGATGACGGGCACGAATTATATAGACTATCTGACAACCGTGCGCATGAACCGCTGCAAAGAATTGCTGCTGACCACCGATCTTCGCATTCACGAGATTGCGGAGGCCGCCGGATATCAGCCTCCCTACTTCAATCGTATGTTCAAGAAGCTTGAAGGGATTACGCCCGGACAATACCGTCAGCAGGGCATCGGCAAATAA	MRQQNPESVFKGIMYWRSIALAVLLTCLPISAITAVYLYVGNQHMINQYQQRNEEALVDAARQVDEQFTQLVHYALNMVVKPHFKPSLSDMDFVSNIEETNELFNTLNLVENADPLVDQVYLYIKKQNKIMEPDLGLRTLDQEQDALNFNRLMEGDTDMFWVHDLERPFNKDKSSHALVMRLPFNGHTPYGAIVIYIDPSKLHVIRNSENLSFLLDDHGHVIGESGMSRSMPKAMSAIQEQLKLPENARSANHLRLKVPVDQDVLLVNTVQFEKMQQSWTYVSGTPQSKIIAPTKPYTHIILICFAFALAASLAVSWFASKSMYRPISKMLNMIGGDQAKPSARYNELDYIEHEWKQYRFSHDTLQSQWKRSLPAIREAYINQFLSGQAAHLTESEYVLKLQEMDLDITHKQFSAIVLQQHTHGEDRTPLTENDQHLLTYAALNVIQELAEDISAYMHPINFFDGSFGVILIAPASHQADEQSRLMKELCDQIMRALRDTLRMSATIVLGGPSSTWTDVPHILEQAKRALHYRSFDAGSQLLEAETVLSQKNDWIDFPLELEQDFIHTLNLGLQGDALRSLSRFVTALQAGGGSEWHVHHGLMRLITSVHRSMLQAGLNPYQVYNFSNLQEQLSLLRDPKACVTWFQKEIIEPYLDQLTKNFNSSMKSLVENVLEQIEQNGMQDLSLDAMAMEAGVSVSQLSKAFKQMTGTNYIDYLTTVRMNRCKELLLTTDLRIHEIAEAAGYQPPYFNRMFKKLEGITPGQYRQQGIGK				NA	NA	NA	NA	NA
JZ016_04725	981	yteP_53	COG4209	putative multiple-sugar transport system permease YteP	ATGAAAGCACAAGAAACCGTTCAGTCGGCAAAAGGAAGCGGGGGCCCCCCCATTCCCGTGAAATCCAAAACGAAGTGGGGGAGGATATGGTCGGATGTTGTGCGCGACAAGTATTTGTACGTGCTGGCCTTGCCGGGTCTGATCTTTTTTATCATTTTCAAATATATTCCGATTACGAATCTCGTGATTGCCTTCCAGGAGTATTCACCATACTTTGGAGTGCTTGGAAGCCCCTGGGTAGGATTCGAGCATTTCACCCGGTTCTTCTCCAACGATGATTTCTGGATGCTGCTGCGCAATACGCTGGCGATCAGCTTTCTGAGCTTGATTTTCTTTTTCCCGGCACCGATCATTTTAGCTTTGATGCTGAATGAAGTGCGAAATTCCTTCTATAAGAGGACCATTCAGTCTCTGGTGTATATCCCCCATTTTTTATCCTGGGTATTGATCTATGGCCTTACGTACCTCATGTTCTCGCAATCGGAGGGCTTGTTTAATAAGTGGCTCATCTCGATGGATTGGGAGACGATCGATATTCTCTCCAACCCCAACTACTTCTGGGGGATGCTGACGGGACAATCCATCTGGAAGGAAGTCGGGTGGGGAACCATCATCTTTCTCGCGGCCATCGCCGGTGTGGACCCGCAGTTATATGAAGCAGCCGTCATGGACGGCGCGGGCCGTATGAGACGGATGTGGCATATTACCCTGCCCGCGATGCGCAACGTGATCTTGATTCTGTTGATCCTCCGTCTGGGAACGATTCTGGATACGGGATTCGAACAGATATATCTGATGATGAATGCACCTGTTACCAATGTAGCTGAAGTGTTCGATACCTATGTATACCGGGTGGGGATTCGGCAGGGAGAGTTCAGTTACAGTACGGCTATCGGATTGTTCAAATCGATTGTCGGCGTCATTCTGGTGGTTACGGCCAACCGGCTGGCGAGGCGTTACGGTCAAGAAAGCTTGTACTAA	MKAQETVQSAKGSGGPPIPVKSKTKWGRIWSDVVRDKYLYVLALPGLIFFIIFKYIPITNLVIAFQEYSPYFGVLGSPWVGFEHFTRFFSNDDFWMLLRNTLAISFLSLIFFFPAPIILALMLNEVRNSFYKRTIQSLVYIPHFLSWVLIYGLTYLMFSQSEGLFNKWLISMDWETIDILSNPNYFWGMLTGQSIWKEVGWGTIIFLAAIAGVDPQLYEAAVMDGAGRMRRMWHITLPAMRNVILILLILRLGTILDTGFEQIYLMMNAPVTNVAEVFDTYVYRVGIRQGEFSYSTAIGLFKSIVGVILVVTANRLARRYGQESLY	PGPT0017250_443	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04726	885	ycjP_6	COG0395	Inner membrane ABC transporter permease protein YcjP	ATGCATGAGAAAGGATGGAAAACCAGGCTGTTCGGTCTTGTGAATAACGGACTGCTGCTGATCATCGGTTTGGCAACGATATTTCCGATTTATTATACCGTTATTTTGTCGTTTACCGATCCGGTGGAGTATTATCAACGAAGCCTGATATTATGGCCGCGGGTTTGGACGCTGGATGCTTATAAGCATTTACTCTCCAACGGACTGTTTGTCACCTCGATTTCCGTGAGTGTGTTCCTGGCTACGGTCGGCACGCTGCTCAGTCTGCTCGTTACCGGGGGCTTGGCTTATGCGGTGTCCCGCAAACGTCTGCGGTTTCGCAAGGCAATCATGATTATGATCCTAATCACCTTTCTCTTCACGCCGGGATTGGTGCCGCTGTATTTGGTGGTTCGTAATGTGGGACTCATTGACAGCATCTGGTCGCTTATCCTGCCCAGCTTGACCAGCGCATGGTATGTGCTGCTCATGAAGGGATTCTTCGACAGCATTCCGGAAAGTCTGGAGGAAGCCGCGATGATTGACGGTTCGAATGATATCGGCGTATTCTGGAGAATTATTTTGCCTCTGTCGCTGCCGGCGCTGGTCGCTTTCGGATTGTTCTTTGCGGTCGGTTATTGGAATACGTATTTCAACGCATTGATGTTTATTAACGACCAGAAGATGTGGCCGCTGCAAGTATTGCTGCAAAATATGCTTGTGGATCCAACGACGATGGGATCCGGAAGCGGCGGCGGATTCGCCTTCCAAGTGAATCGTCCCGTTCCAACGGAAACGTTGAAGATGGCGGCGGTCGTTATTGCAACCGTGCCGATCATGTTAGTGTATCCATTCCTGCAGAAGCACTTCGCCAAAGGAGCGATGGTAGGCTCTGTCAAGGAATGA	MHEKGWKTRLFGLVNNGLLLIIGLATIFPIYYTVILSFTDPVEYYQRSLILWPRVWTLDAYKHLLSNGLFVTSISVSVFLATVGTLLSLLVTGGLAYAVSRKRLRFRKAIMIMILITFLFTPGLVPLYLVVRNVGLIDSIWSLILPSLTSAWYVLLMKGFFDSIPESLEEAAMIDGSNDIGVFWRIILPLSLPALVAFGLFFAVGYWNTYFNALMFINDQKMWPLQVLLQNMLVDPTTMGSGSGGGFAFQVNRPVPTETLKMAAVVIATVPIMLVYPFLQKHFAKGAMVGSVKE	PGPT0017255_1831	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04727	1551	lipO_16	COG1653	Lipoprotein LipO	ATGAAAAGAATGGAAACCAAGCCGGGCAAGTCGTTTTTAAAAATGTCGGGGGTGCTGCTCTTGGCAAGCTCGCTCTTGCTTAGCGCATGCGGCAGCCGTAACGGAAGTGCACCGAGCGACAACGGAGGCGGAACAGACAGCAGTGAACCTACAAGTATTACGATACAGACCCTGAATTATGCCACCGAATTCATAGACAACACCAATGCACTATGGAAAGAGCTCGAGAAACGCACCAATACCAAGCTGAATATTACGTGGCTGTCGCCGTCCACGGCCGAAGAGAAGATCAATGTCATGCTTGCATCCGGCGATCTTCCAGAGGTTACTTTCGTGGAGACGTTGCAGAACCCGCAGCTGCAGAAAATGCTGAAGCAGGGGGTTTTCTGGGATCTGACACCGTTTCTTAAAGACTATCCGAATTTGAACCGCGAAGAATTGAAGGAAATGTGGGAAATCACCAAGGTGGATGGCAAGAACATCGTCATTCCTCGTTATTATCCTAGCTATGGCGGCGGAGTGTTCCCGATGATCCGCAAGGACTGGCTGGATGCCCTTCAGCTGGAAACGCCCAAAACGCTGGATGAGTTCCATAACGTGTTAAAGGCTTTTAAGGAACAGGATCCGAATGGTAATGGACAGGCGGATGAGATCCCGTATGCCGCTAATCCGAGCGCACTCGCCTATATTTATAATATATTTAATGAAACGCAAGGGTCCTGGAAGCTTCAACCCGATAATACCCTGACTCCGATTATGACGTCGGACGAGTCTAGGGAGGCCATGCTGTGGATCAAAAAAGCATATGATGAGGGCTTGTTCCCCAAAGACTTCGCTATCATGAAGTTCTCGCAGGTAATGGATACGATGCGAAGCGCCAAGGCAGGGGTAGGGGGCATGTCCATGAACCATGCCTGGGTGACCGGCGAAGCCGTGAAGGGCGTTGATCCCAAGGCGGATCTGATGCCGCTTGCTTATTTGGAGAATGCAAACGGGGTGAAGTATACGCCTTCAGGATCGCCGTATTATGGAGTATACCTGATTCCGAAGAAAGTGCCGGAGGCGAAAGTGAAGAAAATCCTCGAGTTTTTCGACTATGGTTATAGTCAGGAAGGCAATGAAATGTTGACCTACGGAATTGAAGGGGTCCATTACAATGTGGAGAACGGGAAGAAGGTTGCAACGCCGCAGGCCGCCGTGGATAAGACGGGTGACGGCAACTTGAACAATATGATTCACCTCGTCAGCGACGATATGGCTATCAGCGCGGTAGGGATGCCGGATGAAGTATATGAGCGGAACGTAGAGATCGTCACGGAGCGCAAGACGGTCAAGGTTCCGAATCCTTCGGGAGAGCTGTATTCGGAAGCCTACAACAAATACTATCCCGAGCTTTCCAAGAAAGTGGAGGATATGCGGGTCATGGTCATCACGGGCAAAGAACCGGTTGAATCGTACGATAAACTGATCGAAACAATCAAGAGTGACCCGAAGATGAAGGAAATTACGGACGAGATGTCAAAGGCATATCAGGAGAAGTATGTTAAATAA	MKRMETKPGKSFLKMSGVLLLASSLLLSACGSRNGSAPSDNGGGTDSSEPTSITIQTLNYATEFIDNTNALWKELEKRTNTKLNITWLSPSTAEEKINVMLASGDLPEVTFVETLQNPQLQKMLKQGVFWDLTPFLKDYPNLNREELKEMWEITKVDGKNIVIPRYYPSYGGGVFPMIRKDWLDALQLETPKTLDEFHNVLKAFKEQDPNGNGQADEIPYAANPSALAYIYNIFNETQGSWKLQPDNTLTPIMTSDESREAMLWIKKAYDEGLFPKDFAIMKFSQVMDTMRSAKAGVGGMSMNHAWVTGEAVKGVDPKADLMPLAYLENANGVKYTPSGSPYYGVYLIPKKVPEAKVKKILEFFDYGYSQEGNEMLTYGIEGVHYNVENGKKVATPQAAVDKTGDGNLNNMIHLVSDDMAISAVGMPDEVYERNVEIVTERKTVKVPNPSGELYSEAYNKYYPELSKKVEDMRVMVITGKEPVESYDKLIETIKSDPKMKEITDEMSKAYQEKYVK	PGPT0017245_2696	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04728	180			hypothetical protein	ATGGAAACGAAGGAAGGCATAAAGTTTAATATCGAGCAAGAACGGCATAAACTTCATAAGATGAAGCAGCGGTATCGTGATTTTAATCATCCTAAAGTCCTCAGACAATCGATTGTGCTTGATGAGTTGATTAATCAATATAACCGATTTCTTCTTAAAGAGAACAAGCCGATTGCCTAA	METKEGIKFNIEQERHKLHKMKQRYRDFNHPKVLRQSIVLDELINQYNRFLLKENKPIA				NA	NA	NA	NA	NA
JZ016_04729	816	ycfH_2	COG0084	putative metal-dependent hydrolase YcfH	ATGAAATCATTCATGCAGAATGAAGCGAATTCCCCCCTGATCGACACTCATATTCATCTGGACAGTTATTCGTTATCCGATCAACAAGCAATTCTCGCGGACATCCGCCATCATGAGGTTCAATCCGTCATCTCTGTCTCCATGCATCTGACTTCCTGCAAGCGAAACCTGGAGCTGGCCAGGCAGTACGGACTGATGGTGCGGCCGGCTTTCGGTTATCATCCGGAGCAGCCCCTCCCTTCCTCTGACGAAACCGAAGGGCTGCTGGATTGGATGGCAGAGCATGCCGATGAGATGGTTGCCGTAGGAGAGGTGGGTCTCCCCTATTACGCCAGGCTGGAGGCTGAATCGGAAGGCCGTCCCTGGGATAACCGCCCTTACGCCTATCTGTTGGAGCAATTTATAGCTTTTGCTAAGAAGCATCATAAACCGGTCATTCTGCACGCTGTATATGAAGATGCGGATATCGCATGTGATCTGCTCGAAAAATACGGCGTCACTCGTGCCCATTTTCATTGGTTTAAGGGCTCCCGTGACACCTTGCAGCGAATGGCGGGCAACGGATACTATATTTCCTTTACGCCCGACATCCTCTATGAGGAAGAAATTCGTGCTATGGCATGTAGGTATCCGGATCACCTCGTCATGACCGAAACCGATGGACCTTGGCCGTTCGAAGGTCCGTTCACCGGACAGATGACCCATCCTCGGATGACGGCTTCTGTGGCTTCGGCATGGGCTGAGCTTAAGGGGCTGTCCATACTTGAGGCCCGCAGGATTTTATATGAGAATGCCGCGAGACTTTACGGTCTATAA	MKSFMQNEANSPLIDTHIHLDSYSLSDQQAILADIRHHEVQSVISVSMHLTSCKRNLELARQYGLMVRPAFGYHPEQPLPSSDETEGLLDWMAEHADEMVAVGEVGLPYYARLEAESEGRPWDNRPYAYLLEQFIAFAKKHHKPVILHAVYEDADIACDLLEKYGVTRAHFHWFKGSRDTLQRMAGNGYYISFTPDILYEEEIRAMACRYPDHLVMTETDGPWPFEGPFTGQMTHPRMTASVASAWAELKGLSILEARRILYENAARLYGL				NA	NA	NA	NA	NA
JZ016_04730	834	nrtD_2	COG1116	Nitrate import ATP-binding protein NrtD	ATGACACATCAAGTACCCCTGACGGTCCAGGACGGGGCTGACCCGTCGGCTGCGTCGGTCTCAACCGCACCTGCCCTCGAGGTTCGCAGCCTTCGAAAAACCTTCCGCGACCGGCGCAGCGAAGTGCATGTGCTGGATGGCCTTTCGCTTCAAGTACAACCCGGGGAATTCGTCTCCTTAATCGGTCCCTCAGGCAGCGGAAAGAGCACCCTCTTCCATATCATTGGGGGGTTAACAGCTCCGGATGCAGGCTCTGTCCTCATGGACGGTCAGGACGTGACCGGGGAAAAAGGCCGCATCGCCTATATGCCTCAACAGCCGGCCCTATTCCCTTGGCGTACGGTGGAGGACAATGTGCTCCTTCCCGAGGAGCTGAGAGGCACCTCGAAAGCCGCTGCCAGGGAACATGCCCGCAGCTGGATGGAACGCGCCGGACTCAGCGGCTTCGAAAAGGCCTATCCGCACACCCTCTCTGGCGGAATGCAGCAGCGGGCGGCTTTTCTTCGCGCACTGATGAGTCCGCAGGAAGTTATGTGCCTGGACGAACCGTTCAGTGCATTGGATGCGTTAACGCGCAGCGATATGCAGCGCTGGCTGCTCGATATCTGGGAGGATACGCGCCGTTCGGTGCTGATGATTACCCATCATATCGAGGAGGCGCTGCTCCTCTCGGACAGTATCTATATCCTATCAGCACGGCCCGGAACCATCTTGAAACGGGTAGAAGTCCCTTTCTCCCGCCCGCGCCGGGAAAACATCCTGATGGATCCGTCCTTCATCGCATTAAAAACCGAAATTTCCGCCATCATGCGGGAAGAACAGCACAAGCGCTGA	MTHQVPLTVQDGADPSAASVSTAPALEVRSLRKTFRDRRSEVHVLDGLSLQVQPGEFVSLIGPSGSGKSTLFHIIGGLTAPDAGSVLMDGQDVTGEKGRIAYMPQQPALFPWRTVEDNVLLPEELRGTSKAAAREHARSWMERAGLSGFEKAYPHTLSGGMQQRAAFLRALMSPQEVMCLDEPFSALDALTRSDMQRWLLDIWEDTRRSVLMITHHIEEALLLSDSIYILSARPGTILKRVEVPFSRPRRENILMDPSFIALKTEISAIMREEQHKR	PGPT0001140_2225	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049	NA	NA
JZ016_04731	756	ribX_2		Riboflavin transport system permease protein RibX	ATGAGAAGCTGGTGGAGTTCGGTTTGGCCGCCCGTTGTGGCGGTCCTCTTCTTTTTGGTGGTATGGCAGGCCGCAGTATCTATATTCGACATTGAACCTTTTATTCTGCCTGCGCCGACGGCCATCGGGCATGAGGCCGTTACCGGAGCTTCCGGTCTCTTCCAGCATACAGCGGCCACCCTGCAATTAACCTTGGTCGGATTTATGATCGGTACGGCGATTGGCCTAGTCATCTCGCTGGCACTGCACATGGTGCCTTTTCTCAAAACCGCTCTTTATCCACTTCTTATTCTTAGCCAGAATGTGCCGACAATCGCCCTAGCCCCGCTTCTCATGATTTGGTTCGGCTTCGGCATGCTGCCCAAGGTTATCGTGATTACGCTGGTCTGCTTCTTCCCCGTCGCTGTTGCGGCCTTGGACGGACTGGCCCGTACTGACCGAACCATGATGAATTACATGCAGATGGCGGGGGCTACCTCTTGGCAAATTTTCAGAAAGCTGGAGCTGCCGCATGCCCTTCCCTCCATCTTCTCCGGGATTCGAATTGCGGCCACCTATTCGGTCATGGGTGCGGTTATCGGGGAATGGATCGGCTCGGACCGGGGAATCGGTTACTACATGATGCTGCAAAAATCCGGCTACCGCACGGATCGGGTGTTTGTTGCCATCCTGGTCATCGTCCTGCTCAGCCTGCTGATGGTGCTGCTGATCACTCTGCTGGAGAAGCGGCTCATCCGCTGGAATCGAAAAGGTTGA	MRSWWSSVWPPVVAVLFFLVVWQAAVSIFDIEPFILPAPTAIGHEAVTGASGLFQHTAATLQLTLVGFMIGTAIGLVISLALHMVPFLKTALYPLLILSQNVPTIALAPLLMIWFGFGMLPKVIVITLVCFFPVAVAALDGLARTDRTMMNYMQMAGATSWQIFRKLELPHALPSIFSGIRIAATYSVMGAVIGEWIGSDRGIGYYMMLQKSGYRTDRVFVAILVIVLLSLLMVLLITLLEKRLIRWNRKG	PGPT0001145_8256	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050	NA	NA
JZ016_04732	294			hypothetical protein	ATGGCGAATACACTTTTGAGCATTCAAGTGATACCGAGAACGCCAAACGGGGCCGACAGCATCCCTTATGTAGATGAAGCGATTAAGGTCATTCAGGAATCAGGCGTGAAATACGAGGTTCATGCACTCGAAACGACCATGGAAGGAGAGCTCGCCGAGCTGCTCAAGATCGTGGAGCGCATGCATGAAGCGCTGGTGAATGCGGGAAGTCCCAGCATCATATCCCAAGTCAAAATCGCCCATCATCCCAGCGGCATCAGCATGGATAAGCTGACTGAGAAATACCGTCCATGA	MANTLLSIQVIPRTPNGADSIPYVDEAIKVIQESGVKYEVHALETTMEGELAELLKIVERMHEALVNAGSPSIISQVKIAHHPSGISMDKLTEKYRP				NA	NA	NA	NA	NA
JZ016_04733	1032	thiY	COG0715	Formylaminopyrimidine-binding protein	ATGAAGAAGGGAAGATGGATTCCGCTGCTTCTCGCTTGCGTCCTGCTGATGGTCGCGTCCGGATGCGGCACAAGCGGACAGAACAAAAAGACAGGTGCCGAAGGCGAAGGCAGTCAGACTTCCGGGAAACTCCGTGACGTGCAGCTGATGCTCGATTGGTCCGCCAATACGAATCACACCGGCCTGTATGCAGCGAAGGAGCTTGGGTATTATGAGGAAGAAGGGCTTAATGTCCAGATCGTCCAGCCGGGAGCAGGCGGAACGGATACGCTGGTCGCATCCGGAAACGTGCCGTTTGGCATCAGTTATCAGGAAGGCGTAACGCTGGCCAGAACCCAAGGCTTGCCGCTCGTTTCCATTGCAGCGATCATTCAGCATAATACGTCCGGCTTTGCCGCCCCCAAGGACAAAGGCATCGTGAAGGCAGGCGATTTTGAAGGAAAATCCTATGGCGGCTGGGGCTCGCCTGTGGAGGAGGCCGTCATGAAATCCATCATGGAGATCGATGGCGCCGATGTCAGCAAGGTGAATATGGTCAATATGGGCGATGCCGATTATTTTACGGCCGTCAAACGCGACATTGATTTTGCCTGGATCTTCTATGCTTGGACGGGGATTGAAGCCGAGCTTCGCAATGAACCGCTTGACATGATTTATGTGAAGGACTACTCCGAGCAGCTTGATTATTACACACCAGTGATCGTGACGAACGAGAAGCTGATCCAGGAAGACCCCGAGCTTATCAAAGCGTTCATGCGGGCGACTTCAAAAGGATATGACTATGCGATTCAACATCCTGAAGATGCGGCAGCTCTGCTTACGAAGGCGGTTCCTGACCTCGATGCCGAACTGGTTCTCGCCAGCCAGAAATGGCTGAGCCCCCGTTATCAGGATGATGCATCCCGCTGGGGCGAACAGAAAGCCGAAGTATGGTCGGGATATGCAGACTGGATGTTTGAGCGTAAGCTGCTGGAGAAGGAACTTGACGCGGACCGCGCATTCACCAATGATTTTTTACCGGAGCAGCCATAA	MKKGRWIPLLLACVLLMVASGCGTSGQNKKTGAEGEGSQTSGKLRDVQLMLDWSANTNHTGLYAAKELGYYEEEGLNVQIVQPGAGGTDTLVASGNVPFGISYQEGVTLARTQGLPLVSIAAIIQHNTSGFAAPKDKGIVKAGDFEGKSYGGWGSPVEEAVMKSIMEIDGADVSKVNMVNMGDADYFTAVKRDIDFAWIFYAWTGIEAELRNEPLDMIYVKDYSEQLDYYTPVIVTNEKLIQEDPELIKAFMRATSKGYDYAIQHPEDAAALLTKAVPDLDAELVLASQKWLSPRYQDDASRWGEQKAEVWSGYADWMFERKLLEKELDADRAFTNDFLPEQP	PGPT0001135_3373	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051	NA	NA
JZ016_04735	384			hypothetical protein	ATGTCACAGAAACGATTAGATCATGTTGGTATTGTTGTCCGGGACCTAGAAGCTACAATCGCCTTCTATACATCCGTAGTCGGACTAGAACTAAAGGATCGCCTGACCCATACGAATGGCGTCATCCAGCTGGCGTTCCTCGGATTTAACGGCAGCAACGAGACGGAAGTCGAGCTTATTCAGGGATACAGCGACACGCTGCCAGCGGAGGGCACCGTTCATCATTTTGCAGTCAGCACGGATAACATTGAAGAGGAATATGCCCGGGTTCAAGGACTTGACGTTCCTCACTTGGACGAGGAGATCGTGACGCTCCCGAATGGTTTCCGTTATTTCTTCGTGCATGGTCCCGAAGGGGAATGGATTGAGTTCTTCCAGCGCTAA	MSQKRLDHVGIVVRDLEATIAFYTSVVGLELKDRLTHTNGVIQLAFLGFNGSNETEVELIQGYSDTLPAEGTVHHFAVSTDNIEEEYARVQGLDVPHLDEEIVTLPNGFRYFFVHGPEGEWIEFFQR	PGPT0013300_3076	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759	NA	NA
JZ016_04736	1536			hypothetical protein	ATGAGTCCAACTCCAGCAGATCATCTGTGGATTCGACTCGCCATGATATATGCATTCATTCAGATCATGATTGCTCTGTGGATGCCTGTGGCTTTATCGCTTCAGCGTGTTCTAGTCATTATTCCTCCTGCAGCCGCCTCCGTTTATTTAATGCGGATTAGTCGGCGTTATGAGGTTCATCTTCGCAGGTTTTGGCTTATTGTGAGTCTCGGATTAATGGGGGATGCAGCGGCACGAATCATTCACGCTTGTTATGTTTGGTTTGAAAAAGAGAGCGCTTTCTCGCCGATCCTAACCCACTTATTCTGGGGACTTGAACTCATTCTGTTCGCAAGTTCTCTCATTTATTTATTCCGGCATGTTCAAGGTTCGTTTCGGGGGCTCCGGTTTATGCTGGATATCGTGATTGTTGGCATAGCCGTCATGACAGTAGGGTGGGAATATTTCATCAAGCCTGAGCTTCAGGGTCTGGCCCATGAGGCAGTATGGGGAAACCTTTGGGTGGACATGCTGTATCCCCTGTGCGCAATGGTACTTATTTTTTTTACGCTGGTGTTGTATTTTAATACCGGACTGTTAGGGAAAAGGGCGGCCATTCTGTTATGTCTAGGCGGAAGCGCATATATTGCCGGAGATGTCCTGTACATCTATCTCGTTGATCTGATGGGTATCGAGGTTCGTTCCTATCTGTATCCACTCTATACGATATCGGTATTATTCATTAGTTTCGCAGGTGGGCAGTCCGCTCCTAATTCCCGTAAACCATCCGTTGGCGAGCGGGAGCCGCGTTCAGTCGGAAACCTGATCGTAAGGTACCTGCTTCCCTACAGCGTGCTTGGCGGGATGTTTGCCCTTATGGCGCAGCGGTTTGGAGGGTGGACTGGACTGTTTACCGGCCTATCCCTGTGCGTGATCCTGATTCTGTTCAGGCAGATTTTAATCCAGTTCGAGAACGATCGCTTGTTTGACCGACTGCATGAGAGTCTGATGCAGAGTGAAGCCCTGGCACATCGTGATGATCTTACGGGGCTGTATAATCGCCGTTATTTTAATGCAAGGCTGGCGAGTTCGCTGAAGGAGGCGGACCTCGCAGCTTCCCGTGTAGGCTTGCTGTATATGGATATGAACCGTTTCAAACGAGTCAATGACCGATACGGCCACCGTGCCGGCGATTTGTTGATACGAAAGGTTGCAGACCGGCTTCAATCTCTTGAATCCAAGGGAGTTTTGGTTTCCCGTTTAGGAGGAGACGAATTCACCGTTATGATCCATCCGGCTGGTGAGGATCAGGAGCTGATCTGGATGGCGGAGGAGATTTGGACGATGCTTAGCGAGCCGTACGAATTGGAAGGGCATGAAGTTCGAACCACGCCGAGTATCGGCATTGCGGTTTATCCGGATCATGCCAGAAATGACCAGGAGCTGATTGGTCGCGCCGATGCCGCGATGTATGCGGCCAAGGAACGGAACGCCCCTTGGCATTTTGATGTGGAGCGGACGATGCTGCTGCAGCTTTTGGATCAAAAGGTTGAGTAG	MSPTPADHLWIRLAMIYAFIQIMIALWMPVALSLQRVLVIIPPAAASVYLMRISRRYEVHLRRFWLIVSLGLMGDAAARIIHACYVWFEKESAFSPILTHLFWGLELILFASSLIYLFRHVQGSFRGLRFMLDIVIVGIAVMTVGWEYFIKPELQGLAHEAVWGNLWVDMLYPLCAMVLIFFTLVLYFNTGLLGKRAAILLCLGGSAYIAGDVLYIYLVDLMGIEVRSYLYPLYTISVLFISFAGGQSAPNSRKPSVGEREPRSVGNLIVRYLLPYSVLGGMFALMAQRFGGWTGLFTGLSLCVILILFRQILIQFENDRLFDRLHESLMQSEALAHRDDLTGLYNRRYFNARLASSLKEADLAASRVGLLYMDMNRFKRVNDRYGHRAGDLLIRKVADRLQSLESKGVLVSRLGGDEFTVMIHPAGEDQELIWMAEEIWTMLSEPYELEGHEVRTTPSIGIAVYPDHARNDQELIGRADAAMYAAKERNAPWHFDVERTMLLQLLDQKVE	PGPT0026000_68	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-c-di-GMP_SIGNALLING_PATHWAY,PGPT0026000-tpbB-K21021	NA	NA
JZ016_04737	1047			hypothetical protein	ATGATTTGCGACAATTGCAGCACCTTTGAACCGATTGAGGATCAGGGGACCATTCATATGAAGCCTGCAAGTGGAGAGCTTATTCAGTTGCTGGCAGTGAACGGCTACGCGGTACAAGAGAACAATGAGGGTTGTGCTGTAAACTACAAGGTACGCGCGGACCTGATCTCCATGATGAAGTGTCTGCAGCCCCTTCCGCTGAAGATTCGTCAAGAGCTGTCCTTCTGTGTTACCGACGGAGAAGCTCCGCAAATCCGGCATTCGTGGACCCCTATGCAGAAGTTCGAACTGCAGATGGAGCATTACGATATGGTAAGTATCATTTTACATAAGCAGTTTACGAGCTATATGCAGCCCATCGTGGATTCATCCGAGCAGATCGTTGCCTACGAATTTCTCCTTCGTCCGGTAGATGGGGGAGCCAGGTTCCAGCCGTATGAGCTGTTTGAGACAGCCCGTAAAACCGGATTGCATGCATTCCTGGACCGGGCGGCACGAACCAGTGCCATTGAGACCAGTGCCGAGTGGCTTCCCATCGGCGTGAAGCGATTCGTGAACTTCCTGCCATCCTCCATATATGATGCGCAGATGTGTCTAAGCCACACCTTCCATACCATAGACAGGCTCCATCTGGATCCGAGGGACTTCGTATTTGAGGTTGTGGAAACCGAGAAGATTGATGATGTTGAGCATTTGCAATCGATTTTCGAGGTGTATCGCAGTCATGGAATCTCGGTAGCCATGGATGACGTTGGTGCAGGTTATTCCACATTGGAGCAGATGATTAAGCTTAAGCCGGATTATGTAAAGATCGACCGAAGTCTGATCGACCATTGCGATCGTAATCCCGGGCAGCAGGAGCAACTCAAAATGATCACGAACAAGGCTCATGATTTTGGGGCCATGGTGCTGGCTGAAGGCATTGAGAGACGGGAGGAGTTTCATTTTTGCCGAGATATCGGGATCGAGCTCTCGCAGGGGTATTTGTTTGGGAAGCCATCTGAACGGCCTCCGCGTGATCCCCATTCTCAACTCATTTATTCATAG	MICDNCSTFEPIEDQGTIHMKPASGELIQLLAVNGYAVQENNEGCAVNYKVRADLISMMKCLQPLPLKIRQELSFCVTDGEAPQIRHSWTPMQKFELQMEHYDMVSIILHKQFTSYMQPIVDSSEQIVAYEFLLRPVDGGARFQPYELFETARKTGLHAFLDRAARTSAIETSAEWLPIGVKRFVNFLPSSIYDAQMCLSHTFHTIDRLHLDPRDFVFEVVETEKIDDVEHLQSIFEVYRSHGISVAMDDVGAGYSTLEQMIKLKPDYVKIDRSLIDHCDRNPGQQEQLKMITNKAHDFGAMVLAEGIERREEFHFCRDIGIELSQGYLFGKPSERPPRDPHSQLIYS				NA	NA	NA	NA	NA
JZ016_04738	2304	malP		Maltose phosphorylase	GTGAAACAATATTTAAAGCTTGATGAATGGTCAATTATTGAGGAGGGCTTTGATCCTCACACGCATGAGATCTCGGAGAGTATCTTCAGTATTGGTAACGGATTTATGGGCCAGCGCGCCAACTTCGAGGAATCCTACAGCGGTTCTTCCCTGCAAGGCAGTTATATGGCCGGCGTGTATTATCCGGATAAAACCCGTGTAGGCTGGTGGAAGAACGGTTATCCTGAATATTTTGCCAAAGTGCTGAACAGCACCAACTGGATTGGCATCGGCATTGAAATCGACGGCACGCCGCTTGATCTGGCCAAATGCACGGTGAAGGATTTTGTGCGCGAGCTGAATATGAAAGAAGGCTTCCTCTCCCGCAGCTTTACCGCTGTCATGGAAAACGGCAAGGAGCTCAAAGTTGAAGCTGTCCGTTTTGTCAGCATTGTTCGCCACGAGATCGGCGCCATTCGATATGCCGTAACTCCGCTCAATTTTGCTGGAGAACTTACGGTTACGCCTTATCTCGATGGCGATGTGAAGAACAAAGACTCCAACTATGACGAGAAGTTCTGGCTGGAGGTATTCAAAGAAGCGGCGGAAGGCTCGGCCGCATTGACCGTAAAGACCAAGAAACTCGATTTCCATGTGACCTCCGTCATGTCATATAGCATCCTTAAGAACGGCGCGAAGCTGGATCTTCAGGCCGAACTGGTGGAAAAAGAGAAGTATGCGGTGAACCGCGTAAACGTATCCGTATCTGAAGGCGAAGCCATCACCATCTATAAATATGTAGCCAACGTCACATCCCGCAATCATGGATTCGGCGAATTGGTGGATGCTGCACGTGCTGTGCTGGAGCCGGCGGTCGAAACCGGATTTGAGATGCTGCTGAAGGAGCAGGCGGATGCGTGGGGCGACAAATGGAAGGAAAGCGATATCGTCATTGAAGGCGATGTGGCGGCCCAGCAAGCGATCCGCTTCAACATCTTCCAGCTGAACCAAACCTACAGCGGCGAAGACGACCGTCTGAACATCGGGCCGAAGGGCTTCACCGGTGAAAAATACGGCGGCAGCACCTACTGGGATACCGAGGCTTATTGCCTGCCGTTCTACCTGAGCACCGCGGACGCCAGCATTTCGCGCAACCTGCTGATCTATCGTTATAAACACCTGGAAAAAGCGAAGGAAAACGCCAAGAAGCTCGGCTTTACCAAAGGCGCCCTCTATCCTATGGTGACGATGAACGGCGAGGAATGCCATAACGAGTGGGAAATTACGTTTGAAGAAATCCACCGTAACGGCGCGATTGCCTATGCCATCTATAACTATGTAAACTATACCGGCGACTTCTCTTACCTCGGCCAATACGGTCTGGAAGTGCTCGTCGAAATTTCCCGCTTCTGGGAAGAGCGCGTGAATTACGTGCCGGCGAAGGATCAGTATATGATGCTCGGGGTCACCGGTCCGAACGAGTACGAGAACAACGTCAACAACAACTGGTATACTAACCGCATTGCCAGCTGGACGATGGAATACACGCTTGACGTGCTCGAATATTTGAAAGAGAACGAGAATTCCCGCTATGCCGAGCTTGCGGCGAAGCTGGGGCTGCAGGATGTCGAAACGGCCAAATGGCAGGATATCATCAGCAAAATGTACTACCCGGTCGATGAGGAGCTCGGCGTATTCCTGCAGCAGGACGGATTCCTCAACAAGGAGCTTGTCCCTGTGAAGGAATTGGATCCAGCCCACCTGCCACTCAATCAGAACTGGTCCTGGGACCGCATTCTGCGCTCGGTGTACATTAAGCAGGCTGACGTGCTGCAAGGCTTGTTCTTCCTTGGCGACCAGTACGACTTGGCTACGAAAAAACGCAACTTCGACTTCTATGAACCGTTCACGGTGCATGAGTCCTCCCTCTCGCCTTGCGTACACTCCATTCTCGCGTGCGAGCTTGGGTACCAGGAGAAGGCGTACGAGATGTACCTCCGTACAGCTCGCCTGGATCTGGACAACTACAACAACGATACCGAGGACGGCTGTCATACAACCAGTATGGCGGGAACCTGGATGTCCGTTGTGCATGGCTTCGGCGGCTTGCGCGTGAAGGACGGCGTATTGCATTTGAATCCATTCATTCCAGGTCACTGGTCTTCCTTCTCCTTCAAGGTGATGTTCCGCGGTTCCCGCCTGAAGGTCAGCGTCAAAGGCAAGGAAACCATCATCGTCAACGAAACGGATACGCCGGCTGTCCTGAACGTGAATGGCAAGGAGTACAGCATCGACGGATTTGGAGAGGTCCAAGCCGCAAGATAA	MKQYLKLDEWSIIEEGFDPHTHEISESIFSIGNGFMGQRANFEESYSGSSLQGSYMAGVYYPDKTRVGWWKNGYPEYFAKVLNSTNWIGIGIEIDGTPLDLAKCTVKDFVRELNMKEGFLSRSFTAVMENGKELKVEAVRFVSIVRHEIGAIRYAVTPLNFAGELTVTPYLDGDVKNKDSNYDEKFWLEVFKEAAEGSAALTVKTKKLDFHVTSVMSYSILKNGAKLDLQAELVEKEKYAVNRVNVSVSEGEAITIYKYVANVTSRNHGFGELVDAARAVLEPAVETGFEMLLKEQADAWGDKWKESDIVIEGDVAAQQAIRFNIFQLNQTYSGEDDRLNIGPKGFTGEKYGGSTYWDTEAYCLPFYLSTADASISRNLLIYRYKHLEKAKENAKKLGFTKGALYPMVTMNGEECHNEWEITFEEIHRNGAIAYAIYNYVNYTGDFSYLGQYGLEVLVEISRFWEERVNYVPAKDQYMMLGVTGPNEYENNVNNNWYTNRIASWTMEYTLDVLEYLKENENSRYAELAAKLGLQDVETAKWQDIISKMYYPVDEELGVFLQQDGFLNKELVPVKELDPAHLPLNQNWSWDRILRSVYIKQADVLQGLFFLGDQYDLATKKRNFDFYEPFTVHESSLSPCVHSILACELGYQEKAYEMYLRTARLDLDNYNNDTEDGCHTTSMAGTWMSVVHGFGGLRVKDGVLHLNPFIPGHWSSFSFKVMFRGSRLKVSVKGKETIIVNETDTPAVLNVNGKEYSIDGFGEVQAAR	PGPT0018605_175	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018605-mapA-K00691	NA	NA
JZ016_04739	651	pgmB	COG0637	Beta-phosphoglucomutase	ATGTCAAACCTAACCGCTTGTTTATTTGATCTTGACGGCGTGCTGGTGGATACCGCCAAGTATCACTACATTGCCTGGAAGCGTCTTGCCGGAGAGCTGGGCTTTGAATTTACGGAGCAGGACAATGAACGCCTGAAGGGTGTAAGCCGCATGGCTTCCCTCGATATTCTGCTTGAGGTTGGCGGAATTACGCTCGATGAAGACGCGAAGCTGGCGCTAGCCGAGAAGAAGAATGCTTGGTATGTCGAGTATATTTCCAACATGGACGAATCCGAGATTTTGCCTGGAGCCCGCGAATTTATCCAAGCGCTGAAGGACCGCGGCATCAAGGTTGCGCTGGGCTCCGCCAGCAAGAACGCGATGCTGATCCTGAACAATACCGGCCTGACTCCTTATTTCGACGCTATCATCGATGGAACGAAGACTGCCCAAGCGAAGCCGGATCCCGAGGTATTTACGATGGGAGCCCGCGAGCTTGGCGCCCGGCCTGACGCCTGCGTCGTATTCGAGGATGCCGAGGCCGGCATCGAAGCCGCCATCCGCGCAGGAATGCGGAGCGTCGGTATCGGGTCGCCTGAAACCTTGGGGCGCGCCAACATCGTTCTTCCCTCCCTGGAAGGTTTCACGGTGGATCGTCTGCTGGAGTTGTAA	MSNLTACLFDLDGVLVDTAKYHYIAWKRLAGELGFEFTEQDNERLKGVSRMASLDILLEVGGITLDEDAKLALAEKKNAWYVEYISNMDESEILPGAREFIQALKDRGIKVALGSASKNAMLILNNTGLTPYFDAIIDGTKTAQAKPDPEVFTMGARELGARPDACVVFEDAEAGIEAAIRAGMRSVGIGSPETLGRANIVLPSLEGFTVDRLLEL	PGPT0017720_1355	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017720-pgmB-K01838	NA	NA
JZ016_04740	1035	malR	COG1609	HTH-type transcriptional regulator MalR	ATGTCTGTAACGATTAAAGATGTCGCAAAACGAGCGGGCGTATCCCCCTCCACCGTCTCAAGGGTCCTTTCCAATCATCCTAGGATCAGCCGCGAAACCTCGCGGAAGGTAAAAGAGATCATGGAGGAAATGGGCTACCATCCCAATATTATGGCCAAGAGCCTGGTTTCCAAAACGACGGAAAGCATATGCGTGATTCTGCCGAAACCTGCGGAAGAATTGTTCCTCAACTTATTCTTCATGGAACTGATCCGCGGGATCGTCACCCAAGCGAACCGCTCCGGATACGACGTCGTTCTCAGTTCGGGCGGCAACGAGAAGGAAGAAGTCGAAGCCGTATCCCGGCTGCTTAACGGTCGCCGCGTCGACGGCGCCATTTTGCTGTACTCTAGGCAGGACGATCAGGTGGTCGATTTTCTCAAGTCCAACAACTACCCGTTCGTGCTTGTCGGCCGGAGCGAGAAATACCCGGATCTGTTATCCGTCGATACCGATAATGTGCAGGCTGCCTATGATGCAACCAAGCATCTGATCTCCCTTGGACATCAACGGATCGGCTTTGTCAGCGGCCCGCCTAACCTGATCGTCTCTCAGGACAGGATGAAAGGCTATGGCAAAGCGCTTGCCGATGCCAATCTGGAGATGAGAAAAGAATGGATTGTCGAAGGCGAGTTCCTTCAGGAGAGCGGCTATCGCGCCATGTCCTTTTTCATGAACCTGCCTGAACGTCCGACGGCGCTTGTTATTGTTGACGATATTGTATCCTTCGGCGTGCTGAGAGGACTGCACGAGCTGGGGTATAAGGTTCCCGAAGATGTGTCCATTATCAGTTTCAATAACATCTCATTGACCGAACTATCGACCCCGCCGCTGAGCAGTGTGGACATCGGTATTTACAACCTGGGTTATACCGCTTCGCAAGCGCTGATCCAGACCATTCGTAACGATGACAACACGATACTGCCGCACCGCTATATCATTCCGCACCGGTTGATGATCCGCGAATCCTCGATGTTTTCGCTGCCGAAATCATAA	MSVTIKDVAKRAGVSPSTVSRVLSNHPRISRETSRKVKEIMEEMGYHPNIMAKSLVSKTTESICVILPKPAEELFLNLFFMELIRGIVTQANRSGYDVVLSSGGNEKEEVEAVSRLLNGRRVDGAILLYSRQDDQVVDFLKSNNYPFVLVGRSEKYPDLLSVDTDNVQAAYDATKHLISLGHQRIGFVSGPPNLIVSQDRMKGYGKALADANLEMRKEWIVEGEFLQESGYRAMSFFMNLPERPTALVIVDDIVSFGVLRGLHELGYKVPEDVSIISFNNISLTELSTPPLSSVDIGIYNLGYTASQALIQTIRNDDNTILPHRYIIPHRLMIRESSMFSLPKS	PGPT0014791_153	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA	NA	NA
JZ016_04741	1698		COG0366	Alpha-amylase	GTGATACGTTCTACATGGGGAAAACGCAGGGCTCTGCCTATATGGCTCGCTGTCTTTGCGCTTACGGGAAGTCTGCTGGCAGGCTGCAGCGGCACAGCGGCTCCGTCGCAAGAGGAGGCTAAGCCGCCGGCAGCCCCGGAAACAAAACAGCCGGATCCGAAAGCGCCCGAAGCAATGGAGACAGCGGAGGTGGATGAGCAGCCCTCCGACGTCTATTATGAGATCTTTGTACGCTCATTCTATGATTCCGATGGGGATGGGATCGGTGACTTACAAGGCGTCATTGAGAAGCTGGATTATCTGAATGACGGAAATCCGGAAACTTCAGAGGATCTTGGCGTGACGGGGATATGGCTGATGCCGATTAATCCTTCGCCGAGCTATCACGGCTATGATGTGACCGACTATCGTTCCATCCACCCGGACTACGGAACCCTAGATGACTTTAAGAAGCTGCTTGCCGAAGCGGATAAGCGCGGAATCAAGATTATTATGGATTTGGTAGTCAATCACACAAGCACGGAGCATGCCTGGTTCCAGCAGGCTGCCAAAGACAAGGCTTCGGCAACCCGCGATTGGTACATATGGGCCGAGGATCAAGGGAGGACTCCTTCAGGAGCCAGCGCGGCAGGCAGCGACTCGCCATGGCATGAGATCAACGGGGCCCATTACATGGGCACGTTCTGGGGCGGGATGCCGGACCTGAACTTTGATCATCCCAAGGTCCGCGAAGAGATGAAGGATATCGGGAAGTTCTGGCTGGAGCTGGGTGTCGACGGATTCCGGATCGATGCAGCCAAACATATTTATGAGGATCTGATGTCCGATAAAGGCGAAGCGACAACGGCTAAGAATACAGCATGGTGGCAGGAATTCCGCGCCAGCATGAATGAGGTGAATCCGGACGCTTATATTGTCGGGGAGATTTGGGATAATTCCGCTGCGGTCATTGCGCCGTATCTGGATAACGCGTTTGATTCCGGGTTCAACTTTAGCCTGGGCGAGAGCATCATCGGTGCCGCGATGAATGAAAAGGATAACAATCTGGCCTTCACCCTGGAGCGGATGTATGGTTTGTTCAGCCAAGTATCGGGCGGCAAGTTTACGGATGCCGCATTCTTGACGAATCATGACATGAACCGTGTCATGTCCCAGCTGAAGGACGATGAGAACCACGCCAAGATGGCCGCCGGCATTCTGCTGACCATGCCGGGCAATCCGTTTATTTATTACGGAGAAGAGATCGGGATGAAGGGAGCGAAACCGGACGAACAAATCCGCGAGCCGATGATCTGGTCCAATACGGGCAGCGATAAGGGGCAGACGACCTGGGAGCCGCTTAAGCATAATCGCGGCGATCAGGTGCAGGGCGTGGAACAGCAGATAGAAGACCCGGATTCTCTGCTGTCCCGTTACCGCACGCTGATCCGCTGGCGGAATGATATGCCTGCGCTGAACAGCGGAACGATTGAATCCTTTGCTTCCGGCAATGGGCAGGTGATGGCTTATATCCGCCGTTCCCAAGACAACAAAGCCCTTGTTGTCCACAATCTGTCAAGCGAAGAGCAGACGGTTGATTTGGCAGCAAAGAGCGGGGAATCGCCGTTCCAATCCTTGTCGAAAACAACGGATGATAGAGCGGCATTAGACGGCAAAGGTTTAACACTGCCGCCTTATACAACCGTCATATTGGAGTAA	MIRSTWGKRRALPIWLAVFALTGSLLAGCSGTAAPSQEEAKPPAAPETKQPDPKAPEAMETAEVDEQPSDVYYEIFVRSFYDSDGDGIGDLQGVIEKLDYLNDGNPETSEDLGVTGIWLMPINPSPSYHGYDVTDYRSIHPDYGTLDDFKKLLAEADKRGIKIIMDLVVNHTSTEHAWFQQAAKDKASATRDWYIWAEDQGRTPSGASAAGSDSPWHEINGAHYMGTFWGGMPDLNFDHPKVREEMKDIGKFWLELGVDGFRIDAAKHIYEDLMSDKGEATTAKNTAWWQEFRASMNEVNPDAYIVGEIWDNSAAVIAPYLDNAFDSGFNFSLGESIIGAAMNEKDNNLAFTLERMYGLFSQVSGGKFTDAAFLTNHDMNRVMSQLKDDENHAKMAAGILLTMPGNPFIYYGEEIGMKGAKPDEQIREPMIWSNTGSDKGQTTWEPLKHNRGDQVQGVEQQIEDPDSLLSRYRTLIRWRNDMPALNSGTIESFASGNGQVMAYIRRSQDNKALVVHNLSSEEQTVDLAAKSGESPFQSLSKTTDDRAALDGKGLTLPPYTTVILE	PGPT0018575_1129	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-AMYLASE,PGPT0018575-amyA|malS-K01176	NA	NA
JZ016_04742	2268	uvrA_4	COG0178	UvrABC system protein A	ATGATGTGCAACCCTATGGAACAGGCCATCAAGGTTAATGGTGCCCGCAACAAAAACCTGCGTAACGTGAGCCTCTCGATCCCCAAAAAACAAATCACGGTGTTCACCGGTGTGTCCGGTTCCGGCAAATCCGCCATGGTCTTCGATACGATTGCCGCGGAATCCCAGCGTCAGCTAAATGAGACGTATTCCAGCTTTATTCGCCATCGCCTCCCCCATTACGGACAGCCGGAGGTGGATTCGGTTGAAAACCTGTCGGTGGCCATCGTCGTCAATCAGAAAAGAATCGGCGGCAATGCCCGTTCAACCGTGGGAACCATTACCGATATCCATTCCTTGCTGCGCTTGTTATTCTCACGAATAGGCCGGCCCTTTGTCGGATATTCGGACGTCTTTTCCTTTAACAACCCTCAAGGCATGTGCCCCCATTGCGAGGGACTCGGCAAAGTGAACAGCTTTCGGATCGAGAACTTGATCGACAAGGAGAAATCGCTGAACGAAGGCCCCATCCGGTTCCCGACATTCCGCCCGGGGGAGTTCCGCTGGAAGCGTTATGTCGCTACAGGCCTGTTTGATAATGATAAGAAATTGAAGGATTACACCGAGGAAGAATGGGACACGCTGCTGTACAAAACCGGTTTTAAACCGCCGAGCCCAACGGAGGAATGGCCGCCCACCTCGTATTATGAAGGCATTATACCCCGGTTGGAGCGGACGTTCCTGAGCAAGGATTCACGGGATGCGAGGACGTACAGGGAAGCTATTGATCAAGTGGTGGCTGAGACCGCCTGCCCGTTATGCCATGGCGGGAGACTGAATCAGGAGGTGCTCTCCTGCAAAATCAACGGCACATCCATCGCCGACTGTGCACGGATGCAGGTCAATGAGCTGATCGCTTTTTTGCAGACGATCGAGGATCCGGCGGCAGCAACTGTCGTGGATACCTGCATCACTCGGCTGGAGCAGCTACTTCTGGTCGGGATCGGTTACCTGACGATGGACCGGGAAACCGCAACACTGTCCGGAGGCGAGTCCCAGCGCATCAAAATGGTGCGCCAGCTGGGGAGCAGCTTGACGGATTTAACGTATATTTTTGACGAGCCCAGCATTGGCCTGCATCCGCACGATGTGCATAACATGAACCGCCTGCTGCAACAGCTTCGGGATAAGGGGAACACGGTCATCATCGTGGAGCATGATCCGGACGTCATCCGGATTGCGGATCATATTGTAGATATGGGGCCGCGAGCAGGCACCGCTGGCGGTACGATCGTGTACGAGGGGGACCCGGAAGGGTTACGGCACGCCAACACCCTGACAGGTAAATATCTCAGTCAACGCACCCGCTTAAAGTCCGCGGTCCGGGAGCCGGCTGGATGGCTGCGCATCAAAGACGCCTCACTTCACAATCTGAAGCAGGTATCCGTGAGCATTCCCGCCGGGGTGCTGACCGTGGTAACAGGCGTTGCCGGGTCAGGCAAAAGCACACTCATTAACCAGGTGCTGCCGAACGTTTATCCGGAGGCCGTCATTATCAATCAGGACATGATCCAGGCATCCAACCGCTCCAATATCGCGACGTTTACCGGCATTTTTGATGCTATCCGCAAGCTGTTCGCCAACGAGAATCGGGTAAGTCCTTCCCTGTTCAGCTTTAACGCAAAGGGGGCTTGTCCGGTATGTAACGGCTCCGGCACGATTACGATGGATCTGGCTTTTATGGACAGCCTGGTTACGGTTTGCGAAGCCTGCCAGGGCCGCCGCTTTCATGATGACGTTCTGGGCTATCAACTTCGCGGTAGAAACATCAGTGACGTGCTCGCCATGACCACCGACGAAGCGCTGGATTATTTCACGGAACAGGGTATCGTGGCCGCGCTTCAGCGCATTGAGCATGTTGGACTGGGTTACTTGACGCTCGGCCAGCCCTTAAGCACGCTGTCGGGAGGGGAACGGCAGCGGGTGAAGCTGGCGGCAGAGCTCGATAAGCAAGGTGAAATTTATGTGCTCGATGAACCTTCAACTGGCCTTCATCTGTCCGACTGTGAGCGGCTTATGTCCATCATCAACCGACTTGTCGCTCAGAACAGCACGGTCATTGTGATTGAGCATAACCTGGATATCATCAGCCAAGCGGATTGGATCATTGACATGGGGCCCGGCGCGGGACATGACGGCGGGAATGTCCTGTTCTCCGGCAAACCGGCCGATCTGCTGAAGAACCCGCATTCCCTAACAGCCAGATATTTACGGCAGTTTCAAGGCTAG	MMCNPMEQAIKVNGARNKNLRNVSLSIPKKQITVFTGVSGSGKSAMVFDTIAAESQRQLNETYSSFIRHRLPHYGQPEVDSVENLSVAIVVNQKRIGGNARSTVGTITDIHSLLRLLFSRIGRPFVGYSDVFSFNNPQGMCPHCEGLGKVNSFRIENLIDKEKSLNEGPIRFPTFRPGEFRWKRYVATGLFDNDKKLKDYTEEEWDTLLYKTGFKPPSPTEEWPPTSYYEGIIPRLERTFLSKDSRDARTYREAIDQVVAETACPLCHGGRLNQEVLSCKINGTSIADCARMQVNELIAFLQTIEDPAAATVVDTCITRLEQLLLVGIGYLTMDRETATLSGGESQRIKMVRQLGSSLTDLTYIFDEPSIGLHPHDVHNMNRLLQQLRDKGNTVIIVEHDPDVIRIADHIVDMGPRAGTAGGTIVYEGDPEGLRHANTLTGKYLSQRTRLKSAVREPAGWLRIKDASLHNLKQVSVSIPAGVLTVVTGVAGSGKSTLINQVLPNVYPEAVIINQDMIQASNRSNIATFTGIFDAIRKLFANENRVSPSLFSFNAKGACPVCNGSGTITMDLAFMDSLVTVCEACQGRRFHDDVLGYQLRGRNISDVLAMTTDEALDYFTEQGIVAALQRIEHVGLGYLTLGQPLSTLSGGERQRVKLAAELDKQGEIYVLDEPSTGLHLSDCERLMSIINRLVAQNSTVIVIEHNLDIISQADWIIDMGPGAGHDGGNVLFSGKPADLLKNPHSLTARYLRQFQG				NA	NA	NA	NA	NA
JZ016_04743	942			hypothetical protein	ATGTCAAAAGTGAAACAGCTCATGGATGTCATCATGTATGTCAATGCCAAAAGGAGCTTTACCGCTCAGGAAGTGGCCGATGAATTCGGCGTTTCCGTTCGCACGGCGCACCGGTATCTAACCGAGATCAGCGACATGGGCGTTCCCTTATATACGGAGCAAGGGCGGCACGGGGGATACCGTACATTGAAGAGCCGCGTTCTTCCTCCGATCCTGTTCGATGAAGATGAAGTGTTTGCTATATTTTTTGCTTTTCAAGCTTTGAAGCGTTATACCTCGTTGCCGTTCGAGCTGAATATCGGCTCTGCCTCCCGCAAGCTGCTGGCCGGATTTCCGGAGGATACCAAAATAATGATCAGCCGCCTGGAATCGGTGCTGACGTTCTGGAGTCCAAACAGAACCGCAGGGTCCCCTTATCTAAAAGACGTCATTGAAGCCGCTCTTCATCAGCGGGCTATACGGATCAGCTATCGTTCCAAATCGGGCACGAGCGACCGGGAAGTGCTGCCGATCGGCGTTTATGCCCAGGATGGTTTATGGTATATGCCCGCGGTGGAGCATGGGAAGGAAGGGGTGCGCCTGTTCCGCATGGACCGAATGGAATCCTTAGCCCTGACCGATAACACCTATGAGGCGGACATTAGCATGCAAGAATGGCTCGAGGATTACCCCATTCGGGAGCCGGTTCGATTGTATGCAGAGCTGACTAGGGAAGGGGCGAGACAGTGCGAGAGCATTCCGTGGCTGGAGAACGAGGTAGCCATGCAAGACGAGCACCGGGGCATTGTGGATACAACCATTGATGGCCATGATCTTGAATATGTCGCTCAAATCTTCCTGCGTCTGGGTACGGAAGCGAAAGTCATTGAACCTCCGGAGATCGTTGATATGCTCAGGGAGAAGGCAAGGCAGCTGAGCCTGCACTACGGATTGCCGGGTTAG	MSKVKQLMDVIMYVNAKRSFTAQEVADEFGVSVRTAHRYLTEISDMGVPLYTEQGRHGGYRTLKSRVLPPILFDEDEVFAIFFAFQALKRYTSLPFELNIGSASRKLLAGFPEDTKIMISRLESVLTFWSPNRTAGSPYLKDVIEAALHQRAIRISYRSKSGTSDREVLPIGVYAQDGLWYMPAVEHGKEGVRLFRMDRMESLALTDNTYEADISMQEWLEDYPIREPVRLYAELTREGARQCESIPWLENEVAMQDEHRGIVDTTIDGHDLEYVAQIFLRLGTEAKVIEPPEIVDMLREKARQLSLHYGLPG				NA	NA	NA	NA	NA
JZ016_04744	675	sphR_2	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein SphR	ATGAGCGCATGCATTCTATATATCGAGGATGACCGGGAGATCGGCGGGTGGGTCAGTGAGTTTCTTAAGGACAAGGGGTATGAGGTGCGATGGCTGCTCAGCGGAGAGAAGGCCGTAGGGGAAGCAGCTTCGTGTGCGGTCGTTGTTCTGGATGTTATGCTTCCGGGACTTGACGGCTTTACAGTCGGGCAGCGTCTCAAAAAGGCTTATCCCGGATTGCCCATCCTGATGCTGTCGGCTCGAACCTCCATTGACGATAAGCTGCAGGGGCTTGAGTTCGCCGATGATTACTTGACGAAGCCCTTCCACCCGGACGAGCTGGCTGCCCGTCTCGAGGTGCTTCTGCGTCGATCCGTCGTCAAATCCGCGGAGCCCATGAGAGTGAAGCACTTATCGGTATACGAAGCCGAGAATCGGATCGTGAACGAGGATACCGGCGAGGAGACGCTGCTGACCGGTAAACAGCATCAAATTTTTATGTACCTGCTCCAGCATCAGGGGCGTGTCATGACCAAGGAGCAAATATATGAGTCGGTCTGGGGAGAGTCATATATCGAAGGGGACAAGACGCTGATGGTCCACATCCGGTATCTGCGCGAGAAGCTGGAGCGGGATCCCGCCAACCCGGAGATTATTGAGACGGTTCGCGGGCTTGGTTATCGGGTGAGAGCATGA	MSACILYIEDDREIGGWVSEFLKDKGYEVRWLLSGEKAVGEAASCAVVVLDVMLPGLDGFTVGQRLKKAYPGLPILMLSARTSIDDKLQGLEFADDYLTKPFHPDELAARLEVLLRRSVVKSAEPMRVKHLSVYEAENRIVNEDTGEETLLTGKQHQIFMYLLQHQGRVMTKEQIYESVWGESYIEGDKTLMVHIRYLREKLERDPANPEIIETVRGLGYRVRA	PGPT0002665_1705	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_04745	1389	sasA_31		Adaptive-response sensory-kinase SasA	ATGAGATGGAGAAAGAAGCAGGGAAGGTTCCGCAATTCGCTGACCAACCGGTATTTGCTGTTGATTTTGATGGCCATGATCTTCATGCCGATCATGTTTCCGTTAGCGTCGATTTTTTACTGGTTCGTGAACGATACCTTCTCGAACCGTCCGCCGACCCCTGCAGGGAAATATACCAGCGGTGCCGCGTTAGAGAGAATGTGGCACGAGGAAGCAGCCGGATTAAGCGGAGCTTCGCCGGAGGCCATTGAGCAGAAGCTGAATTCGATACGGCAGGAGTATCCGGAGATCTCCATGTTCTGGGTGGATGGCGGCAATGAGACCAGGCTGCAGCTGCCGGTGCAGCCTAACCTGCCCGAGGTATGGAGCGCGCTCTATACCGTGCAATTTATGAAAAACTCTAGGGATAGCGATCCGTTCACTTCCGTGGCTTTTATCGGGGGAGAGGGATCGGGAGAAGGATTCATGGTCATGCAGCTGCCGAGAAAATACTTGAATGTCCAGCAGCCCATTGCGAGCGAAACAGCATTGTACGGGGTGTTCACAGCTTCGATGTCCGGCCTGTTCATTCTGATCTCCTGGCTGTTCTTCGTGCGTATTCGCAAGCGGCTGCTGCGGCTTCGTACGGCTATGAAGTCGTCCCATACGGTAACGGGCATACCGCAGCCGGTTACGTTAACCAAGTATGACGAGATTGGGCAGCTGGAAGAGGGCTATAACGATATGGTCATCCAGTTGGAAGAGGGGCAGCACCGCCAGCGCGAGGAAGAAGAGCTGCGCAAATCCCTGATCGCCAATCTGTCTCATGATCTGAGAACCCCCCTGACGGTGATTCGAAGCCATATTTTCTCCATGGAACGGGAGCCGCTGAGCCCGAAGGGGAAAGAATCGCTGTCACTCATTGAATCGAAAATCGCGGATTTAGGCGGTCTGATCGACAACCTGTTGTCCTACAACCTGCTCACCAGCGGCAGAGTGCAGCTGAGCATGGGGCCAACCGACGTTCTGCGAATCGTCAAGGAAAGCGCGGCGGCCTGGTATCCCGTGTGGGAGAAGGAGGGAATCGAACCCGATATCCAGGTGCGCGACGAGCCGCTCAGTTGGAACGTGGACGTGCTGTGGTTCCGACGACTTCTTGATAATCTGTTTCAAAATGTCGTCCGCCACGCCAAATCCGGGCAGTACATCGGAATACACACCGAGGAGAGAGAAGGGCTTGAGGGCGTGCTTGTCATTTCGGATCACGGACCTGGAATCGAAAGCGACTCCGGCAACAAGGGCACAGGCATCGGCCTGGCCATCGTGGATCACCTGACAAGGGAAATGGGGCTTGGATGCCATGTGGTAAGCTCGGATGAGGGAACGAGGATCAGCATCTGGAAGCGGTGA	MRWRKKQGRFRNSLTNRYLLLILMAMIFMPIMFPLASIFYWFVNDTFSNRPPTPAGKYTSGAALERMWHEEAAGLSGASPEAIEQKLNSIRQEYPEISMFWVDGGNETRLQLPVQPNLPEVWSALYTVQFMKNSRDSDPFTSVAFIGGEGSGEGFMVMQLPRKYLNVQQPIASETALYGVFTASMSGLFILISWLFFVRIRKRLLRLRTAMKSSHTVTGIPQPVTLTKYDEIGQLEEGYNDMVIQLEEGQHRQREEEELRKSLIANLSHDLRTPLTVIRSHIFSMEREPLSPKGKESLSLIESKIADLGGLIDNLLSYNLLTSGRVQLSMGPTDVLRIVKESAAAWYPVWEKEGIEPDIQVRDEPLSWNVDVLWFRRLLDNLFQNVVRHAKSGQYIGIHTEEREGLEGVLVISDHGPGIESDSGNKGTGIGLAIVDHLTREMGLGCHVVSSDEGTRISIWKR				NA	NA	NA	NA	NA
JZ016_04746	915	bcrA_5		Bacitracin transport ATP-binding protein BcrA	GTGACGGAACTCGTCATTCAAACGAAAGGCTTATATAAAATATACAAAAAGCGCGCAGCAGTCGTAGATTTGAACCTGGAGATCGCACGCGGCGACATTTATGGCTTCCTTGGACCGAACGGCGCCGGGAAAACAACGACCATCCGCATGCTGCTCGGACTCATTCAACCGACGCGCGGCGCGATTCATTTGTTCGGCAAGGATTTGAAAAGTGAAAAAATGGACATTTTGCGCCGGACCGGATCACTCGTGGAGTATCCTTCGTATTACGGCCATTTGACGGCCGTTGAGAATCTGGAAGCGATTCGCCGGATCACCGGCGGGCCGAAGTCCCGCATCGCGGAAGTGCTGGAGATCGTCTCCTTGACGAAGGAGGCCAAGCGCCCGGTCAAGGGATACTCGCTTGGGATGAAGCAGCGTCTTGGCATCGCAGCTGCCCTGCTGAACAATCCGGAGCTGCTCATTCTGGATGAGCCGACCAACGGCCTGGATCCGTCCGGCATACATGAAATCCGGGAGCTGATCAAGAATATGCCGCGCCAATACGGCATTACCGTGCTGGTATCCAGTCACCTGCTGGGCGAGGTCGAGCAGATGGCGGACAAAGTCGGCATTATCCGTGAAGGAAGGATGGTGTTCCAGGATACGATCGACAATCTGGTATCCACGGCTTCCAGCGGTTTCCGTCTGTCGGTGTCCGAGCCGGAGTTAGCACTCGGCTTGGCGCTGGACCTGGGCTGCGAAGGAGTCCTGCGTAATCAGATGCTGGAGCTGGAAAGCATGCAGGACGCGAAGATTGCGCTGCTCGTGAAGCGGCTCGTGGAGAATCAGCACGCGGTGTACCGGGTGGAAGAGCAGCGGAGGTCGCTCGAGGATATTTTCATGCAGATCGTAGGGGAGGGAAGCCGGGTATGA	MTELVIQTKGLYKIYKKRAAVVDLNLEIARGDIYGFLGPNGAGKTTTIRMLLGLIQPTRGAIHLFGKDLKSEKMDILRRTGSLVEYPSYYGHLTAVENLEAIRRITGGPKSRIAEVLEIVSLTKEAKRPVKGYSLGMKQRLGIAAALLNNPELLILDEPTNGLDPSGIHEIRELIKNMPRQYGITVLVSSHLLGEVEQMADKVGIIREGRMVFQDTIDNLVSTASSGFRLSVSEPELALGLALDLGCEGVLRNQMLELESMQDAKIALLVKRLVENQHAVYRVEEQRRSLEDIFMQIVGEGSRV	PGPT0011725_189	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011725-nukF|mcdF|sboF-K20459	NA	NA
JZ016_04747	717			hypothetical protein	ATGATGTTCCGTGCGCTTTCCGCCGATTGGCTGAAGATCCGGGGCAAGGGCATTTGGTTTCTCGCTGCGCTCGGTCCCATCGGGCTGGCAGCGATGCAAGGGCTGAACTTCGGACTTCGCTATGATTACCTGATGAAATCCTACGCGGCAGATCCTTGGGGCGGGCTGCTCGAGAACGTGCTGTTTTATGTACCGATTGCCCTCTTTCTTGGGATCACGCTGGTCTGCTCGCTGATGGCCAACGTGGAGCATCAGCTGAGCTCGTGGAAACAGCTGCTGGCATTGCCTATTTCCAGAACAGCGGTATTCAGTGCCAAGTTCGTACAGGCCTTCCTCATTCTCTGCGTATCCTGTCTCCTTCTGTCGATCAGTACCGCCGTGCTCGGCATCATACTGGGGATGGGGGCGGAGCAAATGCCTTATATGGATCTGCTGCGCATTGGCTTTGTACAGCTATTTGCGGCGCTTCCCATGCTGGCTTTTCAGCTGTGGATGTCTTTGACGCTTAAGAACCAGGGGATTGCGGTTGGGATCGGGATTACCGCCTCTGTGGTGTCGATGTTTGCCCTGCAATTCCCCGATTGGATGCCGCTAAAGTGGCCGCTGCTGGCTTATATGGGGCCGGGAGAAGTCAAGGTCATCGGAGCGGGTTTGCTGCTGGGCGCGGTCATAACGTGCGTTGGCCTGATTCATTTTAACCGAAAGGATGTGGACTAA	MMFRALSADWLKIRGKGIWFLAALGPIGLAAMQGLNFGLRYDYLMKSYAADPWGGLLENVLFYVPIALFLGITLVCSLMANVEHQLSSWKQLLALPISRTAVFSAKFVQAFLILCVSCLLLSISTAVLGIILGMGAEQMPYMDLLRIGFVQLFAALPMLAFQLWMSLTLKNQGIAVGIGITASVVSMFALQFPDWMPLKWPLLAYMGPGEVKVIGAGLLLGAVITCVGLIHFNRKDVD	PGPT0011720_194	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011720-nukE|mcdE|sboE-K20460	NA	NA
JZ016_04748	735			hypothetical protein	ATGACATCCTATAGAAGAGCGGTGTCCGCAGAGTGGCTAAAACTGTCGAAATCGAAGCTATGGCCGCAAATCTTCTTGTGTGCGATCCTGGTCATGCTGCTGGGCATATTAAATGGAAAGCCTGAGGAGCTTGCGCCATGGGAGTACTTGATCAGCATTATGATCATTCTGCATGCGATGCTGCTGCTCCCGATTCTGACGGGGATTTTTAGTGCCATGGTGTGTCGGTATGAGCATTCGGGCGGGGGATGGAAGCAGCTGCTTGTCCTGCCGGTTTCACGCGGCACCGTCTATTTTGCGAAGTTCTCGGTGGTAGCCATGCTGCTGGCCGTCGTCCAGTTACTGTTCATGGGAGCTCTGCTGGGAGCCGGTTTGATCCACAAGGTGGATGCCCCGATACCGTGGGAAATGCTGCTGCGCAGCCTGCTTGGCGGTTGGGTTGCTTGCTTGCCGCTGGCCGCGCTGCAGCTTGGAGTCTCCACAGCCTGGAGCAGCTTTGCCGCTCCGCTGGCATTGAACGTCGTTTTTACCATACCGAACATGCTGGTGGCCAACTCGCAGACGTATGCCCCTTACTATCCTTGGACGCAGCCGTTTCTGGCGATGATGCCGGAGGGTCAAGCCGATTTCGGCGCATTCAACCTGCCGTTCGAAAGCCTCATGACCGTCGTGGTTGGCGGGTTTCTACTGTTCTTTCTTGCAGGCTTTATCTATTTTCAGCGGAAAGAAGTGTAA	MTSYRRAVSAEWLKLSKSKLWPQIFLCAILVMLLGILNGKPEELAPWEYLISIMIILHAMLLLPILTGIFSAMVCRYEHSGGGWKQLLVLPVSRGTVYFAKFSVVAMLLAVVQLLFMGALLGAGLIHKVDAPIPWEMLLRSLLGGWVACLPLAALQLGVSTAWSSFAAPLALNVVFTIPNMLVANSQTYAPYYPWTQPFLAMMPEGQADFGAFNLPFESLMTVVVGGFLLFFLAGFIYFQRKEV	PGPT0011715_222	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011715-nukG|mcdG|sboG-K20461	NA	NA
JZ016_04749	840			hypothetical protein	ATGAAAAAAATCGGATTCATCGACCTGCATCTGGACCAATTCCACGCGAATAAATATCCCGGTTGGATTGAACAGGCATCGGAACATGCCATGAAGGTCGTATACGCCTACGGCAAGAGAGACAAAGAGAACGGGCTCACGAACGCTGCCTGGAGCCAGGAGTTTGGCATTGAGCTGCTGCCCACAATCGAAGAGGTGGTGGAGCGCAGTGATTACCTGATCGTGCTGTCCCCGGATAACCCGGAATTCCATGAGGAGCTGTCCCAGCTGCCGCTGCAATCCGGTAAGCCGACCTATATCGATAAAACGTTCGCGCCTGACCGCGAAACGGCTATCCGCCTGTTCGACCTGGCGGCAAAGCATGGAACGCCGATGTATTCGACGTCCGCCCTGCGTTTTGCCAGCGAATACCGTGAGCTGGACCGAAGCGATATCCAAACGATCAGCAGCTGGGGGCCGGGTGCCTTCGCCAATTATTCGATCCATCAAATCGAGCCGATCGTCAGCCTGATGGGGGCCAGCCCGAAGCGGGTGATGTATATCGGCACGCCTGACTCCCCTGCCCTGCTGATCGATTTCGGGAACGGACGGCAGGCCACCGTAAATCATCTTGGCGATAATTGTCCATTTACCTTAGGCCTTAAGAATGGCGACGGGGGCTTCAAGCAGGTCACCGCCCATTCGAATTTTTTCAACTTGTTCATCGAGAATCTGGTGAATTTCTTCGAAACGGGCAAGCCTGCCGTCAACCCGGCAGAAACGGTCGCCGTCATCACGATTATCGAGTATGGATTGAAGGCCGCTGACACCCCTTATGTGTGGTTGGATTTGCCTCAATAG	MKKIGFIDLHLDQFHANKYPGWIEQASEHAMKVVYAYGKRDKENGLTNAAWSQEFGIELLPTIEEVVERSDYLIVLSPDNPEFHEELSQLPLQSGKPTYIDKTFAPDRETAIRLFDLAAKHGTPMYSTSALRFASEYRELDRSDIQTISSWGPGAFANYSIHQIEPIVSLMGASPKRVMYIGTPDSPALLIDFGNGRQATVNHLGDNCPFTLGLKNGDGGFKQVTAHSNFFNLFIENLVNFFETGKPAVNPAETVAVITIIEYGLKAADTPYVWLDLPQ				NA	NA	NA	NA	NA
JZ016_04750	1083	iolG_20		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGAACAAAATTACAATTGCCGTGATTGGCTGCGGCACGATTGCAAACAGCGCCCATATTCCCGCCTACATGGCCAACGAAGATGCCGAGATCAAATATTTCTGCGATATCGTGAAGGATCGGGCCGATGCCGCCGTCGCCAAATACGAATGCGGCCAAGCCATCGAAGATTACAACCAGATCCTGAACGACCCTGAGGTCGACGCGGTATCGATCTGTACGCCAAATGACGTTCATGCTTCCATCGCCATCGATTGCTTGCGGGCAGGTAAGCATGTATTATGCGAAAAACCGGCAGCCCGCACCTACGCGGAAGCGCTGGAAATGCAGAAGGTTCAGCACGAAACGGGCAAAACGCTCAATATCGGGGTGGTCAACCGTTACAATGAAAGCGTAAACAGAATCAGAAAAATGATCCAAAACGGCGATCTCGGCGAGCTGTATCACGTATATGCCAGCTTCCGTTCCCACCGCTCGATCCCGGGACTCGGCGGCGCCTTCACGACCAAAGCCATTGCCGGCGGCGGCGCGCTGATCGATTGGGGCGTTCACTTCCTTGATGTCGTGATGTACTGTACGGGCGATCCCAAGCCGAAGACCGTCTCCGGCCAGGCTTACTGCAAGCTGGGCAAAGACATGGAGAATTACACCTTCCTCAAAATGTGGGCAGGTCCGCCGAAATATGACGGCACGTATGACGTCGACGATTTTGTCACGGCTCTCGTCCGCACCGAAGGTCCGACCATTTCCTTGAACGGCGCATGGGCGCAAAATATCGGCGCCGAAGAAATGTTCATCGACTTCCTCGGCGACAAAGGCGGCATCCGGCTGAAATACGGCGCGGACTTCACCTTCTACACAACGGAGGACGGCGCATTGATTGAAACCACGCCGAAATTCAATCTTGGCAGCATGTTCCAAAATGAGATCGACGGGTTCATCCGCTGCATTCAAACCGGGGAGAAGCAGCCTTCGCATATCGATACGGTCATCCTCTCCTCCCAGATCATCCAGGCGATTTACGACTCGTCCGACCAAGGCGCGGAGGTTTCGCTGCAGCCCGTTGCCCAGAACAGCCTATAA	MNKITIAVIGCGTIANSAHIPAYMANEDAEIKYFCDIVKDRADAAVAKYECGQAIEDYNQILNDPEVDAVSICTPNDVHASIAIDCLRAGKHVLCEKPAARTYAEALEMQKVQHETGKTLNIGVVNRYNESVNRIRKMIQNGDLGELYHVYASFRSHRSIPGLGGAFTTKAIAGGGALIDWGVHFLDVVMYCTGDPKPKTVSGQAYCKLGKDMENYTFLKMWAGPPKYDGTYDVDDFVTALVRTEGPTISLNGAWAQNIGAEEMFIDFLGDKGGIRLKYGADFTFYTTEDGALIETTPKFNLGSMFQNEIDGFIRCIQTGEKQPSHIDTVILSSQIIQAIYDSSDQGAEVSLQPVAQNSL				NA	NA	NA	NA	NA
JZ016_04751	948	rhaR_46		HTH-type transcriptional activator RhaR	ATGGCTATTCACTGGCTGGAACCGGATATCGCCGAATGCACCCGAAGAGGAATCGCCTACTTTACGTCGGAGCTGGAGATGGCGAATGGCCTGCCCTGCAAAATGTACCGCATTACCGAAAAGTTCGGGAGCTTATCCGATCATATGCATGACTATCTTCAAATCTGGTATGTCAGCAAAGGCGAATTCATCCATACGCTCTATGGTCAAAAATACCGGATGGTCCAAGGCAATATATTCGTGCTCCCTCCTTACAGCGTCCATCGCGTGGAGATGGTCCCCGGGAAAGAACTGGAGGTGCTGGGGTGCGAATTCATGCCGGCCTTCATTAACGAGCGATTGGAGGGAATGCCGGCTAAGCCGCAGCTGTTCGACCTTTCCTTTATCAAGCCTTTTGTCACGACCGAAGACCGTGTCCCGCTCAAAATCACCTTAACCGGCGGCAGCGACCTCGCCGTAAAGGAGCTCCTGACCGAAATGCTGAACGAGTTCGGAGGCCGCGGCCCATTCTTCGATATTCTGCTGAAGGCCAATCTGCTGAAGCTGCTGGCCATCGTGAACCGCGAGCATGCCGAGCAAGGCAAGCATACAGCGGTAACCGCCGGCAGCGCCCCGTACCGTGAGCCCATTATGGAATCCGTACAATATATTCACGACCATTACGACCAGCCTCTATGGCTGGAGGATCTCTGTGCGCGGACGATGATGTCCCGAACGAACTTTTGCCGACGGTTCAAGGAAGTGACCGGCTGGACCTTCAGCCAGTACTTGGCCAACTATCGGATACGGATGGCCATGCGGCTGCTGACGGAGCCCGAGCTCACGGTAACCGATGTATGCTTCAAGGTCGGGTTTAACGAGCTTCCCTACTTCTGCCGCACTTTCAAGAAATATACGGGAACGACTCCTGCCTACTACAAAAAGAACGCTTTTAAAACCGTGGACTAA	MAIHWLEPDIAECTRRGIAYFTSELEMANGLPCKMYRITEKFGSLSDHMHDYLQIWYVSKGEFIHTLYGQKYRMVQGNIFVLPPYSVHRVEMVPGKELEVLGCEFMPAFINERLEGMPAKPQLFDLSFIKPFVTTEDRVPLKITLTGGSDLAVKELLTEMLNEFGGRGPFFDILLKANLLKLLAIVNREHAEQGKHTAVTAGSAPYREPIMESVQYIHDHYDQPLWLEDLCARTMMSRTNFCRRFKEVTGWTFSQYLANYRIRMAMRLLTEPELTVTDVCFKVGFNELPYFCRTFKKYTGTTPAYYKKNAFKTVD				NA	NA	NA	NA	NA
JZ016_04752	585	betI_9		HTH-type transcriptional regulator BetI	ATGCCACGCTCACCCAGCGAGAACGAACGCATACGCCAGATGGCGAAAGAGAAAATTTTAGAAGCCGCCATGGATTTGTTTATCCATCAGGGCTACCATGCCACTTCCATTAGTGATGTAGCCAAGCAAGCCGGCATTTCCAAAGGGCTGCTCTATAACTATTTTCCAGGCAAGGAAGGACTGCTTGCCGCTATGGTCGAGGAGCGAATCGCAGGCGTTGCCGAAGTCATAGAGAATGCAGCTTCGCTCCAAGCACCCGCAGATCAGCTGAAATATATTTTGGAGCAAGCCATCGACAACGTCGATCGGCAGCCGGAAGTATTCCGTTTTTACTTGCATCTTCAAACCCAGCCCGAAGCGGATCAAGAGCTGTTTCCCTACAGCAAGCGTCTTGTGGAAGAGGCTGCACGGCAATTTGAGATTCAGTGCCGCATATTCGAAAGCCTCGGGGTTCCCGAGCCTCGCAAGCGCTCCTTGTACTTTTCTTCTACCCTGCAGGGCATCATGCTGATGATATCCACCTATCCCCAGCACTTCCCCATTGAAGAAGTGAAGGAGCAGATGCTGAAGGAGTTTTGCCCGTAA	MPRSPSENERIRQMAKEKILEAAMDLFIHQGYHATSISDVAKQAGISKGLLYNYFPGKEGLLAAMVEERIAGVAEVIENAASLQAPADQLKYILEQAIDNVDRQPEVFRFYLHLQTQPEADQELFPYSKRLVEEAARQFEIQCRIFESLGVPEPRKRSLYFSSTLQGIMLMISTYPQHFPIEEVKEQMLKEFCP				NA	NA	NA	NA	NA
JZ016_04753	1980			hypothetical protein	ATGGCTCGTTATTTTAACGGTAAAGAAGTGGAACTGTTAGCTCCTGCCGGAACATTCGAGATATTCAAAACCGTCATTGACGCAAACTGCGATGCCGTATATTTCGGGGGACCATCCTTGAACATGCGCATGATGCGCAAGGGCTATAACTTAAGTTATGAGGAAGTCAAAGAAGCCGTCCATTTGGCCCATGAGCGCGGTAAACGTGCTTACATTACAGTGAACAATCTGATGGATGAGGAGGATCTGGAGGAAGCGAAGCGTTATTTCGCCTTTTTGAACGAGATTGGCCCGGATGCCATTATCGCGCAGGATCTGGCCGTATTTCCTCTGATTCAGGAGATGAACTATACCAATATTCCGGTTCACTCCTCGGTCATGATGAATGTGCACAATCTGGAGATGATTGAAGCCGTCAAAGCATTGGGCGTTTCCCGCATCGTGGCTTCCCGGGAGATGGACCTGAAGACGGCGGAGGTGCTGCACACTAGGAGCGGAATGGAGTTCGAGTATTTTGTGCACGGTGATATGTGCACCGTTCACGGCGCTAACTGCCTGTACAGCTCCATGCTGTTCGGCAACAGCTCCAACCGGGGACGATGCATGAAGCCCTGCCGCTGGGATTATCGGGTGAAAAAAGACGGCTACCTCTATCCTACCGAGTACCCGCTTGCGGCGAAAGATATGTATATGTACGAGCATATTCCGGAGCTGGTCAAGTCTGGGATTACCAGCTTTAAAATAGAAGGACGCATGAGAGACATCGAATTTCTGCTGATGGTCGTTAATTCTTACGGAGATGCCATAGATCGTTACATTACGGATCCGCTGGGCTTTAACCGCGAAGACGGGGCGGATACGCTGCATAAAAACCGGAAGCGCGATTTCACGACCGCTTATGCCTTTGGCAAGCCGGGACTAGCGTTCATCAATCGCCGTTATGAAGGAACAGGCAAGTTTTACAGTTCGGGGAAGGTGTTCAGCACGCCTACCGCGGAACGCGAGATGAAGGAGGAGCGGGTGCTTCAGGTGAAGGAGTCGCTTCGTCATGCGAAGCGGGAGCAGCCTTGCACGTCGATTCCGCAAATTACGGTGCATGTCAACTCGGTGGAGCAGGCCCGAGCGGCAATAGAAGAAGGCGCGGACGTCATCTATCTGACAGGCGACGTGTTCCAGCCGGATCGCCCTTTCGGTCGTGAGGATATCGAAGCTTTGACGGCGGATAAAGGGAATGCCGAAATGATTCTTGGCATGCCGCGCATGATGAATGAGCTGCATATGGAGCAGTACCATCATTTCCTCGCCGAGGGGAAACAGCATAAGTTTTATGGCCTGGATGGCCTGCTTGCCTCCAACATCGGTGCCATGCACAAGTTTCAATCTCTAGGGCTGCCGATGATTGCCGATTTCAGCCTGAATATATACAACCATATGGCGGCTTCGTTTTATCAGAAGCATTTTGGCATATCCAGAGTCATTCCGTCCCTTGAGCTTCAGCTCCATGATTTGACGAAATTGCTGCGTCATCCGGAGATTCCCCTCGAGGTCATCGTCCACGGATCGCCCATCGTCATGTATCTGGAGCATGACCTGTACGCCAATGCGGCAGAGTTTGAGCCCATAGCTGAAGAGGATAACCGGTTCGTGGATAACCGACATCTCGTACTGCTTACGGATAAAGGGGAGAACCCTGTATACCGGGATGCCGCAGGGCGTAACCACTTGGCACTGGCAAAAGAGCTTTGCTTCATGCCGTTCTTGAAGGAGCTGCACGAAGCGGGCGTGAATCACTTCCGCATTGAAGGGAAGACGTATACGACGGAGCAGCTTCGCGGCCTGGTGCGGATATATCGTCAAGCTGCCCTGAACCTGGACTCCTGCGGCAGGCTGTATCAAGACATGACACCGATCTATGCCGGTTATACACTGGGTTCGCTCCAATTCGGCCATGCCATGCAGCTTGAGCTGACGGAAGTATGA	MARYFNGKEVELLAPAGTFEIFKTVIDANCDAVYFGGPSLNMRMMRKGYNLSYEEVKEAVHLAHERGKRAYITVNNLMDEEDLEEAKRYFAFLNEIGPDAIIAQDLAVFPLIQEMNYTNIPVHSSVMMNVHNLEMIEAVKALGVSRIVASREMDLKTAEVLHTRSGMEFEYFVHGDMCTVHGANCLYSSMLFGNSSNRGRCMKPCRWDYRVKKDGYLYPTEYPLAAKDMYMYEHIPELVKSGITSFKIEGRMRDIEFLLMVVNSYGDAIDRYITDPLGFNREDGADTLHKNRKRDFTTAYAFGKPGLAFINRRYEGTGKFYSSGKVFSTPTAEREMKEERVLQVKESLRHAKREQPCTSIPQITVHVNSVEQARAAIEEGADVIYLTGDVFQPDRPFGREDIEALTADKGNAEMILGMPRMMNELHMEQYHHFLAEGKQHKFYGLDGLLASNIGAMHKFQSLGLPMIADFSLNIYNHMAASFYQKHFGISRVIPSLELQLHDLTKLLRHPEIPLEVIVHGSPIVMYLEHDLYANAAEFEPIAEEDNRFVDNRHLVLLTDKGENPVYRDAAGRNHLALAKELCFMPFLKELHEAGVNHFRIEGKTYTTEQLRGLVRIYRQAALNLDSCGRLYQDMTPIYAGYTLGSLQFGHAMQLELTEV	PGPT0021005_760	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021005-PUTATIVE_PROTEASE-K08303	NA	NA
JZ016_04754	1308	davT	COG0160	5-aminovalerate aminotransferase DavT	ATGACGCATGCAGATCAGACGTATATGGGTCCGGAAGCTATCGTGACAAAGCGTCGGGAATACGGCTACCCTTGCACGGCCAATTTCTATAAAGAGCCGCCCCAGATCATCAGCGGCAAGATGCATAAACTTTACGGGCATGATGGCAAAGCGTATGTCGACTTCTTTACGGGAGTGTCGGTTGTCGCCTGCGGCCACTGCAATGAAGCCATTACGGCAAGAACGATCGAACAGCTGCAGACGCTGCAGCATACGTCAACCATTTACCTTACCCAGCCGATGGCAGATCTGGCGGAGCGGTTGGCAAACGGCGTTTTGCCTGGCAACTTAAAGCGAACGTTCTTCGTAAACAGCGGCTCCGAAGCGAATGAAGGCGCGCTGCTTGTCGCCCGTCTGCACACGAAACGCCGCCACTTTCTGGCGCTGGATTACGGCCTTCATGGCCGCACCTTCCTGACCATGAATGTGACCGGCATCCCGATGTGGCGTGCCGATGATTTCCTGGACCAGGAGGTGGCTACGTTTATTCCTCGTCCCTATGATCCTGCCATGGATCAGGATGCTGCCGCTCGCCGTTCCCTGGATGCGTTGGCGAGTGTGCTCGCTGCGAAGGGAGACACCTTCGCCGCCATGATCGTGGAGCCGATCCAAGGCAACGGGGGAATGATCGTGCCGCCGGATTGGTATTTCCGTGAGCTGAAGACGATACTGGAGGAGCATGGCATTCTCCTGATTGCCGACGAAGTTCAGACGGGCTGCGGCCGCACGGGACGCATGTTCGCGATCGAGCATTACGGCATCGTGCCTGATATTCTTACCATGGCCAAGGCACTAGGCAATGGCGTGCCGATCGGCGCCTTTTCCACGACGGACGAGATTGCCGCCAGTCTGGATCGGCCTTCCGCCTCGACCTTTGGCGGCAACCCGGTATCATCCGTCACGGCGCTTGCCGTCTTGGATTACATCGAACAGCAGGGCCTGGTTGAGCGTTCCCGGCGCGTTGGCGGGCGGCTCATCGAAGGTTTGGGGGAGCTGCAAGGCCGATATAAGATAATCGCCGATGTCCGAGGCAAGGGCTTTATGGCGGGGGCCGAAATCCGTGGAGCGACCGAAGAGGAAAGCGCAGCATGGACGGATATCATTCTGGAGCGCATGAAGGAAGAAGGATTTATTATCGGCAAAAATGGGGTGGGCCGAAACGTGCTGGCTTTCCAGCCGGCCATGATGATTCCGGAGGAAGATATCGAGGCCATGCTCAGTGCGCTGGACAAGGTGCTGGCTGGGTTATCCCAATTCGTAAACGAATGA	MTHADQTYMGPEAIVTKRREYGYPCTANFYKEPPQIISGKMHKLYGHDGKAYVDFFTGVSVVACGHCNEAITARTIEQLQTLQHTSTIYLTQPMADLAERLANGVLPGNLKRTFFVNSGSEANEGALLVARLHTKRRHFLALDYGLHGRTFLTMNVTGIPMWRADDFLDQEVATFIPRPYDPAMDQDAAARRSLDALASVLAAKGDTFAAMIVEPIQGNGGMIVPPDWYFRELKTILEEHGILLIADEVQTGCGRTGRMFAIEHYGIVPDILTMAKALGNGVPIGAFSTTDEIAASLDRPSASTFGGNPVSSVTALAVLDYIEQQGLVERSRRVGGRLIEGLGELQGRYKIIADVRGKGFMAGAEIRGATEEESAAWTDIILERMKEEGFIIGKNGVGRNVLAFQPAMMIPEEDIEAMLSALDKVLAGLSQFVNE	PGPT0001910_554	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0001910-dgdA-K00827	NA	NA
JZ016_04755	876	ubiA	COG0382	4-hydroxybenzoate octaprenyltransferase	ATGCAGATGATGTATAAAGTCGTTCATAAGACCAAAATGTTCGGAGAACTGGTGATGTTCTCCCACACGCTGTTCTCGCTGCCCTTCGCCATCATTTCCATGATCTGGGCCGCGGACGGCGTACCGTCATGGCATGTCATGCTGTGGTCGTTGATTGCGCTGGTAGCCGCACGCAATGGAGCCAATGCCTTCAACCGCATCGCCGATTTGAAGTTTGATGCCGCTAACCCGCGGACGGCGACTCGCCATATGCCAAGAAAACTCCTGCTGCCTCGCGAGGTGTACGTATTTGTGGCCGTTAACTTCGCCATCTTTATTCTCGCGGCGGGGATGCTGAACCCGCTCTGCCTGGGACTCTCTCCGGCAGCGATCGTGCTGATTTGCACGTACTCGTACACGAAGCGCTTCACCTGGCTGTGCCATCTGTATCTGGGCTTTACGATCGCTTCGGCTCCGATCGGGGCATGGTTTGCCGTAACGGGGCAATTCGCATTCATTCCGTTTATCATCGGTACCGTCGTCATGCTGTGGATTGCAGGCTTTGATATCATCTATGCCACGCAGGATATCGAATTCGACCGGAGCACCGGCTTGTGGAGCATTCCCCGCGCGTTTGGGTTAGAGGGCGGACTGCTCATTTCCAGAATGCTGCACGGGATTATGATCATCCTGCTGGTTTCCCTTTACTTTATCCAAGGCTTAGGCTGGCTCTACTTGGCGGGAATTGCCGTTTCGGTGATACTGCTTGCCGTGGAGCATCGCATCATCAAGCCTTCCAGCCGCAGGCGGATGCACCTTGCCTCCTACAACCTGAATCAGGTCATTAGCTTGACGATTCTGCTCTTTACCTTGGCCGACCAATTTGTGCTCGGATAA	MQMMYKVVHKTKMFGELVMFSHTLFSLPFAIISMIWAADGVPSWHVMLWSLIALVAARNGANAFNRIADLKFDAANPRTATRHMPRKLLLPREVYVFVAVNFAIFILAAGMLNPLCLGLSPAAIVLICTYSYTKRFTWLCHLYLGFTIASAPIGAWFAVTGQFAFIPFIIGTVVMLWIAGFDIIYATQDIEFDRSTGLWSIPRAFGLEGGLLISRMLHGIMIILLVSLYFIQGLGWLYLAGIAVSVILLAVEHRIIKPSSRRRMHLASYNLNQVISLTILLFTLADQFVLG	PGPT0009515_1821	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009515-ubiA-K03179	NA	NA
JZ016_04756	1749			Cyclomaltodextrinase	ATGTTCTTGGAAGCCATCTATCACCGTCCGCGCAAAAACTGGTCCTACGCTTATAACGGCACGACCATCCATCTCAGAATCCGCACCAAAAAAGACGACCTTACCGAAGTGTACGCCCTCGCAGGCGACAAGTACCTGTGGGATCAAACGATGGAATATATTCCGATGACCAAGCTGTCCTCGGATGAAATGTTCGATTATTGGGAGTGCGAGGCAACTCCTCCGTACCGCCGTTTGAAATACGGCTTCCTGCTCCAGCAGGGCGACGAGAAGCGCTGGGTGACCGAATATGATTTCCTGACAGAGCCGCCGGCCAATCCGGACCGCCTGTTCGAGTACCCGTTCATCAATCCGGATGACGTTTTCCACCCGCCTGCATGGGTCAAGGACGCGATCTTCTATCAAATCTTCCCGGAACGCTTCGCGAATGGGGATACAAGCAATGACCCGGATGGCACTTTGCCTTGGGGCAGTGCCGAACCGACGCCGAAGAACTTCTTCGGCGGTGACCTTCAGGGGGTTATCGACCATCTTGACCATTTAAGCGAGCTCGGCGTCAACGCGATTTACTTTACGCCGCTGTTTACGGCAACAACAAACCATAAATACGATACTGAAGACTATATGGAAATCGATCCGCAGTTCGGCGACAAGGACACGCTGAAGAAACTGGTCGATCTATGCCACGCGCGCGGAATCCGCGTCTTGCTGGATGCGGTCTTCAATCATTCCGGCAGAACGTTTGCCCCATTCGTTGACGTGCAGAAGAACGGTTTGAACTCCAAATATAAGGATTGGTTCTACGTTCGCTCCCTGCCGCTGGAAGTGGTGGATGGCATTCCGACTTACGATACCTTTGCTTTCGAGCCGCTGATGCCAAAGCTGAACACGGAGAATCCGGAAGTCCGAGCTTACCTGCTCAAGGCTGCCGAGTACTGGATCAAGGAAACGGGCATCGACGGCTGGCGCTTGGATGTAGCCAACGAGGTGGGACACAGCTTCTGGCGCGAATTCCGTCAAGTCGTGAAAAAAGCCAACCCGGATGCTTACATCCTTGGCGAAGTGTGGCATGAATCCTCCATCTGGCTGGAAGGCGACCAGTTTGACGCCGTCATGAACTACCCGTTCACGAATGCCGTACTGGATTTCTTCATCAACCGTACCGCCGATGCCGAGAAGTTCTCGTTCATGCTCGGCAAGCAGCTTGCCGGCTATCCGAGACAAGCCAGCGAAGTGATGTTCAATCTGCTGGACAGCCATGACACCGCAAGACTGTTAACGCAGGCGAACGGCGACAAACGCCTGATGAAACTGGCCGCGATGTTCCAGTTCACGTACTTCGGCACGCCTTGCATCTATTACGGCGACGAAATCGGCATGGACGGCGGACACGATCCGGGCTGCCGCAAATGCATGGAATGGGACGAGTCCAAGCATGACAAGGACCTGTTCCATTTCTACCAAACGCTCATTAAGCTCCGCAAAGAGCATTCCGCTCTCCGCACGGGAACCTTCAAATTTTTGAAGGCCGAGAAGAACGGCGGCAAAATCGCTTACCTGCGCGAGGACGACAACGAAACGATCCTCATTGCCGTCAACAACGACAAGGCGGGCAACACGATAACCGTCCCTGTGCAGGACCAGCAATGGACGAACCTGTGGAACGGCGAAGGCCTCAGCGCGAAGCAAGGCCAGCTGACCGTGAAGCTGCCTGCTTACGGCTTTGCGATCTTGAAAGCCGGGCAATAA	MFLEAIYHRPRKNWSYAYNGTTIHLRIRTKKDDLTEVYALAGDKYLWDQTMEYIPMTKLSSDEMFDYWECEATPPYRRLKYGFLLQQGDEKRWVTEYDFLTEPPANPDRLFEYPFINPDDVFHPPAWVKDAIFYQIFPERFANGDTSNDPDGTLPWGSAEPTPKNFFGGDLQGVIDHLDHLSELGVNAIYFTPLFTATTNHKYDTEDYMEIDPQFGDKDTLKKLVDLCHARGIRVLLDAVFNHSGRTFAPFVDVQKNGLNSKYKDWFYVRSLPLEVVDGIPTYDTFAFEPLMPKLNTENPEVRAYLLKAAEYWIKETGIDGWRLDVANEVGHSFWREFRQVVKKANPDAYILGEVWHESSIWLEGDQFDAVMNYPFTNAVLDFFINRTADAEKFSFMLGKQLAGYPRQASEVMFNLLDSHDTARLLTQANGDKRLMKLAAMFQFTYFGTPCIYYGDEIGMDGGHDPGCRKCMEWDESKHDKDLFHFYQTLIKLRKEHSALRTGTFKFLKAEKNGGKIAYLREDDNETILIAVNNDKAGNTITVPVQDQQWTNLWNGEGLSAKQGQLTVKLPAYGFAILKAGQ	PGPT0012200_650	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0012200-cd|ma|nplT-K01208	NA	NA
JZ016_04757	261			hypothetical protein	ATGCAATACGACGATCAGATGAAAAACCGGATCAAGCGGATTGAAGGACAGCTTCGCGGCATCTTGAAGATGATGGAGGAGAACAAGGACTGCAGGGAGGTCATCACCCAACTATCCGCTTCGCGTACGGCGATCGACCGAACCATTGGCGTTGTCGTCAGCTCCAACCTGGTGGATTGTGTACGGAAGGCCGAAGAGAATGGTGAGGATACGGAGAAGCTTGTGCAGGATGCCGTTAATTTGCTCGTTAAGAGCAGATAA	MQYDDQMKNRIKRIEGQLRGILKMMEENKDCREVITQLSASRTAIDRTIGVVVSSNLVDCVRKAEENGEDTEKLVQDAVNLLVKSR	PGPT0004175_2138	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004175-csoR|ricR-K21600	NA	NA
JZ016_04758	1014	yfmJ	COG2130	Putative NADP-dependent oxidoreductase YfmJ	ATGTCTGTAAACGAACAAATTATACTAGCCAAAAGGCCGCAAGGCATGCCGGAGGAGTCGGATTTTATATTGGAGGAGCAGCCTTTGCCCGTTCCGCAAGCCGGAGAAGTCCTGGTACGGACCGTATACTTGTCGGTGGATCCGTATATGCGGGGCAGAATGAGCGATGCCAAGAGTTATGCGAAACCCTACGAAGTAGGACAGGTTATCGCTGGAGGCGCAGTAGGGCAGGTCATGGAATCGACGGATCCGACCTATCGGGCAGGCGATTATGTTGCAGGAACATGGGGCTGGCAGCGCTTTGCCGCCGTGCGGACAGGAACGCTGCGTAAGGTCAACCCGGATCTGGCGCCTGTATCGACCGCCTTGGGCGTGCTGGGGATGACCGGTTTGACGGCCTATTTCGGACTGCTGGATATCGGTCAGCCGAAGGAAGGCGAGACGGTCGTGATATCGGGTGCCGCAGGCGCCGTTGGCATGATTGTCGGGCAGATTGCCAAGATCAAAGGGACCCGGGTGATCGGTATTGCCGGTTCTGACGAGAAAACCAAGTACCTGACCGAGAAGCTGGGGTTTGATGCAGCGATCAATTACCAGACCGAAGATCTGGCATCGTCTTTAGCGGAAGCTTGCCCGAATGGGGTGGACGTTTATTTTGACAATGTCGGCGGTGAGGTTTCGGATGCGGTGCTGCGTCTGATCAACAAAAATGCAAGGATCCCGATTTGCGGCCAAATCGCACTCTATAACCTGGAAAAACCCGATACGGGCCCGAGAATTCAGAGCCTGCTGTTGACCAATACGGCACTGATGAAGGGCTTCCTGGTCGGCGACTATGCCAGTCGGTACAATGAGGCATTGCATGAGCTGGCCGAATGGCTGAGGGATGGTAACATTCAGTACGCCGAACATATCGTCGATGGTTTCGAGAAGACCATTGAGGCGTTTCTGGGGCTCTTCTCCGGGCAGAATCTGGGGAAACAGCTGGTGAAGGTAAGCGAGGAGCAGAGTTAG	MSVNEQIILAKRPQGMPEESDFILEEQPLPVPQAGEVLVRTVYLSVDPYMRGRMSDAKSYAKPYEVGQVIAGGAVGQVMESTDPTYRAGDYVAGTWGWQRFAAVRTGTLRKVNPDLAPVSTALGVLGMTGLTAYFGLLDIGQPKEGETVVISGAAGAVGMIVGQIAKIKGTRVIGIAGSDEKTKYLTEKLGFDAAINYQTEDLASSLAEACPNGVDVYFDNVGGEVSDAVLRLINKNARIPICGQIALYNLEKPDTGPRIQSLLLTNTALMKGFLVGDYASRYNEALHELAEWLRDGNIQYAEHIVDGFEKTIEAFLGLFSGQNLGKQLVKVSEEQS	PGPT0023605_577	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM	ADAPTION_TO_PIS-PLANT_CURCUMIN_RESISTANCE	ADAPTION_TO_PIS-CURCUMIN_DEGRADATION,PGPT0023605-curA|yncB-K23256	NA	NA
JZ016_04759	492			hypothetical protein	GTGGTTAATTTCGATTCCCCAATTCTTCAGATAGGCTCTACGATTGCGATGCTGGTTATGGCACTGACCGTTATTTTCATTCGGATGAAAGCGAGCAACCGCCCCGTCACCGTCAAGAAGATCATCATCCCTCCCGTCGCGATGAGCACAGGGTTTCTGATGTTCGTTGAGCCGCAGGTACGCATCCCTATATGGTGGGCGGGAATTGCCTTTCTGGTAGGCTGGTTCATCTTCTCCTATCCACTGATTCGAAGCACCAAATTCGAAAAGGTCGATGGCCAGATCTTCATGCAGAAATCGAAAAGCTTTGTTTACATTCTGCTCGGCCTGCTGGCTGTCCGGCTCCTGCTCCACGGATACATTGAGCAGCATATTTCCATCCCGCAGACCGCGGCGCTGTTCTTCATGCTGGCTTACGGCATGATTGTCCACTGGCGCATCTCGATGTATCGCCAGTATCAGCAATTTACGACACCAGGAGCGGCTATATAG	MVNFDSPILQIGSTIAMLVMALTVIFIRMKASNRPVTVKKIIIPPVAMSTGFLMFVEPQVRIPIWWAGIAFLVGWFIFSYPLIRSTKFEKVDGQIFMQKSKSFVYILLGLLAVRLLLHGYIEQHISIPQTAALFFMLAYGMIVHWRISMYRQYQQFTTPGAAI				NA	NA	NA	NA	NA
JZ016_04760	561			hypothetical protein	ATGAGTCCAAGACCCGGAATCGACCGGCTTCAACTGCTTCAAACCGCTGCCGATCTGGCGGATCAGGATGGACTTCATGCCGTGACCTTAGCCGCGCTTGCAGGCAAGCTGGGCGTTCGGTCCCCTTCCCTGTATAACCATGTAGACGGACTGCCGGGTCTTCATGCCGCCCTGATGCTGTATGGCCTCCAGACATTGCATGATCGGCTGCTGAAGGCTGTCGCCGGCCGGTCTGGTGAAGACGCGCTGCGTTATGTATGCCTTACCTATGTCGACTTTGCCAGATCTCACCCCGGATTATACGAAGCCGCATTGCAGCCTCTCCATCCGGAACAACAGGAGGCGCAGCAGGTAGGCAATCAGATTGTCGAGCTTTTGCTCCAAATTTTGGCTCCATACCAGCTCAGTGAGCAGGAGGCGCTGCATGCCGTGCGGACACTTCGCAGCCTGTGCCATGGCTTCTCATCTCTGGAACGCGGGGGTCAATTCGCTATGGATCTGAATGTAGATGAAAGCCTGGATTTCATGATCCGGATTTTCATCGATGGACTCCAACCTTAA	MSPRPGIDRLQLLQTAADLADQDGLHAVTLAALAGKLGVRSPSLYNHVDGLPGLHAALMLYGLQTLHDRLLKAVAGRSGEDALRYVCLTYVDFARSHPGLYEAALQPLHPEQQEAQQVGNQIVELLLQILAPYQLSEQEALHAVRTLRSLCHGFSSLERGGQFAMDLNVDESLDFMIRIFIDGLQP				NA	NA	NA	NA	NA
JZ016_04761	822	gloB_3		Hydroxyacylglutathione hydrolase	ATGAGCCTATTCATGAAAATGTTAAAATTTAGGCTTGATAAAACTAATGATATTAGTTATTATACTAATATCATTAGTTTTGAGCGAAAGGGGAATCATATTATGTTACAAACAACGATTGAGCACGTGACTCAAATTTCATTTCTTCCTCGCCTATTCCCGATAAACGTCTATCTTGTAGAAGAGAGCGACGGCATTACGCTGATTGATGCTGGTATGTCATTTTCCCAAAAGGGAATCCTGCAAGCGGCAGCCGCTATAGGTAAGCCCATCACCCGGATCGTGCTGACCCATGCCCACGGCGACCATGTCGGGGCGCTCGACGGGTTAAAGAAAGAGCTTTCGAATGCGTCGGTCTACATCTCGAAGCGTGATGCGCTGCTGTTGAAAGGAAACGCGGAGCTCCAGCCTGGGGAGTTGCAAGCTCCGATTCGCGGAGATATCCCCAAGAACATAACCACCGTTCCGGACGTGCTTCTGGGTGACGGGGATTCCGTTGGTTCGCTCAAGGCGATCGCTACTCCCGGACACACGCCGGGGCATATGGCATTTCTCGATGAGCGCAGCGGTATATTGATTGCCGGCGATGCTTGGCAGACACGGGGCGGATTAGCCGTATCCGGTGTGCTCAAACCCTGGTTTCCCTTCCCTGCCATGGCGACCTGGAGCAAGGAGCTTGCCTTGGAAAGCGCCAAAGTGCTAACCGCACGAAAGCCCTCCGTTCTAGCCGTCGGCCACGGACGGATGCTAAAGAATCCTGTCGCTGCCATGCAGAAGGCCGTTACGCATGCGGAATCTACAATTAGGAGGAATGCAAAATGA	MSLFMKMLKFRLDKTNDISYYTNIISFERKGNHIMLQTTIEHVTQISFLPRLFPINVYLVEESDGITLIDAGMSFSQKGILQAAAAIGKPITRIVLTHAHGDHVGALDGLKKELSNASVYISKRDALLLKGNAELQPGELQAPIRGDIPKNITTVPDVLLGDGDSVGSLKAIATPGHTPGHMAFLDERSGILIAGDAWQTRGGLAVSGVLKPWFPFPAMATWSKELALESAKVLTARKPSVLAVGHGRMLKNPVAAMQKAVTHAESTIRRNAK				NA	NA	NA	NA	NA
JZ016_04762	192			hypothetical protein	ATGGATATTTTCAAACGCATCGTACTTCTGATGGTGATGTATGCCTTCTCCGCGGTACTTCTGTATGTAGCCAGTCAGCACACGCCATATCTGCTTCCTGTCATCTGGATTTCTGCGCTTATGCTGCTGTTATGCGGCATCGGCTATCTTGGATACCATTATTTCTTTAAAGGACGCAGAAAACGAAGTTAA	MDIFKRIVLLMVMYAFSAVLLYVASQHTPYLLPVIWISALMLLLCGIGYLGYHYFFKGRRKRS				NA	NA	NA	NA	NA
JZ016_04763	531	sigV_4	COG1595	RNA polymerase sigma factor SigV	ATGATAGATCATAATGAGCTTGCGGCTGCTGCATGCAGAGGAGACGAGGAAGCGTTCTATGCACTCGTGACGGAGCACCGAAGGCGCCTATATGGAATTGCGTACAGTTATTTGCATAACGAGAGTGACGCACTGGAGGTATTGCAGGAGACGGTGTGCAGGGCTTGGGTGAAGTGCCGGAAGCTGAGGCATCCGGAGGCATTTGTCCCTTGGCTCATTCGGATCCTGATTAATTGCTGCGTGGATGAGCAGAAACGAAAAAAACGCATGGTTCCGGTTGAAGAAGTGCGCAGCCAGGAGACGGCTGCCGAGATGGTCAGTGACAGCAAGCTGGATCTGGAGCGTGCGCTCAGCCGGATGAAGCCCAAATACCGCCATGTGCTGATTTTGAAATACTATCAGGACATGACGATCAGCGATATCGCCAATATTCTCGATGTTCCGGAGGGTACGGTCAAAACCCGGCTGCATCAAGGATTAAAGCTGCTGCGGCAAAAAATCGAGCCAGGAGGTGCCATATTCCATGTTTGA	MIDHNELAAAACRGDEEAFYALVTEHRRRLYGIAYSYLHNESDALEVLQETVCRAWVKCRKLRHPEAFVPWLIRILINCCVDEQKRKKRMVPVEEVRSQETAAEMVSDSKLDLERALSRMKPKYRHVLILKYYQDMTISDIANILDVPEGTVKTRLHQGLKLLRQKIEPGGAIFHV	PGPT0014960_9819	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04764	1404			hypothetical protein	ATGTTTGAGAAGGAAGAGCGAATGCTCAAGGAGATGAACAGGGACGCGGAGATCAGCGAAGCGGTTGTATCCGATGAAGCATTGGACGCGGCGGTGCGAAGCGGGATGCGAAGAGGACGGCGCACGCACCGGAGCCGGGCCCGAATGGCTACCGTCTCTGCCGTGGCTGTAACCGTTGCGGCTGCGCTGCTGTTCGTCGTCTGGAGCGGGAACGAAGGGCTGGTAAATCCCAAGGAGCAAATGGCGGCTCAAGGGCCGTATCCGCCATTGACCGGGTTTGATTTTGGAGAAGATATTACGCTGAATTCAGCTAACAAACACGGCATGATTCAACAGGTGGATCAATCGGCGACCAAGGGGGATTATACGGTAACGGTCAACGGGATACTTGTAGGCTCCCAGCAGATGGAGGTGTTCTATACGATCCAAAACCGTGCGAGGAATCCCGCAGATTTAAAGGGGCTGGAGATGAAGCGCCGGGGATCCAGCGAACCGCTGCCTTATAGTATTGGGTCGTCGGGTGGAAACGAGATTAAGCCCGGCGCCGACAAGCTGTTCCATTCCCGATCGTACATTCTTATGGCTGAGAATCACGCTATACCTGAGGAACTGACGTTATCTTTTAAGATTGCCCCCTATTCGACAAATACGGCTTATGAATCCTCGGCAGAGAACCAGCAGGTGCTCGATATTAACGTATCCGTTGATATGGAGACAGTCCGGAAGTATATTAGCACGATTCCGCTCAACAAAATGCTGCAGATTGAGAGTCAGCGGTTCTATTTGAAAGAAGCCGTGTTGTCTCCTGCCGGTATCGTCGTGAAAGCAAACATCCCATCCGGCAATACGATGAAGGTATCCGGTTTATGGGATGTGTATTTGGAAGCCGTGGTTAACGGCGAGAAGATCAGATTGAACAGCGATTCCGCCTTTTTGCCCGGTGCAGGCGGTGGAGACATGACTTACTTCTTCGACAGCAATATATTGGAGAAGCCGGAATCGATCACGCTGAAAGCGAGCGGATTCCAGGCAGTGGACCCCTCGAAGATGAAACTCGTGGTGGATACGGATAAGAAGGAGGTCATTCGTTCACCGGACGGCGATCTTCGGTTCGGAGAGTACACGGGGCATACGCTGACAGTTGAATACGAAGAACAGGCTGACCGGCATATGGGCAGCGTGTCGATTGAACCGGAGTTTGTGGATGGAGAAGGGAAAAAGCATAGGATCAACGAGGATGCAGGGGGGCTCAGTGCCTCGTCCCAATCCTCATCGGATTCTGAGGTAAGCCTCATTACGCAGTATATTCACCTTAAGCCCGGGGTTTACCCTCAGCCGCTGACATTTACGTTAAGCAGTTATCCTGGTGTCATGGAGCAGGCATTCGAGGTGCCGATTCAATAA	MFEKEERMLKEMNRDAEISEAVVSDEALDAAVRSGMRRGRRTHRSRARMATVSAVAVTVAAALLFVVWSGNEGLVNPKEQMAAQGPYPPLTGFDFGEDITLNSANKHGMIQQVDQSATKGDYTVTVNGILVGSQQMEVFYTIQNRARNPADLKGLEMKRRGSSEPLPYSIGSSGGNEIKPGADKLFHSRSYILMAENHAIPEELTLSFKIAPYSTNTAYESSAENQQVLDINVSVDMETVRKYISTIPLNKMLQIESQRFYLKEAVLSPAGIVVKANIPSGNTMKVSGLWDVYLEAVVNGEKIRLNSDSAFLPGAGGGDMTYFFDSNILEKPESITLKASGFQAVDPSKMKLVVDTDKKEVIRSPDGDLRFGEYTGHTLTVEYEEQADRHMGSVSIEPEFVDGEGKKHRINEDAGGLSASSQSSSDSEVSLITQYIHLKPGVYPQPLTFTLSSYPGVMEQAFEVPIQ				NA	NA	NA	NA	NA
JZ016_04765	411			hypothetical protein	ATGGAAACGAACTCAGCAATTGAAGTCCAATTTCACTGCCGTCAGTGTCAAGCGGATATCCGGGTTACGTTCAAATCAGAACAGTTCACCACGGTACTCTGCCCGCAGTGCGATTACAGCTATTCACTCATGAGACCAACCATTGGTGAAGAGATCCTGCTGGATTGGGAGAAAGAAGCCGTATTCCAAAAAATCCGCGCAGACCAAACCGAGCATGACAAAATGGAGCTCATGCTCCTCGTCATCAAGGTCGTCGAGCTGCTGACCTGGCGGGATGAGGGGAATGGCCATATCCGGGCCATCGAAACACTTCGTGAGTGGCTGCTGCTCAACGGAGTGCCCAAAGCTCTAATTGAACTCCTGGATGCCAAGGGACACGAAGGCAGCTCCCCTACCACGCACAAGGAATAG	METNSAIEVQFHCRQCQADIRVTFKSEQFTTVLCPQCDYSYSLMRPTIGEEILLDWEKEAVFQKIRADQTEHDKMELMLLVIKVVELLTWRDEGNGHIRAIETLREWLLLNGVPKALIELLDAKGHEGSSPTTHKE				NA	NA	NA	NA	NA
JZ016_04766	1161			hypothetical protein	TTGAAGAAAAAAATAAGCCTACTGGCATTCGCTCTTCTGTTCCTGTTCGCCAGCGCGACGCAAGCCGCTCCGGCAAAGATTCAAGGGAATATCCGAGTCTACCTCGATAACCAGGAAATCAAATTTCAGGCAGCCCCTATTATGAAAAATGGAGTTACCTTCGTGCAATTCCGCCCTCTGTTTCAGGCCCTGGATTATAAAGTCAATTGGAACAGCGGAAAGAAACAGGTAACGGGTACATACCTCGATCAGAAGCTGCAGATGACCATCGGGCAGAAGACCGCTTATGTCAATGGCGCAAAAACCACGCTTCAGATCGCCCCATTCACGCAAGGCGGCAACACGCTGGTTCCCCTTCGTTTCGTAGCGGAAGCCACCGGACTGCCCGTGAAGTGGGACTCCAAGTCACGTACCATCAAGATCGACCGGGAGGGTGCAATCGACAACGCCACCGACGAGGTGAAGAAGCTTTATCATACGATTGAAGAAGCTGGTAATGCCAAGAAACTGGATGCTGTCATGAGCGCCTTCCATCCAAAATCTCCTGTTTTTACAGAAATCCAAGAAAATTATCAGAACCAATTCAAGAACGATCTGCATGTATCCGCTGACGTATGGGAAGTAACGGTAGCCGGAACATCGATCCATGCCTACACCAGTGTGACCCTCGACCGCACCAGCGGGCCTTTTGCTTGGGATGCTACGCTCCATTACGAGAATCTCTTGAAGAAGGACGCGTCGGGAGCATGGAAAATCTATGATCTGAGCCATTACGAGACGGAATATCTAGTCGGAGATGAACTGCTGGAAGCTCATCCGGAAGTGCCGGAAGCGGAACAAAAAGCCATAGTTGCGACCATTGACACCCAGTCCAAGGGCTTCAATGATGAGAATGGTCCGCTGCTCATGTCGGTTATTCATCCGGAATCGGCCTTCCACGAGATGTTCCGAACCAGCATTGCGGAAGGCATCTTCGATGAGGTGAATTTCAACCTTAAATCAGTTGAGCTCCGAACGGTCTTCTTCCAAGGGGAAGACGCCGTCGTCTACGCTGAAGAAACCGATGATGCCGACGGTGAAATCATCCATTCGACCTCCCTTTACTGGCTCAAGAAAACCGAAGGCAAATGGCTGATCTATGATGTACTGGAGCTGGAATAG	MKKKISLLAFALLFLFASATQAAPAKIQGNIRVYLDNQEIKFQAAPIMKNGVTFVQFRPLFQALDYKVNWNSGKKQVTGTYLDQKLQMTIGQKTAYVNGAKTTLQIAPFTQGGNTLVPLRFVAEATGLPVKWDSKSRTIKIDREGAIDNATDEVKKLYHTIEEAGNAKKLDAVMSAFHPKSPVFTEIQENYQNQFKNDLHVSADVWEVTVAGTSIHAYTSVTLDRTSGPFAWDATLHYENLLKKDASGAWKIYDLSHYETEYLVGDELLEAHPEVPEAEQKAIVATIDTQSKGFNDENGPLLMSVIHPESAFHEMFRTSIAEGIFDEVNFNLKSVELRTVFFQGEDAVVYAEETDDADGEIIHSTSLYWLKKTEGKWLIYDVLELE				NA	NA	NA	NA	NA
JZ016_04767	1074	pgl_2	COG2706	6-phosphogluconolactonase	ATGACAGCAGGACAGGAACTGATATTTTACATAGGAACCTACGGTTCGGATGAAGAGAATCGCATTCATTGGGGGGCGATGGATCGGGGTACAGGAGAGCTCCGTCTCTTAGGCGGTACGGCGGGTATTGAAAACCCTACCTATCTGGATTTCGATGATTCCATCTCCGTACTGTATGCAGCCAGTGAGAAGGGCGAAAGCGATGTGTCGGCTTATTCAGCCAATCTGGTAACCGGTGAATTAACGCTGCTGAATGTTCAGTCTACCGGCTCATCCGGTGCGTGTCATGTATCCCGGACATCGGACGGGAACTACCTGCTTACGACAGGGTACAGCGATGGACATATATCGGTGCTGGCATTAGAAGAAGACGGTCAGATCGGAGAGCTGGTCTCCAAGATCAAGCACAGCGGACGCGGTCTTCGCGATGACCGTCAATCGGAAGCGCATCCGCATTCGATATTTGAAGACCCCGTCAACAAGTATATCGTGGTCAGTGACCTGGGCATGGATGATGTGAACCTGTATCGGCTGGAGGAAGGCAAGCTGGTCACCCACCGCGAGATCAGTCTTCCGCCAGGCTCGGGCCCAAGGCATGTGTCCTTTCATCCATCAGGCAAGTGGGTGTATGGCACGAACGAACTGAACAGCACGGTAACGGCATACGCAAACGATGGGACATTTGGGGATTTGAAAATATTACAGCATATATCGACGCTGCCAGAGGATGTAGTGTTGGATAACAACACATCGGCCCACCTGCTGGTATCTCCTTGCGGCCGTTATCTGTACGCCTCCAACCGGGGCCATGACAGCATCGTTCAATATGTGATCGACCAGGAGACCGGTACGCTCCGCGCAGTCAACTGGGTGTCTTCCGGCGGTAAAACGCCGCGCCACTTCAATATACTGCCAGAGGGCTTTCTGCTGACGGCGAATCAGGACAATGGTTTGATCGCAAGTTATCGGATCGATCCGGACACGGGTAACCTCGTCTCTACGGGTTATACACTAGAAGTTACGCGCCCGGTATGTATCTGTCCTGTAGAGAAGGCAAAGGCGAATAAACGTTAA	MTAGQELIFYIGTYGSDEENRIHWGAMDRGTGELRLLGGTAGIENPTYLDFDDSISVLYAASEKGESDVSAYSANLVTGELTLLNVQSTGSSGACHVSRTSDGNYLLTTGYSDGHISVLALEEDGQIGELVSKIKHSGRGLRDDRQSEAHPHSIFEDPVNKYIVVSDLGMDDVNLYRLEEGKLVTHREISLPPGSGPRHVSFHPSGKWVYGTNELNSTVTAYANDGTFGDLKILQHISTLPEDVVLDNNTSAHLLVSPCGRYLYASNRGHDSIVQYVIDQETGTLRAVNWVSSGGKTPRHFNILPEGFLLTANQDNGLIASYRIDPDTGNLVSTGYTLEVTRPVCICPVEKAKANKR	PGPT0014975_1330	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0014975-ykgB|pgl-K07404	NA	NA
JZ016_04768	594	sleB_2	COG3409	Spore cortex-lytic enzyme	ATGCCTGCATTCGCCCAAACGACGGAGGCAGCTCCGCTGTTAAAGCCGGGCAGTGAAAACGGGGATGTCTGGGAACTTCAATATCGCCTGAAAACGCTGGACTTCTACACGCAGCCGTTGGATGGCAAATATGGCGCAAACACGAAAACAGCTGTTACCCTTTTCCAAAAAGAATACGGTGTGCCAGCCGATGGAGTTACCGGCGCACAAACCTGGAGACAGCTGAAAAAATATACGTTAAATCAATCCGAAATGGATGTCATGGCCAGAGTCATTTACAGTGAAGCCCGCGGTGAGCCTTACAAAGGACAAGTTGCCGTCGGGGCCGTTGTCATGAACCGCATTCAATCCAGCGAATTTCCGATTGATATTCGGGGCGTTGTCTTTCAAAAAGGGGCCTTTACAGCCGTAGACGATGGACAATACTGGCTCCCCCCGAACCGGACCGCCTATTTGGCCGCATTGGATGCCGTTCGCGGCTGGGATCCGACTTTTGAATCCCTTTACTATTTTAATCCCAAAACAGCGACCAGCAAATGGATCTGGTCCAGACCGCAAGTGCTGCAAATCGGCAATCATATCTTTGCGCATTAA	MPAFAQTTEAAPLLKPGSENGDVWELQYRLKTLDFYTQPLDGKYGANTKTAVTLFQKEYGVPADGVTGAQTWRQLKKYTLNQSEMDVMARVIYSEARGEPYKGQVAVGAVVMNRIQSSEFPIDIRGVVFQKGAFTAVDDGQYWLPPNRTAYLAALDAVRGWDPTFESLYYFNPKTATSKWIWSRPQVLQIGNHIFAH				NA	NA	NA	NA	NA
JZ016_04769	1077	sbp	COG1613	Sulfate-binding protein	ATGAAAAAGGTGTTGAAGCAAGGGGTTCTCATCGGATTGACCATGATGTTTACGGCGGCGCTTACGGCTTGCGGTGCAGAGAAAACAGAGACAGTCGCAACCGCCAATGGAGAAGCGCCTGCTTCGGGTTCAAGCAAGCCGAGCGTGGAACTTCTCAATGTTTCTTACGATCCGACCCGCGAGTTATATGACCAGTACAATAAAGCATTCGCGGCGCATTGGGAGAAAGAACAAGGCCAGAAGGTAACATTTAAGCAATCGCACGGGGGTTCAGGCAAGCAAAGCCGCTCGGTAATCGACGGTTTGGAGGCGGATGTGGTGACACTGGCCCTCGGATACGATATCGATGCAATCCGTCAGGCCGGATTGATCAATGAGGGCTGGGAGAGCAAGTTCGAGCATAACAGTGCGCCTTACACCTCGACGATCGTTTTTCTCGTCCGCAAAGGCAACCCGAAAGGCATTAAGGATTGGCCGGATCTGATCAAGGAGGGGGTAGAGGTTATCACACCGAACCCGCAGACCTCCGGCGGCGCACGGTGGAACTACCTGGCGGCATGGGGCTATGCACTCAAGGTTAACCATAACGATGAAGCGAAGGCACAGGAATTCGTGAAAGAGCTGTTCACCCACGTGCCGGTGCTGGACAGCGGCGCACGTGGTGCAACAACCACTTTTGTAGAACGTGGGATCGGGGATGTGCTGCTGGCTTGGGAGAATGAAGCGTATCTCTCGATTAACGAACTGGGACCGGACAAATTCGAAATCGTGAACCCGTCGGTCAGCATTTTGGCGGAACCGCCGGTTGCCGTCGTGGATAAGAACGTCGACAAGCGAGGGACCCGCGAGGTAGCGGAAGCGTACCTGCAATATCTATACAGTGAAGAGGGACAGACGATTGCGGCGGAGAATTACTACCGTCCGACGCTTGCCAGCGTGGCTGACAAGTACAAGGAGAAATTCCCGGCCATCGAATTGTTTACGCTCAAGGATGTGTTTGGAACATGGGAAGAGACGCAAACGAAGCATTTCAATGACGGCGGCATCTTTAATCAGATTTACGTGCCAGGAAGCTGA	MKKVLKQGVLIGLTMMFTAALTACGAEKTETVATANGEAPASGSSKPSVELLNVSYDPTRELYDQYNKAFAAHWEKEQGQKVTFKQSHGGSGKQSRSVIDGLEADVVTLALGYDIDAIRQAGLINEGWESKFEHNSAPYTSTIVFLVRKGNPKGIKDWPDLIKEGVEVITPNPQTSGGARWNYLAAWGYALKVNHNDEAKAQEFVKELFTHVPVLDSGARGATTTFVERGIGDVLLAWENEAYLSINELGPDKFEIVNPSVSILAEPPVAVVDKNVDKRGTREVAEAYLQYLYSEEGQTIAAENYYRPTLASVADKYKEKFPAIELFTLKDVFGTWEETQTKHFNDGGIFNQIYVPGS	PGPT0003015_219	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003015-sbp-K23163	NA	NA
JZ016_04770	849	cysT_2	COG0555	Sulfate transport system permease protein CysT	ATGGCTGTACTCCGCGTACAGAAGCAAGGCAGAAATCATCGCAGGGTGCTCCCTGGTTTTGGAATCGGCATGGGACTGACCGTTCTTTATATGAGTTTGGTTGTGCTCGTCCCGCTGTCCGCGCTGCTGCTCAATCAAACCGGACTAACCTGGGAGAAGTTTTGGTCGGTTGCAACCGATCCGAGGGTGCTGACCTCCTACCGGGTTAGTCTGACGACAGCGGCGCTGGCCGCATTCGCGGATACGATATTGGGGTTGCTGCTGGCTTGGGTGCTGGTGCGGTATGATTTCCCCGGTAAAAAATTGTGGGATGCGCTGATCGATTTGCCATTCGCCCTGCCAACGGCCGTGGCGGGGGTGGCTCTAACCGCGATCTATTCCGCTAATGGCTGGATCGGATCGCTGCTGGAGCCGCTAGGGATCAAGGCGGCATTCTCTCCTTTGGGCATTACGCTGGCTCTTATGTTCATCGGCATACCGTTTGTTGTGCGGACGGTCCAGCCGGTGCTGGAGGATGCGGAGCGGGATACGGAAGAGGCGGCTGCTACGCTGGGGGCAGGCCGATGGCGAACGTTTAGCACCATCATTCTGCCAACCCTGATTCCGCCGCTGTTGACCGGATTTGCGCTTGCTTTTGCCCGGGGGATCGGAGAATACGGCTCCGTGGTTTTCATATCGGGGAATATGCCGATGAAGACGGAGATTGCGCCGCTGCTGATCATGACAAAGCTGGAGCAATTTGATTATGCCGGCGCGACGGCGGTTGCCTTGATCTTGCTGCTCATCTCTTTTGCGCTGCTGCTCGGCATCAATATTTTACAACATTGGACGCGGAAAACCGCGCGTTAA	MAVLRVQKQGRNHRRVLPGFGIGMGLTVLYMSLVVLVPLSALLLNQTGLTWEKFWSVATDPRVLTSYRVSLTTAALAAFADTILGLLLAWVLVRYDFPGKKLWDALIDLPFALPTAVAGVALTAIYSANGWIGSLLEPLGIKAAFSPLGITLALMFIGIPFVVRTVQPVLEDAERDTEEAAATLGAGRWRTFSTIILPTLIPPLLTGFALAFARGIGEYGSVVFISGNMPMKTEIAPLLIMTKLEQFDYAGATAVALILLLISFALLLGINILQHWTRKTAR	PGPT0003000_808	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003000-cysT|cysU-K02046	NA	NA
JZ016_04771	867	cysW_2	COG4208	Sulfate transport system permease protein CysW	ATGGCTGGAACTGTACCCGCTGCCGTTCCCGCAGCGAAACGAAATTCGCCGTCCTCTCCGGCTGCAGCGGAGAAGCCGTGGGTGAAATGGACATTCATAAGTTTGGCTGGGCTTGTGCTGTTGTGGCTTATTGTGCTGCCTCTCATTACGGTGATGTCCGAAGCGCTTAAGAAGGGATGGGACGTCTATATAGCAGCCTTATCCGATCCAGATGCACTATCCGCGCTTCAGCTGACTTTACTGGTAGCGGCCATTGCGGTACCGCTGAATTCGATGTTCGGTGTCATCGCGGCATGGACCATAACGAAGTTCCGTTTTAAAGGGAAAAATCTGTTGATTACGCTGCTGGATCTGCCGTTTGCGGTATCGCCGGTGATCGGCGGGTTAATCTTCGTGCTGATCTTCGGTCGGCAGGGCTGGTTCGGCCCTTGGCTTGAAAGTCAGGATATCAAGATTATTTTTGCCGTGCCCGGCATTGTTCTGGCTACATTGTTTGTCACGTTTCCCTTTGTGGCAAAGGAACTGATCCCGCTGATGGAAGACCAAGGGACGAAGGAAGAGGAAGCGGCAGTAACGCTGGGCGCCAAGGGCTGGCAAATATTCTGGAGGGTTACCCTGCCCAATATCAAGTGGGGGCTATTGTACGGCATCATTCTGTGCAACGCCAGAGCCATGGGCGAGTTTGGGGCCGTGTCCGTTGTATCCGGTCATATCCGCGGTGAGACGAATACGCTGCCCCTTCACGTGGAAATTTTGTACAACGAGTATCAGTTTTCGGCATCGTTTGCGGTGGCCTCATTATTGTTGTTATTAGCGGTCGTAACCCTGCTGCTGAAAAATTGGTTTACGCGAAAAAATGACCATTGA	MAGTVPAAVPAAKRNSPSSPAAAEKPWVKWTFISLAGLVLLWLIVLPLITVMSEALKKGWDVYIAALSDPDALSALQLTLLVAAIAVPLNSMFGVIAAWTITKFRFKGKNLLITLLDLPFAVSPVIGGLIFVLIFGRQGWFGPWLESQDIKIIFAVPGIVLATLFVTFPFVAKELIPLMEDQGTKEEEAAVTLGAKGWQIFWRVTLPNIKWGLLYGIILCNARAMGEFGAVSVVSGHIRGETNTLPLHVEILYNEYQFSASFAVASLLLLLAVVTLLLKNWFTRKNDH	PGPT0003005_1139	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003005-cysW-K02047	NA	NA
JZ016_04772	213			hypothetical protein	ATGGCTAAACCTTTAAAAGTGGATGAAATGTGGCTCGAACGCATAGCAAGCCTGCTGAACGACATGGAATTCGGTTCGCTGCAAATCGTAGTGCATGAGGGTCAGATCGTTCAGATGGAACGAACGGAGCGCAAGCGTTTCGAGAATACGGCCTCCGGAGCGGTCAAGACGTCCCGGGCATCCGGCCAACAACGAAGAACGAGCGCAAGATGA	MAKPLKVDEMWLERIASLLNDMEFGSLQIVVHEGQIVQMERTERKRFENTASGAVKTSRASGQQRRTSAR				NA	NA	NA	NA	NA
JZ016_04773	912			hypothetical protein	TTGTCCCTTACGGAATGGATGAATGATATCTTTGGCTCACTCGACACGCTTGTGGCTGTGCTTCTTGCCACTGCGGTATTTACGGGCCTGTACATATACAGTGCATCCCGGCTACTGGGTGCACGCAAGGATTCACTCGCCCGCATTCGTCAGTCCTTGACGATTTACACCAGACTGGCCGGGCCTCTGGGAACCCTTATCAATCGACCGACCCGAACGGCTGTCCCCGAGGATCTGCTTATCCGGCTTCTGCAGGAATGCAAATCCGCTGACCTGTTGACTCGGGAGCTCCACGAACAGATTGATACCTTTCTAAGTGATCGTGATGAATCCAGATTGACAACACTTCACAAGCTGCTGGACCGCGAGATCAACAGGCTTATGAAGGAGCGCGACGAGCTGGTTGGACGGCTCGAGAAACCAGGTTGGGGTATGGGGTTATGGCTGCTCTTGAAACCTGCAATACCTGCCCTTTCACTAGGTGCTGCAATCCTATGGACGACGATTCTCGTTCAAGAACTAAGGCAATCCTCTGTCTGGACAAACCCCGAGGTATGGTGTCTATGGCTCTCCAACATGATTGCCACGATCTCTTTCTATCGATTGTTGATGGACTCCAGAAGAAGAACGCATGGCGTTATCTATACCGTGCTGCATCTGCTGATTGTAGCTTCAGCCCTGTTTAATCTGATCTGGAACGAGGCCTCACCTTACGTTTTGGCTACCCAATGCTTGCTGTATCTGGCGGGTTTCCGAGTTACGGCCACTCGCCAGCGGCGTGAGCGGCCCTATGCCGGGCACCCGGAGCTAATGGAACAATTTCTTCATCCTGCGGGAGATCACGACCCTCTTAGTGAGACGGCACATTCCAGTGAACCGGAGATTAGCAGCAGTCCTCTGCGGTCCAGATAA	MSLTEWMNDIFGSLDTLVAVLLATAVFTGLYIYSASRLLGARKDSLARIRQSLTIYTRLAGPLGTLINRPTRTAVPEDLLIRLLQECKSADLLTRELHEQIDTFLSDRDESRLTTLHKLLDREINRLMKERDELVGRLEKPGWGMGLWLLLKPAIPALSLGAAILWTTILVQELRQSSVWTNPEVWCLWLSNMIATISFYRLLMDSRRRTHGVIYTVLHLLIVASALFNLIWNEASPYVLATQCLLYLAGFRVTATRQRRERPYAGHPELMEQFLHPAGDHDPLSETAHSSEPEISSSPLRSR				NA	NA	NA	NA	NA
JZ016_04774	984	ybfK_2	COG0596	Carboxylesterase YbfK	GTGAAACGAAAAAAAAGATGGGTACTCTTGGGTAGTATTCTCATTGCGATACTAGCTATACTGACGGTAATAGGCTTCCTATTTAGAGATGACGGGTCGTTAAGCGGTTTTGTTACAGAGGATGGGCAGAAGGAATATGCGGCAGCTTATGGTGAGGCGATGAGTCACTTACCAGAACCGGTTGAATCGATTAAGGTTCATACCGATTTTGGCGTGGTACAGCTCTACAAGTTCCAGGGGAGCGATACACCGCATAAAACACCCTTGCTGCTGCTTCCCGGTAAGGGATCTGCTACACCCATGTGGGAGGCCAATCTAAGCGGCTTTCTAGAACACAGGCCTGTATACACACTTGATTTGATAGGAGAGCCGGGTTTAAGCACAGAAACCAGACGGATTGAAACCGCAGCGGACCAAGCAGCATGGTTAGGGCAAGTGCTGGATCAGCTGCCGGAATCAGAGATCCACCTATTAGGGCTGTCGTTCGGCGGGTGGAGTGCGGCGAATGTGGCGCTCAAGCATCCTGAGAAGATTCACTCGCTCATATTGCTGGACCCTGTCTATGTGTTTGGCCCCATTCCACTGAAAATGATACTGGTATCCATTCCGGCGTCTGTGCCCATGGTGCCCAAACCGATCCGGGAGAAAATGCTCAGCTATATATCCGGCGGGGCTGAAGTTGATGACAGCGACCCGACCGCCAAATTAATCGAAACCGGTATGCGGACATTCAAGAGCAAGTTGCCTATGCCGGAAGCCATCAAGCCGGAACGATTAGCTGAGCTGACGATGCCGGTGCTCGGTATTTTAGCTGGACAATCGACGATGCACCATGCTGAAAAGTCGTATCAAACGGGGAAGGATTCTCTGAAAGACCCTAATAGCGAGATGGTCGTATTTGAAGATGCTTCGCACGCAATTAACGGGGAATACCCTGAAGAGTTACTGGAAACAATAGAAGCTTTTTTAGCGAAAATCGAGTAA	MKRKKRWVLLGSILIAILAILTVIGFLFRDDGSLSGFVTEDGQKEYAAAYGEAMSHLPEPVESIKVHTDFGVVQLYKFQGSDTPHKTPLLLLPGKGSATPMWEANLSGFLEHRPVYTLDLIGEPGLSTETRRIETAADQAAWLGQVLDQLPESEIHLLGLSFGGWSAANVALKHPEKIHSLILLDPVYVFGPIPLKMILVSIPASVPMVPKPIREKMLSYISGGAEVDDSDPTAKLIETGMRTFKSKLPMPEAIKPERLAELTMPVLGILAGQSTMHHAEKSYQTGKDSLKDPNSEMVVFEDASHAINGEYPEELLETIEAFLAKIE				NA	NA	NA	NA	NA
JZ016_04775	753			hypothetical protein	ATGGAAAAAAAATATTCCGTAAAAGAACTCAGTCAATTGTCGGGAATAACTCCGCGAACCATTCAGTATTACGATAATGAAGGGATTCTTAAGGCGGAGCGGGATGAGCTGGGGCATAGAGTATATTATGATAAACAGCTGTATGTACTTGAACAGATTATGTTCTATAGAGCCATCGGTTTCTCTTTAAAAAAGATCAAAGAACAATTGATCGTGGGCACCGAGGAGCAGGATATCGAGAACATTCTAGATTACCAGGCATCGGTCCTCTATTCACAGAAAGAGAGTATCCAAGCCAAGCTTGACGGATTGCATGTCGCAAAGGAAATGATGAAAGAAGGTTACACCGTACCCTGGGAGCTGTTAGCCCATCTCATGCGTTCATTGAATGAGGTTGATATGTCGGCTTGGAAAGAATACGAATTTTCGGAGGAAGACTCTCGACTATTTCGAACAGTATTTAACTCTGAGCAGGCGGCATTGGGTTTTTACAATACGTTCAGAAAAATATCGCTGCAAGCTGCAGCTTATAAGGCCTCAAACGTTCCCATCGAGTCCCGTTTAGCCAGAACCTTAGCCGAAGAATGGCAACGGATGGTTCAACGTGTGACACATGGCGACGAACGGATTCATCCTGCCTTCTTAGCAGTCGATAGAAATCGGGATCAATGGAACAAGGGAGAGCGTCAGCTTGTAATGGAAGCAGAACAATATTTGCAGGACGTCTTGAAGCGCTATCCTGATCGTGAATGA	MEKKYSVKELSQLSGITPRTIQYYDNEGILKAERDELGHRVYYDKQLYVLEQIMFYRAIGFSLKKIKEQLIVGTEEQDIENILDYQASVLYSQKESIQAKLDGLHVAKEMMKEGYTVPWELLAHLMRSLNEVDMSAWKEYEFSEEDSRLFRTVFNSEQAALGFYNTFRKISLQAAAYKASNVPIESRLARTLAEEWQRMVQRVTHGDERIHPAFLAVDRNRDQWNKGERQLVMEAEQYLQDVLKRYPDRE				NA	NA	NA	NA	NA
JZ016_04776	894			hypothetical protein	ATGAAAAAAAAATACGTTCGCTTGCTGGCCCTCTGTCTCGCTGGCAGTCTGCTGCTGCTAAGCAGTTTGTCTCTTCACCCCGATACGGCTACGGCCGAACCCCGCCAAAAGGCGACCTGGTTCTGGGACACCCCGCAGATTCAAGATTCAGCTGACGACATTCTGAGTTTTGCCTCCAGTCAAGGGGTCAATGTGCTCTATCTGCAGATGAACCGCGATGTTCGGCCCGAGTATTACCGCAGCTTTATTCGCCACGCAGGCGATCAGGGGATCGAGGTTCATGTCCTCGGCGGCGCGCCTAACTGGGCGCTGGAATCGGAACGTCACCGATTGGAGACCTTCATTCAATGGACTGCTGAATATCAGGCATCGGCTGCTCCGAATGAGCGCTTCACCGGCATTCATGTCGATATCGAGCCGCATGTGCTGACTGAGTGGAAAACAAATCAAGCCTCCGTGGTAAAGCAATGGCAAGCGAGCGTCCGCTATCTGGTCCAGGAAGCGCACACACTGAATCTGCCCATCGGTTCCGACATGACATTCTGGCTGCACGGCTACCAGCTGCCGGACCAGTCGATGTCGATCAGTCGGTGGATGATCCAGCAGTTCGACCAGGTCGTCATTATGGCCTATCGTGATCAGGCAGATACCATTTATAAAGTCGCTGCTGCCGAGCTTAAGGAAGCCGATGAACTTGGCAAGGAAGCCTTAATTGCCGTAGAGACCAAATCGAGCAATGAGGGAGCTTACATTACCTTTTTTGAGGAAGGCACGTCCTATATGGAGGAACAGCTATCCAAGGTATGTATCAAAGCGGAGAAGCATCCTTCGTTCTCCGGGTTCGCCATTCATGACTATAGATACTGGAAAGCATTGCATGACTCCGATCGATAA	MKKKYVRLLALCLAGSLLLLSSLSLHPDTATAEPRQKATWFWDTPQIQDSADDILSFASSQGVNVLYLQMNRDVRPEYYRSFIRHAGDQGIEVHVLGGAPNWALESERHRLETFIQWTAEYQASAAPNERFTGIHVDIEPHVLTEWKTNQASVVKQWQASVRYLVQEAHTLNLPIGSDMTFWLHGYQLPDQSMSISRWMIQQFDQVVIMAYRDQADTIYKVAAAELKEADELGKEALIAVETKSSNEGAYITFFEEGTSYMEEQLSKVCIKAEKHPSFSGFAIHDYRYWKALHDSDR				NA	NA	NA	NA	NA
JZ016_04777	633			hypothetical protein	ATGAAGGTAGCATTAATTGGAGCAAGCGGAACGATCGGGAGACGAATTACGGAGGAAGCGCTGCGACGGGGGCACGAAGTTACTGCGATTTTGCGTAATCCGGATCGATTGGATGCAGAGCATGAGCAATTAAAGAAAGTTAAAGCGGATGTAATGGATCCTTCATCATTAGAAGAGGCGATTCAAGGGCATGATGCTGTTATTAGCGCTTTCGGTCCGAAGTTCGGCCGGGAAGAGGAACTCGTTGCAGCCGCACGCACGATTGTGGAGGGGACGAGACGTGGCGGCGTAACCCGACTGTTGATCGTTGGCGGCGCTGGCAGCTTGATCGCCGACAGCGGCGTACCGCTTATGGATACCCCGGAATTTCCGGAGGAGATCAGGCCGCTTGCCCGTGCGCATGCGGATGCTTACGATCTGTATAAGGAAAGCGATCTGGAATGGACGTATGTCAGTCCGGCAGCGATTATTGAGCCGGGGAAACGTACCGGACAGTTCCGGATCGGCATGGACCGCCTGGTGACTGACGAGAGCGGAAGCAGCCGAATCTCGGTTGAAGATTTCGCGGTAGCGGTGATCGATGAGCTGGATGATCCGCAGTTTATTCAGTCCCGTTTTACCGTTGCTTATTAA	MKVALIGASGTIGRRITEEALRRGHEVTAILRNPDRLDAEHEQLKKVKADVMDPSSLEEAIQGHDAVISAFGPKFGREEELVAAARTIVEGTRRGGVTRLLIVGGAGSLIADSGVPLMDTPEFPEEIRPLARAHADAYDLYKESDLEWTYVSPAAIIEPGKRTGQFRIGMDRLVTDESGSSRISVEDFAVAVIDELDDPQFIQSRFTVAY	PGPT0020900_1174	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0020900-putative_saccharopine_dehydrogenase-K07118	NA	NA
JZ016_04778	1746	CARKD		ATP-dependent (S)-NAD(P)H-hydrate dehydratase	ATGTATGTTGTGACGTCTGAACAGATGAGGGCACTCGACAACCATACGATTTATCAAATCGGCATTCCGGCCATAGCCCTGATGGAAAATGCAGGTAAGGCGATTGCCGAGGAAGTCCTGAAGCTGTGCCTGGAGCGTGATAGAGTGAGCCGTTCTGATTACGGAGGCACTGGGACAGCAGGAAAGGCTCGGTCCTTCATGTCCGAGGACGGGCGGGGTGAACAGCGGCTATTCTTACCGGAGCATTCGGCTGCGGCGGAGGCTCTTACCGCCGGGGATGACCTGGCTCTGGAGATGAGCCGTCCGTCGCCTGTCATCGACGGAGACGCTCGATTGCCCACCGCGCTTGCAGCGCAGGAGCACTGGCTCATTCTGGTGGGCAAGGGCAATAACGGCGGCGACGGGGCGGTCGCCGCCCGGCATTTGCGTGACGCCGGTATACGCGTCACGCTGCTCTATGCCGCCGAGCCGTCCGCGTTAGCCGGCGAGGCGGCGGTGCAGCGGGATGCCGCGGCAGCGCTTGGCATCCCGGCTCTGGTCCACGGCCGTGATGCCGTGGACTACGGCGCGTACACCGGCATCGTGGACGCGCTGCTCGGCACGGGCGCGGCGGGAGCGCCCCGCGGCACTTACGCCGCGCTGATCCAGGCCGCCAATGACAGCGGCCTGCCGATTGTGTCCGCGGATATTCCGAGCGGACTGGACGCCGATACCGGCGCGCGGCACGAGCCGTGCATCTCGGCCGCGGTGACGGTATGCCTCGCATTCCTGAAGCGAGGCTTGGTGCAGTACCCCGGCGCCGAGGCGGCCGGCCGGGTGGTGGTCCGCGCCATCGGCATCCCGGCATCGCTGTGCCGGGAGCAGGGCGTCAGCACGCATCTGCTCACCCCGCATGTCCTTCGGACCGAGCTGGGTGTGGACGTGGCCTGCTACCGCTCGCCAGATGGACATAAGGGCACCTACGGTCACGTGCTGACCGTAGGGGGCAGCCGCACGATGAGCGGCGCAGGCCTGCTCGCTTCCCGGGCAGCACTTCGTGCGGGCTGCGGCCTGGTGACCTGGGCGCTCCCTGCAAGCCTGGTGCTGCCGCTGAGCGGAGCCGCGCCCGAGGTGATGCTTGCCCCCGCCACAGGCGAGGAGAGCGGCGGCTACTGGGATGAAGCCTCCGCGGAGCAGGTGCTGGAGCTCGCCAAAACCCGCGATGTGCTGGCCGTAGGTCCGGGACTTGGCCGTTTTGAAGGAGATGCCAGATGGCTCCGCCGTTTGTGGGAAGAATGGGAAGGACCGCTGGTGGTGGATGCCGATGCGCTGAATATGCTGTCCGCGGCCGGTGATTTCGGCACTTGGAAGCCGCGCGGTGCGGCAACCGTGCTGACCCCGCATCCGGGGGAGATGTCCCGGCTGCTGGGCATCCCGACCGCCGAGCTGCAGCGGGACCGGATCGGTGTTGCCGCATCGTTCGCGACCGGGCACGGGGTTACCCTCGTGCTCAAGGGGGCACATACCGTCGTGGCTTCGCCGGACGGACAAGCCTACATCAACACAACCGGCACCTCCGGCATGGCGACCGGAGGCACCGGGGACGTGCTGACCGGCATCATTGCCAGCCTGCTGGCGCAAGGATATGCCGGTCCGTCTGCAGCCGCGCTTGGCGTGTGGCTGCACGGCCGTGCCGGCGAGCGGGCCGCGCGGCACCGGGGACATCCCGCCTCGGTCATCGCCGGGGATGTCATCGAAGCACTTTGA	MYVVTSEQMRALDNHTIYQIGIPAIALMENAGKAIAEEVLKLCLERDRVSRSDYGGTGTAGKARSFMSEDGRGEQRLFLPEHSAAAEALTAGDDLALEMSRPSPVIDGDARLPTALAAQEHWLILVGKGNNGGDGAVAARHLRDAGIRVTLLYAAEPSALAGEAAVQRDAAAALGIPALVHGRDAVDYGAYTGIVDALLGTGAAGAPRGTYAALIQAANDSGLPIVSADIPSGLDADTGARHEPCISAAVTVCLAFLKRGLVQYPGAEAAGRVVVRAIGIPASLCREQGVSTHLLTPHVLRTELGVDVACYRSPDGHKGTYGHVLTVGGSRTMSGAGLLASRAALRAGCGLVTWALPASLVLPLSGAAPEVMLAPATGEESGGYWDEASAEQVLELAKTRDVLAVGPGLGRFEGDARWLRRLWEEWEGPLVVDADALNMLSAAGDFGTWKPRGAATVLTPHPGEMSRLLGIPTAELQRDRIGVAASFATGHGVTLVLKGAHTVVASPDGQAYINTTGTSGMATGGTGDVLTGIIASLLAQGYAGPSAAALGVWLHGRAGERAARHRGHPASVIAGDVIEAL				NA	NA	NA	NA	NA
JZ016_04779	234			hypothetical protein	ATGGAAAAGAAAAATGATTCAAAAGTTATCTCAGATCGCGAATTCATAACCTTGCTGCAAGCTGCAAAGCGGAACGATGTTCAAGCCATCCTGCAGCTCATTGATTTATACAAAGACGATATCATGAGAATCAGTCAATATATCTACATGTCCCAAGAGGATGCCATGTCAACGATTGTCTTGGAGTTTATGGAAGTGATTCGAGAGAACAATGATACCTATGAAACAGAATAG	MEKKNDSKVISDREFITLLQAAKRNDVQAILQLIDLYKDDIMRISQYIYMSQEDAMSTIVLEFMEVIRENNDTYETE				NA	NA	NA	NA	NA
JZ016_04780	117			hypothetical protein	ATGGATAAACAAGCAGCGGATATTGCTGCCAATGAAATGCCTGAAGGAACCCAGATTATCTATGGCGAATTTGCTGAACGGGGGGCTATTATTCCTGTTCGTATCGTCCTGATGTAG	MDKQAADIAANEMPEGTQIIYGEFAERGAIIPVRIVLM				NA	NA	NA	NA	NA
JZ016_04781	711	aes_3		Acetyl esterase	GTGATTTTCGTTCAAGGCTCGGCTTGGAGAAAACAAGACACCTATGCGATGATTCCAAATCTCTGTCAAATCGCAGCAAAGGGTTATGTGGTCGCAAGTGTGGAGATCAGGGAATCCGACATCGCACCGTTCCCGGCAGCGCTTGAAGATGTGAAGTGTGCAATTCGGTTTATGCGCAAGAATGCTGCAGAATATGGTGTTGATCCGAACCTTGTCGCGGTATGGGGGGATTCATCGGGCGGGCATCTGGCCTTAATGACAGGACTTACCATAGGCGAATATAATAACGGCCTTTATAGCGAACAGTCGGATGAGGTCAGCGCAGTCATCGATTATTATGGGGTATCCGACCTGCTTACGTTAGGCAAATATAATGATATTCTTGACCATGATGCAGCCGATTCTCCGGAAGGTTTGTTCATTGGAGGAAGGATACCGGATCATGTGGAGCAGGCGAAGAAGGCTAGCCCTCTCCATCAGGATTTGGATAAGAAGCTTCCGCCGTTCCTCATCATCCATGGTGACAGCGATAACGTGGTCCATGTGAACCAGAGCATAGAGATGTATAAGGCGCTTAAGGAACACGGACAGAAGGTGTTGTTCTACAAGGTTGTAGGCGGGGACCATGGGGGAGGTGTATGGAGTCCGCAGGTGCTTGATATAACGGAGAGGTTTTTGTCTGCCCACTCATATCGACCAAATCATCGATAA	MIFVQGSAWRKQDTYAMIPNLCQIAAKGYVVASVEIRESDIAPFPAALEDVKCAIRFMRKNAAEYGVDPNLVAVWGDSSGGHLALMTGLTIGEYNNGLYSEQSDEVSAVIDYYGVSDLLTLGKYNDILDHDAADSPEGLFIGGRIPDHVEQAKKASPLHQDLDKKLPPFLIIHGDSDNVVHVNQSIEMYKALKEHGQKVLFYKVVGGDHGGGVWSPQVLDITERFLSAHSYRPNHR				NA	NA	NA	NA	NA
JZ016_04782	1689			hypothetical protein	ATGTCTTCAAAATTCTACAGCAGGACGGCAAAAGCGATTATCGCATTTATGCTCATTTGGAGCAGTTTAGTAAGCGTTGTCAGTGCGGAGGAGAAGGGCAGCGCCAAAAACGTCATTTTGCTGATTCCCGACGGCATGGGTATTAGCTATTTGACGGCAACACGGATTTACAAGGGCGAAGAACTGTCCTTTGAACGCTATGTGAAAGGATTAATGAAGACCGCCTCTGCTGATACCAATGTTACGGATTCCGCCGCCGCAGGTACAGCGATGGCAACCGGATACAAAACGGATAATGGTGTTATTTCGGTTACGCCGGACGGTGTGAAACCGGATTCGATTCTCGACGCAGCTCGAGAGAGCGGCAAGTCTACTGGATTGGTCGCTACATCTCGGATTACGCATGCAACTCCGGCGGTTTTCACTGCTCACGACCCAAGTCGCGGCAATGAAGTAGCACTGGCTACTGAATATATCAATAATGTCGATGTCATTCTCGGCGGTGGCCGTGATATGTTCTTGCCTGAGTCGGAAGGAGGCAAACAGCCGGAACGCAATCTGGTAGAGGAAGCAAAATCTGCGGGTTATGAGTACATTACGAATCGCAGCGAAATTGGACAAGTAGACGGGGATCAAATTCTTGGCCTGTTTGCCATGAGCGATCTGAAGTATGAAATCGATCGCGACAAACAAAATGTCCCAAGCTTGGCTGAAATGACCAAGCTGGCAGTGGATACACTTAGCAAGAACGACAAGGGATTCTTCCTTATGGTAGAGGGCAGCCAGATTGATTGGGCCGGCCATGCCCACGACCCTATCGCCATGATTTCGGATATGCTGGCGTTTGAAGAAGCGGTGGACGTCGCGCTTGAATATGCCAGAAACAACTCGGACACGCTGGTTGTTATCGTTGGAGACCACGAAACAGGCGGTATGAACATCGGCAATACACCCGGCGGCTATAAGGAGAACATCGCCGTCTTGAAAAATGCCACCGGCAGCTCGAACACCATCGGCGCCGAACTGAAATCCCGAGCAATCACTACAGATGTTGGAAGTTCCGCTCGCTCAGTCAACAACAACGTCTACCTGCCGCTCAGGGAAATCGCAGCCCAACTGGACGGAACCCTTGAGTACCATGCCGACGATCTCACGGTTGATGTTGATGTTGCAGGTTCGACATTCAAGGTACACTTGCCTCAGGGGATCGTAACAGCCTCCTCCCAGAAACAAAACGCCGACTTCTTTGTGGAGAACGGCACGGCGTATTTCAATCTGAAATCCATGGCTGAGCTGATTGGGATGCAGGTAGCCTATGGAAGTGGTGAAGATTCCAAGGTTACAACCGCGTATTGGGTCGATGTGAAAAAAGTTGCCGAGCCGATTGCCGGCATCAAGCTGACTGAAGAAGATGCTGCTGACTTGGCGAACGTCAACTGGAATAACGATACCACGCTCATCAACGAAATCGGTACGGTGTTATCCGGACACGCATTGATCAGTTGGGGCTCCCGGAACCATACCGGGGAAGAACTGCCGTTATACGCTTACGGCAAAGGTGCCAACGAATTCGTTGGCCTGATCGATAACACGGACTTACCGCGTATGATCTCCTATCTTATGGGCGTCGGATTGTTTGAGAATGAAGAAGCCTTCATGCAGAATTTAGAGAAAAGAAGAAATCAGTAA	MSSKFYSRTAKAIIAFMLIWSSLVSVVSAEEKGSAKNVILLIPDGMGISYLTATRIYKGEELSFERYVKGLMKTASADTNVTDSAAAGTAMATGYKTDNGVISVTPDGVKPDSILDAARESGKSTGLVATSRITHATPAVFTAHDPSRGNEVALATEYINNVDVILGGGRDMFLPESEGGKQPERNLVEEAKSAGYEYITNRSEIGQVDGDQILGLFAMSDLKYEIDRDKQNVPSLAEMTKLAVDTLSKNDKGFFLMVEGSQIDWAGHAHDPIAMISDMLAFEEAVDVALEYARNNSDTLVVIVGDHETGGMNIGNTPGGYKENIAVLKNATGSSNTIGAELKSRAITTDVGSSARSVNNNVYLPLREIAAQLDGTLEYHADDLTVDVDVAGSTFKVHLPQGIVTASSQKQNADFFVENGTAYFNLKSMAELIGMQVAYGSGEDSKVTTAYWVDVKKVAEPIAGIKLTEEDAADLANVNWNNDTTLINEIGTVLSGHALISWGSRNHTGEELPLYAYGKGANEFVGLIDNTDLPRMISYLMGVGLFENEEAFMQNLEKRRNQ	PGPT0002570_1024	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0002570-phoA-K01077	NA	NA
JZ016_04783	1176	yfcJ_2		putative MFS-type transporter YfcJ	ATGGAAACGAAAGTGATAGAAGTCAGAAGGGCTGCTTTATGGGGGAGATCCTTTATTTTTATTATGGCTGCCAATGCCCTTCTGTTTATGGTGTTTGAAATGATGCTTCCGACATTACCACTGTTTGTCTCGCATCTTGGCGGAGGGGCTTCGGAAATAGGGATGGTAACGGGGGTGTTCATGTTCTCGGCGATCTTAATTCGTCCATTTACTGCGAAACTGGCAGCGCGTATGGATAAAAAGTATCTGCTGTTGATCGGCATCGCAATATGTGCGGCAATGACAGGTCTATACTACCTTGCGTCAGGTACAGCGATGATTTTGGTCCTCCGGGTTATCCATGGGTTTGGGTTTGGAATAGCGACCACGTACTTCGCTACCTTAGCGACAGAGAACATTCCAGTGGAACGCCGCGGGGAAGGAATGGGCTATTTTGGGGTAGGGGAGACCGTGGCGGTCTCGGTCGGACCTTTAATCGGGATGAGTGTGTTGACTCAATATGATTTTCACGGCCTCTTTTTCGGAGGTATGTTTATTTTGCTCCTGGCACTGCTGATGGCTGTGTTCGTCTCCCGGAAGCCACATACTGGCACTGTGGAAGACCATCCGGAAGTTCCTTTTAAGCTGATTGAAAAAAGAGTACTCTTTCCTTCACTGCTCATCATGCTGATAGGGGTTGCGGCAGGCTCAATCATGTCGTTCATCGCGCTATACGCTGCCGAAAAAGGATTTGATAAGATAGCCTGGTTCTTCTTTATCGTTGCTTTGGCCAGCTTCGCGGTTCGTCTTGTATCCGGAAAAATGTTCGACCGTCTCGGTCCAGGCTCCGTGCTTGTGCCCTCAGCTGTATTTATGGGTGTAGGCATCTGGTTGCTTACACAATCCGGAAGCGAAGCGTGGTTTCTCGTGTCGGCGGCCGTCTACGGACTAGGCTTCGGTGCTGTTTTCCCAGCGATTCAGACCTGGTGCATCAATCTGGTGGATGAACATGAGCATGAGAATGCGATGGCTTCCTTCTTCAACTTTTTTGACCTTGGCATAGGTGGAGGAGCGATGATTCTGGGTTTGGTTGCTTCAGCATTCTCCTATGAAGTAGTGTATGATATAGCTATAGTCATCATGGTCTTATACTTGCTGCTGTATATTGGTTATGCGAGGAAGAAGAGAAACGGATAA	METKVIEVRRAALWGRSFIFIMAANALLFMVFEMMLPTLPLFVSHLGGGASEIGMVTGVFMFSAILIRPFTAKLAARMDKKYLLLIGIAICAAMTGLYYLASGTAMILVLRVIHGFGFGIATTYFATLATENIPVERRGEGMGYFGVGETVAVSVGPLIGMSVLTQYDFHGLFFGGMFILLLALLMAVFVSRKPHTGTVEDHPEVPFKLIEKRVLFPSLLIMLIGVAAGSIMSFIALYAAEKGFDKIAWFFFIVALASFAVRLVSGKMFDRLGPGSVLVPSAVFMGVGIWLLTQSGSEAWFLVSAAVYGLGFGAVFPAIQTWCINLVDEHEHENAMASFFNFFDLGIGGGAMILGLVASAFSYEVVYDIAIVIMVLYLLLYIGYARKKRNG				NA	NA	NA	NA	NA
JZ016_04784	561			hypothetical protein	TTGAGTAAAGACAAAATTAAGGAAATTGCGATTCAACACTTTAATCGTTATGGGTACGAGGGGACCCGGATGGCAAAAATCGCCGAAGAGGCAGGGATCCGCAAGCAGTCGCTTTCTTATCATTATTCGAGCAAAAAGGAGCTGCTGCTGGAACTGTATGAGGAAGCGGTGCAAAGTGAAATCGAATTTGTACGCCATTATTTTCACCGTGTCGGTGAATCGCCCTGGGAAGACAGATTGTATAACTTCCTGGTGGAGCATAAGAACCGCTTCTTGATGCATCCTAACGTAAACTTAATGTTTGTGTTTTCATTTATCCCGCCGCTTGAAGTGAATGACTATGTCTTATCTCAATACAGACATTATCTTGCCGTGCTAAAAGGGGAGCTGACCGCTTTATTTGAGGAGGCTGGACACACATCACCGGAGGAATGTTCGGTAGCCTATGTTACCCTATTGGACGGACTTGATGTGCAGCTGGTCTATGAGACACATCAATCTTACGAGCGCACGATGACGATTGCCTGGAGAGTATTTCTTGCCGGAATCCGGCATGCTTAA	MSKDKIKEIAIQHFNRYGYEGTRMAKIAEEAGIRKQSLSYHYSSKKELLLELYEEAVQSEIEFVRHYFHRVGESPWEDRLYNFLVEHKNRFLMHPNVNLMFVFSFIPPLEVNDYVLSQYRHYLAVLKGELTALFEEAGHTSPEECSVAYVTLLDGLDVQLVYETHQSYERTMTIAWRVFLAGIRHA	PGPT0026330_68	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026330-icaR-K21453	NA	NA
JZ016_04785	1179			hypothetical protein	GTGCTGCCAGCGGACGGATCGCTGGATACCTTTATCCAGACACGTCTGGCATCCGGGGAGCTGCCTGACATCAGCTACATGGGCGAAGGAGACATTCAGAAATATTACGAAATGGGCATTTTGGCCGAGATCGGGGATCTGCTCGACAGCGGAGCCATCCCGCAGAAGCTTGATGCCATTACGATCCATTCTCCAGATCAAAAGGTGATCGGCGTTGGGCTGTCCAACCAGATGGAGCTGCTCTTCTACAGCAAGTCCAAATTCGATGCCGCCGGCATTCCTTATCCTCCAACCAAGGTGGAAGATGCCTGGGACTGGGATACCTTCGTGAACTATGCCAAGGCATTGACTACCGATACGAGTGGCAAAACGGCGGCAGATCCCGGCTTTGAAGCTGCCAAAACGCAAGATTACGGGCTTGGCTTTACCGCAGGCCGCGAATTCCATCATTTCTGGGCGGCGAACGCAGCCGGCAGCGGCGTTGTCTCTGCGGACGGCCAGCAGTTCTTATGGGATTCCCCGGAATCGATTGAGGGCATTCAGAAGCTAGCGGATCTGGTCAATAAAGACAAGGTGACCTCCAGCTTCTCCTATACGTGGAACTCGGGTATCGGTTCGGCGGTAGATGCGCTCAGCGGCGGTTATGCCATGGTGATCAGCGGTTCTTGGGACCTCGCCAATATCAAGGGGAACGAAGATATCGGCGTTGGAGTGCTGCCGAAAATAAAGCAGGCCGTGACGATGAATTGCGGAGCACCGCTCGTTGTGTACAACACATCCGAGCATATTGAAGAAGCCAAGAAATTCTATGCCTATATGGTCAACCCGGAGAACAGCTTGAGCCTGCTGAAGTCCGGCGCCTGGCTGCCCAATCAGGCGGATTGGTACACCGATCCCGAGCTGATCGACAAGTGGACGGCGGATCTGCCTGTCAGCGCCAAAGAAACGATATTGAGCTACTCCACGACCAAGGATGCCATCGTACAATGGCCGGCCTATTATGTTCCCGCTTATCTCCGAATGAACACGGAATACGAGAAGAACATCGATCAGGCCCTATTCGGTGAGAAATCGGTCCAGGAAGTGTACGATTCCGTCATGCCGACCATCAAAACCATGTGGAGAGCGGAAAAGTGTCTGAATAGCCGACAAAATGACGATTACAGGAAAGGGCTATGA	MLPADGSLDTFIQTRLASGELPDISYMGEGDIQKYYEMGILAEIGDLLDSGAIPQKLDAITIHSPDQKVIGVGLSNQMELLFYSKSKFDAAGIPYPPTKVEDAWDWDTFVNYAKALTTDTSGKTAADPGFEAAKTQDYGLGFTAGREFHHFWAANAAGSGVVSADGQQFLWDSPESIEGIQKLADLVNKDKVTSSFSYTWNSGIGSAVDALSGGYAMVISGSWDLANIKGNEDIGVGVLPKIKQAVTMNCGAPLVVYNTSEHIEEAKKFYAYMVNPENSLSLLKSGAWLPNQADWYTDPELIDKWTADLPVSAKETILSYSTTKDAIVQWPAYYVPAYLRMNTEYEKNIDQALFGEKSVQEVYDSVMPTIKTMWRAEKCLNSRQNDDYRKGL	PGPT0016545_1373	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_04786	336	tyrS_2		Tyrosine--tRNA ligase	TTGTCCAAGGAAGAGATTGAAGAGCTGGCAGTTAAGGTAGAGACAGATTCAGGCAAGCGCGAAGCGCAAAAGATACTGGCTGAAGAAATGACCAAGTACGTCCATGAGGAAGAAGCGCTGGCACAAGCGCTTAAAATCTCTCAAGCCTTGTTCAGCGGAGATATTAAATCTCTAACAGCGGATGAAATCGAGCAGGGCTTCAAAGAAATGCCTACATTCGAATCAACGAAGGAAGCTAAAAATATCGTGGATTGGCTGATAGATCTGGGTATCGAGCCAACCAAGGGCCAGGCAAGAGAAGACATCAACAATGGTGCGATCTCCATGAATGGTTAA	MSKEEIEELAVKVETDSGKREAQKILAEEMTKYVHEEEALAQALKISQALFSGDIKSLTADEIEQGFKEMPTFESTKEAKNIVDWLIDLGIEPTKGQAREDINNGAISMNG				NA	NA	NA	NA	NA
JZ016_04787	990		COG0641	Anaerobic sulfatase-maturating enzyme	ATGAAAGTACATATTTTTGTTACAAATGATTGTAATTTGAGCTGCGATTACTGTTATGTATCTGGACTAAGAGAGAAACTGTATTTCGGTTCAGAGCTTGTTAATTCGTTGATCACTTTCATTAATAACGTGTTAGAACTTAATAAATCTGAGAGTGTAACCCTGAATTTTTTTGGGGGAGAACCTTTACTTAATAAGCGTGTGATAGAAGACATTATTAAAGCATCAAACAAAATAAAAGTAAAAACATATTTTATGATGACAACAAACGGAACATTATTGACGAAAAGTAACATAGATTTTCTTGTAAAACATAATTTTATTTTATCAGTTAGCATTGATGGTACACCAGAGGTTCACAATCGATACAGAACTTATTCTAATGGAGAACCTTCTTGGGAGAAAATAGCACCTAATTTAGAGTATTTATTAGAGAAGCTCCCTCATGTGACTGCGCGAATAACTTATAATACTGAAAGTGTCTCTAAGCTTTATCCCAGTGTTGTATTTGTATCTGAACTAGGTTTTCAAGAAATTAAACCCATACCTGATTTTTTTGATGAAAAATGGGATGAGGAGCATTTTTTAATACTTAGAGAACAATTTAAGTATCTTGAAAGCTTCTCACAGAATAATAAAAATATCCATCTTTCCGTTTTGGATAGAACTTTAAAAATACAAGGAGATTGTAGTGGAGGAGTCAGTAGTTTCGCAGTTAATGCCAATGGAGATATATATCCTTGTAACTATGTTGTAGGTGAAGAACAGTTTTGCATAGGAAATATTAAAGATAGTGAAAAGTATGAATTGCATACCTTTCCTACTGATCATTCAGAACGATTTGAGTGTGAAGGTTGTTCTTATTTTAAATCATGTACAAGCTCTAGATGTATATTTGTGAATTATAAAATGACTGGCGAAATGTGCAAACCGAGTGGATTCTTTTGCGCTTATGAGCGTTTGGAATGCTCTTATGCTAAGACAAAATAG	MKVHIFVTNDCNLSCDYCYVSGLREKLYFGSELVNSLITFINNVLELNKSESVTLNFFGGEPLLNKRVIEDIIKASNKIKVKTYFMMTTNGTLLTKSNIDFLVKHNFILSVSIDGTPEVHNRYRTYSNGEPSWEKIAPNLEYLLEKLPHVTARITYNTESVSKLYPSVVFVSELGFQEIKPIPDFFDEKWDEEHFLILREQFKYLESFSQNNKNIHLSVLDRTLKIQGDCSGGVSSFAVNANGDIYPCNYVVGEEQFCIGNIKDSEKYELHTFPTDHSERFECEGCSYFKSCTSSRCIFVNYKMTGEMCKPSGFFCAYERLECSYAKTK	PGPT0026880_2260	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0026880-ydeM|yidF|alsB|chuR-K06871	NA	NA
JZ016_04788	150			hypothetical protein	ATGAAAATTAATCCTGAGAAAAAGGAAGATTTGAAGTTAGATGTTAAAGGTTTTGGTTGTTGGAATGATTGTAATGTTTATTACGCTAATGATACAAGTACTTATGGATGTGGGTGGAAACCAACTCCTCATAATAGTTGGTTTTCATAG	MKINPEKKEDLKLDVKGFGCWNDCNVYYANDTSTYGCGWKPTPHNSWFS				NA	NA	NA	NA	NA
JZ016_04789	1167	moaA_3		GTP 3',8-cyclase	ATGATTTTAGGAAACATTTTTAATGGTCTTTGGATAAAATGTCCAACATATGTATATGAGTTTCTAAATAATTGGATTGAAAAAGAATATACTGTTAGCAATATGCTTGATGAATGTATGGATGTAGATACAAAGGAATATCTAAGTAATATGATCAAAACATTGGTTGGTATTGAAATCATTGATTATTATGACAAACATACACCAGATAATAAAGCAATAAAACATGTAACATTTGAGTTAACTACTGGTTGTAATTTAAGATGTAGCCATTGTTGTGTAAGTTGTGGGGAAATTGCCCGAGAGGATATGAGTTTTGAACTGTTAAAACAATTAATTAAATGGTGTGAGAAAAATGAAATTCGGAGTATTGCGTTGACTGGTGGAGAAATATTCATTCGGCATGACATTTGGGATATTTTAAACTATGTAAGAGCAAATTTCACTGGTTCAATTGAAATTATGACTAATGGAACTTTATTAAGGGAAAAGATGATTCCTGATCTTAAAGCCCTGGTTGATTACATTTCGATCAGTCTTGACGGTTATGATGAAGAAAGTGTATTGAAGATTCGTGGTCCAAAGGTTTTCAACAAAGTTAAGAGCACCATAAAAAGTTTGCAACAATCGGGACTTGAAAATATTAGTCTTTCTATGGTTTTGACCAAGGACATGATAACACACCAAAACAAGTTCCGAGAATTATGTTTATCTCTAGGTGTTACCCCCATTATGAGAGTTTTTACTCCTGAAGGTAGGGCAGATAGTAATTACGAGACCCTGAGTCCCCCATTCAAAATAAAGAACAAGAATGAACTTACAGAAGTAGAGCTAACTAGTCTTCAGAATGCTATAAATTTTAAATGTAGCTGTAATCTTAGCTCTAAAATATTCGTATGTTGTGATGGGTCCATATATCCCTGCTTTTTGACTAAAAATGAGAAGAATAGATTAGGGAGTACCAATGATTTGTTAGACGGTAAGTTAAAAGAAGCTGAGATAGTTCCGATTGTAGATACAATAGACGAATGCCGAGATTGTGATGTGAGGTATTTCTGCGCTACAGCATGTCCGGGACATGATAGAAATATTTTTATGAATGAGAAATATAGAAGTGAGATGTGTGATCAAATGAAGCCTTATTACAATATGATTGTATGGAAATGA	MILGNIFNGLWIKCPTYVYEFLNNWIEKEYTVSNMLDECMDVDTKEYLSNMIKTLVGIEIIDYYDKHTPDNKAIKHVTFELTTGCNLRCSHCCVSCGEIAREDMSFELLKQLIKWCEKNEIRSIALTGGEIFIRHDIWDILNYVRANFTGSIEIMTNGTLLREKMIPDLKALVDYISISLDGYDEESVLKIRGPKVFNKVKSTIKSLQQSGLENISLSMVLTKDMITHQNKFRELCLSLGVTPIMRVFTPEGRADSNYETLSPPFKIKNKNELTEVELTSLQNAINFKCSCNLSSKIFVCCDGSIYPCFLTKNEKNRLGSTNDLLDGKLKEAEIVPIVDTIDECRDCDVRYFCATACPGHDRNIFMNEKYRSEMCDQMKPYYNMIVWK				NA	NA	NA	NA	NA
JZ016_04790	963			hypothetical protein	ATGAATAGCACTACTCCAATTCTATATGAAAAGAAAATTACGGTAGCAGTTATTGATAGTGGACTCAGTAGTTTGCAGGTCAATACTAAAATCAAATTTTCATGCAGCTTGTTAGGGGACGATAGTATTGAAGATGGACATGGACATGGTACTGGTTTGGTAGGTATGTTAAGTGAATTTTGTGGCAACAGGATAGAATTCATAATTATTAAAGTTTTAGACGATAACTGCAGAGGTTCATCAAAAACACTCATAAAAGCGATGGATATTGCCATTGACTTGCAACCGGATATTATAAATCTTAGTTTGGGCACTGAAGACATGTCTTTGAGAAGCGAATTTGTAACAAAATGCAAACTAGCTATCACTAAAGATATTCTTCTAATAACGACAACGAATGAGAATGAAAGAAGTCTACCTTTTATATTAGATGAAACTATAAGAATAAAATCGAGTAAACAAATCGTTGATACTGAACAATTATATATAGATCAATATTCTACATTTTATACTTTAGGCATCCCGCACATCGTTCCTTGGAAAAATGGCAAGTACGTTTTTATTAATCGAAATAGTTTCGCTCCCCCTTATTTCATTCGTAAGTTTTTGGATTATAAATTGAGAAATTCCTTGAATAACTATAGCACTGTGACTGAAATTAAGAAAAATTGTTCCAATATTGCTGAACTTAAAACTAAGGAATTAAAATTTGAGATCCCATCTGATTTTGATTTTTACAGAAGTCTACTTGAAATCACACAAAGGTATATTCCTCAGTTTGAAGAACAAAAAATAACATTTGCTCAAGGTTTAAAAATGAATGACTGTATAGACATATTAGTAGATACAGAAAAAAAATTTGGGATAAAGATACCTTTTACCTATTTCAACATTAATGACTTTACTTATATCTCAAATTTATCTAACAAAATTAATAAAGTGCTCTATTTTCATCTTTCTTAG	MNSTTPILYEKKITVAVIDSGLSSLQVNTKIKFSCSLLGDDSIEDGHGHGTGLVGMLSEFCGNRIEFIIIKVLDDNCRGSSKTLIKAMDIAIDLQPDIINLSLGTEDMSLRSEFVTKCKLAITKDILLITTTNENERSLPFILDETIRIKSSKQIVDTEQLYIDQYSTFYTLGIPHIVPWKNGKYVFINRNSFAPPYFIRKFLDYKLRNSLNNYSTVTEIKKNCSNIAELKTKELKFEIPSDFDFYRSLLEITQRYIPQFEEQKITFAQGLKMNDCIDILVDTEKKFGIKIPFTYFNINDFTYISNLSNKINKVLYFHLS				NA	NA	NA	NA	NA
JZ016_04791	1530		COG1132	putative ABC transporter ATP-binding protein	ATGAGCAAACATAAGCGAATGATCATCGATCAAATAAAAAAACTGAAGATGCAGATTATAGGGATTATTTTCTTAACGATAATTGCCGCAATAATCGAGCTATCTATTCCATACCTTACTCAGAAGATTATCGATTTAGGAATATTGCATAAGGATTTTCAATTTGTAGTTCTATTAACATGTCTAATAATTGTGCTTTATATTATGTTATCCGTAATGAATTCTTGCATTAATCTAATGTTTGCAAAGGCAAGTGTAGAAGTTATTACTAATCTAAAAAAGGACATAATTACAAGGTTGCTCAGGTTTCCGGTTTCGTTTTTTGATAAGAATAAAACAGGATATGTCATTTCCAGAGTAGAAGAAATTGATACACTTAATGCATTGTTTTCTCCCGTTTTGATGGTTTTTTTAAAAAGTGTTATTTCATTTATCGGAGCATTTTTTGTAATTCTGGCTATACGTTGGGAGTTGCTCCTGTTTGCACTAGTTTGTTTACCTGTTCTCTTTTTTATCACTAGATATACTTCCAAACAAGTATTAAACACATCAAAGGAATTAAATGAATCAGCTGCAGAAGTTCAAGGTGAAATTCATGAAGATATTGCAGGTTTATCTGAAATGAAAAATTTCAATCTTGAAGAACATAAAGAATCTGAAATTAAGAAGTATTTTAGTGTGATTGCGAAAAAGTTAATGAGAAGGAATGTTTTTACAGTTGTTGGCAATGAGGCGAATTCCTTATTTGCCCTTATATCAAGGTCGATGTTTATCATTTTAATAAGCTATTACATTATTAATGGGGAGCTGACGGTTGGATCATACTTTTCATTGTTATCGTATATATCCAATTTGTTTACTCCTGTACAGATGTTCTCATCCATTAGTCTCTCCATTCAACCTGCCATTGCAGTCTTATCCAGAATGAGCTTTTTTATGGACAACGAAATTGAAGAAGGAAGCAAAGGGACAGTATTAATTAACAATATTAATACTATTCAGTTCAAAAAGGTTTACTTCTCCTACCCTGACAACGAGCGAGAAGTCTTACGTGATATAAATATAGAACTAAGTGAAGGAAAAAATTTGTTTGTGTATGGGCCTAATGGAAGCGGGAAGTCAACAATTGTAAAATTATTACTGGGGTTTTATACTAATTATGGCGGAGAAATTTTAGTGAATGGATACAATCTCAAGGACATAAATATTAATGATTTGAGAAGAAAAATAGGAATTGTTTCTCAGAAAATATACTTATTTTCTGGTAGTATCATGGATAATATTAAACAATGGGATGGGGGAATCACAGACGAGGAAGTTTATCGTGTTTTGGAGGAGTATGGATTATCAAGTGTTTTGAAAGATGAAAGTTATCATCATATTGGTGAGTCAGGAAAGAACTTATCAGGTGGTCAAATGCAAGAGATTGCACTCTCAAGAGCAGTTTTGAGACGACCGAGTTTATTTATTTTTGATGAGCCGACTTCGAACTTAGATATACAAAAAAAGAAAAATTTGTACAGCTCTTGA	MSKHKRMIIDQIKKLKMQIIGIIFLTIIAAIIELSIPYLTQKIIDLGILHKDFQFVVLLTCLIIVLYIMLSVMNSCINLMFAKASVEVITNLKKDIITRLLRFPVSFFDKNKTGYVISRVEEIDTLNALFSPVLMVFLKSVISFIGAFFVILAIRWELLLFALVCLPVLFFITRYTSKQVLNTSKELNESAAEVQGEIHEDIAGLSEMKNFNLEEHKESEIKKYFSVIAKKLMRRNVFTVVGNEANSLFALISRSMFIILISYYIINGELTVGSYFSLLSYISNLFTPVQMFSSISLSIQPAIAVLSRMSFFMDNEIEEGSKGTVLINNINTIQFKKVYFSYPDNEREVLRDINIELSEGKNLFVYGPNGSGKSTIVKLLLGFYTNYGGEILVNGYNLKDININDLRRKIGIVSQKIYLFSGSIMDNIKQWDGGITDEEVYRVLEEYGLSSVLKDESYHHIGESGKNLSGGQMQEIALSRAVLRRPSLFIFDEPTSNLDIQKKKNLYSS				NA	NA	NA	NA	NA
JZ016_04792	675	phoP_6	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	ATGTCAAATCTAATCTTGATTGCTGATGATGAAATAGATATCGTGAATCTACTCCAAAATTATTTCGAAATCAATGGTTATCGGGTTATCACAGCAAGGAGTGGGACCGAAGTATTGCAGCAAGTTGAGTTTGATCCAGATCTTATTTTACTGGATATTCATATGCCAGATCTGGATGGCATTGAGGTTTGTACACGGATACGCAATTTTGTGTCCTGTCCTATTCTGTTTTTAACGGCAAAGGTAGAAGAGGCCGATAAGCTCAATGGATTCCGTGTCGGTGGGGACGACTATATTGTCAAGCCATTCAGCATTGAGGAGGTAGGGGCTAGAGTATCTGCACACTTGCGTCGCGAGCAGAGGCAGCGTTATAAGACCCAATCGAAATTCATTGATGATTTAGTCGTTGATTATTCTGCACGTGCTGTTTATTATCAAAACGGACCAATTTCATTTGCCAAAAAAGAATTTGATATTATTGAATTGCTATCCATGAACAAGGGTCAGATTTTTGATAAAGAGCGGATTTATGAACGAGTATGGGGGTATGACAGCGAGGGAGACAGCGCCGTTGTCGTTGAGCATATTCGAAGAATTCGAGCCAAATTAGCTTCGGTGAACAGTCATACGTATATTGCAACCATATGGGGTGTGGGATACAGATGGGTAGGATAA	MSNLILIADDEIDIVNLLQNYFEINGYRVITARSGTEVLQQVEFDPDLILLDIHMPDLDGIEVCTRIRNFVSCPILFLTAKVEEADKLNGFRVGGDDYIVKPFSIEEVGARVSAHLRREQRQRYKTQSKFIDDLVVDYSARAVYYQNGPISFAKKEFDIIELLSMNKGQIFDKERIYERVWGYDSEGDSAVVVEHIRRIRAKLASVNSHTYIATIWGVGYRWVG	PGPT0011710_194	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011710-nisR|spaR-K20488	NA	NA
JZ016_04793	1182	sasA_32		Adaptive-response sensory-kinase SasA	ATGGGTAGGATAATAGCAGGAATCCGCAACCTTTCGATTAGAAAGAGCTTTATGCTATATATGTTCATATTTCTAATGATGGCGGCTCTGCTTAGCTCTGTTGCAATTGGAGCTTCAAATGGAGTTAGAAACGATCTCTATCATAAATATAACGCTCCGAACAAGAATAGTTCTGAGCCTATAAATAATCATTATACGCCGAATGATGAAATTATTCTTCAAATTTGCGATATTGTTGAAGCATGGTCTATTCCGATATTTCTTGGACTGTGCAGCATGTTGTCCTCGTTTGTATTTTATCGCCATAAACTGAAAAAACCTATTGCACTATTAGGCATGGCTTCTGAAAAAATAGCGAATCATGACTTGAATTTTCATATCCATTATGAGAGCAAGGACGAGATGGGGAAGCTCTGCGATTCCTTCGAGAAAATGCGAGCTGCATTGGATGACAACACTCGGCAAATGTGGCGTTCTATGGAGGAGCGCAAACAATTGAATGCTGTTTTTTCCCATGACCTGCGCACACCGCTCACGGTACTTAGGGGATCTACGGATTTCTTGGTGAACTATCTGCCCCAAGGTAAGATCAGTGCAGACAAAGTGATGTCTACCGTATCTGCAATGTCCGCACATATTTTACGGCTGGAGAACTATGTTCAATTGATGAGCGAGATTCAAAGATTGGAAGACAGCAGCATTTACACAACAAACGTAAATATAGATCATTTTATCAAACAGCTTAACAGTATTGCCGAGGTGTTAGTAGAGGGACGTCATCTTAAAATGACATTTGAAAACCATATTGCCCAAACAGAACTGCACTTTGATGCTGACACGGTTATACGGATATTCGAAAATATGCTTAGCAATGCAATTCGTTATGCTGACAAGACAATATCCATAGGTTTGGAATCCATGAATGGCATGCTGTGCATTACAGTTAGTGATGATGGCGAAGGTTTCTCGGAGGAGGATCTCGAACAAGCGACTAAACCGTTCTACAAACGTAAAGCAATAAACGGGAGTGGCGGTTTTGGTTTGGGACTACATATATGCAAGATTTTATCTGAAAAGCATGGTGGAGGACTTAGAATAGCTAACAATGAGACATGCGGAGCGAGAGTAACTGTCATGTTCCAATGTAAAAGTACCAATACACCTAACATCGATATTCGTTGA	MGRIIAGIRNLSIRKSFMLYMFIFLMMAALLSSVAIGASNGVRNDLYHKYNAPNKNSSEPINNHYTPNDEIILQICDIVEAWSIPIFLGLCSMLSSFVFYRHKLKKPIALLGMASEKIANHDLNFHIHYESKDEMGKLCDSFEKMRAALDDNTRQMWRSMEERKQLNAVFSHDLRTPLTVLRGSTDFLVNYLPQGKISADKVMSTVSAMSAHILRLENYVQLMSEIQRLEDSSIYTTNVNIDHFIKQLNSIAEVLVEGRHLKMTFENHIAQTELHFDADTVIRIFENMLSNAIRYADKTISIGLESMNGMLCITVSDDGEGFSEEDLEQATKPFYKRKAINGSGGFGLGLHICKILSEKHGGGLRIANNETCGARVTVMFQCKSTNTPNIDIR	PGPT0011705_299	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011705-nisK|spaK-K20487	NA	NA
JZ016_04794	681	bceA_4	COG1136	Bacitracin export ATP-binding protein BceA	TTGGATTTGATTCTGGAAGGAAAGAAATTGTGCAAGTATTATGGCACAGGAGAAAGCCAAGTAAAGGCCATACATGAAATTGATTTCACTGTGGAGAAAGGAGAGTTTATCTCCATTGTCGGGCAGTCAGGTGCGGGTAAAAGTACTTTAATGCACATCATTGGTGGTTTGGATGCACCGACAAGCGGCGAAGTCATCATGAATGGAACTTCTATTTATACACTACCGGCAAATCAACTAGCCGTGTTCCGCCGTCGTGAAATCGGTTTTGTCTTCCAATCATTTAATCTCGTGCCATCACTTAACGTATGGGAAAATATCATATTACCCATTGGACTTGACGGAAAAAAGGCTGACGTTGAATACATCAAAGATATTTTAAACACGCTGGATATTTATGAGAAACGAACTAGTCTACCAACGGCGTTGTCAGGGGGACAGCAGCAGCGCGTTGCCATCGCCCGTGCGATTGCTGCTAAACCGTCGATCATCCTTGCCGATGAACCTACTGGGAATCTGGACAGTCGTTCCAGTAGAGACGTCCTGAATCTCCTGAGATTGTCGATACAGAGGTATAACCAGACATTAATTATCGTTACGCATAATGAGGATATCGCATCATTGTCCGACCGAACGGTTCGGGTAGTTGATGGTTCGATCGTTGTGGAGGCATCGCAATGA	MDLILEGKKLCKYYGTGESQVKAIHEIDFTVEKGEFISIVGQSGAGKSTLMHIIGGLDAPTSGEVIMNGTSIYTLPANQLAVFRRREIGFVFQSFNLVPSLNVWENIILPIGLDGKKADVEYIKDILNTLDIYEKRTSLPTALSGGQQQRVAIARAIAAKPSIILADEPTGNLDSRSSRDVLNLLRLSIQRYNQTLIIVTHNEDIASLSDRTVRVVDGSIVVEASQ	PGPT0013345_13290	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_04795	2430			hypothetical protein	ATGAAAGATACTGTATCCGTACGAGACATAGCATGGAAAAATATAAGCCACTACAAAGGCAGAACCCTGTTAACTATATTTACAACAGCCCTATCCGTTGCCTTAGTATTTGTCGTGTTCACGTACTTTCACTCTGAAGATAACCGCAATAAGAGGGCAGCTATGAATGAAATTGGTGCCTTTCATGTGCAATATGAGGAATTGTCATTGAAGCAACAACAGCAGATCGTGAGTAACCCTAAGATCAAGGAGTATTATCTTTCGTATAACAGCAGAAATATTAGCTCCACTACATTTGAGAAACTGAATATCCATATGGCTATTGGTTACATGGAGGGAATAAATAACGGACTGATTGAACTGAGGCGAGGCCGTGCGCCAGAGGCTGATCATGAAATTGTATTGGATGAATGGCTCCTTCATGAATTAGGTTATTCTTCTGAGTTAGGACAAAGAATCGCGTTAGATTTGCAGGTTATAAGTGATGATCAGACTAAAGAAATAACGAAAACCCTTGAACTGGTAGGTATTACTGAAGACATTGCTATTCGAAAGGCTGCAAGAGCCGGATTGATGTTTGTATCAAAAAGCTTCTCGGAGCAGTATAGTCCGGATCCGGAAGTAACGGTTTTTGCACTACTGAAATCCAACTTAAACGCTGCCTCGGTCGCGGAGGATATAGGTAAACAAGCAGGCTTGTCAGATAAGCAAATTAAAATAAATGAACGCTATACAGGCGCTTATGAACAGAATCCGACAACTATTCTGCAGTCTGCATTAGCTGTGTTGGTTATCGTTTTAAGCTCTGGAATGGTTATTTATAATATTTTCAACATTTACATTTCACAACAAATACGTTTGTTTGGCATGATGAAAGCGATTGGCATGACTCCAAGACAATTACGACGCATGATTCTAATAGAGGGACTGATTATTTCTTTCATCGGCAGTATTGTTGGAATTCTACTGGGAATAGGTTGCAGCTTGGCATTCATTCCGTTTCTCGGAAATGCGGGCTCTACCGATCTTTCTCTGTATGTAGAGATATCTCCATTTCATGTTGGCGTAGCATTCTTATCAGGTCTGCTTTTCGTCATTCTTTCAATCCAATTTCCAGCCAGAAGAGTAGGGAGAATCTCGGAGATTGCAGCGACCCGCTATAATCCGGTTGCTGACGCATGGAGGAAGAGAAAAACAACCAGAAATCAATTGAACAATTCCCTTAGCAGCTTCACCTTGGTATCTGCGCAAGTTATACGTCATCGCAAACGTACTTGGATTACTATCACTTCAATCACTTTGACAGGGCTGATCTTTATCGTTACAAGCAGTATCCTGAACAGTATGAATATGGGCAATGTAGCCGCGAGTATGGTGCCAGGCGATTACAAGCTGAGTGTTAACTCTTACCGAGGAGTGGATGAGCATCTCGATTTGTTGAACGAAGGAATCGTGAAGCAGATACATGATATGAATGGGATTCAGTCTTTGTATACGGAAATGTATGATGAGTTCCTCTATAACAAGCAGGATGCGGCAGTTCATCTTAAAAACATAGAGGATATCCGAAATCCTGCGATTACTTCAGAAATCTATGGCTATGACGATGCTCTAATGCAAAAGACACTACATGCACTAGGGAATAACAGACACGCATTAGAGGAGATGAAGAATGGGAACGTGCTTATTGCCATCGCCGAGGATGGGACCTATAAGGTCGGTGATAAGATCAGAATGACCCCGCTTGGAGAACAGCGGGCAGAGCTTGAATTCACAATCGTCGGCGTTCTTCCTAGTTATATTACTTATAAAGGAGACTCTGCTTATGGAGGGACTTTCATTGTCCATCAGGATATGTTTAAGCGCCTAGGGCTGGATCAGCGTGTCAAGCAAGTCAGTGTGACCGTGCCTAAAAAGGAATTCGAGCATGTAGAACAACGCTTAAAAGAAATTGCTGCGGCCGATCATAGAATTGGGTTTACTTCATTCCAAGAGATTTATCAGGAATTTCATGAGGCGAAACGGTTGATCGAGTTATCCGCCTATGGTTTTATTGCAACGCTGCTCGTCATTAGCATATGTAATCTGGTCAATTCAAATCTGACAAGCATGATAGCTAGAAAAAGGGAGATCAGCGTGATTGAGGCAATTGGGTTGTCACAAAACCAATTAGCAATACAACTTGGTAGCGAAGGATTAGTAGTTATATTGGTTAGTCTGTTGTTGACTTTTATTGTGGGCATACCCACAGGATATATTATCGTTGATATTTTTAAGCGCGAAGCCACCTATGCCCAATATCAATTTCCGATTGGTGCTATGTTGATAATAATAGGTGCCTACATTGCGGTTCAGTTGTTTACGACCTACTATATGCATCGACGCTTTAGAAAGGAAAGCCTGATCGAACGAATTCGGTTTAGTATATGA	MKDTVSVRDIAWKNISHYKGRTLLTIFTTALSVALVFVVFTYFHSEDNRNKRAAMNEIGAFHVQYEELSLKQQQQIVSNPKIKEYYLSYNSRNISSTTFEKLNIHMAIGYMEGINNGLIELRRGRAPEADHEIVLDEWLLHELGYSSELGQRIALDLQVISDDQTKEITKTLELVGITEDIAIRKAARAGLMFVSKSFSEQYSPDPEVTVFALLKSNLNAASVAEDIGKQAGLSDKQIKINERYTGAYEQNPTTILQSALAVLVIVLSSGMVIYNIFNIYISQQIRLFGMMKAIGMTPRQLRRMILIEGLIISFIGSIVGILLGIGCSLAFIPFLGNAGSTDLSLYVEISPFHVGVAFLSGLLFVILSIQFPARRVGRISEIAATRYNPVADAWRKRKTTRNQLNNSLSSFTLVSAQVIRHRKRTWITITSITLTGLIFIVTSSILNSMNMGNVAASMVPGDYKLSVNSYRGVDEHLDLLNEGIVKQIHDMNGIQSLYTEMYDEFLYNKQDAAVHLKNIEDIRNPAITSEIYGYDDALMQKTLHALGNNRHALEEMKNGNVLIAIAEDGTYKVGDKIRMTPLGEQRAELEFTIVGVLPSYITYKGDSAYGGTFIVHQDMFKRLGLDQRVKQVSVTVPKKEFEHVEQRLKEIAAADHRIGFTSFQEIYQEFHEAKRLIELSAYGFIATLLVISICNLVNSNLTSMIARKREISVIEAIGLSQNQLAIQLGSEGLVVILVSLLLTFIVGIPTGYIIVDIFKREATYAQYQFPIGAMLIIIGAYIAVQLFTTYYMHRRFRKESLIERIRFSI	PGPT0013350_6401	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
JZ016_04796	459			hypothetical protein	ATGCATGGGTATAGAGGAGTGTTCAGGAACCATTGTTGGCGTAGTTTTACTGTATTGTTCTTCATTGTACTGTTTTTAACAGCGTGCAGTAAAAACAGCGAGGAGGGTTTTTATCCAGAATATAACGGAGTAAAGTACACAGGTGAAGGGACGCTCGAAACAGAAGTTGATGTAGCAATCTTCAATGAAGATGAGGCTTTGTTTGTGCAGACAGTTAAGATTATGGATGACCATCCTACCGTGGGGAAGGTCATGCAAGCCATTTCAGACGACGATGAACAGGGGGTGCTGATAGAAAAAGACCAGGAAGGGCAAATATTAAGCGTTGATGGTATCGTGAATGACGAAAACAAACATTGGGTGCTTTCTATTAACAACGTAATTGACGAAGGGAACACGGAAGAGATTGAAATTGGCGAGGACCAGTCATTGACGCTAATTTACACTGCCGATCCTTAA	MHGYRGVFRNHCWRSFTVLFFIVLFLTACSKNSEEGFYPEYNGVKYTGEGTLETEVDVAIFNEDEALFVQTVKIMDDHPTVGKVMQAISDDDEQGVLIEKDQEGQILSVDGIVNDENKHWVLSINNVIDEGNTEEIEIGEDQSLTLIYTADP				NA	NA	NA	NA	NA
JZ016_04797	783			hypothetical protein	ATGAGAGAATCGTTCAAGCGATTGGTGGAGCACCGTTATTTTCAACCTATTATTATTGGAATCATCTTTTTGAACGGCGTGATCATTGTCGCCGAAACGTACAGCACGAGTCAGTTTCTGGTCTACCTTGACAAAATTATCCTCGGGATTTTTGTATTGGAGATTCTTTTGAAGATTACCGGTCTCGGATTTAAGCGATATTTCTCGAGCGGGTGGAACTGGTTTGATTTCTTGATCGTTGCCTGCAGCCTGATCTTCCTGACCACACCGTTCGTAAGCTCGCTGCGTCTGGTCCGGGTTCTGCGCCTATTCCGAATGATCCCTGCGATTCCGGCACTGCGCAAAATTATCGACTCGTTAATCCGGTCGATGCCGGCTTTAACCGGGGTGCTCGGATTGACGCTGCTTATTTTTACGATTTATGCGATTATTGGCACTACATTTTTTAAGGATGTGCTTCCGTACGAATTTTTTGGCAGCTTCCATAATTCTCTATTCACATTGATGCAGGTGGTCACCTTTGAGTCGTGGGCGAGCCAAGTGGCCAGGCCGGTCATCGCGGAAATGCCATGGGCTTGGATTTATTTTATAACGTTTATTATTGTTGGGGCGCTTGTCATCTTAAACCTCGTAGTTGCTGTTATTCTAAGTTACTTGGGACAGGAAGAGGAAGAGAGTCGGGACGAGCGGCTGGATCAGCTGTTGAAAGAAAATATGGAGCTGAAGAAAGACGTACAGGAAATCAAGCAGCTGCTGCTTGAGCAATACAGGTCGAATCGTTAG	MRESFKRLVEHRYFQPIIIGIIFLNGVIIVAETYSTSQFLVYLDKIILGIFVLEILLKITGLGFKRYFSSGWNWFDFLIVACSLIFLTTPFVSSLRLVRVLRLFRMIPAIPALRKIIDSLIRSMPALTGVLGLTLLIFTIYAIIGTTFFKDVLPYEFFGSFHNSLFTLMQVVTFESWASQVARPVIAEMPWAWIYFITFIIVGALVILNLVVAVILSYLGQEEEESRDERLDQLLKENMELKKDVQEIKQLLLEQYRSNR				NA	NA	NA	NA	NA
JZ016_04798	456			hypothetical protein	ATGAACACGGGAATTCCTAAACGGTCCGGCCGGATGGACATGGGATTTTATGCATTAAACAAGCTGGCCAGCGCCGGCATCGTTGTGCTGCTGCTGAGCCTGCTCGATTGGGTGTGGCCTCCCGGCGCTGATCGAGCTTCGGAATGGTTAGGCCTCTATCTGCCGCAAGAGCACTGGGTATACGGTTACGCGCTCACTGCATCCCTTGCGGCAGATGCCATACTCTCGTTCTTGCCTTCCCTGCATAAGGCTAAACAAGCCGCCGTTTACGGAGCGGTCGGATTTCTGTTCTTCGCCTTATTCACAGGCGGAAATCCGGAGCAGCTCTGGCTGCGCGCAGCAGCGGGAGCCTTAACCCTGCTCATCTTCTTGTGGGGGAAGCATACGTTCTCCAGCAATTCTCTGGCCACCCCGTTCTTTGCCTTGATCGTTCCCCTGTTGTGCTGGGTGATCTGA	MNTGIPKRSGRMDMGFYALNKLASAGIVVLLLSLLDWVWPPGADRASEWLGLYLPQEHWVYGYALTASLAADAILSFLPSLHKAKQAAVYGAVGFLFFALFTGGNPEQLWLRAAAGALTLLIFLWGKHTFSSNSLATPFFALIVPLLCWVI				NA	NA	NA	NA	NA
JZ016_04799	909	ydaD_2		General stress protein 39	ATGAATCCCCAGCAGCCCATTCCATACGTAGGCTCCAAAACCGAATGCAAGGAACAGCCCATCGCGTTCCCTCCCCAGCATCAAAACTGCCAGCCCGGTCTTGAAAGCCTCATGTCACCGCGTCCGATCAGCGAGGATCCCGCCTACCGGGGCAGCGGTAAACTGGATGGCAAAATCGCCATTGTAACCGGAGGGGACAGCGGCATCGGCAAAGCGGCGGCCATTGCTTTTGCCAAGGAAGGTGCCGATCTGGTCATCCCATACTTATATGAAACTTCGGATGCGGAAGTAACGAAGCAGCGGATTGAGTCGCTCGGCAGACGCTGCCTCTTAATGAAGATCGACCTGCGGTATAAAAAGAACTGCGAAGCCGTAGTAAACGAGACGATAGCCCACTTCGGCAAGCTGGATGTGCTTGTAAACAACCATGCCGTCCAGTATGTTCAGCGCAGCATCTTGGACATCACGGAGGAACAGCTGCATCATACCTATCAAACGAATATCTTTCCCTTTTTCTTCATGATCCAAGCTGCGCTGCCCCACATGAAATCCGGAGCGTCGATCATCAACACGGCCTCCATTACCGCCTATCAGGGATTTAAGGAGCTCATCGACTATTCTTCCACTAAAGGCGCCATCGTTTCCCTTACCCGATCCCTTGCCCTTTCGCTCGTCGATCAAGGCATCCGCGTCAATTCCGTCGCTCCCGGCTCGGTCTGGACGCCGCTCATCCCATCCAGCTTCCCAGCCGAAGAGGTCGCCGTGTTCGGAACGGATTCACCGATGAAGCGGGCGGCACAACCCTATGAGCTGGCGCCTGCCTATGTTTACTTGGCGTCGTCCATCTGTTCCTCTTTTGTCACGGGTCAGGCTATTCACGTCAACGGGGGACAGATGGTGACCAGTTAA	MNPQQPIPYVGSKTECKEQPIAFPPQHQNCQPGLESLMSPRPISEDPAYRGSGKLDGKIAIVTGGDSGIGKAAAIAFAKEGADLVIPYLYETSDAEVTKQRIESLGRRCLLMKIDLRYKKNCEAVVNETIAHFGKLDVLVNNHAVQYVQRSILDITEEQLHHTYQTNIFPFFFMIQAALPHMKSGASIINTASITAYQGFKELIDYSSTKGAIVSLTRSLALSLVDQGIRVNSVAPGSVWTPLIPSSFPAEEVAVFGTDSPMKRAAQPYELAPAYVYLASSICSSFVTGQAIHVNGGQMVTS				NA	NA	NA	NA	NA
JZ016_04800	546	ssuE_1	COG0431	FMN reductase (NADPH)	ATGGCGAAAGCTGTTATTATTAACGGAAGTCCTACAGCCGGATCCCGCTTGAATGCGGTTATGGAATATGCGGAGCAGGCATTGACTGCTGCGAATTTCGAGGTTAGCCGGATCGACGTGGCCGCCCTGCCGCCTGAGGATTTGATTCATACCAAGTTTGAGAGTGAGCATATTGTCAAAGCGAACGGGCTTGTGGCCGAGGCCGATGCCGTGATTGTGGCAAGTCCGGTTTATAAAGCTTCGTTTACCGGTGTTCTGAAGACCTTTTTAGACCTGATTCCGCAAAAAGGCTTGGCCGGCAAAATCGTGCTTCCGATGTTTATCGGCGGCAGTCTCGCACATCTGCTGGCAATTGATTATTCGCTCAAGCCCGTGCTTTCTTCGATCGGGGCCCGTCATATTCTTGGCGGCGTGTACGCGGTGGATGCCCAGGTGGCACGTACCGAGGATGGCGGATTTGACGTAGCGGACGTGCTTCAGGAACGCTTGACCTCCGCGATGGAGGAATTAATTGAAGAAACCCGTTACCGGACAGAACGCGCATAA	MAKAVIINGSPTAGSRLNAVMEYAEQALTAANFEVSRIDVAALPPEDLIHTKFESEHIVKANGLVAEADAVIVASPVYKASFTGVLKTFLDLIPQKGLAGKIVLPMFIGGSLAHLLAIDYSLKPVLSSIGARHILGGVYAVDAQVARTEDGGFDVADVLQERLTSAMEELIEETRYRTERA	PGPT0003045_1888	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0003045-ssuE-K00299	NA	NA
JZ016_04801	687			hypothetical protein	TTGAAGAAACCCGTTACCGGACAGAACGCGCATAAGGATGGCATGAGTGGACGGCAGGGATATGAAAGCGATAGAGATCATATGGAGGGATACCATTTGCAAAAGCTAGTATTTTTTGTCGGCGTGGCCGGTACAGGCAAGACAACCGTAGCCAAGAAGCTTGCAGTCCGTATACCGGCTGCATTTCTCGACCGTGATACGGTGGGGGGACGCTTTGTTGAGAAGTTCCTGGAAAGTAACGGACTGGATCCGAATGACCGCGATTCTTCCTTTTATAAAGAGAACCTGCGCGATCTGGAATATGATACGACCAAGGATATTTGCATCGAGAACCTGGGTGCCGGACAAAATGTTTTTATGATTTCTCCGTTTACCGCGGAGCTCAAGAACCGCGAATGGATTGAAGAAGTCATTGCATCGGCAGGGTTAACGAAAAGCGACGTTGACGTGAAGGTCATCGTGGTTGCGCTCAAAGACATGGATTTGCAGAAGGAGCGCATCATTGACAGACAGACCGAGCGGGATCAGTGGAAGCTGGATCATTGGGACGACTTCAAGAAGCGCGTCGATTTCGTGCCGGAAGTGAACTGGGACATTCCGCAGACATCCATTAAGGTATTCGATAACAGCGGCGATTTGACGGAAGAGAAGGTTGAGGAGCTCTATCAGTTTATCGTAAGCGAGTAG	MKKPVTGQNAHKDGMSGRQGYESDRDHMEGYHLQKLVFFVGVAGTGKTTVAKKLAVRIPAAFLDRDTVGGRFVEKFLESNGLDPNDRDSSFYKENLRDLEYDTTKDICIENLGAGQNVFMISPFTAELKNREWIEEVIASAGLTKSDVDVKVIVVALKDMDLQKERIIDRQTERDQWKLDHWDDFKKRVDFVPEVNWDIPQTSIKVFDNSGDLTEEKVEELYQFIVSE				NA	NA	NA	NA	NA
JZ016_04802	744			hypothetical protein	TTGGATAACGCTGCTATGCTTGCCTATCTACGAAGCGTTGTGTTAATGAGGGATCGCATCCCTTCATTTCATGAATATCCTTTTAATTTGCCGGCCGTTGCGGCTTTGGACGGTCTTCATTTTCATCCGAAGGTTACTTATATCGTAGGCGAGAATGGCATGGGCAAATCCACGCTGCTGGAGGCGATTGCTGTAGCATTGGGTTTCAATCCGGAGGGGGGCACCATCAATTTCTCTTTTTCCACGGCGGAGACGCATTCTGTGCTGTATCAATATATCCGTACGGTTCGAGGAGTCCGGAAGCCGCGGGACGGTTTCTTTTTCAGGGCGGAAAGCTATTATAATGTGGCCTCCGAGGTTGATTCACTGGCGCTTTGGCATTCCTATGGCGGAAAGTCGCTGCATCATCAATCCCATGGTGAGTCCTTCTTTGCGACGTTTCTGCACCGCTTCGACGGCAACGGACTGTACATCATGGACGAGCCGGAAGCGGCCTTGTCGCCATTTCGCCAAATGGCGCTGCTCAGACGCATCCATGACCTGGTCCAGGAAGACTCGCAGTTTATTATTTCCACCCATTCGCCAATTGTTATGGCTTATCCCGATTCCATCATCTACAAGCTGACTTCCGAAGGGGTAGAAGAGTCGAGCTTGGAGGAAACGGATCATTATATGATTACGAAGGAATTCGTAAATCGCCGGGAAGCGATGCTGCACGAATTGTTTGCAGACGATGAGGAATAA	MDNAAMLAYLRSVVLMRDRIPSFHEYPFNLPAVAALDGLHFHPKVTYIVGENGMGKSTLLEAIAVALGFNPEGGTINFSFSTAETHSVLYQYIRTVRGVRKPRDGFFFRAESYYNVASEVDSLALWHSYGGKSLHHQSHGESFFATFLHRFDGNGLYIMDEPEAALSPFRQMALLRRIHDLVQEDSQFIISTHSPIVMAYPDSIIYKLTSEGVEESSLEETDHYMITKEFVNRREAMLHELFADDEE				NA	NA	NA	NA	NA
JZ016_04803	414	mhqR_2	COG1846	HTH-type transcriptional regulator MhqR	ATGGAGATGTATCGTGAGTTATCGGATAAAATGACGAGCCATCGGGTCGTATCTTTTTTGAGTCACTTGAGAAAGAACGATTTAACGATGAATCAGTATAAGATCTTAAGTTTGATCGAGCAGCAGGGTCCACTGCTTCCCAACCGGTTGGCTGAGCATATGGAGCTTAAGGCTGCAACGATCACGTATTTGGTGGACGCTCTGGGACAGCGGGGGCTGGTGGTTCGAACGCCAAATCCCAGTGATGGACGCAGCCACTATGTCAATCTTACGGCAGAAGGCCGGCAGCTTGTGCTCGATGCCCGCAGCGAAGGAGATTATGCCGTCATGGAATCCTTCAAGCAGCTGGATGAGGACGAGGCGGATAACCTGTATATTTTACTGCGATTGCTTGGCAAGAAATTATTTCCATAA	MEMYRELSDKMTSHRVVSFLSHLRKNDLTMNQYKILSLIEQQGPLLPNRLAEHMELKAATITYLVDALGQRGLVVRTPNPSDGRSHYVNLTAEGRQLVLDARSEGDYAVMESFKQLDEDEADNLYILLRLLGKKLFP				NA	NA	NA	NA	NA
JZ016_04804	1419	farB_2		Fatty acid resistance protein FarB	GTGAATACACAAGATAAATCTTCATTTTGGCTTATAATGAGCGCTATCTTTTTCGGTAATTTTCTGGCGGTGCTCAGCATTACGACCATCAACGTGGCTTTTCCCGTTGTCATGGAGCAGTTCGATGCCACGCTGAGCACAACTCAATGGCTGATGGCCGGGTATCTGCTGGCAACGGGCATTGTGGCTCCCATCGTAGGTTACATGGGGGACCAGCTCAGTTATAAGAGGCTGTTTGTCCTGGCCTTGTTGGGCTTTACGCTCTCGTCGGTATTATGCGTTGTAGCCTGGAACATCGAGACTTTGATTGCTTTCCGGATTACGCAAGGCGTGTTCGGCGGGATGATCATCCCGATTACGATGACCATCATATACCAGGTATTCCCCCGGGAGCGGCAAGCCTACGCCATGGGACTATGGAGCCTGGCCTCTATGCTGGCACCGGTGATCGGGCCGACACTTGGCGGATGGCTGGTGCAATATTTTGGATGGAAATCGATTTTCATTCTAAATATTCCGATCGGTCTGATCTCGATGGTCATCGTAAGCAAATTCATTCCTTTTTATCGACTGACCGGGAAGAAGAGGTTCGATCTCCTCGGATTCTTGACGGTGGTGGCGGGCAGTTCTCTTTTGCTGCTCTCCTTCAGCCACGGCAACGACTGGGGCTGGGGATCCTGGAAGACCCTGTCCCTGCTCATCTCCGGAATTTTACTGCTGCTGTTCTTCATTAAGTGGGAGCTGCGGATTTCATCCCCGTTATTGCAGCTTAAAGTGTTCAAATTCCCCCGATTTCGGTACAGCTTGATCCTGAACTGCATCGTGACGATATCGCTGTATACGGGAACCTTGCTGGTGCCGCTTTATTTACAGACCGTGCTGAAGCTGTCTCCGATGGATACCGGACTTATCATGCTGCCGGGCGCGGTTGTCATGGCCGCTGCGTCGCCGATTATCGGCAAATTTTATGATCGGATCGGTCCATTCCGGCTGGTGATCACGGGGGTTCTCATCATTGTGGCCGCCACGCTCGCTTTCAGCGGAATCGGCATCCATACCTCGGTTCTGTACATTTCCTTGCTGCAGCTGGTTCGCTGCCTCGGCATTGCTTTATGCAATATGCCGTTAACGAACGCAGCGATGAGCGCGGTGTCCAGCGAATATTCAGGCCACGCATCGTCCATCACGAACTGGGCGCGCCAAGGGCTCGCTTCGTTATCGATCGGCATATTCAGCGCACTGGTGGTATCCAGAACGTCCTACTACATGGGTGCGGGGGCTTCGACCCAGCGTGCGGCGACAACGATGGGCATTGATGACGTGTTTATGATCGGAACGATGGTGGCTGTTATTGCCATACCTCTTACATTTTTGTTACGGGTCAAAAAGAAAAAAACGGCTCACCCTGTCGCGCTCTGA	MNTQDKSSFWLIMSAIFFGNFLAVLSITTINVAFPVVMEQFDATLSTTQWLMAGYLLATGIVAPIVGYMGDQLSYKRLFVLALLGFTLSSVLCVVAWNIETLIAFRITQGVFGGMIIPITMTIIYQVFPRERQAYAMGLWSLASMLAPVIGPTLGGWLVQYFGWKSIFILNIPIGLISMVIVSKFIPFYRLTGKKRFDLLGFLTVVAGSSLLLLSFSHGNDWGWGSWKTLSLLISGILLLLFFIKWELRISSPLLQLKVFKFPRFRYSLILNCIVTISLYTGTLLVPLYLQTVLKLSPMDTGLIMLPGAVVMAAASPIIGKFYDRIGPFRLVITGVLIIVAATLAFSGIGIHTSVLYISLLQLVRCLGIALCNMPLTNAAMSAVSSEYSGHASSITNWARQGLASLSIGIFSALVVSRTSYYMGAGASTQRAATTMGIDDVFMIGTMVAVIAIPLTFLLRVKKKKTAHPVAL				NA	NA	NA	NA	NA
JZ016_04805	798			hypothetical protein	ATGGAATTTATACGGAAGCTGTGGATTTTCGGTTATCAGCAGGCGTTGTCCTGCATATTTCCGGTTATGATCTTCGGTGCGCTGGGACTGACCAAGGTGGTTGAGATTCCCGGCTTGGCGCGGTATGATCTCATCCTTCTCATATGTGTGCTGGCGCAAATCGGGATGCTGGTGAGCAAACTGGAGACATGGGATGAGCTGAAGGTCATCTGCGTCTTTCACGTCATCGGTTTGATGCTGGAGCTGTATAAAGTGCACATGGGCTCGTGGTCTTACCCGGAGGAAGGCTGGAGCAAAATTGGCGGCGTCCCGCTGTACAGCGGCTTTATGTACGCCAGTGTGGCCAGTTATATATGCCAGGCATGGCGCCGAATGCATTTGCGTATAACGGGCTGGCCGCTGCCCGTGCTGACCGTGCTGATCAGCGCAGCGATCTATGCCAACTTCTTTACCCATCACTATGTGTGGGATGCACGCTGGCTTCTCACGGCATTGTTATTCGTGGTGTTCGGCAGAACCATGGTGTATTTTGACGTGGACGGAAAAACGCTGCGGATGCCGCTGGTGCTGTCGTTTCTGCTGATTGGCTTTTTTATCTGGATCGCTGAGAACATTTCTACGTTTCTTGGAGCCTGGACTTATCCGGGTCAGGAGCGCACATGGAGCCTTGTGCATATCGGCAAAATCAGCTCGTGGTTTCTGCTGGTCGTGATCAGTGTCATCATTGTAGCTCAGCTGAAGCATCTGAAGCAGGGCAGAGGACCGTCCCAAGGCAATCCGAAGGGAACGGTTATGTGA	MEFIRKLWIFGYQQALSCIFPVMIFGALGLTKVVEIPGLARYDLILLICVLAQIGMLVSKLETWDELKVICVFHVIGLMLELYKVHMGSWSYPEEGWSKIGGVPLYSGFMYASVASYICQAWRRMHLRITGWPLPVLTVLISAAIYANFFTHHYVWDARWLLTALLFVVFGRTMVYFDVDGKTLRMPLVLSFLLIGFFIWIAENISTFLGAWTYPGQERTWSLVHIGKISSWFLLVVISVIIVAQLKHLKQGRGPSQGNPKGTVM	PGPT0008090_17	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600	NA	NA
JZ016_04806	144			hypothetical protein	ATGAAAAAAAGATCATTGGCGTCTTTGGCAAAAGGCATGGGATACTCCACCGCTGTTTTCTTTGATCCGTCCGATGATGGGAGAAGTGTGTCCAAAATCGGATATTCGGGCGATCAAGGGTCCTTCCATTCGATGACCGAATGA	MKKRSLASLAKGMGYSTAVFFDPSDDGRSVSKIGYSGDQGSFHSMTE				NA	NA	NA	NA	NA
JZ016_04807	942			hypothetical protein	ATGTTCATGCAAGGGAAACAGATTTATGTGAAGTCGGTAGAGGAATTGGATGTGGACGCACTTCTGAAGCTCGAGAAGGATAACCGGGATTTTTTCCAGCGGTTCACGGGCTTAAGGGAAGAGAGCTTCTACACCCATCAGGGACAGCTTGAGCGGATCCGAAAGGCCATGGAAGCCAGCAAGGCAGATCAAGGGTATGTCTATGTGATTGGGCTGCGGGACACCGGAGTGATCATCGGGGAGATTATGCTTACCGAAGTGGTGCGGGGGGATCTGCAGAGCTGCTGGATCGGTTATTTTTTGGACCAAGACCATAACGGAAAGGGGTATATGACCGAAGCGGTTCAATTGGTCGTGAGGTTTGCCTTTCAGGAATTGAAGTTTCACCGGATTGAGGCGGGCGTGATGCCGCACAACCTGGCCTCGATCCAAGTGCTTTTGAAAGCCGGATTCCATAAAGAAGGGATTGCCCGAAAAAACGTGAAAATCAACGGAACGTGGGAGGACCATCAGACGCTGGCTATTTTGAATGAAGCCGATGAGCAGCAGCCGTCTTCAATTCAGCGGTACAATCCACCTGTTATTGCCCCGCCGATCGGACCTTATACCCATATAACCAAGGTTCCGAGAGGGAGCGAGCTGCTGGTCTTCTCCGGTCAGGTGGGAACCGACAGCGAGGGGAACCTGCCGGACGATATGAAGCAGCAGGTGGAGAACACCCTGGCGAACATTGAGAGGTTATTGGCTGCGGAAGCGATGTCGGTGGATCATATCGTCAAAATCAACATTTGGGCGGCTCAGGAGGTCGACTGGGATCACTTCCATCAGATATGGGAGAAATTCCACGGGGGGAAGGCCCCGGCCATGACGATGGCCTACGTGCCGGCATTGGCGATGCCGTCCATTCTGGTGGAGATCGAGGTATGGGCAGCAAAGGGATAG	MFMQGKQIYVKSVEELDVDALLKLEKDNRDFFQRFTGLREESFYTHQGQLERIRKAMEASKADQGYVYVIGLRDTGVIIGEIMLTEVVRGDLQSCWIGYFLDQDHNGKGYMTEAVQLVVRFAFQELKFHRIEAGVMPHNLASIQVLLKAGFHKEGIARKNVKINGTWEDHQTLAILNEADEQQPSSIQRYNPPVIAPPIGPYTHITKVPRGSELLVFSGQVGTDSEGNLPDDMKQQVENTLANIERLLAAEAMSVDHIVKINIWAAQEVDWDHFHQIWEKFHGGKAPAMTMAYVPALAMPSILVEIEVWAAKG				NA	NA	NA	NA	NA
JZ016_04808	1032	nrdB	COG0208	Ribonucleoside-diphosphate reductase subunit beta	ATGCAAATGCAAAAGATATTTAACACCGAAGCACCCAACCGCTCCACGCGTGTTATTGAAGGTGAATGCTCCGGGATTCTGAACTGGAACGACATTCGGATGCCTCATATGTATAAGCTGTACAAGGTCCTGCTGCTGAACCACTGGATCGCGGACGAGATTCCGATGTCCAAGGATGCGCAGCAGTTCCCGCGCCTGGACCCTGAAGAGCAGCGCACCTTCAAGATCAACATCTCCCTGCTGGCTGTTCTGGATTCCATGCAGACGATGTTTGTAAGCGACGTGAAGCGTTACTTCACGGATTCGTCGCTCGAAGCCATCTCGGCCATCATCGGTCAGCAAGAGGTGGTTCACAACCAATCCTATTCCTATGTGCTCTCTTCCATCGTTTCGGATCAGGAACAGAAGGAAATCTTCGAGTACTGGAAGCATGATCCGGTTCTGCTCGAGCGCAATCAGTTCATTTCGGACATCTATCAAAACTTCCGTGACAATCCGTCGCCGCAGTCCTTCTTCGAAGCGATGGTGGCTGACCTGATCCTGGAAGGCATCTTCTTCTACAGCACGTTTGCCTTCTTCTACAACTTGGCCCGTGACCAGAAGATGATGGCAACCAGCCAGATGATTTCCTATATTCAGCGTGACGAGAACCAGCACTGCTACTTCTTCGCTGAAGTGTTCAAGCAGCTGCTCAAGGACTTCCCTGAGCTGAACACGAAAGAGAACATCGACTACCTGTACCGCACCATTGACCGTGCGGTTGAGCTTGAGACCAATTGGGCTCACTACACACTCAGCAATGTGCGCGGCATCGATCTGAACGAATTGGGCGATTACATCAAGTACATCGCGAACCGTCGTATCACCATGATGGGTCTGGAAAAAGCTTATGAAGGCGTGGACGTTAACTGCATGCCATGGATCAAGCCTTTCTCCGATGAAGCCCTCAACGCGACGAAGACCGACTTCTTCGAAGCCAAATCCCGTAACTACGGCAAAGTTGGCGACGACAACGGGTTTGACGATCTATAA	MQMQKIFNTEAPNRSTRVIEGECSGILNWNDIRMPHMYKLYKVLLLNHWIADEIPMSKDAQQFPRLDPEEQRTFKINISLLAVLDSMQTMFVSDVKRYFTDSSLEAISAIIGQQEVVHNQSYSYVLSSIVSDQEQKEIFEYWKHDPVLLERNQFISDIYQNFRDNPSPQSFFEAMVADLILEGIFFYSTFAFFYNLARDQKMMATSQMISYIQRDENQHCYFFAEVFKQLLKDFPELNTKENIDYLYRTIDRAVELETNWAHYTLSNVRGIDLNELGDYIKYIANRRITMMGLEKAYEGVDVNCMPWIKPFSDEALNATKTDFFEAKSRNYGKVGDDNGFDDL	PGPT0021345_1974	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021345-nrdB|nrdF-K00526	NA	NA
JZ016_04809	2334	nrdE	COG0209	Ribonucleoside-diphosphate reductase subunit alpha	ATGCCCCAGCTCGTAGTTAAACCGAACAACCGTCAGCTCGCCTTTGATGAAATTCGCCTCTCCGTCTATGCCGATCGGACTCTGAAAGGATTGGACATGCTCGATAAAGAGCGCCTGCTTCGCGGCGTCAATGCCAAATTGCGCGGCGAGCAAGTTACCGGCGAAGAAATCAGCAACGCCTTCACGATGTCCGCCCTTGAGCTTGTCACCAAAGAGGAGCCGAATTGGAAGTTTGCAGCTGCCCGTTCGTTTCTCACCTCTTTATATAAAAAAGCGGCCACCAACCGCCGATACAAAGCCTACCCGGAAGAACCATACGGTGCCTTCTATCCGCTCATTACGGAGCTTGTACAAAAAGGCATCTATCGCGAGGATCTTCTGACCAGCTATACCAAAGAACAAATCGAAGAGCTCGGCGAGTGCATCGATCCAAGCCGCGATCTGCTGTTTGATTACATCGGTCTGTTGACGCTGGCTGAGCGTTACCTGGCAAACGATTTTGACGGTCGCGTTATGGAACTTCCGCAAGAACGCTACATGGTCATCGCGATGTTCCTCATGCATAACGAGCCTGCCGACAAGCGTCTTGACCTTGTCAAAGAAGCCTACTGGGCCATGAGTAACCTGTACATGACGGCGGCTACGCCGACAATGTCCAATGCAGGCAAAAAGGTAGCCGGCCAGCTTTCCAGCTGCTTCATCGATACCGTAGACGACTCCCTGGAAGGGATCTTCGATTCCAATACGGATATCGCCCGTCTCAGCAAAATGGGCGGCGGCATCGGGGTATACCTCGGTAAAGTCCGTGCACGCGGCTCTGACATCCGCGGTCACAAGAATACCAGCTCCGGCGTTATCCCTTGGATTCGCCAGTTGAACAACACCGCTGTTAGCGTTGACCAATTGGGAACTCGTAAAGGTGCCATCGCGGTTTATCTGGATGTGTTCCACAAAGACATTCTGTCCTTCCTGGATCTGAAGCTGAACAACGGTGACGAGCGTATGAGAGCACATGACGTGTTCCATGGCGTATGTCTGCCTGACTTGTTCATGGAGGCTGTAGAAGCACGTGAAGAGTGGAGCCTGTTCTGTCCGCATGAAGTGAAGAAAATCATGGGCTGGAAAGACGAGAATGGCCGTCCGCTGGGCCTGGAAGACTTCTATGATCAAGGACAAGGCGAAGGCGAATTCCGTCAAAAATATGCTGAAGCCGTGGCGAACCCGCTGCTGCCGCGGATTACGGTACAAGCCATCGACATTATGAAGCGCATCATGAAATCCCAGCTTGAAACGGGTACACCGTACATGTTCTACCGCGACACGGTCAACCGTGCGAACCCGAACTCTGCGCATGGCATGATCTACTCCTCCAACCTGTGTACGGAGATCATGCAGAACCAATCTCCGACAGTCGTTGAGCAAGAAGAGCTGGTTACGAAAGACGGGCAAACTCGAATCGTCATTTCCAAAATCCCTGGCGATTTCGTTGTCTGCAACCTGAACTCTATCCACTTGGCTCGTGCTGTACCTGCCGGTGTATTGGAGCGTCTCGTTCCAATTCAGGTTCGCATGCTGGATAACGTCATCGACATTAACAATATTGAAGTTCTGCAAGCTCAATATACCAACAGTCAATATCGTGCGGTCGGTCTCGGCACCTTCGGTCTGCATCACTTGCTGGCGCTGGAAGGCATTCGCTGGGAATCCGACGAAGCCGTTGCCTATAATGACAACCTGTATGAGCACATCAACTACCTGCTCGTTAAATCCAGCATGGAGCTGGCCAAGGAAAAAGGCCATTATCCGAAATTCAAAGGCTCCGACTGGGAGAGCGGCGAGTACTTTACGTTCCGCGGTTACACCGACGGCGAGCATGAAGGCAAGTTCGTAACCACCGAACAATGGCGCGAATTGCAGCAAGAAGTACAAGCGAACGGTGTCCGTAACGCATGGCTGTTTGCCATCGCACCGAACGGCTCCACCTCGATCATCGCGGGTTCCACGGCGAGCATCGATCCATTGTACGAACTTCTTTCTTATGAAGAAAAAACCACCTATAAAGTGGCTAACCCGGCTCCGGATCTATCCGAAAAAACGATCTGGTACTATAAAACGGCTTTCTTGATCGACCAGCATTGGTCCATCAAAATGGCTGCCGCCCGTCAGCGTCACGTTGACCAGGCACAAAGCTTTAACCTGTATGTCCGCCCTGATATCCGTGCTTCGGAATTCCTGGAGCTGCACCTGCATGCTTGGAAAGCCGGTATCAAGTCCACGTACTATGTACGCAGCCGTGCGCTGACGATTGAAGAGTGTGAGTCGTGCGCAAGCTAA	MPQLVVKPNNRQLAFDEIRLSVYADRTLKGLDMLDKERLLRGVNAKLRGEQVTGEEISNAFTMSALELVTKEEPNWKFAAARSFLTSLYKKAATNRRYKAYPEEPYGAFYPLITELVQKGIYREDLLTSYTKEQIEELGECIDPSRDLLFDYIGLLTLAERYLANDFDGRVMELPQERYMVIAMFLMHNEPADKRLDLVKEAYWAMSNLYMTAATPTMSNAGKKVAGQLSSCFIDTVDDSLEGIFDSNTDIARLSKMGGGIGVYLGKVRARGSDIRGHKNTSSGVIPWIRQLNNTAVSVDQLGTRKGAIAVYLDVFHKDILSFLDLKLNNGDERMRAHDVFHGVCLPDLFMEAVEAREEWSLFCPHEVKKIMGWKDENGRPLGLEDFYDQGQGEGEFRQKYAEAVANPLLPRITVQAIDIMKRIMKSQLETGTPYMFYRDTVNRANPNSAHGMIYSSNLCTEIMQNQSPTVVEQEELVTKDGQTRIVISKIPGDFVVCNLNSIHLARAVPAGVLERLVPIQVRMLDNVIDINNIEVLQAQYTNSQYRAVGLGTFGLHHLLALEGIRWESDEAVAYNDNLYEHINYLLVKSSMELAKEKGHYPKFKGSDWESGEYFTFRGYTDGEHEGKFVTTEQWRELQQEVQANGVRNAWLFAIAPNGSTSIIAGSTASIDPLYELLSYEEKTTYKVANPAPDLSEKTIWYYKTAFLIDQHWSIKMAAARQRHVDQAQSFNLYVRPDIRASEFLELHLHAWKAGIKSTYYVRSRALTIEECESCAS	PGPT0021340_3272	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021340-nrdA|nrdE-K00525	NA	NA
JZ016_04811	306			hypothetical protein	ATGGCAATAGCGGAGGTAACGGTGATTCCAATCGGAACCGCAACAACGAGTTTGAGCTCTTATGTTGCTGAGATGCAGCGTGTATTGAAACAACAGGATGGAATATCCTATGAGCTGACTTCGATGAGCACCATCATCGAGGGAGAGCTTAACATGATCTGGCGGGCGATAGAGGCTTTGCATGAAGCGCCTTTTCTGTCCGGTGCGCAGCGCGTATCGACTTCCGTGAAGATCGACGACCGCAGGGATCAAGTTTCCTCAAGCAAACAGAAGATCCAGTCCGTACAGGAGAAATTAGGCGGGTAA	MAIAEVTVIPIGTATTSLSSYVAEMQRVLKQQDGISYELTSMSTIIEGELNMIWRAIEALHEAPFLSGAQRVSTSVKIDDRRDQVSSSKQKIQSVQEKLGG				NA	NA	NA	NA	NA
JZ016_04813	168			hypothetical protein	ATGAATTTCACAGACAGTAAACCTGTAAAGTTTCATGATTTGGATTACACGATGGACGGACGGATCGGCTTAAAGCTCAGTCATCCTGCCAGTAGGTACTATAATTCTGCCTTCGTGCAAAGGAAAGATATCGAGCAATTGCTGCAGTTTTATGGAGAAGATTTTTAA	MNFTDSKPVKFHDLDYTMDGRIGLKLSHPASRYYNSAFVQRKDIEQLLQFYGEDF				NA	NA	NA	NA	NA
JZ016_04814	132			hypothetical protein	ATGAGCGGAGGAGTTCAGGAAGGTTCCGAACTCCCGGAATGGATGCAAGACCAGCAGCATGAGGAAAAATCGGATGGGCAGGAAATGACCTTGAGGAAGCTGATCAAAAGTCGCAGCGAACGGTACCTCTGA	MSGGVQEGSELPEWMQDQQHEEKSDGQEMTLRKLIKSRSERYL				NA	NA	NA	NA	NA
JZ016_04815	537			hypothetical protein	ATGATGATAATAGGACATTGGTCATATTTTTTAGAAAACATTTATTTTAAATATAGAACAAAAAAGCTGTACGATGAGGACAGTTTTTTTTACTTTCCTATTCTTAAAACTCCTCATGATCCTGCTCAAAGAACCCCATTAGTTTCAACGATTGGCCATACTCTAGGTTCCCTGAAGTATCAAACCAAAAGCCCTTTCAAGCTGCTGCGTATAGAACCGATACCGTTGATACACCCAACGCTGCTTTTCTATCAGAATCGTAGTGTTGGCAGTCTTATCAGCATGAAGATCCTCCTGATCGATGCGGCGAGCAACTTTGCCATCAACGACCGCTGTTTTAAATCGTCTTCGAATTTTTCAAAATCCTGCATGAGCATTGCCATCTCTTTATATTTTACGAGCAGGAATTTTGTACGCTGGATCTCCGCTTCGTTTTGCTTTTGGAAAGAATTCTCCTTGTCCCCACGCCATCGCCGCCCCTTCCGTTTATTGATTCTCTGGGGTTGGATTATATTAATTTTTAGCTACCGGGATTAA	MMIIGHWSYFLENIYFKYRTKKLYDEDSFFYFPILKTPHDPAQRTPLVSTIGHTLGSLKYQTKSPFKLLRIEPIPLIHPTLLFYQNRSVGSLISMKILLIDAASNFAINDRCFKSSSNFSKSCMSIAISLYFTSRNFVRWISASFCFWKEFSLSPRHRRPFRLLILWGWIILIFSYRD				NA	NA	NA	NA	NA
JZ016_04817	2802			hypothetical protein	ATGAACCTGCGGTTAATGAAACGGGCTGCTATCACAGCGGCGACAGCTTTAATAGTCAGCAACTGGCTGCCATTTGCGCCGCTTGGGATTCAAACAACATTTGCAGATCCAACTCAGAATTCATGCGGGAATAGGGTTGCTTTAGTTAACGGTAGTTTTGAAGAGCCAGCAAATAATAGACCTTTCCCTGATCCTACTGCCCCTTCTGGTGTATATTCGTTAATTCATGAGGATGAAGTCCCCGGGTGGGAAACAACAGCGTCTGATCATTTACTGCAGATAGAGAGGTATGAAAATGGTTATGTAAATATCTCTCGTGCGCATGGAAATCAATTTGCAGAATTGAATGCAATGGAAGCATCCACCTTATATCAAGATGTGAAAACGACACCGGGACAAACGATTTATTGGCGGTTAGCCCACAGGGGAGATCAAGGTATAGACACGATGCAAGTTAAAATCGGTCCATCCACTGTATCAATCGGAGATTTAAATACCGTGAGAGAAATAAGCTCCGGGAATAAAGAATGGACGTATTATTCCGGTACGTATACCGTTCCAGTTGGGCAGGAGGTAACACGCTTCGCGTTTGAATCGGTTAGTAGTGCCGATGGAAGACAAGATGCAGGGAACTTCTTAGACGACATCTTCCTTGGTACGGAACCATGTGGTGTTGTAACAAAGTCCGTAGACCCCGTTGACAATGTACAAGAAGGGGATGACTTAACTTACACCGTTAACTTTAAAAATGACGGTGGAGACCATTCGGGCAACACAGTATTTACGGATAACATTCCTGAGGGAACCGAATACGTCCTTGGATCTTTAGAGATTGTATCGGGCCCGAATGCCGGTCAGTTGACCGATGCAAGCGGCGATGACCAAGGGGAATTTATTGCAAACGAAAATCGGGTTATCGTTCGGTTAGGGAACGGAGCGGACGGAAGCCAGGCAGGCAGAATTCCGAACGTCGACGTCTTACCTGACGGGACAACGGTCCAATTTAAAGTTAAAATCCTCTCGAAATACAAAACGACAGGCGTCTCCAACCAAGCGACTGTGGAATACGACAATTTGTTGTCAGGGGATCATGAAACCCGGACATCCAACGGTGTTACGGTCGATGTGAATCGTCCGCCGATCGTCCCGGATTTCGAAGAAACGACATGGAAAGACACAACCGTAACAGGAAGCGTGTATGGCGTGGACGCAAACGGTGATCCGCTGACATTCACCAAAGGAACAGACCCGCAAAATGGTTCGGTGACCGTCAATCCGGACGGGACGTGGGAGTACGTGCCGGATCCTGATTTTACCGGAACCGATAGCTTTGAGGTTACGGTAAGCGACGGCAAAGGTGGGACCTCCACCTCGACGGTGACGATTCACGTAGAGGACCCGCCAAACCAAGCGCCTGAGACTAAAAATTACGATGTAACGACGGAGAAGGATACATCGGTAACTGGCAGTGTTTATGGAACCGACCCGGATGGGGATACGCTTACGTTTGTCATCGAAAGTAATCCGAAGCACGGTACGGTGATCGTCAATACCGACGGAACGTGGGAGTACGTGCCGCATCCCGGATATGTTGGTCCGGATATCTTTACAGTCACAGTGAGCGACGGTAAGGGCGGTGTTACGACATCGACGGTGACGGTGGACGTAACGGACAAGCCGAATAACCCTCCAGTATCTTCTGGTAAAGAAGTAACAACGGAAAAAGGTACTTCCGTGACAGGCGATGTTTATGGTACGGATCCGGATGGAGATCCATTAACGTATACCCCTGGCAAGCAACCGGGGAACGGAACCGTCATTGTGAATCCGGACGGGAGCTGGAAGTATACCCCAGATCCCGACTTTGTCGGCGAGGATAGCTTCACGGTTATCGTGGACGACGGCAGGGGCGGCAAAACTGAGGTTGAGATTATCGTTGATGTGACGGAAGCAACGACTCCACCACCAACAAATCAACCTCCAGTATCTCCGGATAAAGAAGTAACGACGGACAAAGGTACATCCGTAACGGGCGATGTATATGGTACGGATCCGGATGGAGATCCATTGACGTATACCCTAGGCAAGCAACCGGGGAACGGAACCGTCATTGTGAATCCGGACGGAAGCTGGAAGTATACCCCAGATCCTAACTTTGTCGGTGAGGATAGCTTTACCGTTATCGTGGATGACGGCAAGGGCAACAAAACCGAGGTTACAGTTAGCGTTCGAGTAACAGAACCGAATACGCCGCCAACAAATCCAGGGAACGGCACGAACCCAACAGATCCGGGCAACGGCACGAATCCAACAGATCCAGGGAACGGCACGAACCCAACAGATCCGGGCAACGGCACGAATCCAACAGATCCAGGGAACGGTACGAACCCAACGGATCCAGGCAGCGGCACCAACCCAACAGACCCGGGAAATGGAACGAATCCAACGGATCCAGGGGACGGTACCAATCCGACAGATCCAGGTAATGGAACAAACCCTACTGATCCAGGGAACGGCACGAACCCAACAGATCCAGGTAACGGTACGAATCCAACGGATCCAGGGAACGCTGCAACTCCTGAAGATTCTGGAGATGGGGCTGGCCAGTCAGACTCAGCACAAGATAACAATGAAATGACCGCAGGAGAATCTGGTAGAGTTCCTTCATCTGCAGACCAATCTGGTACACCTCAAGGCAACAAGTTGCCGAATACATCAACAAACCTCTTCAACTTAGGACTCGCAGGACTCATCGCCTTGTGCGCTGGCTTGGTTCTCATGTTCAGAAAAAGAAATGCTTAA	MNLRLMKRAAITAATALIVSNWLPFAPLGIQTTFADPTQNSCGNRVALVNGSFEEPANNRPFPDPTAPSGVYSLIHEDEVPGWETTASDHLLQIERYENGYVNISRAHGNQFAELNAMEASTLYQDVKTTPGQTIYWRLAHRGDQGIDTMQVKIGPSTVSIGDLNTVREISSGNKEWTYYSGTYTVPVGQEVTRFAFESVSSADGRQDAGNFLDDIFLGTEPCGVVTKSVDPVDNVQEGDDLTYTVNFKNDGGDHSGNTVFTDNIPEGTEYVLGSLEIVSGPNAGQLTDASGDDQGEFIANENRVIVRLGNGADGSQAGRIPNVDVLPDGTTVQFKVKILSKYKTTGVSNQATVEYDNLLSGDHETRTSNGVTVDVNRPPIVPDFEETTWKDTTVTGSVYGVDANGDPLTFTKGTDPQNGSVTVNPDGTWEYVPDPDFTGTDSFEVTVSDGKGGTSTSTVTIHVEDPPNQAPETKNYDVTTEKDTSVTGSVYGTDPDGDTLTFVIESNPKHGTVIVNTDGTWEYVPHPGYVGPDIFTVTVSDGKGGVTTSTVTVDVTDKPNNPPVSSGKEVTTEKGTSVTGDVYGTDPDGDPLTYTPGKQPGNGTVIVNPDGSWKYTPDPDFVGEDSFTVIVDDGRGGKTEVEIIVDVTEATTPPPTNQPPVSPDKEVTTDKGTSVTGDVYGTDPDGDPLTYTLGKQPGNGTVIVNPDGSWKYTPDPNFVGEDSFTVIVDDGKGNKTEVTVSVRVTEPNTPPTNPGNGTNPTDPGNGTNPTDPGNGTNPTDPGNGTNPTDPGNGTNPTDPGSGTNPTDPGNGTNPTDPGDGTNPTDPGNGTNPTDPGNGTNPTDPGNGTNPTDPGNAATPEDSGDGAGQSDSAQDNNEMTAGESGRVPSSADQSGTPQGNKLPNTSTNLFNLGLAGLIALCAGLVLMFRKRNA				NA	NA	NA	NA	NA
JZ016_04818	204			hypothetical protein	ATGCCGGTAGCTTCCTTGTACCGTTTTTTAATGACGTCGCAGAACTTCGGATCAATCTCCATGGTACGGCAGGGCCGGTCCAGTTGGTCACAAGTCATCAAAGTAGACCCGCTTCAGCCGAAGAAATCTGCCACTGTGTTGCCTGGACGACTACTGTTCTTGATCGGTATGGCCAGCAACTCCAGCGGCTTTTGTGTCGGATGA	MPVASLYRFLMTSQNFGSISMVRQGRSSWSQVIKVDPLQPKKSATVLPGRLLFLIGMASNSSGFCVG				NA	NA	NA	NA	NA
JZ016_04819	177			hypothetical protein	ATGGATCCAGAGAAAGAAATACAAGAACTTAAAGATCGACTTGATTCAGTGGAGAGGAAAGTTGGGAAGAGACCACATGGTGGTTCGAAGGGGTTGAACTTAGGTTTTTTAATTATAATTATTGTTTATCTATTGTTAGTTCTTATTGGGATAATCCAATTTGTGAACGCAGGATAA	MDPEKEIQELKDRLDSVERKVGKRPHGGSKGLNLGFLIIIIVYLLLVLIGIIQFVNAG				NA	NA	NA	NA	NA
JZ016_04820	216			hypothetical protein	ATGGGAACACCTGAGAATAAAGATTTGCTTCTGCAGCATGAGCTCGCAGTCATGGAAGGTATCCTCGAGAGCAAGGAACAATACCGAAAAATAGTCAAAGCTGGCCTAGCCAAGTGGGTTAAGGACCTTCAAGATGGCCGGATCGAGATCAAGACGGTGGATGACCTGAAAAAGTTGATAGAAATTGATATCGAACTGCAGAAGGATAATTTTTAA	MGTPENKDLLLQHELAVMEGILESKEQYRKIVKAGLAKWVKDLQDGRIEIKTVDDLKKLIEIDIELQKDNF				NA	NA	NA	NA	NA
JZ016_04821	243			hypothetical protein	GTGAAGAAAATCCTCGCCACATTTTTAGCCGGTATTAGTATTGCTTTGATTCTTGCGGTTCCTGCTTTTGCAGAAAACAACAACAACATGAATTCAAACGATATGAGAACCAATAACGTGAACACAAACGGCTATAACACGAATGCTGTAGGCAATGACAACGATACAGACTGGGGCTGGCTCGGTTTGCTCGGTCTTGCCGGCCTCGTAGGTCTGAGACGTCGCAATCCTGAACGTCATTAA	MKKILATFLAGISIALILAVPAFAENNNNMNSNDMRTNNVNTNGYNTNAVGNDNDTDWGWLGLLGLAGLVGLRRRNPERH				NA	NA	NA	NA	NA
JZ016_04822	96			hypothetical protein	ATGAAAAAACATCATCATAAGGTTAAAGTTATCGTCCTCAAACCTGGGCAAAAAATCATCGTAAAGTGTAAAAAGCATAAGAAGAATCACGCATAA	MKKHHHKVKVIVLKPGQKIIVKCKKHKKNHA				NA	NA	NA	NA	NA
JZ016_04823	729			hypothetical protein	GTGAAAAAGGTTTGGATTGACGCAGGGCATGGCGGGAAGGATTCCGGAGCAACCGGAAATGGCCTGCAGGAGAAAGACGTCGTGTTAGCGGTGTCTCTTGCTGTGAAGAAACGATTGGAAGCTGATTATGGCGATGTCCAAGTACTACTCTCCCGGTCTTCAGATGTGTTCCTTGAATTGGCTGAACGGACTCATAAGGCAAACGCTGCTGGCGCAGATATCCTAGTTAGCATCCATTGTAACGCGGGTGGAGGTGCAGGGGGCTTTGAGTCATATCGATATACCTCGGCAAGCTCCGGTTCGGTAAAATTGCAGAACGTTATGCATACGGAGGTCATGAATGCCATTAAAACCTTCGGAGTCATCGATCGGGGGCAGAAGGCCGCTAACTTGCATATGGTCCGTGAATCTAAAATGCCTGCCGTCTTAACCGAAAACTTGTTTATCGATGTCGCGGCAGATGCAGCTAAGCTTAAACGGCAGGATGTAATAGATTCTATTGCGATCGGGCATGTGAATGGCATTGCTAAATATTTGGGGCTTCAGAAGAAAGAGGGGGCTGGTACAGTGGAGGATAAGGTACATGTCGTCGTCAACGGAAAGCAGATCGCGGATGGCAAGCTTGAGAATGGCGTGACCTATGTGCCGCTTCGGGCCATCGGTGAAGCATTAGGCGCCAGAGTGAGCTGGGATAATAAGACCAAGACGGCTACAGTTACGACCGAATAA	MKKVWIDAGHGGKDSGATGNGLQEKDVVLAVSLAVKKRLEADYGDVQVLLSRSSDVFLELAERTHKANAAGADILVSIHCNAGGGAGGFESYRYTSASSGSVKLQNVMHTEVMNAIKTFGVIDRGQKAANLHMVRESKMPAVLTENLFIDVAADAAKLKRQDVIDSIAIGHVNGIAKYLGLQKKEGAGTVEDKVHVVVNGKQIADGKLENGVTYVPLRAIGEALGARVSWDNKTKTATVTTE	PGPT0024160_6655	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
JZ016_04824	333			hypothetical protein	ATGAATACTGGGATCAGTGGATTAGACGGACTGGATGAAGAGAAGCTATCAGAAATTCGCGAAAATGCCGCAAGGCTCTCGGACATGAAACAAGAAGTGCCCGTGGAAGAATTGTTCTCGGAATCATTTATTCAAAGACATACCAAGTTTTCTTCAATCGGTCACTTGCTGAAAGCCGCAGGTTATGAGGGAAGCACAGATGAAGAGTTTGACGAATTCATACAAGGACATACGATTAACCCGTTTATCGTTGAACATACCCCATTTCGCAGCTGGCAGGATTTCCAGGAATTAGCCGTATCGGCTTATATCACGAAATGGCTGGGATTGTAA	MNTGISGLDGLDEEKLSEIRENAARLSDMKQEVPVEELFSESFIQRHTKFSSIGHLLKAAGYEGSTDEEFDEFIQGHTINPFIVEHTPFRSWQDFQELAVSAYITKWLGL				NA	NA	NA	NA	NA
JZ016_04825	1746		COG1132	putative ABC transporter ATP-binding protein	GTGCCCAAACAAGAAAAGGTTTCAATGTCATGGCTGCTGCGGTATTTGAAACCGGTAAAAGGACGGTTAATACTGCTGCTCGTGTTGCTGTTGACGTCGACGGGCTTGCAGCTTTTGAATCCGCAAATTGTCAAACGATTTATTGACACGGCAGCCGAAGGCGGGGTTATAGCCGCGCTGATTCAGCTGGCGGGATTGTTTCTGGTCGTGGCTGTTTTTAACCAGCTGATAACCGTGGCTGTCAGCTATATGGGGAACGATATTTCATGGCGAGCGACAAACCGACTTCGCGGCGATCTCTTGAAGCATTGCTTGCGGCTGGATATGCGATTTCATAATGTCAAAACGCCCGGCGAGATGATCGAGCGGGTGGACGGCGACGTGACGAATATTTCGAACTTCTTCGCGATGTTCATCGTGCAGGTTATCGGAAGTTTTGTGCTGCTCGCCGGCATACTAGGATTTATGTTTACGGTCAATCTGCCGATCGCGATCGTCATGACGGTGTTTACGCTGCTGTCCATTTTGTTCATGGTGTTCATCCGGAATATGGGCGTCAATTCTTCGAAGAATGAACGCGAAGCCAGCGCTTCGCTGTTCGGGTTAATTGAGGAACGCATCGCCGGCATTGAGGATGTACAGGCGAACGGCAATGTGCCGTATGTGATGAATCGGTTTCACCGGATGATGCGCACCGTGTTTCTGAAAGGGAGAAAAGCCTGGATGCTCCGCGTTGTCCCTTGGAATACCACGGTGATTCTGTTTGCCCTTGCGGTTACCGCTGTCCTGTTACTAGGGGTTCGCTATTATCTGATCGGTGAAATTACGCTGGGGACCCTGTTCTTAATCTACCAGTATACGCAGATGCTGAATGATCCGATCGAGATGCTGGGTGACCAAGTGCAGGAGTTCCAAAAAGCAAAATCCGGCATGCTGCGCTCCAGAGAGTTGTTGTCCAACAAGAGCGAGATTGTGGACGGAGAGCAAGAGGAGCTTCCGGAAGGGGCGCTCGGTTTGGAATTTGAAGGCGTCAGCTTCAGTTATAACGAAGATAAACCGGTGTTAAAAGACATCAACTTTGAAGTCAAACCAGGCGAACGCCTGGGCATTATCGGTCGTACCGGCAGCGGAAAGTCGAGTCTCAGCCGTATTCTGCTTCGACTGTATAACATCGACAGCGGCGTGATCCGCGTTGGGGGGACCGATATCACGAAGCTGAAGCTGCCTGCGCTTTACCGCCGGGTGGGGATGGTCACACAGGATGTGCAGCTGTTCGATGGCTCGCTGCGTGACAACCTGACGTTGTTTGATCACGGCGTGTCGGATGCATTCATTCTGGAAACGACGGAGCGTTTGGGGCTTCGGCAATGGATCGATGCGCAGCCGGAAGGCCTGGATACGCATCTGACAGCAGGCGGAGCTTCGCTGTCCGCGGGAGAAGCTCAGCTATTCGCTTTAACCCGGGTATTTTTGACGCAACCAAGCTTGGTGATTCTGGATGAACCGTCTTCACGTCTGGATGCCGCAACGGAAACGATGCTGCAGGTAGCCGTGGATCAGCTGATGAGCAGCTGTACGGGCATCATCATCGCGCACCGGCTGGCTACGCTGGAGCAGGTGGATAAAATTATGGTGCTGGGTGACGGGCGAATTATGGAATTCGGCGCACGGGAAGCACTTGCGTTAGATCCGGCATCACATTATGCCAGACTGCTGAGCACAGGCAGAGAGGAGGAACTGGCATGA	MPKQEKVSMSWLLRYLKPVKGRLILLLVLLLTSTGLQLLNPQIVKRFIDTAAEGGVIAALIQLAGLFLVVAVFNQLITVAVSYMGNDISWRATNRLRGDLLKHCLRLDMRFHNVKTPGEMIERVDGDVTNISNFFAMFIVQVIGSFVLLAGILGFMFTVNLPIAIVMTVFTLLSILFMVFIRNMGVNSSKNEREASASLFGLIEERIAGIEDVQANGNVPYVMNRFHRMMRTVFLKGRKAWMLRVVPWNTTVILFALAVTAVLLLGVRYYLIGEITLGTLFLIYQYTQMLNDPIEMLGDQVQEFQKAKSGMLRSRELLSNKSEIVDGEQEELPEGALGLEFEGVSFSYNEDKPVLKDINFEVKPGERLGIIGRTGSGKSSLSRILLRLYNIDSGVIRVGGTDITKLKLPALYRRVGMVTQDVQLFDGSLRDNLTLFDHGVSDAFILETTERLGLRQWIDAQPEGLDTHLTAGGASLSAGEAQLFALTRVFLTQPSLVILDEPSSRLDAATETMLQVAVDQLMSSCTGIIIAHRLATLEQVDKIMVLGDGRIMEFGAREALALDPASHYARLLSTGREEELA				NA	NA	NA	NA	NA
JZ016_04826	1662	yheI_4	COG1132	putative multidrug resistance ABC transporter ATP-binding/permease protein YheI	ATGACCATCACGGGTTTTATAGGACGCCTCTTTCGATTCAGGCCTTCATTATTTTTAATCAACGGTCTGCTGTGGTGCATATTTCATTCCTTGCCGCTATTGATCGGACTGGGGATGCAGTGGTTTTTTGACCGGGCGACGGCCAGTTCCACGGATTATGTATGGCTGGCGGTGCCCTTGATCTTTATTGCCGTTGTAAGGGTTGCGCGGGTAGGGACGTTCTTTGCGGCCTTCTATCAATGGGTAACGTATATTTATCACATTCAGGCCATTCTGCGCACGAACATGCTGGCCGGGATTATGCGCTGGCCGGGGCGTAATTTGCCAGCTTCTCCAGGGGAGGCGATGAGCCGCTTCCGCGATGACGTGGATGAAGTTGTGGAATACGTGGAATCCTGGGTGGATTTCTGGGGACGTCTCGTTTTTGCCCTCGTATCCGTTGTCATTATGGCGAGCATTAACTGGAAGATCATGCTGGTGGCCGTGCTGCCGCTCGTGGTGGTCACGCTCCTGAACAATCTGTCCGGCAACCGCGCGCGTCGTTACGGCCTAAAGAACCGGGAAGCTACAGGGCGCATAACCAGCTTTATCGCGGAAACCTTCGGTGCGGTTCAAGCCTTGAAGCTTGGGCAGGCCGAGGATCATGTACATGAGCGCTTTATGAAGCTGAACGAAGACCGCCGGCAGGCAGCGCTGAAGGATAATCTGTTCAAACAATGGATGCGATCCTTGAATCAGCATGTGCTTAGCATCTGTACGGGACTGATTCTGCTGATGTGCGCAGCTGAAATGCAGGCCGGGCATTTTACCGTCGGGGACTTTGCTTTGTTCACGTCTTACCTGGCCAATATCGGCTTCAGCATTTCCTTATTCGGTTATATGGTATTTCAGCACAAGCGGCTGAAGGTTTCCTTTGACCGGATGCGCTCGCTGTTTCGCCCTGGTGAGGAAGACCGGATCATTGAGGCACGGGAAACGTATCTGAACGAAGAGCCGCCGGAACTGCCCGTCATTCACAGAGAACCAGGAGAGAAGCTGAAGGAGCTGGAAGTCAAGAATTTATCGTACCATTATCCGAATTCGGAGAATGGCATAACGGATATTAATTTCCGCCTGGAGCGCGGCAAGTTTCTGGTGGTGACCGGACGAATCGGGGCGGGGAAATCGACGCTTGTCCGGACATTGCTGGGACTGCTGCCGAAACAGGAAGGAACGATCCGCTGGAACGGGGAAGAGGTGGATCCGGCAACCTTCCTTATGCCTCCTCGGGCGGCCTATACTCCGCAGGTTCCAAGGCTGTTTAGCGATCCCTTGAGAGAGAACATCGTGCAAGGGAAGAAAGAGCGGACCGAGGAAGCTCTGGAACGGGCTGTTCGGCTGGCGGTCATGGAGAAGGATATCGAGAATCTGGATCAGGGACTGGAGACGTTTGTCGGTCCGAGAGGCGTTATGCTGTCGGGGGGACAAATCCAGCGGGCGGCTACGGCACGCATGCTGATCACGGGCGCGGATTTATTCATTTTTGATGATCTGTCCAGCGCGTTGGACGTGGAGACGGAGCAGCAGGTATGGGATGGGTTGTCAAGGAGCAGGGCGTCACTTGCATCGCGGTATCGCATCGGAGGGCAGCTCTTTCGAAAGCCGATCATATCATCGTCATGA	MTITGFIGRLFRFRPSLFLINGLLWCIFHSLPLLIGLGMQWFFDRATASSTDYVWLAVPLIFIAVVRVARVGTFFAAFYQWVTYIYHIQAILRTNMLAGIMRWPGRNLPASPGEAMSRFRDDVDEVVEYVESWVDFWGRLVFALVSVVIMASINWKIMLVAVLPLVVVTLLNNLSGNRARRYGLKNREATGRITSFIAETFGAVQALKLGQAEDHVHERFMKLNEDRRQAALKDNLFKQWMRSLNQHVLSICTGLILLMCAAEMQAGHFTVGDFALFTSYLANIGFSISLFGYMVFQHKRLKVSFDRMRSLFRPGEEDRIIEARETYLNEEPPELPVIHREPGEKLKELEVKNLSYHYPNSENGITDINFRLERGKFLVVTGRIGAGKSTLVRTLLGLLPKQEGTIRWNGEEVDPATFLMPPRAAYTPQVPRLFSDPLRENIVQGKKERTEEALERAVRLAVMEKDIENLDQGLETFVGPRGVMLSGGQIQRAATARMLITGADLFIFDDLSSALDVETEQQVWDGLSRSRASLASRYRIGGQLFRKPIISSS				NA	NA	NA	NA	NA
JZ016_04827	147			hypothetical protein	ATGAAGGATGGGCGGATCGAAGCGGAGGGCAGCTTGACGGAGCTGCTCGCCACGAGCGAAGAGATGCAGCTGTTATGGCAGGGCGAGCAGTCCGCTGTCGAGGCTCAGGCCCCCGCAGAGGATGAAGCTGAAGTTAGTAAGGTATAA	MKDGRIEAEGSLTELLATSEEMQLLWQGEQSAVEAQAPAEDEAEVSKV				NA	NA	NA	NA	NA
JZ016_04828	450			hypothetical protein	ATGAAGAATCGCAAATTCTTGGTAACGTTCGGTTATAACCTGGACCATAGCAATATCGATTACCTTGTGTCCGATCGCCTGTCCCGCCATAAGGGCTGGATTCAGAAGGATTACTTTGATCCGGTGCTGCACACAGGGGCTGCGTTTATTCTAAACTACCAGATCATCGACACGAATGCTGCCAGAGTCTCGCAGCGCTATTACTTGGATGATTACCACGTCACGGAAGCCAAGCTGCAAGGCTTTCTTTACTCGCTAAACAAGCTGAAGGGTACGCATGTGTTGTGCAATCCCAGGGTACAAGGACATCACTGGACCGTTATTGATGGGCACGAGTACAGCTGTTATGCCTATCAGACACTGGATGGAAGGGATCTGCGCTTCTTGCAGTACGAAGAGGATTCAGAAGAAGCTTCTCTTAAGAAGGGGGGGCCCCGGATTCCTACCTAG	MKNRKFLVTFGYNLDHSNIDYLVSDRLSRHKGWIQKDYFDPVLHTGAAFILNYQIIDTNAARVSQRYYLDDYHVTEAKLQGFLYSLNKLKGTHVLCNPRVQGHHWTVIDGHEYSCYAYQTLDGRDLRFLQYEEDSEEASLKKGGPRIPT				NA	NA	NA	NA	NA
JZ016_04829	276			hypothetical protein	ATGGAATGGAGCGTCATTTTTCAATTGATCGACCCGCGGCTCTTCATGGTCGTTGCTGCCTGTTGGGTAATCGGATATGTGCTGAAGCAAACGCCGAAGGTTCCGAATTGGAGCATTGTATATTTGGTTATGGTCGTATCGATTCTGTTCACAACCGGCTTGATCGGCTGGAGCGTGGAAAATATCATTCAAGGCATACTTGCAGGGGCGTTTGCGGTATTCGGCCATCAGGCCGTTAAACAAACGGCAGAGGCGATTGCGACTAGAAAGAAGTAA	MEWSVIFQLIDPRLFMVVAACWVIGYVLKQTPKVPNWSIVYLVMVVSILFTTGLIGWSVENIIQGILAGAFAVFGHQAVKQTAEAIATRKK				NA	NA	NA	NA	NA
JZ016_04830	519			hypothetical protein	TTGCAGAGAAAAACGTTGACGGTTGAGGCCCTGCCTGGATTTGAGCCGGAGATCGGCCGCTGGATATGGGGACTTGAGGATGTGCGGCGAACGATATTGAAACGGCTGGAAGGGATTCGGTATGAGCAGTTGAACCATAGGGCGGACGGTCGGCAGTCGATCGGTTCGTTGTTGTACCATATTGCTTATATTGAAGCGGACTGGCTATACGCTGAGGTGCTTGAATCCGATTGGGATCCGAAAATAAAGGTCAGCTTTCCGTGGGACCACCGTACCGAAGATAACCGTCTTTCTGAAGTCCCGGATCAGTCACTGGATGAACACCTTCACCGTATGCAGAAGGTACGTCATGAACTGCTTACCCACTTCAAAAGCATGGACCTCTCGGACTGGAGGAAGGTCAGACAACTGGAACCTTACGATGTAACACCGGAATGGGTCATCTATCATCTGATTGAGCATGAGTCCCACCATCGGGGACAGATATTTCAGCTGTTAAGAGAATTAGAGCAATCTTAA	MQRKTLTVEALPGFEPEIGRWIWGLEDVRRTILKRLEGIRYEQLNHRADGRQSIGSLLYHIAYIEADWLYAEVLESDWDPKIKVSFPWDHRTEDNRLSEVPDQSLDEHLHRMQKVRHELLTHFKSMDLSDWRKVRQLEPYDVTPEWVIYHLIEHESHHRGQIFQLLRELEQS				NA	NA	NA	NA	NA
JZ016_04831	231			hypothetical protein	ATGAATACAGACCGCAATAGCCGGTACCTATCGCAAGACATCCATTTTTTCGCGGCCGCCTTATCGGAAACGGTGGTTTCCGTATGGGAAGAGGATCCCGCAAGCGTATACGTGGAGATCGAGCGGGGTTACATTGAATGCTACACACCGGATGTCGTCCGCATCCGCAACGAAGAGACAGGTTATCTGACGCACTACAGCCGTGACACCGCTATGTTTCAACGGATGTAA	MNTDRNSRYLSQDIHFFAAALSETVVSVWEEDPASVYVEIERGYIECYTPDVVRIRNEETGYLTHYSRDTAMFQRM				NA	NA	NA	NA	NA
JZ016_04832	576			hypothetical protein	ATGAGCAAAAAAATAGTCGCCATCGATATGGATGATACCATCTGCCATCTCATACCCAAGGCCATTCATTATCACAATCTGCAGTACAAGGATCCTCAGCTGACGCTGGATCAGATTACCGATTATAACCTGCACCAAATCTGGCATCCTGAATGCTCGGAGGAGTTTTTCTTCGGAAAGCCGGGTTTATATGAAGAACTTGAACTATTTGATGAATATACGATTGACGAAGTCCACAGAATGACGCATGATTATGACGTCATTGTTGTTACCGCAGCCCGCCCCTCCTCGGTGCCCGAGAAATGGAGATGGCTGCAGCGGCATATGCCTTTTATTCCGTTCGAGAATTTTTTCGTGGCCAAACGCAAGGATTTAGTGGAATTTGATCTTCTGATTGACGATGGTCCCCATAATGCGATTGCCGCCAGAAAAGCCGGAAAACAAACCATTCTGATTCCGCGTCCGTGGAACGCGCATATTCAGCATGAATTTATTCTGAAGGATTCCTGGAAGGGAATGAACGAGCTAGTAGACCGCATTTTATCTGATTCTAACCATCAAGGGGATATGAAATAA	MSKKIVAIDMDDTICHLIPKAIHYHNLQYKDPQLTLDQITDYNLHQIWHPECSEEFFFGKPGLYEELELFDEYTIDEVHRMTHDYDVIVVTAARPSSVPEKWRWLQRHMPFIPFENFFVAKRKDLVEFDLLIDDGPHNAIAARKAGKQTILIPRPWNAHIQHEFILKDSWKGMNELVDRILSDSNHQGDMK				NA	NA	NA	NA	NA
JZ016_04833	2253	uvrA_5	COG0178	UvrABC system protein A	ATGGTGCAAGAATATATCAACATTCGTGGAGCTAGAGAGAATAACCTGAAGAATGTGACGCTGCAAATTCCTAAACGAAAAATCACGGTCTTTACCGGCGTATCCGGGTCGGGCAAATCGTCCATCGTGTTCGATACCATCAGCTCGGAAGCTCAGCGGTTGCTGAATGAGACGTTTACCGCTTTTGTCCGCAACCGACTTCCACGGCACAGTCAGCCGGACGTCGATTCGATCGAGAACTTGTCGACGGCCATCGTCATCGACCAGAAGCGTCTGGGGGGCAATTCGCGATCCACGCTAGGGACGATTACGGATCTGTACGCCATACTCCGTCTGTTGTTTTCCAGGGTGGGACAGCCATTTGTGGGATATTCCAACGTCTTTTCTTTTAACGATCCACAAGGCATGTGTCCGGAATGTCAGGGAATCGGCAGGAAGGTTGAGCTGGATCTTAATAAACTGCTGGATACAAGCAAGTCTTTGAATGAGGGAGCGGTCCGATTCCCTATTTTCTCCGTAGATAGCTGGTATATGAAGAATTACACCATGTCCGGTTTCTTTGATAACGACAAGAAGCTGGCCGACTATTCCGAAGCGGAATGGGATCTCTTTCTGTACGGCAAGGAGGGGAAGGTGACGTTCCCGTCCAAGGGAGGACCGGTACAGTCCGACTTCGAAGGTCTCGTGTTGAAGTTTAACCGGCTTTATATTCAGAGAGACAGCAGTGAATTGTCGGAACGCACCTTGAATCACGTCAAAAATTTTATTACGCATGGCACATGCCCTTTATGCAAGGGGACGCGGCTTAGTCAAGCAGCATTAAGCTGCAGGATCAACGGCTATAATATCGCCGATTGTGCGGCTATGGAGATCGGGGAGTTAAGAGAGGTCATCCTGAATATCAAAGTGCCCGTGGCTGCCAGTATGGTGGCCAGCTTGGCCGAGCGGCTGCGGCACTTGATGGATATGGGGCTGGATTACCTGACGCTGAATCGGGAGACGACCACGCTCTCCGGGGGCGAGTCGCAGCGGGTGAAGATGGTTAGGCATCTGGGCAGCAGCCTGACGGATATGATGTATGTTTTTGATGAGCCTAGCGTGGGTCTGCATCCACGGGATGTTCACCGGCTGAACGACATGCTCAGGAAGCTTCGCGACAAGGGCAACACGGTGCTGGTCGTGGAGCATGACCGTGACGTGATTGAAATTGCCGACCATGTGGTGGACGTGGGGCCGAATGCCGGTACCCGGGGAGGGGAAATTGTCTTCGAGGGCACGGTTGAGCAGCTGTGCAGCCAAGATTCTACGTTAACCGGGCAGTATATGAAACGTTTCATGCCGATGAAAGAACAGTTCCGGGTACCGACAGGACAGATGCGGATTGCCAATGCCAATCATCATAATCTGAACAATGTAACGGTGGATATCCCGGAAGGCGTGTTGACCGTGATCACGGGCGTAGCGGGGTCAGGCAAGAGCTCGCTGATTCATCACGCCTTCCTGTCCCAGCATCCCGAGGCTGTCGTCATCGACCAGTCTGCCGTCAGCACCTCGATCCGTTCCAATCCTGCTACCTATACGGGCATCATGGATGACATCCGGAGTTTGTTCGCCAAAGCTAACGATCAGAGTCCATCCCTGTTCAGCTTCAATTCCAAAGGGGCCTGCCCCGACTGCCACGGGCTTGGTTTCATCTATACGGACCTGGCGTTCATGGAAGGCATCAAGTCTCCGTGCGACACCTGTGACGGCAGGCGCTTTAAGGATGATGTACTGCAGTATAAGCTCCATGGAAAAATGATTACCGATGTGCTGGATATGACCGTGCTGCAGGCGCTCGATTTTTTCGAGAAAAAAGAAATCAGGCGGCGGCTGGAGGCTTTGCACGATGTGGGCCTGCACTATCTGACCCTCGGACAGCCGCTAAGCACTCTGTCCGGGGGCGAAAGCCAGCGCATCAAGCTGGCCAGCGAGCTGCACAAGCAGGGAAAGATCTACGTGATGGACGAGCCGACGACCGGACTGCATATGTCGGATGTCGGGCATTTGCTGGACATGATGAATCGGCTCGTTGATAATGGCAGCTCGGTGATCGTGATCGAGCACAATCTGGATGTGATCCGTCAGGCGGACTGGATCATTGATCTCGGACCCGAGGGCGGCAGCAGGGGAGGCAGGGTCATGTTCGAAGGAACGCCTGCTGAACTGATCACGGCGGAACAATCGCTGACTGCGAAGTATGTACGGGGTTAG	MVQEYINIRGARENNLKNVTLQIPKRKITVFTGVSGSGKSSIVFDTISSEAQRLLNETFTAFVRNRLPRHSQPDVDSIENLSTAIVIDQKRLGGNSRSTLGTITDLYAILRLLFSRVGQPFVGYSNVFSFNDPQGMCPECQGIGRKVELDLNKLLDTSKSLNEGAVRFPIFSVDSWYMKNYTMSGFFDNDKKLADYSEAEWDLFLYGKEGKVTFPSKGGPVQSDFEGLVLKFNRLYIQRDSSELSERTLNHVKNFITHGTCPLCKGTRLSQAALSCRINGYNIADCAAMEIGELREVILNIKVPVAASMVASLAERLRHLMDMGLDYLTLNRETTTLSGGESQRVKMVRHLGSSLTDMMYVFDEPSVGLHPRDVHRLNDMLRKLRDKGNTVLVVEHDRDVIEIADHVVDVGPNAGTRGGEIVFEGTVEQLCSQDSTLTGQYMKRFMPMKEQFRVPTGQMRIANANHHNLNNVTVDIPEGVLTVITGVAGSGKSSLIHHAFLSQHPEAVVIDQSAVSTSIRSNPATYTGIMDDIRSLFAKANDQSPSLFSFNSKGACPDCHGLGFIYTDLAFMEGIKSPCDTCDGRRFKDDVLQYKLHGKMITDVLDMTVLQALDFFEKKEIRRRLEALHDVGLHYLTLGQPLSTLSGGESQRIKLASELHKQGKIYVMDEPTTGLHMSDVGHLLDMMNRLVDNGSSVIVIEHNLDVIRQADWIIDLGPEGGSRGGRVMFEGTPAELITAEQSLTAKYVRG				NA	NA	NA	NA	NA
JZ016_04834	1677	malL_2	COG0366	Oligo-1,6-glucosidase	ATGCAGAAAGTATGGTGGAAAGAAGCCGTTGCTTACGAAATCTATCCGCGCAGCTTTATGGATTCGAATGAAGACGGCATCGGGGATCTGCAAGGGGTTATATCCCGCCTGGATTATTTGAAGGATCTCGGGATTGATGTTATATGGGTATGCCCCATCTATCGTTCGTCCAATAACGACAACGGTTACGATATCAGCGATTATCAGGATATTATGACGGAGTTCGGGTCCATGGCCGACTTCGATCAGCTGCTGGCCGAAATCCATAACCGCGGCATGCGGCTTATTATGGATCTGGTGCTCAATCATACCTCGGATGAACATCCGTGGTTTATTGAATCCCGTTCCTCAAGGACCAATTCGAAGCGGGATTACTATATCTGGCGGAATGCGAGGGATGGAGCGGAGCCGAACAATTGGGAATCCGTATTCACCGGCTCCGCTTGGGAATATGACGAGTTAACGGATCAATATTATCTCCATCTCTATTCCAAGAAGCAGCCTGATTTAAACATGGAGAATCCGGCGGTCAGGGATGATCTGGTCAAGATGATCCGTTGGTGGCTGGATAAAGGGATTGACGGTTTCCGCGTGGATGCGATTACCCATATTAAGAAGCTTCCGGGTTTGCCGGATATGCCGAATCCGAATCACCTTCGTTATGTCGACTCGAATCCCGGACATCGGAATATCGCGGGCATCCATGAATTTCTTCAGCAATTCAAACGCGAGGCGTTCGCTCATTATGACATTATGACGGTTGGCGAAGCGAGCGGCATTCCGATAGCGGAAGCAGACCGCTGGATCGGGGAAGAGAACGGGTCGCTGAACATGATTTTTCAATTTGAGCATGTCAATCTTGATTTCGGACTGGAAGGACGCTGGGATTATGCGGTCTGGGACTTGGCCGAATTGAAGCAGATCATGCATAAATGGCAGACGGGCCTTGAAGGCGTGGGCTGGAATGCCCTCTATATGGAGAATCACGATCAGCCGCGGTCCGTATCCCGTTTTGGCGATCCGGTCCATTATCATAAGGAATCGTCTAAGATGCTGGCTACTTTTTTTATGCTGATGCAGGGGACGCCGTTTATTTATCAGGGACAGGAAATCGGAATGACGAATGTCGAGTTTGCAGAGCTGAGTGATTATCGGGACGTGGAGATCTACAATTATTATCGCGAGCGGCTTCTGGACGGGAAAGACGTGTCCGAGACGATGCGTAGAATCGCGTACCGGGCTAGGGACAATGCAAGAACGCCGATGCAGTGGGATGACACGCTCTATGGCGGCTTCTCAACGGTTGTGCCGTGGATCCGCTGCAATCCGAATTATCATGAAATCAACGTAGAGCAGCAGCTAACCGATCCCGACTCCATTCTGAATTACTATAAAGCCTTGATCCGACTGCGCAAATCCAGTGAGGCGCTGATCTACGGAAAATATGAAGCCGTGCTTAAAGAGCATTCAGAAATTTTCGCCTATTCCAGATCGCTCGGGAACGAGACGTACTTGATTGTTCTCAACTTTTATAGCGGAACACCGGATTTTCAGTTCCCGGCGGAATGGAGTGAGCATCAACCGGAAGTTGTACTCTCGAATTACGAGCGCTCGGACCGAAGCTTCGACGAATTCGCGCTACACCCTTATGAAGCGATAGTTTATCGTGTAAACTAA	MQKVWWKEAVAYEIYPRSFMDSNEDGIGDLQGVISRLDYLKDLGIDVIWVCPIYRSSNNDNGYDISDYQDIMTEFGSMADFDQLLAEIHNRGMRLIMDLVLNHTSDEHPWFIESRSSRTNSKRDYYIWRNARDGAEPNNWESVFTGSAWEYDELTDQYYLHLYSKKQPDLNMENPAVRDDLVKMIRWWLDKGIDGFRVDAITHIKKLPGLPDMPNPNHLRYVDSNPGHRNIAGIHEFLQQFKREAFAHYDIMTVGEASGIPIAEADRWIGEENGSLNMIFQFEHVNLDFGLEGRWDYAVWDLAELKQIMHKWQTGLEGVGWNALYMENHDQPRSVSRFGDPVHYHKESSKMLATFFMLMQGTPFIYQGQEIGMTNVEFAELSDYRDVEIYNYYRERLLDGKDVSETMRRIAYRARDNARTPMQWDDTLYGGFSTVVPWIRCNPNYHEINVEQQLTDPDSILNYYKALIRLRKSSEALIYGKYEAVLKEHSEIFAYSRSLGNETYLIVLNFYSGTPDFQFPAEWSEHQPEVVLSNYERSDRSFDEFALHPYEAIVYRVN	PGPT0018560_3690	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187	NA	NA
JZ016_04835	1062	gutB_5	COG1063	Sorbitol dehydrogenase	TTGTCACAATTCAATATGATGTCTGCCGCCGTTCTTGATCGCCCGTTATCCATCGGGGTGAAGCAGGTTCCCATTCCCGAGCCGAAGCCGGATGAAGCCTTGATTCAGGTATACTGCATCGGCATATGCGGCTCGGACGTGCATTACTATGAGCATGGACGGATTGGCAGGTATGAGGTGAAGGAACCGCTGATTCTGGGGCATGAGCTTGCCGGCGTTGTGGTAAGGACGGGGGAGAAGGTAAGAAATGTCTCCGTTGGTGACCGCGTGGCCGTGGAACCGGGCGTAACGTGCGGGCGCTGCTCTTATTGTAAAAGCGGACGTTACAACCTGTGTCCGGATGTTGTATTTATGGCAACCCCGCCGGTTGACGGAGCTTGGGCCGAATACGTTGCGGTGCGAAGCGACTTCCTGTTCCGGCTGCCGGATGAAATGTCCTTTGAGGAAGGCGCTTTGCTTGAACCGCTGTCCGTAGGACTCCATGCCGTACGACGGGGGCGTATCCGGCCAGAGGACCGGGTGCTCGTGCTCGGACTGGGGCCGATTGGCTTGCTTGCCATGGAGGCGGCCAAAATGTCCGGAGCCTCTCAGGTATATGGCAGCGACGTCGTGGAATACCGGCGTGATCTGGCCCTGCAGATGGGAGCCTCCGGCGTGATCAATCCGATGGGCGAATCCGTTTCGCAGCGATTGAACGAACTGACGGACGGCAATGGCATTGATCTTATTATTGAAACGTCGGGCAACGCCGGGGCCATCGCGGATTCGATCGGATATGTGAACCGGGGAGGCCGGATCGTGTTTGTAGGTCTGCCCACAAAGGATGCGATCCCGGTGGATATTGGCGCTTTGGTTGACGCCGAGCTGGATGTATACGGCGTGTTCCGCTACGCAAACACGTACCCGGCGGCTATTCAGATGCTGCAAAACAAGGCCAGCCGCATACGCGACATCATCACCCACCAATTTTCCTTGGATCAGATCGAGGAAGCCGTAGAGCTTGCTCGCACGCACAAGGACACCAGCGTAAAAGTCATGATCTATCCTCATCCAAACGCTTAA	MSQFNMMSAAVLDRPLSIGVKQVPIPEPKPDEALIQVYCIGICGSDVHYYEHGRIGRYEVKEPLILGHELAGVVVRTGEKVRNVSVGDRVAVEPGVTCGRCSYCKSGRYNLCPDVVFMATPPVDGAWAEYVAVRSDFLFRLPDEMSFEEGALLEPLSVGLHAVRRGRIRPEDRVLVLGLGPIGLLAMEAAKMSGASQVYGSDVVEYRRDLALQMGASGVINPMGESVSQRLNELTDGNGIDLIIETSGNAGAIADSIGYVNRGGRIVFVGLPTKDAIPVDIGALVDAELDVYGVFRYANTYPAAIQMLQNKASRIRDIITHQFSLDQIEEAVELARTHKDTSVKVMIYPHPNA	PGPT0017541_1018	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017541-gutB-K00008	NA	NA
JZ016_04836	849			hypothetical protein	ATGACAGGAAAAGAACGCTACGAACACATTGAAATCCCCGCCCAGCTAACCGGCGTTATCGATGCTGCACAGAAAAAGGCGGCTGCCCGCAAACGTTCCATGCGCTTGACGAGATACTCTTCCGTTGTTGCAGCTGCCGTTGCCCTGCTATTCGTGGTCAACATCCCGACGGTGGCCAACGCCCTATCCAAAGTCCCTGTGGTGGGCAGCATCGTTCAGGTTCTGCAGTTCGGGGGCGGAGGCGAGCGGACCGACGGTGTTACCGTGGGCACGGAAGCTTCCGAAGACGTATTAAAAATTCAATTTAACCAGGAAGGCAAGTCCGTTTCCAGTGTCCCGGCCTACACAGTGGATCATCGGGATGCGCCAAACCGTCTGATCTTCACGTTTAACGGAGTACGAAATTTTGATTATGAAACCCTCAAGAAAGACATGCTGGCTCTGCCGCTGGTGAAGGATGTCTATGAAAATGTGATTCTGGACGACTCGGCCATGCGTTTTGTTGTTGAACTGAAGGATGGCGTGAAACATACCGTATCCGAATATAAAGACCCCGGCTATATTGAGCTGAAGCTCACTTCAACCGGAGAGCCGGTCACCCCGCGCGAGGTCTTCTATATCCGCAGTGAAGCCATGCCGCAAGGGGAATCCCTCGCCATCCTTGAAGAGATTTATATGGAAGACGACGTGACCTTCATTAAGACGACCAGCAACGACTTCCTCGCGGTCATCGGCGGGTTCGATACCCGCGAGGAAGCCGAGCAGAAGCTCGGCGAAATTTCGGCCCGCGACAGCTACGGCGATGATCTCCGCATCGACAGCTGGATGAGTAATGAACGCCCGAACTAA	MTGKERYEHIEIPAQLTGVIDAAQKKAAARKRSMRLTRYSSVVAAAVALLFVVNIPTVANALSKVPVVGSIVQVLQFGGGGERTDGVTVGTEASEDVLKIQFNQEGKSVSSVPAYTVDHRDAPNRLIFTFNGVRNFDYETLKKDMLALPLVKDVYENVILDDSAMRFVVELKDGVKHTVSEYKDPGYIELKLTSTGEPVTPREVFYIRSEAMPQGESLAILEEIYMEDDVTFIKTTSNDFLAVIGGFDTREEAEQKLGEISARDSYGDDLRIDSWMSNERPN				NA	NA	NA	NA	NA
JZ016_04837	519			hypothetical protein	GTGAGTGAACTGAGAGCGAAAGAGTCGAAGCAGCAACAGTTCAGCGAAAATATGGAGAAATGCAAAAACAAGTTGTACCGGGTAGCCTATTGCTATGTCAAAAATGAACAGGAGGCACTGGATATCGTCTCCGAGGCAACCTATAAGGGATATCTCGCTTACGATCGGATGAACACGCCGCAGTATTTTGATTCCTGGATGACCCGGATCGTCATTAACGCTGCCATCGACCATCTCGGTCGCAAGAAGCGGGTTACTTATATGGAAGACCAGACGCAGGACTATGCAGCCGAAGAGCATGCCGTACCGCTGGAAGAGAAGATGGATCTGTACGATGCGCTGGACAGACTGCTGCCGGAGGAGAAAACCTACATCATTTTGAAGTTTTTTGAAGACCTGCGCTTTCGAGAAATGGCGGATGTGTTATCCGTGTCCGAAAGTACCGTCAAGACCAGGTTTTATCGTATTATCGGAAAATTAAAATCATATCTAATCGAGGGAGAGGTCGATAGCCTATGA	MSELRAKESKQQQFSENMEKCKNKLYRVAYCYVKNEQEALDIVSEATYKGYLAYDRMNTPQYFDSWMTRIVINAAIDHLGRKKRVTYMEDQTQDYAAEEHAVPLEEKMDLYDALDRLLPEEKTYIILKFFEDLRFREMADVLSVSESTVKTRFYRIIGKLKSYLIEGEVDSL	PGPT0014960_11073	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_04838	1251			hypothetical protein	ATGAAGAGGAAATCTTTTCGATATCTCTGGATCGGTCAGGCGCTCGCCAATAGCGGCGATTTATTTTACATTGTCGGTCTGATGGCTATGATCCATGAGATTACAGGATCTGCCATGCTGATGGCTATGGTACCCTTTCTCACGACGATGGCACGGTTTATAAGCGGGAGCTTTGCACCCGTATTAATGGATAAATACAGCCTCAAGTCACTGCTTGCTTCGTCTCAGATCGGAAAAACGGCCATGCTGTTTCTGTTGTTGGTAACCTGCTATGTGCTGGGAGAGCTGGAGGTGACGGTTTATGCAATTCTCGGATTCGTATTCCTCATCTCTCTGCTCGATGGCTGGGCTGCACCTGCAAGTCATGCCATGCTGCCGCGTCTGGTGGATGCCGCTGAGCTGACGAAAGCGAACAGCTTTGTTGCCATCGTGGATCAGTTGATCCAACTGGGAGGCTGGGCCGTTGGGGGACTGCTGGTCGCAGCCTTGGGCGGAAGCAACGTGATATGGTTGACCTTTGCTCTGGCCCTGGCAGCCGCTGTCTGCATGAAGATGATCGAGGATCGGCATGAATCCACTCCGGAACAGAATGAGAAGGCGCGCGTTTCGAATTGGCGTTCCATTCAGGAAGGGTGGACACTCATTTGGAAACAGCCTTCTATTCGGGCGATTCACGTGATTTATGTATTGGAGACGATGGCGGGCGTGATTTGGATCGCGGCGACCATCTACGTGTATGTAGCCGATGTGTTGCACAGGGAAGAGGCATGGTGGGGATATATCAACGCAAGCTTTTTCCTGGGACTTATGCTGGGCGGACTGTTTGGCATGAGAGGCGCAGGGCTGATCGACCGCAACATCCGCAAGTTCGTTATCTGCTCTTCCTTCGGCATCAGTATCATGACGTTCGGTTTTGGATTGACCTCGGTGCCTTGGCTGGCCCTGGTGTTCTCGGCAGGCTTCGGCGTTTTTGAACAGCTTAAGGCAGTCTCGCTTCAGACTACACTGCAGCGGGGCGTATCTGTCCATGTATTGCCGAAAGTGTACGCTGCCCAAAGCGCGCTAGTTTCGCTGGTATTCGGCTTATCCACCCTGTTATTTGGTTTCATAACCGATGAATTCGGCGTTCGGGCTACGTATATCATCGCTGCCACGGTGCTGTTCATCTCGGGATGCTACGCATTACGGATACGAACGAGATTGCCGGAGTCAGGGGAGGGGCTTGAACAAGGACGGATCGGCATCGAATAA	MKRKSFRYLWIGQALANSGDLFYIVGLMAMIHEITGSAMLMAMVPFLTTMARFISGSFAPVLMDKYSLKSLLASSQIGKTAMLFLLLVTCYVLGELEVTVYAILGFVFLISLLDGWAAPASHAMLPRLVDAAELTKANSFVAIVDQLIQLGGWAVGGLLVAALGGSNVIWLTFALALAAAVCMKMIEDRHESTPEQNEKARVSNWRSIQEGWTLIWKQPSIRAIHVIYVLETMAGVIWIAATIYVYVADVLHREEAWWGYINASFFLGLMLGGLFGMRGAGLIDRNIRKFVICSSFGISIMTFGFGLTSVPWLALVFSAGFGVFEQLKAVSLQTTLQRGVSVHVLPKVYAAQSALVSLVFGLSTLLFGFITDEFGVRATYIIAATVLFISGCYALRIRTRLPESGEGLEQGRIGIE	PGPT0027965_1243	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
JZ016_04839	321			hypothetical protein	ATGGAAAATTTAACTGAAATGCTGAAGGGTTCGCTGGAAGGCTGCGTGCTGGAAATCATCAGCCGCCGTGAAACCTATGGCTATGAGATTACCCGCCGTCTGAACGAGCTTGGCTTTACCGAAGTCGTGGAAGGGACGGTCTACACCATACTCGTGCGGTTAGAAAAGAAAAAGCTGGTGAACATTGAAAAGAAACCGTCAGATATGGGGCCGCCGCGCAAGTTTTACTCACTTAATGAGGCTGGCCGTCAGGAGCTTGAATTGTTTTGGGAAAAATGGGATTTCTTATCCTCCAAAATCAACGTCTTGAAGTCAAATTAG	MENLTEMLKGSLEGCVLEIISRRETYGYEITRRLNELGFTEVVEGTVYTILVRLEKKKLVNIEKKPSDMGPPRKFYSLNEAGRQELELFWEKWDFLSSKINVLKSN				NA	NA	NA	NA	NA
JZ016_04840	342			hypothetical protein	ATGTTGGAAATGTTCAAAAAAATGATTGGTGATAAAAAAGAGTACAAAATGATGATGGCACGGGTTGAAGCCCTTCCAGAGGACTACCAGTTTGTGTTTAAGAAAATTCAAAACTACATGTGGAATTTCTCAACGGGCAACGGGATGGATATGCTGCACATGCAGTATGAATTAATCGAGTTGTTCGAAGCCGGTGCGGCCGATGGCAGACAAGTGCTGGAGATCACTGGTGACGACGTGGCGTCCTTTGCCGATGAACTAGTGGCAAACGCTAAAACCTATGTAGCCAAGTATCGGGAAGATTTGAATCAGGATATCTTGAACCGATTGGGAAAAAAATAA	MLEMFKKMIGDKKEYKMMMARVEALPEDYQFVFKKIQNYMWNFSTGNGMDMLHMQYELIELFEAGAADGRQVLEITGDDVASFADELVANAKTYVAKYREDLNQDILNRLGKK				NA	NA	NA	NA	NA
JZ016_04841	762	drrA_6		Daunorubicin/doxorubicin resistance ATP-binding protein DrrA	ATGAGAAATGCAGCGATTTCTGTAAAAGGGTTAAAAAAATCCTTTAAAGACAAAGAAGTCTTAAAGGGGGTGGATTTTGAGGTGCAGCGCGGCGAAATTTTCGCACTGCTGGGCTCCAATGGAGCGGGCAAGACGACGACAGTCAATATCCTCTCGACGCTGATGAAGCCCGATGGCGGGGAAGTGGGTATTTGCGGCTTTGACGTCCAGCGTCAACCGGATCATGTTCGCCAGAGCATTAGTCTGACAGGGCAGTTTGCAGCTTTGGACGGCATGCTCACCGGGCGGGAAAACCTGATGATGATCGCCAAGTTGCGGGGAGTTTCCAATCCTGCTCAAGTTGCCGACAATCTGCTTGCAAGATTCAGCCTGACCGATGCGGCTAATCGCCGGGCAGACCAGTATTCCGGCGGGATGAAGCGCCGGATTGACATCGCCATGAGCCTGATCGGGACGCCAGCCGTCATTTTTCTCGACGAACCGACGACAGGGCTTGATCCCGAAGCGCGAATTGAAGTCTGGGATACCGTCAAGGAGCTTGCCGGCGGCGGCACGACCATCTTGCTGACGACCCAGTATCTGGAGGAAGCCGAACAGTTGGCGGACCGTATCGCCATCTTGCATAGCGGAAAAATCATCACGACCGGTACGCTTGCCGAACTCAAGGCGATGTTCCCGCCAGCGAAAGTGGAATACATTGAGAAGCAGCCGACGTTGGAGGAAATTTTCCTCGCGATCATCGGCAACAAGGAGGCGATGTAA	MRNAAISVKGLKKSFKDKEVLKGVDFEVQRGEIFALLGSNGAGKTTTVNILSTLMKPDGGEVGICGFDVQRQPDHVRQSISLTGQFAALDGMLTGRENLMMIAKLRGVSNPAQVADNLLARFSLTDAANRRADQYSGGMKRRIDIAMSLIGTPAVIFLDEPTTGLDPEARIEVWDTVKELAGGGTTILLTTQYLEEAEQLADRIAILHSGKIITTGTLAELKAMFPPAKVEYIEKQPTLEEIFLAIIGNKEAM	PGPT0006725_22840	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04842	750	drrB_3		Daunorubicin/doxorubicin resistance ABC transporter permease protein DrrB	ATGAAAAACAAAACAGGGACATTACTAGGACGTTTAATGCGCAACATCTTGCGCAGCCCGGATACGATTATCACGGTGGCGATTACGCCGATTATGATGATGCTGCTGTTTGTCTACGTATTTGGCGGTGCCATAGAGACAGGTACGAACAACTACGTCAATTATTTATTGCCGGGAATCCTGTTGATGGCTGTCGCATCCGGCGTCGCTTACACTTCACTGCGGCTGTTTACGGATATAAAAAGCGGGTTGATGGCGCGTTTCGTTACCATGCCCATCAAGCGCTCTTCGATATTGTGGGCTCACGTGTTGACCTCGCTAGTTTCTAATGCACTTACTGTTGTTGTGGTTTTCCTTGTCGCGCTGCTGATGGGCTTCCGTTCAAGCGCGAGTATCCTGGATTGGCTTGCGGTAGCGGGGATACTAGGGTTGTTTACGCTGGCGCTGACATGGCTGGCGGTCATCCCTGGATTGACAGCGAAGTCTATGGAAGGGGCGACAGCCTACTCGTATCCGCTGATTTTCCTGCCGTTTATCAGTTCGGCCTTTGTCCCCACCGAAACCATGCCTAAAATGGTTCGGGCGTTTGCAGAGAACCAACCCGTGACATCTATCGTGAATACGATTCGTTCCCTCTTGTATGAAGGGTCTGTTGGGAACGGGATCTGGGTTGCGCTTGGCTGGTGCGTCGGCATCATGGTCATCGCTTACTTCTTCGCCAGTAAACAATTTAAACGCCAGTTAGGGTAA	MKNKTGTLLGRLMRNILRSPDTIITVAITPIMMMLLFVYVFGGAIETGTNNYVNYLLPGILLMAVASGVAYTSLRLFTDIKSGLMARFVTMPIKRSSILWAHVLTSLVSNALTVVVVFLVALLMGFRSSASILDWLAVAGILGLFTLALTWLAVIPGLTAKSMEGATAYSYPLIFLPFISSAFVPTETMPKMVRAFAENQPVTSIVNTIRSLLYEGSVGNGIWVALGWCVGIMVIAYFFASKQFKRQLG	PGPT0006730_21847	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_04843	4164			hypothetical protein	GTGCAGCTGATTATGGAGAAGGAAATGCCTGAAATTAAGGGCGCATTCATATATACAGAGGATATAGGGGAATATGCGGTAACCGAAAGCCGGATCGCTTCGAGAGCAGTCACAGCATCCAAGCTGTCGCGTGGTGCCGTTGGGCCTGAAGCCATACAAGACTACAGCATCACCAGTCTGCACATTGCCGACGAAGCCGTGACCTCAGGAAAAATTGCGCCATTATCGGTCACGGGTGAACATCTAATGGATGGCATCTTATCTACGCGCAAGTTTCGAGACGGTTCCGTGAATGCCAGCAAGATCAAGGATGGCAGTATAACCTCGCAGAAGCTGGCAGACCACGCCGTAGTTAGCGATAAAATCGCGGATGGGGCTATTACTGCACGTCATCTTCAACAGCTTCTCGTGACAACCGACCTGCTCGAAGACCAAGCGGTTCAAGGAGACAAAATCGCATCCAGCGCCGTAGAAACCCGACATCTCGCTAATGAGAGCGTCCATAGCTCCAAGCTTGCAGAGGATGCAGTCACTTCGACCAAAATCCGTGAAGGTGCCGTAACAGGAAAAAAAATCGCCGATGACGCCATCTCAGCGTCCCACATAAAACCGCAAAGCATCGAAAGTAAGCATTTGGCAAGCGAAGCTGTAACTGCAGAGCATATTGCTGCCGGCAGCATCGGGTCAGGCCTAATTGCAGATGGTGCCATCAATGCCGGACATATTGAAGAAGGCTCGCTCAGCGCCCGCCATTTAGCGGACGGAGCCATAGGCTCAGAGCAAATCCGGCCTGGCTCTATCGGTTCCGATCAGATCAGCATCAATGCAGTATCCGCCCGCCATCTGGCTGATTCCAGTGTCACAAGCTCCAAGCTTGCCGATCAATCCGTCCATACGGTGAAGCTGGTGGAACAGGCGGTGACGGCTTCGAAAATCGCGGATCAGAGCATACTTCCTAACAAAATTGCCAATGAAGCCGTCCAAACGCGTCATCTGGCTAAGGGCACGGTGGAATCGGACCAAATTGCATCGAATGCCATTCAAACCCGGCATCTCGCTGCGGATGCAGTAAACGCCGAGCACATTGCCGAGGGCAGCATCTTACCTAAGCATCTCGCGCCTCAAAGCGTCATAGGGCGCGCCATTCATCCCAAAACGATAGCGGAGCAGCATCTGGCTGACGGAGCGATCGGAAAACAGCATCTTCAACCCGCATCCGTCGGAGAAGAGACGCTGGCCCCTGAGAGCGTGACGAGCCAAAAGCTTGCGCTTGGATCGGTTGGCGGAGCCATTATTGCTAAGCATGGCGTGACCTCCGGCAATATTGCCAGTGAGGCCATTCAGCAGCAGCATCTGTCAGGGGGCAGTGTAGGCGCCGAAGCTCTGCAAAACGGTGCGGTTCGCGAGCAGCATCTGGCCGATGGCTCTATTGCCAGCCGTCATCTGCAGAAGGGAAGCGTACGGACTCAAGCGCTCGCCCAGGGTGCGGTAACGACAGATAAAATTGCCGCAGGCAGCATCGCGGAGTCCTCGATCGGCGATGGGGTTATTGCGCCTCGACATCTGGGGGACCACGCCGTAACCTCACCGAAGCTGTCTCCGGAAAGCGTGACCACGGATAAACTGACAGACCTTGCCGTAACTTCTAATAAACTGGCTGAGAGCAGTGTCTCTGCTGGCAAAATAGCTCCAAAGGCCGTTCAATCCACTCATCTCTCGCCGAGTGCGGTGACTTCCGAAGCAATTCAGAACAAGGCCGTTACTTCGGAAAAAATCGCTCCGCAAGCTGTAGAGGGCGCACATCTGGGACTGGAATCCATCCTGGGCAAACATATCGTGCAGGAAGCTATTCATGGTTATCACTTGAAGAAAAAATCCATCATGTTAAGCCATTTGGCCGATGAAAGCCGCTCGGCGGAAGCGTTGTTTGCCGACGGCAGCATACCGGGCGTAAAAATCGGGTCGCAATCGATTACGGAAGCCCATCTCTCGCCTTCGTCGGTCTCGGGATCCGCGCTGCAGGCGAACGCCGTGAGTGGTGACAAGATCAAGCCTCTTTCCATTTCAGCAGTGCATCTGCAAGAAGCGAGCGTCCAGTCTGACCATCTGGGTGTGGATATTGTGAAGTCACAGCATATGGATGAAGGATCGGTGACTGGACGCCATCTTGCTTCCGGCTCTGTCAATGCCCGGCACATTCAAGCCGAAAGCATAGAGTCCGCACATATCACGAACGACGCTGTCCTTCCTGAGCATATCGCCGGAGAGTCGATCCAGAGCGGACATCTTGCCGAAGGCGCTGTGAACTCCAAGCATATTGAGTTATTCTCGATTCAAAGCCATCACCTGGCGCCGTACTCGATCAACGCAGCGCATCTTGGAAATCAGTCTGTCGGTCATGTCCACCTGCAGCCGGACAGCGTTGGCGTCGATCAATTGCAGCCGGGGGCCGTAAAATCGAGGCAGCTGGCGGAGGGTGCCGTTCTTCCCCATCACCTGCAAATTTCCAGCATCGGTTCGCAGCATATCGAAGCCGGCGCAATCACAACGGAACTTGTGCAGGACGGTGGAATTACAGGCAGCAAGATTGCTGACGATTCCATCACCGGCAAGCACGTTGCTGAAGGATCGCTGACGGGCGCACAGATTGCCGACGGAGCCATCGGCTGCAAGCATCTTGGACCGGATGCTTTCGATAACTTCACGTTAGCCGAAGGATCGGTTACTGGCAGCAAGATTGCTGAGGCTTCCATCACTGGATTGCATGTAGCTGAAGGTTCGCTTACTGGTATCCAGATTGCCGAAGGGGCCATCGGCTGCAAGCATCTCGGACCGGATGCCTTCAATAACTTCGCGTTGGCCGAAGGATCTGTTGACGGCAGCAAGATTGCCGAGGCTTCCATTACAGGCGCTCACATTGCTGACGGCTCCCTCACTGGAGCGCAAATTGCCGACGGAACCATCGGCAGCAGGCACCTCGGACCGGATGCCTTCAATAACTTCACGTTGGCCGAAGGATCGGTCACAGGCAGTAAGATTGCTGAGGCTTCCATTACAGGCGCTCACATTGCTGACGGCTCCCTCACTGGATTGCAAATTGCCGACGGAGCCATCGGCAGCAAGCACCTCGGACCGGATGCCTTCAATAACTTCACGTTGGCCGAAGGATCGGTTACTGGCAGCAAGATTGCTGAGGCTTCCATCACCGGCAAGCACGTTGCTGAAGGCTCGCTGACTGGCGCACAGATTGCCGACGGGGCCATCGGCAGCAAGCACCTCGGGCCGGATGCCTTCATTAACTTCACGTTGGCCGAAGGATCGGTGACGGGTAGCCAGATTGCCAAGACTTCCATCACGAGCGCCCACATTGCTGACGGCTCGCTGACTGGCGCCCAGATTGCCGACGGAGCCATCGGCAGCAGACACCTCGGACCGGATGCCTTCAATAACTTCACGTTGGCCGAAGGATCGGTTGACGGCAGCAAGATTGCAGAGGCTTCCATCACGAGCACGCACATTGCTGATGGTTCGCTTACTGGTATCCAGATTGCCGACGGGGCCATCGGCAGCAAGCATCTCGGACCGGATGCCTTCAATAACTTCACGTTGGCCGAAGGATCGGTTGACGGCAGCAAGATTGCAGAGGCTTCCATCACGAGCACGCACATTGCTGACGGCTCACTTACCGGAGCGCAAATTGCCGACGGAACCATCGGCAGCAAGCATCTTGGACCGGATGCCTTCAATAACTTTACGTTAGCCGAAGGCTCCATTGATAGCGATAAACTTGCAAACGGCGCCGTCACAAGCGCCCATCTGGCCGACGGAGCCGTTACCGGACAACAATTGACTAAAGGTGCCGTAACGGCAGAACATTTAAGCTTTGCGCCAATACGCAGCGCAGCCGGCCAGCCGAAGCTGCAGCAATTCGGCATGACGCCTTTTGTATTTGGAGCTGAAGCCTTGACCGAGGTGACCGTCCAATTCGAGGAGGCTTTTGCTGGGATCAACTATATCATTGTGGGAATGAGCAATAATCCTGGCTTCCAGATCTCCTTGAAATCCCAGCGTGAGGATGCCGCCGTCCTAGAAGTAAGCCGCCAGCCTAACTGCAATCTCGCCTATGGTTTCATGTCCTGGATAGCCATCGGCCCTTCACGATAA	MQLIMEKEMPEIKGAFIYTEDIGEYAVTESRIASRAVTASKLSRGAVGPEAIQDYSITSLHIADEAVTSGKIAPLSVTGEHLMDGILSTRKFRDGSVNASKIKDGSITSQKLADHAVVSDKIADGAITARHLQQLLVTTDLLEDQAVQGDKIASSAVETRHLANESVHSSKLAEDAVTSTKIREGAVTGKKIADDAISASHIKPQSIESKHLASEAVTAEHIAAGSIGSGLIADGAINAGHIEEGSLSARHLADGAIGSEQIRPGSIGSDQISINAVSARHLADSSVTSSKLADQSVHTVKLVEQAVTASKIADQSILPNKIANEAVQTRHLAKGTVESDQIASNAIQTRHLAADAVNAEHIAEGSILPKHLAPQSVIGRAIHPKTIAEQHLADGAIGKQHLQPASVGEETLAPESVTSQKLALGSVGGAIIAKHGVTSGNIASEAIQQQHLSGGSVGAEALQNGAVREQHLADGSIASRHLQKGSVRTQALAQGAVTTDKIAAGSIAESSIGDGVIAPRHLGDHAVTSPKLSPESVTTDKLTDLAVTSNKLAESSVSAGKIAPKAVQSTHLSPSAVTSEAIQNKAVTSEKIAPQAVEGAHLGLESILGKHIVQEAIHGYHLKKKSIMLSHLADESRSAEALFADGSIPGVKIGSQSITEAHLSPSSVSGSALQANAVSGDKIKPLSISAVHLQEASVQSDHLGVDIVKSQHMDEGSVTGRHLASGSVNARHIQAESIESAHITNDAVLPEHIAGESIQSGHLAEGAVNSKHIELFSIQSHHLAPYSINAAHLGNQSVGHVHLQPDSVGVDQLQPGAVKSRQLAEGAVLPHHLQISSIGSQHIEAGAITTELVQDGGITGSKIADDSITGKHVAEGSLTGAQIADGAIGCKHLGPDAFDNFTLAEGSVTGSKIAEASITGLHVAEGSLTGIQIAEGAIGCKHLGPDAFNNFALAEGSVDGSKIAEASITGAHIADGSLTGAQIADGTIGSRHLGPDAFNNFTLAEGSVTGSKIAEASITGAHIADGSLTGLQIADGAIGSKHLGPDAFNNFTLAEGSVTGSKIAEASITGKHVAEGSLTGAQIADGAIGSKHLGPDAFINFTLAEGSVTGSQIAKTSITSAHIADGSLTGAQIADGAIGSRHLGPDAFNNFTLAEGSVDGSKIAEASITSTHIADGSLTGIQIADGAIGSKHLGPDAFNNFTLAEGSVDGSKIAEASITSTHIADGSLTGAQIADGTIGSKHLGPDAFNNFTLAEGSIDSDKLANGAVTSAHLADGAVTGQQLTKGAVTAEHLSFAPIRSAAGQPKLQQFGMTPFVFGAEALTEVTVQFEEAFAGINYIIVGMSNNPGFQISLKSQREDAAVLEVSRQPNCNLAYGFMSWIAIGPSR				NA	NA	NA	NA	NA
JZ016_04844	345			hypothetical protein	TTGAAGAAAAAGAAGAAAAGCCCATCATCTTCCTCTTCCCAGCCCTACAGGGTAGATCCCACTACGAGGGAACTCGATCTGCTCGAGCGAAATAAAGGACGCAGCCCAAAAAAAGATAAAGATGCCCACATTCTTTCAGCAGCAACCATTATGGATCTGGATGAGGATCTTATCGGCATCATGGAATTAAAACAAGAAGAAAAAGAAAACAAAGAAAACATCCCATTATCGAGATCTGACGAAGATTCCAGCTTACCTACAGAAGAGGCTGTAGCCGCTGACACCCTGACCGTGCCTACCGATCCCCCTCCCTTCCCGAGATGGAGATCGAGCATGTGCAGCTGA	MKKKKKSPSSSSSQPYRVDPTTRELDLLERNKGRSPKKDKDAHILSAATIMDLDEDLIGIMELKQEEKENKENIPLSRSDEDSSLPTEEAVAADTLTVPTDPPPFPRWRSSMCS	PGPT0022155_1374	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5c_TRIMERIC_AUTOTRANSPORTER_ADHESINS-SECRETION,PGPT0022155-ata|sadA|emaA-K21449	NA	NA
JZ016_04846	1506			hypothetical protein	ATGCAACTGTATAAGTCTTTTCTTAAACAGCTAATCCGGAACTATATGATCGGGTCCATTGCAGCTGTGCTTGTTGTGGGTGGCGTATTAATGGTAACGACTCTGGAAATTCCTATTGAGGAAGGCGCGCGCCTTGTGGTCATACTGACCATTTCATTCATGGTGATGATTGCGTCCGAGCTGACCGTCTTTCTTCGGCATTTACGACCGATTCACGCGGGGTTTCATGAAGGCCATACGGATTTGGAAACGTTGGAAAAAGCATATTTGAGCATACACCGTATGCCGCGTTTGGCGGTATACCGTATATTCGGACCTCATCTGCTCGGCTTGTCGCTTCCGGCCATTCTGCTGACGGTTTGGATGATGGAGCAGGGCAAACTGAATTTTTCGCCGTTCTATATATGGCTGGCTTGCCTGGGGGCGGTCCTGCTAGCCAGCTGTCACGCCATGATCGAATTTTTTCTGACGATAGCCGCCATTCGCCCATTGATCAAGGAGATTCGGCGGCAGGCGTTATCTCGTTATGGCGTGGACTTCTCCCTTGAGGGCCATGTATTCATGGCGATTCGGACAAAATTTTTGCTCAGCACGATGTTAATCGGCACTTTTCCGCTGTTTTTGTTTAGTCTGGCGGTCCAGATTCGTCTGGAGGGGCTCAGCCAGATCGTAGCTCAGCAGTACTGGGGCTGGGCGGGATTTATATTGCTGCTTGGCGTCGGTTTTGCTTATATCGGCGCCTGGCTCTTGACCCAGGATTTACAGCGGCCGATCCGGCAGCTGTACCGGGCGATGAATGAGATTAAGGAGGGGCGTCTGATTCAGACCTCCAATCTCTATTCTGATGAATTTTCCAATCTGATCGCGGGTTTCAATATGATGGTTCGCGGGCTGCAGGTGCGCGAGGAGCGAAACCGCAAGCTGCTGGACAGTTATTTTGCCGCCCTGGCAGCGGCGCTGGATGCCAGAGATCCTTACACGGCCGGCCATTCGCTTCGGGTAGCGGAGTATTCGGTGTTAATCGGCCGTCTGGCGGGACTCAGCGAAGAGCAGGTTGATCTGCTGCACAAGACGGCATTGCTGCATGATATCGGCAAGATCGGAGTTCGGGACAATATTTTGCTGAAGGAAGGGAAACTGACGGCAGAGGAGTTCGATCAGGTAAAGGCCCACCCGGCTCAAGGAGAGAACATTCTGCTGCAAATCGAGCCTGCCGATGCCATGGCTCCTTATCTGGAAGGGGTACGGTCCCATCATGAGCGCTATGATGGAGGCGGGTATCCTGACGGGTTGAAGGGGAAGGAGATTCCGTTGTTTGGACGGATTATTGCCGTGGCCGATGCCTATGATGCCATGACGTCGGACAGGCCGTACCGCAGCGGCATGAAATCGGCGGATGCCTTGAACATACTGGAAGCCGGCAGGGGAACCCAGTGGGACCCCGATTATGCGGGCATATTCGTTAAATATATGAAAGCGGAGAAGAAGGTCATTACGATCCGCTAG	MQLYKSFLKQLIRNYMIGSIAAVLVVGGVLMVTTLEIPIEEGARLVVILTISFMVMIASELTVFLRHLRPIHAGFHEGHTDLETLEKAYLSIHRMPRLAVYRIFGPHLLGLSLPAILLTVWMMEQGKLNFSPFYIWLACLGAVLLASCHAMIEFFLTIAAIRPLIKEIRRQALSRYGVDFSLEGHVFMAIRTKFLLSTMLIGTFPLFLFSLAVQIRLEGLSQIVAQQYWGWAGFILLLGVGFAYIGAWLLTQDLQRPIRQLYRAMNEIKEGRLIQTSNLYSDEFSNLIAGFNMMVRGLQVREERNRKLLDSYFAALAAALDARDPYTAGHSLRVAEYSVLIGRLAGLSEEQVDLLHKTALLHDIGKIGVRDNILLKEGKLTAEEFDQVKAHPAQGENILLQIEPADAMAPYLEGVRSHHERYDGGGYPDGLKGKEIPLFGRIIAVADAYDAMTSDRPYRSGMKSADALNILEAGRGTQWDPDYAGIFVKYMKAEKKVITIR				NA	NA	NA	NA	NA
JZ016_04847	765	tatC2_2	COG0805	Sec-independent protein translocase protein TatCy	ATGGAGTTCAAGGGTACCATGACGCTGCTTGAGCACATCGCCGAACTTAGAAAACGGATCCTGCTGGTAGCTGCCGTCTTCATCCTGAGCATGGCGGCAGGCCTGATTGCCGCCCCCCATGTGTTATCCATGTTAAAGCATCACTCACCGGCCTTTCAGGTAACCTGGAACGTGTTCTCGCCTTGGGACGGACTGCGCATCTATATGAGCATAAGCATCGTATTATCGCTGCTTCCTACCCTGCCGTTTGCCCTTTATCAAATATGGCTGTTCGTCAATCAGGGACTGAACAACCGCGAGCAGAGAGCGGCCCTTCGGTTTATCCCTTTCTCCGCGTTATGTTTTCTTATAGGGGTTGCCTTTGCGTACTTTGTCGTTTTTCCGATGAGTCTTGCTTTTACGACAGGAATCAACAGTCAGATGGACCTTGTCGAAACGTACGGCGTCGCCCAGTACTTCGGATTCATGTTCAATATCATCATCCCGCTCTCCCTTGCCTTCGAGCTCCCCGTTGTTGTCCTGTTTCTGACGCGAATAGGCATATTAAGCCCGGCTATCCTGCATACGATGAGGCGGTATGCCTACGTCGTTCTGGTGATCATTGCGGCGCTGATCTCACCGCCTGATCTCGTATCTCACCTGATGGTTGCCATCCCGCTCATCGGTCTGTATGAGATCAGCACATGGCTGGCAAGCTGGATGCATCGCAAACAGAAGCATGTGAAACATGAAGAAAGCACGGAATCGATACGGCTCACCAGATGA	MEFKGTMTLLEHIAELRKRILLVAAVFILSMAAGLIAAPHVLSMLKHHSPAFQVTWNVFSPWDGLRIYMSISIVLSLLPTLPFALYQIWLFVNQGLNNREQRAALRFIPFSALCFLIGVAFAYFVVFPMSLAFTTGINSQMDLVETYGVAQYFGFMFNIIIPLSLAFELPVVVLFLTRIGILSPAILHTMRRYAYVVLVIIAALISPPDLVSHLMVAIPLIGLYEISTWLASWMHRKQKHVKHEESTESIRLTR	PGPT0029295_3040	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029295-tatC-K03118	NA	NA
JZ016_04848	252	tnrA		HTH-type transcriptional regulator TnrA	ATGGAGAGTAAGGTGATGAGTATTGGGGTTGTTTGCGAACTGACCGGCTTGACGGAACGTCAAATTCGGTATTACGAGGAACGAAAGCTTATATTTCCGGAGCGTACGAAGGGAGGAAATCGTCGATATTCTTTTGGGGATGTGAAAAGCATCCAGGAAATCCATCAAAAAATGCAGGAGGGATTTAATACATTTGAGCTGAAGGAATTGAACAAAACGAAAAAACAGCGCTGCACGCCCATCTTCCGATGA	MESKVMSIGVVCELTGLTERQIRYYEERKLIFPERTKGGNRRYSFGDVKSIQEIHQKMQEGFNTFELKELNKTKKQRCTPIFR	PGPT0001085_119	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001085-tnrA-K23776	NA	NA
JZ016_04849	1605		COG1231	L-amino acid oxidase	GTGGCTACAAAAGGACAACCAAAAGAGATGACCCGGAGGCAATTTCTGACGACTGTTGGCAAGGTGGGTGGATCTGTCGCCGTCTTCAGCTTGATGGGTACGATGGGGCTCCTTACGCCGGAAACGTTGAAAGCAGCAGAATATATGCCTCCCGGAAAAAATGACCTGACTCTAAGCGGCCGCGGCGGCAAGAAGATTATTATTCTCGGCGCAGGAATCGCGGGTTTGACGGCAGCGTATGAGCTTGGTCTGGCAGGTTACGATTGCACGATATTGGAAGCGAAAAGCTTTGCCGGCGGGCGCAATTGGACGATCCGCAAAGGAACCTCCGTTGCGGAGATCGGATTTGGCCGTCAGACTTCCCGCTTTGATAACGGGCTGCACTTCAATGCAGGCCCGATGCGGATTCCGCAGTTTCACGTCACGCTGGATTATTGCAAGAAGTTTGGCGTAGCCATCGAGCCATTCAACAATGTGAATGAGAGCGGCTACTACTATAACGAGAACGTGGGGGCTTTATCCGGGCAGCGCGTCCCCAAGCGTGCAGCCAAAGCCGACGTGCGCGGTTACGTGGCCGAGATGTTGGCCAAAGCCGTGAATCAAAATGCGCTGGATCTGCCGCTGACAGCGGAAGAGAAGCTGAAGCTGGTGGATTATCTGAGGGCCGAAGGCGATTTGAATCCGGATCTGTTCTACAAGGGATCCGAGCGCGGCGGGTATAAGGATGAGCCGGGAAGCCGCCTGGATGCCGGTGTGCTCCGGGATCCATTCGATTTGAAGGCGATCATCAATTCCGGCTTCGGCAAATATTTCAGCAACGAGTACGGTTACGACCAGCAGATGATGATGTTTCATCCCGTAGGCGGCATGGATGCCATCATCAAGGCATTTGAGAAAAGAATCGGCAACCGGATCAAGTACCGGGCAGAGGTGAAGGAAATTCGCCAGTCCTCTTCCGGTGTGCGGATCGTGTACACGGACGGCAATTCCGCCAGAGAGCAAGAAATCCGCGGCGATTATTGCATCTGCACCATACCGTTGACGGTATTGAAGAAGATCCCGGCCGATTTCTCGCCGGAGATGTCCAAAGCGATCAGCAGCGTCGGTTACGCTTCCGCAGGTAAAATCGGCCTGCAGTTCAAACGGCGCTTTTGGGAAGAAGACGAATATTTATATGGCGGCAGCAGCTTGACGAATATGGACATTACGCAAATCTACTATCCGCCGACAGACTATTTTGGAAAGAAGGGGATTCTGCTTGGTTATTATGCATACGGGGGCACTGCCGATAAAATCGGGGCCATGTCGTATGCCGAACGCGAGCGACTTGCACTAACGCAAGGCGCTAAGATTCATCCACAGTATCCGAAGGAGTTCGAGGCATCCTTCTCCATCGACTGGAAAAAGACTAAATACCAGGAAGGCGGCTGGGTATCCTATTCCGCCAACGACAGGAAAACCTACTACCCTACCCTCTGCAAGCCGGATAACCGTATTTACTTGGCAGGGGAGCACATCAGCTACATCACGGCTTGGCAAGCAGGGGCCATTGAGTCCGCCCGCGAGGTCGTAACCGACATCCATCAACGCGTAATGAAAGCGTAA	MATKGQPKEMTRRQFLTTVGKVGGSVAVFSLMGTMGLLTPETLKAAEYMPPGKNDLTLSGRGGKKIIILGAGIAGLTAAYELGLAGYDCTILEAKSFAGGRNWTIRKGTSVAEIGFGRQTSRFDNGLHFNAGPMRIPQFHVTLDYCKKFGVAIEPFNNVNESGYYYNENVGALSGQRVPKRAAKADVRGYVAEMLAKAVNQNALDLPLTAEEKLKLVDYLRAEGDLNPDLFYKGSERGGYKDEPGSRLDAGVLRDPFDLKAIINSGFGKYFSNEYGYDQQMMMFHPVGGMDAIIKAFEKRIGNRIKYRAEVKEIRQSSSGVRIVYTDGNSAREQEIRGDYCICTIPLTVLKKIPADFSPEMSKAISSVGYASAGKIGLQFKRRFWEEDEYLYGGSSLTNMDITQIYYPPTDYFGKKGILLGYYAYGGTADKIGAMSYAERERLALTQGAKIHPQYPKEFEASFSIDWKKTKYQEGGWVSYSANDRKTYYPTLCKPDNRIYLAGEHISYITAWQAGAIESAREVVTDIHQRVMKA	PGPT0007641_393	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINE_USAGE	PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007641-aofH-K00274	NA	NA
JZ016_04850	555	rutC		Putative aminoacrylate peracid reductase RutC	ATGAAAAATCAACTGAAGACGATCCTGGCGCTGGCCATGCTGATCAGTGCGGTGAGTGTAACCGCCGCGTATGCCGACAGCTCTTCCGCCTATAAGAAGCCGACCAAAGCTTCACCCGCCCCGAAATTTTACGGCAGTCCCACATCCTCTATTTCCAGCGGGGTTATCATACCCGAAGGGGCTTCCTATCTTTATACAAGCGGGACGGTTCCGCCCTTGCTGAACAAGGATGGCAAGACGGTTTATGAGCGCTATGGCGATACCAAAACCCAAGGAATCGGCATCCTGAAGGAGATCGAGAAACAGCTGAAGGAGCAGGGGCTGACGATGAAGGATGTCGTCTATTTGAGAGTATACTTAACCCCGGATGCAGCCAAGAACGGAGCTTTTGATTATACCGGCTGGTTTGACGCATACGCCCAGTTTTTCAATACGAAGGAGAATCCCGTGAAGCCTGCGCGTTCTACCGTGGGAGTAGCGAGCCTCGTGAATGCCGATTGGTTAATTGAGATTGAAGCCGTAGCGGTATACCCTGGCAAGGATAAGAAAAAGTAA	MKNQLKTILALAMLISAVSVTAAYADSSSAYKKPTKASPAPKFYGSPTSSISSGVIIPEGASYLYTSGTVPPLLNKDGKTVYERYGDTKTQGIGILKEIEKQLKEQGLTMKDVVYLRVYLTPDAAKNGAFDYTGWFDAYAQFFNTKENPVKPARSTVGVASLVNADWLIEIEAVAVYPGKDKKK				NA	NA	NA	NA	NA
JZ016_04851	216	tatAd_2		Sec-independent protein translocase protein TatAd	ATGTTTCAAAATGTCGGCTTTGTCGGATTGATGATGATCCTGATTGTCGTGCTCATTCTGTTCGGTCCTTCCAAGCTGCCGGAGCTTGGGCGGGCGGTGGGCCGCACGTTGTCTGAATTCAAAGCTTCCGCCAGAGACTTGGTTGGGGAAGATAAAGAAGAGGAAAAGGGCAAGGAGAGGGAAAGGGAGGGAGCGGTCATCAAACTGAAAGGGTGA	MFQNVGFVGLMMILIVVLILFGPSKLPELGRAVGRTLSEFKASARDLVGEDKEEEKGKEREREGAVIKLKG	PGPT0029290_3667	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029290-tatA-K03116	NA	NA
JZ016_04852	204			hypothetical protein	ATGGATAGCAACGTATTTAAAGGGAAATGGAAACAGATGAAGGGTGAAGCGAAGAAGCAATGGGGAAAATTGACGGATGACGATCTCGATGTGATCGACGGCCAGAAGGATAAATTGGTTGGCAAGCTGCAGGAACGTTACGGACATACGAAGGATGCGGCTGAACGTGAATATACCGATTGGAGTGCAAGATACCGCGACTAG	MDSNVFKGKWKQMKGEAKKQWGKLTDDDLDVIDGQKDKLVGKLQERYGHTKDAAEREYTDWSARYRD				NA	NA	NA	NA	NA
JZ016_04853	276			hypothetical protein	ATGTTGGAATCCCGGGTTGTGACCGGCAAGGTGATCGATATTCGTGACGGCAAGGTGTTTACCTTACACGGAGACATGGTCAGCACCTATCATTTGGGATACTATGAGATGATGAATGAGGAAGTTCTCCCTGTCAGAGACAGTCAGCAGGCGGCATCTTCCACCGCGGGGCTACTGGCGGAGGAAACTGCCGAATCCTCCGGCTGGCTCCACAGGGAGTGGAAGCCGCTGACCAGCTTCATAACCGCTTGGAGAAAGAGTGCAAATCGAGCCTGA	MLESRVVTGKVIDIRDGKVFTLHGDMVSTYHLGYYEMMNEEVLPVRDSQQAASSTAGLLAEETAESSGWLHREWKPLTSFITAWRKSANRA				NA	NA	NA	NA	NA
JZ016_04854	669			hypothetical protein	ATGGTTGCACTCGTAGTCGGGGCCACAGGGCTTGTGGGGCGTATGGTAACCGAAGAACTGCTGGGGCGCGAGGAGCTTGAAGAGGTTCGCGTGCTGGTACGAAGTCTTCCTGATATAACGCATCCCCAGTTGAAGCCCATCTTGGTGGAATGGGATCAACTGGATCGATACAGCGATGCTTTTTCTGGCGTCCACAGCGTGTATTGCTGCCTGGGAACCACGATCAGGAAAGCGGGGTCCCAGCAGCAATTCCGTAAAGTGGATGTGGATTATGTCATCAAGACAGCGGAGTTGGCTAAGCGGCACGGGGTGAGACAATTTATGGCGGTCAGCTCCGCAGGCGCTAATCCGAAGGTTCGTAATTTCTATCTTCGTACCAAGGGTGAGGTTGAAGAAAAGCTGGCCGAGATTGGCTTTCGGGGTCTGCATCTGTTCAGACCGTCATTATTGCTGGGCGAGCGGCCCGAGCGGCGGTTTGGAGAGCGGGTGGCATCTGTTCTCATGACTTCCCTGGACTTTGCATTCAAAGGTCCGAAGCTGGCCCCATACCGGGCCATACCAGCGCGGAAAGTAGCCAGATCGATGGTGAATATCGGCTTAACGGATATGAAAGGCCACCATGTATACACCAATGAAGTCATTCATGTTCTCGGCGAGGCCGCTGAATAA	MVALVVGATGLVGRMVTEELLGREELEEVRVLVRSLPDITHPQLKPILVEWDQLDRYSDAFSGVHSVYCCLGTTIRKAGSQQQFRKVDVDYVIKTAELAKRHGVRQFMAVSSAGANPKVRNFYLRTKGEVEEKLAEIGFRGLHLFRPSLLLGERPERRFGERVASVLMTSLDFAFKGPKLAPYRAIPARKVARSMVNIGLTDMKGHHVYTNEVIHVLGEAAE				NA	NA	NA	NA	NA
JZ016_04855	381	tdcF	COG0251	Putative reactive intermediate deaminase TdcF	ATGAGTAAACATATCATATCGACCAACAAAGCACCGGGAGCTATCGGGCCTTACAGCCAAGCTGTAGAAATCAACGGATTCGTCTATACCTCAGGCCAGCTCGGCCTGAATCCGGAAACGGGTGAATTCGGCGAGGGAGTTCAGGAGCAGGCGAAGCTGTCTCTTAGCAACGTGAAGGCGATCCTTGAAGCAGCCGGGACAAGCCTCGACCATGTGGTGAAAACCACCGTATTCTTGAAGGATATGAATGATTTTGCAGCGGTTAACGAAGTGTACGGCAGCTTTTTCTCCGAGCCCTACCCTGCTCGCAGCGCCGTTGAGGTTGCTCGTTTGCCGAAGGACGGACTGGTTGAGATTGAAGTCATCGCCGTTAAGCCATAA	MSKHIISTNKAPGAIGPYSQAVEINGFVYTSGQLGLNPETGEFGEGVQEQAKLSLSNVKAILEAAGTSLDHVVKTTVFLKDMNDFAAVNEVYGSFFSEPYPARSAVEVARLPKDGLVEIEVIAVKP	PGPT0020030_3666	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020030-ridA|tdcF-K09022	NA	NA
JZ016_04856	765			hypothetical protein	TTGTACCGCAACAACCCGTACCGCTGGTGGAATCTGCTGTTTTTCGCCGGTGTAATTGCCGTGAATGTGTTATCAGGCATGCTGCCGCTTGGCGGCAGAACAACCGGGGAGATATCAGATATGTATTATACAGCGATCACTCCCGCAGGATATGCCTTTTCCATATGGTCCGTCATCTATGTGCTGCTGTTCTTTTTTGTCATCTATCAGCTGCGTCGCGACACCGGAAACCGCGATTCGGTAAAATCCATCGGTCCATGGTTTATCCTCAGCTGTGTATTCAATATGGCATGGCTTATTTTGTGGCACTATTTGTATATTGAATGGTCTGTCGTGGTGATGTTCCTGCTGCTGTTAACCTTATGGGTTCTATATGCCCGCACGCATACGATCGACTATCCGACGTCAGGGGAAAAGTTTTGTCTGAAATTGCCGTTCAGCCTATATATCGGCTGGGTATGCCCTGCCTTTATCGTCAACGTCGGAATCGTGTTTCAGAAGAATGACTGGAGCCTTTTCGGCCTGCGCGAAACCACTTTGGGGATTGTGCTGCTCTGCATCGGTGCATTACTCGCCATATGGATCGGCCAGCGTTACCGGGACAGCATCGTGCCGCTGGTCTTCACTTGGGCTTACATCGCCATCGCGGCCGAGCATCGGGAGACCGACAGCATTTTAATGACCGCCTTTGTACTCTCTATCGTCCTGTTTGTATATGCCATATGGCTCTTCTTTACCCGCAATCGGAGAAGATCGCTATATTAA	MYRNNPYRWWNLLFFAGVIAVNVLSGMLPLGGRTTGEISDMYYTAITPAGYAFSIWSVIYVLLFFFVIYQLRRDTGNRDSVKSIGPWFILSCVFNMAWLILWHYLYIEWSVVVMFLLLLTLWVLYARTHTIDYPTSGEKFCLKLPFSLYIGWVCPAFIVNVGIVFQKNDWSLFGLRETTLGIVLLCIGALLAIWIGQRYRDSIVPLVFTWAYIAIAAEHRETDSILMTAFVLSIVLFVYAIWLFFTRNRRRSLY	PGPT0014330_40	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014330-ytaB-K05770	NA	NA
JZ016_04857	1617	rssB_9		Regulator of RpoS	ATGAGAGTATTGATCGTAGATGACGAACAGCATGTGCGGGAGGCTATAGGGCTTCTGGCAGACTGGAAGCGGCATGGCATCACGGAAATTGATCAGGCCGCTGACGGGGAGGAAGCGGTCCGCTTAATCGAGGAGAACAAACCGCAAATTGTCATGACCGACATGCGAATGCCCCGCAAAAACGGACTGGAGCTGCTTACCTGGCTCCATACTACGAAACCGGATATTAAAGTGCTCGTCATTAGCGGATATGATGATTTTGAATATGTGCGTCATACGATCCGTTCGGGAGGCATTGACTATATTCTCAAGCCCGTTGAACCGGACAGCTTGAACGAAGCGCTGGCCAAAGCGGTTCAAACCTGGCAGCTCGAGGAAGAGAAGCGGCAGCAGATTACTAACCAGAATATTGAAATGAATCAGATGGCCCCTTTCTATATGGACCGCCTGCTCTCGGATCTGGTTAACGGCTACGGCAACAGGGACAGCGTGGTTTCTCAATTGCGGAACCGGATGACGCTGCCGGCAACCGGCATGATCTATAACGTTGCCGTCCTACGCGATGATCAATTTGACGAAGCTTTGCTGTCCAAATTCCGCAACAGGCGCCATCTGCTATCCTTCACGCTCATCAATATTTGCAATGAGCTGTTGATGGATCAGGGGGTTGCCTTTCGACATATCGACAAGCCCGGGGAAATCATGATCCTCTGTTGGAATCCGCGGCTTCCCTTTAACGACGTACTCGATCGAATCAATGACGGGTTCTTCTCCACCCTTCGCAGGCGGAGCCATTTCGGTGCCGCCAGAGCATGCGCCTTTCCCGATGATCTGCCGAAGGCTTATCTAAATGCCGTCCAAGCTTTGTGCAGCCGCAATCTATTAACCGGCAAATCCCGTATCCATCGCGAACGCGCCGTTGAAAGCGAAGGCTCGCGCACCCTTCGGCTCTCCTCCTACGAGGAGAAATTCAAACTGGCCGCGCTTAGCGGGAGCAAGGAGCGCATTGAGGCAGCCACGGAAGAATGGCTGCACGATGTGAGAGAGAGGGATCTCGTATCGCCGGAGCATCTGGCGAGATGGAATTCGGAGTGGGACTGGATCCAGTATCATTGGACGGAAAATGAAGTGAAAAGCACGCAGGAGCCCATCGAAGACGCTGAAATCTCGCAGGACCTCCCTTCCCCGCTTCCTTACAGCGAGGAGGGAATGATCTGCTGGGATCGCTGGCGCGAGCAGATCAGCGGAAGGCTGTATGCAGCATCCCGGGTTCTTACCCAGATTCATTCCAAGGACAGTCACATCATTCATGATATTGCCCACTATTTGGAGCAGCACTATCATGAGGAGATTTCCCTTCAGCAAATTGCGGGGAAATTCTTTCTTAGCAGGGAGTACATTTCGCGAAAATTCAAGCAGGAATTCGGCGTAACGTTATCGGATTTTCTCGGGCGGATTCGTATCGACAAAGCCAAAACGCTGCTGCTCAATCCCCAGATCCGGATCGCCCAAATCGCGGAGATGGTTGGTTACCAGGATGAGAAGTATTTCAGCAAAGTGTTCAAAAAGATGGAGGGTTTCACGCCCAACGAATACCGGAAGAAACCTATGAGTTAA	MRVLIVDDEQHVREAIGLLADWKRHGITEIDQAADGEEAVRLIEENKPQIVMTDMRMPRKNGLELLTWLHTTKPDIKVLVISGYDDFEYVRHTIRSGGIDYILKPVEPDSLNEALAKAVQTWQLEEEKRQQITNQNIEMNQMAPFYMDRLLSDLVNGYGNRDSVVSQLRNRMTLPATGMIYNVAVLRDDQFDEALLSKFRNRRHLLSFTLINICNELLMDQGVAFRHIDKPGEIMILCWNPRLPFNDVLDRINDGFFSTLRRRSHFGAARACAFPDDLPKAYLNAVQALCSRNLLTGKSRIHRERAVESEGSRTLRLSSYEEKFKLAALSGSKERIEAATEEWLHDVRERDLVSPEHLARWNSEWDWIQYHWTENEVKSTQEPIEDAEISQDLPSPLPYSEEGMICWDRWREQISGRLYAASRVLTQIHSKDSHIIHDIAHYLEQHYHEEISLQQIAGKFFLSREYISRKFKQEFGVTLSDFLGRIRIDKAKTLLLNPQIRIAQIAEMVGYQDEKYFSKVFKKMEGFTPNEYRKKPMS				NA	NA	NA	NA	NA
JZ016_04858	1785			hypothetical protein	ATGAAATACCGCAGCATCCAGACCCGGCTGATCACATTCATGCTCGCCGTCACAACCATTCCGCTTCTGCTGTCGCTTTACATTACGTTTACGCATACCCGCGAGTCCGTGAAGGAGCAGACGGTGGATGAAAATATACGGCTGATTTACCAAGGAGCCACCAATCTGATGAACTATTTGCGCGTCATCGACCGCGCCTCCCTGTCCGTATATTCCGATCCCCATTTTTTGCGTAATCTTGCCCTGGATCCCGATAATCACCGGGTGGTGGCCGAGCTGTATACGACCTTGCAGGCCATTCAAACGGGCACGCAGGACGTGCATCAAATTTATCTGCACAATCATTTGACGGGACAGTCCACCCAGATATCCAGCAATTTGCCTCGCAGGGAATTCCGGCAGGCCCCTTACCGTAAAATAGAAGAATTCGGCCCGGGCAATACGGCCATCGAGCCCGTCCATCAGGTGCACAGTTACGGGTTCCCTCCGCGGCCTGCGGACATTCTGAATTTTGAAGTTTTCACCTTCTATCGCTCCATCACCAACGTACCGTCACCCGACCAATATGCCCTTATGGCGATCGATGTGAAACTTGACAGTATTTTGGCCATTTGCGATCAACTGTATGCCAAAGGGGAAGAACAGCTATACTTGATTGATGACAAGGGAAGCATCATCTACAGTCCGGATCCGCAGCAACGGGGGCAACGTCTGGACGACCCTGTGCTCATGGGCGAAATCGCTCAAGCGGAAAATGGTTACTACGATGGCAAAGACGCGATGATCGTATATGAGAAACTCGATTTGCCTTATGCGCCCTGGACGCTTGTCAAACAAATTCCGCATCAAACGCTGTACAAGCATTCGACAGAACTAACGAGCATTAATGCGATTATTGCGATTTTAGCACTGTTCATTGTCATATTCGGCACGCTATGGATATCCATTCGGATTACAAGACCCATTAAACAACTCACAAGCTATATGAATCAGGTGAAAACCGGTCGGCTTGACGTGGATATTGACGTAACAAGCCCGGACGAGATCGGGATTCTCTCCCGCCGCTTCCGAACGATGATGGACACCATCAACAACCTGATCCTGCGTGAGTACCGGCTGGAAATCGCCAATAAGACCAATCAGCTGAAGGCACTTCAGGCGCAGATTGATCCGCATTTTCTGTACAATTCGCTCCAGTCGATCGGTACCCTGGCCCTGCAGCATAATGTGCCGCGGATCTATTCCCTGCTCTCATCGCTGGCGAATATGATGCGCTACAATATGCGCAACAGCGAGGGCAAAGTGACCCTGCAGGATGAGATCAACCATGTGCGGCTGTATCTTGAGCTGCAGAAGCAGCGGTTCCGTGACCAGCTGGACATCACATGGGATTTGGATCCCGAGAGCCTTACGACTCCGGTTCCGAAGATGATCCTGCAGCCGATAGTTGAGAATTATTTTAAGCATGGCATGAATACGCACGCCGGCGTCGGCCATATATCCATATCTTCCCGCATCGCGGAAGATCGCCGCTTGATCGTCATCGTTGAAAATAACGGGTCCTCCATCGAAGAAGCCGAGCTCGCTTTGATTCGCAGCAAGCTTGCGACCGCTTACGGCCACCCTGACCGGAACGATGCCGGCAATGAATCGATTGGGCTCTTAAATGTTTTGATGCGATTGAACTTATACTCCGACAACAAGGCCGGATTAACGATAGAGAATGTAATACCACACGGCGTCAAGGTCACGCTCGATATCAACGCATGGGAGAGTGAACAGTAG	MKYRSIQTRLITFMLAVTTIPLLLSLYITFTHTRESVKEQTVDENIRLIYQGATNLMNYLRVIDRASLSVYSDPHFLRNLALDPDNHRVVAELYTTLQAIQTGTQDVHQIYLHNHLTGQSTQISSNLPRREFRQAPYRKIEEFGPGNTAIEPVHQVHSYGFPPRPADILNFEVFTFYRSITNVPSPDQYALMAIDVKLDSILAICDQLYAKGEEQLYLIDDKGSIIYSPDPQQRGQRLDDPVLMGEIAQAENGYYDGKDAMIVYEKLDLPYAPWTLVKQIPHQTLYKHSTELTSINAIIAILALFIVIFGTLWISIRITRPIKQLTSYMNQVKTGRLDVDIDVTSPDEIGILSRRFRTMMDTINNLILREYRLEIANKTNQLKALQAQIDPHFLYNSLQSIGTLALQHNVPRIYSLLSSLANMMRYNMRNSEGKVTLQDEINHVRLYLELQKQRFRDQLDITWDLDPESLTTPVPKMILQPIVENYFKHGMNTHAGVGHISISSRIAEDRRLIVIVENNGSSIEEAELALIRSKLATAYGHPDRNDAGNESIGLLNVLMRLNLYSDNKAGLTIENVIPHGVKVTLDINAWESEQ				NA	NA	NA	NA	NA
JZ016_04859	882	melD_7	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGAATCGAAAAAAATCTTCGGCGCTGCTGCAGCAGTTTCTTTTCGTGGGACCTTCCACTATTTTTTTCATCCTGATCATGATCATTCCGTTCCTTCTGGGTCTTTATTATTCCTTCACGAACTGGAATGGCGTGTCAAGCAAAATCGACTTTGTCGGCTTTGATAATTTTGTTACCATTTTTACCAATGATGATAAATTCCGTGATGCCTTCTGGTTCACAACCCGGTTTACGGTGCTTGGCGTCATCCTTACGAATCTGCTCGGATTTTTACTGGCGTACTTCCTGACCAAGCCGCTTAAAACACGGAACGTGCTCCGAACGATTTTCTTCATGCCTAACGTCATCGGCGGCCTGCTGCTCGGTTTTATCTGGCAGTTTATTTTTGTCAAAGGGTTTGCGGCGATCGGTAATGCCACCAACCTCGGATTCTTCAATCTGCCGTGGCTCGGTACGAAGGGAACTGCCTTTTGGGCAATTGTAATCGTTTTCGTATGGCAGACGGCCGGTTACCTGATGGTCATCTACATTTCCTCGCTCAACAACGTGCCGAAGGATATTCTTGAGGCAGCCGAAATCGACGGCGCGAGCAGAGGGCAGGTACTGCGGTCCATCATTATTCCGCTCGTTATGCCAGCGGTTACGGTATGTTTGTTCCTGGCGATTTCCTGGTCCTTCAAAATGTTCGACTTGAACCTATCCTTAACTAAAGGCGGACCGTTCGGCTCCACGGAGTCGGTGGCCATGAATATTTACAACGAGGCTTATACGAATAACCGTCTCGGGCTCGGAACGGCGAAGGCGGTCATCTTCTTCATCGTGGTTGCCATCATAACAAGTCTGCAAGTTCGATTCACGAAGAGCAAGGAGGTTGAAGCGTAA	MNRKKSSALLQQFLFVGPSTIFFILIMIIPFLLGLYYSFTNWNGVSSKIDFVGFDNFVTIFTNDDKFRDAFWFTTRFTVLGVILTNLLGFLLAYFLTKPLKTRNVLRTIFFMPNVIGGLLLGFIWQFIFVKGFAAIGNATNLGFFNLPWLGTKGTAFWAIVIVFVWQTAGYLMVIYISSLNNVPKDILEAAEIDGASRGQVLRSIIIPLVMPAVTVCLFLAISWSFKMFDLNLSLTKGGPFGSTESVAMNIYNEAYTNNRLGLGTAKAVIFFIVVAIITSLQVRFTKSKEVEA	PGPT0016335_1689	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_04860	837	melC_13	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGGAGACCACGAGAAAATACCGGCTGAACACCATGGCCACGGAGATCATCATGATTATCGTAGCCTTGCTCTTCCTGGTCCCGTTCTACTTCCTGTTCGTGAACTCTGTCAAAACCTTCGGTGATCTGTTGACGGACTCGGCAGGACTCCCGACCACTCTTGAATGGAGCAACTATTCACGGGCGTGGGATATCACCAATTTCCCGCAGGCGTTCTGGAACTCGCTGGTCGTTACGGTAGCCAGCAATCTGCTGCTGGCGATGTTAAGTGCGATGACCGCGTATCAGATGGTTCGCCGGAACACGCGCTTTAACCGGATCATGTTTGCACTGTTTGTGGCGGCGATGGTCATTCCGTTTCAATCGATCATGATTCCGCTCGTGAAAGTGACGGCAACGCTGGGCATTAACAACAGTTTGTACGGGCTCATTATCTGTTACCTGGGCTTCGGAGTTCCGCTAAGCGTATTTCTGTTCCATGGCTTCGTGAAATCGATCCCGATGGAGATCGAAGAAGCCGCAACCGTGGATGGATCCAGCGGATACGGCGTATTCTTCCGGGTGGTATTCCCGCTGATGAAGCCGATGTTCGTTACGGTTATCATCCTGAACACCCTATGGATATGGAATGACTACCTGCTGCCATCCTTGATCCTGCAGTCCGCAGATCTTCGGACCATTCCGATTGCTACCTTCGCCTTTTTTGGGCAATATACCAAGCAGTGGGATTTGGCTCTGCCGGCGCTGGTGCTGGGGATCATGCCGGTCATTATTTTCTTCCTGGCCATGCAGAAATACATCATTGAGGGCATTACGCAAGGAGCGGTGAAGGGATAG	METTRKYRLNTMATEIIMIIVALLFLVPFYFLFVNSVKTFGDLLTDSAGLPTTLEWSNYSRAWDITNFPQAFWNSLVVTVASNLLLAMLSAMTAYQMVRRNTRFNRIMFALFVAAMVIPFQSIMIPLVKVTATLGINNSLYGLIICYLGFGVPLSVFLFHGFVKSIPMEIEEAATVDGSSGYGVFFRVVFPLMKPMFVTVIILNTLWIWNDYLLPSLILQSADLRTIPIATFAFFGQYTKQWDLALPALVLGIMPVIIFFLAMQKYIIEGITQGAVKG	PGPT0016340_1337	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_04861	1290	msmE_2	COG1653	Multiple sugar-binding protein	ATGAAGAAATACGGTAAGCTGCTCCTGGTCATGGTTCTGGCTTTCTCTACGCTGCTTGCAGCCTGCGGCGGCAAGAATGAGGACAATCAAGGCGCTGATGGTGGTGCCGAGGGCGGAACGAAAACGATTAAGATTTTTCAATTTAAAGTCGAAATCGCCGAGGCTCTGAATAAACTGAAAGCCGAATACGAAAAAGAGCATCCCGGCATTAAGCTGGACATTCAAACGGTTGGCGGCGGTTCGGATTATGGCGCGGCGCTGAAAGCGAAGTTCGCTTCCGGCGACGAGCCGGACATTTTCAACGTTGGCGGATACCGCGATCTTGAAACGTGGTTCGAGAATGTTGAGGATCTCTCAGACCAGCCATGGGTGAAGGATGTTGTTGACGTTGCCAAAGAGCCTATGACCAAAGACGGTAAACTGTACGGACAACCGATGACGATCGAGGGTTATGGATTTATTTACAATAAAGATTTGTTTGAAAAAGCGGGAATCACCGAGCTTCCTAAGACGCTCACAGAGCTTGAGGAAGCAGCCAAAAAACTGCAAGCAGCCGGTATTACGCCATTCGTGAACGGTTACCAAGAGACCTGGATTTTGGCCAACCATTTGCTGAACATTCCGTTCGCCCATCAGGAAGATCCGAATGCATTCGTTAAAGGAATGAATGAAGGCACGGAGAAGCTGGTTGGCAACGCGAAATTCGACGAATGGATGAGACTGTTCGACCTCACCGTCCAATACGGCCAGAAGAACCCGCTGACGACGGATTACAACACGGAAATCACGACCTTTGCCAGCGGTGAAGCGGCTATGACCCAGAACGGGAACTGGACGCAAGTACAGATCGACGGCATCAATCCGGATCTGAACATCGGCCTTCTGCCGATGCCGATCAATGACAATGCCGAAGAGAATGACAAACTTCCGATCGGCGTGCCAAACAACTGGGTCGTGAACAACAAATCGCAGGTGAAGGATGAAGCGAAGGAATTCCTGAACTGGCTCGTCACTTCGGAGACCGGTAAACGTTACATTACGGAAGAGTTCAAGTTCATCCCTGCACTGACCAGCATCGAAGCAAACAGCGAGACGCTTGGCGATCTGGGGAACGATGTCATGAAATACAGCAAAGAGAACAAAGCGCTCAGCTGGGAGTTCAACAAATTCCCTGACGGCGGCATGAATGAATTCGGCAGCCAGATGCAAGGTTATGTGGCAGGCAATGTGGACAAGAACCAATTGTTCGAAGGCATTCAGAAATCATGGGAAAGCTTGAAAGCGAAGTAA	MKKYGKLLLVMVLAFSTLLAACGGKNEDNQGADGGAEGGTKTIKIFQFKVEIAEALNKLKAEYEKEHPGIKLDIQTVGGGSDYGAALKAKFASGDEPDIFNVGGYRDLETWFENVEDLSDQPWVKDVVDVAKEPMTKDGKLYGQPMTIEGYGFIYNKDLFEKAGITELPKTLTELEEAAKKLQAAGITPFVNGYQETWILANHLLNIPFAHQEDPNAFVKGMNEGTEKLVGNAKFDEWMRLFDLTVQYGQKNPLTTDYNTEITTFASGEAAMTQNGNWTQVQIDGINPDLNIGLLPMPINDNAEENDKLPIGVPNNWVVNNKSQVKDEAKEFLNWLVTSETGKRYITEEFKFIPALTSIEANSETLGDLGNDVMKYSKENKALSWEFNKFPDGGMNEFGSQMQGYVAGNVDKNQLFEGIQKSWESLKAK	PGPT0016330_1970	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_04862	213			hypothetical protein	ATGAGTTTTGTTGGCGTTGGTATTATCGGGATTTTGACATTATTACTGGGATTATTCTTCTTCCTTCTTCACATTGCCGTCTGCGTATGGGGTTATAATGACGCCCGGCGAAAAGGCCGCAGCCCTGAATTTGCGATTCTGGTTGTGCTCGGCTTGTTGTTCTTCCCTGTTGTTGGTCTCATTATTTATTTGCTGATCCGAAATCATTATTAG	MSFVGVGIIGILTLLLGLFFFLLHIAVCVWGYNDARRKGRSPEFAILVVLGLLFFPVVGLIIYLLIRNHY				NA	NA	NA	NA	NA
JZ016_04863	3102	rapA_3		RNA polymerase-associated protein RapA	ATGAATCAACCGCTCTATGGCGTATGGTTAGGTGATGTATTCTTTTGTTTTTCCGGTGAGGTTTCGGAACCGAGAGTGGATGCTTGGAGCCGCGTGGTCCGTACCTTTCGCAGACCGGATGGAATCCGTCCCTTCGCTAACGCTTCCCTCCGGCTTGCCGAGCTCCGATATCCGGCCAAAGTTCTCGGATCGAAAAGCGCACGGCGTCCGGAACGGAAGACACTTGGCGGACGGACGATGGAAGGGCTTGCTCTGACACCGGGAGACGCATTTCAATTGCTGATCTCGCTGGATCCTGAGTATTACCAGACTCAGGGCCTAAGCGTTGGTGAAGAAATGGAATATTGGGTACAAGCGAGCAGATTCGCATTGGAGCTGCTCCTGCAAGGGAAGTTTGCACCAGGGACGGCCGAGGTGCCTTCCGTAGGCAGGCGTCGGACAACGATGCAAAATATAAAGGCGGTATGGAAGCCGCAGCTGTCTGCCGAGGATGGCGCGCGCTTTCTACAGCTGGCAGCGAGTATCCCGCCCATTGCGATTGGGACGCCGGCAGCTCTTGCCGGATTCGATCCTTCTACTCGTGAGGAAGCAGGGGCTATTGTGCTGTATTCTTTTCTGTGCGGCGTGATCGACAGCCAAGTCCGGGCGGCTGTCCGCGAATCGGAGGATAAGCTGCGGACCTATCTGGCGAACTACCGGCGGGGACAATCTCCGCTGGCCGAGCTGTGGTGGAACAGCCTGTTGACCGTCAGTCGGGACATTCCCATTCAAGGGACGGCGGAGGAAGTGAGCGAGCTGGAGGAAGCCGTTGAACGTGTTGGAGGGACGGCGTTTCCTTATGACAGCGGGGAGGATCAGCCTCCCGAGAACGGGACCATTGGACTTGGGCTGCGGCTTGAGCCGCCCCTGGATGAGAGCCGGAAGGACTGGAAGGTGTCCTTCTGGGCACGCAGTCAGGAGGATGAAGGCTTATCGATGCCCGTCCGCAGCATCTGGGGAAATCCGGAATCCGATCAGCTGATCCGCGGACGGATGTATTCTAGGGTTCAGCTGCAGCTGTTGATGAAGCTGGGAGAAGCGGCAGAGCTGGCACCGGAGCTGGCCGCTGGCTTGTACGGACGTGCTCCCGAGAGCGTGTCCCTGTCGCTTGACCGCTTGTCCACATTTATGAAGGAATCGGTTCCGAAATTAACGGCAAGCGGAGTCACGGTTCAAATGCCTTCACGATGGAGCAGGGAAGGGCGCCGCCGCGTCGGCTTATCCCTCAAAATGATGCCGGATGCAAGACCATCCGGCGAAGCGCATCCTCTGCCGGTGCTCGGCATGGAGCATCTGGTCAGATTTCAAATCTCCGCAGCGATGGGAGGCCAATCCCTGACGCGCGAAGAATTGAAGTTTCTGGCCGAACAGAATCTGCCCTATGTCCAGTTCCGCGGGGAATGGGTTGAGGTGGATCTGAAGGAGATCAGCCAAGTGCTGCGGTTCATGAAACGCCATGAGAAGGGCGAGATGGAGCTTGCGGAATGGATGCATCTTAGCGCGGATATGGATGGAGAACGCATGTGGAAAGGTCTCTTTATCGAGGAAGTGGAGACAACCGGTCTGCTGTCCTCCTTACTGGATGGCGAAACGGCCCGCAAGCTGCCGTCTCGCCCGATTCCTTCCTCGCTTCACGGCGAACTGAGACCGTATCAGGAACGGGGATACCAGTGGCTTAGCGTAATGCGCGATTTGGGATTTGGTGTTTGCCTTGCCGACGATATGGGACTTGGAAAAACGGTACAGGTTATAACCTGTCTATTAGAGCGTCTCAATACGGAAACGGCTGGCGGTCCGGTGCTGATTATTTGCCCGACTTCGCTTCTGGGTAACTGGCAGCGGGAAATCCAGCGATTTGCACCGGATCTGACCTTGCATGTGCACCATGGCGTTCGACGTCTGCGTGGAGAAGACTTCCTGCAGGAAGCAGCCAATCATGATATCGTGCTGACCACGTATCATTTGGCGGGAAGAGACGGCGGTGATTTATCCGCTATCCAGTGGTCGAGTGTGGTGCTTGACGAAGCACAATATATTAAGAATTACCGGACGAAGCAGGCGCAGAGCGTCATGAAATTATCCGCGCCTCACCGCATTGCCATGACCGGAACACCGGTGGAGAACCGTTTGGCGGAGCTTTGGTCGATCTTTCATTTTCTTAATCCGGGATATCTCGGCTCCTTTAACGCCTTCCGTCAGCGATATGCGCCGGGAGAGGGACAGCAGGAGAGATTCCGCGAGCTTCATAAGCTCGTATCTCCATTCATGCTGCGCAGACTCAAGAGCGATCCGGATATCCGCAAGGATCTGCCGGAGAAACTGGAATTGAAATCGTATTGCCCGCTGACCGAGGTTCAAGGTGCGATGTACCAAGCGGTTGTCGATGAGATGATGGGACAGATCGAAAGCCGGACGGGCATGGCGCGCAAGGGACTTGTGCTTTCATCCCTCACCAAGCTGAAGCAGATATGCGATCATCCGCAGCTGCTTCGACGCGACGAAGGACGTGCGGTGCGTGCGGAGTCCTCGGGCAAAATGGAGCGCATGCTTGAAATTCTCGACAGCATCGCGGATGTTGGAGAATCCGCGCTGATTTTTACCCAGTATGTAGGCATGGGTGAATTGCTGGTAAGCATGCTTGGGCGTAAATACGGGAAGGAGCCGTATTTCCTTCATGGCGGGGTGCCCAAACGGGAGCGGGATGAGATGGTACGGGCGTTCCAGGCAGGCGAGGGGACCGAGTTTTTTGTTCTGTCGTTAAAAGCCGGGGGCGTAGGTCTGAATTTGACCCGTGCGAACCATGTGCTCCACTATGATCGTTGGTGGAACCCGGCGGTTGAGAATCAGGCGACGGACCGTGTGTTCCGGATCGGCCAGCATCGCAACGTTCAGGTGCACAAGCTGATTTCTCAGGGAACGCTGGAGGAACGGATTGACGAGCTGATTGAACAGAAGAAGGCGTTGTCCGAGCAGGTGGTCGGGTCGGGCGAAACATGGCTGACGGAAATGTCGGACGGTGAGCTGCGCCAGTTGATCGAGCTGCAAGAGCAGGATTGGATGTAA	MNQPLYGVWLGDVFFCFSGEVSEPRVDAWSRVVRTFRRPDGIRPFANASLRLAELRYPAKVLGSKSARRPERKTLGGRTMEGLALTPGDAFQLLISLDPEYYQTQGLSVGEEMEYWVQASRFALELLLQGKFAPGTAEVPSVGRRRTTMQNIKAVWKPQLSAEDGARFLQLAASIPPIAIGTPAALAGFDPSTREEAGAIVLYSFLCGVIDSQVRAAVRESEDKLRTYLANYRRGQSPLAELWWNSLLTVSRDIPIQGTAEEVSELEEAVERVGGTAFPYDSGEDQPPENGTIGLGLRLEPPLDESRKDWKVSFWARSQEDEGLSMPVRSIWGNPESDQLIRGRMYSRVQLQLLMKLGEAAELAPELAAGLYGRAPESVSLSLDRLSTFMKESVPKLTASGVTVQMPSRWSREGRRRVGLSLKMMPDARPSGEAHPLPVLGMEHLVRFQISAAMGGQSLTREELKFLAEQNLPYVQFRGEWVEVDLKEISQVLRFMKRHEKGEMELAEWMHLSADMDGERMWKGLFIEEVETTGLLSSLLDGETARKLPSRPIPSSLHGELRPYQERGYQWLSVMRDLGFGVCLADDMGLGKTVQVITCLLERLNTETAGGPVLIICPTSLLGNWQREIQRFAPDLTLHVHHGVRRLRGEDFLQEAANHDIVLTTYHLAGRDGGDLSAIQWSSVVLDEAQYIKNYRTKQAQSVMKLSAPHRIAMTGTPVENRLAELWSIFHFLNPGYLGSFNAFRQRYAPGEGQQERFRELHKLVSPFMLRRLKSDPDIRKDLPEKLELKSYCPLTEVQGAMYQAVVDEMMGQIESRTGMARKGLVLSSLTKLKQICDHPQLLRRDEGRAVRAESSGKMERMLEILDSIADVGESALIFTQYVGMGELLVSMLGRKYGKEPYFLHGGVPKRERDEMVRAFQAGEGTEFFVLSLKAGGVGLNLTRANHVLHYDRWWNPAVENQATDRVFRIGQHRNVQVHKLISQGTLEERIDELIEQKKALSEQVVGSGETWLTEMSDGELRQLIELQEQDWM				NA	NA	NA	NA	NA
JZ016_04864	738			hypothetical protein	ATGGAATCTGCGGAATCGGCCGAACGGACCGGGCTGGTGATCGAACCCGGATGGTTAAAAGGGAAAGTGGATGGAGCGCCCGAATCATCGGGGAGCTATGAGGTCAGCGTTCAGGTAAAGACGCTGAGCCCTGCTGCCCGCGAGGCCGTGCTGGCTTATCTGGAGGAAGACCCGCAGGCGCTGTACCGCCTGCTTGCAGGGCAGGACGCCCCTTGGCTGGCCGAGCTGGCGCCGTCCCCCCTGCAGGGCGAAGAGCCGGCCGCCTCTGCCCGCTGCACCTGCGGCCAAGCGGCCTGCGGACACGCCGCAGCCGTGCTGGCTGCCGCAGCCCTGCGGCTTGCGGCTGAGCCGCTCCAGCAGCTGACGCTGCTGGGGCTGCCGCGGGAAGCGCTGCTGGCCGGCGTCTTTGGCGCCTGGGCCAAAGCAGCTCCGCCGCAGGCAGGCGGCTCTGCCGCAGAGCAGGCCGCCCGCGCGAAGGAGAAGGGGCCTTCCGGCCCTTCTCCGGGCGAATGGGTGGCCGAAGCGGCGGCCGAGGGCCGATTGCACCGGCCCGGCCCGCAGCTTAGTGAGCTGGCGGTGCAGCTGTCACCGCCGCCTCCGGCAGATCAGCTGGGCCCAGTCGGCGACTGGACAAGCTTACTGCCAGGCGTTCGCGGCGCGTCCAAAGCGCTCAGCGTGATTGCCCGCGGCGCGGCCAAGCAAGCCGAGCAGAAGCGCCGCAGCTTAAAGTCGCCGTAA	MESAESAERTGLVIEPGWLKGKVDGAPESSGSYEVSVQVKTLSPAAREAVLAYLEEDPQALYRLLAGQDAPWLAELAPSPLQGEEPAASARCTCGQAACGHAAAVLAAAALRLAAEPLQQLTLLGLPREALLAGVFGAWAKAAPPQAGGSAAEQAARAKEKGPSGPSPGEWVAEAAAEGRLHRPGPQLSELAVQLSPPPPADQLGPVGDWTSLLPGVRGASKALSVIARGAAKQAEQKRRSLKSP				NA	NA	NA	NA	NA
JZ016_04865	879	yodJ	COG1876	Putative carboxypeptidase YodJ	ATGAATGCATTTTCGGGAAAACGAACACGATTTACAAGCGCAATGCTGTCATCCTTGCTGTTAGCAGGAGCCATTCTGGCAGGCTGTCAATCGGATGATGCCGGTTCCGGCAAGGAACAGGGTCAGGAATTGCAGTCGCCGGCTGAGGGCCAGGAAGGAAACACACTTCCTGAGGGCGGCGCGGGCAATGAAGAGACAGGGGCTGAGAATCAGCCGGCGGATCCGGTCATGGCGAAGCGGAGCGAGAATGCGCTTCAGGCCACGATCCAGGAAAGCGGCGGCAAGCAGGTTGTAACCAACGCAGAGGCGATGACGGTGGTTGTGAATAAGCAGCGCAGCTTGCCGGATGGTTATGAACCAAGTGACCTCGTGGAGCCGGATGTTCCATTTTCTTTTGATGAGCCGCACGAAAAACGGCATCTGAGAAAAGAAGCGGCGGATGCGCTCGAGGAATTGTTCGCTGCGGCCCAAGCAGACGGCATCGAGCTCCGGGCCGTATCGGGATACCGTTCTTATGCCCGTCAAAAAACGATATACGAGAACAATGTTCGTACCAAAGGGGAAGCCGAGGCTAATCGTGTAAGCGCGGTGCCGGGTACGAGCGAGCATCAGACAGGCCTTACAATAGACGTGTCCAGCCCTAGCGCAGGCAATGCGCTGGAGGAAGCGTTCGGGCATACGGAGGAAGGGCAGTGGCTGGCGCAACGCGCGCCGGAATTCGGCTTTATCATTCGTTATCCGGAAGGGGCCGAGGATATTACCGGCTATGTATACGAGCCGTGGCATATCCGTTATGTAGGCAAGGATCTGGCGCCGGATATTGCCGACAGCGGCTTGACGCTGGAGGAATACTTCGATGAGGCAAACATTAAACTGTAA	MNAFSGKRTRFTSAMLSSLLLAGAILAGCQSDDAGSGKEQGQELQSPAEGQEGNTLPEGGAGNEETGAENQPADPVMAKRSENALQATIQESGGKQVVTNAEAMTVVVNKQRSLPDGYEPSDLVEPDVPFSFDEPHEKRHLRKEAADALEELFAAAQADGIELRAVSGYRSYARQKTIYENNVRTKGEAEANRVSAVPGTSEHQTGLTIDVSSPSAGNALEEAFGHTEEGQWLAQRAPEFGFIIRYPEGAEDITGYVYEPWHIRYVGKDLAPDIADSGLTLEEYFDEANIKL	PGPT0024055_332	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-GLYCOPEPTIDE_RESISTANCE,PGPT0024055-vanY|yodJ-K07260	NA	NA
JZ016_04866	369			hypothetical protein	ATGACAAACGATAAAAAGACGTATTATGTTTCAGTCAATCACAACCTGATCCAGGATGTGCCGAACGATTCGAACGAATATGTCGTATATATGGATGATGAAGAGGTCTCAAAGCTGAGGGGGCTGCTCTATGAAGTCAGCAGCAGCGATCGGTATGCGTTTAAACGCACATTCGTCCCTTACAAGTCGGCAGATCATGACGATGCTGCCGAGCAATACGATGAACGAACGATCAACCTCTACCACTTTCTCCATGAACATGGGGATGAACGCACCCGCAAAACCATTGAGGACATGAACATCATGGGCAAGCTGACCGACACCGGCTACGATGATCCCGGTTATGAGGACTCGCCATTAAATAAGTAA	MTNDKKTYYVSVNHNLIQDVPNDSNEYVVYMDDEEVSKLRGLLYEVSSSDRYAFKRTFVPYKSADHDDAAEQYDERTINLYHFLHEHGDERTRKTIEDMNIMGKLTDTGYDDPGYEDSPLNK				NA	NA	NA	NA	NA
JZ016_04867	822			hypothetical protein	ATGAATATTTTACAAAAGCTTAAGGATGGAGCCAACCGCGCAACGGAAAAGGCGCAGCACGTGGTGGAAGTGAATAAACTCAACAGCCAAATTTCCGAAATCGAACAGCAGAAGAACTCATATTACTTACAGATGGGTAAAGTGTTCTATGAGGGCTACCGTCTGCAGGACATGACGATGGCAGAAAAAGAAATGGTTGAGCTTGCGCAAACCTGCGATGGATTGCAGGAGCAAATCGAAGCGATTCGAAACCGCATTGCGGTCCTCAAGAATGAGCGGGTCTGTGAATGCGGACGGGTGGTCGCGCTGGATGCGAATTTCTGCCCGTACTGCGGAAACAAGCTTGCTAATTTGATACACCCTGAGAAGTCAGCATCGGACGGACCAAGGGAGTCTGAACGTAAGATCGTGTTTGATAAACATGAATTTGCAGCGGCTGAAGAACAACAGGAACAGGATGAATTGTCTACCTATGACTACCGTTCGAATCCGGATCCATACGAGCCGGACATGTACGAGCCGGAGCCGGAACGGCAGCACGAGGAAATGGATCTCTCCGAACCTGAGGTTGATCCGGAACAGCTGCGTATCGAGCAGGAAGAGCAGGAGAAGGAGCGCCGTCACTGGGAAGAACTTGAGCGGGAGCGGGAGCGGCAGCTGGAACTGGACCGCCGCATTCGTTTCTGGCAGGAGAATAACCAAAGTCAGGACTATGTTGGTGATGATGAGGCGACGCGCGATATGGTGAAGTGCCAGATTTGCAGTGTCGACCTGCCAAAAGGCTCGAAATGGTGTCCGCGCTGTGGAGCTGAACAGATTTAA	MNILQKLKDGANRATEKAQHVVEVNKLNSQISEIEQQKNSYYLQMGKVFYEGYRLQDMTMAEKEMVELAQTCDGLQEQIEAIRNRIAVLKNERVCECGRVVALDANFCPYCGNKLANLIHPEKSASDGPRESERKIVFDKHEFAAAEEQQEQDELSTYDYRSNPDPYEPDMYEPEPERQHEEMDLSEPEVDPEQLRIEQEEQEKERRHWEELERERERQLELDRRIRFWQENNQSQDYVGDDEATRDMVKCQICSVDLPKGSKWCPRCGAEQI				NA	NA	NA	NA	NA
JZ016_04868	897			hypothetical protein	ATGGAACAATTGCTGCATCATTTGCGGAATTTGGGATTTACGGAGATTGAATCGAAAATTATGGTAGACCTTGCCGAGTATGGGCCGGCGGGTGGTTATGAAGTGGCAAAACGACTTGGAGCTTCGCGTTCTAATGTCTATGCAGCCATGCAGCGTTTGGAGCGGCAAGGGGCACTTGAGCGAATGGACGGGGAACCCGTCCGTTACCGTTCGCTGAAACCGGAGGAATTGACGCGGATGATATCCGGCCGTGTGGAGGCATCACTCGCTTTTGTTGAGAAGAGCTTGCCGCGAGGAAGCGGCACGGCCGCTCCCTTCCTCAGTATGGAGGGAGATCAGGCGGTGCTTGATGTGCTCGTCCGGGAATTGAAGCGAGCGAAACAGGAGATCGTGGTTGACGTCTGGCGTGAAGAAGCTTCGCTTCTGCGTGAACCGCTGGCTGAGGCGGAGGCTAGGGGTGTTAAGGTGCTGTGGGCTTGTGACGGCCCGGACCAGGGTCTCTCAAGAACGCTGGCATGGTCTGGGTGGAACGGACTTGCGGAGCGCCGGGGAGGCGGCCGGAAATTCTCCTTTGTTGTGGATCGGCAGTGGTGCATACTAGGGATGCGCGGCGGGGAATATGATACAGGGGCGGTTATCACGGAGCATCCGGTAATGGCGGAGCTGCTGCTGCACCATTTTACTCAAGAGATGGTATTGTTCCAGCTTGAACAGGATATGGGTGAGCAGTTGGAAGCCCGTTATGGAGAGCACTTTGGTCTGATTCAGAGCCAGTATCTTAATGCGGAAGCCGACGCTGAAGCACAGGATGACCAGACTGCGGAATCGAAATCGGGCGCGGAGTATGAAGCTGATTCTGACCCAATGGACGGGGATAGCAATCGTAATACGGCCTAG	MEQLLHHLRNLGFTEIESKIMVDLAEYGPAGGYEVAKRLGASRSNVYAAMQRLERQGALERMDGEPVRYRSLKPEELTRMISGRVEASLAFVEKSLPRGSGTAAPFLSMEGDQAVLDVLVRELKRAKQEIVVDVWREEASLLREPLAEAEARGVKVLWACDGPDQGLSRTLAWSGWNGLAERRGGGRKFSFVVDRQWCILGMRGGEYDTGAVITEHPVMAELLLHHFTQEMVLFQLEQDMGEQLEARYGEHFGLIQSQYLNAEADAEAQDDQTAESKSGAEYEADSDPMDGDSNRNTA				NA	NA	NA	NA	NA
JZ016_04869	306			hypothetical protein	ATGGAATGCATCGTTCATTTTACAGTGGGACATAAGGAAGGACCCAAGAAGCTCCGAGGATTGATTTTTGTTGATAAAGGAGAGAATCCTACAGGTCAGCAGCTGCTCGATATGTTTCATGAAATGGAGTATAAGGTGGTACCTGACCCGCAGGATGAACTTCTATTTAAACCGGAAAATCCCGCGGAAAGTTATACTTATATACGTGTGAACGAACTCGATATGGGTCAGGAAAAATATACGGAAGACCGCAATCTGAAATCGCTGCTGAATGAGCTGCTGCCTAAACAGCGCACGGGCTTGTAA	MECIVHFTVGHKEGPKKLRGLIFVDKGENPTGQQLLDMFHEMEYKVVPDPQDELLFKPENPAESYTYIRVNELDMGQEKYTEDRNLKSLLNELLPKQRTGL				NA	NA	NA	NA	NA
JZ016_04870	1104			hypothetical protein	ATGGAGATGTTTATTTTTGCAGGAATCGCAGCATTATTGATTTACGGCTTGCTGGTTTATTATATTGGCCGAAGCGTATGGAGCTGGATGAAGCCAGGTCCGTCCATTGTGCTCAAATGGATATACATAATGGTGCTGACCGTTGTTTCGACATCGTTTATTTCAGGACGGTTCTTCGGCAACCTCACGGTGCTGAGCGTGATAGGATCGTATTGGATGGCTATTTTCTATGTCCTGATCATCCTGCTCCCGTTGATGCACATCATGCTGTGGCTGCTAAGATTGACGGCATTGCGAAGAGAGGGCCTGAAGAAGGCGGCGGGATTTATCGTGTTGGTGCTATTGGTCGTTGTGATCGGCTTCGGTTCTTTTAATGCCTATAGTCCAACGGTTCGCGCATATGATATTCACGTGGACAAGGACGCCGGCACAATTGAGGAGCTGAATATTGTCATGGCGTCCGATATGCACTTCGGCGTCCTGTCAGGTAAAGCCCACGCTGCGCGTATGGTGAAGGAGATTAATGACTTAAAGCCGGATCTGGTATTGTTCCCTGGCGATATCATCGATGACGATCTGGATGCCTATTTAAGCCAGGGGATCGATCAGATCCTGACCGGTATCCAGGCAACGTATGGCGTGTATGCCTCGCTTGGCAATCATGACCGGTTCGAAGGCGAAATGCCGGAACTGATCGCGGCTCTTGAGCATAGCGGCATGACCGTGCTGTATGATGAGAAATTGACGGTCGAGGGTCTGACGCTGGTTGGCAGACGGGATAAACAGGATCAGGAGCGGGCCGAGTTGTCCACGATCATGGATGGGGCCGATCTATCCAAGCCGATCTTTGTGCTCGATCATCAGCCGAATGCGCTGGAGGAAGCACAGCAGCAGGGCGTAGACCTTATCGTTTCCGGACACACGCACCGCGGGCAGGTATTCCCGGCGCATCTGATTACGCAGGCGATGTTCGAGAATGATTGGGGGTATCTGCAAAAAGGCCGGATGCATTCCATCGTGTCCTCAGGTTACGGTTTCTGGGGACCTCCGATTCGTCTGGGTTCCCGCTCCGAAATTGTACAGATCCATGTTACATTTCAATAG	MEMFIFAGIAALLIYGLLVYYIGRSVWSWMKPGPSIVLKWIYIMVLTVVSTSFISGRFFGNLTVLSVIGSYWMAIFYVLIILLPLMHIMLWLLRLTALRREGLKKAAGFIVLVLLVVVIGFGSFNAYSPTVRAYDIHVDKDAGTIEELNIVMASDMHFGVLSGKAHAARMVKEINDLKPDLVLFPGDIIDDDLDAYLSQGIDQILTGIQATYGVYASLGNHDRFEGEMPELIAALEHSGMTVLYDEKLTVEGLTLVGRRDKQDQERAELSTIMDGADLSKPIFVLDHQPNALEEAQQQGVDLIVSGHTHRGQVFPAHLITQAMFENDWGYLQKGRMHSIVSSGYGFWGPPIRLGSRSEIVQIHVTFQ	PGPT0022365_1643	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098	NA	NA
JZ016_04871	531			IS3 family transposase ISBce18	ATGACTAAATTTACTAAGGATAGCAAATTGGCATTAATTCAAGGGTATGATTCTGTTCTTTTATCTCAGACCGAATACGCAAATCAAATGGGCGTTACCAAGTCTCAATTCCAATATTGGTTGAAGCTCTATGAGATGCATGGTGAGACTGCCTTTACTAACGGCTATACAAATTATCCGGCAAGCTTTAAACTGGACGTACTCAATCATATGGCTCAATCAGACGCTTCTCTCATGGATACCGCTGCTTTGTTTAAACTCCCGGACTTCTCCATGTTGTATTCCTGGCAGAGAAAGATGGAGACAGGCGGTTTAGAAGCCCTTGAGCCAAAAAAGAAGGGGCGTCCATCCATGAAGAAAAATCCCAATTCGTCTACCAAACGATCCGTAGTTGAAGGGTCTGTTGAAGCACTCGAAGAACGTATCAAACAGCTTGAAATGGAAAATGAGTATCTAAAAAAGTTGAATGCCTTAGTTCGAAACAAGGAAAAATCACCAAACAAGACAAAGCACAAGCCGTCTGGCAACTAA	MTKFTKDSKLALIQGYDSVLLSQTEYANQMGVTKSQFQYWLKLYEMHGETAFTNGYTNYPASFKLDVLNHMAQSDASLMDTAALFKLPDFSMLYSWQRKMETGGLEALEPKKKGRPSMKKNPNSSTKRSVVEGSVEALEERIKQLEMENEYLKKLNALVRNKEKSPNKTKHKPSGN				NA	NA	NA	NA	NA
JZ016_04872	810			IS3 family transposase ISBce19	GTGAAGGCACTCGTACAGCTGGCTGGTATCCCGCGCAGCACCTATTACAACCTTGTAAAGCGTATGAACCAACCGGATCCGAATGCCGAGTTGGAGGCTGAAATCCAGTCCATTTACGCGGAGCATGATGGACGTTACGGATATCGCCGTATTCGTGATGAACTGGCCGTCCGTGGATGGAAAGTTAACCACAAAAAGGTTCAGAGGCTCATGAAGAAGATGGGCCTTCAATGCCTGGTTCGCATGAAAAAGTATAAGTCATATAAAGGGACCGTCGGCAAGATTGCACCGAATCATCTGGACCGCCAGTTCACGGCTGGGGCGCCAAATGAGAAATGGGTGACGGACATTACGGAGTTTAAGTTATTTGGAGAAAAGCTGTATCTATCGCCCATTTTGGACTTATTCAACGGGGAAATTATCACCTATACCATGGGTTCACGACCAACCTATTCTCTGGTATCCGAGATGCTGGATGCAGGACTGAAGCGTCTGCCAGAAGAACACCAACTTCTCATTCATTCAGATCAAGGATGGCATTACCAAATGAAGCCGTATCGCCATGCGCTTAAGTCGAGTGGCATTCTCCAAAGCATGTCACGAAAAGGGAATTGTTACGACAATGCCGTCATAGAGAATTTCTTCGGCATTCTTAAGTCGGAGTTTCTGTACTACAAAGAGTTTGAAAATGTGGAACATTTTAAGGAAGAACTGAAAAAATATATTGAATACTACAATACCAAACGGTTAAAGGCAAAATTAAAAATGAGTCCGGTACAGTACCGAACTCATTTTGAGAAAGCTGCCTAA	MKALVQLAGIPRSTYYNLVKRMNQPDPNAELEAEIQSIYAEHDGRYGYRRIRDELAVRGWKVNHKKVQRLMKKMGLQCLVRMKKYKSYKGTVGKIAPNHLDRQFTAGAPNEKWVTDITEFKLFGEKLYLSPILDLFNGEIITYTMGSRPTYSLVSEMLDAGLKRLPEEHQLLIHSDQGWHYQMKPYRHALKSSGILQSMSRKGNCYDNAVIENFFGILKSEFLYYKEFENVEHFKEELKKYIEYYNTKRLKAKLKMSPVQYRTHFEKAA				NA	NA	NA	NA	NA
JZ016_04873	3861			hypothetical protein	TTGCGATCGATTCCGTGCAGGAAGCTTGGAATATTGGCAATAGCCGCTGCCCTAGTTGGAAGCGGATTAGCGGGAACCGGGGCAATTGAGACGGTATCCGCGGCACCCATCGTGGTTAAGGAGGGGCTTAAGAACAGCAACGGGATGCCTTTAGGTCAATCGGTTACGGTTGCAGGAGGGCCCGATCATGTCGCTGGCCTATCTTCGTCACTGGCTGCAGAAGGACTGCGGCAACCAGGGAGCGTAGCTTGGCTGCCGGATGGCTCCGTTGTTGTATCCGATACGGAGAATCATGTCATTCGCAGGATAAAGGACGGGCAGAGCACCATTCTTGCAGGGGCATCCTTATCCTACAAGCGGGACGGCGGAGGACTCCCGATCGGCGGTCTGCTGGACGGACAGGGAGAGCGTGCTTTTTTTAACCGGCCGTCCGGGATTGCGGTGGATGGAAACGGACAATTGTACATAGCCGATTCAGGCAACCATGCGATTCGTAAAATCGACCAAAATGGCGAAGTAACTACCATAGCGGGCAGCGGACTTATGGGTCTTAAAGACGGCAAGTCTAAAGATGCCCTGTTCCATGAGCCGCAGGATATCGCCGTTACCAAGGACGGCATTCTGTATGTGGCGGATACCTTAAACCACGTCATCCGGCGGATTTCGCCAGACGGGGAAGTGATGACGATTGGGACCCCGTCCACGCGTGCTGTGCAGATCCGGGCTGGTGTCGTCGCGTTGGCGGGAGACTATAAGAACGGTTCTCTTACGGAAGCTCGATTTAATGAGCCGGCAGGGCTAGCGCTTGATGGTAAAGACAATTTGTATGTCAGCGACTCGGGCAATCACGTGATTCGCTACATCGATTTTGGGAAGGGGACCGTATCAACGGCTGCAGGCAGCGGGCCATCATCCGGATACTACGATAAGGACGCTTTATACGGCAATCCGGGTTATCAGGATGGAGACTCGAATGGAGCACGCTTCAACTCGCCCCGGGGATTGACATGGAGTGCGGACGATGGGCTTCTCATTGCAGATTCCCGTAATCATGCGGTCCGTCAATTGAAAGGGGAGCAAGTAACCACCCTGACAGGCGGGATCGGAGGCTACGTGGATGGAATTGAAAGTGAAACCCGGTTCCATTCACCAGCCGATATTTCGGTGGCTGCGGGCGACGGGGCACTATTTATTGCGGATCAACGCAACGGGGCTGTCCGGGTATGGTCCGGATACAAAGCTCCCGAAGCATGGCAAGCAGGAAAAGGGATCACGGCTGCTTACGGAGATCAGGTAACCGAACTGGGTGACTTGTCTGTTATACAACAGGGGCAGATGATGGTGCCCGTCAAAACGATAGGCAAGCTTCTCGGGTATCGTATGAGCTATCATGCCAAGAATAAGGAATTAACATTGGCTCGAGGCGAAGATGTGATCACGCTGCAAGCCGAAGGTCAATATATGACCCGGAAACAGGCAGGAGAAGAGGTTACCAGGGCAGAGGCTGGAATTAAGCCGTATATTGCGAATGACCAGATGATGGCTCCGCTTCGAACGGTGGCAGAACTGCTGGGGAAAGATGTGCAGTGGAACGCCGGTGACAAGCTGGTTATCATCCGGGATTTGGCTGAACGAGAAATAAAGCAGGGGGACGTTAGCTTCAGCACTTCGAACGTTACGCCCCGACGCATGCAGATCGTGGAAATCACCGGTTCGGCCAAGATCCGTTACGGCGGGTATGCGCAGGTAGATGCCTACAAGGGAATGATCCTGGGTGAAGGCGATGAAATTGTTACCGGCTCTGGCATAGGAGGCGCGAGGCTGCGGCTTGTGGATACCGACGATGTCATCACATTAGGCAATAACACGAGATTGGCTGCCGAGCAGCTTCGCAAGGTTGGCATCTCCAACGTGACTCGACTGAATTTAGAGGCCGGGCAAGCTTATTATGATGTCACCGACTTGAGCCGGTCGACGGATCGTTTCGAAGTACGTTCCGGTTATATGACGAATAGCGTGCGAGGCACGCACTTTATAATAACCGTCAACCCCTTAACCGGAGTGACAACCGTAGCAACGGCTAGCGGGAAAGTCACGAGTACAGTGACGCCGACAGGCAAAGACGGTTCCATGCAGCCATCAGGCCCAATAACCATTAGTCCAACGCAGCAAATTTCGATAGGCGGTTCGCAAGAGGGACGGCTCCCTGTACAATTTATCGATATTGAGGATTTGATAGGGAATGCCTCGCCGGAAGTCATTGCGCAGCTAATTAAGAATCAGAACGACATCGACCGGGAGAACGAGGAGCTCCTCAAGAAGATGCGGCAAGAGTTACAGTCAGGACAAAGCGGAAACGTCGCCCAGGACTTGAATGTTAAATCTCCGGATGATTTGTCAAAAGTCGCAGATAATTTGGATAACCTCATCGGAAACATCGTGAAAGAAACTCTGGACAAGAAAAAAGTAAGCAAAGAGGAACTTGATAAACTGATTAAAGAAGCAAACACGGATTCGGGCAAGAAACTTGATCTTGGCCAAGTGAAAGACTTGGATAAAACAGCTGGACTCGACCCTGGACTGGAGCAGGTGCGCTTGGAAGCACTGAAGCGCCAACAGGACGAGGAAAGAAAGAAGCTTGAGCAGCAGCAGGATCGGATGGAGCAGCTGCAGCAGCATCTCGGCGATATGCTGGCTAAGCTCGAGCAGCAGAAGAAACAGCAGGATGAAGCTAACAGGAAAGCACAGGAAGAAATGAAAAAGAAGGCCGAAGAGCAGCTTCTTCAATCCTTAAGCACAGAGGAGAAGGAACGGTTTCTCCAGGGCAAAAAAGAGGCAGAGCAGGAGAAAGGCGCTCGGCAGCCGACGCCGGTTAGTCCGGGCGGTGGCACGGGATCAGGAGGCAGCATATCGCCGCCTGTAGCCAGTCCGCCTGTGACTGGGCCCCCAGTGACTGAGCCTCCGGTGACTGAGCCTCCGGTGACGGAACCTCCCAAGCCGGAGCCGCCGTTACCTGATCGATCTGTAAAGGTCATATATAGCGATGATATGAGCGGTGAACTATCGGCACGTCCAGACAATTATTTTGGATCCATTCATTTTGAAACGCAAGGCTTTGCCGATGACCTGGAAGTTCAAGTCAGGGTGACGCTGACAAGGGATGGAAGTCCGGTTGTTGGACTCCCTGTCCGTCATGGCGAGCAGACGGTGGAATCCAATGCAGAGGGAAGCTTTCTGCTGCAGTCAGTTGAAGGTACCGGCTTTAAGTTAAGCGAGGTCGCTTCACCGGATACTCCGCTGGAGTTCTATGCCGAACTGCTGGATTCCGGAAGTTATACGGAGAAGATCGAACTGCTTGAGGTCAAAGAAGGCCAATTGACGGTGCTTGGAGAAAGCGTCCGTTCCATCCAGGTCAGCCCTTTCTCGCAATTCGAATTCATTGGCGAAGGCCCGTTTCCGGCAGCCATTGATATGTATTGGGGCTTTTATTCCAAAGCGTACGGACTGAGCGAGGACACCAAGATTGGTTATGAATTGACGATACTCGATGACAATGGTCAGCCGGTAAATCTGGGCGTACTCGGATTCCGGATGAAGCCGCATGAATCCGTAACCACCTTGACGGAGCCCGGGTATGAGATCGTCGCTCCCGATAGTGAAGGGGTATACCGGGTGAATGCAGGTTTAACGGCCGGGGATATGGATTTGGAAGGGAATGGGAATGATATCCTGTTCCGCTGGCAGCAAGCTCATGTTGGAACATATACGCTTCGAATCCAGCTCGTTGATGTAAGCGGCGATGTACCCCAGTCCATTGGTGATCCTCTGGAATGGATAATTGAAGTTATACCTACAAGTTAA	MRSIPCRKLGILAIAAALVGSGLAGTGAIETVSAAPIVVKEGLKNSNGMPLGQSVTVAGGPDHVAGLSSSLAAEGLRQPGSVAWLPDGSVVVSDTENHVIRRIKDGQSTILAGASLSYKRDGGGLPIGGLLDGQGERAFFNRPSGIAVDGNGQLYIADSGNHAIRKIDQNGEVTTIAGSGLMGLKDGKSKDALFHEPQDIAVTKDGILYVADTLNHVIRRISPDGEVMTIGTPSTRAVQIRAGVVALAGDYKNGSLTEARFNEPAGLALDGKDNLYVSDSGNHVIRYIDFGKGTVSTAAGSGPSSGYYDKDALYGNPGYQDGDSNGARFNSPRGLTWSADDGLLIADSRNHAVRQLKGEQVTTLTGGIGGYVDGIESETRFHSPADISVAAGDGALFIADQRNGAVRVWSGYKAPEAWQAGKGITAAYGDQVTELGDLSVIQQGQMMVPVKTIGKLLGYRMSYHAKNKELTLARGEDVITLQAEGQYMTRKQAGEEVTRAEAGIKPYIANDQMMAPLRTVAELLGKDVQWNAGDKLVIIRDLAEREIKQGDVSFSTSNVTPRRMQIVEITGSAKIRYGGYAQVDAYKGMILGEGDEIVTGSGIGGARLRLVDTDDVITLGNNTRLAAEQLRKVGISNVTRLNLEAGQAYYDVTDLSRSTDRFEVRSGYMTNSVRGTHFIITVNPLTGVTTVATASGKVTSTVTPTGKDGSMQPSGPITISPTQQISIGGSQEGRLPVQFIDIEDLIGNASPEVIAQLIKNQNDIDRENEELLKKMRQELQSGQSGNVAQDLNVKSPDDLSKVADNLDNLIGNIVKETLDKKKVSKEELDKLIKEANTDSGKKLDLGQVKDLDKTAGLDPGLEQVRLEALKRQQDEERKKLEQQQDRMEQLQQHLGDMLAKLEQQKKQQDEANRKAQEEMKKKAEEQLLQSLSTEEKERFLQGKKEAEQEKGARQPTPVSPGGGTGSGGSISPPVASPPVTGPPVTEPPVTEPPVTEPPKPEPPLPDRSVKVIYSDDMSGELSARPDNYFGSIHFETQGFADDLEVQVRVTLTRDGSPVVGLPVRHGEQTVESNAEGSFLLQSVEGTGFKLSEVASPDTPLEFYAELLDSGSYTEKIELLEVKEGQLTVLGESVRSIQVSPFSQFEFIGEGPFPAAIDMYWGFYSKAYGLSEDTKIGYELTILDDNGQPVNLGVLGFRMKPHESVTTLTEPGYEIVAPDSEGVYRVNAGLTAGDMDLEGNGNDILFRWQQAHVGTYTLRIQLVDVSGDVPQSIGDPLEWIIEVIPTS				NA	NA	NA	NA	NA
JZ016_04875	570	xpt_2	COG0503	Xanthine phosphoribosyltransferase	ATGCAATTACTGCAGAACAAGGTGAAAGAGGAAGGCATTGTATTAAGCGGACAGGTACTGAAGGTGGATTCGTTCCTGAACCACCAGATGGATCCGGTATTGATGAAAGAGGTAGGTAAGGAATTTACACGATTGTTTAAGGAAGCGAACGTGACTCGTGTATTGACCATTGAATCCTCCGGCATCGCGCCCGGCATTATGACCGCCCTTGAGATGGAAGTGCCTCTCATCTTTGCACGGAAGCAGAAGTCGCTGACCCTCCGTGAGGATATATTTGTGGAGAAGGTGTACTCCTTCACCAAGCAGGAGACGAACGAAATTACGGTCGCGAAGAAATTCATCAAGCCCGGCGATAAAGTGCTGATCGTGGATGACTTCCTTGCCAACGGCGAGGCGGCATTCGGGCTTGCCCGAATCGTAGAGCAGGCGGGTGCAGAGGTGGTAGGCATCGGGATCGTTATTGAAAAGGCGTTTCAACCAGGAGGACGTTTGCTGGCCGAAGCGGGTTATCGGGTAGAATCGCTCGTACGGATTGCATCACTTGAAGATGGCGTAGTGACATTCGCATAG	MQLLQNKVKEEGIVLSGQVLKVDSFLNHQMDPVLMKEVGKEFTRLFKEANVTRVLTIESSGIAPGIMTALEMEVPLIFARKQKSLTLREDIFVEKVYSFTKQETNEITVAKKFIKPGDKVLIVDDFLANGEAAFGLARIVEQAGAEVVGIGIVIEKAFQPGGRLLAEAGYRVESLVRIASLEDGVVTFA	PGPT0007305_964	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0007305-xpt-K03816	NA	NA
JZ016_04876	1365			Nucleobase transporter PlUacP	ATGGAACAACAGAAACAAGCGGTGCAAGAACCGATTTTCGATAAAAATCGGAGTCCGGGCAAAACCTTTTCGCTGGGTTTGCAGCATGTATTGGCAATGTACGCAGGGGCAATCATCGTACCGCTTATCGTTGGCGGGCAGCTCGGCTTAACGACGGAGCAGCTGACGTATCTCATCGCCATCGACCTGCTGGCGTGCGGGGTCGCTACTTTGCTGCAGGTATTCGGCAACAAATACTTCGGCATCGGTCTTCCGGTCATGCTTGGCTGCGCGTTCCAGGCCGTAGGTCCGATGATCATTATCGGACAGCAGCACGGGATGTCGGCTATTTATGGAGCGATAATCGCTTCCGGTTTATTTGTCATTCTGTTCTCCGGTTTATTCGGCAAGCTGATTAAGGTATTCCCGCCTGTCGTTACAGGGAGCGTTGTTACGATTATCGGTTTGACGCTGATCCCCGTAGCTTTAACTGACCTTGGTGGTGGGCAAAGTGCAGGGGATGAGTTTGGCAGCGCGCTTAACATTTCCCTTGGCTTCGGCGTTCTAGCCTTCATTATTATCATGAATCGTTTTGCCAAAGGCTTTTTGCGTTCGATTTCCGTTCTTTTGGGTCTCATTCTCGGCACCGTGGTAGCTGCATTCTACGGTGGAGTGGATTTAACCCCGCTGCGCGAAGCCGGCTGGTTCCGTGCTCCGCAGCCATTCTATTTTGGCACGCCGGAGTTTAAGATCGTTCCGATCATGACGATGATTCTGGTGGCGATTGTCAGCGTTGCCGAATCGACGGGCGTGTTTATGGCGCTTGGCAAAATCGTGGATCGCGATATTACCTCCAAGGATCTGTCCCGTGGTTATCGTGCGGAAGGTCTTGCGATTGTGGTAGGCGGTATTTTCAATTCGTTCCCTTATACCACATACTCTCAAAACGTGGGCCTGATTCAGATGAGCCGTGTGAAGACACGCGATGTGATTGTGGTGGCTGGCGGCTTGCTAGTCTTGATCGGATTCGTTCCGAAGATTGCCGCCATGACGCAGCTTGTACCGACTTCGGTTCTCGGTGGGGCCATGGTAGCCTTGTTCGGCATGGTTGTATCTTCCGGTATTCGGATGTTAGGAGATCAAGTAGACCTTAACCGTCACGAGAACCTGTTCATTATTGCGTGTTCTGTCGGCATGGGCCTTGGTGTAACAACCGTGCCGGGTCTGTTCGCAAGTCTGCCTGACAACCTGCGCATTCTTGCCGATAACGGCATCGTGGCCGGCAGCTTGACCGCGATTGTGCTGAACCTGATCTTTAACGGCTTGAAGTATACGAAGCCCACTCATACAGAGCAAGGTGATACCGCAGAAGGGCATGCTGCATAA	MEQQKQAVQEPIFDKNRSPGKTFSLGLQHVLAMYAGAIIVPLIVGGQLGLTTEQLTYLIAIDLLACGVATLLQVFGNKYFGIGLPVMLGCAFQAVGPMIIIGQQHGMSAIYGAIIASGLFVILFSGLFGKLIKVFPPVVTGSVVTIIGLTLIPVALTDLGGGQSAGDEFGSALNISLGFGVLAFIIIMNRFAKGFLRSISVLLGLILGTVVAAFYGGVDLTPLREAGWFRAPQPFYFGTPEFKIVPIMTMILVAIVSVAESTGVFMALGKIVDRDITSKDLSRGYRAEGLAIVVGGIFNSFPYTTYSQNVGLIQMSRVKTRDVIVVAGGLLVLIGFVPKIAAMTQLVPTSVLGGAMVALFGMVVSSGIRMLGDQVDLNRHENLFIIACSVGMGLGVTTVPGLFASLPDNLRILADNGIVAGSLTAIVLNLIFNGLKYTKPTHTEQGDTAEGHAA	PGPT0007330_19	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-XANTHINE_METABOLISM	PHYTOHORMONE-XANTHINE_TRANSPORT,PGPT0007330-pubX-K16169	NA	NA
JZ016_04877	339			hypothetical protein	ATGTCCCCTTTCAAATCGTCCACAGGACTTCCCGAGAATCTGGCCGCTACGCTGTGCTATTTTTTTCCCATGGTCGGAGGAATTCTGTTTCTTTCATTAGAAAAGAGAAGCCGCTACGTCATATTCCACGCGCTGCAGTCCTTGCTGGCCTTCGGCATCCTCGCCGTCGCTCACCTGCTGTCGAGCGCGGTGCCCATCATCGGCCTTCTGGCCTCCGCCCTTCTGGCGCTGGTCGGCGTCTTGATGTGGCTGGTGCTTATGGCAAACGCCATTCAGGGAAAATGGTTCAAGCTGCCCTGGATCGGCAATATTGCAGAGAAACAAATGCAGCGCGTCTAA	MSPFKSSTGLPENLAATLCYFFPMVGGILFLSLEKRSRYVIFHALQSLLAFGILAVAHLLSSAVPIIGLLASALLALVGVLMWLVLMANAIQGKWFKLPWIGNIAEKQMQRV				NA	NA	NA	NA	NA
JZ016_04878	1959			hypothetical protein	ATGCGAAAATCGAAGCGGCTTCTGCTATGGCTGATCCCGATCACCGTCGTAGGGGCCTTATGGCTTGCTGCTAATATCGTGGAGCCGGAATACGCCTATATACCGCCTGCACATAAATTGGAGAATACTACGCAAATCCAAGCCCAGCAAACGGGCTTCATTCGCCAGTATGATATCTGGGGCAAGACGCTTACGGTTCCCGGTACCGCCCTGAAGGATCAGGACCCCCGCTTAACAGCCGCCCATGGCGCCGTTGAGGTGACAAAAGATCTGCTTGCCCTAGGGCGTCGTACATTGTATGAGGAATCTTTTGGCAATGAGGTGTTTTTAACTGATATTGTGGGGATCATCGGCGGTCCGATGAAGCTGAATAATATTGCAAAAGCCCTCGCCGAGTTAAAAGGACGGGGAACAACCAATTTGCGCGTTGCACTCGATCAGGATGTAACGATCGGCGGCAAGACCTACCGCAAGGGGGATAAGATTGATACCGGCTTTGACGTAGCCAAAGGCGCCTATGCCCCCGTTGGCGTCACATTTAAATATGCCGAAGGCAAGGGTCGCATCGGCGTTAGCTGCATGGCCTGCCATGCAACCGTCAACCGTGAAACGGGAATGGTCGTCGAGGGCGCGCCCAACTCCGATCTGAACCTCGGTTTCATGCTGGCACTGGCCCCGAATAGCGCGGCTTATTTTACCCATACGGACATTACCAGCCTTGTGGATTATGTAAAGAACGAGCAGCGTACGATTGTAAACTCCAAAGGAAAAACCGAAGCGCTGCCGGATCCCGCCCTGCTGGAAAAAGCCGTTGACGAAAATCTCATCAAATGGATGCCCGGCACGTTCGATACAACCGCGGATCTGGTCAGTGACGTGACCCAAATTCCCGATATGTTTACGAAGGGCGATCATCCATACAGCTGGAGCGGCTTCGCTGCCGCGGGCCCCTTCAAGGGGCTAAGCACCTTCAGCAACAATGTTCATGCCCAGAACACGGATACCTTGAGTCAAACCGAGGTTAGCGAACCGATGTGGGGAATCGACAAAGAGATTTATGTGGGCACCATTCTGCAAAATGCAGCCTATCGCAAGTTTCGCTATGATCCGGGCAGCGGGCTGAAGCCCACCGAATTCTTTAACCGGCTGGATCCCAATCCCGGCACCCCCGGCGTGAATGAGGTTGTTAAGATTCCGAATTTCCCGAAGGTTTCAGCCATCGCACCGAACGGGCTGTACATCAGCTCGCCGGGCTTCAAAGCCGGGGAGCAGGTGAACGCCATGTCCGCCTATCAGAATACGATCCGTCCGCCGGAAACGAATACCAAGGATATCTCCGATGCCAAGACGATCAACCTCGGAGCGGAAGTATTCAAAAAAGCGCAATGCATCACTTGCCACGCTGGTGACTTCTATACGAATAACCACGTTATGCGCGCGGCTGAAATCGGTACCGAGCCTGCAAGGGCAAAGGCTTTCCAGCGAACGCGGAATGCTTTTGGCGATTCGGAGTTCTACCCGCCCGACACGCCTGTCCCAATCCCTCCGGATGCCAAAATAACCAAAATCCCGCTGGATAATATCGACCCGGAGCAGATCAAGTTGGGCTTCGGCCATACATCGGGCGGCGGTTATAAGGTCAAAGGGTTGATCGGTCTTCGCTGGTCCGCACCGTATTTGCACGACGGCGGCGTAGCAGTCGGGCCAAAGCTGACGCAAACCGGCGTATCGCAGACCCTGATGAAAGGGATTCACCCTGACCCTTACAACAGCCTGAAAGCCCTGATAGACCGTAAGTTGAGACTGCAGGTCGTCGAGGCGAACCGCAAGGATTCAAGACTGAGAGACACCCATGTCACCGGTCAGGGACATGAGTTTTGGGTGGACGAAAGCAGCGGGTTCACGCAGGAGCAGCAGGATGCTCTCGTGAAATATCTGCTGCAATTGAAAATGAAATAA	MRKSKRLLLWLIPITVVGALWLAANIVEPEYAYIPPAHKLENTTQIQAQQTGFIRQYDIWGKTLTVPGTALKDQDPRLTAAHGAVEVTKDLLALGRRTLYEESFGNEVFLTDIVGIIGGPMKLNNIAKALAELKGRGTTNLRVALDQDVTIGGKTYRKGDKIDTGFDVAKGAYAPVGVTFKYAEGKGRIGVSCMACHATVNRETGMVVEGAPNSDLNLGFMLALAPNSAAYFTHTDITSLVDYVKNEQRTIVNSKGKTEALPDPALLEKAVDENLIKWMPGTFDTTADLVSDVTQIPDMFTKGDHPYSWSGFAAAGPFKGLSTFSNNVHAQNTDTLSQTEVSEPMWGIDKEIYVGTILQNAAYRKFRYDPGSGLKPTEFFNRLDPNPGTPGVNEVVKIPNFPKVSAIAPNGLYISSPGFKAGEQVNAMSAYQNTIRPPETNTKDISDAKTINLGAEVFKKAQCITCHAGDFYTNNHVMRAAEIGTEPARAKAFQRTRNAFGDSEFYPPDTPVPIPPDAKITKIPLDNIDPEQIKLGFGHTSGGGYKVKGLIGLRWSAPYLHDGGVAVGPKLTQTGVSQTLMKGIHPDPYNSLKALIDRKLRLQVVEANRKDSRLRDTHVTGQGHEFWVDESSGFTQEQQDALVKYLLQLKMK				NA	NA	NA	NA	NA
JZ016_04879	279			hypothetical protein	ATGTCCGGAAAAGACAAGGATCTCCACCCTATTTCGCGAGAAGAGGTTGAAGTAGACGGGACATACACAAATGAATGGGGACGGGAGGAATATTTAAAACGCGGCGAAGAATTCCCGTTCGATCCCCAGAAGGGCTCCACGGAATGGCGGCTGGCGGAATATGATTTTGAAAACCACCATCAAGGCAGGACAGACGAGCGTCTGGTTCCGAAAGAGAAAGGCCCTGATAAGCAGGTTAATGCCGAATCGCCGCTACGCCATGATGTGCATGTAGACTAA	MSGKDKDLHPISREEVEVDGTYTNEWGREEYLKRGEEFPFDPQKGSTEWRLAEYDFENHHQGRTDERLVPKEKGPDKQVNAESPLRHDVHVD				NA	NA	NA	NA	NA
JZ016_04880	1047	nylB'		6-aminohexanoate-dimer hydrolase	ATGCCGAACTCACAGTCTATCCTGCATTCCCCTGTCGATTTAGGATCACCTATCCCTGCCGCTGAGCCTCATGAGGCAGGGCTGCACCTCGATTCGCTTAATCAGGTCGACCTGATTATTCAGAAACAATATCCGAAAATGCGCAGCTTTCTCCTGCTGCATGCCGGCAAACTCATCTACGAACGCTATTACAACGGTCATGGCGTTTCCTCGCTGAACGATCTCAGGTCCGCTACCAAGAGTTTCACGTCAGCATTATGCGGCATCGCCCAATCACGCGGCGAATTACCTGATCTGAATTCCTCTTTAATGGACATTTTCCATCGATATGTTCCCGAACGAGCCCATCCGCTCTTACACAAGGTATCCCTTCATCATCTGCTGACGATGACCTCGGGCTTTGCGTGGCAAACCGGTAAAAAGCTGGGGGAACCGCTCATTCACCGATTCCACCGCAACCGGAAATGGACGAGCTTCGCGCTATCCCTCCCTGTCATGGAACAGGAAATGGGCCTCTTTCAATACCGGAGCACGGATTCCCACCTACTCTCCGTTGCCATTAGCGAGGCTACGGGAATGGATGCTTACGCCTATGCCAGACAATATTTATTCGAGCCGCTCGGCATTCGCCATTCCGCCTGGTCCCCAAGCCCCGAGGGCCACAGCATGGGTCACGTCGGCCTCTATCTCACCTCCCGCGACATGGCCAAGTTCGGTCTTTGCTGCCTGAATGGGGGACGATGGCAAGGCAACACGCTCATCCCGGAATCATGGCTTAAGCAAGCCCTCGCCCCGCAGGTCAAGGGCTATCCCGCCTTTGGGGATTACGGATTTCAGTGGTGGACCGGCATTCAGAACGGGACTCCCTTCGCGCTTGCACACGGCCATGGAGGGCAGCAAATCTACCTTTTTCCCCAATTGGATACGGTCGTCGTATTTACTGCCGACAGCAAGGTCAGCCGCTGGAAGAACCCACGCTCTCTGCTGGAGCGCTATATTCTTGATGACTTAAAGTCAAAACCTGCTGCATCACCGTCAGGCAGCTGA	MPNSQSILHSPVDLGSPIPAAEPHEAGLHLDSLNQVDLIIQKQYPKMRSFLLLHAGKLIYERYYNGHGVSSLNDLRSATKSFTSALCGIAQSRGELPDLNSSLMDIFHRYVPERAHPLLHKVSLHHLLTMTSGFAWQTGKKLGEPLIHRFHRNRKWTSFALSLPVMEQEMGLFQYRSTDSHLLSVAISEATGMDAYAYARQYLFEPLGIRHSAWSPSPEGHSMGHVGLYLTSRDMAKFGLCCLNGGRWQGNTLIPESWLKQALAPQVKGYPAFGDYGFQWWTGIQNGTPFALAHGHGGQQIYLFPQLDTVVVFTADSKVSRWKNPRSLLERYILDDLKSKPAASPSGS				NA	NA	NA	NA	NA
JZ016_04881	189			hypothetical protein	ATGGCAACGAAAGGTCACAATGAGGTTAAGGAAAGTCTGCGGGAAATGACACGAATTTTCCGGCCTAAAGATCCGAAAAAATTTGTAAAGGAGTATGTCCGGAAGTACCATATTATGGGGGGCTATGAAGAAGAGCTTACACTTGTTGTTGAGCATGAACTTGGCAAGCTGAATTCCTCCGTTTCGTAA	MATKGHNEVKESLREMTRIFRPKDPKKFVKEYVRKYHIMGGYEEELTLVVEHELGKLNSSVS				NA	NA	NA	NA	NA
JZ016_04882	750	map_4	COG0024	Methionine aminopeptidase 1	GTGAGGACACAGCTCAGACGGAAGGAAGAAATCGGATATATCCGCGAGGCGGGACGTATATTGGCTGCGTGTCACCGTGAAATAGCGAAAGTCATCAAACCGGGAATCACAACGAGCGAGATCGATGCCAGGGTCGAGAGATTTTTGGAGAAGAATGGGGCTTTGCCCGAGCAAAAAGGATATAAAGGATTTCCATACGCCACTTGTGCATCGGTCAATGATGTGGTGTGTCATGGATTCCCCGATCAGCGGCCGCTGCAATCCGGGGATGTTGTGACCATTGATATGGTGGTGAATAAGAACGGGTGGCTGGCGGATTCCGGCTGGACCTATGCGGTAGATCGGGTTTCAAGGGAAGTAAACCAGCTGATGCAGCACACCCATGAAGCGCTGTTTAAAGGGATTGAGGCCGCTCGGCACGGCGCAACCTTGGGCGACGTAGGTTATGCCATTGAGCAGGTTGCCGAAAGGGAAGGCTACGGGATCGTCAAATCGCTTGTCGGTCATGGCATCGGCCGCGCCATCCACGAGCCGCCCGATGTCCCGAACTATGGCATTCCAGGAAGGGGACTTAAACTCAAAGAAGGAATGGTCATTACCATCGAACCCGTTTTCACCCTGGGCCCCTCGGGTGCCGTGTTCTGGGGGGATGACGGCTGGACCATTTCCAGTGCGGACGGATCGGTGGGCGTCCAGTATGAGCATACGATTGCTATTACTCGTGGAGAAGCTGTTATCCTGACGGATTAA	MRTQLRRKEEIGYIREAGRILAACHREIAKVIKPGITTSEIDARVERFLEKNGALPEQKGYKGFPYATCASVNDVVCHGFPDQRPLQSGDVVTIDMVVNKNGWLADSGWTYAVDRVSREVNQLMQHTHEALFKGIEAARHGATLGDVGYAIEQVAEREGYGIVKSLVGHGIGRAIHEPPDVPNYGIPGRGLKLKEGMVITIEPVFTLGPSGAVFWGDDGWTISSADGSVGVQYEHTIAITRGEAVILTD	PGPT0020010_8952	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020010-map-K01265	NA	NA
JZ016_04883	1050	ctaC	COG1622	Cytochrome c oxidase subunit 2	ATGATGAAACGGTGGCAGGCTGTAAAGCGTCTTCTTCCTTTGATGGCCATGTTTGCTTTGGTGTTATCCGGCTGCGGCCGAGAGGATTTGTCGGTCTTAAGACCACAAGGTCCGGTAGCACAAGGTCAACTGGATTTAATTAAGCTCTCCATTTCGATTATGATCGTCGTAATGGTTGTGGTATTTGGAATCGCCGCATACGTGCTTGTTAAATTCCGTCGAAAGAAGGGACAAGATGAAATTCCTGAGCAAGTAGAAGGTAACCATAAGTTGGAGATTATTTGGACGGCGATTCCGCTGCTCTTGGTACTCGTGCTTGCAGTTCCTACTATTCAAAAGGTATTTGCTTACGGAGAGAACGACTGGAACAATCCAGATGCAGTTAAGGTGGAAGTTACTTCTCATCAGTTCTGGTGGGAGTTTAATTATCCAGACTACGGCGTAAGAACCGCTCAAGAGCTGGTTATTCCTGTAGGCAAGAAAATTGCTTTCCAATTAAAAACGAATGATGTGCTTCACTCCTTCTGGGTACCATCGCTCGGCGGCAAGATGGATACAAACACAGAAGGCAGCGTTAACTACATGACTCTGGTTGCTGACAAAGCAGATACATACATTGGTAAATGCGCAGAGTTGTGCGGTCCTTCTCACGGCTTCATGGAATTCCGGGTGAAAGCGGTTGACGATGCGGCATTTGACAAATGGGTAGCGGCATTTAAAGAACCTGCTGTGCTTCCTGCGGATGCGGCACTCGCCGAGAAATTCAAGACCAACTGCCTTTCTTGCCACGCTGTAGGCGACCAAGGCGGAGCGATGGGTCCTAACCTGACCGGCATTGGATCACGTGAGACGATTGCGAGTATCTTGCTGAACGACATAAGCGGCAAACCAGGCACGAAGCCTACGAAAGACAACCTGGTGGAATGGCTGATGGAGCCTCAGGCTGTAAAACCTGGCAACACGATGCCTAATCCGAAGGATCTCGGCTTCAGTGACGAAGAAATCGAGCAGATTGCCGATTACTTGGCCAATTATAAGTTGGATTATTAA	MMKRWQAVKRLLPLMAMFALVLSGCGREDLSVLRPQGPVAQGQLDLIKLSISIMIVVMVVVFGIAAYVLVKFRRKKGQDEIPEQVEGNHKLEIIWTAIPLLLVLVLAVPTIQKVFAYGENDWNNPDAVKVEVTSHQFWWEFNYPDYGVRTAQELVIPVGKKIAFQLKTNDVLHSFWVPSLGGKMDTNTEGSVNYMTLVADKADTYIGKCAELCGPSHGFMEFRVKAVDDAAFDKWVAAFKEPAVLPADAALAEKFKTNCLSCHAVGDQGGAMGPNLTGIGSRETIASILLNDISGKPGTKPTKDNLVEWLMEPQAVKPGNTMPNPKDLGFSDEEIEQIADYLANYKLDY	PGPT0004030_1528	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275	NA	NA
JZ016_04884	1899	ctaD		Cytochrome c oxidase subunit 1	TTGGCTCACGCTCATGCTCAAAGCCATAGCGTCAAGCGCTACACGGGGTTAATGGATTGGCTTACAACCGTTGACCACAAGAAAATCGGGATATTATACCTGATAGCGGGCGGCTTCTTCTTCGGGATTGGCGGTATTGAAGCGATTCTGATTCGCTTGCAGCTGATCAAGCCGATGAACGATCTGGTATCGGCTCAAGTATTTAACGAATTGATTACAATGCACGGAACGACGATGATTTTCCTTGGTGTTATGCCAGTTATCTTCGCCTTGATGAACGCGGTTATTCCGCTTCAGATCGGTGCACGTGACGTCGCATTTCCATTTTTGAACTCGCTTGGATTTTGGACGTTTTTGTTCGGTGGACTTTTGCTCAATCTTAGCTGGATTATGGGCGGCGCGCCTGATGCGGGCTGGACATCCTATACACCGCTTTCCACAAATGACTACTCGTCCACGCACGGTGTAGACTTTTATACCATAGGTCTTCAGATTGCGGGTCTGGGTACGTTGATCGGTGGTATCAACTTCCTGGCTACCATCATAACGATGCGTGCACCTGGAATGTCCTTCATGAGAATGCCAATGTTTACATGGACGGCTTTCATCACATCGGCCATGATCCTGTTCGCATTCCCTGCCATTACGGTAGGTCTCGTATTGCTTAGCTTTGACCGTTTGCTCGGTGCCAATTTCTTTGATGTTGCGGCTGGCGGTAGCTCCGTATTGTGGCAGCATATTTTCTGGATCTTCGGTCACCCTGAAGTCTACATTCTGATTTTGCCGGCATTCGGTATTATTTCAGAAGTTATTCCGACATTCTCTCGTAAACGTTTGTTCGGATACAGCTCCATGGTATTTGCAACCATCCTGATCGCCTTCTTGGGCTTCATGGTTTGGGCTCACCATATGTTTACGACAGGTCTTGGTCCTGTAGCGAATGCGCTCTTCTCCATCGCAACGATGCTGATCGCCGTTCCTACCGGTATCAAAATCTTTAACTGGCTCTTTACGATGTGGGGCGGTCAAATCCGCTTTACCAGTGCAAACCTGTTCGCGATCGGTTTCGTACCGACGTTCGTTATGGGTGGAGTTACCGGCGTCATGCTGGCATCTGCTCCGGCAGACTTCCAGTTCCATGATACGTATTTCGTTGTAGCTCACTTCCACTACGTTATCGTTGGTGGTCTGGTATTCGGTTTGTTTGCCGGACTCCACTACTGGTGGCCAAAAATGTTCGGCCGGGTATTGAACGAAACGCTTGGCAAATGGACGTTCTGGTTGTTCGCAATCGGCTTCCATTTGACATTCTTCGTACAGCATTTCCTTGGATTGCTGGGTATGCAGCGGCGGATTGTCTCTTATCTGCCGAATCAGAATTTTGACGAACTTAACTTTATCAGTACCATCGGCGCAATCTTGATGGGGATTGGCGTTCTGGCCTTCTTGGCTAACGTTGTGATCACTTCGAGAAAACCGGTTGGTGCTCCGGCCGATCCATGGGAAGATGGCCGTACGCTCGAGTGGAGTATTCCTTCTCCACCTCCAGAGTACAACTTTAAGCAAATTCCGCTTGTTCGCGGCATTGACGCTTATTGGAAAGAGAAGATGGCAGGCAATAAAGAGATGACACCATCCGAACCGGTTGGTCCAATCCACATGCCTTCGCCAAGCATCCTTCCGTTTGTGATGTCACTGGGTCTGTTTATCGCGGGTCTTGGTTTCATGTTTAGCACGGAGGACTTCTCAAATTCGTTCATGAGCTTAATCTTCAATAAATATATCGTTCTGATTGTTGGTCTTCTGATTACGTTCGCGGCAATGATCGCTCGTTCCCTGTACGATGATCATGGATATCACATCGAAGTTGAAGAACTGGAAGGGGAGGGTAAAGCATGA	MAHAHAQSHSVKRYTGLMDWLTTVDHKKIGILYLIAGGFFFGIGGIEAILIRLQLIKPMNDLVSAQVFNELITMHGTTMIFLGVMPVIFALMNAVIPLQIGARDVAFPFLNSLGFWTFLFGGLLLNLSWIMGGAPDAGWTSYTPLSTNDYSSTHGVDFYTIGLQIAGLGTLIGGINFLATIITMRAPGMSFMRMPMFTWTAFITSAMILFAFPAITVGLVLLSFDRLLGANFFDVAAGGSSVLWQHIFWIFGHPEVYILILPAFGIISEVIPTFSRKRLFGYSSMVFATILIAFLGFMVWAHHMFTTGLGPVANALFSIATMLIAVPTGIKIFNWLFTMWGGQIRFTSANLFAIGFVPTFVMGGVTGVMLASAPADFQFHDTYFVVAHFHYVIVGGLVFGLFAGLHYWWPKMFGRVLNETLGKWTFWLFAIGFHLTFFVQHFLGLLGMQRRIVSYLPNQNFDELNFISTIGAILMGIGVLAFLANVVITSRKPVGAPADPWEDGRTLEWSIPSPPPEYNFKQIPLVRGIDAYWKEKMAGNKEMTPSEPVGPIHMPSPSILPFVMSLGLFIAGLGFMFSTEDFSNSFMSLIFNKYIVLIVGLLITFAAMIARSLYDDHGYHIEVEELEGEGKA	PGPT0004025_126	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274	NA	NA
JZ016_04885	621	ctaE		Cytochrome c oxidase subunit 3	ATGAGTCACGCTGAACATGTAAACGGCGAACTTCCTCACGAGCCGGAGAAGGCAACACTCGAAGGCCGTAATAAGGTTCTTGGTTTCTGGCTCTTCCTCGGTGGAGAGGCCGTGCTCTTCGGTACGTTGTTTGCAACGTTCCTGGCGCTTCGCGGACAGAACAACGAAGGCCCAACCGCAGCTGAGCTGTTCTCTCTGCCGATTACGGCAGCGGCAACGTTGATATTGCTTGTCAGTTCCTTGACCAGTGTGTTCGCTATTCAGGCGCTCCACCGTCACAATATCGAGAAGCTGAAGTTGTGGCTGATCGTAACCGTTGTTCTGGGTCTTGGGTTCCTTGGCCTTGAAATTTATGAGTTCTATGAATATGTTGTGCATGAATCGTTTAACATGAAGACGAGTGCATTCTCGTCTGCATTCTATACGCTGGTTGGCTTCCACGGTGCCCACGTTGCGTTTGGGGTTGTGTGGATCAGCCTGTTGATCGCTCAGCTGTACAGAAAAGGGTTAACCGTAGTTACAGCACCTAAGGTATATGTTTCTGCCATGTACTGGCACTTTATCGACGTTGTATGGGTGTTCATCTTCTCGGTCGTATACCTTCTTGGAAAGGTGGGCTAA	MSHAEHVNGELPHEPEKATLEGRNKVLGFWLFLGGEAVLFGTLFATFLALRGQNNEGPTAAELFSLPITAAATLILLVSSLTSVFAIQALHRHNIEKLKLWLIVTVVLGLGFLGLEIYEFYEYVVHESFNMKTSAFSSAFYTLVGFHGAHVAFGVVWISLLIAQLYRKGLTVVTAPKVYVSAMYWHFIDVVWVFIFSVVYLLGKVG	PGPT0004035_2653	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276	NA	NA
JZ016_04886	324	caaD		Cytochrome c oxidase subunit 4B	ATGACTGCGAATCAACAATCTAATGAGGGGCCTACAGTAAAACACCGCCATCGTGTGGAAGGTCCTGAGAAACACATTGTTGTCTTTATTTTCTCGATCGTCCTGACTGCGATTGCTTTTGCGGCTGTCGCAGCCGGTGGCATCAACACAGCATTTACGATCATCATTTTGCTGGTTATGGCTGTGTTGCAGGTGTTCGTGCAAATGGGTTACTGGATGCACTTGAAGGACAAAGGGCATCTGATGCCAATCCTATTTATGATTGGCGGTTTCTTCGTAGCTAGTACCTGTATTGTCATGGCACTGTTCTGGGTTTGGTGGTAA	MTANQQSNEGPTVKHRHRVEGPEKHIVVFIFSIVLTAIAFAAVAAGGINTAFTIIILLVMAVLQVFVQMGYWMHLKDKGHLMPILFMIGGFFVASTCIVMALFWVWW	PGPT0004040_658	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004040-coxD|ctaF-K02277	NA	NA
JZ016_04887	909			hypothetical protein	ATGCTGGGCTTAGAATATTTTAGTTTTGCAGATAAATGGAGTCCCTTGTTCCTGGCATTTATGCTGCTCGTGACAGCAGGCTACTTCCTGTTGACCGGACCGCTGAGCAGTAGATTCGAAGGGAGCGCTCCGGTTTCCGCAGGAAGGAAAGCGCTGTTTGTAGGCGGTATGCTTACGTTCTATCTTGCGCAGGGTGGACCTATTGAACTGCTGGGACATACGATGTTCTCGTTTCATATGGTCAGTATGGCCATGTCCTATTTAATGGCGATGCCGCTCTTGATTCTGGGTATTCCTGTCTGGATGTGGCGTGCCTTCGATAAGGTCAACCCGTTTAAGAAGCTCGGTTTTCTTGCGCGTCCGATCGTTGCCGCGGTTCTGTTTAACGGTTTGTTTTCTTTTTATCACGTCCCGGTTATCCATGACTTTGTCATGTTGAACTTCTGGGTGCACCGCTTGTACTATTTAATCCTGTTCATCGCCTCACTGTTGATGTGGTGGGCTATCATTAACCCGATTCCGGAGAAGGACAAGTCCTCAGGTCTTTTGAAAATGGGATACATTTTTCTCAACATGGTATTGTTAACTCCGGCGTGTGCGCTCATTATATTCTCGAGCGAGCCCATGTACGCAACGTACAGCGATCCGGTGGTATGGGCGAAGGCGATGGGATACTGCGTAGCTGGCGATACCTCGGCATTGCTTAGCCAATTTGGCGGACCTGAGTTCTTCGGTTATCTGGAGCCTGCGATTGACCAGCGAGTGGGCGGGATCATCATGAAGTTTTTCCAAGAGATTATTTTTGCCTCGATGCTAGCCTATGTGTTCTTTCATTGGTACAAACGAGAAAATCAGGAAGACGATCCTTTGCCTAGCGAGATTCCTCCCGGCAAGCTCAATCAGGCGTAA	MLGLEYFSFADKWSPLFLAFMLLVTAGYFLLTGPLSSRFEGSAPVSAGRKALFVGGMLTFYLAQGGPIELLGHTMFSFHMVSMAMSYLMAMPLLILGIPVWMWRAFDKVNPFKKLGFLARPIVAAVLFNGLFSFYHVPVIHDFVMLNFWVHRLYYLILFIASLLMWWAIINPIPEKDKSSGLLKMGYIFLNMVLLTPACALIIFSSEPMYATYSDPVVWAKAMGYCVAGDTSALLSQFGGPEFFGYLEPAIDQRVGGIIMKFFQEIIFASMLAYVFFHWYKRENQEDDPLPSEIPPGKLNQA				NA	NA	NA	NA	NA
JZ016_04888	465			hypothetical protein	ATGGATTGGTTTTTTATATTTCCCACGGTCAGTACAACGTTTATTGTCATCAGCGCCGTGTTGGTAGCGATTGGCTGGGGTCTTATCATTAAGGGGAAGCGCGAAGCCCACAAAAAGGTAATGATCTGGGCGGCCGTCGCAGCCGTCATCTTCTTTATCATCTATTCCTCGCGCACCGTATTCATCGGGAACACGTCATGGGGTGGACCTGATGATCTGCAACCGTATTATCAGGTATTCCTGGTCTTCCACATTGTCCTGGCTACCGTCGCAGCGGTATTCGGGATCACGACATTGACCCTCGGCTTCAAGGAGAAGTATTCCAAGCACCGCAAATGGGGCAGAGTCACGTCGATCATCTGGTTCTTTACCGCCATTACCGGCGTAGCCGTGTATACCTTGCTGTACCTGTTATATCCGGGCGGGCATACCCAGCCTGTATGGAAAGTGATATTTGGAATGTAA	MDWFFIFPTVSTTFIVISAVLVAIGWGLIIKGKREAHKKVMIWAAVAAVIFFIIYSSRTVFIGNTSWGGPDDLQPYYQVFLVFHIVLATVAAVFGITTLTLGFKEKYSKHRKWGRVTSIIWFFTAITGVAVYTLLYLLYPGGHTQPVWKVIFGM	PGPT0024520_601	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0024520-yozB_-K08976	NA	NA
JZ016_04889	726			hypothetical protein	TTGCAACAAGTTCTCCATAATGCGATGAAGATCGTTAAGAAAGACTTCGCTAGCGACAAGCTGCAAATTGTATGGAACATAATGTTTATGGTGTATATGGGGTTTGCCACCAGCGTTATCATTGACAACCAGTTTGAACATTTGGATGAGTACATCAATCCACTGATTGACTTTCTATTGGTATTCTACGCTCCGTTGCTGGGATTCCTTTTTAGCAGGAGGTCCTTCCGGTATCTGAACGAGGATTCATACACCCGGATGCTGTATTTTTACCGGAGTCTACCGGTACCTGCCTCGGCCATCTTCGTAAGCCGGATCATAAACTCGCTGATCGCTTTCATCATAAACGGCATCGTATTATTTGGAGTCATTTATGCGATAGGCAATCATATTAGAACCGCGATGGATATCCCTAGTTATATTGCATTTATACTGACCTGGATGGGCATCGGGTTTTTAATAACAGGACCCTATATTTACTGGGAGAATATGTGCAGCGGTAAGAAGTACTTCGGGATTACCCTTCTGGTGATGGTGATCACCTCCGGAACGGCCGTTATGCTTAGCTTGCTGGGTTACAGCGTTTTCGAGTTCGTTGTGAGAGCCTCCATCAAATGGGGCCTGCTATCTCCGGTCATGTGGGGATCGCTGATGGTTGGACTGGCATCTATGCTCCTTATAAGCAAAATAACCTACATTCGGCAGCAGACCAGGGACTTATCATGA	MQQVLHNAMKIVKKDFASDKLQIVWNIMFMVYMGFATSVIIDNQFEHLDEYINPLIDFLLVFYAPLLGFLFSRRSFRYLNEDSYTRMLYFYRSLPVPASAIFVSRIINSLIAFIINGIVLFGVIYAIGNHIRTAMDIPSYIAFILTWMGIGFLITGPYIYWENMCSGKKYFGITLLVMVITSGTAVMLSLLGYSVFEFVVRASIKWGLLSPVMWGSLMVGLASMLLISKITYIRQQTRDLS				NA	NA	NA	NA	NA
JZ016_04890	105			hypothetical protein	ATGAAGGATATGAAGATGAATCCGTATGGAATCGCAATAGCACGGGTTTATGCACAGGAGAAAAGCGAGGTGATAAAAGGTGCGAATTCCGATTCAGATCAATGA	MKDMKMNPYGIAIARVYAQEKSEVIKGANSDSDQ				NA	NA	NA	NA	NA
JZ016_04891	402	ytrA_2	COG1725	HTH-type transcriptional repressor YtrA	GTGCGAATTCCGATTCAGATCAATGAAAATAGCGCAGAGCCTTTATATCACCAGATTGAAACACAGCTGCGCTCACTCATTATTAGCGGTCAGATTGAGGAGGGAACGTTATTGCCGTCCATTAGGGAATTTGCCGGGAATCTGAACTGTAGTGTCATTACGGTACGCAGGGTGTATCAGGATCTTGAGAATGAAGGGCTGCTGCGAACGAGACAAGGTACGGGAACCTTTGTGGCCGGCGTCGGGGATCAGGCCCGTGAACAGTATAAACGCGATGCGGTTATTGAGGCGTTAAGAATAGCAGTCGAAAAAGGGCTTGCCGTTCAGTTTAACGAGGATGAATTGAAGGAACTGTTCATGGAAGTGATTCGGGAAGTACTCGATGCAAAAGGAGGTCGTTAA	MRIPIQINENSAEPLYHQIETQLRSLIISGQIEEGTLLPSIREFAGNLNCSVITVRRVYQDLENEGLLRTRQGTGTFVAGVGDQAREQYKRDAVIEALRIAVEKGLAVQFNEDELKELFMEVIREVLDAKGGR				NA	NA	NA	NA	NA
JZ016_04892	903	btuD_18		Vitamin B12 import ATP-binding protein BtuD	ATGGAACCACATATCATTGAATTTCGTAATGTCATTAAACGACGGAGAACGAAAACCATCGGCCCGATCGAATTGTCGATTCCTCAAGGATATATTGTTGCCCTGGTGGGGCCTAACGGCTCGGGAAAAAGCACGCTGCTGAACATGATGATGCAGACCGTGTTTCCGGACGAAGGGGAGATCACCTGGTTCGGCGAGTCTTACCGGGGAGAGCTTCCGGTCTCGATCCGTAAACAAATGGGATTCGTTCCTGAACAGTTGAGTGTAGAGGAGCAGCATTTGACGGTAGATGAAGCGGCCAGCTTTCGCGCATCCTGGTATGACACTTGGGACGGTTATTTTTTCGATGAGCTGCTATCCCGGTTTGATGTCCCGCGAGGCGTAAAACTGCGCAAGATGTCCAAAGGGGAACGACGCAAGTTCGAGATCGCCGCTGCACTTGCACCAAGGCCCAAGTTCTTGCTGCTGGATGAACCTTCTTCCGGTCTCGATCCTTTCGCTTGGAAGCTGATGATCGACCAGCTGCACAAAGTAATGAAGTCCATGGATACAACGATCGTGCTCTCAACCCATGTTGTGGATGAAATCCGGCGGCTGGCGGATTACGTCATTCTCATTCATCATGGAAAGCTGCTGGGCATGGTGGAGAAGGACTCGCTGCTGGATAACTGGAAGGAGTGCTGGATACAAGGGGATGCCTCCATTGTGGAGGAGCTGCCGGGTATTCTGAGTTACAAACAAGAGACAGCAACAACGATTTCTTTTATAACCACGGAATGCTTGGAAGTGGAGAAGATCCTGCAGTCTGCAGGCATACCGTTTATTCAGACCCGTTCCCTGGAGCTGGATGAAGTGCTTCGATTATGGATTGACGGAAACATTCCTGCCAACGTGCAGAACTAG	MEPHIIEFRNVIKRRRTKTIGPIELSIPQGYIVALVGPNGSGKSTLLNMMMQTVFPDEGEITWFGESYRGELPVSIRKQMGFVPEQLSVEEQHLTVDEAASFRASWYDTWDGYFFDELLSRFDVPRGVKLRKMSKGERRKFEIAAALAPRPKFLLLDEPSSGLDPFAWKLMIDQLHKVMKSMDTTIVLSTHVVDEIRRLADYVILIHHGKLLGMVEKDSLLDNWKECWIQGDASIVEELPGILSYKQETATTISFITTECLEVEKILQSAGIPFIQTRSLELDEVLRLWIDGNIPANVQN	PGPT0006725_15060	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04893	903	lnrL_7	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGCAACGCTTGCAATTAGACAATGTAGTTAAGATTTATGCGGACAAAACGGCAGTAAACCGGATTTCGCTTCAGGTTGAGGAAGGTGAAATCTACGGACTGCTTGGCGCGAACGGCGCCGGCAAAACAACCACCATGCGGATGGTGCTTGGGTTGATCTACCCGGATGACGGAACGATTCTATATAACGGAAAGCCGTATAACAAAGAACTGCGTCACATTATGGGTTACTTGCCGGAAGAGCGCGGGTTATACCCGAAAGTGAAAGTCAGCGAGCAGATTTCCTACTTGGCACAGCTGCGGGGCATGTCCGCGAAAGACGCGGATAAGAGTCTGAAATATTGGCTGGAACGGTTTGAAGTACCTGACTATTATGATAAGAAGATTGAAGAACTGTCTAAGGGTAATCAGCAAAAAATGGGCTTTATCGCAGCGGTTGTTCATGACCCGCAAATTCTGATTTTGGACGAAGCCTTCAGCGGTCTGGATCCGGTGAACGTCGAACTTCTGAAATCAACGGTAAAAGAACTACGCGACAAAGGCACGAGCATTCTGTTCTCCACCCACCGGATGGAACATGTCGAGGAGTTGTGTAAGAACATTACCATTCTGCATCGCTCCAATACGGTAGTGAAGGGGAACCTGAAGGATATCAAATCCAAGTATCCTCGAGAAGAGGTGATGCTCGGTACGTCCGGTGAAGTCCGTGGTCTTGAAGCCCTGCCAGGCGTAACGGCTGTGGAGCGGACAGAGGACGGCTACTCCATCCGGATCAGCCAGGTTGATGCAGCGCAAGAGATTTTGAATACAGCCATGTCGCAAAGCACGATCCATCGGTTTGAAGTGAAGGAGCCGACACTCAATCAAATCTTCATAAAGGCGGTAGGTGAATCCAATGAATAA	MQRLQLDNVVKIYADKTAVNRISLQVEEGEIYGLLGANGAGKTTTMRMVLGLIYPDDGTILYNGKPYNKELRHIMGYLPEERGLYPKVKVSEQISYLAQLRGMSAKDADKSLKYWLERFEVPDYYDKKIEELSKGNQQKMGFIAAVVHDPQILILDEAFSGLDPVNVELLKSTVKELRDKGTSILFSTHRMEHVEELCKNITILHRSNTVVKGNLKDIKSKYPREEVMLGTSGEVRGLEALPGVTAVERTEDGYSIRISQVDAAQEILNTAMSQSTIHRFEVKEPTLNQIFIKAVGESNE	PGPT0006725_15011	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04894	1305	yhaP	COG1668	putative protein YhaP	ATGAATAATATGTGGACCGTTATCCGATTTACGTTCATGAATAAAGTAAGAACGAAGTCCTTTCTTGTTTCGACCTTGATATTTGCACTCATTATTACCATCGGGATCAATCTTCCTTTTCTGATTCAAATGTTTACGGGAGATAAGGCGGGCTCCGAAGAAACCACCCGCATCGGACTGGTTTACGGACAGGAGCAAATGCTTGCCGAACAACTGGAAACCACTTGGAGTAATCTGCCGTCAACTTCCTATGAATTTGTAAAATATGAAACGGCTGATGAAGCCGCTCTGAATAAAGACATTAAAGATGGCGTTATCGAAGGTTATCTGAAATTTGAAGCAAAAGAAGGCAATGCGTTCCCGACGGTGGTCTACAGCTCTGAAGACGAGGCCATGAGTCCGGAACTGCAATCCAACCTGCAAGCAGCTCTGCAAGTGGCGAAGACGCGCAGCATTGTAGACGGACTTAATTTGTCCGATGCGCAGATCAATGAGCTGAATACGCCTGTTCAGATTGATGCTCGGGGTATCAATCCTACAGAAACGGGTAACGCGGGCGGAGCTTCCGGAGAGAAGGAAGGGGCTTCCGAGGTTATTAACTACATTGTCGTGTATGCACTGATTATTCTCTTCTTCTTCACTTTGATGGGAACAGGTAACATGATCGCATCTGAAGTAACGACAGAGAAGAGCTCCCGCATCATGGAGATTTTGATTACAAGCGTATCTCCGCTGAGCCAAATGTTTGGTAAGGTTATTGGCATGTTCCTGCTGGGACTGTCGCAGATCGCGGCATTCGGTGTTGTAACCGCCGTGAACCTGATGCTGCCGCACAATATGGATACATTGAAGGACATGAATCTCGACCTGACGGCGATCGACCCGATGCTTCTGGTGTTCGGTTTAATCTTCTACATCCTTGGTTATTTCTTGTACGCGATGCTCTATGCGGCCATTGGTTCGATCGTCAGTCGTACCGAGGATTTGGGGCAGGCGGTTATGCCGATCACGATGCTGTCGCTGGTGGCATTCTATATCGCGATCTTTAGCTTAAGCGCTCCGAACTCGATGCTGATGAAGGTATCCAGCTATATTCCGTTCATCTCGCCGACCACGATTCTGGTTCGCATCGGACTTGGAGATATCCCATTGTGGGAGATCCTGCTCTCACTGGCGATCCTGATCGTATCCATCCTCGTCTTTGGCTGGTTGGCAGCGAAAATCTATCGTACCGGTGTCTTGATGTACGGCAAACGCCCTACGTTCAAGGAGCTTAGAAAAGCGATGAAAGCTTATAAGATGTAA	MNNMWTVIRFTFMNKVRTKSFLVSTLIFALIITIGINLPFLIQMFTGDKAGSEETTRIGLVYGQEQMLAEQLETTWSNLPSTSYEFVKYETADEAALNKDIKDGVIEGYLKFEAKEGNAFPTVVYSSEDEAMSPELQSNLQAALQVAKTRSIVDGLNLSDAQINELNTPVQIDARGINPTETGNAGGASGEKEGASEVINYIVVYALIILFFFTLMGTGNMIASEVTTEKSSRIMEILITSVSPLSQMFGKVIGMFLLGLSQIAAFGVVTAVNLMLPHNMDTLKDMNLDLTAIDPMLLVFGLIFYILGYFLYAMLYAAIGSIVSRTEDLGQAVMPITMLSLVAFYIAIFSLSAPNSMLMKVSSYIPFISPTTILVRIGLGDIPLWEILLSLAILIVSILVFGWLAAKIYRTGVLMYGKRPTFKELRKAMKAYKM	PGPT0006730_2620	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_04895	183			hypothetical protein	ATGACCAAAAGTACTAGCTCGAAATTATTAATGTTTTTAAGCGCTGCTGCAGTCGTGATTTTGTTCGGCTTCATGTTCAACACGGAAGGTTCTGCGCTAAAGGATGCCATGCAAGAAGGATTAATGGGAGCAGTTGCCGTGATCGCTATAGCAGGCTTATGGGCTGCTGGAGCAAAGAAATAG	MTKSTSSKLLMFLSAAAVVILFGFMFNTEGSALKDAMQEGLMGAVAVIAIAGLWAAGAKK				NA	NA	NA	NA	NA
JZ016_04896	1215			hypothetical protein	ATGAAAAATTGGAAAAGAATGATATTGTCACTCACGATTTCGGTAGGTTTGCTTGCTTCGGCAGTGCCTGCCATGGCTGCTCCACAGCAGCCAGCAGTAAAAGTGGATAACGAAGTAGTTAAATACTCGCTTGGCACACCGGTTATAGATAAGGGCACAACGCTCGTCCCGCTCAGAACAACGCTCCAGGCGATGGATGTGAAACTGACGGATGCTGCAGATGACACGATCCATGTGGTTGTGGACGGCAAAACCATTACGCTGAAAAGCAAACTGAAACAAATCAATGGCGTAACGTATGCGCCAATTCGGGTTGTTGGGGACGCTGCGGGTTATAAGGTTAGCTGGGATGCGAAAACTCGCACCGTTGTGCTGGTTTCCAAAGAAACGGAGGTCGCTCAAACAGGTGGCCGCGGCTTCATGTGGGAAGTGGAGAGCAACGGGAATACCGTTTATCTGGTAGGCTCTATGCACATCGCGGATGACAGCTTCTACCCGCTGCGTCCGGAGTTTGAGGAAGCCTTTGCCGAAGCGGACTATCTCGGTGTCGAGGTTGATGTCAGCAAAGCAGCTGACGAAGCTCAGCAGCAGCTGATCATGGATATGGGGATGTATAAAGATGGAACAACACTCAAGGATCATGTGACCAGCGAGACGTACGCCAAACTCGGCAAAATCCTGACGGAGAGCGGCATGCAGCCGAATGCCTTAGATGCATTCAAGCCTTGGGTAGCGGAATCCACGATCAGCAGCTTGAAAGCAGTGAAGGCTGGATACGAAGCGGCTGCAGGAATCGATCTGTATTTCGTCCAGAAAGCGATCGAGCGCAAAATTCCGGTGATCGAGCTGGAATCCTACGAATTGCAGCTGGGCATGTTCAATGGCTTCTCTAAAGAGTTGCAGGAGAAGAATCTCAACATCGTCTTGGACAATTTCGATGTACTGGATGGCAGTGTCGAGCAATTAGGTGAAATGTGGAAGACGGGCAATGATGAGGAACTGCTGGAGTTCACCAACAGCATGGCCGTTGACGAGGAATACAATAAAGCGATGCTGATTGACCGAAACATCGGCATGGCCGAGAAAATCGACGGATACCTGAAAAACGGCAAAAATGAAGAGTACTTCATCGTGGTTGGCGCAGCCCACTATCTGGGTGAGCATGGCATCGTGAAGCTGCTGCAGGATAAAGGCTATACTGTCGTTCGCAAATAG	MKNWKRMILSLTISVGLLASAVPAMAAPQQPAVKVDNEVVKYSLGTPVIDKGTTLVPLRTTLQAMDVKLTDAADDTIHVVVDGKTITLKSKLKQINGVTYAPIRVVGDAAGYKVSWDAKTRTVVLVSKETEVAQTGGRGFMWEVESNGNTVYLVGSMHIADDSFYPLRPEFEEAFAEADYLGVEVDVSKAADEAQQQLIMDMGMYKDGTTLKDHVTSETYAKLGKILTESGMQPNALDAFKPWVAESTISSLKAVKAGYEAAAGIDLYFVQKAIERKIPVIELESYELQLGMFNGFSKELQEKNLNIVLDNFDVLDGSVEQLGEMWKTGNDEELLEFTNSMAVDEEYNKAMLIDRNIGMAEKIDGYLKNGKNEEYFIVVGAAHYLGEHGIVKLLQDKGYTVVRK				NA	NA	NA	NA	NA
JZ016_04897	1008	ccpA_5	COG1609	Catabolite control protein A	ATGAAGGTTAGTATATTTGACGTAGCAAAAAAATCAGGACTGTCCGTCGTGACCGTTTCACGTGTCTTAAATGGTGCTGAATCCGTTCGAGAGAAGAACAGACTAAAGGTTCTGGAAGCCATCAAGGAGCTTGATTACCGTCCCAATGCCGCTGCCCGGAGTTTAGCACGGGGTAAGACAGGAATCGTTGGGTTGATCGTAACTACCCTTCAGGACTCTTTCTTCGACGCTGTGGTCAAGGAGCTGAATGAGGTGCTGGCACTGCACGGTTATTTCCTGGCCATTTCGGTCTCTACGGGTATAGGCTCCGACGAGGCCCATTATCTGATTCAGGAAGACCGCGTGGACGGACTGATTCTGCTCTCGCCGCTAGAAGAAGACAACTATATCGTGGAAATGAAACGCCGAAATATCCCTTATGTCCTGATAGACAACCAGAAGCCGGATAATGACGCTTATTCCGTCACCATAGACAACTACAAAGGCGGCTATACCGCAACGAAGCACCTGCTCGATCTCGGCCATACCTCCATTGCGCATATCAGCGGGCAGGATATGTTCCGCAGCACGAGGGAACGTCGCAGCGGCTTTCTGCAGGCGCTTGAGGAAAAGCGCCTGGCGCCGTTCGAAATGATTACGGGCGATTTCGAAATCGACTTTGGCTACGATGTCTGTCGCAAATGGCTGCGGGAAGGACGACTTCCTACCGCCGTATTCGCAGGCGATGACAATATCGCGCTCGGGGTCCTGAACGCTCTTTTGGAAGAAGGCATCCGGGTTCCGGAACAGGTAGCCATTGTCGGCTATGACGATCAGTATATCTCATCCAAGCTGCGCCCCCATTTGACAACGGTCCGGCAGCCTGCTGACCGGATTGGGCTTGCCGCAGCGGATATGCTGCTGAAGCGCATGGATGGAACGATGGAACGCGGGGGCAATGTTCGAATTGACCCTGAGCTCATCGTGAGAGACTCTACGGTTAGACCTGTGCAAGACACGCCTGAATAA	MKVSIFDVAKKSGLSVVTVSRVLNGAESVREKNRLKVLEAIKELDYRPNAAARSLARGKTGIVGLIVTTLQDSFFDAVVKELNEVLALHGYFLAISVSTGIGSDEAHYLIQEDRVDGLILLSPLEEDNYIVEMKRRNIPYVLIDNQKPDNDAYSVTIDNYKGGYTATKHLLDLGHTSIAHISGQDMFRSTRERRSGFLQALEEKRLAPFEMITGDFEIDFGYDVCRKWLREGRLPTAVFAGDDNIALGVLNALLEEGIRVPEQVAIVGYDDQYISSKLRPHLTTVRQPADRIGLAAADMLLKRMDGTMERGGNVRIDPELIVRDSTVRPVQDTPE	PGPT0017992_14582	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_04898	1359	ythA_2	COG1271	Putative cytochrome bd menaquinol oxidase subunit I	GTGGTTATAGATACGGTGCTGTGGAGCAAATGGCTGACGGGGCTAACCTTGGCGTTTCATGTCATTTTTGCCACGGTCGGCGTCGGTGTTCCGTTAATGATTGCCATTGCGGAGTTCGTTGGTATACGTAAGAAGGATCCTCATTACATGCTCATGGCCAAAAGGTGGACACGAGGATTCGTGATTTCGGTGGCGGTTGGTGTAGTGACTGGAACAGCGATTTCCCTGCTGCTTGCGCTTGTATGGCCGAACTTTATGCAAGTGGCGGGGAATGTCATCGCGCTTCCGTTATTTATGGAGGTTTTTGCATTCTTTTTTGAAGCCATATTCCTGGGGATTTATATGTACACCTGGGATCGGTTCCGCAATCCGTATGCGCATTGGCTGCTGACGATTCCGATTGTTGCCGGGGCAGGCATGTCCGCAATTTTTATTACGACGGTGAACGGATTCATGAATCAGCCTGGAGGCTTTGTCATGGAGGCAGGCCACTTTACGGCGGTTAACCCGCTGCAAGCGATGATGAATACGGCGACGCCTTCAAAAGTATTCCATGTACTAACCTCGGCCTATTTAACGGGCGCTGCCCTGCTGGCGGGTATCGCAGCCTACGTTATTCTGAGAAAAGGGGCCTCGGCATATTACAAAAAAGCATTGAAACTTATGATGGGGGTTGTTCTGGTGTTCAGCGTGCTGACAACCTTAGCCGGGGATATGTCGGCCAAGTTTCTGGCAGAACATCAGCCGGAGAAGCTGGCCGCCGCAGAATGGCATTTTGAAACGGAAAGCGGTGCAGATCTGATATTATTGGGCTGGCTTAATGCGGAGCAGAAGGTCATGGGAGCCATTCATATTCCGAAAGCGCTCAGCTTCCTGGCCTTTGGAGACTTTGATGCCGAGGTAAAAGGGCTGGAGGAGTTTCCGCTGGATGAAAGACCGCCGCTGCTTGTCCACTATTTGTTTGATTTCATGGCCGGGATCGGTTTTGTTCTGTTGGCCGTTGCGTTCCTGTATTTCCTGTTTTTGTTCTGGAAGAGACGCAATGAGCTCAACAAGTGGCTGCTTCGGGTCATTGTTTTTAGTGCACCCCTTGCATTTTTGGGCGTTGAAATGGGCTGGTTCTATGCGGAGCTCGGGCGGCAGCCGTGGATAATCCGCGGATATATGCGCGTAGAGGAGGCAGCTACGACTTCACCGAATGTGAGAATTCTCTTTTTCCTCTTCCTGCTGCTGTATATTGTGCTGGGGACCATGTGTGTCTTTGTACTGAGACGGTTGTTCCGTAATAAACCGGCGGAAGCCGAGCTGGACGAGATTGTGAAAGAGAAACACTCCACGGGAAAGGGTGAGCCGGTATGA	MVIDTVLWSKWLTGLTLAFHVIFATVGVGVPLMIAIAEFVGIRKKDPHYMLMAKRWTRGFVISVAVGVVTGTAISLLLALVWPNFMQVAGNVIALPLFMEVFAFFFEAIFLGIYMYTWDRFRNPYAHWLLTIPIVAGAGMSAIFITTVNGFMNQPGGFVMEAGHFTAVNPLQAMMNTATPSKVFHVLTSAYLTGAALLAGIAAYVILRKGASAYYKKALKLMMGVVLVFSVLTTLAGDMSAKFLAEHQPEKLAAAEWHFETESGADLILLGWLNAEQKVMGAIHIPKALSFLAFGDFDAEVKGLEEFPLDERPPLLVHYLFDFMAGIGFVLLAVAFLYFLFLFWKRRNELNKWLLRVIVFSAPLAFLGVEMGWFYAELGRQPWIIRGYMRVEEAATTSPNVRILFFLFLLLYIVLGTMCVFVLRRLFRNKPAEAELDEIVKEKHSTGKGEPV	PGPT0026700_4295	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026700-cydA-K00425	NA	NA
JZ016_04899	1017	ythB_2	COG1294	Putative cytochrome bd menaquinol oxidase subunit II	ATGATCGATTACGAGTTGATAGGCATCTCCGTCCTTTGGCTGTTTTTATACGGCTATTTAATTATAGCCTCCATTGATTTCGGCGCTGGTTTTTTTGCCTTCTATGCCCGTTTGACGAAGCAGGACCACCTGATCAATCGATTGATATCCCGTTATTTATCGCCGGTCTGGGAAATTACCAATGTGTTTTTTGTCTTTTTCTTTATCGGCATCGTCGGGTTTTTCCCGGACACGGCCTATTATTATGGCTCTGCGCTGCTTATACCGGGAAGCATCGCCATTATTCTGCTGGCAATCCGCGGCTCCTTTTATGCGTTTGAAAATTACGGCTCCAAAGAAAACATCGTGTATCTGTTTTTATACGGGGCCACAGGTTTGCTGATTCCGGCTTCCTTGTCGGTCGCATTAACGCTATCCGAAGGCGGTTTTATTGTGGATAGAGGCGGGGCTGTTTCTTTGGAATATTGGACGCTCATAACCAGTCCGTTGTCGTGGAGCATCGTTGCATTGGCCATCGTATCGGTGCTGTTCATAAGCGGATCGTTCCTGGCCTTTTACGCCTCACGGGCGGACGATCAGCCAGCGCTAAAGCTGGTGCGCACATATGCCCTGTTTTGGAGTACGCCAACCATTATTGCCGCGCTCACGGCATTTATTTTCCTCAGTCAGCATAATGAGCGGCATTTTCAAAACATGATGGATTTATGGTGGCTGCTGGCGCTTTCCGTCGGTTTTTTCATGGCAGCCATATGGCTGCTGTACAAAGGACGCCGCTACGGACTGGCTTTTATTTGTGTCATGCTGCAATTCTTCTGTGCATTTTTTGCATACGGCATCGGGCAGTATCCTTATATTCTGGATCCGTACATTACCATTCAGAGCGGGGCCACGCATGAGTCGATGGGCGCTGCGCTTGTGGCAGCCTTTATCGGCGGCCTATGCCTGCTGATTCCGTCCCTTATACTAGTCTTCAAGCTCTTTCTGTTTGATGCGGATTATGTAAAAGGCAAAAAATAA	MIDYELIGISVLWLFLYGYLIIASIDFGAGFFAFYARLTKQDHLINRLISRYLSPVWEITNVFFVFFFIGIVGFFPDTAYYYGSALLIPGSIAIILLAIRGSFYAFENYGSKENIVYLFLYGATGLLIPASLSVALTLSEGGFIVDRGGAVSLEYWTLITSPLSWSIVALAIVSVLFISGSFLAFYASRADDQPALKLVRTYALFWSTPTIIAALTAFIFLSQHNERHFQNMMDLWWLLALSVGFFMAAIWLLYKGRRYGLAFICVMLQFFCAFFAYGIGQYPYILDPYITIQSGATHESMGAALVAAFIGGLCLLIPSLILVFKLFLFDADYVKGKK	PGPT0026705_2756	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026705-cydB-K00426	NA	NA
JZ016_04900	1821	cydD_2	COG4988	ATP-binding/permease protein CydD	TTGAAGGGGAAAACCAGTCTGCTGTCCCAGCAAATGTCTGCACAAAGGAAACGGTTGATACTCTTGGGGTTCATGTCGCTTGCGCTCGGTGCTGCCATGACAGGCCAGGCCGCACTGCTCGCCGAAGCGGTTCAGCGGATTTTTGTGCAGCGGGCTTCCTTTTCGTCGGTAGCTGCCATACTTGGCGCATTGCTGGCCGTGATGGCTGCGCGGACGCTGCTGTCTTATGGAAACGGGATCATCGGCTTGCACATGGCTGCCAGCGCTAAGACGGAGATGCGAGCAGCGGTGCTGCAAAAGCTGGCTAACGCTTCCGTAGCTTCAACGCTTCGTGGACAAACGGGCGGAAAAGTCAGTGTAGCACTGGATGCCGTGGACGAGGCGGACAGTTATTTCAGCCAATATATGCCGCGTATGATAGAAGCCGCCATCATTCCTGTCCTGATTCTGGTCATTGTTTTTACGGAGCATATGAATTCCGGCTTGATTATGCTGGTTACCGCTCCCTTTATCCCGTTATTTATGGTGCTTGTGGGTCTGAAAACGAAAAACAAATCAGAGGAGAAATTCGCACAGCTGGCCGAGTTTTCCGGTACGTTTCTCGACTCTCTTCAAGGGCTGGTTTCGCTCAAGCTGTTTGGACGGACGAATCATCAGCAGCAGGAGATTGAACGCAGCAGCCTTGGCTACCGGGATGCAACGATGGGCATTTTACGGATTGCGTTTACCAACACCTTCATGCTGGAATCCATCGTCATGCTTAGCATTGGCGTTGTCGCGCTTGAGCTGGCGCTGCAGCTGCTGGTTTTCAAGTCGCTTTCCTTCCACACCGCCTTTTTGATTCTGCTGCTGGTGCCCGAGTTTTACAGCCTGTTAAAAAACACCGGAACTGCCTTTCACAGCGGTCGTACCAGCATGGGGGCTGTCCGAAAAGTAGAGGAGATGCTTACGGAAACAAGGGAAGCAGGAGCAGTGACAGATCGGAAAGAGGAGGCCGGGAAAAAGGACAAAACACACCAGGTCGATCCGATGGATATGACGGATAAGTCTGGGACAGCCGATTTAGGTTTGATTCGGATGCCGCCGACCATCGAACTGAGGGATGTCCGGTTTCGGTATGGGACGGATTCGTTCGAGCTTGCTGCCGGCTCCATGTCGTTTGGGCCAGGGGAGCAAATCGCCATCGTCGGTAAAAGCGGATCCGGCAAAACCACTTTGCTGCATCTCATTGCAGGGCTGCTTGCGCCAACGTCGGGAGAAGTGCTGGTGAACGGACGTCCGCTTGCGCATTACGATGAGGCTTCATGGTTTGAACATGTCAGCTACATTACCCAGCATCCGTATATTTTTGCCGGCACGTTTGCCGACAATATTGCGATTGGCGCGGGCAGGGACGTCACCAGGGAAGAAGTCGTGCAGGCGGCGGAGGCCGCCGGACTTGCTGCGGTTGCAGCCGCGTTGGAGCAGGGCTATGACACCTTTGTCGGCGAAGGAGGCCGGGGATTGTCAGGCGGAGAGAAGCAAAGGCTGGCGCTGGCCCGTGCTTTTTTGAAGCGGCCTTCTGTTATATTGTTTGATGAGCCCACCGTCGGATTGGACCTGCACACCGAACGTGTTCTGCAGCGGTCCATTGCCGAGCTTGCAAGCAAGGCGACCATGATTACTGTGGCGCACCGCTTGTACACGATACGGCATGCCGACCGGATATTGTTTATGGACAACGGAGCGCTGCTGGACAGCGGGCGCCACGATGAGCTGCTAGCGCGTCTGCCCCAATATGCTGACCTGGTGGATGCGCAGCGGAAAGGGGGACTCGCATGA	MKGKTSLLSQQMSAQRKRLILLGFMSLALGAAMTGQAALLAEAVQRIFVQRASFSSVAAILGALLAVMAARTLLSYGNGIIGLHMAASAKTEMRAAVLQKLANASVASTLRGQTGGKVSVALDAVDEADSYFSQYMPRMIEAAIIPVLILVIVFTEHMNSGLIMLVTAPFIPLFMVLVGLKTKNKSEEKFAQLAEFSGTFLDSLQGLVSLKLFGRTNHQQQEIERSSLGYRDATMGILRIAFTNTFMLESIVMLSIGVVALELALQLLVFKSLSFHTAFLILLLVPEFYSLLKNTGTAFHSGRTSMGAVRKVEEMLTETREAGAVTDRKEEAGKKDKTHQVDPMDMTDKSGTADLGLIRMPPTIELRDVRFRYGTDSFELAAGSMSFGPGEQIAIVGKSGSGKTTLLHLIAGLLAPTSGEVLVNGRPLAHYDEASWFEHVSYITQHPYIFAGTFADNIAIGAGRDVTREEVVQAAEAAGLAAVAAALEQGYDTFVGEGGRGLSGGEKQRLALARAFLKRPSVILFDEPTVGLDLHTERVLQRSIAELASKATMITVAHRLYTIRHADRILFMDNGALLDSGRHDELLARLPQYADLVDAQRKGGLA				NA	NA	NA	NA	NA
JZ016_04901	1725	hepA	COG1132	Heterocyst differentiation ATP-binding protein HepA	ATGAATGAGCTGGCTATTTTAACCAAGGCGATGATTCAGGAACGGAAGGATATTGCCATCGCCATCCTCGGAGGATTCGTTGCCGGCATTGCAGGTGTATGCCTTTTTGCCGCAAGCGGGTATGTGATCTCCCAGACTGTATTTGCTCCGCCGCTTTATACCTTGATTGTGCTGACGTCCCTGGTAAAAATACTGGGTCTGCTGCGGGCGGCAAGCCGCTACGCGGAACGCTTGTATTCCCATCGGGCGACATTCTCTCTGCTCAGCCGTTTGCGGACATCCTTTTTTGCCAAGCTGGTTCCTTTGACGCCGGGGATATTGGGTAAAAAGCGGAGCGGAGAGCTGCTCGCACGGATCGTTGGGGATGTGGAGAGTTTACAGCATTACTTTTTGCGCGTCGCCTATCCGCCTGTCATTGTTGTTATGGTGTTTCTGGCTACGGTTTTGTTTACTTCCGCCTTTTCATTCTGGATTGCTTGTTTATTTGTGCTGGGGATGCTGGCAACGGCTTTTGTGGTTCCAGGACTTGTTCTCCTTGGACAGAGAAGGATACATGGCCGCGTGCGCCAAGAACGAGCGGCGCTTTCCACAGAAGTGACCGAGCTGCTATACGGGTTCCGGGATTTGAAAGTATACGGACAAATGAAAAAGCGGGAGCGGCAGCTGCAGCGTACCTCCGCCGCATTGGCAGCGGAACAGCAAGCGGCAGCCCGGCATTTGCTGCGCGGGCAATCGCTGCATGTTTTTGTAACGTATCTGATTTCATGGGGCGTGCTGATTCTTGGCGCCTACTTAATAATGGATGGCTCGCTTGCCGGCGTATTTCTAGCCATGCTGGTCATGGCTTCGCTTACGGTGTTTGAAGAAGCTGCGCCAATGGCCACACTGCCTGCTTATAAGCTGGATAGCGAACATGCGGCAGCTCGGCTTGCGGAAACGGTTCACGCCCTAGATAAGCAGCCGCCGCAGCCAAGCGGTGTCCTGCCTATCGAGAAAGCCGTTTCCATTGAGCTGAGCGGTGTTTCCTTTCAATATGAAGATGAATGGCGCCCAGCGCTGAAAGACATAACCCTCTACTTACCACCGGGATCTAAAACGGCCATTGTCGGTCCGAGCGGATCAGGGAAAACCACCCTCATCGAATTGCTGCTCAAGCTGCGCACGCCGACAGACGGTCAGATTCGTTTAAATGATACTTCGGTTATGGAACTGGATGAAGCGAGCATTTGGCAAGCCTCAAAGGTTGTGCTGCAGCACAGTCATTTCTTTCGGGGCACCATTCGGGACAACCTGCTGCTGAACGAGGAACATCATTCCGATCAAGCGTTGTCGGATATACTGGATAAAGTGCAGCTGCCGAATAAGTCCCTGGACGATAGGATGTATGAAAAGGGGGAGAACTTATCGGAGGGAGAGAAGCAGCGCTTAGCCTTGGCCCGGGCGATGCTACGAGAAGGACGGTTATGGCTGCTGGACGAACCGACGTCTTCACTGGATTACGTTACGGAGCAGCGTGTTTTTCGGCATCTGCTGGCGCAAGCGGCTAACGATACGCTTGTTCTGATTTGCCATCGGCTGACCGGCTTGGAAGAGATGGACCGGATTCTGGTCATGGACCAAGGCAGGGTTATTGAAGCGGGCACGTATTCAGAGCTGATGGAGCAGCAGGGATATTTTTATGAAATGAAACAAATTGAGCTGCAAATGATCGGCGAAGACGGATAA	MNELAILTKAMIQERKDIAIAILGGFVAGIAGVCLFAASGYVISQTVFAPPLYTLIVLTSLVKILGLLRAASRYAERLYSHRATFSLLSRLRTSFFAKLVPLTPGILGKKRSGELLARIVGDVESLQHYFLRVAYPPVIVVMVFLATVLFTSAFSFWIACLFVLGMLATAFVVPGLVLLGQRRIHGRVRQERAALSTEVTELLYGFRDLKVYGQMKKRERQLQRTSAALAAEQQAAARHLLRGQSLHVFVTYLISWGVLILGAYLIMDGSLAGVFLAMLVMASLTVFEEAAPMATLPAYKLDSEHAAARLAETVHALDKQPPQPSGVLPIEKAVSIELSGVSFQYEDEWRPALKDITLYLPPGSKTAIVGPSGSGKTTLIELLLKLRTPTDGQIRLNDTSVMELDEASIWQASKVVLQHSHFFRGTIRDNLLLNEEHHSDQALSDILDKVQLPNKSLDDRMYEKGENLSEGEKQRLALARAMLREGRLWLLDEPTSSLDYVTEQRVFRHLLAQAANDTLVLICHRLTGLEEMDRILVMDQGRVIEAGTYSELMEQQGYFYEMKQIELQMIGEDG				NA	NA	NA	NA	NA
JZ016_04902	768			hypothetical protein	ATGCAGTTGGTCGATATCGCCCTCGTTATGGTGCTGCTCGGACTCCTTCTCGGTTTTGTGGGTGCAGGCGGCTCAGGTTTCATTATATCCATCCTAACCGTCGTATTCGGTTATCCCATTCATACCGCGCTGGGTACCGCACTGGCGGCGATGTTCTTCTCGTCGCTTTCCGGTTCTGTCAGCCATTACCGGGAAGGGAACATGGCACTGAAGACAGGGGGCGTCGTCGGCTTGGCCGGTGCGGCAGGGGCATGGGTCAGCTCGGGCTGGTCCTCGCTTATTCCCGAGGATAAGCTGGGCTTCATGACATCCGGTATGCTGTTCGCCTCTGGACTAGCCTTATGGTTCAGGATGCTGTACGTTTCACGTCGATCGAAGACTTCCGGGGACTCTGTGACACCCGGCATCCATGACTTCCGATACTGGCTGCAGGCACTGCTAATCGGACTCATAACCGGCGCCTTATCGGGGCTGTTCGGAATCGGCTCCACCCCGTTCATCCAGTTAGGGCTTATGCTGATTCTCGGCATGTCGATGCGTGTTGCCGCCGGCACGACCATGCTGGTCATTATGCCAATCGCACTGGCAGGAGGAGCCGGGTACTTCTCGATCGGGTACCTGGATGTTCAACTGCTCGCCGCTGTTGTGATCGGTACGATGTCCGGCTCGTATGTGGGGGCAAAGTTTACGAAGCGGGTACCCGTTGTCTGGCTGAAAACCTGCATGGTCCTCACCCCCATGATCGGTGCCGCCATTCTATTGCTGTAG	MQLVDIALVMVLLGLLLGFVGAGGSGFIISILTVVFGYPIHTALGTALAAMFFSSLSGSVSHYREGNMALKTGGVVGLAGAAGAWVSSGWSSLIPEDKLGFMTSGMLFASGLALWFRMLYVSRRSKTSGDSVTPGIHDFRYWLQALLIGLITGALSGLFGIGSTPFIQLGLMLILGMSMRVAAGTTMLVIMPIALAGGAGYFSIGYLDVQLLAAVVIGTMSGSYVGAKFTKRVPVVWLKTCMVLTPMIGAAILLL				NA	NA	NA	NA	NA
JZ016_04903	1476	pnbA_1	COG2272	Para-nitrobenzyl esterase	TTGATCGTACAGACATTATCAGGAACAGTTGAAGGCGAAAATTCAAACGGTGCGTATGTATTCCGGGGCATCCCCTATGCGGCCCCGCCAGTCGGCAAGCGCAGATTCAAGCCTCCGGTCCCTCCGCAACCCTGGCCGGGCGTGAGGCCGTGCAAGCCATTCGGACCTATCGCACCGCAGAAGCATAATCCGCAAAGCGGCATGCCGAAGCTTGTACAGTCCGAAGATTGCCTAAACTTGAATGTGTGGACACCAGGCGCAGGCGATAAGTTAAAGCCTGTCATGGTCTATATCCATGGCGGGGGATTCATATCGGGCAATGGAGCGGAGTGCGACGGATTTCGCTATGCAGCCGAGGATGGAATCGTCTACGTATCGATCAATTATCGGCTCGGCGCATTAGGTTTCTTGTATTTGGGAGACCTGCTGGGCAAAGAATATGCAACCTCCGGTAACAATGGCATGCTGGATATTGCGGCCGCCCTCCAATGGGTTCAGTTGAATATTACCGCTTTCGGCGGCGACCCGTCGCGCGTAACCGTCATCGGCAATTCTGCCGGGGCCAAATGCACGGCCGCACTTTACGTGATGGAAGCGGCACAGGGCTTATTTCAACGGGCTATAGCCCAAAGCGGCGCAACGCAGTCGATACGGGATTGCCAAACCGCCAATGTCACGACTCTCCGGCTGCTAGAAGAGCTGGGGTTATCGCAAGCGCAGGCGCATCAGCTGCTTGAACTTCCTGCGGAGAGAATCATCGAAGCGCAGTCAACGATCGGCTCCAATACCTCGCGCAGCCTGCATATGTTCGGCCCGGTATCCGATGGCCATGTTATCCCCGTTGATCCCCTGGGGAGCCTAACCGGCAGCATCGGTCTGCCGCCGCTGCTGATCGGCACGAATGAGGATGAAGCAGCCATCTTCATTCAGGATGATCCCGTGCTTCAATCACCGGCCTTCGAGACGCTTGAACGATTCTTCGGAGCGAATGCAGCTGTCGCGTGGGATGCTTATGGTCGCTATAACCAATCGATGTCATCGAGTGATGCCTGGAACAAAACGTTAACCGAGCATCTATATACGATTGGAGCGATGCAGTTCGCAGAAGCCGTGGCATCGTCCGGAACATCGGTATGGATGTATCGGCTTCAATGCGGCGGCACGCTCGGCGCGATACACGGTTATGAAGGCAGTCTCATCCATGCTCAGTTAATCCGCAATCCCATGTCCGAAATGTCCAGCAATGAGGATCCATATGCTGTAGCAGCTGAGAGTTATGCACTGGCAACCGCCATGCGGGAAGCATGGGTTGCATTTATACAAAGCGGAGATCCGAATATCCATGCGCTGCCGGCTTGGCCCGTCTATGGAAGCGGACACGCCACCATGGTTCTGGACAAGATTAGCTGCGTTCGCGATGACCTGCCGGTTCCGGCCGGGATCGGCGTTCCTCATCAGGTTTGGAGGATGGTCTGA	MIVQTLSGTVEGENSNGAYVFRGIPYAAPPVGKRRFKPPVPPQPWPGVRPCKPFGPIAPQKHNPQSGMPKLVQSEDCLNLNVWTPGAGDKLKPVMVYIHGGGFISGNGAECDGFRYAAEDGIVYVSINYRLGALGFLYLGDLLGKEYATSGNNGMLDIAAALQWVQLNITAFGGDPSRVTVIGNSAGAKCTAALYVMEAAQGLFQRAIAQSGATQSIRDCQTANVTTLRLLEELGLSQAQAHQLLELPAERIIEAQSTIGSNTSRSLHMFGPVSDGHVIPVDPLGSLTGSIGLPPLLIGTNEDEAAIFIQDDPVLQSPAFETLERFFGANAAVAWDAYGRYNQSMSSSDAWNKTLTEHLYTIGAMQFAEAVASSGTSVWMYRLQCGGTLGAIHGYEGSLIHAQLIRNPMSEMSSNEDPYAVAAESYALATAMREAWVAFIQSGDPNIHALPAWPVYGSGHATMVLDKISCVRDDLPVPAGIGVPHQVWRMV	PGPT0030515_2181	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TANNIN_DEGRADATION	PUTATIVE-TANNIN_DEGRADATION-1,PGPT0030515-pnbA-K03929
JZ016_04904	909	gltC_9		HTH-type transcriptional regulator GltC	ATGGAACTGTTGCAATTAAAATATTTTCAGACTGCCGCCCGAATGCAGCATATGACAAAGGCAGCCCATAGCCTGCATATATCGCAGCCGGCATTAAGCAAAATGATCGCGTCGCTTGAAGCCGAGCTGGGAACCAAGCTGTTCGAACGGGAGCATAAAACGATACGGCTGAACGAGCACGGCAAGCTGTTTCTTCGCCAAGTGGATATCGCGCTGCAAGCACTGGAAGACGGAAAGCTGCAGCTGCAGGATGCTAATGGCTGCGTCTCCGCCGTTATCACGCTTGATGTTCGCGTCTCCTCACATTTACTGCCGGATCTACTGGCCGATTTTCGCAAAGAATGGCCGCATGCAGAGTTTCAATTGCAGCAGCATGTTTCGTCATTCGAAGATATGCCGAGCTTCGATCTGTGCCTATCCGATGGCGCAGCACCACCAAAGGGAACAGCGTCGGTCTGCTTGCTCGAAGAGGAGATCGTGGTTGCCGTTCCCGCCGAGCACCCGCTCGCGGATCGAGACCGTGTAAGCTTGCAGGAGCTCAAGGATGAGAGCTTCATTACCCTGCCTCCGGGTAAATCGCTGCGGGAAACAACCGATGCGTTCTGCCGTCTTGCCGGGTTTACTCCCCGCATCCGATTCGAGAGCGATGATCCCGCCACCGTCCGCGGTCTCATTCGAGCCGGTCAGGGCGTCGCCTTCCTGCCGGTGGTGACATGGGGCGGGTCAACCGGACCTGATGTCGTCCAGCTCCGGCTCGAAGAAAGCTGGTGCAAACGCTCCATCTCCTTGTCTTGGCCCAAGGACCGATACCTCATGCATACGGCGGTGCTGTTTCGGGATTTTGCCATTCGGTACTTTGCTCGGCTGGCCGAATCGCACCGGCAGGACATCGCTCGGAGCGGATTCTAG	MELLQLKYFQTAARMQHMTKAAHSLHISQPALSKMIASLEAELGTKLFEREHKTIRLNEHGKLFLRQVDIALQALEDGKLQLQDANGCVSAVITLDVRVSSHLLPDLLADFRKEWPHAEFQLQQHVSSFEDMPSFDLCLSDGAAPPKGTASVCLLEEEIVVAVPAEHPLADRDRVSLQELKDESFITLPPGKSLRETTDAFCRLAGFTPRIRFESDDPATVRGLIRAGQGVAFLPVVTWGGSTGPDVVQLRLEESWCKRSISLSWPKDRYLMHTAVLFRDFAIRYFARLAESHRQDIARSGF				NA	NA	NA	NA	NA
JZ016_04905	879	rhaS_23		HTH-type transcriptional activator RhaS	GTGGAAACCAAGCAGCCTCCCAGGCTAACCAATGAAGAGTACCGATTACAGCCCCACGCGCCTGTTCAAGTATTTCACGGCGTTCATCCGGGGAGAATCCAGCTGCACTGGCATGAATTTTACGAGCTGAGTTATGTGGTTTCCGGAAAAGGCGAGCACAGGCTCAACGGTTCCTCGTATCCGCTCTCTTCGGGGACCATCTTCTTGCTGACGCCTGCCGATTTTCATGAGCTGGTTTCCTTGGAAGAGGAACCACTTGAAATATATAATCTCATTTTCACCGAAGCTATGATGGATGATAACGTCTACCATTGGTTATTCGGCGGGAAACTTCTGCTGCAAGCACAGCTTGAGGAGAAGCGGCTCCCGGTGGTGTTCGCCGACTATGAACGGATGAAGGAGGAGAACGGAGTCTGGCGGGAAGGCAGCGAGATCGCGATCCGGGCTACGCTTCAGCGGCTGTTGGTGGATCTGTATCGTGGCAGCGCCGCAAATCGGCTCCTGCCCGCGAACGGGACGAGAGATCGGCAGCTCAACTTAAACCTGCAAAAAGCCCTAATCTATATTCATCATCATTTCCGTGAGGATTTGAGATTGGAAGATGCAGCTAGCCAGGCCCAATACTCGGCTACTTATTTCAGCGAGTGCTTCTCCAAATCCGTGGGGCAGTCTTTTCAACGTTATCTGCAAAACGTCAGAATGCATTTCGCCGAATCGCTGCTTCAGGCATCCTCGCTGCCCGTTACCGAGATTTGTTACGCTTCCGGCTTTAATACATTGGGGCATTTTGAAAGGGTGTTTCGTCAGCGAAAGGGAATGTCCCCCCGCCAGTACCGCAACAAGGCAGAGAAAGCCGAAGATATGCAGCATTTATCCTAA	METKQPPRLTNEEYRLQPHAPVQVFHGVHPGRIQLHWHEFYELSYVVSGKGEHRLNGSSYPLSSGTIFLLTPADFHELVSLEEEPLEIYNLIFTEAMMDDNVYHWLFGGKLLLQAQLEEKRLPVVFADYERMKEENGVWREGSEIAIRATLQRLLVDLYRGSAANRLLPANGTRDRQLNLNLQKALIYIHHHFREDLRLEDAASQAQYSATYFSECFSKSVGQSFQRYLQNVRMHFAESLLQASSLPVTEICYASGFNTLGHFERVFRQRKGMSPRQYRNKAEKAEDMQHLS				NA	NA	NA	NA	NA
JZ016_04906	747			hypothetical protein	ATGATGACAACGCAAGCTCTTTCGAAGCAGGAGGTTGAGTTTTATAAGGAACATGGGTACTACCTGTACAAGAAGCCGCTCTTTAGTACCGAAAAAATGCAGGTTCTGACATCCATCTTTGAAGAGCAACTGGAGGAGAAGGGCAGCAAATTATCTGACGAGCTGGATACGCCGCATTTCCGTGACGAAAGGCTGCTCGACTTTCTGTTATCCGATGAGGTACTGGATCTGGTGGAACCCATCATCGGCCCGAATATCGGGTTGTGGTCCAGCCACTTTATCTGTAAAGATCCGCATGTGGGACGTGCAACGCCATGGCATGAAGATTCGGCCTACTGGAACGGCAGATTAAGCAGCTTCGACAAGATTATCACCGTATGGCTGGCGATTGACCGCAGCTGGAAGGAAAACGGATGCATGCGTGTCATTCCGGGTACGCACGATAGTGGTTTCTCGGATTATGAGGAAGTGGACCGGGCGAGCAATTTGTTTGACACCCAAATCAAGAGCGGTTCCATCGATGAGTCTCAAGCGGTTTACTTTGAGTTGGAAGCGGGAGAGTGCTCGCTTCACGATTCGCGGATCATTCATGGCGCGGAGCCGAATACAAGCCCGTACCGTCGCTGCGGGTACACCATGCGGTATTTCTCGACGGAAGCGCTGGTCTATCCGGATAAGAATCCTGGCTTTAAGGTGTGGCTGGCCCGCGGTAAGAACATAGCCGGAACGAAATTCGTCAACGAATAA	MMTTQALSKQEVEFYKEHGYYLYKKPLFSTEKMQVLTSIFEEQLEEKGSKLSDELDTPHFRDERLLDFLLSDEVLDLVEPIIGPNIGLWSSHFICKDPHVGRATPWHEDSAYWNGRLSSFDKIITVWLAIDRSWKENGCMRVIPGTHDSGFSDYEEVDRASNLFDTQIKSGSIDESQAVYFELEAGECSLHDSRIIHGAEPNTSPYRRCGYTMRYFSTEALVYPDKNPGFKVWLARGKNIAGTKFVNE				NA	NA	NA	NA	NA
JZ016_04907	510	chrA		Chromate transport protein	ATGTTCATAAGTGTAGGCCTTGTGTCCTTTGGCGGCGGTTATGCGGTAATCCCGGTCATTCAGAAGGAGGTAACGGAAAAAGGGCTGCTGACTGCCGCAGAATTCCAGCAAACCGTGGCGCTGGCCGGCATGGCGCCCGGTTCGATCGCCACCAATGCCGCTACGCTGATTGGCTATCAGTCCGCCGGCTATATCGGAGCCGCCGTCTCCACCGCGGGCATCATCCTGCCGTCGCTGGTCGTCATCGTGCTGCTCTCCGCCCTCTTCTACCGCATGCGGAGCAATCCATGGGTCCAATCTTCTCTATACGGTCTGCGTCCCGTAACGACAGGACTCATTGTATATGCAGCTATTCACTTTGGGTATCCCGATGAGGGGGAAGGGCTCCTACAGGGCCTGATTCCTACGCTGCTAATTTGCGGCGCCTGTTTATTTCTCTTGCTGAAATACAAACTCCACCCCCTGTTGATTCTCCTCATGGCCGGTGCTGCAGGTATTGTTTTATTCTAA	MFISVGLVSFGGGYAVIPVIQKEVTEKGLLTAAEFQQTVALAGMAPGSIATNAATLIGYQSAGYIGAAVSTAGIILPSLVVIVLLSALFYRMRSNPWVQSSLYGLRPVTTGLIVYAAIHFGYPDEGEGLLQGLIPTLLICGACLFLLLKYKLHPLLILLMAGAAGIVLF				NA	NA	NA	NA	NA
JZ016_04908	648			hypothetical protein	ATGAAAAGAACAAACGCATATTTTAGCAGTCTGAAAAAAAAATTGACGCTGCTAGCCCGGCTATTTTGGACCTTCTGCTGCATCGGCCCCTCCACCTTCGGAGGCGGGTATGCAATGCTGCCTATTATTGAGCGCGAAGTGGTGAGCAAGAAAAAGTGGGTAAACGAGGAGGAAATCGGTGAGCTTATCTCGCTTGCCGGTTCCGCTCCCGGCGGCGTCGGCGTGAATGCGGCCGCGATGATCGGCCACCGGCAAGCCGGTATTGCCGGGGCTGTTTCGGCTGTGCTTGGCGTGACATGCCCCACGTTTTTGATCGTGATTCTGATCAGCGTAGGCGCCGTTTTTTTTCGGGATCAACCCAAGGTTGAAGCCGCTTTAAAGGGGATGCATGGCGCCGTTATTGCGTTAATCGCCGTCGCTGCTTACCGGATGGCCAAACATGCCGTCTTCGATGCGACAACAACGATAACCGCGCTTGCCACCGTATCGGTGATGCTGTTTACAGGCGTGCACCCTCTCTATCTCATTGCTCTAAGCTTACTATGCGGAATGGCCGTCATTCCGATCAAAAAACGGCTGGGCTTTCAAGCGAATACGGAGAAGAAGGCTGCGCCCAACAGCCGCCCGGAATTGGAATATTACATTTGA	MKRTNAYFSSLKKKLTLLARLFWTFCCIGPSTFGGGYAMLPIIEREVVSKKKWVNEEEIGELISLAGSAPGGVGVNAAAMIGHRQAGIAGAVSAVLGVTCPTFLIVILISVGAVFFRDQPKVEAALKGMHGAVIALIAVAAYRMAKHAVFDATTTITALATVSVMLFTGVHPLYLIALSLLCGMAVIPIKKRLGFQANTEKKAAPNSRPELEYYI				NA	NA	NA	NA	NA
JZ016_04909	1539		COG3119	Arylsulfatase	TTGTCGAGAAGACCTAACATTTTGCTAATCACAAGCGATCAGCAGCATTGGAATACAATCGGAGCATTTCAGCCTGAAATCTCAACGCCCAACCTGGACCGCCTTGCGCGTCAAGGAACGACGTTCGATCGGGCGTATTGCCCCAATCCCACCTGCACGCCGAGCCGGGCATCCATCATTACAGGGCAGTACCCGAGTCAGCATGGAGCATGGACCCTGGGGACAAAGCTGCTGGAAGACCGCCATACCGTGGGAGAGAGCTTCCAAGACGCAGGCTATCGAACCGCACTGGTGGGAAAAGCGCACTTCCAGCCGTTAAAATCCACGGAAGATTACCCATCCGTAGAGGCCTACCCGATTCTTCAGGATTTGGAGTATTGGCGGAATTTTAACGGACCTTTTTATGGATTCGATCACGTCGAGCTGGCCCGAAACCATACGAATGAGGCCCATGTCGGACAACATTATGCCCTATGGCTGGAGGAGCAAGGATGTGCCAATTGGCGGGAGTACTTCCTGCCCCCTACGGGAACTATGGACCCTACCCAAACGTACACATGGCCCATACCGGAACAATACCACTACAATACCTGGATCGCCGAGCGAACCACCTCTCTGTTGGAGCAATATAAAAAGGGGGATGACCCCTTCTTTATGTGGGCGAGCTTCTTCGACCCGCACCCGGAATACCTGGTGCCGGAACCATGGGATTCGATGTATGATCCGGAAAAACTCACGATCCCATCCTTAACGCCTGGTGAGCATGACCGCAATCCGCCGCACTTCCGCTTGACGCAGGAAGAAAATCCGGATTTTTCGCATCTCGCTGAAACCGGGTTCGGCATTCACGGCTACCGTTCCCATCATTATTACGAATACGGCTCGAAATCCAGATTAACGGAGTATGACAAGAAGAAGCTGGTCGCCGTGTATTATGGCATGATCAGCATGATGGATAAATATATCGGCAGCATTCTCGATAAACTGGATGAACTGGGGCTATCCGAGGATACGATCGTTGTTTTCACCACCGATCACGGACATTTCTTCGGCCAGCACGGCCTTCAAGCCAAGGGCGGGTTCCATTACGAGGATTTAATCAAGCTTCCATTCATTGCACGATATCCAGGGCGGGTGCCTGCCGGAAAAAGGACAGATGCGATGCAGTCCCTGGTCGACCTGGCCCCTACCTTCTTATCCTTCTGCAGTATACCGATACCGCCAGCGATGACGGGCATCGACCAAAAGGATGTGTGGCTCGGTAACGCGGACACAGCGCGGCAGCATGCTCTCTGCGAATTCCGGCACGAGCCTTCGACGATTCATCAAAAAACGTACATCGAGCAGCGCTATAAGATCACCGTTTATTACAATCAAACCTACGGCGAGCTCTTTGACCTAGAAGCGGATCCCGGCGAGCTGCGCAATTTATGGGATGAACCGGGGTACGAGCAGCTAAAGGCGGAGCTTCTGCTCAAATACATCTGGGCCGAGCTTGGCAAGGAGCCGATGCCGATGCCGAGAATTCATCACGCCTGA	MSRRPNILLITSDQQHWNTIGAFQPEISTPNLDRLARQGTTFDRAYCPNPTCTPSRASIITGQYPSQHGAWTLGTKLLEDRHTVGESFQDAGYRTALVGKAHFQPLKSTEDYPSVEAYPILQDLEYWRNFNGPFYGFDHVELARNHTNEAHVGQHYALWLEEQGCANWREYFLPPTGTMDPTQTYTWPIPEQYHYNTWIAERTTSLLEQYKKGDDPFFMWASFFDPHPEYLVPEPWDSMYDPEKLTIPSLTPGEHDRNPPHFRLTQEENPDFSHLAETGFGIHGYRSHHYYEYGSKSRLTEYDKKKLVAVYYGMISMMDKYIGSILDKLDELGLSEDTIVVFTTDHGHFFGQHGLQAKGGFHYEDLIKLPFIARYPGRVPAGKRTDAMQSLVDLAPTFLSFCSIPIPPAMTGIDQKDVWLGNADTARQHALCEFRHEPSTIHQKTYIEQRYKITVYYNQTYGELFDLEADPGELRNLWDEPGYEQLKAELLLKYIWAELGKEPMPMPRIHHA				NA	NA	NA	NA	NA
JZ016_04910	855	rhaS_24		HTH-type transcriptional activator RhaS	ATGCAGGAATACGAATATGAGTATGCGGAGTTCATCTATTACACGCCTGGATATCTGGATAAAGAGGAACAGATCTGGCCTGTTCGGGCGGGACGAAGCATAGCCAAGCCCAATTACAGGGTCGGACCGAAACGAATCGAGTGTTACAGCCTGCATTTTGTACATGAAGGCATGGTAAGGCTGGAGTTCGATGACAAACGAGTGGACCTGCAGAAGAATGATCTGTTCTGCCTGTTTCCGGGCCGGACCTATTATTATCACATGCTGCCTGCGGATACCTCGCTTCAGATGAGCTGGTTGGCAGTGGACGGGAACAGGGTCAAGCCATTGCTGGAGCTGGCTGGCTTATGTCCGGACAACCCGTTCGGCAAACAAATGATATCCTCTAAGGTCAAGGAATCCTCCGAACGCGTGATTGATGCCCTGGCCGGAGTCGAGCGCTGGAAACCGGCGGTATCGCTGGAGCTGCACGGCTTGATTTATGGACTGCTCGCCGGCATGGTCCCGGATATGGCCTCCGCGCAGCCGACGGAACTTGCGGGATGGATTCACGAGTGTTTGGATTATATGGAGCTGCATGCCACCGAGGGGATTTCCGTACAGCAGGTTGCCGAATTCGCGGGGGTGCATCGGTCATACTTCTCCAACATGTTCACCCATCAGGTAGGGATGCCGCCGTTAAAATACCTTCAGCGCATTCGAATGGAAAAGGCGAAACGGTTGTTACAAGAAACGGACGCAACAATTACCGAGATTGCCTTGTCTCTCGGCTATCCGAATTTATATTCGTTCACCAGGGCTTTCAAGATCTATTATAAGGTGCCTCCCATAACCATGCGCGGAGCTCGATGCTGA	MQEYEYEYAEFIYYTPGYLDKEEQIWPVRAGRSIAKPNYRVGPKRIECYSLHFVHEGMVRLEFDDKRVDLQKNDLFCLFPGRTYYYHMLPADTSLQMSWLAVDGNRVKPLLELAGLCPDNPFGKQMISSKVKESSERVIDALAGVERWKPAVSLELHGLIYGLLAGMVPDMASAQPTELAGWIHECLDYMELHATEGISVQQVAEFAGVHRSYFSNMFTHQVGMPPLKYLQRIRMEKAKRLLQETDATITEIALSLGYPNLYSFTRAFKIYYKVPPITMRGARC				NA	NA	NA	NA	NA
JZ016_04911	1815			hypothetical protein	ATGAAATTTTCTACGATTCAAAGGTGGATATCACCGAGGCGAAGTATTCAGGGGAAAATCTTTATTGCGTTCAGTGCGGTAACGCTTGTGTCCATCGTCTCCATTACGGTCATCGTGTATATGAGCATGCGCGAGACGATCATGCAGAATGCGATCACCTCGGTTTCGGACAGCATCAGGCAGGCGGATGAATCGCTGAATATGATGCTGGAAGAGATCGACAGGCTGAACACCGTCGTGGTGACCAACAAAAACACGGTGATCGACACCCTGCTGAGCCCTCATGAAGAAATTAGTTATGAATGGTTTCAAGAGCAGAAACGGATCGATGAGTTTCTATCCGTTCTGATCGATTACAAGCCTTACATTTCTCGGATTGCCGTAGTCGGTTTAAACGGCAAGGTGTTTTTCTCAGGCGGTCCGTGGCTGGATAAGACGGTCTTGGGGACCGGAATGATGGATTATATGCTCCAGAATGGATCGCGTCACGCGTACTTCAAGCAGACCGGGGTGTCCGATGCCATCACGGTCGGGCGGGAGATTCGATATAACCGTGAACCGATCGGGGTTGTCATGGTGGATTTGAATTATGATTTCATCCAAAAAACATACGGCGTGAAGCCGACCACCGATAGCATGATCTACGTGCTGGACAAGCAGGGCGGGTTTGTCTATGAGGCTGAATCGGCACCGTCCTTTGCCCCTTCGTTCGAGAAGATCCTCAACATTCATGGGGAACTCGCAGGGGATGGGGACGCCATCAAGCAAGCCATTGACGGCAGGGACTATATCGTAGTCAGCCGCCAATCCGGTTATACGGGCTGGACTACCTTGGCTTTGATACCGATGGATTCGCTGCTTAGTGAATCAACAAAGCTCCGTAAACTGTTGGCGGAGGTATCGGTTATCGTCTTTATCGTAGTCTTGATCGGTTCGCTGCAGGTATCTTCCCGAATTACCCTCAACATTCGGAGGTTGAAATCCTTAATGATGTTTGTGAAGGAAGGGAATCTGACGTTTCCGAGAAAGGATATAACCAGCGAGGACGAGACCGGGCAGCTATACCGCGTCTTTGTCAGTATGGTGGAGGAATTGAAGCGACTGCTCGAAGGGATTCGGGTCAGCGAGAAGGAGAAGCGGGAGGCCGAATTGACGGCGCTACAGGCGCAAATTCATCCGCATTTTTTATACAACTCGCTTAACACCATCAAGTATTTGGCCAAGATGAACGGCGTGCCGAATATCGAAGAGGTGTCCGGATCGCTGATTGAGCTCATGCGCGGCGTTCTGGGCAATTCGAGCGAATATCTGACGGTGAGGGAGGAACTGGATTATGTTGAACGCTATATCTCGATCGTGAAGTACAGGTATATGGAGCCGATCCGGATGGTCACCCAGGTTGAGGACGATGCTTTGCTGGAATGCCGGGTGCTGAAGCTGATGCTGCAGCCCCTTGTGGAGAATGCCGTCATTCATGGTATCGGCGCGATGGAGCAGGAAGGGCTCGTGCTGATACGCGTATGCGATGAGGGCAGCGACCTGAAGATTGAAGTGATCGACAATGGCAAGGGCATAACGGAAGGGCAAAGGGCGCGCCTGCTGGGCGAGACGGGCAAGAAGGGGGAAACCTCCCGTTTTAGCGGTATGGGCGTGCGGAGTGTGCATGAGCGGATCGTGCACATGTACGGCGATTCGTACGGCGTCAAGCTGTACAGTGAGCCGGGGCTATATACGAAGGCCGAGGTCCGGTTGCCGAAAAAAATGGAGAGTGCGGACAAATCCAGTGCGGATAAATCCCGACAAGAGGTGATATAA	MKFSTIQRWISPRRSIQGKIFIAFSAVTLVSIVSITVIVYMSMRETIMQNAITSVSDSIRQADESLNMMLEEIDRLNTVVVTNKNTVIDTLLSPHEEISYEWFQEQKRIDEFLSVLIDYKPYISRIAVVGLNGKVFFSGGPWLDKTVLGTGMMDYMLQNGSRHAYFKQTGVSDAITVGREIRYNREPIGVVMVDLNYDFIQKTYGVKPTTDSMIYVLDKQGGFVYEAESAPSFAPSFEKILNIHGELAGDGDAIKQAIDGRDYIVVSRQSGYTGWTTLALIPMDSLLSESTKLRKLLAEVSVIVFIVVLIGSLQVSSRITLNIRRLKSLMMFVKEGNLTFPRKDITSEDETGQLYRVFVSMVEELKRLLEGIRVSEKEKREAELTALQAQIHPHFLYNSLNTIKYLAKMNGVPNIEEVSGSLIELMRGVLGNSSEYLTVREELDYVERYISIVKYRYMEPIRMVTQVEDDALLECRVLKLMLQPLVENAVIHGIGAMEQEGLVLIRVCDEGSDLKIEVIDNGKGITEGQRARLLGETGKKGETSRFSGMGVRSVHERIVHMYGDSYGVKLYSEPGLYTKAEVRLPKKMESADKSSADKSRQEVI				NA	NA	NA	NA	NA
JZ016_04912	1641	cheB_13		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGTTTCAAGTGCTGCTCGTTGATGATGAGCCATTGGTACGGCATGATCTGCGCACGTTATTGGACTGGAATGAGCATGGATTCGAATTATGCGGCCAAGCGCATAATGGATTGATGGCCTTGGCCATGATTGAGCAGTCTCCTCCGCATATTGCAATTATTGACGTAAATATGCCCGAAATGAACGGCGTAGAGCTCAATCGGGCGATCCAGGAACGGTTTCCGTTCATTCAGACGATTATGCTCAGCAGCTATGATGATTATGATTACGTCAGGGAGTGCCTGAAGAACGGCTCCATCGATTATCTGTTGAAGCATCGGCTGGACGGTGCAGCGCTGGTTGCCTTGTTAAACAAAGCAGTTCTGGAAATACGGCAGCAGGATCGGCTGGAAGAACGCATAACTCATGAGGCCGTAGCCGAAAGGCTGAATCCCGCGCTGATCCGCGATTATATTGTGTACCTGGTTAGCGGACGGAGGGATGCAACCACGGAGGTTAAGGCTTTCTCACAAAAAAACAGCCTGTACACCCACGCGTTAAGCTATGCGGCAGCGGCCGTGCAGATTGTTCCGTTCCTGCTGCTGACGGAGTCATACAGCGACGTGCAAACGAACCGCCTGGTTCAGCAGGCGGTCGATATGATGCAGCAGAGCTTGGGGGATATTCAGGAGCGGACGACGGCTTACGTGGAGGATGGGCGGTTTGTTGTCGTGTTCGCGTTCAAGGAGCGGAGCGAACATGCCATAAAGAACGAGATCGCCGGACGGATGAGGAAGCTTCAACATGCGCTCGAGCTGTTCCTTAATTTAAAATGCATGGTCTCCGTCGGACATGTATGCACCAGCTTGTCACAACTCGGCTCAAGTTATAGCTCCGCTGAGCGGGTGCTCGACGCCTCCACCATGGAGCCGTCCGGAAGCAATGCGGTTTCAAGGATGCCGGTCCGGGCCGGGGGACTTGCTGGCGGAAACGATCAGCGTGTATCTTTGACGATCGAGGAACACAAGCAGCTTCTGCTTTCAATTGAAAGGTTGGATATCGATGACGTGCACGGGTTAATCTCCTCCATCTTTGCTTCGATCCGCCATCTGCCGGTCCATTCATATACAATCCAGATGATCGTCAGCGAGCTTATGTTAACCGGGGATAAGGCATGGAAGACATGGATGCCATCTGCGGAAGCCGTGAAGGAGAAGCTTCCTTCAAGAAGCGAGCTCGGAAGAATCGGCAGTGTCGAGGAGCTGGTGCAATGGCTGCAATCCTACTATGCGGGTTTGCTTGGCCTGCTAAAGCAGCACCGTGCGGCGGGACCGTATTCACGACATGTCACACAGGCCGTTCATTTTATTCTGGAGAGGTATCCGGGTTATGTCACGCTGGAGCTGGCCGCGGGTGCCATCGGCCTGAACTCTTCTTATTTAAGCAGGATTTTCAAGGAAGAGACGCAGCGGACGTTCTCGGAGTATCTGAATCAGGTTCGGATCGACGCAGGGCGGAAGCTGCTGGAAAGCGGCAAATACTCGATCAAGGAAATCAGCAATCAAGTGGGTTTCACGACCCATAACTATTTTTTTAAAGTATTCAAGGAAATAACGGGGGTAACCCCGCAGGAGTATTTGAACCGCTTGGGAAGAGGCTAG	MFQVLLVDDEPLVRHDLRTLLDWNEHGFELCGQAHNGLMALAMIEQSPPHIAIIDVNMPEMNGVELNRAIQERFPFIQTIMLSSYDDYDYVRECLKNGSIDYLLKHRLDGAALVALLNKAVLEIRQQDRLEERITHEAVAERLNPALIRDYIVYLVSGRRDATTEVKAFSQKNSLYTHALSYAAAAVQIVPFLLLTESYSDVQTNRLVQQAVDMMQQSLGDIQERTTAYVEDGRFVVVFAFKERSEHAIKNEIAGRMRKLQHALELFLNLKCMVSVGHVCTSLSQLGSSYSSAERVLDASTMEPSGSNAVSRMPVRAGGLAGGNDQRVSLTIEEHKQLLLSIERLDIDDVHGLISSIFASIRHLPVHSYTIQMIVSELMLTGDKAWKTWMPSAEAVKEKLPSRSELGRIGSVEELVQWLQSYYAGLLGLLKQHRAAGPYSRHVTQAVHFILERYPGYVTLELAAGAIGLNSSYLSRIFKEETQRTFSEYLNQVRIDAGRKLLESGKYSIKEISNQVGFTTHNYFFKVFKEITGVTPQEYLNRLGRG				NA	NA	NA	NA	NA
JZ016_04913	1572	lipO_17	COG1653	Lipoprotein LipO	ATGCGTAAACGCTGGGGAAGAAACGCGGTCATCACGATGATCGCTTCCAGCTTGATGCTGGCCGGATGCAGTTCCGATGGAGGTTCGAAGAAAGAAGCTGCACCCGAAGGTACAGAGAATGTCGTTCATACTACAGGGTTTCCAATCGTAGATCAGACCGTAGATCTCAAGATGTTCACCCGGATTGCGCCCGTGAACGGTCCGTTCAAGGAGATGCCGGTGTTCCAGGATTACGAGAAACTGAGCAATGTGAAGGTCGAGTTCATCGAAGCGCCGACGGACGGCTTCCAGGAGAAGAAAAACCTGTTGTTCGCCTCCAATGAGCTGCCTGATGCCTTGTTCCGCTCCGGTCTGTCGCCGCTTGAGGCCGTTCGTTACGGATCGGCAGGACAGCTGATCCCGCTGGAAGGCCTTATCGATGAATATGCGCCAAATTTGAAAAAATTGATGGAGGAATATCCGGAAATTCGCGCGGGCATCACAACGCCGGAGGGGCATATCTATGCAATTCCGGGCATTGTAACGCTGGGCGCGGCGCGGACGGATAAGAAATGGATCAACCAGATGTGGCTGGAGAAGCTGAATCTGGAGGTGCCGCAGACGACGGACGAACTGTATGATGTTCTGCTTGCCTTCCGCGATGGTGACCCGAACGGTAACGGGAAGCAGGATGAAATTCCGATGACGGCCCGTGTCGGATTGGCGATCGTGGCTGCGATGAGCGGTTCATTCGGACTGGATACGCAGCTCGGATATAACATCAACATCGAGAATGACAAAGTCAGCATCTGGATGGGCAGCGACAAGAACAAAGAGATGCTCATGTACTTAAACAAGCTTTACAAGGAGAAGCTTCTGGATCCCGAGATTTTCTCCCACACCGAAGCGCAATATTTGGCCAAGCAGGGCTCGGGAAATACGGGATTCTTCTTTGACCAGACCAACAATAACTTCTTGTCGATTCAGGACCAGTACACCGGAATAGCACCTCCGGCTGGCCCGGGCGGAGATCGGATGCAAAGCCAGGCCTTGCCGATTGCACGGGATTTTGGAGCTTTTGCGATCACGTCCATTAATAAATACCCGGAAGTCACGATGCGCTGGATCGATTATTTCTATAGTGACGAAGGTTCGACGCTTCTGAGGTTCGGCAGGGAAGGGGAGCACTACGAGCTCAAGGACGGAATTCCGTACTACACGGAGGATTTCCTGAAGGATATTACCAATCAGGCCAAAATCACGCCTTATGCGGGAGGAGGGGCACCTCATCTCATCAGCGAACAGGTTGCCTCGTTCATCAATCCGCCGCAGGTACAGGAGGCGCAGCAGCAGCTGGATCCGTTCATGCCGAAGGTTCGTTATGCGGCTCCGATGTTTGACGAGCAAACCGCGCAGCAGGTCAACATTCTTCGCAACGATATCGACAAATACTACGAAGAGCAAAGCACGAAGTTCATTGTTGGCGCGCTTAGCTTCGACAAGTGGGGAGAATTCCAATCCACGCTCCAGAAGATGAAAATCGGCGAGCTGGAGAAATTGTATCAGGATGCCTATGACAAAATGCAGAAATAA	MRKRWGRNAVITMIASSLMLAGCSSDGGSKKEAAPEGTENVVHTTGFPIVDQTVDLKMFTRIAPVNGPFKEMPVFQDYEKLSNVKVEFIEAPTDGFQEKKNLLFASNELPDALFRSGLSPLEAVRYGSAGQLIPLEGLIDEYAPNLKKLMEEYPEIRAGITTPEGHIYAIPGIVTLGAARTDKKWINQMWLEKLNLEVPQTTDELYDVLLAFRDGDPNGNGKQDEIPMTARVGLAIVAAMSGSFGLDTQLGYNINIENDKVSIWMGSDKNKEMLMYLNKLYKEKLLDPEIFSHTEAQYLAKQGSGNTGFFFDQTNNNFLSIQDQYTGIAPPAGPGGDRMQSQALPIARDFGAFAITSINKYPEVTMRWIDYFYSDEGSTLLRFGREGEHYELKDGIPYYTEDFLKDITNQAKITPYAGGGAPHLISEQVASFINPPQVQEAQQQLDPFMPKVRYAAPMFDEQTAQQVNILRNDIDKYYEEQSTKFIVGALSFDKWGEFQSTLQKMKIGELEKLYQDAYDKMQK	PGPT0017245_2474	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04914	963	yteP_54	COG4209	putative multiple-sugar transport system permease YteP	ATGAAGCGTGTCAAAGCCGATTCATCGATGGCTCTGCCTCGAAGCGATTCGAGGCGGGGTTCCCGCCTATTAAGGCAAATGGCCAAGCGATATGACCTGTATCTCATGCTGCTTCTGCCGGTCGTCTGGTATCTGGTCTTTCACTATGGTCCGCTATACGGGCTGCAAATCGCGTTTAAAAATTTCAATCCGGCAAAAGGTATCCTCGGCAGCAGTTGGGAGGGCTTCGGGCATTTCGAACGCTTCTTTGATTCGTATTATTTCTGGCGGCTGCTGTGGAATACGCTGTCCATCAATTTGTTTTCCTTGTTGATTGCCTTCCCGATTCCGATCCTGCTGGCGTTGATCATCAATGAAATACGCAGCAAGACCTTCAGCAAATGGCTGCAGAACATTACGTACATACCGCATTTTATTTCGGTGGTCGTGATCGTTGGCATTCTAAACGTGTTCCTCTCGCCCAATAGCGGTCCGATCAATCTGTTAATCGAGGCCGTCGGCGGTACGCCGATCCGTTTTCTTGAGGAAGCCGGCTGGTTCAAGACCATCTTTATCGGCTCTAACATCTGGCAGAACATGGGGTGGCAATCCATTATCTATATTGCGGCGCTGAGCGGGGTGAACCCGCAGCTCTACGAGGCGGCCAAGATGGACGGAGCATCGAGGCTGCGGCGCATCTGGCACATCTCTTTGCCAGGAATCGCGCCTGTCGTTATCATTTTGCTCATTTTGGATATCGGTCATTTCATGAACATTGGCTTTGAAAAAATATTGTTGATGCAGAACAACCTGAATCTGGAATCGAGCGACGTCATCTCCACGTTTGTCTACACGACAGGCATTTTAAAGGGAGAATACAGTTACACGGCAGCGATCGGACTGTTTAATTCGGTCATCAATCTGTTCCTGCTGCTGTTCGTAAACCGGATTGCGCGCAAGACGTCAGAGACAAGCTTATGGTAA	MKRVKADSSMALPRSDSRRGSRLLRQMAKRYDLYLMLLLPVVWYLVFHYGPLYGLQIAFKNFNPAKGILGSSWEGFGHFERFFDSYYFWRLLWNTLSINLFSLLIAFPIPILLALIINEIRSKTFSKWLQNITYIPHFISVVVIVGILNVFLSPNSGPINLLIEAVGGTPIRFLEEAGWFKTIFIGSNIWQNMGWQSIIYIAALSGVNPQLYEAAKMDGASRLRRIWHISLPGIAPVVIILLILDIGHFMNIGFEKILLMQNNLNLESSDVISTFVYTTGILKGEYSYTAAIGLFNSVINLFLLLFVNRIARKTSETSLW	PGPT0017250_1021	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04915	273			hypothetical protein	ATGTCCAAGCCGTCGACAGTAAAAGAGGCCGCGAATGAACGGGTATTCGATGTCATCATATACGTGATCGCCGCGATCATTATCGTCATTGTGCTGTACCCGTTGATCTTTATTGTCAGCGCTTCGTTCAGTGATCCGACCAGGGTATTGAACGGCGAAGTCTGGCTGCTGCCGAAAGGCGTAACGCTGGATGCCTACACCAATATTTTGCAAACGAAAAAATTTGGACGGGATATCGCAACACGATTATCTATACGGTCGTCGGCACAGTGA	MSKPSTVKEAANERVFDVIIYVIAAIIIVIVLYPLIFIVSASFSDPTRVLNGEVWLLPKGVTLDAYTNILQTKKFGRDIATRLSIRSSAQ	PGPT0017255_1392	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04916	624	araQ_38	COG0395	L-arabinose transport system permease protein AraQ	GTGATCAATATCATCATGACGATTTTGGCGGCCTACCCGCTATCAAGGCCTGACCTTCCGGGGCGAAATGCGATCATGGTGTTTATCACGCTGACGATGTTCTTCAGTGGAGGGTTGATTCCAACATATCTGCTGGTCAAGGATTTGGGAATGGTCGATTCGATGTGGGCGCTGATTGTTCCCGGCGCGATTGCCACTTACAATCTGATCGTGATGAGGACCTATTTCCAATCGAGCATTCCCTGGGAGCTGCAGGAGGCCGCCCATATCGACGGCTGTTCCAACTGGAGGCTGCTTTTCAGTATCATTCTCCCTCTATCCAAGCCGATCCTGGCGGTGATGGTGTTGTTTTATGCAGTCGGCCACTGGAATTCATTCTTTAATGCGCTCATCTATATTCGTAACGAGAATTTGCATCCGCTTCAGCTGGTGCTGCGCGAAATTTTGCTGATCAGCCAATCGGATGCCGTGGACGGCAGCGTGGGACTGGAAGAAAGCATCCTGCTTGCCGAAAGCATCAAATACGCGGTCATTATCGTCTCCAGTTTACCTGTACTGCTGATGTATCCGTTCGTGCAGCGGCATTTCGTTAAAGGCGTCATGATTGGCTCGATTAAAGGTTAA	MINIIMTILAAYPLSRPDLPGRNAIMVFITLTMFFSGGLIPTYLLVKDLGMVDSMWALIVPGAIATYNLIVMRTYFQSSIPWELQEAAHIDGCSNWRLLFSIILPLSKPILAVMVLFYAVGHWNSFFNALIYIRNENLHPLQLVLREILLISQSDAVDGSVGLEESILLAESIKYAVIIVSSLPVLLMYPFVQRHFVKGVMIGSIKG	PGPT0017255_1370	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04917	2019			hypothetical protein	ATGTTGAATAAGAACGCAGCGATTACCATTGATTGCAGCCGCAAGAGCGAGCACACGATCAATCCTTACCTGTTCGGTCATTTTGTGGAGGATATTCGGGATCATATGGAGGCGATGCTTGCGTTTCCACTGAGGGACATGGATTTTGAAAGCGAGGCGGAGACCAAGACGCCGGTGTCGGGAAGCTGGCGCGCCTATACCAACGGGCGCAACACCGGGTACGCCATGGAAGCCCCGGCGCCCCGGCATTCGGGACGCGCCCAGCGCATCCGGATCCTGAGCGATGACGAAGCCTATGCCGGCATTGCGCAGAAAGCGGCATTAAAGGGTCCGATGAAGTATACGGTCCGGCTTGTTGCCCGCGCTTCCATCGAGCTTCAATACGCGATGGTCGAAGCCGTGGACCGGCGTACGGAAGAAACGCTTGGACAGCTTCGCGTGGAGCTCGGCAGCCACAACTGGCATGAATACGTGGGTGAGCTGTCGATCACACGCGCTTGCAGTGATGCCGAGATCCGGGTGTATGTTCCGGCCGAGCATCCAAGGTGGATCGATCACGTCTCCACCGGCATGCTCTGGATTGATCACGCGTCCCTGCTGCCGATCGATAGCATCGCGATGGTGAAGCGTGAAGTGATCGAGATGACGAGAGGGCTGAATGCGGGCATGATGAGGCTCGCGGGCAATTACATCAGCGCTTACCACTGGGAGCATGGCATCGGTCCGGTTCTGGAGAGACCGGTCATGTACAACGAAGCCTGGGGAGGATGGACCAGCAAATATTTCGGCACGGACGAATTCATCCGCTTTTGCCGCGAGCTGCAGGTGGAGCCCCTGATTTGCGTGAACGATGGATCGGGTACCCCTGAAGAAGCTGCGCAGTGGATCGAATATTGCAATGGGAGCGTGGATACACCCATGGGCGCTTTACGTGCCCGAAACGGTTTCCCTGAGCCATATAACGTCAAGTATTGGGAGATCGGCAATGAGGTATGGGGCCAATGGCAGGTCGGCACTTGTACGGCAGAACAGTTTGCGGAGCGGACCATATCGTTTGCCAAGGCTATGAAGGAGGCGGACGCTTCTATCGTGCTGCTGGCCTGCGGGCATTACGAGCAGGAATGGAACAAGGCCGTGCTGGATCTGGCCGGCGAGTATATGGACTATTTGACGCTGCATTTATATCACGGCTATGGCCCTTTCGGCATGAACCGGGATACGCCGGCAGAGGAACGCTATAAAGCGATTGCCTCTTATCCCGAGTGGACCCGGCACCATGTCCGGAAGACAACGGAGTTGATCCGATCCCAGTCGAAGCATAGTCACGTGAAGCTGGCTATCACCGAATACAACACGATGTACTATCCGAATACGGTGCGAAAAGGGCTGCCGAACGAGCATACATTAGGTGCCGCGGTGGCCAATGCCGCCAACCTGAACGAAATGATTCGCTGCAGCGACATGGTGCATATCGGCAGCTTCTCCGATCTTGTGAATGGCTGGCTCGGAGGATGCATACGGGTCGGGGACTACTACGCGGATCAGTATTGCGGCAAGGAGCCCGGATGGAGCGGGCTTCCGCTCACGATATACGGGACGCCGACCTATGAAGTGTTAAAGCTTTACGCGAATCGCGACGTGCGTCGTCTTCTCCCCGTCCAAGCGGAATGCGGCACTTTCTCCGTGGCATCAAACAAGGAGACGCCTATGGAGCTTGATGCGCTTCCGGAACTGGACATTGTGGCCGGGACGAATGACGACGGCAGCCAAGTCACCGTACTTATCGTTAACCGCAGCCTGGAGGAGGTAACGGCCGTACTGGATTTGCAGGCCTTCGAGGCTTCCGGGGAAACGACCCTTTATGAAATCACCGGCAATTCTTACGATGATGTGAACTCCGTGTTCCAGCCGGATTATATCGTGTGCCAGGAAAGTAAAGTGCCGGCAGAGGCATGGCAGCGGGGGCACCTGTTACGACCTTCATCTGTTTACGCGCTTGAATTCAAAGCGCGCTCATAG	MLNKNAAITIDCSRKSEHTINPYLFGHFVEDIRDHMEAMLAFPLRDMDFESEAETKTPVSGSWRAYTNGRNTGYAMEAPAPRHSGRAQRIRILSDDEAYAGIAQKAALKGPMKYTVRLVARASIELQYAMVEAVDRRTEETLGQLRVELGSHNWHEYVGELSITRACSDAEIRVYVPAEHPRWIDHVSTGMLWIDHASLLPIDSIAMVKREVIEMTRGLNAGMMRLAGNYISAYHWEHGIGPVLERPVMYNEAWGGWTSKYFGTDEFIRFCRELQVEPLICVNDGSGTPEEAAQWIEYCNGSVDTPMGALRARNGFPEPYNVKYWEIGNEVWGQWQVGTCTAEQFAERTISFAKAMKEADASIVLLACGHYEQEWNKAVLDLAGEYMDYLTLHLYHGYGPFGMNRDTPAEERYKAIASYPEWTRHHVRKTTELIRSQSKHSHVKLAITEYNTMYYPNTVRKGLPNEHTLGAAVANAANLNEMIRCSDMVHIGSFSDLVNGWLGGCIRVGDYYADQYCGKEPGWSGLPLTIYGTPTYEVLKLYANRDVRRLLPVQAECGTFSVASNKETPMELDALPELDIVAGTNDDGSQVTVLIVNRSLEEVTAVLDLQAFEASGETTLYEITGNSYDDVNSVFQPDYIVCQESKVPAEAWQRGHLLRPSSVYALEFKARS	PGPT0018655_257	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209	NA	NA
JZ016_04918	495			hypothetical protein	ATGTCAAACGGAACCGTAGTGAACCGGGAAGCGGTCGAGACCGTGAAGGATATTATCAAGGATATTGAAACGGCGATGTTCTCCACGATATCGGAGGGCGGGATCAACTCCAGACCGATGCAAACGCAGGATATCGAATTCGACGGCGATTTGTGGTTTTTGACGAAAAGGGACACCAGCAAATATCAAGAAATTATGGCTAATCCCAACGTCAATATCGCTTATGTCGGCAAATCCTATGTATCGATTCGGGGAACGGCCCAAGCCGTGGACGACCTAGAACGGAAAAAGGCGCTCTGGAACGTGGCATATGAGAAGTTTCTGCAGACGTCCTACGACGATCCTAACATTATTCTGATCAAGGTGGATACGGACACCGCAGAGTATTGGGAAACCGGAAACAAAACCAAAACGGTAAAAGCCTTCTTCAAGAAAATGGTGGGCCAAGAGCCGGAGGGCGACTCGGATATTAACAAAACCGTTGATCTCCATTGA	MSNGTVVNREAVETVKDIIKDIETAMFSTISEGGINSRPMQTQDIEFDGDLWFLTKRDTSKYQEIMANPNVNIAYVGKSYVSIRGTAQAVDDLERKKALWNVAYEKFLQTSYDDPNIILIKVDTDTAEYWETGNKTKTVKAFFKKMVGQEPEGDSDINKTVDLH				NA	NA	NA	NA	NA
JZ016_04919	318			hypothetical protein	ATGAGAGTATTACAGCCTAATTCCGCATTCGGATCCATTTGCAATAACGCCTTCCCAATGAACTCCCTCCTCTCCTGGAATCTATTTTTCATATTTATGAAAAAAGTATATCATAACGGATGCCAAACCATCCAGTTGCACGTTATGGTTTGGGAGCGGATTTCAATACGAATTCACATAATTCTCACTTGTTTGATGAGGTATATTCTTATATATGTTAAATCTGTCCTGTTATGTATTAAAATGCTCACAATCTCGGTGCTTATCCAAACAAATCAAAAGGTCGCCGTCTTGAAGGATATGCGCATGCGGATTTAA	MRVLQPNSAFGSICNNAFPMNSLLSWNLFFIFMKKVYHNGCQTIQLHVMVWERISIRIHIILTCLMRYILIYVKSVLLCIKMLTISVLIQTNQKVAVLKDMRMRI				NA	NA	NA	NA	NA
JZ016_04920	1299			hypothetical protein	TTGGACATAATTACCATCACTAATTTAATCATTCTTGCCATACTGATTGCGTTGACAGCTTTTTTCGTGGCGTCCGAGTTCGCCGTTGTTAAAATCCGCATGTCGCGGATCGATCAATTGATTGTGGAAGGAAACAAGAAGGCGGTTGTTGCCAAAAAGGTAGCCGGCGATCTCGATTACTATCTCTCGGCCTGCCAGCTCGGCATTACGGTGACGGCGCTGGGGCTTGGGGCCATCGGCAAGCCGGCTGTTGAACGTTTCATGTACCCCGTATTCGATTGGTTTGACGTATCGGCTTCAACGGCCTCGATTGCCTCTTACGCCATTGCGTTCATTCTCGTTACATTTTTGCATGTCGTGGTGGGGGAGATGGCGCCCAAGACCTTGGCTATTCAATTCTCGGAAAAGACGACGCTGCTCCTTGCAGCCCCGCTGTATTGGTTCGGAAAGTTGATGTATCCGTTCATTTGGGCGTTGAATGGGGCCTCGCGCGTGCTGCTTCGTTCGTTCGGCGTGAAACCTGCTCCGCATGAGCAGGCTTATTCGGAAGAGGAACTGCGCATCGTCATGGCGCAGAGCTTTCAGGGCGGCGAGATCAATGGGACCAAGCTGGCTTACATGGAAAACGTGTTTTCGTTTGATGAGCGGGTGGCCAAAGACATTATGGTACCGAGAACGGATCTGATCACCCTGGATAAAGGAATGAAATACCCGGACATCGTCCGTATCCTGGATGAGCACAACTATACGAGGTACCCTGTCATCGAGGATGGGAGCAAGGACCGGGTGGTTGGCGTCGTCAACGTGAAAAAGATGCTGCCCCACATCGTGGCCGGACGAGAACGCAAGCTGGAGGAATTCGTTCGGGACCTCCCGGTCGTGCTTGAAAATACACCGATCCAGGATGCCATGTTGAAAATGCAGCAGGAGCGGATGCATATGGCTCTGGTGATTGATGAATACGGCGGTACGGCCGGGATTCTGACCCTTGAGGATGTGCTGGAAGAGATCGTAGGGGAAATTCGCGACGAATTCGACGAAGATGAAGTAGCGGATATCCGGAAGATTGGGGAACGCGAATACCTGATTAGCGGACGGGTTCTCTTGGAGGAGCTTGAGAAGCGCTTCGGCTTGGTATTCGAGGATAACGAGGAGATGGATACGATCGGCGGCTGGATACAGTACAAGAAAGGCACAACAGCTCAAGACGGCGATGAGATTCAGCATGGCGAGCATATATGGGCCGTAGCGGAAACGGATAATTTTCAGATCAAACACGTCATTCTCAGACACGGATGA	MDIITITNLIILAILIALTAFFVASEFAVVKIRMSRIDQLIVEGNKKAVVAKKVAGDLDYYLSACQLGITVTALGLGAIGKPAVERFMYPVFDWFDVSASTASIASYAIAFILVTFLHVVVGEMAPKTLAIQFSEKTTLLLAAPLYWFGKLMYPFIWALNGASRVLLRSFGVKPAPHEQAYSEEELRIVMAQSFQGGEINGTKLAYMENVFSFDERVAKDIMVPRTDLITLDKGMKYPDIVRILDEHNYTRYPVIEDGSKDRVVGVVNVKKMLPHIVAGRERKLEEFVRDLPVVLENTPIQDAMLKMQQERMHMALVIDEYGGTAGILTLEDVLEEIVGEIRDEFDEDEVADIRKIGEREYLISGRVLLEELEKRFGLVFEDNEEMDTIGGWIQYKKGTTAQDGDEIQHGEHIWAVAETDNFQIKHVILRHG	PGPT0014011_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014011-mpfA|yhdP-NA	NA	NA
JZ016_04921	93			hypothetical protein	ATGATCCAGGAAGGGCATGATCTCCTGTACATTCAGACCATAACTTTTTTGGAGGTGAATCCCTCGCAAGAGGGAAATTATTGGACGGAATAA	MIQEGHDLLYIQTITFLEVNPSQEGNYWTE				NA	NA	NA	NA	NA
JZ016_04922	1068		COG1253	putative protein	TTGGACGGAATAATCGCATTAAACTTATTTTTGGTTGCCGTGTTCATAGGACTGACTGCATTTTTCGTTGGCGCCGAATTCGCCATCTTGAAGGTGCGGCTGTCCCGGATCGATCAATTGATCGCAGAAGGGAATAAACGGGCGGTTACGGCCAGAAAGGTAGCCCATGAGCTGGATTACTACTTGTCCGCCTGCCAGCTTGGAATTACGATTACGGCCCTCGTGCTGGGCGCGCTGGGCGAGCCGACCGTCGAAAGGATGCTCCATCCGCTGTTTGAACGATTCGACGTGCCGGCGGCCGCTGCAACGGTACTTTCTTATGCCATTGCTCTTGGGATCATTACATTCCTGCACGTCGTCATCGGGGAACTGGCACCAAAGACATTGGCGATCCAATTTGCCGAGAAAATGACGCTGCTGCTGGCATCTCCCCTGTATTGGTTTGGGAAGATCATGTATCCGTTCATCTATGCACTGAATGGAGCTTCGCGTCATCTGCTTCGATTATTCGGTGTAAAGCCGGCAGGGCATGAAACGGTCCATTCCGAAGAGGAATTGAAGTGGATTGTGGATCAGAGCTACGAGAGCGGCGAAATTAACCAGACCGAGATGGGGTATTTGACCAATATATTTGCTTTTGAAGAGCGCACTTTGCGGGAAATCATGGTCCCGAAAGATCGCATCGTCACGGTAGAACGAGGGTGGCCCCTTGCCAATATCCTGGAAGTTCTCGGCGATTACGACTATACCCGTTATCCGGTGACGGAAGCGGGACGTGCGGAGGATTTCATCGGGTTTATCCATACGAAAGAGATGCTGACGGGCATAGCGGCCGGGAGAAACTGCAGCGTGAATGACTTTATTCATGACATGCCGCGTTTTCCGGAGTCTTCTTCGATTAAGGACGTCCTGATCAAGATGCAGCAAATCCGCGTTCATATGGCCGTCGTCACGAACGAATCCGACGAGGTGATCGGTCTGGTGACGATGGAGGATATTCTGGAGGAAATCGTGGGTGACATCCGGGACGAATCGGATCGCCGCGAGCTGCAGGGTGCACAGGTCTAA	MDGIIALNLFLVAVFIGLTAFFVGAEFAILKVRLSRIDQLIAEGNKRAVTARKVAHELDYYLSACQLGITITALVLGALGEPTVERMLHPLFERFDVPAAAATVLSYAIALGIITFLHVVIGELAPKTLAIQFAEKMTLLLASPLYWFGKIMYPFIYALNGASRHLLRLFGVKPAGHETVHSEEELKWIVDQSYESGEINQTEMGYLTNIFAFEERTLREIMVPKDRIVTVERGWPLANILEVLGDYDYTRYPVTEAGRAEDFIGFIHTKEMLTGIAAGRNCSVNDFIHDMPRFPESSSIKDVLIKMQQIRVHMAVVTNESDEVIGLVTMEDILEEIVGDIRDESDRRELQGAQV	PGPT0014011_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014011-mpfA|yhdP-NA	NA	NA
JZ016_04923	3117	cbgA_2		Beta-galactosidase	TTGCGTACCAAATTCATTTACCAGGCACCTGCAAACGGTTATCCCGAATGGAATAATAATCCGAATATTTTTCAGCTGAACCGTCACAAAGCCCATGCTTACATGATGACGTTCCCATCGGAGTCTGAGGCGCTGGACCGTGCCCACTCCATGTCCCCCTGGTATCAGTCATTGAACGGGATGTGGAAGTTTGCGTTTGCCGAAACCCCTGACAAGCGCATCCAGAATTTCTATGAGGTCGATTATGATTCCGGCAGCTGGGCCGATATGCCCGTCCCTTCCCATTGGCAGCTTCAAGGCTATGACTATCCTCAATATACAAATGTTAGATACCCCTGGTCCGAATCGGAGCCGGAATTGAAAGCCCCCTTCGCGCCAACGCGATACAATCCCGTAGGCTCCTACATCCGTGAATTTACGGTGCCGGACACTTGGAAGGAGCAGCCCGTGTATATTAGCTTCCAAGGTGTTGAATCCGCTTTCTATGTATGGGTGAACGGCGAGATGGTCGGATACAGCGAAGATACGTTTACGCCGGCCGAGTTCGATATTACGCCCTATCTGATCGATGGCGAGAATAAATTGGCTGTAGAAGTGTATCGCTGGTGTGACGCGAGTTGGCTGGAGGATCAGGATTTCTGGAGGCTTAGCGGGATTTTCCGCGAGGTCTACCTCTATTCCGCCCCGACCATCCATATCTCCGATTTCTTCGTGCGGCCGGTTCTTGATGACGAATACCGGGATGCCGAGCTCGAGATCGATGCAACCGTTACGAATTACTTTAATGAAACCGTCGATAAGGACAAGCTTCAGCTTGAGGCGCTGCTATACGACCAGGACCGTCAGCTGGTTCGGAAACAAACGCTCGCCATAGCGGATTACATTCTGGAGGAGAGCACCTTCACCCTGAGCATGAACGTCCCCGAACCAAGAAAATGGAGCGCAGAATCGCCTTATCTGTATACCGTTGTTCTGGCATTAAAGGATACGGACGGAGCATGCCTTGGAGCCGTAAGCTGCCGCACCGGCTTCCGCCGCTTCGAGCTGAAGGACGGATTGATGCGGATTAATGGTCAGCGCATTCTGTTCAAAGGCGTGAACCGGCATGAATTCTCCCCGGATACCGGACGGGCGCTTAGCCGCGAAGACATGATCACCGATATTGAGCTAATGAAGACGCATAACATTAATTCGGTACGGACCTCCCATTACCCGAATCAATCCGCATGGTATGATCTCTGCGATGAATATGGCTTATACGTGATCGATGAGACGAATCTGGAGACGCACGGAACATGGGAGTATGGGCAGCAGGAACTGAAAGAAACGGTCCCCGGCAGCAAGCTCGAGTGGCGCGACAATGTTTTGGATCGCTGCAATTCGATGTTTCAACGAGACAAGAACCACCCCTCCGTCATCATCTGGTCGCTTGGCAATGAATCCTTTGGAGGCGACAACTTCATTGCGATGCACGATTTCCTGAAGGAGGCCGATCCATCGCGGCTCGTTCACTATGAAGGGATCTTTCATTACAGGGCGTCCGAGGCGGCTAGCGATATGGAATCCACCATGTATGCAAAACCTCAGGAAGTGGAGAAGTATGCAACCAGCAACCCGAGCAAGCCTTACATCATTTGCGAATACAGTCACGCCATGGGCAATTCCTGCGGCGGTCTTCACCTGTATTGGGAGCTGTTTGAGAAGTATGACATTTTACAGGGAGCCTTTATATGGGACTGGATTGATCAAGCGATCCGTACCCAAACGGCCGACGGTATCGAATATTTAGCGTATGGCGGGGATTTCAACGAAAAGCCGCATGACGGCAATTTCAGCGGAAACGGGCTGATCTTCGCGGACCGCAGCAAAACCCCCAAGCTGGACGAAGTGAAAAAATGCTACCAGAACGTCAAGTTCGAATGTTTGGACATTGCTGCTGGTCGGATTCGGGTCAGCAACCGTTTCTTGTTCACCAATCTCGATCAGTATCTTGTGAGATGGAACATTCAGCTGAACGGAGAAGAAAGCCAATCCGGCACGCTCCAGCTCTCGCTCCAGCCCGGTGACCATACCGAAATCGAGATTCCGGATTCCCATATAGAGGACGGTGGAAAGGAAGCGGTGCTCACCGTCTCCCTGGTTCGCAGGGAAAGCGCCAAGTGGGCACCCGCAGGACATGAAGAGGCTTGGGAGCAGTTTGAGCTAACGCCCTATATAGCGAATAGATCGGAAACGGACGCTCTTTCAAACGCGAAGACTCTGGAAGTTACCGAATCGGATGAAGAGCTTCTCATCGCGGGTTCAGCCGTTTCGTTACGCTTCCACCTGGGCACCGGCGATCTGACATCTTACGCGCGATCCGGCAAGGAGTACCTGCTGGCGCCGGCCAGACCGAATTTCTGGCGAGCCGTGACTGATAACGATCTGGGCAACCGGCTCCCTGAACGCTGTGGCGTGTGGAGAACGGCCCACGACCGGCGGAAACTGCTGTCCCTGCGCTGGCATACGGAAGGTCCTGCCGTCGTGGTCTCCAGTCACTACCAGATCGAGACGACTCCTATATCCGGACTGACCTTGGAGTATCGAATCTTCCCGGATGGAACCATCCGCGTGCAAGAAACCTTTGTCCCGGGCAGCGGTCTGCCTGACATTCCGGAAATCGGCATGCTGTTCTTGCTGGATGAAGGCCTCGATAAACTCAGCTGGTACGGCCGGGGGCCTCATGATAATTATTGGGACCGAAAGACAGGAGCCAAAATCGGTCGATACACGGGAAGAGTCGCCGGTCAGTTCGTTCCTTATTTGAGACCTCAAGAATGCGGAAACAAAACGGATGTCCGCTTCGCGAGCCTTACCGAAGGAAGCAGCGGGGAAGGTCTGCGGTTCGAAAGCTCCTCCCTCATGGAGTTGTGCGCCCTGCCGTGGACGCCGGAGGAACTAGAGGGCAGCGACCATGCGTACAAGCTCCCGCCAAGCGATAAAACCGTCCTGCGCATAAACTACAAACAAATGGGCGTAGGCGGCGACGACAGCTGGGGAGCGCCAATCCATGAAGAATTCACGCTGCCAGCGAACCGTACGTACAGCTTCGGCTTTACGATGGGGGTAGCACGCTGA	MRTKFIYQAPANGYPEWNNNPNIFQLNRHKAHAYMMTFPSESEALDRAHSMSPWYQSLNGMWKFAFAETPDKRIQNFYEVDYDSGSWADMPVPSHWQLQGYDYPQYTNVRYPWSESEPELKAPFAPTRYNPVGSYIREFTVPDTWKEQPVYISFQGVESAFYVWVNGEMVGYSEDTFTPAEFDITPYLIDGENKLAVEVYRWCDASWLEDQDFWRLSGIFREVYLYSAPTIHISDFFVRPVLDDEYRDAELEIDATVTNYFNETVDKDKLQLEALLYDQDRQLVRKQTLAIADYILEESTFTLSMNVPEPRKWSAESPYLYTVVLALKDTDGACLGAVSCRTGFRRFELKDGLMRINGQRILFKGVNRHEFSPDTGRALSREDMITDIELMKTHNINSVRTSHYPNQSAWYDLCDEYGLYVIDETNLETHGTWEYGQQELKETVPGSKLEWRDNVLDRCNSMFQRDKNHPSVIIWSLGNESFGGDNFIAMHDFLKEADPSRLVHYEGIFHYRASEAASDMESTMYAKPQEVEKYATSNPSKPYIICEYSHAMGNSCGGLHLYWELFEKYDILQGAFIWDWIDQAIRTQTADGIEYLAYGGDFNEKPHDGNFSGNGLIFADRSKTPKLDEVKKCYQNVKFECLDIAAGRIRVSNRFLFTNLDQYLVRWNIQLNGEESQSGTLQLSLQPGDHTEIEIPDSHIEDGGKEAVLTVSLVRRESAKWAPAGHEEAWEQFELTPYIANRSETDALSNAKTLEVTESDEELLIAGSAVSLRFHLGTGDLTSYARSGKEYLLAPARPNFWRAVTDNDLGNRLPERCGVWRTAHDRRKLLSLRWHTEGPAVVVSSHYQIETTPISGLTLEYRIFPDGTIRVQETFVPGSGLPDIPEIGMLFLLDEGLDKLSWYGRGPHDNYWDRKTGAKIGRYTGRVAGQFVPYLRPQECGNKTDVRFASLTEGSSGEGLRFESSSLMELCALPWTPEELEGSDHAYKLPPSDKTVLRINYKQMGVGGDDSWGAPIHEEFTLPANRTYSFGFTMGVAR	PGPT0017810_1064	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
JZ016_04924	606			hypothetical protein	ATGGTAAGACCTCGCGAATTTCAAGATGAGGCTATCTTCTACGGTGTCTACCGGGCACTGTCCAAAAAAGGATACGGACAAGCAGCATTAACCGACATCACACATGAAGTGAATATTTCACCGGCAGCCTTAATGAAGCGATTCGGTTCGAAGAAGAATTTGTTTCTGGCCTATAGCGATTATGTTATTGAACTAACCAGACATGCCTTCCAGGAGGCTAGCCTATCCGATCAATCGAGACTTGATGCACTAAAGGCCGTATTTATGCATGCGGTTTCCCATATGAAAGATCCTGTTGAATTGTCGAACCATACTTCCTTCTATTTAGAAGGGACGAATGACCCCGATTTGATGGAGAAAACCCGGTACCGACTGCAACTGATCGATGCGTTTACCCGGCAGTTGCTGAGCCAGGCGATTACGAACAAAGAAATCGCAGAATGCGACGTGGCTATGGTTAGCCGGGTACTGCAAGCCGCCATCAGCGGGGCTATGATGATCTGGATTAAAGAGTCAAACCGAACGTTGGAGGAACTGTTTGATGAGTGCTTTCAGGTGATATTTGCTCCGTTACGGAATGTCGGTACGCAATCTTTTCAAATATAG	MVRPREFQDEAIFYGVYRALSKKGYGQAALTDITHEVNISPAALMKRFGSKKNLFLAYSDYVIELTRHAFQEASLSDQSRLDALKAVFMHAVSHMKDPVELSNHTSFYLEGTNDPDLMEKTRYRLQLIDAFTRQLLSQAITNKEIAECDVAMVSRVLQAAISGAMMIWIKESNRTLEELFDECFQVIFAPLRNVGTQSFQI				NA	NA	NA	NA	NA
JZ016_04925	780			Arylesterase	ATGCCGATTTTCAAAGGAAGGGAAGTCGATCTGTACTATGAAGTAAAGGGAGAAGGAAAGCCGCTTGTTTTTACGCATGGTGCCTCATGGAATCATGAACAATGGCGGCCGCAAGTCGATTATTTCTCACGTCAGTATCAGACCTTGGTATGGGATATCCGGGGGCATGGTTCCTCTTCCTTGCCGGACGGAAAGGTGGATTCGGAGGATTTCAGCAGGGATTTGGCGGATCTGCTAAGCGGACTGGGCATTGAAAAAGCGATTCTTTGCGGGCTGTCCCTGGGCGGGCATATTTCGCTGCAGACGGCCGTTCGCTATCCTGAGAAGGTTGCAGCCCTGGTACTGATCGGCACGCCGTTCACGAATGCGTTCAATTGGTATGAGCGAATGTTCGTGCCGCTGAATCGCTGGTCAAGTTACTTGATGCCGATGTCCTTATCGGGAAAATGGCAAGCGAAAATGCTGTCCAAGTACAACAAGAGTAACCAAGCTTATATAGAGAAAGCCTTTTGCTCCATCCCGCATTCCAACTGGGTTCGGATATGGGATGCAGTGACCCGAATGGACAGCACGCAGGATCTGCATAAGATCCATTGTCCGACCTTGCTTCTTCAAGGAGAGAGCGACACGATGATCCGAAGGCAGCAGGCGTACATGCAGGAGAAAATGGCGAATTCGCGATTAAGAATCATCCGGAACGCTCACCATGCAACGAATATGGATAATCCGGATGAAGTGAATGAATCCATCACTTCATTTCTGAAGGAGAACGCGATGTAG	MPIFKGREVDLYYEVKGEGKPLVFTHGASWNHEQWRPQVDYFSRQYQTLVWDIRGHGSSSLPDGKVDSEDFSRDLADLLSGLGIEKAILCGLSLGGHISLQTAVRYPEKVAALVLIGTPFTNAFNWYERMFVPLNRWSSYLMPMSLSGKWQAKMLSKYNKSNQAYIEKAFCSIPHSNWVRIWDAVTRMDSTQDLHKIHCPTLLLQGESDTMIRRQQAYMQEKMANSRLRIIRNAHHATNMDNPDEVNESITSFLKENAM	PGPT0004995_1620	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0004995-pcaD|catD-K01055	NA	NA
JZ016_04926	501			hypothetical protein	ATGGAACTGGAAACAAAACGTTTGCTGCTTAAAACATTGGATTTGGATTTGATTGACGCGGCATCGCGCCGGGATCCGAAGGCATTCGAGGATTTAGGATACCACAGTAACGGCGAATGGCCGGGCACCGACTTTTATGAGGCATTGCCTTTTTTCCGGGAGTTGTTGGTCAAGAATAAGGGTACGCGGGGGTTTGATTCATGGATTATGGTAGACAAGGCCACGCGCGATATTGTCGGCGGCATCGGATTCTTGGGAGATCCTGATCCGGAGGGCAGAATCGAAATCGGCTTTGCGACCAATCCAAGCCATCAGCGACAAGGTTACTGTCATGAAGCGGCGCAGAAACTGTTGGATTGGGCTTCGGGGCAGCGGGACGTCAAATCCATCATCGCTAGATGCGAACCCGGAAATGCGGCTTCTCAGCATGTTTTGCTTAAACTGGGATTCCAGAAGAGTCACGAGGATTCGGAAATCATACACTGGATATATCCGAACTAA	MELETKRLLLKTLDLDLIDAASRRDPKAFEDLGYHSNGEWPGTDFYEALPFFRELLVKNKGTRGFDSWIMVDKATRDIVGGIGFLGDPDPEGRIEIGFATNPSHQRQGYCHEAAQKLLDWASGQRDVKSIIARCEPGNAASQHVLLKLGFQKSHEDSEIIHWIYPN				NA	NA	NA	NA	NA
JZ016_04927	1194	ydbM_2		Putative acyl-CoA dehydrogenase YdbM	TTGAATCGATCCGGTTCCACAGATCCATTCATACGTAATGAACGCGAAGCCATGATCGCAGCTCGGTCCGATAAGCTTGGGGCGAAATTCGCGGAAAGAGCTCCACGGCACGATTTGGAGGGTTCGTTTCCGTTCGAAAATTTTGATGATCTGAAGGAGTCGGGTTATCTGAAGCTGACCGTCCCGGCATCCTATGGAGGAGAAGAAGCTTCCGTTTACGAAATGGTGCTTGCCCAGGAACGACTCGCCAGAGGCGACGGCTCTACGGCGCTGGCGGTTGGTTGGCATATCGGGCAAATACTCCAGCTGCGCCTATCCAAGGCTTGGCCGGAACCTTTATTTGAGAGGCTGTGCAAGGACGTTGTAGCTGAAGGCGTGCTCATTAATGAACTGGCAAGCGAACCTGCGACAGGAAGTCCCAGCCGGGGTGGGAGGCCGGAGACCACGGCACGGCGAGTTTCGGGCGGCTGGCGCATTACCGGACGCAAAACCTTCAGCACATTAAGCCCGATCTTGAAGCAGTTTGTGGTTACGGCCGGTATCGAGCATAGCGAGAAGGTTGGTGCATTCCTCGTTCGAAGTGGACCCGGGGTCAAGGTCGAGGAAACCTGGAATACGATGGGCATGCGCGCTACGGGAAGCCATGACATGATTTTGGAGGACGTCTTCGTGCCGGAGGCGGAAGTGATTCGGGGACTCGATTATGAGAAACCTGAATTTCCCGTGCCGACGGAAGGCATTCTGCTTCACATACCGGCATGTTATATGGGGATTGCTTATGCCGCGCGCAATTTTGCCATCGATTTTGCCCGTCATCATAAACCGAACTCCTTGACGGTCCCTATTGCCGAATTGCCGAATATCCAAAGACATATCGCCGAAATCGAAGTGGACCTGCTTACGGCCCGCAGTTATTTATATCAAACCGCCGACCGCTGGGACAAGGAAGTGGAGAACCGCGCTGCGCTTAAGCCTGAGCTGGGTCTTGCCAAATATGTTGTAACCAATGCAGCGCTCCGGATTGTCGATCATGCGATGCGGATCGTTGGAGGATTGAGTCTCTCCCGGCAGCTCCCGTTGGAACGAATGTACAGGGATGTCCGGGCAGGTCTTCATAATCCGCCTATGGACGATGTCGTGCTGACGAATCTGGCCAACCGGGCTATTTCGGAAGTTGAGGAGAAGGGGAAGTAA	MNRSGSTDPFIRNEREAMIAARSDKLGAKFAERAPRHDLEGSFPFENFDDLKESGYLKLTVPASYGGEEASVYEMVLAQERLARGDGSTALAVGWHIGQILQLRLSKAWPEPLFERLCKDVVAEGVLINELASEPATGSPSRGGRPETTARRVSGGWRITGRKTFSTLSPILKQFVVTAGIEHSEKVGAFLVRSGPGVKVEETWNTMGMRATGSHDMILEDVFVPEAEVIRGLDYEKPEFPVPTEGILLHIPACYMGIAYAARNFAIDFARHHKPNSLTVPIAELPNIQRHIAEIEVDLLTARSYLYQTADRWDKEVENRAALKPELGLAKYVVTNAALRIVDHAMRIVGGLSLSRQLPLERMYRDVRAGLHNPPMDDVVLTNLANRAISEVEEKGK				NA	NA	NA	NA	NA
JZ016_04928	669			hypothetical protein	ATGGATTCTGTACTGTATTTGGGCTTGGCCGTTGTATATGCTGCGCTGCTTCTGTATGGGTGCGTGGTGTTGAAGCGTGATTCTTCGCCGGGTCTTCGGTATTTGCTGCTGATCGTGACGGCCGGACTGGTCTGGGATAATTGCGTGATCGGCATCGGGAAATACATCGGGGAGGGGGATCTGCTGGAGGGGCTGAACGTTACGCGTTTCTGGGTGCATGCGTTGGCAACGCCGCTGCTTGTGCTCGTGTCGTTCGATATGATCCGCAAGGCAGGAAGCCCTTGGGCCAACAAGCGGGCTGCCGCTTGGGGAGCCTGGATATTGACCGCAGCGCTTATTGTGCTGGAGGTGTTGACGGAGACGCTGCCGCTTAAGCTCCAGCCTTCCATGGAATACGGAGCGCTTCGTTATGTTCCGACCGAATCCGGGGGGCCGCCGCTCATGGTCATCCTGATCCTGATCCCTCTGCTGATGGCAGGCGTTATCGTATGGCGGAGGAGAAAGACGCCGCTGTTGTTTATCGGTACGGTGCTGATGGCTGCCGGGAGCGCCATTTCGATTCCGATCGAAAGTTCGGCTGCCACGAACGTATTTGAGCTGCTTCTCCTCTTATCCTTGTGGCTGACGGTTCGCAAGCTGGCCTCCTACCGTACGTTGTCTTTTCGGTAG	MDSVLYLGLAVVYAALLLYGCVVLKRDSSPGLRYLLLIVTAGLVWDNCVIGIGKYIGEGDLLEGLNVTRFWVHALATPLLVLVSFDMIRKAGSPWANKRAAAWGAWILTAALIVLEVLTETLPLKLQPSMEYGALRYVPTESGGPPLMVILILIPLLMAGVIVWRRRKTPLLFIGTVLMAAGSAISIPIESSAATNVFELLLLLSLWLTVRKLASYRTLSFR				NA	NA	NA	NA	NA
JZ016_04929	774			hypothetical protein	ATGAATCCGATTAGTAAAAAAGTATTAGTAAGCAGTATGGCAGCAGCGATTGTGCTAGGGGGAGCCGGGTATCTTCAGAGCAAGGCTTTTGCCGCGACGAGCACAGACGCTTCCACCTCGGTATCCGAGGATGGACAGACGGGGACAGGCTCATCAGCTGCCGATGCAGGCAAGAACCGAGATGGAAAGTGGATGGAACGTAAGGGTGGCGGTCCTCGCGGCGCAAACATCGTCAAAGAGACGGCCGAAGTTCTTGGGCTCACGGAGGCAGAGATTCGCACAGCGCTTGAAGCAGGCAGCACATTTGTTGAAATTGCCGAAGGCAAAGGAATAACCCAATCCGTGTTTGTGCAGAAGCTGACCGTTCTGGAAACCGCCAAGATTGATGAACGCCTGAGTGAAGGCAGCATTACGGAAACCGAAGCAGCCGAGTGGAAAGAGGGGCTGAGCGACCGTCTTACTCAAATCGTGGAGAGCAGCGAAGCCGGTTTTGGAAAAGGCCATGGCAAAGGCAGCCGAGGCTTCGGCACATTCGGTAATCCGGAGGAACTTGCAGCTCTGCTTGGATTATCTGAGGACGAATTGAAGGCAGAAATGAAGGAAGGGCAGTCGCTGGCCGAGATCGCGGCCGCGAAGGGGATTACGGAGGATCAATTGATTCAGAAGCTGAAGGATCAAATGACCGAGCCGTTGAAGCAGTGGGTGAACGAGAAGCATACGAACGCTCATGAGGCAGCAGATCCTGCGGCAGACACGGAAGCGGACGCGGAGTAA	MNPISKKVLVSSMAAAIVLGGAGYLQSKAFAATSTDASTSVSEDGQTGTGSSAADAGKNRDGKWMERKGGGPRGANIVKETAEVLGLTEAEIRTALEAGSTFVEIAEGKGITQSVFVQKLTVLETAKIDERLSEGSITETEAAEWKEGLSDRLTQIVESSEAGFGKGHGKGSRGFGTFGNPEELAALLGLSEDELKAEMKEGQSLAEIAAAKGITEDQLIQKLKDQMTEPLKQWVNEKHTNAHEAADPAADTEADAE				NA	NA	NA	NA	NA
JZ016_04930	771	mta_2	COG0789	HTH-type transcriptional activator mta	ATGGAATACACGGTGCAGAAGCTTGGAAGGTTGGCAGGAATAAGTACCCGGACGCTCCGTTATTACGATGAGATCGGTATTCTGAAGCCGGCCAGAATCAACTCGTCGGGATATCGGATCTATGGGCAGGAGGAGGTCAATCAATTGCAGCAGATCTTGTTTTACCGGGAGCTCGGGCTTCAATTGGACGATATCAAAGAGATTATGACTTCACCATCCTTCAACCGAATCAAGGCGCTCCAAGAACACCATGCGCAGCTCCTAGACAAAAGAAGGCAATTGGATTTGCTGATTACCAATGTGGAGAACACGATCGCCTCCGCCGAAGGGAGAATAACCATGAGTGACCAAGAGAAATTTGAAGGATTCAAGCAGAAGCTGATTGATGATAATGAGAAGAAATACGGTAAGGAGATTCGCGAGAAGTATGGCGATGAGATTGTAAATAAATCCAATGCCCAGCTGAAAAATATGACGCAAGAACAGCATGAGGAAATAACGCGCCTAGCTGATGAGCTGTACGAGACGCTGGCCGAAGCGTTTAAGCAAGGCGATCCTGCCAGTGAGCTGGCCCAGAAGGCGGCCGATCTTCACAAGCGCTGGCTCACTTATTATTGGAACGATTACAGCAAAGAGGCCCACGCAGGTCTCGCCCAGATGTATGTTGACGATGAGCGCTTTACCGCTCATTACGATGAGAAGCAGCCTGGAACGGCGGTATTCCTCCGCGATGCGATTCTGGTCTATACGGGCATGAACTCTTCATCATAG	MEYTVQKLGRLAGISTRTLRYYDEIGILKPARINSSGYRIYGQEEVNQLQQILFYRELGLQLDDIKEIMTSPSFNRIKALQEHHAQLLDKRRQLDLLITNVENTIASAEGRITMSDQEKFEGFKQKLIDDNEKKYGKEIREKYGDEIVNKSNAQLKNMTQEQHEEITRLADELYETLAEAFKQGDPASELAQKAADLHKRWLTYYWNDYSKEAHAGLAQMYVDDERFTAHYDEKQPGTAVFLRDAILVYTGMNSSS				NA	NA	NA	NA	NA
JZ016_04931	1419	alsT	COG1115	Amino-acid carrier protein AlsT	ATGGATCAAATTGTACAGAATGTAGTCAATATCTTTAATGATTTTTTATGGTCTAAGCTGCTCATCGTATTGCTGATTGCCGTTGGCCTGTATTTCACGGTGGGGACCAAGTTTCTGCAATTTCGCCTGATCGGCGAGATGTTCCGGGTCATCCGCGAACCCAAGAGCAAAGCGAAGGGAAGCATTTCGCCCTTTCAGGCATTTGCCATCAGTATGGCAGCCCGTGTCGGGACAGGGAATATAACCGGGGTGGCTCTGGCCATCTCGCTTGGAGGACCCGGGGCCGTATTCTGGATGTGGATTATTGCGCTTATCGGTTCGGCATCCAGTTTTATCGAGAGTACGCTGGCCCAGATCTATAAAGTAAAAGATGGGGCGGGTGGTTATCGCGGCGGTCCCGCTTATTACATGCAGCAAGGATTAAAGAAACGGTGGATGGGCGTGTTGTTTGCGATCCTGATCACCTTGTCCTTCGGTCTTGTCTTTAATGCGGTCCAATCCAATACGATTACGATTGCCTTCGAGAATTCATTCGGAACTGACCGATTAACCATCGGCATTATTATGGCGGTTATCTTCGCGGTTATTATCTTTGGCGGCGTGAAGCGGATTGCCAAAATGTCGGAGCTGATCGTTGTGGTATTGGCTGTCCTGTATGTCGGTGCCGCGCTGTTTATCGTATTGGCGAACATCACCAAGCTGCCGGAAGTTTTAACTCTTATCGTCAAAAGCGCGTTCGGCTATGAGCAGGTTGTTGGCGGGTCGATCGGTGCCGCTCTCATGAACGGGATCAAAAGAGGGCTGTTCTCCAACGAAGCCGGCATGGGGAGCGCGCCTAACGCAGCGGCTACCGCAACGACAAGCCATCCAGCCAAGCAAGGGCTGGTGCAGGCGCTGGGCGTATTGATCGATACGCTGGTCATATGTACAAGCACCGCCTTCATCATTCTGTTTACCGGTGCCTATCAGCAGACCGGACTTGATGGAATCGCCCTGACGCAGGCCGCGCTGGGCATGGAGATGGGGGCATGGGCGTCCGACTTCCTGGCCGTTATGGTCTTCCTGTTTGCGTTCAGCACGCTGATCGGCAATTATTATTACGGGGAAACCAATATCGAGTTTTTGAAGTCGAATCGGGCATGGATATGGGTTTATCGAGCTTCTGTGCTGGCCATGGTTATCTTCGGTTCCGTTACCAGCGTGAAGCTGGTGTGGGATTTGGCCGACCTGTTCATGGGATTGATGGTGATTGTGAATCTTGTGGCTATTACGCTGCTATCCCGAACGGCCTTTGCCGCGCTTCAAGATTACATGAAGCAGAAACGGGCAGGCCTGAATCCTGTCTTCACCAAGGATAGCATCAAAGGGCTTGATGATGTGGAGTGCTGGGACGGACAGAACGCCCCATTCACTAAGTGA	MDQIVQNVVNIFNDFLWSKLLIVLLIAVGLYFTVGTKFLQFRLIGEMFRVIREPKSKAKGSISPFQAFAISMAARVGTGNITGVALAISLGGPGAVFWMWIIALIGSASSFIESTLAQIYKVKDGAGGYRGGPAYYMQQGLKKRWMGVLFAILITLSFGLVFNAVQSNTITIAFENSFGTDRLTIGIIMAVIFAVIIFGGVKRIAKMSELIVVVLAVLYVGAALFIVLANITKLPEVLTLIVKSAFGYEQVVGGSIGAALMNGIKRGLFSNEAGMGSAPNAAATATTSHPAKQGLVQALGVLIDTLVICTSTAFIILFTGAYQQTGLDGIALTQAALGMEMGAWASDFLAVMVFLFAFSTLIGNYYYGETNIEFLKSNRAWIWVYRASVLAMVIFGSVTSVKLVWDLADLFMGLMVIVNLVAITLLSRTAFAALQDYMKQKRAGLNPVFTKDSIKGLDDVECWDGQNAPFTK	PGPT0000745_42	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000745-glnT-K11626	NA	NA
JZ016_04932	972	yhdL_2		putative anti-sigma-M factor YhdL	ATGGATACGGAAGTGATGAATCGGATAACCTGGCAGATAAGGGTGAAGCAGCTTATAAATGCTTTGTTAGCTGCGTTTCTTATTTATGGCGTGTATTATGCAGCCGTCTACATCTACCATGAAGAATCCGGCCTGAACGATAAATTCTTAAGGTCTGTCATGACAACGGTTGAATTGCATGAGAGTGGACTTGTGGTAGATAAGCGCGGCTTGTCTTCGGTAGAAGTGACGCCCTTCCTCACCCAGAAGAAAACGCTGAAAGTGTACAGGGATGTGGGGGAATGGCAGGTAATCGTTGGAGAGCTTCACGCGAAGAAGAGGTTATGGGGAGAATTGACCTATTCCATTGAAGAACGGGGGCATTATCTGAACGGGGATGAAAGAAATCCCTTTTACCTGCACTCTGCCCTGCTGGAGGGTGGGAAGATTACAGACTCCCTTCATCAGAATGGTGCAATGAATCAGTTAGAAAAGCTTGAGGACGGCAACGTGGCGGAAATATTCTTCTCGCTTCGAACGTTGAAGTCGCCGGAGCAGGTCTTAAAGCTCTTGTCGGACTATGATGTTAAAGTAACCAGTATGGCTGTTTTTGCAGGCGAACTGAAGGATTTCAAGTTGAGTACTTATAGCTCTAGCGGCGCAGATTACATGATTCCTCATCTAACGTTAAGACCCATGGTTCAGTTTAGCGATAATCATTTTCTTTCTGCCTGGCATACTTTCTTCTCATTGGATGCCGGGATCACGGATCATGTGCAGCAACTGATCGCCGACGTTGAATGGATGACGGACAACATCAAATATAACGGCGTGGATGAAGACAAACTGCGGCTGGCTTACTTAAAGAAAAATGGGGTTCAAGTTTACGGAGCGACCGTTACGGGACCTGTGCGTGAGCTGGAGAAGCTGAAGGAGGAGTCGGAATTCTGGGGATTCCGTTTGGGCCGCATCGAGGTATGGAATTGGAGTTAA	MDTEVMNRITWQIRVKQLINALLAAFLIYGVYYAAVYIYHEESGLNDKFLRSVMTTVELHESGLVVDKRGLSSVEVTPFLTQKKTLKVYRDVGEWQVIVGELHAKKRLWGELTYSIEERGHYLNGDERNPFYLHSALLEGGKITDSLHQNGAMNQLEKLEDGNVAEIFFSLRTLKSPEQVLKLLSDYDVKVTSMAVFAGELKDFKLSTYSSSGADYMIPHLTLRPMVQFSDNHFLSAWHTFFSLDAGITDHVQQLIADVEWMTDNIKYNGVDEDKLRLAYLKKNGVQVYGATVTGPVRELEKLKEESEFWGFRLGRIEVWNWS				NA	NA	NA	NA	NA
JZ016_04933	516			hypothetical protein	ATGAACACAAGGCCTGATTCTAATGAATATTTGCCCCTCGCCGAAAAATACGTCTCTCTTGTCCCCGAAGGCCATATTGCTGAAGTTTTGCAGCGGCAGCATGATGAAACGTTACGATCGCTTAGCGATCTGACGGAAGAACAAGCGAATGTTCGCTATGCGGCAGGGAAATGGAGTCTAAAACAGGTGGTCGGACATATCGCCGATGTAGAGCGCTTATGGAACTACCGCATTCTCTACATCGCGCGTGGAGATGCCCGTGAATTCTCGGGGTACGACCGGGAGATTTTTGTCCAAAATTCTCCCTTCAGCCATCTTCCGTTACGGGAAGCCCTCAAGGATTATGCTGCTGTCCGGCAGTCTACCATTACGCTGGTTGGAAGTTTGACGGAGGAAGCGCTGCTTCGCCAGGGCACGTTCAACAATTACCCGCTCTCCGCCCGGGCAGCCGCCTATGTCATTGCCGGTCATGAGCTTCATCACCTGAATATTCTACGGGATAAATATTTAACGTAG	MNTRPDSNEYLPLAEKYVSLVPEGHIAEVLQRQHDETLRSLSDLTEEQANVRYAAGKWSLKQVVGHIADVERLWNYRILYIARGDAREFSGYDREIFVQNSPFSHLPLREALKDYAAVRQSTITLVGSLTEEALLRQGTFNNYPLSARAAAYVIAGHELHHLNILRDKYLT				NA	NA	NA	NA	NA
JZ016_04934	606	COQ5_9		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	GTGAATAAGCAATTCCTCATTCGGAAGTTCAATAAGCAGGCAGCGATATATGAAAGGAACACCAGACAGCGCAGGCTCGGTGAATGGAGACAGCGGCTGCTTCACGATGTAGAGGGTAGCGTGCTTGAAGTAGCTGTCGGCGCCGGCGCGAACTTCCCCTTCTATCATCGTGACAAGGTGAACGTAACGGCTGTCGACTTCAGTCCCGAGATGTTAAGCTGTGCACGGCGGATGGCCTCCGAGATGGGTATCCGGGCCCATTTCCTAGAGCGGGATATCGAGACGCTGGAGCTGCCGGAACGTTCCTATGATTGTGTTGTATCCACCCTGTCGCTATGCGGCTACGAGGATCCGGTCAAAGCTCTGAATAAAATCAATCGCTGGGCCAAACCCGGCGGCCGCGTTTATTTACTGGAGCATGGCATGAGCACGAACCGGTTCCTAGGCGCTATTCAGCATCTGATCAACCCGGCAGCACGGCGGATATCCGGCTGTCATTATAACAGGGACATGATCCAGATTGCGAATGCCTCGGAACTGAACATCCTGAAGACAGAACGCTATTGGAACGGCATCGTTCATCTGATCTGGGCGCAAGCAACCTGA	MNKQFLIRKFNKQAAIYERNTRQRRLGEWRQRLLHDVEGSVLEVAVGAGANFPFYHRDKVNVTAVDFSPEMLSCARRMASEMGIRAHFLERDIETLELPERSYDCVVSTLSLCGYEDPVKALNKINRWAKPGGRVYLLEHGMSTNRFLGAIQHLINPAARRISGCHYNRDMIQIANASELNILKTERYWNGIVHLIWAQAT				NA	NA	NA	NA	NA
JZ016_04935	1416			NAD-dependent malic enzyme	ATGGAAAACAACGGACTCGGAGGAAAGAGCATTATCCTCAGACTAGAAATGAATACACAAGAAATCAAATTCGGTCAGGTAGCATCCGCCATATTTGAAGCCGGGGGAGACATGGTCGCTATCGACGTCATTCAGGCGAGCGGCCACATTACCGTACGCGATATTACCATTACGGTCACGGACAGCGTCGATATCGGAAAAATTACAGATGCCGTGAAAAATCTGAAAGGCGTCCGGCTCGTCAACGTTTCGGATCGTACCTTCCTGCTGCATCTCGGCGGCAAGATCGAAACCCAGCCTAAAATTCCGATCCAAAACCGCGATGATCTGTCGCGCGTCTATACGCCAGATGTTGCCCGGGTGTGCGCAGCCATTCAGGAAGACCCGAAAAAAGCCTTTACACTCACGATTAAAAGAAATACGGTGGCCGTCATCTCGGATGGAAGCGCCGTGCTCGGTTTGGGCAATATCGGCCCTTATGCGGCCATGCCGGTGATGGAAGGAAAATCGATGCTCTTCAAACAATTTGCAGGTGTAGACTCCTTCCCGATTTGCCTGGATACCCAGGATACGGAAGAGATCATTTCTTGCATCAAAGCCATGGCACCGGCTTTTGGCGGCATTAACCTGGAGGATATCTCCTCCCCGCGCTGCTTCGAGATCGAACAACGACTGCGGGATGAGCTGGATATTCCCGTATTCCACGATGACCAGCACGGCACAGCGGTCGTTCTGTATGCGGCACTGATCAATGCCCTGAAAATTGTCGGAAAAACAATCGATAAAGTCAGGATCGTTGTGTGCGGAATCGGCGCTGCGGGCGTGGCATGCAGCAAAATCCTCCTGTCGGCCGGTGTCAAGGACATCATTGGCGTAGACCGCGAGGGTGCGCTGGTTGCTGGAAAAGAGTACAGTAATAGTATGTGGCAATGGTACGCAGAGCATACGAATCCGAATAAAGTTGAAGGTTCCCTGCGCGAAGTGATCCAAGGTGCCGACGTGTTTATCGGCCTATCCGCCGGCGGCCTGCTTCGCCGCGAAGACGTACAAGCCATGGCTAAGGATCCGATCGTGTTCGCAATGGCAAACCCTACGCCGGAGATTAAACCGGAAGAAGTCGAGGATATTGTAGGCGTCATTGCAACCGGACGTTCGGATTATCCGAACCAAATTAACAACGTCCTCTGCTTCCCAGGTATTTTCCGTGCTGCCCTGGATTGCAGAGCAACCACGATCAATGAGGAGATGAAACTGGCTGCAGCCGAAGCCATCGCGTCCGCCGTATCGGATGAGGAACGCAACCCGTCGTATATTATTCCAAGCGTATTTAACCAGAACGTCGTGAAAGCCATTCGCGAGCTTGTCGTGAAAGCGGCGATCAAAACCGGCGTCGCCCGGAGAATCCCGCGTGAATAA	MENNGLGGKSIILRLEMNTQEIKFGQVASAIFEAGGDMVAIDVIQASGHITVRDITITVTDSVDIGKITDAVKNLKGVRLVNVSDRTFLLHLGGKIETQPKIPIQNRDDLSRVYTPDVARVCAAIQEDPKKAFTLTIKRNTVAVISDGSAVLGLGNIGPYAAMPVMEGKSMLFKQFAGVDSFPICLDTQDTEEIISCIKAMAPAFGGINLEDISSPRCFEIEQRLRDELDIPVFHDDQHGTAVVLYAALINALKIVGKTIDKVRIVVCGIGAAGVACSKILLSAGVKDIIGVDREGALVAGKEYSNSMWQWYAEHTNPNKVEGSLREVIQGADVFIGLSAGGLLRREDVQAMAKDPIVFAMANPTPEIKPEEVEDIVGVIATGRSDYPNQINNVLCFPGIFRAALDCRATTINEEMKLAAAEAIASAVSDEERNPSYIIPSVFNQNVVKAIRELVVKAAIKTGVARRIPRE	PGPT0001350_1681	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001350-maeA|sfcA|ywkA-K00027	NA	NA
JZ016_04936	300			hypothetical protein	ATGAATGCCAGAATCGAGGAACTTGAAAAACGTTTGACGACCCAGCATCATAGGGATCTGTTCCTTCAGATGAAGCATACGTTGAAAGCCGTTGACGATTTGGCCGAACAGCACCGGATCTACCAGGCCGTTCAGGCACTCAGCGGCACACGCATTGTAGGATCGGAGGAGAACGTGTATTTTGACACGTTGAATCAGGTCAAGGAGCAGATCATTCATACCCTGGAGCTTACGATCGAGGACTTGGAGCATAAAGGGGATAAGCATTATCAGAAGCACTTTAAGGACGGCGTGGAATAG	MNARIEELEKRLTTQHHRDLFLQMKHTLKAVDDLAEQHRIYQAVQALSGTRIVGSEENVYFDTLNQVKEQIIHTLELTIEDLEHKGDKHYQKHFKDGVE				NA	NA	NA	NA	NA
JZ016_04937	1035	gbpA_1		GlcNAc-binding protein A	ATGACTTTAAGTTTGCCGAACAAAACTTGGCTCAAGAATCTGATCATTGCCGGTTCCACGATGTTGTTGATGACCTTGTTCATGGTATTATTTGCTGATAAAGCTTCTGCCCACGGATATGTCGATTCCCCAGGCAGCCGCGCCATTCTGTGTAAGCAGGGGCAAAATACCGATTGCGGCGCAGTCGTGTATGAGCCTCAAAGCTTGGAAGCTCCTAAAGGCTGGCCGAACGCAGGCCCTGCCGATGGCAAAATCGCCAGTGCAGGCGGCGTGTTCCCTAAACTTGACGAGCAATCCGCAACTCGCTGGAGCAAAGTAAGCATTTCCCCGGGAACCACAACGTTCCAATGGCATTTGACAGCCAACCATGCGACGGCAAGCTGGAAATACTACATTACAAAAGACGGCTGGAATCAAAATGCTCCTTTGAGCAGAGCTTCGTTTGATCTGACGCCTTTCTGCTCCATTAACTACGGCGGTGTAAAACCTCCGACAAACTATGCATCCACTTGTAACGTTCCTGCAAAGTCCGGTTACCATGTCATTCTGGCGGTATGGGAAGTAGCTGACACAGCTAACGCTTTCTATAACGTTATCGATGTGGACTTTGGCGGTGGTGGAACGCCGAACCCAGGCGTACCGGCACCGACAGGACTTACTTCCCCAGCCCAAACCAACAACAGTGTTTCCTTGGCATGGGCAGCTTCCACAGGTGCTTCCAGTTACGAAATCTACCGTGACGGATCCCTTGTAGGTACTTCCACAACAACCTCCTATACCAATACGGGGTTAGCCGAAGGAACGTCCTATACGTATACTGTGGTCGCCGTGAGCAGTACGGGCAGCAAATCATCCGCATCCGCTCCGCTTACCGTATCAACATCCGGAAGCGCAGCGACCTATCCGGCATGGAGCGCAACAGCCGTTTATTTAGGTGGCAGCAAAGTCAGCCACAACGGCGTGAACTATGAAGCAAGATGGTGGACTCAAGGCGAAACTCCTGGATCTGCCGAAGTTTGGAAGGTCATTCCTTAA	MTLSLPNKTWLKNLIIAGSTMLLMTLFMVLFADKASAHGYVDSPGSRAILCKQGQNTDCGAVVYEPQSLEAPKGWPNAGPADGKIASAGGVFPKLDEQSATRWSKVSISPGTTTFQWHLTANHATASWKYYITKDGWNQNAPLSRASFDLTPFCSINYGGVKPPTNYASTCNVPAKSGYHVILAVWEVADTANAFYNVIDVDFGGGGTPNPGVPAPTGLTSPAQTNNSVSLAWAASTGASSYEIYRDGSLVGTSTTTSYTNTGLAEGTSYTYTVVAVSSTGSKSSASAPLTVSTSGSAATYPAWSATAVYLGGSKVSHNGVNYEARWWTQGETPGSAEVWKVIP				NA	NA	NA	NA	NA
JZ016_04938	762	glcR_4	COG1349	HTH-type transcriptional repressor GlcR	TTGCTAGCACATGAACGAAAGAAAAGGATTATTGATTATGTAAGGCAATACCGAACAGCAACGGTTGCTGCGCTGGCATCTGAATTCGGTGTTCACACGGCAACCATCCGCCGCGATCTGGCGGAGATAGAACAGGAAGGCGCTTTGAAACGCACGCATGGCGGGGTCATCATGGAGCAATGGACGCATAACGAGCCGTCCTTTAATGAGCGAACCAACTTTCATCGGGACGAGAAAATACGCATCGGTCAGCTCGCGGCTTCTCTCGTGGAAGACGGGGAGAATATCATCATTGATTCGGGAACAACCACCCTTCATATTGCAACGCATCTTGTGCACCGCTCGGACATTACGGTCATTACGAACGATATGAACGTGGCCGTCGAACTTCGCGATGCTCCGGGCATCAAAGTCATCCTGACCGGCGGGGAGCTGTACCCCTCGAGTTACATGCTAAACGGCATGTTTACCGACCATGTGCTGAAATCCCTGCATGTCGAGAAAGCATTTATCGGTACCCCTGCCCTGCATCCTCAGCATGGCCTCATGCACCCGGAAGCGCTGCTCGTCCCGGCCAAGCAGAACATGATTCAGGCCGCAGGTGAAATTGTCGTTGTCACCGACCACAGCAAGATCGGCAAACTGTCTCTGCACACGGTCGCCCCCAACAGCGCGATACATACTCTTGTCACCGGCACTGAGGCTTCCGACTCGGATATCAAGCCGTTCCAGGAACGGGGCATTACCGTGTACAGAGTTTGA	MLAHERKKRIIDYVRQYRTATVAALASEFGVHTATIRRDLAEIEQEGALKRTHGGVIMEQWTHNEPSFNERTNFHRDEKIRIGQLAASLVEDGENIIIDSGTTTLHIATHLVHRSDITVITNDMNVAVELRDAPGIKVILTGGELYPSSYMLNGMFTDHVLKSLHVEKAFIGTPALHPQHGLMHPEALLVPAKQNMIQAAGEIVVVTDHSKIGKLSLHTVAPNSAIHTLVTGTEASDSDIKPFQERGITVYRV	PGPT0017590_975	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436	NA	NA
JZ016_04939	1056	ugpC	COG3839	sn-glycerol-3-phosphate import ATP-binding protein UgpC	TTGGCATCCATTGAATTTGTGAAAGTAAGCAAGTCGTTTGATCGTCAAACCGTCATACAGGACCTGGACCTTACCATCGAGGACGGAAAATTCACCGTGCTGGTCGGTCCGTCAGGCTGCGGGAAAACAACGCTCCTAAGGATGATCGCGGGCATTGACCCTCAAACCTCCGGTTCCGTTCTTATCGATGGCAAGGATGTTACGCGCATTGCGCCGGGTAAACGCGGCGTGGCCATGGTATTCCAGAATTACGCGATCTACCCGACCATGTCGGTCCGCGAGAATATCGAGTTTGGTCTCGTGAACAACAAGGTTCCCAAAGCCGAGCGTACACGTCTGGTGGAGACTATAGGGGCAACCGTTGGACTGAACGATTACTTGGATCGCAAGCCATCCACCTTGTCCGGCGGACAACGGCAGCGGGTGGCTTTGGCCCGGGCGATGGTTAAGAATCCGTCCGTTTTCCTGATGGATGAGCCGTTGTCCAATCTGGATGCCAAGCTCAGGGTTCAGATGCGGATCGAGCTGATTGAGCTGCATAAGAAGCTGGGAACGACCTTTGTCTATGTGACCCATGACCAAATCGAGGCCATGTCGATGGCAGACACCATCGTCCTTATGAACAAAGGCATCATACAGCAGGAAGCGCCGCCTGAAGTGGTGTACCGGGAGCCCAGCAATCTGTTTGCGGCCCAGTTTATCGGGGTTCCCCCCATGAACATTGCGCCGCTTGGCGACGATCGCACCACATTCGGATTCCGTCCGGAGAGCGTCGTGATCGGCACAGAACCGGAGTCGTTTCATTATACGACCAAGGGGGAGGTCATCACGCGCGAAATGCTGGGATCCGAGACGATTTATCAGGTGAGGACAACGGAGGGCCAGGCATTCATGGTGAAGTGTCAGGATGACCAGTTCCATGTCGATCAGGAGGTACATCTCGGCGTACCGGCGGATAAATTGTTTTTCTTCGGAGCGGATGAGAACCGGATCGAAGCGCAGGACGTCCGCTATAGGGAGTTCATGGAGCGGCTGAGAGGGCTGGCTCATGGATAA	MASIEFVKVSKSFDRQTVIQDLDLTIEDGKFTVLVGPSGCGKTTLLRMIAGIDPQTSGSVLIDGKDVTRIAPGKRGVAMVFQNYAIYPTMSVRENIEFGLVNNKVPKAERTRLVETIGATVGLNDYLDRKPSTLSGGQRQRVALARAMVKNPSVFLMDEPLSNLDAKLRVQMRIELIELHKKLGTTFVYVTHDQIEAMSMADTIVLMNKGIIQQEAPPEVVYREPSNLFAAQFIGVPPMNIAPLGDDRTTFGFRPESVVIGTEPESFHYTTKGEVITREMLGSETIYQVRTTEGQAFMVKCQDDQFHVDQEVHLGVPADKLFFFGADENRIEAQDVRYREFMERLRGLAHG	PGPT0016850_1257	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016850-ugpC-K05816	NA	NA
JZ016_04940	879	ugpA_3	COG1175	sn-glycerol-3-phosphate transport system permease protein UgpA	ATGGATAAGAAGCGGATCTGGGAAGGGATCAGGCCCTATGTGCTGATCGCGCCGGCCATGGCTGGTATCATACTGTTTGTGATGTATCCGGTAGGTTATCTGATTTACTTAAGCCTGTTCAAATACAACCTGATGAACAAGGATAAGAGCAAGTTTGTCGGACTGGACAATTTCACCCAGATTCTGGGCCGCGGGGATTTCTACAAAGCGCTCTGGAACACGTCCATCTACACAGTCGGCGTCGTTATTCTAACCATGCTGCTATCCTTGCTGATTGCGGTATGGCTTAACAAGAAGGGGCGTTTCAATTCGGTCGTTCAGGCCGGGATTTTTACGCCGCACGTCGTTTCGATTGTGTCGATCTCATTGGTCTGGCTGTGGCTGATGGAGCCGAATCAAGGACTTCTCAACTATATCTTCAAGCTGGTGGGACTCCCGCCGTCCGCATGGCTGCAAAGCTCCAAGACCGCATTGATTTCCGTCATTATCGTATCGGTCTGGCAGGCTATCGGCTATTACACCTTGATTATCGTGGCAGCCCTGCAGAGCATATCGCCAAGCATTTATGAAGCGGCGGCGCTGGATAATGCCAGCAGGTTCAAGGTGTTTTATAAAATCACATTGCCGATGATTTCGCCGCAGCTGTTTTTTATCCTGATCATCATGACGATCGGTTCCTTCAAAGTCTTCGATACCGTTCAGGTGATGACAGGCGGAGGACCGAATAATGCAACGACTACGCTTGTGTATTACATATACGGCTTCCGGACGACCAATATCGGTTATTCGGCCGCGACAGGCGTTGTGCTTATGGCCATTATCGGTTTGCTCACGTTCATTTATTTCCGGCTGCTGTCCAAAAAGGTCCATTATCAATAA	MDKKRIWEGIRPYVLIAPAMAGIILFVMYPVGYLIYLSLFKYNLMNKDKSKFVGLDNFTQILGRGDFYKALWNTSIYTVGVVILTMLLSLLIAVWLNKKGRFNSVVQAGIFTPHVVSIVSISLVWLWLMEPNQGLLNYIFKLVGLPPSAWLQSSKTALISVIIVSVWQAIGYYTLIIVAALQSISPSIYEAAALDNASRFKVFYKITLPMISPQLFFILIIMTIGSFKVFDTVQVMTGGGPNNATTTLVYYIYGFRTTNIGYSAATGVVLMAIIGLLTFIYFRLLSKKVHYQ	PGPT0016840_1462	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016840-ugpA-K05814	NA	NA
JZ016_04941	834	dasC_4	COG0395	Diacetylchitobiose uptake system permease protein DasC	TTGAAGACCTTTGACTTAAAAATCGTATGGACAATGCTAGGTTATTTGCTGAAAGCCGCGGTGCTCATGATATTTATCTTCCCGTTTCTGTGGATGATCTCCACCTCGCTCCAGACATTCCGGGAAACGATGACGTTTCCGCCAACGTGGATTCCAGCCTCGCCGCAGTGGGGCAACTTCGCGGAGGCGATGCAGGCAGGTCCTTTTCTGACCTATTTCAGGAACTCGGTTGTTGTCACGGGATCCATCATCGTTCTGCAGTTCCTGATCATGATCCCGGCCGCGTACGCATTTGCCAAGTATAAGTTTCCGGGAAAAACGCTGCTGTTCGGCATGATCCTGCTGGCCTTCATGATCCCGGGCCAGGTGACGTTCATTCCGGTCTATCTGATGATGGCCGATTGGGGATTGGTCAAAACCCTGCTGCCGCAGATTATCCCGTTCATCTCGAATGCCTTCGGCATCTTCCTGCTGCGGCAATATTTCATGCAGATTCCGGAGGAAATCATTGAAGCGGCCCGCCTTGATAATGCGAGTGAATTCAAAATCATTCGAAAAATCATGATTCCCATGTCGAAGCCGGCACTGGCTACCATTGCGCTGTTCAGCTTTGTCAGCCACTGGAATGACTATTTTTGGCCGCTCGTCATGACCGATTCTGCTGCTGTCCGGCCGCTGACCCTGGGGATCGCCATGCTAAGGGAGACTGAGGGCATCAGCAACTGGCATATCATTATGGCCGGGAATGTGATTCTGGTGGTGCCGATCCTGCTTGTGTATGTATTCTGCTCGAAACACATCGTGAAGGCTTTTGTTTATTCAGGCATTAAATAA	MKTFDLKIVWTMLGYLLKAAVLMIFIFPFLWMISTSLQTFRETMTFPPTWIPASPQWGNFAEAMQAGPFLTYFRNSVVVTGSIIVLQFLIMIPAAYAFAKYKFPGKTLLFGMILLAFMIPGQVTFIPVYLMMADWGLVKTLLPQIIPFISNAFGIFLLRQYFMQIPEEIIEAARLDNASEFKIIRKIMIPMSKPALATIALFSFVSHWNDYFWPLVMTDSAAVRPLTLGIAMLRETEGISNWHIIMAGNVILVVPILLVYVFCSKHIVKAFVYSGIK	PGPT0016845_1291	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016845-ugpE-K05815	NA	NA
JZ016_04942	1317			hypothetical protein	ATGAAATCCAAATGGTATACACTGCTATCCGTCATCATGCTGTTCAGTTTGCTTGCCGCATGCGGTGGCGGGGGAACTTCCAGTGATCCAGGCGAAGCCCCGGGCAGCGGGGGAACCGAAGCCCCGTCCGGAGACAAAGGGAAAACCACGGTTCAGTTCTGGCACTCGCTGGGCGGCAAGAACGGGGAATACATGGACGCGCTCATCCAGCGTTTTAATGCATCCCATGAGGATATCGAGGTGATAGGCACCTTCCAGGGAAGTTATGACGAGACGGTAACCAAGCTGCAGCAAGCGATAGCATCCGATACCGGTCCGGACGTCAGTATGCTGGAGCGAGCCTACGTTCAGATGTTCGCCGATTCGGAAGTGCTTGAAGATCTGACGCCTTATCTAGAAGGCTCTGGCATCAGCGTTGACGACTTTACGCCGGGACTGATGGGACATTCCACCTTCAATGATCAATTAGTATCGCTGCCGCTGAACCGTTCCACCCCGATTCTGCATGTGAACAAAACATTGCTGGATGAGCAGGGTCTTCAAATTCCGACCACATGGGAGGAGCTGAAGGAGGTCGCCAATGCGCTGGTGGTTAAGGAAGGCAGCGAGTATAAGCGCTACGGCGTTACGATGCCTTATGACACTTGGTATCCGATTGCCATGATCTCGCAGGCTGGCGGCACTTTTTTCAACGATGATAATACGTCGATCGGCTTCGGGGATAACGGCGCAGGCGCCAAGATGTTCACTTACCTTAAAGACCTGCAAAGCACAGGCGCCTTGTATTATCCGCCGGCTCAGGATTCCGGCAACATTGTGAACAGCATGTTTGTGGAAGGCAAGGTCGGAATGATGTATCAATCGACGGGATCGATTGGCGGGCTGTCCAGCGCGGTGGATTTCGATTACGTGACGGCATTCCTGCCTAAGGACGAAGTATATGCGAATCCGACCGGAGGCGCGAATGTGACGATGCTGTCCTCTTCCAAGAACAAGGAAGCGGCATGGGAGTTCATCCGGTGGATGGAGATGGAAGAGGAAGGCGGTCTTGAATTTATTTTGCAATCCGGTTATCTGCCTTTCACGAAGAAGATGGTAGAGTCGGAGAAGATCCAAGAGCTGTGGGCCAAGGAACCGAACCGCAAAGTCGCCTATGATCAGCTGGAATTTGCGACCGATACCAATAAGGACGTAGCATGGCCGGAGATTATGCATGAGTTCTTCTCGGCTATGGAAGCGATCATGTACGACAGCAAGGATATTCCGGCTACGCTGGATACCTTCAAGAAAGAGACGGAACGGATTTTGGCCCAATAA	MKSKWYTLLSVIMLFSLLAACGGGGTSSDPGEAPGSGGTEAPSGDKGKTTVQFWHSLGGKNGEYMDALIQRFNASHEDIEVIGTFQGSYDETVTKLQQAIASDTGPDVSMLERAYVQMFADSEVLEDLTPYLEGSGISVDDFTPGLMGHSTFNDQLVSLPLNRSTPILHVNKTLLDEQGLQIPTTWEELKEVANALVVKEGSEYKRYGVTMPYDTWYPIAMISQAGGTFFNDDNTSIGFGDNGAGAKMFTYLKDLQSTGALYYPPAQDSGNIVNSMFVEGKVGMMYQSTGSIGGLSSAVDFDYVTAFLPKDEVYANPTGGANVTMLSSSKNKEAAWEFIRWMEMEEEGGLEFILQSGYLPFTKKMVESEKIQELWAKEPNRKVAYDQLEFATDTNKDVAWPEIMHEFFSAMEAIMYDSKDIPATLDTFKKETERILAQ	PGPT0016835_1227	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016835-ugpB-K05813	NA	NA
JZ016_04943	768	glpQ_3	COG0584	Glycerophosphodiester phosphodiesterase	ATGATCGAACGACTACGGGAACCATCCTGTACGATGGTGGCTGCACATCGCGGGTATAAATCAGCTTATCCGGAAAATACGCTGCTGGCCTTTCGCAAGGCGCTGGAGTTAGGGGTAGATATGCTGGAGTTTGATCTTCGGCTGACGCGGGATAAGGAAGTGGTGGTTATCCATGATGCAACGGTTCAGCGCACGACGAGCGGCGCCGGCGAGGTGAGGGATTATACGCTTGCAGAGCTGAAATCCCTCGATGCGGGCGGCTGGTTCGCTCGGGAGTTTGAGGGATTTAAGATCCCGACGCTTGCGGAGCTATGCGAACTGCTCCGGGAATATCCCGAAGTTCTGTGCAACGTGGAGATTAAGCCAAGCCCTGATGCTATAGAGGCAGCAGACCTGGCGATTGATGTGCTGAACCGATACGGGTACCTGCAGCGCTGTGTATTCACCTGCTTCGATGCAGAAGTTCTGACCCATATTCATGATACGCATGGACTGAAGACCCAGGGTTTTCCTGGCGAGAAAATGTCCCGATTTGTCCTCGGCGAGGATGGAACCTACTCCAAGATGTGGGCAATCGGCGTGGAGATGCCGCTGCTTACGCCGGAGCTCGTTGCCCGGTTTCAGGAGCAGGGACTGCTGGTCTGGAGCTATTGTCCGGACGATGAGGAGGGTGTCCGCTATTCGCTGGAATGCGGGGTTACCGGCATGACCTGCAATGACCCGCTGCCGGCGATGGCTGTGATCGGAAAGAAGGGCACGCCGATATGA	MIERLREPSCTMVAAHRGYKSAYPENTLLAFRKALELGVDMLEFDLRLTRDKEVVVIHDATVQRTTSGAGEVRDYTLAELKSLDAGGWFAREFEGFKIPTLAELCELLREYPEVLCNVEIKPSPDAIEAADLAIDVLNRYGYLQRCVFTCFDAEVLTHIHDTHGLKTQGFPGEKMSRFVLGEDGTYSKMWAIGVEMPLLTPELVARFQEQGLLVWSYCPDDEEGVRYSLECGVTGMTCNDPLPAMAVIGKKGTPI	PGPT0018470_5816	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
JZ016_04944	1221	egsA_1	COG0371	Glycerol-1-phosphate dehydrogenase [NAD(P)+]	ATGACCTCCATTTTATCGAATGTCCGAAGTTTGGCGGCGGACTTACCTGCTAGGCAGCTTTCGAATCTGGATGAAGTGGAGCTGGTTCGGATCCAGTCCGGAGCTCTGCGCGAGGTCGCGGGTTACCTTGAGACGAAACGCTGGACCTCGGTGGTGATGGTCGTCGACGGCAATACCTATGACGTAGCGGGCCAGCCACTTGCGAGCCTGCTCACGAAATCCTCGATTCAGGTCCAAGTCACCAGGCTTCATCCGGACCGGAAGGGAGATGTTATCGCGGATGAGGTTTCCCTGATTCAGGTCATACTGGATATCCAGCAAAGCGGGGCGAAGGCGGTGCTGGCGGTAGGCGGAGGAACGATTCACGATATTAGCCGGTATGCTGCCTATACCGCGGGTATTCCGTTCATCTCCATACCCACGGCCGCTTCGGTGGATGGATTTAATTCCAAGGGAGCACCCATCATTATACGAGGGGAGAAAAAGACGATTCCGGCCATTGGACCGAGCGCGATTTTTGCGGACGTCGATATTCTCATGTCGGCTCCCCCACAGCTTACCGCAGCCGGGTTCGGGGATATGCTGGGCAAGTATACATCCCTGTTCGACTGGAAATTCGGAAGCCTGGTGGCCGATGAACCCTATTTGCAAATCTCGGCGGATATTACGCGATCTGCGCTTAACCAGTGCGTGAAAGGGATGAAACAGATTGCGGAGCGAACCGAGGAGGGGGTGCGCCTCTTAATGGGTGCGCTCGTCGAATCCGGCTTAGCCATGCTGCTGTTCGGTCAATCCCATCCGGCTTCAGGCTCGGAGCATCATCTGTCCCACTATTGGGAGATGGAGTTTATCCGGCTGGGGGAGAAGCAGCTGCTGCACGGTGCCAAGGTAGGTGCCGCTTGCGTGGAAATCTCGAAGCTGTATCACCGTCTCGGGGAACAGGGGCTTGAGTTGAACAAAGGCGCCCCCCAGGGTGCGGATGACGCTGCACTTCGGATCACGCAGCACTGGAATGAAATCCGGTTGCATATAACGCAAATCCCGGAGCCGGCAGAGCTGGCTGATATGATGCGAACGGTCGGCGGACCGGCTGGAGTGTCGGAGCTTCCGATCAAGAGCGAATTGTTAAAGCGGAGCCTGGGTGAGGCTCACAAGGTTCGAAACAGCCGGTACACGCTGCTCCATGCTTACAATGAACAAGGATATCTGTTCGTAAATTAA	MTSILSNVRSLAADLPARQLSNLDEVELVRIQSGALREVAGYLETKRWTSVVMVVDGNTYDVAGQPLASLLTKSSIQVQVTRLHPDRKGDVIADEVSLIQVILDIQQSGAKAVLAVGGGTIHDISRYAAYTAGIPFISIPTAASVDGFNSKGAPIIIRGEKKTIPAIGPSAIFADVDILMSAPPQLTAAGFGDMLGKYTSLFDWKFGSLVADEPYLQISADITRSALNQCVKGMKQIAERTEEGVRLLMGALVESGLAMLLFGQSHPASGSEHHLSHYWEMEFIRLGEKQLLHGAKVGAACVEISKLYHRLGEQGLELNKGAPQGADDAALRITQHWNEIRLHITQIPEPAELADMMRTVGGPAGVSELPIKSELLKRSLGEAHKVRNSRYTLLHAYNEQGYLFVN	PGPT0024335_203	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024335-araM|egsA-K00096	NA	NA
JZ016_04945	183			hypothetical protein	ATGAAAGTATTTATATATATTAAATCTTTTGAACTAGATGAACTCCTGGATTTTCGCTCTCTCACGTTAATGTCGAATTGTGTAAAATGTCTCATTAACCTCTCAAAAAACGAACATACCCTACCGATAACTAATAAAGTGGAGTCTTATTTCACCATTTTATACCATGATTTTTCGATGTGA	MKVFIYIKSFELDELLDFRSLTLMSNCVKCLINLSKNEHTLPITNKVESYFTILYHDFSM				NA	NA	NA	NA	NA
JZ016_04946	2088			hypothetical protein	GTGATTTGTTCATTTTTGTTTGTAGAGAGAAAGTCCTTACAGAAAAAAGAGCACTTGCAAAAATTTTGGACGAATGATCGGATAGGACCCAGGAACTATTTTTTTGGGGGGGTTATCAGCATGCTTAAGAGTCTCAAGCAAAAAATGATTACAATGATTTGTTTGCTCTTGCTCGTCAGTCTTGGATCCGTCTTTGCCGTAACTTACAACCGGTCATCTGACTTACTGCAGGAGAGCTTGGACAAGGAAGCACAGCTTAGAGCAGAAAAGCTGGCGCTTCAGATCGATCAATTTCTTGACGTGGAAATTGCCAAGGTTGAGAGCGTGGGGAAATTTATAACAGGGAATAAAGAGCAGGATCTGCAGTTGATTCAGGCTGCACAGGAAGTGAACCCGGAATTTGAGACCTTCTTCTTCTCGTACGACTTGACGGGGAAGAACGTCATTAACTTTCTGGGCGAGGTGACCGATGTGTCCGATCGCGTCCATTATCAGGAAGCCGGGAAGGGAGAAGGCAAGCTGGTTGTATCCGAGCCGGTGCTTTCCAAGCGTACGGGAAACAACATTGTAACGATGATCATTCCGTTGATGAAGGATGGAAAACAGTACGGTTATATGGGCTCTACGCTTCCGATCAACGAGGTGCAGAAAAAAGTATCCTCCCAAACCTTTGGAGACACCGGATACGCTTTTCTTTTGAGCAAAGCGGGAACGTTCATGTGGTATCCGCAAGAGGAACTTGTTCTACAAATGACTGTGAAGGAGGTTAATAGTGCGGAATTAACGAAGGCCTACGAGGAGGTCAGTCAAGGCGCACCTGGCGAGTTCGATTATGTATTGGAAGGTACCAAGTACTCGGCTGCCTATGCGCCATCCAATTTGAATTGGGGCATATTCGTAACGGCACCGACCAAGGAGCTGAATGCTCCGATCACGGAGATGTCGGTTACGTTAGTCATTATTTCCGTTGCCGCGCTGGTCGTTTCCGCCGGTGCAGCGGTTTGGTTCACGGCACAGATCGTCCGGCCGATCCGCAGGCTCAACACGGCAGTTAAGGAAGTTGCGGCAGGCGATTTGACCAAGACCATTCAGGTTAGCGGCAAGGATGAAGTTGCCGTCCTTTCCGGCGATTTTAACCAGACAGTATCGCATCTGAAACATCTGGTCCTCGGTGTGAATGATTCCTCCCGACAAGTTATGTCGGTAACGGAGACCGTTTCGAGCGGGGTGGAGACGGCTATGGACAGCGTGGATCGTATCGGCGCCTCCATTCGTCAAATTGCCAGCGGCGCGAATGCTCACGCCTCAAGCTCCAACGAAATCGCCGTATCGATGAGTGACATGGCTAGCGGGATCGTCAAAATAGCCGAAACGTCCTCCATGGTATCTGAAGCTGCACAGGAGGCGGCAAGTCAAGCGGAGACCGGATCGGTTGTCGTTGAACAAGCGGTGAAGCAGATCGGCAACATCGGCGCGGGCACGACCAAGGTCGGCACGGCAATTGAGCGCTTGAATGAGCGTTCTTCCGAAATCGAGCAGATTCTGAGCTTCATCACGGAAGTGACCTCCCGGATTCGCTTGCTATCCTTGAATGCTTCGATTGAAGCAGCCAGAGCAGGCGAGCATGGACGCGGTTTTGCAGTCGTGGCTGAAGAAGTCAAGAAACTGGCTGGACAATCCGAGGTATCGACCGATCAGATCGCGAAGCTGATAACGGAAATCCGCGAGGACACAATTAACGCCGTACAGGTGATGGACGTAAGCCGGAAGGATGTACAGGATGGAATTGCGCTGATTGAAGAGGTGCGCGAGAAATTCGATAACATTTTGAGTGCGACACGCAACGTGGCTGACCACATTCTGGAGGTATCGGCAGCTTCCGAGGAAATGTCGGCGGGATCCGAACAGGTCAGCGCTTCGGTGGAAGAGCTGAAATCCATCGCAGATCTGACTTCCAGCGACGCCCAAAATGTGTCTGCCGCAGTGGAAGATCAAATCTCAACCATCAAGGAAATTTCGAACTCCGTTAAACATCTGGAGACGGTCGCTCAGGAGCTTAGCAAAGAGCTTGCCAAATTCAGGCTTTAA	MICSFLFVERKSLQKKEHLQKFWTNDRIGPRNYFFGGVISMLKSLKQKMITMICLLLLVSLGSVFAVTYNRSSDLLQESLDKEAQLRAEKLALQIDQFLDVEIAKVESVGKFITGNKEQDLQLIQAAQEVNPEFETFFFSYDLTGKNVINFLGEVTDVSDRVHYQEAGKGEGKLVVSEPVLSKRTGNNIVTMIIPLMKDGKQYGYMGSTLPINEVQKKVSSQTFGDTGYAFLLSKAGTFMWYPQEELVLQMTVKEVNSAELTKAYEEVSQGAPGEFDYVLEGTKYSAAYAPSNLNWGIFVTAPTKELNAPITEMSVTLVIISVAALVVSAGAAVWFTAQIVRPIRRLNTAVKEVAAGDLTKTIQVSGKDEVAVLSGDFNQTVSHLKHLVLGVNDSSRQVMSVTETVSSGVETAMDSVDRIGASIRQIASGANAHASSSNEIAVSMSDMASGIVKIAETSSMVSEAAQEAASQAETGSVVVEQAVKQIGNIGAGTTKVGTAIERLNERSSEIEQILSFITEVTSRIRLLSLNASIEAARAGEHGRGFAVVAEEVKKLAGQSEVSTDQIAKLITEIREDTINAVQVMDVSRKDVQDGIALIEEVREKFDNILSATRNVADHILEVSAASEEMSAGSEQVSASVEELKSIADLTSSDAQNVSAAVEDQISTIKEISNSVKHLETVAQELSKELAKFRL	PGPT0015710_8453	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_04947	861	pheC		Cyclohexadienyl dehydratase	ATGGCTAAGAATTGGAAAAAGGTATTACTAGCAGGGGTAGTCAGCTTATCATTGGTGGCAACGGGTTTTGCTGCAAACGAAGTGCTCACATCACCGGAGGTATCCGCTAAATCAGCTTCGACCAATGCACCCGGACAACTTAAGAAACAATCGGCTTCCCAGCTCGACGAAATTATCGAAAGAGGCTACATTCGGGTTGGTATGACAGGGGATTACAAACCGTTTACATATTTAAATCCTGCTACAAAAGAGTATGAAGGTTATGACGTTGACGCTATGGAAGAGCTCGGTAAAGATCTAGGCGTGGAAGTTCGTTACGTCAACACCACATGGTCCAGCATGATGAAAGACCTGCAGGCTGATAAATTCGACATCGCAGTGGGCGGCGTTACCCGCAACACGGCAAGACAAAAAACGGCTTATGTATCCCAAGGGTACATTTCCTTCGGTAAAGCCCCATTGATTCGTGCTGAAGACAAGGACAAATACCTGACGATTGAAGACATTAACAAACCTTCGGTTCGCATTGGCGTGAATCCGGGCGGAACGAACGAGGTGTTCGTACGCGAGCATCTGACGAAAGCTAATGTGACTGTCGTTCCAAATAATCTGGATATCCCGCATTTGGTGGCTGACGGTACGTATGATGTGATGATTACCGATACGATCGAAGCGATTACGTATGCAAAAGCAGATTCCAGACTGTATGCTGCATTGACGGATAAGCCGTTCACGAACAGTGAAAAAGGCTACATGATTCCTCGCGGCGACTTTGAATATGCAAGCTATCTGGAAATGTGGATTGACGAAATGAAGCTGCAAGGCAAGTTTGCGGACATTCATAAAAAATGGTTGGAGTAG	MAKNWKKVLLAGVVSLSLVATGFAANEVLTSPEVSAKSASTNAPGQLKKQSASQLDEIIERGYIRVGMTGDYKPFTYLNPATKEYEGYDVDAMEELGKDLGVEVRYVNTTWSSMMKDLQADKFDIAVGGVTRNTARQKTAYVSQGYISFGKAPLIRAEDKDKYLTIEDINKPSVRIGVNPGGTNEVFVREHLTKANVTVVPNNLDIPHLVADGTYDVMITDTIEAITYAKADSRLYAALTDKPFTNSEKGYMIPRGDFEYASYLEMWIDEMKLQGKFADIHKKWLE				NA	NA	NA	NA	NA
JZ016_04948	1221	msmE_3	COG1653	Multiple sugar-binding protein	ATGAAGCTTGGTACAAGGATCGCGGCGTGTTTGGTGATGGTATTGATGCTGGCCGCGTGCGGTGCAAAAGAGGAATCGGGACGCGTGCAGATTGAATTTTTTCAGAATAAGCCTGAGGCTAAGGGCTCCTTTGACGCACTAATTGAGAAATTTAATCAATCCCAGTCCGAGATCAAGGTTGTTCAGGTGAATCCGCCGGATGCGGAGACCGTACTCAAGACAAGAGTTGTCAAGAATGATATTCCTGACATTATCGGCATGGGTGCAACCGATACGTATTCATTGCTTGCGCAAAGCGGCATATTTATGGATTTGACGAATAATCCGCTGCTGAGTCAGGTGGATGAGACCTATGTTCAGATGCTGAAAGACGTAGCGGGGATGGACGAGGTTACAGGCATTCCTTATTCAACGAACGCTAACGGCGTCATGTACAATCCGGAAATTTTCAAGGAATTGGGGCTCAGCGTTCCCAAGACCTGGGACGAGCTGTTAGCTACGGCGCAGAAGGCCAAGGATGCGGGGATAATCCCGTTTTATTTCACTTATAAAGACGATTGGCAGACGGTGCTGCCGTTTAACGCATTGGCATCCAATCTGGAAGGCATAGAGTTTTACATGGATCGCCGGGGAGGCACGGTAACGTTTGCCGAGAAGTATCGAGAGATTGCGGAGAAGCAGCTCGCGTTGATGGACTATGGCCATGGGGATAACTTCGGCAAGAACTACGCGGACGGCAACCGGGGGTTTGCGAGGGGTGAATCGGCCATGTATATCCAGGGAACCTGGGCAATTCCGGAAATCCGGAAGGCCAATCCGGATGCGCCGATCGGCTTCTTTCCTTTGCCAACCGGCGATCATCCGGAGGAGAATAAACTGATTTCGGGCGTTGATACTCTACTGGCTATTTCCGAGGATTCGAAGCATAAAGAGGAGGCTCAGCGTTTCATTCAGTTTCTGCTGGAGCCTGAGAATAGCAAGCAATATATTACGGAGCAAACGCTGTTCTCGACCGTTGAGGGCGTAACGCAGGATGATCCTGCCGTTGCAGAGCTGCTGCCTTATCTGGAGCGGGGCCAAGTTATCGACTTTGCCGATCACTATATTCCTGCCGCTGTGCAGCTGAACTCGGTGATCCAATCCTTCCTCCAGAACAGGGACATTGACGGGTATCTACAGAAGCTGGACACCGAATGGGACAAGGTAGCGGACAGACGCTAA	MKLGTRIAACLVMVLMLAACGAKEESGRVQIEFFQNKPEAKGSFDALIEKFNQSQSEIKVVQVNPPDAETVLKTRVVKNDIPDIIGMGATDTYSLLAQSGIFMDLTNNPLLSQVDETYVQMLKDVAGMDEVTGIPYSTNANGVMYNPEIFKELGLSVPKTWDELLATAQKAKDAGIIPFYFTYKDDWQTVLPFNALASNLEGIEFYMDRRGGTVTFAEKYREIAEKQLALMDYGHGDNFGKNYADGNRGFARGESAMYIQGTWAIPEIRKANPDAPIGFFPLPTGDHPEENKLISGVDTLLAISEDSKHKEEAQRFIQFLLEPENSKQYITEQTLFSTVEGVTQDDPAVAELLPYLERGQVIDFADHYIPAAVQLNSVIQSFLQNRDIDGYLQKLDTEWDKVADRR	PGPT0016330_2844	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_04949	867	melD_8	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGAACAAGCGTCTTATGCCTTATTATTTGATGACCGTGCCAGCGGTCGTGCTGTTCTTCGTATTTCTGACACTGCCGGCCTTGCAGGGGGTGTATTACTCCTTCACGAACTGGAATGGATTCGGCGATAACTTCGATTTCATCGGATTCAAGAACTACATCAATCTGCTCAAGGACGGCAACGTGGGCAATGCGTATTGGTTCACATTCAAATTCGCGGTCGTGGTAACCATCCTGATCAACATCTTCAGTCTGCTGATTGCCATGGGGCTAAATGCCAGAATCAAAGCGAGGAATTTCCTCAGAGGCATCTACTTTCTTCCGAATATTCTGAGTGTGCTGATCGTTGGTTACATCTTCAACTATCTGTTCTCGAATGTGTTCACCATCTGGGGCCAAAACCTGGGGATCGAGTGGCTGTCCACCAATATTCTGGGCAGTGAACAGCATGCCTGGATCGGTATCGTGGTGGTAGCGGTATGGCAGGGCATAGCTTATAACACGATCCTGTATCTCGCGGGGCTCCAGACTATCCCTCAAACACTGTACGAGGCGTCCAACCTCGATGGGGCGAACCGCTGGCAGGAATTTTGGAAAATAACGTTTCCGCTGATCGCGCCATTCTTTACGATCAACATGGTGCTTGCGATGAAGAATTCCCTGATGGTCTTTGACCAGATCGTCGCCCTTACCAACGGCGGTCCAGGCCGGGCCACGCAGTCCATCTCCCATCTGATCTACACCGGCGGCTTCGAGGGAGGGGAGTTTGCCTATCAATCCGCGAACTCCGTGATCTACTTCATCCTGATTGCCACGATATCGATTGTGCAGATTCGATTCCTGCAGAGAAGAGAGGGGGACATGTAA	MNKRLMPYYLMTVPAVVLFFVFLTLPALQGVYYSFTNWNGFGDNFDFIGFKNYINLLKDGNVGNAYWFTFKFAVVVTILINIFSLLIAMGLNARIKARNFLRGIYFLPNILSVLIVGYIFNYLFSNVFTIWGQNLGIEWLSTNILGSEQHAWIGIVVVAVWQGIAYNTILYLAGLQTIPQTLYEASNLDGANRWQEFWKITFPLIAPFFTINMVLAMKNSLMVFDQIVALTNGGPGRATQSISHLIYTGGFEGGEFAYQSANSVIYFILIATISIVQIRFLQRREGDM	PGPT0016335_2311	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_04950	819	melC_14	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGCGGACGAAAACCAACTGGACGGTGATGATTCTCATCACATTGGGGACGATACTGATCCTGTTCCCGCTGTATATGACAATCACGATTGCGCTCAAAACGCCGGAGGACATGCTGGCTTCCGTGTTCGGCCTGCCGAAGGAGCTTCATTTCGAGAATTTTACGAATGCCATTCGAATGACCAATTTCTTCAACGCGCTGGGCAATAGTGCGATGGTAACGACGGCAACGGTGGTACTGACCCTGCTGACCAATTCGCTTGTCGCTTATGCCATTGCCCGCAATATGAACCGGAAGTTCTTCAAGGGTTTATACTTCTATTTCATTAGCGCTATGTTCATTCCGTTCCCGATTATTATGCTGCCGCTGGTCAAGCTGACAGCCGGGTTCAATATGACGAACCTGGTCGGGTTGACCATCCTGCATACCGTGTATGCATTGGCATTTAACGTATTTGTGTATGTTGGTTATATTAAATCCATTCCGGTTGCGCTGGAGGAAGCGGCTCGGGTGGACGGCACGTCGACTTGGGGAACCTTTTGGAGAATCATATTCCCGATTATGGCACCGATCAATGCGACGGTAGGCATTCTGATCTGCCTTTCGACTTACAATGACTTCCTGCTGCCGCTCATCATTATCAGCGATACGGATTCCTACACGCTGCCGCTTGTGCAGTATATTTTCCAGGGGCAGTTCAATACAGATTTCAATCTGGCCTTTGCTTCATATCTGATGGCGATGCTGCCGATGATCATCATTTATCTGTTCGCCCAGAAGTGGATCATCAATGGCATTACGCAGGGAGCTGTGAAATAA	MRTKTNWTVMILITLGTILILFPLYMTITIALKTPEDMLASVFGLPKELHFENFTNAIRMTNFFNALGNSAMVTTATVVLTLLTNSLVAYAIARNMNRKFFKGLYFYFISAMFIPFPIIMLPLVKLTAGFNMTNLVGLTILHTVYALAFNVFVYVGYIKSIPVALEEAARVDGTSTWGTFWRIIFPIMAPINATVGILICLSTYNDFLLPLIIISDTDSYTLPLVQYIFQGQFNTDFNLAFASYLMAMLPMIIIYLFAQKWIINGITQGAVK	PGPT0016340_2261	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_04951	1464	pnbA_2	COG2272	Para-nitrobenzyl esterase	ATGTCAGAACTTGTCGTTCAAACGAAAGCCGGGCGTATTCATGGCAGTTCGGAAAACGGAGTACGCGTATGGAAGGGAATTCCTTATGCGAAGCCCCCGGTTGGCCCGCTTCGATTCCGTGCTCCTGTGCCCCCCGATCCATGGGACGGGATAAAGGATACCACGGCCTTCAGCCCCATGTGCCTTCAACCGCTTGAATCCACTTCAAGCATGCTAGGCGGAGGCGTTACCAAAACCGTGTCCGAGGATTGTCTCTATCTCAATGTGTGGGCACCCCTGAACACGCCAGCGGAGCCGCTGCCGGTCATGGTATGGATTCACGGGGGCACTTTCGTCACAGGCTCAGGCAGCTTGCCAAGCTATAACGGCACGCCTTTCGTACTCCGGGGCGACGTGATTGTGGTAACGATCAATTACCGGCTGGGTCCGCTCGGCTTTCTCCATCTCTCCCCATACGGCGAAGCCTACTCCTCCAATACCGGTTTATTGGACCAGATCGCTGCCCTGGAATGGGTGCGGGACAATATTGCGGGCTTCGGCGGCGATCCGGAGCGGGTTACCGTATTCGGAGAGTCGGCCGGCAGCATGAGCATCGCAGCCTTACTTGCAATGCCGGCAGCCAAAGGGTTGTTTCACCGGGCTATCATGCAAAGCGGCGCTGCCCAAGTCATGGCTCCGGAACAGGCAAAGATGGTAACGGCAGGTTTGCTTAAGGAGCTGGACATAACGCCTGATAAGGTCCATGAGCTTGAATCGCTCACAGGTGAGTTAATATTCGAAGCCGGAGAACGATTGAAGAAACGTTTTGGCTCCGGCGTCAGCATGATCTTCCAGCCGGTGCTGGAACCGGGCACTTTGCCTCATGATCCGCTGCAGGCTGTTCAATCGGGCTGGGCCAAGGACGTGCCGATCCTGATCGGCACAAATCTCGATGAAGGCGCCTTGTTCTTCCGGCCGGACATGCCGCTTGTGAAGGAAGACGATCTTGTACGCACCGTTGAAATGATGACCGGTATCCAGGATGCCGCGCCTATCACCAAGGAATACCCGTACAGCATCGACGGACATGCCCAGATTATGACTGACCTGTATTTCTGGCGTTCGGCCCTGCAATTCGCTTCCGCTCAGAGCAAACACGCGCCGGTATGGATGTACCGATTCGATTGGACGCTGCCAAATCATCCGGTTCTCGGCAAAGCGATGCATGCCCTGGAGATACCGTTTGTATTTAACACCCTGGCGCTGTTTCAGAACATCGGTGTTCAAGTCGATGCCGCCACGCAAGCCCTGTCCAACCGGATGCAGGATGCTTGGATATCATTTGCGCGCCATGGTTCGCCGGATACGGAGGCGCTGCCGTGGCCAGCTTATGATCCGGCATCGCGCTCAACGATGATATTCAACAACGACAGCAGGATCATCGAGGACCCGGATGCGGAGAAACGGAACATGCTGCAATTATAA	MSELVVQTKAGRIHGSSENGVRVWKGIPYAKPPVGPLRFRAPVPPDPWDGIKDTTAFSPMCLQPLESTSSMLGGGVTKTVSEDCLYLNVWAPLNTPAEPLPVMVWIHGGTFVTGSGSLPSYNGTPFVLRGDVIVVTINYRLGPLGFLHLSPYGEAYSSNTGLLDQIAALEWVRDNIAGFGGDPERVTVFGESAGSMSIAALLAMPAAKGLFHRAIMQSGAAQVMAPEQAKMVTAGLLKELDITPDKVHELESLTGELIFEAGERLKKRFGSGVSMIFQPVLEPGTLPHDPLQAVQSGWAKDVPILIGTNLDEGALFFRPDMPLVKEDDLVRTVEMMTGIQDAAPITKEYPYSIDGHAQIMTDLYFWRSALQFASAQSKHAPVWMYRFDWTLPNHPVLGKAMHALEIPFVFNTLALFQNIGVQVDAATQALSNRMQDAWISFARHGSPDTEALPWPAYDPASRSTMIFNNDSRIIEDPDAEKRNMLQL	PGPT0030515_2309	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TANNIN_DEGRADATION	PUTATIVE-TANNIN_DEGRADATION-1,PGPT0030515-pnbA-K03929
JZ016_04952	999	iolG_21	COG0673	Myo-inositol 2-dehydrogenase	ATGAACATAGCGATTTTGGGCTGCGGAACGATGGGGACAGCCTATGCGCACAATTTGGCGAAAATGCCGGGAGTAACGGTGACAGGCGTGGTTGATATTAACGCCGGGCGGGCTGAGCGGGCAGCAGCTTTGACTGGGGCGAAGGCATACACGGATGTAGAGTCGCTGTTTGAACAAAAAGATTTGGAAACGGTTGCGGTGTGTCTGCCCACCTATCTCCATAAACCGTTTGTGCTGATGTTAGCTGAAAGAGGGCTGCACGTCATCTGCGAAAAACCGGCTGCATTGACCCTGGAGGACGCACTGGAAATGAGGGCAGCCTGCGAAAAGCATGGAGTCCGCTTGTTTATCGGACATGTCGTTCGATTCTTCCCGAACTATCATGATGCCTATCGGCAGGCCAACTCCGGGAGCATCGGAACACCAAAGATGGCTCACTTTAAGCGGTACGGTTCGTATCCGCAGGGCATGGATGGATGGTATAACGATCCGGGCAAGAGCGGCGGTGTTATCATGGACCTCTTGATTCACGATATCGATTTTGCCTGCTGGCTGTTCGGGGAAGTGGAGTCGGTATATGCTTCCACTGTTAAGCGGGATGTGCCTGAGATGGAGTATGCTCAGCTTACGCTTCATTTTAAAAATAAAGCAATCGCGAGTCTAACCGGCTATTGGGGATATCCCGGACCGTTTACGACGCAGTTCGAAATTTCGGGAAACCAAGGAATCATAAGATTTGATAGCAATCAGGTGCAGTCTCTGGATATTAAATTGGTGAATGCGGAGGCAGGAGAGGGAGCAGCCGTACAGGTTCCTTCAAGCCCAAGCTTGTATGACCCATATTATTACGAGGTGCAGCATTTTATCGATTGCATCCGGAACGGCAGCGAGCCGCTCGTCAGTATCAAGGATGCTTGTTATGCCGTTGAAATCGCTCAGGCAGCGGAGCAATCGGCTCAGACTGGACAGCCCGTGATGATCGGAGGGACAGTTTCATGA	MNIAILGCGTMGTAYAHNLAKMPGVTVTGVVDINAGRAERAAALTGAKAYTDVESLFEQKDLETVAVCLPTYLHKPFVLMLAERGLHVICEKPAALTLEDALEMRAACEKHGVRLFIGHVVRFFPNYHDAYRQANSGSIGTPKMAHFKRYGSYPQGMDGWYNDPGKSGGVIMDLLIHDIDFACWLFGEVESVYASTVKRDVPEMEYAQLTLHFKNKAIASLTGYWGYPGPFTTQFEISGNQGIIRFDSNQVQSLDIKLVNAEAGEGAAVQVPSSPSLYDPYYYEVQHFIDCIRNGSEPLVSIKDACYAVEIAQAAEQSAQTGQPVMIGGTVS				NA	NA	NA	NA	NA
JZ016_04953	996	iolG_22	COG0673	Myo-inositol 2-dehydrogenase	ATGAAAAAAGTTAAAGTAGGCTTTATTAGCTTTGCCCATATGCATGCAGCGAGTTATCTCTTAGGCATGTTGAAGCGGGATGATGTCGAGGTGGTCGGAGTCGCGGATGAGAACGCGGAGCGCGTGCGTCCTTACTCTGTGGACCGGGGAATCCCGTATTATGCAGACTATAATGAATTGCTGGCACAGGAGCTGGATGCGGTTGTCATCTGTTCGGAAAATGCACGACATGCAGAATTTACCAAGCTTGCCGCTGCGGCGGGTAAGCATGTGCTGTGCGAGAAGCCATTAGGTTTGTCCGAGTCCGAGATGCTGGAGATGATTCAAGTGTGCAAGGATCATGGCGTTCAGCTTATGACGGCTTTTCCTTGCCGTTATATTACCTCCGTTCGTCAGGCGAAGGAAGCGATTGACGCGGGACAAATCGGTGAGATTTTGGCCATGAAGGGAACCAACCGGGGAAGCATGCCTGGCGGCTGGTTTATCGAACGGGAGAAATCGGGCGGCGGAGCCGTATTGGACCATACCGTCCATGTGATGGACCTGATGCACTGGTTTACCGGCAGCAAGGCAGAGGAAGTGTACGCCCATGCGGAAACACTCTTCAATGACACGGAGATTGACGATGCCGGCATGGTCCACGTCAAATTCGCGAATGGCGTTGTTGCTGTACTGGACCCAAGCTGGTCCCGTAATCGTACCTTCCCGACCTGGGGAGACGTAACGCTTGAGATCATCGGCACCAAGGGTGTGCTGAACATTGATTCTTTTGCCCAGAAGAACGATGTCTACAGCGATGTAACTGGTAAAGCTGCGTGGAGCTTCTGGGGCGATGATATGGATGCAGGTCTTGTCAACAGCTTTATCGACAGCATTCGCGACGGCAAGCCGGTCGAAATAACAGGGGAAGACGGGTACTATTCTGCCCGTGTAGCCATTGCAGCGTATGAATCCGCAAGCACCAAGCGTACCGTTCAGCTGAAACCGCTGGGGTAA	MKKVKVGFISFAHMHAASYLLGMLKRDDVEVVGVADENAERVRPYSVDRGIPYYADYNELLAQELDAVVICSENARHAEFTKLAAAAGKHVLCEKPLGLSESEMLEMIQVCKDHGVQLMTAFPCRYITSVRQAKEAIDAGQIGEILAMKGTNRGSMPGGWFIEREKSGGGAVLDHTVHVMDLMHWFTGSKAEEVYAHAETLFNDTEIDDAGMVHVKFANGVVAVLDPSWSRNRTFPTWGDVTLEIIGTKGVLNIDSFAQKNDVYSDVTGKAAWSFWGDDMDAGLVNSFIDSIRDGKPVEITGEDGYYSARVAIAAYESASTKRTVQLKPLG	PGPT0018525_66	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018525-iolX-K16043	NA	NA
JZ016_04954	900	rhaR_47		HTH-type transcriptional activator RhaR	TTGAGTACCCAGCGTATCATCCAAAAAAGCATAGCGTACATGGAGCAGCATCTGGAGGAGCAGCTGACCCTCGCGGATATTGCGGCCCATGCCGGTTTTTCGCCATATCACTTCCACCGCTTGTTTCGGAAGGAGGTCGGTATGAACATCGCGGATTACCTTAGAAAACGAAGACTCTGTTATGCAGCACAGCTTCTGCTGCACTCCGAGGCTGCGATTATCGACATCTCCCTGCACTGCCACTTCGAGAGTCAGGAGTCGTTTACGAGAGCATTCAAAAAATTATACGGCATGCCGCCGGGGCGTTACCGGAAAATCTTTGCGGTTCACGCTCATCACTCAAGCCACTATAAAGGAGAGGATCACATGCAGCAGCAATCTCAATCCGAATTAAAAGGCTGGTTTCTGAGCGGAAGCCACCCGCATGATTATGAAATCGGCGTCGATCGTTCCATCGTCCACCAAGGAAGGACTTCCGGTTACCTAAAAGCCCTTACCCCCATGGAGGCTGGCGCTTTTGCGACCATGATGCAGCAATTCAAAGCCGATAAGTATGCGGGCAAGCGGATGCGGTTCTCCGGATTTGTCAAAACCGAGAACGTCAAAGAATACTGCGGACTGTGGATGCGCGTCGATAACCGTGCGGAGGACGTGCTTCAGTTCGATAATATGAACGATCGGCGCATTGTGGGCAGTACACACTGGAATCACTACGCCATCGTGCTCGACGTACCCGAGGAGAGCGCCACGATCTCGATCGGTGTTCTGCTGATGGGGGCAGGCGAGGTGTGGCTGGACAGCCTCCGTTTTGAAGAGGCGGAACTTAGCGTACCGACGACGAACCTCGATCTTCACTATGAGCTGCTGGAGGAGCCTACCAATTTATCGTTTGAAGAGTGA	MSTQRIIQKSIAYMEQHLEEQLTLADIAAHAGFSPYHFHRLFRKEVGMNIADYLRKRRLCYAAQLLLHSEAAIIDISLHCHFESQESFTRAFKKLYGMPPGRYRKIFAVHAHHSSHYKGEDHMQQQSQSELKGWFLSGSHPHDYEIGVDRSIVHQGRTSGYLKALTPMEAGAFATMMQQFKADKYAGKRMRFSGFVKTENVKEYCGLWMRVDNRAEDVLQFDNMNDRRIVGSTHWNHYAIVLDVPEESATISIGVLLMGAGEVWLDSLRFEEAELSVPTTNLDLHYELLEEPTNLSFEE				NA	NA	NA	NA	NA
JZ016_04955	306			hypothetical protein	ATGCACGTAATAACGCTATGCGGATCGACCAAGTTTAAAGCACAGTTTCGGGAAGTCGAAGCTGCGCTTACGTTAAGCGGACATATCGTTCTTAGTGTCGGTTTTTTTGAGCAGAGCGACGGGATGGAGATCACGGGGAAGCAGGAGCGCCAGCTTAAAGAGCTGCACTTCCGCAAAATCGATAGGTCGGACGAAATCTTTGTAATCGATGTGAATGGCTATATTGGAGACAGCACTCGGGCCGAGATTGAATACGCCAGCAGTCATGGTAAGAAGGTACGGTATTATTCAAAGGAGCAACTGTAG	MHVITLCGSTKFKAQFREVEAALTLSGHIVLSVGFFEQSDGMEITGKQERQLKELHFRKIDRSDEIFVIDVNGYIGDSTRAEIEYASSHGKKVRYYSKEQL				NA	NA	NA	NA	NA
JZ016_04956	900	murR		HTH-type transcriptional regulator MurR	ATGGGCACTAGCATTCACGCCCATGGCAATGATATTGAATCCATATGCTTTTTTTGTTATAATTCCCAAATGGCGGTGGTGGATTCAATGGATATTTATATGGTTATTCAGCAGTTATATCCGACTTTCTCGAAGAAAGAACAGTTGGTAGCGAATTATATTCTTCAAGAAGGTCAATCAATTAATAACATGAATATATCTGTGCTGGCGAACCATGTCGGTGTCTCGAATGGGACAATCACGCATTTTTGCAAGAAGATTGGTTGCAATAATTTTGCCGAATTGAAGGTTCAGTTGGGCAGGCTTCGTACTGCGACGGCTCCTTCGGCGGAGGACAATATTCTCATTCAAGTATCAAAATTCTATCAGACGGTCATTGAGCGTTCGAATCAATTACTGGACATTACATATTTGCATCGACTTGCTGAAGCGATTAAGAGCGCAGCGCGAATTTACATATACGGAATCGGGAGCTCGGGACTTTCAGCGAAGGAAATGATGCTTCGCTTGCTGCGTATGGGCTTCAATGTGCAGAGTATTACGGATTCTCATTTAATGCTGATCAATAGTTCGATATTGAATGAGAATGATTTCGTTATTGCGATTTCCAGTTCAGGGGAAACGTCTGTTATTGTCGACGCAACTAGAATTGCAAAGAATAATGGGTGCAAAGTCATCTGTCTGACCAGCTTCTCCGAAAGTACGCTGGCGCAACAAGTGGACTCTTTTATTTTGGTCTCCAATACATTGTTTGTTGATAAAGAAAGGTTTGTAAACAGTCAATTTTCCGTCATGTATGCGATAGATATTTTATGCATGATCTTACTTGCGGATCCGGATTTAAATAGTCGGATGCAAATTACAGTTAATACGATTCTTGAACATAATCGAATGGATTAA	MGTSIHAHGNDIESICFFCYNSQMAVVDSMDIYMVIQQLYPTFSKKEQLVANYILQEGQSINNMNISVLANHVGVSNGTITHFCKKIGCNNFAELKVQLGRLRTATAPSAEDNILIQVSKFYQTVIERSNQLLDITYLHRLAEAIKSAARIYIYGIGSSGLSAKEMMLRLLRMGFNVQSITDSHLMLINSSILNENDFVIAISSSGETSVIVDATRIAKNNGCKVICLTSFSESTLAQQVDSFILVSNTLFVDKERFVNSQFSVMYAIDILCMILLADPDLNSRMQITVNTILEHNRMD				NA	NA	NA	NA	NA
JZ016_04957	1491	ptsG_1	COG1263	PTS system glucose-specific EIICBA component	ATGTTTAAACAGTTGCAAAAGCTTGGTAAGTCATTTATGTTACCGATTGCAATCCTACCTGCTGCGGGTTTGCTGCTTGGGATTGGGGGAGCCTTATCGAATGCGAATACGATTGCTGCATATCCGATTCTGAATACGCGGTTTTTACAAGCTGTTTTTCAAATTATGTCGGCAGCCGGCAATGTTGTGTTTGCCAACTTAGCGCTAATCATGTGTATTGGTCTTGCCGTGGGGTTAGCGAAAAAAGATAAAGGTACTGCTGCGCTGGCGGCGGCCGTCTCGTTCCTGGTTATGAATGCATCGATTGGTGCAATGATCACGGTATTTAATCCAAGCGTTGAATCCATTGACACCGGAGTTGTAGGGGCTATTGTCATTGGTATCCTGGTTACTTATTTGAACAATCGATACCGGGGGATTCAATTACCTTCCTTTCTAGGATTTTTTGGAGGCTCGAGGTTTATTCCGATCGTCTCATCGTTTAGTGCTATTTTCGTAGGCGGGATCTTCTTCTTAATCTGGCCTACATTTCAAGGCTGGCTGGTAGCGGCAGGGACTGCTATAGCCGGAATGGGATATTTCGGTACCTATTTATACGGATTCCTGCTTCGTCTTACAGGTGCTGTCGGTCTACACCATATGATTTATCCGATGTTCTGGTTCACAGAGCTGGGCGGTGTCGCCACGGTTGCAGGTCAGCAAGTGGTGGGTGCGCAGAAAATCTTTTTTGCCGAACTGGCTGATCCGAATCATGCTGGAATGTTCTCCGAAGGAACCCGTTTTTTTGCAGGACGTTTTGCTACGATGATGTTTGGTCTTCCTGCGGCCTGTCTTGCGATGTATCATTGCGTTCCGAAGCACCGTCGCAAACTTGTGTTTGGTTTGTTCTTTAGTGCAGCGCTGACATCGTTCCTGACAGGGATTACGGAGCCGATTGAGTTTATGTTCTTATTCGTCGCTCCTTGGTTATACGTGATTCATGCGGCTCTAGATGGTCTATCCTTTATGATCGCGGATATGTTATCCGTTCGTATCGGAAATACCTTCTCTGGCGGGGCCATCGACTTCATGCTCTTTGGGGTTCTGCAGGGGAATGCCAAAACGAATTGGATCTATGTCATTATTGTGGGGCTCTTCTGGGCTATCATCTATTACCTTGTGTTCCGCTTCTTAATTGCGAAATTCAATGTGGCGACACCTGGACGTGAAAGTGATGGGGAGAGCGTATCGGTCGAAACCAAGGACAGCATTGGAGAGACCGCGATGAAAGTGCTGAATGCGCTTGGTGGCAAGGAGAACCTGGAAGATGTCGATGCATGTATTACGAGACTTCGCGTTGCAGTCAAAGATGTATCGAAAGTAGATAAGGATACAATTAAAGAACTGGGCGCTACTGCAGTATTGGAAGTAAAAGGCGGGATTCAGGCTGTATTTGGCGCAAAAGCCGACTTAATTAAACAAAAGATAAATGAGGCTATTGGAGAAGAATAA	MFKQLQKLGKSFMLPIAILPAAGLLLGIGGALSNANTIAAYPILNTRFLQAVFQIMSAAGNVVFANLALIMCIGLAVGLAKKDKGTAALAAAVSFLVMNASIGAMITVFNPSVESIDTGVVGAIVIGILVTYLNNRYRGIQLPSFLGFFGGSRFIPIVSSFSAIFVGGIFFLIWPTFQGWLVAAGTAIAGMGYFGTYLYGFLLRLTGAVGLHHMIYPMFWFTELGGVATVAGQQVVGAQKIFFAELADPNHAGMFSEGTRFFAGRFATMMFGLPAACLAMYHCVPKHRRKLVFGLFFSAALTSFLTGITEPIEFMFLFVAPWLYVIHAALDGLSFMIADMLSVRIGNTFSGGAIDFMLFGVLQGNAKTNWIYVIIVGLFWAIIYYLVFRFLIAKFNVATPGRESDGESVSVETKDSIGETAMKVLNALGGKENLEDVDACITRLRVAVKDVSKVDKDTIKELGATAVLEVKGGIQAVFGAKADLIKQKINEAIGEE	PGPT0015080_230	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|CRP_SIGNALLING_PATHWAY,PGPT0015080-ptsG-K02779	NA	NA
JZ016_04958	645	nanE		Putative N-acetylmannosamine-6-phosphate 2-epimerase	GTGAAACGAGGATTAATTGTATCATGTCAGGCTTTGCCAGGCGAACCGTTGCATAGTTCATTTATTATGGGACGTATGGCCATTGCGGCAGCCGAATCCGGTGCGGTGGGGATCCGTGCGAATAGCGTTGAAGACATCGAGGAAATAAAGAAGCAAGTTGAGCTGCCCATTATTGGCATTATCAAAAAAGACTATCCGGGCATGCAATCGTTCATTACAGCGACCATGACCGAAGTGGATGCGCTTGTTGGTACGGGGGTTGAGATTATTGCTGTGCAAGCAACGATGGATCAGGATGAGGCATTCCTGCAATCGATCTTTACAAAATATCCTTCTCAGAAGTTCATGGCGGATATCTCCACAACGGAAGAGGGGGTGCGAGCAGATCGATTGGGGTTCCACTACATTGGAACGACCCTTATTGGTTATACACCGCAGTCCCAGCATGTGGAGAAGTTCACTGTGCTGGAAGAACTGATTAAGCAGTGTAAGAAGCCAGTCATTGCAGAAGGCAACTTCAACACACCGGAGCAGGCGGCAAAAGCGATCGAAATGGGAGCTTATTGTGTGGTTGTAGGCAGTGCCATAACAAGGCCGCAAATCATCACGAAATGGTTCTCGAATGCGGTAAACGAAATTCTATAA	MKRGLIVSCQALPGEPLHSSFIMGRMAIAAAESGAVGIRANSVEDIEEIKKQVELPIIGIIKKDYPGMQSFITATMTEVDALVGTGVEIIAVQATMDQDEAFLQSIFTKYPSQKFMADISTTEEGVRADRLGFHYIGTTLIGYTPQSQHVEKFTVLEELIKQCKKPVIAEGNFNTPEQAAKAIEMGAYCVVVGSAITRPQIITKWFSNAVNEIL	PGPT0018900_1071	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018900-nanE-K01788	NA	NA
JZ016_04960	612		COG0586	putative membrane protein	TTGGAAAACTGGATTACGGATATTATGGAGCAGTTCGGCTATATCGGCATCCTGCTGATGATTGCCCTGGAAAACGTGTTTCCTCCAATCCCCTCCGAGGTCATTCTTACCTTCGGCGGATTCATGACCACCTACACAAAATTGACGGTGCCAGGCGTTATCATTGCCGCTACGATCGGATCTATAGCCGGTGCTGTTATTCTGTACGGGATTGGTCGCCTGCTCGATGTCGAGCGGCTTGAAAAAATCGTGGATCGTTGGGGACATATCCTCCGCGTCAAAAAAGAAGACATCCGCAAGGCGGATGCGTGGTTTGATAAATACGGCTACTGGACCGTCCTGTTCTGCCGCATGATTCCACTGATCCGAAGCCTGATCTCCATCCCGGCGGGGATGTCCAACATGAAGTTCGGCATGTTCCTCCTCTTCACGACGATCGGTACACTGATCTGGAACGTTATTCTGGTATGCGTGGGAGCCGCCGTCGGCGGTTCATGGGAAAAAATCGTGGCTTTCATGGACGTCTATTCCAATATCGCTTATGCTGTAATAGCTGTGGCCGGGATTGCGTTTCTGTTCCTTTTCTTCCGCAAGCGGAGAAAGTCAGCTTAA	MENWITDIMEQFGYIGILLMIALENVFPPIPSEVILTFGGFMTTYTKLTVPGVIIAATIGSIAGAVILYGIGRLLDVERLEKIVDRWGHILRVKKEDIRKADAWFDKYGYWTVLFCRMIPLIRSLISIPAGMSNMKFGMFLLFTTIGTLIWNVILVCVGAAVGGSWEKIVAFMDVYSNIAYAVIAVAGIAFLFLFFRKRRKSA	PGPT0002570_3590	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0002570-phoA-K01077	NA	NA
JZ016_04961	1950	yxdM_2		ABC transporter permease protein YxdM	ATGACCTTTCGACAATTCGCTTTTAGGAATGTCCTGAGGAATAAGCGGACCTATGCGGCCTATTTCTTAAGCAGCGCATTCTCCGTCATGATATTCTTTGTGTGCGCGCTGTTCCTGTTCCATCCTTCGATAGCCGACGAGATGTTCTATCCGGTTGTTATCCAAGCGATGCTCGGCGCCGAGCTGATCATGTATGTATTCTCGTTTTTCTTCGTGCTGTATTCCGTCGGGGCCTTTCTAAAGACGCGCAAGCGCGAGTTCGGCATTCTGTTCATGCATGGCATGACGGATCGCCAGTTTAACAAGATGGTATTTCTCGAAAATATGATCATCGGCGTTAGCGCCATTGCAACGGGCATCCTATTCGGCGTCATTACAGGCAAGCTGTTTCTGATGGCTGGTTCGGCCTTTCTTGGAATCCCGCCCCTGCCGTTTCGACTGCCCCTGCGTGCGCTTGGACTGACGGTCGCAAGTTACGTGCTGCTGTTTATCATCATCTCGCTGTGCACATCCTGGCTGCTGCGTCCTAAAGCGTTGATCGATCTGTTTCAGTCCGGACAGCGGCCGAAAACGGCGCCCAGGACATCGCCCAGGTTATCCATATTGGCAGCCGTGCTGCTGGTGGTCAGCTACAGCTTGGCGGCCACGACAAGCGCGTCGACTCTCGCGCTGCGAATGTTTCCGGTTACCTTCATGACGATGATCGGCACCTATCTGTTGTATACGCAGCTAGGCGTTGCTCTTGTGCGAAGGCTGAAACAGAGCCGCCGGTTAGCCTGGAGACGGACCAGGCTGATCTCGCTATCCAGCCTGCATTACCGGCTTAAGGATCATGCACAGATGTTCTCGATGGTAACCATCGTGCTGGCTGTTTCCTTTTGCTCGGTAGGCGTATTTGCCTCCATCCCGGTGCTCACGAAGCAATTCAATGAGGATTTCCCTGCTGCCATCGGCTATCTTGCCAAAACGGGAGACACCTCCGAGAAGCAGCATTTACATGAAATTCGACAGGAGCTTGAATCGAAGAAAATACCGTTTGAAACGCTATCGTTTCGCGTGAAATATACGGAAGCCCAGCCGGCTTCCGCGCAGGTCGGGCAGTTGCAAAATCCGTTGGCACTGATCTCCTTCTCCGACTATAAGGCGGCGGTGCTGATGGCGGGGCTGCCATTTGATGAACAGCCGCTGAGCGGTGAGGATGCTCTTGTTCTCATTGCCTCGCAAAATGACAGAGCTTATATCCGTGATCGGGAGCACGCTTCATACCGGATCCATGATTCCGAAATCCTCCTGCATGAAACCGGTTATTCCGATCATGTCGGCGTACCGGAATATTTGCTGCCGGAAATGGACAACGATTCCCGCTTCGGCGGGCTTGTGGTCAGTGACGAAGCCTTCGCCGCCATCACGAATCCGGTTCGGCTAGAGCGGTACACCGGCTTCTATGTGGATGATTTCACGAAGACTGAGGGCATCGTCCCTCATCTGGCCCCACGCGGGGCGGTGCGTTATGAGATGGACCAGCCTTATGCGCTGGCGGTCAGCGGCACGCTGTTTGCCCTCAGGGACAGCCTGTACAATATGCTGCTCTTCGCGGCACTGCTTGTGGGTACGGTGTTTTTTATCGCGGCGGGAAGCTTCCTGTACTTCCGTCTCTATGCCGATCTGGATTATGACCGCAGGCATTATGCCACGATATCCCGGCTTGGAATGACCGATAAGGAGTTCCGGCGGATCGTCACCGGACAGCTGGCGCTGCTGTTTTTTGTACCGATCGGCCTTGCGATTGTGCACAGCATCTTTGCTTTTGTGGCGCTGCAGAGCTACTTCTATTTATCCATTGCGGCAGAAATGGGCATCGTGCTGATCAGCTTCCTGATGATGCAGGTTCTGTATTTCTTCTTCATCCGCAGTCAATATCTGCGCAAGCTGAAGCAGACCCTTATATAA	MTFRQFAFRNVLRNKRTYAAYFLSSAFSVMIFFVCALFLFHPSIADEMFYPVVIQAMLGAELIMYVFSFFFVLYSVGAFLKTRKREFGILFMHGMTDRQFNKMVFLENMIIGVSAIATGILFGVITGKLFLMAGSAFLGIPPLPFRLPLRALGLTVASYVLLFIIISLCTSWLLRPKALIDLFQSGQRPKTAPRTSPRLSILAAVLLVVSYSLAATTSASTLALRMFPVTFMTMIGTYLLYTQLGVALVRRLKQSRRLAWRRTRLISLSSLHYRLKDHAQMFSMVTIVLAVSFCSVGVFASIPVLTKQFNEDFPAAIGYLAKTGDTSEKQHLHEIRQELESKKIPFETLSFRVKYTEAQPASAQVGQLQNPLALISFSDYKAAVLMAGLPFDEQPLSGEDALVLIASQNDRAYIRDREHASYRIHDSEILLHETGYSDHVGVPEYLLPEMDNDSRFGGLVVSDEAFAAITNPVRLERYTGFYVDDFTKTEGIVPHLAPRGAVRYEMDQPYALAVSGTLFALRDSLYNMLLFAALLVGTVFFIAAGSFLYFRLYADLDYDRRHYATISRLGMTDKEFRRIVTGQLALLFFVPIGLAIVHSIFAFVALQSYFYLSIAAEMGIVLISFLMMQVLYFFFIRSQYLRKLKQTLI	PGPT0027860_129	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027860-yxdL-K11636	NA	NA
JZ016_04962	771	yxdL_2	COG1136	ABC transporter ATP-binding protein YxdL	ATGCCCATCCTGAGCGTCAAGCATCTATCCAAAATCTACGAGGGCAAAGTGGCGTTCCAAGCGCTGAACAATATTCACTTCAACGTCGCCAAAGGAGAGTTCGTCGGCATTATGGGTCCATCCGGCAGCGGAAAAACCACGCTCCTCAATCTGATTGCAACTATTGATCAGCCCACGGCCGGGGAAGTGATCATCAATGGGCGCAATCCTCATCTGCTCAGCAGAAGCGACACCGCTCTGTTTCGGCGCCGGGAGCTGGGCTTCGTCTTCCAGCACTTCAACCTGCTGGATACGCTCACCGTTGAGGAAAATATCGTTCTCCCGTTAACGCTGGAAGGCGTGCCGCTGGACGAAATGGGCAGCCGGCTGAGCCGGATCGCGGATCGACTCGGCATCGGGTCCATTCTGCATAAGCATACCTATGAGATTTCCGGCGGACAGATGCAGCGTACTGCCATTGCCAGGGCGCTCATTCAGGAGCCCTCCCTGATTCTCGCTGACGAGCCCACCGGCAACCTGGACTCCAAAGCCTCCAAAGAGGTGATGCAGACGCTTTCCGCATCGAGTAAAGAGGCTTCCGCAACGATTCTCATGGTCACTCATGATCCGGTGGCAGCCAGCTACTGTGACCGCGTCTTGTTCATCAAGGACGGACAACTATATAATGAAATGTATTGCGGTGACAACCGCCAAGCCTTTTTCCAGAAAATCATCGATATGCTGGCTTTACTGGGAGGAGGCAGTCATGACCTTTCGACAATTCGCTTTTAG	MPILSVKHLSKIYEGKVAFQALNNIHFNVAKGEFVGIMGPSGSGKTTLLNLIATIDQPTAGEVIINGRNPHLLSRSDTALFRRRELGFVFQHFNLLDTLTVEENIVLPLTLEGVPLDEMGSRLSRIADRLGIGSILHKHTYEISGGQMQRTAIARALIQEPSLILADEPTGNLDSKASKEVMQTLSASSKEASATILMVTHDPVAASYCDRVLFIKDGQLYNEMYCGDNRQAFFQKIIDMLALLGGGSHDLSTIRF	PGPT0013345_2533	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_04963	1008	graS_4		Sensor histidine kinase GraS	ATGAAGCTATTCCTGCAAGAACAGCGTCCCTTAATAATGGTATACATTGCCCAGCTTATGTTGATAACGCTCATTTACAGACTGGATGGTTATCGCAATTTGACGGTCAGTCTATACGCGGGCATCATCAGCTTACTGCTGCTTCTCGGCTATCTGGCCTTTCGCTTTATTGCCAACCGTTCGTTCTATAAACGATTAGAGCAGCCACTCCCGGGAGAATCCCTCACCGGCGAATCCTCGGCAGAATCCTCTCACACTCCGCTCGCTGAAGCGCTTCATCAGCTGCTAAAAACCCAGTTCCGGCATTACACCACGGATCTGCATAACTATAAACATAAAATTGAAGGACATCTTCAGTTCATCAACCAATGGGCCCACCAGATGAAAACGCCGATTTCGGTCATTCACCTGATTCTTCAGGATGACGATGATCCCCGTTTCGCCGCGATCGGCGACGAGCTGGACCGACTCAAAAAAGGGCTTGATCTGGTGCTGTATACCGCAAGGCTTGATACGTTCGAGCATGATTTTCACGTGGAGAACCTGCCGCTTCAACGAATCGTCCGTCATGTCACTTCCGAGCAAAAGCGTTTGTTTATCCGGCGGAGAATTTACCCGTCCATCCGGATCGATTCCGGACTAACGGTGGCCACCGACGAGAAATGGCTCTCTTTTGTGCTGACGCAGCTGCTGACCAATGCGGTTCGGTATACGCTGAAGGAACAAGGCACCCTCTTTTTTAACGGCTACACCCGGGAGAATCAAGTTGTGCTTGAGATCCGGGACGAAGGGATCGGCATTCCCCAAAGCGATCTCCCGCGGGTGTTCGACCCCTATTTCACCGGAGAGAACGGTCGCAGGTTCCAAGAATCGACAGGCATGGGGCTGTTTCTTGTCAAACAAATATGCGATAAGCTTGGACATGCCTTCGAGATCGAATCCAAAGTGGATGAAGGAACGACGGTCCGTATCATTTTTACGGATTCTTCAGGCCACATTGTACAATAG	MKLFLQEQRPLIMVYIAQLMLITLIYRLDGYRNLTVSLYAGIISLLLLLGYLAFRFIANRSFYKRLEQPLPGESLTGESSAESSHTPLAEALHQLLKTQFRHYTTDLHNYKHKIEGHLQFINQWAHQMKTPISVIHLILQDDDDPRFAAIGDELDRLKKGLDLVLYTARLDTFEHDFHVENLPLQRIVRHVTSEQKRLFIRRRIYPSIRIDSGLTVATDEKWLSFVLTQLLTNAVRYTLKEQGTLFFNGYTRENQVVLEIRDEGIGIPQSDLPRVFDPYFTGENGRRFQESTGMGLFLVKQICDKLGHAFEIESKVDEGTTVRIIFTDSSGHIVQ	PGPT0027855_80	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027855-yxdK-K11633	NA	NA
JZ016_04964	702	graR_4	COG0745	Response regulator protein GraR	ATGTTCAAAATCTTTATTGTCGAAGACGATACCGGACTGGTTAACCTGCTGAAAGAGTATCTTCATAAATTCGGTTACATGACGCAGTCCGTTCATGACTTCGAGACGGTACGCGATCAATTTGAATCGTATGACCCCCACCTTGTGCTTCTGGATATCAATCTGCCAAAATACGACGGCTATTACTGGTGCCGCCAGTTCCGCAGCCTCTCCACCTGCCCGATTATTTTCATCTCCGCCCGTGACGGGAAAATGGATCAGGTGATGGCCTTGGAAAACGGCGCCGACGATTATATAACCAAACCTTTTGACTACGAGATTGCCATGGCCAAGATCAAGAGTCAGCTCCGGCGTGCCTACGGCTCCTATGCTGTCGCTCAGAATGAGCGGGTTCTGAGCGTCGCCGGACTTACGCTCGACGTTGAACGTCTCTCTCTGTCCCTTGAGCATACCCAGACGGAGATCAGCCATACCGAAGCCAAAATATTGGACGAGTTAATGAAGAAGCCCGAGCAGATCGTCAGCAGAGACCGGCTTCTCGAGAAAATATGGGATGATCAGGCCTTTGTGGACGATAATACGCTGAACGTATACATCACCCGCGTCCGCAAGAAACTCGCTGCCCTCGGGATCGAGGATGGCCTTCAAACCGTGCGCGGTCGCGGCTATCGACTGGTACCGAACTGGAGGGACGAAGCATGA	MFKIFIVEDDTGLVNLLKEYLHKFGYMTQSVHDFETVRDQFESYDPHLVLLDINLPKYDGYYWCRQFRSLSTCPIIFISARDGKMDQVMALENGADDYITKPFDYEIAMAKIKSQLRRAYGSYAVAQNERVLSVAGLTLDVERLSLSLEHTQTEISHTEAKILDELMKKPEQIVSRDRLLEKIWDDQAFVDDNTLNVYITRVRKKLAALGIEDGLQTVRGRGYRLVPNWRDEA	PGPT0027850_111	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027850-yxdJ-K11634	NA	NA
JZ016_04965	1494	sasA_33		Adaptive-response sensory-kinase SasA	ATGAGTTTACGAAATCGGACAGGTTCATCCGGACCTACGTCTCTACGTACGCAGCTCTTGTCACGATCCCTCATCGTCTTGGCGCTTCTGCTCGTGCTGATCGGCGCATTGCAATATGTGTTAATGAAAAATGCCCTGTTCCGCAATCAAGCCGAAGCGCTTTTCCTTCAGGCCCGCTCTATCCCCGTGGAGGTGTGGGAGCCTGATCGGGAGCCGCGTAACCGGTCTGCAGGGCGAAATAACGAAGCCCTTCCGGAAAATCCGCGTCAGGGAGACAGACCTATGTTTTTTCTGCCGAATATGTCGCTTGCCAAGATAGAAGCTGATGGAGGCTACACCGACCTCGCCGCTGGCAATGGTCTGTCCGCGCCACAGCTGACAGCAGAGGCTTATTCAGCGATTCTGGAGAAATTCCAGGGGCATCAGCCTATTTCGTATGAAGTGATCGACAATGCCGAAGGCATCGAGCAGATCATTGTCTTTCGTCCTTACGGCAACCCAAACAGCCCCTCAGGTGTGCTGCAGCTTGGATTGGATACGCAGCCGCTGCATGCCGTTCTGTTGCGGCAGCTGCTGATTTTTGCCGTACTGGCTTTACTTGCCATGGCTGCGGGGATTGCATTGTACCTGCCATTGCTGCGCCGGACGCTCCACCCGCTGAACCGAATGGTCGAAACGGTCGAACGCACGGATGCCGGAAATTTGGCGGAGCGTTTTCCCGCCGTGCAGGGTCAACGGGAGATTGACCGCTTGGCCGAATCGTTTAACGGCATGCTGGAAAGGCTCGAGGATGCGTTTGAAGCCGAACGCGAAGCCAAAGAGCAGATGCGGAGGTTTATTGCCGATGCTTCCCATGAGCTGCGAACGCCGCTTACTTCGATTCACGGCTTTCTGGAGGTGCTGGGCCGCGGCGCCGCAGACAACCCGGAGCAGCTGCATGCTGCACTATCCAGCATGCACGGGGAATCCAAGCGCATGAAGAAATTGGTTGAGGATTTACTTCTGTTAGCCAAGCTTGATCGCAAGCCGGAGCTCCATCTGCAGGAAACCCGGCTGGATCAGCTGCTGCTTGAAATGGAGCCTCATCTACAGATGCTTGCCCAAGGCAGGAGTGTAGCGATTCAAACGATGCCGGTGCTGTGCCGGTGTGACCCCGATAAGATCAAACAGGTCATCTACAACCTCTTTCATAATGCGGTACAGCATACTGACTCTACCACAGGGCAGATTACCGTATCGGTTAATAAAACCAAGGACCAGGTCGTATTGCGGGTTGCCGATAACGGAGCCGGGATTCCGAAGGAGCATCTCCCCCATCTGTTCGAGCGCTTCTACCGTATCGACGAATCCCGGACCAGACAGTATGGCGGTGCGGGTCTTGGATTATCCATTACCCAATCCATCATTTCCGCGCATGGGGGGCAGATGAGCGTAGACAGCACGGTCAACCAAGGAACGGTTTTTCGTGCCGAGTGGCCGGGCATCATTCCTTAG	MSLRNRTGSSGPTSLRTQLLSRSLIVLALLLVLIGALQYVLMKNALFRNQAEALFLQARSIPVEVWEPDREPRNRSAGRNNEALPENPRQGDRPMFFLPNMSLAKIEADGGYTDLAAGNGLSAPQLTAEAYSAILEKFQGHQPISYEVIDNAEGIEQIIVFRPYGNPNSPSGVLQLGLDTQPLHAVLLRQLLIFAVLALLAMAAGIALYLPLLRRTLHPLNRMVETVERTDAGNLAERFPAVQGQREIDRLAESFNGMLERLEDAFEAEREAKEQMRRFIADASHELRTPLTSIHGFLEVLGRGAADNPEQLHAALSSMHGESKRMKKLVEDLLLLAKLDRKPELHLQETRLDQLLLEMEPHLQMLAQGRSVAIQTMPVLCRCDPDKIKQVIYNLFHNAVQHTDSTTGQITVSVNKTKDQVVLRVADNGAGIPKEHLPHLFERFYRIDESRTRQYGGAGLGLSITQSIISAHGGQMSVDSTVNQGTVFRAEWPGIIP	PGPT0004100_1267	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484	NA	NA
JZ016_04966	687	tcrX	COG0745	putative transcriptional regulatory protein TcrX	ATGGAATCAATGCATCGTATTCGCATTTTGCTCGTGGATGACGAGCCGCATATCCTGCAGTTTCTGGAGCTTGGTCTCCATAATGAAGGGTTTGAGGTGCGAACGGCCCCCGATGGGGAACGTGCAATAATGGAAGCAAGCCGATTCGAGCCGCATATCATCGTTCTCGATGTGATGATGCCGGGAATGGACGGACTTGCGGTATGCAGACGGTTGAAGGAGGAGAGCCGGGATGTCGCGATCATCATGCTTACCGCAAAGGACGAGATTGATGACCGTGTGAAGGGCCTCATGATTGGCGCGGATGATTACATGGCCAAGCCCTTCAGTTTCGAAGAGCTGCTTGCCCGAATTCAAGCAAGGCTGCGCAATCAGTTCCCGAGCCTGCTGGGTGAACTCCAGCTTGGCCCATTCACCATCGACGACCGCAAGAAAGAAATTGCATACCATGGGGAGGCTCTTGAGCTGTCACCCACGGAGTATAAGCTGCTTAAACTGCTTGTGACCAAACACGGCAGTGTTTTGAGTAAACCCAACATTTTGAATATTGTGTGGGATTATGACTTTGGCGGAGAGGACAACATCGTGGAGGTTTATATCCGATCCCTGCGCGAGAAGCTCAGCGATAAGGAACACCGGGTCATTCGCACGCTTCGCGGAGCCGGCTACCGGGTTGATTTGCCATGA	MESMHRIRILLVDDEPHILQFLELGLHNEGFEVRTAPDGERAIMEASRFEPHIIVLDVMMPGMDGLAVCRRLKEESRDVAIIMLTAKDEIDDRVKGLMIGADDYMAKPFSFEELLARIQARLRNQFPSLLGELQLGPFTIDDRKKEIAYHGEALELSPTEYKLLKLLVTKHGSVLSKPNILNIVWDYDFGGEDNIVEVYIRSLREKLSDKEHRVIRTLRGAGYRVDLP	PGPT0002665_479	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_04967	765			hypothetical protein	ATGATAGGAAATGTATATCCACCTGAGGATCAGAGCAAGGGCGTTCTCGATGGAGGAAGGATAACGGAGCAGAAGCCGATCGGTTTCTCCGGAGAAGGGTCTGCCGTGACCCGGGTGGGACCGCTTTTCTATTGGTCCTGGTTCCGTTCGCCCGTCGAAGGTTATATCGCGCCTCATCCCCATCAGGGTTTTGAAATCGTAACTTATATGATTCAGGGGAAGGGCGTTCATAAGGATTCGCATGGTACGCATAATGAGTTGGGGCCTGGAGGCCTGCAATTGATGAGGGCGGGTTCCGGACTAACGCACGAGGAACGTCTCACTGGGCCGGATGCAGAAGGATTTCAGATTTGGTTCGAGCCGTATCTTCGCGATTCATTGAAACAGAATCCTGCCTGTCGTCAGTATCGACCGGATTCCTTTCCGGTAACCCGCATACAGGGAGGGTTGGTTAAAACGATGATTGGCGGTTCTGCACCAACTGATTTATCCGTTGATGTGAGGATGCTGGATATTCAGATTCTGGCCGGGAACGAAGCTCAGTATGAATTGAAGTCCGGCAGGAGAGCGGCTGTGCTTGCCGTGAGGGGAGCGGGCAGCTTTTGTGCCGAAGAGGAGAGCCTCCAATTTCGTCAGCGGGACTTTATGGTAATGGATACGAAGCATGGCGAGACGCTAAGCCTTAAGGCGCAAGAGAATGTCAGGGTCATCCTGATTGACGTACCGGAAAACACTGGGTATCCGCTCTATTCCAAGAGGCCATAA	MIGNVYPPEDQSKGVLDGGRITEQKPIGFSGEGSAVTRVGPLFYWSWFRSPVEGYIAPHPHQGFEIVTYMIQGKGVHKDSHGTHNELGPGGLQLMRAGSGLTHEERLTGPDAEGFQIWFEPYLRDSLKQNPACRQYRPDSFPVTRIQGGLVKTMIGGSAPTDLSVDVRMLDIQILAGNEAQYELKSGRRAAVLAVRGAGSFCAEEESLQFRQRDFMVMDTKHGETLSLKAQENVRVILIDVPENTGYPLYSKRP	PGPT0019980_3970	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_FLAVONOID_UTILIZATION	PLANT_DERIVED_QUERCETIN_DEGRADATION,PGPT0019980-yhhW|pirA-K06911	NA	NA
JZ016_04968	807			hypothetical protein	ATGGGGGAGATCATTATTTTCTCGAAAAAAAGCTTTAAACAATTGATGGCCGGAGCGCTGTTATCAGCAGCGGTTCTTGGTTCTTACGGATATGGGTCTGTGAATGAAGTGTCTGCTGCCAGCGTGCAGTCTGTAACCAAAGGTGTAGCAAGCTCGAATGTGTACATGCGCAATCAGCCTTCGACTTCGGGTAAAGTCTTGGACCGTGTGTATAAAGGTGACAGCGTTCAAATTCTGGGCAGCAGCTCAGGGTGGTATAAGATTAAAACTTCGGAGGGTAAGCAAGGCTATGCTTCCTCTAAATATATTAACCAAAGCAGCGGCTCTTCTAACAATTCCGGCAATTCGGGAAGCACTGCGCCTTCTGCGAGCGCAAGCGTTGAAAAAGTAATCAGTGCAGGCATGAAGTATCTGGGCACGCCATATGAATTCGGTTCTAACCGCAATTCAACGAGAACCTTTGACTGCTCGGCCTTTGTCCGCCGCGCATTTATGGACGGCGCTAACATTACGCTGCCAAGCGATTCCCGCAAGCAAGGGCAGTACATCAAGGACAAAGGAACTGCTGTATATAACGTTAATCAATTAAAACGCGGGGATCTGGTATTCTTTATGAGTTACAGAGGTTCATCGGCATCCGCCTATGCCGGATTGGACAAGTCCAAACAGCGGATCACGCATGTAGCTATTTATCTGGGAGACAATAAGCTGCTGCATACGTATTCGAAACAATCCGGTGGTGTCCTGGTAGGTACCTTCGGTGATTCCTGGAAAAATCGCTTCGTGCATGGCGGAAGCGTCCTATAA	MGEIIIFSKKSFKQLMAGALLSAAVLGSYGYGSVNEVSAASVQSVTKGVASSNVYMRNQPSTSGKVLDRVYKGDSVQILGSSSGWYKIKTSEGKQGYASSKYINQSSGSSNNSGNSGSTAPSASASVEKVISAGMKYLGTPYEFGSNRNSTRTFDCSAFVRRAFMDGANITLPSDSRKQGQYIKDKGTAVYNVNQLKRGDLVFFMSYRGSSASAYAGLDKSKQRITHVAIYLGDNKLLHTYSKQSGGVLVGTFGDSWKNRFVHGGSVL	PGPT0023995_3377	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0023995-cwlO-K21471	NA	NA
JZ016_04969	198			hypothetical protein	ATGAATGGTGGGCAGCGTTCCAATATCAAACCGGGACTTGAGGTTGATATCGTATTGAAGCAGGATCAGCGAACGGGCAAATTAACCCGTGGCGTGGTCAAGGATATTCTGACCAATTCCCCGAACCATCCACATGGCATTAAAGTACGCCTTCAAGATGGCCAGGTGGGACGGGTAAAGAACATTTACGAGTCATGA	MNGGQRSNIKPGLEVDIVLKQDQRTGKLTRGVVKDILTNSPNHPHGIKVRLQDGQVGRVKNIYES				NA	NA	NA	NA	NA
JZ016_04970	621			hypothetical protein	GTGAAAGTAAAGATGAAAAGATACCTTTATATGGGGTTTATCTTGATGCTTATTATGCTAACAGGTTGTGTGAAGCAGGAGACACAGGGGGCGGCTCCGTCTGATCCTACATTGAATAATGCTGCCAGGGGTAGTCAGGCGGAAATGACCGACGGCGACTTCGTGTATCGAATCGTTAGCGAGAAAGAGAAGTATGAACAGGGAGATCAAGTTCAAGTATACGGGGAGCTGGAGTATATCGGCGAAAAGGATGAGATTACGATCGGTCATGCGGCCTCCGCCTTTTATTTCCCGATGAAAGAGCTCACAAGGGACTACAACATCAGTTACGCTATGAATGAGCCCTATATTACCACCAAGCTGAAGAAGGGCGAGCCACTGCGCGAATATTACAAAATCGGCGGCGGTTACGACAACAGAGACGACAAAAGGTACAAGGATTTCATCCATTCGCTGAAGGATGGTTTTCCGGGCGGGCGCTACGTCGTCTACGGATCTGCGGATTTCGTGATTGATTTACAGTCGCACGGCGCGAACCAGGGCGGTTCGAGCGGGGAAGAGCCGAAGAGGTATAAGATACAAGCCGAGATCGAATTCAGCGTAAGTGAAGAGAAGAAGTAA	MKVKMKRYLYMGFILMLIMLTGCVKQETQGAAPSDPTLNNAARGSQAEMTDGDFVYRIVSEKEKYEQGDQVQVYGELEYIGEKDEITIGHAASAFYFPMKELTRDYNISYAMNEPYITTKLKKGEPLREYYKIGGGYDNRDDKRYKDFIHSLKDGFPGGRYVVYGSADFVIDLQSHGANQGGSSGEEPKRYKIQAEIEFSVSEEKK				NA	NA	NA	NA	NA
JZ016_04971	360			hypothetical protein	ATGTATCAAATGAACAACAATTCGCAAATTTCGCAGCAAATTCGTCAGTGCGAGCAAATTCTTCAGCAGTTGACCCAGCAAACGCAGCAGGGTTCTGCTATGTACCAGCAGCTGATGCAGCAGGAGCAGCAGAATGCAGCCCGCCTGGAGGAGCTCGCTCAGCGTGAGCGCCAAGCCGTACAGATGCTCCAAACAGCCCTTCAAGGCCATCAACAGGCGATGCAGCAGTATCAGCAAATCTCCCAAATCGTTAGGCAAGTCGAGAATTCCGTGCAAGCTCACAACCAAACACAGCACATTCAGCCTTCGTTTGGCCAACAGGGTTTTCCTAATACACATCAGGGCCAAGGCTTCCAATAA	MYQMNNNSQISQQIRQCEQILQQLTQQTQQGSAMYQQLMQQEQQNAARLEELAQRERQAVQMLQTALQGHQQAMQQYQQISQIVRQVENSVQAHNQTQHIQPSFGQQGFPNTHQGQGFQ				NA	NA	NA	NA	NA
JZ016_04972	486	msrC	COG1956	Free methionine-R-sulfoxide reductase	ATGTTTCAAAACACACCCTATGAAGGCACCCGGAGCGAGCAATACACCCAGGTCCTGAACCAGTTAAAAGCACTTATACACGATGAGCCCAATGCCATTGCCAATTTGTCCAATGCCTCTGCGCTCCTCAAGCAGTTTTTATCGGATACGAACTGGGTCGGCTTCTATCTCTATGATGGCAAAGAACTGGTGCTCGGGCCGTTCCAAGGACTGCCCGCTTGCATTCGGATTCCGATGAATCGTGGCGTTTGCGGCACGGCTGCGGCTGAACAGACGACACTGCTTGTTCCCGATGTACATGAATTCCCCGGGCACATTGCCTGTGATGCAGCTTCGAACAGCGAGATTGTCGTTCCGATAATGGTGGATGGAGCATTGTATGGCGTTCTCGATATCGATAGTCCGCTAAAGAACCGTTTCGACCAGGAGGACCAGGCTTTTCTGGAGGAGTTTGTCCATATATTGGAGGGCCAACTCACTTTATAA	MFQNTPYEGTRSEQYTQVLNQLKALIHDEPNAIANLSNASALLKQFLSDTNWVGFYLYDGKELVLGPFQGLPACIRIPMNRGVCGTAAAEQTTLLVPDVHEFPGHIACDAASNSEIVVPIMVDGALYGVLDIDSPLKNRFDQEDQAFLEEFVHILEGQLTL				NA	NA	NA	NA	NA
JZ016_04973	306			hypothetical protein	ATGCGGGCAGACGTACAGAATTTGTTTATCGGTATTCACATGCTCTATCACGCCCATGAGCGGGACCTAACGATCAGCGAGATGCAGCCCGAGCTGGAGCGCCATGGATATAAGGTTGGCGACCGGGAGGTTAAGCATGAGCTCGAACGCTTGACCGAGGAGAACTTTCTGACGGCTCACGGGGAAGGATACAGTCTCACTGGAGCCGGGATCGAGGAATTCAAGGAAATCCAGAGCAGGCTTAAGGAGCTTTGTGATGAAGTGCTTAAACCGGTAAATCCGAAGAAGGCAGACTCCATGGCGTAG	MRADVQNLFIGIHMLYHAHERDLTISEMQPELERHGYKVGDREVKHELERLTEENFLTAHGEGYSLTGAGIEEFKEIQSRLKELCDEVLKPVNPKKADSMA				NA	NA	NA	NA	NA
JZ016_04974	1023	menH_6		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGAATATCGCGATTATCTTGCTGTTCACCGTCGTTATCATTCCCGCTGCCATTACACAAATCGGATATCTGCAGATTACAAGGATGAGAGTAAAGAACGATCTAAGGCTGTTCACCGTTCTGGAAAAAGCCGGACTGTACAGCAGAGAGCAATATGAGTCCCTTCAGAAGAACGAAGTCGTCATCACAAGTTTTGACGGTTTAAAGCTGTGCGGCGCAGCCATTGAGAACAATCCCGGCTCCAAGCATTGGATGCTTCTCGCACACGGCTATACCGGATCCCGAGCCGTATCCACCCAATTCATCGATTTGTTCACAGAAAAGGGCTACAATGTCCTTCTCATCGACCAACGCCGCCATGGGCGAAGCGAAGGACGTTATACCACATACGGCTATTATGAGAAACACGATGTGCAAGCGTGGGTACGCTGGCTTACTCGGCAGTATGGCCAGGATGTGGCCATCGGGCTTCATGGTCAATCGCTGGGAGGCGGGACCGTGCTTGAATATTTGTCCATTGCCGAGCCGCAGGTCAAGCTTGTCATCGCCGATTGTCCGTATTCCGATTTGACCGATTTAATGCGGCATCAGCTTACACGCATTAACAAAATCCCTTCGGTGCCGTTCCTGTCTTGGGTCAATGCCAGAATACGGCGCAAAGCCGGGTTCAGCCTCGATCAAGTCAGTCCGATCCGTGCTGTTCGGAACAGTACGCTCCCGGTTATGTTTATCCATGGAACCAAGGATAATTACGTGCCTACCCGAATGAGTATCGAGATGTTTGAGGCCAAACCGGAACCAAAAAAACTTCTTCTTATCGAAGGGGCTATCCATGCAAACGCTTATCACGTTGATCCCAAGCAATATCGGGAAAGCGTGCACTCTTTCCTTCGTGAACATATAGATCAACCCGTAAGAGCACCGCAGGTGGACGCTGAACGAGCATCACAGCCGGATACGGAAGCTGCGCCTGCCCCGCATTCTTTCCAGCTGGAGTTGGACGGCTCACTTGAAACGATATAG	MNIAIILLFTVVIIPAAITQIGYLQITRMRVKNDLRLFTVLEKAGLYSREQYESLQKNEVVITSFDGLKLCGAAIENNPGSKHWMLLAHGYTGSRAVSTQFIDLFTEKGYNVLLIDQRRHGRSEGRYTTYGYYEKHDVQAWVRWLTRQYGQDVAIGLHGQSLGGGTVLEYLSIAEPQVKLVIADCPYSDLTDLMRHQLTRINKIPSVPFLSWVNARIRRKAGFSLDQVSPIRAVRNSTLPVMFIHGTKDNYVPTRMSIEMFEAKPEPKKLLLIEGAIHANAYHVDPKQYRESVHSFLREHIDQPVRAPQVDAERASQPDTEAAPAPHSFQLELDGSLETI				NA	NA	NA	NA	NA
JZ016_04975	582		COG1670	Acetyltransferase	ATGTATGTCTGCAAGGGAATCATTCCGGAAATGAATGGCCGGCGAATACGGCTGCGCAGGTTGGAGACGGATGATGCGGAAGCGATGTTCCGCTGCTGGTCCGATCCGAATACGACCGCTTTTCTGGATTTGCCCGCCATGCATTCGGCTGAGGACGCAAAGGCTTTGATTCATTGGCTGCATCTGCTTGCCGAGCAGGACGAGGCCATCCGCTGGGGCATCGAAGCCATCGACACAGGCCAATTGATCGGCAACTGCGGGTTCAATATTTGGCAGCTGGATGGCGCGTTCAAAGGCGAGTTCGGCTGTGAGCTCACAAGCGCTTTTTGGGGGCAGGGCTTTATGTCGGAGGCGGCCGAAATGGCTGCGGCATTTGGGTATACGACCATGGGACTAAACCGGATTGAAGCTTTTGTTGATTCGAGAAATGAACGGGCATGCCGCTGGTTTACGAGGATCGGCTATACGCGCGAAGGCGTCTTAAGAGATTATCGCCATACGCCAAGCGGTTATGTGGATGCCGTCGTTTTTTCACGGTTAAGAAAAGATTGGGCAAGGTCGATAGAAAGGCAGGAGTTGTAA	MYVCKGIIPEMNGRRIRLRRLETDDAEAMFRCWSDPNTTAFLDLPAMHSAEDAKALIHWLHLLAEQDEAIRWGIEAIDTGQLIGNCGFNIWQLDGAFKGEFGCELTSAFWGQGFMSEAAEMAAAFGYTTMGLNRIEAFVDSRNERACRWFTRIGYTREGVLRDYRHTPSGYVDAVVFSRLRKDWARSIERQEL				NA	NA	NA	NA	NA
JZ016_04976	759	ykoC_2		Putative HMP/thiamine permease protein YkoC	ATGCTGATTCAATATGAGAAGGGTAACACGCTTCTTCATCGATATGATCCATTAAGCAAGCTGGTGATATTATTTTGCACCGCTGTGATAGCCATGCTGCTTGATCAGGCCTGGCAGCAGGCGTTATTCTTTCTGTTATGCATTGGACAAGCCCGATTTGCAGGCCAGGTGTCAGGCAAGCGGCTGCTTGGAGGGATCCGGCTGATTGCGATTGTTGCAGTACCCTATTTCATTCTGACCAGCCTGACGGTCAAAGGAGAGACCGTATGGCTGCAGTGGGGACCCATCTCCTTGACAGTGGAGGCGCTAAACGCTGCGGGTGCCATGACGCTCCGGATGTTTACCTTGTTTCTAACCTCGATGGCTTATATTTTGACGACAGATCCGAGAGAACTGGTAGCCGAATTGACCAGACGTCTTCGAATCCCTTACCGGTTTGCGTTTGGCATATCCGCTGCGCTAACCTTTATCCCGCTGTTGGAGGAAGAAGGAACCCATATTTTGGCTGCCCAGCAGGTACGGGGCCATCGACCACCAAGGGGCCTCGGTAACCGCATCAGCTATGGCTTGAAGTTTGTCTCGGCTGTTCTGCTCAATGCGCTGCGGCGCGTGCAGCAAACGGCGGGTGCCATGGAGTCCAAAGGCTTTGGCGCGTATCCGGAACGAACGTACCGTACGGAGGTTAACATTCCTTTATGGGCGGTCATATCGGCTGTCATGTATGTGTTAGCAACGGTTTTTGTGTGGTGGATTGTTTAA	MLIQYEKGNTLLHRYDPLSKLVILFCTAVIAMLLDQAWQQALFFLLCIGQARFAGQVSGKRLLGGIRLIAIVAVPYFILTSLTVKGETVWLQWGPISLTVEALNAAGAMTLRMFTLFLTSMAYILTTDPRELVAELTRRLRIPYRFAFGISAALTFIPLLEEEGTHILAAQQVRGHRPPRGLGNRISYGLKFVSAVLLNALRRVQQTAGAMESKGFGAYPERTYRTEVNIPLWAVISAVMYVLATVFVWWIV	PGPT0004015_2940	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0004015-fmnA|ecfT-K16785	NA	NA
JZ016_04977	591	ykoE_2	COG4721	Putative HMP/thiamine permease protein YkoE	TTGAATACATCATCATCTCCAAAAAAATGGTTTGCTTTTACGACCCAGGAAATTATCCTGATGGCGATGCTCGCTGCCGTCAATGCCGTTCTAACGGTGTACATAGGGCCGGTTAACAAACTGCTGAGCAGTCTTGGCGGGCCCATCGCAACTTCGACGACAACAGGCATCTACATGGTATATGGGCTCTTGGCCTATTACATCATTCGTAAACCGGGAACGGCGGTTGTCACGTTTGCGATTGGCGGCACGATTCAGGCTCTGACGGGGACGGTATACGGCATCGCTTCGTGTTTTGTGGCAGCAGGCTGTTATATGATCGTAGCCGAGACGATTTTTGCCATCTACCGCCACAAAAAGTGGAGTGCCGGCGTGCTCATGCTGGTTGGCGGCGCGATGGTACCGCTGTGGTTTCTGTTCGCGGCCAACATGTTCGGATATACGTCTTGGCCGCTTGAAGTGCTTGGTATTGCGCTGGTCGTGCGCATTCTGAGCGGCGTGCTCCTCTGCGGTCTGTTAACCAAAGTGTTAGGAGAGGCGTTAGTGAAGACAGGCCTGCTTCGCCGGTTTGCCGTCGCCGTAAAGGGATAG	MNTSSSPKKWFAFTTQEIILMAMLAAVNAVLTVYIGPVNKLLSSLGGPIATSTTTGIYMVYGLLAYYIIRKPGTAVVTFAIGGTIQALTGTVYGIASCFVAAGCYMIVAETIFAIYRHKKWSAGVLMLVGGAMVPLWFLFAANMFGYTSWPLEVLGIALVVRILSGVLLCGLLTKVLGEALVKTGLLRRFAVAVKG				NA	NA	NA	NA	NA
JZ016_04978	1632	ykoD_2	COG1122	Putative HMP/thiamine import ATP-binding protein YkoD	ATGTCGGGATCAACGGTAACATGCCGGGACCTCGGATTTCTTTACGATGGAGAAGAGCGCCCGGTTATACAGGATCTCCATCTGGAGATCGAGCAGAACGGGTGGGTCGCGATCCTCGGGGCAAGCGGCAGCGGGAAGTCAACGCTGTGCCAGCTGCTGTGCGGTCTTCTTCCGCGGAGCGGCGGAGGTACAAGAACTGGGGAAGTGCTGCTTAATGGTTTCGATCCCGCCACGGCGCCGATTGCCGAGGTGGCCGAGGCGATAGGGGTATTATTTCAGGATCCGGATGCACAGCTCGTTCAGGGCATCGTAGAGGACGAGGCGGCCTTCGGTCCTGAAAATATGCGGGTTTCACCCGCTGAGATTGAGGAGCGGGTGGTGCAGTCCCTTACGGCGGTCGAGCTGCTGGAGCGCCGGATGGATCCGGTGCGCAGCCTGTCCGGCGGACAGCGGCAGCGGACGGCCATTGCCGCGGTGCTGGCGCTGCGCCCGCGGCTCTTCGTCTTCGACGACGCCTGCGCCAGCCTGGATGCCGCGGCGCAGGCGAACTTCCTGCAGCTGTGCCGCAAGCTGCAGGCGGAGGGCCGGACGCTGATCACCGCGTCCGGCCGCTTTGACGATGTCGCGCGCGCCGCAGGGCGCGTCATCGTCCTGGACGGCGGCACCGTCGTGCTCGACGGGCCGCCGGAGGAGCTGCTGCACCGCTGCGGGGAGCAGTTGGTGCAGCTGGGTTTGCTGCCTCGGCCTGCAGGCGAGGCAGCGGGTGCCGCCGCCGGGGACAAGCCTGTCCCGGCGGCAACTCCTCCGCAGTCGGCTGAACCCCGTGCGGAAGTGCCGATCCCCACAGGTTCCCTGCCTGCATCGGTATCCCGTGCGGAAGTACCGATCCCCGCAGGTGACGTGCCTGCGGCGGTACCCAATGCGGAAGGCGCGAGGCTGTCTGCCGTCTCCCCGCTGCTCCAGATCGATTCGCTGACGTTTGCCTATCCCGGCGGCCGGGAGGCGCTGCGCGATATCGATGCGAAGATTGATCCCGGCGACTGGGTGCTGCTGACCGGGGAGAACGGGTCCGGCAAAACGACCCTCAGCCGACTGATCATGGGACTGCTGCAGGCCCCGGCAGGCAGCATACGCTGGCAAGGGGAAGATACGAAGGGAATGGCCGTCTACCGCAGAGCCGAGATGATCGGCTATGTGTTCCAGCAGCCGGAATATATGTTTACCGCCCCGAATGTGTGGGAGGAACTGATTTACAGTCTTCATGGAGGGGTGTCCGTGAAGAAGCGTCCGGAGCTGTCTGCTGGCCAGCAGCAGCGCGCTAGGTTTCTTTTGGAGAAAGCGGGACTTACGGATCGGCTTCAAATGTCTCCCTACCTGCTCAGTCAGGGGGAGAAGCGCCTTCTGAGCATCATCAGCCAATTGATGCTGCAAAGAGCGCTGTACATCCTGGACGAACCGACGTCGGGGATGGACTATGCCGCCATCGATAAGGTGATCGAGCTGTGCCGTTTTGTCATTGGGGAAGGTTCGGCCGTATTGATGATTACGCACGATCCCGAGCTCATGAAGAGACATGCCACTTCCTTTATTCATCTGCGAAGCGGGAAAATGACTGTGCAACCTTCGTTGTAA	MSGSTVTCRDLGFLYDGEERPVIQDLHLEIEQNGWVAILGASGSGKSTLCQLLCGLLPRSGGGTRTGEVLLNGFDPATAPIAEVAEAIGVLFQDPDAQLVQGIVEDEAAFGPENMRVSPAEIEERVVQSLTAVELLERRMDPVRSLSGGQRQRTAIAAVLALRPRLFVFDDACASLDAAAQANFLQLCRKLQAEGRTLITASGRFDDVARAAGRVIVLDGGTVVLDGPPEELLHRCGEQLVQLGLLPRPAGEAAGAAAGDKPVPAATPPQSAEPRAEVPIPTGSLPASVSRAEVPIPAGDVPAAVPNAEGARLSAVSPLLQIDSLTFAYPGGREALRDIDAKIDPGDWVLLTGENGSGKTTLSRLIMGLLQAPAGSIRWQGEDTKGMAVYRRAEMIGYVFQQPEYMFTAPNVWEELIYSLHGGVSVKKRPELSAGQQQRARFLLEKAGLTDRLQMSPYLLSQGEKRLLSIISQLMLQRALYILDEPTSGMDYAAIDKVIELCRFVIGEGSAVLMITHDPELMKRHATSFIHLRSGKMTVQPSL				NA	NA	NA	NA	NA
JZ016_04979	1521	bmr3_5		Multidrug resistance protein 3	GTGGGTGTATTAAAACAAGACAAACGCAGTTATGTCCTGGTCGGTATTTTGTTATCCACCTTCATGGCTGCGATCGAAGGAACGGTAGTCGGCCCGGCGGGACCGGCCATTATCAGCAGCTTCGGCAGCGTAAGCCTCATGAGCTGGATTTTTACGGCCTACCTGCTGACGATGGCGGTAACAACGCCGATCTTCGGTAAAATAAGCGATTTATATGGACGCAAGCCCGTATTTTTATACGGCTCGCTGATCTTTCTCGTAGGCTCATTGCTGTGCGGCCTGTCGCAGAACATGACGCAGCTGATCATATTCAGGGCGATCCAAGGAATTGGGGCCGGTGCGGTTATTCCGGTGACCTTTACGATTGTCGGAGACATTTACAATCTGGAGGAACGAGGGAAGATTCAGGGGATGATCAGCTCCGTATGGGGAATCTCTTCTCTGATCGGACCGCTGCTTGGCGGGTATTTCGTGGATTACCTGTCCTGGCACTGGATCTTTGTTTTTAATGTACCGTTTGCGCTGTTATCGATATGGCTGATTTTCCGTTATTTCAAAGAGGAGCGCACCACCCGCGAAGTATCGATCGATTACGGGGGAGCGGCCCTGTTTACCGTGGGAATGACGGCGCTGTTGTTTGCGCTCGCGGTAGGCGGCGGAGAGAGCTATTCCTGGACTTCTCCGTTCATGCTCGGTTTGATGATCGGTTCCGTGGTGCTGCTCGCTGCGTTTCTGGTGGTGGAGAGCCGGGTGAAGGAGCCGATGCTGCCGCTCCATCTGTTCAAGATCAGGGATATTACGGTATCGACGGTAGCCAATATTCTGGTAAGCGCGCTTATTATCGGGCTGACCACGTATTTGCCGCTGTGGATTCAAGGGGTTCGGGGCGGCAACGCGACCTTGTCGGGCCTGACATTAGCCCCGATGTCGATCGGATGGCTGATCGGTTCGATTATCAGCGGGCGCTTGATCATTAAATCCGGTTCCCGGAAAACGGCGATTATCGGCGTCGTATTTCTAATCATCGGAGCGGTGGGATTGGCGTTCATGCATAAGGATACGGCGCTGGGCGTGCTGCTGGTCTTTACGTTCATTTATGGGGTCGGCTTCGGATATATCTCCACCTTGTTTCAGATCATCGCGCAATCTTCGGTGGGTTATGAGGTCCGGGGAGCTTCCACGGCGCTGAACTCCTTCATCCGCACGTTCGGTCAGACCGTGGGCGTAGCGGTGTTCGGATTATGGGTCAATGCGGGAATTGCGGGCAGACTTGCGGCGGAGCCGGATGCCGCAGGCATTACCAGCGACGATATTAATAAGCTGCTCTCTCCGCATGGCATGGCTGAACTGCCCGAAGGTTCAGGCAGCCTGCTGAGCGGAATACTGGAGGGCAGCCTGAATTCCCTGTTTGTGGTGATGGCCGTGATGGCGGTGATCTGTATGCTGATCGTGGCCGCCTTCCGCAATGCGCCTCCTGAACCCGAGACGGGAACGGAAGAGACGCAGCCGTCAGGCCATTGA	MGVLKQDKRSYVLVGILLSTFMAAIEGTVVGPAGPAIISSFGSVSLMSWIFTAYLLTMAVTTPIFGKISDLYGRKPVFLYGSLIFLVGSLLCGLSQNMTQLIIFRAIQGIGAGAVIPVTFTIVGDIYNLEERGKIQGMISSVWGISSLIGPLLGGYFVDYLSWHWIFVFNVPFALLSIWLIFRYFKEERTTREVSIDYGGAALFTVGMTALLFALAVGGGESYSWTSPFMLGLMIGSVVLLAAFLVVESRVKEPMLPLHLFKIRDITVSTVANILVSALIIGLTTYLPLWIQGVRGGNATLSGLTLAPMSIGWLIGSIISGRLIIKSGSRKTAIIGVVFLIIGAVGLAFMHKDTALGVLLVFTFIYGVGFGYISTLFQIIAQSSVGYEVRGASTALNSFIRTFGQTVGVAVFGLWVNAGIAGRLAAEPDAAGITSDDINKLLSPHGMAELPEGSGSLLSGILEGSLNSLFVVMAVMAVICMLIVAAFRNAPPEPETGTEETQPSGH				NA	NA	NA	NA	NA
JZ016_04980	1791			hypothetical protein	ATGTCCAAATTTAATCTGTTCCGAAAAATCATGCTGTTTATTTTCCTGATGTTGATTCCGATTGTCGGCCTCTATTTCTATTCGAACCAAACCACGACAAACGTGCTCAGCAAGGAGCTCAGCCAATCGAATACGAACCAGCTTGTCTTCTTTCAGAATCAGGTGAACACAAATATCGATATATTGGCATCGTGGCCGAATTTGCTGCTGCATGACCCGGATATTTCAAGCTTTCGGGATATTTATTTGCAGGATAAATATCTGAACCTGGACGCGATTAACCTCGTGAAGCAGATCCAGACGAAGCTGAGCATACAGGAGAGCTCTTCGAACTGGCGCAGCCATCTGGCCATTTATTCCCCGTCCCTTGGGCGGGTGGTCACCGAAAGTGATGCCGGCTTTTACTCGCCAGAAGAGCTTGCGGAGGACGTGAAGCCGGGCTGGCAGGTTACTTCTTATGATGAGGGGAGCGATCGGCGGTTCCTGTTTGTCTGGTATTCGGTGGCACCGTATTCCACCCAGCATCATACAGGCAAGGCGAATACCGTGATCAAGGTTGAATTCGACAGCACCAACATTCAGGATATGCTGGACCGCTTTAAAAGCGACGGAAGGAGCGATCCGTTCTACTATAAACCGGATACCGGCGTTATTTACAACCGTACCGCGGACCAGGAACTGATTAACCATATGATTGCGGAGCTGGGTCGGGAGCCGCTTCAAGACGTGGAGAACCGCGTGAAGGAAGTGGGCGGCAAAACCTATTCGGTCAGCATCGTATTATCGGAAACGACCGGATGGTATTTGATAGACTATATTCCGCTATCGGACATTATGAAGCCGATCCATACGTCCAACAGGCTCTTTTATATATCGATCGCCGCATTGCTCTTGATGAGCTGCCTCGCCGCATACCTGCTGTACTCCCAGGTTCAGGTTCCGATCAAGCAGCTGGTTTATGTGTTCCGCAGGCTGCAGGCCGGGGATTACGCGGTGAGGATGAAGGTATCGGGCCGAAACGAGTTCAGTTTTCTGGCTACGAGATTCAACTCAATGGTGGAGCAGATCCAGGAGCTGTTCGAGCATGTATACATGGAGAAGATCCACGTCAGGGAAGCGAAGCTGAAGCAGCTGCAGTCCCAGATCAATCCCCATTTCTTCTATAATTGTTTCTCGTTTATCACCAGTATGGCGAAGCTTCGGAAATACGAAGCCGTCGTGGCGATGTCGCACAACTTGTCCCGGTATTTCCGCTATACCACGCGTCAGGAAAGGGAACTGGTTCCCTTGCCCGATGAGATGGAGTTCGTTACGCATTATTTGGAAATACAGCAGATGCGAATGAGGCGTCTGAAATATCATCTCGATTTGACGGAAGAAGCTGAAGGCATGGAGATCCCGCCGCTGGTCATTCAGCCTTTGGTAGAGAATGCCGTACTGCATGGCATTGAACCTCATTCGGGTGATGGCGAGATCAGGGTAACCTTCCGAATTCTGGACGGCATGGCCTGCATCCAAGTGGACGATAACGGAATAGGCATGAACGGGCAGAAGCTGGCCGAGCTGGAGGCTCGGTTGAACAAGCCGATGGATCAGGAGATGGGATGCGGCGTCTGGAATGTTCACCAGCGCATGCGGCTGCGTTATGGCGAAGAAGCGGGCCTGCGGTTTGCGGAATCTCCACAGGGCGGCGTACGGGCTGTGCTCTATTGGCCGCTGCCGGATCGCTCGGAAGGAATCAATCAAAGTCAGGGCAGGGGGCAGGGAATGAATGAATATCTTATTGGTTGA	MSKFNLFRKIMLFIFLMLIPIVGLYFYSNQTTTNVLSKELSQSNTNQLVFFQNQVNTNIDILASWPNLLLHDPDISSFRDIYLQDKYLNLDAINLVKQIQTKLSIQESSSNWRSHLAIYSPSLGRVVTESDAGFYSPEELAEDVKPGWQVTSYDEGSDRRFLFVWYSVAPYSTQHHTGKANTVIKVEFDSTNIQDMLDRFKSDGRSDPFYYKPDTGVIYNRTADQELINHMIAELGREPLQDVENRVKEVGGKTYSVSIVLSETTGWYLIDYIPLSDIMKPIHTSNRLFYISIAALLLMSCLAAYLLYSQVQVPIKQLVYVFRRLQAGDYAVRMKVSGRNEFSFLATRFNSMVEQIQELFEHVYMEKIHVREAKLKQLQSQINPHFFYNCFSFITSMAKLRKYEAVVAMSHNLSRYFRYTTRQERELVPLPDEMEFVTHYLEIQQMRMRRLKYHLDLTEEAEGMEIPPLVIQPLVENAVLHGIEPHSGDGEIRVTFRILDGMACIQVDDNGIGMNGQKLAELEARLNKPMDQEMGCGVWNVHQRMRLRYGEEAGLRFAESPQGGVRAVLYWPLPDRSEGINQSQGRGQGMNEYLIG				NA	NA	NA	NA	NA
JZ016_04981	1626	rssB_10		Regulator of RpoS	ATGAATATCTTATTGGTTGATGACGAGAGTTATGTCACGGAAAGTTTATATCAGACGATACCATGGCGTGAGCTGGATATTGAAGAAGTGTATCAGGCTTCTTCCGCCTTGGAGGCGATCGACCTGCTGGAGGAGGAGGACATCGATGTGGTGGTCACGGATGTTCGGATGCCGGTCATGACCGGCCTGGAGCTGATGGAGACCATAACCGAGCGCTGGACGCATATCCGCTGCATTTTACTTACGGGTTATTCGGATTTTGAATATGCCAAGCAGGCGATTCGGCTGCAGGCATCCGATTACATTTTGAAGCCGGTGGACGATGATGAATTCATACGCAGCGTGAGCTCCGCCTTGGCGTCAATCAAGGAGGAGCGGAAGGAGCTTGGGCAGTACCATCAGTTGATGTACAGCCGCAAATCGGATCTCGGCATTCTGCGGAACAGCCTCATGCATGATCTCTTGCTTGGACGCGAGATACCGCGCCCTTCACTCGAACACAAGCTGCATGAATACGAGATCCCGCTCCGAACAGACCGGCGGACGGTCATGCTGCTGATCCAGCTCGGGCAGAAATTTACAAGGATGGACGACCATTCGGTCAGCCTGATGGAATATGCCATCGGTAATATTGCGGAGGAGGTATTTGCCGAGCTGCTCCATGTGTGGTCCAGCAAAACGCCGCATAACGGCTTGATTCTGTTGGCTCAGTACAAGGCAGAGGAAATGGATGCATTCGCGGATTCCCGCGCATTGAAACAGTATGTAATCCAGTTTCAACAGGATGTGGACAGCTATCTGAAGGGAAGCATTTCAGTTCTCGTATCGGCCTCCTTTGATTTTCCGGAGGAATTGGCATCTGTTTACCGGTCGGGTTTAAGCTCGCTTTACCTCTGGGGAAACGGAGATCATGAAGCCATCCGGTTTGCTGAAGACCATGATGGCAGGCTGCGTGAGCCTGTATGGGACGTGACCCAGGCTTTTGCCAAACCGCCCAGTCTGCTGCATCTGCTGGAGACAAGGCAGTGGGATGCCGCCCGGGACAAAATAGAACAAGTTTTTGCAGAGCTTGAAACCGCATTCATTGGGCAGACGGCGTTGTATGAAATGTTTTTATCGGTTGCGAATGCCTTTATGTACCTGGCTCATAAGCAGGGCCATTACGTTCATCAGCTCGATCAGGCCGGCTGGGATCCCCTGTATATTCAGCAGGTGGTTCAGTCGGCTGCGAAGCTGCGTTCCTGGTCGCTTGATATGCTGAACAAACTTCATGATATCTCCTCCGAGCAGGAGACAACGAGCAAGAGCCATATCATCAAACAGGTTCAGGAGATGGTGACTGCCGATTCGGGTCATGACCTGTCCGTCAAGACGATTGCGGACCGGGTATTCCTGCATCCGGTGTATTTATCCAAGATTTATAAGGGTGAAACCGGAGAGGGACTTGGCGATTATATTATCCGCAAGCGAATGGAGCGGGCGTTATACCTGCTGAAGCATACAAACAAGAAGATTTATGAAATTACCGCTGAGCTTGGCTACCAGAACCCGCAGTATTTTAGCAAGATGTTCCGGAAGCACTACGGGATGACGCCGAACGAATACAGAGACCAAGGATGTTGCTAA	MNILLVDDESYVTESLYQTIPWRELDIEEVYQASSALEAIDLLEEEDIDVVVTDVRMPVMTGLELMETITERWTHIRCILLTGYSDFEYAKQAIRLQASDYILKPVDDDEFIRSVSSALASIKEERKELGQYHQLMYSRKSDLGILRNSLMHDLLLGREIPRPSLEHKLHEYEIPLRTDRRTVMLLIQLGQKFTRMDDHSVSLMEYAIGNIAEEVFAELLHVWSSKTPHNGLILLAQYKAEEMDAFADSRALKQYVIQFQQDVDSYLKGSISVLVSASFDFPEELASVYRSGLSSLYLWGNGDHEAIRFAEDHDGRLREPVWDVTQAFAKPPSLLHLLETRQWDAARDKIEQVFAELETAFIGQTALYEMFLSVANAFMYLAHKQGHYVHQLDQAGWDPLYIQQVVQSAAKLRSWSLDMLNKLHDISSEQETTSKSHIIKQVQEMVTADSGHDLSVKTIADRVFLHPVYLSKIYKGETGEGLGDYIIRKRMERALYLLKHTNKKIYEITAELGYQNPQYFSKMFRKHYGMTPNEYRDQGCC				NA	NA	NA	NA	NA
JZ016_04982	1686	lipO_18	COG1653	Lipoprotein LipO	ATGAACGCTAGAAGAAAGAAATGGTTCCCGATCCTGGCTGCGTCCTTGCTGTTGGCCGGATCCTTGGCCGGATGCTCCGGGAGCGAGCCGAAGCCGGAAGCGGCACAGCAGCCAGCCGAATCCAAAACTGAAAACGTCTACAAAGACAAATACGAACCGGAAGTTACGATTACGACGGTGTGGGGCGTCGATCCAACGCTGCAATTCAAGAATGGGGAAACGATCGAGAACAACGTGGCTACGAAGTGGGCCAAGGAGAAGTTCGGCATCAACATCAAATCGCTGTGGTCCATTACGGATACCAACGGCGCTTTTGCAACCAAGCTGCGTCTGGCTATGTCCTCCGGACAGGAGATGCCGGATATCGTCACGCTCGGCACCGAAAATCAGCAGCTGGCCCAGGATTTAATCGATTCCGGCATGTTTGCCGAGGTAGGCACGCTGTTTGACCAGTATGCATCGGAAACGTGGAAGAACGCGATGAATCTGGATTCCAATGTGTGGAATCAGTACAGCCGGGACGGTAAGCGAATGGGGCTTCCGGTACTGGATTTTGCCTATAATCACGACTATGTATTATGGATCCGGCAGGATTGGCTGGACAAGCTGGGGATGAGCGCACCGAAGACGATGGATGAGCTTGAGCAGGTGATGGAGGCCTTCAAGAACCAGAACCCTTCCGGTCTAGCCCCGGACAAAGTCACCCCGCTCAGCATTGGCTTCAAAACGTCCATGAGCACCTGGATGGGAGATCCGTCCTGGATATTCGGCGCTTACGGAACGCTGCCGCAGCAGTGGAACGTGGCTGAGGACGGAAGCCTGGAATATGGCTCGGTCCATCCAGGCATGAAGGAAGGCTTGGCGAAGCTGAACGAGTGGATGAATAAAGGGTATATTCCGAAGGAAGCCGCACTGTGGGATGAGAATAAGACTGCCGAGCCGGCTGTAGCCGGAACGGCCGGGATCATTCCGGGGCCCTATTGGATGAGCGGCTGGCCGCTGATCGATACCGTGAAGAATGCCCCGGAAGCCGTCTGGAAGCCTGTGCAAATTCCGGCTGGTCCTGATGGCACTGCGATGCGGCATGGAACGCAGTATACGAATGGCGTTACCCTGATCCATAAAGACATGGAGCATCCTGAAGCTTTCTTCACGTATCAGAACTACCTGTTTGATAACTTTGCCGTGTCCAAGGAAGGCGGCGAATTTGCCAATGGACTGTTTGAAGGCTATGACTTCGAGCTCGATGCCAATGGCGAAATGGTTCCGAACGATCAAATCGAAGGCGGTTATGTCAATGTCGTCCGTTATTTGCTGGTCCGCGACGGCGCCCGGATTCCGGACGAGCAGATGAAAGCACTGCTGAAGCTGGCAAAAGGGGAGAAGCCGCAGAGCCGTCTCGAAAAAGATGTCGCGGTCAACTATGGCAAGGATACGCCGGCCGCTGCCGAGGTGCTCCTCTCCCAAGAGGAGATCTCCAAGAAGAACATGTTTACGGGACCGGTTACCGCCACCATGAAATCGAAGTGGGATTATCTCCTGAAGATCGAGAATCAAACCCTGAACGAGATCATTTACGGCAAGCAGCCGGTTGAATCGTTTGATAAATTTGTAGAGACGTGGAAAGCGGGAGGCGGTGAACAGATCACCAAAGAGGTTAACGAATGGTATCAAAGCGTGAAGTAG	MNARRKKWFPILAASLLLAGSLAGCSGSEPKPEAAQQPAESKTENVYKDKYEPEVTITTVWGVDPTLQFKNGETIENNVATKWAKEKFGINIKSLWSITDTNGAFATKLRLAMSSGQEMPDIVTLGTENQQLAQDLIDSGMFAEVGTLFDQYASETWKNAMNLDSNVWNQYSRDGKRMGLPVLDFAYNHDYVLWIRQDWLDKLGMSAPKTMDELEQVMEAFKNQNPSGLAPDKVTPLSIGFKTSMSTWMGDPSWIFGAYGTLPQQWNVAEDGSLEYGSVHPGMKEGLAKLNEWMNKGYIPKEAALWDENKTAEPAVAGTAGIIPGPYWMSGWPLIDTVKNAPEAVWKPVQIPAGPDGTAMRHGTQYTNGVTLIHKDMEHPEAFFTYQNYLFDNFAVSKEGGEFANGLFEGYDFELDANGEMVPNDQIEGGYVNVVRYLLVRDGARIPDEQMKALLKLAKGEKPQSRLEKDVAVNYGKDTPAAAEVLLSQEEISKKNMFTGPVTATMKSKWDYLLKIENQTLNEIIYGKQPVESFDKFVETWKAGGGEQITKEVNEWYQSVK	PGPT0017245_739	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_04983	891	yteP_55	COG4209	putative multiple-sugar transport system permease YteP	ATGAAGAGGATGAAAAAAACATGGCCTTTCCACGTCATGCTGCTGCCGGCCCTTATCTGTCTGTTTTTATTCAGTTATTTGCCGATGGGCGGCATCATTATGGCTTTTCAGGACTATAAGCCGTGGGAGGGCGTTGGCGGCTCCGCATGGGTGGGCTTGGACAATTTCCGTTATTTGTTTGAAAGGCAGGACAGCATGCAGGTCATATGGAACACCTTGGTCATCGCGGTGATGAAAATCGTGTTCAATCTGCTGATTCCGTTCGTGTTTGCCATCCTGCTGAATGAAATTCGAAAAACGGCGCTTCAGCGGAGCATCCAGACGATGGTTTATTTGCCCCACTTTTTGTCCTGGGTCATCCTGGGCGGAATTTTGATCGAAATGCTCGCCGTGGACGGCTTTGCCAATCGGATTCTGGCGGCCGTCGGCATCGATCCGATCTTTTTTCTCGGAGACAATAACTGGTTCCGGTTCACGGTGATCGTGTCTGACGTGTGGAAGGAGTTTGGCTACAATACGATTGTATTCCTGGCTGCGCTGGCCGGTGTTAGCCCGACCTTGTACGAAGCTGCGGAGATGGATGGAGCGGGACGCCTGAAGCAAACGCTTCATATCACGATCCCTGCCATGATTCCCATCACGATCGTTGTCGGAACATTGGCGCTGGGCAACATCCTGAATGCCGGGTTTGACCAAATCTTCAACCTGTACAATCCGCTGGTATACGAGAAAGGCGATATTATCGATACCTTTGTATACCGTACAGCAATCCTGAATGGCGAGATGGGGTTTGGAACGGCCATCGGCTTGTTTAAATCGGTGATCAGCATGGCCCTTATTCTCGTATCCTATCGGCTGGCCTACAAGTGGGCGGGCTACCGTATATTCTAG	MKRMKKTWPFHVMLLPALICLFLFSYLPMGGIIMAFQDYKPWEGVGGSAWVGLDNFRYLFERQDSMQVIWNTLVIAVMKIVFNLLIPFVFAILLNEIRKTALQRSIQTMVYLPHFLSWVILGGILIEMLAVDGFANRILAAVGIDPIFFLGDNNWFRFTVIVSDVWKEFGYNTIVFLAALAGVSPTLYEAAEMDGAGRLKQTLHITIPAMIPITIVVGTLALGNILNAGFDQIFNLYNPLVYEKGDIIDTFVYRTAILNGEMGFGTAIGLFKSVISMALILVSYRLAYKWAGYRIF	PGPT0017250_2751	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_04984	879	melC_15	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGTACCATAAAACGATGGAATACCGCATATTTAACGTGTTTAATACCTGCTTGCTTGTCGCGCTTGCCATTCTCTGCATCATTCCGCTGCTTCATGTGCTGGCGATTTCGTTCAGCTCCAAAGCCGCTGCCGACGCCAGTCTGGTGGGATTATGGCCGGTCGATTTTTCGCTGGAGGCTTACAAGAAAACGATCAATAACCCGGCGTTTTTGCACTCGATCTGGATCTCCATTGCGCGTACCGTATTAGGAACGGCTCTAACGCTTGCCGTAACGTTCCTGGCCGCATACCCGCTGTCCAAGGAGAACCGCGTCTTCCGCAGCCGCAGTATTTATTCCTGGCTGTTTGTGTTCAGCATGGTCTTTAATGGCGGCCTGGTGCCATTCTATATCGTGATTCAGAAGCTGGGCTTGATCAACTCCTTCTGGGTACTGGTCATTCCCGGCACCGTGAATACCTTTCTGGTGATCCTGATGCTGAACTTCTTCAGGGGGATTCCGAAAGAACTGGAGGAAGCAGCTTTCATTGATGGAGCCGGCCATTTTAAAACGCTGTTTAAAATTTATTTGCCGATCTCGCTGCCCTCGATTGCCACGATTGCGCTGTTCAGCATGGTGTTCCATTGGAACTCATGGTTTGACGGGCTGCTATACCTGAACAATGCCAAGGACTTCCCGCTGGCGACCTTCCTGCAGACGGTTATTATCCAGCGAGACATGAGCTCGATGAGCATGAGCCCGAAAGAGATGGAGCTGTTGTCCCAGACGACGGTGAATGCCGCACAGATCTTTATCGGCGCGGCGCCCATCCTGCTGGTCTATCCTTTTTTGCAGCGTTTTTTCGTTAAAGGGATGACGCTGGGCTCTGTCAAAGAATAA	MYHKTMEYRIFNVFNTCLLVALAILCIIPLLHVLAISFSSKAAADASLVGLWPVDFSLEAYKKTINNPAFLHSIWISIARTVLGTALTLAVTFLAAYPLSKENRVFRSRSIYSWLFVFSMVFNGGLVPFYIVIQKLGLINSFWVLVIPGTVNTFLVILMLNFFRGIPKELEEAAFIDGAGHFKTLFKIYLPISLPSIATIALFSMVFHWNSWFDGLLYLNNAKDFPLATFLQTVIIQRDMSSMSMSPKEMELLSQTTVNAAQIFIGAAPILLVYPFLQRFFVKGMTLGSVKE	PGPT0017255_2374	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_04985	2073	bglY	COG1874	Beta-galactosidase BglY	ATGAAACGAACGTTTAATCCGATTAGCTCGCGCGTTCCGCACATGCTGCATGGAGCCGATTATAATCCGGAGCAATGGCTTCGTTATCCCGAAGTCCTCGAAGAGGATATCCGGCTGATGAAGCTGGCGAATTGCAATGTGATGTCCGTTGGCATATTTTCATGGGTTTCCTTGGAGCCCGAGGAAGGCGTGTTCACGTTTGATTGGCTTGACGCCGTATTGGACCGCTTTGCCGCCAATGGAATTTATGCTTTTCTGGCAACGCCAAGCGGCGCAAGACCGGCCTGGATGTCGGAGAAGTATCCTGAGGTGCTGCGCGTAAGCGAGAGACGGGTCCGTAACCTGCACGGTTTCCGGCATAATCATTGTTATACTTCGCCGGTCTATCGGGAGAAGGTCCATACGATCAACAGGAAGCTTGCGGAGCGGTACGGCAATCATCCAGCTGTAATCGGCTGGCATATCTCGAATGAGTTTGGCGGCGATTGCCATTGCGACTATTGTCAGGACGCATTCCGGTCCTGGCTTCAGACAAAGTATAGAACGCTGGATGAGCTGAACCATGCCTGGTGGACTGCGTTCTGGAGTCACACGATTACGAAATGGAGCCAGATCGAATCCCCAGCACCGCACGGTGAGACGCAGGTCCATGGAATGAACCTGGATTGGAGACGGTTTGTAACCGATCAGACGGCGGATCTCATCCGGCATGAAATTGAACCCCTCCGGAGGGTCAATCCATCCCTTCCGGTTACGACCAATCTGATGGAATATTTTGAAGGTCTGAATTACTGGAAGTTCGCTGATCTGCTGGACGTTGTATCTTGGGACAGCTATCCGACCTGGCATGATCAGGGCGGGGATGAGGCCGTGCAGGCAGCCCGCGTTGCCATGATGCATGATATTATCCGCTCGATCAAAGGCGGACAGCCTTGGATGCTGATGGAGAGCACGCCAAGTCTGACCAACTGGCAGCCGGTGAGCAAGCTGAAGCGTCCGGGTATGCATTTACTGTCTTCCATGCAAGCCGTTGCCCATGGTTCGGATACGGTGCAATATTTTCAATGGCGCAAGAGCAGGGGATCGAGCGAGAAGCTGCACGGCGCCGTCGTCGATCATGTCGGTCATGAACACACCCGGGTGTTCAGCGATGTGGCCGAGGTCGGGGACTATCTCAAGAAGATGGATGCCGTTGTAGGAACGGGCATTCCGGCGGAAGCGGCGGTCATTTTTGACTGGGAGAACCGCTGGGCCATCAACGATGCGCAGGGTCCGCGGAACAAGGGAGTCAAGTATGAAGAGACCGTGCAAGAGCATTACCGGGCTTTATGGAAGTTGGGAGTCCCGATCGACGTCATCGATATGGAGCAGGACTTCTCCGGATATAAACTTTTGGTAGCGCCCATGCTGTATATGGTGCGCCCAGGCGTGGGCGAGCGGATTCAACAATTTGTGGAAGCGGGCGGCACGTTTGTTGCAACGTATTGGTCGGGAATCGTCGACGAGTTTGACCTTTGCTTCCTTGGCGGATTTCCGGGCCCCCTCCGTAAGACGCTCGGCGTATGGTCGGAAGAAATCGATGCTCTGCATGATCACGATGTCAATGGGATCGTAACGAATGACGGAGGGGGGCTTGGCTTGGCCAAAGCTTATGAAGCCATTGAGCTCTGCGACCTCATTCATCTAGAGACGGCGGAGGCGCTGGCCGTTTACTCTTCCGATTTCTATGCGGGACGGCCTGCCTTGACGGTCAATCAGCTGGGGAAGGGCCGGGCCTATTATATTGCCTCCCGGAACAAGGAGCCGTTTCATTCCGATTTTTACAGGAAACTCGTTGAACAGACTGGCGTCCTTCGGGCGCTTCCAGTGGAGCTGCCTTCGGGCGTAAGCTCCTCCATTCGTACGGATGGAGAGTCGGACTACATTTTCGTGATGAACTTCTCTGGCGAAGCGAAGCGGATCACGCTGGACGGAACCCGGTACAGCGATTTTATTTCAGGCGAAGCCATAGGGGCTGAACTTGTGTTGGCTCCTTATGGAGTGAAGGTGATCATAAAAGGCGGGATTTCGTAA	MKRTFNPISSRVPHMLHGADYNPEQWLRYPEVLEEDIRLMKLANCNVMSVGIFSWVSLEPEEGVFTFDWLDAVLDRFAANGIYAFLATPSGARPAWMSEKYPEVLRVSERRVRNLHGFRHNHCYTSPVYREKVHTINRKLAERYGNHPAVIGWHISNEFGGDCHCDYCQDAFRSWLQTKYRTLDELNHAWWTAFWSHTITKWSQIESPAPHGETQVHGMNLDWRRFVTDQTADLIRHEIEPLRRVNPSLPVTTNLMEYFEGLNYWKFADLLDVVSWDSYPTWHDQGGDEAVQAARVAMMHDIIRSIKGGQPWMLMESTPSLTNWQPVSKLKRPGMHLLSSMQAVAHGSDTVQYFQWRKSRGSSEKLHGAVVDHVGHEHTRVFSDVAEVGDYLKKMDAVVGTGIPAEAAVIFDWENRWAINDAQGPRNKGVKYEETVQEHYRALWKLGVPIDVIDMEQDFSGYKLLVAPMLYMVRPGVGERIQQFVEAGGTFVATYWSGIVDEFDLCFLGGFPGPLRKTLGVWSEEIDALHDHDVNGIVTNDGGGLGLAKAYEAIELCDLIHLETAEALAVYSSDFYAGRPALTVNQLGKGRAYYIASRNKEPFHSDFYRKLVEQTGVLRALPVELPSGVSSSIRTDGESDYIFVMNFSGEAKRITLDGTRYSDFISGEAIGAELVLAPYGVKVIIKGGIS	PGPT0017815_615	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308	NA	NA
JZ016_04986	1053	ganB	COG3867	Arabinogalactan endo-beta-1,4-galactanase	ATGACTGAAATTGCGAAAGGAGTTTGGTTCAGGATGTTTCTATGCGTATCGATGCTTGCGTTATCGTTTGGCTTTTCGGGTAACGGCTCCGCCGAGGCGGCGCCTGCTTTTGCAAAAGGAGCGGACATCAGCTGGGTTCCCGGTATGGAAGCTCAAGGATATAAGTGGAAGGACAAGACAGGGGTTCAGCGCGATATTCTGGACATTCTGAAGAACGATTACCAGATCAATTCCGCCCGGATTCGAGTCTGGGTCAATCCCAATATGAATGATTACATGAACGGCTATCTGAATGCGGAAAAAGCCGCCGAGCTGGCCCAGCGTGCCAAGAATAAAGGCATGAGCATTATGCTTACGCTGCATTACAGCGATTCCTGGGCGGACCCGGGACAGCAGTACAAGCCGTATGCCTGGCGTAATTTTACCTTTCAGCAGCTGATGGATGCGGTCTATTCCCATACCGTCTATGTGATGAACACCATGAAGAACAAAGGCGTGACGCTGGATTGGGTACAGGTCGGCAACGAAACCAACAACGGGATGCTGTGGGAGGACGGCAAAGCCTCGGCGAACATGAAGAATTACGCCTGGCTCGTCAATACGGGGCATAATGCAGTGAAGTCCGTCAGCAGCCAGACCAAGACGATCGTTCATTTATCGAATGGCTACGACAATGAATTGTTCAAGTGGAACATTGGCGGCTTGATCAGCAACGGCGCGAACTTTGATATTATCGGCATGTCGCTGTACCCGGAAGCAGGCGATTGGTCATCGAAGGTCGATCAAACGATTGCCAATGCCAAAGACATGACCGCCAGATATGGGAAAAGCATCATGATCAGCGAAATCGGCATGGATTACAATCAGCCCGCGGCAGCCAAGAGCTTTATCCAGAGCATTAAGACCAAGGTAAGAGGCTTAGCGGGAGGTACGGGGCTGGGCGTGTTCTACTGGGAGCCTGAAGCAGCGCCGGGATACAATGCGGGATACAACAAGGGAGCCTGGCAGGCGGACGGGAAGCCGACTATTGCCTTGGAAGGCTTTAAAGACTGA	MTEIAKGVWFRMFLCVSMLALSFGFSGNGSAEAAPAFAKGADISWVPGMEAQGYKWKDKTGVQRDILDILKNDYQINSARIRVWVNPNMNDYMNGYLNAEKAAELAQRAKNKGMSIMLTLHYSDSWADPGQQYKPYAWRNFTFQQLMDAVYSHTVYVMNTMKNKGVTLDWVQVGNETNNGMLWEDGKASANMKNYAWLVNTGHNAVKSVSSQTKTIVHLSNGYDNELFKWNIGGLISNGANFDIIGMSLYPEAGDWSSKVDQTIANAKDMTARYGKSIMISEIGMDYNQPAAAKSFIQSIKTKVRGLAGGTGLGVFYWEPEAAPGYNAGYNKGAWQADGKPTIALEGFKD	PGPT0023570_593	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTANASE,PGPT0023570-EC_3_2_1_89|ganA-K01224	NA	NA
JZ016_04987	465	mhqR_3	COG1846	HTH-type transcriptional regulator MhqR	ATGAAGGTGTCACATGAACGCGATACACAGCTTGCTATGCACCTGTATCGGGTGTTTGCCAAGTCATTCAAGAGCGTCAACGAACATGTCGTGAATAACAGTAAAATCGAAGGCTTTAATCCAACTTCATTTGCCGTAATGGAAGTACTGTTCTATAAAGGCCGCCAGCCCATCCAGCAGATCGGGGCACAGCTGCTCCTGCAGAGCGGAAACGTAACCTATGTAGTTGATAAGCTCGTTGAAAAAGGTTATGTGCGCCGCAAACCCTGTCCCGAGGACAGAAGAGTCATTTACGCCGAGCTGACTCCGCCCGGAGAGCAATTAATGCAGAAGCTATACCCCCTGCATGAACGACACATCGAGCATGCCCTGGGTGGATTGGATGAGGAAGAGAAACATCAACTCATTGGGCTTCTGAGTAAAATGGGGAAACATGCGGAACAGGTACAAATCGTGCGCCAGTAG	MKVSHERDTQLAMHLYRVFAKSFKSVNEHVVNNSKIEGFNPTSFAVMEVLFYKGRQPIQQIGAQLLLQSGNVTYVVDKLVEKGYVRRKPCPEDRRVIYAELTPPGEQLMQKLYPLHERHIEHALGGLDEEEKHQLIGLLSKMGKHAEQVQIVRQ				NA	NA	NA	NA	NA
JZ016_04988	732	ecsA_2	COG1131	ABC-type transporter ATP-binding protein EcsA	ATGCATAAGATTCAAGAGAATGAATGGGGTACCGAACCGGTACTGAAGGTGGATATTCAGCAGGCGGGTTACGAACCAGGCCGCCCGCGCATACGGGATATATCGTTTCAAGTGGCACCCGGCGAACTGCTGGGGTTGATCGGTCCGAATGGAGCCGGAAAGAGCACAACCATTAAGACGGTGCTGGGGCTGCTTAAAGATAGTAAAGCTGACGTCTTTATTGCAGGTCAGCCTCCCCGATATGCTTACGTTCCCGAGCAGCCGGTGTTTTATGAGGATTTGACGCTGTGGGAGCATTTGGATTTGGCGGCTGCTGCATTTGGAATGGATGATGAACATTTCGAGAGACAGGCCGATCAGCTTCTCCGTCAGTTTGGAATGGAGCCGGTGCGCAATGAACTGCCGGGAGGCTTCTCCAAAGGAATGAAGCAGAAGATGATGCTGATGATCGGATTTCTCTCCAAGCCGGACGTCTATATTGTAGATGAACCGTTTATTGGATTGGATCCCCGAGCCACCCGAGATTTCTTGAATCTGCTGCTTGAGGAGAGAAGTCGTGGAGCCGGCGTATTGATGTCCACCCATGTGCTGGATACTGCAGAGAAAATTTGCGATCGCTTTGTGCTCATATCCGCAGGCCGGATTGCCTCGGAGGGCACGTTGGATCAAATCCGCCAGGCCGCTGATCTTCCCGGCGCATCGTTGTTTGATTGTTTCGATGCGCTGACATGA	MHKIQENEWGTEPVLKVDIQQAGYEPGRPRIRDISFQVAPGELLGLIGPNGAGKSTTIKTVLGLLKDSKADVFIAGQPPRYAYVPEQPVFYEDLTLWEHLDLAAAAFGMDDEHFERQADQLLRQFGMEPVRNELPGGFSKGMKQKMMLMIGFLSKPDVYIVDEPFIGLDPRATRDFLNLLLEERSRGAGVLMSTHVLDTAEKICDRFVLISAGRIASEGTLDQIRQAADLPGASLFDCFDALT	PGPT0006725_24859	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_04989	1263			hypothetical protein	ATGGATCGATCTTATCATTTTAGCCATCCGGGCTCCCTCTTTTGGCGAAGGGTGACCGCTCATTGGAAGAATCAACGCGACAATCTGGCAACCGTGGTCGACTGGATCGTAATGCTGTATATCATTGTTCCGGGTCTGCTGCTGGGAGGCGGGCTCTACCGCGAGTTATGGACGAGCCCGCTTCCCGGATGGGCCCAGTTCTTTCCGCTGCAGGCGGTGGTAGGTCTTCTGCTCTTTATGTTCTCAGGCAGAGTGCTGCTGTTCCTGGAAGAGGCTGACGTATTGTTTCTTCGCCAGCAGCGAGGCTGGATGAAGGGGTTAATGATCAGGGGCATGGCATACAGTCATACGGTCTCAGCGATCAAGGGATTGGTCGTTACAGTGCTTGCGCTGCCAATTCTGGTCAGGGAACATGAGATAACCGGCATTGCCCTGCTGACCTTGCTGATGATGACGGCTCTATGCGCCTGGTGCGCGAATTTATTAACCGCTATGATTCGCTCCAGCTATAAAGGCTGGCGGAAACATGGAATGACTTATCTCGTACGCTGGCTCTCATTCGGACTGTTAGCGCTGCTTGTTACATTTTGGCTTGAGTCCTATGCTGTATTGTGGGCAGCTGCCTTGATTCTGCTTATGGTGCTGTTTCTTCTTAGCCGCAAGCGGCTTGCCATGCAAGGAACCTTCATCGCAGATGCGCGTGAGGATGCGAAGACAAGGGTCCAGTTGACGGAGAAGCTGCTCGTTCAAGCCGTCGGCAAACCACCAAGTGTACGAAGCAAGACCTGGTTTATGCGCAAGTCCGGCCGATTGTTCAAAGGTACAGTGGAGAAGAGGTTGGCCGATGCGGGGTTAAAGGCGATTTTGCGCCACCCTGAGAGCTTGTTATTGTACATTCAGATTACGCTGGTCGGCATTCCGGCTGTCTGGCTGCCGCCGCCGATCATCAAAATCATCGTATACCTTGCTCTGGTATTGATGATGTCGTATTGGCTGAATACAAGATGGGCGGTGTTCGCCAAAGCCGAGTTTATGCAGGTGCTCCCGTTTACGAATCAGCAGCATCGTACGGCTGGCGTCCTCGCGGTCCGAACCTTGCTCGCTCTTCCCGCATTTCTTTATTCGCTCGTGGCTGGGCTAACGCTTTTGCAAGGGGGAATGGGATGGCTCGCCGTGCTTGCACTGACTGTGCTGGCAGTCATGGTTGCGCCATCGCTTATGTCTTGGCCGGTCTACAAAGAGGAGAGACACCCACAAGAATAA	MDRSYHFSHPGSLFWRRVTAHWKNQRDNLATVVDWIVMLYIIVPGLLLGGGLYRELWTSPLPGWAQFFPLQAVVGLLLFMFSGRVLLFLEEADVLFLRQQRGWMKGLMIRGMAYSHTVSAIKGLVVTVLALPILVREHEITGIALLTLLMMTALCAWCANLLTAMIRSSYKGWRKHGMTYLVRWLSFGLLALLVTFWLESYAVLWAAALILLMVLFLLSRKRLAMQGTFIADAREDAKTRVQLTEKLLVQAVGKPPSVRSKTWFMRKSGRLFKGTVEKRLADAGLKAILRHPESLLLYIQITLVGIPAVWLPPPIIKIIVYLALVLMMSYWLNTRWAVFAKAEFMQVLPFTNQQHRTAGVLAVRTLLALPAFLYSLVAGLTLLQGGMGWLAVLALTVLAVMVAPSLMSWPVYKEERHPQE	PGPT0006730_3047	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_04990	1278		COG2081	putative protein	ATGCTTGAATATGATATTATTGTCGTCGGCGGCGGACCTTCCGGATTGATGTCCTGTGTTGCGGCAGGGGAAAGAGGAGCTTCCGTTCTGCTGATTGACAAAGGAGATAAACTAGGCCGTAAACTTGGCATATCGGGCGGCGGAAGATGCAATGTGACGAATGCCAAAGAACAGGATGAATTGATTGCCAACATCCCGGGAAACGGCCGTTTTCTATATAGTGCTTTTCAGCATTGGAACAATAAGGATATCATGTCTTTTTTCGAGGGCCTTGGCATTCGCCTCAAAGAAGAAGACAATGGGCGCATGTTTCCTGTGACGGATAAAGCCTCCAGTGTCGTGAATGCCTTGATTGGCAAAGTGAAGGAGCTCGGTACCGACATCCGGACAAACAGTCCGGTGAAAAAAGTTCTCTATGAGAACGGCCGAACGGCCGGGATCGAACTGAAATCCGGGGAAGTGATCAAGTCTTCCTGCGTGATCATTGCAACCGGCGGACAGTCTGTACCGCAAACCGGTTCGACGGGGGACGGGTATCCTTGGGCTGAGGCGGCAGGACATACGATCACGGAGCTGTATCCAACCGAAGTGCCTATCGTCTCCACCGAGCCTTTTATTGCCTCTAAAGAGCTGCAAGGTTTGTCACTGCGGGATCTGGAGCTCTCCGTCTGGAATCCGAAAGGAAAAAAAGTGATTGCCCACCGGGGAGATATGCTGTTCACCCATTTCGGGGTGTCCGGTCCGATCGCGCTGCGCTGCAGTCAGTTCATCCGCCAGGTGCAGCGGAAGTTTGATATCGTAAATGTGGACATGGCCATCGATATGTTCCCCGATCGCTCTCAAGCTGAGCTTGAGGCCGAACTCAAAGGACGGCTGGAGGATGAGCCGAGAAAAAGCATCAAAAACGTGCTCAAGGGCATGCTGCCGGAACGAATGATCCCCCTGCTGCTATCCAAGTCCTCCATCGACAGCGACATGATCTGCAGCGGTATCTCCAAAACGGCGCTGACAACCTTTATCTCGATTCTAAAAAAGTTCACGTTCCGCGCGTCGGGCACCCGTTCGCTGAAGGAAGCCTTCGTGACAGGCGGCGGCGTCAGCCTCAAGGAAATCCAGCCCAAAAGCATGGAATCCAAGCTGATGCCCGGCCTCTTCTTCTGCGGTGAAATTCTGGATATTCACGGATACACCGGCGGTTACAATATTACGGCCGCCTTTGCAACCGGTTATACGGCAGGCAAGCATGCTGCCGAAGCAGCAGCGGTAAGTAAATCATAA	MLEYDIIVVGGGPSGLMSCVAAGERGASVLLIDKGDKLGRKLGISGGGRCNVTNAKEQDELIANIPGNGRFLYSAFQHWNNKDIMSFFEGLGIRLKEEDNGRMFPVTDKASSVVNALIGKVKELGTDIRTNSPVKKVLYENGRTAGIELKSGEVIKSSCVIIATGGQSVPQTGSTGDGYPWAEAAGHTITELYPTEVPIVSTEPFIASKELQGLSLRDLELSVWNPKGKKVIAHRGDMLFTHFGVSGPIALRCSQFIRQVQRKFDIVNVDMAIDMFPDRSQAELEAELKGRLEDEPRKSIKNVLKGMLPERMIPLLLSKSSIDSDMICSGISKTALTTFISILKKFTFRASGTRSLKEAFVTGGGVSLKEIQPKSMESKLMPGLFFCGEILDIHGYTGGYNITAAFATGYTAGKHAAEAAAVSKS				NA	NA	NA	NA	NA
JZ016_04991	1725	sasA_34		Adaptive-response sensory-kinase SasA	GTGCTGAGCCTATGGAAAGATATTTTGCTGCAAGTTTTGCTGTCTGGTACACTCATCTTTCATCTGCCGCTTCTCCTCGACAGACATCTAAAGTGCCTGAACAAGAAGAATCCGGATGATCTGCTTCGATTTCGCAAACATATTGTCATTGCATGCGGAATCAGCACTGTATTATGTGTCTTGATCTCGGCCATGAACGATTATTACGTACCGATCAACCTTGGGGTAATTCCGTTATTTTTAGGCATATTATATGGAGGTCGTCGTTCAGGGCTATTTCTTGCAGCTGTGTATATCACAAGCCAAGGGCTGATTAATGGTTGGTCCACGATCGGCCTCATCCTGAATATGCTGGTTCTGGGATATTCGCTATTACCTTGGATCACCTCTAATTTCAGGAAAGGCTCCATGACCGAGAAGATTTGTTGGCTGTGGAGCGCGCTTATTCCGGCCATGCTGATTATTGTAGCCTCCCACGCGATTGAAGGAAAGGTTAAGAATGATGCTCTGAATCCGGATACGATATTGGTGACCATTTTGTATATGCTGATCGGCATTTTTTATTCTGGAATGATTGTGTATTGGATCGAATTAACCAATGAGCGTCTGGGCGCGGGCCAATATGATGTGAAGAACAGAGAGTGGTCATCGTTAACCAAAATGATGGAGATGATTCCTTTAGGGATGGTCGCGGTAGATCGAAGCGGCAATATCATCGCCTTTAATCAACCGCTTATCCGCAGCTTTCGAAACGTGTTTCCTAATCTGTCGACCAAGGATGTGATCGGCAGACCGTTGTTTGACTTATTAGATGGCATGATTCAAAAAGAACATCTGCGCAGTCGGTTTCATAGAGCGATAGATGGAATCGAAAGCACCGGTGAGATTATGCGAAGCGCTACCAGGGTGTATTCCACGGGCATTTATCCGCTTATACATAACGAGAACGGCGACATCTTGGGTGCGGTAGGTATTATGGAAGATATTACGGAGCTGGAGCGGCTTCGGACGGAATTTATTAATGTAGAGCGTTTAAGTTTGGTTGGCCAAATGGCGGCAAGCATTACCCATGAAATTCGCAATCCGATGGCTGTCGTGCGTGGATTCTTGCAGCTGATGCAGGAGAAGAGTCCGGATACGCTGGACCATTATTACCGGATTGTCATGGAGGAGCTCGATCGGGCTAACGGTATCATCAGCGATTTTTTATCCCTCGCCCAAAACCGGGTTGCAGAAAAAGAAGAGTGTCACCTGCATGACATTATACATGAGCTCAGTCCCCTCTTGTGGGCTGACGCGAATTTGCGCGGCCAGAGCATTGAGCTGAAACTCGGAACCGAAATTCCCCATCTGCATCTGAATGCCAAGGAGATGAAACAGCTGATTCTGAACCTGTGCCGAAACGGGATGGAGGCTATGGACGACAAGGGGACGTTGACGATCGAAACCCGGGTCGATGGGGATCAGGTCCTGCTTTATGTTGCGGATACAGGAATCGGCATCTCCGAGAATGAGCTGGAGCGTTTGTTTGAGCCTTTCTTTACGACGAAGAGCAAGGGAACGGGGCTGGGACTTGCCCTGTGCATGAGCATTGTACAGCGTCATCACGGGACCATTGATGTGAAGTCGAGGCTAGGGGAAGGAACGGTTTTCATTATTTCCTTTCCCGTCCACTCTTACCTGCAAAGCTTACCGGAAACCGAGAGCGCTGCCGCTTCCGAATAA	MLSLWKDILLQVLLSGTLIFHLPLLLDRHLKCLNKKNPDDLLRFRKHIVIACGISTVLCVLISAMNDYYVPINLGVIPLFLGILYGGRRSGLFLAAVYITSQGLINGWSTIGLILNMLVLGYSLLPWITSNFRKGSMTEKICWLWSALIPAMLIIVASHAIEGKVKNDALNPDTILVTILYMLIGIFYSGMIVYWIELTNERLGAGQYDVKNREWSSLTKMMEMIPLGMVAVDRSGNIIAFNQPLIRSFRNVFPNLSTKDVIGRPLFDLLDGMIQKEHLRSRFHRAIDGIESTGEIMRSATRVYSTGIYPLIHNENGDILGAVGIMEDITELERLRTEFINVERLSLVGQMAASITHEIRNPMAVVRGFLQLMQEKSPDTLDHYYRIVMEELDRANGIISDFLSLAQNRVAEKEECHLHDIIHELSPLLWADANLRGQSIELKLGTEIPHLHLNAKEMKQLILNLCRNGMEAMDDKGTLTIETRVDGDQVLLYVADTGIGISENELERLFEPFFTTKSKGTGLGLALCMSIVQRHHGTIDVKSRLGEGTVFIISFPVHSYLQSLPETESAAASE	PGPT0025290_292	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025290-kinE-K13533	NA	NA
JZ016_04992	114			hypothetical protein	ATGAGTAAAAATGATTCCAAACAACAGGAGCAGCAGGAGCGTGAAAACAAAGAGCGCCGTGGCGAGCCCATCGTTGACAAGAAAAAAGATGGGGTAAACTATCCTGCTACCTAG	MSKNDSKQQEQQERENKERRGEPIVDKKKDGVNYPAT				NA	NA	NA	NA	NA
JZ016_04993	435			hypothetical protein	ATGGGTATGTCTTTTGACCGATATATGCGCGATATGGTTCAACCGATGCGGGATGAGCTGACTAGCTTGGGAATCAAGGAGCTGACAACGCCTGAAGAGGTGGAGGAAGTGCTTCCGGTAGCGAAAGGTACAACGCTGGTCGTTGTAAACTCCGTATGCGGATGCGCAGCTGGGCAAGCACGTCCTGGTGTAGCTATAGCGCTTGAGAATCAGGTGAAGCCGGATCATTTGTATACCGTGTTCGCCGGACAGGATAAGGAAGCAACGGCGAAAGCCCGCGAGTATTTTGCTCCGTATCCTCCATCCTCCCCATCGATTGCGCTGTTGAAGGACGGAGAATTGGTGCATTTTATTGAGCGTCATCAAGTGGAGAATCGTTCTGCAGAAGAAATCGCGGCGGATTTGACCGACGCATTCAATCGCTACTGCCAATAA	MGMSFDRYMRDMVQPMRDELTSLGIKELTTPEEVEEVLPVAKGTTLVVVNSVCGCAAGQARPGVAIALENQVKPDHLYTVFAGQDKEATAKAREYFAPYPPSSPSIALLKDGELVHFIERHQVENRSAEEIAADLTDAFNRYCQ	PGPT0014657_7	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0014657-bmrU-NA	NA	NA
JZ016_04994	810	nadE	COG0171	NH(3)-dependent NAD(+) synthetase	ATGAGCCTACAAGAACAAATTATCGCCGAACTGGGTGTCAAACCTACCATTAATGTGGAGGAAGAGGTACGCAAGCGCGTTGATTTTCTGAAAACCTATGTGAAGAACTCGGGTACTTCCGGATTGCTGATCGCCATTAGCGGCGGGATTGATTCGGCGGTGGCTGCCGGTCTGTGCAAACGGGCTACTGACGAGCTTACGGAGGAGACCGGTAAGGAATACAAGACACTAGGGGTGTTCCAGCCATACGGCGAGCAGGCTGATATTTCCGACAGCTACGCCACGGCGAAGGCCTTCGATTTGAAATATACCGTCGAGACCAATATCGAGGAAGCCGTGAACGAGGTTGCACTGGAGGTAGAGCATGGCCTGAAGAATATCGGTGTTCATAAGCATATGAGCATTCCCGGCAAAGGCAATGTGAAAGCAAGGGTGCGTATGGTGGTACAATATGCGCTGGCATTCGAACAGAATTTGATCGTGGTCGGCACGGATCATGCTTCCGAGGCGATTACCGGCTTCTATACCAAGTGGGGCGATGGAGCAGTGGACATTACGCCGCTGAGTTCCCTGAACAAGCGTCAGGTTCGGATGCTCGCATCCTATTTGGGGGTTCCGCAATCGATTCTGGACAAAGCGCCTTCTGCCGGCCTTTGGGAAGGTCAGACAGACGAGAAAGAGCTCGGAATCAGCTACGAGGATAACAGCGATTATCTGGAAGGCAAGACGATCAATCCTGATGTTCAGCAGAAGCTCGAGAGCTATTACAATAAAACCGCGCACAAGCGCAATACGATTCCAGGCATCTAA	MSLQEQIIAELGVKPTINVEEEVRKRVDFLKTYVKNSGTSGLLIAISGGIDSAVAAGLCKRATDELTEETGKEYKTLGVFQPYGEQADISDSYATAKAFDLKYTVETNIEEAVNEVALEVEHGLKNIGVHKHMSIPGKGNVKARVRMVVQYALAFEQNLIVVGTDHASEAITGFYTKWGDGAVDITPLSSLNKRQVRMLASYLGVPQSILDKAPSAGLWEGQTDEKELGISYEDNSDYLEGKTINPDVQQKLESYYNKTAHKRNTIPGI	PGPT0013445_2363	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916	NA	NA
JZ016_04995	552	yyaP_4	COG0262	putative protein YyaP	ATGGGCTCATTGATTTATCACGTTGCCGTTTCGCTTGACTATTTTATCGCAGATCAAGCCATGATGGATGGGAGGATCGACCGCACTCTCTTTTTATTCGATGGGGAGCATGTTCCGGACTTCTTGGCAGAGATTCAGGAGTTTGAGGCTGTGCTGATGGGCGGTAAAACCTATGAGTTTGGATTTAAGATGGGGGCTAAGCCGGGTGAACCTGGTTACAAAGGACTCAAACATTATATATTCTCACGGTCATTAGAATTCGAATCCAATGATGAAGTTGAGTTAGTCAAGGAGGACGCCATCCCGTACATCCATAATCTCAAACAACGGACAGACGGTAAGCTCTGGCTGTGCGGCGGCGGGGAATTGGCAGGAAGCCTGCTTCAGCATCAACTGATCGATCAGCTTGTATTAAAGGTCAACCCGGTAATAGTTGGTGACGGCGTTCCGTTGTTCGGCAGTGTCAAACCCCGGCTAAGACTCGAACTGGTCGATATGAAGCAATATGCCAACGGCGTTCTCAAACCAACCTACAACATCATGTATACCTAA	MGSLIYHVAVSLDYFIADQAMMDGRIDRTLFLFDGEHVPDFLAEIQEFEAVLMGGKTYEFGFKMGAKPGEPGYKGLKHYIFSRSLEFESNDEVELVKEDAIPYIHNLKQRTDGKLWLCGGGELAGSLLQHQLIDQLVLKVNPVIVGDGVPLFGSVKPRLRLELVDMKQYANGVLKPTYNIMYT				NA	NA	NA	NA	NA
JZ016_04996	393	acpS	COG0736	Holo-[acyl-carrier-protein] synthase	GTGATCTACGGAATCGGACATGACGTGCTGGACATGAAGCGAATGGAGATGTTAATGACAGGCCCGCATGGAGAGAGGTTCATGCAGCGCGTGCTTACGCAGGGCGAGCAGGTCATTGCCGCCGGCAAGGGGGCGAAACGCACGGAGTTTGTTGCCGGGCGCTTTGCTGCCAAAGAGGCGATATCCAAAGCCTTTGGCTCCGGAATCGGGGGTGTAATCGGGTTTCGTGACATCGAAGTGCTGCCGGGTTCTCTTGGCAGGCCTGAGGCACGTTTATCCCAGGAAGCCTGGGACCGCCTTGGAATGGAGGAGTCCGCCCATTATGCGATTCATTTGACGATTTCGCATCAGGCCACGCTGGCTTCCGCTTTTGCCGTGGTTGAGAAGATTTAA	MIYGIGHDVLDMKRMEMLMTGPHGERFMQRVLTQGEQVIAAGKGAKRTEFVAGRFAAKEAISKAFGSGIGGVIGFRDIEVLPGSLGRPEARLSQEAWDRLGMEESAHYAIHLTISHQATLASAFAVVEKI	PGPT0008840_613	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0008840-acpS-K00997	NA	NA
JZ016_04997	1149	mutY	COG1194	Adenine DNA glycosylase	ATGTATAACAAGGAACACAAACAATACTTCAGCCACGAGCTGCTGGATTGGTATGAGATCAACAAAAGGGATTTGCCATGGCGCAGGCACCGCGATCCCTACTATATATGGGTATCTGAAATTATGCTGCAGCAGACCCGGGTGGACACGGTAATTCCTTACTTCCACCGGTTTATCGAACGGTTTCCAACGATTCAGTCGCTTGCGGATGCGCCGGAAGACGATGTATTGAAATGCTGGGAGGGCCTCGGCTATTATTCCCGGGCACGCAACCTTCAGGCTGCCGCCAGGCAGGTGACAGAGCAGTATGGTGGCGTTATGCCGAGCGGCAAAGAAGAAGTGTCGGGACTTAAAGGCATTGGTCCATATACCTCGGGTGCCATTCGCAGCATCGCATTTAACATTCCTGCCGCAGCAGTGGACAGTAACGTCATGCGTGTGCTGTCACGCTATTTTTTGATTGAAGAAGATATTATGAAGGTGAAAACCCGGACCAAGATGGAGGATCTGGTGCTGACGCTGGTTCCGGACGGGCGAGCATCGGATTTCACTCAGGCGCTGATGGAACTGGGGGCGTTGATCTGTACGCCGAAGTCTCCTAAATGTCTGGTATGTCCGGTGATGGAGCATTGTACAGCGCGGTTTGAGGGCAAAGAGGAGTCCCTTCCTATTAAGACGAAGGCCAAGCCGCCGCGTCCTGAATACCGCCTTACGGCGATTGTAGAGGGCACCGGCGTGCACGAAGGGAAGATTCTGATCCGTAAGCGTCCATCCACCGGTTTATTGGCAGGGATGTGGGAGCTGCCGCATGTAATTGTATCGACCGAAGGGAGCGGCGTACCGGCCGCGATGTCGGAGGAGACAACGATGAACCGATTGAGGGATGCCCTACTGGAAGAAGGGGTTCCGGTTCTGCCGATCGGCCATGTGATGGACGCTGAGCATACCTTTAGCCATATTCAATGGAATATGGGCGTGTACCGCTGTAAGTGGCACGAGGTTCCGCCGGCAGCCCTGCAAGCAGCAGAGAGTGCAGCGGCTTATGAGACAGGGGAGGAGAACTTTCGCTGGATTCACGTTCATGACATGGAACGTTACGCATTTCCGAATGTGTTCATTCGGATTCTGAACTCGTATTTCTCATCTTGA	MYNKEHKQYFSHELLDWYEINKRDLPWRRHRDPYYIWVSEIMLQQTRVDTVIPYFHRFIERFPTIQSLADAPEDDVLKCWEGLGYYSRARNLQAAARQVTEQYGGVMPSGKEEVSGLKGIGPYTSGAIRSIAFNIPAAAVDSNVMRVLSRYFLIEEDIMKVKTRTKMEDLVLTLVPDGRASDFTQALMELGALICTPKSPKCLVCPVMEHCTARFEGKEESLPIKTKAKPPRPEYRLTAIVEGTGVHEGKILIRKRPSTGLLAGMWELPHVIVSTEGSGVPAAMSEETTMNRLRDALLEEGVPVLPIGHVMDAEHTFSHIQWNMGVYRCKWHEVPPAALQAAESAAAYETGEENFRWIHVHDMERYAFPNVFIRILNSYFSS				NA	NA	NA	NA	NA
JZ016_04998	609	sodA		Superoxide dismutase [Mn]	ATGGCATTTCAATTACCAGCACTTCCTTACGCAAACGACGCGCTCGAGCCTCATATCGACGCACAGACGATGGAGATCCACCATGATCGCCACCATAATACCTACGTAACCAACTTGAACGCTGCTCTTGAGAACGCTCCTGAGCTTCAAGGCAAATCCCTTGAGGATCTGATCGCTAACCTTGACGCTGTACCGGAAAGCATCCGCACAGCGGTTCGCAACAACGGCGGCGGCCATGCTAACCACTCCCTGTTCTGGGAAGTTATCGGACCAAACGGCGGCGGACAACCGACTGGCGCATTGGCTGATGCCATCAACAGCGAGCTCGGCGGCTTCGATAAATTCAAAGAAGATTTCGCAAAAGCGGCTACAACTCGTTTTGGCAGCGGCTGGGCTTGGCTCGTTGTTAAAGACGGCAAACTGGCAGTAACCAGCACACCAAACCAAGACAGCCCGATCATGGAAGGTCAAACTCCTCTCCTCGGCCTGGACGTTTGGGAGCATGCTTACTACCTGAAGTATCAAAACAAACGCCCTGATTACATTTCCGCATTCTGGAATGTAGTAAACTGGGAAGAAGTCGGCAAACGTTACGATAACGCGAAATAA	MAFQLPALPYANDALEPHIDAQTMEIHHDRHHNTYVTNLNAALENAPELQGKSLEDLIANLDAVPESIRTAVRNNGGGHANHSLFWEVIGPNGGGQPTGALADAINSELGGFDKFKEDFAKAATTRFGSGWAWLVVKDGKLAVTSTPNQDSPIMEGQTPLLGLDVWEHAYYLKYQNKRPDYISAFWNVVNWEEVGKRYDNAK	PGPT0004190_4022	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004190-chrC|sodB|sodA-K04564	NA	NA
JZ016_04999	2568			hypothetical protein	ATGAATAGTACAAAGCTCAGAGTGGCTGCCATTCTGATGGCTGCCATTCTGGCTGCGGCACCGCAAGTGGAAGCTGCAGCATCTAAGACGCAGCCATCGCAAATCACGAAGTCGACTGCGCAGAAGGGTGCAGCGCTCGCCTGGAGCGTGAAACTTGGCAACAACGTCACGGCAAAGCTTGACCATGCCGACATATGGCAGCAAACCGGCACGAATGTGGCGGTATTTACACTGACTTATAAAAACGGAGGGAAAAGCGCAGCGCGCCTGGTATCTTATTTTCCCAAGGTGGTGCTTCCCGGCGGTTCCGTGACGGCAGCCAATCCCATTTCCAAGGATCTTACCAAGAAGAAGGTAGAACCCGGTCAAAGCCTGAGTGTAACCTACTATGCGAAGACCGATAGCAGCTCCTTGTCCGGCATGAAGCTGGTGATGGACGTATGGAATCCGCAGGTCAAAGGCTACCTGCAGCGTGTCGGAACGTACAGGATGCCGGCCAACTATTCAGCAGCCGTACCATCCGGTTCGAGCTCCAAGCTGCAACTTGGCGGCAGTCCGGTTACCGTACAGGCTGAATCACTGGAGATCATCAAGTACGACGGGAAGGTCATCGCCAAAGTCGGGATGTATATGACGAACCATGGCGGAAAGGTATGGAATGACCGCGGGTTCGAACCGTATTTGGTGACGGGAAGTGGCAGTTCATTCCTTCTGCGTCATGAGGCAGGAGCCGAGGGTGTGCCTGTTCAGCCGAAAGAAAAGAAACTGGTTTATTACATAACAGAAGTTCCCTCCTATCTTAAAACGACCGGTTTGCGTTTCTTGTGGACCGAAAACGATGAAACGCTGAAGCTGTCGTTGCCGGTCGCATCCTTCAAGCTGCCTGCGGCAACAGCACCAAAGTGGGATGTCGCGGCTGGCGCGGCCAAGAAGTTGACCATCAAGGGCATTCCGGTCGATGCCAGAATCCGCCAGGCTTCGCTGCGCGCCGCCGGGGGACAGGGCATATGGAATATCGAGATGGCCTTCAAGAACAAAGGGAAAAAATCGGTGGAAATTCCGGCCTACGAGTATGCGATTAAAGCATCCGAAGGCTCCTTCCATCCTTACACTCCGGATAACAAGGCGGGTTTGACACTCCGTCCCGGGGAAGAGAAAACGATGGTGATGGAAATAACACTTCCGCTTGATCTCAAGCAGGACCGGTTGAAGCTGCAAATGATCGGGGCACCTGGCCCTGTCAGCTCATCCAATCCGCCGGCGAGCTCGGGTGAACCGGGCAGTGAGACGACCACCGAGGTCCAGGAGTCATTGACCCTGCCGATTGCATATTTTGCCATCCCTTACCAAACGGAACGCAAATCATCGATCGGCGTGGAGTACGACGCGCAGACGGCCAAAGGATTTGCGTACACGCTGGAATCCATGCAGCGTCTGCCATGGCAGGATCAGGATCTGATCGTTGCGAAGCTGCGTCTGCGGAATACCCAGGAATCCAAATCGCTGCCGCTGCCTGAGCTTAAAGTAAACGTCACAGCGGACGAAAAAACGACGCTGGCCGGTTCGGAGGTTATTGCGGAGGAGCAGGGTTCCCTGATTCCCCCGGGGTCATCAACCGAGGTATATGTCATGGCGCGAATCCCTTATACCAAGGATATCCGTTCGCTCCGCTTCGAGCTGTTTACGCAGCAGGATACAGCCAAAACGTCGTTCCTTACCATGACCACGTCCGGCATGACGCAGTCGATCAGCACCTTGGAGAAAGGGAAGCCGTATACGGTTACCGCGATTGGTAAGCGCGCAGAGGCGCAGGAACGGCGGACGGTCATCTATGAAGGCGTGGACTCCGATATTGTCTATTCCGAGTTCTTGCTGACCAGCAATGAACAGCGCCGCGTTCAAGCAGCAGTGCTGAAGGGGTATTTCCAAAGCACGGATGGCAAGATCTACGAAGCGGAAACCATTCAGCCGGAAGCCTCGCTTCAGCCGGGATCCAAGCAGTCGATCGTCTTTTGGGCCAGAGTGCCGAAGGGGGCTGCAAGCGAACTGGGGCTTGCTCTGGGTACGGCAATGACCGGAAGCAAGCTTGCGGAGACGGGTAAAGACGCTACCGGTGTCATGGGCGTGAAAAAATTGATGCTGAATCCGATCAGACCAGCCGTAAGCTCCGGACTGACGAACCTCGATTGGTATCCTTACCACGTTTCGGTTACGAAAGCGGTAGGACATCTGCAGGAGGGCAGTTCTTCCATTCCGCTGAATATCACGTTTGATGTAAAACGCAGCGAGAGCATCGTTGCGGCGGACTCCGGCCACAAGTTGATTTTAATCATCAAAGACAGCCTCGGACAGACACAAGAGCGTACGCTCACGCCAGGTACCGATATCCAGGTGCCGGGCACCCGGTCGGTGTCGATGGAGCTGTCGGATGAGCAATACAAAAAACTTCGCGGCGGTTGGTTTAACTTAACCCTGGTGGACGAATTCCAGAATGAGCGGATCACGCTGGGCAGCCAAAGCTACAATTTGATATTCACGCCTACTGCAGTTCCTGACGAGGAGAGTTAA	MNSTKLRVAAILMAAILAAAPQVEAAASKTQPSQITKSTAQKGAALAWSVKLGNNVTAKLDHADIWQQTGTNVAVFTLTYKNGGKSAARLVSYFPKVVLPGGSVTAANPISKDLTKKKVEPGQSLSVTYYAKTDSSSLSGMKLVMDVWNPQVKGYLQRVGTYRMPANYSAAVPSGSSSKLQLGGSPVTVQAESLEIIKYDGKVIAKVGMYMTNHGGKVWNDRGFEPYLVTGSGSSFLLRHEAGAEGVPVQPKEKKLVYYITEVPSYLKTTGLRFLWTENDETLKLSLPVASFKLPAATAPKWDVAAGAAKKLTIKGIPVDARIRQASLRAAGGQGIWNIEMAFKNKGKKSVEIPAYEYAIKASEGSFHPYTPDNKAGLTLRPGEEKTMVMEITLPLDLKQDRLKLQMIGAPGPVSSSNPPASSGEPGSETTTEVQESLTLPIAYFAIPYQTERKSSIGVEYDAQTAKGFAYTLESMQRLPWQDQDLIVAKLRLRNTQESKSLPLPELKVNVTADEKTTLAGSEVIAEEQGSLIPPGSSTEVYVMARIPYTKDIRSLRFELFTQQDTAKTSFLTMTTSGMTQSISTLEKGKPYTVTAIGKRAEAQERRTVIYEGVDSDIVYSEFLLTSNEQRRVQAAVLKGYFQSTDGKIYEAETIQPEASLQPGSKQSIVFWARVPKGAASELGLALGTAMTGSKLAETGKDATGVMGVKKLMLNPIRPAVSSGLTNLDWYPYHVSVTKAVGHLQEGSSSIPLNITFDVKRSESIVAADSGHKLILIIKDSLGQTQERTLTPGTDIQVPGTRSVSMELSDEQYKKLRGGWFNLTLVDEFQNERITLGSQSYNLIFTPTAVPDEES				NA	NA	NA	NA	NA
JZ016_05000	768	ytrE	COG1136	ABC transporter ATP-binding protein YtrE	ATGTTGCGTTTGGAAAATGTATCGCACAGCTTTAAGAACGGTAACGAAGTGTTAAAGGTGCTCCATAATATCCAGTTCGAAGTCCAGAAGGGGGAGATGATTGCCCTGCTCGGCAGTTCCGGGTCGGGCAAGTCCACGCTGCTCAACTTAATGGCAGGACTGATGAAGCCGACGGAAGGCCATATTTATATTGCCGATCAGGATATTGTCAAATACGGGGAAAACAAGCTTGCTGTCTTCCGGCGCAAGCATATCGGATTTATTTTTCAGGCCTATGAGCTGATCCCGACGCTCACGGTTCGGGAGAACGTGGAGCTTCCACTGGTCTTTCAATCCGTTTCTTCGTCCAAGCGCCGCAAGAAAGCGATGGAGCTGCTGGAGATGACGGGGATCGGCGATAAGGCTTCACTGTACCCGTCCCAGTTGTCAGGCGGACAGCAGCAGCGCGTCAGTATTGCGCGCTCGTTGATTACCGAGCCTTCCGTAATTTTTGCGGACGAGCCGACGGGCAACCTGGACACCAAGACGGAAGAAGAAATTATCCGAATTATGATGGCGCTGAATGAGTCCATGAAAACGACGTTTGTCATCGTTACCCATGAGATGGAAGTCGCTGCTCAAATGAAAAAAACGATTATGCTCCGTGACGGTTATTTGGTTCAGCCGGAGGACTATACAACGCCAGCAGCAGGACAACGGGGGCCAAACGCCCCTTCGTCCCTGTCTGGGGTCCCGGTTCATGCGGAGGAGGCAGGTGAGGTCAGCTGA	MLRLENVSHSFKNGNEVLKVLHNIQFEVQKGEMIALLGSSGSGKSTLLNLMAGLMKPTEGHIYIADQDIVKYGENKLAVFRRKHIGFIFQAYELIPTLTVRENVELPLVFQSVSSSKRRKKAMELLEMTGIGDKASLYPSQLSGGQQQRVSIARSLITEPSVIFADEPTGNLDTKTEEEIIRIMMALNESMKTTFVIVTHEMEVAAQMKKTIMLRDGYLVQPEDYTTPAAGQRGPNAPSSLSGVPVHAEEAGEVS	PGPT0013345_11478	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_05001	1278	ytrF	COG0577	ABC transporter permease YtrF	ATGACTGGTATTTCGATTGGATGCGCGGCTATTATCGTAGCGATCAGCATTGGCAACGGCGCCCAAAATTATTTGGAGACGGAAATTATAGGCGGCATGAAGCTTGACGAAATTACGGTGACTCCGCAGGGCTCAAGCGGGCAAGGGGAAGGCAGCGGCCCCGCGGTCGGAGCAGACCGTGGATTGCTGACAGATGATAAGGTTCAGGTGATTCAGGGCTTTGATCATGTCAAATCCGTTATAGCCACTAAGCAGCTCGGGTATTTTAGAGCCATTTCGTCCGACAACCTGATCAACGACGGCTTCAACGTGGTGGCCGTGGACCTGTCAAAGCTCAAAGAGCAGGGTAACAGGTTCAAGGAAGGCGGCCCGCTTGATCAGATCGGTGCTATGGTGCTCAATTACGGGGCAACAACCGGATGGAAGGATGCAGAGACGAGCGAAAGATTGATGAATATGATCAATACCGATCCCAACAATCCGAAGATATGGGAAGAATATCAGATGTATGAGAGCACCGTATCGGAAATGAACGGTAAAAATATTCAGCTGGAGCAGATGGACGGTGACAAGAAACAGCTTAGCCCGCAGCTTTATGTTGGAGGCGTGCTGGACGTGCCTACAGGGAGAGATGCCCAGTTTGCGATCTACGATCGTCAGGCCTATATTTCCTTTGATACGGCGGAATGGCTAACAAATAGTTTAAAACTGCAAAATGGGACAGCTTCGAAACAGCGGGTATACGATAGCCTAACCGTCAAAGTGGATGATCTGCAGCATATTAAACCGCTCGAGGAATTGATCTCAAAGCTTGCGCTTAATGCGAGCGACAATCTGGCTATGCGTGATCAGGTCGCTTCCCAATTGGATACATTCAAAGCGATCGCTCTCGGCATCGGCGTATTTATCCTGTTATTGGCCTCGATATCGATCATCGTAGCGATGACGATGTCTACGCATCAGCGCCGCAGACAAATCGGCATCATGAAGGTTCTGGGGGCGAATATGCCGCAAATCCGCAACATGTTCATCGTAGAAGCCAGCCTGCTCGGTTTGCTTGGCGGATTGCTTGGCATCGTATTCGCATTTTTGATCATCAAGGGACTAAATTCATTCATTATGGCTTCGGCGGGCATGTCTGGGCTGCAAATTGCGGTTACGCTGGAGACGCTGCCGATCGGCATTGCATTCGCCGTGATGACCGGAATCTTCTCGGGGATCTATCCGGCGATCAGTGCAGCAAGAACGAACGCACTTCTGGCCATCAAGCGGGATTAG	MTGISIGCAAIIVAISIGNGAQNYLETEIIGGMKLDEITVTPQGSSGQGEGSGPAVGADRGLLTDDKVQVIQGFDHVKSVIATKQLGYFRAISSDNLINDGFNVVAVDLSKLKEQGNRFKEGGPLDQIGAMVLNYGATTGWKDAETSERLMNMINTDPNNPKIWEEYQMYESTVSEMNGKNIQLEQMDGDKKQLSPQLYVGGVLDVPTGRDAQFAIYDRQAYISFDTAEWLTNSLKLQNGTASKQRVYDSLTVKVDDLQHIKPLEELISKLALNASDNLAMRDQVASQLDTFKAIALGIGVFILLLASISIIVAMTMSTHQRRRQIGIMKVLGANMPQIRNMFIVEASLLGLLGGLLGIVFAFLIIKGLNSFIMASAGMSGLQIAVTLETLPIGIAFAVMTGIFSGIYPAISAARTNALLAIKRD				NA	NA	NA	NA	NA
JZ016_05002	1089			hypothetical protein	ATGATAAAAAAAATCATAAAATGGACGGTTATCGTTGCCGTGCTGGGCTTGGTGGGATATTGGGGATATGGACAGGTGAAACCGAAAGAACCCGAGATTCCCATGATGGAAGAGCCGCAGGTCATCTCATTTCCCGTAACCGAGGAAAGCATCGTCTCGACCGTGCAGGTCAAGGGAACGTCCGAATACGGGCGGGAGACCAATGTGTACGCACCTTTTGAAGCGAAAGTGGAGTCTTGGAACGTAGAGAACGGCCAGCAGATCAAGAAAGGCGATGCGCTTTTTAAATTGGAGCAAACGGCCATTCGCCAGCAGCTTCAGCAGAAGGAAGCCGAGCTGCAGAAGCGGAAGCTGGAGCAGGAGCTGAAGGAGTTCACGTTAAATCAAGACCTCGATAACGCCCCGGCGTTAGGAACGGAGGCCGAGCGCCTTAAAATGCTGGCAGACCAGGAAAATGCTCGGCTGAGCAGTCAGCTGGACGAGGTTACCAACGATATTGAACGCCAGACGCTGGCCGACTTGAATGACAGGCTGAAGAAAGCTACATACCTATCACCTGCAACAGGCCTGTTTCTGTTCGATCCGACGCAGCAGCGGCCGCAATCGGTGACGGCGAACCAGTATATCGGCAAAATCGTCGACCTGGATTCTCTTCGATTAGTGGCATATGTCGGGGAAAACGATATATTCAGCATTAAGCAGGACATGGCGGTTGAAGTAAAGCTGCCGTCCATCAAGGATCTAAAGCTGAAGGGAAAGGTGCTGGAAGTGGCCAAATTTGCCGAGACGACGGCTCAGGAGAAGCAAACCTCCCAGACGCCACAGTTTAAGGTGATCATCTCGCTGCCGAAGGAAGATCGTTTGATCGGCGGGCTGACGCTGAACGGAGATATTGTAACCAAACGAAAAGATAAGGCGGTTGTGGTTCCTAAACTTGCCGTTATGACGGACGGAGGCACCTCCTACGTCATGGTGGACAAGGGAGGCGGCCAGATTGAACGGCAGGATATCGAGACCGGCTTGCAGACGCTGGATAAAGTCGAGGTTGTGTCAGGGCTGAAAGTGGGCGACACCGTCGTTCTCCAGTAA	MIKKIIKWTVIVAVLGLVGYWGYGQVKPKEPEIPMMEEPQVISFPVTEESIVSTVQVKGTSEYGRETNVYAPFEAKVESWNVENGQQIKKGDALFKLEQTAIRQQLQQKEAELQKRKLEQELKEFTLNQDLDNAPALGTEAERLKMLADQENARLSSQLDEVTNDIERQTLADLNDRLKKATYLSPATGLFLFDPTQQRPQSVTANQYIGKIVDLDSLRLVAYVGENDIFSIKQDMAVEVKLPSIKDLKLKGKVLEVAKFAETTAQEKQTSQTPQFKVIISLPKEDRLIGGLTLNGDIVTKRKDKAVVVPKLAVMTDGGTSYVMVDKGGGQIERQDIETGLQTLDKVEVVSGLKVGDTVVLQ				NA	NA	NA	NA	NA
JZ016_05003	423	ypeA_2	COG0456	Acetyltransferase YpeA	ATGCATGTTCGTTCCTTTCAGTTGAGTGACTGTAACCCCGTAACCGAGCTTCTGCAGATTGCTTTATCGGAAGAATGCTACGAAAACACGATGGAGCCCTTCTCCAGACAGCTTGCTTGGGACTCCGATCTGATTATGGTGGCTGAAGAAAACGGTGAAATCGTTGGTGCCTTAATCGGTACGATCGAACGCAATCATGGTTGTTATTACCGCATTGCCATTCATCCCGACTACCGCAGAAAAGGGATTGGCAAAGCATTGATTTCGGCAATGGAACAGCGTTTTCAATCACGGAAAGTCAGTCGGATCATGGTAGCCGGAGACGAGCACAACGCCGCAGCCATGCCATTTTATGAAGCTATGGGATACGGTGCCAGCCAAATCCTGCGGTCGTTCCAGAAGCTCAGTATCCTTGGTCAATAG	MHVRSFQLSDCNPVTELLQIALSEECYENTMEPFSRQLAWDSDLIMVAEENGEIVGALIGTIERNHGCYYRIAIHPDYRRKGIGKALISAMEQRFQSRKVSRIMVAGDEHNAAAMPFYEAMGYGASQILRSFQKLSILGQ				NA	NA	NA	NA	NA
JZ016_05004	603	spsB		Signal peptidase IB	ATGGGACAAGTGATTTCTCCGGATTCAACTGAGCAGGGCGAGAACAACGGACCTCAGAATCAACCTGGCAAGAAGAACAGCTGGGCTGCCGAGCTTTGGGATTGGGTAAAGACGATTGCGATTGCATTTGTTATTATGGTGCTTCTAAATATGTTTGTGTTCAACCTTTCTATGGTTAAAGGTGAATCTATGCAGCCGACACTGGTAGCATCGGAGCGGCTGTTTATTAATAAAGTGGTATATCGCTTTGCCGAACCGAGCCATGGCGATGTCATTGTGCTTAAGGACCCGAGCGATGGCCCGGATAAGAAGGAGTTTCTTGTAAAGCGTGTCGTTGGCGTACCTGGGGACACCATTGAGGTAAAGGACCAGAAGCTGTACGTAAACGGAGTTGCACAGCAGGAAGGATATACCGATGTCCCGATCGAGGACCCGGGCTTTGAGCCCATAACCCTGGAAGAGGGCCGCTACTTCGTTATGGGAGATAACCGCCATCTTGGAAAGAGCAAGGACAGCCGCATGTTCGGCAGCGTGAAGGAAAGCGACATCGTGGGCAGGGCTGAATTTATTTTCTGGCCGTTGTCCGAGATCAAAAAGCTGTAG	MGQVISPDSTEQGENNGPQNQPGKKNSWAAELWDWVKTIAIAFVIMVLLNMFVFNLSMVKGESMQPTLVASERLFINKVVYRFAEPSHGDVIVLKDPSDGPDKKEFLVKRVVGVPGDTIEVKDQKLYVNGVAQQEGYTDVPIEDPGFEPITLEEGRYFVMGDNRHLGKSKDSRMFGSVKESDIVGRAEFIFWPLSEIKKL				NA	NA	NA	NA	NA
JZ016_05005	1842	queG		Epoxyqueuosine reductase	ATGACCTACACACTCGGCTCGTATGCTCCTCCGCCTTCGGTATGGGAGGAGCTTAAGCAGGAGCTTAAGACCGTTGCACCGGAGCTTGGCATTGATGATATCGGCTTTGCTTCGGCGGAGCCGTTCGAATCCTTGAAGGGAATATTGCAAAACCATCGGGATAAAGGGTATGAGTCGGGCTTTGAGGAGTCCGATCTGGATAAGCGGGTTACTCCGGCCCTTCCCGGTACGAAGCCGAAGTCCCTGATCGCCATTGCAATAACGTACCACTCCAAGATGGAGAACCCGCCTAAATCAGAGCCTGGCAAGTACAGGGGGATTATGGCGCGGTCTGCATGGGGAAGGGATTATCATCAGGTTCTCCGCGAGGCCATGAGCCGCCTGGAGGAATACATTAAAGAACGCGTGCCGGATGCGAAGCTTGAAAGTATGGTGGACACGGGCGCGCTTGTTGACCGGGCGGTTTCGCAGCGAGCGGGGATTGGTTTTAGCGCTAAGAACTGCGCCATCATCTCTCCGAAGTTCGGTTCCTGGATATTCCTCGGCGAAATGGTAACCAATATTCCGTTTCCGCCGGATACGCCGGTAACCGAGGACTGCGGGGAGTGCACCAAGTGCATTGACGCTTGCCCAACCGGCGCGCTTGTCGGTCCCGGGCAGCTGAATGCCCAGCGCTGCGTTTCTTTTCTAACCCAGACCAAAGGGTTTCTGGACGAAGAAGCCATGCGCAAGATCGGTAACCGGCTGTACGGCTGTGATACCTGTCAAATTGTTTGTCCGAAGAACCGGGGCAAGAATTGGACTCATCAAGAGGACTTTAAGCCCGATCCTGAAAAAGCCAAGCCGCTGCTCCTGCCCATCCTGGATATGACCAACCGGGAATTCAAGGAGGCATTTGGAGATACTTCGGCCGCTTGGCGCGGCCGAAAGCCGATTCAGCGCAATGCTGTCATCGCGCTTGGCAACTTTAAAGATATTTCAGCCGTACCGAAGCTGAGCGAGGTACTGCTGAAAGACCCGCGTCCGGAGCTGCGGGGAACCGCTGCATGGGCTCTGGGCCGTATTGGAGGCGAAGAAGCGTTGAACAACTTAGAGAAAAGCATGAAATCAGAAGGGGATTCCCAAGTACGAGATATGCTGCAGCAAGCCTTGAATAAACTGAATACACCGAGTGAGAAAGAAGCGCCTGCCGGAGCTGCGGCTGATGCTTCTTCCGCTGGCACTCCTGCTGCGGGTTCCTCTAATGGGGACAAACCGGAACAGGAGAGTCCTGTTATTCAGGGAGTTGAGCCGATGGCCATCCCTGAAGGAGGACCGGAAATGCTGTATTACGATGAACTTCAATCTCCGATTGGACCGCTGACGGTCTGCGCAACGGAGAAGGGATTATGTCTTATTGAATTTGGCAGCTTCTATGTGAAGGAAGCGGTCATCCAGCAGTGGTCACGGACCTGGGCCGGTAACGGCGGCTACCAGCGTGACGAGGCAAGGTTAGCTCCTGCGATCACGCAGTTGAAGCAGTATTTTGCAGGGGAGCTAAAGGCGTTCGACGTACAGCTGGACATGCGCGGAACCTCATTCCAATTGCAGGTGTGGGAAGCGCTGAAGTCCATTCCTTATGGAACGGTGTGTTCCTATAAGGATGTAGCCGAAACCATCGGGCGTCCTAAAGCGGTTCGTGCCGTAGGCGGAGCGAACAACAAGAACCCGGTCCCGATCATCGTGCCATGTCATCGTGTGGTAGGTGCTGACGGAGCTCTCATCGGATATGCCGGCGGGCCGGAGATCAAACGCACTCTGTTAACAATTGAAGGAGCTATGCCAGGCCGAAAAGGGTCGTAA	MTYTLGSYAPPPSVWEELKQELKTVAPELGIDDIGFASAEPFESLKGILQNHRDKGYESGFEESDLDKRVTPALPGTKPKSLIAIAITYHSKMENPPKSEPGKYRGIMARSAWGRDYHQVLREAMSRLEEYIKERVPDAKLESMVDTGALVDRAVSQRAGIGFSAKNCAIISPKFGSWIFLGEMVTNIPFPPDTPVTEDCGECTKCIDACPTGALVGPGQLNAQRCVSFLTQTKGFLDEEAMRKIGNRLYGCDTCQIVCPKNRGKNWTHQEDFKPDPEKAKPLLLPILDMTNREFKEAFGDTSAAWRGRKPIQRNAVIALGNFKDISAVPKLSEVLLKDPRPELRGTAAWALGRIGGEEALNNLEKSMKSEGDSQVRDMLQQALNKLNTPSEKEAPAGAAADASSAGTPAAGSSNGDKPEQESPVIQGVEPMAIPEGGPEMLYYDELQSPIGPLTVCATEKGLCLIEFGSFYVKEAVIQQWSRTWAGNGGYQRDEARLAPAITQLKQYFAGELKAFDVQLDMRGTSFQLQVWEALKSIPYGTVCSYKDVAETIGRPKAVRAVGGANNKNPVPIIVPCHRVVGADGALIGYAGGPEIKRTLLTIEGAMPGRKGS				NA	NA	NA	NA	NA
JZ016_05006	237			hypothetical protein	ATGGATATAGTCATTCCGATTATTACATTGATCGTGGGTCTGGTTGGCGGATTTTTTATCGGCGTATTCTATCTCCGCAAGCAATTGGAGAAGATGCAGAACGATCCGCAAATGCTGCAGAAGATGGCAAAACAAATGGGCTATAACATGAACAGCAAGCAAATGCAGCGCGCACAGCAAATGATGAAAAATCAGCCTATGCCGGGTAAAGGGCAAGGCCGTAAACGCAAATCATAA	MDIVIPIITLIVGLVGGFFIGVFYLRKQLEKMQNDPQMLQKMAKQMGYNMNSKQMQRAQQMMKNQPMPGKGQGRKRKS				NA	NA	NA	NA	NA
JZ016_05007	594	folE	COG0302	GTP cyclohydrolase 1	GTGGCGGGTGTAAAGGATTATGTGAACAATAAAGTAGGCGATAACCGGGAGCAGATCGAGTATCATGTAGAGCAAATATTGAAACTGATCGGTGAAGATCCCCAGCGTGAGGGACTCCTTGAGACACCGGCCCGTGTAACGCGGATGTATGAGGAGATCTTTGCGGGATACGAAGTGGATCCCAAGGATGTCCTCGGGGTTACCTTTGACGAGAATCATGAGGAATTGGTTATCGTGAAGGATATCGTATATTACAGCCAGTGCGAGCATCATATGGCGCCGTTCTTTGGCAAAGTCCATATCGGTTATGTCCCTAGCGGCAAAATCGCCGGTTTGAGCAAGCTGGCGCGTCTGGTAGAGGCGGTTACCCGCCGTCTTCAGGTGCAGGAGCGCATCACCTCGCAGATCGCTGACATTATGGTGGAGGCGCTGCAGCCAAACGGCGTGATGGTCGTTGTGGAAGGCGAGCATCTGTGCATGTGCGCGCGCGGTGTGAAGAAGCCGGGCAGCAAAACGGTCACGTCAGCTGTACGCGGTACCTTCCAGAGTGATTCTGCACAGCGTTCAGAATTTCTGTCTTTGATTAAAGACTAA	MAGVKDYVNNKVGDNREQIEYHVEQILKLIGEDPQREGLLETPARVTRMYEEIFAGYEVDPKDVLGVTFDENHEELVIVKDIVYYSQCEHHMAPFFGKVHIGYVPSGKIAGLSKLARLVEAVTRRLQVQERITSQIADIMVEALQPNGVMVVVEGEHLCMCARGVKKPGSKTVTSAVRGTFQSDSAQRSEFLSLIKD	PGPT0007875_3336	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007875-folE-K01495	NA	NA
JZ016_05008	273			hypothetical protein	ATGAGTCGAGAGATTCTGCTGGAGCTGGATGATTTGCTTCAGGCCGAACGCGAGCTATCAGGACTGCTGGCAGCCATTCGGGCCGACGAACAGGAGGCACGGGTCATGTACGCCCGTCTGCAGGATTGGAAGGGACAATCCGCCAATGTGCTGCGCGATCAGATTGAAACCTTCTTCATGGAGATGTCCCGCCGCATCCGGGATATCGAGGAGCAAAAACAAGCACTCATCCAATATGTGCAGTATATGAAACAAGTGGATGGGGCCTCTTAA	MSREILLELDDLLQAERELSGLLAAIRADEQEARVMYARLQDWKGQSANVLRDQIETFFMEMSRRIRDIEEQKQALIQYVQYMKQVDGAS				NA	NA	NA	NA	NA
JZ016_05009	1275			hypothetical protein	TTGAGTTCACCGCAAGTGGATGACGAGACGTACCGATTGATGTCAGAAGCGGCTTATCTCGATCTGAAAAAAGAAGATACCGTTGAGGACTTGCCTGGGTGGGAAGTCCTTGAGGACTATAAGAGCAACAGCATATCAGGCTTTGATGCGGTAACTTTTTACAACAAGGAAACGAATCAGGCCGTTATCGCTTACCGGGGCACCGAGGCAGGGAAAGACTTATCCCATGCTCTCCCCGATTATTTGGCCGATGCGGACATTGGTATTGAAGAGATCAAAAGAAAAATCCCGGAATTTCGGCCACCTTGGGCGGACCATGTAGACAAAGTCAAAGAAGCCACGGGGATTAACGATGTCACGGATTGGTTCGGTGAACAATCGCGGCAGATCGATAAAAAAACGGATATATTGGGAACCAACCAGTTGTATCAAGCCGAGGATTATGCGCTGGAAATGAAGGAGAAATACAAGGGTGTTGATTTCACCCTCACGGGTCACTCCCTAGGGGGAGCCAACGCGCAATATGCTGCCGCCTATACGGGCATGTCGGCTGTCACCTTCAGTGCTCCGTCGGTCATCGGTAGCCTCTCCCCTGAAGCCAGAAGAAAGGCAGAGAACGGGGAATTCGATTCCCAAATCATTAATTTCGCCCATCCAGGCGACATTATTGCCAGCGGCGCGCTCGGCGGCTTCGATGGCCATGTCGGTTCTACCTATTACATAGACTCCAGTTATAAAGACGCCAATGACGGTCTCAGTTTAAAAGAAAAAATTGATAATACACTGGGCGGCCCCAATTATCATCAGCTTGACCGCTATCGATTCGAGGATGGCTACATTTCGAACCGTCTTTATGACGGCTCTACCGATAAAGCCGTCGATTCGCCCAGAATCCCTTCTCACGGCAATCTCTTGTTTGGTCTTGGCGGACCGCTGAGCAATTTGGGCTTAGGTTTGGGCGGCTCGCTGGGAGCCCTGGGCGGCTCCGCAGGAGGCTCCTCCGGTACCATCCAGGTAACCCCTGCCGAGCTGCGAAGCGTAGCCGAGAAATGGAGAGCACACGCCCATCAAAGTGATGCCGAAATCCAAGGAATCCGGCAGCGTCTCTCCAAATACATGTTCTCCAGCCACAGCAGACGTCTGCAGCCGATTGTCCAGCAGCTGGATACATCCATCATGTCGATGAGTCAATGGCATCTGCAGCATACCACCGACATCGTTCAGTATATTAAATTCAAAGCGGATTTATTTGAACGGACAGACAACAGCGGGTAA	MSSPQVDDETYRLMSEAAYLDLKKEDTVEDLPGWEVLEDYKSNSISGFDAVTFYNKETNQAVIAYRGTEAGKDLSHALPDYLADADIGIEEIKRKIPEFRPPWADHVDKVKEATGINDVTDWFGEQSRQIDKKTDILGTNQLYQAEDYALEMKEKYKGVDFTLTGHSLGGANAQYAAAYTGMSAVTFSAPSVIGSLSPEARRKAENGEFDSQIINFAHPGDIIASGALGGFDGHVGSTYYIDSSYKDANDGLSLKEKIDNTLGGPNYHQLDRYRFEDGYISNRLYDGSTDKAVDSPRIPSHGNLLFGLGGPLSNLGLGLGGSLGALGGSAGGSSGTIQVTPAELRSVAEKWRAHAHQSDAEIQGIRQRLSKYMFSSHSRRLQPIVQQLDTSIMSMSQWHLQHTTDIVQYIKFKADLFERTDNSG				NA	NA	NA	NA	NA
JZ016_05010	279			hypothetical protein	GTGAACAATAACCAAGCCAATACAGACGACAGCTCGGACGAAGTCATAACGAAGGCTAAGACCACAGCCGTTGAGCATTTTAAAGAGAAATACAACTTGGATGTCGAGATTACCAAAGAAGAGATGATGCCTTCTATTGTAGCGGACAAGGTCAACCTTGAAGGGTTTGTAGTAGATCATCCGGAACAAACCTTTAAAATATCCGTTGATTTCAACACAGGCGAGACATCTAATTTCGTAATGAACCCGGAGCTCAGAAAAGCGATTAAGGGCGAGTGA	MNNNQANTDDSSDEVITKAKTTAVEHFKEKYNLDVEITKEEMMPSIVADKVNLEGFVVDHPEQTFKISVDFNTGETSNFVMNPELRKAIKGE				NA	NA	NA	NA	NA
JZ016_05011	453			hypothetical protein	TTGGTTAATATTGGGTATGATGTCTATAGCCCTCCTTACTTCATTATGGAGTTTAAGGAGGGCTTTATCCTTATTCAAAGGGGTGATTCTCTGTACACTGGAGCACATTGGATAAAGGGGTCGGGATTGCTTACCTTACTCATCCTTTTTTTTGTATCCGTAGGATGCGGCCATCCGTCTTCCATCAACAATGACAATCGCCATGGCAATGAATCCATCGTTGCAGCAAGCAATGCTGCGATTCAATACTTTAAGGAAACGTACGATCTGGAGGTCCAAATAACGAGCCAAAATAAATTACCTACATATGTCGCCGATGAAATTGATGTTGGAGGTTTTGTCATAGGGCATCCCGATCAGACTTTCAATTTATCTGTAAACTACAAGACCCTTGAAACCGGGCACTTGGTCATGAGTCCAGAATTGGACAAGATTATTAAAACTAAGGAATAA	MVNIGYDVYSPPYFIMEFKEGFILIQRGDSLYTGAHWIKGSGLLTLLILFFVSVGCGHPSSINNDNRHGNESIVAASNAAIQYFKETYDLEVQITSQNKLPTYVADEIDVGGFVIGHPDQTFNLSVNYKTLETGHLVMSPELDKIIKTKE				NA	NA	NA	NA	NA
JZ016_05012	1176			hypothetical protein	ATGTTATTTATTTACGGAGCAAAGCTCCCGGTACGATTACTCGAAGAGATTCGCTATTGGAAACATCAGGAAAGGAAGCATACTGGCCTTATCAAAGCCGTTGTGCCGGAGCTGGAGCCGGACTATGTCAAAATGCTGGATCAATGGGCCGTGGTGTTCTCCGACACGGAAAAAGCAGCAGACGAACTTCTGCGCCACATTCTCCGTTATGACGGGCCTCCTTCGCCGCAGGTGCTGGCCCAGGTCGAACAGCTGCTGCGCGCTTCCTGCGAGCAATCCAGAGAGTTCATCCGCCAACTGCATGGCTTAAAGGAGCATAGTGAGGCTGTTCGGAAAGTGCCGCTCGCCAGCACGGTGCTGCACCATGTGATTCGGGAGTCCGAATACTTCCTGAACGCGCTGGAGACGCTCAACTCCGCTGGAGCGCTGGAGAGATTTATGGATGTGGAGATGCCGGTGCAATCCATAACGCTTCACGAGGCCTCCTCCCCACCGCCATCTCGCTCTGAGGCTGATCTGTCCATTCAAGGCATGGGAGACAGCGGCAAGGCCGTACCGATTGGCGGACATCGCCTTCCTCCGCTGCCTTACGCATATAATGCGCTGGAGCCTCATATCGACGAGAAAACCATGCGGATTCATCACGATATCCATCACCAAAGCTACGTCGACGGTTTAAACAAAGCGGAGAAAAAACTGGAGGCAGCCAGAAAAAGCGGCGATTTCGAGCTGGTGAAGCATTGGGAACGCGAGCTGGCTTTTCACGGAGCCGGCCACTATTTGCACACGATCTTCTGGGACATTATGAACCCGCAGGGCGGTGGGGAACCGGGCGGGGAGCTTGCTCAGCAGATCAAGAAGGATTTCGGAAACTTCGATCGCTTTAAAAAGCACTTCTCCGAAGCTGCAGACAAAGTGGAAGGCGGCGGCTGGGCAATCCTCGTCTGGAGTCCGCGCAGCCATCGACTGGAAATTCTGCAGGCCGAGAAGCATCAGAACCTCTCCCAGTGGGACGTCGTACCTCTTCTGGCACTGGATGTATGGGAGCACGCCTACTACCTCAAACATCAAAGTAAACGCAAGGATTACATCAAGGATTGGTGGAACGTGGTCTACTGGCCAGCGGTTGCGGAGCGTTTCAAGCATGCCAGTGAGCTGAAATGGAAGCCTTTTTAA	MLFIYGAKLPVRLLEEIRYWKHQERKHTGLIKAVVPELEPDYVKMLDQWAVVFSDTEKAADELLRHILRYDGPPSPQVLAQVEQLLRASCEQSREFIRQLHGLKEHSEAVRKVPLASTVLHHVIRESEYFLNALETLNSAGALERFMDVEMPVQSITLHEASSPPPSRSEADLSIQGMGDSGKAVPIGGHRLPPLPYAYNALEPHIDEKTMRIHHDIHHQSYVDGLNKAEKKLEAARKSGDFELVKHWERELAFHGAGHYLHTIFWDIMNPQGGGEPGGELAQQIKKDFGNFDRFKKHFSEAADKVEGGGWAILVWSPRSHRLEILQAEKHQNLSQWDVVPLLALDVWEHAYYLKHQSKRKDYIKDWWNVVYWPAVAERFKHASELKWKPF	PGPT0004190_52	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004190-chrC|sodB|sodA-K04564	NA	NA
JZ016_05013	993	menH_7		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGAGCACAACGACTGGTAGTAATGCCCCACTCTCCCAATTAAATGACACGCCAGCCGAGCTGTCGACAGGCTTGGTTCGTTTAAAGCATATTATATTAGCGTTGTTATTATCTGTCGTTTTTTTCCTGGTTTTCTGTTTTATTGCGCTTCATGCCTATATTGCATGGGTTTTGTCGAATCCGACGGTTGCTCCGCTCTACTCCAATCCCAAGCTTGCTAAAGATATGAATTACGAGAATATCACGTTCCACTCCATTGACGGCAAACGAAATATAAATGGATGGTATATCCCGGCCGAGAACTCCTCCAAAACCATCGTGCTCAGCCACGGATACGGCGCTAACCGGGAGGAAACCTGGGTACCGATGTACGATATCGCCCATTACGCGCACAACATGAATTTTAATGTGCTGATGTTTGATTACGGTTTTGCCTCACAGACCAGCAAGGAAGTGGCAACCGGGGGCAAGGAAGAGAAACGCCAGCTTCTCGGGGCCATTGAACATGTGAAGCAGCGCGGCGCGAAGCAAATTGTCGTCTGGGGCTTCTCCATGGGTGCCGGTACGGCGCTGCAGGCAGGGCTTGAGACCAAGGATGTAGATGCCATGATTCTGGACAGCGCCTTTTTATTGGAGCCGGACACGCTTTACCACAACATTCACAACCAGATCAATCTTCCTCGTCATCCGTCCCTGGAGATTCTGGAGCTGCTCTTCCCAGTGCTCAATGGCACCAGCCTGGATCAGATCCCGTACAATGAGGTGAAGAAGCACGATTATCCGTTCCCGACCTTGTTCATTCACGGAACGAAAGACGACAAGGCACCTTACCCGATCGCCGAGAAGATTGCTTCCAACCAAACCCATACGGATTCGGATTCCTGGATTGTAGAGGATGCGCATCATGAGCTTATCTTCCGTGAGCACCCTAAAGAATATCTGCGCAGAGTATCCACCTTTCTAGGAAAACTCGAAACACCGGATGAATCCTGA	MSTTTGSNAPLSQLNDTPAELSTGLVRLKHIILALLLSVVFFLVFCFIALHAYIAWVLSNPTVAPLYSNPKLAKDMNYENITFHSIDGKRNINGWYIPAENSSKTIVLSHGYGANREETWVPMYDIAHYAHNMNFNVLMFDYGFASQTSKEVATGGKEEKRQLLGAIEHVKQRGAKQIVVWGFSMGAGTALQAGLETKDVDAMILDSAFLLEPDTLYHNIHNQINLPRHPSLEILELLFPVLNGTSLDQIPYNEVKKHDYPFPTLFIHGTKDDKAPYPIAEKIASNQTHTDSDSWIVEDAHHELIFREHPKEYLRRVSTFLGKLETPDES				NA	NA	NA	NA	NA
JZ016_05014	741	kdgR	COG1414	Transcriptional regulator KdgR	ATGGAAGACCGTAAATTGACGGTGCGTGCTGTAGAGCGGGCGCTTGATATATTGATGTGTTTTACGAAAGGCAGTGAACTTGCCCTCACAGAGATTTCTACCCTTATCGGATTACATAAAAGTACCGTTCATCGGCTGCTAACAACGCTGGAAGACAACGGATTCGTTGTGCGTAACAAAGAGACGGAGAAATATCGGCTCGGCTTGAAGATATGGGAGCTGTCCATGCATCTGTCTCAAAGCGACGACCCGGCGATTCGCCTTCTGCCCGCGATGGAGGCCTTACGGGATCAGCTTGGGGAAACGGTGAGCTTGTATTTAAGAGACGGTTCGGATCGTCTTCGGATTCAAGCGGTTCAGAGCAACCAGGGCATTCGGCGGGTCGCCCAGGTCGGAGTGCGACTTCCGTTGTCGGTTGGCGCATCCAGCAAGGTACTGGTGGCCTTTGCGCCACCGGCCGATCAGGAGGAGCTGCTGAATGCGCCGGATTGGCCGGAATCCGTCGACCGGATCGTTTACCGGCAGCAGCTGGCCGAAATACTGGAGAAGGGATACGCGATCAGCATCGAAGAGCGCGAGCCTGGAGCCGCTGCGGTATCGGTACCCATCTTTGACCGGAATGGTCAAGTGGCGGCAGCACTGTCGATGTCAGGGCCAGTCACCCGCCTGTCAGCGGAAACGCTTCGCGAACATGCGCCAATCCTGATGGAGGCGGCACGGGAAATGGGAATGATGATTTAA	MEDRKLTVRAVERALDILMCFTKGSELALTEISTLIGLHKSTVHRLLTTLEDNGFVVRNKETEKYRLGLKIWELSMHLSQSDDPAIRLLPAMEALRDQLGETVSLYLRDGSDRLRIQAVQSNQGIRRVAQVGVRLPLSVGASSKVLVAFAPPADQEELLNAPDWPESVDRIVYRQQLAEILEKGYAISIEEREPGAAAVSVPIFDRNGQVAAALSMSGPVTRLSAETLREHAPILMEAAREMGMMI	PGPT0018213_1482	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_HEXONATE|HEXURONATE|HEXURONIDE_UTILIZATION,PGPT0018213-kdgR-K19333	NA	NA
JZ016_05015	156			hypothetical protein	ATGATCAAAATACATACGTTAGCTTCGTTCCAATATCAATACCAACGGCCGCAGCCGGTGGCAGCGCCTAAGAAGGACGAAACGACGGATAAAGCCCTCACCTTTCAAGAGATCCTTAATCAGAAAATGAAGGAAAAGAACACGAAGCTGACTTAA	MIKIHTLASFQYQYQRPQPVAAPKKDETTDKALTFQEILNQKMKEKNTKLT				NA	NA	NA	NA	NA
JZ016_05016	2718	citB	COG1048	Aconitate/2-methylaconitate hydratase	ATGCCAGCAAAGGATCAATTCTCCATCTCCCGCAACCTGGAGGTGGGCGGTAAAAGTTACCGTTATTTCAGCCTGCAGGCTCTCGAAGAGCAAGGATACGGCAGTGTATCCAAGCTTCCTTTCTCCATTCGGGTGCTGCTGGAAGCAGCCGTTCGTCAGTTCGACGGACGTGCAATTACCGAAGATCATGTAAAACTCTTGTCCAAGTGGAATGAAGGACGCGACAACAACAAGGAAATTCCGTTCATTCCTGCCCGTATCGTATTGCAGGACTTCACCGGTGTTCCGGTTGTCGTAGACCTTGCAGCTATGCGTGACACCGTTAAAAAATCCGGCGGCGACCCTAAACAGATCAACCCTCTCGTTCCGGTTGACCTCGTTATCGACCATTCCGTCATGGTTGACGCTTTTGGTACCGATCAAGCTCTGGAAACGAATATGAAGCTTGAATTTGAGCGTAACGAAGAGCGTTACCGCTTCCTCCGCTGGGCTCAAACGGCATTCAACAACTTCCGCGCAGTTCCTCCTGGAACGGGGATCGTTCACCAGGTTAACCTGGAATACCTTGCTTCCGTAGCGGCTACGAAGACGGTTGACGGCGAAACGCTGGTCTTCCCTGATTCCCTCGTAGGTACGGACTCCCATACAACCATGATCAACGGTCTTGGCGTTGTGGGCTGGGGCGTAGGCGGTATCGAGGCGGAAGCCGGCATGCTCGGCCAACCGCTGTATTTTGTAACGCCTGAAGTTATCGGCTTCAAGCTGACGGGCAGCCTGGCGGAAGGCGCAACAGCGACCGACCTTGCCCTCACAGTAACCGAGCTTCTCCGCAAGAAAGGCGTTGTAGGCAAATTCGTAGAATTCTACGGTCCTGGTCTTGCTAACATCAGCCTGGCTGACCGCGCAACGGTTGCCAACATGGCTCCGGAATACGGCGCTACCATCGGCTTCTTCCCGGTTGATAGCGAAACCTTGGCTTATCTCCGGAATACGGGCCGTACCGATGAGCAGGTTGAGCTCGTGGAGAGCTACTATAAAGCGCAAAACATGTTCCGTACGGCAGATACGCCGGACCCTGAGTTCTCTGATGTGATCGAATTGGATCTCGCTTCGGTTGTACCGAGCTTGGCTGGACCGAAGCGTCCGCAAGACCGTATCGAGCTTACCAACATGAAACAGAACTTTAACGATATCATCCGTACGCCAATCGACAAAGGCGGATACGGCCTCAGCGATGAGAAAATTGCGGAAACCGTTAAAGTCAATCATAAAGACGGCTCTACCAGTGAAATGGGAACGGGTGCCGTTGTTATCGCAGCCATCACCAGCTGTACGAACACGTCCAACCCAAGCGTTATGCTCGGCGCAGGTCTCCTGGCGAAGAAAGCCGTTGAACGCGGCCTGACGAAGCCTGGCTATGTGAAGAGCAGCTTGACCCCAGGTTCCCTTGTCGTAACCGACTACCTCGAGAAGTCCGGTCTCTTGCACTACCTTGAAGCTCTCGGCTTCTATGTTGCAGGCTATGGCTGCGCAACTTGTATCGGTAACTCCGGTCCATTGCCGGATGAAGTGAGCGAAGCGATTGCCGACAACGACATGACGGTAGCCGCCGTATTGTCGGGTAACCGTAACTTTGAAGGCCGCGTGCATGCTCAAGTCAAAGCCAACTACCTGGCTTCGCCGCCATTGGTTGTTGCTTACGCTCTGGCAGGCACAGTGAACATCGACCTGCAGAACGAACCGATCGGCTACGATCCGAACAATGAGCCTGTCTATCTGAAAGACATCTGGCCAACGAGTGCGGAAATCCGCGAAGCGATCGGTCAAGCCGTTAGCCCTGACGCTTTCCGTGAGAAATACGAGAATGTGTTTACCGCCAATGAGCGTTGGAACAAGATTCCTGTTCCTGAAGGCGAACTGTACGAGTGGGACGATCAATCCACTTACATCCAGAACCCGCCATTCTTTGAAGGCCTGGGCAACGGCCTGAACGACATCCAGGACATCAAGGAAGCGCGCGTGCTGGCTCTCTTGGGCGATTCCGTTACAACGGACCATATCTCCCCAGCGGGTAACATTGCAGTGAACAGCCCGGCCGGTAAATATCTGAGCGACCGCAACGTGGAGCGCAAAGACTTCAATTCCTACGGCTCCCGCCGTGGTAACCACGAAGTCATGATGCGCGGTACCTTCGCTAACATCCGGATCCGTAACCAGGTAGCTCCAGGGACGGAAGGCGGCGTTACGACTTACCTGCCAACGGAAGAAGTGATGTCCATCTATGATGCTTCGATGAATTATCAAGCAGGCGGACAGAACCTCGTCGTTATCGCCGGTAAAGAATACGGTACAGGAAGCTCCCGTGACTGGGCGGCAAAAGGTACGTATCTCCTCGGCGTCAAAGCCGTGCTGGCTGAAAGCTTCGAGCGTATTCACCGCTCCAACCTTGTGGGCATGGGCGTGCTTCCGCTCCAGTTCCAGGAAGGTCACGGCTGGAAGAGCCTTGGTCTGAACGGCCGCGAGACATTCGATATTCTGGGCCTCAGCAACGATGTGAAGCCTGGTCAGGAATTGACCGTTGTCGTTACGCGTGAAGACGGAACCCAATTCGAGTTCCAAGCTATCGCCCGCCTCGACAGCATGGTGGACGTGGACTACTACCACAATGGAGGTATCCTCCAAACGGTACTGCGTCAAATGATCGCATCGAACCAATAA	MPAKDQFSISRNLEVGGKSYRYFSLQALEEQGYGSVSKLPFSIRVLLEAAVRQFDGRAITEDHVKLLSKWNEGRDNNKEIPFIPARIVLQDFTGVPVVVDLAAMRDTVKKSGGDPKQINPLVPVDLVIDHSVMVDAFGTDQALETNMKLEFERNEERYRFLRWAQTAFNNFRAVPPGTGIVHQVNLEYLASVAATKTVDGETLVFPDSLVGTDSHTTMINGLGVVGWGVGGIEAEAGMLGQPLYFVTPEVIGFKLTGSLAEGATATDLALTVTELLRKKGVVGKFVEFYGPGLANISLADRATVANMAPEYGATIGFFPVDSETLAYLRNTGRTDEQVELVESYYKAQNMFRTADTPDPEFSDVIELDLASVVPSLAGPKRPQDRIELTNMKQNFNDIIRTPIDKGGYGLSDEKIAETVKVNHKDGSTSEMGTGAVVIAAITSCTNTSNPSVMLGAGLLAKKAVERGLTKPGYVKSSLTPGSLVVTDYLEKSGLLHYLEALGFYVAGYGCATCIGNSGPLPDEVSEAIADNDMTVAAVLSGNRNFEGRVHAQVKANYLASPPLVVAYALAGTVNIDLQNEPIGYDPNNEPVYLKDIWPTSAEIREAIGQAVSPDAFREKYENVFTANERWNKIPVPEGELYEWDDQSTYIQNPPFFEGLGNGLNDIQDIKEARVLALLGDSVTTDHISPAGNIAVNSPAGKYLSDRNVERKDFNSYGSRRGNHEVMMRGTFANIRIRNQVAPGTEGGVTTYLPTEEVMSIYDASMNYQAGGQNLVVIAGKEYGTGSSRDWAAKGTYLLGVKAVLAESFERIHRSNLVGMGVLPLQFQEGHGWKSLGLNGRETFDILGLSNDVKPGQELTVVVTREDGTQFEFQAIARLDSMVDVDYYHNGGILQTVLRQMIASNQ	PGPT0001465_1819	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001465-acnA-K01681	NA	NA
JZ016_05017	1023			hypothetical protein	ATGAACAGTCTGAAGCAAGCAGAGAAGCCTTGGAAGCAAGCTCTATATATTTACGTCAATCAATATAACCAAAATCGCGTGGACTATTCTTCAGGCCTGAAAGAGCAGATTGTAGCGGATCTGAATTTCCTGGTAGAGAGAGGAGAAAGGCAGTTTCGGCTGCAGTCGTGGTATGCGCAGCGGGAGGCAATGCCGCTTAAGAGCGAGACTCGTGCCCGCCTCCTGCGCATTCTGAGGGAGACGGAGGATGATGTGGTCGCGGACGTGCGGCTTCACAGCGTATTTTATTATGAAAAAAGAGGGATGACGCACCGGGAGGATACGGTTTTTAAAGAGCGGCTGACGCTGATCCGGGACGGGGATGCCTGGTTGATCGTAGGCATCGAACGTCTGCAGGATGAACGCCATCCCCTGCAAAGAGCCGATGTTCCGGCAGCAGGCGCGGATGTGGCTGGTAGAGAGCCGTCGACTCCCTTTATGAACGGACGCGTATACGCCGCCGGCAGCAGCCCGCGGTCCGGCCGTTACGAGCGTGAAGCCGCAGCTGCATATGCCGACCGTTGGTGGGATTCCGGGAATCCGGAGTTTGAGGAATTTGACGTGGATTGCACGAATTATATCTCCCAGTGCCTCTTTGCAGGCAAAGCCCCAATCCACTATACTGGTAAAAGAGAAACGGGATGGTGGTACAAGGGGTACGTAAACCAACGGGAATGGTGGAGCTACAGCTGGGCGGTATCGAACAGCTTTGCGCATTATTTGAACGCCAGTGCCTCGGGGCTGCGGGCCGAGCGGGTGGAGCGTCCCGAGCAGCTGATGCTGGGGGATGTCATCGTATACGACTGGGATGGTGACGGCGCGTTTCAGCACAGCACCATCGTGACGGCGTTTGACGCGGGCGGTATGCCGCTCGTTAATGCACATACGGTGTCCAGCCGTCATCGCTATTGGGACTACCGGGATTCCTACGCTTGGAATGATAACACCGAATACCGGTTTTACCATATCCCCGATTATTTTTAA	MNSLKQAEKPWKQALYIYVNQYNQNRVDYSSGLKEQIVADLNFLVERGERQFRLQSWYAQREAMPLKSETRARLLRILRETEDDVVADVRLHSVFYYEKRGMTHREDTVFKERLTLIRDGDAWLIVGIERLQDERHPLQRADVPAAGADVAGREPSTPFMNGRVYAAGSSPRSGRYEREAAAAYADRWWDSGNPEFEEFDVDCTNYISQCLFAGKAPIHYTGKRETGWWYKGYVNQREWWSYSWAVSNSFAHYLNASASGLRAERVERPEQLMLGDVIVYDWDGDGAFQHSTIVTAFDAGGMPLVNAHTVSSRHRYWDYRDSYAWNDNTEYRFYHIPDYF				NA	NA	NA	NA	NA
JZ016_05018	1095	ddl_2		D-alanine--D-alanine ligase	ATGGGACAGGATAAATTGACGGTAGGTTTAGTATACGGGGGTAAATCCGGCGAGCATGAGGTGTCGCTATCCACGGCATTCGCGGTCATGAACGCTTTTGATTTTGATAAATATGAGATTGTTCCGTTTTATATTTCCAAGCAGGGTAGCTGGAGAATCGGCAGCAAGCTGTCGGCTCCTTTTGCCCAGCTGGAGGAATTGAAGCTGGCTGAAGGGGAAGGCACGCAAACCGCGCTGAACGCCGTGTTCAGCAGATTGTATGGCCAAGAGAGTCAGGCGGTGGATATTATGTTCCCGCTGCTTCACGGGACGTTCGGTGAGGACGGAACGATTCAGGGACTGTTCGAAATGGCGGACATTCCTTATGTGGGAACCGGCGTGCTTGCATCGGCAGCGGGGATGGATAAAGTCGTGATGAAGAAGCTCTTCGCACAAGCAGGGCTGCCGCAATGTGAGTACTGTTATTTCAATCGTACCCAGTGGGAGCGGAGCCAGCATGAAGTGCTGAAGGATATCGAGGATAAACTCGGTTACCCGAGCTTCGTTAAACCGGCCAACCTGGGTTCAAGCGTCGGGATATCCAAGGCTAAGAACCGGGAGCAGCTTAAGGCGGCGATTGAATCCGCGCTCCGGTTCGATGACAAGATCATCGTAGAAGAGTTCGTGAATGCACGCGAAGTGGAGGTCAGCGTGCTCGGCAATGATGAGCCGATGGCATCCGTTCCGGGTGAAATTGTCTCTTCCAGTGAATACTACGACTATGCGGCCAAATATACGGATGGACAATCACAGATGCAAATTCCGGCCGAAATCGAGCCGGATACGGCTGATCGTCTGCGCGACCTCGCCATTACCGCGTTCAAAGCGATTGAAGGCGGCGGCATTACTCGGGCCGACTTCTTTGTCCGCCGTTCGGACGGCGCGATTCTGATCAATGAAGTGAACACGATGCCTGGCTTCACGCCGTTCAGCATGTACCCGCTCTTGTGGCGGGAAACGGGCGTGTCCTACCGCGAGCTGCTTGACCGGATGATCGAGCTGGGTCTTGAGCGGTACAACCGCAAGCAATCCCTGATTTATGAGAACCAGGCGTAA	MGQDKLTVGLVYGGKSGEHEVSLSTAFAVMNAFDFDKYEIVPFYISKQGSWRIGSKLSAPFAQLEELKLAEGEGTQTALNAVFSRLYGQESQAVDIMFPLLHGTFGEDGTIQGLFEMADIPYVGTGVLASAAGMDKVVMKKLFAQAGLPQCEYCYFNRTQWERSQHEVLKDIEDKLGYPSFVKPANLGSSVGISKAKNREQLKAAIESALRFDDKIIVEEFVNAREVEVSVLGNDEPMASVPGEIVSSSEYYDYAAKYTDGQSQMQIPAEIEPDTADRLRDLAITAFKAIEGGGITRADFFVRRSDGAILINEVNTMPGFTPFSMYPLLWRETGVSYRELLDRMIELGLERYNRKQSLIYENQA	PGPT0020050_1447	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0020050-ddl-K01921	NA	NA
JZ016_05019	318			hypothetical protein	ATGGGATTTCAAACCGAATTCAATTCCGTTTGTAAGTTTAAGAGTGAGCAGGAGCTCTATGAGCTGCTGGAATACGGCCGCGGTAAAATGCTGAAGGACGGGCTCCGGGTATTTCCGACAGGACAGAAGGTTATTGCTTATACGCCGGATAATCAGGCGGTGGCCATCGTCCTGATCACTGCATGCGTATCGGAGATTAACTTCCAGGGCCGCGAGGTCACTTCGGTCGAACTGCAGCTGATCCGCAAATTGACTGATGAGGAAGCACGCGTACAAACAGCGCTGGCTCACGAAATGTTCTTTGGAGATCATGCATGA	MGFQTEFNSVCKFKSEQELYELLEYGRGKMLKDGLRVFPTGQKVIAYTPDNQAVAIVLITACVSEINFQGREVTSVELQLIRKLTDEEARVQTALAHEMFFGDHA				NA	NA	NA	NA	NA
JZ016_05020	1002	uvsE		UV DNA damage endonuclease	ATGATTGTCCGTTTCGGTTATGTGGCCATGTCCACGGTCGTGCAGAATGCTTCTCCTTCCAAGACGATGACCATGAAGAGTTTTATGAAGCTGAATGACCGTGAGGCCGGCTTACACAAACTGGAGCGGATCGCGAATGAGAATCTACATAATACCCTTCGGCTTCTAAAGCATAATGCGGCTCACGATATCAAGGTGTACCGCTTCTCGTCCAAACTGATTCCGCTGGCCACGCATCAGGATATGCAGGATTGGAATCCGTTCCCGGCTTTGCGGGAAGGCTTTAAGGCTATTGGGGAATTCGTGAAAAAGCACGGAATGCGGGTCTCCTTTCATCCGGATCATTTCACGGTGCTGAGCACGCCGCGTCCCGAAGTGCTGGCCAATTCGATCCGTGATCTGGAGTCGCACGTCCATATGCTGCGGGCGATGGAGCTGCCTGCTTCGATGAAGAACAACATCCACATCGGGGGAGCTTATGGGGACAAGCCCTCGGCAGCGGCGCGATTCGTTGAACATTTTCATGAGCTTGCGCCGCACATCAAGGAACGATTGACCCTTGAAAATGACGATAAAACCTTTACCGCCCAGGAAACGTTGGCCGTATGTAAGCAGACCGGGCTGCCGATGGTACTGGACATTCATCACCAGTGGGTCAATAACGATGGCGAGGCACCCTGGGAGCTGTGGCCGGATATCCTTCGCACCTGGGAGACGCCGCTTGCGCAGGCCGATTCGGACCGGGCGCAGCCGCTCCCGCCCAAGATTCACGTATCCAGTCCCAAGAGCCCTACCGATATCCGCAGCCATGCGGATGGGGTGGATGTCGTGCCATTGCTGGCGTTTTTACGGAATATTGCGGGGGCTACGTCGAAGGTAGACGTCATGATTGAAGCGAAGATGAAGGACGGCGCCTTGTTTGATCTGATGAAGGATTTGGGAGATTATACGGAAGAGGGCGTAACCATTCTCGACGGTGCTTCCATCGAAGTAAACCCATAA	MIVRFGYVAMSTVVQNASPSKTMTMKSFMKLNDREAGLHKLERIANENLHNTLRLLKHNAAHDIKVYRFSSKLIPLATHQDMQDWNPFPALREGFKAIGEFVKKHGMRVSFHPDHFTVLSTPRPEVLANSIRDLESHVHMLRAMELPASMKNNIHIGGAYGDKPSAAARFVEHFHELAPHIKERLTLENDDKTFTAQETLAVCKQTGLPMVLDIHHQWVNNDGEAPWELWPDILRTWETPLAQADSDRAQPLPPKIHVSSPKSPTDIRSHADGVDVVPLLAFLRNIAGATSKVDVMIEAKMKDGALFDLMKDLGDYTEEGVTILDGASIEVNP				NA	NA	NA	NA	NA
JZ016_05021	864	suhB	COG0483	Fructose-1,6-bisphosphatase/inositol-1-monophosphatase	TTGAACGAGAATGAAAAGATTCCTTATGTTGTCAGCAGTAAGAGCTACACCGCCGTTGCGATTAATTGCGCCGCCAAAGCGGGAGAGTGGATTAAGAGCAAACTCGGTACCGTCAAGCAGTTGAGCACCAAGTCTTCGGCACAGGATATCGTAACCGAGGTGGACAAAGGCGCGGAGCAGATGATCCGCAAGCTGATTTTGACGCACTTTCCGGATCATGCGATCCTCGGAGAAGAAGGGGTTGCCCCGGGTAGCGATGCCTACAATAAGGCACTCGAGGACGCCAAGGACGAAGAGTATCTCTGGATTATTGACCCTGTGGACGGAACGACGAACTATGTTCATGGATTTCCGTTTTACTCCGTGTCGATTGCACTGGCTCATCATGGAGAAGTCATTGTCGGCGTTATTTACGACCCTTCCCGGGACGAGTTGTTTGTTGCGGAAAAAGGAAAAGGAGCCTACGTTCACGGCAACCCTACCTATGTTTCCAAGGAAGATCAATTGTCGGACAGCTTGCTGGCCACGGGCTTCCCGCTGGACAGCACGGTCAACCTGCCGCTGAATATGGCGGAGCTGCAGGCGCTGCTGCCGATGGTCCGCAATGTAAGAGCAGGCGGCTCCGCTGCGCTTCATCTTGCTTATGTGGCTGCCGGCCGCCTCAGCGGATACTGGGAGCACGGCTTGAGCGCTTGGGATGTTGCTGCAGGCGCACTATTGGTTCAGGAATCCGGCGGTAAAGTAACCGATACGGAAGGAAAGCCATATGATCTGTCGGTGCGTCATTTGGCGGCAACCAACGGGCTGATTCATCAGCGTTTTCTGGATACACTAAAAGACGCCGGCGAAGCTTTGGTTCGCTAA	MNENEKIPYVVSSKSYTAVAINCAAKAGEWIKSKLGTVKQLSTKSSAQDIVTEVDKGAEQMIRKLILTHFPDHAILGEEGVAPGSDAYNKALEDAKDEEYLWIIDPVDGTTNYVHGFPFYSVSIALAHHGEVIVGVIYDPSRDELFVAEKGKGAYVHGNPTYVSKEDQLSDSLLATGFPLDSTVNLPLNMAELQALLPMVRNVRAGGSAALHLAYVAAGRLSGYWEHGLSAWDVAAGALLVQESGGKVTDTEGKPYDLSVRHLAATNGLIHQRFLDTLKDAGEALVR	PGPT0018535_1172	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018535-suhB-K01092	NA	NA
JZ016_05022	267			hypothetical protein	ATGAATGAGAAGTCGGATCAGGATTTGGAGCGCCAGCTCAGCGAGATGTTAACGGACGGTGAAATGCAGAAGAAGGATCGGGAGAAGGAGGAGCGCAGGCTTCTCTCTCCGAAATACGAGATCCGGATTCAGACGCAGCTTGATCCTATTGTGGAAGAGACGCAGAAGTACCGCAGCATGGCGAAGGAAGTGGATGATCGCTATGACAAGTACATGGATAAGGCAGTTAAGAAGGATAAGCCTGAGGATTCAGGTGAAGAAGCTTGA	MNEKSDQDLERQLSEMLTDGEMQKKDREKEERRLLSPKYEIRIQTQLDPIVEETQKYRSMAKEVDDRYDKYMDKAVKKDKPEDSGEEA				NA	NA	NA	NA	NA
JZ016_05023	336			hypothetical protein	ATGCGAGTTCGGATTCAAATATGTCATGTTCTGGGAGGCGCATCCGGGGCAGCCTCCATGCTGCTATGGTGCATCCTTATCTTTTTCAACCCTTATTCCGATGAGACCAGCTGGAAACCAGCCTTAACTACGTTCGTTATGCTGTTTCTTCCAGCCAGCTTGGCGATGCTCGGGGTGCTTTATTCCTACCGGTTGCTGCTGCTGGTTGCTTTTGGATGGTCGATATTGCCAAGCCTGTATCTGGCAGCCACGCCTGGGATATTTGCTTGGTTTGGAGCTACATCTCTTGGCTATTTATTCGCTTATCTTCTCATGAAACCTTATCGTCCTGGTTGA	MRVRIQICHVLGGASGAASMLLWCILIFFNPYSDETSWKPALTTFVMLFLPASLAMLGVLYSYRLLLLVAFGWSILPSLYLAATPGIFAWFGATSLGYLFAYLLMKPYRPG				NA	NA	NA	NA	NA
JZ016_05024	1263			hypothetical protein	ATGTTCAAACAATGGAAGAAGGGGCTGGCGGCAGTAACCGGCACCTTGACGCTCGCGGTGGCACTGGTTGGACCGAGCGTTGCGCCGGCTTATGCCGATGAGGTTACAGCCAAGGATACATATCATATTGTAGCGCTGGGGGACTCGTTGACTGTCGGGTATGAGCCGGGAATGGATCTGAACAGCAAGCCTTACGGTTTTGTTGACCGGCTGTATGAGCAAGGTTTGTTCCACGGCCGGACCGAGGTAACGAATCTGGGGATCGGCGGATTGAAAACCGATGGGCTGAACCATTACGTCAAGGCCGTCTTGGATGAACGCGCAATTACGGCGGAAGAGCTGCAGCCTGGGCTAAGCGGCATCGATCCACGCACGAAGCAGATTGGCGCTGACGCAGCGAAAGCCAAGCCGATTATCGCGGGTGCGGATCTGATAACCATTACGATCGGCGGCAATGACATGATGAGTCTGGTCAGTACCGTGGAAACATTAAGCGATGAACAGTTGAAAACAAAGATGCAGGAACTGTTCAAGATCTATACCGATAATGTCTCATCCGTCATTACCAACTTGCGCGCCATCAATCCGGATGCCGCAATTGTGGTGGCGGACCAGTATAATCCAGTGCCCAAAGTCGCTGACGAGATCGCATATGCTAAACTGCTTGCAGCATCCGGAGAGTTTACGAAGCTGGTGGAAGGCGTAGCTGACAGTTTTGCCACTCAGGGCGTGAATATTAAGGTAGCCCATGTGGCGAAGAAGTTCGTGGGCTCCGAGCTGACGATGACCCATATCCTGAAAGACGATATTCATCCGAACCAATATGGATATGAGACGATGGCCGGTGTGTTCGCAGAGACGATCTGGGGCAGCTACAAGAATCCCGCTGTTCAAGAACAGGGGCAGCCGATGCGCATCATCGTGAAGGGGCAGGAGCTGAACACGCCGTATAAGCCGATTCTTCGCGATAATCTGAATTACGTAGCGATACAGGATATCGTAGATGCAGTGGGGGCGACGACCACATGGGAAAATAAAACGTCCAGTGCAACGATTACGTTTGGAGATCAGACGGTGGTAGTGAAGATCGGTGCCAAAACCGTTCAAGTTAACGGAACGGCTGTACCGATCGATACGCCGGCTTTCCTGCAAAAAGTAGGAAAAGAGGATAAAACCTACGTCCCGCTCGCGGTGATTGCATCCGGTCTTGGTTTTGACGTTCAATACAGCACCAAATTGCGTACCGCATTCATTAATTTGTAA	MFKQWKKGLAAVTGTLTLAVALVGPSVAPAYADEVTAKDTYHIVALGDSLTVGYEPGMDLNSKPYGFVDRLYEQGLFHGRTEVTNLGIGGLKTDGLNHYVKAVLDERAITAEELQPGLSGIDPRTKQIGADAAKAKPIIAGADLITITIGGNDMMSLVSTVETLSDEQLKTKMQELFKIYTDNVSSVITNLRAINPDAAIVVADQYNPVPKVADEIAYAKLLAASGEFTKLVEGVADSFATQGVNIKVAHVAKKFVGSELTMTHILKDDIHPNQYGYETMAGVFAETIWGSYKNPAVQEQGQPMRIIVKGQELNTPYKPILRDNLNYVAIQDIVDAVGATTTWENKTSSATITFGDQTVVVKIGAKTVQVNGTAVPIDTPAFLQKVGKEDKTYVPLAVIASGLGFDVQYSTKLRTAFINL				NA	NA	NA	NA	NA
JZ016_05025	1866			hypothetical protein	ATGAATGGACCGATGATCGTTACGTTGTCTGTTTTGGCCGTGGCATCCGCATTGTTCATGTCGGGAAAAGTGCGGTCGGATTTGGTCGCGATCGGCGTGTTGATGGTACTTATGCTAACGGACATTTTAAGTCCGGCTGAAGCCCTTTCGGGCTTTTCCAATTCGGTTGTCATCATGATGATCGGTTTGTTTGTTGTGGGCGGGGGGATTTTTCATACCGGATTAGCCAAGATGGCAAGCGGAAAGCTGCTGAAGCTTGGAGGGGGAAGCGAGACCCGGCTCTTGATTATGATCATGCTGGTAACGTCGCTCATTGGCGGATTCGTCAGTAATACCGGCACGGTAGCGGTCATGCTGCCCATTGTTGTCAGTCTGGCGTTCAGCGCCGAGATTAGTCCGGGGCGGCTGCTGATGCCCCTTGCTTTTGCCAGCAGCTTGGGGGGCATGCTCACGTTAATCGGCACACCGCCGAATCTCGTGATTCAGGAGACGCTGATCAACGCAGGATACGAACGGCTGTCGTTCTTTGCTTTTTTGCCGATCGGACTTGTCTGTTTGGCAACGGGGATCCTCGCGATATTGTTCCTTCGCCGTTTTCTTCCCAGCAATGAAGAAGGGGGTGCAGGTAAACAGGGCGGGCGCTCGCTTCGAGAGCTGGCCAAACAGTATCGGCTGACCCAGAACCTGTATCGGATTCAGGTTAGTGCCGATTCCTCCATTCGATCCAAAACATTGCGGGAGCTGGACATTCCGGCGAGGTTCGAAGTGAACGTCATTGAAATCCGCCGTAAAATGTCGGCCAAGAATCAATTCTTCAAAACGATCAACCAGGAAATCGCCGGTCCCGAGACCATGATTGAGGAAGACGATATTCTGTATGTAAACGGCCCGTTCGAGCGGGCCTCGGAGTTTGCGGAGACGTATGGGCTTGTCATGCTGGACCAGCGTGTACCCGAGCATCGAAAACGTACGGAGGAGTCGCAGTACGCCACGAGTGACGTCGGCATTGCCGAGGTGATGCTGACTCCGTCCTCTCGCCTGATTGGCCGGCTCGTCAAGCACTCGGGTTTCCGCGAGAAATATCGGGTGAACATATTGGGGATTCAGCGAAAAGAACAGTATCTTCTGCATCATCTGAAGGAAGAGAAAATGCGCTTTGGCGACGCGCTGCTCGTTCAGGGAACATGGAAGGATATAGCCCTTCTGGCGGCCGAGCAAACGGATGTCGTGGTGGTGGGGCAGCCCGTGGAGGAGTCGCGCAAAGTGACGATGGACCACAAAGCGCCGATTGCGGCCGGGATTATGCTCTTGATGGTGATCCTGCTGGTGACCGAATGGATTCCGGCGGTGGCCTCCGTGATGATTGCCGCGGTGTTGATGGTGGTGTTCGGATGCGTGCGTAACATGGAGGAGGCCTACAAGACGGTCAACTGGGAGAGCATCGTACTCATTGGCGGCATGATTCCGATGTCCATTGCCATCGAGAAAACGGGAGCCGCCACGCTGATCTCGGATATGCTGGTCCATTCACTGGGAAGCTATGGTTCGCTTGCCCTGCTGGCAGGAGTGTACTTCACCACCTCGCTGTTAACGATGTTCATCAGCAATACGGCTTGCGCCGTATTATTCGCGCCGATTGCGTTATCGGCTGCGATCCAGATGGGAGCCAGTCCGTATCCGTTTCTGTTCGCCGTCTCCATTGGAGCGAGTATGTGCTTTGCCTCACCGTTCTCCACGCCGCCGAACGCGCTCGTTATGTCGGCTGGCCGTTATAAATTCAGCCATTATGTGAAGGTCGGATTGCCGCTTCAACTGGTGATCGGCCTGGTCATGATGGCGGTACTGCCGCTGTTCTTTCCGTTCTAA	MNGPMIVTLSVLAVASALFMSGKVRSDLVAIGVLMVLMLTDILSPAEALSGFSNSVVIMMIGLFVVGGGIFHTGLAKMASGKLLKLGGGSETRLLIMIMLVTSLIGGFVSNTGTVAVMLPIVVSLAFSAEISPGRLLMPLAFASSLGGMLTLIGTPPNLVIQETLINAGYERLSFFAFLPIGLVCLATGILAILFLRRFLPSNEEGGAGKQGGRSLRELAKQYRLTQNLYRIQVSADSSIRSKTLRELDIPARFEVNVIEIRRKMSAKNQFFKTINQEIAGPETMIEEDDILYVNGPFERASEFAETYGLVMLDQRVPEHRKRTEESQYATSDVGIAEVMLTPSSRLIGRLVKHSGFREKYRVNILGIQRKEQYLLHHLKEEKMRFGDALLVQGTWKDIALLAAEQTDVVVVGQPVEESRKVTMDHKAPIAAGIMLLMVILLVTEWIPAVASVMIAAVLMVVFGCVRNMEEAYKTVNWESIVLIGGMIPMSIAIEKTGAATLISDMLVHSLGSYGSLALLAGVYFTTSLLTMFISNTACAVLFAPIALSAAIQMGASPYPFLFAVSIGASMCFASPFSTPPNALVMSAGRYKFSHYVKVGLPLQLVIGLVMMAVLPLFFPF				NA	NA	NA	NA	NA
JZ016_05026	1833			hypothetical protein	ATGAAGAACCGCTTGAAAAATCCACTGGGCCGAATGAATATCAAGCAGCAGATGATTCTGCTGTTCCTGGTGCTGGTCATTCCGTTGTTTGCGCTGAACGCCTACGGGAATTCCATGGCCGGTCAAATCCTGAAGCGCCATGTGACCAATGCTTATATCGAACTGAACAAGCAGAACTTTAAGCTGATTAACCGTGATATTGAAACCGTTAACAAAGTGACCTCCACGGTCATCCAAAATTCGCAGATCCAGCAGCTGGATCCCTTTGCCGAGGACACCGTTCTCGCGCGCGTCAAAAACTACGAGCGGCTGGAAAAGATGCTGCTGTCCTTCTCCCAAGAGACGGATGAACGCGAGCCGGTTTATTACTCGCTCTATGTGTATGACCCGAACAACAGCTATTTCTTTGCTCCCTATTACCCTGACCGCCGAAAAGCGGGGGTATATTTTTTCTCCGACGAGAAGGAGAAGCCGGCATGGTTCGATGAAGCCGTGGCGATGAAAGGGAACGGGTATCTCAAGCGCATAGCGAATCTGTCGCCGCCGGTACAAGGGCGCCAGGATCAAGAGACCTTAAGCTATGTAAGGGCCGTGAACAATATTTATAAGGGCGGAACCATCGGCGTTCTGGTGGTCACGAATTTAGACGCCCGGATCGGCGAGTCGTTATCGACGGTTTCGATTCCGGATGGGGAGCTGTATTTTACGGATGGGAACGACCATATCCTGACTTCGTCGGTACAAGGCATGGCAGGGAGGCTGGAATTGCCCCCTGAAGCGGATCCGGGTCAATCCACGATCGGCATCATGGACGTGATCACGTCGGATTTTATCTATGTTATTGACTATAACTACGTGCTCAATCAGAAGCTGGTCTACAAGGTGCCCGTCAAAACGCTGCTCGCCCAGCAAAGCGAGATGAAACGTGTTATCCAGGTCATCTCCATCGCCTACTTTGCCGTGGGTCTCATTATCGTTTTTTATTTCTGGCAGTCGCTGATGACGCCGCTCCAGAAGCTGGCGCATTTTGTGAGAAGGTATGAACCGGGGAACGTCGTGCCGGAAACCCCCTACAGGCGCAGAAAAGATGAAGTCAGTGTCCTCATCTCCACGATCTATGACATGGCCCGCCGATTGAATGATCTGATCCACTACAAATACCGTATGGATCTGAAGCAGAAGGAAGCGCAGCTGCAGCTGCTGTATCAGCAGATTAACCCCCATTTGCTGTATAACACCTTGGAAAGCATCTATTGGAAGAGCACGATGGAGGGCAATACCGAGTCCGCCGAGATGATCAAGGATTTGTCCAAATTGATGAAGATCAGTCTCAGCCGTGGGCGGGATCTCATCACGCTTGGGGAAGAGCTTGAGCATGCGGGGGCTTATATCAATCTGCAGCTGAACCGTTACGATTATCAGTTTACCGTCCACTGGGAAGTGCCCGAGTCCTTGCTGGTGAACCAAGTGCCGAAGATTACGCTGCAGCCGCTGCTGGAGAACGCGATCATTCATGGCATTAAAAATATGGGCGAGGACGGAATCATCCGGATTTCAGGCCATATAGAAGAGGGACAATGCCGGATCGTCATTGAAGATAACGGCTTCCGCCCCGTAAACTACGAGTCCATCCACAGGCTGCTCCATGATGAAGCGCCGGACCCTTCGCTGGGCTACGGCATCCGCAATATCCAGGAGCGGCTCCAGCTGCATTTTGGAAGCGGCTGCGGTCTGCAATATAAACCAAGAGAAGAAGGGGGAACCCGCGTGACGATCACGATTCCCCGAATAGATGAAACAACCATTATCGCAACCGGACAGGAGGTTTCCTGA	MKNRLKNPLGRMNIKQQMILLFLVLVIPLFALNAYGNSMAGQILKRHVTNAYIELNKQNFKLINRDIETVNKVTSTVIQNSQIQQLDPFAEDTVLARVKNYERLEKMLLSFSQETDEREPVYYSLYVYDPNNSYFFAPYYPDRRKAGVYFFSDEKEKPAWFDEAVAMKGNGYLKRIANLSPPVQGRQDQETLSYVRAVNNIYKGGTIGVLVVTNLDARIGESLSTVSIPDGELYFTDGNDHILTSSVQGMAGRLELPPEADPGQSTIGIMDVITSDFIYVIDYNYVLNQKLVYKVPVKTLLAQQSEMKRVIQVISIAYFAVGLIIVFYFWQSLMTPLQKLAHFVRRYEPGNVVPETPYRRRKDEVSVLISTIYDMARRLNDLIHYKYRMDLKQKEAQLQLLYQQINPHLLYNTLESIYWKSTMEGNTESAEMIKDLSKLMKISLSRGRDLITLGEELEHAGAYINLQLNRYDYQFTVHWEVPESLLVNQVPKITLQPLLENAIIHGIKNMGEDGIIRISGHIEEGQCRIVIEDNGFRPVNYESIHRLLHDEAPDPSLGYGIRNIQERLQLHFGSGCGLQYKPREEGGTRVTITIPRIDETTIIATGQEVS				NA	NA	NA	NA	NA
JZ016_05027	1320	rssB_11		Regulator of RpoS	ATGTATAACATTTTGGTGGTAGATGACGAGCCTTTGATCTGCAAGGGCTTGGCCGGGCTGTTAACGTCCTCGGGCCTGGCCATCGATGGGATTGCTACGGCCTACAGCGGGCAGGAAGCACTGGATTACATACGGATGGGAGATATCGACCTGCTGGTCACCGATATCCAGATGGGCGAGATGAACGGCATCGAGCTGATGCAGCAGGCCAAGATCGTGAAGCCGTGGGTTCAGACGATCATTATTTCAGCCCATGAAACATTTCAATATGCACAGCGGGCGCTCCAGCTCGGTGCCAAGGATTATTTGATCAAACCGCTGAACAGCGAGCAGTTTCTGGATTCGGTTCGCAGCGTTCTGCTCAAGATGGATCGACCGGCGCCTCAGATAGAGCCATTTCTCATGGCCGATAACGAGCATTTTCGGATGGAGGAGACTCCGTCCGAACGAATAGAGCGGCTGAATCAGCGGCTCTCCACGGAGCGGGATCAGCCGCAACTGGCCGGCCTAGACGAATCGGAGCTGGGCTTGATCGGTCCTTATTTTGCCGTTATCAAGATGAAGCTGGGCTTAAGGGAAGACAGCAGCGCTTCTTTTTCAAGGAAAGATATAAGCCTGATTCAATATGCCGCGCTGAATGTCGCCAAGGAGCTGCTGGAGCAGGAGCCGCACGCCTTCGTATTCTATTCGCCGGAGCGGGACATCAACATCATCCTCCAATGGAGCGAGCAGGAGATGGAGGAGAATGCGGGCGGCAAGATCCAGCATCTGGAGATGATCGGCCGGAGTCTGCACCACCATGTGGAGCTGTACCTGAAACGAAGCTGTACCGTTGGGATCAGCCAAATATTGAGGGGGCCCGAATTTTTGAGTGTGCTCAGCCGTCAGGCGGACAAAGCGATGCTGTGGAGCGAGCAGCTGCAGGACTTCCACGTGTTTTATTACGGGGATTTCAATTGGCACAACTATGCCCAGGAGACGTCGCATGAGGTGCTCTCGAGCCAGGGCAATCGGATCGTGGAGAATACAAGGCAATATATCGAGGAGCATTACCGCCAGAAGGGATTGACGATTCACGAGATAGCCAAGAACAATCACGTGAGCCCGAACTATTTGAGTTATCTGTTCAAAAAATATACCGGCAGCAGCCTGTGGGAGTATGTCGTGAAGCTGCGGATGGAGGAGAGCAGGTCCCTGATTCTGAGCACGGATCTCCGCCGCTACGAAATCGCGGAGCGAGTCGGCTATGAATCTCCGGAGCATTTCAGCAAAATCTTCAAAAAATATTACGGCGTCAGCCCCAGCGAGCTAAAGAAGTAA	MYNILVVDDEPLICKGLAGLLTSSGLAIDGIATAYSGQEALDYIRMGDIDLLVTDIQMGEMNGIELMQQAKIVKPWVQTIIISAHETFQYAQRALQLGAKDYLIKPLNSEQFLDSVRSVLLKMDRPAPQIEPFLMADNEHFRMEETPSERIERLNQRLSTERDQPQLAGLDESELGLIGPYFAVIKMKLGLREDSSASFSRKDISLIQYAALNVAKELLEQEPHAFVFYSPERDINIILQWSEQEMEENAGGKIQHLEMIGRSLHHHVELYLKRSCTVGISQILRGPEFLSVLSRQADKAMLWSEQLQDFHVFYYGDFNWHNYAQETSHEVLSSQGNRIVENTRQYIEEHYRQKGLTIHEIAKNNHVSPNYLSYLFKKYTGSSLWEYVVKLRMEESRSLILSTDLRRYEIAERVGYESPEHFSKIFKKYYGVSPSELKK				NA	NA	NA	NA	NA
JZ016_05028	936	melD_9	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGGAAGAAACGGCCATGCCGCAAGGCCAGGCTCGGATAGAGCCCGGTCATCGCACCCGACAGGAGCACAAGCGCAAGCCGCTGTGGAAGAAGTACATATGGGGGTATATGTTCCTCGTTCCAGCCATTGCGATCTTTATCGTCTTTTTGTGGGTGCCGATCTTGAAAGGGGTCTTTTACAGCTTTTTTCATATCGATTTCGTAAAAGGAAACACCTTCGTCGGGTTCGATAATTATGCCAAGGTTCTCAGCAATCCCGATCTGCTGGTTTCCGTTCGAAATACATTGTATTTTATGCTGTTAACGCTGGTCATCGGCTTCTGGGTGCCCATCGCGGCCTCTATCGCCATCTCGGAGCTGAAGCTGTTCCAGGGCTTCGCCCGGATTGCGGCGTATCTACCGTTTGTCGTGCCCGGCGTCGTGCTTTACGGCATGTGGAGGTGGATGTATGACCCGGTAGGTCCGATCAACGCCCTGTTCGGCTTCTTTGGGGCAGAACCGGTATCCTTTATTTCGGATAGCCGTTTCTCCATGGTGTCGCTGGTCGTGATGGAGACATGGCAGCAATTTGGCTCGGCGATGCTGATCTATCTGGCCGGCGTGCTCAGCATACCGAAGGATTGGTATGAAGCCGCAGAGATCGACGGTGCGGGCGTATGGGCCCGGATTAAATACATTACGCTCCCCTCGATGCGCAATTTGATTATGCTCATGCTGATCCTGCAGCTGATCGGCACTTCGCAGGCGTACCAGTCGCAGCTTGCAATGCTGGACGGCGGACCGAACAAGGCCACGCTCACCTATGCGCTTCTAACCGTAAAATACGCGTTTAACCAGCTGGATTACGGGGCAGGAACCGCGATGGGCATCTTGATGTTCCTGGTGCTGAGTTTGCTGGGCATCCTGCAATTCAAGATGAACAGGGAGGAGTACTAG	MEETAMPQGQARIEPGHRTRQEHKRKPLWKKYIWGYMFLVPAIAIFIVFLWVPILKGVFYSFFHIDFVKGNTFVGFDNYAKVLSNPDLLVSVRNTLYFMLLTLVIGFWVPIAASIAISELKLFQGFARIAAYLPFVVPGVVLYGMWRWMYDPVGPINALFGFFGAEPVSFISDSRFSMVSLVVMETWQQFGSAMLIYLAGVLSIPKDWYEAAEIDGAGVWARIKYITLPSMRNLIMLMLILQLIGTSQAYQSQLAMLDGGPNKATLTYALLTVKYAFNQLDYGAGTAMGILMFLVLSLLGILQFKMNREEY	PGPT0016535_4026	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05029	867	ngcG_5	COG0395	Diacetylchitobiose uptake system permease protein NgcG	ATGAAAGAGAGAGGCATACTGTCCGCTTCGGATCTGAGAAAACCGTGGAACAAGGCGATATACGGATTGATGGTGCTGTGCATTGCGGTGATGATCTTTACGATGCTGTATCCAATCGGCATGACGATGTTTAACGGGCTGAAGAGCAATCAGGAGATCAATACGTTTCCGCCGCGCTTTTTCCCGTCGGAATGGCATTGGGATAACTTCCCGAAGGGGTGGGAATACATCGATCTGCCGATGTTTCTGAAGAATACGCTGCTTATTTTTGGCGGCAATCTGCTGGTGACGATTCTGGTACTGGGCTTGGCGGCATTCAGCATTTCCCGTATCCGGGTTCCCTATCACCGCGTCATCTATTTCTTCATTCTCATGACCTTGTTTATTCCGGCGTCGAGTTACATGATTCCGAACTTCGTCAATTTGAAGGAGCTGGGGCTGCTGAATTCCTACTGGGCCTTCTGGCTGCCGGCCGGAGCGAATGCGTACTTCTTCCTGCTGATCAAAAACTTCTTCGATGGCATTCATCCGGAGATCTTCGAGGCGGCACGCATCGATGGCGCTTCGGAGTTGAGCAGCTTCCTGCGAATTGCCGTACCGCTGTCTGTCCCGATTTTTGCAACGCTGGCGATTTTTATCTTCTCCACGGCATGGAATGACTGGTTCTGGCCGTCGCTGGTCATGCAGACGCAGGACAAGTACACGCTGGCCACGGCCATCTACAAGTATGTCATCAACGCAAGGAGCCTGGACAGCAGCATAAAATTCGCGATCCTGTTCATGGTTATGGTGCCGCCGATCTTCGTATTTCTGGTGTTCCAGAAATTCATTATGCGCAGCGTCAGTCTCTCGGCTGTTAAAGGGTAG	MKERGILSASDLRKPWNKAIYGLMVLCIAVMIFTMLYPIGMTMFNGLKSNQEINTFPPRFFPSEWHWDNFPKGWEYIDLPMFLKNTLLIFGGNLLVTILVLGLAAFSISRIRVPYHRVIYFFILMTLFIPASSYMIPNFVNLKELGLLNSYWAFWLPAGANAYFFLLIKNFFDGIHPEIFEAARIDGASELSSFLRIAVPLSVPIFATLAIFIFSTAWNDWFWPSLVMQTQDKYTLATAIYKYVINARSLDSSIKFAILFMVMVPPIFVFLVFQKFIMRSVSLSAVKG	PGPT0016540_3923	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05030	1449			hypothetical protein	ATGCGCAAGTTCTCAGCATTACTGATCTGCCTTATGCTGTTCAGCTCCTTGCTCGCCGCTTGCGGCGGAGGCAAAGCAGCGCCGGAGGCCGGCAATAAAGACGGAGGGACTGCCAATTCAGGCGGAACGACTGCAACGCAGACGGATGAACCGAAACAGGATATCGCGGATCAAAAGATAACGATCAAGATCCACTATCCGCTGCCGGATGATACAACGCTGCGTCAGCAGGAGGATGATAAAATCGCCCGTTTTCAGGCGAAATATCCGAACGTGACCATCGTGAAGGACGACTGGCAGTACAGCGTCAACGAAATTGGGGTCAAGATGGCTTCGAACGAAGCGCCGACATTTTATAACACTTGGGCTACGGAAGCACAGCTGCTCGTAGAGCGGGGCTGGGTGGCCGACATCACGGAGTTCTGGAACGAGTGGGAATACAAGGACGACATGAATCCCGTGCTCCAGGATCAATTCATCGTGGACGGCAAGGTGTATGGCGTTACGCAGAACGGGTATATCACGTCAACGATCGTGAACAAGAAGCTGCTGGATGCGAAGGGCGTACCGGTTCCGCCGATGGATTGGACGTGGGACGACATGTACAACACGGCGAAAGGGGCCGCAGATCCGAAGGCCGGCATATCCGGCATCGCGCCGATGGGCAAAGGTAATGAAGCGGGCTGGAACTGGACCAACTTCCTGTTCGAAGCCGGCGGGGATATCGAAGTGAACGAGGGTGGCAAAGTGAAGGCCGTGTTTAACTCGGAAGCCGGCGTGAAGGCGCTGGATTTCTATAAAAAGCTGAGATGGGAAGCGAATGCCATTCCGCAGGACTGGGCTCTCGGTTGGGGCGATGCCGTCAGCTCGTTCCAGCAGGGACGTACGGCGATGGTCATTGCAGGCGCATTTGACGTGATCCAGCCGGCATTGAACGAGGGCGGCATGAAGCCTGAGGATGTGCTGGCATATCCGATGCCTGCCATGGAGAAAGGCGGAGCGCATCACGGCATTTTGGGCGGTAATTATTTGGTCATCAACCCGAATGTCACGAAGGAAGAGCAGGAAATGGCTTTCCGTTACATCACGTTTGATTATTTTACGGATGATGCGCTGAAATCGGTGGAAGATACGATTAATGCCCGCAAAGCCGAAGGCAAATACTTTGTACCGACGCCGCTGGAATATTTCAGCGATGATTCCGAGTATGCCGCGAAGGTAAAAGCCATCTACGATAAGTACGACAACGTCTACAAATATGATCCGCAGCTCTTCAGCCTGTTGGAAGGCAAACCGGAAGCGCAATTCGGCACGCAGGATTATTATGCGGCGATGTCCAACGTTGTACAGGAGTCGTTCTCGAAGGAAGGCACGGATTCCAAGAAACAGCTGGATGAAACAGCCAAGCTGGTTCAGGAGAACTTCTTCGATAAGATCGAACAGAAGTAA	MRKFSALLICLMLFSSLLAACGGGKAAPEAGNKDGGTANSGGTTATQTDEPKQDIADQKITIKIHYPLPDDTTLRQQEDDKIARFQAKYPNVTIVKDDWQYSVNEIGVKMASNEAPTFYNTWATEAQLLVERGWVADITEFWNEWEYKDDMNPVLQDQFIVDGKVYGVTQNGYITSTIVNKKLLDAKGVPVPPMDWTWDDMYNTAKGAADPKAGISGIAPMGKGNEAGWNWTNFLFEAGGDIEVNEGGKVKAVFNSEAGVKALDFYKKLRWEANAIPQDWALGWGDAVSSFQQGRTAMVIAGAFDVIQPALNEGGMKPEDVLAYPMPAMEKGGAHHGILGGNYLVINPNVTKEEQEMAFRYITFDYFTDDALKSVEDTINARKAEGKYFVPTPLEYFSDDSEYAAKVKAIYDKYDNVYKYDPQLFSLLEGKPEAQFGTQDYYAAMSNVVQESFSKEGTDSKKQLDETAKLVQENFFDKIEQK	PGPT0016545_766	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05031	987			hypothetical protein	ATGAGCAAGGACAACGATCAGGACCTGAAACCACTCTTTCAAAGGGTTGAACCGCCGGGGACGGCCCTCCAGGAACACGTCATGAACCAAATTCGGGAAAAACAACTTAAAAAGGAGCGATTTTTTGTGAAATACAAAGTTAGCATTCTCTTAATGGCCGGCATGCTGCTTACCGCATCGACCGGATTTGCCGCCGTACAGTACCATTCCTTAACCAACAGCAAAGGGGAAGTTCTCTATGAGGAGAAATCGGACGCTCAGGCGCCTTCACCAAAAAACTATTCAAAAAAGGAACTGAACCGCATACATCTCATGAACACCATCTGGGACGAACAGATCAAACCGGGTGAAGCCGCCATCATTTATGTTGTACCGGATAATCCAAAGCATGTCATCGACATCAAATCCACTCCGCATGCCGTCAAGGATTTCGCCAAGCTGCAAAGCATGGTGAACGTGCCCGGTTTGCCGCTGGCCAAGGAACTGTCCGGTTCGGGCACATATACGTTCAAAAACGCCAGCGTGCACATGGAACGCGAGACTGATGTGACCCCGCTGACCGAGCAGGAAAAAGCCGACATCGCCAAAAAGCTGCTTGAAAAAGCCAAAGCCTCCGGGAAGGACTACGCCCTGATGCCGGTGAAGTTCACCGATCAATTCTGGCTTTCGACTGTATATTATGCCAGCGGCAATAAAAAAGTCTCCCTTACCATTCTGAATAACGGGGACCACGGGAGCGTGACCTCCTACTGGGACGAGAGCACGGGCATGACCAGCCGGAAAATCGAGATCAACGGGCAGGACGTGCTGCAAAAAACGTGGAGCGGCGGAAACTCGGAGCAGCTGGCGCAGCTGGACTGGGTCTATGAAGAACCAACCACCGGACATCACTACATGCTTTCGCTCAACTCTACCACGGGTGACATCGCTGCCGAAGAGCTGATCCGCATTGCCAAAACAATCATTCCGAAGACGGATTCCAAGTAA	MSKDNDQDLKPLFQRVEPPGTALQEHVMNQIREKQLKKERFFVKYKVSILLMAGMLLTASTGFAAVQYHSLTNSKGEVLYEEKSDAQAPSPKNYSKKELNRIHLMNTIWDEQIKPGEAAIIYVVPDNPKHVIDIKSTPHAVKDFAKLQSMVNVPGLPLAKELSGSGTYTFKNASVHMERETDVTPLTEQEKADIAKKLLEKAKASGKDYALMPVKFTDQFWLSTVYYASGNKKVSLTILNNGDHGSVTSYWDESTGMTSRKIEINGQDVLQKTWSGGNSEQLAQLDWVYEEPTTGHHYMLSLNSTTGDIAAEELIRIAKTIIPKTDSK				NA	NA	NA	NA	NA
JZ016_05032	600	sigW_10	COG1595	ECF RNA polymerase sigma factor SigW	TTGGATGAACCAGCATTCCATCAGATCGTTGCTGATGTTTTGAAGGGAGAGATCGACAAATATGAGCTGATCATGAACCGTTGCAATAAAGCCATCTTCAACTATTGCTATCACATGCTTGGCGACTATGCCGAAGCCGAAGATTGCACCCAGGAAGCTTTTCTGAAAGCTTACCGCAATCTATCTAAATTCGAACCGGACAAGCCCTTCGAAGCCTGGCTGTACAGCATCGCCTGCAACCAGTGCATCGACTACCTCCGCAAGCGAAAGCTATCCCGATTCCTCCCCTTTCTGTATCAGAAGGATCAGGATAACCGGCATGTCGATCAGGTCATCGAGCACAAATACTACAATCCATCCGTGCTCCGGGCGCTGGCCAGGCTGACCGCCGAGGAACGAAGCCTGCTCATCCTGCGCTGTGTCGAGGACAAGAGCTATCAAGAGATCAGCCTGATTTTGAAACACAACACGACCTATCTCAGGAAAAAATATGAGCGGGCCGCAGCCAAGTTCCGCAAACATTACGCCATGGCAGAGGGGGAAGAAACGAATGAGCAAGGACAACGATCAGGACCTGAAACCACTCTTTCAAAGGGTTGA	MDEPAFHQIVADVLKGEIDKYELIMNRCNKAIFNYCYHMLGDYAEAEDCTQEAFLKAYRNLSKFEPDKPFEAWLYSIACNQCIDYLRKRKLSRFLPFLYQKDQDNRHVDQVIEHKYYNPSVLRALARLTAEERSLLILRCVEDKSYQEISLILKHNTTYLRKKYERAAAKFRKHYAMAEGEETNEQGQRSGPETTLSKG	PGPT0014960_4637	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_05033	873	aadK		Aminoglycoside 6-adenylyltransferase	ATGAGAAGCGAGCAAGAAATGATGGATTTGGTATTGGGCTACGCAGCCCGCGACGAACGGGTTCGGGCCGTTACCCTGGAAGGCTCCCGAACGAATCCCAACGTGCCTAAGGATATATTTCAGGATTACGATATCAGCTTTCATGTTACGGACATGGAGAGCTTTATTCAGGACCCGGATTGGATCGACGTCTTCGGTGAACGGATTATTCTGCAGACGCCCGAAGACATGGCCCTGTTCCCTCCGGATCTTGGAGGCTGGTTCTCGTACCTGATGTTGTTTACCGACGGCAACCGGATTGACATGACCCTGATTCCCATCGAGGAGAAGGAAAAATACTGCAAGGAGGACAAACTGATCCAAATCCTAATGGATAAAGATCAGGCGTTCCCGGCGATTCCGGCTCCGTCTGACGAGGATTTTTGGGTAAAGCGTCCGTCCGCAGCCTTTTTCGAGGATTGCTGCAATGAGTTCTGGTGGGTATCCACGTATGTAGCCAAGGGCTTGTGGCGGGAAGAAATACTGTATGCCCAAGACCACTTCCACAACATCATGCGGCCGATGCTGATGAAAATGCTGGAGTGGCAGGTGGGCGCCCAGACCGATTTCTCGCTCAGCGTGGGCAAGAACGGCAAGTACTTGAAAAACTACCTGTCTGCGGACAGCTGGAACGAGCTGATGTCCACCTACCCTCGCGGAACCTACGAAGAAGTGTGGGAGGCGTTGTTTACGATGGGAGCGCTGTTCCGCAGAACCGCGCTGGATGTCGCTGAGCAGCTGGGCTTTGAATATGATATGGGGCAGGATCAGCGCGTAACGGGCTTCCTGCAGCATGTCCGGCAGCTGCCGGCGGATGCGAGCGAGATCTATTAA	MRSEQEMMDLVLGYAARDERVRAVTLEGSRTNPNVPKDIFQDYDISFHVTDMESFIQDPDWIDVFGERIILQTPEDMALFPPDLGGWFSYLMLFTDGNRIDMTLIPIEEKEKYCKEDKLIQILMDKDQAFPAIPAPSDEDFWVKRPSAAFFEDCCNEFWWVSTYVAKGLWREEILYAQDHFHNIMRPMLMKMLEWQVGAQTDFSLSVGKNGKYLKNYLSADSWNELMSTYPRGTYEEVWEALFTMGALFRRTALDVAEQLGFEYDMGQDQRVTGFLQHVRQLPADASEIY	PGPT0028695_109	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028695-aadK-K05593	NA	NA
JZ016_05034	1320	hemL1	COG0001	Glutamate-1-semialdehyde 2,1-aminomutase 1	ATGATGACAACATCAAGAAACCGTTCAGAAACTCTATATCAAGAAGCGCTGCAGCATATCGTAGGCGGCGTAAACAGCCCCTCCCGTTCGTTCAAAGCCGTAGGCGGCGGTGCCCCCGTTTTCATGAAACGCGCGAATGGAGCTCACTTCTGGGACGAGGACGGCAATCGCTACATCGATTATTTGGCAGCCTATGGCCCGATCATAACCGGACATGCCCATCCGCATATTACGGCCGCAATCACGGCAGCCGCTCAAAACGGCACCCTCTACGGTACGCCTACGGAGCTTGAGATCACCTTGGCCAAAATGCTGAAGGCTGCCATCCCGTCCATGGACAAGGTGCGTTTCGTCAATTCCGGCACCGAGGCGCTCATGACCACGATCCGGGTGGCCCGCGCCTACACCAAGCGCAACAAAATCATCAAGTTCGCCGGCTGCTACCATGGCCATTCCGATCTTGTCCTCGTGGCAGCAGGCTCCGGTCCTTCCACGCTCGGCATTCCGGACAGCGCCGGGATCCCGGCCAGCATTGCGACGGAAGTCATTACCGTTCCGTTCAACGATCTGGATGGCTTGCGGGCCGCCCTCGACGCATGGGGCGATGATGTGGCCGCCGTTATGGTAGAGCCGATCGTTGGCAACTTCGGGATGGTCATGCCGAAACCGGGATTCCTCGAAGGCCTATGCCAGATGACGCACGATAACGGCTCATTGGTCATCTATGACGAAGTAATCAGCGCTTTCCGCTTCCACTACGGATCTACCCAAACTTATGCGGGTCTGGACAATCACGAGGCGATTCAGCCGGATCTTACGGCGCTTGGCAAAATCATCGGCGGCGGTCTGCCTATCGGCGCCTATGGCGGCCGTAAACACGTGATGGAACAGGTCGCACCGCTCGGTCCTGCTTATCAGGCAGGAACCATGGCGGGTAATCCAGCCTCCATCGCCGCCGGAATCGCTTGCTTGGAGGTTCTGCAGGGTGAAGGCGTATATGAAGAAATGGAGCGCTTGACCATCAAGCTGACGGAAGGCTTGCAGGCATCCGCCGACCGCCACGGCATTCCGCTCACAATCAACCGCATCCGGGGCTCCTTCTCCACTCACTTCTGCGATCACCCGGTCACGAATTATGACGAAGCGCAGGACACCGACGGCGAAGCGTTCGCCGCTTTCTTCCGCCATATGCTGGACCGCGGCGTGAACCTGGCTCCTTCCAAGTACGAGGCCTGGTTCATGACCACAGCCCATACGGATGCCGACATTGAGGCTACGCTTGAGGCTGCGGAGGAATCTTTTAAGGCCATGAAGAATTAA	MMTTSRNRSETLYQEALQHIVGGVNSPSRSFKAVGGGAPVFMKRANGAHFWDEDGNRYIDYLAAYGPIITGHAHPHITAAITAAAQNGTLYGTPTELEITLAKMLKAAIPSMDKVRFVNSGTEALMTTIRVARAYTKRNKIIKFAGCYHGHSDLVLVAAGSGPSTLGIPDSAGIPASIATEVITVPFNDLDGLRAALDAWGDDVAAVMVEPIVGNFGMVMPKPGFLEGLCQMTHDNGSLVIYDEVISAFRFHYGSTQTYAGLDNHEAIQPDLTALGKIIGGGLPIGAYGGRKHVMEQVAPLGPAYQAGTMAGNPASIAAGIACLEVLQGEGVYEEMERLTIKLTEGLQASADRHGIPLTINRIRGSFSTHFCDHPVTNYDEAQDTDGEAFAAFFRHMLDRGVNLAPSKYEAWFMTTAHTDADIEATLEAAEESFKAMKN	PGPT0003680_1833	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845	NA	NA
JZ016_05035	1089	tagU_4		Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU	ATGACCAAAAAAACAAAGAAGACGATTATATGGAGTGTCAGCCTCATCCTTGCCGCTATTATTGGTTATGGCATTTATTATGCGGCATCGTTCTACGACGGCTTGCAAAGTCTTCAGAAATCAGGTGAATCCTCCCCTTTTCGTGAAATCGAAAAGGTAGATGCCAAAGTTCCGGCACCACCCGAGTGGGAAGGAACGGAGACGGTTAACATTCTGCTGATGGGCGTGGATGCGCGCGGTTTTGAGGAAGGCGAAATTCCTCGATCCGACAGTATGCTTGTTGCCTCGATTGATCCCGTGAAGAAGAAAATGCACTTGTTCTCTATTTTGCGCGATACTTACGTAGAAATACCCGGATATGACCGAAACCGAATCAATACGGCCATTACACACGGCCCGAATACGGCCATGAAGGCTGTTGGCGATCTGCTGGGCATTCCGGTTCAATACTACGTCTATACGGATTTCCAGGGTTTCATGAAGCTGGTTGATTCCGTTGGCGGAGTTGATTTCTATGTTGAGAAGGACATGAATTATTCCAGTAAAGCAGACAAAAACGAATACGACATCGAACTGAAGCAAGGCATGCAGCATCTGGATGGCAATGCGGCGCTGCAATATGTCCGGTTCCGCTATGATGCGATGGGCGACTTTACCCGCACCGAGCGTCAGCGCGAGCTCTTGAAGGCCGTAGCCAAGAAAATGCAGACCACCACTTCCATCATGAAGCTTCCGGACATTCTGAAGTCCGTCAGCCCTTATATCGATACCAATCTCGATGTTGAGGATATGTGGAAGCTTGCGAACGTTGCCTACAAGAGTAAAATGAGCGGCAGCGAACAGGTGCCTCCGATGAAGCTCCTGAAGGAAGAACATATCGGCGGGGCAGCCGTTCTAACGGTCGGCAATTCGGATACGCTGAAACAGTATATCCAGGACATCTTAAATCCGCCAACGCCTGATCCTGAGACAGAAGGCAGCCAAGGTACGGACAGCAATTCTGAAACCACTGGTTCTGAGAATGACGATTCTGAGAATGGTCATTCGGATAGCTCTACTGTTCCATCTGCAACAACGGATCGTAACTAA	MTKKTKKTIIWSVSLILAAIIGYGIYYAASFYDGLQSLQKSGESSPFREIEKVDAKVPAPPEWEGTETVNILLMGVDARGFEEGEIPRSDSMLVASIDPVKKKMHLFSILRDTYVEIPGYDRNRINTAITHGPNTAMKAVGDLLGIPVQYYVYTDFQGFMKLVDSVGGVDFYVEKDMNYSSKADKNEYDIELKQGMQHLDGNAALQYVRFRYDAMGDFTRTERQRELLKAVAKKMQTTTSIMKLPDILKSVSPYIDTNLDVEDMWKLANVAYKSKMSGSEQVPPMKLLKEEHIGGAAVLTVGNSDTLKQYIQDILNPPTPDPETEGSQGTDSNSETTGSENDDSENGHSDSSTVPSATTDRN	PGPT0023440_1965	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005	NA	NA
JZ016_05036	438	bcp_1	COG1225	Putative peroxiredoxin bcp	GTGCCGGATTTTTCACTTCCGGCTTCGAACGGGGAGAAGGTAGCTTTAAGCGATTTTCGTGGACGTAAAGTCGTGCTGTTCTTCTATCCGAAAAATATGACCCCAACCTGCACGGAAGAGGCTTGCAGCTTCCGGGACCATTATGGAAGCTTGGAGCAGGCAGGGGCAGTCGTGATCGGGATTAGCCCGGATCCTCTGAAATCCCATGCCAAATTCATCGATAAGCATAGCCTGCCCTACTTGCTCTTGTCTGATGAGGAGCATAAGGTAAGCGAAATGTTTGACGTGTGGCAGATGAAGAAGATGTTCGGCCGCGAGTATATGGGTATTGTACGCTCGACCTTCCTAATTGATGAGCAGGGAAAGCTGGCCGCCGAGTGGCGGAAAGTGAAAGTAAAAGGTCATGTCGAAGCGGTTCTCGCAGCCGTGCTGTCATAG	MPDFSLPASNGEKVALSDFRGRKVVLFFYPKNMTPTCTEEACSFRDHYGSLEQAGAVVIGISPDPLKSHAKFIDKHSLPYLLLSDEEHKVSEMFDVWQMKKMFGREYMGIVRSTFLIDEQGKLAAEWRKVKVKGHVEAVLAAVLS	PGPT0013120_1690	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013120-bcp|PRXQ|DOT5-K03564	NA	NA
JZ016_05037	606			hypothetical protein	ATGAAAAATATGGTGCGGGTAACATCAATTGCGGTATTTTTCGGCGTGTTGGCATTGCTGATCATGATCGGTATGGGGCTTGAGGTCCAGCGGCCGATAGACATATATGTGGAACAGGCTCCTCTGGCATCGGCGCCAATGACAGTAACTCGGCAGGATGTACAGGTTAAGCCCGAAGAGGCCAACCTGCCAATCGTCACGACTGCATTCAAGAATACACCGGCCGCGAACGCCGCACCTGTTCAATATAAGAAACAAAGTGACAAAACGGTATACCTGACATTTGACGACGGGCCATCGGATCTGACGCTGGATGTTCTGGATATTTTGAAGCGCGAAGGAATTAAAGGCACATTTTTTGTACTGGGCAAGGAGGCGGAGACCCGTCCCGAAATTATCAACCGCATCTATGAGGAAGGCCATGTGATTGGGAATCATACATATGATCATCGTTATGACGAGCTCTACGGGCATTTTCAGGATTTCTGGGGGCAGATTAAGAAAACGGAGGAAATCATTCGTTTAATTACGGGGGAACGGCCGCAGCTGGTCAGAGCTCCCGGGGGACGGCCGGACATTTTGATGAAGCCTATTTTCAATACATGA	MKNMVRVTSIAVFFGVLALLIMIGMGLEVQRPIDIYVEQAPLASAPMTVTRQDVQVKPEEANLPIVTTAFKNTPAANAAPVQYKKQSDKTVYLTFDDGPSDLTLDVLDILKREGIKGTFFVLGKEAETRPEIINRIYEEGHVIGNHTYDHRYDELYGHFQDFWGQIKKTEEIIRLITGERPQLVRAPGGRPDILMKPIFNT	PGPT0018645_686	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_05038	705			hypothetical protein	ATGAAGCAGGGGGGATATCATGTATTCGATTGGAACGTCGACAGCGGCGATTCCAAGTATCGAGGCGTTCCGGTTAAAGACATCGTCAAAGGGGCAACCACGAAAGTGAATGGCAATGAGGCGATCGTGCTTCTTCATGACGGTAAAGGGCATGCTGAGAGCGTCAAGGCCCTTCCGGAGATTATTTCCTATTATAAAAAGCAAGGTTATGCCTTTGACGTATTGTCTACTGAAGTCCAGCCTGTTCAATTTCGTGCACAGCAGAGTGCACGTAAGGCTTCGCAGCCTTCAAAGCAGTGGATTCGCGAACATGTCACAGCCAATGCCGCGCTATTTGAGACCGGGAGAACGCTGGCTGTGGAATTTGGAGGAATGGAGACTGCATTCGCGGCAGGTGAATACAAAATGGTGGACGGCCGGTTGATGGTACCGCTGCGTTCCCTGGTGGAGCGGCTCGGCGGAAGCGTGACCTGGAAGTCTCACAACAAGACGGTGCAGGTGACACTTGCAGGGAATCGCTGGGAAGCGGACCCGGTGGGTGGATTGCTATTCCCCATGCAAACAGGGGGCAAACCGGTGTCTTCGGATATTCATTTGATCGGCGGTACCGCTTGGATTCCGCTTCGGGAAGCGCTTGACTTTTCCGGCCGCCCTGTTACAAGAGTTACATATGAAGAAAGCGAGTATCGCGTTCTAACTTTGTAG	MKQGGYHVFDWNVDSGDSKYRGVPVKDIVKGATTKVNGNEAIVLLHDGKGHAESVKALPEIISYYKKQGYAFDVLSTEVQPVQFRAQQSARKASQPSKQWIREHVTANAALFETGRTLAVEFGGMETAFAAGEYKMVDGRLMVPLRSLVERLGGSVTWKSHNKTVQVTLAGNRWEADPVGGLLFPMQTGGKPVSSDIHLIGGTAWIPLREALDFSGRPVTRVTYEESEYRVLTL	PGPT0018645_686	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_05039	471	yjlC	COG2427	putative protein YjlC	ATGACAGAAACATCTTCTCCACAGCCGTCCGAAACTCCGGAAAATGTTGTAGGAAACCAAGAAGCTGCGGCGTCCAGCCGTCCTGATGTGCTGCTCGAACAACTGCTCAAGCCCGAGGTTCAGGAATCCCTCACAACTCTCGTGGACAATCTTCCAAAACTTACGGAAATGCTGACCGTCATGACTAAAGCTTATGACTTCGGTAAATCCGTAGCTACGGATCCCGTGCTTGCGGAAGACACCATGGCTTCCCTTAGCGGATTCGCGAAGCCAATCACGACAGCAGCAAAAAGCGTTGCATCTGCAGCCATCGAAGCCGGAGACCGTGTACACGCTCAAGGCGACCAAGCTCAGATCGGCGTATTTGGTCTGATGAAAATGCTGAAAGATCCTCAGGTTCAAAAGGGTCTTCGCTATGCTCAGGCTTTTTTGGACGTTCTTAACGAGCGCGACCAACAAAACAAGCGTTAA	MTETSSPQPSETPENVVGNQEAAASSRPDVLLEQLLKPEVQESLTTLVDNLPKLTEMLTVMTKAYDFGKSVATDPVLAEDTMASLSGFAKPITTAAKSVASAAIEAGDRVHAQGDQAQIGVFGLMKMLKDPQVQKGLRYAQAFLDVLNERDQQNKR				NA	NA	NA	NA	NA
JZ016_05040	1176	yjlD_2	COG1252	NADH dehydrogenase-like protein YjlD	ATGTCTAAACATATTTTAATTTTGGGCGGAGGCTATGGCGGCTTGCTTAGTGCGCTTTCTGCACGCGAGCATTTTGGTGCTGCTGCAAAAATCACGCTGATCAACCGTTTCCCAACCCATCAGATCATTACGGAATTGCACCGTCTGGCAGCAGGCAACATCGCAGAGAAAGCAGTAGCTTTGCCGCTCGACAAGCTTCTGCGCGGCGCGAACGTTGACCTGCGCATCGGCAACGTAAAGGAAATCAAGCCGGATGAGCGTTCGGTTTCCCTCGATGACGGCGGAAACTTCACCTATGATGCCCTGGTTATCGCACTGGGCAGCGAAACGGCATTCTTCGGCATTCCGGGACTGCAAGAGAACAGCTTCATTCTGAAGTCCGTGAACGATGCTAATCGTCTGCGTGCTCATGTGGAGTCCCGCATTGCGGAATACAGCAAAACGAAAAACAAAGCGGACGCTACCATCGTGGTTGGCGGCGGCGGCTTGACTGGCGTTGAGCTTGTTGGTGAATATGCCGATATGAGAAGCGAGCTGGCTCGAAAATACGGTATCGACCCACAAGAAATCACGCTTTATTGTGTTGAAGCAGCTCCTTCGATTCTGCCGGGCTTCCCTGCTGAATTGGTTGACCGCGCGACTACAAGCCTGCAGAAACGCGGCGTGAACTTCCTGACCGGATTGCCGATCACCAAAATGGACGGTACAACCGTTGAACTGAAAGACGGCAGCACGATCGAAACCAGCACATTGGTATGGACTGGCGGCGTACAGGGCAACTCCGTTGTGGCTAACTGCGGCATCGAAGTCAATCGCGGACGTGCGGTTGTTAACGAATTCCTGCAATCCGCATCTCACCCTGATGTATACGTTGCAGGCGACAGCGCGGTGGTTATGGGACCAGAAGGTCGTCCATACCCGCCAACGGCACAGCTTGCATGGCAAATGGGCGAGCTGATCGGCTACAACATCTTCGCTCAATTGAACGGCGGCGCACCAGCTTCGTTCACACCGGTATTCTCCGGTACGCTCGGCAGCTTGGGACGTAAAGATGCCATCGGTACCATTGGCGCTAACAAGACCCAATTGAAAGGTCTGCCTGCAACCTTGATGAAGGAAGCAAGTAACATGCGTTACCTGTCCCACATCAACGGTTTGTTTACACTGGCTTACTAA	MSKHILILGGGYGGLLSALSAREHFGAAAKITLINRFPTHQIITELHRLAAGNIAEKAVALPLDKLLRGANVDLRIGNVKEIKPDERSVSLDDGGNFTYDALVIALGSETAFFGIPGLQENSFILKSVNDANRLRAHVESRIAEYSKTKNKADATIVVGGGGLTGVELVGEYADMRSELARKYGIDPQEITLYCVEAAPSILPGFPAELVDRATTSLQKRGVNFLTGLPITKMDGTTVELKDGSTIETSTLVWTGGVQGNSVVANCGIEVNRGRAVVNEFLQSASHPDVYVAGDSAVVMGPEGRPYPPTAQLAWQMGELIGYNIFAQLNGGAPASFTPVFSGTLGSLGRKDAIGTIGANKTQLKGLPATLMKEASNMRYLSHINGLFTLAY	PGPT0004020_5389	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0004020-ndh-K03885	NA	NA
JZ016_05041	1779			hypothetical protein	ATGCGGGGATATCATCGTCTTCATTCCATTGTCACTCAACTGTTTTTGTTTTTTTTCATCGGCACAACACTCCCGGTTCTTATTATGGGGTTCCTGTCGTATAACAAATCGGCCTCGATCGTGGAGGAACAGGTCAGTAAAGTGGCTTCCCTCACCATCACTCAAGTCAGTGACAAGCTGAACATGTTCTTCAAGAAGCTGGACGACTCCTCGATGATGGTGCTGAACAGCAAGGTGGTTCACGGCATACTAGAGGATCAGAATATCAGTAAGTATGACCTGACCTTGAAGGTGAAGGAGGGGAAGGACCTGCTGACCTCCATCATGATTAACTCGCCGGAGATATTGGACGTGTACGTGTTTGACGTGCAGCGTAACAATTCGGTTCTCAGTGCCGATTCCTTGATGTCCATCCCGGACCAGTGGGATTCTCCATGGTATCGATCGATTCTGGAGGCGAACGGACAGGCGGTATGGTTCGGCTTGTCGGATACCTCCTACCTGAAGCAAACGGGAATGGGATTTCCGGTCTTCGGACTAGGTCGGGCGATTCGGAGCTGGGATACAGGGGAGATTGTCGGAGTCATGTTTATCGAGATTATGGGGGATGTCCTGATCGATGAATTAAACCACGTCCAGTTCGGGGACACGGGGTATATGTACGTGGCCAATGACGAGAATCGTTACTTCTATCATCCGGATCCTTCGATGTACGGGAGGCAGTCCCGGATCAAGCTGCCCTCGGATTTGACGGAATATAACTTGAACAACAACAAAACGCTGATGATCCCCTCGCGCCTGAACAACGGCTGGCATGTGGTAGGCATGGTGCCGCTGAAGGAACTAACGGCCGATTCCGCCAGCATCCGGAGCTTCACGGTCTGGATTGTATTCGGATCGATTCTGGCAGCGATCGGCATGGGTTATTTTATGACGCGGAGAATCGGCAATCCGCTCGTTCACCTGAGCCGCTTGATGCGCAGAAGCGAGGCAGGCGATTTATCGGTCCGCAGCAAGAATGTAGGACCCAGCGAGATTGGTCAGCTGGGCAGAAGCTTCAACAAAATGATAGAGCAGATCGACCTCCTAATCCGGCGCATCGCCGCGGAGGAGTCCGAGAAGAAAAAAGCCGAAATCCGCGCGCTGCGGTATCAGATCAATCCCCACTTTCTCTACAATACGCTGAACTCGATCCGCTGGATGGCCAAGCTGAACCGGACGAATGACGTGGATCAATCGGTTACGGCCCTTGTTCATCTGCTGGAGGGGAGCCTGGAGCGCAATGGGGTGTTCATACGCCTTGGCGATGAACTGGAGCTGCTTCGCAAATATATGATCATTCAGAATTACCGCTATGACCACCAAATCGAGTTAAGGATCGATTGCCCTGAGGAGATGGAGGGCCTTTATGTTCCCCGGATGCTGCTGCAGCCGATCGTGGAGAATGCGATCTTTCACGGAATTGCCCCGCTTGATGAAAGGGGCGTCATTCAGATCCGGATAACATCGCAGCAGCAGGATGTCATGGTGCGGATCGAGGACAATGGAATCGGCATTAAGCCTGAACGAATAAAAGGACTGCTGTCCTATGAGCAGGATCACTCCAAGCATGGCATGACCCATATCGGCCTGCGTCATGTTCACCAAACGGTTCAGCTGTATTACGGCAGCAGATATGGGGTATGGGTGGAAAGCCCGGAAGACGGAGGAACGCGGGTCACAATCACGTTTGCGAGACAAAGGGGGGACGATTATGTACAGAGTGCTGCTCGTGGATGA	MRGYHRLHSIVTQLFLFFFIGTTLPVLIMGFLSYNKSASIVEEQVSKVASLTITQVSDKLNMFFKKLDDSSMMVLNSKVVHGILEDQNISKYDLTLKVKEGKDLLTSIMINSPEILDVYVFDVQRNNSVLSADSLMSIPDQWDSPWYRSILEANGQAVWFGLSDTSYLKQTGMGFPVFGLGRAIRSWDTGEIVGVMFIEIMGDVLIDELNHVQFGDTGYMYVANDENRYFYHPDPSMYGRQSRIKLPSDLTEYNLNNNKTLMIPSRLNNGWHVVGMVPLKELTADSASIRSFTVWIVFGSILAAIGMGYFMTRRIGNPLVHLSRLMRRSEAGDLSVRSKNVGPSEIGQLGRSFNKMIEQIDLLIRRIAAEESEKKKAEIRALRYQINPHFLYNTLNSIRWMAKLNRTNDVDQSVTALVHLLEGSLERNGVFIRLGDELELLRKYMIIQNYRYDHQIELRIDCPEEMEGLYVPRMLLQPIVENAIFHGIAPLDERGVIQIRITSQQQDVMVRIEDNGIGIKPERIKGLLSYEQDHSKHGMTHIGLRHVHQTVQLYYGSRYGVWVESPEDGGTRVTITFARQRGDDYVQSAARG				NA	NA	NA	NA	NA
JZ016_05042	1554	rssB_12		Regulator of RpoS	ATGTACAGAGTGCTGCTCGTGGATGACGAAGCGATCGCGCGTACGGGACTGCGCTCGACCTTCGACTGGGAGAAATACGGTTACCGGCTTGTGGGCGAGGCCTCGAATGGACAGCGGGCCATGAAGTGGATCGTAAACGGGGATTTGGACATTCTGATCACGGATATCGCGATGCCGGTCATGGACGGGTTGGAACTGACCCGTCGGACAAGGGAGCTTTGTCCTTGGGTAAAGGTACTGCTGCTCAGCTGTCATAGCGATTTCGAATACGTGCGCGAAGGCATCAGGCTTGGCGCTTCCGATTACATTCTCAAGCCGACGCTCGATGCGGACTCTCTGGGTGCCGTGCTTGATCACATGCGTCTGAAGCTGGAAGAGGAGAAGCAGATGCAGCGGATTCTGACCGAGCATGAGCAGCAGCAGCGGCTGAATAAGAAGAAGGCCGCCGAGAAAATGCTCTTTCAGGCTCTTTCCGGAGAGCCGGGCGCAATCGCCAGCCTGGAAGCACGAAATCTTAACGGCGCTTATATGCTGGCCGTGCTCCAGCTTGATTCTGACCCAGGGGCTGGCACGGCAGGGGTGCAGCACAAGGATTGGCATGACGAGATCGAGCGATTAATGGAACAGCTGTATGACCAGGTGCCGGAGGCGCTGGCAGTTCGGCTGGAGACGGACCGGATCGCTGTATGCTTGCCGTTAGGGGACGAAGCAAATCGGCAGGTTTTAGAGCACGAAGCGGCTATCCATCTGCCGATCCGATGCACCATGGGGCTCAGCAGGAGATATAACGGCATGGATAAGCTGCAGGAAGCGTTTCGAGAAGCTAGCGAGAGCCTGGAGGGCCTCTTCTTCCATCGAGATCAACAGATTCTTCGGGCAGAGGAGCTCCCTCTTACCGATGCCGATTTGGCCCAGAAGACGTCTGCTTCCGAGATGCATGCCCTTAGAGCCGCCCTGTCGGTCGGAAACATGGTCAAAACCGAAGAGCGGCTGCAGTCGGTCATGCAGCGCTGGCAGCCCGGACGGATGAAGAAGCAGGAGGTTCTCCGGGAAGCAGAGGAACTTCTGAGCTTGCTCGCTATGTTTCATCTTCCCGGCGGCCCGCCGCTTCCGCAGATCGGGGAAGTGGGCAAGCTTCGTTCGGTGGAGGAAGTGAAAGAGCTGGTGCTCCAAGGCTTCCATGCCTTGCGTGAGGAGGCTATGCGGCACCCCTTACCGGAATCCACGCTGCATGAGCGGATCGTGCTGCAGGCCGTTCAATATATTAAGGCCCACTTTGCCGAGCCGATCTCCTTGCAGGAGGTGGCGGACGAAGTGGCTGTAAGCCGCAACTATTTTAGCGAAATGTTTAAGCGCGTCACCGGACATAACTTCATTGACTATGTGATTGATCTGCGGCTGAAACGGGCCAAGGAGCTGCTCTCCACCACATCGCTGCGCGTGTATGAGGTAGCGGATCGCTCCGGATTCAATGACGTGAAATACTTCAGCAAACTGTTCAAGAAGTTGGTAGGCATGACGCCCGCGGAATACCAGGGACAGCATCGAAAATAA	MYRVLLVDDEAIARTGLRSTFDWEKYGYRLVGEASNGQRAMKWIVNGDLDILITDIAMPVMDGLELTRRTRELCPWVKVLLLSCHSDFEYVREGIRLGASDYILKPTLDADSLGAVLDHMRLKLEEEKQMQRILTEHEQQQRLNKKKAAEKMLFQALSGEPGAIASLEARNLNGAYMLAVLQLDSDPGAGTAGVQHKDWHDEIERLMEQLYDQVPEALAVRLETDRIAVCLPLGDEANRQVLEHEAAIHLPIRCTMGLSRRYNGMDKLQEAFREASESLEGLFFHRDQQILRAEELPLTDADLAQKTSASEMHALRAALSVGNMVKTEERLQSVMQRWQPGRMKKQEVLREAEELLSLLAMFHLPGGPPLPQIGEVGKLRSVEEVKELVLQGFHALREEAMRHPLPESTLHERIVLQAVQYIKAHFAEPISLQEVADEVAVSRNYFSEMFKRVTGHNFIDYVIDLRLKRAKELLSTTSLRVYEVADRSGFNDVKYFSKLFKKLVGMTPAEYQGQHRK				NA	NA	NA	NA	NA
JZ016_05043	1323			hypothetical protein	ATGACAAGGAAACAGGTGAGAGGGTCATTGCTTGCAATCATTCTTCTACTATCATCCATACTCCAAGCGTGTGGAGGCGGTGGAACATCAGAAGGTGGGGAGTCCGGAAGCGGTGAGAAGGTCAAGATCAAATGGGCGACCTGGGGAAATCCCGGCGAGCTTACCCGCTTTCAGGAGCTCACGAAGGACTTTAATAAGAAGCACTCGGACATTGAGGTCGAATTTATTCCGATTCCGGGCGAATATGATCAGAAAATATTAACCCAATTAACAGGAGGGACCGCCCCGGATATCTTCTATGCAGGGGACGCCTTGGTCGTGAAACTGATCGAGAATCAGAGCATTGAGAATTTGACGCCGTATATGGACGCACCGGAAAGCGTGATCAAGAAGGAGGATTATTTTGAAGGCTTGTGGGGCGCAGCCGTTCGGGACGGTCAGACCTTCGGGGTGCCGGTGGACTGTAATCCGATGGTGCTGTGGTACAACAAGAAGGTGCTGAAGGAAGCAGGGATCACCGAGATGCCGGCCGACCTTCAGGCGAACGGACAGTGGACCTGGGACAAATTCAAGGAAATGTCGGACAAGATTCGGGACAGCAAAAAGTACGGCTACGTGCTGGATAACTCCTGGAACAGCTATCACAGCTGGGTTACTTCCAACGGCGGCCGGGTATACGACGACGAAGGGAACTTCGTAGCGGCTTCGGATCCGAAGGCGATGGAGGCGTTCCGCTTCCTGTACGACAACGTGAAATCCAAAAACATTACCTTCTCCGGCACGCTTCCCAAAGGGCAGGGCGGGGATGCCATGTTTATGTCCAACCAGGTCGGATTCGTTGCTGCAGGCCGCTGGTACCTGCCGCTGTTCAAGAAGAATCAAGGACTTGAATATGACGTGGTCACATGGCCAACCAATACCGGCAATAAAATCGAGCCGGCCGGTATCCCGACCGCATACATGGTGATGAACAAGGCATCGAAGAATAAGGAAGCGGCATACACCTTCTTCTCCGAGTACGTAAGCAAAGAGGGTCAACGTTTCCGCCTGCAGGGCGGCGGCAATGCGGTCCCGTCGGTACAGGGAACGGATGAAGTGGTGCTGGAAGGCAATCTGCCGGAGCATGCCCAGTTATTCCTGGACGCGCGTGAGATCGGGTATTCCCTGACTCCGTTCGAGGCCGGTATTCCCGGACTTAGCCAGGATATTACGTCCAAGTTCGAGGCGTTGTGGCTGAAAGATCAGGATCTGGAAAGCTCCTTGAAGGATATTCAGGATATGGCCAACAAGAAAATTCAGGATTACAAGAGCGTCAAGAATTGA	MTRKQVRGSLLAIILLLSSILQACGGGGTSEGGESGSGEKVKIKWATWGNPGELTRFQELTKDFNKKHSDIEVEFIPIPGEYDQKILTQLTGGTAPDIFYAGDALVVKLIENQSIENLTPYMDAPESVIKKEDYFEGLWGAAVRDGQTFGVPVDCNPMVLWYNKKVLKEAGITEMPADLQANGQWTWDKFKEMSDKIRDSKKYGYVLDNSWNSYHSWVTSNGGRVYDDEGNFVAASDPKAMEAFRFLYDNVKSKNITFSGTLPKGQGGDAMFMSNQVGFVAAGRWYLPLFKKNQGLEYDVVTWPTNTGNKIEPAGIPTAYMVMNKASKNKEAAYTFFSEYVSKEGQRFRLQGGGNAVPSVQGTDEVVLEGNLPEHAQLFLDAREIGYSLTPFEAGIPGLSQDITSKFEALWLKDQDLESSLKDIQDMANKKIQDYKSVKN	PGPT0016545_4735	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05044	951	lacF_11		Lactose transport system permease protein LacF	ATGAACACGCAGCCTGCAGGAAGCTCCGGAGCCGCTCCTTCTCCGGAGCGGATTCCGGAGAGGAGAACGACCTTAAAGAGCAAGACGTCCGACGGTTTATGGGGCTACTTTTTTATCTTTCCCCAGATGATCGGCTTGATCGCTTTTTCATTGGTCCCTCTCATCTCGGCTTTTGTCATCAGCATGATGAACTGGGACGGCATGGGAGCCAAGAAGTTTATCGGTCTCCAAAATTTCGTGTCCCAGCTTCAGGATGAGGAGTTCCACATCGCACTGGTGAACACGGTGTATTACACGATTTTGTCGGTACCGACAGGCATCGTTCTCGCCATGCTGGTAGCGGTAGGCTTGAACCGGGTTCGAGGGAAGATTCTGTACCGGCTGATCTACTTCATGCCGAACATTACGATGTCCGTTGCCGTCGCCGTTGTGTTTATGTGGCTGTTCAACGCCGACTTCGGCCTTATTAACATGTACCTGCAGCAGTGGTTCGGGATAACGGGCCCCTCCTGGCTGACGGATTCCAGGTACGTGATGCCTTCGATTGCCCTGCTGAGCGTCTGGATGGGGCTGGGAGGCAACATGGTGCTGTTCCTTGCCGGGCTTCAGGGCATATCGAGAAGTTATTACGAGGCAGCCGAAATTGACGGCGCCGGCAAATGGCAGCAGCTGATCCATATTACGATACCGCTGCTGTCCCCGACGACCTTTTTCGTAACGATCATGTCCATTATCGGTTCCTTTCAGGTGTTCGACCAGTCGTTTGTCATGACCTCCGGCGGGCCGGCGAAGGCAAGTTATACGCTTGTCTATCACATCTACGAGACCGCCTTTGCGGACTTTACCTTTGGCAAGAGCACGGCATCGGCGGTCATCCTGTTCGTGATGATTCTGTCGCTTACCTTGTTCCAGATGAAAATGTCCAAGCGGTGGGTGCATTACGAAGACTGA	MNTQPAGSSGAAPSPERIPERRTTLKSKTSDGLWGYFFIFPQMIGLIAFSLVPLISAFVISMMNWDGMGAKKFIGLQNFVSQLQDEEFHIALVNTVYYTILSVPTGIVLAMLVAVGLNRVRGKILYRLIYFMPNITMSVAVAVVFMWLFNADFGLINMYLQQWFGITGPSWLTDSRYVMPSIALLSVWMGLGGNMVLFLAGLQGISRSYYEAAEIDGAGKWQQLIHITIPLLSPTTFFVTIMSIIGSFQVFDQSFVMTSGGPAKASYTLVYHIYETAFADFTFGKSTASAVILFVMILSLTLFQMKMSKRWVHYED	PGPT0016535_2602	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05045	834	araQ_39	COG0395	L-arabinose transport system permease protein AraQ	ATGATACATCGGGGATTGAGGATGTCCACCGTGGTGCTGCATATCGTGCTGGTCCTAGGCGCCTGCATGATGGCCCTGCCGTTTGTGTGGATGGTGCTGAGCTCGCTCAAGGATTTGTCGCAAGTATTCGTCGTTCCGCCCAAGTGGATTCCGGACCCGTTCATCTGGTCCAACTATAAGGATTCACTGACGGCGCTGCCGTTCGGGCGTGCGTATTTCAACAGCTTCTACATCAATATAATCGTCGTGGTTTCACAGCTGGTTACCTGCTCCATGGCGGCTTATGCTTTTGCCAAAATCACGTACCCGTTCCGGGAGCCGCTGTTCATTCTGTTTCTGGCAACCATGATGGTGCCCGGACAAGTGACCATTATTCCGCTTTATCTGATCATGAAAAATATCGGATGGCTGGATACGCATCTGGCGATTATCGTCCCTTCTGCGCTGCTGAACGCCTTCGGGGTGTTTCTGCTCCGGCAATTCTTCAGAGGCATTCCGAAGGAGATGGAAGAGGCTGCCATCGTGGACGGTGCGAATCGCTGGACGATCTACGCCCGGATCATGCTTCCTCTAATCAAACCGGCTTTATCGGCACTCGGAATTTTCACCTTTCTCGGGATGTGGAACAACTTCTTTAACCCGCTGATATTTCTCAGCAGCACGGATAAGTTTACCGTGCCGATGATGCTGAATTTGTACCGGGGCATGTATTCAACGGATTGGACACTGATGATGGCGGGGGCCTCCATTGCGCTCGTCCCGGTTCTCATCGTGTATATCATCGGGCAGAAATATATTATTGAAGGCGTTACTTTATCCGGAATTAAGGGGTAG	MIHRGLRMSTVVLHIVLVLGACMMALPFVWMVLSSLKDLSQVFVVPPKWIPDPFIWSNYKDSLTALPFGRAYFNSFYINIIVVVSQLVTCSMAAYAFAKITYPFREPLFILFLATMMVPGQVTIIPLYLIMKNIGWLDTHLAIIVPSALLNAFGVFLLRQFFRGIPKEMEEAAIVDGANRWTIYARIMLPLIKPALSALGIFTFLGMWNNFFNPLIFLSSTDKFTVPMMLNLYRGMYSTDWTLMMAGASIALVPVLIVYIIGQKYIIEGVTLSGIKG	PGPT0016540_7004	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05046	1548	rhaR_48		HTH-type transcriptional activator RhaR	TTGTTCAATGTACTTCTGGTGGACGATGAACCGTGGGTTCTGGAAGGACTTCGAACCATGATCGATTGGAACCGGTTTGGATTTCAAATATGCGGAGAAGCCCTGAGCGCTCCGGAAGCGCTAAAGTTAATGGAACAGTTGAAGCCCGAGCTGGTGATGACGGATATCCACATGCCAGTCCTGAACGGCCTGGAATTGATTGAGCACAGCAAACGGATACTGCCCCTTCCTCCGAAATTCGTTATTTTGAGCGGATATGATGATTTTGGATACGCGCATCAAGCCATGCGCCAACGGGTCGCCGAGTATTTGCTGAAACCGATTGATGACGAGGAGATCGAGGCAGTGCTTGCCAAGCTCAGCCATGAGATCCGGGACGAACGAGACGCTGAACGCAGCTACCGGAAGAAAGTGGGCCTTGCCGTCCATTATTTGTTGAACCGGCTCATTCGGGAAGAGTTGAGTCCTGATTTGGCCGAGCAAGCCAGCAATGCGATGCAGATCCAGGGCGAGCCGCTGCTGCAGTGCCTATTGATTGAAACAGGGATTACTGAAACGGGAGTGGATTGGATCGAATGGATGACCGATTACGGGCCACCGAGCTTACTGGGATGCTTCCAGGACAATAGCGGGAGCATCGGAGTGGTGCTGCATGTCGAGCATTCGACTCCGGATGAGGTCATGGAGACTGCGCTGCAGTTGCAGTCTGCTCTGGCCCGGGAGCTTGAAGGGCCGGTTATCGTGGCGTTAAGCGGCACAGGGGAGGGAATCCAGGCGATCGGAAAGCTTTACAGGCAAAGCGCGGAGGTGCGCGACGATAAGCGAAGCCAAGGCCGAAGCGGCGTGTTTTGTTGCCAAGAACCGAGAGGAGACGAGCGGCTCCGGGGACTTCCCTGCGGATGGATGGACGAATTGCTTTCCATGATTATGGCGGGGGAGCATGCGTCCATCGAGTCATGCTTGGCGCGGATTTTTGCGGCCATGCCCGATCATCTCCTCCACCTGAGGGCTTTTCAAGCCGATGTGGCCGATCTGGAATTGAAGCTGTGTCGAAGAATCGCGGAAATGAATGGAGATCCGGATCTATTCATGAACCGGCTGCAAAGGAAGCTTGGTCATCTGAGGGATGCTTGCCATAAAGCGCCGTTGAAGAATTATATGCGGTTGCTCGCGTTTGAGGCCGCTTCGCAGCTGGAAGAGTTAAGCAAGCTTAACGAGCACAACACCATTTTTCAAGTGATTCAGTATGTCGACCGGGAGTACCGGAGCAGGCTTCAGCTTCAGGATTTGGCACGACATTTCCATATGAACGCCACCTATTTGGGGCAGCTGTTCAAGAAGCATGCTGGCAAGCCGTTCAAGGAATACCTGAATGACAAGCGGATCGAGGAGGCCAAGCTGCTGCTGAAACGGAGCGGAATGAAGGTTTCCGAGATTGCGCTCCATGTCGGGTTCCCGAACGCGGACTATTTTATCCATAAGTTTAAGTTGACAACCGGGATTCTGCCCTCGAATTACAAGAATCATGTTGAAAGCAAGCAGCGCTAA	MFNVLLVDDEPWVLEGLRTMIDWNRFGFQICGEALSAPEALKLMEQLKPELVMTDIHMPVLNGLELIEHSKRILPLPPKFVILSGYDDFGYAHQAMRQRVAEYLLKPIDDEEIEAVLAKLSHEIRDERDAERSYRKKVGLAVHYLLNRLIREELSPDLAEQASNAMQIQGEPLLQCLLIETGITETGVDWIEWMTDYGPPSLLGCFQDNSGSIGVVLHVEHSTPDEVMETALQLQSALARELEGPVIVALSGTGEGIQAIGKLYRQSAEVRDDKRSQGRSGVFCCQEPRGDERLRGLPCGWMDELLSMIMAGEHASIESCLARIFAAMPDHLLHLRAFQADVADLELKLCRRIAEMNGDPDLFMNRLQRKLGHLRDACHKAPLKNYMRLLAFEAASQLEELSKLNEHNTIFQVIQYVDREYRSRLQLQDLARHFHMNATYLGQLFKKHAGKPFKEYLNDKRIEEAKLLLKRSGMKVSEIALHVGFPNADYFIHKFKLTTGILPSNYKNHVESKQR				NA	NA	NA	NA	NA
JZ016_05047	1845			hypothetical protein	ATGAAGAGAATGTTCAGGCTGGGGAATTTCGTGAACGATATTCCGTTGAAAACTAAATTTTTTCTTATTTTTGTCATGGGTGTACTGCTGCCTATTCTGGTGGTCAACCTCATCTTTATGGATCGGATGTCGGAGCTGATCCGGGAGAGAGAGGAGCAGAACCTCGATATCTCGATGGAGCGGGCTAGGAAGGATATTCATAATTTCATCGACGGCGGGGTGGCTGTAAGTCATGCGCTGAGTACGGATAAGACCCTTTACGAAATGCTCGATCGCGAGTATGAGTCCCAGCTGGACTTCTACGAAACCTTTGATGAACAGCTCCGGAATCGGGTAACGAGCTACATACCGGTTAACAACCAGATTCAGCGGATTAGCATCTTCACCGAAAATTCCACCATTGTGTCCGGCGGCAATTATCATGTGATCAACGATAACGTGCTCGAGAGCGACTGGTATGCGTTGTGGAAGAGCTCGGCCCATCCGGTGCTGGTGGCGGCATACAGGGCTACGGAGGCAAGCAATTCGGCTTCGACGGTTCCGTATTTAAGCGTCATTGAGAAGATGGATTATTTTGATAGCTATTCCACTTATGAGAAGCTGCTTCGCATCGACATCGACCTGAGCAAGATCTATGACGTTATTGTACGGGAACGCGATTATCTGGATATGTATTTGGTGAACGAGAACAATGAGATTATTATGTCGGCCAGCAGCGGTTATGAAAGAGGGAAGTACAGCGCATATTCGAAGCTTGACCTGGAGCAATACGACGAAGAGGATCGGCATGTGTTCTCGATCGGAACGGCCAGGTACGTGAAGGGGTGGAAGCTGATCGGCATCAACCGGGGGAGCCGGATTACGAGCGCCATGCTGGATATGCAGCTGTTTACCGTTGTATTGGCAGCGGTTGTTACGCTGGTTGCGGCGGTCTTTATTACCGTTATGCTCCGGTCCTACAATTACCGGGTGAAGCGTTTGTCCCGTCATATGCAGAAGGTGAGCAACGAGAAATTCGACTTGATTGAACTGGACGAAGGCCGGGACGAAATCGGCGGACTCATCCGGAATTTCAATCAGATGACAGCGAAGATGAACTCCCTGATCAACAATGTGTACAAGCTGGAGATTCAGAAGAAAAGCCTGGAGATGGAGCGGGTTCGGGCTGAATTGAACTTTTTGCAGAGCCAGATGAATCCCCATTTCCTGTTCAATACCCTGAATGCGATATTGGTGGTCTGCACGAAGAATCGATACACGGATGTGACGGATATTATCAAAAGCTTGTCCAAGCTGCTTCGCAGACTCCTGAGCTGGAGAGAGGATTTGGTCTCCGTGGAGGAGGAAATCAGATTTATCGAAATGTATCTCAAAATCGAAAAATTTCGCTTTCGGGATAAATTCGAATATCAATTCAACATCGATATGGAAGCGCTTCATTATAAAATTCCGAAAATGAGCATTCAGCCGCTCGTTGAGAATGCATGCAAATATGGCCTTCAGGCGATGGATGGAGCGGGTCTGGTGACCATAAGCGCTTCGGTTGCCCGTGATTATCTTCGCATCGTCATTACGGATAGCGGTAAGGGCATTGAGCAAAGCAAGCTACGGGACATTATTCTCTCGGTTCGCAACGAGCAGTTCTCGGGCAACAGCTTCGGCATTCGAAACGTATATCGGCGGCTGGAGCTGTACTACGACGATCATGTCATTTTCAACATTGCCAGCACCCCGAATCAAGGGACAACCGTTTCATTCGAGATTCCGATCCGGCTGTTGGAGTCTCGGGAGCATGAAGGCGGAGAGGGGGAGAACCATGCCTTTCAAAGTGCTGCTGATCGATGA	MKRMFRLGNFVNDIPLKTKFFLIFVMGVLLPILVVNLIFMDRMSELIREREEQNLDISMERARKDIHNFIDGGVAVSHALSTDKTLYEMLDREYESQLDFYETFDEQLRNRVTSYIPVNNQIQRISIFTENSTIVSGGNYHVINDNVLESDWYALWKSSAHPVLVAAYRATEASNSASTVPYLSVIEKMDYFDSYSTYEKLLRIDIDLSKIYDVIVRERDYLDMYLVNENNEIIMSASSGYERGKYSAYSKLDLEQYDEEDRHVFSIGTARYVKGWKLIGINRGSRITSAMLDMQLFTVVLAAVVTLVAAVFITVMLRSYNYRVKRLSRHMQKVSNEKFDLIELDEGRDEIGGLIRNFNQMTAKMNSLINNVYKLEIQKKSLEMERVRAELNFLQSQMNPHFLFNTLNAILVVCTKNRYTDVTDIIKSLSKLLRRLLSWREDLVSVEEEIRFIEMYLKIEKFRFRDKFEYQFNIDMEALHYKIPKMSIQPLVENACKYGLQAMDGAGLVTISASVARDYLRIVITDSGKGIEQSKLRDIILSVRNEQFSGNSFGIRNVYRRLELYYDDHVIFNIASTPNQGTTVSFEIPIRLLESREHEGGEGENHAFQSAADR				NA	NA	NA	NA	NA
JZ016_05048	1533	rssB_13		Regulator of RpoS	ATGCCTTTCAAAGTGCTGCTGATCGATGACGAACCGGGTGCGCTGGAAGGGCTGGCGCTGTGGATCGATTGGGAACGCTTGGGGTTTAGCGTCTGCGGAACCGCGGGCAACGGAGTGGAAGGCTTGAAGATGATTCATGGGCTTGCGCCGGATTTGGTCATTACCGATGTAAACATGCCGCTAATGGACGGGCTTCATATGATTGAAACCTGGCAGCAGCACTACCGGGATAGCGGTGTGAAATTTGCCATCATGAGCGGCTACAGTGAATTTGAATATGCAAGGAAGGCATTGCGGCACGGCATCCATCACTACATGCTGAAGCCTATTATTGCAGAGGAAGCCGAGGAGGAGCTCGGCAAGATTCATGCTGAGCTGATGCAGGAGCATCGCAGATTAAGCCTGAGCGCGATTGCTAAGAGGGAAGAGGATGTTTCGCTGATCATGCAAACGCTCTTGGAGATGCCGCTTAGGGCTAGCGGCCTGTCGAGGCTTCAGGTTTTATCCTCCGCCCATCAAGAGTGGAACGTATGTCTGATCCAAGCAGAGTCTGCCTTGTTTCCTGACGTCAAGGAAACCGTCGCCCGCTTGTCAGCCCACGCGAATTCGGAGTATGTCATCGATCTGGAATCGAACCGGCTTGGTTTGGTGAACGGTTATTCCCCTGACAACGGGAGCGTACCCTCAGGCACGATCCGCGAGCTGGTCCGCCATTATGCAGGACAGCGGCTGTTTATGGCTGTAGGAGAAGGCCAGCAGTCTCTGGTGCATATCCGTCGCTGCTACGAAACCGCCAAGGAAGCCATCGAGCATCAATTTTACGATCCGGCGTACGGCGGGATGATTTCATATGAAGAGGTACGGGATCGGCCGTTTCATTATCGTTACCCCACGAACCTGATGGATGATGTCATCAGGTCCGTGGAACTCCTAGACAAGAAGGGATACCGCGAGGCTGCCGGATTGGCTGCGTCCAGGTTTGCGGAGCAGCGAATCGCGCCGGGGATCGTGAAGAAAATGGTGATCCATGTTTTGTATAAAATCATGGATTTGGTGAGGGAGGCGGAAGGTGCGGAAGCTCGAATCCTGGCAGCCAAATCCAATGCAGCTGGATTAACGGACGGAACCTTCCATTTGAACGACTTGATGGGAGAGCTGCTGCGCTTCGGGGAAGAGTGCATCGAGCTTCTTCTCAAGGAGCAGGCCCGGCATTCGCAAGGCATAATCCAGGAGATTAACGATTATATTCGGCAGCACTACCGGGAGAATCTGACCATTAAGCGATTGGCGGAGCTTTTTTATCTGCATCCCGTCTATCTCGGCCAGCTGCTGATGCGTAAGAATGGGATTGGCTTCAACGAACTCATACATAATTTGCGGATTGAGGAAGCGGCCGCGCTGTTGAAGCAGAACAAGCTGAAGAACAGCGAAATCGCCGAAAGGGTCGGCTACACCCACTACAACCAATTCCTTAAGCATTTCGAAAAAAGATGGGGCATGGCACCGAATGAGTTCAAGAAGAAGATGTTCTAA	MPFKVLLIDDEPGALEGLALWIDWERLGFSVCGTAGNGVEGLKMIHGLAPDLVITDVNMPLMDGLHMIETWQQHYRDSGVKFAIMSGYSEFEYARKALRHGIHHYMLKPIIAEEAEEELGKIHAELMQEHRRLSLSAIAKREEDVSLIMQTLLEMPLRASGLSRLQVLSSAHQEWNVCLIQAESALFPDVKETVARLSAHANSEYVIDLESNRLGLVNGYSPDNGSVPSGTIRELVRHYAGQRLFMAVGEGQQSLVHIRRCYETAKEAIEHQFYDPAYGGMISYEEVRDRPFHYRYPTNLMDDVIRSVELLDKKGYREAAGLAASRFAEQRIAPGIVKKMVIHVLYKIMDLVREAEGAEARILAAKSNAAGLTDGTFHLNDLMGELLRFGEECIELLLKEQARHSQGIIQEINDYIRQHYRENLTIKRLAELFYLHPVYLGQLLMRKNGIGFNELIHNLRIEEAAALLKQNKLKNSEIAERVGYTHYNQFLKHFEKRWGMAPNEFKKKMF				NA	NA	NA	NA	NA
JZ016_05049	1704			hypothetical protein	ATGGGGGGTAAGACAAAATCATGGCTTCGGCTCGGCACGGTGTTGCTGTTGTCGCTTTGCATCGTCCTTACGGGCTGCGGGGGTGGAAACGGGAATAGCGGGGCCCAGCCGGAAGCAAAGGACTCCGCAGAACAAACAACACCCGGGACGGACGGGGATAAGATCGAACCATTTGAGGTGAGTGTTTTTATCGGTCAGCCCGACCAGCAACCAACACCTGACAACAAGATTTATAAATTAATCAGGGAAAAGACAGGAGCATCCTTCAAATTCGAGTTCCTGGCAGGCGATATTGACCAGAAGCTCGGCGTTATGATTGCAGGCGGCGATTATCCGGACATGATGACAGCGAATCAAAAGCTGACAGCTGCCGGTGCCTTTATCCCGCTCGAGGATTTGATTGAAGAACATGCGCCAAACTTGAAGAAGCATTATGAGAAGTACTGGAACATGATGAAAGACCCGAATGACGGTCATATTTACAATCTTCCAAATTACGGTGTAACGAATGCTGATGTTACCTCGTCTTATTATTCGGGCCCAGCCTTCTGGATTCAGAAGGACGTATTGGCAGAGGCAGGATATCCAGAGGTTAAAACCTTGGATCAATATTTTGACATCATTAAACAATACAAGGAAAAGCATCCGACCATTGACGGTACCCCGACGATCGGCTTTGAAATTCTGAACTATGACTGGAAAAACTGGGGCCTGTTCAATGCTCCTCAGCATTTGATCGGTCATCCGAATGACGGCGGTGTAGTTGTTAAAGACGGCAAGGCGGAAATTTTTGCCGATAAGGACTATGCCAAACGTTATTATAAAAAACTGAACGAAATGAATGCCCTGGGTATCATCGATAAGGAAACGTTCACCCAGAACTTTGACCAGTATATGGCGAAAATCTCCAGCGGCGCAGTTCTTGGCATGTTTGACCAGCACTGGAACTTCCAAAGCGCAGAGGACGCGCTGATTACCCAGAAGAAAGATGAAAGAACGTATGTCGGTCTTCCGCTTGTATTTGATGAAAGTATCAAGGATCATTACAAAGATCGTCCGGCTCTGAACCTCAATAACGGTTTCGGGATCACGGTCAACGCATCCGAAGAGCAGGCGATCAGAATTATCAAATTGTTGGATACGCTGATTCAAGAAGATTGGCAAAAAATCTTGTCCTGGGGGATCGAGGGGGAAGATTACATTGTCAAGGACGGCCGCTTCATGAAAACGCAAGAGCAGCGCGATCTGTTTACCGATGCAACCTGGAAGCTCGCGAATAAAGCCGATTCTTTCCACGGTCAAGCACCAAAAATGGAAGGTTTATTCTCGGACAGCAACGCTACAGACGGCGCTGCACAGCCTGAAGAAATGGTAGCCGCTTTGAGAGAGTATGACAAGAACTTCCTTGCCCAATACGGTTTCAACAGCTATGTTGACTTCTTCAGTCCAGCTCCTGAGAACGAGATTGCTTACCCGGCATGGTCTGTCGACCTGGTAGACGGATCTGAAGCGAAAATCGTGAATACGAAGCAAAATGAGTTGTCCACGAAGTACTTACCAAAAGCCATTCTTGCTAAACCGGAAGAATTCGACAGCGTCTGGGATGAGTACGTCACTGATATCCGCAAGCTCAACATCAAGGCTTACGAGGATCGGATTAATGAAGTGCTGCAATGGAGAAGAGACACTTGGTCTGTTAAGTAA	MGGKTKSWLRLGTVLLLSLCIVLTGCGGGNGNSGAQPEAKDSAEQTTPGTDGDKIEPFEVSVFIGQPDQQPTPDNKIYKLIREKTGASFKFEFLAGDIDQKLGVMIAGGDYPDMMTANQKLTAAGAFIPLEDLIEEHAPNLKKHYEKYWNMMKDPNDGHIYNLPNYGVTNADVTSSYYSGPAFWIQKDVLAEAGYPEVKTLDQYFDIIKQYKEKHPTIDGTPTIGFEILNYDWKNWGLFNAPQHLIGHPNDGGVVVKDGKAEIFADKDYAKRYYKKLNEMNALGIIDKETFTQNFDQYMAKISSGAVLGMFDQHWNFQSAEDALITQKKDERTYVGLPLVFDESIKDHYKDRPALNLNNGFGITVNASEEQAIRIIKLLDTLIQEDWQKILSWGIEGEDYIVKDGRFMKTQEQRDLFTDATWKLANKADSFHGQAPKMEGLFSDSNATDGAAQPEEMVAALREYDKNFLAQYGFNSYVDFFSPAPENEIAYPAWSVDLVDGSEAKIVNTKQNELSTKYLPKAILAKPEEFDSVWDEYVTDIRKLNIKAYEDRINEVLQWRRDTWSVK	PGPT0017245_504	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05050	960	yteP_56	COG4209	putative multiple-sugar transport system permease YteP	ATGGAAGAGACCGTAGTCAAAGACTCTGCCGTCCGCAAGCCTAAGACAAACAAGAAAATCACCTGGGCCGTCCTCAAAGAACAGAGACAGTTGATCTATATGTCGGTGCCTCTGATGGCTTACATCATCTTGTTTGCCTACGTTCCTATTTGGGGATGGACCATGGCTTTCCAGAACTACAAGCCGGCTAGAGACTTTAGTGAACAGACGTGGGTAGGATTTAAACATTTTGAATTTCTTTTTAAGGATGAAAGTTTCCTGCAAGTGCTTCGCAATACGCTCGCAATGAGTGTTATCAATATGATTCTCGGCTTTACGACTGCAATTATCCTTGCATTGTTACTGAATGAAATCAAGAAAGTGGTTTGGAAAAGAACCGTACAGACGATCTCCTATCTTCCGCACTTTCTATCCTGGATCATCGTAACCGGGATTGTGGCGACGAGCTTGGCTTCGAACGGAATCATCAATGATATCCTTATGAAGCTGCATCTCATCAAGGAGCCGATCCAATGGCTCAGTGAAGGCAAATACTTCTGGGGAATCGTCGGGGCGTCGCATGTTTGGAAAGAAGTCGGCTGGAATACGATTATATATTTGGCTGCGATGGCATCCATCGACCCGGCGCTTTATGAGGCTGCCGATATGGACGGGGCAAGCCGCTATCGGAAAATGTTCCATGTCACTTTGCCGGGCATTAAGCCAACGATCATCATTCTGTTGATCATGCAGGTCGGTCACATTCTGGAAGCAGGCTTCGAGGTTCAATACTTGCTGGGCAACGGTCTTGTTGTCGACTGGTCGCAAACGATTGACATTTTCGTGCTGAAGTACGGGCTTGCCCAAGGCAATTACTCATTAGCAACGGCTGCCGGTATATTTAAAACGGTCGTTAGTGTGACGCTGTTATTGATTGCAAACGGAGTCGCGAAACGGCTAGGGGAAGAGAGGCTGCTATAA	MEETVVKDSAVRKPKTNKKITWAVLKEQRQLIYMSVPLMAYIILFAYVPIWGWTMAFQNYKPARDFSEQTWVGFKHFEFLFKDESFLQVLRNTLAMSVINMILGFTTAIILALLLNEIKKVVWKRTVQTISYLPHFLSWIIVTGIVATSLASNGIINDILMKLHLIKEPIQWLSEGKYFWGIVGASHVWKEVGWNTIIYLAAMASIDPALYEAADMDGASRYRKMFHVTLPGIKPTIIILLIMQVGHILEAGFEVQYLLGNGLVVDWSQTIDIFVLKYGLAQGNYSLATAAGIFKTVVSVTLLLIANGVAKRLGEERLL	PGPT0017250_1109	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05051	960	araQ_40	COG0395	L-arabinose transport system permease protein AraQ	ATGGCAAATCAAACAATCAGCCCTGGGCCAGCAACTGCTGCCGCAGCGCCTAAATCCGTCAGAAAAAAAAGAGTAGAGCCGATCCTTTTTAATACATTCAATACCTTGTTTATGATTGGTCTTGTCGTTGTCACATTATATCCGTTTCTGAACACGATCGTCGTTTCCCTGAATGCGGGGAATGATACGATCCGGGGCGGAATCTATCTCTGGCCGAGGGAATTTACCTGGCAGAACTACAAGGCGGTATTCGCTTCGGGAACGATATATGACGCGTTCTGGATTTCCGTGGCAAGAACAGTGCTTTCAACGCTGCTGAATCTGGTCTTGACCACGATGCTGGCGTATACGCTGAGCCGTCGGGAATATGTATTCCGCAAGCCGATTACATTGATCTTTATTCTGACGATGTACTTTAACGCCGGCTTGATTCCTGGATATTTTCTGATGAAGGACTTGCACCTGCTGAATTCGTTCTGGGTATATGTGATCCCGTCGATGATCAGCGCATTTAATATGATCGTTATCCGGACGTATATCGGAACGATTCCGGAAAGCTTGGTCGAATCGGCAAGAATTGACGGAGCCGGAGATTTTAAAATCTTCATCCGGATCATCTTCCCGCTGTGTAAGCCGGTGTTGGCAACCATTGCGCTGTTCGTGGCCGTGGGGGCTTGGAACTCCTGGTTCGATGCATTCATCTATACCTCCTCCCGCCAAGAGCTGAGCACTTTGCAGTATGAGCTGATGAAGCTGCTGTCATCCAGTATGAACGCGAACAGCAACCCGGCAGTGGCTGCAGGAGCCGGGATGACGCAGGACGCTGCGGTGAACATGGTAACGCCGATTTCGATTCGCGCTGCCGTAACGGTCGTGGCATCGGTTCCGATTCTGCTGGTTTATCCGTTCATGCAGAAATATTTCGTAGTCGGATTGAACGTGGGCAGCGTCAAGGAATAA	MANQTISPGPATAAAAPKSVRKKRVEPILFNTFNTLFMIGLVVVTLYPFLNTIVVSLNAGNDTIRGGIYLWPREFTWQNYKAVFASGTIYDAFWISVARTVLSTLLNLVLTTMLAYTLSRREYVFRKPITLIFILTMYFNAGLIPGYFLMKDLHLLNSFWVYVIPSMISAFNMIVIRTYIGTIPESLVESARIDGAGDFKIFIRIIFPLCKPVLATIALFVAVGAWNSWFDAFIYTSSRQELSTLQYELMKLLSSSMNANSNPAVAAGAGMTQDAAVNMVTPISIRAAVTVVASVPILLVYPFMQKYFVVGLNVGSVKE	PGPT0017255_107	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05052	4398			hypothetical protein	ATGCTGATCGCGTCCCTGCTGCTCATTCCGCCCAGCCGGAGTGCGGCGGCAGTTGAACCGGTCCAAACGTCCGCTGATCAGAATCTTGTGATTCATCATCATTTTGATGGAGGGACGGAAGGGTGGTTTAAGCGGGGGACGGAGACGGTGACCTCCGCTACCTATGCTTATGAAGGGACAGGGAGCTTGTTGACGGAGGGAAGGACGGCGAACTGGAACGGACCGGGATTTGATCTATCCGCCACGAACCGGCTGGACAAAGGAGCTACCTATGAAATTTCCGCATATGTCCATTTGAAGGAGGACACCCAAGGGACTCAGCAGCTTCAGCTTGCCATGCAGCAAACCGGAGCCGAGCCGGAATATGTGAACTTCAGCAGTTCGGTCGATGTAACTGCTGACGGGTGGGTAGAGGTGAAGGGCCATTATAAATACGATGCTAACGCTTCGGCCTTGCAGGTATATCTGCAGAGTCCAAGCAGTGCGGACGCCGCTTATTATATGGACGAATTCAAGGTCCGGTTGATTGAGCCGGCACCAGACCCGGGTATTGAGATACCGGGGGGAAAGAATACGGTCGTATGGGATTTTGAAGACGGAACGACGATGGATTGGGGACCACGCGATTCGGAGACCGTAGAAGCTGTCCCAGAAGCAGCCCATAGCGGCGGCTACGGCTTAAAGGTCCATGAGCGGGCGAACAGCTGGAACGGGCCCAGCCAAGACGTTAAAGACATCATGGTGAGCCAAAAAACGTATACGATCTCAGCCTATGCGAGGCTTGAGCAGGCACCTGCCGCTCCGGTCAAAATATCCCTTTCGATGGAGAACAAAGCAGCGGGCGCAGCAGAAACGTCCTATACAACCGTTGCCTCAGCCTCCGCGAGCGGCACGGAGTGGGTGGAGCTGAAAGGAACCTTTGGCTTCACTTCGGATATGGAAACATTGAAGCTGTATATGGAAACCTCGGATCTTTCCAATTTCTATATCGATGACATTAAGCTCGCACTGCCGGGCTCGATTCAGACGGATATTCCCGCGCTGAAGGATGTGTATGCGGATTATTTCGAGATCGGGGCAGCCGTGGAGCCCAAGCATCTGTCCGGCGTGCACAAGGAGCTTCTGGATTACCATTACAACTCGCTTGTTGCCGAGAACGTGATGAAGCCGGAATCTCTCAGTCCGAGAGAGGGAACCTATAACTTTACCAACGCGGATCTCATCAGGGATTATGCCAGGGATCATGGCATGAACCTCCGGTTCCATACGCTGCTGTGGCATCAGCAAGGCGCCGAATGGATGCTGAAGGATGATCAGGGCCAATATCTCGAAGCCACGCCGGAGAATAAAGCGCTCGTCCTTCAGAGACTGGAAGCTTATATCCATGAGGTGGTTGGCCGCTACAAGGGAGATGCCCGCGATTGGGACGTCGTGAACGAGGTCATTGACGAAGGGCGTCCGGACGGCATGCGGGACAGCCAGTGGTACCGGATAACGGGGCTCGACTATATCCGGACCGCCTTTCATGCGGCACGAGATGCAGCCGGACCCGAGGCCAAGCTCTACATCAACGATTACAGCACGCACAACCCGAAGAAACGCGATTATTTGCTGAATCTTGTAAAACAGCTGAAGGCAGAAGGCGTTCCAATCGATGGCGTGGGCCATCAAACGCACATCAATATCAGCGGGCCGTCCATCCAGCAAATCTCGGATTCCATCCGGATGTTTGGCGAGGCCGGCTTTGATAATCAGCTTACCGAGCTGGACGTTTCGGTGTACACGAACAATACCGACACCTACCAGACCGTTCCCCAGGAATTGCTCGACAAGCAAGGCTATCGGTACAAAGAGCTGTTTGAAGAATTGAAGCGGCTGGATCAAATGGGCGCCGATGCAGGCGTGGAAGGGGGCTGGATCAGCAATGTCACCCTTTGGGGGATCGCAGACGACCATACCTGGCTGCATGACCGTCCCGCGGGTACGGGACGACAGGATGCCCCGTTTCCTTTTGACAAGCAGTATCAGGCCAAGCCAGCCTATTGGGGGATGGTCGATCCTTCCAGGCTAACGATAGTAAGAAAGACCGGAATGGCCGTGGAGGGCAAGGCGGTTGTTGACGGACAACCGGATTTTGCCTGGAATCTGGTTCCGGCCTTTAAGACGGAGCAGCTTGGCTCGCTATCTGCCGAATTTAAGACGCTATGGGACAGGGACCATGTCTACGTCAAGGTTGACGTGTCGGACGGCTCGATATCTCCCGGAGATCAGGCCGAAATATTCGCTGTAGTGAACGGTGCTGTGCAAAAAGCCGAGATTCAGCGTGGAGCCGCCAATACGGTCGAGACCGCTGCGGGTTACGCTGGGGAAGCCCTCCTCCAGTTAAACGGAGCAGGAGCGCTGGGCGGCGAGATTTATTTCGATGTCCGAGTAACGGATTCCGGCTCGGATGACGGCTCCGAGCATGGCAAGAACGGAGCGGTGGTGTCCTGGAGCGATCCAAGGCATGCCCAGGACAGCGATCAGGAGGGACTCGGCATTCTAACGCTCTCCGCTGCGCCGAAATCGGCCCAGGCCGGCTATGGCACCCCAACGGTAGACGGCGAACTCGACGGCATCTGGAAGGATGCCGGGGAACTGGCAACCGACGTGTGGGTCGAGGGAAACAGCGGCGCGACCGCCACATTCCGGACGCTATGGGATGAGGATCACCTGTACGTTTATGCCATTATTAGCGACAGCTTGTTATCGGATGCGAGTCCCAACGTATGGGAGCAGGATTCGGTAGAGATTTTTGTGGATCAGAATAATGGAAAGACGGATGTTTACCAAGAAGATGATGGACAGTACCGGATGAACTTCAACAATGCGCGTTCCTTCGGCGGTCATGCGGGCGAGGATAATTTCGCATCCGCTGCGAAGGTTATCGAAGGCGGATATGTCGTTGAAGCAGCGATCCGCCTGGATAAGATCAAACCTGAGAAAGGGACGGTGATCGGTTTCGATTTTCAGGTGAACAACGATGAAGACGGCCAAGGTACAAGAGACAGTGTGGCTATATGGTCGGATCCGACCGGCCAATCCTATCAGAACACGACCCGATTCGGCGTGCTGGAATTTACGAAGAGCTCCGCTCCCGGCGGAGGAAATGGAAACGGCGGAGAACAGAGTGGGGGCGGCAACAGTGGAAGCGGCGGAACTGCGGGCGGTGGCGGAAGCAGTCCGAGTCCAGCTCCAAGTACGTCTTCACTCGAAATCCGGAACCATGACGGGCGGATCACGGTTGGAGTCTCGAGCCGAGTGCTTCAGCAGGCAATGGAAAAGGCAGTGGCTGGAACTACCGGAACGAAGCGGGCGCTTGTTAACGTTCCGGCGCAGAGAGGAGCCCAGTCCTATGACATTCTGCTGCCGGGTAAGTGGCTGCTGGAGAATCCGCAGGCCGTTCTCCTAGTCCAAACGGAGTTCGGTACGCTGGAAATGCCAAGCGTGTTGATTCAGGGGACCGGTGTAACGGATACGGAAACCGTAACGCTGCGTCTGGAGAAATCGTCGGGCGGCAATCTGGATGCGGCCCTTCGCGAGAAGATCGGCGATCGTCCGGTGTTCCGGGCAGAGGTTCTTGCTGGCGAGAGGGCTTTGTCCTGGAAACAGGGTAAGCATCGTCTCATCTGGTCGGTGCCTTATTCCCCCACCGAGGAAGAGCTTGCACGACCGAATCATATCATGGTTTGGCATATCGACTCTAACGGGCGCGGGGTTCCGCTTTCCAGCAGCCGGTATAACTCCGCAGATGGGATCGTTCGTGCTGCGCTGCCGCATGGCGGCACGTTTGCAGTCGCCTCCGCATACAAGACGTTTCATGACCTGAAGCATGTGCCGTGGGCGATCGATGCAATCGAAACGATGGCATCTCGCGGGATCATTCAAGGTGAGACCGAAACAAGATTCAATCCGTTGAACCCGATTACTCGAGCCGAATTCCTCGTTCTGCTCGTACGCGCGTTGGAGCTGGAAGGCTCGGGCGAAGGCCGGGCAGCGTTCGGAGATGTTTTGCCTTCGGCATATTATTACGAAGACGTGCAGATCGCCGCAGAGCTTGGGCTCGTTCAAGGTGTCGGAGGAAACCGTTTCTTGCCGGACACGCCAATGAAACGCCAGGACATGATGGTAACGACGCAGCGTGCTCTGGAGGCAGCCGGCAAGAAGCTGGAAGGACAGGGGTCACTGGATTCTTTTGCTGATGGGGATCAGGTCGCCGAGTATGCTAAATCGAGTGCAGCAGCGCTTGCAGGTTCGGACATCGTGAACGGAATGAACGGCAAAATCGAGCCGAAAGCATACTTTACGCGTGCTCAGGCGGCTGTGATCCTTGACCGGATTTGGAATTGGAATGATTAA	MLIASLLLIPPSRSAAAVEPVQTSADQNLVIHHHFDGGTEGWFKRGTETVTSATYAYEGTGSLLTEGRTANWNGPGFDLSATNRLDKGATYEISAYVHLKEDTQGTQQLQLAMQQTGAEPEYVNFSSSVDVTADGWVEVKGHYKYDANASALQVYLQSPSSADAAYYMDEFKVRLIEPAPDPGIEIPGGKNTVVWDFEDGTTMDWGPRDSETVEAVPEAAHSGGYGLKVHERANSWNGPSQDVKDIMVSQKTYTISAYARLEQAPAAPVKISLSMENKAAGAAETSYTTVASASASGTEWVELKGTFGFTSDMETLKLYMETSDLSNFYIDDIKLALPGSIQTDIPALKDVYADYFEIGAAVEPKHLSGVHKELLDYHYNSLVAENVMKPESLSPREGTYNFTNADLIRDYARDHGMNLRFHTLLWHQQGAEWMLKDDQGQYLEATPENKALVLQRLEAYIHEVVGRYKGDARDWDVVNEVIDEGRPDGMRDSQWYRITGLDYIRTAFHAARDAAGPEAKLYINDYSTHNPKKRDYLLNLVKQLKAEGVPIDGVGHQTHINISGPSIQQISDSIRMFGEAGFDNQLTELDVSVYTNNTDTYQTVPQELLDKQGYRYKELFEELKRLDQMGADAGVEGGWISNVTLWGIADDHTWLHDRPAGTGRQDAPFPFDKQYQAKPAYWGMVDPSRLTIVRKTGMAVEGKAVVDGQPDFAWNLVPAFKTEQLGSLSAEFKTLWDRDHVYVKVDVSDGSISPGDQAEIFAVVNGAVQKAEIQRGAANTVETAAGYAGEALLQLNGAGALGGEIYFDVRVTDSGSDDGSEHGKNGAVVSWSDPRHAQDSDQEGLGILTLSAAPKSAQAGYGTPTVDGELDGIWKDAGELATDVWVEGNSGATATFRTLWDEDHLYVYAIISDSLLSDASPNVWEQDSVEIFVDQNNGKTDVYQEDDGQYRMNFNNARSFGGHAGEDNFASAAKVIEGGYVVEAAIRLDKIKPEKGTVIGFDFQVNNDEDGQGTRDSVAIWSDPTGQSYQNTTRFGVLEFTKSSAPGGGNGNGGEQSGGGNSGSGGTAGGGGSSPSPAPSTSSLEIRNHDGRITVGVSSRVLQQAMEKAVAGTTGTKRALVNVPAQRGAQSYDILLPGKWLLENPQAVLLVQTEFGTLEMPSVLIQGTGVTDTETVTLRLEKSSGGNLDAALREKIGDRPVFRAEVLAGERALSWKQGKHRLIWSVPYSPTEEELARPNHIMVWHIDSNGRGVPLSSSRYNSADGIVRAALPHGGTFAVASAYKTFHDLKHVPWAIDAIETMASRGIIQGETETRFNPLNPITRAEFLVLLVRALELEGSGEGRAAFGDVLPSAYYYEDVQIAAELGLVQGVGGNRFLPDTPMKRQDMMVTTQRALEAAGKKLEGQGSLDSFADGDQVAEYAKSSAAALAGSDIVNGMNGKIEPKAYFTRAQAAVILDRIWNWND	PGPT0018625_22	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCANASE,PGPT0018625-xynY|xynZ|xynD|xynA-K01181	NA	NA
JZ016_05053	1008			hypothetical protein	ATGTTCTTGTTTAGTTCATCCGTTCATGCTGAAGAAGCGAACCACCCGGAGTGGGCACCCGAGCTTCTGGGGAGGGTTACCAAACGGATCGGGAGTGTCATTGTCGGACATGAGGAGCAAATCTCGTTAACGATGATTGCCTTGCTGGCCGGAGGACATGTGCTGCTGGAGGATGTGCCGGGAGTCGGGAAGACCATGCTAGTGAAGTCGGTGGCCTCGTTAATTGGCTGCGATTTCAGCCGAATTCAGTTTACGTATGATTTGATGCCAGGGGATATTACAGGGGCGTCGGTCTATTATCCGCATACGGGAGAATTCGTATTCAGGCCAGGACCCGTGATGTCCAATATTGTGTTGGCCGATGAGATCAACCGGGCATCGCCGCGGGCGCAATCCGCGCTGCTGGAGGCGATGGAAGAGGGGCGCGTCACCGTGGACGGCCATACGTATCCGCTGCCTGCCCCGTTCTTCCTCCTGGCAACGCAAAATCCGTACGAATATGAAGGCACAAGCCGCCTGCCGGAAGCGCAGCTGGACCGCTTTTTGATGAGATTATCGCTGGGATATCCCAATATGGAGGGTGAATTGGAGCTGCTGGAGCGGGGGATGGGCAGTTCCAGACTGGACGATCTGAAGCCCCTCATGATGGGATCCGAACTCATACGAATGCAGCAGATGGTTTCCCGCGTATTTGTGGATGACACCATAAAACGTTATATGGTCAGTGTGGCCGATGCATCCCGAAAACAGCAGGGAGTGTCCTTAGGGATTAGTCCGAGAGGGACATTGGCGTGGCTCCGCGCTTCACAGGCGGCTGCCTTTTTGACAGGACGAATGTATGTCATCCCTGATGACTGCCTGCGCGTTGCCGTTCCTGTGCTCACCCACCGGCTTCATCTGTCTCATGAGGCACGCGCTGCCGGCATAACGCCTTATGAAATGGTGGAGTCCATCATTACGAGGTTTGATCTGCCGCGCCAGCGAAGCCGGAAGGGGAATCCGTCATGA	MFLFSSSVHAEEANHPEWAPELLGRVTKRIGSVIVGHEEQISLTMIALLAGGHVLLEDVPGVGKTMLVKSVASLIGCDFSRIQFTYDLMPGDITGASVYYPHTGEFVFRPGPVMSNIVLADEINRASPRAQSALLEAMEEGRVTVDGHTYPLPAPFFLLATQNPYEYEGTSRLPEAQLDRFLMRLSLGYPNMEGELELLERGMGSSRLDDLKPLMMGSELIRMQQMVSRVFVDDTIKRYMVSVADASRKQQGVSLGISPRGTLAWLRASQAAAFLTGRMYVIPDDCLRVAVPVLTHRLHLSHEARAAGITPYEMVESIITRFDLPRQRSRKGNPS				NA	NA	NA	NA	NA
JZ016_05054	1299			hypothetical protein	ATGAAACGCCGTCTGCTGGAATGGTCGAGAGGAGTGGCCATCTGGTCCGTTTCTTTGGGTCTTTATGTTTGGTTAGGCGGGGAATCGCTGCGGCTTGTATGGTGGGCAAGCACGATTTTATTGCTTGGCGGAGCTTTGACGAGTTTGCTGGGTCCAACACGAATCACCATTGCGCATACAAGCTCCCCTTCATGCATACAAGCGGGAGATTCTGCTCAGATGACGGTTCAAGTAACCTATCGTTCTCTTCTGCCCGTGCCGTGGCTTATCATAACCGACCGGTTCGGCATCAGGGAATACCGTAAGCTGCTGTTCCCCGGCATGAAGCGAAGGCTCGAGTATACCTACAGACTGAACCAGGTTCCCCGCGGAGTCTGGTCTTCGATCTATAGCGAGGTGGAATGGGGCGATATGTTCGGCTGGTTCAGAACAAGCCGGAGGGTGAAAAGCGATACTGGCGGCATAATTGTGCTGCCAAGACCCGCCGAGTGGCCGGAGGCCCAAGTGCCCATGCATGCAAGCGTCATGGACTTCGAAGATGAACGGGTACGCTTCCATGTTTGGAATGAAATGAGAGGATCGGGCGTGCGCGACTATGTTCCCGGTGATCCCATGAACCGGATTCATTGGAAGAATTCCGCGAAGCTGGGACGCCTGCAATCCTTCATGCCGCATGAGGGATATGGATCAAGGCAGGGGGTTGTGCTGGATACATCGCTCCAAGGGTATGCAGGTCTTGGCGCCTTGAAACCGGAGGATGCATTTGAAGACGCGGTATCTGCGGCAGCAGGATTTGTATCCCGGCTCATCCGCTACAAAGTTCCCTATCAACTATATATCGATGGGGCTGGGATAGAGGATCGGCGAAACGAATACAAGGACGTGTTCAAGGGCCAGCAGGACACGTTAGTTCCGTTTGCCTCCGTTCAGCTAACCGGGAACGATCCTGTACGGGACCGAAGCTTCGTGAAGTCTCTTTCTCCCTCGCAAAAGAATAAGGATTGGGCGATTATTACGGGCGTTTTTCATGAGGGAGCGGCTGTCGCAGCAATCCACCTGCTGAATGAGGGCAGCAGAAAGGTTACCATCTTCTGTACGCAAAGTGTAAAACGTCTGAAATCGGCTGGTAACTCAGGCTTAGAGGTGAGTCCATTAGAGAATCAGGCGTTGCCTGAGTGGGCACGGGAGTTTTTCAACAAAGGCGGAAAGCTGGTTTACTTGCATGAAAAGTGGACAGAGAGGAAGCCAATGAAGATAGGAGGTGCCGACCATGAGCGGACCGGGAAGCTCGCCCGTTAG	MKRRLLEWSRGVAIWSVSLGLYVWLGGESLRLVWWASTILLLGGALTSLLGPTRITIAHTSSPSCIQAGDSAQMTVQVTYRSLLPVPWLIITDRFGIREYRKLLFPGMKRRLEYTYRLNQVPRGVWSSIYSEVEWGDMFGWFRTSRRVKSDTGGIIVLPRPAEWPEAQVPMHASVMDFEDERVRFHVWNEMRGSGVRDYVPGDPMNRIHWKNSAKLGRLQSFMPHEGYGSRQGVVLDTSLQGYAGLGALKPEDAFEDAVSAAAGFVSRLIRYKVPYQLYIDGAGIEDRRNEYKDVFKGQQDTLVPFASVQLTGNDPVRDRSFVKSLSPSQKNKDWAIITGVFHEGAAVAAIHLLNEGSRKVTIFCTQSVKRLKSAGNSGLEVSPLENQALPEWAREFFNKGGKLVYLHEKWTERKPMKIGGADHERTGKLAR				NA	NA	NA	NA	NA
JZ016_05055	837			hypothetical protein	ATGAGCGGACCGGGAAGCTCGCCCGTTAGGGATGGAGGCCATCGTAAGGCCGGAATATCCGGAGCCTGGAATGTACCCTCTATTTTCGTCTCCCGATTGATGCACGGAACGATTCTTCATCGTATATTGATTACGCTGCCGGTTATGGGACTGCTGTCAGAGTGGCTATTGCCGCTTCGGGATGCAGGTGACATGGGCAGCCATCTTATGCTGCAAACCTTATTCATCTGGGCTTTATTCTTGCTGCTCCAAGGATTGTTCACGCTGCGGGGCTGGGTATGGCTGCCGCTGAACGCCGTTCTGGTGGTCTGGCTATGTGCCCGGTTGTTTGAATATAGCCATCCGTTGGCATGGCTGTCCGATTATGCTTCGGAGACACTACCGGGTGACGTTTCGGCATTCGGAAATGCGTGGGAGTTTACTGCCTTAAGCCAGGAGACGAGAACGATCATTCTGCTTGTCGGCTGGGCTATCATGGTATCCGCGGTCCATATGCTGGCTTTGTATCGCCGAACCGTGTGGTTGTTTGGCGGTTCGACGCTGGTTTATTTGGCGGTGCTGGAATCTGCCATGGAAGAAAGCATCTATGGCGATATGCTGCGTGCGGTGCTGTACATTTTGCTGGCCCAGGGCATGATGCTGATCCTAAAGCTGAAGCAGGAAACCGTGGAGGGAACCTCTTTTGAATTGGACATCCCTGAGCCTGTTCGATCCGGCCGCTTGTCCGGGCTGCCTGTGCTTCGCTGGAGTCTGGTGGTGCTGCTTGCTTCCGGTCTGATCGCCGGTATTACCCGAGTGGGGGGGTTATTAGCGAGCCGTCGGCAGGCGTGGGATTAA	MSGPGSSPVRDGGHRKAGISGAWNVPSIFVSRLMHGTILHRILITLPVMGLLSEWLLPLRDAGDMGSHLMLQTLFIWALFLLLQGLFTLRGWVWLPLNAVLVVWLCARLFEYSHPLAWLSDYASETLPGDVSAFGNAWEFTALSQETRTIILLVGWAIMVSAVHMLALYRRTVWLFGGSTLVYLAVLESAMEESIYGDMLRAVLYILLAQGMMLILKLKQETVEGTSFELDIPEPVRSGRLSGLPVLRWSLVVLLASGLIAGITRVGGLLASRRQAWD				NA	NA	NA	NA	NA
JZ016_05056	1497			hypothetical protein	GTGGGATTAACGGTGTCCGAAATGGCGGCACGTCTGACGGGATGGGGAGACCTTGTCTGGGGAAACAGGGAACCGTCGATTCCTGCCTCCCAGGTTGCCGGATACGCTTCCCAGGGAAAAGATTTGGGAGGTCCGTTAACGCTGAGTGATGCGTTGTATTTTACCGCGCAGTCGCCTGAACCGACTTATTGGCGAGGAGACACATATAATCGGTATGATGGACGGAAGTGGGAGGCGGATCCTTCCATCCGCAAGCCCGTGAAGCTGTCCGAGGACCTGAGTGGCATCCTGCCCTATTGGGAGCGTCCTTCCGGAGACAAGCTTGTCCAGACACTGACTTTTGAACAAGATACTCCGATCCAGTCCGTGCTGTCAGGAGGCATTATTACCAGCGTAAAGGAGATCCATTTCTCCAAAGAGAGAGGTACACCGAGGCTCGCCGTTGACAGGCTGTCCGAAACGGTATCCTTGCAGGGCGAAAGGGCGGTATCCGGTTATACCATAGAAACTTTATATAGTCAGCCTGAGGAGCAATCGCTCCGCAGTGCAACCAACAACGATCCTGAATATATGAAGGAAATGTACCTCCAGCTTCCCGAGCAGCTGCCCCTCAGGGTGAGGGATTTAGCAAGGGAGATCACATTGGACGCTGTGAACAGGTATGAAAAGGCGAAAGCTATCGAATCCTATTTGGAGCAGAACTATACCTATTCCCTGCAAACGTCCGTGCCTCCGGAAGGCAAGGATTTTACCGATTATTTTTTGTTTGATACGAAGGAAGGATACTGCGTTCATTTTGCTACGACGATGACCGTGCTGCTTCGATCCGAAGGCATCCCGGCACGCTACGTGACTGGATTTGCACCGGGTGAGCGGGTGGCAGGTACGGTTGACCGTTATGAGGTAGCCCAAAAGAATGCGCATGCATGGGTTGAGGTTTTTTTTCCGGGACAAGGCTGGGTGCTGTTCGATCCGACCCCGGGCTTTAGCATCGAGCAGATGTCCACGCCTCCACTGGTTGGTGATTCCGGTTCTGCCGGGCTTAAGTACTGGAACAGCCTGTGGAACTCCATGATTTACGGAGCCGTTAAAGTACTTTTTCTGATAACCGCCATCGGTCCTGTGATGTTTGGGGGCGTGCTACTATTAGTTCTTCCCATCCTGGTGGCGGTTGTTTATCAAATTCCGACCGTGCGCCAAAGTTTGGCCTTTCTGAGGATGGCCAGAACGATAGCGGTAAGCGGGCGGGAGGGACTCGTATCGATTTCGGTATGGGTTTGGGACAAGCTCCAGCGAAGGTTTGGAGATTTGGAAAAAGGGCAGACCATGCGTCAATACGTCAATGCCTTGTCGATTGCCGATGCCGAATTCAGGGCGGAGCTGGAGCAGTTTGCGCAGCGCTGGGAGCGGGCGGCATTCGATGACGAACCGTGGTCCCGTACCGAAAAAGCACTCTTTTTACGCCAATGTATTCGAATTGTCAAAAAACTGGCATGA	MGLTVSEMAARLTGWGDLVWGNREPSIPASQVAGYASQGKDLGGPLTLSDALYFTAQSPEPTYWRGDTYNRYDGRKWEADPSIRKPVKLSEDLSGILPYWERPSGDKLVQTLTFEQDTPIQSVLSGGIITSVKEIHFSKERGTPRLAVDRLSETVSLQGERAVSGYTIETLYSQPEEQSLRSATNNDPEYMKEMYLQLPEQLPLRVRDLAREITLDAVNRYEKAKAIESYLEQNYTYSLQTSVPPEGKDFTDYFLFDTKEGYCVHFATTMTVLLRSEGIPARYVTGFAPGERVAGTVDRYEVAQKNAHAWVEVFFPGQGWVLFDPTPGFSIEQMSTPPLVGDSGSAGLKYWNSLWNSMIYGAVKVLFLITAIGPVMFGGVLLLVLPILVAVVYQIPTVRQSLAFLRMARTIAVSGREGLVSISVWVWDKLQRRFGDLEKGQTMRQYVNALSIADAEFRAELEQFAQRWERAAFDDEPWSRTEKALFLRQCIRIVKKLA				NA	NA	NA	NA	NA
JZ016_05057	1539	guaA		GMP synthase [glutamine-hydrolyzing]	ATGAATAAGCCTAATGAAATCATCGTCGTTTTAGACTTCGGTGGACAGTACAACCAACTTATAGCACGACGCATTCGCGATCTCGGCGTTTATAGTGAGCTTCTGCCATACAACACGTCCGCTCAGAAAATTAAAGAACTTTCCCCGCGCGGCATTGTTTTCTCAGGAGGTCCTTCCAGCGTGTATTCCGAGAATGCACCGCATGTGGACCCCGCCATTTATGATCTGGGACTGCCGATCTTCGGCATTTGCTACGGCATGCAGCTGATGGCTCAACAGCTGGACGGAAAAGTAGAACGTGCTTCGAAACGTGAATACGGCAAAGCCGAATTGGAGTTTGCACCGAACTCAACGCTTGTAAAAGGGATTGAGCAAAAACAAACGGTATGGATGAGTCATGGTGATCACGTGGTATCGCTGCCTTCCGGCTTTAAGCTGGATGCAGGAACGGAATCCGCTCCGATCGCCGCGATGAGTAACGAGGATAAGAAGCTGTACGCCGTGCAGTTCCATCCGGAAGTTCGTCACTCCGTCCATGGTAATGAAATGATCAAGAATTTCTTGTACGAAGTGTGCGGATGCGAAGGCAACTGGAGCATGGAGACTTTTATCGAGGACCAGGTCCGTGAAATCCGTGAAGTCGTTGGCGAGCAAAAAGTGCTGTGCGCACTGAGCGGCGGCGTGGATTCCTCCGTTGTGGCCATGCTGATTCACAAGGCAATCGGCGATCAGCTGACATGCATGTTCATCGATCATGGACTGCTGCGCAAGGGCGAAGCTGAGAGCGTTATGGAAACCTTCGTCGGCAAGTTTGATATGAAGGTCGTTAAGATTGACGCTCAGGAACGCTTCATGTCCAAGTTGAAAGGCGTAGACGATCCGGAGAAAAAACGGAAAATCATCGGCAACGAGTTCATCTACGTATTCGATGAGGAGTCCAGCAAGTTTGATGATTTTGCATTCTTGGCTCAAGGCACGCTGTATACCGATATCGTTGAGAGCGGTACGGACACGGCGCATACGATCAAATCCCACCACAATGTCGGCGGGCTGCCAGAAGACATGAAATTCACGCTGATTGAGCCGTTGAAAGCTCTCTTTAAGGATGAGGTTCGTAAAGTCGGCGAGGAGTTGGGCTTACCGGATGAGATCGTTCACCGTCAGCCTTTCCCTGGCCCAGGTCTTGCGATCCGCGTACTGGGTGAAGTAACGGAGGACAAGCTGCAAATCGTTCGTGATTCCGACTACATCCTGCGTGAAGAGATCGCGAAGGCGGGATTGGATCGCGAGATCTGGCAGTATTTCACGGCGCTTCCGAACATGAAGAGTGTCGGCGTCATGGGTGATGCACGTACGTATTCCTACACCGTAGGTATCCGTGCCGTAACCTCCATCGACGGCATGACAGCGGACTGGGCGCGTATCCCATGGGATGTGCTGGAGAAAATCTCCGTTCGTATCGTGAACGAAGTCGAGAACGTCAACCGCATCGTGTATGACGTGACTTCCAAACCGCCAGCAACGATCGAGTGGGAATAG	MNKPNEIIVVLDFGGQYNQLIARRIRDLGVYSELLPYNTSAQKIKELSPRGIVFSGGPSSVYSENAPHVDPAIYDLGLPIFGICYGMQLMAQQLDGKVERASKREYGKAELEFAPNSTLVKGIEQKQTVWMSHGDHVVSLPSGFKLDAGTESAPIAAMSNEDKKLYAVQFHPEVRHSVHGNEMIKNFLYEVCGCEGNWSMETFIEDQVREIREVVGEQKVLCALSGGVDSSVVAMLIHKAIGDQLTCMFIDHGLLRKGEAESVMETFVGKFDMKVVKIDAQERFMSKLKGVDDPEKKRKIIGNEFIYVFDEESSKFDDFAFLAQGTLYTDIVESGTDTAHTIKSHHNVGGLPEDMKFTLIEPLKALFKDEVRKVGEELGLPDEIVHRQPFPGPGLAIRVLGEVTEDKLQIVRDSDYILREEIAKAGLDREIWQYFTALPNMKSVGVMGDARTYSYTVGIRAVTSIDGMTADWARIPWDVLEKISVRIVNEVENVNRIVYDVTSKPPATIEWE	PGPT0021580_4423	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021580-guaA-K01951	NA	NA
JZ016_05058	939			Zinc-type alcohol dehydrogenase-like protein	ATGAAGGCTATCGTCATTGATCGTTATGGGGGCAAGGAAGAACTACAGGAAAGAGAAGTGCCTACCCCCTCACCGCAAGCGCATCAGGTCTTAGTTAAGGTGGCCGCCACCTCGATAAATCCAATAGACTGGAAGCTCCGTGAGGGCTATTTAAAACAAATGATGGATTGGGAGTTTCCGATTATTTTGGGTTGGGATGTGGCCGGGACGATTTCGGAAATTGGGGACGAGGTAACGGATTGGAAGGTGGGAGACGAAGTGTTTGCCCGTCCGGAAACGACCCGTTTTGGCACATATGCCGAATATACTTTGGTGGATGATCACCTGCTGGCGCGTAAGCCTGCTGCTATCTCATGGGAGGAAGCCGCATCCGTTCCGCTCGCAGGACTGACGGCTTGGCAGGCGCTGTTTACATATGGTGAACTGACTCATGGAGAGAAGGTATTGATTCACGCAGGCGCAGGTGGCGTTGGCATGTTCGCAATCCAGTTTGCCAAACAAGCGGGCGCCTATGTGATTACGACAGCCAGTGAGCGTAATCATGAGCTGTTGGCTTCACTCGGAGCTGATCAGATGATTGACTATCGCACGACCCCTTTTGAAGATGTTTTATCGGATGTGGATGTCGTGTTCGATACGATGGGCGGTGACGTTCAGAAGAACAGCTTTAAAGTGCTGAAGAAACATACCGGGCGAATCATATCCATTGTCAGCGATTTTGATGAAGAGCTGGTAAGACAATACGACGTAACCGCCAAAAATATATGGCTGGATCCCAATGGTCAGCAGCTTCAGGAAATAGCAGCCCTGTTGGAGCAAAAAAAAGTAAGATCCGTAGTCGGAGCTATGTTTCCTTTTTCGCAAAAAGGGCTCTACGATGCTCACGCATTAAGTGAGACCCACCATGCTGTCGGTAAAATAGCCATAAGTTTCTCCTAA	MKAIVIDRYGGKEELQEREVPTPSPQAHQVLVKVAATSINPIDWKLREGYLKQMMDWEFPIILGWDVAGTISEIGDEVTDWKVGDEVFARPETTRFGTYAEYTLVDDHLLARKPAAISWEEAASVPLAGLTAWQALFTYGELTHGEKVLIHAGAGGVGMFAIQFAKQAGAYVITTASERNHELLASLGADQMIDYRTTPFEDVLSDVDVVFDTMGGDVQKNSFKVLKKHTGRIISIVSDFDEELVRQYDVTAKNIWLDPNGQQLQEIAALLEQKKVRSVVGAMFPFSQKGLYDAHALSETHHAVGKIAISFS	PGPT0006375_1256	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006375-EC_1_1_1_1|adh-K00001	NA	NA
JZ016_05060	1371	adeQ	COG2252	Adenine permease AdeQ	ATGGAGCGTTTCTTTAAACTAAAGGAACACGGAACAAATGTAAGAACCGAGATTATCGCAGGCTTGACGACCTTTATGACCATGGCTTACATCCTGCTGGTCAACAATCTGTTCCTTGGCCCTGATGGCGCAGGTATTCCGCAGGAAGGCGTATTTTTCGCTACTGCAGTAGGTGCCGGTCTTGTGACGATGGCCATGGGTTTCTTCGTTAACATTCCGGTTGCGTTGGCACCCGGTATGGGTTTGAACGCGTATTTCATGACGGTGGTATTAAGCTCGAACGGTGCGATTACTTGGCAGGCCGCACTCGGTGCAGTGTTCATCTCCGGTATCGTATTTATCATTCTCACGGTAACCAAAGTCCGCCAAATGCTGCTGACTGCAGTTCCGAACAACTTAAAGATTGCCATTACGGTCGGTATCGGCTTGTTCATTACCATCGTAGGTCTTAAGCTAGGCAACATTGTGACGGCTTCCATTAACCCGGGAACGGATATTACTCATCCGGTACCAGGCGGTGCCTTCAATCTTGGCCTTGGGAATTTCGTTGAGAACAAGGATACGCTGCTTGCGATCATCGGGCTGTTCCTGATCGCCATCCTGATGGTCCTGAAACTGAAAGGCGCTCTGCTTATTGGTATCGTGCTCACGACGCTGATTGGCATTCCGATGGGAGTAACCGATCTGTCAGGTCTGAGCACTGCAAGCTGGATTCCTTCATTTGATAATCTGGCTGTCGGACAGATGGACTTGAAGGGCGCGCTTGGCATTGGTCTTATCGAAGTTATTTTCATCTTTACATTCGTTGAACTATTCGATACGTTCGGTACATTGGTTGGTACCGCAGGTCGTGCGGGACTCCTCAAGAACAAAGAGGAAGGCGAGAAGAAGCTTGGTAAAGCGATGCTCGTGGATGCCGGCGGCGTAAGCGCAGGCGCATTTCTTGGAACAAGTACAATCACAGCTTTCGTGGAAAGTACTTCGGGTGTCGCCGAGGGTGGACGTACAGGCTTGACCGCTGTTACTACTGGCGTGCTCTTTATATTGGCATTGTTCTTGGCTCCGATTGCTCTGGTTGTTCCTTCGGCTGCTACCGCGCCGGCACTCGTAATTGTCGGTGTGCTGATGATGAGTCAGGTTCGGGATATCGAGTGGGATGATTTCATGCAGGCATTCCCGGCATTCTTGACCATCATCCTGATGCCTTTCACTGGCGGTATCGCTAACGGCATCTCTGCTGGTATCATTGCTTATGTCATCCTTGCGGTATTCGGCAAGTTGATCGGACGCACAGATACTAAGGTGCATTGGCTGATGTGGATCTTGTTTGTGATCATCCTGATCCGATACGCTTTCCTCGGTGCCGAGTAA	MERFFKLKEHGTNVRTEIIAGLTTFMTMAYILLVNNLFLGPDGAGIPQEGVFFATAVGAGLVTMAMGFFVNIPVALAPGMGLNAYFMTVVLSSNGAITWQAALGAVFISGIVFIILTVTKVRQMLLTAVPNNLKIAITVGIGLFITIVGLKLGNIVTASINPGTDITHPVPGGAFNLGLGNFVENKDTLLAIIGLFLIAILMVLKLKGALLIGIVLTTLIGIPMGVTDLSGLSTASWIPSFDNLAVGQMDLKGALGIGLIEVIFIFTFVELFDTFGTLVGTAGRAGLLKNKEEGEKKLGKAMLVDAGGVSAGAFLGTSTITAFVESTSGVAEGGRTGLTAVTTGVLFILALFLAPIALVVPSAATAPALVIVGVLMMSQVRDIEWDDFMQAFPAFLTIILMPFTGGIANGISAGIIAYVILAVFGKLIGRTDTKVHWLMWILFVIILIRYAFLGAE	PGPT0007325_2335	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-XANTHINE_METABOLISM	PHYTOHORMONE-XANTHINE_TRANSPORT,PGPT0007325-pbuG|azgA|ghxP|ghxQ|adeQ-K06901	NA	NA
JZ016_05064	861			hypothetical protein	TTGAGAAAGTGGAAACAGCTGACGTTGTCTTTCATGGTAGGTTTCGCGGCTCTAGGAAGTGGATTAACCGGACTGCAGACAGCGGAGGTTTCGGCCGCCGCCAATGCCGTTCCTTCCTATGAAGTGAAGCTTCTTGCCAAACCAGAAACCGTGCTGGAATCCGGTGGAAACCTCCGGAGCGAAGTCATTCAAGCATTCGGAATAGCTTCTGCACCCCAGGCAATCGGTGTAGCTTACTATGACACGAACAATTTGGGGCTGAATGCCGAAGGCTGGGACGTCCGTTTTCGGAAAAAAGAGGATAAAGATAACTACGAGCTTACCTATAAGAAACGGTATCCCATCGTGAATGGAGATATTAACGCCGCACTCAGCTTGGCAAACCAGGAAGGCTTTGATGCTTCGGATGACAATTACGAGGCCGAGATTGATTGGGGCTACGGCAAACAAACGCTTAGCTTCTCCAACACCAAGAAAATAAGCACGAATACAACCGGCACTACGCTCCCATCCGAGCAAGACGCCTTGGCTTTACTGCTGGACAAACTGCCAGGAAAGCTCAAAAAATGGTCCTCCCCGAATTGGGGTGAACAAGAGCTCTCACAGTCCCGAATCCATGGACCGCTGACGTTCTACCGCTATGAAGGATCTTGGCATGGCCAGAAAATGAGCCTCGAAGTTTGGCCGATTCGTAATGCAGATGGCACAGGAACCGAGAATTTGATCGAAATCTCTTTTAAAACACCCGATGTCTCGGTAGCTTCCCAGCTCCGATCAGAGCTTATGGACACCCTCGAGTCTAACGGTTGGCTGCTTCCTATGGACGGCTTGAAAACACAACTGATATTGGAAAGATATTAA	MRKWKQLTLSFMVGFAALGSGLTGLQTAEVSAAANAVPSYEVKLLAKPETVLESGGNLRSEVIQAFGIASAPQAIGVAYYDTNNLGLNAEGWDVRFRKKEDKDNYELTYKKRYPIVNGDINAALSLANQEGFDASDDNYEAEIDWGYGKQTLSFSNTKKISTNTTGTTLPSEQDALALLLDKLPGKLKKWSSPNWGEQELSQSRIHGPLTFYRYEGSWHGQKMSLEVWPIRNADGTGTENLIEISFKTPDVSVASQLRSELMDTLESNGWLLPMDGLKTQLILERY				NA	NA	NA	NA	NA
JZ016_05065	906	cmpR_5		HTH-type transcriptional activator CmpR	ATGAATCTGATGAAGCTGCAAATTGTGGAGCTGATCGACCGCCATCATCATATGACCAGCGTGGCAGAAATACTTGGCATTAAGCAGCCCACGGTTACTTTTCATATGAAGTCACTAGAAGAGGAACTACAAGTCCGGCTGTTCGAGTCCCGAAGCGGAAAAACATTTCTCACCGAGGCTGGACAAGCTCTGCTGCATTATGCGGTAAAAATAAACGCGCTTGCCAAGGAATCGGAACGAGTCGTCCGCGAATACGACAGCTTATATCGGGGAACGCTGCACATTGGAGCCAGTTATGTCCCTGCCACCTATCTGCTGCCCGCGATATTGAATGCCTTTGCCCGTGAGTTTCCCGGTATACGGATCTCCTTATCCGTCAAGCCTTCACCGGTTATCCGCGACATGCTGGCCCGGCATCAGATTGATCTGGGCATTATTTCTTCTGAGCCCTTTACGGGTCCCAGTCTCCACGCCGAGTCCTTGTGCAGGGATGATCTGACGCTAATATGTTCGCCCGACCATCCGCTGGCCAAAACGGATTCGCTGCAGCCCGAGCAGATCATTCGCACTCCCTTTGCCTTGCATGGAACCGAATCCAGCACGAGACAGCTGACGGACCTGTGGCTTGCGCAGCATGGTTTGCATATGAGGAGTCCGGTAGAGCTGGACTCGCTGGAAGCGATCAAGCAACTTGTATTGTTAGGGGACCATATTTCCTTTATGTCGCGGATGGCGGTACAACGGGAACAGCAAGAAGGCTTACTGCACGTTCTGCCGATTCCCGGCCATCAGGCATCCCGCCATATATACAGCGTCCGTAATCGAGACCGTCTTCCTTCCGTACAAATTCAGCGTTTTCAAGAGGTCTTGCGCGAAGTGGGCAAACAATTGGAGCAGGTCCTGTAA	MNLMKLQIVELIDRHHHMTSVAEILGIKQPTVTFHMKSLEEELQVRLFESRSGKTFLTEAGQALLHYAVKINALAKESERVVREYDSLYRGTLHIGASYVPATYLLPAILNAFAREFPGIRISLSVKPSPVIRDMLARHQIDLGIISSEPFTGPSLHAESLCRDDLTLICSPDHPLAKTDSLQPEQIIRTPFALHGTESSTRQLTDLWLAQHGLHMRSPVELDSLEAIKQLVLLGDHISFMSRMAVQREQQEGLLHVLPIPGHQASRHIYSVRNRDRLPSVQIQRFQEVLREVGKQLEQVL	PGPT0001160_970	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-RuBisCo	CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703	NA	NA
JZ016_05066	1038	btuD_19		Vitamin B12 import ATP-binding protein BtuD	GTGGATATTGAAATCAGGGGCATTCAAAAATCATTTCAGGGCACACCCGCGTTACTTCCTACCGATTTAAAACTGCGTCACGGTCAATTCACCACATTGCTCGGGCCGTCAGGCTGCGGCAAAACGACACTGCTCAGGATGATCGCCGGGCTGGAACAGCCGGACGGAGGAGAAATCTATGCGGAAGACCGGTGTATCTACTCCATGAACAAAAGGATTGACGTGCCGGCGCACAAACGCAACTTCGGGATGGTATTTCAGGATTTTGCCCTCTGGCCGCATATGACGGTATACGAGAATGTTGCCTTCGGATTAAAAGCGGCCAAGCTTAAGGCGGATCTCAGACAAAAAGTAACCGAAGCGCTGGCCATGGTCCGCTTAGAGGGGATGGAGGAACGTTATCCGCATCAGCTGTCCGGTGGACAACAGCAGCGGGTTGCATTTGCCAGAGCAGTAGCCATTCGTCCGGCACTGGTATTGTTCGATGAGCCTCTAAGTGCGCTGGATGCGGTGCTTAGGGAGGAAATGCGGATCGAAATGATGTCGCTTGTGAAGGATATGGGGCTGACTGCCCTTTATGTCACACACGATCAGGTGGAAGCCATGTCGATGTCGGATGAAATTGTGGTCATGCGGAAGGGAGAAGTCCTGCAACGTGGAACCCCGGAGATGATATATGAAACACCTAGCCATCCCTTTGTGGCTTCGTTTATCGGCAAGCCCAATTGGCTGACGGTGGATCATTCCATGGTGAGACCAGAGCATGTGACCTGGAGCAGGACAAGCACGGAGGATGTATGCTATCAGGCAACCGTGCTAAGCGTGAGCTATGTAGGCGAGCGATACGAAATTCGCTTGCAGGTGGAGGGCTTGGACAAGTGGACCGCTTACCTGGACAAGAGGGTGTCTGTCGGAGAACGCGTAGATCTGTATGTGTCTCCACATAAGGTCTGTCGGATGGGTGAAGGAACAAGTCCTGATAAGAATACAGACATGCATCAAAATACAGCAAAACGCACGCCTGCTGCTGCAGGCTAA	MDIEIRGIQKSFQGTPALLPTDLKLRHGQFTTLLGPSGCGKTTLLRMIAGLEQPDGGEIYAEDRCIYSMNKRIDVPAHKRNFGMVFQDFALWPHMTVYENVAFGLKAAKLKADLRQKVTEALAMVRLEGMEERYPHQLSGGQQQRVAFARAVAIRPALVLFDEPLSALDAVLREEMRIEMMSLVKDMGLTALYVTHDQVEAMSMSDEIVVMRKGEVLQRGTPEMIYETPSHPFVASFIGKPNWLTVDHSMVRPEHVTWSRTSTEDVCYQATVLSVSYVGERYEIRLQVEGLDKWTAYLDKRVSVGERVDLYVSPHKVCRMGEGTSPDKNTDMHQNTAKRTPAAAG	PGPT0003735_3243	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010	NA	NA
JZ016_05067	1068			hypothetical protein	ATGAGTCAATTGAAGTTACGGAGAAAAAGCGCGATGCTGTTGCTGGTATCTGTCATGAGCCTAAGTCTGTTTGGATGCGGCAGTGCCCCAAATGGGGATTCCGTTACTATGCCGGCACAGGATACAGGCAAATCATCTGCATCGGGGAGTACGCAAGTCGGAGGCAAGCTCGTTCTATACAGCGCAGGTCCTCAAAAGCTTGCCGACAATATTGTGAGCGGTTTTGAAGCCAAGACCGGCGTGAAGGTAGAGATGTTCCAAGGCACAACGGGCAAAATTTTGGCACGGATGGAAGCGGAAAAATCGAATCCGGTTGCGGATGTTGTCATTCTTGCATCTCTCCCCTCCGCACAGGCGCTGAAGGCGGATGGTCTGACATTGCCTTATCCTGAAGCCGCGAATGCGGACAAGCTGAATAAGGATTGGTCCGACGCCGAAGGAAACTATTTCAGCACTAGCGCATCGGCACTGGGGATTGTATACAACACCAATCTGGTCACTGCGCCGCCTCAAAGCTGGGCTGACTTGGGCTTGCCGGAGTGGAAGGATGCGGTCAATATTCCGGATCCGACGCTGTCGGGATCGGCGCTGGATTTTATCACGGGTTATTTGAGTGTGAAGGGCGACGCAGGCTGGAAACTGTTCGAGGACTATAAAGCCAATGGCACGGCTATGGCAGGAGCGAATCAGGAAGCGCTGGACCCGGTGATCACCGGTGCCAAAAGCTTGGTTGCCGCAGGCGTGGATTATATGGCATATTCGGCCAAAGCCAAAGGCGAGCCGCTTGATATTGTATACCCGGAGGAAGGAACCGTCGTAAGCCCGAGACCGGCTGCGATTTTGAAATCCAGTCCGAACGTGGATAATGCCAAGGCTTTCATCGACTACTTGCTGTCGGACGAAGCACAGAAACTGGTGGCGGACGCCTATCTGATTCCGGGCCGTGAGGATGTGGAGGCTGAAGGCCGGACCAATCTGAAGGATATTCCGGTGTTTAAAGTGGATTGGGCTTGGATGAACGAACATGGGGATGAGACGGCGGCACGTTTTTCCGAAGTATTTAAGTAA	MSQLKLRRKSAMLLLVSVMSLSLFGCGSAPNGDSVTMPAQDTGKSSASGSTQVGGKLVLYSAGPQKLADNIVSGFEAKTGVKVEMFQGTTGKILARMEAEKSNPVADVVILASLPSAQALKADGLTLPYPEAANADKLNKDWSDAEGNYFSTSASALGIVYNTNLVTAPPQSWADLGLPEWKDAVNIPDPTLSGSALDFITGYLSVKGDAGWKLFEDYKANGTAMAGANQEALDPVITGAKSLVAAGVDYMAYSAKAKGEPLDIVYPEEGTVVSPRPAAILKSSPNVDNAKAFIDYLLSDEAQKLVADAYLIPGREDVEAEGRTNLKDIPVFKVDWAWMNEHGDETAARFSEVFK	PGPT0003725_1301	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012	NA	NA
JZ016_05068	1686			hypothetical protein	GTGAGACCTGTCATCATGGACAGTCAGCGTTTTTTACGAAAAATGGGCGTTATTCTCGCCCTTTTTCTTCTTATTATAGGCATCGGTGTGCCATTGCTGCTTATTTTCTGGCAAAGTGTATACCCGGATCAACACTTCGATTGGCTGGCGCCGATACGAACGATAGCCGGTCATGAGCTGTCTGGTATTTTGCTGCAATCCATCTGGCTGGGGGTATGCGTGGTGGCAGGATCGACACTGCTCGCGCTGCCGCTCGCCTGGATGATGGCCAAAACACGGCTAGGACAGCATCAGTGGGTGGACGTGATATTGATGATTCCGTTCATGACCCCGCCGTATATCGGTTCGATGGGCTGGATTCTGTTTATGCAAAAGGGCGGATATTTGCAGCAGTGGCTGCCGGGAACCGCGAGATGGAGCGATTCCTTCTTCAGCTTCGGAGGTATGGTGCTGATCATGAGTCTGCATTTGTTCCCGTTTCTCTATCTGCTGCTGCGGGACGCTCTGATTCGGATCGGCGGTAATCTGGAGGAGGCCGGAGCGGTTCACGGCGCAAGCGCTGGATACCGGTTTAGAAGAATCATACTGCCGCTGCTGTTATCCTCTTACGGCATGGGCGCGATGCTGGTGTTCGTCAAAACCATTGCGGAATTCGGCACCCCGGCAACGTTCGGTCGTCGCATCGGCTATTATGTAATGACCTCAGAAATCCACAAATATATTTCAAGCTGGCCCATCGATTTCGGTAAAGCGACCTCGCTGGCATCGGTTCTGCTGTCGGTTTGTCTGGTGATGTGGTACATGCAGTCTACGATCAGCCGGAGATTTACCTACCGTCTAGTCGGCGGCAAAGGTCAGCGCTCCAAGAGATATTCGCTGCGCGGAAGCAAAGGTGCCATCTGCGCTCTTTACATCGGTTTGCTGCTCGTATTGTCTGTTGGCATTCCTTATTTTTCCGTCATTGCGGCATCTCTGATGAAACTCCGGGGAGCGGGATTGTCCTTAGATAATCTGACGCTTGCTCATTACAAGGAACTGCTGTCCTGGGGATCGGTCAGCCAGAAAGCGCTCGGTAACAGTCTGGGCCTGTCGCTTGCAGCATCTACCGTTGCCGTTCTGCTCGGTACCGGTTTTGCCCTGACGATCGGCAAGTCCCAGGCACGGATGCAGCGGGTCATCGATCTGTTAAGTCTCTTGCCGAATACGGTTCCCGGCATTGTGATGGTGGTCGGTTTGATCCTGCTCTGGAATGCGCCATGGATGCCGGTTACGCTCTACAATACCTATGGGATGGTGGTGCTGACGTACGTCGTGCTGTTCCTCCCCTATACGGTGCAATATGTAAAGGCCAGTTTTACGCAGATTGACGGTACTCTGTTTCAGGCGGGTCAAGTATTTGGAGGCGGTCCGCTGCTTGTACTGCGGCGCATTCTGCTGCCGCTGATTATGCCCGGCATGCTGGCGGGATGGATCATGACCTTCACGATTGCTTCACGTGAGCTGGTCGGATCACTGCTCATTCTGCCGCCATCGATGCAGACATCGGCTACGTATATTTTTGCCCAGTTTGAGCAGGGACAGGTATCTCTCGGGATGGCGATGACCGTTGTCTCCGTCGGTATGACGGTGCTGCTGTTACTGCTGGTCGAAGCTATGAATTCTAAAAGAAAGTGGAATGCATCATGA	MRPVIMDSQRFLRKMGVILALFLLIIGIGVPLLLIFWQSVYPDQHFDWLAPIRTIAGHELSGILLQSIWLGVCVVAGSTLLALPLAWMMAKTRLGQHQWVDVILMIPFMTPPYIGSMGWILFMQKGGYLQQWLPGTARWSDSFFSFGGMVLIMSLHLFPFLYLLLRDALIRIGGNLEEAGAVHGASAGYRFRRIILPLLLSSYGMGAMLVFVKTIAEFGTPATFGRRIGYYVMTSEIHKYISSWPIDFGKATSLASVLLSVCLVMWYMQSTISRRFTYRLVGGKGQRSKRYSLRGSKGAICALYIGLLLVLSVGIPYFSVIAASLMKLRGAGLSLDNLTLAHYKELLSWGSVSQKALGNSLGLSLAASTVAVLLGTGFALTIGKSQARMQRVIDLLSLLPNTVPGIVMVVGLILLWNAPWMPVTLYNTYGMVVLTYVVLFLPYTVQYVKASFTQIDGTLFQAGQVFGGGPLLVLRRILLPLIMPGMLAGWIMTFTIASRELVGSLLILPPSMQTSATYIFAQFEQGQVSLGMAMTVVSVGMTVLLLLLVEAMNSKRKWNAS	PGPT0003730_2525	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011	NA	NA
JZ016_05069	1317		COG1236	Ribonuclease	ATGATGAAACTGACGGTATGGGGCGGTGCAGGCGAGCATGGCCGCTCCGCGTATTTACTAAGCGGCAGGCAGGTCCATTTGCTCCTGGATTGCGGTGTCAAGAAGGAAGGATCAGGGGACTATCCCATGATCCAGCAAGAACATGTGCCGAAGCTGGATGCCGTGTTTCTGTCACATGCCCACGAGGACCACTCGGTGGCGATTCCGCTCCTGTACCGGCTTGGCTATCAAGGGGAGGTATGGACCACTAGGGAGACGGCAGCACAGTTAACGGCCTACTTTGCCTCCTGGAAAGAGTACACGGCAAGGGCAGGCGTAGAGCTTCCTTATATGGAGGAGGATCAGCTGGCGATCCGCTACCGGTATCTGGAGGAAGAGGCTGAGAAGTTGACATGGTTTGAGGCGCTTCCGGGCGTTGAGATCATGTGGGGACGAAGCGGCCATATGGTAGGGGCTGTCTGGTTCTTGTTACAGGCTGAAGGAAAACGGATCTTCTATTCTGGCGACTACACATCGGAATCGCTGCTGCTTGAGGATGACAGCCCAGCGCTGGTAGACAAGTCCTCTTCCATGCTGCTGGATCTGGCTATAGTGGATGCGGCTTACGGGACGGACGCTACTTCACAGGCCGATAAGCTAAAGCAGTTGGAATATAAGATTGAGAGCACACTGCAAACTGGCGGGAAGGTATTGATACCGGTGCCGGCCGCCGGCCGAGGGCAGGAAATGATCCTATGGGCATACAGGAATTGGGGAAATGTGCCGATCATGATCGAAGCGCCGCTGATCGAAGGAATGAAGCGACTGCTTGCTCGTTCGGAGTGGCTTCGCAGCCAGAAATCCGATCAGGGAATGAGGGATCAGCTGGAGTTATTGCTGAACCGGAACGATTGGATCGTACCCGCTAGCGAAGCGGAACGTGTGTCCTTGCTCCATAAGCACGGGGCATCGCTATGGTTCGTAACGGATGGGATGATGCAGTCGAAGCTTGCGCAGTGGTACTACCGCCAGATGTCCGGCGATACCCGGAATCTGGTTCTCCTCACAGGCCATGTTTCCCAGGGGACCTTTGGACATCGCCTCCTTCAACATCCGGCTTCGTACGGTGCCTGCTCTGTCACGAAAATCAGGTATAAGGTACACCAGGGCCTGGCGGATGTGCGTCAGATGATAACCGGCGTTCCGGCACTGCATACCGTTCTCGTCCATGCAGACAAAGGAGAAACGGACCGGTTACGAGCCCGTCTGACAGAGGAAGCACCGAACCCCAATCTTCACATTTATTCCATGTCGGTTGGTGAGGAAGTCTATTTCTAG	MMKLTVWGGAGEHGRSAYLLSGRQVHLLLDCGVKKEGSGDYPMIQQEHVPKLDAVFLSHAHEDHSVAIPLLYRLGYQGEVWTTRETAAQLTAYFASWKEYTARAGVELPYMEEDQLAIRYRYLEEEAEKLTWFEALPGVEIMWGRSGHMVGAVWFLLQAEGKRIFYSGDYTSESLLLEDDSPALVDKSSSMLLDLAIVDAAYGTDATSQADKLKQLEYKIESTLQTGGKVLIPVPAAGRGQEMILWAYRNWGNVPIMIEAPLIEGMKRLLARSEWLRSQKSDQGMRDQLELLLNRNDWIVPASEAERVSLLHKHGASLWFVTDGMMQSKLAQWYYRQMSGDTRNLVLLTGHVSQGTFGHRLLQHPASYGACSVTKIRYKVHQGLADVRQMITGVPALHTVLVHADKGETDRLRARLTEEAPNPNLHIYSMSVGEEVYF				NA	NA	NA	NA	NA
JZ016_05070	981	fabHB	COG0332	3-oxoacyl-[acyl-carrier-protein] synthase 3 protein 2	ATGAGCCAATCAAAGTCAAGAATTTCGGCAATCGGGACCTATGTTCCTGAACGGATATTAACCAATGCGGATTTAGAGAAGATGGTTGAAACGAGTGATGAGTGGATTGTGCAGCGAACAGGCATGAGGGAGCGCCGGATTGCTGCCCCGGATGAGTACGTGTCGGATCTCGCCATCAAGGCTGTAGAGGATATGGTTGATCGATACGGCGTTACCGTGCGGGATGCTGATATGATTCTTGTGGCCACAAGCACGCCGGAATATTCTTTTCCCAGTACAGCTTCACGGGTTCAATCGAAGCTGGGCATTGCAAGCACGGGTGCCCTGGATCTGAATGCTGCTTGTGCGGGATTTGTATATGCACTCCAGATGGCTGACGGATTAATATCCGGGGGAGCCTACCGTAAGATTCTGGTTATCGGCGCAGAAACCTTATCGAAGATTACGGATTACACCGACCGAACGACATGCGTATTGTTTGGGGACGGCGCCGGTGCCGTATTGTTGGAGAAAGATGAGGATTCGCCAAGTGTCATAGCATCTGTATCGGGAACTTTTGGGGAGGGCGGCATACATCTGTATAAAACAGCGCTCTCTGAGCAAATGGACGGCACGGAATTAAAGAGCGGCTGTCTTGTTCAAAATGGTCGTGAAATTTATAAGTGGGCCATTCGGAACATTCCGGACGGCGTCCGATCTCTTCTGTCCAAAGGAGGCATGACCGCGGAGGAAGTGGATTGGTTTGTCCCGCATAGCGCCAATCTTCGCATGATCGAGGCGATTAACGAGCGTGGGCCATTTACAATGGATCGCACTTTAACCAGCGTCGAGTACCGCGGGAATACGTCGGCAGCCTCCATTCCGCTTGCACTTCAGCTGGCGGTGGATGAAGGACGGCTCAAAGCGGGAGACCATGTCTTACTCTACGGGTTTGGCGGGGGAATGACCTATGCCGGCTCCATCGTCAAATGGACGATATGA	MSQSKSRISAIGTYVPERILTNADLEKMVETSDEWIVQRTGMRERRIAAPDEYVSDLAIKAVEDMVDRYGVTVRDADMILVATSTPEYSFPSTASRVQSKLGIASTGALDLNAACAGFVYALQMADGLISGGAYRKILVIGAETLSKITDYTDRTTCVLFGDGAGAVLLEKDEDSPSVIASVSGTFGEGGIHLYKTALSEQMDGTELKSGCLVQNGREIYKWAIRNIPDGVRSLLSKGGMTAEEVDWFVPHSANLRMIEAINERGPFTMDRTLTSVEYRGNTSAASIPLALQLAVDEGRLKAGDHVLLYGFGGGMTYAGSIVKWTI	PGPT0008355_4464	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648	NA	NA
JZ016_05071	1350	lacE_3		Lactose-binding protein	ATGAAAAGGTTTAAGTCATGGAGCTTGCTGCTCCTGAGTGTCATCATGGTGTTTACGCTGGCCGCATGTGGAGGCGGGGGCGGTAACGGAAGCAGTACGGCTGAATCTCCGGGGGGAGGAAGCAGCGAAGAGACGGGCAATACGAAAGAAGGAACCGAGTCCACAGAGAAAATCGAGCTCTCCTTCTGGTCGCTGGGAACAACCAACTATGAGGATCTGGCAAAGGAATATACGAAGGAGCATCCGAACATCACGTTCAAATTCCAGAATACGTCGGATCAAACCGCACATCACAACAACCTGACGACAGCATTGTCCGCTGGCTCGGGCGCGCCTGACATTTTCCAATTAGAAATCGCGTTTATGGAGCGTTTTATCAACAACCAGGATAAATTCTACAATCTGTACGATCTTGGCGCTAAAGACTTAGAAGGCAACTACCTGGAGTGGAAATGGAAGCAGGCTACTTCGGTTGACGGCACCTTCCAACTCGGTCTGCCAACAGACATCGGTCCTACGGTCGTATATTACCGTACGGATCTGGCAGAGCAAGCCGGACTGCCGACGGATCCGGACGGGTTTAGCGCAGCGATTGATTCATGGGACAAATTCGCCAGCGTAGCCAAGGACTTCACAAGTAAAACAGGAAAGCCGTTCGCCGACTTAACGGACCTGGTATATAACGGGGTGCGCGACCAATCCCCGGATCAAATCTACTTCAACAAAGAGGATGGCTCCTTTATCGGAGATACGAACCCGCAAGTGAGAAAAGCTTACGACTTTACGGTAAAAGGAATTCAGGAAGGCTGGATCGGCAACTGGATTCTGTGGTCTCCTGAATGGCAAAAAGCGATCAATGATGGAGACTTTGGCGTCATGCTCGGCCCGGCTTGGATTGCCGGTACGATCCGCAATGCGAAGGATACCGCAGGCAAATGGCAGATTGCCCAGCTTCCTGAAGGAGCAGGCAACTGGGGCGGTTCGTTCCTGACCCTGCCGAAGGAAGGCAAACATTCGAAGGAAGCCTACGAATTCATCTCGTGGGTGCTCAACAAAGAGAATCAGCTGAAATCGTTCAAGGACAGCGGCTTGTTCCCATCCATCCCGGCGGTTTACAGCGAGCCTTCATTCACGGAGGAGAAGGATGAATTCTTCGGCGGTCAAGTCATTTCCGAAGCGTATGCCAAGTCGGCGGAACGCATCAAGCCGGTTTACTACGGACCTCTTCACGACCAGACCGACACGATTATCAAGAACGCGCTCAAAAACGTGCTGGAGAAAAAAGCCGACCCGCAAAAAGAATGGGAAAGCGCAATGAAACAAATCAAGACGCTGGTTGATCGCAGCTAG	MKRFKSWSLLLLSVIMVFTLAACGGGGGNGSSTAESPGGGSSEETGNTKEGTESTEKIELSFWSLGTTNYEDLAKEYTKEHPNITFKFQNTSDQTAHHNNLTTALSAGSGAPDIFQLEIAFMERFINNQDKFYNLYDLGAKDLEGNYLEWKWKQATSVDGTFQLGLPTDIGPTVVYYRTDLAEQAGLPTDPDGFSAAIDSWDKFASVAKDFTSKTGKPFADLTDLVYNGVRDQSPDQIYFNKEDGSFIGDTNPQVRKAYDFTVKGIQEGWIGNWILWSPEWQKAINDGDFGVMLGPAWIAGTIRNAKDTAGKWQIAQLPEGAGNWGGSFLTLPKEGKHSKEAYEFISWVLNKENQLKSFKDSGLFPSIPAVYSEPSFTEEKDEFFGGQVISEAYAKSAERIKPVYYGPLHDQTDTIIKNALKNVLEKKADPQKEWESAMKQIKTLVDRS	PGPT0016430_125	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016430-cebE-K10240	NA	NA
JZ016_05072	957	lacF_12		Lactose transport system permease protein LacF	ATGGCAGACACAGTTACAGCAGAGTCACCGCAACCGGTGCCCCCGAGGCGGCGCTTGTTGACGGAGACCGTGCGCAGCCGGTTTACGGCTTATACGTTCATATCGCCATTCTTCATCTTGTTCGCAATTTTTGGATTGTATCCGATTCTTTTTACCATCTATTTGTCGTTCTTCAAATGGGATGCACTCGGACCGATGAAGTACGTCGGCTTCAAGAACTACGAGCTGATTACAAGCGACCCGACCTTCTGGATCGCTTTCAGCAACACACTCATTATGGCTTTGATGGGAACCGTGCCGCAGCTGATTGTGGCATTATTTGTTGCGGTTATGCTCAACTCGGCCTTGAACAGATTCAAGAACACGTTCCGCATTCTGTATTTTATGCCGAACATCACTTCCATCGTTGCCGTAACGCTGGTGTTCAGTACGATGTTTGGCAACAACGGGATGGTCAACTGGCTCCTGAACACCTTCGGCGCGGAAAGCGTACCGTTCAACTCCGGCTGGTGGGGAGTCAAAATCGCAATATCGTCCATGGTCATGTGGCGGTGGATGGGCTATAACGCCATTATTTTTCTGTCGGGTCTGCAGAGCATTCCGACCGATATTTATGAGGCGGCCAAAATCGACGGTGCCACCCGAGGCCAGCAGCTGCTCTATATCACGCTGCCGCTTCTTCGGCCATTCATTTTGTTCGTTACCTTGGTATCGACGATCGGGGCGCTCCAATTGTTTACGGAGCCTTATGTATTCCTAGGTCAGTCCGGCACGGGCTCTACGCGGCAGGAAGGGGTCACGATGGTCACGTATCTGTATAATGAAGCATTTAAGAACGGATTTTTCGGTACAGCTGCGGCAACGGCGGTACTCTTGTTTATCGCCACCATTCTATTCTCGGTATTAAACATGATGGTGGGCCGCGAAGGTAAAGATACGGGAGGTAAAAAAGCATGA	MADTVTAESPQPVPPRRRLLTETVRSRFTAYTFISPFFILFAIFGLYPILFTIYLSFFKWDALGPMKYVGFKNYELITSDPTFWIAFSNTLIMALMGTVPQLIVALFVAVMLNSALNRFKNTFRILYFMPNITSIVAVTLVFSTMFGNNGMVNWLLNTFGAESVPFNSGWWGVKIAISSMVMWRWMGYNAIIFLSGLQSIPTDIYEAAKIDGATRGQQLLYITLPLLRPFILFVTLVSTIGALQLFTEPYVFLGQSGTGSTRQEGVTMVTYLYNEAFKNGFFGTAAATAVLLFIATILFSVLNMMVGREGKDTGGKKA	PGPT0016435_457	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016435-cebF-K10241	NA	NA
JZ016_05073	864	araQ_41	COG0395	L-arabinose transport system permease protein AraQ	ATGAGCACAGTCGCCATAAGCCAGAAAAAACCGGATGAACCCGGTTTTATCGCCAAATTCTTCTTCTACCTCTTTATGATCCTTGGCGCACTGGTCTCGATCTTCCCGTTCTACTGGATGTTTGTCGTGGCTACGAATGACAAGGATGCGGCATTTCATATTCCGCCGCTCCTTACGCCCGGAACGGAATTCCTGGATAACTTCTCGCGCGTGCTGGAGCGGACGGATTTTTTCCGGGCGTTGATGAACTCGGTCGTTGTGTCTTCAGCCGTTACGTTGTCCGTTGTGTTCCTCTGTACGCTGGCGGGTTATGCTTTTGCCAAGTATGAATTTCCTTTGAAGAAGACGCTGTTTGTTTTTGTCATTGCCACGATGCTTGTACCTGCCCAACTGGGCGTGCTTCCACAGTACGTCATCATGGCCAAGCTGCACTGGATCGACAGCTACAAAGCGCTGATCGTACCCGCCATGGTCAATGCCTTCGGCATCTTCTGGATGCGGCAGTACATCGCTTCCGCCGTTCATACCGAGCTGATCGAAGCGGGGCGGATTGATGGCGGCGGACACTTCCGGATTTTCTGGAACATCGCCATTCCTGTCGTAACACCGGCGATGGCTACACTGGGGATTCTGAATTTCATGAATGTGTGGAATGATTTCTTCTGGCCGCTCGTCGTATTGAAAAACAGAGAAAATTACACTATTCAAATTGCGCTGCAGCAATTGTTCACCAATAAGGACGGCCTTGATTTCGGAATGATCATGTCGGCCACCTTCACGGCGACGCTGCCGCTTCTCATTGTGTTTCTATTGTTCAGCCGCTACGTCATCGCGGGACTGACATCAGGCGCCATAAAAAGTTAA	MSTVAISQKKPDEPGFIAKFFFYLFMILGALVSIFPFYWMFVVATNDKDAAFHIPPLLTPGTEFLDNFSRVLERTDFFRALMNSVVVSSAVTLSVVFLCTLAGYAFAKYEFPLKKTLFVFVIATMLVPAQLGVLPQYVIMAKLHWIDSYKALIVPAMVNAFGIFWMRQYIASAVHTELIEAGRIDGGGHFRIFWNIAIPVVTPAMATLGILNFMNVWNDFFWPLVVLKNRENYTIQIALQQLFTNKDGLDFGMIMSATFTATLPLLIVFLLFSRYVIAGLTSGAIKS	PGPT0016440_358	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016440-cebG-K10242	NA	NA
JZ016_05074	1725			hypothetical protein	ATGAAACTCCGCCGAAAGATATTGCTGGCTATTATTCTTCTGGTCTTCATTCCGGTCATCGCGCTGGGCGGGGTATCCTATTACAGCTTTTCGGAAGCGATGGAGAAGAAGTCGAATGATTTCTACTGGATTTCGCTTCTGGAAACGGATCGCAAACTGAAGTTTGCCTTGAACGAAATCACGACGATTTCGAACTCGGCGATTACCCAGCAATCGGTTCAGCAGATGCTGAAACAGCCGGAATACGCGGTTACCTATGAACGGCGGCAGGAGATCAACAATCTGATCAATCATCCGATGATTGCGTCGTTTGCTTTTTATTCGAATGACCGGTTGATGTATAACACGAATGGCGGAATGGAGCTTCAGGAACTGAGGCAGCAGGCATGGTATGAAGCGGTAGAGAAGGCGGAGGGGCGTCCTGTATGGGTCGGACCCGGCGAGAACGGCTCTGCGGCTGACGGCGCTCCCGTTTTGATTCAATCCAGGGTCATCAAGGACTATTACTCGCTGGAGGATATCGGAACCGTGGTGATCTACGTGAAGCCGGATCTCCTCGATCAGGTGTTCTGGGAGGCGGCAACGCTGAAGCAGGGAGACATTTTGCTGGTCAATCAGCAGGGGCACATCGTGTTTAGCAAGTCAGGCGGGCATATCGGGGAGCGGACGGAGTTCCCGTTTCTCTCGGATAGTTACAAGACGAATGGAAAAGGCTACTATATCGATCAATATGCAGGCGAAAAATCGCTGATCACATATTCACCTTCACATAATAAAGATTGGTTTCTGGTCGCCATCACGCCAAGTAAACTGATTTCGGCCGAATCGGTCCCGATTCGCAACCTAGCCTTGATCCTGGGGTTGATCTCGCTCGTGTCGGCGTTCCTGTTCGACCGTTTTTTTGTGCGCAGAATGGTGCGCAGCATCATCAGCGCGGTGAACGGGATGAAGCGCGTTAAGCAGGGCATCTTCGTCCCGATCCCGTCGCATAACGTGGCGGAAGACGAGACGGATCTGTTAATCGACGGCTTTAACCGGATGAGCACCCAGATTCAGGAGCTGATTGGACAGGTCGAGACGGAACAAGCACGAAAAAAGGAAGCGGAGCTGCAGGCGCTGGTCGCTCAGATCAATCCGCATTTTATCTACAATTCACTGGAATCGATCAATTCGATGGCCGTGCTTCAGGGTAACAAGGATATCAGCAAGATGGTGGTTTCCCTTGGAAAGCTGCTGCGTATCAGCATCAGCGAGCATCACGAACTCATACCGCTTAGCATGGAGCTGGAGCATGTCCAGCACTATATGCGGATACAGAAATTCAGGTTTGAAGAAAAATTCGATTACGGCATTGAGCTTCCGAATGAACTGAGGCACTACGTTACGCAAAAGCTGATTATTCAGCCGATTGTTGAGAACGCTTTATATCACGGGATCGAGCCGATGGAGGAAAGCGGACTGATCTCCATTCGTGTGTCCGAGGACGGCGAGGATATCGTGATTGACGTGGAGGACAACGGTCCGGGCTTCGATCCGGAAACGCTGATGAAGCTGTGGAATTCGGATCCGGGACAGCTCAAGAAGTATCGCGAGAACGGAGTCGGATTGAAGAATGTCCATGAAAGGCTGCGGATCCGGTTTGGCAGCCGTTACGGCCTGATGATCTGTTCCTCCCCAGGTTACGGCTCCTTGATCCGAATCCGAATACCGAAAATACTGACATGA	MKLRRKILLAIILLVFIPVIALGGVSYYSFSEAMEKKSNDFYWISLLETDRKLKFALNEITTISNSAITQQSVQQMLKQPEYAVTYERRQEINNLINHPMIASFAFYSNDRLMYNTNGGMELQELRQQAWYEAVEKAEGRPVWVGPGENGSAADGAPVLIQSRVIKDYYSLEDIGTVVIYVKPDLLDQVFWEAATLKQGDILLVNQQGHIVFSKSGGHIGERTEFPFLSDSYKTNGKGYYIDQYAGEKSLITYSPSHNKDWFLVAITPSKLISAESVPIRNLALILGLISLVSAFLFDRFFVRRMVRSIISAVNGMKRVKQGIFVPIPSHNVAEDETDLLIDGFNRMSTQIQELIGQVETEQARKKEAELQALVAQINPHFIYNSLESINSMAVLQGNKDISKMVVSLGKLLRISISEHHELIPLSMELEHVQHYMRIQKFRFEEKFDYGIELPNELRHYVTQKLIIQPIVENALYHGIEPMEESGLISIRVSEDGEDIVIDVEDNGPGFDPETLMKLWNSDPGQLKKYRENGVGLKNVHERLRIRFGSRYGLMICSSPGYGSLIRIRIPKILT				NA	NA	NA	NA	NA
JZ016_05075	1344			hypothetical protein	GTGAGATGGTTTTGGAATTGGGGCTGGATCGTCGGATATGCCGCTCTGTTGGCGCTGTCTGTCGTGTGGGTGACGGTACAGAATCAGGGACCGGCCCAGGAGGAACAGCCGGAGAAAATTACGCTGACGTTCCGGCATTTCTGGAACAAGGAGCATGACAGGCCGGTGCTGGCCGTATTCGAGAGCATCGTCCGCACGTATGAGAAAGCGCATCCAAATGTTAAGGTGAACTTCGAGAGCATCGATCAGACGATTCACCGGGAACAAAAGCTGAAGAGCGAGATGGTGACCGGCACGCCGCCGGATATGTTTGTTTTGTTCGGAGGAGCCGAGATCGTGCCTTATGCCAGATCGAACCGGTTGATGGATTTAACGGATTTTTTGCAGGATACCGGATTGAAGGAGCAATTCAAGGATCTGCACCATTGGACCTTCGAGGACCGGATCTATGGCCTGCCCTTCGAGGGACACGCAGAGCCGATCTATTATAACCGGGCTTTATTCCGGCAGCTGAAGCTGGAGCCTCCGAAGATGCTGGGACAGATGGACGAAGCTATTCGTGTTCTGCGGGAGAACGATATCATCCCTTTTGCGGTCGGCAACGAAGACAGGTGGCCGGCGGGAATTTTTGCCCACTATTTCATGGATCGTTACGCCGGGCCGGAACTGATTGACCGGCTGGTCGAAGGCGATGATCAGGTCAGCTTTGTGCAAGAGTCCTACTTGGAGGCGTTTGAGCACTTGGAGCTGTGGATCAAAGAAGGGGCGTTCAGCCCGAACGCGAACGATCTTTCCACGGAAGAAGCGATTGCCCAGTTCACGGAAGGAAAAGCTGCGATGTATATGAACGGCAGCTGGGATATTACGCTGCTGCAGAATGAGGATTACCCGGATTTTCAGAACGAGATCGGCGTCATTCCCTTTCCGTCGCTTTTTCCTGGCGAAGAACGGTCCTTGGCAGGGGGATATACGATCGGCATCGGGCTGTCATCGGACTTGGATGAAACGAAAAAGCAATCGGCTCTGGAGCTGCTGGGCATGTTCTATACTCCAGAGGTGCAGACTCGGCTGGTGTATGAAGGACTGCGCGTCCCTTCGATGAAGATTGACTATGATTCGAAGAAAACCGGGCCGGTGTTTGCCCAAGTCACGGAATTGATGGAGGAGTCCACGAGCACCTTTCTGCCTTACGACAACACGTTATCACCCGAGGTAAACAGTTCGTTCCTTAAGGTGATCGAGGATATGATTGGAGGACGGATCGATGCTGCCGGCGCATTGGAGCAAATTCAGAAGTCCTCGGTGCGGTATTGGAAGCTTAGGCGGAATACGACAGCAGAGTAA	MRWFWNWGWIVGYAALLALSVVWVTVQNQGPAQEEQPEKITLTFRHFWNKEHDRPVLAVFESIVRTYEKAHPNVKVNFESIDQTIHREQKLKSEMVTGTPPDMFVLFGGAEIVPYARSNRLMDLTDFLQDTGLKEQFKDLHHWTFEDRIYGLPFEGHAEPIYYNRALFRQLKLEPPKMLGQMDEAIRVLRENDIIPFAVGNEDRWPAGIFAHYFMDRYAGPELIDRLVEGDDQVSFVQESYLEAFEHLELWIKEGAFSPNANDLSTEEAIAQFTEGKAAMYMNGSWDITLLQNEDYPDFQNEIGVIPFPSLFPGEERSLAGGYTIGIGLSSDLDETKKQSALELLGMFYTPEVQTRLVYEGLRVPSMKIDYDSKKTGPVFAQVTELMEESTSTFLPYDNTLSPEVNSSFLKVIEDMIGGRIDAAGALEQIQKSSVRYWKLRRNTTAE	PGPT0016330_632	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_05076	1599	cheB_14		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGGGCGGATCGGAAGGCAAATTCAGAGTTATGCTGGTCGATGATGAGCCGATCATTCTGCGCAGTCTAAGGGCAGCCATCCCCTGGGATGAGCTGGATCTCGAAGTCGTTGGGGAGGCCAAGACAGGGGACAGCGCTCTCAAGCTGGCGCGTGAAGTATCGCCGCATATGATCATCAGTGATATACGGATGCCGGGAATGGATGGCATTACGCTCATGAAGGAGCTGAAGGCGGATCAGGCACGGCGGATCATTATTTTCATTAGCGGGTATGGCGAATTCGAATACGCAAGGGAAGCGCTGCGCGAAGGGGCTTTCGATTACTTGCTCAAGCCGATCGATCACGATGAGCTGACGGAAACGATAGCCAAGGCGGCCAGAACCCTGGAGAAGCAAATTGCGGATGATCAAATGCTGCATTCGATCAAGGTTTTATCTCTGCTGGCCCGGGAGAGGATGCTTACGGAATTTATCGAGGGGAACCGAAGCCCCCTGCAGCATATGCAGTGGCTGGAAGACAGCGAGCTGGAGCATGGATACACGATGGCCGTCATTCAGTTGGATCATTACTTGCGGCTTAACGAGTTATGGAGCATGGACGAGAAGCGCTTGTGGCTGTTTGCCGTACGGAACGTCCTGGAGGAATGGTCCTTGCAGCATGGCGGACTGACGGTATTTCCTTTCCGCAGCGGGGAATGGGTGCTGCTGTTTCCGAACCTGACGAGGGAGCGGCAGGAGGAGATCGGCCGGGATTTGGTGCAATTGATCAAGCGGAATACGAAGCTGTCCTGCTCGGTCGGCTTCAGTCCCAGCATGGCCGGGATTGACCGCTTGGGAACGGCTTACGAGACCGCCGTCCGCGCCTTATACCAGCGGTTTTATTCCGGGGAAGAGGGGGTGTTTCTCGGAACGCCCGATTCCATGATGGAAACGGCCAGCGAAGCGAAGTATCCGAAGCATCTCGAGTCGCTCATGGTGGAAAGCATCCGCACGCTTCACAAGGAGCGGCTGCTGGAGCTTTTTGACGAGACCAAGGCTTATATCGAGGAGCATGCCTTCAGCCGGGAGATGACCGAGCGGGTGCTGCTGGAGATGAGTGTCGTGCTGTATCGGCAGTTTGAGCATATGAAGGTGCTGTTTGAGTGGTCGCTGGAGGAATTGCTGCAGGAGCTTCATGCGTCCGGCACCCTTCAGCAGCTGATGGACGTCGTGAAAAGCCATTTCAGCAAGTGGATTGCCGAGAGCCGGTCCGGGCAGGCCAAGGACAATGTTCAGGCCGTTATGGGCAAAGCCAAGGAGTACATCGCGGAAAATTACCAGAAGGATCTCAGCATTGAAGAGGTATCGGAGCTGGCGGATTTGAGCATCAGCCATTTCTGTACCCTGTTTAAGGGAACAACGGGATATACGTTTCTGGAGTACTTAACGGAATGCCGGATCGAGAAGGCCAAGAGCATACTGCTGAATACGGATGTGAAGGTATATCAGGTAGCGCCAATGGTAGGGTATCAGGACCCGCGCTATTTTACGCAGGTGTTCAAAAAAATAACAGGGAAAACGCCCTCCGAGTATCGGGAAGAGGCGATATCCAAGACTTAA	MGGSEGKFRVMLVDDEPIILRSLRAAIPWDELDLEVVGEAKTGDSALKLAREVSPHMIISDIRMPGMDGITLMKELKADQARRIIIFISGYGEFEYAREALREGAFDYLLKPIDHDELTETIAKAARTLEKQIADDQMLHSIKVLSLLARERMLTEFIEGNRSPLQHMQWLEDSELEHGYTMAVIQLDHYLRLNELWSMDEKRLWLFAVRNVLEEWSLQHGGLTVFPFRSGEWVLLFPNLTRERQEEIGRDLVQLIKRNTKLSCSVGFSPSMAGIDRLGTAYETAVRALYQRFYSGEEGVFLGTPDSMMETASEAKYPKHLESLMVESIRTLHKERLLELFDETKAYIEEHAFSREMTERVLLEMSVVLYRQFEHMKVLFEWSLEELLQELHASGTLQQLMDVVKSHFSKWIAESRSGQAKDNVQAVMGKAKEYIAENYQKDLSIEEVSELADLSISHFCTLFKGTTGYTFLEYLTECRIEKAKSILLNTDVKVYQVAPMVGYQDPRYFTQVFKKITGKTPSEYREEAISKT				NA	NA	NA	NA	NA
JZ016_05077	975	mhqA_2	COG0346	Putative ring-cleaving dioxygenase MhqA	ATGAAGTTTAAAGGAATTCATCACGTATCCGCGTTAACGGCTGCGGCTTCGCGGAACTTCGAATTTTATACAAAGGTTCTTGGCATGCGCTTGGTTAAGAAGACGGTGAATCAGGACGATGTCTCGGTATACCATCTGTTTTACGGCGACGAAAAAGGAAACCCTGGGACGGAGCTTACCTTCTTCGAAATTCCGATGGCCGGCCGGACCCGTGAGGGAAACAACAGCATCTCGGCAACATCCCTTCGCGTGCCCAGTGACCGCGCTTTGGAATATTGGACCCGGCGGTTGGATGAGCACGGTGTAGAACGCGAGGAGATCAAGGAACGTGCCGGCCGATTGACACTTCTCTTCAGGGATTTCGAGGGCCAGCGCATCATTCTGGTTTCGGATGAACATAATGAGGGCGTTCCTGGGGGCATCCCGTGGGAAAAGGGACCGGTTCCGACGGAATACGCCATTATCGGATTAGGTCCGGTGCAGCTTACCGTGCCTAATCCGGTGCAAACCGTGAAGGTATTGACGGAGCTGATGGGCTTCCGCTACAAAGGTCAGTATGCCTCGCCTGTAGACGGGCAGCCGGATATCCTTGTTTTTGAGACAGGGGAAGGCGGAACGGGAGCGGAAGTGCACGTCGAGGAACGAACGGACCTTCCGCAGGAGCGGCTTGGTCGGGGCGGCGTTCATCACGTTGCATTCCGCGTAGAGGACGAGGAGGAGCTCCGGGCATGGATCGACCGGATTGGCGATGTAGGTTTTTCGAATTCGGGGTTTGTCGATCGCTTCTACTTCCGTTCCTTGTATTTCAGAGAGCCTAACGGTATTTTGTTCGAGGTGGCTACCGACGGCCCGGGCTTTGACACGGATGAGCATATCGATCATCTCGGCGAATCGCTAGCGCTGCCGCCGTTCCTTGAGCCGAAGCGGGAACAGATTGAAGCGCACCTGAAGCCTCTTCATACCAATCAATCATAA	MKFKGIHHVSALTAAASRNFEFYTKVLGMRLVKKTVNQDDVSVYHLFYGDEKGNPGTELTFFEIPMAGRTREGNNSISATSLRVPSDRALEYWTRRLDEHGVEREEIKERAGRLTLLFRDFEGQRIILVSDEHNEGVPGGIPWEKGPVPTEYAIIGLGPVQLTVPNPVQTVKVLTELMGFRYKGQYASPVDGQPDILVFETGEGGTGAEVHVEERTDLPQERLGRGGVHHVAFRVEDEEELRAWIDRIGDVGFSNSGFVDRFYFRSLYFREPNGILFEVATDGPGFDTDEHIDHLGESLALPPFLEPKREQIEAHLKPLHTNQS	PGPT0028510_407	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028510-mhqA|mhqE|mhqO|yaiA-K15975	NA	NA
JZ016_05078	954			hypothetical protein	TTGAGGGCGGATCGTCTATTGTCCATTATGCTGATGCTACAGAACGGGGGTAAGAAAAACACCCGCTATTTAGCGGAGCAGCTCGAGGTATCGGAACGAACGATCATACGCGATATGGAAAGTCTAAGCTCGGCTGGTATTCCCGTCTATGCGGAAAGAGGCTCCCTTGGCGGTTGGGTGCTGGAAGAGAGCTATCGAACGAACCTGACCGGGATGACGCCTGATGAGCTCATCTCCCTGCTGGTCTCCAGTCACAGCCCGCTGATCGGAGATCTAGGAATCCGCAAGCAATTTGATGCGGCCTATCAGAAATTATTGGCCTCTTCCCCCAGCTCCGTTAGGCAGGACGCCGAAATCATTCGGGAAAAAATCCATATTGATGGCGCAGGCTGGCACTCCTATCGCGAATCGCATCCGTATCTTACAGTGCTTCAGGAGGCGCTGTGGCTGGATCGCATCACCCGAATCCAATATATGAAGGGGGAGGAGCGGGTAGAAAGAAACATTTATCCGCTCGGGCTGGTTGCCAAACGCAGCACCTGGTATGTGGTCGCGGAATCCGAAGGCGAACGGCGAACCTACCGTGTATCGAGAATCGTGGATGCCGTCATGTCCGAGGATACCTTTGAGCGCCCGACCGATTTTAATCTAGCCGAGTATTGGGAGGAGTCGCTGACACGGTTCATGCAGAATCTCCCGAAGTATCCGGCACAGGTTCGAATGACCGTCTCTCTGATCAAACGCTTTGAGCGGGAGCGATACGTAAAAATAATCCGATGCGACATGGAAAGCCAGAACGACGGGTGGATAGCGGCCGATTTGGAATTCAACACCTTGGAATCGGCTTCCGCATTCCTTCTAAGCTGCGGAGCGGAAATCGAGGTGATTGCTCCGCAGGAGCTGCGCGAGCATGTCGGCACGGCCGCAAAAGCCATTTCACAGCTGTATGAATAG	MRADRLLSIMLMLQNGGKKNTRYLAEQLEVSERTIIRDMESLSSAGIPVYAERGSLGGWVLEESYRTNLTGMTPDELISLLVSSHSPLIGDLGIRKQFDAAYQKLLASSPSSVRQDAEIIREKIHIDGAGWHSYRESHPYLTVLQEALWLDRITRIQYMKGEERVERNIYPLGLVAKRSTWYVVAESEGERRTYRVSRIVDAVMSEDTFERPTDFNLAEYWEESLTRFMQNLPKYPAQVRMTVSLIKRFERERYVKIIRCDMESQNDGWIAADLEFNTLESASAFLLSCGAEIEVIAPQELREHVGTAAKAISQLYE				NA	NA	NA	NA	NA
JZ016_05079	894			hypothetical protein	ATGAATAAGAATGAGTATAAGCCATTACAAGGTAAAGTAGCCGTCGTTGCCGGAGCGACCCGGGGGGCTGGCCGCGCCATTGCGGTGATGCTGGGTGTTGCAGGGGCAACGGTGTATTGCACGGGACGGAGCGTACGTGGTCAGGTGTCGGATATCAAACGGTCTGAGACGATTGATGACACGGCGGATATGGTGACGGCGCGGGGCGGGATCGGCATCGCCGTGCAATGTGACCATACCGATGAGGAGCAAGTAAAGGCATTGTTTGAACGGATTCGCGAGGAGCAGCAAGGACGGCTGGACATCCTCGTTAATGATATATGGGGAGGCGAGAACCTCACGCACTGGAATATCCCGTTCTGGGAGCAGTTTCTGTCCGATGGATTGTTAATGCAGGAGCGGGCGGTTACCACGCACATGATCACAAGTTATTACGGTGTTCCGCTGATGGTGGACAGCGGCGGGGGATTGGTCATTGAAGTTACGGATGGATCTACGTATCGGTATCGCGGGAACTTGTACTACAGCCTGGCAAAAATTTCGGCGATCCACCTGGCTGCTGCCATGGCGGAAGAGTTGCGTCCCTATCAGGTAACTGCGCTGTCTGTTACGCCAGGATTTCTGCGTTCCGAGCAAATGCTGGATCACTTTGGCGTGACGGAAGACAATTGGCAGGATGCCGCAGCGCAAGAGCCGCATTTCATCGAGTCGGAGACCCCGTATTTCCTTGCGCAGGGCATTGCTGCGCTCGCAGCCGATCCGAATGTAGCCGACAAGAGCGGCAAGGCGCTCTCCAGCTGGGATTTGTCGGATGAATACGGATTTAGCGACATTGATGGACGCAGGCCGCATTGGGGGAATTATGCGAAGAAGCAAGGCCTTCCTCTTTTATAA	MNKNEYKPLQGKVAVVAGATRGAGRAIAVMLGVAGATVYCTGRSVRGQVSDIKRSETIDDTADMVTARGGIGIAVQCDHTDEEQVKALFERIREEQQGRLDILVNDIWGGENLTHWNIPFWEQFLSDGLLMQERAVTTHMITSYYGVPLMVDSGGGLVIEVTDGSTYRYRGNLYYSLAKISAIHLAAAMAEELRPYQVTALSVTPGFLRSEQMLDHFGVTEDNWQDAAAQEPHFIESETPYFLAQGIAALAADPNVADKSGKALSSWDLSDEYGFSDIDGRRPHWGNYAKKQGLPLL				NA	NA	NA	NA	NA
JZ016_05080	258			hypothetical protein	ATGAGTTTTCTTTGGTCATTAATCGTTGGTGGTATCATTGGTTGGATTGCGGGCTTGATTATGGGCAGAGACATTCCCGGCGGTATCATCGGTAACATCATTGCTGGTTTTGTCGGTGCTTGGCTTGGTGGGCTTCTGCTCGGATCTTGGGGACCGGAAATGGGAGGATTCTTCATCCTGCCTGCTCTGATCGGTGCCGTGGTGCTTGTCTTTATCGTCAGCCTGATCATGGGTTCGATGAGACGCGGCCGTTCCTAA	MSFLWSLIVGGIIGWIAGLIMGRDIPGGIIGNIIAGFVGAWLGGLLLGSWGPEMGGFFILPALIGAVVLVFIVSLIMGSMRRGRS				NA	NA	NA	NA	NA
JZ016_05081	744			hypothetical protein	ATGGGACTCATGGTTGAGAAATGGACTGAAGAATATACGATTCAATCCGTTGATGCGGATTTTAGAGGGGATTGCCGTTGGTCTTCGCTGCTCAGTATTTTGCAAAGAGCGGCTGACCGGCATATTGAGGCGCTCGGGATCAGTCGCGAGGAGATGATCGAGCGGGGAATGGGCTGGATGCTGATAACGCTTGAGCTTGATATGCGGCAGATGCCAAGGGATATGGACACAGTATATGTTGACACCTGGAGCCGCGGGTCCAAAGGAGCGCTGTGGCACCGGGATTATCGGATAAAGAACGGCTCTGGAGAAATGCTGGGCGAAGCCCGCTCGGTATGGGCCCTGGTAGATATCCATAAACGGAAAATTTTGCGTCCGTCCATGTTTCCATATGAGGTGCCGATCGGTGAGGAAACGGTTGGAGAACTGCCAAACAAAGCCGTATTACCGGAAGGAGTACAGCTGGATGAGGCTTATACGTACATGGTCCGGTACAGCGGAATCGATACGAATGGTCATTTGAATAATGCCCGTTATGCAGATCTGTGCTTTGACGTGCTGAGTGAGCAGGAGCTTCGGGAAGGGCAAGTGACCGGCTTCAAGATTACATATCATAACGAGGCCAGGCTGAAGGATACGATGCTGATCCGACGTTCGGTAGAAGAGAACAACAGGGTGTACGTACAAGGCACGTCGCCGGACGGAACCAACTTTTTTGAAGCGGCTATCGTTAGGGAATCATAA	MGLMVEKWTEEYTIQSVDADFRGDCRWSSLLSILQRAADRHIEALGISREEMIERGMGWMLITLELDMRQMPRDMDTVYVDTWSRGSKGALWHRDYRIKNGSGEMLGEARSVWALVDIHKRKILRPSMFPYEVPIGEETVGELPNKAVLPEGVQLDEAYTYMVRYSGIDTNGHLNNARYADLCFDVLSEQELREGQVTGFKITYHNEARLKDTMLIRRSVEENNRVYVQGTSPDGTNFFEAAIVRES				NA	NA	NA	NA	NA
JZ016_05082	693	graR_5	COG0745	Response regulator protein GraR	ATGTACAAAATCATGATTGTTGAAGATGACCCGAAGCTGGCGGGGCTGCTGCAATCGCATATCGAGCGGTACGGAAATGATGGAACCATCATCGAAGATTTCGATCATGTGCTGGAGCGATTCCATGAGATAAAGCCGCATATTGTTCTGCTCGACGTGAATCTGCCAAGCTTTGACGGCTATTATTGGTGCCGCCAGATCAGGTCGGTATCAACCTGTCCGATTATTTTCATATCTGCTCGGAACGGGACCCCTGATCAGTTACGGGCGCTGGAGAACGGTGCGGATGATTATATCACCAAGCCGTTTGCTTATGATATCGTCATCGCCAAGATCCACAGCCAGCTTCGACGCGTATACGGTGATTATGCAGCAGCTTCCGCCGAGCGTACGGTTGAGAAGGACGGGCTGGTCCTGTATCCCGAACGGATGGAGCTGATCCTTGAGGACCGGACATCCATACTCACCAAAAAAGAAACCATCCTCCTGGAAACGCTGCTGAGCCGGAGCCCCCGGCTGGTCACGCGCGAGACGATTCTGGAGAAGCTGTGGGATGATACATTCGTTGACGATAATACGCTCAGCGTGAATATTAACCGGGTGCGCAAACGGCTTGCGGAGTTAGGGATTGAGAATGCGCTGGAAACGATCCGCGGCTCGGGATACCGACTGCACACGGTTTGGAAGAGGTAA	MYKIMIVEDDPKLAGLLQSHIERYGNDGTIIEDFDHVLERFHEIKPHIVLLDVNLPSFDGYYWCRQIRSVSTCPIIFISARNGTPDQLRALENGADDYITKPFAYDIVIAKIHSQLRRVYGDYAAASAERTVEKDGLVLYPERMELILEDRTSILTKKETILLETLLSRSPRLVTRETILEKLWDDTFVDDNTLSVNINRVRKRLAELGIENALETIRGSGYRLHTVWKR	PGPT0027850_177	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027850-yxdJ-K11634	NA	NA
JZ016_05083	987	graS_5		Sensor histidine kinase GraS	ATGAAAAAGCTGTTTTGGCGTGAGCAACTGCCCTTGATACTATTTACGGTCGCCGAGTTGTTTGTGGTGCTGCTCGTATTCTGGTATGACGGTTATGATCATCCGGTGACAGCGGCCTATGCCGTTTTCCTCGGTCTGACCATTCTGGGCGGATACTTGGCATTCCGGTACTTCACGCACCGGGATTTCTATGAGCGGCTGTCACAGCCTATCAGGTCGCTGGAGGAATCGATCAAGCATAATGAATCCGCCCCGCTGCCCACGGCTCTTAGCGAGCTTATGGAAGAGCAATACCGTCAATACCGAACGGTCATGGAAGAGTGGGAGCGCCGGCGGAAAGAGCATATGATCTTCATGAATCAATGGGTACATCAGATGAAAACGCCGCTGTCTGTCATTGAGGTGATCACGCAAGAAGATGATAACGATTCCTTCAAGAGTATATCCGAAGAGTCCGACCGGATTCGGCGCGGGCTTGAGATGGTGCTTTACATGTCCAGGCTTGAAACATTTGAACAGGATTTCAGCGTGGAGCCTGTGAAGCTCTACCAGATTGCAGTCGATGCAGTTCACGAGAACAAGCGCTACTTTATTCACAGCCATGTGTATCCGGAAGTCCGGATCAACCCGGACCTCACCGTCCAGACGGATGCCAAGTGGCTTCGTTTCATCATGCTGCAGCTGCTGTCCAACGCCGTCAAATATTCCGCCGGTACCGGCCTTAAAGTGACGATCCAAGCCCACCGGAGCGAGGATCACCGTCATGTTGTGCTGGAGATCACGGATCGCGGGATAGGCATACCCAAATCCGACATGAAGCGGGTGTTCGACCCGTTCTATACCGGGGAAAACGGACGCAAGCTGAAGGAATCCACCGGCATGGGCTTATATCTCGTCAAGGAGGTTGTTCATAAAATGAACCACCAAATCGAGCTGGAATCCGAGCAGGGGAAAGGAACGACCGTGAGGTTGATTTTTTCAGGGTGA	MKKLFWREQLPLILFTVAELFVVLLVFWYDGYDHPVTAAYAVFLGLTILGGYLAFRYFTHRDFYERLSQPIRSLEESIKHNESAPLPTALSELMEEQYRQYRTVMEEWERRRKEHMIFMNQWVHQMKTPLSVIEVITQEDDNDSFKSISEESDRIRRGLEMVLYMSRLETFEQDFSVEPVKLYQIAVDAVHENKRYFIHSHVYPEVRINPDLTVQTDAKWLRFIMLQLLSNAVKYSAGTGLKVTIQAHRSEDHRHVVLEITDRGIGIPKSDMKRVFDPFYTGENGRKLKESTGMGLYLVKEVVHKMNHQIELESEQGKGTTVRLIFSG	PGPT0027855_168	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027855-yxdK-K11633	NA	NA
JZ016_05084	771	yxdL_3	COG1136	ABC transporter ATP-binding protein YxdL	ATGGAAATACTAAACGTGCGCAATTTGGGCAAAGTCTACAAGGCCGCGGTGTCCCACGAGGCGCTTTCCAATATCAATCTGAGCATCAACGAAGGGGAATTCGTTGGCATCATGGGACCATCCGGGAGCGGAAAAACAACGCTGCTTAACATGATATCCACCATCGACCGTCCCACATCCGGGGAGATTCTTATTGGCGGGGAAGATCCGTTCCGTTTATCCCAGGATAAACTCGCGATGTTTCGCCGCCGTGAGCTCGGGTTTGTCTTTCAGTCCTTCAACCTGCTGAATACGCTGACGGTGAAGGAGAACATCCTGCTGCCCTTGGCGCTGGACGGGGTAGATCTGGATGAGATGAATCGCCGGGTAGGGATATTGGCCGAGAAGCTGGGCATAACATCGATCCTGGATAAGCGGACTTACGAAATATCCGGGGGACAGGCGCAGCGGACGGCCGTAGCACGTGCGATGATCCATGTACCGAAGCTGGTCCTGGCCGATGAACCGACGGGGAATCTGGACTCCAAATCGGCGCGCGACGTCATGGAGATTATGGACCGGAGAAACAAAGAGGACAAAGTGACGATGCTGCTGGTCACCCACGATCCGGTTGCCGCAAGTTACTGCAATCGGGTGGTGTTTATCAAGGACGGTCAGTTGTACAACGAAATCACATACGGCGAGAGCCAATCGGCCTTTTATCAAAAAATCATCAATGTGTTATCGCTGCTGGGAGGTTCGGGACATGAATTTTCGCCAGTTCGCCATTAA	MEILNVRNLGKVYKAAVSHEALSNINLSINEGEFVGIMGPSGSGKTTLLNMISTIDRPTSGEILIGGEDPFRLSQDKLAMFRRRELGFVFQSFNLLNTLTVKENILLPLALDGVDLDEMNRRVGILAEKLGITSILDKRTYEISGGQAQRTAVARAMIHVPKLVLADEPTGNLDSKSARDVMEIMDRRNKEDKVTMLLVTHDPVAASYCNRVVFIKDGQLYNEITYGESQSAFYQKIINVLSLLGGSGHEFSPVRH	PGPT0013345_2533	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_05085	1935	yxdM_3		ABC transporter permease protein YxdM	ATGAATTTTCGCCAGTTCGCCATTAACAATGTCCTGCGCAGCAAGCGCACGTATATCGCCCATTTCCTGAGCAGCGCCTTCTCGGTCATGATTTTCTTTACCTACGGGCTGCTGTCGTTTCATCCGCAGCTGAAGGATGGCCTGGTGTCCTCCAGTGATACCATGTCCATGCTGGGCACGATGGGCATGACGGTATCCCAGTACATTGTGTTTGTCTTTTCGTTCTTTTTCCTGCTCTATTCCGTGGGGGCCTTTATTAAAGTCCGGAAGAAGGAATTCGGCATACTGTTGATTCTCGGGATGTCCCGCAAGCAATTGAACCGAATGCTGTTCATCGAAAATATATTGATTGGCGTTGCGGCGATCGCAGCCGGGATCGGGACGGGCGTTCTGTTCTCGAAACTGATTCTGTTAATCAGCGCGAAGCTGCTGGCCGTGGATAATGGACTTCCGTTTTATTTTCCGCTCAAAGCGCTTCTTATCACAGCAGCGGCTTATGCCGTCCTGTTCCTGCTGATTGCACTGTGTTCTTCGTTCATGCTGAGGAAGGGCACGCTGCTTGCGCTCGTTAAAGCGGAGGAAAGTCCCAAACCGCAGCCCAAAGCCTCTCCTTGGCTGGCCGTGCTGGCTGTCCTGTTGATTGGTGCCGGATACGGTATGGTTTTGGCCTTTGCGATTCTCCAAATCTTTAATTTTATTCTGCTGTTTGGAGGCGTTGTTCTCGTTGTCATCGGCACGTATTTTCTCTTCACCCAGTTCAGCGTATATTTCATGCGGTATTTGCAGAAGAAGGAGCGATTTTTCTTCCGTCGAACCAATCTGCTGACAATCTCGGAGCTCCTGTACAGAATCAAGGACAATGCGGTGATGTTTTTCCTCGTTTCGGTTATCTCGGCATCTGCCTTTACCGGTATCGGGACCACGCTCGCAATTGGAGATCCGGGGCTGTCGGCCATGGAGAATCCTTATGCCTACACATACTCCATGTATGATGAGGACGCTGATAAAGGGAATAGGCATCTTGATATCATCAGGGAGGAGCTTAAAAAAGGCGGGTTCGATTATAAGGAGGCGGAGGTTACCCCGATTTTCTCGGATAACGGGGTGCAGCTGGTTAAGCTTAGCCAATATAACCGTCTCATTCAGTCACTGGGTTACCCGGCAGAAACATTGGGCGATCTGGAAGGAATCTTGACTCCGGGAACGGTCTCGGAGAAGAACAGCTACCGAATCAACGGTCCTTTAAATAGTCAGTTCGAGGTATTAAACGGCAAGAAATCGGAAATCGTCAAGGTGCTCAAAGCCGAAACGTTTATTGCCGTACCGGCAACCTATGGCGAGACGCTGGTCGTATCCGACCGCTTGTACGACGATGCGTTCAAGGCACAGCAGGATCAGGATGAGGAGTACGGTTATGCGGCATACCATACGTTTTACGTACAGGATTGGAAGAATACTGGGGATGTATCCAGAGCGATTCTGGATCGTCTCAACGAGAATGAGGACTACAGTTATTATGTAAAATCATTGTATATGGATTGGAAAAGTGCTCAGCAGCAGAACGGCATTCTGCTTATGGTAAGCGGCTTGGTCGGCATCGTGTTCTTCACCTTCGCGGCAAGCTTTGTTTATTTCCGGCTGTACGCGGATCTTGCCCGGGACGAACAGCAGTATCGCATGATTGCGAAGGTCGGACTCAGCAAAAAAGAGCTTGGCACTATCATTACCAAGCAGCTTGTCATTATGTTCTTTTTACCAATGCTGATCGCACTCATTCATAGCGGCGTTGCCTTCGTAGCCCTGCAGCAACTGGTAGACTTCTCGATTGTTGGGCACAGTTTGAAGATCTTTATCTTCTTCCTGAGCATCCAGGTCATATATTTCTTTATTACTCGCTGGCGTTATCTGGACCGTCTCAACAAAATCATTCAGTAA	MNFRQFAINNVLRSKRTYIAHFLSSAFSVMIFFTYGLLSFHPQLKDGLVSSSDTMSMLGTMGMTVSQYIVFVFSFFFLLYSVGAFIKVRKKEFGILLILGMSRKQLNRMLFIENILIGVAAIAAGIGTGVLFSKLILLISAKLLAVDNGLPFYFPLKALLITAAAYAVLFLLIALCSSFMLRKGTLLALVKAEESPKPQPKASPWLAVLAVLLIGAGYGMVLAFAILQIFNFILLFGGVVLVVIGTYFLFTQFSVYFMRYLQKKERFFFRRTNLLTISELLYRIKDNAVMFFLVSVISASAFTGIGTTLAIGDPGLSAMENPYAYTYSMYDEDADKGNRHLDIIREELKKGGFDYKEAEVTPIFSDNGVQLVKLSQYNRLIQSLGYPAETLGDLEGILTPGTVSEKNSYRINGPLNSQFEVLNGKKSEIVKVLKAETFIAVPATYGETLVVSDRLYDDAFKAQQDQDEEYGYAAYHTFYVQDWKNTGDVSRAILDRLNENEDYSYYVKSLYMDWKSAQQQNGILLMVSGLVGIVFFTFAASFVYFRLYADLARDEQQYRMIAKVGLSKKELGTIITKQLVIMFFLPMLIALIHSGVAFVALQQLVDFSIVGHSLKIFIFFLSIQVIYFFITRWRYLDRLNKIIQ	PGPT0027860_183	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027860-yxdL-K11636	NA	NA
JZ016_05086	822	yflN_2	COG0491	putative metallo-hydrolase YflN	ATGAATGATCACAGCATGTTAAAGACGGGTGCAGTCGAGACGGAAGAGATTACGCCGGATATACTATCCTTGCGTACGGTTATGGTGAACGTCCAGATGATCGGTACGCGGGGGACGGGCGACTGGGTACTGATTGATACGGGACTCGGAAATTTTGAAGGGTCCATTGTAGAAGAAGCTGAGAAAAGATTCGGAAAGCCGCCGGTTTGCATTGTGCTCACCCATGGCCATTTCGACCATGTCGGGAATGTGAAGGTATTGGCGGACCGCTGGAGTGTACCTGTCTACGCTCATCGGGATGAACTCCCATTCCTTACGGGAAAAGAAGACTATCCACCAGGTGATCCAAGCGTGGGCGGCGGATTGATGGCCCGCGTTGCCCCGATGTATCCGAGCAAAGCCATCGATCTGGGCTCCAGGATACAACCGCTGCCGGAGAACGGCAGCGTGCCGGGTCTTTCTGAATTTAAATGGCTGCCGACACCGGGCCATAGCCCCGGCCATATCTCCCTGTTCCGCGAACGGGATCGAGTCCTCGTTGCGGGAGACGCGGTGATTACGGTGAAGCAAGAGTCGGCGCTAGCCGTCATCGGGCAGGAGAAGGAGCTGCATGGTCCGCCGATGTATTTTACCCCGGATTGGGATCTTGCGCGGGAGTCGGTTCGCCGCCTGTCAAGCTTGAATCCCGGAGTTCTGATCACGGGACACGGAGTTTCGATGCGGGGTGAGGAGCTTACCGCTTCACTCGAACGGTTAGCTCGGGATTTTGATCGTTTGGCCGTTCCCGAGCAAGGTCGGTATGTGGATGAGGAACCAAATTGA	MNDHSMLKTGAVETEEITPDILSLRTVMVNVQMIGTRGTGDWVLIDTGLGNFEGSIVEEAEKRFGKPPVCIVLTHGHFDHVGNVKVLADRWSVPVYAHRDELPFLTGKEDYPPGDPSVGGGLMARVAPMYPSKAIDLGSRIQPLPENGSVPGLSEFKWLPTPGHSPGHISLFRERDRVLVAGDAVITVKQESALAVIGQEKELHGPPMYFTPDWDLARESVRRLSSLNPGVLITGHGVSMRGEELTASLERLARDFDRLAVPEQGRYVDEEPN				NA	NA	NA	NA	NA
JZ016_05087	654			hypothetical protein	GTGAACAAGAAATCCAATATAGTACGCGATGTCCAGCTTGCCAAGCATGGGGATCGGGAAGCCTTTAGCAGGCTGGTCCACGCTTGTGAGCGTTATTTGTATGGCTTGGCCCGCTTGTATCTGAGGCGGGAAGAGGATTGCGCGGATGCCGTACAGGAAGCGATTTATAAATCCTTCGCAGCGATGTCGACCTTAAAGCAGCCTGCTTATTTTAGAACATGGCTGTCCCGCATTCTTATTCATGAATGCCTGCAACTGCTGCGCTCCCAGCAGCGGCTGCGGACGGTTGAACTTGCCAATGGGGGTGCCGATGCACTGCCGTATGAAGCGATCGAACTCAACGAAGCCGTGACCCATCTGGAAGATGATTTACGCAGAGTTATTCAGCTTCACTATTATCGGGATATACCGATCAACCATATCGCCAAGATGGTAGGTATACCGGAAGGAACGGTGAAATCCCGGCTGTACCGGGCGCGTGCCATATTGGCGGAAAGATTGGATCCTTCCACGGAAAGGAACGTGAGCCACGACCCGATAGTATGTAAGGAGCCGAGTCTGAAGAACTTTGCTCCTATGCTCATGATGATCCGGACGGTTAGGCTTATCGGCAATTACGATATCATTCACAGATCATGGGGTGTAACGGCTTGA	MNKKSNIVRDVQLAKHGDREAFSRLVHACERYLYGLARLYLRREEDCADAVQEAIYKSFAAMSTLKQPAYFRTWLSRILIHECLQLLRSQQRLRTVELANGGADALPYEAIELNEAVTHLEDDLRRVIQLHYYRDIPINHIAKMVGIPEGTVKSRLYRARAILAERLDPSTERNVSHDPIVCKEPSLKNFAPMLMMIRTVRLIGNYDIIHRSWGVTA	PGPT0014960_10339	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_05088	453			hypothetical protein	ATGGAAACGAAACAGAAAGTCAGATTGATGGACAAACCCGACCTTGGAGCATGTTCCGAGCTGATGCTCAAGGTCTTTAGCGGCGAACCCTGGTTCGATCAGTGGGACTCCGTGCAGCATGTACAGCAATACCTCGGAGAATTTATGGACAATCCGGTATTCCTGGGATTTGTTATAGAACAGGATGGTCAGATACTGGGAGCTTGTTTTGGTCATACGAAGAGCTGGTATAGCGGTAAGGAATACTATATCCAGGAGTATTATATCGATACCGATCTGCAGGGCGGCGGACTAGGTTCGGCATTAATGCATGGCATAAAGGAGTTTTTGAAATCGATTAACATTCATTGCATGGTGCTGCTTACGGAAAAGGATCTTCCGGCGGAAGATTTTTATCGGAAACACGGTTTTGAAGTGAAGAAGGATATCATTTTTATGGCCAACAGATTTTAG	METKQKVRLMDKPDLGACSELMLKVFSGEPWFDQWDSVQHVQQYLGEFMDNPVFLGFVIEQDGQILGACFGHTKSWYSGKEYYIQEYYIDTDLQGGGLGSALMHGIKEFLKSINIHCMVLLTEKDLPAEDFYRKHGFEVKKDIIFMANRF	PGPT0028630_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028630-aac6_I-K18815	NA	NA
JZ016_05089	1167	bpsA		N(4)-bis(aminopropyl)spermidine synthase	ATGATGAATTATATAGAAGAAGTGAAAACCAAGGTTCGTTTGCAGGAAGGCGTTCAGGTGATTGAACAGCTGCTGGTAGCGAGTTATATGCGGCCCGGTATTTCAACCAAAGAGCTGGCACGACATACGTATCTACCCGTTCCAATCACTGCCGCAATCAAGAAGGAGCTCATCAAGGCAGGTGCTCTCATTCAAGAGCGGGGAGTTCGCTGCACCTCTGCCGGGAAGGTGTATGTTGAACATGAACTGGGATACGGAGGGATCGATCAGGATCTGTATCAGAAGCTTATGGCCGAGGAACACGATTGGCAGCCGGAGCTTTCTGATGTACTAGCGAGGCTCACGGAGATCCTGGAGCAGCGCCCCCAAGTCGATGTTCAGATCGACCAATCCCAATGCACGGTGGAGACGAGTCTTCGGAGAGCCGTTCTGTGTCTGAGGGAGCACAGCCTGATCGGCAAGAACATCCTGTGCGTTGGCGATGACGACCTTGTGAGCATCTCGCTGGGTCTGCTGCTTAAACGGCTGTTCCCGAACGCAAAGGACCAGAGAGCCGCCATTACCGTAATGGATATCGATGAGCGATTCCTGCGGTTTATCCAGCGTGCAGCTGCAAAAGAAGGCTTATCGGTTACATGCAGACACATCGATCTCAGGCAGCCGTTGCCTGAGGGCTGGAACGGGCAATATGATTGCTTTTTTACGGATCCGCCGTACACGCTTCAAGGGCTGACCCTGTTCTTATCCAGAGGGATTAGCGCGTTGAAACACGAGAAGGGATGCCCCATCTTTCTCTCCTTCGCCCACAAATCTCCCGATTTCACATGGTCCATGCAGCGTGAATTCGTACGTATGGGTTTGTCGGTAAAGCAGGTGCTGCTTCATTTCAATCAATATATCGGAGCGCAGATGATCGGCAATAGCGGTCAGATGATCGTGCTAACAACGACGGAATTTACGGAGCCGCATATTACGGATTCTTTCGAGGAGGAGCTCTACACAGGCGAGGTTAGGCGAACGGTCCGAACCTACAGATGCATTCAATGTCAGGGCGAGCTGCAGGTGGGCGTGCAGGGTGATTATTCCACGATCGAGGATTTGAAGAAGCAGGGCTGTCCCGTATGTGCCAATCTTACGTTCACATGGCTGGCTAAGAAAACGATCTGA	MMNYIEEVKTKVRLQEGVQVIEQLLVASYMRPGISTKELARHTYLPVPITAAIKKELIKAGALIQERGVRCTSAGKVYVEHELGYGGIDQDLYQKLMAEEHDWQPELSDVLARLTEILEQRPQVDVQIDQSQCTVETSLRRAVLCLREHSLIGKNILCVGDDDLVSISLGLLLKRLFPNAKDQRAAITVMDIDERFLRFIQRAAAKEGLSVTCRHIDLRQPLPEGWNGQYDCFFTDPPYTLQGLTLFLSRGISALKHEKGCPIFLSFAHKSPDFTWSMQREFVRMGLSVKQVLLHFNQYIGAQMIGNSGQMIVLTTTEFTEPHITDSFEEELYTGEVRRTVRTYRCIQCQGELQVGVQGDYSTIEDLKKQGCPVCANLTFTWLAKKTI				NA	NA	NA	NA	NA
JZ016_05090	2136	topB_1	COG0550	DNA topoisomerase 3	ATGAAAGTATTAGTATTGGCTGAGAAGCCGTCCGTTGCCAAGGAAATTGCGAGAGTAATGGGCAGCCGCGAGAAGCAGAAGAATTATTTTGAAGGACCGAAATATATTGTGACCTGGGCGCTTGGACATTTGGTAGGACTTGCCGAACCCGAGGACTATGATAAGAAGTACCAGACTTGGGCGCTGGAGGATTTGCCGATCCTTCCGGATAACGCGAGGCTTAAGGTGCTGAAGGAAACAAGCCACCAGTTCAAGACGGTTCAGCATCTGATGAAGCGCCCGGATGTCGGCGAAATGATTATTGCCACGGATGCGGCCCGTGAAGGGGAGCTGCTTGCACGCTGGATCCTCAAAATGGCGAAGTGGAACAAGCCGTTCAAGCGGCTGTGGATTTCTTCCCAGACGGATAAGGCGATCAAGGAAGGTTTTGCATCACTCAAGCCGGGGCAGCAGTTCGACCGGCTGTATGAGTCCGCACGCTGCCGGGCGGAAGCGGATTGGATGGTTGGACTGAATGTGACGCGTGCGCTGACGACCAAATTTAATGCACAGTTGTCGGCAGGCCGGGTTCAGACGCCAACGCTCGGGATGATCATGGACCGGGAGAAGGAAATCGTGAATTTCCGCTCTCAGGAATATGAGACGCTGCAGGCGGATCTTGGGAATTTTGAGGTTTCGTGGCGTCCGGCCGGCGGAGACGGTCGTCTATTCGAGAAGGATAAGGCGGCCAAGCTGAAGCAGAAGCTGGAGGGCAGCACCGGTAAAATCGTCAGCGTGAAAAAGAGCGAGAAAACCGAGCCGCATCCGCTGGCCTATGATTTGACCGAATTACAGCGGGATGCCAACCGCCGATTCGGGTTCTCTGCCAAGCAGACCTCGAACGTGCTGCAGCGCCTGTATGAGCAGCATAAGCTGGTCACCTATCCGCGTACGGACAGCCGTTACCTGACATCGGATATGGTCGGAACGTTGAAGGAGAGACTGTCGAGCATCGCGATCGGGCCCTATGCTTCCATTGCACGTCCGCTGCTGCGTAAAAATTTATCGCCGGGCAAACGGGTCGTGGATAACAGCAAGGTTACGGATCACCATGCCATCATTCCAACCGAACAGACCGTGCTGCTGAATCAGCTGTCAGTGGATGAACGCAAGCTGTACGATCTTATCGTACGCCGTTTCATCAGCTTGTTCTATCCTCCTGCCCGCTACGATAACGTATCGGTTACCGTTCAGATTGAGGGAGAACAGCTCTACGCAAAAGGAACTACGATCAAGGACAGCGGCTGGCGCGAGGTATACGGCGGCGATTATGACGATGACGCTGAAGACGAGCAGGACGATGTTCAGGGCCAGTCTTCAGGCAAGCTCCTGCCGGAGCTGCGAGAAGGAGAGTCGGTGAAGGTGGTCCGCTGCGTACTGAAACCGGGACGCACCCAGCCGCCGAAGCGTTATAACGAAGCGGCGCTGCTCTCCCAGATGGAGAAGCACGGCCTGGGAACCCCAGCGACTCGGGCTGATATCATCGAGAAGCTGGTTAGCTCGGATACGATCGAACGGCAGGGGCAAACCCTCCATCCGACAGGCAAAGGCAAGCAGCTGATCGAGCTTGTCGCTCCAGAGCTGAGAACACCGGAGCTCACGGCACGCTGGGAGGCCGAGCTCGAACGGATCGCGAAGGGGCAAGGCAAGCCGGAACCGTTCTTGCGTGGAATTCGGGACATGACCAAGAAGCTGGTCACGGATGTAAAGGGAAGCGAAGCGGAGTACAAACCGCATAATGTCTCGAACAGCCACTGTCCGGATTGTGGGACAAGACTGCTGGAGAAGAAGACTAAGCGCGGCAAGCTGCTTGTCTGCCCGAGTGACGATTGCGGATACAAGCGTTCAGGCGAGAAGCGTCTGTCCAATCGCCGATGTCCGCAGTGCCACAAGAAGATGGAGATGAAAGAAGGCAAGGCGGGGCTGTTCGTGCAGTGCCTGGGCTGCGGCATTACGGAAACGCTGAAGAAGGATGCCAAGCATGTGAACAAACGCGAGGAGCGGAAGCTCGTTCAGCAATATAGTAAGCAGGAGTCGATCGGTTCGAACCTGGGCGACCTGTTGAAGGCGGCTCTTGAGCAGAAGGGGAAGGAATAA	MKVLVLAEKPSVAKEIARVMGSREKQKNYFEGPKYIVTWALGHLVGLAEPEDYDKKYQTWALEDLPILPDNARLKVLKETSHQFKTVQHLMKRPDVGEMIIATDAAREGELLARWILKMAKWNKPFKRLWISSQTDKAIKEGFASLKPGQQFDRLYESARCRAEADWMVGLNVTRALTTKFNAQLSAGRVQTPTLGMIMDREKEIVNFRSQEYETLQADLGNFEVSWRPAGGDGRLFEKDKAAKLKQKLEGSTGKIVSVKKSEKTEPHPLAYDLTELQRDANRRFGFSAKQTSNVLQRLYEQHKLVTYPRTDSRYLTSDMVGTLKERLSSIAIGPYASIARPLLRKNLSPGKRVVDNSKVTDHHAIIPTEQTVLLNQLSVDERKLYDLIVRRFISLFYPPARYDNVSVTVQIEGEQLYAKGTTIKDSGWREVYGGDYDDDAEDEQDDVQGQSSGKLLPELREGESVKVVRCVLKPGRTQPPKRYNEAALLSQMEKHGLGTPATRADIIEKLVSSDTIERQGQTLHPTGKGKQLIELVAPELRTPELTARWEAELERIAKGQGKPEPFLRGIRDMTKKLVTDVKGSEAEYKPHNVSNSHCPDCGTRLLEKKTKRGKLLVCPSDDCGYKRSGEKRLSNRRCPQCHKKMEMKEGKAGLFVQCLGCGITETLKKDAKHVNKREERKLVQQYSKQESIGSNLGDLLKAALEQKGKE				NA	NA	NA	NA	NA
JZ016_05091	138			hypothetical protein	ATGCCGAATCATAAAGCAAGAAAAAGCGAAAACCAGCAGAACAAATCAAGCATTCTTGAGGAGAGCAAGACCCTCAAACCGAAAAAGGCTGCAGACTATGTTCCGAGCCTGAATGAAATATCCAAGAATGAATCATAA	MPNHKARKSENQQNKSSILEESKTLKPKKAADYVPSLNEISKNES				NA	NA	NA	NA	NA
JZ016_05092	264			hypothetical protein	GTGAGACCTGCACTGATCGTTTGGTTTATTTTTATCAATGCGGTAGCCTACCTGGTCATGTCGGAGGATAAACGGCGTGCCCGAATGGGACGGGATCGGGTTCCGGAGAGAACGCTGTTTCTGCTGGCTGCCATAGGCGGGGCCTTGGGTGTATGGATTGCCATGTACCGCAAGCGTCATAAAACGAGGCATTTATCATTTAAAATGGGCGTGCCGCTGTTGTTAGTCGTGAATGTCGCGCTCTACACGTACTTCTGGGGATAA	MRPALIVWFIFINAVAYLVMSEDKRRARMGRDRVPERTLFLLAAIGGALGVWIAMYRKRHKTRHLSFKMGVPLLLVVNVALYTYFWG				NA	NA	NA	NA	NA
JZ016_05093	435	nhaX	COG0589	Stress response protein NhaX	ATGCTTTTTACTAAAATTCTTCTAGCTTACGACGGCTCCAAAGCAGCGAATAAAGCGCTCGGACGTGCGGTTGAACTTGCCAAGGTAACACCGGGAGCTACGCTGGATGTCATTCATGCTTACGATTTTCCGCGTTTCTTCGTTGGGGAAGGGCTTGCCCCAATTCCAGCTTCACTTAATAAAGATGTCTACGATCTTGCTGTGCAGACGACAGAGGAAATCCGCGAGCGGATTGAGAAGTCAGGCGTTAACGGCCAAGTGGAGATGATCCAGGGTCCTCCGGCTGAAGTCATTCTGGAGTATGCGAATCAGAACGGCAGTGACCTGATTGTCATCGGCAGCCGCGGTCTTGGCGGTATCCGCGAGTTCGTACTGGGCAGTGTCAGCCATAATGTAGTGCAGCATGCAAAGATTCCGGTGCTGGTTGTAAAATAA	MLFTKILLAYDGSKAANKALGRAVELAKVTPGATLDVIHAYDFPRFFVGEGLAPIPASLNKDVYDLAVQTTEEIRERIEKSGVNGQVEMIQGPPAEVILEYANQNGSDLIVIGSRGLGGIREFVLGSVSHNVVQHAKIPVLVVK				NA	NA	NA	NA	NA
JZ016_05094	345			hypothetical protein	ATGGAAATTATTCTGCTTATGGTCTTGGTTGTTCTGGTCGGTCTTATGGTCTCCAGTCGAATGACGGCAATGGAGAAGCGAATGAGGCAGCAGCAGAACACGTTAAATCAAATGGCAAACCAATTAGGAATACCTGAACCGCCGGTTCATGAGGAAGTCAGACAGCTGCTGGCGGATGGGCAGGACATTAAAGCGATTAAAATCGTAAGGGAAGAGTTAGGGTTGTCTTTGGGTCGAAGCCAAGCAATATGTAGATGCTATCAAGCATGGGGAGCGGTAGAACCGGGTCGTGGGAAGAAATGCGGTTTCCCGATTACAAATGAGGTGCTGCATTCTCCAGGGTAA	MEIILLMVLVVLVGLMVSSRMTAMEKRMRQQQNTLNQMANQLGIPEPPVHEEVRQLLADGQDIKAIKIVREELGLSLGRSQAICRCYQAWGAVEPGRGKKCGFPITNEVLHSPG				NA	NA	NA	NA	NA
JZ016_05095	612	gpmA_2		2,3-bisphosphoglycerate-dependent phosphoglycerate mutase	ATGGCTATCTATCTCGTAAGGCATGGTCAAGATGAAGAAGGGTACCGCGGAGGGTGGAGCCAGCGCGGGCTCATAGACGAAGGGATCAGGCAAGCGGAAAAGCTGGGGCAATACTTAAACGAACACAAGCATGATTTTAATATCCACCGAATCGTATGCAGCGATTTACAGAGAGCCTATCAGACTGCCTCCATATTGGCCGATAAGCTTGGCCTTCCGTTTCATGGTTCCGAGGATTGGAGGGAGATGAATAACGGTCTGCTCGCTGGAATACCTAACTCTTTAGCGGAAGAGAAGTTCCCTGGATTGTATTTTTCCAGCTTACGAATGGACGAAAGATACCCGGGCGGTGAAAGTCCGCAAGAAAATTTCCAGCGGATTAAGGAAACCTTCACGAGATTATGCCAGGATCAGCTTGAAACAAATGATCACGAGAACGTATTGGTGGTCACTCACGGGGGAGTGATTAACATCATTTATCATCTAATCAAGGATATGGCATGGAGCAATAAGAATCCGCTCTTCCCGGCGGCGAACACCGGGCTGCACAGGGTGGAGTTCCGGGGCGGGCGCTGGGAGTTTACCCTGGAGAATGCAGCACCTCATTTGTAA	MAIYLVRHGQDEEGYRGGWSQRGLIDEGIRQAEKLGQYLNEHKHDFNIHRIVCSDLQRAYQTASILADKLGLPFHGSEDWREMNNGLLAGIPNSLAEEKFPGLYFSSLRMDERYPGGESPQENFQRIKETFTRLCQDQLETNDHENVLVVTHGGVINIIYHLIKDMAWSNKNPLFPAANTGLHRVEFRGGRWEFTLENAAPHL	PGPT0018035_1236	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018035-gpmB-K15634	NA	NA
JZ016_05097	462	purE	COG0041	N5-carboxyaminoimidazole ribonucleotide mutase	ATGGGAAGCCAATCAGATTGGGATACGATGTCCCATGCATGCCAGGTGCTAGACGAGCTTGAAATTCCTTATGAGAAAAAAGTCGTATCCGCTCACCGGACGCCGGACTTGATGTTCCGGTATGCCGAGGAAGCGGAGGGCCGAGGACTTCGCGTCATTATCGCCGGAGCCGGCGGGGCCGCTCACCTGCCCGGAATGGTCGCTTCGAAGACGGTATTGCCGGTTATCGGCGTTCCGGTTAAATCGAAAGCGCTGAAGGGGCTGGATTCATTGTTGTCGATCGTGCAGATGCCGGGCGGCATTCCGGTAGCAACCGTAGCGATCGGTAAAGCGGGAGCAACCAACGCCGGATTGCTCGCCGCCCAGATTTTAGGCACTTCGGATGCAGGGATTCAGGAAAGAGTGCAAGCGCGCCGGGACCGTATCCGTGACGAAGTGCTGGAAAGCAGCGATAACCTATGA	MGSQSDWDTMSHACQVLDELEIPYEKKVVSAHRTPDLMFRYAEEAEGRGLRVIIAGAGGAAHLPGMVASKTVLPVIGVPVKSKALKGLDSLLSIVQMPGGIPVATVAIGKAGATNAGLLAAQILGTSDAGIQERVQARRDRIRDEVLESSDNL	PGPT0021545_3643	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021545-purE-K01588	NA	NA
JZ016_05098	1188	purK		N5-carboxyaminoimidazole ribonucleotide synthase	ATGATGGAGAACGGAGCACAGCAGACGAAGGTCTCTAGCAAAAAGCTACTGCCAGGTTCCGTCATTGGTGTACTTGGCGGGGGACAACTCGGACGGATGATTGCGCTGGACGGGATCCGGATGGGATATTCGTTCGTCACCCTTGATCCGACGCCGAACTCCCCGCTTGGCCAGATGGCTGAGCAGGTTACGGCCCGGTATGACGACGTCGAGGCTGCCCGGCAGCTCGCCGTCAAAGCGGACGTCATTACGTACGAATTCGAAAATGTCGATGCAGGCGTCGCCCAGCTTCTGGAGGAACAGTCTTATGTCCCCCAGGGAAGCAAGCTGCTGTATACCACGCAGCACCGCTTGCGCGAGAAGGCCGCAATTGAAGCGGCCGGCGTACCGGTTGCGCCGTATCGTGAAATAACAAGCTTGGAAGATTTACAGTCCGCCGCCTCTGAACTTGGACTTCCGTGCGTGCTTAAGACCGCCATGGGGGGTTATGATGGTAAAGGGCAAGCGGTTCTCCGCAGCGAAGATGAGCTGGAATCAGCTTACAAAGAGCTGGCTGCCAGCGGGACGGAGCTGGTGTTGGAGAAGTTCGTGAAGTTCGCGTGCGAGATCTCCGTGATCGCGGCGCGTACGCCCAGCGGCATCGTGAAGAGCTTTCCCCCGGCTGAGAACGTGCATGTCAACAATATTTTGCACTTGTCGATTGTGCCTGCTCGCGTGACAAGCGAAGTACAGCGCAAAGCATGTCAGCTCGCGGAACGCGTAGCTGAAGGCATGGGAGCTGTCGGCCTGCTGGCTGTCGAGATGTTTGTGACCGAGGATGGGGAGCTGTACGTGAATGAGCTTGCACCTCGTCCGCATAACTCGGGTCACTACACGATGGAGGCATGCTCAACCTCTCAATTCGAGCAGCATGTAAGAGCGATCTGCGATCTGCCGCTCGGGGACACAACGCTGCTGAGCCCGGTCGTCATGGTGAACCTCCTGGGACAGCATCTGGAGGAAGCGGTATGGCGCTTTGGAGAGCACGACGCGCTTGCAGAGTCTCTCGGCGTTGTGCCTAAGCTTCATCTATACGGCAAGAGCGAATCGAAGCTTAACCGCAAGATGGGACATATCAACCTCTTGTGCGGGGATGTCGATGACGCGCTCGAATGGGTAGAGAAAACTAATATTTGGAGGCAGGATTAA	MMENGAQQTKVSSKKLLPGSVIGVLGGGQLGRMIALDGIRMGYSFVTLDPTPNSPLGQMAEQVTARYDDVEAARQLAVKADVITYEFENVDAGVAQLLEEQSYVPQGSKLLYTTQHRLREKAAIEAAGVPVAPYREITSLEDLQSAASELGLPCVLKTAMGGYDGKGQAVLRSEDELESAYKELAASGTELVLEKFVKFACEISVIAARTPSGIVKSFPPAENVHVNNILHLSIVPARVTSEVQRKACQLAERVAEGMGAVGLLAVEMFVTEDGELYVNELAPRPHNSGHYTMEACSTSQFEQHVRAICDLPLGDTTLLSPVVMVNLLGQHLEEAVWRFGEHDALAESLGVVPKLHLYGKSESKLNRKMGHINLLCGDVDDALEWVEKTNIWRQD	PGPT0021550_624	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021550-purK-K01589	NA	NA
JZ016_05099	1296	purB	COG0015	Adenylosuccinate lyase	ATGATTGAACGTTACAGCAGACCGGAAATGCGGGCGATTTGGACCGAGGAGAACAAATTCAGAGCATGGCTGGAAGTGGAATTGTGCGCATGCGAGGCATGGGCGGATCTCGGCGTCATTCCGAAGGAAGATACCGTTAAGCTTCGCCAGAATGCAACCTTTAATATGGATCGGATTTATGAAATCGAACAGGAAACCCGCCATGATGTCATCGCCTTTACACGCGCGGTTTCGGAAAGCCTTGGCGAGGAGCGCAAATGGGTTCACTACGGTTTGACTTCGACGGATGTGGTGGATACCGCGATGGGATATCTGCTCAAGCAAGCCAACGATATTTTGGAGCAGGACATCCTGCGCTTTATCGGTATTTTGAAAGAGAAGGCACTGGCTTACAAGCATACCCCGATGATGGGCAGAACGCATGGGGTGCATGCAGAACCGACAACCTTCGGTTTGAAAATGGCGCTGTGGCATGAAGAAATGATCCGTAACCTGGAGCGCTTCCGCCATGCGGCCGACGGCGTGCAGTACGGCAAAATTTCCGGAGCCGTTGGAACGTATGCCAACATCGATCCTTCGGTTGAAGAATTCGTCTGCCGCAAGCTTGGCACGAAGCCGGCGCCGATCTCGACCCAGACGCTGCAGCGTGACCGTCATGCGGAATACATGGCAACACTTGCGCTCATCGCGACTTCGCTCGAGAAGTTCGCTACCGAAGTCCGCGCACTCCAGAAGAGTGAGGTTCGCGAGGTCGAAGAGGCATTCGCCAAAGGACAAAAAGGTTCCTCCGCGATGCCGCATAAACGGAATCCGATCGGTTCGGAGAACATCTCGGGTCTTGCGCGCGTCATTCGCGGCCACATGGTTTCGGCTTACGAGAACGTGTCGCTCTGGCATGAGCGGGATATTTCCCACTCCTCGGTAGAACGTATCATCCTGCCGGACGCTACGATGCTGCTGAACTACATGCTGAACCGCTTCGGCAACATCGTGAAGAACCTGACCGTCTTCCCGGAGAACATGAAGCGCAACATGGCTCGCACGTTCGGCGTTCCTTTCTCGGGCCGGATCATGACGAAGCTGATCGACAAGGGCTTCAGCCGCGAGCAAGCGTACGATACCGTTCAGCCTCGGGCCATGCAGGCATGGGAAGAGCAGCGTCAATTCCGCGAGATCGTGGAATCCACGCCTGAGATCACCGAGGTGCTCAGCGCTGAGGAGATCGAAGATGCATTTAATCCAAGCTGGCACCTGAAGCATGTGGATACGATTTTTGCCAAGCTGGGATTGGAATAG	MIERYSRPEMRAIWTEENKFRAWLEVELCACEAWADLGVIPKEDTVKLRQNATFNMDRIYEIEQETRHDVIAFTRAVSESLGEERKWVHYGLTSTDVVDTAMGYLLKQANDILEQDILRFIGILKEKALAYKHTPMMGRTHGVHAEPTTFGLKMALWHEEMIRNLERFRHAADGVQYGKISGAVGTYANIDPSVEEFVCRKLGTKPAPISTQTLQRDRHAEYMATLALIATSLEKFATEVRALQKSEVREVEEAFAKGQKGSSAMPHKRNPIGSENISGLARVIRGHMVSAYENVSLWHERDISHSSVERIILPDATMLLNYMLNRFGNIVKNLTVFPENMKRNMARTFGVPFSGRIMTKLIDKGFSREQAYDTVQPRAMQAWEEQRQFREIVESTPEITEVLSAEEIEDAFNPSWHLKHVDTIFAKLGLE	PGPT0021555_5406	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021555-purB-K01756	NA	NA
JZ016_05100	891	purC	COG0152	Phosphoribosylaminoimidazole-succinocarboxamide synthase	ATGACATTAACGGCATTATCGACCGCCACTCATCTGGTCAACGTACCGCTGCTGTATAAGGGCAAGGTTCGTGAATTGTACGACCTGGGCGAGCACGTACTCATTGTAGTAACCGACCGTATTTCCGCTTTTGACTATGTGCTGGAGCCGCCCGTGCCGGCCAAAGGAACCGTGCTGAACAAGCTGAGCGCCTTCTGGTTTGAACAAACGGCGCAGCTCATCAGCAATCATGTCGTGCATACAGACGTGAACCTCCTGGGCGATGCCGTCAAGGATAAGGAGCTGCTGGATGGACGAATCATGGTGTGCCGGAGGGCCGAACGCATCGATATCGAATGCGTGGTGCGCGGGTACATTACCGGCGGAGGCTGGAGGCAGTATCAGTCCTCTGGCGAGGTTAACGGCATGAAGCTGCCGGAGGGTCTGCGCAAGAATGAGGCTTTTCCCGAGCCGATCTTCACGCCGGCGGCGAAGAACGATGTCGGTCATGACGAGGACATCCCGCTATCGCGCATGAAGGAGCTTGTCGGCGAGGAGCTGGCGCTGCAGCTGCAGAACAAAAGCCTGATGCTGTACAAGTTCGCCCGCGATTATTGCAGCAAGCACGGCATTATTTTGGCCGATTGCAAGTTTGAGTTCGGTTTAATCGATGGAGAGATCATTCTGATCGATGAGATTTTCACGCCGGATTCCTCCCGTTTCTGGGATGAGAAGAATTACGCGCTAGACATTGAGATTGACAGTATGGATAAGGAGCCCGTCCGCACGTATCTCGCTTCGTCCGATTGGGATAAGAACAGTGAGCCGGATCCCCTGCCACAGGCCGTGGTAGAGGAGACGACGCGCCGCTATACCGATATTTACAGTCGAATCACGGGTGCAAGCCTGTAA	MTLTALSTATHLVNVPLLYKGKVRELYDLGEHVLIVVTDRISAFDYVLEPPVPAKGTVLNKLSAFWFEQTAQLISNHVVHTDVNLLGDAVKDKELLDGRIMVCRRAERIDIECVVRGYITGGGWRQYQSSGEVNGMKLPEGLRKNEAFPEPIFTPAAKNDVGHDEDIPLSRMKELVGEELALQLQNKSLMLYKFARDYCSKHGIILADCKFEFGLIDGEIILIDEIFTPDSSRFWDEKNYALDIEIDSMDKEPVRTYLASSDWDKNSEPDPLPQAVVEETTRRYTDIYSRITGASL	PGPT0021565_1971	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021565-purC-K01923	NA	NA
JZ016_05101	246	purS	COG1828	Phosphoribosylformylglycinamidine synthase subunit PurS	ATGTTGAAAGCAAAGGTTTACGTCACGATTAAGCAGAGCGTATTGGACCCTCAAGGGGTAGCGGTGCAAGGTGCACTACATTCGATAGGGTACAAGGAAGTGGAAAGCCTGCGGATCGGTAAATATATGGAACTTGAGCTGGGTACGGACAACCGTGAGGAAGCCGAGCTGCGAGTAAAAGAAATGTGCGAGAAGCTTTTGGCCAATACGGTGGTTGAGAACTACCGTTATGAATTGGAGGGCTAA	MLKAKVYVTIKQSVLDPQGVAVQGALHSIGYKEVESLRIGKYMELELGTDNREEAELRVKEMCEKLLANTVVENYRYELEG	PGPT0021725_1349	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021725-purS-K23264	NA	NA
JZ016_05102	690	purQ	COG0047	Phosphoribosylformylglycinamidine synthase subunit PurQ	ATGAGATTTGCAGTGCTGGTCTTTCCTGGTTCCAATTGTGATATTGACTGTTATAAGGCGGTAGAAGAGACGATTGGTCAGCCGGTGGATTATGTGTGGCATACGGCTACGGACCTTTCTCCATATGATTGCATTTTGGTACCCGGCGGATTCTCTTATGGAGATTATCTCCGGTGTGGTGCGATTTCCCGATTCGCCCCGGTTATGAGCGAAGTGGCGAAGGCGGCGGAAGAGGGCAAGTATATTCTTGGCATCTGCAACGGATTCCAGATTTTGACGGAAGCCGGACTCCTTCCCGGAGCTCTGCGCCGCAACGATTCGATGAAATTCCGCTGTCATGACACGGTGCTCAAAGTGAACAATAATACAACGCCGTTTACGCGCGATTACGCGGAGGGGCAAGAGATTGTCATTCCGATCGCGCATGGCGAGGGCAATTATTACTGTGATGAAGAAACACTTCAAATGCTCCGGGACAACCGGCAAATCGTATTTACGTATCAAAACAATCCGAACGGCTCGATCGAGGATATCGCAGGCATCTGCAACGAGCGGGGCAACGTAATCGGCATGATGCCGCATCCGGAGCGCGCGGTCAGCAGCCTGCTCGGCTCGGATGACGGTAAAGCAATGTTTACATCCATATTACAGGCATGGAGGGATACTCATGGCGCAGCAAACGTCCGTTAA	MRFAVLVFPGSNCDIDCYKAVEETIGQPVDYVWHTATDLSPYDCILVPGGFSYGDYLRCGAISRFAPVMSEVAKAAEEGKYILGICNGFQILTEAGLLPGALRRNDSMKFRCHDTVLKVNNNTTPFTRDYAEGQEIVIPIAHGEGNYYCDEETLQMLRDNRQIVFTYQNNPNGSIEDIAGICNERGNVIGMMPHPERAVSSLLGSDDGKAMFTSILQAWRDTHGAANVR	PGPT0020220_900	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020220-purQ-K23265	NA	NA
JZ016_05103	2244	purL	COG0046	Phosphoribosylformylglycinamidine synthase subunit PurL	ATGGCGCAGCAAACGTCCGTTAAGGAACCGACAGCAGAACAGATCGCAGAGCATCAGATTTACAAGCAAATGGGAGTTTCGGACAGCGAGTATGAGCTGATCTGTTCCTTCATGGGACGCAAGCCGAATTACACAGAAATCGGCGTATTCAGTGTCATGTGGTCCGAGCATTGCGCCTACAAAAATTCCAAGCCGCTGCTTCGTCGTTTCCCGACAAGCGGCCCGCGCGTCCTAATGGGACCGGGCGAGGGCGCCGGGATCGTTGATATCGGCGACAACCAAGCGGTTGTATTCAAAATCGAAAGCCATAACCATCCGTCCGCTGTAGAGCCTTATCAAGGCGCAGCCACGGGCGTTGGCGGCATTATCCGCGATATTTTCTCCATGGGGGCAAGACCGGTAGCGATTCTTAACTCGCTTCGTTTCGGCAAGCTGGAGAGCGATCGCGTTAAATATTTGTTTGAGCACGTGGTATCCGGCATTGCCGGTTACGGCAACTGCATCGGGATCCCGACGGTAGGCGGCGAGGTTGTATTCGACGAAAGTTATGAAGGCAATCCGCTGGTCAATGCGATGTGCGTCGGCGTTATCGACCATGATAAGATTCAGCGCGGCGTTGCAAAAGGGGTAGGCAATCCGGTCTTTTATGTCGGGCCTCCAACTGGCCGCGATGGCATCCACGGCGCAACCTTCGCTTCCGTTGAGCTGACGGAGGAATCCGAAGCGAACCGCACGGCCGTTCAGGTCGGCGATCCGTTCATGGAGAAACTCGTGATGGAGTCCTGCCTCGAGCTGATTGATTCCGGCATCGTGCTGGGCATTCAGGATATGGGCGCGGCTGGATTGACTTGCTCCAGCGCGGAAATGGCAAGTAAAGCAGGCAACGGTCTTGAGCTGTACCTGGACCAAGTGCCTCAGCGCGAAGAAGGCATGACGCCTTATGAAATGATGCTGTCGGAGTCCCAGGAACGGATGCTGTTCGTGGTTGAGCCGAAGCATGAGGAGCAAGCCCGAGAAATCTTCGAACGCTGGGGCGTTATCTGCGCCAAAGTCGGCAAAGTGACGGACGATGGCCGCCTGAAGCTGATCCACCACGGTGAGGTGGTAGGCGACATGCCGGTTAAAGCGCTCGTAGACGAATGCCCGATCTATAACAAACCATCCCAAGAACCGGCTTACTACCAAGAGCAGGCTGCGGTGGATACGCTTCGTTATGAAGAAGTGAAGGATTTGGGCGGTGCCCTCAAGAAGGTGCTCGGTTCGCCAAGCCTTGCAAGCAAAGCATGGGTATACAACCAATACGATTATATGGTTCGCACCAGCACGGCCGTTCGTCCGGGTTCGGATGCTGCTGTCGTAACGGTGCCGGGAACGCGCAAAGCCCTGGCGATGACAACGGACTGTAACGGACGTTACGTCTACCTCGACCCTGAGCTTGGCGGCAGAATCGCGGTCAGCGAAGCAGCGCGCAATATCGTGTGCTCCGGCGCCGAGCCGCTGGCGATTACGGATAACCTGAACTTCGGAAGCCCGGAGAAGCCGGAAATTTTCTGGCAGATGGAAAAAGCCGTGGACGGCATGGCGGAAGCTTGTCGTGAGCTTGAAACGCCGGTCATCGGCGGAAATGTGAGTCTCTACAACGAGAATGCCAAAGGCGCGATTTATCCGACGCCGGTTGTCGGCATGGTCGGCCTGATCCATGATACGGATCATATTACGACACAAGGCTTCAAGGCGGAAGGCGATGCCATCTACGTTCTGGGTGATACCCGTGCGGAACTGGGCGGCAGCGAGTTCCAAGCGATCATGCATGGAGTATCGGAAGGCAGACCGCCGGAACTGAACCTGGATACCGAGAAGAAATTGCTCGGCGGCGTACTGAAGGCCATCCAATCCGGTCTGGTACAATCCGCGCATGATATGTCGGAGGGGGGACTTGCAGCCGCGCTGGCGGAGAGCTGCATCAGCGGCAACGTTGGGGCGAGCGTGCAATGGTCAACCGATCTGCGTAACGACGTAGCGCTCTTTAGCGAGAGCCAATCCCGGATCGTGCTGTCGGTGTCTCCTGATCATAAGAACGCGCTGGAGAAGCTCCTGCAAGAAGCGGACGTTCCATTTACCGCGCTTGGCGTAGTCGGCGGGAATAAGCTTAGCATTAACATTAACGGTGCTTCTGCGCTGGAAGAATCCGTGGAGGCTTTGAAATCCGTCTGGGAGGATGCCATTCCATGTCTCATGAACTGA	MAQQTSVKEPTAEQIAEHQIYKQMGVSDSEYELICSFMGRKPNYTEIGVFSVMWSEHCAYKNSKPLLRRFPTSGPRVLMGPGEGAGIVDIGDNQAVVFKIESHNHPSAVEPYQGAATGVGGIIRDIFSMGARPVAILNSLRFGKLESDRVKYLFEHVVSGIAGYGNCIGIPTVGGEVVFDESYEGNPLVNAMCVGVIDHDKIQRGVAKGVGNPVFYVGPPTGRDGIHGATFASVELTEESEANRTAVQVGDPFMEKLVMESCLELIDSGIVLGIQDMGAAGLTCSSAEMASKAGNGLELYLDQVPQREEGMTPYEMMLSESQERMLFVVEPKHEEQAREIFERWGVICAKVGKVTDDGRLKLIHHGEVVGDMPVKALVDECPIYNKPSQEPAYYQEQAAVDTLRYEEVKDLGGALKKVLGSPSLASKAWVYNQYDYMVRTSTAVRPGSDAAVVTVPGTRKALAMTTDCNGRYVYLDPELGGRIAVSEAARNIVCSGAEPLAITDNLNFGSPEKPEIFWQMEKAVDGMAEACRELETPVIGGNVSLYNENAKGAIYPTPVVGMVGLIHDTDHITTQGFKAEGDAIYVLGDTRAELGGSEFQAIMHGVSEGRPPELNLDTEKKLLGGVLKAIQSGLVQSAHDMSEGGLAAALAESCISGNVGASVQWSTDLRNDVALFSESQSRIVLSVSPDHKNALEKLLQEADVPFTALGVVGGNKLSININGASALEESVEALKSVWEDAIPCLMN	PGPT0021730_979	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021730-purL-K23269	NA	NA
JZ016_05104	1479	purF	COG0034	Amidophosphoribosyltransferase	ATGTCTCATGAACTGATACCCGAAGGACTGTGGACAGGGGATTACTACAATGAGGGAACAGGTCAGAGCGATATTTTTGATACATTAAAAGAAGAGTGCGGCGTATTCGGGGTGTTTGGGCATCCCGATGCCGCCTCCCTTTCCTATTACGGGCTTCACGCCCTCCAGCACCGCGGCGAAGAAAGCGCAGGAATCTGCGTAGCCGACGGCGAGAATTTCAATTATCACCGCGGGATGGGACTTGTAAAAGAAGTGTTTGATAAAGACAAGCTGGAATCGCTGCAGGGCAGCATGTCGATCGGGCATGTCCGTTACTCGACCAGCGGGGACAGCAGACTGACGAATGCGCAGCCGCTCGTCTTTAAATATCGCGAGGGCAATCTGGCGATTGCTACGAACGGCAACATCGTCAACGAGCCGAAGCTTCGGCGCGAGCTGGAGATGGAGGGCTCCATATTCCAGACGACCAGCGATACGGAAGTCATTGCGCATCTGATCGCGCGTTCGCCGAAGGATTTTGTCGAGGCTGCCAAGGATGCCTTGCAGCGCTTGGTGGGCGGGTTCGCCTTTCTGCTCATGACCAATGACAAGCTGCTCGTCGCCTCGGACCCGAACGGACTCCGTCCGCTCACGATGGGTCGTCTGGGCGATGCGTATATCTTCACTTCGGAGACCTGCGCGCTTGAAGTCATCGGGGCGGAAGCGATCCGCGATGTTGCTCCCGGAGAGCTGCTGATTCTCGATCGGAACGGGCTTCGGGAAGAACGGTATACGGAAGCGGGACGCAAAGCGTTGTGCGCGATGGAATATATTTATTTCTCCCGTCCGGACAGCGATCTGAACGGCTCCAATCTGCATTCGGCCCGTAAACGGATGGGCAGCAAGATGGCCCTGGAATCGTTCGTGGATGCCGATGTGGTTACAGGCGTACCGGATTCCAGCATCTCGGCCGCTATCGGTTATGCCGAGCAAACGGGCATTCCTTACGAGCTGGGATTGATCAAGAATAAATATACGGGCCGGACGTTCATTCAGCCGAGCCAGGAGCTGCGCGAACAGGGCGTGAAGATGAAGCTGAGCGCGGTACGGCGCGTGGTCGAAGGCAAACGGGTGGTCATGATCGATGACTCCATCGTACGGGGAACCACGTCCCGCCGGATCGTTAATTTGCTTCGCGAAGCGGGCGCGACCGAAGTGCATGTGCGGATTACGTCGCCGCCATTCAAGAACCCTTGCTTCTACGGCATCGATACGCCGGACCGCAGAGAGCTGATCGCTTCCGAGAAAAGCGTCGAGGAAATCTGCCGGGAGATCAACGCGGATTCCTTATCGTTCCTGAGCCCGGAGGGACTTATATCCGCCATTGGCGGTTATGATGAGCACAGCCCTAAAGGCGGCTTGTGCATGGCATGCTTTGATAATGATTACCCGACGCAGATTGATTTTAACGGGGAAGAGAAGATGGGCTGCAGCTGCTGA	MSHELIPEGLWTGDYYNEGTGQSDIFDTLKEECGVFGVFGHPDAASLSYYGLHALQHRGEESAGICVADGENFNYHRGMGLVKEVFDKDKLESLQGSMSIGHVRYSTSGDSRLTNAQPLVFKYREGNLAIATNGNIVNEPKLRRELEMEGSIFQTTSDTEVIAHLIARSPKDFVEAAKDALQRLVGGFAFLLMTNDKLLVASDPNGLRPLTMGRLGDAYIFTSETCALEVIGAEAIRDVAPGELLILDRNGLREERYTEAGRKALCAMEYIYFSRPDSDLNGSNLHSARKRMGSKMALESFVDADVVTGVPDSSISAAIGYAEQTGIPYELGLIKNKYTGRTFIQPSQELREQGVKMKLSAVRRVVEGKRVVMIDDSIVRGTTSRRIVNLLREAGATEVHVRITSPPFKNPCFYGIDTPDRRELIASEKSVEEICREINADSLSFLSPEGLISAIGGYDEHSPKGGLCMACFDNDYPTQIDFNGEEKMGCSC	PGPT0020225_3293	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020225-purF-K00764	NA	NA
JZ016_05105	1041	purM	COG0150	Phosphoribosylformylglycinamidine cyclo-ligase	GTGTCGGATACTTACAAACAAGCAGGCGTGGATATCGCTGCAGGCAATGAAGCGGTAGAGCGTATGAAAAAGCATGTCAAAACGACTTTCAGACCGGAAGTCATGACCGACCTCGGGGGTTTTGGCGCACTGTTCAAGCTGAATAAAGACCAATATGAAGAGCCGGTACTCGTCTCAGGCACGGATGGCGTCGGCACAAAGCTGAAGCTCGCATTCGCGATGGACCAACATGATACCATCGGCATTGATGCGGTAGCGATGTGCGTGAACGATATTGTGGTGCAAGGCGCAGAACCGCTCTTTTTTCTCGACTATTTAGCTTGTGATAAGGTCATTCCGTCCAAAATCGAATCCATTGTCAAAGGGATCGCCGACGGATGCAACCAAGCGGGATGTTCCCTGATCGGCGGGGAAACGGCAGAGATGCCGGGCATGTACAGTGAAGGCGAGTATGACATCGCGGGCTTCACCGTAGGCATTGTCGACAAAAGCAAAATGATCAACGGGTCGAATATCGCGGCAGGCGACGCGGTGATTGGTCTAGCATCCAGCGGTGTGCACAGTAACGGCTTCTCGCTTGTTCGCAAGCTGCTTCTGGAGGACGCAGGCTACTCCCTGCAGCAAGAGCTTCCGGAACTGGGCGGACGTCTTGGCGACGTACTGCTCGCTCCGACCAAGATTTATGTGAAGCCGCTGCTCGGACTGTTGAAAGAGATCGAAGTAAAGGGTATGGCGCATATCACGGGCGGCGGATTCATCGAGAATATTCCGCGTATGCTGCCGGATGGCGTCAATGTCGACATCGAATACGGCTCTTGGCCGATTCTGCCGATCTTTAAGCTAATGCAGGAAAAAGGCAGCATTTCGAACAAGGATATGTTTACGACATTTAATATGGGAATCGGCATGGTGCTTGTCGTCAAAGAACAGGATGCAGACGGAGTGCTTCAATACCTCCGCTCCGCAGGCGAAGAGGCTTATGTGATCGGCCGGGTCACCGAAGGCGAGCGCATCGTAACCTTTACGGGAGCTGAGGTGTAA	MSDTYKQAGVDIAAGNEAVERMKKHVKTTFRPEVMTDLGGFGALFKLNKDQYEEPVLVSGTDGVGTKLKLAFAMDQHDTIGIDAVAMCVNDIVVQGAEPLFFLDYLACDKVIPSKIESIVKGIADGCNQAGCSLIGGETAEMPGMYSEGEYDIAGFTVGIVDKSKMINGSNIAAGDAVIGLASSGVHSNGFSLVRKLLLEDAGYSLQQELPELGGRLGDVLLAPTKIYVKPLLGLLKEIEVKGMAHITGGGFIENIPRMLPDGVNVDIEYGSWPILPIFKLMQEKGSISNKDMFTTFNMGIGMVLVVKEQDADGVLQYLRSAGEEAYVIGRVTEGERIVTFTGAEV	PGPT0021570_3045	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021570-purM-K01933	NA	NA
JZ016_05106	612	purN		Phosphoribosylglycinamide formyltransferase	ATGATGCCGTTTCGGATTGCGGTTTTCGCTTCCGGCAGGGGCAGTAACTTTCAGGCTTTGGTAGATACGCAGCACAGGGGGGCCCTGGGCGGCGTGATCAGCATCCTGGTATGCGATAAGCCACAGGCTCCCGTCGTGGAGCTGGCTCAAGCGGCGAATGTGGATGTATTCGCCTTTCAGCCGAAGGATTATGCCTCGAAGGAAGATTACGAACGTGAAATTGCGGTAGAACTTCAGCAGCGCGGTGTCGAATTGATTGTTCTTGCAGGATATATGCGGTTATTGAGTCCGTCCTTTGTCGAGTTCTATAGCGGCCGGATCATCAACATTCATCCATCGCTGCTGCCTGCTTTTCCAGGAAAAGACGCGATTGGCCAAGCGCTGGACTATGGTGTGAAGATGACTGGTGTCACGGTTCACTTTGTGGATGGCGGCATGGATACCGGACCTGTTATTGCTCAAAAAGCCGTAGAGATCAAGGAAGGCGAAACGGCAGAAGTGCTGGCAGAACGCATTCATGCCGTGGAGCAGAAGTTATACTCTGAAGTCGTTTCCTGGTTCGCCCAGGGGCGAATTTCGCTGAACGGGCGGAATGTGACGATTACCGAATAG	MMPFRIAVFASGRGSNFQALVDTQHRGALGGVISILVCDKPQAPVVELAQAANVDVFAFQPKDYASKEDYEREIAVELQQRGVELIVLAGYMRLLSPSFVEFYSGRIINIHPSLLPAFPGKDAIGQALDYGVKMTGVTVHFVDGGMDTGPVIAQKAVEIKEGETAEVLAERIHAVEQKLYSEVVSWFAQGRISLNGRNVTITE	PGPT0008095_2798	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0008095-purN-K11175	NA	NA
JZ016_05107	1548	purH	COG0138	Bifunctional purine biosynthesis protein PurH	GTGGGTATCAAAAGAGCTTTGGTCAGCGTTTCGGATAAAACCGGCATCGTGGAGTTTTGCCGCGAGTTGTCTTCATTGGGTGTAGAGATCATTTCGACAGGGGGAACGAAGAACCTCCTCGCCAAAGAAGGAGTTCCTGTCATCGGCATCTCCGATGTGACCGGATTCCCTGAGATTCTGGACGGACGCGTCAAAACCCTTCATCCAGCCGTGCACAGCGGTCTGCTTGCCATTCGCGACAGCGAGGAGCATCAACGTCAGATGCAGGAGCTGGGCCTCGATTACATCGATCTGGTCGTGGTGAACCTGTACCCATTCCAGGAAACGATCGCGAAGCCGGGTGTCGAGTATGAGGATGCAATCGAAAATATCGACATTGGCGGGCCGACGATGCTGCGTTCGGCTGCGAAAAACCATGCTTTTGTGAGCGTGGTTGTCGATGCGGCGGATTATGGCAGCGTGATCGAGGAAATCCGCGTCGGCGGCGACACGACGCTGGAAACCCGCAAACGTCTTGCAGCCAAGGTATTCCGTCATACGGCGGCCTACGATACGTTGATTTCCGACTATTTGTCGAATGTAACGGGCGATCCGCTTCCTGAGCGCTTTAGCGTCACCTACGAGAAAATTCAGGACCTTCGTTACGGCGAGAATCCACATCAAAAAGCGGCATTTTACCGTAAACCGCTGGCACCAGCGGGTACTTTGACGACCGCGGAGCAGCTGCACGGCAAAGAGCTCTCCTATAACAATATCAATGACGCGAACGCAGCCCTGCAGATCGTGAAGGAATTCGATGAGCCAACCGTGGTGGCCGTGAAGCATATGAACCCTTGCGGCGTCGGCATCGGGACAAATGTGCTGGAAGCTTACCAAAAAGCTTACAACGCTGATCCGACATCCATCTTCGGCGGCATCGTGGCGGCGAACCGGACAATTGACGCTCCGACGGCGGATCTGCTGAAGGATATTTTCCTTGAAATTATCCTGGCACCGGATTTCACACCGGAGGCGCTGGAGATTCTGACGAAAAAGAAAAATATCCGTCTACTGAAGATGGGCGAGTTCGGCTCGGCCAAGGAGCGCCAAAGCACACTTGCGGTGACAACCATCGAAGGCGGCATGATCGTACAGGAAAGCGATGTGCATTCCCTGGACGCCGCTGATCTGAAAGTTGCAACGGACCGGAAACCAACGGAAGAAGAGCTGAAGCAGCTGCTCTTCGGCTGGAAAGTGGTCAAGCACGTGAAATCTAATGCGATCGTATTGGCTGCAGACAACATGACCGTTGGCGTTGGCGCAGGCCAAATGAACCGTGTCGGCTCGGCGCGTATTGCGGTGGAACAGGCAGGAGAGAAAGCCAAGGGAGCCGTTCTCGCTTCCGATGCGTTCTTCCCGATGGGAGATACCGTGGAGCTTGCAGCGAAAGCCGGCATTACCGCCATCATTCAGCCGGGCGGCTCCATTAAGGATGAGGAATCCATCAAGGCAGCCAACGAATACGGGATCGCCATGGTCTTTACTGGCGTGCGGCATTTTAAACACTAA	MGIKRALVSVSDKTGIVEFCRELSSLGVEIISTGGTKNLLAKEGVPVIGISDVTGFPEILDGRVKTLHPAVHSGLLAIRDSEEHQRQMQELGLDYIDLVVVNLYPFQETIAKPGVEYEDAIENIDIGGPTMLRSAAKNHAFVSVVVDAADYGSVIEEIRVGGDTTLETRKRLAAKVFRHTAAYDTLISDYLSNVTGDPLPERFSVTYEKIQDLRYGENPHQKAAFYRKPLAPAGTLTTAEQLHGKELSYNNINDANAALQIVKEFDEPTVVAVKHMNPCGVGIGTNVLEAYQKAYNADPTSIFGGIVAANRTIDAPTADLLKDIFLEIILAPDFTPEALEILTKKKNIRLLKMGEFGSAKERQSTLAVTTIEGGMIVQESDVHSLDAADLKVATDRKPTEEELKQLLFGWKVVKHVKSNAIVLAADNMTVGVGAGQMNRVGSARIAVEQAGEKAKGAVLASDAFFPMGDTVELAAKAGITAIIQPGGSIKDEESIKAANEYGIAMVFTGVRHFKH	PGPT0008110_3661	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0008110-purH-K00602	NA	NA
JZ016_05108	1269	purD	COG0151	Phosphoribosylamine--glycine ligase	ATGGATATTTTGGTTATCGGAGGTGGCGGAAGAGAGCATGCCATCGTATGGGCACTGGCAAAGAGCCTGAAAGCGGATAAGATTTACTGCGCACCCGGCAACGCCGGTATCGGACAGCTGGCCGAGTGCGTGCCGATCGCGGTATCGGAGTTTGAGAAGCTGGCGGCATTCGCCGTGGAGAAGCAGGTGGGACTCATTGTTGTCGGTCCGGATGATCCGCTGGCTGACGGCATCGTAGATGCATTCGACGCTACAGGCATCCCGGTATTCGGTCCGCGCAAAAATGCAGCCGAAATTGAGGGCAGCAAAACTTTTATGAAGGACTTGCTCCATAAATACGGCATTCCGACGGCAGCCTACGCGAAGTTCGACGATTACGAGAAGGCGCTAGCTTACTTGCGCCAGCAAGGCGCACCGATCGTCGTGAAAGCGGACGGGCTCGCAGCCGGCAAGGGTGTTACCGTTGCGCGGACGATCGAGGAAGCCGAGCAGGCGCTCAGCGACATTATGCAATCGAAGGTGTTTGGCGATGCGGGAAGCCGGGTGGTCATCGAGGAGTTCCTGGAAGGCCAGGAAATGTCGATCCTCGCCTTTGTGGATGGTGAAACCGTGAAGCCGATGTCGGCGGCACAGGATCATAAACCGGCTTATGATGGAGATTTGGGACCGAATACAGGTGGGATGGGAACGTATTCTCCATTGCCTCATATTCAGTCATCTGTCATTGAAGAGGCCATTGAGACGATTATCAAGCCCACAGCGAAAGCGATGGTTGCGGAAGGTCGTCCGTTCCGGGGCGTTCTGTTCGCCGGATTGATGATTACGCCGGACGGAAAACCGAAGACCATTGAGTTCAACGCCAGATTTGGCGATCCGGAAACACAGGTCGTATTGCCGCGCTTGAAGACGGATCTGCTTGAGGTATTCCTTGCTGCCGTTAACGGAAACCTGGCTGATTTAGAACTGGAGTGGAGTGACGAAGCAGCGGTATGCGTCATCCTGGCTTCCGGCGGGTATCCTGCATCGTATCCAAAAGGAATTGCCATCAATGGGCTGGATAACGAGCAGGACGGAACGATTGTATTTCATGCGGGAACCTCCCGCGATGCTGATGGAACGTGGAGAACGAATGGCGGCCGTGTCCTGGGCGTTGTCGGACTAGGGGCAGATATCGCATCCGCACGGGCGAAAGCGTATGAGCGTGCAGAAGCGATTTTGTTTGAAGGCAAGCAGAACCGGACGGATATTGCGCTGAAGGCGCTTGTGTAG	MDILVIGGGGREHAIVWALAKSLKADKIYCAPGNAGIGQLAECVPIAVSEFEKLAAFAVEKQVGLIVVGPDDPLADGIVDAFDATGIPVFGPRKNAAEIEGSKTFMKDLLHKYGIPTAAYAKFDDYEKALAYLRQQGAPIVVKADGLAAGKGVTVARTIEEAEQALSDIMQSKVFGDAGSRVVIEEFLEGQEMSILAFVDGETVKPMSAAQDHKPAYDGDLGPNTGGMGTYSPLPHIQSSVIEEAIETIIKPTAKAMVAEGRPFRGVLFAGLMITPDGKPKTIEFNARFGDPETQVVLPRLKTDLLEVFLAAVNGNLADLELEWSDEAAVCVILASGGYPASYPKGIAINGLDNEQDGTIVFHAGTSRDADGTWRTNGGRVLGVVGLGADIASARAKAYERAEAILFEGKQNRTDIALKALV	PGPT0021575_3560	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021575-purD-K01945	NA	NA
JZ016_05109	162			hypothetical protein	TTGAAGAAGACTCCTTTTGTTTGTATTCATAAATGGATTCACGGGCCTAACGTCTATTCAGACCTCTTTGGTCAGTTGATTATTTTGCATAAACTTAACTCTAACATAAATGTGTCTGTCTGGAATGGGACCATAGGCGCTGTCCGTAATAGGAGCAGATAG	MKKTPFVCIHKWIHGPNVYSDLFGQLIILHKLNSNINVSVWNGTIGAVRNRSR				NA	NA	NA	NA	NA
JZ016_05110	537	cheB_15		Protein-glutamate methylesterase/protein-glutamine glutaminase	TTGATCCATTCCCAGCACCTTTCAACAGATATTCTGAGTCTTTGGGAGTTGACTCTGTTATATAATAAAAGCAACTGTTTGTTGAAATATGAAAAGATGGAGAAAAATGCTATGGATAACATTTCGGTTTTGCTTGTAGATGATGAACAAGGCTTATGCGATATGTTGACTACCGTGTTGAAGAAGGAAGGCTTTCGGCATATTCGAAGTGTGGGCACAGGGCAGGAAGCGGTGCGAACATTAACGGAGTTTAATCCGGACGTCATCATACTGGATGTCATGCTTCCGGATGAGGACGGCTTCGAGGTGTGCCGAAAAATTCGCAAAATGACCGAAACGCCGATCCTTTTTCTTACCGCCCGGGATGCTGACTTGGACAAGCTGATGGGGTTTGGCATTGGCGGGGACGATTATATTACGAAACCATTTAATCCGTTGGAGGTTGTTGCCCGCACCAAAGCTCGTCTGAAATATAAAACACAGCGGGAACAAGAGGCTCAGCCGCGATTAACTCAAACTGGATTTTGGTTATTTTAG	MIHSQHLSTDILSLWELTLLYNKSNCLLKYEKMEKNAMDNISVLLVDDEQGLCDMLTTVLKKEGFRHIRSVGTGQEAVRTLTEFNPDVIILDVMLPDEDGFEVCRKIRKMTETPILFLTARDADLDKLMGFGIGGDDYITKPFNPLEVVARTKARLKYKTQREQEAQPRLTQTGFWLF	PGPT0002675_80	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776	NA	NA
JZ016_05111	1071	sasA_35		Adaptive-response sensory-kinase SasA	ATGAATCCAATGGTCACAATGGCTTTTCGCTTTATCAAGATAACCATTATTTTGGTGATGATGTTTGTCCTGAGTTTTATTTTATGCACGGTGATATTTATATATCTTCAGGATTGGATGAGTCCCCGGGGCACGATATCCATGAAGACTTTTTTAGCTGTTACGGGCATCGTGTTAATGGCTATTTTTTTCATGGCTTTCGGTTGGTGCGTGGGCAAACCGCTTACTTATTTAATACGCTGGATCAACCAATTATCCGAAAGAAATTACAGCCAGCCGCAGGAACATTTCCATCAGCCGAGCGAAGGCTCATTACCTCATAACAACTATCGTTATCCGTATATCTTATATAAAGAATTATTTGATCGAATGACGCAATTATCGAATCAACTCCTGCAAAGTGAGACCGAGCGATTAAATATGGAAGTCAAGAAGCAGGAATGGATTGCGTCGATCAGCCATGATCTCAAGACGCCTTTGTCGTACATCGAAGGCTATGCTCATATGCTCTCAGCCGCCGATTATGATTGGACCGATGAGGAGAAACAGAATTTTAGCAGGCAGATCAGCGGCAAGACCATGGAAATGAAGCAGCTAATTCATGATTTAAACCAAACAGGCCGGTGGTCAGTCGAACAGTTCCCGATGAATAGAAAATCTGATGATATAGTGAATTTTCTGCGCGATATGATGATAGATATCGCAAACCACCCGTTAGCTGAGAATGCGTCATTTATGTTTACTACCGAAAAGGATGTTTGCTTGATGGATTTTGACAGAAATCTGTTAGGACGAGCCTTTCAAAATGTATTAATGAATGCGGTTATCCATAATCCGTCCGGCACCCAGGTTAAATGCAATATCTCTATTAAAGGAAACAAATGTTTCATTGTGATCGAGGATGATGGAAACGGGATCGAGGATACGGTATTAAGACAGGCTTTGGATCAATCCGGTAGAGGAATCGCTATAGCCAATGCCTTTGTGGAAGCCCATGCAGGCTGCATGAGCATTCTGCCCGCAGAGGGTAAGGGCACCCGTGTTGAAATTGTGTTGCCGGTCCGCCTGTAA	MNPMVTMAFRFIKITIILVMMFVLSFILCTVIFIYLQDWMSPRGTISMKTFLAVTGIVLMAIFFMAFGWCVGKPLTYLIRWINQLSERNYSQPQEHFHQPSEGSLPHNNYRYPYILYKELFDRMTQLSNQLLQSETERLNMEVKKQEWIASISHDLKTPLSYIEGYAHMLSAADYDWTDEEKQNFSRQISGKTMEMKQLIHDLNQTGRWSVEQFPMNRKSDDIVNFLRDMMIDIANHPLAENASFMFTTEKDVCLMDFDRNLLGRAFQNVLMNAVIHNPSGTQVKCNISIKGNKCFIVIEDDGNGIEDTVLRQALDQSGRGIAIANAFVEAHAGCMSILPAEGKGTRVEIVLPVRL				NA	NA	NA	NA	NA
JZ016_05112	921	bcrA_6		Bacitracin transport ATP-binding protein BcrA	ATGGACGATTATGCAATCGATACACAGGAGTTGACCCGACGGTTCGGGAAGCGGGAAACGGTTAAGCAGATTAATTTGAAGGTCCCTAAGCGGGAAATCTATGGATTTCTGGGGCCCAATGGCGCTGGTAAAACAACAACGATTCGAATGCTCCTTGGACTGATCCGTTCGTCATCAGGTGATATTCGTATCCTAGGCAAGGATCTGAACAAGTACAGAATGGACATTTTAAAGGATGTCGGTTCTCTCGTAGAATCCCCTTCATACTATGCTCACCTATCAGGATATAAGAATCTGAAGATTATGGCGTTAATCCATGGAATACAAGAATCCAGGATTCAGGAGGTTCTGGAATGGGTGAGACTGAGCCAGGCGGCTCATCGGCCGGTCAAAAGTTATTCTCTTGGTATGAAGCAGCGGCTTGGGATCGCGATGGCGCTTATTACAAATCCCAAATTGTTGATTCTAGATGAGCCCACAAATGGACTTGATCCATCGGGAATTCAAGAAATTCGAGAGCTGATTACACGACTTCCCCGCGATTTTGATATCACTGTACTGCTTTCAAGCCATTTGCTGAGTGAAATCGAGCAGGTTGCAACGTGGGTAGGAATTATTAATCAAGGGGAATTGATCTTCCAAGGACCGCTGCAGGAATTAACGGATCGCAGTAAGCCTTATGTCTGGGTGGAGATGGACCGGCCCCTGGAAGCAGCAGCAGCTCTGAATAGTCAAGGCTTTGATGCGGTGCCGGAAATAACAACAGGTCAGATCCGTACCTCCATGATCGACAGGCCGCAATCAGCCGAAATGATTCGTTTCCTTGTCAATCATCAGTATGATGTCTACCGGGTAACGGAGAAGAAGAAAACCCTTGAGGAAATCTTCCTGGAATTAACCGGTCAGGAGAACAGCTTATGA	MDDYAIDTQELTRRFGKRETVKQINLKVPKREIYGFLGPNGAGKTTTIRMLLGLIRSSSGDIRILGKDLNKYRMDILKDVGSLVESPSYYAHLSGYKNLKIMALIHGIQESRIQEVLEWVRLSQAAHRPVKSYSLGMKQRLGIAMALITNPKLLILDEPTNGLDPSGIQEIRELITRLPRDFDITVLLSSHLLSEIEQVATWVGIINQGELIFQGPLQELTDRSKPYVWVEMDRPLEAAAALNSQGFDAVPEITTGQIRTSMIDRPQSAEMIRFLVNHQYDVYRVTEKKKTLEEIFLELTGQENSL	PGPT0011725_115	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011725-nukF|mcdF|sboF-K20459	NA	NA
JZ016_05113	708			hypothetical protein	ATGATGCTGGAGCTGATGCGTGCAGAAGGATTAAAACTTAAGTTATTATGCCGGTGGATGCCTGTAATCCAGGGCATAATCCTGATCAGCATGACGGCCTTGGAGTGGTATCTTTATTTTCGTCAAGGTCCAGGTGGAATCTATGCCGGCTTTGCGGTCATGTACATGTTTTTGTCTTTCGTTTTTTTATTGGGGATTACGCTTCTAGCCAGCATTATGGCCGGTACCGAGCACGAAACCAAGGCATGGAAGCAGCTGCTTGCGATGCCTGTTCCCAAAGCGTCTGTGTATCTGGCTAAACTTTTATGGATCCTTGTATTACAGTTATGTGCCGCAATCATTACGATCATGGGGATGTGCCTGATTTGGGTTCTGTATTCGAATGAACCGATACCTTGGGGAATCATGATATTGCAGCCTCTGTTCGCCTGCTTATCGACATTGCCGATGATGGCTATTCAGCTCTGGCTGTCCACGGTGTTTTCGAACCAGGCTTTACCGCTGGCTCTCGGGATATTCGGCTCCATAACCAGCTTGTTTTTAGCGCGAAGCAATTCTCTTATCATTCAAATCCTTCCCTGGTCGTATCCGGCACTATCCAGCCCGCTGATCCCTGGCCATATGCAGTGGATAGGAATCTCACTTGGAGTAGGGTTCATGCTGACGGTGCTGGGAGCTCTCCTGTTTGCCAGAAGAGAATTTGAATAG	MMLELMRAEGLKLKLLCRWMPVIQGIILISMTALEWYLYFRQGPGGIYAGFAVMYMFLSFVFLLGITLLASIMAGTEHETKAWKQLLAMPVPKASVYLAKLLWILVLQLCAAIITIMGMCLIWVLYSNEPIPWGIMILQPLFACLSTLPMMAIQLWLSTVFSNQALPLALGIFGSITSLFLARSNSLIIQILPWSYPALSSPLIPGHMQWIGISLGVGFMLTVLGALLFARREFE	PGPT0011720_248	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011720-nukE|mcdE|sboE-K20460	NA	NA
JZ016_05114	735			hypothetical protein	ATGAGAATGCTGATACGTGCTGAAGGAATCAAGCTTCAATGGAGTGTCATCACAGTGCTCATCGTATTGGACACGCTGATTAACTCAGCGATGGGAGCGATGCAGCTTGAGAGCTTAAAGGAATTTTTCCCGCCCAGCTGGTTGACGCTCTATATCCATAGCGTTAATTTACACTCTATGTTTTTCTATCCTTTGTACAGCGCAATTATAGCCTCCTTATTATGCTTATATGAGCACCGGGACGGGGGCTGGAAGATAGTCATGAGTATGCCGATCCCCCGCAACAGGCTCTTCTATGCAAAATATATGATGCTCATTGGGATTTTGGGGCTGGTGCAGGTCGTTTTTTTACTCGGTTATGTAGCAACGGGATATCTTGTTGAAGCGCCTGGTGAGATTCCGTGGGAGACGTTACTCTATTCCATTATCGGAGGATGGATCGGTATTTTACCTCTTGCTGCCTTACAGCTTATCGTTTCAATAAGAGTTCGGAATTTTGGAGCCTCCCTGGCGATGTCTCTGGGATATGTGGTGCCGAATATCGTGCTGACAGGTTTTCATTCTGCCATTGGGGCTTGGCTTCCATTCACGATTCCCTACTATGTCATGATGCCACAGGCAGCGCTCTACGCGCCGCGAGTTGAACCTTATAGCCTGTGGTTCATCGTGTTATTTACAGGTATCGTATATTTGTTAATGGGGAAGCGTTTTGTTGAAAAAAGAGATTGGTTGTAG	MRMLIRAEGIKLQWSVITVLIVLDTLINSAMGAMQLESLKEFFPPSWLTLYIHSVNLHSMFFYPLYSAIIASLLCLYEHRDGGWKIVMSMPIPRNRLFYAKYMMLIGILGLVQVVFLLGYVATGYLVEAPGEIPWETLLYSIIGGWIGILPLAALQLIVSIRVRNFGASLAMSLGYVVPNIVLTGFHSAIGAWLPFTIPYYVMMPQAALYAPRVEPYSLWFIVLFTGIVYLLMGKRFVEKRDWL	PGPT0011715_201	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011715-nukG|mcdG|sboG-K20461	NA	NA
JZ016_05115	1311	cycB	COG2182	Cyclodextrin-binding protein	ATGAAGATGAAGAAACTACTTACGCTAGCTGCAACCTTCACGTTGGCGTTCTCCATTACAGCGTGCGGAGGAAATTCACCTGCTCCCGCTGCTGAGGCACCTGCTGAGAATCCACCAGCCCAGGAGACGCCGGCCGAAAATACAGAAGCACCGGAACTTAAGCCGGAGGAAGGCGCTAAATTGATCGTATGGGAAAGTAGAGACGAAAGAGCCTACACCGATGCGGTTGCTAAAGAATTTACCGAGAAATACGGCGTTGAAGTAACCATCGAAGAATTGTCTCCAACCGACCAAGTTACCAAGCTTCAACAAGACGGGCCATCCGGATTGGGCGCTGACGTTGTATTGTTCCCTCACGATAATCTGGGTAAGGCCGTAGCTACCAACCTGGTTCTCCCAAATGATTACTTCGAAGAAAAAACGAAGAGCAGCAACTCGGAAGCCGCTATCCAAGGCGTAAGCTACGACGGTGTTCTGTACGGATACCCGCGCGCTGCTGAAACATACCTGATGTACTACAACAAGGACCTGGTAAAAGAAGTTCCAACAACGATGGAAGAAGTTATTGAGTTCAGCAAAACCTTCACAGACAAATCCAAAAACAAATATGGAATCATGTTCGAAACAGGCAACCTGTACTTCGCATATCCATTCCTTGCTTCCAATGGCGGCTACATCTTCGGTAACGGCGGCGCAGATGTCAACGATATCGGCCTCAACAACGAAGGCGCAGTCAAGAGTATGGAAGTGTATGCAAGCCTGAAAGAAATTCTTCCGGTTAAATCCGGCGACATTACGCCTGATATCAAACGCGGATTGTTCACGGCCGGCGACCTGGCTATGGACATTAACGGACCATGGGAGCTCGGCGGATACAAAGAAGCGCTTGGCGACAAGCTTGGCGTTGCTCCAATCCCAACCATCGGCGGTCAGCCTGCTGTATCGTTCTCCGGTATCAAAGCTTGGTACGTAAGCTCGTTCACGAAATATCCGCAAGCCGCTCGTTTGTTCGCTGACTTTGCGACAAGCAAGGAAGCTCAATTGAAACTGAGCGCACTGGTTGGATCGGTTCCAACTAACAACGAAGCACAACAAGATGATCAAATCAAGAATGACGAGTATGTATCGGCATTCACAGAGCAGTTCAAATCTTCCCAACCGATGCCATCCGTTCCTGAAATGGCTAACGTATGGTCTCCTGTAGGCGCTGCACTGGCTGAGATCTGGGATAACAACAAAGACGTGAAAGAAACGCTTGATAAAGCTGTAAGTCAAGTGAAAGATCTCAACAGTGGTGGAGCTGGCGAGTAA	MKMKKLLTLAATFTLAFSITACGGNSPAPAAEAPAENPPAQETPAENTEAPELKPEEGAKLIVWESRDERAYTDAVAKEFTEKYGVEVTIEELSPTDQVTKLQQDGPSGLGADVVLFPHDNLGKAVATNLVLPNDYFEEKTKSSNSEAAIQGVSYDGVLYGYPRAAETYLMYYNKDLVKEVPTTMEEVIEFSKTFTDKSKNKYGIMFETGNLYFAYPFLASNGGYIFGNGGADVNDIGLNNEGAVKSMEVYASLKEILPVKSGDITPDIKRGLFTAGDLAMDINGPWELGGYKEALGDKLGVAPIPTIGGQPAVSFSGIKAWYVSSFTKYPQAARLFADFATSKEAQLKLSALVGSVPTNNEAQQDDQIKNDEYVSAFTEQFKSSQPMPSVPEMANVWSPVGAALAEIWDNNKDVKETLDKAVSQVKDLNSGGAGE	PGPT0016315_223	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_ARABINOGALACTAN|GALACTOSE_OLIGOMER|MALTOOLIGOSACCHARIDE_TRANSPORT,PGPT0016315-cycB|ganO-K15770	NA	NA
JZ016_05116	1314			hypothetical protein	ATGCGTCAACATCGTACGACAGCAGCCGTATTATCAGCCATCTGTATGGGTCTGGGTCAGCTTTACAATCGGCAATGGATCAAAGGCGTTCTTTTACTTATCGTAGGTATATTCAGTCTGTATTACTTCATCAACAACCTGGGTGATGCCATCTGGGGAATGACAACTTTGGGGGAACAGGGAAGCCATTTAGAGAAAGTCAACGGATTAACCCAAATGGTAGCAGGTGACCATTCCATCAATCTGCTGATTGAAGGACTTATCACCATGATTATGTTTGCGCTTTTTCTTATTGGGTATTACGCCAATATCAAAAACGCATATAACGCTGGAAAACTAAGGGGACAGGGTGGAAAACCCAACAACTTCAGACAGACCCTTTACTATATTTTTGAATGGAAATTCGCGCAATCTTTCCTGACGCTGCCGGCCATCGGTATTTTGTTTTTTACGGTCATGCCGATTATCTTCATGGTCATGCTGGCGTTTACGAACTATTCTGCTCCAAACAATCTGCCGCCGGCAAATTTGGTTGACTGGGTCGGTTTCAAAACCTTCACCAATCTCGTTGCATTGAAATCATGGAGCCATACGTTCTTCGGCGTCCTGACCTGGACGATCATCTGGGCAGTGCTGGCAACGGTAACGACGTATTTTGGCGGTGTGCTCGTTGCACTCCTTATTCAACAAAAAGGAATTCGTTTCAAAGGCGTATGGCGTGTCATTCTGATCATTCCATATGCGATTCCGCAGCTGATTTCCTTGCTCGTCATGCGTAATATGTTTAACGGGCAATTCGGACCGATCAACCAGTATTTAAGATATTTCGGTTTGGAAGGCCTGCCATGGCTGACCGATCCGGTCTGGGCCAAAGTGACCGTTATTATCGTTAATATGTGGGTAGGTATCCCGGTATCCATGCTTCTCGTTATGAGTGTCCTGACTACGATTCCGAAGGATCTTTATGAAGCGGCCGATGTGGACGGGGCGACTGGATTCCAGAAATTCAAGATCATCACCCTGCCGATGATTTTGTTCTCGACGGCACCGGTGCTGATTACGCAATTTGCCGGTAACATTAACAACTTTAACTTGATTTTCCTCCTGACAAACGGTAACCCGGTTGTGGGTGATTATCAATACGCGGGTGCGACGGACCTGCTGGTAACCTGGCTCTATAAACTGACGCTGGATCAGCAGCGGTACAGCATGGCATCGGCCATCGGTATTATCATCTTCATGATTATTGCGACCTTCTCGATTTACAATTATCGCAGAACCAGATCCTTTAAAGAGGAGGATATGATCCAATAA	MRQHRTTAAVLSAICMGLGQLYNRQWIKGVLLLIVGIFSLYYFINNLGDAIWGMTTLGEQGSHLEKVNGLTQMVAGDHSINLLIEGLITMIMFALFLIGYYANIKNAYNAGKLRGQGGKPNNFRQTLYYIFEWKFAQSFLTLPAIGILFFTVMPIIFMVMLAFTNYSAPNNLPPANLVDWVGFKTFTNLVALKSWSHTFFGVLTWTIIWAVLATVTTYFGGVLVALLIQQKGIRFKGVWRVILIIPYAIPQLISLLVMRNMFNGQFGPINQYLRYFGLEGLPWLTDPVWAKVTVIIVNMWVGIPVSMLLVMSVLTTIPKDLYEAADVDGATGFQKFKIITLPMILFSTAPVLITQFAGNINNFNLIFLLTNGNPVVGDYQYAGATDLLVTWLYKLTLDQQRYSMASAIGIIIFMIIATFSIYNYRRTRSFKEEDMIQ	PGPT0016320_596	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_ARABINOGALACTAN|GALACTOSE_OLIGOMER|MALTOOLIGOSACCHARIDE_TRANSPORT,PGPT0016320-ganP-K15771	NA	NA
JZ016_05117	843	malG	COG3833	Maltose/maltodextrin transport system permease protein MalG	ATGGGAATTAAAATGAGAAATGCGATTCGCCTGACGGCAAGTTACATCACGCTTGTCATCATTGCGATCGGTTGTATTTACCCGGCGCTCTGGATTGTTCTGGCCTCTTTCCGTCCCGGAAAGTCGTTGTACAGCAAGTCCTTGATTCCAGAATCTTTTACGCTCAGTCATTATAAAGAATTGTTTACGTCCCAGAGCTTTCTGTTTGGCACATGGTACATGAACACGTTGAAAATTGCGATATTCTCCATGATTATTGGGACCATTCTTGTCCTGCTCACAAGTTATGCGGTCTCCCGATTCCGGTTTAAAGGCCGGCAGAATGCGCTATCGGTCATTCTCGTGCTGGGGATGTTCCCGGGCTTCATGAGTATGATCGCGCTGTATATCCTGCTGAATTCCCTGGATCTGCTGAACACGCATGCGGCGATGATTATCGTGTATGCGGCAGGGGCGCCGCTAGGCGGAACCCTGATCATGAAAGGCTTCCTGGATACGATACCGCGAAGTCTGGATGAAGCGGCGAAGATCGACGGAGCTACCAACTTCCAGATATTCCGCAAAATCATTCTGCCGTTGTCGAAGCCAATGATCACGTATATGGGCTTGACGCTGTTCGTTGGCCCATGGGTAGACTTTATCTTTGCGAGACTCGTGCTCCGGACAAAAGAAAACTGGACGCTCGCCGTCGGCCTATGGGATCTCGTCAACTCCACCCAGGACAGTAACTTTACGTTGTTCGCGGCGGCATCCGTGCTGATCGCACTGCCGATCACCTTGCTGTTTGTCTTCCTGCAGCGTTTGCTTGTCGATGGCATGACGGCTGGTGCAAGCAAAGGGTAA	MGIKMRNAIRLTASYITLVIIAIGCIYPALWIVLASFRPGKSLYSKSLIPESFTLSHYKELFTSQSFLFGTWYMNTLKIAIFSMIIGTILVLLTSYAVSRFRFKGRQNALSVILVLGMFPGFMSMIALYILLNSLDLLNTHAAMIIVYAAGAPLGGTLIMKGFLDTIPRSLDEAAKIDGATNFQIFRKIILPLSKPMITYMGLTLFVGPWVDFIFARLVLRTKENWTLAVGLWDLVNSTQDSNFTLFAAASVLIALPITLLFVFLQRLLVDGMTAGASKG	PGPT0016325_939	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_ARABINOGALACTAN|GALACTOSE_OLIGOMER|MALTOOLIGOSACCHARIDE_TRANSPORT,PGPT0016325-ganQ-K15772	NA	NA
JZ016_05118	2037			hypothetical protein	ATGAACATGATGAGACGTTTTCAATTCAAAGCGGTTGGGATGAAGCTGTTTGTTATCTTTTTTACCACGATCGTGCTGTTATCTTCGGCGCTCGGGTTATTATCGTATTCCATCTCCAAAGACACGGTGATGGATCAGGTGTCGGAAGCGACTTCGGGGCAGATGATGCAGGCGGCGGACAAGCTGGATTTTCTGCTGGCGCAATATGAAGCCGCTTCCCGCCAATGGGCGCTGGATACGGTTCTTCGCGAGGACCTCGTTACGGTAAGTACGGCGGGTATCGGCATTCGGGACAAAACGCAGGCCGAGAACCGAATCCGGGAGAAATTGAACGGGATGGCTTCTTCGGATAAACGTCTGCAGGGCATGCGCCTGGTTGCGCCCAATCTTCAAGCTCAAAGCTCCTATAACTCAACGGGCTTAACGGGAATGTCTTCCGCAGAAAGCGTGAAGGCGAAGATGGACCGGATTATACAGGCCGATGGCGAACCGGTATGGTTTCCGACCGAGGTTCAAGGCTTTATGGAGAACGAGAAAACCGCCACCATGTCGATGGGGAGATTGCTGAAAAATCTGAAGAATCCGGATGCGCAATATATCCTGTTGATCGATATCAAGGAAGAGGCGGTCGGATGGGTGCTGGCCAATTTAAAAATAGGGAACAACGGCCGGATGCGAATCATTGCCGAGGATAACCGGATCGTACACGACATGGACTCGGCTCAGCTGATGCAGCCGTCCGCCATCACGGTTCCTCAAGATACCGAAGACGGAGGGATTTATTACACCGCCGACGAGCAGATGGTGGTGTATACCCCGCTGAAGACGGCTCCTTGGCATATGGTCGGCTTTGCTCCCGTTAGCGATTTTGTGCAAGCCACGGACAAGCTATTGGTTGTAACGCTCGGGGTTATTGTGGCCGCGGTTCTGGTTGCGATACTGCTAGGCTATTATATGATGCGTTCCATCGGCCGCCCCCTGAATCAGATGTGCCGTCTGATGGAAGAGGGAGAGCAAGGAAATCTGAAGGTTCGGACCGAGTTCCGGCGTGCGGATGAAATTGGCCGACTCGGCCACAGCTTCAACCGGATGATGGGGCAAATTTCGGCTCTGGTCGATCAGACGAATGCTTCCGCGAAGCAAGTGCTGGCCACGGCGGAGGAACTGGCGGGAGTATCGAAGGGAACCTCGCTGACGGCTGGTGAAATTGCATCGGCCATGGAGCAGATTGCACAGGGAAGCGCAAGCTTGGCGATGGAGGCCGAACGGGAGAATCAGCTGGCTGAGAACATTGGCTTTCAGATGAGTAAGGTATCGGATTCGAATCAAGTGATGGAGGCCGCGGCTGATCGCGTGCTTCAGGTGACGGGAGAGGGCGCACGGCATATGGACAATCTGGTGGAGAAATCCACGCGGATTAATCAGGTGAACCGGGCCATTGTCCAGAATGCGGAGAAGCTGAAGGAGAACACCGCGTCGATTCACAAAATATTGGAGCTGATGTCGGAGATCACGCATCAAACCAACGTGCTGTCCATTAACGCGACGATTGAAGCAGCCCGTGCGGGGGCAGCAGGCAGCGGCTTCATGGTCGTAGCCAATGAAGTGCGCAGCTTGGCGGATCGTTCCAAGGAATCGATCCAGACCGTAGGCGCGATGATCAAGGATATCCGATCTGAAGTACAAGGCTCCGTTGATGCATTGACGTCGGCATCACCGCTCTTTGACGAGCAGCTGCATTCGGTTCAGGAAGCCCAGGGCGTATTCGATCATGTACGCTACGAGATGGATGCCCTTTTGGCCGAGATCCGCGAATCGACCCGGTCGGTAGAGGTACTGATCGGTTCCCAGCTTACCCTGACCGACTCGATCTCGGAGGCAAGCTCGATCGTTCAAGAGACCAGCGCCGCCACGGAGGAGGTCGCTTCGATGTCATCCGAGCAGTTCAAAGTGAGCGAGAAGCTGGTTGCCCTGTCTTCACGCTTGGAGGAGCTGTCGGAGGGTTTGCGCAAATCTTTGGTGATGTTTAGGACGTAA	MNMMRRFQFKAVGMKLFVIFFTTIVLLSSALGLLSYSISKDTVMDQVSEATSGQMMQAADKLDFLLAQYEAASRQWALDTVLREDLVTVSTAGIGIRDKTQAENRIREKLNGMASSDKRLQGMRLVAPNLQAQSSYNSTGLTGMSSAESVKAKMDRIIQADGEPVWFPTEVQGFMENEKTATMSMGRLLKNLKNPDAQYILLIDIKEEAVGWVLANLKIGNNGRMRIIAEDNRIVHDMDSAQLMQPSAITVPQDTEDGGIYYTADEQMVVYTPLKTAPWHMVGFAPVSDFVQATDKLLVVTLGVIVAAVLVAILLGYYMMRSIGRPLNQMCRLMEEGEQGNLKVRTEFRRADEIGRLGHSFNRMMGQISALVDQTNASAKQVLATAEELAGVSKGTSLTAGEIASAMEQIAQGSASLAMEAERENQLAENIGFQMSKVSDSNQVMEAAADRVLQVTGEGARHMDNLVEKSTRINQVNRAIVQNAEKLKENTASIHKILELMSEITHQTNVLSINATIEAARAGAAGSGFMVVANEVRSLADRSKESIQTVGAMIKDIRSEVQGSVDALTSASPLFDEQLHSVQEAQGVFDHVRYEMDALLAEIRESTRSVEVLIGSQLTLTDSISEASSIVQETSAATEEVASMSSEQFKVSEKLVALSSRLEELSEGLRKSLVMFRT	PGPT0015710_4721	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_05119	687			hypothetical protein	ATGCACTTTTTTAAACGATCGGTCGTTAAATTATTGACAGTACATTGTTATAATCCTTATAATGGCATTAATTCAAATGAAGGGAGCCTGAGGGTTATCAAGAAAAGAGAGATTACATCAAGTCATATCATCCAAGCAGCATATGAGCTGTTTGCAGAGCATGGGATAGAGAGAACGAGTTTGGGGTTGATTTCAAAAAAAGTAGGCATAACCAAATCCTCTATATACTACCATTTTGCAACAAAAGAAGAGTTGATTAGCCGAACCTTTGAGTATATTTTTAAAGATCATTATTTTGCTGCTTACTTTGATAATGAATCCGTTAATAAAGACAATTTTATAGAGACGATAATTAGAGGCGGTTTAAACATGCTGCCAAGCGATGGCCAAGAGTATCGTTCAACCTTAAGAGTGCTTAGTGAGTTCACGATGCTAGCCGAGCGTGATGACCAATTTAGAGCTCCCTTATTGAAAGTTCAACAAGATTTTGTCAACGGTTTTTATAATTTATTGTCAAAAGGCGCCGAATGGGATCTAGTTGAACCTACAAAAATCGAAGTAAGTTCTAAAATTCTCGCCCTGCTTATTGATAATTTGTCTAGATGCAAAATGATGAAGATGGATTTGGAATATCAGATGATTTGGGAAGAGACTGTTAATCGAATTATGATTCGAGAAAATACATAG	MHFFKRSVVKLLTVHCYNPYNGINSNEGSLRVIKKREITSSHIIQAAYELFAEHGIERTSLGLISKKVGITKSSIYYHFATKEELISRTFEYIFKDHYFAAYFDNESVNKDNFIETIIRGGLNMLPSDGQEYRSTLRVLSEFTMLAERDDQFRAPLLKVQQDFVNGFYNLLSKGAEWDLVEPTKIEVSSKILALLIDNLSRCKMMKMDLEYQMIWEETVNRIMIRENT				NA	NA	NA	NA	NA
JZ016_05120	756	yueD_2		Benzil reductase ((S)-benzoin forming)	TTGAAACATATTATTATTACAGGTACATCAAGAGGTATCGGTGAATCTTTGGCTAATCAATTAATCGATAAGAACCACCACCTTATATGCATCTCTAGAACCACGAACCAACGGATTATCGATCTAGCCAAGGAGAGAGACTGCAAAATTGATTATTTTAATTTTGATTTAACAAACATTGGCGAGATTGATCAACTTTTCGAAGACATCTTCAGTCAAATTGAGCTTTATTCCAACGATGAGGGGATTTATCTTATCAATAATGCCGCCATGTTGACTCCAGTGAGCCCAATTGAACGGATAGAAACTGAAAAAATAATAGAGAACATCCATTTAAATCTATTAGCACCAATGATAATAATCGCAAACTATCTTAAACGTAGCAAAGATATGAATGTGGACAAAAGAATTCTAAATATATCCTCAGCATCTGCAAAATTTTTATTACCGTCACAAAGCTGTTACAGTACTGCAAAAGCTGGCCTTGACTCGTTTACTAAAAGTATAGACATCGAGCAAAAGCTCGTGACATATCCAGCAAAAGTAGTCGCTATATATCCAGGTATGATCGACACCAATTTACAATCGGAAATTCGATCCGTAAGTAATGATCTTTTCCCATATGTTAATGAATTCATTCAACTTTCTGAGGAAGGGAAATTACAAACGCCTGAATACACTGCGCACAAATTAATCGAGATTCTGCTAAGCGAAGATTTTGGTAAAGCTGTTGTTATTGAAACCATTGATCAATGA	MKHIIITGTSRGIGESLANQLIDKNHHLICISRTTNQRIIDLAKERDCKIDYFNFDLTNIGEIDQLFEDIFSQIELYSNDEGIYLINNAAMLTPVSPIERIETEKIIENIHLNLLAPMIIIANYLKRSKDMNVDKRILNISSASAKFLLPSQSCYSTAKAGLDSFTKSIDIEQKLVTYPAKVVAIYPGMIDTNLQSEIRSVSNDLFPYVNEFIQLSEEGKLQTPEYTAHKLIEILLSEDFGKAVVIETIDQ				NA	NA	NA	NA	NA
JZ016_05121	546			hypothetical protein	ATGAAAAAAGGGATCTATCTTGCTATCGCAATTTGTGCCATAAGCATACTAGCGGTGGGGTGTGGTAGCAAGCCTACTTCTTCTGATCCAGTGCAGGGTTCTGACCCTGCAAGTACTGCACCCGTGCCATCAGCTAATCAGGACGAGGAGGGCGAACAATCTCAAGAAATTCAGGTTTTTTACGCGGACGGCCAACTATACAAACTAGAACAAAGTACGAAGAAAATTACTTTTGAGGATGACTCCGACAAATACAGTAAAACGTTTGCTGCCCTTAAAAGTAACGATCAAACTGAATTGATCTCATTGTGGAATAGTATTGATTTACTCTCATCAACGTTTAATCAAGGAAAATTGACACTTGATGTGCATATTCCGGATGAAGCAAGATTAGGTGCTGGAGGAGAACTTCTAGCCATCGATGCCCTGAAAGAAACATTTTTTCAGTTTGAAGAAATAAGCAGTATTGATCTGCTTGTTGACGGAGATGCAACTGAAAGCTTAATGGGTCATGTGGAATTAGAACATCCACTAACCCGTGAATAA	MKKGIYLAIAICAISILAVGCGSKPTSSDPVQGSDPASTAPVPSANQDEEGEQSQEIQVFYADGQLYKLEQSTKKITFEDDSDKYSKTFAALKSNDQTELISLWNSIDLLSSTFNQGKLTLDVHIPDEARLGAGGELLAIDALKETFFQFEEISSIDLLVDGDATESLMGHVELEHPLTRE				NA	NA	NA	NA	NA
JZ016_05122	1392			hypothetical protein	ATGAAGAAATCTATAATGATGCTACTGTTTACTGCACTGCTACTCTTTCTAAACCCTATGCACGCTCAAGCGGCTACAAATCAAACAAAAATATTTTTAGATGGCCAGGAGCTTGGGTTACCTAATTCTGTTGAAGTCGTTAATGTACGCAACAACATCATGATTCCAATTCGAGTAGTCGCTGAGAATTTAAAGTTCAATGTGAACTGGGACAAAAAAACACAAAATGTACATATTCAACAAGGTTCTAAAGCAATTTCATTGACTGTTGGAAAAAATGAGGCTTTAGTCGAAAACAACACTGTGACGCTCAACGTTGCTCCTCAAATGATTAAGAATACGGTTGTCGTACCCATGCGTTTTGTTAGTGAAGAAATGGGTCTGAGCGTTGGCTGGAATAACAAAGACAAGATTGTTACTCTATCTAGCAATACATCCCTTCCATCCCAACCCTCTAATGAAAGTGGGATCGAAGCAACCACTAAGCAAATTCATGAAATAAACTATGCAAATAACCAACTGGTGGTTTCGTTAGACCATGAAGTTACTCCAGTCATAACTACTCTTCAAAACCCTGAACGAATCGTCGTGGATTTCCCATCTACCAACTTGGGAGATATGGGACAAGCACTCTCTAGCGGAGCCATGGAGAGATTGGATACTAGTGAATCTCCAAATATTACCGATATACGTTATTCTCTTTTCAAAAATGACCCTGCTCAAGTTCGAATCGTGATTGAATTAAACAATGTTCGTTCGGTCAATTATGAGCAGCAGACCATCGCCGGCAAATTCATCCTTGATTTGAGTATGGTAAACGACCCTGCACCTGCAACTCCTGTCAACAGTGGCAAGAAAATAGTCGTTATTGATCCGGGACATGGTGGAAGTGATCCAGGTACAATAAGTTTCACGAAAAAACCTGAGAAGATTTTCACCCTTGCTTTAGGCCTTAAAGTTCAGGCTCTCTTGCAACAAGAACCTAGCATAGAAGTGATTATGACTCGTGAAACGGATATTTACCCTACACGATCGGAACGAGTTAAACTTGCTAATGATCTAAAGGCGGATGTGTTTGTTTCTATACACGGGAACAGCGTAAAGGCTGCTCCTCAAGTATCGGGAACCGAAACGTATTATTACCAACGTGAAAGTAGTAAAGAACTAGCAGACCTCATTCATAAAAATTTGATTAAGGCCTTGGGATTTCAAGATCGTGGTGTTAAGAACGGAAACTACCAGGTCATCCGGGAAACCACAATGTCTGCGGTTCTCTTGGAAGTCGGATTTTTAAGTAACAAATCTGAGGAGGAGGCCATGATGTCAGAAACCAATCAAAATAAAGCGGCACAGGCCATTGTTGATGGAATAAAAGAATATCTGACGTTATAA	MKKSIMMLLFTALLLFLNPMHAQAATNQTKIFLDGQELGLPNSVEVVNVRNNIMIPIRVVAENLKFNVNWDKKTQNVHIQQGSKAISLTVGKNEALVENNTVTLNVAPQMIKNTVVVPMRFVSEEMGLSVGWNNKDKIVTLSSNTSLPSQPSNESGIEATTKQIHEINYANNQLVVSLDHEVTPVITTLQNPERIVVDFPSTNLGDMGQALSSGAMERLDTSESPNITDIRYSLFKNDPAQVRIVIELNNVRSVNYEQQTIAGKFILDLSMVNDPAPATPVNSGKKIVVIDPGHGGSDPGTISFTKKPEKIFTLALGLKVQALLQQEPSIEVIMTRETDIYPTRSERVKLANDLKADVFVSIHGNSVKAAPQVSGTETYYYQRESSKELADLIHKNLIKALGFQDRGVKNGNYQVIRETTMSAVLLEVGFLSNKSEEEAMMSETNQNKAAQAIVDGIKEYLTL	PGPT0024160_1964	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
JZ016_05123	351			hypothetical protein	TTGAAAAAAACAGTACAAGTCCTGGGGCTCATCATCGTGATTGGAGCATGCTTGTGGATGTTCTTCTGGGATTCGGAGAAGCTGACCCCTGAAAATTCTGCAGGAAAAAACATCTATTATACGATGATAACCGGCCTCGGTATTCAAGATGACAATGGACGTTACAACTATGAGCTGACTTCATATAATGTGAAAGGAAATGAACGCAGGCTTGGGTTTTCGACCGGAAAGCAATTAAGAGAAGGAGCTTATGTACAGCTATATCACACGCTGCTTCGGGGGGTCACGCATTGGGAAGAGGTTGCCTTCGAGGAACTGCCTGAAGCGGTTCAGGGGCGATATCGACAATAA	MKKTVQVLGLIIVIGACLWMFFWDSEKLTPENSAGKNIYYTMITGLGIQDDNGRYNYELTSYNVKGNERRLGFSTGKQLREGAYVQLYHTLLRGVTHWEEVAFEELPEAVQGRYRQ				NA	NA	NA	NA	NA
JZ016_05124	732			hypothetical protein	ATGAAACGAAGTATTTCTGCTGAATGGATAAAACTGCGTCATTCTCGAATTGGCCTTATCATCGCGGTACTTCCAATTCTAAGTTTGTTGATTGGATGTGCGAATTATTATTTTAACCAGGACGCCCTGCAAAATGGTTGGTACAGCCTGTGGACCCAAGTCGCCCTATTCTACGGTGTGTTTTTCCTGCCTATTCTGATTTCCATCTGCTGTTCCTATATTGGTAGGCTGGAGCATTTAAACCGGAATTGGAATATGGTTATGACCTCTCCTGTTTCGATTGCCAGCGTGTTTCTTGCCAAATGGATGGTAGTCGGCATATTAATCTTGTTCGCACAAGTACTGTTCATGGGACTCTATTGGCTGGCAGGCACCTTATTCTCCTTACCAGGGCATTTCCCTGTAGAAACTATAGGTTGGATGATCCGTGGATGGTATGCGTGTATGTCCATAACTGCTCTACAATTGGGGCTTTCGCTGCGGATCCGCAGCTTTGCCACGCCGATCGGCATTAGTTTGTGCGCGGTCTTTATTGGTCTGGGTATGTATATTGCCAAGTTAGGAATATTTTTCCCGTTCTCGTTACTCAACATCGGGATGAGTGTGATGAGTCAAGATCCGTTAACAGGCATGCAGAACATTCTGTTTTGGTTGATCAATTTGGCTTTCATTATCATTTTTTCATCGATGTCTATTCGCCGGTTGAAGAATAAAGACATTGTATCATCCTGA	MKRSISAEWIKLRHSRIGLIIAVLPILSLLIGCANYYFNQDALQNGWYSLWTQVALFYGVFFLPILISICCSYIGRLEHLNRNWNMVMTSPVSIASVFLAKWMVVGILILFAQVLFMGLYWLAGTLFSLPGHFPVETIGWMIRGWYACMSITALQLGLSLRIRSFATPIGISLCAVFIGLGMYIAKLGIFFPFSLLNIGMSVMSQDPLTGMQNILFWLINLAFIIIFSSMSIRRLKNKDIVSS	PGPT0011715_263	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011715-nukG|mcdG|sboG-K20461	NA	NA
JZ016_05125	753			hypothetical protein	GTGATCAAATTGTTAGGGCTGGAGTATTATAAAATCCGTCGCAAAAAAATAGGGATCATGATGATATTATTTCTTGTCATAGAGATGCTGTGGGCTTTTATGTCCATAAGCCGGTCCATTGCGAGCAACCCGGATCACGCCGTGTGGGAATCCGTTTTTTTTAGTATATCATCCATGAATGGTTTGTTTATGCCCATTATGTCGGCTGTTGTTGTCTCACGTATTTGTGATATGGAACATAAGGGATCGACCTGGAAAATGCTTGCTGCTACCAATGTTGGACGCGGACGGCTCTACGCAGCGAAGTATATATGTACCAATAGTCTAGTCCTGTATGGCATCGGGGTACAGGCTTTATTCATAATCGTGATCGGGCTCACAAAGGATTTCCCCGGCTCGCTGCCTAGCGATTTATTATTCCGGTTCGTTGGAGGCACTCTCCTCACGACGCTTGCTGTTACAGCTCTTCAACAGTGGATATCTTTTGCTATCAAAAATCAGGCTTTTGCGCTGTGTTTAGGCATGCTGGGCGGCTTCATCGGAATGACCGCCGGATTATTTCCGGCTGCTATTCGACATCTTCTTATTTGGTCTTACTATTTGGATCTCAGTCCAGTTACTTATCGATACGCCGAGTCTGCGAGTGTCTATATCGTACAGCCTGAAAGTGTTGGAATCATACTGGGTTCGTTGATCATGACTCTCCTGTTCTATTTCGTGGGGAACTTCCAAGTAAGCAGGCAGGAAATCTGA	MIKLLGLEYYKIRRKKIGIMMILFLVIEMLWAFMSISRSIASNPDHAVWESVFFSISSMNGLFMPIMSAVVVSRICDMEHKGSTWKMLAATNVGRGRLYAAKYICTNSLVLYGIGVQALFIIVIGLTKDFPGSLPSDLLFRFVGGTLLTTLAVTALQQWISFAIKNQAFALCLGMLGGFIGMTAGLFPAAIRHLLIWSYYLDLSPVTYRYAESASVYIVQPESVGIILGSLIMTLLFYFVGNFQVSRQEI	PGPT0011720_75	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011720-nukE|mcdE|sboE-K20460	NA	NA
JZ016_05126	918	bcrA_7		Bacitracin transport ATP-binding protein BcrA	ATGAGTACACTCGCTATTGTGCAAACGCAAAATCTGTCTAAAACATATGGGGCAAATAACAGTGTAAATAAAGTGGATTTACGTGTTCAAGAGGGAGAAATCTATGGTTTTCTGGGCCCAAACGGTGCAGGGAAAACAACGACGCTAAAAATGCTGCTCGGTCTCGTCAAGCCAACGGAAGGGACCATCCATATTTTCGGACAAGACCTGAGCAAACATCGGCCATCCATTCTGCAGCGAACCGGATCGCTGATTGAATCTCCCTCTTATTACGGGCATTTGACCGGGCTTGAGAATATGAAGGTTATGCAGCGCCTTCGGAACGTACCCGATAAAAATGTTCACGAGGCGCTTCGTATTGTGCGGCTGGAAAATCAAAAAAACAAAAAAACGGAACAATATTCGCTGGGAATGAAGCAACGGCTGGGCATCGCGATGGCCCTGCTTGCTTTTCCCAAGCTGCTGATCCTTGATGAGCCGACGAACGGACTTGACCCCGCGGGCATTGGGGAAATTCGGGAGCTCATCAAATCATTGCCTGAACGCTATGGAATCACTGTATTGCTCTCCAGCCATCTCCTCTCGGAGATCGAACAAATCGCTACCTCAGTAGGCATTATTACTCAAGGGAATCTGTTGTATCAGGGGAGTATGGCAAGTTTGAAGCAAAAAAACAGAAACGCCATTTATATGAAAACCGGGGACAACGCTAAAGCCGAGCAGCTACTACTCACTCAAGGATACAACCCGACACAAAGTGGCAGCCGGCTTGAGCTCTGCACGCTTCAGGATACGGAAGTGGCGGAGATGAACAGGCTGCTTGTTGAACATAAAATCGAAGTCACTCGAATCGAAGAGCAGAAGAAAAGTTTGGAGGATATATTCCTGGAGCTGACAGGAAAGGGGCGGAGCTTGTGA	MSTLAIVQTQNLSKTYGANNSVNKVDLRVQEGEIYGFLGPNGAGKTTTLKMLLGLVKPTEGTIHIFGQDLSKHRPSILQRTGSLIESPSYYGHLTGLENMKVMQRLRNVPDKNVHEALRIVRLENQKNKKTEQYSLGMKQRLGIAMALLAFPKLLILDEPTNGLDPAGIGEIRELIKSLPERYGITVLLSSHLLSEIEQIATSVGIITQGNLLYQGSMASLKQKNRNAIYMKTGDNAKAEQLLLTQGYNPTQSGSRLELCTLQDTEVAEMNRLLVEHKIEVTRIEEQKKSLEDIFLELTGKGRSL	PGPT0011725_129	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011725-nukF|mcdF|sboF-K20459	NA	NA
JZ016_05127	714	walR_9	COG0745	Transcriptional regulatory protein WalR	ATGGAGAATTTAAAAGACAAAAAAATATTAATTGTAGATGATGAACCGGAAATCAGAATTATGATCGAACGATTTTTAAGAAAAGAGGGCTTTTACCGTATTTCCATGGCAGGCGACTGTACTTCGGCTCTGTCGATCTGCCGAGAGGGTAAACCGGATATCGCGATTCTTGATGTCATGCTGCCTGATGGCGACGGATTCTCGCTTCTGTCTTCCATTAAACAGTTGATAGATATTCCGATTCTTTTTCTTTCCGCGCGAGGTGAGGATGAAGATCGATTGCTTGGACTGGGTTTGGGGGCAGATGATTACCTTGTGAAACCTTTCCTGCCGCGGGAGCTGGTATTACGGCTGATGGCAATACTGAAGCGGGTTTACTCCTCTCCCGTGGCAGAGCGTCTGCCTGTCTTCCGATTGGGGGAACAGACGATAGACCTCGAGAGTGCTGTCGTGCACAGGAATCAGAAGGAACTGTCATTGACGGCAAAGGAACATGCGATTCTTGTGAAATTGTACGAGAACCAAGGCCGAATCGTCACGAGCGATGCCTTATGTCAAGCCGTTTGGGGAGATGACAGCTACGGATACGAAAATACATTGATGGTCCATGTCAGACGGGTACGGGAAAAAATCGAGCGGGATCCTTCTAAACCGATTCATCTACTCACCGTCAGGGGACTGGGATATAAGCTGCTGGTGAAGGAGATACGTTAG	MENLKDKKILIVDDEPEIRIMIERFLRKEGFYRISMAGDCTSALSICREGKPDIAILDVMLPDGDGFSLLSSIKQLIDIPILFLSARGEDEDRLLGLGLGADDYLVKPFLPRELVLRLMAILKRVYSSPVAERLPVFRLGEQTIDLESAVVHRNQKELSLTAKEHAILVKLYENQGRIVTSDALCQAVWGDDSYGYENTLMVHVRRVREKIERDPSKPIHLLTVRGLGYKLLVKEIR	PGPT0013765_133	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
JZ016_05128	1428	sasA_36		Adaptive-response sensory-kinase SasA	GTGGAGGGGATTATTCGCATATTACGGCGGTTTGTCGCCTCAACCCTATTGTTCTCGTTATTTCTGCTTCTTTTTAATTTCGTATTACTAGGCACGCTAGTGTTCACGGAAAATGACCAGAACTCGTCCCCGGAAGGCATAGTTAAGCAAGTGACCCAAGGCTTGGAGATGCAGAAGGACAGCTTTCAACTGGACGGGCAAGCTACCGAGCTGCTGCAGCAGAATCATGCCTGGGCCATGCTGCTCGGTGAAAATGGTCATGTGATCTGGGATTATCATTTACCTCATGATGTTCCTGCTTTCTACAATCTAGTCGATGTAGCCAAGTTCTCACGGTACTACCTTAAGGATTATCCGGTTTATACATCGGAACATCAGGAAGGACTGATGGTCGTAGGGTATCCCAAGGAAAGCCACTGGAAGTATCAATTGGACTTCCTTGCAGAATGGATAAGCTCGTTGCCCCTGCGGATCGTGCTGCTGCTACTTTGTAATTTGGCGTTGGCCTTACTGATATCTATTATCATTGGCACACGGCTCATCAGAAAGATACGGCCTCTGGTGGACGGAGTCCACAATTTAGCTAGGGAACAAGAGGTTCAGCTTGACACCAAAGGGATATTTGGTGATTTGGCCCAGAGCATGAATTCAGCATCAGCGATATTCCAGAACAAGACAGCCGCGCTGCAGTCACGGGATGAAGCACGTGCCAACTGGATTGCCGGGATTTCTCATGATATTCGGACGCCGCTCTCCCTCATACTCGGTTATGCCAGCGAAATGGAGGATCAATCGGACTTGTCGGAGGAGCAGAGGCATCAGGCCGGTATTATCCGGAGCCAAGGCGAGAAGCTGCGCTCACTGGTAAGTGATCTGAATCTGGTCTCTATGCTTGAATATGAAATGCAGCCTTTGAACTTGAAGTACATCCGGCTATCGGTTCTGGGTAGACAGGTTGTCACGGAATTTTTGAATCATGGTTTGGATAACCGGTATGACATTGAATTAAAACTAGCGGATGAAGCGGTTCGGATCTATGGGGATGAGAAATTGTTGCTCCGGGCAATCAGCAATCTTGTCCAGAACAGTGTGCGTCATAACTCGCAGGGCTGCAAAATCACAATAGAAACCTCTCTATCCCAAGATCGCTCCCAATATCGCATGATCGTAAGGGATGATGGGCGAGGAATCCCTCAAGAGCAATTGGCGGAGATTACCGAATTGTACTTTTCTGCAAAGAGAAGGCGCCCTGCCCAGCAAGGTCACGGCCTGGGGCTTCCGATGGTAGCAAGGATTGCGAAGGCGCATCATGGCCACCTCCTTCTTGCAAATGGTGAGGACCAAAGAGGTCTAACAGCGATCATGGAATTCCCTGTGCAGTCGCAGAATGAAACAGTGGAAGATTGGCAAGTGGGTAGCCATCGATGA	MEGIIRILRRFVASTLLFSLFLLLFNFVLLGTLVFTENDQNSSPEGIVKQVTQGLEMQKDSFQLDGQATELLQQNHAWAMLLGENGHVIWDYHLPHDVPAFYNLVDVAKFSRYYLKDYPVYTSEHQEGLMVVGYPKESHWKYQLDFLAEWISSLPLRIVLLLLCNLALALLISIIIGTRLIRKIRPLVDGVHNLAREQEVQLDTKGIFGDLAQSMNSASAIFQNKTAALQSRDEARANWIAGISHDIRTPLSLILGYASEMEDQSDLSEEQRHQAGIIRSQGEKLRSLVSDLNLVSMLEYEMQPLNLKYIRLSVLGRQVVTEFLNHGLDNRYDIELKLADEAVRIYGDEKLLLRAISNLVQNSVRHNSQGCKITIETSLSQDRSQYRMIVRDDGRGIPQEQLAEITELYFSAKRRRPAQQGHGLGLPMVARIAKAHHGHLLLANGEDQRGLTAIMEFPVQSQNETVEDWQVGSHR				NA	NA	NA	NA	NA
JZ016_05129	105			hypothetical protein	ATGAGCTGGCGCGGAAGATCCAAATTGGAGCGATTTGAGATGGCCGCCACTTTTATAATGGATGTGATACTCTATATCCCGCGTTTGATTATGAAGCTGTTTTAA	MSWRGRSKLERFEMAATFIMDVILYIPRLIMKLF				NA	NA	NA	NA	NA
JZ016_05130	2142	cgt		Cyclomaltodextrin glucanotransferase	ATGAAAAAGTTTTACAAACTGACAACTTCTCTTGCCCTTAGCTTGTCCCTGGCCTTGAGCCTTCTCGGCCCTGCTCATGCGGCCCCGGATACTTCGGTGTCCAATAAACAAAATTTCAGCACCGATGTCATTTATCAAATCTTTACGGACCGTTTCTCCGACGGCAATGCGGCCAACAACCCGACCGGACCTGCCTTTGACGGTACCTGTACCAATCTGAGGCTATACTGCGGCGGTGACTGGCAAGGGATCATTAACAAAATCAACGACGGCTACCTGACCGGCATGGGCGTTACCGCCATTTGGATCTCCCAGCCTGTCGAGAACATCTACAGCGTCATCAACTATTCCGGCGTGAACAATACCGCTTATCACGGCTATTGGGCCAGAGATTTCAAGAAAACGAACCCGGCTTACGGCACGATCGCCGATTTCCAGAATCTCATCGCAGCCGCTCATGCCAAGAACATCAAAGTCATCATCGACTTCGCACCGAACCACACCTCTCCCGCTTCCTCGGACCAGCCTTCATTCGCGGAGAACGGCAAGCTGTACAACAACGGCACCCTGCTCGGCGGATACACGGGCGATACAAAGAATTTGTTTCATCATAACGGAGGCACCGATTTCTCAACAACAGAGAACGGGATTTACAAAAACCTGTACGACCTTGCCGACCTGAATCACAATAACAGCACCGTGGATACCTACCTGAAGGACGCCATCAAAATGTGGCTCGATCTGGGCATTGACGGCATTCGAATGGACGCGGTGAAACATATGCCGTTTGGCTGGCAGAAGAGTTTCATGGCTACCGTCAACAACTACAAGCCGGTCTTCACCTTCGGTGAATGGTTCCTCGGCGTGAACGAAGTAAGTGCAGAGAACCATAAGTTCGCCAACGAATCCGGCATGAGCCTGCTGGACTTCCGTTTCGCTCAGAAGGTACGCCAGGTATTCAGGGACAACACCGACAATATGTACGGTCTGAAGTCCATGTTAGAGGGCTCGGCAACCGATTACGCGCAGGTGGAGGATCAGGTTACGTTCATCGATAACCATGACATGGAACGCTTCCACAATAACAGCGCGAACCGCCGTAAGCTGGAGCAAGCGCTGGCCTTCACGCTCACTTCCCGCGGCGTGCCGGCCATCTATTACGGAACCGAGCAATACATGTCCGGCGGCAACGACCCTGACAACCGGGCAAGAATTCCTTCTTTCTCTACGACGACGACCGCTTACCAAGTAATTAAAAAGCTGGCGCCACTACGCAAATCCAATCCGGCCATCGCCTATGGAACGACCCAAGAGCGCTGGATCAACAATGATGTGCTGATCTATGAACGCAAATTCGGCAGCAACGTGGCGCTTATCGCTGTAAACCGCAACGTGAATACGCCGGCTTCCATTACGGGATTAGCGACTTCATTGCCTGCCGGCAGCTATGCCGACGTGCTGGGCGGACTTCTGAACGGCAACAGCTTGACTGTTGGCACAGGCGGAGCAGCTTCCAACTTTACGCTCGCTGCGGGCGGTACGGCCGTATGGCAATATACCACAGCCGTGACTTCGCCAACGATCGGGCACGTAGGACCGATGATGGCCAAACCAGGCGCAACCATCACCATTGACGGCCGCGGCTTCGGCGCAACCAAAGGCACGGTATACTTCGGCTCAACGGCCGTAACAGGCGCTAACATTACGGCATGGGAGGACACGCAGATCAAAGTGAAGATCCCTGCGGTAGCCGGTGGCGTATATAACATCAAAGTCGCCAATAGCGCTGGCACTTCAAGCAATGTACACGACAACTTCGAAGTGCTGACCGGGGATCAAGTCAGCGTCCGGTTTGTGGTGAACAATGCCACCACTGCGCTCGGACAAAACGTGTACCTGGCTGGCAGCGTAAGCGAGCTCGGCAATTGGGATCCTGCCAAAGCCATCGGACCGTTGTACAACCAGGTCATCTACCAATACCCAACCTGGTACTATGACGTCAGCGTACCGGCCGGTAAAACCATCGAATTCAAATTCCTGAAAAAACAAGGCTCGACGGTAACGTGGGAGGGCGGCTCGAACCATACCTTCACGGCTCCAACGAGCGGCACAGCCACCATTAACGTGAACTGGCAGCCGTAA	MKKFYKLTTSLALSLSLALSLLGPAHAAPDTSVSNKQNFSTDVIYQIFTDRFSDGNAANNPTGPAFDGTCTNLRLYCGGDWQGIINKINDGYLTGMGVTAIWISQPVENIYSVINYSGVNNTAYHGYWARDFKKTNPAYGTIADFQNLIAAAHAKNIKVIIDFAPNHTSPASSDQPSFAENGKLYNNGTLLGGYTGDTKNLFHHNGGTDFSTTENGIYKNLYDLADLNHNNSTVDTYLKDAIKMWLDLGIDGIRMDAVKHMPFGWQKSFMATVNNYKPVFTFGEWFLGVNEVSAENHKFANESGMSLLDFRFAQKVRQVFRDNTDNMYGLKSMLEGSATDYAQVEDQVTFIDNHDMERFHNNSANRRKLEQALAFTLTSRGVPAIYYGTEQYMSGGNDPDNRARIPSFSTTTTAYQVIKKLAPLRKSNPAIAYGTTQERWINNDVLIYERKFGSNVALIAVNRNVNTPASITGLATSLPAGSYADVLGGLLNGNSLTVGTGGAASNFTLAAGGTAVWQYTTAVTSPTIGHVGPMMAKPGATITIDGRGFGATKGTVYFGSTAVTGANITAWEDTQIKVKIPAVAGGVYNIKVANSAGTSSNVHDNFEVLTGDQVSVRFVVNNATTALGQNVYLAGSVSELGNWDPAKAIGPLYNQVIYQYPTWYYDVSVPAGKTIEFKFLKKQGSTVTWEGGSNHTFTAPTSGTATINVNWQP	PGPT0018540_50	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_STARCH|GLYCOGEN_DEGRADATION,PGPT0018540-cgt-K00701	NA	NA
JZ016_05131	1146	amiE		N-acetylmuramyl-L-alanine amidase	ATGGCGAGCAGCGCGGAAGCCGGTGCAGAGCAGCTGGGCTTGGGAATCAAGGGAGTGAAGGCGGCGTGCACCGCCATTGAACGCGAAATAGCCGCGGGTACGACGCCGGGTGCCGTGTTGGGTGTCATGCATAAAGGCAAGCAGTGGTTTTATAGTGCCGGTTATGCCAACCCCAGACCAAAGCAGGGTCAGCCTGTGCCGGTCAGCAGGGATACGTTATACGATTGTGCGTCTTTAACGAAGGTGGTGGTTACACTCCCGTTGATTCTGCAATTGATCGATGAGGGAGTCTTGACCTTAAGCACAAAAGTGAGTAACATTCTGCCTCCATTCGGAACGGCCGGTAAAGAAGAGCTTACGGTAGGACAGCTGCTCACGCATACCTCCGGGCTCCAGGCGGACATGAACCTGCATTCGCAGGGCTGGGGTAGGGAGCAGATGTGGGATGCCGTTCTTTCCGCACCGCTCGTGACCAAGCCGGATACCGAAGTGATTTACAGTGATCTGGGATATTTGGCGCTTGGCTGCATGATTGACAAGGTCCTGGGAATGTCTTTAGAGCAGGCAGTAAAGCAACGGGTGTTGGATCCGCTCGGCATGCGTCATGCGACGCTGACTCCTGCGCCGGAACAGGCCGGCCGCTATGCAGCAACGGAGTATGAGGATACCATCCAGGATCATCTATGCGGAATTGTGCATGACGAGAAGGCACGGGCCTTGGGTGGTGTATGCGGTCATGCCGGCCTGTTTGCGACCGCAGGCGATCTGCTGCAATACGCCCGAATGTGGCTGGCACAAGGGGCGATCCCGGCAACGGTGAGGCCAGAGACAGGAGGCGGCGAATTCCGCGTCTTATCTAGGGCGGCGGCGATTACGGCTACTCGTACCCATACGGGGCATATTCATGGCTCCAACCGTGGCTTGGGGTGGGTACTGAAAGGGGATAAGATGGACGCTTCGGGTGATTGGATGGGTCCGGGCTGTTACGGACATACCGGATTTACCGGAACCAGCATGTGGATCGATCCCGAGCTGGATCTCGCGGTCGTACTGCTGACAAACCGCGTATACGGAGGACGGAGCAGCAGCGTGGCCCAGCTTCGGGCCCAAGTCCACAACGCATTGACGGGAGCCGTGACATGGTGA	MASSAEAGAEQLGLGIKGVKAACTAIEREIAAGTTPGAVLGVMHKGKQWFYSAGYANPRPKQGQPVPVSRDTLYDCASLTKVVVTLPLILQLIDEGVLTLSTKVSNILPPFGTAGKEELTVGQLLTHTSGLQADMNLHSQGWGREQMWDAVLSAPLVTKPDTEVIYSDLGYLALGCMIDKVLGMSLEQAVKQRVLDPLGMRHATLTPAPEQAGRYAATEYEDTIQDHLCGIVHDEKARALGGVCGHAGLFATAGDLLQYARMWLAQGAIPATVRPETGGGEFRVLSRAAAITATRTHTGHIHGSNRGLGWVLKGDKMDASGDWMGPGCYGHTGFTGTSMWIDPELDLAVVLLTNRVYGGRSSSVAQLRAQVHNALTGAVTW	PGPT0024045_343	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024045-pbp4b-K21469	NA	NA
JZ016_05132	957	mshD_5		Mycothiol acetyltransferase	ATGACGAGTTTAGCCTACAGGGCTTACCGGCCTGGAGACGAAGACGCTATCACTACCCTGTGGAATGCCTGTCTACCGGGAGATCCCATGACTCGGCTTCGCTTTCGGAACTTGGTGCTGCTTGATCCGAACTTTGATCCGCAAGGACTGCGGATTGCGGAGCAGGAGGGCCGCTTGGTAGGCGTACTGTATGCGGTACGCCGGAGGCTGCCGATGATCGGAACCGAACTGGAGCCGGATCGCGGGTGGATCACCTTCTTTTATACCGATCCATCGGTTCGGAGACAGGGGGTGGCATCGCGGCTGCTGCAGGACGGCGAAGACTATCTTCGCGATCATGGACGCAGCAAAGTCTTTTTCTCCTCGTATGCCCCGAATTATATCGTTCCTGGAATCGATGGCGAGCGCTATCCGGAGGGCTTGGCGTGGCTTGCGGCAAGCGGCTTTACCCGCAATTATACGGCGGTTGCGATGGATCGCTCCCTGGTCGATTTTCGTATGCCGCCGGAGGTTGCGGAATTAAAGCGGCAGCGTGAGCAAGAAGGCTTCACCTTCATGCTGGCTCAGGACAGCGATTTGGTGGAGCTGATCGATTTTGCGACGGACGTGTTTAACCCGGATTGGGGCCGGGCGATTCGCGATGGATTGCTGCAGCGATTAACAACAGATCAGATCCTGATCGCGCGCGATCAAGGAAAGCTGGTGGGATTCTGCCTGCATAACGGATATGAAGGCGTGGCTGAACGATTTGGTCCGTTTGGCGTGGACCCGTCGATGCAAGGGAAGGGGTTGGGGAAAATTCTGTTATATGATTGCCTCGCCCTCATGCGGGCGCAGGGGCTGCATGGAGCCTGGTTCCTCTGGACGGGCGAACAAAGCCCGGCAGGGCATCTGTACCGCAAGGCCGGATTTCATGTGACGCGTCGGTTCGATATTATGAGCAAAATGCTTCAATAG	MTSLAYRAYRPGDEDAITTLWNACLPGDPMTRLRFRNLVLLDPNFDPQGLRIAEQEGRLVGVLYAVRRRLPMIGTELEPDRGWITFFYTDPSVRRQGVASRLLQDGEDYLRDHGRSKVFFSSYAPNYIVPGIDGERYPEGLAWLAASGFTRNYTAVAMDRSLVDFRMPPEVAELKRQREQEGFTFMLAQDSDLVELIDFATDVFNPDWGRAIRDGLLQRLTTDQILIARDQGKLVGFCLHNGYEGVAERFGPFGVDPSMQGKGLGKILLYDCLALMRAQGLHGAWFLWTGEQSPAGHLYRKAGFHVTRRFDIMSKMLQ				NA	NA	NA	NA	NA
JZ016_05133	708			hypothetical protein	TTGACGGAAGCAAAGCAGCATCATATTTTGGCGATTGGCGGACATGCGGGCGATATGGATCTTACGGCGGGCGCCGTGATCGCCAAATACACACAAGCTGGCCACAAAGCAACGTTTCTTCACTTAACGCCAGGGGAGAAAGGACACCCCCGTCTGACGCCGGAGGAGTACGCGAAGCAGAAGATTGACGAAGCTCACCAATTTGCCGATATCGTTGGCGCGGATGTCCGTTTCCTTGCTTACAAGGATGCCGAGCTGCCGCTCAATGAGGAAGTGAAATATCAGGTAGCGGACGTCATACGGGAAGTGAAGCCCGATATCATCATCACGCATTGGAAGGAGAGCATCCACAAGGACCACTCCAATACCCATTACATTGTGGAGGACGCCCGCTTCTATGCAGGGCTGAAGACGATTGAACGAGAGCTTCCGGCCCATTATGCCCAGCAATTGTTCTATGCGGACAATTGGGAGGACCCGTACGATTTTCACCCTGAGGTGTTTATCGATATTCCGGACGAAGCCTATGAAACTTGGGTGAGAGCCATGAACGTGTATGCTTATGCGCGTGGGGAAACGTACGGCTTCCCGTTTATCGAATATTACAAAGCGCTCACGATTGTGAGGGGGGCTCCGGTGAACTTCAAGCGGGCACAAGCCTTTGCCGTGCCGAGAGGTGCGTTGACTAAACGATTACAGTTTTTCTAA	MTEAKQHHILAIGGHAGDMDLTAGAVIAKYTQAGHKATFLHLTPGEKGHPRLTPEEYAKQKIDEAHQFADIVGADVRFLAYKDAELPLNEEVKYQVADVIREVKPDIIITHWKESIHKDHSNTHYIVEDARFYAGLKTIERELPAHYAQQLFYADNWEDPYDFHPEVFIDIPDEAYETWVRAMNVYAYARGETYGFPFIEYYKALTIVRGAPVNFKRAQAFAVPRGALTKRLQFF	PGPT0019570_732	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019570-bshB1-K01463	NA	NA
JZ016_05134	615	mhqD	COG0400	Putative hydrolase MhqD	ATGGAACATACGCATATTTACCGCCAAGGAACTTCTCCGGAGGCACCAACCTTACTATTGCTGCACGGTACCGGAGGGAATGAGGAGGATTTGCTGCCGCTGGCCGAGATGATCTCGCCCGCATCGAATGTGCTCGGCGTCCGCGGAAATGTTCTGGAGAACGGCATGCCAAGGTTTTTTCGTCGTCTCGCTGAAGGCGTATTCGACGTAGAGGATCTCGTGAAACGCACGCAGGACCTGAATGAATTCCTGAATTGGGCAGCCGCCGAATACAGTTTTGACCGCAGCCGTATCGTAGCGGTTGGTTATTCGAACGGCGCCAACATTGCCGCAAGCCTGCTGTTCCACGAGGGAGATGCGCTGCAAGGGGCTATCCTCCACCATCCGATGGTTCCGCTGCGGGATAAGGCCTTACCGGATTTGACTGGCATTCCCGTCTTCATCGCGGCCGGTCGTCACGATTCGATGTGCACCCCGCAGGAGAGCGAGGACCTGAATGAAATGCTAAGTGCAGCAGGGGCGGACGTGAAGCTGCATTGGGAGAACGGGGGGCATCAGCTGAGCCGTGCAGAGGTTGGGATGGCCGCTGCCTGGTTTAAGGAGAAGTTCCTCTAA	MEHTHIYRQGTSPEAPTLLLLHGTGGNEEDLLPLAEMISPASNVLGVRGNVLENGMPRFFRRLAEGVFDVEDLVKRTQDLNEFLNWAAAEYSFDRSRIVAVGYSNGANIAASLLFHEGDALQGAILHHPMVPLRDKALPDLTGIPVFIAAGRHDSMCTPQESEDLNEMLSAAGADVKLHWENGGHQLSRAEVGMAAAWFKEKFL	PGPT0028515_3272	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028515-mhqD-K06999	NA	NA
JZ016_05135	948	lacF_13		Lactose transport system permease protein LacF	ATGGCACAGACAATGGAGACGATGAAGAAGCATGGCACCCAGCCTGCGCGGGGACACAGATCCCGGGGATCCTTGCAGCGGGGTGAGAACCTATGGGGGATCGCATTCGTAAGCCCGATGCTGATCGGCGTCATCATATTGGTGCTGTTTCCGATATTGGCTACGCTCGTGCTGGGTTTTGCCGATTGGAATTTCGTGCAAGGCTGGGATGGCATCCAGTGGGTCGGGTTTCAGAACTTCCGCCAGCTGCTGGAGGATGACATGTTTATCAAGTCGGTGCGCAACAACATCTTGTTTCTCTTGACGGTTCCGGTCTACATGATAATCTCGATGGTGCTGGCCATCCTGATCGACCGGTTTGTCTATATGAAGGGCTATTTTAAAGTGGCCTACTTCATGCCCTACATATCCAACATCGTGGCGGTGGCCGTCGTATGGCAGGTGCTGTTCCAGCCGTCCTACGGGCCGATCAACGAAATCCTCCGGACGCTCGGGATGTCCGATCCGCCCAAGTGGATCGCAGATCCGAATTTCGCGCTGATTTCCATCATGCTGATATCGATCTGGATCTCCATCGGCTTCAATCTGATTATCTATATCGCCGGACTGCAGTCCATTCCGAAGGATCTGTACGAGGCGGCGGATATCGATGGAGCGAACGGGTGGACCAAGTTCAGACGCATTACGCTGCCCCTGCTGTCGCCAACGTCATTTTTCCTGCTGGTGACGGGCGTCATCTCCACGTTTAAGGTCTTTGATATTATTGCTGTTATGACCCAAGGCGGACCGATTGGATCGACAACCATGATGGTCTGGTATTTATACGATACGGCATTCGTCAACCTGAAGGTTGGTTACGCATCGTCCATTGCCGCGGTTCTGTTCGGTTTTGTCATGCTGATTACGCTGGGTCAGTGGGCTGCTCAGAAGAAGTGGGTCAACTACTAG	MAQTMETMKKHGTQPARGHRSRGSLQRGENLWGIAFVSPMLIGVIILVLFPILATLVLGFADWNFVQGWDGIQWVGFQNFRQLLEDDMFIKSVRNNILFLLTVPVYMIISMVLAILIDRFVYMKGYFKVAYFMPYISNIVAVAVVWQVLFQPSYGPINEILRTLGMSDPPKWIADPNFALISIMLISIWISIGFNLIIYIAGLQSIPKDLYEAADIDGANGWTKFRRITLPLLSPTSFFLLVTGVISTFKVFDIIAVMTQGGPIGSTTMMVWYLYDTAFVNLKVGYASSIAAVLFGFVMLITLGQWAAQKKWVNY	PGPT0016535_2825	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05136	840	araQ_42	COG0395	L-arabinose transport system permease protein AraQ	ATGGGGACAAGAGTCGGCGTCGACGGGCGCAAGCTCATCGTTACGATCGCGATGTTCGCGGTGAGCATTCTGTTTCTCCTTCCTTTTATATGGATGCTGGTTACATCCTTTAAGGTGGAGAAAGACGTATTCGTATATCCGATCCAGTGGATTCCGCGGGAGTGGAACGCCATCGAGAATTATAAGGAGGTATGGTTCGGCGATTATCCTTTCTATCTCTATTACTGGAACTCGATCAAGGTCAGTATACTGACCACAATCATCTCGGCCATGGTATCCGCCCTGGCGGCCTACGGCTTCTCCAAAATCCGGTTTGCCGCCGGCAATTGGCTGTTCATCATCGTGCTGGTGACCTACATGATTCCCGGCCAGGCCATCCTGATCCCGCAGTTTATTCTGTACCGCAACATCGGGCTGTTTGATAACCATTTCGGCCTCATTATGCTGGGAAGCTTCAGCGTGCTCGGAACGTTTATGCTCAGGCAATTCTTCATGGGCGTGCATCAGGAATTCATCGAATCCGCCAAAATCGACGGCGCGAACCATCCGCGAATCTTCTGGTCGATTGCACTGCCACTGGTGAAGCCCGCTGTTGCCACGTATGCGATCCTGCGTTTCATCTGGACGTGGAACGATTATCAGAATCCGCTCATCTTCCTGCGGACGGACAGGCTGTTCACGATTCCGCTGGCGATGCAGAAATTCACGTCCTTGAGCGGAGAATTCTATTCCCTGATTATGGCTGCTGCCGTGTCGGCGATCTTCCCGCTGCTGATCGTTTTTATCATCGGCCAGAAGAGTGTCATCGAGGGCATCGCGCTGGGCGGGGTCAAGGGTTAA	MGTRVGVDGRKLIVTIAMFAVSILFLLPFIWMLVTSFKVEKDVFVYPIQWIPREWNAIENYKEVWFGDYPFYLYYWNSIKVSILTTIISAMVSALAAYGFSKIRFAAGNWLFIIVLVTYMIPGQAILIPQFILYRNIGLFDNHFGLIMLGSFSVLGTFMLRQFFMGVHQEFIESAKIDGANHPRIFWSIALPLVKPAVATYAILRFIWTWNDYQNPLIFLRTDRLFTIPLAMQKFTSLSGEFYSLIMAAAVSAIFPLLIVFIIGQKSVIEGIALGGVKG	PGPT0016540_6182	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05137	1371	yesO_4	COG1653	Putative ABC transporter substrate-binding protein YesO	ATGATGAACAAGAAATGGTGGTCAGGCGTTCTTACGGCTGCAATGGTGATCGGCCTGCTGTCCGGCTGCGGCGGAGCGAAGGAGAATGCGGCGCAAGAGGGTTCCGAACAAGGCGGGGGCAAGACCAATCTGAGGCTGTACACCTATGGCACGGAGGAAGCTTACAATTGGAAGAAAACGATCCAGGCCTATGAAGAGGCAACGCCGGGCGTGACCATTGAGCTGGTCCAGCTCAGCGAGAAGGGGGATACGCAAGAGGCGTTCAAGAAGCTCGACCTGGAGGCGGCATCTTCGGCCCAGATGGACATTCTGATGTTCAGCGATCCGGCGGGTTACGCGCAGAGGGTGGCGCTCGGCATGGCCGAGCCGCTGGATGACTTCATTGCGAAGGACGGCTACAGCGTGGAAACGGATTATAAAGTAGATACACGCCTCGACGGCAAAGTCTACGCGCTGCCCGGCAAGTTCAACCCTTGGTATGTGCTGCTGAACAAGGATCATCTTGAGGAAGCGGGACTGCCGGTTCCGACGGACTGGACCTGGGACGAATATGCGGATTATGCCAAAAAATTGACCCAAGGCGAAGGAGCGTCAAAGCGCTACGGAACATACTTCCATGGTCCGCAAGGGGGAGGATGGCTGGAGTTTCTGAAGCTGATGATGGCGAATCAGCCCCAAGATACCGATTATTTGAAGGCCGACGGCTCTTCCAATCTGGATAACCCGACCTTCAGGAAGACGCTGGAGCTGCGCGTGCGGATGGAGAAGGAGGACCAATCCTCGGTGCCGTACACGGACATGATCTCCCAGAAGCTGAATTACCGGACGCAATTCTTCAATCAATCCGCGAGCATGATCACGATTGGCAGCTGGATGAACACGGAGATCGGCGGAACGGATAAAGTGCCGCTGGACTTCAATGTCGCCGTTGCCCCATTCCCGAAAAACGAGAAAGGCGATCCAACGGGGCTTACGCCGGTAACCACGGATTACGTGGCGGTGGCGGCCAAGTCCAAGCATAAGGAAGAAGCTTATAAATTCGTCCGCTGGTACACAACGGAAGGGCAAATCGTGCAGGGCAAGAACATTCCGGCCTGGCAGCAGGTGAAAACCGAGCAGGTGGAAGAGATCATCGACACCATTCTGTCGGCCACGAAGAGTCCGGAGAAGGTAGACAAGAAATCGCTTGTGGACACCTTGGTCGCTTCGAAGGCCTCTGCCATCGTGCCTCCGGCACCTTATCAGGCGGAAGTGTACGAGGCGGTGAACGAGGAGTATGAGAAGCTGATCCTGGGCAATCAGGATATCGACCAGACCGTTGCGAATTCGCAGGAGCGAGTGAACAAAATTATAGAATCCAACAAAAAATGA	MMNKKWWSGVLTAAMVIGLLSGCGGAKENAAQEGSEQGGGKTNLRLYTYGTEEAYNWKKTIQAYEEATPGVTIELVQLSEKGDTQEAFKKLDLEAASSAQMDILMFSDPAGYAQRVALGMAEPLDDFIAKDGYSVETDYKVDTRLDGKVYALPGKFNPWYVLLNKDHLEEAGLPVPTDWTWDEYADYAKKLTQGEGASKRYGTYFHGPQGGGWLEFLKLMMANQPQDTDYLKADGSSNLDNPTFRKTLELRVRMEKEDQSSVPYTDMISQKLNYRTQFFNQSASMITIGSWMNTEIGGTDKVPLDFNVAVAPFPKNEKGDPTGLTPVTTDYVAVAAKSKHKEEAYKFVRWYTTEGQIVQGKNIPAWQQVKTEQVEEIIDTILSATKSPEKVDKKSLVDTLVASKASAIVPPAPYQAEVYEAVNEEYEKLILGNQDIDQTVANSQERVNKIIESNKK	PGPT0016545_2106	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05138	1812			hypothetical protein	ATGCCCGCACGACTCAAGAGCCTGATCCCGAGCTCCATCAGGCATAAGCTGATATTAGCTGCCATCACCTGCATCGTCGTTCCCGCCATCGTCAGCTTGATTCTGTATAATTCGTTAACGAAGGAAGCCTTGAGGCAGCAGGCGGTATCCAACGCAAGCGATGCCCTTCAGTTGGTCCGCGGATCGGTGACGAATCTGCTCTTAAGCAAAATCAATATCGCCAACTATATTCAGATGAATTCCGGGTTGAATTCTTACTTCAAGCAGGTGGTCTCCGGCAACGAAGACCCGGATCCTTACCGCAGATTTATGGACTCCAACCGAGTTTTGGAGCATCTAGACAGCTTGACGGTCGTCGGAGAGAAAAGTTATGTGACCGTCATCCTAGAGAACGGCTCCTATTACATGAATTATTCCGTAAGCGATTACAATCCGCTCGATTACAGGCAGCGCCCTTGGTTCAGCCGGATTTCGGAGCTGCAAGGCTTGGAGTCTCTATGGACGGAGCCGGAGGCCACGATGTTCCTCCCCGACCAAATCGATCATCCGACGCAGCTATCGGTGGTGCGCACGCTCAGGCTGCCGGATTCCGAGATATACGGCTACGTGATCGTAACGTTCATGGAGGATCAGATCAGCGGGATCTTCAACTCCCTTTCGGAAGGCAACGATATGGTGCTGCTGGATGCCAAGGGAACGATCGTTTCCGGCAGTTATCAGAACCAGATCGGAACGACCTTTGCTTATCTTGATGAGTTGGATCAAGATAAGCCGTATTCGATCGTACCGATGAAGGGGGAGAAACAGCTGATGGTACACCAGGACATTCCGTTTGCCGGATGGCGCCTGGTGCTGATGCAGCCGTACAAGGATGCGATCGTCAATATCAACTCGATTTTTAACCGGGTGTTCTGGTTTCAGATGTGCTTCTTTCTGATCTTTCTGCTGCTGCTCATTGCCCTTGTCCGCGCGTTTACGAAGCCGTTGGTCAAGCTTGGCAAAGTGGCAACCGCCGTGCAGCGCGGAAATCTGGAAGTAAGGTCGAATGTTCATGGCAATGATGAGGTTGGTCGGCTCGGTCATTTATTCGACGACATGCTGGACCGGTTCAAAGCCATGATTTCGGAAATATCCGAGAACCAGGCGAGAAAACGAAAAGCGGAGCTCCGAATGCTACAAGCCCAGATCCATCCCCACTTTCTGTTCAATGTCCTGAATTCGATCCGGATGAAGGTCATGAAACGGGGCGATCCCGAAAGCGCCAAGATGATCGGCTCCCTGTCCGTGCTGCTCCGCATGACGATCAGCCGCGAGGAGGACGAGATTGCGCTTCACGAAGAAATCGACCTGATCTCGCATTATGTGGCCCTGATGAACCTCCGGCAGAAGGAGGAGGTCAGGCTGGAGCTGGATATCGCGCCGGAGGCTTTCCTCTTTAAGGTGCCGCGCTTTTTCCTGCAGCCGATCGTGGAGAATGCATTAATCCATGGGCTCAACCAGCAGGCAGGGATGATCCGGATTGCAGCCGTCATGAAGGGCAGGCACCTCGTGCTGGCGGTGAAGGACGACGGCATCGGCATGGATGAAGCCATCAGGGAGTCGATTGCCCGCAGAATCCAAGGCGGCTCCGCCGGTTCCTCGACGCAGGAAGAGGCAAGCGGAGGCAGCTTCTCCCATATCGGTCTTCAAAATGTGATGGAACGGATGAGTATGGTGTTCGGCGAGGCTTTTCAATGTCACGTTTACAGCGAGCCTGGCCAGGGAACGGTGATCGAGATGTTTATACCGGAAAGAGGGAATGCGGATGTATAA	MPARLKSLIPSSIRHKLILAAITCIVVPAIVSLILYNSLTKEALRQQAVSNASDALQLVRGSVTNLLLSKINIANYIQMNSGLNSYFKQVVSGNEDPDPYRRFMDSNRVLEHLDSLTVVGEKSYVTVILENGSYYMNYSVSDYNPLDYRQRPWFSRISELQGLESLWTEPEATMFLPDQIDHPTQLSVVRTLRLPDSEIYGYVIVTFMEDQISGIFNSLSEGNDMVLLDAKGTIVSGSYQNQIGTTFAYLDELDQDKPYSIVPMKGEKQLMVHQDIPFAGWRLVLMQPYKDAIVNINSIFNRVFWFQMCFFLIFLLLLIALVRAFTKPLVKLGKVATAVQRGNLEVRSNVHGNDEVGRLGHLFDDMLDRFKAMISEISENQARKRKAELRMLQAQIHPHFLFNVLNSIRMKVMKRGDPESAKMIGSLSVLLRMTISREEDEIALHEEIDLISHYVALMNLRQKEEVRLELDIAPEAFLFKVPRFFLQPIVENALIHGLNQQAGMIRIAAVMKGRHLVLAVKDDGIGMDEAIRESIARRIQGGSAGSSTQEEASGGSFSHIGLQNVMERMSMVFGEAFQCHVYSEPGQGTVIEMFIPERGNADV				NA	NA	NA	NA	NA
JZ016_05139	1620	rssB_14		Regulator of RpoS	ATGTATAACGTGATGCTGGTGGACGATGATTATCCCGTCATCGAGCTGTTGTCGGAGGCCATATCGTGGAATGAGCTGGGTTTGAATCTGATGGGAAGTTATGAGAACGGCATGAGTGCCTGGGAGGATGCGAAGTCTTCGCCTCCGGACATCCTGATTACGGATATCGGCATGCCCAAAATGAACGGGCTCGAGCTGTCCGCACGCATCAAAGAAGTGAAAGCCGATGTGCGGATCGCCATTCTGTCCTGCCATAACGAATTCCAATATGCCCAGCAGGCTATGCGGCTGAACGTGCAGGATTATCTGCTGAAGGATACGCTCGACCCCGAGGAGCTGGCACAGCTGCTGAGGCGCTTCAAGCAGGCAATGGACGAGGAAGCACAGAAGGGCTGGGAACGGTCGCGGATGATCCATCTGGTGGACGAATCCAAGGAGCTGCGGAAGGAGCAGAGCCTCAAAAATTTCATACACCAGCCCCTGCTGTCACCCGAAAAATGGCGGCATGAGCTGTCGGAGTACGGGATATTGAAGCCGGGTTCCCACTGCCTTCCCGTCGTCGGGCACCTGGAGGATGTCCGGGATATCAAGCACCGCTTCGCCTCCAACCAGACGCTGCATTTTGCCCTGGGCAACGTGCTGCGGGAGGTGCTGGAGCAGCTGAATCCGAGTGCGGTCCATGTCATATACGATGCAAAGTCTTCGCTGCTCCTGTTCTCGTACCGACCTGGCTTGGGCAGCAACATTTACGATGATGCCGCCGCCTGCCTGAAGGAGGTGCAGCGGACGCTCGAGCGCGTGCTGCGAATCCGCATGTCGTTCCTGATCGGCCGGGGGTGCGCTGATCCAGAAAGTTTAAAGGCAGGGCTCAATGAACTGTTGGCCAGCCGGCAGCAACGATTCTATCTGGAGCCGCAGGAGATAACGAAACTGAACGGAGCGCTTGAACAGAACAGTCTGCATAGGGATCCCGATCTCTTCGTTTATTATGACCGGGCCAGCTCGGAGCTGCGGGAATCGCTGCTCGGCAAAGGCTCCGGCGCGGTGCGCGATACGGTCGATCGGTGGATCGCATGGATTCAAGGCAAGCGGTACGCACCGGAATCGGTCAAGGACTGGGTGTTGAAGCTTCTGCTGGATCTGAAGCTGAGGCTTCATCTCCTGCATTCGCTGTCACCCGCTTATACGGCCGATGCGCTGCACAAAGAGATCATGGACATGGATTCCTTGAACGAGCTGAAATCCTGGCTTCACGATTATTTGGAATCCACCATGCAGGCCATGGATCGGGGATTCGGGGGCAGCAGAAGATCGGAAGTGGCGGAGGCTTGCAAATACGTGTCCCTTCGGCTTGATCAGAGGATCACGCTGGATGAAGTTGCGGGCTGTCTGCACCTGAATCCGAGCTATTTCAGCCGCATGTTCAAGAAAGAAACGGGGGTCACCTTCATCGAATACGTCACCCGGATGAAGATGGAGCGAGCCAAGGAGCTGCTGCGGCAGACGGACCGCACGGTCGGGGAAATCTGCGAAAGTCTGGCTTACGACAATGTGAGTTATTTCAGCAAGACATTCAAGGCTTATGCGGGGGTGACCCCTGTAGAGTTCCGGAACGGTTGA	MYNVMLVDDDYPVIELLSEAISWNELGLNLMGSYENGMSAWEDAKSSPPDILITDIGMPKMNGLELSARIKEVKADVRIAILSCHNEFQYAQQAMRLNVQDYLLKDTLDPEELAQLLRRFKQAMDEEAQKGWERSRMIHLVDESKELRKEQSLKNFIHQPLLSPEKWRHELSEYGILKPGSHCLPVVGHLEDVRDIKHRFASNQTLHFALGNVLREVLEQLNPSAVHVIYDAKSSLLLFSYRPGLGSNIYDDAAACLKEVQRTLERVLRIRMSFLIGRGCADPESLKAGLNELLASRQQRFYLEPQEITKLNGALEQNSLHRDPDLFVYYDRASSELRESLLGKGSGAVRDTVDRWIAWIQGKRYAPESVKDWVLKLLLDLKLRLHLLHSLSPAYTADALHKEIMDMDSLNELKSWLHDYLESTMQAMDRGFGGSRRSEVAEACKYVSLRLDQRITLDEVAGCLHLNPSYFSRMFKKETGVTFIEYVTRMKMERAKELLRQTDRTVGEICESLAYDNVSYFSKTFKAYAGVTPVEFRNG				NA	NA	NA	NA	NA
JZ016_05140	1875			hypothetical protein	ATGAACAGAATGCAGGAGCTGACAACGATTGTGAACGGGATGGCTCCCGCCGATCGGCGGATCTATTACCAAGGCAGGGACCAGAGATCCTTCTGGGAAGGCATTCAGCGAAGCGGGGATTACGAGCAGGACATATCCGAGATTCGCGAGGAAGGGGAACGGCTGCTGTCTGTCCCGAATCCGCCGCTGACCTATGACTTATTCACCCGGTTTGCCCGGCATGGAACGAGGCTGGACTATGAGAAGGTTTATTTCGAGCGAAGGCTCCGGCTGAATACGTTTGCCCTGCTGACCCTTCTCGAGCCTGATAAGGAAGCGTACCGGACGGCTCTCCAGGAGATGGTCTGGTCCATCTGCGATGAGTATACCTGGTGTTTACCGGCGCATCTGAACGCGGAATCGCCGGGCGGCATCAAAGGGACGATTGATCTGTTCAGCGCCGAGACCGGGTTTACCCTCAGCGAAATCCGCATGCTGCTGCGGGACCATCTGCCTTCGCTGCTGATCTCAAGAATCGAGGAGGAGGTTGAAGCGCGGTTGTTCACCCCTTTCCTAAGCCATGAGCACGGCTGGGAGACCGCGACGCATAATTGGTCTGCCGTCTGTGCCGGTTCCATCGGCTCTGCCGCGCTGCTGCTTATGGAAAGCGGGGAATCTCTTGCAAAGATTCTGCTGAAGACGGAGCGGTGCATGGACTATTATCTGCAGGGCTTTGGCCCCGATGGAGCTTGTCTGGAAGGGCTGGGATACTGGAATTACGGGTTCGGGTATTTCGTGTATTATGCCGATTTGCTGCGCAAGCGCACCCGAGGCGAGCTGGACTGGTTCCGTGCCGAGAAGGTAGGCCGCATCGCCTTGTTTCAGCAAAAGGGCTTTTTGGCAGGCAAGGCCGTCGTCAACTTCTCCGATTCGCAACCGGAAAGCAAGGTGCACATCGGCTTGTCTCATTATCTGACCGGATTGTACGGAGAATTCGAGTCTCCGCCGCAGTCTCTCCGGTCGGCTTACCGCGACGACCATTGCAGCCGCTGGGCTCCGGCCTTGCGCAACCTGATCTGGCGGAACCCCTTGCTGGCGGGAAGCGATTGGGGAGAGGCGAGTTATTATTTGCCTGATGCCCAGTGGCTGATCTCCCGCAGCTCCCATGGAGACGAAGTGTACGCGTTTGCCGCCAAGGGCGGCAGCAACGGCGAGCCGCACAACCATAATGATCTCGGGCATTTTATCCTTTACGGCGCCGGGGAAGTATGGTGCTCGGACCTCGGCTGCGGCGAGTACACGGCGGAGTATTTCGGCGAAGGACGGTATGGCTATGATTGTAATGGCTCCCAAGGACACTCCGTGCCGATCATCGACGGCCATTACCAGCAAGAGGGCCCGGATAGCGCCGCGGTTGTAAGGGAAGCCGTGACGGGCGAAGCCGTGGATCGGCTTGCGCTTGAGCTGACCTCGGCCTACCGGGTTCCGGCGCTTCAGTCATTCACGAGGACGCTGGAGTGGAACAAGAAGAGGGATCGGCCAGAGCTGACGCTGAGCGACCGGTTTACGTTCGATTCACCCCCGGAGAGTCTGGTGGAGCGGATCGTCACCAGGAAACAGCCCGAGCTGGTGCTGATGGATGGCCGGCAGGTTGTTAGGTTGCGGGCACCGGGTACTTATGAGCAAGCAGAGGCAGGAGGATCAGAAGTTGTTCAGGCCTTAGATGACAGGCCAGGCCTGCTGATCCAATATGACAGCAAGCTGGTGGAGCCTGAGCTGACAAGCCATGTCTTCCGTGACCACTTCGGCCAGGAATCATCTTGGTATGCCGTTGATTTTAAAGTGAAGACCCCTGGTTTCCATGCGAATATCGACTTTAGATTTCAATTCATATGA	MNRMQELTTIVNGMAPADRRIYYQGRDQRSFWEGIQRSGDYEQDISEIREEGERLLSVPNPPLTYDLFTRFARHGTRLDYEKVYFERRLRLNTFALLTLLEPDKEAYRTALQEMVWSICDEYTWCLPAHLNAESPGGIKGTIDLFSAETGFTLSEIRMLLRDHLPSLLISRIEEEVEARLFTPFLSHEHGWETATHNWSAVCAGSIGSAALLLMESGESLAKILLKTERCMDYYLQGFGPDGACLEGLGYWNYGFGYFVYYADLLRKRTRGELDWFRAEKVGRIALFQQKGFLAGKAVVNFSDSQPESKVHIGLSHYLTGLYGEFESPPQSLRSAYRDDHCSRWAPALRNLIWRNPLLAGSDWGEASYYLPDAQWLISRSSHGDEVYAFAAKGGSNGEPHNHNDLGHFILYGAGEVWCSDLGCGEYTAEYFGEGRYGYDCNGSQGHSVPIIDGHYQQEGPDSAAVVREAVTGEAVDRLALELTSAYRVPALQSFTRTLEWNKKRDRPELTLSDRFTFDSPPESLVERIVTRKQPELVLMDGRQVVRLRAPGTYEQAEAGGSEVVQALDDRPGLLIQYDSKLVEPELTSHVFRDHFGQESSWYAVDFKVKTPGFHANIDFRFQFI	PGPT0019417_75	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA	NA	NA
JZ016_05141	1137	ugl_5		Unsaturated glucuronyl hydrolase	ATGAAAACAGAGATCGCTTTGGATTGGTTGACGGAGGCATGGGAGAAGTCGCTTGCGAAGACGCGTCGAAACGTAACGCGGATTGGGGCGGGGTTTCCGCATGCCAGCCAGAATGGAGTCTACCAGCTGGAGCCGCCGCATTGGTGGACGGCCGGCTTTTGGCCTGGGATGCTGTGGCTTCTGTACAATGACAGCGGCCGGGCGGAGTTTAGAACGACCGCCGAGCAGTGCGAGCTCATTTTGGATGACGTGCTGAACCAATATGTACGACTGGATCACGATCTCGGTTTCATGTGGACGTTAACGAGTATGGCTTCCTACAAGCTGACCGGCAGCGAAGAGTCCAAGGTACGCGCGCTCAAGGCGGCTAACTACCTGGCTGCACGCTTCAACCTGAAGGGCCAATATATTCGAGCCTGGAATCCATGGTCGGAAGGGGAGGATAACGCCGGGCTTGCCATCATCGATTGCGCCATGAATACGCCCTTGTTGTTTTTGGCCTCCGAGCTCAGCGGCGATCCCCGCTACCGGCATATTGCCGAAGCCCATATGGACACGGTGGTCCGGGACTTCGTCCGGCCGGACGGTTCCGTATATCATATCGTTCGATACGATCCGGCTACCGGTGAACGTGTGGAAGGGATCGGCGGGCAGGGCTTTGCGCCCGAATCCGCCTGGTCCAGGGGGACGGCGTGGGCGATCTACGGCTTAACGCTTGCCTACCATCATACGGGCAAGTCGATATACCTCGATACCGCCAAAACGGTGGCGCATTTCTTCCTGGCGAACCTTCCGGAAGACCATGTGCCATACTGGGACTTCCGCGCGCCGGATGAAGCCCGCATCTACCGGGATTCGTCCGCCGGAGCCTGCGCCGCCAGCGGGCTGCTGCTTCTGGCCGACAAGGTGGATCAGGGACAGGCAACCGTATACCGGGAATCCGCGGTCCGGATTTTGGAATCGCTGTACCGGAATTACGGTACATGGGACAACGATGGGGAGGAAGGCTTGATTCTTCATGGGACCAGCCATTATCCGGAAGGACGGAATATCGACGTGCCCTTAATTTATGGCGACTTTTTCTTTGTGGAAGGCGTGGCGCGGCTGAGAGGGAAGGGGCCGTTTTACTGGGAATGA	MKTEIALDWLTEAWEKSLAKTRRNVTRIGAGFPHASQNGVYQLEPPHWWTAGFWPGMLWLLYNDSGRAEFRTTAEQCELILDDVLNQYVRLDHDLGFMWTLTSMASYKLTGSEESKVRALKAANYLAARFNLKGQYIRAWNPWSEGEDNAGLAIIDCAMNTPLLFLASELSGDPRYRHIAEAHMDTVVRDFVRPDGSVYHIVRYDPATGERVEGIGGQGFAPESAWSRGTAWAIYGLTLAYHHTGKSIYLDTAKTVAHFFLANLPEDHVPYWDFRAPDEARIYRDSSAGACAASGLLLLADKVDQGQATVYRESAVRILESLYRNYGTWDNDGEEGLILHGTSHYPEGRNIDVPLIYGDFFFVEGVARLRGKGPFYWE	PGPT0019355_815	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019355-ugl|EC_3_2_1_180-K18581	NA	NA
JZ016_05142	1878			hypothetical protein	ATGAGCATAAAGGCAACGGGGAATCCCGATGGCGGCTTGACCCATCCGGTTGCCCGGAATCCGCTGCGAACAAGAGACGATGTGCAGGAAGCACTAACCCAACTGCTCGAGCCTCTGAATAAAAGGTACAGCGAGGGGCGAGCACGATTAAGCCTTGAACGATCGGGAGCCGACGCCTATGCCGATATTGCGGAGATGGAGGGTTTCTCGCGAGTCCTGTGGGGACTCGTACCCGCCGTTGCCGGCGGATCCCATGGGGATCTGTGGGAGCTGTCTCTCCAAGGGATACGTTCAGGGACGGATCCGACGCATGCGGAGTATTGGGGAAAGGTGAATGATTATGACCAACGGCTGGTGGAGATGGCGGTATTCGGATTGGCTTTCGCCCTCATTCCGGAGCGAATCTGGCAGCCGCTGAACGAGAAGGAGAGGAGCAACCTCTATCAGTGGCTTGATCAGATCAACTATCACCCTTGTCATGATTGCAATTGGCTATTTTTCCATGTGTTTGTCAACGTTGGCTTCCTCAAAGCAGGCTTGCCGTACGATGCTGAGCAGCTGGAGAACAATCTCCAGCGCATTGAGGAATTCTATCTGGATGCAGGCTGGTACAGCGACGGAATCGGGGGGCACAGCGATTATTACGTGCCGTATGCCTTTCACTTCTACGGTCTGATCTATGCGCAGCTGATGGGAGAGGAGGACCCGGAACGCGCCGGGCGCTACAGGGAGCGGGCAGCGTTGTTTGCCCGCGATTTCGTCCACTGGTTCGCCCCCGACGGGGCGGCCGTTCCTTATGGGCGCAGCTTGACGTACCGCTTTGCCCAGTCGGCGTTCTGGTCGGCTGCGGCCTATGCCGGGCTGGAAGGGTTTCGTCCGGGTGAGCTAAAAGGGCTGATCCTGAGAAATCTCAGATGGTGGTTTCAGCAGCCCATATTCGACCGGGACGGCGTGTTGACGATCGGCTACGCGTACCCAAACCGGATCATGTCGGAGAATTATAACGCGGCCGGCTCCGTGTACTGGTCGCTGAAGACGTTCCTGATCCTGGCTTTGCCGGACGAGCATCCGTTCTGGACGGCCGAGGAGCAGGAACTGCCGGAGACGGGAGATATTTCGGTGCAGGAGCAAGCGCATCTGGTGTTTTGCCGGGATCAGCAGACCGGCCATGTGGCCGCGTTCAATACGGGCCATCCGTCTACGAACGAGCATACGCATACTTCCGCCAAGTATGAGAAGTTTGTTTACTCAACCGCCTTTGCATTCAGCGTTCCGAGGGCGGAATGGGGACTGGCCCAGGGGGCTTACGATTCCATGCTGGCGCTTAGCGAAGGTGATCGGCTGTTCCGGGTCAAGCGCTTATGCGAAGAAACATGGATTCAGGAGCACGTGCTGTATGCACAATGGAAGCCGTGGAGAGACGTGGAGGTACGGACCTGGGTAGCGGCGGGGCTCCCTTGGCATATTCGCATCCATCGGATCAGCACGGGAAGAATGCTTGATGCTGCAGAAGGCGGGTTTGCTTTAGGCTTGGGATCTTTAAACAGCTCCATGGCGGGAGAAGGGGCAGCATCGGCTTCCGGCACCTTCGGCACGAGCGCCATCTATGGCATGCTCGGTTACGATACAGCAGAGCTCATCTATCCCCATGCCAATACCAATCTCCTGCGTCCCCGCACCGTCATTCCTACGTTGATGGCGGCGCTCGAACCCGGAACCCATTGGCTCATATCGGCTGTGCACGGCGATCCAGGTCCTCACGTCGTCGAGGAGCCTTCCATGGTTGCCGTAACAAAGGGTCTGGGTGTAGAAATCGGCCAGCGTGAGATTAAAATAACGACACAGACGGGGAAAGTCATCGTGATTCCGATGGACTAA	MSIKATGNPDGGLTHPVARNPLRTRDDVQEALTQLLEPLNKRYSEGRARLSLERSGADAYADIAEMEGFSRVLWGLVPAVAGGSHGDLWELSLQGIRSGTDPTHAEYWGKVNDYDQRLVEMAVFGLAFALIPERIWQPLNEKERSNLYQWLDQINYHPCHDCNWLFFHVFVNVGFLKAGLPYDAEQLENNLQRIEEFYLDAGWYSDGIGGHSDYYVPYAFHFYGLIYAQLMGEEDPERAGRYRERAALFARDFVHWFAPDGAAVPYGRSLTYRFAQSAFWSAAAYAGLEGFRPGELKGLILRNLRWWFQQPIFDRDGVLTIGYAYPNRIMSENYNAAGSVYWSLKTFLILALPDEHPFWTAEEQELPETGDISVQEQAHLVFCRDQQTGHVAAFNTGHPSTNEHTHTSAKYEKFVYSTAFAFSVPRAEWGLAQGAYDSMLALSEGDRLFRVKRLCEETWIQEHVLYAQWKPWRDVEVRTWVAAGLPWHIRIHRISTGRMLDAAEGGFALGLGSLNSSMAGEGAASASGTFGTSAIYGMLGYDTAELIYPHANTNLLRPRTVIPTLMAALEPGTHWLISAVHGDPGPHVVEEPSMVAVTKGLGVEIGQREIKITTQTGKVIVIPMD				NA	NA	NA	NA	NA
JZ016_05143	1092			NADH oxidase	ATGCATTCATATCCCAACCTGCTAACCGAAGCTTCATTAGGATCTTTGAAACTGTCCAATCGGGCCGTACTCTCGCCCATGACTAGAACGAGCGCGGAGCCGAATGGCTTGGCAAACGACCGAATGGTTCGATACTATCAGAGATTCGCAAAGGGCGGGTTCGGTCTGATCATTACGGAAGGCCTTTATCCGGATGACGTTCAGAGCCAAAGCTATCTCAACCAACCCGGCATGGCGAATGACCAGCAGGCCGCGTCCTGGAAGCCTGTCATCGAAGCTGTTCATCGGGAGGGAAGTAAAATCATTGCGCAGTTGATGCACGCCGGGGCCCTGGTTCAGCATGAGCGATTCATCCCGGTCGCGCCTTCAGCGGTGAAGCCGGTGGGCGCCATGCTTGAGGACCATGGAGGAAGCGGAGAATTCGCCACCCCTCGGGAGTTAACGCAGCCTCAGATTAAACAAACGATCCAGGATTTTGCGCAAGCGGCACTCCGCGCCAAGGCTGCTGGATTCGACGGGGTTGAAATCCATGCGGCAAACGGCTATTTGCTCGATCAATTCCTAACCGATTACACCAACCGCAGAACGGATGAATACGGCGGGTCCACGGAGAATCGGATTCGAATTGTCGTTGAGGTGTTGGAAGCCATTCGGGCAGCCGTTGGCCCGGATTATACCGTTGGCGTGCGGATTTCCCAGGGCAAGGTGAACGATTTCCATCATAAGTGGGCTCAGGGAGTTGCGGATGCTAAGACAATATTCGAACAATTGAGCGGGGCCTCACCATCTTACATTCACACGACGGAGTACAAAGCTTACGCCCCCGCTTTCGCTGATGGCGAGACCACCTTAGCCGAGCTTGCCGCAACATACGGCGGTCTTCCCGTCATCGCGAACGGCAAACTCGGCGAGCCGGCGGTCGCAGAACGAATCTTGGCTTCTGGCCATGCGCATTTCGCTGCGATCGGCACCAGCGCCTTGGTCAACCCGGATTGGGTGAATAAAGCTCGGACAGGGACAGAGCTGCGGCCCTTTAATCACCAATTTCTGCAGCCCATCGCCACGATCAGGGAGGATGAGGTGCTTATATGA	MHSYPNLLTEASLGSLKLSNRAVLSPMTRTSAEPNGLANDRMVRYYQRFAKGGFGLIITEGLYPDDVQSQSYLNQPGMANDQQAASWKPVIEAVHREGSKIIAQLMHAGALVQHERFIPVAPSAVKPVGAMLEDHGGSGEFATPRELTQPQIKQTIQDFAQAALRAKAAGFDGVEIHAANGYLLDQFLTDYTNRRTDEYGGSTENRIRIVVEVLEAIRAAVGPDYTVGVRISQGKVNDFHHKWAQGVADAKTIFEQLSGASPSYIHTTEYKAYAPAFADGETTLAELAATYGGLPVIANGKLGEPAVAERILASGHAHFAAIGTSALVNPDWVNKARTGTELRPFNHQFLQPIATIREDEVLI	PGPT0005930_1879	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION	XENOBIOTIC_NITROTOLULENE_DEGRADATION,PGPT0005930-nemA-K10680	NA	NA
JZ016_05144	903	gltR_3	COG0583	HTH-type transcriptional regulator GltR	ATGGACTTAACGGATCTGAGGACGATCGCCGTCATCGTGGAGGAAGGCAGCGTATCAGGTGCTGCCGAGAAGATGGGGTATGTGCAATCCAACGTGACGGCGCGCATTCGCAAGCTGGAGTCCGAGCTGGGTGTTCCTTTGTTCGATAGGCATCCCAAAGGAGTCACTCCCACGGAAAGGGGGCTCGTTCTCTATCGATATGCCAAGGAGATTCTAGACATGGCTGAGGAAGCCGTTGCCGCCGTGAAGGAGCCGCCCTATCCATGCGGTCCGCTTGTGATCGGCGTCGTGGAGACGATGGCGACATCGCCATCCTTTATTCAGGCCTTGTCCCACTTTCAACGAACCTATCCGGAGGTCGCGCTATCTCTCGTTAGCGGAACATCTCCACAGCATTATGAAGGCATGCTCAGCCGTAGATTGGACGGTGCGTTCATTACCGGTGATTATGATAAGTCGCTGCTTGTGAGCGAGCTGGAAATCCGGGAGGAGGTGTCGCTGCTCGCTTCGTCGGAGGAATCCGAAGAAGAGGGGGCATTCAAGGCATTCGAACTAACGGGTGCTTCTTGGATCGTATTTCCCAAGGGATGTCCGTTCCGGAGGTCTAACGAAGAATGGCTTAGCAGCGAAGGGATCGCCGCAGCGAACATGATCGAAATCAGCACATTGGAGACGATGCTCAGCTGCGTACGGGCCAAACTGGGCTGCGCGCTTCTGCCGGCATCGGCGATTCCTTGGTCCGATCCAGGATTAAAGGCCTACCCCGTACCGGAAGAGTATCGCAGTGCCACGACCCGGCTACTCCGTCGCAATGAATCATTCCGCAGCAAGGCGTTTGCCGCTTTCGCGGAATGCGTCAGAGAAGCGGGCGGTCTGAATTCGACTGGAATTCAGGCCTCCTGA	MDLTDLRTIAVIVEEGSVSGAAEKMGYVQSNVTARIRKLESELGVPLFDRHPKGVTPTERGLVLYRYAKEILDMAEEAVAAVKEPPYPCGPLVIGVVETMATSPSFIQALSHFQRTYPEVALSLVSGTSPQHYEGMLSRRLDGAFITGDYDKSLLVSELEIREEVSLLASSEESEEEGAFKAFELTGASWIVFPKGCPFRRSNEEWLSSEGIAAANMIEISTLETMLSCVRAKLGCALLPASAIPWSDPGLKAYPVPEEYRSATTRLLRRNESFRSKAFAAFAECVREAGGLNSTGIQAS				NA	NA	NA	NA	NA
JZ016_05145	1269	ilvA	COG1171	L-threonine dehydratase biosynthetic IlvA	ATGGAAGAGACGTATACGGCAAAACGGGCAGTCAGCATGGAGGACATCGTACGCGCACACCACGTGCTTCGTGAAGTGATCGTGCGGACGCCACTGCAGCGCGACGCTGTGCTGTCAGCCAAGTATGACTGCGAAGTGTATTTGAAGCGCGAGGACTTGCAGGTGGTTCGCTCCTTCAAGATCCGCGGCGCTTACAATATGATTCGCAGCTTGTCAGACGAGGAACGTGGTAACGGGATCGTGTGCGCGAGTGCGGGAAACCATGCGCAAGGGGTGGCTTTCTCCTGTAATGCGCTGAATATTAGAGGCAAGATTTATATGCCGAGTACAACCCCGAATCAGAAGGTGAAGCAGGTGAAGCGTTTTGGCGGGGGCAGTGTCGAGGTCATTTTGACAGGCGATACCTTCGACGATGCTTATGCTGAGGCGATCAAGGCTTGTGATGAGTATGGCATGACCTTTATTCACCCGTTCGATGAAGCGAAGATCATCGCGGGCAACGGCACGATCGGGATGGAAGTTATGGAGGAGCTGGACGCTCCGGCTGATTATATGTTTGTCACCATTGGCGGCGGCGGTCTTGCCGCAGGCGTGGCAACATATGTCAAAACCGTCAGCCCAACGACGCAAGTGATTGGCGTTGAACCGCTCGGCGCAGCGTCCATGATCGAGGCCAAGAAGCAGGGTGAGGTGGTCACCATGCACGAGATCGACAAATTCGTGGATGGCGCAGCCGTTAAGCGTGTCGGGCAACTGACCTACGATATCTGCTGCGAGCTTGTCGATGACATCGTGACGGTACCGGAAGGAAAAGCCTGCACCACCATCCTGGAGCTGTATAACGAAAATGCAATCGTTGTAGAGCCTGCCGGGTCGCTGGCCGTGGCGGCGCTGGATATGAACCGGGACCGGATTCGCGGAAAAACGGTCGTATGCATCATCAGCGGCGGCAATAACGATATCGACCGGATGCAGGAAATCAAGGAGCGTTCCTTGATTTATGAAGGACTGAAGCATTACTTCATGATCAATTTCCCGCAGCGTGCGGGAGCACTCCGCGAGTTTTTGGAAGAAGTGCTGGGTCCCGACGACGATATCGCACGCTTCGAATACACGAAGAAGCATAACAAGGAAGACGGGCCTGCCCTGGTGGGCATCGAGCTGTTAAGGCCCGAGGATTACGGTCCGCTGGTAGAGCGGATGCAGCGCAAGGGTCTGGATTATACAGAGCTGAACAAGAACATGAACCTGTTCAATCTGCTGATTTAA	MEETYTAKRAVSMEDIVRAHHVLREVIVRTPLQRDAVLSAKYDCEVYLKREDLQVVRSFKIRGAYNMIRSLSDEERGNGIVCASAGNHAQGVAFSCNALNIRGKIYMPSTTPNQKVKQVKRFGGGSVEVILTGDTFDDAYAEAIKACDEYGMTFIHPFDEAKIIAGNGTIGMEVMEELDAPADYMFVTIGGGGLAAGVATYVKTVSPTTQVIGVEPLGAASMIEAKKQGEVVTMHEIDKFVDGAAVKRVGQLTYDICCELVDDIVTVPEGKACTTILELYNENAIVVEPAGSLAVAALDMNRDRIRGKTVVCIISGGNNDIDRMQEIKERSLIYEGLKHYFMINFPQRAGALREFLEEVLGPDDDIARFEYTKKHNKEDGPALVGIELLRPEDYGPLVERMQRKGLDYTELNKNMNLFNLLI	PGPT0001960_2747	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_THREONINE_DEGRADATION,PGPT0001960-ilvA|tdcB-K01754	NA	NA
JZ016_05146	939			hypothetical protein	ATGTCAAAATCCAAAAAATCCGCGATTGCTGCCATCCTTGCACTTATTCTAACGACCCAGACCGGCGTCATCGCTAACGCAGCACCTGCATCCGTATCCCAAGCTGGTTCAACCGCAGTTTCAAGCAAAGCTACCGCCTTCGGCAATGCAGTGTACAACAAAGCCAGTAAACTTCTGAAGGAAACTGACGTGGCTTATGCCAAGGCCTACATCACCAAGCATATCCGCAGCGTAACCCCGTATCAGGCGACCATGCTGGTGCTCAAACTGGAGAATGCGATGAATGATGCACTCCCGGCAAAAACCGATAAGGTGTATGAAATCGGCATTCAGGATAAGCTGATGAACCTGTACAAATTCGGGGAGCCGATTAACACGACCATTAACAAAGCCAAGGACGACACGCTTCGGAAGGTGCTCATCAACCTGCGGGACAGCGGCTACAGACTGTATACGACCGAAGGCGTCATCTTCCCGATTATCGACTATACAACACTGAAACCATACAAGCCTTACATCAATAAGGATCTTCAAGCCTACATCGACATCATGATTGTGGAGTCCGAGAAGCCTGCGGTCAGTGATGCCGCCTTGGTCATCCCTTGGTCCGAGGTCATTGAACGTGGACTCGCGCAGGAGGCTTTTATCACGACATATCCTAAATCAAACCGGACCGCTGACGTGAAGCTGAAGCTTCGTTTTACGGAGCTGAGCTTATTCTACGGTTATAACAATACGCCGCTATTCAAGTACGAGGACAATCTACTTGATCCGGAAGTGCGGCAAGCCTTCGATAGCGTGCTCAAGGACAGCGACGCCGTCTCCAAAAGCGCTCTCCTGAAAAAGCTGAAGTCCTGGTCTGAAGTGCTTGAGAGCAACAAGGACAAGTTGACCCAGGAAGTGGAGCAGTATCGTGCGAAGGCGGTTCCGCTTGACTAG	MSKSKKSAIAAILALILTTQTGVIANAAPASVSQAGSTAVSSKATAFGNAVYNKASKLLKETDVAYAKAYITKHIRSVTPYQATMLVLKLENAMNDALPAKTDKVYEIGIQDKLMNLYKFGEPINTTINKAKDDTLRKVLINLRDSGYRLYTTEGVIFPIIDYTTLKPYKPYINKDLQAYIDIMIVESEKPAVSDAALVIPWSEVIERGLAQEAFITTYPKSNRTADVKLKLRFTELSLFYGYNNTPLFKYEDNLLDPEVRQAFDSVLKDSDAVSKSALLKKLKSWSEVLESNKDKLTQEVEQYRAKAVPLD				NA	NA	NA	NA	NA
JZ016_05147	663			hypothetical protein	ATGAATACCAAACAGATGATTAAAGAGAACAATCGACTCCAGGATGCCATGAAACCAAACAACCTGAGCTATTACCAGGACATGGTGGTCTATATCCGCAGCAGCTCGGTGCAGGAACAAAAAGGCGAGGAGTTGCTGCTCGAGATCGCCCAGCACCTGCTGGACGCCCAAGCCAAAGGCAAAAGCGCCGAGGACGTATTCGGAAGCGATCCCGAATCCTACTGCAAAGAGCTGGTAGAACAGCTGCCAAAAATGAAGGGCCTCAGCAGTCTCCAATATCATCTCATGATCCCGTGGATTGCTTTAACCTGGTTTTTCTTCGTCCAAGCGCTGGTCGGTTTCATCACGATGTGGGCCGGGGGACCGGTTGAACGCATGACGCAGGTCCGTATTTCTACCCTGATTCTGATAGCAGGCGGTTCCTATGTGCTGATCCACGCATTGTTAAGATCCATGAAGAGCGACACCTTCAAGCCGGAGGAGGACAAGCGCAAGATTAATGTCCGCAATATGGGGATTTATGTCGCCATCACCGTATTGATTCTGGTTGCCGGCGTGTGGCTGGGGCGGCTGCTGCCGGTTCTGACGATAGCGCCATGGATCAGTCTCGTCATATTCCTGGTCGGAATCGCCGGGACGAAGCTTCTTTTTTCGAGCAAATAA	MNTKQMIKENNRLQDAMKPNNLSYYQDMVVYIRSSSVQEQKGEELLLEIAQHLLDAQAKGKSAEDVFGSDPESYCKELVEQLPKMKGLSSLQYHLMIPWIALTWFFFVQALVGFITMWAGGPVERMTQVRISTLILIAGGSYVLIHALLRSMKSDTFKPEEDKRKINVRNMGIYVAITVLILVAGVWLGRLLPVLTIAPWISLVIFLVGIAGTKLLFSSK				NA	NA	NA	NA	NA
JZ016_05148	336			hypothetical protein	ATGACCACCCAAAGTCAGATGCTAAAAGGCATTCTCGAAGGCTGCATTCTCTCGCTCATGGAGCATCGGGAGGTATACGGTTATGAGCTTAGCACGCTGCTGGAAGACAGCGGGCTAACGTTTGTGAGCGAAGGCAGCATTTATCCCCTGCTGCTTCGCATGCAGAAAGAGCAGTTAATCGAAGGGACACTTCGGCCTGCGCCCGGTGCCGGGGGGCCCCCCCGCAAATACTACAATTTGACCGATAAAGGCCGACAGGTTCTTCAACAATTCAAGGAGCATTGGGGAACGCTTAAAGATAGTGTGGACCACATTCTAACCCGCGGAGGACAGTGA	MTTQSQMLKGILEGCILSLMEHREVYGYELSTLLEDSGLTFVSEGSIYPLLLRMQKEQLIEGTLRPAPGAGGPPRKYYNLTDKGRQVLQQFKEHWGTLKDSVDHILTRGGQ				NA	NA	NA	NA	NA
JZ016_05149	255			hypothetical protein	GTGAGTGCTAACTTTTTTGACGATGAATTGCATGGGGGAGACGCTGTGCCGGCCAATGGGCAAGAGGTTGTTGCAGGCAGCAGTACAGCGGATGGGATATTTGGCCAGCCTGAAGGGGGATACGCCTCCGAGGGTGATGAAACAGATCTGTCTGCATCAAGCTTATGGGAGAACGACCCCATCGGGAAGACCTGGATGAACGATTGGAGCGGGCGCGAAGAGACCCATGCCATGTTCCGCCAGAGCTACGAGTAA	MSANFFDDELHGGDAVPANGQEVVAGSSTADGIFGQPEGGYASEGDETDLSASSLWENDPIGKTWMNDWSGREETHAMFRQSYE				NA	NA	NA	NA	NA
JZ016_05150	828	menH_8		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGGAGCGGCAAATTACAATCCGGCATAATCAAGAGGAACTTACGGCAACCATCCATTACCCGTTGAAGGAATCGGCTCACGGAAGCCGGTGCAATCGGGTCCCGCTGGTCATTATCTGCCATGGCTTTGTGGGAAGCCGTATCGGCGTGGATCGGTTGTTTGTCAAAACGGCGCGGGAGTTTGCCGAGGACGGGTACATGGTGATCCGCTTCGACTATATCGGATGCGGGGAAAGCTCCGGCAATTACGGCAGCGAAGGTCTCGATTCGATGATTGCCCAGACGCGTTCCGTCCTTGATTATGGACTCAGCTGCACCGATGTCGATCCGACGCGCATCACTCTCATCGGGCATAGCTTGGGCGGCGCTGTCGCCCTGCAAACCGCCGTTCGGGATCGGCGGGTGAAGAATCTGATCCTGTGGTCTGCGGTAGGATATCCGTTCAACGATATCGTCAAAATCACCGGTCGCGATGTATACGACACCTCTGTCAAGTCGGGATCCGCCGATTATTTGGGATACTCGTTTACCCCGGTCTTTTTCGAATCGCTGGCACAGGGTCAGCCTTTCCAGGAAGCAATCAAGTTTACGGGCAATGTGCTGGTGATACATGGTACCTCGGATGAGGTCATTCCGGTGGATTACGCATTTTTGTACCAAAAAGTGTTCTGGATGCGCCAGGAAGGCCGCTGCGATAAGGAGATTATCTTCCAGGCCGATCACACGTACTCTGCCGGACCCCAGCGCGAGCTGCTGCTTCAGCGGACACGGGATTGGTTGAACGAGCAGGAGAACATTCAGCAGGAGTGGCAGCACTGGATGATTTAA	MERQITIRHNQEELTATIHYPLKESAHGSRCNRVPLVIICHGFVGSRIGVDRLFVKTAREFAEDGYMVIRFDYIGCGESSGNYGSEGLDSMIAQTRSVLDYGLSCTDVDPTRITLIGHSLGGAVALQTAVRDRRVKNLILWSAVGYPFNDIVKITGRDVYDTSVKSGSADYLGYSFTPVFFESLAQGQPFQEAIKFTGNVLVIHGTSDEVIPVDYAFLYQKVFWMRQEGRCDKEIIFQADHTYSAGPQRELLLQRTRDWLNEQENIQQEWQHWMI				NA	NA	NA	NA	NA
JZ016_05151	777	ygiD	COG3384	4,5-DOPA dioxygenase extradiol	ATGACGTTACCTGCTTTATTTATTGCCCATGGTTCGCCGATGATGGCCCTGGAGGACAACGAGTACACCCGCTTCCTTGAGCAGTTGGGGCGGGAGCTGCCTACGCCTAGGGGCATAGCTGTATTTTCTGCCCATTGGGACGATCCGGATCAGCGGCTTACTGAAGACGCCGAGCATGGCACGATGCATGATTTTTATGGATTTCCCGAGGAAATGTACCGAATCACGTACCCTGCCCCAGGCAGCGCAGAGCTGGCAGCTCAGATTCGTCAGCGTTTTGAGTCTAACAATCTGCATGCCAAAGCCGAGACCGGCCGTGGTCTGGACCATGGGGTATGGGTCATTCTGCGCAAAATGTACCCCGATGCGAATATTCCCGTGGTGGCCTTGTCCGTGGACTCCAAGCGCTCGCCGCACGAACAATATTCCATCGGTACGATGCTGTCCGATTTGCGTGAAGAAGGCATCCTGATTATCGGGAGCGGCGGTTTGGTGCACAATCTGCGGATGGTGCACGAGAGCGATGAGCCTGATGAATGGGCGGCTGCATTCGATGAATGGATCGCGGAGCAGCTGACGGAATGGAATCTGAATCATCTGTTTGCGTTTGACAAAAAAGCGCCTCATGCCAGCGATGCTGTCCCTTCTTATGGACGGGAGCATTTTGTCCCTTTGTTCTACGCAATGGGTGCTGCCGACAACGGCCGCAAGGCAAAGCGATTGTTTCAATCTTACCAATACGGCAGTTTGAGTCTGAACTGCTGGTCATTCGAATAA	MTLPALFIAHGSPMMALEDNEYTRFLEQLGRELPTPRGIAVFSAHWDDPDQRLTEDAEHGTMHDFYGFPEEMYRITYPAPGSAELAAQIRQRFESNNLHAKAETGRGLDHGVWVILRKMYPDANIPVVALSVDSKRSPHEQYSIGTMLSDLREEGILIIGSGGLVHNLRMVHESDEPDEWAAAFDEWIAEQLTEWNLNHLFAFDKKAPHASDAVPSYGREHFVPLFYAMGAADNGRKAKRLFQSYQYGSLSLNCWSFE				NA	NA	NA	NA	NA
JZ016_05152	741			hypothetical protein	ATGAAAGCAGCAACGAAAGTAGCAATCGCGACACTAAGCAGCATTTTATTAATGGGTTCTTCCGTAAACCTCGCGGCGAAGGCGCAATCCTACGAAAAAGCCCCAAAAGCTACTGTCAAGAAAGCAGCCGAAACAGCCAAGTCTATCTCTGCAGAGGAAAAAAGGCTTATCGAGGATGAGATCCAGAGAGTGAAGGAGTTGACCCAAGAGTCGGGTGATATGTACGTTCTGTATCATAAGTACCCAAAATTAAATAGCGGATTTGATATTAGCTTTTGGGGAGGGATACATGAATTCACTTCATACGAGGACTACTTGAAAAAAGCCTCAACTCTGAAGGGGTCCATCTTGAAGCAGCCTGCCAACCTGCCAAAGGGATACAAGTTTTTATCAGCGGTCATTGAAGGTCCGACCGAAGGAAAGTTCGTTGATGAGGTAAGGGCCGAAGGCAAGAAGAGCGGAAAGCCCATCTATGTGAAAAAGATCGATTGGAAAGAGGCGGCAAGCATCCGTCTTAAATATGCGAGCGGAAAAGACACGCTGGGCTTTTCCAAGTATGCGGCAGACTCGGAGGGAAGCAAGAAGAAAGGTTTCTTTAATGATAAGCTGCCGGCGCATGTCTTTCCAAAATACGTTTTTTGGAATGATGGCGGCAAATTCGAATACAGCATTTCAACCTCCTCTTTGGATATGTCCAGAAAACAGAAGGTCGAGATTTTGAAAGCAGCGGTGAAAAAATAA	MKAATKVAIATLSSILLMGSSVNLAAKAQSYEKAPKATVKKAAETAKSISAEEKRLIEDEIQRVKELTQESGDMYVLYHKYPKLNSGFDISFWGGIHEFTSYEDYLKKASTLKGSILKQPANLPKGYKFLSAVIEGPTEGKFVDEVRAEGKKSGKPIYVKKIDWKEAASIRLKYASGKDTLGFSKYAADSEGSKKKGFFNDKLPAHVFPKYVFWNDGGKFEYSISTSSLDMSRKQKVEILKAAVKK	PGPT0028100_238	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028100-blaR1-K02172	NA	NA
JZ016_05153	411	blaI_1	COG3682	Penicillinase repressor	ATGAATCAAATACCACCGATTACGGATGCAGAGCTGGAAATTATGCGCGTATTGTGGGCTAATCCGGACTGTCCTTCCAGCGAGGTCGTAAAGAAAATGACGGATCTGATGGGGTGGAGCCCCAATACAACTCGGACGCTCCTCAGTCGTCTGGTGCAGAAGGAAGCAGCGGGTGCGAAACTGGAAAAGGGTTCAAAGCGCACCCAACTATTTTATCCGATCATCAGCGAGCAGGAGTATCTGCAGTCTGAAACCAAATCCTTCATGAAAAAACTTTATGGGGGAGCTTTAAAGCCGATGCTGGCCAACTTTTTGCAGGATAAAAAACTGAATGCGCAAGAAATCGAGGATCTGAAGGCTTTGTTTGACGAGAACAGCAGCGACGGGGAAACAGAAAAGAGAGAGCCCTGA	MNQIPPITDAELEIMRVLWANPDCPSSEVVKKMTDLMGWSPNTTRTLLSRLVQKEAAGAKLEKGSKRTQLFYPIISEQEYLQSETKSFMKKLYGGALKPMLANFLQDKKLNAQEIEDLKALFDENSSDGETEKREP	PGPT0028105_76	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028105-blaI-K02171	NA	NA
JZ016_05154	1872			hypothetical protein	ATGAGTCATACATTGCATGAAAATTTATTGTTGTTTTTCGGCTGGGTCATTCGCGGATCGTTCATGGCCGGCATCATGATCGTCCTTGTCCTGATGCTGCAATTTCTACTAAAAAACAAGATTGAAGCCAGATGGAGATACTGGCTTTGGTTTCCTGTGGCCATTCGCTTGCTGCTTCCTTGGGCACCGGAATCCTCGCTTAGCCTATACAATGTTTTGTCTCTGGAGGCCATAGTGCCCGGCATTCATCAACAAACCCAAGTTTCACCGCTTTGGAAGGAAACGGGGAGAATAAGCGCGGCCATTCATGTTGAGCGCTCTATACACCCGGAGGCAAGCGGAACTTCGGAAGTACCTGCTCCATCCCTTGAATCGGGACCCGTGCAGGACAGCGGTCATTGGTGGAATGGGTTCAAGCAGATAGGCTTCACCAATATACTGATGTCGGTTTGGCTTGCGGGTGTGCTGCTTCTTGCCGTCAAAACGGTATACGACCAGCTTCGATTGAAACAAGCCCTGCGCACGGGCCGAAAAATAGATACGCCTTTTCTATTGGCCGTGTTTCACGAGACGAAACAGCAATTAGGCGTGAAGCAAACCGTGCAGTTTGTAGCCAGCGAGCGAATTCCTGGACCTGCCGTGGTCGGTTTTAACAAACCGGCGATCGTCATTTCGCCCAGTCTGCTCATCACGCTGCAAAAGGATCAACTTCAATACATTCTGGCGCATGAGTTCGCACATATTCAGCGGCGGGACGTCGCAGTGAACTGGTTAATGCATATCATCCTGATCATCCATTGGTTTAATCCGTTATTATGGCTAGCCGTACATAAAGCGAGACAAGACCAGGAGATGGCTTGCGATGCATGCGCCTTGAATCGGATGAGCCCGCAGCAAAACAATGCATACGGACAAACGATCATCCATGTGCTGGACCATTTTTCAGGAAACCAACGTCAGCCGGGACTTGCCGGCCTGTCCGCCACGCATAAACAAATGAAAAGGAGACTTACGATGATTAAACATTTTCACAAAAAATCTTATCGCCTGTCCATTCTGGGGATGGGGATGATTCTCGCGCTAGGCAGCGTGACATTGGTTAATGCTAAGGAAAGCGATGCAGGGAACGTAACGTCAAAGGCTTCCGTGCAGTCAGAACAGGATGGAGCTGTTGTCAATAACGTGCCGGATATTATCTATCCCAAGGGGGATATTGACCGCGAGCTTTACAAAAAAGAGCTGGAAAAGGCCGAAAAAAAAGCAGAAGCAGCAGCCAAGGCTCTAACTCCAGAGGATAAGAAGTATATCGAAGCTGAGACCAATAGAGTGAAGAAGCTAAGCGAAGAGACAGGTGATATGTATGTTCTGTATCATAAATATAAGGATCTTAACAGCGGATTCGACCTAAGTTATTGGGGAGGTATAGAAAAATTCACTGCTTACGAGGACTACTTGATTAGAGCTTCCACGCTGGAGGGTTCTATTCTGAAGCGGCCTGCCAACTTGCCGGAGGGATTTAAGTTTTCCAAAGCGAGAATTGAAGGTCCAACCGAAAGAAAGTTCCTTGATGAAGTAAGGGCCGAAGGCAAGGAGAGCGGAAAACCCATCTACGCGAAAAAGATAGACTGGAAAGAGGCGGCAACCATTCGTCTTGAATATACGAACGGGAAAGATACGCTGGCCATTTCAAAATTTATGTTGGACTCAGAGGGAAGTAAGAAGAAAGGTTTCTTTGAGGATGACTTCCCGGCGCATGTCTATCCAAAATACGTGTTTTGGCATGAAGGCGGCTTTGAATACAGCATTTCAACCACATGGGATATGTCCAAGGAACAGAAGATCGATATTCTGAAAGCAGCGGTGCAGAAATAG	MSHTLHENLLLFFGWVIRGSFMAGIMIVLVLMLQFLLKNKIEARWRYWLWFPVAIRLLLPWAPESSLSLYNVLSLEAIVPGIHQQTQVSPLWKETGRISAAIHVERSIHPEASGTSEVPAPSLESGPVQDSGHWWNGFKQIGFTNILMSVWLAGVLLLAVKTVYDQLRLKQALRTGRKIDTPFLLAVFHETKQQLGVKQTVQFVASERIPGPAVVGFNKPAIVISPSLLITLQKDQLQYILAHEFAHIQRRDVAVNWLMHIILIIHWFNPLLWLAVHKARQDQEMACDACALNRMSPQQNNAYGQTIIHVLDHFSGNQRQPGLAGLSATHKQMKRRLTMIKHFHKKSYRLSILGMGMILALGSVTLVNAKESDAGNVTSKASVQSEQDGAVVNNVPDIIYPKGDIDRELYKKELEKAEKKAEAAAKALTPEDKKYIEAETNRVKKLSEETGDMYVLYHKYKDLNSGFDLSYWGGIEKFTAYEDYLIRASTLEGSILKRPANLPEGFKFSKARIEGPTERKFLDEVRAEGKESGKPIYAKKIDWKEAATIRLEYTNGKDTLAISKFMLDSEGSKKKGFFEDDFPAHVYPKYVFWHEGGFEYSISTTWDMSKEQKIDILKAAVQK	PGPT0028100_243	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028100-blaR1-K02172	NA	NA
JZ016_05155	540			hypothetical protein	ATGTTTAACAACTGGCTGAGAACAAACAAATTGGCAATGTGGCTGCTGACCTTCATCCGGGTCTACATCGGTTATGAGTGGATGACAGCAGGTTGGGGTAAATTGACGGGCCGATTTGAAGCAGGCGGCTTCCTGCAAGGCGCGATCGCCAAAGCAGCCGGCGATCACCCCGCAGTCCAAGGCTGGTGGGCGGCGTTTCTGGAGCATGCGGCACTGCCGGGAGTGAAGCTCTTCAACTTTATCATCCCGCTCGGTGAGTTCCTCGTAGGGGTCGGGCTGATCCTCGGTACCTTCACTACCTTCGCCGCTCTGATGGGACTTGTGATGAACGCCGCATTCCTCTTCTCGGGTACGGTGAGCACCAACGCCCAGATGTTACTGCTTGAAGTGCTGATCATCGTCGCTGCTGCCAACGCCGGTAAAATCGGCCTCGATTATTGGGTTCTCCCTTACCTCCGCGGCCTGTGGAACAAAATGACGCACAGAACAACTAAAGGCGATGGCACCACGCACACACCTTTCAAAAAACAAACGGCATAA	MFNNWLRTNKLAMWLLTFIRVYIGYEWMTAGWGKLTGRFEAGGFLQGAIAKAAGDHPAVQGWWAAFLEHAALPGVKLFNFIIPLGEFLVGVGLILGTFTTFAALMGLVMNAAFLFSGTVSTNAQMLLLEVLIIVAAANAGKIGLDYWVLPYLRGLWNKMTHRTTKGDGTTHTPFKKQTA				NA	NA	NA	NA	NA
JZ016_05156	525			hypothetical protein	ATGTTTATTCAATGGTTGCAATCAAGCAAAATCGCAATGTGGCTGCTGACGGTCATTCGGGTGTACGTTGGGTATAAGTGGCTGACGGCAGGCTGGGGCAAGCTAACGGGAGGCTTCGATGCGACCGGATTTATGCAAGGGGCCATCGCCAAATCCACGGGTGAGCACCCTGCGGTTCAGGATTGGTGGGCCGTATTCCTGAAGCATGCCGCGCTGCCCGGCGTCAAATGGTTCAACGTCATCGTTCCACTGGGCGAATTCCTCGTCGGACTTGGCCTCATTCTCGGCACATTCACTGTGTTCGCTGCGCTGATGGGGCTCGTGATGAACGCTGCGTATCTCTTTTCTGGTGCCATCAGCATCAACGGTCAGCTCCTGCTGCTCGAATTCCTGATCATCCTCTCGGCCGCCAACAGCGGAAAGATCGGGATCGACCGCTGGCTCATGCCCTACCTCCAAGATAAATTCACGCGCAAAGCAAAAATCAGCAGTGACCCTTCCTCTCTGCAGAATCAGGCGGTCTGA	MFIQWLQSSKIAMWLLTVIRVYVGYKWLTAGWGKLTGGFDATGFMQGAIAKSTGEHPAVQDWWAVFLKHAALPGVKWFNVIVPLGEFLVGLGLILGTFTVFAALMGLVMNAAYLFSGAISINGQLLLLEFLIILSAANSGKIGIDRWLMPYLQDKFTRKAKISSDPSSLQNQAV				NA	NA	NA	NA	NA
JZ016_05157	540			hypothetical protein	ATGTTTAACCATTGGCTGAGAACGAACAAAGTTGCAATGTGGCTGCTGACCTTCATCCGGGTTTATATCGGTTATGAATGGCTGACAGCAGGTTGGGGCAAATTGACAGGCGTCGGATTTGACGCTGGTGGGTTCCTCCAAGGCGCGATTGCCAATGCAACCGGCGATCACCCTGCCGTCCAAGGCTGGTGGGCAGCGTTCCTGGAGCATGCGGCACTGCCGGGCGTGAAGCTCTTCAACTTCATCATCCCGCTCGGTGAGTTCCTGGTAGGTCTCGGACTCATTCTCGGTACCTTCACCACCTTCGCCGCCCTGATGGGACTGGTCATGAATGCCGCGTTCCTCTTCTCGGGTACCGTGAGCACCAACGCCCAAATGTTACTGCTTGAAGTGCTGATCATCGTCGCTGCGGCCAACGCCGGTAAAATCGGTCTTGACCGTTGGGTTCTCCCTTACCTTCGCGGCCTGTGGAATAGAATGACCCACCGTGATCATGAACCCAAAGCACCGACAACTCATCTGAAAAAGCGCACAGCTTAA	MFNHWLRTNKVAMWLLTFIRVYIGYEWLTAGWGKLTGVGFDAGGFLQGAIANATGDHPAVQGWWAAFLEHAALPGVKLFNFIIPLGEFLVGLGLILGTFTTFAALMGLVMNAAFLFSGTVSTNAQMLLLEVLIIVAAANAGKIGLDRWVLPYLRGLWNRMTHRDHEPKAPTTHLKKRTA				NA	NA	NA	NA	NA
JZ016_05158	900	yofA	COG0583	HTH-type transcriptional regulator YofA	ATGAATATGGCATTCAGTCAGAATGAAGTCAGGAAGGTGAGACTAATGGAAAGCGGAGATTTACGGATATTCCGAGCAGTAGCGGAGGAAGGCAGCATTACGCGGGCGGCCCAACGCCTGCAGTATGTTCCCTCCAACGTCACGGGCCGGATCCGCCAGCTGGAGGACAGGCTCCAGACGGCCCTGTTTATCCGAAGCAATCGAGGGATGGAACTGACCCCGGCCGGCGAGCGCCTGCTTGGATACACGCGTCAAATTTTAAATTTGCTAGATGAAGCGGAGAAATCCGTACAGGCAGAGGATACGCCGCGGGGACCGCTACGAATCGGTGCGATTGAATCCACCGCCGCTGCATATCTGCCAGGACGCCTGGCCGACTATTACGCCCGTCACCCCGAGGTCAGCCTGTCCCTCACCACGGGCAACTCCAGCGTGCTGATGCAGCAAGTGCTGGACCGCGAACTGGACGGCGCTTTCGTGTACGGACCTTTGACGCATCCTCTGCTGAAACAGATCCCTTCGTATAATGAGGAACTGGTGCTCATCTCCGAAGCCGGAGCGGCAAGCCAGCAGGAGCAGCTGCAGAAGCCGATGCTTATTTTGTCGACAGGCTGCACCCACCGATCCAGAGTGGAGCGCCTGCTGGCCGAGGCTGGCGTTCAACATCCGCAAATCATAGAGTTCGGTTCGCTCGAAGCCGTGTTAGGCGGGGTTGCTTCGGGTCTCGGCGTAGCGCTTCTCCCGAGGTCCAATGCCGTTTCGCTTTCCAACGAGAAAAACATTGCAGCCATGACACTGCCGGAGTCCTACCGCGAGGTCGTGGTGTATTTTATCTATCACCGCGACGTGCCGCTGAGCAGCGCCCTTCGAGCTTTTCTGGAGCCGGAGCATCAAAAATGA	MNMAFSQNEVRKVRLMESGDLRIFRAVAEEGSITRAAQRLQYVPSNVTGRIRQLEDRLQTALFIRSNRGMELTPAGERLLGYTRQILNLLDEAEKSVQAEDTPRGPLRIGAIESTAAAYLPGRLADYYARHPEVSLSLTTGNSSVLMQQVLDRELDGAFVYGPLTHPLLKQIPSYNEELVLISEAGAASQQEQLQKPMLILSTGCTHRSRVERLLAEAGVQHPQIIEFGSLEAVLGGVASGLGVALLPRSNAVSLSNEKNIAAMTLPESYREVVVYFIYHRDVPLSSALRAFLEPEHQK				NA	NA	NA	NA	NA
JZ016_05159	990	adhT_2		Alcohol dehydrogenase	GTGAAAGCAGCCATTCATCACGGCCGGAGCGGTCTGGACGGACTTCGGGTCGGCAATATGGAATCGAAACAACCGGGTCCCGGTGAGATCCGGGTCCGTTTAAAGACGGCCGGACTCAATCACCGCGATCTGTTTCTGATGAAGGGACGTCATGCGGCGGATGCACCGCTCATTCTTGGCTCAGACGGAGCAGGCATCATTGATGCCGTGGGTGAAGGAGTGGGGGGTCTGACAGCCGGCACGGAAGTCATCATCCATCCGACGATCGGTTGGGATAACACCGAAGAGGTCCCGGTGGTGCCGCAGATCCTGGGCGGACCCACGGACGGTACGTTTGCTGAAACGGTCGTCATTCCAGCGGACAATGCCTTCAGAAAGCCGACATACCTGACATGGGAGGAAGCGGGAGTACTGTCTTTATCCGCGCTAACGGCCTACCGTGCGCTGTTTACGAGGGCGCATATCAAACCTGGCGAGCATGTGCTTATACCAGGTATAGGAGGCGGGGTTGCAACCTACGCCATGCTCATGGCCCAGACTGCGGGGGCTGTCGTCAGCGTCACTTCCCGAAGCCAAGCCAAGCTCGAAGAAGCGCGGCGCTATTCTGTGCATAGGGCTTTTTCGAGCAGCGGGGATTGGAACAAAGAGCTGCAAGGGGAGAAGGTGGACGTGATTCTGGATAGTATCGGTCCGGCTACCTTTCCCCAATACTTGGAAGTGATCAAGCCGAATGGGCGGATCGTCAGCTTTGGGGCCAGCTCCGGCGACGCGGTCGAGGTTCCGCTGAGAGCTTTATTTTTTCCGCAGCTGTCCTGGATCGGTACGTCGATGGGGAGCCGCGAGGAGTTTGGAGAGATGCTTCGGTTCATGGAGGAGCACACCATTGCGCCCCTGATCGACCGGATGTACCCGCTGGATGAGATTCTGGATGCGTTCCGGCGGATGACGGCGGGCGAGCAGTTTGGCAATATTGGTTTGCGGATCGGATGA	MKAAIHHGRSGLDGLRVGNMESKQPGPGEIRVRLKTAGLNHRDLFLMKGRHAADAPLILGSDGAGIIDAVGEGVGGLTAGTEVIIHPTIGWDNTEEVPVVPQILGGPTDGTFAETVVIPADNAFRKPTYLTWEEAGVLSLSALTAYRALFTRAHIKPGEHVLIPGIGGGVATYAMLMAQTAGAVVSVTSRSQAKLEEARRYSVHRAFSSSGDWNKELQGEKVDVILDSIGPATFPQYLEVIKPNGRIVSFGASSGDAVEVPLRALFFPQLSWIGTSMGSREEFGEMLRFMEEHTIAPLIDRMYPLDEILDAFRRMTAGEQFGNIGLRIG				NA	NA	NA	NA	NA
JZ016_05160	1080	yerB		Putative lipoprotein YerB	ATGTCGATGGCGACAGTTCTTATGCTGTCGGGCTGCGGCGGAGATAAACAGCAGGCGGAGCCTGCTCCGGCACCGGTGGTGGAGGCTCCGATCGAGCAGCCGGTAGAAGCGCCTCAAGAGGAAACGTCCTCTCCATATAAGGCACCGCTGACAGGAATGCCGTTAGAAGCGTCACTGACGCAGCGGCCGCTGGCCGTTATGATCAATAACGCACCGGCGGCAAGGCCGCAGTCGGGTCTGGGACAAGCGGATATGGTGTATGAAGTGCTGGCGGAAGGAGGGATCACGCGACTGATCGGCATTTTCCAAAGCCAGAGCGGCATTGAGAAGATCGGGCCGATTCGCAGCATTCGTCCTTATCTCATCAATCTTGGCGAGAGCTACGGCGGCGTTCTGGTCCACGCGGGCGGCAGCCCTGAAGCTTATAGCATCATCCAAAAGCAAGGCAAGCAGGATATGGACGAGATCGGAAATGCCGGCTCCTTCTTCTGGAGAGACAAGGAACGCAAAGCGCCGCATAATCTGTATTCCAGCGACGAGAAGCTTCGTGAAGGAGCGGCCAAGCTTAATTATGGCAACGACGTGAAGGTGCCGCAATATTCGTTCTATTCGGAGCCGACGGCAGCAAGCGGCGAAGGTGCAGAAGGAACGGCGCCTGTGGAGGTTATTTCCGGTGAACCCGGGGAGAAGGTAGAAATCAAATTTTTACTAGACAGTTATGTGGTGGCTTATCAGTATGACGGTTCGTCCAATACGTACAAACGGTGGGTCAATGGATCGCCGCATGTGGATCTTAACGATAATGTCCAGCTTGAAGCCGCGAATGTCATCGTGCTGGGGGCGGATCATAAGGTGCTGGATGATGTGGGCCGGCTTGCCGTGAATGTGGAAGCGGGCGGGAAAGCGATGCTGTTCCAGCGCGGAGAGGTCATCGAGGGGCAGTGGGTACGCGCAGCGGGCGATGCGATCCGTTTTGTGAAGGACGGCAAGGAAGTGCCATTGGTGCCGGGAACGACGTATTTCAACATTGTGCCGAATTCGCCTTCATTTGAAAGCCATGTGACCATTACGAATCCTTGA	MSMATVLMLSGCGGDKQQAEPAPAPVVEAPIEQPVEAPQEETSSPYKAPLTGMPLEASLTQRPLAVMINNAPAARPQSGLGQADMVYEVLAEGGITRLIGIFQSQSGIEKIGPIRSIRPYLINLGESYGGVLVHAGGSPEAYSIIQKQGKQDMDEIGNAGSFFWRDKERKAPHNLYSSDEKLREGAAKLNYGNDVKVPQYSFYSEPTAASGEGAEGTAPVEVISGEPGEKVEIKFLLDSYVVAYQYDGSSNTYKRWVNGSPHVDLNDNVQLEAANVIVLGADHKVLDDVGRLAVNVEAGGKAMLFQRGEVIEGQWVRAAGDAIRFVKDGKEVPLVPGTTYFNIVPNSPSFESHVTITNP				NA	NA	NA	NA	NA
JZ016_05161	615			hypothetical protein	ATGAAATTGAAGAAGAAGGATATATTCTTCCAAACGTTGGAGAATATGGCCGATACGGTGGTACAAGCCGCAGATTATTTTTCGCAGCACGTTTCCAATCTTCAAGATGTGCTTGAATTTGCCAATGAAATGAAAAAATACGAGTCCCAGTGTGATACCTATACGCATACCATCATCACTGAGCTCAACAAAACGTTTATCACGCCAATCGAACGCGACGATATTATGGACCTGACAACCAGCATGGACGATGTGATGGACGGATTGGAAGCAACGGCATCCCGTTTCTATATGTACAATTTGGGGAAACCTGACGAGTACATGGTACAGTTTGCCGAAATTTTGCGTCAATCGGCTTACGAAATTCAGAAGGCCATTCATTTGCTCTCTCAGAAAAAACTTCTGGCCATTCGTGAGTACACGATCCGCTTGAACGATCTGGAGAACCAAGGCGACGAGCTGCTGCGCATCTGTATCAAGGATCTGTTCGCCACCGTCTCTGACCCGATTCTGCTGATCAAGAAAAAAGAGATTTACGAACGTCTTGAAACGACCACGGACACCTGCGAAGACGTGGCAAATATGCTGGAATCCATCATTATGCGCAACTCGTAA	MKLKKKDIFFQTLENMADTVVQAADYFSQHVSNLQDVLEFANEMKKYESQCDTYTHTIITELNKTFITPIERDDIMDLTTSMDDVMDGLEATASRFYMYNLGKPDEYMVQFAEILRQSAYEIQKAIHLLSQKKLLAIREYTIRLNDLENQGDELLRICIKDLFATVSDPILLIKKKEIYERLETTTDTCEDVANMLESIIMRNS				NA	NA	NA	NA	NA
JZ016_05162	990			hypothetical protein	ATGGATACAACGATGTTAGTATTAGTAATTGTTGTTTTTTTGGCGCTTGCATTTGACTTCATCAACGGGTTTCACGATACGGCGAATGCTATCGCAACGTCGGTTTCGACCCGGGCCCTGAAGCCGCGGGTAGCCATACTGCTTGCAGCGAGCATGAACTTCGTCGGCGCGATGATGTTCACAGGGGTTGCCAAAACCATCGGCGGAAGCGTCGCCGATCCGACCAAGCTGGATAACGGGATCGAGGTAGTTATTGCAACATTGCTTGCAGCCATCATCTGGAACCTGGTTACCTGGTGGTTCGGATTGCCTTCATCTTCTTCCCATGCTCTGATCGGGGCATTGGCCGGTGCGGTATTTGTCGGCGCGGGAAGCGACATGCTGAATTATGGCGGATTTAAGGATATCGTATTAGCGCTGATTCTGTCGCCTATCCTTGCGTTTGTGATCGGTTATGTGGTTATGCAGCTGCTGAAGTTCATCTTTGCCAAGCGCAGTCCGCATACGGTGAATAAAGGCTTCCGCACGATGCAGATCTTTACGGCAGCACTGCAATCCTTCACGCACGGTACCAACGATGCACAGAAGGCGATGGGGATTATCACTTTTGCTCTGGTTACCTCCGGTCAATTGACAGAGATGGAAGTTCCGCTCTGGGTTAAAATTTCGGCAGCGACAGCGATGGCGCTCGGAACCTCGGTGGGCGGCTGGAAGATCATCAAAACCATGGGTACGAAAATTTTCAAAATCGAGCCGATCAACGGCTTCGCAGCGGATTTCTCGGCTGCATCCGTCATCTTCTCGGCTACGCTGCTTCACTTGCCAATCAGTACGACGCATGCCATAACGTCGGCGATTCTCGGCGTAGGCTCAGCGAAACGCTTCTCCGCCGTGAAATGGTCCCTGGCAGGCCGCATCGTAGTGACCTGGTTTATTACGATTCCGATTACGGCTGTACTGGCAGGAGTCATCTTTAAAATTCTTTTCTAA	MDTTMLVLVIVVFLALAFDFINGFHDTANAIATSVSTRALKPRVAILLAASMNFVGAMMFTGVAKTIGGSVADPTKLDNGIEVVIATLLAAIIWNLVTWWFGLPSSSSHALIGALAGAVFVGAGSDMLNYGGFKDIVLALILSPILAFVIGYVVMQLLKFIFAKRSPHTVNKGFRTMQIFTAALQSFTHGTNDAQKAMGIITFALVTSGQLTEMEVPLWVKISAATAMALGTSVGGWKIIKTMGTKIFKIEPINGFAADFSAASVIFSATLLHLPISTTHAITSAILGVGSAKRFSAVKWSLAGRIVVTWFITIPITAVLAGVIFKILF	PGPT0002655_3968	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002655-TC_PIT-K03306	NA	NA
JZ016_05163	957	corA_3	COG0598	Cobalt/magnesium transport protein CorA	ATGATTCGCACGTTAGCCATTACCCCAAGCTATGAAGCGGTAATCGGACTTCCACTCGAAGAGATTCGAATGGAGGACTATACCTGGATCTGGGTCGATTTCAGTGAGCCGACGCCGGAGGAGGCGCGGATGCTGGATAGCTATTTTCATTTTCACCCGCTGGCGGTGGAGGATTGCATGCACATCCTGCAGCGGCCGAAGCTGGATTATTACGAACAGATGCAGTTCTTAGTCTTACATGCCCTACAGCCGGATACGCTGGGTGTCGTCGAGGTGGATCTATTTCTAGCACCTTCGTATATTGTATCTTTTCACGAGAAAGCCATGCGCGAAATGGATGAAGCTTGGGACCGCGTGCTCTCGGTCGCCGGCAAGGGACCGCTGGGTCAAGACGGCCCAAGCTTCACGGCCTATACGATCATGGATAAGCTGGTGGATCAGTACTTTCCAAGCTTGTTTGCCATCGAGGATGAGCTGGCCGAGCTGGAAAGCCATGGGGAGAAGGATTCGGTCGAGGATCTAATGAATCAGGTGTTTGCGCTTCGTTCCAGACTGCTTCGCCTGCGGCGGACGGTCGTGCCGATGCGGGATCTGCTGTACCGGATCGTGAATTCGCAGCATTTGCAGCACCACGCGCACCATGCTTATTTTTCCGACATTTATGACCATCTGCTGAAGCTGGCGGACATGATCGAAGCCGACCGCGAGATGACGGCGGACCTTCGGGACAGCTACATATCGGTGAATTCGAACCGGATGAACACCATCATGAAGACACTGACGGTCATCACGACCATCTTCATGCCGCTTACCTTGATTGCCGGGATTTACGGGATGAATTTCGAGAACATGCCGGAGCTGGAGTGGCATTATGGATACTTCTTCGTGCTCCTTCTCATGTTCGTGCTTGGCGGGGGCATGGTGTTGTGGTTTATGCGCAGAGGCTGGTTTAAATAG	MIRTLAITPSYEAVIGLPLEEIRMEDYTWIWVDFSEPTPEEARMLDSYFHFHPLAVEDCMHILQRPKLDYYEQMQFLVLHALQPDTLGVVEVDLFLAPSYIVSFHEKAMREMDEAWDRVLSVAGKGPLGQDGPSFTAYTIMDKLVDQYFPSLFAIEDELAELESHGEKDSVEDLMNQVFALRSRLLRLRRTVVPMRDLLYRIVNSQHLQHHAHHAYFSDIYDHLLKLADMIEADREMTADLRDSYISVNSNRMNTIMKTLTVITTIFMPLTLIAGIYGMNFENMPELEWHYGYFFVLLLMFVLGGGMVLWFMRRGWFK	PGPT0014010_3721	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014010-corA|yfjQ-K03284	NA	NA
JZ016_05164	366			hypothetical protein	ATGAAACTCAGGCTCAGACCACATCCCAAGAAGCGTTCACCGCATCAACCAGATGAGCCTTTGCGTTCCCGGCTGCTGCGCCGGATGCTTCGCTTGGCTTGGAAACGAAAACGAAAGCTCGCCGTGACGAACCGCTATGAGGTGGGCATGGTCATCAGCGAGATTGCGACCGGCCTGTTGTTCATCACTGGCAGCATACTCATGTTCTATCCCCATATGAAACGGGTCCCGACCGTGCTGTATCTGATGGGCAGCATCATGATGCTGCTGCGTTCCGGTCTGCGCGGATCCTATTGGTTTCGGTTAAAATCACTCGAAAGAGCCGAGAATAAAGAAGCCGGTCCCGAAGGGGACTGGACGCGCTGA	MKLRLRPHPKKRSPHQPDEPLRSRLLRRMLRLAWKRKRKLAVTNRYEVGMVISEIATGLLFITGSILMFYPHMKRVPTVLYLMGSIMMLLRSGLRGSYWFRLKSLERAENKEAGPEGDWTR				NA	NA	NA	NA	NA
JZ016_05165	609			hypothetical protein	ATGACGCGTCATTCTCACTATTATCACCGCCGACCCACTAATAACCAGCGCTCCCTCAATGAATATGAATCACTGCCGCAGACGCCATCGCCATACCCTGGCATTACTCCATACACCGATTATCCGGATGTGGGTGAAACCGCGTTATATCCATATACCGACGGCGTAACCGACATGGAAGCATCAGCTTCGGCTCTGGCTCCATCCACGAATTCCGGCGGAGGTGGTCTGGCAGGTCTCCTTGGCGGAGGAGGCAGCAGCGGCGGTGGAGGCGGATTAGGCAAGCTCCTCGGCGGACTCGGGGTCAACAATATGAGCGACATCAAGGGCCTCATCGATCGGATGGGCGGCATAGACGGTATCGTCAACAACATTGGCAAGGTACAAAAGGTCATGCAGGGCTTCCAGCAGCTTGCGCCTATGGTCTCTCTGCTTGCAGGCGCACTCGGCAAGAAGAAAGGCGGCGGCGGCGGATCCTCTCCAAGCGCATTTACGGACCAGAATGAAGACGGCTACGAATATAAACCGCGCAGACGCCGTTCCTCGGGGAGCCGACGCCGCTCCGGCTCGCGCAGACCATCCGGCTCTGGCAAAAAACGTCGCCGTTGA	MTRHSHYYHRRPTNNQRSLNEYESLPQTPSPYPGITPYTDYPDVGETALYPYTDGVTDMEASASALAPSTNSGGGGLAGLLGGGGSSGGGGGLGKLLGGLGVNNMSDIKGLIDRMGGIDGIVNNIGKVQKVMQGFQQLAPMVSLLAGALGKKKGGGGGSSPSAFTDQNEDGYEYKPRRRRSSGSRRRSGSRRPSGSGKKRRR				NA	NA	NA	NA	NA
JZ016_05166	327			hypothetical protein	GTGTTATACACAGTAACAATAGGGGATGATCATCCAGTGCAATTAAAGAAGCTAAATGATAAAAGCATCGATCAATTATTCGAAGCGATATTAACCCTGGGCAGTGTGGAAGAGTGCTATGTATTCTTCGATGATCTCTGCACCGTTAACGAAATTCAGTCCTTGTCGCAGCGGCTGGAAGTGGCGCGCATGCTGGGCAAGGGATGCACATACAACCAGATTGAAGCAGAAACGGGAGCCAGCACCGCAACGATATCGCGCGTGAAGCGTTGCCTGAACTACGGCAATGACGGTTATAAAATGACGCTGGAGCGTTTAGGACGTTAA	MLYTVTIGDDHPVQLKKLNDKSIDQLFEAILTLGSVEECYVFFDDLCTVNEIQSLSQRLEVARMLGKGCTYNQIEAETGASTATISRVKRCLNYGNDGYKMTLERLGR				NA	NA	NA	NA	NA
JZ016_05167	765			hypothetical protein	ATGACGAAGCCGGGTGTGCTGGTTATTAGTCATGGTTCGCGTGAACAGAAATGGGTGTCGCTTGTGGACGAAGCCGTCCACAGTCTGGCGTCCCGTATGGATATACCGGTCGTCTCTTCGTACCTGGAACTGGTAGAGGGCCGTCTGATTCAGGACGGCATCACGGCCTTGGAAGACCAGGGTGTCACCGACATTGTGGTCATTCCTCTATTTGTCTCGTCCGGCAGCACACATGTCGACGAAATAGCTTATGCTATAGGAGCGAAGGCCGTTCCGGACATGGAGACGGACCTGGCGCCGTTTCGGGTCCGGTCCCGGGTTCATTTTGGCACGCCGATGGACGACGCCCCCGAGATTGCGGCCATGGTATGGGATAAGGTAAAAGAGCTGTCCGTGAACCCTGCGAAGGAGGTTATTCTTCTTGTCGGACACGGCAGCCGGCATGATCTGTTTCGCAGCCGCTGGGAAAAGGGTATTAACTCTTTGGCACAGCGAGTTAGCGAGATAAGCGGAACAAGCGCGGATTATGCTTTACTCAGTCCCGGCAATGTTCGGGACAAGGTGACAGCATGGATGGAGCGCGGCTGCGATGTGATCGTAGCTCCGCTTTTTTTGAGTGAGGGGTATTTTACGGAGAAGGTGATACCTGATCGGCTCGAGGGGCTGGAATGCCGATATTCCGGCAGAACCTTGCTTCCGCACCCGCTGCTGCCGCAGTGGATGGAGTCGCAGGCCAAACTTCTTCTTCTATCCTTGAAATCATAA	MTKPGVLVISHGSREQKWVSLVDEAVHSLASRMDIPVVSSYLELVEGRLIQDGITALEDQGVTDIVVIPLFVSSGSTHVDEIAYAIGAKAVPDMETDLAPFRVRSRVHFGTPMDDAPEIAAMVWDKVKELSVNPAKEVILLVGHGSRHDLFRSRWEKGINSLAQRVSEISGTSADYALLSPGNVRDKVTAWMERGCDVIVAPLFLSEGYFTEKVIPDRLEGLECRYSGRTLLPHPLLPQWMESQAKLLLLSLKS	PGPT0009235_663	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009235-cbiX-K03795	NA	NA
JZ016_05168	882	dagK_2	COG1597	Diacylglycerol kinase	ATGAGAAATGCAAGGTTAATCTATAACCCAACCTCCGGCCGGGAGGAAATGAAGCGTCGGCTTGCTGATATATTGCACCGTCTGGACAGTGCTGGCATCGAAACCTCCTGTCATGCAACGACCGGAGAGGGGGATGCGACCCGTGAAGCGGCGGATGCCGTCGAACGCGGATACGATCTTGTGATCGCAGCCGGCGGAGACGGTACGCTCAATGAGGTCATCAACGGGATGGCCGGCAGGGATAATCTCCCTCCGCTCGGTATTTTCCCGCTGGGGACCACGAACGATTTTGCGCGGGCGCTCGGCATCTCGAAGAACTGGGAGGAGTACTGCGATCTGGTCATTCGGGGCGAGACGCGTCCGATTGACGTGGGCAAAGCGAATGATCGTTACTTCATTAATATCGCGGGCGGCGGTACGCTGACCGAGCTCACGTATGAGGTGCCAAGCAAGCTGAAGACGATGATCGGGCAGCTGGCGTATTATTTGAAGGGGATCGAGAAAATGGTCAGCCTCGCGCCGCAGGAGCTCATCATCAACGCCAGCGGTCATCCGGCGATCCATGACGAATTCATGGTGTTCCTCATTGCGAACAGCAACTCGGTTGGCGGCTTCGACAAAATCGCGCCGGGCGCGAGCATCGACGACGGCTTGTTCGACGTCATTGCGCTGCGCAAGTGCAATCTGGCGGAGTTCGTGCGTGTAGCTACGCTCGCCCTGCGCGGCGAGCATATCAACGACAAGCGGGTCGTGCATTTCCGCACCGACTATATGGAGGTCGTCTCTCCGGGACCGGTTCAGCTGAACCTGGATGGTGAGTTCGGCGGCGTCCTGCCGGGCACGTTCCGTGTCCTGCCGCAGCATTTAAGGATTTTTGGCTGA	MRNARLIYNPTSGREEMKRRLADILHRLDSAGIETSCHATTGEGDATREAADAVERGYDLVIAAGGDGTLNEVINGMAGRDNLPPLGIFPLGTTNDFARALGISKNWEEYCDLVIRGETRPIDVGKANDRYFINIAGGGTLTELTYEVPSKLKTMIGQLAYYLKGIEKMVSLAPQELIINASGHPAIHDEFMVFLIANSNSVGGFDKIAPGASIDDGLFDVIALRKCNLAEFVRVATLALRGEHINDKRVVHFRTDYMEVVSPGPVQLNLDGEFGGVLPGTFRVLPQHLRIFG	PGPT0024345_1010	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029	NA	NA
JZ016_05169	129			hypothetical protein	ATGATGGACGTGAGCTTGTGCGCTAAGCTCCCTTGGGGGAGCTTTTTGTTGTTTAAGCGAATGAAGGTTAACGGAAGATCATCCATTTCGATTATGGATGGGTCTCCGATGGGGAATATAGAGTGGTAA	MMDVSLCAKLPWGSFLLFKRMKVNGRSSISIMDGSPMGNIEW				NA	NA	NA	NA	NA
JZ016_05170	1590	rlmCD_1	COG2265	23S rRNA (uracil-C(5))-methyltransferase RlmCD	ATGAAGAAGAACCGCAAGGGAAGCGACACGCGCCGCAGCGGCAAGCCGTCGGCTTCGGCGGCTTCGGCGGCTTCAGCGGCCCTCCTGGACCTGCCGGTGGCCAAGAACGACGAGGTCGTGATCGATATTATAGGAATGAACCATGACGGAGAAGGGGTCGGCCGTGCCGACGGCTACGCCCTGTTCGTTCAGGGCGCCCTGCCAGGCGAGAAGGCACGGGTGAAGGTGCTCAAAACCAAGAAGCAGTATGGCTACGCCAAGCTACTGGAGCTGGTTGAACAGAGCCCAAACCGCATCGCGGCCCCCTGCCCGATCTACGACCAATGCGGCGGCTGCCAGCTGCAGCATATGAATTATGCCGGTCAGCTGGAGTGGAAGCGCCAGCTGGTGGTGGACAATCTGGAGCGGATTGGGAAGCTGCGGGTGATGCGTGAGGCGGAAGATGATGGAGCGATGCGTGCGGGCGATGAGCAGAGTGCCACAGATGGTGGAGGGGACATTGAGAATTCTGAAACCAATGGGGCGAATCCTACCGTGTCCGGCCTTGAATCAGATCAAGAGGGGATCCTCGTGCGGCCGACACTCGGTATGAGCGAGCCTTGGCGCTACCGCAACAAATCCCAGGTGCCGATCGGCGTAACGGAAGGCGGCCTGGTCGGCGGCTTCTATGCCCGCGGCAGCCACCGGATCGTGGACATGGAGACATGCCTCATCCAGCACGAACAGAACGACGAGGTCGTAAGCCGCGTTAAAGCCATCGGGCGGAAGCTAGGCATCACCGCCTACAATGAAGAGACAGGCCAAGGCCTGCTTCGCCATGTGGTGGTTAAGATGGGTTTTGCTACCCGGGAGATGATGATTGTACTCGTCACGAACGGCGAGCGGATACCGCGCGTGAACGAGTGGATCGCTGCGATCCGTGAGGAACTCCCGGCTGTGGTGAGCATCTGCCAGAACGTGAATACACGCAAGACGAACGTGATTTTCGGTGATGTGACTCGTGTCCTGTGGGGGCGTGAGGTTATCCATGATTATATCGGAGATGTGAAGTTTGCGATTTCTGCACGTTCCTTCTACCAAGTGAACCCGGCTCAGACCGAAGTGCTGTATGGTAAGACGGTTGAGTATGCGGGATTGACCGGGGAAGAGACCGTGATCGACGCCTATTGCGGCATCGGTACGATATCCCTGTTCTTGGCCCAACATGCCAAGAAGGTGTATGGGGTCGAGATCGTGAAGGAAGCGATCGAGGATGCGCGTGCGAATGCGGAGCTTAATGGTATGAAGCATGTGGAGTTCGAGGTCGGCGCGTCTGAGGATGTGATTCCGCGTTGGAAAGAGCAGGGCATCGAGGCGGATGTCATCGTGGTCGATCCGCCACGTAAAGGGTGCGATCCGCGCCTGCTAGAGACGATTCTTGAGATGAAACCGGAGCGCGTGGTATATGTGAGTTGTAATCCGTCTACGCTGGCAAGGGATTTGCGGGTGTTGGAGGATGGCGGGTATCGCACGGTGGAGGTCACGCCGGTGGATATGTTCCCGCATACGGTGCATGTGGAGAGTGTGGCGGTGTTGGTTATGAAAGACTAG	MKKNRKGSDTRRSGKPSASAASAASAALLDLPVAKNDEVVIDIIGMNHDGEGVGRADGYALFVQGALPGEKARVKVLKTKKQYGYAKLLELVEQSPNRIAAPCPIYDQCGGCQLQHMNYAGQLEWKRQLVVDNLERIGKLRVMREAEDDGAMRAGDEQSATDGGGDIENSETNGANPTVSGLESDQEGILVRPTLGMSEPWRYRNKSQVPIGVTEGGLVGGFYARGSHRIVDMETCLIQHEQNDEVVSRVKAIGRKLGITAYNEETGQGLLRHVVVKMGFATREMMIVLVTNGERIPRVNEWIAAIREELPAVVSICQNVNTRKTNVIFGDVTRVLWGREVIHDYIGDVKFAISARSFYQVNPAQTEVLYGKTVEYAGLTGEETVIDAYCGIGTISLFLAQHAKKVYGVEIVKEAIEDARANAELNGMKHVEFEVGASEDVIPRWKEQGIEADVIVVDPPRKGCDPRLLETILEMKPERVVYVSCNPSTLARDLRVLEDGGYRTVEVTPVDMFPHTVHVESVAVLVMKD				NA	NA	NA	NA	NA
JZ016_05171	1122			hypothetical protein	GTGCAAAACATACTTGCTTTAGAATTAAGAGAACAAGCAGGTTCGAATAGTTTTAACAGGTTTGATTATCAAGCCCATTGGATTGTGTTTCATATGATTACTGAATATAAGAAGAATTCACAGTTTTTGATTTTTTGCGAGTTTCATGATGATATGGCAAAAGTTTCAGACCCATCAAATCCAAATTGTGCTGAGTTCTTTCAGATAAAAACCACTGCTAAATACAATAAGTGGACACTTCCCTACCTTACCAAGACAACTGTCAAAAGAAGTGGGCAGTTAAAGAACAGTTTTTTAGGCTTCCTATTCTATAACTTTATGAAATTTAATAGCGAGTGTAGTAAGTGCCATTTTGTTTCCAACGTTGGTATTGATGAAGAAATTAAGACATGGCAATCTGTTATTGAAGATGAGAAGCAATTGAAAGTTGTAGATTTTGACCTTTATTCAAAAATTAAAAATTTAATAAAAAGTGAGTTTCAAGATATGGATTCAAATGTATTTGATACAGTGTTTGATAGATTCGTTCAGGAGACTTATATCTATGACGGAGAACTTCCTCTGGAAAACTATGAAAGAGTTGTAGCGGGCGAGTTCTTTAGAATGCTTGAAAATGATGATTTGTATACTTCTAATAGTAATAAGATTCTAAAGGACATCATTGAAGATGTGCGAAAGAAGAGCAAAACGCAAATCGATATGCCAATAAGCTACAGCAAGTTAGTCGAAAAGAAAGGAATATCGTCAGATGTTTTCTCTGCACTAAAATCTTCTGTTAAAAAGATTTCCTCTCAAACTCACTTTAAAGAATATGAAGAATTCCTAAATGAGTTAGGATTGTCTATACAAAAAAGACGATTGCTTGTTAGAACATTAAAAGAACATAAGTTAAAAATACTAGACATTAGCAAATTATTCTATCAAGACACTAATTTAAAAATTTTAGAGACAGTAGATGATATTCTAATGAGAAATTACGAAAAAATTGACGATACTTCTTATTTATTGCATGAAATAGGAAAGGGCTGCAAACAAATTATCGAGGGTGATAATGAATTTAATCTTCCTCTAGTGGAGGCAATATTTTATGAAAGACTCATATCGGAAGATACAGGAATTTAA	MQNILALELREQAGSNSFNRFDYQAHWIVFHMITEYKKNSQFLIFCEFHDDMAKVSDPSNPNCAEFFQIKTTAKYNKWTLPYLTKTTVKRSGQLKNSFLGFLFYNFMKFNSECSKCHFVSNVGIDEEIKTWQSVIEDEKQLKVVDFDLYSKIKNLIKSEFQDMDSNVFDTVFDRFVQETYIYDGELPLENYERVVAGEFFRMLENDDLYTSNSNKILKDIIEDVRKKSKTQIDMPISYSKLVEKKGISSDVFSALKSSVKKISSQTHFKEYEEFLNELGLSIQKRRLLVRTLKEHKLKILDISKLFYQDTNLKILETVDDILMRNYEKIDDTSYLLHEIGKGCKQIIEGDNEFNLPLVEAIFYERLISEDTGI				NA	NA	NA	NA	NA
JZ016_05172	1701			hypothetical protein	ATGAAAAGACTTCTGATAAAAAAGCTGATAGTAATAAGTGATGTTGAAGAGTCGTCAAGAGAGGTAAGTTTTGAAGCGGGTCTTAATTTATTGATTGGTGAAAATAAAACAGGAAAATCATCACTAATAAAAAGCATTTTTTACTCGTTTGGTTGCGAAATGATTTTTGAAGATGATTGGAAAAAGTTGGTGCAAAGGTACATATTGTATTTTGACTATGGTGATATTAAGTACTGTATTATTCGAGAGAAGAAATTCATTAAGTTTTTTAGAATGATAGAAGAATCATCACCAATTGTCTTAGCGGAAACCGAACATTTCCACGATTATTGCGCGGCTCTTATGCAAGAATTTGAAGTGAGTATGGATTGTCTAACCACCGCGGGAGTTAAGATTCCTCTTACTCCTCCATTGTTGTTTAGATTTCAGTACATTGATCAGGATTTAGGATGGTCAAAAATTGGCGAAAGTTTTAGCAACATGAAATACATTAGAAATTGGAAAGAAAATACAAATAAATATGTAGTTGGTTATCAAGGCGAAGAATACTACAAAGAGAAACAAAATCAACTAATAATTAAAAATGTGGTTCAAGAATATAATGTTAAGCTTAAATATTTCAATGAACTCCTTAAAGCAATACAAACTCAAAAATATGTAATAGATAGTAATCAAGAAGAAATTAATGTAGATAAAAGCCAATTGAAGGCTATATTTTCAGAATTAGAAGAATTAGAACGAAGAAAAATAAAAATTGAAGACGAAACTTCTGTATTGAAAAATATCCTATATGAAAGGAATCTTCAATTAACTACTGTTAGGTCATACATAAAAGAACTTGATAAAGACCATGAATTTGCATTGAATCAAGAAGAGGATATTATCTGCCCAACATGTGGCACGGTTCACAAAAATACAATGTTTGATAGATTAGGGATTGTCAAGGATATTCAATCAGGAAACGAACTAATCAAACAAATAAGAAATGAAGTAAAGGAAATGGAATCTGCTTTGGTTCAATTATCAGTAGAAAAAAATGAACTAAATAAAAGATATGTTATTTTAAAGAAAAAAGTAGAGCATAGTAAAGAGTCAGCTTCAATAGCCAATATTTATCGAAATGAAGGTAAACAAGAACTTGTTCTGACTGGAAAGTTTGAAAGGGATAAGATAGTAAATTCGATACTAGAAGAGGAACGTAAGGCTAAACTTATTGAGGAAAAAATTAAAGAGCTAAATTCACCCAAAAGGAGAAAACAGATATTAACCAGTTTTAAAGCAATTTATGAAAAGGTACTAGATGATTTGAATGTACCTCTACACACATTAAAACTTAAAGATTTTGTACAGGAGCTTACAAAAACGGGAAGTGAAAAGCCACGAATAATTTATGCTTATCACGTTTCCCTATATTTGTATAACTTAAATCGAATAGTAAGTCCATTTAATTTCTTAGCTATAGATACACCTAATCAACAAGGTCAGGACTGGAAGAATCTGAAAAGTATTGATGAAGTACTAGGACAGCTTTTAGATAAACGTGGACAAGTTATAATTGGGACTGAAAGAGAAACAGGATATGAAGAACAGGCAAGCAAAGTTATTCGACTATTAGAAGCAAGAAAAACTCTTATAAAACAAGATTATCAAAATCATAAAGAGCTATTCATTGAATTAGAGAAATTATCAATAAACAAATAA	MKRLLIKKLIVISDVEESSREVSFEAGLNLLIGENKTGKSSLIKSIFYSFGCEMIFEDDWKKLVQRYILYFDYGDIKYCIIREKKFIKFFRMIEESSPIVLAETEHFHDYCAALMQEFEVSMDCLTTAGVKIPLTPPLLFRFQYIDQDLGWSKIGESFSNMKYIRNWKENTNKYVVGYQGEEYYKEKQNQLIIKNVVQEYNVKLKYFNELLKAIQTQKYVIDSNQEEINVDKSQLKAIFSELEELERRKIKIEDETSVLKNILYERNLQLTTVRSYIKELDKDHEFALNQEEDIICPTCGTVHKNTMFDRLGIVKDIQSGNELIKQIRNEVKEMESALVQLSVEKNELNKRYVILKKKVEHSKESASIANIYRNEGKQELVLTGKFERDKIVNSILEEERKAKLIEEKIKELNSPKRRKQILTSFKAIYEKVLDDLNVPLHTLKLKDFVQELTKTGSEKPRIIYAYHVSLYLYNLNRIVSPFNFLAIDTPNQQGQDWKNLKSIDEVLGQLLDKRGQVIIGTERETGYEEQASKVIRLLEARKTLIKQDYQNHKELFIELEKLSINK				NA	NA	NA	NA	NA
JZ016_05173	225			hypothetical protein	ATGGAGACAATTCTTAATACTTCCGAACCAACAGATTCTAAACAAGAAGCTGGGACAGAAGAGAAGAAAGGTAGCGATACAACGGAACAGACAATTAACTTGGAATTGAAAAAGGATAACCAAAAACCTGTCCATTTTGCATTAATCGCTGAAGAACTAGTCTTTAAAAATATTGAAAAGCAGTATCAGAAGCAGGTACAACGACATATAAGAATTTATTGGTAG	METILNTSEPTDSKQEAGTEEKKGSDTTEQTINLELKKDNQKPVHFALIAEELVFKNIEKQYQKQVQRHIRIYW				NA	NA	NA	NA	NA
JZ016_05174	777			hypothetical protein	ATGAATAAAGGAAACATTAAATATCAAAATCATTTAACAGTATTTTTTGATATCTTAGGGTTTGCAGAATTGGTTAACAGGACCCAAGATGCATTGGACATTTATGATATTGTTAACAAGCTGAACTTTATCTCAAGTGATTTAAAGAAAAATATGAAAAGAGCTACATTTTCCGATTTGGTTGTTTTAGCTACTACACAAACTACTTCAACTCGGGGATTTGATTCTCATGTAATTTTAAACAATATTTTTAACGAAATTGCAAGAATACAGGCACAACTAATAATAAATTCAATTTTAGTACGTGGAGGCGTAACATATGATAAACTTTATGTCGACAAAAATTTTATTTTTGGCAAGGGATTAAATTATGCCTACCAATTAGAATCAAAGACTGCAAATTATCCAAGGATTATCATTGATCCTATTGTTTTTGATATCTATAATTCGACATACGAAAATCATTCTCAAATTACTATGGATAACGATGGTATATATTACGTGGATTACTTAAAATACATAACTGCAAATCACAATGAGTACCTTTCGGTAGAAAATTTCTTCAAATCTCATAAGGAATTTATTGAACAGCAAGTGGAGCAAATTAATAATAGCGGTATATCATCAAAAAATCTAAAGTATACATGGCTAATTCTCAAACACAATCAATGTCTAAGTCAATTACCTGATAATTACTCTACCGAAATCAGGAATAGATTTAACGAATATAAGATACGACATGAATTAATAACTCGTCTCACCAAGAGAAGTAATTAG	MNKGNIKYQNHLTVFFDILGFAELVNRTQDALDIYDIVNKLNFISSDLKKNMKRATFSDLVVLATTQTTSTRGFDSHVILNNIFNEIARIQAQLIINSILVRGGVTYDKLYVDKNFIFGKGLNYAYQLESKTANYPRIIIDPIVFDIYNSTYENHSQITMDNDGIYYVDYLKYITANHNEYLSVENFFKSHKEFIEQQVEQINNSGISSKNLKYTWLILKHNQCLSQLPDNYSTEIRNRFNEYKIRHELITRLTKRSN				NA	NA	NA	NA	NA
JZ016_05175	1866			hypothetical protein	ATGAACCATCTGACAATGAAATCGGTCGATTTAACACAAGTCAATATAGACAAGATTGCTGAACTGTTTCCAAACGTAATTACAGAGGCTCGAGATGAATATGGAAAGGTCAAGCGAGCAGTCGATTTTGATTTATTGAAGCAGGAGCTATCCGATTTTCTTGTTGAAGGTGACAACAAAGAGAAATATCAATTGACATGGCCGGGTAAGAAGGAAGCCATTCTTAATGCGAATACTCCTCTGGACAAAACGTTAAGACCAGTCAAAGAAGATAGTGTTGATTGGGATAATACTCGAAACATATACATCGAGGGTGATAATCTTGAAGTATTAAAACTCCTGCAAGAATCATATCTCAATAAAATAAAGTGTATATTTATTGACCCACCTTATAATACGGGAAGAGACTTTATTTATAATGACGATTTCAAGGAGTCAGTAGAGGAATACTTGGAAGAATCAGGACAATATGATTCAAATGGTAATAGATTGATTCAAAATAGTGAATCGAACGGACGTTTTCATAGTGATTGGCTAACAATGATGTACTCACGTATTAAAGTTGCAAGAAATCTACTAAGAGAAGATGGAATAATCTTTATTAGCATTGATGATAATGAGGCAGATAATTTAAAAAAAATATGTGATGAGATTTTTGGGGCTAACAACTTTATAGAAAAAGTAATTTGGAAGAATAAGTACAATGCGGGAGCCTTGACAAAAGGATTTTCAAACATTCATGAATATGTATTATGCTATTCAAAAAATCCTCTTCTAAATATTGAAGTTCCACTTGATGAAGAAGCTATGAAGGAATATGAAAAAAATAAGGACTCAAAATATGAAACAAGAGGGGGATACATTACGCAACCCCTTGCAACTAATAGTAAGGATGACCGACCTAATTTAGTATATCCTTTAATTCACAACGGAGTCGAGATTTGGCCAGAAAAGCAATGGATTTGGTCTAAGGAACGGCTGTACAAAGCTTATGAGAACGATGAAGTAGTAATTAACAAATCAAGTGGAAAATACAGTGTTCGAATGAAACAATACTTGAAGGATGAAAACGGAAATGTAAGGAAGATTAAACCACTTTCAATACTGACCGGACCATTTAACCAAGAAGCTACAAAAGAGATGAAAGAGTTATTCGATGGTCGGGATCCTTTTGGATTTCCCAAGCCGATGAGGTTAATAGAATATTTTTTTAGTTTCTCATTGAATAATTTAGACGATAAGGAAGGTATTTATTTAGATTTCTTTTCTGGATCAGCAACATCTGCCCAAGCAATAATGAATCTAAATTCGAAGGATGGAGGGAAAAGGAGATATATTCTAATTCAGATACCAGAAATAAATAAATCAAATAGTCAGTTTCCGAATATTTGTGAACTAGGTAAAGAACGCATTCGCCGTTCTGCGAAGAAAATCAAAGAAGAAACCGGAGCGGATATTGATTATGGTTTTCGGGTGTACCGCGTAGACTCCAGCAATATGAAAGACGTATACTACACACCAGACAAACTGGGTCAGATGAATCTAGAAGATGTTTCTTCTAACATCAAGGAAGACCGTACCAGCGAGGACTTATTGATCCAAGTGATGCTTGAATGTGGACTGGAGCTTTCCTTGCCAATGGAATCAAAAGAGATTGCGGGCAAGACAGTTCATTATGTTGCGGGTAATTCCTTAATTGCTTGCTTTGATGAAGAGATATCGGAGTCGGTCATCAAAAAGGTCGCAGAGGATCAACCTCTTCGCGTTGTATTCCGTGACAGTTCATTCAAAGATGATTCAGCTCGAATCAATGTAGAAGTACTGTTTAAGCTGCTCTCTCCAAGCACAGAAATTCAAGTGGTCTAA	MNHLTMKSVDLTQVNIDKIAELFPNVITEARDEYGKVKRAVDFDLLKQELSDFLVEGDNKEKYQLTWPGKKEAILNANTPLDKTLRPVKEDSVDWDNTRNIYIEGDNLEVLKLLQESYLNKIKCIFIDPPYNTGRDFIYNDDFKESVEEYLEESGQYDSNGNRLIQNSESNGRFHSDWLTMMYSRIKVARNLLREDGIIFISIDDNEADNLKKICDEIFGANNFIEKVIWKNKYNAGALTKGFSNIHEYVLCYSKNPLLNIEVPLDEEAMKEYEKNKDSKYETRGGYITQPLATNSKDDRPNLVYPLIHNGVEIWPEKQWIWSKERLYKAYENDEVVINKSSGKYSVRMKQYLKDENGNVRKIKPLSILTGPFNQEATKEMKELFDGRDPFGFPKPMRLIEYFFSFSLNNLDDKEGIYLDFFSGSATSAQAIMNLNSKDGGKRRYILIQIPEINKSNSQFPNICELGKERIRRSAKKIKEETGADIDYGFRVYRVDSSNMKDVYYTPDKLGQMNLEDVSSNIKEDRTSEDLLIQVMLECGLELSLPMESKEIAGKTVHYVAGNSLIACFDEEISESVIKKVAEDQPLRVVFRDSSFKDDSARINVEVLFKLLSPSTEIQVV	PGPT0027230_811	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_III_R-M_SYSTEM,PGPT0027230-mod-K07316	NA	NA
JZ016_05176	3054			hypothetical protein	ATGAAGATTAAATTCAAACACCAGCAGTTTCAAGAAGATGCAGTTAAAAGCATCACCGACGTCTTTAATGGGCAACCGAACGAATTCTCTCGTTTCACTCTTGATAAAGGACGGCGGCAGAAGACGGAGTATCAAGTGGATTTATTTCAATCAACAACAAATTATGAATCGGATTATGGGGTTAAGAATAATCCTGTCAAGCTTATCGATCAAGAAGTACTGAGAAACATTCAAACGACACAACTCCAAAACGGCTTGAAATTGTCGGAACGGCTTGAGGGGAAATTCAATCTGACGGTCGAGATGGAGACTGGTACAGGTAAGACCTATACCTATATCCGTACCATGTTTGAGCTCTATAAAAAGTATGGGTGGAGCAAATTCATCATCGTTGTCCCTTCCATTGCGATTCGGGAAGGCGTGCTCAAGACGTTCCAGATTACGGAAGACCATTTCATGTCAGAGTATGGCTCAAAGGCTCGCTATTTCGTTTATAACTCAAAACAATTGCATCATATCGAGAAGTTCGCAAGTGATGCGGGTATCAACGTGATGATCATTAACTCGCAAGCGTTCGCTGCTAGAGGGCAAGATGCTCGACGCATCTACAACGAACTGGATGACTTCAATAGCCGGAAACCTATTGATGTTATCGCCAGTACGAATCCCATCTTGATTATCGATGAGCCACAATCCGTTGAAGGTCCGAAAACAAAAGAGTCGTTAAAGTTGTTCAAACCGTTGTTTACGTTGCGTTATTCAGCCACTCATAAAGAGGACTATAACAAGGTCTATCGTCTTGATGCTCTGGATGCGTACAATATGAAGCTGGTAAAGAAGATTAGCGTTAAGGGTATTTCGGTTAAAGGAACGAGCGGAACCAACAGCTATGTATATCTCGAAGGTATTGATGTCAGCACCAAGCGGGCTCCCATAGCCCGGCTTGAGTACGAAACGAGGACAAAATCCGGCCTTAGCAAAGTTTCCAAAAAAAGAGTAACCGGCGATGATCTGTATCAATTATCCGATCATCTGGAGCAATATAAAGGTTACAAAATATCCGAAATCAACGGACAGAATAACAGTATCAGCTTCACCAATGGGGTTACTTTATACGCAGGAGACGTACAAGGTGATGTCAATGAGAATCACTTCCGCCGAATTCAAATTCGGGAAACGATCAAGTCACACTTCGATAAGGAGCGGATCCTATTCCATAGAGGAATAAAGGTGCTCTCTCTCTTCTTCATCGATGAAGTCGCGAAGTACAGGCAATATGATAAGGACAACACAGAACTGAACGGAGTTTACGCTGAAATATTTGAAGAAGAGTATATGGAACTTCTGAATGAACAACTTTCGTTGTTTGAGGATGACCCATATATTCAGTACCTGACTTCAATTCAAGTACGCGGTACGCATAAAGGTTATTTCTCCATCGACAAGAAGAGCAGCCGACTTGTTGATTCGAAAGTGTCTGCAAAAGAAACTGATTCAGATGATGCCGACGCTTACGATTTGATTATGCGGGATAAGGAGCGTCTTCTCAGTTTTGAGGAACCAACCCGGTTTATCTTCTCCCACTCGGCGTTGAAGGAAGGTTGGGACAATCCAAACGTATTCCAGATTTGCACGCTCAAGCATAGCGACTCAACGATCAAGAAACGGCAGGAAGTCGGGCGTGGACTAAGGTTGTGCGTGAATCAGTACGGTGAACGGATCGATTCCAGCATTCCTGGCATTGATGTACATGAGATTAACTCCTTAACTGTCGTTGCAAGCGAATCCTATGAGCAATTTGCTAAGCAGCTTCAAAACGAAATTGCTGATACATTGTCGGATCGACCACGCAAAGTGAATACTAGTTTCTTCCTAGACAAAGTGCTTACCAATGCATGTGGTGAACAGATGAAAATCGATGAGAGACTGGCAAGTAAGCTACAATTTGCATTCATAAAGAATGACTATGTCGATAGCGACTTCCATCTGACAGATGATTACTTCGCCGCTATGGAAGGGCAGCATGTAAAACTGCCTGATGAATTGAGTGCATATCAAGAGGCGCTTATCGAGTTGGTAAAATCCATATATGTCGAAGGCAAGTCAAATATGACGAATGATGATCGGAAGAATACGATTTCAACCATCACGGTAAACGATAACTTCCACAAGAAAGAGTTCAAGGAATTGTGGAATCGGATTAATAAGAAATCGGTTTATACTGTTCAGTTTGATTCGGAAGAACTAGTACGGAAGTGTGTCTTAACATTAGATATAAACTTGCAGGTGCCCTCCATCCGTTACTCCATTAAACATGGGGAGATGAATCAAGTTGAGTCCCGAGAGCAACTGAAGCAAGGAGAGGCGTTCGAACAGCGGGAAACACAAACGGAGTATGTACACAGGGCTGCAACATCAAAGATCAAGTATGACTTGATTGGTAAGTTAATGGATGAGACGCGTTTGACTCGGAAAACGATTGTCGCCATTTTGAAAGGCGTTAAGCAGTCTACTTTTATGTTATTTCAGAAGAATCCAGAGGAATTTATCATTCGGGTTTCCAAGCTGATTAACGAACAGAAGGCGACGACCATCATTGAGTCCATTACTTACGATGTGGTTAATGATACGTTTCAAACGGATGTTTTTACTAAGAACACACTTAAGGGACAACTAGGACAAAACGCCATTCCCGTTGATAAACATATTTACGATTATGTTGTGACGGATTCCAAGATCGAGCGGGCATTCGCCAAAGAGTTGGATACGAGCAAAGAAGTGAACATTTATGCTAAGCTTCCTCGCGGATTTTACATCCCTACTCCAGTCGGCAACTACAACCCTGACTGGGCGATTGTGTTCAAAGAAGGCGACGTTAAGCACATTTACTTTATTGCTGAGACGAAAGGTTCTATGGATTCTATGGAACTGCGTGAAGTTGAGAAGGTGAAGATTGAGTGTGCACGGAGGCATTTTGCCAAACTAAACTCAGATTATTTGAAGTACGATGTAGTTAACAATTACGAAAAGTTGTTGGAGATCGTAAAGGGATGA	MKIKFKHQQFQEDAVKSITDVFNGQPNEFSRFTLDKGRRQKTEYQVDLFQSTTNYESDYGVKNNPVKLIDQEVLRNIQTTQLQNGLKLSERLEGKFNLTVEMETGTGKTYTYIRTMFELYKKYGWSKFIIVVPSIAIREGVLKTFQITEDHFMSEYGSKARYFVYNSKQLHHIEKFASDAGINVMIINSQAFAARGQDARRIYNELDDFNSRKPIDVIASTNPILIIDEPQSVEGPKTKESLKLFKPLFTLRYSATHKEDYNKVYRLDALDAYNMKLVKKISVKGISVKGTSGTNSYVYLEGIDVSTKRAPIARLEYETRTKSGLSKVSKKRVTGDDLYQLSDHLEQYKGYKISEINGQNNSISFTNGVTLYAGDVQGDVNENHFRRIQIRETIKSHFDKERILFHRGIKVLSLFFIDEVAKYRQYDKDNTELNGVYAEIFEEEYMELLNEQLSLFEDDPYIQYLTSIQVRGTHKGYFSIDKKSSRLVDSKVSAKETDSDDADAYDLIMRDKERLLSFEEPTRFIFSHSALKEGWDNPNVFQICTLKHSDSTIKKRQEVGRGLRLCVNQYGERIDSSIPGIDVHEINSLTVVASESYEQFAKQLQNEIADTLSDRPRKVNTSFFLDKVLTNACGEQMKIDERLASKLQFAFIKNDYVDSDFHLTDDYFAAMEGQHVKLPDELSAYQEALIELVKSIYVEGKSNMTNDDRKNTISTITVNDNFHKKEFKELWNRINKKSVYTVQFDSEELVRKCVLTLDINLQVPSIRYSIKHGEMNQVESREQLKQGEAFEQRETQTEYVHRAATSKIKYDLIGKLMDETRLTRKTIVAILKGVKQSTFMLFQKNPEEFIIRVSKLINEQKATTIIESITYDVVNDTFQTDVFTKNTLKGQLGQNAIPVDKHIYDYVVTDSKIERAFAKELDTSKEVNIYAKLPRGFYIPTPVGNYNPDWAIVFKEGDVKHIYFIAETKGSMDSMELREVEKVKIECARRHFAKLNSDYLKYDVVNNYEKLLEIVKG	PGPT0027225_228	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_III_R-M_SYSTEM,PGPT0027225-res-K01156	NA	NA
JZ016_05177	183			hypothetical protein	ATGAAGTTCCTTTTATCTATCGTGATGCTATATATGACGGCTCTATTAACGTGTTGCCAGAAGGAACCCGGATTACGGCATTCGAGACATGGGACGAGACGAATGGATGCGAAGGCTGTAAGTGTATTTGAAGAAGCGATAATGCTCGCAAGCCGAAAGAATGGGACCGGATTACGAAAATGA	MKFLLSIVMLYMTALLTCCQKEPGLRHSRHGTRRMDAKAVSVFEEAIMLASRKNGTGLRK				NA	NA	NA	NA	NA
JZ016_05178	330			hypothetical protein	ATGCCGGTTTACAATAAGCTAGTTCGAGATCTTATTCCCCAAGTAATTGAATCTAGAGGTAAAGAATTTCGCACACGAATCTTGGATGAAGAAGAGTATACGAAAGAATTGGTCGTAAAGCTCAAGGAAGAGTCTGAGGAATACTTTGCCGCTCAAAGTTCAAAAGAATCGTTGGAAGAGCTTGCAGATATGCTTGAGGTTATTCGGGCGTTGGTCGTCGTACATGGTGCAACATGGGAAGAATTAGAGATCTTGAGAGAGAAGAAGGTGGAAGCTCGAGGTGGTTTCCAGGAACGGGTGTTTTTAATCGATGTCCACGACAACGCTTAA	MPVYNKLVRDLIPQVIESRGKEFRTRILDEEEYTKELVVKLKEESEEYFAAQSSKESLEELADMLEVIRALVVVHGATWEELEILREKKVEARGGFQERVFLIDVHDNA				NA	NA	NA	NA	NA
JZ016_05179	2220			hypothetical protein	ATGCTACCAGAACAACTCTCATCCATATTTCGCACCAAACAAAAATCCTACAAAATGGTCCTAGTTCTTTCACTTATCGAACATTACCAACAGACCCATTCGCTCTATTTCCCGCTCGGCATGATTGCTGAGCGGTTTTTGGCATACTTTCAAGAGAATAGTAAGCTAGGTGAGAGAGTAGATTCACCTCCCCCTGGCAAGGCAAGCCACTGGGATGATTTTACCTTATCTCAAACCATAACCTTGCTTAAAACACCATTGGAGGCGCTATCGGCCATCTTAGAAGTTGATCAAAATCAGCAAACGGTAACGTTTCGTCCTGATATAGCAGACAAAATAGATGACCACGTCTTGCGAGAGTTAAAGGAGTATGCTCTGACGGAGCTACAGAACTATAACGATAAGCTAGGGAAGCTAGCATTCTCCCTTCAAAATGCTCTGTCTGAAATCATGAACAGTTACATAACAGCTAGAAACCAAACATTTGCAGGTCACCCATTAGGTACTCTGTTCAGACAGACAATTCCTGAGCAAATAAGATCATTCTCTTTTATAGATCCTAAATACAAAATTCAAGGTTCTGTTGGTATGGGGAACTGGGCCAACATTCCTTGGATCGCGGTGATGGATAAGCGGATAACGGATACAACACAGCACGGCGAATATATCGTTTATTTATTTTCAGAGGACATGGAATCTGTCTATCTTACATTAAACCAAGGGGTTACTGTACCCAAAGATGAGCTCGGAAAGAAAGAAGGGTACCACTACCTAGAACAGAAGGTCAATGAGCTCCGTGAACTCCTTCCACTTGAAGGTATGCAGAAGGATGAAGGCATTAACCTTACCACGAGAAGTGGTCTCGGCCGCGATTACCAAGTCTCTACCGTAGCGTATATCCGCTATGATCGAGATACCATCCCAAATGACGATCAATTACTGGCCGATCTAGAGAATGTGATCTCTAACTATAAAATATATGTGGACCATGTCATTAACAATAAAGGCGTAGATGAAGTGATACCATCGAAAGAAGAGAAGGAGAACCCGTCCTTGAGTTCATTAACTGTGCCAGAACAAATCGAGCAAATCCAATCATACATCTCCCACCGAGGATTCCATTATCCGCACGGCCTTATCGAGAACCTGTACCTCTCTCTAAAAACCAAGCCTTTCGTTATTTTGGCGGGAGTATCGGGTACCGGAAAAACCAAGCTTGTTAAGCTTTTTGCTGAAGCACTAGGTGCTACAGGAGACAATGGACAATTTACGCTGATTCCGGTTCGGCCTGACTGGAGCGATCCTTCTGATTTGCTAGGATATAAAGACTTGTCGGGAGTGTTCCGACCAGGACGCTTAGCAGAAGTTCTTGTTGAAGCTTCACGGCCTGAGAATCAGCACAAGCCTTATTTTGTCTGTCTGGATGAAATGAACCTAGCGCGAGTGGAGTACTATTTCAGCGATGTGCTTAGCGTGATTGAGACACAGGAATGGAAACAAGAGCGGATCGTGACGACCAAGCTCATTAACCGGGAGTCCTTGCTACCGGAGGATCAATCGGTATATGGGGACTTGTCCATTCCAGATAATGTGTATCTGATTGGAACGGTGAACATGGATGAGACGACGCATCCTTTTAGCAAGAAGGTACTGGATCGCGCGAATACGATCGAGTTTAATTATATTGATTTGCAGCAATATCCGAGCTTAGAACTGCAAGATGAGGGGACGCCTTTGGCCGTGCATAACTCGTTCTTACGAAGCGAGTATCTGCAACTGGTTGACGTGTATTCCGAGTATACGGATTTAGTTCATGCTACGACGGAAATGCTTGTGAAGATCAACAACATCTTAGAAGAGATCCATTCTCATGTCGGATTTCGGATCCGGGATTCAATCTGTTTTTATATGGTATACAATCAGCGTCATGAGCTGCTATCGAATGATGAGGCCTTTGATCTTCAGCTCCTACAGAAGATCCTTCCTCGCGTTCAAGGCAGTAGCCTATCAGTGAAGCGGGTACTCCTTAAATTACTACAAGGGGCACTAGGGAGAACGTTGTCAGTATCAGAACTTATGGATGATGCGTCGGAGATCTATCTAAAATGGAATGACAACGAAGAGGAGAACAAGGCTAAACATCCTTTAAGCGCTCGGAAAATCGCCTTTATGCTACGGAGGTTAGAAGAAGATGGATTCACCTCTTACTGGCTCTCTTAA	MLPEQLSSIFRTKQKSYKMVLVLSLIEHYQQTHSLYFPLGMIAERFLAYFQENSKLGERVDSPPPGKASHWDDFTLSQTITLLKTPLEALSAILEVDQNQQTVTFRPDIADKIDDHVLRELKEYALTELQNYNDKLGKLAFSLQNALSEIMNSYITARNQTFAGHPLGTLFRQTIPEQIRSFSFIDPKYKIQGSVGMGNWANIPWIAVMDKRITDTTQHGEYIVYLFSEDMESVYLTLNQGVTVPKDELGKKEGYHYLEQKVNELRELLPLEGMQKDEGINLTTRSGLGRDYQVSTVAYIRYDRDTIPNDDQLLADLENVISNYKIYVDHVINNKGVDEVIPSKEEKENPSLSSLTVPEQIEQIQSYISHRGFHYPHGLIENLYLSLKTKPFVILAGVSGTGKTKLVKLFAEALGATGDNGQFTLIPVRPDWSDPSDLLGYKDLSGVFRPGRLAEVLVEASRPENQHKPYFVCLDEMNLARVEYYFSDVLSVIETQEWKQERIVTTKLINRESLLPEDQSVYGDLSIPDNVYLIGTVNMDETTHPFSKKVLDRANTIEFNYIDLQQYPSLELQDEGTPLAVHNSFLRSEYLQLVDVYSEYTDLVHATTEMLVKINNILEEIHSHVGFRIRDSICFYMVYNQRHELLSNDEAFDLQLLQKILPRVQGSSLSVKRVLLKLLQGALGRTLSVSELMDDASEIYLKWNDNEEENKAKHPLSARKIAFMLRRLEEDGFTSYWLS	PGPT0027240_306	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027240-mcrB-K07452	NA	NA
JZ016_05180	2421			hypothetical protein	ATGGATTCACCTCTTACTGGCTCTCTTAACCAGAGCGTGGAACTGCTGCGAGTCGAGACCAACCTCTTCAATCTTTACATTCAAGGCAAACCATATCATCCTACAGTGGAGTCTATGCAACTTCATCACAGGAAAGATGGGGAATGGATGGATACAAGCTTACAGGTTCATTCCCTTTCGGGTGATTTAAAGATCGAGCAGATTTCGGTGTTCTCAACGGAAACAGGAGCGCTCACCCCGTGGGAGGTGGGGGAGAAGAGCTGGCCGCTATTTTTCGAAACGCAGTCGTATGAGCTCGTTGTGGAGAAGAAGCAGCCACTGGCTCTAACCTTCCATCATGAGAATGCTAGCGTAAGACAAGCGATTAAGCCACTTGGCCAATCTATCCTGTCGGGAATCTTGAACTTTCAGAACGAGGTTGGTTTATCCGATCTGGGGCTCCGGCTAAACGGGCAGATTGTTTTTCAGCTACAACTGGAGATTTTTCCTTCCAAAATGGATTACAAAGAAGATTATCAAATGATACTAAACGATGTGAATCGGCAGATTTATAATTTGTCTTTTGACTTTCTTCGCAAGACGTATCATTTAACCGGATTAAAAGAAACGAAACATCAAAGTCTTACGGAATTTTTTGCAATTCTCCAGCATGTGTTTGAACAGCTTGTTCAAGCGGTGGAGCGAATACAGACTTCTCCTAACTACAAGCTAGAGAAAGAGATGAGGAGGGTCGAGGCAGCAAGAGTTAAGAAGACAGGTAAAGAAAACATAGCGTACCTGACCAAACATCCTCATTTACTTAGACAAGACGATAAGATTGGTTTTATTCCAGTTAACGGTCAAACCTTATACCCTACCCAAGCTTTGGAGATGAAACGTCGAATCCAATATGACACGATGGAAAATCGGTTTGTACGGTGGGTGCTGGAGCGCATATCAAAAAAATTAAAGGAATTGAAATCAAGACTATCCGGAAGTGCTCGGATGCAGGATCCCCTCCTAATGAAGCGGATGAGCTCTATGCAGAATCAGCTACAGCGATTGTTAAGGCTGGATTTTCTAAACGTTGGTGGGATGAAGCAGCTTTCCGTATCTTTAGTATTACAAATGGCACCTGGATATCGGGAAGTATATCGTAATTATTTGATGCTCATGAAAGGGTTATCGATCCAAAGCGACTTGTTCCGTCTCTCGATGAAAGACTTAGCGCAGCTGTACGAATACTGGTGCTTCTTGAAAATCCATGATCTCCTCAGTCAGAAATATGAGCTTCTCAAGCAAGATATCATCAAGGTTCAGCGCTCTGGAATTTTTGTGACGTTGGACAAGTCGGCCAGCGCTAGGATGGTGTACAGGAACCCGAGTAACGGGGAAATATTTACACTCTATTACAACGCGCTTCCCAAAGGGGATCGAAGCGCTACGCTCGGTCAGAAGCCGGACAATGTGCTGACGCTAAAGAAGAACGATGCTACGGTGGAGTATAAGTATATTTTTGACGCGAAATATCGGATAAATCCTGCATACGAGGGAACCCCTTATTATGATAAATACAAGCAGCCAGGTCCGGAGGAAGACGATATCAACACGATGCATCGGTATCGGGACGCAATCGTTTATTCAGACAAGCAAGAGCAAGAGTATGAACGGAGTATGTTTGGAGCGTATGTACTCTTTCCATATCATGATGAGGCGAAATTTCGGGAGCATCGTTTTTATAAGAGTATTGAGCTCGTCAATGTAGGAGCCTTCCCGTTTCTACCCAACTCAACGGAGCTGATGGAGGAATTCTTGGATGAGCTCATTAAGGACAGCCCGGAAAAAGCGTACGAACGCTCGACGAGACCTCGAGGTACGAAGAGTTACTACCAGGACAAAATGGCTGGCAAAAATGTATTGGTAGGTTCACTAAAAGAACCTTCCCAGCTGGAACAGGCACTGGAATTAAACTTTTACCATATCCCTCTTGAAAATGTGACGGACCACAAGATTCTAACGCAGATCGAATATATTGCCCTCTATCAATCGAAGGGAAAGTTCGCTTCTACCGGAGAAACAGGTATTCACTGGTATGGACGAGTTACCGATTGGAAGGTACTGCGCCGCAGAGAAATTATGGAGCGTCCCGCGAGACGGGGATCTGAGGAAAAGCTGTATGTGAAATTTACGATCGACAGGTGGATGAAACGGGATAAACCGATTGTTTCAGGTGGACGAGGAATCTACACGGCTCTGTATACATCGAAGTATATTTTCGACCGGGCCGCAGAGATAGCGGAACTGAAATTAGAGACGGAAGAAGATCTGATAAAGTGGCGTGAGGAGAGACGCGCTGGTACGGTAAGGGTGGAACTGGATCATGAGCAGGTGGATTTAGCTAAGCGGGTGCTAGGAGTTCATGGTTCAGGTGAAATGATATAA	MDSPLTGSLNQSVELLRVETNLFNLYIQGKPYHPTVESMQLHHRKDGEWMDTSLQVHSLSGDLKIEQISVFSTETGALTPWEVGEKSWPLFFETQSYELVVEKKQPLALTFHHENASVRQAIKPLGQSILSGILNFQNEVGLSDLGLRLNGQIVFQLQLEIFPSKMDYKEDYQMILNDVNRQIYNLSFDFLRKTYHLTGLKETKHQSLTEFFAILQHVFEQLVQAVERIQTSPNYKLEKEMRRVEAARVKKTGKENIAYLTKHPHLLRQDDKIGFIPVNGQTLYPTQALEMKRRIQYDTMENRFVRWVLERISKKLKELKSRLSGSARMQDPLLMKRMSSMQNQLQRLLRLDFLNVGGMKQLSVSLVLQMAPGYREVYRNYLMLMKGLSIQSDLFRLSMKDLAQLYEYWCFLKIHDLLSQKYELLKQDIIKVQRSGIFVTLDKSASARMVYRNPSNGEIFTLYYNALPKGDRSATLGQKPDNVLTLKKNDATVEYKYIFDAKYRINPAYEGTPYYDKYKQPGPEEDDINTMHRYRDAIVYSDKQEQEYERSMFGAYVLFPYHDEAKFREHRFYKSIELVNVGAFPFLPNSTELMEEFLDELIKDSPEKAYERSTRPRGTKSYYQDKMAGKNVLVGSLKEPSQLEQALELNFYHIPLENVTDHKILTQIEYIALYQSKGKFASTGETGIHWYGRVTDWKVLRRREIMERPARRGSEEKLYVKFTIDRWMKRDKPIVSGGRGIYTALYTSKYIFDRAAEIAELKLETEEDLIKWREERRAGTVRVELDHEQVDLAKRVLGVHGSGEMI				NA	NA	NA	NA	NA
JZ016_05181	684			hypothetical protein	ATGGCGAAAACTTATAAAGCCGAAGGGCAACAGCTTGCTTATGTATTAAGAGGTTTGTTTACGATTGCAGCCCTCTCGTTATATTTTATTAATCCTAAATTACATTGGGGTGTATTTGTAGGTGTGTTTATTTTGGGGTTGGTCGTTGCCCAATGGGTGGGCGCTGCATGGACTAGAAATAGACGAGCAAATAAGAAATCCATGAAACATCCCGCAACCAGAGCAGCCTCTACCACAACTTCAAACAATATGAAATCACGATCACATCAAACGAAGGCACTGACAAAACTTACAGACGCTCAGCTTATCACTAGAGATGTCCATAATCTATCCGGACCGGATTTTGAAAGACTGATGGAGTTGTACTATAAAGATCAAGGATATGCCGTTGAACGAGTTGGTGGATCGGGGGATAGCGAGGTTGATCTCATTCTTCGCGGTAAAGAGGGATATAAAATTGCAGTACAGTGTAAACGGTGGAAGCAGAATGTTGGTAATGATATTGTTCTTCGATTGAAGGCAGGAAAGCAAGTGCACGGTTGTTATGATGCCTGGGTGGTCACGACCAGTAATTTTACCAAGGACGCTAGAAGAGACGCTGAGCGATTAAACATTCAATTAATTAACGGTATTGCACTTGAGAACAAGTTGAATGCCTGGAAAAGGAAGAAACGGATCGGATGA	MAKTYKAEGQQLAYVLRGLFTIAALSLYFINPKLHWGVFVGVFILGLVVAQWVGAAWTRNRRANKKSMKHPATRAASTTTSNNMKSRSHQTKALTKLTDAQLITRDVHNLSGPDFERLMELYYKDQGYAVERVGGSGDSEVDLILRGKEGYKIAVQCKRWKQNVGNDIVLRLKAGKQVHGCYDAWVVTTSNFTKDARRDAERLNIQLINGIALENKLNAWKRKKRIG	PGPT0027250_1824	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027250-mrr-K07448	NA	NA
JZ016_05182	375			hypothetical protein	GTGAATAGCGAAGATATGCTTAAGGAAGCAATACCACTCATGATTCATGAGGACACGCGGAAGTTTATATTTCGTAAAGGTCGAAACTGGAGACAAGATTTTATCGATTTAGGGATGCCTCCTGATGTGGGTAAAGCATGGAAAGTTATGATGACTTTAACTAAGGACGATGAAGAGAAACATCCTGAATTAGATAGAGATGGTTCTGGTGAACTGATTTATGCATTTCAGAAAGAAATGCCTAATGGTGTTTGGGCCTATATCAAAATTAAGATTAAGGATTACAGCAATACTAAGAAATGCGTTTCGATGTCGTTTCATCCTTGTGAGTATGGCCCGAAGGCCGAAATAAACAAAAAAATCTTAGGAAATTAA	MNSEDMLKEAIPLMIHEDTRKFIFRKGRNWRQDFIDLGMPPDVGKAWKVMMTLTKDDEEKHPELDRDGSGELIYAFQKEMPNGVWAYIKIKIKDYSNTKKCVSMSFHPCEYGPKAEINKKILGN				NA	NA	NA	NA	NA
JZ016_05183	1068			hypothetical protein	ATGTCAAGGGAATTCCTAACGTATTGTGATGACTGCGGTAAGGATTGCAATGCTGAGGAAAAAAAAGAGCGACAAACAATTAGAATTCATGGAAAATTAATTGATGTAGAAGTAATAATGCTTGTTTGCAAAGAATGTGGATCTGAAATATCTGATGAAAAATATATGAATGAACAATTAAAAGCCATAAATGACGCTTATATAAAAGCAACTTCCGGATTAACTTCTGAACAAATTAGAAATGTTAGACTTCAATACAAAGATTTGGGGATTCGCCCCTTTGCAAAGATTTTAGGAATAGGTTCCGCAAGTATAGCAAGACACGAAACTGGAGAGTTGCCAAGTGATAAACATATAACCATTTATAAAGAATTGAAAGAAAATCCTCGATCTATATTTGAATATTTTAATAAAAATAAAGAGAATTTATCTCCTAGGGAATTAAAGAAGGTTGAGAACGTATTAAGAAATTGGAGCGATGAACAAGAAGGCCGAATTAGCACACCATTTGTAGAAATAATGCAAGATGATGAAGAAATAATTGAATCGATTCACAAGCCATTTGCTTTTACTGAATTCACTGGTTATAGAGATTTCAATCTAGATAAATTCTTAAATATGGTTCTGTTCTTTTCAAAATGGGGAGTTAACAAAACTAAGTTAATGAAGCTTCTATGGTACTCGGATTTCCTTTACTTCAAAAAGTATACTGCATCAATAAGTGGAGCTGCTTATGCTCGCATTAAATTCGGGCCGGTTCCCAAAGATCATGAGATAATACTTGCTCATCTGCAACATATGGACGTTATAGAAATTGAGGAGTCTTTATTGAACGATGAGGGATGGGTAAAAATGACTATTAAGGCAACACAAAATTATAATCCTAACGTGTTTGAGAAAGAAGAAATGGTTACATTGGAAAGAGTGAATTATATTTTTGAGGGTTATGGTTCCCGTAAAATTAGCGAATATTCTCATAAAGAACGTGCTTGGATAGAGACTCCTGATGAACAATTAATTAACTATAAATACTCTCGAGATTTTGAACTTGAATTGAATTCGCGGTAA	MSREFLTYCDDCGKDCNAEEKKERQTIRIHGKLIDVEVIMLVCKECGSEISDEKYMNEQLKAINDAYIKATSGLTSEQIRNVRLQYKDLGIRPFAKILGIGSASIARHETGELPSDKHITIYKELKENPRSIFEYFNKNKENLSPRELKKVENVLRNWSDEQEGRISTPFVEIMQDDEEIIESIHKPFAFTEFTGYRDFNLDKFLNMVLFFSKWGVNKTKLMKLLWYSDFLYFKKYTASISGAAYARIKFGPVPKDHEIILAHLQHMDVIEIEESLLNDEGWVKMTIKATQNYNPNVFEKEEMVTLERVNYIFEGYGSRKISEYSHKERAWIETPDEQLINYKYSRDFELELNSR				NA	NA	NA	NA	NA
JZ016_05184	249			hypothetical protein	GTGGCTAATCATAATGATAAATCCATAGAGTTACTAGCCTTCGGCAGAGCTCTCCGAAATATTCGCAAAGAAAAAAAGCTCACTCAAGATGAGCTGAGCCTCTATTCCCGTGTCGACCGATCTTATATTAGTGAGCTAGAGAACGGAGAAAAAGCGCCTACTCTGCTAACAATTACTGCATTAGCAAGGGCGCTTCATGTTAAGGCTTCGGTTTTGATCGAGACGTATGAGAGGGAATTGGAGAATTAG	MANHNDKSIELLAFGRALRNIRKEKKLTQDELSLYSRVDRSYISELENGEKAPTLLTITALARALHVKASVLIETYERELEN				NA	NA	NA	NA	NA
JZ016_05185	480			hypothetical protein	ATGAAATCGACGGTAACAAGAGATACTGACCTGAATGTGAATACATCCTCCCAACATGGGGAAGCAGGCGGCTTTTACCAGGATATGATTGTTCTTCATGCCAGCTGCTCTCAAGAATATATGAATTTATCTTTGCATTTCTTTGACAAAAACATGCATCACGTCTGTTTATTACTATGCAACAGGGCATTAGAATCCATGCTAACTGCTTTATATATAAAGAAGGAGAGAATGCAGCCTATTTCAAATATGTTGCTAGAAGAAATACTGCGGATGTTCCCCAAAGACTCGGAGATGAATGTGGAGCCGTTGATATTTATACAATCCATATCCTTTTTATCACAGGAGAACTCCCTCATCAGCAAAATGCAGCCCACACATCTAATGAACCTGATTAAGAAAGCGGATGAGTTCATTCTTCAGATATCTAGCCAACTAGAGTTACCCAATAAAACATACCATTCTGTTTTTGAGAAATAA	MKSTVTRDTDLNVNTSSQHGEAGGFYQDMIVLHASCSQEYMNLSLHFFDKNMHHVCLLLCNRALESMLTALYIKKERMQPISNMLLEEILRMFPKDSEMNVEPLIFIQSISFLSQENSLISKMQPTHLMNLIKKADEFILQISSQLELPNKTYHSVFEK				NA	NA	NA	NA	NA
JZ016_05186	384			hypothetical protein	ATGAATGTCAGAGAGTTCATGAAATGTTTTCAAGAAAGGTATTCTGATGTAGATAGATATGAGCTTGCAGAACATCGAGATATTAGAGATTTTGAAGATAGATTAGGGGTGAAACTACCACTATCGTTTTGTACTTTTCTAAGTGAATTCTCTAATGGGATTTTTTTACTTGATTGTGAACCTATCGGCGGGATTAGTGAGAACTCGCCTTGTGGGGCAATAAGTAAAAGTCATGTGATTCTTCCGGATCTCCCAGATAAAATATACATTCGAGAGACAGATGAGCTCATTGATTCCAATCGTCTTATTTCCTTTACTATGTTTGATGCTGTTGAGAACTCTAATGACCACTGGGTTTTCCTATGTGCAGGAAGGAATCCCTAA	MNVREFMKCFQERYSDVDRYELAEHRDIRDFEDRLGVKLPLSFCTFLSEFSNGIFLLDCEPIGGISENSPCGAISKSHVILPDLPDKIYIRETDELIDSNRLISFTMFDAVENSNDHWVFLCAGRNP				NA	NA	NA	NA	NA
JZ016_05187	222			hypothetical protein	ATGACCACTGGGTTTTCCTATGTGCAGGAAGGAATCCCTAATAACGAGTACAGATTAGGGTTTATCAGTCAAAATTCAAAGGTCATTGTAAAAACTTTACCTTGTTTTGAAGAATGGTTAACCGTATTGTGGAATCATGACGACTACGATGAACATGCTGTGCCGGTATTCTATACGTTTTATCCAACGTTTGATGAAAGATTCGAAATCTTAAGTAATTAA	MTTGFSYVQEGIPNNEYRLGFISQNSKVIVKTLPCFEEWLTVLWNHDDYDEHAVPVFYTFYPTFDERFEILSN				NA	NA	NA	NA	NA
JZ016_05188	1374			hypothetical protein	TTGGTACCTACAGACAGAACGATCAGTACGGAGCTATTACGTTACTTGGAGAAGGAGAAACTCAGCATTTCCTCTTTTGCAATTAAATCGGGAATCAATTCGGGAACCCTCAGCCGCTTTATCAATGGGAACCAGCCCCTTTCCGTTTCAAGTCTTGATTTAATTACGAAAGCCATGAATCTGGAAGAAGGCTATTTTTATTCTCTATATGTAAATGAGTCAACTCCGAACTGGAGGCGACTTGGCCCCTTTATCATGCGATGTGCCGAGCTAGGGAAACTCTACTGCATCGATCAGGCTGTTGATTTGATCATCGATAACCCAGCTTATTCATCCCTACTCTTTGATAGCGCTGAAGCACTATTTCACAAGGGTAATCGGGAGGCTGCTCTGATCCTATACAAAAAAGTCGCCGAAAGTGAAAAACACCAGCATGCTGAAAGATTAGGTTTATGTCAATACAGAATATTTACTTGCTCCCTAAACTCGGATCAGGAACATAATCTGAACTGTACCATACAATTTGAAGCTTATGTTAAGCGACTTCCTGAAGGGGTACAATTAGATGCTTTAAAAGATTTAACTAACACGTTGTTGTCCTTAAGTAAAAGGAATAAAGCAAAGTACTATGCTCAGGAAATGGGACGCATCTCTAGAATGCTGTACGCACAAAAACATAATAAAAACAGACCTCACAGGAAGCCTATAGAGCCAGCCAAACCGTTGTTTGGGTATATTTTATACTCCGATCTGCTGTTAGGCTCCATAGCTGCAGATAACGATGATTATGATCAAGCCCTTAATTATTTATCCTGTTATGAGGATCAAAGCTGGATTATAGAATCCGATGAAGCTGCCGAACGTACCAAAGAACAATTCAGGGAATGGGCTAGAGGCAACCGTTATCTATATGAACTAATGAAAGGCAACATAGAAGTACTTGAATCATACATCGAGTATATCTCTTCCAGGGAGAACGAAATACTAAGAGCTTTATTTAAAATCATCCAAGCCGCTAACACGTATCATTTTGAATTTGATGAATATCTCGATAGATTTGAGAATCTGATTAAGGATCATCTCATGCGACGAGAATCAGTTGGTAGTTATACCGAACATATAATGGATGACCGCTTTGCTAATTTCCTTACCGATGTTGGTATGTATTACATACGGAAGGATAATATTCAAAAAGGCTCAAAATATATACTGGATAGTTTAGAATTCTCTTATACCAACAATAATGCAATCAACATCGTAAGATGCTGTACAACCATTGAGCATATACAATCTAAGCTGGATCATGACGATCTAGAAAGATATGCTGCAATACGAGATAAGTTAAAAGTTAGCGGTACTCTTATCCATCCGTAG	MVPTDRTISTELLRYLEKEKLSISSFAIKSGINSGTLSRFINGNQPLSVSSLDLITKAMNLEEGYFYSLYVNESTPNWRRLGPFIMRCAELGKLYCIDQAVDLIIDNPAYSSLLFDSAEALFHKGNREAALILYKKVAESEKHQHAERLGLCQYRIFTCSLNSDQEHNLNCTIQFEAYVKRLPEGVQLDALKDLTNTLLSLSKRNKAKYYAQEMGRISRMLYAQKHNKNRPHRKPIEPAKPLFGYILYSDLLLGSIAADNDDYDQALNYLSCYEDQSWIIESDEAAERTKEQFREWARGNRYLYELMKGNIEVLESYIEYISSRENEILRALFKIIQAANTYHFEFDEYLDRFENLIKDHLMRRESVGSYTEHIMDDRFANFLTDVGMYYIRKDNIQKGSKYILDSLEFSYTNNNAINIVRCCTTIEHIQSKLDHDDLERYAAIRDKLKVSGTLIHP				NA	NA	NA	NA	NA
JZ016_05189	711			hypothetical protein	ATGTTTGAAAAATTTAAGTCCTTGTTCAAATCCTCTGATAAGCCAAAGAAAAAGCCGGCTCAACATACGAATAAAGCTAAAACATCAGGAAACAACGCCAAACCCAAGGTTCAGCCTACTCGAATTGGTGAGCTGGGTGAGCATAAGATTAATATTCAACTAGACCAACTCCCCAAAGGATGTAGATATGTAAATGATTTAATGGTGACGAATTCGAAGTCCCGAACGGGTTATTCGCAGATCGACCATGTAGTGATCACGCCGCAAGGGTTGTTTGTCATCGAGACGAAGAACTACACGGGAGAGATTAAGGGAACAAGAGAGAATAAGTCATGGACGGTCAGTAACCGGTTTAAAATGTATAATCCCTTTATGCAAAATTATGGCCATATTCAAGCGATTAAAAGTTTGCTCCCTGACTACCAAAAGAGCCGGTTCATCTCACTGGTTTCCTTTACGATGCGCTGTAGGTTCAGCGTAGATCCAGAACTAAGAAAAATCCAATCGGACGAACTGATTGTGTACGATGTTGAGCTTTCCGAATATATTCAGCGCAAAATGAATCGGATTCAAGCGGAGAAGGTGGATACCGTTTTATCGGAAGCTGATATTCAGAAGATCTATCAATCATTGATCGGGGCGAACATCACTGATCCGAAGATTCGAGCTGAGCATGTGGAAAGGGCGGGGAGTTCTGGGAAGGGGAAATAA	MFEKFKSLFKSSDKPKKKPAQHTNKAKTSGNNAKPKVQPTRIGELGEHKINIQLDQLPKGCRYVNDLMVTNSKSRTGYSQIDHVVITPQGLFVIETKNYTGEIKGTRENKSWTVSNRFKMYNPFMQNYGHIQAIKSLLPDYQKSRFISLVSFTMRCRFSVDPELRKIQSDELIVYDVELSEYIQRKMNRIQAEKVDTVLSEADIQKIYQSLIGANITDPKIRAEHVERAGSSGKGK				NA	NA	NA	NA	NA
JZ016_05190	1944			hypothetical protein	ATGACAATAGATGAGATAAACCAAAGGATTAAGAACAGTGTTGCAAATCAAGTATATGTTAAAGGAAAAGAGACTCGCTATTACATCTTGACCTTTAAATATAGTGAGAACCATTATGGAGTTAAGCTTTTAGATCATCACAAGGAGGTTGAATCAGCAGATATTAATGGCAGATTGGATGCCGCTAAGCAAGCTGGTATGAGAATGCTTCAACGTCACTTTTCCAGTGCTAGAATTTCGGATATAACCATGGTTCACTATAAAGATGATCGTCCAAGCGGAATGCCTTGGCAAAAAGATAGTGATGAAGTTTTATTTGAACTTTTAAAGAAGATAAAGTCAACGGATAATAATGAATGGCTTGGAGGTAAGTCTGACGATATGAATAAAACTGTAGCAAAAAACCGGATTCTTTATGGCCCTCCGGGTACAGGAAAGACCTACAATGTTATTACTCAAGCATTAAAAATTCTTAATCCAGATGTAGATTCTGATTTAATTACTGATCCGGCAAGACGTGATGAGGCTGTTCAAATGTATAACCGGTACATTGAAAGCAATCAAGTCGTGTTTTGTACATTTCATCAGTCGTATAGCTACGAAGACTTCGTAGAAGGTATTCGTTTTGTGAAGGAATCCGAAGGGTATGAGGTTCGGGATGGCGTGTTCAAGCGTATTTGTAATGCAGCAAGAGCTGTAGTAACCAATAGAAGGCATACATATGATTTTGATCTAAGCACTACGAATTTTCATAAAATATCGTTGGGTAACACGAAAGATGCCAATGATGATATTTATGATTATTGCATACAGAACAATCAGATAGCTATGGGCTGGGGAAACCATGTTGATTATAGTCTGTGCAGCAATAAGGACGAAATTCGTGAAAAATATTTTGACTTTGCTAATGATGAAAGGAAATTTGGTGTAGATGCGGTTGATCGATTCAAACATGGAATTGATATTGGCGATATCGTTATCGTTTCCAACGGTAACATTAAAGCTCGAGCGATCGGCAAAGTCACTGGCGAATATGAATATGATGAGGAAGGAGTCATTGACTATCATCACTTTCGCAGCGTAGAGTGGCTATGGGTTAGTAAAGATGATGCTGACATCGTTCCAGTAGAACGGATTCTGATTGATAAGATATTTTCACAGCAGGCGATTTATATGCTGGCAAAGGAAAATTTGAATATTGAGAGCCTTCGAGAGTTAATTACCGGCAGAAATGAACAGGGGACTGGAGAATCCCAGTTTGTTATCGTGATTGATGAGATAAACCGTGGTAATATCTCTAAAATATTTGGTGAACTAATTACACTTATTGAACCGGATAAGCGCTTAGGGCAAAAAAATGAAATATCCGTTACATTGCCTTATTCAGGCTCCAAATTCACCGTTCCTTCTAATGTTCATATTCTTGGTACAATGAATACGGCAGATCGTTCCATCGCCTTGCTTGATACCGCACTTCGCAGACGGTTTGAATTTATCGAGATGATGCCCGCTTATAATGTGCTGCCATCAGATGTTGAAGGCTTGGATGTACGACTTCTGCTTCAAACGTTGAACGACCGAATCGAATATTTATTTGATCGAGATCATGTCATTGGACATGCTTACTTTATTACTGAGGAACCAACACTAGACTTCTATATTAGCGTAATGAAACAAAGAATCATTCCATTGTTGCAGGAGTATTTTTATGATAACTGGGAATCTATTGAGCTTGTGTTAGGTGGAGCCGGAAAGAACGAAAAGGACACCGAATTTTTGATTATAAAGAAAACTGTCTCTGCTAAGCAATTGTTTGTCCACACATCTAAACTGCCAGAGTATGAGAAAACTCGTTATGTCATACAAACGAATCCAACCCTGAAGGCATTGACTCGCATTTATAAACAGAATGGAAATGCTGATAAGCAGGAAGCAGTCGAATGA	MTIDEINQRIKNSVANQVYVKGKETRYYILTFKYSENHYGVKLLDHHKEVESADINGRLDAAKQAGMRMLQRHFSSARISDITMVHYKDDRPSGMPWQKDSDEVLFELLKKIKSTDNNEWLGGKSDDMNKTVAKNRILYGPPGTGKTYNVITQALKILNPDVDSDLITDPARRDEAVQMYNRYIESNQVVFCTFHQSYSYEDFVEGIRFVKESEGYEVRDGVFKRICNAARAVVTNRRHTYDFDLSTTNFHKISLGNTKDANDDIYDYCIQNNQIAMGWGNHVDYSLCSNKDEIREKYFDFANDERKFGVDAVDRFKHGIDIGDIVIVSNGNIKARAIGKVTGEYEYDEEGVIDYHHFRSVEWLWVSKDDADIVPVERILIDKIFSQQAIYMLAKENLNIESLRELITGRNEQGTGESQFVIVIDEINRGNISKIFGELITLIEPDKRLGQKNEISVTLPYSGSKFTVPSNVHILGTMNTADRSIALLDTALRRRFEFIEMMPAYNVLPSDVEGLDVRLLLQTLNDRIEYLFDRDHVIGHAYFITEEPTLDFYISVMKQRIIPLLQEYFYDNWESIELVLGGAGKNEKDTEFLIIKKTVSAKQLFVHTSKLPEYEKTRYVIQTNPTLKALTRIYKQNGNADKQEAVE	PGPT0027240_627	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027240-mcrB-K07452	NA	NA
JZ016_05191	1260			hypothetical protein	ATGAAGCATTTTGCTGTAACGGAATGCTACGGTTCAATTCCCATATCCGATTATGATAGCGAAGCCTTATCTACATTACAGGCGGATGAACTATCCAGTTATATATCAATGAATCGTTTGGATCAGGATCTGATCCGAATATCAAGGAAGAGTGTTACTTTCATTAATTATGTTGGCTTCATTCAATTATCTTCTTGCTCTATTGAAATCCTTCCGAAAGTATCTAGCAATGAACCCTCACAATCACGACGGGTATTATTGCATATGCTGGAACGAACAGGTTACCTAGATATTCACGAGAGCCAGATTGGGCAAATTGAATATGAGAAAATGAACTTGTTTGAGATTCTTGCCTCGCTTTTTACAGAGAAGGTTCTTAGAGAGCTGACACGAGGGGTTCTTCGAACGTATATTACCCAGCAAGATGAACTGAACACTGTGCGAGGTAGAATTGATACAACCTCACAAATGAAGCGTGCTCATCTTAAATCGACAGCAGTAAGTTGTATTTACGATGAATTCCATCCTGACCACATACTGAATCGAATTCTGAAAGCTACACTAAGAAAGATTATGAGGCAGTCGAATCAATTGAATACTCGTAAACGGGCTGGTCACGCCATGATGTATCTAGATGAAGTGACTGATTCCATTGACCAGAGAATTTTCCGTTCGGCTATTTATTTTGATCGTAACAATCGTAGATACGAAGCGTGCTATCGACTTGCCATACTCTTATTGTCACAGTCTGCTCCAACACCGCAAATGGGAAATAAAACGGCGAGTTCAATTTTATTTAAGATGAATGACCTGTTTGAAAGTTACATAGCGCATCTGGTTCGAAAGTTAACATCTCATGTTGTTATAAAAGATCGTTCGTATAAACTGTTAATCAAGGAGAGCACTGATCGAGGTGTATTTCAATTAGAGCCTGATTTATTGATCTCTGGAACCCATGGCCTGTCTATGATTATAGATACAAAGTGGAAAGTGATTGATAGCTCGTATAGTCGCCATGGTGTGAAAAGGGAAGACTTTTATCAGATGTATGCCTATCTGACTCGCTATGAGCATGTAGAGACTGTTATTTTGCTCTATCCTAATCACGATGGAATCAATCGGACAGATGACTCACCATTGGAGTCATGGTATGTAGAGGGGCGATCAGATAAAAGATTGCTTGTTTACGCTATTAACTATGAGGATGAAAGTCTTGCACTTCTAGAGTTAAAGTCAATAATGAATGGTTATTTAGCTTAG	MKHFAVTECYGSIPISDYDSEALSTLQADELSSYISMNRLDQDLIRISRKSVTFINYVGFIQLSSCSIEILPKVSSNEPSQSRRVLLHMLERTGYLDIHESQIGQIEYEKMNLFEILASLFTEKVLRELTRGVLRTYITQQDELNTVRGRIDTTSQMKRAHLKSTAVSCIYDEFHPDHILNRILKATLRKIMRQSNQLNTRKRAGHAMMYLDEVTDSIDQRIFRSAIYFDRNNRRYEACYRLAILLLSQSAPTPQMGNKTASSILFKMNDLFESYIAHLVRKLTSHVVIKDRSYKLLIKESTDRGVFQLEPDLLISGTHGLSMIIDTKWKVIDSSYSRHGVKREDFYQMYAYLTRYEHVETVILLYPNHDGINRTDDSPLESWYVEGRSDKRLLVYAINYEDESLALLELKSIMNGYLA	PGPT0027245_469	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_IV_R-M_SYSTEM,PGPT0027245-mcrC-K19147	NA	NA
JZ016_05192	573			hypothetical protein	ATGAAAGGCAAATTCTCAACAATGGCATTATTACTTAGCTTCGCAGTTTTCTTTGCATTTACGGGTGATGTCTCTGCTGCAGCAATGAAACCGAAAGATATCCTTGCTGAAAAGTACCCTAATGAAGTGGTTAAGATCGTTAAAACCGATGACATTAACAATGACAAGAAAAAAGAATCGTTTATTCTCACTGAATCAGGTAATTTTTATCTGATTAACGCAAAGGGACATGTTGTTTTAATTAATACTGGCATTATAAGTGATGAAGGCTTTGAACCACCGACGATCCAAGTGTTTACCGTATCGAAGAATGAGAAACATGTGGCTGTTACATTCTCTTATTTCCCATCGAATACCCAGTTATATGTATATCGACTTCAGCATGGGACCTTGAGTAAAGCTCTTCAATTAATGGGGGATCAGGGAGTTTACATTGATTCAAAAGGTAAAGTACATCAGTACTGGAAGAACCACAGGATCGAAGGTGGCTGGGATCTGGCAGAGGGAATATTCACCTGGAATACAAAGACCAATAAGTACAAAGGTTCAGGAAAATACGTGCGACAGAGTTAA	MKGKFSTMALLLSFAVFFAFTGDVSAAAMKPKDILAEKYPNEVVKIVKTDDINNDKKKESFILTESGNFYLINAKGHVVLINTGIISDEGFEPPTIQVFTVSKNEKHVAVTFSYFPSNTQLYVYRLQHGTLSKALQLMGDQGVYIDSKGKVHQYWKNHRIEGGWDLAEGIFTWNTKTNKYKGSGKYVRQS				NA	NA	NA	NA	NA
JZ016_05193	507			hypothetical protein	GTGAAACAGGACACTAGAACTACTACATTCAATCAGCCCAATAGGACACAGCCCGCCCAAGCTAACAGGACCGTTAGCAGTAAATCTAGGGCGGCTAGTCCTCCAGTAAACAGGACAGTAATCAATAAAGCGGGGGGAGCGGATGGTCCTTCCGGTAACACGAGTACAACAACAAAAGCCGCCATGAAGAATCAGCCAAAGGATAGACTAGGACAAGCTGTAGTATCGTTAATATTCGGTATATTTGGAATATTATTCTTCATAGTAGGAATGTTAAAGTTGGGCTTTGATTCCGAGTACAGCTACATGCCTTCGACAGGTACTATGGCCACAATTCTCTTTGCTTTTATACTTAGTGTTGTAGGTTTTTTCTTAGGTATTATTGCAAGAAAATCTTCTAAAGGAAGAGGTATGGCGATAGCGGGAATTACCCTAACAACATTACCCGTTGTCGTCATGATAATAATTATTGGCGCGGGACTGGTACTAGTCTATAGGCAGTGGTAA	MKQDTRTTTFNQPNRTQPAQANRTVSSKSRAASPPVNRTVINKAGGADGPSGNTSTTTKAAMKNQPKDRLGQAVVSLIFGIFGILFFIVGMLKLGFDSEYSYMPSTGTMATILFAFILSVVGFFLGIIARKSSKGRGMAIAGITLTTLPVVVMIIIIGAGLVLVYRQW				NA	NA	NA	NA	NA
JZ016_05194	1011			hypothetical protein	ATGACTAATAAATCTTTTAAGCCCTTATCACTTTTGGTAGTTTTAGCAGTATTTCTATCCACTTTTTGCGCAGCCTTACCGTCAGTAAACGCAGCCGCTAGAGGAGCGTGGGCTCCAAATACCGCATATGCAGTAAATGACACAGTAACCTATAGTGGAAGCACTTATACCTGTCTTCAGGCACATACTTCTCTCGTAGGTTGGGAACCGTCCAATGTTCCTGCTTTATGGCAGAAAGACGGTAGCGGCGGAACTACGCCGCCAACCACACCACCGACAACGAACGGAGTAACATTCTATGCAGATATAAACTATGGAGGAAAAGCAGTGACACTCGGGATAGGCAATTATACACTGTCTCAGTTGAACGCAAACGGAATTCCGAATGACTGGATGTCGTCTCTTAAGGTTCCAAGCGGTTGGACGGTTGAAGTATATGAGAATGATAATTTTGGAGGAGCCAAGTGGACCTTTACTTCAGATTCTTCCTGGGTTGGCAGCACGATCAATGACAAAATGTCATCGGTCAAGATTTATACGGGTTCACCACCTCCTACAGTAACTAAGCCTGCCGAGGTTCCAAGCCATATATGGACATATGTCATGAATGCGGACAATGCCTATGGGAAAGGCGGAGATTTTGCTTTATTGTTAAGTGCTGTTATCAAAAAGGAAAGCAGCTTTGGCGCAGGTTTACCAGGTAGTCCATCGGCCGGCGACGGATTGATGCAGGTCGAACCAAACACACGCAATGCGTATTTATCTCAATTCAGCTCAAAATTTGGCCGTGCGTATAATCATAGCAGTGAACAAGATCAGGTATATCTGGGTGCGTTAATTTTAAATGAGAAGATTACGAAGTTTGGAAATATCTACAACGGATTATTACACTACAACGGTGGAGATAACTGGTATCCGGGAGCTACGGATTCTTATGGCCGTCCTATTCTGGCGGATCAATATGCAGATGCCGTTTACGCTACTTATAAGGGCTATGGTGGTAAGAATTAA	MTNKSFKPLSLLVVLAVFLSTFCAALPSVNAAARGAWAPNTAYAVNDTVTYSGSTYTCLQAHTSLVGWEPSNVPALWQKDGSGGTTPPTTPPTTNGVTFYADINYGGKAVTLGIGNYTLSQLNANGIPNDWMSSLKVPSGWTVEVYENDNFGGAKWTFTSDSSWVGSTINDKMSSVKIYTGSPPPTVTKPAEVPSHIWTYVMNADNAYGKGGDFALLLSAVIKKESSFGAGLPGSPSAGDGLMQVEPNTRNAYLSQFSSKFGRAYNHSSEQDQVYLGALILNEKITKFGNIYNGLLHYNGGDNWYPGATDSYGRPILADQYADAVYATYKGYGGKN				NA	NA	NA	NA	NA
JZ016_05195	1686	hcp	COG1151	Hydroxylamine reductase	ATGAATAACAACGCCCAAGAGACCGTAGAGCATCAGCCGTCCATGTTCTGCTTTCAATGTCAGGAAGCATCCAAAGGAACAGGCTGCACCATTGTCGGAGTATGCGGCAAACCGCATGATGTGGCAAACCTGCAGGATTTGCTGATTTATCTGTTAAAAGGTATCTCTTTTCTCAGTCTGGATGTCCGGCTGCCGGAGGAGCTTGAACAGCGCGTATCACTGTTTATGATGGACTCCTTGTTTGCAACGATTACGAACGCCAACTTTGACCGCGAGGTTTTTGTGGGAAGAATCCGGGAAGCGATCGAGCTCCGCGGCGAGGTGCGCACCTATTATAACGAACAATATCCGGAAGGAACCGCCAATCTCCCTGATGCTGCCGTCTGGCAAGCGGATAACGAAGCTTCTTTTGATGAAAAAGCACGTACGGTTGGTGTCCTCTCGACCCGCAATGAAGACATCCGCTCGCTGCGCGAATTGATTACGTACGGCTTGAAGGGGATGGCTGCTTACACGTACCACGCGCTTCATCTGGAGAAGGATGATAACGAATTAAACCGTTTTATGCGCCGTGCACTTGCCGCCACGCTTGACGACAGCCTTGAAGTGCAGGATCTGGTCGCTTTGACGATGGAAACCGGTCAATACGGCGTAAACGCCATGGCGATGCTGGATGAAGCGAACACCTCGGTTTACGGAAATCCGGAAATTACGAAGGTCAATATCGGGGTAGGCAACCAGCCCGGCATTCTGATCAGCGGCCATGATCTGAAGGATTTGGAGGAGCTGCTGAAGCAGACGGAAGGAACCGGCGTGGATGTGTACACGCACAGTGAAATGCTGCCTGCCCACTATTATCCGGCATTCAAGAAATATGAGCATTTTGTAGGCAATTACGGGAATGCCTGGTGGAAGCAGAATAGCGAATTCGCAGCCTTTAACGGCCCGATATTAATGACAACCAACTGTATCGTCCCGCCGAAAGACAGTTATAAAGACCGTATATATACAACAGGCAACACGGGGTTTCCGGGTGTCCGCCATATTCCAGAAGGAACAGACGGTGCTCCCAAAGACTTCTCCGCCCTGATCGAGCAAGCGAAAGGATGCCCCGCTCCAACGGAGCTTGAAACGGGTGAGATCATCGGCGGTTTCGCTCATGCCGCTGTGATGAACGTGGCCGATCAAGTCGTCGATGCCGTGAAATCCGGGGCGATCCGCCGCTTCTTCGTCATGGCCGGCTGCGATGGACGGATGAAATCCCGCAGCTATTACACCGATTTCGCAGCCGAACTCCCAACAGACACGGTCATTCTAACTGCAGGCTGTGCCAAATACAAATACAATAAACTGGATCTAGGCGAAATCGGCGGTATTCCGCGGGTCCTGGACGCTGGTCAATGCAATGATTCTTACTCCCTGGTCGTGATTGCATTGAAGCTGAAGGAAGTATTCGGCCTTGAGGATATTAATGATTTGCCGATTTCCTATAACATTGCCTGGTATGAGCAAAAAGCGGTGATCGTGCTGCTTGCCCTGCTATATCTTGGCGTTAAAAATATTCATCTGGGCCCTACGCTCCCTGCATTCCTGTCGCCTAACGTTGCCAAAGTCCTCGTGGAAAACTTCGGCATCGGCGGCATTACGAATGTGGAAGATGATATGAAGATGTTCCTTGGCGCGTAA	MNNNAQETVEHQPSMFCFQCQEASKGTGCTIVGVCGKPHDVANLQDLLIYLLKGISFLSLDVRLPEELEQRVSLFMMDSLFATITNANFDREVFVGRIREAIELRGEVRTYYNEQYPEGTANLPDAAVWQADNEASFDEKARTVGVLSTRNEDIRSLRELITYGLKGMAAYTYHALHLEKDDNELNRFMRRALAATLDDSLEVQDLVALTMETGQYGVNAMAMLDEANTSVYGNPEITKVNIGVGNQPGILISGHDLKDLEELLKQTEGTGVDVYTHSEMLPAHYYPAFKKYEHFVGNYGNAWWKQNSEFAAFNGPILMTTNCIVPPKDSYKDRIYTTGNTGFPGVRHIPEGTDGAPKDFSALIEQAKGCPAPTELETGEIIGGFAHAAVMNVADQVVDAVKSGAIRRFFVMAGCDGRMKSRSYYTDFAAELPTDTVILTAGCAKYKYNKLDLGEIGGIPRVLDAGQCNDSYSLVVIALKLKEVFGLEDINDLPISYNIAWYEQKAVIVLLALLYLGVKNIHLGPTLPAFLSPNVAKVLVENFGIGGITNVEDDMKMFLGA	PGPT0000630_759	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-HYDROXYLAMINE_REDUCTION,PGPT0000630-hcp-K05601	NA	NA
JZ016_05196	1023	ndhI		NAD(P)H-quinone oxidoreductase subunit I, chloroplastic	ATGTCGATTTTACCTCAAAAGAATGAACTGGGATTTTTCGAGATTCGTCTCGAATCCATCGGCGGGCTTGGCGCCAATCTGGCGGGAAAAATGCTGGCCGAAGCCGGGGTGACCGGCTCCGGACTTAACGGTTCGAATTTTTCCAGCTATGGTTCGGAGAAAAAAGGGTCGCCCGTGAAGAGTTTCGTAAGGTTCTGCGATTCCGAGGTGGAAATCCGCGATCACAGTCCCATTGAGCAGCCGCATGTCGTCGGTGTATTTCATGAAGCATTGTATAAGACGATCGATGTCATAAGCGGATTACAGCCTGATGGAACGGTGCTTGTGAATACGGTGCGAGCCCTTTCCGAAGTGGCCGTTGATCTGAACATGACGCAGGGAACGCTGGCCGTAGTTGATGCGCTGAAGATTTCCGTTGAGGAAAAAACCAAAGTGAATACGGCCATGCTGGGGGCTTTGTTCCGGATTTGTAGCTTCCTAAACCCGGACGATATGCGGCAGGTGATCCGCACAACATTTGAGAAAAAGCTGCCCCACCTCGTGGAACCGAATGTGCGGACTTTTGACAGAGGATATAACGAAGTTCAGTTCCTTTCCTTGGGAAATGGCTCAGAGCTTATAGACAAAATTTCCTTCGCAAGACCGCAGCCGATGCTTGGATATGAAACGCAGGAGCTGGGCGGGATTCTGAACGTTACGGCGAACAGTGTCCTGAAGGATCTTAGCAGCTCCCGGCAGGGATATTTGCCAGAGTACAAGATCGAGGACTGCATTCACTGTGCCGCCTGCGATACGGTATGTCCGGATTTCTGCATCGTGTGGGAGAAGAAACCGGATAAGCGCGGGAATATGCAGATGTTTATGAGAGGTATCGATTATCAGTATTGCAAAGGCTGCTTGAAGTGTATCGAAGCTTGTCCGACCACCGCTTTAGCTGCCATGTTAGAAGAGCCGCATTATGCGGAGCAGCACCGTGTGCCGCAATCATTTCCCTATATAACCGCGGAGGGAGTCCGATCATGA	MSILPQKNELGFFEIRLESIGGLGANLAGKMLAEAGVTGSGLNGSNFSSYGSEKKGSPVKSFVRFCDSEVEIRDHSPIEQPHVVGVFHEALYKTIDVISGLQPDGTVLVNTVRALSEVAVDLNMTQGTLAVVDALKISVEEKTKVNTAMLGALFRICSFLNPDDMRQVIRTTFEKKLPHLVEPNVRTFDRGYNEVQFLSLGNGSELIDKISFARPQPMLGYETQELGGILNVTANSVLKDLSSSRQGYLPEYKIEDCIHCAACDTVCPDFCIVWEKKPDKRGNMQMFMRGIDYQYCKGCLKCIEACPTTALAAMLEEPHYAEQHRVPQSFPYITAEGVRS	PGPT0001205_18	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001205-porC|porG-K00172	NA	NA
JZ016_05197	2301			hypothetical protein	ATGAATATGCAAATTCAAGAAACAACAACGGAGAACAAGCCGGCGGCTGCTCAAACGGCAGTCTTCGAATCGGGCAACGAAATGGCTGCCATGGCGGCTGCCCAGATTAACTATCACATTATGGGTTATTTTCCGATTACACCTTCTACGGAAATCGCCCAATATCTTGACATGATGCGTACACGCGGCGAACATGACATCAAGCTGATTCCAGCTGACGGCGAACATGGATCGGCGGGGATTTGCTACGGTGCGGCCGCAGCCGGAGCACGGGTATTCAATGCTACCAGCGCGAATGGTTTCTTGTATATGATCGAACAGCTTCCTGTGCAGGCGGGCACACGTTTCCCGATGGTCATGAATTTGGTGACGCGTGCGGTCAGCGGACCGCTGGATATTCGCGGTGACCATTCGGATCTTTACTACGGTCTGAATACCGGCTGGGTCATTTTGACCGCTCGTTCACCGCAGGCCGTGTATGACATGAATATCATGGCGCTGCGTATCGCGGAACATGAAGACGTACGCCTGCCGGTCATTGTAGCTTATGACGGATTCTTCACATCGCACCAGAAACGCCGGGTACACATATTTACGAACCGGGAAACCGTTCAGGCGTTTGTAGGGGAAAAGGCGCCTGAATATCCACATGTACTGGACGAGAACAACCCGATCGTTGTTGGGGCTTATATGAATGGCGACGATTTGATGAATAACCACTTCCAACAGTCCAACGCCATGTACCGTGCGGGCGAGGTGTTCAAGGAAGTGGCAGAGGAATACGCGGCTTTATCCGGAAGATCCTATTCGCCGCTTGATCTGTACCGAATGGAAGATGCAGAGGTGGCTTTATTCCTGCTCAATTCGGCGGCCGAATCCTCCAAAGACGTCGTGGATCGGCTGCGGGCGAAAGGAATTAAAGCGGGCATAATCAGCCCGAATATTCTCCGTCCGTTCCCGGCAAGAGAAATCCGCGAGGCGCTGACAGGTGTCAAAGCGCTGCTGGTTGGCGAACGTGCCGATTCTTACGGTGCACACGGGGCCAATCTGACCCATGAGGTCAAAGCGGCCCTGCAGGAAATCCGTGGTCCGCAGCCTATTGTGCTGTCCCGCATATTTGGTCTTGGCGGGAAAGACTATTATGCGGATGACGCGGAAGCTTTTTTTGCCCTGACGATCGAGGCCATGGAGCTCGGTTATGCCAAAGTGCCGTTTGATTATTACGGCCAAACACCGGGAGCTGAGGAGCAAAGGCTGCAGCCGGTCATTGCCCCGATGAAGGGAGACAGCTTTAAATCTGGATTGATCACCGTAAAGGTGGATGAAGAGACGAGTAAACTATCCGTTAAAGTGCCGCCGATGCGGGCGCTTGCGGCGAAACCGAAACGGTTTGCTTCCGGCCACGGAGCTTGCCCGGGCTGTGGTATTTTCCCGGCGCTGGAGCTCTTTTTCAAAGGGATTGAAGGCCATGTCGTTACTTTGTTCCATACCGGCTGTGCTTATATCACAACAACGGGTTATCCGTATAACTCGCATAAGCAGAGTTTCATTCATAATTTGTTCCAGAACGGACCGGCGACTTTATCCGGCACGGTAGAAGCGTTCCTTGAGAAGAAACGCCGCGGGGAAATCGAAGTTCCTGAGGATTTCACTTTTGTGATGGTGACCGGCGACGGCGGCATGGACATCGGGATGGGTTCGGCCATCGGGACGGCGCTGCGGGGCCATAACCTGATCATTCTGGAATATGATAATGAAGGCTATATGAACACCGGTGCCCAGCTTTCGTACTCTACGCCATTAGGACACATGACCAGTACGTCCGGTGTCGGCAAACAGCAGCAGGGCAAAGCGTTCCATCACAAGGATACGGTGCAAATGATGGCTGCGGCACATATTCCGTATGTATTCACGGGGACGGAAGCATTCCCGCAGGATCTTGTGAAAAAGGCGGCAAAAGCTCAGTGGTACGCCCAGAATGTAGGTACCGTCTACGGCAAGCTGTTGATCACATGCCCGCTGAACTGGAAATCGAGCGACAAGGATGGGGAGAACATCGTCCGCGCGGCCGTGAATTCAAACTTCTTCCCATTGTATGAAGTCGAGCAGGGAGAAACGAATATTACGTACGATCCTGAAGCGAAGAAAAAACAGGTGCCGCTCAGCGACTGGCTGAAATACATGGGCAAATCAAGACATCTGCTCAAGGAAGAAAACAAAGACATGCTCGGCGAATTTGAAAAAGAAGTGGAGCGGCGCTGGTCGATTCTAAAAGCGAAACATGAGAACCCGCTGCTATAA	MNMQIQETTTENKPAAAQTAVFESGNEMAAMAAAQINYHIMGYFPITPSTEIAQYLDMMRTRGEHDIKLIPADGEHGSAGICYGAAAAGARVFNATSANGFLYMIEQLPVQAGTRFPMVMNLVTRAVSGPLDIRGDHSDLYYGLNTGWVILTARSPQAVYDMNIMALRIAEHEDVRLPVIVAYDGFFTSHQKRRVHIFTNRETVQAFVGEKAPEYPHVLDENNPIVVGAYMNGDDLMNNHFQQSNAMYRAGEVFKEVAEEYAALSGRSYSPLDLYRMEDAEVALFLLNSAAESSKDVVDRLRAKGIKAGIISPNILRPFPAREIREALTGVKALLVGERADSYGAHGANLTHEVKAALQEIRGPQPIVLSRIFGLGGKDYYADDAEAFFALTIEAMELGYAKVPFDYYGQTPGAEEQRLQPVIAPMKGDSFKSGLITVKVDEETSKLSVKVPPMRALAAKPKRFASGHGACPGCGIFPALELFFKGIEGHVVTLFHTGCAYITTTGYPYNSHKQSFIHNLFQNGPATLSGTVEAFLEKKRRGEIEVPEDFTFVMVTGDGGMDIGMGSAIGTALRGHNLIILEYDNEGYMNTGAQLSYSTPLGHMTSTSGVGKQQQGKAFHHKDTVQMMAAAHIPYVFTGTEAFPQDLVKKAAKAQWYAQNVGTVYGKLLITCPLNWKSSDKDGENIVRAAVNSNFFPLYEVEQGETNITYDPEAKKKQVPLSDWLKYMGKSRHLLKEENKDMLGEFEKEVERRWSILKAKHENPLL	PGPT0001195_41	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001195-porA-K00169	NA	NA
JZ016_05198	567			hypothetical protein	ATGTCCTGGAGTAAATTGAAGCAACAGCTGGAGAGTTTTCTCAGTCCTGCATTAGCTGGAAGAGTTGAATATCGCGCAACCGGTTATCGTTATTTACCTGATAAAGCAGGGCTTTGTTATATTTCGTTAGATAAAAAGAACGTACTTCATATGAGTGATAAAACCAGCTCAATAAGATGGTATCAGACGGAGCTGGAAATTAAGAATGATCCTAATATCCAAATTCCGATCAGCGATGATGAATTGGAAGCCGTCAGAAAGGAAACGAAAGGGACTGTTCCAGAGGATCGTCTCAACGTCATTGCAAGAAATAGAAAAGTATCCGTACTCGCAAAGGAGCTTTTGTCAGCACAGGCTGCATTAAGTAAATCCAATTTTGTCGCTACAGCGAATAAGTTCTTATCTACTTCTATTGAAGAAAGCATGGAGAGCGATGATATCTTATTGAATATTCTAGCCTTGGTAGACAGACGAGTTGGCAAAAAGCGGATTGTAAACATGGCAGATAGGATGAAGCTAAAGCATCCGATTGTGCAATATTTTTATGAACTGCGGCGCCGTGCGTGA	MSWSKLKQQLESFLSPALAGRVEYRATGYRYLPDKAGLCYISLDKKNVLHMSDKTSSIRWYQTELEIKNDPNIQIPISDDELEAVRKETKGTVPEDRLNVIARNRKVSVLAKELLSAQAALSKSNFVATANKFLSTSIEESMESDDILLNILALVDRRVGKKRIVNMADRMKLKHPIVQYFYELRRRA				NA	NA	NA	NA	NA
JZ016_05199	705	menG_1	COG2226	Demethylmenaquinone methyltransferase	ATGTCTGAACAAACAAAGTCGGAAAGAGTTCATCAGGTATTCGAAAAGATATCGGATCAATACGACTCGATGAACTCGGTTATCACTTTTAGAAGACATATCGCATGGCGCCATGATGTTATGAAACGGATGAATGTGAAAGAAGGTAGTAAAGCTCTTGATGTGTGCACGGGAACCGGGGATTGGGCGATTGCTTTAGCAAATGCTGTTGGAACGCATGGAGAAGTCATTGGATTGGATTTTAGCCAAAACATGCTCAAAATAGCACAAGATAAGCAGGAGCAACAAGCTTTAAAGCAGCTTACCCTTATCCAGGGAAATGCCATGGAGCTTCCTTTTGAAGATGATTCATTTGATTATGTAACCATTGGTTTTGGTTTAAGAAATGTACCCGACTATTCAACCGTGCTGCGGGAGATGTATCGAGTAACGAAGCCAGGCGGACAAGTCGTTTGTTTAGAAACATCCCAACCCACATTAATCGGTTATCGACAAGCTTCCCTCTTTTATGTTCGCCATATCATGCCTTTGCTTGGAAAGTTTATTGCCAAAAGTTATGATGAATACTCATGGTTGCAAGAATCAGCCCGTCATTTCCCCAATAAAAACGTACTGAAACAAATGTTTTTGGAAGCGGGATTTTCCAAGGTAGATGTAAAAAGCTATAGCGGCGGTGTCGCGGCAATGCATAAGGCGATAAAATAA	MSEQTKSERVHQVFEKISDQYDSMNSVITFRRHIAWRHDVMKRMNVKEGSKALDVCTGTGDWAIALANAVGTHGEVIGLDFSQNMLKIAQDKQEQQALKQLTLIQGNAMELPFEDDSFDYVTIGFGLRNVPDYSTVLREMYRVTKPGGQVVCLETSQPTLIGYRQASLFYVRHIMPLLGKFIAKSYDEYSWLQESARHFPNKNVLKQMFLEAGFSKVDVKSYSGGVAAMHKAIK	PGPT0009535_3275	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009535-ubiE-K03183	NA	NA
JZ016_05200	990	dus		putative tRNA-dihydrouridine synthase	ATGAAAGACAATTTTTGGCGTGATTTACCGCGGCCTTTCTTTATACTGGCGCCCATGGAAGATGTGACGGATGTTGTGTTTCGCCATGTCGTAAGTGAAGCCGCCAGACCGGATGTGTTTTTTACGGAGTTTGCGAATTCCGAGAGCTATTGTCACCCGGATGGGAACCATAGTGTGCGCGGACGTTTGACTTTTACAGAGGATGAACAGCCGATGGTAGCCCATATCTGGGGAGATAAACCGGAATTTTTTCGTCAGATGAGTATCGGCATGGCGAAAGAAGGGTTTAAAGGCATCGATATTAATATGGGTTGTCCTGTAGCGAATGTAGCGGAGAATGGGAAGGGAAGCGGCCTGATCTGCCGTCCCGACATTGCAGCGGATATTATCCAGGCGGCCAAAGCCGGGGGACTGCCCGTCAGTGTAAAAACAAGGCTCGGTTTCACGGCTGTAGACGAATGGCGCGACTGGTTGACCCATATTTTGAAGCAAGACATTGTGAACCTGTCCATTCATCTGCGGACAAGAGAGGAAATGAGCAAAGTCGACGCGCATTGGGAACTGATACCAGAGATTAAGAAGCTTCGTGATGAGGTGGCGCCCGATACGCTGCTAACCATTAACGGGGATATTCCTGACCGTCAGACCGGCCTCAAGCTCGCTGAACAATACGGTGTCGATGGCATTATGATTGGGCGTGGGATTTTTCATAATCCATTTGCGTTTGAGAAGGAGCCGAGGGATCATAGCAGTGAGGAATTGCTTGATCTGCTGCGGCTGCACCTGGATCTCCATGATCAATATTCGGCACAGATGCGGCGCTCCTTCAGCGCACTTGTCCGCTTCTTCAAAATCTATGTCCGTGGATTCCGAGGGGCAAGTGAACTCAGAAATAACTTAATGAACGCAAAATCAACAAGTGAAGTACGTGCGCTGCTTGATGAATTTGGAAGCAAGAATCATGATGAGGCAGATGAACGAGGGAATTAA	MKDNFWRDLPRPFFILAPMEDVTDVVFRHVVSEAARPDVFFTEFANSESYCHPDGNHSVRGRLTFTEDEQPMVAHIWGDKPEFFRQMSIGMAKEGFKGIDINMGCPVANVAENGKGSGLICRPDIAADIIQAAKAGGLPVSVKTRLGFTAVDEWRDWLTHILKQDIVNLSIHLRTREEMSKVDAHWELIPEIKKLRDEVAPDTLLTINGDIPDRQTGLKLAEQYGVDGIMIGRGIFHNPFAFEKEPRDHSSEELLDLLRLHLDLHDQYSAQMRRSFSALVRFFKIYVRGFRGASELRNNLMNAKSTSEVRALLDEFGSKNHDEADERGN				NA	NA	NA	NA	NA
JZ016_05201	123			hypothetical protein	ATGGACAGGCTTGAGAAACAACTGCGCCCCATGAGAACAAATAACTTTTTGGAAAACATGGCCGACTTGGCTGTGTTTTTTCTTTTGGACAATCTCAGCCGTCATTCTTGCTATAGCTTTTAG	MDRLEKQLRPMRTNNFLENMADLAVFFLLDNLSRHSCYSF				NA	NA	NA	NA	NA
JZ016_05202	1161			hypothetical protein	ATGACTGATAAGTTTCAGATCGTAGGAAGTTTGTTGCGGCCCGAAGAGCTGCTGAAATATAAAACGCAAATAGAACATCGTGATGATATCCAGTATCCGTTCTATGAAAACTTTGAAGGGTATGCCGAGTGCGAGACCGAGGCGATCAAACAGGTCGTGAAAAAGGAAATCGAGCATAACCTGTCGGTTATTACGGACGGCGAATTCTCCAAATCGATGTGGCATCTTGATTTTGTGTGGGGCTTTGGCGGAGTTGAACGTTATATCGCGGACCATGGCTACTTTTTCCGGGATGTGGACGGAACCTCGAAATATGAAACACGCAAAGATATTGGCCTGCGGATTACTGGCAAACTGAGCGGAAAGAATCATCACTTCATTAAGCTGTTCAAACAGCTGCAAGAAACGGCTGGCGACCAGCAAACGAAACTTTGCGTACCATCGCCTTCCCATATCTACGGTGAACTTTCCTGGTCGGATAACATTGGCGGTACGGATGCGGTTTATCAGAACAAACAGGAGCTCAAAGCGGGCCTTGTGAGCGCCTATAAAGAATTCGTGGCTGAATTCGCTGCGGCAGGCGGCAAAATCCTGCAATTCGATGATTGCTTGTGGGAGCTGTTTGCAGACGACAACCCGAACTCTCCGTTTACAGGGGAGCATATTAATCAAGCGGAAGTACAGGGTCTCGCCACCGAATTTATTGAGATTAACAATACCGTGATTGACTTCGGTCACAGCCTCGGCTTGAAAATGTGGACACACAACTGCCGGGGCAACTACGATTCTCGCAACATGGGCGGTGGATCTTATGCGAAAATCGCCAACCTGTTCCTGAAGCAGTTGAAATATGATCGCTTCTTCCTGGAGTGGGATGATGATCGTGCGGGTTCGATTGAAGCACTGGAGGTTTTCAAGGACAGACCGGAAACGGAGATTGTTCTGGGCCTGCTGTCATCCAAAACCAATACGCTTGATGATGAAGCACGAGTCATCCGTCTGCTTGACGAAGCATCCAAAATCATTGATAAGGATCGTCTGCTGCTCTCGCATCAATGCGGCTTTGCGTCCTGCGATGGCGGTAACGAGCTAAGCGAAGCCGAGCAATGGGCGAAAATCGATCAAGGTCAACAGATTGCCAAGCAATACTGGAATAACTAA	MTDKFQIVGSLLRPEELLKYKTQIEHRDDIQYPFYENFEGYAECETEAIKQVVKKEIEHNLSVITDGEFSKSMWHLDFVWGFGGVERYIADHGYFFRDVDGTSKYETRKDIGLRITGKLSGKNHHFIKLFKQLQETAGDQQTKLCVPSPSHIYGELSWSDNIGGTDAVYQNKQELKAGLVSAYKEFVAEFAAAGGKILQFDDCLWELFADDNPNSPFTGEHINQAEVQGLATEFIEINNTVIDFGHSLGLKMWTHNCRGNYDSRNMGGGSYAKIANLFLKQLKYDRFFLEWDDDRAGSIEALEVFKDRPETEIVLGLLSSKTNTLDDEARVIRLLDEASKIIDKDRLLLSHQCGFASCDGGNELSEAEQWAKIDQGQQIAKQYWNN				NA	NA	NA	NA	NA
JZ016_05203	3432			hypothetical protein	GTGCAAATCGATTGCGGAGAAATTTTGATCGGTTATAAGAACATGAGGGGAGAGGGAATGTTGACATATGACCATGATCTGATGAACAAAGAGCAATTGCTCATGGAGCTGGATTCGCTGGGTTACTCGGACAGGATGAAGAGGATGGCGCTTCTGGGGCGCCAGCATGAAGGAGATGCGGATTTTTCCGCGCTGCTCCTATCCTTCCTCGAAAGCGGCACCGCCTATGAGGCGCATTTGGCATTGACCGGAGCAGGTGTAGTGAAGGATGCCCGTGCGGTTTTGTTTGCCCTGAAGCATCCGAAGGCAGGGGTCAGAGGACGGGCGGCTAGATTACTGCCGGAAGTGGTGACAGATCCGGACTTTTCGATTGAATCCGAAATTGCTCTGATGTCGTATCATTGCCGTCACCAATTGCTGCGGAGCATCGTGAATACATATCGTCAGGATTGGGCGGAACGGCTGCTGCCGCTCGTGCTTGGCCAGTGGGGCGCACAAGAAGCTTCTTTATTATTGGCCGTGTGCAGTGAAGAGACAGTAAGCAGTAGGCTCCCGGAGCTAGGGTATGCTTTACGCAATTGGCGGCTCTTAACGAAGCACTACCCCGATTTGGTTGGAGCGTATTTCAAGAATGCTTTGCAGAACGCAACGCATCGGGAAAAGATCAGTGTATGGTGGACGCTCTCTTCCGCGATTGAGGTACTGAGTGTTTCAAGACCGGCAATCGTGTTGGAATGTGCGCTTAAGCTTGGGCCGACGGATATGATTCATCCCGTACTCAAACAGCAATTGGGCATTCTGATTCAGGCCAGCCCTGAGGACGTATTCGAGCTGCTGACACGTGTGGACACACGGGAATATCTTCTGAATCACGGCGTTCCGGCAGGCGTGTTGAAGAAGAGAAAATGGTTTACCGCAGCGCAGTGGACCACGCTGGCTGCATTGCTCGCAGATCAGCCTGAGCATCTAGCCAAGGTGCTGGATACCCTTGCGCCGTCTTATCGCGAAGCAATGTTTGATGCCGCTTATAAGGAAGACGAGCGGAAGACACGCATTTTCCCTATGCCGCTGCTGGATGTACTGCCGCACCGACTGCGCGACAAGGAAGCTGCCCGGATGCTGGAGCTGCGCGACATTCGTGATCATCGGGATGACATGCTCAAAACGACGGCGCGCCGTTTCATTGGTAACGCCAGGGAGAAGCTGGAGCAAGCCGTCCAGGTGTCTAATAGCGATGAACGTGCTGCGGCCTATGCCCACCTCGTTCGGAGTACAGCTCTATCCCGAAGCGGAATGGATGAGACGCTGCGCTTCCTGACTCGAATCAAGAACGACCAGGATCCGGTGCGCTGGGCTGTTATGGCCGAGCTCTCAAACTGTCCTGCTCCCATGTTTAAGGAAGAGCATGTGAACGATCTGACTGTGCTGGTGGATAGCGTGGTGGAAGCCAGGGACACTTCGTACGGGACAAGGTCCGCCACGGAGGAGCTGGCGTTTGCCATCCTGCGTGAACATGCATTGGAGCCGAAGGGCGAGCTGTTCAAATTCGCTTTGAGAACGTTTGGAAGATTGACGATGCGGGACGGTCAGTTTGCGCTCTTCTCGATGGATTGGGATAGCATACCAAATACTGCACTGGAAGCATTGTTCGATGAAGTTTATGCCTTTGGTGTAGAAGCGAACAAGCGAGAAAACACAAATGTGGTCCTGCGTATGGCGGATTTGTTCGGAAAGGCCGTGGATCGGTTGCCGAAGCTTCAGCTTCTGCTGGAGGAGTTGCTGGAGGCCAAAACGGTATCGCCGCAGGCTGTCCATTATTGGCTGGCACCGTATAAAACCCGGGATGCGAGGGTTAGAGAACTGCTGGACAGGGACCCATCCTTCATCTCTTTCCATGACGTATTTATGCATCTGCATCTGAAGCGCCAAGAGTGGTTAGACCCGTTCATCTCAGGGACAATCATCGATGGCAAGCATTTATCGGGAAAAACGATTTATGTTGTGCCTGCCCATAATGGGTTTCACCGGTGGCTGCCGCGTCAGCAAAAGGCACTAGCTTCCCTATTGGAACGGGTGGCCTTGGATGCCAAACGAAGTTTCCATGAACGTGCGGCTGCGATGCGGAGCTTGGCCGTCATGCCGGATTATCTCTCCGATCAACTGGAGATTCTGCTGCAGGTTCAGGCAGTGCATGTCGTCGAGGCTGCGCTCTACGCCTATTCGTTATGGGAAGAGCCGGAGAAGGCACTGCCTGTATTATTGGACAACCTGGATGGGGACCGTGCTCGGGTGGCCATGTACTCGATCCCCAGATGCATGCGCAGGGTGAGCCCGGTGATGTTGACATCCATGTTGTCGGACCTGCTGAACCGCGAGAAATTGAAAATCACGGTCAGAAAAGAGGCCATCCGATTGCTTGGGGCTTATAAAAGCAGTGAGGGCATGGCGCTGCTCATCCGTGAATACGAGAAACCGAATGTACACAAAGACGTGATGATCGCCATAGGACACGCTGCCAGACAATGGCTTGATGATGAACGCAGCTGGACTCTGATGCGTGCCATGGCTGCTTCACCGCAGCGTGATATCGCAAGAAGCCTGCTTAACCAGTATGCTGGCGGACTTCCGGCGGAGGCTCGGCCAAGGTATTTGCAATTGATTATCGAGATTGCAGGGCACGCCGATCCCGTTGTGGCCAAAGAGGCTTTCCAAGCCATGAGCCGTTGGGTGAATGGAAGTGAGGAGAAGGTAGCGTCTTCCGCCTGCCGAGCGATTCTTGATTTGGAGGATAACACCAGATGGAAGGCGGCGATGGATACCCTCATTGTGGCTTGCCGTGACGGGAAGGTGAATGAGCAGGTCATAAAGGTTTGCACACAATTGGTGTACACGGAGACGAAAGCCGAATGGAATGCTGCACCGGAGAGGGACCTTCCAGAGCGGCAGCGTCTGGTGGCATTGATTGACAAGCTGACCTCGTTACCTCTCAATGCAAGGCGGATGCTAGTTCCTTTATATACGGGCATGATCGATGCTCTTAAGTCCAAAGAAACCATGAAACCAGCCGTGATCAAGTTATATTTGGCGCTTGTCGAATGGAACCAGGCGGATCAGGCTGCCCTGCAGTTGGACCCTGTGATTCAAATGGCGGACACGTACCAGCATCTGTTGGATTACGCCTACAGACAGATCGCTCGGGCAGCCAATGCCAACCAGGCGTATTGGAGACCGGAGACGATTCTGGAACTGGTGGATCATTTGAGAGATCGGCAGTCGTTTGCGGCCCAATATATCGGGCTTTCTTTGCTGAAGGTTGCGGGAACATCGTTATTGTGGAACCAGGCTTGTACCGACCGTTTAAGAACGTACCGGAATCATGAGTTTGAGGCAATTCGTCTGGCGGCCCTAGATATTTGGACCGTGCTGGAATGA	MQIDCGEILIGYKNMRGEGMLTYDHDLMNKEQLLMELDSLGYSDRMKRMALLGRQHEGDADFSALLLSFLESGTAYEAHLALTGAGVVKDARAVLFALKHPKAGVRGRAARLLPEVVTDPDFSIESEIALMSYHCRHQLLRSIVNTYRQDWAERLLPLVLGQWGAQEASLLLAVCSEETVSSRLPELGYALRNWRLLTKHYPDLVGAYFKNALQNATHREKISVWWTLSSAIEVLSVSRPAIVLECALKLGPTDMIHPVLKQQLGILIQASPEDVFELLTRVDTREYLLNHGVPAGVLKKRKWFTAAQWTTLAALLADQPEHLAKVLDTLAPSYREAMFDAAYKEDERKTRIFPMPLLDVLPHRLRDKEAARMLELRDIRDHRDDMLKTTARRFIGNAREKLEQAVQVSNSDERAAAYAHLVRSTALSRSGMDETLRFLTRIKNDQDPVRWAVMAELSNCPAPMFKEEHVNDLTVLVDSVVEARDTSYGTRSATEELAFAILREHALEPKGELFKFALRTFGRLTMRDGQFALFSMDWDSIPNTALEALFDEVYAFGVEANKRENTNVVLRMADLFGKAVDRLPKLQLLLEELLEAKTVSPQAVHYWLAPYKTRDARVRELLDRDPSFISFHDVFMHLHLKRQEWLDPFISGTIIDGKHLSGKTIYVVPAHNGFHRWLPRQQKALASLLERVALDAKRSFHERAAAMRSLAVMPDYLSDQLEILLQVQAVHVVEAALYAYSLWEEPEKALPVLLDNLDGDRARVAMYSIPRCMRRVSPVMLTSMLSDLLNREKLKITVRKEAIRLLGAYKSSEGMALLIREYEKPNVHKDVMIAIGHAARQWLDDERSWTLMRAMAASPQRDIARSLLNQYAGGLPAEARPRYLQLIIEIAGHADPVVAKEAFQAMSRWVNGSEEKVASSACRAILDLEDNTRWKAAMDTLIVACRDGKVNEQVIKVCTQLVYTETKAEWNAAPERDLPERQRLVALIDKLTSLPLNARRMLVPLYTGMIDALKSKETMKPAVIKLYLALVEWNQADQAALQLDPVIQMADTYQHLLDYAYRQIARAANANQAYWRPETILELVDHLRDRQSFAAQYIGLSLLKVAGTSLLWNQACTDRLRTYRNHEFEAIRLAALDIWTVLE				NA	NA	NA	NA	NA
JZ016_05204	810			hypothetical protein	ATGCTATATTTAAGTAACTTCAAACTCTCTCCATACATTTCCAGCAACCCGAATATATATCCCGATCATGTATTCAGACACATGGCAGGGGAAGTTCTGCTGTTTGATCGAATCACGGTATTATACGGCAGTAATGGCTCCGGCAAATCCACCTTGCTGAATCTGATCGCCAACAAATTGGGGATTGCGGGCGCTGAGCGAATGACAAGTTATGGTCACAACGTGTACGCGCAGCGGTTTATCGAGGAGAGCAGCTATCAACTCGGGCATGATGAACAGGAGCGTCCCATATATAAGCTTCCCGACGGGAGCCGGTACATCAAGTCAGAGGATCTATTGTATGAAATCAAGAAGATACAGCAGGAAAACGTGCTTCGCGAGGGGCTGCTGCATGAGCAGCTCGTTCAGGGAAAGAGCAAGGCCGAGGTAGAAGAGCTGGAGCAGTCGTATGAATTCAAGAAGAAGATGGATATCATTCAATTCGCTCAGGAGAAGTATTCGAACGGGGAAAGCTCGATGCAGTTTTTTGAGGAATATTTGCTTCCCGGGAAACTGTATTTATTGGATGAACCGGAAACGTCGCTTTCTCCGGCGAATCAAATCAAACTGGCCGAGCAAATGAACGATCTGGCGCGTTATTTTGACAGTCAATTCATTATTGCTACGCACTCCCCCTTTGTTCTGGGCACGCTTCATGCGAAGATCTACAATCTCGATGCCAAGATTTTGCAAACTGCAGAATGGTTTGAACTGGACAATGTCCAATTCTTTTACCGATTTTTTCATAAACATCAAAGATTGTTTGAATGA	MLYLSNFKLSPYISSNPNIYPDHVFRHMAGEVLLFDRITVLYGSNGSGKSTLLNLIANKLGIAGAERMTSYGHNVYAQRFIEESSYQLGHDEQERPIYKLPDGSRYIKSEDLLYEIKKIQQENVLREGLLHEQLVQGKSKAEVEELEQSYEFKKKMDIIQFAQEKYSNGESSMQFFEEYLLPGKLYLLDEPETSLSPANQIKLAEQMNDLARYFDSQFIIATHSPFVLGTLHAKIYNLDAKILQTAEWFELDNVQFFYRFFHKHQRLFE				NA	NA	NA	NA	NA
JZ016_05205	582			hypothetical protein	ATGACCAGAACGAAGCTGAAAGAAGCTGCGCTGAGGTTATTCGGACAGAAGGGCTACGACGGAACGGCATTATCGGAAATCGCGAAGGAGGTCGGCGTCAAGACACCGGCAATCTACGCCTTTTTCGAGAGCAAGGAAGATCTGTTCATGACGGTCTTCGAAGAATCGATGAGCGCTTACAACGAATATATCCAAGCGATGGCAGAAACCAGCAAAGGAATGAGTACGGAGAAAAAACTGCATGCGCTGCTGCTTCGCCAATACGATTTCCACCGGGACAAGCAGGAGCTTGCTGCATTTGCGTTCCGATACTTAATTTTTCCGCCGGATTTCTTGCTGGAACGGATGCAGGAGGCGTTTGGGCGTTTCGATACGCTGTTGAGCAGCATTATCGGCGAGATCATGCAGGAAGGTCTGGATCGCGGCGAATTGGCCATCGTCCCGATGGAGACGCTGGTGGATTCGTACCTCACCTTGATGGACGGGCTGGGCATGCAATATTACTACTATAAATCGCCGGAGCTGTTCGAACGGAAACTGAAACATGCCTTTGAGATGTTCTGGAGATCTGTCGAAGCTTAA	MTRTKLKEAALRLFGQKGYDGTALSEIAKEVGVKTPAIYAFFESKEDLFMTVFEESMSAYNEYIQAMAETSKGMSTEKKLHALLLRQYDFHRDKQELAAFAFRYLIFPPDFLLERMQEAFGRFDTLLSSIIGEIMQEGLDRGELAIVPMETLVDSYLTLMDGLGMQYYYYKSPELFERKLKHAFEMFWRSVEA				NA	NA	NA	NA	NA
JZ016_05206	1290	codB_2	COG1457	Cytosine permease	ATGAGCAATGATACGAAAATAGAAGATTACGAACGGGAGCCCGTACCCCAGCATTTGCGGAAATCGTGGCTCTCGATGGCATTTGTCTGGATTGCGATCGGCATTGACCTGTCCGCGATGTTTTTGGGTGCGCAGCTCGGCGCTGGCATGAGCATCGGCGACTCGTTTACGGCGGTCATCGTCGGTTCAGCCATATTGGGCATAATCGGGGCTGTCTGCGCATATGTGGGAGCCAAAACGGGCCTGTCGACGGCCATGATCAGCCGGTTTCTGTTCGGGAACCAAGGAGCACTAATCGTCTCGGTCATTCTCGGCATTTCATCGCTGGGCTGGTTCGGCGTTCAGGTCGGCTTCTTCGCTTCCAACTTCCAGACGGCGTTAAGCGAGCTATGGGGTTGGCATTGGTCGCTCTGGGTACTGTCGATCATTGGCGGACTTCTCATGATGTCCACGGCGATCTGGGGCTACAGGGCGATTGAAAAATTAAGCGTCTGGTCTGTACCGCTGCTCGTTGTGTTTATTATTATCGCGCTGGTCATGGCGCTTAACGGGGAAGGCGGAAGCACCGTCTGGTCACCGTTCGAGGGTGAGGCCCTGCCGATGGGGACGGCGATATCGTTGGTCATCGGTATCTTTATTCTTGGAACGGCGCTGTCCCCTGACATCGCGCGCTGGGCCAAAACGCCAAAGCATGCGGTTACCGCCGCGTTTATCGGTTTCTTTGTCGGCAACAGCTTCATGACCATCATTGCGATCTTCCTGTCGCGTGCGATGGATTCCGACGATCTGACGGGCATTCTTCTGACGCTCGGACTGGGTATTCCGGCGATTATCGTGCTGACACTGGCACAATGGACGACCAATACGAACAATTTATATTCCGCGGGGCTGGGTTTCTCCGTCGTCTTCAAACGGGTGCCTAAATCCGTGATCACGATTATTGCAGGGTTGATTGCGACGGCACTTGCTTGCTTTGGCATTTATGACCGTTTCATGACGTTCCTGACGTACATTACGATGCTTGTTGCACCGCTGGGCGGCATATATACGGCTGAGTATTTGTTGGTGAACAAAAATAAATTCTCGTTTGACGGGCTGGACAGCAATCGGAGCTGGATTCCCCGCTCCATCGTCGTATGGGTCATCGCCACGTTCTTCGGGTTCATGACAACGATGGCCCCGGATGGGCTCGGATGGTTCCATGTGACGCAGGTTCCGGCGCTGGACAGCTTCTTGATGGCATTTATCGTACAAGCAATCATAGGCAAATGGGTAGTAAAGAAGGGATGA	MSNDTKIEDYEREPVPQHLRKSWLSMAFVWIAIGIDLSAMFLGAQLGAGMSIGDSFTAVIVGSAILGIIGAVCAYVGAKTGLSTAMISRFLFGNQGALIVSVILGISSLGWFGVQVGFFASNFQTALSELWGWHWSLWVLSIIGGLLMMSTAIWGYRAIEKLSVWSVPLLVVFIIIALVMALNGEGGSTVWSPFEGEALPMGTAISLVIGIFILGTALSPDIARWAKTPKHAVTAAFIGFFVGNSFMTIIAIFLSRAMDSDDLTGILLTLGLGIPAIIVLTLAQWTTNTNNLYSAGLGFSVVFKRVPKSVITIIAGLIATALACFGIYDRFMTFLTYITMLVAPLGGIYTAEYLLVNKNKFSFDGLDSNRSWIPRSIVVWVIATFFGFMTTMAPDGLGWFHVTQVPALDSFLMAFIVQAIIGKWVVKKG				NA	NA	NA	NA	NA
JZ016_05207	1116			hypothetical protein	ATGAACAAGGCAACCAGATTAACCTCATTGGACGAACAAGCCATTGAATATATCGCGATAGGAGCTGCGGTGCTTGGCACGGGCGGCGGTGGAGATCCTCATGTCGGAAAATTGATGGCCATGGAGGCGATCCGCAAGTATGGCCCGGTTCGAATCGCCACTCTCGAAGAGCTGGACGATGAAGGGCTTATCGTGCCGGTATCGATGATCGGAGCACCGACGGTGATGCTGGAGAAAATCCCTTCGGCAGAACAGCTGACGAAACCGCTTGATCTGATGGAGAGAGAGCTTGGGCGCAAGGTGGATGCTGTCATGCCGATCGAGGTCGGCGGCGGCAACTCGCTCGTTCCGGTCATTGCGGCGGCGCAGCGCGGAATTCCGCTCGTCGATGCCGATGCGATGGGGCGTGCGTTTCCCGAATCGCAGATGGTGACGTTCCATCTGGAAGGCATCCCGTGCAGCCCGGTGGCGATGGCGGACGAGCGCGGCAACAGCGCGCTGATGCATACGATTGACGGCGTGTGGGAAGAACGGATGGCGCGTGCGCTGACGGTGGAGATGGGGGGATCTGCCTCCATCTGCGATTATCCGGTATCCGGCGCGCAGGCGAAGCGGAGCGCGATCGGCGGGACGCTGACGCTCGCCTATGAGATCGGGCGGACGCTGTTCGAAGCGAAGCAGCAGAAGCTGAATCCTGTGCGTGAGCTGCTCACGAAGCTGAACGGCCATGCCCTGTTCCATGGCAAGGCCGTGGATATCCGTCGCCGCATGGACGGCGGTTTTACGCGCGGTGAAGCCGTATTCGAAGGTACCGGCGAGAACAAGGGAAAAACGATGCGGCTGTTTTTCCAGAATGAGTTCCTGCTCGCCACCGTTGACGATCAACCGCTCGCCATTACGCCTGATCTGATTACGCTGCTGGATCAGGATACGGGTATGCCGGTAACGACGGAGAACTTGAAGTATGGTGCCCGGGTAACGGCAGCAGGTTTGCCGTGCGATGACAAATGGCGCACGCCGAAAGGCATCGAGACGGCCGGGCCGAGATACTTCGGTTATGACTTTGATTATGTGCCGATCGAGACGTTGGCTTCGAAAGGAGGTGCGGCGAAATGA	MNKATRLTSLDEQAIEYIAIGAAVLGTGGGGDPHVGKLMAMEAIRKYGPVRIATLEELDDEGLIVPVSMIGAPTVMLEKIPSAEQLTKPLDLMERELGRKVDAVMPIEVGGGNSLVPVIAAAQRGIPLVDADAMGRAFPESQMVTFHLEGIPCSPVAMADERGNSALMHTIDGVWEERMARALTVEMGGSASICDYPVSGAQAKRSAIGGTLTLAYEIGRTLFEAKQQKLNPVRELLTKLNGHALFHGKAVDIRRRMDGGFTRGEAVFEGTGENKGKTMRLFFQNEFLLATVDDQPLAITPDLITLLDQDTGMPVTTENLKYGARVTAAGLPCDDKWRTPKGIETAGPRYFGYDFDYVPIETLASKGGAAK				NA	NA	NA	NA	NA
JZ016_05208	1578			hypothetical protein	ATGACCCAGGTAACTACGACTGACACAAACCAGGTTTACCGTATTGGGATTGACGTAGGGGGAACGAATACGGACGCCGCCCTGCTGGACTCCGACTTGCGCTGCGTGCACAAGGTGAAGGTCCACACGACGGCCGACGTGAACGAAGGCATTGTGGAGGCCGTGCGTCGGCTGCTGCAGGAGAGCGGCGTGAATGGAGCAGACATTCGCTATGCGATGCTCGGCACCACGCATTGCACCAATGCCATCGTGGAGCGCAAGCATCTTGGCCGGGTCGGCCTGATTCGCATCGGCGCTCCGGCAACGACAGCCGTTCCGCCGCTCGCTGGCTGGGACGAATCGTTGCGCGCGGCAGTTGGGCCGCATAGCTATGTCGCCTCTGGCGGCTATGAGTATGACGGCCGCAAGATCGCGAATCTGGACGAAGAGGAGATCGCCGAACTGTGCCGCCGGATGAGCGGAGAAGTTGATGCCGTGGCGATATGCGGCGTATTTGCCCCAGTGAATCGTGAGCAGGAGAAGCGCGTTGGAGACATCGTGCGCGAGGTGTTGGGTTCGGACATGCCGGTTACCTACTCCAGCGAGATCGGCAGCATCGGATTGCTGGAGCGGGAGAATGCCTCCGTGCTGAACGCGGCGCTGCTGCAGGTCATTGCGGGCGTGGTGCGCGGCTTCGAGGAAGCGCTGAACGGGTTCGGTATCCATGCCCAGCTGTACATTTGCCAGAATGACGGCACGTTGATGAAGAGCGAATATGCGCTTCGATACCCGATTCTGACGATTGCGTGTGGACCGACGAATTCGATTCGGGGCGCGGCGCATTTATCCGGGCTGAGCGACGCGCTGGTCGTCGATATCGGCGGCACGACGACGGATATCGGCGTGCTCGTGCAAGGCTTCCCGCGCCAGTCGTCGGCAGCGGTGGATATCGGCGGCATTCGCACGAATTTCCGGATGCCGGACATTTTGTCCATTGGCCTCGGCGGCGGGACGATCGTCCGGCTGGACGACGCAGGCGGCGTGACGGTTGGCCCGGACAGCGTGGGCTACAAGCTGACGACACGGGCCCGCATCTTTGGCGGAGATACGCTGACGACGACGGACGTAGCCGTAAAGCTGGGCCGTGCCGTATGGCCGGGCACCAACGCGGATGCCGTGGACGAAGCTGTATGCGGTAAGGTGGATGCCGTCATGCAGCAGATTCTGGAGGATGCCATAGACCGGATGAAAACGAGTGCCGACCCGGTCGATGTCATTCTGATCGGCGGCGGCAGTCTGTTGGTACCGGATACGCTGGCCGGGGCAAGCCGAATCATCCGGCCGGACAACTATGATGCGGCGAACGCGATCGGCGCAGCGCTGGGAGAGGTTAGCGGCGAGTCCGAGCGGATCTATTCGCTGGACGACTGGAGTTATGACGACGTCATCCGCGATGCGAAGGAAAGCGCCATGAACGAGGCAACGGCAGCTGGCGCGAATCCGCAGACCGTACAGATTGTGTCCGTCGAGGACATTCCGATTGCGTATTTGCCAGGCAATGCGCTGCTTGTGAAAGTGAAAGCTGCGGGTAAGCTGTAA	MTQVTTTDTNQVYRIGIDVGGTNTDAALLDSDLRCVHKVKVHTTADVNEGIVEAVRRLLQESGVNGADIRYAMLGTTHCTNAIVERKHLGRVGLIRIGAPATTAVPPLAGWDESLRAAVGPHSYVASGGYEYDGRKIANLDEEEIAELCRRMSGEVDAVAICGVFAPVNREQEKRVGDIVREVLGSDMPVTYSSEIGSIGLLERENASVLNAALLQVIAGVVRGFEEALNGFGIHAQLYICQNDGTLMKSEYALRYPILTIACGPTNSIRGAAHLSGLSDALVVDIGGTTTDIGVLVQGFPRQSSAAVDIGGIRTNFRMPDILSIGLGGGTIVRLDDAGGVTVGPDSVGYKLTTRARIFGGDTLTTTDVAVKLGRAVWPGTNADAVDEAVCGKVDAVMQQILEDAIDRMKTSADPVDVILIGGGSLLVPDTLAGASRIIRPDNYDAANAIGAALGEVSGESERIYSLDDWSYDDVIRDAKESAMNEATAAGANPQTVQIVSVEDIPIAYLPGNALLVKVKAAGKL				NA	NA	NA	NA	NA
JZ016_05209	153			hypothetical protein	ATGAAGTCAGATGTTTATTTCAAGGAAATGTCCTCGACTCGGGTATTCAAATATGCAACAATAGAGGATCAGGGCCGCAGGAGAATGGACCCAAGGCGCAGCAAGGCAATCCGCAAGATCGCTTACCAATTTACGATCAATAATTTATACTAG	MKSDVYFKEMSSTRVFKYATIEDQGRRRMDPRRSKAIRKIAYQFTINNLY				NA	NA	NA	NA	NA
JZ016_05210	1176			hypothetical protein	ATGAACAAAAAAGAAGTCGCCAATATACGCAAGCAATTTAAGCTGGATCACGATTTAATGAATATTTACGATATTCTCAATGTCTATATTACAAAGGAAACGAATGAAATCTACCACTGGGAGCGCCTGCCGTTCGAGCTGGTGGATCGGGAGAAGCAAGAGTTATACATGGGGAATTTCAAAAAACTGCTGACCGGCGAACTGGATCAAAAATTGTTCGAATTGAGGTTTCAGGAAGCAGCGGAGGAACCGGCGCAGGTCATGCTTCACCAAGCTCTTGTGTCGGGTGATCCGGAAGAATGGCAGGACTTGATGCTGATGCTGGTGGATCGAATGCTGAAGGATGCCCAATATGAGCGGGATATGGTGGTCACGTTCGTTCGGGGACAGTATTATTTGCCGACCAAGGCGAGAAACGATGAAGCGGAGGAGAGCGAGAAGAACGAGGTGTTCGCCCATCCGTTCATTTTATGCAGCGTGAATTCTACGGAGAAACAACGGAAGACGCTTTTGTTCGATTATGTGGAGCGGGAGTTCAAGTACAATGTCATTGTAGATCCGATTATCAAGTTAAGTACGCCGGAGCAAGGATTCCTGTACCCTAGCGTGACGGACAATTATTCGGATGTGAATCGTATTTTGTATTGTACGGGAAAATCGAATTTTCCGGATCCGCATTTTGTCGAACAGGTCTTGAACGGGGAAAGATCCGTGACGGCACTAGAAGAGCGAGCGATTTTCGAAGATATCGTCAAGGAAGTGGCCGGCGAACAGCTCGATTCAGCCACCATTGCCCAGGTGTACGAGGAAATCAACCGGGTGATCGAAATGAACGAAGAGACGAAGGAGGAAGAACCTCCGAAGCTGGATTATAAAGATCTCGAGCGTGTACTGACCGCAAGCGGCGTAGAGGACGTGACGACCGAGAAGGTGGAGCGGGCATTCGAAACCATCGTGGACAATAAGAACTATGAGATGAAAGCAACCAGCGTCATGCCGAAGTATACTTCCAAATCTATTAAGATCGAAACCAAGGTAGCTACGATTTCGATTAGCCCGCAGGATTTAAGGTATGTCAAACAGGTGAATTTCCAAGGTAAACGCTGCATCATGATTGAAGTCGACGAAGATGTCGCGATTGAAGGGTTTACGCTGGCTTCAGAGACGCTTTTATAG	MNKKEVANIRKQFKLDHDLMNIYDILNVYITKETNEIYHWERLPFELVDREKQELYMGNFKKLLTGELDQKLFELRFQEAAEEPAQVMLHQALVSGDPEEWQDLMLMLVDRMLKDAQYERDMVVTFVRGQYYLPTKARNDEAEESEKNEVFAHPFILCSVNSTEKQRKTLLFDYVEREFKYNVIVDPIIKLSTPEQGFLYPSVTDNYSDVNRILYCTGKSNFPDPHFVEQVLNGERSVTALEERAIFEDIVKEVAGEQLDSATIAQVYEEINRVIEMNEETKEEEPPKLDYKDLERVLTASGVEDVTTEKVERAFETIVDNKNYEMKATSVMPKYTSKSIKIETKVATISISPQDLRYVKQVNFQGKRCIMIEVDEDVAIEGFTLASETLL				NA	NA	NA	NA	NA
JZ016_05211	762			hypothetical protein	ATGAAAATACAACTCATTCGAAATGCGACACTTGTTGTCCAATATGCAGGGAAGAAGTTTTTAATCGACCCTTTTTTGGGAGAAAAAGATGCGTATCCGCCTTTCCCTAATTCGTTACGCCAAGATCGAAACAATCCTTTGGTTGGCTTGCCAACCTCGGTTGACCATATTATCAGCAACTTGGATGCTGTGATAGTCACTCATCTACATTTAGACCATTGGGACGATACGGCTAAAGAGGCGCTGCCAAAAGATATTAAAATGTTTGTACAAAACGAAGAAGACGCAGCAGAAGTCAGAAACGCCGGTTTTCAAAATGTAGAAGTGCTGCAAGAAAATTCAGCCTTTGGAGATATTCGATTAGTTAAAACTAAAGGCGAACACGGCAGAGGAGAAATATTACAACTTGCCGGACATGTGTGCGGTGTTGTCTTTAAGCACCCTAACGAGAAAACATTGTATATTGCTGGAGATACGGTTTGGTATGAAGCTGTTGGGGAAGCCATCGAAACACACAAACCGGAAATCATTGTTGTAAATGGGGGAGATAATCAATTCCTTCAAGGCGGATCTCTAGTAATGGGGAAAGAGGATATCTACCATGTTTATAAAGCCGCCCCTGAGGCGAAAATTATATCTGTCCATATGGAAGCAGTTAATCATTGGACATTATCGAGGGAAGAATTAAATATCTTTACTAACGAAAAAGGAATCTCCTCTAATGTTTTGATTCCAAATGACGGGGAATCCTACACGTTTTAG	MKIQLIRNATLVVQYAGKKFLIDPFLGEKDAYPPFPNSLRQDRNNPLVGLPTSVDHIISNLDAVIVTHLHLDHWDDTAKEALPKDIKMFVQNEEDAAEVRNAGFQNVEVLQENSAFGDIRLVKTKGEHGRGEILQLAGHVCGVVFKHPNEKTLYIAGDTVWYEAVGEAIETHKPEIIVVNGGDNQFLQGGSLVMGKEDIYHVYKAAPEAKIISVHMEAVNHWTLSREELNIFTNEKGISSNVLIPNDGESYTF				NA	NA	NA	NA	NA
JZ016_05212	450	lrpC_2	COG1522	HTH-type transcriptional regulator LrpC	ATGCAACTTGATCAAACGGATTATCAGATCCTTCGGTTACTAACCGAAAATTCAAGGATTCAATGGAAAGACTTAGGGAAACAAATTCATATGACTGGACAAGCAGTAGGCAATCGTATCAAAAAACTTGAGGAAAGCGGTGTAATTACAGCCTATTCCCTAATCATCGATGAAATGAGATTAGGGCTTGCTTATACAGCATTTGTTATTATTCATATGAAAACAGCAAATCACGATTCGTTTATTCGTTTTATTATGGATCAAAATGAGATAGTTGAAGCACATCGAATTTCGGGAGAAGGCTGTTACCATTTAACGATAAAAGTTTCATCCCAAGATCAACTGAACCTTTTTCTTAATAAACTTCTCGATTATGGGAATTACAGCTTGAATCTGTCCATACAAAAAATCAAACAACGCAGTACGTTGACCGCCGCACCAAATGAATAG	MQLDQTDYQILRLLTENSRIQWKDLGKQIHMTGQAVGNRIKKLEESGVITAYSLIIDEMRLGLAYTAFVIIHMKTANHDSFIRFIMDQNEIVEAHRISGEGCYHLTIKVSSQDQLNLFLNKLLDYGNYSLNLSIQKIKQRSTLTAAPNE				NA	NA	NA	NA	NA
JZ016_05213	705		COG1136	putative ABC transporter ATP-binding protein	GTGACAACGTTAATCGAATTCAAAAACGTAACCAAGGCTTATCCAATCGGCGAAGTGACGATTCAAGCCCTTGCGGGTGTTGACTTCTCCATATTAGAGGGGGAATTCGTCGTGATCCTAGGGGCCAGCGGGGCGGGGAAAAGCACGATTTTGAACATTCTCGGCGGGATGGATACCGCTACCTCGGGACAAGTGTTTGTGGGGGATCAAGAGATTACGGGATGGAGCGAGAAGAGATTAACCGAATACCGCGGCGAGCAGGTTGGCTTCGTCTTTCAATTCTATAACCTGATTCCGAATTTGAATGCGCTGGAGAACGTGGAATTTGCGACAGAGGTATGTAAGGACCATCTGGACGCCCGTGATATTTTACATAAGGTTGGACTAACAGATCGGATGAAGAACTTCCCTTCCCAGCTCTCTGGCGGCGAACAGCAAAGAGTTGCGATCGCAAGAGCGGTTGCCAAGAATCCCGCGCTGCTCCTCTGCGACGAACCCACCGGTGCTCTGGATTATGTGACAGGGAAATCGGTCTTAAAGCTGCTTCAAGATTTGAACCGGGAAACGAAGACCTGCGTCGTGCTGGTCACCCATAATTCGGCCATCGCGCCCATGGCGGATAAAGTGATCCGCGTCAAGAGCGGGAAGATCGAGAGCATCACGATCAATGAGCACAAACAAAGCGTTGAAGGGATCGAGTGGTGA	MTTLIEFKNVTKAYPIGEVTIQALAGVDFSILEGEFVVILGASGAGKSTILNILGGMDTATSGQVFVGDQEITGWSEKRLTEYRGEQVGFVFQFYNLIPNLNALENVEFATEVCKDHLDARDILHKVGLTDRMKNFPSQLSGGEQQRVAIARAVAKNPALLLCDEPTGALDYVTGKSVLKLLQDLNRETKTCVVLVTHNSAIAPMADKVIRVKSGKIESITINEHKQSVEGIEW	PGPT0013345_9188	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_05214	2328			hypothetical protein	ATGAAGGTTTTAGCGTTGAAATTATTAAGGGACATGAGACAGTCGGTAGGACAATTCATAGCCATTGTATTGGTTATTGCGGTGGGAGCCTTTTTCTACACGGGGCTGGTTACCTTAAGTGACAATCTTAGCGGCTATACGAAGGGGTATTTTCAAGAACATAATCTAAGCGACTTGAACGTTTATTACAGTCAAATTTCCGCTGAGGATGTGGCCGGTTTTCGAGACATCGAAGGCATTCATCATATCGAAGGGCGTTATAGCGTCCAGGCCGAACAGGCTTTTGAAGATGATAAAGCCTTATTAACGGTGCATTCGATCCCTGTACCTAATGCAATCAACACATCCAGGATGATGGAGGGCAGGATGCCAGCAGGGCCGAATGAGATCCTGTTGGACTCCCACTATGCCGAGGCACATCATTACCGTGTAGGTGATACCATCAGCCTCCGTGTGAATGACAAGGACATGACGTTCACGATTAGCGGCTTGAATGAAAATGTGGAGCATGCCAAGAAGAACGAAACCCAGGACCATCAAGCTTATGGAATCGCTTATATCCCCGAAGAGACCATACCTGAAATCGCAGGCAGCATGTTCTACAATGAGATCCTGATTGATGCCAAGGACGGTTACGATATGGACCAGTTAGGCCAAGCCATTGAAGCACATTCCCAGTCCCTCCCTTATATAAGCCAGGTCAGTAAAGAACGGACCTTCAACTATTCCCAGACCCAGCAGACGATTCATAATAATAAGCTGATGAGCAGGGTGATCCCGATCGTTCTCTTTTTGATTGAAGCGGTGATTCTGTTTCTGATCATGTCGAGGATTATCGATTCCCAGCGAAATCAAGTGGGCATTATGAAGGCATTAGGGGTGAAAAAAAGAAGCATCATGCTGCATTACATGGGCTACCCTGTGCTGGCAGGCGTCATCGGCTCCATCTTGGGCTATGCCATCGCCGCCGCTCTATTCATTCCACTCATTACAACGTCGATTGGAAGAAGCTACTCCCTGCCTGACCTGACATTCACCCTCTCGTTCTTTACGCTCCTACCTCCGATGATCTGCTCCAGTGCGTTTGGCATGCTGTCCTGCTATTTCAGCGGCAGAGCGATCCTACAAGAACGTGCTGCCCAGGCGATGCGTCCGAAACCGCCCAAGAAGATGAAGAAGCTGCTCATCGAGCAAGTTCCGGGCATGTGGAGCCGGCTTCCCTACAGCTACAAGATCATTCTACGAAATATATTCCTAAATAAACAAAAAGCATTCGCAAGCTCCGTTGGCGTTGTGGTCAGTACGGTTTTGTTGATCACGGCTTTTGGCACGCAGACGGCCCTGCTCAAGGTAGCCGGCCAGATTGAAGAGGTGAATACGTATGATTTACGAGTCGATTATGCGATAGGATCGTTCCCCGATATGGCAGCACTGCCGTCCGGCATAGCAGAACGTTATGGGTTGTCCACCTACCCTGTGGAACTCATCCGAGGGGAAAACAAAGAAAACGCTACGCTGGTGGTTACGGAGCAGGATAATGAGCTGATTCGCTTTTATGATGAACAAGGCAACCGGCTATCGTTAGAGGATCATGGCGTGCTGGTACCGAAATCTTACGCGGATCAATATCATATTGCTGAAGGGGATACAATCCAGCTTCAATTCACGGCACCGGAGCTTAACCAAACCATCGTCGATATGAAGGTTCTGGATATCTCCACACAATACTCGAATCCATCGTTCTACAGCACACCGAATTATATGAAGAGTGTGGGTATCGACTACGATCCTTCTTCTCTGTTAGTGAGCGTCCATAGCGCTGCCGATCTGGCGGGCGTTCGCAGCTTCTTCGAACAGGACCCGCAGGTGGAGGCCATTGTGGACAAGGATGATCTCAAGAAATCTGCGCAATATATGCTGAAGCAAAACAGCTTTATTTTCATCATGTTTATCATCTGTGCCGTCATTCTGTCCTTCGGCGCCATCTATACGATCTCTTCCATCAATATTTATGAAAGGAATCGTGAGCTTGCCACCCTGAAGGTATTAGGCTATCCCAAACGTAAAATCAACCGGCTGATCTTCTCTGAGAACATGCTGTTAACCGCTTTTGCGGTCATTGTTGCCCTGCCGATCAGCTGTTATGTTTATTCCATCATTATCAAGGCGCTTTCGAGTACGCATCAGCAAATTCCCGATCAATTAAACCTTGTGATTATGCTGGCGTCGGTTGCGCTGGCATTCTTCCTGACCCTTCTCTCCAACCTTATGCTGCGGAAGAAAGTGACGCGGATTCATATGATCGAGTCGTTGAAGGGGGTGGAGTGA	MKVLALKLLRDMRQSVGQFIAIVLVIAVGAFFYTGLVTLSDNLSGYTKGYFQEHNLSDLNVYYSQISAEDVAGFRDIEGIHHIEGRYSVQAEQAFEDDKALLTVHSIPVPNAINTSRMMEGRMPAGPNEILLDSHYAEAHHYRVGDTISLRVNDKDMTFTISGLNENVEHAKKNETQDHQAYGIAYIPEETIPEIAGSMFYNEILIDAKDGYDMDQLGQAIEAHSQSLPYISQVSKERTFNYSQTQQTIHNNKLMSRVIPIVLFLIEAVILFLIMSRIIDSQRNQVGIMKALGVKKRSIMLHYMGYPVLAGVIGSILGYAIAAALFIPLITTSIGRSYSLPDLTFTLSFFTLLPPMICSSAFGMLSCYFSGRAILQERAAQAMRPKPPKKMKKLLIEQVPGMWSRLPYSYKIILRNIFLNKQKAFASSVGVVVSTVLLITAFGTQTALLKVAGQIEEVNTYDLRVDYAIGSFPDMAALPSGIAERYGLSTYPVELIRGENKENATLVVTEQDNELIRFYDEQGNRLSLEDHGVLVPKSYADQYHIAEGDTIQLQFTAPELNQTIVDMKVLDISTQYSNPSFYSTPNYMKSVGIDYDPSSLLVSVHSAADLAGVRSFFEQDPQVEAIVDKDDLKKSAQYMLKQNSFIFIMFIICAVILSFGAIYTISSINIYERNRELATLKVLGYPKRKINRLIFSENMLLTAFAVIVALPISCYVYSIIIKALSSTHQQIPDQLNLVIMLASVALAFFLTLLSNLMLRKKVTRIHMIESLKGVE	PGPT0013350_9321	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
JZ016_05215	666			hypothetical protein	ATGAAAAAGAACGCTCTCTTATTTTTATCGGTACTGACTCTTCTCCTTCTACTCACACCTAGCCTTGCTTTTGCGAATGATCAACAGGACTACAACTCCCTGTCACAACAGGAACTTGCGTATCAGGATATTGACGTAGCGCCCGAGGAATGGAAGGATGAAATCTTGGACGCAAGGAATTCTATCATTTACAGCACTTCTTGGACCGTTGATGGCCAGGTTGCGTATGAGCTGCCGGATGGAACCATTGAAGAACTTCCTGAATTTTCCGACCTGTTTCCGGACTGGGACGTTCCTAGATTGAAAGAGGACGTGCGCAAACAACAGTTAGCTAAGCTGACAGCTTATGATTTTCAGATCCTAGCCGCGAATTATGTAGGGTTTGTCTATCTATTTGAACCATCCGATTCTTCAGCGACACTGCCGTTTTACACCTTTTTCACCAGCGCCAGCAGAGTTACAATGACAGCTGACTCTTTGCCAGGGACAAGCTATAATGGCGGATTCACGAATATTGACACTGGCGCAGACCTCGGTTATGTAAATAACGTTAAGCAAGGCGGAAAAATATATCTTACGAACCCTAAACGTAACACTGCTTATGGAGCTCGTGCGAGTACCTACAGCACAACCGGATATGCGCAAATGAGTGTAGTTGATGGTTAA	MKKNALLFLSVLTLLLLLTPSLAFANDQQDYNSLSQQELAYQDIDVAPEEWKDEILDARNSIIYSTSWTVDGQVAYELPDGTIEELPEFSDLFPDWDVPRLKEDVRKQQLAKLTAYDFQILAANYVGFVYLFEPSDSSATLPFYTFFTSASRVTMTADSLPGTSYNGGFTNIDTGADLGYVNNVKQGGKIYLTNPKRNTAYGARASTYSTTGYAQMSVVDG				NA	NA	NA	NA	NA
JZ016_05216	369	blaI_2	COG3682	Penicillinase repressor	ATGAAAAAGCTGCCTGATGCGGAGTTTGATATTATGAAAGTGGTTTGGGCCAATGATCCACCTGTAACGACCCATATTATTATGCAACAGCTTGGAAACGAAAGGGGATGGAAAGCGCAGACGGTCATTTCCCTAATGTTACGGCTGATGGAACGAGGTTTCATTCGAACTGAGAAAAAGGGAAGAGAGCGTATTTATTTTCCGCTCATTAGCAAGGAGGACTACCTGAAATTTGAAACAGGTGACTTTATGGAGCGTTTTCATGCGAACTCCTTCTTCAGCCTGGTTGCTACGCTGTATGCCGGTAATAAGGTAAAGGACAGCGACCTAGACCAACTGGAAAAGTGGCTGAAAGAAAAGAGGGAGTGA	MKKLPDAEFDIMKVVWANDPPVTTHIIMQQLGNERGWKAQTVISLMLRLMERGFIRTEKKGRERIYFPLISKEDYLKFETGDFMERFHANSFFSLVATLYAGNKVKDSDLDQLEKWLKEKRE	PGPT0028105_808	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028105-blaI-K02171	NA	NA
JZ016_05217	1101			hypothetical protein	ATGCAGGGATTTTTAGTAACCCTGATTCAATGCTCTGTTTCGATGTCGTTGATAACGCTTATGTATACGGCAGTACGGCCCATTTTATCAAAACGATATGCCGCAAAGTGGATGTATAAGGTTTGGCTGCTGATTGCGGCAGGCTGGATAATTCCCTTTCGTCCACAGATCGACCCGTTAATTTTCCATGTGCCTATACCGGATATTCCTGTAGCTTTTGCCCAATCAATGTCGTTCATGGCTGTAAGGGATATGGAGAACAATTGGGCAACAATCCCTTTGTGGTGGTTGCTTGCAGCAATTTGGGGATGTGGCGTTGTAAGCATTGTATTGTATCATGCTCTGCGGCATGGTCGCTTCATAAAGACGATACGCCGATGGAGTGAGCCTGTTCTCGATGTGAAGGTTTTGGGAATTTTGGACCGTGTGAGATCGGAACTGAGGATAAACAAACCTGTAGGGTTAAGCGTGTGTGAGAGTATTACAAATCCAATGCTCGTTGGCTTTTTCAGGCCTGTCATTTTACTTCCGCCTATGGAACTCTCAGACGATGTATTGTCACTGATTCTAAAGCATGAGTTGATTCATTACAAACGGCACGACCTCTGGTATAAGGCCATGATTCTGATGGCAACCGCGTTTCATTGGTTTAATCCGGTTGTCTATATTATGGCAAAAGCGGCTGCGAAACAATGTGAAATTTCCTGTGATGCATTGGTTTTACAGAATGCAGATCATCAACGGCGAATGCAATACGGGGAAACAATTATTGCTGTCGTCAGGAATGGAGCGAAGGTCCAAACAGGATTATCAAGTAATTTTTATGGAGGGAAAAAAGACTTGAAAAATCGGATATCTTTAATTATGGACCCGAAAGGGAAGAAGGCGGGCATTTTACTCTTTTGTTTGGCTCTGGTGGGGATTCTATGGACCGGCTCCGCGCTGACCGATGAAGCTAATGCAGATGACCCGCAAACATCTATTGCTACTGAGACTGTTACTTGGTATTATGATAGCGATAGTCATATTGATAACGAAGTAACCCGCCTCAAGGAGTCGCTGCGCCGCTACGCAAATAATTTAGACTCAAGTCATAAATAA	MQGFLVTLIQCSVSMSLITLMYTAVRPILSKRYAAKWMYKVWLLIAAGWIIPFRPQIDPLIFHVPIPDIPVAFAQSMSFMAVRDMENNWATIPLWWLLAAIWGCGVVSIVLYHALRHGRFIKTIRRWSEPVLDVKVLGILDRVRSELRINKPVGLSVCESITNPMLVGFFRPVILLPPMELSDDVLSLILKHELIHYKRHDLWYKAMILMATAFHWFNPVVYIMAKAAAKQCEISCDALVLQNADHQRRMQYGETIIAVVRNGAKVQTGLSSNFYGGKKDLKNRISLIMDPKGKKAGILLFCLALVGILWTGSALTDEANADDPQTSIATETVTWYYDSDSHIDNEVTRLKESLRRYANNLDSSHK	PGPT0028100_765	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028100-blaR1-K02172	NA	NA
JZ016_05218	480			hypothetical protein	ATGGTTCTAAATGATGATCAACGACGTGTTATTAAAGCATTATATTTAGAAATGTATTTTTTATTGTTTTCATATGCACAAAACATGTTGAGCGACCGTTCACTGGCTGAAGAAGCCGTTCAGGACACATTTAGAATTGCGTGTGCTAAAGCCGACAATCTTTTATATAGCCCCAATCCGAAAGGTTGGCTATTAAATACGCTAAAGTATGTTATTAAAAACAAAGCTCGCAGTCGGGCGTACCTCATTAATTCCTTAAAGTTAGATGAAAACATGATCCCTGGGGATCTTGATGTACTCGATATTGATTTTATGTACTCTGACTTAACCAATAGTGAGGACTATAAATTACTTAAAAAGATTGCTCTGGATAAGTACTCGATGTTGGAGGCGGCTAAAGAGATGAGGATTTCTGTGGAGGCTTGTAAAAAACGAGTTCAACGAGCGAAGAAGAAAATGAAAAAGGTTTTAAAAAAATGA	MVLNDDQRRVIKALYLEMYFLLFSYAQNMLSDRSLAEEAVQDTFRIACAKADNLLYSPNPKGWLLNTLKYVIKNKARSRAYLINSLKLDENMIPGDLDVLDIDFMYSDLTNSEDYKLLKKIALDKYSMLEAAKEMRISVEACKKRVQRAKKKMKKVLKK				NA	NA	NA	NA	NA
JZ016_05219	1032	iolG_23		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGATGAAACAAAAAATAGCCGTCATCGGCTTAGGGCATATGGGCCGGCATATGATTCACCGCTTACTGCCCCAATATACGGAGAAGATCGAATTGGTCGCCATTTGCGACAGTGATGAATCCAGTCTGCACCGGGAAGTCGCAGAAGCTGGGATTCGTCCAAGGCTGTACACCGACTATCGCCAGCTGCTGGATGAGGTGACGCTTGACCTGGTGTATATCGCGGTTCCGCCGTCCTTGCATTACGATGTGGCCCAGATCGCATTCGAGAAAGGCATTCATATCTTCTGCGAGAAGCCGCTGGCCAATAGCTTGACCGAAGCCCGGAGTCTGGTGGAGCTGGCCGAGAAAGCCGATGTGCTCCATGCGGTTCATTTCTCGCTTCCGCTCGATCCGGCCGTTTTGAAGCTGCGGGGATTGCTAGAGGAGCAAGCGATTGGCGGGATCCAAAACATGGATCTGTACCTGGAGTTTCCGCAGTGGCCGAGGGCCTGGCAGCAGAATCCTTGGATCACGTCAAGGCAGCAGGGCGGATATCTGCTGGAGGTTGGCATTCACTGGATCCAGATGATCCAGCAGGTGTTCGGGCCGATTACGCATGTGAAGAGCGAGATCGAGTTTCCGTCGGATACGAATCAGTCCGAAAGCCGAGTCCAGGCGGTTCTGAGATTACATAATGATATCGAGATTCGCCTGTCGGGAACCGACCAACGGGAAGGGGAGGAGCGTGTCTCCCTGGTGGTCCATGGTGAAGAAGGTACCTTGGCATTGGAGAACTGGTGCAACCTGTACCGAAGCGGCAAGAATACCGATTTGCTGCCTGTATCTGTGGACGACGTCGTCAGCCCGCTGCCGATCCTGAAACAAATCATTCAGATTTTGAACGGAGAGTCCGGCCAGATCTATGATTTCCACGACGGGTATAACGCGCAGGTTGTTTTGGAAGCTCTGCGTAATCCGGGTGAGGGCTTTGCGGATGTAAGGCCGCAATTGATGGGGGACGAAACGGAAGGGTTTATTGTAACGACCTGA	MMKQKIAVIGLGHMGRHMIHRLLPQYTEKIELVAICDSDESSLHREVAEAGIRPRLYTDYRQLLDEVTLDLVYIAVPPSLHYDVAQIAFEKGIHIFCEKPLANSLTEARSLVELAEKADVLHAVHFSLPLDPAVLKLRGLLEEQAIGGIQNMDLYLEFPQWPRAWQQNPWITSRQQGGYLLEVGIHWIQMIQQVFGPITHVKSEIEFPSDTNQSESRVQAVLRLHNDIEIRLSGTDQREGEERVSLVVHGEEGTLALENWCNLYRSGKNTDLLPVSVDDVVSPLPILKQIIQILNGESGQIYDFHDGYNAQVVLEALRNPGEGFADVRPQLMGDETEGFIVTT				NA	NA	NA	NA	NA
JZ016_05220	1242			hypothetical protein	ATGACCACAATTAAAGTTACTCCAGACCATCTACAAGAGGTATCCAAGCGATTTTTTAATGCCAAATTAGTAATTGAAAACATGAATGCTCACTTGATATCGCAAATGTCATTTATGGTAGCGAATTGGGAAGGAACTACAAAACATCGCTTTTATCATGATTTTCAAACAGCTAAAAGGAACATGGAAAATTTCGTGTTGTTAACTGGTTCTATTTCACAGCGATTAAATGAGCATGCTGAAAAGTTTAGATTAGCAGATGAGTCTCAAAGCGGCTCCATGGATTCAAGGTGTTTGCCACCTCCTCCAAACTCTTGTGCAGCTCCCGCTCCAGACACGCGGAATGCTCTTGAGAAGTCCGGAGACAGCTTAAAACAACTAGGCAGCGATATCAAGTCCGGCTTTGATGAGCGTTACGAGAAGAAGTTTGATTCATTTTGGACATTTCTAGACTTTGCCTCTGCAGGTATCCCAAAAGGGGCATACCAAGCTTATGTAGAGAGAGCAAATAATATGTTTGACTCTCCGAACGATTTTTTAAATGGTATGACTTTTGGTGTACATGGTACCATCAGAGAAGCCATATTTCCCACGAATGCTTGGTCGACTGAACATATGGCCAACATTATTGGAACAGCTGGTCTAATAAGTGGGGGAATAACTACTAAGGCAATCATAAAACCTAAGACTGTAATGGAAGGCTCAATTAAATTCGAAGGAGCCAGTGAATTAAGACAAATCTCTTCGGATGGGTTGAGAAATGAAATCCCATTAACAGAGATTCAACAGAAAGAACTCATGAATTACACCAAATCCCTAGGCTTTCCGGAAGAAAATATTTTTATAAGTAAGCCTGGATTTTATGATGAATGGAACACAGGAATGATGTATGATCGGTTTATCATAAATACAGATGTACTACCTGCGGAGCATACGGGAATAGGTACCCTCAGTGCGAATTCCCGAGTAACAGGCAGAGCTACAGTGGCCCATGAGATCGTCGGTCACTATGAGGCTTACCAAGCGGGAAGAGCATTTGAACTATACGGACTGGATGCAGACACATTTAAAGTGAATTTCGCTCTTGACGAAGCTCAGGCTAGTATTAGAGCGGCTAGGTTTGCACCTGAATTGACATCGACGGAAAGAATAACTCTGCTAAGGGACGCAATTACTAGATTGCATCATGGAGGTTTGAAGTGGCGAGACGTAAAAGATAAATTATACATTGATGAAAGATAA	MTTIKVTPDHLQEVSKRFFNAKLVIENMNAHLISQMSFMVANWEGTTKHRFYHDFQTAKRNMENFVLLTGSISQRLNEHAEKFRLADESQSGSMDSRCLPPPPNSCAAPAPDTRNALEKSGDSLKQLGSDIKSGFDERYEKKFDSFWTFLDFASAGIPKGAYQAYVERANNMFDSPNDFLNGMTFGVHGTIREAIFPTNAWSTEHMANIIGTAGLISGGITTKAIIKPKTVMEGSIKFEGASELRQISSDGLRNEIPLTEIQQKELMNYTKSLGFPEENIFISKPGFYDEWNTGMMYDRFIINTDVLPAEHTGIGTLSANSRVTGRATVAHEIVGHYEAYQAGRAFELYGLDADTFKVNFALDEAQASIRAARFAPELTSTERITLLRDAITRLHHGGLKWRDVKDKLYIDER				NA	NA	NA	NA	NA
JZ016_05221	285			hypothetical protein	ATGGATAAAATTATGACGGTTAGTCTCGCATTTGATCATAAAGAAGAGGGAACAATCTTAGTAGGTATTAATCCTGAACTTGATTCCTTATCATATCCCGAGATTGAATCGATGATAGGGGATCGGATTATCTTAAAACATGATGATCATGAAACTATACATGAAGTTCGATCGATACAGATTTCAAATTCGATGGCAAATAAAAAAAACATAGGTATTTCTGTCGGTAAGAATATAACAGCAAAGGATATTCAAGTAGGTTCTGTTGTATATTCACATAAGTGA	MDKIMTVSLAFDHKEEGTILVGINPELDSLSYPEIESMIGDRIILKHDDHETIHEVRSIQISNSMANKKNIGISVGKNITAKDIQVGSVVYSHK				NA	NA	NA	NA	NA
JZ016_05222	852			hypothetical protein	ATGAAGACGAAATTAATCATGGTTGAGGGCCTGCCGGGATTCGGCAAGTCGACGACGTCCCGTATGATTCATGCCATTCTTTCCGAGCACAACATTGAGTCCCGGCTGGTGATGGAGGGGGATACCGACCATCCGGCAGATTATGAGGGAACCGCGTGTCTGACGGAAGAGGAATTCGGGCAGTTGCTGGAAGTCGCAAACCCTTTTAAAGAAATATGGATCGAACGGGCTGTCAAAAAAGGCAGCTGGAACCTCCTGCCCTACCAGAAGCTGAAGAACGAATATGGCGCTTCTTTTCCGGACGACCTTTATCATTCGTTGGCTAAGAAGGATATTTACGAGCTCCCGCTGGACCTCAACCGGTGGCTCATCACCGATCGGTGGGAGGCATTTGCCGAGCAGGCGCTGCATGAGCCCACCGTCGCGATTTTTGAGTGCTGTTTCATTCAGAATCCGGTAACCGTCGGCATGGTGAAGCATGATGCGCCGGAAGATCAAGTGACGGACTACGTGCTGGGGCTGGAAAAAGCGGTCCTTCCGCTAAATCCCCTCCTGTTCTACATTGAGCAGAACGACCTGGAATACGCATTCTGCAAGGCTATCCGGGAACGCCCGGAGGCATGGTCCACAGGGTTCGCCCATTACTACACTGGACAGGGGTACGGTAAACATCACGGCCTGGAAGGCGTCGAAGGGACTCTGCAAGTATTGGAAGCCCGGCGCGAGTTGGAGCACAGGATCTTGGACAAGCTCGGACTGAACAAGGAGTTAATCAATAACTCCCTTTATGACCAAGAGACGTACAGAACCATGCTAATAGACAAGCTGAAGCGGCATGGGATCATCCCATAA	MKTKLIMVEGLPGFGKSTTSRMIHAILSEHNIESRLVMEGDTDHPADYEGTACLTEEEFGQLLEVANPFKEIWIERAVKKGSWNLLPYQKLKNEYGASFPDDLYHSLAKKDIYELPLDLNRWLITDRWEAFAEQALHEPTVAIFECCFIQNPVTVGMVKHDAPEDQVTDYVLGLEKAVLPLNPLLFYIEQNDLEYAFCKAIRERPEAWSTGFAHYYTGQGYGKHHGLEGVEGTLQVLEARRELEHRILDKLGLNKELINNSLYDQETYRTMLIDKLKRHGIIP				NA	NA	NA	NA	NA
JZ016_05223	390			hypothetical protein	ATGAAGCGCTTATTCATGATCATGATGCTTTACATGATGGCTCTATTGGTAGGCTGCGATAAGGACTCTGGTTGGGAGACGATGCAGCTTCTAGACGAACAGGTTGCCGAAATACGGATTTCGGATTTCGAGACATGGGACGAGATGAATGGGGATACACTGTTGTCCTTTAAGGAAGCGAAAGATGTAAGAGCGTTTGAGGAAGCGATCCGTACCGCTCGCAAGCAGCCGGAAGATGCCAAACGAACGGACCCGGATTACGACGTGATGGTCGTCTATGCCCAGCCATCTCCGATTCATGCCATCAAGCTGTGGTTGGGAGAAGAGGGTCAGGAAAGTGTCTGCGAATCCAGAAGGCACCTTAGATACGATTCAACACACGATGACTAA	MKRLFMIMMLYMMALLVGCDKDSGWETMQLLDEQVAEIRISDFETWDEMNGDTLLSFKEAKDVRAFEEAIRTARKQPEDAKRTDPDYDVMVVYAQPSPIHAIKLWLGEEGQESVCESRRHLRYDSTHDD				NA	NA	NA	NA	NA
JZ016_05224	672			hypothetical protein	GTGTCTGCGAATCCAGAAGGCACCTTAGATACGATTCAACACACGATGACTAAAATAAGCCACTTCGTTAACGGCAAGGACAATGCCACCGCTGACGGTCCAATTGCGGAACAAGAGACGGAGACCGCGGATCCTAAGATGCCTACCGACAGTATCGATGCGCCAGCTCGCATGGTTTCGGATCCGGTTAACCAACCAGTGTACTGGGGCGAGGCTTCCAGGAAAGAATCCCTGGGGCAGCCTGTAGTCAAGCTGTACAATGCGGCGGGCGAGCCAGTTGGTTCCGCTACTTTAGAGCAGATCCATGACGGGGTGAAGGTGAAGATTACCGCATCCGGCCTCACTCCAGGCAAGCATGGGTTCCATGTGCATGAGAATGCGATTCAGGGAACGGATTTTAAATCTGCCGGAGGGCATTTTAATCCGACCCACAAGCATCATGGCCTGGAGAATCCGCAAGGAAGCCATGTCGGCGACATGCCGAACCTGGTCGTGGGCGCAGACGGCACCGTGGAAGCGGAGATGATCATTCAGCATGGCACGCTGGAAAAGAACCAGCCGAACTCGGTGCTGGGGCGCTCGCTGATCATTCATGCCGGCGAGGATGACAATGTTACCGACCCGGCGGGCAATTCCGGCGACCGTGTGGTGGGCGGGAATATACCGGAGTAA	MSANPEGTLDTIQHTMTKISHFVNGKDNATADGPIAEQETETADPKMPTDSIDAPARMVSDPVNQPVYWGEASRKESLGQPVVKLYNAAGEPVGSATLEQIHDGVKVKITASGLTPGKHGFHVHENAIQGTDFKSAGGHFNPTHKHHGLENPQGSHVGDMPNLVVGADGTVEAEMIIQHGTLEKNQPNSVLGRSLIIHAGEDDNVTDPAGNSGDRVVGGNIPE	PGPT0013181_102	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013181-sodC|sod1-K04565	NA	NA
JZ016_05225	189			hypothetical protein	ATGAGACAATTGCTCAAAATCATTCAATATTTTCAGAATGTGTCGTCAGAAACGAATACGACCAAGAACCCCACCGTGTCGAAGCGAGTAATTCAATTTTATCCTGCGGGGTTAATTCTCCGGGTGCACTTGAACTGGCATAATTTAACAAAAAAACGCACCTCCCTGTGGAGATGCGTTTTTCACTGA	MRQLLKIIQYFQNVSSETNTTKNPTVSKRVIQFYPAGLILRVHLNWHNLTKKRTSLWRCVFH				NA	NA	NA	NA	NA
JZ016_05226	954	melD_10	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGGAACGAGCAACATCTTTAGCATCCGAAATACCTGTTCGCAAAAAGCCATTTCGCAAGCGCTGGGACTCTCCCCTTGCAGGTTATCTGTTTATTTCCCCTTGGCTGATTGGATTTCTGGCGTTGACAGCCTATCCGATGCTGTTGTCCTTGTACTATTCCTTCACAAATTACACCCTCATGAGGCCGATCGAGTGGGTCGGCTTGGACAATTACGAGCGCATCATTACGGCGGACGACAAATTTGCTCAATCACTCAAGCTCACGTTTTATTATGTACTCGCCTCGGTGCCGCTGAAGCTAATTGCGGCGCTGATGGTTGCGCTCCTGCTAAAAAAGGCCGTGCGCGGGATATCCGTCTATCGAACGGCCATTTATTTCCCTTCCTTGATCGGGGCGAGCATCGCGGTTTCCCTGCTATGGAAAAATATTTTCGGCGTGGACGGCTTCTTCAACCAAGTGCTTGGATTCTTCGGAATTCCCGGAACGGGCTGGGTCACGAACCCGGATACCGCATTATGGTCTCTGATTGGTTTGTCGGTATGGCAATTCGGCTCATCGATGGTTATTTTCCTTGCCGGCTTGAAGCAGATCCCGAATGATCTGTATGAAGCCTCCGCGGTGGATGGCGCGGGCAAGCTAAAGCAATTTTTCAAAATCACACTTCCTATGCTGTCGCCCACGTTATTCTTCAATCTCATTATGGGGGTCATTAACTCCTTCCAGATGTTTACGCCTGCTTACGTCATCACCGGCGGCGGGCCGATGAACTCTACCTATGTATATGCGTTATACCTATATGAACGGGCATTCAGCCGCTATCAGCTGGGTTATTCCTCTTCCTTGGCCTGGATCATGCTGATATTGATTGTGGCTGCCGCCGTGATCATTAACCTGACGTCGAAATACTGGGTATTCTACGAATCCGAGAGCCAAGGAGGGAAAGGAAAATGA	MERATSLASEIPVRKKPFRKRWDSPLAGYLFISPWLIGFLALTAYPMLLSLYYSFTNYTLMRPIEWVGLDNYERIITADDKFAQSLKLTFYYVLASVPLKLIAALMVALLLKKAVRGISVYRTAIYFPSLIGASIAVSLLWKNIFGVDGFFNQVLGFFGIPGTGWVTNPDTALWSLIGLSVWQFGSSMVIFLAGLKQIPNDLYEASAVDGAGKLKQFFKITLPMLSPTLFFNLIMGVINSFQMFTPAYVITGGGPMNSTYVYALYLYERAFSRYQLGYSSSLAWIMLILIVAAAVIINLTSKYWVFYESESQGGKGK	PGPT0016535_2349	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05227	846	araQ_43	COG0395	L-arabinose transport system permease protein AraQ	ATGACCAGACACAAATGGAACCCCGTGATCCGCCATTCGGTCCTCATTATGTTCAGCTTGATTATGGTTTATCCGGTCGTTTGGTGGATTGGCGCTTCTCTGAAAACGAACCAGGAGCTCAGTTCTCCGTCCATCTTCCCGTCCGTGCCTCAGTGGTCCAATTACACCAACGGATGGAACTCTGTTCCGGGATTCACCTTTACCGATTTCTATTTGAATACCTTTTATTTAATTACGGCGGTGATCATTGTAACGGTGATTTCCTGTACGCTTGTTGCCTTCGGATTTGCAAGACTGGACTTTCCGCTTCGAGGCTTCTGGTTTTCCCTGCTCATGCTCACCCTGATGCTGCCGGGCCAAGTGCTCATCATTCCGCAGTATGCGATGTTCCACCAATTTGGTTGGGTCAACACCTACCTGCCGTTTATCGTGCCCCATGCATTAGCGGGAGGGGCGGGAGGAACCTTCTTCGTCTTCCTGCTCGTTCAATTCATACGCGGGATCCCGCGGGAGCTGGATGAATCGGCCAAGATCGACGGATGCAGCTGGTTCGGGATTTACTGGAGGATTGTAATGCCCTTGATGAAGCCTTCTATCGTGACGGTCATTATCTTCTGCTTCCTATGGAACTGGGATGATTTCCTTGGTCATCTCCTGTACATTAATTCCGTCGACAAATATACGGTAGGCTTGGCTTTACGGATGATTAACGATTCGCAAGGCGGCGCGGAATGGGGACAATTGCTCGCAATGTCGCTCGTATCCATTCTACCGGCTACATTGCTGTTTATCTTTGCCCAGAAATACTTTGTGGAGGGTGTGGCTACCACAGGACTAAAAGGGTAG	MTRHKWNPVIRHSVLIMFSLIMVYPVVWWIGASLKTNQELSSPSIFPSVPQWSNYTNGWNSVPGFTFTDFYLNTFYLITAVIIVTVISCTLVAFGFARLDFPLRGFWFSLLMLTLMLPGQVLIIPQYAMFHQFGWVNTYLPFIVPHALAGGAGGTFFVFLLVQFIRGIPRELDESAKIDGCSWFGIYWRIVMPLMKPSIVTVIIFCFLWNWDDFLGHLLYINSVDKYTVGLALRMINDSQGGAEWGQLLAMSLVSILPATLLFIFAQKYFVEGVATTGLKG	PGPT0016540_5600	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05228	1722			hypothetical protein	ATGATCAATCCCTTCAAAAAATACCGGATCGATTCCCTGTTTATTATTTGCTTTGCAGGACTGATCACGATTGTGCTGGCGATCACGGTATGGACCAGTTATGTCATGACTTCGCGGGAATTGGCTGAAAACACGTCGTATTATCAAAAAAGACTGCTCGAGGAGCTGAACAACGAAATTACGGGTCGCCTGACTTCGATCGAGCAGATATCGCTGACAACGTCCAGGGACAACGATTTACTTACGTTTCTGTCGGGAAAAGAAGATGAGTTCAACCACTACCGGAGGTCCAAGGGCATACAGGAAGCGCTGGCTCATCTCACCTATTCGATTCCGCAAATTCAAGCCATCGATTTATACATGGAACAGCCGGAGTGGGGGGATCGGCAGAGCTATATTCAGTTCCATGGATTAACGGAGGCTGCGACAAAGCCATGGTATCCTTTGCTGCAGAACAATGACTTTTCCTGGTCAGAGGAGCATGATTTAACGACCTATAATGGGAACGTGCCTGTGCTGAGCTTTTCCCGCAAGGTGTACAACAACTCCCGGTACTTGGGTATTCTTGTCGTGCATGTGAAAGCGGATTGGATCCGCGGGATTCTCGAGGGATATTCCAAAGATTCCAACCGGATGCTGCTGGATCTGAACGGCAGGGAGCTGCTGAGCGTCGGGAAATCAATGAGGGATGCCGGATTACAGGAGCAGGATTTGCGGTTCACGGACCAATCCGGTGTGTCACGGCTGCATACACAGCATGGCGTCGAGTCTCTGGTCGTCTATTCCAAAGTCGCCGACTCCAACTGGATGCTGGTGGAGATTACCCCATGGGAGAGAATTACGTCAGGCAGCATCAAGCTGGCTGGAGCCATTATTACCATCGGCATCGGAGCCCTATTGCTGGCTTTCTTGTTAACGCTATGGTTAAGCAGGCAATTGTTGAAGCCGATCGCCCAGTTAGTGAGAGCGATGAAGAATTACGATGTCGGTGGGAGACAAGCTGAGCTGGCCGGTGATTACACGAATGAATTCGGCATTCTGTTTGCAGGGTTTCGCAGACTGAATGAGAGAATCCAGGCTTTGTACGCATCCCTTGCGCAGCGTTACGAGCAGCAGCGGAAGGCGGAAATCGAAGCGCTCCAAGCCAATATTAATCCGCATTTTCTATATAACACCTTGGACCAGCTGAACTGGATGGCGATTGCGGAGGGACAGGAGAAGATGAGTCGCATTCTGGAGCTGATGGGCCGCATGTTCCGCATCGGATTATCGCATGGAGAAAGCTTTATTACGATTGAAGAAGAGTTGACTCACGTCGCATGCTATTTGGAAATCCAGCAGATCCGGTGGGAAGACGGTCTGGAATACGAGGTGCATGCCTCCCAGGAAATCCGCAACTTATTCATTCCCAAAATGACGCTCCAGCCTTTCGTCGAAAATTCAATCATTCATGGATTTAATTCAAGGCAAACTGGCCGAATTCAAATTAAGGCTGAGGAAGAGGGCAGCCGGATCCGAATGACGATTATCGACGACGGAAGCGGGCTTGCTCCTCAGAACAAAGGGAGCCATCGCCGCAAAGGAGGTTACGGGATCCGGAATGTGAGAGAGCGGTTCTCGGCGTTCTTCAACGATGATTATGAGATCCTCGTTAAGGATGGAGAGAATGGAGGAGTGGTTGTATCGATCGCCTTTCCAAGGCTTGAGGAAGCACAGCGGTAA	MINPFKKYRIDSLFIICFAGLITIVLAITVWTSYVMTSRELAENTSYYQKRLLEELNNEITGRLTSIEQISLTTSRDNDLLTFLSGKEDEFNHYRRSKGIQEALAHLTYSIPQIQAIDLYMEQPEWGDRQSYIQFHGLTEAATKPWYPLLQNNDFSWSEEHDLTTYNGNVPVLSFSRKVYNNSRYLGILVVHVKADWIRGILEGYSKDSNRMLLDLNGRELLSVGKSMRDAGLQEQDLRFTDQSGVSRLHTQHGVESLVVYSKVADSNWMLVEITPWERITSGSIKLAGAIITIGIGALLLAFLLTLWLSRQLLKPIAQLVRAMKNYDVGGRQAELAGDYTNEFGILFAGFRRLNERIQALYASLAQRYEQQRKAEIEALQANINPHFLYNTLDQLNWMAIAEGQEKMSRILELMGRMFRIGLSHGESFITIEEELTHVACYLEIQQIRWEDGLEYEVHASQEIRNLFIPKMTLQPFVENSIIHGFNSRQTGRIQIKAEEEGSRIRMTIIDDGSGLAPQNKGSHRRKGGYGIRNVRERFSAFFNDDYEILVKDGENGGVVVSIAFPRLEEAQR				NA	NA	NA	NA	NA
JZ016_05229	1326	yesO_5	COG1653	Putative ABC transporter substrate-binding protein YesO	ATGAACAAATGGAAGCGATTGCATATTGTCGCGTTATGGATGGTGTTCTCCTTGCTGGTGGCGGCATGCGGCGGTAACGGAAGCACCAACTCAAGCACGGAAAGCACAACCTCAACCAAGAACAATACACAGGCCGAGAGCGGTTCGGCGGCGGAAAATGTCAAGCTGCGGATTATGTGGTGGGGTTCGCAGCCGCGTCACGAAGCTACATTGAAGGCATTGGAGACCTATACGCAGAAAAATCCGCACGTTACCTTCGAGCCCGAATATTCCGGGATGGACGGTTACCTGGATAAACTCTCCACTCAGGCAGCGGCGCATAACGAGCCGGATATTTTCCAAATGGACCCGGGCTGGGTTTCGGACTGGACATCCCGCAACCAGCTCGAAGAGCTCGACACCAAGGTTAAACTGGATGAATTGACGCCGAGCCTGCTGCCAATCGGGCAGAGAGACGGCAAGCAATACGGCGTGCCGTTGGGATCGGTTGCTTTTGGGATGATCTACGACAAGGCGGCTCTTGAGAAGCTGGGCGCAACGATGCCGACAGACGGCTGGACATGGGATGATTTCTTCGCATTGGCGGAAGAGGTAAAGCCTAAACTGGCGGAAGGCCAATATTTCACGCTGGATTATGCCGGTAACTACTTTATGTTCAGCGCTTATCACTATGCCAAGGGTAAAGGTCCTTTGATTACGGAAGACGGCAAATTCAATATTGATGAAGCGACTTTCCTGGAATGGACCAAGAAGTTTGAACAGCTGCGCAAGGACGGACTTATACCTCCAGCCGATTTGAACGCATCCGACAAGGAAATGGATCCGACGGCAGACCTGCTGGTCAACGGCAAAATCTTATTCCGCTACTCCTTCTCCAATAACTACACCACATGGGACAGCATGAAGGAAGGGGCGTACGATCTGGTTACGATGCCGCGGGCCGAGGAAGCGGGAGGCTGGCTGAAGCCGTCCATGTACTTCAGTCTTTCGCCTAATTCCAAGCACAAGGAAGAAGCGGCAAAGTTCATCGACTGGTTCATCAATGATCCGGAGGCAGGGGCTATCCTTGGAACTGCTCGAGGCGTGCCTGCCAATGCCAAGATCGCCGAGTCGCTGATTCCGAATCTTCCGGAGGGCGAAAAGGTTGGGATGAAACTGATTGACGCAACGACGCCGGACGGACAGATATTTACGACAGGGCCGGAAGGCTGGGTGAACTTCATCGACAAAGACTTCCCGCTCGTCCGGGATGAGCTGAGCTTCGGCAGAACAACACCGGAGAAGGCCTATGAATCGTTGAAGAAGGCCTCGCAGGAATATGAATAG	MNKWKRLHIVALWMVFSLLVAACGGNGSTNSSTESTTSTKNNTQAESGSAAENVKLRIMWWGSQPRHEATLKALETYTQKNPHVTFEPEYSGMDGYLDKLSTQAAAHNEPDIFQMDPGWVSDWTSRNQLEELDTKVKLDELTPSLLPIGQRDGKQYGVPLGSVAFGMIYDKAALEKLGATMPTDGWTWDDFFALAEEVKPKLAEGQYFTLDYAGNYFMFSAYHYAKGKGPLITEDGKFNIDEATFLEWTKKFEQLRKDGLIPPADLNASDKEMDPTADLLVNGKILFRYSFSNNYTTWDSMKEGAYDLVTMPRAEEAGGWLKPSMYFSLSPNSKHKEEAAKFIDWFINDPEAGAILGTARGVPANAKIAESLIPNLPEGEKVGMKLIDATTPDGQIFTTGPEGWVNFIDKDFPLVRDELSFGRTTPEKAYESLKKASQEYE	PGPT0016545_4496	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05230	1623	rhaS_25		HTH-type transcriptional activator RhaS	ATGTGGAAGATAGGAATCGTTGATGACGACCGCGCCGTGCTGCAGGGAATCCGAAAAGCCATCCCTTGGGATGAACTGAATGCAGAGTGGGCGGGAGAAGCTTTGAACGGGGAAGAAGGGCTTGAAATGATTGAATTGGCCAGCCCCGACATCGTGATTACCGATTTATATATGCCTGTCATGAATGGTCTGGATATGATCGAGCAGCTGCGGAAGAACACCGGCTATTCAGGAAAAGTGATCATTCTGAGCGGTTACTCGGACTTCGAGTATGCCCGTCAAGCCTTGCGCCTGAACGTGAGCGATTACTTATCCAAGCCGATCAGCCTTCCGACGCTGAAGTCTGTTTTAAATGAAGCCATATCCGATTTGGAGGAGCAGGAAGAGCTGCGCATGAAGCAGGATGAACTGCTCCAGAAGCTGCAGCTTTACGAGCCCTTCGTGGAGAAGGAGTGGGTCAAATCGGCCGCAGCAGGTGCACTGCAACATTCAGGTCTCCAAACGGAAATCCCCGAGCCTTATCGGTATTGGACCGATTTCGATCATACGGTCATTGGCATCGAGCTGATCTCCGATCAACGGGCAGCTAATCTAAGCTTGCCGGACTGGAGCCTCCTTCGATTTGCAATCAGCAATATGGTGTGCGAAATTACCCAGGCGGCATTCCCCCGCTTCGACCATACGGATCTCCACACCAACCGCTCCGTGGTCATTATTCATCATGGTCGAATGGAGTCTGCCGAGCGAGTGCGGCAGCAGCTGGAGCAGCTGGGTGTCCGATTAATCGACTGTGTGCAGAACTACTTGAAGCTGAAGCTCCGAATCGGCATCGGTGATCGCAAGAGCAGTATAAGGGAAATCGGTATCTCGACAGAAGAAGCCTTTCGTGCGATCGATGTGAATACGCAGCCGGCGGTTCCGGAGTATGAGCTGTATTTCTACTGTGCACAGGAGCCGGGCAATGCGGAGGCCAAGCCTCCCGTGCGCCCTGTTAAGCTTTACCTGGAGCTGGCCGGTTCGATTCGAACCTCGCAAGAACATCAAGCACAGACGATCATCAGGGACTATATGAAGCGATTGGAACAGCAAGGGGGCATCACCAAACCATACGTCAGTATGCTGGCAGGGGAGCTATGGGGAATTATCGCCTTCGCTTTCTATGAGACGGGGACCGTCGTTGACGATTTCTTCCCGAATGACAGCATTACGCGCGAAATGGCGAAACTGCAGCGTCCATCCGAGCTTGCGGAATGGCTGATCACCAAGATCGGGCTCGTGTTCGGCAGTCGCGAATGGGGCGGGAACGGAAAGCATCGCCAGGCAGTCGACTTTATGATCGAGTACATTCACGAGCACTATGCCGAGGATCTCACGCTTGGGGGACTGGCGGATAAGGTATATATTTCGAGAAACTACTTGTCGATGATTTTTAAGAATTTGACGGGAGAAACGTTCAACAATTATTTGACCAGAGTACGGGTCGAGAAGGCCCGGGAGCTGCTGATGGAGAAAAATGCATTGGTGTACCAAGTGGCAGAACAGGTCGGATATAAAAACATTCCGTATTTCAGCACGGTATTTAAAAAATTCACGGGCATGAACCCGACGGAGCTCGTGAAATGA	MWKIGIVDDDRAVLQGIRKAIPWDELNAEWAGEALNGEEGLEMIELASPDIVITDLYMPVMNGLDMIEQLRKNTGYSGKVIILSGYSDFEYARQALRLNVSDYLSKPISLPTLKSVLNEAISDLEEQEELRMKQDELLQKLQLYEPFVEKEWVKSAAAGALQHSGLQTEIPEPYRYWTDFDHTVIGIELISDQRAANLSLPDWSLLRFAISNMVCEITQAAFPRFDHTDLHTNRSVVIIHHGRMESAERVRQQLEQLGVRLIDCVQNYLKLKLRIGIGDRKSSIREIGISTEEAFRAIDVNTQPAVPEYELYFYCAQEPGNAEAKPPVRPVKLYLELAGSIRTSQEHQAQTIIRDYMKRLEQQGGITKPYVSMLAGELWGIIAFAFYETGTVVDDFFPNDSITREMAKLQRPSELAEWLITKIGLVFGSREWGGNGKHRQAVDFMIEYIHEHYAEDLTLGGLADKVYISRNYLSMIFKNLTGETFNNYLTRVRVEKARELLMEKNALVYQVAEQVGYKNIPYFSTVFKKFTGMNPTELVK				NA	NA	NA	NA	NA
JZ016_05231	2082	aguA_2		Xylan alpha-(1->2)-glucuronosidase	ATGAACAGCAGTTATGACCCGGCATGGTTGCAGGTTGATGGGAGCTCGCTGAAGCATGCTGCGGCAATTAAGCCGCTGGAAAGCTATTTGGGCAAGATCGTGACCGCGCAGGCGGTTTCTTCGCAAGTATTTCGTACAGCGATTCAGGAGTTGACCACAGGCATTGCTCTACTGACAGGTGTGCAGCCCTTACTTCGCGAAAAGATGGATGCCGGCCGCTGCTTGGTCGCAGGGACGCTGGGGAGCATAGAGAGAGCTTTGCTTGACGGCTCGCCGGAAGCCGAGGAAGCCGGTCTTGTGGGAGATGAAGGTTACATCATACGCCGCATCGTAAGAGGAGACCAGGATTACATATTCATTGCAGGAGGATCGGACAGGGGACTTCTGTACGGGGTCTTTCATTTTATGCGTCTCCTGCAGACGGGCCAAGCGAACGAAGCGCTTGATATGATCGAACATCCGAAGTACCGGCTTCGCATGGTGAATCAGTGGGACAATATGGACGGAACCATTGAGCGCGGATATGCGGGCCGATCGATATTTTATAAGGACCATACACTCGTCTCCGATCTGACTCGTGTCCGGGCTTACGCCAGAATGCTGGCCTCTGTTGGGATTAACGGAATCACGATCAATAATGTGAATGTGCATAAGACCGAGACGAAGCTGATCACGCCTCAATTGCTACCGGATGTGGCACGCGTAGCGGATGTGTTCCGCGATTACGGCATCAGCCTCTACCTCAGCGTGAACTTTGCTGCACCGATCGAGCTTGGGGATACATCCACAGCGGATCCGTTAGAACCGGCCGTTCAGAATTGGTGGAAACAGAAAGCGGCCGATATTTACCGAACCATTCCTGACTTTGGCGGATTTCTGGTCAAGGCCGACTCGGAGAACCGTCCCGGCCCGTTTACCTATGGACGCCATCATGCGGATGGAGCCAATATGCTGGCAGAAGCGCTGGAGCCTTACGGCGGACTCGTCTTATGGAGATGCTTCGTGTACGATTGCCATCAGGATTGGCGGGATCGCCAGACGGACCGCGCCCGCGCCGCATATGATCATTTCAAACCGCTGGACGGCAAATTCAAGGACAATGTGATCCTGCAGATCAAGAACGGTCCGATGGATTTTCAGGTCAGAGAGCCGGTATCGCCATTGTTTGGAGCGATGGAACGAACGAATCAGTTGCTAGAATTCCAGATTACGCAGGAGTATACGGGACAGCAAAGGCATGTATGTTATTTAATTCCGCAATGGAAAGAGGTGCTGGAATTCGACACGCTGTGCCAAGGAAAGGGCAGCAAGGTGAAAGATATTGTAGCCGGACGGGTGTATCCGTATCAGCACAGCGGCATAACAGCCGTGTCCAATATTGGTGATGACTTCAACTGGACCGGTCACTACCTTGCCCAGTCCAACCTTTACGGCTATGGCCGCTTGCTGTGGAATCCGGAGCTGACGGCGGAGGAAATCGCCGAAGAGTGGAGCCGGATGACCTTTGGACCCGATCCGGATGTGACGAGGACCGTGATGGACATTCTGATGGAATCGTGGCCGGTCTACGAGAATTATACCTCTCCGCTTGGCGTGGGCTGGATGGTCGTGCCGCATGTTCACTACGGCCCAGACGTGGACGGATATGAATACTCCAAATGGGGAACGTATCATTTCGCGGACCGCGACGGGATCGGCGTTGACAGGACGCAGGCCACGGGAACGGGGTACGCCGGCCAATATGTTGGCGCCCATGCGTCGATGTATGAGCGATTAGAGACTTGCCCGGATGAATTGCTGCTATTTTTCCACCATGTTTCTTATACCCATGTGTTAAAGTCCGGCAAGACGGTCATTCAGCATATTTATGACACTCATTTTGCAGGAGTCGAGCAGGTGGAGCAGTGGCTCGCACGCTGGGATGCCTTGGAGCATAAGCTTGATCAGCAACGCTTCCTGCATGTTAAACAGCGCTTGCTGGAACAACTAGAGAGTGCAAAGGAGTGGTGCGATGTCATCAATACGTATTTTTATCGAAAATCGGGTATCGCAGATCAGCATAATCGCGTGATCTATTCGTAG	MNSSYDPAWLQVDGSSLKHAAAIKPLESYLGKIVTAQAVSSQVFRTAIQELTTGIALLTGVQPLLREKMDAGRCLVAGTLGSIERALLDGSPEAEEAGLVGDEGYIIRRIVRGDQDYIFIAGGSDRGLLYGVFHFMRLLQTGQANEALDMIEHPKYRLRMVNQWDNMDGTIERGYAGRSIFYKDHTLVSDLTRVRAYARMLASVGINGITINNVNVHKTETKLITPQLLPDVARVADVFRDYGISLYLSVNFAAPIELGDTSTADPLEPAVQNWWKQKAADIYRTIPDFGGFLVKADSENRPGPFTYGRHHADGANMLAEALEPYGGLVLWRCFVYDCHQDWRDRQTDRARAAYDHFKPLDGKFKDNVILQIKNGPMDFQVREPVSPLFGAMERTNQLLEFQITQEYTGQQRHVCYLIPQWKEVLEFDTLCQGKGSKVKDIVAGRVYPYQHSGITAVSNIGDDFNWTGHYLAQSNLYGYGRLLWNPELTAEEIAEEWSRMTFGPDPDVTRTVMDILMESWPVYENYTSPLGVGWMVVPHVHYGPDVDGYEYSKWGTYHFADRDGIGVDRTQATGTGYAGQYVGAHASMYERLETCPDELLLFFHHVSYTHVLKSGKTVIQHIYDTHFAGVEQVEQWLARWDALEHKLDQQRFLHVKQRLLEQLESAKEWCDVINTYFYRKSGIADQHNRVIYS	PGPT0018635_303	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCURONIDASE,PGPT0018635-aguA-K01235	NA	NA
JZ016_05232	282			hypothetical protein	ATGCCGGTTTACAATAAGCTAGTTCGGGATCTGATTCCCCAAGTCATTGAATCTACAGGCAAAGAATTTCGCACACGGGTCTTAGATAAGGAAGAGTATAAGAAAGAATTGATCATAAAGCTCAAAGAAGAGTCGGAGGAGTATTTTACCGCTCCAAATTCAAAGGAGTCGTTGGAAGAACTTGCAGATATGCTGGAGGTTATCCGGGCATTGGCGATTTTGTACATGGAGCGACATGGGAAGAGCTTTCTCAGACGATATCCTTACTTAAGACACCTTTAA	MPVYNKLVRDLIPQVIESTGKEFRTRVLDKEEYKKELIIKLKEESEEYFTAPNSKESLEELADMLEVIRALAILYMERHGKSFLRRYPYLRHL				NA	NA	NA	NA	NA
JZ016_05233	1221			hypothetical protein	ATGAGTAGAATTTTGGTCACACCGGAGATGTTGCTGCGCGTTGCAGAGCAATGCTCCAGGGCGCATGAACAGCTGGAAGCAATGATACACATGCTGAACCAGAACATCCATATGCTGGAGTCTGGGTGGGAAGGTACGACGAGATCCCGTTTTTACGCGGATTTTCAGCAGGCGCATCGGGAGATGACGCAGACCACGGAGCATATCCATCGGACAAGCTTGGAGCTGAGAGGGATTGCCCAACGATTTAAGTCAGCAGATGAGCGGGGACAACCGATCCAAGTTGCTGGGCATGTGCTGGGAGCATTCCCTATGATGAGGGGACCCGCAGGCCATAGTGCCGTAGAGGATGCCGGGAGAAAAGCGGAGGAAGCCTGGAATTCGGTGCAGCAGGAAGCCGGGAAGGCATGGGACACCGTGAAGCAAGAAGCAGGGGAACTATGGGAGGGCGTAAAGATCGGAGCCGCCCAGTTAGGGAACTCGTTAATGGATACGGCGATATCCTTGTACGAAGATCCGCTTGGAACCGGGAAAGAGATGCTCTATAATGCAACCATCGGGACGGTCGAGGATATTTGGAACACGGGGATATGGGCCGGCAGAATGCTTTTTAGCGATGAGTATCGCGAAAAAATTGCCGAAGACGTGAAGGCAGAAGTCGATTCAGCAGGCGGCTGGTCCAAATATTTGGGACAGGGGGCGGCTTTGATCCTTGGAGAGGCTATCCTCAACCGTGCTGGAATTAGGGGTAGAGGTCCGCTGAATAAAAAGCATGATGATCTTGGTGGCGGTAATGGTAGTGGTAGTGGTAGTGGTAGTGGTAGTGGTAGCGGTAGTGGTGCCGGTGATGATAGCGGCGATCGTGGCGGCGATGGTAATAAGTCGGGGGATGAGGGTACGGGTAAAGCCATGGGCAGCATGATCAACGACATACGAACAAAGACACCAGATCAATTGCTCAACGAAGGCTGGCAGGATGTAACTGATCCAAGGAAAGCCGAGAATACCATGTCTCGGGAATATTATAATCCTGAAACAGGTGTAAAAATTAGTTATGATCCAGGAAAGAAAGGTGCAACAGGATTTGAAGCGGTAGACCATTACCATATCCACAATCCGAATTATACCGATAAAAAAGTCGATTATTATTTTGATATTGACGGAAATCCTGTGGGGAAAGGTTCGAAAGCTTCTCATATTGTAATAAAGGACGGTGAGTAA	MSRILVTPEMLLRVAEQCSRAHEQLEAMIHMLNQNIHMLESGWEGTTRSRFYADFQQAHREMTQTTEHIHRTSLELRGIAQRFKSADERGQPIQVAGHVLGAFPMMRGPAGHSAVEDAGRKAEEAWNSVQQEAGKAWDTVKQEAGELWEGVKIGAAQLGNSLMDTAISLYEDPLGTGKEMLYNATIGTVEDIWNTGIWAGRMLFSDEYREKIAEDVKAEVDSAGGWSKYLGQGAALILGEAILNRAGIRGRGPLNKKHDDLGGGNGSGSGSGSGSGSGSGAGDDSGDRGGDGNKSGDEGTGKAMGSMINDIRTKTPDQLLNEGWQDVTDPRKAENTMSREYYNPETGVKISYDPGKKGATGFEAVDHYHIHNPNYTDKKVDYYFDIDGNPVGKGSKASHIVIKDGE				NA	NA	NA	NA	NA
JZ016_05234	348			hypothetical protein	ATGAAAATAGCTACTTTTATTGAAGAATACGATCTACATGACAGCCTATTAGAAAATATTAGTATTAACGGCGAGAAACTGGTTCTCGATATCGATCTCTGTAATTGGAGACAAAAAAATTACAGCCCCGAGGAAGATGAAATGAAATTAATTAAGGTTACTTTTGAAAATGTACAAAGGTATCATTTAGATTCAACAAATGATACGGTAGATTCCGATTCAATCTTGGAGATCAGTTGTACGGATGTGGATTCTTCTTCAACGTCGAAAGACATAAAAATCGTCTTTGAAGGTGAAGAAGATATAAAAATAATGACATTTAGAAGTGATAATGTAACCGTAGAGTAA	MKIATFIEEYDLHDSLLENISINGEKLVLDIDLCNWRQKNYSPEEDEMKLIKVTFENVQRYHLDSTNDTVDSDSILEISCTDVDSSSTSKDIKIVFEGEEDIKIMTFRSDNVTVE				NA	NA	NA	NA	NA
JZ016_05235	360			hypothetical protein	ATGAAACTCAAAGGAAGTAAACAAGAACAAGAATTCAGAAAGGAACTAGAGGGTTCGAATTTGGTTTTGGCTAAAGACGGAAAAGTCGAATTAATAATGAATGTGTTAAAAGATACTTTTGGAGAATTAAAAAGTGCGTATATTTTGAATTGGACACCTGAACAAGGCGAGGATATATACACTATTTTGGTTGACACTGATAAAATCGCTAAAGTTGAAATTAGTAGAGTCAATCAATCGGAAGTTCCTTTAATTGACACTTACAACCTGAAGGATTTCCAAAAACAGTTGAGTAAAGTATTTCAAATTAAACTAGCCGTGGCGATTGATTTAGCGAAAACGGAACATCAGGAAGGTTAG	MKLKGSKQEQEFRKELEGSNLVLAKDGKVELIMNVLKDTFGELKSAYILNWTPEQGEDIYTILVDTDKIAKVEISRVNQSEVPLIDTYNLKDFQKQLSKVFQIKLAVAIDLAKTEHQEG				NA	NA	NA	NA	NA
JZ016_05236	216			hypothetical protein	ATGAGTGATAATAAAATAACCATACTGTCTGAAAAGTTCGAGAATGAAAAAACTGGTGAACAAGTCGAAGGAATAACGATTATGATAGATGGCAAATTAAAAAATATGTTAGACATAATCATTGAAAAAGAGGGCGGATACAATAACTATACAGAGGTAATTAAAGATATAGTATTTGCTGGCATAAATCAATTTGTCGAAAAGCACAAGAGTTAG	MSDNKITILSEKFENEKTGEQVEGITIMIDGKLKNMLDIIIEKEGGYNNYTEVIKDIVFAGINQFVEKHKS				NA	NA	NA	NA	NA
JZ016_05237	369			hypothetical protein	GTGGCGAATGACTTTGAAGAGACCCTGGAAGATCATAGCATCCGGTTTTATTGGCATCGTTTTTCTTGTCGTTATGTTGTAGGTGCCTATATCAATAATATCGGATTCCATAACTTAAAGCTCATGTACACGTTGAGTACTACGGAGAAATTAATAGTTCCAATGGATAAAGTGGGGCATTATCTGGCAAGAGAGGATCGTTCCGTTGGGCTTCTAAAAGAGCGACTGAACAGTAAAGGATGGAGCTATGTCGAGCAAGAAGGCTCTAATTATTTTTTTGAAAAGGGAAATGAAGAATCATTTGTTACCGTGCAGCAATGGAATCATAAATATGTCATTTATCAGGTTAAAAGGGGAATGAAAAACTAG	MANDFEETLEDHSIRFYWHRFSCRYVVGAYINNIGFHNLKLMYTLSTTEKLIVPMDKVGHYLAREDRSVGLLKERLNSKGWSYVEQEGSNYFFEKGNEESFVTVQQWNHKYVIYQVKRGMKN				NA	NA	NA	NA	NA
JZ016_05238	663			hypothetical protein	ATGATTCACAAAAAGAACAGATATGTCATAGCCATCTTCATGGCCTTCGCTGCCCTTTTGACCGGCTGCAGCACGTCCGTCAAACAAACCGTCCCGCAGAACACGGACCCTGAATCGATATTAAGCGTAATCTATGATGTGGAAGGGATCAAATCCGCTGGATCCGTGAACACGGAACCCTTGACCGAAATCTCTGAGATCGAAGAAAATATCAGCATCCGCTACCAATACGCTTTCTTGGTGAAAGATGCCGTCAACCAGAATAATCAAGCCGTTCCGGATCGACTGTATGTCGTTTCTGCGGTTGAGAATACGAGGAAGGATCGGGAAATCAGCGTCCAGTACATCGACGGCTCCATCAATGGGGTAATAGCCGAGCGCAATCCGCCGCACCTTCCCATTACCGTAAACATATGCCCGGATGATTCCAAATCTCCTTGCGGGGCTGATGGTTCGAAGACTTATCAAGCGGATGCGTTTGTTTTTTCGTTGGACCAATTCCCCGCATTTCGTTCGCATGACAATGTTGTTGATATTAGTGTTAAGTATGCATTAGGTAAGAATAAAAAAGAGCTTCGCGAGCAATTTCTAAGTGATTCGGGGTTGCAGGATACTGACAAGGCGATCGTTTCCCTGAAGCTGCCGGACACATTCGTGAAATAA	MIHKKNRYVIAIFMAFAALLTGCSTSVKQTVPQNTDPESILSVIYDVEGIKSAGSVNTEPLTEISEIEENISIRYQYAFLVKDAVNQNNQAVPDRLYVVSAVENTRKDREISVQYIDGSINGVIAERNPPHLPITVNICPDDSKSPCGADGSKTYQADAFVFSLDQFPAFRSHDNVVDISVKYALGKNKKELREQFLSDSGLQDTDKAIVSLKLPDTFVK				NA	NA	NA	NA	NA
JZ016_05239	711			hypothetical protein	ATGTTAAATGCCGTTATTTTGTGTGGTACCTTGCTGACTGCTTGTGGAAATGAGCAGCCCTCAGTATCTCGAGACACTCCGACTCCGAATACTCAGAGCCAGGGGACTAATAATAAAGAATTAACCTCTCAATTTCCCGATAATGGATACAGTATTAAACTGGATTCCATTGCGGAGAACCAAGCTGTCCGAGCTCGAGTGAGTACTGAGCATGGAGAACTCCAGGTTGTATCCAACGGCAAGGAGGAAATTGGACACATTGAGGTGCCTAGCGTTTTTGGAGCAGAAGGCGACTTCACTTTTAGAGGAAATTATAATGTAATATTTAAACATGATGGTTCCGAAAAAGTGATTAAGGAATTAAATGATTTCATATTTGTACAGAAAACCGATAAAACCGTTTCTTTTGAGAAGATCAGTTTTGATAAAGTTGATATTTATCTTCTTACTCCGGAATATACCGCTTCTAGAGGATATAACTCATATGCATTTGGTATAGATAAAGAGAATGGACACGTTTTTCCATTAACATTCAAAACAGGAAATAACGACCGAGAAACTGTTAATTATGCAATTGATACCTTCCCACATAATGAAGATGGCAAGTTGGTTGTGTCTACTAGAAATACTGAAGGAGAGAACGATGAACAAGCTATTGAAAAAATAGTCTACTCATTGGATATTTCCAAGAAGCAGTTCGTATCAGAATAG	MLNAVILCGTLLTACGNEQPSVSRDTPTPNTQSQGTNNKELTSQFPDNGYSIKLDSIAENQAVRARVSTEHGELQVVSNGKEEIGHIEVPSVFGAEGDFTFRGNYNVIFKHDGSEKVIKELNDFIFVQKTDKTVSFEKISFDKVDIYLLTPEYTASRGYNSYAFGIDKENGHVFPLTFKTGNNDRETVNYAIDTFPHNEDGKLVVSTRNTEGENDEQAIEKIVYSLDISKKQFVSE				NA	NA	NA	NA	NA
JZ016_05240	642			hypothetical protein	ATGGCTTGTGCAGCAAACATTAGTAATACTGTCAATGGATCGATCACTTACAATGAAACACGTTACGATATTCTTGCATTAGCTAAATGGGTATCTTATCAAAGTTGGAGGAAAAGCGGTGGACTTAACGGAATGCCCGTTGCAATGATCATAACACAATGGGGATTCGAGCATGGATGGGGAACAGCTGGACTCGCAGATATTCAAGCGACACTTAATTTCGCCTTCCAACGTTCAGCTTGCGGATACAGTGGAACTTATGATAATTCCAGACCATCTGGACGTAATTTGATTTTTTCTACTCTTCGAGATGGAATTTCTGCTTACGCCAAACTGATGATAGAAGGTTATATCCACGTTCGCTATGCTTACTCTAGAGCTGGAGGTAACGCACCTGGCATTCGTGCTGCTGTAAAAGCTCTACAAGATGGTTATGATCCGAATTACACTGGACCAGCCTCTGGTTTCTGTCATACTCAAGTATTTGCTCTTAACAGCTATGCAACAAGACGAATTTGGGCAGAACATCCTTACCCTGGCATGGACACAACGATTACTAACAGCAATAATACATGTCTGAATAGTCTAATGTACATCCAAAAAACAGATCCTAATGTATACGGACTTCCGAATTTGTATTAA	MACAANISNTVNGSITYNETRYDILALAKWVSYQSWRKSGGLNGMPVAMIITQWGFEHGWGTAGLADIQATLNFAFQRSACGYSGTYDNSRPSGRNLIFSTLRDGISAYAKLMIEGYIHVRYAYSRAGGNAPGIRAAVKALQDGYDPNYTGPASGFCHTQVFALNSYATRRIWAEHPYPGMDTTITNSNNTCLNSLMYIQKTDPNVYGLPNLY				NA	NA	NA	NA	NA
JZ016_05241	159			hypothetical protein	ATGATGTCGGAGGTTGATTTTGCTACTTTTATAGCTAATTTAGGGTTTCCCATTGCAATTACTTCGTATCTACTTATTCGTTTTGAAAAAAAAATATCTGATTTAAGCGAGGCTATTAATGGATTGAAGAATGAAATACAAAAAAACGTGAAGAAGTGA	MMSEVDFATFIANLGFPIAITSYLLIRFEKKISDLSEAINGLKNEIQKNVKK				NA	NA	NA	NA	NA
JZ016_05242	750			hypothetical protein	TTGAAAAAAGAAATTGGTGTATTTATGTTGGTGAGTGCTGTTTTGCTTTCGGGGTGTGGTTCAGATGATAGTGGTAGTGCTAATCAAGGGTTGACGGGTGAGTCTCCCAGTAAACAGGTAACAACGCAGCCGGTACAAAACACTAATGAAAAAGAAAAACTGATTACAGCTTCGGAAAATAAGAACGTAAAACTTTATGCTGTCAACGAAACAGACGGTGAAGTTCAAGGGGTTAGGGTTGATATTAACGGGAAACAGAAAGAATTCGATTGGAACATCGTAGATACAGGAACTAAACCACAGCTACTCTATACTGATCTAACGGGTGACGGTAAGGAAGAAGCTGTAATCCTGATCCAGACCGGTCGAGGGACAGAGTTTAATACTTATGACATTCATGTACTTCATGCGGAAGACTTGTCCGAAATTAAAGTACCTAATGCGTTGGATGTTGCTAAAGAAGAAGTGGATTCTAAAGTAATTCAAAAAGCGGATGCGCTGGACATAACAGTTAACATTCAAGGTAAAGAATATAAAACAACTTATCCTACACAAGATGATAACTATTCCGATAAGCTTATTTTTGGGGCTATAAATATTTATTCAATAGAGAATCAAAAAATTGTTGCCACTGTTGCTGGGAATGTTAAACAAATAGAATTTGTCGGTTCCGTTATAATCACTTATAGCTACGATAGTACAAGCAACGAATTTAAAGCTGAGAAAATAGAATTTGATTCTGAAAAGTAA	MKKEIGVFMLVSAVLLSGCGSDDSGSANQGLTGESPSKQVTTQPVQNTNEKEKLITASENKNVKLYAVNETDGEVQGVRVDINGKQKEFDWNIVDTGTKPQLLYTDLTGDGKEEAVILIQTGRGTEFNTYDIHVLHAEDLSEIKVPNALDVAKEEVDSKVIQKADALDITVNIQGKEYKTTYPTQDDNYSDKLIFGAINIYSIENQKIVATVAGNVKQIEFVGSVIITYSYDSTSNEFKAEKIEFDSEK				NA	NA	NA	NA	NA
JZ016_05243	492			hypothetical protein	ATGGCGATTGGTGACAAACTAACTTCGAGAGACCAGCTTTACGGACGTGACAGTGTCGATTTGTTGGCAAGAACACTGTATGGTGAAACGGAAAATGACTCAGATTCACGTGTAGGTGTTGCTTACGTCATTATGAACCGTAAAAATTATACGGGGAAACCTTTTGGTAACCTAAATACGATCGAAGCAGTTGTGCTCCAACAAGGTGCTTTTAGTTGTTTTTGGGATCATAACTTAGCTAAATGTCTTGCGCCAGACACAAGCAGTGCCATATGGAGAAACTGTGTTAACGTTGCTCAAAACCTAAGCAGCTTTAGGAACCCTATTAACGATAAACGTTATTACACAGTAGCCAAGCTCTTTAATTCACTCTCTTATACTTCTGGAGGGAAACTCTGGTATAAAATGCCTGGTGCCAGAGTAGATGTGGTAGAGGTTACTTCGAAAATACAAGTTGGTGACCACATGTTCTTCAACATCGTCGAGCCTTAA	MAIGDKLTSRDQLYGRDSVDLLARTLYGETENDSDSRVGVAYVIMNRKNYTGKPFGNLNTIEAVVLQQGAFSCFWDHNLAKCLAPDTSSAIWRNCVNVAQNLSSFRNPINDKRYYTVAKLFNSLSYTSGGKLWYKMPGARVDVVEVTSKIQVGDHMFFNIVEP				NA	NA	NA	NA	NA
JZ016_05244	393	sigO		RNA polymerase sigma factor SigO	TTGAAAAAGAAAGAGGAAATAAATCGTCGGTTTATCACGTATATGGCCAATCTTATTTACTACAACTCTATTAATTACGACAAAAAGAGACGAATGAAGGAAAACCGATTTCCTCTGATGCTAGACAACAACGAAAATCAAGATTCAGCATTATTTACAGTTTACGATTCAGAATCTGTACCACCAAATTTAAAAGATCACATTACAGATCATCTACTTCATCAAGCATATGAATCCCTCCCAGCACAACAACAAATGATTCTATCTTACGCTTACGTACAAAAACTAACTGACAAGGAAATAGCCCGGAGATTGGGAGTATCCCAACAGAATATCTCGAAACACCGATTAAAAGCGCTAGCTAAATTGCGCCGGTTAATTACGCAAGGGTGA	MKKKEEINRRFITYMANLIYYNSINYDKKRRMKENRFPLMLDNNENQDSALFTVYDSESVPPNLKDHITDHLLHQAYESLPAQQQMILSYAYVQKLTDKEIARRLGVSQQNISKHRLKALAKLRRLITQG				NA	NA	NA	NA	NA
JZ016_05245	987	ssuA_2	COG0715	Putative aliphatic sulfonates-binding protein	ATGCGAAAAATAAGCTTACATTTACTTTTAGCAATTCTGTTAGTGACGTTAGCGGCTTGTGGTAAGGCCGGTCAAGCGAAACAAGCCAATGCTGAGGATGAGGCCGTGCCCATTCGTCTTGGCATACTGCGCAGTGCCCAGCCATTAAGTTTATCCGATGAAGGCGGTCCCCTCTATAAAAGGCTGGAAGCAGCCGGAGCGAAAGTTGAAAAAACCGGCGGTTTCGCCGCCATGTCGCCGGCGATCGAGGCGTTAAACGCCGGTTCGATCGATATCACCATCGGCTCGATTACGGCAGCCATTAGCGCCCTTGTCGGAGGCTCCTCGGAATTCACCATTTTTACGAAGCAGCAAGGCGATCTGCATAATCAAGGCATTGTGGCCAAGCCGGAAGCGGGCATTAAGGGTCCTTCCGACCTTCGGGGTAAAAAGATAGCTGTAAACCGCGGAGGCACGGGCGAATACCTACTATATAAAGCGCTGGAGAAAGGCGGACTCGATGCAAGCGAAGTCGAGATCGTCTATCTTCCGCCAACGGAAGCGGGACCTGCCTTTGAAAGCAGGCAAGTCGACGCTTGGGCGACATGGGGTTCGTTTACGGCCGTGGCGCTCGTCGACTTCGGTGCAGAGCTGGTCATTTCCGCAGGCGACATCGAATCCGAGAACGATACGGTGTATATTGTGCGAAACGGCTTCCTGAAGGAGCATCCTGAGCTCGTCCATGAAGTGTTCGAAGGCTTGAATGAAGAGTCCGCGCTTCTATCCGACGACGTCGATCACACCGTCCAATTAATTCAGGACATCCAAGGCGTCTCCGAACCCGTCGCGCGTCAGCAGCTGGAAGGCTCTTTATACCCGTTTGACCCGATTGATGACACCGTCCGCCAACGTTGGCAAGAGGTGGCCGATTATATGTTTGAAAAAGGGATTATTCCGAATGAAGTGGATGTCCTATCCAATACGGTGGATGTGAGGACGTTGAAGTGA	MRKISLHLLLAILLVTLAACGKAGQAKQANAEDEAVPIRLGILRSAQPLSLSDEGGPLYKRLEAAGAKVEKTGGFAAMSPAIEALNAGSIDITIGSITAAISALVGGSSEFTIFTKQQGDLHNQGIVAKPEAGIKGPSDLRGKKIAVNRGGTGEYLLYKALEKGGLDASEVEIVYLPPTEAGPAFESRQVDAWATWGSFTAVALVDFGAELVISAGDIESENDTVYIVRNGFLKEHPELVHEVFEGLNEESALLSDDVDHTVQLIQDIQGVSEPVARQQLEGSLYPFDPIDDTVRQRWQEVADYMFEKGIIPNEVDVLSNTVDVRTLK	PGPT0003025_1740	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003025-ssuA-K15553	NA	NA
JZ016_05246	1143	ssuD	COG2141	Alkanesulfonate monooxygenase	ATGGCTGTACACAAAGAGAACGTTGAAGTGTATTGGTATTTAACGGCACCGGATGGCCGAAGTCCTTGGTCAACGGAGGGGGCGCGCAAAATCGATTTGCCTTACCTAAGGCAGATTGCCTCGGCTGTAGACCAATTAGGGTTTACCGGCGCATTGCTGGCAACGGGTCCGCATGATACGTGGGTGCTTGGATCATCCCTCATCTCCAGCACGAACAACATGCGTTTTCTGATCGCTGTTCATCCACCGTTGATTTCACCCGTGCTGGCCGCGAAAATGGCGCAAACCTTCGATGATTTTTCCGGAGGACGCGTATTATTAAACATCGTGAACGGAAACACGGCGCAAATGCGCGCCTATGGTTCAACGCTTGGGCATGATGAACGTTATGCCTACACGGATGAATGGATTCAGGTGTGGAAACAAGCGGTGGCCGGGGAAAACCTGGATTACCATGGCAAATATATTACCGCCGAAGGCAAAGCCTTACAGCTCTCCCCCACGCAGAAACCAACGCCGCCCCTGTGGTTCGGCGGATCGTCGCAAGCGGCTCATCTCACGGCAGCCAAGCATATCGATACGTATCTGAGCTGGGGAGAAACGCCACCGCAAGTCGCAGAGAAAATTCAAGATCTTCAAGCTTTAGCTGCAGAGCAAGGGCGTACGATGCGGTATGGCATCCGACTGTATCTGATCGTTCGCGATACGGACGAAGAAGCTTGGCAAGAAGCGGATCGGCTGCTCAAGACGATGGATCCGCAGACCGTGGAGCATATGCAAACCATTCTTCGAAACAGCGATTCGGTGGGGCAGCAGCGCATGCTTCGCAATCACAACGGTCAGATCCCGAAAGACGCGCGGGAGCTCGAGATTTATCCGGATTTGTGGGCCGGGATGAGTCTGGTACGACCAGGTCCGGGCACAACGATCGTAGGCAGTCCGGCAACCGTTCTGGCACGCATAAGAGAGTATCAGGATGCGGGCATTTCAACGTTTATTTTCTCCGGTGTTCCATTGCTTGAAGAAGCTTACCGTGTAGGAGAATACATACTGCCCCATCTATGCGTGAACCGTCAGGCCGCAACCATACAGAAGCAAGAAGAACAGGAGAAGGTTTTCACTTGGGCTCATCAAATCCACTAA	MAVHKENVEVYWYLTAPDGRSPWSTEGARKIDLPYLRQIASAVDQLGFTGALLATGPHDTWVLGSSLISSTNNMRFLIAVHPPLISPVLAAKMAQTFDDFSGGRVLLNIVNGNTAQMRAYGSTLGHDERYAYTDEWIQVWKQAVAGENLDYHGKYITAEGKALQLSPTQKPTPPLWFGGSSQAAHLTAAKHIDTYLSWGETPPQVAEKIQDLQALAAEQGRTMRYGIRLYLIVRDTDEEAWQEADRLLKTMDPQTVEHMQTILRNSDSVGQQRMLRNHNGQIPKDARELEIYPDLWAGMSLVRPGPGTTIVGSPATVLARIREYQDAGISTFIFSGVPLLEEAYRVGEYILPHLCVNRQAATIQKQEEQEKVFTWAHQIH	PGPT0003040_1329	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091	NA	NA
JZ016_05247	900	ssuA_3		Putative aliphatic sulfonates-binding protein	ATGACTCAAAGTAAAGCAGACGTAACCATCGGCGTTCATCCCAATAATCATTCGTTATTCGTATTGCGCCGCTTAGGCTTTTTAGAAGAGATTCTTAAAGACCATAACGCATCCGTTGCCTGGGTCGACTACAACGATGGAGCGAAGACGCCACTGCGTATTGCTTCCGGAGAGATCGACTTTGGAGGTACAGGGTCTACGCCGCCGTTAACCGCGCAGGCTTCGGATATCGATATTGTGTACGTTGCGGTATCTAATCCTCGTACAGCTAGCGGAGCATTGGTCGTTCGCAAAGCAACGCCGGTGCAATCCGTTGCAGATTTGAAAGGGTTGCGCATTGCGCTTTCCGAAGGGTCATGGCATACGAGTTTTCTGGCAACCGCGCTAGATAAAGAAGGCCTTCTTTATGATGATGTCGCTCGAGTTGATATAGGCAATGATGGGGCGAATGCATTGCTGGCCGGGAAAGTGGAGGCTTGGGTCGGCAACGATCCGCAGCTGACGGAGCTGCATAACGAAGGACTCATTCGTACGCTGGTGCCGCTTGAATCCCATATCTCTCATCGTTCCGTATGGTTTGCCAGCCGAGATTTTGCGACGAATCGGCCGCAATTGCTCAAGGCCGTTGTCGAAGCTCTGCAGCAGGCCGATGGTTGGATTCAGGAAAATACGCGCGAAGCGGCAGAGCTGTTTGCCCGGGACCTGCCCCATTGGCCTTCCGTGGATTCATGGGAAGCCGCGCTTCAGCGGAGACCTTGGGGGCTGCAGCCGATTACCGAAGAATTTATAACTGAACAGCAGCGGGTTGCAGATCTGTTAGCACGACAGCATATTTTGCCCAAAGAAATAGTCGTTTCAGAGGCGGTTTTACCTGTCCCCGTAGAAATTGGAGGGGAGTAG	MTQSKADVTIGVHPNNHSLFVLRRLGFLEEILKDHNASVAWVDYNDGAKTPLRIASGEIDFGGTGSTPPLTAQASDIDIVYVAVSNPRTASGALVVRKATPVQSVADLKGLRIALSEGSWHTSFLATALDKEGLLYDDVARVDIGNDGANALLAGKVEAWVGNDPQLTELHNEGLIRTLVPLESHISHRSVWFASRDFATNRPQLLKAVVEALQQADGWIQENTREAAELFARDLPHWPSVDSWEAALQRRPWGLQPITEEFITEQQRVADLLARQHILPKEIVVSEAVLPVPVEIGGE	PGPT0003025_3350	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003025-ssuA-K15553	NA	NA
JZ016_05248	1017	soxB		2'-hydroxybiphenyl-2-sulfinate desulfinase	ATGCCTAACATCGATAACCCGCAAGAAATCGTTAAGGAAATCAGGATTACACGCTGCCCGGTTCCGACAGCAGCCAGTTTGGCCCTTGACCTCGGACTTCTTCAACAGGAGCTTGAAAAGTCCGGATGTACGGCGGCGGAACTAACAAGAAACGCCAATCACGCTTTGCCTCATGCGCATTTTAATCACACCTTGCCTTTCCTGGTGCGAGAAGGAGGGAACATTCCGGCTTTATGGGCGCGCTCCACCGGGAGCGATACGCGGCTGATCGGACTAAGCTGGGTCGATGAATATCAAGCCATCATTACCCTCCCTGACTCGGATATTCAGGAGCCTGGCGATTTGCGTGGAAAACGAATCGGGATTCCTCGTCATCGTTATTTAGAGATTGATTTTCGAGCGGCCCAAGCGCTTCGCGGTTTTCATAATGCGCTCTCGCTGGCGAATCTTACGCTGGATGATGTCAACATCGTTCATCTTGAGGCGGTTCATGAAGGAAGAAGGGATTCATGGAATACCGAAATCGAGGCGCTGCAGCGGCGCGAGATCGATGCCGTTTTTGTCAAAGGAGCTACCGGGCTTGAGGCCGCTCGTACGGCCGCCCTAAAGGAAGTGATCGAGCTCGGGTTCCATCCGGATCCGCTGGTGCGAGTCAACAATGGCGTGCCCCGAACCGTGACGGTCGATACGGCACTGACGGAGCAGGAACATGTTGTAGAACAGATTCTCACTTCTCTGCTTCGCGCCGCGGATTGGTCCAAAGATCATCCCGATGATTTCATTCGGATCGTTACGAAGGAAACCGGCGCTTCATCCGAATATGTAGCATCCGCTTATCGCAATATTTCGCTTCGACCGGCACTACGCGAAGACTATTTAACAGCGCTTGATGCCCAGAGCAGGTTCCTGTTCGAGCATGGTTTCCTCCCGAATCCCGTAAACGTATGGGACTGGATTCTTCCAGAACCGTTAGCCGCGGCTGAATATAACATTGCCAAAGGAGTGTCCCTCACATGA	MPNIDNPQEIVKEIRITRCPVPTAASLALDLGLLQQELEKSGCTAAELTRNANHALPHAHFNHTLPFLVREGGNIPALWARSTGSDTRLIGLSWVDEYQAIITLPDSDIQEPGDLRGKRIGIPRHRYLEIDFRAAQALRGFHNALSLANLTLDDVNIVHLEAVHEGRRDSWNTEIEALQRREIDAVFVKGATGLEAARTAALKEVIELGFHPDPLVRVNNGVPRTVTVDTALTEQEHVVEQILTSLLRAADWSKDHPDDFIRIVTKETGASSEYVASAYRNISLRPALREDYLTALDAQSRFLFEHGFLPNPVNVWDWILPEPLAAAEYNIAKGVSLT				NA	NA	NA	NA	NA
JZ016_05249	696	ssuB_1	COG1116	Aliphatic sulfonates import ATP-binding protein SsuB	GTGAAGCCAGGAGAGTTCATTGCCATCATCGGGCGAAGCGGCTGCGGGAAAAGCACGCTATTGCGCGTGATCGCCGGATTGGAACCATCCACGTCAGGAGACATATGGATCAATGACCATCCGGTTCAGCAAGTACATCCCGAAACTCGGATGATGTTTCAAGATGCGAGGCTGCTGCCTTGGAATAAGGTCATCGATAATGTAGCGATCGGACTTCGAAAAGAAGACCGTCATAAAGCCGAAGCCGCTTTAGAGCAGGTTGGGCTGAGTGCGCGGGCCAATGAATGGCCGTCCGTGCTGTCCGGCGGCCAGAAACAACGAGTCGCCTTAGCAAGAGCGCTCGCCAGCCAGCCAAAATTATTGCTGCTCGATGAACCTTTAGGAGCGCTCGATGCATTGACCCGCATTGAAATGCAGCAATTAATCGAATCGCTGTGGCAGCAGCAGCAATTCACGACCGTCTTGATTACACACGATGTCGAAGAGGCTGTCGTTTTGGCCGACCGCGTGGTGCTCATTGAAGAAGGCCGTATCGCGATGGATCGAGCCGTCCCTTTCCCGCGCCCCCGTCAACGGGGAAATGCCGAAGTGGCAGCATTCATCGATCACATCCTGAAACGGGTCATGGGCATAACCGAAACGGCAAGCCGACATGAAGCAGAAGATCTCCCCTATCCCTTAAAGAAAGGGTCATAG	MKPGEFIAIIGRSGCGKSTLLRVIAGLEPSTSGDIWINDHPVQQVHPETRMMFQDARLLPWNKVIDNVAIGLRKEDRHKAEAALEQVGLSARANEWPSVLSGGQKQRVALARALASQPKLLLLDEPLGALDALTRIEMQQLIESLWQQQQFTTVLITHDVEEAVVLADRVVLIEEGRIAMDRAVPFPRPRQRGNAEVAAFIDHILKRVMGITETASRHEAEDLPYPLKKGS	PGPT0003035_781	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003035-ssuC-K15555	NA	NA
JZ016_05250	783	ssuC_2	COG0600	Putative aliphatic sulfonates transport permease protein SsuC	GTGATGAGAAAGTTTCTTTCCAATCCATTGATCGGAAAATGTTTGCCTTGGGTTCTCCCCATCTTACTAATCGTTCTGTGGTCCATCTTATCCAATCTTGATGTGATATCGAGGAAAATCCTCCCCCTGCCTCAAGACGTTTTATTTTCTTTCAGGGAGTTGCTGTTGTCAGGAGAATTAATCGATCATATCTCGATCAGCTTTCAAAGAGCGTTCATTGGTTTCTTAATCGGCGGGGGGATCGGTCTTGTACTTGGCTTTATGAACGGCTTATCCTCCATCGCTGAAAAATTGTTAGATACCACGATTCAAATGGTACGCAATGTTCCTCATCTGGCGATGATTCCGCTAGTCGTTCTATGGTTTGGCATTGGCGAGGAGTCGAAAATATTTTTGGTCGCGATCGGCGTGTTATTCCCGGTCTACATCAATACCCTGCACGGCATCCGCTCCGTGGACAACGGGTTGATTGAAATGGGGAACGTATACGGGCTGCGCTCCGCTTCGCTCTTTTGGAGAGTCGTTCTGCCTGGCGCACTGCCTTCCATTCTAGTCGGACTACGCTACGCCTTAGGCATCATGTGGTTGACCCTAATCGTATCCGAAACGATCGCTACGAATTCGGGCATCGGCTTTCTGGCGATGAATGCAAGAGAATACATGCAAACCGATATCATTCTGCTGACCATTTTGCTGTATGCCTTATTTGGAAAGCTGGCCGATTCCATCGCTAAGCTCTTAGAGAAGCGGTTCTTACAATGGAACCCGAACTATCAAAAGTAA	MMRKFLSNPLIGKCLPWVLPILLIVLWSILSNLDVISRKILPLPQDVLFSFRELLLSGELIDHISISFQRAFIGFLIGGGIGLVLGFMNGLSSIAEKLLDTTIQMVRNVPHLAMIPLVVLWFGIGEESKIFLVAIGVLFPVYINTLHGIRSVDNGLIEMGNVYGLRSASLFWRVVLPGALPSILVGLRYALGIMWLTLIVSETIATNSGIGFLAMNAREYMQTDIILLTILLYALFGKLADSIAKLLEKRFLQWNPNYQK	PGPT0003030_1997	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003030-ssuB-K15554	NA	NA
JZ016_05251	735			hypothetical protein	ATGGAAGCAAATATAGAAACACTTCTCCGTATATTGGGAGAGCATCATAAAGAGGCCCACGGCATTTCGGAAGCGGGCATTCAGGCTAAAGAACAAAGCCTGGGCTTTTCGTTGCCGACAGAATTGCGGGATTATTATATGGTTTTGGGACGATCCCCGTATATCACCCAAGGGTGCAATAACCAATATGAACCGCTCCAGCTGCAGGACGTGTTCATTCCGGATGATACTTTTTTTACGACAGACAAGGCGTTTCTGGTCTTCTATCAAGTAGAGGAGTCCGTGATCTATTGCGGGATCCGTATTCAGGATCTGGAGGAGGAAGATCCAACGGTCTATTTGTGTGCGTGGAACTTTCCCGACTGGCAGCTGGAAAATCGATCGCTTCAACGTTTTCTCGCTGGCAAGGCACTCGTTCAGTTAGGAGTTGAGGATCGGCTGCCGTATTGGGCCATTTTTGATGAGAGCTTGTGGGACTTATCCGACTACCGTAGATGTATGGGTTTGGAGCGGGAGCATGAGATCGATGAGGGGGCGGAGCTGAACGCATGGAAAATTTACGTAAAGGACGATGTGTTGATCGTATTTGAACTCGACGTATCCGAAGAAGAGACGGATGAACTGTTGGCCGTATATCTGGCGTCCTTTCAGCGAGCAAGTATGGAGAAGCTGCTGAGCGAGATGGGGAAAGTAACCAACTTGCCTGCATTTCGAACGAATTTGTCAGCACAGTGA	MEANIETLLRILGEHHKEAHGISEAGIQAKEQSLGFSLPTELRDYYMVLGRSPYITQGCNNQYEPLQLQDVFIPDDTFFTTDKAFLVFYQVEESVIYCGIRIQDLEEEDPTVYLCAWNFPDWQLENRSLQRFLAGKALVQLGVEDRLPYWAIFDESLWDLSDYRRCMGLEREHEIDEGAELNAWKIYVKDDVLIVFELDVSEEETDELLAVYLASFQRASMEKLLSEMGKVTNLPAFRTNLSAQ				NA	NA	NA	NA	NA
JZ016_05252	660			hypothetical protein	GTGAATATAGAGCTCAATACAGAGGTAAGTAAATCAATAATAACGGCACATGTTCTCAACCGGTGGTCAGGATTCATGGCAATAATAGCGGGGATTCTATATATCGTCATTCAATTTATCCATCCGACAGATGATATCTCTTCTGTGCACACAAACTCTTGGGTAGTGGTGGCATGCCTGACTATGGCTATGTCGTTCTTTAACCTGATCGGAATTACGGGATTCTATGTACGCCAAGCGAAAGAAGCGGGGTGGCTTGGCTTGATCGGTTTCCTTTTATTCAATCTGTTCTGGTTAATCTCATTAATCTTTAGTTTCATCGAAGCATTCGTTTTGCCGTTGTTGACAAGTGATGCTGATAAGTTTGTGGTAGGAATGGTTGGGCTCTTTGGAGGAACAGTCAGCGAGGTTCATCTGGGGATCTTCCCAATATTAGCACCGCTCGCGGGCGTATTGTATATGCTAGGAGGTCTCCTGCTAGGCATCGCCGCATTACGTGCCAGAGTCTTCCCCCGCCCAGCAGCAATTCTGCTGGCTTTCGCTGCTGTAGTGACCTTTGCCGCTGCAATTATTCCCCATCCGTTTGATCGGGCATTGGCGATACCGATGGGCGTTGCTCTGATATGGATCGGATATATTATTTGGTCGGAACGTAAGTAA	MNIELNTEVSKSIITAHVLNRWSGFMAIIAGILYIVIQFIHPTDDISSVHTNSWVVVACLTMAMSFFNLIGITGFYVRQAKEAGWLGLIGFLLFNLFWLISLIFSFIEAFVLPLLTSDADKFVVGMVGLFGGTVSEVHLGIFPILAPLAGVLYMLGGLLLGIAALRARVFPRPAAILLAFAAVVTFAAAIIPHPFDRALAIPMGVALIWIGYIIWSERK				NA	NA	NA	NA	NA
JZ016_05253	870	rhaS_26		HTH-type transcriptional activator RhaS	ATGAACCATCACAGGATAATAGAACAAGCATTGATTCATATTGAGGAAAATTTAGAAACACCTTTATCCGTGTCATCCGTTGCGCTTACTTTCAATATGTCTAAATATTATTTTCATAGGCTTTTTTCTGCCATGATGGGCTGTTCCTTAAATCAGTACATCCTATCTAGAAGATTGAATGCCGCTTTATCACTCATTTATAACAACAACTTGTCATTAACCGATATTGCTTACCAGTTAGCCTTTGGTACGCAGGCCTCATTCACCCGGGCATTCAAACAACATTACGGCGTAGCTCCAAGTTCGCTAAGAGCAGGGTTTAAACCAATCACTCCGACTCCAATACCTACTGTAGTTAAAAGACCATTTAAAAATATTCATGGTGATATCGTCACGGACTTCACACTGACAGAGTTCAAAGAGACCCGAATCAGCGGGATTGCCTTTGAAGTAGACCTAGCCACCGATGATTACAAGCAGAAGATTCACTCCCATTCAACAATGCTGCTGAATCATATTGATGAGAACATAAATGGTTCTTGTTTTGTCATTTATTCAAACTGTCAACCCAATTCAACCCGGTTCAAAGTGCTGTTCGGAATCCCAAGTGACATTCAAATTCATAAACCCTTTTATTTCACGATTGATGTACCGACTATTTTTTGTGCGAGGTTCAACTATTTTGGTGACCTGCTTGATATTGGAGAAGTGCTCAAAACAGACTATGCAAGATTCTTAAAGATTTCCAAGCAAGAGTCCGATCAATCGGATATTGAACTTATCCAAGTTTTTAATGACGTCCACAATCTGGATTCAGCCTACCATATCTATGCCCCCATCAAGAAACTTCCTGACGATCTGGACATTTAA	MNHHRIIEQALIHIEENLETPLSVSSVALTFNMSKYYFHRLFSAMMGCSLNQYILSRRLNAALSLIYNNNLSLTDIAYQLAFGTQASFTRAFKQHYGVAPSSLRAGFKPITPTPIPTVVKRPFKNIHGDIVTDFTLTEFKETRISGIAFEVDLATDDYKQKIHSHSTMLLNHIDENINGSCFVIYSNCQPNSTRFKVLFGIPSDIQIHKPFYFTIDVPTIFCARFNYFGDLLDIGEVLKTDYARFLKISKQESDQSDIELIQVFNDVHNLDSAYHIYAPIKKLPDDLDI				NA	NA	NA	NA	NA
JZ016_05254	477			hypothetical protein	TTGATACAAGATATTTTGCAAAAAGTAGAGCATATTCCAGTTCTTTATCAATTTATAGCTGTGTTCGCAATCTCGTTTATCCCTTTCCTCGAGGCTCATGTAGCGGTGCCTGTGGGAGTGCTGCTGAAGCTCCCGTTCATTCCAATTGCTGTTCTGGCCATCTTGGGCAACTGGCTTTCGGTCTTGACCGTAATCATTTCCTCTTCATGGATCAAATCCAGATTTTTCAATGATAGAAGCGATAGTTTTGTTTATCGACGTTTTCAAAAAGGTAAAGTGTATTTCAATCGATATGGCGTTCCTGGCATTTCCCTATTAGGGCCGATCATTGGGGCTAACCATATAGGCGCATTAATTTGCACGATGGCCAATGCGGATAAGAAAAATATCATCATTTGGCAGACCATTAGTATTATCTTGTGGGCGGTAGGGTCTGGGCTGCTTATTCATTTTGGGAGAGAGTACTTGCTTAGATAG	MIQDILQKVEHIPVLYQFIAVFAISFIPFLEAHVAVPVGVLLKLPFIPIAVLAILGNWLSVLTVIISSSWIKSRFFNDRSDSFVYRRFQKGKVYFNRYGVPGISLLGPIIGANHIGALICTMANADKKNIIIWQTISIILWAVGSGLLIHFGREYLLR				NA	NA	NA	NA	NA
JZ016_05255	729			hypothetical protein	ATGTTAGATCAAATGATGACTATCGGACAATTATCGAACCACACTGGCGAATCGGTCAGAACGTTAAGATACTACGACAAAATCGGCTTGTTAACACCCAGCGATTACAAGGATGGCGGACACCGGCTGTACAGTAGGGATGACTTGGTACGTCTCCAACAGATTCAGGCATTGAAATTCATAGGTTTTTCGCTGAAGGATATTGCGAACATATTGCAGTATGCCCATATCGAACAAGAGCAGATCAAAAGCACGATACAATTCAAAAGAAAACAGCTCACTGCGGAGCTAGAAAGAATACAGGATATGATCGACCAATTAAATCATATGGATATGATCATTTCAAATGAAAACTCAGTGGATATCAGATCCTTTTGCTTTATTATGCACTCCATCCTTTGGGAAGAAGAGAATCTGGATGAAAACAAACGGAACCTGTATAAAATCTATAACTTTCGAGATCCAGAGCGATTCAAGCTCGACCAAGAGTACTATAGCTTATTCTCAAGAATTAGACACTTAGTCATGTCCAAGACAAGTCCTGAATCTGAAGAAGCGCTAGAATGTATGAGGAGATTGATGTTTCTCCATAAACAAACACTAATCAAGATGGCAAAGCTTCAAGAAGATGCTCCCGAGGCTGAAACATTCAATATATTGGATCCATTTACCGATGAGGAAAAAGTCTTCATCAAGGATGCCATGCGCATGATGTCGGAGTCGGAGTAA	MLDQMMTIGQLSNHTGESVRTLRYYDKIGLLTPSDYKDGGHRLYSRDDLVRLQQIQALKFIGFSLKDIANILQYAHIEQEQIKSTIQFKRKQLTAELERIQDMIDQLNHMDMIISNENSVDIRSFCFIMHSILWEEENLDENKRNLYKIYNFRDPERFKLDQEYYSLFSRIRHLVMSKTSPESEEALECMRRLMFLHKQTLIKMAKLQEDAPEAETFNILDPFTDEEKVFIKDAMRMMSESE				NA	NA	NA	NA	NA
JZ016_05256	225			hypothetical protein	ATGAAATTAACCACAAGAAAAGAAAAAATGACGGTACAAATCATGCTTGGGACTTCTCTGGTTCTAGGGTTGCCCCAGTGGTTTAAGTATACGTTTTTAATGATTGAAACCTTCATCATATTGTATGCTATGTTTTGCATCGCTCTTCAGAAACCTTATCATTATCCGGCAATACCTTACATCAAAAATAAAGAGATCCATCGAAATGAGGCGCTAAAATGTTAG	MKLTTRKEKMTVQIMLGTSLVLGLPQWFKYTFLMIETFIILYAMFCIALQKPYHYPAIPYIKNKEIHRNEALKC				NA	NA	NA	NA	NA
JZ016_05257	426			hypothetical protein	ATGGATTGGAATTACTACGATACATTTATTACCGTTGCTGCAGATTGCCCTGTTGAGACTGGAACGCAGCCGCCGGACAAGAAAGATGGAAAAACCAAGCCGGGCATCGAGTTTGAGTTAATCACGAATAATCCGTACGCCTATACCCAGGAGGAGCTCTTGTACGAAGTGCATATCCGGCACAAAAACATTCCGGAGACGGAGTTAGCCGAGAGAGGGAGCCAGATTCGAGACGAGTTTTTTAGGAAGCCGCAACCATGCTTGAGAGCATCGATGCTCCCGAAGAAATACGGGTGGGGGATTCATTTCAATGCGAAGGGGCAAATCGCGATCGTTCCGGTGGAATCCCCCGACTATCGGCGCTTCGTGGAAGGAGCCAACGGGAAGGTGAAGCTGCTCGCCGCCATGAGAAACAAGAAGAAGTGA	MDWNYYDTFITVAADCPVETGTQPPDKKDGKTKPGIEFELITNNPYAYTQEELLYEVHIRHKNIPETELAERGSQIRDEFFRKPQPCLRASMLPKKYGWGIHFNAKGQIAIVPVESPDYRRFVEGANGKVKLLAAMRNKKK				NA	NA	NA	NA	NA
JZ016_05258	1032			Zinc-type alcohol dehydrogenase-like protein	ATGGTGGAAATGAAAGCCGTAGGATTGTATAAATACCTTCCCATTCATCATTCAGAAAGTCTGATCGATATTACAATACCGAAGCCAAAAGCGGAAGGACGCGATATTTTAGTTAAAGTCAATGCAATCTCGATTAATCCGGTTGATGTGAAAGTAAGGGCGCCTAAAGATAAACAAGAGGAAACACCAAAGATTCTTGGATGGGACGCCTCAGGTATTGTAGAAGAAGTTGGGGAAGATTGTAAATTATTCAAACCAGGTGACCAGGTTTATTATGCAGGAAGTATTACTAGACCAGGAACATATAGCGAATATCATTTAGTAGATGAAAGAATCGTTGGTAAGAAACCTGAAACACTTAATGATGCACAAGCAGCTGCATTACCTTTAACCGCCATAACCGCTTGGGAAGGATTATTTGAACGATTAGGTATCGACTTGAACAATACACAAAAAAATAAAGAACGTTCTATTTTAATTATAGGTGGCGCAGGTGGAGTAGGTTCTATAGCTATTCAACTGGCAAAGTTAGCAGGATTAACGGTTATCTCAACAGCTTCCCGACAAGAATCAATAAATTGGTGCAAAAAACTTGGTTCGGACTATGTGATTAATCACTATAAACCTTTTGTTGAACAATTGGAAGAAATCAACTTGAAAGGTGTTGATTATATCTTTTGTTTAAATAATACGGATCAACACTGGGATCAAATTGCGGCTTCTATACTTCCACAAGGCAAAATTTGTTCGATTGTTGAAACAGCTGAGAAACAAGATTTAAATGTACTCAAGAGTAAAAGTGCTACCTTTGTTTGGGAATTTATGTTTACGAGAGCCATGTTTCAAACAGAAGACATGCAAGAACAACATCAATTACTTTCTGCCTTATCAGAATTTATCGATCAAAAAAGAATAGTAACGACCCTAACCGACGTACTTAGACCGATTAATGCTGAAAATCTAAAAAAAGCCCATGGAATGGTTGAATCCGGGAAAATGGTTGGGAAAGTTGTTATCGAACATTTCGAATAA	MVEMKAVGLYKYLPIHHSESLIDITIPKPKAEGRDILVKVNAISINPVDVKVRAPKDKQEETPKILGWDASGIVEEVGEDCKLFKPGDQVYYAGSITRPGTYSEYHLVDERIVGKKPETLNDAQAAALPLTAITAWEGLFERLGIDLNNTQKNKERSILIIGGAGGVGSIAIQLAKLAGLTVISTASRQESINWCKKLGSDYVINHYKPFVEQLEEINLKGVDYIFCLNNTDQHWDQIAASILPQGKICSIVETAEKQDLNVLKSKSATFVWEFMFTRAMFQTEDMQEQHQLLSALSEFIDQKRIVTTLTDVLRPINAENLKKAHGMVESGKMVGKVVIEHFE	PGPT0013255_1210	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
JZ016_05259	378			hypothetical protein	ATGCGCAATCGAAAAAGTGGTTACGGAAAGTGTACGGATGGTCTTCAGCATGCTTGCCCCGTAGAGGTTACGTTAGATGTAATTGGGGGTAAATGGAAGGGTGTCATTATTTATCATTTACTTAACGATACGCGTAGATTTAATGAGTTTAGACGATTGGTTCCAGGGATTTCTCAGCGGATGTTGACTTTACAATTGAGAGAGCTTGAAAATGATGGGATTATTCATAGAGAAGTGTATAATGTCATTCCTCCAAAAGTAGAATATTCCTTAACACAATTTGGCCAGACATTGTCCAACATCATTATCCAGATGAGAGAGTGGGGTGAAATATACGCTGAGCAAGTACAAACGCAAAAAACGAAAACATCAATATAG	MRNRKSGYGKCTDGLQHACPVEVTLDVIGGKWKGVIIYHLLNDTRRFNEFRRLVPGISQRMLTLQLRELENDGIIHREVYNVIPPKVEYSLTQFGQTLSNIIIQMREWGEIYAEQVQTQKTKTSI				NA	NA	NA	NA	NA
JZ016_05260	1353			Nucleobase transporter PlUacP	GTGAATACACAAGCAGACAAGCAAAATGACGAGCAAACGAAGTCACAGCATTTAACGGTACCTCCCGACGGCAAAATATCATTCGGGAAATCCGCCATTCTCGGTTTACAGCATGTCGTCGCGATGGACGTCTATGTCGTTCCTTTCCTGATTGCCATGTTAATCGGCTTAGCGCCCAATCAGTCCAGCGCATTGATTCAATCCACGTTTATTGCGGCAGGGCTTGCCACGATCGTGCAAACGTATTTCTGTATGAAGCTGCCGATGGCGCAGGGCCCATCCTATGTTCCACTCGGCGCGATTGTCGCCATATATGCCGCCAGCGGCGGTGGAGAGATGGGTTGGAGTTCCGTGCTGGGCGCGAGCTTGATTGGCGCGATCCTCGTCATTATTTTGGGATATACGGGAGTTTTCAATAAAATCGTTAAATCCTTCATCCCGCCCATTGTCGGGGGCACGATCATCTTCATTGTCGGTCTGTCGTTATTGCCTGTTGCGATTCGAGACAATATCTACGGCGCCACGGACGCCACCATCAATCAGAATGTGCTGCTGGCCCTGATCTCAGCGGCTGCACTCATCCTGTTCGTCATCCTGGGTTCTCTGTTCCGAACAAGAGGCGCGATATTCCGCGTTACGTCCGTGATGGTCGCATTAATTATCGGATGTATCTCCGCCAACTTTATGGGTGTGCTGGATTTCAGCGCTGTTGCAAACGCCAAGTGGTTCAGCATGCCGCAGATTCCGTTTAAGGATTTTGGCTTTTCGTTCGACTTCTCGGCGATCATCACCATGGTCATCATTTACCTCGTACTGCTGGCGGAAACAACGGGTACATGGTTTGCCATCAGTAACGTCATCGATAAACCGTTAACGGATAAGAACATTAACCGAGGGGTGATTGGCGAAGGGATCAGCTGCCTGATTGCTTCAGGACTCGGCTCCACGCCGGTTACCGGCTATTCCACGAATGCAGGCATTATCTCCATCACGGGTGTGGCCAGTCGCCGGGTCTTCCTGGCGGTAGGCGGATGGTTTGTCCTCTTCGGCTGTTCCGGCAAATTGGCCGCGCTGATCTCCTCGATCCCAACCGCGGTCATCGGCGGCGTATTCGCCATCGTCTGCGGCATCATCTCGATTAACGGGATCCAGGTCATGAAGAACGTGAAAATCGGGGAAAAAGAAATGTACATTATTGCTATTCCGATGATTTTGACGTTAGCGTTAGTGCTCATTCCTAAAGATTTCTTGTACACACTGCCTACGTTCGTGCAGTATTTACTCGGATCACCGATTCTGGCTGCTTCGCTTGCAGCGATCTTGTTGAATAAATTGCTGCCTAGTGCGAAGTAA	MNTQADKQNDEQTKSQHLTVPPDGKISFGKSAILGLQHVVAMDVYVVPFLIAMLIGLAPNQSSALIQSTFIAAGLATIVQTYFCMKLPMAQGPSYVPLGAIVAIYAASGGGEMGWSSVLGASLIGAILVIILGYTGVFNKIVKSFIPPIVGGTIIFIVGLSLLPVAIRDNIYGATDATINQNVLLALISAAALILFVILGSLFRTRGAIFRVTSVMVALIIGCISANFMGVLDFSAVANAKWFSMPQIPFKDFGFSFDFSAIITMVIIYLVLLAETTGTWFAISNVIDKPLTDKNINRGVIGEGISCLIASGLGSTPVTGYSTNAGIISITGVASRRVFLAVGGWFVLFGCSGKLAALISSIPTAVIGGVFAIVCGIISINGIQVMKNVKIGEKEMYIIAIPMILTLALVLIPKDFLYTLPTFVQYLLGSPILAASLAAILLNKLLPSAK				NA	NA	NA	NA	NA
JZ016_05261	1365	guaD_2	COG0402	Guanine deaminase	ATGAGTAAATATATGTTATTATTTCAAGGGACTTCTTTTTCAAGCAAATCTCCCAAAGAAATTCAAGTATTGAGAGACTATCTTTACTGCATCAACACGGGCGGCATGATTGAGCGAGTCGTGGCACCGGAAGACGCCGACTATCAATCCTTGCTGGATACGTATCAAGGCACGGACAGCTTTCACCGACTAGAGGAAGGACAGTATTTCCTGCCTGGCTTTGTCGATTTGCACGTTCATGCCCCGCAATGGGCTCAATCCGGAACCGCATTGGACATTCCACTCTACGATTGGCTGAATACGTATACGTTCCCGCTGGAATCCAAATTCTCCGATCTGGCGTTTGCGCAACAGGTTTACGACGATGTGGTAAGTACCCTGCTGGCCAACGGAACAACGACGGCGCTTTATTTTGCCACGGTGCATAAAGAAGCCAGCTTGTTGTTAGCCCAAATCTGTGCGAACAAAGGCCAGCGCGGACTTGTCGGAAAGGTTGTCATGGACGATCCCGAGCAGAATCCGGATTACTACCGCGATGCGGACACATCCACGGCACTGGCGGATACGGAGGAATTTATTATCGCTGTACAGGAACTCGCCAAGACCACCAAACAAGGCGTGTATCCCGTCGTGACCCCACGCTTTATTCCAAGCTGCACCGATGAGGGGCTGAAGGGGCTAGGCGAGCTGGCAGCCAAATACGACACGTATGTGCAGTCCCATTGCAGCGAAAGCGATTGGGCGCACGGGTATGTGAAGGACCGGTTCCAGAAAAACGATGCGTTTGCCCTGCATGATTTTGGCCTGCTGCGCGATAAATCGGTCATGGCTCATTGTAATTTTCTCGATGATCAGGATGCCGAATTGTTCGCTGACACCGGCACCGCGATCGCGCATTGCCCGATATCCAACGCGTATTTCGCCAACAGCGTCATCCCGGTCGCCCGCTTCCACGCCAACAATGTCGAGATCGGTTTAGGCTCGGATCTATCCGGCGGCTTCTCACCGAGTCTCTTCGATAATATAAGACAGGCCGTAATGTCCTCGAGGATGCTGGAAGATGGCGTGAACACCTCCCTTCCTGCGGAAGCTCGCGGCGTGCCCGAGTCGCGGATTACGGTCCATGAGGCATTCTATCTGGCCACGGCCGGAGGCGGTGAAAGTCTGAGCCTGCCGATTGGCCGCATACAAGAAAACTACGCATGGGATGTGCAGGTGATCGATACGAGACTTCCATCCGCCAAGCTGCCGATTTTCGATGAGAATGAAGACACACAAGATATTTTTCAGAAGATCATGTATCTGGCACGTCCTGAGCATATCCGCGAGGTGTGGGTACAAGGGGAAAAGGTTCATACGCGTTAA	MSKYMLLFQGTSFSSKSPKEIQVLRDYLYCINTGGMIERVVAPEDADYQSLLDTYQGTDSFHRLEEGQYFLPGFVDLHVHAPQWAQSGTALDIPLYDWLNTYTFPLESKFSDLAFAQQVYDDVVSTLLANGTTTALYFATVHKEASLLLAQICANKGQRGLVGKVVMDDPEQNPDYYRDADTSTALADTEEFIIAVQELAKTTKQGVYPVVTPRFIPSCTDEGLKGLGELAAKYDTYVQSHCSESDWAHGYVKDRFQKNDAFALHDFGLLRDKSVMAHCNFLDDQDAELFADTGTAIAHCPISNAYFANSVIPVARFHANNVEIGLGSDLSGGFSPSLFDNIRQAVMSSRMLEDGVNTSLPAEARGVPESRITVHEAFYLATAGGGESLSLPIGRIQENYAWDVQVIDTRLPSAKLPIFDENEDTQDIFQKIMYLARPEHIREVWVQGEKVHTR	PGPT0021515_419	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021515-guaD-K01487	NA	NA
JZ016_05262	441			hypothetical protein	ATGAAGCACTTTTTAACGATCATGCTGCTCTATATGGCGGCTCTATTAACAGGCTGCGATAAGGAACCCGGCTGGGAAACGATGCAGCTGCTGGACGAGAAGGTTGTCGAAATTCGGATTTCGGCATTTGAGTCATGGGACGAGATGAACGGGGATACACTGGTTTCTTTCAAGGAGGCGAAGGCTGTAAGCGCATTTGAGGAAGCGATCCGTACGGCTCGCAAGCAACCAGATGCTGCCAAACGAACAGACCCGGATTACGACGTGATGGTTATCTATGATCAGCAATCCCCGATTCACGCCATTAAGCTGTGGTTGGGGGAAGAGGGTCAGGAAAGTGTGTTTAGCTACGGTTTCAAAGATTGGGGAGAAGATGTATATGTGGTTTCCGCCAAACATACGGATCGGATGAGAGAACTCATTTTGCAAGAGGGGCATTAA	MKHFLTIMLLYMAALLTGCDKEPGWETMQLLDEKVVEIRISAFESWDEMNGDTLVSFKEAKAVSAFEEAIRTARKQPDAAKRTDPDYDVMVIYDQQSPIHAIKLWLGEEGQESVFSYGFKDWGEDVYVVSAKHTDRMRELILQEGH				NA	NA	NA	NA	NA
JZ016_05263	753			hypothetical protein	GTGAAGAAGAAGACCAACAAGTTAAAATATATGGCTGGAGCATTTCTTGCCGGAGCCCTGCTGTTTACAGGTATTTTGTTCGCTGCTGGGAATCCCGAAGGAACTTTAGCTGCGATTAAACACACGATGTCTAAAATAAGCTACTACGTGAACGGCAAGGATAACTCCACCGCTGACGGACCATTTGCGCAACAAGGGACGGCGGCCTCGGATTCCGAGACTCCTACCGGCAGCAGCGATGTACCCGCTCGCATGGTTTCGGATCCGGTTAATCAACCCGTGTTCTGGGACCAGGCTTTCAGGAAGGAATCTCTGGGGCATCTTGAAGTCCAGCTGTACAATGCGGCGGGGGAGTCTGCCGGTTCCGCTATCTTGGAGCAGATCAATGACGGGGTGAAGGTGAAGATCACAGCATCGGGCCTTACACCAGGCAAGCATGGGTTCCATGTACATGAGAACACGATCAAAGATAGGGATTTCAAGTCTGCCGGTGGGCATTTTAATCCGACCGACAAGCATCATGGACTCAAGCATCCACAAGGAAGCCATGTTGGCGATATGCCGAATCTGGTCGTAGGCGCAGACGGCACCGTGGAAGCGGAGACGATCATTCAGCATGGCACCCTTGAAAAGAACCAGCCAAACTCAGTGCTCGGACGCTCGCTGATCATTCATGCCGACGAAGATGACGGCGTAACCGATCCATCGGGCAATTCCGGCGACCGGGTGGCCGGGGGGAATATTCCGGAGTAA	MKKKTNKLKYMAGAFLAGALLFTGILFAAGNPEGTLAAIKHTMSKISYYVNGKDNSTADGPFAQQGTAASDSETPTGSSDVPARMVSDPVNQPVFWDQAFRKESLGHLEVQLYNAAGESAGSAILEQINDGVKVKITASGLTPGKHGFHVHENTIKDRDFKSAGGHFNPTDKHHGLKHPQGSHVGDMPNLVVGADGTVEAETIIQHGTLEKNQPNSVLGRSLIIHADEDDGVTDPSGNSGDRVAGGNIPE	PGPT0013181_101	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013181-sodC|sod1-K04565	NA	NA
JZ016_05264	468			hypothetical protein	TTGATCATTCAACTGGGCGATTTTGAGGTGGAATCTGGACAATTGGTTGTCGCGGACCCTTGTTATGAATTGGATACGAACATTATTATCATGGGTGTGCTGGAAGCCGCATTGAGTGGAACGTGGGTAGGAGAAGTAGAGAAGGTGGAGATTCCGGACTGGGGCGAAGCCAACGCCAAGCTAACGGCTTACCATCACTCGGCAGCTGAACAGGGGGCATTCCTGGAATGGATCAAGTGTCCTTTTATAGCTGGGGTGGATAGCGGGCAGGCCGGGATTTTTGATATTCAAAAGTATACCGAATTCCTGACGCTGATGCGACATCAGATAGCTCGGATACGGATAGTGCTTGGTATCTTGCATGCTGCGACATCACCGACAGCGGAGAAGAAGCGGGTGTCCTGGATGGAGGCGTCGTATCCCGGACCGGCATTGGCGATGGTGCATATGGCGTGTATAAGGCCGTGA	MIIQLGDFEVESGQLVVADPCYELDTNIIIMGVLEAALSGTWVGEVEKVEIPDWGEANAKLTAYHHSAAEQGAFLEWIKCPFIAGVDSGQAGIFDIQKYTEFLTLMRHQIARIRIVLGILHAATSPTAEKKRVSWMEASYPGPALAMVHMACIRP				NA	NA	NA	NA	NA
JZ016_05265	408			hypothetical protein	ATGAGTCAAACCATTAAAGAGATTTATTCATTGAATCCAAACAATCAGAATCATGAACCCGAGTATGCATTGGATAAATGGTACGATAGTCTAATTAATAAAACAGCGGACGAGATTGATTTGGAAGATGTTTCAAGGATGTTATCTCAGAATGTATTCATTGACCTTGGCATAAAAAGGGCGATGGAAATTTTATCGGAGGATCCGATTGCTGGGGGGTTTTATGATGGTCAATTGCTGGAGTTACTTAGTGCTGTCGATTTAGATGACTTTAAAGATTTGTCTCAGCTTAAGCTTCTTCTACAGAAGATTAATAACAATGTTTCAAATTTAGATTGGTCTAGTGAAGAAGATCAGATTGAGTATAGTGAGTTATTAACCAATTTTATGAATAAGATTAATTTGTAA	MSQTIKEIYSLNPNNQNHEPEYALDKWYDSLINKTADEIDLEDVSRMLSQNVFIDLGIKRAMEILSEDPIAGGFYDGQLLELLSAVDLDDFKDLSQLKLLLQKINNNVSNLDWSSEEDQIEYSELLTNFMNKINL				NA	NA	NA	NA	NA
JZ016_05266	1989			hypothetical protein	GTGAAAATAAAGATTGAACATGTGTTATTTTTGGCTGTTAGTATTGTTTTGGTTGTTATCTTAGGCGGGTGTAGCAACGACAATGAGTTAACTATTGATCAAGTGGACGTTGTGGCCAAGGTAATGGCGGACGGGGACTTATATGTGGAAGAGCTATTCACTTACACAGTACAAGGAGAGTATGAAAGAATTCCTAGATATATGGACAATTTCGGGGGAGCGAATATTGAATTTTTTGAAGCTTATGTAGCACCGAATGACCGAGAGCTCGGTAATCTTGGTTATGTTAATTTGGAGCGTTATCCGGTCTATTTAAGAACTAAATCAGGTTCTTATTACATCGAATTACAAGCTAAAGATGAAACGAGGCAGATCTATTATCGCTATAGGCTTGATCGAGAAGCTGTGAAATATGACGATCGTGGAGAGCTGGATTGGACTGTACTCAAAGATAACAGGTTTGATCATCACAACGTAACCGTTAGGGTTTATACAGAACAGCCTGCAAAAGAGAATTTATCCGGATATGCCTACGATCGCTCAAGAGGCAGCTTGACGGAAATAAACAATCGTTGGATTAGATACGAAAATGCCCTATTACCCGAAGGGGATAGTGCGAGGCTGAAGTTGTATTTCCCCCCAGAGGTGCTGACGGAGAGGGAAACAGAAGAGCCCTCAGCCTCACTCTCGGAACGACTGTTAGATGAACAGAAGCTTCAGCAGAGATTCGAAAAGCGTGAACATTTACTGAAAGCGGGTCAACATATCAGCCACTGGCTGACCTATGTAGCCATAGCGGGTATCGTCTATTATTCCCTTTCGCTGCGTAGGATCTCATCCTGGTGGAGTGGTAGGCGGATCAGCTTCGAAGATCTCGCAGCGATGGATCCAATCGATCTGATTTACCTTTTCCGGAAGGGAAAGCTCCGACTTGCAGATGGGCTGGCCGGTGTATTTTCGCTGCGCCGTAAAGGCATGGTGAGTGTTTCATTAGTGCCATCAGATATGCGATTCCAGGAAGATTCGAGAGCGCCGAAGAGGCTTCCAGAGTTTACATTCAAGGGTAATCGTACAGCCCTGAAAAAACCAGACCGTTATTTGCTTGGTTGGCTGTCTCACGGTACGACTATCCTGAACTTGGAGAGAATTTCTGGCCCTACGAAAACAGAGCGCAGAAATAAAGCGACTATGGGTAAATACATAAAGCGGATGAGAAGTCTTAAAAAGGGACTCAGCCGTTGGCAGGAGCTTGTGGAGACTGAGAATAGCAAAGGGATCATGTACAAGGAATACGCGGCGAGAAAAGTCATCATACCTGCTCTAGCTCTCATACATCTGGTTTTGCTCATCTATCTGTACATTGCAGACGTAACGCCTTGGGGATGGGTAGGAGTATTGGCCATTATTTTGGGCGGCGGACTCATATTGGCTTCTTTTCGCTGGCGCCTCAAAAGATACATCATCATCTTTTTGGTCGTTTGCTTTTTCGTTGCAGCTCCAATTTTGTATGATCCACTGGTCGACGAATACTTGAACTTCGTAATTCTTTCATTTTTATTTGTTGGTTTTTTACCCCGAGGAGCATTAGATCAGCGTTCGGCAGCTTACCTAAGCGCTATAAAGCGGTATCGACGGAAACTGGCAAGAGGCGGACATGGCAAAGGCAGGGGTGAATATGACCGTAATCGGCTTGAAAAGATGAGAGAGGATGCGCTATTGCTTGGTGTAGGAGAACGTTTTATGAGAAAGGTAAGCAAAGAAAATCCGAATTTTATTTTCTCAGAGGCTTCTTCTCTGTTCGATAAAGATGTGGATACTGCTATCGATTATGTCTTTATTCAATCTTGGAAAGGAATATCTGATGGAACATCTTCCGGGAGGAATAGCAGTAATGGTGACGGTGGAGCAGACGGAGGGAGCTCATACGACTACAGTAGTGACGGTGGCTATGATGGAGGTTCTGGAGATGGTGGTGGGGGAGGAGATTGA	MKIKIEHVLFLAVSIVLVVILGGCSNDNELTIDQVDVVAKVMADGDLYVEELFTYTVQGEYERIPRYMDNFGGANIEFFEAYVAPNDRELGNLGYVNLERYPVYLRTKSGSYYIELQAKDETRQIYYRYRLDREAVKYDDRGELDWTVLKDNRFDHHNVTVRVYTEQPAKENLSGYAYDRSRGSLTEINNRWIRYENALLPEGDSARLKLYFPPEVLTERETEEPSASLSERLLDEQKLQQRFEKREHLLKAGQHISHWLTYVAIAGIVYYSLSLRRISSWWSGRRISFEDLAAMDPIDLIYLFRKGKLRLADGLAGVFSLRRKGMVSVSLVPSDMRFQEDSRAPKRLPEFTFKGNRTALKKPDRYLLGWLSHGTTILNLERISGPTKTERRNKATMGKYIKRMRSLKKGLSRWQELVETENSKGIMYKEYAARKVIIPALALIHLVLLIYLYIADVTPWGWVGVLAIILGGGLILASFRWRLKRYIIIFLVVCFFVAAPILYDPLVDEYLNFVILSFLFVGFLPRGALDQRSAAYLSAIKRYRRKLARGGHGKGRGEYDRNRLEKMREDALLLGVGERFMRKVSKENPNFIFSEASSLFDKDVDTAIDYVFIQSWKGISDGTSSGRNSSNGDGGADGGSSYDYSSDGGYDGGSGDGGGGGD				NA	NA	NA	NA	NA
JZ016_05267	3336			hypothetical protein	ATGAAAAAAATGTCCATCGTGCTGGCAGTAACGCTCATTTTTTCGATGGTGCTTGCTCCCTTGGCTTCCGCTCAGCCCGTGCTCCGGGCTGGAAACGACTCGGTTCCGGCCGAAACGGACGGTTGGGTGTGGGTCGGGACCGCAGAAGAACTGGCTTATATCAATCGGAATCAAGCGTCTTACCTGGATCGGAATATCCGATTGACCGGCGACATCGATATGACCGGATACGATTGGGTACCCATAGCCGATGAAGCGACCGTCTTTAGCGGTATTTTCGACGGAAGGGGACACCGGATCGAAGGTCTCACCATCGATGGAGGAGCTCTACAGTATGTCGGCTTCTTCGGCCGCGTATCGGGGGCCATCCGTAATCTAAGCATTTCCGCACAAGTCAACGGCGGCAGTTATGCCGGCGGATTGGTGGGACACCTGATAGGCGGCAGCATTCTCAACTCGCATTCGCAGGGCACCGTTACGAGTGGCAATACGGTTTCCGTGAGCGTAGCAGGCGGGTTGGCCGGGGCAGCCAATGGCGATTCGACCATTCTTCGCTCATCTTCATCCGCTGCCGTCAAAAGCGGCGATGCCCCCAATCAGTATGCCGGCGGGCTGGTCGGTTCACAGGGATTGGGCAGCATCAATGATTCGTATGCCACCGGAAGGGTCACGAATACGGAGAGAGGTCAATATTTCCATGGGGGCGGATTGGCCGGACAAATGATATACGGAACAATAGCCAATAGTTATTCTACAACTGCAATCATGAAATCCGGAAGCGTCACCTATTACACGGTGGGCGGTTTTATCGGAATCGTGACGCATTCATCCATCGACGCCTCATATTACGATAACACGACATCGGCCCAAACCGCTGGCGTGGGCGTTGGGGATATCATAGGCTCACCTCAACTCACAGGCCTAACCACCAACGAGATGAAGACGGCCTCCAATTATGGCGGCTGGGATTTTGCGAATATGTGGGCCGTCCACACTGGCGTCAATGGGGGCTATCCGTTTCTGCGCCCGGATATTTTAACAATCGATCTGCCGCGGGCGGCCAAGGACGCTCCTTATTCGATGGTGATAGATGCTTTCGACGGCGCAAGTGGGGGCTTGTCATGGAGCGCCTCCGGACTTCCCAGTGGCCTATCGATGACTGCCTCTGGCAGAATCGAAGGCAGCGCTACGGTGAGCGGCGCGTTCCCGGTAACGGTCTCGGCGACCGATGCGGGCCGGAACACCGTCAGCGCGGTATTGACTCTGTACGTGGATGAACCGGCACAGGACATCGACAGGCTTACTATTAGTCCAGGCAGAGCGAACGGTTCGACGAGCGCGACGGCAGTTCCAGGCGATCCTGGGCATACATTCGCTTATCTGCTCGAGAAGGATGCGGGGATGCGTCCTCTGGTGGGTGATGCGCTGCCTGGCGAAGCGGTCTTGTACTCGCTCGGAGCGGACATTGTGGATCCAATCCCGGGTCAATATCTCCAGGTGTTTGAACTGGATGTACAGAAGCGCATTCAGGCATGGAGCAGCGTACAGGTGGAAGCCGCACATATTCGAGACCAAGTCCGCGTGACGGGAGTGACGCTGGATCAGACGGCATTGACCCTTGCGGCAGGAGGTGCTTCACAGAAGCTGACAGCCGTCCTTATGCCCGTGAATGCGTCGAATCAGACGGTAACCTGGAACTCCAGCGATCCGGCCGTCGCTCAGGTGGATCAGAACGGTGAGGTGGCGCCGATTGCAGAAGGTACGGCGGTCGTTACGGTGACGACCGTCGACGGAGGGTTCACGGCCACCGCAGCAGTGACGGTCCAGTCGGTTCCAGTGGACACGGGGACGGTGATCGGCGCAGTCTACGGTACAGGGAATACGCCTCTGGTCGGTGCGGCGGTATCGGTGGGCGGAATCAAGGATATGACCGACGCCGAGGGGAGATTTACAGTGAATAACGTAGCGGCAGGCAGCCATGCACTCACGGTGACAGCAGCGGCGTATAACGATTATACGACAACCGTAAATGTCTTAGCTGGGGGGACAGTTGACGTAGGGCGCATCGATTTGAGAGCTGCCTATACCCCAGAACCGGTACTCCCATCCTATAGCTGGGTTCCGGTTTCTGCCCCATCCCCTGTACCGGACCCAAGAATGGTCGTAACGATCAACGGCAAACAAGTTCGGGTAACCGCCAAAAAAGAGCAGGAGCATGACGGGCGCACCGTTCTGAGACTGATAGCGGACTCCGATCTGGTTCGGTCATGGGTCGTTGGCGGGGAAGATATCGTCATTGACATTGACAATGAGGATCCGGTGGTGAAGGTCGATCTCCCGGCTGAAGCGCTGCAGGTTCTCCTTTCGGCGAAGCCGAGTGCAGCCATTCGGATTGGGGTGAACGGGGCAAGCTACAGCGTTCCGCTGTACGTGCTAAGTGACCTCAAGAACCGAGCGACCGTAACGGTCGTTATTGCGAAAATGGCGGATTCCGCAAGACGCCAGCTGGATGAGGTATTGACTCGTCAAGGCTATGACATGCTGGCGGAGCCGATGAGCTTTGAGCTATACAGCAACGGCGATGTAAGAATCGAAGGGGAAGACACTTACCTCAAGCGGACATTCTTGATTAATGATGCGGCAGGATCCGATCGTTCCACCGTCGTGTGGGTGGATGACGCAGGAAAGCCGCGCTTCGTCCCTTCCATTTTGGAAGGGGAGACAGCGACTTTTTATAGCCCATATAACGGTGTGTACACTGCGGTTCGCTCCAACCGAACTTTCGAGGATATCCAGGGACATTGGGCGCAAAGTAACATCGAGCGGATGGCGAACAAGCTGATCGTGAACGGATCGGCTGACGGCATGTTTGATCCTAACCGTACGGTGACCCGCGCCGAGTTCGTTGCGATGCTCGTACGTGCGCTCGGACTCACCGAGAAACCGCAGCTTTCTTCCTATTCGGACGTTGGGCCGAACGGAATTTGGTATACCGGTGCGATAGGAGCCGCATCCGCGGCTGGCTTGATTGAAGGCTACGCCGACGGTTCGTTCCGACCGGACGCTAGGATCACGAGAGAGCAGGTGGCGGTTATGCTGGCCAGAGCAGCACGATATGCCGGCGAGCTTCCGCCAAAGGACGCTTCGACTTTGGAAAGCTTCTCGGACTATGCCCAGGTATCCGATTGGGCCAAGGGAGCGACTGCCGACCTGTTGGCCGCCGGCATGATCGAAGGCGTCGGGAAGGCTGCGTTCGCACCGCAGGCGTTTGCCACGCGCGCACAAAGCACGGTTCTCTTAAACCGAATGTTGCTCTACTTGAATTTCATGAACTGA	MKKMSIVLAVTLIFSMVLAPLASAQPVLRAGNDSVPAETDGWVWVGTAEELAYINRNQASYLDRNIRLTGDIDMTGYDWVPIADEATVFSGIFDGRGHRIEGLTIDGGALQYVGFFGRVSGAIRNLSISAQVNGGSYAGGLVGHLIGGSILNSHSQGTVTSGNTVSVSVAGGLAGAANGDSTILRSSSSAAVKSGDAPNQYAGGLVGSQGLGSINDSYATGRVTNTERGQYFHGGGLAGQMIYGTIANSYSTTAIMKSGSVTYYTVGGFIGIVTHSSIDASYYDNTTSAQTAGVGVGDIIGSPQLTGLTTNEMKTASNYGGWDFANMWAVHTGVNGGYPFLRPDILTIDLPRAAKDAPYSMVIDAFDGASGGLSWSASGLPSGLSMTASGRIEGSATVSGAFPVTVSATDAGRNTVSAVLTLYVDEPAQDIDRLTISPGRANGSTSATAVPGDPGHTFAYLLEKDAGMRPLVGDALPGEAVLYSLGADIVDPIPGQYLQVFELDVQKRIQAWSSVQVEAAHIRDQVRVTGVTLDQTALTLAAGGASQKLTAVLMPVNASNQTVTWNSSDPAVAQVDQNGEVAPIAEGTAVVTVTTVDGGFTATAAVTVQSVPVDTGTVIGAVYGTGNTPLVGAAVSVGGIKDMTDAEGRFTVNNVAAGSHALTVTAAAYNDYTTTVNVLAGGTVDVGRIDLRAAYTPEPVLPSYSWVPVSAPSPVPDPRMVVTINGKQVRVTAKKEQEHDGRTVLRLIADSDLVRSWVVGGEDIVIDIDNEDPVVKVDLPAEALQVLLSAKPSAAIRIGVNGASYSVPLYVLSDLKNRATVTVVIAKMADSARRQLDEVLTRQGYDMLAEPMSFELYSNGDVRIEGEDTYLKRTFLINDAAGSDRSTVVWVDDAGKPRFVPSILEGETATFYSPYNGVYTAVRSNRTFEDIQGHWAQSNIERMANKLIVNGSADGMFDPNRTVTRAEFVAMLVRALGLTEKPQLSSYSDVGPNGIWYTGAIGAASAAGLIEGYADGSFRPDARITREQVAVMLARAARYAGELPPKDASTLESFSDYAQVSDWAKGATADLLAAGMIEGVGKAAFAPQAFATRAQSTVLLNRMLLYLNFMN				NA	NA	NA	NA	NA
JZ016_05268	2079			hypothetical protein	ATGGAGAAGATTGCAAAACATCGCATTATCGGCTTGGATCGGGAAATGATGAGTTTCACGGATTGGCTGACGGATTCCCGGGCGCAGACATCCATTTTTTCAATATCAGGAATTGGCGGCATTGGCAAAACAACGCTGCTGCTGCAAATGGCCCGCACGGCAAGGCAGTCCTCGGTGCGTTCTCTTTGGCTGGACGGGCAAGGAGGTTTAACGACGTCGGGCGCTTTTCTGGCGAGTCTGGAGATGAGTCTTGCAACTGAATACGGCAGAACCAGGGCTCCGGAATCCGCGCTGCTGCCATACATCGTTAACGAGCTTCAGCTGCAGCGAACCGTTTTGTTCATAGACAATGGTGAGGAGATCGAAAAGCTGGAAGGGTGGCTGTTCTCCAGATTTCTTCCTGAGTTGAAGTCCGCCCGCGTGCTGATCGTATGTGCCTCGCGCAATGGACTGCCGCTCAAATGGCAGACGAATCCGGAATGGAAGTCCCGAATGAAAAGGTTCTCTTTGCGGTTGTTTACTCGAGAAGAGGTCTACGATTATTTAGGCGACAGCGGCTTGTCTGCGGAATGGCAAAGGGCTATTGCCGAGAAGACGGAAGGCCATCCGTTGTCGCTTGCCTTGACCGTGGATATGCTGCTTTCCGAGTCTGTAGAGCAGTGGGATGTATGGCGAGAGGTTCCGGCTGTATTGAGCGCCGAATTTTTGCGGGAAGCGGCGTCTCCTGGCGTGTACCGTGCGCTGACGGTTTTGTCGCTTCTGCCTGTTGCCGACGAGAACATGCTGAACCGGTTGTTGGATACACCTTTGGAAGGGGCGGACTATTACCATCTGAGGGCGCTTTCGTTCGTACGGGATACGGTGGATGGGATAACGCTGCACCAGGTCGTTGCTCGAATGTTACGGGATGACTTTACGCGCAGAAACCCCGAACAATTTGAATCGGTTCGCCATCAGGTGTTCGTCCTGCTGGCGGAACGATTCCATTCGGTCGACCAACGCATGCAGATGCACCTGAGCGCCCACATCTTGGAGCTGTACCGTGAGTTTCTGCCCTCGGCGCATGCGTATGCCAATTTCTCGTCAAGCCTGAAACCCGGCGAGCATAAGCCGTTCGAGCAGGAAGATCTCCCGTATTTGCAGCGCTTTTTGAAGGCGTCTATTCGGGGTTCCGACTGGCAGTCCGAACTGGTCGAATCTGCCGATTACCCGGTTTTGCTGGAGGAGATTGCAGCTCATTTTCCTGAAGGAATCTTTATCGTGCGGGACGAAAAAGGGATACCGCTGGCGTTCTGCGCAGGCGTATGGCTGCATGCCTTGAGCTTGCCCTTGTTGGAACGATATGCGCCTGGGTGCAGGGGGATGCTGGAGGAGGAAGTATCTTCGCTGCATCGGCTGCCACCGGAGGCAGCCGATACGATATTTGTGCTGTTATCCGCGGTAAACTCCGAACAATCCTTGTATCGTCCCGAGGAGCTGGGGGCCATGCTGATGCAGCAATGGCTGGTCCACATGACCGGCGGTTTGCGGGGGATTTTGGCGGCGGGGGATCCACAGTTGAATTCCTTATTGTCGATTCTGGGATTCAAAGCGTGCGGGAAAGCGACGGGATATGCGGGCATTGATTTGACGACATGGGAGCTGGATTTTAGGCAAACGAGCTTCGATCAGTGGATTCAGCGGATCATCCGGCAAACGGAGACAGCAGCAGGACAACCGTCACATCAGCGGGAGGATGAGTATCCCCCGGCCATTGATCGAAGCGTAATGAAGCAAATGCTGGAACGGCTGTTTGATCCCGACAAGCTGGAGGAACTCCCTGTCGTTCGGCAATTGGGTTGGGACGGGATGCAGGTGAGGGACATCATTCAAGGGATTCTGGCCGACGGACGTCCGATGGAACCTTTGACGCTGTTGGAGAAGGAAATTCTCATCGCAAGTTATTTGCGCAAGGATCGGAACAAAAGCCAGCTCGCAGCATCCTTCCATATGAGCAGAGCCACCTTTTACCGTCATATGCGTTTGGCCGAAAAACATCTGGCTTTTGTGTTAAGCGATTTGATGAGGTCCGGATTCTGA	MEKIAKHRIIGLDREMMSFTDWLTDSRAQTSIFSISGIGGIGKTTLLLQMARTARQSSVRSLWLDGQGGLTTSGAFLASLEMSLATEYGRTRAPESALLPYIVNELQLQRTVLFIDNGEEIEKLEGWLFSRFLPELKSARVLIVCASRNGLPLKWQTNPEWKSRMKRFSLRLFTREEVYDYLGDSGLSAEWQRAIAEKTEGHPLSLALTVDMLLSESVEQWDVWREVPAVLSAEFLREAASPGVYRALTVLSLLPVADENMLNRLLDTPLEGADYYHLRALSFVRDTVDGITLHQVVARMLRDDFTRRNPEQFESVRHQVFVLLAERFHSVDQRMQMHLSAHILELYREFLPSAHAYANFSSSLKPGEHKPFEQEDLPYLQRFLKASIRGSDWQSELVESADYPVLLEEIAAHFPEGIFIVRDEKGIPLAFCAGVWLHALSLPLLERYAPGCRGMLEEEVSSLHRLPPEAADTIFVLLSAVNSEQSLYRPEELGAMLMQQWLVHMTGGLRGILAAGDPQLNSLLSILGFKACGKATGYAGIDLTTWELDFRQTSFDQWIQRIIRQTETAAGQPSHQREDEYPPAIDRSVMKQMLERLFDPDKLEELPVVRQLGWDGMQVRDIIQGILADGRPMEPLTLLEKEILIASYLRKDRNKSQLAASFHMSRATFYRHMRLAEKHLAFVLSDLMRSGF				NA	NA	NA	NA	NA
JZ016_05269	453			hypothetical protein	ATGGCCATCGCAGGCTTGACCACGCGCCGGTTAGGCGTGAAGACTCACCCGAACCTGAAGAATGATTCGGGTGGGGATGGTGGGAAGGTTGAGGGGCCGCCGAGATTTGCAACATCAAGTGGTGATTTAAGTCAAAATTTAGTTGATCATATTCTTAATAGACATTCTGTGAATAGCACAAAGAATCAGCTCCCATTTTTACAAAAGAAAATGTCGGATGATCAAATTAACGAAATGTTAAGTAAAAAATCTTTCTTTAATAAAGAATGGTCGGATAATAAAATTGCTGAAGCTTCTACGTTGGCTATTAACCAATTAAAACAGCAGGGAGTTACCGATGGATTGCATACTGTTACTGTTTTTGGTGAGCCAATTAAAGTATTTATTAGAAATGGAAATGTGGATTTTGTTTATGGAACAAATATGTATAAACTAAGCGATTTATTAGATTAG	MAIAGLTTRRLGVKTHPNLKNDSGGDGGKVEGPPRFATSSGDLSQNLVDHILNRHSVNSTKNQLPFLQKKMSDDQINEMLSKKSFFNKEWSDNKIAEASTLAINQLKQQGVTDGLHTVTVFGEPIKVFIRNGNVDFVYGTNMYKLSDLLD				NA	NA	NA	NA	NA
JZ016_05270	537			hypothetical protein	ATGTTTACTATTTCCTTTAAAGCATATGATAATTTTGATGATATTAAACAAATGTCTGCTCAACAATTTGACCAGACAAAACAAGATATAGAAGGGATCATTGAACTGAATTTTAACGGCAATAAATACGGATTGTTCTTTGATGATTGTCCTTTTGGCGAGGAAAGGCTTATTCGATGGTTTGTTGACTTATTAACGATTGCAAAAAAAATAAAGGAGCATAATTATGTTGCGTATCGAATTCCAGATAGTGCAAACCTATGGCTTGAATTTATTTTGCAGGGAAAAGAGCTAAGTGTAAGCCTAGTAGAGGATGTTGATCGAAAATCAATAATAGATCTATTTATTTATAAACCATACAAGGAATTTACGTATTCACAATGGAAGGGAAGTATAATCAGCACAGTTTCTTTTGTGGAGGAAGTAATAATAAGTTCCAGCAAGCTGCTAAATTTTATAGCTGTATTGAATCCTCAACTATTAAATAGCGAGAATATTCAACTATTAGAAAATAAAGTGCGTGAGCTAAGCTTATAA	MFTISFKAYDNFDDIKQMSAQQFDQTKQDIEGIIELNFNGNKYGLFFDDCPFGEERLIRWFVDLLTIAKKIKEHNYVAYRIPDSANLWLEFILQGKELSVSLVEDVDRKSIIDLFIYKPYKEFTYSQWKGSIISTVSFVEEVIISSSKLLNFIAVLNPQLLNSENIQLLENKVRELSL				NA	NA	NA	NA	NA
JZ016_05271	150			hypothetical protein	ATGAGTGTTTTTCTAGCTAATCACCTCAGTACAAGGAAGTGGACAATGGACTCGAAAGGGAACTTTCATAAAGAGAATGTCCTAAGAGAAAACAGTCCTCATTATGATGAGTCAATTGCTAATGATACGCATATTCCTTTTACACCATAA	MSVFLANHLSTRKWTMDSKGNFHKENVLRENSPHYDESIANDTHIPFTP				NA	NA	NA	NA	NA
JZ016_05272	336			hypothetical protein	ATGGATATAGAAGAACTAAAGGCAACACTCTCTGGATCGAATACCGAGGAAAAAACGGAGATATTAAGCCACCTTTGTGATATTTTCGAATCCTATAACCATTCGATTGATAATTTCATTGATATTGTTACAGTATTACTCCATTTCGGTATTAAAGAAGAGAATTTAGATATGAAGGAAGAAATATTTAATACAGTACTATCCGCAGCAACTTATAAAAACATTGAGGGGATAAATTTCGATATTTTAGCTGACAATCTTGAACGTCTGCCTGAAGAGTGTCTCCATTCCGAAGCAACTTATATATTTGCTTCTTTGCAAGTAAATCTATTATGA	MDIEELKATLSGSNTEEKTEILSHLCDIFESYNHSIDNFIDIVTVLLHFGIKEENLDMKEEIFNTVLSAATYKNIEGINFDILADNLERLPEECLHSEATYIFASLQVNLL				NA	NA	NA	NA	NA
JZ016_05273	1080	araR_8	COG1609	Arabinose metabolism transcriptional repressor	TTGAGCAAGAAGGACGTGGCTCTGCCAAAGTACCAGATGGTGAAAGACTATGTCTTATCCCAGATCGAGAATCAGGAATTTACAAAGGACGACCGGATTCCTAGCGAGTCGGAATTTTCCAAGCTGCTGGATGTCAGCTCTATCACTGTCCGTAAAGCGCTGTCGGAGCTAGTGAACGAGGGCGTGATCTACCGCGTCAGAGGTAAGGGAAGCTTTGTAGCCAACCAATCAGCCGTCTCGGAAAAGACCTCAAATCTGGTGGCCTTCGTCATTTCCGGCGTCGACCTTTACGATAGTTCGTATATGCAGATCATGAGGGGCATACAGTCCTTTCTGGGCAAGCATGGTTGCAAGCTGATCATCGAATTCGTGGAGAACGACTTCGAACAGGAACGAGAGCTTGTTCTGGAACTGATTCAAACGGAACTAAGAGGAATACTCATCTATTCCTCTAATCCCGAAGCTGCGAAGGGCTATCTCGGGGAAATTCGCAAAAAAGCGATTCCGTTCGTGATGCTCGATCGTTCCCCTTCCGGCTATCCGGTCAACGTCGTCACCTGTAACAACCACGACGGAGCTTATGAAGCAGTAGAATACTTGATAAAACAAGGTCATCGCCGAATCGGATTTGCTGCTTACGACTACCACCTGAGCCCGGAGGTTGACAGATATAACGGCTATTGCAACGCCATGTCGAATGCGTCCCTTCCGATACCCGAATCGCTCTTGTTCCTGGACAAGGAATTGGACTACGCCGCGCTTGCGCGCCTTATCCAAATTGGAGAGCTGACCGCGCTGTTCTGCGCGAACGACAAGCGGGCCCTAGAGGTAATCGAACAGCTCACCGCACTTGACATTCGTATCCCCGAACAAGTATCCCTAATGGGCTTTGACGATTTTGAAAGCTCCAAATTCGCCAAGATCGCTTTGAGCACAGTGAAGCAATATTTCGACGTCCTCGGCTATGAAAGCGCCAAGCTGCTGTTCGAAATTACCGAAGGCTCGTCTTACGGGAATAAGAAAGTCATGCTGCCTACAAGCTTGGTCATACGTGACACGATCAAGCCAGTCCAAGGTTAA	MSKKDVALPKYQMVKDYVLSQIENQEFTKDDRIPSESEFSKLLDVSSITVRKALSELVNEGVIYRVRGKGSFVANQSAVSEKTSNLVAFVISGVDLYDSSYMQIMRGIQSFLGKHGCKLIIEFVENDFEQERELVLELIQTELRGILIYSSNPEAAKGYLGEIRKKAIPFVMLDRSPSGYPVNVVTCNNHDGAYEAVEYLIKQGHRRIGFAAYDYHLSPEVDRYNGYCNAMSNASLPIPESLLFLDKELDYAALARLIQIGELTALFCANDKRALEVIEQLTALDIRIPEQVSLMGFDDFESSKFAKIALSTVKQYFDVLGYESAKLLFEITEGSSYGNKKVMLPTSLVIRDTIKPVQG	PGPT0017490_412	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_05274	942			hypothetical protein	ATGAACTTATTGGAACAGCGTCAGCAATTCGAAGCAAACAAACGCATTTATGAAAGCGCCAAGCTTGTCTTTCGCGGAGTCGAAGGCTTCGATGTTTACAATCCTTCGATTCCGTTCGAATGGAACGGCAGGCGCTACATATACGGACGCGTGGAGAAACGCCATGAGTGGGCGAGATCTTGGGTTCGCCTGTTCGAGGAGAGCGGACCGGACGAGTGGACAGCCGTCCCGAATACGATGATTTATCAGCTTGAAGATCCTTATATTAGCGTGATCAACAAACAGCTCGTACTAGGCGGCACGCACGTTCGTAACAAACAGGGGCGGCTTGATACTTTCTACGGCTATTTCTACAAAGGCCGCGATCTTCATGATCTTTACTACTTCACGACCGGTCCGGATTATATGAAGGATATTCGGCTCGTAGAGCTCCGAGACGGTAGGATCGGCGTCTTCTCAAGACCACGCAGCGAAGAAGTACGCAAGCAATTCGGAAGCGAATCCTTAGTGGGATTCACTGTCATCGACAGCCTAGACGCACTGTCACCGGAAGTCATCAAGAACGCCCCATATATCAGTGGACTGTTCCGCAAGGATGAGTGGGGCGGCTGCAACCAGGCCTACTTACTCGAAAGCGGGAAGATCGGCGTCATCGGCCATATCTGCTATGCTCAGGGAGATACATCGACTTACATGAACATGGCTTTCGTACTGGACCCGCAGACGAATCAATTTTCGGATTTGAACATCATCGGCACCCGTCCTTGTTATCCGGATGGCCCCGCCAAGAAGGCACATTTGACCGACTGCGCGTTCACCGCCGGCATTGAAATGCGTCCCGACGGCAAGGTCAATCTGTACAGCGGCATCGGCGATACCGGAGCAGCGCGTATCGTCATCGACTACCCGTTCGAAAAGGAAGGCGCTATTGTAACCTTATGA	MNLLEQRQQFEANKRIYESAKLVFRGVEGFDVYNPSIPFEWNGRRYIYGRVEKRHEWARSWVRLFEESGPDEWTAVPNTMIYQLEDPYISVINKQLVLGGTHVRNKQGRLDTFYGYFYKGRDLHDLYYFTTGPDYMKDIRLVELRDGRIGVFSRPRSEEVRKQFGSESLVGFTVIDSLDALSPEVIKNAPYISGLFRKDEWGGCNQAYLLESGKIGVIGHICYAQGDTSTYMNMAFVLDPQTNQFSDLNIIGTRPCYPDGPAKKAHLTDCAFTAGIEMRPDGKVNLYSGIGDTGAARIVIDYPFEKEGAIVTL				NA	NA	NA	NA	NA
JZ016_05275	849	chbR		HTH-type transcriptional regulator ChbR	ATGTTGAAGCTTCTAGCGGCAGACGGCATTGATTCTGAAATTCAGGCTCACTGTCGACTGATCGCTTCGGTGGGCGATACGATAGGCATGCATACGCACGACTTCTTTGAATTGTTTCTTATCCTGAAGGGAAGCGTTGTGCATGTCATTAATGGCAAAAGGCAGCTGCTGCAGGAAAATACACTCGTGTTCATACGGGACCGGGACGTTCATTACTATGAGCAGACGACGGATAGCGATTGCCAATTCATCAATCTGTCGTTCAATCGAGAGGTCCTGGACGACCTGATTGCTTTCTTGGGAGAAGGGTTCCCAAGCGAAAGACTGCTTGATCCGGCTATGCCGCCGTCGACCGTGCTGTCCAAAATGGAGAAGGAATACGTGCGGTACCGGCTGGACCAGCTCAGTCTGATCCCGCAGGAGAAGAAGCTGGCCGTCAAAGCGGAGGTAAGAGCCATCTTGACCGACCTGTTCTCCAGGTACATCAAGGCCGAAGCGGATCCAATAGATCTTACCGGACAGCCGGAATGGTTTAAGGCTCTGTGCAGAGATGCGAAAGAGAAAGAGCACTTCACACGGGGAACGGCTGCGCTTGTTGAGCTGTCGGGCAAATCGCATGCCTACGTATGCAGAATGTTTAGGAAGCATCTCGGGATGTCCCCGACCCAATACATTAATGAATTGAGAATGTCCTATGCCGAGAATTTGCTGCTGAACACGGATATGGAAATCGTGGACATCAGTCTTGAGATCGGACTTGACAACGTCAGCTACTTCTACGACTTATTCAAGCGGAGGCATAATTTAACGCCGTATCGGTATCGCCAATTCGGAGCTATTCAGAGATAG	MLKLLAADGIDSEIQAHCRLIASVGDTIGMHTHDFFELFLILKGSVVHVINGKRQLLQENTLVFIRDRDVHYYEQTTDSDCQFINLSFNREVLDDLIAFLGEGFPSERLLDPAMPPSTVLSKMEKEYVRYRLDQLSLIPQEKKLAVKAEVRAILTDLFSRYIKAEADPIDLTGQPEWFKALCRDAKEKEHFTRGTAALVELSGKSHAYVCRMFRKHLGMSPTQYINELRMSYAENLLLNTDMEIVDISLEIGLDNVSYFYDLFKRRHNLTPYRYRQFGAIQR				NA	NA	NA	NA	NA
JZ016_05276	915	yteP_57	COG4209	putative multiple-sugar transport system permease YteP	TTGAAAACAACCAATAACAGGCTGGTGGCCAGAATCGTCAAGCACCGCTATCTCTACCTTATGGTGCTTCCCGGCTTTCTGACGCTGTTAATCTTTCACTATTTTCCGATGTACGGAATATTAATCGCTTTCAAAGATTTCAACGCATCCAAGGGGATTTGGGGAAGTGAGTGGGTAGGGGTAAAGTACTTCACTTCTTTTTTTAACGATCCGATGGCGTTCAGGGTATTAAAGAATACTTTGCTTCTCGGTTTGTATACTTTATTTTGGTCATTTCCGGCACCGATTATATTAGCACTGTTGTTTAATGAATTGAAAAACAAGGGCTTTAAGAAGCTTGTGCAGACGGTTTCTTATTTCCCGCATTTTATATCGGTCGTCATTGTTGCGGGGATGCTTAAGGAATTTACGGCGAGAGACGGTTTGTTTAACCATATTGTCGGCTTCTTCGGCGGAGACCCGATCATGTTTCTTCTCGAGCCTGACTATTTCCGGACCATCTTCATCTCTTCCGGCATATGGCAGGGCGTCGGGTTCGGCACGATCATCTACCTTGCTGCATTAAGCGGAATAGATCCTACGCTGTATGACGTAGCCGAGGTAGACGGCGCAGGCCGATGGAAGAAGGTTTTGCACATTACATGGCCGTCACTCAAACCGACCACCATAATTTTGCTGATTTTCGCCGTGGGGGGAATCCTCGGAAGCGATTTCCAGAAGATTATTCTGCTTTATTCGCCTGAGACTTACGAAGTAGCGGATGTCATCGGATCCTATGTTTATCGGCAAGGTATACTGGGCGCGCAATACGAGTACACGACGGCCATCGGATTATTCATGTCGGTTATTTCCTTTACGATCCTTTACTTGACCAATTGGTTAAGCCGGAAAGTATCAGATACGAGTTTGTTCTAG	MKTTNNRLVARIVKHRYLYLMVLPGFLTLLIFHYFPMYGILIAFKDFNASKGIWGSEWVGVKYFTSFFNDPMAFRVLKNTLLLGLYTLFWSFPAPIILALLFNELKNKGFKKLVQTVSYFPHFISVVIVAGMLKEFTARDGLFNHIVGFFGGDPIMFLLEPDYFRTIFISSGIWQGVGFGTIIYLAALSGIDPTLYDVAEVDGAGRWKKVLHITWPSLKPTTIILLIFAVGGILGSDFQKIILLYSPETYEVADVIGSYVYRQGILGAQYEYTTAIGLFMSVISFTILYLTNWLSRKVSDTSLF	PGPT0017250_2319	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05277	897	araQ_44	COG0395	L-arabinose transport system permease protein AraQ	TTGAAAAAGGCTAGCTTGGGTTCCAGAGCTTTCGATGTATTCAATGTTGTTATCATGCTATTCATCCTGATTGTCGTGCTGTATCCGATTCTGAACATTATCGCGACATCGCTAAGCGGCACGCGTTACATCTCTTCCGGGAGCGTAACCATTTGGCCCAAGGGATTTAATCTGGAAGCGTACACGACGGTATTTCAGGATCCGTACATTTTTAAAGGGTATCTAAACTCGATCATTTATGCGACCGGCTCTACGGGCATCATGCTGCTGTTTACGGCATTGATGGCTTATCCACTCACGATCCCGGGATTTGCGGGCAAGAAATTTCTTACCCTTTTCCTCATGATTACGATGTTTTTCGGCGGCGGTTTAATCCCGACCTATCTGCTTATGCGCGGTCTGAACCTGTTGGATACGGTCTGGGTCATGATTCTCCCCGGCGCGATCAGTGCTTATAATGTGTTTCTATTTCGGACCTTCTTTCTGAATATTCCTTCTGAACTGAAAGACTCCGCCTATATCGATGGAGCGAGTGATTTGGTGGTTCTTTTCAAGATCATACTGCCGTTGTCGAAAGCGCTTTTTGCAACCTTTGCTCTATTCGGTCTGGTTGGAAGCTGGAACAGTTGGTTCGAGGCTTTGATTTATCTGCGAGATCAGGATAAGTATCCGTTACAGATGGTGCTCCGAAACTACCTGTTTACCTTGGATACGACTGCGATTCAAGGACGAGTAGGCGGCGGATCCGTTGCCATCAATGCCCCGGGGGAAATGCTTGATCCGAAGGCGGTACGAATGAGCGTCATTATTATTACCATGTTTCCGATCATGTGTATTTACCCGATCTTCCAGAAGCATTTCACCAAAGGGATATTCGTCGGCTCCATCAAAGGCTAA	MKKASLGSRAFDVFNVVIMLFILIVVLYPILNIIATSLSGTRYISSGSVTIWPKGFNLEAYTTVFQDPYIFKGYLNSIIYATGSTGIMLLFTALMAYPLTIPGFAGKKFLTLFLMITMFFGGGLIPTYLLMRGLNLLDTVWVMILPGAISAYNVFLFRTFFLNIPSELKDSAYIDGASDLVVLFKIILPLSKALFATFALFGLVGSWNSWFEALIYLRDQDKYPLQMVLRNYLFTLDTTAIQGRVGGGSVAINAPGEMLDPKAVRMSVIIITMFPIMCIYPIFQKHFTKGIFVGSIKG	PGPT0017255_1295	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05278	1623			hypothetical protein	ATGAACAAATTGGCAAAGAAGCTTGTCCTCGGATTGTCCCTACTGATGGTTTTTTCCGGATGTTCGAATAATTCCAAAAATACGGATACCCATGAAGAGAATCAAGAAGTCATGCGCTTTTCGGTCACGCTGCCTGCGAACGGTGTGGATAATCCGAACAGTCTGGTAGGCAAGGAATGGCATAAACGCATGGAAGCTTATATGGGCAAGAAGGTGGAAATTGAATATAACTATATTCCGTCTTCCGAATATGACGAGAAGGTCAAACTTATGATCGCAAGCGACGATCTGACAGATTTCTTCGTGACGCCTTTATTCTATGATACGACCGAAATGGCCGAACAAGGCCAGCTTCTCGAGTTAGGCCAGTATAAAGATTTGATGCCGAACTATATGAACTACATTGGCAAGGTAAAAAACGGGATGAAGCGGGTTACGGATGCCGACGGCAACATGTTCACCTTTAAAGAAACCTCCACGCCTAGATTCCCCGAGGATCGCGGCATGCTCATCCAGAATACGTCTGCCTACCGCTATGACGTGTTCGAGGCCAATAACATCAAAATTCCGGAAACACTCGATGAATTTTATGGGGCTGCCAAAAAACTTAAAGAGCTATACCCCGACAAATATCCCGTTGCGACAAAGTGGAACAGCTTGAGATCGTTGTTCTCCGCGAACCATATCCGGGATGAAATTTTCTGGGACGGCGAGAAATACGTATACGGGGTTCTGGAAGAAGGGTATAAAGATGCGCTGCAGTTTGCGAATAAGCTCTACGCGGAGAAGCTGTTAGATCCGGAGTACACGATTGATACAGACGATACGTTGAAAAGAAAAGCGTTGAACGGCGACAATCTCATGTGGCTGACGCAGTGGTTTACGACGCCAGCCGAGTATACGAGAACAGCGGGCGACGGCAAGATATTCGCAGTTTCGCTGTATCCCGACAATCCGAAGTACGGAAAGGCCTGGCAGGAGGTTGTAAACGGCAATACGCCTGACTTGGGCTGGGGAGCCTACGGCATAAGCTCAAAAGTGAAAAACCCTGAAGAATTGATCAAATTCATCGATTATCAGTATTCGGATGAGATGATCCAGCTCATCACTTGGGGAATTGAGGGCACGACCTATACGATCGGAGAAGAGGGTGTTCCGACCTTTGTCGACTCGCTGAAAACGGCCAAGGATCCATGGTTGGAGGGCGATAAATACGGCATGCGCGCAAGTCGGAACCATAACCCTGGATTGCAGATGGTGAGCGATGCAAGAGCGTTCGTCGATTTTGCCGCGACAGACTATACGGTATTTAACGGCAAATACGAAGAGGTGCCGATTGAGAAAGCGCAATTCCTGACGAGTCTGCCCATGCCCGAGAACGACTATGTTCCTTCTTGGTTGAGCGAGCCGTCGATTCAACTCACGGGAGATGAAAGCCAGCGGATCTCGGAGATCATGAACCCGATTAAGACGTTCGTTACGGAAGAACAGGCCAAATTCGTAGCAGGCAAGAACAGCTTCGATCATTGGCAGGCATTTATCGATAAGGTCCAAAAAATGGGGAACATTGATGAAGCGCTGAAAATTTATAATGACGCTGCACAAAGAGCTCTAGCCAACTAA	MNKLAKKLVLGLSLLMVFSGCSNNSKNTDTHEENQEVMRFSVTLPANGVDNPNSLVGKEWHKRMEAYMGKKVEIEYNYIPSSEYDEKVKLMIASDDLTDFFVTPLFYDTTEMAEQGQLLELGQYKDLMPNYMNYIGKVKNGMKRVTDADGNMFTFKETSTPRFPEDRGMLIQNTSAYRYDVFEANNIKIPETLDEFYGAAKKLKELYPDKYPVATKWNSLRSLFSANHIRDEIFWDGEKYVYGVLEEGYKDALQFANKLYAEKLLDPEYTIDTDDTLKRKALNGDNLMWLTQWFTTPAEYTRTAGDGKIFAVSLYPDNPKYGKAWQEVVNGNTPDLGWGAYGISSKVKNPEELIKFIDYQYSDEMIQLITWGIEGTTYTIGEEGVPTFVDSLKTAKDPWLEGDKYGMRASRNHNPGLQMVSDARAFVDFAATDYTVFNGKYEEVPIEKAQFLTSLPMPENDYVPSWLSEPSIQLTGDESQRISEIMNPIKTFVTEEQAKFVAGKNSFDHWQAFIDKVQKMGNIDEALKIYNDAAQRALAN	PGPT0017245_1677	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05279	3048			hypothetical protein	TTGAGTGAAAAAAAAGAGATTTTATTTCATGCCGAAAAGCTGCTAAACAAAAGACATCGATTTATGATGACGAAGCTTTCCTCTATAGATTTTTCCGGTTTTACAACAATGGAACAACTATTCATCCATGAAATGGATGGGCGGCCGTTTGAGCGCATCGCCCCGGGTCAACGGTGGGGGGAAAAGTGGGGATACGGCTGGTTCCGCTCGATGATCGTCGTTCCTCAGGAGGCTGAAGGCAAACGTCTTGTGGCCTTGCTTGATTTTGGATCCGAAGCGACCGTATATATTAACGGCATTGTGAGCGGCGCAAAGGACCTTAACCATCATTACGTAACGTTAACCCGTTCGGCGCAAGCCGGCGAGCGATTCGAAATTGTCGCGGAAGCGTACGCCGGCCAAACGGATTCTCAGCCGATGTTCGGAGAGTCGCAGCTCTGCATTTTTGAAGAGGAAGTCTACCAATTTTTCATCGATATGGAATGTTTGTACGATCTTCGCAATCATCTCGATGCCAAATCCCTTCGCGTTGCGGAGATTGATCGTTGTTTGACTCAGGTGTTTGCCACGATCGACCTGACCCTGCGTCAGGAATTGTTGGAAGAGAACGTAAAGCAGTGTCGGCAGATGATGGAGCCGTTCTTGGCCTGCATGAACGGTTCAACGGCGCCGACCCTGTACCTTATGGGACAGTCCCACCTGGATGTCGCCTGGCTGTGGCCGATCGCGGAAACGAAGCGGAAAATTGCGCGGACCATGTCCAATCAGTTGGCGCTCATGGACGAATATCCGGAATACACTTACACCCAAAGCCAGCCGTATTTGTTCCAGGTGGTCAAGACGCTGTATCCGGAGTTGTATGGGCGCATTAAACAGGCGGTAAAGGAAGGGAGAATCATACCCGAAGGATCCATGTGGGTGGAGCCCGATACGAATTTACCCAGCGGCGAGAGTCTGATCCGCCAGGCGCTGCACGGCAAGCGGTTCTTCAAGGACGAATTCGGCGTGGACAACGAGATGCTGTGGCTGCCTGACGTATTCGGTTATTCCGGCAACCTGCCGCAAATCATGAAGGGCTGCGGGATCCATTATTTCGCGTCTACAAAATTGTTCGGTACTTATGATAATGTAGCGGACCCGTTCCCGCATAATACGTTCCTGTGGGAAGGGATCGACGGTTCGCAAATTTTGACGCATCTGATGAACTACGGCGAGTACTACCCGATTCGGATCAATCCGTCGTTCTTGATCCATCAGTGGAGCGATCGCGTCCAGCTTGAGGGGATTTCTACGCGACTCACGCAGTTCGGACACGGCGACGGAGGCGGCGGCTCCAATCGGGATGATCTCGAATTTATGCGCAGGCTCGGTAATTTGGAGGGCGTTCCCAAGACGAAGCATGGCTCGCCGATCGAATTTTTTGAGGATCAGATCGAAAAAGGCATCCCTGATGTCAAATACGTAGGAGAGCTCTATTATCCCGCCCACCGCGGGACGTACACGACGCAAGCGATCATCAAAAAGCTGAACCGGAAGGCGGAAATCGGTTTCCGCGAGGCGGAGCTTTGGGGAGCTGCCGCGGAGCTGCTGGTTAATCGGAACTACCCTCACGAGGACCTGGACCGGCTATGGAAGACCCTGCTGTTGCACCAATTTCACGATATTCTGCCGGGCTCCTCCATCCATCGTGTCCATGAAGAGGCGCAGCTTGAGCTGATGGCATTGAATGAGAACGTGTACGACATGGCATCGGATACAAGGAATGCGCTCACGGACGATGATGCCTCCCGGGTTACCGTCTTTAACTCGCTATCCTGGTCGAGAAAGGAATTGGTCGCGTTGCCAGCCGGCGTTCATGGGATTGCGGACGGGAACGGAGCGGTTATGCCGGTGCAATTGTACGAAGGCGTTCGTTATGCCGAGGTAGAGGCGCCTTCCATGGGCTGGTCGACGTACAAGGCTGAAGCGGAAGCGTCGGATGCTCCAGCAGCATCGGCGGTCCTTGCAACGGAATCGAGTCTGGAGAACGAATGGATTGCACTCGAATTGAACGAACAGGGCGAGCTTACTCGTATTTTTGACAAGGAGACCGGCACGGAATGGGCGGCGGATCGCTGCAACGTCATGCGAATGTATCGGGATCAAAATTCGGATTTCGATGCGTGGGAGATCGATCGGCGCTACCGCTTGGCACCCGTCGAGCTGAATACGAGCGCCAAGGTATCCGTTACCGCAAACGGCCCGCTCTTCGCGAATATTCGGGTTGAGCGCGAACTGAACCAATCGACCCTGGTCCAGGATATCCGGCTTCGTGCCGGCAGCCGCCGGGTGGAATTTCATACGACGATTCACTGGCGCGAGAAGAACAAGCTGCTAAAAGTCGATTTCCCTGTTCGCGTTCATGCGAACGAGTCGCTGCAGGAAATTCAGTTCGGTTACGTCAAGCGGCCGAATCATGCTTCGCGTCCGCATGATGCGGATCGATACGAAGTTGTTCAGCATAAGTGGTCGGCGCTTGCAGAAGCGAATCGCGGCTTTGCGCTGCTGAACGACTGCAAATACGGGATCTCCGTCAACGACAATACTCTGAGCCTAACGCTGCTTCGGGCTCCGACGTGGCCGGATGAGACGTCCGATCAGGGGACGCATCATTTTACATATGGATTTACTTTCTGGAACGGAGCGTTCCTGGGCAGTCCTGTCGTACGGGAAGCCTATGAGATGAACTATCCTATCAGCCTCGTGTCTGGAGGAGGCCGGGAGGAGCAATCGTTGCTCTTTGTCGATCAAGCCAATGTGATCGCGGAGACGGTCAAGCTTGCCGAAGACGAATCGGGCGATTGGATCGTGCGTCTGTACGAGAGCAAGGGAGCCTCCGTAGCGTGCGGGCTTCACTTCGGCCTGTCCGTTGCGATGGTTTATGAGGCAAATATGCTGGAGGAGAGAATGGCGGAATTGCCGCACGAGGGCGGAAATGTATTGCTACAATTCGGTCCGTTCGAGGTGAAGACGATTCGGCTCCAACGGAGTGGGAGGAATAAAGGATGA	MSEKKEILFHAEKLLNKRHRFMMTKLSSIDFSGFTTMEQLFIHEMDGRPFERIAPGQRWGEKWGYGWFRSMIVVPQEAEGKRLVALLDFGSEATVYINGIVSGAKDLNHHYVTLTRSAQAGERFEIVAEAYAGQTDSQPMFGESQLCIFEEEVYQFFIDMECLYDLRNHLDAKSLRVAEIDRCLTQVFATIDLTLRQELLEENVKQCRQMMEPFLACMNGSTAPTLYLMGQSHLDVAWLWPIAETKRKIARTMSNQLALMDEYPEYTYTQSQPYLFQVVKTLYPELYGRIKQAVKEGRIIPEGSMWVEPDTNLPSGESLIRQALHGKRFFKDEFGVDNEMLWLPDVFGYSGNLPQIMKGCGIHYFASTKLFGTYDNVADPFPHNTFLWEGIDGSQILTHLMNYGEYYPIRINPSFLIHQWSDRVQLEGISTRLTQFGHGDGGGGSNRDDLEFMRRLGNLEGVPKTKHGSPIEFFEDQIEKGIPDVKYVGELYYPAHRGTYTTQAIIKKLNRKAEIGFREAELWGAAAELLVNRNYPHEDLDRLWKTLLLHQFHDILPGSSIHRVHEEAQLELMALNENVYDMASDTRNALTDDDASRVTVFNSLSWSRKELVALPAGVHGIADGNGAVMPVQLYEGVRYAEVEAPSMGWSTYKAEAEASDAPAASAVLATESSLENEWIALELNEQGELTRIFDKETGTEWAADRCNVMRMYRDQNSDFDAWEIDRRYRLAPVELNTSAKVSVTANGPLFANIRVERELNQSTLVQDIRLRAGSRRVEFHTTIHWREKNKLLKVDFPVRVHANESLQEIQFGYVKRPNHASRPHDADRYEVVQHKWSALAEANRGFALLNDCKYGISVNDNTLSLTLLRAPTWPDETSDQGTHHFTYGFTFWNGAFLGSPVVREAYEMNYPISLVSGGGREEQSLLFVDQANVIAETVKLAEDESGDWIVRLYESKGASVACGLHFGLSVAMVYEANMLEERMAELPHEGGNVLLQFGPFEVKTIRLQRSGRNKG	PGPT0018760_1188	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018760-mngB|ypdB|manA-K01191	NA	NA
JZ016_05280	669	axe2_3		Acetylxylan esterase	ATGAAGCTGAAAGAAGGGCAACGCCTAGTCATGATCGGCGACTCGATCACGGACTGCGAACGTAAATATCCGTACGGGGAAGGGTTGTTCCAGGGCGTCGGCAAAGGGTATGCCGCACTTGTGGACGGGATGCTGCAGGCGGCATATCCCGAGCTCTCCATTCGCGTGACGAATATGGGCATCGGCGGCAATACGGTTCGGGATTTGCAGGCCAGATGGCAGACGGACGTACTGGATCTGAATCCGGATTGGTTAACGGTTATGATCGGCATCAACGATGTATGGCGGCGGTTCGACCAACCTGCTATCCCGGAGTCGCATGTGAGCCTTGAAGAATATGAACAGACCCTGGAAGAGCTGGTGCGATCGGCACTTCCCGGCTTGGAGGGACTCGTGATTATGACACCGTTCTATCTGGAGCCGAATGACCAAGATCGCATGCGCAGCCGGATGGACGAGTTCGGACGGGCTGCCAAGCGGGTTGCGGAGCGGGTAGGTGCATTGTTTGTGGATACGCAGGCTGCTTTCGCCAGCCATTTCGAATACGTGCATCCGACTGCGCTGGCGTCCGACCGGGTGCATCCGAGCTTGACGGGGCATCTGCTGCTTGCGCGCGCACTGCTGGAGGCGATCGGCTTCGATTGGTCGCGCATGCGAGTCGGATCCTGA	MKLKEGQRLVMIGDSITDCERKYPYGEGLFQGVGKGYAALVDGMLQAAYPELSIRVTNMGIGGNTVRDLQARWQTDVLDLNPDWLTVMIGINDVWRRFDQPAIPESHVSLEEYEQTLEELVRSALPGLEGLVIMTPFYLEPNDQDRMRSRMDEFGRAAKRVAERVGALFVDTQAAFASHFEYVHPTALASDRVHPSLTGHLLLARALLEAIGFDWSRMRVGS				NA	NA	NA	NA	NA
JZ016_05281	1716			hypothetical protein	ATGGCTGTAGAAATAGGGTTCGAACAGACGGTATCCGGTCAGCAACGATATCATTCTATCAAAATTACTAGAAGTCGGGAGGTAAGAGTTATGAAGATGAAGCAGTGGAAACGTGCGGGAATTTGGACATGCACCATACTGACGGTCATGACGGCTCCAGGCGCCGCGGTGACGGCGCAGGCTGCGGAAAGCAGCGCGGAGCCACATCTGAGCAATGCAAAGAAAAAGGTTCAGGAGCCGTTCATGATCAAGATCGTGGATGCCGAGACGGGCCGGGGCATTCCTCTTGTTGAGCTGAAGACGACGAACAACATTCTGTATTACACGGACAGTGCCGGTATCGTGGCCTTCAACGAGCCCGGCCTAATGGATCAGTCGGTCTTCTTTCATTTGTCGAGCGACGGTTACGACTTCCCTGCCGACATGTTCGGCAATCGCGGGCAGGCCGTACAGATCACGCCCGGGGGCATGATTACGATCGAGATGAACCGGGTCAACATCGCGGAACGGCTGTATCGGGTTACGGGACAGGGTATATACCGCGACAGCGTACTGCTTGGTTTGAATGCGCCGATTCAGGAGCCGCTGATCAACGGTCTGGTCATGGGACAGGATTCCGTGCAGACGATCGAGTACAACAATAAGCTGTACTGGTTCTGGGGCGATACCGACAGACCGGCTTATCCGCTGGGGAATTTCCGCGTAACGGGAGCGACTTCGAGTATGCCGCAAAACGGCGGGTTGGATCCTGACGTCGGCGTAAATCTGAACTATTTTACGAAAGACGACGGCTTCGTCAAAAGCTTGGTGCCGCCGCTGCCCGACGGCGCCGGTATAGCCTGGGTGTTCGGTTTGATGACCGCCGAGGACAGCACAGGACAGGAGCGTCTGCTCGCCGGCTACAGCACGCATAATCCCGATCTCACCGCCTTCGGGATTCTTGTCTTTAACGACAATACGAAGGAGTTTGAGCAGGTCGTCCAGTTCCCTTCCAAAGACGATTGGCGCCATCCGGGAGGCCAAGCAACCTATTATGAAGAGAACGGGTCGGGTTACTGGCTCTTTACCGAACACCGGATGCCGAATTTGCGAGTTGCCGCCAGCTATGACGCCATCATCGACTATACTCAATACGAATCGTTTACGTGCTTGACGCCGGGAACGGCATACAACGGGGCTCAAACGTCGCTGGAACGAGACGAGGACGGCAAGCTCGTATGGGGCTGGAAAAAGAACACGCCGCCGCTTACCCAAAGTCAAGAGAAGGAATTGATCCAACTAGGGCTGATCCAAGCGGATGACCCGCATTATTATCAGTTGAAAGATGCCGATACCGGCGAAGCGGTGGAAATCGCCTCAAGCTCCGTCGAATGGAACGATTACCGGCAGCGTTACGTGATGATCGGGCAGCAGCTGCAGGGCAAGACGTCGGTGCTCGGGGAAATCTGGTACGCGGAGGCTCCGGCCCCTCAAGGCCCTTGGACTACTGCCAAAAAGATCGTAACGCATGACAATTATACTTTTTACAACGTGGCCCAGCACAAAAACTTCAACAAGGAAAGCGGCCGAATTATCTATTTCGAAGGCACCTACACGAATACGTTCACGGATCATATCCCGACACCGCGGTATAACTACAATCAAGTCATGTATAAACTCGATCTGGCGAATCCGGAGTTAGGGCTAGAGCCGGTTCAAGTAACGACCGGTATATAG	MAVEIGFEQTVSGQQRYHSIKITRSREVRVMKMKQWKRAGIWTCTILTVMTAPGAAVTAQAAESSAEPHLSNAKKKVQEPFMIKIVDAETGRGIPLVELKTTNNILYYTDSAGIVAFNEPGLMDQSVFFHLSSDGYDFPADMFGNRGQAVQITPGGMITIEMNRVNIAERLYRVTGQGIYRDSVLLGLNAPIQEPLINGLVMGQDSVQTIEYNNKLYWFWGDTDRPAYPLGNFRVTGATSSMPQNGGLDPDVGVNLNYFTKDDGFVKSLVPPLPDGAGIAWVFGLMTAEDSTGQERLLAGYSTHNPDLTAFGILVFNDNTKEFEQVVQFPSKDDWRHPGGQATYYEENGSGYWLFTEHRMPNLRVAASYDAIIDYTQYESFTCLTPGTAYNGAQTSLERDEDGKLVWGWKKNTPPLTQSQEKELIQLGLIQADDPHYYQLKDADTGEAVEIASSSVEWNDYRQRYVMIGQQLQGKTSVLGEIWYAEAPAPQGPWTTAKKIVTHDNYTFYNVAQHKNFNKESGRIIYFEGTYTNTFTDHIPTPRYNYNQVMYKLDLANPELGLEPVQVTTGI				NA	NA	NA	NA	NA
JZ016_05282	2292	yesS_10	COG2207	HTH-type transcriptional regulator YesS	ATGAGGATCAAACCTATTTTACAGAAGACCTATTTTCGAACCTTTCTTTTACTGACCACCGTTCTGATCTGTTCCATTATTCCTTTCGTCTATCTACTGTCTGCGGAATTCGCAAAATACACCATGCTGGAGGTTCGCAGCAGTTCGCAGAACGAAGTCAACAACCTGGCTTCGAAGGCCGAAATGATTCTCGGCAATTTGAAAGCTAACGGGCTCAGCATGTACGCCGATCAGAATATTCAGAACTGGTTCTTCAATACAAGCAACGATCCGCTCATCAACCATGCTGCACTCGTCGCCCAATCCAATTTCATGTCCACCGAACCGCTCATCCAGCGATCCTATCTAATTAATTTGAAGCTCGATCTTGTCGTCGATTCCAAAGTCGGAATTGTCCGCAATGAATCCTTCGCCGACCAGAGCATGCTGAAGCGTGTGGAGTCATTCCACCCCCAATATTTGCGCTTCTTTAATCATTCGCTGGATGGCTCGGACTCCCTGGCCCTTATTCTGCCTGCAACCCCCAAGAAGCCGTCCGACTTCTATCTCGTGCTGCTCGTTGACAAACCGCTGCTGTCGAAGCTTTTGTTCGGCCAAACGGTCTCCTCGGAACAAGACATTCGGATTCTGGACGAGCACGGGCAACTTCTATTGGGCGTGTCTAATCCCGCGCTGAGCGGACAGCTATATCAAGCGAGCCGGGAGCAGCAGGACAGCGATTTTCAAGTTCGGCTCCCGCATCAGAGATGGTTCGTTAATACAGCCAAGCTGACTACTGAAAATTGGTCGGTATACTACTCGAACGAGTATCATATTTTGACACGCCATATCTCCTTATTCCAGCAAAAATTGATAACGTATACATTGCTTCTATTGGCACTCCTCTCCTTGTTGTTCTTCTGGAGTTCTCGCCGTTCCTTGCGCTCCATCACCTTCTTGTCGGAAAAGCTGAAGGGAAAGGTTGCATTCGCAAATGCCACGTCAGATGCCAGGCCGGATATCCAATGGATCAATGACGGCATCGATATGCTTCTGAACAATGTGGAACAGCTTCATGCATCCATGAGAAACCAATCCGAGCTCGTTCGAACGGAGCTTCTCGCCCAGTGGATGCTCCACGGTACGCCGGGTACCAAGTGCTACGAATATATTCAGACCAAGACCAAACTGGCCTCCTGTGAAGCTCTGTTTTTGGCCGTCCTTCGGATCGAAGCCTATACGGTCTTTTGCGAACGTTACGATTTCCCTTCCCGGAAATTGATCAAGTACGCCATACGCAATATTAGCGAAGAAGTGATTGGTGCAGGTTCTTATGCGGCCGAAGGCTTGGATATGGGCGGCGACCATATCATTCTGGTCGTTGGGGGCCATGCATCCGGCGGGCTTCAACTACAACGTCTTCTGGAGGAGACGCAGAATCAGGTTGCACGTATCCTGAACGTTGATACAACCACCGCAGTCAGCAATGCCTATGACTTCGGCGCCAATATCCGAAACATCTATGATCATATCTACGAATTGACGAAGCTGCGATTTCTTAACGGAGAGAAGCAATTTTTTCTGGAGAGCGATTATGAAGAGTTTATGGCAGGGTATCCTTCTGCGTCTGAGGCGCTGGAGACAGCCGAGATCATCAAGTCGATCCGCCGCGGCCGCCCGGAGAGCGCGCTCGCTCTGCTGCGTCAGCAGATGAAGCACGTCCATGAACTTCCTTATCGCGACTGCAAGCTTAACCTGACCTACTTTACCTACGATCTGCTCAAGAACTTCAACAAATCCAGCGTCCTGCACGAAATCAGCAGCATTCATCAATTACTCGAGCGGTACAGCACGCTGTCCGAGTATCAAGCATGGCTGGAGAGCATCGTGACAATGCTCGCGTCCGAGACCGAGGTTCCGAAATCTTCAAGCCGCAAGGAAGAAATCGTCCTGGAGATCAAAGAGTACGTGGACAACCACTTGCAGGATGCGCAATTGTCGATCGAGCAGGTAGCCGACAATTTTTCCTTCTCCGTGAGCTATATCCGGCAGCTTTTCAAAGAGATCATGAACGTGTCATTGTCCGAGTACATACTTCAGGAACGAATCGAGAGAGTGAAGGAGAAACTGATATCCAGCCAGCTCTCGGTACTGGAGATCGCAGATCAATGCGGCTTCATATCCAAAGGGCATTTTTTCGCCACATTCAAGAAGTTCACGAATCTTACTCCGAAGCAGTATCGGGAAATCCACGGGGACTCCGCCGTTAAAGATATCGTTCCTCCCAGCTTATCATGGAGAAGCGGCAGCTAG	MRIKPILQKTYFRTFLLLTTVLICSIIPFVYLLSAEFAKYTMLEVRSSSQNEVNNLASKAEMILGNLKANGLSMYADQNIQNWFFNTSNDPLINHAALVAQSNFMSTEPLIQRSYLINLKLDLVVDSKVGIVRNESFADQSMLKRVESFHPQYLRFFNHSLDGSDSLALILPATPKKPSDFYLVLLVDKPLLSKLLFGQTVSSEQDIRILDEHGQLLLGVSNPALSGQLYQASREQQDSDFQVRLPHQRWFVNTAKLTTENWSVYYSNEYHILTRHISLFQQKLITYTLLLLALLSLLFFWSSRRSLRSITFLSEKLKGKVAFANATSDARPDIQWINDGIDMLLNNVEQLHASMRNQSELVRTELLAQWMLHGTPGTKCYEYIQTKTKLASCEALFLAVLRIEAYTVFCERYDFPSRKLIKYAIRNISEEVIGAGSYAAEGLDMGGDHIILVVGGHASGGLQLQRLLEETQNQVARILNVDTTTAVSNAYDFGANIRNIYDHIYELTKLRFLNGEKQFFLESDYEEFMAGYPSASEALETAEIIKSIRRGRPESALALLRQQMKHVHELPYRDCKLNLTYFTYDLLKNFNKSSVLHEISSIHQLLERYSTLSEYQAWLESIVTMLASETEVPKSSSRKEEIVLEIKEYVDNHLQDAQLSIEQVADNFSFSVSYIRQLFKEIMNVSLSEYILQERIERVKEKLISSQLSVLEIADQCGFISKGHFFATFKKFTNLTPKQYREIHGDSAVKDIVPPSLSWRSGS				NA	NA	NA	NA	NA
JZ016_05283	867	yteP_58	COG4209	putative multiple-sugar transport system permease YteP	ATGGCGATACCGGGAGTCATCTTTCTCGTTGTCTTCTCCTATATTCCTCTGTCCGGACATCTGCTAGCGTTCAAGGACTTTCAGATCAGCAAAGGTATATGGGGCAGTGATTGGGTGGGGCTGGATAACTTCCGCTTTTTTTTCTCCAATCGGGATTGGATTCAAGTTACGGTCAATACGGTTTATTTAAATGCGCTGTTCATTATTTTCGAGATGGTTTTTGCGCTTCTCATTGCTCTCTTCTTGAATGAGATTCGCTTGAAATGGTTTAAACGTACGATACAATCCGTCGTCTTCCTTCCTTACTTCATTTCCTGGGTTGTCGTAGGGTATATGACATTCATTCTATTCAACAACACGGACGGTCTGATTAACCGCGTGCTGAGCATGAGCGGACTTCAAGCCGTCGATTGGTACCAGACCCCGTGGGTATGGCCGATTATTCTAACCTTAACGCGAATCTGGAAGAGTGCCGGTTACTACTCGATTATTCTGATCGCTGCCATTACCGGGTTCTCCTCCGACTATTATGAGAGCGCTCGCCTGGACGGAGCCACGAGGCTGCAGCAGATGAAATACATTACGCTGCCTTTGCTGAAGCCGCAAATCATCATTCTCGTCCTCTTGGGAGTCGGACGTATCTTCTATGGTGATTTCGGTATGATCTACGGAATTATCGGGGACAACGGGATTCTATTTCCGACGACCGATGTCATCGATACATACTCCTATCGGGCGTTAAGGCAGCTGGGCAATTTTAGCATGTCATCGGCTATCGTGTTCTATCAGTCTATTATGGGGCTTATCGCCGTCGTTTCGTTTAATGCGCTGGTTCGGAAAATCGATAACGACTCCAGATTATTTTAG	MAIPGVIFLVVFSYIPLSGHLLAFKDFQISKGIWGSDWVGLDNFRFFFSNRDWIQVTVNTVYLNALFIIFEMVFALLIALFLNEIRLKWFKRTIQSVVFLPYFISWVVVGYMTFILFNNTDGLINRVLSMSGLQAVDWYQTPWVWPIILTLTRIWKSAGYYSIILIAAITGFSSDYYESARLDGATRLQQMKYITLPLLKPQIIILVLLGVGRIFYGDFGMIYGIIGDNGILFPTTDVIDTYSYRALRQLGNFSMSSAIVFYQSIMGLIAVVSFNALVRKIDNDSRLF	PGPT0017250_2400	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05284	912	araQ_45	COG0395	L-arabinose transport system permease protein AraQ	ATGAATCGTCCGGTTGCTCTGATCACGCCCCCACGAGTTCGACGGACAAACGGGTTCTCCGATAAAATGGCGGTGTTCTTATTCGGACTGTTTTTGATTCTATTTGCACTGGTTTGTTTGTTTCCTTTTTGGCTGATGGTCATCAATTCGTTCTCCAGCACCCGAAGCTTGGCGGTGAACGGATACTCCGTATGGCCGGATGAATTTACGCTGGAGTCGTATCGCTTTCTCCTTCAGGGCAAGCAAATGTTTACCAGCTATGGCATCACCATTGCGGTAACAGCCATCGGAACCGTATTCGGCCTCGTTGTCACCGCGTTGTTTGCATACGTGCTGGCCCATCCGAAGAACCGATACGGCGGCTTCCTCTCGTTCATGACCTATGTGCCGATGGTCTTCGGCTCGGGGCTCGTCGGCTTCTATCTTCTCGTTGTTCAGTGGCTGCATCTGAAAGATACGCTATGGGCGCTTGTGCTCCCCTATGTCATGAATCCATTCTTTGCGTTTATCCTGGTCTCGTTCTATCGCTCGTTGCCTTATGAGCTGAACGAATCGGCTAATATGGACGGCGCCGGAGAGTGGACGATCTTCTTCAAAATTATCCGGCCGATCTCAACGCCGGTTATTGCGACGATCAGCTTGTTCTATGCGCTGCAATATTGGAACGATTGGTGGCTGTCGCTTCTGTTTATCGACAACAGTGATATGTACCCGCTTCAGCTGCTTCTTCGGCAGCTCATGTCGCAGATGCAGCTCACGTCGCTTAATCACGGCAATGTGCTGACGCTGCCGCCGGCGGAAGGGGTCAAGTTGGCAACGGTATGCCTGACGATCGGCCCGATTATACTCGTCTATCCAATGGTCCAGAAATATTTCGTTAAAGGTCTGACCCTCGGCTCGGTGAAAGGTTAA	MNRPVALITPPRVRRTNGFSDKMAVFLFGLFLILFALVCLFPFWLMVINSFSSTRSLAVNGYSVWPDEFTLESYRFLLQGKQMFTSYGITIAVTAIGTVFGLVVTALFAYVLAHPKNRYGGFLSFMTYVPMVFGSGLVGFYLLVVQWLHLKDTLWALVLPYVMNPFFAFILVSFYRSLPYELNESANMDGAGEWTIFFKIIRPISTPVIATISLFYALQYWNDWWLSLLFIDNSDMYPLQLLLRQLMSQMQLTSLNHGNVLTLPPAEGVKLATVCLTIGPIILVYPMVQKYFVKGLTLGSVKG	PGPT0017255_751	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05285	1539			hypothetical protein	ATGGCCAAATCAAAACGCAAATTCTTGGTGACAGCGCTGCTCGGACTAGCCATCGCTTTGTCCGGGTGCTCCGGATCCGGCGGGGGCGCCTCCGCGCCGGGCGATGCCGGGGAAACCGGAGATCCGTCCTTTGAACCGGTCACTTTGGAGGTTGTCATTCCGGGGGCAAAAGGAGCTAATTATGACGAGGTGCTGGCCGAAGTCAACAAGCGATTAAAAGCCGAAATCAATACGCAGGTTAAATTTACATTTGTCGACTTTGCCGATCTAAATCAGAAGACCAACGTCATGCTGGCTTCGGGAGAGAGCGTGGATTTGATGTTTGATGCCCCGTGGCTGCATTTGGACACGATGGCTTCCCAGGGCTATTACGAAGAATTAAGCGAACTGCTGGACGAATACGGCCCTAATGTGAAAAAGACGAGGCCGCAACAAATGTGGGACGCGAACAAAATTAACGGTAATATCTACGGCGTTCCCTTAGGAAGCGCCTATACCCAACAGAGGTCGATCTTCATCCGAAAGGACCTGAGGGAGCAGTTAAACTTGCCGCCCGTAAAGACGTATGAAGATCTAAAAGCTTATCTCTACGCCGTTCGTGACAGTAACTCCGGCATCACGCCGCTCCTCGCGGGCGCAGACGACGTCACCTACAGCTGGGTCAACTGGCTGATCCGGGACGATACCAGCGTCAACATTCGTCCAACGAATTTTGCTGGCGCCAGCTTGATGCTGTATTACAAGGGCAACGATGGCAAGGTCTACAACTTCTTTGAAACCCAGGAACCAAAGATCTGGTCGGGCATCCAGGATGTCCGCAAGCTGTTCGTTGACAAAGTCATGTCGCAGGATGTCTTGACGAATAAAAGCGGTCCGGGGGACATGCAGCTCCAGAACAAAGTCGCGGCCACGCCCCAAATGGCCTTTGGCATTCCCAAGACGTACAACGATCAGTTGAAGCAGGTCGTGCCCGATGGAGAGCTGGAAGCCGTCCGTCTATTCGATCTGACCCCTGGAAAGAACCTATCCAATTACAAAATGGATAATTTCATCTGTATTGTGAAGACGAGCAAACATAAAGACCGGGCGATGATGTTCCTCGATTGGGCCAACCGGCAGGAGAATTATGATTTGTTGGAGCACGGCATCGAAGGCGTGAACTGGAAAGCGGTCGGCGAGCATCAATACGATACACTGAACAACGATGGCGGCATTGTCTCGTTCCAGCTCATGTTGAATCCTGCGTTAGAGCGGGAGTGGGCCGGTATCGACGAAGAGACCCGAGAGTATAGTCAATTCATTACGCAAGCCGACAACTTCACGAAGGATATTATGACCGGCTTCACTTTCGATCCGACGCCGGTGAAGAACGAAGTGGCCCAGTTCGCGACCATTCAGGCCAAATATTATAGCGGATTATTTAACGGCGCGCTTGATCCGGACGAATACTTTGCCAGATTCAAAACGGAAGGCGAAGCGGTGCTGAAGAAAATCCAGAATGAGCTGCAGAATCAGGTCGACGCCTTCTTGGCAAAATAG	MAKSKRKFLVTALLGLAIALSGCSGSGGGASAPGDAGETGDPSFEPVTLEVVIPGAKGANYDEVLAEVNKRLKAEINTQVKFTFVDFADLNQKTNVMLASGESVDLMFDAPWLHLDTMASQGYYEELSELLDEYGPNVKKTRPQQMWDANKINGNIYGVPLGSAYTQQRSIFIRKDLREQLNLPPVKTYEDLKAYLYAVRDSNSGITPLLAGADDVTYSWVNWLIRDDTSVNIRPTNFAGASLMLYYKGNDGKVYNFFETQEPKIWSGIQDVRKLFVDKVMSQDVLTNKSGPGDMQLQNKVAATPQMAFGIPKTYNDQLKQVVPDGELEAVRLFDLTPGKNLSNYKMDNFICIVKTSKHKDRAMMFLDWANRQENYDLLEHGIEGVNWKAVGEHQYDTLNNDGGIVSFQLMLNPALEREWAGIDEETREYSQFITQADNFTKDIMTGFTFDPTPVKNEVAQFATIQAKYYSGLFNGALDPDEYFARFKTEGEAVLKKIQNELQNQVDAFLAK	PGPT0017245_2796	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05286	963			hypothetical protein	ATGAACATGAAAAAAGCAATTGTAGTGGGTGCAACGGGTGGTACTGGTGCTGTTATTACGGCTGAGTTGGTAAAAAGGGGGTTGCCTGTGATTGCATTTGGACGGTCGCGGCAAAAGCTGGAGGAGCTTGCAAGAGAACTCGGCAATCCTTCACATCTTACATTAGCAATCGGGGATGCATACCGGCCGGATGACATTGTAACTGCGGCAAAAGAAGCGGAGGTATTGTTCCATTGTGCGAACGTCCCATACCACGAAATGGAGAGTAAATTGATTCCGCTCGGCGAAGCCATCATGGAGGCTGCCAATCGATTAAGCTTGAAGGTTGTCGCAATAGACGGAATTTACCCTTATGGAAGAAGACAGATGGATCGGGTAACCGAGGAGCATCCCAAAAAACCTCATACAAAAAAGGGTAAAGTGCGCCTTGCTTTTGAGCAGATGATCTTTAGCAGCAGATGGAAGAATGTGTCTGCCATGATTGTTCGTTTGCCGGACTATTACGGACCGACTGCAAATCAAGCATCCTATCTTGGAGGGACACTCGAAGCGATCGCCGCAGGCAAAATGGCATTTTTCATCGGAAACATGAAGGTTCCTCGCGAATATGTGTACTTGCCTGATGCGGCAGTTATGATTGTAGAGCTTGCGAGACAGGATCAGGCATATGGTCAAAATTGGAATATTCCCGGGGCGGATATTATTTCCGGTCATGAGATTGTCCGCATCGCCCAGCAAGCCTCCGGTATGAAGAAGCCTGTTATTGCTCTTGGCAAGGCTGGATTGTCGCTGCTCGGTCTATTCGTCCCCGTCATGAAGGAGATTGTCGAAATGCTTTACTTAACGAAGGAGCCGCTGCGCCTAAGCGGGGATAAATATAAGCGTTTTATCGGCCCAATTCCGGCTACGAAGCCGGCGGATGGAATTGCCGCAACGATTCGCGAACTGCAGAAAAAACGATGA	MNMKKAIVVGATGGTGAVITAELVKRGLPVIAFGRSRQKLEELARELGNPSHLTLAIGDAYRPDDIVTAAKEAEVLFHCANVPYHEMESKLIPLGEAIMEAANRLSLKVVAIDGIYPYGRRQMDRVTEEHPKKPHTKKGKVRLAFEQMIFSSRWKNVSAMIVRLPDYYGPTANQASYLGGTLEAIAAGKMAFFIGNMKVPREYVYLPDAAVMIVELARQDQAYGQNWNIPGADIISGHEIVRIAQQASGMKKPVIALGKAGLSLLGLFVPVMKEIVEMLYLTKEPLRLSGDKYKRFIGPIPATKPADGIAATIRELQKKR				NA	NA	NA	NA	NA
JZ016_05287	1476	ftsP_2		Cell division protein FtsP	ATGCGGAGGCTAACTTGGAAAGGGAAGGTCGGTATAGCGGGGTTGGGAGTGGCGATTCTGCTGGGTGCGTTGGTTGGCACGTACTTTTGGCAAATTCGCATGCAAAAACCATATGAAGTAAATATGGGCGAAATGCATCACATGGAAGGGATGGCGGGCCATCAGCATGGAACCGCCTCTGCAGCAACCCACCAGGCTTCACTGGCGACACGGTCATGCGAAGCAATTACAGAGGGGGAGAGCGACGCGCCCGTACGCGAGTTTCGGCTCACGGCCTCACAGAGCGAGAAAAAATCAGATAATGGTGATATCGAGAAGGTTTGGACATTCAACGGCCTCACGCCAGGACCAGAAATTCGAGTTGCCGAAGGTGAAAGAGTCCGTGTCGTGCTAGACAACAAGGACATTCAAGAAGGGGTTACCATCCATTGGCACGGGATTGTTCTTCCTTGTTCGCAGGATGGAGTAGCGGGTGTGACGCAGGATGCCGTAAAGCCCGGAGAGCAGTATACGTACGAATTTATAGCAGACTCTCCCGGAACGTATTGGTATCACTCTCATCAGGCTAGCTCCATCCAGGTTGAAAAAGGCTTGCTGGGGAATTTCATTGTCGATCCTCAGCAGGATCGGTTCGAATACGATCAGGAGGAAACGATACTTATCCAACAGTTAAATGGAACTTATCTCATGAACGGTTCAACAAAGGGAACGCATATCGAGGCGGCTCCCGGAAAGAAAGTCAGACTGAGGATGATCAATGCTGCGAACGAAACGGAAACGATTCACGTCGACGGGGCCTCTTACCGAATAATTGCGATGGATGGCCATGACCTCCACGAACCGGGGATGCTGGAGCATTATAAATTTCTAATGGGAGCGGGCCAGCGTTATGATCTTCTCTTTGAGATGCCGCGGCAAGGTAAAGTTGTCGTCACGAGTGAATCAGGTTTGAAGGTGACACTCGGGACCGGTAGCGAACCGGAGATCCGTTCGGATCACAGCTTATTCAGATGGACCGACTATGGAGAACCAGATCCGAATGCTCCTGTAGACAAATTAACCTACGATCAGTCCTATACCTTAAAGCTCGATCAGAATCTGTTCATCAACTCCATTAACGGAAAAAGTTTTCATGAAATACCACCTCTGGTGGTCAAGGAAGGCCAGCGTGTAAAAATGACGATTACGAATGCTGGCGGAGGGGACCACCCTTTTCATTTGCATGGGCACATATTTCAGGTGCTAAGCCATAACGGCCAGGCTTTGAGCGGAAGTCCCGTATATCTTGATACATTATTAACGCAAGAAGGTGATACTTACGAGGTGTACGTAAAGGCGGATAACCCGGGACTATGGATGATGCATTGCCACAATCTGATGCACGCATCTATGGGAATGAGCATGATGTTCAATTATGAAGGTATTTCGACGCCATTTCGGGTCGGGACAAAATCGGGAAATTTACCGGACTTATGA	MRRLTWKGKVGIAGLGVAILLGALVGTYFWQIRMQKPYEVNMGEMHHMEGMAGHQHGTASAATHQASLATRSCEAITEGESDAPVREFRLTASQSEKKSDNGDIEKVWTFNGLTPGPEIRVAEGERVRVVLDNKDIQEGVTIHWHGIVLPCSQDGVAGVTQDAVKPGEQYTYEFIADSPGTYWYHSHQASSIQVEKGLLGNFIVDPQQDRFEYDQEETILIQQLNGTYLMNGSTKGTHIEAAPGKKVRLRMINAANETETIHVDGASYRIIAMDGHDLHEPGMLEHYKFLMGAGQRYDLLFEMPRQGKVVVTSESGLKVTLGTGSEPEIRSDHSLFRWTDYGEPDPNAPVDKLTYDQSYTLKLDQNLFINSINGKSFHEIPPLVVKEGQRVKMTITNAGGGDHPFHLHGHIFQVLSHNGQALSGSPVYLDTLLTQEGDTYEVYVKADNPGLWMMHCHNLMHASMGMSMMFNYEGISTPFRVGTKSGNLPDL				NA	NA	NA	NA	NA
JZ016_05288	708			hypothetical protein	GTGAGAAGAATAGGAATAGCGTTGTTAACAGTATTTTGTCTCCTCGCCGGTTGCAATCAGGCGTCTGATGTCCTCGTATCTAATTCAACAATTGATGAATCTGACATCGGCGAACATCGTATGCCATATTCCCTAAGTTTCACAGAAGTGAACCTAGAAAAACCACTTAAAAAAAATGTTGAAACAGACTTGACTAAAGTCATACTCAAACAAGAGATAGATAATTACACTACCTATTATTATCAAAAAAATCAAGATGATGAAAATATTTTTGCAGCTATAAAGATTGGAACGAATATTTTTGAAATTGGTCAAGTTGGTTACTCTGCTGAAAATACCGATCAATACACAATTAGTCGAGTTAATGCACTTGATAAGAATTATATAAAAGTAACAGGAGCATGTGGAGCTAATTGCCCAATTAGTTACTATATTCAAACGGATACAAATTCTCCAAAAGTATTGCAAATTGAAGCGCATACGGTGGAAGCAGATGTTGACCAGGACGGAACCAATGAAATTATTGCTACCGTTGGTACTGCTGCCCAAACATCAATTTACAAAATCAAGAATGCTCATATCGTTGCAACGAGTCTAAACGAGGCGCTTGATGCGCAGGAAGTGACATATGATAAAGAATCCAATACTTTTGTAGTCGGTGCGGATATCTGGAGGGTCAAGGGTGAGGAATTAGTGAGTCCAAAATAA	MRRIGIALLTVFCLLAGCNQASDVLVSNSTIDESDIGEHRMPYSLSFTEVNLEKPLKKNVETDLTKVILKQEIDNYTTYYYQKNQDDENIFAAIKIGTNIFEIGQVGYSAENTDQYTISRVNALDKNYIKVTGACGANCPISYYIQTDTNSPKVLQIEAHTVEADVDQDGTNEIIATVGTAAQTSIYKIKNAHIVATSLNEALDAQEVTYDKESNTFVVGADIWRVKGEELVSPK				NA	NA	NA	NA	NA
JZ016_05289	345			hypothetical protein	ATGAAGAAAATAAAATGGATGCTAGTAATATGCTGTCTCCTCTTTATATTGAGCGCTTGTAATATTGTCGATTCCGATTACCAACAGATGCAAGGAGTCGTAAAAGAAGTCGATTCCCCAAATAACAGAATACTACTCATAGCCAATTTAACAGAGGGGGATTTAAAGAAAGATACGCAAGAAGTGATCAAATCTGGCGAATATAGGGAAGTCGTATGGGTGAGTAAGATTGATCCCTCAAAATTTACAGTTGGTGAAGAAATCATTGTTTACTATGAGACTAGGGAAGACTCTTATCCTGGCAAGATGGCAGCTAAAAAATACGAGAAGCTAGAGATCCAATAA	MKKIKWMLVICCLLFILSACNIVDSDYQQMQGVVKEVDSPNNRILLIANLTEGDLKKDTQEVIKSGEYREVVWVSKIDPSKFTVGEEIIVYYETREDSYPGKMAAKKYEKLEIQ				NA	NA	NA	NA	NA
JZ016_05290	858			hypothetical protein	ATGGATATGCAGACGCTAGCAGAGAGAATGAGTGCAGGCGTGTTTAACGATATTCTGAAACGTGACTTTTCACAGGACATGATTTCTGAATTAGAACAGATGAACGCGGTCCAAATGGAAAACAAACTGAAATACATATTAGCCGTACCGATAGGTATATCCAAGCAGAGGGTATTCGAATATCTTCAATTGTATTATTCGGCCTCTTGGCAGAATCTTTTCATGGAGCTGAATATACCCCGTGCGTTAAGTCTTTTGGAGGTTGGTGCCGGTGATGTTGTTTACATTCCAAAGGCTTTAGATGCTTATTCCAACAACATGGGCACCTATGTGACTGCCAATCTCAACAGGGATCTGACACGAAACTTTCAGGAGAAAACGAAAGGGATGGACGTCAGTATACGGGTTGTTGAGGACGATGCAGCCAATGTCGGTTTATATTATCCGGAGTCCTCTTTTGACGTTGTCGCTTATCACCACGCTATTAACGATATCATCCAGACCATTATCGCGGATCGTGAGGGCATTGATACAGTAAATCAAGATTGGTGGACAATCGAACCTCAAATGTTACAAGCTGTTATGGATTATCACCGAAAAGGCATATTGAAGGATGCAGCATATCATGCGTTTATCCAAATCATTGACACAAGCCGTAAGCAGTTAAAAAGAGGGGGATACATGATATTCGATAACATTACTTATTCTGGATATGATGAAATGGGGTATTCCTCTGAATTCCACAGCAACTATATCCAACTGGCTAGAAGCTGGATTAGCGAAGCGAATCTAGGATTGGAAGAGGTTGAAGTCGAATCGTATGATAAGCAATGGTGGATGATACTGAGAAAAGTGTGA	MDMQTLAERMSAGVFNDILKRDFSQDMISELEQMNAVQMENKLKYILAVPIGISKQRVFEYLQLYYSASWQNLFMELNIPRALSLLEVGAGDVVYIPKALDAYSNNMGTYVTANLNRDLTRNFQEKTKGMDVSIRVVEDDAANVGLYYPESSFDVVAYHHAINDIIQTIIADREGIDTVNQDWWTIEPQMLQAVMDYHRKGILKDAAYHAFIQIIDTSRKQLKRGGYMIFDNITYSGYDEMGYSSEFHSNYIQLARSWISEANLGLEEVEVESYDKQWWMILRKV				NA	NA	NA	NA	NA
JZ016_05291	549			hypothetical protein	GTGAGTAAGCCTGTTATGCAGGTCGCTCTGGTCGTCGGACCGGATTGCGACATGGAGAGCCAAGCGGTAAGGGCGGCTCTGGAGTATTTTGGGGTGCGCGTCTTTACATACTGGATCGGGACGCCGAATGATCTGATCTCCGTCTTGTCAGGCGTTGATCTATATGAAGGCACCGATATGATCCTGTTGAATTTTCACGGGGATGAAGGCAGCTTGATTATGCCGGAGCTCGGCGAAGAGGTATACGAGGAGGAGGAGCCGAAGGGCGACTTCGGGGCAGATGAGGTTCGGCGCTATGCGAAGCTGGACGGGAAGACGGTAATCGCGAACGGCTGCTCGCTGGGGGATCCAGCACTGGCCGAAGCTTTCCTGGAGCGGGGCTGCAAGATGTATATCGGGCCGGATGACTATCCGGACGGCAACGATGCGCTGATGTTTGTTCTGCGGCTGTTCTATGAGATTGTTCAGCAGGGACGGGACGTGAAGGAAGCCTTTGCCCAAGCTGTAGCGATGAGTGATGAACTATCCATGTACCGTTTGTATGAATGA	MSKPVMQVALVVGPDCDMESQAVRAALEYFGVRVFTYWIGTPNDLISVLSGVDLYEGTDMILLNFHGDEGSLIMPELGEEVYEEEEPKGDFGADEVRRYAKLDGKTVIANGCSLGDPALAEAFLERGCKMYIGPDDYPDGNDALMFVLRLFYEIVQQGRDVKEAFAQAVAMSDELSMYRLYE				NA	NA	NA	NA	NA
JZ016_05292	789		COG4753	putative response regulatory protein	ATGTTTAAAGTACTGCTGGTCGAAGATGAGGATATGATTCGCAGGGGCATCCGATTCAGCATCGATTGGGTTCAATACGATTGCATCGTCATTGAGGAAGGGTTGAATGGTCAGGATGGTTACGAGAAGATCTGCGAGCTCAAGCCGGATATCGTCATAACCGACATCACCATGCCGATCATGGATGGCATCTCGATGATTCGGGAAGGCCTCAAGCAGCATACCTTCAGCAGCATTATTATCTCCGGTTATAATGAATTCCACCTTGCGCAGCAGGCGCTCCAGTTAGGCGTGAGCGAGTTTCTGGTAAAGCCCTTAGAGGACGAGCAGCTGGTCGCGGCACTCGAATCGGCCAAAGCTAAAGTGGATTTAATCCGCAAATATGAAGTGATCTCGAACCATCCGCAGGAAAAAGAAGAGATTCTAAACAGCAAGTTTCTGGAGAAGGAAACCAAAACCTCGAAATACGTGGCCAAAATGATCGCCTATGTACAGGAGAATTATGCCAAGAAGATCAGCATTCATGATCTCGTGGAGGAGATCGGCTTAAGCGCCTATTACCTGAACCAGAAATTCAAGGCAGAGACCAGCTATACCTTCAATGAATTTCTCAATCGTTATCGCATCCAGAAATCGATCGAATTACTGAAGTCAGGCGATAACAAAGTTTATACCATCGCGCAGGATATCGGATTTAGCGATTACAAGTATTTTATAAGCATCTTCAAGAAGTACGCCCACGTCACGCCGAGCCAGTATCAGGAATATTTCGAGGAGAAGAATGGATAG	MFKVLLVEDEDMIRRGIRFSIDWVQYDCIVIEEGLNGQDGYEKICELKPDIVITDITMPIMDGISMIREGLKQHTFSSIIISGYNEFHLAQQALQLGVSEFLVKPLEDEQLVAALESAKAKVDLIRKYEVISNHPQEKEEILNSKFLEKETKTSKYVAKMIAYVQENYAKKISIHDLVEEIGLSAYYLNQKFKAETSYTFNEFLNRYRIQKSIELLKSGDNKVYTIAQDIGFSDYKYFISIFKKYAHVTPSQYQEYFEEKNG				NA	NA	NA	NA	NA
JZ016_05293	1701			hypothetical protein	ATGAAACCAACACATTATCGTAATTTCAAGGAATCAACCCGTCATTTATTTCGCATCTATACGATGATCCCGTTCTCCATCTTAATCGTATTGTTTTTGGCGTTCACGATTATTAATGGCAGAATGAACCTAACCCAAAAAACGACCGAAGCCGCCCAGTCCATCAGTCAGTCCATTTCCGGCGTGTATCAGCAGTACGACGAGGAGATTCACCGGATGGCCGTTTCTCCTACCGTGATCAATTATGTAAGCTCGCATCTGGGCAGCGAACAGGTGTACTCTGCCTTCTATGATTTCAACAACCGGCAGAAGGTAAAGAGTATTTTTCATATCGTCAATACGGACGGGGTCTTTCTGGCAAGCTCCGCCCCGGCGGATGCACTGTATTCCAATTTTGCCTTCGGCAATCTCATTCATCGGATCGATCAGCGGCCCGGCGACACGCTTACCGAAATGAACAGTTTTCGTTATTCGCATGACCGCGATACGAGCTACACGTTTGGCAAAGCCATCGTGAAGGACAAGCGGACGATAGGCTATATCATCTATCAGCTGTATGAATCCGACATTCAGAAGATGATTTTCGAACAAAATAATGAGATTGCCATGATCACGGATGAACATAACACCATTATTGCCACGACCAGCAATGTGACCAAAGGGGTTCTCAACAAATTCAGCCCCAAGCTCGATAACAGGGGACATGTTCTGCTGAACGAAGGCAAGTATTATATGTATGCCAAACGAATCCCTGACACACCGATTCAAGTCATTACGCTGAACTCCTATAAATCGGAGCAATACACCTATTATACGGTGTCTTTCTTTGTCCTTGCGGCCAGCCTGCTGCTGTGGGTGTTGATCCAGTTCCTGGCGAACAAAATGTCGACGCGCAATTCCGAATCCATCGATAAATTAATTCATGCCTTGGCACAGCTGCGCGAAGGTAACTTCAATGGCTATGTCGATATTCAGACAAATGACGAGTTTCAAATTCTGGGCGATGAGTACAATGTGATGCTGGATCGGCTGAAAGAATTGATCGAGAAAAATAAAGAGCTGTCGGAGCTTCGCACCATTATTGAGGTGAAGCAGCTGCAATCGCAGTTCCATCCGCATTTTATTTTTAATGTTCTGGAAACCCTGCGCTATGCCATTAAGATCGATGCCAATCAGGCCCAGGACATCGTGCTGATTCTATCCCGCTTGTTAAGGTACAGCATCGGACATGATCGCAATGTTCAACTGAAAAATGACATGAATTATGTACGGGATTATCTAAAGCTGCAGCAAATTCGGTTCAATGATCGGCTGGAATACCGGATTGCCGTAGCGGAGGAAACGCTGGATGTATACGTCCCCAAGCTTCTGCTGCAGCCGATTATCGAAAACGCTATCAAATATGGCTATGAGAATCAAAGTGATGTGCTGATTGAGATTAACATCTACACCTCCAACGGCAAGCTCATTCTGGAGGTTCGCGACAACGGGCAAGGCATGAGTAAAGAGAAACTGCAGGAAGTGAATCAGATTTTGCAAAGCCAGACGAACACGACGCAGCATATCGGGCTGTATAACGTTCACCGTCGTTTAGTTCTTCTATATGGTGAAGAATCCGGCATCCACATTGACAGCGCGCAAGGAAAAGGCACCTGCGTGGCACTAACAATTCCTTACGAATGGAGTGGATATCATGTTTAA	MKPTHYRNFKESTRHLFRIYTMIPFSILIVLFLAFTIINGRMNLTQKTTEAAQSISQSISGVYQQYDEEIHRMAVSPTVINYVSSHLGSEQVYSAFYDFNNRQKVKSIFHIVNTDGVFLASSAPADALYSNFAFGNLIHRIDQRPGDTLTEMNSFRYSHDRDTSYTFGKAIVKDKRTIGYIIYQLYESDIQKMIFEQNNEIAMITDEHNTIIATTSNVTKGVLNKFSPKLDNRGHVLLNEGKYYMYAKRIPDTPIQVITLNSYKSEQYTYYTVSFFVLAASLLLWVLIQFLANKMSTRNSESIDKLIHALAQLREGNFNGYVDIQTNDEFQILGDEYNVMLDRLKELIEKNKELSELRTIIEVKQLQSQFHPHFIFNVLETLRYAIKIDANQAQDIVLILSRLLRYSIGHDRNVQLKNDMNYVRDYLKLQQIRFNDRLEYRIAVAEETLDVYVPKLLLQPIIENAIKYGYENQSDVLIEINIYTSNGKLILEVRDNGQGMSKEKLQEVNQILQSQTNTTQHIGLYNVHRRLVLLYGEESGIHIDSAQGKGTCVALTIPYEWSGYHV				NA	NA	NA	NA	NA
JZ016_05294	1656			hypothetical protein	ATGAGAGAGACGCGCAAACGATTTGACGTCTGGACCAACATTTCGTTACTGATCTTTGTATTCTACATTCTTTTTCTCGCTCTGCCTTTGTTTACGATGCTGTTCAAGAGTGTGTACAACGGTACGACAGGCGATTTTTCCCTCGCCTATTTCACGAAGTTTTTCAGTAAGCCCTATTATTTAAACGCGCTGTTCAACAGCGTGAAAGTTACCGTCAGCGTTACCTTGCTTGCCGCCATTATCGCAACGCCGCTGGCCTACATCATGGCAACGGTGAAGATTAAAGGCAGTTCGGCCATTCGGGTCATGATTCTGATCTCCTCGATGTCGGCTCCTTTCATTGGCGCTTACTCCTGGATCCTGCTGCTGGGCAGAAGCGGCGTCATTACGAAATTCGTTAGCAGCACATTCGGCATTACGATGCCGGATATCTACGGATTTACGGGGATCTTGGTGGTCTTAACCTTGCAGATGGTTCCTCTGATCTTCATGTATGTGTCCGGCGCACTGAAGAATATGGATCAATCGTTGATGGAAGCAGCCGAGAGCATGGGTTATACAGGCTTAGGCAAAATGCGCAAAGTGCTCCTTCCGCTCATTACGCCAACCCTGCTGGCAGGCGGCCTGCTCGTCTTCATGCGTGCGCTTGCCGATTTTGGTACGCCGATGCTGATCGGTGAGGGATACAAGACCGTGCCTGTACTGATCTTTAACGAGTTCATCAGTGAGGTCGGGGGCGACGACGGCTTTGCGGCAGCGATCAGTGTCATCGTCGTTCTGTTCGCCACCACGATATTTCTACTGCAAAAATTCGTAGCCAATCGCAAATCCTTTACGATGAGTGCACTGCATCCGATCGAAGCCAAGAAGAAGAAGGGGATCGGCAACATTGCGGCTCATGCCGTTATCTATCTGTATACGTTAATCGCACTGCTGCCGCAGCTCTATGTCATCTATACTTCGTTCCTGAAATCTAACGGCAGAATCTTTGTAAAAGGATTTTCGCTCCAAAGCTATCAAGAGGCTTTCAGTAATATTGGCGGCGTCATTCTGAACACGTTCTTTCTGGCCATCGTCTCGCTGGTCGCCATCATTCTGTTAGCGATACTGATTGCTTACGTAACCGTTCGCAGGAAGAATGCACTGACGAACACATTGGACATTTTCACAATGTTCCCGTATATCGTTCCCGGTTCCATACTCGGGATTGCTCTATTGATCACGTTCAACAATAAGCCGCTGGCGCTAAGCGGAACAGCCGTCATCATGATCATTTCGTTTGTCATCCGGCGGCTGCCTTATACGATTCGATCCAGTGCGGCCATTCTGCATCAGATTAACGATGGGATCGAGGAAGCGGCGATCAGTCTGGGCGCTTCCCAGATGAAGACGTTCTTCAAGATCACGCTTCCGATGATGCTGGCAGGCGTCGTCTCCGGCGCGATCTTAAGCTGGATTACCATCATCACCGAACTAAGCACCTCAATCATTCTTTATACAGGCAAGACCAAGACCGTAACGGTTGCCATCTACACCGAGGTCATCCGCGGAAACTACGGCGTGGCGGCAGCGCTGTCAACCATTCTTACCGTCATTACGGTCGTGTCGCTGCTCGTCTTCCTGAAGCTCTCCGGACAAAAGGAAGTTTCCATGTAA	MRETRKRFDVWTNISLLIFVFYILFLALPLFTMLFKSVYNGTTGDFSLAYFTKFFSKPYYLNALFNSVKVTVSVTLLAAIIATPLAYIMATVKIKGSSAIRVMILISSMSAPFIGAYSWILLLGRSGVITKFVSSTFGITMPDIYGFTGILVVLTLQMVPLIFMYVSGALKNMDQSLMEAAESMGYTGLGKMRKVLLPLITPTLLAGGLLVFMRALADFGTPMLIGEGYKTVPVLIFNEFISEVGGDDGFAAAISVIVVLFATTIFLLQKFVANRKSFTMSALHPIEAKKKKGIGNIAAHAVIYLYTLIALLPQLYVIYTSFLKSNGRIFVKGFSLQSYQEAFSNIGGVILNTFFLAIVSLVAIILLAILIAYVTVRRKNALTNTLDIFTMFPYIVPGSILGIALLITFNNKPLALSGTAVIMIISFVIRRLPYTIRSSAAILHQINDGIEEAAISLGASQMKTFFKITLPMMLAGVVSGAILSWITIITELSTSIILYTGKTKTVTVAIYTEVIRGNYGVAAALSTILTVITVVSLLVFLKLSGQKEVSM	PGPT0003730_2897	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011	NA	NA
JZ016_05295	1110	btuD_20		Vitamin B12 import ATP-binding protein BtuD	ATGAGCGTAACCATAACCATTCAAGACCTAATCAAAAAATACGGCGACACAACCGTCATTCCCGAGCTGTCCCTGGAGATTAAAAAGGGTGAATTCTTCACCCTTCTCGGGCCTTCCGGGTGCGGCAAGACGACACTGCTGCGCATGATCGCCGGCTTCAACAGCATTGAAGGCGGAACCATTCATTTTAACGAGCGCGTCATTAACCAGGTGGAACCGGGCAAGCGGAATATCGGGATGGTCTTTCAGAGCTATGCGATCTTCCCTCACTTAACCGTCAAAGGAAACATCGCGTTCGGACTGGAGAATCGAAAATTATCCAAAGCGGAGATTAACGCCAAGGTGGATGAGATCTTAAAGGTCGTTCAGATTGAGCCCTATAAAGATCGTATGCCGAAGAATCTGTCCGGCGGCCAGCAGCAGCGCGTTGCGCTAGCCAGAGCGATCGTCATCCGCCCGGATGTCCTGCTGATGGATGAGCCTCTATCCAACCTGGATGCCAAGCTTCGGGTCGACATGCGTAATGCCATTAAAGACATTCAGCGAGAAGTCGGGATTACAACCGTCTACGTTACGCACGATCAGGAGGAAGCCATGGCGGTATCCGACCGCATCGCGGTCATGAAATCCGGCGTGATTCAGCATCTCGGAACACCACAGGAGATTTACCAGCGTCCTGCAAACGTATTCGTTGCAACCTTTATCGGCCGTACCAACATTCTTGGCGGTACTTTAACCAAATTGGCAGACAGCCATGTCCTGCACTTCGGCTCCGGCTATATGGAAGAGCTGTCTAACATCGAGGTTCCGAAATCCGATGCCAAGGCTGATACACTTAACGTTCAAATCTCGGTTCGGCCGGAAGAGTTCATTCTAACCGAGGACCAAACCGGCATGAAAGCAACGATTGTGCACAGCGTATTTCTGGGGCAGAACACCCATTATTTTGTGGACTTGTCGTCCGGTCAACGCATGGAGATCACGCAGGAATCGAAAACGTCACAGATCCTCGAACCTGGCCAAGTCATCTATCTCAAAGTGAAAAAAGAGAAGATCAATGTCTATGATGCGGCAGGCGAACTGAACTATACTAGGGGCGCTCGGCTATGA	MSVTITIQDLIKKYGDTTVIPELSLEIKKGEFFTLLGPSGCGKTTLLRMIAGFNSIEGGTIHFNERVINQVEPGKRNIGMVFQSYAIFPHLTVKGNIAFGLENRKLSKAEINAKVDEILKVVQIEPYKDRMPKNLSGGQQQRVALARAIVIRPDVLLMDEPLSNLDAKLRVDMRNAIKDIQREVGITTVYVTHDQEEAMAVSDRIAVMKSGVIQHLGTPQEIYQRPANVFVATFIGRTNILGGTLTKLADSHVLHFGSGYMEELSNIEVPKSDAKADTLNVQISVRPEEFILTEDQTGMKATIVHSVFLGQNTHYFVDLSSGQRMEITQESKTSQILEPGQVIYLKVKKEKINVYDAAGELNYTRGARL	PGPT0003735_747	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010	NA	NA
JZ016_05296	1023		COG1840	putative protein	ATGAAAAAGCTGTCGATTTTACTGTTAACCTGCGTGTTGATTATGGGGGCGCTAAGCGGTTGCGGAAGCAGCGAGCCCGACTCGGCTTCGTCTAATAAACTCGTCATCTACAGTCCGAATAGCGAGGAGATCATCAAGACCATCATCCCGATGTTCGAGAAGCAGACCGGGATTACGGTTGAGCTTGTAACGGCTGGTACCGGCGAAATTATTAAGCGCTTACAGTCCGAGAAGCAAAACCCTTACGCTGACGTGATGTTCGGCGGTTCTATGGCCGGTTTCCGTGAAAATGAAGCTTTATACGAGCCTTCCGTATCACCTGAAGACAAGAACTTAATGGAAGGTCACCGCAATACGTCGGGCTTCGCTACTCCTTATATCTCGGATGGCAGCGTGCTGCTCGTGAACAAAAATCTAATCGGCGACATCAAAATCGAAGGTTATGCGGATTTGTTGAACCCGCAGCTCAAAGGGAAGATTGCCTCCGCTGATCCGGCAAGCTCAAGCTCCGCTTTCGCCCAGTTAACCAATATGTTGAAAGCGATGGGCGGCGATTATGAGAATGAACAAGGCTGGAACTACGTCGGTCAGCTGATCGAGAACCTGGACGGCAAAATCGCGAGCGGTTCCGGTGCTGTTCACAAAAGCGTGGCAGACGGTGAATATGTGGTCGGCCTTACCTATGAAGACCCTTCCAGCACCTATGTAAAGAACGGAGCTCCGGTAGAAATCGTATATCCAAAAGAAGGCGCGGTATTCCTGGATGCGGGATCTGCCATTATCAAAGATGCACCGCATATGGACAACGCCAAGAAATTCATCGACTTCATTCTGTCTCAAGAAGCTCAGGATGCATTCGGGACGCAATTAACGAATCGTCCGCTCCGCCAGGATACGAAGCTTGGCGACCACATGAAGCCTTATGAAGAAATTCACATGATTGATGAAGACACAGACTATGTCAGCGAGCATAAATCCGAGATCGTAGAGCGTTATGTCGATTTGTTCACTAGCGTTAAATAA	MKKLSILLLTCVLIMGALSGCGSSEPDSASSNKLVIYSPNSEEIIKTIIPMFEKQTGITVELVTAGTGEIIKRLQSEKQNPYADVMFGGSMAGFRENEALYEPSVSPEDKNLMEGHRNTSGFATPYISDGSVLLVNKNLIGDIKIEGYADLLNPQLKGKIASADPASSSSAFAQLTNMLKAMGGDYENEQGWNYVGQLIENLDGKIASGSGAVHKSVADGEYVVGLTYEDPSSTYVKNGAPVEIVYPKEGAVFLDAGSAIIKDAPHMDNAKKFIDFILSQEAQDAFGTQLTNRPLRQDTKLGDHMKPYEEIHMIDEDTDYVSEHKSEIVERYVDLFTSVK	PGPT0003725_3289	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012	NA	NA
JZ016_05297	228			hypothetical protein	ATGGCTAATAAAAACGATCGTAATCAAAAGGTTGATTCTGACCGCGACACGACCAACATGGATATTGAAGCTGGAGAAGCTTTAGGAACAGCTGGCGGCGGCGCGGTGGGTGCTGCTGTAGGTTCCGTTCTGGGTCCAATCGGCACGATTGCCGGCGGTATCGCAGGCGCAGCATTGGGAAACAAAGCTGGCGACGCTGTAGACAATGACGACAACGATTCAAAATAA	MANKNDRNQKVDSDRDTTNMDIEAGEALGTAGGGAVGAAVGSVLGPIGTIAGGIAGAALGNKAGDAVDNDDNDSK				NA	NA	NA	NA	NA
JZ016_05298	375	blaI_3	COG3682	Penicillinase repressor	GTGAACCAAGTTCAAAAATTATCGGATACCGAAATGGAGCTAATGGAGGTGATTTGGGAGTGTACGCCGCCTGTCACATCCACCGAATTGCTCGCTCTGTTTGCCGAGAGAGGTAGGGAATGGAAGGCACAGACCATCTCCACCTTCTTATCGCGTTTGGTGGACAAAGGGGCGCTCACGGCTACAAGGGATGGGCGGACCAATAAATATACGCCTCGCATTTCGCCTGAAGATTATAAGCTTATGGAAACGCAGCATGTTCTGGACGGATTATATCAAGGCTCGGTTAAAAATCTAATTTCAGCTTTGTATGACGGCGAAAAGCTTTCAGATGAAGATATTGCAGAGCTGAAGCAATGGTTTTCGCAAAAGTAG	MNQVQKLSDTEMELMEVIWECTPPVTSTELLALFAERGREWKAQTISTFLSRLVDKGALTATRDGRTNKYTPRISPEDYKLMETQHVLDGLYQGSVKNLISALYDGEKLSDEDIAELKQWFSQK	PGPT0028105_597	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028105-blaI-K02171	NA	NA
JZ016_05299	1491			hypothetical protein	ATGAATACGATTCTTGAAACGCTGTTTACCCTTACCGCTGCTGGAAGTGCCGTCGTAGCCAGCATGCTTGTCCTGCGGATCGTATCCGTCCATGCCTTTCCTACAAAGTGGCGTTATGGAATGAACAAAATGGCAATAGGCTTTTATCTTTTACCCGTAGTCCTTGGTATTCAGTGGATCTTGCCGCTTTTTACATTCAATGCAACAGCAACCGTTCCCATCGTGAACGAGCTGCCTTCAACTGTGCAGCATGCGCTGCCCGGTCCATATTCAGGGATTCATCCGGAGCCGCTCATCCGAGATCAGACCATATCAGCAAACATAGCACTTCCCCTGATTGTCCTATGGGCAGTCGGCGCTATAGCTTTTGCTGCATGGCAGATGTATTGTTATCGCAGATTTTTAAAGAAACTAGAACATACACGTACCAACGTTCCGACAAGCAGCGAAGCAGCCAAACAGCTCTCCTTCATTAAGGAAGCCCTTGGTGTGAAAAGCAGTGTCAGGCTTGCCTACAGCTCCATCATTCGGAGTCCTGTTCTTGTCGGCCTATGGAAACCAACCATTTATCTCCCTATAGAGAATACCGTTAACGTGGACATGGTGATCCGACATGAGTTGATCCATCTGAAACGGAAAGATTTATGGGTCAAAGCGTTTACGCTCGGAGCAAGCGCCGTGCATTGGTTTAACCCTTTGGTGCACATTCTTCGCAAGGACATTCATATATGGAGCGAGCTGTCTTGTGATGAAGAGGTCGTAAAAGAGATGTCCTATGCCGAGCGAAAACGCTATGGGGAGACGATCTTAAGCGTCATGGCAGGATCAAGGAATTTACCCGTGCAATTCTGTGCCTCCTTATCCGGTGACGGCAAACAATTAAAGAGGAGATTAATGATGATGCTGAATGTAAAGAAACAAAAAAAGAAAACGATGTATCTCACGATAACAGCAGTGTTTTTGGTTGCTGCAATTAGCACATCCGCAGCGGCATGGGCTTCTAACCATACGCCCAGAGTCATTGGAAATGAGGAAAGTCATGCTGAAGCTCAACGACAAGAAGCTGCCCCTAGGCCGGTACCTCCTGAAACCGTCGTTGAGAGTGAAGGAAACGATGTTGAAACTCAGCTGGAGGAAGCTCGTCCTGCACCTGTTGTAGAGCATGAAGGAAGCAATGTTGCAGCTCTTTCACAAGAAGCTCGTCCTGTACCTGTTGTAGAGCATGAAGGAAGCAAAGTTGTAGCTCCTCCACAAGAAGTTCGTCTTGTACCTGTTGTAGAGCATGAAGGAAGCAATGTTGTAGCTCCTCCACAAGAAGTTCGTCTTGTACCTGTTGTAGAGCATGAAGGAAGCAATGTTGTAGCTCCTCTTCAAGAAGCTGCCCCTTCGGAGGCGGTCGTTGAGAGTGAAGGAGACCAAGATGTAGCTCCTCCAACAGTTCGTCCTGTAGACGATCCACACGAGCTCCCCCAGGTAGTTCCATCACGGTAA	MNTILETLFTLTAAGSAVVASMLVLRIVSVHAFPTKWRYGMNKMAIGFYLLPVVLGIQWILPLFTFNATATVPIVNELPSTVQHALPGPYSGIHPEPLIRDQTISANIALPLIVLWAVGAIAFAAWQMYCYRRFLKKLEHTRTNVPTSSEAAKQLSFIKEALGVKSSVRLAYSSIIRSPVLVGLWKPTIYLPIENTVNVDMVIRHELIHLKRKDLWVKAFTLGASAVHWFNPLVHILRKDIHIWSELSCDEEVVKEMSYAERKRYGETILSVMAGSRNLPVQFCASLSGDGKQLKRRLMMMLNVKKQKKKTMYLTITAVFLVAAISTSAAAWASNHTPRVIGNEESHAEAQRQEAAPRPVPPETVVESEGNDVETQLEEARPAPVVEHEGSNVAALSQEARPVPVVEHEGSKVVAPPQEVRLVPVVEHEGSNVVAPPQEVRLVPVVEHEGSNVVAPLQEAAPSEAVVESEGDQDVAPPTVRPVDDPHELPQVVPSR	PGPT0028100_605	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028100-blaR1-K02172	NA	NA
JZ016_05300	876	moaA_4		GTP 3',8-cyclase	TTGAAGACGTTTAAGAAAGTTTACATAGAAATTACGAGTATTTGTAATCTGGCCTGCACGTTCTGCCCGCCGACGGAGCGCAAGGCCAACTTCATTAAAGTGGAAGACTTTGCGAGAAGATTGGATGAGATCAAGCCGCATACGAGTTACATTTATCTGCATGTGAAGGGGGAGCCGCTGCTCCATCCGAAGATCGATGAGCTGCTGGATATCAGCCATGAAAAAGGGTTCAAGGTCAACATTACGACCAACGGCACGTTGATCGCGAAGAACCGGCATAAGCTGCTGGGCAAGCCGGCCTTAAGACAGATGAACTTCTCGCTTCACAGCTTTGATGGTCATGTCGGGTCCACGGACCGTGAGGGATATTTGCGGGAGATTCTATCCTTTGTTCGTGCTGCCGAGGAGCATAAAGTCATCTTCTCGTTCCGTTTGTGGAATCTGACCCAGGACAACCAAACGAACCTGGAGAAGAGCCGCAATCGCCAGACACTCGAAATTTTGGAGCAGGAATTCAACCTGGACTACCGAATCGAGGAAAAGGTTGAACCCGGCGGCGGCGTGAAGGTCGCCGACCATGTCTATCTGAATCAGGATTATGAGTTTCAGTGGCCAAGTCTGACAGCCCCGGAGGATGAAGGCAAAGGCTTCTGCCATGCGCTTCGCAGCCAGGCGGCCATTCTGGTAGACGGGACGGTCGTGCCGTGCTGTCTGGATGGGGAAGGGGTCATCAACTTGGGCAATATCCATCAGAAGTCCTTCTCGGAGATCGTTGACGGGGAGCGGGCGAACAATCTTGTGGATGGATTTTCGCGCCGGGAAGCTGTTGAGGAGTTATGCAGAAAATGCGGGTATCGGCAGCGGTTTGGGGCATAA	MKTFKKVYIEITSICNLACTFCPPTERKANFIKVEDFARRLDEIKPHTSYIYLHVKGEPLLHPKIDELLDISHEKGFKVNITTNGTLIAKNRHKLLGKPALRQMNFSLHSFDGHVGSTDREGYLREILSFVRAAEEHKVIFSFRLWNLTQDNQTNLEKSRNRQTLEILEQEFNLDYRIEEKVEPGGGVKVADHVYLNQDYEFQWPSLTAPEDEGKGFCHALRSQAAILVDGTVVPCCLDGEGVINLGNIHQKSFSEIVDGERANNLVDGFSRREAVEELCRKCGYRQRFGA				NA	NA	NA	NA	NA
JZ016_05301	186			hypothetical protein	ATGAATAACAACTGTGATCATGAACGAGAAGAACTTGAGAACAAACTAAGGAAAGAGTATGAAAAAAATGCAATTTTGAATTTTTCACAATCCATTGGAAAAACAATGATTGGTCATCAAACAGGATGCTTAACTACGCTAATAGCAATATTTATCATATTCCTAATTTTCTTCTTGAATAAGTAA	MNNNCDHEREELENKLRKEYEKNAILNFSQSIGKTMIGHQTGCLTTLIAIFIIFLIFFLNK				NA	NA	NA	NA	NA
JZ016_05302	1473	rhlE		ATP-dependent RNA helicase RhlE	ATGACATTTCAAGATTTAAATATATCCCCCGTGATTCTCAAGGCTTTAGCGAAGGAGAATTACAAGACGCCAACGCCTATTCAGGCTCAGGCGATCCCGGCTGTGTTGGCCGGCAGAGATTTGCTGGGCTGCGCGCAGACCGGAACAGGGAAGACCGCCGCTTTTTCGGTACCGATGATTCAGCTGTTGAACGAACAACCCCCTAAACCAGGGATGGCGCGCCGTATTCGCGCGTTGGTGTTGTCGCCGACCCGGGAGCTTGCCCTGCAAATTTCGGATAACGTGAAAGCCTACAGTCAGTTCACAAAGCTGCGGTCGACGGCCATTGTTGGCGGCGTTTCGCAAAAAACACAGGAGCGGGCGCTTCAGCAAGGAGCGGACATCCTCATTGCTACGCCAGGCAGACTTCTGGATCTCATGAATCAGAAGCGTGTCGATCTGCAGCATGTGGAGATTCTGGTGCTGGACGAGGCTGACCGGATGCTTGATATGGGCTTTATTCATGACGTAAAACGAATTATTGCCAAAATGCCGAGCAAAAGACAAACGCTGTTCTTCTCGGCTACTATGCCTGCGGAGATTACCCAGCTTGTCAAAACCTTATTGCAAAACCCTGTAAAAGTAGAGATTACGCCGGTTTCATCAACGGCCGAACGGATCAAGCAATCGGTGTACCTGCTGGAAACAGGAAATAAGCAGAAACAGTTGAATGAGCTGATGAAGGACCCATCCATCGTGTCGGCCCTGGTCTTCACACGTACAAAGCGCGGGGCTGACCGGGTTGTTCGCGATCTGACGAAGGTGAACATCTCTGCACAAGCCATTCACGGGAATAAATCGCAGGTCAGCCGTCAGACGGCACTCAAAAATTTCAAAAGCGGGGAAACCCGGGTTCTGGTGGCTACGGATATTGCGGCGCGAGGCATTGATATCGACGAGCTGTCGCATGTCATTAACTTTAACCTTCCGAACATTCCGGAAACGTACGTTCACCGGATTGGCCGGACGGGGCGTGCGGGACTGAGCGGAACGGCGATATCGTTCTGCGAAGTGGACGAGGTGCCTTTTCTCCGGGATATCGAGAAGTTAATCGGCAAGTCCATTCCCGAAGTGAAGGACCATGCCTTCCCGATGTCAGGATCATTAAGAGCAGCCAAGGTAGACCGATCGCCGAAATCGGGCTCGGCCAAACCCGGAAAAGCCAAATCAGCAGCAGTTAGACCTGCTAAACCGAAGGCCGATGCCACCCGTAAGCCAAAGACCGACACGGCTCGTAAACCGAAGTCAGACGCGGCTCGCCATTCGAGCACGAATTCGGCACGTAACCCGAAGGCGGAAGTTGTTCTTAATCCGTATTCAGAGATGGCACGTAAGTTCAAAGCGGAAGCGGTTCATAACCCTAAGGACGGTCAAGCCCGTAAACGCAAGTCCGGTGGATTCAACAAGGGAAGCAAGACCGGCAGACCCCAGTAA	MTFQDLNISPVILKALAKENYKTPTPIQAQAIPAVLAGRDLLGCAQTGTGKTAAFSVPMIQLLNEQPPKPGMARRIRALVLSPTRELALQISDNVKAYSQFTKLRSTAIVGGVSQKTQERALQQGADILIATPGRLLDLMNQKRVDLQHVEILVLDEADRMLDMGFIHDVKRIIAKMPSKRQTLFFSATMPAEITQLVKTLLQNPVKVEITPVSSTAERIKQSVYLLETGNKQKQLNELMKDPSIVSALVFTRTKRGADRVVRDLTKVNISAQAIHGNKSQVSRQTALKNFKSGETRVLVATDIAARGIDIDELSHVINFNLPNIPETYVHRIGRTGRAGLSGTAISFCEVDEVPFLRDIEKLIGKSIPEVKDHAFPMSGSLRAAKVDRSPKSGSAKPGKAKSAAVRPAKPKADATRKPKTDTARKPKSDAARHSSTNSARNPKAEVVLNPYSEMARKFKAEAVHNPKDGQARKRKSGGFNKGSKTGRPQ	PGPT0013740_627	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
JZ016_05303	729	tam_2		Trans-aconitate 2-methyltransferase	ATGAGCTATAACGGATCCGATTTTTATGACAACGATACGAACTTCGAGAACTACATGCAGCGACGGCAAGGGCAGGAGAATGCCAACGATACATTGGAGAAGCCCATCATCTGGCAGCTGCTGGGAGATGTCTCAGACCAGCTTGTATTAGACCTGGGTTGCGGCGATGCTGGCTTTGGCGTGGAATTGTTGGAAAAAGGATGTGCATCATATGTAGGAATCGAGGGTTCCCGTAATATGGTGGAAGCCGCTTCGAACAATCTCGCCGGCTGCAACGGAACCGTTGTACACACGAGGCTCGAGGACTTTACATATCCCCGCGATTCCTATGATCTGGTGCTCTCCAGGCTCGCCATTCATTATCTGCAGGATATCGAGCGCGTCTTTCAATGCATTTATCAGAGCTTGAAGCCGAACGGCAGGTTTGTCTTCTCTGTCGAGCATCCCGTTATTACCTCCACGCTTCAGCCGTCCGGTACCAGAACGAATTGGGTGGTGGACAACTACTTCATCGAAGGCTACCGGGAGCAGCAATGGCTCGGCGGTACCGTTCACAAGTACCATCGAACCGTCGAGGATTATTTCAGGGCGATGCAGGAAGCCGGCTTTATCGTGGAGCAGCTTAGGGAATCCAGTCCCGTGCGAGAACATTTCATACACGAGGAAACCTATGAGCGCAGGCGCAGAATTCCACTGTTCCTGTTTCTGGCGGGGAGAAAGAGCGCGTAA	MSYNGSDFYDNDTNFENYMQRRQGQENANDTLEKPIIWQLLGDVSDQLVLDLGCGDAGFGVELLEKGCASYVGIEGSRNMVEAASNNLAGCNGTVVHTRLEDFTYPRDSYDLVLSRLAIHYLQDIERVFQCIYQSLKPNGRFVFSVEHPVITSTLQPSGTRTNWVVDNYFIEGYREQQWLGGTVHKYHRTVEDYFRAMQEAGFIVEQLRESSPVREHFIHEETYERRRRIPLFLFLAGRKSA				NA	NA	NA	NA	NA
JZ016_05304	519			hypothetical protein	GTGACAGGAAAAACCCTTGTTCATCCTGATGGTCGAACCGTAACCTTACTCGACAGCGGCACCGACGACCAAGGGGACTATCTCTTGGTACAACATACGATTGTTAAGCAAGGTCCGATGAACGGCCCGCATTGGCATCCGGTTCTGCAAGAAACATTTACTGTACAAGAGGGGCTTATGCGATTTGTGATTAACGGAGAAGAGACGATCGTAGAGCAAGGGGGGCAGGCCCGCATCCTTCCGACACAGATTCACCAATTCTGGAATGTTAGCACAGACCGACTGGTTGCCCTGCATGAGATTCGCCCTCCGGGACAACATTGGAACATGTTTGAGCTTATTCACAAATTGGAATGTGAAGGCAAACTTAACAACAAGGGGATTCCGTCGAACCCTTTATGGCTCGGTGCCGCTTGGAGAGTTATGGATGGGTACCTCGCGGGACCGCCCCGGATTTTGCAGACGGCTGTGTTAGGTGGATTAGCACGGCTGGCTGATCTTCTGAAATATCGAGTGTAA	MTGKTLVHPDGRTVTLLDSGTDDQGDYLLVQHTIVKQGPMNGPHWHPVLQETFTVQEGLMRFVINGEETIVEQGGQARILPTQIHQFWNVSTDRLVALHEIRPPGQHWNMFELIHKLECEGKLNNKGIPSNPLWLGAAWRVMDGYLAGPPRILQTAVLGGLARLADLLKYRV				NA	NA	NA	NA	NA
JZ016_05305	645			hypothetical protein	TTGCAAATTCAAAAGATAAAGAATAGAAGTTTCTTGTTTACCAACCATATCCCTACTGGATGGGATTTAAATGTTCAACTGATTATGGGAGACCGGAATAATTACATTATCGATACGGGTCTGGGCTCACGGAACATCGAGCCTGTCAAAGAATACATAAAGCATGACAGCAAGCCAACCATTGTAATCAATACGCACCATCATTGGGACCATATCTGGGGAAATGGCTCGTTCCGAGACTGTATCATCATATCTCACAAGCTATGCAGGGAAATGATGGAGTCGGGCTGGGAAGGCATGATCCAGAAAAACATGAGGTTTGTTGAGGGCGAGGCAGAATTGGTTCTTCCCAATCTGACATTTGATAACGAATTATATTTTCCGGAAGACAACATACGGCTCATTTATACTCCTGGCCATACCGTGGATTCCATAAGTGTGTTGGATGAGTTAGAGCAGGTGATCCATGTAGGCGATAATGTAGGTGACTCCATGGATGAAATTATTCCAAGCATTTATGTTGAACAAGATCTTTATATACAAACGCTTTTGAAATATAAAGAAATGGATTTTGACACGTGTATATCGGGTCATAATGTGATGTTGGATAAGCAGGTCATAGAGCAGATATTGAGCAAGCTTTAG	MQIQKIKNRSFLFTNHIPTGWDLNVQLIMGDRNNYIIDTGLGSRNIEPVKEYIKHDSKPTIVINTHHHWDHIWGNGSFRDCIIISHKLCREMMESGWEGMIQKNMRFVEGEAELVLPNLTFDNELYFPEDNIRLIYTPGHTVDSISVLDELEQVIHVGDNVGDSMDEIIPSIYVEQDLYIQTLLKYKEMDFDTCISGHNVMLDKQVIEQILSKL				NA	NA	NA	NA	NA
JZ016_05306	111			hypothetical protein	ATGAGCAACCTGTTGCAGGTTAGAGTGACCGGAATCCTGATTGAAGACGAACATATTTTACTGGTCAAACAGAGCGTTTCGGCAGAACGTGGCTGGTCGCTTAGAGGGTGA	MSNLLQVRVTGILIEDEHILLVKQSVSAERGWSLRG				NA	NA	NA	NA	NA
JZ016_05307	543	gpmB_3		phosphoglycerate mutase GpmB	ATGAAAAACGTATTTATTGTGCGGCATTGCAAAGCGGAGGGACAAGCTGCCGACGCTCCGTTAACCGGGCAGGGCATTCAGCAAGCGCTTGAACTTGCGGAGTTTCTCTCGGATAAAGGGATTGATCATATTGTTTCGAGCCCTTACCGTAGAGCCAGCGATACAATAAAACCGTTGGCGGATCTCATTGGCGTGGAAGTCGTGATGGATGAGAGATTAACGGAGAGAATTCTATCGGGTCGCAATGAGCCTGCTTGGCGGGAGATGCTTCGCCGAACTTATGATGATTTGGAGTTGTGTTATGAAGGCGGGGAATCAAGTCGTACAGCCATGCACCGCGCCGTTCGTGTAGTGGAGGAGATCCGGCAGAACTCCAGCCAGAATGCTGTCATCGTGTCGCATGGCAATCTGATCTCGCTTCTGCTGAAGCATTACGACAACCGAATTGGATTCAGGGAGTGGGAGGGCTTGTCCAATCCTGATGTATACCATCTTAGCTTTCTGCAAGATGCACCCGGCATACAACGAATATGGACCTCATGA	MKNVFIVRHCKAEGQAADAPLTGQGIQQALELAEFLSDKGIDHIVSSPYRRASDTIKPLADLIGVEVVMDERLTERILSGRNEPAWREMLRRTYDDLELCYEGGESSRTAMHRAVRVVEEIRQNSSQNAVIVSHGNLISLLLKHYDNRIGFREWEGLSNPDVYHLSFLQDAPGIQRIWTS	PGPT0018030_4184	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018030-gpmA-K01834	NA	NA
JZ016_05308	609			hypothetical protein	ATGCAATTGGATAAGGTGGTTAGTTATCATAAGGCGCTTGCAGACCCGACGCGAATCAAAATGCTGATCCTGTTAGCCGAAGGCGAATTGAACGGACAGGTGCTGGCCGAGAAGATCGGCGTCACCCCCGCAACGATTACGCACCATGCAGCAAAGCTGCGGGAAGCGAGCCTGATTAAAGAGCGCAGGGATAAGAACACGATCTATTTTTCGCTAAATGATTATTTTATCGCAAATAGCGCGAGAGCGACGGAGAATTTGATCTATCAGAGAGTAAGGCCCGCAGGCGTTCCGGAGCGTTTGGAGGAAGACGATCAGCGGACGAGGGACGCTGTCGTGAAGAATTTTTTCACTTCCGAGGGAAAGCTGAAGAGCATCCCTGCCCAGCTGAAGAAGAAACTCATCGTGCTTACGCATATGGTATCCCGACTTGAGAAGGGACGTAAGTACACCGAGAAGGAAATCAACGAGTTTATTCAGGGTTACCATGAGGACTTTGCGACTCTTCGCCGGGAGTTCATCATGCATCATTTCATGTTCAGGGATAATGGGGTATATGAGCTCAATCCGCAAGAGATGTGGGCACGGTGGGAGGATCTATCCTCATGA	MQLDKVVSYHKALADPTRIKMLILLAEGELNGQVLAEKIGVTPATITHHAAKLREASLIKERRDKNTIYFSLNDYFIANSARATENLIYQRVRPAGVPERLEEDDQRTRDAVVKNFFTSEGKLKSIPAQLKKKLIVLTHMVSRLEKGRKYTEKEINEFIQGYHEDFATLRREFIMHHFMFRDNGVYELNPQEMWARWEDLSS				NA	NA	NA	NA	NA
JZ016_05309	930			hypothetical protein	ATGAAAGAGGATTCGCCGCTATCGGAACAACGGATAGAGGATGCTAAAGCGGGGGATTTTGAAGCTTATCGGATGATTGTCCATCAGTATTCCAATGCCCTGTTATCCGTTGCGTACAGTGTACTGGGGGACTTCCACGAGGCGCAGGATGCCGTGCAGGAGGCGTTTTTGAAGAGTTACCGTAACCTGCATACGCTGAATGATCCTGCCAAGCTTGGCAGCTGGTTATATGCGATTGCGCACCGGACCAGTCTCGATTTTGCCAAAAGAAGCAGGCGAACGCTCCCGCTGCATGAAACGGCTTTATCATCGGACAATATCACGCCATGGCTGGAACAATATGTGATCCATGACTCCGTCTGGGGAGCCTTGCAGGAATTGGAGGAGAAGAGTAAAACCGTTGTCGTCCTGCATTACTTAAGCGAGTGGTCCATGAAAGAGATCGGACAGTTCCTTAATATGTCGGTATCTGCGGTTGAAAGCCGTATACGACGTGCCAGAGAAGTTTTGAAACAGCATCTTGCCCGTGATTTCGAGCATTATTTCCATACCCATCGTCTGGGAAGGGATTTCGAGCAGCAGGTCTCGGAGCAAGTCCTTAAGCGAGCCGGTCATTTCTATATTCCAGTCACGGATAAGAGGCAGGCGACCGCATGGTTTATCCTGCATTTTCATCTGGAAACCAGCAGGCACGGAAATCCGGTACTGGAATCCGGACAGGAATTGTATTTGCTCGAATGTCAGCATCACTCACCGGCCAGCATGCCAGTACTCACGTTCGAAGTAGCGAGCGTTGGGCAGTTAGGGCACCGGCTGCATCAACAGGGGGTTAGAAGCGAGCCGATCCGGGAGGATAATGTATTCGGCAAATGGCTGGCATTTTACGATCCCGATGGCAATAAGTATCTTGCGATTGAAAAACATGGATAA	MKEDSPLSEQRIEDAKAGDFEAYRMIVHQYSNALLSVAYSVLGDFHEAQDAVQEAFLKSYRNLHTLNDPAKLGSWLYAIAHRTSLDFAKRSRRTLPLHETALSSDNITPWLEQYVIHDSVWGALQELEEKSKTVVVLHYLSEWSMKEIGQFLNMSVSAVESRIRRAREVLKQHLARDFEHYFHTHRLGRDFEQQVSEQVLKRAGHFYIPVTDKRQATAWFILHFHLETSRHGNPVLESGQELYLLECQHHSPASMPVLTFEVASVGQLGHRLHQQGVRSEPIREDNVFGKWLAFYDPDGNKYLAIEKHG	PGPT0014960_1401	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_05310	447			hypothetical protein	ATGACGACAGACAACCAATTAAACGAAGTGCCCAAGCTCCAATCCGTGAACAAGCCTTTGCTAAAGAAGGTTCATTGCAATTATCTCCCGGTAAGGAATCTTCCGCTGGCGGTAAAATGGTACTCTGAGCTATTTGGCCTTACTGTGAGAAAATGCGACGACACGGGCGCTATCCTGATCCTAGGGGACGGACAGTGGCTATTCCTGCTGGAAACACTCGATAACCGAACAGCCAACTTTGTAACCAACCAATGGGATGGGGAGAACTATGAGATGTTTTCGTTAACCTTCGAGGTCGAGAACATTACCGAGTTGCACAAACGGCTGCGGGAGAACGGAGCAGAGGTCGAGCCGCTGGTTGATCACGGTTCCTGCGGATTGCAGTTCAAATTCAAGGATGTGGACGGCAACAAGTTTAATGTTTGGCAGGATGCACCCACGGGCTGA	MTTDNQLNEVPKLQSVNKPLLKKVHCNYLPVRNLPLAVKWYSELFGLTVRKCDDTGAILILGDGQWLFLLETLDNRTANFVTNQWDGENYEMFSLTFEVENITELHKRLRENGAEVEPLVDHGSCGLQFKFKDVDGNKFNVWQDAPTG				NA	NA	NA	NA	NA
JZ016_05311	264			hypothetical protein	ATGGAATTCTACCGCTGCATGAACCATCCCGAGAGGGAGGCCGTCGCTCAGTGCACTCGCTGCGGGAAGCCAGTGTGTCAGGAATGCCATAATCCGGAGACAGGCCGCTGCCGCTACCGGTGCGGTGAGATGAACCCCGCTCCCGGTATGCCGGGACGGCAAAGGAACGTATGGGTGACCGTGATCATCTCCATACTGGCCATTTTGGGCGGCCTTGCGCTGCTGCTGCTGACGATTTGCGGCGCAATCTTATTTTCTTATTAA	MEFYRCMNHPEREAVAQCTRCGKPVCQECHNPETGRCRYRCGEMNPAPGMPGRQRNVWVTVIISILAILGGLALLLLTICGAILFSY				NA	NA	NA	NA	NA
JZ016_05312	789	lgt_2		Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase	ATGGAGTTTCCTGTTTATGTGTACCTGGGTTCCTGGCGGATTCATCCGCACGTGCTGTTTGAATCGCTGGCCTACTTTATCGGCTTCCGCGTGTATTTATGGACCCGCAGGCCGAGCGGCATGACGAAGCTGATGAGCCTGCAGATTCTGGCTGGAATCATTGCCGGCGCGGCCATTGGCTCCAAGCTGCTATTCTGGCTGGAGGATCCGGCCGCCACCTGGGAACAGCTGCGCCAATTCCATCTGCTGTGGGGAGGCAAGACGATTGTAGGCGGTCTTCTGGGCGGGTTGATCGGCGTTGAGCTGACGAAGCGCTTGGTGGGATGGAAGCATTCCACGGGCGATGATTTTGTTTATCCGCTGATGCTGGGCCTGGGACTCGGACGGATCGGCTGTTTTCTGACCGGTCTGGATGACCATACCTATGGTACGCCGACGACCTGGTTCACGGGTGTGGATTTTGGCGACGGGGTTTATCGCCACCCGACTCAGCTGTATGAGATCCTGTTCCTGATCGTGCTGGCCTTGCTGCTGCTTCCGCTGTACCGCCAAAGCCGCGGCAGATCCGCTCGCGAGGGCTACGTGTCCGGGCGGATGTTTCAATGGTTCATGGCCGGGTATCTGCTGTTCCGCCTGGTGATCGACTGGATCAAGCCGACGCCGCATCCTTACCTGGGACTGAACAATATCCAATTAGCCTGCATCGCGGGCCTCATCTATTATGCGTGGCTGATCGGCGGCAGAAACCGGCTTCGCCGATCGATGCCGGGTTCCCAACTTCCAAGCTGA	MEFPVYVYLGSWRIHPHVLFESLAYFIGFRVYLWTRRPSGMTKLMSLQILAGIIAGAAIGSKLLFWLEDPAATWEQLRQFHLLWGGKTIVGGLLGGLIGVELTKRLVGWKHSTGDDFVYPLMLGLGLGRIGCFLTGLDDHTYGTPTTWFTGVDFGDGVYRHPTQLYEILFLIVLALLLLPLYRQSRGRSAREGYVSGRMFQWFMAGYLLFRLVIDWIKPTPHPYLGLNNIQLACIAGLIYYAWLIGGRNRLRRSMPGSQLPS				NA	NA	NA	NA	NA
JZ016_05313	1416	moaA_5		GTP 3',8-cyclase	ATGCCAAAAAACCGGCCTTATCTGTATCATGAACTGACCAACAGCATATGCACGACCTGTTACCGCAAAGTGGAAGCCAAGATCATCGAGGAGAACGGCATGATCTACATGCTCAAAAGATGCCTCGTTCACGGTCCGGAAAAAGTGCTGATCGCAACCGAGGCCGATTATTACCATCAGACGCGAAAGTTCATCAAGCCGTCCGAAATGCCGCTCGTCTGGAATACGCCGATCCGTTACGGCTGTCCTTACGACTGCGGACTCTGTCCGGACCATGAGCAGCACAGCTGCCTCACGCTGCTGGAGATCACGGATCACTGCAACCTGCAGTGTCCGATCTGCTTCGCGGAATCGTCGCCGCATCGCACTTCCTACAGGTCGCTTGCACAGATCGAATTCATGCTCGACCGGATCGTCGAGAACGAGGGAGAGCCCGACATCGTGCAGATCAGCGGCGGCGAGCCGACGACGCATCCGGATTTTTTTGACATCCTGGACATGTGCAAGAGCCGTCCCATCAAGCATATTATGGTGAACACGAACGGTATCCGCATTGCCCAGGACCGCGATTTTGCGCGGAGGCTCGCCGAATATATGCCCGGCTTCGAAATCTACCTGCAGTTCGACAGTTTTGAGGCGCATGTGCTGAAGGAGCTGAGAGGGGCCGACCTGCGGCGCATCCGCCAGCAGGCCATTGACCATCTGAATGAATTCAACATATCCACGACGCTGGTCGTCACGCTGAAGAAAGGCCTCAATGACGGCGAGATCGGAGACATTATTCAGTACGGACTTCAGCAAAAAGCAGTGCGCGGCGTGACTATTCAGCCGATTCAGGCCGCAGGCCGGCTGGAGGGGTATGATCCGGCAACCGATCGGCTGACCGTGAGCGAAGTCCGGCGGATGATCATCGATCAGTCCGAGGTGTTTACGGATGCGGACATTCTGCCGGTGCCTTGCCATCCGGATTGCCTGGCGATGGGCTACGCATTGAAGCTGGGCGGGGAAGTGCTGCCGTTGACGCGGATGATCGACCCGGAAATCCTGCTCGAGGGCGACAGCAACACGATTGTGTTTGAGCAGGATCCGGTCATCCGAAGCAAAATGTTCGAGCTGCTGTCAACGGGCCATTCGCCGCAATCTTCGGCGCTCTCCCTGAAGAGCCTGCTCTGCTGTCTGCCGCTGGCCGCCGTACCGGAGCAGATTACCTATGACAACGTCTTCCGGGTCATTATCATGCAGTTCCTGGATGCCCATAACTTCGATGTCCGCTCCGTCAAGAAATCCTGCGTCCACATCATGCATCCCGACGGACGGATGATCCCGTTCGATACCTACAACATGTTCTACCGGGATGACAAGGAAGAGCTGCTGAAGGAGCTGAAGGCAGAGGTTGCCACGGCCTGGGACCGGTAA	MPKNRPYLYHELTNSICTTCYRKVEAKIIEENGMIYMLKRCLVHGPEKVLIATEADYYHQTRKFIKPSEMPLVWNTPIRYGCPYDCGLCPDHEQHSCLTLLEITDHCNLQCPICFAESSPHRTSYRSLAQIEFMLDRIVENEGEPDIVQISGGEPTTHPDFFDILDMCKSRPIKHIMVNTNGIRIAQDRDFARRLAEYMPGFEIYLQFDSFEAHVLKELRGADLRRIRQQAIDHLNEFNISTTLVVTLKKGLNDGEIGDIIQYGLQQKAVRGVTIQPIQAAGRLEGYDPATDRLTVSEVRRMIIDQSEVFTDADILPVPCHPDCLAMGYALKLGGEVLPLTRMIDPEILLEGDSNTIVFEQDPVIRSKMFELLSTGHSPQSSALSLKSLLCCLPLAAVPEQITYDNVFRVIIMQFLDAHNFDVRSVKKSCVHIMHPDGRMIPFDTYNMFYRDDKEELLKELKAEVATAWDR				NA	NA	NA	NA	NA
JZ016_05314	1134			hypothetical protein	GTGCAGAACAATAGCCCTGAATTTGATAAGGTGTCTCCATTTCAGTTGGATCAGAACATGAAGATTGATAACGCCGGAGCGGACGAACGGTTATGGTATTCCCCATTGGAGGAGCCGTTCCGAGTATCGGGCTTTGCCTGGCTCGACGTTGAACATAAATATCGCAGGCTGCCTACCGTTCCTGATGTTCCCATAGGGCCGGAGGTGGATGCATTAGCGAACTGCACATCAGGTGGTCAGATCCGCTTCCGCACGAATTCGCGAAGCGTCTCGGTCCGCGTGCGGCTGACCGCAGGATCCGGCATGTATCACATGCCGCCAACGGGGGAGTGCGGCGTGGATGCTTATATCGGCGGCCCGGGCGAGTGGAAACATGCAGGAACGGCCCGTTTCCAGCCAGGTCAGGTAGAGTATGAGAGCAGCCTTTTCACTGTCGAGGACCGCAAAGTACGCTCGTTCCTGCTCAACATGCCTTTATACCAGGGCGTCGAGGAGATATGGATTGGACTTGAACCAGAAGCGGAGGTCTGGGCGCCGGAATCCTATGATTCTTCCAAAAAAGTGATTGTATACGGAACATCCATCACGCAAGGCGGATGCGCCTCACGGCCCGGCATGTCGTACACGAATATCTTAAGCCGCAGGCTGCATCTGGAGTTTGTCAACCTGGGCTTCTCGGGGAACGGCAAGGGAGAGCCGGAGCTTGCCGAGCTGGCCGCCCAAATCTCGGAGCCGGCCTGCCTCGTGATTGATTATGAGGCGAATTGCGGGGGGACCGAAGCTTATCGGCAGACCTTGCCGCAGTATATCGAGACTTACCGGAAGTTCCATCCCCAGGTTCCCATCATCCTGGTATCCCGCATCCCTCATGGAGCCGAGTCGTTTATGCCGGAGTTTCGCGAAGGACGGCTGGTGCGGAAAAAGTTCCAGATGGATCTGATCCGGCAGCTGACCGAGGACGGAGACCATAACCTAACATTTGTGGATGGATCGGATTGGTTAGGTGACGATCCCGGGGAGACGACCGTTGATGGGGTTCATCCGACCGACCTTGGCTTCAAGCTGATGGCGGATGGGCTTGAGCCTGTGCTAAGGCAAGTGATTGGCGATAGAGCCGCTGCAGCAGGGCGATAG	MQNNSPEFDKVSPFQLDQNMKIDNAGADERLWYSPLEEPFRVSGFAWLDVEHKYRRLPTVPDVPIGPEVDALANCTSGGQIRFRTNSRSVSVRVRLTAGSGMYHMPPTGECGVDAYIGGPGEWKHAGTARFQPGQVEYESSLFTVEDRKVRSFLLNMPLYQGVEEIWIGLEPEAEVWAPESYDSSKKVIVYGTSITQGGCASRPGMSYTNILSRRLHLEFVNLGFSGNGKGEPELAELAAQISEPACLVIDYEANCGGTEAYRQTLPQYIETYRKFHPQVPIILVSRIPHGAESFMPEFREGRLVRKKFQMDLIRQLTEDGDHNLTFVDGSDWLGDDPGETTVDGVHPTDLGFKLMADGLEPVLRQVIGDRAAAAGR				NA	NA	NA	NA	NA
JZ016_05315	1059	exuR_6	COG1609	putative HTH-type transcriptional repressor ExuR	ATGGCAGGAAAAGTCACGATGCAGCAAATTGCCGATCATCTCGGACTTTCAAAGTTCGCAGTTTCTAAAGCGCTTTCAGGTAAATCCGGCGTCAGTCTGGAGACAAGGGAGAAAATCGTGAACGTCGCGACCCAACTCGGCTATTTTGCCAACAAGCCGCAGAAGGCCGGAGGCAAGAAGAACGAAACTAAAGCCAGCGGCACCCTTGCCGCAAGGGAGACCGTAATCGTGCTCGTTCCGAATGTCCGTTATCAGACACGCGATTCCCTGTATTGGGGACGAATTATCGATGGAATCACAAATGAGCTTGAGCTGAGGGAGACGGGGATGGTCATCGTGACCGACCAATTCAAGGACAGCTTTGCGAACCTGATTAATCCGAGCGGGGTGAGAGGCATCATCGGCGTCGGATTCATCTCGTCGCAGCTGCTCCTCGAAATCCGGAGCCTGGATATCCCCTTCGTATTGATCGATCATGAAGATCCGCTGATTCCGTCAGACTCCCTGTTCATGAACAATGTGGAGTGCACGAGACGGGTAACCAATTACTTGACGGGGTGCGGGCATCGAAAGCTTCAGTTTGTAGGCAACGTCCGGTTTTCGCGCAGCTTCACCGATCGTTATCAAGGGTACCGCTCCGTTCTCGGCGAGCAGGGGATTCCGCTGAATCAGAACGAGGAGCTGCTTAGCTTCGAAGGGGACAACCGCTCCGAAATGACGGAGGCGCTGGAGATGATTATTAGTCGGATGGATGAGCTGCCGACCGCTTTTGTGTGCGCGAACGACTCCATTGCCATCTGCGTTATGACGGTCCTTGGCAAGCTGGGTACCAAAGTGCCTGCTGATTGCTCCGTTACCGGCTTTGACAACATTGAGGATGCGGCTTTTGCGACCCCGTCGCTGAGCACCATCCATGTCAACAAGGAGGCGTTCGGACGCAGGGCGGTGGAGATGTTGATGAGACGGGTGGAGCAGCCGGATAGTCCGCTGGAAAAAATACTGCTTGCCGGCGACTTCATCCTCCGCGAATCCACGGCTTATGCCAAGAAGGTCGATTGA	MAGKVTMQQIADHLGLSKFAVSKALSGKSGVSLETREKIVNVATQLGYFANKPQKAGGKKNETKASGTLAARETVIVLVPNVRYQTRDSLYWGRIIDGITNELELRETGMVIVTDQFKDSFANLINPSGVRGIIGVGFISSQLLLEIRSLDIPFVLIDHEDPLIPSDSLFMNNVECTRRVTNYLTGCGHRKLQFVGNVRFSRSFTDRYQGYRSVLGEQGIPLNQNEELLSFEGDNRSEMTEALEMIISRMDELPTAFVCANDSIAICVMTVLGKLGTKVPADCSVTGFDNIEDAAFATPSLSTIHVNKEAFGRRAVEMLMRRVEQPDSPLEKILLAGDFILRESTAYAKKVD	PGPT0017992_1513	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_05316	1878			hypothetical protein	ATGAATATGCGCGGCTGCATTGCCCGTCTATGGAAGGAGCGGCCGGCCGGGCGTCTGGACCGGAAGCTGTTTGTGGTCTTTTTGTTTCTGATCATCCTGCCGATCGGACTCATCACGTATTTTGCGGCAGAACGCTATACGGCCACCATCGAGAATAATACGGTCGCCTACGTGTCCCAGCTGTCGAGCAAAATGATGGGCAAGCTGGACGATTACGTGACCGATATGATGAAAATTTCGATCATTCCCTCGTACCTCAATGAAATTCAGTCAGGGCTTGAGCTGTCGAATCGGCATTACCAGGCGGAGGGGCAGCCGAAGGAATCGGCGAGCCTGAACGAGAGCGAGCTGAAGCTCCAGATCACGCGCAAGGTCGAGCGGAGCATCTACTTCATGAACAACATAAAGGAAGGCACGAGTAACGTGTATCTGTTCGACCTTTTCGGCAACCCGTACTACGTGGTCAAAAGCGGCGGGAACCGTTCGAATCTGCAGCAGTACTATGACAACTGGCGCAAGCTCGCCACGGCGGCCGGCGGCCGGCCCGTGCTGGTCAGCACGCAGGAGATCGCCGTGTCCGCCGGCAGCAAGCAGTATATGTTCACGGTCGTCCGCGACATTATCGATAAATCGTATCATTCCATCGGAACAATTGTGGTGGATGCCAACATCGGCGTGATCGAGAACATTGTCACCGACCTGGAGGAGACGACGCACGGCACCACCTTCATCCTGGATGACAACGGGACCGTGATCTATGACAGCGAGAAGAAATATTTGTCCCGCAGCATGACCGACAATAAGGCGCTTGCCCAGGCCACCGGAACCGAAGGGAGCTTTCGCCTTGACGTTGGCGGGGAGGAGCAGCTGGTCGTCTACCGGAAATCCGAGCAGACGGGCTGGCTGATCCTGATTACGGTGCCGGAGCGTCAGCTGATGCAGGATGCGCTTAAGACCCGCAAAATTACGATCGCTGCGGCTGTCGGCGTTACCAGCTTTGCCCTCATCATTTCCCTGATTCTGATTTATGCGCTGACAAGACCGCTGCGGTCCATCGTCCATCTGATGAAGCAGGTGCAGACCGGCAAGCTGGATGTGGTGTTCCCGGTCCGAAGGCGTGACGAGGCAGCGCTGATCGGGGTTTCGTTCAACCGGATGATGGCACGCATCAAACAGCTTATTGATGATATTTACACGATCGAGAAGCGGAAGAAGGAGGCGGAACTGGAGCGCCTACAGCACCAGATCAATCCGCATTTTATCTACAACACGCTGGAGACGATCCGGATGACGGCCGTCCTTCATGATGATCATGAGGTGGGGGATATGGTTCAGCTGTTAGGCCAGCAGCTCCGTTACAGCATTCATGCCGGCAGCGAGGTCGTGGAGGTGAAGCACGAGTGGGAGCATGTCAAAGCCTACATCGAGCTGCTGAATTACCGTTACGGCGAGCGGTTCATGCTGACATTGCCGGAAGATCCGGCAGCTAATTCCATTAAGGTGATGAAGCTGCTGTTTCAACCGATTATCGAGAATGCCGTCAATCATGGCTTTGACGAGAACAAACCCGTGCTCCATCTGACCATTACCTATGCTATGGATGGCACGGACCATGTTTTTACCGTGACGGATGACGGGTTAGGCATGTCGGCAGAAGCGCTTGACAGGCTGCGCCACGTGCTGGATCAGGCGCAGCCTCAAGGTACGGACGGCCGGGGGGTCGGGCTGCGCAATGTGCATGAGAGACTTCAGCTCCGATACGGCAGACCTTACGGCCTTGCCGTAGACAGCGAGGAAGGGCAGGGCACTTCCGTTCGGATTACATTTCCCGCGGACCATACAGAAGAACCGAGAACAGGAGGACTTGCGAATGCTTAA	MNMRGCIARLWKERPAGRLDRKLFVVFLFLIILPIGLITYFAAERYTATIENNTVAYVSQLSSKMMGKLDDYVTDMMKISIIPSYLNEIQSGLELSNRHYQAEGQPKESASLNESELKLQITRKVERSIYFMNNIKEGTSNVYLFDLFGNPYYVVKSGGNRSNLQQYYDNWRKLATAAGGRPVLVSTQEIAVSAGSKQYMFTVVRDIIDKSYHSIGTIVVDANIGVIENIVTDLEETTHGTTFILDDNGTVIYDSEKKYLSRSMTDNKALAQATGTEGSFRLDVGGEEQLVVYRKSEQTGWLILITVPERQLMQDALKTRKITIAAAVGVTSFALIISLILIYALTRPLRSIVHLMKQVQTGKLDVVFPVRRRDEAALIGVSFNRMMARIKQLIDDIYTIEKRKKEAELERLQHQINPHFIYNTLETIRMTAVLHDDHEVGDMVQLLGQQLRYSIHAGSEVVEVKHEWEHVKAYIELLNYRYGERFMLTLPEDPAANSIKVMKLLFQPIIENAVNHGFDENKPVLHLTITYAMDGTDHVFTVTDDGLGMSAEALDRLRHVLDQAQPQGTDGRGVGLRNVHERLQLRYGRPYGLAVDSEEGQGTSVRITFPADHTEEPRTGGLANA				NA	NA	NA	NA	NA
JZ016_05317	1506	rssB_15		Regulator of RpoS	ATGCTTAACATTGCAGTGGTGGATGATGAGGAACGGATCAGGTTAGGGCTGGGCAAGCTCATACAGGATGCAGGCGAGCAGTACCGCGTCGTGGGGACGTTTGCAAGCGGTCAGGAGCTGCTGGATCAATGGCATGAGCTGCAGCCCGATCTGGTCATTACCGATATCAAAATGCCGCAAATGAACGGGCTCCAGCTAATGGCGAATATCAAGCAGATGGGCTGCCATACCAAATTCGCCGTGCTGAGCGGTTATAACGATTTCGAATATGCCCGGACCGCGATGCGGCAGGGAGCCCTGGAGTATTTGCTCAAGCCGGTCAATATGAAAGAGCTGCTTCGCATGCTGGAGAACGTCGACGAGCTGGTCAAGGGCGAGCAGAACGAGCGCAAGCTGGAGTCGGACGATCTGGCGAGCTTCCTGTTAGGCGCGGATCAGCGAAAAATGCCGGGGCATTTGTTCGAGGAAGTCTGCGACCGACTGGATCAGCAGGCGCTGTTCCACGGATATTATGCGGTCATCCTGCTTCGCACATTCCCGGAAATCGTGGAAGAGAGGCTGCTTGAATGGACATCGGCTTGGGGGGCTGAGCGGAAAATTATCGACTGCGAAGGGGAACGGCAGGCGATCCTGGTGTCCATTGCAGAGTCCAGCCATGCGAATATCGTAAGGGAATGGGCTGCGATGCTCCTGCAGCAGCTTCCCGCGGGCACATCGGCGAAGGCAGGCATCAGCGGCGTGTTCAGTGGAAGCCGATGGCTGCCGCAGGCCTATAGGGAAGCCGCGAGCGTGCTGGAGCAGGCTTGGTACAGCGACGAAAGGCGCTGCTGTGGGGGTGAAGGCAGACCGCCGGTTCAGAAGGAAGAGCGCTACCGTCTTGTCCGTTCGCTGGATAAGCTGCTGCTTCCGGCACTGCGTTCCGGTGAGTATGCGCGCTTGCCGGCGGCGCTGCGGACATGGCTGGATGAGACGGCTTCCCTGCAGCCGGGCTGGGCCGAGCTGAGAGAGGTTTGTTTTGCCCTGGAGTCACATGTGGCGGAAGAGATGAAGCAGAGGGGCATTCCAGCAGGGGATGTGGATTGGAGCCTGGAGCCGGGGAACAGCGAGAATTGGCGCTCCTTCGCGGGCCAGCTGAAGATCGCTGTTGACCAGGCTGCCGGGCTTCTGGATCAAGGGAAGAGCGAGCACCGGGCTGTGGAGACGATCAAAGCCTATATTCAGCAGCATTATACCGAGGAAATAGAGCTGCAGCACCTCGCCGATCTGGTCTATTTGACCCCGAGTTACTTGAGCAAGCTGTTCAAGACCGAGACGGGGGAGACGATTACCGACTATTGTATCGCCGTGCGAATCGAGCATGCCAAGCGGCTGCTGAAGGAGGATCACGGGCTCAAGACGTATATGGTCGGCGAACGCGTGGGCTACCCGGACCCGGCTTATTTTAATAAAGTATTCAAAAAAATGACCGGGAAAACTCCAAAGGAGTACCGTGATTTTGTTAGGTGA	MLNIAVVDDEERIRLGLGKLIQDAGEQYRVVGTFASGQELLDQWHELQPDLVITDIKMPQMNGLQLMANIKQMGCHTKFAVLSGYNDFEYARTAMRQGALEYLLKPVNMKELLRMLENVDELVKGEQNERKLESDDLASFLLGADQRKMPGHLFEEVCDRLDQQALFHGYYAVILLRTFPEIVEERLLEWTSAWGAERKIIDCEGERQAILVSIAESSHANIVREWAAMLLQQLPAGTSAKAGISGVFSGSRWLPQAYREAASVLEQAWYSDERRCCGGEGRPPVQKEERYRLVRSLDKLLLPALRSGEYARLPAALRTWLDETASLQPGWAELREVCFALESHVAEEMKQRGIPAGDVDWSLEPGNSENWRSFAGQLKIAVDQAAGLLDQGKSEHRAVETIKAYIQQHYTEEIELQHLADLVYLTPSYLSKLFKTETGETITDYCIAVRIEHAKRLLKEDHGLKTYMVGERVGYPDPAYFNKVFKKMTGKTPKEYRDFVR				NA	NA	NA	NA	NA
JZ016_05318	885	ngcF_5	COG1175	Diacetylchitobiose uptake system permease protein NgcF	TTGTTCAATTTCAGTTATAAAACGCAGCGCTATCTTATTCTGTTCGGTTTCCTTGCCATTCCGGTGCTCTTGTCACTGACCTTCTCTTATTATCCGGCACTATCGCTGTTGTATTACAGCTTGACGGACTGGTCGGGTCTCGGCTGGGATATGAACTTTATCGGCTTTGACAACTACGTCGAAATTTTTACGAAGCCTGAAGTGTTCAGTTCACTCAAGAACAATCTGTATTATCTGGTCGGGGGCCTCATCCAGGTCGTGTTTGCCCTCTATTTTGCCGTCATTCTGACAAGCAAGCTGAAGGGGAGAAACGGCTTCCGGGTTGCTTTGTTCCTGCCGTACGTGCTGCACAGCGTGGCCACGGTTATCATGTTCAAGAACGTATATCACATGGAGTACGGCTCTTTGAATACGCTGCTCGGCGCGCTTGGACTCGAATCCTTGCAGCAGAGCTGGCTGGGCGATAAGGGGATCGTGAATTTTGCCCTGGCGTTCATCTCGATGTGGAAGTACATGGGACTGAACATGGTTATTTTTATTGGGGCGCTCCAATCGATTCCGGGCGACCTGTATGAGGCAGCCTCGATTGACGGGGCATCGGGTTGGCAGAAGTTCCGTTACATCACACTGCCTAGCATCCGGGGCGTGCTGGAGCTGATGCTCATCCTTACCTTGACGGGCGCGCTCGAAGCGTTCGATATTCCGTTTGTGATGCTGCTCGGGGCGAACGATACGTCGACCTTCGTCATTAAGACGGTGGATACGGCGTTCAAGTATCAGAACTTTGGACTGGCTTCGGCGATGGCGGTTGTGCTGCTAATTATCGTACTGCTGTTCATTGTCATCCAGCGGAAGCTGCTGTTCAGAGAGGAGAAGCAATCATGA	MFNFSYKTQRYLILFGFLAIPVLLSLTFSYYPALSLLYYSLTDWSGLGWDMNFIGFDNYVEIFTKPEVFSSLKNNLYYLVGGLIQVVFALYFAVILTSKLKGRNGFRVALFLPYVLHSVATVIMFKNVYHMEYGSLNTLLGALGLESLQQSWLGDKGIVNFALAFISMWKYMGLNMVIFIGALQSIPGDLYEAASIDGASGWQKFRYITLPSIRGVLELMLILTLTGALEAFDIPFVMLLGANDTSTFVIKTVDTAFKYQNFGLASAMAVVLLIIVLLFIVIQRKLLFREEKQS	PGPT0016335_1616	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_05319	831	melC_16	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGAGAAGGGAACGCTCGATCGGCTTTACGATGTTCAACTATTTCACGCTGGTTGTCGCTTTGTTCGTGGTGTTTTTCCCGATTTACTCCTTTTTTGTAGGGGCGTTCAAGACCCAGGTGGAGTATTATCAATCAGGCCTTAGTCTACCGGATAATTTTTTTAACTTCGAGAACTTTAAGCGGGTAATCGATATCGGGGATTTGGGACTTGGCTTTCGCAATATCCTGATCGTGCTGGTCATTTCGGTTGTCGGCAATATCCTGTTTGGCACCATGGTTGCTTATGCCGTCGGACGGTTTGAGTTCAAGATGAAAAAAGCCATCATGGGCATGTATCTGGTCGCTCAGGTCATCCCGATGGTCACGACACAAGTGGCTACCTTCAGCGTCATCCAGAGCCTGGGGGCCTACAACACGATGTTTGCGCCGATTCTGCTGTACTTAGGAGCCGACGTGCTCCAGATCGTCATCTATCTGCAATTCGTGAACAGCATCCCGCGGGATTTGGATGAGAGCGCCATGCTGGAGGGGGCGTCCTTGTTCAAAATCTACCGTTCCATCATCTTCCCGCTGCTAGCGCCAGCTACGGCCACCTTGGTCATTCTGAAGAGCATCTCGATTTACAACGATTTTTACACGCCGTACCTGTATATGCCAAGCCAAGACCTGAAGGTGGTGTCTACCGCGATCTATTCCTTCATCGGTCCGAACGCGGCGCAGCTGAACGTGATCTCGGCAGGCATTCTCATTATTTTCATTCCGACGGTCGTGTTGTTCTTGTTCATGCAGCGGTACATTTTTGCGGGGGTTACGAACGGAGCGGTCAAATAA	MRRERSIGFTMFNYFTLVVALFVVFFPIYSFFVGAFKTQVEYYQSGLSLPDNFFNFENFKRVIDIGDLGLGFRNILIVLVISVVGNILFGTMVAYAVGRFEFKMKKAIMGMYLVAQVIPMVTTQVATFSVIQSLGAYNTMFAPILLYLGADVLQIVIYLQFVNSIPRDLDESAMLEGASLFKIYRSIIFPLLAPATATLVILKSISIYNDFYTPYLYMPSQDLKVVSTAIYSFIGPNAAQLNVISAGILIIFIPTVVLFLFMQRYIFAGVTNGAVK	PGPT0016340_1697	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_05320	957			hypothetical protein	ATGAACTCGACAAACACGTGGAAGGAAAAAGTATGCGGCATGACCTGGGGGTGGACCGGCGTACGGGGCTCCTGGACGGGACCCGAGGCGGAATTCTCCATGGAACGCATGGCGGACATGAACGTGAATTGGGTGGCCATTGCGCTGTCTGCCGTGCAGGCAACGCCGCAGTCGACGGAAATCCCGTTCCGGGAGGAACCGACGGTGACGGATGATGAGGTGCGATGGGCCATCCGCAAGGCGAAGAGCCTGGGGCTCAAGGTGTGCTTGAAGCCGGTCGTGAACGTGGCGAACGGAACATGGCGAGCCCACATTAACTTCTTCGACGAGGAGGTTCCCGGTGAACCGAGCTGGGCCGAATGGTTCCGCTCCTATGGGGAATTCATTCGCCATTATGCCGAAATCGCGGAGGAAGAGCACTGCGAGATGCTGTGCGTGGGCTGCGAGATGGTGCAGGCCGACAAGCGGGATGCGGAGTGGCGGGCCCTGATCGGGGACGTAAGAAGCGTCTACGGTGGGCTGGTGACGTATAACTGCGACAAATATCAGGAGGAGCGCGTGGGTTGGTGGGATGCGGTAGATATCATCTCCTCCAGCGGCTATTATCCGATCGACCAGTGGGAGGAGCAGCTGGACCGGATCGAAGGCACGGTCCGCCGATGGAACAAGCCGTTCTTCTTCATGGAAGCCGGCTGCCCGAGCCGCGAGGGATCCCCGGCCCGCCCGAACGATTGGTCGCTGCCCGGCGGCCCGTCGGAGGAGGAGCAGCGGCGGTATTATGAAGCAATGTTCGCGGCCTGCGCCAAGCGGGATTGGATGCAGGGGTACATGCTGTGGGACTGGCCGGCACGGCTGTACGGTCTGGAGGAAGCGGCCCTGAACGATGATTATTGCATGTACGGCAAGTTGGCCGAGGAGACGGTAAAGACATTTTATGCTGCGGGAATTCGGGTTTAG	MNSTNTWKEKVCGMTWGWTGVRGSWTGPEAEFSMERMADMNVNWVAIALSAVQATPQSTEIPFREEPTVTDDEVRWAIRKAKSLGLKVCLKPVVNVANGTWRAHINFFDEEVPGEPSWAEWFRSYGEFIRHYAEIAEEEHCEMLCVGCEMVQADKRDAEWRALIGDVRSVYGGLVTYNCDKYQEERVGWWDAVDIISSSGYYPIDQWEEQLDRIEGTVRRWNKPFFFMEAGCPSREGSPARPNDWSLPGGPSEEEQRRYYEAMFAACAKRDWMQGYMLWDWPARLYGLEEAALNDDYCMYGKLAEETVKTFYAAGIRV				NA	NA	NA	NA	NA
JZ016_05321	1317			hypothetical protein	ATGAAAAAAAGATTCACGATGGCACTGCTTCTGCTCTTAACCGTATCATCCATTTTGGCCGCCTGCGGAGGAAATAAAACGAATAATGCAGGCACTGAGACGCCGCCGAGCAATAACGCAGGCAGCGAGCCGACCGAGGCATCAGACAAAACGGAGCTTGGCGGCAAGCTGAAGGTGCTGACGCACCGAACCGACCTGGTGAATGACGGCACGCTGGACAAATACGTGGAAGCATTCAAAGCAAAATATCCGAAGGCCGAAATTGAATTCGAAGGATTGACGAACTATGCGACGGATATTCAGGTCCGTCTGACCACGGGAGAAGCCGGCGACGTGCTGATGATTCCGACAGGCCTTGCCACCTCGGAGTACAGCAAGTATTTTGAACCGCTGCCGGATGCGATGTTTGAGGATGTCTATTTTGCGGACAATACCCTCTTCGAAGGGAAACGCTATGGGATCTCCACGGGCGTGAATACGCAAGGGATTGTGTATAACAAGAAAGCATTCGAGGCAGCGGGCGTTGACAAAGTGCCAACCACGCTGGATGAGCTCTACGGGGCTGCGGAGAAGCTGAAAGCGGCGGACATCATTCCGCTGTACATGAACTTCGGGGCTCAATGGACGATGGGCAACTGGGCGGATAACTCCGCATGGTACGTGAACGGGGATCCGCAGTTCGCCTCGAAGCAGGTAGCCGAAGAAGCGCCGTTCCAGGTGGATAATGCTTGGGGAATCCTTGCGAATATTGGACGCACCTTCGTGCAGAATGAATGGGTAGAGAAAGACCTGTACACGAACAACTGGGAGATTTCGAAGGGCGAAGTGGCTTCCGGCAAAGCGGCGATGTACTTCCTGGGCAACTGGGTAATCCCGCAGGTGATCGGCGCAGGAGCAGCTTCGGAGGATATCGGCTTCTTCCCGCTCCCGTATGATAATAGCGGCAAGTACAACGCACCGCTCGGTTCGGATTATTTCATCGCCGTCAGCAAAGACAGCAAGAACAAAGAGCTTGCCACGGCTTGGGTCGATTTCTTCGTGAAGGAATCCGGCTATGTGGAAGATTCCGGCTTCATGCCGATCATCAAGTCGGCAGAGTCCTCCATCTCGCAGCTTGCCGAATTCCAATCGTTCAAACCGACGTTGATCGAGAGTGAAGCGACCGATCCGAAGTTTAACGAAATCGCCAATAAAGCACAAATTGGTATCGGTACCGGCGATTATGTTCAGGAATATATTGTGGCAGACGATCTGCAGGCTGCGTTCGACAAGCTGAATGCGAAGTGGAAGGAAGCCAAAACCGCACTGGGCTATTAA	MKKRFTMALLLLLTVSSILAACGGNKTNNAGTETPPSNNAGSEPTEASDKTELGGKLKVLTHRTDLVNDGTLDKYVEAFKAKYPKAEIEFEGLTNYATDIQVRLTTGEAGDVLMIPTGLATSEYSKYFEPLPDAMFEDVYFADNTLFEGKRYGISTGVNTQGIVYNKKAFEAAGVDKVPTTLDELYGAAEKLKAADIIPLYMNFGAQWTMGNWADNSAWYVNGDPQFASKQVAEEAPFQVDNAWGILANIGRTFVQNEWVEKDLYTNNWEISKGEVASGKAAMYFLGNWVIPQVIGAGAASEDIGFFPLPYDNSGKYNAPLGSDYFIAVSKDSKNKELATAWVDFFVKESGYVEDSGFMPIIKSAESSISQLAEFQSFKPTLIESEATDPKFNEIANKAQIGIGTGDYVQEYIVADDLQAAFDKLNAKWKEAKTALGY	PGPT0016330_1255	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_05322	549			hypothetical protein	ATGAAGAGGATATTGTTGCTGGGCGATTCCATCCGGGAGGGATATGAGCCTTATGTTAGAGAAAGGCTGGTAGGCCTTGCAGAAGTCGTGGCACCGGGGGAGAACGGGCGCTTCTCGTTTTATACGCTGTGGGGCGTCAGTCTCTGGATGAAAGAGCTGGGGACGCCTGATATCGTCCACTGGAACAATGGGCTGTGGGATGTGCACCGCGAGGCTCCGAGGAATGAATTACTGACGCCGATCATCGATTATGTCACCAATTTGAAGCGGATTGCCCACGAACTGGAGCGGACAGATGCGCATATTGTATTTGCCACGACGACGCCGGTGCATCCGGAATCCGAGGGCAGAAGCAATGAAGAGATTGACGCCTACAATCAGGCAGCGGTGAAGGCGCTTGTGCCGATGGGCATTACGATTCATGATCTGAATGCCAGGGTCAAAGAGGATCTGAGCGGTTATTTGTCGGATGACCGCCTTCACTTGAATCAGGAAGGATACCGGATGTGCGCCGACTCGGTGGTGGAGATGCTCGGTCGCTATCTGTGA	MKRILLLGDSIREGYEPYVRERLVGLAEVVAPGENGRFSFYTLWGVSLWMKELGTPDIVHWNNGLWDVHREAPRNELLTPIIDYVTNLKRIAHELERTDAHIVFATTTPVHPESEGRSNEEIDAYNQAAVKALVPMGITIHDLNARVKEDLSGYLSDDRLHLNQEGYRMCADSVVEMLGRYL				NA	NA	NA	NA	NA
JZ016_05323	579			hypothetical protein	ATGAAAAAGCTAGGAAGAAACGATCTATGTCACTGCGGAAGCGGGAAAAAGTACAAAAGATGTTGTCTTGAAAGAGATGAACGCACGGTATACGGTAAAGTCATCCAGTTCCCTGGTGCGAGAGCAGCAGAGCCTAAGCTACAGGTCGATCAATTGCGGCAGATGATTAACGACAAGCTGGGATGGATGGACTGGAACGCTGATGAGCATCGTGAGCTTGCAGAGTCTGTGTTTCCTCAAATCTGCCGGGATTACGAATTGCAGGATGATCAGCAGCTGTTTCAAGTGTTCAGCCTTCTGATGGTCTGGAACAGCTTCTCCCGAGAAGCCAATCCGAAGTACCGCAAACAGGGCGGATATGCAAGTGCGTTAGAATATATAGTAACTTCATCGCTTAACATTTCAACAACGAAGTCTGATATCGCGAAGAAGCATGAGGTTTCCGTAGCTACACTGACCCGCAACAGCGGACAGATTCAAGATTTCATGGATGGCGTAGCTGCATCCGGCGACGACGTGAACGTCGAGGATGAGGAATCCGATAGCGAAGTGGACAAGGACTTGTCCTTGGGACGCTAG	MKKLGRNDLCHCGSGKKYKRCCLERDERTVYGKVIQFPGARAAEPKLQVDQLRQMINDKLGWMDWNADEHRELAESVFPQICRDYELQDDQQLFQVFSLLMVWNSFSREANPKYRKQGGYASALEYIVTSSLNISTTKSDIAKKHEVSVATLTRNSGQIQDFMDGVAASGDDVNVEDEESDSEVDKDLSLGR				NA	NA	NA	NA	NA
JZ016_05324	168			hypothetical protein	ATGACAAAGGATAAACAATTAACCAAACTTATTAGGCTGACTGGCGAAAGAGCAAGACTTGAGGCCAAAGTAAACGAATCTTATGTTGTATATAAAGATGATTTTGGCAAACTGGTAAGGGAGTATTCTAATGGGGAGAAGGAATATGTCTCGGGAAAAGACAGTTGA	MTKDKQLTKLIRLTGERARLEAKVNESYVVYKDDFGKLVREYSNGEKEYVSGKDS				NA	NA	NA	NA	NA
JZ016_05325	609			hypothetical protein	ATGTCTCGGGAAAAGACAGTTGAACCAACAACGATGTTTGTTTTTGCCGGAAACAACGGGAGTGGGAAGAGTACGATTCGTAATCTCATCATCGACCGAATTGGGGTGAGTGTAAATATTGATCCCGATGCACTGGCTAGGCGTCTGAGCCCGGAGCAACCTGAATCAGCCCGCGTTTCAGCAGGAAAAGAGGCAATAAAATTAGCTCGAGAATGCCTACAATTTCAACGGGATTTCTCCATAGAAACGACGCTCTCGGGTGGGTACGCCATCAGGCTTATGAAGGAAGCAAAAGCAAATGGTTTCCAGGTCACCATGTTTTATGTAGGCCTTGGTGATCCAAATCTTAATGTTGAACGAGTAGCCGGCAGAGTTCGTAATGGGGGTCACCACATCCCTGCCAAAGATATCATGCATCGGCATCATTCTTCTATGCAAAATCTTCTCCAATACTTGGGCCTGGTTGATCATCTACTAGTGATAGATAATAGCGCACTAAGTGGAGAAATTGTTCTGGAAGCAGAATTCGGAATAATTAAGCATAGGGAAATTAATTTGCCGAATTGGGTTTTACCTATCGTTAATCAACTGAAAGCGTTGGAAAATTAA	MSREKTVEPTTMFVFAGNNGSGKSTIRNLIIDRIGVSVNIDPDALARRLSPEQPESARVSAGKEAIKLARECLQFQRDFSIETTLSGGYAIRLMKEAKANGFQVTMFYVGLGDPNLNVERVAGRVRNGGHHIPAKDIMHRHHSSMQNLLQYLGLVDHLLVIDNSALSGEIVLEAEFGIIKHREINLPNWVLPIVNQLKALEN				NA	NA	NA	NA	NA
JZ016_05326	447			hypothetical protein	ATGTGGAGTATATTCAGGTTGAACGGACCGGTCTGGGCAGGCATCACGGCGGGCATTCTTCTTGGGCTGTTCCTCAAGATCATCGAGCATATCACCACGCTGAAGGTCTATACGCTGCTCCTGAACGTCGATTACGTGCCCGTTCTGAAGGAGCTGAAGCTTCCTGAACTGATCGAGTTTGCGCTGCACCTCGTCATCTCCGTCCTGCTGAGCATTCTTCTAGCCATCTTTCTGAAATCAAAGAACTGGCCTCGGGGGCGAAGTTTGTCTTGGGTTTCCTTGGTCTGTCTGGCCGTAGGACTTCTCCTGTATCCGACTACCGTTTTGTCGAACCGTACGCCGGAATTAACTGACCTCGCTGCCCTCCTATTCTGGCTGGCCGGTCATCTGTTATACGGCATTTCATTGGGCTGGCTGCTGACGGGTTCACGCAAAGCTTCAGCCTAA	MWSIFRLNGPVWAGITAGILLGLFLKIIEHITTLKVYTLLLNVDYVPVLKELKLPELIEFALHLVISVLLSILLAIFLKSKNWPRGRSLSWVSLVCLAVGLLLYPTTVLSNRTPELTDLAALLFWLAGHLLYGISLGWLLTGSRKASA				NA	NA	NA	NA	NA
JZ016_05327	543	ypeA_3		Acetyltransferase YpeA	ATGAATTCAATGCAAGAAGTGATCGTACGGGATGCACATGATTGGGAAAGCGAGGCTGTTGCGGCTGTGATGCTGGAATCTTATCAGCAGTATGCCTTCGATCTGTCAACGGAACGATGGGAGGAGTATCGGGATTCCATCAGGAATTCCGCGTACAGCCATGCGCCGCATGCCCGGATCGTCGCCGAGCTTGCCGGGGAAATCGTCGGCAGCGTCCAGCTCTTCCTCTCCTCGGAGGACGCTTACGGAAAACCGGAAATGGGAATTCACTCCCCCATTATCCGTCTTCTTGCCGTATCTCCAGGTTTCCGGGGACGAGGCATTGCCACACTTCTGATTCAAGAGGCTGCCCGCAGATCGATCCAGCTCGGCTCAACCACACTGAATCTTCATACCTCCGACATGATGGCCTCTGCGGTGAAGCTTTACGAGCGGCTCGGCTTTGAGCGGGCATACGACACGGATACGTTCAACGGCGAACATCTTGTCAAAGGATACCGGATCGAACTGCCCGGCTCCCTGCTGCTGCAAAGCGCCGTGTGA	MNSMQEVIVRDAHDWESEAVAAVMLESYQQYAFDLSTERWEEYRDSIRNSAYSHAPHARIVAELAGEIVGSVQLFLSSEDAYGKPEMGIHSPIIRLLAVSPGFRGRGIATLLIQEAARRSIQLGSTTLNLHTSDMMASAVKLYERLGFERAYDTDTFNGEHLVKGYRIELPGSLLLQSAV				NA	NA	NA	NA	NA
JZ016_05328	879	oxyR_1		Hydrogen peroxide-inducible genes activator	TTGAACATCGAAAATATCGAGGCTTTTGTCTACATCCATCACTACGGCAGCTTCAATAAGGCGGCAGACGTCCTGTTTCTGTCCCAGCCGACGGTGACCGCACGCATTCAGTCGCTGGAGAGAGAGCTTGACTGCAGGCTGTTCGACCGTTTAGGTAAACAGATTCATCTGACCGACAAAGGCAAACAATTTCTTCCCTATGCTCAGCAAATCCTCCAAACCTTCCAAAAAGGGAAGCACCACCTTCAATCGAAAGCATCCATGCCCAACGAGCTCAGAATCGGAAGCACGGTTTCGGTATCCAATTACTTAATGCCTAATCTGCTTATGATGCTCAACCGCCGGTTTCCCGAGATGAACTTCAAGCTGACAACAGGTCCTACAGAAGAGTTGGCCGGCAAACTATCATCTAAGGACATCGATCTGGCTTTCGTTCGCAAGCTGATGAATCCGGCGTTTCAATCCTATCCGTTCTTCGAAGACCCCATCCGCCTGTATGTCTATAAGGATCATCCCCTCGCTGCGGCCGGGAGAGCCTCCATTCGGGATATTCGGCGCGAGACGCTGGTCTTCTTCGAATGCGGTTCGCTGGACTGGCTGCGGATTCACCGGGCATTCGAAAGTCTGGAACAGCCGCCGAACATCGTGTTTCAGGTGGATAATTCCGAGACGGCGAAGAAGCTCGTGCTGGGGCGGGCGGGGATCTGCTTTCTACCGGGGCTATGCGCTCAGCAGGAGGCAGCCGAGGGAAGTTTGATTCCCGTGGATATTGCCGAAACGGCAGGCATTTCCCTGCAGACCCATCTCATCTCCTTGAACGGGCAGAATAATGAGTTTCTGGATTCCTTGCTGGAGCTCGGTCGGGAATTGTCCTATTGA	MNIENIEAFVYIHHYGSFNKAADVLFLSQPTVTARIQSLERELDCRLFDRLGKQIHLTDKGKQFLPYAQQILQTFQKGKHHLQSKASMPNELRIGSTVSVSNYLMPNLLMMLNRRFPEMNFKLTTGPTEELAGKLSSKDIDLAFVRKLMNPAFQSYPFFEDPIRLYVYKDHPLAAAGRASIRDIRRETLVFFECGSLDWLRIHRAFESLEQPPNIVFQVDNSETAKKLVLGRAGICFLPGLCAQQEAAEGSLIPVDIAETAGISLQTHLISLNGQNNEFLDSLLELGRELSY	PGPT0019505_85	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_CITRATE_SENSING|UTILIZATION,PGPT0019505-citR-K19242	NA	NA
JZ016_05329	867	tcyK	COG0834	L-cystine-binding protein TcyK	ATGGGGACAAGATCGAAAGGGGATGAGGTCGTGAAGAAATCAATCGTGGCAGCCGTTGTCATGGCGTTGGCAGGGGTGATCGCCGGGTGCGGAGCAGACGCGAAGAGCGGAGAGGCGCAAAAAGATAGCACGGTGAACGCGGCGGAAGGAAAAGTAACAAAGATTGTGGTTGGCACGGGCACGGCCTTTCCGAGGATTTGCTTTATTGACGAGAATGGAAAGCTGACCGGCTTTGACGTTGAGCTGGTGCGGGAGATCGATCAGCGTTTGCCGGAGTATGAGTTCGAGCTGCAGACGCAGGAATTCTCCAATCTGCTGCTGAGCCTGGAAACGAAGAAGATCGATTTTGTGGCTCACCAGATGGAGAAGAATCCGGAACGAACCGAAAAGTACCTGTTCAATAAAGAGCCTTACGCCTATTGGCGAAATAAAATCATTGTTGCCAAGGAGAACGACTCCATTCAATCACTGGATGATTTGAAAGGGAAGAAGGTATTGACCGGTGCAACCAGTGCGGCTGCTCAGATTCTGGAAAACTACAACAAGGACCATAACGATGCGATCAATATTGTCTATCAGAACGGTGCGGCGAATGATACCGTAAGCCAGATTACGACGGGCCGTGTGGATGCAACCGTTGGGGCGGACTTTACGCTGCCGCTGATCGATCCGCAAGGAAAGCTGAAAACAACGGGTGATCACCTGTCGGAGGCCGATATCCTGTTCGTATTCCGTAAGGATGACCCGGACAGCCAGAAGCTGTCGGATGCGGTTGATGATGCGATCAGAGAGCTTAAATCGGATGGGACGCTGACCAAGCTGAGCAAGGAATGGCTGGGCGACGACTTCACGTCGTCGAATCCATGA	MGTRSKGDEVVKKSIVAAVVMALAGVIAGCGADAKSGEAQKDSTVNAAEGKVTKIVVGTGTAFPRICFIDENGKLTGFDVELVREIDQRLPEYEFELQTQEFSNLLLSLETKKIDFVAHQMEKNPERTEKYLFNKEPYAYWRNKIIVAKENDSIQSLDDLKGKKVLTGATSAAAQILENYNKDHNDAINIVYQNGAANDTVSQITTGRVDATVGADFTLPLIDPQGKLKTTGDHLSEADILFVFRKDDPDSQKLSDAVDDAIRELKSDGTLTKLSKEWLGDDFTSSNP	PGPT0020730_175	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020730-tcyK-K16957	NA	NA
JZ016_05330	786	tcyL	COG0765	L-cystine transport system permease protein TcyL	ATGGGGGCACCGTTCGATTTCACGTATGTGCTTAGCTTTTTGCCTAAACTCTTGTCGACCTTAGGCGTCACGCTGCTGATCGTGGCAGGCTCTCTGCTGGTGGGGATCGTCGTCGGTTTTCTGGTGGCCCTGCCTCGCCTGTACCGGATCCCGGTGCTGGACGCGTTCTCCAAGGTGTACATATCGTTCTTCAGGGGAACGCCGATCCTGATCCAGCTCTTCTTGTTCTATTACGGTCTGCCGGAGATGCTGAAGCTGGTTCATATCGACATGTCCCGGGCGCCCGTCATAGTATTCGTGATCCTGACTTACGGGCTTCATACCGGAGCTTTCATGTCGGAGATGATCCGGGCCTCGGTAACGGCGGTGGACAGAGGCCAGGTAGAGGCGGCATATGCCATGGGGATGAAGGGACATCAAGCCTTCCTTCGGATCGTTCTCCCCCAGGCGCTCGCGATCGCCGTTCCTGTATTTTCGAATATGGTGATTGCCCTGCTGAAGGATACCTCGCTGGCGTTCACCCTTGGGCTGATGGAGATGACAGGAAAAGCGCAAACCCTGGGCAATATCACCCAGCATTTTATCGAGGCCTATCTGGCGCTGGCAATCATCTATCTTGTCATCAGCTTTACGCTGGAGAAACTGCTGCTGCGAGCGGAGCGGAGCCTGATGCGTCATGAGGTTCCGGAGTCGGCGGCCCGTAAAAGATTCCGTATGCAAAAGAAATGGTCCTACCGCCGCATCATTGCCGGAATGAGAGCTGAAAAAGGAGGTGCGGAGCTGTGA	MGAPFDFTYVLSFLPKLLSTLGVTLLIVAGSLLVGIVVGFLVALPRLYRIPVLDAFSKVYISFFRGTPILIQLFLFYYGLPEMLKLVHIDMSRAPVIVFVILTYGLHTGAFMSEMIRASVTAVDRGQVEAAYAMGMKGHQAFLRIVLPQALAIAVPVFSNMVIALLKDTSLAFTLGLMEMTGKAQTLGNITQHFIEAYLALAIIYLVISFTLEKLLLRAERSLMRHEVPESAARKRFRMQKKWSYRRIIAGMRAEKGGAEL	PGPT0020735_16	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020735-tcyL-K16958	NA	NA
JZ016_05331	711	tcyM	COG0765	L-cystine transport system permease protein TcyM	GTGAAAATCGACCCATCCTTCATATGGACCGCATTCGTAAACCTGCTGTCCGCGATCCCGACAACGCTGTTAATCACCGCCGTATCGGTATCGGTTGGATTCATGATCGGGTTAGTCGCGGCGTTTGTGCGGATCTATAAGGTGCCGGTGCTCAGCCAGATCGCCACCGTCTACGTGACCTTTATCCGGGGCACTCCCATGCTGACGCATCTGCTGCTGATCTATTTCGGCCTGCCGGTGCTGGTGGATGCGCTGTCCGCCCAGATGAGCTGGGGCTTTAAGTCATCCTCCATCCCGATGATCTGGTTTGCGTTCATATCGTTCTCCATTACGGCAGGGGCGTATATGTCGGAAGTGATCCGCTCCGGACTTCTCGCGGTCAACCGGGGGCAGCTGGAGGCAGGTTATTCGATCGGCATGACGACCTGGCAGGCGCTGCGCAGAATCGTATTCCCCCAAGCCTTGGCGGTCAGCCTGCCGAATCTGTCCAATTCGGTGATTGGTATGCTTCACGGTTCAACCTTGGCTTTTACCGTGTCGGTTGTGGATATTAATGCGCAGGCGCAGATCGTGGCATCGACCAATTGGAAGTTCTTCGAATCGTATCTGGCGGCGGCAGCTATTTTCTGGGGACTTACGCTCCTCATCGAGAGACTGACCGCAATCATTGAGAAACGAATCAATCTGTACAATCGGGGGGGTGTCGCATGA	MKIDPSFIWTAFVNLLSAIPTTLLITAVSVSVGFMIGLVAAFVRIYKVPVLSQIATVYVTFIRGTPMLTHLLLIYFGLPVLVDALSAQMSWGFKSSSIPMIWFAFISFSITAGAYMSEVIRSGLLAVNRGQLEAGYSIGMTTWQALRRIVFPQALAVSLPNLSNSVIGMLHGSTLAFTVSVVDINAQAQIVASTNWKFFESYLAAAAIFWGLTLLIERLTAIIEKRINLYNRGGVA	PGPT0020740_116	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020740-tcyM-K16959	NA	NA
JZ016_05332	753	tcyN	COG1126	L-cystine import ATP-binding protein TcyN	ATGATTCATCTGACCGGAATTTCAAAGTCATACGGCAAGAACGCGGTGCTGAAATCGATTGATCTGACGGTAAACAAAGGGGAAGTGGTGGTGATTCTGGGGCCGAGCGGTTCGGGCAAAACCACGCTGCTGCGCTGCGTAAATTTTCTCGAGAAGCCGAATGGCGGCGAGATTGTCATCGGCGATTACCGGCTCGATTGCAAGCGGGCCACGAAGAAGGAGATTCACGAACTCCGCCAGCGATCGGCGATGGTGTTTCAGCAGTACAACCTGTTCAAACATAAGACGGCGATCGAGAACGTGATGGAAGGCTTGATCGTCGTCAAAAAAATGCCGAAGGCCGAGGCAAGGCAGAAGAGTGTCGCCCTGCTCGAAAAAGTCGGTCTTGCCGATAAGCTGGATGCCTATCCGAGCCAGCTCTCGGGCGGACAGCAGCAGCGGGTGGGCATTGCCAGGGCACTGGCCCTAGAGCCGGAGGTGATCCTGTTCGATGAGCCGACGTCAGCGCTCGACCCGGAGCTTGTGGGCGAGGTGCTTGCCGTCATTCGCAAAATCGCGAAGGAAGGGATCACCATGATCGTGGTGACCCATGAGATGGGCTTCGCGAGGGATGTGGCGAACCACGTTGTGTTCATGGACGATGGCCTGATCGTGGAGCAGGGGCCCCCGTCCGAGTTGTTCCATCATCCGCGGGAAGAACGAACCAAGCAGTTTCTGAAGCGGATCACGCCTGAGTTTAACTATAGCATTTAG	MIHLTGISKSYGKNAVLKSIDLTVNKGEVVVILGPSGSGKTTLLRCVNFLEKPNGGEIVIGDYRLDCKRATKKEIHELRQRSAMVFQQYNLFKHKTAIENVMEGLIVVKKMPKAEARQKSVALLEKVGLADKLDAYPSQLSGGQQQRVGIARALALEPEVILFDEPTSALDPELVGEVLAVIRKIAKEGITMIVVTHEMGFARDVANHVVFMDDGLIVEQGPPSELFHHPREERTKQFLKRITPEFNYSI	PGPT0020745_191	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020745-tcyN-K16960	NA	NA
JZ016_05333	1017	luxA	COG2141	Alkanal monooxygenase alpha chain	ATGGGGATTACGATAAGCGTGCTTGACCAAAGTCCAATGTATCCCGGGGAAACGGCAGCGGAGGCATTCGCGCACACCGTGCTGCTTGCCCAAAAGTCAGAGGAGCTTGGCTTCCGTCGCTTCTGGGTATCCGAGCATCACGATTCGGACCATGTGGCAGGGTCTTCGCCGGAGGTGCTCATCTCCTACCTGTTAGCCAAAACCCGAACCATCCGCGTGGGATCCGGCGGCGTCATGCTGCAGCATTACAGTCCCTACAAGGTAGCGGAGAATTTTAACGTGCTGGCCGCGCTCGCGCCGGGACGCGTGGATCTGGGCATCGGGCGCGCGCCTGGCGGGTTGCCGCGCAGCACGCAGGCACTGCAGCGGGGCGTGCAGGAGGACGCGTCATTAACGGATAAGATCGTCGAGCTTCGAAAGTTTGTGCACAATACGCTGGAGGAAGACCATCCGTTAGCCGGGCTGCGCGCCGCTCCGCTGCCGGAGACCGCCCCCGAGCTGTACGTGCTGGGGGCAAGCGCGGGCAGCGCGGAAATAGCGGCCGGACTCGGTCTGCCCTATGTATTCTCCCTCTTCATCAACGGGGAGGAATCCGCGGCGTTGGAGGCCATTCGCGTTTACCGAAGCACATTTGACTATACCCATGGCAGGGAACCGGAAATTCTTGTCGCTCTATCCGTAATTGTGGCCGATACGGAGGCGGAAGCGGCGGAGCTGGCAGGGGCAATGAAGCTGGTGAAGATTCATTTGGCCAGCGGCCGGACGCTGACGCTGGGGACGAGGGAACAGGCGGAAGAATTCGGACGCCAGGCAGGCGAACCGTATACGATTGAGGAACAGGAACCGTTCATCACTAAAGGGACGAAGGAGACCGTGCGTGAACAGCTGCTCCGGCTTCAGCAGGCTTCGGGTGTTGACGAAATCATCGTCACCAGCAACATCCAGCCCTTTGCCAAGCGAATCCGCTCATTCGAGCTGCTGAGTGAGGCGTTGGCTGAGGTTCCTGCCGAAGCATAA	MGITISVLDQSPMYPGETAAEAFAHTVLLAQKSEELGFRRFWVSEHHDSDHVAGSSPEVLISYLLAKTRTIRVGSGGVMLQHYSPYKVAENFNVLAALAPGRVDLGIGRAPGGLPRSTQALQRGVQEDASLTDKIVELRKFVHNTLEEDHPLAGLRAAPLPETAPELYVLGASAGSAEIAAGLGLPYVFSLFINGEESAALEAIRVYRSTFDYTHGREPEILVALSVIVADTEAEAAELAGAMKLVKIHLASGRTLTLGTREQAEEFGRQAGEPYTIEEQEPFITKGTKETVREQLLRLQQASGVDEIIVTSNIQPFAKRIRSFELLSEALAEVPAEA				NA	NA	NA	NA	NA
JZ016_05334	1218	scmP_1	COG1473	N-acetylcysteine deacetylase	ATGTCAAACCATGTTTTATCCACGGACATAGACATTCAGCGAATTATTGAGATCCGGCGTCATCTGCACCGATACCCGGAGCTGTCGAACGAGGAGTTCGAAACGACGCAGCTGATCAGGGGCTGGCTTGAGGAAGCCGGGATACGGCTGGCGGAGTATCCGCTCGCCACAGGCATAATCGCCGAAGTCGGCGGACTTCAAGAGGGGCCGATCATTGCGCTGCGAGCGGACATCGACGCCCTGCCGATCCAGGAAGAGACGGGGCTTCCGTACGCCTCGACGATTCCCGGCAAGATGCATGCCTGCGGGCACGATTTTCATACGGCTGCCCTGATCGGGACGGCGTATGCCCTGAAGCAGCGGGAACAGGAGCTGAGAGGAACCGTAAGGCTGATCTTTCAGCCGGCCGAGGAGAAAGCCAAGGGCGCGAGGCAAGTCATCGACAGCGGGGCGCTCGAAGGCGTGCAGGCGATCTTCGGCATGCATAACAAGCCGGACCTGCCTGTCGGCACCATTGGTATTAAGGAAGGTCCGCTGATGGCGGCCGCCGACGGCTTCGTGGTTGAAGTGGCGGGCAAGGGGTCCCATGCGGCCGTACCCGAAGCGGGCCTTGACCCGATCGTGACCGCGTCGCATATCATTACGGCCCTCCAGTCAATTGTAAGCCGGAATGTGAGCCCCTCGAAGAGCGCCGTCATCAGCGTTACGAAGCTGCATAGCGGGACCGCGTGGAATGTGATTCCGGATAAAGCGCTGCTGGAAGGGACCATACGCACCTTCGATGACGACGTCAGGCAGCAGGTGCTTGAACGATTCAACCAGGTGGTTCAAGGCGTGGCCGCAGCTTTCGGAACGACGGCTGCCGTGCGCTGGATCGAGGGACCGCCGTCGGTCCATAATGACCGCAGGCTGGCGGAGCTCGGTTATGTCGCCGCTGCCGAAGCGGGATATGAGGCGGTGATACCGGTTCCTTCGCCGGCCGGAGAGGATTTTGCGGTGTACCAGCGCGAGGTTCCCGGGTTGTTTGTTTTCATGGGGACGGCGGGCACGCAGGAGTGGCACCATCCGACTTTTGATCTGGATGAGCGGGCGATTCCGGTCAGCATCGATTTCTTCACGAGGCTGGCGAAGCGTGCGCTTGGGCATTACCGCTCCGGCGTGGAGACTTCGCTATCGCCATCGGTATCACCCTCGCCCTCGGCAGCACCATCGCCATAA	MSNHVLSTDIDIQRIIEIRRHLHRYPELSNEEFETTQLIRGWLEEAGIRLAEYPLATGIIAEVGGLQEGPIIALRADIDALPIQEETGLPYASTIPGKMHACGHDFHTAALIGTAYALKQREQELRGTVRLIFQPAEEKAKGARQVIDSGALEGVQAIFGMHNKPDLPVGTIGIKEGPLMAAADGFVVEVAGKGSHAAVPEAGLDPIVTASHIITALQSIVSRNVSPSKSAVISVTKLHSGTAWNVIPDKALLEGTIRTFDDDVRQQVLERFNQVVQGVAAAFGTTAAVRWIEGPPSVHNDRRLAELGYVAAAEAGYEAVIPVPSPAGEDFAVYQREVPGLFVFMGTAGTQEWHHPTFDLDERAIPVSIDFFTRLAKRALGHYRSGVETSLSPSVSPSPSAAPSP				NA	NA	NA	NA	NA
JZ016_05335	468			hypothetical protein	ATGAGCGAATTCCTTATCGAAGCTTTTGTTAATACCCATGATCAACTGCTGGCCGCCGTCGCCGGCCTTAGCGAGGATCAGCTCCAATGGAAGCAAGCCCCGCACATATGGAGCGTGCAGGAGGTGCTCTCTCATCTGGTAGATCACAGCATCGTGGTTTCGTTCCGGATTCGGGATATTCTGGCCGGGACGACGACCCAGCTGCCCGGGTTCAATCAGGATGCCTGGGTCAACGGCCAATATTCGAACGAAGGCAGAGCCGAGGATATATTGGAAGCATTCCGGGCGCTGCTGCACTATAACAGCTTGCTGCTTCGCCGCTTGAGCGGGGCCGATACGACCAAAACCGGCATCAATATCAAAGGGGAGACCGTCAGCGTCTCAGATATCGTCAATGGTTTTACCCGCCACGTACAGAATCATCTCGGGCAGATCGAACGCATTAAACTGGCTGCCGCTCCGGTGTGA	MSEFLIEAFVNTHDQLLAAVAGLSEDQLQWKQAPHIWSVQEVLSHLVDHSIVVSFRIRDILAGTTTQLPGFNQDAWVNGQYSNEGRAEDILEAFRALLHYNSLLLRRLSGADTTKTGINIKGETVSVSDIVNGFTRHVQNHLGQIERIKLAAAPV				NA	NA	NA	NA	NA
JZ016_05336	1338	moxC	COG2141	Putative monooxygenase MoxC	ATGGCAAAGCAAAGACAATTGAAACTGGGGGCGCTCCTGCACGGCGTGGGGGGAGGAACCTCCATGTGGCGGCATCCGGACGCGCAGCCTGACGCAAGCGTTAATTTTGGGCTGTATAAGCAGTGGGTTCAGAAAGCCGAAGAGGGCAAGTTCGATCTGATCTTCATTGCGGACGGCTTGTATATCAACGAAAAATCAATCCCGCATTTTCTGAATCGCTTTGAGCCGATCACCATTCTGAGCGCACTAGCCGCCGTCAGTAAAAACATCGGTCTAGTCGGTACGTTATCCACCTCGTACAGCGAGCCGTTCACCGTTGCCCGTCAGTTCGCTTCGCTCGACAAGATTAGCGACGGACGGGCAGGCTGGAACATCGTCACTTCTCCACTGGAGGGCTCCGCCCTGAATTACGGCAGGAAGGAGCATCCGGAGCACGATAAGCGATATCGGATCGCAACGGAGTATTTGGAGGTGGCCCGGGGCCTATGGGATTCCTGGGAGGACGATGCTTTCGTGCGGAATAAGGAGACGGGCGTTTTTTTCGATCCCGAGAAAATGCACACGCTGAATCACGAAGGCGAGTTCTTCTCCGTGAAGGGGCCGCTGAACATCGCCCGTTCCAAGCAGGGACAGCCGGTTATATTTCAAGCGGGATCGTCCGAGGTCGGCAAGAACTACGCCTCCAAGGAAGCTGATGCCGTATTCACCGGTCATGAGTCCGTGGAGGATGCGGCAGCCTTTTATCAGGACGTGAAGGCGCGGGCGGCGGGATTCGGCCGGAATCCGGACGAAGTGCTGATCTTCCCCGGCATCAGTCCGATTATCGGCAGCACGGCCGAAGAGGCCGAGCGCAAATATGAGGAGGTAGCCAGTCTGGTGACCATCGAGAATGCCCTGGATTACCTCGGCCGCTTCTTCGAGCATCACGATTTCTCCCAGTACCCGCTGGATGAACCGTTCCCTGAGCTGGGTGACTTGGGCAAGAACAGTTTCCAGAGCGGCACTGACAAAATCAAAAGGGATGCCAAGGAGAAGGGGCTCACGCTCCGGCAAGTGGCGCTGCAGTCGGCCACGCCGCGCGGCGGGTTTATCGGCACGCCGGAGCAGGTGGCAGACAAGATCCAGGCTTGGTTCGAAGCAGGCGCGGCCGACGGCTTTATGATCACCGCGGCGGTGCCGAACGGGCTGGAGGATTTTGTGGACCAAGTCGTGCCGATTCTGCAGGAGAGAGGCCTCTACAGAACCGAGTACGAGAGCGACACGCTGCGCGGCAATTTGGGATTGCCCGTGCCCGAGAACCGGTACAGCAAAGGTAAGGCAGTTGCTGCACGTTCATAA	MAKQRQLKLGALLHGVGGGTSMWRHPDAQPDASVNFGLYKQWVQKAEEGKFDLIFIADGLYINEKSIPHFLNRFEPITILSALAAVSKNIGLVGTLSTSYSEPFTVARQFASLDKISDGRAGWNIVTSPLEGSALNYGRKEHPEHDKRYRIATEYLEVARGLWDSWEDDAFVRNKETGVFFDPEKMHTLNHEGEFFSVKGPLNIARSKQGQPVIFQAGSSEVGKNYASKEADAVFTGHESVEDAAAFYQDVKARAAGFGRNPDEVLIFPGISPIIGSTAEEAERKYEEVASLVTIENALDYLGRFFEHHDFSQYPLDEPFPELGDLGKNSFQSGTDKIKRDAKEKGLTLRQVALQSATPRGGFIGTPEQVADKIQAWFEAGAADGFMITAAVPNGLEDFVDQVVPILQERGLYRTEYESDTLRGNLGLPVPENRYSKGKAVAARS	PGPT0003040_15	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091	NA	NA
JZ016_05337	1230	scmP_2	COG1473	N-acetylcysteine deacetylase	ATGACGGCAGCTGTAGAACTGGATGAAATGATGGATTTTGCGGGGGAGCTTCATGAAGAGCTCTCCAGGATCCGGAGGGACCTTCATCAGCATCCCGAGCTCCTGTACGATGTCTTCCGCACTTCGAAGCTTGTGGCTGATCTCTTGGAGTCGTGGGGGATTGAGGTTAGGCGGAATGTGGGCAGACATTTCGGGATGGGGATCGTCGGTACGCTTCATGGAACGGCCGGCAGCGGACCGACCCTTCTGCTGCGAGCCGACATGGATGCCCTGCCGATCCGGGAGGAGAACGACGTGTCTTACCGATCGAAACATGAAGGGGTGATGCATGCTTGCGGGCATGATGCCCATACCGCAATGCTGCTGGGCGCGGCGCGGACCTTGGCACACTATCGCCATCGCGTCCGCGGCACGATCCGCTTTGTCTTTCAGCCTGCCGAGGAAGGGGCTCTACCAAGTCCGCTAGACGGACGGCTGCTGTCGGGCGGGCGCGATATGATTGAAGACGGCGTACTGGAGCATGTGGATCAATGTTATGCCCTCCATGTGATGCCTGAGCTGCCTGTCGGTTCGTTTGGCGTCCATACCCGCTATGCCATGGCGGCATCAAGCCATTTTAGAGTGCATTTCCATGGAACCCCGGGGCATCACAGCTCCCCTCACCTGGCTACGGATGCCCTCCAAATGGCAGCCCGGTACGTAACGGAGGTCAACAGCTTGATGGCCAACCGGGTGGATCCCTCTGAACCAGCCGTGCTGGCATTCGGGACGCTTCAGGCAGGCACCGCCATCAACGTCATCGCTGCGCACAGTGAGCTTGCGGGAACCTTTCGGGCATTTCGGAAGGACACCGTGGCGGCGATTACGGAGGGCTTAAGGCGTCTGGCCGCCTCCATTGCGGACCAAGCAGGCGGCAGCTATAAGCTGGAGCTTCGTGAAGGGATGGCCGTGGTCAACGACGGAACCGCGCTGCGTCGTATGACGCAAGCCGCAGGGCAAGTGCTGGGCGAGGAGCATGTACATGCACTCCACCCACCCAGCCTGGCAGGCGAGGATTTTGGTTGGTACCTGGATCAGGTCCCGGGCGCTTTTGGATTCATCGGCTGCGGGAACCGGGATCGGGGGATCGTCCATGCGATTCACCAGCCCCGATTCGATGTGGATGAAGCTGTCCTGGTGCATGGGACGCGAATATGGGTGCGCCTAGCCCTACATGACGTTTACGAATAA	MTAAVELDEMMDFAGELHEELSRIRRDLHQHPELLYDVFRTSKLVADLLESWGIEVRRNVGRHFGMGIVGTLHGTAGSGPTLLLRADMDALPIREENDVSYRSKHEGVMHACGHDAHTAMLLGAARTLAHYRHRVRGTIRFVFQPAEEGALPSPLDGRLLSGGRDMIEDGVLEHVDQCYALHVMPELPVGSFGVHTRYAMAASSHFRVHFHGTPGHHSSPHLATDALQMAARYVTEVNSLMANRVDPSEPAVLAFGTLQAGTAINVIAAHSELAGTFRAFRKDTVAAITEGLRRLAASIADQAGGSYKLELREGMAVVNDGTALRRMTQAAGQVLGEEHVHALHPPSLAGEDFGWYLDQVPGAFGFIGCGNRDRGIVHAIHQPRFDVDEAVLVHGTRIWVRLALHDVYE				NA	NA	NA	NA	NA
JZ016_05338	246			hypothetical protein	ATGACGAAAATCGCCTTTATAGCAGGAAGCCCGACTCAAGGGTCGCGCTTATTCGGATTGACGCAATATGTAGAGGATCGCCTGGTCATTGCCGGCTACGAGATCGAATTCATCTCGGCAGCGGATCTACCGGCTGAGGATTTGCTGCGGGCCGATTTCAACAGTCCGGCCATCAAGCAGGCCATAACGGCGGTTGAAGGAGCTGCTGCCGTGATCATTGCCAGCCCGGTGTATAAAGCTTCTTAA	MTKIAFIAGSPTQGSRLFGLTQYVEDRLVIAGYEIEFISAADLPAEDLLRADFNSPAIKQAITAVEGAAAVIIASPVYKAS	PGPT0003045_1297	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0003045-ssuE-K00299	NA	NA
JZ016_05339	264	ssuE_2	COG0431	FMN reductase (NADPH)	GTGCTCCCACTGTTCATCGGCGGCACCATCGCGCATTTGCTCGCGGTGGATTATGCGCTGAAGCCAGTAATATCCGCACTCGGAGGAACCCATATTCTCAGCGGGGTGTTTGCCGTAGATCAGTGGATCACCCGCCTCGAACTGGGCGGTTACGACCTCACGGAGCAGCTGAGAGAACGCCTGGATGACGCGCTAAACGAGCTGCAATCAGAACTGGCCCGATATTCGGTTGTGCCGGCGGAGCGGCAGGGGCAGGCGGTCTGA	MLPLFIGGTIAHLLAVDYALKPVISALGGTHILSGVFAVDQWITRLELGGYDLTEQLRERLDDALNELQSELARYSVVPAERQGQAV	PGPT0003045_1297	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0003045-ssuE-K00299	NA	NA
JZ016_05340	1653	gsiB_4	COG0747	Glutathione-binding protein GsiB	ATGAGAAACCATGCTCAAAAACGAGGGAAACCGGTTGCCGCTGCTGCTTTGGTATTGATGCTGCTGCTGTCCGCATGCGGAGGGCAGCAGGCCTCTTCAGGGAGCACGACGGCAGCAGGAGCACTTGCCGCACAAGGCGTACCCCCACAGGGAGGAGAACTCAGCTTTGCCCTTGCGACATCGCCTGACACGCTGGATCCGCACCGCAGCGGGCTGGCGGTATCCGTTCGAGTCATCCGTACGATTCACGACAGTCTGGTGGTTCAGCTGCCTGATCATACGATCAAGCCTTGGCTGGCGACGGAGTGGGAAGTCTCGGAGGATGGCCTCAGCTATACGTTCAAGCTTCGGAAGGACGTGAAGTTCCACGACGGTACCCCGTTTAATGCGGAAGCGGTGAAATATAATTTCGACCGGATCCTGGATCCGGCCACGAAAGCGTCCAATGCGGCAGCATTGCTGCAGCCGTACCAGTCTTCGGAAGTTCTGGACGAATATACGGTCAAGCTGAATCTGGCCACGCCATCCCGAGCTTTTCTCGGCAATTTGAGTCAAGCATTACTGGGGATTGTCTCTCCGGCCGCGGCACAAAAATACGGCGATCAGCTCGGGCAGCATCCGGTCGGCACCGGGCCGTTCAAGTTTGTGAAATGGGAGGAGAACGCAGGGATTCACGTAGAACGTAATCCGGATTACAAGTGGGCGCCGGAGCTGGTGACCAATCAGGGAGCCCCTTATTTGGACGGCATCGATTTCCGAATCGTTCCGGAGGAGGCCACGCGAATCGGAAGCGTTCAGAGCAAGCAGGTGCTTGCCGCCGAGACGGTGCCGCCCCAGCATATTTTGACGCTGGAGAAGGACCCGAACTTCCAGCTGCTGCAGACGAACACCGTCGGGTTGCCCTACACGCTTTTTTTCAATAAAGACCGCGAACCATGGAATGAATTAAAAGCGCGGCAGGCCGTACAGCTTGCGGTGGATGTGGATACGATCGTTAAGACATTGTATTTAGGCACTTATGAGCGTGCCTGGTCCCCGTTAACGCCGGGAACGTTCGGGTATGACGCATCGCTTGAGCAGTCGATTAAGCCGGACATCCCAAAGGCTAATCGGCTGCTGGATGAGCTCGGATGGGTGAGGGGCGAAGACGGAATCCGGGTTAAGGACGGCAAGAAACTTACGCTTCGCTATGTGGACGGCACGCCGAACCGGGAGAAGCGCAACGATATTGCGGTGATGATTCAGCAGCAGCTGAAGCAGATCGGCATCGCCGTCGAGGTCGAGATCACAAAGGATATCCGCACGGTGGTGTATACCAACGGCGATTATGATTTGTACGGCAACAGCCAGGTGAACTCGGATCCGAACGCACTCTATTCGTTCTATCACTCCTATGATCCGAAAGGCCAGGCGAGCCTGTCCAGGCTGAACGATCCGGATGTGGATCAATGGCTTGAACAGGGGCGGGTGGAGAAGGACGACGCGAAACGTGCGGAGCTGTACCAGCAGGTCCAGCAATATATCATCGACCATGCGATCATCCTCCCGATTTATGTGTTTCCATACACGGTGGCAGCATCGAACTCGGTTCAAGGCGTGCTGTTCGATTCGCTGGGCTACCCGTTATTCAATGATGTGTCTCTGCAAAAATAG	MRNHAQKRGKPVAAAALVLMLLLSACGGQQASSGSTTAAGALAAQGVPPQGGELSFALATSPDTLDPHRSGLAVSVRVIRTIHDSLVVQLPDHTIKPWLATEWEVSEDGLSYTFKLRKDVKFHDGTPFNAEAVKYNFDRILDPATKASNAAALLQPYQSSEVLDEYTVKLNLATPSRAFLGNLSQALLGIVSPAAAQKYGDQLGQHPVGTGPFKFVKWEENAGIHVERNPDYKWAPELVTNQGAPYLDGIDFRIVPEEATRIGSVQSKQVLAAETVPPQHILTLEKDPNFQLLQTNTVGLPYTLFFNKDREPWNELKARQAVQLAVDVDTIVKTLYLGTYERAWSPLTPGTFGYDASLEQSIKPDIPKANRLLDELGWVRGEDGIRVKDGKKLTLRYVDGTPNREKRNDIAVMIQQQLKQIGIAVEVEITKDIRTVVYTNGDYDLYGNSQVNSDPNALYSFYHSYDPKGQASLSRLNDPDVDQWLEQGRVEKDDAKRAELYQQVQQYIIDHAIILPIYVFPYTVAASNSVQGVLFDSLGYPLFNDVSLQK	PGPT0004430_5345	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004430-ddpA|ABC_PE_S-K02035	NA	NA
JZ016_05341	927	gsiC_5	COG0601	Glutathione transport system permease protein GsiC	ATGGCTAGAACGTTGACCTGGCGAGTGTTGACCTCTTTGATTGTCATCGTCGGTTCGCTTGTCCTGGTATTCTCCATTCTATATGTCCTTCCGGGGGACCCGACGGATAACATGGTGGATCCCTCCATGGCAACGCCGGAAGTGATCGCGAATCTGCGGCACGAGCTTGGGGTCGACCAACCCTTTCATATTCAGTTCCTTCGTTATTTCGGCGGCATTCTTCAAGGCGATTTCGGCATGTCGCTGATCAATTCCGATCCGGTGCTGCCGAAGATCGTGGAGAGTTTCCCGGCAACGCTCGCGCTGACGGCGGCAAGCTCGCTGGTCTCGGTCATCGTTGGCATTCTGCTTGGGGTATTGTCGGCGATTCACCGGAACAAGGCGATTGACATCATCGCCCGGATCGTCGGTTTATTCGGCATATCGATGCCCACCTTCTGGTCGGGCATTCTGCTGATCCTGATTTTCTCCATCACGCTGGGCTGGTTCCCGGCCATGGGCTCGGATGGCTGGAAGACGCTGGTGCTGCCGGCACTGGCGCTGGGAACGGTGGGAGCAGGCTTCATCGTGCGCATGGTCCGTAACAGCATGCTCGATGTGATCAACGAGCAGTTCATCGTGACCTTGCGTTCCAAAGGCCTTGCGGAGCGGGCGGTGATGTACCGTCATGCACTGCGCAATGCGCTGATTCCAGCCGTGACCATGATCGGGATGCTTGTCGGCGAGATGCTGGCGGGCACGGTGGTCATCGAGACGGTTTTTTCCCGGCAGGGAATCGGCAGAATTATTGCCGATGCCATCATGGCCAAGGATCTGCCAGTCGTTCAAGGGGTGATTCTTTTTTCCGCCATCATCTATGTCATCGTGAACCTGATCGTGGATATTTCCTATGCATGGATCGATCCGCGCGTCAGACGTTCGGCTTAA	MARTLTWRVLTSLIVIVGSLVLVFSILYVLPGDPTDNMVDPSMATPEVIANLRHELGVDQPFHIQFLRYFGGILQGDFGMSLINSDPVLPKIVESFPATLALTAASSLVSVIVGILLGVLSAIHRNKAIDIIARIVGLFGISMPTFWSGILLILIFSITLGWFPAMGSDGWKTLVLPALALGTVGAGFIVRMVRNSMLDVINEQFIVTLRSKGLAERAVMYRHALRNALIPAVTMIGMLVGEMLAGTVVIETVFSRQGIGRIIADAIMAKDLPVVQGVILFSAIIYVIVNLIVDISYAWIDPRVRRSA	PGPT0004445_13799	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004445-ddpB|appB-K02033	NA	NA
JZ016_05342	897	gsiD_4	COG1173	Glutathione transport system permease protein GsiD	ATGAGAGAGGCGGTCTCCGCCAAAACGGTTTGGCGTGAACGAAGGCTGACGTCCCCTTCTACGCGCCGGCTCGGCCGATTCTCGGCGAATGATGGGTTTTTGTACGCCGCAGGTTTGGTTGTGCTGTTTATCGTGGCATGCGCCATCGTGCCGCAGTGGATCGCGCCTTATGCCCCGACGGATATGCTGACGGACCGTATTATGCAGGCGCCGAGCGCGGCCCATCTATTTGGTACCGACTATTTTGGCAGGGATATATTCAGCGTGGTCGTTCATGGCAGCCGGGATTCGCTCTTTATCGGTTTTGCCTCCGTCCTCGTGGGAGGGTTGATTGGCGGCACGATCGGAGCATTGTCCGGGTATGCAGGTGGCTGGGTGGATACCGTTCTGATGCGGTTGAACGACATTCTGATGACCATTCCGGGCATCCTGCTCGCATTGGCGATTGCCGGGGCTCTCGGACCGAGCCTGTTCAATGTCGTGCTGGCGGTGGCAGTCTCCGCCATACCGGGTTATGCCCGGGTGATGAGGGCCCAGATTATGAGCATCAAGAACCGGACGTTCGTGAAGGCGGCGGGGTCCATCGGCGCTTCGCCGCTGCGTATTTTTTGGCACCATGTGCTGCCGAACAGCCTGTCCCCCCTGCTGGTTATGGCAACCATCGGAATCGGAACCTCCATACTGACAGGGTCGGGGCTGAGCTTTCTCGGTCTTGGCGTGCTCCGGGAAGTGCCGGATTGGGGGACGCTGCTCTCTCAAGGCAGAGGATACCTGACCGTTGCGTGGTGGATGTGCACCTTTCCCGGTCTTGCCATTACGGCATTTGTTCTGTCCGTCAATATTATAGGCGACCGGCTGAGAGATCATCTCGATCCAAAAAAAATCACGCAGCGATAG	MREAVSAKTVWRERRLTSPSTRRLGRFSANDGFLYAAGLVVLFIVACAIVPQWIAPYAPTDMLTDRIMQAPSAAHLFGTDYFGRDIFSVVVHGSRDSLFIGFASVLVGGLIGGTIGALSGYAGGWVDTVLMRLNDILMTIPGILLALAIAGALGPSLFNVVLAVAVSAIPGYARVMRAQIMSIKNRTFVKAAGSIGASPLRIFWHHVLPNSLSPLLVMATIGIGTSILTGSGLSFLGLGVLREVPDWGTLLSQGRGYLTVAWWMCTFPGLAITAFVLSVNIIGDRLRDHLDPKKITQR	PGPT0004450_8331	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004450-ddpC|appC-K02034	NA	NA
JZ016_05343	2148		COG1123	putative ABC transporter ATP-binding protein	ATGATTAATTTACTGGATATTCAACAGCTGTCGGTTGATTTTAGAACCCGGCGGGGGACGATTCATGCGATCCGCGACGTGACGCTTTCGATAGGGGCAGGGGAGACGGTATGTCTGGTGGGCGAATCCGGGAGTGGCAAGACGGTGACGTCCAAAGCCATCATGCGCCTGATCGATCATGAGCATGGCCGGATCACGGGCGGTTCCCTGAGGCTTGGCGGGACGGATCTTGCCAGCCTGACGGAGGCCGAGCTGAGGCGTTATCGCGGGAAAAAAATGGCGATGGTTTTTCAAGAGCCCATGGCTGCCTTTGATCCCGTCTTTACCATTGGGCAGCAGATTGAGGAAACCATTCTGCAGCACGAGCGGGTATCGAAGCGGGAGGCGAGGGATCGTGCGGCCAGGCTGCTTGGACGGGTAGGCATTCCCGAACCGGAGCTGCGGCTGAAGCAGTATCCGGGGGAACTGTCCGGCGGGATGCTGCAAAGGGCGATGATCGCCATGTCCTTGTCCTGCGGGCCGGATCTTCTGATCGCGGACGAACCGACAACCGCTCTGGATGTCACGATACAAGCGCAGATTCTGCGCCTGCTGAAGGATCTGCAGCAGGAATTCGGCATGTCCATCCTGCTGATTACGCATGATCTGGGGATCGCGGCCGATATGGCGGACCGGATCGTGGTGATGTATGCGGGGGAGATCGTCGAAGAGGCACCGGCGGCCGAACTGTTTGCCCTTCCCCGCCACCCCTATACTCGGGGGCTGCTTCGCTCCGTAGCCACGCTGGATACGGTTCAGGGATCCAAGCTTCATGCGATTGAAGGGTCCATTCCGAATCTGGCTGCGCTGCCGGATGGCTGCCGCTTTCATCCGCGGTGCCCTTTCGCAAGTGAGCGCTGCACGCAGGAGACGCCTTCCTTAGCGGGGGATGAGGGCGGGAGAACGGCCTGCTGGCATTCGGAGGAGCTCGTGCTGAGAAAGGACTGGCTGGAAGAAGCCGCCGAGGCGGTTTCTGGTGCAGCTTCTGGTGCAGTTTCCGAGGCTGCTTTCAAGGCGATTTCCAAAACTGTTCCAGGGGAAGCGTCGCAACCACGATGTGCTGATATAAGCTTTGGCATCGATGAGATGACGATTAAGAATAGCTTGGATATTCAGAAGCACAAGCATGATCCGTTCGTAGAATCCCCGGACGTGTTGTTTGCCGTCGAGAATCTCCGAAAGTATTATCCCGTGCATGGGGATGGCTTCGGCAGGAAGAAGCTGATCCGGGCCGTGGATGACGTAAGCTTCACGATTCGCAGGAGGGAAACCTTCGGGCTGGTTGGTGAATCCGGGAGCGGGAAATCCACGCTGGGCCGAGTGCTGCTGCAGCTGGAGCGGGCAACGGAGGGCAAGGTCCTGTTCGAGGGGGAGGACCTGACGAAGCTGGGAGGCACGGCATTGCGCAGGGCACGGCGCCATATGCAGACGATCTTTCAGGATCCCTACGGGTCGCTTGATCCTCGCTGGAGGATCGGGGACAGTATTGCCGAACCACTCTTGGTACACCTTCATCTGCCCGCATCGGCCGTGCAGGAGCGTGTCCATGAGCTGCTTGGTCTGGTCGGGCTTGACCCTTCGTGGGCGGATCGGTATCCCCATGAATTCTCCGGAGGGCAGCGGCAGCGCATTGGCATCGCCAGGGCCATCGCGCTGAACCCGCGGTTTATACTGGCTGATGAAGCGGTGTCCGCTCTGGACGTGTCGGTTCAGGCGCAGATTATGAATTTGCTGCAGGACTTGCAGCAGAGGCTAGGGCTGACCTATCTGTTCATCGCCCACGGCCTGCAAGTCGTTCGCCATCTATCCGATAGGATCGGCGTGATGTACCTTGGGAAGCTGGTCGAGATTGCCCCGAGCGAATCCCTGTTTCTCAGGCCGGCCCATCCGTATACGCGGGCGCTGATCGATTCGATACCTCAGGGAGCTCCGGGTGGAAGCCAGCCGACAGGCGGCATAGAGGGTGAGATTCCCTCTCCGGCGAATCCGCCTTCCGGCTGTCGGTTCCATACCCGCTGCCCGCTTGCAACCGCACGCTGCCGCGAAGAAGAACCGCAATTGCTGGTTCTGGAGAGCGGCCATTATGCAGCCTGTCATCATCCGCTGTGA	MINLLDIQQLSVDFRTRRGTIHAIRDVTLSIGAGETVCLVGESGSGKTVTSKAIMRLIDHEHGRITGGSLRLGGTDLASLTEAELRRYRGKKMAMVFQEPMAAFDPVFTIGQQIEETILQHERVSKREARDRAARLLGRVGIPEPELRLKQYPGELSGGMLQRAMIAMSLSCGPDLLIADEPTTALDVTIQAQILRLLKDLQQEFGMSILLITHDLGIAADMADRIVVMYAGEIVEEAPAAELFALPRHPYTRGLLRSVATLDTVQGSKLHAIEGSIPNLAALPDGCRFHPRCPFASERCTQETPSLAGDEGGRTACWHSEELVLRKDWLEEAAEAVSGAASGAVSEAAFKAISKTVPGEASQPRCADISFGIDEMTIKNSLDIQKHKHDPFVESPDVLFAVENLRKYYPVHGDGFGRKKLIRAVDDVSFTIRRRETFGLVGESGSGKSTLGRVLLQLERATEGKVLFEGEDLTKLGGTALRRARRHMQTIFQDPYGSLDPRWRIGDSIAEPLLVHLHLPASAVQERVHELLGLVGLDPSWADRYPHEFSGGQRQRIGIARAIALNPRFILADEAVSALDVSVQAQIMNLLQDLQQRLGLTYLFIAHGLQVVRHLSDRIGVMYLGKLVEIAPSESLFLRPAHPYTRALIDSIPQGAPGGSQPTGGIEGEIPSPANPPSGCRFHTRCPLATARCREEEPQLLVLESGHYAACHHPL	PGPT0004435_222	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004435-ddpD-K02031	NA	NA
JZ016_05344	1500	farB_3		Fatty acid resistance protein FarB	ATGTCCATAAATATGGGCCATTTCCGGGCGAAGACTGGCAGCGGGCAGGCCGAGCTTCCATTCTGGCCGCTTTTGATCACGTTGTTTCTCGGATCGTTTGCCGGCATGTACCACGTCGTATCACTCAATGTGTCTCTCCCAGGTTTTATCGGCATATTCGATGCCGAGCTGAGCACGGTACAGTGGATGATTACCGGGTTCTCGCTGGCCTGCGGGATGATAACGCCGGTGAGCGGATACCTCGTGGACCGTTTCGGGGGCAGATCCATGTTCTTGTTGTCCCTTGCGGGAATTACGGCAGGTTCCATTCTGTGCGCGTTGTCATGGAACATCTATGCGCTCATCGGATTTCGCATGGTTCAAGGCTTGTTCTGCGGGCTGATTCAGCCCATCTCCCTGACGATGATTTACCAGACGCTCCCGCGGGAAAGACAACCGCTTGCGGTCAGCGTATGGTCGTTCTCGACGGTGCTCGGCACCGCCATCGGCCCCTCGCTCAGCGGCTGGTTTCAGCAGCATGATTGGCGTTGGATCTTTCTGGTTACGGTGCCGATTGGAGCGGCTGCATGGATAGCCGGCCTGCTTCTGCTCCCATCCGGGTTTACCGCTGTTCGGAAAAGGCTGGATGTGGCCGGTCTTGTTCTAGCCACGGTAGGAAGTCTGGTCCTGCTGCTGCTTTTTGGCAATATACATGCATGGGGGCTGCAATCCCCTCTGTCATGGGGATGCTTGATCATAGGCACTCTATGTGTGATGATGTTTGTCCGGGTTGAGCTGCGAACACGTGAGCCGCTTCTGAATCTAAGATTGTTCCGCAATACTGCCTTTGCGATCAGCTTGGCTGTTTCGCTCATATTAACCTTCGCGCTCTATTCCGGTGTTTACTTCATCCCGCTGTTTCTGGAGGAAATCCAGGGTCTGTCTCCTTTCCAGGTCGGGTTGCTGTTCCTTCCGGCTGCGGCGTGCCTCACCATCGCTACCTTCCTGTCAGGGAGGTGGTATGCCTCTTGGGGACCAGCTCTGCTAATTACGCTGGGCAGCCTGATCCTGTTCGTCACGACCTTCCGATTCAGCAGGCTTCATATGGAAACGACGCTGATCACCGTCATGATCTGGATGTGTATCCGCAACGTAGGCTCCGGCCTGGCTATTTCCCCGGCAACAAGCGCAGCGATGGCAGCGGTCACGGAGCAGGAATCGGGCCATGCGTCGGCGCTGCTGAACTGGTTGCGGCAGTTGTTCAGCTCGATTACGCTGGGCATGTTTACGTCACTGTTCTATGCGCGATTGAACGTGCATGAAGGCAGATTGTCTAACGCTACTTTAGGCGAAACCAAGGAGTGGCTGCATCGGATCATTTACACGAGGAGCATTGATGATGTGTTCCTGGTGGCAAGCGGGCTGGTTGCACTGGCCATCCCCTTGGCTCTTCTCCTCCGGCGAAGAAAGCAAACCTTGAAGGCTGCCGGCAGCTCAGCTATGCAAGAGCCATCGGCTTAA	MSINMGHFRAKTGSGQAELPFWPLLITLFLGSFAGMYHVVSLNVSLPGFIGIFDAELSTVQWMITGFSLACGMITPVSGYLVDRFGGRSMFLLSLAGITAGSILCALSWNIYALIGFRMVQGLFCGLIQPISLTMIYQTLPRERQPLAVSVWSFSTVLGTAIGPSLSGWFQQHDWRWIFLVTVPIGAAAWIAGLLLLPSGFTAVRKRLDVAGLVLATVGSLVLLLLFGNIHAWGLQSPLSWGCLIIGTLCVMMFVRVELRTREPLLNLRLFRNTAFAISLAVSLILTFALYSGVYFIPLFLEEIQGLSPFQVGLLFLPAAACLTIATFLSGRWYASWGPALLITLGSLILFVTTFRFSRLHMETTLITVMIWMCIRNVGSGLAISPATSAAMAAVTEQESGHASALLNWLRQLFSSITLGMFTSLFYARLNVHEGRLSNATLGETKEWLHRIIYTRSIDDVFLVASGLVALAIPLALLLRRRKQTLKAAGSSAMQEPSA				NA	NA	NA	NA	NA
JZ016_05345	183			hypothetical protein	ATGACAGACGAGTATTTTGACGAGATGCGCAAGTTCGGCCACGAGGATGAGATGAGGTACCGGATATTGATGCGAGGGGTAAAGAACCTGCTGGAACAGCGAAAACGTGAAAAGTCCAAGCTGTTCAAAGTACTCCCGCATCGCCAAAGGAAAAAAGACCTGCGTGTAGGTAAATGGTCATGA	MTDEYFDEMRKFGHEDEMRYRILMRGVKNLLEQRKREKSKLFKVLPHRQRKKDLRVGKWS				NA	NA	NA	NA	NA
JZ016_05346	867	yusV_3	COG1120	putative siderophore transport system ATP-binding protein YusV	ATGAATACGCTGGAAGCAAAGGGATTGGGTCTGTCCTATGGGGGAGACTTTATATTCGAAAATCTGGATTTAACCGTGCCAATAGGTAAAATCACCGTGTTTATCGGCAGCAACGGCTGCGGCAAATCCACTTTGCTGCGCTCCATGGCCAGGCTGCTGAAACCGCAGCGTGGCTCGGTTGTACTGAATGGAGCCGATATCGCAAGCTTGTCCACGAAGGACGTGGCGCGTAAGCTCGCAATTTTGCCTCAGGGACCTACCGCCCCGGAAGGATTGACAGTCATGCAGCTGGTAAAGCAAGGACGCTATCCATACCAGAGCTGGCTTCGTCAATGGTCACGCGAGGATGAGGAAGCCGTCGCGGCGGCGCTGGCATCCACAGGTTTGACTGAACTGTCTGACCGTACGGTTGACTCGTTATCCGGCGGCCAACGCCAGCGGGCTTGGATCGCGATGACGCTGGCACAAGAGACGCCGCTCATTTTGCTTGATGAACCGACCACCTATCTGGATTTAACCCACCAGATCGAAGTGCTCGATCTGCTGTATGAATTAAACGTTCAAGAGCAACGGACCATTGTCATGGTGCTGCATGATATCAATCTGGCCTGCCGCTATGCCGATCATATCGTCGCCATTCGCGACGGAAGCATCAAGGCCAAGGGCGCACCGGGAGAAATCATTAATTCCGAGCTGATGCAAACCGTGTTCCAACTGCCGTGCGAGATTATTCCGGACCCGTTGTACGGGACCCCGATGTGCGTCCCGCGCGGAAAAGGCATGCGCAGGCCTTCAGCCGTCAAGCAGGAACCAGCGGAACCAAAACAAACAACTACGCCACCCACCCCTGAATTGGCACCAGTGTAG	MNTLEAKGLGLSYGGDFIFENLDLTVPIGKITVFIGSNGCGKSTLLRSMARLLKPQRGSVVLNGADIASLSTKDVARKLAILPQGPTAPEGLTVMQLVKQGRYPYQSWLRQWSREDEEAVAAALASTGLTELSDRTVDSLSGGQRQRAWIAMTLAQETPLILLDEPTTYLDLTHQIEVLDLLYELNVQEQRTIVMVLHDINLACRYADHIVAIRDGSIKAKGAPGEIINSELMQTVFQLPCEIIPDPLYGTPMCVPRGKGMRRPSAVKQEPAEPKQTTTPPTPELAPV	PGPT0003760_3261	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_05347	1047	yfhA_4	COG0609	putative siderophore transport system permease protein YfhA	ATGAGTAAACACCGCATATTCCGCTCCAGGAACGCGAAAGTATCGTTTATGCTGGAGAGAAGAACACTATGGGTATGCCTGATCCTATTCGTGCTTTGCATCGCCGCCATGATTATTAGCACAGGAACGGGAAGCCAGTTTGTTTCGCCGCTTCATGTCATAAAGGCATTGTTCGGCGATGCTCCGCCCATGGAGCAGGTCATCGTCATGCAGCTAAGGCTGCCCCGAATTATTATCGCCGTGCTGATCGGCGCCGCTCTCGCGGTGGCGGGGGCTATTCTGCAGGGCGTCATCCGCAATCCCCTGGCCTCCCCCGATGTCATCGGCATAACGGAGGGAGCATCGCTTGGGGCAGTTCTCTTCATCTTCATATTTACGGGCACCGTATCGATCCATTGGATGCCGCTATTCGCCATCCTCGGTGCCTTTTTCATTACCGGTCTATTGTACGTGCTAGCCTGGAAAAATGGCGTATCGCCGCTGCGGCTTGTCTTGATCGGTATCGGAGTATCGGCTGCCATCAAATCGATCTCCTACATGCTGATCATATCCGGACCGCTGCAGCTGGCCGACCGCTCCCTTACTTTTATGGCAGGCAGCATTTACGGTATGTCCTGGGATAAGGACGTTATGACCCTGCTGCCTTGGGTAGCCGTACTTCTACCGCTTACTTGGCTGCAGGCCCGCAATGTGAACATTCAAGCCTTAGGAGACGACGTTGCCAGCAGCACAGGCGCGCAGGTTCAGAAGCAGCGTCTGATCCTAATCGGACTCAGTGTAGCTCTGGCCGGAGCTGCCATCTCGATCGGCGGCGCCATCGCCTTCATCGGACTGATGGCACCCCATATGGCCCGCAGGCTGGTAGGCCCCAACTTCGGAAGCGTACTGCCGGTCAGCGCCCTGATCGGTGCGATTCTACTGCTTGTCGCCGACCTGGTAGCACGGACGGCATTTCTGCCGCGAGACGTGCCGGCAGGTGTATTCACCGCTGCGATCGGCGCGCCGTTCTTCCTCTACTTGCTGTATCGTAACCGCAATCGATTCTAG	MSKHRIFRSRNAKVSFMLERRTLWVCLILFVLCIAAMIISTGTGSQFVSPLHVIKALFGDAPPMEQVIVMQLRLPRIIIAVLIGAALAVAGAILQGVIRNPLASPDVIGITEGASLGAVLFIFIFTGTVSIHWMPLFAILGAFFITGLLYVLAWKNGVSPLRLVLIGIGVSAAIKSISYMLIISGPLQLADRSLTFMAGSIYGMSWDKDVMTLLPWVAVLLPLTWLQARNVNIQALGDDVASSTGAQVQKQRLILIGLSVALAGAAISIGGAIAFIGLMAPHMARRLVGPNFGSVLPVSALIGAILLLVADLVARTAFLPRDVPAGVFTAAIGAPFFLYLLYRNRNRF	PGPT0003770_5973	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_05348	984	yfiZ_2	COG0609	putative siderophore transport system permease protein YfiZ	ATGCGCGTATTCGGACTATTCATATCGCTATTGTCGCTGGCTGCTGCCGTCATGGGCAGCATCGCATTTGGAGTAACGAACATACCTCTTCATCAGGTATGGGAATCGTTCACTCACTTCAACGGGAGCAACGAGCATCTGATCATTCTCACAGCAAGACTGCCCCGGGCGCTCATTGCGCTTGCCGTAGGAGCATCCCTCGCTGTTGCGGGTGCGCTCATGCAAGTCATCACGCGCAATCCGATTGCATCGCCCAGCACGCTGGGCGTAAACTCCGGTGCGGCCTTCTTCATTATTATGTCGGCGGGTTGGCTGGGCATCAGCGGACTCCAATCCCTAACCTGGGTCGCGCTGATCGGAGCCGCGGTAAGCGGCGGTATTGTGTTTTTCCTGGGCAGCATCGGCAGGGACGGCATGACGCCGGTAAAAATCACCCTCGCGGGTGCCTCCATAGCCGCCTTCTTCCATTCCCTGACGCAGGGATTGATGCTCTCCGATGGCAAAATGTTCGACCAGGTGCTGGTATGGCTGGTCGGTTCGGTAGCCGGACGCGATTTGAACCAACTCGCAGCCGTGTGGCCGTACATGACCGTTGGCATGCTGGCTGCACTCCTGCTGGGCCGTCATCTGAACGCCCTCTCCATGGGTGACGACATCGCCCAGAGCCTTGGGCAAAAAACAGCCCTCATTAAGCTGTTAGCGGCAGCGGCCGTTATATTGCTGGCTGGAGGTTCCGTTGCCGCTGCTGGACCTATCGCATTCGTCGGAATCATCATCCCGCATATCGTTCGGTATTTAATAGGAAATGATTATCGCTGGATTCTGCCTTACAGCGCGGTGCTGGGCGCACTTTTGCTGGTGACGGCCGATCTCGGTTCCCGATATATTGCCATGCCGAAGGAAGTCCCGGTTGGCGTGATGACCGCAATCATCGGCGTGCCGTTCTTCGTGTATATAGCCAGGAAAGGAAGACGAGCACAATGA	MRVFGLFISLLSLAAAVMGSIAFGVTNIPLHQVWESFTHFNGSNEHLIILTARLPRALIALAVGASLAVAGALMQVITRNPIASPSTLGVNSGAAFFIIMSAGWLGISGLQSLTWVALIGAAVSGGIVFFLGSIGRDGMTPVKITLAGASIAAFFHSLTQGLMLSDGKMFDQVLVWLVGSVAGRDLNQLAAVWPYMTVGMLAALLLGRHLNALSMGDDIAQSLGQKTALIKLLAAAAVILLAGGSVAAAGPIAFVGIIIPHIVRYLIGNDYRWILPYSAVLGALLLVTADLGSRYIAMPKEVPVGVMTAIIGVPFFVYIARKGRRAQ	PGPT0003770_5288	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0003770-feuB|feuC|chuU|yfhA|hmuU|ABC_FEV_P|fatC|fatD-K02015	NA	NA
JZ016_05349	1032	yfiY	COG0614	putative siderophore-binding lipoprotein YfiY	ATGGGAAAAAAAGTGGCACATAAACCAACGAGAGGCCTCAAGTTTAGCTTGCTGGCTCTGATCATGATCATGATCGTGATTCTTGCCGGGTGCGGAGCAAGCCCCGCAAAAGAAAATGCAAACAATGGGGGCAGCGACACAACGAAAACCGCAGAGGGCAACAGCGGCGCTGCAGCCGGCGGCGAATCGTATGAAGTTACGCATGCCATGGGGACGGAGACGATCAAGGGAACGCCTCAAAAGGTTGTCGTCCTTACGAACGAAGGAACCGAGGCGCTTCTCGCATTGGGCGTGAAGCCTGTAGGTGCCGTTAGATCCTGGACAGGCGACCCATGGTATCCGCATATTAAAGACCAGATGGAAGGCGTTACCGTTGTCGGGGAAGAGAGCCAGCCGAACATCGAGCTGATCGCCGGCCTGCAGCCGGACCTGATTATCGGCAACAAGATGCGTCAGGAGAAAGTATACGAGCAATTGAAGGCGATCGCGCCGACTGTTTTTGCTGAGGATCTTCGCGGCGAGTGGCAGAACAATTTTGAGCTGTATGCCAAAGCGCTGAACAAGGTATCCGAAGGCGAAGAGCTATTGGCTGCATACGACAAGCGGATTCAGGATTTCAAAGAGAAGGCCGGAAGCAAGCTGGACGAGACCGTCTCCGTGGTCCGTTTCATGGCTGGCAAGACACGGGTATACCACACCAATACGTTCTCGGGCGTTATTTTCGATAAAATCGGCATCGCCCGCAACGACATGACCAAGAACGCCAAGGACGATTTCGTTGACGAGATCACGAAGGAGCGTTTACCTGAGGTGGAAGCCGACAGACTATTCTACTTCACTTATGAAACCGGGGATGGCGGCGCCAACCAAACCGAGCAGGAATGGATCAACGATCCGCTGTGGAAAAACCTGAACGTCGTCAAGAACGGCCAGGCCCACAAAGTGGATGATGCCATCTGGAATACAGCAGGCGGCATCCTGGCAGCGAATCTGATGATTGACCAGCTTCAGGAATTTTACGGCATTCAGTAA	MGKKVAHKPTRGLKFSLLALIMIMIVILAGCGASPAKENANNGGSDTTKTAEGNSGAAAGGESYEVTHAMGTETIKGTPQKVVVLTNEGTEALLALGVKPVGAVRSWTGDPWYPHIKDQMEGVTVVGEESQPNIELIAGLQPDLIIGNKMRQEKVYEQLKAIAPTVFAEDLRGEWQNNFELYAKALNKVSEGEELLAAYDKRIQDFKEKAGSKLDETVSVVRFMAGKTRVYHTNTFSGVIFDKIGIARNDMTKNAKDDFVDEITKERLPEVEADRLFYFTYETGDGGANQTEQEWINDPLWKNLNVVKNGQAHKVDDAIWNTAGGILAANLMIDQLQEFYGIQ	PGPT0003765_37	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003765-feuA|yvrC|ABC_FEV_S|fatB-K02016	NA	NA
JZ016_05350	306			hypothetical protein	GTGCTAACTACTGGGATTGATGCTACTTCTAGGCTACTGCTGGTCTTAGTGCTACTGCTGGTATTGATGCTACTGCTGTATTGGTGCTACTGCTGTATTGGTGCTACTGCTGTATTGGTGCTACTGCTGGGCTTGGTGCTGCCTGCTATTATTGGAGCTACTGCTGGTATTGTTGCTACTGCTGTATTGGAACTACTGCTGGGCTTGGTGGTACTGCTGGGCTTGGTGGTACTGGTCTTGATGCGACTACTAGTTTTAGTGCGACTTGCTCGAGGCAAACGGACTGAGGATACGTTATTTAGCTGA	MLTTGIDATSRLLLVLVLLLVLMLLLYWCYCCIGATAVLVLLLGLVLPAIIGATAGIVATAVLELLLGLVVLLGLVVLVLMRLLVLVRLARGKRTEDTLFS				NA	NA	NA	NA	NA
JZ016_05351	165			hypothetical protein	GTGCAATTGCTGGAATTGGTGCTACTGTTGGGATTGATGCTACTACTGGGCTTGGTGCTACTACTGGGCTTGGTGCTACTACTGATCCTGGTACTACTGCTGGTATTGGTTCGACTACTGATCTTGGAGCTACTGCTGGGATTGGTGTTACTGGCCTTGATGTGA	MQLLELVLLLGLMLLLGLVLLLGLVLLLILVLLLVLVRLLILELLLGLVLLALM				NA	NA	NA	NA	NA
JZ016_05352	291			hypothetical protein	GTGTCCGTTAGATTTAAGAATTGGGACCGAATCAGGCAAATAAGGGAACTGGTGTCCGTTAAGGCTACTTCTAGGCTACTCCTGATCTTGGTGCTACTTCTGGTATTGATGCTACTGTCGGGCTTGGCGCGACTGCTAATCTTGGTGCTACTGCTGGTATTGGTGCTACTGCTGGTATTGGTGCTACTGCTGGTATTGGTGCTACTGCTGATCTTGGTGCTACTAACTGGTTTTGGTACGACTGCTGGGCTTGATGCTACTACTGGTCTTGGTGCGACTAACTGGTCTTAG	MSVRFKNWDRIRQIRELVSVKATSRLLLILVLLLVLMLLSGLARLLILVLLLVLVLLLVLVLLLVLVLLLILVLLTGFGTTAGLDATTGLGATNWS				NA	NA	NA	NA	NA
JZ016_05353	291			hypothetical protein	GTGAACACAGAGTATGTAGCTGCTGCTGGGATTGGTGCTACTGCTGGGATTGGTGCGACTGCTGGGATTGGTGCGACTGCTGGGATTGGTGCGACTGGGATTGATGCTACTGGGATTGGTGCTACTGCTGGGATTGATGCTACTGCTGTATTGGTGCTACTGCTGGGCTTGGTGCTGCTTGCTATTATTGGAGCTACTGCTGGTATTGTTGCTACTGCTGTATTGGAGCTACTGCTGGGCTTGGTGCGACTGCTCGAGGGCAAGCGGACTGAGGATACGTTATTTAGCTGA	MNTEYVAAAGIGATAGIGATAGIGATAGIGATGIDATGIGATAGIDATAVLVLLLGLVLLAIIGATAGIVATAVLELLLGLVRLLEGKRTEDTLFS				NA	NA	NA	NA	NA
JZ016_05354	501			hypothetical protein	ATGACGAACCCATCAAAAGCGGTTAACCCCATTCCGGATGGCTACACCTCCGTGACACCGTGGATCATCTCAAGAAACTCCGCAGCGCTGATTGAATTCCTGGAGCAGGCTTTTCAAGCCGAAGAGTTAGCCCGCGTCTATGTTGACGATGGTGTCATCGGCCATGCCGAGGTGCGAATCGGAGATGCCGTCGTCATGATGTTTGACGCGAAGCCGGAATGGCCGGATAGCCCGACGTATCTCCGCTTATATGTTGAGGATTGCGATGCTGCTTACCAGCAAGCGCTCGCCGCAGGAGCCGTCTCGGTGACGGAGCCAACAAGTTTGTTCTTCGGCGACCGGGTGGGACGGGTACGGGACCCGTTCGGCAACTTATGGTGGATTCAGACGCGAATGGAGGACCTGACGCCCGAGGAGATGGAACGACGCGCCCAAGACCCGGATTACATGAAAGCAATGACCTATGTTGCCGGAGCGGAAATCGTGGTGAAGATTTCGTAA	MTNPSKAVNPIPDGYTSVTPWIISRNSAALIEFLEQAFQAEELARVYVDDGVIGHAEVRIGDAVVMMFDAKPEWPDSPTYLRLYVEDCDAAYQQALAAGAVSVTEPTSLFFGDRVGRVRDPFGNLWWIQTRMEDLTPEEMERRAQDPDYMKAMTYVAGAEIVVKIS	PGPT0030505_218	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_05356	687	tenA	COG0819	Aminopyrimidine aminohydrolase	ATGAGTTTTACGCAAGAGCTCCGTCAGCAGGCGGGAGGCATTTTTCAAGCAATCTTCGATCATCCCTTTGTAAAAGGCATTGCCGAGGGGAAACTGGCGCGGGAACAACTGATCCACTATGTGAAGCAGGATTTTGAGTATTTGAACGTCTACATGCGAATTTACGGCATCGCCATATCCAAATCGACCAGCCGCGAAGAGATCGCAACCTTTAACGAACAAATCTCATTCATCCTGCATAGCGAGGTGCATCCGCATCAGAATTTTTGCGCAGCCGCCGGGGTGACTTACGAAGAGCTTCAAGGCTATCCGCTGGCTCCGTCCGCGCATCACTATATCCGTCATATGCTGACGGTGGCGCATGAGGGCAGTCTGGGCGAGATTATGGCCGTACTGCTGCCTTGCCCGTGGACCTACCTGGAGATTGGCCGCAAGCTGCTGGATGAAGTGAAGCCGGATGAATCCCATCCGTTCTACGACTGGATTTATTTCTACGGCAACCGGGGGGAAGACGCGACAGCCAAGTTCTGCAGCCGTGTCGATGAATGGGCGGAGCGTGCGACGGCAGCCGAGCGAGAACGGATGAAGGAGCATTTTATGCTGAGCTGCCAGCTGGAGTATATGTTTTGGGATATGGCTTATAAGCAGGAGGAATGGCCGGTGCCGCTGCAGGCTGCGGTGCTGTAA	MSFTQELRQQAGGIFQAIFDHPFVKGIAEGKLAREQLIHYVKQDFEYLNVYMRIYGIAISKSTSREEIATFNEQISFILHSEVHPHQNFCAAAGVTYEELQGYPLAPSAHHYIRHMLTVAHEGSLGEIMAVLLPCPWTYLEIGRKLLDEVKPDESHPFYDWIYFYGNRGEDATAKFCSRVDEWAERATAAERERMKEHFMLSCQLEYMFWDMAYKQEEWPVPLQAAVL	PGPT0009055_594	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009055-tenA-K03707	NA	NA
JZ016_05357	843	thiM	COG2145	Hydroxyethylthiazole kinase	ATGCATACATGGGAAAATGAAGTTTCGGCGCTTTTAACAAAGGTACGGCAGACGAGCCCCCTCGTTCACAACATGACGAACGTGGTGGTTACGAATTTTACGGCTAACGGCTTGTACGCGCTGGGCGCGTCGCCGGTCATGGCTTACGCGCCGGAGGAAGTGGCAGATATGGCCGCCATCGCAGGCGCGCTCGTATTGAACATCGGCACGCTGAACCGCGAGCTTGTGGATGCGATGATCATAGCTGGACAATCGGCGAACGCACAAGGCGTGCCGGTCCTGCTGGACCCGGTCGGTGCGGGAGCAACCCGTTTTCGGACGGAGTCGGCGCTGCGGATTCTAAGCGAGGTGAAGGTGTCGCTCGTGCGCGGGAATGCGGCTGAAGTCGCTCACCTTGTCGGGGAGGCCCGCGAGATCAAAGGCGTAGACGCTGGCAACAGCACGGGCAGTGATCATGCCGAGCTGGCCGTGCGGGCTGCGCGCGAAGTAGGCACGATCGTGGCCATTACCGGTGAAGAGGACGTGATTACCGATGGAAACGAGGTACGTATCATTACCGGCGGGGATGCTCTCCTCACGAAGGTAACCGGTGCAGGGTGCCTGCTGACCTCGGTGCTGGGTGCCTTTGCCGCAGTGGAAGCAAACCTGCTGCTTGCCGGTACGGCGGGCCTGGCCTTCTACGGGGCCGCGGCGGCGAGAGCTGCAGAGCGAACCGCGGACCAGGGACCTGGAAGCTTCCAGATTGCTTTCCTGGATGAGCTGGCAAAGCTTCATCCGGGCTCGCTGGAGGGCTATGCCGCTGTCCGGGAAGCGGAAGCGTCCGCTGCAGGTGGCGCACGATGA	MHTWENEVSALLTKVRQTSPLVHNMTNVVVTNFTANGLYALGASPVMAYAPEEVADMAAIAGALVLNIGTLNRELVDAMIIAGQSANAQGVPVLLDPVGAGATRFRTESALRILSEVKVSLVRGNAAEVAHLVGEAREIKGVDAGNSTGSDHAELAVRAAREVGTIVAITGEEDVITDGNEVRIITGGDALLTKVTGAGCLLTSVLGAFAAVEANLLLAGTAGLAFYGAAAARAAERTADQGPGSFQIAFLDELAKLHPGSLEGYAAVREAEASAAGGAR	PGPT0008990_285	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008990-thiM-K00878	NA	NA
JZ016_05358	1020	pdxK_2	COG0351	Pyridoxine kinase	ATGAGCAGCAAGTCTCACGTTCCTCGGGCACTGACGATTGCGGGGTCTGACAGCGGCGGCGGTGCCGGCATTCAGGCTGATCTGAAAACCTTCCAGGAGCTCGGCGTATACGGCATGTCAGCGATTACGGCGATCACGGTGCAGAACACATTGGGGGTTCACGGCGTATATCCGCTGCCTCCCGAAGCAGCCGCGGAGCAGATTGAAGCGGTTGGCTCGGACCTCGGAGTCGATGCATTGAAGACAGGCATGCTGTTCAATGCCGAGATCATTCGCCTGGCTGCTGACCGGATCCGGGCATTCGGCTGGGAGAAGGTCGTTGTGGATCCCGTGATGATCGCCAAGGGCGGAGCAGAGCTGCTGCAAAGCGAAGCAGTGCAGGCTTTAAGAGAGGATTTGCTGCCGCTGGCGTTAATTGTCACCCCCAATATACCGGAGGCCGAAGTATTGGCGGGGATGCGTATCCGCACGAAGGAAGATCGGAAGGAAGCGGCGAGACGTATCCAGGATCTGGGGCCCAAGATCGTTGTGATCAAAGGCGGCCATGACGAGGGAATGACCGGCGGCGGTGAAGTTGCGGATCACGAAAGAGACAGGGGATCAGCTATGGCGGCGGGTACGCAGCAGGAAGAGTTGTCTCAGTCCGAAAGTACGTATCGCCAAACAAGAACCGCCAGCCATAACGGGGAGTTTTATGAGGGACGCTCCCCCATGATCAAGAATGATGACAGATTCGGTAATCCCGACAGTCCTCCAGTCATGGACCTCGTATACGATGGTATCGCCTTTACAGAATTATATGGACAACGAATTCATACCGTCCATACGCACGGTACCGGCTGTACTTTCTCTGCCGCGATTACCGCAGGCCTGGCCCAAGGCTTGAGTGCATTCGATGCCATTCAGAACGGGCGCACATTCATCCAGGCGGCCATTGAGGACGGCTTAAACCTGGGACAGGGACACGGCCCAACGAATCATTGGGCGTATCGTCGCCGCCATCAGGAGGTGCTGCGATGA	MSSKSHVPRALTIAGSDSGGGAGIQADLKTFQELGVYGMSAITAITVQNTLGVHGVYPLPPEAAAEQIEAVGSDLGVDALKTGMLFNAEIIRLAADRIRAFGWEKVVVDPVMIAKGGAELLQSEAVQALREDLLPLALIVTPNIPEAEVLAGMRIRTKEDRKEAARRIQDLGPKIVVIKGGHDEGMTGGGEVADHERDRGSAMAAGTQQEELSQSESTYRQTRTASHNGEFYEGRSPMIKNDDRFGNPDSPPVMDLVYDGIAFTELYGQRIHTVHTHGTGCTFSAAITAGLAQGLSAFDAIQNGRTFIQAAIEDGLNLGQGHGPTNHWAYRRRHQEVLR	PGPT0008915_166	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008915-thiD-K00941	NA	NA
JZ016_05359	675	thiE	COG0352	Thiamine-phosphate synthase	ATGACGGGCAGAGTGACACCCGAGATGATGAGGCAGCATCTACGGATGTACCTCGTACTTGGCAGCGTGAATTGCATCGTCGAGCCAAGCCGGGTCGTGCAGGATGCATTGGCCGGCGGCACGACCATGGTCCAGTTCCGCGAGAAGGGGCAGGGTGCACTTGTTGGCGAGCCGATGATCCGGCTGGCTCGCCGGATCCAGGATCAGTGCCGCCAAGCGGGCGTACCCTTCATCGTCAATGATGATGTGGAGCTGGCACTGAAGCTGAACGCCGACGGCGTGCACATCGGCCAGGACGATGAATCTGCGGCTTCGGTACGTGAGCGGATCGGCAATCGGATATTAGGCGTCTCGGCCCATTCCGTTGAGGAAGCCAGGCGCGCCATTCTCCACGGCGCCGATTATCTTGGTATCGGCCCGATCTATCCGACCCGCTCGAAGGATGATGCCAAGGCTGTGCAGGGCCCAGCGATCCTTCGAGAAATGCGCGAAGCTGGCATCCATCTGCCGATTGTTGGGATTGGCGGGATTACCGTGGAGCGCGTGGAGGAAGTGATGGGGGCGGGTGCGGATGGCGTCGCCGTGATATCCGCCGTGACGGGAGCGGAGTCGGCGCGAGAGGCTGTGGAGGATTTTATAGGAAAGATACGCTGTGCAACCGAACGAATTTTTTAA	MTGRVTPEMMRQHLRMYLVLGSVNCIVEPSRVVQDALAGGTTMVQFREKGQGALVGEPMIRLARRIQDQCRQAGVPFIVNDDVELALKLNADGVHIGQDDESAASVRERIGNRILGVSAHSVEEARRAILHGADYLGIGPIYPTRSKDDAKAVQGPAILREMREAGIHLPIVGIGGITVERVEEVMGAGADGVAVISAVTGAESAREAVEDFIGKIRCATERIF	PGPT0008995_988	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008995-thiE-K00788	NA	NA
JZ016_05360	1953	manR_2	COG1762	Transcriptional regulator ManR	ATGAATAATAGGCAAAAAGAGATTTTTCGTAATTTATTAATGGAACCGAACCGGCTGTGGCTCGTTCAGGATCTGGCGGATCAGACCGAGTGCTCGGAGAAGACGATCCGAAACGATCTGAAGGTGATTGAAGAATATATAGTTCAGCACTCCAGTGGGCATCTGGTGAAAAGGCCGGGACTTGGCGTTTATCTGGAGATCGGAGAAACGGATCAGGCTGATTTATTCCACCGCTTGTATTCCAACGAGCGTACCACCGAGGATGAATCCGACGAGGAAAGGGTGCTGCACCTGGCCTATCGGCTCTTGATGAACGCGAAGCCCGTAACCCTGCAGAACCTGGCTTCGCCGTTTTACGTGAACAAGGCAATTATCCGTCGGGATATGGAAAAGATTGGGGACTGGCTGCGCAGCTTTGATCTGAGCTTAATGACGAAACAGCGTGTAGGTTTCATGATTGAGGGCACGGAGAAGAACAAACGGATGGCGCTGGCGCGGTTGAACCAACTGATCAACCGTCCGGAGTTGACGGGACAGATGATGCGTAATCAGTATGAACCGCATGAGATTGCAACCGTATACAATGAGTTGAAGGCGTTGCAAAAGCAGCATCAGCTCCGCTTTACCGATGAAACCTTTGAAAGCCTGATGCTGCATATTCTGCTCATGGTCAAACGGACCAAGCTGGGACAGCCGATTTCGCTCTCCGAGCAGGACATGGCCTTTTTGGAGAACAAAGCGGAATTTGAATGGGCGATAGACTTTTTGAGGCAGCTGCAAAAGCTGTTCGCTGTACCTTTTTCCAAGGAAGAAACTGCATATCTAACCCTGCACCTGCTTGGAGGGAAGTTCCGATACACGCAGGAGGACGGAGGCGCTGGGCGGAGCGATCTGGCAGACAGCCACCCTCTGCTGCCCCAATTGGTTGAACAACTGATTCGGCGGATGTCGGAGCTGAATATGATCCCTTTTTCCAAGGACCAGGTATTATTGAACGGGTTGAAAGTGCATTTGTACACGACCATGAACCGTCTCCATTACGGTCTGGCTGTGTCCAATCCAATGCTGGCTGAGATCAAAAAGATGTATCCCTATATGTTCGATCGGGTCATCATGGCACTGGAAGAGGTAGGGGGAGCGCTCCATCTGCACTTTCCCGAAGAGGAAGCCGCATATTTGACGCTGCACTTTCAGGCGTCTGTGGAACGGCTTCACCAGAATGAAAGCCACCCTCAGAAGGTCATTATTGTGTGTCATATGGGCGTTGGGATGTCCCAATTGCTTCTCGCGAAGGTGGAACGGAGATTCCCGTCCGTGCATGTGGAGGCAACGATGTCGAGAGCGGAAGTGCAGGATTATCTGGCTGCTCATGAGGTGGATCTTGTCATTACGACCGTTGATCTGCCCGAGCTAAAATCACCACATATCCTTGTTTCACCTTTGCTCGAGGCCAGTGACGAGCGGAAGCTGGAGCAAGCGATCCGGCGGATCGATGAGCCGGACAGCAGGACGGCTGAGGAATCGGTCTTTTTGAAATATACAACTCCTTTTCTGGTCTTTCCTCGGCAGGAGGTAAAGCGTCCAGAACAGTTAATCGCCAAGTTTGCGCAAATGCTGGAGGACAAAGGGTATGTCGAGGCAGGGTATACGGAAAGTGTGCTGGATCGTGAGCATATGTCTGCTACGACGATTGGGGGTGGCATTGCCATCCCTCATGGCAGCGCGGAGCGGGTTAAACAGTCCTGCATCGTTGTTGTGACTTTGAAGCAGCCGATTCCCTGGGGAACCGAGAAGGTAGAGCTTGTGTTCTTGCTTGCGATTAAACATGATGAGCTGAAAGAGATGCGGCAGCTATTCAGAGAATTGTCGCTGATCAGTGAGCAGCCGGCTTTGGTCAGTGCGTTGACTAAGGAGACGGATGTGATGCGATTGCTGAGTACGTTGAAAGGGTAA	MNNRQKEIFRNLLMEPNRLWLVQDLADQTECSEKTIRNDLKVIEEYIVQHSSGHLVKRPGLGVYLEIGETDQADLFHRLYSNERTTEDESDEERVLHLAYRLLMNAKPVTLQNLASPFYVNKAIIRRDMEKIGDWLRSFDLSLMTKQRVGFMIEGTEKNKRMALARLNQLINRPELTGQMMRNQYEPHEIATVYNELKALQKQHQLRFTDETFESLMLHILLMVKRTKLGQPISLSEQDMAFLENKAEFEWAIDFLRQLQKLFAVPFSKEETAYLTLHLLGGKFRYTQEDGGAGRSDLADSHPLLPQLVEQLIRRMSELNMIPFSKDQVLLNGLKVHLYTTMNRLHYGLAVSNPMLAEIKKMYPYMFDRVIMALEEVGGALHLHFPEEEAAYLTLHFQASVERLHQNESHPQKVIIVCHMGVGMSQLLLAKVERRFPSVHVEATMSRAEVQDYLAAHEVDLVITTVDLPELKSPHILVSPLLEASDERKLEQAIRRIDEPDSRTAEESVFLKYTTPFLVFPRQEVKRPEQLIAKFAQMLEDKGYVEAGYTESVLDREHMSATTIGGGIAIPHGSAERVKQSCIVVVTLKQPIPWGTEKVELVFLLAIKHDELKEMRQLFRELSLISEQPALVSALTKETDVMRLLSTLKG				NA	NA	NA	NA	NA
JZ016_05361	2016	manP	COG1299	PTS system mannose-specific EIIBCA component	ATGAAAATATTAGCGATTACTTCATGTCCTAACGGAATTGCACATACGTATATGGCCGCTGAGAATCTGCAGAAGGCAGGCGCTAAGCTTGGCGTTGAGTTGAAGGTTGAGACCCAAGGTTCCATTGGCGTGGAGAACCAATTCACGGAGCAGGATATCCGCGAAGCCGATGGCATTATTATCGCGGCGGATAAGACGGTGATAAAGGACCGGTTTGTGGGTAAAAAACTGCTTGTCGTTGGTGTGCAGGATGGTATCCGTCGTCCAGAAGAGCTGATCCAACGGATGATGAAAGGGGATGTGCCTGTCTATCAAGCACAGTCCAAGTCTGCTGCTGAAGATATGACAGGAGAGAACAAACCTAAACAAAATCCGGTCTACCGTCACTTGATGAACGGCGTATCCTATATGGTACCGTTTATCGTAATCGGTGGACTGCTCATTGCAATCGCACTGACGATGGGCGGCGTAAAGACGCCGGGTGGGCTGGTTATACCGGAAGGTTCGATCTGGAAAACGATTGAGAGTATCGGCGCGGCTGCGTTTACCTTCATGGTTCCGATCCTTGCAGGTTTTATCGCCATGAGTATTGCGGACAGGCCGGGTCTTGCACCAGGTATGGTCGGCGGGTTCATTGCTGCCAACGGCAGCTTTTATGGAAGTGAAGCGGGAGCTGGATTCATCGGGGGGATTATTGCCGGTTTCCTGGCGGGTTATGTTGCACTTGCTATTAAAAGGATCAAGGTTCCTCGCTCGCTGCAGCCGATTATGCCCATTATCGTTATCCCTGTACTGGCTTCACTAGTTGTAGGGTTAATCTTCGTCTTTGTGATTGGTGCTCCCGTTGCGGATCTGTTTGAAGCGTTAACCGTCTGGCTAGCAGGAATGCAAGGTACAAGTTCGATTCTGCTCGCGCTTATTCTGGGCGCGATGATTTCATTTGACATGGGGGGTCCCGTGAATAAGGTTGCGTTCCTGTTCGGTTCGGCCATGATCGGTGAAGGAAATTATGTGATTATGGGCCAAATTGCCGTTGCCATCTGTGTTCCTCCGATTGCCATGGGACTGGCAGCAATGATTAACAAAAAGAAGTTTACACCTGCGGAACGTGAAGCAGGCAAAGCAACATTTACGATGGGACTGTTCGGTATTACCGAAGGAGCGATTCCATTCGCGGCGCAAGATCCTCTACGCGTCATTCCGAGCATCATGGTCGGATCGATGACGGGTTCGGTGGTTGCCATGTTTGGCAGTGTCGGTGACAGCGTAGCCCATGGCGGCCCGATTGTAGCCGTGCTCGGTGCCGTTGATCATGTGTTGATGTTCTTCCTCGCTGTCATTGTCGGCGCAGCCGTATCGGTTATCATGGTGAGCCTGCTCAAGAAAGACGTTTCAGCTGTGACTCCGGCAGTTGTTGGAGAAGGAGCGATAGAGGATCCTGCCGAAGCAGGTGGAGCGTCCGTAGTAAATGTGGATGCACCTTTGGCTGCGGACTCAGCCGAAGCGGTTCCAACCGTAATGAATAACGGTACAGCAACGGAAGTTTCTGCTATCCGCGTTGAGAAATTGACGGATATTGTTACACCGGATCTCATTAACCTGAATCTGGTCGGAACGACACAGGATGCGGTGATCGACGAAATGATCGGTGTATTGGAGCGGAACGGGGCGGTAAGAGCTGACGGAGATTTTAAACAGGCCATATTAGCCCGGGAACAAGAAAGCTCCACAGGCATCGGCATGAATATTGCGATTCCTCACGGTAAATCGGATGCTGTCTTGAAACCAAGCGTGGTCTTTGGTATCCAGCAGGATGGTGTAGACTGGAAGAGTCTTGACGGCAGCGAAGCCAAACTGATCTTTATGATTGCCGTGCCGCGTAATAGCAAGCAGAATGCGCATTTAAAAGTGCTGCAAATGTTGTCCCGCAAGCTGATGGACGATGATTTCAGAGAAGCGCTCTTGGCGGTGACAACGAAGGAAGAGGCCTATCAATTGCTCGATCAGGTGCATTAA	MKILAITSCPNGIAHTYMAAENLQKAGAKLGVELKVETQGSIGVENQFTEQDIREADGIIIAADKTVIKDRFVGKKLLVVGVQDGIRRPEELIQRMMKGDVPVYQAQSKSAAEDMTGENKPKQNPVYRHLMNGVSYMVPFIVIGGLLIAIALTMGGVKTPGGLVIPEGSIWKTIESIGAAAFTFMVPILAGFIAMSIADRPGLAPGMVGGFIAANGSFYGSEAGAGFIGGIIAGFLAGYVALAIKRIKVPRSLQPIMPIIVIPVLASLVVGLIFVFVIGAPVADLFEALTVWLAGMQGTSSILLALILGAMISFDMGGPVNKVAFLFGSAMIGEGNYVIMGQIAVAICVPPIAMGLAAMINKKKFTPAEREAGKATFTMGLFGITEGAIPFAAQDPLRVIPSIMVGSMTGSVVAMFGSVGDSVAHGGPIVAVLGAVDHVLMFFLAVIVGAAVSVIMVSLLKKDVSAVTPAVVGEGAIEDPAEAGGASVVNVDAPLAADSAEAVPTVMNNGTATEVSAIRVEKLTDIVTPDLINLNLVGTTQDAVIDEMIGVLERNGAVRADGDFKQAILAREQESSTGIGMNIAIPHGKSDAVLKPSVVFGIQQDGVDWKSLDGSEAKLIFMIAVPRNSKQNAHLKVLQMLSRKLMDDDFREALLAVTTKEEAYQLLDQVH	PGPT0017120_433	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FRUCTOSE_PTS_SYSTEM_I,PGPT0017120-fruA-K02770	NA	NA
JZ016_05362	1173	sstT_2		Serine/threonine transporter SstT	ATGAACATGAAAAAACTTGGCTTACTTCCGAAAATCCTTATAGCCATTTTGCTCGGCATTGCGCTCGGATCGTTCTCACCGGAATGGCTGGTTGCCGGATTAGCTACCTTTAGCGGGTTATTTGGAAACTTTCTTGGGTTTGCCATACCTTTAATTATCATCGGATTCATTGCTCCCGGGATCGGGGAGCTGGGAAGAGGAGCCGGTCGCCTGCTGGGCGTAACCACGGGCCTTGCTTATCTCTCCACCATAATCGCGGGACTGCTGGCATTCTTGGCAGCGACGCTATTGTATCCGTATATGTTGGAGGTTGGCGGTCTGGTTAATTCCTACACCAATCCGGAAGAGGCGCTGCTGGAACCCTTTTTTAAAGTTGACATGCCGCCTGTATTCGGGGTGATGACTGCCCTGCTCCTTGCCTTTACACTGGGGCTGGGAGCGGCTGTAATCAAGGGGCAAGCCTTGCAGAAGGTCATGGTTGATTTCCGCGAGATTGTTGAGAAGCTGATTGCCTCGATCATCATTCCGCTGCTGCCATATCATATTCTCTGCGTGTTTGCTAACTTAACCTATGGCGGGCAAGTGACCATGATCCTGTCGGTATTCGCCAAAGTATTTATTATGATCATTGTCCTGCATGTGCTGTTCCTGATCATACAATACTTGGTTGCTGGTCAAGTCGCGCATAAGAATCCGTTTGCCATGCTGAAGAATATGCTGCCAGCTTATTTTACGGCGATAGGTACGCAGTCTTCTGCCGCTGCCATCCCGGTTACGCTGCGCCAAACCAAGCTGAACGGAGTCAGTGGGAAGGTCGCTGATTTTGTCATCCCGCTATGCGCAACTATTCATCTATCCGGCAGCACGATTACGCTGGTAAGCTGCTCGATGGCCGTCATGCTGCTGACAGGGATGCCGACATCCCTTGGCATGATGTTCCCTTTCATTCTGATGCTGGGCATTACGATGGTTGCTGCTCCCGGAGTTCCCGGAGGCGCCGTTATGGCGGCACTCGGCTTGTTGGAGTCCATGCTGGGCTTCGATACGACGCTAACGTCGCTCATGATCGCCCTCTATATTGCGCAAGACAGCTTCGGAACGGCTTGTAATGTAACCGGAGATGGAGCTATCGCCGTGATTACGGACCGCGTGAGCAAATCTGAGCCTGCGTGA	MNMKKLGLLPKILIAILLGIALGSFSPEWLVAGLATFSGLFGNFLGFAIPLIIIGFIAPGIGELGRGAGRLLGVTTGLAYLSTIIAGLLAFLAATLLYPYMLEVGGLVNSYTNPEEALLEPFFKVDMPPVFGVMTALLLAFTLGLGAAVIKGQALQKVMVDFREIVEKLIASIIIPLLPYHILCVFANLTYGGQVTMILSVFAKVFIMIIVLHVLFLIIQYLVAGQVAHKNPFAMLKNMLPAYFTAIGTQSSAAAIPVTLRQTKLNGVSGKVADFVIPLCATIHLSGSTITLVSCSMAVMLLTGMPTSLGMMFPFILMLGITMVAAPGVPGGAVMAALGLLESMLGFDTTLTSLMIALYIAQDSFGTACNVTGDGAIAVITDRVSKSEPA				NA	NA	NA	NA	NA
JZ016_05363	594	betI_10		HTH-type transcriptional regulator BetI	ATGTCGTTTATTGAGAAGGCTCGCCGTGCGCAGATCGTGGCATGCGCGATCGAAACCATTGCCGAGGTCGGTTATGCCCAAGCTTCGATAGGTCAAATCGCCAAGCGTGCCAACGTTAGCAAAGGGGTGATTTCCTATCATTTTGCGGGCAAGGATGAGCTCCTGGAGCAGGTGGTGACGGAGTATTATATCGCCTATGAGTCCTTTATGCAGCCGATTCTGCGTAGCGAAGCTTCTCCCAGAAACAGGCTCAAGAAGTATATTGAAGCGAATTTGGAGTTTATCGCGGAGCATCGGAAGATGGTTTTTGCCGTTGTGGAAATCGTGACGGGCATGTGGACAAAGGAGGGGAAACCTCGTTTTTCGGCGGATATGGATGAAGGTGTGTTTCAACCAATCGAGGCGATTCTGCATGCAGGGGCGAAAGAAGGAACCTTTCGAGAATTCACCCCGTTATCCTCCCGAGTCATGGCGCTCGCTATCCGGCATGCCATCGATGGATTCAGCCTGGAATTGATTAGAAACCCCGATCTTCACATAAAGGCATATGTGGAGGAGCTGATTACGATCTTTGATCACGCCACGCGCAAATAA	MSFIEKARRAQIVACAIETIAEVGYAQASIGQIAKRANVSKGVISYHFAGKDELLEQVVTEYYIAYESFMQPILRSEASPRNRLKKYIEANLEFIAEHRKMVFAVVEIVTGMWTKEGKPRFSADMDEGVFQPIEAILHAGAKEGTFREFTPLSSRVMALAIRHAIDGFSLELIRNPDLHIKAYVEELITIFDHATRK	PGPT0023505_27	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_LIPID_DEGRADATION	PLANT_PHOPSHO-|LIPID_DEGRADATION,PGPT0023505-ysiA|fadR-K13770	NA	NA
JZ016_05364	168			hypothetical protein	TTGATTTATTATGAGGTGGAATGCTTTTGCTGCAAGAAGACATTTCGGCTGTACGAAGGAAGCGTGGGATATAAAAATTTCAAGGAAAACCAGAAAGGGAAATATTCCTGCGAGTCATGCAATCACAGCGTACGGCTGGAGGCGATTTTTAATCTCCTTAGGAAATAA	MIYYEVECFCCKKTFRLYEGSVGYKNFKENQKGKYSCESCNHSVRLEAIFNLLRK				NA	NA	NA	NA	NA
JZ016_05365	405			hypothetical protein	ATGTATGAGTATCACGGATGGGCAACCATTAGAGAAAGTTCCTCATTTGAAGATGATGAGGAAAAGTACTCGTTCATTGTTCAAGATATTCGAAAGTATTTCGATGAGATAGAGTGGCCCTCCGGAGTATTGGATTTAAGAGCAGTAAATGGTGATTATCAAGTTTGGATAGCAGGCCTTAATAATCACAAACCTGTGACAAAGCATAATCCAATTGAGGTTTTAAGGAAGATTGGGGAGCTGGCTCCAGGATCATATGGTGTTCTGTATATAAGAGATAGTGACGATGCAGAACTTTTCAATGAATTCAAGGTCTACACTTTAATTCGCGGAGAAATCATGGAGCATAATGATCCTTTTCTATCCCCATTTATACCTAAAATAGAGGATGCTTACGAGGATTAA	MYEYHGWATIRESSSFEDDEEKYSFIVQDIRKYFDEIEWPSGVLDLRAVNGDYQVWIAGLNNHKPVTKHNPIEVLRKIGELAPGSYGVLYIRDSDDAELFNEFKVYTLIRGEIMEHNDPFLSPFIPKIEDAYED				NA	NA	NA	NA	NA
JZ016_05366	1245	cpdA_4		3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA	GTGAAGAAGCTACTACCAAGTATTATGGCAGCATCTATTGTTTTCAATGCAGGTGCTTTTTCAGGATCAGCTCAAGCAAAACTGGATGAACATCTATTCTCCAAAGATCCAGGTCTTACTTTTGATGTCATCAGTGACATTCAAGGGGATTACAATGACTTTAAGCATGTACTTAACGATATGAAACAGGTAAACCCTGCTTCGAAAGCATTAATCGTGAACGGTGATATTACGGACCGAGGTTGGGATTTTGAATATCAAGCCGTACAACAGGTGTTAGATCATAATCCTCATCCAGAACATGTTTGGTACAGCATAGGAAATCATGAGTTTTATAAACCGAAATGGGCAGCACCGAACAAATTAGCGCAAAACACGTGGCCGAATAATACGCCGGAATCCGAAATGCTCCAAAATTTTTATAACTTTACTGGCGAGGAGAAAGTCTACCATAAAAAAGAGTTAGACGGATATCCGTTCCTTTTCTTAGGAACCGAAAAATATATGCACTACCATGATGCGTCTTTGTGGGATGAGGTTTATCTTAGCGATGAGCAGCTTGATTGGTTAAAGCAGAATCTTGAGGAATATTCCAAGAACGATCCAAATAAACCGATCTTCCTCTTTAGTCATCATATCCTCAAGGACAGTATTTCAGGCTCTAATCAATCGCCGTATACAGGTGATTACTTAGACCAGGCTAAATTAGAAGCGATCTTAAAGGATTACCCGCAAGTCATTCTTTTTACAAGCCACAGCCACTGGGATCTGAATCTTCCGGATTGGGCAGGTAAAAAGGTAGTAGAAGGTGGAGATCAACGTGGTTTTACTGTTGTGAACACAGCTGGGATTCAGGCGGGCTGGGCATCGGCAGGGCCTAATGGTGGTGAAGTGTCGACGGGCAATGATTTTAAACAGGGACTTCAGGTTGAAGTGAACGGAAATGATGTAAAGATCAAAGCGTATGATTATAAAACAGATAAAGTCATTAAAGAGCTGGGTGTGCATCATGGTACGGTTGCTCAATTACCACCTCATGTTAAAGCCGATGATGAAAAAAATGAACTCATTGGTGCTACCCAATACATGGAATACTCTGTGAATGGGAATGGGAATGGTCGCTGGGTTGACTATGATCCTAAGAACCCTCCGAAATTTGAAGGAAACCAAAATGTATTCGTTCGCCATAAAGGTGAAATGAACCTGGAAGATGGATTATCTAAAAAGGTGACTTTCAAAAAATAA	MKKLLPSIMAASIVFNAGAFSGSAQAKLDEHLFSKDPGLTFDVISDIQGDYNDFKHVLNDMKQVNPASKALIVNGDITDRGWDFEYQAVQQVLDHNPHPEHVWYSIGNHEFYKPKWAAPNKLAQNTWPNNTPESEMLQNFYNFTGEEKVYHKKELDGYPFLFLGTEKYMHYHDASLWDEVYLSDEQLDWLKQNLEEYSKNDPNKPIFLFSHHILKDSISGSNQSPYTGDYLDQAKLEAILKDYPQVILFTSHSHWDLNLPDWAGKKVVEGGDQRGFTVVNTAGIQAGWASAGPNGGEVSTGNDFKQGLQVEVNGNDVKIKAYDYKTDKVIKELGVHHGTVAQLPPHVKADDEKNELIGATQYMEYSVNGNGNGRWVDYDPKNPPKFEGNQNVFVRHKGEMNLEDGLSKKVTFKK				NA	NA	NA	NA	NA
JZ016_05367	1464	expZ	COG0488	Nucleotide-binding protein ExpZ	ATGGAATTATTGATAAAAGCAAAAGATATTTTGGTGGAATATTCGGGGCGCGATGTTCTGGACATTGACGAACTGGAGCTTTACGACTATGACCGAATCGGTCTGGTTGGCGCGAACGGAGCAGGAAAAAGCACACTGCTAAAAGTGCTGCTGGGGGAAATTCCTTTGTCCCACGGTAAACTTATTCGGGAAGGCAACTTCAGTTATATTCCCCAGTTGGATGATGTCATGGTGCAAGAGATCAAGGACTACGCTTTAATCGGCAAGCTGGGAATTGAAAGCTTCGAAGCGGAGAATATGAGCGGCGGTGAAGAAACACGGCTAAAAATAGCACAGGCCCTGTCCGGTGAGGTGCACGGAATCTTTGCCGATGAACCGACGTGTCATCTGGATCGAGTTGGCATAGACTTTTTGATCCACCAGCTTAAATATTATTCGGGCGCATTACTCATCATCAGCCACGACCGTTATTTCCTTGACCAGGTCGTTGATAAGATCTGGGAGTTGAATGAGGGGAAAATCACGGAGTACTGGGGCGGATATTCCGATTACTTGCGCCAGAAGGAAGAGGAACGGCATAGCCAGGCTGCAAAATATAAGCAGTTTACTGCTGAACGGGAGCGGCTAGAGAAAGCCATTACTGAAAAGCACAATCAAGCTCGGAAGGTGGATCAAAAGGCCAAGGGCGCATCGCGAAAAAACAGCTCCGATAGCGGCGGCCGCCTGGCTCATCAAAAATCAACGGGCAGCAAACAAAAAAAGCTCCATAATGCCGCTAAACATATGGAGCACCGAATCGAAGCGCTCGGTGATGTGAAACCTCCTGAAGCCATGCGATCCATCCGTTTTCGGCAAAGCAAAGCTTTAGAGCTTCATCATCCGTTTCCGATCACCGGGAAAGAGATTTGCAAACAGTTTGAGGGCAAGGCGATATTCGAGAAGGCTTCCTTCCAGTTTCCATTAGGTGCCAAGATCGTGATCACCGGCGCGAACGGATCAGGTAAAACGACGCTCTTCAAGATGATTCTCCACCGTGAGCATGGTATTTCCGTATCCCCTAAAGCGGAAATCGGCTATTTTGCCCAAACGGGTTACAAGTTTGACCGTGATCAGGGTGTTATGGAGTTCATGTTAGAAAACTGTGATTATGAGGTATCGGAAATTCGCGCTGTCTTGGCATCCATGGGATTTTCTCAGCAAGATGTTCGCAAGGATTTATCCGTTTTAAGCGGCGGAGAACTCATGAAATTGCAGCTTGCCAAACTGTTGTTAGGGAGATATAACATCCTGTTGATGGATGAACCCAGCAATTTTCTGGATCTCCCTGCAGTGGAAGCGCTGGAACAATTGATGAAGAACTATGCTGGAACGATCATTTTCATATCGCACGATATCCGTTTGATAGAGAATGTAGCCGATACCGTATATGAAATCGAGGATAAAAAAATCATTCAGAGGGCTTAA	MELLIKAKDILVEYSGRDVLDIDELELYDYDRIGLVGANGAGKSTLLKVLLGEIPLSHGKLIREGNFSYIPQLDDVMVQEIKDYALIGKLGIESFEAENMSGGEETRLKIAQALSGEVHGIFADEPTCHLDRVGIDFLIHQLKYYSGALLIISHDRYFLDQVVDKIWELNEGKITEYWGGYSDYLRQKEEERHSQAAKYKQFTAERERLEKAITEKHNQARKVDQKAKGASRKNSSDSGGRLAHQKSTGSKQKKLHNAAKHMEHRIEALGDVKPPEAMRSIRFRQSKALELHHPFPITGKEICKQFEGKAIFEKASFQFPLGAKIVITGANGSGKTTLFKMILHREHGISVSPKAEIGYFAQTGYKFDRDQGVMEFMLENCDYEVSEIRAVLASMGFSQQDVRKDLSVLSGGELMKLQLAKLLLGRYNILLMDEPSNFLDLPAVEALEQLMKNYAGTIIFISHDIRLIENVADTVYEIEDKKIIQRA	PGPT0027940_328	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027940-msrA|vmlR-K18231	NA	NA
JZ016_05368	546			hypothetical protein	TTGCTATGGATTGGTGCGCTATATATGTTTGTCTTCATGCCAATCAATGCATTGTTTCCCTTAATGAGCATGAGTTATTTTGGCGGGACGGCAACCCACGCTTCGATCGTAGAAATCGTCTTTGCCGCTGGAATGTTGATTGGCAGCTTGTTGCTTAGTGTGTGGGGCGGCTTCAAGAACCGAGCGATGAGCATCATTTTTTCCATATCGTTGATGGGAATTGCTTTGTTCATATCCGGCCTGCTGCCGATCCACGGCTTCCTGATCTTCGTTCTGTGCAGTGCGTTGATGGGCTTTTCAAGTCCATTTTACAATGGTGTACAGATGGCTCTGATCCAAGAGAAAATTCAACCTGAGTATTTAGGGCGTGTATTCGGCTTATTGGGCAGCATGATGTCCTTCGCCATGCCGATCGGATTAATCGTGTCGGGTATTTTTGCAGATCGAATTGGAATTCATACGTGGTTTATGTTATCTGGGGTGTGCATCATAGGAATTGCAGTTCTATGCGTGCTGCTTCCGTCTATCCGAAATTTAGACAAGTAA	MLWIGALYMFVFMPINALFPLMSMSYFGGTATHASIVEIVFAAGMLIGSLLLSVWGGFKNRAMSIIFSISLMGIALFISGLLPIHGFLIFVLCSALMGFSSPFYNGVQMALIQEKIQPEYLGRVFGLLGSMMSFAMPIGLIVSGIFADRIGIHTWFMLSGVCIIGIAVLCVLLPSIRNLDK	PGPT0027965_1212	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
JZ016_05369	654			hypothetical protein	ATGATACAACAAAATTGGAAGCGAAATTTCTTTACGATATGGACAGGTCAGGCGGTTTCACTAATTACGAGTGCCGTCCTTCAAATGGCCATCATTTGGCACCTAACCGAGACTACAGGATCAGCTATGGTGCTCTCCATGGCGACCATGGTTGGTTTTTTACCTCAGGCCGTGTTGGGAACCATGATCGGTGTTTTGGTTGACCGTTGGAATCGAAAAATGGTTATGATCGGTGCAGACCTCATGGTTGCAGCCGCTGGTGCTGCCTTGGCCATGGTCGCACTCTTCATCGAGCTGCCGGTATGGGTCGTGATGATCGTATTGTTTGTCCGTAGTATCGGAACGGCTTTTCACACGCCTGCTTTGAGTGCCGTAACGCCTTTACTGGTACCGGAAGATCAATTAACGAAATGCGCTGGTTACAGCCAATCGGTACAATCTGTAAGTTATATTCTGAGCCCAGCTATTGGAGCTTTCCTATATGCAACATGGGAATTAAACGCCATTATTGCCATGGACGTATTGGGTGCATTGATTGCCAGCATCACTGTGGCGATGATTGCTATTCCGAAGCAAGTTAGGCTGGTCGAAGATGTGAAAGGGAAGGTTTTTCGAGGAAGCAAAAGAAGGATTTCGTATTTTCCGGGAATCTAA	MIQQNWKRNFFTIWTGQAVSLITSAVLQMAIIWHLTETTGSAMVLSMATMVGFLPQAVLGTMIGVLVDRWNRKMVMIGADLMVAAAGAALAMVALFIELPVWVVMIVLFVRSIGTAFHTPALSAVTPLLVPEDQLTKCAGYSQSVQSVSYILSPAIGAFLYATWELNAIIAMDVLGALIASITVAMIAIPKQVRLVEDVKGKVFRGSKRRISYFPGI	PGPT0027965_1212	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217	NA	NA
JZ016_05370	930			hypothetical protein	ATGCTTCAGATGAGAAACTGGATCGATTCCGTTGGAAGGATGAAAAAGCGTAAGTTTTTTCTGAAGTTAATTGTCACGACGGTGCTGATTACTGTGCTGCCGAGTTTGGTCTCCAATATTTTCGCATATTACAGGGTATCTGGCATTGTAGAAGAAGAGACCGGGAACAACAAGCTGCAATATTTAAACCAGACGATCAACACGCTTGAGATTTTACTTAACCGGATTAAGGAAAATTCGAATTTGCTTGCCCTCAACCGCTCTTTCATCAGCTTCGAGAATTTTCCGAACGGGGCTTATTATGAAGGGCTTCAAGGAGCGATACCGGAGGATGACCTGCCGGCGCTGTATGCTTATCTGGAAGCCAAGAAGAATACCTTCCTCACGATGAACTCATTCAAACTCTCCGATCAATTCGTGGATTCCGTATACTTTTATGACAGCAGCAAGAACCTAGTGATCACTTCCGATAATGACCGCTCCAACCGTCAGTTTCGGAGGGAGGACTTTTATGATAAAGACTGGTATGACGCCGTGCAGACCATGCAGGTGAATCCTGTCTTCCTGGACACTCGGACCGCGAAGCAATATCCCAAGGGGGAGAAGGATCTCCTTTCCGTGATCTATAAATCCAAAAAAGCCAATAATGCCATTATCGTCAACCTCGATGCGGCCATGATTTATGAGGATATTATCAGCAAATTAAACGCGAGCGACGACATGTACGTTGTGTCCGCATCCGGAAATGTCGTATTCCGCAGCCAATCTTCAATAGGGGATGGAGTTCAGCAAATCGGGTTATCCGAGGCTTTGCATAATGCCAAGTCAGGGTCGTATACCATTGAGCTTGATGGAGGGAAGAAGCTGGTCAGCTACTCATCCTCCGCGCTGCTGGGTTGGACCTTCGTCAACATATACCGCTGGTCCTGA	MLQMRNWIDSVGRMKKRKFFLKLIVTTVLITVLPSLVSNIFAYYRVSGIVEEETGNNKLQYLNQTINTLEILLNRIKENSNLLALNRSFISFENFPNGAYYEGLQGAIPEDDLPALYAYLEAKKNTFLTMNSFKLSDQFVDSVYFYDSSKNLVITSDNDRSNRQFRREDFYDKDWYDAVQTMQVNPVFLDTRTAKQYPKGEKDLLSVIYKSKKANNAIIVNLDAAMIYEDIISKLNASDDMYVVSASGNVVFRSQSSIGDGVQQIGLSEALHNAKSGSYTIELDGGKKLVSYSSSALLGWTFVNIYRWS				NA	NA	NA	NA	NA
JZ016_05371	147			hypothetical protein	ATGGAGGAGATACAGCTTGAGGAAATTACGCTGACAAGTACCACGATATCCGGAGGAGCGTATTGCTACTCGTTCTCGATGCAGCAGGGTGCAAGCTGTAGCTGGGGAAAGTCTGTGAGGGAGACATATAAAGCGGTTGAAGAATAA	MEEIQLEEITLTSTTISGGAYCYSFSMQQGASCSWGKSVRETYKAVEE				NA	NA	NA	NA	NA
JZ016_05372	1005	msrA_1		Peptide methionine sulfoxide reductase MsrA	TTGTATCATGCAATTGGAAAGACGCAATTGGCGACATTTGCTGGCGGTTGTTTCTGGTGCATGGTGAAGCCGTTTGACGAGCTTCCTGGTATTCTATCCCTGGTTTCGGGTTACACGGGCGGCCATACGGAGAATCCAACCTATGAAGAAGTGGGAACGGAAACGACAGGTCATTACGAAGCTGTGCAAATCCGGTTTGAACCCGATGTGTTCCCGTATACAAGGCTCCTGGACATTTACTGGCGCTTGATTGATCCAACGGATGCGGAAGGCCAGTTCATGGACCGTGGGGCGTCGTACCGGTCAGCGATTTTCGTGCATGACGGGGCGCAGCGCGAGCAGGCGGAAGCCTCCAAGCGCAGCCTGCAGCTTAGCGGCCGGTTCAAGGGGAGGATTGTGACACCGATTCTGCCTGCGGGGCCCTTTTATCCTGCGGAGGATCTTCACCAGAATTACTATAATACCCACCGTTATGACTATAACCGGTATTATGAGGGCTCCGGCAGAGCTTCTTTTGTCGAGCGGCATTGGGATCGGAAACAGGACAAGGAAGAGCTGCAGAGGCGTCTTACCGCGCTCCAGTATGCAGTGACGCAAGAAGGCTTGGATGAGCCCGCTTATGATAATCCGTATTGGAATAACACAAGCCGGGGGATTTACGTGGATGTGGTGAACGGAGACCCTTTATTCAGCTCAACCGACCAATATGATGCCCGAACGGGATTGCCGGCTTTTATGAAACCCCTGCATGAGGGATATATCAGAAAAAAAGGAGATCTTCGCGGCGGCAAGGTACGCACCGCGCTCTATGGCAGATTGTCCGGCTCTTACCTCGGTCACCTATACCATGACGGACCTCCGCCTGGCGGCTTGCATTACCAGATAAACTCGGCGGCGCTGCGCTTTGTGCCGGAGGGGGAGATGGTTCGGGAAGGGTACGGTGAAAAGCCCGATCTCCAGATAGAGAGCTGCCGAGAAATTAATGCTTCGAGGATAAGAATGTAA	MYHAIGKTQLATFAGGCFWCMVKPFDELPGILSLVSGYTGGHTENPTYEEVGTETTGHYEAVQIRFEPDVFPYTRLLDIYWRLIDPTDAEGQFMDRGASYRSAIFVHDGAQREQAEASKRSLQLSGRFKGRIVTPILPAGPFYPAEDLHQNYYNTHRYDYNRYYEGSGRASFVERHWDRKQDKEELQRRLTALQYAVTQEGLDEPAYDNPYWNNTSRGIYVDVVNGDPLFSSTDQYDARTGLPAFMKPLHEGYIRKKGDLRGGKVRTALYGRLSGSYLGHLYHDGPPPGGLHYQINSAALRFVPEGEMVREGYGEKPDLQIESCREINASRIRM				NA	NA	NA	NA	NA
JZ016_05373	939			hypothetical protein	ATGACTAAATTAAAGGTAGAGGATGGGGCACTTGCCTATACGGGCAATTGGACCGTCCAGCATAAGGCCAACGCCAGTCTGCACAGCAGGCATGATTCGGATGGAACGCCTGCTGCCAACGCGTCGGCCTCCTGGAGCGGATACATCAGAGGGATAGACATATATGCCACGAAGGGGAACAGCTTCGGCCTAGCCGATGTATATGTCGACGACGTGTTCCACGGGAAAATCGACTTCTACAGCGCCACTGCACAGCACGGCGTGCTCGTCTATTCCATAACCGGTCTAACGGAGGGCTACCACACCATATCCATTCGGAAAAAGGGGATCAAAAACGCCGCATCCACAGCCTGTTATGTTGATATCGATTATCTTCTGCCCGATTTCGTTCATCCGAAAACGGAGCGTATAAGAAACATCGTCTGCATCGGAGACTCCATCACCTTCGGCGCCAATGTCGCCTCCCGGCCCGACTCGCTCTATGGACGAAGACTTCAGCAGATGCTCTCCATTCCGGTAAGCATTCACGGTCTGTCCGGGGCACCGATCCATACTATCACCCAAATCCTAGATGCGGTCGTCGCTCCGAGTAGGCCGGATCTGATCCTATGGCTTGCGGGGATGAATAATACAAATCCCCGCGCCGATTTGGAACGAGGATTTGATAAAATACGTGAACTGTTGCCGGATGCCAATATCATAGGTTCGACTATCCAATACAACACTTACTATACGAATGAACAAAATATGGTAAAGGTAAACGAGGTAAAAACAGCTTGCCTGAACAAAGGGATTTCATGCGCTGACCTATATGCGGCTACAACCGGCAATACGTACATCAATACACCTGAAGGAACGGTGCATCCGAATGGAGATGGACAAGGCCTGATCGCCAATCTGTTTTACAATGAAATCGTAAAGCTTCTTAGGAACGGCTAA	MTKLKVEDGALAYTGNWTVQHKANASLHSRHDSDGTPAANASASWSGYIRGIDIYATKGNSFGLADVYVDDVFHGKIDFYSATAQHGVLVYSITGLTEGYHTISIRKKGIKNAASTACYVDIDYLLPDFVHPKTERIRNIVCIGDSITFGANVASRPDSLYGRRLQQMLSIPVSIHGLSGAPIHTITQILDAVVAPSRPDLILWLAGMNNTNPRADLERGFDKIRELLPDANIIGSTIQYNTYYTNEQNMVKVNEVKTACLNKGISCADLYAATTGNTYINTPEGTVHPNGDGQGLIANLFYNEIVKLLRNG				NA	NA	NA	NA	NA
JZ016_05374	351			hypothetical protein	ATGGGTTGTACGGGAGGGGTGCAGAAGCTTCGAATAAGCGATAACGGACGAATTGTTGATCCGTGCGGACGGATTGCCGTTTTTGGCTGGGTGTTACGACCTGGAATTTATTCCATAAATTTAGCGTTGATAATTTTAAAGGCTGAAATGATATGGCGGCCAAGGGACATAGATGCCGTTTTACTTTGTTTTCACCCAAATACGCGGCTTCTCCTTGACATAGACGGACGGCAGAATGCCGGTGATTTTTTTGAACACTTTATTGAAATAGGAGGGCTCACAAAAGCCGAGATAGTCCGAAATCTCGCTGACGTTCATCTGGGAGCCTGTCAGCAGGTCGCAGGCGGCTGA	MGCTGGVQKLRISDNGRIVDPCGRIAVFGWVLRPGIYSINLALIILKAEMIWRPRDIDAVLLCFHPNTRLLLDIDGRQNAGDFFEHFIEIGGLTKAEIVRNLADVHLGACQQVAGG				NA	NA	NA	NA	NA
JZ016_05375	795	rhaR_49		HTH-type transcriptional activator RhaR	ATGATTGAACCCGTTGCCATTTATTTCGAGCACTGCGAGCCGGGGTGGCATGTTCCGCCCGCTCCGGCAGACCATTATATTTTGCTGCTCCTGACTTCCGGTGAAATCGTTTACAACGTAAGTGGAGCCAAGTTATCGTTGGAAAAAGGCGATATGCTGTTTATTCCCGAAGGCGCACACCGGTCGGCCGTCAACGAAAGCGGACACCCACATGACATGTATGCCGCCCATTTCCGTTATAAAGGAAACGGCGAAGGCCTGCCCCTGCTGTCGGAACCGCAGAGCATCAAGGCCAAGTTGGTCAATGCGGACTATATGAGGCACCGCTTTTCCCTGCTTACCCAGCATTGGCTCCGCAAGTCACCCTATACACGGACCCTCTGCCACGGCATGATGCTGGAGATGCTGGCTATCCTTAACGAGGACGTCGGCAACCGCTCCATCCCGGCCAAGTCCTACGGCATTGTCATGCAGTTGCAGCAGTACATTCTGGAGCACTACCGGGAGACCATATCCGTTCAGGATCTTGCCGCCCATGTCGAATTGACACCCAATTACATAAGCGGCCTGTTCCGGCAAGCAACGGGGGTTACATTAACCGAATACATCCAGCAGATCCGCATCTCAGCCGCCTGCGACCTGCTGACAGGCTCCCAGATGAACGTCAGCGAGATTTCGGACTATCTCGGCTTTTGTGAGCCCTCCTATTTCAATAAAGTGTTCAAAAAAATCACCGGCATTCTGCCGTCCGTCTATGTCAAGGAGAAGCCGCGTATTTGGGTGAAAACAAAGTAA	MIEPVAIYFEHCEPGWHVPPAPADHYILLLLTSGEIVYNVSGAKLSLEKGDMLFIPEGAHRSAVNESGHPHDMYAAHFRYKGNGEGLPLLSEPQSIKAKLVNADYMRHRFSLLTQHWLRKSPYTRTLCHGMMLEMLAILNEDVGNRSIPAKSYGIVMQLQQYILEHYRETISVQDLAAHVELTPNYISGLFRQATGVTLTEYIQQIRISAACDLLTGSQMNVSEISDYLGFCEPSYFNKVFKKITGILPSVYVKEKPRIWVKTK	PGPT0003170_384	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003170-btr|ybbB-K21701	NA	NA
JZ016_05376	1455	araA_1		L-arabinose isomerase	ATGAGTGGATTCATCCATCGTGCCAAGGCCCGAGTGGGTGTAATAACGGTGGGGCATGAGCCTTACTGGGGGCAATTCTCCGGACTTAAGGAAGAGCTGCAAGGGAACGGAAAAAAATTTGAGAATATGCTTCGGAATCTGGATGTTGAGGTGGTATCGGCAGGTTTTGTGGATAATGTGGATCAATCCTTTGCAGCGGCGGCTCGCTTAAAAGCTGCTGACGTGGACTTTTTGTTTTGCAATTTAAGCACTTATGTGACCTCATCGTCGGCCGTAACTGCGATTCTTAACCTTTCGGTGCCTACCGTATTGGTAGCTTTGCAGCCGTTAAAAAAGCTGGACTATCGCCATACAACGACTTATATGCAGCTGGCCAACGACAATATATGCTCCCTTCCCGAAATCAGCGGCGTTCTTGTGCGGGCCGGTAAGCCGGCTGCCGGCATGATTGTCGGCACGCTCGACAATGATGAAAGAGCAGCGCGGGAACTTGCGGCGTGGTGCCAGGTTGCGAATGCCCGCAGAGCCTTCAAATATGCCCGGATCGGGTATCTGGGCCACACGTACGAGGGCATGTATGACATGAACTCTGACCCTACCGCTTTTACGGCCGCTTTCGGTTCGCATATTCAAATGCTGGAGATGTGCGATCTCGCCAAATTGGTCAATGGGGTAACTTCGACCGAAATGGCCGACAAGCTGGATGAAATCCACAGCGTGTTTACCATGGCCGATCCGTTTATCGATCCGATTACGAGGCCGATCCGTCAAGAGGATCTCGATTGGTCCGCCAAGGTAGCGGTCGGGCTCGATAAGCTGGTAGCCGAATACGGGCTGACCGGATTGGCCTATTATTATCGCGGATTGGACAACAACGAATATGAGCGGATCGGCTCGAATATGGTGCTCGGCAATTCGCTGCTTACCGCCAAGGGCATTCCTCTGGCAGGGGAGGCGGATTTGAAAACGTGCGCGGCCATGCTGATCATGGACCGACTCGGCGGCGGCGGGTCCTTTGCCGAGCTGCATCCGTGCGACTTCGAGGACGATATCGTGCTGGTCGGACACGATGGACCGCACAATATTCGGATCAGCGACGGAAAGCCGGTTATCCGCGGATTGGATGTGTTCCACGGCAAGAGCGGATCGGGCATCGGGGTGGAGTTCAGCATAAAGACCGGCCCCGTGACACTGCTGGGCATTTCACAGACGGAGGACGGGCGATTCAAAATGATTGCGGCCCAGGGCGAATCCGTACAGGGGGAGATTCCCCAAACCGGCAATACCAACACGCGCTGCAGCTTCGGATGCCGTGTTGCCGAGTTCGTGGAGAATTGGTGTGCGGCAGGACCGACCCACCATTTTGCCCTCGGGGTCGGCCACCTGAATGCCAAGATTAGGAATGTGGCCAATGTGCTGGGCATTGAGCTTGAAGTGGTACAGGGGGGCATATAA	MSGFIHRAKARVGVITVGHEPYWGQFSGLKEELQGNGKKFENMLRNLDVEVVSAGFVDNVDQSFAAAARLKAADVDFLFCNLSTYVTSSSAVTAILNLSVPTVLVALQPLKKLDYRHTTTYMQLANDNICSLPEISGVLVRAGKPAAGMIVGTLDNDERAARELAAWCQVANARRAFKYARIGYLGHTYEGMYDMNSDPTAFTAAFGSHIQMLEMCDLAKLVNGVTSTEMADKLDEIHSVFTMADPFIDPITRPIRQEDLDWSAKVAVGLDKLVAEYGLTGLAYYYRGLDNNEYERIGSNMVLGNSLLTAKGIPLAGEADLKTCAAMLIMDRLGGGGSFAELHPCDFEDDIVLVGHDGPHNIRISDGKPVIRGLDVFHGKSGSGIGVEFSIKTGPVTLLGISQTEDGRFKMIAAQGESVQGEIPQTGNTNTRCSFGCRVAEFVENWCAAGPTHHFALGVGHLNAKIRNVANVLGIELEVVQGGI	PGPT0017450_902	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017450-araA-K01804	NA	NA
JZ016_05377	2475			hypothetical protein	ATGAGTCAATCCAGAGAACGTCAACGAAGGCTGAACCGGGTCACACTCGAAATGAGTCTCAAGCCGTTTACGAACTTGGAACAGACGGCGATTGACGTGATATGCGCCGAGGCCATCCGTCAATGGCTCCCGCTGATCGGCATGGCCGACAAGGCTTCGATGCTGTTGTGGGTAGCCGATGGCAGCGAAATTTTAACCTGGGACGGGAACGAGGAGACGGAATTCGAATGGGCCAAGTATATCGGTTTCGCCAATGAGCATTGTTTTAGCCACATTCAGGGAGAGGACGACCCAAGAATCGCTCGCCCCTACAGGGATAACCCTGTCCGTATGACTTACGGCGATCTCGGAAGGATTGTGAGCAGCTTCAAACGAGTGGCTGCCGAGCAATTTGGGGTGAGCATGGAGGTGGGGGCTACGTTTGATGCTGGTCCAGAATTTGCTTATTCCGGCTTTAAATATCGGGATCATCCGGAGATTAATCGGGCAGAGCTTGGAGGACAGTATATATCGCTCAAAGCCGATTATACGGTCGTTTGTACTTGGTCCAAACTTCACGCAGACGGTGCCGGGTATGCGGCTTATCTGAACGGGATTCCCGAAGGTACTCCTTTCGGCGAATTTCTCGGGCGTCAATGCGCGAGCTTTCTGCCTGCCATGGGTTTTGATTATATTTGGTTTTCCAACGGTTTTGCGGTTTCCTATTTTCCCTGGACGTATTTGGGTGCCAATTATAACGGCTCGCAAATGCCTTTGACCGATTACAACGAGCTGTCCACTAAGGTGATGTCCTTCTGGGACGATTTCAAACGCGAGTGCCCGAATTATCGTACCGAAATCCGGGGCACGAACTTCGGGACGGGGATGGATCTGGCAAAAGATTACATCCCGATGCTTTCCTTGTATGAAAAAGGATACATTGAGCTCCCTCCGCCCAATTCTCCGTGGGGAGCCCTCAATTATGACTTTGGACTGGAAATGACGGGGTACCTGTCCAGAATCGCCGAAATCCCCGGCGTTACCTATCCTTTCCGTTTCTATCCGAATGATCCATGGTTCTGGCAAAATCCGTGGCGGGATTTATATGACCGCGAACCACACGACATCTACTGTCCGCTGGCCGCAGCCAGGGTGAACCATGCGGGGGAGCTTGAGGGACCCGGGATTGTGGAGATTCTGACGATTGATACCGAGAAGGGTGAGCTGAACGAAGAGGATGCGCAGGAAATCATCCCGCATCTGCGAAGAGCAATAACGCAGGCGCCGGACCAGCCGGGCCTCTTGACCTGGGTTTATCCATTCCGTGAGCTGCATGATAGGATAGCGGCATCGAGCAGTCATTCCGGGAGCATCTTCTTTCATGACTGGTTTATCCGCAACGCCATCAATCAGGGATTGCCGCTGAATACAGTGATCGGAACAGACAGCTTGTTTAGGATGAACCAAGACGCGGCTGGGAAGCTGAAGGATACGATCCTTCTCGTGTCGGCTTCTTGGCTGACCGGCGCGAATGCTGATTACTTTACGAATTATGTCCGCTCGGGCGGCCGGCTACTGCTTTACGGTGCTGTTAACGACTCCACGTTGCTGGACCTCCTAAATTTAAAGTTAGGCGAGGCCCTGGAAGGCGATTTTGAAGTGGGCGGCTTTGATTTTCTGGAAGATGGACTGTCCGTTTCCCAACCGTTGTTCCGGTCACGGAGGCTTCGCCATCAGGCTCGTATTGGCGATGGGGGATTCCGGGAACAACTCAACAATGCGAACGATGCATTCACGACCTCGGCGGTGAATCTTCATCAAGATGGCGAGGTGCGGGTGTATGCGATAAGCAGACAGCATCCGACCTGGGGTGGCGGCCGTGTCGGCTGGGTGAGAGGTTCCCTGCCGTTTGAAGATTCGGGTATTACCCATCTGCCCGTAAGACAGGATGCTCCGCTGCTTGACGGTTCCGTTGTCCTGCGATACATGCTTCAGCACTTCGGATACACGATTGTGCAGGATAAGTACGAGGAATCATCCACGCCTGCGCTCATGTTCGTAAAGCGGCATGATAATGCCTTTATATACACCGGTTGCAAGAAGGATTCCTCGGTGACCTTCCGCCTCCGGATGCCTGAGGGCATTCCGGTCATCATCGGCCAAGCGACCATGGGAGGCGTTGCGGAAGCTGCTTATGCACTGGACCGGACCTTCCATGACGAATGTCGGGTATTTGTCGACCAGAAGGAGCCTGGACAAATATGGTGCCGCGAGAACAGCCCAGTGTCCACCAGAAAGGTGAATCCGGTCCGGACGATTACCGTCGGCGGCCTCAAGGAGGCCGCTGTGACCGTATACCCGCCTTTATGGGCGATTGAAGGAGAACGTTTGGATATAAGGTGCAGCTATGCCGCGCATGAGGAAGTCCCCTGGACCCGGCAGGGGAACAAGGTTTTGCTGGAAGAGATCAGCGGTACGATCAACATTTCCTGGTAG	MSQSRERQRRLNRVTLEMSLKPFTNLEQTAIDVICAEAIRQWLPLIGMADKASMLLWVADGSEILTWDGNEETEFEWAKYIGFANEHCFSHIQGEDDPRIARPYRDNPVRMTYGDLGRIVSSFKRVAAEQFGVSMEVGATFDAGPEFAYSGFKYRDHPEINRAELGGQYISLKADYTVVCTWSKLHADGAGYAAYLNGIPEGTPFGEFLGRQCASFLPAMGFDYIWFSNGFAVSYFPWTYLGANYNGSQMPLTDYNELSTKVMSFWDDFKRECPNYRTEIRGTNFGTGMDLAKDYIPMLSLYEKGYIELPPPNSPWGALNYDFGLEMTGYLSRIAEIPGVTYPFRFYPNDPWFWQNPWRDLYDREPHDIYCPLAAARVNHAGELEGPGIVEILTIDTEKGELNEEDAQEIIPHLRRAITQAPDQPGLLTWVYPFRELHDRIAASSSHSGSIFFHDWFIRNAINQGLPLNTVIGTDSLFRMNQDAAGKLKDTILLVSASWLTGANADYFTNYVRSGGRLLLYGAVNDSTLLDLLNLKLGEALEGDFEVGGFDFLEDGLSVSQPLFRSRRLRHQARIGDGGFREQLNNANDAFTTSAVNLHQDGEVRVYAISRQHPTWGGGRVGWVRGSLPFEDSGITHLPVRQDAPLLDGSVVLRYMLQHFGYTIVQDKYEESSTPALMFVKRHDNAFIYTGCKKDSSVTFRLRMPEGIPVIIGQATMGGVAEAAYALDRTFHDECRVFVDQKEPGQIWCRENSPVSTRKVNPVRTITVGGLKEAAVTVYPPLWAIEGERLDIRCSYAAHEEVPWTRQGNKVLLEEISGTINISW				NA	NA	NA	NA	NA
JZ016_05378	693	rhaR_50		HTH-type transcriptional activator RhaR	TTGTTTATAGAAATGGAACAGCTTCGATCGAGGCTTAACAAATTCGATTTGCTCGAGAATTATTTGGATAACGGAGAGAAGGGAGAATTTGTAGCATTCTTTCGTGAGCTGTTCACTGTAGAGGTTCCTCTCTTCTCTGAAGAGGAAGGCAGGTGGTGCGAGCTTGAGTTGTTTTCCCGTCTGTCCGCGTTCTTCCTGTCATACATAAATAGGCGAAGATTGTTGGAAGAGCTTGATTCCTCTACGATTCAGGCCGAGAAAATGCTAAGTCCCGATGAACATGCCGGATGGAATGAAATGATCGATTATTTTTGCGAGCTGGGGGCCGTACTGGCCGATTACAATGGGCAGCAGCAGATTGAGAGAACCCATGAGATGATTGCTAAGGTTCATGATTACATTCATCAGTTTTTGCATGAAGAGCTGTCCCTTACCAAGCTGGCTGAGCTTGTTTATTTGAGTCCGCCTTACTTCTCCAGGCTATATAAGCAGATGACCGGACAGGGGCTGCTGAGTTATATCAACAAAACCCGGATTAACAAGGCTAAGCTGCTTCTGAAGACGACAGACCGGAAGATTCATGAGATCGCCTCAGAAATAGGTCTGGAATCTGCCCCTTATTTTACAAGACTATTTAGGAAAAGAACCGGTTTCACCCCGCAGGAGTATCGTGACAGCAGTAAATCGTGGTGA	MFIEMEQLRSRLNKFDLLENYLDNGEKGEFVAFFRELFTVEVPLFSEEEGRWCELELFSRLSAFFLSYINRRRLLEELDSSTIQAEKMLSPDEHAGWNEMIDYFCELGAVLADYNGQQQIERTHEMIAKVHDYIHQFLHEELSLTKLAELVYLSPPYFSRLYKQMTGQGLLSYINKTRINKAKLLLKTTDRKIHEIASEIGLESAPYFTRLFRKRTGFTPQEYRDSSKSW				NA	NA	NA	NA	NA
JZ016_05379	1371	lutA_2		Lactate utilization protein A	ATGGATAAACAAACCAACATAAGCAAGAAACCCCAGATTAACCACGCGAATCCCTTGGCTCGGACCTTGCTGGAGAAACTTGATTACGATCAATTAACCAACTGCATGCGCTGCGGGTTTTGCCTCCCGGCCTGCCCCACGTTCAGGGAAACCGGGGTCGAGCCGGAATCTCCCCGGGGGCGTATCGCATTGATGAAAGCCGTTGCTGACGGACTAATGGAACCCGATGACATGTTTCGCGATCAGATGAACCATTGCCTGGGATGCCGAGCCTGCGAGCCGGTATGTCCGGCCGACGTCAAATACGGCCAACTGATCGAACAGGCCAGGGATGCAATCGAGGATCACTCTGTGCATTCGCCACCCGTTAGGGGGATCCGCAAGCTCTTTTTCAAGGGGGTATTCCCTCACCGCAACCGATTGAAATCGTTGGGCAGAACGCTAAACTTTTACCAAACATCCGGTTTGCGACGCGTGGCAAGAGGAACCGGAATTATGCGGCTCTTTCCCAAGCCACTGCGCGATATGGAGCGGATTCTGCCGGATGCCACCGCACAGGGAGTCATCGAGCAGCTCGGAACCGTCCATCCAGCCAAAGGTGCTCCAATTGCGCGCGTGGCTTTGTTCAGGGGCTGCATTATGGACGTGATGTTTGCCGGCACCAATGTCAACACGGTCAAACTGCTCTCGGAAGCCGGGTTTGAGGTTGTGATCCCCCCGGAACAAACTTGCTGCGGGGCTTTGCATGCCCACAGCGGGGAACTTGAGCTCGCAAGAAATCTGGCAAGGATCAACGTCAAGGTGTTCAAGGAATTGAACGTGGACTATATCGTATCCAATGCTGGCGGCTGCGGGGCCCTGCTCGTGGAGTATGACCATCTGCTCCACGGGGATGAGGATTGGAATGAACAAGCCGCCTGGTTCGCGAGCAGGGTCGTGGATATCAGCAGGCTGCTCGTGGAGCATGGGCGGATCCCTGCATTTGCCGAATCTGCAGCGACAACAGCCGAACCGGTGATCGTCACGTATCAGGATTCGTGCCATTTGCGCAATGTCATGCGCAGCGGATCGGCGCCTAGGCAGCTCATAAACCAAGTAGCTAATGTCACCTTTCAGGAAATGAAGGAAGCGGACCGCTGCTGCGGCTCCGCAGGCATTTACAATGTGACGCAGCCCGAGATGGCGGGCCAGATCCTGGAGCACAAGATGGATAACGTCAATGTGACCGGTGCCAGGTATATTCTAACCAGCAATCCCGGTTGTCTTCTGCAGATGAAGCTTGGGGTGGAACAGCATGGCCGCGGCGAACCGATAGAAGTAAAGCATGTGGTTGATTTTCTGTATGAACGATTGTCCAAACAAGATGCTTGA	MDKQTNISKKPQINHANPLARTLLEKLDYDQLTNCMRCGFCLPACPTFRETGVEPESPRGRIALMKAVADGLMEPDDMFRDQMNHCLGCRACEPVCPADVKYGQLIEQARDAIEDHSVHSPPVRGIRKLFFKGVFPHRNRLKSLGRTLNFYQTSGLRRVARGTGIMRLFPKPLRDMERILPDATAQGVIEQLGTVHPAKGAPIARVALFRGCIMDVMFAGTNVNTVKLLSEAGFEVVIPPEQTCCGALHAHSGELELARNLARINVKVFKELNVDYIVSNAGGCGALLVEYDHLLHGDEDWNEQAAWFASRVVDISRLLVEHGRIPAFAESAATTAEPVIVTYQDSCHLRNVMRSGSAPRQLINQVANVTFQEMKEADRCCGSAGIYNVTQPEMAGQILEHKMDNVNVTGARYILTSNPGCLLQMKLGVEQHGRGEPIEVKHVVDFLYERLSKQDA				NA	NA	NA	NA	NA
JZ016_05380	1416		COG0277	putative FAD-linked oxidoreductase	ATGTTAGATCCGGCTCTCACCGCACAGCTTCGTGCCATCGTTGGTGATGCCCACTTTCGGGACGATAAAGAAGCATTGATTACCCACTCCTATGACGGGACCCCGATGCTGCAGGCGCTGCCGGACGGGGTAGTCTATCCTGAAAGCACGGAACAAGTTTCCGCCATAATGAAGGCGTTGTCATTCTATAAAATACCTCTCGTTTCCAGAGGCTCCGGCTCCAATCTATGCGGCGGAACCGTTCCGGTCCAAGGTGGGGTGGTTATGGTGATGCATAGGATGAATCGCTTGCTTGAGCTGGATTTAGAAAATCTAACGGCTACGGTTCAGCCCGGCATGATTACCGCGGATTTTATCCATCATATCGAGTCCTTAGGCCTGTTCTATCCTCCCGATCCGAGCAGCATGCGAATCTCGACGATCGGTGGAAATATCGCCGAATGCTCCGGCGGGCTTCGTGGTTTGAAATACGGCACGACGAAGGACTACGTGATCGGTTTGGAAGCCGTCCTCGCCAGCGGCGAAATCATCCGTACCGGCGGAAAACTGATGAAGGATGTGGCGGGATATGATTTGACCAAGCTGCTGGTCGGTTCTGAGGGCACGCTTGCGATCATAACGGAGGCAACCTTGAAGCTGATCCCTCCACCGAAGAGCAAAATGACGATGCTCGCCATGTTCCGCGATCTGTACGGGGCGGCACGCACCGTATCCGCCATTATCGAATCCAAAATCATTCCGGCGACGCTGGAATTCATGGATAACCCGACCATACGTGTCGTTGATGATTTTGCCAAGCTGGGCCTTCCTTTGGATATGGAAGCCATTCTGCTGATTGAGCAGGACGGTGATCCTGAAACCGTGACCAGAGATATTGAACAGATTCGTCAGATATGTACACGCGAGCAGGCGGACACAATTCAGGTGGCTGCCACCCGGGAGGAAGCAGAGCGGCTGCTGACGGCGAGAAGAAGCGCCTTTACTGCGCTGGCACGTCTTCGCCCAACCACCATTCTTGAGGATGCGACCGTTCCCCGGTCCAAGATCGCCGACATGGTACGCCGGATCAATGAAATTTCAATCAAATACAACGTCACGATTGCTACCTTCGGCCATGCCGGCGACGGCAATCTGCATCCTACGGCGACGACCGATGCCAGAGATACCGAGGAAATACACAGGGTAGAGCAGGCCTTCGAGGAAATTTTCGCCGCCGCCCTTGAGCTTGGCGGAACGATTACTGGCGAGCACGGGGTAGGCATGGTGAAGGCTCCGTTCCTTGAATGGAAGATCGGCGCCTCCGGCATGGAGCTCATGAAGGGGATTAAGAAGGTGTTCGATCCCGACAATTTGTTAAATCCGGGCAAGGTTTTTGCCAAAGAAACAAGGAGAAGGGTGGTTATAGACCATGGATAA	MLDPALTAQLRAIVGDAHFRDDKEALITHSYDGTPMLQALPDGVVYPESTEQVSAIMKALSFYKIPLVSRGSGSNLCGGTVPVQGGVVMVMHRMNRLLELDLENLTATVQPGMITADFIHHIESLGLFYPPDPSSMRISTIGGNIAECSGGLRGLKYGTTKDYVIGLEAVLASGEIIRTGGKLMKDVAGYDLTKLLVGSEGTLAIITEATLKLIPPPKSKMTMLAMFRDLYGAARTVSAIIESKIIPATLEFMDNPTIRVVDDFAKLGLPLDMEAILLIEQDGDPETVTRDIEQIRQICTREQADTIQVAATREEAERLLTARRSAFTALARLRPTTILEDATVPRSKIADMVRRINEISIKYNVTIATFGHAGDGNLHPTATTDARDTEEIHRVEQAFEEIFAAALELGGTITGEHGVGMVKAPFLEWKIGASGMELMKGIKKVFDPDNLLNPGKVFAKETRRRVVIDHG	PGPT0001890_14	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001890-dld-K00102	NA	NA
JZ016_05381	738	lutR	COG2186	HTH-type transcriptional regulator LutR	GTGCGAACGATCAAAGTGGAAAACCAGAAGGGGCACGAAATCGTAGGAGAGCATCTCCTTCAGCAAATTCGGGAAGGGCATCTCCTCCCGGGCCAAAAATTGCCTTCCGTCGTTGAATTGGCCGCCGCTTACGGCGTCGGGCGGTCCACGATCCGCGAGGCGGTCAGCGCGCTCAAGGCTATGGGATGGCTCGATGTGCGCCAAGGAGGTGGAACGTATGTGAAGCCGGTCCTTCCCAGCGAGCCCAAAAGCGGCGCCGATGTGCTGTTTCAAGGCGCCGAATCCCTGGTGGAGCTGCTGGAGGTCCGCAAGGTGCTGGAGACCGGCGCCGCCTCCTTGGCTGCAAAACGGCGTACGGACCAGGATCTGGAGCGAATGCGTGCTGCCCTTTTGCAGATGGAGCATGGGCTTAGCGCCAAGGATACCCGTGAAGGCGAACGGGCTGACATTGCTTTTCATATGGCCATAGCGGCTGCGTCGGGCAACACGTTGCTGATTCAGCTGATGGAGTCGTTATCCGACCGTTTAACGGAAACCATCCGGAAGACCAGAGAACTATGGTTTTATAAAGAGCAATCAACCGCTTCCCGGCTGTTGATCGAGCACCAGACCATATTTGACGCGATTGAGCGGCAGGACCAAGAGCAGGCAGCCGCACGGATCGAAGCCCACCTGATCAAGGTAGAACAGGTGCTTCGGGGAGCATTGGAGGCTGGTGGCGACAACATATCAGATTGA	MRTIKVENQKGHEIVGEHLLQQIREGHLLPGQKLPSVVELAAAYGVGRSTIREAVSALKAMGWLDVRQGGGTYVKPVLPSEPKSGADVLFQGAESLVELLEVRKVLETGAASLAAKRRTDQDLERMRAALLQMEHGLSAKDTREGERADIAFHMAIAAASGNTLLIQLMESLSDRLTETIRKTRELWFYKEQSTASRLLIEHQTIFDAIERQDQEQAAARIEAHLIKVEQVLRGALEAGGDNISD				NA	NA	NA	NA	NA
JZ016_05382	2904			hypothetical protein	ATGAATCAACCTTCAGTATCAAATTGGCGAGCGTCCTGGATCTGGGGTGCCGGCTGTGAGAGTCCCCGTAATGAGTGGCGCTGCTTTCGACATTCCTTTGTCCCGGAAGGTACATTGGACCAAGCGCTGCTAAAGCTTACCGCTGATTCGCGTTATGTCTTGTATGTTAACGGGGAGCAGGTTGGACGTGGCCCCGTACGGTCTTGGCCCTTTGAACTCGCCTATGATGAATATGAGATCGGTCATTTGCTGCGGGCAGGTCAGGAAAATGTCATTGCTGTACTTGTCATCCATTACGGAATTTCCACCTTTCAGTATCTTCGAGGAAGGGCGGGATTGCTGGTACAGCTGGATAGACAGCGACTGACATCACCGTCCGAATCGGTTACCATTTCGGATGAGTCTTGGAAAACCGCTGTTCATTCCGGTTACGATTCATCTTCATCACGAATATCTTGTCAGCTGGGCTTTACTGAGATCTTGGACGCAAGAGGATGGGAAGAGGATTGGATCCAGACTGGATATGATGATAGTGGATGGGAGTCGGCAACCGCAATTGGCCCCGCAGGTATGGCTCCCTGGACGAGTCTGGTGGAACGCGATATCCCATACTTAACTGAGGAACCTCTCTATCCCTCCCACGTGGAGAGTCTCCGTGCAGTACGACCGGCGGCTTGGAGCGCTGTACTTGATCTGCGGAGTATTTTATTCCCTGAGAGCTCGGATCATGCGAATGTTATCGAGTTTTGCGGTCTCATCGCTACCCTGATCCGAATGGAACAGGCAGCTCCATTGACCGTTGGCATGGTAGACAGCGGCAGAACGCATGCCCGTCTAAGCGTAAATGGACATTGGTTGTCCGAAGACCGCTATGTCGGTGAAGTTCCGGAACGTTATACCACTTTTGAGCTGGAATCGGGCGAGCATCTTCTGCTTATAGATGTAACAGGCAGCTGTCATGGTCACGGCTTCCATATCGGCTTTGACAGCAGCGCCTCCTTTACTGTGCACGCACCCGCATTGGGGCCTGAGTATGCATCATCCGCCCCCTTTGTCTCCATCGGGCCCTTTGATGTTATTGAGGACATTGATCATCAACCGCGCCGTCTCCTGGAAAGAAATCACCCTGACTATGCAAAGATTTGCAGCGTGGCTTCATTAGCGGATTTGAAAACGTTCGGAAGCTGGATTCACCCGATTAAGAATCAGCTTGTAAATCTCAATGATGTGTTTACCTCTTGCGTCTGGAAGGTCAACGAGCAGGTTTATCCGGTTCCGTCGGCCATGCAGCAGGCAGTGCTGGCTACTCCGCACTCAGCGTCTATCCCTGTATACGCCGGTTTGGACACGGAGATCGTCATCGATTTCGGCCGGGAACTGTCAGGTTATATCGCCATTGAGCTGGATGCCTCCTCAGGCACTATCGTGGATGGTTACGGATTTGAGTACATGAGCGACGGCTGGCGTCAACATACCTACCTTGTGGATAATACATTCCGCTATGTTTGCAAGGAAGGCCGTCAATCTTATGTTTCCGTAGTCCGGCGAGGGCTGCGCTACCTGGCTCTTACTTTGCGTGAAGCGTCCCGTCCTGTAAAGCTGCACGAAATAAAATTGATACAAAGCAACTACCCGGTTGCGAATGTAGGCAGCTTCCGCAGCAGCGACCCGCTGCTGAACGATATTTGGGCTATTAGTCGGGACACGACCCGGCTGTGCATGGAGGACACTTTTGTCGATTGCCCCGCCTTCGAGCAAGTATACTGGGTAGGCGATGCACGTAACGAGGCTTTAGTTAGCTACTACACCTTTGGGGCCAAAGAGATCGTCAGTCGCTGCCTGAAATTGGTGCCCGGTTCCTCCTGCCAGACGCTCCTATATGTGGATCAAGTGCCGAGCGGTTGGAACAGCGTGATTCCGAACTGGACTTTTTTCTGGGTAACGGCTTGTCTCGAATACTACCATTATCACGGGGAAGTACCATTCATCGTGGACATCTGGCCGCATGTCAACCGCACGCTGGAGCAATATCTCAAGCTTCAGAATGACAAGGGACTACTGGAACGCTCGGGCTGGAACCTGCTCGATTGGGCACCGATGGAGCAGCCAAGAGAAGGTGTGGTGACCCCGCAAAATATGTTTATGGTCAAAGCACTGCGCGATGCTGCCGAGATCGGAGATACCGCCGGTGAATCGGCTGTCGCGGATCAGTTGAGGAAAGCTGCCGACAAGCTGCGCGATGCCATTGATCTGCATCTGTGGGATGAGGAACGGGCAGCCTATGTGGACTGTATTCATGCGGACGGGAGATATTCCGCCACGACCAGCATGCAAACACAGATCGTTGCGTATCTATGCGATATTGCGAATGGAGATCGCAAATCTACACTCGAGCGGTATATTACAGATCCTCCGGAACGGTTTGTGCAGGCAGGCAGCCCCTTTATGTTGTTCTTTTACTATGAAGCTTTAACGAAGCTCGGTCGCCCGGATCTACTGGTTGCAGATATGCGTAAAAACTATGGCTATATGATCGAACATGGCGCCACGTCCTGCTGGGAGATGTTCCCATGGAGTGGTTACCATAATAACCCAAGGGTGCTAACCCGTAGCCATTGTCATGCCTGGTCAGCCGCACCTGCTTATTTCCTCGGCCATCAGGTGTTAGGTGTGCAGGGACTTACTCCGGGTTGGGATAAGGTCCGTGTAGCACCTCAGCCCAGTGGATTGGCCTGGGCGCGAGGCACGGTTCCGCTTCCCGACAATGGGCGAATTGATGTCTCGTGGCGATTCGAAGACGAGGGTCTGCTTCACATGCGCCTGGAAGTTCCGGCACATGTAGAGGTGTTGACAGAGGCACCCGCCGGCTATGACATGAAGGTCGAATTGATTAGGCTCCCATAA	MNQPSVSNWRASWIWGAGCESPRNEWRCFRHSFVPEGTLDQALLKLTADSRYVLYVNGEQVGRGPVRSWPFELAYDEYEIGHLLRAGQENVIAVLVIHYGISTFQYLRGRAGLLVQLDRQRLTSPSESVTISDESWKTAVHSGYDSSSSRISCQLGFTEILDARGWEEDWIQTGYDDSGWESATAIGPAGMAPWTSLVERDIPYLTEEPLYPSHVESLRAVRPAAWSAVLDLRSILFPESSDHANVIEFCGLIATLIRMEQAAPLTVGMVDSGRTHARLSVNGHWLSEDRYVGEVPERYTTFELESGEHLLLIDVTGSCHGHGFHIGFDSSASFTVHAPALGPEYASSAPFVSIGPFDVIEDIDHQPRRLLERNHPDYAKICSVASLADLKTFGSWIHPIKNQLVNLNDVFTSCVWKVNEQVYPVPSAMQQAVLATPHSASIPVYAGLDTEIVIDFGRELSGYIAIELDASSGTIVDGYGFEYMSDGWRQHTYLVDNTFRYVCKEGRQSYVSVVRRGLRYLALTLREASRPVKLHEIKLIQSNYPVANVGSFRSSDPLLNDIWAISRDTTRLCMEDTFVDCPAFEQVYWVGDARNEALVSYYTFGAKEIVSRCLKLVPGSSCQTLLYVDQVPSGWNSVIPNWTFFWVTACLEYYHYHGEVPFIVDIWPHVNRTLEQYLKLQNDKGLLERSGWNLLDWAPMEQPREGVVTPQNMFMVKALRDAAEIGDTAGESAVADQLRKAADKLRDAIDLHLWDEERAAYVDCIHADGRYSATTSMQTQIVAYLCDIANGDRKSTLERYITDPPERFVQAGSPFMLFFYYEALTKLGRPDLLVADMRKNYGYMIEHGATSCWEMFPWSGYHNNPRVLTRSHCHAWSAAPAYFLGHQVLGVQGLTPGWDKVRVAPQPSGLAWARGTVPLPDNGRIDVSWRFEDEGLLHMRLEVPAHVEVLTEAPAGYDMKVELIRLP	PGPT0019195_258	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-RHAMNOSIDASE,PGPT0019195-ramA-K05989	NA	NA
JZ016_05383	1629	rssB_16		Regulator of RpoS	ATGTATAAGGTGATTATCGTTGAAGATGAAATGCTCGTTCGAATTGGCCTTAGAAACTCCGTGGAATGGAGTAAATTCAATATGCAGGTCGCAGCAGATCTTTCAGACGGACAGATGGCTTGGGATTACTGCCTGAATGAGGGGTTCCCTGATCTGGTTATCACCGATATTAGAATGCCTAAGATGGATGGTATGGAGTTAATATCGAATATACGTAAAGAAAATAGGGCCACCCGGATTGTGGTGTTGTCTTGCCTGGAGGAGTTCGAGCTTGTACGCCGGGCGATGTCACTTGGTGTATCCAACTATATTCTCAAATTAACCATGACGGAAGAGGAAATCGAAAATGTATTGAACGGGACACGCATGGAGCTGGATGCCCAAGGATCTACGGCTTATTCCCAAGGTAAGGAACAACAACTCCTGCCGGCTAACATGGATCTGATCATGGAAAAATATATCAAGGATTTTTTGCTCTACGGCATATACTCCGTCGAAGAATTCGAGCAGTTTGCAGCACAAAGCGGGATCCGTCTTTCGCCCGTACGAATGGTGGTATGCACGATGGAGCTGGACCGTTATTTCGAGTTAAAGCATAAATTCCGGGACGAGCATGGACATTTAGTGAAAATGACTTTATTGAATATACTGTATGAAATTACCAAATCCTTCGATAGGGATCCTGCGACGTATCTGGATGAAACCCACTACCTTCTCCTATTCAGCTTTGATGATCTTTTCTCTGAACAATCAATCATGCAAGAAATTCATACGATTCTCAGCACAATTCAGGATGCGATTTATACGTACTTCAAGGGCTCGGTTTCATTTGGGGTGAGCGGTGTGCAGAGCGGGTTTGGGTCTTTGCGCAAGTTGTATTTCGAGTCCAGGCGTGCTCTTGAAAAGAAGTTTATTACAGGTCCTGGACAGAAGCATACCAACAGCGATCCCCTTGATCTTAGCAAGGTCCTTGCGCAAGTGGAGAAAATACGCGATTATCCGCCGCTGCGTAATATGCTTAGCCCGATGAAGGAGAAGGAATACAGTGACTACATCACCAATTTTGTAAACGCTTTATTAGAGGGGAAAAAGTCGGTACGAATTATTTTGTATCAATTCATCCAATGGATCAACACGAATTTATATGACGATCATCAGAATGAAAAGATGCTGTTATTCAATATAACGGAAACGTTGGACCAGTGTGATACCTTGCCGGAAATGCTAGAGGAGATCAGTGAGTATTTATCTAACGTAGTGGAGCAGTCGAGGACAAATCTGAATATGAGCGGAGAAATCTCGAAGGCCATACAGTTCATCAAACAGAATTATGATCAAAACATCAGTCTGCAGCAGGTGGCTGACCATGTAAACTTAAGCTTTGGCTATCTAAGCAATCTCTTTAAAAAGGAACTTCAAATTACGTTCGTTGAGTACTTAAACTGTTACCGAATTGAACGAGCAAAGGAATTGTTGACACGGACCCATTTGAAATCATACGACATCGCCGTTAAGGTGGGGTTCTCTCCGGAATACACTTACTTCAGCAAGGTCTTCAAAAAAATCACAGGATTAAATCCAAATGAGTATCGTAGGCAGTTTTTATCCGGAAAAAGAGGCGTGACATGA	MYKVIIVEDEMLVRIGLRNSVEWSKFNMQVAADLSDGQMAWDYCLNEGFPDLVITDIRMPKMDGMELISNIRKENRATRIVVLSCLEEFELVRRAMSLGVSNYILKLTMTEEEIENVLNGTRMELDAQGSTAYSQGKEQQLLPANMDLIMEKYIKDFLLYGIYSVEEFEQFAAQSGIRLSPVRMVVCTMELDRYFELKHKFRDEHGHLVKMTLLNILYEITKSFDRDPATYLDETHYLLLFSFDDLFSEQSIMQEIHTILSTIQDAIYTYFKGSVSFGVSGVQSGFGSLRKLYFESRRALEKKFITGPGQKHTNSDPLDLSKVLAQVEKIRDYPPLRNMLSPMKEKEYSDYITNFVNALLEGKKSVRIILYQFIQWINTNLYDDHQNEKMLLFNITETLDQCDTLPEMLEEISEYLSNVVEQSRTNLNMSGEISKAIQFIKQNYDQNISLQQVADHVNLSFGYLSNLFKKELQITFVEYLNCYRIERAKELLTRTHLKSYDIAVKVGFSPEYTYFSKVFKKITGLNPNEYRRQFLSGKRGVT				NA	NA	NA	NA	NA
JZ016_05384	1809			hypothetical protein	ATGAAACTTAGAGGACGATTTCAGAAGCTGGGCACGCAGCTGATTTTATTCTATATGATTATTAGCCTGATTGTGCTGTCCTTCGCATCTTACTTTATCTACACCTTTGTGCTGAAAATCATCAAGGAGAATAACGAGACTTTATTGCTCCAACAGTTTCAGCAGTTGGATCATAACATTGCCGGGCTGATCGATGATGTGGATTCTTTGTCCAAGTTCTTTCTCCTGGATCCCGCTGTTCAAAGGTTTCTTAATTACACGCCGGATAAGGGGGAATTCGAGTTTATGGAGATGAAAAATGATCTTCATGAGAGCATTGCTCCCTATATCAGCAATTATGATTTTATTGATTCGATTTATATCGTAGGCGGGGTCCAGGGATTGATTGGCGGCACCAACAATACAACCCTTGTCCATTCAAGCGACCCGTGGCTGAAAGAGTTCATGCAAACCGATATTTTCGAGCGCTCCCATCAGGTTTTTCCCGAGATGATTATCCAGGGCGGAATTGACAAGAGCCATTACAATCCCTACAAACTGAAGCCTAATGACGGAATGGTCGTCAGCATGGCGCGCGGGGTCAGGCCGCTATATCAGTCTGTGACCAACGCCGTGCTGATTCTAAATGTGGATGAGGAATACTTGTCTTCCATTTATTCAACCGCCCTCCAAGCTGAAGAGGGAAAGATGTATATCGTGAACGAGAAGGGGATCGTGATCTCCAGCAGCAATCCTGATGATGTTGGTTCCATCAGCCCTTACAATCCGTTCATTAACCACGCCGGAGATTACGGAAGCTACGATAACGGCAGTACGAATTCACCGGTTCAGGTTATGTACTATCGTCTGAATGAAGCAAATTGGTACATGATGAAGGAAATACCGCTCAATTCCTTATCGGTGGATATTTATTCAGCACAGACACTGCTGGTGTTCGTGATCTTGGCCAGTCTGCTTGTGATGTTCATCATTTCCTATTTCTGGCTCAAAAAGATGACGCGGCCGCTGCGTATTCTTTCGCACAAGATGAAAGATATGAGTCGTGGGGAAATTGGAATTACGTTTGCCAAAATTCCAAACAATGAGTTTGGTATGGTGATTCGGCGATTCAACGAGATGTCGCTGAGCATTGTGGATCTGATTCATAAAACAAATGAGATGCAGGAGAAAAGACGGGAACTCGAAATGGAGGCGCTTCAAAATCAAATTAACCCGCATTTTTTATACAATACGCTTAATATGATCCGTTGGATGGCTTCTTCGATTAAAGCGGACAACATCGTGAACAGTGTCGTAGCGCTGGGGAATATTCTACGTCCAGCCTTCACGAGTAAAGAGCCGCTGTGTACTCTTAGGGACGAGCTTAGCTATCTGGAGAACTACATTAAGATTATCAATTGGCGGTTTAACAGCAGTGTCATCTTCTCTATCGATGTAGATGAAGCTTACCTGGATCATAGGGTTCCGCGGTTTATTTTACAGCCGTTAATCGAGAACTCCATTACGTTCGGAAGACAAGAAGACGGACAACCCATCCATATTCAAGTCAAGGTCCATGAAGAGGCGCATGATCTGATAATAACTGTTACGGATTCAGGTGTGGGCATCCCTCCTGCCAGATTGGAACAGTTGAACCAGAAAATGCGCAGCGGCGAAGATCATACTGAGGTAATCGTGTCCGGCAACGGAATCGGCCTGTACAATGTGAACAAGCGGATCCAGTTGAATGATGGGCCGGCATACGGGGTTTGGTTGGTACCTCAGCTTACAGGGACAGAAATACAGATCCGGCTTCCAAAACATAGTTAG	MKLRGRFQKLGTQLILFYMIISLIVLSFASYFIYTFVLKIIKENNETLLLQQFQQLDHNIAGLIDDVDSLSKFFLLDPAVQRFLNYTPDKGEFEFMEMKNDLHESIAPYISNYDFIDSIYIVGGVQGLIGGTNNTTLVHSSDPWLKEFMQTDIFERSHQVFPEMIIQGGIDKSHYNPYKLKPNDGMVVSMARGVRPLYQSVTNAVLILNVDEEYLSSIYSTALQAEEGKMYIVNEKGIVISSSNPDDVGSISPYNPFINHAGDYGSYDNGSTNSPVQVMYYRLNEANWYMMKEIPLNSLSVDIYSAQTLLVFVILASLLVMFIISYFWLKKMTRPLRILSHKMKDMSRGEIGITFAKIPNNEFGMVIRRFNEMSLSIVDLIHKTNEMQEKRRELEMEALQNQINPHFLYNTLNMIRWMASSIKADNIVNSVVALGNILRPAFTSKEPLCTLRDELSYLENYIKIINWRFNSSVIFSIDVDEAYLDHRVPRFILQPLIENSITFGRQEDGQPIHIQVKVHEEAHDLIITVTDSGVGIPPARLEQLNQKMRSGEDHTEVIVSGNGIGLYNVNKRIQLNDGPAYGVWLVPQLTGTEIQIRLPKHS				NA	NA	NA	NA	NA
JZ016_05385	1764			hypothetical protein	ATGAGTAAAAGGGGGATCGTCAGACCGGCGATGGCGGTGCTGATCATCTTATCGATGCTGCTTGCCGCTTGTACGAGTAATACCAAAACAAGCAATACACCAGATTCTCCGGAAAAGGTGGGGACGGATAGCAATGAGGAAGTCGTGACGCTCCGGCTGCTTATTATTGAAACCGGATCGAAGTGGAACACCTATCCGGACAGTGCTATAGCGGAGGAGATCGCGAAGAAGGTTGGAGTGAAGATTGAATATGTAGAAGCGGACGACAGCAAATTCAACGTTTTACTTGCTGGGGGAGACCTGCCTGATATCGTAAGGACAGAGCCGGCAAAGTATGGTAAGCAGCTGATTGACGGTAATCTGATTATCCCAATGGATGATATGCTGAAGGAACATGGAAAAGACATTACGGCGAATATTCCAACCGTTGTAGAATACAGCAAAGAGAACTGGAGCGAAGGGAAAAACCAGCTTTTCTTCCTGCCGCCGCAAGTTCAGTCAGAGCCTAGTCCGATCTATCCGCCGCTGACGATCGGACCAACGATTCGTTGGGATTACTATAAGGAGATCGGCGCGCCTGCGTTCAATACGCCGGATGAGCTGCTTGATGTATTGGAGCAGATCGTCCAGAAGCACCCGCAGACGGAAGACGGGAAGAAGATATACGGTGTTTCCATGTGGCAGGATTGGGGACTTTGGCCGTATATTGTCCCATTCGCGTGGTATACCATGCAGACAACCAACAATAGTGATATCATGGCAAGAAAACTTGATGAAACGCAGTACAGAAACATATTGATGGAGGAAGATTCCACGTTCTGGGTTGCAGTTGATTTTTACAACAAAGCGAATCGCAGAGGATTGCTGGATCCCGATGCCCTGACGATGAAGAACAATGATTATTCCGCCAAGGCTACGGCCGGACAAATTGTAATTGGACCAGCTACATGGGCCATGGGTGACTTTAACTCCAAATATGCTAAGGATGGTAAAGGGTACGTCGTATTGCCAACAGGTAAGCGGGCATGGAGCGGCGGAGTGAATCCATTAGGCTGGACAGGAAAAAGCTACGCGATCTCCAAGAGCTCAAAGCACCCGGAAAAAGCTATGCAGTTTTTAAACTATTTATATTCCTATGAAGGAGTACGAACGCTATACAGCGGAGTTGAGGGCGTTCACTGGGAGATGATCGACGGTAAACCGCAAATAAAAGACGAAACCTTTGAGTTAAGGAATGCAGGCGGTACAGCATGGGAGAATACAGGAATTGCCTTGGACACGAATCTGATGGGGATTGGTGGGGCCGTGTTGGATCCTGTCACAAATTCACCTCTGGATCTATTCCAAACACAAGAGGCTTTAGCGCAAGGAATAACCGAGCTGGAAAAGGATTTCAGTGACCATTACGGTGCTATGCATCCGGGTGAGGTCCTGGGTAAGTTAATTGCGGAAGGCAAGCTGCAGGACGCGAACACGATAAGCAAGGATTTAACAACAGAGCAACGGATCAAAGAGGGTAAGGTGGGGCTCCCGGCTATTCCCGAAGATATGCTAAAGATTGAGGCCCAGGTGAAAGAGCTGGCAGCCCGTTATGCAGCAAAATTGATTTTGGCCAAGACCGACGATGAATTCAATCGGATTAAAGAAGAAGCGTTGAAGGCATTCAAAGATGCTGGCGTGGATAAATTCACAGAATTCTATACCAAGGATATTGCAGACAGACGGGAAGCGGTCGGAGCATTACCGGCAAAGCTTAATAACTAG	MSKRGIVRPAMAVLIILSMLLAACTSNTKTSNTPDSPEKVGTDSNEEVVTLRLLIIETGSKWNTYPDSAIAEEIAKKVGVKIEYVEADDSKFNVLLAGGDLPDIVRTEPAKYGKQLIDGNLIIPMDDMLKEHGKDITANIPTVVEYSKENWSEGKNQLFFLPPQVQSEPSPIYPPLTIGPTIRWDYYKEIGAPAFNTPDELLDVLEQIVQKHPQTEDGKKIYGVSMWQDWGLWPYIVPFAWYTMQTTNNSDIMARKLDETQYRNILMEEDSTFWVAVDFYNKANRRGLLDPDALTMKNNDYSAKATAGQIVIGPATWAMGDFNSKYAKDGKGYVVLPTGKRAWSGGVNPLGWTGKSYAISKSSKHPEKAMQFLNYLYSYEGVRTLYSGVEGVHWEMIDGKPQIKDETFELRNAGGTAWENTGIALDTNLMGIGGAVLDPVTNSPLDLFQTQEALAQGITELEKDFSDHYGAMHPGEVLGKLIAEGKLQDANTISKDLTTEQRIKEGKVGLPAIPEDMLKIEAQVKELAARYAAKLILAKTDDEFNRIKEEALKAFKDAGVDKFTEFYTKDIADRREAVGALPAKLNN	PGPT0017245_216	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05386	942	yteP_59	COG4209	putative multiple-sugar transport system permease YteP	GTGGACACTGCTTATCAATCAGAACAACAACCGCTTCTTAAGAAGGAGCGACCGCGGATCCGAAAAGAAGGTATCATTTTGTTGTGTATGGCGATTCCTTTTATCATCGTAGCATTCGCCTTCCATTATGTTCCCCTATTTGGCTGGTTGTACGCGTTTTTTGATTATCGCCCTGGGATCCCTTTGAGCCAAACCGCATTTGTAGGGTTTGAGCATTTTCGGGAAATGTTAACCGATCCCAACATGGTCAGAGTGTTGACCAATACACTGGCCTTGAGTTTGCTGGGGCTTCTGACCGCACCAATCCCCGTGCTGCTTGCCGTGATGATCTCCGAGGTTAAGAGCGAACGGTTTAAGCGGATTTTTCAGACCACGTCTACACTGCCACACTATATTAGCTGGATCATTATTTATTCGCTCGCGTTCAGCATGTTTAGCTCCGAGGGAGCGATTCAAACCATTTTTTTACGTTTGGGTATGGACACGCAGATAAATGTATTAGGTAATTCCGAGCATGTATGGCTTGTCCAAACCTTGATCCTTCTTTGGAAGTCCTTAGGCTGGAGCGCGATTATTTATTTGGCCGCCATCGTAAGCATTGACGGCGAAATGTATGATGCCGCGAAGGTGGATGGCGCAGGTAGATTCAGGATTATCTTCCACATAACGATACCCAGCATCATGCCCACCTTTATCGTTCTGCAGCTGCTGGCGGTGAGCAATTTACTATCCGCAGGATTTGAACAATACCTCGTGTTTAACAATGTGATGGTGGCGGATAAAATCGAAGTCTTAGATTTATATGTGTACAGGGTTGGCCTGGTGATGAATGACTTTCCGTATTCTACAGCGGTGGGGATGTTTAAGTCTGTTATCAGTATCATCCTACTGTTTCTGGTCAACGGATTGTCTAAGAGAATCAGAGGTGAGAGCATTGTCTAA	MDTAYQSEQQPLLKKERPRIRKEGIILLCMAIPFIIVAFAFHYVPLFGWLYAFFDYRPGIPLSQTAFVGFEHFREMLTDPNMVRVLTNTLALSLLGLLTAPIPVLLAVMISEVKSERFKRIFQTTSTLPHYISWIIIYSLAFSMFSSEGAIQTIFLRLGMDTQINVLGNSEHVWLVQTLILLWKSLGWSAIIYLAAIVSIDGEMYDAAKVDGAGRFRIIFHITIPSIMPTFIVLQLLAVSNLLSAGFEQYLVFNNVMVADKIEVLDLYVYRVGLVMNDFPYSTAVGMFKSVISIILLFLVNGLSKRIRGESIV	PGPT0017250_1796	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05387	891	melC_17	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGCGTATAAGAAAGCAAAGTACATCGGATCTGATTTTTAATACGGTTAACTATTTATTCCTCATGTTGCTGTTAATTTTGACCGTCTATCCGTTTTATTATATTTTCATCTACTCGATTAGCGATTCCTTCGAAGCACAAAAAGGGGTGTATCTTTGGCCGGCAGGATTCTCATTGGAAAGCTACAGAGCCGCCTTTCAATTAAAGGGGATTACCGATGCAGCGATCATCTCCGTGCTTCGGACCATACTGGGAACGATGATCACGGTGTTGTGCAGCGCCTTCTTCGCTTATTTGATTACCAAGCGGGAGATGCCATTCCGCAAGCTGATTTATCGGTTCATATTAATTACCATGTACTTTAATGCCGGTTTTATCCCCTGGTATTTAACAATGAAAACATATGGACTGCAAAATAGCTTTCTCCTCTATATTATACCAAGCGCATTGGTCGGTTTTTATATTATTCTTATCAAGACGTTTATGGAGCAATTACCTCCTTCGTTGGAGGAGTCGGCGAAAATGGATGGCGCGAGTTATTTCAAAATTTTCACGCACATTGTATTTCCCTTGTCCATGCCGATTATCGCCACAATTACTGTATTTGCAGCCGTCGGACAGTGGAATACGTGGTTTGATAACTTCTTTTTGGTATCAGATCCAAAGCTCCAAACGCTGCAACTCTTGCTTTATAACTTCCTCAGCCAGACGAACAGTATAGCGGGAATGACAAGTGAGGAACTGACGCGTAACGGACAAGCAAGAGTGATGACGCCCCAATCGGTTCAGATGACGATTACGATGCTCGTTACCATGCCGATTGTGATTGTCTATCCTTTTCTGCAGCGATTTTTTGTTAAAGGGATTATGCTCGGCGCGGTAAAGGGTTGA	MRIRKQSTSDLIFNTVNYLFLMLLLILTVYPFYYIFIYSISDSFEAQKGVYLWPAGFSLESYRAAFQLKGITDAAIISVLRTILGTMITVLCSAFFAYLITKREMPFRKLIYRFILITMYFNAGFIPWYLTMKTYGLQNSFLLYIIPSALVGFYIILIKTFMEQLPPSLEESAKMDGASYFKIFTHIVFPLSMPIIATITVFAAVGQWNTWFDNFFLVSDPKLQTLQLLLYNFLSQTNSIAGMTSEELTRNGQARVMTPQSVQMTITMLVTMPIVIVYPFLQRFFVKGIMLGAVKG	PGPT0017255_732	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05388	1083			hypothetical protein	ATGAAGATTGCAAAGCAAGGGATCTTACTGCTGATGATCGCGATGTTTGTATTTACCTTGGCTGCCTGCAGTGGAGGAAGTACGAAGACGGTGGAAAAGGATGCTCCGATTGTTGAGGAAAACAAACCGGGCACCGATGTAGCAGTAGAACCTAAAGAGGAGCCTGTCCAAGAAGAAGCGGTTGCCGAAAATCCAGACGAGTGGACGATGGATTTCGATCTGGGCGGACGTGAGATTGTAGTTACCGCTTGGTGGGACATTGCATTCGGAGATTCACCGCCGCATCAGGAGATCAAGGCAAATATCGAAGAGCTTCAGAAGAAACACAATTTTACAATCAAGTTCGTGACCACGCCGTATGCGTCAATGAAAGAGCAGGCCACAAGTTCGGCCTTATCGGGCGAACCCTTTGCTGATGTCGTTCGTTTGGAACGAAGAGCACTGTTTCCGGGGATGGTGAGTTCAGGACTTATCACTCCGCTTGATGAGGTCATTGATTTTAGCGGACCGGCCGCAAATTACATCGATCCGATGATTAAGGATCATGTAGGTACGTTTGGGGGACATCTGTATGGTTTTGAAAAAACGTACACGGACTTTTCCGGAATTTATTACAACAAACAAATGCTGAAAGACGCCGGCATTAAGGATTTGCATGAATATGTGGCGGAAGACGATTGGAATTGGGAGGCCTTGCAAGAAATTGTAGGCAAAGTGACGAAGGGCGACACTTACGGACTCGCGGGAACAGAGCTTGCTGTGACGACACACGCGGTGGTATCCAACGGCTCAAACTTATTGGATGTGGATAAGGGGAAAGAAATGTTGTCCGATCCGCGCACGGTTGAGGCATTGACATTCGCCCAGGAGCTCGCCGGCAAATCCATGATCACAAACGATCAAGCCGCAATAAAAACCTTGTTTACACAAGGCAAAATCCTAATGTATGTAGGTTTTCAATGGGAAGGGGAGGGCTTCATCAATGATTTGGGCGAAGACCTGGGGTTTGTTCAATTTCCGGTAGGCCCTAAGGGGACGGATACAAATCAGTCTCGAATCCGCCGAACTACTGGACCATTCTGA	MKIAKQGILLLMIAMFVFTLAACSGGSTKTVEKDAPIVEENKPGTDVAVEPKEEPVQEEAVAENPDEWTMDFDLGGREIVVTAWWDIAFGDSPPHQEIKANIEELQKKHNFTIKFVTTPYASMKEQATSSALSGEPFADVVRLERRALFPGMVSSGLITPLDEVIDFSGPAANYIDPMIKDHVGTFGGHLYGFEKTYTDFSGIYYNKQMLKDAGIKDLHEYVAEDDWNWEALQEIVGKVTKGDTYGLAGTELAVTTHAVVSNGSNLLDVDKGKEMLSDPRTVEALTFAQELAGKSMITNDQAAIKTLFTQGKILMYVGFQWEGEGFINDLGEDLGFVQFPVGPKGTDTNQSRIRRTTGPF				NA	NA	NA	NA	NA
JZ016_05389	264			hypothetical protein	ATGTCTAAGATTTGGGATATCACCCCAACGGAGGAGTACAAAGGCCAGGATCGGCTGGAAAAATATTTCGCCGACGAGAAGGACATTGAGGCTGCAAAAATGATGATGGAATCGCCTCAGTATACGGTGATGAATCATGATCTGTTCCCGGACTGGAATGTGTACCAAATGCTTACCGAGCTTTACACCGAAAAATTAGCGCCCGCGACCATTGTAGAAACACATCGCCAAGTGCTGCAGGCGGTTCTGGATGATGCTCTGTAA	MSKIWDITPTEEYKGQDRLEKYFADEKDIEAAKMMMESPQYTVMNHDLFPDWNVYQMLTELYTEKLAPATIVETHRQVLQAVLDDAL				NA	NA	NA	NA	NA
JZ016_05390	2961			hypothetical protein	ATGCTCGGTTACTTATCTAGATTTCGAGGTCTTCTTATATTCCTCGTAATCCTCCTCGGGGTGGGTTGGTGGTTTCTCAGGGATAGTACAGCCGATAGCCACCCAGGTCAGCGGATCGAGTTAGAAGGATTGCAGACCTTTGCAGAAAACAGCTATCAAAACTATATGAATTTACATCGCCGTAACGCGCGGCCTAATACGAGCATACAAATTGAGGGCGAACATTACAGCCATGCACCAGACGGATCTTCAATCGTTTCAAATCTTATGGATATGAACGGGAAGGCGTTAATGTCAGAAGAGACCGGGGAGGTAACATGGACATTTCATGTGGAAGAGGAAGGCTTGTATAACATAGGGATTCGTTATTATACCGTGGAGGGGAAGAGCTCTGCAATTGAACGGGAACTACGGATCAACGGCCAGCTGCCTTTTCAGGGAGCGGAATCTTTCATTTTTGATCGTGTTTGGATGAACGAACAAATGGAGTTTGAGCGGGATAACCGGGATAACGAATTACGTCCAAGCCAGATCGAATTTCCAACCTGGCAAGAATCATCCTTCAAAGATCCGAATGGCTTATACGAGAAGCCGTTTTTGTTTTATTTTCCAAAAGGAGAAAACACGCTAACCTTGGTATCGCTGCGCGAACCGATGGTGATTGATTATATCAAGATTTACCAAGAGGAAGAAGCACCGACTTATGCTGAAGTCCAGAGCACCTATGAGGATATGAAGAGCAATTCCCCCGCAGATGAGGTGCTGATTAAAGTGCAGGGGGAACATGCTCTGTATAAATCTTCCCCGACGCTGTATCCGTTTCCTGATCGTACCTCACCATCCTCGGAACCCTACAGCGTCTCCAAGACCCGTATGAATGTAATCGGGGGTCAAAACTGGCGAATGCCAGGTCAATGGATGGAATGGCAGGTAGACATCCCGAAAGATGGTTTATACCAGATCGCTTTCAAGGTTAAGCAAAACTTGGTGAGAGGGATGTATTCAAACCGGAAGCTTTATATAGATGGAGAAGTGCCGTTTCAGGAAGTGAACAGCATCCCTTTTTATTATGATGCGGACTATCAAACCATTACCCTGGGTGACGAAAAGGAGCCCTACCTGTTTCATCTGACCAAAGGGCTGCATACCATCAAGCTGGAAGTGAACCTGGGAGACGTAGCCTCTTTAATTCGTACCACGGAATCCAGTGTCCTTGAACTCAATGCCATCTACCGGAAAATCCTCATGATTACTTCGGAGAATCCCGACCCTTACCGAGATTATCAGCTCGAGCGAAGAATCCCCGGCATGATCGAGGATTTTAAGAAGCAGCGCGATATTTTATATACCGTTGCAGAGACGTTACGCGATATAACAGGGGAAAAAAGTGATAAGACCGCAATCCTCTACACACTGTCCAGGCAATTGGATGAGATGGCACAAAACCCTCATACGGTTGCGCAGCGGTTAGATCAATTCAAGATTAATATCGGCTCTCTGGGAACCTGGCTGCTGACGATCCGTGAAATGCCGCTGCAGATGGATTATATGATCGTTGCATCCAAGGATGCGAAGCTGCCCGCTGCGAATCGCCCGCTACACGCCAAGATCGGCCATGAGTTGGGTTCGTTCTGGTACTCCTTTATTGAAGATTACAACACAATCGGTAACGCGGGTGAAGAAGGCCAGCAAAGCATTACAGTCTGGATTGGAACTGGACGTGATCAGGCCCAGGTAATGAAGGAAATGATCGATGATCGATTTACTTCAAAGACGGGCATCCATGTGGATTTAAAGCTGGTTGATATCAAATCGCTTCTATCGGCTACTCTGGCCGGACAGGGACCGGATGTCGCTATGGAAATCGGCATTGCAGATCCGGTGAATTATGCGATGCGCAATGCAGCTTACGATATCAGCCGATTCCCGGACTTTAAGGAAGTTAGCGAGCGGTTCCGACCAAGTGCGCTCGAGCCATTTCAGTTTAATGGGGGTGTCTATGCGCTGCCCGAACAGCAGTTGTTCAGTATGTTATTTTACCGCAAGGATATTCTGGCCGAACTTAATTTGAACATACCGGATACATGGGATGATGTATACGCCATGATTCCCGAGCTGCAGAAGCGGAATATGAATTTTGGCCTGCCTATTCAGGAACAGATGGCCACGATGACGCCAAATGAGACGTTCTCCATGCTTTTGTTCCAAACAGACGGAAACTACTACGAGGGGGAAGGCGAAAGAAGCGCCTTGGATCATGAAAACTCCATGCAAGCCTTTAGTCGATGGACCGATTTTTACACCAGCTATAAGTTTCCGCTTCAGTATGATTTCATGAATCGTTTTCGTCTTGGCGAAATGCCGATCGGCATTGCCCCCTATAATATGTATAACTTACTGACGGTGGCTGGTCCTGAAATCCGCGGACTATGGGACTTTACCGTAGTTCCTGGCACTCCGGGAGAGCATGGAGAAATCCGCCGGGAGGTCGCTAGCAGCGGAACATCGGTTATGATGCTGGAACAGGCCAAGAATAAGGAAGCTTCCTGGGCGTTTATGAAATGGTGGACGGAGAAAGATACGCAAATCAGGTTCGGCCGCGAAATGGAGAGCCTTATGGGGGCCGCTGCCAGGTATCCGACTGCGAATATCGAGGCGCTCGAGGAGCTGCCGTGGCCGGTTAAGGATTACAGGAATCTGGAGAAACAATGGCAATGGGTCCGGGCCATTCCTGAAGTGCCTGGAGGATACTTTACCGGACGGCATCTGGATAATGCCTTCCGTAAAGTGGTCAATCTTGGGGAGAACCCACGCGAAGCGCTTTATGATCACGTGTCAGTTATTAATAATGAAATCGCAATCAAACGTTTGGAATTCGGATTGAGTGAAGGAACAGGAGGGCCTACCAATGCAACCAACGACGAATCAGGAAGTCGAACCAAAAGGACGGATCAGCCGTAG	MLGYLSRFRGLLIFLVILLGVGWWFLRDSTADSHPGQRIELEGLQTFAENSYQNYMNLHRRNARPNTSIQIEGEHYSHAPDGSSIVSNLMDMNGKALMSEETGEVTWTFHVEEEGLYNIGIRYYTVEGKSSAIERELRINGQLPFQGAESFIFDRVWMNEQMEFERDNRDNELRPSQIEFPTWQESSFKDPNGLYEKPFLFYFPKGENTLTLVSLREPMVIDYIKIYQEEEAPTYAEVQSTYEDMKSNSPADEVLIKVQGEHALYKSSPTLYPFPDRTSPSSEPYSVSKTRMNVIGGQNWRMPGQWMEWQVDIPKDGLYQIAFKVKQNLVRGMYSNRKLYIDGEVPFQEVNSIPFYYDADYQTITLGDEKEPYLFHLTKGLHTIKLEVNLGDVASLIRTTESSVLELNAIYRKILMITSENPDPYRDYQLERRIPGMIEDFKKQRDILYTVAETLRDITGEKSDKTAILYTLSRQLDEMAQNPHTVAQRLDQFKINIGSLGTWLLTIREMPLQMDYMIVASKDAKLPAANRPLHAKIGHELGSFWYSFIEDYNTIGNAGEEGQQSITVWIGTGRDQAQVMKEMIDDRFTSKTGIHVDLKLVDIKSLLSATLAGQGPDVAMEIGIADPVNYAMRNAAYDISRFPDFKEVSERFRPSALEPFQFNGGVYALPEQQLFSMLFYRKDILAELNLNIPDTWDDVYAMIPELQKRNMNFGLPIQEQMATMTPNETFSMLLFQTDGNYYEGEGERSALDHENSMQAFSRWTDFYTSYKFPLQYDFMNRFRLGEMPIGIAPYNMYNLLTVAGPEIRGLWDFTVVPGTPGEHGEIRREVASSGTSVMMLEQAKNKEASWAFMKWWTEKDTQIRFGREMESLMGAAARYPTANIEALEELPWPVKDYRNLEKQWQWVRAIPEVPGGYFTGRHLDNAFRKVVNLGENPREALYDHVSVINNEIAIKRLEFGLSEGTGGPTNATNDESGSRTKRTDQP				NA	NA	NA	NA	NA
JZ016_05391	954	araP_4	COG1175	L-arabinose transport system permease protein AraP	ATGCAACCAACGACGAATCAGGAAGTCGAACCAAAAGGACGGATCAGCCGTAGGCCGGATGCTCCATCCTTGCTGAATCGTATGTGGGCGATGCGGCACTCCTATATATTAATGGGACCTTATATGCTGCTATTCTTTCTGTTTACGGTTCTGCCTGTAACGCTCTCGCTGGCGGTAAGTTTCACCAGTTTTAACCTGCTTGAATTCCCCAAGTGGGTCGGCTGGAGCAACTATACGCGTTTATTTCTCGATGATGAGGTCTTTCTGATTGCGATCAAGAATACCTTTTTGTTCGCGTTTATTACGGGCCCCGTAAGTTATATCGCCTGTTTCCTGTTTGCGTGGTTAATTAATGAATTGCCAACCAAGCTTCGTGCCCTAATGACCTTGATTTTTTATGCTCCGTCTATTTCAGGTAACGTTTTCTTTATTTGGCTGATTATGTTCTCAGGAGACGGCTACGGCTACGTGAACGGGTTTTTAATGAAGCTGGGTGTTATTCTCGAGCCTATTCAATGGCTGCAGGATGAGCGTTATGTACTGTGGATTGTCATGCTCGTTCAGCTGTGGCTCAGCTTGGGGGTAAGTTTCCTCGCTTTCATCGCCGGCCTGCAGTCGATCGACCGGACATTATTCGAAGCGGGCTCGGTGGACGGTATCCGCAATCGTTGGCAGGAACTGTGGTATATTACCCTGCCATCCATGCGTCCACAACTTCTGTTCGGCGCGGTGATCCAGATTTCATCCTCTTTTGCCATTGCTGAGGTGTCTATTGCATTAGCTGGTTTCCCTAGTGTTAACTATGCAGCTCATACCGTTGTGACCCATTTAATGGACTATGGCTCCATTCGGTTTGAAATGGGCTATGCATCAGCGATTGCAACAGTTTTGTTTGTCATCATGGTAGGCACCAATGTAATCGTTCAGAAACTTCTTAGGAAAGTGGGGGAGTAG	MQPTTNQEVEPKGRISRRPDAPSLLNRMWAMRHSYILMGPYMLLFFLFTVLPVTLSLAVSFTSFNLLEFPKWVGWSNYTRLFLDDEVFLIAIKNTFLFAFITGPVSYIACFLFAWLINELPTKLRALMTLIFYAPSISGNVFFIWLIMFSGDGYGYVNGFLMKLGVILEPIQWLQDERYVLWIVMLVQLWLSLGVSFLAFIAGLQSIDRTLFEAGSVDGIRNRWQELWYITLPSMRPQLLFGAVIQISSSFAIAEVSIALAGFPSVNYAAHTVVTHLMDYGSIRFEMGYASAIATVLFVIMVGTNVIVQKLLRKVGE	PGPT0016535_2030	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05392	867			hypothetical protein	ATGAGCGCAATGGCAGCTAGTTCCAAAAAAAGGTTGAGCCGCTCGCTGGTCGGTGACGTTACCATTTTTATTTTTCTCGGCATGTTCGGGGCTTTTATGGCACTGCCCCTTGTATACACGATTAACAATGCCTTCAAACCTTTGGATGAGTTGTTCTTGTTCCCGCCGAAATTTTTGGTGCGCAACCCCACGCTGGATAATTTTTTCGATTTATTTCATCTGATGGCCGATTCCTGGGTGCCGTTCACACGTTATGTGTTTAATACGGTGCTTATCACAGCAGCAGGAACAGTGGGGCACGTCGTACTGGCTTCCGCAGCGGCTTATCCGCTGGCTAAACACAGATTTCCAGGGTCCAAGGTGCTGTTCACCATTGTAGTCCTGTCTCTAATGTTCTCACAGCATGTTACCGCGGTTCCTAACTATGTCATTATGTCCTGGTTAGGCTGGATAGACAGCTACATTGCTATTATCGCGCCGGCGCTCGCAGCTTCCCTCGGACTGTATCTGATGAAACAATTCATGGAACAAATTCCTGATGCCCTGCTTGAAGCAGCGAAGATCGACGGTGCCAGCGAGTACCGTATTTTTTGGCAGATCGTGATGCCCTTAGTAAAGCCGGCATGGCTGACGCTTGTCATATTGCTGTTTCAGGTATTATGGGGAACCGACGGCGGTAATTTTATTTACAGCGAAGAGTTAAAAACGATGAATTATGCCTTAAGTCAAATACTGGCTGGCGGTATTGTGCGGGCGGGTCCGGGTGCTTTTGTCGCTTTGCTGATGATGTCTGTGCCCATCACCATCTTTGTGATTTCCCAGAGCAACATTATTGAGACGATGGCCAGCTCAGGAATGAAGGAGTGA	MSAMAASSKKRLSRSLVGDVTIFIFLGMFGAFMALPLVYTINNAFKPLDELFLFPPKFLVRNPTLDNFFDLFHLMADSWVPFTRYVFNTVLITAAGTVGHVVLASAAAYPLAKHRFPGSKVLFTIVVLSLMFSQHVTAVPNYVIMSWLGWIDSYIAIIAPALAASLGLYLMKQFMEQIPDALLEAAKIDGASEYRIFWQIVMPLVKPAWLTLVILLFQVLWGTDGGNFIYSEELKTMNYALSQILAGGIVRAGPGAFVALLMMSVPITIFVISQSNIIETMASSGMKE	PGPT0016540_4129	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05393	1464			hypothetical protein	GTGAAAGGATATTTCCCCAAGGTCAGGTTATCCGCCGCGCTGTTATTGATCCTATCTATGGTGACATCGACAGGGGCGGTCTCATATGCCCAAGCCCCGTACGTGGGGTACAATTATTCCTCCAAGGGAGAAACGATCCCTGCCCCTGTCGCCTATAAACCGGATCGTGTCATAAGCGGCACCGCGGCTGGAACCGGAAGTTTCAATCAGCCTAAAGATATATTCGTGTCTCAGGACAGGCAAATCTATATTGCGGATACTGGAAATTCGCGGATTGTGGTGTTGAATGAACGATTTGAATACATTCGGGAGGTATCCGAATTCGACCATTCCGGGAGAACGGATACGTTTCAAGCGCCGAGCGGGATCTATGTAACGGAGAACAAGGACATGTATGTTGCGGATACGGAGAACCATCGGGTTGTTCATTTGGACGACGCAGGAAAGCTGGTTCAGATCATAGAATCGCCTGAATCGGAAATTTTGATCGATAACTTTGTGTTTCTTCCCCTAAAGGTGGCTGTAGATAAGGCAAAGCGCGTATATGTCGTGGCGCAGGGGACATTTGACGGAATCATGGAATTTGATGGGGATGGCAAATTTACCGGGTTTACCGGCACGAACCGGGTCCGCTTCAATATGGCAGACTACTTCTGGAAGATGATTGCGACCCAGGCGCAGCGTGACCGGATGCGGCTGTTCATCCCGACAGAATATACGAATCTGGATCTGGATGAGAACGGGTTTATCTATACAACAAACTCCGACGCAAATACGGCGGTACCGATCAAGAGATTGAATCCCACCGGGATCGACGTGCTGCGCAGAGAAGGGTATTGGGTCCCGTCGGGCGATCTAAAATTCCTTCCTGTCGGTGAACACAGCGGGCCCTCCCTGTTTACGGATATCGCGGTCGGAAACAGCGGGATGTACAGCGCTTTGGATGTGAAGCGCGGGAAAATATTCACATACGACTGGGACGGGAATTTGCTGTATATCTTCGGCAAAATGGGAGAGCAGGTCGGTACATTTCAAACGCCTTCGGCCATCGATTATTTAGGGGATTCGATTCTTGTGCTTGACCGTGCGTTAAACCATATAACGGTATTTCATGAGACACCGATCGGTAGGTTGATTAATCAAGCTGTGAAGGGACATTTCAAGGGAGACGATGAGTTGTCAGCAGAGCTGTGGAACCGGGTTGTGGAATACGATGCGAATTATGAAATTGCATATATCGGGATCAGCAAGGCGCTGCTCAGAAAAGGATTGAATAAAGAAGCAACGGAGTATGCCAAGCTTGGCATGGACAAAGGCAATTATTCCAAGGTATTCAAGCGGCACCGGAAGGATGTTCTAAGAGAGCATCTCGGCAGCATCTTGTCCCTGTCCATCGCCGTTATCGCCGGAATCATCATCCAAAGAACCATCAAAAGAAAGAGGAGGAAGACCTATCATGCGTAA	MKGYFPKVRLSAALLLILSMVTSTGAVSYAQAPYVGYNYSSKGETIPAPVAYKPDRVISGTAAGTGSFNQPKDIFVSQDRQIYIADTGNSRIVVLNERFEYIREVSEFDHSGRTDTFQAPSGIYVTENKDMYVADTENHRVVHLDDAGKLVQIIESPESEILIDNFVFLPLKVAVDKAKRVYVVAQGTFDGIMEFDGDGKFTGFTGTNRVRFNMADYFWKMIATQAQRDRMRLFIPTEYTNLDLDENGFIYTTNSDANTAVPIKRLNPTGIDVLRREGYWVPSGDLKFLPVGEHSGPSLFTDIAVGNSGMYSALDVKRGKIFTYDWDGNLLYIFGKMGEQVGTFQTPSAIDYLGDSILVLDRALNHITVFHETPIGRLINQAVKGHFKGDDELSAELWNRVVEYDANYEIAYIGISKALLRKGLNKEATEYAKLGMDKGNYSKVFKRHRKDVLREHLGSILSLSIAVIAGIIIQRTIKRKRRKTYHA				NA	NA	NA	NA	NA
JZ016_05394	621			hypothetical protein	ATGCGTAAAGAACTGCTGCTGTTCCCATTCCATGTTATGGTCAGACCCTTCTCCGGCTTTTGGGATCTCAAATATGATGATATGGGGAACTTGAGGATCGCGGGCGCTATTGTGTTTTTAGTTTTTATGAGCGTCGTCATTCAACATCAGTATGGGGGCTACATCTTCAATAATCTGAATGCTGATGAATTTAACAGTCTAGTACAAATGCGTAATGTGCTGCTTCCTTATTTTCTGTGGTGTATCGCGAACTGGTCCTTAACCACATTGATGGACGGCGAAGGGAACTTTTCGGAAATTTGCATGGTCACTGCCTATGCCTTGCTGCCCATTGCAGTGATACTCATACCTAATACAATCTTAAGCAATGTAATTACCCAGGAAGAAAGTGTGTTTTACTATTTCTTCAACGGGGTTGCGGCTGTATGGTTTCTCTTCTTGCTCTTCGTCGGTACCATGACGGTTCATCAATACACCGTTACCAAAACGCTGGTTACCATCTTTCTTACATTGGTAGGAATGGCTTTTCTCTTATTCCTTGGGTTACTTTTTTTTAGCCTGATCCAGCAAATGTACTCATTCGTGTTTACCATCTATCAAGAGATACAATTTCGGAACTGA	MRKELLLFPFHVMVRPFSGFWDLKYDDMGNLRIAGAIVFLVFMSVVIQHQYGGYIFNNLNADEFNSLVQMRNVLLPYFLWCIANWSLTTLMDGEGNFSEICMVTAYALLPIAVILIPNTILSNVITQEESVFYYFFNGVAAVWFLFLLFVGTMTVHQYTVTKTLVTIFLTLVGMAFLLFLGLLFFSLIQQMYSFVFTIYQEIQFRN				NA	NA	NA	NA	NA
JZ016_05395	2535			hypothetical protein	ATGAAGAAAATATTAATGTTTAGCTTAACTGTGTTACTCCTCGGTAGTGCTGCCATATTCGTTTGGGGTCTTCAACCGGAGATTGCGGATGTCCCGGCATATACAGAAGTAAATATAGAAGGAGCAACTGCGCAGGTTTTTTCTAAACCTCAGGTTGAACTTAAGGGGATGGAGGGCGTGACTTCCAACGGCTTGTTGTCGCTGTACTATGATGCATCCGATACGGGAATTGCCGTACGGAACAATCTGACGGGAACAGTGTGGTATTCAAATCCGCCAGGCCGCGCAGAAGATTCGGGAGCTACATACGCCATGGATTCGCCCCTATCCCTGACTTACGATAATCTGTCGAGACAGCAAGTACGGATGACTTCGTTTGAAGACAGCGTGGCACATGGTCAAGCCAAGGCTGAACCGATCAATGGCGGACTGAAGGTAACCTACCTATTTGGAGAACCCGTATCGAATCTGGATAGGCTGCCGCAGAAAATCAGTAAAGAACGTTATGAGAAGATTATGGAACAAGCAGGCGATTCCTTCAGGCGCCACTTGACCCATGCCTATGTTATCAGGGACAACTCCGAGGTCTATGAGCGCTATGACGATGCGCTTAAAGGAACGATATTGCGGAGAACGATTGAAGCGTTTGAGCTGGCCCATTATACGGAAGAGGATCTGGCTCGTGACCATGAGGAGCATCAAATTGCGCTTGCTGCGGACGATAGTGAAAAATTCAAAGTTTCAATTGAATATGTGCTTGATGGGGCGGATTTTCTAGTAAGAGTCCCGGTAAATGAAGTGGAATATTCAGCAGCCACGCCGATTCGGCATATTTCGGTTCTGGAGTACTTCGGTGCCGGCGGGCCCAAAGACCAAGGCTACTTGTTCGTGCCTGATGGTTCGGGAAGCCTGATTCATATGAACAAAGAGCCAGTTCCTTTTCCATATGAGCAAAGAATCTATGGAGAAGATCCCGCTGTGTATGATCAAAACCAGCAATCCGTAACAGAGACGATCCGTTTGCCCGTATTCGGAATCCAAAAGAATCATAAGGCGCTTCTAGCGATTATCGAACATGGTGCTTCGGTGGCTTCCGTGAAGGCAATGACGAACGGACAGCTGAATTCCTATAATCATGTATTCGCGGAATTTGAAGTGCTTGCCCGAGAGGTGATTCGCATAGAGGCGGGAGAGACGTCTCGCGAAATTCCAACCTACCAAGAGCGCCCTACGGCTGCGGATTATGTGATCCGTTATGTGTTCCTTGAAGATGAGGCTGCAAATTATACGGGAATGGCCCTGGCGTATCAGGAATATCTAGTGGAACGGAATATGCTGATCAAGCGTGAACCGGAGGCTGATTTGCCCTTCTATTTGCAACTGATCGGAGCGATACCCAAACGGAATCATTTTCTTGGCATACCGTATGAGTCGATGCAAGCCCTAACGACATTTGAGCAGGCTCAATCCGTGATCAAACAATTGCAGGAGCGATCATTGGACAATATCAAAGTGCAGTATACCGGATGGTTTAATGGCGGGGTGAATCATACCGTTCCTACACAAGTGTCTCCCGAGAAGGTGCTTGGAGGCAAACGTGGATTAAGAGAATTAAATGACTTCAGCCAGGAAAACGGAGTGGCCTTATACCCGCATGTTTCAATGACAGCGCTTTATCCGTTTCATTCGCTAACCTATACTCCGACCAAGGCTGCCGTCCGACATTTAAACCGGAATGTTGCCGGGTTATATCCTTATGATCCTGCCACAGGGGATTACGATCGGGAAGGGGACCCGCAATATATGCTTGCCCCCCAGCTCTTACCCGGCATGATGAACCGATTGCTGCAAAGCTACAGCCCATATGAATTGAAGGGTATAAGTCTGGGGGGACTGGGCGACAAGCTGTATTCGAACTTTCGCAGAGGGCAATTTATCGATCGTACGCAAACGGAGACGATCTTTGCGGAACAGACAAGCGAGATTCATACTCGGCTGCCGGAAGCCGAGCTCATGGTGAGTGGAGGGAATGCCTACTTGTTCCCCTATGCGCGACACATTGTCCAAGCACCGATGTCAGACAGCGGGTTTCATATCACGGATGAATCGGTCCCCTTTTATCAGATTGTACTCCATGGATACGTAGATTACGCAGGAATGCCTTACAACTTGGCTCAAGAGGTGGAACTTCGCGAATATGTACTGCAATGTCTGGAGTACGGCTCGAATGTATATTTTACTTGGATCTATCAAAAAAACTCGCTCGTGAAAGATACTTCATATAACCACCTCAATTCTGTTCATTATAAGACATGGATTGAGGAGGCTGCCGCAGCTTACCTGGAAGTCAATGAGGTGTTAAGAGATGTATCGGACAGCAGAATTGTATCGCATGAGATCCTTGCGCATGATGTACGCAGAACCGAATATGACGGCGGCAAAGTAGTCATGGTGAACTACAACCCGTATGACGTGACCATAGAGGGGATTACGATTAAAGCCCGGGATTATTATGTTGGAGGTGAGGGGGCTTGA	MKKILMFSLTVLLLGSAAIFVWGLQPEIADVPAYTEVNIEGATAQVFSKPQVELKGMEGVTSNGLLSLYYDASDTGIAVRNNLTGTVWYSNPPGRAEDSGATYAMDSPLSLTYDNLSRQQVRMTSFEDSVAHGQAKAEPINGGLKVTYLFGEPVSNLDRLPQKISKERYEKIMEQAGDSFRRHLTHAYVIRDNSEVYERYDDALKGTILRRTIEAFELAHYTEEDLARDHEEHQIALAADDSEKFKVSIEYVLDGADFLVRVPVNEVEYSAATPIRHISVLEYFGAGGPKDQGYLFVPDGSGSLIHMNKEPVPFPYEQRIYGEDPAVYDQNQQSVTETIRLPVFGIQKNHKALLAIIEHGASVASVKAMTNGQLNSYNHVFAEFEVLAREVIRIEAGETSREIPTYQERPTAADYVIRYVFLEDEAANYTGMALAYQEYLVERNMLIKREPEADLPFYLQLIGAIPKRNHFLGIPYESMQALTTFEQAQSVIKQLQERSLDNIKVQYTGWFNGGVNHTVPTQVSPEKVLGGKRGLRELNDFSQENGVALYPHVSMTALYPFHSLTYTPTKAAVRHLNRNVAGLYPYDPATGDYDREGDPQYMLAPQLLPGMMNRLLQSYSPYELKGISLGGLGDKLYSNFRRGQFIDRTQTETIFAEQTSEIHTRLPEAELMVSGGNAYLFPYARHIVQAPMSDSGFHITDESVPFYQIVLHGYVDYAGMPYNLAQEVELREYVLQCLEYGSNVYFTWIYQKNSLVKDTSYNHLNSVHYKTWIEEAAAAYLEVNEVLRDVSDSRIVSHEILAHDVRRTEYDGGKVVMVNYNPYDVTIEGITIKARDYYVGGEGA				NA	NA	NA	NA	NA
JZ016_05396	897	araP_5	COG1175	L-arabinose transport system permease protein AraP	TTGAAACGTACAGGACCGCTTAGCTTTGAGAAGAAGAAGAGGATTATGGCGATGTTATTTATCACGCCATGGTTTCTGGGGTTCTTATTCTTCTTTGCGACCCCGCTGTTCACCTCATTGCGGTTTAGCTTTAGCGAGTTGAACATGACGAGCAGCGGCTATGAATTAAACGGCATAGGGTTTAAAAACTATACCTTTGCCCTCGGTGTGCATCAAGACTTTAATCGATTGCTCACAGAGGCTTCAATTGACATGATCATCAATGTGCCGTTAATCATCGTTTTCAGTTTATTTCTTGCCACCATCTTGAATCAGAAGTTCCGCGGCAGAGCAGCCGCCCGTGCCGTCTTTTTCCTGCCCGTTATCCTTGCTTCCGGGGTCATGACAAGCATTGAGGATGCTAGCTTCATGTCTGAGCTAATGGCGGGGAGCAAAAATGCAGGCAGTATGCAGCTCCTTCAGAGTTTGAATTTGGAGAACATGATGCTCGAAAGCGGATTTCCCCCCACTTTCGTGGAATATCTGACTGGCGCGGTAGATCGCATCTATTCCATCATCAGCAAATCAGGCGTGCAGATCCTTATATTCCTGGCAGGCCTTCAATCCATTCCGTCATCATTGTATGAAGCTTCGAAGATGGAAGGCGCTACGGGTTATGAGACATTCTGGAAGATTACGTTTCCCATGGTCAGCTCGTTGATACCCATCATTGTTGTCTATTCCATTATCGACTCCTTTATTGATAACAAAGTGACAACCTTAATTCATAATATCGCATTCAGCAATATTGATTTTGGGATCAGCTCGGCGATGTCCTGGATATACTTCTTGATGGTCGCTGTCATTCTTGCCGTCAGCATGGCGCTCGTCTCTAAAAGAGTATTTTATAATAACTAA	MKRTGPLSFEKKKRIMAMLFITPWFLGFLFFFATPLFTSLRFSFSELNMTSSGYELNGIGFKNYTFALGVHQDFNRLLTEASIDMIINVPLIIVFSLFLATILNQKFRGRAAARAVFFLPVILASGVMTSIEDASFMSELMAGSKNAGSMQLLQSLNLENMMLESGFPPTFVEYLTGAVDRIYSIISKSGVQILIFLAGLQSIPSSLYEASKMEGATGYETFWKITFPMVSSLIPIIVVYSIIDSFIDNKVTTLIHNIAFSNIDFGISSAMSWIYFLMVAVILAVSMALVSKRVFYNN				NA	NA	NA	NA	NA
JZ016_05397	963	melC_18	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGACACCGGCGACATGGACGAAGCTGAAAACCGCAGTTTGGGTAGTGATCAGGGCGATACTTCTCATTGGATTGGTCTTTGTAGTGCTTTACCCGATTCTGGTTAAAATTGTGACCATGATCAAGGATAAAGCCGATATTTATAATCCTGTGGTCGTGTGGATTCCTGAAAACTTCACCTTTAGCAATATCAAAATCGTATATGAGATTATGAATTACTGGCCGACGTTGTTAAATACATTCACCTTATCGACGGTGATGATGATTCTCCAGTTAGTATCCTGCGCACTAGCCGGATATGGATTTGCCAAATGGCAGTCCAAGTGGGCGAAGCTGTTATTTGCAGGAGTTATAGCTACCATTCTGGTTCCGCCGCAAACGATTATGGTGCCGCTATATTTAACTTTTCAAAATTTTGATTTCTTCGGATCATACCAGTGGATAACGGGGAGAGATGGACTGAATCTACTGAATACTTACTGGCCGTTCATCCTGACGGCACTGACTGGGAATGCGTTAAAGTCCGGCCTATATATCTATATATTCAGGCAATTTTTCCTGAATATGCCCAAGGACCTGGAAGAAGCGGCATTCGTGGATGGGGCGGGCATGTTGAAGACATTCACCCACATTATCATACCGAGTGCGATACCTTCGATTATAACCGTTTCCCTGTTTTCCTTCGTATGGCAGTGGAATGACACCTTCTTTACGGGGAATTTCTTGAGCGGCGTGAAGGTATTATCCAATGAGCTTGTTGCTCTGCCGGCCAACGTGAATAACTATCTATTGTTCAGCGTACCCGGAGCAAGCTTGGAGACCGCCACCAGCATTGATCCATTCTATGCTTCGATGCTGGTGGATACCGGGCTGATGCTCTCTATTATGCCGTTGATCATTCTGTATTTATTTGTGCAGCGCTATTTTGTAGAAAGTGTGGAGCGTACAGGAATTGTTGGGTAA	MTPATWTKLKTAVWVVIRAILLIGLVFVVLYPILVKIVTMIKDKADIYNPVVVWIPENFTFSNIKIVYEIMNYWPTLLNTFTLSTVMMILQLVSCALAGYGFAKWQSKWAKLLFAGVIATILVPPQTIMVPLYLTFQNFDFFGSYQWITGRDGLNLLNTYWPFILTALTGNALKSGLYIYIFRQFFLNMPKDLEEAAFVDGAGMLKTFTHIIIPSAIPSIITVSLFSFVWQWNDTFFTGNFLSGVKVLSNELVALPANVNNYLLFSVPGASLETATSIDPFYASMLVDTGLMLSIMPLIILYLFVQRYFVESVERTGIVG	PGPT0016540_857	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05398	1296			hypothetical protein	ATGAAAACACTAAGGATTAGCGAGAATCAACGATTTTTGTCTTATGAAGACGGGGCGTCCTTCTTCTGGCTGGGAGATACCGCTTGGGAACTGATTCACAAGCTGAATCGCGAAGAAGTGGATGAGTATTTATTGCATCGCGCGGACTTGAAATTTAATGTTATCCAAACTGTCATATTGGCCGAGTCGAATGGCTTGTGTACAGGCAATGCTTACGGAAAGTTGCCGCTTAAACAGAACGCGGGTGGTTTTTATGACCCGGGGTTACCAGATACAGACGGAACGAACCATTATTGGCATCACGTGGATTATGTGATTGATCGCGCTGCGTCACTGGGTTTATATGTTGCTTTACTGCCGACTTGGGGGGATAAGTTTCATCTTAAGCATGGAACGGGACCGGAGATCTTCAATGAACAGAACGCAGCAATTTATGGGCGTTGGGTCGGGGAACGGTATAAGGATCGGCCGAACGTTATATGGGTGCTGGGTGGGGATCGCCCCTTGGTAACGTTTGATCATTTTGCGATCATACGTGCCATGGCGCAAGGCCTGAGGGAGGGAGATCAAGGTCGACACTTAATGACATATCACCCGGCAGGATGTCAGTCGTCCTCACACCAGCTGCATCATGAAACCTGGCTTGATTTTAACATGATTCAGTCGGGACACGGCGAGCGTCTTACCAGTAGCCATAGAATGGTGACGGAGGATTATCATAAGACACCTACAAAACCGACGCTAGATGCAGAGCCTTGTTATGAGGATATACCCATCGGCTTTCGACCGGAAAACGGTTATTTTGATGCTTCCGATGTTCGAACAGCTGCCTACTATGCGGTATTTTCAGGCGCTTTCGGACACACGTACGGACATCACAGTATTTGGTCCATGACATTAAAGCCTGGTGATCATTACCTTATGCATTGGCGTGATGCGTTATCGCGACCGGGTGCAGCACAAATGCAGCATCTGCGGTCATTGATGGAAGCTTACCCCGACCTCGATCGAGTGCCAGATCAAAGCCTTCTCGAAAGCAACCATTCCGGCGCCAACTACATGGCGGCAACCAGAGGAAGGGATTTCGTGATGATATACAGTCCCAATGGGGTGGCGGCAAGCGTTGTAATGGGAAAAATTGCGGGTGATCAGGTGAGAGCTGCATGGTATGATCCGCGAAATGGCCAGTTTATAGAAGCTGGAAGGTTCCCCAACTCCCGAATACAGGTCTTCCAGCCACCTACCAGCGGAAGAGGCAACGATTGGGTTTTGCTATTGGAAACGGTGTTGGAATAA	MKTLRISENQRFLSYEDGASFFWLGDTAWELIHKLNREEVDEYLLHRADLKFNVIQTVILAESNGLCTGNAYGKLPLKQNAGGFYDPGLPDTDGTNHYWHHVDYVIDRAASLGLYVALLPTWGDKFHLKHGTGPEIFNEQNAAIYGRWVGERYKDRPNVIWVLGGDRPLVTFDHFAIIRAMAQGLREGDQGRHLMTYHPAGCQSSSHQLHHETWLDFNMIQSGHGERLTSSHRMVTEDYHKTPTKPTLDAEPCYEDIPIGFRPENGYFDASDVRTAAYYAVFSGAFGHTYGHHSIWSMTLKPGDHYLMHWRDALSRPGAAQMQHLRSLMEAYPDLDRVPDQSLLESNHSGANYMAATRGRDFVMIYSPNGVAASVVMGKIAGDQVRAAWYDPRNGQFIEAGRFPNSRIQVFQPPTSGRGNDWVLLLETVLE				NA	NA	NA	NA	NA
JZ016_05399	2547			hypothetical protein	ATGGAGCATACGTCCAAGGCATACGCTGCTGATGCTACGCTGATGGTTGATGCCGATACGGTAGTGGCGCCGATGAAAGATGAGATCCGAGGAACGAATATTGGTCTGTGGACAAGAAATGAGTTCCATCCGGTGAGCACTCGATCGGAACAGTATGTAAATTTGATTAAAGAAGCAGGCATTAAAATGATACGATTCCCTGCTGGCGTCGAGGCTGATATGGCCTATTGGGATCGCACGAACTCATACGAATGGCATACGGGTCCCAATCCGTACACGAGAACGATCGCGGCGGATGTCTTGGACAGCTTTATGAGTTTGGTGCAGGAAGTTGGAGCCGAGCCACTTATCACGGTTAATGCCAAAGTGAATGACAAAGATATGGCCGCCGATATGGTGAGGTACGCGAATATTGAGAAGGGCTATAATATCAAATATTGGGAAATCGGAAATGAGCCAGAGTTTTTCCGCGATGCCTATGCAGTTACACCACTTGAGTATGCAGCCAGAATCCGGGAATATTCGGATGCTATGAAGGCTGTGGATCCCACCATTACGATCATGGGTCCCGCAAATGCGCAGCCTATGCAGATGACCAGCTGGACAAAGCCGGTTCTCTCTACTTTGGCTGACCTTAACAAGCCGCTGGATGCTATATCGATCCATTGGTATCCGCTGTGGGGCGGTCAGACCAATCCCAATTCGTCCTCTTTTCCTACGATCGACAATTTATTGACCTACGAAGGGACGGATTATCCAAATTCCTACATCAATTGGGCGAATCAATTTACCGACACGACACCGACGGATAATCTCGTCAGTTATCGTGACCAGTACGCACCAGGAGCTTTACTGGGCATCACTGAACTTGGTCAAGTGACTGGAGGTGAGGAAGGTGCAGGGATTGGTGACACGATGGCCGGAGCGCTATGGCTGGGCGATGTTCTGGGCAGGCTGGCCTACCACCAAATGGATTTTGTTACCCAGTTTCTCCTGCAGGGCAATCAAGCATACGGCTTGATGGACATCAATAAGAACGTGCGGCCAGCCTATTACCTGTACCCGATGCTAAATCGTTACTTTGGTGATCAGATGGTAGCGACAAGCTCCAGCGACAACCAGAATTTAACCATATGGGGCAGTAAACGCACAGGCGTCAATAACAAGCTCTATCTCATGGTAATCAATAAAAATCAGACCCAAGACCTGAGCGCAACCATTAATCTGTCCAATTTCATACCCGAGTCAATGGCTTCCTCTTGGGTGTTAAACGCACCGGCCATCAACTCTCAATCCGGAGCCAACATTAACGGTATCCAGGTTGCCTCGAACGGTACGCTGCCAACAATACCCGGCAATACGATCACGGGTGTATCCAATAGCTTTACAAGAACATTCCCAGCTCATTCGATTACGATGGTGGAACTAACGGGAACAGAAGAAACACCAGAGGCCCTATCCCGTTATCTTGGCCAGTATGCAGTCGGCATGAATGAGAGAAAGACCGCATCCGACTACCCCGGCACCCAAGCAGCAACTCCGCAAGGCTGGGGCAAAATCTGGCGGACGGGGTCTGCGCAATGGTCCGTGCATTTTCCGACCACAGGAAATTATGATTTCACGATTAAAGCTTATGGCGAAGGAGGCGGGCCTGCCTTCCAGGTGAAGCTGGATGGACAGAACGTTCCGAATGCGGCATTCAGCCCTGGCAGCAGCTGGGCCGATTACCAAGGAAGTCTCGGAACGGTCACAGCCGGTACACATACCATTCAGATATACAACAACAGCCCGGTTGCGCAGAGCAACATCGATGTAGCGCATATGGATATCGAGGGTGCAGCACCGGGTCCGTTTACGCTTAAATCACCGGCGAACAACGCATCCGTGGAAGGCACCAGCGTTACTCTGGATTGGACGCAGGTTATCGATGGCAAATCTTATGCACCTTTCGGTTCGGATCATTACACGGTCATTGTTTCGAGCCATGCAGCGTTAACGAATCCGATCGTCAATACAACGGTTACGGGAACTACGCATCAAGTCAACAATCTGCAAAGTAACACGACGTATTATTGGAAGGTTATTGCGAATAATGCCAGCGGTTCCACACCGTCCGCAGATGTGTTTAGTTTCATTACACCGGCTGGGCCGGCTGCTCCCTCTCGTTACCTGGGAGTCGAGGCTAATGGCATGAACGAAATCAAGGGAGCAGGCGATTGGCCGGGAAGCGCTGCCCAAACTCCTGATGGATGGGGGAAAATCTGGCGGACGGGTACCGCAGGATGGACGGTGAATATCCCCGCCGCAGGCAAATATGACTTTACGATTAAAGCTTACGGTGAAGGGGAAGCTCCGTCCTTCCAGGTGAAATTGAATGGGCAGAATGTATCGAATGGCGCGTTCACACCGGGCAGCAGCTGGTCAAACTATCAAGGAAGCCTGGGAACGCTGTCGGCAGGCACACATACGATTCAAATTCATAACAACAGTGCCGTAGCTTTCAATAACATCGACGTGGCGCACATCGATATCGTTCCATCTCCCTGA	MEHTSKAYAADATLMVDADTVVAPMKDEIRGTNIGLWTRNEFHPVSTRSEQYVNLIKEAGIKMIRFPAGVEADMAYWDRTNSYEWHTGPNPYTRTIAADVLDSFMSLVQEVGAEPLITVNAKVNDKDMAADMVRYANIEKGYNIKYWEIGNEPEFFRDAYAVTPLEYAARIREYSDAMKAVDPTITIMGPANAQPMQMTSWTKPVLSTLADLNKPLDAISIHWYPLWGGQTNPNSSSFPTIDNLLTYEGTDYPNSYINWANQFTDTTPTDNLVSYRDQYAPGALLGITELGQVTGGEEGAGIGDTMAGALWLGDVLGRLAYHQMDFVTQFLLQGNQAYGLMDINKNVRPAYYLYPMLNRYFGDQMVATSSSDNQNLTIWGSKRTGVNNKLYLMVINKNQTQDLSATINLSNFIPESMASSWVLNAPAINSQSGANINGIQVASNGTLPTIPGNTITGVSNSFTRTFPAHSITMVELTGTEETPEALSRYLGQYAVGMNERKTASDYPGTQAATPQGWGKIWRTGSAQWSVHFPTTGNYDFTIKAYGEGGGPAFQVKLDGQNVPNAAFSPGSSWADYQGSLGTVTAGTHTIQIYNNSPVAQSNIDVAHMDIEGAAPGPFTLKSPANNASVEGTSVTLDWTQVIDGKSYAPFGSDHYTVIVSSHAALTNPIVNTTVTGTTHQVNNLQSNTTYYWKVIANNASGSTPSADVFSFITPAGPAAPSRYLGVEANGMNEIKGAGDWPGSAAQTPDGWGKIWRTGTAGWTVNIPAAGKYDFTIKAYGEGEAPSFQVKLNGQNVSNGAFTPGSSWSNYQGSLGTLSAGTHTIQIHNNSAVAFNNIDVAHIDIVPSP				NA	NA	NA	NA	NA
JZ016_05400	1284			hypothetical protein	ATGTGGATGAAAGAGTATCCGTTAGCGGATTCCTATGATGTTGTTGTTGTCGGTGGAGGGTCTGCAGGTTTTACGGCTGCGATTCAAGCAGCACGTGCAGGGGCAAAGACCACCCTTATTGAGAAGAATAGTATCCTTGGCGGCACAACGGTGGTGGCAGCGGTCGATTTCCCCGGTCTATTTCACGCATGTGGGAAGCAGGTCATTGGAGGCATAGGTTGGGAAGCCATTGAGCGTACAGTGGCCAAAGGAGGAGCGACCCTGCCGGATTTCACCAAATCGGTGGGGAATAGGCATTGGGAACACCAAATAAGGGTCAATCGATTTGTATATAGTACCATCCTTGAAGAAATGTGCCTGGAAGCCGGTGTCGTGCTTCGTTACCATGAAATGCCGGCAGCTGTCTATGTGCAGGGTCAGGAGCGCCGGCTGATGACAGCAGGAAAATCAGGACTTTCAGCTATTGGATTCAAGAAGATGGTGGATGGAACCGGCGATGCCAATATGGCAGGACTGATGGGATATGAGCGGGTAAAGGGGGAAGTGCTGCAGCCGGGAACACTGGTCTATAAGCTTGGCGGATATCAGATGGAACAGGTCGATGTCACCGCATTGAAAGAGGCTTACTCCACCGCCTTGCAAGCTGGAAATATCAGGAGGACCGATCATCTGCCAGGAGAAATCCCGTTGTACAGGGAGCTCCAAAGCAGGGGAAGCAGTTCGCTGCATATTACCGATATTGATGGTTCAACTTCGTTGACGAAGTCCCATGCTGAAATTGAAGCAAGAAAGGCGCTAATGCGCATTTACAGTTTGCTCAGGGGCATTCCCGGCTGCGAACAGCTGTATGTTGAGTATTTTGCCAATGAATGCGGGATTCGGGAAACGTGGCGTATTGCCGGAGAAGAATGGGTAGACGCGGACCGTTATATCAGTGGCTATCGATGGCCGGATGCGGTTTGCTACAGCTACTATCCGATCGATATCCATCAGCACGATTCCAATACGACGGATGTTCGGCCTCTGGCCGAAGGTGTGGTACCAACCATTCCTTATGGGGCATTGGTACCTCGCGGAAGCGATCATTTGCTTGCAGCTGGGCGATGTGCTTCCGGTGACCGGGTTGCTCATTCGGCCTACCGGGTTCAAGCCAGCTGCATGGCTATGGGGCAGGCAGCTGGCGCCGCCGCTGCAATTGCTGCTCGGGATGATATATCGGTCCGGCAGGTGAACCTGGAGGAAGTAAGAGATGTGCTGCTGGCGCACGCTGCGATTGTGCCTTAG	MWMKEYPLADSYDVVVVGGGSAGFTAAIQAARAGAKTTLIEKNSILGGTTVVAAVDFPGLFHACGKQVIGGIGWEAIERTVAKGGATLPDFTKSVGNRHWEHQIRVNRFVYSTILEEMCLEAGVVLRYHEMPAAVYVQGQERRLMTAGKSGLSAIGFKKMVDGTGDANMAGLMGYERVKGEVLQPGTLVYKLGGYQMEQVDVTALKEAYSTALQAGNIRRTDHLPGEIPLYRELQSRGSSSLHITDIDGSTSLTKSHAEIEARKALMRIYSLLRGIPGCEQLYVEYFANECGIRETWRIAGEEWVDADRYISGYRWPDAVCYSYYPIDIHQHDSNTTDVRPLAEGVVPTIPYGALVPRGSDHLLAAGRCASGDRVAHSAYRVQASCMAMGQAAGAAAAIAARDDISVRQVNLEEVRDVLLAHAAIVP				NA	NA	NA	NA	NA
JZ016_05401	1584	nag3	COG1472	Beta-N-acetylglucosaminidase/beta-glucosidase	ATGAAATTTACAATTAAACTCTCACAAGCAGCAGCGGAAGTCGTGGATTCTTTAACAAACCGGGAGTTGCTGGACCAAGTATGCTGCCCGACGTATACGAGAGTGGGCCCGGACCGGACGGAAACCTTTGGAGCGATGTTTTTCCATCCTACGGAGCGGGAGGAGCTTGAGCAGCAAATCGAACGATTCCAATCCAGATGCAAGATCCCCCCGTTTATTGTCAGTGATCTTGAATGCGGTGCAGGTAATATGGTGCTTGGTGCAACGAAATTCCCGTCGATGATGTCGATCAGCCAAACCAATTCAGAAGAACTGGCTTATGAGGTTGGAGCCATTGCTGCCAAGGAAGCCGGTGAGCTCGGATATAACTGGACGTTCTCGCCGGTCGCGGATCTGGCATACGACCCGGACAGCCCTGTCGTCGGCATACGAAGCGCGGGTAAGGATCCGGAACATACGGTAAAAATGGTGTCGGCTTATATGCGGGGTCTTCAGGACCATGGCATGATGGCAACGATCAAGCATTTTCCAGGGGATGGATTTGGAACATATGATCAACATTTGACGACCCCAGTGAATCCATTATCGAGGGAAGAATGGAGAGCTGGACCTGGCAAAGTGTTCAAGGATCTCATTGACGATGGCGCGATGGCGATCATGCCAGGTCATATATCTTTGCCGGCTTTTGATGAGATCGATGAGGCGACGGGAACCTATCCGCCTGCCACGATATCCAGGAAGCTTCTGGTTGACCTGCTCCGCGGCGAGCTTGGGTTTGATGGGCTGATCGTTACCGATGCGGTGGAGATGGGGGGACTTGTAGGGTACATAAATTATTTTGACGCCTGTGCTCTGGCATTAGAGAATGGCTGCGACATCCTGCTCTTCACAAGAATGGATGACATATTCTACAGGGAGATGGAACAGCGTCTTGAGACCGGTATGCTGTCGATCGACACGTTGAAAAAGCGGGCTCTTCGAATTGTGTCACTCAAGTTTCAGTTGGGACTGATGGATGGAACGCACCGAGTCGTCGAAGCATCCAATCCGATTCGTAATCTTGAAGCAGCTAAGGAAGTCGTAGCTAAGAGTATCACTGTCGTAAGAGACCGAAAGCAGTTGATACCGTATCCGATCACCAGACAGACCCGAGTTCTTCATGTAGTGATCATGAACCATGCTGATCGATATGCGGAGCTCTACGACAAAATGAAAGATGAACTCGGAAAACATACAGACCAGCTGACTCAGTGGGTTGACCCGGGACCCGACAATCTATACCGTGCGATGTGCGAACAGGCCTATGATCTTGTTATATGTTCGATTGGAAGCAAGCTTAGTTACGGACTGAACGTCGTTCGTCTGCACGATGAGGTTGCCAGAAATATGATGGCCGGGTGGAGCAAGTTGGGTACGCCGATCATCTTTGTGTCTCATTTTCATTCCTATGTGCATAAAGAATACGAGACTTCCATCGATACGATCGTGAACACATACGGTGACATTGACTGCACAATTGAATATCTAATTGAGGGCATATTCGGGAAGAGGGGGCTGAATCGCAGCCTGTATGCACATGATTAA	MKFTIKLSQAAAEVVDSLTNRELLDQVCCPTYTRVGPDRTETFGAMFFHPTEREELEQQIERFQSRCKIPPFIVSDLECGAGNMVLGATKFPSMMSISQTNSEELAYEVGAIAAKEAGELGYNWTFSPVADLAYDPDSPVVGIRSAGKDPEHTVKMVSAYMRGLQDHGMMATIKHFPGDGFGTYDQHLTTPVNPLSREEWRAGPGKVFKDLIDDGAMAIMPGHISLPAFDEIDEATGTYPPATISRKLLVDLLRGELGFDGLIVTDAVEMGGLVGYINYFDACALALENGCDILLFTRMDDIFYREMEQRLETGMLSIDTLKKRALRIVSLKFQLGLMDGTHRVVEASNPIRNLEAAKEVVAKSITVVRDRKQLIPYPITRQTRVLHVVIMNHADRYAELYDKMKDELGKHTDQLTQWVDPGPDNLYRAMCEQAYDLVICSIGSKLSYGLNVVRLHDEVARNMMAGWSKLGTPIIFVSHFHSYVHKEYETSIDTIVNTYGDIDCTIEYLIEGIFGKRGLNRSLYAHD	PGPT0012175_1375	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207	NA	NA
JZ016_05402	2256			hypothetical protein	ATGAAGAAGATCACGGCGTTGAACTGGGAGGTGGGCTGGAGTGATCATGCGGGGCAATTTCCGGATCGCTGGGTCCCTGCCACCGTACCCGGCGCAGTCCAATTGGATTGGGCCCGGGCTGAAGGATGGGGAGATCACACCTATGGTGAGAATTGGCGTCAATATGAATGGATGGAGGATAAAACCTGGACGTATCGGGCTTGGCTGCGCCCCCCGGCAAGTTCACCAGGCGAGCGGCTCTATTTCATATCGAAAGGAATCGATTACAGCTTTCATATTCGCCTGGACGGCACCGAGCTGCTGCAGCAAGAGGGGATGTTCACGCCGGTAGAACTGGATCTGACCGAGTACTTACGCGGGGAGGACGGTCTGCTTGAAATCGTGATCGATCCTGTCCCCAAGCGTCCTGGCGCACCTCCCGGCAGAGGTCGTTCACAGGCGGACCACTCCTGCAAGCCGGCGGTGAGCTACGGGTGGGATTGGCATCCACGCCTGATCCCGCTCGGAATCTGGGACGATACGTACCTTGTCGTCAGGCCGGAAGCGCATCTTGCGTCTTCTGAGGTGCGTTATGAATTAACAGAAGCGCTGGATGAAGCGGCATTGGAGCTGCAAGTGCGTCTTAGCCAACCTGCAGCGGGGGAGCTGCAATGGAGGCTGATCGGTCCCGAGGGAGAGACGGTATTTGAGGAAGCATGGGTTGTAAACGATGAAAGCCCGGTCCATGCGATACAGAAGAGGCTTTTGAAGCCTCGGCTATGGTGGCCGCATGATCATGGTGAACAGCCCCTGTACCGCTCGGAGGTGAGTTTCAAGCCGGTGGATAGTTCGGGCTCATCGACATCCAGCAGGCATCAGAGGATCGGCTTCCGACGCGCAAGGCTGGTGATGCACGAAGGGGCATGGAAGGAGCCCTCCCAATTTCCCAAGAGTCGAAGCAATCCGCCGATCACGATGGAGATCAACGGCCGGCAGATATTTTGCAAAGGCACGAACTGGGTAAACCCGGACATTTTCCCGGGGCGAATTCGCGCAGAGGATTACGGAATCCTGCTGGACTTGGCCAAGGCAGCCCATATGAACATGCTCCGGGTGTGGGGAGGAGGGATTGTCAACAAGGAATCCTTTTTCGAGCGATGCGACGAAATCGGGCTAATGGTCTGGCAGGAGTTCCCGCTGGCATGCAACCAATATCCGGACACCCCTGCTTATCTCCGGGTGCTGGATCAGGAATCGCGCTCGATCATCGAGCGTCTTCGGAGGCATGCGTCGGTGGTGCTGTGGTGCGGCGGCAATGAGCTGTTCAATTCTTGGTCCAAAATGACGGATCAATCGTTGCCGCTCAGGCTTTTAAATGCGAACTGTTACATGCTGGATCCCCATACCCCTTTTTTGATGACATCACCGATCGAGGGCATGGCTCACGGGAATTACGTGTTTCGTTATGAATCCGGCGAGGATGTCCTGCAGTCCATGCCTAAGGCGAGGAATACGGCTTACACCGAGTTCGGCATACCCTCACCTGCATCTGTTGAACAATTAGAGAGCTTTATCCCAGCCAAAGAGCTGTTCCCGCCTAGACCTGGCACGACATGGGAGTCTCATCACGGATTCGGCGCTTGGCAGGGGGATACTTGGCTGATGCCGGAGCTCATCCAGCATTACTTCGGGCCAAGCGAGACCTTGGAGCAATTGGTGGACCGCGGTCAGCTGCTGCAGTCGGAAGGGTACAAATGTATCTACGAGGAAGCCCGCCGTCAAAAGCCGGTATGCTCCATGGCCCTGAACTGGTGTTATAACGAGCCTTGGCCGACCGCAGCCAATAACAGCATCATCATGTATCCGGCCAGGCCGAAGCCGGCATATTACGCAGTGCAAGCTTCATGCAGGCCTGTCCTTGCAAGCGCTCGCATACCAAAGTTTGTGTGGAGGCCAGGGGAATGGTTTGAGCCAGAGCTATGGCTGCTGAGCGATAGTCCCGACAACATCAAGCCTGGACGAATAGGAGTGTATGTAACGTTCGGTGCGGGTGAGAAATTGTTATTGCAGGAGTGGGATTTTCCTTCTATCCCGCCTGGTATGAACCAGATCGGCCCGACTGCAAGATGGTTGCTGCCTGACATGGCCTCCGGCAGAATGAAACTCGAATTGGTCGTGACTGACAGGCCAGAGTGGGATTCCGAGTATATTTTGTTATTCAAGAACGGCGAGAGCACGGAAAAAGCATCTGGGCACACACTGAATCTGAATCTATGA	MKKITALNWEVGWSDHAGQFPDRWVPATVPGAVQLDWARAEGWGDHTYGENWRQYEWMEDKTWTYRAWLRPPASSPGERLYFISKGIDYSFHIRLDGTELLQQEGMFTPVELDLTEYLRGEDGLLEIVIDPVPKRPGAPPGRGRSQADHSCKPAVSYGWDWHPRLIPLGIWDDTYLVVRPEAHLASSEVRYELTEALDEAALELQVRLSQPAAGELQWRLIGPEGETVFEEAWVVNDESPVHAIQKRLLKPRLWWPHDHGEQPLYRSEVSFKPVDSSGSSTSSRHQRIGFRRARLVMHEGAWKEPSQFPKSRSNPPITMEINGRQIFCKGTNWVNPDIFPGRIRAEDYGILLDLAKAAHMNMLRVWGGGIVNKESFFERCDEIGLMVWQEFPLACNQYPDTPAYLRVLDQESRSIIERLRRHASVVLWCGGNELFNSWSKMTDQSLPLRLLNANCYMLDPHTPFLMTSPIEGMAHGNYVFRYESGEDVLQSMPKARNTAYTEFGIPSPASVEQLESFIPAKELFPPRPGTTWESHHGFGAWQGDTWLMPELIQHYFGPSETLEQLVDRGQLLQSEGYKCIYEEARRQKPVCSMALNWCYNEPWPTAANNSIIMYPARPKPAYYAVQASCRPVLASARIPKFVWRPGEWFEPELWLLSDSPDNIKPGRIGVYVTFGAGEKLLLQEWDFPSIPPGMNQIGPTARWLLPDMASGRMKLELVVTDRPEWDSEYILLFKNGESTEKASGHTLNLNL	PGPT0018765_1422	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018765-manB-K01192	NA	NA
JZ016_05403	2250			hypothetical protein	ATGGTCACCAGACAGACAATGGAATGGGAAGTAGGCTGGAGTGATCATGCGGGGCAAGCTCCGGATCGCTGGGTCCCTGCCACCGTACCCGGCGCAGTCCAATTGGATTGGGCTCGAGCTGAAGGATGGGGGGATCACACCTATGGTGAGAATTGGCGTCAATATGAATGGATGGAGGATAAAACCTGGACGTATCGGGCTTGGCTGCGCCCCCCGGCAAGTTCACCAGGCGAGCGGCTCTATTTCATATCGAAAGGAATCGATTACAGCTTTCATATTCGCCTTGACGGCACCGAGCTGCTGCAGCAAGAGGGAATGTTCACGCCAGTGGAACTGGACCTGACGGAGCGCTTACGCGGGGAGGGCGGTCTGCTGGAGATCGTGATCGATCCTGTCCCTAAGCGTCTTGGAGCGCCTAGAAGCCGGGATCAGGCGGATCACTCCTGCAAGCCGGCGGTGAGCTACGGGTGGGATTGGCATCCTCGCCTGATCCCGCTCGGAATCTGGGACGATACGTACCTTGTCGTCAGGCCGGAAGCACATCTTGCGTCTTCTGAGGTGCGTTATGAATTAACAGAAACGCTGGATGAAGCGGCATTGGAGCTGCAAGTGCGTCTTAGCCAACCTGCAGCGGGGGAGCTGCAATGGAGGCTGATCGGTCCCGAGGGGGAGACGGTATTTGAAGAAGCATGGGCTGTAAACGGTGAAAGCCCGGTCCATGCGATACAGAAGAGGCTTTCGAAGCCTCGGCTATGGTGGCCGCATGATCATGGTGAACAGCCCCTGTACCGCTCGGAGGTGAGTTTCAAGCCGGCGGATAGTTCGGGCACATCGACATCCAGCAGGCATCAGAGGATCGGCTTCCGACGCGCAAGGCTGGTGATGCACGAAGGGGCATGGAAGGAGCCCTCCCAGTTTCCCAAGAGTCGAAGCAATCCGCCGATCACGATGGAGATCAACGGCCGGCAGATATTTTGCAAAGGCACGAACTGGGTAAACCCGGACATTTTCCCGGGGCGAATTCGCGCAGAGGATTACGGAATCCTGCTGGACTTGGCCAAGGCAGCCCATATGAACATGCTCCGGGTGTGGGGAGGAGGGATTGTCAACAAGGAATCCTTTTTCGAGCGATGCGACGAAATCGGGCTAATGGTCTGGCAGGAGTTCCCGCTGGCATGCAACCAATATCCGGACACCCCTGCTTATCTCCGGGTGCTGGATCAGGAATCGCGCTCGATCATCGAGCGTCTTCGGAGGCATGCGTCGGTGGTGCTGTGGTGCGGCGGCAATGAGCTGTTCAATTCTTGGTCCAAAATGACGGATCAATCGTTGCCGCTCAGGCTTTTAAATGCGAACTGTTACATGCTGGATCCCCGTACCCCTTTTTTGATGACATCGCCGATCGAGGGCATGGGGCATGGACATTATATGTTCCAATACCGGAACGGCGAGGATGTGCTCCAGTCCATGCCTAAGGCCAGGAACACCGCATATACCGAATTTGGTGTTCCTTCCCCGTCGTCCGTAGAGCAGTTAAAGAGCTTTATTCCCGCTGATGAACTGTATCCGCCACGACCCGGGACGGCTTGGGAAAGTCATCACGCATTCCATGCGTTGTCAGATAATATGTGGCTGATGGCCGACCAGATTGAGCATTATCTCGGTCCCTGGGAGACGCTGGAACAGCTGGTGGAGTACGGTCAGCTGCTGCAGTCGGAAGGGTACAAATGTATCTATGAAGAAGCCCGCCGTCAAAAGCCGATATGCTCCATGGCCCTGAATTGGTGTTATAACGAGCCTTGGCCGACTGCAGCCAATAACAGCATCATCATGTATCCGGCCAAGCCGAAGCCGGCTTATTATGCAGTGCAAGCTTCATGCAGACCTGTCCTCGCAAGCGCACGCATTCCAAGGTTTACTTGGAAAGAAGGCGAATGGTTTGAGCCTGAACTATGGATGTTGAATGACAGCGCGGAGCAGGTCCCGGCAGGCCGGATCGAAGCCTGGTTGACCGTTGGATCGAGTGAACGACAATTCGTGTTGGCATGGGATTATGCCGATCTGGCATCTAATGAGAATCGGCGCGGACCAACAGCCAGAATCAAACTCCCTCGTTCGGAAACCGGCAGAATGAGGTTAGAATTGATCGTCGTCAACCGACCAGAGTGGAATTCGGAATACGTCCTGTCTTTTAAGGGGCATCATCCGCGTACTGAACCTGATCGGAATACGCTGAATTTTGGTTCATAG	MVTRQTMEWEVGWSDHAGQAPDRWVPATVPGAVQLDWARAEGWGDHTYGENWRQYEWMEDKTWTYRAWLRPPASSPGERLYFISKGIDYSFHIRLDGTELLQQEGMFTPVELDLTERLRGEGGLLEIVIDPVPKRLGAPRSRDQADHSCKPAVSYGWDWHPRLIPLGIWDDTYLVVRPEAHLASSEVRYELTETLDEAALELQVRLSQPAAGELQWRLIGPEGETVFEEAWAVNGESPVHAIQKRLSKPRLWWPHDHGEQPLYRSEVSFKPADSSGTSTSSRHQRIGFRRARLVMHEGAWKEPSQFPKSRSNPPITMEINGRQIFCKGTNWVNPDIFPGRIRAEDYGILLDLAKAAHMNMLRVWGGGIVNKESFFERCDEIGLMVWQEFPLACNQYPDTPAYLRVLDQESRSIIERLRRHASVVLWCGGNELFNSWSKMTDQSLPLRLLNANCYMLDPRTPFLMTSPIEGMGHGHYMFQYRNGEDVLQSMPKARNTAYTEFGVPSPSSVEQLKSFIPADELYPPRPGTAWESHHAFHALSDNMWLMADQIEHYLGPWETLEQLVEYGQLLQSEGYKCIYEEARRQKPICSMALNWCYNEPWPTAANNSIIMYPAKPKPAYYAVQASCRPVLASARIPRFTWKEGEWFEPELWMLNDSAEQVPAGRIEAWLTVGSSERQFVLAWDYADLASNENRRGPTARIKLPRSETGRMRLELIVVNRPEWNSEYVLSFKGHHPRTEPDRNTLNFGS	PGPT0018765_1422	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018765-manB-K01192	NA	NA
JZ016_05404	855	lsrF	COG1830	3-hydroxy-5-phosphonooxypentane-2,4-dione thiolase	ATGAGGGCAGATGCAAGGTTACGAAGAATGTTCAGTGAGGCGGGTAAGTGTTTTGACGTAGCCATCGATCACGGTTTTTTTAATGAGTATTCCTTTTTGCAATCCATAGAAAACATGAAACAAGCGGTCGAAACCGTCGTAAAAGCCAACCCGGATTGTATTCAGCTTAGCCTTGGCCAATCCAAGCTGCTGCAGCATATTCCTGGTAAATGCAAACCTGGCTTGGTTCTGCGTACCGATGCAGCAAATATCTATGGTCCAGAATTACCTCATTATTTATTTAGCCAAGTAATAGATCATGCCGTCGAGCATGCGGTTCGAATGGATGCTGTAGCTGTATGTGTGAATTTGCTTCTTCTACCGAATCAACCAGAGCTGCATTACCAATGTGTGAAAAATGTCATGAAGTTAAAAACGGATTGTGAACGCTACGGTATGGTCCTCATGGTGGAGCCGCTTGTGATGCTGCCTAATGAAGCGAAAGGAGGCTACATGGTAGACGGTGATATTGAGAAAATCATTCCCCTTGTCAGACAGGCCGTTGAGCTTGGGGGCGATGTAATCAAAGCGGATCCATGCGATAACATCCTGGAGTACCATCGGGTTATAGAGACTGCCTCTGGAGTACCCGTGCTTGTTCGGGGAGGCGGCCGAGCCTCCGATGAAGAGATTGTGAACCGTACCGTGAGTTTGATGGATCAAGGAGCATCCGGCATTGTATATGGGAGGAACGTGATCCAGCATCCCCATCCAGCACGTATGACGCAGGCCTTAATGGAAATTGTGCACAGAGGCTGCAGCGCAGAGATGGCCCTTGCGATCTTAAACGGGGAGGACATGGCGGATGAGGCATAA	MRADARLRRMFSEAGKCFDVAIDHGFFNEYSFLQSIENMKQAVETVVKANPDCIQLSLGQSKLLQHIPGKCKPGLVLRTDAANIYGPELPHYLFSQVIDHAVEHAVRMDAVAVCVNLLLLPNQPELHYQCVKNVMKLKTDCERYGMVLMVEPLVMLPNEAKGGYMVDGDIEKIIPLVRQAVELGGDVIKADPCDNILEYHRVIETASGVPVLVRGGGRASDEEIVNRTVSLMDQGASGIVYGRNVIQHPHPARMTQALMEIVHRGCSAEMALAILNGEDMADEA	PGPT0017620_767	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0017620-fbaB|dhnA-K11645	NA	NA
JZ016_05405	1164	iolG_24		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGAGGCATAAAAAAACCATTCGTTTCGGTGTCATCGGATGCGGCCTCATGGGAAAAGAGTTTGCCAGTGCTGCTGCCAGATGGTGCCATCTGACCGATGTCGATTTTATACCGTCCATTACCGCCGTTTGTGATGCAAACCGAGCAGCCACGGCCTGGTTTGAACAAGAGATCCCCAGCGTTAAACATTCGTATACCGATTACAAAGAACTGTTAACAGACCCGCAGGTAGACGCCGTTTATTGTGCCGTACCGCATCATTTGCATGCACAAATATATACCGATATTATCCGAGCGGGAAAACATCTCCTTGGAGAGAAACCGTTTGGAATCGACCGGGAAGCGAATCTCGCGATCCGTACAGCATTAGATGAGAACCCGTCTGTCCTCGTGCGTTGTTCTTCGGAATTCCCTTTTTTTCCGGGTGCCCTGCAAATCTCCCAGTGGGTGCAAGAAGAGAAATTTGGAAAGATCATTGAAGTTGAAGCAGGCTTTTGGCATTCGAGCGATCTCGATCCTAATAAACCGATGAATTGGAAGCGAAGAATCTCCGCTAATGGCGAATATGGATGTATGGGTGATCTTGGAATGCATGTACTGCACCTGCCCATGAGATTCGGCTGGTATCCGCAGAATGTAAGAGCGTTGTTGAGGAACGTGATAGAAGAGCGGCCAGATGGTAAGGGGGGGATGGAGCCTTGCGAGACATGGGACAATGCGATTCTGGCCTGCGACGTACAAACATCGCTTCAACGCTTTCCTATGCTGCTTTCGACTAAACGAATAGCTCCCGGTCATGCGAACACATGGTTTATCCGTATCCAAGGGACGGCGATGTCCGCTGAATTCACGACGAAAAATCCGAAGCAGGTATCCTGGCTTCCGTATGAGCCAGGCGGAAGCCAGGCATGGCATGTCATGGATGCGCCTTACAAATCCGCTTACTCGACCATCACAGGAGGGATATTTGAGTTTGGGTTCTCGGATTCCATCCTCCAGATGTGGGCGGCTTTCTGCGATGAACTGGTTAACGGATCGGACGGCATGCTCCAACCTTTCCGATGCGCAACGCCTGAGGAAGCGGAAGGGAGCCATCGGGTGTTTACGGCTGCATTGGAATCGAATCGATCCGGTAACACCATTCCGATCCCGTGGAGGGCGTAA	MRHKKTIRFGVIGCGLMGKEFASAAARWCHLTDVDFIPSITAVCDANRAATAWFEQEIPSVKHSYTDYKELLTDPQVDAVYCAVPHHLHAQIYTDIIRAGKHLLGEKPFGIDREANLAIRTALDENPSVLVRCSSEFPFFPGALQISQWVQEEKFGKIIEVEAGFWHSSDLDPNKPMNWKRRISANGEYGCMGDLGMHVLHLPMRFGWYPQNVRALLRNVIEERPDGKGGMEPCETWDNAILACDVQTSLQRFPMLLSTKRIAPGHANTWFIRIQGTAMSAEFTTKNPKQVSWLPYEPGGSQAWHVMDAPYKSAYSTITGGIFEFGFSDSILQMWAAFCDELVNGSDGMLQPFRCATPEEAEGSHRVFTAALESNRSGNTIPIPWRA				NA	NA	NA	NA	NA
JZ016_05406	1218	kdgK_2	COG0524	2-dehydro-3-deoxygluconokinase	TTGATTGAAAAACATACTCTTCCTTATCATGTCATTGTTGGTGGTCATATTTGCCTTGATATTATCCCCTCCATTCAGGACGGACCATTTCATATGGTGCCGGGGAAGTTATTAAACGTCGGAGAGGCGATGCTGGCTACCGGTGGAGCGGTTGCCAATACAGGTATTGCGCTTCATCGGCTTGGTATGCCCGTACGGCTCATGGGCAAGGTGGGTACCGATATTTTCGGCGAAGTGATCCTCTCCTTGATTCGCAGAGAGCATGAATCGTTAGCAGAAGGCATGATCGTATCAGAGGGAGAATCGAGCTCCTATACAATCGTTTTGAGTCCACTGAAGGTAGATCGAATGTTCCTTCACTGTACAGGCGCCAACGATACATTCGGAGCTGAAGATGTCAGTAAGCGTACATTAGAAGAAGCGGGTTTATTCCATTTCGGTTATCCCCCCCTGATGAGGCGCATGTATGAGCAAGGGGGCTGCGAGCTGGCAGCCTTGATGCAGCGGGCGAAAGCAGCAGGTATCACGACATCGCTGGATATGGCGAAACCCGATGCGAACTCATTGGCCGGACATGTTGATTGGAGGGAAGTGTTGCGAAATGTGCTTCCCTCCGTGGATTTATTTTTGCCAAGCGTGGAAGAAATCCTATATATGCTTCACAAAAAGCGCTATGAGGAAATGGTCGAAAAATACGGAAGCGAGCATATCATGGACCGGATCGGTCCCGATCTGCTGCAGGAGCTTTCCGCTGAATTACTTGGCATGGGGGCCGCAGTAGTCGTGCTTAAGCTTGGCGAGCATGGTCTATATATGCGCAGTACGGCTGAATCAGCCCGGCTGGAGAACATGGGGCGTTATCGCCCTGAACGTTTAACAGATTGGTTAGGGAGGGAACTTCTGGTTCCTTGCTTCATAGTAGAGACAGCGGGGACAACGGGAGCTGGAGACTGTACGATTGCAGGCTTTTTGTCCGCATTCATGCAGGGAATGACGCCGGAAGAGTCGCTGATTATGGCTGTCGGCACGGGGGCGTGTAATGTCGAACGACCGGATGCGACAAGTGGAATCCCGACATGGGAGGAAGTTGCATCCCGAATTGACTCAGGCTGGCAGCAGCATGTATCAAAGATAGCACGTTCGGGATACCATCCCAAAGTGCATGGAGCGGCGTCAGTGTTTCATGGGAATGGAGACACAATACGCGTGAATGATTGA	MIEKHTLPYHVIVGGHICLDIIPSIQDGPFHMVPGKLLNVGEAMLATGGAVANTGIALHRLGMPVRLMGKVGTDIFGEVILSLIRREHESLAEGMIVSEGESSSYTIVLSPLKVDRMFLHCTGANDTFGAEDVSKRTLEEAGLFHFGYPPLMRRMYEQGGCELAALMQRAKAAGITTSLDMAKPDANSLAGHVDWREVLRNVLPSVDLFLPSVEEILYMLHKKRYEEMVEKYGSEHIMDRIGPDLLQELSAELLGMGAAVVVLKLGEHGLYMRSTAESARLENMGRYRPERLTDWLGRELLVPCFIVETAGTTGAGDCTIAGFLSAFMQGMTPEESLIMAVGTGACNVERPDATSGIPTWEEVASRIDSGWQQHVSKIARSGYHPKVHGAASVFHGNGDTIRVND				NA	NA	NA	NA	NA
JZ016_05407	540			D-lyxose ketol-isomerase	ATGCTGACTCACAGTCAAGTGAAGGCCGCGCAGAAACGTACGGCGGAAATTCTTCATAACGCCGGAATCATCCTGTCGCCAGACGAGATGAACGAGATTGAGGTGGCTTCCTTCGGATTGAATGATCTTGAGACGCAGGGTTTAGAGCTCATTACTTACATTAATACCGATCGATACTGCGCGAAAGAGCTTGTGTTATTCCCAAGCCAAACCTGTCCCGAGCATAAGCATCCTCCAGTGGGAGAAGACCCAGGTAAGATGGAAACGTTCCGCTGCAGAGCAGGAAGGGTATATCTTTACGTCGAGGGGGAACCCTCTGCTCCGATCCAAGCGCTAGTACCGCCAAAGAGTAAGGATTACTATTCCGTATTTCAGGAAATCGAACTGACACCTGGGCAGCAATACACCATTCCGCCAGACACACTGCATTGGTTTCAGGCAGGAGAGGAAGGTGCGGTCATATCGGAGTTCTCCAGCACGAGTCGTGATGAATATGATATTTTTACCGATCCTAATATTTGCCGGGTGCCTAAAAAATAG	MLTHSQVKAAQKRTAEILHNAGIILSPDEMNEIEVASFGLNDLETQGLELITYINTDRYCAKELVLFPSQTCPEHKHPPVGEDPGKMETFRCRAGRVYLYVEGEPSAPIQALVPPKSKDYYSVFQEIELTPGQQYTIPPDTLHWFQAGEEGAVISEFSSTSRDEYDIFTDPNICRVPKK	PGPT0014710_325	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0014710-ydaE-K09988	NA	NA
JZ016_05408	1221			hypothetical protein	ATGGTTGTACCGCATCATTCAATGGAGGGCCAGTGGCAGCAGCCTACTGTCCCTCATTGTAAACAGACCCATAGCTATACAAGTCCGTACCAGATGCTCTTTCACTGGAGCCGCCTGGACTGGAACTTCCCGACTCTCGCGATGAAGCAGCGATTCGAGGAGCGCCAGGATTGGAAGCACTGCATGCCTGCAGGCGTCAAGGTAGACCGGCAGGGACGCTTCTATGTATCGGTTCCGCGCTGGGCTGAAGGGGTTCCCGCTACGCTGAATACCATTGCGATGGTGGACGGCAAGCCCGTACTGGAGGCTTTTCCAAGCTGGGAGTGGAATACGCCGGGGGATGTTCGGGTGCTGCAATCCGTCCTTGGCTACGAGATTGATGAACATCATCGGATGTGGATTCTGGATCAAGGAAAAATCGCATACGATACCTCGCCCGTAGGCTCGCAAAAGCTGCTCATCTGGGATCTGAGCGCGAACCGCCTGCTCGACTCTATTGTCATTCCGGACGATATTGCCCCGCCCCGAACATCGTTCCTGAACGACATCGTGGTGGATAACCGCAACGGTTATGCCTATATTACCGATTCGGGCTCCGGCTGGCCGGACCATCCGCTGTATGGCGGAATCATCGTCTACAATATGAGAACGAAGAAATTTCGGCGCGTCCTCGACAGTCATTACAGCACGCAGGACGTCCCCCGTTTCCGGTTTGAGATCGATACCGAGCCGGTATACCGCAACAAGCCGATTCGGATCGGCGCCGATGGCATAGCTCTGTCCGCGGATCGCGGAACTCTATTCTACTGCCAGGTAACGGGGCGCAATCTGTACGCTGTCGATACGCGGCTTCTGCGAAATTTCGATATTCCCGATTCGATCATCCGGGATTCCGTTCAGACCCTGGGCAGCAAGGGAACGACAACCGACGGCATGCATGCCGACAATCAAGGCCGTGTATTCTACACCATGCTCGAAGGCAAGGGAATCGGTTACTATTCACCGTACACACGCTCGTTCAACAAGCTGCTGTCCGACGACAGAATGCTGTGGGTAGACGGGGTGGCTTTTGATCAGCGCGGCTCGATCATCTTCAACAACAACCGCCTGCACCGCATGTTCGAGGAGCCGCAGAACATCGACTGGGATGATCCTTACAATCTGATTGTATGGAGAGCCTACATCGGGCGGGACGTAAAGTCGTACTTATATGGTGGATGA	MVVPHHSMEGQWQQPTVPHCKQTHSYTSPYQMLFHWSRLDWNFPTLAMKQRFEERQDWKHCMPAGVKVDRQGRFYVSVPRWAEGVPATLNTIAMVDGKPVLEAFPSWEWNTPGDVRVLQSVLGYEIDEHHRMWILDQGKIAYDTSPVGSQKLLIWDLSANRLLDSIVIPDDIAPPRTSFLNDIVVDNRNGYAYITDSGSGWPDHPLYGGIIVYNMRTKKFRRVLDSHYSTQDVPRFRFEIDTEPVYRNKPIRIGADGIALSADRGTLFYCQVTGRNLYAVDTRLLRNFDIPDSIIRDSVQTLGSKGTTTDGMHADNQGRVFYTMLEGKGIGYYSPYTRSFNKLLSDDRMLWVDGVAFDQRGSIIFNNNRLHRMFEEPQNIDWDDPYNLIVWRAYIGRDVKSYLYGG				NA	NA	NA	NA	NA
JZ016_05409	1416	pyk_2	COG0469	Pyruvate kinase	ATGCTAAAAACTAAAATCATTTGTACGATGGGACCCGCGTGCGATTCCATTGAGCTGTTGAAGAACATGATTCAGGAGGGAATGACCGTTGCCCGTTTGAATATGGCTCATGGTGAGCTGGAGGATCACGTCACCCGGATCCGGAATGTTCGCCGGGCCGCAGCCGAATTAAACACGTATGTTCCGATCATGATGGACATTAAAGGACCTGAAGTACGGATCGGCAAGCTGAAGGAGGCTTCCTGCCTTCTGAAACCAGGTGAGGAGCTGATCCTGACTACCGAAGAAATTCTTGGCGATGCCCAGCGCATCTCGGTCAATTATGCCGAGCTGAATCTAGTGGTTAAACCGGGAGACCGCATCCTGATCGATGACGGCCTCGTGGACCTGAACGTTCTCCGCGTCGACGGACCGGACATTCTTTGCAAAATCATCAGCGGCGGGGTGCTCAAACCACGTAAAGGCGTCAACCTCCCTGGGATCAAAACGACGCTTCCCGGCGTCACCGAGCGTGACGTCATGCATATCGGCTTCGGCCTGGAGAACGACATTGAGATCATTGCCGCTTCTTTCGTGCGTCATGGCGACAACATCCGCGAAATCCGCAGCATCCTGAAAGAACGCGGCGCGGAGCATGTACAGATCATCTCCAAGATTGAAAACGGAGAGGGCATGGAGAACCTGGACGACATCATTGAAGCATCCGACGGAATCATGGTTGCCCGCGGAGACCTTGGCGTCGAAGTACCAATCGAAGAAGTGCCTATGATGCAAAAAGAAATGATCGATAAATGCAACCTGGCAGGCAAACCGGTTATCGTGGCAACGCACATGCTGGAATCGATGCAGGTCAATCCCCGTCCAACCCGCTCCGAGGTGAGCGACGTGGCTAACGCGGTGATCCAGGGCGCTGACGTGGTCATGCTCTCGGGCGAATCCGCTGCCGGCAAATATCCGGTAGAATCCGTGCGCACGATGGCGGCAGTCGCCCGCCGCGCCGAGACGATGATCGATTATAAAGACCAATTCGCTTTCAAATCCAGACAGCAGGTAGCCGATATTACCGAGGTTATTAGCCAGGGTGCGGTTAGCTCCTCCCTCGTGCTGAATGCCAAAGCGATCATTACGGCAACGGAGAGCGGATTTACGGCGCGGATGATTTCGAAATACCGTCCGAAGGCACCGATTATCGCGGTCACGCAGCATGAAGAAGTGCTGGCCAAGATCTGCTTGCTCTCCGGTGTCATTCCGGTAAAAGGCGACAAAGTCACAACGACGGACGAAATGTTCGAATCCGCGACCCGTAATGCCATCAAGACAGGCTACATCGAAAAAGGCGACATTATCGTATTGTCTGCCGGCGTGCCGATCGGTCAATCCGGTAACACGAATCTGATTAAGATTCTGCAAGTGTAA	MLKTKIICTMGPACDSIELLKNMIQEGMTVARLNMAHGELEDHVTRIRNVRRAAAELNTYVPIMMDIKGPEVRIGKLKEASCLLKPGEELILTTEEILGDAQRISVNYAELNLVVKPGDRILIDDGLVDLNVLRVDGPDILCKIISGGVLKPRKGVNLPGIKTTLPGVTERDVMHIGFGLENDIEIIAASFVRHGDNIREIRSILKERGAEHVQIISKIENGEGMENLDDIIEASDGIMVARGDLGVEVPIEEVPMMQKEMIDKCNLAGKPVIVATHMLESMQVNPRPTRSEVSDVANAVIQGADVVMLSGESAAGKYPVESVRTMAAVARRAETMIDYKDQFAFKSRQQVADITEVISQGAVSSSLVLNAKAIITATESGFTARMISKYRPKAPIIAVTQHEEVLAKICLLSGVIPVKGDKVTTTDEMFESATRNAIKTGYIEKGDIIVLSAGVPIGQSGNTNLIKILQV	PGPT0002020_7028	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873	NA	NA
JZ016_05410	780	rhaR_51		HTH-type transcriptional activator RhaR	ATGGTCACTCCGATAGAAATAAGGCAAATTAGCGGTGTCGATTGGTATGAAGAAGCTGATCATGAGCAAAGAGCATGGCGCTTAAGCCTTGTGACATATGGAAAATGTGTATATTGGGTGAATGGCGATAAGCAAATTATGGAGAAAGGGGAATTGCTGCTTATTCCAGCCGGCGTTTCGTATTATGGCAAAAGCATCCCTACCGTGACGCACACGCAAATCGTCGTACAATGGACGGAAGGCGCCTCGACGGACTTATCCGTGCTGGATCGGAAAGAAGCCTTGAAGTTTAAACCGGGTGTTTATGAGTTAATCCGCGAACGGTTGAAGGTGATCCATCAGCAGTGGCAGGAACGCCCATCTTATTATGTCTTGATGATCGAAGCATTATTGACAGAAGTGTTGATTTATATCAGCCGTGAGCTGGACAAGGGCGTCATCACGCCGGAGAAGCACTTGCACGTGGACCGGATGAAGTCTTATATCGAGCGGCATTACCGTGAGAAAATAACGAAAGAGGAGCTGGGCGATGTCATCGGCAAAACCCCCAATTACGCAGCGGTACTCTTTAAAAGCGTTACAGGGCAGACCATCAGCCAGTACGTGCACGCTCAGCGGATCAAACGGGCAGTGTATTTGTTAACGGAATCGCAGCTGACGGTACAGGAGATTGCCGTATTTCTCGGATATCAGGACCTCTCCTACTTCTATAGAATCTATAAACGAGTCACGGGCACCGCTCCATCAGATTTATTGCATGAGCGTCCACGAACGATATAG	MVTPIEIRQISGVDWYEEADHEQRAWRLSLVTYGKCVYWVNGDKQIMEKGELLLIPAGVSYYGKSIPTVTHTQIVVQWTEGASTDLSVLDRKEALKFKPGVYELIRERLKVIHQQWQERPSYYVLMIEALLTEVLIYISRELDKGVITPEKHLHVDRMKSYIERHYREKITKEELGDVIGKTPNYAAVLFKSVTGQTISQYVHAQRIKRAVYLLTESQLTVQEIAVFLGYQDLSYFYRIYKRVTGTAPSDLLHERPRTI	PGPT0017485_877	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_05411	960	tagU_5		Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU	ATGAAAAGGAAATGGTTAAAATACACCATGCTCTTAGTATCTGTTGGAATCTTGGGGATTATCTCGTACTATACCTACGCTATCATTCAGTTCTCAAATCAAATTTCGACCGCTTCGAATCCGGCGAAGCCAGTGGAAGCTTCGGGTGCCGCAACGGAAGAAATCATTGAAATACCCAAGTGGGAGGGTAAAGAACGCATCAATATTCTTCTGATTGGAGGAGACTCCCGGGGAGACGATGCCGGCAGATCCGACACCATGCTGGTGGCTTCCATCGATCCTGTGACGAAAAGAGCCCATTTATTCTCGATTTTGCGGGACACCTATGTGGACATCCCCGGCCATGGCAAAGGACGACTGAATTCGGCATTTGCTTACGGCGGAATCGAGCTGACGAGACAAACCATCAGCAATCTGCTGGACCTGCCCATACATAAATATGTTTACACCGATTTTGTCGGCTTCATAGCCCTGGTCGACGCCATTGACGGAGTCGACATCGAGGTGGAGAAAGACATGTATTACACAAGTAAAGCCGACAAGCATATGTACGACATCGATTTAAAACAAGGACTGCAGCATCTCGACGGCAAGATGGCGCTGCAATACGTCCGGTTTCGGCACGATGCGAGGTCCGATTTTGCCCGTACGGAACGGCAGCGGATTCTCATGACGGAAGTCGCCAAGAAGATGCAGACCACGGGCTCATTAATTAAGCTTCCCGGCATCCTGGATTCAATTGCACCCTACATCGAAACCGATCTAAGCCCTAAAGAAATGCTGAAGCTGATGGCTCTGGGTTTTGATGTGAATCTGGATAAAATCGACCAGCAGCAGCTCCCCCCATTCTCGCTGCTGACCAACGAGAAGGTCGGTCGGGCACAGGTGCTCGGCGTAGATAAAAACAAATTGCAGCAGTATGTGAAGCAGTTATTCGAAAATGACGCCGGAATAAAATAG	MKRKWLKYTMLLVSVGILGIISYYTYAIIQFSNQISTASNPAKPVEASGAATEEIIEIPKWEGKERINILLIGGDSRGDDAGRSDTMLVASIDPVTKRAHLFSILRDTYVDIPGHGKGRLNSAFAYGGIELTRQTISNLLDLPIHKYVYTDFVGFIALVDAIDGVDIEVEKDMYYTSKADKHMYDIDLKQGLQHLDGKMALQYVRFRHDARSDFARTERQRILMTEVAKKMQTTGSLIKLPGILDSIAPYIETDLSPKEMLKLMALGFDVNLDKIDQQQLPPFSLLTNEKVGRAQVLGVDKNKLQQYVKQLFENDAGIK	PGPT0023440_2905	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005	NA	NA
JZ016_05412	750	mta_3	COG0789	HTH-type transcriptional activator mta	ATGTTATACACGGTAAAAGAGGTTTCGGAGCTGTCCGGGGTGACCATTAAATCGCTGCATCATTATCATAAAATCGGTTTGCTTCTGCCGGCCGAGATCAGCGAAGCGGGTTATCGCTTGTACGGTGCAGCCGAACTGGAGCGATTGCAGCACATTCTGTTTTACAGGGAAATGGATTTTCCGCTGGAACAAATCAAGGTGCTGATGGAGGAAACTCCTGAACGGCGGCAGATGCTGTTACAACAGGAGAAGTTGCTGATGGACCGCGCGGATCGATTGAATGCGATTCTGAAAACCTTAAGAATATCCATAACCAGTACGGAGGAGGGCAAGCGCATGGAGCCTCAGGAATTGTTCAAAGGTTTTGAGAGCGAAGAAGAATGGGAGGCAGCTTTAACGGAGCAGAATGAACACCTGAAAGAGCAGTATGATATGGATTTGCTCGAGGGTGAGCCCGTCGATGTTCCAAGCATGAACGAGCAGGCAAGGGAAGCGGCTGCCTTTATGGCAGGCATGGCAAACGCATTGAAAACGGGGATCAAGCACGATGATGCGCGAGTAAGAGATTCGATTCGCGATCATCTGCAGTTTATGAATGAGCAGGGTCACGCCTTTACGGCTGCGGATTTTGCGGGTCAAACGAAGTTTTTCCTGAATGACGACTTTCATCTCCGGATGCTGGAAGAGCAGCAGACGGGGCTGGCTTATTATCTGCATGCGGCTGCGGAGGCGTACGCACAACAGACATAA	MLYTVKEVSELSGVTIKSLHHYHKIGLLLPAEISEAGYRLYGAAELERLQHILFYREMDFPLEQIKVLMEETPERRQMLLQQEKLLMDRADRLNAILKTLRISITSTEEGKRMEPQELFKGFESEEEWEAALTEQNEHLKEQYDMDLLEGEPVDVPSMNEQAREAAAFMAGMANALKTGIKHDDARVRDSIRDHLQFMNEQGHAFTAADFAGQTKFFLNDDFHLRMLEEQQTGLAYYLHAAAEAYAQQT				NA	NA	NA	NA	NA
JZ016_05413	1077			hypothetical protein	ATGATCACGATTAGTTTGTGCCTGATTGTAAAGAACGAGGAGCAAGTGTTGGATCGGTGCTTAAACTCCGTTAAGGATGTCGTTGACGAAATTGTCGTCGTAGATACGGGGTCATCGGACCATACGCTCGGAATTGCAGCCAAATATGGGGCTCGAATCTTTCATTTTGATTGGATCGACGATTTTTCCGCTGCAAGGAACTATTCGTTCTCTCATGCGACGAAGGAGTATATCTTATGGCTGGATGCGGATGATTGGCTGCAGCCGGCCGATCTGGAAAGGTTCAAGGCACTCAAACAAAATTTGGACCCGGCGGTGGACTCCGTATGCATGGATTACTACCTTGCCTTCGATCCGTTGGGGAAGCCCACGGCGGTTGTTAAAAGAAACCGGCTGGTGAAGCGTTCTAGGCATTTTCAATGGCGTGATCCGGTGCATGAGCATTTAGAGGTTGAGGGAAATATCATGTTATCCGACATTGCCGTTAGTCATGGACGCGTACACACGGACTCCGGACGGAATTTGCGTATTTATGAGGCCCATCTTGCGAAGGGAGGCACCCTCTCCAAGCGCCAGTTGCTGCATTATGCAATGGAATTGTCTGCGAGCGCCTATTATGACAAGGCCATTGAAATATATGAAACGATTATTCATGATCCGGTCAGCTATTTTGAGGAAAAACTGGATGCATGTGATCGCATGGCGCATTGTTACCACGAGCTGGGACAAAAAGAACAAGAACTGCAATCCCTGTTAAAGACGTTTAATTATGACGTGCCGCGGGCCGATTATGTATGCCGGATCGCGTACTATTTCCAAGAGCTCAACGATTATGAAAAAGCGGTTCACTGGTACGAATTGGCGCTCAAGCTGGAGATGCCAGAGGGTCGATTATACGGCGTTAATCAAGCGGCCTGGACATGGTTTCCCCATTTGCAGCTGACGTATTGTTACGGAAAACTAGGTCAGCTGGAGCAGGCTTATGAACATAATGAAAGGGCCCTTTCTTACGCTCCGGATGATCCGGACATCCTATACAACAAGCAATTGCTGGAGGAGAAGCTCCGCTTCAAGTGA	MITISLCLIVKNEEQVLDRCLNSVKDVVDEIVVVDTGSSDHTLGIAAKYGARIFHFDWIDDFSAARNYSFSHATKEYILWLDADDWLQPADLERFKALKQNLDPAVDSVCMDYYLAFDPLGKPTAVVKRNRLVKRSRHFQWRDPVHEHLEVEGNIMLSDIAVSHGRVHTDSGRNLRIYEAHLAKGGTLSKRQLLHYAMELSASAYYDKAIEIYETIIHDPVSYFEEKLDACDRMAHCYHELGQKEQELQSLLKTFNYDVPRADYVCRIAYYFQELNDYEKAVHWYELALKLEMPEGRLYGVNQAAWTWFPHLQLTYCYGKLGQLEQAYEHNERALSYAPDDPDILYNKQLLEEKLRFK				NA	NA	NA	NA	NA
JZ016_05414	501			hypothetical protein	ATGGCATTCAAACGATCAGGGTCCAGAAAGCTTGTCTACAAGAAAACGCTCAGTAAGCATACCGCATCCAAGAAGAAGCGTGTCGGCAAAATAAGAAAATCCGCGTTTAGAGCAGTCTCCGGCATCGACCAAGAAATCAATGACGGCGTATTCAGCAAAGTCCAATATCAAGTTGAAGAACTGGATCTTAAGAATGAATACAATTCATCAACATCGACCTTCACTCCTAAGCAAAGAGGTATCTACTCCCTATTGGCCAGCGTTTCTTTTACAACGATCACGCTTACGCCTGTTCGAATGGATTTGGAGATTCGGGTTAACGGCGTCCCGAGAATATCGGAGGAAGAAAACTTTGAGCCGAGAACAGGGAAAATTGATGCCGCCGGACTGATACCATTAATGGCTCGCGATCGAGTGGAGGTATTTGCAAGGGCAACCGGAGAAAACGGCACAATTCTCAGCGGATTCGCTACCCGGTTTGAAGGGGTCCGGATCAATTGA	MAFKRSGSRKLVYKKTLSKHTASKKKRVGKIRKSAFRAVSGIDQEINDGVFSKVQYQVEELDLKNEYNSSTSTFTPKQRGIYSLLASVSFTTITLTPVRMDLEIRVNGVPRISEEENFEPRTGKIDAAGLIPLMARDRVEVFARATGENGTILSGFATRFEGVRIN				NA	NA	NA	NA	NA
JZ016_05415	852	ydbD_2	COG3546	putative manganese catalase	ATGTTTATTCACATGAAAGAACTTCAGTTCCGTGCCAAACCTGAGAAGCCGGATCCGGTATACGCGAGAAAGCTTCAAGAGGTGCTGGGTGGCCAGTATGGTGAAATGTCCGTCATGATGCAGTATCTCTTCCAAGGATTTAACTGCCGGGCAGACCGGAAGTATCGGGATATGCTGCTGGATATCGGGACCGAGGAGATTGGCCATGTCGAGATGTTGAGCACGATGATAGCCCAGCTTCTTGACGGCGCTCCTGCGGATCAAGTCGATGAAGCGGCGAAGGACCCGATGATTGCCGCCGCACTCGGAGGCATGAATCCTCAGCATGCAATCGTATCGGGACTCGGGGCAACCCCGACGGACAGCAACGGATATCCATGGAACAGTAAGTACATCATAGCGAGCGGGAATCTGCTGGCTGACTTCCGTGCAAATCTGAATGCCGAATCGCAAGGTCTGCTTCAGGTCGTCCGTTTGTATGAGCAGACGACGGATCCTGGCGTTCGGGACATGCTGTCCTTCATGATAGCCCGTGATATCATGCACCAGAACCAGTGGCTGGCCGCGATTGAAGAGATCGAGGCCATTGAAGGTCCAATTGCTCCTGCTTCGTTTCCGCGCGAACGCAGCGTAGAAGAAGCTACACGCCAATTCATGAATTTCTCGGTTGGGGAGGAGAGCAGTGCGGGACGCTGGGCGAACGGACCGCTGCCGGACGGTACCGGCGATTTCGAATATGTGGCTAATCCGACAGCCTACGGCGACGCACCCGTATTAAATCCTCCGGCAAAACACCAGCATTCTACGCTTGGCACAGGTCCATATGTGGTGAATGAAGGATTTGAAAAGTAA	MFIHMKELQFRAKPEKPDPVYARKLQEVLGGQYGEMSVMMQYLFQGFNCRADRKYRDMLLDIGTEEIGHVEMLSTMIAQLLDGAPADQVDEAAKDPMIAAALGGMNPQHAIVSGLGATPTDSNGYPWNSKYIIASGNLLADFRANLNAESQGLLQVVRLYEQTTDPGVRDMLSFMIARDIMHQNQWLAAIEEIEAIEGPIAPASFPRERSVEEATRQFMNFSVGEESSAGRWANGPLPDGTGDFEYVANPTAYGDAPVLNPPAKHQHSTLGTGPYVVNEGFEK	PGPT0013240_787	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217	NA	NA
JZ016_05416	210	gsiB_5	COG3729	Glucose starvation-inducible protein B	ATGGCTAACAACAACGGCAACAAAATGAGCAGAGAAGAAGCGGGACGCAAAGGCGGCGAAGCAACGGCCAAGAATCACGACAAGGAGTTTTATCAGGAAATCGGCCGTAAAGGCGGCGAAGCCACATCAGAGTCCCATGATAAGGAATTCTATGAGGAAATTGGCCGCAAGGGCGGAGAATCCCGCGGCAATCAAAACAATAACGATTAA	MANNNGNKMSREEAGRKGGEATAKNHDKEFYQEIGRKGGEATSESHDKEFYEEIGRKGGESRGNQNNND	PGPT0002680_562	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_INDUCIBLE_PROTEINS,PGPT0002680-yciG|ymdF|gsiB-K06884	NA	NA
JZ016_05417	339	hxlR_3	COG1733	HTH-type transcriptional activator HxlR	ATGGGAAATAAATCGAGCAGTTACATACCGAAAACACCAGAACATATCGAATGTAATATCGAAAAAACACTGTTGGTCTTAGGCGGAAAATGGGCATTTCTCGTCATCCGCGAGCTCTTTGGCGGCACGAAGCGTTTTGGCGAGCTGCAGCGGCAAATCCCGAATGTCAGCCCGCGGGCACTGACCACGACGCTCCGCCATCTGGAAGAGCAGGGCGTTCTTGAACGCGAAGTATTCCCTACCGTTCCGGTTACGGTGGAATACACGCTGACGCCGAAAGGCATGGACCTGCATGTCATCTGCAAGGAAATGAAGCTGTGGGCGGCGCGGTGGACTTGA	MGNKSSSYIPKTPEHIECNIEKTLLVLGGKWAFLVIRELFGGTKRFGELQRQIPNVSPRALTTTLRHLEEQGVLEREVFPTVPVTVEYTLTPKGMDLHVICKEMKLWAARWT				NA	NA	NA	NA	NA
JZ016_05418	939	gpr_2	COG0667	L-glyceraldehyde 3-phosphate reductase	ATGAAATACAGAAGATTAGGACGCACAGGTCTCAAGGTTAGTGAGATCAGCTTGGGAAGCTGGCTTACATACGGTGGTTATGTGGAACGCGAGAACGCGGTAAACGCAATTAAAACGGCTTATGATCTGGGCATTAACTTTTTTGATACGGCGAATGTATATGAAAAAGGTGCAGCCGAAGTGTTGGTTGGCGAAACCCTGAAAGCGTATCCGCGCGAGTCTTACGTGCTGGCGACCAAGGCATTTTGGCCCATGGGCGATGGCCCGAACGATCGCGGCTTGTCCCGTAAGCATATTATGGAGCAGGCGCATGCCAGCTTGAAGCGGCTTAACCATGATTACGTGGATATTTTCTATTGCCATCGACATGACCCGGAAACGCCGCTTGACGAGACGCTCCGCGCGATCGACGACCTTGTTCGCCAGGGCAAGGTGCTTTATGTCGGCGTCAGCGAGTGGCAGGCATCGCAAATCGCGGAGGCATTGACGGTAGCGGATCGTTACCTGCTCGACCGCATCGTGGTCAATCAACCCATCTACAATATGTTTGAACGTTATATTGAAAAGGAAATCATTCCGCTCAGCGAGCGTTCCGGCATTGGGCAGGTCGTATTTTCCCCGCTGGCGCAAGGCTTGCTAACAGGCAAGTATACTTCGGCTTCCGATATTCCTGAGGGCAGCCGTGCCGCGAAGCTGGAGTGGATGCGCAAAGGCATTACTGAGGAGAAAATCGCGAAGGTTCGCGAGCTGGAGAAGATTGCGGGTGAGCTTGAAGTGTCGGTGGGCAATCTGGCGCTTGCCTGGATTCTGCGCCAGCCGAACGTAGCCAGTGCGCTTGTCGGCGCAAGTCGTCCGGAGCAGGTAACCGAGAACGTGAAGGCATCCGGCATTGAGCTCAGCGATGATGTTCAAACTCGTATTGAAGAGATTTTGAAATAG	MKYRRLGRTGLKVSEISLGSWLTYGGYVERENAVNAIKTAYDLGINFFDTANVYEKGAAEVLVGETLKAYPRESYVLATKAFWPMGDGPNDRGLSRKHIMEQAHASLKRLNHDYVDIFYCHRHDPETPLDETLRAIDDLVRQGKVLYVGVSEWQASQIAEALTVADRYLLDRIVVNQPIYNMFERYIEKEIIPLSERSGIGQVVFSPLAQGLLTGKYTSASDIPEGSRAAKLEWMRKGITEEKIAKVRELEKIAGELEVSVGNLALAWILRQPNVASALVGASRPEQVTENVKASGIELSDDVQTRIEEILK	PGPT0008285_1827	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-HYDROXYACETONE_VOLATILE_BIOSYNTHESIS,PGPT0008285-yghZ-K19265	NA	NA
JZ016_05419	975	yajO_4	COG0667	1-deoxyxylulose-5-phosphate synthase YajO	ATGAACTACCGCCGTCTTGGCAACAGCGGACTGAAGGTTTCGCAGCTCGGTCTGGGCACGAACGCTTTTGGCAAAAGGGCTGATCAAGGGACATCCACCCGCATCATTGACCATGCACTGGACCATGGCATCAATTTCATCGATACCGCTAATATTTATGCAGGCTCGGAATCCGAGCGCATCATCGGAGAGGCGCTCGCCGGCAAACGCCATAACGTCGTATTAGCCACGAAAGCCGGGCTCGTAAGTGGCCAAGGGCCGAACGAACGCGGTTCTTCCCGCTATCATCTGCAGCAAGAACTGGAGGACAGCTTAAAGCGGCTAAAAACCGATTATGTGGACCTGTATCAGATTCATACGTTTGATCCGCATACTCCCCTCGAGGAAACCTTACGCACGCTGGATGATATGGTATCGTCGGGCAAGGTCCGATATATCGGCGCTTCCAACTATGCCGCCTGGGAAATTATGAAGGCGCTCGGGATCAGCGAGCTTCGCGGATACGCCCGGTATGTATCCACCCAAACGAGTTATTCCCTTGCCGACCGTACGCCGGAACTGGAGCTTGTTCCCCTCTGCCTCGATCAGGGCGTTGGCATCATCCCGTATTTCCCGCTGGCCGGGGGCATTCTCACCGGTAAATACGGTCAAGGCGCCAGCACGCCTTCCGGCTCCCGTGCGGAAACGGACCCGAACTTCAATCGCTTCCTGGAAGATCGCAATCTGAAGCTTGGGCAGCAGGTCAGCCAGTTGGCTGCAGAGCATGGTCATTCTCCAAGCGCCCTATCCCTGGCCTGGCTGATGAATCGTCCTGCTGTCTCCACTGTCATTGTCGGAGCTACGAAAACCGAGCAGCTGGACGATAACTTGAAGAGCCTGGAGATTGAGATCGATGAGGCACTAGGCTCCAGCCTGGATGAAATCAGCGACGACTTTGTTTATGCCAAGCCGTTCGCGACTTATCGACTGGGGTAA	MNYRRLGNSGLKVSQLGLGTNAFGKRADQGTSTRIIDHALDHGINFIDTANIYAGSESERIIGEALAGKRHNVVLATKAGLVSGQGPNERGSSRYHLQQELEDSLKRLKTDYVDLYQIHTFDPHTPLEETLRTLDDMVSSGKVRYIGASNYAAWEIMKALGISELRGYARYVSTQTSYSLADRTPELELVPLCLDQGVGIIPYFPLAGGILTGKYGQGASTPSGSRAETDPNFNRFLEDRNLKLGQQVSQLAAEHGHSPSALSLAWLMNRPAVSTVIVGATKTEQLDDNLKSLEIEIDEALGSSLDEISDDFVYAKPFATYRLG	PGPT0017540_1169	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017540-yajO|iolS-K23107	NA	NA
JZ016_05420	315			hypothetical protein	ATGAAGATTTATCTGAAAAATGATGCTGGGGTAACTAAACAAGTAAAGGTAGGCTTTAGCTGGACGACACTATTCTTTGCCTTCTTCCCGGCCTTGTTTCGAGGCGATCTGAAGTGGGCAGTTATTATGTTTATTATTTCTGCCGTCGTCGGTCCATTTACGTTGGGAATCGGGGCTTGGATTAGCGGAATCATATTCTCATTCGTGTATAACAAGATTTATATTAAAGAACTGTTGGAAAAGGGTTATCGTCCTGCAACCGAAGAAGCAAGAGCAGTGCTTGAGAATAACCAAATTATTGCGAGAGTAGCATAG	MKIYLKNDAGVTKQVKVGFSWTTLFFAFFPALFRGDLKWAVIMFIISAVVGPFTLGIGAWISGIIFSFVYNKIYIKELLEKGYRPATEEARAVLENNQIIARVA				NA	NA	NA	NA	NA
JZ016_05421	465			hypothetical protein	ATGAATGAAGCGATTTTTAACCAATTGGATTTTGCCAGAGGCGGGACCTTAAAGTCGGTGGAAAATGTAACGGAGCAGGAGGCTGATATCATCCCGGAAGGATTTGCGAACAGCATTCGCTGGAACCTGGGACATATCTACACCGTGCATGAGCAGTTCGCTTTTGCGACTGCGGGCGAGCAGCCCCGACTTCCGGAAGGATTCGAGGCGTGGTTTGCAACCGGAACCAAACCGGCCGATTGGACGTCGAAGCCGCCTGCGATTTCCGAACTGGTAGAGCTTTTGCAGGAGCAAACGACCCGAATTCGTGAAACCTTCTCGAATCGCCTCGACCAGGCTTCAGCTCATCCGCTGACCATCGGTCCCCTGACGTTCCAAACCGTGGGGGAATTTCTAGTGTTCAGCTTGTATCATGAAGGGATGCACACGCAGACGATTAAGGCATACAGAAAATTAATAAAGTAA	MNEAIFNQLDFARGGTLKSVENVTEQEADIIPEGFANSIRWNLGHIYTVHEQFAFATAGEQPRLPEGFEAWFATGTKPADWTSKPPAISELVELLQEQTTRIRETFSNRLDQASAHPLTIGPLTFQTVGEFLVFSLYHEGMHTQTIKAYRKLIK				NA	NA	NA	NA	NA
JZ016_05422	510		COG2954	Inorganic triphosphatase	ATGGCGATTGAAATCGAACGCAAATACCTATTGGAGGCTTATCCGGAAGACTTGATATCGGAAGGAAGCATCGTGGTCGAGAAGGAGCAGTTCATCGAGCAGACGTATTTGGCGCTGGATGGGGATCAGGAGCTTCGTGTCCGCAAAATAACGGATCTGACATCGGGACAGGTTGAATTCACCCATACGTTCAAAAAAGGGTGGGGAATTGCCAGGGAGGAAGTAGAGTTCGCCATTTCCGAAGGACTCTATGACCAAGTGGTGAAGGCGCATGGCGCGATTCCGCTGACCAAGAGACGGGTTACCGCCCGCTTAGGGAACACGATCATCGAAATCGACGATTATGCGCAGATTCAATTGCTGGTGCTGGAGGTAGAGTTTCCTTCCATAGAAGCTGCAGACGGCTTTGTACCGCCGGCGTGGTTTGGACAGGATATCAGCACGGAGAAACAATACAGCAACAAGAAGGTATGGCGGGAACTGCAGCAGCAAGCTGGCAGGGAATCGTAG	MAIEIERKYLLEAYPEDLISEGSIVVEKEQFIEQTYLALDGDQELRVRKITDLTSGQVEFTHTFKKGWGIAREEVEFAISEGLYDQVVKAHGAIPLTKRRVTARLGNTIIEIDDYAQIQLLVLEVEFPSIEAADGFVPPAWFGQDISTEKQYSNKKVWRELQQQAGRES	PGPT0021560_7280	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0021560-cyaB|gidA-K01768	NA	NA
JZ016_05423	756	yheD_8		Endospore coat-associated protein YheD	ATGAAATATAAAAGCAGTACCATCAAGAGCAAATGGAAGAAAACGAAATGGTTAAACGAAGATTCTTATTTCAGACAATACGTACCGCACACATTGCCGTTCAGCAAAAAAAACCTGAACGCTATGCTGGCGGACTACACCACGGTTTTCTTCAAACCTACGGATGGTTCAGGCGGTGTAAACATCGTCCGAATCCGCAAAACGGACGGGGGCTACCAGAGCCAGCTGAATACCAAGAAAACGTCGTACTCCAGCTCATCTCAATTGTACCGTGATCTGAACCGCTTTGCCGGGAGCAGACCCTACCTGCTGCAAAAAGGAATTCGTTTGGCCAAAAGCAATGGCAAGCCATTCGATATCCGGGTGATGGTCCAGAAGACTAAGCAGGGAGCCTGGGTGAGCACCGCCTTATTCACCAAAGTCGGCAACCCTAACAAAGTCGCAACCAATTATAATCAAGGCGGCACCATTGGAACGTTCCGCAAAACGATGAGCGGCACCAATTTCAACTCGGCCTTCACCCAGCAGCTGGAGTCCGAGCTCAAAGGACTTGGCGTGGCCGTTGGCAAAAACTTCGACCGCCATTATCGCGGTTTCAAAGAGCTGGGACTCGATGTAGCTGTGGATTCCAATGGCAGACCATGGATTCTCGAGGTGAACACCAGACCGCAAATTTATCCGCTCAAAACGTTAAAGGATCGGAGTCTGTACCATAAGGTTCTCTCTTACGGAAAGCATTATGGGCGCACGAAATAA	MKYKSSTIKSKWKKTKWLNEDSYFRQYVPHTLPFSKKNLNAMLADYTTVFFKPTDGSGGVNIVRIRKTDGGYQSQLNTKKTSYSSSSQLYRDLNRFAGSRPYLLQKGIRLAKSNGKPFDIRVMVQKTKQGAWVSTALFTKVGNPNKVATNYNQGGTIGTFRKTMSGTNFNSAFTQQLESELKGLGVAVGKNFDRHYRGFKELGLDVAVDSNGRPWILEVNTRPQIYPLKTLKDRSLYHKVLSYGKHYGRTK				NA	NA	NA	NA	NA
JZ016_05424	366	yjbR_2	COG2315	putative protein YjbR	GTGCGAAGCCCACTCATTGCTTACTGTCTTTCCAAGAAAGCTGCATCCGAAGACTATCCGTTCGGACCGCTTCCGATCGTCATGAAAGTCGGGGGCAAAATGTTTGCCCTGATTACCACAATCGCAGGAGAGAAGGTCAGCCATATATCCCTGAAATGCGATCCGGTGATCGCAGAGAATTTGCGTCAGCAGCATGACGCGGTGCAGCCCGGATATCATCTCAACAAGAAACATTGGAATACGGTTGCCGTGGACGGTTCCTTAACGGAAGCGGACCTGCACGATATGATTGATCATTCCTATGATTTGGTGCTCAAGAGCTTACCTAAAGCTCAGCGCGTTGCAATCGCTCAGCGGCTGGTCTGA	MRSPLIAYCLSKKAASEDYPFGPLPIVMKVGGKMFALITTIAGEKVSHISLKCDPVIAENLRQQHDAVQPGYHLNKKHWNTVAVDGSLTEADLHDMIDHSYDLVLKSLPKAQRVAIAQRLV				NA	NA	NA	NA	NA
JZ016_05425	1275			hypothetical protein	ATGACCGTGTGGAAATATCCGTTATCTCGCAAGATGATCCAGCGAAGTATGATTGCAGCGCTCGGCGCTGCCCTCCTCATGCCCCCGCTTCATGCCTTTGCAGCCGATGAAGCGCCCCAAGCCGATGCATCTTCCACTCATTCGGCAGCCAGTACTAGATCCGGCACCTCGGCTCCAGCACAAATCACGGAGAATCCAATCGATTCCCTGGTGATCGGGGAGCATAGGCTGATTAGCCGCAAGGAGATCGACCAGAACTGGGACGGCCTCGATCCGGATTACACTCCGGAGAAGGTGATTGCAGCCGTTAAAGCGCTGCTATCAGAGGAAGATTTCGAGGCGTTGTTCCCTTATCGGCTGGGTTCGGCGGAATGGTTTAAAGTCGCCAGTGGCAAAGAATACTACAAAGCCGATCAGACGGACTATTTCTCATACGATAATCTCATCAACGCGGTCGCGGAGGTGTCCAATCTTAAGATCAAGATCAGCACGCGGCAAGGAACTCCTTCCGCACAGGAGATTTACCGATTAGACAAGGACGCCCGCGTTGAAACACTCGTTGTGCGTTCAGCTGACTTCCATTCGTCTGAGAACCTTAACAAAACGATTGAAACCGTTATCATTGATGGCGGCACTTTCCTGAAGGAAGGGGTCAAGAAGGACCGTAAGCGCGAACTGGCAGCCTTCCTCGCCAATCTGTCCCACGAGACGGGCGGAGGCTGGGCTACCGCCCCGAGAGGACCGCTCCGTTGGGGTTTGTTCTGGAACGAGAACATCGCCGGCCGGACTGGCGTTAATAAAGACGCCTTCGTCGATCCTGCCAGCGCTGAGCTGTATCCCGGAACACCAGACAAACGCTATTATGGACGGGGACCGATCATGCTCAGCTGGAACTTTAACTACGGCCTGTTCAGTTCCATCATCTATGGAGACAAAAGCGTGCTGCTGGACCATCCGGAGATCGTTGCCGCTGACGGTAAGATCGGCTACATGACCGCCATCCTGTTCTGGATGACGCCGCAAGACCCGAAGCCTTCCGCCCACGACGTCATGGTTGGCAGATGGAAGCCTTCCCCGCTCGAGAAGTTCAGAGGGCTTGGCGATCCCGGCTTCGGTACGACCGTAATGGTCTTGAACGGCCTGGAAGCCAACCTCGGTGAAACCGAGGGCAGCCCGGTGCAGCGGCGCGCCGGCCATTACCGCGATATTACAAGCCGTATGGGCGTTGATATTACCGGAGAGAAAATAGATACGTTGGGAATGAGACCATTCTGA	MTVWKYPLSRKMIQRSMIAALGAALLMPPLHAFAADEAPQADASSTHSAASTRSGTSAPAQITENPIDSLVIGEHRLISRKEIDQNWDGLDPDYTPEKVIAAVKALLSEEDFEALFPYRLGSAEWFKVASGKEYYKADQTDYFSYDNLINAVAEVSNLKIKISTRQGTPSAQEIYRLDKDARVETLVVRSADFHSSENLNKTIETVIIDGGTFLKEGVKKDRKRELAAFLANLSHETGGGWATAPRGPLRWGLFWNENIAGRTGVNKDAFVDPASAELYPGTPDKRYYGRGPIMLSWNFNYGLFSSIIYGDKSVLLDHPEIVAADGKIGYMTAILFWMTPQDPKPSAHDVMVGRWKPSPLEKFRGLGDPGFGTTVMVLNGLEANLGETEGSPVQRRAGHYRDITSRMGVDITGEKIDTLGMRPF	PGPT0012135_17	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012135-chiB-K20547	NA	NA
JZ016_05426	1353	mdtK	COG0534	Multidrug resistance protein MdtK	ATGAGTTTATTTGTTCGCGAAAAAGGGTTCTACAAAAGTTTTTTCTGGCTGACGCTTGTCATCGGGATGCAGAACCTGATATCGGTCGGCGTGAATTTGTCGGACAACGTCATGCTGGGAGGATACAGTGAATCGGCGCTATCGGGCGTTGCCCTCGCGAACCAGATCCAATTCCTGCTGCACATGCTGGTTTTGGGCGTATGCGAAGGATTGGTCATCATGTCATCCAGATTCTGGGGTGCGAAGGATTTAGGCTCGATCAAAAAAGCGGCAAGCATCGGCATGCGCATGGCGATCTTCCTCAGTATTGTGTTATGGATAATCGTGTTCTTTTTCCCGCATGAGGTATTGTCTTTGTTTACGAAGGAAGAGAATGTCATCGCCGCCGGCGTGGACTATTTACGAATCATCTGTTTCTCTTATATCTTCTTTGCCGTCACCAATTCCTTGCTGGCTTCACTGCGAAGCGTGGAAACGGTAAAAATCGGCTTTGTGGTATCATTATCGACCTTGATAATCAACATCTGCCTGAACTATATCCTCATCTACGGGTATTTGGGTTTCCCTGAACTGGGCGTGGCCGGATCGGCAATCGCTACCCTGACGGCAAGAATCATTGAATGTGTGATCGTCATCGTTTATATTAAGCGGTTCGACCGTAAAATCTTGTTAAAAATGCAGGATTTCCTGCAGTTCGATATGGAGCTCTTCAAACAGTACATTCGCGTTGGCTCCCCGATTCTGATGTCCAACACGATATGGGGGCTTGCCATGGCGGCACAAACCGCCATCCTGGGGCATATGGGAGAATCGGCGATCGCCGCCAACAGCATTGCCACAACGATTTTCCAGATGGTGACAGTCATCGTATACGCTTCGGCCAGCGCAACGGCTGTGCTGATTGGGAAGACCATCGGAGAAGGTTTGATGGACAAAATCATATCCTATGCCAAAACGCTGCAGATTCTGTATATCCTTCTTGGCTTGCTGACGGGCGCCGTGCTGTTTGTGATTAAGGATTTCGTGCTGGGCTTCTACTCCATTTCCGATGAGGCGAAGACACTCGCGCTGCATTTCATGACGGTGTTGTCGATCACCGTCGTCGGAACGGCTTATCAGATGCCGGCATTGACGGGCATTGTGCGAAGCGGGGGAGACACCCGCTTTGTGCTCTACAATGATTTGATTTTTATGTGGCTGATCGTGCTACCCTCATCGGCATTATGCGCGTTTGTATTCCACTTACCACCGCTCGCCATATTCATTTGCTTGAAGTCCGATCAGATTCTGAAGTGTTTTGTGGCGATCGTGAAGGTCAACCGATTCAAATGGATACGATCCTTCAGTTCATGA	MSLFVREKGFYKSFFWLTLVIGMQNLISVGVNLSDNVMLGGYSESALSGVALANQIQFLLHMLVLGVCEGLVIMSSRFWGAKDLGSIKKAASIGMRMAIFLSIVLWIIVFFFPHEVLSLFTKEENVIAAGVDYLRIICFSYIFFAVTNSLLASLRSVETVKIGFVVSLSTLIINICLNYILIYGYLGFPELGVAGSAIATLTARIIECVIVIVYIKRFDRKILLKMQDFLQFDMELFKQYIRVGSPILMSNTIWGLAMAAQTAILGHMGESAIAANSIATTIFQMVTVIVYASASATAVLIGKTIGEGLMDKIISYAKTLQILYILLGLLTGAVLFVIKDFVLGFYSISDEAKTLALHFMTVLSITVVGTAYQMPALTGIVRSGGDTRFVLYNDLIFMWLIVLPSSALCAFVFHLPPLAIFICLKSDQILKCFVAIVKVNRFKWIRSFSS				NA	NA	NA	NA	NA
JZ016_05427	1044	tmpC_2	COG1744	Membrane lipoprotein TmpC	ATGAAAAAGACATGGTCAATTCTATTAACACTCGTATTATCCGTTGGATTGCTTGCAGGTTGCGGCAATGATGATAAGTCTACTGACAGTGGTGCAGCTAATGGCGGTTCTGAAGGATCTCAAGATAAGAAACGCATTGCACTTGTTCTCCCCGAGAAGATCGGCGTGAATCCTTTCTTTGCATTGATGGACGAAGGATTGCAGAAGGCTGCTGCCGATTTCAATGTCGAAGTGAAGACGATTGAATCGACAGACCCGGCTTCGATTGAGCAAAACCTGCGTACGGCGGTTGCCGAAAAATATGATTTGATTATTACATCCACCTTCCAGATGGAAGATGCACTGAAGAAGGTTGCACCGGAGAATCCGGACGTGCCTTTTGCCATTATCGATACGGTAGTGGATTTGCCGAATGTCCGCAGCGTCGTATTCCGTGAACATGAAGCAGCTTACCTGCTTGGTGCAGCAGCTGGATTGGCTACGAAGACCAACAAGGTTGGCAACGTGGTTGCAGACGACATTCCTATTATGCATAAATATATGACCGGCTTTGCAGAAGGTGCAAAATCGGTAAACCCTAACGTTGAAATTTTCGTTAACTACGTCGGCGGTTTCACAGATCCGGCTAAAGCGAAGGAACTCGCGCTCCTGCAGAACTCCAAAGGTGCCGATTTCGTTGCAGGCCTTTCCGCTGTTGGTGATTTGGGCGTATTCGAAGCCGCGAAAGAGAAAGGCTTCTACGCTTCAGGACAAGACACGGATAACACGGGCACGGATCCCGAGCACGTTGTGCTCGCTCAATTAAAAGGTACAGACGCTGTTGTCTACGAAACGGTTAAAGACTTTGCAGAAGACAAATACTCATTCGATATTCGTGATTACGGACTGAAAGAAGGCGGCGTGGGTCTTACTTACGTTACGCATGAGAGCAAAACACCGCTTAACCCATTCATTGGACAAGACATCGTGGATCAGCTTAAGGTGATTTCCGACGATATTATCGCCGGAAAGATTAAAGTAACCAACGCATTGGAACAAAATTAG	MKKTWSILLTLVLSVGLLAGCGNDDKSTDSGAANGGSEGSQDKKRIALVLPEKIGVNPFFALMDEGLQKAAADFNVEVKTIESTDPASIEQNLRTAVAEKYDLIITSTFQMEDALKKVAPENPDVPFAIIDTVVDLPNVRSVVFREHEAAYLLGAAAGLATKTNKVGNVVADDIPIMHKYMTGFAEGAKSVNPNVEIFVNYVGGFTDPAKAKELALLQNSKGADFVAGLSAVGDLGVFEAAKEKGFYASGQDTDNTGTDPEHVVLAQLKGTDAVVYETVKDFAEDKYSFDIRDYGLKEGGVGLTYVTHESKTPLNPFIGQDIVDQLKVISDDIIAGKIKVTNALEQN	PGPT0021055_3186	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021055-bmpA-K07335	NA	NA
JZ016_05428	1494	rbsA_1	COG1129	Ribose import ATP-binding protein RbsA	ATGCTACTCCAGATGGACAATATTACGAAAAAGTATGGCGAGTTCAGCGCAAACCGCGGCATTGATTTTTCGCTGCGCGCGGGTGAGGTTCATGCGATTGTCGGGGAGAATGGTGCAGGCAAAACGACGCTGATGCGGATATTGTACGGGATGGAGCAGCCAACCTCGGGTACGATTCGGCTGAATGGCAAGGAAGTTTCGTTTGCAAGCCCGCTTGACGCGATTAAAGGCGGAATCGGCATGGTGCACCAGCACTTCATGCTGTTTCCTACGTTTACGATCGCCGAGAACATCGTGATCGGCAATGAGCCGGGCTCAGGTGCAGGGTTTGACCGCAATCAAGCCGTAAAGATCGTGGAAGGACTCTGCGAAAAATACGGCATGAAAGTGGACCCGCGCGCCACCGTTAGCAGCAGCGCCCCCGGCGTGCAGCAGCGGGTTGAAATATTGAAGGTGCTGTATCAGGGCGCCGAGATCATTATATTGGATGAGCCAACAGGCGTGTTGACGCCGCTTGAGGTGCAGGAGCTTCTGGATGCCATTAAACAGCTCTCCAAACAGGGAAAGAGCTTTATTCTGATCAGTCATAAGCTGAACGAGGTCCTTGATGTGGCTGATCGCATCACGGTGCTCCGTGACGGCGCCGTCACAGGCGTAGTGGAGAAGGGGAATACCGATGCCCATGAGCTTTCCCGACTCATGGTCGGCCGTGAGCTCATGGAGCTGGATCGTAAGCCGGTCACGCCGGGCGAGAAGGTGCTGGAAGTATCGGATGTTTCAATCCGCGGTACGAAAGGAAAGCCGGTTCTGGACGGCGTCAATATGGACGTCCGTGCGGGTGAGGTTGTCGGGATTGCCGGTATTTCCGGCAACGGGCAGTCCGAACTGCTTCAGGTGATCTCCGGTCTGGCTCAGCCGGACAGCGGGCGAATTGCCGTTTCGGGCAAGGACGTAACCGGCATGTCGACAAGAGAAATACGGGAGCACGGATTAGCTCATATTCCCGAGGATCGGTATGTGTGGGGGGCGAATCGCATTGCAACCGTTATGGATACCGGGCTTATGGGTCACCATCGCCGCTTGCAGAAGGGCGGCTTCCTCAATCTGAAGGACATTCGTAAGCTGGTTTCCGGATGGGTTCAGAAGTTCTCGATCAAGACGGGCTCCCTGGAGACCAGCACGCAGTATTTATCCGGCGGCAATCTGCAGAAGCTGATCGTCGCACGGGAACTGGAGCAGGGAACTCCGTTCCTGATCGCAGCCGAACCGACGCGCGGCGTTGACATCGGGGCCATGGAGACGATTCATAGCGAACTGCTCAAGCGGCGCGAAGAGGGCACGGGAATTTTGCTCGTATCGTCGGAATTAACGGAAATCTTGAAGCTGTCCGACCGCATTCTGGTTATGTTTGAAGGCCGGATCGCGGGCGAGCTGTCGGCGAAGGAAGCGACAGAGGAGAAATTGGGACTGCTGATGGCGGGAGGAACCTTGTAA	MLLQMDNITKKYGEFSANRGIDFSLRAGEVHAIVGENGAGKTTLMRILYGMEQPTSGTIRLNGKEVSFASPLDAIKGGIGMVHQHFMLFPTFTIAENIVIGNEPGSGAGFDRNQAVKIVEGLCEKYGMKVDPRATVSSSAPGVQQRVEILKVLYQGAEIIILDEPTGVLTPLEVQELLDAIKQLSKQGKSFILISHKLNEVLDVADRITVLRDGAVTGVVEKGNTDAHELSRLMVGRELMELDRKPVTPGEKVLEVSDVSIRGTKGKPVLDGVNMDVRAGEVVGIAGISGNGQSELLQVISGLAQPDSGRIAVSGKDVTGMSTREIREHGLAHIPEDRYVWGANRIATVMDTGLMGHHRRLQKGGFLNLKDIRKLVSGWVQKFSIKTGSLETSTQYLSGGNLQKLIVARELEQGTPFLIAAEPTRGVDIGAMETIHSELLKRREEGTGILLVSSELTEILKLSDRILVMFEGRIAGELSAKEATEEKLGLLMAGGTL	PGPT0021040_3398	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021040-nupA|yufO-K23537	NA	NA
JZ016_05429	1068			hypothetical protein	ATGAATAAATGGACAAAATTTACGCTTCCGCTGCTCCAGCCGATCGCCGCCATCATTGTGGGGCTGCTCGCCGGTGCCATTGCCATCATGATTGCCGGCGGCGATATCCTGCAGACTTACGCGGAGATGTGGAAGGGTGCCTTCGGCGGCATGTATTTCTTCACGAATACGCTATCCCGGGCGACCCCGATCATTCTGATCGGTCTGGGTGCGGCGTTTGCCTTCCGTGCAGGTTTCTTTAACCTTGGCGCGGAAGGTCAGATGGTGTTTGGCGCACTCGCTGCCGCATTGGTCGGATTGTACATGCCGGGTCCCGGCTGGCTGGTGTGCATCGTTGCGATTCTTGCCGGTGTTATCGCAGGTGGATTATGGTCGGTGATGGCCGGTTATTTTGATGCCCGGTTCCGGGTGAACCTGCTGATCTCCACGCTGCTGCTGAACTATGTGGCGGTATTGTTTGCAGGCTATCTGGTTGCCTATCCGCTGAAAGACCGTTCGGGCTCGGCTGCGATGGCGCAATCCGAAATGCTGGATAACAGCGTGTGGCTGCCAAAGCTGATTTCCGGCATGCCGCTGCATGTAGGATTTGTGCTCGCGGTGCTGGCTGCGTTGATTATATTCGTTCTGCTGAAGCGCTCCGTGATTGGTTACGAGGTGCGGATGCTTGGCGGCAACCCGCTGTTTGCCCTGTTTGGGGGCGTTAAACGCGGTCCCATGATGCTTGGGGCCATGTTCTTCAGCGGCGGCTTGGCCGGACTTGGCGGCGCCGTTGAAATTCTGGGCTCCCAGTATCGTTATATCGATGGTGCATTATCTACGGCCGACTATGCCTGGACGGGCATTATGGCTGCATTGTTGGCAGGATCGCATCCGATCGGCACGCTGATTGCATCGATCTTTTTGGCCGCGCTGCAGACAGGCGGTATGGGCGTGGAACGGAATACGGAAGTGCCGCTTGAGGTAGGAGCGATCATCCAAGCCGTGCTGATTCTCTTTATATCCGCCCGATTCACATACAGCTTCCTGAAGCGCAGAAAGGGGAACAAATCCGATGGAACAGCTGTTTGA	MNKWTKFTLPLLQPIAAIIVGLLAGAIAIMIAGGDILQTYAEMWKGAFGGMYFFTNTLSRATPIILIGLGAAFAFRAGFFNLGAEGQMVFGALAAALVGLYMPGPGWLVCIVAILAGVIAGGLWSVMAGYFDARFRVNLLISTLLLNYVAVLFAGYLVAYPLKDRSGSAAMAQSEMLDNSVWLPKLISGMPLHVGFVLAVLAALIIFVLLKRSVIGYEVRMLGGNPLFALFGGVKRGPMMLGAMFFSGGLAGLGGAVEILGSQYRYIDGALSTADYAWTGIMAALLAGSHPIGTLIASIFLAALQTGGMGVERNTEVPLEVGAIIQAVLILFISARFTYSFLKRRKGNKSDGTAV	PGPT0021045_2537	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021045-nupB|yufP-K23535	NA	NA
JZ016_05430	924	rfuD	COG1079	putative riboflavin import permease protein RfuD	ATGGAACAGCTGTTTGATCTTGCTTTAATCAACTCGGCCCTCCGCGTGCTCACTCCGATCTTGCTTGCGGCCCTCGGCGGTGCCCTGTGTTCGCGCGTCGGATTGTTCAATGTCGGTCTGGAAGGCTTTATGCTGCTCGGGGCTTTCTCTGCCGTGGTGGGGAACCACTTCTTCGGCAACGTCTTTTATGCGATATTGTTCGCGATTGCAATCGTTTCGATTTTCTCTTTTATATTTGCTTATCTCAGCATCAATCTGCAGGCGAACGTCATTGTGGTCGGTATCGCGATGAATGCGTTGGCGGCGGGATTGACCACGTTTAGTTTACGGGCTATTTTTGATGTTAAAGGTGCATTTTATGATAATACGATGGTCGGGCTGCCGAAATGGAACATTCCGATTATCGAGGATATACCGGTGCTCGGTCCCATTCTGGCCGGCCTGACGCCGCTTGTCTATCTGTCGTTTTTGATTGCGGGCCTCATGTGGTATTATTTCTATCGCACGAAGAACGGCTTCCGGTTCTTGGCTGCCGGCGAAAATCCGCTCGCTGCCAAAAGCGTGGGCATCCGTGTAAGACGGTATCAGTATGGAGCCGTACTGGCGAGCGGCGTGTTATGTGCCCTTGCCGGCGCGCAGCTGTCGCTTGGACAAGTGACGATGTTTACGGAAGGCATGACGGCCGGACGCGGCTTTATCGCGCTCGTTGCCACGATGCTGGGCCAATCGGGTCCGCTTGGGGTAACGGCGGCAAGTCTGCTGTTTGGCTTTATGGATGCACTCAGCATCCGGTTCCAGGGGCTGGCGCTGCCGACGCATTTTACGCAGATGCTGCCGTATGTCGTGACGATTCTGGCGATGTTCTTCTTTAAGGACAAAAGCTTCCAGCAGGATGCGCTGAAGCAGGGATCCAGCTCCAGATAG	MEQLFDLALINSALRVLTPILLAALGGALCSRVGLFNVGLEGFMLLGAFSAVVGNHFFGNVFYAILFAIAIVSIFSFIFAYLSINLQANVIVVGIAMNALAAGLTTFSLRAIFDVKGAFYDNTMVGLPKWNIPIIEDIPVLGPILAGLTPLVYLSFLIAGLMWYYFYRTKNGFRFLAAGENPLAAKSVGIRVRRYQYGAVLASGVLCALAGAQLSLGQVTMFTEGMTAGRGFIALVATMLGQSGPLGVTAASLLFGFMDALSIRFQGLALPTHFTQMLPYVVTILAMFFFKDKSFQQDALKQGSSSR	PGPT0021050_2414	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021050-nupC|yufQ-K23536	NA	NA
JZ016_05431	675	msrP		Protein-methionine-sulfoxide reductase catalytic subunit MsrP	GTGCACAAAAAGGCAGAACGATTGAAAAAAATGAAGCCGGTGGCGGTGAGCAACCTGACCGAGGAGCAGCGTGCCAAACTGCCGCCGGGGCAGACGCTGACCGAGAAATTCCCCATTTTGCACGAGGGGGAGGTTCCACATTACGACATGTCGGAGTGGACGCTCAAGGTGTTCGGGGAAGTCGAAGAGGAACGGACGTTTTCTTATGAAGATATATTGGCGATGCCAACGGTGACCGTGAACGCGGACATCCACTGCGTTACCCGCTGGTCCAAGTTCGATACGGTATGGGAGGGAATCCTGTTCCGGGATTTCCTGGCGGGGCTGAAGATCAAGCCGGATGCCAAATACGTCATGTTTCATGCCGATCCCGATTACGATACGAATGTACCCATCGAGGATCTGCTTAAGGACGATGTGCTGCTGGCCTATCGCTTTAACGGCGAGCCGCTGACGGACAAGCATGGCTGGCCGCTGCGTACGGTTGTGCCGCATCGCTATTTCTGGAAGAGCGCCAAATGGCTGCGCGGGATCGAGTTTATGAAGGAAGACCGTCCGGGCTTCTGGGAACGCAACGGCTTCCACAATGAAGCGGACCCGTTCAAGGAAGAGCGGTTTAGCGGCGAGGCGCTGGATATACCCGAAGATGAATGGACACATAAGGAGTTTGACTAA	MHKKAERLKKMKPVAVSNLTEEQRAKLPPGQTLTEKFPILHEGEVPHYDMSEWTLKVFGEVEEERTFSYEDILAMPTVTVNADIHCVTRWSKFDTVWEGILFRDFLAGLKIKPDAKYVMFHADPDYDTNVPIEDLLKDDVLLAYRFNGEPLTDKHGWPLRTVVPHRYFWKSAKWLRGIEFMKEDRPGFWERNGFHNEADPFKEERFSGEALDIPEDEWTHKEFD				NA	NA	NA	NA	NA
JZ016_05432	732	deoD_3		Purine nucleoside phosphorylase DeoD-type	ATGTTGATGCCTATCTTGCAAGTGAACTCAGAGGATATACCTGAATTTGTGATCGTCTGCGGCGATCCCAAGCGTGCGGAGACCATTTCCCGCAAGCTTACAAACGCGCGCGAGCTCGCGTTCAGCCGCGAGTACCGCACCTTCGTGGGAACGTATGAAGGCGTTGAACTCGCGGTAACCAGCCACGGCGTTGGATGTCCGGGAGCTGCGGTTTGTTTCGAGGAGCTGATTCGCGCGGGGGCGAAAACCCTGATTCGCGTCGGCACGGCCGGATCCTATCGGGCGGATACCCCCGCGGGAAGCCTTGTGGTCAGCACGGCTGCGATCCGTACGGATGGCCTGACGAAACAGCTCGTGCCGGACGGCTTTCCAGCGGTTGCAGACAGCCAGGTAGCGGAGGCGCTGTACGAATCCGCGGTTTCAATTGGCGAAGGCGTGGTGCGCAAGGGGATTACTGTAACCCTGGACGTGTTCTTTAACGGCGTTGAAGAAGTACCGCACCAGAAGTATAAAGCAGCGGGAGCGCTCGGCGTTGAGATGGAAATTGCGGCATTGTACGTCGTTGCGGCGATCCGCGGCGTTCGCGCGGGCGCGATTGTCGCTATGGACGGTTTTGCCGACGCAGACCTCGCGGCCGAGTACGACCCGAACACGAATGTGGTTGCCGACGCGGTGGAACGCGAGATTAACACGGCCTTGCAGGCTGTGGTGAAGCTGGCGAAGCAGGGTTAG	MLMPILQVNSEDIPEFVIVCGDPKRAETISRKLTNARELAFSREYRTFVGTYEGVELAVTSHGVGCPGAAVCFEELIRAGAKTLIRVGTAGSYRADTPAGSLVVSTAAIRTDGLTKQLVPDGFPAVADSQVAEALYESAVSIGEGVVRKGITVTLDVFFNGVEEVPHQKYKAAGALGVEMEIAALYVVAAIRGVRAGAIVAMDGFADADLAAEYDPNTNVVADAVEREINTALQAVVKLAKQG	PGPT0021235_1810	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021235-udp-K00757	NA	NA
JZ016_05433	471	yjoA	COG2318	putative protein YjoA	ATGAGTCATGAAGGTCAACAGCTATTCGAACGATGGCATAAACACCGTACGGTCTTGCTTCATCTGCTGCAGGACGTTCAGAACGAGCATTTGGATTATAAACCGTGGGAGAATGCCTATACCTTGGGCGCATTAGCAGTTCATATTGCGGCGTCCTCAGACATGTTCCTGCGTTCCATTGTAAAAGGCTCGTTCTCTCCACCCTCTATTTCCACCGAATTCGAAACCATCGATGACATTAGAAATATCGTGCAAGCTTCGACCGAATCGTCTACGGCGGTTTTTAATGAATTGTCCGACATCCTGCTGGAGCAGCCGCTGGACTTTAACGGGTTCGTTGCCCCAGGAAAAGTGTGGCTGAGCAACATGGTCGACCACGAAATCCACCATAAAGGGCAACTATTCACTTATGTTCGAGCTGTGGGTATTGAGAAGGTTCCCTTCTTCACGGTTCAGCCGCCCAAACAGTAA	MSHEGQQLFERWHKHRTVLLHLLQDVQNEHLDYKPWENAYTLGALAVHIAASSDMFLRSIVKGSFSPPSISTEFETIDDIRNIVQASTESSTAVFNELSDILLEQPLDFNGFVAPGKVWLSNMVDHEIHHKGQLFTYVRAVGIEKVPFFTVQPPKQ				NA	NA	NA	NA	NA
JZ016_05434	519			hypothetical protein	ATGGCTAGAGCGTCAACCTCTGCGAATCGGCGCAATGACATCGTGGCGGCAGCCATCGAAGTGTTTGCAGAAATCGGGTATTATCGCGCGACCACGGCTCAGGTTGCCGAACGGGCAGCGATATCCCAGCCTTACGTCTATCGGTTCTTTACCAAGGAGTCGCTGCTTGTGGAATCGCTGGCTGTTTCCTGGGAGCGCATTGTGAAGGCATTCCAAGCGGTGATCGAATCCGCTTCTTCAGAGAATCTGGAGTTGGGTTTGATTCAGGCATACGAAGGGATTGTGCAATCGCATCGCAGCGAGATCCTGCTCCAGATGCAGGCGCAGACGATTCAGGAAGCGCCCATCCGCGAAGCGATGCAGCAGGGAATGAATGAGGTGAAGGATCTCGTGGAGAATGCCTTTATGCGAGCGGGATTTGAGGATGCCGACAAGAAAACCTCCGATTTTCTGGCCCGGGGCATGCTGTGCAATGTAGCTATGGCGATGGATATGCCGAATATGATGCCCATAAGATAG	MARASTSANRRNDIVAAAIEVFAEIGYYRATTAQVAERAAISQPYVYRFFTKESLLVESLAVSWERIVKAFQAVIESASSENLELGLIQAYEGIVQSHRSEILLQMQAQTIQEAPIREAMQQGMNEVKDLVENAFMRAGFEDADKKTSDFLARGMLCNVAMAMDMPNMMPIR				NA	NA	NA	NA	NA
JZ016_05435	96			hypothetical protein	ATGAAGGAAGAAATACGTTCGATATGGTTTTCTAGGCACACGGTCTTGCTCGGTGTAACAGCCACTCTGCTGGTGTTGTTCTCCATGTGGGATTAA	MKEEIRSIWFSRHTVLLGVTATLLVLFSMWD				NA	NA	NA	NA	NA
JZ016_05436	468	sigL	COG1595	ECF RNA polymerase sigma factor SigL	ATGCAAGTATGTGATCTTTATGAAAACCTGAAGGACGATGTCCAGCGTTATGCCAGATCCATCGCCAAGCATGCTTACGAAGCGGATGATCTGGTCCAGGATGCCTTTATGAAAGCCATCAAGGAGCCGAACCTGGCAGCGCTGCCCCTTCACAAGCAAAAGGCCTGGTTCTTCAGAGTCGTCAAAAATCGCATGATCGATATTAGCCGCCGGGAGAAGCGGCTCGTATCGTGGGAGGATGATCTGGACATCGCCGAGCTCCCCGTTTCAAGCCGCAATATCGAAATGACGGAATGGCTCGCCCGTTTGCCGCAATCGCAGAGCGATATCGTGTTCAAGCGCTTTTGGCTCGGGATGTCCAGCCAGGAAATCGGCGAGCAGCTGGGCATGCCGGCAGCCACGGTTCGTTACAAATTGCAAACCGCCATCAAAAAATTGAGAAAACTATGGGAGGAAGATATGAAATGA	MQVCDLYENLKDDVQRYARSIAKHAYEADDLVQDAFMKAIKEPNLAALPLHKQKAWFFRVVKNRMIDISRREKRLVSWEDDLDIAELPVSSRNIEMTEWLARLPQSQSDIVFKRFWLGMSSQEIGEQLGMPAATVRYKLQTAIKKLRKLWEEDMK	PGPT0014960_12171	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_05437	1209			hypothetical protein	ATGAGCAGAATCATTGAGAATGTAGGGATGTTGGATCTTACGCAGGCAACGGAGGAAACCGTAACAAGCATCGAACGGATCGGAAACGTGGGCCTTGTGATATACCGGGCAGAGACGGCACACCTCCTCACGCTGTTAAAAAACGCAGGCAATATCGGCAAGACGATTGAAATCCCCGAGGGACACCGTTATTACAGCGGCACCCTGCGGCTGGACGAGGAATACTTTCAGCTCTTGGAGCAGCCGGACCGCGTATTCGTTAACGGCACGGTCATCATCGATAAGGGAGTATCCCTTGAAGCATTCCAGAACGGCACGCTGCACCTGGTGGTCAACGGCGAGGTCTATGCTCCCCGGCATCTGGCCGCTGCCGTTACCTCTGCACTCCTCAAAGTGGGAGGCGCCAGCGCGGAGATTCACGCTTACGAATACGAACCAAGGTTCGAGTCCGGGAAAGTGCAGCTGAACAATGCATATCTGGCCTCCGGCAGCGAGCCTATGGAGCTGGTTCTGAACGGCATGGTTCATCTGGATAAGGAGCTCGATATGGAGCAGTTCTCGGCCCGGATTGAAAAGATCCAAGTCAACGGCAAGGCGATTATCCATGAACATCAATCCCCTTATTTCTACGATAAATTGAAAAAGATCAACGGCTTGGTCGAGGTGATCCCGGCAGGATTCGAGCATGTAACCAAACCGCTACGGCTAAACGCAAGAAGCGTACGGCGCTTTAAAAGCCATAAGCTCTACACGAGTAAGCCGCTCATTCTCGAGGCGGACGTGACCCGGGACGCCTTCAGCCAGGCCGTGTCGGAGATACATTCCAGTTCGTTCATCATTTGCGGCGAAGAGATCGAAGATCTGGTCTGGGAGCGCTGTCCCAACCTGAATACGGAAATCGTAAGTTATGAGCGGCTGTTTGTGTTCATCAGCGGCGAGGAGACCTGGTCGAAGGATCAGCTGGCGGCTTTGGGCCAGCCGGCGAGCTTCATTGTTGACGGGACGCTGACCTTTGACGATGACGTCACCGAGGGAGATATTAGGGCTTCGATGTCCTCCCTGGATCTTTTCGGCGAAGTCGTTGTAGGGGAAAAAAGAATTAAAGGCATTTTGTACCCTTACCTTCGGGCAAACAATGGAAGTATTATAGTGAAGGGGACGGAAGAGGAGCTTGCAGGTATTGGTAATGTCGGAATGTTGTCGCTATAA	MSRIIENVGMLDLTQATEETVTSIERIGNVGLVIYRAETAHLLTLLKNAGNIGKTIEIPEGHRYYSGTLRLDEEYFQLLEQPDRVFVNGTVIIDKGVSLEAFQNGTLHLVVNGEVYAPRHLAAAVTSALLKVGGASAEIHAYEYEPRFESGKVQLNNAYLASGSEPMELVLNGMVHLDKELDMEQFSARIEKIQVNGKAIIHEHQSPYFYDKLKKINGLVEVIPAGFEHVTKPLRLNARSVRRFKSHKLYTSKPLILEADVTRDAFSQAVSEIHSSSFIICGEEIEDLVWERCPNLNTEIVSYERLFVFISGEETWSKDQLAALGQPASFIVDGTLTFDDDVTEGDIRASMSSLDLFGEVVVGEKRIKGILYPYLRANNGSIIVKGTEEELAGIGNVGMLSL				NA	NA	NA	NA	NA
JZ016_05438	198			hypothetical protein	ATGAATATTAATAATGAAGATATTGCCAAACAGCATGTTCGCGATCTCCGTCAGGAACTGGAACGATGCCGGATGGCAACGAAATTGCGCTCTAAACGCAATGAAGCGGCCCACGCCGCAGCGGCTGTACGTACAGTCGAGGGAAAATGGAAGTCACTGTTAAAAACCATCATGATGATGGGAAGAAGAATGCTTTAA	MNINNEDIAKQHVRDLRQELERCRMATKLRSKRNEAAHAAAAVRTVEGKWKSLLKTIMMMGRRML				NA	NA	NA	NA	NA
JZ016_05439	600			hypothetical protein	GTGAAAAAGAAGGATTTAACCTCACAGCAAATCGTCGAGGCTGCCATCGGATTGTTTGCGACACATGGCATCGAGAAGACCAGCCTGGCGATGATTGCCGGCGAAGTGGGCATTACGAAACCGTCGATCTACTATCATTTTGCGTCCAAGGATGAACTGGTGGAGCGGGTCTTTGAGTACATGTTCAGCGATTACCATTTCGATCATTATTTCTCCCTGACCGAAATGAACGAGCGTAACTTCGCGGAGAAGCTGTATCAAGGGGGATTGCGCATGTTTCCGGAAGAGGAAGAGGCTTTCGTGCCGGTGATGCGCTTATTGAGCGAGTTCATGCTGACCGCAAGCCGGAGTGCCAATTACGGCCAGCGGGTGGTCGCCATGCAGCAATCGTTCCTGGACGGCTTTCGGGAACTGATGCGGTTAGGCGCAGATTTCGGGATCATTGAGCGGCAAAATGCAGATTCCAAGGCGTATGTGCTGGCACTGGTCATTGATAATATCACGAGTTATATCATGATGGATATTCCGCTGGACTATCAGGCGGTCTGGAAAGAAGCGGTGAACAGCGTTCTCAGGAAAGGAGCGGATCCCATTGAATAA	MKKKDLTSQQIVEAAIGLFATHGIEKTSLAMIAGEVGITKPSIYYHFASKDELVERVFEYMFSDYHFDHYFSLTEMNERNFAEKLYQGGLRMFPEEEEAFVPVMRLLSEFMLTASRSANYGQRVVAMQQSFLDGFRELMRLGADFGIIERQNADSKAYVLALVIDNITSYIMMDIPLDYQAVWKEAVNSVLRKGADPIE				NA	NA	NA	NA	NA
JZ016_05440	693			hypothetical protein	TTGAATAACGGGATGGAATACAGTGATCTCGGATTATCGTGGGCAGACCGAATGCTGGTCTGGGCGGTGCCGCCTTTATTAGGCGCGGTGATCGGCTGGTTTCTGCCTGCGATTGCGGATTGGGCAACGGGTCTAGCTTGGGTGCCTTTTCAAGGACCGCTGGAATTAATCGCAACCATACAGGGACCTTGGATCGTCATCGTAACCGCTGTTCTGGGCCTGCTTGCGGGCATCGTGCTCTCCCACTTAGCCATTAAAGAAAGCCTTGCGGTCCGCCTGTCGGACAAGGAGATTACACTCCGCATTCATGAGGCTGAACGAACCTTTATGAGAGAAGAAGTTTCCGCTGCCTTTATGGACGGCAGGCAGCTGGTGCTGCTGGGCAACGAGGGGGAGGAGCTCTATCGCGAGAAACCGGAAGCCAAGCGGGAAACGGTGGCCGAAGCCTTCATGCGTCACGGTTATTCCTGGAGAGACCGCGATCCGTTCGCCGATCATTACGTCAGATGGGTTGCCGACACGCCGGGGCTTACGCCCAGCATGAACGCGCTCTTCCTGGCACGGGAGAAGGCGATGGAGAACGAGGATAAAGAGGATGCAGCCGATCTGCGCCGGGAACTTTCGAAGCTGGGCATTACGGTGCGGGATGACGGAAAAAAACAGTATTGGAGGCAGCACGGGCAGAGGCCATAA	MNNGMEYSDLGLSWADRMLVWAVPPLLGAVIGWFLPAIADWATGLAWVPFQGPLELIATIQGPWIVIVTAVLGLLAGIVLSHLAIKESLAVRLSDKEITLRIHEAERTFMREEVSAAFMDGRQLVLLGNEGEELYREKPEAKRETVAEAFMRHGYSWRDRDPFADHYVRWVADTPGLTPSMNALFLAREKAMENEDKEDAADLRRELSKLGITVRDDGKKQYWRQHGQRP				NA	NA	NA	NA	NA
JZ016_05441	1707			hypothetical protein	ATGAATTTTGATCTGAATATCGTACCTTTCAGCCGTAGAGAGACCTTCTTGGCAATTTCCCTTCTGCCCGCGGCAAAGGACCGCAGACCAGGACTTTACCTGCGAACCGTCCGCGGAGGGGATGACAAGTTTGGCGAGGCGTTTCTGATAGAGCTGCTAAACCGGCAGAACGAGCCGGTTCCCTTTGAACCTGTAGCATCACCCGACAAAATCAGGCTAACGGCCTCCGATTCGGAAGGCCATGCGGACATTTGTTTATCGGACTCCCGGACCGTCCGGTTTCGCTCGGAAGGCTGCGGAATCCGGCTTACCTTTTTCCCCGCAGCGTATGATTACGCCTATGAGACCCATCCGGACAGCTGGGAGGTGAACAGCTTTACCCATAGCTGCCGCTTCATGCTGACCCGGCTTGCGGGCCAGATGAGCATGGAGGTCGAATGGAACGAGATCAAGAGCTCGCGGGTAACCGCCGACTTCTCCGTGGACGCATTAACGAATATGGCGGAATTTGCGGTCGAAGAGTTCATGACCGCCTTGACGCCGCGTACCGACTGGGAGTCCTTCGACGATGCGGTTGAAAGCGTTCGCGAGGATTATGCCAATTGGTTGAATAATACCCTGACCGTCTCTGAACGGTGGCAGGAAGCAAGGGAGCTCGCTGCCTATATTACCTGGTCCTGCGTAGTTCCGGCCGAAGGCTGTTTAACCCGCCCAGCCATGTATATGTCCAAGAATTGGATGACCAACATCTGGAGCTGGGACAACTGCTTTAACGCGATGGCCCTCGTGCGGCATCAGCCGGAGCTGGCTTGGGATCAGTTCATGATCTTTTTTGACCGGCAGGATGAGAGCGGCCTGATCCCCGACTTCGTGAACGATAGATACGAGCTTTGGAATTGCAACAAACCGCCGATTCACGGCTGGACGCTGGCCTGGATGATGCGCCGGACGGATTACATCAAGGAGGCCCAGCTGCGCGAGGTCTATGGTCCTCTAGCGAAATGGACACAGTGGTGGTTCACACACCGGGATCATGACGGCGACGGCATTCCCCAATATAACCACGGCAATGACTCGGGCTGGGACAACAGTACGGCGTTCAATAACGGCATCCCCGTTGAGAGCCCTGACCTTGCCGCTTATTTGATTATCCAGATGGAGACGCTGGCTGAAATCGCGGGTTTGCTGGGCCTGACCGAGGAATCGAGTCAATGGAGACGGAGTGCGGATGATACGCTGGATCGCATGCTCCGGCATTTCTGGAGAGACGGTCGATTCACCGCCTGCCGTTCGGGAACGCATGAGGTATCCGAGGGAGACAGCCTGCTGCTGTTCGTTCCGATTCTGCTGGGAAAACGCCTTCCCGAGTATATCCGCACGGCTCTATTGGAAGGACTTCGAGAGGAAGGCCGATTCTTGACGAGCAACGGCTGGGCGACCGAGAGCGTAAACAGCCGTTACTATAAGGCGGACGGATATTGGCGCGGGCCGATCTGGGCCCCTTCCACGATGCTGCTGGTCGAAGGGGTGGCGGCCGCCGGCGATATGGAGCTGGCGATGGAGATTGCGCAGCGGTACTGCCGGATGGTCAGTCTCAGCGGGATGGCCGAGAATTTTGATGCCCTGACCGGAGCGGGGCTGCGCGACCGGGCGTTCACCTGGACTTCCAGCGTATTTTTGATTCTTGGACATGAATACACGTTATAA	MNFDLNIVPFSRRETFLAISLLPAAKDRRPGLYLRTVRGGDDKFGEAFLIELLNRQNEPVPFEPVASPDKIRLTASDSEGHADICLSDSRTVRFRSEGCGIRLTFFPAAYDYAYETHPDSWEVNSFTHSCRFMLTRLAGQMSMEVEWNEIKSSRVTADFSVDALTNMAEFAVEEFMTALTPRTDWESFDDAVESVREDYANWLNNTLTVSERWQEARELAAYITWSCVVPAEGCLTRPAMYMSKNWMTNIWSWDNCFNAMALVRHQPELAWDQFMIFFDRQDESGLIPDFVNDRYELWNCNKPPIHGWTLAWMMRRTDYIKEAQLREVYGPLAKWTQWWFTHRDHDGDGIPQYNHGNDSGWDNSTAFNNGIPVESPDLAAYLIIQMETLAEIAGLLGLTEESSQWRRSADDTLDRMLRHFWRDGRFTACRSGTHEVSEGDSLLLFVPILLGKRLPEYIRTALLEGLREEGRFLTSNGWATESVNSRYYKADGYWRGPIWAPSTMLLVEGVAAAGDMELAMEIAQRYCRMVSLSGMAENFDALTGAGLRDRAFTWTSSVFLILGHEYTL				NA	NA	NA	NA	NA
JZ016_05442	1746			hypothetical protein	ATGAATCTTCAGGGGATCAAAGATCGAGTGGGCCGGCTGTTCACCGGCACCTATCACAGCATAAGAACCAAGCTGCTTACCTGTTTTTTAGTCGTCACCCTGATTCCGTTGTTCTCGCTTGGCGGACTTTCTTATGTTCAATCCGCTAAAGTGATTAACTCCCAATTCGGCAAATACGGCGATAATGCTGTGGCGCAGCTGGAGCAGCAGACCAGTTCGGCCTTGGGGCGGATGAAGCAGACGGCGGAAACGATTTATTCCTATTTACTGGACCCGAGCCATTCGGGAATCGGAGCCGGGACGCCATCCACATACGGCGACATTATGGAGAAGAACGACTTCGAATCGTTGTTGAAGTCGCTTCGGACGCAGCTGACAGCAGGAATTTACATCATAACGTCCTCCGGCTATTACTATGGGGAGAACAATCTGGATGTGAATAAACTCGGCAATATCCCGCTGTGGAACACGAGGCCGAAGGCATATGCCGGGACTTATTGGCTCGGTTTTTATAAACAGGATCATTCCATCAAGAGCAGCGATAGCGACAATGTGCCCGTCCTTGGATTGGCGGTGCCGATCCATCACCCCGACAAGGCTCAGGACGGCAGCATCATTCTGATCGAGGAGAACGCCGAGGAGCTGCTGCGCAGTTATGCCAAGTTCGAGGCCGACACGCATGCCCACCTGCTTATTACATCGCCGGACGGCACAATTGTGTATGAGACGGATGCTCCGTATACGCCCCGTGACAACGATGTGACCTGGTCGCGGACGCTTGACGTCAACCAATGGAGCATGGAAGCCAGAATTCCCGCCAAGGCGTTCTATCAATCCTCGGGCATTATCCGGGCGAACACGATGGTTGTTGCCATCGTCTCCTGCTTGCTCGCTTTTGGCATCGCCTATCTGTTCTCCTCCCGGTTCACCTCCCGAATCCGGACCTTGAAGGACTCGATGCAGAAGGTAAGCTTCGGCAAGCTGGATACCCGGACGCCAATCGAGGGCAGGGATGAGCTGGGCAGCCTCGATATGAGTTTTAACCGGATGGTAACGGGCGTGCAGACCCTGATTGGCGAGGTGGAGCAGAGCGAGCGGCTGAAAAAAGAGGCCGAGCTGCGCGCTTTCCATTATCAGATCAATCCTCATCTGCTGTTTAACACACTCAACTCCATCCAGTGGAAAGCCAGGCTGGAAGGCGCGGAAGACATCCGTCAGATGCTGTATCATCTGACGATGGTGCTGGAGGGGAATTTGGATATTTCGCAGGAGCTCGTCACGCTGAACAGGGAGCTGCGCATGATCGGTCACTTTCTGAAAATCCAGGAGATCCGGTACGGCGAGGTGTTCCGTTATGCGCTGGATTGCGATGAGGCGCTGCTGCCTTATTTGATTCCGCGGATGACGCTTCAGCCGCTGTTCGAGAATATTTTTTTCCATGCTTTCACCGATGGTCAGGGAGAGATCCATGTCAAGGTCGAGGAGGATCATGACGAGCTGGTGCTTACGCTTCGCGATAACGGAGCCGGCATCAGGGAGGAGAAACTCGCCCGGTTATTCTCGCCGGAGATGAAGCGGAAGGGACGCGGCGGGCTTGGCGTGCGGAACGCCGATCAGAAATTCAAGCTGCATTTTGGCCCTCTATACGGACTCAAGGTGCATTCGGTTAAGGGAGAAGGAACAACGATTACTATACGATGGCCGAAAAAGGAGGAGTCTTGCGATGATGAAAGCAGGGAACATTAA	MNLQGIKDRVGRLFTGTYHSIRTKLLTCFLVVTLIPLFSLGGLSYVQSAKVINSQFGKYGDNAVAQLEQQTSSALGRMKQTAETIYSYLLDPSHSGIGAGTPSTYGDIMEKNDFESLLKSLRTQLTAGIYIITSSGYYYGENNLDVNKLGNIPLWNTRPKAYAGTYWLGFYKQDHSIKSSDSDNVPVLGLAVPIHHPDKAQDGSIILIEENAEELLRSYAKFEADTHAHLLITSPDGTIVYETDAPYTPRDNDVTWSRTLDVNQWSMEARIPAKAFYQSSGIIRANTMVVAIVSCLLAFGIAYLFSSRFTSRIRTLKDSMQKVSFGKLDTRTPIEGRDELGSLDMSFNRMVTGVQTLIGEVEQSERLKKEAELRAFHYQINPHLLFNTLNSIQWKARLEGAEDIRQMLYHLTMVLEGNLDISQELVTLNRELRMIGHFLKIQEIRYGEVFRYALDCDEALLPYLIPRMTLQPLFENIFFHAFTDGQGEIHVKVEEDHDELVLTLRDNGAGIREEKLARLFSPEMKRKGRGGLGVRNADQKFKLHFGPLYGLKVHSVKGEGTTITIRWPKKEESCDDESREH				NA	NA	NA	NA	NA
JZ016_05443	1176	cheB_16		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGATGAAAGCAGGGAACATTAAGGTGATGATTGCCGACGATGAGAGCATTGTGCGGAAGGGACTCCGCTCCACGGTCCCGTGGGACCGGTTCGGGATGGAGGTTGTGGCGGACAGCCCCAATGGTCAGGTGGCCTGGGAGGCGTTTCTGGAGTTTCGCCCGCAGGTGGTCATTACGGATATCGTCATGCCAGAGATGGATGGGATCGAGCTGTCGCGCAAGGTGAAGGAGGTTGCACCGGAAACCCGGATCATTCTGCTCAGCTGTCACCGGGATTTCGAATATGCCCAAGAGGGGATGCGGCTCGGCGCTTCGGGATATCTGCTGAAAACCGCCTTCGAGGACGAAGAGCTCGAAGCGATGCTGGGAAAATTCCAGCGTGAGCTGTCCGATACGCCGGCCTACGGATACGAGTTGGAAGAGCAGGTTTCTGCTCAACTGTTTGCTTGGCTTAACGGGCACAGTGACCGTTTCCCTGGAGAACTCCGAAAGCTTTGCAGCCGCGTCGGGCTTGGAGAGGGCAAGCCCATCTCGCTGTATCTGATCAAAACGGCGGGCTGCAGCAGCAATTGGGAGCACCTGCTGCAGGAGCAGGGCACCGATGAGCCGGGTTTACGCAGCAGCAAGCTGATTCCTTACGGCGCGGACAGCTGTTATTGGGCCGTACCGGAGGAGTTTAAGGGAGTGGCAGACAGCCTGCTGGTGGAGATCAAGAGCCGGTGCGGGAAGCTCACCTGGAATTCGCGGGAATGTCTTCACGGTTTAATGGATGTGCAGGCAGCCTTTCAATCCTTGCACAAGGAAGCCGAGCTGGAACGGGTGTACGGTCTGAGCGGCGAGCATTGGCCGGAGCCGATCTTGCAGGCGGTTCATCTGCTGCACGAACATCCCGCGGACGAGTGGTCGGCAGCGGAGCTGGCCCAGCAGGTAGGGCTGAGCCGCAGCCATTTTTCGATCCTGTTCAAGAAAACGGTTGGCGACAGCTTCATCACATTCCAATATAAGCGCAAGCTCCGTCTCGCCTATGGTCTGCTGCGCGAAACCTCCTTAACGATGCAGGAGATCGCCGAGAAGACCGGGCTTGGCGACAGCAAATATTTCAGCAAATGGTTCAAGCGCTGCACGGGTCAAACGCCAAGCCAATACCGTGCCGAACAAAAAGGGGAATCATTGTAA	MMKAGNIKVMIADDESIVRKGLRSTVPWDRFGMEVVADSPNGQVAWEAFLEFRPQVVITDIVMPEMDGIELSRKVKEVAPETRIILLSCHRDFEYAQEGMRLGASGYLLKTAFEDEELEAMLGKFQRELSDTPAYGYELEEQVSAQLFAWLNGHSDRFPGELRKLCSRVGLGEGKPISLYLIKTAGCSSNWEHLLQEQGTDEPGLRSSKLIPYGADSCYWAVPEEFKGVADSLLVEIKSRCGKLTWNSRECLHGLMDVQAAFQSLHKEAELERVYGLSGEHWPEPILQAVHLLHEHPADEWSAAELAQQVGLSRSHFSILFKKTVGDSFITFQYKRKLRLAYGLLRETSLTMQEIAEKTGLGDSKYFSKWFKRCTGQTPSQYRAEQKGESL				NA	NA	NA	NA	NA
JZ016_05444	1278			hypothetical protein	ATGAAAAAGAAAATGTCATGGATCGCGTTGGTTTCGGTGATGACGTTAATGGCATCCTTGCTGGCCGCATGCGGCGGCAGCGGCGGGACTGGAGCATCGAAGCAGCCGGACGGCGATTCATCGGGCGCGGCAACGACGCTTCGCTTCGCGACCTGGGATACGGGAGATGCGCTGAAGATTGAACAAGAGATCGCCAAGAAGTTCGAGGAGTCGCATCCCGGAACCAAGGTACAGGTGGAGGCCTACGCCGACGGATTCGATCAGAAGCTGGCCGCCGGATTTGGCGCAGCCAATCCGCCGGATGTGATGTACATGTGGGATTTTCCGACGTATCACCAGTCCCTGGAGCCGTTGGATTCCTACGCGTCCAAGGATGAGGACTTGAATATCGATGATTTTTACCAAGGATTGTTTAACTACGGCAAGATTGATAATCAGCTGTATGGAATCCCGGCGGGCTTTACGACCCGGGTGGTGTACTACAACAAGAAGATGTTTGACGATGCGGGCATTCCCTACCCGAGCGATGGATGGACATGGACGGAATTCCAGGAACTCGCTCAGAAGCTGACGGATAAATCCAAGAAGCAGTACGGCTTCGGCGTTCGGGCCGAGAATGATACGTATGACCTTCAAGGGTTCGTATGGAGCAACGGCGGTTCCTTTATTTCGGAGGACGGGACAACGATTGAAGGGTACATGAACAGCAAGGAAACGGCGGAAGCCATTCAGATGCTGGGCGATATGCTGAAGAACGGCTCAGCCGTCCTGACCGGAGGCAAAGGGCAGCAGAGCGGTGAGGATATTTTCAAGGCCGGCAAAATTGCCATGTGGGAGAGCGGTATCTGGCCGCTGGAATCCTTCAGGGAAGCCGGAATCGATGTGGGTACGGTGGAGATGCCGGCCTTCGAGGGCAAACCTGTGAAGGGCGTGTTGGCCGAATCCGCGCTATCCATAGCGAAGGATTCCAAGAACAAGGATCTGGCGTGGGAGTTCATTAAGTTCTACGTATCGGATGAAGCGATCAAAATGCGCGTGGCCGATCTGCCGGTCCGGGTCAGCGTGGTCAACGAACTGAAGAAGGACCAGGATCCGCTCTACAAGCCGTATTACACGATGCTGGAGCGTTCGGACAATACGCCGGCCTTCCTGCTGAATCCGAAATGGAACGAAGTCAACCGCCAGCTGTCGGCAGCCGTGGAATCCGTCATGTTCGGCAGCGATGCCCAGGAGGTTCTGAACCAGGCGGTGAAGGATAGCGAACGCTATTTGAAATAA	MKKKMSWIALVSVMTLMASLLAACGGSGGTGASKQPDGDSSGAATTLRFATWDTGDALKIEQEIAKKFEESHPGTKVQVEAYADGFDQKLAAGFGAANPPDVMYMWDFPTYHQSLEPLDSYASKDEDLNIDDFYQGLFNYGKIDNQLYGIPAGFTTRVVYYNKKMFDDAGIPYPSDGWTWTEFQELAQKLTDKSKKQYGFGVRAENDTYDLQGFVWSNGGSFISEDGTTIEGYMNSKETAEAIQMLGDMLKNGSAVLTGGKGQQSGEDIFKAGKIAMWESGIWPLESFREAGIDVGTVEMPAFEGKPVKGVLAESALSIAKDSKNKDLAWEFIKFYVSDEAIKMRVADLPVRVSVVNELKKDQDPLYKPYYTMLERSDNTPAFLLNPKWNEVNRQLSAAVESVMFGSDAQEVLNQAVKDSERYLK	PGPT0016545_8017	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05445	1008	lacF_14		Lactose transport system permease protein LacF	ATGGCCCACACTCATGCGCCTTACTCACAACAGCAGACAGCGGCCCCGAAGCGACTTGGACCAAAACGATGGGGTGGGGCCGTGCCCTACCTCTTCATTTTTCCATGGATATTCGGATTCCTGGTTTTTACGCTTGGTCCGCTGCTGTTTTCCCTCGTCATTTCGTTTTTTGATTGGCCGATCGTTGGCCAGGTGACCTTTGTCGGCATCGACAACTATGTGGAGATGTTCTCGAACGATCCGCTGTTCTGGAAATCGCTGCTGGTTACGTTAAAATTCGCGGCTTTGTTCGTGCCGCTGAACATCATCGTGGCTCTGGGACTCGCCATGCTGCTCAATCAGAAGGTAAAAGGGAGCGCGTTCTTCCGCACCGCCTTCTACCTGCCGTCGGTCATTTCCGGCGTAGCCCTCGCCATGATCTGGTCCTGGGTATACAGCGGAGATTACGGGATCCTGAACTATTTCTTATCGCTGGTCGGCATCGAAGGGCCGGATTGGCTGAACGATACGAAGTGGTCCCTGGTCGCCATGGTCATTGCAAGCCTGTGGGGTCAGGGCTCGATGATGCTTATTTTTCTGGCGGGTCTCAAGGGAATTCCGAAGGACCTGTATGAGTCGGCCTCGATGGATGGGGCGGGCAAGATCAGGCAGTTCTTCAATGTGACCATCCCGATGATCACGCCGACCCTGTTGTTCAACCTGATTACGTCCATCATTGCGGCCTTCCAGCAGCTGACGCTGGCGCTTCTGCTTACGGGCGGGGGCCCGCTGAAGTCGACGTTTTTCTATGCGATGTACATGTACGAGAATGCGTTCAAGTACTTTAAGATGGGTTATTCCGCAGCCAACGCCTGGTTCATGTTCCTGATCGTGCTAACGCTGACGTTCCTTGTGTTTAAGTCCTCGGAGGCCTGGGTGTTCTATGAGGGCGAGATGAAGAAGGAGAAGGCGAAGCCGAAGCATGCCAAAGCAGGCGTGCCTGCCGGCAGAGAGGGGCGTTCCGCATGA	MAHTHAPYSQQQTAAPKRLGPKRWGGAVPYLFIFPWIFGFLVFTLGPLLFSLVISFFDWPIVGQVTFVGIDNYVEMFSNDPLFWKSLLVTLKFAALFVPLNIIVALGLAMLLNQKVKGSAFFRTAFYLPSVISGVALAMIWSWVYSGDYGILNYFLSLVGIEGPDWLNDTKWSLVAMVIASLWGQGSMMLIFLAGLKGIPKDLYESASMDGAGKIRQFFNVTIPMITPTLLFNLITSIIAAFQQLTLALLLTGGGPLKSTFFYAMYMYENAFKYFKMGYSAANAWFMFLIVLTLTFLVFKSSEAWVFYEGEMKKEKAKPKHAKAGVPAGREGRSA	PGPT0016535_647	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05446	813	dasC_5	COG0395	Diacetylchitobiose uptake system permease protein DasC	ATGAAAAAAGTAATTACTTACACGCTGCTCATCTTGTGCTCGCTGTTGTTCATTGCTCCGCTCTTCTGGGCTATCACAACAGCGCTGAAGTCGCAGCAGGAGCTGTATCTGTTTCCTCAAAAATGGTTTCCTTCCGTGTGGAGATTCAGCAATTTTGCGGAAGCCTGGAGCATTCAGCCGTTTAACCTGTTTTTGAAAAATACGCTGATCGTGACACTGCTGTCGACGCTCGGGCAGCTCATATCGTGCACGCTGGTGGCGTACGGGTTCGCCCGGTTTCAGTTCAAGGGGCGGGATGCGCTGTTTCTGATCGTGCTTGCCACCATGATGATTCCGTGGGAAGTGACCATGATTCCGCAGTATATGGAATTCAACTACCTGGGCTGGATCAATACGCTCAAACCGCTGATTGTTCCGTCCTGGTTCGGTTCCGCCTACTTTATTTTTCTGCTGCGCCAGTTCATCATGACCTTGCCGAAGGAGCTGGATGAAGCGGCAACGATTGACGGGGCGGGCAAAATGACCGTTCTGCTGCGGATCATCGTGCCGCTAATGGGACCCTCACTCATTCTGGTGGCCGTGTTCCATATGATGAGCTGCTGGAACGATTATCTGGGTCCGCTCATCTTCCTGAATGATCAGACAAAATATACGCTGACGCTGGGGTTATCCCAATTCAAGGGCATGCACGGCGTCGACATGCAATCCATCATGGCAATCACCTGCCTGATCTCGATTCCGCCGCTGGCCGTCTTTTTCTTCGCGCAGCGTTATATCGTTGGCGGCATTGCCACGACGGGGATCAAGGGATAA	MKKVITYTLLILCSLLFIAPLFWAITTALKSQQELYLFPQKWFPSVWRFSNFAEAWSIQPFNLFLKNTLIVTLLSTLGQLISCTLVAYGFARFQFKGRDALFLIVLATMMIPWEVTMIPQYMEFNYLGWINTLKPLIVPSWFGSAYFIFLLRQFIMTLPKELDEAATIDGAGKMTVLLRIIVPLMGPSLILVAVFHMMSCWNDYLGPLIFLNDQTKYTLTLGLSQFKGMHGVDMQSIMAITCLISIPPLAVFFFAQRYIVGGIATTGIKG	PGPT0016540_9207	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05447	3099	ebgA	COG3250	Evolved beta-galactosidase subunit alpha	ATGAAAGACCGTCATATCGGCCGCGATTGGGATGACCTGAGCGTGCTGGAACGGAACCGGGCGAAGAGCCGGGCCTATTTCATTCCGTTTGCGGATGAGGACGGAGCGCTCAGTTATGACAGAGGCAGCTCGGCCTGGTACCAATCGCTGAACGGGGTGTGGAAATTCCACTATGCCGAGGAGCCGGAAAGCGCTCCTGAAGCATTTTATCAAGAGGATTACGATGTATCGGCCTGGGATGACCTTCCGGTTCCGGGACACTGGCAGCTGCAGGGCTACGGGCATCCGCATTACACGGACCTGTACTATCCGTTCCCTGTGGATCCGCCGCATGTGCCAAATGCGAATCCGACCGGAAGTTACGTACGCGAGTTCGAGCTTCCGGAACATTGGGACGGCAGAAAGATTTGCGTCAAATTCGACGGGGTGGACAGCGCGTTTCATGTGTGGCTGAACGGGTCGTTTATCGGTTACAGCCAAGGCAGTCGGCTGACCTCGGAATTCGATCTGACGCCTTATTTAAAGCCTGGGGTAAACAGGATGTCCGTCCGGGTATACCAGTGGTCCGATGGAAGCTATCTGGAAGACCAGGACATGTGGTGGATGAGCGGCATTTTCCGGGATGTGTATCTGGTTGCCGAGCCGTCGGGACTTCGCATCAACGACTTCCGCGTAACGACCGAGCTGGATGAGGAGTATCTGAACGCCAAGCTGAACGTGCGTTTGGAACTGGGAGGAAGAGAGCACGGCTCCGCCCAGTTGCGGCTGTTGAATGGAGACGGAGCGGAAGTGGGATCAATCGGGAAAGACGTCGGGCACTCCGCCGTGGAGGACTTTGCCATAGAGGTAGCCGGTCCGGATTTATGGAGTGCCGAGTCACCGGCACTGTACCATCTGGTGATCACCCTGCGGGATGCTCAGGGGGAGACGCTGGAGACGTTGGCGCAGCGCGTGGGCTTCCGCACCATCGAAGTAAAGGACGGACAGCTCCTCGTTAACGGCAGGGCGATCCTGCTGAAAGGGGTCAACCGTCATGACCATCATCCGGATACGGGCCGAACCGTCACCTTGTCCACGATGCTGGAGGACATCCGCTTGATGAAGCAGCACAACATCAATGCCGTACGGACGGCGCATTATCCGAATGATCCGCGGTTCTACGAGCTGTGCGACGTGTATGGGCTGTACGTGGTGGAAGAGACGGATCTGGAGACCCACGGCTTCGAGCCGCTCGGCAACATTTCCCGCCTGAGCGACGATCCCGAGTGGAAGGAAGCGTACGTGGACCGCGTCCGCCGGATGGTGGAGCGGGACAAAAACCATCCGTCCGTGCTGTTCTGGTCCCTCGGCAACGAATCCGGCTTCGGCTGCAATTTCCGCGCAATGGCGGACTGGTGCCGGGAGAATGATCCCACGAGGCTGATCCATTACGAGGAGGACCGTGAAGCCGAGGTGTGCGACGTGGTGAGCACGATGTATTCCTCCGTCGAGAAGATGGAAGGCTTCGGCAAAATGACCGATCATCCCAAGCCGCATATTCTGTGCGAATTCGCGCATGCGATGGGCAACGGGCCCGGCGGACTGCGCCCCTACTTCGATACCTTTGAAGCGCATCCCCGCCTGGCGGGCGGTTTCGTATGGGAATGGATCGATCACGGGCTGAGCAGAAGGACTCCGGACGGCCGGAAGGATTATGCATACGGCGGCGATTACGGCGATGTGCCGAACAACAGCAATTTTGTCATTGACGGTTTGGTTCGTCCGGACCGGACGCCTTCACCCGGACTTCTGGAATACAAAAAGGTCATTGAACCGGTCCGTATGACGATGGGAAGATACGGTGTGCTTCATATCATGAACCGTTATGATTTCATTTCGCTGGATCATTTGCAGGCCCATTACCGGGTACTGTCCGACGGGCAGCTTGCCCACAGCGGAGTGCTGGAGCTTCCCCGCATCGAAGCAGGCACAAGTGCAGAGCTTAGCCTCTCGAAGGTTTTGGAGCAGGCGACAATAGGCGTGAGTCCTTATGCCGAGCTGTGGCTTGAGGTATCCCTCTCGCTGGCTGAGGACTGCCGCTGGGCGGAACGGGGACATGAGGTGGCGTGGTCCCAGCTTCTGCTGCGGGAATCGTCCAAGCCAGAATTCGAGTCAACGGCTGCCCTGCGGCGGGGCCCCTTGCAGATTAGCGAGGAGAAGCATAGCCTACAAGTGGGGAATGGAAGCTTTCAGTTGTCACTCAGCGCTCTCCGTTCAGGCTTCCAAGGCTTATCCCTGCATGGCAAAAGAATCATGCTTGGCGGTCCCGCGCTGAACTTCTGGCGTCCGCCGATCGATAACGATATGTACGTGCTCCCGGATTGGCGCAAGGCCCATCTGGACCGGCTCTCTGAACGGATCGATCATTTCGAATGGAAACGATTAGACCGGGAATGCGTTGTGGTACGGCGGGTTTCCCGCATTGCTCCGCCGGTATATGATTGGGGCTTCCGCTGCGAAACGACCTATACGGTCACCTCCAGCGGTCTGATAATCATGGACGTGAAGGGTGAGCCAATCGGCACGCCGCCTGCCATGCTGCCGAAAATCGGATTGCAAATGCAAGTCGCGGGCGACATGGAACATGTCCGGTGGTACGGCAGGGGACCTGGGGAAAGCTACCCGGACAGCCTGGAAGCGGGACGGTTCGGGGAATACCGCAGCACCGTGGACGGCTTGTTCACGCCTTATATTTATCCGCAGGAGAACGGGAACCGATCGGATGTCCGCTGGATCTCGCTCGCGGATGGCGCGGGAATGGGGCTTCTCGCCGTTGGCGAGCCCGCCTTGAACTTCAGTGCGAGCCGGTACACCGATCAGGATGTCGAGGCCGCGGCGCATGCCAGCGATCTTGTTCCGCGCAGTTTCATTACGCTGAACCTGGATTACCGGCAGAACGGGCTTGGCAGCAACAGCTGCGGTCCGGCACAGGCTCCCGAGCACTCAATCGAGCCGGAGCCGTTCTCGTTCCGCATGCTGCTGAAGGCTCACGCTGCCGAGGATACCGACCCGGTACGGCTGAGCCGGCGGATGCGCTCGGAAGCGGAATTATACAAGTAA	MKDRHIGRDWDDLSVLERNRAKSRAYFIPFADEDGALSYDRGSSAWYQSLNGVWKFHYAEEPESAPEAFYQEDYDVSAWDDLPVPGHWQLQGYGHPHYTDLYYPFPVDPPHVPNANPTGSYVREFELPEHWDGRKICVKFDGVDSAFHVWLNGSFIGYSQGSRLTSEFDLTPYLKPGVNRMSVRVYQWSDGSYLEDQDMWWMSGIFRDVYLVAEPSGLRINDFRVTTELDEEYLNAKLNVRLELGGREHGSAQLRLLNGDGAEVGSIGKDVGHSAVEDFAIEVAGPDLWSAESPALYHLVITLRDAQGETLETLAQRVGFRTIEVKDGQLLVNGRAILLKGVNRHDHHPDTGRTVTLSTMLEDIRLMKQHNINAVRTAHYPNDPRFYELCDVYGLYVVEETDLETHGFEPLGNISRLSDDPEWKEAYVDRVRRMVERDKNHPSVLFWSLGNESGFGCNFRAMADWCRENDPTRLIHYEEDREAEVCDVVSTMYSSVEKMEGFGKMTDHPKPHILCEFAHAMGNGPGGLRPYFDTFEAHPRLAGGFVWEWIDHGLSRRTPDGRKDYAYGGDYGDVPNNSNFVIDGLVRPDRTPSPGLLEYKKVIEPVRMTMGRYGVLHIMNRYDFISLDHLQAHYRVLSDGQLAHSGVLELPRIEAGTSAELSLSKVLEQATIGVSPYAELWLEVSLSLAEDCRWAERGHEVAWSQLLLRESSKPEFESTAALRRGPLQISEEKHSLQVGNGSFQLSLSALRSGFQGLSLHGKRIMLGGPALNFWRPPIDNDMYVLPDWRKAHLDRLSERIDHFEWKRLDRECVVVRRVSRIAPPVYDWGFRCETTYTVTSSGLIIMDVKGEPIGTPPAMLPKIGLQMQVAGDMEHVRWYGRGPGESYPDSLEAGRFGEYRSTVDGLFTPYIYPQENGNRSDVRWISLADGAGMGLLAVGEPALNFSASRYTDQDVEAAAHASDLVPRSFITLNLDYRQNGLGSNSCGPAQAPEHSIEPEPFSFRMLLKAHAAEDTDPVRLSRRMRSEAELYK	PGPT0018785_38	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018785-ebgA-K12111	NA	NA
JZ016_05448	1242			hypothetical protein	ATGTCCTTTTACATCAAAGACCTGCTGCAGCTGTCTACGGGGGTGCGCCGCTTCCTGATAAGCGAGGCCTTCTACGGCATCGGAATCGGTCTCTATACACTCGTCCTGAATCTGCATCTGCTCTTCCGGGGGCTAAGGGAGGACGAGATCGGCGCGTTGGTATCGATGGGCATACTGATCATGGGCGTTCTCGCCATTCCGGTATCCCTGCTCGCTAACCGGACCGGAAGAAAGAAACTGCTGGTTGCCGGCGTATTCTTTATTGCCGCGGGCAATGTGCTGTTTGCCGTCAGCGATGAATTGCTGTGGTTCTATGCCGCTCAAATACTGGTGTCTGCCGGCTTGACGCTGGTGGAGACGACGGAGATCCAGCTTCTCTTCCATTATTGCCGTTCCCGTAAGGAGGAAGCCCGTGCATTTTCCTTGATGTTTGCCGTCTTTACGGCTTTCACGGGTCTCGGAACGCTGGCGGCAGGATATATCTCGAAGGGGTTCGAAGGAAGCAGAGGTTATGAAGTGTCGCTTCTGCTGACCGGGCTGGTGCTTGTGCTTCACGGCGTCATCCGGGCGTTCTGGCTGCCTGCCGAGAACAAGGCTTCGGAGGCGGCAGCGGCGGCAGCTTCACCTTCGAGAGGCATCTCCAGGCTAATGGGACCTCTATCCTCCGGGACCTTGTGGCTGTTCGCCGTGTTTACGGCGCTGCTCGGCGGCTGTATCGCCATGACCGGCTCCTTCCTGAACGTCATCGTGAAGTTCCGCCTGGATTGGATGGACGACCAGGTATCCCTGATTCTGGCCATCGGCGCGATCCTTCTGTTTATATGCTCGTTGATGACGCCGTACGTCATGGAGCGGTTCGGTTATAACACGGCCATTATCTCGGTATTTATCGTTAATATTGTGCTGTTTGCCGCTCTATACATGATTCTCCCCGTATGGCTGTTTGTCGGGCTGTTTCTACTGCGGGGCGGCGGCGTGACCATGCTGTCCAATCTGCTGGACAGTCTGCTGATGTCGGCCTTTAATGAAAAGGAACGGAATCTGTACGCCGGCATGAGGTCGGTATTCCGGAGTTTAGGCTCGTCCGGGGCAACCTTTGTGGCCGGACTGATCCTGGCCCGGCAGGATTATCGGCTTCCCTTTCTGGCCACGGCCGGCGTGCTGCTCCTATGCGGCCTGTATTACGTATGGTGGATTCGCCCTGTCTTATCCAAGAGAATAAACAGCGGTATCGAGCCATGA	MSFYIKDLLQLSTGVRRFLISEAFYGIGIGLYTLVLNLHLLFRGLREDEIGALVSMGILIMGVLAIPVSLLANRTGRKKLLVAGVFFIAAGNVLFAVSDELLWFYAAQILVSAGLTLVETTEIQLLFHYCRSRKEEARAFSLMFAVFTAFTGLGTLAAGYISKGFEGSRGYEVSLLLTGLVLVLHGVIRAFWLPAENKASEAAAAAASPSRGISRLMGPLSSGTLWLFAVFTALLGGCIAMTGSFLNVIVKFRLDWMDDQVSLILAIGAILLFICSLMTPYVMERFGYNTAIISVFIVNIVLFAALYMILPVWLFVGLFLLRGGGVTMLSNLLDSLLMSAFNEKERNLYAGMRSVFRSLGSSGATFVAGLILARQDYRLPFLATAGVLLLCGLYYVWWIRPVLSKRINSGIEP	PGPT0003185_150	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003185-blt-K08153	NA	NA
JZ016_05449	1878	htpG	COG0326	Chaperone protein HtpG	ATGGCGAAAAAACAGTTTAAAGCTGAGTCCAAACGGCTGCTCGAGATGATGATTAACTCCATCTATACGCAGCGCGAAATTTTTCTGCGTGAGCTGATTTCAAATGCCAGCGACGCGATCGACAAGATTTACTATAAAGCGCTGACCGACGACAACTTGACCTTTAATAAAGAAGACTATTACGTTAAGATTACCGCAGATAAAGCAAACCGTACGCTGACCATTACCGATACGGGGATCGGAATGACAAAGGAAGACCTCGAGAACAACCTCGGCGTCATCGCCAAGAGCGGTTCCCTTGCATTCAAGAGTGAGAACGAAGCGAAGGACGGCCACAATATCATCGGTCAATTCGGCGTAGGTTTCTATTCCGCCTTCATGGTTGCCGATGTCGTTACCGTGACGAGCCGTGCCCTCGGCAGCGACGAAGCGTTCAAGTGGGAATCTGAAGGCACGGATGGATATACCATTACGCCGGCCGACAAGGATTCCATCGGAACCGAGATCGTTCTGAAGATCAAAGAGAACACGGAAGATGATCAGTATGACGAGTATTTGGAAGAATACCGCTTAAGAGCGATCATCAAGAAGTACTCGGACTTCATCCGTTATCCGATCAAGATGGACGTGAAAACGCAGCGTCCGAAGGCTGATGCCGAGAATGAGTTCGAGGAAGTCCAGGAAGAGCAGACCATCAACAGCATGGTGCCGATCTGGCGCAAGAACAAAGGCGAGCTGACGGACGAAGATTACGTGAATTTCTACAACGAGAAACGGTACGGTTTCGATAAACCGCTCAAACACATTCATGTAAAAGCGGACGGTGCCGTTGTATATAACGCGATTCTGTTCATTCCCGAGAATACGCCTTTCGATTATTACACCAAGGAATACGAGAAAGGGCTTGAGCTCTATTCCAACGGCGTCCTGATCATGGACAAATGCGGCGATCTGCTGCCGGACTATTTCAGCTTCGTGAAAGGGATGGTCGATTCCGAGGATCTGTCGCTGAACATCTCACGCGAGATGCTCCAGCATGACCGTCAGCTGACGCTGATTGCCAAGAACATCAAGAGCAAAGTGAAAAGCGCGCTTCAAGGCATGATGAAGGACGAGCGGGAGAATTACGAGAAGTTCTTCGCATCCTTCGGCAGAGGACTGAAATTCGGCGTCTACAACGATTACGGCATGAACAAGGAAGATCTTCAAGATCTGCTGCTGTTCACTTCCTCCAAGGAGAAGAAGCTGGTCTCCCTGGACGAGTACGTATCGAGGATGCCGGAGGATCAGAAGTATATCTATTATGCTTCCGGTGATTCCATCGACCGGATCGAGAAGCTTCCGCAGACGGAAATGGTGCTCGACAAAGGTTATGAAATTCTGTACTTCACCGACGATGTCGATGAGTTTGCGATCAAGATGCTCATGAAATACAAGGAGAAGGAATTCAAGTCGGTATCCAGCGGCGATCTTGGCCTCGATTCCGAGACGGACAAACAGGAGAATGAAGCTGAAGAGAACGACAATAAGGAGCTCTTTGAAGCTATGGGCAGCCTCTTGGCCGGCAAGGTGAAATCCGTTAAAGCCTCCAAACGACTGAAATCCCATCCGGTATGCCTGTCCACGGAGGGCGATGTCTCGATTGAGATGGAGAAGATCTTGAAGGCGATGCCGAACGGACAGGATATCCAAGCCGACAAGGTGCTGGAGATTAACACGAACCATGAGGTGTTCAAATCCCTGAAGGCACAGCAAGCGGATCAAGATAAGCTGAAGCTCTACACGAATCTCCTGTACAATCAGGCGCTGCTGATCGAAGGCTTGCCGATTGCCGATCCGGTGGAATTCACGAACGATATTTGCAAAATCATGGTGTAA	MAKKQFKAESKRLLEMMINSIYTQREIFLRELISNASDAIDKIYYKALTDDNLTFNKEDYYVKITADKANRTLTITDTGIGMTKEDLENNLGVIAKSGSLAFKSENEAKDGHNIIGQFGVGFYSAFMVADVVTVTSRALGSDEAFKWESEGTDGYTITPADKDSIGTEIVLKIKENTEDDQYDEYLEEYRLRAIIKKYSDFIRYPIKMDVKTQRPKADAENEFEEVQEEQTINSMVPIWRKNKGELTDEDYVNFYNEKRYGFDKPLKHIHVKADGAVVYNAILFIPENTPFDYYTKEYEKGLELYSNGVLIMDKCGDLLPDYFSFVKGMVDSEDLSLNISREMLQHDRQLTLIAKNIKSKVKSALQGMMKDERENYEKFFASFGRGLKFGVYNDYGMNKEDLQDLLLFTSSKEKKLVSLDEYVSRMPEDQKYIYYASGDSIDRIEKLPQTEMVLDKGYEILYFTDDVDEFAIKMLMKYKEKEFKSVSSGDLGLDSETDKQENEAEENDNKELFEAMGSLLAGKVKSVKASKRLKSHPVCLSTEGDVSIEMEKILKAMPNGQDIQADKVLEINTNHEVFKSLKAQQADQDKLKLYTNLLYNQALLIEGLPIADPVEFTNDICKIMV	PGPT0014640_3470	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	TRIGGERED_IMMUNITY	PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI	PTI-PR1_LIKE_PROTEINS,PGPT0014640-hptG-K04079	NA	NA
JZ016_05450	627			hypothetical protein	ATGGCGCAATATGTACCGCCGGTGAGCATTCATACCCTCACGCATACGGCACCCGGTCTCGTGATTCATTATCCGCAGGTATACGGCCTCATGAATCCAGGAGCAGAAGAAGCCATCAACCGGGCGATTATTGATCAAATCCAGGATATGCAGTGCGAACAGCAACAGATTCAGACCGGCACCAACCCGCAAACGACGGGCACTTTTGAGATCAAAACGAATGAACGAGGCATCCTTAGCCTCGTGCTGACCAACTACACCTACTCCGAACCTATGGCACATGGACATACGGTAACGAAAGGCCTGACCTTTTCCACGGCCACCGGTAAATCCTACGCCTTATCCGACCTGTTCCGTCCGGGCTCCAGTTATCAAGCCGTTTTGGCCGCCGAAGTGAATCGTCAGATCAAGGAACGCGGCATTCCCGTGCTGGAGAGCAGTCCGGTCACCGTTTCGCCGAATCAGGATTTCTATTTGGCAGATAAGTCACTGGTCATCTTCTATCCGCTATATGCCATCACGCCGTACTATGTCGGCTTTCCGATGTTCCCGATATCGGTATATGACCTCTTGGGCATGGCGCCCGAGACCGGATTGTTATCGGATCTTGCCGGAGACGTGGCGTAG	MAQYVPPVSIHTLTHTAPGLVIHYPQVYGLMNPGAEEAINRAIIDQIQDMQCEQQQIQTGTNPQTTGTFEIKTNERGILSLVLTNYTYSEPMAHGHTVTKGLTFSTATGKSYALSDLFRPGSSYQAVLAAEVNRQIKERGIPVLESSPVTVSPNQDFYLADKSLVIFYPLYAITPYYVGFPMFPISVYDLLGMAPETGLLSDLAGDVA				NA	NA	NA	NA	NA
JZ016_05451	1152	cntE_3		Staphylopine export protein	ATGGAACGTTTATGGACGAAACCGTTTATTCAGATGACGGTCGGGATGCTGTTTCTATTTACGGGCTTCTATCTGCTACTGCCCACGCTTCCGCTGTATATTAAGCATTTAGGCGGTTCCGAGACTCAAGTGGGCTTGGCGGCCGGCGCGTTCACGCTGACGGCGGTTGTGTTTCGCCCAATGGTTGGGGGATTGGTGGATCGGTACGGCAGGAGAGCTTTTTACATTTGGGGTCTTATCTTCTTTGTTCTTTCGATGTATCTCTACGATTGGGTCAGCAGCATTCTGCTTCTGCTTGCACTGCGGATCCTGCACGGCGCGAGCTGGGCTTTTTCGACAACCTCTATCGGTACGGTCATTACGGATTTAATCCCGGCCTCCCGCCGCGGGGAAGGCATGGGCTGGTATGGAATGGCGATGACGGTGGCGATGGCCATCGGCCCCATGCTGGGGACCTATATTGTCGGTGGATATTCCTTTCAGACCTTGTTTCTTGTCGCTACCGGGCTCTCTCTGGTTGCCTTCATACTGGCCTACATGACCAGAGCACCTTATCAAGCCAAACCTTCGGCAGGCAGGATTCAGCTAGTCGAGAAATCCGTTCTCCCTGTCACGGTCGCCATCTTTTTTCTGGCTGTCGCTTATGGGGGAATTACAACCTTCCTCCCGCTGTTTGCCGAGTCCATTCGGGTCAATCCGGGAACCTTTTTCCTGGTGTACGCCGTCGCTCTTACGTTGATTCGGCCCTTTGCCGGAAAGCTGTCGGACCGTTTCGGCGAAGCGGCTGTCATCATTCCGTCCCTTGTCGTAACGACTGGCGCTCTCATCGTCTTAAGCCTGTCGAGCGGATTGCCCGGACTGATTATCGCCGCTATTCTGTACGGCATCGGCTTCGGCTCGGCCCAGCCCGCTCTTCAAGCAGCCACCCTGCGCATTGCTCCCGAAGATCGGAGAGGCGCAGCCAACGCCTCCTTCATGACCGCATTCGATCTCGGCATCGGGCTTGGCGCGATCCTGCTGGGCCTGGTTTCCGAGCGTATCGGCTATGCATACTTGTTTACGGTTACGGCAGTATCGGTTGTCGTATCCCTGGTCATATTCACGATCTTTGTAAGAAGACTGCTTACGTCTGGCGTTGCGGAAAAAGAGTGA	MERLWTKPFIQMTVGMLFLFTGFYLLLPTLPLYIKHLGGSETQVGLAAGAFTLTAVVFRPMVGGLVDRYGRRAFYIWGLIFFVLSMYLYDWVSSILLLLALRILHGASWAFSTTSIGTVITDLIPASRRGEGMGWYGMAMTVAMAIGPMLGTYIVGGYSFQTLFLVATGLSLVAFILAYMTRAPYQAKPSAGRIQLVEKSVLPVTVAIFFLAVAYGGITTFLPLFAESIRVNPGTFFLVYAVALTLIRPFAGKLSDRFGEAAVIIPSLVVTTGALIVLSLSSGLPGLIIAAILYGIGFGSAQPALQAATLRIAPEDRRGAANASFMTAFDLGIGLGAILLGLVSERIGYAYLFTVTAVSVVVSLVIFTIFVRRLLTSGVAEKE				NA	NA	NA	NA	NA
JZ016_05452	384			hypothetical protein	ATGCTCTTGCCGGGCACGGCTCGCCTGTGCAAGCACAGGCATCTACTCCCTGCTGTGCAAACCGGATCCAAGTCTGCTATATTTCTCAATTTGAGTTGGCTTCTTTCCCCCTTCGCATTCTTCCAGCCGATCCTTCTGGGATCGGCTTCAATTGTTGCACCTCATATGTATGAAATTTTTGTTCTGGGTGAATTGATGACCGGGGATAAACACGGCTATATGCTCCAAGAGATCCTTAAAAATGCAGTTCCGAAAAAGGTTCGACTCGACTGCCTGGAGCAATATTTAATTTATCTTGAGACAAACCTGCAGCATGTAACGGATTTTGAAGCAAAGATCACGTTCTACAAGCCCGAGCCCGAGAAACAACGGCTTCAATGCTGA	MLLPGTARLCKHRHLLPAVQTGSKSAIFLNLSWLLSPFAFFQPILLGSASIVAPHMYEIFVLGELMTGDKHGYMLQEILKNAVPKKVRLDCLEQYLIYLETNLQHVTDFEAKITFYKPEPEKQRLQC				NA	NA	NA	NA	NA
JZ016_05453	387			hypothetical protein	ATGAGAACAACCGATCATGAACGGCCTAACACCGACGGCATCCTGACAACGCTGCAATTAATCGGCGGTAAGTGGAAACCGCTGATTCTGTTTATACTGCTTCAGGACGGAACCAAACGGTTCGGGGAGCTCCGGCGTCTGCTTCCGGGCGTGACCCAAGGCATGCTCACGAATCAGCTGCGCGAACTGGAACAGGATGGACTTGTCGTACGCAAGGTATATCAGGAGATTCCGCCCAAGGTGGAGTATTCCATCTCGCAGCATGGAAAAAGCTTGGACAGCGTTCTGACCGACATGTGCACCTGGGGATTTCAACATTTGGATTATGTCGAGAAGGTCAACGGCCAGCCTAAAGAGAGTCACGGAAAAAACGCAGGCGGACTGTAA	MRTTDHERPNTDGILTTLQLIGGKWKPLILFILLQDGTKRFGELRRLLPGVTQGMLTNQLRELEQDGLVVRKVYQEIPPKVEYSISQHGKSLDSVLTDMCTWGFQHLDYVEKVNGQPKESHGKNAGGL				NA	NA	NA	NA	NA
JZ016_05454	546	ywrO_3	COG2249	General stress protein 14	ATGAAAATCATGGTGATTGTGGTTCATCCGAATTTAGACAACTCGCGTGCGAATCGAGTGCTGATGCAGCACAGCAGGCTCTATGCGAATGGAAATGTAGATATCCGGGATCTTTACAAGGAGTATCCGAATTGGATTATCGATATTGAGCGCGAGCAGCAGCTTCTTCTTCAGTATGATCGAGTAGTGTTCCAGTTCCCGTTGTACTGGTACAGCTGCCCGCCCCTGTTGAAGAAATGGTTCGATGACGTTCTGACCTTCGGTTGGGCGTTCGGACCAGAAGGCAACAATCTGAAGGGCAAGGAATTTATGGTGGCCACGACGGCAGCAGGCTTAGAACAAGGATATCAGGCAGGCGGGGACAATTGGTATACTGTAAGTGAGCTGCTGCGCCCGATTCAAGCTACGTTGAACCGGTGCAAAGTTCGATATTTGCCGGCCTTTGCGACCTATAACGTAGAGAAGGTAAGCGATGAGGAGCTCCAGGCGGAGGCAGGCAGATATGCCGACCAGGTTCTAGCACCTGCAGCCGAAAGCCGATATTGA	MKIMVIVVHPNLDNSRANRVLMQHSRLYANGNVDIRDLYKEYPNWIIDIEREQQLLLQYDRVVFQFPLYWYSCPPLLKKWFDDVLTFGWAFGPEGNNLKGKEFMVATTAAGLEQGYQAGGDNWYTVSELLRPIQATLNRCKVRYLPAFATYNVEKVSDEELQAEAGRYADQVLAPAAESRY	PGPT0013810_546	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013810-kefG-K11748	NA	NA
JZ016_05455	531			hypothetical protein	ATGACAATTGACGAAGCCATTCACTTGGAGTCCTACGACCAGCAGTGGGCCGATCGGTTTAGCGAAGAACTTCAGACGTTAACGAGGGAGATTGGTCCCTATACGGCTGCCATCGAACATTTTGGAAGCACATCCGTACCGGGGATGACAGCCAAACCCATCATCGATATTCTGGTGGGCGTGGAGAATGCGCTGCATTCGAGTGAAATCATCCCCAGACTGACCGCTATGGGTTATGAGGATCTCGGAGAAGCCGGAATTCCAGGCCGTTTATATCTCCGCAAAAGAGGCGGCTTTGCCTATAACGTTCATATTGTGTTATTTCGTGGCGACATCTGGAATCATAACATCATGATCAGGGATTACCTGCGGGCACATGCCGTCGAAGCCGAGCGTTACAGCGAGATCAAACGACGGATCATTTCACAAGGGACCCGGACCCTGCTCCGATACTCCGATGAGAAGAATGTGTTCGTTGAGCAGCTGCTTGCCAGGGCGAAAGCATGGAAGAACGGTGTGCAATCCGAATAA	MTIDEAIHLESYDQQWADRFSEELQTLTREIGPYTAAIEHFGSTSVPGMTAKPIIDILVGVENALHSSEIIPRLTAMGYEDLGEAGIPGRLYLRKRGGFAYNVHIVLFRGDIWNHNIMIRDYLRAHAVEAERYSEIKRRIISQGTRTLLRYSDEKNVFVEQLLARAKAWKNGVQSE				NA	NA	NA	NA	NA
JZ016_05456	1062	rssB_17		Regulator of RpoS	ATGTACCGGATCATGTTGTTAGATGACGAATACGCCATTCATTTGAGTTTGCGAAAGCTTGTAGAGAGGTCGGGTCTTCGGATTGAGTTTGCCGGCGAAGCCGAAGACGGGGTTGAGGCCTTGGAATTGCTGGAGGATAGCCGGCCCGACATCATCGTGACCGATATTTGCATGCCTGAAATGGATGGACTGGAATTTATCCGCCGTGTGCGGGAATCCCATCCCCAGATGTTTTTCATTATCCTGTCGGGCCATGACAACTTCGAATTCGCGCGTCAGGCCCTGCGCTATGGCGTTTCGGACTTCCTGCTGAAGCCCATCGATCCTGCCCAGTTCCAAACGACGCTGGAACGTGCCTGCAGGGAGCTGGATGAGCGGAAAGCGCGGTTCTCCCGGCAAACGGAATGGACGCTTGCGCAGCAGCGCCATAAAGCCAGGCTGGCTGACCTGTTGTATTCTGCCGATGAACAGGGAGCGCTGGAACAATTTCGCGAGATCATGGCTCTTTTCGAGACGAGCGGGCCAGAAGAAGTCAGCGTGTCACGGTACGCCCATATGCTGATGCAGGATCTGCTGACGGCGATGAAAGAACGCGGTTTGCTTCTTGCGATGGAGATTGGCGAGGATCACTGGCCACAGGACGATCCCATTGCCTGCAGCCGTCAATTACAAGAGAAAATCAAGGAAATGCTGGCGTTGATTAAGGGCTCCCGAAATTTAGGGTCTCGCCACAATATTCAGAAAGCCAAACGTTACATTGAAGAGAATTACGCGATGGAGGATTTGTCCTTGCAGGAGGTAGCTGATTCGGTGGGGATGTCGGTCACGTATTTAAGCCGTACCTTCAAGAGCGAAACAAATATGAACTTCGTAAAATACCTGGTGCAGGTACGCATGGAAAAAGCGAGGGAATTGCTGGCCGAGTCTGAGCTTTCCGCTCAGGAAACAGCCTACCGCGTCGGCTTCTCGGACTATGTCCATTTCAGCAAAACGTTCAAAAAATTTCATGGCCTCACCCCTTCCGCTTACCGAAAGCAGTGCAAGGCCATGAATGGAGAATAA	MYRIMLLDDEYAIHLSLRKLVERSGLRIEFAGEAEDGVEALELLEDSRPDIIVTDICMPEMDGLEFIRRVRESHPQMFFIILSGHDNFEFARQALRYGVSDFLLKPIDPAQFQTTLERACRELDERKARFSRQTEWTLAQQRHKARLADLLYSADEQGALEQFREIMALFETSGPEEVSVSRYAHMLMQDLLTAMKERGLLLAMEIGEDHWPQDDPIACSRQLQEKIKEMLALIKGSRNLGSRHNIQKAKRYIEENYAMEDLSLQEVADSVGMSVTYLSRTFKSETNMNFVKYLVQVRMEKARELLAESELSAQETAYRVGFSDYVHFSKTFKKFHGLTPSAYRKQCKAMNGE				NA	NA	NA	NA	NA
JZ016_05457	1872			hypothetical protein	ATGAACATCCAAGGCGTTTCCACCGGTAATCTGACCATTAACCAACGTTTGTTCGTGCTGATCACCCTATTCATTGGCCTCCCCTTCTTTCTGCTCGGCAGCTTCTGGTACCAGTCGTCAACTGAAGCGATTGAACAGTTTGCCGCAGGCGCTAACAAGCGTATTATCGAGCAAACCAACGTCTCGCTGGATTCGTACATATCCAATCTGGAGAATTCCACCTATCCCTTTATTCACAACCCTCAGATCCAGCAATTTCTCTCGGCTGCCCAGCTTACTCCCTATGCCTACTTTCAGCTTGCCAAAAAAGTGGAGGACGACTTGTTTGCCCAGATGATTTACGGCAGATCCGACATTATCGGAATCTCGCTCGTCGCCGAGAACAAAAGACAAATTACCGATTACGAAAGCGCGCCGGGACTGCTCGACATGAGTGAAATCCGCAAACGCAACCGATCCTATCAGGCGCAGCTGGATCAATTCAACGATTTTCAAATCATCGGCCTCAGCCGGGTAGGAAACACGCCAGCCCTTACCGTAGCCCGGAAGCTGTATGACAATTCGTCCTTTCTCTATAAAGGCTTATTGATTGTCGACCTCAATCTGAAGCAAATCGGAGCCATCTGCTCTAACGATTCGCTGGGGGGCTTTGACGTCTGGATCATGGGCAAGGATGGGCAGATGATCTACCACCCGGATCCGAGCCGGGTCGGAACCCCAGTCGAACCGGGGCTGTTAACACGTATTCAAAACCGGGACTCCTCCTTCTTCCAGCATCAAGACACCGTTTCGGGCACCGAAAAGATGGTCCTGCATGAACGCTCGCAGATCACCGGCTGGACGGTTGTTGCCGACCTGCCGCTGAACAATCTCATCGGCGGTTTAATCACCCAGCGCAATTACTCGCTTGCGGCCGCAGCCGTTCTCATGATCATTGCATTGGCGCTTGTGGGCGGCTTCTCCTTGTCTTTAACAAGACCGCTCTCCATGCTGCAGAAGCTGATGGCCCGCGTTGAGCGGGGGGATTTTGTGCTTCCTACCAACGTGAACCGGTTCCGCAACAATGAAATGACCGCCGTGTTTCATAGCTTCTACAGCATGACGGGAGAGCTGAAGCGGCTGATCCGGGAGGTCCAGGATTCCCAGCTGAAGGAACGGGAGCTCATGATCAAGCAGAAGGAATCCGAGCTCCGCTCCATGCAGTCCCACATCAACCCGCATTTTTTGTACAATTCATTGGAGATTATTAATTCATATGCCATTGCGGACGATCATATGGAAATCAGCCGCATGACGAGGGCGCTGGCCCATATGTTTCGTTACAATATCGGTCATGCCGGATCCGTCGTTCCGCTGCGGGAGGAGATAACGCATGTCCAGTATTATCTCGACCTTCAAAGCGCCCGTTTCCGCAGGCTCCGGATCGATATGAACCTGAACGAACGGGACCTGGATCGCGTAAACGCCGTCAGGCTGACGCTGCAGCCGATCGTAGAGAATGTGTTCATCCACGGATACCGGGGCAAGAAACCAAGCTACCTCGGGATCAGCTCCCGTGCGGAGGCGGGCTATTTTGCCATCATCATCCGGGACAAGGGGATTGGCATGACGGCGGAAACACTTTGGCAAATCAGGCAAATCCTGCAACCCCGCGAGAAGCCGGGTGAAGGCATGCTGCCAAACGACGGAGAGGAAACCACCAGCGGCATCGGCCTCTTGAACGTACATCAAAGACTTCAGCTTACCTTCGGTGACGAGTATGGCCTGCAGCTTGTGGAATCCGTGCCCTTGGAAGGCACGATATTTGAAATCAGACTGCCGTACAAGACTAGCGAGGAGGGACGCCATGTACCGGATCATGTTGTTAGATGA	MNIQGVSTGNLTINQRLFVLITLFIGLPFFLLGSFWYQSSTEAIEQFAAGANKRIIEQTNVSLDSYISNLENSTYPFIHNPQIQQFLSAAQLTPYAYFQLAKKVEDDLFAQMIYGRSDIIGISLVAENKRQITDYESAPGLLDMSEIRKRNRSYQAQLDQFNDFQIIGLSRVGNTPALTVARKLYDNSSFLYKGLLIVDLNLKQIGAICSNDSLGGFDVWIMGKDGQMIYHPDPSRVGTPVEPGLLTRIQNRDSSFFQHQDTVSGTEKMVLHERSQITGWTVVADLPLNNLIGGLITQRNYSLAAAAVLMIIALALVGGFSLSLTRPLSMLQKLMARVERGDFVLPTNVNRFRNNEMTAVFHSFYSMTGELKRLIREVQDSQLKERELMIKQKESELRSMQSHINPHFLYNSLEIINSYAIADDHMEISRMTRALAHMFRYNIGHAGSVVPLREEITHVQYYLDLQSARFRRLRIDMNLNERDLDRVNAVRLTLQPIVENVFIHGYRGKKPSYLGISSRAEAGYFAIIIRDKGIGMTAETLWQIRQILQPREKPGEGMLPNDGEETTSGIGLLNVHQRLQLTFGDEYGLQLVESVPLEGTIFEIRLPYKTSEEGRHVPDHVVR				NA	NA	NA	NA	NA
JZ016_05458	1365			hypothetical protein	GTGAAAAAGAGAAAAGGGTTCTACAGCTGGGTAACGGCCTTATTGCTGATATCCATCATTGTAAGCGGATGCGGAAATGCTGGCGATGGTCAGAGCGGCACCGCATCTTCCGGCACCGGAGGCGGCGAGGAAGATAAGAAGGTAGAAATCCTGCTCGGATATTATTCGAGCGACAGCTCCGATGCGAAGATGAAGGAGCTGATCGAGCAGTTCGAGAAACAGCACCCGAACATTACGGTCAAAACGCAGAGCGCGCCTTACGGGCAGTTCTATCAGAAGCTGGATACGCAGATCGCGGCCGGCCAGGCGCCGGACGTATGGCTGTCCGACGGCGTCTACGTGATGAAATACGCCCAGCGGGGCGCGGCCAAGGATCTGACCGATTGGATTGCAAGGGATCTGAAAGCCGATGAGTACTACGGCCTCGATTTCAACAAGGACGCGGACGGGCGCTATTGGGGCGTGCCGCAGGGCATACAGGTCGGCGTGCTGTTTTACAACAAAGAGCTGTTTGATAAGGCCGGCGTAGCGTATCCTTCGGATGAATGGACCTGGGAGGATCTGAAATCATCGGCAGCCAAGCTGACGGTGGATGCCGGCGGAAAAACGGCCGAGGACAGCGGGTTCGACGCAGCCAGCGTGAATCAGTTCGGGCTTACGTTCTTCAGCATTACCGAGGGCTGGTTCTCCGTGATGAAGTCCTACGGCGGTGGAACCCTTGACGAGAAAGCGGAGAACTCGATCATCAATTCCCCTGAGAACAAGCAGGCGTTCGAATGGATGGTCGACGGCATGCAGCGCGGCATCATTACGGATCCGGTCGATCTGAAGAGCTTCCAGAGCAATACCGCCGTGTTCCCAAGCGGATCGGCCGCCATGCGGATCGGCATTTATGCCCGGGTGCAGGCAGCGAATGAAGCCGGTCTGAATTACGATGTGGCGCTGCTGCCGAAGGGACCTGACGGCAAGCGGGTGTCCCCGGTCATTGCCAACTCGTGGGTGGTTAATCAGAAGTCAAGCGACGAGAAAGCGGAAGCTGCCTGGGAGTGGATTAAATATTGGGCTACGGAAGACGATGTGCAGAAGCAGTGGACCGAGCTTGGCGAAGCCGTGCCCGTGAAAAAATCCGTTGCGGAATCCGAAGTGTTCCTCAAGGCGGGAGAGCAGCCTGCTAATCGCCAAGCTTTCCTGGATAGCCTGGAGTTCGCACAGACGCTCGACAATAACGCGGTCTGGGAAGAATGGGTAGGCAAATTCAACGAGCATGCGGAGCGTGCCTTCCTGGGGGATGCAACCATCGATCAGGCTTTAAGCGAAGCGGACGCAGCCGTTCAGGCGGTCCTCGATGATTTCTATAAAAAATAA	MKKRKGFYSWVTALLLISIIVSGCGNAGDGQSGTASSGTGGGEEDKKVEILLGYYSSDSSDAKMKELIEQFEKQHPNITVKTQSAPYGQFYQKLDTQIAAGQAPDVWLSDGVYVMKYAQRGAAKDLTDWIARDLKADEYYGLDFNKDADGRYWGVPQGIQVGVLFYNKELFDKAGVAYPSDEWTWEDLKSSAAKLTVDAGGKTAEDSGFDAASVNQFGLTFFSITEGWFSVMKSYGGGTLDEKAENSIINSPENKQAFEWMVDGMQRGIITDPVDLKSFQSNTAVFPSGSAAMRIGIYARVQAANEAGLNYDVALLPKGPDGKRVSPVIANSWVVNQKSSDEKAEAAWEWIKYWATEDDVQKQWTELGEAVPVKKSVAESEVFLKAGEQPANRQAFLDSLEFAQTLDNNAVWEEWVGKFNEHAERAFLGDATIDQALSEADAAVQAVLDDFYKK	PGPT0016545_2301	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05459	966	lacF_15		Lactose transport system permease protein LacF	ATGGACAATACGCTAAACGACAATGCAGCACTCAAAGCCGATCCGATGCCGCACGGAAAGCCCGCCCGAAAACGGAAATGGGATCATGAGGGGAGATGGGGGCTGCTCATGGCCTCCCCCTATGTTCTCCACTTTATCATTTTTGTGGCGGGGCCTCTCGCCGCATCCCTGTACTTCAGCTTTTCCGATTATGACATGCTGAATCCGCCCGAGTGGAGCGGACTGGATAATTTCCGGCGCATGGCCGAGGATTCGATGTTCTGGCGTTCCCTGTGGAATACCTTGTATTTTGCGGTTCTGTTCGTGCCGCTCCAGACCTTCCTGGCCTTGGTGCTGGCCGTCGCGCTAAACCAGCGTTTGAAAGGGCTTAAATGGTTTCGGATGGCCCATTTTATCCCGGTGATCTCCTCCTGGACCGTCATCCTGTATGTTGCTGACGCTGTATTCAACCCTCGCTTCGGTTTGGCGAATACGCTGCTTGCCAAGCTGGGGCTGGAAGGGCAAGGCTGGCTGCAGGATCCGAAGCTGGCGATTCCGCTGCTCGTGTTCATCGCGGTTTGGAAAGGGATCGGCTATATTATGGTCATTTATCTGGCTGGACTTCAGAGCGTTCCCGGGGATTTGTATGAAGCCGCGGAGATCGACGGTGCTGGAGCCCTGCGAAAATTCCGGTATATTACCGTTCCATTGATCTCGCCGACGACCTTCCTGGTTGTCATCATGAGCACCATCTCTACCTTCCAGGCATTCGAACAGATCTACGTGCTGACCGGCAGGGGCGACATCAGCTCGGCGGGAGGTCCGAATAACTCCAGTCTGGTCATGATGCTGTATTTATATCGCGAAGGGTTCACCTTTATGAGGATGGGGTATGCTTCCGCCATTGCCTGGGTGCTGTTCATGATCCTGTTCCTGTTGACGCTGATACAGCTTCGGGCCCAAAAGAAGTGGGTGCATTATGACTGA	MDNTLNDNAALKADPMPHGKPARKRKWDHEGRWGLLMASPYVLHFIIFVAGPLAASLYFSFSDYDMLNPPEWSGLDNFRRMAEDSMFWRSLWNTLYFAVLFVPLQTFLALVLAVALNQRLKGLKWFRMAHFIPVISSWTVILYVADAVFNPRFGLANTLLAKLGLEGQGWLQDPKLAIPLLVFIAVWKGIGYIMVIYLAGLQSVPGDLYEAAEIDGAGALRKFRYITVPLISPTTFLVVIMSTISTFQAFEQIYVLTGRGDISSAGGPNNSSLVMMLYLYREGFTFMRMGYASAIAWVLFMILFLLTLIQLRAQKKWVHYD	PGPT0016535_1581	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05460	825	araQ_46	COG0395	L-arabinose transport system permease protein AraQ	ATGAGAAGAAAGCTGCTGGGAAAAAGTATAGGATACGTGCTGATCGGGATCAGCTCGCTCATCATGGTCGTGCCGTTTCTGTCGGCACTCATGAATTCATTGAAAACCTACAAGGAATATACAACGGTTCCGCCCCGCTGGATCCCTGAAGTATTCCAATGGTCCAATTACGCCCAGGTGTTCCAGCTTGGGAATATTGGCGGCTACACGCTCAACAGCGTCTTCGTAGCCGCATTGTCCGTCATCGGCGCCCTGATCTCCTGCTCGATGGTCGGTTATGCGTTCGCAAGACTGCGCTTTCCGCTGAAAAGTGCGCTGTTCGTGATGGTGCTGGGTACGATGATGATTCCGGCGGTGGTCATCATCATCCCGCATTTTATCATTTTTAATAAGCTGAACATGCTGGATACGCTCACGCCGCTGTGGATTATCGAATGGCTGGCTCAGCCGTTTGGGATTTTCCTCATGCGACAGGCTTTTATGAATATACCTAAGGAGTACGAGGAGGCGGCCAAGATGGAGGGCTGCAATCCGTTCCAGATTTACCTGCGGATTTTTATTCCGATGGCCAGGCCTACCCTGGCGACGCTGGCGATCTTTACGTTCATGGGCAAGTGGAACGAGATTCTGACGCCTGTCATTTATTTGACCTCGAATGAGAAGTATACGCTGCCCATCGGCATTCTCTCCTTGTCAGGCCAGTGGACCGGCAATGAACAGCTTATGATCGCAGCCGCACTGGTCAGTCTGGTTCCGATCCTGCTGGTATTCCTGTTTGCCGAGAAATATTTTGTGCAGAACCACAATATGGCCGGGATTAAATAA	MRRKLLGKSIGYVLIGISSLIMVVPFLSALMNSLKTYKEYTTVPPRWIPEVFQWSNYAQVFQLGNIGGYTLNSVFVAALSVIGALISCSMVGYAFARLRFPLKSALFVMVLGTMMIPAVVIIIPHFIIFNKLNMLDTLTPLWIIEWLAQPFGIFLMRQAFMNIPKEYEEAAKMEGCNPFQIYLRIFIPMARPTLATLAIFTFMGKWNEILTPVIYLTSNEKYTLPIGILSLSGQWTGNEQLMIAAALVSLVPILLVFLFAEKYFVQNHNMAGIK	PGPT0016540_8446	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05461	897	iolO_2	COG1082	5-keto-L-gluconate epimerase	ATGTCTGTGATGGAAAGGATGAAAGAGAAGATGAAAATAGCGGCATTCAGCGGATCGTTAATCGATTACAGCATCCATGAAGCGATGTCGATCGCGGCCAGGCTCGGTTTTAACGGAATCGAAATTGCCTGCCGCGAGCCGCACTTAAGTCCGGAAGCTTCGCTGCCGCGGGTACGCGAAATGAAGGCTGTTGCGGAAGGCCATGGCTTGGAGATTCCTGCATTGGCTGGTTATATGGGATATTTCTCGACAAGCGGAGATGCGGAATGCGCTGAGGCTTACGATCAGTTTATGGGCCTGCTTGAACGCGCGGTCATGTTGGAGGCGGGGATGATACGGATCTTTCAAGGAGGGCCGAATGCCTTCCTGGCGGAGGATTATCATTATGACAAGGCGGCTTTCTGGATTCGGAAATGCGCGGAGGAAGCCCGCGCTGCGGGAAAACGGATCGTGCTGGAGATTCACAACCAGAGCCTGGTAGAGACGACAGATAGCGCTCTACGTCTGCTGGATTTGATCGGCGATGACCAGGTTGGTCTGATTCATGACGCAGGGAATATGTACATCACGGACACGGAATTTGGGGAAGAGTCGGTCCGGCAGCTCGGAAGCCGTTTGTTCCATGTGCACATCAAGGATGAACGGCGGATCGCGCAGGGGGGCGCACCGGGAACGTTCAAGAATTTGACCCGTCACGGGGAAGAGTTCTTCCTGCAGTGCCGCCTTGGTGAAGGAGAAGTGGATCACGACGGGCTGCTCAGAGGACTTCGGGAATACCGGTACGAGGGTTGGCTTACGCTGGAATGCGCAGCTCCCTATCCGCCGAAGGAACGGCTTGCTTATGATCTGTCGGTCATCAAGGAGTGGCTGCAGGCTGTGGAGGTGTCGATCGGATGA	MSVMERMKEKMKIAAFSGSLIDYSIHEAMSIAARLGFNGIEIACREPHLSPEASLPRVREMKAVAEGHGLEIPALAGYMGYFSTSGDAECAEAYDQFMGLLERAVMLEAGMIRIFQGGPNAFLAEDYHYDKAAFWIRKCAEEARAAGKRIVLEIHNQSLVETTDSALRLLDLIGDDQVGLIHDAGNMYITDTEFGEESVRQLGSRLFHVHIKDERRIAQGGAPGTFKNLTRHGEEFFLQCRLGEGEVDHDGLLRGLREYRYEGWLTLECAAPYPPKERLAYDLSVIKEWLQAVEVSIG	PGPT0017530_462	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0017530-ulaE|sgaU|sgbU-K03079	NA	NA
JZ016_05462	1011	iolG_25		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGACGGGGAACGCGCGGAAATTTGGAATTATCGGCTGCCAGCATGCCCACATCGGCATGTTCATCGAGGAGATGCTGGCACTGGGCTACGAATGCGCAGGCGTATACGAACCGGATAATAAGCCGCTAGCCCGTACTTTTGCCGACCGGTACGGTCTGGAACTGACAGGGGATCAGGAATCGCTGCTGAGCGACGAAGGCGTGAGCGTTATCGGCTGCGCGGCTATCAACCATGAGAAGCTGGATGTCATTGAGCTGTGCGAGCTGCACGGCAAGCCCGTCATGATCGACAAGCCTGCTGTGACGGATCGGGCGGGGCTTACCAGGCTGCGCGGCGTTCTGGAGCGGGGAAGAATCGAGGTAGGGATGATGCTGACCGAGCGCTTCCGCCCTTCGCTGCATACCATTCATCGGATGATCCGGGCGGGAGAGTTAGGGGACATCGTCCACATCTCGATGCGTAAGCCGCATCGGCTGAATCCGGAATCGAGGCCAGCCTGGCATTTTGACAAGTCGCAATCCGGAGGCATCATTAACGATCTCTTCGTGCACGATTTTGACCTGTTACGATGGCTGACGGGCCGGGAGGTGGAGGCTGCATCCGGTTATCTGGCGAAGCATATGCTGCCTGAATACCCGACCTTCTATGATGCAGCCGGCGTGCAGGTATTCATGGATGGCGGGATCACGGCACAGCTGTACGCCGACTGGCACACACCCGCTGGCAGCTGGACTTGGGGAGACGGCCGGATATTCATTACGGGGACGCACGGCATTGCGGAAATTCGGCTGGAAGGCGATCCCTTATTATCGAGTGATGAGGTTGCGCTTGTCATCACCGAACAGGAGCTGCGTTCTTTGCCTTTGGCACCGCCGCCCCTCTCCCTTGCTCAGGATTTCCTGAACCGGGTGGAGGGGGAAGAGGGGGTCATCACGCATGAAGATATTTACAAAGCCTCGGAGGCTACGGTGATGGCCGATGAGGGAGCACGGGTCCTGATCCGGGAATAG	MTGNARKFGIIGCQHAHIGMFIEEMLALGYECAGVYEPDNKPLARTFADRYGLELTGDQESLLSDEGVSVIGCAAINHEKLDVIELCELHGKPVMIDKPAVTDRAGLTRLRGVLERGRIEVGMMLTERFRPSLHTIHRMIRAGELGDIVHISMRKPHRLNPESRPAWHFDKSQSGGIINDLFVHDFDLLRWLTGREVEAASGYLAKHMLPEYPTFYDAAGVQVFMDGGITAQLYADWHTPAGSWTWGDGRIFITGTHGIAEIRLEGDPLLSSDEVALVITEQELRSLPLAPPPLSLAQDFLNRVEGEEGVITHEDIYKASEATVMADEGARVLIRE				NA	NA	NA	NA	NA
JZ016_05463	1029	iolG_26	COG0673	Myo-inositol 2-dehydrogenase	ATGACAAAGGAAAGGCTGCCCGTCCGATTCGGTATGATCGGCTGCGGGATTATTGCGGATATTCATGCGAAGGGCATCTTGAATACGGAGGAGGCTGAGCTTGCCGCCGTATTCGATACGAAACGGGAATCAGCCGCCAAGCTTACCGAAACGTACGGAGGAGATATCTGCAACACCTTGGAAGAACTGCTGGCACGCGAGGATGTGGAGGTCGTCTGTATCTGCACGCCAAGCGGCATGCATGCAGAACAGACGGCGATGGTTGCCCGGGCGGGCAAGCATGTGCTGGTGGAGAAACCGATGGCGATCCGGCTCGACGATGTCGAGCGCATGATTGAGGTATGTGCCGAGAACGATGTGCTTCTCGCAACGGTCTTTCCGAGGCGCATGTCCCCGCAGGCCGGGTACGCCCGGCAGGTCATTCAAGAAGGACGGCTTGGGAAGCTGAGTTTATGCTCGGCGTATGTCATGCTGTACCGTGATCAAGCCTATTATGACAGTGCGGGCTGGCGCGGGACCTGGGCCATGGATGGCGGCGGGGCGATGATGAATCAGGGAATCCATACGGTGGATATGCTGCAATGGCTCGTAGGCCCTGTTGCGTCCTTGACTGCAAAGGCCAAGGCCGTTCTGCGCAATATCGAAGTCGAAGATACCGTTATCGCTGCGCTTGAATTTGCGAGCGGGGCGCTCGGCGTGCTGGAGATCACGACGACGGCCTGCGACGGCAAAGGACAGCGGCTGGTCATCCATGGGGATAAGGGCGTGCTCGTCATTGAAGAGGATACAATCGTATCCCTTGAGATCGATGGCCAGCAGATTCAGCTGCCTGAGTTCGAGCCATTTAAAGTCATACCGGACGGTCATCGCCTGCAAATTCGAGATATGGCGCTTGCCGTTCGCGAAGGCCGACAGCCTGTTATCACCGGGAAGGACGGCAGGCATTCGCTGGAGATTATTCTCGGCACCTACGAGGCTTCCCGCCAGCGCAAGGAAATCGAACTGCAGACCGGAACACCGGTGTTGTAG	MTKERLPVRFGMIGCGIIADIHAKGILNTEEAELAAVFDTKRESAAKLTETYGGDICNTLEELLAREDVEVVCICTPSGMHAEQTAMVARAGKHVLVEKPMAIRLDDVERMIEVCAENDVLLATVFPRRMSPQAGYARQVIQEGRLGKLSLCSAYVMLYRDQAYYDSAGWRGTWAMDGGGAMMNQGIHTVDMLQWLVGPVASLTAKAKAVLRNIEVEDTVIAALEFASGALGVLEITTTACDGKGQRLVIHGDKGVLVIEEDTIVSLEIDGQQIQLPEFEPFKVIPDGHRLQIRDMALAVREGRQPVITGKDGRHSLEIILGTYEASRQRKEIELQTGTPVL	PGPT0022715_587	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022715-wlbA|bplA-K13020	NA	NA
JZ016_05464	792	nagB_1		Glucosamine-6-phosphate deaminase	ATGATGTCTCAGCGCAGCGTAAAGCCTGTGCTTGAAAAAGTTCAGGATCAACTGAAGGTCCGCATTTATGACCAGCGCGAGGCGATGGGGAAGGCGGCCGCCGCCGATATTCGTGTTGCCATGCAGCGCCTGCTGGCCGAGAAAGAGCGCATTCGCATCGTCTTTGCAGCCGCCCCGTCCCAGAATGAGTGCCTGGCGGCGCTGGTGCAATCGGACGGATTGGACTGGAGCCGAGTCACGGCTTTTCATATGGACGAATACATCGGCCTTCCCAAGTCGGCCCCGCAGCGGTTCGGGAACTTTTTATCCCGGCGGCTGTTTGATCTCGTATCTCCAGGAGAGGTGCATCTGATCGACGGCATGAATGATCCTGAAGGGGAGTGCGACAGGTACAGCGGATTGATTACCGCTGCGCCGATCGATATGGTGGTCCTCGGCATTGGCGAGAACGGACATATCGCCTTCAACGATCCGCCCGTTGCAGATTTTGCGGATCCGTTATGGGTAAAGCGGGTGAAGCTGGACGAGGATTGTCGCCGACAGCAGGTGAATGACGGCTGTTTCGCGAGCTTGGAGGAGGTTCCGAAATACGCGCTTACGCTTACCATTCCGGCCTTAATGTCGGCTGCCCATCTGTTCTGCGTCGTTCCCGGCGCAAGCAAGCGAGCGGCGGTACAAAGGACGCTGTACGGCGATATAAGCGAGGCCTGCCCTGCCAGCATTCTTCGGCAGCATTCGGATTGCACGCTGTACGTGGACCGGGAGTCGTACGGGGAAATCCGGAATGGATAG	MMSQRSVKPVLEKVQDQLKVRIYDQREAMGKAAAADIRVAMQRLLAEKERIRIVFAAAPSQNECLAALVQSDGLDWSRVTAFHMDEYIGLPKSAPQRFGNFLSRRLFDLVSPGEVHLIDGMNDPEGECDRYSGLITAAPIDMVVLGIGENGHIAFNDPPVADFADPLWVKRVKLDEDCRRQQVNDGCFASLEEVPKYALTLTIPALMSAAHLFCVVPGASKRAAVQRTLYGDISEACPASILRQHSDCTLYVDRESYGEIRNG	PGPT0018865_1483	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018865-nagB-K02564	NA	NA
JZ016_05465	1164	nagA_3	COG1820	N-acetylglucosamine-6-phosphate deacetylase	ATGGATAGCCATGAACTTGTTCGTATGGGCCGTCATTACGCAACAGGGGAGCGAATAAGGCTAGAATGGGACTCTGGCGGCGGGATAGAACGGATACTTCCTCACGATGGTGAAGAGGATACGTGGATCGCTCCCGGATTGATCGATCTTCAGATTAACGGCGGTTACGGACATGATTTCAATTCGCTGCCGCTCACAACGGATACGATCATTCAGGCAACCCGGCGCTTATGGGAGAAAGGCGTAACGCTGTACTACCCCACCGTCATTACCAACGGAGACGAAGAGATCGAGCAATTGCTGCGGGTTATCGACACGGCTTGCCTGGAGGATGAAGCGGTCGGTTCAACCATAGGCGGGATTCATTTGGAGGGACCTTTCCTTTCTCCGGAGGAAGGCCCAAGGGGAGCGCATGATTCCCGGTATATCAAGGAGCCGGACTGGGCATTGTTTGCGAGATGGCAGGCGGCATCGGGGAACCGGATTCGGATCGTCACCCTATCGCCGGAGTGGCCCGATGCCCCGAGTTTTATCCGGTCGTGCGTCGAATCGGGAATCGTCGTATCGATCGGGCACACCGCTGCGACGCCTGCGCAAATTCGGGAAGCCGTGCAAGCAGGAGCCACGATGTCCACCCATCTGGGTAATGGCGCACATCTGACGCTGCCGCGGCATCCGAATTATATATGGGAGCAGCTTGCGCAAGATCAGCTGTGGGCAGGAATCATTGCGGACGGGAACCATCTGCCGGATTCGGTGATCAAGGTGATGCTCCGCGCCAAGTCGTCCAAAGCGCTGCTCGTCAGCGATGCCGTCTATTTAAGCGGGATGCCGCCAGGAGAATACGAGACCCATATCGGTGGAAATGTTGTCTTAACGCCTGAGGGTCGATTGCATCTCGCCCGCAAGCCCGAGCTGTTGGCCGGCTCGGCCATGATGCTTGCCGATGCGGTTTGGCGGCTGGCTCAGTCGGGGCTGTGCACGTTTCCTGAAGCTTGGGACATGGCTTCCATGCGGCCCGCCGAGGTTATGGGGCAAGCGGAACCCTATGGCCTGAAGAGAGGAGCACAGGCCGACTTCGTGCTTCTGGAGAAGCGCAAGGGGTGCCTCCGCATTGTGGAGACCGTCAAGGGAGGCCGTTCAGTTTACCAAGGGGATTGTTAG	MDSHELVRMGRHYATGERIRLEWDSGGGIERILPHDGEEDTWIAPGLIDLQINGGYGHDFNSLPLTTDTIIQATRRLWEKGVTLYYPTVITNGDEEIEQLLRVIDTACLEDEAVGSTIGGIHLEGPFLSPEEGPRGAHDSRYIKEPDWALFARWQAASGNRIRIVTLSPEWPDAPSFIRSCVESGIVVSIGHTAATPAQIREAVQAGATMSTHLGNGAHLTLPRHPNYIWEQLAQDQLWAGIIADGNHLPDSVIKVMLRAKSSKALLVSDAVYLSGMPPGEYETHIGGNVVLTPEGRLHLARKPELLAGSAMMLADAVWRLAQSGLCTFPEAWDMASMRPAEVMGQAEPYGLKRGAQADFVLLEKRKGCLRIVETVKGGRSVYQGDC	PGPT0018860_1425	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018860-nagA-K01443	NA	NA
JZ016_05466	492	cat_2	COG0110	Chloramphenicol acetyltransferase	TTGTTTAATCCCATCGAAGACCATGGTTGGCATATAGATAAGTTGATTATTGGCAATTACGTATGTATAGCAAGTGGTGTTATTATACTAATGGGTGGAAATCACAATCATCATCCTGAATGGATAACTGTGTACCCGTTTGTCGATCAGATTGAAACTTCTTACGCACCAAAAGGCGATACCATCATCGAAAGCGATGCCTGGATTGGAATGAATGCCATGATTATGCCAGGTGTGACCATTGGCGAAGGTGCCATTGTGGCGGCTGGTTCGGTTGTTGCAAAAGATGTCCCACCCTATACGATCGTAGGCGGCAACCCTGCTAAAGAGATGAAGAAACGCTTTACGGATGGAGAAATTGAGAAGTTAAAGGAAATGCGATGGTTCGATTGGGAACGCGAGAAAGTTGAACGAGCCGGTCAGATCTTGTCAAGTTCTTCTGTAAATCAATTATATGACTTTTATCAAAAAGAAATAAAGCCATACGTTTAA	MFNPIEDHGWHIDKLIIGNYVCIASGVIILMGGNHNHHPEWITVYPFVDQIETSYAPKGDTIIESDAWIGMNAMIMPGVTIGEGAIVAAGSVVAKDVPPYTIVGGNPAKEMKKRFTDGEIEKLKEMRWFDWEREKVERAGQILSSSSVNQLYDFYQKEIKPYV	PGPT0028035_131	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-PHENICOL_RESISTANCE,PGPT0028035-catB-K00638	NA	NA
JZ016_05467	207			hypothetical protein	ATGAAACAACATCGGTTCGAACACTGGTCCGAAATTAAGTATTTAAAGGATATTGTCACTAACCCAATGATTACAGTAGGAGAATACTCTTATTATTCCGGTTATTACGATCATCATGATTTTGAAGATGGTTGCGTTAGATACCTTTGGGGGATGAGAAATCCCGAAGGTTGTTTAATCCCATCGAAGACCATGGTTGGCATATAG	MKQHRFEHWSEIKYLKDIVTNPMITVGEYSYYSGYYDHHDFEDGCVRYLWGMRNPEGCLIPSKTMVGI	PGPT0028035_72	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-PHENICOL_RESISTANCE,PGPT0028035-catB-K00638	NA	NA
JZ016_05468	948			hypothetical protein	ATGTCCAAATCCAAACGTCTCATGGAGCTGATGATGACCGTGAACCGGATGCGGAAATTCACGGTAAGGGAATTGGCCGATCAATTCGACGTGTCCTCTCGCACGATCTTGCGGGACCTGCAGGAGCTGAGCGAGCTGGGCGTTCCCCTCTATTCCGAGGTAGGACCGCACGGCGGATACCAGGTGCTCAAAGAACGGATTCTCCCCCCGATCGCCTTCAGCGAGGAAGAAGCCGTTGCGATGTTTTTTGCCAGCCACGCCCTGCGTCACTATCTATTTCTTCCCTTTGAAGCCGAGTCCTCTACCGCGCTTCAAAAATTTTATTATTACATGCCGGGTGATGTTCGTGACCGGATTGACCAGATGAAGAACCGTGTGGATTTTCTGACGCATACCAGACGGCAGAAGGCCGAATCTCTCGGCGTTCTGCTGGATGCCGCTGTTGATCAGCGAGTCGTTACGGTGGAATACGAGACCAAAGACGGCTATACGGAGCGGAGCCTTCAGCCGGTGGGCATCTATGCAAGCAACGGCTTCTGGTATTGTCCCGCTTATTGTTTTCTGCGGGAGGATTTCCGTCTGTTCCGTTGTGACCGCATGCAGACCGTGGTATATGATACAACCGGAGTCGAGCCGCGGGATCACCGCCATATCCATCTGGGCAATTGGAGGGAATACGGGGCAGAGAAATCAGTCTATACCCGGATGGTCGTTGATCTGAGCCGGGAAGGCGTTCAGCGCTGCGAATCCGAATTGTGTCCTGTTCCCCATGTTGACATGCAACCGGATGGAAGCGGACGGCTCGATCAGAGCGTTCCTGTCAGCGAAATTTTGTATTTTGCTAAATTTTTTCTCGGCTTAGGAAATGAAGCCACGGTGAAGGAGCCGCAGGAGCTGGTGGATTGCATGAAGGGGATTCTGAAGAAGGTTATGGCGAAATACGATTAA	MSKSKRLMELMMTVNRMRKFTVRELADQFDVSSRTILRDLQELSELGVPLYSEVGPHGGYQVLKERILPPIAFSEEEAVAMFFASHALRHYLFLPFEAESSTALQKFYYYMPGDVRDRIDQMKNRVDFLTHTRRQKAESLGVLLDAAVDQRVVTVEYETKDGYTERSLQPVGIYASNGFWYCPAYCFLREDFRLFRCDRMQTVVYDTTGVEPRDHRHIHLGNWREYGAEKSVYTRMVVDLSREGVQRCESELCPVPHVDMQPDGSGRLDQSVPVSEILYFAKFFLGLGNEATVKEPQELVDCMKGILKKVMAKYD				NA	NA	NA	NA	NA
JZ016_05469	489			hypothetical protein	GTGAATCAATTGCATGAAATGAAGCAGCTGTTGTTCGAGGAACTGGAGCTTATCGTTAGGACCAGTTCGAATCTGATCGGCAAAATTTCACCGGAGCATTGGGATTACAGGCCTGCCCATAATATGAGATCGCTTCAGGAGCTCGTGCATCATCTGGTGTCAGTGCCTGCAACGGATCTGTTAATTTTGCAAGAGAAGAGCGAAGCGGAGATCCGGGAGCTGGAAGCTAGCATCGTCGCTGACGGCGTGGACAAGGACAAGCTGATCTCCTGTATGACGAAGGGACTTGCGGATGTGAAGTCTTACATGGGCGGACTGACAGATGAAGAATTTATGCAGAAGAAAACGAAACCCTTCTACTTGGAGCATGGTTCAACCCAAGCCAAGTGGCTGATTGAAATTGTCACGCATGCCCAGCATCATCGGGCGCAAATGTTCAATTATCTGAAAGCCCAGGGCTATGAAGTGAGTATGTTCGATTTATATTAA	MNQLHEMKQLLFEELELIVRTSSNLIGKISPEHWDYRPAHNMRSLQELVHHLVSVPATDLLILQEKSEAEIRELEASIVADGVDKDKLISCMTKGLADVKSYMGGLTDEEFMQKKTKPFYLEHGSTQAKWLIEIVTHAQHHRAQMFNYLKAQGYEVSMFDLY				NA	NA	NA	NA	NA
JZ016_05470	489			hypothetical protein	ATGCCGCGACAAATACCGGGAAAATCGCCGAAGCTGCCGTTAACCGGCAAAGAGCGAGCAAAGCTGCGGTCAAACAAAATGAAGCTCAGCGATATTGCGCATATGGATATCGAGTTATTGTCCGGCGTGCTAGGTGTTTCGGATAGCCGCGCCCAATATATCCGGGGAATGGCGCAGTTTCAGATGGTTCCTTCGATCGGACCGAAAGTGGCTGAACGCGTAGTCCAGTTGGGGTATTACGCATTGGAAGATATCAAGGATGAAGACGCTGCTGCTTTAACGGACCGGATGGAAGCGAGCAGCGGTTTCTGGATGGATCCTTGCGTGGAGGATGCGTTTCGCTGCATCGTATATCATGCCAATCATCCGGGGAGCGGGAAGAGCTGGCATGACTTTACCGAAGTGCGTAAGCAATTCAGGGAGCAGCACGGATATCCTCCAACCCGTCCAACATTATCGTGGTACGACAACAAAGATGGACAACCATAG	MPRQIPGKSPKLPLTGKERAKLRSNKMKLSDIAHMDIELLSGVLGVSDSRAQYIRGMAQFQMVPSIGPKVAERVVQLGYYALEDIKDEDAAALTDRMEASSGFWMDPCVEDAFRCIVYHANHPGSGKSWHDFTEVRKQFREQHGYPPTRPTLSWYDNKDGQP				NA	NA	NA	NA	NA
JZ016_05471	1452			hypothetical protein	GTGCCACTACATAACGCTAGAAAAGCATTCACCGTGTTTCTGCTCACCGCTTCTATCGTAGGAACTTCCCTAATCCCTCACGGAGATGCATATGCTGCTACCGCCGATTCCATCCAAGGCCAGGTTACAGAAGTTAAAACAGCCCGAACTTCGGATGAAAAGATTGCCGAGTGGGAGGACTGGGCCAAAGACCACGCGTACCGACTGGATACGATTCAACCCGCCGAGACGGCGGGCGGTCCAAACCAATATAAGGATCTGGCTATGCTAAAACCATTGCTGCAAGATAAACGTTTCGTGTTTCTGGGGGAAAGCTCCCACGGGGTTGGCGAGTTCAATCTGGCTAAGACCCGTTTAATTCAATTCCTGCATCAGGAGATGGGGTACAACGTTCTGGCCTTTGAAAGTGGTCTTGGCAATAGCTCCTTGGCTTACGGCCGGGCCGGACAGCAGAGCGCGGAACAAACGATGAAAGATTCCATCTTTGGCGTCTGGTGGTCCAAGGAGATATTGCCGTTGTTCGAATACATACAAACAGCACAAAAGAGCAAGCAGCCGCTCGTGCTGACCGGTTTTGACATGCAGCTGCAGCATCCGCTGTTGGATGGGCAATGGCTGCAGGATCAGGCCATGGCTAAGCGTCTAACGGAAGCTGAGAAGAAATTGTCAGACTACTCTCTTGGTACGGATCTTGCCGCATACCGCAAAGAGAAAAATCAGCTGATTCAAGTATACAAAGATGCCCTAAAATCCTTAAAGACGGAGGCAAACGAGTCTCATCTGAAGCGGCTATATCCAGATAACCCCAAACTGTCCATGCTGCTTGAAAGAAGCTTGAACGACCGGATTCGGGTAGCTCAGGAATATGTGGAGCTCTCCATCAAGTCAACCCTCGGCATGGAAAGCGGGGATTATGAACCGTTCCTGGAATCGATGGAATGGCGGGATCAGGCGATGCATGACAATCTCATGTGGCTGGCAACCGAAGTATACCCGACGGAGAAATTCATCGTTTGGGGACATAACGACCACATCCGCAAAGCCCAAACGGAAGTGATGGGTTCGCCATATCCGGTGACTTTAATGGGAGAAAAACTCTCGGATGAAATGAAAAAATACAGTTACGTGCTTGGCCTGTATCCAGCCAGCGGACAAACCGCAGATAACATGGGGAATGTGCATGACGTTCTGCCGGCAAAGCCGGGATCCATCGAATCGATCCTGTCGGCCGCAGGCTCGCCGTATACCTTCGTGGATCTGCGGTACCAAAAGCGTGGGACAGGTAATTCCTGGATGTTCGAGCCGCGTTTTGCCTATAGCTGGGGCATGATTCCAGAGAGCTTAATCGCCCGTGACCAATACGACGGTATTCTGCTGATCGATGATGTGAACCCGCCTCAATATATGAGATCTTCCGCTTCATCCAAGGCTTCAGTGCCTGCCGAAGAATAA	MPLHNARKAFTVFLLTASIVGTSLIPHGDAYAATADSIQGQVTEVKTARTSDEKIAEWEDWAKDHAYRLDTIQPAETAGGPNQYKDLAMLKPLLQDKRFVFLGESSHGVGEFNLAKTRLIQFLHQEMGYNVLAFESGLGNSSLAYGRAGQQSAEQTMKDSIFGVWWSKEILPLFEYIQTAQKSKQPLVLTGFDMQLQHPLLDGQWLQDQAMAKRLTEAEKKLSDYSLGTDLAAYRKEKNQLIQVYKDALKSLKTEANESHLKRLYPDNPKLSMLLERSLNDRIRVAQEYVELSIKSTLGMESGDYEPFLESMEWRDQAMHDNLMWLATEVYPTEKFIVWGHNDHIRKAQTEVMGSPYPVTLMGEKLSDEMKKYSYVLGLYPASGQTADNMGNVHDVLPAKPGSIESILSAAGSPYTFVDLRYQKRGTGNSWMFEPRFAYSWGMIPESLIARDQYDGILLIDDVNPPQYMRSSASSKASVPAEE	PGPT0027980_42	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027980-ereA_B-K06880	NA	NA
JZ016_05472	198			hypothetical protein	ATGAAAAACATCAAATTGAAGATGGCCCGCGTCGAGAAGGATTTATCGCAGGAAGAACTGGCCCAGATCGTCGGTGTCTCCAGGCAGACCATCGGCCTGATCGAGCTGGGGAAATATAATCCGTCCCTCAGCCTGTGCGTGGCCATATGCAAGGCATTATCGCGTACTTTGAACGATCTGTTCTGGGAAGAGGATTAA	MKNIKLKMARVEKDLSQEELAQIVGVSRQTIGLIELGKYNPSLSLCVAICKALSRTLNDLFWEED	PGPT0008430_6409	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750	NA	NA
JZ016_05473	516			hypothetical protein	ATGAGCTTGAATTGGTTTAAGAAGAGCACGGCTGAAGATGAGCGTATCGTCAATCTAAAGAACAAGTTATATAAAGAGGTGTATACCTTGATCATGATCATATGCAGCATTTCCGTTATCATCAAATCTTTTGCACTCCCGCGAACGGAGTCCGTCTGGCTGGAAATGCTGATCATACTGGGAGGAAGCTTATATTTTGGGATACGCAGCGTGGCGCTGGGGATTTACTCGGATGAAGTGGAGGTCCATGACCAGCGGAGCAAAATTTCGTTCAGCATGCGTACGGCGATATGGGGGCTCATTATCGGTGTTGCACTTGCTCTTTTTTTCGGTATCCGCAGCGCGATCCTGTTTGGCAATGACAACAGTGCGACCGAGCTCAAATATTTCTTCAGCGTTTTCTTCGTCTCACTGATCATCTACATCCCGCTCTTTGTCGGAGGGAATTGGTTGATCCACTACGGCGCCAACAAGGTAAGCCAGAAAATGTCACAGAACGATCCATTCGACTCATAG	MSLNWFKKSTAEDERIVNLKNKLYKEVYTLIMIICSISVIIKSFALPRTESVWLEMLIILGGSLYFGIRSVALGIYSDEVEVHDQRSKISFSMRTAIWGLIIGVALALFFGIRSAILFGNDNSATELKYFFSVFFVSLIIYIPLFVGGNWLIHYGANKVSQKMSQNDPFDS				NA	NA	NA	NA	NA
JZ016_05474	891	rlmA	COG0500	23S rRNA (guanine(745)-N(1))-methyltransferase	GTGTCCAACAATGAAAAATTGATAAAAAAAGCACGAAAATTTTCGATACACGAGAAGATGTTTCAATGCCCGATTTGCGGCGGTGCCATGAAGGTAGAACGGATGGCCAGCCTGGAATGCGAGAACGGGCACTGCTATGATATATCCAGACAGGGATACGTAAACCTGTTGAACCATTCATCCAAAACCAAATACGATAAAGCCTTGTTTGAGGCTCGAAGAACGATCAGCGGCAGCGGCTTTTTCGGCCCCATAGTAGAAGCGGTAACGACTCGCCTGATCCAGGAACTGAAGTCCCAGGAATCCGTGAAGCCCGTAAGACTGCTTGATGCAGGCTGCGGGGAGGGCTCCCATCTATCCGCCATTTTACGTAAGCTTCGGGAGCAGCGAATGGTGCCGGACGTTCTCGGTGTGGGTATGGATATTGCCAAAGAGGGAGTTGTAACGGCTGCCAAGACATTTCCGGACCCTATGTGGTGCGTGGCCGACCTGTCTCAGAGCCCGTTTGCCGACCAACAGTTTGATTACATTTTGAATATTCTGTCCCCGGCTAATTATTCGGAGTTCAGGCGGCTGCTAATGAGTGACGGAATGTTGGTGAAGGTAATTCCGGGGAGCATGTATTTGCAGGAGCTTCGCGCTTTGCTTTATACAGGTACAGGTAAAGAGACGTATTCCAATGACGGCACGATGGAGCTGTTCATCCGTCACTTTGGACGGATCGAATTCGAAGAGCTTCGGTATCGCGTCATTCTGGATTCCGAGCAGATGAAGCAACTGATTCACATGACGCCGTTATCCTGGGGCATTTCAGATGAGCTTATTGAACGGATACCGGATGGAGAGATGGAGGTAACCGCCGACTTCACACTTCTGTATGGATGGATATGA	MSNNEKLIKKARKFSIHEKMFQCPICGGAMKVERMASLECENGHCYDISRQGYVNLLNHSSKTKYDKALFEARRTISGSGFFGPIVEAVTTRLIQELKSQESVKPVRLLDAGCGEGSHLSAILRKLREQRMVPDVLGVGMDIAKEGVVTAAKTFPDPMWCVADLSQSPFADQQFDYILNILSPANYSEFRRLLMSDGMLVKVIPGSMYLQELRALLYTGTGKETYSNDGTMELFIRHFGRIEFEELRYRVILDSEQMKQLIHMTPLSWGISDELIERIPDGEMEVTADFTLLYGWI				NA	NA	NA	NA	NA
JZ016_05475	432		COG2764	putative protein	ATGACACTTCGATTGAATCCGTATCTCATTATGGATGGGAATGCTAAGGAAGCTATTCAATTCTATGAAAAAGCGTTGGATGCCCAGGTCGTTATGGTTCAGACCTTCGGCGAAATGCCGACGAACCCTGATTTTCCGCTGCCGGAGAGCGCGAGGGATCGCGTTTCCCACGCTTTGCTGAAGGTAGGAGAGACGGATCTGATGTTTTCGGATACATTTCCCGGTCAACCGGTTGAATCCAGCAATCAGGTTCAGATCTGCATCATGACCGACCCACCCGAACACGCGAAGCGGTTCTACGAAGCGCTGCTTGAAGGTGGCCAGGTGGTTATGCCGCTGCAGGAGACGTTCTGGAGCCCGGCCTACGGGATCGTTGCGGACAAATACGGCGTATACTGGAATATTTCAACCGAAGTTGAAGCGCAGAAGTAG	MTLRLNPYLIMDGNAKEAIQFYEKALDAQVVMVQTFGEMPTNPDFPLPESARDRVSHALLKVGETDLMFSDTFPGQPVESSNQVQICIMTDPPEHAKRFYEALLEGGQVVMPLQETFWSPAYGIVADKYGVYWNISTEVEAQK	PGPT0030505_2127	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750
JZ016_05476	915			hypothetical protein	ATGAGATTGGTGCGAAAATCGGTATTGACCATCTGCAGCCTTTTGCTTGCAGTCTCGGTCCTATTTCCGCAAACAACGGTTCACGCAGCGGATCAGAAATGGATGAATCAAGTATGGAGCGAGTATAAATCCTATAACAAGAAGACGGTAGATGCGTATAACAATTACCAGAAACAAGTAGACAAGAAATATAAGGTGTTTTATGATGCAAGCCATGCGTCCCTGGATCAGCTGGAGAAAAAAGTGCTGGAGGATCAAAAGCAGTGGGACGAGAAGCTTCAAGCAGATCTGGATCAGCTGAAGCTGAAGTATGAAGGGAACCGTGATTTAAAGGATAAGCTGACACAATATGAACGGTTGATCAATCCAAGCTATTTAAACAGTCCGATGTGGAAGTATGCAAAAGCCGCAGACCGGGATTATTTGAACAGCACCCTCTGGAAGCTAAGCAAAGAAATGAACGAGGGTTATTTGAACAGCTTGATGTGGACATACAAGAAGACGATCACCCCGAGCTATTTGAACAGTTCCGCATGGAAATTCAGCAAAATGGTCAGTGAAAGCTATTTAAACAGCCCGATGTGGAAGCTTCGTAACGGATCGAGTACGTCGTATCTGAACAGTCCGATGTGGAAGTACAAACAGGGGAAAATCAGCAAGGCAACAGCTAAGAGCCAATACAGCAAGCTGTTTAAGGAACAGACAACCGCGATCTCCAAGGGCAATGCCGCAAGAAAATCCGAAATAACGAAAATGGCAAGCGTTACGCAGAAGAAGATAGGTGAGCTATACAAGGAAACGGTAATCACACTTGAGACACGCCGCGAGGAGGCATTGAAGAGCATCTCCGACCTCCGGACAGAAATCACCGGGGAAGGCTTGCAGTGGGAAGCGCTGCTCGTGGAGAAACCATAA	MRLVRKSVLTICSLLLAVSVLFPQTTVHAADQKWMNQVWSEYKSYNKKTVDAYNNYQKQVDKKYKVFYDASHASLDQLEKKVLEDQKQWDEKLQADLDQLKLKYEGNRDLKDKLTQYERLINPSYLNSPMWKYAKAADRDYLNSTLWKLSKEMNEGYLNSLMWTYKKTITPSYLNSSAWKFSKMVSESYLNSPMWKLRNGSSTSYLNSPMWKYKQGKISKATAKSQYSKLFKEQTTAISKGNAARKSEITKMASVTQKKIGELYKETVITLETRREEALKSISDLRTEITGEGLQWEALLVEKP				NA	NA	NA	NA	NA
JZ016_05477	1044	exuR_7	COG1609	putative HTH-type transcriptional repressor ExuR	ATGAAAACGAAAGTGACGATTCAGGAAATTGCCGATTTCACGGGCGTATCTAAATTCGCGGTATCCCGTGCTTTGTCGGGAAAGTCGGGCGTCAGCCCGCAGACCAGGGACATGATTCTGAAGGCAGCGGGGCAACTGGGGTACTTTAAGGATCAGCCGAATCAAGCCGCGGGGAAAAACCAGCAGCTTCAAGATCCGGAGAACAGAAAATGGGCGGGAGCGGTGCTTGTTCTATTCCCTAATGTCCGTTATCAAAATCGGGAATCCCTCTATTGGGGACCGGTGTTTGACGGCATATCTACTCGCCTGAATCAGAAGGGGCTGGACATTCTCACGCTGACGGAGCCATCGAATGACCATATGTTCACTCTGCTAAATCCCCAGGGCATTCTCGGGATTGTGACGGTGGGCTCGGTATCCACCCAAAATTTAATGGATATCAAGAAGCTGAACATTCCCGTGGTCATGGTGGACCACATGGACCCGGCTTTTCAATCGGACACGGTATTCACCGACAATATGCACAGCATGAAACAAATCATGACCAAGCTGATCAGCAGAGGGTATAAAAAGTATCAGTTCATCGGCAATATCGAAGATGCCCAGAGCTTTTACGAGCGCTGGATCGGCTTCTCGTCCGCGCTGGCCGATTACAAAATCGAACATCGTCAGCTGCCTTCCCTGATCAGCCCGGAGATTGAGAATATACACGCAGCGTTAGAAAAGGTCCTTGCCGGAAGCGAGCTTCCGGAAGTGTTTGTTTGCGCCAACGATATCACCGCCATGTTCGCAATGGAGGCGCTCAGGAAACAGGGCATCGACGTACCGGGCCGCGTACAGGTGACTGGATTTGATAATATGTACGATAACCTGCCGATTATGGCAACCGTCAACATCGATAAGGAACTGCTCGGGATGCGTGCCGTCGATCAATTGCTATGGCGGATATTGAACCCGGATTCCAATTACGAGCGGCTTTTAATTCAAGCGGACGTCATTGTTAGGGATTTGAATAACGCAACACGCGATACGGATGAAATGTAA	MKTKVTIQEIADFTGVSKFAVSRALSGKSGVSPQTRDMILKAAGQLGYFKDQPNQAAGKNQQLQDPENRKWAGAVLVLFPNVRYQNRESLYWGPVFDGISTRLNQKGLDILTLTEPSNDHMFTLLNPQGILGIVTVGSVSTQNLMDIKKLNIPVVMVDHMDPAFQSDTVFTDNMHSMKQIMTKLISRGYKKYQFIGNIEDAQSFYERWIGFSSALADYKIEHRQLPSLISPEIENIHAALEKVLAGSELPEVFVCANDITAMFAMEALRKQGIDVPGRVQVTGFDNMYDNLPIMATVNIDKELLGMRAVDQLLWRILNPDSNYERLLIQADVIVRDLNNATRDTDEM	PGPT0017992_4333	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_05478	1368			hypothetical protein	GTGAGAAAAATGAAAGGGCTTTCTTTATTGCTTGTCTGTTTATTATTTTTGATTACGGCCTGCAGTGGGGGAGGCGCTAAACAAGCGGAGACACCGCCTGCGACTCCGGCTCCTAGCACGGACAAGGCAGCTGAGACTCCAAAAGAAGAACCCGCTGAACCTGAAGCAGAACCTGTAGATCTAGGCGGCCGCGTGATTAAGGTTGCTTCTTGGTGGGACCTGAAGCCGGCAGGCACAACAGCCGGAGAGAAAGCCCGCTTGGAGAAGATTGCCGAAATCGAGAAGAAATACAATTGCAAAATCGAGTTTGTTAACGTTCCCTTTGAGGAGTACATGAATAAATTTACGACAAGCGTGCTGGCAGGCGAGCCGTTTGCCGATATCGTGCAGCTGGAGTACAAATCGGCACTGCCGGCTATTATGAAAGGGCAGATCCTGCCGATCAGCGAGTTTACGACGGATCAGAACAATATCAATAACGAAGCCGATCTGCAGGCGAAATATCCTGCCATTGGCGGAGGAGAATACGGCTTCGATAATCCGACCTCCATCGGACTTGGACTTCATTACAATCGCGATTTGTTTAAGAAGAACGGCCTCCCGGATCTTCAGGAGCTGTATGCCAAGGGAGAATGGAACTGGGATAAACTCATGGAGATTGCCAAGCAGGCAACCAAGGATACGAATAACGACGGGAAAACCGACGTATGGGGCTTCTCCGGTTGGGCAATTGATGCCGTTAAACATTTCACCGCCGCTAACGGGGGCAAAATCGTTGATGATTCCAATGGCAAAGAAGGTTTGTCCGATCCGAAAACATTGGAAGCTGCCGAATTTGTGAACCGCCTCTACAACGTGGAGAAAGTGGTTAAAGTCAAGAGCGGCAACAAAACGAACTGGGAAGAAACAAACACCTTTAAAGACGGTGATGTAGCCATGTTTACGGCAGCGGAATGGATGCTCGGCGACATTACGTTCGAGGTCGGGGTGGTTCCGATTCCTAGCGGTCCGCAAGGCTCGCCGGAAACAACGTATGCCAATACCGCCGCATCCGCGAAGTTCATTCCAAAGGGCGTGAAAGATCCGGCCATCGTCTATCAAATTTATGAAGAGACGTTCGATATACCGCCAACAGAGGAATATCCGGGCCAGGATTACCTGGAGAGCATCTATACCAATCAGGAAGACATCGACATGATTCGCGAGCATATTGCCGGAACCGGTGTCATCACGGTCGACGAAGCTTACACGGATTACCCTACTGGGGCTTTCATTGAGGATATTATCGTGAACAATCAATCGGTAACCGCTACGGCCGAGAAATATAAACAACAGGCGCAGGCTGCTGTCGATAAAATGGGCAAATAA	MRKMKGLSLLLVCLLFLITACSGGGAKQAETPPATPAPSTDKAAETPKEEPAEPEAEPVDLGGRVIKVASWWDLKPAGTTAGEKARLEKIAEIEKKYNCKIEFVNVPFEEYMNKFTTSVLAGEPFADIVQLEYKSALPAIMKGQILPISEFTTDQNNINNEADLQAKYPAIGGGEYGFDNPTSIGLGLHYNRDLFKKNGLPDLQELYAKGEWNWDKLMEIAKQATKDTNNDGKTDVWGFSGWAIDAVKHFTAANGGKIVDDSNGKEGLSDPKTLEAAEFVNRLYNVEKVVKVKSGNKTNWEETNTFKDGDVAMFTAAEWMLGDITFEVGVVPIPSGPQGSPETTYANTAASAKFIPKGVKDPAIVYQIYEETFDIPPTEEYPGQDYLESIYTNQEDIDMIREHIAGTGVITVDEAYTDYPTGAFIEDIIVNNQSVTATAEKYKQQAQAAVDKMGK	PGPT0016545_2215	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05479	2958			hypothetical protein	TTGACACTTCATGTGCAGCTAAAAAAATGGATGAATCGACTATTGATTCTTTTGGCGGTCATGGCCGCTTTGATTCTGTTTTTTAATAGAGGGGGAAGTGAACCCGGATCCGGCATCAAGGCGGAAGACAGCCGGACAGAGCTTTCATTGGAACGTCCCGCATCGCTGGTCAAACTCAGCACGCAGCAGGGAAAAAGCATTTCGTATGCCCAGTATTTGTCGGATCATGACGGAAAGAGTCGACCTGATCGTGTAATCACGATTCCTGCGGCGGAATACAGTCGTGCCGACGGCGGGGAATTCCGCAGACTGGAAGCCTATGAGGGTCATCCTGGAACCTCGCTTTTTACGGGGGAGAAGGGGGAGGTGGAATGGAAGGTTCATGTAGAGGAAGAGGGAATGTACAATCTGTCTCTGCTCTATTATCCAGTGGAAGGAAAGAGCTCCTCTATTGAGCGCTCCATCCGCATCGACGGGAAGCTTCCCTTCCAAGAGGCTGGCTATTTGCAATTCGATCGGATCTGGGATAACGCCAAGGACGGCATCGATCAGGATAACCAGGGCAATGACCTGAGACCGAAGCAAATCGAACGTCCGGTCTGGGTCGAGGCAGTGCTGAAGGATGCGGACGGATATATCACGGAGCCGTTTCTTTTTTACTTTGAAAAAGGAGAGCATACCGTGTCTCTTACAGCAGCAAGGGAGCCGATGGTGATCGGGGAGCTGAAGCTTTTCAAGCAGGAGCGCCCGCTGACGTACGCCGAGCTGCATCAACAGTATGAGGCTGAAGGTGCTCGAATAACCGAAGGAACTTTACTTACGATTCAGGGTGAAGACGCAGTCGCCAAATCATCACCGACCTTGTATCCGCTAAGCGAGCGTTCGAGTCCGAGCGTCAGTCCCTACAGCGCCTCAAAGATCCGAATCAATACCATTGGCGGTTTGAACTGGCGGCTGCCCGGGCAGTGGATCGAATGGGAGCTGGATGTACCCGAGAGCGGGCTCTACAAGATTGCATTCAAATCGCAGCAAAATTTTGTGCGGGGTATGTACACGACGAGAAGGCTGACGATTGACGGGAAGGTTCCGTTTGAAGAAATGAACCACGTTCCGTTCCAATTTAAGAACGGATATCGCATGGACGTGCTTGGAGGCGATGAACCCTATCTGTTCCGGTTGGAGCAAGGTAAGCATGTGTTACGCCTCGAGGCGAGTCTGGGTGAATTCGCTCCGCTCATTCAAGAGGTGGAGGACAGTCTGCTGAACCTGAATGCCATGTACCGCAAAATTTTGATGATCACTGGCACGAGTCCGGATGAATTCCGCGATTACCGCGTGGAGCAGCGGATACCGGAGCTGCTGGAAGTCTTCCGATTCGAAAGCGACAGACTGAAAGTCATCGCGGCCAGATTGGTTGAACTGTCGGGACAATCCGGCGATCAGGAGGCGCTGCTAAAGACCATGGCGCTTCAGCTGGATGAGATGATCGCGAAGCCGGATACGATTCCGCGCAGGCTGGAGGCTTACAAGACGAATACCGGCGGACTTGGAACATGGCTGCAGCAGGCTAGGGAGCAGCCGCTCGAGATCGATGCCCTCTATGTTGCCTCGGCCGATGTCAAGCTGCCCAAGAGCGGGATGGGTGCCGGTGATAAGGTGAAGCATGAGGTGTCGACGTTCTTCAGCTCCTTTTTCATCGATTACAACAATATTGGCAATGTCGCGGATGCGAAGAATCAACGTTCGATCACGGTATGGATCGGCAGCGGTCGCGATCAGGCCAATACCATCAAGGCGATGATTGACGAGACCTTTACGCCGGAGACCGGCATTAACGTCAATCTGAAGCTGGTCAACATGGGGACGCTGCTCCCCGCAACTTTGTCGGGACAGGGACCTGAGGTCGCGATGCAGATCGGTAATGATCTGCCGGTGAACTTTGCCATGCGGAACGCGGCAGCAGACCTGACGCAATTCCATGATTTCGATTCGGTAGCGGACCGATTCAGGGACAGCGCCTTGGTACCTTACCGATACCTGGACGGCGTGTATGCGCTGCCCGAGACGCAAACCTTCAATATGATGTTCTACCGGAAGGATGTGCTGGAGGAGCTTGGACTTGAAGTTCCGAAGACCTGGAACGATGTAGCCAGCCTGCTTGCCGTATTGAACAAAAATCATATGCAATTCGGTCTTCCCGTTGTGGCGCAGGCACCGGATCAGTGGACTACACTGCCGCCGAATTCCTTGTATGCGGCGCTCCTGATGCAATCCGGCGGGCAATTCTACCGCAACAACAACCAGGAATCGGATCTGGATTCCAAGATAGGGCTGGAAGCTTTTAAACAATGGACGGAATATTACACGGATTACAAGCTGGAGCGGGAGTATGATTTTGCGAACCGGTTCCGTACAGGACAAATGCCGATCGGCATTTCCGACTACACCACCTATAACCAGCTGTCGGTGTTCGCGCCGGAAATTCGTGGCGTATGGGGCTTTGCGCCCGTTCCGGGAACCGTTCAGGCGGACGGCACGATTGATCGCACCGTTCCAAGCGGTGGCAGTGCCGTGCTGATGCTGGATGATGCCAAGGATAAGGACGCGGCCTGGGAGTTCCTGAAATGGTGGACCAGCGATGCAACGCAGACCAACTTCGGCCGCGAGATGGAAGGCCTGATGGGCGCAGCGGCACGGTATCCGACCGCGAATATTAAGGCGCTTGACAGTCTGCCGTGGCCCGTTGCCGATTATGAGAATTTGAAATCGCAATTTGAATGGGTGCAGGGAATTCCGGAGGTGCCAGGCGGCTATTCGACGGGCAGACATCTGTTTAATGCCTTCTACCGAGCGGTGATCAGCGGCATCGAGCCGCGGGAGGCCTTGATGGATTCCGTGCAGTATATTCACGACGAAATCCGGACCAAGCAAGAAGAATTCGGCGAGCCGCAGGGATAG	MTLHVQLKKWMNRLLILLAVMAALILFFNRGGSEPGSGIKAEDSRTELSLERPASLVKLSTQQGKSISYAQYLSDHDGKSRPDRVITIPAAEYSRADGGEFRRLEAYEGHPGTSLFTGEKGEVEWKVHVEEEGMYNLSLLYYPVEGKSSSIERSIRIDGKLPFQEAGYLQFDRIWDNAKDGIDQDNQGNDLRPKQIERPVWVEAVLKDADGYITEPFLFYFEKGEHTVSLTAAREPMVIGELKLFKQERPLTYAELHQQYEAEGARITEGTLLTIQGEDAVAKSSPTLYPLSERSSPSVSPYSASKIRINTIGGLNWRLPGQWIEWELDVPESGLYKIAFKSQQNFVRGMYTTRRLTIDGKVPFEEMNHVPFQFKNGYRMDVLGGDEPYLFRLEQGKHVLRLEASLGEFAPLIQEVEDSLLNLNAMYRKILMITGTSPDEFRDYRVEQRIPELLEVFRFESDRLKVIAARLVELSGQSGDQEALLKTMALQLDEMIAKPDTIPRRLEAYKTNTGGLGTWLQQAREQPLEIDALYVASADVKLPKSGMGAGDKVKHEVSTFFSSFFIDYNNIGNVADAKNQRSITVWIGSGRDQANTIKAMIDETFTPETGINVNLKLVNMGTLLPATLSGQGPEVAMQIGNDLPVNFAMRNAAADLTQFHDFDSVADRFRDSALVPYRYLDGVYALPETQTFNMMFYRKDVLEELGLEVPKTWNDVASLLAVLNKNHMQFGLPVVAQAPDQWTTLPPNSLYAALLMQSGGQFYRNNNQESDLDSKIGLEAFKQWTEYYTDYKLEREYDFANRFRTGQMPIGISDYTTYNQLSVFAPEIRGVWGFAPVPGTVQADGTIDRTVPSGGSAVLMLDDAKDKDAAWEFLKWWTSDATQTNFGREMEGLMGAAARYPTANIKALDSLPWPVADYENLKSQFEWVQGIPEVPGGYSTGRHLFNAFYRAVISGIEPREALMDSVQYIHDEIRTKQEEFGEPQG				NA	NA	NA	NA	NA
JZ016_05480	969	araP_6	COG1175	L-arabinose transport system permease protein AraP	TTGCATAATGTCAGCCTTCAGGATCCTGAGGTTACGATCTCTGCCGCTGTTCACCCGGTGAAGCCGCAATCATGGTGGAAGCGGAAGCTGGCGGAGATCAAGGCCAGCAAGCATTCCTATATATTGCTTGCGCCTTATATGATCCTGTTCACGCTGTTTACCGTTTTTCCGGTCGTTATTTCCATGATTCTCAGCTTTACGTACTTCAACATACTGGAATTTCCGCGGTTTGTCGGTTGGGATAATTACACGCGTTTGTTCCTGGAAGACGATATCTTTCTGGTTGCGCTGAAGAATACTCTTCTCTTCGCCGCCATCACAGGACCCATCAGCTATTTGGCCTGTTTCCTGTTTGCGTGGGTCATCAATGAGCTGGGTCCGCGGCTGCGGGCGTTCATGACTCTGATCTTCTATGCGCCTTCGATCTCCGGGAACATTTACTTCATCTGGCTGATGATCTTTTCGGGCGACCGCTACGGCATAGCGAACGGCATGCTGATTAAGCTGGGCATCATCCTGGAGCCGATCCAATGGCTGAAGACCGAAGCGTTGATTATGCCGATCATCATTTTGGTCCAGCTGTGGCTCAGCCTCGGAACCGGCTTCCTGGCTTTCATCGCCGGTCTTCAGACCGTTGATAAAACGCTCTACGAAGCCGGTGCCGTGGACGGGGTCCGCAACCGTTGGCAGGAGCTGTGGTACATTACGCTGCCTTCGATGCGGCCGCAGCTCATGTTCGGCGCGGTCATTCAGCTTACGACATCGTTTGCCGTGGCCGACGTATCAATTGCGCTTGCCGGTTTCCCGAGTGTGAATTATGCGGCGGAAACGATCGTAACGCATCTCATCGATTTTGGCACGACGCGCTTCGAGATGGGTTTTGCCTCGGCGATTGCGACCGTGCTGTTCATTCTGATGGTGGGAACCAACCTGATCGTCCAAAAATTGCTGCGCAAGGTAGGTGAGTAG	MHNVSLQDPEVTISAAVHPVKPQSWWKRKLAEIKASKHSYILLAPYMILFTLFTVFPVVISMILSFTYFNILEFPRFVGWDNYTRLFLEDDIFLVALKNTLLFAAITGPISYLACFLFAWVINELGPRLRAFMTLIFYAPSISGNIYFIWLMIFSGDRYGIANGMLIKLGIILEPIQWLKTEALIMPIIILVQLWLSLGTGFLAFIAGLQTVDKTLYEAGAVDGVRNRWQELWYITLPSMRPQLMFGAVIQLTTSFAVADVSIALAGFPSVNYAAETIVTHLIDFGTTRFEMGFASAIATVLFILMVGTNLIVQKLLRKVGE	PGPT0016535_1427	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05481	912			hypothetical protein	ATGAGGGTTACATACGAACTTCCAAAAAAACGGGGCAGCCGCCTGCTGAACGTAAGTCTTAAAGGGCGCAGCAAACGGGTAAACCGCTCCTTCATGGGCACCTTCTCCCTGTTTGCGCTGCTGGCGGTGTTCGGCGCTTTCATGGCGCTGCCCTTGGTGTATGCCATCAACAATGCCTTCAAGCCGCTGGACGAGATTTTCTTGTTCCCGCCCACGTTGTTTGTCCGCAATCCCACGTGGAATAATTTTTCCGATTTGATCAACCTGCTCGGTCAGTCCTGGGTACCGTTCTCGCGGTATATCTTCAATACGGTATTCATTACCGGCGTTGGCATTGTCGGGCACGTAATCTTTGCCTCCGCTGCGGCATATCCGCTGGCCAAGCACAAGTTTCCGGGCAAGGTTTTTCTGTTCCAAATCGTGGTGTTGTCTCTGATGTTCACGCCGGTCGTGACGGCGACGCCGAACTATATGATCCTGTCGTGGCTGGGACTGATCGACACCTACTGGGCGGTAATTATACCGGCATTCGGTTATTCGCTCGGCCTATACCTGATGAAACAGTTCATGGAGCAGATACCGGATGCCCTGCTTGAAGCGGCCAAGATCGACGGAGCCAGCGAATACCGGATCTTCTGGTCCATCGTGATGCCTAACGTGAAGCCGGCGTGGCTTACCTTGATTATTTTGCTGTTCCAGATCCTATGGGGGACCGATGGCAACGGCTTTATTTACAGCGAGCAGCTCAAGACCCTGCACTATGCGTCCAATCAGATCATTCTGGGCGGTATATCCCGGGCCGGCGCAGGCGCGGCCGTGGCAGTCATCCTGATGAGTGTGCCGATTGTGCTCTTTCTGTTCTCGCAGAGCCGGATTATCGAGACGATGGCCACATCCGGGATGAAGGATTAG	MRVTYELPKKRGSRLLNVSLKGRSKRVNRSFMGTFSLFALLAVFGAFMALPLVYAINNAFKPLDEIFLFPPTLFVRNPTWNNFSDLINLLGQSWVPFSRYIFNTVFITGVGIVGHVIFASAAAYPLAKHKFPGKVFLFQIVVLSLMFTPVVTATPNYMILSWLGLIDTYWAVIIPAFGYSLGLYLMKQFMEQIPDALLEAAKIDGASEYRIFWSIVMPNVKPAWLTLIILLFQILWGTDGNGFIYSEQLKTLHYASNQIILGGISRAGAGAAVAVILMSVPIVLFLFSQSRIIETMATSGMKD	PGPT0016540_1653	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05482	1464			hypothetical protein	ATGTCAGCGAAAAAATGGTTGCTATCGCTCGCGGCGGCCTCCCTGCTGCTAACCGGCATGATGCCGGGGAGTGCATCCGCCAGTGCTCCGTATGAGAGCTATATCTACAATTATTGGGAGGAAACGGTTGCCGTGCCTGCAGCCTATCTGCCGGTACGCTCCGTCACGGGGAAAGATCTGGGTATCGGGGAGTTTTTGGAGCCCAGCGATATGCATGTGTCAGAGGCGGGGAACATCTACGTGCTGGACAGCGGCAACAAACGGATTGTATGCCTCGATGAAGCGTGGAATGTCGTTCGCGTCATTGATGCCTTTATGAATGAAGGGAAAGAGGACGGCTTTGCCAATCCTTCCGGCATCTTCATTGATGGGGACGAGAACATCTATGTTGCTGATACCGACCATCAGCGGGTTGTCATATTAACGGCGGAAGGCGCGCTTGTCCGGATCATTGAGCAGCCGGAATCGGATGTGCTGCCTCAAGGCTTTCAATTCATCCCGCTGAAAGTAACGGTGGATGAAGCCAAGCGGGTATTCGTTGTCGCCCGGGGTATTTATGAAGGCATTATGCAGTTTGAGGAGAACGGTACCTTTCTCGGTTACGTCGGAACGATTAAGGTAAAACGCGATTATGGCGATTATTTCTGGCGACTGGTATCAACGAGTGCCCAAAAAGCCCAGATGAGACTGTTCATCCCGACCGAATTCTCCAATCTGGATATCGACGCCAAAGGATTCGTTTACGCCACGAATATTGATGTCGGGTCCAAGGAGCCGATTAAACGCCTTAATCCGTCAGGTGAGGATGTGCTGAAACGCTTTGGCTACTTTCCGGTTGCCGGGGATATTTATTATCGGAGAACGGTAGGTCCCTCCAAGTTCGTTGATATTAAAGTGCTTGGCGACGGGATTTACAGCGCGCTCGACTCTACTCAGGGACGCGTATTCACCTATGATGAGTCCGGAAACCTGCTGTATGTCTACGGCGGCATCGGGAATCAGCTGGGCGTGTTTAAGACGCCGGCGGCGATTGAACAGCTTGGAGACCGTCAGCTTGTGCTGGACCGGGGAAAGGCAAGCATTGTCGTGTTCGAGCCAACCGAGTTCGGGAAACAGGTTAACCTTGCCGTGCGCCACCATTATCGCGGGGAAGACGCGGAGGCGGAAAGGTACTGGGAACGCGTGCTTCAGCTCAATGCCAACTATGACATCGCTTATATCGGTATAGGGAAAGCGAAGCTCATGAAGGGGGAGAACAAGGAAGCCCTTCGATATTTTGAGTTAGGCATGGACCGCAAAAATTATTCCGTTGCTTATAAACGCTACCGCAGAGAGGTCATGAAGGAGCATTTCGGCACCATTTTATCGGTTGGGACCAGCGTTGTGCTGCTCTATGCGGTCTATAGAACGGTGAGATACCGAAAGCAGAGGAGGGAAGGGAAGCATGAAACAGGATTATCTTAA	MSAKKWLLSLAAASLLLTGMMPGSASASAPYESYIYNYWEETVAVPAAYLPVRSVTGKDLGIGEFLEPSDMHVSEAGNIYVLDSGNKRIVCLDEAWNVVRVIDAFMNEGKEDGFANPSGIFIDGDENIYVADTDHQRVVILTAEGALVRIIEQPESDVLPQGFQFIPLKVTVDEAKRVFVVARGIYEGIMQFEENGTFLGYVGTIKVKRDYGDYFWRLVSTSAQKAQMRLFIPTEFSNLDIDAKGFVYATNIDVGSKEPIKRLNPSGEDVLKRFGYFPVAGDIYYRRTVGPSKFVDIKVLGDGIYSALDSTQGRVFTYDESGNLLYVYGGIGNQLGVFKTPAAIEQLGDRQLVLDRGKASIVVFEPTEFGKQVNLAVRHHYRGEDAEAERYWERVLQLNANYDIAYIGIGKAKLMKGENKEALRYFELGMDRKNYSVAYKRYRREVMKEHFGTILSVGTSVVLLYAVYRTVRYRKQRREGKHETGLS				NA	NA	NA	NA	NA
JZ016_05483	621			hypothetical protein	ATGAAACAGGATTATCTTAAATTCCCCCTTCATTTGATTGTTCACCCCTTCGACGGATATTGGGATCTAAAGTACGAGAATAGAGGTCGTCTCGGGGTTGCTTATGTCGTATTGGTGCTTGTGGTCATGGCCATGATTTTGCAGCGGCAATATGCGGGATTTCTGGTCAATTACAATGATCCGCGGACGCTGAGCAGCATCGACGAACTGATCTTTATCGTGCTCCCGTTCTTTCTGTGGTGCGTCTCCAACTGGTCGGTCACCACGCTCATGGGCGGGGAAGGGAAGTTTAAAGAAATCGTGATGGCCAGTGCGTATGCCCTGATTCCGATGGTGCTGATTTATCCGCCCTTGACGCTGGCGAGCCGGTTTATGGTGCAGGAAGAGACCGTGTTCTACTATCTGTTTACGACGGTTGCGGCGATTTGGTTTATCGGGCTGCTCTTTGTCGGCACGATGACGGTTCATCAGTACTCGGCCGGCAAAACGGTCGTCACGATGTTTCTGACCCTGATCGTAATGGGCATCATCGTATTTCTGGGCACGCTCGTGCTGAGCATGATGCAGCAGATTTACACGTTCGTTGTCAACGTTTACCGAGAGATCCTATTCAGGCAATAG	MKQDYLKFPLHLIVHPFDGYWDLKYENRGRLGVAYVVLVLVVMAMILQRQYAGFLVNYNDPRTLSSIDELIFIVLPFFLWCVSNWSVTTLMGGEGKFKEIVMASAYALIPMVLIYPPLTLASRFMVQEETVFYYLFTTVAAIWFIGLLFVGTMTVHQYSAGKTVVTMFLTLIVMGIIVFLGTLVLSMMQQIYTFVVNVYREILFRQ				NA	NA	NA	NA	NA
JZ016_05484	2577			hypothetical protein	GTGGAAAAAAGAAAATGGCTGTACACGGTGCTTGCATGTACCGTTATAACGTGCATGGCTGCGGGCTTTCTGATCTACGTGAATCGGGGAGCACCGGCAGTTGACGTGGCGGCTTACCGAATCGCGGCAGCCGAGTTGACGCCGGGCGGTGAGCTGACCCTTCTGAACGATTCGACAGACGGCGTAGCCGGTATGGATCTGGTAGCGGAGACGGCGGCGCTTGCTCTGTATTATCATCCGGAAACGACCGAGGTGGCGGTACGGGATAAACAGAGCGATACGATATGGTACAGCAATCCGTCAGACCGCATGGAGGATGGAATTGCCTCGCCGTTTGAGAAGGAAGTGCTGTCTTCGCAATTGACGCTGACGTTCCGGGATGCGATCGGCACGCTTGAGACCTATCCGAACTATACGTGGAGTGTGATGAACGGGAACTACACGGTGGAAAGCTTGGACAACGGAATTCGCGTCACGTATACGCTTGGAGATGTGTCGCTCGGAATCGACGCCTTGCCGAAATACATCTCACAGGACCGATTGCAGGAGAAGGTGATCAGCAAGCTGGATGAGTCGCTGGCGAGATATGTGCAGGCCCGGTATTACCCCATGAAGGATAATCCGGCGATGCTGGAGCGATTGGATGACCAGATCAAGAAAGAGCTGGTGCTGAAAAAAATGCTGGGGGCGTTCGAGCAGGCCGGCTACACCGCGGAGGATCTTGCCTTTGATAACGAAGCGGGCGGAGGAGCCGCCGCTAGTGCCTCTTCGAAACCGCAGTTCAAGATTCCGCTCGAATACCGGCTGGAGGAGGATTCGCTGGTCGTTTCAATTCCGCTTGACCAGGTAACGGAAAGCGAGAGCCACCGTCTGCGCAGCGTGGAGCTGCTTCGTTATTTTGGCGCGGCCGGCTCGCAGGAACAGGGATATATGCTGGTCCCGGACGGCAGCGGCAGTCTCATTAAGCTGAATAACGGCAAAGTGAAGGAAGAGCAGTACGTGCAGCGGATATACGGCACCGATCCGAATAATAACAGCGGCAGCCGCGGGCAGGTGGCGGAGCAGGCGCGGATGCCCGTGTTCGGTATGAAGAGCGGTGATCGCGGCTGGTTTGCCGTGATTGAAGAAGGCGACGCCATCGCGAGCGTGTCCGCTGACATCGCAGGGAAGCAGAACTCGTACAATCATGCATTCAGCAGCTTTGCCGTTCGCGGCGAGGATATGCTGGAGCTTTACACCGGCAGTACGGTGCAGGAGATTCAGCTGCTGAATGACAAGCTCTACAGCGGCAATCTGGCGGTTAGATACAGCTTCCTGTCGGGTGATGAGGCCAGCTACTCGGGCATGGCGCGCTTGTATCAGCAAACGCTCGTGGAGGATAACCAGCTGACTCCACTGGAAGAAGACGAGGGGATCCCGTTCTATCTGGATATGCTGGGCAGCGTGGATAAACGGAGATCTTTTCTGGGCGTACCTTATGATGCCGTCGTCTCGATGACCACCTTCGAGCAGGCAGGGGAGATCGCTGCTCTTCTGAATGGCGAGGGCATCGCCAATCTCCGAATGCGTTACCTCGGCTGGTTCGGCAAAGGCGTCCATCACAAAACCCCGGTGAAGGTAAAGGCCGATCGCGTGGTTGGAAGCACAGCGGAGCTGAAGGCCCTATTCCAGCTATTGAAGGATTCCGGCGGCGGATTGTATCCGGATGTTGCCTTTCAGCACGTCTACCATGACGATGGGGCGTTCACGCCGTCATCCGATGCATCCCGTTTCGTGACCAGGGAAACGGCAGCGCTGCATCCGTATGACCGGAACATGAACCGGATGGATTCTTATTACGGTACGTACAATCTCATGTCGCCGGCGAAGCTTCCCTATTACGTGGACCGATTCGCGGGGCAATATGAACGTTTTGGCATCGGGGCTGTGTCATTGCGGGACCTGGGCGATGTTCTGAGCTCGGATTACCGGGTGCAGCGGGTGGTTTTCCGTGAAACCGCGAAGCTTATCGTGACCGATCAGCTGCAGAAGCTGCATGAGGTCTATCCGGATACGATGATTTCCGGCGCCAATGCATACAGCTGGGCTTATGCCAGCCACGTGATCGATGCACCGACGTCGAGCAGCGGATTCGGGCTGACGGATGAGGAAGTCCCCTTTTATCAAATGGTCATTCACGGATACCTGGATTATGCGGGGGCAGCAGTCAATAACCTGAATGAGCAAAATTTACGCAAGCAGCTTCTGCAGTCACTGGAATCCGGATCAGCTCCGCACTTCCTGTGGTCATATGAACAAAGCTCGAAGCTGAAGTACACGCGTTTTGATGACATGTACTCCACCCATTACAAGGATTGGTTCGAAGAAGCGGTTTCCTTGTACAAGGAGCTGAATGAGGTGCTGGCGCCGCTCCGGACGCAGCGGATGGTGGAGCATAAGCGGCATGAAAGCGGCGTGGTCGAAGTGAGGTACGAGAACGGCACGTCGATTTTGATCAATTATACCGATCAAGCCGTCGATGTTAACGGGGTCCTTGTGGAGCCGCAAAATTATGCTGTAGGGGGTGGCCGGGCATGA	MEKRKWLYTVLACTVITCMAAGFLIYVNRGAPAVDVAAYRIAAAELTPGGELTLLNDSTDGVAGMDLVAETAALALYYHPETTEVAVRDKQSDTIWYSNPSDRMEDGIASPFEKEVLSSQLTLTFRDAIGTLETYPNYTWSVMNGNYTVESLDNGIRVTYTLGDVSLGIDALPKYISQDRLQEKVISKLDESLARYVQARYYPMKDNPAMLERLDDQIKKELVLKKMLGAFEQAGYTAEDLAFDNEAGGGAAASASSKPQFKIPLEYRLEEDSLVVSIPLDQVTESESHRLRSVELLRYFGAAGSQEQGYMLVPDGSGSLIKLNNGKVKEEQYVQRIYGTDPNNNSGSRGQVAEQARMPVFGMKSGDRGWFAVIEEGDAIASVSADIAGKQNSYNHAFSSFAVRGEDMLELYTGSTVQEIQLLNDKLYSGNLAVRYSFLSGDEASYSGMARLYQQTLVEDNQLTPLEEDEGIPFYLDMLGSVDKRRSFLGVPYDAVVSMTTFEQAGEIAALLNGEGIANLRMRYLGWFGKGVHHKTPVKVKADRVVGSTAELKALFQLLKDSGGGLYPDVAFQHVYHDDGAFTPSSDASRFVTRETAALHPYDRNMNRMDSYYGTYNLMSPAKLPYYVDRFAGQYERFGIGAVSLRDLGDVLSSDYRVQRVVFRETAKLIVTDQLQKLHEVYPDTMISGANAYSWAYASHVIDAPTSSSGFGLTDEEVPFYQMVIHGYLDYAGAAVNNLNEQNLRKQLLQSLESGSAPHFLWSYEQSSKLKYTRFDDMYSTHYKDWFEEAVSLYKELNEVLAPLRTQRMVEHKRHESGVVEVRYENGTSILINYTDQAVDVNGVLVEPQNYAVGGGRA				NA	NA	NA	NA	NA
JZ016_05485	900	lacF_16		Lactose transport system permease protein LacF	ATGAAAATAAGATTGTCCCTGACTCAGAAAAGATCCATGCTCGGTCTCCTTTTCATCGCACCATGGCTGATCGGTTTCATCTTTTTGTTTGCCGGACCTTTGCTCCAGTCCATCCTGTTCAGCTTCAGTAAATTGAACATTTCCCCCACAGGCTATGAACTGGAGTCGGTTGGATGGAGCAATTTCAACACGGCGCTGTTCGTGGACGCGAATTTCAACCGGATCTTGACGGAATCGATACTGGGCATGGTGGTGGACGTTCCGCTGATCTTGTTCTTCAGTTTGTTCTCCGCCATTCTGCTGAATCAGAAATTCAGGGGGAGAGCCCTAGCAAGGGCGATATTCTTCCTGCCGGTCATCCTGGCGTCAGGCGCAATTTCCGCAGCGGAAACTTCCGGTCTGATTAATCTGGTCGGAAATGCTACGGTGGCGGAGGAGCTCGGGCAAGCTTCCGGGCAATTCAATGTGCTGTCGATGGTGCGCATTTTATCCGAGGCCGGATTTCCCCTTACCGTAACCGAGTATATTATCGGGGCGGTCATGAGGATCTACGATATTATCAGCAGCTCGGGTGTTCAGATTCTGATCTTTCTTGCCGCCTTGCAGGCCGTCCCGGGTTCAATGTACGAGGTCGCGAAGATCGAAGGGGCTACCGCTTATGAATCGTTCTGGAAAATTACCTTTCCGATGGTCAGTCCGCTCATCCTGACAAACATGATTTATACCATCATCGATTCGTTCGCGGACAGCACTGTGACCCGGACGATATACGAGACGGCTTTCAAAACGCAGAATTTCGGGCTCAGTGCCGCGATGGCTTGGCTGTATACCATCGTTATCAGCTTGCTGCTGATTATTATGGGGATCATCGTCTCAAGGAAAACCTTTTATCAAAACTAA	MKIRLSLTQKRSMLGLLFIAPWLIGFIFLFAGPLLQSILFSFSKLNISPTGYELESVGWSNFNTALFVDANFNRILTESILGMVVDVPLILFFSLFSAILLNQKFRGRALARAIFFLPVILASGAISAAETSGLINLVGNATVAEELGQASGQFNVLSMVRILSEAGFPLTVTEYIIGAVMRIYDIISSSGVQILIFLAALQAVPGSMYEVAKIEGATAYESFWKITFPMVSPLILTNMIYTIIDSFADSTVTRTIYETAFKTQNFGLSAAMAWLYTIVISLLLIIMGIIVSRKTFYQN				NA	NA	NA	NA	NA
JZ016_05486	996	ngcG_6	COG0395	Diacetylchitobiose uptake system permease protein NgcG	ATGGCATCGATTCGGGATCGCTCGGACGAAACGGCTCAGGAACGAATGAACCGGTTCAAGAACAAGGCGCTGCCTATTCTGTGGGCGGTGTTCCGCTACCTGCTGATCATCGGCATTACATTCATCATCATCTATCCGATCATCTCCAAGTTCTCTGTGGCGTTTAAAGACAAACAGGATATTTATAATCCAACGATTTATATGATTCCGGTGCATTTCACATTGGATAACTTCAAGCTCGTGCTCGACCTGCTGGATTATTGGCCGCTGCTGCTGAACACGATGATTTACGTATTCATCACGATGCTGCTGACCACGATGTCGACCGCGCTTGCCGGATATGGCTTTGCCCGGTTCACCTTTCCAGGAAGCAACCTGCTGTTCGGCCTAGTCGTGCTGACAATCTTGATTCCGATGAGCACGCTGATGGTACCGATGTATTTGCATTTTCGCAGCTTTGAAATTCTGGGGCTGGTTCATTTGTTTACCGGAAAAGAAGGTGTTAACCTGCTGAACAGCTACTGGCCCTCGATTATTACTTCGGCTACGGCCACCGGGCTTAAAGCCGGACTGTTCATTTATATCTTCCGTCAATTTTTCCGGGGGCTCCCGAAGGAGATTGAGGAAGCTGCGCTGATTGACGGTGCAGGCGGGATTAAGACATTTTTTGCGATCATGCTTCCCAATGCGATTCCGCCGCTTATTACGGTGACCCTGTTCTCGTTCGTCTGGCAGTATAATGACACCTTCTATACTTCGCTCTTTATGAGTGAGCAGTCGCTGATGCCGCTGAAGATCGCTTCCCTGCCTGCGGACGCGAACCAGTTTCTCCCGGCGCTGATGGGACTCGGTTCATCGGCCAAAGCCGATCCGAACTACGTGGCACTCGTGGTAGATACGGGGATATTGCTGGCCATTCTACCTCTTATTGGACTGTATTTGTTCGTGCAGCGCCACTTTGTGGAGAGCGTGGAGCGTACCGGAGTTGTCGGGTAA	MASIRDRSDETAQERMNRFKNKALPILWAVFRYLLIIGITFIIIYPIISKFSVAFKDKQDIYNPTIYMIPVHFTLDNFKLVLDLLDYWPLLLNTMIYVFITMLLTTMSTALAGYGFARFTFPGSNLLFGLVVLTILIPMSTLMVPMYLHFRSFEILGLVHLFTGKEGVNLLNSYWPSIITSATATGLKAGLFIYIFRQFFRGLPKEIEEAALIDGAGGIKTFFAIMLPNAIPPLITVTLFSFVWQYNDTFYTSLFMSEQSLMPLKIASLPADANQFLPALMGLGSSAKADPNYVALVVDTGILLAILPLIGLYLFVQRHFVESVERTGVVG	PGPT0016540_411	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05487	1017	manA	COG4124	Mannan endo-1,4-beta-mannosidase	ATGACAAAAGCAAGCAGCACCCGCTTTGAGGTCCAGCCGGACCTGATCAACCCGGCCGCTTCCGATCAAGCCAAACGGCTAATGGAGTATTTGTGCAGCATCTATGGCAAACGGATGCTGACAGGGCAGCAGATTGGCGTTGTATCCACGCCGGAGTTCGACATGATCCACGAGGTCACGGGGAAATACCCTGCCGTCGGCGGATTCGATTTCATGAATTACTCGCCTTCACGGGTGGAGCGCGGAGCCGAGTGTCAGGACACGGATCTGGCGATGAAGTGGTGGAATCGCGGCGGGATCGTGACCTTCTGCTGGCACTGGAACGCCCCGAAGGATTTGGTGGATTTGCCGCCGGATCGGACCTGGGGCAGAGGCTTTTACACCAATGCGACAACCTTTGATATCGCACAGGCGATGGCGGAGCCTTCATCTGAAGAGTACGGCCTTATCATCCGGGATATCGATGCTATCGCTGCCGAGCTCAAGCGTCTGCAGGATGCCGGCATTCCGGTGCTGTGGAGACCACTGCACGAGGCTTCGGGAGGCTGGTTCTGGTGGGGGGCCAAAGGCCCCGAGCCTTGCATCGCGCTCTGGAAGCTGATGTACGAACGCATGACGCATCACCACGAATTGAACAACCTCATCTGGGTATGGAACGGGCAGCATAAAGATTGGTATCCGGGCGATTCCTACGTCGATATCATCGGAGAGGACATTTACCCGCCTGCCCGGGATTACGGTTCGCAATCTGAGCGGTTCCGCACGGCTTTATCGTATACGGATACGGCAAAAATCATTGCGCTGACCGAGAACGGCGTCATTCCCGACCCCGATCTCATGCTGGAGGACGGATGCCCGTGGGCATGGAATTGCACGTGGTATGGAAACTTCGTGTTCACAGAAGAAGGAAATAAACGGAGGTATTCAGAAGAGTATACGGACGAGCAGCAGCTGATCCGAACCTATCATCATCCGTTTACGGTCACGCTGGATGAGCTTCCGGATCTGAAAGGCTGA	MTKASSTRFEVQPDLINPAASDQAKRLMEYLCSIYGKRMLTGQQIGVVSTPEFDMIHEVTGKYPAVGGFDFMNYSPSRVERGAECQDTDLAMKWWNRGGIVTFCWHWNAPKDLVDLPPDRTWGRGFYTNATTFDIAQAMAEPSSEEYGLIIRDIDAIAAELKRLQDAGIPVLWRPLHEASGGWFWWGAKGPEPCIALWKLMYERMTHHHELNNLIWVWNGQHKDWYPGDSYVDIIGEDIYPPARDYGSQSERFRTALSYTDTAKIIALTENGVIPDPDLMLEDGCPWAWNCTWYGNFVFTEEGNKRRYSEEYTDEQQLIRTYHHPFTVTLDELPDLKG	PGPT0018725_825	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018725-manA-K01218	NA	NA
JZ016_05488	2559	csxA		Exo-beta-D-glucosaminidase	ATGAATCATAACGTTATGACCTTAAACCAATGGAAATTCAAAGCGTGCGACGAATCCGAGTGGCTTCCGGCACAGGTGCCGGGCTGCGTACACACGGACCTGCTGAAAAATGGCAAAATCCCGGATCCCTTCTACGGAACGAATGAGCATGACCTACAGTGGATCGACAAGAAGGATTGGGAGTATGAGACGACATTTGACCTGGATCCGAATTTGAGCGCCCAATCCCGCATTGAACTCGTATTTGACGGCCTGGATACCTACGCGGACGTATTCATCAACGGGACGAATGTGCTTTCCGCGGATAATATGTTCCGTTCATGGCGGATCGATGTGAAATCGCAGCTAAAGACTTCCGGCAACGTGATTAACATTCGCTTCCGTTCCCCTATCCAGGAGGATCTGCCGAAGCTTGCAAAGCTCGGATATCCGCTGCCGGCTACAAATGACCAGTCTGAGCTTGGAGGCCTGGGCGATCAGAAACTGAGCATATTTTCCCGTAAAGCGCCTTATCATTATGGCTGGGATTGGGGACCGCGGTTTGTGACCAGCGGAATCTGGCGGGAAGCCCGGATTGAGGCTTGGTCCGAGGTGCGAATCGATGACTTGTTCATCCGTCAGGATGAGATTACTGCTGACATGGCTAGAGTTACCGCGGTAGCTGCAATCGAAGCGGGGCAACCATGGCAAGGGGTGCTGCGCGTAACCGCAGGCAGTCAGGTATGGGAACAGCAGGTACAGCTTGAAGAAGGCCGTCACTCGGTTGAATTAAATCTTGCGATTGCGGAGCCGAAGCTGTGGTGGTGCCGCGGCCTGGGCGAGGCTCATCTGTATTCGTTCCATGCCGAGCTGGTGGAAGCGGAACGGATCGTTGCAGGGAAAGAGGTTAGAACCGGCCTTCGCACCGTCAAGCTGGTACGGGAACAGGATAGCCGCGGCACTTCTTTTTACATCGAGCTTAACGGCACGCCTGTGTTTGCCAAGGGGGCAAACCATATCCCGAATGACAGCTTCATAACGGAAGTGACGGCAGAGCGCTACCGTCATGAAATCGCATCCGCAGCGGAGTCCAACATGAACATGCTGCGCGTATGGGGCGGCGGTATTTATGAAGAGGACGTATTCTACGATCTGTGTGATGAATATGGAATCATGGTATGGCAGGACTTCATGTTCGCTTGCAGCATGTATCCAGGCGACGAGGCGTTTCTGGAGAACGTGCGGCTGGAAGCGGAGGAGAACCTGGTCCGTCTGCGGAATCATCCGAGCATCGTGCTCTGGTGCGGCAACAACGAGATTGATTCTGCATGGGCGCATTATGAAGAGAAGGGCGGCTGGGGCTGGAAGCAGGACTATACCGAAGAACTCCGCGAGAAGATCTGGAGCGACTACGAAAAGGTATTCCACGAAATTCTGCCTGAGGCTGTAACCGGTTATGCACCGGGAGCGGAGTATTGGCCTTCATCCCCGCTGGTATCGCTCAGCCATGACAAGGAGCAGCATGCCAATCCGTCCACAACGAGCGGAGATATTCATTACTGGGGCGTATGGCATAATACGGAGCCGTTTGATAACTACAATGTTTATGTCGGCCGGTTCATGAGTGAATACGGATTCCAGTCCTTCCCGGAACCGAAGACGGTCCGTACCTACGCCGAAGACGGCGATATGGAGCTGGAGTCAACGGTTATGCTGGCGCACCAGAAGAACGGTGCCGGCAATCGCTTGATCAAGACTTATATGGATCAATATTATAACGAGCCGAAGGATTTTGAAGCTTTCCTGCATATGAGCCAGATTCAGCAGGCCGAAGCAATGAAGATGGCGATTGAAGCCCATCGCCGCAACAAACCGTACTGCATGGGTACATTGTATTGGCAGATGAATGACTGCTGGCCAGTCGCTTCGTGGGCGGGCATGGATTATCTCGGCAGATGGAAGGCGCTGCAATATGTGGCCAAGCGCAGTTTCCGGGATGTGAGTCTGTCGATCGAGTCCAAGGACTCCGACATTCTGGTCCATCTTGTATCCGACATATCAGAAGAGGTCCAAGGGACTCTTAAGGTTCAGTTATTCGATTTTAACGGCAAAGAGCTCTATGTATCGGAGCAATCGATCCGTGCGGAAGAGCAAGCGTCGCTCGTTGTGTTCCGAGCTGTGAACGAGGAACTGCTTCGTGGACATGATCCAGCCGAGGTCGTGCTGTTGGCGCAATTGCTTAAGGACGGAGACGAGGTGGACAGCAAAACATTCTATTTCGTGAATGACAAACAACTTCGTCTGCATAGCCCGACCATCCACGTGAAAGAGGTCGAGGGAAGCAACGGCACCACGTTTGTGCTGGAGAGCAACGTGCTTGCCCGCCACGTATGGCTGTCGTCGGAAGCGGAAGGCTTCTATAGCGATAACTTCTTCGACTTGATACCGGGAATTCCGATGACGGTTTCCTTCAGCTGCCGAAACAACGGAGAGCAGGCATTCGTACCTGGCAAGCCAGGTCAGGTCGAGGTTCGGTCCATGGCTGATTGCATTGACCAGGCGATGGTGCTGGCGATATAA	MNHNVMTLNQWKFKACDESEWLPAQVPGCVHTDLLKNGKIPDPFYGTNEHDLQWIDKKDWEYETTFDLDPNLSAQSRIELVFDGLDTYADVFINGTNVLSADNMFRSWRIDVKSQLKTSGNVINIRFRSPIQEDLPKLAKLGYPLPATNDQSELGGLGDQKLSIFSRKAPYHYGWDWGPRFVTSGIWREARIEAWSEVRIDDLFIRQDEITADMARVTAVAAIEAGQPWQGVLRVTAGSQVWEQQVQLEEGRHSVELNLAIAEPKLWWCRGLGEAHLYSFHAELVEAERIVAGKEVRTGLRTVKLVREQDSRGTSFYIELNGTPVFAKGANHIPNDSFITEVTAERYRHEIASAAESNMNMLRVWGGGIYEEDVFYDLCDEYGIMVWQDFMFACSMYPGDEAFLENVRLEAEENLVRLRNHPSIVLWCGNNEIDSAWAHYEEKGGWGWKQDYTEELREKIWSDYEKVFHEILPEAVTGYAPGAEYWPSSPLVSLSHDKEQHANPSTTSGDIHYWGVWHNTEPFDNYNVYVGRFMSEYGFQSFPEPKTVRTYAEDGDMELESTVMLAHQKNGAGNRLIKTYMDQYYNEPKDFEAFLHMSQIQQAEAMKMAIEAHRRNKPYCMGTLYWQMNDCWPVASWAGMDYLGRWKALQYVAKRSFRDVSLSIESKDSDILVHLVSDISEEVQGTLKVQLFDFNGKELYVSEQSIRAEEQASLVVFRAVNEELLRGHDPAEVVLLAQLLKDGDEVDSKTFYFVNDKQLRLHSPTIHVKEVEGSNGTTFVLESNVLARHVWLSSEAEGFYSDNFFDLIPGIPMTVSFSCRNNGEQAFVPGKPGQVEVRSMADCIDQAMVLAI	PGPT0018765_667	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018765-manB-K01192	NA	NA
JZ016_05489	546			hypothetical protein	ATGAAAAAACAAGTTTTGTTCATCCATAGTGCAGGCCCGCAAGGTATTCACCAAGGCAGCAGCGGCTTGATCGCCCATCTACAAGAACAGCTCGGTGAAGCTTATCATGTTATATCCCCAGGCATGCCCGAGAATCTGGATTGTGCTCTGTGGAAAGCGCAGATAGCTAGTGAAATCGAGGAACTGGATGAGGAGCTTTTCCTCATAGGCCATTCCCTAGGCGGCTCGGTGCTACTGAAATATCTCTCGGAAGAAGGCTGCAAGCGAACCATCTCTGGACTGTTCTTGGTCGCAGCCCCCTATTGGGGCAAGGACGAGAATTGGCAGCATGAAGAGTATACGTTATCCAAGTCATTTGCAGCCAAGCTACCGCACATATCAAAGTTAATTCTATACCACAGCCGTCACGATCCAGTAGTACCTTTCGCGCATGCCCAGCACTACGCGAAGCAGCTGCCCCAAGCCGTCACCCGAACATACGAGGGTGACGATCACTACTTCGGTAAGGGCTTGCCCGAGCTTGCAGATGATATCAAGCGCATGTAA	MKKQVLFIHSAGPQGIHQGSSGLIAHLQEQLGEAYHVISPGMPENLDCALWKAQIASEIEELDEELFLIGHSLGGSVLLKYLSEEGCKRTISGLFLVAAPYWGKDENWQHEEYTLSKSFAAKLPHISKLILYHSRHDPVVPFAHAQHYAKQLPQAVTRTYEGDDHYFGKGLPELADDIKRM				NA	NA	NA	NA	NA
JZ016_05490	1821			hypothetical protein	ATGAAAAAGAGTTCCTTGCTGTTACTGTTTCTCTCGCTAGTTATTGTACTGGCCGGATGCAACGTAACAACCAAAGATGATGCACAGCAAAATCAGCAAGAACCATCGGATACAGCTACAGACACATCCGCTGTTAATATTGAACTGCTTGGCATGAGCTCGAACGAATCCGATGTCAACATCATTCGCGACCAGCTCACGAAGAACGGCTTCAACGTGAAGCTGAATCTGCAGGCGGACTACGGCAGCTTCAAGGCACAGCAGGATGCCGGCAACTACGACATCGCGCTGTCCAGCTGGACTACCGTCACGGGTAACCCTGACTATGCCGTACGTTCCCTGTTCAAAACCGGCGGCGACTACAGCATCCTGTCCGACGAAGAAGTGGACAAGCTGATCGACCAAGCAGCAACGCAAACGCCTGAAGACGCTGTTGAGACTTACAAACAGCTGGAACAACGTCTTGTAACAGACAAAGCTTATATCGCACCATTGTACATCTCCTTGAAGAGCCAAGCGTTCAACAAGGACGTCCTGGACGAAAATTCCGTCCGTCTCTCGAAATCCCGTTCCCTTCCTTGGGAAGCCGTTGATTTCAAAGACCAATCCAAGCGTGCTTCGCAGCCGCTGATTCTGTCCCAATCGATCTCCGAACTGACTTCTCTTGATCCAATCAAGGGTAATGACGGTTCCATCAACATCATCAACACCAACATGAACGTACGTCTGATCAACCTGACCGATGATGACAAGATCACATCCGAAGGCTCGCTGTCTTATAACCATGCCATTGGCGAAGGCAACTCGGAGTATTACTTCATTCTTAGAGACGACATTAACTTTGCTAAAATCACAAACAAAAAGGCTGAAGATTCCGGCGAGCGCGTAGGCGCTAACGATGTCATCTTCTCCATGAACAGAGCCAAAGACAAAAATTCGGTACCGGATCACCGCACCTACACGCTTCACGAGCATATCAACACGGTTGAAGCTGTAACCGATCTGAGCGCACTGGAGAACACCAAAGTATCCGGTGGCAGCGAAAGCATTAAGGATGCGCTGGAAGCTGGCTTGGATACCAAGATCACTTCCCTCGTTGACGACAAGAATCAAGCAAGCACGAAAGACGGTAAATACCAAGTCATTAAATTGACGACCACTGAGCCGTTCCCGCAAGTGTTGAACTACCTGGCTCACCAATCGGCCGGTATCGTATCGAAGAAACAAGTGGAATCCATCAACACGTATGACGTTGAGAAATTCGATGTGAACAAAGACATCCCTTACGGCGACCAAAACACGGTAACCGAAGGCGACAAATATAACAACACGCTGTATGCCAGCGGTCCTTATATTCTGTCTTCCAAAAATGACTATGAAGCGACCTTCTTCAAAAACCCTGGCTACATGAAGGGCACCGAGCACGAACCGAAAATCGAGCAAGTGAAGGTGCGCTTTATCAAGGATGCGGACAGCACGCTTTCCGCACTGCGCAGCGGCGAGATTCACTTGTACTACGGCGTGCCTGAAACGAAATACGATGTGGTTAAAGGCGACAGCAAGCTGAAGCTGCAAACGATCGAAAGCAACGCCGTATCCTACTTGCTGTTCAACACGAAGAACCGTGATGTGGCAACAAGCGATGATCTGAGAAGAGCCGTGCTCTACTCCATCAACCAGGATGAAATTTTGACTTACTACAACAATAACAAAATCAAAGCCTACTCCACCGTCAGCCCAATCGTAAAAACCGGCAACGAGCTGGTGGCCGATCCGGCGAAGGTGAAGGAATTCTTGAGCGCATATAAAGCGAGCAAGTAA	MKKSSLLLLFLSLVIVLAGCNVTTKDDAQQNQQEPSDTATDTSAVNIELLGMSSNESDVNIIRDQLTKNGFNVKLNLQADYGSFKAQQDAGNYDIALSSWTTVTGNPDYAVRSLFKTGGDYSILSDEEVDKLIDQAATQTPEDAVETYKQLEQRLVTDKAYIAPLYISLKSQAFNKDVLDENSVRLSKSRSLPWEAVDFKDQSKRASQPLILSQSISELTSLDPIKGNDGSINIINTNMNVRLINLTDDDKITSEGSLSYNHAIGEGNSEYYFILRDDINFAKITNKKAEDSGERVGANDVIFSMNRAKDKNSVPDHRTYTLHEHINTVEAVTDLSALENTKVSGGSESIKDALEAGLDTKITSLVDDKNQASTKDGKYQVIKLTTTEPFPQVLNYLAHQSAGIVSKKQVESINTYDVEKFDVNKDIPYGDQNTVTEGDKYNNTLYASGPYILSSKNDYEATFFKNPGYMKGTEHEPKIEQVKVRFIKDADSTLSALRSGEIHLYYGVPETKYDVVKGDSKLKLQTIESNAVSYLLFNTKNRDVATSDDLRRAVLYSINQDEILTYYNNNKIKAYSTVSPIVKTGNELVADPAKVKEFLSAYKASK	PGPT0004430_1831	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004430-ddpA|ABC_PE_S-K02035	NA	NA
JZ016_05491	1509			hypothetical protein	ATGATCAAGAAGCTTCTTTCTAAACAAGAAACCAAACACCAGCTGAAATCCTCACACGAGTACAGTCAAGCCAGCTTCACATGGGTTATTTCTTTGACCTTAACGGTGATCCTGCTTCTGAACAGCTTTGATTTCACTGGGGGAACCATCAAACCGTGGGTGTTCGCCGCCTTTGCGGCATATGCATTGTTCACCATCATTCAGATCATCATTACGCTGTTGATCCGCAGAGATCTTCATAGCCAGGGAGAAATCCGGCGCTCGACAAGGATCCTGGGATACATTCAGCTGCTGAGCATTGTCACAGGAAATCTGTTTACCGTCACGTTCGGTTTCAATCTGATAAAAAAACAGAAGCCTCCTGAATATACCATTGCCGTCTACATGCTGTTAACCCAGCTGTTTGTCATTGCGGTCTCGGCACTGAATCTGTTTAAGCCTTACGTCTCGAATACATTCCTGCCAGCGATGGCCTTGCTTCTGATTATTGCAGTCATTCAGCTGATCGCGCTTATACTCGTTGCCCGATATGTTACAACGAATTCTGCACCTCCCCGGATGGCCTGGCTTGCCTTTCCGCTCATTCTGACTGCGGTGACGGGTAATATTTTTGCCTTGGTGCTCGGCATCAACCTGCTTGCGAAAATACGCAAGAACGGCAATCCGGCGATGACCCGCTGGGGCGACGTGTGGGTGAAGCTTACTGCCAACCAGGCGGCCATGTCCGGACTGTTCTTTGTGATCTTCCTATTCTGTCTGTCGGTAAGCAGTCTGTTTACCTTTGATTACAGCATCGCGATCGATAACAATTACAGTGCCATCCTGCAGCCGCCAAGCCTTGTGTACCCATTCGGTACGGACAACTTCGGCCGGGATTTGTTCTCCCGAATCGTATTCGGTGCCCGAATCTCGCTGATCGTCGGATTTGCCTCTACAGCGATCCCGGTTGTCATCGGCGGTGTTCTCGGTGCCATCTCCGGCTACTATGGCCGCCATACCGACAACATCATCATGCGTTTGCTGGACGTGCTGTACGCCATTCCGGGCATCCTGCTCGCCATTGCGATCATTGCTGCATTCGGAGCCAACACCGTCAATCTCATCCTGGCGCTCAGCGTAGGCGCAATTCCGACTTATGCGAGAACCATGAGGGCGAACGTGCTCCTGGTCTCCACCTTTGAATATGTCGATGCGGCCAGAGCTTTCGGCTCCAGCAATTTCTCGATTATATTCAAGCATATTGTTCCTAACTCGCTTGCACCCATGATTGTCAAATCTACGCTAACCATTGGTGCAGCCGTCATCTCGACGAGCAGCTTGAGTTATCTGGGTCTCGGCGTTGAGCCGCACATCCCGGAATGGGGGAATATCCTGAAGATCGGAAGCACGTATCTTGAGACGCATTCCTACTTGGCCATTTATCCGGGTCTAGCCATCATTGGGCTTGTCCTGTCCTTCAACTTCCTTGGCGACGGACTGCGGGATGCCCTGGATCCTAAACTGGATTAA	MIKKLLSKQETKHQLKSSHEYSQASFTWVISLTLTVILLLNSFDFTGGTIKPWVFAAFAAYALFTIIQIIITLLIRRDLHSQGEIRRSTRILGYIQLLSIVTGNLFTVTFGFNLIKKQKPPEYTIAVYMLLTQLFVIAVSALNLFKPYVSNTFLPAMALLLIIAVIQLIALILVARYVTTNSAPPRMAWLAFPLILTAVTGNIFALVLGINLLAKIRKNGNPAMTRWGDVWVKLTANQAAMSGLFFVIFLFCLSVSSLFTFDYSIAIDNNYSAILQPPSLVYPFGTDNFGRDLFSRIVFGARISLIVGFASTAIPVVIGGVLGAISGYYGRHTDNIIMRLLDVLYAIPGILLAIAIIAAFGANTVNLILALSVGAIPTYARTMRANVLLVSTFEYVDAARAFGSSNFSIIFKHIVPNSLAPMIVKSTLTIGAAVISTSSLSYLGLGVEPHIPEWGNILKIGSTYLETHSYLAIYPGLAIIGLVLSFNFLGDGLRDALDPKLD	PGPT0004450_921	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004450-ddpC|appC-K02034	NA	NA
JZ016_05492	1443			hypothetical protein	ATGGGGGGGACAGAAGCAGCAAGACCAAACAGACTCATAGGTTCGATAAGCAGCACATACAGTAAGATCCTTCTGAATCCTTCTTATAGATACTTACTATTATTATTGGGAGCGCCCGTGAATCTCGTGGTCTTCCTATTTTATTTGGTTCAGAGAAAGAAGGACGACTACGCGGCGGCTGAGAACCGCATACGCAGCGAGATGCTGGCTGCCGGAGATCTGGAGGCCCTTCACTCCGAGATTATGGAGCAGCAGGAGCGCAAGCACGACTTCTTCAAGCAAAAAGTCAATGAGGGGCAGCTTCGGCAGGAAGTCGACAAAATCGTAGAAGCAAGATTCCGGGAAGTCCTTAAGGAACGGACTGTCAAGGAACTGAAACTGAGCAACCGGAAACGGTTGACCATGGCCGATACGTTTGGTTCTCTCATCGAGAATCCGTTGTTCTTCATTATATCACTTATTCCGGGCTTGCTGATGTACATCCTTATTTTTTTGTACAGCAATCCTTACCTGAAATATATTCTGGAGAGACTCGTGATGACGATCTTCGTTATCTTCGGGGTAGCGGTGCTCGTCTTTACGATTCTCCACTTGTCGCCGTTCAACCCGGCGGCCAACATTCTGGGCGAGACGGCAACGCCGGAACAGATCGCGGCTTTTAACAAAATGCACGGACTGGATCAGGGCTATCTCACGCAGCTGTGGAACAACATTAAAGGAATCGCCTACTTCGATCTCGGCAAATCCTTCTCGGGCAATGAAGAGATTACTTCAAGCATCGCCAGAAAGTTCCCGATTACGCTGACGCTTACGGTCATTTCCCTGATTATCGCGATTGTGATCGCATTGCCGATCGGGATTATCTCGGCTACGAGACCAAATTCGTTTTTTGATTATACGTTTATGTTTATCGCGCTGATCGGGCTGTCCATTCCAAACTTCTGGCAGGGACTGATCTTCATCCTGAATTTCTCGATCAAGCTGCAGTGGCTCCCCGCCACCTTTAACCCTGAGAACTGGTTGTCCATGATCATGCCGGTGATCGTGCTCGGTACCGGACTTACCGCTTCGGTAGCGAGAATGACGCGCTCCTCTACGCTGGAGGTTATAAATGAAGATTACATGATCACGGCCAGAGCGAAGGGGCTCAGCAAGGGCACCATTCTGATGAAGCATGCTGTCCGCAACGCCATCATTCCGATCATTACGGTCATCGGACTTCAGTTCGGCGGAATGCTCGGCGGCTCTGCCGTTACGGAGAAGGTATTCAACATCAGCGGAATCGGCAGCTACATCGTCGATAAACAATTCATCCCTGACATCCCGGCCATAATGGGCGGCGTGGTATACACCGCCATTACCATATCGCTGGTGAACGTCATCATTGATATCTTGTACGCGTTCTTCGATCCACGGATCAGGTCCAAGATGAAACAATACTAA	MGGTEAARPNRLIGSISSTYSKILLNPSYRYLLLLLGAPVNLVVFLFYLVQRKKDDYAAAENRIRSEMLAAGDLEALHSEIMEQQERKHDFFKQKVNEGQLRQEVDKIVEARFREVLKERTVKELKLSNRKRLTMADTFGSLIENPLFFIISLIPGLLMYILIFLYSNPYLKYILERLVMTIFVIFGVAVLVFTILHLSPFNPAANILGETATPEQIAAFNKMHGLDQGYLTQLWNNIKGIAYFDLGKSFSGNEEITSSIARKFPITLTLTVISLIIAIVIALPIGIISATRPNSFFDYTFMFIALIGLSIPNFWQGLIFILNFSIKLQWLPATFNPENWLSMIMPVIVLGTGLTASVARMTRSSTLEVINEDYMITARAKGLSKGTILMKHAVRNAIIPIITVIGLQFGGMLGGSAVTEKVFNISGIGSYIVDKQFIPDIPAIMGGVVYTAITISLVNVIIDILYAFFDPRIRSKMKQY	PGPT0004445_326	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004445-ddpB|appB-K02033	NA	NA
JZ016_05493	1743	gsiA	COG1123	Glutathione import ATP-binding protein GsiA	TTGGAACCGATATTGCAGGTTAGAAATTTGAGTGTAGCCTTTCAATCCCGTGATTCAGAATTTCACGCGGTGCGTGGGGTCAGCTTTGAAGTGAAGAAAGGGGAAACGCTCGGAATCGTTGGGGAATCGGGAAGCGGCAAAAGCGTCACCGCACGCTCGATCATGCGGCTGCTGCCTTCCCCGCCTTCTTATATGAAGGATGGGGAGATTCTGTTCCTTGGCCAGAACCTGGCGGAGAAAACCGAGAAAGAGATGGAGAGCATCCGCGGTCGCGATATCGGGATGATTTTTCAGGATCCGATGACCTCGCTTAATCCGACGATCCGAATCGGGGAACAAATATCAGAGAGCCTGGTCAAACACCAGAAGCTGTCCAAGCAGGAAGCGAAGCAGCAGGCGCTTGAGATGCTGAAGCTGGTCGGCATCCCGAACAGCGAAGCGCGTTATAATCAATATCCGCACGAGTTCTCGGGCGGCATGCGGCAGCGGGTGATGATCGCCATCGCCCTGGCGTGCAGACCTGCGCTGCTGATCGCGGACGAGCCGACGACGGCGCTTGACGTAACCATTCAGGCCCAGATCCTCAATCTGATGAAAAATATGCAGGAGCGCTTCGGTTCTTCCATTATATTGATCACGCATGACCTCGGCGTTGTTGCGGGCATGTGCGACCGTGTGGCGGTAATGAAGGACGGCGTGATTGTCGAGACGGGAACGACGGAGGAAATTTTCGAGAACCCTCAGCATCCCTACACCTTGAAGCTGTTAAACGCGCTTCCGCGCCTGGACGAGAAGAAGAAAGCGAAGCCCGCGCCGATCATCGTGCCAAGCACGGATTACAAGGGACCTCTGTTAGAGGTTAAATCCTTGAAGCAGTATTTTGATATGGGCAAAGGTAATGTGCTTAAAGCGGTGAATGATATCAGCTTTCACATTCAGGCTGGGGAAACGCTCGGGGTTGTCGGGGAATCCGGCAGCGGAAAATCGACGACGGGACGAGCCATCCTTCGCCTTCACCAGCCAACAGGCGGAGAAGTGCTGTATCAAGGAATGTCCGTAAATCGACTTTCTCCTTCGGAAATGAAGGCCATGCGGCGCCATATGCAGATGATTTTCCAGGATCCGTATGCCTCGCTCAACCCGAGATTGAAGGTGGTGGACATTATCGGCGAAGCGCTGGATGTCCACAAATTGACCGGCAGTAAGCAGGAGCGGAAGAAACGGGTCGAGGAGCTGCTGGATATGGTCGGATTGGATCCGGCCTATGCCACGCGCTACCCGCATGAATTCTCCGGAGGCCAGCGCCAGCGAATCGGGATTGCCCGGGCGCTTGCGGTGGAGCCGAAATTCATCGTGTGTGATGAGCCGCTCTCCGCGCTCGACGTGTCGATCCAATCGCAGATCGTGAAGCTGCTGGAGGAACTGCAGCATCGTCTGGGCTTGACCTATCTGTTTATTGCGCACGACCTGTCGATGGTGAAGCATATCAGCGATCGCGTTGCCGTTATGTATATGGGCAAAATCGTGGAGCTGGCTGAAAGCGAAGAGCTGTACTCCAATCCGCAGCATGATTATACGAAGTCCTTGCTCGCGGCGATTCCGGTACCCGATCCGAAGATCGAATCCAAGAAGAAACGAGTACTGCTGGAAGAGCGCACCGGTGAGGACAAATATAACCTCGAGCATTCGGAGCTTGTGGAAGTATCGGAAGGCCATTGGGTGGCTATGCCAACCGGAGCTTAA	MEPILQVRNLSVAFQSRDSEFHAVRGVSFEVKKGETLGIVGESGSGKSVTARSIMRLLPSPPSYMKDGEILFLGQNLAEKTEKEMESIRGRDIGMIFQDPMTSLNPTIRIGEQISESLVKHQKLSKQEAKQQALEMLKLVGIPNSEARYNQYPHEFSGGMRQRVMIAIALACRPALLIADEPTTALDVTIQAQILNLMKNMQERFGSSIILITHDLGVVAGMCDRVAVMKDGVIVETGTTEEIFENPQHPYTLKLLNALPRLDEKKKAKPAPIIVPSTDYKGPLLEVKSLKQYFDMGKGNVLKAVNDISFHIQAGETLGVVGESGSGKSTTGRAILRLHQPTGGEVLYQGMSVNRLSPSEMKAMRRHMQMIFQDPYASLNPRLKVVDIIGEALDVHKLTGSKQERKKRVEELLDMVGLDPAYATRYPHEFSGGQRQRIGIARALAVEPKFIVCDEPLSALDVSIQSQIVKLLEELQHRLGLTYLFIAHDLSMVKHISDRVAVMYMGKIVELAESEELYSNPQHDYTKSLLAAIPVPDPKIESKKKRVLLEERTGEDKYNLEHSELVEVSEGHWVAMPTGA	PGPT0004435_2537	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004435-ddpD-K02031	NA	NA
JZ016_05494	636	axe2_4		Acetylxylan esterase	ATGAATCGTTTGCAGCAAGGGGATGTCGTATTATTTCAAGGAGACAGCATTACGGATTGCGGTCGCGACCGGAACTTTTCCGGCAGCTTGGGGAACGGATACCCGCTATTGATCGACTCGTTGTTCGGCATGAAATTTCCTGAGTTAAACGTAACCTTTTTGAATAGAGGGATCAGCGGAAACCGGGTCGTCGACTTGAATGCTAGATGGCAGGAGGATTGCCTGGACCTGAAACCGGACTGGGTATCCATCTATATCGGAATCAATGACACTTGGCGCCGGTATGATAGCGGGGACCCGACAAGCACCGAGGATTACAAAGCCGGCTACCGTAAATTGATCGAACGCACCAAAGGGGCGCTTGACGCCAAGCTGATTCTGGTTGAGCCGTTCGTGCTGCCGCATCCGGAGGATCGCAGAGTTTGGCGCGAGGATCTGGATCCGAAAATCACGGCCGTTCGCGAATTAGCAGTGGAATACGGGGCGCTGCTTGTGCCGCTGGACGGATTGTTTGCTGCGGCGTCGGCGCGCCGCGAAGCTGCCTACTGGGCGCCGGACGGCGTGCATCCGTCACCGGCCGGACACGGGTTGATCGCGAAGGCTTGGCTTGAAACGATGGGCGTTCGTTTGGATTAA	MNRLQQGDVVLFQGDSITDCGRDRNFSGSLGNGYPLLIDSLFGMKFPELNVTFLNRGISGNRVVDLNARWQEDCLDLKPDWVSIYIGINDTWRRYDSGDPTSTEDYKAGYRKLIERTKGALDAKLILVEPFVLPHPEDRRVWREDLDPKITAVRELAVEYGALLVPLDGLFAAASARREAAYWAPDGVHPSPAGHGLIAKAWLETMGVRLD	PGPT0001840_1668	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001840-tesA-K10804	NA	NA
JZ016_05495	1122			hypothetical protein	ATGAAAGGCAGTAAACACGTAAGGAAATTAACCGCGCTGGTGCTAGCGTTTATGATTGTCTTAACCGGCTGTGCTGAATCGGGCAGCGGCGGCGGTAGTGGAGCAGGCAATCTGGCGGACAAGGTCGAGAACCTGCCGGCAGGCATTGCCGAGAAGGATCCGGTGAAATTGATGGTCGTCCGGAAAATCGGGGGCGATGATCATACGGCGCAATTTTTGGCAGGCGCGAAGCAGGAAGGCGAGGCTCTCGGGTTTAAGGTAGATACCTTCTCGGCGAACGGGGATTCCGCTAAATTCCACGATGCGATCGCCCAAGCCATTGACAGCGATTACGATGGATTTATCATTTCGCACGGAGATGATCCCGCATCCGTTCAAGACGTGAAGAAGATTACGGATAAAGGAATTCCTGTCGTTACCTTTGACTCCTTGCCGGAGATCGGCGACATTGCAGGGGTAACCCAGACGTCGCAGGATGATGAGCAGCTGGCGAAGCTGGCACTGGACAAGCTGGTCGAAGAGCAAGGGCCGGAAGCCAACATCGTCTACCTCTGGGTGGACGGATTCCCGCCGATGGTACGACGTAATGCCGTATACCAGGAAACGCTGAAGAACAATCCGGGCATCAAGGAAGTGGAGCGTTTCGGCGTGGCGAGCGACCAGACTTCGCTGGAAACGCAAAATGCGGTATCCGCCATCCTGACGAAGTATCCGAAGGGCGAAATCGATGCGATCTTCGCAACCTGGGATGCGTTCGCCATCGGCGCAGCCAGAGCGCTGGAGGAAGCGGGACGCACCGAGGTCAAGATTTACGGCATCGACGTATCCAACGCGGACCTGGAGCTGATCCAGAAGCCGGACAGCCCTTGGGTGGCCACCGCAGCCGTAGATCCGAAAACGATCGGCGCGATCAACGTCCGTTTGCTTGCTAAAAAGATTGCCGGCGAGGAAACGCCTGCCACGGTCAATCTGGAGCCTGTATTGATCGAACGCTCCAGCCTTGAGGGTGCAGCCGAAGCAGTCAACATGGTCAACCTGGCGGATATTATCCCTAGCTGGGGGACGAGCACCGAATTCGAAGAGGACTGGATGAAGGCGTTGAAAGAAGCAAGCGGCAAATAA	MKGSKHVRKLTALVLAFMIVLTGCAESGSGGGSGAGNLADKVENLPAGIAEKDPVKLMVVRKIGGDDHTAQFLAGAKQEGEALGFKVDTFSANGDSAKFHDAIAQAIDSDYDGFIISHGDDPASVQDVKKITDKGIPVVTFDSLPEIGDIAGVTQTSQDDEQLAKLALDKLVEEQGPEANIVYLWVDGFPPMVRRNAVYQETLKNNPGIKEVERFGVASDQTSLETQNAVSAILTKYPKGEIDAIFATWDAFAIGAARALEEAGRTEVKIYGIDVSNADLELIQKPDSPWVATAAVDPKTIGAINVRLLAKKIAGEETPATVNLEPVLIERSSLEGAAEAVNMVNLADIIPSWGTSTEFEEDWMKALKEASGK	PGPT0017165_68	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_SIMPLE_SUGAR_TRANSPORT,PGPT0017165-ABC_SS_S-K02058	NA	NA
JZ016_05496	1611	rbsA_2	COG1129	Ribose import ATP-binding protein RbsA	TTGTCGGTCATCGATAAGGGCGCCCTATCCTATTTGAAGGGAAGAATACACTTGCGAAGCGTTATGGAGCCAACAACTGCCACATCGACCGACGTGTCGGATTCGGCACCCTTACTTCAAATGAAGCATATCTCAATCTCTTTTCCAGGCGTTAAGGCGTTAATCGATGTTGACTTTCAGGCGGTCGCAGGAACAGCACATGCATTAATTGGCGCGAATGGAGCAGGGAAATCTACATTAATGAAGATTCTATCGGGTGCTTACAACCATTATGAGGGCGAGATCTGGATCGATGGGAGCAAGGCAGACATTCGTTCCCCGAAGGAAGCGAAGGATCTGGGTATTCAGATCGTCTATCAAGAGGTGGATACGGCGCTCATTCCGAACCTGACGGTCGGAGAGAACATTATGCTCGACCGGACGGTTCACGATATGGGCAAGCGGCACCTGATCCGCTGGAAGGAGCTCCATCAGGAAGCTGAGTCGATTCTTGCACGGATGAACATCCGGGTTCCCGGCAAGAAGCTGATCTCGGAGCTGACGCTGGCGGAGAAGCAGATGGTGCTGATCGCAAGAGCCGTCTCCAAGCAGTGCCGGATTCTGGTTCTGGACGAGCCGACCGCGCCGCTCAGCCACAGCGAGACAGATCAGCTGTTCAAGCTGGTGCGCAAGCTGAAGCAGGATGGGGTTGGCATTATTTTCATCTCGCACCGCCTGCCGGAGCTGTATGAAATCTGCGATGATATTACGATCATGCGGGATGGTCAGCTGGTGAAGAGTGACCGCATTGCGAATATCGACCAGCCCAAAGTGGTGGAGTACATGCTGGGCTCCAGGATGGAGCAGCAGTTTCCCCATAGCCAGCGAGAGATCGGCTCCGTCTGCTTCGAGGTGAAGAACATGTTCGACCCAGGCAAAATCAACAGTGTTGACCTGCACATACGCAAGGGAGAAATCGTCGGCTTGGCCGGGCTGGTCGGGGCAGGGAAAACGGAGCTGTGCCGGGCGATATTCGGAGCATCCGACACATCAACCGGCGAGATCACGCTGAACGGGAATAAGCTCCGCATCCGCTCGCCGCACGATGCCGTCTCGCATGGCATCGCGCTGGTCCCCGAGGAACGCCGACGCGAAGGCGTCTTCGTGGAAGAGCCGGTGTCCGTCAATTTAACGGCTGCGGTGCTGTCCCGTTTTTCCAGATGGGGATCCTGGCTTAGCTTCAGCAAGGAAAAGCGGGCGGCGAGGGAGATTATCGAGTCGCTCGGAATTAAGACCCCGAACGAGCGGGCCCGAGTGAGAAACCTGTCCGGGGGCAACCAGCAGAAGGTGGCAATCGGCAAATGGCTGCTGGTCGACGCCGATGTGTATATTTTTGATGAGCCGACCAAAGGGGTTGACGTTGGCGCGAAGCGGGACATTTTTCATCTGGTGGCCGAGCTGGCCAAGCGGGGGAAGTGCGTGCTGTACGCCTCCAGCGAGCTGTCCGAAATCGTTGGCATCACGGATCGGGTGTATGTGATGTATGACGGCGGCATCACGAAGGAGCTGACGACGCAGTCATCCAACGAAGAGGAACTATTGCTTTACTGCACAGGAGGCGGATTAACATGA	MSVIDKGALSYLKGRIHLRSVMEPTTATSTDVSDSAPLLQMKHISISFPGVKALIDVDFQAVAGTAHALIGANGAGKSTLMKILSGAYNHYEGEIWIDGSKADIRSPKEAKDLGIQIVYQEVDTALIPNLTVGENIMLDRTVHDMGKRHLIRWKELHQEAESILARMNIRVPGKKLISELTLAEKQMVLIARAVSKQCRILVLDEPTAPLSHSETDQLFKLVRKLKQDGVGIIFISHRLPELYEICDDITIMRDGQLVKSDRIANIDQPKVVEYMLGSRMEQQFPHSQREIGSVCFEVKNMFDPGKINSVDLHIRKGEIVGLAGLVGAGKTELCRAIFGASDTSTGEITLNGNKLRIRSPHDAVSHGIALVPEERRREGVFVEEPVSVNLTAAVLSRFSRWGSWLSFSKEKRAAREIIESLGIKTPNERARVRNLSGGNQQKVAIGKWLLVDADVYIFDEPTKGVDVGAKRDIFHLVAELAKRGKCVLYASSELSEIVGITDRVYVMYDGGITKELTTQSSNEEELLLYCTGGGLT	PGPT0017155_40	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_SIMPLE_SUGAR_TRANSPORT,PGPT0017155-ABC_SS_A-K02056	NA	NA
JZ016_05497	996	rbsC_2	COG1172	Ribose import permease protein RbsC	ATGAATACAGCAAGACCAATTAAGGAGAAGCCGGCGGCTAGTTTCGCTTTTGATTTTCTATATAAATACGGCACGTTGATCACGGTATTTGCACTTATTCTCGTATTCGGGACCGTCGCCGACAACTTTTTGAATACAAGCAACATTATTAACATACTCCGTTCGATCTCGATCGTGACGATTATTGCCGTGGGACTGACCGTATCGCTGGCCGTGGGCGGCTTTGACCTGTCCGTCGGCTCAACGGCGTCACTGGCGAACGCGCTGGTTATTTCCATGTTCGTCTGGCATGGGCAAAATATCGGCATCGGCATCGGCCTCACGCTGCTGTTCTGTCTAGCCGTCGGGCTGATCAACGCGTTTCTGGTCATCAATTTCAAGATCGACGACATGCTGATGACCCTGGCGACGATGTTTATCTTCCAGGGAATTGCCTTGACATATACCCGGGGCGCTACCATTTCCCAGAATATGATCCTGCCGAGCGGAGATTTTGCCACGGGTAAAATTCCGGCGGTGTTTGAGAAGATCGGGCAGGTGCCATGGATCATTATCATCATGGTGCTCGTGGTCCTCGTGGTCCATCTGTTCCTGACCTATACCAAACACGGACGGTATATGTACATGATCGGAGGCAACCGTGAAGCGGCAGCTTTATCCGGGATTCCGGTGAGCAAATACCGTTTGATTGCATACCTGGTCTCCGCATTGTTTGCCGCCATCGGCGGGATTATTCTCGGGGCTCGCGTCATGACGGCCGAGGTGGGCTCCGGCGGACCTTATCTGATGGATGCCGTCGCTGCGACCTTCATCGGATACTCCGTATTCGGAGCCGGCAAGCCGAACGCGCTCGGGACCTTTGTCGGCGCCGTTTTGATCGGCATATTGCAAAACGGTCTGATCATGCTGTCCGTGCCGTATTATGCAATGGATATCGTGAAGGGCTCGGTGCTGGCGTTGGCGCTTGCCTTAACTTACTATAAGAAGAGACATTGA	MNTARPIKEKPAASFAFDFLYKYGTLITVFALILVFGTVADNFLNTSNIINILRSISIVTIIAVGLTVSLAVGGFDLSVGSTASLANALVISMFVWHGQNIGIGIGLTLLFCLAVGLINAFLVINFKIDDMLMTLATMFIFQGIALTYTRGATISQNMILPSGDFATGKIPAVFEKIGQVPWIIIIMVLVVLVVHLFLTYTKHGRYMYMIGGNREAAALSGIPVSKYRLIAYLVSALFAAIGGIILGARVMTAEVGSGGPYLMDAVAATFIGYSVFGAGKPNALGTFVGAVLIGILQNGLIMLSVPYYAMDIVKGSVLALALALTYYKKRH	PGPT0017160_1656	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_SIMPLE_SUGAR_TRANSPORT,PGPT0017160-ABC_SS_P-K02057	NA	NA
JZ016_05498	456			hypothetical protein	ATGAAAAAAACAACCTTCATACAACCGGATCCCAAGGCTTGGCTGGACACGTTTCACTTTGAAATTCCGATAAAGATAAGGTACTGCGAAACGGATATGCTGGGTCATGTCAATAACGTCAGTTATTTCATGTATTTTGAGCAGGGACGCATTGAGTATTTCGAGAACCTGGGATTGACCGAGGATCTGTTCAGCAAACAAAAGGTGTCGGTGGTTGCGGATCTGGAATGCCAGTATCTTGCTCAATTGTATCTGAAGGACCCGCTTAAGCTTCATGTCCGGGTGGCTGAGATCGGGCGCTCCTCCATGGACGTCCAGTATGCGATCGTGGTGGACGGCACCTTAAAAGCAGCCGGTCGCGGAACCATTGTGCTCATCGACACCGCGACAGGTAAGAGTACGCCGATTCCGGATTCGGCACGCGAGCGGATTTCGACTTTTGAAGGATGGATGTAA	MKKTTFIQPDPKAWLDTFHFEIPIKIRYCETDMLGHVNNVSYFMYFEQGRIEYFENLGLTEDLFSKQKVSVVADLECQYLAQLYLKDPLKLHVRVAEIGRSSMDVQYAIVVDGTLKAAGRGTIVLIDTATGKSTPIPDSARERISTFEGWM	PGPT0001850_2529	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107	NA	NA
JZ016_05499	999	iolU_1	COG0673	scyllo-inositol 2-dehydrogenase (NADP(+)) IolU	ATGAACATCCGTTTTGCCGTTATCGGCACAAACTGGATTACCGAGCGGTTTCTCCAAGCTGCTCTGGAGACGGAAGAATTTATACTTGCTGCCGTATACTCCCGTACGGAAGAGAAGGGCAGGGCTTTCGCGGCGAAGTACGCGGATCCCAAAGTGTATACGGATCTTGTGACGATGCTGCAGGATGACGAGATTGACGCAGTGTACATTGCGAGTCCGAATTCCTATCACGTAGATCAGGCGATATTATGCATGAACTACGGGAAGCATGTTCTGTGCGAGAAGCCGATGGCTTCTAACGCAGCCGAAGTGTCCGCCATGATAGAAGCAGCGAAGAATAACAACGTTCTGCTCATGGAAGCCCTGAAGTCGACGTTGATGCCGAATTTCAAGACCGTTAGGGACAACCTGTACAAGCTGGGTCCGATTCGGCGTTATTTTGCAAGCTATTGCCAATATTCTTCCCGTTACGATGCTTTCAAGCAGGGGACGGTGCTCAATGCGTTTAACCCCGAATATTCCAACGGCTCTCTTATGGATCTGGGGATTTATTGCCTGTATCCGATGGTCACCCTGTTCGGCAAACCGGACTCCGTCAAAGCTTCCGGTTATATGCTATCCTCCGGGGTTGATGGCGAGGGCAGCCTGCTGTTGTCCTATCCCGAGATGGATGCCGTGATCATGCACTCCAAGATCAGCGATTCCTATGCCCCTGCCGAAATCCAGGGCGAGAACGGCACGATGATTATCGACAAGATCAATCAGCCTTATGATGTGAAGATTCATTACAGAGACGGCACCATTGAGAACGTGACCCAGCTGCAGACCCATGAATCGATGTATTATGAAGCCCGGGAATTTATCGATTTAATCCAATGCGGCGAACGGGAAAGTGCAATCAATACCCATGCCAACTCCCTCATTACGGCCGAAATCATGCAGGAGGCCAGACGCCAGGTAGGACTGCGGTTTCCGGCCGATTCCCGGACCGATATATGA	MNIRFAVIGTNWITERFLQAALETEEFILAAVYSRTEEKGRAFAAKYADPKVYTDLVTMLQDDEIDAVYIASPNSYHVDQAILCMNYGKHVLCEKPMASNAAEVSAMIEAAKNNNVLLMEALKSTLMPNFKTVRDNLYKLGPIRRYFASYCQYSSRYDAFKQGTVLNAFNPEYSNGSLMDLGIYCLYPMVTLFGKPDSVKASGYMLSSGVDGEGSLLLSYPEMDAVIMHSKISDSYAPAEIQGENGTMIIDKINQPYDVKIHYRDGTIENVTQLQTHESMYYEAREFIDLIQCGERESAINTHANSLITAEIMQEARRQVGLRFPADSRTDI				NA	NA	NA	NA	NA
JZ016_05500	1077	des	COG3239	Fatty acid desaturase	ATGGCTAAATCCGATAACAAACTATCCAGCTTGAAAAAGAACGTTGCCCCTTATGAAGAAATTGACACAAAGGCGAGTATAGGTCAGCTTTTCAATACACTGGTTCCCTTGATATTGCTGTGGTATGCAGCCTATTTAAGTTTATCCGTATCATACTGGCTGACCATGCCCATAGCGATTATTGCATCGGGATTTGTTGTTCGGACGTTTATCATATTCCATGACTGTTGTCACGGATCTTTCTTTAAAAGCCGCCGGGCGAACAAAATTCTCGGTACGATTACAGGCGTTATTACATTGTGCCCTTACGAGCAATGGAAGAACACGCACGCGATTCATCACGCGACGAGCAGCAATCTCGATAAGCGGGGAATCGGCGATATGTGGGTATTGACCGTTGAAGAGTATGGAGCGGCTTCTTTTTGGCAGCGTTTATACTACCGGGTATACCGTAATCCGATCGTGATGTTCGGACTGGGTCCCATCGCCATATTTCTGGTATCCTACCGTTTTAACCGTAAAGGTGCGAGACGCAAGGAGAAAATCAGTAACTATATAACGAATATTTCGATTGTTGCACTGTATGCACTGCTGTGCTGGGCGATCGGATGGCAGGCCTTCCTGCTCGTTCAAGCTCCTATCTTCATGGTGTCGGGAATGCTTGGCATTTGGCTGTTCTATGTACAGCATCAATTCGAAGAAACGTACTACGAGCATGATGAAGAGTGGAGTTATATCAATGCAGCCGTAGAAGGCAGCTCTTATTACAAACTTCCGAAGGTTCTGCAATGGATCACGGGTAACATCGGCTTCCATCACGTTCACCATCTGAGCCCGAAGGTTCCTAATTACAACCTGGAGAAGGCGCATGAAGCTGCTCCTCCGCTGCAAAAGGCAACAACGATTACACTCAAAACCAGTTTGAAATCTATTCGTTTCCGTCTGTGGGATGAAGAGAAAAAGGTGTTTGTCACGTTTAAGGAAGCAAAGAAGTCGCTTCGAAAACCGAAGGAATCGGTATTGGCAAAAGCCGAGAAGAGCTTGGCGAGCAGCAGACCCAGAGTTCAGGGCGAGTAA	MAKSDNKLSSLKKNVAPYEEIDTKASIGQLFNTLVPLILLWYAAYLSLSVSYWLTMPIAIIASGFVVRTFIIFHDCCHGSFFKSRRANKILGTITGVITLCPYEQWKNTHAIHHATSSNLDKRGIGDMWVLTVEEYGAASFWQRLYYRVYRNPIVMFGLGPIAIFLVSYRFNRKGARRKEKISNYITNISIVALYALLCWAIGWQAFLLVQAPIFMVSGMLGIWLFYVQHQFEETYYEHDEEWSYINAAVEGSSYYKLPKVLQWITGNIGFHHVHHLSPKVPNYNLEKAHEAAPPLQKATTITLKTSLKSIRFRLWDEEKKVFVTFKEAKKSLRKPKESVLAKAEKSLASSRPRVQGE	PGPT0008400_316	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DESATURASE_ACTIVITY,PGPT0008400-desA-K10255	NA	NA
JZ016_05501	1134	desK_4	COG4585	Sensor histidine kinase DesK	ATGCAGAAATGGTATCAGATATTTCATAAAAGTACGGGGCTGAGCCCTTATGTATGGGTCGTCTTCTATATCCTTCCGTTCTATTTCATCTTCCGGTCGACTTCTACCTATCAGGTCGTATTCGGTACGCTGATGATCCTGATGTTCTTTGCTTTCTACGTGCTTTCATTTCTGGCCAAAGGCTGGCTCGTCTACTTCTGGACGAGTCTGCAAATTCTGATATCGATTACGATGTCATTGGTATTCGGGTATATCTATTTCTCGTTGTTCCTCGCATTTTTTATCGGGAACATCAAGAACAAGGCCGGGTTTATCACGCTGTATTCGATCCATCTGGTCACGACCATCATTACGGTCAATTATGGATTGTTAACGCGGAATCCGTTCTTTATCACACAGCTGCCATTTGTGCTTGTCAGTGTAGTCGGGGTGATTCTGCTGCCCGTGACGAACTATAACCGGAATAAGAATGATCAGCTGCAGGGTCAGCTGGAGGATGCCAACAAACGGATTTCGGAACTGGTGAAGCTGGAGGAGCGTCAGCGGATTGCCCGCGATTTGCATGATACGCTCGGACAGAAGCTGTCTCTCATTGGCCTCAAAAGTGATTTGGCCGGTAAATTGATGACGCAGGATACGGAGAGAGCCCAGGCCGAGATCAACGATGTACGCCAGACGGCCAGAACGGCACTCAAGGAAGTGCGCGAGATGGTGACACGGATGCGGGGGACCCGGCTTACGGATGAAATTTTCCGCATTCAGCAAATTCTAAAGGCTGCCCAGATTGAATTAACCTTTGAGGGAACGCTGGAGCCGGAAAATCTGTCGTTAATGAATGAAAATGTGATCAGCATGTGCCTGAAAGAGGCCGTGAATAACATAGTGAAACATAGCAATGCCACGGCTTGCTCCATTGTGATCGAATCCACGGAAACGGATCTGATTGCGAGGGTGAAGGACAATGGAACAGGGTTCGTGACCGATGCGAGAAACCGCGGCAATGGACTGCGGGGAATGAGAGAACGGCTTGAATTCGTAAACGGAAGCATGGAGTTCACTTCCGGCGAGGGGACTACGCTGGTCCTACGTGTACCTAATGTGCTCAGAATGCCGGATAAGGAGGCGGGAATATGA	MQKWYQIFHKSTGLSPYVWVVFYILPFYFIFRSTSTYQVVFGTLMILMFFAFYVLSFLAKGWLVYFWTSLQILISITMSLVFGYIYFSLFLAFFIGNIKNKAGFITLYSIHLVTTIITVNYGLLTRNPFFITQLPFVLVSVVGVILLPVTNYNRNKNDQLQGQLEDANKRISELVKLEERQRIARDLHDTLGQKLSLIGLKSDLAGKLMTQDTERAQAEINDVRQTARTALKEVREMVTRMRGTRLTDEIFRIQQILKAAQIELTFEGTLEPENLSLMNENVISMCLKEAVNNIVKHSNATACSIVIESTETDLIARVKDNGTGFVTDARNRGNGLRGMRERLEFVNGSMEFTSGEGTTLVLRVPNVLRMPDKEAGI				NA	NA	NA	NA	NA
JZ016_05502	603	desR_4	COG2197	Transcriptional regulatory protein DesR	ATGATCCGAATTGTCATAGCCGAAGATCAGCGATTGCTGCTTGGAGCCCTGGCCTCACTGCTTGATCTGGAAGAAGATATGCAGGTGGTCGGGACGGCAGGTAATGGGAAGGATGCCGTACAGCTTGTCAAACTTCATAAACCGGATATCTGCATCATGGATATTGAGATGCCGATGATGAACGGACTTGAAGCGGCTGAAGAACTAAAGGGCTCTGGCTGCAAGGTGATGATCTTGACAACCTTCGCCCGGCCGGGGTATTTTGAGCGTGCCGTGAAGGCCGGCGCCAACGCCTACCTCCTGAAGGACAGCCCGAGTGAGGAACTGGCGGCATCCATTCGGAGCATTATGGCCGGCAGACGAATATACGCCTCCGAGCTGGTGGATGAAGCGTATTCCGGCGAAGAGAATCCGCTGACGGAGCGGGAAAAGGAAGTGCTGGGCCTGATTGCGGACGGCAAGAACACGAAGGAAATTGCCAATCAGCTGTTTATTACAACGGGCACCGTCCGGAATTATATTTCCGTTATTCTTGATAAGCTTGGTGTCAGTAACCGGATCGAAGCGATTACGCGTTTTAAAGAAAAAGGTTGGTTTAAATAA	MIRIVIAEDQRLLLGALASLLDLEEDMQVVGTAGNGKDAVQLVKLHKPDICIMDIEMPMMNGLEAAEELKGSGCKVMILTTFARPGYFERAVKAGANAYLLKDSPSEELAASIRSIMAGRRIYASELVDEAYSGEENPLTEREKEVLGLIADGKNTKEIANQLFITTGTVRNYISVILDKLGVSNRIEAITRFKEKGWFK				NA	NA	NA	NA	NA
JZ016_05503	1221	khtU_1	COG0475	K(+)/H(+) antiporter subunit KhtU	ATGGACCATATGATGTTTGAGGTTGGAACTGCTCTGATGCTGGTTGCTATAGCCTCCGTAATTGCTGGAAAGCTCAAGTTCTCGATCATACCGTTCTTGATTGTGCTCGGGATGCTTGTCGGTCCGCATGCACCAACGATAGGGATTCTTGACTTTAAGTTCATCGAGAGCCAGGGGATCATCGATTTTCTGGGACAGATCGGTATTCTATTTCTGCTCTTTTACCTTGGTCTTGAATTTTCCGTTCAAAAATTGATCAAATCCGGAAAAAACATTGTGGTAGGCGGAACCGTATATGTAGTATTGAACTTCGTACTGGGTGTGGCTTACGGTTTCGTGATCAATATGCCTCTGTACGAGACGCTGATCATTGCAGGGATGCTGTCGGTTTCCTCCAGCGCCATTGTCGCTAAGGTTCTTGTGGATCTGCGGCGCACAGGGAATGCGGAGACGGAACTCATTCTCGGCATGATTTTGTTCGATGATATTTTTCTTGCCGTGTTCTTATCGATTATGTCGGGACTATTATTAGGCGGGGCTACATCGATAGGGGCAACCATCATCTCGGTTTGCATTTCCATAGGTTACATGCTGTTGTTCTTTGTTATTGCGAGAAAAGGCCCGCCTATACTTAACAAATTGCTGAATATTACGTCCAGCGAGATTTTCATTATCGTAGTATTCTCGTCGATGTTCTTTATTGCCGGGTTTTCGGAGACACTGCACGTAGCCGAAGCGATCGGCGCGCTGTTGTTCGGACTGGCTTTATCGGAGACGGATCATAGCGAACGGATCGAGCAGCTGGTCATTCCATTCCGTGATTTTTTTGGAGCCATCTTCTTCTTCAGCTTCGGTCTCGGCATCGACCCGACCACGCTTGGGAATGCGCTATGGCTTGCTCTTGGCGCCGTGGTATTGACCATTATCGGCAACCTGGTCGCAGGCATGATAGCGGGCCGGAAGGCCGGATTATCGCATAAATCGTCGCTTAACATCGGATTGACCATTATGGCTCGCGGGGAATTCACGATCATCGTTGCGAATCTGGGACTAGCCGGCGGACTGTCGGCTATGCTGAAACCATTCTCGGCCCTCTATGTTCTGATTCTTGCGATTCTTGGTCCTCTTCTAGCCAAGGAGTCAAAACGTATCTACCGCGGAGCGAATAAAATATTCAAATGGAGCGAGCCTGTGGAGAAAGTAAAAAAAAGGAAGGCGTAA	MDHMMFEVGTALMLVAIASVIAGKLKFSIIPFLIVLGMLVGPHAPTIGILDFKFIESQGIIDFLGQIGILFLLFYLGLEFSVQKLIKSGKNIVVGGTVYVVLNFVLGVAYGFVINMPLYETLIIAGMLSVSSSAIVAKVLVDLRRTGNAETELILGMILFDDIFLAVFLSIMSGLLLGGATSIGATIISVCISIGYMLLFFVIARKGPPILNKLLNITSSEIFIIVVFSSMFFIAGFSETLHVAEAIGALLFGLALSETDHSERIEQLVIPFRDFFGAIFFFSFGLGIDPTTLGNALWLALGAVVLTIIGNLVAGMIAGRKAGLSHKSSLNIGLTIMARGEFTIIVANLGLAGGLSAMLKPFSALYVLILAILGPLLAKESKRIYRGANKIFKWSEPVEKVKKRKA	PGPT0014395_3693	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455	NA	NA
JZ016_05504	489	khtT_1	COG0490	K(+)/H(+) antiporter subunit KhtT	ATGAGTATTATTCGCGAATCTGACCTGCCGGGTATCGGTAAGAAATTCCTTATTCAGGCGAGATCAGGGGATAAGCTGGTTATTGTTATTCATGACGATGGCCGAAGAGAGCTGTACCATTTTGAAGATGACGATCCTGAGGAGACCATCTCCCAGATTACATTAGAGGATGATGAGGCTAGACAAATCGCCGGCATCATCGGCGGCATGACGTATAAACCGAAAGCGCTCGAGACCATCGAGGTGACACTCGAGGATCTGATCATCGAATGGGCACGCATCGAGCCGCATTACAAAAGCGTCGGACAATCCATTGCGGGGCTTCAGGTTCGTCAACGTACAGGTGCTAATGTATTAGCGATTGTGAACAAGAAAGAGCAGAAAATCAATCCGGGTCCGGATGACATCCTGACAGCGGGATCGACGCTGGTGCTTGCGGGCGAGCGTAAGCAGATCAAGCAGCTGAAAGAACTGCTGGTTAACGGCTAA	MSIIRESDLPGIGKKFLIQARSGDKLVIVIHDDGRRELYHFEDDDPEETISQITLEDDEARQIAGIIGGMTYKPKALETIEVTLEDLIIEWARIEPHYKSVGQSIAGLQVRQRTGANVLAIVNKKEQKINPGPDDILTAGSTLVLAGERKQIKQLKELLVNG				NA	NA	NA	NA	NA
JZ016_05505	747	COQ5_10		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGAATTCACAGGAATACAAGCAGTTTTATGATATCGTAGGGGCCTTAAACGGCTGGGACTTCAGCCAGCTCAGATGTATCTCGGAGGGCGTGGAGTGGAATTTTTACGATGAGGTAAGCAAGCGGTGCACATCATCCGATGTTGTGCTTGATATCGGCACTGGTGGAGGAGAGAGCTTGTTGTCCATCGCCTCAAAGCCGGCATTGCTAGTTGGAATCGATCTTTCCCATTCGATGATAGAAACTGCCCAGAGTAATAAACGGAAGGCTGCAGCTTCCAATGTACGCTTTATGCAGATGGATGCAGAGTCGCTTCAATTTCCGGAGGCGTTTTTCAATCTGATCTCCTGCAGACACTCCCCTTTTCGTGCATCAGAGGTGGGGAGAGTACTGGAAGAGGATGGCGTGTTTTTGACGCAGCAGGTTCGCGAATCTGATAAAGCCAATCTGGCTCAAGCCTTTGGCAGAGGGCAATCCTCCCGTGAAGACGGTGCCTTAAAGGATCAATATATGGAGGAACTTCGGCTTGCCGGGTTCCGCAATATCCAATATGCCGAATACGATGCGGATGAATACTATGAACGTGAAGAGGATCTTATCTTTTTGCTGAAGCACACGCCCATTATCCCCGGATTTGGACAGGAGGAATCGGATTTTCGCATCCTGCAGCAGTTTATCAGAGACCATCGCACAGATCGGGGAATCCGGACGAATTCCGCCCGGTTTATGATCGTGGCCCGGAAATAA	MNSQEYKQFYDIVGALNGWDFSQLRCISEGVEWNFYDEVSKRCTSSDVVLDIGTGGGESLLSIASKPALLVGIDLSHSMIETAQSNKRKAAASNVRFMQMDAESLQFPEAFFNLISCRHSPFRASEVGRVLEEDGVFLTQQVRESDKANLAQAFGRGQSSREDGALKDQYMEELRLAGFRNIQYAEYDADEYYEREEDLIFLLKHTPIIPGFGQEESDFRILQQFIRDHRTDRGIRTNSARFMIVARK				NA	NA	NA	NA	NA
JZ016_05506	135			hypothetical protein	ATGATCAAGGAGAATTTTATTAGGAGGAAGGACCGTAATCTTAAGCAAATGATAAGAATTTGGAAGTATGGCGTTAAGAACTGTCTACTATACTTGATGAATCTGATCGCAAGAACGAGAATAATCGGATTTTAA	MIKENFIRRKDRNLKQMIRIWKYGVKNCLLYLMNLIARTRIIGF				NA	NA	NA	NA	NA
JZ016_05507	1185			hypothetical protein	ATGAACAAATTAAAATCTTTGTCAAGGGAACGTCTTCCCGAGCTGCAATTGGTACGCGCATTCGCCATCCTCGGCGTGCTGTCCGTTCACTCCACATCGTATGCCGTATCTGCGATGACGGATTCCAACTACTTTTTTATGTACAACTTCATGAACATCTTCATGAAATTCGGAACGCCGACATTTATATTTTTGAGCAGTCTGGTACTCTTCTATAATTACTATGACCGTCCCATAACGAAGAAGCTGATCGGCGGATTTTACAAGAAAAGACTGCTGTATATTATCATTCCGTATACGCTGTTCTCCGTGTTCTACTTCGCGCTGCTGCACTATTTGTATTATCAGGGCAGGCCGTTCGGTGAGACGATGGAGAGCTTTGTGCAAAAGCTGTTGACGGGCAAAGCGTATACGCATCTCTATTTCGTATTTATCAGCATTCAGTTTTATGTGCTGTTTCCGCTCGTATTGTGGCTGTTCAAGAAGGTGCCCCAGCTTGCAAAATGGGCGATACCGATTGGACTGGTGATCCAGTGGACGTTTATACTAATGAATAAGTATTATTGGCAGGTACCGAATAAAGGAAGCTGGGCATTGTCCTACATTGCCTATTTCATGCTGGGTGCTTTTATCGGCATCTATTACCCGAAACTGAAAGCCTGGCTTGTTATTAGCCGCGCGAATGCACGGCCTCATCGCATTACCGCCTGGGTGGTGCTGTGGATCGCATGGGCGGCGGCCGGTCTCGGGCATGTGTACATTTATTACAACAGCCGGCTGCATGGAACCGGGTATAATTCAACGCTGTATGAGCTGCTGTGGAATATGCATACGTACCTGGGGGCGCTCGTTCTGCTCCAGCTTGCGATTCTTTTTTATCGGGCAGGGGTGCGGGGATGGACGCCGGCGCTGGAAAGACTGGGTGCCGTATCCTTCGGGATATATCTCATTCATCCGTTCTTTCTGCTCGTCTACCGGGAGTTTCCGTTAATTACGGGGAATTCCATGCTAACCCACCTGTGGTATGCAGGCGGTTTTGCGGCAGCATTAGGCTGTTCATGGATCGTGGTAGAATTGACGGTTCGATTTATACCAGGCTCATGGGTGATATTCGGTAATATTCCGAAGGCGAAGAAGTCGGTTAAACCAGTCGATTCGCCGTCTGTGCCGCTTTCCGGTTCGTAG	MNKLKSLSRERLPELQLVRAFAILGVLSVHSTSYAVSAMTDSNYFFMYNFMNIFMKFGTPTFIFLSSLVLFYNYYDRPITKKLIGGFYKKRLLYIIIPYTLFSVFYFALLHYLYYQGRPFGETMESFVQKLLTGKAYTHLYFVFISIQFYVLFPLVLWLFKKVPQLAKWAIPIGLVIQWTFILMNKYYWQVPNKGSWALSYIAYFMLGAFIGIYYPKLKAWLVISRANARPHRITAWVVLWIAWAAAGLGHVYIYYNSRLHGTGYNSTLYELLWNMHTYLGALVLLQLAILFYRAGVRGWTPALERLGAVSFGIYLIHPFFLLVYREFPLITGNSMLTHLWYAGGFAAALGCSWIVVELTVRFIPGSWVIFGNIPKAKKSVKPVDSPSVPLSGS	PGPT0022170_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-SURFACE_ATTACHMENT	SURFACE_ADHESION	OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022170-yfiQ-NA	NA	NA
JZ016_05508	693	phoP_7	COG0745	Alkaline phosphatase synthesis transcriptional regulatory protein PhoP	ATGTCTGGAGTTACGATATTAATGGTTGATGATGAAACCGAAATTTTGAAATTGATGGAGATTTACGTCAGGAATGAGGGCTACACGCTGCTCACCGCATCTCACGGCCTGGAAGCGCTGGAGATTCTAAGAACCCATAAAGTGGATTTGATCATACTTGATGTCATGATGCCGCAGATGGATGGCATTGAGGCATGCATGAGAATTCGGGAGGAGAACAACACGCCGATCATCATGCTGTCGGCCAAGAGTCAGGAGATTGACAAGATCGCCGGACTCAGCATCGGCGCGGATGATTACGTGACCAAGCCGTTCAGCCCGCTGGAATTGATCGCAAGAATCAAATCGCAGCTCCGCCGATACAAACAGCTGAACAGTAACTCGGTGAGGGATGAGAACGAAATCCAGATCGATGAGCTGGTTATTAATGTCGCTTCCCACCGGGTGGCGGTGGCAGGCGTTGAGATTAAGCTGACGCCCCGCGAATTTGCTCTGCTGCATATGCTGGCCATCAATCGCGGACTCGTCCTTAGCATGGACAAGATTTATACCGAGGTGTGGAACGAACCGTTCATGGAATCGAAAAATACAGTCATGGTACATATTCGCAAGCTGCGCGAGAAGATCGAGAAGGATCCGCAGCAGCCGGTATATATTAAGACGGTGTGGGGGATTGGCTATAAAATAGAGTAA	MSGVTILMVDDETEILKLMEIYVRNEGYTLLTASHGLEALEILRTHKVDLIILDVMMPQMDGIEACMRIREENNTPIIMLSAKSQEIDKIAGLSIGADDYVTKPFSPLELIARIKSQLRRYKQLNSNSVRDENEIQIDELVINVASHRVAVAGVEIKLTPREFALLHMLAINRGLVLSMDKIYTEVWNEPFMESKNTVMVHIRKLREKIEKDPQQPVYIKTVWGIGYKIE	PGPT0028485_215	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028485-vanRC|vanRE|vanRG-K18349	NA	NA
JZ016_05509	1218	resE_1		Sensor histidine kinase ResE	TTGAAAATAATGAAGCTTCATAGCATCCGCCTGAAGATGCTGCTTATGCTGCTTGCCAGCATCGGCATCACGGCCGCCCTGCTTATCATACTCTACGCATTAAGTACGCTGATACTCTCTATTCCGGCCATCAAGCCGCCGCTCGTCTGGATCATTAACAACATTGGCTCGGATCCGGTTATGCTGGTTGCGGGCATTATTCTTTTTTTGGTCAGCTATTATGTGAGCACAAAGTGGTTTGTCCTTGATCTGCAGAAAATTCAGACTGGCCTTCAGGACATTACGGCGGGGCGATTCGATTCCAGAATCGAGCTCAAATCCCTAGACGAATTAGGTGTCGTCGCTTCCAGCATAAACCGTATGACCGATCAGCTGAACGTTTATCTGGAAGAAATCAGGAATGGGCTTCGCGAGATTGCCAAGGGGAATTTCGACACCGACATTCCGGTTCAGTCAGGCAGCCAGCTGGGTGAGGTGGCCGAGAGCATCAACCAGATGAGCAGGCAGCTTCACCAATCCATTCTGGAGGAGCGTAACGCGGAAAAAACAAAGAATGATCTGATTACGGGAGTTTCCCATGACTTGCGGACGCCGCTTACATCGATACTGGGATTTCTGGAGGTTATCGAGGGAGACCGGTACCAGGATGAAGTGGAGCTGCGTTATTACGTAAATATCGCATATGAGAAAGCGCAAAGTCTGAAGAAGCTGATTGATGATTTATTCGAATACACCCGGATTAATAACGGGCTTCCGCTGGATATCCGGGAGATCGATATGGCTCAGTTCATGAGACAGCTGATCGAGGAATTCGTTCCTGCCCTGGAGAAAGCCGGGCTGGAATGTAAGCTTGCTGCAGAGGAAGGGCTTGTAGTTCTTGCAGACGGCGCCCAGCTCGTCCGGGCTTATGAGAATTTGATCTCCAATGCGATCCGTTACGGGGAGTCGGGCAAAAGGATCGACATTGCCGTCCGCAGCGATGGCAATCGGGTGAGCATCAGCTTCACCAACTATGGCGATCCGATTCCCGAGCGGGATTTGCCGTTCATTTTTGACCGCTTCTACCGTGTAGAGGCATCTCGTTCGAAGCAGACCGGTGGCACCGGCTTGGGATTGGCCATTACGAAGAGCATAGTGGAAGTTCAGGGCGGCGAAATCCGGGTACGGAGCGATCGGCAGCGAACGACCTTTGAAACGAGGTTTCCTACAGTCGTATAG	MKIMKLHSIRLKMLLMLLASIGITAALLIILYALSTLILSIPAIKPPLVWIINNIGSDPVMLVAGIILFLVSYYVSTKWFVLDLQKIQTGLQDITAGRFDSRIELKSLDELGVVASSINRMTDQLNVYLEEIRNGLREIAKGNFDTDIPVQSGSQLGEVAESINQMSRQLHQSILEERNAEKTKNDLITGVSHDLRTPLTSILGFLEVIEGDRYQDEVELRYYVNIAYEKAQSLKKLIDDLFEYTRINNGLPLDIREIDMAQFMRQLIEEFVPALEKAGLECKLAAEEGLVVLADGAQLVRAYENLISNAIRYGESGKRIDIAVRSDGNRVSISFTNYGDPIPERDLPFIFDRFYRVEASRSKQTGGTGLGLAITKSIVEVQGGEIRVRSDRQRTTFETRFPTVV	PGPT0028480_10	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028480-vanSC|vanSE|vanSG-K18350	NA	NA
JZ016_05510	234			hypothetical protein	ATGGAAAAGAAAAATGATCCAAAAGTTATCTCAGATCGCGAATTCATGATTTTGCTGCAAGCTGCAAAGCAGAATGAAGATCAAGCCATTCTGCAACTCATTGATTTATACAAAGACGATATCATGAGAATCAGTCAATATATCTATATGCCTCAAGAGGATGCCATATCAACAATTGTCCTGGAGTTTATGGAAGTGATTCGAGAGAACAATGATACGTATGAGCCAGACTGA	MEKKNDPKVISDREFMILLQAAKQNEDQAILQLIDLYKDDIMRISQYIYMPQEDAISTIVLEFMEVIRENNDTYEPD				NA	NA	NA	NA	NA
JZ016_05511	342			hypothetical protein	ATGAAAAAGCATATAACAGCATACGAGCGCTATAAAACTGAAATTTATCGAATTGGTTGGAGAATACAATATCAGGCTAAAAAACTTAGAAAACGAGAAACGCTATACCCTGATTTTAGTACCGTGCAGACGGGGTCATTTCATGCTAGATCCGATGACCGCATTTGGATTGGTCAATTACTGGATTCATTACCCCCTCAAGGAAGAACCATTATATATAAACTCTTCTTAGAAGACCTCACTGAAGCGGAAGTAGCCAAGCAGCTCCATATCTCTCAACAGGCGGTGAACCGATGGAAAAGAAAAATGATCCAAAAGTTATCTCAGATCGCGAATTCATGA	MKKHITAYERYKTEIYRIGWRIQYQAKKLRKRETLYPDFSTVQTGSFHARSDDRIWIGQLLDSLPPQGRTIIYKLFLEDLTEAEVAKQLHISQQAVNRWKRKMIQKLSQIANS				NA	NA	NA	NA	NA
JZ016_05512	1713			hypothetical protein	ATGAGAAATGTATTGTATGTACCCTTGGATGACCGCCCGGTAAACCTTGATGATGTAATCAAACTAGGACAAGCCTCAGGCTTGAACCTGATAACTCCTCTTGCTGCAGATATTCGTAATCGGCTCGATTCGGTCGCAGAAGCTTCAGGCAGCCAACTTATAGGCACCTCGGCACCTACCTTTGGTAAACCGGAAGATATTCGTCAGTTCATATTGGGTCACGCCTCTTCCGTCCAGGGTTTTATTATTTCGATCGATATGCTCGTTTATGGAGGCTTAATCGGTAGCAGACGTTTACGAACAAGCGGAGGAGGAACGTATCCCCATTATGATTCAGGGACAGCAGACTTGCTTGACGTAATCCGCGAGATTAAACAGCTTTATCCCAACAAGCCAATCTATGTGTTGGATACCATTATGCGACTCGCTACGACCACATATGTGGAAGGACTCTCTTACAACGCGTACACAGAGTCTCGCAGTCTCATGGGGATAGCTCGCAAAAAATATACAGACTTCAACGATATTTTGAACGGCTATAATATATCCAGTGATGGCACCGAGTTGGGCGATACCGTCCACTTCAATAAAACCCATTACTACAATACAAGGCAGCATAAGTTTAAAACCAATCATTATGTCTTGGACAGACTTGTACGTCATGGTTATATTGATTTCCTGGCCGTTGGGGTGGACGATGCGAATAAAGAAGGCGTGCAAATGAATGAAATTCGATTTGTGGAGAACTACATCGATCGTTATCTAGGCGGTTGTGAGGGGCAAAATCCGAATCGGGCCATTATATTGCCTGATGCAGATGGCTTGGGTCATTCTCTGGTAGCACGGATGGCTAATCAATTGCATCGGGAAGGAAGAAAAACGCAAATTTCGGTGCAATATTTCGGTCCTCATGGATCCACAATCATCAACAACTATGAATACATGACTGTTCATCAGAATATTCTTCGTCATATTGATGTTGTTGGTGGCCAATGTGTCACTAGCACGCCAAACATTGAAATCCTGGCAATCACAGACGAAACACAGGTGTCCAGTGCCGTAAGCCGTATCCATGCCAATGGAACAAACTTTGTAGCAACTGTGGTCATGGATTTCACGGGAAAAGGCTCTGCCAATCCAACGGTAACGGAAGCGCTGCTAGACAGCCAGTACACGGGACGCCTATTGGGTTATAGTGCATGGAATACTGCCGGGAACCTTATGGGCATCTCGCTTGGCATGGGGCAAGCGCGCTACGCTTTTTTGGTATCAGAGTCCTCTGCCTCCGAATTGAACATGGCCGTGAACGCTCATGGGTCACTACTCTTCAAACGATTTTTGAAGGATTATTATTATAAGAGGCTTGCTGTAGTCGATGTCCGAAGCTATTCCAGAACTCCAAGCAATATTCGTTACGATAATCTTCAAGCCTCATTCGCTGATCAAAACATGCGTCTCTTTAACACAGAATCAGCTTACCAGCAAGTGTTCACGATTCTTCGAGATCAAATGCAGATCCACAAAACAACGCTGGCCGGAAGGAACGCTTTCCTGATCGGTGCCCCCACTCCGACATGCAATGTCAAACAAATAAAGGGGTCTTCGTGGACATTGTCAGAATACGACAGTGCTTCGCTGGTTTATGACAATCCTGATTTCATCTGGTGGCGCGCCTTTGAGATCACGCTCAATCCTAAGGTCACACTCCAATAA	MRNVLYVPLDDRPVNLDDVIKLGQASGLNLITPLAADIRNRLDSVAEASGSQLIGTSAPTFGKPEDIRQFILGHASSVQGFIISIDMLVYGGLIGSRRLRTSGGGTYPHYDSGTADLLDVIREIKQLYPNKPIYVLDTIMRLATTTYVEGLSYNAYTESRSLMGIARKKYTDFNDILNGYNISSDGTELGDTVHFNKTHYYNTRQHKFKTNHYVLDRLVRHGYIDFLAVGVDDANKEGVQMNEIRFVENYIDRYLGGCEGQNPNRAIILPDADGLGHSLVARMANQLHREGRKTQISVQYFGPHGSTIINNYEYMTVHQNILRHIDVVGGQCVTSTPNIEILAITDETQVSSAVSRIHANGTNFVATVVMDFTGKGSANPTVTEALLDSQYTGRLLGYSAWNTAGNLMGISLGMGQARYAFLVSESSASELNMAVNAHGSLLFKRFLKDYYYKRLAVVDVRSYSRTPSNIRYDNLQASFADQNMRLFNTESAYQQVFTILRDQMQIHKTTLAGRNAFLIGAPTPTCNVKQIKGSSWTLSEYDSASLVYDNPDFIWWRAFEITLNPKVTLQ				NA	NA	NA	NA	NA
JZ016_05513	324			hypothetical protein	ATGGGATCCATACATCATGCGAAACGGAACATCAGGCTTACGATGGCATGGCCGACAATCATTGTGATGGTTGTTGGTGTCATGTTGCTATCGGGATGCGCAGAGTTCAAGATGTCTAGCGAAGATACACGGATTGAGAATCGATCCGCTCAGGGGATGGCCACAGCAAGCAATAGAAGCACGTCAATGGCTCCAGCATCCTTTCTCGGGCAGTTATGGGGGGACATATCGGACGGGGTGACGAACCGCACCAGAAAAATGACAGGCAGGCCAACGCCGAGCCGTACTCTATCCGAAGCGAGTTGGCGTATGGAGGTGCGATAA	MGSIHHAKRNIRLTMAWPTIIVMVVGVMLLSGCAEFKMSSEDTRIENRSAQGMATASNRSTSMAPASFLGQLWGDISDGVTNRTRKMTGRPTPSRTLSEASWRMEVR				NA	NA	NA	NA	NA
JZ016_05514	2256	bamB_3		Outer membrane protein assembly factor BamB	GTGAATTTACGCGTATCGATCCGAAAGCGGCTATTCATCGGAATAACGGCAGCCGTCTGTATTTTACTTGTTGGGCACCCAACTCAGCGGACAGAGGAAAGCGCACATGTCGTATTCGCTGATGCTGCAGAAGCTGAGGGCTTTACATCCGGCCAACGTGTTACGATTCAGCAGAAGGCTGCATTGTTTCCTAATGCGCTTAGTAAGAATAGCCATCTGACAAATCTCAAGGTGAGCTATTACGGTGCCAAGGGAGAAAGGCTCCGGCTTACCTCCGTGAAGGGGGAATTAGCCTTTATCCAATCCGATTCCCGGGGAGACTTGTGGCTCCCGACATGGTATGTTTCCAAGGAAGCTGCCCAAGTGAAAGAAACGTTCCCGCTCTCGCTTCAACTGCGCAGCAGCGGCAGTATATATCTTGCTCCCGGAAGCGCAATGAAATGGCCGGTATCCCAAACCGGAACGTCGCTCATCGCCGTAGCCCAGTGGAAGGACTGGTACGGCGTCATGGTCGCACCTTCCAAGTGGAAGGAAGATTACCGGATCTACCGCCCGGCAATGATGTGGGTACAGGGTAAGGATACGACGGCCAAGAAGGCGATGCCTGATGGTCTGCTCGATGGAAATTCGGAAGTAACGACGGATATGTTACGCAACTTGACGGAGCTTCTTTTTAAGAAAGGGACTCCTTCTTCATATGTGAAAAAGCTGCTCGGCGAACCGCAGGTGAAGGAGACATCGCGGAATCAGGAGGAGTCCTCCAATAAACCGATGATACTCGGCGAGACCTGGAGATATGAACAGCGGGATGCCCATTATACCGTGACGTTCTCTCCATCCGGAAAGCTGACATCCAGCGAGTGGGTAATTCCTGGGACCGGATCTTTTGAGCGGAGTTACAGTCCTGGCGATGATTACGAGTTTACCTATCGTTTTGCCGCCGTGCCGCCTCAAAAGACGATTGAAGCCGAACCCGACTGGCGAAATCAGGGCAATCTGAATTTCACCTTCCTGCTTGAGGCAAACGAGGATGTCCTGCTCCTCAAGGGAGATGATGGCGGATACAGCGGGATGCACGATAATTCTTCCCTGTATGCGATTGACCGTGGCACCGGCAAGAAGCTGTGGCAGGAGGATGCGGGATTTGGCTGGTATACGGCTTTCACGGATAAGGAGCGGAAGCATGTTACGATGTACTCGGCTTATAACCCGGAGGTTAAGGATTATGTGGCCAGAGTGAGGCATATTCGAATGTCGGATGGACGAGTGTTGTGGGAGGTTAAGCCGAAGAATGAATTTGGCCTGACCATGATGGCTGCGGCCGATACGATTATTCTGGATGAGGCTTTGAATCTGAACGAAACCAAAAGCGTGCTGAGTGTGCTGGATCAGGAAACCGGAAAGCTGCGTTGGAAAAAGGCGTTGACCAGCGAACACCGCTTGCTGAATGCAGGTTCGGGTGATCCGTATGTGCTCGTCGAGCAGAACGGACAGCTTACCGCTTACGATCCGGTCACCGGCAAAGCGGCATGGAATGTAAAGGTTGGTAAGAGGGTTATGGACGATCCGACCCAAGATCCGTATTTTATCGGAGGGTATCGCTACAATCCGGTATCTCCTGCGGATATGACAACAAGATGGATGCTGCTTGGCAAGGAATGGGTTCTGCTCAATATGGAAACCGGGGCGCGCGAAGCCGTGTATCCGGCCCGTCAGATGGAAAGGTTCGAGGTGCTGAATGAGCGGTATCTATTGGTGCAGCGTGCGCTGAACGGGGAGTATTTCAGCGGGGCTACCGCTTACGAAAGCGTATTGTATGACAGCCTGGAAGATAAGGAAATATGGACCGTGAGAGGCAAAGCCGCACGCGGCGCCATCGAGGGAGAACGAATCTATCTTACATTGAACGGCATTCCGGCAGCGATAGATCTAGAGAGCGGTAGCATCCTATGGAAAATGGGGACCTCTTCCAAAGCGGGCGACGATCTCTCCCATCTGGTTGGCAGCAGCTACGGAATTCTGGATTCGTACCTGCTGGTAAGTTTGGGAAGCGATCTTGTGGTGTTGAACAAGGAAGACGGCAGAAGCTTGGGCAGATTGCATAACGTAATCACCGGCAGCGTCGATTTGCGAGAGGTGTATGCCAAGAACGGCGCGCTGAACGTAACGGAACGGGAAGTGCTCGTCGGCACGGTCAACGGTGCTTTTATTCGTTATGATGCCCGGGCATTAAAGGAACGCTTGGATGAGCTGTAA	MNLRVSIRKRLFIGITAAVCILLVGHPTQRTEESAHVVFADAAEAEGFTSGQRVTIQQKAALFPNALSKNSHLTNLKVSYYGAKGERLRLTSVKGELAFIQSDSRGDLWLPTWYVSKEAAQVKETFPLSLQLRSSGSIYLAPGSAMKWPVSQTGTSLIAVAQWKDWYGVMVAPSKWKEDYRIYRPAMMWVQGKDTTAKKAMPDGLLDGNSEVTTDMLRNLTELLFKKGTPSSYVKKLLGEPQVKETSRNQEESSNKPMILGETWRYEQRDAHYTVTFSPSGKLTSSEWVIPGTGSFERSYSPGDDYEFTYRFAAVPPQKTIEAEPDWRNQGNLNFTFLLEANEDVLLLKGDDGGYSGMHDNSSLYAIDRGTGKKLWQEDAGFGWYTAFTDKERKHVTMYSAYNPEVKDYVARVRHIRMSDGRVLWEVKPKNEFGLTMMAAADTIILDEALNLNETKSVLSVLDQETGKLRWKKALTSEHRLLNAGSGDPYVLVEQNGQLTAYDPVTGKAAWNVKVGKRVMDDPTQDPYFIGGYRYNPVSPADMTTRWMLLGKEWVLLNMETGAREAVYPARQMERFEVLNERYLLVQRALNGEYFSGATAYESVLYDSLEDKEIWTVRGKAARGAIEGERIYLTLNGIPAAIDLESGSILWKMGTSSKAGDDLSHLVGSSYGILDSYLLVSLGSDLVVLNKEDGRSLGRLHNVITGSVDLREVYAKNGALNVTEREVLVGTVNGAFIRYDARALKERLDEL				NA	NA	NA	NA	NA
JZ016_05515	342			hypothetical protein	ATGGGCAAGAGGCTTAAGATAGCAGGGATTTCGATCATCAGCCTATTGTTGATCCTATGTTTGGGCTGCGGCAGCAAGCAGTCGGCCAGTTATGCGTCTCTGTTAAAGTACGATGACCAAGAGTATATTGGAAAAGACATTGAGGGTGCCGAGGCTTTTGCGGAGACAGATTTGACCTTGGCGGGCACGATTCAGAAGCGGCTCGAACCGGATCAATATCCGGATACGCATTTATCGTCGAACGAGCTGCCGGAAGGCACGGAAATTTACGTAGTCGATGAACATACGTTGGTGGCATTGCAGGAAGATCGAAGGTTTAAGGTGTTTGAGCGCATGGAATAA	MGKRLKIAGISIISLLLILCLGCGSKQSASYASLLKYDDQEYIGKDIEGAEAFAETDLTLAGTIQKRLEPDQYPDTHLSSNELPEGTEIYVVDEHTLVALQEDRRFKVFERME				NA	NA	NA	NA	NA
JZ016_05516	552			hypothetical protein	ATGACATTGCTGGAGTACATTCTCCTCGGCATGCTAATGGAAGGAACAATGAGCGGCTATGATCTTAAGAAAACAATCGACAGCACTGTAGGCACTTTCTACAAAGCGAGTTACGGAAGTCTTTATCCTGCGCTCAAGAGACTCGCAGAGAAGGACATGGTTATGCTGACCGAGACGGATAACAGTAAAAACAAGAAGCTATATTCTCTGCGGCCCAGTGGTGAAAAGGCTTTTCTCGACTGGTTGTCTGGACCGATGCAGACAGGACGCAATGAGCAGCTGATCCGTATTTTCTTTTTTGATTATTTGGATGAAGAACTTCGTCAAAAACGATTGGCCGAGTACATATTTAAGCTGGATCAGGAAATTCACATGCTTGAAGCGGTGCAGAACGTCGTGGCTGGAGAATTGGCTGAGATCGAACATCCGGAGAATTATTACTATCGGGTATCGGTTCTGGCGTATGGACTGAACCATTTTCAGATGGAACGGCAATGGTTGAAGGATATTATGGAGAGGAAGGATCTGAACCATGTTAAACCGGAAAACTAA	MTLLEYILLGMLMEGTMSGYDLKKTIDSTVGTFYKASYGSLYPALKRLAEKDMVMLTETDNSKNKKLYSLRPSGEKAFLDWLSGPMQTGRNEQLIRIFFFDYLDEELRQKRLAEYIFKLDQEIHMLEAVQNVVAGELAEIEHPENYYYRVSVLAYGLNHFQMERQWLKDIMERKDLNHVKPEN				NA	NA	NA	NA	NA
JZ016_05517	762			hypothetical protein	ATGTTAAACCGGAAAACTAAGGATTCTTTTTCGCATAAACACCCGATTTTAACCGTTGTCATTATCGAGGTTCTGCTGTTATTAGCCGTATTTGCTGCTGGGGCTTACTCTACGATTAAAGAGTTAAGTTACACTTCGCCTGTGCTGATCTCATTCATCCCAATCGCTCTTGTGTTGATAGCGTACTTTACATGGAAAAAGAAGTGGAACCCGCTCGGTTTCCGTAAGCTGAACAGTATACCGGCCGCCGGATGGCTCTATTATTCCCCCTTGCTTCTTATTCTAATTACAATCTCTCTTAAGGGGATGCGTGAAATCAGCGCATCGGAGATCCTGTTCTTTATCTTCTTCACACTGCTCGTTGGATTTGTGGAGGAGAGCATCTATCGGGGATTGATTTTGAAAACACTGCTGCCCAAAGGCATTCCAACCGCGGTCATCACCTCCAGCACTCTGTTTGCGGTCACGCATGTACTGAACGTCTTATCAGGGCAGGACATATTCCAAACGGTTTTACAGATTGTATATGCTCTGCTTATAGGCGCCGTATTGGCTCTACTGATGGTGAAAAACCAAAATATCATCCCTCTGATTCTATTCCACTTCCTTCATAACTTTATCCAGTTTGTCGGTAATGACAATAGTGATGTATTTATCGGATACGATCTGTTCATTTTGCTGGTGCTGGCCGTCCACTGTGTCTGGTTGTCTCTCTCTTTAAGAAAACCTCCGGTGTCCACAAGAATAGATCAAGCGGGTTAA	MLNRKTKDSFSHKHPILTVVIIEVLLLLAVFAAGAYSTIKELSYTSPVLISFIPIALVLIAYFTWKKKWNPLGFRKLNSIPAAGWLYYSPLLLILITISLKGMREISASEILFFIFFTLLVGFVEESIYRGLILKTLLPKGIPTAVITSSTLFAVTHVLNVLSGQDIFQTVLQIVYALLIGAVLALLMVKNQNIIPLILFHFLHNFIQFVGNDNSDVFIGYDLFILLVLAVHCVWLSLSLRKPPVSTRIDQAG				NA	NA	NA	NA	NA
JZ016_05518	2316	yesS_11	COG2207	HTH-type transcriptional regulator YesS	ATGAATCGCAGGACAACGCCTAACCGATCTCCTGAGCCGGGGGAGCTTGATTCTCCACCTCCCAGAAGGCACACCTTGTTTTGGAGACTATTCGCCAACTATTTTCTCCTCATTCTCATTCCCGTGATTGTTGCGTCGGTTCTCGCTCAGGTGTTGGTCGTTCGCATCATTGAAAAGGATGCCGAGCGTTTCAATCAAGTGATGATGAACCGCTTCTCCGAGCAGACGGACACCGAGCTGCAATCCTTGAAGACCAGCATGATTAATATCCTCAGCACCTCCAGATTACGGAGCGTGCTTCTGGCTCCCATGGCCTCTTCGCCGGATAGCCTGCTGCTTCCGGAATTGCTTCATTCCCTGCGGGAGCAGCTGCAGCAGCTGGAATCCGATGACTTGGTCGAGAAGGCGTATTATTATTTCGTGCACCAGGATTTGATGATCGATGCCGAAACCTACACGAATAAAGCCTATTATTTTCGTTCCCGCTATCCCCTGGATTTAAACCGACGCCATCAGCTGGAAGCCGAATTATCCGGCAAAAAAATGATGGATTTCATGGATTCCCCCGCCTCTTTGACAGCTGCCATGAGCTACCCGTTTAATACGACCGCCCCTGAAGTCTATCTCCTGGTCGAAGTGAAACGAGACAAGCTTGAGGAGCAGATTCACATTCCGGAGAGCTGGGTTACGGGCACGGCGATTGTAGATCATGGGGCCAAAGTGATCGCCCAGAACGGACTGACTGAGCAGGAACAGCTTGCTCTGCAGCAGCGAATACGTACGGACGGCACTGCTTCGCAATTCACGATATCGGACAAGAGGGGGCAGTCCTTCATGGCCTCCGGCTTCGATCCGTCCTGGCATTATATCAGCATGATCGACTTAGGCACATTGATGAAGCCGGTTTATATTACCCGATGGATCTGTTGGTTGTTCCTCGTATTCTTCCTTCTAGTCGGCGCACTCGCCTCGTATTATTTAAGCCGGCGATTATACCGGCCGATCCGGGAGATTAAGGATGGGCTGAAGCTGCATCACGCTCCGAATGGGGAAGTCGGCCATGAAGGAAACGAGTTTGATGCCATCAAACGTTATTCCCAATTCATCATGACGGAGAATAAAGAGCTGTACCAGATGGTGAACGGGATGCTGCCGATCGTGCAGGAGCAGTTTTTCACGAAAATCCTGCTGGGGCAATACCGCGATGCCTTATCGATTGAGTACTACGCCAAGGAGATTGAGTTTGCTTACAGCCACAAGGCGGCAAGGACCGTCCTGTGCATCTCTTTCCACTATGACCGGTCGGTTTACGACTCGACATCGGAATCCGCCAAGATTTTTTTGCTGACCGAGCTGAAGGACAAGATTCTTCGGCTGGCACCCGGCATGGTCTGGATCTGCCAGACAAGGCCGGATCTGATGGCATGCATCGTGGAGCATGGTCACATCACGGAGGGCCAGGGTCATCCTGAAAAAGTAGCGGAGCAAATCCGGCACATTTTCCAGGAATACGGGGCTTATTATAAAGCGACCATCGGGATCGGAAAGACCGTTCGCGCCATGGAAGAGCTGCACCAGTCTTATGAGCATGCCCTGGCCATGCTGAAGTACCGGGGGCTGCATTCCACCGTAGAGATTTGCGGAAGTCAGCCTTCCCGGGAGCTGCAGCAGTGGGATCCTTTCCTATCTGTGCAGGAGGTCCAGCGGATCCTCAATCAGTACAAAACCCGTGAGTATGACAAGCTGCTTCATTCCGTGCTTGCTCTGCTGGAGGAGGGAAAGGGGAAGGATGCAACAGCCGTGCAGATGAAATATCTGCTTGTCGATGTGCTCAACACCTGGATTCGGGCGGTGGAATCGGAGCGCAATGAACTCAACGTTCCGTATTACTCGGGGCTGTTCGAACGGATAAATCGCTGCATGACATGGGACGAGCTTACGTGCTGCTTTACGGAGATTCATGGTTTTCTGTTCCGGAAGCCGGCTTCCAGCAGCCGGAGTCAACAGTTTATGGAGATTCTGGAGTACATTCATAAGCATTACGATCAAGAGCTGTCGATCGAACATTTTGCCGGGATGATGAATATGTCCATCGGGCATTTCAGCCGGACCTTCAAGGAGGAGGTTGGCGAAAAGTACGTGGAATATATCGCGAAATACCGGCTGATGAAGGCGAAGCAATTGTTGCTTGAAACCGATTTGAAAATTGACGAAATTGCTGAGAAGGTCGGGTATTGGGGCCGAAATTCTCTGATTCGGGCTTTCCGCCGATATGAGGGCATTACACCTGCTAAATACAGGAGCTCCCACCAATAG	MNRRTTPNRSPEPGELDSPPPRRHTLFWRLFANYFLLILIPVIVASVLAQVLVVRIIEKDAERFNQVMMNRFSEQTDTELQSLKTSMINILSTSRLRSVLLAPMASSPDSLLLPELLHSLREQLQQLESDDLVEKAYYYFVHQDLMIDAETYTNKAYYFRSRYPLDLNRRHQLEAELSGKKMMDFMDSPASLTAAMSYPFNTTAPEVYLLVEVKRDKLEEQIHIPESWVTGTAIVDHGAKVIAQNGLTEQEQLALQQRIRTDGTASQFTISDKRGQSFMASGFDPSWHYISMIDLGTLMKPVYITRWICWLFLVFFLLVGALASYYLSRRLYRPIREIKDGLKLHHAPNGEVGHEGNEFDAIKRYSQFIMTENKELYQMVNGMLPIVQEQFFTKILLGQYRDALSIEYYAKEIEFAYSHKAARTVLCISFHYDRSVYDSTSESAKIFLLTELKDKILRLAPGMVWICQTRPDLMACIVEHGHITEGQGHPEKVAEQIRHIFQEYGAYYKATIGIGKTVRAMEELHQSYEHALAMLKYRGLHSTVEICGSQPSRELQQWDPFLSVQEVQRILNQYKTREYDKLLHSVLALLEEGKGKDATAVQMKYLLVDVLNTWIRAVESERNELNVPYYSGLFERINRCMTWDELTCCFTEIHGFLFRKPASSSRSQQFMEILEYIHKHYDQELSIEHFAGMMNMSIGHFSRTFKEEVGEKYVEYIAKYRLMKAKQLLLETDLKIDEIAEKVGYWGRNSLIRAFRRYEGITPAKYRSSHQ				NA	NA	NA	NA	NA
JZ016_05519	921	yteP_60	COG4209	putative multiple-sugar transport system permease YteP	TTGGCGCAGCTATCACGGATCGGCTATGTTCTGAGAAAGCATAAAGCGTTGTACTTGCTGATGCTGCCTGGCATTTTGTATTACTTGATATTCAAGTACGCGCCGATGTACGGCATCATCATCGCCTTCCAGGATTATTCGATCGGCCGGGGCATTTTGGGAAGTGAATTTGTCGGACTCAAGCATTTGATTGAATTTTTCTATGTCACCCCCGATGCATGGAAGCTGATTCGCAACACAATCATGCTGAATGTGTACGATCTCCTGTTTCATTTTCCGGCACCGATCATTCTGGCGATCCTGTTCCATGAGCTGAAGAGCAAATGGTTCAAGCGGTTCGTGCAAAATATCAGCTACATGCCGCATTTCCTGTCCACCGTCGTGATCGCGGGCATTCTCGTGACCTTCCTGTCTCCGACCACGGGCGTCGTGAACCATCTGCTCTTTAAGCTGTTCGGTATGGAACCGATCATGTTTCTGGGCATGCCGGAATGGTTCCGGACGGTGTATGTAGGCTCCGAAATATGGCAGAAGGTGGGATGGGGCACCATCCTCTATCTGGCTGCGATTGCCGGCATCGATCCGACGCTGTATGAAGCGGCCAAGATGGATGGGGCGAACCGGTGGCAGCAGGTCCGGCATATTACGTTCATCGGCATGGTGCCGGTCATGATTATTCTGTTCGTGCTGTCGCTCGGCAATTTCATGGAGGCCAGCTTCGAGAAAATCCTCTTGATCTACAACACGATGAATTATGAAACTTCGGATGTCATTAACACCTTTGTGTACAGGCGGGGCATCCTCGATGCCGATTTCAGCTTCGCGACCGCGGTCGGCCTGTTCCAATCGGCGATTGGCTTCATTCTGGTCGTTATGGCCAACCGGATCGTACGCAAATATTCGGAGACCAGCCTGTGGTAA	MAQLSRIGYVLRKHKALYLLMLPGILYYLIFKYAPMYGIIIAFQDYSIGRGILGSEFVGLKHLIEFFYVTPDAWKLIRNTIMLNVYDLLFHFPAPIILAILFHELKSKWFKRFVQNISYMPHFLSTVVIAGILVTFLSPTTGVVNHLLFKLFGMEPIMFLGMPEWFRTVYVGSEIWQKVGWGTILYLAAIAGIDPTLYEAAKMDGANRWQQVRHITFIGMVPVMIILFVLSLGNFMEASFEKILLIYNTMNYETSDVINTFVYRRGILDADFSFATAVGLFQSAIGFILVVMANRIVRKYSETSLW	PGPT0017250_2219	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05520	861	araQ_47	COG0395	L-arabinose transport system permease protein AraQ	ATGAAAAAACAGGAAAGCTTCGCCTCGAAGCTGTTTGACGTATTCAATGTCTTGTTCATGATTGTGCTGATCATGGTGATGGCCTACCCGATGGTGTACGTCTTCTCGGCTTCCATCAGCAACAATGCCATGGTTGCGAGCGGCGCGGTGCTGCTGTGGCCGAAAAAAATTACGCTCATTGCCTACGAGCAGCTCATCTATAACCCCGATCTCTGGGTGAGTTACTGGAACACGATCCGGTATACGTTCCTCCATACGGTGCTGACGCTGATTGCGACCTCCGCAATGGCCTACCCGCTTGCGAAGCGATGGCTGCCGGGTCGGAGAGTGATTCTGCTGATGGCGGCGTTCACGCTTCTCTTCAGCGGCGGCATGATTCCAACCTTCCTGATCGTTCAGAAGCTGGGGATGCTCGACACGATCTGGGCGATCGTCCTCCCTTCCCTGATCAGCACATGGTATTTGTTCATTATGCGGACATTCTTCGAGGCGCTGCCGGAGGAGCTCGAGGACGCGGCTGCCATTGACGGGTGCGGATCCCTGCAGATTCTGGTACGGATCGTGCTGCCATTATCCGTGCCCGTGATGGTCACGATCGGCCTGTTCACGGCCGTGAATCAATGGAACTCCTTCTTCAGCGCTTTGATCTATCTGAATGACCGGGAGATGTACCCGCTGCAAATCATGATGCGCAACATCCTGATCGCCGGCACGAATGTTCAGGGCGAAGGGGACCTGACGCATCTGGAGACGTTGAAATACGCCATGATCATGATCGGGACGCTGCCGATTCTGTGCGTTTATCCGTTTATCCAGAAATATTTTGTACAGGGCACGATGATTGGCGGCATTAAGGGGTAG	MKKQESFASKLFDVFNVLFMIVLIMVMAYPMVYVFSASISNNAMVASGAVLLWPKKITLIAYEQLIYNPDLWVSYWNTIRYTFLHTVLTLIATSAMAYPLAKRWLPGRRVILLMAAFTLLFSGGMIPTFLIVQKLGMLDTIWAIVLPSLISTWYLFIMRTFFEALPEELEDAAAIDGCGSLQILVRIVLPLSVPVMVTIGLFTAVNQWNSFFSALIYLNDREMYPLQIMMRNILIAGTNVQGEGDLTHLETLKYAMIMIGTLPILCVYPFIQKYFVQGTMIGGIKG	PGPT0017255_2858	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05521	102			hypothetical protein	ATGAGGCGAAAGGGGTTCAGAACAGCGCTTGCCATGATCCTGCTCTGCGCGATGCTGGTTACGGGATGCACCGGCGGGGGCAAGGATGATTCGGGACATTAA	MRRKGFRTALAMILLCAMLVTGCTGGGKDDSGH	PGPT0017245_2683	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05522	1404			hypothetical protein	GTGGAGGGCAAGGTTCGGGATGACTGGGAGATTTTCAAAGAGATTGAGGCCAAGACGGGCGTCAGTGTGAAGTTCCAAATCGTAAGCCAGGAAGGACTTGAGGAGAAAAGGCAGATCATGATTGCGACGAACACGGCCACGGATTTTATCCAGGTGCCGACGCAGGACGGCCGGGAGCATGGGCCGGAGAAAGTGTTCCTGAACCTTAATGATTACTTGGATCGGGCACCGAATCTGAAAGCCTTTTACGAAAAATATCCTGAGGCCAAGGCGCTGGCAACGGGCACGGACGGCGGCTTGTACACCGTACCCGTACTGGAAGGGGATGCGGAAGGCAAGGGCTTCAACTTTATCTGGTATGCCCGCAAGGACATCATGGATCAGCATGGGATACAGGCACCGACCACGGTGGATGAATTTTATCAGTATCTGAAAACATTGAAGGAGAAGGTTCCGGATTCCTATCCGCTCATCTCGAACGCCATCGTTGGTGATACGGGGCTGTATACGACCTTCGGACGTATCTTCACCGGCATCAGCGGGTTCTACAACCTGGATCCGACCATGGATCAATACGCATTCGCGCCGTACCATGAGAATTATCAGGATATGCTGGTGTATCTGAATAAGCTGTATGCGGAAAAATTGCTGGATCCGGAATTCTCGCTGCTGACGCAAGCACAGTGGGAGGAGCGCATACTGACGGGCAAATCCTTGGTGACCTTTTTCTGGAAGGCTGATCTCGAGTCGCTTGTAGCGAAGGCGCGTGGGGCCGGTACGGCGGAGTATGAGCTGGACGCGATTCCTTCCTTTGCCGCCGAAGGGATCAAGAACTATCAGTTCTCCCGTCCGGTCGTTGGCACCGTCGGCCGAGCCATATCGGCCAAAGTGAAGGATAAGGAGCGCGCCGTCCAATTCCTCGATTATTTGGTGAGCGAAGAGGGAACGAATTATTTGTCCTTAGGCATTGAAGGCAAAACGTATACGATGGAGGACGGCAAAGCGGTATATAACAAGGAGTTCGGCGAATCTCCGTTTAATGCGCTGCGCAAGGACTGGGGCGTATGGTATGACCTGATCACGTTGAATAACGCCAAGTCGCGAGAAGTCTGGGAGCGTGGATTAAGCGAGAAGAGCAAGGATATCAATGCAAGGTATGAGCAGTATATTGTCCCTGCACCAAAACAGATCGTCAAGACGGAAGAGGAGCTGGAGCTCGAGAAATCGAAGCTGAACAATCTGAACAAATTCCTTGAACAGAAGGTGACGGAATTTGTGACCGGTAAAACTCCGATTAACGACACCACCTATCAGCAATTTATTGACCAGGCCAAGAAACTCGGCTCCGATGAACTCCTTACCATGTACAACACCGCCTATACTCGCACATACGGCGGCAAGTAA	MEGKVRDDWEIFKEIEAKTGVSVKFQIVSQEGLEEKRQIMIATNTATDFIQVPTQDGREHGPEKVFLNLNDYLDRAPNLKAFYEKYPEAKALATGTDGGLYTVPVLEGDAEGKGFNFIWYARKDIMDQHGIQAPTTVDEFYQYLKTLKEKVPDSYPLISNAIVGDTGLYTTFGRIFTGISGFYNLDPTMDQYAFAPYHENYQDMLVYLNKLYAEKLLDPEFSLLTQAQWEERILTGKSLVTFFWKADLESLVAKARGAGTAEYELDAIPSFAAEGIKNYQFSRPVVGTVGRAISAKVKDKERAVQFLDYLVSEEGTNYLSLGIEGKTYTMEDGKAVYNKEFGESPFNALRKDWGVWYDLITLNNAKSREVWERGLSEKSKDINARYEQYIVPAPKQIVKTEEELELEKSKLNNLNKFLEQKVTEFVTGKTPINDTTYQQFIDQAKKLGSDELLTMYNTAYTRTYGGK	PGPT0017245_2683	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05523	1056			hypothetical protein	ATGGACGATATGAAAATCATCGATGTCGACGTTCATAACGAACAGGACGACAGGGCGCTTCTGCCATATCTGCAGGAGCCCTGGCGCTCCCGGGTAGCGACATCCGGCATCGGTTTTGCAGGCTCAGGGTACTACTCGCCGATCGGCGTGATGAAAAAAGACTCGATCCCTCCGGGTGGAGGCAAAGCCGGCTCCGATCCCGATTATATGATCAAGCAGCTGATCGAAGGCTACAATCTGGATTATGCCGTGCTGACGGGTGTCGTCTACAATATCTCTTCCACGCATGATCCGGATTACGCGGCCGCGATATGCTCGGCATATAACGATTATCTGATCGCCGAGTGGCTCGGCAAACATAAAGCATTCAAAGGCGCAATGGCGGTAGCCACCCAGGATCCGCTGCTGGCGGCACGCGAGATCGACCGGATCGGCGGTCATCCGGATATCGTGGAGGTGATGATCTCCAGTGCAGCGAGGTCGCCGCTGGGTCAGCGCCACTATCACCCGATCTACGAAGCGGCGGAGCGGAACGGCCTTCCGGTCGCGATCCACCCGGGAGCGGAAGGCGGCGGGAGCTCGACGGCTCCCACCGCTGCCGGCTACCCGACCCGCTACATTGAGTGGCATACCTGCCTCTCCCAGATGTTCATGGCACATCTGGTGAGCATGGTATGCGAGGGCGTGTTCGTAAAGTATCCGAACCTCAAGGTCGTTCTGGTTGAAGGCGGAGTAGCCTGGCTGCCGGGCCTGATGTGGCGGCTGGACAAAAACTACAAGGCGCTGCGCGCAACCGTGCCCTGGCTGACGAGAATGCCGAGCGAGTACATCCGGGATCACTGCTACTTATCGACGCAGCCGATTGAGGAGCCGGACAATCCGCAGCATCTCATCGATCTGTTCAACATGATTGATGCCGAGAACATGCTGCTCTATTCCAGCGACTACCCGCACTGGGACTTCGACTCGCCGAGCCACATTTTACGGGGGCTGAAGCCGGAGGCGCGGCGGAAGATTTTTTACGAGAATGCGAAGCAGCTGTACAGGTTGGATTGA	MDDMKIIDVDVHNEQDDRALLPYLQEPWRSRVATSGIGFAGSGYYSPIGVMKKDSIPPGGGKAGSDPDYMIKQLIEGYNLDYAVLTGVVYNISSTHDPDYAAAICSAYNDYLIAEWLGKHKAFKGAMAVATQDPLLAAREIDRIGGHPDIVEVMISSAARSPLGQRHYHPIYEAAERNGLPVAIHPGAEGGGSSTAPTAAGYPTRYIEWHTCLSQMFMAHLVSMVCEGVFVKYPNLKVVLVEGGVAWLPGLMWRLDKNYKALRATVPWLTRMPSEYIRDHCYLSTQPIEEPDNPQHLIDLFNMIDAENMLLYSSDYPHWDFDSPSHILRGLKPEARRKIFYENAKQLYRLD				NA	NA	NA	NA	NA
JZ016_05524	240			hypothetical protein	ATGAACGGTCCGTATGAAAGCTTGCTTGAACAATTGAAGCTGGGGGTATGGGTAAAGCAAAGTCAGACCACAGACGAGCCAAAGACCAACGAAAGACGAGCCAAAGATGAGCCAAAGACCAACGAAAGGCAAACGAAAGATGAGCCAGAGAAAAACAAAGTTGAACCAAAGGCGAGAGAAAGTCGAAAACAATGGCAAAACAAAGGCGAAAAGAAAAAGGCAAAAACAAAGGTGAACTAA	MNGPYESLLEQLKLGVWVKQSQTTDEPKTNERRAKDEPKTNERQTKDEPEKNKVEPKARESRKQWQNKGEKKKAKTKVN				NA	NA	NA	NA	NA
JZ016_05525	372	nagAb		Naphthalene 1,2-dioxygenase/salicylate 5-hydroxylase systems, ferredoxin component	ATGGCAATACATTACGTGCTGGCGGAGGAGGACGTTCCGGAGGGCGGGCACGCGGTCGTGAACATAGAGGGACGCGAAATCGGCATCTATCGGGTCAACGGCGAGTACCATGCGATTCTGAACTACTGCCCGCATCAGGGGGCGCCAATCTGCGCAGGACTGGTCTCCGGTACGACGCTTCCTTCGGAAGTATACGACTACGAATACGGCCGGGCAGGCGAAATTGTCCGCTGTCCCTGGCATGGGTGGGAGTTCGACCTGCAGACCGGCAAGTCGCTGTTTAGCGACCGCATCCGGGTGAAGAAGTATAAGGTGGAGGTCCATGAGGGCAAGATCGGGGTGGTGATGGGGAGGAAGCAGGCGGGGAGTTGA	MAIHYVLAEEDVPEGGHAVVNIEGREIGIYRVNGEYHAILNYCPHQGAPICAGLVSGTTLPSEVYDYEYGRAGEIVRCPWHGWEFDLQTGKSLFSDRIRVKKYKVEVHEGKIGVVMGRKQAGS	PGPT0000455_693	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363	NA	NA
JZ016_05526	543			hypothetical protein	ATGGAAGAATGGCTGCAGCTGCTGGTCAGCTTTTTTGTCTCCAACGTTCTCGGGTATGGCGGCGGCCCTGCTTCGATCCCCCTCATGTATAAGGAAATCGTCACGAATCACGGCTGGCTGACCGACCCGGAATTCTCCAACATGCTTGCCCTTGGCAACGCACTTCCCGGGCCGATCGCCACCAAAATTGCCGCTTTTGTCGGGTATGGCGTATCCGGCTGGATGGGCATGACTCTCGCCCTCGCGGCGACGGTCATCCCTTCCGCGGTAGCGCTCATCTGGCTGCTGAATTTGCTGCAGAAATACCGCACGTCGCCCGTGGTCAAAGGCATGACCCTGCTGGTCCAGCCGGTCATCGCCATCATGATGCTGACTCTGACCTGGCAGATCGGCCAAAGCTCCGTCATCTCCATCGGCCTCCTGCAATCCCTCGGCATCGCCGCCGTCGCTTTCTGGGCCATGAACATCCGCAAGATCCACCCGGCGCTGGTGATCCTGGCCGCGTTTGCTTACGGGGGCTTAGTGTTGTCGCAGGTGGTGTGA	MEEWLQLLVSFFVSNVLGYGGGPASIPLMYKEIVTNHGWLTDPEFSNMLALGNALPGPIATKIAAFVGYGVSGWMGMTLALAATVIPSAVALIWLLNLLQKYRTSPVVKGMTLLVQPVIAIMMLTLTWQIGQSSVISIGLLQSLGIAAVAFWAMNIRKIHPALVILAAFAYGGLVLSQVV				NA	NA	NA	NA	NA
JZ016_05527	597			hypothetical protein	TTGCCTGATAAAACTAGCAACCCATACATGGAATTAATGTTCGGCATGTTCCGAACCGGCATACTCGGCTACGGCGGCGGACCTTCGGTTATTCCGTTGATCCGTCACGAGGCCGTCGTTCGTTACCACTGGCTCAGCGACGATGAATTCGGAGAGGTACTCGCGCTGGCCAACGCGCTCCCGGGCCCGATTGCCACGAAGATGGCCGCCTATCTCGGTTACCGGAAAAAAGGGGTGCCTGGTGCTATAGCTGCCGTTCTCGCGCATATCCTGCCAACCAGCATTGCGATGATCGCGCTGCTGTCGGCCGTGACATTCCTCAGCAGCTCCAAAGTGGTGGCAGGCATGATTGCCGGCGTTACGCCGGTCATTGCCGTCATGCTGGGCACGATGGCTTACGAATTCGGCGAGAAGGCTGTAAAGGGACTTGGCATTTACGCCGGGATCGGATTTTTCGTGGTGTCGTTTCTCCTGCTGGAGCGTTTCCAGCTCCATCCGGCCCTCGTCATTATGCTGTTCCTTGCTTATGGCACCGTGCATTTTAGAACCGTAGCCAAACTCAAAAAACAAAGACGGGATAAGGAGGGGTCCGCCTGA	MPDKTSNPYMELMFGMFRTGILGYGGGPSVIPLIRHEAVVRYHWLSDDEFGEVLALANALPGPIATKMAAYLGYRKKGVPGAIAAVLAHILPTSIAMIALLSAVTFLSSSKVVAGMIAGVTPVIAVMLGTMAYEFGEKAVKGLGIYAGIGFFVVSFLLLERFQLHPALVIMLFLAYGTVHFRTVAKLKKQRRDKEGSA				NA	NA	NA	NA	NA
JZ016_05528	483	decR	COG1522	DNA-binding transcriptional activator DecR	ATGAATATTCACGCTGCCGGCGAGAACTCATCTCTCATGATTGATGATACGGACCGCAAAATCATTGCGATCCTCGGCAAGAACGGGCGAATCTCGTACACGGATTTGGCCAAGGAGATCGGATTGTCCCGCGTTGCCGTACAGGCCAGGGTCAATGCGCTGCTCGATGAAGGCGTCATTGAGCGCTTCGCGGCCGTCATTAATCCGGAGAAAGTGGGAATTTCGGTGTCCGCTTTTTTTAATGTGGAGGTGGAGCCCAAATATTTGCAGCAGGTGGCGGATACTTTGGAGAACGAGCCGTATGTAACAAGCCTGTATCATATGACCGGTCCCAGTAAACTGCATATGCACGGACTTTTTACCGATCATAAGGAAATGGAAATGTTTTTAAATGAGAAGCTTTACCCGCTCCCGGGCATTACGAGTGTGGACACGCAGATCTTGATCAAGCGCTATAAAAGCCGAATGGGCATCCGACTCTAA	MNIHAAGENSSLMIDDTDRKIIAILGKNGRISYTDLAKEIGLSRVAVQARVNALLDEGVIERFAAVINPEKVGISVSAFFNVEVEPKYLQQVADTLENEPYVTSLYHMTGPSKLHMHGLFTDHKEMEMFLNEKLYPLPGITSVDTQILIKRYKSRMGIRL	PGPT0004196_2	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_CHROMATE_RESISTANCE	CHROMATE_RESISTANCE-CHR_TRANSPORT_SYSTEM,PGPT0004196-chrS-NA	NA	NA
JZ016_05529	1140	capA		Capsule biosynthesis protein CapA	ATGACTAGCTTCTTAGAAGTTCTTATTTGGAAAGGCGGCATGTATATGAAGAGATTATTTTGCCTCATTCTGGTTATCGTTATGCTCATTCCGGCGAGTATGGTCTCGGCGGCAGGCACGGATGGTAAAGAGACTCAGAGCAAGGTCCAAGAGACTAAGGATAAAGCGGGTACAACCACTCAAGCCAAGTCGAAGAGTAAACCGATAGATCTTGTTTTTGTAGGTGATATTCTGTTAGACGGATACGTGGGGAACCAGATTGATAGATTCGGGAACCTATACCCGTTTAAGAAGGTGGCCCCCATCTTGAAAGAGGCGGATATGGCATTTGCCAACCTGGAGACGCCGGTCTCCATTCGCGGCAAGGCTGCGGATAAAACATTTGCCTTCCGTTCGAAGCCGGACACGCTCAAGGGCTTGGTATACGCGGGAATCGACGGCGTAACGCTGGCGAACAACCACATCCTGGACTATGGCCAGCAGGCCATGCTGGACACGATTACCCATCTGAAGCGCCAGAAGATCGGATATACCGGAGCGGGGCGAAATATTGACGAGGCCTTCCAGCCTTACGTGAAGAGCATTGACGGAAAGAAAATTGCGGTGCTGGGCGTCAGCCGGGTGCTGTCGGACAATTCCTGGATCGCGGGCAAGAACCATCCGGGCGCAGCTTCCGCTTACACGTTGGAGCCGATGCTGAGCCATATCAAGAAATCGGCAAAAACAAATGATTACACAATCGTGTACATCCACTGGAACGAGGAATTCGCTGACTATCCGGAAGAATATGCGCGCACGATGGCGAAGAAGTTGATCGACGCCGGTGCCGACATCATTATCGGATCGCACAGCCATACGTTGATGGGCATCGAATATTACAAGAACAAGCCGATTTATTATTCGCTCGGGAACTTCGTGTTCAACCGCTCGACTCGGGGCGGGGATAAAACCTTGCTGTCGATGATGGTGCATGTTGAGATTCAGGGCTCCAAGATCACGAGCCGGGTTACGCCGGTGAAGATTATTCAAGGCCAACCGAATCTGATGGACAAGAACTACAACAAAGAGATCATCGCGAAACTGAACAAACTCTCCTATAATGCAAAGATTGATGCCAACGGCAACGTCAGCAAAAAATAA	MTSFLEVLIWKGGMYMKRLFCLILVIVMLIPASMVSAAGTDGKETQSKVQETKDKAGTTTQAKSKSKPIDLVFVGDILLDGYVGNQIDRFGNLYPFKKVAPILKEADMAFANLETPVSIRGKAADKTFAFRSKPDTLKGLVYAGIDGVTLANNHILDYGQQAMLDTITHLKRQKIGYTGAGRNIDEAFQPYVKSIDGKKIAVLGVSRVLSDNSWIAGKNHPGAASAYTLEPMLSHIKKSAKTNDYTIVYIHWNEEFADYPEEYARTMAKKLIDAGADIIIGSHSHTLMGIEYYKNKPIYYSLGNFVFNRSTRGGDKTLLSMMVHVEIQGSKITSRVTPVKIIQGQPNLMDKNYNKEIIAKLNKLSYNAKIDANGNVSKK				NA	NA	NA	NA	NA
JZ016_05530	6162			hypothetical protein	ATGAGCGGACTTACAACCGAGAGGAACCAGAGTCCAAGCAGAGAGAAGGAGGAATTCATGTACATGTTAAGGAGCAAAAAGAGAATATCATCGCTGCTCAGCGGAGTGATGTTTCTATCGCTGCTGTTTCCCGCAGGACAAGCTGCTGCCGCGGATCCAGCTGCCGCCGCGTCATCGATTATGGATATGCGGCAGATGGAGATCGGGCCGGGGGCTACATATACGTGGGCGAATATGCAAAAGGGCAGCGGCGAGCAGAAGGTCCACATGGTGGAGTTCAACCCATCGCAAGGGAATCTGGAGCTTCAGCCGGGTCTCACGGACGGCAAGGTATACGGCATGCAGGGAGTCAGCAAAATGGCGTCCGATGCCGACAAGGCAGGCAATCGCGTCATCGCCGCGGTAAACGGAGATTTCTATGATATGTCCACCGGCATTCCGCTCGGATTGTTTATGGGGGACGGGGAACTGTTGACGGATCCGCCCAGCGGCCGGAACGCCTTTGGCATTAAGCAGGACGGAACGAGCCTGTACGGCAGTCCGAAATTAACGAAAAACGTGACGATAGGCGGAACGGTCAGCAGCCTGTCCTCTATCAACCGTCTAAGAGGGACGGACGCACTTGTCCTTTATACCGAAAAATTCAATGCCACCACGATGACCAATAATCTTGGCGACGAGGTCATTCTGGATATTGTAAGCGGCAGGGCCGCCAGCGGGGAGACCTTGACGATGAAGGTGGCTTCCGTTCTTAAGGACCAGGGGAACTCGCCGATTGGCCAAGGTCAAGTGGTTCTGTCCGCTTCGGGCTCGCAGCGGAACAAGCTTGCCGGGTTGAAGGTAGGGGATGAAGTGACGGCGAGTTTTCAGCTGGATAACGAATGGCGGGACGTCACGATGGCGATTGGCGGTACCGTGATGCTGGTCAAGGATGGCGTCGTGCAGCAGCATACCGATCCGGCTGTACACCCGAGAACGGTGGTGGGCAGCAAAGCGGACGGCTCCGTTGTGCTGTTCGAGGTTGATGGCCGCCAGCCGGGGTTCAGTGAAGGGCTTACCTACATCGAGCTTGGCGAAATGCTGCAGGAGCTTGGCGTAGTGAACGCACTGAACCTGGACGGAGGCGGTTCGGCCACCTTCGTTGCCCGCCTGCCGGGAGAAACGGAGCGCAAAGTGCTCAACTCGCCGTCGGACGGCGGGGAACGCAAAACGGCCAACGGCATTTTACTGGTGAACAAGGCGCCAGAAGGAGCAGCGAATAAACTTGTCGTTGCACCGACGCTGGAAAGAGTGCTGACTGGTTCATCCGCTACCTTCAAAACGGCGGCCGTGGATCAGAATCTGCATCCGGCGAATATGACGGAGGCCGCGGTTTGGAGCGTTGACCCAGCCTATGGGACAATCGACGCCACCGGGACGTTTAAGGCAGGCAACCAACCTGGATTGACCGAGGTATCCGTACAATCCGGTAATCTGACGGGAAAAGCCGCATTGGAAGTTGTTGATGAGCTGACCGAGCTCAAGTTCTCGGACGCGGTGAAGACCTTCTCTTCCGGCTCGACAGAGACGCTCAAGGTCACGGCGCTTCGCAATGGTCAAGTGGTACAGGCCGACAATAGCCGTTTGGAGTGGCGTACCGAAGGCGATATCGGGACGATTGACGGCAACGGAACGTTTACCGCCACGGACAAGCAGGACGTCAGCGGTAAAATCTTCGTGAAGTACGGTCAAATCGAGACCTCAATCGAAGTGAACGTCGGGCTTCCGCCGGTCATGCTCGAAGATTTCGAGAACGGCCTTAGCCGTTATAAACCGAGCGCCGGTGCGCTGTTCAAATACAGCAGGGTATCCATTGAAACCGATGACACCTATATTCGTTCCGGGAATGGCGCCTTGAAGTTGGAGTACGATTTTACCGGGACGACAGGCACCTCCGGTGCTTATCTGGAGACGACAGGCGCTGCGGACTATATCGAAATTCCGGGCTATCCGGAGAAAATCAGCATGTGGGTGTACGGGGATGGCAACACGCACTGGCTTCGTGCCCAACTGCGTGACAGCAAAGGCACAATCGGGCTCGATTTTACCGATCAGACAACCGGCGTCGACTTCAAGGGATGGAAGTATCTCGAGGCGTCCGTACCCAAAGGAAGAACCCTTCCGCTGAAGATGGACGCACCTGTACGATATATGGAAACAAATAACGCGAAAAAAGACGCTGGAGCCATCTACGTGGACGAAATTCGCGCATTGTACGGTCCGGCCAATGACGATATCGATCCACCGGTTCTGAAGAAATTCTCGCCGGCTGACGGTACGGAGATTACAGAGAACACGCCGACCATTACCGTGTATGCCGAGGATGCAGGCTATGATCCTGTCGCACACCCGGGAACGACGCTGATTGATCCGGACAAAATCCGATTCTATCTGGATGGAAGTCTGGTGCAGCATACCCTGTATCCGCCGGAAGGAAGAATCCATTACACGCCGAGTGTTCCGCTCGCCGATGGCGTTCATCAAGCAAAAGTCACCGTCCGAGATCTGTCGGGCAACCAAACGACCAAGGAATGGAACTTCATCGTAAATACCGGCTCAGCCAAGGTGGTGTACAATACGCCGGATACGATCTATGTTGGCGGCAGTTACACGCTGGATATCGGCGGTGTGAAGACATCCCAAATTCGCAGCGGCCATGTCGATTTCCAATTCGATCCCACCAAAGTGGAGAATCTGGAGCTCATACCAGGGGACAAGCTGAGTGCATCCCAGGTTAGCGCAAGCATCGACGGTACAACAGGAAAGGTAAGAGTGACTTGGAAGGACATCCATACCGCATCCCTGCAGGATACGGATTGGATCGGCCAAATCCGGTATGACGTGAAAAAGAACGCAGCCGGCAGCAGTATCATAGCGCTCACGTCCGGAGCGGTATCCTTCACCGATACGGGCAATACCGAATTTTCGTTCTATGGTCTTCCGATCGAATCGCAGATCGCAGCGCATTATGCGCTGAGCTGGAATAAGGATGGAATCGTAGAGGGATACGAAACGGTGTTCGAAGTGACCGATGCCCATGGTCAGCCTGTGGAAGGCGTCCAGATCATGGCTGACGCGGCAGCGATAGGCACAACGGATGCGGCGGGTATCCTGAAGACCGGGGCGCTGACATCCCAGGTCAAGACGTATACCGTGCAGGCCGTGAAGAACAATCAATATAGTCCGGCCTTGGAGTTTAAGGTTTCGCCGCTGGCTGGAAGTCCTACTCCGTTTAACATCAGCGTGGGCATGGGCGAAGATCCAACCACGTCGCGGATGCTGAACTGGCATACGGACCCGGCGACGGATGGGACTGTCGTGGAACTGACCAAGCGGTCCGAATTTACGGATTTCGATGCGCCGAACGTCCAGAAGTTCAATGGTGCCAGCGAGCTGTACCATACTTTGGATCTCGGCACGGTCCGCGTCCATAAAGCGACGGCGGCCGGTCTTGAGCCAGGCACAGAGTATGTGTACCGTGTCGGTGACGGCCAAGGTCATTACAGTGCCCAAGGCTCGTTTAAAACGACGGAACTCGCGGGAGATACAACGAAATTCTTGTACTTTGCGGATTCCCAGGCATCCACCGCCAAAGAGTTCGAGCTGTGGGGGAATACGATCGACAAGGCGGCAGCCGAGCATCCGGACGCCGAATTCATGGTCCATGCCGGGGATATGGTGGACAAGGGCTTCCTGGAGGAGCAGTGGAACTATTGGTTCGATGAAGCCCAGAAGCATTTCCTGAATACGACGTTAGTGTCGGCCATCGGCAACCATGAAGTGATGGGGACCAAGGAAAACGGGGACTTCCTGGCTCACTTTAACCAACCTGGCAATGGCTTGGACAGCCTGAAGGGAACCAACTTCTCTTTTGATTACAAGGATGTTCATTTCATTATGCTGAACAGCGAGTATCAGCTGGAGGATCAGAAGAAGTGGCTTCAGCAGGATCTGGCTAACAATGCTAAGGAATGGACCATCGCGATGTTCCACCGCGGGCCTTACGGCAGCATCTACGATTCCGCCGAGGTACGGAGCCTGTGGGCGCCAGTGCTGGAGGAATTCGGTGTGGATCTTGTGTTAAATGGACATGATCATATTTATATTCGTTCCTACCCGATGATGAACAACCAGATTGCCGCGGAAGGGAAGGGCACGACCTACGTCGTGGCGGGATCGTCAGGTCCAAAATTCTACTCCCACACAGAGCGGGGCTGGCATGAGGTGGTCGACGAAGAGAAGACTCAAATGTATGCCTCCGTGGAAGTGAAGGGAGACGAGCTTCATTTTGTAACCAAAACGGTTGGCGGACGCATCGTGGACGAGTTTACGCTGACGAAATCGGATACGAAGCCGGAGCCGCAGCGGATTGAAGTAACTCCAAACCAGCTGACGCTAGCTGTAGGCGAGAGTCAAAAGTTACTGGCTGCGGTGAAGCCGAGCCGAGCTGAACGAACCGTGGTGTGGTCCGTATACCATTCCGAACCGTCGAATGACGTCGTCAGCGTGTCCGCAGACGGCATCGTGACGGCTCAAGGGTTGGGCAATGCCGTCGTCAGAGCGACCAGCACGGCGGCACCGGATGTCTATACAGACGTGAGTATTACGGTAGACCGAATCCCGAACGGCAGCATCGAATCGATCCGCTTAAGCGGCAAATCCGAGCTGAAGGTCGGGGACGACGATCAGACCGTAACGGAGGCGGTATATACCGACGGCAGCCGTATCCGTTTAATCGAAGGCATTACCTATGCGAGCAGTAAGCCGGACGTAGCTTCCATTGATGAACAGGGCTCGGTACGGGCTTTGGCAGTAGGGGCGACCGTCATTTCGGCAACCTACGAAGGGTTCAAATCGGAGTACGCTTTGAGAGTAATCGCCCGTGGCGGGGGGAATCCTGATCCGGGACCGGAGCCGCCGGTAGACCCGCCCGTGCAGCCGCCGGTAACACCACCGGTTACGCCTCCAGTAACGCCGCCGGTAACGCCGCCTGTTAGACCACCGTCAGGCAGCATCACCCTATCGGCCAGCGAGCTTGCAGCTAAACTGTCGAACGGGCAAGTGATCTTGTCGGTGGACGGAAACTTTACGGATATTACGCTGCCAGGGAATGCAGCAGACATACTCAAGGATGGTTCAATCCGTCTCGAAGCGAAGAATTTGTCCCTAACGATACCGGCCGAAGTGCTTCGTCAGCTGGGCGGTCTTGCAAATGCTGGGCAGCTTGAGAATGGCGCGATAAAACTGAGTGCCTCCACGTTATCGGATGCGGAGATGAAGGAGCGAATCGCGCAAGCTGCCCGCGTCTCCGGCGCTAAGCTGACAGCAGCCGGAGCCATGCTGGAGTTCCAGCTTCAATTAACGACAGCGGATGGCAAAATTCACAGCTTAACCGAATTCGATCATTCGATCACGCTAGAACTGCCTGTATCTTCAGATGCCAATGGCAAAAGAATCTCCATGTACTATTTATCCGGCAGCGGAGAGCTGGAGTATATCGGCGGTGTAAACAAAGACGGCCGCATGGCCGCGGGAATCCGCCATTTCAGCGCTTACGGTTTGCTGGATTACGAGAAGACCTTTGCCGATGTGCCATCTTCATTCTGGGCCGCGGAGGTGATCGGCGATTTGGCTGCGAAGCAGCTCATCGAAGGCGTCAGCGCGGACCGCTTCGCACCGGCCCAGCAAGTGACCCGGGCTGAATTTGCCGCGATGCTGGTTCGTTTGCTGGATCTTAAGGCAGAAGGACCTGCGCCGTTTGCCGATGTGGATTCAAGCAAATGGTACGCCAAGGCCGTGTCAGCAGCTGCCCAGTCCGGCATCGTGAACGGAACCGGCAAAGACAGCTTTACGCCCGACGCACCTATCAAGCGCCAGGAAATGGCGGCGATGCTGGTGCGTGCTTATGCCCACGCGATGAAACAGCAGCAGGAGAGCATCAGCGCGGGAAGCGGATTTACCGATCTCGCCGAGTCCCCGGACTGGGTTCGGGAAGCGGTAGAAACCGCGCATGCCCTCGGTTTTGTTCAGGGCCATACGCCGAGCCGCTTTGAACCGGATGGCCTGACCACGCGTGCGGAAAGCGCGCAGGTCATTTATAATCTGCTGAATAAGCTGAAGTAA	MSGLTTERNQSPSREKEEFMYMLRSKKRISSLLSGVMFLSLLFPAGQAAAADPAAAASSIMDMRQMEIGPGATYTWANMQKGSGEQKVHMVEFNPSQGNLELQPGLTDGKVYGMQGVSKMASDADKAGNRVIAAVNGDFYDMSTGIPLGLFMGDGELLTDPPSGRNAFGIKQDGTSLYGSPKLTKNVTIGGTVSSLSSINRLRGTDALVLYTEKFNATTMTNNLGDEVILDIVSGRAASGETLTMKVASVLKDQGNSPIGQGQVVLSASGSQRNKLAGLKVGDEVTASFQLDNEWRDVTMAIGGTVMLVKDGVVQQHTDPAVHPRTVVGSKADGSVVLFEVDGRQPGFSEGLTYIELGEMLQELGVVNALNLDGGGSATFVARLPGETERKVLNSPSDGGERKTANGILLVNKAPEGAANKLVVAPTLERVLTGSSATFKTAAVDQNLHPANMTEAAVWSVDPAYGTIDATGTFKAGNQPGLTEVSVQSGNLTGKAALEVVDELTELKFSDAVKTFSSGSTETLKVTALRNGQVVQADNSRLEWRTEGDIGTIDGNGTFTATDKQDVSGKIFVKYGQIETSIEVNVGLPPVMLEDFENGLSRYKPSAGALFKYSRVSIETDDTYIRSGNGALKLEYDFTGTTGTSGAYLETTGAADYIEIPGYPEKISMWVYGDGNTHWLRAQLRDSKGTIGLDFTDQTTGVDFKGWKYLEASVPKGRTLPLKMDAPVRYMETNNAKKDAGAIYVDEIRALYGPANDDIDPPVLKKFSPADGTEITENTPTITVYAEDAGYDPVAHPGTTLIDPDKIRFYLDGSLVQHTLYPPEGRIHYTPSVPLADGVHQAKVTVRDLSGNQTTKEWNFIVNTGSAKVVYNTPDTIYVGGSYTLDIGGVKTSQIRSGHVDFQFDPTKVENLELIPGDKLSASQVSASIDGTTGKVRVTWKDIHTASLQDTDWIGQIRYDVKKNAAGSSIIALTSGAVSFTDTGNTEFSFYGLPIESQIAAHYALSWNKDGIVEGYETVFEVTDAHGQPVEGVQIMADAAAIGTTDAAGILKTGALTSQVKTYTVQAVKNNQYSPALEFKVSPLAGSPTPFNISVGMGEDPTTSRMLNWHTDPATDGTVVELTKRSEFTDFDAPNVQKFNGASELYHTLDLGTVRVHKATAAGLEPGTEYVYRVGDGQGHYSAQGSFKTTELAGDTTKFLYFADSQASTAKEFELWGNTIDKAAAEHPDAEFMVHAGDMVDKGFLEEQWNYWFDEAQKHFLNTTLVSAIGNHEVMGTKENGDFLAHFNQPGNGLDSLKGTNFSFDYKDVHFIMLNSEYQLEDQKKWLQQDLANNAKEWTIAMFHRGPYGSIYDSAEVRSLWAPVLEEFGVDLVLNGHDHIYIRSYPMMNNQIAAEGKGTTYVVAGSSGPKFYSHTERGWHEVVDEEKTQMYASVEVKGDELHFVTKTVGGRIVDEFTLTKSDTKPEPQRIEVTPNQLTLAVGESQKLLAAVKPSRAERTVVWSVYHSEPSNDVVSVSADGIVTAQGLGNAVVRATSTAAPDVYTDVSITVDRIPNGSIESIRLSGKSELKVGDDDQTVTEAVYTDGSRIRLIEGITYASSKPDVASIDEQGSVRALAVGATVISATYEGFKSEYALRVIARGGGNPDPGPEPPVDPPVQPPVTPPVTPPVTPPVTPPVRPPSGSITLSASELAAKLSNGQVILSVDGNFTDITLPGNAADILKDGSIRLEAKNLSLTIPAEVLRQLGGLANAGQLENGAIKLSASTLSDAEMKERIAQAARVSGAKLTAAGAMLEFQLQLTTADGKIHSLTEFDHSITLELPVSSDANGKRISMYYLSGSGELEYIGGVNKDGRMAAGIRHFSAYGLLDYEKTFADVPSSFWAAEVIGDLAAKQLIEGVSADRFAPAQQVTRAEFAAMLVRLLDLKAEGPAPFADVDSSKWYAKAVSAAAQSGIVNGTGKDSFTPDAPIKRQEMAAMLVRAYAHAMKQQQESISAGSGFTDLAESPDWVREAVETAHALGFVQGHTPSRFEPDGLTTRAESAQVIYNLLNKLK				NA	NA	NA	NA	NA
JZ016_05531	327	yqjZ_2	COG2329	putative protein YqjZ	ATGACGGAATACGCGAACACGCCGAAGCCGCCGTATTATGCCTGCATTTTTGTGTCCAAGCGTACAGAGGGTGACCGGGGTTATGGGATGATGGCCGATAAAATGGCAGAGCTCGCAGCGCAGCAGCCCGGCTATTTGGGGGTGGAGTCTGCCCGGGATGAGGGTCTCGGGATCACGGTATCGTACTGGGATTCCCTGGAGGCCATTCGTTTATGGAAGGAAAATGCCGCACATCAGGTAGCACAGGAACGGGGCAAGAACGAGTGGTATGAAAGCTTTGGCTTGCGAATTTGCAAGGTGGAGAGGGATAGCTTCTACAAGCTTTAG	MTEYANTPKPPYYACIFVSKRTEGDRGYGMMADKMAELAAQQPGYLGVESARDEGLGITVSYWDSLEAIRLWKENAAHQVAQERGKNEWYESFGLRICKVERDSFYKL	PGPT0013170_364	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
JZ016_05532	996	iolU_2	COG0673	scyllo-inositol 2-dehydrogenase (NADP(+)) IolU	ATGATGCAGAATCCGGGCAAGATCAGATGGGGAATTATGGGGACAGGCTGGATTGCGGAGCAGTTTGCAGCCGATCTGGCGTATGTGGAGAACGCTCAGTTTGTGGCCGTAGGCTCACGTACGGCGAGCAGTGCAGGTGAGTTTGCGTCCAAATATGATATACCGCGCGCTTATGGCAGTTACGAGGAACTCGTGAAGGATCCCGATATTGACGTTGTGTACATAGCGACTCCGCATCCGCTGCACCGGGATCATGCCTTAATGTGTCTTCAGGCCGGCAAAGCCGTCCTGTGCGAGAAACCCTTTACGATTAACGGGGATGAACTGGAGGAATTAATGGCGGCTGCACGGGAGCAGAAGCTGTTCCTGATGGAGGCCATGTGGACGCGTTTCCTTACGCCGATCCGGCAGGTGCGCGAATGGCTGAACGATGGACTTATCGGCGACGTTCGGCTCGTGAAGGCCGATTTTGGTTTTCGGAGCGGCTGGAATCCGCAGGGCCGTTTGCTGAATTTGGAGCTTGGCGGCGGCGCGCTGCTGGATGCGGGTATTTATCCGGTATCGTTTGCATCCATGATTTTCGGAACCGAGCCGGAGAAGATATGGAGTACCGCGCATATCGGCGAAACGGGCGTCGATGAGCAGTTCTCGGTTATTCTATCTTATGAATCCGGGAAGACCGCTTCATTAAACGGGGCGATCCGCCTAGGATTGACGAATGAAGCTTATATTTATGGTACAAACGGGTATATTCACATTCCGTCCTTCCTGAATGCAACATCCGCTTCGCTTCATGTTGATGGCGAGGAACCGGTGGTTGTTACGGATGATCGTCAGGAAAAAGGGTATAGCTTCGAGGCTTACGAAGTGGGGCAGTGTCTGCTGGAAGGGCGGCTGGAGAGCGACGTGATGCCGCTTGATGAGTCGCTTGCGATTATGAGGCTGCTGGATCAGATCCGGGGGCAGTGGGGCCTGAAGTATCCTTCGGAAGGTTAA	MMQNPGKIRWGIMGTGWIAEQFAADLAYVENAQFVAVGSRTASSAGEFASKYDIPRAYGSYEELVKDPDIDVVYIATPHPLHRDHALMCLQAGKAVLCEKPFTINGDELEELMAAAREQKLFLMEAMWTRFLTPIRQVREWLNDGLIGDVRLVKADFGFRSGWNPQGRLLNLELGGGALLDAGIYPVSFASMIFGTEPEKIWSTAHIGETGVDEQFSVILSYESGKTASLNGAIRLGLTNEAYIYGTNGYIHIPSFLNATSASLHVDGEEPVVVTDDRQEKGYSFEAYEVGQCLLEGRLESDVMPLDESLAIMRLLDQIRGQWGLKYPSEG				NA	NA	NA	NA	NA
JZ016_05533	4098	cpdA_5		3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA	ATGATTACTCATCAGTACAAAAGGCTATTATCCATGCTGTTATCCGCAGCGTTAGTGTTTGGATTATTTGCAGGGGTCGGATCCTTATCCACTGTTGAAGCAGCAACGCAGGATCAGCCTGATATCTTACTTCAGCGCAATGCGGAGTGGAAGTATTTTGATCAGGGCCAAGATTTAACAACCGTATGGCGTTCCACCTACGATGATTCCTCATGGGAATCCGGATTCGCTCCTTTTGGTTATAAAGATAACGGAAGCGGCATAGCAACCACGGAGTTTGGTCCGCTGGGCACCATAGTAGACTATGGTACGGATAAAAAGCTCAAGCACCGAACGACGTATTTCCGAACGAATCTTCAAGTCAATAAGGACCAAATTGACGGTTACGGCCAGATTCTCGGCACGTTCGGCATTGATGACGGCGCCGTGCTCTACGTCAATGGTCATGAAGTAAGACGCATGGGCATGCCGGAAGGCGAAATCACGTACGACATGAAGGCGACCTCGAGCAAGGACCTACCCGTTATATATGGGGACGTGGACCTGACCGAGCCGCTGAAAACATATTTGCAGGACGGCAATAACGAAATTGCGGTCGAGATCCATCAGCAGAGCGACAGCAGCTCGGATCTATATTTCGATATGGAGCTTACCGCGTTAGCGCAGGCACCGCCACTTGATATTTCCAAGGTTACGGTAACCTTCCATGGAGACGCGACCAGCGCGAAAGGCTTTACCTGGTATACGCCGCTGGGTTCTTCCCAAAGCGATGTCCAGGTTGTGGAGAATCGCGGGGCCGCGCCAGACTTCAGTCAGGCGCTAGCATTTAGCGGCCGTACTTCCGTCTCCTCGAATTCTCCGGGAGAGCATGTACATAAAGCGGAAGCGACAGGTTTAATGGCGGATACCTCCTATTATTTCAGAGTTGGGGACCAGAGCCTGAATGTGTGGAGCGAGGTTGGTACCTTTCAGACGGCACCTATTAGCGGCGCCTTCACGTTTATTGATCTGACGGATACGCAAGCCAAGGAAGAGGACGAGGCGATGCTGTCGGCAGCTACCTTGTCCAAAGCACTTGCCACTATTCCAGATGCTAAATTCGTTGTCCATAACGGAGATGTAGTGGAGAACGGCACATCGGAGCAGGAATGGAACTGGCTGCTGGGCCATTCACAATCCAGCCTTTTGAATACAACAATTGCCCCGTCCGCAGGGAATCACGAGAATAAGAACTACGCCTTCTACGAGCATTTTAATGTGAAGCAGCCAGGCAACGCTGCTACGATTACTGGCGCATACTACTCTTATGACTACAGCAATGCGCATTTCATCGTACTTAACTCCAATGAGAATTCGTCCGAGTACGCAAATTTCTCTGCAGAGCAAGTCGCGTGGATGAAGCAGGATGTGGAGCAAGCGAAAGCTGCCGGCGCAGACTGGATTATCGTCAATATCCATAAAGGGCCGTATACAACTTCGAATCACGCAACCGACAGCGACATCATTGGCGCGAACGGAGTAAGAAATAAAATTGCTCCACTGATGAACGAGCTGGGAATTGATATGGTGCTGCAGGGCCATGATCACATCTATGCGCGGACAAAGCCGATCAAGAGCGACGGAACCGCCGAGGATTTCACGAAAATTACCGAGACGCTTAATGGGCAGAACATCGAATATGCAGTTAAGCCGGATGGAACCATCTACATGATTCCGGCCACCGCAGGAGCCAAGGTTTATTTCAAGAACCAGAAGCCGGAGCTGGGTGATTCATATTTCAATTTGTTTGAGCGCGCGGAAGAGAACCACGCCCGCCAGTACGGTAATACAACCAGCCTTGCCAGAGGCCAGGTTCAGAACTTTGTCGGGTTTACGATCGACGGTGGCAAGCTGACAGCTGTGACGTATGAAATCGATCAGAATCAGCACAACGCGCAGCCGTTTATCGTGGATCAGTTTGGAATCATGAAAGAGACGAAGCCGGATCCTGTTCAGGAAAAAGTGAGCAAAGTGACGGTTACGTTCCACGGTGATACCAAAACATCCAAGGGTTTCACCTGGTATACATCCCAGCAGGTGACAGGCAGTGACCTTCAGATCGTGGAGAAGTCTGCTGTCGCTCCTGACTTTACGAATGGGATCACGTTCCAAGGACGTTCGGCTGCCTCTACTAATTCAGCAGCAGAACTCGTGCATAAAGCCGAAGCAACGAAACTCAAGCCCAATACGTCCTACGATTTCCGCGTAGGGGATGCAGCGCTTGGGGTTTGGAGTGAGACGGGAACCTTCCGGACTGCACCGGAGAGCGGAGCGTTCACGTTCATTGATTTGGCTGATACGCAGGCGAAGGCAGAAGATGAAGCAGTGCTTTCATCCGAGACATTTGCCAAGGCGCTGGCTACCGTGCCGGAAGCGCAATTCGTCGTCCATAACGGCGATATTGTAGACAAGGGCATCAAGGAAGAACAGTGGAATTGGCTATTAGGTCATTCGCAGGAAAGCTTGCTCCGTACGACGCTGGTGCCATCTGCAGGTAACCATGAGGATGAAAACTACGCTTTCATCGAGCATTTCAATGTACAGCAGCCGGATAATTCGGCAACCGAGACCGGAGCGTACTACTCATACGATTACAGCAACGCGCATTTCGTTGTATTGAATTCCAATGAGGACTCGGATGTATACGATAATTTCTCTGTCGAGCAGGTGGAATGGCTCAAACAAGATGTGCAGAAGGCTAAAAAAGCCGGAGCGGAGTGGGTGATCGTCAATATTCATAAAGGTCCGTACACCACGTCGAATCATGCCACGGACTCTGATATTATGGGTGCTAATGGCGTCCGCTCCAAGATTGCTCCGATAATGGCAGAGCTCGGCATTGATTTTGTATTGCAGGGTCATGATCATATTTATGCCCGTACCAAACCGATCAAGGCTGACGGCAAAGCGGCAGAGCCAGAGAAGATAACGGAGATGCTAAACGGTGAGAAGCTGGAATACTCGGTGAATCCTGACGGTACAATCTATTTGATTCCGGCAACTGCAGGACCGAAAGTTTATTATAAGAATCCGAACGAGAAGCTTGGAGATGCATACTACGGACTGTTTGAACGCGCGGAAGAAAATCATGCGGCCAAATACGGACCGGATCCGAGCGATAACCGGCGTCCGAAACGCAGCCAGGTCCAAAATTTCGTTGGTATTACGATCGATGGCGGTAAGCTGACCGCGGTCAGCTATGAAATTGATCAGAACCTCAATGGTGCACAGCCATTTATCATTGATCAATTCGGTATCGTGAAGAAGGATGTTCAAACGCCAAATCCCGATCCAGGAACTCCAGGTCCGGGACCAGGTCCAGAAACACCGAATCCGGGTCCTGGCACATCCAATCCAGGATCAGGAAGCAACTCTGGTTCAGGCAATAATCCTGGTTCCGGCTCAGGATCAGGCTCGGAGAACGGTTCAGGTGCCGGGAATGGAACGAACCCGGGTAACGGATCGGAAACAGGTTCTCAGCCTGGAAGCAACCCCGGTACGGATTCGGGTAATGGGAATCCACCGGCGCTGAAGGATACTGCAGGGCACTGGGCCAAATCAGCCATCGATAAGGCCGTGGCAGCAGGCTTTGTCAACGGGTATGGGGACGGAACCTTCAGGCCAAATCAACAGGTTACGCGGGCTGAATTCATGGCTATGCTGGGCCGCGCGCTGCATCTGACCGAAGGCGGGACTAAGCTTATGTTCACGGACGCAGGCAAGATTCCTTCGTGGGCCAAGGATGCTGTAGCGCAAGGCGTGGCAGCAGGCATCATCAGTGGTTACAAGGATGGCTCCTTCGGTCCGCATAAGCCGCTGAACCGGGCCGAGCTGGTAGCGATGATCGTTCGTGCCAGCGGAATTAATTCCGACTCGGAAGCAAAATTGACCTTTAAAGATACGAAGGAAGTTCCGAAGTGGGCTGCGCCGTATATTGCGACTGCGGTTGATGCAGGACTCGTGGGCGGTGTGGGTAACAATCGCTTCGCACCACAGCAATTCGCAACACGAGCGGAAGCCGTGACGCTGATTATCCGACTTCTTGAATACGTGAACTGA	MITHQYKRLLSMLLSAALVFGLFAGVGSLSTVEAATQDQPDILLQRNAEWKYFDQGQDLTTVWRSTYDDSSWESGFAPFGYKDNGSGIATTEFGPLGTIVDYGTDKKLKHRTTYFRTNLQVNKDQIDGYGQILGTFGIDDGAVLYVNGHEVRRMGMPEGEITYDMKATSSKDLPVIYGDVDLTEPLKTYLQDGNNEIAVEIHQQSDSSSDLYFDMELTALAQAPPLDISKVTVTFHGDATSAKGFTWYTPLGSSQSDVQVVENRGAAPDFSQALAFSGRTSVSSNSPGEHVHKAEATGLMADTSYYFRVGDQSLNVWSEVGTFQTAPISGAFTFIDLTDTQAKEEDEAMLSAATLSKALATIPDAKFVVHNGDVVENGTSEQEWNWLLGHSQSSLLNTTIAPSAGNHENKNYAFYEHFNVKQPGNAATITGAYYSYDYSNAHFIVLNSNENSSEYANFSAEQVAWMKQDVEQAKAAGADWIIVNIHKGPYTTSNHATDSDIIGANGVRNKIAPLMNELGIDMVLQGHDHIYARTKPIKSDGTAEDFTKITETLNGQNIEYAVKPDGTIYMIPATAGAKVYFKNQKPELGDSYFNLFERAEENHARQYGNTTSLARGQVQNFVGFTIDGGKLTAVTYEIDQNQHNAQPFIVDQFGIMKETKPDPVQEKVSKVTVTFHGDTKTSKGFTWYTSQQVTGSDLQIVEKSAVAPDFTNGITFQGRSAASTNSAAELVHKAEATKLKPNTSYDFRVGDAALGVWSETGTFRTAPESGAFTFIDLADTQAKAEDEAVLSSETFAKALATVPEAQFVVHNGDIVDKGIKEEQWNWLLGHSQESLLRTTLVPSAGNHEDENYAFIEHFNVQQPDNSATETGAYYSYDYSNAHFVVLNSNEDSDVYDNFSVEQVEWLKQDVQKAKKAGAEWVIVNIHKGPYTTSNHATDSDIMGANGVRSKIAPIMAELGIDFVLQGHDHIYARTKPIKADGKAAEPEKITEMLNGEKLEYSVNPDGTIYLIPATAGPKVYYKNPNEKLGDAYYGLFERAEENHAAKYGPDPSDNRRPKRSQVQNFVGITIDGGKLTAVSYEIDQNLNGAQPFIIDQFGIVKKDVQTPNPDPGTPGPGPGPETPNPGPGTSNPGSGSNSGSGNNPGSGSGSGSENGSGAGNGTNPGNGSETGSQPGSNPGTDSGNGNPPALKDTAGHWAKSAIDKAVAAGFVNGYGDGTFRPNQQVTRAEFMAMLGRALHLTEGGTKLMFTDAGKIPSWAKDAVAQGVAAGIISGYKDGSFGPHKPLNRAELVAMIVRASGINSDSEAKLTFKDTKEVPKWAAPYIATAVDAGLVGGVGNNRFAPQQFATRAEAVTLIIRLLEYVN				NA	NA	NA	NA	NA
JZ016_05534	2937			hypothetical protein	ATGATAATCAAAAGGCGTGTCTATCGAAGTAAGTCGATCCTATCCGTGACGCTGGCATTAGCCGTGATGTTCAGCTCGGCTGTTTCTGCTTGGGGTTATTCCGTTGATGATTACGCAAGCACCGGAGAACCAAGGGCGGTCGTTATGGAAGATTTTGAATCGGTATCAAATTTGTCCGCATCCTCTGCAAGGGGGAAGGCCCAGCTGGATATAGTGGGGAGGCCGGAGCCAATCTATTACGGGCATCACGCTGCAGCTCTAACTTATGATTTTGTGGGCAGCGAATCCGGCACCTCGGCAGCATATCTCAACTTCAAAGACCCGGACGGTTCTACCGGCAGAAGCGTCCCCGGTTCACCGACTGCCCTCGGTTTATGGGTTTACGGCGATGGCGGGAACCATTGGCTCCGGGCCCAGCTTCAGGATTCCTCCGGCGGCAAGCATGCCGTGGATTTAACGTCTACCTCCGGTTTTAGCTGGAAGGGATGGAAATACGTCAAATTTAACGTTCCCTCTACCATCAAGGCTCCTCTCAAAGTGAATCAAATCTATATCACCGAATTAAAAGATACGAATAAAAACAAAGGCACCGTATACTTCGACAGGCTGTCCGCATTCTATACGGGTTCCCAGGTGTACGGGCTCGACATTGGCGGGCTGACGCCCATGGGCGTTGGAGAAACGGTGAAACCCCAAGTATATGCAACCTATGAAGGACAAACGGAACCTGCATTATTAACAACCGGCGTGAAACTCACCAGCAGTGACGACAACATCGCTACGGTGACAGGCGCTACATACGACACCATTGAAGCATTGGCGCCGGGAACGGTAACCATAACGGCTGAATACGGAGATGCGCCAAAATCTCAGTATGAGCTTCATATTACGCAGGATGTGCCAGCCCCTGGAGAATTGCTGTTATCCGGGCCGCAGCATATGGAGACCAGTCTTACCGGAAAAATGAGAACCAGCGTGGTTTACTCCGTCTACGGAAACCAGACGGATCCTGTATGGCTGACTGAAGGAATTAGTTATGCAAGCGATCAACCGGGCGTTGTATCGGTAGATCAAGCTGGTCAATTGACCGCAGTTTCTGCGGGAACGGCAGGCATTACAGCAATGTACCGCGGAGTAACCGCACAGCATGCCATTACGGTGACGGACCCGGTTCCGGTTCTGCAGAGCATCGAACTTCAAGGTCTTACAGCGGTTACGGTTGGAGACTCCTTCGAGACGGCGGTGTCCGCAACCTACTCCTGGATGGAGGAGCCGGTGATCATAACGGAAGGTGTTACGTTTACCAGCAGTCATCCGGATGTAGCCGCTGTCGACGATAAAGGAGTGGTATCCGGCTTGAAAATAGGTTCTGCTAGAGTAACAGCCACATTCCAAGGAAAGACCAGCTCACTCTACATTACGGTGAATAAAGCCGCCGAGCATCCGAAAACCGAGATGAGAGCCGCCTGGATTGCAACCGTCGACAATATTGACTGGCCCGCCAAAGGAGTCGCCGATCCGGATCTGCAGAAACAGCAGTTTATCAGCCTGCTTGATCAGCTGGAGGATGCGGGGATGAACGCGGTCATTATGCAGATCAAGCCGACGGCGGATGCATTCTACCCGTCCAACTACGGGCCATGGTCAGAATGGCTGACGGGAGTTCAGGGCAAGGATCCAGGGTACGATCCGCTGGCATTCCTGCTGGAGGAAGTCCACAAGCGGAACATGGAGTTTCATGCCTGGTTTAATCCATACCGCATCAGTCTTCAAGGAGATGTCAACAAACTTGTGGCAGACCACCCGGCCAGGCAGCATCCGGAGTGGGTCGAAGTTTATGGCGGCAAGCTGTATTTCAACCCGGGGATACCGGAGGCACAGCAGTTTATCATCGACGGGATTATGGAGGTCGTTCGGAATTACGACATCGACGCCGTGCATTTTGACGATTACTTCTACCCGTATCCCGTAACCGGCGTGGATTTCCCGGATACGGACACCTTTAACCAGTACAAAGGCTCTTTTACGAATAAGGGCGATTGGAGAAGAAATAACGTCAATCAATTCATTCAGAAGGTGAACGAAGCTATCAAGGCCGAGAAGAGCTACGTGAAATTCGGCATCAGCCCGTTTGGTATCTGGAAAAATAAATCCAGCGATCCGACCGGCTCTGAAACCAATGGTCTCGAGAGTTACAATGCCATCTATGCCGACTCGAAGAAATGGGTTGAAGAAGAGTGGATCGATTATATCACGCCTCAGATTTATTGGAATATCGGTTATTCCGCTGCCGCTTACGATAAGCTGATCGATTGGTGGAGTGGGATTGTGTCCGGCAAGAATGTTCATCTATACAGCGGACAAGCCGTATACAAAATCGGGTCGAATGCCGATTGGTCCAATCCCGAAGAGATGCCGAACCAGATCCATTACAACCGCAACTTTGAGGAAGTCCGGGGCAGCATGTACTTCAGTTCCAAATGGTTTAAGGATAATGCGCTCGGATTTACCGACAGACTGAAGAACGATCTGTATCGATATCCGGCATTGATCCCGGCGATGCCTTGGATCGATTCTGAAGCGCCGACAGCGCCCAAGAAGCCCAAGGCTGATCACGAGCAGGATGATGTGAAGCTAAGCTGGAAGTCGACAGATGACGAGACGTATTATGCGGTCTATCGTTTTGATGGCAGAGGCGCCGGCAGTGTTCAAGATCCGTCGCATTTGTTAGGAACTCTCCGAAAAACCGACGATAAGACGCAATTCTTTGTTGATCATACCGCAGCGGGGGGACAAACTTACACGTATGTTGTGACGGCTGTCGATCGTCTGCATAACGAGAGTGCCGCAAGCAAACCGGTCACGGTGAAAGTGAAACATCATGGTAAGCCTGGGAAGCCTCCGGTGAACCCACCGGGGAAACCGAACAAACCGTGA	MIIKRRVYRSKSILSVTLALAVMFSSAVSAWGYSVDDYASTGEPRAVVMEDFESVSNLSASSARGKAQLDIVGRPEPIYYGHHAAALTYDFVGSESGTSAAYLNFKDPDGSTGRSVPGSPTALGLWVYGDGGNHWLRAQLQDSSGGKHAVDLTSTSGFSWKGWKYVKFNVPSTIKAPLKVNQIYITELKDTNKNKGTVYFDRLSAFYTGSQVYGLDIGGLTPMGVGETVKPQVYATYEGQTEPALLTTGVKLTSSDDNIATVTGATYDTIEALAPGTVTITAEYGDAPKSQYELHITQDVPAPGELLLSGPQHMETSLTGKMRTSVVYSVYGNQTDPVWLTEGISYASDQPGVVSVDQAGQLTAVSAGTAGITAMYRGVTAQHAITVTDPVPVLQSIELQGLTAVTVGDSFETAVSATYSWMEEPVIITEGVTFTSSHPDVAAVDDKGVVSGLKIGSARVTATFQGKTSSLYITVNKAAEHPKTEMRAAWIATVDNIDWPAKGVADPDLQKQQFISLLDQLEDAGMNAVIMQIKPTADAFYPSNYGPWSEWLTGVQGKDPGYDPLAFLLEEVHKRNMEFHAWFNPYRISLQGDVNKLVADHPARQHPEWVEVYGGKLYFNPGIPEAQQFIIDGIMEVVRNYDIDAVHFDDYFYPYPVTGVDFPDTDTFNQYKGSFTNKGDWRRNNVNQFIQKVNEAIKAEKSYVKFGISPFGIWKNKSSDPTGSETNGLESYNAIYADSKKWVEEEWIDYITPQIYWNIGYSAAAYDKLIDWWSGIVSGKNVHLYSGQAVYKIGSNADWSNPEEMPNQIHYNRNFEEVRGSMYFSSKWFKDNALGFTDRLKNDLYRYPALIPAMPWIDSEAPTAPKKPKADHEQDDVKLSWKSTDDETYYAVYRFDGRGAGSVQDPSHLLGTLRKTDDKTQFFVDHTAAGGQTYTYVVTAVDRLHNESAASKPVTVKVKHHGKPGKPPVNPPGKPNKP				NA	NA	NA	NA	NA
JZ016_05535	639			hypothetical protein	ATGTTCAAGAAATTAGGAATGGCATTGGTTTACGCCGCCATAGGTGGTCTTGTGTATTTTTATGGAGATACCATATTGGTCTGGATTCGATCGACAGACAGTATGACGCTGATCATGTTCATGGCTGTCATCATGGCCTTGTTTCCGGTGATCCCTTATCCGGTGGTAGGAGGCGTAATCGGTGCCGCCCTCGGGCCGGTTATCGGTGGAATCGTCAATTGGGTCGGCTCTACCGCTGCTTCCATCCTCATGTTTATATTCATCCGATACGGGTTTCAGGAATGGGGCGACCGGGTGCTTTACCGTTATAACAGGCTGGGAAAAGTGACAACGATGTTCGAACGGAACGCCTTTATGACCATCCTGTTTACCCGGTTGATCCCGTTTATTCCTTCCATTGTCATCAATGTGTACGCGGCTCTCAGCAAGGTAACGTTCGCATCTTACAGCATCGCGTCCGCGCTAGGCAAGATCCCTGCCATGCTGCTGTTCTCGATGGTAGGCGATCATCTGATGACCGACCCTTCCCACATCATGATAACCATTGGGGTATACGGCGTATTTCTCGCGATAACCCTGCTGGTTTACCGGTTGTCAGGCTTTGGCCGTTCGGGAAGAACGGAGGGCAAACGGTTATAA	MFKKLGMALVYAAIGGLVYFYGDTILVWIRSTDSMTLIMFMAVIMALFPVIPYPVVGGVIGAALGPVIGGIVNWVGSTAASILMFIFIRYGFQEWGDRVLYRYNRLGKVTTMFERNAFMTILFTRLIPFIPSIVINVYAALSKVTFASYSIASALGKIPAMLLFSMVGDHLMTDPSHIMITIGVYGVFLAITLLVYRLSGFGRSGRTEGKRL				NA	NA	NA	NA	NA
JZ016_05536	1677			hypothetical protein	ATGAATGAACCGACAAGACTGCACCGGCTGTTCATCCTGTTCCCGCTCGTAGGCAGCGTAAAATCACTCATTCCCATCGCCGCTCTCGTATCCATCAAATTCCTTAACGGAAAATCGCTGCGCGATATCCCCTGGTATTGGCTGTCCGCCGTCATCGTCATCCTGGTCTCGCTTCTGCTTCTGTACGGGTATCTGAAGTGGAAACGCTTCGTCTATACGTTAGAAGAGGACAAAATCCTCATCCGTCGCGGCGTTCTGTTTCGTGAGGAGTTGTCCATCTATACAGGCCGCATTCATTCCATGAATTTGGAGCAGCCTTTGTTGCAGCGAATACTGGGACTCACCCAGGTCCGAATCGAAACGCCGGGCAAAACGGAAGGCGGCGGCATACTGCCTGCCATCACCAATAGCGAAGGCGAACGGCTGCAGCGCTGGCTGCGCGAGCAAACCCGAACAAGGCAGACGGAACGGGAGGTTCGCCAAGCTCATGAAAGTTCCGACCCATCCGATCAGGGCTTTCCCGCTCCGAGCGAGAGGGCAGCTGTTCAAGCGTCGGAAACCCGAGAGAATCACGAATCCATTCAACCGTCGAATCAGAACATGGCATACGGAAGCGATCCATTGACGGGTTCCGATTTCGGCGCTACTGCCGGGAGAGATACCGCAGACGATCCTGGGACGGCAGAGGAAGAACGCAGCACGCTGCTCCAGCTATCCTCGGGACGCCTGCTCATTGCCGCGCTCTCCTCGCCCAACCTGTCTCTGGCTTTAGCCTTTGTAGGCGGTATTTTATCTTTTGCCGATGACCTGCTCCCGGATCAAATGTACCAATCGCTGTTTCAATCGGCAGGGAAGCTGCTGCCCGGGAGCTGGATCAGCATTGCCGCTGTGGCGCTCATCATATCCTGGCTGCTCTCCGCCGTGCTCTACACGATCAAATATGCGGGATTTACCGTCGAGCGCATCGGGAAACAAATCTCGGTCAGCTGCGGTCTGCTGGAGAGAAAAAGACTGCTCTTCTCTCCCGAACGAGTGCTGGCCATTACCGTGAAAGAAGGCGTATTCCGGCGCTGGTTCGGTTACGCTGAAGTGAAGGTTCATGTGCTTACGTCCGAGTCCGACAAGCATTTCATGCTTCATCCTCTACTGAAGACCGTAGATATTCCAGCGCTGCTGGATCGGGTCACGCCTCAATTCAGCGCTCAGCCTATTACCGCTTCGCCGCCGCCCCGCGCAAAATGGATGTACCTGCGGTGGAAGCTGGCTTTTGCCACGATCGTTAGCGGCGCATGCATTTGGTATTTTGACAAACTCGGTTTGTTATCGCTTCTGCTCCTCCCGCTCTCGTTAGCTTGGGGACTCCTTTCGCACCGGGATTCCGGACTTAATGTAACGGACAAACAGCTGACGATCCGCAGCCGTTTCATTGCGATGTCCACCAGGTATATACGCCGGCCGCAGATTATCGCCATGGAGGTCAGCGGTACCCGCAGACAGCGAAGAATAGGACTCCTGTCTCTGCAGGTGAAGATGATATTCAGCGAGATCAATGAAAGCTTAAACGGCATGGATCAGCGAGAGATCGAGGCGGTTCGGGCTTGGTTCCAAAAGAAAAAGGGCGAGACCTCCGCATCTGCAGAACGAAGTGGTCCCGCCTCATCCATTGAGCAATTATAA	MNEPTRLHRLFILFPLVGSVKSLIPIAALVSIKFLNGKSLRDIPWYWLSAVIVILVSLLLLYGYLKWKRFVYTLEEDKILIRRGVLFREELSIYTGRIHSMNLEQPLLQRILGLTQVRIETPGKTEGGGILPAITNSEGERLQRWLREQTRTRQTEREVRQAHESSDPSDQGFPAPSERAAVQASETRENHESIQPSNQNMAYGSDPLTGSDFGATAGRDTADDPGTAEEERSTLLQLSSGRLLIAALSSPNLSLALAFVGGILSFADDLLPDQMYQSLFQSAGKLLPGSWISIAAVALIISWLLSAVLYTIKYAGFTVERIGKQISVSCGLLERKRLLFSPERVLAITVKEGVFRRWFGYAEVKVHVLTSESDKHFMLHPLLKTVDIPALLDRVTPQFSAQPITASPPPRAKWMYLRWKLAFATIVSGACIWYFDKLGLLSLLLLPLSLAWGLLSHRDSGLNVTDKQLTIRSRFIAMSTRYIRRPQIIAMEVSGTRRQRRIGLLSLQVKMIFSEINESLNGMDQREIEAVRAWFQKKKGETSASAERSGPASSIEQL				NA	NA	NA	NA	NA
JZ016_05537	483			hypothetical protein	ATGGACAATCGGCTTGACGATATGCGCAGATGTCACCCGGATTCCGTAACGATCTCCCGCATCACGGGTTTCATTACGGATGGAGTGATCCTGCTCGCTGCTGCAGCTTATCTGATCATCGCCGCTATATTCGGGTGGACCCTGATACCGGGCTGGATCACCATCGGACTGCTGGTCCTCGGAGCCTGGTTTACTTGGGCCGTGCCCTCTTTCACCTACAAACAATTCGGCTTCAAGGTAAGCGAGGAAGAGTTGGAGCTTCGCTCCGGCTGGATCTGGCTCAGTGACACCCTTGTCCCGATGACGCGTGTACAGCATGTGGAGCTTGAGCGGGGGCCGCTCCTTCGTAAATATGGTCTAGCCAAGGTAAAGGTCGTTACCGCCGCAACGACTCATGTTATTCAGGCGCTCAAGCTGGAAGAGGCAGAGGAACTGAAAAAACAGATCGGCGAGCTGGCCAAAGTGGTGGATCACGATGAATGA	MDNRLDDMRRCHPDSVTISRITGFITDGVILLAAAAYLIIAAIFGWTLIPGWITIGLLVLGAWFTWAVPSFTYKQFGFKVSEEELELRSGWIWLSDTLVPMTRVQHVELERGPLLRKYGLAKVKVVTAATTHVIQALKLEEAEELKKQIGELAKVVDHDE				NA	NA	NA	NA	NA
JZ016_05538	951			hypothetical protein	ATGAAAATAGACCGGCTATTAGCCATAACCGTCCTGCTTCTGAACCGGGGGAGACTGAGCGCCAAGGAGTTGGCCGATCGGTTTGAAGTATCAAGCAAAACCATATATCGCGACATGGATACGCTATGCCAAGCCGGAATCCCGATTGTGGCCCACCAGGGAATATCCGGCGGGTTTGAAATTATGGAGCATTATATGATTGACAAGTACTGGCTGTCCGCCGAGGAGATGAGTGCGCTGGTTACAGCGGTTAAAGGGATGAGCAGTGCACTGGAGGATCAGCAGATGGGCATGCTGCTTGAGAAGGTAAAATCGCTGCTGCATAGGGTAGAGCAGGGGCTTGGCGATGAATATCGAAGGGAACCGGTGATCATGGACTTTCAGCCTTGGGGACAGCGTCAAGGACTGAAACCCGCCGTGGGCCTGCTCAAAAAGGCTATTCAAGAAAAGCGCCGGGTCGTGATGGAATATATCGATAGCCGGGGCAACGTGGAGCGAAGAACCATTGAACCGGCATCCCTGATTCTGAAGGGCAATATTTGGTATGTACAAGCCTTTTGCCTGGAGCGGGAAGACTTTCGAATCTTTCGGTTATCGCGCATGCAGCATATCAAGATGCTGGATGAGACTTCGGAGACAAGAATGATACCGAGCATGGAACGCTTGGAATGGGTTTCCTCTTGGTCAAGCGCGCTGGAGCAGGAGACGGTGCTGCTATTCGAAGCTGCCGCGCGTCAGCGGGTGGCGGATATTTTTCCGCCGGAACGAGTAACCGTCAACCCGGACGGCTCTTTACGCGTTCGAGTGTTATACAAATTGGATGAGTGGTTTTACAGCATGATACTAAGCTTTGGGGATCAGGTGCTGATTGAACAGCCGGGCGAAGCGGCGGAGGAAGTGAAACGTAGAGCGCAATTGATTATGCAGCGATACGATAACCAGGACAGATAG	MKIDRLLAITVLLLNRGRLSAKELADRFEVSSKTIYRDMDTLCQAGIPIVAHQGISGGFEIMEHYMIDKYWLSAEEMSALVTAVKGMSSALEDQQMGMLLEKVKSLLHRVEQGLGDEYRREPVIMDFQPWGQRQGLKPAVGLLKKAIQEKRRVVMEYIDSRGNVERRTIEPASLILKGNIWYVQAFCLEREDFRIFRLSRMQHIKMLDETSETRMIPSMERLEWVSSWSSALEQETVLLFEAAARQRVADIFPPERVTVNPDGSLRVRVLYKLDEWFYSMILSFGDQVLIEQPGEAAEEVKRRAQLIMQRYDNQDR				NA	NA	NA	NA	NA
JZ016_05539	513			hypothetical protein	ATGAGTCATAGTCAACAGCAGAATCAAAGTGAACGATGGGTCGAGACTAGATCCGCCATGTTCATTCAGGGTGTCGGCGTTCGAACGACGAACGAAGCGGAGGCAGGACCGCAAGGCAAAATACCGCAGTTATGGGACCGGTATTTCCAAAGCGGTATACAGACGCAATTATCTGATAAGGATCAAGCCATCTATGCGTTGTACACGGATTACGAGAGCGATGCATCCGGGGCGTACACCTTCATTATCGGCAACAGGATGGATGAAGCTGTGGCAGTTGCGGCTTCTACGGAGGAGCTGCAGCAGGCGTCCGTCCCGGCAGCTAAGTACATGGTATTTCGGACAAGACGCGGCCCTTTGATGGAAGTCGTTCCGCAGGTGTGGCATGAAATTTGGAGTTATTTCCAGCAATCAGCCGATAAAAGGACGTATACCGGGGATTACGAACGCTATGACATGCAGGAGTTTGATCCAGCGAATATTGTGGTGGACGTATATATTGCGATTGAATAG	MSHSQQQNQSERWVETRSAMFIQGVGVRTTNEAEAGPQGKIPQLWDRYFQSGIQTQLSDKDQAIYALYTDYESDASGAYTFIIGNRMDEAVAVAASTEELQQASVPAAKYMVFRTRRGPLMEVVPQVWHEIWSYFQQSADKRTYTGDYERYDMQEFDPANIVVDVYIAIE				NA	NA	NA	NA	NA
JZ016_05540	486			hypothetical protein	ATGCCTCTTCGTATCACGGCCATGACCGAAACGTACGCCGATCAAATTATGCAATGGAGCTATGAACCTCCCTATGACTTCTACAATAACGAGCCGGATGAGGAGTTTCGGAAAGAACTTCTGGAGTGTTCGTATTACGCCATACTGGACGAGGAAGGGCAGCTCTTCGGCTTTTGCTGTACAGGCTCATCAGCCCAAATTCCGATCGCAATCCCGTTAGGTGCATATGGCGAGGATTTGCTGGATTTGGGACTTGGCATGAAACCGGAATCGACCGGACAAGGTCGGGGAAAAGAGTTCCTCTCGTTCGTGCTGGCATCCATCGCTGAATTTCACAATCGCCAATCGTTTCGGCTGACCGTTGCCAAATTCAATGAACGAGCCATTCGCTTGTATACCCATTTGGGCTTCTCGGAAGTTGCAACGTTTGATTATGGCGGCACTACGTTCATTACGATGATCAAGAAGCCGGGCTCCGGATTGTAA	MPLRITAMTETYADQIMQWSYEPPYDFYNNEPDEEFRKELLECSYYAILDEEGQLFGFCCTGSSAQIPIAIPLGAYGEDLLDLGLGMKPESTGQGRGKEFLSFVLASIAEFHNRQSFRLTVAKFNERAIRLYTHLGFSEVATFDYGGTTFITMIKKPGSGL				NA	NA	NA	NA	NA
JZ016_05541	825	araQ_48	COG0395	L-arabinose transport system permease protein AraQ	ATGGCTGTCAGGCTGCGAGTGATCATACCGCATTTGGTCCTTCTTCTATTCGCTGTGATCTTTCTGTTTCCATTCGTATGGCTGGTGATGACCTCGTTGAAGACGCCGGAAGAGATACTCGAGTTCCCGCCGAGCATCTTCCCGGAGACGTTTCAGTGGTCCAATTATAAAGAGGCGCTTTCAGCTATTCCCTTTACCCGCTACATGATGAACACGTTTCTGATTTGTATGGTGAATATCATCGGTCAGCTATTCTCTGCACCGCTGGTAGCCTACTCGATTTCCCGCATTCCTTGGAAGGGCCGGAACATCATCTTTACCATCGTGGTGGCGACCATGATACTACCGGCGCAAGTGCAGATGATTCCGCAGTACATCATCTTCACCAAGCTCGGGTGGGTCAATACGATCATGCCGCTTACCATCGGCGCATTCTTCGGGGCACCGTTCTTCATCTTTTTGCTTCGGCAGTTCCTGCTTGGCGTACCGACCGAATTGTCCGAGGCAGCAAAGATCGATGGGGCTTCGGAGCTGCGAATATATGTCAAGATCATCATGCCGATCCTGAAACCGGCATTGGCCACCGTCGCTTTGTTTTCTTTTGTCTGGTCGTACGTGGATTTCATGGGCCCGCTCATTTATTTGAACGATTCAGCAAAATGGACCATCACCGTCGGCCTGCAAAGCTTTCAACAGGACCACGGGGCGCAGTGGGAAAAACTGATGGCGGCTTCCACCATCATGGCGATTCCCATGATCCTGATCTATTTCTTCGGACAGAAGTATTTCATGAAATCGGGATCGGCACTAACCGGGTTCAAATAA	MAVRLRVIIPHLVLLLFAVIFLFPFVWLVMTSLKTPEEILEFPPSIFPETFQWSNYKEALSAIPFTRYMMNTFLICMVNIIGQLFSAPLVAYSISRIPWKGRNIIFTIVVATMILPAQVQMIPQYIIFTKLGWVNTIMPLTIGAFFGAPFFIFLLRQFLLGVPTELSEAAKIDGASELRIYVKIIMPILKPALATVALFSFVWSYVDFMGPLIYLNDSAKWTITVGLQSFQQDHGAQWEKLMAASTIMAIPMILIYFFGQKYFMKSGSALTGFK	PGPT0016540_8445	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05542	954	lacF_17		Lactose transport system permease protein LacF	ATGAAGGTCACCACAGCAGCCAATCAACGAAAACGCGTATCAGGCTGGTCCCGGAAGGAGCGTCATTATGTATTCCTTGGCCTGGCGTTCGCTTCTCCTTGGATTATCGGCTTTCTGGCTTTTACGGTCTACCCGTTCTTCGGTTCGCTCTACCTGAGTCTGACCGAATACGATTTATTCAGCCCTCCCAAGTGGGTAGGGCTTCAGAATTACAAGTTAATCTTTGCGGATGACCGCTTTTATAAGTCGCTCGGTAACACCTTTTTCATGGCGTTCATATCCGTGCCGATCACGCTGGCGGTCTCTCTGCTGATTGCCATGATGCTCAATTTCAAAGTGAAAGGAATCAATTATTACCGCACCATCTTCTACCTTCCATCCGTCATACCCATCGTTGCAAGCGCTCTCTTGTGGACATGGATGCTGAACCCCGACTTCGGTTTGGTTAACATGGCACTTCGCACCCTGGGTTTAACGGACCCGGCGTGGCTGCTTGATCCCCGCTATACGAAACCGTCTCTTATCCTGATGAGCCTATGGGGATCAGGTGCAGGCGCATTAATCTTCCTGGCCGCCCTTCAGGGCGTGCCGAGGCAATATTATGAAGCGGCTCAGGTAGACGGAGCGAACTGGTGGTACCGGTTCTGGAAGATTACGGTCCCTGCCCTGTCCCCCATCATTCTTTTTCAGCTCATCATGGGGTTGATCGGCGCCTTTCAAATCTTTACGGAGTCTTATATTCTGGCCGGAGGCAAGGTGGATGGAAGCGGCTCTTTGGGCGGGCCGGAGCAATCGCTGCTGTTCTACGCGGTCAATTTGTACCAGGAAGCCTTTGTCTTTCTGAAGATGGGTTATGCCTCGGCACTCGCCTGGATTCTGTTTATCATTGTGCTGCTGATTACGTTCATCCTGTTAAAAACGTCAGGCCGCTGGGTCTATTACGGAGGTGATTAA	MKVTTAANQRKRVSGWSRKERHYVFLGLAFASPWIIGFLAFTVYPFFGSLYLSLTEYDLFSPPKWVGLQNYKLIFADDRFYKSLGNTFFMAFISVPITLAVSLLIAMMLNFKVKGINYYRTIFYLPSVIPIVASALLWTWMLNPDFGLVNMALRTLGLTDPAWLLDPRYTKPSLILMSLWGSGAGALIFLAALQGVPRQYYEAAQVDGANWWYRFWKITVPALSPIILFQLIMGLIGAFQIFTESYILAGGKVDGSGSLGGPEQSLLFYAVNLYQEAFVFLKMGYASALAWILFIIVLLITFILLKTSGRWVYYGGD	PGPT0016535_2500	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05543	1308			hypothetical protein	ATGAGTAAGAAGAAACATTGGATCTGGAGCCTTATTCTATTGTTCTCTATCGCAACAGGATGCTCAGGCGGCAATGCGCCGCAATCAGGCAGTGATGGTGACAAGCCATCCGATACTCCACCTGCACAGGATGCCGTAACGCTCGACTTCTGGTACGGATGGACCGGACCGGAAGCGGAAGCATTGGAACGATTGATTGCCAAGTGGAACTCGGCCAATCCCGACATTCAAGTAAAGGGGCTGTCCCAAAGCGACTATCAGAAACAGCTTACCGCGATTACCGGGGGCAATCCTCCGGACATCGCATCCCAATTTGGACAAAATGTCGTGCCGTGGGGGCTGCGCGGCGCCATGATGCCGCTCGATGATTATATAACGAAGGACGGCTTGGATCTTAAGGACTTCGTGCCGGCTGCCCTAAGTACGTCCCAGCATGAAGGCAAGACGTATGCAATCCCGACCGCCATGCACGTATCCATGCTGTTCTACAACAAGGATATATTGCAGGAAGCCGGCTATGACGGTCCACCGGAAACCATAAGCGAGCTTAAAGAATACATCAAAAAGCTGAGCATCGTCGAGGATGGCGGGCGCCTCCAGCGGCTCGGATTGTGGCCCGGAATGGATGCGTATACGTTCAGCTATGCCTTCAACGGATCGTTTTATGATGAAGCGACGCAGCAGGTGACCCCGGACCATCCCGGGATCCAATCGGCCATTAAGCTCTCGAAGGAGATCTGGGATCAATACAGTTCCGATAATCTGGATCGATTCTCTTCCGGACTTGGCCAATACATGTCGGCACAGAATCCGTTCTTCTCGGGCAAGTATGCGATGACGATTGACGGAGAATGGCTGCCCACCTTCATCAAACAATACGCGCCTGATCTGAATTATGGCATTGCCCCGATTCCTTATGATGAGAACAACCCGGAATTTAAAAACTCCGGAAATGTGACTACCAGCGTATTCTATATCCCGAAAGGCGTCAAAAACCCGGAAGCTTCCTGGAAATTCATCAAATGGATGACCGAGCCGGAGCAAATGGCCGAATTTACGGCTGCCCTTGGGAATCTCCCGACGAGGAACTCTGCCTTCTCCAATCCACTCTATGAGGATGTGCCCGGGTTCAAGGAATTCCTGGACTATTCGGGAAGCGAGAACCTGAAGTCCTTCCCGGCTTCTTCCTACGCGAATGAGTACATGACGGAATTCAGCGCGCAATATGATGCTATTCTCCGAGGTACCGTCAGCATGGAGGAAGGCTTGGACAAGGTAAAAGCAAAGATTCAGCCGCTGGTGAAATGA	MSKKKHWIWSLILLFSIATGCSGGNAPQSGSDGDKPSDTPPAQDAVTLDFWYGWTGPEAEALERLIAKWNSANPDIQVKGLSQSDYQKQLTAITGGNPPDIASQFGQNVVPWGLRGAMMPLDDYITKDGLDLKDFVPAALSTSQHEGKTYAIPTAMHVSMLFYNKDILQEAGYDGPPETISELKEYIKKLSIVEDGGRLQRLGLWPGMDAYTFSYAFNGSFYDEATQQVTPDHPGIQSAIKLSKEIWDQYSSDNLDRFSSGLGQYMSAQNPFFSGKYAMTIDGEWLPTFIKQYAPDLNYGIAPIPYDENNPEFKNSGNVTTSVFYIPKGVKNPEASWKFIKWMTEPEQMAEFTAALGNLPTRNSAFSNPLYEDVPGFKEFLDYSGSENLKSFPASSYANEYMTEFSAQYDAILRGTVSMEEGLDKVKAKIQPLVK	PGPT0016545_5780	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05544	933	rhaS_27		HTH-type transcriptional activator RhaS	TTGAGTATTTATTGGAGTCAGGTGGATCTTGAAGAACTAACTGGATCAGGTGTCGTTTATTTTAACTCAAAGATGGAAATGTTGGAAGGTCTTCCGTGCAAAATGTATAAATTGACCTATCAACAGAGCTTATGGACGCATTGTCATGATTATTTTCAGATTTGGTATGTGGCGAAAGGGGGATTCCAACACACCGTCAATCAACAGGCGTACGAGATCTCCAAAGGCGATATTTTTGTTATACCTCCATTTACCTTGCACAGTGTCAGCATTTCACCCGAAGAGGACATCGAGATTTACGGATGCGAATTTATGCCTGCCTTCGTGAACGAGAGATTTCAGGAAATGCCAACAGATCATGCTTTTTTCGATGTGGCGTTCCTGGAATACTTTTTGCGCAAGGAAATGAACGCCCAGGCCAAAATAACGCTGGACACCGTTACCGACGTAACGGTCCAAAATGCCTTGAAGGACATGCTGATTGAATACGAGAGACGTACCCCTTTTTTTCAAATAGCGCTCAAGGCGAAGCTGCTTATCCTCCTCTCGATTCTGGTACGGCAGGTCAACGGTGAACTGCTCAGAGAAGGATTCGAGAAATCAGAGAAATACCGGGGAATCATGACAAGAGTCGTTGATCACATCCATAACCACTACCAGGAAGATATGAATATAAATGATCTATGCACCCTATCGAATTTATCGAGGTCCACGTTCTGCATCCTCTTCAAAGAATGGACAGGCAAAACATTCAACCGGTATCTCACCGACCTGCGGATTCTACAAGCCATGATGATGCTGAAGCAGCCGGAGTTAACCGTCACGGATGTTTGCTACTCCACCGGTTTTAATGAACTCTCCTATTTTTGCAGAATCTTCAAAAAATACACGGGCATCTCCCCCACCGACTTTCGTAAACAAGCGATCAAATAG	MSIYWSQVDLEELTGSGVVYFNSKMEMLEGLPCKMYKLTYQQSLWTHCHDYFQIWYVAKGGFQHTVNQQAYEISKGDIFVIPPFTLHSVSISPEEDIEIYGCEFMPAFVNERFQEMPTDHAFFDVAFLEYFLRKEMNAQAKITLDTVTDVTVQNALKDMLIEYERRTPFFQIALKAKLLILLSILVRQVNGELLREGFEKSEKYRGIMTRVVDHIHNHYQEDMNINDLCTLSNLSRSTFCILFKEWTGKTFNRYLTDLRILQAMMMLKQPELTVTDVCYSTGFNELSYFCRIFKKYTGISPTDFRKQAIK				NA	NA	NA	NA	NA
JZ016_05545	1158			hypothetical protein	TTGATCGTGGTCGTATCTCATTTTTTTCAGGTGTTTGCACCGTCTGTTTTTGAGGGGAGGAAGGAGATCGAGCATTTCGCTTTCGAGGGGATTGCCGCGCGAACACCGTTCAATCTGCTGTTTAACGGCAACTTCTCGGTCTGTCTGTTTTTTGTGTTGAGCGGATATGTGCTCAGCTATCGATTTTTTCAAACCCGGGACAGGCTCGTCATTTATTCGTCTGCCATTCGCCGCTATTTTCGTTTGGCCGTACCCGCCTTGGTGTCCGTTTTGCTTGCTTATCTGATTCTCGTTCTGGATCTCGGAGCGTACGACAATATACGCGGAGTGACGTTATCTTCGATGCCGGATCCGTTTGCTGCTGACGCCAATCTGTTGGTCATGCTGAAGGAAAGCCTGTTTCATACCTTTTTCACGTATGGATCGCAATACAATCCCGTGCTTTGGACGATGACCTACGAGCTGTTTGGATCATTTCTGATTTTTGTTATTCTAGTAACTTGTGGCCGTCATGGGATTCGTTATGCCGTTTATGCCGTCCTTATCTGCGTATTCATCGATTCCTATTACCTGGGATTTATATTGGGCATGCTGCTCAGCGATGTAAAGAATAGCGGGAGGGACTGGCTGGCATCTATCCATCGGCCCTGGATCCATATCCTGCTTCTCTGTATCGGTATTTACACAGGCTCCTATCCCTATGTCGCACCGCAAGGAACGATTTATTCGCTTCTTCAATGGGGAGCTTCCGATTTTAATTTCTTTGTGTTCTATCATGTTATCGGATCCTTCCTCATCCTAGGGGTCCTGTTGAATTCGAACCGAATGCAGTCGATATTCAGCCACAGGTTTTTTGCTTATTTGGGTAAAGTCTCTTTTTCGTTGTACCTTGTGCACTTCACCGTTATTTGTTCCCTAGGGAGCTTTATATTTCTGTTTCTTAGCCCGCTTCTAACCTATGGCTCCAACGTGCTGCTTACAACGATCATCACGTTCCTGGTTATCGCTGTCACGGCCCATGGGTTCTACAGGCTGATTGATGCCCGGATATTGCTCTGGTTAACGCGGTGGAACAAGCGGCTGTTCTCTGCTCAGAAATTAAGGGGACAGGGACATAGTGGGCAAGTACAAACGGACCAGACCATGAAGGCCGATTAA	MIVVVSHFFQVFAPSVFEGRKEIEHFAFEGIAARTPFNLLFNGNFSVCLFFVLSGYVLSYRFFQTRDRLVIYSSAIRRYFRLAVPALVSVLLAYLILVLDLGAYDNIRGVTLSSMPDPFAADANLLVMLKESLFHTFFTYGSQYNPVLWTMTYELFGSFLIFVILVTCGRHGIRYAVYAVLICVFIDSYYLGFILGMLLSDVKNSGRDWLASIHRPWIHILLLCIGIYTGSYPYVAPQGTIYSLLQWGASDFNFFVFYHVIGSFLILGVLLNSNRMQSIFSHRFFAYLGKVSFSLYLVHFTVICSLGSFIFLFLSPLLTYGSNVLLTTIITFLVIAVTAHGFYRLIDARILLWLTRWNKRLFSAQKLRGQGHSGQVQTDQTMKAD				NA	NA	NA	NA	NA
JZ016_05546	2268	rhaR_52		HTH-type transcriptional activator RhaR	GTGAATTGGATCAGACATAAAAGCCGCAGTGTATTCTTTAAAATTTTTCTGAGCTTTCTGGCCATCATCGTGTTATTCGGATTGTTCTATACGGTCATTTTCCAACTCTTTAAGACCAGCCTGCAGAAAGAAATCATCGATACCAGCCAGCAGGCGGTTCACGATACGGCAGAGCGGTTCAACAACCAATTCAGCAGATTGCAGGTATTAATGTTCGATATATACAATCAATCCGAATTAATCGGCTTCAATAATCAGCTTCGCCACCAGGCCGGAAACGAAGTCAATTACTTGAAGGCTCGAGATGTGATGCTGCAGATGAGGAGCGATATCTATAATCCGTTGTTCTTTCTGGAGGATACCCTGATTTATCTCCGGGAGTTTGATTTTGTACTGAGCAAATCCGGAAGCGGCGATGCTTCCTATATGTTCAATCGTTCCTATGCAAGCCCGAGGTATCCATATTCGTTCTGGAGCAGCTACGAGGGCCATCAGGAATCCTTCAAACTTCTCCCTGCGGCAACTTATCAAATCAACAACGATTTGTCCGAGAAAACACTGATGCCTTTTGTCTACAAGCAGCCGGACAGTCCTTATGAGGTCATTGCCCTTATCGATATCGACAAGGCCGCTCAGTCCTTCTTCGGCGAATCCGATGATCGTGCACTCGCCATTCTGAATGACGAAGGCCAAGTGCTCTATATGCTGGGCTCCATGAACCAAGATCAGCTGCCGACGTTTGAAGCCGGACAGAAGGCCGTGCTCAAAGAGGGAACCTACTATTTTGCCGAAGCCGGGTCCGACGGACTGACCTATGTCTCGGCTGTGCCTTACAGCCATGTCTCTTCGCAGCTCAGCCGGTTGACCGGCGGTTTGCTGCTCATCTTCTGCCTGTCGCTTGGCGTGGCCCTTGCCGCTTCCTTTTTCCTGAGTCGCAGATTGCACAAGCCGGTGAAGCAGATTTTAACAACCGTGCTGAACAGAGCCAACAGTTCATCCATGCCGGAATCCGGAAGCATCACCGAATACGATCTGATCCAGAACCGGATTCAAGAGCTGTTCCGGGAGAAGGAAGAAATACGGGAGCGCATGAACAAGCATAAATCCGTTCTAACCAGTTACTCTTATATCAGTCAGCTGAAGAGCATCAATACCGATATTAGCGAGTGGGAGGATTTCCTGTCGGATGATGGAAGCTTCATCGTGGTTCTGTATCACATCCGTTTCCGGATGAATCCGGTTTATGAGCTCCCCCTCCAGACCGATCAGGCGGTCCGCCATATACTGGAACATATTCATCTGATCACGGCAGAACGCTATCCGGGATCCCACACGTTCCAGATCGAAAAGAATGAGATCGTATCCATCTTTAAACGGGAGGAAGCCGCCCGCCTGGAGGAACTGCTGCAGGAAATCAAGGACATGTTAAATGAGGAAAAGGAATTGTTCCTTGTCACCATCGCCGTCAGTTCCCAAGTGAGCCACTCGTCCGAATTCAATCAAGCCTACCATCAGGTCAAAGGACTGACCGCACAGGCACATCTCTTGGAGGAATCACAGGTGGTAACCAAGCAGCGGGTCCTTCCAAACACTGTCAACCTAAGCCCGTCTCAGGAAAAAGGACTGCTTGACGCGCTGCAATCCGGCAGCGACAGCCGTTCCTTGCAAATCATCGATCAGGCGCTCGGGGCCATGCAGCGCAAGGAGGCCGGCATCTCGCAATTCCGTTTCTTCGCCGATTCGGTCGCTTCCAAGATTCTAAGTTATATGGAGACGGCCCAGATTGACAAAACATCTGTCCAATCCTTAAAGCAGTGGAGCGCAAGATTGGCAGAATGCCATTGCTTAACAGATTACCAGGGGGTATTCCGCCAGCTCGTCGAAGCCTCCTGCGCCCTCATTCGCAAGAAAAAGGATACTGGCGAAGAGCCGCTCATCGCCATGTTCATGAACATTATCCATAACCAGTATGCCGATGATCTGTCTCTCGACTATCTGTCAGCCAAGCTGAACCTGTCGAGCGCCTACCTCTCCGTCTATATCAAGGAGAAGACGGGTCTTAACTTCAGCGACCATCTGCTTGGCATCCGTATGAACAAAGCAAAGGAACTGCTGGCATGCACGGACTTGACCGTCAATGAGATCAGCCAACGTGTCGGCTATCTCAACATTACCTCCTTCAACCGGACGTTCAAGAAGGCCGTCGGCATGACGCCGGGCGCCTACCGCAGGCAGCATGTGGTGCAGACCCATGCCAGCGGATCATGA	MNWIRHKSRSVFFKIFLSFLAIIVLFGLFYTVIFQLFKTSLQKEIIDTSQQAVHDTAERFNNQFSRLQVLMFDIYNQSELIGFNNQLRHQAGNEVNYLKARDVMLQMRSDIYNPLFFLEDTLIYLREFDFVLSKSGSGDASYMFNRSYASPRYPYSFWSSYEGHQESFKLLPAATYQINNDLSEKTLMPFVYKQPDSPYEVIALIDIDKAAQSFFGESDDRALAILNDEGQVLYMLGSMNQDQLPTFEAGQKAVLKEGTYYFAEAGSDGLTYVSAVPYSHVSSQLSRLTGGLLLIFCLSLGVALAASFFLSRRLHKPVKQILTTVLNRANSSSMPESGSITEYDLIQNRIQELFREKEEIRERMNKHKSVLTSYSYISQLKSINTDISEWEDFLSDDGSFIVVLYHIRFRMNPVYELPLQTDQAVRHILEHIHLITAERYPGSHTFQIEKNEIVSIFKREEAARLEELLQEIKDMLNEEKELFLVTIAVSSQVSHSSEFNQAYHQVKGLTAQAHLLEESQVVTKQRVLPNTVNLSPSQEKGLLDALQSGSDSRSLQIIDQALGAMQRKEAGISQFRFFADSVASKILSYMETAQIDKTSVQSLKQWSARLAECHCLTDYQGVFRQLVEASCALIRKKKDTGEEPLIAMFMNIIHNQYADDLSLDYLSAKLNLSSAYLSVYIKEKTGLNFSDHLLGIRMNKAKELLACTDLTVNEISQRVGYLNITSFNRTFKKAVGMTPGAYRRQHVVQTHASGS				NA	NA	NA	NA	NA
JZ016_05547	894	yteP_61	COG4209	putative multiple-sugar transport system permease YteP	ATGATGCAGGTTCGCAGAAACTGGCAGCTGTACGCTTTATTTGCACCAGTTCTGTTATACTTCATTGTATTTCATTATGTACCCATGTATGGCGTCCAGATTGCATTTAAGGATTTTATTGCGAACAAAGGGATCATGGATAGTCCATGGGTAGGCTTCAAGCATTTTGAACGCTTTTTTGACAGCTTTTATTTTTGGCGCATTATCAAAAACACGATGGGCATCGGGTTATATGAGCTGGCGGTCGGATTTCCGATTCCGATTATCCTGGCATTGATGATCAATGAAGCCAGATCGGGCCGGTTCCGCCGATTTGTACAAACCGTAACTTATGCACCCCATTTCTTATCTACGGTGGTCGTCGTCGGCATGATCATGATGTTCCTGTCGCCGGTCAGCGGCCTGGTCAATTCGATTATCACCTCCTTCGGCGGAGAGCCGATCGCCTTCATGACGGAGCCCTCCTGGTTCAAGAGCATCTACGTATGGTCCGGCGTATGGCAGGGTATGGGCTGGAGCTCTATTATCTACTTGGCGGCACTCGCCGGGATTGATCCGCAGCTGCATGAGGCGGCCAAGGTGGATGGAGCAGGCTGGTTCCGGCGAATATGGCATATCAATCTGCCGGGCATTGCTCCAACGATGACCATTCTGCTGATTCTGAACATCGGTTCCGTTCTGGGCGTCGGCTTCGAGAAGATCTTCCTGATGCAAAATTCACTCAATATGGAAGCGTCTGACGTCATTGCTACGAATGTATACCGGAGTGGTATACTGGGTGCCCAGTACAGCTTCTCGGCTGCGGTTGGCCTGTTTAACTCCGTTGTAAACTTCATCCTGCTGATTACCGTAAACCGGATCGCCCGAAAAGTCAGCGAGAACAGCCTATGGTAA	MMQVRRNWQLYALFAPVLLYFIVFHYVPMYGVQIAFKDFIANKGIMDSPWVGFKHFERFFDSFYFWRIIKNTMGIGLYELAVGFPIPIILALMINEARSGRFRRFVQTVTYAPHFLSTVVVVGMIMMFLSPVSGLVNSIITSFGGEPIAFMTEPSWFKSIYVWSGVWQGMGWSSIIYLAALAGIDPQLHEAAKVDGAGWFRRIWHINLPGIAPTMTILLILNIGSVLGVGFEKIFLMQNSLNMEASDVIATNVYRSGILGAQYSFSAAVGLFNSVVNFILLITVNRIARKVSENSLW	PGPT0017250_652	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05548	882	melC_19	COG0395	Melibiose/raffinose/stachyose import permease protein MelC	ATGCCGCAAAGCCGAAGTGAACGAATAGCCGGAGTATTTATTTACATTATACTATCTTTTATCACGCTCCTTGTACTGTATCCTTTATTTTTTGTTCTTATTGCTTCCATTAGTGCACCAGAAACGGTCATGCGAGGGGAAGTATGGCTCTGGCCCAAGGAGCTGTCATTTGTCGGATATGAGCGGTTGTTTGCCAATTCGGAGCTTGTGCGAGGATTTCTGAACACCTTGCTCTATACCACGACGGGAACGGCGCTGAATGTTCTGATGACCATTGCGGCAGCCTATCCGCTCTCCAGGGTTGATTTCAAGGGTCGACATGTATTTACACTCATCATTGTCTTTACTATGTTCTTCAGCGGTGGAATGATCCCCAATTACTTGCTGGTGAAGGAACTGGGAATGCTGGATACGATTTGGGCTATCATTATTCCTTCGGCCGTATCCGTGTGGAACATTATCATCATGCGGACCTTCTTCCAGAGTTCCATTCCGAAGGAAATGCAGGAGGCAGCGTTCATTGATGGGGCGTCCAATATGCGGGTACTGCTGCGGATTGTGCTGCCGTTATCCGGACCGATATTGGCCGTGATGGTGCTGTTCTACGCTGTAGGTCACTGGAATTCGTATTTCAGCGCGCTGATCTACTTATCTGATCGTGCTAATTATCCGATGCAGCTGTTCCTGCGCGAGATTCTGGTACAGGGACAGATGCAGGAGATGGTGGATATCAGCGATGATTCACTGGCGCGAAGTCTGATGGACGCGGAAGCCATCAAATATGCGGCGGTCATTGTGACGAATCTGCCGATGCTGCTGCTGTACCCGTTCCTGCAAAAGTATTTTGTGAAGGGCGTTATGATTGGTGCAATTAAAGGTTGA	MPQSRSERIAGVFIYIILSFITLLVLYPLFFVLIASISAPETVMRGEVWLWPKELSFVGYERLFANSELVRGFLNTLLYTTTGTALNVLMTIAAAYPLSRVDFKGRHVFTLIIVFTMFFSGGMIPNYLLVKELGMLDTIWAIIIPSAVSVWNIIIMRTFFQSSIPKEMQEAAFIDGASNMRVLLRIVLPLSGPILAVMVLFYAVGHWNSYFSALIYLSDRANYPMQLFLREILVQGQMQEMVDISDDSLARSLMDAEAIKYAAVIVTNLPMLLLYPFLQKYFVKGVMIGAIKG	PGPT0017255_2077	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05549	1620	lipO_19	COG1653	Lipoprotein LipO	ATGGTGATGAGAAAATGGACTTCACTTACATTGGCAGCTGTACTGGCAGCCGGATTGCTGGCAGGCTGCGGTAGTAAAAGCGGGGAAAGTGCAACGGATAAAGGTGAGACGCCGCAAGCCAATTTTAACGAGACCGGCATGCCGATTGTGAACGAACCCCTCGATCTGACGTTCTTCACGGGCAAGTCGCCATCAAACGGGAGCAAATTCGAGGAAACGCTCGTATGGAAAACCTATCAAGAGATGTCCAATGTGAATGTGACCTGGAACCTCATTCCATTCGATACCCTGACCGAGAAGCGGAATTTAGCGCTGGCAGGTGGAGATTATCCGGATGTATTCTACTCCGCAAGGGTCAGCTCCGCAGAGTTAACCCGTTATGGGGAGCAAGGAGTATTTATACCGCTGAATGATCTGATCGATAAATACGCACCGAATTTCAAAAAGCTGATGGAAGAGTACCCGGATATTCGAAAAGGGCTGACGATGCCGGACGGCAACATTTATTCCCTGCCATCTTTCTACGATCCTGCGCTGCTCTCCATGTTGATTGGTACACCGATTTGGATTAATCAGGAGTGGCTGGATCAGCTCGGGATGAAAGAGCCGCAGACGACAGAAGAATTCTATGCGTATTTGAAGGCGGTAAAAGAAACCGATCTAAACGGTAACGGAAAGCATGATGAGATTCCTTTCGCTTCAGCAGGCATTACCGGAATCATCGATCACTTGAAAGGATCTTGGGGACTTGGCACAAGCGGACTTGGCCATAAATTGGTGGACATAGATCCGGACACTGGGAAACTGCGCTTCACCAAAGCTTTGCCGGAGTATAAGGAAATGCTCCAGTTCGTAAACAAGCTGCACCAGGAAGGACTGCTCGATAAAGAGATCTTCACGATTGAGGGCGGCGCATTGAATGCCAAAGGGCAGGAGGGCCTGCTCGGTGCTACAATTGTGCCGAATCCGGAGATGGTGATGGGTCGCAAAGAATACATCGGCCTCGGGGCGCTTAAGGGACCGCATGGTGATCAGCTTTACTCCCACGTCAAAGTGCCGATGGTTCACGTAGGTGCATTTGCGATTACCGATAAGAACCCGAATCCGGAAGCAACGATCCGCTGGATGGATTACTTCTACGGGGATGAGGGCGCCCAGTTCTATTTCATGGGTAAAGAAGGCGAGACATTTACGAAGAACGCTGACGGTCAGCTGGAGTATGTGAAGGAGATTACGGAGAATCCAAATGGATTAACGCAGGATCAGGCGTTGGCCAAGTATTTCACTTGGCTGGGGGGCAGCTATCCTGGCTTTGTGCGGGAGAAATGGTTTAAAGCCTCGGAGACACGACCTAACGCCATGGCCGCAGCCGAAAAGGCAGAGCCGTATGCCGTGAAGGAGATTCTGTACAACTTTAACTTTACATTGGAGGAAACGGAGGTCATGACCTCGATTGGTAAAGATATCGAGGATTACGTTAAGGAAATGGAAGCGAAATTCGTGAACGGCTCGGCCTCGTTCAGCCAATGGGATGAGTATGTGAATACACTTAACAAGATGGGATTGGACCGATACATGGAGGTTTACCAAGCCGCTTATGAGCGCTACCAGGCGGAGTAA	MVMRKWTSLTLAAVLAAGLLAGCGSKSGESATDKGETPQANFNETGMPIVNEPLDLTFFTGKSPSNGSKFEETLVWKTYQEMSNVNVTWNLIPFDTLTEKRNLALAGGDYPDVFYSARVSSAELTRYGEQGVFIPLNDLIDKYAPNFKKLMEEYPDIRKGLTMPDGNIYSLPSFYDPALLSMLIGTPIWINQEWLDQLGMKEPQTTEEFYAYLKAVKETDLNGNGKHDEIPFASAGITGIIDHLKGSWGLGTSGLGHKLVDIDPDTGKLRFTKALPEYKEMLQFVNKLHQEGLLDKEIFTIEGGALNAKGQEGLLGATIVPNPEMVMGRKEYIGLGALKGPHGDQLYSHVKVPMVHVGAFAITDKNPNPEATIRWMDYFYGDEGAQFYFMGKEGETFTKNADGQLEYVKEITENPNGLTQDQALAKYFTWLGGSYPGFVREKWFKASETRPNAMAAAEKAEPYAVKEILYNFNFTLEETEVMTSIGKDIEDYVKEMEAKFVNGSASFSQWDEYVNTLNKMGLDRYMEVYQAAYERYQAE	PGPT0017245_1653	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05550	5109			hypothetical protein	TTGAAGCATAAAAGCATGAAAGTAGTCTCGCTGTTGATGGCGGCGGAAATCACGATGGCCTCTTTATTTTCGGCAGGCACCGTGATGGCTGAAGAGGGACAGGAGATACTCCAGACGGCCAGCGCGGAAACAGCATCCCAAGATGCAGCTATCGATATCGCTGCCGTTGATTTCGGCATTACCGATAAGATCTTTCCGGATGCGCATGCAGAAGAGTCATACACGGTGACAGTTGATGTGTATGGTGGACAAGCGCCCTATACCTTCTCGGCGACGGGTCTACCGGCAGGCTTGGACATTACGCCCGATACAGGATTCATTACGGGTACGCCTGCTGCTGGACAAGAGGGCGAATATACGGTTGAGGTAACGGTGCAGGATAGCGCACCCGTACCTGCGACCGCTCAGTCGCTTGTGAAATTGCAAGTATTGGGGAAACGCCCAGATCCGGTGGCTGACAAGCTGGCCATGAGGATGATCGGTCATTATTCGGTAGGTACCTCCAATAAGGATGGCGGCGTGGCGGAAATTGTAAAATACAACAAAGATAATGGAAAGCTCTATCTAGTCAATGGTTCAACCCAGCCGGCAAGTCTCGAAATCGTGTCTCTTGGCGCTGACGGCAGCTTGCTGAAGGACAAGCAGATTAATGTGGAAGACTTGGCAAGCAAGGACGGTTTTCTGTATGGGGACCTGACCAGCGTGGATATCAACACCAAGACGAAGCAGGTTGTGGTCGCTGTACAGGAGCAGGATCATACGAAAGCTGGTAAGGTCCTGGTGCTCGACTATGACGGCGGTTTGATCGGATCTTTTGAAACCGGCATCCAGCCGGACATGGTCAAGTATACGTCCGATGGCCGTTATATCCTGACGGCGGATGAAGGCGAGCCTCGTACGGAGACCGCTCCTGATCCGGAAGGAAGCATTACGATTATCGACACCTTATCAGGCGAAGCAAGTCATCTGAAATTTGATGACCCGTCGATCATTGACGATCAGGTGCATATTCGCGGACCTGTGGAAGCGGACGGGCAAATTCGCAGCACCGGAACCAAAGCTGAAGCGATTCGTGATCTGGAACCCGAGTACATCTCGTTGTCCGAGGATGAGCTCACGGCTTATGTCGCCTTGCAGGAGAATAATGCAATCGCCGTGGTCGATATCGCCGCGAAGCGTATCCAATCGGTCAAAGGGCTCGGGTATAAAGATTTCAATCAACCAGAGAACCAACTCGACCTCCTGAAGGATGGACAAATCAAGTTTGAGAACGTTCCTTTTTACGGCATGTATATGCCGGACGGAATTGCGACCTACAGCGAGAACGGACAGCAGTATATCCTGTCTGCGAACGAAGGGGATGCTACCGGCTGGGATGACCGAAGCAATGAAAGCAACATTGGCAAAATGAAGCCTAGTCTGGATCCGTTATCTCCGGCAGCTCAATTTTTGGCTGACAAGGGAACCACCTATGACAAGGTTGAAGTTGCCGGCGATATGGGCACTGAAGGGCTATATCTGTATGGAGGTCGTTCATTCTCCATCTGGAATGCAGCCGACATGTCCCAGGTGTACGACAGCGGCAGTGATTTTGAGAAGATTACGGCCGAGCGCTTGCCGAATCATTTCAATGCCAGCAATGATAAAACCGATCTGGACAGCCGCAGCGCCAAGAAAGGACCTGAGCCGGAATATGTTGCCGTGGGTAAGGTCGGACAGAAAACGCTGGCTTTTGTCGGACTTGAGCGCATTGGCGGGGTTATGACGTATGATGTCACGAATCCATCCGATCCTGCGTTTCTGAACTATATCAACACACGGGATTTTAACGGCGGGATAGAGTCGGATTCCGGCCCGGAGGGACTGGACTTTATTCCGGCCGCGGACAGCAAGACAGGACGGCCGCTGCTGCTGGTCGCTAATGAGGTCAGTGGAACGGTGGCCCTGCTGGAGCTCCAGGTAACCAAGATTACGCTGGACAAGACATCGCTTAAGCTGAGTCCAGGCGGCACACCGGAACTATTGCAGGCGAGCGTGGAGCCGATCCAAGGCGGTTCAACCGAGCTGGCTTGGAGTTCCTCCAACGAAATGGTGGCTGCGGTAGACCAGAACGGCCTGGTCACGCCGATCTCCGCAGGGGAAGCGGTGATTACCGTCCTGAGCAAGGATGGCTACGGATCAGCGGTAGTGCCGGTTAAGGTAACGGACGGTTCAGTGGATGGAGAACCGTGGAAGTTAACGGTGATGCATACCAACGATACCCATGCGCATCTGGCGGAAGTGGCCAGACGGGCTACGCTGGTTCAGGAGGTCCGCAGCGAAGGCGGGAACAGCCTGCTGCTGGATGCAGGGGATGTATTCTCCGGCGATCTGTATTTCACCAAATGGTTTGGGCTGGCGGATCTGGCCTTCATGAACTATATGGGTTATGACGCGATGACGTTCGGTAACCACGAATTCGATCAAGGCACCAAGACGCTTGCAGATTTCGTGAGTAAGGCGCAATTCCCGCTTGTCAGCGCGAATGTGGATCTTAGTCAGGATGCTAACATCTCGCACCTGATTCGTAAGCCGGCGGTGATCGATACCGATCAGCCAAAGACGACGGCAAATAACGGGGTATATCCATACGTGACATTGCTGGTTGACGGCCAAAAGGTCGGGGTATTCGGCCTAACGACCGAGGATACGGCCGAGACGTCCAGCCCAGGAAAAGACGTAGTCTTCCGCGATGCGGTGACTTCGGCCCAGGCAACGGTTGAAGCGATGGAGAAGGACGGGCTTGATAAGATCATCGCCTTGTCTCACCTGGGTTACGCTAAAGATCAGGCGCTGGCCGAGGCCGTCGAAGGCATCGACCTCATTGTCGGAGGCCATACCCATACAACGCTCAATGCACCGGAAGTGGTGACGGACAATCAACACGGTACACCAACCGTCATCGTGCAGGCGAATGAATGGGGCAAGTTCCTCGGCCGGGTAGACCTGCAGTTTGACAAAAACGGCGTTGTTCTCGTTGGCGACGGCCAACTCGACGGCAAGCTGATTCCGGTAGACAGTACGGTCCAGGAAGACACGCAGGCCAAGGATATGCTGGCTCCTTACAAAGCGGAATTGGAAGAACTGATGAAGCAGGTTATCGGTACTGCAGGCGTCGTACTTGATGGCAAACGCGAGAATGTCCGCTCCAAGGAGACGAATCTCGGTAATCTGATTGCGGATGGCATGCTGGCTAAAGCCAAAGAGCTTAAGAATGCTGATATTGCCCTCACCAATGGTGGAGGTATTCGCGCCGCGATCGATGAGGGCGAAATCACGATGGGCGAGCTGAGAACAGTGATGCCATTCGGGAATACGCTGTTTGTCATGGATGTCACGGGACAGCAGCTGAAAGACGGATTGGAAAACGGAATAAGCGGTGCCAAACTGGCGGATCTGCCAGGGAAGTTCCCGCAAATCGCCGGGATGAAATTCAAATGGGATCCTAGCGCTCCGGCAGGCGATAAAGTGTTCGACGTACAGATCATGAAGGACGGAAGCTACAAACCTCTGGTATTGACCGAGACATACCGGATGGCAACGAACAGCTTTGTAGCCAAGGGCGGGGATGGATATAAATCCTTTGCCGATGCGATTGCCGAAGGAAAATACAACGAGGATCTGGGTTACCCGGATTATGAAATTTTCATGGAATATGTGAACAAGCTGGGCGGTAAGGTTACGCCTAAGGTCGAGGGGAGAATTACGGAGCAGAAGAAACCGGCCAATCCGGGCGACGGCTCTTCTCCTGGATCAGGATCAGGCGGGTCGGGAGGCGGTTCCGTAACACCGCCGGTATCACAGCCTAATCCTCCTTCCTCTGGCGGAAACACATCATTGCCAAACGTAATGGCAGGCAAGGATCTGAATATAACTGATGCAGGCGGAGCAGTGGACCGCATTACGGTGAAGGAAGAGGCGTGGAAGAAGGCAGTTGCCGGAGTGTCTGCGAACGGGCAGCAGGAACTCATTATTCGGGCTCCAGAGTTGAACCGTGCAGCCGAGTTATCCCTTTCGGCAGCAGGTCTGAAGCTCGCCATGGAACGGAATTCGAATGTGACCCTGGTGCTGGAGACCGCACTTGGAGCCTTCCGTCTTCCAGTGACGGCTCTACATTTGGATGAGGTTCTGAAGCCGGCTCAAGGCTCTGGCAGCATCCAAGTGAAGGTATCCGTGGCTCCGGCAGCCAGCAAGGTAGCGGATGCTATGATAAGCAAGGCAGCTTCTATGGGTGCCTCGATGGCTGCGATCGGAGCGCTTCAGTTTGGAGTAGCGGTTGGAGCACCAGGCGCAGAGCAAGAACGGAAGGATTTCGGGAAGCGCGTAATCAGCCGCATCCTGCCGCTGCCGGCAGGGACAGCTTCGAATTCGGTCACTGCTGTAATTTTTGACGCAGATGCGGGAAGCTTCCGATTTGTACCGGCCACAGCGACGACGTGGAATGGTAAACCGGCCATCGAAGTGAAGCATGCCGGAAACGGCATTTACGCACTGCTGCAGTATAAGAAAACCTTTGCCGATCTAAACGGCCACTGGGCGAAAGCGGAAATCGAATCCATGGCTTCCAAGCTGCTCGTGAACGAAGTTAACGCTAACTCGTACGCGCCGGGCAAAGTAATCACGAGAGCAGAGTTTACGGCAATGCTGGTCCGCGCGATGGGACTTAGTCCGGTCATCGAGAGCGGAGCATTCAAGGATGTTCAGGATGCCTCCGCGTATGCCGGCGAGATCGGCGCAGCGTTGCGTTACGGCTTGATCGAGGGCGGCACTGGCGGTGCCTTCTTGCCCAATGCCAGCATGACTCGAGCGGAAATGGCCGTAATGATCACCAGGGCCATGGAGGCGGTAAATCCGACAGACCTGCCGAACCAGAGTGCGAATGCCAGTATTGAATTCAAAGATCAGGCATCCATCCCTGCTTGGGCGGCTGCCCATATTGCCAGTCTTACGGAGCAAGGCATCCTGCGGGGTGACAACCATGGTCATTTCGGTGCACTCGATTCGGTTACCCGTGCGCAAGCGGCACTTGTTCTGAAACGTACTTTGGCAGCATTGAACTTTATGAACTAA	MKHKSMKVVSLLMAAEITMASLFSAGTVMAEEGQEILQTASAETASQDAAIDIAAVDFGITDKIFPDAHAEESYTVTVDVYGGQAPYTFSATGLPAGLDITPDTGFITGTPAAGQEGEYTVEVTVQDSAPVPATAQSLVKLQVLGKRPDPVADKLAMRMIGHYSVGTSNKDGGVAEIVKYNKDNGKLYLVNGSTQPASLEIVSLGADGSLLKDKQINVEDLASKDGFLYGDLTSVDINTKTKQVVVAVQEQDHTKAGKVLVLDYDGGLIGSFETGIQPDMVKYTSDGRYILTADEGEPRTETAPDPEGSITIIDTLSGEASHLKFDDPSIIDDQVHIRGPVEADGQIRSTGTKAEAIRDLEPEYISLSEDELTAYVALQENNAIAVVDIAAKRIQSVKGLGYKDFNQPENQLDLLKDGQIKFENVPFYGMYMPDGIATYSENGQQYILSANEGDATGWDDRSNESNIGKMKPSLDPLSPAAQFLADKGTTYDKVEVAGDMGTEGLYLYGGRSFSIWNAADMSQVYDSGSDFEKITAERLPNHFNASNDKTDLDSRSAKKGPEPEYVAVGKVGQKTLAFVGLERIGGVMTYDVTNPSDPAFLNYINTRDFNGGIESDSGPEGLDFIPAADSKTGRPLLLVANEVSGTVALLELQVTKITLDKTSLKLSPGGTPELLQASVEPIQGGSTELAWSSSNEMVAAVDQNGLVTPISAGEAVITVLSKDGYGSAVVPVKVTDGSVDGEPWKLTVMHTNDTHAHLAEVARRATLVQEVRSEGGNSLLLDAGDVFSGDLYFTKWFGLADLAFMNYMGYDAMTFGNHEFDQGTKTLADFVSKAQFPLVSANVDLSQDANISHLIRKPAVIDTDQPKTTANNGVYPYVTLLVDGQKVGVFGLTTEDTAETSSPGKDVVFRDAVTSAQATVEAMEKDGLDKIIALSHLGYAKDQALAEAVEGIDLIVGGHTHTTLNAPEVVTDNQHGTPTVIVQANEWGKFLGRVDLQFDKNGVVLVGDGQLDGKLIPVDSTVQEDTQAKDMLAPYKAELEELMKQVIGTAGVVLDGKRENVRSKETNLGNLIADGMLAKAKELKNADIALTNGGGIRAAIDEGEITMGELRTVMPFGNTLFVMDVTGQQLKDGLENGISGAKLADLPGKFPQIAGMKFKWDPSAPAGDKVFDVQIMKDGSYKPLVLTETYRMATNSFVAKGGDGYKSFADAIAEGKYNEDLGYPDYEIFMEYVNKLGGKVTPKVEGRITEQKKPANPGDGSSPGSGSGGSGGGSVTPPVSQPNPPSSGGNTSLPNVMAGKDLNITDAGGAVDRITVKEEAWKKAVAGVSANGQQELIIRAPELNRAAELSLSAAGLKLAMERNSNVTLVLETALGAFRLPVTALHLDEVLKPAQGSGSIQVKVSVAPAASKVADAMISKAASMGASMAAIGALQFGVAVGAPGAEQERKDFGKRVISRILPLPAGTASNSVTAVIFDADAGSFRFVPATATTWNGKPAIEVKHAGNGIYALLQYKKTFADLNGHWAKAEIESMASKLLVNEVNANSYAPGKVITRAEFTAMLVRAMGLSPVIESGAFKDVQDASAYAGEIGAALRYGLIEGGTGGAFLPNASMTRAEMAVMITRAMEAVNPTDLPNQSANASIEFKDQASIPAWAAAHIASLTEQGILRGDNHGHFGALDSVTRAQAALVLKRTLAALNFMN	PGPT0013420_26	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013420-yfkN-K08693	NA	NA
JZ016_05551	369			hypothetical protein	ATGCGCATTGCGTCTGCATATACATACTGGAGTCAGGTGAAACGGATGGGCGCCGAATCAGCCCAAGGCGGATTTGAACAGCTGCTCCAGAAGAGCAAGGAGGAAGAAGAGAATAAGGGAAAGCTGGTAACCGTAAGGGAAAACGGTTATTTGCGTCAGTATATGGTTCAACCGGATGGGAGCAAAATGCTGTTAAGCGAGACGAAGCAGTACGAGAGTGAATCCGCCGCCAGTTCAACAGATCTATCGATGTCGTTGCCTCAAACAGGCGGAATGAGTCATAATACCAAGGACGCTCTCGATCTGTTATGTCTTCAGGCTGGTGCGGTCGGTACCCGTTCCAGCTACAAGATATTCGATATTACCTAA	MRIASAYTYWSQVKRMGAESAQGGFEQLLQKSKEEEENKGKLVTVRENGYLRQYMVQPDGSKMLLSETKQYESESAASSTDLSMSLPQTGGMSHNTKDALDLLCLQAGAVGTRSSYKIFDIT				NA	NA	NA	NA	NA
JZ016_05553	981	impX		Riboflavin transporter ImpX	ATGAGTAATATTAATACTGGAGTCAAGGTGAAACCCTATGGTTCCGACACACAGGCAAGTCGACGTTTTAAGGGAGGGTTCTGGCTCGTCGTTTTGGGAGCCGCCCTGTGGGGCGTAGACCCCTTATTCCGGGTCATTCTGCTTAAGAATCTGACTTCGGCACAGATCGTTTTGCTTGAACATATCATTATTTCCCTGATTGCAATTCCTGTATTGTGGAAGAACCGGGAGGAACTAAAAGGCCTTGGCTGGAATCATGTCGGTGCTCTGCTGTTTATATCCTGGGGCGGCTCGGCATTGGCTACCGTATTGTTCACGATGGGGCTGTCGAGCGGCAATCTGAATGCCGTCCTGCTGCTTCAGAAGCTGCAGCCGCTGTTTGCCATCATTCTGGCCAGCCTGCTTCTGAAAGAGAAGCTTCCGCGCCATTTCGGCATACTGCTCATCATCGCGTTGGCGGGCACGTATTTACTGACCTTCGGTTTAACCTTGCCGATTGGCCATTGGAATGAGTTTATTCAAGTTGGCAGTCTCTTGTCCTTAGGCGCAGCAGCGCTGTGGGGCGGTTCAACCGTCATGGGGCGCCTGATGGTAGGCAAACTGAAATACGAGACGGTAACCTCGCTGCGCTTCGTGCTTGCCCTGCCGCTCCTGACCGTCATCACGTGGAGCGAGGGTGCAGCATGGAATATGCCGGCCTGGAATACCGGGGCCTTTGCCTTGGTATCGCTGAACCTGATCGGTCAGGCATTACTGCCGGGTCTCCTGAGCTTGCTGGTTTATTATAAAGGATTAACCACGACCAAAGCCTCCGTGGCAACACTCGCGGAATTGAGTTTTCCCATGGTGGGCGTGCTCATCAACTGGATCGTATTCCAGCAGATCGTGACAGGTCCTCAGCTTCTGGGATTCCTGCTGATCTGGGTCGTACTGTTTATTATTTCCAGACAGCAATCCGAAGCTTCCCCGCAATTGCAATAA	MSNINTGVKVKPYGSDTQASRRFKGGFWLVVLGAALWGVDPLFRVILLKNLTSAQIVLLEHIIISLIAIPVLWKNREELKGLGWNHVGALLFISWGGSALATVLFTMGLSSGNLNAVLLLQKLQPLFAIILASLLLKEKLPRHFGILLIIALAGTYLLTFGLTLPIGHWNEFIQVGSLLSLGAAALWGGSTVMGRLMVGKLKYETVTSLRFVLALPLLTVITWSEGAAWNMPAWNTGAFALVSLNLIGQALLPGLLSLLVYYKGLTTTKASVATLAELSFPMVGVLINWIVFQQIVTGPQLLGFLLIWVVLFIISRQQSEASPQLQ				NA	NA	NA	NA	NA
JZ016_05554	543			hypothetical protein	ATGGAGGATCGGACATTGTTGGACGGGCTTGCGCAGAAAGATCCGCGGTGTTTTGAAACATTGGTTGACCGCTATTCACGCTACATAGCCGCGGTGGTCGCTAAAGTGGCCGGTGGACGGTTTAATTCCTACGATGTGGAGGAAATCACCGGGGACGTGCTGGTCAAGCTGTGGACAGACGGGCCCAAAATCATGCTGCGCGGAGATAGCCTCAAGCCTTATCTGGCCATAGCCGCGCGTAATCATACCTTGAATGTTTTGCGAAAAAGACAGCGGGTCATTGAATCCGAATTGGAAGATGATGCGGTTTCTTGTCCTTCTGCAGAGGCATTGGCTATTCTGCGGCAGGAGAAGGAAGCGATTAGCGGCATGGTCCAGGATATGGGGGAACCGGATCGCGAAATCTTCATCCGCAGGTACTTCTATTTGGAGAAAGTCCGAGATATTGCAAGCAGGCTGAATATGCAGGAGAAAGCCGTCACGGCCCGGATCCGCCGGGCAAAGGACAAACTGCGCATTCATTATGAAACCGAGAATCCGTAG	MEDRTLLDGLAQKDPRCFETLVDRYSRYIAAVVAKVAGGRFNSYDVEEITGDVLVKLWTDGPKIMLRGDSLKPYLAIAARNHTLNVLRKRQRVIESELEDDAVSCPSAEALAILRQEKEAISGMVQDMGEPDREIFIRRYFYLEKVRDIASRLNMQEKAVTARIRRAKDKLRIHYETENP				NA	NA	NA	NA	NA
JZ016_05555	1002			hypothetical protein	ATGCAAGTGAAGCGGCGAATTGTAGATATCATGGCCAATATCGACAATCAGGAGCTGGAGAATCTTCTCCTTACGGAGGAAGAGGAACGCGAGTTGACACAGCAAATCAGTATGGAACGCATCAAGAATCGAGCGATGAACCGTATTCAAGAGGAGGAAACGATGATGTTTAAAAACAGGAAAGTGAAAAAATATAAAGCCAGTATCGTTATCGCTGCCGCGATGATTATGATACTTAGCACGACCGCATTTGCGAGCCAATACATGGATAGCTTGAAGCAGTTCTTCGGTCAATCCGCGTCCATTGCGGAAGACGAACGATCACCTATACAAGGGACAGATACCGCGTCCGGGGTAACCATGAATGTGGAAGAAGGGGTTTATGTCGGCAACAGCGGTTATTTGGTGGTCAGCTTCATGAAAGAGGATGGCACGCCATTCCCCGAGGGTGTTTCGATCCCCCTACTTGAACTGAAAACGGAACATGATGTGAGTTATATGGTGGGGCAGCAGCTTCTTGAGGATAACAAAAAGCTTGTCGGCGTATTTGAGATGGATGCGATGAATGACCTCGACGGGCTTAAGGCACGGATCACAGCCGATCGAATCACGTCAGCGGACAACACCCAAGCCGTTGAAGGCCCTTGGGATGTTCAATTCACCATTTCTCCCGGGAAGCAGAGAGAGCAGAGTCTGAATCTGGCGATCGATGAGGGTGAGGAGGCACTGTCTCTCAGTACTATTAGTGTCTCTTCCATCGGTGTAGCTATCGAAGGCAAGCGTACCGATGGTGAGCTGGATAAACTGCCGGAGTATACGCCGGAGGTTAAGGTTATCGCCGCTGACGGATCAGAACTGATGCTTCATGCCAGTTCGACAAGTACCACAAAGAGCGGGTTTCAGTGGCTGTATAATTTGGACAGCAAGAACAACCTCGTTTTTCTGGGGGATGTGGACATCAAAAGCATCAGCATTGACGGCAACGTGACGGAGCTGAAGTAA	MQVKRRIVDIMANIDNQELENLLLTEEEERELTQQISMERIKNRAMNRIQEEETMMFKNRKVKKYKASIVIAAAMIMILSTTAFASQYMDSLKQFFGQSASIAEDERSPIQGTDTASGVTMNVEEGVYVGNSGYLVVSFMKEDGTPFPEGVSIPLLELKTEHDVSYMVGQQLLEDNKKLVGVFEMDAMNDLDGLKARITADRITSADNTQAVEGPWDVQFTISPGKQREQSLNLAIDEGEEALSLSTISVSSIGVAIEGKRTDGELDKLPEYTPEVKVIAADGSELMLHASSTSTTKSGFQWLYNLDSKNNLVFLGDVDIKSISIDGNVTELK				NA	NA	NA	NA	NA
JZ016_05556	966	yteP_62	COG4209	putative multiple-sugar transport system permease YteP	ATGGAGCCAAAAGTTGCGCATCATTCCTTGCCAGCCGTGAAAGCGGCCAAGAAGCCATCCAAACTTAAAACCGTCGCTGCCCTGGTCCGGAAGGATTGGCAGCTGTATTCCCTATTGATTTTGCCGGTCATGTACCTGCTCATTTTTAAATATGGACCGATGATTGGCAACGTGATCGCTTTCAGGCGATTTATGCCCGGAGGAAGCATCTATGGGGAGAAATGGGTAGGACTGCACTATTTCAACATGTTTATCCATGACCCGGCGTTCTGGAACGTATTCAAGAATACCCTGCTGCTCGGTGCGTTATCCCTGCTCTTTACGTTTCCGGTACCCATCATCTTTGCGCTGCTGCTGAATGAGGTGAAGAGCAGGCGATTCAAGAAATTCGTTCAGACGGCTTCTTATCTCCCGCACTTTCTGTCCATCGTCATCGTTGCCGGGATGATCCTGCAATTGACGTCGGTCAACGGCTCCGTTAACTCGCTCGTGGAGTTCTTTAACGGGGAACGAATCAATTTCATGCAGCGGGCCGAGTGGTTCCGGGCGATCTATATCTCGTCGGAAATCTGGCAGGGCATGGGCTGGGGCGCGATCCTGTATCTGGCCGCATTAACGACGATTGATGAATCGCTGTACGAGGCGGCAAGGATCGACGGGGCCAACCGCTGGAAGCAAACGCTGTTTGTCACGATTCCGGGCATCCTGCCGACGATTGTGACGCTGCTGATCCTGAACATGGGGGCATTCCTGGCGGTAGGGTTCGAGAAAATATTGCTGCTGTACAATCCGGTTATATATGAGACGGCTGATGTGATCTCGACGTACCTGTATCGGGTCGGTCTCGTATCGAACAACTTCAGTTATGCCACGGCCATTGGACTGTTCGAATCCATAATCGGACTTATATTGGTATTCTCCGTGAATGCGATCTCGCGAAGACTGACGGATCGAAGCTTATGGTAA	MEPKVAHHSLPAVKAAKKPSKLKTVAALVRKDWQLYSLLILPVMYLLIFKYGPMIGNVIAFRRFMPGGSIYGEKWVGLHYFNMFIHDPAFWNVFKNTLLLGALSLLFTFPVPIIFALLLNEVKSRRFKKFVQTASYLPHFLSIVIVAGMILQLTSVNGSVNSLVEFFNGERINFMQRAEWFRAIYISSEIWQGMGWGAILYLAALTTIDESLYEAARIDGANRWKQTLFVTIPGILPTIVTLLILNMGAFLAVGFEKILLLYNPVIYETADVISTYLYRVGLVSNNFSYATAIGLFESIIGLILVFSVNAISRRLTDRSLW	PGPT0017250_948	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05557	873	araQ_49	COG0395	L-arabinose transport system permease protein AraQ	ATGAAGGAGTCAAGATCCTATAAGGTGTTCAAAGTGTGCAATGCCATCATTCTGCTGTTCGTTGTCTTCATCACGCTGTATCCCTTCCTGAACGTGGTCGCTCAATCCTTCAGCGGCGAGTCGTACATCAATTCAGGGAAGGTGAACCTGATTCCGAGGGGCTTCAATCTCGATACCTACAAAACCGTCACCAATGACGCCATGTTCTGGACGAATTACAAAAACACCGTCGTGTACAGCGTGGTCGGCACCGCGATATCGATGTTCTTAACGACGATTTTTGCTTACGCCCTGTCCAAGAAAAGGCTGGTAGGACGCAAGTTCCTGACGATGTTTGCCGTGTTCACGATGTTCTTCAACGGGGGGCTGATCCCGAACTATGTGCTCATTAACAGCCTGGGCTTCAGCAACTCGATCTGGGCCATCGTAATCCCGGGAGCCATCAGCATATATAACATGCTCATCATGAAATCCTTTTTTGAAAATATGCCGGAAGAGCTGGAGGAAGCCGCGGCCATTGACGGCTTGAACACGTACGGCATGCTGTTCCGAATCGTGCTTCCTTTAAGCAAAGCGGTCATCGCGACCATGGTTCTCTTCTATGCCGTCGGGCACTGGAACTCCTGGTTTCCGGCTTTCCTGTACCTGGATCAGAAGGAGCTCTTCCCGGTTACGATCTATTTGCGCAACATGATAGCGGGCGCAACGGGCGTGACCTCCGCCGGTGCTACCTCGGCCGATAACCTGACGCAGATATCCGCCAATATCAAATCGGTGACCATGGTGCTGACCATTTTGCCGATATTGACGATTTATCCGTTCGTGCAACGTTATTTCGTAACCGGCATCATGCTGGGCTCCGTAAAGCAATAG	MKESRSYKVFKVCNAIILLFVVFITLYPFLNVVAQSFSGESYINSGKVNLIPRGFNLDTYKTVTNDAMFWTNYKNTVVYSVVGTAISMFLTTIFAYALSKKRLVGRKFLTMFAVFTMFFNGGLIPNYVLINSLGFSNSIWAIVIPGAISIYNMLIMKSFFENMPEELEEAAAIDGLNTYGMLFRIVLPLSKAVIATMVLFYAVGHWNSWFPAFLYLDQKELFPVTIYLRNMIAGATGVTSAGATSADNLTQISANIKSVTMVLTILPILTIYPFVQRYFVTGIMLGSVKQ	PGPT0017255_2651	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05558	1626			hypothetical protein	GTGAAAAAGAGTCATCGATCGTTTGCCGGCAAAGCTTTATTGCTATCGTTAATCGTTGCGATCTTGGCGGCGTGTACCGACAAGACAGGCGGCAAAGAGGCCGAAATCCAGGATAAGGGCGCGATGGAAACCTACGCCGTAGGCGATACGTTCAAGGCGACGGAGCCATTCGATCTGTCCATCCTCTACAGCGACCAGCCGGCGTATCCTTACAAGCAGGACTGGATGCTTTTTGCTAAAATAAAAGAAATGACGAACGTGACCTTGAAGCCGACGATCGTGCCGATGAGCGATTACAGCCAAAAGCGCAGTCTGCTGATCAGCTCCGGCGATGCGCCGCTGGTCATTCCGAAGACTTACCCCGGGGAGGAATCCGCGTTCGTGGCTTCCGGTGCGATTCTTCCGATCAGTGATTATATTGATCTGATGCCGAACTTCAAGGACAAGATCGAGAAATGGGACATGGAAAGCGAACTGGAAGGGCTTCGCCAGGAGGACAAAAAATATTATGTGCTCCCGGGCCTCCATGAAGCGGTGTGGCCGGACTATACGCTGATCGTGCGCACGGATATTTTCGAAAAGCATAACATCGCAATTCCGACCACCTGGGATGAGCTGTATACGGCGATGAAGCAGTTGAAGCAGGAGTACCCGGACATTACGCCGTTCTCCGATCGCTTCAAATTCAACAGTACGCTGAACATCGCGGCTACGGGCTTCGGCACCAAAGGCGGATGGGGCTACGGCAGCGGACTTACGTATAAGGAAGATACGGATGAATTTGTGTACACGGCGGCAACGGATGAATATAAGGACATGTTGGCCTACTTCCATAAGCTGGTGGATGAAGGATTGCTGGACAAAGAGAGCTTTACCCAGGATGACGATCAGGCCGTGCAAAAGTTCGTGACCGGCAAATCCTTCATCATTAACGGCAACTCCCAGACCGTGGTCCAGCATCGCAATGATATGGACAAAACGCTGGGCGAAGGCAAGTATGCGATCAGCAAAATCACGGTTCCCGGCGGCCCGGCAGGCCAGCTGATGTCCGGCAGCCGACTCGAGAACGGGGTGATGATCACTTCCAAAGTGAAAGAGAGCGAGCATTTTAAAGCCATCCTGCAGTTTATCGACTGGCTCTATTACAGCGACGAGGGACAGGAATTTACGAAGTGGGGCGTCGAAGGCGTAACGTATACCAAGGAAGGCGGCGTGCGCAAGCTGATGGACGACATTAACTACAACGGATTGAATCCGAAGGGCACGAAGGATCTGCGGATCGAGCACGGCTTCTCGGGCGGCGTGTTTGCGTACGGCGGCACGACGGAGCTGCTTCAATCCATGTTCAGCGAGGAAGAGCAGCAGTTCCAGAAGAGCATGAGCGAAACAAAAACTGTCGTGAAGCCGGAGCCGCCGATTCCGTACTCGGTTGAAGAACGCGAGCGAGTGACGCTTTTGAGCACGCCGCTGAAGGACTACACGGATCAGAACACGCTGAAGTTCATTCTGGGCGATCGCGATCTTGCCGAGTACGACAAGTTCGTGAAGGAGCTGGATAGCCAGGGCGTAGGACAATACCTGGAGATTGCGAATAAGACTTATAAAAAATATAAAGAGCAACAATAA	MKKSHRSFAGKALLLSLIVAILAACTDKTGGKEAEIQDKGAMETYAVGDTFKATEPFDLSILYSDQPAYPYKQDWMLFAKIKEMTNVTLKPTIVPMSDYSQKRSLLISSGDAPLVIPKTYPGEESAFVASGAILPISDYIDLMPNFKDKIEKWDMESELEGLRQEDKKYYVLPGLHEAVWPDYTLIVRTDIFEKHNIAIPTTWDELYTAMKQLKQEYPDITPFSDRFKFNSTLNIAATGFGTKGGWGYGSGLTYKEDTDEFVYTAATDEYKDMLAYFHKLVDEGLLDKESFTQDDDQAVQKFVTGKSFIINGNSQTVVQHRNDMDKTLGEGKYAISKITVPGGPAGQLMSGSRLENGVMITSKVKESEHFKAILQFIDWLYYSDEGQEFTKWGVEGVTYTKEGGVRKLMDDINYNGLNPKGTKDLRIEHGFSGGVFAYGGTTELLQSMFSEEEQQFQKSMSETKTVVKPEPPIPYSVEERERVTLLSTPLKDYTDQNTLKFILGDRDLAEYDKFVKELDSQGVGQYLEIANKTYKKYKEQQ	PGPT0017245_1722	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05559	801			hypothetical protein	TTGAGTGTGACCGTTCAAGACGTAATCAACCGATTAACCGAACCAGCGGGACGCCTTGAATCCACGGTGGACGGGGTTGTAGCCGGAAGCGCGGATGCCATCGTTCACGGCATCGCCGTCACGTTCGCCGCCTCGTTTTCGGTTTTGCAGAGAGCCGTACAGGCGGGAGCTAACCTTGTGATCACCCATGAGGGGATCTTTTACAGCCACCATGAGGATGGAGTGGATGGGATGCAGGCGAGTTCTGTCCACCAGGATAAAATAGATCTGATCCATTCCGGCAATCTGGCGATTTACCGGTTTCATGATGCGCCTCACAGGTATGTTCCCGATATGATCACACAGGGATTGGTTCAGGCACTGGACTGGGAGCCCTATATCGATACGTACCTTCCTACAGCTGCCCTAGTCACACTGCCCGGAGAACTGACAGTTCAGGAGATTGCAGAAGATATAAAAAGAAAACTGAATCTTCCGTATCTTCGTTATGTGGGGAATCGAAGCGGAATATGCTCCAGAATCGGCATAACCGTCGGCTACCGTGGCGGCGGCGCGCATGCTATTCCTCTCTGCGTGAATGAGCGGCTGGATCTGCTTATCGCCGGCGAAGGCCCGGAATGGGAGACACCCGAATATATCGGCGATGCAGTGGCTCAAGGCCGGAACCCGTCCATGCTTCTGCTTGGTCATGCCGCCAGCGAGGAGCCCGGTATGGCCTGTGCGGCCAAGCTGCTCCGGGAGCTTTTTCCGCAGATTCCCGTACATTATATACCGCCCGTGCCCTTGATTCAGGTAATATAG	MSVTVQDVINRLTEPAGRLESTVDGVVAGSADAIVHGIAVTFAASFSVLQRAVQAGANLVITHEGIFYSHHEDGVDGMQASSVHQDKIDLIHSGNLAIYRFHDAPHRYVPDMITQGLVQALDWEPYIDTYLPTAALVTLPGELTVQEIAEDIKRKLNLPYLRYVGNRSGICSRIGITVGYRGGGAHAIPLCVNERLDLLIAGEGPEWETPEYIGDAVAQGRNPSMLLLGHAASEEPGMACAAKLLRELFPQIPVHYIPPVPLIQVI				NA	NA	NA	NA	NA
JZ016_05560	675	rspR_4	COG1802	HTH-type transcriptional repressor RspR	ATGTCAACAGAGCAAAAGATTAAAGGCTCTACCAGGGAGTATTCCTATCAGCTGCTGAAAGACCGGATATTCCATCTGGAGCTGGAGCCGGGTACGAAAATCTCGGAAAAGGAAATTGCGGATGAATTGAACGTCAGCCGAACGCCGGTCCGGGAAGCGTTCATGAAGCTTGCCGAGGAGGAACTGCTCGACATTATTCCGCAAAGCGGGACAATCGTATCCCGTATTAATCTCAAGCATGTTGAGGAAGGCCGGTTTATTAGGGAGAAGATCGAGAAGGAAATCGTGGCGCTCGCCTGCGAATTTTTCCCCGAAGAGTTCCGTTTCCGTCTGGAAACCAATATTGCGCTTCAGGACATATGCGCGGGAAACCATAATTTCTATAAGCTGTTTGAGCTGGACGAGGAGTTCCATCAAATTCTGTTTGAGGGTACAGGCAAAGAACGGACCTGGAAGATGCTGCAGCAACTGAACATTCATTTCAACCGCTTGCGGCTGCTTCGCCTGTCGAAGGACTCCAACTGGGAGAATATTATCTCGCAGCATAAGGAAATGTATCAACTGATCGTTAATAAACAAGCGGAGCAGGCCATGAACGTAATGGAGCGCCATCTGCGTCTTGTCGTTGTGGAGCAGGATATTTTACGCGAGAAGTATCCGCATTATTTTATTTAA	MSTEQKIKGSTREYSYQLLKDRIFHLELEPGTKISEKEIADELNVSRTPVREAFMKLAEEELLDIIPQSGTIVSRINLKHVEEGRFIREKIEKEIVALACEFFPEEFRFRLETNIALQDICAGNHNFYKLFELDEEFHQILFEGTGKERTWKMLQQLNIHFNRLRLLRLSKDSNWENIISQHKEMYQLIVNKQAEQAMNVMERHLRLVVVEQDILREKYPHYFI				NA	NA	NA	NA	NA
JZ016_05561	777	spo0M	COG4326	Sporulation-control protein spo0M	ATGTCGTTTTTTAACAAAATGCTAGCCAGTGTAGGAATTGGAGCAGCCCAGATCGATACGCATCTCGAAAAATCCTCCTATTATCCAGGTGAAGAAGTACGCGGCGTCATTCACATTAAAGGAGGAAACGTAGAGCAGACGGTCGACCGTATTTACTTGAAAGTGATGACGGAATACACCAGGGAAAGCGACGACAAGAAGTACATAGAATCCTATACCCTTGCCAAAATCAATGTCTCCAGCCGCCTCACGTTAAAGCCTGGCGATCAACAAGAAATACCATTCTCTTTTGCCCTGCCGCTGGAAACGCCGCTCACCATTTCGCGGCAGCCGGTATGGATCCATACCGGCCTTGATATCGACAATGCCATCGATCCGAAGGACCGTGATTTTATCGACGTTGAACCGGACGAAGGCGCATCCGTTGTTTTTGACGCCGTGGAAGAACTTGGCTTCAGCTTCAAAATGGCCACATGTGAATATCACCCGAGATTAGGCCAGGGCGTTCCTTTTGTGCAAGAAATTGAATTTTATCCTGGCTCCTCTTATGCCGGCCATATCAAAGAGCTTGAATTGATTCTGTATCCGGAGCAGGAAGGGATTTCCGTCCTGGTCGAAGTCGACCGCAGAGGCAGAGGGGTATCGGGCTGGCTCCAGCGATCCCTTGATATGGATGAACAGCACTCCTGGGTTACCCTGGATCAACAGGATCTGGAGCAAGGACCATCTCATGTGGCTCAAATTCTTGACGGTGTTATCCGCAGATCGATCCAATGA	MSFFNKMLASVGIGAAQIDTHLEKSSYYPGEEVRGVIHIKGGNVEQTVDRIYLKVMTEYTRESDDKKYIESYTLAKINVSSRLTLKPGDQQEIPFSFALPLETPLTISRQPVWIHTGLDIDNAIDPKDRDFIDVEPDEGASVVFDAVEELGFSFKMATCEYHPRLGQGVPFVQEIEFYPGSSYAGHIKELELILYPEQEGISVLVEVDRRGRGVSGWLQRSLDMDEQHSWVTLDQQDLEQGPSHVAQILDGVIRRSIQ	PGPT0024630_461	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_0_SPORULATION,PGPT0024630-spo0M-K06377	NA	NA
JZ016_05562	1602	rlmCD_2	COG2265	23S rRNA (uracil-C(5))-methyltransferase RlmCD	ATGAGCGAACAACAACGTTCCGGACAAGGAACCAAAAATAACAAATCAACGGCATACGGAAAGAAGCCGGGTGATAAGGCGGCTGCGAACCAAACAGGGGCCAAGCCGGCTTTTAAGCGCGAACATAGGAAGAACAAGGATTCGTTATCGGCTTCATCGTATTCGAAGGCGAAACCGTCCGATAAATATAAGCAAGGAGTACGCGGGCCACGGCCTTCATCCGGACGTGAGCACGCAGATGAGCTGCAAGCAGGCGACATTATTGTCGTTACGATCAAACGGCTTGGCATTAACGGCGAAGGGGTCGGTTATTACCGCCGCAAGGCGGTGTTTATTGACGGAGCAATCACGAACGAAGTTGTCAAAGCCGAGGTGAAAGAGGTCCAGCCTAAATTTATCAAGGCACAGCTGGTAGAAGTGGAGAAGCGATCGCCTTACCGGATAGAACCTCCTTGTCCGGTATTCGGCATCTGTGGCGGCTGCCAAATTCAGCATATCTCCTATGAGGGACAGCTGCAGGCTAAGACGGATATTGTGCGTGAGGCGTTCAGCCGGTATGCAGGACGGGACGATGTGAAGTTTAAGCCGATCCTCGGCATGGAGCACCCATGGAATTACCGGAACAAAGCGCAGCTTCAGCTGAAACGGAAGGGCCACGAAGTGATCGCAGGGCTCTATGAAGCGGACAGCCATACGATTGTGGACATTAGCGGCTGCCCGATTCAGCATCCGAAGGTGAATGAAGCGGTGGAGAAGGTCAAATCCGTCCTCGAAGAGTTGCGGATTCCGCTGCACAAGGAGAATGGAAACAAGGACGGCGTTCGGACGATTGTGGTTCGTCACGGCTTCCAATCCGGGGAGCTTCAGGTGACGCTGGTGACGGCCGGAAGCAAGCTGCCAAGGCAGGAGGATCTCGTTCGCATGCTGCGCCTTACCATTCCGGAGGTGAGCGGGATTTCACTCAATATTAACCCCAAGAAAACCTCACTCATCTTCGGAGACCGGACAATCTCGCTCTGGGGAGCCGAGAGCATGCAGGAATCGCTGAGTGACCTGCAATTCTCGCTGTCGCCCAGAGCGTTCTTCCAGCTGAATCCGCAGCAGACGGTCAAGCTGTATGAGTCGGTCCGGGGGGCAGCCGGATTGACGGGGAAGGAAACCGTCATCGACGCCTACTGCGGAACGGGCACGATCGGCCTGTGGCTTGCGCCTTATGCCCAGGAGGTGCGCGGGATCGAGACGATCCCCGAAGCCGTCGAGGATGCCAAGGCCAATGCGCAGCGAAACGGACGGGCTAATGCGAGCTTTCACGTCGGTCAGGCAGAGGAACTGCTGCCGCGCTGGATCAAGGAGGGTTTGAAGCCGGACGTCATCATTGCCGACCCGCCGCGTACCGGCCTGGACTCGCGCTTCCTGGAGACGGTGCTCCGCACCAAGCCGAAGCGGTTTGTATACGTATCCTGCAATCCCTCGACCTTGGCGAAAGATTGCAAGGTGCTGCTTGACGGCGGTTATGAGCTCGATTGGGTGCAGCCGGTCGACATGTTCCCGCAGACAAGCCATGTGGAGGCGGTAACGCTGTTGATCAGGAAAGACAATTAA	MSEQQRSGQGTKNNKSTAYGKKPGDKAAANQTGAKPAFKREHRKNKDSLSASSYSKAKPSDKYKQGVRGPRPSSGREHADELQAGDIIVVTIKRLGINGEGVGYYRRKAVFIDGAITNEVVKAEVKEVQPKFIKAQLVEVEKRSPYRIEPPCPVFGICGGCQIQHISYEGQLQAKTDIVREAFSRYAGRDDVKFKPILGMEHPWNYRNKAQLQLKRKGHEVIAGLYEADSHTIVDISGCPIQHPKVNEAVEKVKSVLEELRIPLHKENGNKDGVRTIVVRHGFQSGELQVTLVTAGSKLPRQEDLVRMLRLTIPEVSGISLNINPKKTSLIFGDRTISLWGAESMQESLSDLQFSLSPRAFFQLNPQQTVKLYESVRGAAGLTGKETVIDAYCGTGTIGLWLAPYAQEVRGIETIPEAVEDAKANAQRNGRANASFHVGQAEELLPRWIKEGLKPDVIIADPPRTGLDSRFLETVLRTKPKRFVYVSCNPSTLAKDCKVLLDGGYELDWVQPVDMFPQTSHVEAVTLLIRKDN				NA	NA	NA	NA	NA
JZ016_05563	576	rplY		50S ribosomal protein L25	ATGAGAGTAAATTTACGAGCAGAAACGCGCGCCGCGATGAACAAAACTGGACTTAAGCAGCTTCGTCTTTCGGGACGAATTCCGGCGGTTGTATTTGGCACAGGGGAAAACAATATGATGATTCAACTGTCCACCAAAGAATTCGGCAAATGGGCAAGGAACGGCAAGGGAGGAATCCTTGAGCTCCATTTTGACGATCGGGAGCCGCTTCCGGTTTTGCTGGAGTCCGTTCAGCGTGATCCAATTACTCGTGAATACATTCATGTCGACTTTTTGCGCATCAATATAAATGAAGTTGTTCGGACGAGAGTAAATCTCGATTACATCGGCGCCGCCAAGGGAGCCAAACTTGGAGGCGTCGTCCAAATTCAAAGCACGTTCATCGAGATTGAGTCTTTCCCTGACCGTATTCCTGCCATCATTCCAGTTGATATCAGCGAACTGGATATCGGGAATTCCTTACACGTCGGGGATCTTAAACTGCCCGACGGGGTCGTGCTGATCTCTTCGGCAAACGAACTGCTCGTGTCGGTGGTGACACCGAAAGTCCAGTCGGAGCAACCGGAGGCTATGTAA	MRVNLRAETRAAMNKTGLKQLRLSGRIPAVVFGTGENNMMIQLSTKEFGKWARNGKGGILELHFDDREPLPVLLESVQRDPITREYIHVDFLRININEVVRTRVNLDYIGAAKGAKLGGVVQIQSTFIEIESFPDRIPAIIPVDISELDIGNSLHVGDLKLPDGVVLISSANELLVSVVTPKVQSEQPEAM				NA	NA	NA	NA	NA
JZ016_05564	705			hypothetical protein	ATGAATGCAGAATCCGTTATGGCGGAGCTTGAAGCGCTAGGCAAGGAACGGCTCAAGAAAATGTATCTGTCCAATGGGGCGCGTGAACCGCTCTTTGGCGTGGCGACAGGTGCCATGAAGCCGATGGCCAAGAAAATTAAAATCAATCAGCAACTGGCTGAGCAGCTTTATGCCACCGGGAACTACGACGCCATGTACTTTGCCGGCATCATTGCAGACCCTAAAGCGATGACGGCAGCGGATTATAATCGCTGGATGGATGCGGCCTATTTTTATATGCTGTCCGATTATGTGGTTGCCGTAACGTTGGCAGAGGCAGATATTGCGCAAGACGTTGCCGATCAATGGATCGCAAGCGGCGAAGAGCTCAGAATGTCGGCGGGGTGGAGCTGTTACTGCTGGCTGCTCGGCAGCAGACCGGATCGTGAGTTCCCGGAGAGCAAAATCTCGGCCATGCTCGAACTGGTGGAAAAGACCATTCACGAGTCTCCGGACCGAACGAAATCCGCAATGAATAATTTCATGTACACTGCAGCCATCTCCTATTTGCCGCTTCATGATAAGGCGGTTGAGACCGCAAAGGCCGTAGGACCGGTAGAAATGAAGCGGGACAATAAGAGCAAGTTCCTGAACGCTTCCGAAAATATTAGGAAAGAAGTCGAGAGAGGGAAACTAGGTTTTAAACGCAAGTATGTGAGATGTTAA	MNAESVMAELEALGKERLKKMYLSNGAREPLFGVATGAMKPMAKKIKINQQLAEQLYATGNYDAMYFAGIIADPKAMTAADYNRWMDAAYFYMLSDYVVAVTLAEADIAQDVADQWIASGEELRMSAGWSCYCWLLGSRPDREFPESKISAMLELVEKTIHESPDRTKSAMNNFMYTAAISYLPLHDKAVETAKAVGPVEMKRDNKSKFLNASENIRKEVERGKLGFKRKYVRC				NA	NA	NA	NA	NA
JZ016_05565	429			hypothetical protein	ATGCAAATTTATTTTACTAATGAAACTGCAGAATCAAACAGCGCCGACATAAATTACGTAAGGAACCAAATGATTAAGTATAATCTCAAGCATTTCCCAGACGACTTAAAGGGCCGTTATGAGGAAGTAAACCTATTGTTGAGGAATGCGGACGGTCAGATTTTGGGCGGAATTGTGGGGGAAATATGCTGGAACTGGCTGGAGATCCACTACTTGTTCGTGGATGAAGCTTTCCGTAAATCGGCGTACGGCGCCAAGCTGTTAAACGAGGCGGAAAAAATAGCGAAAGAGAAACAATGCGAGTTTGTTAAATTGGATACATTGAGCTTCCAAGCCTTGGATTTTTACATCAAGCAGGGGTATGAGGTATATGGCCAGATCGAGAATGCCGGACGGCATACGCATTACTATATGAAAAAGGATATTTAA	MQIYFTNETAESNSADINYVRNQMIKYNLKHFPDDLKGRYEEVNLLLRNADGQILGGIVGEICWNWLEIHYLFVDEAFRKSAYGAKLLNEAEKIAKEKQCEFVKLDTLSFQALDFYIKQGYEVYGQIENAGRHTHYYMKKDI				NA	NA	NA	NA	NA
JZ016_05566	867	ermD		rRNA adenine N-6-methyltransferase	GTGTTTAAACATAATAAAAATAGTCGGAAAAAGCCGAAGAAACCGTCTAACTTTTCCGCTCAGCATTTATTAATCAGCAAACGGCTGATTCATGAGATGATCGATTTGGCCCGGATCCAATCCACCGATACCGTTCTCGATATCGGGGCGGGCACAGGGGCATTAACCTTTCCGCTGGCAGAGAAGGCGGCACACGTGCTCGCGATCGAGACAGATCCGGCGTTTATTGATAAACTGTTCAGCAAGATAAAAGATGGCAGCAACATTCGCGTTAACCCGTCTGATTTCCTGGAGGTTCATCTTCCGAAAAGTCCGTTTGCCGTCGTGGCGAATATTCCGTATTCGATCACCACAGCGATCATGGCGAAGCTGCTGGATCATCCCGGCGTGCCGCTGCAGCGAGCCGTGCTGCTTGTGGAGAAGGGGGCAGCCAAACGTTTTACGGCAGTTCCGGTTCAAGATCCGCGTATCTTAAGCTGGAGGATGCATTATGACATACGGCTCGTGCGGACCGTATCGCCTCAACATTTTGCGCCGCCTCCCAAAGTGGATTCCGCTATTCTAGCCATCAACCGGAGGAAAAAGCCGCTCATTGCCACGCAGCATCAACCGAAGTTTAGAGCGCTGGCAGCCTACGGATTGCGGGACCCGAGGCTGCCGTTATTCGCGTCTCTGGCGGGTGTGTTCACGCCTCCTCAGATTACGAAGCTGGTCCGAATGCTGGGGGTGGATCGGGAGCTCCCCATCGGGAGGCTGAACGAAGAGCAGTGGGGGACTGTATTCCATACGATGCTCCAGCATGTGCCTTCGAACCGTTGGCCCAAATTAACTGCAAGCTCTAAAGGGAAATCCAAAAAAAGAGAATAA	MFKHNKNSRKKPKKPSNFSAQHLLISKRLIHEMIDLARIQSTDTVLDIGAGTGALTFPLAEKAAHVLAIETDPAFIDKLFSKIKDGSNIRVNPSDFLEVHLPKSPFAVVANIPYSITTAIMAKLLDHPGVPLQRAVLLVEKGAAKRFTAVPVQDPRILSWRMHYDIRLVRTVSPQHFAPPPKVDSAILAINRRKKPLIATQHQPKFRALAAYGLRDPRLPLFASLAGVFTPPQITKLVRMLGVDRELPIGRLNEEQWGTVFHTMLQHVPSNRWPKLTASSKGKSKKRE	PGPT0027915_38	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027915-ermC|ermA-K00561	NA	NA
JZ016_05567	378	merR1		Mercuric resistance operon regulatory protein	ATGAAAATCGGAGAACTTGCAGCCCGTACAGGCGTCAGCATCCGTTCGCTTCGATACTACGAACAGCAAGGATTGCTTATGCCGGTTCGCAACGAGAACGGGTACCGGGAGTATTCGATTCTCGCAGAAGAACAGGTGCGTACCATCCAGTTATATTTGAATCTGGGATTGTCCACCGAGCAGATCGCGGGTTTCCTGCATTGCGTCTTGAAAAATAAAGAGGCGTTTTGCGCGGAAGTGTTTCCGATTTTTCGTCAAAAAATTGCAGAGATCGATGCGCAAATCCACCAGCTGAACCATATCAAGATGAATCTGGAGGAACGCATGCAATCGATTCTGGAGGAACGAGAATCGGAAGAAGCGGAGGAATGCAAATGA	MKIGELAARTGVSIRSLRYYEQQGLLMPVRNENGYREYSILAEEQVRTIQLYLNLGLSTEQIAGFLHCVLKNKEAFCAEVFPIFRQKIAEIDAQIHQLNHIKMNLEERMQSILEERESEEAEECK	PGPT0004215_466	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNT_TRANSPORT_SYSTEM,PGPT0004215-zntR-K13638	NA	NA
JZ016_05568	321	trxA_3	COG0526	Thioredoxin	ATGAGTTTACCACGAATAGATGCAGCCAGCTTTCAAGACGCGATTAAACAGAATGGAGTCACTCTGGTTGAATTTGGAGCCACATGGTGCCCGCCGTGCAAGGTGCTGCTACCCATTCTGGAAGAGCTGAGTCAGGAAGAAGCGGGTCGCCTGGATGTCTATCAGGTGGATTGTGACGAATCCCCGGAGCTTGCCGCTCAATTCGGTATTATGTCCATGCCGACGGTGATCGTGTTTCATAACGGAGAACCGGCAGACAAACTGATTGGACTTCGACCTAAGAGTGTGTACCAAGCGGCGCTAGGCCGTTATGTCTCATAG	MSLPRIDAASFQDAIKQNGVTLVEFGATWCPPCKVLLPILEELSQEEAGRLDVYQVDCDESPELAAQFGIMSMPTVIVFHNGEPADKLIGLRPKSVYQAALGRYVS	PGPT0013055_8803	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
JZ016_05569	678			hypothetical protein	ATGAGATCAAGAAGGAAAATCATATCTCTTCTGACTATCATCGTACTAAGCTGTCTTGCCATGAGCTTGGTAGACGCGGTGATCCGTCCGGATTATGCCGTAAAATCCGCCATCAAGATCATCCTGTTTCTGACATTACCGATTGGTTACGCCGTGATCGCCGGCGGGGTATCGTTTCGGAGGTTGTTCACCTTCGAGAGAAAAGGCCTCCTGATGTCCTTGCTGCTGGGATTCGGCGTATTCACGATCATACTCGGCGGATATTTTTTGTTGAGTCCTTTATTTGATTTCACCAACGTAACAGGAGCCTTACAGGAAAACTTGGGGGTAAACGCAGGCAATTTTGTGTTTGTAGCCCTTTACATATCGATTGCGAATTCACTGCTGGAGGAGTTCTTTTTCCGGGGTTTTGCTTTTTTTACGCTGAAGGAGCAGGTCGGACGACGGTTTGCTTATCTATTCAGTGCCGGGGCCTTTGCCGTGTACCATATTGCGATGATGTCCAGCTGGTTCTCGGTAGGGCTATTCCTCTTATTAATCGCCGGTCTGGTTGTCGCGGGCCTACTGTTTAACTGGTTGAATGAGCGTAGCGGCAATATTTACGCATCTTGGATGGTCCATATGTTTGCCAATCTTGCCATTAACACCATCGGATTTATGCTGTTTGGGATCATCTGA	MRSRRKIISLLTIIVLSCLAMSLVDAVIRPDYAVKSAIKIILFLTLPIGYAVIAGGVSFRRLFTFERKGLLMSLLLGFGVFTIILGGYFLLSPLFDFTNVTGALQENLGVNAGNFVFVALYISIANSLLEEFFFRGFAFFTLKEQVGRRFAYLFSAGAFAVYHIAMMSSWFSVGLFLLLIAGLVVAGLLFNWLNERSGNIYASWMVHMFANLAINTIGFMLFGII				NA	NA	NA	NA	NA
JZ016_05570	960			hypothetical protein	ATGCTGGACAGACACAATCTAGGGAACCTCATTTCAGCTGAGAAAACGTCTAAGGGAGTAGGAAATCAGACGTTGTTCATTAACTCGAGCAAAGGAAGCTATGTATTGAAGGGAAATCCCCTTTATGCAGGGCAGTTCGCTGAAGAGAAATTTTATACGGACTATTTGCACGAATATACATCACTGCCTTTATCGGCTCCGTATCTGCTGGATGAGTCCGGCGATATTTTCGGCTGGAGTTACGCGATCATGCCCCGTCTTCATGGCGTACATATGTATGATCCACAATGTAGAGCAAGTCTTGGCGCAGCGGATCGAATGGATATTGCCTCTTCAGCAGCCAACATTTTAAATGAAATGCACGGCTGGACAGTGAATCAGTATGGCGAGCTCGACCCGCAAACACTAAAGATCCGCCCGTTTGAGGGATCTTATAAAGAGTGGCTCTACAACCGGATTCGGTTTTGGTTACAGGATGCCAAGCAATATTCCCAGATCACCCGAGCCGATACGGAATGGGTTGAAGAGGTGCTGCGTGCCTCGGCGGATGAGTTCGATAAGCATTGCTCCCCCACTTTTGTTATGGGGGATTTCAAGGCAGAGAATATGCTGGTAGCGTATGATACGGTTCGTCAGGCGTGGCGAATCAGCGGCATTTTTGATTTTACGACCGGATATTTTGGGGATGGAGCAGCGGATTTGCCCAAGATGGTGATTATGTATTGGGATTTCGAGGAACAGGAAGCAGCTCGACATTTTGTACAGATGTACTTGCAGGGTTCTGCCAATAAGGAAGGCTTTGTTGATCGATTTAGAGTGCATATGCTCCATCAGCGTATATTGGATTGGGGATGCGCCAAAGCGATTGGTGCAGTTACTTGGGATCCGCAGCTTGCTTTTTCCGAATGGGCAAAAGATTATGTTTATGCCATGGACTACTTGAGATCGTGGATTGCATGA	MLDRHNLGNLISAEKTSKGVGNQTLFINSSKGSYVLKGNPLYAGQFAEEKFYTDYLHEYTSLPLSAPYLLDESGDIFGWSYAIMPRLHGVHMYDPQCRASLGAADRMDIASSAANILNEMHGWTVNQYGELDPQTLKIRPFEGSYKEWLYNRIRFWLQDAKQYSQITRADTEWVEEVLRASADEFDKHCSPTFVMGDFKAENMLVAYDTVRQAWRISGIFDFTTGYFGDGAADLPKMVIMYWDFEEQEAARHFVQMYLQGSANKEGFVDRFRVHMLHQRILDWGCAKAIGAVTWDPQLAFSEWAKDYVYAMDYLRSWIA	PGPT0028760_10	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028760-hyg-K17880	NA	NA
JZ016_05571	387			hypothetical protein	GTGCATATTAGTGAGTTGTCACGTAAAACGGGCGTAAGTTTGCGTTCCTTGCGTTATTACGAGGAGAAGGAACTATTGTCTCCGGACCGTCAGAATAATGGCTACCGTGAATATAGGGAGACGGATATCGAGCGGGTTCGGCTGATCCAGATGTATTTTAGCCTGGGATTGACGGTGAAGGAGATTATGAGTTTTTTCCAATGTGCATTTGATGAGCAGCCCAGAATCGAATGTCTTCCGAATGCGATTGAGGTAGGTAAGCGGAAGCTGGATGATATCCAGCTGCAGATCGAGCTGCTGAAGCAGGCGGAAATTCATTTGCAGAAGAACATTAAGGCATGGGAAGCTATTTTGGACAAGGGGGATCGGCGTAATGAACAAGGTTGA	MHISELSRKTGVSLRSLRYYEEKELLSPDRQNNGYREYRETDIERVRLIQMYFSLGLTVKEIMSFFQCAFDEQPRIECLPNAIEVGKRKLDDIQLQIELLKQAEIHLQKNIKAWEAILDKGDRRNEQG				NA	NA	NA	NA	NA
JZ016_05572	741	fabG_15		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAACAAGGTTGACGGGCTGGTTGTGAAGCGAGTTGCTGTCGTGACGGGGGGCAACCGCGGAATTGGAAAAGAGATTGCAAGGCAGCTTGCTGCCAAAGGACTTCAGGTGATCATTACGTCCCGGGACGAAGGGAAGGGGAGGTTAGCTGTCCAGGAATTGCTTGCGGCCCGGCTCGATGTAAAGCTGCAGGTGGCGGATGTCCACGAAATCAACGATGTGGCACGGATGATGGAGCGAATACAATCAGACTACGGCCGTCTTGACGTGCTGGTGAACAATGCCGGGGTTATTTTGGACCGAGGGGTTTCTGTGCTGGATGTAGAGGAGTCGGTCGTGCGGCAAACGCTGGAGACGAATTTTTTTGGTGCTTTTCGTATGACGCAGGCGGCGATCCCTCTGATGAAGAAGCATCATTATGGGCGTATTGTAAACATCTCTTCCGGTCTTGGTGCTTTCGAAATCATGCAGGATGGTTACGGTTTAAAAGGGTCGTCCTCGGCTTACCGTATCTCCAAAACGATGCTGAATGCGTTAACCTGCCTCGTCTCGCAGGAGGTAGCCGGTGCCGGCATAAAGGTAAACGCGGTTTGCCCGGGCCGGGTTCAGACCGATATGGGCGGTGCGGATGCTCCGTTAACCGTTGCCGAAGGGGCTGATACGGCTGTTTGGCTGGCGACGATGGAGGATGATGGGCCTAGCGGGGAGTATTTCCGTGAGCGGCAGCGAATCGCTTGGTGA	MNKVDGLVVKRVAVVTGGNRGIGKEIARQLAAKGLQVIITSRDEGKGRLAVQELLAARLDVKLQVADVHEINDVARMMERIQSDYGRLDVLVNNAGVILDRGVSVLDVEESVVRQTLETNFFGAFRMTQAAIPLMKKHHYGRIVNISSGLGAFEIMQDGYGLKGSSSAYRISKTMLNALTCLVSQEVAGAGIKVNAVCPGRVQTDMGGADAPLTVAEGADTAVWLATMEDDGPSGEYFRERQRIAW				NA	NA	NA	NA	NA
JZ016_05573	1929	rcsC_10		Sensor histidine kinase RcsC	ATGAGTGATATCAACATTTTTGGCCATCAGGCTTTGTTTGAACATGTCTACAAAAGTGCTCCAATTGGCATTGCCCTGGTTACGATAGATGGAAATTGGATCAGCGTAAATCCTGCGGCTTGCAAAATGTTTGGCTTGACGGAAGAAGAATTGATGGCACAGCCGGCAACCGATTATATTTATTCTGATTGCATTAACAATAAAGATAAGCTGTTTCAATCTTTGGATGAGACGTCCTCAACCATTGCGGTGGAAAAACAATTCGTACATAGAGACGGCCGTGGCATCTGGGCATCGATGCATGTTTCTCTGGTTCGTGACGAAAAGGATCAAACTCCTTTGTTTTTCATTTCGCAAATTGTTGATATTACCAACAGCAAGGTTGCCGAGCAAAGGCTCCAGGAGAGCATTGAACGCTATACCTCGCTGAAGAAGTATAACCATGATGCGATCATTTCCTTCAATCTGGAGGGAAGGATCATTAACGGGAACCAGATGGCAGAGCAGCTGACTGGTTTTAAAATTCCCGAATTAATTGGAACCCGGATTTCCAATTTGATCGGTGAACGTCATCTTGCTCGTATACTTTCTCCTTTAGCGGATTATGTTGCTGTCGAGAAAGCTATAAACGTTATCCATCACAAAAACGGACACACGGTTGAAGTGCTAGCTACGCTTGCACCGATTGTCATTCATAACAAGAATGTGGGTTTTTACATTATTGCCAAGGATATGACAGAGCAGAAGAGACTCATCATCGAGAAGGAAGCAGCCGAGAAAACAAATAACGCCAAGAGCGAGTTTCTGGCGATGATGAGCCATGAGATCCGCACGCCGATGAATGGTGTGATCGGGATGACGGACTTGATACTTGAAACAGAGCTTGATGAGGAGCAGCGGGAGTATGTACAGATCATTAAGAAAAGCGGGACAACCCTTCTGAACATCATCAATGATATTTTGGACTTTTCAAAAATCGAATCGGGCAGAACGGAGCTGGTGGAGGAAACATTTAATCTAAGAACGGCTTTGTCCGAGACATTGAACCTGATTCTTCCGAAGGCGCTGGAGAAAAATATTGAGGTGACCACCTCTGTAGCTTCTGACGTGCCGAATCAAGTGTATGGGGATGTGACAAAGCTAAGGCAGATCTTAATGAACCTGCTTAGTAATGCGATTAAATTTACGCCTAATGGCGCCGTCTCCATCGCTGTGCAGTGTGTCGAGGACCAGGGGAACTCGGCCCTTATCCAATTCTCCGTTATGGATACGGGCATTGGCGTGCCGAGTGAGAAGGTTGCGCAGTTATTTGAACCCTTTTATCAAGTGGACCACTATATGACCCGCCAGGTGGAAGGAACGGGGCTGGGTCTGGCGATCTGCAAAAAACTCGTTCAGTTGATGGGCGGAGATATCTGGTATGAGAAGAATCAGAACCAGCAGGGGTCTGTCTTTACGTTTACGGTTGATTTTTCGTTTAAGCCGAATGATGTCAATCAACAGGAGAATGGGGCCGTTCACGAGAATCACTCCTCAGGAAACGATCTGAAAATTTTGATTGCCGAGGATAATGAGGTGAATCAGTTAGTCCTCAAGAAAATGATTGAGAAGCTGGGATACCATTCGACCACCGTCCAGAATGGACTCGAGGCGGTTGAAGCCTTCGAGCGTTATCCGTATGACATCGTGTTCATGGACATTTCGATGCCCTTCATGGATGGAACGGAAGCGGTCCGGCTCATTAAAGAATCGGTATCATCCGAAAAACAGCCCTTTATCGTGGCCGTTACGGCCCATGCGATCAAGGGCGATCGCGAGAAATATTTAGGGATGGGCATGGATGAGTATGTAAGCAAGCCTGTCAGCATGAATGTTATCTCGGGCATTATTGATAAGTTTCTGGCTGAGCGAGATATGTCTCAAGCCTAA	MSDINIFGHQALFEHVYKSAPIGIALVTIDGNWISVNPAACKMFGLTEEELMAQPATDYIYSDCINNKDKLFQSLDETSSTIAVEKQFVHRDGRGIWASMHVSLVRDEKDQTPLFFISQIVDITNSKVAEQRLQESIERYTSLKKYNHDAIISFNLEGRIINGNQMAEQLTGFKIPELIGTRISNLIGERHLARILSPLADYVAVEKAINVIHHKNGHTVEVLATLAPIVIHNKNVGFYIIAKDMTEQKRLIIEKEAAEKTNNAKSEFLAMMSHEIRTPMNGVIGMTDLILETELDEEQREYVQIIKKSGTTLLNIINDILDFSKIESGRTELVEETFNLRTALSETLNLILPKALEKNIEVTTSVASDVPNQVYGDVTKLRQILMNLLSNAIKFTPNGAVSIAVQCVEDQGNSALIQFSVMDTGIGVPSEKVAQLFEPFYQVDHYMTRQVEGTGLGLAICKKLVQLMGGDIWYEKNQNQQGSVFTFTVDFSFKPNDVNQQENGAVHENHSSGNDLKILIAEDNEVNQLVLKKMIEKLGYHSTTVQNGLEAVEAFERYPYDIVFMDISMPFMDGTEAVRLIKESVSSEKQPFIVAVTAHAIKGDREKYLGMGMDEYVSKPVSMNVISGIIDKFLAERDMSQA	PGPT0004750_918	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0004750-aoxS-K20974	NA	NA
JZ016_05574	1713			hypothetical protein	ATGATAAACCTGAATAAGAAATCCCTATGTTCCTTAGCACTTATCGCTGTTCTAGTCCTTTCACTATTCCCATCTTTCGCATCCGCTGCGAAAAACGAACATTCAAGATCTCCAAAGAAAAATCCCCAAGCCTACGTCAACGATATGCAGCCCGGCTGGAACCTTGGCAATTCGCTGGATGCCGTGGGGGCTGACGAAACAGCATGGGGAAATCCGCGCATCACCAAAGCCTTGATCAACCAAATCGCGGCACAGGGATATAAGAGTATCCGCATTCCGGTAACCTGGAACAACCATATCGGCAGCGGGCCGAACTATACTATCGACACTGCTTACATGGACCGGGTACAGGAGGTTGTCGATTGGGCGCTTAAAGCCGATCTGTATGTCATGATCAATGTCCATCACGATTCTTGGCTATGGATCAGCCATATGGAGAACAATCGCAATGAGGTCGTTGCCAAGTACAACGCCGTGTGGACTCAAGTTGCCCATCGCTTCCGGAACCATTCCAACAAACTGATGTTTGAAAGCGTCAATGAACCTCGTTTCTCGGATGGAGGGACCACCGACGAAACGAAAGCATTTCAGATGCTGGATGAACTTCAAACGTCATTCCATCAGATCGTCCGCGGCTCTGGAGCACGCAACGCAACCCGGCCGCTTGTGCTATCTACCCTGGAGGCCTCTCCAACCCAGGAGAGAATGAGCGAACTATATAACACCATGACGAAGCTGAATGACTCCAATCTGATTGCGACGGTCCATTATTATGGATTTTGGCCGTTCAGTGTGAACATCGCGGGTTATACCCGTTTTGAGACGGATACCCGGAACGATATCGATCAAACATTCAACAATGTGTATAACACCTTTATCGCCAGAGGGATTCCCGTCATCCTGGGTGAATATGGACTGCTTGGCTTCGACCAGAGCACAGGAGTTATTGAGCAGGGGGAGAAACTGAAGTTCTTCGAGTATCTAACCTATTATCTCAAAGAGAAGAACATTACCCATATGCTATGGGACAATGGCCAGCACTTTAAGCGAACCGCTTTTACCTGGTCCGATCCGGAGCTGTACAACATCATGAAGGCGGGTTGGAGCGGTCGTTCTTCCACGGCTGACACCGATCTGGTCTTCGTAAAAAAAGGAGCGGCCATCCAGAATAAGAGCATACCTTTGAACTTAAACGGCCACACGTTAACCGAAGTCCGCACAAACGGACAACTGCTAGTTGCCGGGCAGGATTATACGCTTAATGGGAATGCGATCACGTTTACGTCCAGCCTGCTGTCCAGACTGACTTCATCCGGCCAATTCGGCGTGAATGCTGTATTGACGGCCAAATTCAACCGCGGTGCGGACTGGAATTTCAGGGTCATCTTCCATGATAAGCCCGAGCTTCGCAACACGCAGGGTACAACCGATTCGTTCAGCATTCCAACGACGTTCAACGGAGATCAGCTAGCCACGATGGAGGCGGTATACGCGACGGGAGGCAATGCAGGACCGCAGGACTGGACCTCCTTCAAAGAGTTTGAATATACGTTCTCCCCATCCTACTCGACGGATGAAATCAAGCTCAAGCCTACCTTTTTTAATGAGGTCAAAGACGGAGAAGTGATTCTTAAATTCCATTTCTGGAGCGGCGAGGTCATCACCTATAAACTTACGAAAAGCGGAAGCAGCGTAACCGGTAACGCTTCTTAG	MINLNKKSLCSLALIAVLVLSLFPSFASAAKNEHSRSPKKNPQAYVNDMQPGWNLGNSLDAVGADETAWGNPRITKALINQIAAQGYKSIRIPVTWNNHIGSGPNYTIDTAYMDRVQEVVDWALKADLYVMINVHHDSWLWISHMENNRNEVVAKYNAVWTQVAHRFRNHSNKLMFESVNEPRFSDGGTTDETKAFQMLDELQTSFHQIVRGSGARNATRPLVLSTLEASPTQERMSELYNTMTKLNDSNLIATVHYYGFWPFSVNIAGYTRFETDTRNDIDQTFNNVYNTFIARGIPVILGEYGLLGFDQSTGVIEQGEKLKFFEYLTYYLKEKNITHMLWDNGQHFKRTAFTWSDPELYNIMKAGWSGRSSTADTDLVFVKKGAAIQNKSIPLNLNGHTLTEVRTNGQLLVAGQDYTLNGNAITFTSSLLSRLTSSGQFGVNAVLTAKFNRGADWNFRVIFHDKPELRNTQGTTDSFSIPTTFNGDQLATMEAVYATGGNAGPQDWTSFKEFEYTFSPSYSTDEIKLKPTFFNEVKDGEVILKFHFWSGEVITYKLTKSGSSVTGNAS	PGPT0018620_2286	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CELLULASES,PGPT0018620-celJ|eglA|eglS-K01179	NA	NA
JZ016_05575	3834			hypothetical protein	GTGAAAAGAATATGGACTGCCTTGCTAGCAGCTATACTGTTAATCCCCATGACATTCCAATCGCAAGTACAGGCGGCAGTGAACATCAGCGTCTTGATTGACGGCGTCAAGCTGTATACGCCTCAAGCGCCTGTCATGATCCAAGGACGCGTCATGCTTCCGATGAGATCCATCTTCGAAGCCTTGGATGCATCGGTCAAATGGAATCAAAAAACGAAAACCGTCACAGCGACCAAGGATGGCACAACCGTCATTCTAAAAATCAACTCCAAGACGGCCACCATCAATAACAAGACGGTAGCGCTGGATGTTCCGGCGAAAAACTTAAAAGGCAACACCATGGTGCCGGTACGCTTCGTAAGTGAAGCCCTCGGCCAAAAAATCGGCTGGAATTCCAAAACGAAAACGGTCACCGTCAAAACAACGAACAATTCAGGCGGCGGAAATAATACCGGTATCGTGCCTGTGAATTATGTGACTCTTCGGGACATTGGTAATACCGGCGACGGCCGCGATCTGCAGGTGAGCTTCTCCAAATCATCCACCGAGTCTTTAATTTCGCATTATCGGGTGATGATTGTAAAGCAGTCCAAGACGTTAAACCAATCTGAGGCACAGCGCGTGTCCTCGGCAGCTTACACAACGGTGTACCCATCCGGCTCGGATCCGACGCTGACCCTCACGTCGGGCTCAAGGGATGTGGATAATGATCTTATCCGCGATAACCAGGCTTATAAAGCCTACGTATTGGCAGTCAGCAAAACAGGCGGCACATATGCCCTTTCCTCGGCTTCGCCGTCGTTGACGCTGACCAACACCAATTCAGTAAACGGGGCAACCAACGTGAAAGCAAGCGATGTGAGCGACTATGGCGATGGCCGTGATCTGCAGGTCAGCTTCACGCGGGCCCAGAATGAGAGCAATGTAACCAACTATCGCGTGTTTGCGGTAAAAACGAAGGATGCTGCCAAGTTTAATCTGGCGGCTGCCAAATCCGTTCAAAGCCAAAATTACACGACGGTAAGTAAAACCAGCACGACGAATACAACGCTGTCCACGACGCTGAGTTCTTCCGCTCGTGATACGTCAGGGGAGCTTATCCGCAGCGGAGTCGCTTACACCGTGTTCGTCCAGTCTGTGAGCAGCAATGAGAACGTGCTTGCAAGCAACCTGTCCTCAGGTTCGTCTTCCATCACCCTCAGCACAGGCAATGCAACGGTTCCATCCATTACGCAGGTGACGGATATCAGCGATTATGGTGATGGCCGCGATCTTCGCGTAAGCTTCAACAAGGTATCCAACGAATCCAACATTCACTCTTATCGCGTGTTTGTCGTAAAGGACAGCAATTACAACAGCTTCAACTTAAGCAAAGCCAATGGTGTATCCAGCTACAACTACACCCAAGTCAACAAAACCGGGAATAACATCAACAACTTGACGCTGGCATCGGGGGCTAGAGACGTAGACGGAGCAACGATTCGCAGCGGCGTGTACTATCGCGTATTCGTCATGGCCGTGAACAATAATAACTCCAATAATAACGTGCTGTCTGCGCCATCTAACTCCATCATCTTGAGTTCCAGCTCCAATGTGGGCGCGGTTACCAGCCTGTCTGTCACCGACGTGAACAACTACAATGACGGACGCGACCTGCAGGTATCATTCACCCAGCCGTCCGATCGTTCGAACATCAACTATTACCAGGTATTCGTTGTAAAATCATCCGATAGCTATTTCGATCTGTATAGAGCCAATAACTTAAACAACAGCTATTATTACACTCAAATCAATAAGAACAACAGCAGCAACTACATTACTCAAACCCTGAATTCCAACAGCCGTGATATCGATGGAGAGCTCATTCGCAATGGTATCAGCTATCGCGTATATGTCCTGTCCGTAGGTTATTCAAATAACAATGCACTATCCAATTACTCATCGATTACGCTTGGAAACAACAATCAGGGCAATGTAAACCCTGTTTCCACGCCAACCTTGTCCATTATCGGCAATAATGGTAACGGAAGCGATCTGAGAGTCGCCTTCAGTCCCGCTTATGGCGAAAGCTACATCGATCATTACCGGATTCTCGTTGTGAAGTCAAACCAAAGCCTGAACGTGTCGCAAGCTTATGACAACAATTATTTCACCACAGTTTACAAAACCGGCGGAACCATCACTCGGGATTTGACTAGCACGACGAAGGATTCCGACGGGGATCTCATTCAAAGAGGTTCAAGCTACCGTGTGTATGTCTTGTCGGTAGGCTACTCGAATTACGGCAGAGCACTTTCATCGGTTTCTCGTGACGTAACGATACAAGGCTTGACGGAAGTTGGTAAGGCTGCGAATATTACGGCAGCGGATGAGGGCAATGAAGGCAACGGAAGCGATCTGAAAGTAACTTTCTCCCCTGCTAATGGAGAGAACAATATCGATCATTATCGCATTTTTGTAGTCAAATCATCCAAGGATCTGTCATTATCCCAAGCACAATCAAACAGTTATCACACTAAAGTGTCAAAAGCGAACAGTTACAGTCAAAATTTAGGAGCTAATGCCCAAGACACAGACGGTGAGCTGATTCGGAATGATCAAGGCTATCGCGTGTATGTCTTATCGGTAAGCAACAATTCCTCCAGATACAGCGATGCTCTATCCGCTCCATCAGGCGAAATCAAACTGCAGGGAGTAAGTCAGGTAGGAGCAGCAATTAATGTTCGAGTGATTGATGATGGTGATAAAGGTAACGCTAGTGACCTGAAAGTATCCTTCACTAAAGCTGCAAACGAACAAAATATTAGTGAATACCGAATCATCGTTGTAAATGGATCCGATTTGAACAAATTCAATCTAGATGTTGCTAATGGACTCCCAGCAGAAAGCTATGTTACCGTCTTTCCCGGCACTAACCATAATGGCAATCTCGTAGAAGGCACCCGAGACGCATTCGGAAACGAGATTGCTAACCAACAAAAATACCGTGTGTATGTTCTATCAGTCAGCAACAGTAAGAATATTAGAAACACGCTCTCAGAAGCTTCCAATTTAGTACCATTGGAAAACCAAACAGCTCTGGAGGTTCCCTCCACTGTGAAAGCAGAAATTGCAAGTGGAAGTAGTAATGGTACTGCCAGTGATGTCACTGTCAAGTTCACGGGAACAACTAAAGGGATTACGGAATATCGAATCCTAGTTGTTTCTTCAGATAAAGACTTGAACTTAGAAAAGGCTGAAGCAATAAAGGCTAGCAATCAATACACTGTAGTTAAGCCTAAAGCAGGCGAAATAGAGCAAAAATTAACCAACTCGAACGACGTGAACGATGTTGCCATTTCGGAGGGTAAGGAGTATAAAGCTTACATTCTAGTCGTTGCGGATGGAAAAACGCAAAAATCGAACGCCTTATCTCCAGCATCTGAGAACTTCACCATACCCGCCCCATTCCAAGCTTCGGCCGTTAAAGCCAGTTTGAATAAGGACGGGAAGCTTCAAGTTGAATTCACGAAAGCGATCAATGAGGCAAGCATGGATAGTTATCGGCTGTTGTTTGTGGCAAAAACAGATATCAAAGATTTCAATCTTCAAAAAGCAACAGCAGCCGTTGCCAAAGAGGAAACAAATGTTGCAATTAAACCAAGTGGCGTTAATATTTCAAAACTAATCGATATCCCAACGGTAGATGCATTAAACCAGACTATTAAGACTGATACGGAGTACGCCGTCTATGTTTTTTCAAAGCTAAAAGATCAAATAAATGTGCAGACAGCTACTCTGCTCTCTAAACCATCTAATACCTTGAAATTGCCGACAGCTACAGCAACTCCGTAA	MKRIWTALLAAILLIPMTFQSQVQAAVNISVLIDGVKLYTPQAPVMIQGRVMLPMRSIFEALDASVKWNQKTKTVTATKDGTTVILKINSKTATINNKTVALDVPAKNLKGNTMVPVRFVSEALGQKIGWNSKTKTVTVKTTNNSGGGNNTGIVPVNYVTLRDIGNTGDGRDLQVSFSKSSTESLISHYRVMIVKQSKTLNQSEAQRVSSAAYTTVYPSGSDPTLTLTSGSRDVDNDLIRDNQAYKAYVLAVSKTGGTYALSSASPSLTLTNTNSVNGATNVKASDVSDYGDGRDLQVSFTRAQNESNVTNYRVFAVKTKDAAKFNLAAAKSVQSQNYTTVSKTSTTNTTLSTTLSSSARDTSGELIRSGVAYTVFVQSVSSNENVLASNLSSGSSSITLSTGNATVPSITQVTDISDYGDGRDLRVSFNKVSNESNIHSYRVFVVKDSNYNSFNLSKANGVSSYNYTQVNKTGNNINNLTLASGARDVDGATIRSGVYYRVFVMAVNNNNSNNNVLSAPSNSIILSSSSNVGAVTSLSVTDVNNYNDGRDLQVSFTQPSDRSNINYYQVFVVKSSDSYFDLYRANNLNNSYYYTQINKNNSSNYITQTLNSNSRDIDGELIRNGISYRVYVLSVGYSNNNALSNYSSITLGNNNQGNVNPVSTPTLSIIGNNGNGSDLRVAFSPAYGESYIDHYRILVVKSNQSLNVSQAYDNNYFTTVYKTGGTITRDLTSTTKDSDGDLIQRGSSYRVYVLSVGYSNYGRALSSVSRDVTIQGLTEVGKAANITAADEGNEGNGSDLKVTFSPANGENNIDHYRIFVVKSSKDLSLSQAQSNSYHTKVSKANSYSQNLGANAQDTDGELIRNDQGYRVYVLSVSNNSSRYSDALSAPSGEIKLQGVSQVGAAINVRVIDDGDKGNASDLKVSFTKAANEQNISEYRIIVVNGSDLNKFNLDVANGLPAESYVTVFPGTNHNGNLVEGTRDAFGNEIANQQKYRVYVLSVSNSKNIRNTLSEASNLVPLENQTALEVPSTVKAEIASGSSNGTASDVTVKFTGTTKGITEYRILVVSSDKDLNLEKAEAIKASNQYTVVKPKAGEIEQKLTNSNDVNDVAISEGKEYKAYILVVADGKTQKSNALSPASENFTIPAPFQASAVKASLNKDGKLQVEFTKAINEASMDSYRLLFVAKTDIKDFNLQKATAAVAKEETNVAIKPSGVNISKLIDIPTVDALNQTIKTDTEYAVYVFSKLKDQINVQTATLLSKPSNTLKLPTATATP	PGPT0022155_3225	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5c_TRIMERIC_AUTOTRANSPORTER_ADHESINS-SECRETION,PGPT0022155-ata|sadA|emaA-K21449	NA	NA
JZ016_05576	966	fadM_2	COG0506	Proline dehydrogenase 1	TTGAACGATTCATTAACGGAACTGGCTTTTGCCGACGCTTTGAAGTCAGTCGCCCGTAACCTGCAACTTAAACAGTACGTCCAGCAATCCGCCGAATGGTATCCGATCCTGCTGCGTGCAGCAGAGCGTTTTGTCACGGGCGATGTGCTGGAACAAGGTTTGTCATGTCGGGATGCTCTGGACGCCAAAGGTTATCGCACTTCGCTGGAGTATATCGGGGAGAATACGCTGACTGAAGCGGAATGCACGCACGCTTTCCTGGAGTTTACTAAGTTAATTGAAGCTTGTGCGGAACAGAGGACAGGAACCCGCATTTCACTCGACCTGTCCCATATCGGATTATCGGTAGGCGAGGATTTGGCATACCGGCATCTTCTCGGACTGGCTGGCCAAGCCGAGGAAGCTGGATTGGAGCTGGTCATCAGCATGGAGGAATCCGCCAAAACGGATGCCATCCTTAAACTGTACAGAAAAGCTTCGGCCCAATTCACGAATGTCGGTATTACTTTGCAAGCGCAGCTCCCGCGAAACTTGGAAGATCTCGAAAGAATTCTTGCCGACGGCTCCGGCACGATCCGTATTGTGAAAGGTGCTTATCAGGAACAAGAGGGGCACTATATTCCCCGTTCCGAGATGCTGACTTCGAGATATGTACAAATGGTGGATTTATGCATTCAAGCAGGCAGGCCCGTATCGGTCGCCACCCATGATGAAAGGATCCTGCGGCATATCACCAGCAACGAAATGTATCGCGACTCAGCCGTCGAGCTTGAAATGCTGTATGGCATACGTCCGGACCTGTCCAGACAAATGAAAGATGACGGCTTCCCTATTCGGATTTATCTGACTTACGGTGAGGAATGGTTCCTGTACCTGTGCCACCGCATCGCCGAGTACCCGCCGAATATATACGATGCAGTGACTCGGTCGATCCTGGGCGGCACCGATACAATTAAACAATATTGA	MNDSLTELAFADALKSVARNLQLKQYVQQSAEWYPILLRAAERFVTGDVLEQGLSCRDALDAKGYRTSLEYIGENTLTEAECTHAFLEFTKLIEACAEQRTGTRISLDLSHIGLSVGEDLAYRHLLGLAGQAEEAGLELVISMEESAKTDAILKLYRKASAQFTNVGITLQAQLPRNLEDLERILADGSGTIRIVKGAYQEQEGHYIPRSEMLTSRYVQMVDLCIQAGRPVSVATHDERILRHITSNEMYRDSAVELEMLYGIRPDLSRQMKDDGFPIRIYLTYGEEWFLYLCHRIAEYPPNIYDAVTRSILGGTDTIKQY				NA	NA	NA	NA	NA
JZ016_05577	825			hypothetical protein	ATGCCCGATATCATTTTTTTGCGTGATCCTGACCTGCCGTTTCTTGAAATTAAAGAATGCGATACTATAGACAATCTTTCTTATAAGAAGCATTTTCACGAAGAAATTTCCATTGGCCTCATTGAAAAGGGAGCCACCCGCGTATGGTCGGCCGGGAAACGGTTTGAGGCTGCCCAGGGGCATATTGTGCATTTTCCGCCGCTGCTCCCTCATGCCTGTCATCCCGAGAATCCTGCAAACTGGAAGTACACGATGATTTTTGTCCATCCCCGGTGGCTCGGTCAAACCTCTTCGGACTATGATTCCAAATACCATCAACCCCATATGCCCATCCTGCATCCGAAATATCAAAACGAACGATCCCGTTATCTGATCCGTTCCTGCAGGACCCTGTTTCAGCAAAATGCCACTCCCCTCGAAGTGGAGTCCGTGCTTATGACATTAATGCGGGAGACGGGTCTCCTTCAAGAGGAAGCCGCTATGGCGTCTAGCGGCAGCGCTCATCAATCCCCGGCTATTCTGCGAGTGAAGCAGTATCTGGATCATCATTACAAAGATCGCATTACACTTGATATTCTGCAAGGCATCTCCGGAGTCAGCAAATTCCACCTGATTCGGATGTTTGCAGAATCCTATCATCTTGCTCCCCACGCTTATCAGAATTTACTGCGCATCAATTATGCGAAAGAACAGCTACTGCAAGGAAAAACCATAGCCGATGTTGCTGCGGAGACCGGGTTTTACGATCAGAGCCATTTCACGAGAGCTTTTGCCGGTTGCGTAGGGACAACGCCACTTCGGTATGCAAAAGCAGCGACATCTTAA	MPDIIFLRDPDLPFLEIKECDTIDNLSYKKHFHEEISIGLIEKGATRVWSAGKRFEAAQGHIVHFPPLLPHACHPENPANWKYTMIFVHPRWLGQTSSDYDSKYHQPHMPILHPKYQNERSRYLIRSCRTLFQQNATPLEVESVLMTLMRETGLLQEEAAMASSGSAHQSPAILRVKQYLDHHYKDRITLDILQGISGVSKFHLIRMFAESYHLAPHAYQNLLRINYAKEQLLQGKTIADVAAETGFYDQSHFTRAFAGCVGTTPLRYAKAATS				NA	NA	NA	NA	NA
JZ016_05578	318			hypothetical protein	ATGTTGAACGATAACCTTTTTGAAGTATTGGCAGAACCGAACCGCAGGACGATATTGGACTATCTGCGCGTGAAAGAGTGCACGGTAGGCGAGATTGTAGATCTCATGCAGCTCAGCCAACCAGGCGTGTCCAAGCATTTGCGCATTTTGCGGGAAGCCGGTCTTGTCTCGCTGCGGAAAGAGGCACAAAGGCATGTGTACAGTCTGAATGCCAAGCCCCTGGAGGAAATCCACCACTGGCTGGAGCCTTACCGTCAGTTCTGGACGAATAAGCTGAATGATCTGGAGAGGCTGCTGGATGAGGATGAATCTCCTTAA	MLNDNLFEVLAEPNRRTILDYLRVKECTVGEIVDLMQLSQPGVSKHLRILREAGLVSLRKEAQRHVYSLNAKPLEEIHHWLEPYRQFWTNKLNDLERLLDEDESP	PGPT0004735_147	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_05579	483			hypothetical protein	ATGCTGGCAGTAGTACAGCAAGACGAGTTCGGAACGACTGTCCGATTTGAACGCCGCCTGAAGCATTCGGTTGAGAAGGTGTGGTCCTATCTGACGGATAATGACAAGCTCACACAGTGGTTTTCGGAGCTGAAGGTGGAAGATTTGCGTCAAGGCGGAAGAATTACATTTGACATGCAGGATGGAACGTTCGAAGAATTTGAAATTACGGACTATCGGGAGTTTTCGGTACTGGAGTATACGTGGGGAGAGGACCGTGTGCGTTTTGAGCTGCATCCAGAGTCCGAAGGCTGTCGTCTGGTATTGATCGAGACGATAACGAAAATTACGGATCATACACCGAAGGATATTGCCGGTTGGGACGTATGTCTGGACGTCATTGAAGCACTGCTGGAGGGCAGGACGCTTAAATCGCGCAAAGACGCCTGGTCCGAAAAATACGAGCAATACGTTCAAGTATTTAAACAATTGCCGCGTGCATAA	MLAVVQQDEFGTTVRFERRLKHSVEKVWSYLTDNDKLTQWFSELKVEDLRQGGRITFDMQDGTFEEFEITDYREFSVLEYTWGEDRVRFELHPESEGCRLVLIETITKITDHTPKDIAGWDVCLDVIEALLEGRTLKSRKDAWSEKYEQYVQVFKQLPRA				NA	NA	NA	NA	NA
JZ016_05580	1008			hypothetical protein	ATGCCGGATTACACGGTACACATCTTGCAGCTTAGAGAAGATAACTATCATAACGGGCTTAAGCTGGGTCGCAGTCTGCGAAATCAACCGATATTAAAAGCGTTCGAAGCGGTCACCAAGCCGGAGATCGACACGGAACAACTGAAGAGCATTTATAACGAATTTGCCCCGCAGCTGTTGTCGGAGCTTGAAGGGCTGGCGGAAGGCTTGGAAATGCCGTTTTCCAAAGCCGCGGCGATTCTCGGCGGATATGACGTCCCGAAAGTCGCGGCCATGGGATGCTCGGCGATGATCACGGCTACGTATTACGTAAGAAATTACGATTTTACGCCTGCGTTTTACGATGGTTATTTTACAGTGGCTCAAGCCGATCAAGGCTTAGCGAGTGCAGGCTATAATTTGCAGGCAATAGGCAGGCATGACGGGGTGAATGAGCAAGGGCTTGCCGCCGGGCTTCATTTTGTCAGCTTTGACGGATACCAGGCGGGTGTGTCGCCTTGGGTCGGCGTTCGGATGATTTTGGAGTCATGCAGTACTGTAGAAGAAGCGTCTTATATGCTGCGCCATATTCCCCATGCGGCGTGTTATAACTTTTCAATAGGGGATGCACGAGGGAACATTGCCGTTGTGGAAGCAAGTCCGGATCAAGTGATTACCCGTGCGGGTGAGGCGGCGGTGATCGCCTGCGTTAACCATTATGAGGCTTTGACGGGCAAAAACAGGCCATCCATCGAGCATTCCCTTCGGCGTAAACGTTATATCGATAGCTTGGATGCTGAACAGTTAACCCAAACCGAGGTTTTCGGTTTGTTTAAGGACCGAAAGTCCCCGTTATTTTTTACGGATTACGACGATTTGTTCGGAACGCTGCATACCTTTTCGTACGCCTTCGAAGAAGGAAGGGTCATGACATCGCTTGCTCAGGGGCGCGTGCTTGATTTTTCGTTCAGGGATTGGGTCGAAGGCAAGGATCTTCAGGAGGCAACACTGACTGGGCATATCGATTGA	MPDYTVHILQLREDNYHNGLKLGRSLRNQPILKAFEAVTKPEIDTEQLKSIYNEFAPQLLSELEGLAEGLEMPFSKAAAILGGYDVPKVAAMGCSAMITATYYVRNYDFTPAFYDGYFTVAQADQGLASAGYNLQAIGRHDGVNEQGLAAGLHFVSFDGYQAGVSPWVGVRMILESCSTVEEASYMLRHIPHAACYNFSIGDARGNIAVVEASPDQVITRAGEAAVIACVNHYEALTGKNRPSIEHSLRRKRYIDSLDAEQLTQTEVFGLFKDRKSPLFFTDYDDLFGTLHTFSYAFEEGRVMTSLAQGRVLDFSFRDWVEGKDLQEATLTGHID				NA	NA	NA	NA	NA
JZ016_05581	702		COG1136	putative ABC transporter ATP-binding protein	ATGGCTTTTGTGAGCATGAAGGATGAATATAAGCGCTACCGAATGGGAGAGACCACGATTGTAGCCAATGATGGAATCAACCTGGAGATTGAAAAAGGCGAGTTTGCGATCATTGTCGGTCCCAGCGGTGCAGGCAAATCCACGGTGCTGAATATATTGGGCGGCATGGATACGGCGGATGAGGGACAAGTACTCGTGGATGGAACGGATATTTCAAGGTTTAACAGCAAGGAGTTGACCGGCTATCGGCGAAATGACGTCGGATTTGTGTTTCAATTTTATAACCTGGTTCCCAATCTGACGACAAAAGAAAATGTGGAGCTGGCTTCGCAGATTTCTCCTCGGGCCCTGGACGCAGAGCAAGTATTGCGGGATGTCGGCCTGGGTAATCGTCTGAACAATTTTCCGGCACAGCTGTCCGGCGGAGAACAGCAGCGGGTAGCGATTGCCAGGGCACTCGCCAAGCAGCCGAAGCTGCTTCTCTGCGATGAACCCACTGGTGCGCTTGATTATCATACGGGGAAGCAGGTGCTTAAGCTGCTCCAAGACACTTGCCGCCATACCGGAACGACGGTTATCGTCATTACGCATAATTCTGCCCTGACGCCGATGGCGGATCGGGTCATCGAGATCAACAATGCCAAGGTCCGAAACATGGTTTTGAATCCGAACCCCGTTTCTGTAGACAACATCGAGTGGTAG	MAFVSMKDEYKRYRMGETTIVANDGINLEIEKGEFAIIVGPSGAGKSTVLNILGGMDTADEGQVLVDGTDISRFNSKELTGYRRNDVGFVFQFYNLVPNLTTKENVELASQISPRALDAEQVLRDVGLGNRLNNFPAQLSGGEQQRVAIARALAKQPKLLLCDEPTGALDYHTGKQVLKLLQDTCRHTGTTVIVITHNSALTPMADRVIEINNAKVRNMVLNPNPVSVDNIEW	PGPT0013345_9638	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
JZ016_05582	3318			hypothetical protein	ATGAAGAAAAGAGCGTTGTGGACTGATATTTTCCGGGAAATAACGCGGACAAAAGCTCGGTTTCTGTCCATTTTTGCCATTATTATGCTCGGCGTCGGTTTTTTTGCGGGGATAAAAGCCACGGGTCCGGATATGCTGGACACAGCGGATCACTACTATAGCGATTTAAAGCTGATGGATCTTAAGGTTCAGTCCACCTTGGGTCTCGAACAAAGCGATATCGAGAAGCTGAAGTTGATTGCCGGAGTGGATGAGGTTCAACCTGGCTATAGTGCAGACGTATTTCTCGGTGACAGCGGGCGGATCGCGAAGGTCCTCTCCTATGACCCAGGAAATAATCTGAATCAATACGTGCTTACAGAAGGTCGAATGCCGGAGGCCGCTGGAGAGATCGTCATCGACGCGGGAGATCGGGGGAACGAATTTAAACTGGGGGATCAGATTACCTTTACCAATCCGGATGAGGAAGTCAATCTCAAGAAAACGTTTGACCACCTCACTTATACGGTCGTGGGAAGGGCGAAGAGTCCGCTGTTCATCAGCAGCATGAGCCGGGGAACGAGCGGCATCGGCAAGGGGACTGCGGATGTGTTCGCCGTTATACCGGAGCAGGACTTTAAACTACCTGTATATACGGAAGCCTACCTGACCTTCCAGGACACCGCTGAATCAGCTCCCTATACGCCTGAGTATGACGAGAAGATCAAACGGCACAAAGAAGCGGTAGAACTGGCACTGAAGACCATGCCCCGGGAGCGGCTGGCAGAGATTCGTGCCGAGGGGCAGAAGAAGCTGAATGAGGCATTGGACAAAATCAAGGATGCCAAGAAGCAGCTGACCGATGCGGAGCAGGAGTTAAAGGGAGCGAAAATCAAGCTGAATGAAGGAGAGCAATCCTACCGCGATGGCGTGAATAAACTTCAAACCGAGCTGGCACAGGGACAAGCCAAGCTGGATGCCACGGCAAGAAAGCTTGCCCAGGGCAGAGCGGAGCTGAAGCGGAATCATCAGCAGTTGGAACAGGGACAGTCCCAGCTTAAGACAGGTCAAAGTCAACTGGATCAACAAAAGTTGGAGCTTGCGCCAAAGCTGGCACAAGGGCAGCAATTGGCGAAGGCGCTGCAGCAAATCTCCGGTTTAGATCCGAAAGACATACCGGAAGAACAGAGGCAAGAGCTGCTTTCAGCGGCTCAGGCAGCAGATCCGAAGCTGGGAGCAGCCACTGCGGGTTACATGGAGGGAGCATTGGATGGAGCTGCTTTGCAAAAGGCTGCTTCTGCGTTCCAGAGCGGTTTAAACGCAGCTTCGCAACAGATGGATCACGCTCAGCAGAAGCTGGATGCAAGCCGGGCACAACTAAAAGAAGGTGAGGCCAAGCTTCGGGAAGCCGAGCGTCAGCTCGTGCAGGGTGAAGCTTCGTTGAAGCAAGGAACGGAGGAGCTTGCTGCTGCTAAGCAGGCAGGGGAAGCCAAACTCGCAGATGCGAAAGCGGAGCTTAGCCAAGGACAGGAGAAATACCAGGAGGGTTTAAAGAAATTTAATGAAGAAAAAGCAAAGGCTGAGCGAGAAATCGCCGATGGCGAGAAGGAAGTGGCGGAGGGACAGAAGGAGCTGGAACAGCTTGAGCTGCCCAAAGTCTACGTCATGGACCGCAGCGTCAATCCGGGCTATACCGAGTACAGCGATAATGCGGACCGCTTATCTTCCATTGCAACGGCATTCCCGGTATTCTTTTTCCTGATCGCCGCCCTCGTCAGCCTGACAACGATGACTCGTATGGTTGAGGAGCAGCGGCTGCAGATTGGGACCTTGAAAGCACTTGGATACAGCAATCGGGATGTGATGAAAAAATTCCTGGTGTATTCGACGCTGGCAAGTGTTGCGGCCTCAGCAGCCGGACTGGGTATCGGCTTCACCTTGTTTCCCGCTATTATCTATGATGCTTACGGCGCTTTATACAACCTGCCGGATGTGAGAACGCGATTTTATCTCAGCTACAGCATCATCTCGATCATCGTGGCCGTGCTCTGTACGACCATGACCGCTTATGTGGCGACGCGGGTGGAACTTCGAAGCAACGCTTCGGTCCTGATGCGCCCCAGAGCCCCAAAGAACGGATCCCGCATATGGCTGGAGCGAGTTCCTTGGGTGTGGAACCGGCTCGGCTTTATTGGAAAAGTCACCGCCCGTAATTTGTTCCGCTACAAGCAGCGGATGTTTATGACCGTTTGCGGCGTTGCCGGCTGCACGGCCCTGATACTGACCGGTTTCGGTCTCAAGGATTCCATCGGGGATATCGCGCCGCTGCAATACGGAAAGATTATGCAGCATCAGGCGACCGTTGTATTCCAAGACGATAACGGCGATAACGGCATGCTGGAGGATTATAACAAGCGCATTGCGGAAACGCCGGAGATTACGGGGATTTTAAATGTGACGCAAGAGGCGATGACTGCGGCCGCCCCCGGGGTGAATACTCAGGATGTGAGTTTGTTCGTGCCGCAATCGCCAGATGAGATCGATTCGTTTATCATCCTGAAATCCCGTGGGCAGGAGCAGACGCTGTCCCTGACGGATGACGGTGCGATCATTACCGAGAAGCTCGCCAAACTGTTTGATCTCAAGATTGGCAGTACCTTCACCGTACAGAACAGCGACAACGATCCCTTTGAAATACGTGTAGCCGGGATAACGGAGAACTATGCCATGCACTACGTCTATATGACGCCGCTGTATTACGAAGAGATTTTTGATGCAGGGCCGGAAGTGAACAGTCAATTGCTGACGTATGACAACCACGATCACAATCCGGAGTGGGAAGACCAGCTTGGAGAATCGTTAACCGCAAGCCAGCGGGTGGCAATGGTCAGCTTCACGAGCGGGGTAAGCGACGCTTTCAGTGATACGATGGACAGCATGAACGTCGTGGTGGTTGTCCTGATTGTATCTGCTGCGGCACTTGCGTTTGTCGTGCTGTACAATCTGACGAATATTAACGTATCCGAGCGGATACGGGAGCTGTCAACGATCAAGGTGCTTGGCTTCTATGATAAGGAAGTAACCATGTACATCTATCGCGAAAATATGATTCTGACCGCGCTGGGGATTATAGCGGGCAGTCTGGGTGGCGTGTTCCTGCACCGGTTCGTGCTACTAACCGCAGAAGTGGATGCGATGATGTTCAGTCCCGCGATCCATGGAATCAGTTACGGCTATGCGGCACTGCTGACGCTGTTGTTCTCGGCCATTGTGATGGCCTCCATGCATTACAAGCTAAAGCGGATTGATATGATTGAAGCGCTGAAATCGGTGGAATAG	MKKRALWTDIFREITRTKARFLSIFAIIMLGVGFFAGIKATGPDMLDTADHYYSDLKLMDLKVQSTLGLEQSDIEKLKLIAGVDEVQPGYSADVFLGDSGRIAKVLSYDPGNNLNQYVLTEGRMPEAAGEIVIDAGDRGNEFKLGDQITFTNPDEEVNLKKTFDHLTYTVVGRAKSPLFISSMSRGTSGIGKGTADVFAVIPEQDFKLPVYTEAYLTFQDTAESAPYTPEYDEKIKRHKEAVELALKTMPRERLAEIRAEGQKKLNEALDKIKDAKKQLTDAEQELKGAKIKLNEGEQSYRDGVNKLQTELAQGQAKLDATARKLAQGRAELKRNHQQLEQGQSQLKTGQSQLDQQKLELAPKLAQGQQLAKALQQISGLDPKDIPEEQRQELLSAAQAADPKLGAATAGYMEGALDGAALQKAASAFQSGLNAASQQMDHAQQKLDASRAQLKEGEAKLREAERQLVQGEASLKQGTEELAAAKQAGEAKLADAKAELSQGQEKYQEGLKKFNEEKAKAEREIADGEKEVAEGQKELEQLELPKVYVMDRSVNPGYTEYSDNADRLSSIATAFPVFFFLIAALVSLTTMTRMVEEQRLQIGTLKALGYSNRDVMKKFLVYSTLASVAASAAGLGIGFTLFPAIIYDAYGALYNLPDVRTRFYLSYSIISIIVAVLCTTMTAYVATRVELRSNASVLMRPRAPKNGSRIWLERVPWVWNRLGFIGKVTARNLFRYKQRMFMTVCGVAGCTALILTGFGLKDSIGDIAPLQYGKIMQHQATVVFQDDNGDNGMLEDYNKRIAETPEITGILNVTQEAMTAAAPGVNTQDVSLFVPQSPDEIDSFIILKSRGQEQTLSLTDDGAIITEKLAKLFDLKIGSTFTVQNSDNDPFEIRVAGITENYAMHYVYMTPLYYEEIFDAGPEVNSQLLTYDNHDHNPEWEDQLGESLTASQRVAMVSFTSGVSDAFSDTMDSMNVVVVVLIVSAAALAFVVLYNLTNINVSERIRELSTIKVLGFYDKEVTMYIYRENMILTALGIIAGSLGGVFLHRFVLLTAEVDAMMFSPAIHGISYGYAALLTLLFSAIVMASMHYKLKRIDMIEALKSVE	PGPT0013350_469	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
JZ016_05583	1743		COG1132	putative ABC transporter ATP-binding protein	ATGGGAATGGTTTTCTCGATCTTGAAAAAGTACCGCGTCGCAGCGATTGCGGCACTGGTCATGATGCTGATTGAGCTCACCGTTGAGCTGATTCAGCCGCTGCTCATCTCTAAAATCATTGACGACGGCATACAGAAACAGGATTTGTCCGTTGTCTGGATGTGGGGAGCCGTTTTAACTGGAAGCGCTATTATTGCCTTTATAGCGGGAATATCCAGCTCTTTTTTTGCGGCGCATACGAGTCAGGGACTCGGCTATGATCTGCGTGATCAGCTGTATGAAAAGGTGCAGTCTTTCTCTTATTCGATATTTAACCGGTTTGCTACCTCATCTTTGATTACCAGACTTACAGGGGACGTCACCCAGATTCAGGATACGGTGTTCATGGGCTTGCGGTTTATGACGCGCGTTCCGCTCGTTGTGCTGGGAAGCATCATCATGGCATTGGTGGTGAATGTGAAGCTGGGCTTGCTGCTTGTCCTTACCGTGCCATTATTGTTTATTTTTATCGCTTGGATTATGAAGCGGGCAGCGGATGCGTTCCGCCATGTACAGCAGCGACTGGATGCGGTGAACGGCGTCATTCAGGAGAATCTGACCGGGATTCGGTTGATACGCGTATTCGTAAGGATGGGACACGAAATTGAACGCTTTGCCCGTACCTCTGGCAAGCTGATGAGCACCACGGTCTCGACCTTGCGATTAACGGAGACAACGATGCCGTTTATTCTTCTCATAATGAATGCAGGGATTATGGCGGTCCTGTGGTTCGGCCGCAAAGACATCGCGTCCGGCAGTGCCAGCGTCGGCGAAGTGGTTGCCGTAGTCAATTATTCCCTGCGTTGTATTGGTGCCATGTCCGCCCTGTCCTGGGTTGTCGTTGCCTTCTCCCGGGGACGCGCTTCCGCACAGCGGACGCAAGAGGTGTTAAATACGGAAGAGGATGCAGCAAGCGCGGCCAAGGATAAGAATAAAAAGGTTCAAATTCAAGGCGGCGTGAAGTTCGAGCAAGTGAGTTTTAGCTATCCGGGCAGCGACATCGACGTGCTGACGGATATTTCCTTTGAAGCGAGGCCCGGAGAGCGGATCGCGATTATGGGAGCAACTGGTTCCGGCAAGTCTTCATTAGTACAGCTGATTCCACGGCTTTACGAGGAAGAGAAGGGAACAGTACGCGTAGACGGAATGGACGCCGGATCGATCGATGAGGTAAATCTGCGCAGCAGCATCGGTTATGTGCCGCAGGAAGTGCTGCTCTTCTCCGGTACGGTGCGGGAGAATATTGCCTGGGGACGCGAGGAGGCTTCCATGGAGGAAATTAAAGAAGCGGCGCGCAGAGCGCAAATCCACGATACCATTGAGCGTCTCCCTAACGGTTATGACACGATGCTGGGCCAGCGCGGGGTCAACTTGTCCGGGGGACAGAAGCAGCGCCTGTCCATTGCGCGGGCGCTTGTGCGAAAGCCCGCCATCCTTATTCTGGACGACAGCACCAGCGCCCTTGACGTCCGAACGGAAGGTGCTCTGCTGGATGCCCTGAAGGATTTGTCCTGTACGACGTTTTTGATCACGCAGAAGATCAGCTCGACCACTTCGGCTGATTTGATTCTGCTGCTGGACGATGGGCGTTTGATTGGAAAAGGGAACCACGAAGATTTGATGGAAAGTTCCTCTCTATATCGACGCATCTATGAATCCCAATACGGAGAGGAGGCGCAGCAGCATGCTCAAGGCATTCACTGA	MGMVFSILKKYRVAAIAALVMMLIELTVELIQPLLISKIIDDGIQKQDLSVVWMWGAVLTGSAIIAFIAGISSSFFAAHTSQGLGYDLRDQLYEKVQSFSYSIFNRFATSSLITRLTGDVTQIQDTVFMGLRFMTRVPLVVLGSIIMALVVNVKLGLLLVLTVPLLFIFIAWIMKRAADAFRHVQQRLDAVNGVIQENLTGIRLIRVFVRMGHEIERFARTSGKLMSTTVSTLRLTETTMPFILLIMNAGIMAVLWFGRKDIASGSASVGEVVAVVNYSLRCIGAMSALSWVVVAFSRGRASAQRTQEVLNTEEDAASAAKDKNKKVQIQGGVKFEQVSFSYPGSDIDVLTDISFEARPGERIAIMGATGSGKSSLVQLIPRLYEEEKGTVRVDGMDAGSIDEVNLRSSIGYVPQEVLLFSGTVRENIAWGREEASMEEIKEAARRAQIHDTIERLPNGYDTMLGQRGVNLSGGQKQRLSIARALVRKPAILILDDSTSALDVRTEGALLDALKDLSCTTFLITQKISSTTSADLILLLDDGRLIGKGNHEDLMESSSLYRRIYESQYGEEAQQHAQGIH	PGPT0029025_1027	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029025-efrA-K18887	NA	NA
JZ016_05584	1860		COG1132	putative ABC transporter ATP-binding protein	ATGCTCAAGGCATTCACTGAACCGTTTCGTCATCCGAGACCGAAGATTGATCTTGGCAAGAATAAGGATGGCGGCCAGGGGGGCAAGCCAAAGGCCAAGGCCAAAAACTGGTCGGGCACCCTCTCCAGAATATGGGCTTATCTCGCCCGCCGCAAAGGCAAGCTCGCACTCGTGCTGCTGATGGTGTTGATCAGCTCGGGCCTTGCATTGCTAGGTCCCTATCTGCTTGGCGTCGGCGTGGATAGATTTCTGGATGATGTGCGTAATCCGGACAGCTCCATCGACGCGGCCTGGTTGTATTTTCTCGTTGGCTTGGCCGCCGTCTATGTTCTTCAGGCTTTAACCACTTGGCTGCACAACGTCTGGATGATCGGAATCGCCCAAGAGACGGTGTACCGGATGCGGATGGATCTGTTCACGCATCTGCACCGGCTTCCGATCCCGTTCTACGGCAAACGCCAGCAGGGTGAGATCATGAGCCGCCTAACGAATGATATCGAGAACGTGAGCTCAACGCTCAACAGCTCAGCGATTCAAATTTTCTCGAGCGTGTTGACCTTAATCGGCACATTAACCGTCATGTTATGGCTTAGTCCGCTCCTTACGCTGCTGACATTCCTGGTCGTGCCTCTGATGATGATGGGGATGCGCTGGATTACCCGGCGGACCGGTCCCTTGTTTAAGGAGCGTCAACGCAACCTGGGGGATCTGAACGGGTATATTGAAGAAACGCTGTCGGGGCAGCGGATTATTAAGGCTTTTTCCCAGGAAGAACGGGTTGTCCGCGAATTCGATGAGCGCAATCAACGGATTCGTCTGTCGGGCTTCTGGGCGCAGAGCATATCAGGCTTCATTCCGAAGCTGATGAACGGGCTCAACAACTTGAGCTTTGCGATCGTAGCAGGCATCGGCGGCATCATGGCGATTCAGGGGCATATTACGATCGGCGTCATCATTATATTTGAGAGTTATGCAAGGCAGTTTACGAGACCGCTGAACGATCTCGCAAACCAATGGAATACGCTGCTGTCTGCCATTGCGGGGGCGGAACGCGTATTCGAGGTGCTGGATGAAGAGGTTGAAGCGAAGGACGAAGGAGCTGCTGTCACGCTGAAGAGCGTGGAGGGCGCGGTGAAGTTCGACAACGTCTCGTTTTCTTATGAGAAAGACGGAGACACACTGGAAGGAATCAGCTTTGAAGCAAAACCCGGCGAGATGATTGCGCTGGTCGGTCCGACCGGTGCGGGGAAAACGACGTTAATTCAGCTGCTCTCCCGGTTTTACGATCCGGACAGTGGAAGGATTACCCTCGACGGGCGGGATATTTCTTCGATCCGCAGGGAGAGTCTGCGCTCGCAGATGGCTTTTGTGCTGCAGGATTCCTTCCTCTTCCAGGGCACGATCCGTGAGAACATCCGCTTCGGACGGCTGGATGCCAGCGATGAGGAAGTGGAAGAAGCCGCGAAATTGGCCAATGCCCACTCGTTTATCGTGCGGATGAAGGATGGTTATGACAAGAAACTCAAGCCTGACGGCAGCGGCATCAGTCAAGGACAGAAGCAGCTGCTTGCCATCGCGAGGGCGATTCTGGCCAACCCTTCCATGCTGGTGCTGGATGAAGCGACAAGCAGCATCGATACCGTAACGGAAATCAAAATCCAGGAAGGATTGCAGCGATTGATGAAAGGGCGGACGAGCTTTGTCATTGCCCACCGTTTAAACACGATCCGCTCGGCGGACCGCATCCTGGTGCTCAAGGATGGACGCTTATTAGAGCAGGGCTCCCATGATGAGCTGCTGAAGCAGGGAGGATTCTACAGCGACCTGTATTACGGCCAGCTGAAACGGGCGGCTATGTAA	MLKAFTEPFRHPRPKIDLGKNKDGGQGGKPKAKAKNWSGTLSRIWAYLARRKGKLALVLLMVLISSGLALLGPYLLGVGVDRFLDDVRNPDSSIDAAWLYFLVGLAAVYVLQALTTWLHNVWMIGIAQETVYRMRMDLFTHLHRLPIPFYGKRQQGEIMSRLTNDIENVSSTLNSSAIQIFSSVLTLIGTLTVMLWLSPLLTLLTFLVVPLMMMGMRWITRRTGPLFKERQRNLGDLNGYIEETLSGQRIIKAFSQEERVVREFDERNQRIRLSGFWAQSISGFIPKLMNGLNNLSFAIVAGIGGIMAIQGHITIGVIIIFESYARQFTRPLNDLANQWNTLLSAIAGAERVFEVLDEEVEAKDEGAAVTLKSVEGAVKFDNVSFSYEKDGDTLEGISFEAKPGEMIALVGPTGAGKTTLIQLLSRFYDPDSGRITLDGRDISSIRRESLRSQMAFVLQDSFLFQGTIRENIRFGRLDASDEEVEEAAKLANAHSFIVRMKDGYDKKLKPDGSGISQGQKQLLAIARAILANPSMLVLDEATSSIDTVTEIKIQEGLQRLMKGRTSFVIAHRLNTIRSADRILVLKDGRLLEQGSHDELLKQGGFYSDLYYGQLKRAAM	PGPT0029030_1099	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029030-efrB-K18888	NA	NA
JZ016_05585	1395	ribZ_3		Riboflavin transporter RibZ	ATGAACGAACATCAGCAACAACCACCATCTGCTGAAAAATTAATACGCATTCTGGCCTTTACGATGATTCTCTCATCAATGAGCGCAACGATGTTTAATATCGTGCTTCCGGAAATCAGCAAGCAATTCCAGCTTTCCTTTGCCCAGGTCAGCTGGGTATCGTCGATTTACATGCTGATTTATGCCATAGGCTCTGTCCTATATGGAAAATTGGCCGACACCTATAAACTCAAAAATCTGCTCACTTTCGGTTTGCTTCTCTTCCTAGTCGGTTCTATTGTAGGTTTGGCGGCACAAGCCTACTGGATGGTGCTGCTGGGGCGGATCCTCCAGGCTGCGGGGGCAGCCGTCATTCCGGCAACCGCCATGATCATTCCCGTTCGCTATTTCCCTGCGGAAAGCCGGGGCCGCGCGCTCGGCATAACCGCCACCGGACTCGCTATCGGAAGTGCGATTGGGCCGGTTGTCTCGGCTCTGATCGTCAGCGTGTTCCACTGGAGATGGCTCTTCTGCATCCCGCTGTTGATCCTTGTTACCTTGCCGCTGTACCGCAAATATTTGGGCAATGAACAAGGTCAGGGTGGACGAATCGATTGGCTCGGCGGCGGTCTTCTCGCCGGAACGGTTGCGCTGCTGCTCCTTGCGGTGACGCAGAGTGGATGGATATTCGGCGTAGGCAGCTTCATGCTGTTCCTGTTGTTCCTCCTGCGCATTCGATCGGCTAAAGAGCCTTTTGTCCAGCCCCGTTTATTCAGCAACAAAAGCTATTCGGTGGGTCTGGTCCTCGGCATATTCATCATGAGTGTCGGTTACGCCCTGCCTTTTCTTACTCCGCAGCTGCTGGCGGATATTAACGGTTTGGCTCCGGGATGGATCGGATTTGTTATGGTGCCGGGAGCCGTCGCTGCGGCCATACTCGGCGGAAGAGGCGGCAAGCTCGCGGACACCAAGGGAACGCGTTATCTGTTCTATACAGCGTCCACCCTGCTTCTGCTCTGTTTCGCCCTGTTGTCCACCTTCGCGGGCGTATCGCCATACCTCATTGCGCTGATTCTGGTCTTTGGCAATGTAGGTCAAATATTTATGCAAATCTCGCTCTCCAAGACCATCTCATTGTCGCTGCCCAAAGAGCAAGCCGGTGTCGGGATGGGATTGTTCTCGCTGCTTAACTTCCTGTCCGGCGCGATCGCCACGGGGGTGTACGGCAAAGCCGTCGATCTTGGCGCCGGCAGCTCCTGGAATCCGCTGAACCTGTTCCAGGGCGCCTCCACCTACAGCAACATCTATATCGTCCTGGTTGCCTTGCAAGCTGGAGTTCTTCTGCTATTCATGCTGCAATTTGGTAAAGCCGCGGGGCAGCGTAAACTGCAGCTTCAAACTACGAGCTCTAAATAA	MNEHQQQPPSAEKLIRILAFTMILSSMSATMFNIVLPEISKQFQLSFAQVSWVSSIYMLIYAIGSVLYGKLADTYKLKNLLTFGLLLFLVGSIVGLAAQAYWMVLLGRILQAAGAAVIPATAMIIPVRYFPAESRGRALGITATGLAIGSAIGPVVSALIVSVFHWRWLFCIPLLILVTLPLYRKYLGNEQGQGGRIDWLGGGLLAGTVALLLLAVTQSGWIFGVGSFMLFLLFLLRIRSAKEPFVQPRLFSNKSYSVGLVLGIFIMSVGYALPFLTPQLLADINGLAPGWIGFVMVPGAVAAAILGGRGGKLADTKGTRYLFYTASTLLLLCFALLSTFAGVSPYLIALILVFGNVGQIFMQISLSKTISLSLPKEQAGVGMGLFSLLNFLSGAIATGVYGKAVDLGAGSSWNPLNLFQGASTYSNIYIVLVALQAGVLLLFMLQFGKAAGQRKLQLQTTSSK	PGPT0027880_102	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027880-tetB-K08168	NA	NA
JZ016_05586	912	gltC_10		HTH-type transcriptional regulator GltC	GTGGAACTGCTTCAGCTGCATTATTTTCAGACGGTGGCCAGAATGGAGCATATGACCAAGGCTGCGAAGGAACTCCGAATTGCCCAGCCAGCGCTCAGCAAGACGATTGCCAGGTTAGAGGAAGATTTGGGTGTACAGCTATTTGATCGGCAGAATCGGCAAATCAAGCTCAATTCATTCGGGAAGGCTTTTCTGAAAAGCGTAGATACGGCATTGTCAGCGCTTGAGGAAGGGAAGAGAGAGGTGTCGGATTTGGCAGGTATGGAGCGGGGCAGCATCCGCATTGCAACGACGGCACTGCCTCGGCTGTCCAAAGCATTGGGAGCTTTCCGTGCGCGATATCCTGATGTGAATTTCCGCATTATCCAGATTCCGCCTGACTCGATGATGGAGATGGTGCAGATGCTGGAGAATGGTGAAGTTGATTTATGCTTTGCGGCTGCGGCATTGGATGATGACAAGTTTCGGGAAATCCCGGTGCTCCATGCCGAGGTGTTCTTGGCGGTACCCCACGGTCATCGATTGGCGGGCAGGAAGAGCATTTCCCTTCAGGACGTTGCGGGGGAAGCCTTCATCGAATACAAGGAAGGCCACCCGTTCCGTAAAATGAATGAGGAGTTCTGCCGATTGGCCGGGATCAGCCGGGATGTCGTCTGTGAAGTGGATGAACCTGCCGCTTTGGGAAGTCTGGTGGCCGCCGGGCTTGGAGCCGCATTTGTACCCGGGTGCAAAGGGGATGAAGAGCCGCCGTACGAGATGGTGCGTATCGAGAAACCTTCCTGCTACAGGACCTTCACTCTAGCGTGGCTGGAGCAGCGATATTTGTCCAAGGCCGCAAGAGAATTCCAGTCATTCCTGGTAGACTATTTCGGCGAGTTTCAGGAGCCGATGATGCATAGGGACGTGATCTGA	MELLQLHYFQTVARMEHMTKAAKELRIAQPALSKTIARLEEDLGVQLFDRQNRQIKLNSFGKAFLKSVDTALSALEEGKREVSDLAGMERGSIRIATTALPRLSKALGAFRARYPDVNFRIIQIPPDSMMEMVQMLENGEVDLCFAAAALDDDKFREIPVLHAEVFLAVPHGHRLAGRKSISLQDVAGEAFIEYKEGHPFRKMNEEFCRLAGISRDVVCEVDEPAALGSLVAAGLGAAFVPGCKGDEEPPYEMVRIEKPSCYRTFTLAWLEQRYLSKAAREFQSFLVDYFGEFQEPMMHRDVI				NA	NA	NA	NA	NA
JZ016_05587	957			hypothetical protein	ATGCTGGATCCAGTACTGACATCTCCGAATTTGAAGCTGTTTGCGGACTCGAACGACACTTTGAACTATAAACGCGATGCGGGAAATTACATAACCCAGGTGTTTGAAAATCAGATGCCGGCCATTGCCACAGGATTCTTCAACGTTCATATGACCAAAGGAATTATCATCCAGCCCCATTGGCATACGAATGTCGATGAGCTGGTGTTTGTCATCAGCGGCGAAGTGCTGACTTCCGTATTTAATCCCTTCACCCAGAAGCTGATGACCTACAAGCTAAAACCGGGACAGGTATCGATGTTACCAAAAGGCTGGTTCCACTGGATTCTGACGCTGAGCGACAAAGCCCATATTCTGACCATATTTGATAAGCCGACGCCGGATATCGTATATGGATCGGACTTCCTCAGGCATATTCCCAAGGAGATCTTGCATATCGCATACTGCGTGAATGAGGAGGATTACGCCAAAGCGGTTGCTCCGCTGAAGGAAACGGTCATATTGGGGCCACTGCCGGGCTGCGGCAAGCGGGACGACCATGCCCCCTACGTTGAATCGATTCAGCGGCAGCCGTTTGACCAGCCATTTCCGTTGAACGTACAGCAACCTTCGCCGCCTAGCTATTATGGATATGCACCATCGCCACCATCCTATCCATCGTATCCATACAATTATCAACAAGCGAGGATGCAGCAGTATGGCGTTTCCCCATCGTATTCCCCTTATTCACAGCCGCCATCGTATCCGCCGCAAGCTTCCTTCTCGCCACCCTATGCGCAACCGGCACCCTATGCACAACCGGTAACCTATTCGCAGCAGGCACATCAGCAATCGCCATTTTTCCAGCCGCAGCCCTTCCAGCAGCTTCAGTATCTGTACAAAACGAGTCCGGATCCAGAGTCTGTCTCTAGCCGTGGTCCTGAACCCGATACGGAAAATGGGCGAGAGGGCCAGTGA	MLDPVLTSPNLKLFADSNDTLNYKRDAGNYITQVFENQMPAIATGFFNVHMTKGIIIQPHWHTNVDELVFVISGEVLTSVFNPFTQKLMTYKLKPGQVSMLPKGWFHWILTLSDKAHILTIFDKPTPDIVYGSDFLRHIPKEILHIAYCVNEEDYAKAVAPLKETVILGPLPGCGKRDDHAPYVESIQRQPFDQPFPLNVQQPSPPSYYGYAPSPPSYPSYPYNYQQARMQQYGVSPSYSPYSQPPSYPPQASFSPPYAQPAPYAQPVTYSQQAHQQSPFFQPQPFQQLQYLYKTSPDPESVSSRGPEPDTENGREGQ				NA	NA	NA	NA	NA
JZ016_05588	777			hypothetical protein	ATGCTTTATTTCACATTGGCTTCCAAAGCCTATGCCCGCAATTTGCAGTACCGCGGCGCACACATGGTGCACAATATCGCCAGCGCGATGTTCGGCTTCATGTATGCCTGTATCTGGATCGGTCTCGGTGCAGACTACGCACTCGGAGATTACGGAACACAGGGAATGGTCGGTTATATCGCCTTTACGCAAGCTGCGCTCTGGGTTTCCAGTTTCGTCACGAATGGCCTCGGCATTCCCCAAGCCGTGCGAACCGGCCATATCTCTCTGGATTTGATGCGACCCGTTCACTTGTTCAGTCATTTGATGGCCAAGGAATGGGGGCAAATCGCCTACCAATTCGTTTACAAATCAATCCCGATCTACCTGGTGTATTATTTTGCTTTCTCGCTGCATTTACCCGGAAAAGCATCTACCTTCCTCTATGTAGCCATTGCGCTTGCAGGAGCCGCCTATTTATCGATCTGCATCAACTATCTCATCGGCGCATCCGCATTATGGACAACGGAATCGTCTTGGTTGTATTGGGGCAACCATGCGATGATCAATCTTCTTGCAGGCTTTTTTATTCCGATTGAATGGCTGCCGGGCTGGCTTCAGACGTTGGCCTGGTGGTCGCCGTATCCGTATCTGCTCTATGTGCCGACCCGGATCTATCTGGGTTTTGATGACGTTTCCTATCTATGGGGGACGCTCTTGTGGTGCGTGCTGCTCACGATGGCCAGCCTGCTGGCAACAGGCTTCCTAAGACGGAAAGTGGAGGTGCAAGGAGGATGA	MLYFTLASKAYARNLQYRGAHMVHNIASAMFGFMYACIWIGLGADYALGDYGTQGMVGYIAFTQAALWVSSFVTNGLGIPQAVRTGHISLDLMRPVHLFSHLMAKEWGQIAYQFVYKSIPIYLVYYFAFSLHLPGKASTFLYVAIALAGAAYLSICINYLIGASALWTTESSWLYWGNHAMINLLAGFFIPIEWLPGWLQTLAWWSPYPYLLYVPTRIYLGFDDVSYLWGTLLWCVLLTMASLLATGFLRRKVEVQGG				NA	NA	NA	NA	NA
JZ016_05589	801			hypothetical protein	ATGACCACGAGATCCTGGCTATCTCTGTACGCGCTGCTGATCCGCACCAGCATCAAAAGCCGCATGCAATACAAATTCAATTTTATCCTGGCTTCGTTTCTGGCGGCGCTGATCCAAATTTCTGAATTTCTTATGGTTGCTATCGTGCTCTACAAATTTGGGGCCATTCAGGGGTGGTCCATGCATGAAATCGGGTATTTGTTTGCCGTTATGACCTTATCGAAGACGCTCTACCGGACGTTTGCGGATGAAGTGCACCATCTTGAACACTATCTGGTCAACGGGGAGCTTGACCAACTGCTGACCCGTCCCATGCCGGTGCTGCTGGCGCTCATGCCGCAGAAATTCCGGATTATGTTGGGCGAAGTGCTGCAGGGCGGTTTTCTGCTCTGGTGGTCGCTGCATGGCATGATGGCGGCAGGGCAAGTCGGATGGAGCGCGGTGCCGCAATCGCTCTATATTATCGTCACGGGAGCCGTCATCCTGTTCTCGATCGGACTTGCGACCGCCACGTTCGGTTTTTGGACGACCCGGATCACCGAGCTTCAAAATATTACGGAGGACGCGGCCCGGACGGCAGCCCAGTATCCGCTCACGCTGTATCCCAAATGGATGTCGTCGATCCTGCTGATCGTGGTCCCGGTCGGTTTAGTCAATTACATCCCGTCATTATACATACTGCGGGGCGAGCTCGGCGTTTGGGTGCTGCCCGCATTGGCTGGAGCGGCTCTGGTATGTCTCTTCTTAAGTCTGAAATTCTGGCAGTTTGGTTTGACCAAATATCAAAGTACAGGGAGCTAA	MTTRSWLSLYALLIRTSIKSRMQYKFNFILASFLAALIQISEFLMVAIVLYKFGAIQGWSMHEIGYLFAVMTLSKTLYRTFADEVHHLEHYLVNGELDQLLTRPMPVLLALMPQKFRIMLGEVLQGGFLLWWSLHGMMAAGQVGWSAVPQSLYIIVTGAVILFSIGLATATFGFWTTRITELQNITEDAARTAAQYPLTLYPKWMSSILLIVVPVGLVNYIPSLYILRGELGVWVLPALAGAALVCLFLSLKFWQFGLTKYQSTGS				NA	NA	NA	NA	NA
JZ016_05590	987	lnrL_8	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGATTGAAGTCCACGACATACGCAAGGAGTTCAAAACGCCGGTTGTGAAGGAGGGGCGCTTCTCCGGGCTGCGAACCCTGTTTACGAGAGAATACCGGACGAAGGAAGCCGTGAAGGGAATCAGCTTTCAAGTGGAGCAGGGGGAATTCGTCGGATACATCGGACCGAACGGGGCCGGCAAATCCACCACCATCAAAATGCTGACCGGCATTCTCCACCCGACCTCGGGTCACGTATCGATCGGAGGCTTGAATCCGCACAAGGAGCGGCGCAGCGTCGTGAACAACCTGGGCGTCGTATTCGGTCAGCGGAGCCAGCTGTGGTGGGACCTGCCGGTGAAGGATTCTTACGATATTTTGGCTAAAATGTACAGCGTGGATCAGGCGGACAAGGAGCGCAGACTCGGACAGTTTGCCGAATTGCTGGATTTACAGGCGTTCTGGGAAACGCCTGTACGCAAGCTGTCGCTCGGCCAGCGCATGCGCGCCGACCTCGCCGCCGCGATGCTGCATGATCCGGACGTGCTGTTCCTGGATGAGCCGACGATCGGTCTGGACGTAAACGCCAAGCGGAACATCCGCCGTTTTCTCAAGCTGATCAACGAGCAATTCGGCAAGACCATACTGCTCACGACGCATGACATGGATGATATCGAACAGCTGTGCAATCGCGTGATGGTCATTAACAACGGCGAGCTGTCTTATGATGGGACGGTAAAGTCATTACGAGACACCATCGGGCTGCCTACCGTGATCACCGTCACTTTCCGCGGTCCTTTTGTAATTCCCGAGGAATTTTTAGGTGAAGAGGCTTTTACCGTCCCGATTCGGGTGACAAGCACGCTGGATAACACCGTCACCATTGAGGTGAACCGCCGCGAGATGAATACGCTTGATATTTTTAAAGAGCTGGGCCGCTGGGGCGAGCTGGATGATATCGATATGGAAGATCCCGATTTCGAAGATGTGATTCATAAGGTGTACTGA	MIEVHDIRKEFKTPVVKEGRFSGLRTLFTREYRTKEAVKGISFQVEQGEFVGYIGPNGAGKSTTIKMLTGILHPTSGHVSIGGLNPHKERRSVVNNLGVVFGQRSQLWWDLPVKDSYDILAKMYSVDQADKERRLGQFAELLDLQAFWETPVRKLSLGQRMRADLAAAMLHDPDVLFLDEPTIGLDVNAKRNIRRFLKLINEQFGKTILLTTHDMDDIEQLCNRVMVINNGELSYDGTVKSLRDTIGLPTVITVTFRGPFVIPEEFLGEEAFTVPIRVTSTLDNTVTIEVNRREMNTLDIFKELGRWGELDDIDMEDPDFEDVIHKVY				NA	NA	NA	NA	NA
JZ016_05591	498			hypothetical protein	ATGAATCATTCAAGAATGAAAAAAGCCGGGTATACGGCTTGCATTGCCGCTGTTATGTATGCCCTCCCCCATTTCTGGTGGGGACTTGGCATCGGGTTTGCATTCCCAGGGGATTTCCAGGAAGCGCCTGATGAATTTTGGACGCACGTGATCGGTTACTGGGGAATGGGTACCCTGGCCTTATTGGCAGCCGTTTTCGCGCTTGCTTTTGCCAGGCCGTGGGGGCTGCGCTTACCGAAATGGTTGCTAACTATACCAGCTGCCATCGGTTCTGTTTTGTTGTCATTATGGGGATTTACTTACTTCGTAATGCAGTATTTGTTAGCGGTCGGCCGCGTTCAGTCGGCCCCCATGTATGCCGATCAAGATGCAAGCCCCATGGCGGTGTGGGGATACTTCTGGTACGCACTCTTCCTGATCTGGGGAATTTCACTGGGTACAGCAGCATACTATGGGGGAAAAGTTCGTAAGCAGAATAAATCAAAATCGTTTCACTAA	MNHSRMKKAGYTACIAAVMYALPHFWWGLGIGFAFPGDFQEAPDEFWTHVIGYWGMGTLALLAAVFALAFARPWGLRLPKWLLTIPAAIGSVLLSLWGFTYFVMQYLLAVGRVQSAPMYADQDASPMAVWGYFWYALFLIWGISLGTAAYYGGKVRKQNKSKSFH				NA	NA	NA	NA	NA
JZ016_05592	1971	bepA_2		Beta-barrel assembly-enhancing protease	ATGAAGTTGATGAAGCGGATCTGGTTCCGTATCGGTAACCATTACAGAAAGAAGCGGGATTTTGAACAAGCCCTTAAATATATGAGAAAAGGCGAAAGTGCCATTACCAGTTTCAATGATAAGCTGCACTATGCGGAGCTGCTGCACAACAGCGGCCATTCGGAAGAGGCCATAACTTATTTGGGGCGCGTGATCGATACGAGCGGAAGCCATCGCGCTTATGAGCGGCGCGCTCATATTTTGCGTGAGCTGAACCGGGAGCGCGAGGCCATTGAGGATCTAAATGAAGCGATTCGGTTGAATGCCGACAATTATATGAATTGGTATACCCGGGGGATTGCCCACAAGGATTTGAATCAATATGAAGAGGCGATCCGCGATCTGAAGGAAAGCATTAAAAGAGAGGACAGGAGCACGGTTATTTCAACTTATTATGAGCTGGGCATGACCTTTTACGAGAGCGGCAATCCGGCGGAAGCGGCGCACTATTTTCGACTAAGCATCCAGGAGCCGGAACGCGCCATCCCGATGTATTATTACATGCTGTCCGTATCCCTGGATCTGATGGATCATGTGCAGGAAGCCGTGGGAGTTCTACAGGAGGGTATCCAGCTGGCCGATCGGTATGAAGCGGAAGCGGATGGCGGATATGCGCTGTTTGCAGGCAGCACCAACTACAGCTACGGTGCATTTCAGACGTTTCAGCGGCAAGTGCGGGAGGCGTATTCCTTTCGGAAATCTATGGCGGACCTGTACGTGCAGCTTGGGGACATGGGACAGGCCGAGCACTTTCTATCGGAGGCCATTGAGCGGTATCCGGATTCATACGAGCTTTACTTAAAGAGAGCGGAGGTCTTCAATCGTTCCGGTAACAAAAATGCAGCCAAAGCGGATTTGGCATGGGCGATTGAAGCGGCGCCGGACGATTACCGCGCGTATTTCGACATGGCCCGGATTTATCGCGAGGATGGTCTGGAGGATCAGGCCTACGAGCTGATTTCGAAGTTGTATGCAAGACAGCCGGACTCCCCGCTGGCCTGCTATTGGATGGCCGACTGCTATTACCGGCTGGGTCGTCAGGAGGAGGCGCTGGCGATCAATGACAAGCTGCTTAAGCTTGAGAATGATGATGCACCGAATTATGTGCAGCGCGCCGATATTTACATGGAGATGAATGATCTGCCATCAGCGGAGCAGGCTCTGAAGGAAGCAGCCGCGCTTCAGGACGGGACTGAAATCCGCAACAAGCTGAGTTATGTGCTCTATCTTCAGGGACGCAATGAGGAAGCGCTGCTTGAACTGCAGGAAGCGGTTAAGCAGGAGGAGTCCTTCTCCGAGCATCCGACGTATTTGGCGGCCAGCGGCCATATCTATAAGGAGATGGGCATGTGGGATCTGGCCATCGATGCTTATTCCCAGGCAATCCAGGCGCATCCGTCGAACCCGAGATTTTACGAGTTTCGTGCCGTTTGCTTTGTGGAGACCGGACAGCTGGAACGGGGATTAGCGGACTGTGCTCAAGGGCTCAGTTTGAACCCGGGGCAAGGCAGCCTCTACAGCCTGCGAAGCGGAATCTATTATTCGATGGCGGATTATGTGCGGGCGAAGGAAGATACGCTGCAAGTGCTGGAGCTTTCGCCGGGTCATCCGGGCGCTTATTTCAGACTGGGACAGATTTATTACAAGGATCAGGACGAGGATGCGGCATTAGCTGCTTTTGACGAGGTACTGAGGCTGGTTCCCGAGCATGCCGACAGCTATTTGTACAAAGCACATATTTTTTACGGCCAGTTCGAGCATGAAGATGCCATACAGGCCATCGTGAACTGGAGCTTGCATCTTCAGAAGGAGATGCCGCCGGCGGATAAAATCCAAGCCATCGAAGGCTTGGAGGGCTTTGAAGAGAGCTTGCTGAACAAAGCGGTAGAACGGTTAACGGGCATGTATGGACATCAGCTTTATTTGTCCTGA	MKLMKRIWFRIGNHYRKKRDFEQALKYMRKGESAITSFNDKLHYAELLHNSGHSEEAITYLGRVIDTSGSHRAYERRAHILRELNREREAIEDLNEAIRLNADNYMNWYTRGIAHKDLNQYEEAIRDLKESIKREDRSTVISTYYELGMTFYESGNPAEAAHYFRLSIQEPERAIPMYYYMLSVSLDLMDHVQEAVGVLQEGIQLADRYEAEADGGYALFAGSTNYSYGAFQTFQRQVREAYSFRKSMADLYVQLGDMGQAEHFLSEAIERYPDSYELYLKRAEVFNRSGNKNAAKADLAWAIEAAPDDYRAYFDMARIYREDGLEDQAYELISKLYARQPDSPLACYWMADCYYRLGRQEEALAINDKLLKLENDDAPNYVQRADIYMEMNDLPSAEQALKEAAALQDGTEIRNKLSYVLYLQGRNEEALLELQEAVKQEESFSEHPTYLAASGHIYKEMGMWDLAIDAYSQAIQAHPSNPRFYEFRAVCFVETGQLERGLADCAQGLSLNPGQGSLYSLRSGIYYSMADYVRAKEDTLQVLELSPGHPGAYFRLGQIYYKDQDEDAALAAFDEVLRLVPEHADSYLYKAHIFYGQFEHEDAIQAIVNWSLHLQKEMPPADKIQAIEGLEGFEESLLNKAVERLTGMYGHQLYLS				NA	NA	NA	NA	NA
JZ016_05593	750	metN_2	COG1135	Methionine import ATP-binding protein MetN	ATGATCTCACTGCAAGAGGTCAGTAAAAGCTTTGGCAGCGGCAGTGGCCGTTATCAGGCGATAGACGCTGTCTCTCTTCATATTGAGGAGGGAAGCATACACGGAATCATCGGCACGAGCGGAGCTGGGAAATCGACGCTGCTGCGCATCATGAATGTACTGGAGAGACCGGATTCCGGCCGAGTCGTGGTGAATGGTCAGGAGCTGACCTCCCTTGGCGGCAGGGAGCTTCGGGAGGCAAGAAGATCGATTGGCATGATCTTTCAGCTGTTCCAGCTGGTCAGCAACCGCACGGTATGGGGCAATGTTTCGATGCCGCTTGAGCTCGCAAAGGTACCGAAGATCGAACGGGCGAATCGTGTCCAGGAGGTTTTACGTTTTGTCGGACTTGAGGATAAAGCGAAGTCGTATCCGGCTCAGCTAAGCGGCGGGCAGAAGCAGCGGGTAGCGATTGCCAGAGCGTTAGCCAATTCGCCGACCGTCTTGTTGTGCGATGAGCCGACCTCTTCCTTGGATCCCCAGACAACCGCGGATATTCTGGAGGTGCTCCGGCATATCAACCGAACGCTGGGGGTAACCATCGTAATCGTTTCCCACGAGATGGACGTGGTGAACGACATTTGCGACCAGGTGTCCGTTATGGAGAACGGACGTCTGAGCAGAACGTACCGCAATCAGCTAAGCGATGGAGAGACTCCTCGGGATTTCGGATCTTCAATGGACGGTGCAGGGAAAGTGGGGGATTGTTAG	MISLQEVSKSFGSGSGRYQAIDAVSLHIEEGSIHGIIGTSGAGKSTLLRIMNVLERPDSGRVVVNGQELTSLGGRELREARRSIGMIFQLFQLVSNRTVWGNVSMPLELAKVPKIERANRVQEVLRFVGLEDKAKSYPAQLSGGQKQRVAIARALANSPTVLLCDEPTSSLDPQTTADILEVLRHINRTLGVTIVIVSHEMDVVNDICDQVSVMENGRLSRTYRNQLSDGETPRDFGSSMDGAGKVGDC	PGPT0020520_4165	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071	NA	NA
JZ016_05594	699	metI_2	COG2011	D-methionine transport system permease protein MetI	ATGAATGACATCATTCCATATTTAAGTGATTATTTTGCCTATGTCCTGCAGTATCAGAATGAAATCTGGCGGGCGATTGGCGAGACGTTCATCATGGTGGGCATATCGATTGCTGCCGCTATAATACTGGGTCTTCCGGTCGGAACACTGCTATTTTTGTGTCGAAAAGGCCAGCAGTATGAGAATCGCCTTCTATTCTCCATTTTGAATGCCTTGGTTAACGTCATACGGTCATTCCCGTTTCTGCTTCTGGTTGTCATTATGATACCGGTTACGAGATGGATCGTCGGTACTTCCCTGGGGACGCTGGCCGCTGCGGTTCCTTTATCCGTCGTTGCGGTGGCTTACTATTCTAGGCTGGTAGAGCAATCCTTGCTGGAGGTGCCGAAGGAAGTGATGGAGGCGGCCGCTTCCATGGGGGCATCCACACTCCAAATGATATACAAATTCCTGTATGTAGAGGCCCGCTCGGGCCTTGTACTTGGGCTGACAACATCCACGATCAGTTTTATCTCGTACTCTACGGTGATGGGGATCGTGGGTGGGGGTGGCGTCGGAGACTTCGCGATCCGTTACGGGTACCAGCGATTTGAGGGAGAGCTTATGTCATTTACAATCATCATTATGATCATTCTGGTACAGTCCATCCAGTTTGGAGGGAACCTGGCATCCAGACTGCTCGATAAGAGAAAAGTTTAA	MNDIIPYLSDYFAYVLQYQNEIWRAIGETFIMVGISIAAAIILGLPVGTLLFLCRKGQQYENRLLFSILNALVNVIRSFPFLLLVVIMIPVTRWIVGTSLGTLAAAVPLSVVAVAYYSRLVEQSLLEVPKEVMEAAASMGASTLQMIYKFLYVEARSGLVLGLTTSTISFISYSTVMGIVGGGGVGDFAIRYGYQRFEGELMSFTIIIMIILVQSIQFGGNLASRLLDKRKV	PGPT0020515_364	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020515-metI-K02072	NA	NA
JZ016_05595	837	metQ_2	COG1464	D-methionine-binding lipoprotein MetQ	ATGAATAAGAAATTAATGCTGCTGATGCTGACCCTCTTGCTGGTGCTGGCAGGCTGCGGGCAGCAACCTGCCAAGGACAAGGCTCCGGAGAGTGCTGCACCCGATGCCGCGGAAGAAGTTACATTAAAAGTCGCAACGCTCATTCCGCCAATGACCGAGGTGCTTGATCTGGTGAAGCCGATGCTGAAGGAAGAAGGCATCAACCTTGAAATCCAGATCTTGTCCGATAATGTGCAGCCGAACAATGCGCTGGCCCATAAAGAGGTAGATGCGAACTTCTTCCAGCATGTGCCGTACATGGAAGAGTACAATGCGAACAACGGCTCGGAATTGGTTCCGGTCACCCCGATCTATAATGCCGTTTTTGGAGCGTACTCCAAAAAATATAAGACCATCGAAGAGCTTCCGGACGGTGCAAGCATCGCGATTCCTAACGACCCTTCCAACATCGGCCGATCCCTGGTGATGTTCGAGAAGAACGGCCTGATTAAGCTGAAGGAAGGCGTCGGCATTCAAGCGACGCAGGCGGATATCGTGGAGAATCCGCATAAATACAAGTTCACCGAGGTGGATCTGCTCATGCTGGCCCGTACGCTCGACGACGTCGATATGGTTGCCATGACGCCGGCATACGCGAAACCGCTGGGACTTACCCCTAAGAAGGATGCTCTCGTAACCGAAGGCAACGATTCTGACTTCACCATTACGCTGGTGGCCCGTAAAGATAATGTGGATTCCGAGCCGATCCAGAAGCTTGCCAAGGCGATGACCAGCCCGGAAGTGAAAAAGTTCTTCGAGGATAACTACTCTGAGATTGCGCTGCCGGCTTTTGAATAA	MNKKLMLLMLTLLLVLAGCGQQPAKDKAPESAAPDAAEEVTLKVATLIPPMTEVLDLVKPMLKEEGINLEIQILSDNVQPNNALAHKEVDANFFQHVPYMEEYNANNGSELVPVTPIYNAVFGAYSKKYKTIEELPDGASIAIPNDPSNIGRSLVMFEKNGLIKLKEGVGIQATQADIVENPHKYKFTEVDLLMLARTLDDVDMVAMTPAYAKPLGLTPKKDALVTEGNDSDFTITLVARKDNVDSEPIQKLAKAMTSPEVKKFFEDNYSEIALPAFE	PGPT0020510_1860	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073	NA	NA
JZ016_05596	1233	pepT_1	COG2195	Peptidase T	ATGAAAAAAGAAGTAATCGACAGACTCATTACCTATGCACAAGTGGATACGCAGTCAGACGAGAACAGTAATACCTGCCCTTCGACACCGGGACAGCTGACGCTGGGTCAGCTGCTGGTGGACGAGCTGAAGGAAATCGGCATGCAGGACGTAACGATGGATGAGAATGGCTATGTGATGGCCACGCTTCCGGCAAACTCGGATAAACAGATCCCGACCATCGGCTTTTTGGCACATATCGATACGGCTACCGATTTTACGGGCGCCGGTGTCAAGCCGCAGATCGTCGAACAATATGACGGACAAGACATCATTCTGAACAGAGCGCAGAATGTGGTGCTCTCCCCGCGGGATTTTCCGGAGCTGAATGGCTACAAGGGACATACCCTCGTTACAACGGATGGCACCACCTTGCTTGGAGCTGATGATAAAGCGGGAATTGCCGAGATTATGACGGCGATGGCTTATTTGATCCAACATCCGGAACTGAAGCACGGTAAAATCCGGGTTGCTTTTACGCCGGACGAGGAAATCGGGAGAGGACCGCACAAGTTCGATGTGGAAGCCTTTGGGGCTAAATACGCATATACGATGGATGGCGGACCGCTCGGGGAGCTTCAATACGAAAGTTTTAATGCGGCAGCGGCGCTGGTCACTTGCAAAGGGAAGAATGTCCATCCCGGAACGGCCAAAAACAAAATGGTCAACGCGGCGAAAATCGCCATGGAGCTGAATAGCATGCTCCCCGCGGAAGAAGCGCCTGAACATACCGAAGGTTATGAAGGCTTCTATCATCTTACTTCCATCGAGGGTGACGTGGAGCTGACCGAGCTTCGTTATATTATCCGCGATCATGACCGGGAGCTTTTCGAAGGAAGAAAGGCCAAGCTGGCCTCCATCGTAGAGGAGCTTCAAAACAAGTATGGAGCCGAGCGGATCATCCTTCAGATGAAAGATCAGTATTACAATATGCGTGAAAAAATCGAGCCGGTCAAAGTAGTGGTCGACATCGCCCAGACAGCCATGGAGAAGCTGGGAATCAAGCCGATCATCGAACCGATCCGCGGTGGCACCGACGGTTCTCAACTGTCGTACATGGGCCTGCCAACACCCAATATTTTTACGGGCGGGGAGAACTACCACGGGCGGTATGAGTATGTATCCGCCGACAATATGGTATTGGCCGTTCAAACGATTATTGAAATCGTGCAGTTGTATGAGGAGCGGGCTTAA	MKKEVIDRLITYAQVDTQSDENSNTCPSTPGQLTLGQLLVDELKEIGMQDVTMDENGYVMATLPANSDKQIPTIGFLAHIDTATDFTGAGVKPQIVEQYDGQDIILNRAQNVVLSPRDFPELNGYKGHTLVTTDGTTLLGADDKAGIAEIMTAMAYLIQHPELKHGKIRVAFTPDEEIGRGPHKFDVEAFGAKYAYTMDGGPLGELQYESFNAAAALVTCKGKNVHPGTAKNKMVNAAKIAMELNSMLPAEEAPEHTEGYEGFYHLTSIEGDVELTELRYIIRDHDRELFEGRKAKLASIVEELQNKYGAERIILQMKDQYYNMREKIEPVKVVVDIAQTAMEKLGIKPIIEPIRGGTDGSQLSYMGLPTPNIFTGGENYHGRYEYVSADNMVLAVQTIIEIVQLYEERA	PGPT0020915_1251	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020915-pepT-K01258	NA	NA
JZ016_05597	885	araC_8		Arabinose operon regulatory protein	ATGTCTATTTTGCCAGACCATACGCTCTACACGATTGGTATGAATCCTTCACCAGGCGGTCACGACCTGAACATTCTGTTCAGCGGTGAGGGAACTCCCATACCACGCCACAAAATCGGTCCGATCATTCATGATTACTGCCTCATTCATACCGTCTTGACAGGCCAAGGCATCTTCGAGTGTGCGGGCATCGTACATCATTGCCAGGCAGGCGATACCTTTGTGATCCTTCCCGGCGTTCTGTTCAGTTATGAAGCCGATGATCGGAACCCTTGGCACTATAACTGGGTTGCATTACAAGAAAAAGGCACCAAAATGCTGCTGGCCGACATGGGTGTTACGCCGGTTAAACCGATTATCCACTGCACCGATGAAGCTGAGCTAAGGTCGCTGATCGACATGTACCGTCATCTCCGTCTGGGCTTTAACCAATCGGATCACCCCTGGCTTGAGGATCTCCAGGCTTCCGGGTGGCTCCGATTGCTGCTCCATAAGCTGGCGATGTTAAACCGTGAGCATCTTCCGTCAAACTCCAATGACGTGCCGGATATCGAGCGAGGCGTAAGGCAGACCGAGAGATGGATCTCGACCCAGTATCATCAACAGCTCTCCATTGATCAAATGGCCAAAACGCTTGGCTATCATCGGGCACATCTGTCCAAAATGTTCAAACAGCATACAGGCATGTCCCCCATGCAATATCTCATGAAGGTACGTATTGAGAAAGCCAAGTCGCTCATGAAATCGTCCTTCTCCATTCATGAGATTGCTTCCTCTGTCGGTTTCAATGATGCACTCTATTTCTCCAAGCAGTTTCGCAAATGGACAGGCATGACCCCAAGCGAGTATAAATACAGCCTGGAGAAAGGCTCTAATAAAGCATGA	MSILPDHTLYTIGMNPSPGGHDLNILFSGEGTPIPRHKIGPIIHDYCLIHTVLTGQGIFECAGIVHHCQAGDTFVILPGVLFSYEADDRNPWHYNWVALQEKGTKMLLADMGVTPVKPIIHCTDEAELRSLIDMYRHLRLGFNQSDHPWLEDLQASGWLRLLLHKLAMLNREHLPSNSNDVPDIERGVRQTERWISTQYHQQLSIDQMAKTLGYHRAHLSKMFKQHTGMSPMQYLMKVRIEKAKSLMKSSFSIHEIASSVGFNDALYFSKQFRKWTGMTPSEYKYSLEKGSNKA				NA	NA	NA	NA	NA
JZ016_05598	1299	melA_1	COG1486	Alpha-galactosidase	ATGTCTAAGATTACATTTATCGGAGCAGGAAGTACCGTATTTGCCAAGAATGTCCTGGGGGATTGCATGCAGACCCCGGCCTTGCAGGGATTTGAACTAGCTTTGTATGATATTGACCCGATCCGTTTGAAAGATTCGGAGAACATGCTGAATAATATAAAGAAGACCAGCGGCAGCACCTGTGTCGTCAAATCATACAGTGACCGCAAGGAAGCTCTTCGCGGAGCAAAATATGTCATCAATGCTATCCAGGTCGGAGGATACGATCCGTGTACGATTACGGACTTTGAAATTCCGAAGAAGTATGGACTCAGACAGACGATTGCGGATACTGTGGGAATCGGCGGGATTTTCCGTAATCTCCGCACCATCCCGGTCATGCTGGATTTTGCGGCCGATATGCGGGAAGTTTGTCCACAGGCGCTGTTCTTGAACTATACGAACCCGATGGCGGTGCTGACCAATGCGATGAACACGCTGGGCGGCGTGCAAACGGTAGGTCTGTGCCACAGCGTACAGGCTTGCATTCCGCATCTGTTCGATAATCTGGGGATGGACAAGGAAGGCGTGCAGGCCAAAATCGCCGGCATTAACCATATGGCATGGCTGCTTGAGGTAACGAAGGATGGCGTGGACCTGTATCCGGAAATTAAGAAGCGCGCGGCCGAGAAGCAGAAGGAGAAGCATCATGATATGGTTCGTCTCGAGATGATGCTGAACTTCGGTTACTACATTACGGAGTCGTCCGAGCATAACGCCGAGTACCATCCATATTTCATTAAGCGTAACTATCCGGAGCTAATTGAGCGCTTCAATATCCCGCTGGATGAATATCCACGTCGCTGTGTGAACCAAATCGAGGGATGGAAGGCGATGCGCGAGGATTTGGTCAACAACCAGGATCTGAAGCACAACCGCTCCCATGAATATGCTTCTTACATTTTGGAAGCAGTCGAGACTAATGTTCCGTTCAAAATCGGCGGTAATGTGATGAACACGGGACTGATCACGAACCTTCCGAAGGAAGCTTGCGTTGAGGTTCCGTGTCTGGTCGATGCCAGCGGCGTAACCCCGACCTATGTCGGCGATCTGCCTCCGCAATGTGCCGCGCTGAACCGCACCAATATCAATACCCAGCTGCTGACGCTGGAAGCGGCCGCAACCGGCAAGAAGGAGCATATCTATCATGCGGCGATGCTCGACCCGCATACGGCTGCCGAGCTGTCCATCGATAATATCAAGAGCCTTTGCGACGACCTGATTGAGGCGCATGGAGACTGGCTCCCTAAATACCAATAA	MSKITFIGAGSTVFAKNVLGDCMQTPALQGFELALYDIDPIRLKDSENMLNNIKKTSGSTCVVKSYSDRKEALRGAKYVINAIQVGGYDPCTITDFEIPKKYGLRQTIADTVGIGGIFRNLRTIPVMLDFAADMREVCPQALFLNYTNPMAVLTNAMNTLGGVQTVGLCHSVQACIPHLFDNLGMDKEGVQAKIAGINHMAWLLEVTKDGVDLYPEIKKRAAEKQKEKHHDMVRLEMMLNFGYYITESSEHNAEYHPYFIKRNYPELIERFNIPLDEYPRRCVNQIEGWKAMREDLVNNQDLKHNRSHEYASYILEAVETNVPFKIGGNVMNTGLITNLPKEACVEVPCLVDASGVTPTYVGDLPPQCAALNRTNINTQLLTLEAAATGKKEHIYHAAMLDPHTAAELSIDNIKSLCDDLIEAHGDWLPKYQ	PGPT0017850_746	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017850-melA-K07406	NA	NA
JZ016_05599	1329	sasA_37		Adaptive-response sensory-kinase SasA	TTGACGTCGAACTTGAATGGACAAGGTAATCTAGCGGACGATTCGATACTTTTCAAAGGGGTGGGCCTACTGCCTGTGATTAAAGATGTTTTGCTGCAGTTGTTGTTTGCATTGATGCCTTTTGTCGCATACAACATCTATTACAGAAAACTGACAGTCAACTATTCCCGTAATTTCATCATTGTCATTTGTTCGCTGTGCATGCTGCTGTCCATGACCTTTGCTTCGTCCGTTCAAAGCGGGCTGATCTTTGACGTGCGGTATGTCATTATGTTTTTCGGCATGCTGTTCGGAGGGTTCCTAACTGGGGCAATCCTGCTCGTGGAATTTCTAATCTACAGGTTGTACATTGGCGGATCCGGCATGATCGATGCCATTATTATCTTGATCTTTACGTTCCCGCTGTCCGTTCTATTGTCGTTCATGTACCATCGAACCAAACACAAATTTTGGATCGTTTTTATAGCGGGCATCAGCTTCTCTGTCCTCCCGCTGCTGCTACTCTATATAACCAAACCCGACTACATCATGAATTACTTTCTTTTTAATATTTTAGCCATGCCTGTACATAATTCGCTCGGAATATGGCTTCTCGTAACCCTGTTTAACAAATCCGTATCCGACAAAGAGCTTTATCTGCGGTATATCCAGAATGAGAAAGCCGAAGCCGTCAATCATGTCGCCGCATCCCTTGCCCATGAGGTCCGCAATCCGCTGACCACCGTGCTTGGGTTCCTGCAGTTGATTAAGAGCGGTACGTTCCCTCAGGAAAAAACCGAACGTTTTCTGGAAATCAGCATGGAGGAAATTCGCCGGACCGAGCAAATCTTGTCCGAATATCTCTCGATCAGCAAACCACACTTGCCGTATCAGCAAAGAATCGAGCTCTCGGCCCAGATCAAGTCTGTCGTCGAGCTCATGATTTCATACGCTAATATGAGCAACGTGACCCTCAGCGCTGATTACCCTCAGCTCCCCATTTACATTTTAGGCAGTCCGGCGGAGCTCAAGCAGCTGTTGGTCAACTTTATTAAGAATGCGATTGAGGCCAGCAAAGACGTTGACAGAGGCACGGTCCACATCACCATCTATGAAGAAGCAGAGCAGGTGTCCATCGAAATCAAGGATAACGGGATCGGCATGACGCCCGAGCAATTGAGCCGTCTCGGTTCAATCTACTATTCCACTAAAATGAGCGGCACCGGACTTGGACTCACCTTCTCCTATCAAGCCATCCGTGCCATGAATGGAAGTGTCTCGGTTCGGAGCTCGCCACGATCAGGAACGGTGTTTCTTATCACGCTCCCGCACGCCAATATAAATCCATAG	MTSNLNGQGNLADDSILFKGVGLLPVIKDVLLQLLFALMPFVAYNIYYRKLTVNYSRNFIIVICSLCMLLSMTFASSVQSGLIFDVRYVIMFFGMLFGGFLTGAILLVEFLIYRLYIGGSGMIDAIIILIFTFPLSVLLSFMYHRTKHKFWIVFIAGISFSVLPLLLLYITKPDYIMNYFLFNILAMPVHNSLGIWLLVTLFNKSVSDKELYLRYIQNEKAEAVNHVAASLAHEVRNPLTTVLGFLQLIKSGTFPQEKTERFLEISMEEIRRTEQILSEYLSISKPHLPYQQRIELSAQIKSVVELMISYANMSNVTLSADYPQLPIYILGSPAELKQLLVNFIKNAIEASKDVDRGTVHITIYEEAEQVSIEIKDNGIGMTPEQLSRLGSIYYSTKMSGTGLGLTFSYQAIRAMNGSVSVRSSPRSGTVFLITLPHANINP	PGPT0025285_268	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025285-kinB-K07697	NA	NA
JZ016_05600	1821	appA_2		Oligopeptide-binding protein AppA	GTGAAGCTGAAGACCGTTCTGAGACCCATGTTCATTCTTTTGTTGGCCGCGTCTTTTTTTGCTGCCGGATGCCAGAGTGTAACGCCGCCGACCGCATCAGATCCGCCGCCGCCCAAAGAAGAGGTAAACACACCCGGAGGCAGCGATGAGCCGGCACCGCAGGGCGATGCGAAAGCGACGCCGAGAAATGAAACGTTATACGTGAATGGTTTGCAATGGGGGGCACCTACGAATTTTAACTTGCTCAGCGGAAACCCGGCGTTTCCGATTAACTACGGAAACTCCAGAGAACTCGTCTATGAAACCTTGTTCATGGTCAATCAGCTGACAGGCGAGCTGGAGCCGCTGCTGGGTACCAAATATGAATGGACCGACGATCTGACCCTGAAGATCGAATTGAACAAGGATGCCAAATGGAGCGACGGCAAGCCGTTCACCTCCGATGATGTCGTCTATACTTACCAGCTCGGCAAAAAATATGACATTAACTGGAGCAGCTTCTGGACCTACATCGAGGACGTAACGGCAGACGGGCCGCAAACGGTGAACATCAAGCTGAATAAAGACAATCCGAACAAATTGACGGTGCTCGACAGCATCGAGATCATGCCGATGCTGCCTAAACATGTATGGGAAGAGGTCGAGAAGAAAGCCAATAACGACCTTGCCACCATTCGTAAAGAAGTCAACGAGGACCCGATCGGAACGGGACCTTACAAAATGTATTTTTATAATGATCAGAAGATCACGATCGTACGGGACGATAACTATTGGGGGCAGGCACTCTTTGGCAAGCTGCCGGCTCCCAAATATATCACCCATGTCATCTATAAAGACAATGCAGCGGGTGACCTGGCATTCAAAAGCGGTCAAGTAGACGTATCGCAGCAGTTTATTCCGCAGGTATGGAAAATGTGGGAGGGCGGGGCTCCGGTTAAAACCTATATCAAAGACGCTCCCTATTATGTGCCCGGCTCCATGCCATCGATCTTCTTCAACATGACGAAGGAAGGACTCAACAATGCGGATGTCAGAAAAGCGATCGCAATGGCGATTGATTACGGCAAAATTTCGGAGCTGGCCATCAGCGGCTACTCGGCCCCAATGGAGCCGTCGTTGACGCTGAATACGGAGGCCGAAGCAAAATATGTAGACCAGGCGGCTATCAAACCGCTCCAATGGACAACGGATGTGGATGCGGCCAATGCGCTGCTCGATTCCATCGGCGCCGCGAAGGGGAAAGACGGCATCCGCGTCCTGAACGGAACCCGCCTCGGCCCGTTTGAAATCGAGTGTCCATACGGCTGGTCGGATTGGAATGCGGCGCTTGAGATTGTTGCCCAGAATGCGAAGGCAATCGGTATCGAGATTCGCACCAAATTCCCGGAAGCGCCGGTATGGACCAATGATCTACAGACAGGCAAGTTCGATATCATCATGAATACGCCTGCCGGCGGGGTCAGCCCAAGCCAGCCGTGGAACCGCGCCATGACCATCATGTACTCCAAGGGCGTTGCGCCAATGGGCGAGATGGCATTCTACAACTGGGGCCGGTATAAGAACGAGCAAGCCGATACCATCATCGAGAAGATTCCAACCATTACGGACGAAGCTGAATTGAAAGCGCTCTACACTGAATTGACCCAAATCTGGTTAAAGGATATCCCATCGATTCCGCTCATGTATCGTCCTTGGGTATTCGATACGGTCAATGAATCCGTATGGAAGGGCTTCCCGACGGAAGGGGACGGCAGCAACATACCGCCTCAAATTTCGATGGATGGAGCCGGTATCAAATCGCTGTATCAGATTCATAACTGA	MKLKTVLRPMFILLLAASFFAAGCQSVTPPTASDPPPPKEEVNTPGGSDEPAPQGDAKATPRNETLYVNGLQWGAPTNFNLLSGNPAFPINYGNSRELVYETLFMVNQLTGELEPLLGTKYEWTDDLTLKIELNKDAKWSDGKPFTSDDVVYTYQLGKKYDINWSSFWTYIEDVTADGPQTVNIKLNKDNPNKLTVLDSIEIMPMLPKHVWEEVEKKANNDLATIRKEVNEDPIGTGPYKMYFYNDQKITIVRDDNYWGQALFGKLPAPKYITHVIYKDNAAGDLAFKSGQVDVSQQFIPQVWKMWEGGAPVKTYIKDAPYYVPGSMPSIFFNMTKEGLNNADVRKAIAMAIDYGKISELAISGYSAPMEPSLTLNTEAEAKYVDQAAIKPLQWTTDVDAANALLDSIGAAKGKDGIRVLNGTRLGPFEIECPYGWSDWNAALEIVAQNAKAIGIEIRTKFPEAPVWTNDLQTGKFDIIMNTPAGGVSPSQPWNRAMTIMYSKGVAPMGEMAFYNWGRYKNEQADTIIEKIPTITDEAELKALYTELTQIWLKDIPSIPLMYRPWVFDTVNESVWKGFPTEGDGSNIPPQISMDGAGIKSLYQIHN	PGPT0004430_1748	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004430-ddpA|ABC_PE_S-K02035	NA	NA
JZ016_05601	1026	dppB_2	COG0601	Dipeptide transport system permease protein DppB	ATGGGGGTGAGCTGCTTGAGCGTTTACGGAAAATATATCGTCAAGAAGTTCTTCTGGTACTTTCTGACGCTGGTGATTGCGGTCACGCTGAATTTCCTGCTGCCCCGGATGATTGAAGGGAATCCGGTGAGCATGATTGTGTCTGAGATGACGCAGGGGATGACCGACAGCGATACGATCAAACGGGTCTATGAGACGTTTCTCGTCGAGTTTGGAATCGACAAGCCTTTATGGGAGCAGTTCTTCATCTATCTGAAAAATTTGGCGACAGGCAATCTGGGCACTTCATTCGGCCTATATCCAAAACCGGTAACGGAGATTCTGGCCTCGGCGGTTCCATGGACGATCGGGCTTCAGCTTCCGGCCATTCTGGTTGGCTGGCTGATCGGGAACGTGCTGGGCGCCGTTGCGGCTTACCGCAAAGGTGTATTCGATAAAGTGATATTCCCGGTGGCCTTGTTTGTGAATTCCATTCCTTTCTTTACCCTAGCCATTATTATGCTGTATGTATTCGCCCTGTCCCTGAACTGGTTTCCGCTGCACGGGGGCTACGATTACCAGATGGTGCCGTCACTCAGCTTTGAATTCTTCGCTTCCGTACTTCGGCATCATACGCTTCCATTTCTATCGATCGTGCTGGTTACGATTGGCGGCCAAGCCATTGGCATGCGGGAGATGTCCATCTATGAGCTGAATTCGGATTATGTACTGTACAGCAAACTTCTCGGGATACGGGACTCCAAGATCGCGAGGTATGTATTCCGAAATGCGATGCTGCCCCAGATCACGGGATTGGCGTTATCCATCGGTACGATGGTGGGCGGTTCGCTGATCTGTGAAATCGTATTCAGTTATCCGGGAATCGGAACCTGGATGTTCACGGCGATCCGTCAGCTGGATTATCCGTTAATTTCGGGCTGCACCCTCTTGATCGCCCTGGCCGTGCTGCTGGCCAACTTTACGATTGACCTAATCTACGGCTGGATCGATCCAAGAATCAAGGCCGCTCAGATGGAGGATCAATAA	MGVSCLSVYGKYIVKKFFWYFLTLVIAVTLNFLLPRMIEGNPVSMIVSEMTQGMTDSDTIKRVYETFLVEFGIDKPLWEQFFIYLKNLATGNLGTSFGLYPKPVTEILASAVPWTIGLQLPAILVGWLIGNVLGAVAAYRKGVFDKVIFPVALFVNSIPFFTLAIIMLYVFALSLNWFPLHGGYDYQMVPSLSFEFFASVLRHHTLPFLSIVLVTIGGQAIGMREMSIYELNSDYVLYSKLLGIRDSKIARYVFRNAMLPQITGLALSIGTMVGGSLICEIVFSYPGIGTWMFTAIRQLDYPLISGCTLLIALAVLLANFTIDLIYGWIDPRIKAAQMEDQ	PGPT0004445_2367	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004445-ddpB|appB-K02033	NA	NA
JZ016_05602	837	oppC_2	COG1173	Oligopeptide transport system permease protein OppC	ATGAACAGTTCCTTTCGCATATTGATCAAATCGCCAAAGTTTATGTTCGGAGCCTGCATGCTGCTGGCTATGATCGGGATGGTGCTGATCTATCCGCTCTTTAACCGCAACGATCCGCTGGAGATGATCGCCCTGGCGTACCAGCCGCCGGATTCGAAGCTGCTGCTGGGGTCGGATAACTTCGGCAGGGATTTATTCCTGGAATTGATCTATGGCATTCGGACCTCCCTGCAGGTTGGGCTGATTGCCGGCGTATTTGCTACAGTGATTGGTCTTGTGATCGGTTTAGCCTCAGGTTATATCGGAGGCATGATTGACAATCTGCTGACCGCCATCACCAACATTTTCATCGTGATACCTTCCTTTGTCATCCTCATTCTGATCTCGGTCAGCATCGATTCGCGCAGCTCGTTTGTTACGGCGGTTATCATTGGCATTACCAGCTGGCCCTGGACGGCCAGGGCCGTACGTGCGCAGACATCCTCGCTGCGAAACCGGGATCACGTAAATATCGCGAAAATATCCGGGTACAGCACGCCGCGCATTATCATCTCGGAGATATTGCCGTACATCGCTTCCTATGTTGTCATGGCGTTTGTGCTGCAGACGGCATCAGGTATTCTGTCCGAGGCTTCCATCTCGATGCTGGGGCTGGGACCGTACAACACGATTTCCCTTGGCATCATCATGAACTGGGCGCTCGTATTTGAAGCACCGGTTGCCGGTGCTTGGTGGGCCTTCATCCCGGCGGCGATCTCCATCGCCATCATCACCTTCTCCTTGTACATGATGAACACCGGCATGGATGAGATATTCAATCCGAAGATTAGGAGCTGA	MNSSFRILIKSPKFMFGACMLLAMIGMVLIYPLFNRNDPLEMIALAYQPPDSKLLLGSDNFGRDLFLELIYGIRTSLQVGLIAGVFATVIGLVIGLASGYIGGMIDNLLTAITNIFIVIPSFVILILISVSIDSRSSFVTAVIIGITSWPWTARAVRAQTSSLRNRDHVNIAKISGYSTPRIIISEILPYIASYVVMAFVLQTASGILSEASISMLGLGPYNTISLGIIMNWALVFEAPVAGAWWAFIPAAISIAIITFSLYMMNTGMDEIFNPKIRS	PGPT0004450_12879	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004450-ddpC|appC-K02034	NA	NA
JZ016_05603	1011	oppD_5	COG0444	Oligopeptide transport ATP-binding protein OppD	GTGAGCACAAATATACTGGAAGTGAACGAATTGAAGACCTATTACCGTACCCGGTTGAAGGAGCATGTCTATGCCGTAGACGGGGTGAGCTTCTCGCTCGAAAAGGGGAAGACGCTTGGCATTGCCGGTGAATCTGGCTGCGGCAAATCGACCCTTGCGCTCAGCCTGATGGGTTTCTATTTTCCACCGCTGCATTATGGCAGCGGCTCGATTGTCGTAAACGGCACGGATATCATGAAGCTTGGCAAGGAACAGCTCCGTTCCCAGGTGTCGGGAAGAGAGATATCGTATATCCCGCAAGCAGCTATGAATGCCCTGAATCCTACGCTCAAAATCATTCATTTCGTCGAGGATATTATGAAGGAGCATCGCCCTGAGCTGAACAAGAAGCAGGTGTGGGATATGGCGGCGGAACGGTTCGAAACCTTGAATTTGTCAACCAAGGTGTTGAACTCCTATCCGAACGAGCTGTCAGGCGGCATGAAGCAGCGGACGGTGATCGCTATTTCCACCATTCTGAACCCCAAAGTGCTGATTGCGGACGAACCGACCTCGGCGCTGGACGTAACCTCGCAGAAAGCGGTGATCAAGCTGCTGAAAAGTCTGCTGGATCGGGGCTATATTCAGTCTCTGGTATTTATCACCCACGAGCTGCCGCTGCTTTATCACGTAACGGATGACATCATCGTCATGTATGCAGGGGAGATCGTGGAGCGCGGAACCGCAGAGCAAATGATTTTTGACCCGATCCATCCTTATACGAAAAAGCTGATGGGTTCCATCATTGTGCCGGAGGAAGGCATGAAAGGCCACAAACTGGCCGCTATCCCGGGCACCCCGCCTAATCTGAAAAACGTACCGGAGGGCTGCCGGTTTGCAGATCGCTGTTCCTATGTGCAAGATGCCTGCCGTAAGGGAAAGATAACGAGCCGGACCGTGGAGGATCGCATGTATCGCTGCATCGTGGAACCGGGTGTGCTTAAGGAGTGGTATGCAAATGAAGAGGAATGA	MSTNILEVNELKTYYRTRLKEHVYAVDGVSFSLEKGKTLGIAGESGCGKSTLALSLMGFYFPPLHYGSGSIVVNGTDIMKLGKEQLRSQVSGREISYIPQAAMNALNPTLKIIHFVEDIMKEHRPELNKKQVWDMAAERFETLNLSTKVLNSYPNELSGGMKQRTVIAISTILNPKVLIADEPTSALDVTSQKAVIKLLKSLLDRGYIQSLVFITHELPLLYHVTDDIIVMYAGEIVERGTAEQMIFDPIHPYTKKLMGSIIVPEEGMKGHKLAAIPGTPPNLKNVPEGCRFADRCSYVQDACRKGKITSRTVEDRMYRCIVEPGVLKEWYANEEE	PGPT0004435_8954	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004435-ddpD-K02031	NA	NA
JZ016_05604	801	oppF_5	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGAAGAGGAATGATGTCCTGATTCGGGGAGAGCATCTCACCAAGGTGTTCGGTTACGGTAAGCAGAAGACCACCGCCGTGGAGGATGTCAGCTTTACCTTTCATGAAGGCGAAATCATATCGATTGTCGGCGAGAGCGGAAGCGGCAAAACGACACTGGCGAAAATGATCATGGGCCTGCTGAAGGAGAGCAGCGGTACGATAGAGTATATGGGCAAGCCAAGGCAGCTGAAGCGGCACAGAGATCGCAAGCGCTATTGGAAAAATATCCAGGCGATCTTTCAGGACCCGTTCTCTTCGTTCAATCTCTTCTATAAAGTCGAGAAGCTGCTGCTCGATTGCATCAAGCTGCAGGGGGATAAACTGACGAAGGAGGAGCAATTCCGCAAAATGAAGGAAGCGTGCTCCTTCGTCAATCTGAAATTCGAGGAGCTGCACAATAAATACCCGTTCGAACTGTCCGGCGGACAAATGCAGCGCCTGATGATCGCCCGGATTTTCATGCTCCATCCGAAGCTGCTGATTGCGGATGAACCGACCTCCATGGTCGATGCATGCTCGCGGTCCACGATACTGGATATGCTCTTGAAGCTGCGAGATGAGAATAACATGACGATTATTTTCATTACCCATGACGTAGGGCTTGCTTATTATGTAAGCGATACGCTGTATATTATGGAACAAGGGAAAGTCGTGGAGCGGGGACCAGCGGAAGAGGTTATCTTGAATCCGCAGCATCCTTATACCCAGCAGTTGATTTCCGATGTGCCCAAGATTCACTCCGAGTGGGATTTGGCATGA	MKRNDVLIRGEHLTKVFGYGKQKTTAVEDVSFTFHEGEIISIVGESGSGKTTLAKMIMGLLKESSGTIEYMGKPRQLKRHRDRKRYWKNIQAIFQDPFSSFNLFYKVEKLLLDCIKLQGDKLTKEEQFRKMKEACSFVNLKFEELHNKYPFELSGGQMQRLMIARIFMLHPKLLIADEPTSMVDACSRSTILDMLLKLRDENNMTIIFITHDVGLAYYVSDTLYIMEQGKVVERGPAEEVILNPQHPYTQQLISDVPKIHSEWDLA	PGPT0004440_9064	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-UNKNOWN_AI_PERCIPITATION-DPP-MEDIATED_PATHWAY,PGPT0004440-ddpF-K02032	NA	NA
JZ016_05605	2433			hypothetical protein	ATGTGTACTTACTTCTTGGGGGCAACCATCCTGGTATTAGTCGTCCTCACCATTACATTCTGGATTTTAATGTTCAAAAGCGCATATCAGCGGAAGTTAAGCCATCAGGCTTTGGACATGGCCGAAGGCAGATTCCGCTTGCTTGATGATATGCTGCTTACGCTTGATGTGGGTATTTGGTCATACGATTTCGGCACAAGGAGTATCCAAAATACTTCTTTGGCTTTTTATAAAATCACAGGTTATTCACATCATGATTTCGCAGGCGGCCTTTCCTGGGAAACGCTGATCCATCCGGAGGATATGGCGCTGTTCCGATCCTTGGTTGACAAACTTCGACAAGGCGACGCCGTTCATACCGAATACCGAATCATCCATGCGGATGGTGATGTTCGCTGGGTTCAGGTAAAGATGATTCCGACGTTGAATGACGCCGGTCAAATGATCCGCACGGATGGCATAGCCGTTGATATTACCACCCGCTTCCGCATGGAAGAGGCGCTGTATGATATTACAGAATGCAAGAAGATGGAACAGGCGCTCAAGGAAAGCATGAACCGGTATCGCAGGCTGGTGGAGTTATCGCCGATTGCCATTGCAGTCTGCAAGGACCGCAAGCTCATGTACGTGAATCCCGCCGGACTTCGGATCCTTGGGGCGGCGGGTCCCGAGAACATCCTCGGTACCGATCCTTGGGACTGGGCGCTTGATCCCTATGAGGAGTGGGCCCGCAAACGGTTCGCGCAGCTGATTCGGACAGGGGAAGTTGTTGCCGAAGAACTATCCATAAGGCGGGTTGACGGAGAGCGGGTCGATGTCGTGGCGACGGCCCTTTATGATGCGCAATCGGACACGATTGAAGTTTTTTTCGAGGATATAACCGCCCGTAAATCAGCGGAAAGGGCCCTTATGGAGAGTGACCGGATCAACCGCCATATTCTGGATATCGCTCCGGTTGCGATGTTCCTGCATTCCGATTTTTCTTATATTTATGCGAATCCTGCGGGCTTATCCTTATTGGGAATTACGGACATCGCGCAATTGGACGGCACCTCCTTCCAGGACGTGATTCCTTCCGACCAGCTCGAGTTTGTGACGTCTGAGGTTGAACATGTGTACGCAAGCGGAAATACCTCGGAGCTCGCCGGCAACAAACTAATTCGGCTGGATGGGACGATCATTGATATAGAGGCCATAACGACGCCTATCCCTTATATAGGCCATCATACGGCGCTTACCATTATTCGGGATGTTACGCAGCAGAAGCAGGCCGAACGGGAGCGGATTGCGGCAGAAAGGCTTGTCCGGGAGAGCGAGGATCTGTATTTCAGGCTGCAGATGAGCCTGGATCAATTCTCCTCCGATCTTTTCGGGATGGTGAAGATCAGTGAATTGAATGCCCGGATCGTACGGGAAATCAAGAAGGTGCTGGGGACGGATCGGGTGAGCCTCATCCAGATAAACCACAACAGTCTGCATATCAAAATCCAAGGGGGCCATAAAGAGCCGCCACAAGGGGTGATTCGTGCGATCCATACATGCGGTCCAGAGCATATTCCGTTCTGTAAACTGTTTGAGATGTGTGACGGATATTTTGTCAAGATTGGAGAAATGAACGGGGATAGCAGCATTGTCTGTATTGGCGGCGAGGTTCCCTTGCTCCTGATTCAGGCCCAAAAAATATGGCTGGAGACCATTACGCGTTATGCAAGTGTTCTGTACGATAACTTCCGCGTCATTGAGGATTTGACGAGGGAACTGGAGAAGCTGGGTTCATCCCAGCAGATCATGCCCCTATGGCTGCTGCGACTCATGCTTCATTTATCCGAAAATGAGCGGAAGCGATTGTCCCAGGACCTTCACGATGCCGCGCTTCAGGAACAGATTATATGGTACAGGAAATTGAATCAGATTACTTCGGATCATGAGCTGCCTGAGGATCTGCGCCCGCAGCTGGAGGAGATTGAGCAGGGGCTTCTGGATGTCATTTATCAGATTCGAATTACGTGCAACGAGCTTCGTCCCCCGCTGCTGAAGGAGGAGGGGTTGGAACGCTCGCTTGAGGCATTGTTTGAATTTACTCAGCTCCGCACCAATTATTCCATACAATTCGACTGCTCAAACTTCGATGATGATATCAGTGACGACCATTTGATCGGACTGTACAGGATTGTCCAGGAGCTGCTGGCCAATGCAACGAAGCATTCCAACGCAACGGAGGTAAGGCTCCGTTTGTCCACCCAGTCGGATGAAGTCAACCTGAGTTATGAAGACAACGGGATTGGGATCGACCCCAGTCAGCAATCGGACCAATTCAACAGCATGGGGATTGGCGGCATGAAAGAGCGAGTCAGGAGCATGAACGGCAAAATCCAGTTCGACTCGTCGGATAGCGGCGGGTTGGCTGTCTATATATCCATTACGGCAAGGTAA	MCTYFLGATILVLVVLTITFWILMFKSAYQRKLSHQALDMAEGRFRLLDDMLLTLDVGIWSYDFGTRSIQNTSLAFYKITGYSHHDFAGGLSWETLIHPEDMALFRSLVDKLRQGDAVHTEYRIIHADGDVRWVQVKMIPTLNDAGQMIRTDGIAVDITTRFRMEEALYDITECKKMEQALKESMNRYRRLVELSPIAIAVCKDRKLMYVNPAGLRILGAAGPENILGTDPWDWALDPYEEWARKRFAQLIRTGEVVAEELSIRRVDGERVDVVATALYDAQSDTIEVFFEDITARKSAERALMESDRINRHILDIAPVAMFLHSDFSYIYANPAGLSLLGITDIAQLDGTSFQDVIPSDQLEFVTSEVEHVYASGNTSELAGNKLIRLDGTIIDIEAITTPIPYIGHHTALTIIRDVTQQKQAERERIAAERLVRESEDLYFRLQMSLDQFSSDLFGMVKISELNARIVREIKKVLGTDRVSLIQINHNSLHIKIQGGHKEPPQGVIRAIHTCGPEHIPFCKLFEMCDGYFVKIGEMNGDSSIVCIGGEVPLLLIQAQKIWLETITRYASVLYDNFRVIEDLTRELEKLGSSQQIMPLWLLRLMLHLSENERKRLSQDLHDAALQEQIIWYRKLNQITSDHELPEDLRPQLEEIEQGLLDVIYQIRITCNELRPPLLKEEGLERSLEALFEFTQLRTNYSIQFDCSNFDDDISDDHLIGLYRIVQELLANATKHSNATEVRLRLSTQSDEVNLSYEDNGIGIDPSQQSDQFNSMGIGGMKERVRSMNGKIQFDSSDSGGLAVYISITAR	PGPT0025805_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0025805-comP-K07680	NA	NA
JZ016_05606	666	comA_2	COG2197	Transcriptional regulatory protein ComA	ATGATCGAAATTTTATTGGTGGATGACCATCCCTCGGTGATGGAGGGAACCAAGGTTCTGCTTGAGCAGGAAAAGGATATGTTCGTGAAGCTTGCCAATACGCCGGAGCGGGCACTGGAGCTGGTGAGCGCGCTGCATTTTGACGTGATGCTGATTGATATGCATATGCCGGGCATGAACGGAATTGATTTGGCCAAGCAGATCCTCCGGATTGCTCCGGACGCGGTAATGCTGATTTATACGGGCTTTGAAGTCAGCAATCATTTTAATTTGATTATGGAGGCCGGACTGGCTGGATTTGTCTCGAAAACGTCGGGCAAAGAGCAGCTGGTAACGGCTGTTCGGTGTGCGCTGCGAGGAGAGGTCGTTCTGCCGTTGACACTCGTGAAGCAGCTCCGCCGCGTTACCGCAAATGGTCCGGAACGGACAGCAGGCGCGCCGGCAGCCCAGTCTATAACCGATAAAGAATATAGTATTCTCAAGGAAATCGCTCGCGGAAAGAGCAACAAAGAGATTGCGGGGACGGTGATCATGAGCCAGCGTTCACTCGAGTACTGCTTAACCAATCTCTTTCAAAAGTTGAATGTGAAGTCACGTATAGAAGCTGCCCTGAAGGCAAAGCAAATGGGAATCCTCTCGGATTCGGATTTTGTCCAGATAAGCTGA	MIEILLVDDHPSVMEGTKVLLEQEKDMFVKLANTPERALELVSALHFDVMLIDMHMPGMNGIDLAKQILRIAPDAVMLIYTGFEVSNHFNLIMEAGLAGFVSKTSGKEQLVTAVRCALRGEVVLPLTLVKQLRRVTANGPERTAGAPAAQSITDKEYSILKEIARGKSNKEIAGTVIMSQRSLEYCLTNLFQKLNVKSRIEAALKAKQMGILSDSDFVQIS	PGPT0025790_12	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0025790-comA-K07691	NA	NA
JZ016_05607	1998	mcpU	COG0840	Methyl-accepting chemotaxis protein McpU	ATGAAACGATTGAAGTCTTTGAAATCTCTGTTTGCAATGAAACTCCAGAGTCGTATGCTGCTTGTCATTTTGGGGTCGATCACGATTTTTCTAGCTGTCATGATGACTTATATCAGCATGACTACAACGGAGGAGGCTCTGGATTCGGCCAAGACGCTCGCGGTGACAACGAGTGAGAAGATTGGCGCTCTGGTACAAGCAGAGCTCGACGATGTGATGAACTCCGCACGTACATTGGCTGTAAGCTTTGTTGGAATGAAGGAGAGCGACACCACGAATCGCTCAGCCGTTAATGAAATATTGAGACGAAATCTGGAAGACAATCCTTCCTGGAAAGGGATCTGGACCTTATGGGAGCCGGATGCCTTTGATGGCCAGGATAACGAATACAGAAACAAACAGGGCAGTGACCATACGGGGCGAATGATGTCTTACTGGGCAAGAACGGAATCCGGCCTGGAACGTTCCGTCATCGAGGATTACGAGCACGAAGGGGAAGGTGACTTCTATCTCCTGGCGAAGAACAGCGGCAAGGAAATCATTATGGATCCGTACGTCTTCAAAGTAGGCAACGAAGATGTCATGATGACATCGCTCGTTGTTCCGATTATCGATAACGGCAAGACCGTCGGCGTGGTTGGCGTCGATATTTCCCTGGCGCATTTGCAAAGCATAATGGAGCAGTTCCGATTGTTCGATACGGGTTATGCTCATATCTATTCGAATACCGGCGTGATCGTAACGTCCCCGGAGGACGGATTGATGGGGCAGACGCTTGAGAAGGCATATCCTGGCAAGACGGTTCCTCTTATACTGGATGCGATTCGGGAAGGGGATGTCTATACCGAAGAAGATGCCGAGCTGTACAAGCTGTATACGCCCATTAAGACCGGATTGACGGAAACGCCATGGTCTGCCGCTATCATTATCCCGATGGATGAGATTACGGCGAAGTCGGATGCACTGATCATCTCCATTATCGTTGCTGGTGCAGCCACCTTGGTAGCTATGGCAGCTGTCGTAGTCCTGTTAACGAGATCCATCGTGAAGCCGTTGGGCGTTTCCGTTTCTATCGGCGAGTTCATGTCGAAGGGAGACTTCACGCAGGAGGTTCCTGCGGCTTATCTTCGCAGAGCCGACGAAATCGGCACATTGTCCCGTGTATTTGCGCAGCTGCTGGAGAGCATGCGGGAGATGATCGGCAGAGTGAACATGAACGCATCATCGGTAGCCGCCGCTTCACAGCAGCTGTCAGCTGGTGCCGAGGAACTGGCTGTTGGGAGCAGCAGTCAGGCTGAATCCGTGCAGACCGTCAGTGAGTTGTTCCATGAATGGTCGAATGCCATCAATTCGGTTGCAAGCGACGCCTCGGCAGCATCCGAGCTTGTAAATCAGACCTCCGGTATTGCAACGGAAGGCAGCGGCATCGTCCAGCAATCGGTGGAAGGCATGAATCGGGTACGGGATCAGGTTGCCAAACTCGAAGCGGACTCCCAGCGGATCGGTGAGATCATCGAGGTCATCGACGATATCGCCAAGCAGACCAACCTGCTTGCCCTTAATGCGACGATCGAGGCTGCTCGGGCCGGCGATCAAGGAAGAGGCTTCGCCGTGGTGGCGGATGAAGTGCGTAAGCTGGCCGAACGCAGTGGAGGGGCCACGAAGCAGATTGCCGATATCATCAAGGGCATGCAGAAGAATACGGCCGATAGCGTGGAGGCGGTGAATCAAGGCGTCATCCACACGGAAAAAGCCGGGGAAGCTTTTGCCTACATTACAAGCATGGTGAATGAATCGGCGGGCAAAGTGATGGATATTGCAGCAGCCAGCGAGGAGCAGGCAGCCCAGGCTGCCGAGGTGGCAAGCGCCATTGAGACGATATCTTCGTCGACGGAGGAAACGGCGGCTACAAGCGAGGAATCGGCTGCAACGGCACAATCGCTTGCCGAGCTTGCCGAAGAGCTGAACCATACCGTATCGGCCTTCAAAATCTCGTAG	MKRLKSLKSLFAMKLQSRMLLVILGSITIFLAVMMTYISMTTTEEALDSAKTLAVTTSEKIGALVQAELDDVMNSARTLAVSFVGMKESDTTNRSAVNEILRRNLEDNPSWKGIWTLWEPDAFDGQDNEYRNKQGSDHTGRMMSYWARTESGLERSVIEDYEHEGEGDFYLLAKNSGKEIIMDPYVFKVGNEDVMMTSLVVPIIDNGKTVGVVGVDISLAHLQSIMEQFRLFDTGYAHIYSNTGVIVTSPEDGLMGQTLEKAYPGKTVPLILDAIREGDVYTEEDAELYKLYTPIKTGLTETPWSAAIIIPMDEITAKSDALIISIIVAGAATLVAMAAVVVLLTRSIVKPLGVSVSIGEFMSKGDFTQEVPAAYLRRADEIGTLSRVFAQLLESMREMIGRVNMNASSVAAASQQLSAGAEELAVGSSSQAESVQTVSELFHEWSNAINSVASDASAASELVNQTSGIATEGSGIVQQSVEGMNRVRDQVAKLEADSQRIGEIIEVIDDIAKQTNLLALNATIEAARAGDQGRGFAVVADEVRKLAERSGGATKQIADIIKGMQKNTADSVEAVNQGVIHTEKAGEAFAYITSMVNESAGKVMDIAAASEEQAAQAAEVASAIETISSSTEETAATSEESAATAQSLAELAEELNHTVSAFKIS	PGPT0015710_7397	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_05608	921	rhaR_53		HTH-type transcriptional activator RhaR	GTGAATGGCAGCTTGTTTCAGCAGATGTTAGAAGAGGGGGATTACGTCCCGCGCTTTTACGCCTATTACTATAAGCAGTGGATGGATTATGAAATGCCTTACCATCAGCATGATTCAACCGAAATTATGTATATGATCTCAGGGGTATGCCGGATTGACGTGAAGGTAGGCGATACGGAAAAGAGTCTCACGCTGAAAAAAGGGGAGTTTATGGTATTGGATGCCGATGTCCCGCATCGGTTAATCGTTGAGCAGGCGGCCTCCTGCCGAATGCTGAATGTGGAATTCGGGTTTATGGAAACTGAAGGAAGGTCACTTTCTCTTAGGCAGATTGCCCGGGAGGAGCAAGAGGTATCTTTTCTGTTGAATCGGCCGTTTCCCTACTTGGTGTTAGTGGATCAAGAGGAGGTATATCCGGTGTTAAGGAGCCTCGTCCTTGAACTTGATCAAAGAGGGACTGAGGGCAGAATGATGACGCATATGCTGTTTATTCAGCTGCTTGTATGCATCGCCCGGCTGTATGATGAAAGGGAACGTAGCGAAATGCAGCAGAGCGAGTTCTACATTAAACGAAGCGTCGATTTCTTGCATCAGAACTATGACCGCAATATTCAGGTGAAAGACGTTGCCGCTGAGGTGAATCTGCATCCCGGCTACTTGCATCGAGTATTCCGCAGAGGGACGGGCAGAACAATAACCGAGTATCTGACCATGATTCGAATGGAAAAGGCCAAAATGCTGCTGGAGCAGACGGATATCCCCATCCATGAAATATCGGATTATGTGGGTGTTGGCAGCAGACAGTATTTTCATATGTTGTTCAAGAAGTATGCGGACACCACGCCGGTGGAATATCGGCTGCGGAAGGACCGCAATGCCTGGAAATACGGTGATCAGGATGCCGGAGCAGATAAGAAGTGA	MNGSLFQQMLEEGDYVPRFYAYYYKQWMDYEMPYHQHDSTEIMYMISGVCRIDVKVGDTEKSLTLKKGEFMVLDADVPHRLIVEQAASCRMLNVEFGFMETEGRSLSLRQIAREEQEVSFLLNRPFPYLVLVDQEEVYPVLRSLVLELDQRGTEGRMMTHMLFIQLLVCIARLYDERERSEMQQSEFYIKRSVDFLHQNYDRNIQVKDVAAEVNLHPGYLHRVFRRGTGRTITEYLTMIRMEKAKMLLEQTDIPIHEISDYVGVGSRQYFHMLFKKYADTTPVEYRLRKDRNAWKYGDQDAGADKK	PGPT0017485_272	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_05609	1506	melA_2	COG1486	Alpha-galactosidase	ATGTCATTTAAGGTTGCTTTTATCGGAGCGGGAAGCATCGGCTTTACCCGGGGAATTCTGCGTGACTTGTTGACTGTACCGGAGTTTAGGGATATCGAGGTCGCATTCACCGACATCAGCCAGCATAACCTGGATATGGTCACGGAATTGTGTCAGCGGGACATTATCGAGAATGGGCTGTCGATTGCGATTCAGTCCACCACGGATCGACGACAAGCCCTGCAGAATGCCAAATATGTCATCTGCACCATTCGCGTGGGTGGATTGGAGGCGTTTCGCACGGATGTGGACATTCCGCTGAAATACGGCATCGATCAGTGCGTAGGCGACACGCTCTGTGCAGGCGGCATTATGTATGGCCAGCGGGGAATCCCCGAGATGCTGAACATTTGCCGGGATATTCGCGAGGTGAGCGCGCCAGATGCACTGCTGCTGAACTATTCGAACCCGATGGCTATGCTGACATGGGCATGCAATCAGTATGGCGGCGTGCGGACGATTGGTTTATGTCATGGCGTGCAGCATGGGCATCACCAAATCGCCGAGGTGTACGGTCTAAAGAAACGGGAGGTCGATATTGTCTGTGCCGGAATTAACCATCAGACTTGGTATATTCAAGCCTCGCATCAAGGCAAGGATTTGACGGCTGGACTGCTGGATGCGTTCGAACGGCATCCGGAGTACAGCAGGACTGAGAAGGTTCGCATCGATATGCTGCGACGTTTTGGGTATTACAGCACCGAGTCCAACGGCCATCTAAGCGAATATGTTCCTTGGTACCGTAAACGGCCGGAGGAAATTACGGAGTGGATCGACCTCAGCAGCTGGATAAACGGAGAGACGGGCGGATATTTGCGAGTCTGTACCGAGGGACGCAACTGGTTCGAGACCGATTTCCCGAACTGGATGAAAGATCCGGCTATGGAGTACACGCCGGAGCAACGAGGAGAGGAACATGGCTCCTACATTATTGAAGGCTTGGAAACCGGCCGGGTATACCGGGGCCATTTTAATGTGGTGAATCAGGGCATTATCTCCAATCTGCCGGATGATGCAATCATTGAGGCGCCGGGTTACGTGGACCGCAACGGCATTTCCATGCCGCATGTAGGGAATTTGCCGTTAGGGCCGGCTGCCGTGTGCAACGCAAGCATATCCGTGCAACGGCTAGCGGTTGAAGCGGCGGTTCACGGAGATGACAAGCTGCTTCGTCAGGCATTTATGATGGATCCGCTGGTCGGTGCGGTATGTAATCCGAAGGAAATTTGGCAGCTGGTCGATGAAATGCTGGTAGCCGGTGAAGCCTGGCTCCCTCAGTATGCGGCTTCGATCGCTGAAGCGAAGGCACGGCTAACATCTGACAATCTGATACCCACCCGTCCGTATGAAGGAGCAGCGAGACTCAAGGTGAAGACGGTGGAGGAGATGCAGCTCGACCGGGAGAAGGCGAACAAAAACGCAGGTGAATCCGACAAAGGGAAGGATCGCGAAAAAACGTTAAGCTGA	MSFKVAFIGAGSIGFTRGILRDLLTVPEFRDIEVAFTDISQHNLDMVTELCQRDIIENGLSIAIQSTTDRRQALQNAKYVICTIRVGGLEAFRTDVDIPLKYGIDQCVGDTLCAGGIMYGQRGIPEMLNICRDIREVSAPDALLLNYSNPMAMLTWACNQYGGVRTIGLCHGVQHGHHQIAEVYGLKKREVDIVCAGINHQTWYIQASHQGKDLTAGLLDAFERHPEYSRTEKVRIDMLRRFGYYSTESNGHLSEYVPWYRKRPEEITEWIDLSSWINGETGGYLRVCTEGRNWFETDFPNWMKDPAMEYTPEQRGEEHGSYIIEGLETGRVYRGHFNVVNQGIISNLPDDAIIEAPGYVDRNGISMPHVGNLPLGPAAVCNASISVQRLAVEAAVHGDDKLLRQAFMMDPLVGAVCNPKEIWQLVDEMLVAGEAWLPQYAASIAEAKARLTSDNLIPTRPYEGAARLKVKTVEEMQLDREKANKNAGESDKGKDREKTLS	PGPT0017850_48	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017850-melA-K07406	NA	NA
JZ016_05610	1119	ald		Alanine dehydrogenase	ATGATCATTGGGGTTCCCAAAGAAATCAAAAATAACGAGAGCCGTGTAGGCATGACGCCGGGTACGGTCGTCAGTTTCAGGAATGCCGGGCACGAAGTGCTTGTTCAATCCGGGGCAGGCCTTGGGATCGGATTTACGGATGAAGCTTACAGAGCGGCTGGAGCCAAGGTGGTTGCTTCGGCTGCCGAAGCGTGGAAAGCCGAGATGGTTGTGAAGGTGAAGGAACCCCTGCAAGAGGAGTATGAATACTTTCAAGAGGATATGATCCTATATACGTATCTGCACTTGGCCCCCGAGCCGGAACTGACCAAAGCACTGGTCGACCGTAAGGTGAGTGCCGTTGCTTATGAAACGATACAATTAACGGATGGCAGCTTGCCGCTGCTGACACCGATGAGTGAAGTGGCAGGAAGAATGTCCATCCAAATCGGGGCGCATTTCCTGGAAAAAGCACATGGCGGCAAGGGTGTCCTTCTAAGCGGCGTACCTGGAGTCGCCCCGGGTAAGGTTACCGTTATCGGCGGCGGCATCGTTGGCACCAATGCGGCAAGAATTGCGCTGGGACTCGGTGCGGACGTCAGCATCCTCGATATTAATCCCGCCCGACTTCGTCAACTGGATGATCTTTTCCAAGGGCGGGTCAAAACGATTATGTCCGATCCGTATCATATTGCGGAAACGGTGAAGGCTGCCGACCTTGTCGTGGGTGCGGTATTAATCCCCGGTGCAAGGGCTCCTCGCCTCGTAACGGAAGAGATGGTAAAAGAGATGAGCCCGGGATCGGTCATCGTGGATGTGGCAATTGACCAAGGAGGCTCGATCGAGACGATCGACCGGATCACCACGCATGATAATCCGACTTATGAAAAGCATGGCGTTATTCATTATGCGGTAGCCAACATGCCGGGCGCCGTAGCCAGAACCTCCACCATGGCACTGACCAATGTAACGGCACCGTATGGGTTGAGAATAGCAAGTAAAGGGCTCCGGTCTGCCGCTCGTCATGATAAAGCGCTTGCCAAGGGCATCAATGTCATCGAGGGCAAGGTAACCTATGAAGCGGTTGCGGCGGCTCATGGTTATGCGTATACCAGCATTGACGATTATTTGCTGGCATAG	MIIGVPKEIKNNESRVGMTPGTVVSFRNAGHEVLVQSGAGLGIGFTDEAYRAAGAKVVASAAEAWKAEMVVKVKEPLQEEYEYFQEDMILYTYLHLAPEPELTKALVDRKVSAVAYETIQLTDGSLPLLTPMSEVAGRMSIQIGAHFLEKAHGGKGVLLSGVPGVAPGKVTVIGGGIVGTNAARIALGLGADVSILDINPARLRQLDDLFQGRVKTIMSDPYHIAETVKAADLVVGAVLIPGARAPRLVTEEMVKEMSPGSVIVDVAIDQGGSIETIDRITTHDNPTYEKHGVIHYAVANMPGAVARTSTMALTNVTAPYGLRIASKGLRSAARHDKALAKGINVIEGKVTYEAVAAAHGYAYTSIDDYLLA	PGPT0020070_1267	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020070-ald-K00259	NA	NA
JZ016_05611	693	rluF_2	COG1187	Dual-specificity RNA pseudouridine synthase RluF	ATGCGAATTAACAAATACATAAGCAAAACGGGATATTGCTCGCGCAGAGAAACCAACCGATTGATTGCAGCCGGACGCATTACAATCAATGGCAAGGTGTGTGAAAAAGGGGCGGACGTTGAGTCGCACGATATCGTGTTGATAGATGGAAAGGAAATTCCTTATAAAGATAGCGAAGCGGTTTACCTGGCTCTCAATAAACCCATCGGTATTGTCTGTACGGCAGCAGAACATGTGGCGGGAAACATTATCCAATTTATTGACTATCCATCGCGCATTTTTGCCATCGGGAGGTTGGATAAAGCCTCTGAGGGGTTGATTTTACTCACGAACGATGGAGATATTGTGAACAAAATGATGCGTTCGGAGCATAATCATGAGAAAGAATATGTGGTGACCGTGGACAAACCCGTTACGGACGAATTTATGCAAGCGATGTCTCAAGGCGTTGAAATCCTGGACGTCATAACCAAACCATGCAAGGTTTACAGGCAAAGCGAAGATGTATTTCGTATTATATTGACGCAGGGCCTTAATCTGCAAATCCGCAGAATGTGTAAAGCCTTGGGGTACAGAGTCCTGAAGCTGGAGCGTGTTCGGATTATGAATATTACACTGGATCAGCTCGAACGGGGGGAGTGGAGGCATTTGAAGGAAACGGAACTGCATCAGCTCCTGTTCATGTTGAACTAG	MRINKYISKTGYCSRRETNRLIAAGRITINGKVCEKGADVESHDIVLIDGKEIPYKDSEAVYLALNKPIGIVCTAAEHVAGNIIQFIDYPSRIFAIGRLDKASEGLILLTNDGDIVNKMMRSEHNHEKEYVVTVDKPVTDEFMQAMSQGVEILDVITKPCKVYRQSEDVFRIILTQGLNLQIRRMCKALGYRVLKLERVRIMNITLDQLERGEWRHLKETELHQLLFMLN				NA	NA	NA	NA	NA
JZ016_05612	561			hypothetical protein	TTGGAAAACATTCTGATTACCGGATATCGGGCCCACGAGCTCGGTATTTACAATAACAAACACCAAGGCATACCTTATATACGTAAGGCGATTGCCAATCGCCTGGTTCCACTGCTTGAGGAAGGCCTCCAGTGGGTCATCACGCCAGGACAATATGGCGTGGACCTATGGGCCATCGAAGCGGCTATCGAACTAAAGTCCCAATACCCCAACCTGAAATGCTCCATTCTGACGGCCTACCAGAATCCCGAGGAGCAATGGAACGACGATAAAAAAGCTTATTTTCAGGAAGTGATGAAGGGGGTAGACTTCTATGCACCCGTCAGCAAGGGCCCTTATCAGGGGCCGTGGCAGTTTACGGCCAGGGATGATCTGCTTCTCCGCAAGACCGATGGTATTCTGCTCGTGTATGACGAAGATAACGGCGAAGCCAGCCCCAAGTTCATCAAAGAGCGTGCCCTGAAGAAGCAGGCAGCCGACGGCTACCGCTTTATCAGCATCGGATCGGAGGAGATACAGGCTGTTGCAGACGAAGAGAGCATGTCGCAGGATTTTTACTAG	MENILITGYRAHELGIYNNKHQGIPYIRKAIANRLVPLLEEGLQWVITPGQYGVDLWAIEAAIELKSQYPNLKCSILTAYQNPEEQWNDDKKAYFQEVMKGVDFYAPVSKGPYQGPWQFTARDDLLLRKTDGILLVYDEDNGEASPKFIKERALKKQAADGYRFISIGSEEIQAVADEESMSQDFY				NA	NA	NA	NA	NA
JZ016_05613	876			hypothetical protein	TTGAAGAAGTGGACAGCAGCATTACTAGGGGCAATTTTGGTTATGAGTATGACGGCATGCGGCAAGGACAACAAAGCAGCAGACGACGCCGCAACACCGCCAGCAACAGAACAAGGGACGACTCCTTCGACAGAGACGCCAGCTAAAGAAGAACCGAAGGAGGATGCTCTTCCGACTGCTGACGAGCTTCTCCAGAAATCGGCCGAAGCTTCCCAGAATTTGAAGAGCTTTGCGATGAAAGCCGATGTTAAACAGCATATCGTGGTTGAAGGCGAAGAGAAGCAGGAGCAGGATGTTAATATGTCACTTGACTCGGAACTTACGCTCGAGCCGGTGGAGATGATGCAGAACGTCGTGATGGATTCTCCGGAAGGCAAGGTCGAGATGAAGCAGTATATAACGGAAGACGGTATTTACATGCTCATGGATGGTCAATGGATGCAGGTTCCGAAGGAATCGGAGCAGGAGATCCGCGATAGCCTGGATCCAAGCAGTGCGAGTCCGGAGCAGCAGGTAGAGCAGTTCAAGACCCTTGCTAAGGACTTCAAAGTAACGGAGGATGGAGACACATACGTCCTGACGGCGGATGTCTCCGGCGACAATCTGAAGGAGCTTGCCAAGTCCATGATGAGCCAAGCGGGCAACGATCCGCAGATGGAAGCCATGATGGATCAAATGGATATCAAGAGCATCCATATTATTTATGGCGTACAGAAGGAATCTTACCTGCCTGCAACAACCGATTTGGACATGGTGATGGCAATGGAAGCCGAAGGTCAGAAGGTATCCTTGGATATGAAAATGAAGAGCACCTACTCGAAGCATAACGAAATCAGCAAAATCGAAGTGCCGAAGGAAGCATTGAACGCGAAATAA	MKKWTAALLGAILVMSMTACGKDNKAADDAATPPATEQGTTPSTETPAKEEPKEDALPTADELLQKSAEASQNLKSFAMKADVKQHIVVEGEEKQEQDVNMSLDSELTLEPVEMMQNVVMDSPEGKVEMKQYITEDGIYMLMDGQWMQVPKESEQEIRDSLDPSSASPEQQVEQFKTLAKDFKVTEDGDTYVLTADVSGDNLKELAKSMMSQAGNDPQMEAMMDQMDIKSIHIIYGVQKESYLPATTDLDMVMAMEAEGQKVSLDMKMKSTYSKHNEISKIEVPKEALNAK				NA	NA	NA	NA	NA
JZ016_05614	1020			hypothetical protein	GTGAAGACCGAACAAGAGCTGCAGCCCGATTGGATTCAGGAACTCGCTTCTTCTCCATTTAACGAGCCGATGTTCACCGAAGAGATGAGATCCAGTGTATTAAACAACGCTGCTAATGGCTCTGTAAGAATGGGCAGAAAAAAACGGAGGTCTCCAACACGTCTGCGTATTATGACCGCAAGTGTGTTCATGCTTCTTCTAATCGTGGCGGCATGGGGATGGCGTGAATCACCCGTGATTCAACAGCTGATCCCGATCAAGGGTTGGGGGAATGCTGCCGATTGGGCTCCCCGCAGCGTGTACACGGAGGATGGCGTAGATAAACTTCAGGCATTTCCGGGCGGGGATAATGTCGCGGGCTCTCCAGCCGGTGCCTGGTGGAATCTTCTAACCCCCATTCAAGATCTTGAAGGGAAAACGATCCGCATATCCGCCGTACACCGGGATACGGGCATTACCCTTGAAGAGCTAGCTGAGACGAAGATTACTTCCGATATGGCATACAATGACTTTACGCGAGTATCTTCCCGTTTTGCCCTGCCGCTCTCCGGTTTATGGCGTTTCGACGTAATGGTGGATCAGGAGAAGTACGGCGATATCGTGGTCGATGTGCCGGACAGCAGCTGGGAGCCGAGCCCGAGTTTCGTTTCGGCTGCTTCTGAAGACCCGGTGGAGGCGATGCTTTCCTCAAAATATCCTCCGACTGAAATGACGGGCATCGAAGGGCGTCTCGGCTTTATTGATCCGGGCTTTATCGCTGGCCAACCCAACAAATACATGTGGCACTTCTGGGGGCGTGAAGAGGAATTGAAGGGGGAGCTTCTCATCGCCGCCGTGAAAAAAGACACGACCGAGATCATTGATGTATTTAAAACTCGTATCAATCCTTATCCTCATAACGGCGCCGATGCAGCAATACCTACCTCCATGTCGCTGCCTTCGCCAGGACTATGGCGCATTATGGTCTCCATTAACGGTCAACTGTTCGACAGCGTCATTGTGGAGGTCGATAAACCATAA	MKTEQELQPDWIQELASSPFNEPMFTEEMRSSVLNNAANGSVRMGRKKRRSPTRLRIMTASVFMLLLIVAAWGWRESPVIQQLIPIKGWGNAADWAPRSVYTEDGVDKLQAFPGGDNVAGSPAGAWWNLLTPIQDLEGKTIRISAVHRDTGITLEELAETKITSDMAYNDFTRVSSRFALPLSGLWRFDVMVDQEKYGDIVVDVPDSSWEPSPSFVSAASEDPVEAMLSSKYPPTEMTGIEGRLGFIDPGFIAGQPNKYMWHFWGREEELKGELLIAAVKKDTTEIIDVFKTRINPYPHNGADAAIPTSMSLPSPGLWRIMVSINGQLFDSVIVEVDKP				NA	NA	NA	NA	NA
JZ016_05615	519	ylaC_2		RNA polymerase sigma factor YlaC	ATGGTAGCCGTGAATGATGCGAGCACCGTGCTGAGTGACTGGATGGAGTCCTTCGGCCAGGACGTATGGAACTATGCATTCTTCCTAACGAAACGCAAAGATGCGGCTGACGATATCAGTCAGGACGTGTTTTTGAGAGCATTTAAGCACTGGAATGATTTTCAGGGCCGAAGCTCTGTCAAAACATGGCTGTTAACCATCACCCGCAATCTTTCCCTGAACTATCTCAAGTCTTCCTATATGACAAGGGTATCATTAACCGGCTGGATCACTTCCAAGCAGACCAAACCCTCCGCTGAAAAAGAGTTTATGGATGCCGCTGCCGTCTCGCAGATTTGGAAGTATGTGTTGGAGCTGCCGCCCAAATACCGGGAGGTGCTGATTCTTGAATCCCATTACCAGCTGCCGCGAAAAGAAATAGCGGAACTGCTCGGCATATCCGAAGGAACAATCAAATCCAGACTGCACCGGGCTCGAGCCCGAATGGAAATGATGTTGAAAGGAGAGGATGTCCAGTGA	MVAVNDASTVLSDWMESFGQDVWNYAFFLTKRKDAADDISQDVFLRAFKHWNDFQGRSSVKTWLLTITRNLSLNYLKSSYMTRVSLTGWITSKQTKPSAEKEFMDAAAVSQIWKYVLELPPKYREVLILESHYQLPRKEIAELLGISEGTIKSRLHRARARMEMMLKGEDVQ	PGPT0014960_11132	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_05616	504			hypothetical protein	ATGCATTTATATTTTAAGGATAACTTTTTTAGCTCGGGTATAACAGATATTATGGATAGGGAAGGCAGTGTCATAGGAAGTCTGGATTTGAAGAGCGCTTTCGGCTCCTCGCTGGACGTATATAACGCTTCGGGAGATCCGGTATGCAGCGGGTCGTTTCGATTCTTCTCGAACAAATGGAATATTACTGGCGGCAATGGGGAAGAACTGGGCCTGCTGCGCATGCGGATGAGTTTTTTTACGAAAAAATTCGAATACGATGCGGGATCGCGGGGCGTATACGAGATCACTTCGCCTGCTTTTTCCAATGAGTATGAAATAACGGATGATGCCGGAGGGGGCATCGCCTCTTTTTCCCGCATTAGCGGCTGGCTTCAAGCCGGAGCCTATCAGCTTCAGAATGAGAGCGACGTTCTTGGTGACTGGGAGCTTGTTGCCGTCGTGATGGGCATTCACCAGATACGCAAACGCAACAACAGCGCTGCCGCATCGAGCTCTCATTAA	MHLYFKDNFFSSGITDIMDREGSVIGSLDLKSAFGSSLDVYNASGDPVCSGSFRFFSNKWNITGGNGEELGLLRMRMSFFTKKFEYDAGSRGVYEITSPAFSNEYEITDDAGGGIASFSRISGWLQAGAYQLQNESDVLGDWELVAVVMGIHQIRKRNNSAAASSSH				NA	NA	NA	NA	NA
JZ016_05617	516	mug	COG3663	G/U mismatch-specific DNA glycosylase	ATGGATGAAGTCAGCGATCATCTGGATTATGGATTGACTCTTGTATTTATCGGTTTTAATCCGAGTTTGCGATCCGGGGAGGTCGGTCATCATTATGCGAACCCTCGCAACAATTTTTGGAGGATTCTGCATAAATCCGGTTTGACCCCGCGCTTATATGAAGCCGCTGAGGATGGGGAATTGCTTAAGCTAGGGTACGGATTTACCAATATTGTAGCCAGGCCCACAAGGGGGGCCGAAGACATAACCCGCGAAGAGTACAGGCTCGGTAGAGAGACGCTGCGCGAGAAGCTGGCCAAGTACAGACCGGAGGTTGCCTGCTTTGTCGGCAAGGGCGTGTATACCGAATTTAGCGGCAAAGCCAAGGCGGATTGGGGAATTCAGCCGGACTCCGTCATTGACGGCGTGCGTGAGTTTGTAGCTCCTTCTTCCAGCGGACTGGTGAGAATGCCCATGGATGAGATTATCGGAATTTATCGGCGATTGCATGATTTTATATCGAGGAATGAGTACTGA	MDEVSDHLDYGLTLVFIGFNPSLRSGEVGHHYANPRNNFWRILHKSGLTPRLYEAAEDGELLKLGYGFTNIVARPTRGAEDITREEYRLGRETLREKLAKYRPEVACFVGKGVYTEFSGKAKADWGIQPDSVIDGVREFVAPSSSGLVRMPMDEIIGIYRRLHDFISRNEY				NA	NA	NA	NA	NA
JZ016_05618	855	mqnD	COG2107	1,4-dihydroxy-6-naphtoate synthase	ATGAAAATCGCTTTTTCCCCTTGCCCCAACGACACATTTGTATTTCATGCCTGGGTTCACGGACGGATTCCAGGCGCCCCCAAGCTGGATGTATCCTATGCGGATATCGATATCACCAATCACTGGGCAGCCGAAGATCGAGAACATGATATCTTAAAAATATCCTATGCCGCGCTCCCCTGGGTGCTGGATGAATATGCCCTTCTGCCCTGCGGAGGAGCACTTGGCCGCGGATGCGGGCCGCTCGTTCTGACAGCGGACAAGCTGACGGATGGTAAAACCCCTGACAGCCCTGCGGATTTGTCCGGCCGGCGGGTAGCCGTTCCAAGCGAGCGCTCCACGGCTTATCTGTTGTTCCGTCTGTGGGCCGCACAGAACGTACCCGGAGGGCTTGGCGAAATCGTGGTGATGCCGTTCGATCAGATTATGCCGGCTGTCCGGGATGGAGCGATTGATGCCGGGCTTGTCATTCACGAAGCACGGTTCACCTACTCGTCTTATGGATTGAAGATGATGACGGATCTGGGCAGCTGGTGGGAGTCCGATACCAATCTGCCTATTCCTCTGGGAGCCATTGTGGCCCGCAGGTCGCTGGATCTGGCAAGCATCTCGAACTGGATCCGCTCCTCTGTCGAATACGCCTGGCAACATCCCGAGGACTCTCGGGCCTATGTCCTCCATCACGCTCAGGAAATGGACCCGGATGTCGCCGATGCTCACATCGACCTGTACGTCAATCCATTTACCGCGGAGCTGGGCGAGGATGGTTATGCCGCGATTTCAGCCCTGCTGAACCGCGCAGCCGATGAAGGGCTTGTGCCAAGGATTGATCCTGCGCTGCTGAAGCGTCCGTAA	MKIAFSPCPNDTFVFHAWVHGRIPGAPKLDVSYADIDITNHWAAEDREHDILKISYAALPWVLDEYALLPCGGALGRGCGPLVLTADKLTDGKTPDSPADLSGRRVAVPSERSTAYLLFRLWAAQNVPGGLGEIVVMPFDQIMPAVRDGAIDAGLVIHEARFTYSSYGLKMMTDLGSWWESDTNLPIPLGAIVARRSLDLASISNWIRSSVEYAWQHPEDSRAYVLHHAQEMDPDVADAHIDLYVNPFTAELGEDGYAAISALLNRAADEGLVPRIDPALLKRP	PGPT0009450_339	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009450-mqnD-K11785	NA	NA
JZ016_05619	711	mqnB	COG0775	Futalosine hydrolase	ATGCAGAAACATACCCCATCCAACTCGGTGGATATAACCGAGTCACATAACTCGCAAGACCCGTCATCCACACGCGTACTTATTGTCACGGCGGTCGATGCTGAAAAAGAAGCCGTGCAGCGCGGGCTTAACCATGCTCACGGATTTGATGTCATCGCGGGTGGAGTCGGCCCAGCGGCAACCGCTGCTGCGACTGCCCGCAAGTTGGTTCAAGGCACCTATGATTGGGTTATCAGCGCAGGTATCGCTGGAGGATTTGCCGGTCAGGCTGAGGTTAGTTCCATCGTTATTGCGGACACCATCATTGCCGCTGATCTCGGTTCCGAAACTGAAGACGGCTTCAGCAGCGTCCAGGAGCTCGGCTTCGGAACGGATCGGGTGCAGGCACATCCGGATTCCGCCCGCAAACTCGCGGAGGCCTTACAACATGCTGGCGTTCCCGTAACCCTCGGGCCCGTTCTGACGGTCTCCACTACGACGGGAACAGCCGCAACGGCCGCACGTCTCCTCCACCGGGTACCGGACGCCGCAGCCGAGGCGATGGAGGGCTTCGGCGTGGCCACCGCTGCCGCTGCAGTCGGTGTGCCCGTGCTCGAAATCCGGTCCATTTCCAATCAGGTCGGTCCGCGGGACCGCAGTGCATGGAAGATCAAGGAGGCGCTGCAGGCGCTTGAGACCGCAAGTTCATTACTACCGGAGGTGTTACGATGA	MQKHTPSNSVDITESHNSQDPSSTRVLIVTAVDAEKEAVQRGLNHAHGFDVIAGGVGPAATAAATARKLVQGTYDWVISAGIAGGFAGQAEVSSIVIADTIIAADLGSETEDGFSSVQELGFGTDRVQAHPDSARKLAEALQHAGVPVTLGPVLTVSTTTGTAATAARLLHRVPDAAAEAMEGFGVATAAAAVGVPVLEIRSISNQVGPRDRSAWKIKEALQALETASSLLPEVLR	PGPT0009435_147	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009435-mqnB-K11783	NA	NA
JZ016_05620	600			hypothetical protein	TTGCGTAAGAAGGGTGCGAACGGACAAGAAAGCCGGGCTAGACTACTGATTGTCGCTGCTAATGAATTTGCAAAGTCAGGATACCATCAGACCAAGATCAGCACCATCGTTTCTCGGGCTGGATTGACGCAGCCGTCATTCTATTTGTATTTTGAGAGCAAAGAAGCCGTGTTCAAGGAGCTGGTGGAGAAATTTCGAGCTGAGCTCAAGATCCTGCTCGAGGGCAGCAGATTGGAAAGTGGAATCGATGAGAATCATGTGACCGGCCGTTTGCAGAGCGTACTGACAGGGTTGTTCGCGTTTCTTGGCAAAGACCCGGATCTGACGCAAATCGGTTTTTTTATTGGGGATGACGCGGTGATCGTAAAGTCGGAAATGGCAGCCATGATTGAGCAAAATCTGAAAGCTGAGCAGCGGGACGGGTATTTTGACGGTGAATCCGATATGCATATCGTTGCGGAGTGCTTGGTCGGTGTCATTGAAAGACTGACCTCGCAGCAGCTTCTGACAGGCAAGCGGACTCCTGAGGATCTTGCGCGTCACGTGGTGAGTTTATTTATGCACGGTATCAGCATTTATCCAGCTAAGCGGGCTACATAA	MRKKGANGQESRARLLIVAANEFAKSGYHQTKISTIVSRAGLTQPSFYLYFESKEAVFKELVEKFRAELKILLEGSRLESGIDENHVTGRLQSVLTGLFAFLGKDPDLTQIGFFIGDDAVIVKSEMAAMIEQNLKAEQRDGYFDGESDMHIVAECLVGVIERLTSQQLLTGKRTPEDLARHVVSLFMHGISIYPAKRAT	PGPT0023505_171	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_LIPID_DEGRADATION	PLANT_PHOPSHO-|LIPID_DEGRADATION,PGPT0023505-ysiA|fadR-K13770	NA	NA
JZ016_05621	1008			hypothetical protein	ATGAAGAAGATGATGCTGGTGTACGGTGCGCTTCTATTGGCTTTTTTCACCTATGTCTTCATGTACAGGCTGGAGGACAAGCGTTCTTCCGCTTGGGAGGAGGGCGGCCTGCACGGCAGCATGGGTGAGAATTATGTTATGGTGACTTTTCAATCCGGTATGGAATACTGGAAAAATATTCTGAAGGGCTTCGAGGATGGAGGGGATGCGCTAGGCGTAACTGTCGATTATCGCGGCTCTACACAATACGACGTGGAGGAACAGATCACTGTTCTGGAACAAGTGATTGCCAAAAAGCCTGCCGGTATCGCCCTGTCGGCCATCGATTCCAAAGCGCTGACGTCGACAATTAATAAAGCCGTGGATGCCGGGATCCCCGTCGTGCTGTTTGATGCGGATGCGCCTGACAGTAAGGCCTATTCGTTCCTGGCAACCAACAATTACAACGCTGGCGTTGCGGCCGCGGACAAAATGGCGCAGCTTCTCGGCCGGGAAGGGGAGATCGGGATTGTTACCCAGCCCGGGCAGCAGAATCATGATGACCGTTCCGAAGGCTTCAGGGACACTTTAGAGCAGCGATATCCCGGCATGTCCGTGGTGGAGATCAGGGAAGGCAAAGGGGATACCCTCGTTGCCAAAGAGGCTGCTGCCGACATGCTGGATAAGCACCCGGATCTCAAAGGGATCTTCGTAACGGAGGCCAGCGGCGGAATGGGCGTGGCGGATGCCGTGATCGGCGCGGATAAAGCAAACCGAATTACCATCATCGGATTCGATACGAATAAAGGAACGCTGGACCGGATTTCCGATGGAACCATCGCGGCAACGATCGCCCAGGGGACGTGGAATATGGGCTATTGGTCCTTGCAGTATTTGTTTCATCTGCATCATGGTCTTACCGTACCGGCCCCGACGCTCGGCAATGACGTATCTCCGCTTCCGACAAGGGTGGACACCGGGATTTCCATTGTGACCCGAGAGAATGTGAATGATTATTATGCAAAATAG	MKKMMLVYGALLLAFFTYVFMYRLEDKRSSAWEEGGLHGSMGENYVMVTFQSGMEYWKNILKGFEDGGDALGVTVDYRGSTQYDVEEQITVLEQVIAKKPAGIALSAIDSKALTSTINKAVDAGIPVVLFDADAPDSKAYSFLATNNYNAGVAAADKMAQLLGREGEIGIVTQPGQQNHDDRSEGFRDTLEQRYPGMSVVEIREGKGDTLVAKEAAADMLDKHPDLKGIFVTEASGGMGVADAVIGADKANRITIIGFDTNKGTLDRISDGTIAATIAQGTWNMGYWSLQYLFHLHHGLTVPAPTLGNDVSPLPTRVDTGISIVTRENVNDYYAK	PGPT0015740_2590	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0015740-rbsB-K10439	NA	NA
JZ016_05622	1944			hypothetical protein	ATGATTATTATGCAAAATAGAAACAGAGCGGAATCCTGGCGCGAAGGCATGTCGCGGTGGCTGCGGTTCGGGGATTTGCCGCTGAGATACAAGCTCGTCATTTTGTTCCTCATGGTTGGCATCCTGCCCTCAATCGCGCTGAGTGTCCTCGTCAATTGGACGGTTAACCGCATTGTGGATCAGCAGGTAACCTCGAACACCATTCAATTGATCGGAAAGGTCAATCAGACCCTGGACAATGATATGGAGAATCTCCAGAACATTACGTATTTGATCGGATTTGACCCGCGCACGGAACGATTTCTGAATGGGGAAATTCAAGGGGACAAGCCAGCCGTTGGAACCGAAGATACGGGTGATTCCGGCCCGCGAACCGCCTCGGTCAAGCAGGACAATACGGAGAATTATGAGATTAAGCGGTACCTTCAAGGCTTCACGACGCTGTACCCGGAAATCGCCTCTATTCTTCTGGTCAATCGCGAGGGAGAGTATATCAGTAACGAAATGTACGCACGCAGTCCGGCAAGTTTGACGGAGGAAGAATGGTACCGCGAGGCTGTTTTAAATGAAGGGATTTTCACCGTGCTTGGCCATCCGGCAGAGCGTAATGTCACCACCCATGTTCATTACGGCAACGAGGAGCTGGTATCGGTCGTTCGCTCGATTGTGGATCCGGATACGAGGGAAGTAACCGGTGCGGTATTGATCGATTTGAAGCTGCGGGCAGTCGCGAGAGCGGTCCGGGATGTCACGCTTGGAAAAAGCGGATATTTGATGGTGGCAGAGGCCGGCGGCTCCAGTATCTATGCTCCGGAGGATTCCATCATTCCGTCCATTCCCCCCTCGTGGTTTCCGGAAGAGGACAGCGGCGCCTTGATCCGCGAGGTGAACGGGGAGCGTCTGCAATTGATATACGGCACCTCCTCATTTACCGGCTGGCGGACGATCGGCGTATTTCCAACCAGCGAAACGGTGTATGAGGTCCGGGAGATTCGTTTTTATATGATTTGTTTCTTGTTTGTGGTGTGTTTGTTTGGGGTTGCGGCATCCTATACGCTTTCACAGTCGATATCCAGACCGATCTGGCAGCTCATGTCCTTCATGCAAAAAGCCGAATCCGGGGATTTGACGACCCGTTACTGGGGAAACCGGCAGGATGAGGTGGGTATGCTCGGCCGCAGCTTTAACCGCATGCTTCTGCAGATTCGAAAGCTGATGAAGCTGAGCGAGCTGCGGGAAAAGCAGAAGCGCGAAGCGGAGCTGCGCAGCCTGCAGGCTCACATTAAGCCGCATTTTCTGTACAACACGCTGGATACAATTCATTGGATGGCCCGCAAGAAAGGGGCGGACGATGTATCGGATCTGGTGGAATCCTTGTCGCGGCTGTTTCGGATCGGGCTCAGCAAAGGGGATGATATTATTCCCATGTCCGACGAATGGACGCATATCAGCAGTTACCTGCAAATACAGAAAACGCGTTACCGCGACAGGCTGCAGGTTGAGATGGAGCTTTCGCCAGAGGCTGAGAAATTGTACGTGCTGAAGCTCTTACTGCAGCCGATCGTGGAAAACGCGATATACCATGGCATTAAGGCCCGTAGAGGGCCTGGGCGAATTGTCATCAAAGCCCAGGTGAACGGAGACGTTCTTCTCCTTAGCGTCCAGGATAATGGGGCCGGCATGTCTTCTGATCGGCTGGAGGCGCTTCGCAAACAGCTTGCCGACCCGGTAACCGCCATGGAGGCGACCCCGGGAGAAGGGCTGGGCGGAAGCCGAAGCTACGGCATGCTGAATGTGCAGGCACGTATCAAGCTAACGTTCGGCGATGAGTACGGAATCACGATTGACAGTACAGAGAACGAGGGAACCACGGTAGTGATTACGCACCCGCTGGTGCATGCCGTTCCTTCGTCCTCCGATCATGATGGGAGAGACAGGTTATGA	MIIMQNRNRAESWREGMSRWLRFGDLPLRYKLVILFLMVGILPSIALSVLVNWTVNRIVDQQVTSNTIQLIGKVNQTLDNDMENLQNITYLIGFDPRTERFLNGEIQGDKPAVGTEDTGDSGPRTASVKQDNTENYEIKRYLQGFTTLYPEIASILLVNREGEYISNEMYARSPASLTEEEWYREAVLNEGIFTVLGHPAERNVTTHVHYGNEELVSVVRSIVDPDTREVTGAVLIDLKLRAVARAVRDVTLGKSGYLMVAEAGGSSIYAPEDSIIPSIPPSWFPEEDSGALIREVNGERLQLIYGTSSFTGWRTIGVFPTSETVYEVREIRFYMICFLFVVCLFGVAASYTLSQSISRPIWQLMSFMQKAESGDLTTRYWGNRQDEVGMLGRSFNRMLLQIRKLMKLSELREKQKREAELRSLQAHIKPHFLYNTLDTIHWMARKKGADDVSDLVESLSRLFRIGLSKGDDIIPMSDEWTHISSYLQIQKTRYRDRLQVEMELSPEAEKLYVLKLLLQPIVENAIYHGIKARRGPGRIVIKAQVNGDVLLLSVQDNGAGMSSDRLEALRKQLADPVTAMEATPGEGLGGSRSYGMLNVQARIKLTFGDEYGITIDSTENEGTTVVITHPLVHAVPSSSDHDGRDRL				NA	NA	NA	NA	NA
JZ016_05623	1218	rssB_18		Regulator of RpoS	ATGAAGAGAGCGTATCAAGTCTTGATTGCCGACGATGAGCCAATTATCCGCGAGGGCATTCGGGATGCGGTCGACTGGGAGGCACTCGGCATGGAAGTGGCTGCCGAAGCGGAGGATGGCGAAGAGGCGCTGGAGCTTGCGCTCAGCCAACCGATTGACATTATGCTGGTCGATATGAATATGCCGTTCCTGGACGGCATCGGGCTTATGAAGCGGATGAAGGAAGAACGTCCCGAATGCCGGTTCGTCATTATTACCGGTCATGACGAATTTGCTTATGCGCAGGAAGCGATCCGGCTCGGGGTTAAGGATTATATATTGAAGCCGGTGAATGCGGGTCACCTGATCCAGGTGCTGGGCAGCGTTCGGGATGAGCTGAACGACCATCAAATCCAGGAGAACTATCTTAAGAAGGCGTCCGAGCAAATCGAGAAGAACATTCCGCTGCTGCGGGAACGGTTCTGCCTCGAATGGATACATGGCCTGCTGGATGAGGAGGAGGCGCTCGAGCAGCTGGAATTCCTGGGACTGCCGCCTTGCCGTCCATCCCGGATCGGCATCGCCAGATGGACGGAGATGACGGCTCCGCAGCCTTTGATGAAGGAAAGCGACCGGCAGCTGTATCTGTTCGCGATGGAAAATATAATCGCCGAGCTGTTTCATCCCGCGCCCTGCGTTTTGTTCCGGGATCACACCGGATGGATCGGCATCTGCTGCTGGGGAGTAGCGGATTCGAACATTGCGGCCGATGCCGAGCAGCTGATCCAGAAGTACTTAAAGCTGGCTGTGAATGTACATCTGGAGCCTGTTTCGGAAGAAGCGGACGGCGCGGTTGCAGCCGCCTATGAGGCTTGCCGGGAAGGGGTGTTCAAGGAGGCGCAGCTCTCTCCGCTGGTACGGCGGGCTCGCCAGCTCATCCAGGAGCAGTATGCCGTTCGGGAGCTGACGCTGGAATCCTTTGCCCATGCCTTGCAGGTTTCGCCCGTCTATCTGAGCCGGACGCTAAAGAAAGAACTGGGCACGTCTTTTATCACGCTCATGACCCAGACGAGGATTCAGAAAGCAATCCAGCTGCTCAACTCCACCGAGCTTAGCATCCTGGACATCGCGGAGCGGGTAGGGTATGACAGCCAGCATTATTTCAGCACGGCTTTTAAGAAGGTGATGGGGGTATCGCCGAACCGGTACCGCAAAGGGGCGACGGTTCAGGAAGAATAA	MKRAYQVLIADDEPIIREGIRDAVDWEALGMEVAAEAEDGEEALELALSQPIDIMLVDMNMPFLDGIGLMKRMKEERPECRFVIITGHDEFAYAQEAIRLGVKDYILKPVNAGHLIQVLGSVRDELNDHQIQENYLKKASEQIEKNIPLLRERFCLEWIHGLLDEEEALEQLEFLGLPPCRPSRIGIARWTEMTAPQPLMKESDRQLYLFAMENIIAELFHPAPCVLFRDHTGWIGICCWGVADSNIAADAEQLIQKYLKLAVNVHLEPVSEEADGAVAAAYEACREGVFKEAQLSPLVRRARQLIQEQYAVRELTLESFAHALQVSPVYLSRTLKKELGTSFITLMTQTRIQKAIQLLNSTELSILDIAERVGYDSQHYFSTAFKKVMGVSPNRYRKGATVQEE				NA	NA	NA	NA	NA
JZ016_05624	1065	chvE	COG4213	Multiple sugar-binding periplasmic receptor ChvE	TTGCTGATCGCGGTGCTGCTCTTGGCCCTGACGGCCTGCAACCTCGCCGAAAGCCAAACCGGCGATGCTGAGAAGGGATACGTCGGCCTTGCGATGCCAACGAAATCATCCGAACGCTGGGTGGCTGACGGAAAGAACATGGAGCGGCTGTTTCAGGAAAAGGGATATAAAACCGATCTTCAATTCGCCGAGGACGTGATTGAAAACCAGATTTCCCAAATCGAGAACATGATTACGAAAGGGGTCGACGTCATCGTCATTGCTTCCATTGACGGCAATACGCTGACAGACGTGATCAAGAAGGCCCATGATCAGGGAATTAAGGTTATCGCTTATGACCGGTTAATTCGAAATACCGAGCATTTAAGTTATTATGCCACCTTCGACAATTTCCAGGTCGGTGTTCAGCAAGCATCTTATATTGAAGAGAAGCTTGGCCTGAAGGAAGGGAAGGGGCCGTTCAATATCGAGCTGTTCGGCGGATCGCCGGACGATAACAATGCTTACTTCTTCTATGACGGCGCGATGTCCGTGCTGAAGCCTTACATGGATTCAGGCAAGCTTGTGGTTCGGAGCAAGCAGACTACGATGGCCCAGATTGCGACCCTGCGCTGGGATGGGGCTTTGGCCCAGTCGCGGATGGATAACCTGATCAGTGCCAACTATTCGAGCGAAAATTTGGATGCGGTGCTGTCGCCCTACGACGGGATCAGCATCGGCATTATCTCTTCGCTCAAGGGCGTAGGCTACGGGACGGCGGCCAAGCCGCTGCCGATCATCACGGGTCAGGATGCCGAGCTAGCTTCCATTAAATCGATCGTGGCCGGAGAGCAAACGCAGACGGTGTTCAAGGACACGCGCCAGCTCGCCGAGCAAGCGGTCAAGATGGCGGAGAGCGTGCTGAAGGGAGAAGAGGCCGAGGTCAACGATACGGAATCGTACGATAACGGCATCAAGGTCGTGCCAGCCTATCTGCTCCCTCCCGTATCCGTTGATGCTTCCAATGTGGAGAAAGAGGTTGTGGAGACGGGCTATTATTCCAAGGAAGAAATCGGATTGAAATAG	MLIAVLLLALTACNLAESQTGDAEKGYVGLAMPTKSSERWVADGKNMERLFQEKGYKTDLQFAEDVIENQISQIENMITKGVDVIVIASIDGNTLTDVIKKAHDQGIKVIAYDRLIRNTEHLSYYATFDNFQVGVQQASYIEEKLGLKEGKGPFNIELFGGSPDDNNAYFFYDGAMSVLKPYMDSGKLVVRSKQTTMAQIATLRWDGALAQSRMDNLISANYSSENLDAVLSPYDGISIGIISSLKGVGYGTAAKPLPIITGQDAELASIKSIVAGEQTQTVFKDTRQLAEQAVKMAESVLKGEEAEVNDTESYDNGIKVVPAYLLPPVSVDASNVEKEVVETGYYSKEEIGLK	PGPT0015735_507	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_II,PGPT0015735-sbpA-K10546	NA	NA
JZ016_05625	1533	xylG	COG1129	Xylose import ATP-binding protein XylG	ATGTCAGAGTACATTCTTGAAATGCGGAATATTACGAAAGCGTTTCCCGGGGTGAAGGCGCTGGATAACGTGAACCTGAAAGTTCGCGAAGGCGAAATCCACTCCCTGTGCGGGGAGAACGGAGCGGGCAAATCCACGCTGATGAAAGTGCTGAGCGGCGTGTATCCACACGGCTCGTATGAGGGAGATATTTTGTTCAAAGGCAGCGTCTGCCAATTTAAAGATATTAAGCAAAGTGAAGACCTGGGCATCGTCATCATCCATCAGGAGCTTGCGTTGATCCCGTATCTGTCGATTGCCGAGAACATTTACTTGGGGAACGAGCGCGCAGAGAAGGGCATTATGAACTGGAACGAGACGATGATCGGAGCTAAAGAGCTGCTGGATAAGGTGGGACTCAGCGAAAACCCAAACACGCAGGTCGGCAGCATTGGCGTCGGCAAGCAGCAGCTGGTCGAAATCGCGAAGGCCTTATCGAAGAAGGTGAAGCTGCTTATTCTGGACGAACCGACGGCAGCGCTCAACGAGGACGACAGCGAGAACCTGCTTGAGCTGATGCTGGAATTCAAGAAGCAGGGAATCTCCTGCATCCTGATCTCCCATAAATTGAACGAGGTGTCAAAGGTATCGGACTCCATTACGATTCTGCGCGATGGTCAGACCATCGAAACGCTCGATATGAGAGGCGGCGAGGTGAACGAGGACCGGATCATCCGCGGCATGGTCGGCCGGGATTTGACGAACCGCTATCCGGAGCGGACACCAAAAATCGGGGAAGTCATTCTGGAGATTAAGGATTGGACGGTGTATCACGAGCAGCAAGCAAGCCGCAAAGTAATTGATAAAGTTAATATGAATATCCGCCGGGGGGAAATCGTGGGCATTGCCGGGCTGATGGGTTCCGGCCGGACCGAGCTTGCGATGAGTGTTTTCGGTAAGGCATACGGCAGGAATATTACAGGAACATTGCGCAAAGACGGGAAGGAAATCCGGAATCAATCTATTACCGAGGCGATTGAAAACGGCTTTGCTTACGTGACCGAGGACCGCAAGGAATACGGGTTGATTCTCATGGACGATATCAAACGTAACATCTCGCTGACCGGACTGTCCAAGCTGGCAAAGAACATGGTCATTGATGAACGGGAAGAAATCCTCGTGGCGGAGGATATGCGGAAGAAGCTGAAAATCAAAACGCCGAACATTCTCCAGAAGACGGGAAACCTCAGCGGGGGGAACCAGCAGAAGGTTGTCTTGAGTAAATGGATATATGCCGAGCCGGACATTCTGATCCTGGATGAGCCGACGCGGGGGATTGACGTTGGGGCCAAATACGAGATTTACGCGATCATTAACCAGCTGGCGGATGAGGGCAAGGGCGTGCTTGTCATTTCCTCGGAGCTGCCGGAGATTATAGGGATCTGCGACCGGATTTATGTCATGAGCGCGGGACGGCTGACCGGAGAAGTTAGCAGAGAGCAGGCTTCGCAGGAAACCTTGATGAGATACATGACCAAGAATGGAGGGGCTTAA	MSEYILEMRNITKAFPGVKALDNVNLKVREGEIHSLCGENGAGKSTLMKVLSGVYPHGSYEGDILFKGSVCQFKDIKQSEDLGIVIIHQELALIPYLSIAENIYLGNERAEKGIMNWNETMIGAKELLDKVGLSENPNTQVGSIGVGKQQLVEIAKALSKKVKLLILDEPTAALNEDDSENLLELMLEFKKQGISCILISHKLNEVSKVSDSITILRDGQTIETLDMRGGEVNEDRIIRGMVGRDLTNRYPERTPKIGEVILEIKDWTVYHEQQASRKVIDKVNMNIRRGEIVGIAGLMGSGRTELAMSVFGKAYGRNITGTLRKDGKEIRNQSITEAIENGFAYVTEDRKEYGLILMDDIKRNISLTGLSKLAKNMVIDEREEILVAEDMRKKLKIKTPNILQKTGNLSGGNQQKVVLSKWIYAEPDILILDEPTRGIDVGAKYEIYAIINQLADEGKGVLVISSELPEIIGICDRIYVMSAGRLTGEVSREQASQETLMRYMTKNGGA	PGPT0016530_559	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_II,PGPT0016530-gguA|ABC_GGU_A-K10548	NA	NA
JZ016_05626	1167	xylH	COG4214	Xylose transport system permease protein XylH	ATGGAGACACTCAAAAAAATGTTCAAAAACAACATCCGCCAATACGGGATGATTATCGCCCTTGTTGTCATTATGATATTTTTCCAGATCATTACGGGCGGACTTCTGCTGGAGCCGATCAACATCACGAACCTGATTCTCCAGAACAGCTACATCCTCGTATTAGCCATCGGCATGGTGCTTGTCATTATTACGGGTCATATTGATTTGTCGGTCGGTTCGGTAGCCGCGTTCGTCGGTGCGGTTGCAGCGATCATGATGGTCGATATGCAGCTGCATCCCGTCATTGCCGTCATCGTATCCTTGATCGTCGGCGGTCTGATCGGAGCTTGGCAGGGATTCTGGGTAGCTTATGTGAAAATACCGGCCTTTATCGTAACTCTGGCGGGCATGCTCTTGTTCCGCGGTCTAACCATGATCGTGCTGGAGGGCCAATCCATTGCGCCGTTTCCGGGAGGCTTCCAGAAGCTGAGCTCCGGCTTTATCCCGGACTTCGGCAATACCGGCACCAATCTGATCGCCATTCTGGCGGGCATCGTCTTTACGGTTATTTTCCTGATCAATGAGCTTCGCGAGCGAAAATCGCATAAAAAATACAACTTCGAAGTTCTGCCAAACGGCTTGTTCCTCTTGAAGCTTATCCTAATTGCAGCGGTGATCAATGCCTTTACGTTCATGCTGGCCAGTTATGCCGGCCTCCCGAACATTCTGATTCTGCTGTTGGTGCTGATCATCATCTATTCCTTCGTGATGAACAAAACCGTGATGGGCCGTCATATTTATGCGCTCGGCGGCAACGAGAAGGCGGCGGGGCTGTCCGGCGTGAAAACCAAGAAGGTCACGTTCTGGGTATTCGTTAATATGGGCGTAATGGCAGCGATCTCCGGGTTGATCTTTGCCGCCCGCTTGAACGCGGCGACGCCAAGAGCCGGCACGAACTTTGAACTGGATGCCATCGCGGCGAGTTTCATCGGCGGCGCATCGGCCACCGGCGGGATCGGTACGGTCTTTGGCGCCATCATCGGCGGTCTTGTCATGGGCGTGCTCAATAACGGGATGTCGCTAGTAGGTCTTGGCATCGATTGGCAGCAAGGCATCAAGGGTCTGGTTCTTCTCGCGGCGGTAGCCTTCGATATTTATAATAAAAAGAAGAGCAGCGCTGCTTAA	METLKKMFKNNIRQYGMIIALVVIMIFFQIITGGLLLEPINITNLILQNSYILVLAIGMVLVIITGHIDLSVGSVAAFVGAVAAIMMVDMQLHPVIAVIVSLIVGGLIGAWQGFWVAYVKIPAFIVTLAGMLLFRGLTMIVLEGQSIAPFPGGFQKLSSGFIPDFGNTGTNLIAILAGIVFTVIFLINELRERKSHKKYNFEVLPNGLFLLKLILIAAVINAFTFMLASYAGLPNILILLLVLIIIYSFVMNKTVMGRHIYALGGNEKAAGLSGVKTKKVTFWVFVNMGVMAAISGLIFAARLNAATPRAGTNFELDAIAASFIGGASATGGIGTVFGAIIGGLVMGVLNNGMSLVGLGIDWQQGIKGLVLLAAVAFDIYNKKKSSAA	PGPT0016525_703	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_II,PGPT0016525-gguB|ABC_GGU_P-K10547	NA	NA
JZ016_05627	726			hypothetical protein	ATGAAAAAAACGTCATCTGCCGTAACCAGAGTTTCGACGGACATGTTTATTCAGCAAGGCAGCTGGTCCTTGGGTTTTCTATTTGTTGTGCTGCTGATCTATATTGGAGTCGGCATCGGTACCAGCATGGGTGTCAATGTTCGCGAAGGAATCGCAGAGGAGGACTTCTTCTCTATCACTTACCGTTCAACCAAAGGATTTATGCTCGTCATCGGCATCATTTCTGCTTACGGCTTTCTGAGCTATTATGTAAGAAACGGGATTACGCGCAGGGATTTCTTTAAAGGAGCCGCATTGGCGGCCGTCTATCTATCATTGGCCTTTCCAGTCGTGGTGGGTCTGGTCAATTGGATCATCGGAATGGTTACCTCCCATGATGTCAGCAGCACCTTGCTGCAGAAGCTCGATAACAACTGGCTGCTGATACTTGTCTCCTATGGCGTCCAAATTTTTATCTACTATCTGATGGGATGGATGATTGGATCCGGATTTTACCGGTTTGGCTGGATTCGCGGCTTGGGGTGGATCGCCTTAGCCCTCGTGTTGATCGCCTTCATGGATGCATTATGGCAATTCGAGCTGGCTTCCATATGGGAACAGTGGCTGCCGGTCACGACTGACTTTTCCGTTACGCTGCCGGTCTCTCTTGCAGGCTCCCTGATCGTCATCCTGATTGCGCTTATTCTGATTCGGCTGATCACGCGAAGAGTTACGATCAAAATGTAA	MKKTSSAVTRVSTDMFIQQGSWSLGFLFVVLLIYIGVGIGTSMGVNVREGIAEEDFFSITYRSTKGFMLVIGIISAYGFLSYYVRNGITRRDFFKGAALAAVYLSLAFPVVVGLVNWIIGMVTSHDVSSTLLQKLDNNWLLILVSYGVQIFIYYLMGWMIGSGFYRFGWIRGLGWIALALVLIAFMDALWQFELASIWEQWLPVTTDFSVTLPVSLAGSLIVILIALILIRLITRRVTIKM				NA	NA	NA	NA	NA
JZ016_05628	879			hypothetical protein	ATGAATCTTGATATTCAGTTTGATCGCCTATCGGTGGTATATGGTGACCTCGAAGCCGTCCGCAATGTTTCGTTTCATCTCCCGGCCGGCAAAATTTATGGTCTCTTGGGGCGGAACGGAGCAGGCAAAACCTCGCTTCTGTCTGTTCTTGCTTCATTTCGTGAACCCTCATCGGGATCGGTTACGGTCGGCGGTGAGCAGCCGTTTGAAAATGCAAAAATCATGAAGGAGGTCTCCTTCATCTACGATATCGACTATAAAGACGAGACCGACAAGGTCAAGGCAGCGATTGAATCGGTAGCCAGACACCGGCCCCATTTCGATACCGGATATGCCCTTGAGCTTGCACGCAAATTCAATTTGCCCTTGGATAAACAGCTGAAGCAGCTTTCCAAAGGGATGCAATCCGCTTTTAACGTATGCATCGGCCTTGCCAGCCGCTCGCCGGTGACCATATTGGATGAGGTTTATCTCGGCATGGATGCGCCGTCACGCGAAATTTTTTACCGGGAGCTGCTGGAAGACCAGGAGCGCCATCCCCGTACATTCATTCTCTCCACCCACCTGGTTTCGGAGATGGATTATCTGTTCGAAGAAGTCATTATCATTCACAAAGGCCAGTTCGTGCTGCAAGACGATTATGAAAGCCTCACATCCCAAGGCGTTTCCATTACGGGCCCGGCGGCAAAGGTAGATGAATATATCCAGGGTATGAAGGTGCTGAACGTGCAGCAGCTCGGTTCTACCAAAGCCGTCATGGTCTATGGAGAATTAAGCGATGAAGCCCAGCTGGCCGCACATCGGGCGGGACTTGAGATCGGGCCGATCTCACTCCAGGACTTGTTTATCCATCTGACGGGGGAGGAATATTCCGCATGA	MNLDIQFDRLSVVYGDLEAVRNVSFHLPAGKIYGLLGRNGAGKTSLLSVLASFREPSSGSVTVGGEQPFENAKIMKEVSFIYDIDYKDETDKVKAAIESVARHRPHFDTGYALELARKFNLPLDKQLKQLSKGMQSAFNVCIGLASRSPVTILDEVYLGMDAPSREIFYRELLEDQERHPRTFILSTHLVSEMDYLFEEVIIIHKGQFVLQDDYESLTSQGVSITGPAAKVDEYIQGMKVLNVQQLGSTKAVMVYGELSDEAQLAAHRAGLEIGPISLQDLFIHLTGEEYSA	PGPT0006725_17719	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_05629	387			hypothetical protein	TTGAGCGGTACCGTACACCCAGATAATAAGCCCCTGTTCATCCAGATCAAGGAGAAGATCGAGGACCAGATCGTGAATGATCTACTGCTTGAAGGTGAACAGGTTCCTTCCACGACGCAGCTCTCCCAATTTTACAAAATCAATCACATCACGGTATTAAAGGGCATCAACCTGCTGGTTGATTCCGGACTCATCTATAAAAAGCGAGGTGTCGGCATGTTTGTTGCAGAGGGGGCCAAGGAAATGCTGCTCCAGACCCGAAAGAGTGCATTTGCGGAACATTATGTGGTGCCTATGGTACAGGAAGCAGACAAACTCGGCTTATCCACGGATGAGCTTTTTCAAATCATAACCCAGTTAAAAGGAAGTGACGTCCATGAATCTTGA	MSGTVHPDNKPLFIQIKEKIEDQIVNDLLLEGEQVPSTTQLSQFYKINHITVLKGINLLVDSGLIYKKRGVGMFVAEGAKEMLLQTRKSAFAEHYVVPMVQEADKLGLSTDELFQIITQLKGSDVHES				NA	NA	NA	NA	NA
JZ016_05630	594			hypothetical protein	ATGATCAAACGCAAAAAAACGACACTGTTCCTGATTGCTGCCTTATTACTCGCCATATTTTATATGCAGCTGCAAACCTCCATACCGGGATTCATCAACGATCTCGATTTTGATTTTAACAGTAAAGAAACACCTGAAGTCACCCAGCTCCACCCCTATGTATTACAGCAAAAGAATGAGCTTGTCCGCCTCACCAAGAAAAAAGGAATCACGATCATCATAACGGACGGTTACCGCAGCCATGAAGAGCAGACCCGCATCTACAATCAGGGGCGCAGCACCGAGGGCGACATCGTGACGAATGCCAAAGCCGGAGAATCCCTCCACAACTATGGACTTGCGATTGATTTTGCGCTAAGGCTAAAGGATGGAAGCGTCATCTGGGATATGGAATATGACGGGAACGGAAACGGCAAGGCTGACTGGATGGAAGTTGTGGAAATTGCCAAAGATTTAGGCTTCCAGTGGGGCGGCGATTGGGCCAACTTCCCGGATTATCCGCATCTGCAGATCGATTTTGGACTGACGATCCGTGATTTAAAACGGGGAAAGCTCCCTCCCATGGACGCTTCCGAGACTTTGGAAGCAAAGTGA	MIKRKKTTLFLIAALLLAIFYMQLQTSIPGFINDLDFDFNSKETPEVTQLHPYVLQQKNELVRLTKKKGITIIITDGYRSHEEQTRIYNQGRSTEGDIVTNAKAGESLHNYGLAIDFALRLKDGSVIWDMEYDGNGNGKADWMEVVEIAKDLGFQWGGDWANFPDYPHLQIDFGLTIRDLKRGKLPPMDASETLEAK	PGPT0024025_414	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_LD-ENDOPEPTIDASE_ACTIVITY,PGPT0024025-cwlK-K17733	NA	NA
JZ016_05631	528			hypothetical protein	ATGAGCAACATTCAAAATATGTCGATGAGACTCAACCAGCTATCGGGCCAATTGACCGCTGCAGCGCAAAACGGGGGAATGAGCGAAGTCGGGATGATCGTAAGTGAGCTAAGCCATATCCAAGCCGAGCTTCAAAGCGCCCAGGCAGGGGTTACGCCTGAAACTTCTTCTGCCGTCCGGCAGGAGCTGGTGAATTGCCGAATGGTCTTGCATGGGATGATGAACGCAGTGCAGGATATCCGAACATCTATAGCGGAGCAGTACCGTCAGGTGCTGGGCGAGAACAAAACGGCATTCGAGCAAATGGACGAGACTGCGCAGCAGAGCGGGTACGCCGAAGCTTATCGACATCGTCAGCTGTTCCAGCAGATGGACCAAGTCAGCCAGCAGCTTCATCAGCTGGACGGCTCGATGCTGGACGCAGGTTATCAGATGGAGCGGGGACAGGTGGCCGGCGACAGTCTGAATGGAGCCGTAACGATTGAGGGGCTGACTTCCGGTACCGACGACAACGGAAGTTTGATGTGA	MSNIQNMSMRLNQLSGQLTAAAQNGGMSEVGMIVSELSHIQAELQSAQAGVTPETSSAVRQELVNCRMVLHGMMNAVQDIRTSIAEQYRQVLGENKTAFEQMDETAQQSGYAEAYRHRQLFQQMDQVSQQLHQLDGSMLDAGYQMERGQVAGDSLNGAVTIEGLTSGTDDNGSLM				NA	NA	NA	NA	NA
JZ016_05632	1182	patB	COG1168	Cystathionine beta-lyase PatB	ATGAATTTTGATCTTGCAATAGACCGAACCTGTACCGACTGTCAGAAGTGGGACAATGTTCCCACCATCTTCGGCGTGCCGGATGCGCTTCCGATGTGGGTGGCTGACATGGACTTTGCCGCTCCTCCCGCCGTTGTAAAGGCGCTCCATCAACGGGTGGAGCATGGTGTATTCGGATATACGTTCCCTTCCGACTCTTACCGTGAAGCGATATGCGACTGGATGGAGAAACGCCACAGCTGGAGTATTCAGCAGGAGTGGATTCAATTCTGTCCGGGTGTCGTTCCGGCACTCAGCCTGATCGTGGATGCGTTCACCGAGCCGGGCGATCAAGTCGTCATCCAGACGCCGGTCTATCCGCCGTTCTATAGCGTCGTTCAAGACCATGGCCGTGAGCTGGTGCATAATCCGCTGCTTCGAAGTGAGGACGGCGATTACTCGATGGATTTCGAAGACTTGGAGAAGAGCTTTTCTACAGGCAAAATCAAAATGCTCATTCTGTGCAGTCCGCACAACCCGGTGGGCCGGGTGTGGAGCAGAACAGAATTAGAGCGACTGGCTTCTCTCTGCCAGCAATACGATGTGCTTGTCGTATCCGATGAAATCCATGCGGATCTGGTGTTTGAATCCGGGGCGCATACGCCATTCGCTGCTCTGTCCGAGGATGCCGCCGAGCGTTCCATCATCTGCACCGCGCCAAGCAAGACATTTAATATCGCCGGTCTGAACACGGCAAACATTATCATTTCGAATGCGCAGCTGCGCAGCAAATTCCGCAAAATTCTGAACCGTTACGCCATCGGCTCCATTACGCCGATGGGCGCCGCTGCCACCGAGGCCGCTTACCGTGAGGGCGAACCTTGGCTGGATGAACTCCTGGTTTATATCCGCGGGAACATGGAGCTGGTTGCGAATTACGCACAGGAGCATCTGCCCGAGCTGAAGGTGGTTATACCGGAGGCTACTTACCTGCTGTGGATTGATTTCCGTGGAATGGGCATGTCCCACGAGGACTTAAATCGCTTCCTGGTTCAAGAGGCGAAGCTTGGATTAAACAGCGGGGCGGCCTTCGGGAAGGAAGGCGAAGGTTTCATGCGCATGAACCTGGCTTGCACGCGCGCCACCGTCCATGAGGCGTTGTCTCGTCTGCATAAGGCTGTCGAGGAATGGTGGAAAGCCTAA	MNFDLAIDRTCTDCQKWDNVPTIFGVPDALPMWVADMDFAAPPAVVKALHQRVEHGVFGYTFPSDSYREAICDWMEKRHSWSIQQEWIQFCPGVVPALSLIVDAFTEPGDQVVIQTPVYPPFYSVVQDHGRELVHNPLLRSEDGDYSMDFEDLEKSFSTGKIKMLILCSPHNPVGRVWSRTELERLASLCQQYDVLVVSDEIHADLVFESGAHTPFAALSEDAAERSIICTAPSKTFNIAGLNTANIIISNAQLRSKFRKILNRYAIGSITPMGAAATEAAYREGEPWLDELLVYIRGNMELVANYAQEHLPELKVVIPEATYLLWIDFRGMGMSHEDLNRFLVQEAKLGLNSGAAFGKEGEGFMRMNLACTRATVHEALSRLHKAVEEWWKA	PGPT0001990_1060	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001990-patB|malY-K14155	NA	NA
JZ016_05633	924			hypothetical protein	ATGATCGCTGACATTTTACTAGAAGTGGTACTTCCCATCTTTGTCCTGATAGGTTTTGGCATCATTATGCAATATGCCTTCAAACTCGATTTGTACACACTCGCCAAAATCAACTTTTACTACATTACGCCTGCAGCGGTATTTATGAGTATGTACGAATCCAAAATGTCACCGCAGCTCCTGGGCATGGTGGCCTTATTCTATGCGCTCTATATCGGCGTGCTCTACGTGATCAGCATGCTGGTTGCCAAGCAGCGCAAATTCAATCGGGGGATGAGAGCTGCTTTTACCAACAGCCTTCTGCTCGATAATTCGGGAAACTACGGCCTTCCGATCAATGATCTGGCCTTCAAGGGAGACCCGATGGCCGGCTCGGTACAAGCGCTCATCATGTCTTTTCAGAGCCTCCTTACGTTCACGTACGGAGTTATTTCCATTCAGGGAGCCAAGACGGAAGGATTATACAAACAGGCCATCATCGGATTTCTAAAAATGCCCGTTCCTTATGCCCTCGTCATCGGCATTGTGCTGCATGCCCTGGCGTTGCCGCTCCCGGTCTTTATCTCACAGCCGCTGATGTATGCGGACCAATCCATGGTCGCGATCGCCCTGCTGACGCTTGGCGCACAGATCATTAAATATCCGCTCCGCCTGCGCCGGCTCGATGTTTACCTCAGCGTTCTGCTGCGTCTGCTGGTCGCGCCAGCCATCGGCATTCTGATCGTGCTGCTGCTCGGGCTAAAAGGCGTTCCGGCTCAAGCGCTGATCATTGCTTCAGGCATGCCGGTTGGCGTAAATTCATCCATTTTGGCGGAAGAATATCAGAATGAGCCTGATTTTGCTGCACAAACTGTCCTTATATCGACCATACTAAACGTAATTACAATTACCGGCTTAATTACATTAGCCAAATTTGTAGCTTAA	MIADILLEVVLPIFVLIGFGIIMQYAFKLDLYTLAKINFYYITPAAVFMSMYESKMSPQLLGMVALFYALYIGVLYVISMLVAKQRKFNRGMRAAFTNSLLLDNSGNYGLPINDLAFKGDPMAGSVQALIMSFQSLLTFTYGVISIQGAKTEGLYKQAIIGFLKMPVPYALVIGIVLHALALPLPVFISQPLMYADQSMVAIALLTLGAQIIKYPLRLRRLDVYLSVLLRLLVAPAIGILIVLLLGLKGVPAQALIIASGMPVGVNSSILAEEYQNEPDFAAQTVLISTILNVITITGLITLAKFVA	PGPT0007208_3834	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-ABSCISIC_ACID_DEGRADATION	PHYTOHORMONE-AUXINE|INDOLE‐3‐ACETIC_ACID|IAA_METABOLISM	PHYTOHORMONE-IAA-AUXIN_TRANSPORT_PLANT_LIKE,PGPT0007208-auxin_symporter-NA	NA	NA
JZ016_05634	720			putative oxidoreductase	ATGAGCCTGAAAAATAAAACAGCCCTCATCACGGGTGCAGGCAAAGGGATTGGACGCGCTCTGGCGATTGCTCTTGCCAAGGAAGGCGTGCACGTTGGGCTTGTCGCCCGTACGGCAGCTGATCTGGAGCCGCTGAGCGCCCTGGTTGCTGAACAATATGGTGCCAGAGCCGTGGCTGCAGTTGCCGACGTTTCCGTGCAGAGCGAGGCAGAGGCTGCGTTTGCAGCGGTAAACATGGAGCTCGGATCGGTAGACATTCTGATTAACAATGCGGGCATTGCCCAGTTCGGCAATCTGCTGGAAATGGAACCTGAAGCCTGGAAACGTATCGTTGACGTAAATCTGATGGGGACTTACTACATGACGCGCGCAGCGCTGCCCGGCATGATTGAGCATAACATGGGCGATATCATCAACATCTCGTCTACGGCCGGAGAGCGCGGATTCGCCACAGGCTCTGCCTATAACGCTTCTAAATTTGCCGTTATGGGACTGACCGAAGCCGTGCTCCAGGAGGTCCGCAAACACAACATTCGGGTGACCGCACTGACCCCAAGCACCGTGAACACGGATCTTGCCGTCAATGCCGGCCTGAAGATCGGGGACGAGGACCGGATGATGCAGCCGGAAGACGTAGCTGAGCTTGTGCTCGCTGCACTGAAGCTGCCGCAGCGGGTATTTGTCAAATCCGCCGGGATTTGGACAACCAACCCGCAATAA	MSLKNKTALITGAGKGIGRALAIALAKEGVHVGLVARTAADLEPLSALVAEQYGARAVAAVADVSVQSEAEAAFAAVNMELGSVDILINNAGIAQFGNLLEMEPEAWKRIVDVNLMGTYYMTRAALPGMIEHNMGDIINISSTAGERGFATGSAYNASKFAVMGLTEAVLQEVRKHNIRVTALTPSTVNTDLAVNAGLKIGDEDRMMQPEDVAELVLAALKLPQRVFVKSAGIWTTNPQ	PGPT0003180_21254	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059	NA	NA
JZ016_05635	2133			hypothetical protein	ATGCTGCACGCGCTGGATATCATAACCGCTTTTCGGCAGGGGGATGAAGCGGCTGCCAAGAGGTATCCATGGTTAATGAAACTGGTATCAGCCGAAGAACGAATCGTGAATCTGGAACGGATTACGTCCATTGGCCAATTGGCACATGCCAACCCCGTGCTCGATTATGTAGAACGTACATTGAAGATACTGGATTCGCTGCCTGTTTCCTATTGGATCAAAGAACTGCTGGAAGAAGTACTGGTGTGGGCGGAAACGGCCAAGGGCGGAACGATGCGAGATCGCCTTCGCTGGCAGCAGTCGGGTATGAACTTGTTCCTTCATAATATCGGGTCTGCCCAGTTATACGAGAGATATATCCGGGACGGCAACGGAACCATGTCTCCGCATGAGGAGATGGTCCATACACTCATACTTACCCATGGACTGCTCGGGCAACACATTCGCGGGGAAGTCGCTTTTGAGGAGAATCTGCCGCTGCATAAGCTTACGGAGGAAGGACGGCTGACCGCGGAGGAGTTGATCCGGCTGCTAATCCCCTTGAATCACTGCATCATCGGCGGCGTATCGGAGGAGCTCTGGCATTCCGTTCAGGAAGAAATAACTCAGCTTATTCGGAATCTTGCCGAAGGGACCGTACCGGATCGGTGGACTTACGAGGAACGGCTGCGCCGTCTTCGATCCGTTTCGATTGCCCGCGGAGAAGACTTCGATAAGCAGCTTCATGGGATTCGTGAGCAGTGTGATCTGCCAGCTGTTCTGCATGGATTTCAGGATATGACGCTCTGGTACGTGGAAGCCGCCTTGCAGGATTTCTCGTTGGAAGAATTCGTGAAGGTTCTCCTGCTTGCTCTCCATTCGGAGAAGCGGGACATGGATCAGCCGCTTGCGGAGGGGCAGGGGGATCGGCTGCTACCGGATTCGGTGAACCACTTAAGCTTTGAGCCGCTGATGAACGATATGTATTACGATTACAAAGGCGTCAAGAAGCTGAACGTATATAAGAAGAGAATGATTGAGCAATATTTGCGCCAAACGGATTGGACGTCTTGCCTTCATGGGTCGGTGATGGCCAACCCGCATCTGAGCCACCGGATTGAACGGAAGCCGGAGCTGCCGGATACGATATTTTTTACCTTCGAATTCTCGCAAGCAGCGGAGAAACTAATTGAATTTTGCATCGAAGCGGAGAAATCGCCCCTCTATGAGAAAGCGGTCCTGCTCCTGTTCGACCTATTCGGCCTGCGCCGCGACGCCTACGATAGATTTCATAACGAAGAGAGTTATTTGAGCGATATGAACAGCACGGGAGATTATAAAAAAGTGATTCTGGATTATATAACGGGAACGGCGGTGCTGGATATCGGGCCCGGAGGCGGCGTGCTGCTTGATCTGATCGAGGAACGGCTGCCGCAAGCGCGCCCAGTCGGGATCGACATCTCCTCGAACGTGATTGAAGCGCTGGAGAAACGTAAACGCTTGGAGTACAAAGCATGGGAAGTGATGAAGGGGGACGCGCTGAACCTCAGGGATTACGTGGAGCCGGGGAGTGTGGATACGGTTATCTTCTCCTCGATTTTGCATGAGTTGTATTCGTACATTGAGACGGACGGTTCACGCTTCAATACGGCGACCGTGGAGGCAGCCTTGCTCAGTGCCTATGATGTGCTTGCTCCAGGGGGGCGCATCATCATCCGTGACGGGATTATGACTGAGCCCGAGGATGCCTGGAGAAGGATCCGCTTTCTTGAGGCCGACGGTATGGAATGGCTGATCCGATATGCCTCGGATTTCAAAGGGCGGGTCATATCATACGAGCAGCTGGCCGAGGCGGAAGTGCGCATGCCCGTAAACGATGCAATGGAGTTCCTGTACACCTATACTTGGGGCGCTGAAGCTTACGTTCATGAAGTGCAAGAGCAGTTTGGCTACTTTACGCCTACGCAGTATGCGGAATGTATACGCAGGACGCTAGGTCCTGAGGCGATCATCCGCGTGGAGCAGCATTATCTGCAGGAAGGATATGCCGAGGCATTGGCTGATCGAATCGAATTCATGGATGAAGATGGGAAGCCGGTGAAGCTGCCTGACAGCACTTGCTTGTACGTCATCGAGAAGCCGGCCCATTCCTAG	MLHALDIITAFRQGDEAAAKRYPWLMKLVSAEERIVNLERITSIGQLAHANPVLDYVERTLKILDSLPVSYWIKELLEEVLVWAETAKGGTMRDRLRWQQSGMNLFLHNIGSAQLYERYIRDGNGTMSPHEEMVHTLILTHGLLGQHIRGEVAFEENLPLHKLTEEGRLTAEELIRLLIPLNHCIIGGVSEELWHSVQEEITQLIRNLAEGTVPDRWTYEERLRRLRSVSIARGEDFDKQLHGIREQCDLPAVLHGFQDMTLWYVEAALQDFSLEEFVKVLLLALHSEKRDMDQPLAEGQGDRLLPDSVNHLSFEPLMNDMYYDYKGVKKLNVYKKRMIEQYLRQTDWTSCLHGSVMANPHLSHRIERKPELPDTIFFTFEFSQAAEKLIEFCIEAEKSPLYEKAVLLLFDLFGLRRDAYDRFHNEESYLSDMNSTGDYKKVILDYITGTAVLDIGPGGGVLLDLIEERLPQARPVGIDISSNVIEALEKRKRLEYKAWEVMKGDALNLRDYVEPGSVDTVIFSSILHELYSYIETDGSRFNTATVEAALLSAYDVLAPGGRIIIRDGIMTEPEDAWRRIRFLEADGMEWLIRYASDFKGRVISYEQLAEAEVRMPVNDAMEFLYTYTWGAEAYVHEVQEQFGYFTPTQYAECIRRTLGPEAIIRVEQHYLQEGYAEALADRIEFMDEDGKPVKLPDSTCLYVIEKPAHS				NA	NA	NA	NA	NA
JZ016_05636	726			hypothetical protein	ATGATGTTGAAACGCAGAACACGCTGGATGCCCGCCCTATTCGTCATCCTGGCGCTGCTGCTCGTGATGACGGCATGCGGTCAGAATGACAAGGGAGCCGAAAGCGGCGCGGGCAGCGGAACGGGTTCGACGACCGGGGCAACAGCACCCGAAGCGGAATCGCCGAAGGAAACCGAGGTTAAGCAGAACGTGCCGGACCCGAACGCCAGCCACCCTATCGTTACCATTGAGATGGAGAACGGCAAAACGATAAAGCTTGAGCTTTATCCGGAGGTGGCGCCGAACACGGTGAACAATTTCATCTCCCTGGTGGAGCAAGGATTCTACGATGGGACAGGCTTTCACCGCGTCATCCCCGGCTTCATGATTCAGGGAGGCGACCCTGACGGTAACGGAACGGGGGGACCCGGCTACGCTATTCCCGGCGAATTTACATCCAACGGCTTTCAGAATGACCTGAAGCATACGACAGGCGTATTATCGATGGCCCGGGCGCAGGATCCAAACTCCGCCGGATCGCAATTCTTCATTATGGTTGCGGATGCACCTTCGCTGGATGCTCAGTACGCATCCTTCGGAAAGGTGATCGAAGGAATGGAAACCGCAGAGGAGATCGTGGGCTTGGAGCGGGATCAAATGGACAAACCGCTTGAGGTTCCCGTCATGAAGAAAGTGACGGTTGATACGCTCGGCAAGGATTACCCGGATCCCAAGAAGCAGGAATAG	MMLKRRTRWMPALFVILALLLVMTACGQNDKGAESGAGSGTGSTTGATAPEAESPKETEVKQNVPDPNASHPIVTIEMENGKTIKLELYPEVAPNTVNNFISLVEQGFYDGTGFHRVIPGFMIQGGDPDGNGTGGPGYAIPGEFTSNGFQNDLKHTTGVLSMARAQDPNSAGSQFFIMVADAPSLDAQYASFGKVIEGMETAEEIVGLERDQMDKPLEVPVMKKVTVDTLGKDYPDPKKQE	PGPT0015111_1392	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015111-ppiB-K03768	NA	NA
JZ016_05637	393			hypothetical protein	ATGAAAGGATTGCCGATCCATCCCTGCGGACATAAAATCACGCTGCAGCAGCGGCTGGCCTCTTTAACCGGTCATCTGGTAGAAGTCAACGCACCGAACACCGGTTTACAACCCGGACGTTTGCAGCGGGTATTCCCGAAAAATTTCATCAAGGTACAGGGCGAGCTCTTTGTGCCGTCCAGTCTCAACTCGGTTCGGGTATTTGATGTCAAGCCGCCGGGCAAAACGGTGCTGATAGGCGTGCGGACCACCTTCTCTACCCGTGGTGCCTTTAACCGGATCCGTCTGGTCAGAATCGGAGCCGATTTTATTGAATTGCTCGCCAAGGATAAGAACCGTTCCCGGATTTTGCTCCCATTAAACAAAGTGGAGGGCATATTCCCGGTGAAGTAG	MKGLPIHPCGHKITLQQRLASLTGHLVEVNAPNTGLQPGRLQRVFPKNFIKVQGELFVPSSLNSVRVFDVKPPGKTVLIGVRTTFSTRGAFNRIRLVRIGADFIELLAKDKNRSRILLPLNKVEGIFPVK				NA	NA	NA	NA	NA
JZ016_05638	177			hypothetical protein	ATGAAGAAGCATCCTGACGAGAACCCACGTTTAGTGACCGAACGCGACATTGATGAGGATTTTGGCCTGTTTGTCGAGGATTCATATCCGGACAGCATCCCGATACCAGGCAGCATCAAACACGAGAAGCCGGATGGCAGTGAAACGAGCAACCGCGGAAACTCTTCATCTTCCTGA	MKKHPDENPRLVTERDIDEDFGLFVEDSYPDSIPIPGSIKHEKPDGSETSNRGNSSSS				NA	NA	NA	NA	NA
JZ016_05639	108			hypothetical protein	ATGGAAAGAAAGGGAAACATATTAACAGCACTCATATGGGGTACCTTGATCGGCATCCTGCTGTGGATGTCATTTCTCGGCTGGCTGGATATCATATTCGGAAAATAG	MERKGNILTALIWGTLIGILLWMSFLGWLDIIFGK				NA	NA	NA	NA	NA
JZ016_05640	699			hypothetical protein	ATGCGAGACGAAAATAACCGCAATACGCTGGCAGATTTGACATATTTGGAATTCGAGGCCAAACGGAGAGTCGAGGATACGGACATGATTCCACAAGATGATCTGAGAGACGTCAACACCTACACGGAGCAAAGCCTAAGCAGCGAAGACGCGGACCACATCGCCTACGATCAGAATGAAGCTGCGCCTGCGGATGCGAAACCTGACGAACGTCTGAACCCGGATCACAGCGCCATCGATGCATGGGAAGCGACCGGTGCCGATCCCGATCAGCGGACCATTGCCGACGAAAGAAACTTTTCCTCCTCGGGGCTGGCCGAAGCAGACCGAATCGAACGGGATCGACCAGTCGATGAAACTTACATTCGCGATGTCGCAGATGATGTAACGAGTCGGGAATGGCGAGCTGTCGAAGGTGAGCCCCCTTCTCGCCCCGGAGACGAAATTATCGGCCAATATTCCGGCGATACAGAACGGCGGCTTGCAGCTGACGCTTCATTAACCGGCAGCGGAACTGCGTTTTTAAATCAGGACATTTTTACGAATTACCCAACCGAAGAAGATGAATACCAGCCGCTGGAGGATGTACCGGATGCGGACGCCATAGCGGCTAACAGCCCGGTGGACCCAGCCGCCCCGCCAACGGAACAGATGCACGGTACCGATCTACTAAACGGCAGCCATGGTGAGGACGACTAA	MRDENNRNTLADLTYLEFEAKRRVEDTDMIPQDDLRDVNTYTEQSLSSEDADHIAYDQNEAAPADAKPDERLNPDHSAIDAWEATGADPDQRTIADERNFSSSGLAEADRIERDRPVDETYIRDVADDVTSREWRAVEGEPPSRPGDEIIGQYSGDTERRLAADASLTGSGTAFLNQDIFTNYPTEEDEYQPLEDVPDADAIAANSPVDPAAPPTEQMHGTDLLNGSHGEDD				NA	NA	NA	NA	NA
JZ016_05641	1497	bicA	COG0659	Bicarbonate transporter BicA	GTGGATTGTCAAACCACTATAATAGAACAGGAAGTGATCAGGACTTTGTTTCAATGGATTAAACAAGGCTTCTTTGGCAACTCGCGCAGGGATATTTTGTCAGGATTGACGGTAGCGTTCGCTCTCATACCGGAAGCGATCGCATTCTCCATCATGGCTGGCGTCGATCCCATGGTTGGACTCTATGCCTCTTTTGTGATAGCAGTCAGTATTTCATTCTTTGGCGGCCGTCCCGGCATGATCTCCGCAGCAACAGGGGCCATGGCGTCATTAATGGGGCCGCTCGTGGCGATGCACGGGATCGAGTATTTGTATGCGGCAACCATTCTTACAGGTATTTTGCAATTGTTGATGGGGGCGCTCAAATTCGGGCGGTTTATTACATTTGTTCCCCAGCCGGTCATCACCGGATTCGTGAACTCACTGGCCATCATCATATTTCTGGCCCAGCTTCCGAATTTCAAGGGCGAGTCGTGGCCCATGTACTTGATGGTCATCGGAACGCTGCTTATCATCTACTTGCTGCCGCTGATTACCAAAGCAGTTCCTTCGGCGCTTGTTGCCATCATTGTGATGACCATCATCGCGGTGTGGTTCAAAGCTCCTGTGCAAACGGTGGGCGACATGGGCAACATTACGCAGGCTCTTCCGTTCTTCCACATTCCGAATGTAACCATCAGTTTGGATATGATCATGACGATATTGCCTATATCTCTGGCTCTTGCTGTCGTCGGGATGACGGAATCGCTGCTGACGGCGTCACTCGTGGATGAGATGACGGAGACCGGCAGCGACAAGAACCGCGAAATCCGCGGGCAGGGAGTTTCCAACGTGATCACTGGATTCTTCGGCGGCATGGCCGGTTGCGCCATGATCGGACAGACAGTGATTAATGTCAAATCGGGCGGTCGCACCCGGTTATCAACGCTGGTGTCCGGTGTGTTCCTGCTGTTTCTCATCATTGTGCTCGGTGATGTCGTGAAACAAATTCCGATGGCAGCGCTTGTCGGGGTCATGTTTATGGTTTCCATCGGTACATTTGAATGGGGATCGCTTCGCACACTTCATCGTGTACCACTAGGTGATGCCATAGTCATGCTGGCAACGGTAATCATCGTGGTGGCCACGCATAATCTGGCCATCGGGGTCATGATCGGAATTATATTAAGCGCGCTGAATTTCGGCTGGAAAATGGCAAAAATCCATGCCGTACCGCATGTGCAGCCAAACGGTACGAAGGTATACGAAATCCGGGGACAGTTATTTTTCGGAACGATGATGTATTTTGTAAACCTGTTTGACGTAAATGAGGACCCTGAGCAGGTCGTGATTGATTTTTCCAAATCCCATGTATGGGATCAGTCAGCCACCAATGCTATTTCCAAGGTATTGAATAAGTACAAGGAAGCGGGTAAAGACATCAGGCTCGTGGGGTTGAACGACGAAAGTCAGCGGATGGTTGATAAAGTCGGCCTTGCTTCAAGCTCCACACACTAG	MDCQTTIIEQEVIRTLFQWIKQGFFGNSRRDILSGLTVAFALIPEAIAFSIMAGVDPMVGLYASFVIAVSISFFGGRPGMISAATGAMASLMGPLVAMHGIEYLYAATILTGILQLLMGALKFGRFITFVPQPVITGFVNSLAIIIFLAQLPNFKGESWPMYLMVIGTLLIIYLLPLITKAVPSALVAIIVMTIIAVWFKAPVQTVGDMGNITQALPFFHIPNVTISLDMIMTILPISLALAVVGMTESLLTASLVDEMTETGSDKNREIRGQGVSNVITGFFGGMAGCAMIGQTVINVKSGGRTRLSTLVSGVFLLFLIIVLGDVVKQIPMAALVGVMFMVSIGTFEWGSLRTLHRVPLGDAIVMLATVIIVVATHNLAIGVMIGIILSALNFGWKMAKIHAVPHVQPNGTKVYEIRGQLFFGTMMYFVNLFDVNEDPEQVVIDFSKSHVWDQSATNAISKVLNKYKEAGKDIRLVGLNDESQRMVDKVGLASSSTH	PGPT0003020_5727	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321	NA	NA
JZ016_05642	1917	rcsC_11		Sensor histidine kinase RcsC	ATGAAGGATATGCCCAAATCCATATTCCTGCTTCTGCTGGTGGTGCCGCTGCTGCTGATTATATCGACCATATCACCGGGAAAATCGGACGCAAAGAGTTCTCAAATCGTGATATCCGATTGGCAGTTTATGTGGGATAACGAACAACAGGAGGTTGTTTCGCCGGTCAACCTGCAGGGAAGAAGCTGGTTGACGGGAATACCAGACAAGAAGGGCCCCCCCGAGTCAGATGGGGTGTATTCAGCATGGAATCGTTTTACTTTACCGGCTCTCCCTTGGAAACATTCGGCCATCATGATTGACCGCATCAAGGGACAGGATGTTGTGGCTTTCTTGGAGAATGAACAGGTGTATGAAGCCAAGCGAGACTATATGTACACGAATCATTCTCTTCTGCTTCCGGTCCATCCGGATGATGCCGGCAAGACCGTTTATATATGGACGAACGGCGTCAAGGATATGACGTTAGGCATCGAAGGCGATATTATACTTGGCGAATATGAGCATTTGCGTGGAAACTTTATCAAGAAGGACCTGGAAGATTTCATATTGGGCAGCTCGTTTCTGTTTATTGCGGTGGTCATGTTCTTTTGCTGCTTGTTCCTCCCGAAGCATACGGTATCCAGCTGGCTGTCGCTTAGCGTGGTTATTCTGGCAAGCGGGGCTATGCTTATTACGTATTCACCGTTCCTATACACTTTCTATGGAGAGCAAGGCAGCGTGTGGGTCTCGGTGTTTGATATTTCACTCTTCGCCGTGCTGCCGGCGCTGTATTACTATTTTGAGAATATGTATGGCCCCGGGCCCTATCGAGTCATTCGCTACTGCCGAAGATTTCAAATAGCCTATTCCGTCATATGCCTGATATTTCTAGTTGCCCATGTGGTCAGCCATCATTCATTTTACGAGATCTACTATTTGGTTTCGGTGAAGATCCTGGGTATTCTGATTATCCTGCAGATGCTGCTGCTGGTCGGTACTACGATTCTGTATGCATCCAAGCGGAACAAGGACGCTTATATCTTTTCTGTAGGCTTTGGGATAATGGCGTTAGCGACGCTCGGAGATCTGCTGGCTTTTTATTACCATGACGGGGAATATCATTTCTTTTTATGGAAGTGGGGCATTATCGGACTGATTGTCTCCTTGATCGTCATGCTGGGCCGTAAATTCGTCCGCAGCCATGAGCAAGTGCTGCAGTATTCCAGGAAACTGGAGATGTTTAATAATGAGCTTCAGCGATCGGAGAAGATGGAGATCATCAGCGAGCTGGCCGCCTCAGTAGCACACGAGGTTCGTAATCCACTGCAAGTGACACGCGGCTTCATGCAGCTGCTGGCACAGAACACCAAACAGGCGGAGAAGGAGTATTTTGGCCTGGCGTTGAAGGAGCTGGATCGGGCTTCGGGAATCATCACGGATTTCCTCACATTTGCTAAGCCTCAATTAGAGAACGAGACCAAGCTGAATGTGTATGAAGAGTTGAAGCACGTAAAAGGCATCCTGTTGCCGCTTGCCAATCTTAGCGGAGGCTCGATCGAGCTGGATAACGCAAAGGAATTATTCATGAAGGGTAATTCTTCCAAACTTAAACAAGCGATGATTAATATCGTCAAGAATAGTATCGAATCACTGGATGGAGAAGGGGTTATTCGCATATGGGCCTATGCCAAGGGAGAAGAAGTGGTGATTCATATCAAAGATGACGGCATCGGAATGGATGCTGCCGATCTTGAGAGACTTGGCGAGGCTTACTTCTCCAATAAATCCAAAGGGACGGGGCTTGGCTTGATGGTTACCTTTCGAATCATCGAAGCGATGCATGGCACCATTCATTTTGTTAGTGAGAAGGGCAGCGGGACCGAGGCCATTATACGCTTTCCGGCCGTACCTGCTACGCAGGAATCGGAAGTATAA	MKDMPKSIFLLLLVVPLLLIISTISPGKSDAKSSQIVISDWQFMWDNEQQEVVSPVNLQGRSWLTGIPDKKGPPESDGVYSAWNRFTLPALPWKHSAIMIDRIKGQDVVAFLENEQVYEAKRDYMYTNHSLLLPVHPDDAGKTVYIWTNGVKDMTLGIEGDIILGEYEHLRGNFIKKDLEDFILGSSFLFIAVVMFFCCLFLPKHTVSSWLSLSVVILASGAMLITYSPFLYTFYGEQGSVWVSVFDISLFAVLPALYYYFENMYGPGPYRVIRYCRRFQIAYSVICLIFLVAHVVSHHSFYEIYYLVSVKILGILIILQMLLLVGTTILYASKRNKDAYIFSVGFGIMALATLGDLLAFYYHDGEYHFFLWKWGIIGLIVSLIVMLGRKFVRSHEQVLQYSRKLEMFNNELQRSEKMEIISELAASVAHEVRNPLQVTRGFMQLLAQNTKQAEKEYFGLALKELDRASGIITDFLTFAKPQLENETKLNVYEELKHVKGILLPLANLSGGSIELDNAKELFMKGNSSKLKQAMINIVKNSIESLDGEGVIRIWAYAKGEEVVIHIKDDGIGMDAADLERLGEAYFSNKSKGTGLGLMVTFRIIEAMHGTIHFVSEKGSGTEAIIRFPAVPATQESEV	PGPT0025285_21	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025285-kinB-K07697	NA	NA
JZ016_05643	1890	rcsC_12		Sensor histidine kinase RcsC	ATGAAGTCTGGATGGAGAATCGCTGTGTTCCTGATCATCGTATTTACTTTAAGCCAGGGGCTCCCCAGGCTTGTCTTTGCCACCGAAGAAACGGCAGTTCGTGCAGCGATTAAGGAGTGGAGAATCCTCTGGTCGGAGTCCCGGGGGATACCAGAGAGCGTCCCCGTCCATATCAATGACTGGATGGAAACTTCGGCCGGTGATTCGAAGCCTTTTAAGCCGCATACCAAGGCATCCGCGTGGATTCATATGAAGATTCCCGAGATCGCATCCACATCCCCTGGCATTTTGATTGATAAGCTCCACGGACAGCAGGTTGCGGTTTATGCGAACCATGAGAAGATTTACGAATCTACCCGAACGTACAATTATGAGCTTAATTACATCTTGCTTCCTCTGCATCAGAACATGCTCGGCAAGGACCTTCACATCTGGCTGGAGACCGCTAGAGATCATGTGACGATTGAAGGGAAAATCCTTGTCGGCGATTATCAGGACATGTTTAATCGGTTTATCAAGTCGAATTTAATGGACATCATTCTTGGGAGCGCCTTTATATTTATCGCATTGGTGATGTTGATCTGCGCTATTTTTTTGAACAGAAAATATTTGGTCGCTGTATTATCCCTTTCTTGCATTATTTTATCTGTAGGCATACTGGTGTTTACATACTCCCCGTTTCTTTATACGATTTTTAATCAATATGGAAATATTTACACTCACTTATATGACATCTCATTATTTATCTTACTTCCTTCGTTCAGTCTCTTTTTTGAAACCATCTTTGGGCCCGGCTGGAAGGGCTTGCTGCGCAAACTCCGCAAGTTCCAGATATTTTACTCGCTGTTTTGCGGGCTGTTTCTGATTGTTAATCAATGGGGTTCGAATCAATGGTTCGATCTGTATTATTTCTTCTCCGTTCATGTAATGGGTATTGTGATGATCGTTCAATTTGTTTTGCTGGTCGGAAGCTCCATGTATTATGCCGTGAAGGGTAATAAGGACGCTGTTATTTTTAATGCAGGCTTTGCAATCTTCGCAGTTGTGGGCTTAAGCGAGCTGCTGCAATTTTTCCTCACCCGTGGCAGCTACAATCTCTTCCTCTGGAAATGGGGGATTGTCAGCTTCATTATTGCCTTGATTGTCATTCTGGGACGGCATTTTGCCAAAAACCACGAACGGATTCTTCAATACTCCAAGGAGCTTGAGATGTTCAACAATGAACTGCAGCGATCGGAGAAAATGGAGATCATCAGTGAGCTTGCAGCATCGGTTGCGCATGAGGTTCGTAACCCGCTGCAAGTTACGCGGGGATTCCTGCAGCTTCTAACTGGAAAAGCCCAAGCCACGGAACGCGAATATTTGGATTTGGCTCTGGTGGAATTAGACCGTGCATCCGGCATTATTACGGATTTCTTGACCTTTGCCAAACCGGAATTCGGCAAAGACACCGTGCTACGGGTTGCGGAGGAGTTTAAACATATCGAAGGCATACTTGGTCCACTTGCCCACCTCCAAGGAGGCAGGATTACCGTTGATATTCCGGAGGATATTACGATTCGGGGGAATTCCTCGAAATTTAAGCAGGCTTTTATCAACATTGTTAAGAATAGCATCGAGGCGCTGGGCGAAGAGGGATTGGTTCATATCCGATGCTATCGTCAGCAGGACCAGGTATTTATTCATGTTATAGATAATGGCGAAGGGATGGAGCCGGATGTGTTGGCACGGCTGGGAGAGCCTTATTTCTCCAACAAAACCAAGGGCACGGGGCTTGGTCTGATGGTGACCTTCCGAATTATCGAGGCCATGAATGGAGACATTTATTTTACGAGTAAAAAAGGAGTGGGGACGGATGCTGTCATTACGCTTCCCGCAGCTGGCGAATAA	MKSGWRIAVFLIIVFTLSQGLPRLVFATEETAVRAAIKEWRILWSESRGIPESVPVHINDWMETSAGDSKPFKPHTKASAWIHMKIPEIASTSPGILIDKLHGQQVAVYANHEKIYESTRTYNYELNYILLPLHQNMLGKDLHIWLETARDHVTIEGKILVGDYQDMFNRFIKSNLMDIILGSAFIFIALVMLICAIFLNRKYLVAVLSLSCIILSVGILVFTYSPFLYTIFNQYGNIYTHLYDISLFILLPSFSLFFETIFGPGWKGLLRKLRKFQIFYSLFCGLFLIVNQWGSNQWFDLYYFFSVHVMGIVMIVQFVLLVGSSMYYAVKGNKDAVIFNAGFAIFAVVGLSELLQFFLTRGSYNLFLWKWGIVSFIIALIVILGRHFAKNHERILQYSKELEMFNNELQRSEKMEIISELAASVAHEVRNPLQVTRGFLQLLTGKAQATEREYLDLALVELDRASGIITDFLTFAKPEFGKDTVLRVAEEFKHIEGILGPLAHLQGGRITVDIPEDITIRGNSSKFKQAFINIVKNSIEALGEEGLVHIRCYRQQDQVFIHVIDNGEGMEPDVLARLGEPYFSNKTKGTGLGLMVTFRIIEAMNGDIYFTSKKGVGTDAVITLPAAGE	PGPT0025285_44	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025285-kinB-K07697	NA	NA
JZ016_05644	105			hypothetical protein	ATGCTGTCATTACGCTTCCCGCAGCTGGCGAATAATTCGCTAAGCTGCGGCAGCGCTTTGACGGCGATCGTCCCCACTCTTTGTGCCGATAACATCTATTTATGA	MLSLRFPQLANNSLSCGSALTAIVPTLCADNIYL				NA	NA	NA	NA	NA
JZ016_05645	240			hypothetical protein	ATGACGACAGAAGCCATCTTTCAAACACAATTGATTCAAAAAGCTTGGGAGGATCCTAGCTTTAAGGCAAAATTGCTTAGCGATCCGAAATCCGCCATCAAGGAAGTTCTTGGGGTGCGGATTCCCGACCACATCGAGATTCGAACGCTTGAAGAGAACCCTAACGAGCTGTATCTGGTCATTCCTCCGAATCCATCAGGCGTGATCAAGTCAGAAGCCACAGCAAAAGCCATCTGGTAA	MTTEAIFQTQLIQKAWEDPSFKAKLLSDPKSAIKEVLGVRIPDHIEIRTLEENPNELYLVIPPNPSGVIKSEATAKAIW				NA	NA	NA	NA	NA
JZ016_05646	954			hypothetical protein	ATGAACTGGTTCAAGCCGTTCGAGGACGATCTTGCTGCCGCATTCTCTGTCTGCGAAGCAAGGTTATCCGAGCTCCCTGCTCCCTTGAATGAAATCGGTCTTTCCTACTTGAGAAAGTTTGACGTGTTCGAGCAGGACAGTTCCAAAAATTACATTTGTTATCTGCTTCCTTTCTGGATGAAAGAACTGACCGAACTCCCCGCCGATGTATACCGACACCTCTCAGCGGCCAACATAATCGGCATGTTATACTACTTCATTCAAGACGACATAATGGACTCGCCCCATGACAGTCAGTCTTCCACAGATTCGAAACATCATCTCGCACTTGCTAACCTGCTGTATTACGAATTTCTCACATCCTATCAACCCTATTTTCCAGCAAACTCCGACTTCTGGTCTTATTTCAAAAACTACACGTTTGAATGGTCGGAAGGCGTTATCCATGAAACCCAGGATGATTACTTCAAGCACAACCCTATCATGGTTGCAAAAAAGGCAGCTCCCGTAAAGCTGGGAAGCACGGCAGCATTGCTTTTATCTGATCAAGCAGGCCTCATTCCACGAACGAATGATGTAATGAACCATGTTTTGCTTACCTTGCAGATGATGGACGATTGGACCGATTGGAAACAGGATCTTGCGGATGGCAGCTACAATTGCCTGCTGTCTCTCATTAAATCGGAATTGGGACGACCGCGCGACACGAATCTGACGATGGCCGAAGTTCAAGAAGCCATCTATATCAACAACGCGTTGAAGCCCTATGCAGACATTGCGGCAGCGACCCATGCCTTTCTCTTATCGGTAGATATAGACGCCCCCCATCTCATCTCCTTTCATCAAACGATGGTGGACGAGCTTCAAGCCGAAGCAAATCATATCGAAAACAGTAAAGAAACCCTTTCTTTTGGCGGATTAAACTATTACTTGTCTATTCTAAGCAAAAAATAA	MNWFKPFEDDLAAAFSVCEARLSELPAPLNEIGLSYLRKFDVFEQDSSKNYICYLLPFWMKELTELPADVYRHLSAANIIGMLYYFIQDDIMDSPHDSQSSTDSKHHLALANLLYYEFLTSYQPYFPANSDFWSYFKNYTFEWSEGVIHETQDDYFKHNPIMVAKKAAPVKLGSTAALLLSDQAGLIPRTNDVMNHVLLTLQMMDDWTDWKQDLADGSYNCLLSLIKSELGRPRDTNLTMAEVQEAIYINNALKPYADIAAATHAFLLSVDIDAPHLISFHQTMVDELQAEANHIENSKETLSFGGLNYYLSILSKK				NA	NA	NA	NA	NA
JZ016_05647	663			hypothetical protein	ATGACTCAGAAAATTGTAGGAGCTTTTCGGACGGAGCAGGAAGCAACCCGGGCCATTGAGGAACTAAAGCAGCAAGGTTTCAGAGCCGATGAAATCTCTGTCATTGCCAAAGATCGCGGTGAATCTTCTCATATTCAGGAGGAGACCGGCACCAAGGCACCTGAGGGCTTGGCATCCGGTGCGGCTACAGGCGGTGTATTAGGCGGTGTAACCGGATTGCTAGCCGGCTTAGGTGCATTGGCCATTCCAGGCATTGGTCCGATCGTCGCGGCTGGTCCGATCGCGGCAACCCTTACGGGAGCAGCCGTTGGCGCCGGCGCGGGCGGATTGGTAGGCGGTCTTATTGGCCTTGGAATTCCGGAAGAGCAAGCCGAGGAATATGGGGGCTATGTGGATGAAGGCCATATTCTGGTCATGGTGGATGCAGATGAAACGAACGGTGGCCGGGTATATGATATATTCCGCAGCAATAGCGCCCTTAATGAACATCATTACCGTGAGGAAGGCACCTATAGCGGTTCCGGTGCGCCGGTAGATTCACGCTCCGAAGCAGCGGCTGCCACCGAGGATGCGGTTCCGGACCCTAATCTGTATCAAGGTTATGGTGATGGTAATGGCGGTGCCATAAGTCCGGATCGGGATGAGATCTCGAAGAGACGGTAA	MTQKIVGAFRTEQEATRAIEELKQQGFRADEISVIAKDRGESSHIQEETGTKAPEGLASGAATGGVLGGVTGLLAGLGALAIPGIGPIVAAGPIAATLTGAAVGAGAGGLVGGLIGLGIPEEQAEEYGGYVDEGHILVMVDADETNGGRVYDIFRSNSALNEHHYREEGTYSGSGAPVDSRSEAAAATEDAVPDPNLYQGYGDGNGGAISPDRDEISKRR	PGPT0014649_7	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_INDUCIBLE_PROTEINS,PGPT0014649-yflT-NA	NA	NA
JZ016_05648	450			hypothetical protein	ATGCGCGTTAGCGAGTGTTTACCGCTTACTGCGCAGTCTCTGTGCTCCCCTCGGCCCGTAACCGGGACCGCCGCCAGGACCGTGTCCGTGTCCGGGATCACCAGGACCACCTGGATGCCACGGACCCGGTCCGCCAGGATGCCATGGGCCATGTCCATGCCCGTGTCCAGGAAATCCGTGTCCAGGAAATCCGTGACCGGGATATCCCGGATAAAACGGAGGGAAAGGATAGACCGGATAATAAGGTGGATAGTATGGATAAGGATAGAACGGGTATCCGGGGAAAAGCCCTGGAATACCCAGGCTTGTTTGGGATTGCAGGCCTCTTTTTGGATGATGACTCAAGCCATGCACCTCTTTCTATCAGATAGGTTATTTCATCCTATGTATAAGCGGAGAAGAAGGGCACATATCCAGTTAAAAATAGGCGCACGACCATGGTTGGTATGA	MRVSECLPLTAQSLCSPRPVTGTAARTVSVSGITRTTWMPRTRSARMPWAMSMPVSRKSVSRKSVTGISRIKRRERIDRIIRWIVWIRIERVSGEKPWNTQACLGLQASFWMMTQAMHLFLSDRLFHPMYKRRRRAHIQLKIGARPWLV				NA	NA	NA	NA	NA
JZ016_05649	1110			hypothetical protein	GTGAACATATCTATTATGAAAAGCGATCAACTACATCAAGCTGTTGAGCTGTCCGACCGTATATTTCTGAAGCAGCCGGAACAGCCTTCTATGGGGGTATCCTTTCCTCCGATATTCTCGCCGGGAATCAGCCATTCCTACGGTGCATGGGATCAAGACAAACTCGTTTCATTCATGGGATTCGTACCATTTACCATTCAAACTCGCGGTGCTCGTTTAAATGTCTACTCCATCGGCTCCGTCTGCACAGATCCGGAATACCGGGGTCAGCGACTCGCAGGCAGTCTCCTGGAACAGTGTATCCGTCATGGCGAAGCTTCGGGGGCATCCTTAATCCTCATTTCCGGCGGAAGATCCCTGTATACCCGGGCAGGCAGCCGTTTGTTCGGCCGTGCACTCCGGTTTCGTCTAGACCGGGCCGTCATGGAGCCCTTACGGGCGGTAACGGGAAAACAAGTGCGCATCCGGGCAATGCAGCCGCAGGATTTATTCCACCTTCAAAAGCTCATGGAACAGCGGGAAGCCGGTTATGTTACCACAGCTTCGGAGCTTAACAAGCTGCTGGGTGCAAGCGCATATTCCAACGTGATCCGTCTCGAGCAGCAGGTGCTTGTCGCCGAAGAAAACGGCGTGTTGACTGCATTTGCTATCATCGCCGTACCCGGAGCTGTGATGACTCCTTCGAGAGAATCTACCCTTGTAGAATGGGGGGGAAGCCCGGAAGCGGCTGCGCTGGTCATAGCCGAGGCGATCTCTTCCTTCAACCTGTCAGAGCTAACCGTTCCGCTGCCATGGCAGGATAACGAGCTGGCAGCGTTAATCCAATCCGCCGGCATCAAGCCTGAATATATTCAGAATGAGGGGACCGTGTATTTGGTCAGCGGCCCGGAACTGCTCCGTCAGCTGGCTCCCCTGCTGCCAGAGGGGTTGATTCAGGCAGATGGCGAGCATGGTCCTTACCGTCTTAGCTTGAACAATGAAGTATTGGAACTGGATGATGAGGGTTTGCTCTCGATCCTGTTTGATCCGGAATCCTCTTATCGGGCTAACGGAAGCATAACCTTTGAACCTATCCCTCTCCCGTACACAACAGGTCTTCAATATATTTGA	MNISIMKSDQLHQAVELSDRIFLKQPEQPSMGVSFPPIFSPGISHSYGAWDQDKLVSFMGFVPFTIQTRGARLNVYSIGSVCTDPEYRGQRLAGSLLEQCIRHGEASGASLILISGGRSLYTRAGSRLFGRALRFRLDRAVMEPLRAVTGKQVRIRAMQPQDLFHLQKLMEQREAGYVTTASELNKLLGASAYSNVIRLEQQVLVAEENGVLTAFAIIAVPGAVMTPSRESTLVEWGGSPEAAALVIAEAISSFNLSELTVPLPWQDNELAALIQSAGIKPEYIQNEGTVYLVSGPELLRQLAPLLPEGLIQADGEHGPYRLSLNNEVLELDDEGLLSILFDPESSYRANGSITFEPIPLPYTTGLQYI				NA	NA	NA	NA	NA
JZ016_05650	1443	nhaP2	COG3263	K(+)/H(+) antiporter NhaP2	TTGCCAAGTTTTGTTGATTCCATGATTTTATTATGCGGCGCCTTGCTAGTGACAGGTGTATTGACCACCAAATTTTCTTCTCGCTTCGGCATGCCCGCCCTGGTGCTGTTTATTGCCATCGGGATGATTCTCAGCCGCTTCATTTATTACGATAATGCGGAGCTCACACAGCTGGTCGGCATATTTGCGTTGATTGTCATATTGTTTCAGGGCGGGATGCAGACCGATTTCAAAGAAATCAAGCCGGTTATGGGGACGGCCATTTCACTTGCAACGATAGGTGTGTTGCTGACAACGGTTGTCGTCGGAATATGCGCTGCATTCATTCTGGATATTTCGTTACAAGAGGGGTTGTTAATTGGTGCGATTGTTGGTTCGACGGACGCGGCGGCCGTCTTCTCGGTACTCGGCGGAACGAATTTGAAGAAACGGATTCGAATGACGCTGGAGGCTGAATCCGGAAGCAATGACCCGATGGCGGTATTTCTAACCGTATCCCTTATCGAATGGATCGAATACCCGGAACTGAATTTGATAGGTCTTATTTTTTCGTTCGTAATGGAGATGGGACTGGGTCTGGTTGTCGGTGTTCTTATCGGCATGCTGGCCGTATATGTGATCAATCGTATCAATTTCGATTCCTCGGGCTTATATCCCGTAACGGCACTGGGATTCGCCGTGATGTCGTATGCCGCCGCCGCTTGGCTTGGAGCCAGCGGTCTGCTCGCCGTATACGTGATGGCTTTGCTGCTCGGCAATACCGAGCTGACATACCGGAAGACGATTCAGGCATTTAACCAAGGTTTCGCCTGGATGATGCAGATCGTCATGTTTGTCCTGCTCGGGCTGCTTGTTTTCCCGAATGAGCTGTCGGAGGTTGTATGGCAAGGACTGTTATTGTCCCTGATTCTCATATTTATAGCCAGGCCGATCGGCGTGTTCAGCAGCCTGTTGTTTACCAAATTTGCCATGCGGGAGAAAATATTAATTTCATGGGCGGGCCTTCGCGGGGCCGTACCGATCGTCCTGGCTACATATCCCGTTCTGGCGGGAATCAAGCATGGAGAATTGTTTTTTAATGTCGTGTTCTTTGTTGTGTTGACCTCAGCGGTGATCCAAGGCACCACGATCTCTCCGCTCACGCAGATGCTTTCGCTGGTGGAGAAGGATAAAGCCAAAGCACCGACTTTATTAGAGTTAATGGCTCTTGGAAAAACGGATTCCGAGATCAACCATATTCTGGTGGATGGGGAGATGCCCATTATCGGCAAGGAGATTCAGCAGCTGAATCTGCCGGACGATATCCTCTTTACGGCTATTATTCGGGAGAAGCGGATCATTACGCCTAAGGGGAGTACGGTCATAGAGGCAGGGGATACGTTGTATGTGATGAATCCGAAGCAAAAGCGGAAGGAAATGAAAACGATCCTGGGGTTGTCTTAA	MPSFVDSMILLCGALLVTGVLTTKFSSRFGMPALVLFIAIGMILSRFIYYDNAELTQLVGIFALIVILFQGGMQTDFKEIKPVMGTAISLATIGVLLTTVVVGICAAFILDISLQEGLLIGAIVGSTDAAAVFSVLGGTNLKKRIRMTLEAESGSNDPMAVFLTVSLIEWIEYPELNLIGLIFSFVMEMGLGLVVGVLIGMLAVYVINRINFDSSGLYPVTALGFAVMSYAAAAWLGASGLLAVYVMALLLGNTELTYRKTIQAFNQGFAWMMQIVMFVLLGLLVFPNELSEVVWQGLLLSLILIFIARPIGVFSSLLFTKFAMREKILISWAGLRGAVPIVLATYPVLAGIKHGELFFNVVFFVVLTSAVIQGTTISPLTQMLSLVEKDKAKAPTLLELMALGKTDSEINHILVDGEMPIIGKEIQQLNLPDDILFTAIIREKRIITPKGSTVIEAGDTLYVMNPKQKRKEMKTILGLS	PGPT0013860_1385	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013860-cvrA|nhaP2-K11105	NA	NA
JZ016_05651	474	dps2	COG0783	DNA protection during starvation protein 2	ATGAGTAACTTTACCCAACAAACACAAGGAACGACAACCAATGAACTTCAACAAATTTTGAACACGCAGGTAGCCAATTGGAGTTTGCTTGGCGTGAAGCTTCACCACTATCACTGGTATGTAAAAGGTCCTCAGTTCTACATGCTGCACGAGAAATTCGAGGAACTGTACAACACTGCAGCTGGTTATGTGGATGAGCTGGCAGAGCGGATGCTGGCCATTGGCGGCAAACCGGCAGCCAGTATGGCGCAATATCTGAACCTGGCCACGCTGCAAGAGGTTTCCGATGAAAACACGGCCGAGCAGATGGTCGGACGGCTGGTTGCGGATTTCGAGCAGCTTGCCGGCGAACTGAAGGCGGGAATCGAAGCCGCAGATCAAGAAGGGGACGACGCTACATCCGATCTGTTGACCGGCATGGTCAGCGATGTACAGAAGCATACCTGGATGCTGAATGCCTTCTTGGGTAAATAA	MSNFTQQTQGTTTNELQQILNTQVANWSLLGVKLHHYHWYVKGPQFYMLHEKFEELYNTAAGYVDELAERMLAIGGKPAASMAQYLNLATLQEVSDENTAEQMVGRLVADFEQLAGELKAGIEAADQEGDDATSDLLTGMVSDVQKHTWMLNAFLGK	PGPT0004055_2800	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047	NA	NA
JZ016_05652	504			IS3 family transposase ISSth1b	ATGAACCGAAAATTCCAAGCGGAGGTCCCCAACCAAAAGTGGTGCACCGATGTAACAGAGCTAAAGTACGGAAATGGCCGCAAGGCCTACCTGAGTGCCATTATTGATGGATATGACAACTCTGTTGTTTCATGGGTGTTCAGCCATTCCAATAACAATGAGCTTGTCATGAATACGGTAAAGAAAGCATATAAAAGAAATCCGAATGCTACGCCGCTCTTGCACAGTGATCGCGGCTTTCAATATACTTCGCTGGAATACAGACAACTTCAAAAGAGATACAAGTTTACAAAAAGTATGTCTCGTGTAAGCCGGTGTTTGGACAACCAACCCATTGAACGATTCTGGGGTACCTTAAAAGCAGAAAGCTATTATCTGGAGAAGTACGATACGTATGACAGTCTCCTTCGTAGTGTAAGAGCTTATATCTATTATTACAATAATTTTCGATACACCGAACGACTAAACGGCTTATCCCCTAACGAATATCGACGAGCAGCTTAA	MNRKFQAEVPNQKWCTDVTELKYGNGRKAYLSAIIDGYDNSVVSWVFSHSNNNELVMNTVKKAYKRNPNATPLLHSDRGFQYTSLEYRQLQKRYKFTKSMSRVSRCLDNQPIERFWGTLKAESYYLEKYDTYDSLLRSVRAYIYYYNNFRYTERLNGLSPNEYRRAA				NA	NA	NA	NA	NA
JZ016_05653	690			IS3 family transposase ISSth1b	ATGTCCAAAAGAAGCCCGATTTCATATGAAATAAAGATTCAGGTTGTGAGGCGTTGCTTGCAACATGAATCCAATCCTAACCATGAGGCAAAACAACTGGGGGTCCATAAAAACACGGTTAATGATTGGATAAGGAAATACAAAGTAGATGGAGAAGAAGGATTAAGAGAATCCAGGGGATGGAAATCCTACTCCAAGGAGCTAAAACTATCTGCCATTCAAGATGTACGCTCTGGAGAATACTCTGTACGAGCGGTGGTGAAAAAGTACCATATTTCGAGTAAATCTGTGTTAGAGAGCTGGATTTCCAAGTATACTGAAGGGGTGAAAATGAAACCAACTCGGAAAAGGATTGAACCCCCTCATATGAATAAAGGACGGAAAACGACTTACGAAGAACGTATTGAAATTGTACAATTCACCATCGCCCATGATTTAGATTACCAGAAAGCCATCGACAAGTACGGGGTCTCTTACCAGCAAGTGTACGCATGGGTTCGTAAATATCAAGCGAGTGGTCATGGAGCCTTAAAAGACCTCCGAGGTCGTAAAAAGCCGCTAGAAGAGCTAGACGAACAGGAACGGTTAAAGCTTCGGATCAAGGAACTCGAGGCACGAAATGAGCAGTTAGAAATGGAGAATGCACTCGCAAAAAAGTTGACAGAGATCCGGCGAAGAAATACACGTTAA	MSKRSPISYEIKIQVVRRCLQHESNPNHEAKQLGVHKNTVNDWIRKYKVDGEEGLRESRGWKSYSKELKLSAIQDVRSGEYSVRAVVKKYHISSKSVLESWISKYTEGVKMKPTRKRIEPPHMNKGRKTTYEERIEIVQFTIAHDLDYQKAIDKYGVSYQQVYAWVRKYQASGHGALKDLRGRKKPLEELDEQERLKLRIKELEARNEQLEMENALAKKLTEIRRRNTR				NA	NA	NA	NA	NA
JZ016_05654	906			hypothetical protein	ATGACAGAGATGGAATCACGACAACAGCTGGAGTCGCAGCTTCAAGAGATTTTGAAATGGGAGAAAGAGCAGAAGGATGTCATGTTCTGGGAGAAGCTCGGTAGAATTCCTTTCATGCTGCTGGATCGCCTCACGCCCAAGGCTGTTCAAGAGAAAATCGGAAACGCCTTGAATGAGGTAGGCGGATTTATTCAGAGCGGCGGGAAGCATCTGGTTCGCGAGAAGGCGGTTATGAACGTTCTGGCACAGGCAGCGGGATTGGAAGGTCGGAATGCGGTTTCCGGTTCTTCCGTAAAGTCCGCTCAGGAGGAATCCATTGAAGATGAGAACGAAGAGGGGGTGGCGTCGACTTCCGGGCTTACGCTGGCATCTGCCGCGAAGCTGCCGCTCCAAGTCATGGATACTGCAGCGGATACGCTGACGGTAAAACGAGTCAAATTCGCCGCAGCGCAAGGAGCAGCCACGGGAATCGGGGGGATATTTACGATAGCGGCCGATCTGCCGATGGTGCTCGGTCAATCGCTTAAGGTGCTGCAGGAGATGGCGCTTTGTTACGGTTATGATCCGAACGATCCCCGGGAGCGGGTGTTTATCGTGAAGTGCTTGCAGTTTGCATCTGCCGATATCGTGGGAAAAAAAGCGGTGCTCGAGGAACTCGCCACTTTTGATGATGAACAAATGACAGAGCAGGTATTCTCACAGCTGCAGGGCTGGCGTGAAGTCGTTCAGTCTTATACCGATAACTTCGGGATGAAGAAGCTGTTTCAGCTGATTCCGATCGCCGGGATTGTATTCGGTTCGATCAGCAACAAAGGGACGATCAGCGATGTGGCCGAAGCGGGGAAAATGCTGTACAAGAAGCGGCGTCTGAATTACCGGCTTAAGAATATGGAATATCCCCTGTAA	MTEMESRQQLESQLQEILKWEKEQKDVMFWEKLGRIPFMLLDRLTPKAVQEKIGNALNEVGGFIQSGGKHLVREKAVMNVLAQAAGLEGRNAVSGSSVKSAQEESIEDENEEGVASTSGLTLASAAKLPLQVMDTAADTLTVKRVKFAAAQGAATGIGGIFTIAADLPMVLGQSLKVLQEMALCYGYDPNDPRERVFIVKCLQFASADIVGKKAVLEELATFDDEQMTEQVFSQLQGWREVVQSYTDNFGMKKLFQLIPIAGIVFGSISNKGTISDVAEAGKMLYKKRRLNYRLKNMEYPL				NA	NA	NA	NA	NA
JZ016_05655	498	queF	COG0780	NADPH-dependent 7-cyano-7-deazaguanine reductase	ATGGCTGGAAGACAAAAAGAAGAAATGGAAGACGTTACCCTGCTCGGCAACCAAGGCACGAAATATACGTTTGAATATGATCCCGGCATATTGGAGAGCTTTGACAACAAGCATCCTTACCGCGACTATTTCGTCAAATTCAACTGTCCCGAATTTACAAGCTTGTGCCCGATCACAGGACAGCCGGACTTTGCGACCATCTACATCAGCTACATTCCGGATATCAAGATGGTGGAGAGCAAGTCCTTGAAGCTGTACCTGTTCAGCTTCCGCAATCATGGGGACTTTCATGAGGACTGCGTCAATATCATCATGAATGACCTCATCAAACTGATGGATCCGAGATATATCGAGGTATGGGGCAAATTTACCCCGCGGGGCGGCATTTCCATCGATCCGTATTGCAATTACGGTCGTCCGGGGACCAAATACGAGGAGATCGCTGCAAACCGTCTGATGAATCATGACCTCTATCCGGAAAAAGTGGACAACCGATAG	MAGRQKEEMEDVTLLGNQGTKYTFEYDPGILESFDNKHPYRDYFVKFNCPEFTSLCPITGQPDFATIYISYIPDIKMVESKSLKLYLFSFRNHGDFHEDCVNIIMNDLIKLMDPRYIEVWGKFTPRGGISIDPYCNYGRPGTKYEEIAANRLMNHDLYPEKVDNR				NA	NA	NA	NA	NA
JZ016_05656	792	queE	COG0602	7-carboxy-7-deazaguanine synthase	ATGAATAATGTGCATGTAAAGCCTGAGAACGATTCAACTGCCTCCTCCCCGGTCATAGCAGTGGACCGTCCGATTCCCGTGATGGAGATTTTCGGTCCTACTGTTCAAGGTGAAGGCATGGTCGTTGGCCGCAAGACCATGTTCGTTCGTACGGCGGGCTGCGATTATCGCTGCTCCTGGTGCGACTCCGCATTTACGTGGGACGGATCCGCCAAGGACACCATTTCGCGCATGAATGCAGACGAAATCTGGCAAGAGCTGTACCGGCTGGGCGGTGAGCGCTTCGATCATGTCACCCTGTCCGGCGGCAATCCCGCTCTTCTCTCGCAGCTCGGCACGCTTGTGGATGAGCTGCACCGACATGGAATCACCGTTGCCGTGGAGACCCAAGGTTCACGCTGGCAGGATTGGCTGAATGACATTGATGAGGTCACCATCTCCCCCAAGCCGCCAAGCTCAGGTATGAATACGGACTGGGGCAAACTCGATGATATCGTCTCCAAGCTGTCCGCTCGGGCGCCCGGCAGATCCTTCAGCCTCAAGGTTGTCGTATTTGACGATAAAGACCTCAGCTATGCGGAAACGGTCCATGAGCGATACCCGAACGTGCCGTTTTATTTGCAGACCGGCAATCCCGATGTAGGTACAGGCGATACCACTTCGCTGGTCTCCCATCTGCTGGATCGGTACGAGTTGCTTGTCGATGCCGTCATGCAATCCGACCGGTTGAACGATGTGCGTGTCCTGCCGCAATTGCACACGCTCGTTTGGGGCAATAAACGCGGCGTGTGA	MNNVHVKPENDSTASSPVIAVDRPIPVMEIFGPTVQGEGMVVGRKTMFVRTAGCDYRCSWCDSAFTWDGSAKDTISRMNADEIWQELYRLGGERFDHVTLSGGNPALLSQLGTLVDELHRHGITVAVETQGSRWQDWLNDIDEVTISPKPPSSGMNTDWGKLDDIVSKLSARAPGRSFSLKVVVFDDKDLSYAETVHERYPNVPFYLQTGNPDVGTGDTTSLVSHLLDRYELLVDAVMQSDRLNDVRVLPQLHTLVWGNKRGV				NA	NA	NA	NA	NA
JZ016_05657	492			hypothetical protein	ATGAGCCGCGAGCCCGGGGCTTTCCGCATTGTAGAGCATCTGCAGAAGCTTGGCGAGGACATCGATGCCGGAAGCCTGCGTTACCATCGGAAGCGGGTGCTTGTCTCCAAGGAGTTTACCTTCGATGCTGCCCATCATCTGCATTGCTATGAGGGTAAATGCAAGAACCTGCACGGTCACACATACAAAGTGGTCTTTGGTATCAGCGGTACTCCCAATGAAGTGGGCATTACCGTGGATTTCGGGGACATTAAGGACTGCTGGAAAACGGACATTGAACCTTATCTGGATCACCGTTACTTGAACGAGACCCTGCCGCCAATGAACACAACAGCGGAAAACATGGTGGTCTGGCTGTTTGAAAAAATGGAAGAATCCCTTCGCAGCAGAGAGTCGCACGAGCAACAAGGCACACGAACCGAATTCGTTCGCCTGTTCGAGACGCCGACCAGTTACGCTGAGGTCAGACGGGAGTGGATGATCGATGAATAA	MSREPGAFRIVEHLQKLGEDIDAGSLRYHRKRVLVSKEFTFDAAHHLHCYEGKCKNLHGHTYKVVFGISGTPNEVGITVDFGDIKDCWKTDIEPYLDHRYLNETLPPMNTTAENMVVWLFEKMEESLRSRESHEQQGTRTEFVRLFETPTSYAEVRREWMIDE				NA	NA	NA	NA	NA
JZ016_05658	672	queC	COG0603	7-cyano-7-deazaguanine synthase	ATGCTTAAAAATGAAAAAGCGGTCGTTGTTTTCAGCGGTGGTCAAGACAGCACCACCTGCCTGTTCTGGGCGAAGGAACGCTTCGCCGAAGTGGAAACCGTAACCTTTGATTATGGCCAACGCCATAAGCTTGAAATAGAATGCGCGGCACAGATCGCCAAGGAACAAGGCGTGAAGCAAACCGTGCTTGATATGAGCCTGCTGAATCAGCTGGCACCGAATGCGCTGACGCGCAGCGATATCGAAATTGCCGAAGGCGACGGCTTGCCCACTACGTTTGTGGAGGGACGAAACCTGCTGTTCCTCAGCTTTGCCGCTGTGTTGGCCAAGGGGATCGGTGCCAAACATCTGATCACGGGCGTATGCGAAACGGATTTCAGCGGTTATCCCGATTGCCGGGATAGCTTCATCAAGTCACTCAACGTTACGCTGAATCTGGCCATGGATTACCCGTTCGTCATTCACACGCCGCTCATGTGGCTCGACAAGTCGGAAACCTGGGAGCTAGCCGACCAGATGAATGCACTTGAATACATTCGCGACCATACGTTAACCTGCTATAACGGCATCAAGGGCGATGGTTGCGGGGAATGTCCTGCATGCAAGCTGAGAAAAGCCGGGCTCGATAACTATATGCAGCGTCGTAATCATGTATCCGAAGGGGGCGTCTGA	MLKNEKAVVVFSGGQDSTTCLFWAKERFAEVETVTFDYGQRHKLEIECAAQIAKEQGVKQTVLDMSLLNQLAPNALTRSDIEIAEGDGLPTTFVEGRNLLFLSFAAVLAKGIGAKHLITGVCETDFSGYPDCRDSFIKSLNVTLNLAMDYPFVIHTPLMWLDKSETWELADQMNALEYIRDHTLTCYNGIKGDGCGECPACKLRKAGLDNYMQRRNHVSEGGV				NA	NA	NA	NA	NA
JZ016_05660	705			hypothetical protein	ATGATTATCCGAATGGAAGATGCAGCCGGCAGCGGAGCGGGACAAGCGGTTACGTTCTCCCTGACTGAAGGGGACACGGCCCATGTCCTCCATCCTGAGCAAATCGTTGCCTATCGGGGGCCCTCCTCCGGACGCAGCGACCGTCTCATGAACGTAAAGGGCATATACCGCAAGAAAAAACTGATTCGAGCCGATATTACAGGGCCCAGTCAGTTTACGGCTGCGCTCCCCCCAGGCTTCAATATGCATGAAATTGAGCTGGAAGGCGAACAGGACATGCTCTATGATTTTCGGCATGTTTTCTTTTATACCCAGCATGTTACGATGCAGACACGAATCCTTAAGATCAAGAACATGCTGGTCACGCGAGACGCGATTAAGATGAAGTTTTCCGGAAATGGCAGCATCGGCATTTTGACCCAAGGTCCGGTATGTAAAGTCAAGCTGCATCCTACCGAGCCGTTGTATGTGGACGCCGGGAGCATCATCGCCTATCCGGAAGCGGCCAAGCTGGACCTGACCGTATACGGCAATCATCTGGCCAGCCAACATATGAACTACCACTGGAAGCTGACCGGTGACGGTTACGTGTTGTTTCAAGCGGGACGCCAGAATCAGCGACTCGTGGACGAATTAAACGATGAAGGCATCATCAAGCGTTTTCTGCGGGAAGCAATTCCCTTTGGCGGAGTGTTTATCAAATAA	MIIRMEDAAGSGAGQAVTFSLTEGDTAHVLHPEQIVAYRGPSSGRSDRLMNVKGIYRKKKLIRADITGPSQFTAALPPGFNMHEIELEGEQDMLYDFRHVFFYTQHVTMQTRILKIKNMLVTRDAIKMKFSGNGSIGILTQGPVCKVKLHPTEPLYVDAGSIIAYPEAAKLDLTVYGNHLASQHMNYHWKLTGDGYVLFQAGRQNQRLVDELNDEGIIKRFLREAIPFGGVFIK				NA	NA	NA	NA	NA
JZ016_05661	453			hypothetical protein	TTGCATAAGCCGACAAAATCCAAGCTAATTCAACTTTCTCTCCTATTGCTGGTGGCGGGGATCGCGCTGCCGGCCGGTGGACGGACCGCCAGCGCCAATTACTTTAATAATTTGTACGACAATATCCAGCAGTTCTCCGGATTGCCCGATGAAATAAACCAGCTCAAGAGCAACTATAACCAAGCCCTGCAGGAACTTGATAAAGCCAGAATCGCTTCCGAACGGCTGCAGCAGCAAAATCTGACGCTGGCGGAGCAGAACTCCAATCTCGCGGAGCAGAACCAGCAATTAACCCAAATGGTAAGCCAGCTTCAGCAGGCTGAAGCCGCACGAAATCGCGGGGCGGAACGTATAAAGACCGTGGCGATCACCGCCGTGGCATTAGCTGCCGGATACTTTGTCATCATTCGCGTCCTGCGATTCGGCATGCGCCGAACGAATCGTTCTAAATAG	MHKPTKSKLIQLSLLLLVAGIALPAGGRTASANYFNNLYDNIQQFSGLPDEINQLKSNYNQALQELDKARIASERLQQQNLTLAEQNSNLAEQNQQLTQMVSQLQQAEAARNRGAERIKTVAITAVALAAGYFVIIRVLRFGMRRTNRSK				NA	NA	NA	NA	NA
JZ016_05662	156			hypothetical protein	ATGATAAAGGATAACAACGTGAAGAAAATTATGATTACAGTGAATGGAAAACCCGTGGGTAACGGATTATTAATTGATAAAGTAACGTACGCTCCCATTCAACGTACATCAAGACATACTGGAGATAAACCCGTTTCGGCAGCAGAAATAGGTTAA	MIKDNNVKKIMITVNGKPVGNGLLIDKVTYAPIQRTSRHTGDKPVSAAEIG				NA	NA	NA	NA	NA
JZ016_05663	735			hypothetical protein	ATGGCATTTTGCACACATTGCGGCAACGAATTAACGGACGGCGTCGCACATCAATGCGTTGACGACATCGCAGCGAATCCTAAGAAATATACGGCAGCAGCGACGGAGCCGGAACAAGAGCGCGGAGCATCTTCATCTTCTGGGGCTTCAGCTGCCAAGGCTGCGTCAACGATTCAAGTCGATGGTCAGGTGCTGCTGAAGCTATTGAAAAATCCGATGAGTGCTTTGAACATGCGGGGAGATCAAACTGGTTTAATCTACGGCCTGATCGGAATGGCTTCCAGCATCATCGGATTTTGGTTGTTCGGCCTGGGCATTAAGCAGGTGTTCTATTCCGGATTGGGGATGGTATCGGCCTTGTTAAGTAATTTCGGCATGGGGAGCCGGGCACTTTTACTGGGGCTGTTCTCAACCGTCATTTTATTGGGTTCCTTCTGGTTTACGGGCAATATGATTACGAAGCAGAAGCTTGACTTGAAGGAATTCATTGCGAAGATCGGTTCTTTTCAGCTGCCCTTCGGAGCGGCGCTTATTGTAAGCGGATTGATCAGCTTCATGTCGTTAAAGCTGGCATTCCTTATCCTTGTATTTGCTTTAATGACCGGACTGGCGGCGAACAGCGCAGCCATTATCGAATTGTATCGCATCGGATCCAACCAATGGATAAAATTTTTAGGGGTAGCTATAGGCATTTATGTATTATTATTTGCCATTGTACAGACCGTATTATTGTAG	MAFCTHCGNELTDGVAHQCVDDIAANPKKYTAAATEPEQERGASSSSGASAAKAASTIQVDGQVLLKLLKNPMSALNMRGDQTGLIYGLIGMASSIIGFWLFGLGIKQVFYSGLGMVSALLSNFGMGSRALLLGLFSTVILLGSFWFTGNMITKQKLDLKEFIAKIGSFQLPFGAALIVSGLISFMSLKLAFLILVFALMTGLAANSAAIIELYRIGSNQWIKFLGVAIGIYVLLFAIVQTVLL				NA	NA	NA	NA	NA
JZ016_05664	726			hypothetical protein	TTGCAGTCTGGCTTGTTTTCGGATTTTACATGGAGCCACAGCCATGTATTCGCTGGGGGCACTAGTCAGGTCTTTCTGCTGATCGAGTGGAGGGCTGGTGTGTTAAAGCAAAAAAAGAAGTCTCATGGCGGCTTTAATCTGCCCATGGCTGAAGATGTCCAATTACACCTTCAATTAGGGGAATACGTTCAAGTAGGACATATGTATGGATGCCATGGCGAGATATTGAATGATCGCAACATTTCATTGTCTCTAGGTTCTTTGTCGGAAGGGAGAACCAAACAGCTGGTTCTTGAGCTAAGTGTCGGAGCCAGGCAATCGGGGGTGTATCCCATAATTACCGCTCTATGGACCTATATGGATGTTCAGAAGCAGCAGGTCGTCTTGCAGCCGTCTCGAACGATTCCGCTTCAATTCAGCAATCATACGGCATTGAAATACCGGGAGGCAGATGATCGCGTTGAGAAGGTGCTGAAGTTATACCAGAATGCTTCCATTCTGGAGCAAGCAAGAAGAGAGCTGGAACGGGGGAAGCTGGCTCGAGGAGAAGAAATGATTCGTAGACAGGCAGATGAGATGCTTTTATACGCAATCCGATTTCGGGATGCGGATTATTTGAGGGAGGCAGAGACCCTATATCAACTAATTGGATTGTATCTGAATACATATCGGCAATTATCTTCTGAAAATGCGAATAGGAAGAGGGACTTTAGACTTAAGGAATAA	MQSGLFSDFTWSHSHVFAGGTSQVFLLIEWRAGVLKQKKKSHGGFNLPMAEDVQLHLQLGEYVQVGHMYGCHGEILNDRNISLSLGSLSEGRTKQLVLELSVGARQSGVYPIITALWTYMDVQKQQVVLQPSRTIPLQFSNHTALKYREADDRVEKVLKLYQNASILEQARRELERGKLARGEEMIRRQADEMLLYAIRFRDADYLREAETLYQLIGLYLNTYRQLSSENANRKRDFRLKE				NA	NA	NA	NA	NA
JZ016_05665	399			hypothetical protein	ATGACAGACCGACTGATCCGACTAATGAGAATCATTACCCTTGTACAAGCAAGACCAGGTATACTGGCTCGAGAGCTTGCTGAACGTTGTGGAACCAGCGAAAGAACCATTTATCGGGATATGGATGCCCTCAGCGCCATGCATATTCCCATCACTCACCAAGGCCGAGGCCGAGGCTACACATTTATCGGGCATTTTGCAATGTACCCGCTTGGTTTAACGGAAGAGGAGGTACAGGCGTTATTTAAGCTATTGACCATATTGGAGCAAATCAAGTCAATGCTGCCCGATGAATTTGAAAGCGCTTATGAAAAGGTATTGGCTGCTGTATATAAGCAAAGCGCGGAAAAAGCTGAAATTCAGGCCGGGGACCGGGATGAATCCTCCACCGGTCTATAA	MTDRLIRLMRIITLVQARPGILARELAERCGTSERTIYRDMDALSAMHIPITHQGRGRGYTFIGHFAMYPLGLTEEEVQALFKLLTILEQIKSMLPDEFESAYEKVLAAVYKQSAEKAEIQAGDRDESSTGL				NA	NA	NA	NA	NA
JZ016_05666	933			hypothetical protein	ATGAAGAAAGAGGTAACTAATAAGGTAAGAAAATGGAATATAAAGCTATTGGTTATGGCTTTGATTAGTATGACATGGCTCGGGTTATGCGATCCTATTCCTGTTGAGGCAGATAGTGCCGTTGGCGGTCCTAAATTAGCAGTTTTGGTGGATGGAAGAAAGGTGAAGTTTCAAGGCGGAGATCCTACTTTTGAAAATGGCCGGGTACAAGTACCACTCAGAGGTATTGGTGAAGCTTTAAAGGCAGAAATCGGCTTTAGTGGTAAAACTGTTACTTACATGAAAGATGGAAAATCGATTGCCCTTACCTTAGGGAGTAAAGAAGCCATTGTAAACGGTAAAAATGTCACTATGGATACAGCTGCTAAAGCTGTTAAAGGGCGCACTTATGTGCCATTAAGATTTGTAAGTGAAAATCTTGGTGTACCAGTAAACTGGGATAAGGTTGGTAATTGGGTTTGGATTGGTTCGAAGGAAGTTCCAGATATAACGGAAGTAGCAAGTGTGAAAAAGTCGAATCTGAACAATGATTTTGTGAAAATGTTTGGATCAAAAACTCACTTGATAGATGGGAAAAAGGATGTTCGAATATTTACTATTGATGATCTGCCATTAAGAATAGATCGATTTATAGTTTACGATTTATGGCCAGTGATGTTCGGAGAATACCAATCAATTAGAATCCGATTTGATGCAGGACTTGGCCCAATCTACTACCTACAACAAGGAGAACTTCCTCGTTATCGAAATTCTGCGGATCCGATTAAGCAATCAGATAAAACGATTATTCGAACCTATAAAACTACAAGCGAGTATGATCAAATAGTCAATAATGATATCAACTATAAGCAATTCAATCTAAATAAAGCTGAATATATTGGTTTTCAGATGGGTACAGAATCATTAACTTTGCTTAAGAATCCTTTTAAGTGA	MKKEVTNKVRKWNIKLLVMALISMTWLGLCDPIPVEADSAVGGPKLAVLVDGRKVKFQGGDPTFENGRVQVPLRGIGEALKAEIGFSGKTVTYMKDGKSIALTLGSKEAIVNGKNVTMDTAAKAVKGRTYVPLRFVSENLGVPVNWDKVGNWVWIGSKEVPDITEVASVKKSNLNNDFVKMFGSKTHLIDGKKDVRIFTIDDLPLRIDRFIVYDLWPVMFGEYQSIRIRFDAGLGPIYYLQQGELPRYRNSADPIKQSDKTIIRTYKTTSEYDQIVNNDINYKQFNLNKAEYIGFQMGTESLTLLKNPFK				NA	NA	NA	NA	NA
JZ016_05667	3252			hypothetical protein	GTGAATGGTAACCTTATGGGAAAAAAGAGAATTCTTTATGTACTAATAATTATGTTGACTATAAAAGTCCTTATTATTCAAAGTGCCTATGCAGCTCTTCCTACAACACCGAAGCCAAGCAACCGCAATGTACATTATTTTGTTGGAATGTTTACTTATGAGATTTGGCGTTATTCAGATGGACAAACTTGGACGCCGGAAGGATACGAGAACCAACAAAATAAATCTATGGATTTTCCGTATTCATTCGATATTCCTGACCGAAAGATTAAAAGTGTATCGGTAGAAAAATTCAATCCTGATATGACTGATCCAGATGGTAGGGATCTATATTTTCGTTCTCGTTATCAACAAGAAACATGGGATCAGAGGGTTCCAAACGTTAGTAAAAAATATACTCCTAATATTAAAGGGAATATTCGAGGACTAGGAACGGACAACGTATCTTTTAATGTACATGTCATAGGAGACTTAAAAGCAGATGATCCTCTTGAGACAACAAAAGAAGAGCAAAATGTGAATGTCAAAGGACTTCGTTATTACTTCCCTATCCTTTTCACAATCGAACTAGAACCCGAAGTAGGTAATGCCATTATAAAACATTACACAACTACAGGGCGTTCGCTGAACGGTACACCGGGCTTTTCAGATCGTGAAGAATTATTAGAGAAGAACAGTCCATACTCTTTTACTCATACTCCTGGGAATGCAGATTACACATATGTTGGACACAAGAAAAGCACTGTCTCAGCCCCGAGTGGTGGATCAATAACACCTGGTGACCCTAGCCGTTTTACTTATGATGGCTCATTCCCGACATATTATCTGTTTTTTTATTATGAGACCGATAAACCGCCTCCTAACCCTGACCCACCTGAGGCCTCTTGCACGAGACCTTCTCCAGGAACGAAAATGAATGGTCGTTACATGGATCCGGTGGTCACAGCGAAGATTCTCGCCGACCTGCGTGGAAGTGAACGTTTTGATGTTTTGCAAGGAATACCGACGTCTGAAAGTTTATTTGGTAATATCTTGGCTCGTAATTACCTGTATCAGAATACATTTGTAAACATGACAGGTGTCTGTTCCTTTAAAGTGAACGTTGAAAAGACATGGACCTTATATTGGGACCCAGGGAAACCAGGACCAAATAATCCAAGCGGTAATCCTACAACGGTACCTGATCCACAACAAGCCGAGGAGAAGGTCACAGAACGATACACCGTGGAACGGACATATTCTTATTGGGTGATTGATAACCTCGAAGTTTATAAGATCGATCAGGGGATTCTAAGGAATTACGCATTACCAGGTGAGCAAATTACAATTTATCCGCAAGGGTACCAGCCACCTCAGTTTACAGCCAGTGCATCTGGAGCGTTTTATCCTCCATCCCCACCTGATCCCATTATAGCTCCAGCAGGCTCTTACGGAGGAAACTCATATAAGACAAAACCTTCCCCGCCAAGTGAGAATCTACAGAGTGTAGCTGAGAATGCTGTAGAAAAAGTCGAGGTCACGAATGACTCTCTGATTTTTAACGGATCTACCATTATGAATTCGAATCGAACACCGGAAAAAGGGCCTGCACCGGGCAGTATCCCCGCTCCCACACATATTAGTGACAATGTGCTGTACAAGCCCAATAATATGATTAGTAGCGATAAGGTTAACAAGGCAAATACAACAAGCGCAGGTACAATTCAATATGGTTTATTACCAGGGAATATTAATGGTGGAAGCAACAAGGAATTTCCGATTCACGCCATCAACACCGTCACCGTCCATACGCCGGTAGTCAATTATTCCTCAGTGACGGATGATCAGGCCCACAATCAGAAGACGACCCCGAACCCGAACCGCTCTGCATTCATCTTGGATCGGCCGTTTACGGTACGCATCCCTACCTCGGGTCAGCACCGGAACATCCAGGGATACGGAGACCGGGACTATGCGAAGTATGTAAGATCGAAACAGGTGTATTTTCCTTTCGATGTCTACAGCAGCGACAGGAGCACCTTTTATCCAAAAGACACCTGGATTACAATCCCTACGGCTCAGCTGGATACGGAGTTTTTCCTGCCGGTATGGGTGGATGAGGGGGATTATCAGGTATATTTCCGTACGATTGCGGAGAACGCTCCATCCGACTTCACGACGCAGCCCAGCGCGAACCTGGATTTGGCTCACCATGTGGCTACGGATATAGAACCGGTTGAAGTGATCGGGCGCGTATATGATTTCCATATCACGGATATTGCCGATTATAACTGGGAGACGGTCTTCCGCAAACAAAAAGGGAATGCGGCACCAAGCGGCGCGTCCTATTGGACAGGACTTCGCGATATTGACGGTGGAACACGCGGGAACTCGCTTCCGTACACACTTCCCATCGCACCGGGCAAGCATCCGGCACAGGGATATAAGAATGCGGCCGTAAAGACAGGCTACCATTTCAAATTCGATTTGAAGACGAAGGGCAATATGTTTGGTGTACAAGACGGCATTTCAATTACCCCGAGCTTTTATTTTGTTAATCAGGACGGCAGCGGACGGCAGCCCGTTGATCTGTATTACCACAGCGGAAACCGGAAATTTATTCGGATCGGTTCCCCGCAGGACACGGAGAAGCGTTATGTCATCCTGAATGACAGGCTGCGCAATGTTCCGCAAGACGAGCTGCAGGCTACGGCTTCGTATTTGTACAACCGCGGCGGAGCCCCGGCGGGAATGTCCGCGGCAGCCTACATGAAGCAGTATTTGGAGAAGATCAGCAAAAGCAAGACCTGGGTAGGTCGGATCGACTGGATGCTGCTTCCATACGAAATACGCACACTGATCGGCCCGAAGTCAGGATTGCCAGCCTCCGTTGACACGGAGAGGGCCAACGCGGCTGTACAGCGCTGGTATGGTGAATACAGTCTTCCTGCCGACGTGTATGTGGTGAAGAAAGGGACCGATCTGGCCGCCTATGGGCGGACGAACCGACTGGACGAGAAATCCTCGATTTTTCTCAAAAAAGGGTATATCGTGGTCAATTTCAACATCGAGACGATCCGGGAGGGCAACATGGTCAAACCCCATTTGCAATACATTCATGGCCCACTCATGAATCAATGGCAGCTTGAAGGATACAGCCGCACGTATAACGATCCGTATGGTAAGCGGTTTTCTCTGATGGATGGGGATGTCATATTCTATCATGCCGATCAGTCCAGCAAAGGGGATTTTAAATCTCAGGTACCTCATTAA	MNGNLMGKKRILYVLIIMLTIKVLIIQSAYAALPTTPKPSNRNVHYFVGMFTYEIWRYSDGQTWTPEGYENQQNKSMDFPYSFDIPDRKIKSVSVEKFNPDMTDPDGRDLYFRSRYQQETWDQRVPNVSKKYTPNIKGNIRGLGTDNVSFNVHVIGDLKADDPLETTKEEQNVNVKGLRYYFPILFTIELEPEVGNAIIKHYTTTGRSLNGTPGFSDREELLEKNSPYSFTHTPGNADYTYVGHKKSTVSAPSGGSITPGDPSRFTYDGSFPTYYLFFYYETDKPPPNPDPPEASCTRPSPGTKMNGRYMDPVVTAKILADLRGSERFDVLQGIPTSESLFGNILARNYLYQNTFVNMTGVCSFKVNVEKTWTLYWDPGKPGPNNPSGNPTTVPDPQQAEEKVTERYTVERTYSYWVIDNLEVYKIDQGILRNYALPGEQITIYPQGYQPPQFTASASGAFYPPSPPDPIIAPAGSYGGNSYKTKPSPPSENLQSVAENAVEKVEVTNDSLIFNGSTIMNSNRTPEKGPAPGSIPAPTHISDNVLYKPNNMISSDKVNKANTTSAGTIQYGLLPGNINGGSNKEFPIHAINTVTVHTPVVNYSSVTDDQAHNQKTTPNPNRSAFILDRPFTVRIPTSGQHRNIQGYGDRDYAKYVRSKQVYFPFDVYSSDRSTFYPKDTWITIPTAQLDTEFFLPVWVDEGDYQVYFRTIAENAPSDFTTQPSANLDLAHHVATDIEPVEVIGRVYDFHITDIADYNWETVFRKQKGNAAPSGASYWTGLRDIDGGTRGNSLPYTLPIAPGKHPAQGYKNAAVKTGYHFKFDLKTKGNMFGVQDGISITPSFYFVNQDGSGRQPVDLYYHSGNRKFIRIGSPQDTEKRYVILNDRLRNVPQDELQATASYLYNRGGAPAGMSAAAYMKQYLEKISKSKTWVGRIDWMLLPYEIRTLIGPKSGLPASVDTERANAAVQRWYGEYSLPADVYVVKKGTDLAAYGRTNRLDEKSSIFLKKGYIVVNFNIETIREGNMVKPHLQYIHGPLMNQWQLEGYSRTYNDPYGKRFSLMDGDVIFYHADQSSKGDFKSQVPH				NA	NA	NA	NA	NA
JZ016_05668	1104	yheD_9		Endospore coat-associated protein YheD	ATGCATCCGGAATTTGTCGGCATTCTGCTCAACAACAACACGTATCGCAGAATTTCCAGCGGGAGAATCGGCACTGAATCACTGGCTAACTATGAAGAAGCCGCTGCCATGTACGGGCTGGTTCCTTGTTTTTTTACCATTCATCATATTTCATTGGATACCGGAAAGGTGACAGGATATACACCCATTCCATCCGGGTACCGCCGTGTCCACATTCCCATTCCGCGCGCCATCCATATGCGTGCCATCTACCACAACCGACGTGAACTCAAGCGGATCGACGATCTGATCAAACAAGGAATCTTTGTGTTTAACGGCCGTACGCGCTACGGCAAGGATACGATACACCATATGCTGGAACAGGATCCGGGATTAACGAATGCCTTACCGCATACGGTAAAGGCTACGCCCGTCTCCATTCGATCCATGTTAAGCCAACATGGTGACCTCGTCTTAAAACCATGCAGCGGCAGCATCGGCATCGGCATCATGCGGCTAAAAAGCAGCGCCGGACACAGCCAGTTGACGTATTCCCGCTCCTCCCCTTCGGCTAAAGGATGGAGAACAGTAACATTGGCCGAGGGCAAGCTTCATCCGTTAATCTACCAGAGAATCAGACGTGCGCCCTTTCTGGCACAGGAGCGCATTCCGCTGGCAGAATACAGGGGGCGTCCCTTTGACATCAGGGTCACCGTGCAGCGGGGGGGCAGCGGCAGCTGGGAAATCGCGGGCATGTTCGCCAAAACCTCGCCGCCTCAAACCTTTGTCTCCAACATCGCGCAGGGGGGCTCCGCTTATCAGGTACCGGACATTCTAACCCGCTGCATGCCGAATGCCCCTGTTGGAGAAACCCTTGAGCGTATTGCGGAATTCTCCCTGCATATCGCCCGCATCCTGTCCCTGTTTATTCCGTATGCTGCCGATTTTGGACTGGACATCGGTATCACCGAAGATGGAAGGCTCTATTTCATTGAGTGCAACGGCTGCGATCAACGGTATGGTTTCCTGGAGGCTGGCATGGGAGAGGCGTGGAAGAACTCGTATCGGAATCCAATGGCTTTTGTCCGCCATCTCTACGATAACGATGCCTGGCCCGCGTATTGA	MHPEFVGILLNNNTYRRISSGRIGTESLANYEEAAAMYGLVPCFFTIHHISLDTGKVTGYTPIPSGYRRVHIPIPRAIHMRAIYHNRRELKRIDDLIKQGIFVFNGRTRYGKDTIHHMLEQDPGLTNALPHTVKATPVSIRSMLSQHGDLVLKPCSGSIGIGIMRLKSSAGHSQLTYSRSSPSAKGWRTVTLAEGKLHPLIYQRIRRAPFLAQERIPLAEYRGRPFDIRVTVQRGGSGSWEIAGMFAKTSPPQTFVSNIAQGGSAYQVPDILTRCMPNAPVGETLERIAEFSLHIARILSLFIPYAADFGLDIGITEDGRLYFIECNGCDQRYGFLEAGMGEAWKNSYRNPMAFVRHLYDNDAWPAY				NA	NA	NA	NA	NA
JZ016_05669	1146	cotSA	COG0438	Spore coat protein SA	ATGGGTTTGCGGAAGGTGGCCGTTGTGACGCCGGGGTCCTTTGTGATTCCTTCGGGGAGGAGCAGCTCTGTCGAGCGTGTAGTGGAGCAGACCATTCCATTGGCACAGGGAGCCATGGATGTGCGCATATTTGGAGTGCTTGGAAAAGGACTCCCTTCAAAAGACACGATCAACGGCGTTCCGTGTTACCGCCTGCCATCGGGAGCGAATTATTATCCTTCCCTGCTGCGGAGGCTTCAGAAATGGAGACCGGATATTATCGAAGTACACAATCGCCCGCTGTTAGCTCAGCGTCTGAAGATGCATCTCCCGGATGTAAAGACTGTACTTAATCTCCATTCCAATACCTTTATATCGCCTCCGTATATGAGCGAGCAGCGGTTTGGAAACATCGCCAGGTGGATGGACGGCATCGTGGTGAACAGCCGTTTTTTGCTGGAAGATATCACGATAAGGCATCCAGAGCTGTCGGATAAAATTACGATCAATCATCTCGGAGTCAGTCTGGAGCATTTTACTCCGCCCTTCAGCCCGGCAGCCAAGGCATTGCGGGAAGCCCGACTTGCTCATTACGGATGGAACGGGCGGCGCATCATCCTGTTTGCCGGACGACTTATTCCGGATAAAGGCGTTCACCATTTGCTGGAAGCACTGCCGCAGATCATCGATAAGCATCCGGATGTACTGCTGCTCATTATCGGGAGCGCCGGATACGGATCGGACCGGGAAACTGCCTATGTGCGGGAATTGAAAAAAGCTGCAAGACCCTACCAGCATTGGGTAAACTTTCGCCCCTTTGTGCCATACCCGGCTATTGCGGATTGGTATTCGCTTGCAGACATCGTGGTTGTTCCGTCTGCACCCAGAGAGGCGTTTGGCCTCGTGAATGTGGAAGCTATGGCAGCAGGCGTGCCGGTCATCGCTTCAAGTGCCGGAGGAATTCCGGAAATTGTGGAAAACGGAGTGACGGGATATTTGGTGCAAAGCGATGAATTTCCTGCCGGACTTGCGCAGCAGATAAACAATCTGCTGCAGGACGAAAATCTTCGCAGACAGATCGGAATGGCCGGTCGCGAAACGGTGCGGCAGCGCTTCAGATGGGACCATACGGCCGAGCGCTGGGTTCATTTGATGCAGACCATCTGA	MGLRKVAVVTPGSFVIPSGRSSSVERVVEQTIPLAQGAMDVRIFGVLGKGLPSKDTINGVPCYRLPSGANYYPSLLRRLQKWRPDIIEVHNRPLLAQRLKMHLPDVKTVLNLHSNTFISPPYMSEQRFGNIARWMDGIVVNSRFLLEDITIRHPELSDKITINHLGVSLEHFTPPFSPAAKALREARLAHYGWNGRRIILFAGRLIPDKGVHHLLEALPQIIDKHPDVLLLIIGSAGYGSDRETAYVRELKKAARPYQHWVNFRPFVPYPAIADWYSLADIVVVPSAPREAFGLVNVEAMAAGVPVIASSAGGIPEIVENGVTGYLVQSDEFPAGLAQQINNLLQDENLRRQIGMAGRETVRQRFRWDHTAERWVHLMQTI	PGPT0025205_98	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025205-cotSA-K06338	NA	NA
JZ016_05670	561			hypothetical protein	GTGAACAAAGCCAGAAGGATCACCAGGGGAAGAGGGAAGAGACCGTACCGGCGATATCCTGGCCGTCTCAAGACATCCGCGTACAGAACGGGCATTGATCGTGGCGGTACGGCCGAGTATGAATTGGCCGATGATACGATTGACGCGGCTCATCTTCGACATCGCAGTGTGAGAAGCGAGGCGATTGAAGACTATTCTGTATATAGCATTCACTTATCCCCTGAATCGATTACTTCCTCTAAAATTGCGAGCCATTCGGTGGGCTTGGCGCATTTGAGCTTTAATCCGGTACAAGGGATGCCTGACAGGCCGTTAATGCAGCAGTTCGGCGAGATGCCGTTCATGTTTCCCGAAGGCGTCGACACCATCGATGTTGCCGTCTCGCTCCACTCCCCTTATGCCGATGGAAATTATGTCATGGTGGTATCATGCAGCGACCCCGGGTTTCAAGCGGGGGTCAAGTCACGGAATGAGCTTCAGGCGATGGTCGGCATCACAAGGTCCGCAGGCAATCCGCATGCAGCCGGATGGTTATCATGGATAGCAATAGGCGGGCAATAG	MNKARRITRGRGKRPYRRYPGRLKTSAYRTGIDRGGTAEYELADDTIDAAHLRHRSVRSEAIEDYSVYSIHLSPESITSSKIASHSVGLAHLSFNPVQGMPDRPLMQQFGEMPFMFPEGVDTIDVAVSLHSPYADGNYVMVVSCSDPGFQAGVKSRNELQAMVGITRSAGNPHAAGWLSWIAIGGQ				NA	NA	NA	NA	NA
JZ016_05671	858			hypothetical protein	ATGCGCAAAATGCAGCGGTTAAGGCCCCGAAGAAGGCCGGTTTCTCGGCGTCCTTCCAGGGAATCGTTGCAGCCACCCGCTATTCCTACCACCTACCGTCCTATGGAGCCACAGATCCCACGGGAGAATCACCCCCATCCTTGCGTGTCTGTCATTATTCCCGCTATGAATGAAGCCGGTAAGATTTCCGCGGTCATAGCAGAAGCGCGGGCGGTTCATCCCGAGACCGAGGTAATCGTTGTTGCGAACGGGTGTAAGGATCAGACCGCAGCTGTCGCAGAACGGATGGGAGCCAAGGTGTTGTCTTTTGCGGAGCCGCTGGGACACGATGTGGGACGAAGTGTGGGCGCAGAAGCAGCTAAAGGACGAATTCTTCTTTTTACAGACAGCGATATGGTTATTCCTTCCGGTGAGTTAAGGCCTTTCGTGCAGGCGGTTCAATCCGGCGTTGATGTGGCCTTGAACGATTATACCGGTCCTATCGATCGGCAGCCGGTTCACCGGGTTATTCTTGCGAAATATACATTAAATTCGATGCTGGGAAGATCTGATTTGCGGGGCGCGTCCATGACAGCTGTACCGCATGCCTTAAGCCGTCGTGCGCTGGAGACAATCGGTGCAAGTGAGCTGTCCATTCCGCCGAAAGCGCAAGCGGCTGCGGTGAACCGGGGGCTGCGTGTAGAGGCGGTCTATCGCGTGGAGGTTGGACGCTTGAATCCCGGTCGAATCCCGGGCAGAGATCCGCTGGAAATGCTGGTGCTTGGCGATCATTTGGAAGCACTGGAAGCCGTGATTGCAGAGCGTGGTATCCGGGGCGGATATCACGATGGTGGACGAAGACGGAGCGTGGTGAGGTGA	MRKMQRLRPRRRPVSRRPSRESLQPPAIPTTYRPMEPQIPRENHPHPCVSVIIPAMNEAGKISAVIAEARAVHPETEVIVVANGCKDQTAAVAERMGAKVLSFAEPLGHDVGRSVGAEAAKGRILLFTDSDMVIPSGELRPFVQAVQSGVDVALNDYTGPIDRQPVHRVILAKYTLNSMLGRSDLRGASMTAVPHALSRRALETIGASELSIPPKAQAAAVNRGLRVEAVYRVEVGRLNPGRIPGRDPLEMLVLGDHLEALEAVIAERGIRGGYHDGGRRRSVVR				NA	NA	NA	NA	NA
JZ016_05672	1077			hypothetical protein	GTGCAAAAACGGATTCATAAAAAAATAAGTCGATCAGGATCTAAAGGCCGAAGACGTTTAAGGAAAGGTTCCTCACGGGTGGTGGCATACCGTTTAACACGGAGCAGCCGTTGGGAACGGCTCGCGCTGAGTGCGGGAGGTATGTCCGGGAGAAGACGAGGGGCCGCCTCCAAAAGGGATGCATCCATGGCTTTGGGTCAATGGCTGGCTTCCAGCGGAATCCCCCAGCACCAGCTCTATCACGTTCTGCCGGGGGTAGCGGAAGCGTTCCGACGAGGATACGCCAGAGGGGCCAGGCAGTCGATTCCGGCACCGCTGCTGCCGCCTCTGAACGGGCGTGCTTCCGTTATCGTGTCCGCCTGCAACGAAGCGGGTTCCATTCCGATGGTGCTGCGAGAGCTAAAGCGGCTTCCATTTCATGAAATCATCGTTGTCGAGAATGGGAGCCATGATCATACGTACGCGGCAGCGCGTGCATTTGAAGGGGTTACGGTGATCCACATTCCCGAGCGGCTGGGGCATGATGTGGCCCGTGCCTTGGGAGCGAAGATGAGCACCGGGGACATCGTTCTGTTCATGGACGGGGATATGCCGGTGCCTGCGGAGAAGCTGAGTTCCTATCTGGTTGCGGCAGATCGCGGAGTGGATGTGGCATTGAATGATATCATGCCATTGCTGCCGGAATTTGGCCGCCAAGATGAAGTTACCCGCTGCAAAACATTTCTCAACCGCATGCTGGGACGTGACGATCTGGAGGCCAATTCGCTAACTGCTGTTCCCCATGCGATGACAAGGCAGGCGCTGGAGAGTATCGGTTATGCGAATCTTTCAGTCCCTCCCAGAGCCCAGACGTTGGCCATAAGACAGGGGCTTCGAATTGAAGCGGTGCAGACCGTGGATGTTTTGAGCGTAAACCGGCGAAGGAAGACGAATCGCGGCAAGGACAATCCAGTGGCAAAGCTGATCATTGGCGATCATATCGAAGCCCTGGGAGATACGATGAAAAACCTTGGCGGGCGCCTTCAATGGGGACAGGTGTCACGGACGGAATTAGCCTTACGGAGGAACAGCCTATGA	MQKRIHKKISRSGSKGRRRLRKGSSRVVAYRLTRSSRWERLALSAGGMSGRRRGAASKRDASMALGQWLASSGIPQHQLYHVLPGVAEAFRRGYARGARQSIPAPLLPPLNGRASVIVSACNEAGSIPMVLRELKRLPFHEIIVVENGSHDHTYAAARAFEGVTVIHIPERLGHDVARALGAKMSTGDIVLFMDGDMPVPAEKLSSYLVAADRGVDVALNDIMPLLPEFGRQDEVTRCKTFLNRMLGRDDLEANSLTAVPHAMTRQALESIGYANLSVPPRAQTLAIRQGLRIEAVQTVDVLSVNRRRKTNRGKDNPVAKLIIGDHIEALGDTMKNLGGRLQWGQVSRTELALRRNSL				NA	NA	NA	NA	NA
JZ016_05673	762			hypothetical protein	ATGAGCGGACTAACGAGTATTATTATTCCCACGTATAACGGACTGCATCTGCTCCGTACCTGTGTGGAGCATATCCGGGCATATACCGATGTCCCCTACGAGATTATTGTGGTGGACAATGGCTCACGGGATGGAACCGGTGAATATTGTGTACGGGAAGGGCTTTTGCTTGTCTCGCTGCCCGAAAACACCGGTTTCCCCATCGCGTGTAACCATGGTCTCCGGTTGGCATTGGGAGATCAATTATTGCTGCTGAACAATGATGTTTTTGTTTCGCCGCGGTGGCTGACGTTATTGCAAGAAGCGTTATACAGCCAGGAAGAGATCGGGGTCGTGGGGCCTGTAACGAATTACGCAAGCGGTATCCAGCAGGTAAAGGTAGATTATACGGACAGAGCAGGCTACATCCGGGAGGCAGAACGCTGGAATGTACCGAATGCGGCACTGTGGCACGAAGTGAATCGTATCGTGGGGTTATGCTATTTGTTTAGGCGCACGGTCATGGATCGGGTGGGATACCTGGATGAGATGTTCTCGCCCGGACACTATGAGGATGATGATTACTGCTATCGCGCCCGCCTTGCAGGGTTCAAGCTGGTGGTGGCAGGGAATGTGCTGGTGCACCATGAAGGGAGTGCAAGCTTCCGAACCCGGTTCCCGAGCGGATTCCAGGAGTTGATTGAACGAAACCGGAGACGGTTTGTAGAGAAGTGGAATGTAGACCCATTACAATTCATCGAGGAGAGAGGTGACGCATCATGA	MSGLTSIIIPTYNGLHLLRTCVEHIRAYTDVPYEIIVVDNGSRDGTGEYCVREGLLLVSLPENTGFPIACNHGLRLALGDQLLLLNNDVFVSPRWLTLLQEALYSQEEIGVVGPVTNYASGIQQVKVDYTDRAGYIREAERWNVPNAALWHEVNRIVGLCYLFRRTVMDRVGYLDEMFSPGHYEDDDYCYRARLAGFKLVVAGNVLVHHEGSASFRTRFPSGFQELIERNRRRFVEKWNVDPLQFIEERGDAS				NA	NA	NA	NA	NA
JZ016_05674	732	rmlA_2	COG1209	Glucose-1-phosphate thymidylyltransferase	ATGAAGGGCGTATTGCTGGCAGGGGGGAACGGCACCCGACTACTTCCGCTGACGAAATATATGAATAAGCACCTGCTTCCGGTAGGAAAGCATCCGATGATTGCATATGGAATCCACAAGCTGCATCAGGCGGGCATCGATGACATTTTATTGATTACCGGCTCCAAATCGGTTGGCCTGTACGCCGAATATTTGGAGAACGGACGGAGCTTTGGTGTCAATTTGACCTATAAGGTGCAGGAGCAGGCAGGCGGAATTGCGGAGGCGTTGGAGCTGGCGAAAGGATTTATACCTCACGGTGAAAAATTCGTTGTTCTGCTGGGGGATAACCTGTTTCAGGATGATTTAAAGCCGTTCATTCAGCATTATGTACAGCAGCCTTCCGGTACGGCTATGGTACTGCTTAGTCCTACGGATAGCCCCCATCGGTATGGCGTACCTGTATTTGCGGAGGATGGCAGCGGGAAATTGCTTTTCATTGAGGAAAAACCCGTAAATCCCCGGAGCCGTCATGCGGTGACGGGAATATATATGTATGACCATAGCGTATTTGATATCATCAGCCGAATCAGTCCGTCAGAACGAGGGGAATTGGAGATTACCGATGTCAACAATCTGTATGCAGCCAACGGGACATTAATGTATGACATCCTGCAGCAGTGGTGGTGCGATGCCGGCACTTTTGAATCGTTGCAGGAGGCGGCTGTGCATATGAAGGATGAATTGCCATGA	MKGVLLAGGNGTRLLPLTKYMNKHLLPVGKHPMIAYGIHKLHQAGIDDILLITGSKSVGLYAEYLENGRSFGVNLTYKVQEQAGGIAEALELAKGFIPHGEKFVVLLGDNLFQDDLKPFIQHYVQQPSGTAMVLLSPTDSPHRYGVPVFAEDGSGKLLFIEEKPVNPRSRHAVTGIYMYDHSVFDIISRISPSERGELEITDVNNLYAANGTLMYDILQQWWCDAGTFESLQEAAVHMKDELP	PGPT0022600_4974	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0022600-rfbA|rmlA|rffH-K00973	NA	NA
JZ016_05675	738			hypothetical protein	ATGAAAAAACGGCGTGCAGTTCGGGCTGCAGTCCATACCGGAGAGCAGCGAGAGGGGGGCGTATCGGGCGAGCATTACCGAGCCGGTTATGAGGCCGGTTATGCTCTCGGGCTAAGGCTTGGGCAGGAGGACCGGGGCAGTGTGTTCGAAGGAACGAGCATTATTATCCCTGCGGATTCTCAGCATGATGCAGCGGTTCAAGTCATACAGCATATTGAGACAATGACTCCCCATCTCTATGAGGTGCTTGTTGCCGATGCTGGCGCCACAGCGAATACGAGGCGGTATATTCATGATCGAAGAGGAGTCGTGCGTCACATCAAGGGGAATAGTGGAGATCATCTAGCCCGCGTAGTGAATAAGGCGATTTCAGCTTCACTTGGCGAGCATATCGCCATATTGGCCAACGATCCTCCACATATGGATAACTGGCTTGGGGTTCTGATGTGCGAGTTTGAGCGTGAACCTGGTATAAAAATGGTCTACGCCAGTTCTGCAGCAACGGGTTTAGGAGCTGCATTAGTGGGCGAGGAGAAGTCAGCTCTGCCGAGTTCCTCGCCCAGTCCATTGAGCTGTTTGCTGTTCAGACGATCGCTCCCGGCAGAGATCGGAATGTGGACGGAAGAGATCCTTTCCGCGGAAGACCATATGCATAGATGGCTTGAACGGATACCCGCGGAACAGAGATTACAGATAGAGGCATCATCTATATTTTGCAAGCGGGAAGATATGATTTGA	MKKRRAVRAAVHTGEQREGGVSGEHYRAGYEAGYALGLRLGQEDRGSVFEGTSIIIPADSQHDAAVQVIQHIETMTPHLYEVLVADAGATANTRRYIHDRRGVVRHIKGNSGDHLARVVNKAISASLGEHIAILANDPPHMDNWLGVLMCEFEREPGIKMVYASSAATGLGAALVGEEKSALPSSSPSPLSCLLFRRSLPAEIGMWTEEILSAEDHMHRWLERIPAEQRLQIEASSIFCKREDMI				NA	NA	NA	NA	NA
JZ016_05676	291			hypothetical protein	GTGGAGAGCAAAATCGATGATATGATAGCGCATCTTTCGCATTCTCAACAGCAGCTGGCCCGGATTTTGGAAGCTCAGCGCCATGCTGCTGTTCGCATGGCTCAAATTATACATTCTCTTCCTGAATATGAATTTCAGCTTGCAGAAGGACCGAAATCATCAGGAGGACAGACGACCCAAATCAATCGCAGCATCGTGTCTTATTTGAATGCCATGGCGGATCTGCAGCAAACCGCAGCAGATAGCCTGGAGATCGTGTTAAAGGAAATGAGAGACCAAGAGGAAGAATAA	MESKIDDMIAHLSHSQQQLARILEAQRHAAVRMAQIIHSLPEYEFQLAEGPKSSGGQTTQINRSIVSYLNAMADLQQTAADSLEIVLKEMRDQEEE				NA	NA	NA	NA	NA
JZ016_05677	312			hypothetical protein	ATGCAGGTGAGCAAAGAAGAGTCTTTGATGCGAATGCTGGAAGCAGCCGTAGCCATTCAGCGCGAGACCTCTCTGATCCTGGAAGGGAAGGCGGTCGAAGCTGAAAAAGTTCGCGAGTGGGTGCTTTCGCAGGATCCCTCTACCGGCGGATTGAAGGATTCGCTGGTGATGCATGAGCAGATCGTGGAGCAGATTGAAGGACTGACCCGAATCGGATCAGGGCTCTGCCGGAATCTGCGTGTGGCTTTAGGTACCGATGATCAGGCGTCAAGCGGAGGTTTTGATGAATTTGATTTTGGAGATTCGGATTGA	MQVSKEESLMRMLEAAVAIQRETSLILEGKAVEAEKVREWVLSQDPSTGGLKDSLVMHEQIVEQIEGLTRIGSGLCRNLRVALGTDDQASSGGFDEFDFGDSD				NA	NA	NA	NA	NA
JZ016_05678	315			hypothetical protein	ATGATTACACGCACCCACCGGGAACATGAAGCAAGGGTAGCCATGATATCATCTATCGCCAGAAGCCAGGAGGCATTGGCCGGCATTTTGGAGAATATCGCCGAAGTCTCGGCCCATTCCGACGTGACTGCGAAAAAGCTTGCTGAGAATATCCGGCTATTAACCGGTTACCAGTCGGTTATGACGGAGATGCTGACAGGCATACCGCTGAACCGAACGAAACGGGGGTCTCCTTCTTCCCCATGGCTTGCAGCCGGAAGGATTGCAAGCCACGGTACAGCAGACCAGGAACAAACCACGCACTTGGGAGGTTAA	MITRTHREHEARVAMISSIARSQEALAGILENIAEVSAHSDVTAKKLAENIRLLTGYQSVMTEMLTGIPLNRTKRGSPSSPWLAAGRIASHGTADQEQTTHLGG				NA	NA	NA	NA	NA
JZ016_05679	309			hypothetical protein	ATGAAAGTAAAAATAAAGGGCTTGCGAAAGAGCGGACGTGCACGTCGTGCCGGCAGCAAGAGATTGTCCTTGGCTGTAAGACGCTTGAAGATTGTTAAAGGTGCCAGACGGCGTCGTGGCGGAAACTTGAGTTTGCGTAAACGCCGCGGGATTCGAGGCCGCTATCGTTTACGAAGAGGAGGGCGCGTTTTCTATCCCGCCTCATCCCAGGCGTATAACCAAGGTTATAGTCAGGCATATGACGAAGGATTTAAATCGGGATTTGCGAAGGGTTATGAAGACGGGCAAATCCCTCCTGCACCTGTATGA	MKVKIKGLRKSGRARRAGSKRLSLAVRRLKIVKGARRRRGGNLSLRKRRGIRGRYRLRRGGRVFYPASSQAYNQGYSQAYDEGFKSGFAKGYEDGQIPPAPV				NA	NA	NA	NA	NA
JZ016_05680	1092			hypothetical protein	ATGGTGAGCTTATCGTTTCTTACAGGTCAGAAGGAGGGCTACCAGGCAGGTTACAGTGAAGGTTACCGTTTGGGGGGGTGCCGTGCGCTGATGGAACGTATTCCAGTCGAGCCCTCGCCATATTTCAATCTGAAAATTCTGTATGTCCCTCAAGGATTTGAGTCCATTGATGAAGGGGTAGTCAAGGGACTTGGCCGAATCGTTCAGGAATGTATCGTGGTGCCGCCGGAACAAGTGGTGGAGGTAGCGCTGCAGCAAAAGCCGGATATCATTCTGGTGATGAACGGCTTGCACGTATTTCCGGAGGGGTTTCGCCATTCCATGAATCAGCTCCGGAACCTCGGCTTCCGGACGGCCATTTGGTTTGTCGATGACCCTTATTTTACGGAGGAGACACCGGGATTGGCACAGCACTTTGATGTTGTGTTCACGCATGAGCTGAGCTGTGTTTCATTGTATCAAAGCGTTGGGGTGAAGGAAGTGCATTATCTTCCGCTTGGCGTTCATCCGGAACTATTCACCCCTACGATGGCAGGGCCGGCATATCGTTCTGACATTTGTTTCATCGGGAACGCGTTCCGCAACCGTGCGGCACTGTTTGATGAATTGGCCCCGTTCTTGAAAGGGAAGCAGGTTCGTATTATCGGAGGCTACTGGGAACGACTTGCCCGTTATAAAGAACTCTCCCCGTTTGTGTACAGCGGCTTCATTCCGCCTGCTGAAACCGTGAAATTCTACAACGGCGCCAAAATTGTGATCAACCTGCACCGGCCCACACAAAGCGGTGACGATAACCGCAACAGCCTGAATTATCCGGGACGTTCGATCAACCCGCGCACCTTTGAGATCAATGCTTGCGGTACGCTGCAGATCACGGATATCCGTGAGGATCTGAGCCAGTATTATACGCCAGGAATCGACATCGAAACCTTTGGCTCCGTTCCGGAATTGAAACATAAGATTTCCTATTATCTCTCTCAAGAGGATCAGCGCAGAAGTATAGCGCAGCGGGCGCTTCAGACAACGATGACAAGACATACGTATGTTCACCGACTGCCGGAACTTCTGACTTTGATCGAAGCCAATCGATAG	MVSLSFLTGQKEGYQAGYSEGYRLGGCRALMERIPVEPSPYFNLKILYVPQGFESIDEGVVKGLGRIVQECIVVPPEQVVEVALQQKPDIILVMNGLHVFPEGFRHSMNQLRNLGFRTAIWFVDDPYFTEETPGLAQHFDVVFTHELSCVSLYQSVGVKEVHYLPLGVHPELFTPTMAGPAYRSDICFIGNAFRNRAALFDELAPFLKGKQVRIIGGYWERLARYKELSPFVYSGFIPPAETVKFYNGAKIVINLHRPTQSGDDNRNSLNYPGRSINPRTFEINACGTLQITDIREDLSQYYTPGIDIETFGSVPELKHKISYYLSQEDQRRSIAQRALQTTMTRHTYVHRLPELLTLIEANR	PGPT0024857_230	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_MATURATION_PROTEIN,PGPT0024857-cgeB-K06320	NA	NA
JZ016_05681	1125			hypothetical protein	ATGGCTAGAAGTTTAGTTACAGGACCACGTCGGTCCGCCGTATCCGATGCATACGGGCAAGGCAGGAATGCCGGTCTTCAAGCGGGATACGATGAAGGGTACTTCCGGGGGAAATCACAAGGCATCGTCAACCGGATTGTATACACCCCGCCTGTGCGGGATATCCATGTCTTGTTTGTCAGTTCGGGAAAAGGATTTCCCTACTCGCCGATTGACGAGGCGATTATCGGCACGCTGCATGGCATGGTACGTCAGCTTTCGCTGACGGATGCGAAGCAGGATGTAGCAGCGGAAGCAAGCCGCACCAGGCCGGATCTAGTGCTGGTGCTGGACGGCATGTATCTTCCTGTGGAACAGATGGATGCCGTTCGGGCCATGGGGATTCGGACAGCCGTATGGATGACCGACGATCCGTATTATACCGATATGACCATAGGCTGGGTTCATCACTATGATTATGTGTTTACGCTGGAGTTTAACTGCGTGGCCCATTATCAGAACTTGGGCTGCGCTCAGGTTCATTATTTGCCATTCGCTGCATTTCCCGGTCATTATCGTCCGATCGTCAAACCTGGAGCGGCAACCCGCGATATCAGTTTTGTCGGTACAGCCTACCCGAAGCGGATTCAGTTCTTTGAGCCCATTATGGATCAACTGATGGCGCACCGTACATTTATAAACGGAAATTGGTGGGAACGATTCCCTGGGTATGGGCGATATAACAACCGAATCGAGGTCAACAAGTGGATGGGCCCCGCGGAAACGGCAGACGTATACAACAGTGCCAAGATTATCATCAATCTGCACCGTGCGGTAGATGACGACGACATTAATCAAAATAGAGGTCATATTCCTGCGGCGTCCCCGAACCCTCGGACGTTTGAGATCAGTGCCTGCGGTACGCTTCAACTCTGTGATGAGCGCGCGGATCTGGCACGCTTTTACACGCCGGGTGTGGAGATTGAGACATACCGATCGCCTGGTGAACTGCTGGAGAAGATTGAGTATTACCTTACGAATGACCAACTGCGTAAAGATATTGCCCATCGTGCGCTGGAGAGAACGTTTCAGGAGCATACCTATGCGCATCGGCTGAACACGATGTTCTCGGTCATCTTCCCTTGA	MARSLVTGPRRSAVSDAYGQGRNAGLQAGYDEGYFRGKSQGIVNRIVYTPPVRDIHVLFVSSGKGFPYSPIDEAIIGTLHGMVRQLSLTDAKQDVAAEASRTRPDLVLVLDGMYLPVEQMDAVRAMGIRTAVWMTDDPYYTDMTIGWVHHYDYVFTLEFNCVAHYQNLGCAQVHYLPFAAFPGHYRPIVKPGAATRDISFVGTAYPKRIQFFEPIMDQLMAHRTFINGNWWERFPGYGRYNNRIEVNKWMGPAETADVYNSAKIIINLHRAVDDDDINQNRGHIPAASPNPRTFEISACGTLQLCDERADLARFYTPGVEIETYRSPGELLEKIEYYLTNDQLRKDIAHRALERTFQEHTYAHRLNTMFSVIFP	PGPT0024857_193	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_MATURATION_PROTEIN,PGPT0024857-cgeB-K06320	NA	NA
JZ016_05682	1404	mshA_10		D-inositol-3-phosphate glycosyltransferase	ATGGCCCTTAAACCGAAAATGTTGATTTTTTCACACGTATCCAATCCTTCAAGCATTACGGGAGCGGAGAAGCTGCTTCTGTTCTTCTGCGGGCAGTTAGCTCCATACTTCGATTGTGTTCTGGTTGCACCGAATGAAGGCCGGTTGACCATGCTGGCCAGACAATCCGGGATTATGGTCAAAATATACAAAATCCCATTGCTTCACAGTATATATACACCTGGTGCCCATCTTATGAACGAAGCGGAAAAGTTAATGACAACACCTGTATTCCGTGCCTTGACAAAATGGATAGCAAATGAAGGACCTCAGGTGATCCTTACCAATACCTGCGTGCATTTTATGCCGGCGGCTGCCGGAAAACGACTCGGGATTCCCGTGATGTGGCAGCTGACAGAAAAAATTACGGATAACGGGTATGCCCATTTCTCCACTTCGTTAATCCATCAGTACAGCAGTTGGATCATCAGTATTTCCGAATCGGTAGCCGAGAGCTTCCCGCCGGAAGTGAGGCAGACGAAGATGACGGTTCTTCCTCCATCCTGGAGCGAGTCTGACATTCAGCCGGAAGCATGGCCGGGATGGAGGGCTTCCTACCGGGAGAAGCTTGGGATCACATCGAACAGACCTGTAATTGGAATGATCTCGTCGTTTCTGATCGAGAGCAAAGGGGTCCATCATTTTATCGACATGGCGCTTTCACTCAAGGATGCCTATCCGGACGCGGTCTTCCTCATTGTTGGCAGCGTGCTGGACCTGGACTATGAGAGATTGTGCCGCGATCGGATTGCTTGGTCCGGAGCTCAGCACCGATTCATATTCGCCGGTACCCAGGATGATATCACTCAGGTGTACTGTGCACTCGATGTTGTTGTTGTACCGAGCGTGGTACCGGAGGGATTCGGGTTGACGGCACTGGAGGGCCTGATGTACGGAAAACCGGTTGTTGCCTATGCCTCAGGAGGACTCCAGGAAGTGTTGACAGCTGCCGGCTGTCCGCAACTGCTAGCCGACCCAGGGAGTACGGCCTCTCTGGTGGAGAAAGTAAGGTCCATACTGGATCAGCCGGATCAGGGAGTTTCCTTGGGAATGCAGAACCGGATGCAAGCACAGGCTGTTTATGGTCCTGCGATGTACCAGGTACGAGTGAACGAAATGGTTTCCCGGTGGATGAATGAGCATCCTGAGTGGTTCCAGGCGACGGCAAGAACGGCGAAGCACCGGGCTGCTCCGACGAGACGGCATAAACAGCAGCGTAAGCGGATCCGGAAGAAACGCGGCAAAGCCGGACTGCGCCGAATAATCCCTCGCACGAGAACCAGAAGAACAGAAGGAAAACCGACCAGGCGACGGGCATCAAAGCCTAGACAACGCAGAACGTCCGCAAGGCGACGGAAGGCATAA	MALKPKMLIFSHVSNPSSITGAEKLLLFFCGQLAPYFDCVLVAPNEGRLTMLARQSGIMVKIYKIPLLHSIYTPGAHLMNEAEKLMTTPVFRALTKWIANEGPQVILTNTCVHFMPAAAGKRLGIPVMWQLTEKITDNGYAHFSTSLIHQYSSWIISISESVAESFPPEVRQTKMTVLPPSWSESDIQPEAWPGWRASYREKLGITSNRPVIGMISSFLIESKGVHHFIDMALSLKDAYPDAVFLIVGSVLDLDYERLCRDRIAWSGAQHRFIFAGTQDDITQVYCALDVVVVPSVVPEGFGLTALEGLMYGKPVVAYASGGLQEVLTAAGCPQLLADPGSTASLVEKVRSILDQPDQGVSLGMQNRMQAQAVYGPAMYQVRVNEMVSRWMNEHPEWFQATARTAKHRAAPTRRHKQQRKRIRKKRGKAGLRRIIPRTRTRRTEGKPTRRRASKPRQRRTSARRRKA	PGPT0019565_28	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019565-bshA-K00754	NA	NA
JZ016_05683	1095	wbpI	COG0381	UDP-2,3-diacetamido-2,3-dideoxy-D-glucuronate 2-epimerase	ATGAAAGTCATGACAATCTTGGGTACGAGGCCCGAAATTATCCGATTAAGCTTGATCATTCCTCTATTAGACCAGTATGCAACGAGGCATGTGCTCGTGCATACAGGGCAAAATTTCACGAATACCTTAAGCGGGGTGTTCTTCTCGGAGATGGGACTCCGCAGTCCGGATTACGTCCTTCAGGACCGTCAGGCAACGCTCGGAGGCCAGCTGTCGGTCATGTTCAGCCGTATGGAAGAAATCTTGGAGCAGGAGAAGCCCGATACCGTTCTGCTGCTAGGCGATACAAACAGCGCGCTTTGCGCTGTGCTGGCTGAGCGTCTGGGGTATCCCGTGGTGCATATGGAAGCGGGGAACCGCTGCTTTGATCTTGATGTGCCTGAAGAGAAGAACCGCAAAGTCATTGATGCGGTATCCTCTATCAACATGCCTTATACGAACTATAGCAAGAATCATCTGCTTCGCGAGGGTGTGCCGAGTCAGCGTATCGTTCTGACAGGGAACCCGATCTATGAAGTCATGAAACATTATGAAACTCAGGTCAATCAAAGCCGGATCATGGAGCAGCTGTCCTTGTCGCCTCAGCAATATTTTCTGGTCACGATACACCGCTCCGAGAATGTGGATCGACCTGAGAATTTAAAGGAAATTTTAAATGGGTTAAACGCGGTTGCGGAAACGTTCGGACACCGGCTCATATGCAGCCTTCATCCCCGGACGGCTTCGCGCCTTGAAGGGGCGAAGGAGGTTAGTCTCCATCCGCTCATTGAATTCCACGAGCCGTTTGGCTTTTTTGATTTTGTGAGGCTCGAGAAGGATGCTCTCTGTGCCATCACCGACAGCGGCACGGTACAAGAGGAATGCTGCATCATGCACGTACCCACAGTAACGGTTCGGCGGACGACGGAGCGACCGGAAACTGTGGATTGCGGAAGTAACATCGTATCCGGCTTGAGTGCCGACCGGATCCATGGAGCGGTCAAATTGATGACTCAATTGAGTCGCGACTGGAAGTGCCCGGACGGATACTTGGCGGACAATGTGTCGCGTACCGTCGTAAAATATGTGCTTGGAGGGAAAGTGAATGTTCACTAA	MKVMTILGTRPEIIRLSLIIPLLDQYATRHVLVHTGQNFTNTLSGVFFSEMGLRSPDYVLQDRQATLGGQLSVMFSRMEEILEQEKPDTVLLLGDTNSALCAVLAERLGYPVVHMEAGNRCFDLDVPEEKNRKVIDAVSSINMPYTNYSKNHLLREGVPSQRIVLTGNPIYEVMKHYETQVNQSRIMEQLSLSPQQYFLVTIHRSENVDRPENLKEILNGLNAVAETFGHRLICSLHPRTASRLEGAKEVSLHPLIEFHEPFGFFDFVRLEKDALCAITDSGTVQEECCIMHVPTVTVRRTTERPETVDCGSNIVSGLSADRIHGAVKLMTQLSRDWKCPDGYLADNVSRTVVKYVLGGKVNVH	PGPT0018905_2655	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0018905-wecB-K01791	NA	NA
JZ016_05684	987	pseB	COG1086	UDP-N-acetylglucosamine 4,6-dehydratase (inverting)	ATGTTCACTAATCAACGGATTTTGGTGACTGGCGGCACAGGCTCTTGGGGACATGAACTGATCAGCCAGCTACTGCCGCTAAATCCTAAGCAGGTCATCGTCTATTCCAGAAGCGAGGCTACGCAAGTGGCCATGGACCGTGAGTTTGAAGATCCGAGACTCACTTTCCGAATTGGGGACATCCGCGACAAGGAAGCTCTTACGGCAGCCTGCCAGGATGTCGATTACGTCTTTCATCTTGCGGCGCTGAAACATGTGCCTGTATGTGAGGAGCATCCCTATGAAGCTCTGAAAACCAATGTAGTAGGCACGCAGCATGTCATTGAAGCAGCCATTGAAAACCAAGTGAAAAAAGTGATATATATTTCAACGGATAAAGCTGCAAATCCATCCAACTTTTACGGCATGACCAAGGCGATTGGCGAAAAGCTGATTGTATATGCTAATCTGTTGAGTAATCACACCAAATTCGTTTGCGTGCGGGGCGGCAATGTTCTCGGAACGAACGGGAGCGTCGTTCATGTATTCAAGAATCAGATTCGGCAAAAGGGACAGATCAGCATCACCGATCACAACATGACCCGTTTCTTCCTGACCTTGAAGGACGCAATCTCCTTGCTCTTCAAAGCGTCGATTGAAAGCATAGGCGGCGAAATCTTCGTTATGACGATGCCGACCTGCCGCATCGTGGATTTGGCGGAAGTGCTTATAGAGGCTTCCGGGCGAAACGACGTCACAGTGGTTGAAACCGGAATTCGACCGGGAGAGAAGATCCATGAAATACTCATGAGTGATTTTGAAAGCCAGACAACCGTTGTTTACGACGACGAATATTTGGTCATATTACCAACTTTAGATATTCCTGATCTGAAGGAACGGTATCAACACCTGCCCAAAGTGTCTTTCAACAGCTTCAGCTCGGAGCATCAATTGATGACGAAGGTCGAAATACGGGATATTCTGCGCCGCGGAGGATTCTTGCCATGA	MFTNQRILVTGGTGSWGHELISQLLPLNPKQVIVYSRSEATQVAMDREFEDPRLTFRIGDIRDKEALTAACQDVDYVFHLAALKHVPVCEEHPYEALKTNVVGTQHVIEAAIENQVKKVIYISTDKAANPSNFYGMTKAIGEKLIVYANLLSNHTKFVCVRGGNVLGTNGSVVHVFKNQIRQKGQISITDHNMTRFFLTLKDAISLLFKASIESIGGEIFVMTMPTCRIVDLAEVLIEASGRNDVTVVETGIRPGEKIHEILMSDFESQTTVVYDDEYLVILPTLDIPDLKERYQHLPKVSFNSFSSEHQLMTKVEIRDILRRGGFLP	PGPT0018935_1090	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0018935-pseB|wbjB-K15894	NA	NA
JZ016_05685	828			hypothetical protein	ATGAAGATGCTCATTCTCGGGGGAAATGGCATGGCGGGACATATGCTTGTACAGTACTTTCAGTTATCCGGCAAGCATCATGTCTTTTATACGACCCGGGACAGAAGCGATTCACAAGGCCTGGTGCTCGATGTAACCGATATGAGTGCTGTAGAGCATATCGTGAAGGCGGTTGGGCCCGATATCATCATCAACGCCGTAGGCGTCTTGAATCAACGAGCTGAGGAAGACAAGATAAACGCGTATCATATCAACGGTTTTTTACCTCATCGGTTGCGATATTTAGCGAATAGCATTTCAGCCAGACTTATTCATATCAGCACGGATTGCGTGTTTCTGGGGACCAAGGGAGGCTATCGGGAAGATGATCTTCCCGATGGTGTGACTTCCTATGCGGTAACCAAAGCGCTGGGCGAGGTCCAAGACCCGGATCACTTGACGATTCGAACCTCGATCATCGGACCAGAAATTCGGCAGAGCGGAATCGGCCTGTTTAACTGGTTTATGAAGCAGCGAGGCGAGGTTTCCGGCTACCGGGCTGTGCTATGGAACGGTGTTACAACGCTGGAGCTTGCCAAAGCGATCGAATTCTTCATGAACAAGGACGTGGGGGGGCTCATCCATCTCGGACATCCGAATCCGGTAAGCAAATATGAGTTGCTGCTGTTGTTCAAGGACATATGGGGGAAACACGATGTGGTTGTGGTCCCGACCGACGAGTTTGTTCAGGATCGGACGCTGCGCAGCACGCGACTCGATGCAACCTATCCATTTCCGGATTATGCTCAAATGTTAAAGGAGATGTATGAATGGCAGCAGAAACATTAA	MKMLILGGNGMAGHMLVQYFQLSGKHHVFYTTRDRSDSQGLVLDVTDMSAVEHIVKAVGPDIIINAVGVLNQRAEEDKINAYHINGFLPHRLRYLANSISARLIHISTDCVFLGTKGGYREDDLPDGVTSYAVTKALGEVQDPDHLTIRTSIIGPEIRQSGIGLFNWFMKQRGEVSGYRAVLWNGVTTLELAKAIEFFMNKDVGGLIHLGHPNPVSKYELLLLFKDIWGKHDVVVVPTDEFVQDRTLRSTRLDATYPFPDYAQMLKEMYEWQQKH	PGPT0022630_4234	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PUTATIVE_TRYLOSE_DERIVATES_MODIFICATION,PGPT0022630-rfbD|rmlD-K00067	NA	NA
JZ016_05686	960	rmd_3		GDP-6-deoxy-D-mannose reductase	ATGGCAGCAGAAACATTAACAAACAAAAAACTGCTGATCACAGGAGCCACAGGTTTTACCGGCTTACATGCTTGTGCTTATTTCGTCCGGCAGGGCTGTACGGTCGTTGCTGCCGGTCGAAATAAGAAAACGCTGGATTCGATACAAGGCGTCATTTCCGCCGAGTGTCACCTGGAGGATCGTGAACAGGTGAATGACCTTATTCGAAATAACCTTCCCGATTATATTTTACATTTAGCCGGAAAAAATTCAGCATCGGAGTCGTGGAAGCATCCTGCTTCATATATGGAGAGTAATGTTATGGGTACCATCTATCTGCTTGAGGCTGTTCGGCAGCACTGTCCGGAGAGTCGCATGGTGATGGTTGGGTCCAGACTAAGCGTAGATCCCGCAAAAGGCGCGGCCGCCGTTCCTCATCCATACAGCCTTAGCAAAACCTTTGCCAGTTGGTCCGCAGCGGCCTGGCACAGCATGTTTAACCAGCATATCGTCCTTGCTGAGCCGTCCAATCTGATTGGCCCTGGAGAATCGACAGGATTCTGCACGCTGCTTGCCCGGTATATTGCAGGCTGTGAAGCGGGTAGGGGCCTGCCGCTATTCCGTATCAGTTCCCGATTCGAATCCAGGGACTTTCTGGACGTTCGGGATGCGGTAGCTGCATACGGCGTACTTCTGAAGAGCGGGTCTTCCGGCATGACGTATCCCATCGATTCGGGGAAAGAGCATACGCTTGGAGAGCTGGCTGAGCGCTTACTGAAGGAGACCGGGACGGCGGTGCCCATCGATTGGGGACCTGAATCCGCCTCGCTTTCGTTGGATTCGTTAAATAAGGGGACCGGGGGGCAGCAAGGGGCCGGGCTCCTCAAAGCGCTGGGATGGAGCCCGCAATACGTCCTGGAGCAATCGCTTGCCGATATTATGGATGACGCCAGAATACAGGTGCAGTCCTCCACTTCATAA	MAAETLTNKKLLITGATGFTGLHACAYFVRQGCTVVAAGRNKKTLDSIQGVISAECHLEDREQVNDLIRNNLPDYILHLAGKNSASESWKHPASYMESNVMGTIYLLEAVRQHCPESRMVMVGSRLSVDPAKGAAAVPHPYSLSKTFASWSAAAWHSMFNQHIVLAEPSNLIGPGESTGFCTLLARYIAGCEAGRGLPLFRISSRFESRDFLDVRDAVAAYGVLLKSGSSGMTYPIDSGKEHTLGELAERLLKETGTAVPIDWGPESASLSLDSLNKGTGGQQGAGLLKALGWSPQYVLEQSLADIMDDARIQVQSSTS	PGPT0022780_152	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GDP_D-RHAMNOSE|DEOXY_D_MANNOSE_MODIFICATION,PGPT0022780-rmd-K15856	NA	NA
JZ016_05687	1041			hypothetical protein	ATGATTAAATCCAAGGCCCTCAACCTGACCGTCTCCACGGCATTGCTGCTGAGTATGGCTGCAGTAGCAGGATGCGGTAACGCCAACGACGGCAACACGACACGTACGAACAATGTGGACAGTGGCCGTATCGGTGTGAATTCCGTACGGAACAACCAGAACGTCCGCAGCACGCAGCAGCATGACCTGACCAACCTGAAATACAGCAAAACGCTGTCGAAGAAAGTTTCGGATATCAGTGGTTTAGGTACAGCGCATGTATTCGTGACGAACCGCAATGCGTATGTATCGCTGTCCCGGGATGGCATGAACACGAATAACATCAACGGTCGTGTGACAGGTATGAGCACTGGAGCTAATCGTGCCACTGACCGTACGCTGACGGGCACGAACACCACGAATGTCAGAAACCGTACCTTCGGTACCTCAGGTACAGGCAGCGTCGGTCTCCTGCAAGGAATGGCAAACGACACAAGACGTGCTGTGGACAATACGACAGGTCTTGGAACAGGTTTAGGCCGTAATGCCGATAACCGCGGCTTCGGTGTAAATGGAACGACAACCAATGGCGGATTTGGCGGCAGCAATTATAATACGTTAAACGGAACACGCACGAATGGACTGATGGGTACTAACGGAACGAACGGTACGACAAATGACACTCATATGGGAACAGGCATCAATGGCGTTCCTTATGGCACTTACAACAACAATAATATGGGCATCATGAGCAACAATCGTGAAGAGGTTCCTCAACATGTACGTCAGGAGATTACGAGCAAAATTCGCAAGACCGCTCCGCATATCAGTCAAGTATATGTTTCCACGGATGAGGATTTTTATCAGCATGCCAATCGTTTTGGAACTGACGGTAATGCAGCGAACACGGTTGGAACGCTTACGCGCGATTTCGGCACATGGATTAACCGTGTGTTCCCACTGAACCTTGGCGGTCGTGACGGCATGAACGATACCCGCGGCAACCTGATGAAGAATGATACGGATGACGGTTGGTTTGGCGGTAATCGGAACAGCCGGTAA	MIKSKALNLTVSTALLLSMAAVAGCGNANDGNTTRTNNVDSGRIGVNSVRNNQNVRSTQQHDLTNLKYSKTLSKKVSDISGLGTAHVFVTNRNAYVSLSRDGMNTNNINGRVTGMSTGANRATDRTLTGTNTTNVRNRTFGTSGTGSVGLLQGMANDTRRAVDNTTGLGTGLGRNADNRGFGVNGTTTNGGFGGSNYNTLNGTRTNGLMGTNGTNGTTNDTHMGTGINGVPYGTYNNNNMGIMSNNREEVPQHVRQEITSKIRKTAPHISQVYVSTDEDFYQHANRFGTDGNAANTVGTLTRDFGTWINRVFPLNLGGRDGMNDTRGNLMKNDTDDGWFGGNRNSR				NA	NA	NA	NA	NA
JZ016_05688	1188	agaA_3	COG1820	N-acetylgalactosamine-6-phosphate deacetylase	ATGAGCGGCGAACGAAAAGAATCTGTCCAATTGCTGTATGGTCAAGTCCTGACGCCAAACGGCATCTGCGAAGACGGCGTGCTGGCGATTCAAGGTGAGAGCATCTCCTACGCCGGTGATGCTTCCGGACTCCCTGCCGATCTGAAGCAGGCCGCAGCGGAAGTGATCCATCAACCGGATGGGTACATTATTCCCGGTTTTATTGATATCCACGTACATGGGGGTAACGGTGAAGATTTCATGGATGCCTCCAAGGATGTCCTGGATAAAATCACGTCGTTCCACAGCTCCCAGGGAACAACGGCCATGCTTGCTACCACGATGACGGCCCCTAAGGCAGCCATCGACCATGTGCTGCAAGAAGTTAACGACTACCAGAGCCAAGGCATGCCTTACACAAGACTGGTGGGCGTACATCTGGAAGGCCCTTTTATCAGTCCGAAATGGCCCGGCGCACAAAATCCGGAGCATATCGTCCACGCTAATATCGATTGGCTGGAAGAGTGGGTATCCACTTACCATGGCCTGATCCGCCAGGTGACGCTCGCACCCGAGCGAGAGGGAGCACTAGAGGCTATCTCTTGGCTGAACACCCACGGGATCGTAGCCGCCTTGGGGCATACAGATGCCACCTATGAGGAAGTCGAAGCCGCCGTTGAAGCAGGTCTTAGCCATGGCGTGCATACGTTCAATGCGATGACAGGACTGCACCACCGCAAGCCTGGCGTGGTGGGCGCGATGCTCAGTGATGATCGCTTAAGCTGCGAGATTATCGCTGACGGTATCCATGTCCACCCCGCAGCCATTCGGATTCTGGCCCGCATGAAGCAAGACGGAAATCTGATTCTGATTACCGACGCGATGTCCGCTACCGGTATGGCTGACGGCGAATATACGATTGGTGACCTGCCGGTTGTTGTCGAGAACGGCATCGCCACGCTCAAGAGCAACCGAGACAGCCTGGCTGGCAGTACACTGACGATGATCAAGGGCTTTCAGCTGTTGGTCCGAGAGGTTGGGTTAAGCATTGAGCAGGCTTCCCTCGTTGGAAGTCTCAATCCCGCCGCAAAGATCGGCATCGCAGATCTTACAGGCTCTCTTGAAGCCGGCAAGCTTGCCGATGTGCTGATGCTTTCAAGTGATCTGGAGCTTCAAGGCGTCTGGATTCAAGGACAACGCAAACATTAA	MSGERKESVQLLYGQVLTPNGICEDGVLAIQGESISYAGDASGLPADLKQAAAEVIHQPDGYIIPGFIDIHVHGGNGEDFMDASKDVLDKITSFHSSQGTTAMLATTMTAPKAAIDHVLQEVNDYQSQGMPYTRLVGVHLEGPFISPKWPGAQNPEHIVHANIDWLEEWVSTYHGLIRQVTLAPEREGALEAISWLNTHGIVAALGHTDATYEEVEAAVEAGLSHGVHTFNAMTGLHHRKPGVVGAMLSDDRLSCEIIADGIHVHPAAIRILARMKQDGNLILITDAMSATGMADGEYTIGDLPVVVENGIATLKSNRDSLAGSTLTMIKGFQLLVREVGLSIEQASLVGSLNPAAKIGIADLTGSLEAGKLADVLMLSSDLELQGVWIQGQRKH	PGPT0018860_882	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018860-nagA-K01443	NA	NA
JZ016_05689	729	nagB_2	COG0363	Glucosamine-6-phosphate deaminase 1	ATGAATATTTACACATTCCGCGATGAAGAGCAATTTGTGCAAACAGGTGCCAACCTGATCTCCAGCCTGCTTCACACCAATCCGCGCGCTAAGCTGGGACTGGCTACAGGAAGCACACCGGTCGGGCTCTATGCCAAACTGATTGAAATGAACCGTCAGGGCCTGGTCAGCTTCGCCCAGACCACAACATATAATCTGGACGAATATGTAGGCCTTCCCGAGAACCATCCCGAGAGCTACCGCACTTTCATGAATGAGAAGTTCTTCAATCATGTGGACATCCAGATCGAACGGACCCATGTGCCGAACGGAAATGCTGCCGATGCGAAAGCAGAATGCCTGAATTACGATAAAATGTTGGAAGAATTCGGCCCGGTTGATCTCCAGCTTCTCGGCCTTGGACATAACGGACACATCGGTTTTAACGAACCTGGTGAAGCCTTGAGTGGGGGTACGCATGTGGTTGAGCTGCAAGAGAAAACACGCAACGCCAATGCAAGATTCTTCCCTACCCTGGATGATGTTCCAACCCATGCGATTACGATGGGCGTTGCCACGATCTTGAAAGCCCGGCAAATCCTTCTCCTCGTCCGTGGTGAGGATAAAGCGGAAATTGTTCACCGTGCATTGCAAGGACCGATTACCACACAATGTCCGGCATCGCTGCTTCAATGTCATCCGAACGTGGTTGTCCTTTTGGATCAAGGTGCGGGGAGACTGCTGGTATGA	MNIYTFRDEEQFVQTGANLISSLLHTNPRAKLGLATGSTPVGLYAKLIEMNRQGLVSFAQTTTYNLDEYVGLPENHPESYRTFMNEKFFNHVDIQIERTHVPNGNAADAKAECLNYDKMLEEFGPVDLQLLGLGHNGHIGFNEPGEALSGGTHVVELQEKTRNANARFFPTLDDVPTHAITMGVATILKARQILLLVRGEDKAEIVHRALQGPITTQCPASLLQCHPNVVVLLDQGAGRLLV	PGPT0018865_2678	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018865-nagB-K02564	NA	NA
JZ016_05690	873	ybbH_2	COG1737	putative HTH-type transcriptional regulator YbbH	ATGACACCAATCTTGCATATTATTTCTGTCGAAAAGGAAAGTCTGCCCCGTCAGGAACGACGGCTCGCAGAGTTTATTTTGACAGCTCCATCCGAGATTGTGCATATGGGCATTAAAGATCTTGCAGAGCAGTGTGAGGTCAGCGCTGCCACCGTAACCCGTTTTTGTAAGAACTTTCAGTGTAAGGGGTATCCTGATTTTAAGCTCAAGCTCGCCGCCGAGATCGCTCATGCCGAAATGGCCTCACGCACGGGAAATACGCGCTATCAGGATATCGTTGCCGGCAACGCGCTTGCCGGCATCGTCGAGGCGATTGAATCCAATCATCTGACTTCGATACGGGATACGACAGAGCTGCTCGATCTGGGTCAGCTGGAGCGTGCCGTGGATGCCCTATGCCGCGCGAAGCGCATTGATCTGTACGGAGTGGCTACCTCTTCCATTGTGGCACAGGACTTCTACCAGAAGCTGATCCGGATCGGCAAAAACTGCACGGCTTTCGCAGATTCGCATATGCAGATCACATCAGCCTCTACCCTGGCTTCAAGCGATGTTGCCGTTGCTGTTTCATACTCCGGCGAAACACCGGAGACCATCGATGCGTTGACTTGTGCCAAAGACGCCGGCGCCTTCACGATCAGCATCACCTCGTACCGAAGCAGCGCCATCTCCGCTCTGGCAGACATCACACTGTATTCATCTTCATTAGAGGAAGGAATGCGGCGGGGAGACATGGCTTCGCGTATCGCTCAGCTTCACATTATCGACATCCTGTTCATGGGTATGGCCAGTCGGGACTTCTCTACGTATGTTCCCCGTCTGGAGCAATCATATCTTAATGTTCAAAACTATCGCAAAAGCCGAGGAGGATAA	MTPILHIISVEKESLPRQERRLAEFILTAPSEIVHMGIKDLAEQCEVSAATVTRFCKNFQCKGYPDFKLKLAAEIAHAEMASRTGNTRYQDIVAGNALAGIVEAIESNHLTSIRDTTELLDLGQLERAVDALCRAKRIDLYGVATSSIVAQDFYQKLIRIGKNCTAFADSHMQITSASTLASSDVAVAVSYSGETPETIDALTCAKDAGAFTISITSYRSSAISALADITLYSSSLEEGMRRGDMASRIAQLHIIDILFMGMASRDFSTYVPRLEQSYLNVQNYRKSRGG	PGPT0017985_566	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017985-hexR|yebK-K19337	NA	NA
JZ016_05691	225	gerE	COG2771	Spore germination protein GerE	TTGAAGGGGACCGACCATAACAGCAAGTTCTTGTTAACCCACCGTGAACGCGAAGTGTTTGAATTGCTAGTGCAGGACAAAACGACTCGCGATATCGCCGGGCAGTTGTTTATTAGCGAAAAGACGGTGCGTAACCACATCTCCAATGTCATGCAGAAATTAAACGTCAAGGGCCGTTCGCAAGCTGTCGTTGAGTTGATAAAACTCGGTGAGTTGAAGATCTGA	MKGTDHNSKFLLTHREREVFELLVQDKTTRDIAGQLFISEKTVRNHISNVMQKLNVKGRSQAVVELIKLGELKI	PGPT0025270_78	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORULATION_REGULATION,PGPT0025270-gerE-K01994	NA	NA
JZ016_05692	273			hypothetical protein	ATGGGATGGATGATCGGGATGATGACCGGGGCCGTTCTAGTCCTTCTTGCAATTGTATGGATCAGACGCAAGAAAAGAAGCGGAAGGGAACGTAATGTTATCCATCTGAACACAACAACGCGAACCCGGAGCGGTCAGCACGGACAAGCATGCAGTAAATGCCGGCGCAAGCGACAATTAATCTTTTACGCGGATGACGCCGGCGCCGTAAGAGGGCTGTGCACCGATTGCAAAAGAGAGCTTGAGCGGCATCAGGAATTATATCCGGTATAG	MGWMIGMMTGAVLVLLAIVWIRRKKRSGRERNVIHLNTTTRTRSGQHGQACSKCRRKRQLIFYADDAGAVRGLCTDCKRELERHQELYPV				NA	NA	NA	NA	NA
JZ016_05693	1794			hypothetical protein	TTGAACAGATTTGGCAGGCTGAATACACTGCGGAATCAAATCTTCCTTGGATTTATGCTAGTGATGGTTATCGTATTGGCATTGGTCGGGGTGTTTGTATATGATCAGGTTTCGGCTTTGCTGCGCAACAGTGCGGAGAAGCATATTCAGCAGACGGCCGTTCAGGCCACAGGGAAGCTGGATGCGCTGCTCAAGCAGGTGGATACGCTGACGGCACAAGTCTCGACGAACGCGACGGTTCAGCGCTTTCTGGCGCAGGAGACCGCGGGTAAGCCGATAACATTCGGTGAACGGCAGTCCCTTCAACAGGAGGTTCGTAAATATGAAGCCTACGCTACGGGCATCCGGTCGCTGGAATTATATACGAAGGATTATCGGCGGCTGTTTCCACTGGATGAAGGAAGTCTGACCAGCCGGGTTAGGGGCGATTGGATTGCTGCGGCAGACCAGGGCATGGGGAAGCTGGTATGGTTCGGTCAGGATCCCCGGGACCCGGATGTGGTGGTAGCGGTACGGAGAATTCGGCTGATTGACCATTCCTTTGCCCACGGCGGATACTTGCTCGTGAAGCTGGAGAAGGACTATTTTGCGCTGGCGGACTCTGCAGGCGGCATGGGCACCGATTCGCGTGAAACGATGGGATTGTTTGATCAGGCGGGGAATGAAATCTCGTCCGATTTTGCCACCGTGGTGGATGCGAAGGAGGTTTTGCACCGCGAAGGGGAGACGGTTACGGTCGGCCATGAGGACTACATTGCCGTACAGAAACAGTCTGAGGCCACGGGCTGGAACCTGGTCATCCTGACGCCTGTCGATTATACGACGGAGGGGATATCGGTGCTGCGGACCGCGATCATCGTATCCGGGGGCGTGGGTGCGCTGCTGTTTCTGTTCTTAAGCTTTATACTGACCACGATGATCATCCGGCCGATTTTGAATCTGATCAAAGCCATGCGCGGCGTGAGATTGGGAACGCTGAAGCCCATTGCCGTCACCTCGAAGACGATGGAGATCAACGAGCTTAACAATTCGTACAACCAGATGGTGGATTCGCTGAACGAATTAATCGAGGTTGTGTATCAGAAGGAGATCATTCAGAGCCGGACGGAACTTAAAGCGCTGCAGGCGCAGATCAATCCGCACTTTCTTTTTAACACATTGGAAGCGTTTTACTGGGCGCTGGATGATCAAGGGGAAGAAGAGCTGGCCCAAATCGTGGTCGCGATGTCCGGCTTATTCCGTTACGTCATTAACCGCAAAGACGAGGATGAGTGGGTATCGGTCCGGGACGAGCTGGATCATGCCGAGCGTTATTTGATGATTATGAAAATGCGGATGCTGGACCGGTTATCCTGGAAAATCGAGGCGGATGAAGCCAGCAAAAACGTGCCGATTCCGAAGCTGCTGATTCAGCCGATCGTGGAAAATGCGATCCTCCACGGAGTTGAGCAGCGATTGGGTCCGGGCACCGTTATTGTACGGGCGAAGGTCTCGGATCACCCGGGATATACGGTCATTTCGGTTAGCGATGACGGCCCGGGAATGGACGAGGAGACGGTGGCCTCTCTGTATTCCTCCATGGAAAAGGGATACGCGGAATCTTCTAAAAAAAGCGGTGTTGGCATTGCCAATGTAGAGCAGCGAATCCGGTTGTATTACGCTTCCGGGCAAGCCGGCCTGCGTATTCACAGCGTGGTGGGTCAGGGAACGACGATTTCATTTCAAATTCCGAATGATTTTCAGGTTAATGGTGGGGAGGGGGAACAGCATGAAAACGATACTGATCGTGGATGA	MNRFGRLNTLRNQIFLGFMLVMVIVLALVGVFVYDQVSALLRNSAEKHIQQTAVQATGKLDALLKQVDTLTAQVSTNATVQRFLAQETAGKPITFGERQSLQQEVRKYEAYATGIRSLELYTKDYRRLFPLDEGSLTSRVRGDWIAAADQGMGKLVWFGQDPRDPDVVVAVRRIRLIDHSFAHGGYLLVKLEKDYFALADSAGGMGTDSRETMGLFDQAGNEISSDFATVVDAKEVLHREGETVTVGHEDYIAVQKQSEATGWNLVILTPVDYTTEGISVLRTAIIVSGGVGALLFLFLSFILTTMIIRPILNLIKAMRGVRLGTLKPIAVTSKTMEINELNNSYNQMVDSLNELIEVVYQKEIIQSRTELKALQAQINPHFLFNTLEAFYWALDDQGEEELAQIVVAMSGLFRYVINRKDEDEWVSVRDELDHAERYLMIMKMRMLDRLSWKIEADEASKNVPIPKLLIQPIVENAILHGVEQRLGPGTVIVRAKVSDHPGYTVISVSDDGPGMDEETVASLYSSMEKGYAESSKKSGVGIANVEQRIRLYYASGQAGLRIHSVVGQGTTISFQIPNDFQVNGGEGEQHENDTDRG				NA	NA	NA	NA	NA
JZ016_05694	786		COG4753	putative response regulatory protein	ATGAAAACGATACTGATCGTGGATGATGAGCCGAGAACGAGGGAAGGGGTAAGGAAGACGCTGGAGGCATGGTCGTCGGGTCGCTGCAGAATCGTGACGGCTTCAAGCGGCGTAGAGGCGCTGGAGTGGCTGCAGGAGCAGGTGGCTCATCTGGTGGTGACGGACATCCGCATGCCGGAAATCGGGGGACTTGAGCTCATTGAGAGATTGCATGAACTAGAGCATCCGCCGGTCATTATCGTCATATCCGGTTATTCGGAATTCGATTATGCCCGTAAAGCGCTGCAATACGGCGTCGTGGATTATCTCCTAAAGCCGCTGGATAAGCGGAAGCTGGTAACTGCGGTCGAATCGGCCCTGGAACGCCGGGAAAAAATAGACCGGATTGAGCGGATGGAGAAACTGGTGGATCCCAAGCTCCTGGAGGCGGCGCAGCAGGATAAGGGCTACAGCATTCAGGTGCAGGAAGCGCTGAAGTACGTGGATCAGCACCTTCAGGAATCGGTATCGCTTAAGGAAGTGGCAGAAGTGCTTCACCTGAATTCCAGTTATTTCAGCGTGTTATTCAAAGAGCAGACCGGACTCACCTTCAGCGAATATTTAACGCGTCGCAGGGTACAGCGGGCCAAGGAGCTGTTGGCGGGCACATCGCTGCCTGTCGCGGAAATTGCGGAGAAGGTGGGATACCAAACGGCGAAATATTTCGTGAAAGTGTTCCGTGACCTTGAGGAGGTAAGCCCGAGTCAATACCGCCATAGCGTATCCGATAGCGGAGAGGAAATCTAA	MKTILIVDDEPRTREGVRKTLEAWSSGRCRIVTASSGVEALEWLQEQVAHLVVTDIRMPEIGGLELIERLHELEHPPVIIVISGYSEFDYARKALQYGVVDYLLKPLDKRKLVTAVESALERREKIDRIERMEKLVDPKLLEAAQQDKGYSIQVQEALKYVDQHLQESVSLKEVAEVLHLNSSYFSVLFKEQTGLTFSEYLTRRRVQRAKELLAGTSLPVAEIAEKVGYQTAKYFVKVFRDLEEVSPSQYRHSVSDSGEEI				NA	NA	NA	NA	NA
JZ016_05695	1320			hypothetical protein	GTGTTCAACAAAAAATGGACGGTTCTGCTACTAACATTGTGTCTCGCTCTGGTTGCGGCTGGTTGTGGATCGAGCAACAGCAGCACGGGGGATTCAGGCAACAGCGGCAGCGAGGGCGATAAAGTTACGGTGAACTTCATGCACTTATGGCCGGCAGGCGTTTCTGCGGGACAGAACAAAATCGTGAATCAGATCATCGAAGAATATCAAAAAGAGAATCCGAACGTGACGATCAAACAGGAAGTTCTGGATAATGAGCAATATAAAAATAAATTGAAAGTGCTTTCCGCCTCGAACGAGCTTCCGGACGTAGGGGTAACCTGGGCAGCGGGATTCCTGAAGCCTTATGTCGAAGGCAAGCTTTTTGCACCAGTAGATGATTTGCTGGACGGTCAGCTTAATGGCAAGTTCGTAGCCGGCACGACCGAGGCTTATGCCATTGACGGCAAAACGTATGCGCTTCCACTCGAGTTCAATATCGCTCCGGTATACTACAACAAAGCGATATTCGAGCAGCATAATCTGGCGATTCCGCAAACCTACGAAGAATTCAAAAATGTCGTGAAAACGCTGTCCGATAACGGGATTGCTCCGATCGCACTGGGCAACAAGGATCGCTGGACCGGTTCGCTCTGGTACATGTACCTGGCAGACCGAATCGGCGGACAAGAAACGCTTGCCAGCGCAATCAGCGGTTCGGGTTCTTTCAAGGACGAATCGCTTGTAAAGGCAGCCGCCGAGGTTCAATCGCTGGTGGATGGCAACGCGTTTGTCAAAGGGTTCAACGGCTTATCCAACGAGGAAGCGAAATCCGAATTCCTGAACGGCAAAGCGGCCATGTACATGATGGGGACCTGGGAACTGCCTAACTTTACGACCAATGAAGAGATTCCGCAAGAATTCCGCGACAGCGTCGGTTTCTTCAAATTCCCGACGGTTGAAGGCGGCAAAGGCGATATTAACAGCTGGGTAGGCGGACCGGGTGTCGGCCTGTTCATCGGCGAGAACTCCAAAGTGAAAGAGGAGTCCAAGAAGTTTGTTGAGTATTTCGTCACCAAGTGGGGCGAGCAGTCCGTTACAGGTGCCGGCGTCATCCCGGCAACGAAGGTGGATACCTCGACGCTTGAGCTTCCGCAGCTGTACATCGATCTCTTTGATGAAATGAACCAAGCAAGCAGCATCACCCTGTTCGCGGATGTACAGATGGAGGCGAATGCCGCCGAGACACATCTGAACATGATTCAGGCGCTCTTCGGCAAAGCCGTGACGCCGGAGAAATTCTCCGAAGAGCATGAAGCGGCGATCTCCAAAGGGAACTAA	MFNKKWTVLLLTLCLALVAAGCGSSNSSTGDSGNSGSEGDKVTVNFMHLWPAGVSAGQNKIVNQIIEEYQKENPNVTIKQEVLDNEQYKNKLKVLSASNELPDVGVTWAAGFLKPYVEGKLFAPVDDLLDGQLNGKFVAGTTEAYAIDGKTYALPLEFNIAPVYYNKAIFEQHNLAIPQTYEEFKNVVKTLSDNGIAPIALGNKDRWTGSLWYMYLADRIGGQETLASAISGSGSFKDESLVKAAAEVQSLVDGNAFVKGFNGLSNEEAKSEFLNGKAAMYMMGTWELPNFTTNEEIPQEFRDSVGFFKFPTVEGGKGDINSWVGGPGVGLFIGENSKVKEESKKFVEYFVTKWGEQSVTGAGVIPATKVDTSTLELPQLYIDLFDEMNQASSITLFADVQMEANAAETHLNMIQALFGKAVTPEKFSEEHEAAISKGN	PGPT0016330_954	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_05696	882	ngcF_6	COG1175	Diacetylchitobiose uptake system permease protein NgcF	TTGGATAAAGTGATGTCCAACAAAAAAATCATCGCGCTGTATGTTTTGCCCGCACTGCTTGTGATTATGGCCGTCGTTTATATTCCAATCCTACTTACCGCCTATTACGGACTGAACGAATGGAACGGCATCGGTGCGATGACCTTTATCGGACTTGATAACTACCAGGCCCTGCTCTCGGACGGCAAGTTCTGGGACAGTGCATGGCACTCCCTGCTGTTAGCCGTATTCTCGGCAGCAAGCCTGATCATTTACCTGGCCGTGGCAATGGTGCTGGCCTCCAAGATCAAGGGCGCCAACCTGTTCCGTAAAATCTATCTCATCCCCATGCTGCTGTCCTCCGTTGCGATCGCGCAGCTGTGGCTGCGCATTTACCACCCGACGAACGGAATTGTGAACAGCTTCCTGGAATCCATCGGGATCACGAACCCGCCGGCATGGCTCGCTGAGCCGTCGCTTGTCTTGTTCGCATTGTTTATTCCGATTCTCTGGCAGTATGCCGGTTTCTATATCTTGATCTATTATGCAGCTTTGAAGAATATCCCGGCATCGCTGGTGGAAGCGGCCAAGATCGACGGTGCGACTTCCCTGCAAATTGCGTTCCGGATCAAGCTTCCACTCATCATGGAAGTGATTAAGGTTACGATCGTGCTGGCGGTGGTAGGTTCCTTGAAATATTTCGACCTCATCTTTGTTATGACGGACGGGGGGCCTAACGGCGCAAGTGAAGTGATGGCGTCCTACATGTATCACACGGCTTTCCGCGCTTATGATTTCGGTTACGGCAGCGCGATCGGATTCTTCCTGCTAGTGATCTGTCTGATCGTAACGTGGGTCATACGGAAATTAACGGCATCGAAAGAAACGATCCAATATTCATAA	MDKVMSNKKIIALYVLPALLVIMAVVYIPILLTAYYGLNEWNGIGAMTFIGLDNYQALLSDGKFWDSAWHSLLLAVFSAASLIIYLAVAMVLASKIKGANLFRKIYLIPMLLSSVAIAQLWLRIYHPTNGIVNSFLESIGITNPPAWLAEPSLVLFALFIPILWQYAGFYILIYYAALKNIPASLVEAAKIDGATSLQIAFRIKLPLIMEVIKVTIVLAVVGSLKYFDLIFVMTDGGPNGASEVMASYMYHTAFRAYDFGYGSAIGFFLLVICLIVTWVIRKLTASKETIQYS	PGPT0016335_1837	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_05697	885	ngcG_7	COG0395	Diacetylchitobiose uptake system permease protein NgcG	ATGATATCCGGAGCCACAGGACAGCTCCAAGACGGGCGCGCCCGGTCCGGAAACGGAGTGGGGGGCAAGCTGGGTTACGCGCTGCTGTATATCGTGCTGATCGGCGTTGCCGTATTCCAGCTGTTCCCGCTCGTATGGCTGCTGCTGTTCTCATTAAAAAACAATCAGGAAGTATTCGATCTTCCTCCGTTGTCCCTTCCGATGAATCCGCGCTGGGAGAATTATGAGAAGGTATGGAGTGCCGGCAACATCAGCGTATATTTTCTGAACAGCGTCTGGATCACCGTTGTCGCGACTGCGCTCACGGTCATTCTGGGAAGTCTCGTCACCTTCGCGATTACGAGAATGAAGTGGAAGGGCAGCTCCTTCGTCCTCGGATTATTTATGGTTGCCATGATGATTCCGGTTCACTCCACCTTGATCCCGCTGTTCAGCATGTTCAACAAGGTTGGCCTGACCGATCATCCGGTTTCTTTGATATTGTCGTACGTGGCCTTCAATATGCCGATTACCATTATGATTCTGCTCGGGTTCTATTACACGCTGCCGAAGGAAGTGGAAGAGGCGGCGGTCATGGACGGCTGCTCGGTTCACCGGGTCTTCTTCCGGATCGTGCTTCCGATGACGGGCTCGGTGCTGGCGACGACAGCCATCATTAACATGATCTACAACTGGAACGAATTTATTTTCGTGAATACGTTTATCAGCTCGGACATATTCAAGACGCTCACCGTCGGCGTGCAGAACTTTATCGGACAATACACAACCGATTGGGGTGCGATTGGCGCAACCTTGATGATCAGTATTTTGCCAATCCTGCTGATGTTCCTGTTCCTCAGTGATCGTATCGTGGAAGGCATCGCTGCTGGTTCGGTGAAAGGTTAA	MISGATGQLQDGRARSGNGVGGKLGYALLYIVLIGVAVFQLFPLVWLLLFSLKNNQEVFDLPPLSLPMNPRWENYEKVWSAGNISVYFLNSVWITVVATALTVILGSLVTFAITRMKWKGSSFVLGLFMVAMMIPVHSTLIPLFSMFNKVGLTDHPVSLILSYVAFNMPITIMILLGFYYTLPKEVEEAAVMDGCSVHRVFFRIVLPMTGSVLATTAIINMIYNWNEFIFVNTFISSDIFKTLTVGVQNFIGQYTTDWGAIGATLMISILPILLMFLFLSDRIVEGIAAGSVKG	PGPT0016340_457	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_05698	1386	feoB	COG0370	Fe(2+) transporter FeoB	TTGGAACAGCTAAAGCGCTTGGAAGCTCTAACAGCCGCCATTCCTGCTGAGCAGGTAGAGGACGTTCGGGAAGACATCGTGGGCGAATTATTCAAAAAATCCCGTGAGCTGTGCAGTGATGCCGTCACCGTCACCAACCGTGAGCTTCTGTACCGTTCCGAGCGTCTGGACCGCATCTTCACCTCCAAGCTGTGGGGATTTCCGATCATGCTGGCCATGCTCGGCGTTATTTTTTACTTAACGATCGCAGGGGCTAACGTGCCTTCTTCCATGCTGGCAAATTTCTTTGGCTGGATCGAAGGATACCTGACGATGGCCTTTCAGGCCCTCCATGCTCCCGATTGGCTCTATGGCGTGCTGATTCTCGGATTGTTCCGGGGGACCTCCTGGGTTGTCAGTGTCATGCTGCCTCCCATGGCTATCTTCTTTCCAGCCTTTGCGCTGCTGGAGAACTATGGCTATTTGCCTCGGGTAGCCTTTAACCTGGACCGCCTGTTCAAAAAAACAGGAGCGCACGGCAAGCAGTCCCTCACCATGGCGATGGGATTCGGCTGCAATGCGGCGGCCATTATGTCGACCCGGATCATCGAGTCGCCTCGGGAGCGGATGCTCGCTATTCTGACCAATAACTTCGTGCCCTGCAACGGTCGCTGGCCGACCCTGATCCTGCTGGCCTCCTTGTTCATGGCTGCAGGTTTCTCGGGAGGAGCCCAGACGCTCGTAACGGCTTCCGTTGTTATGGGCATGGTGCTGATCGGTGTCGTTGTCACGCTCACGGTATCATGGGGTCTATCCAAAACCGCCTTGAAAGGCATTCCTTCCCACTACACCCTGGAGCTGCCTCCATACCGTAAACCGAAGATACTGAATACCATTCTCCGGTCGACCCTGGATAAAACCCTCTATGTGCTGCGCAGAGCCATTATCGTAGCGGCGCCTGCAGGCGTGCTCACCTGGGTGCTTGCCAACATCTATATTGGCGATGCCAGCATTCTGATTCATTTCGTTGAATTTCTTGATCCGTTTGCGCGCGCACTCGGACTCGATGGCTTCATTCTGATGGCCTTTATCATCGGACTTCCCGCCAATGAAATCGTGCTGCCGATCCTGCTGATGGGATATTTGGCTACGGGGTCCCTGACCGAGGTTACCGATATGTTTGCCCTCAAGCAAATCTTCCTGGACCAAGGCTGGACCTGGCTGACCGCACTGAACATGATGCTCTTCTCGCTCCTTCATTATCCATGCGGAACCACGCTCGTCAATATCTGGAAGGAAACGAAAAGCGCAAAGTGGACGTTCCTGTCCTTTGCCATCCCGACGGCCATCGCCATCGGCGTCACCTTCCTGGTCACTCAGGTGGCCCGGGCACTGGGATGGGTTTAA	MEQLKRLEALTAAIPAEQVEDVREDIVGELFKKSRELCSDAVTVTNRELLYRSERLDRIFTSKLWGFPIMLAMLGVIFYLTIAGANVPSSMLANFFGWIEGYLTMAFQALHAPDWLYGVLILGLFRGTSWVVSVMLPPMAIFFPAFALLENYGYLPRVAFNLDRLFKKTGAHGKQSLTMAMGFGCNAAAIMSTRIIESPRERMLAILTNNFVPCNGRWPTLILLASLFMAAGFSGGAQTLVTASVVMGMVLIGVVVTLTVSWGLSKTALKGIPSHYTLELPPYRKPKILNTILRSTLDKTLYVLRRAIIVAAPAGVLTWVLANIYIGDASILIHFVEFLDPFARALGLDGFILMAFIIGLPANEIVLPILLMGYLATGSLTEVTDMFALKQIFLDQGWTWLTALNMMLFSLLHYPCGTTLVNIWKETKSAKWTFLSFAIPTAIAIGVTFLVTQVARALGWV	PGPT0003700_3714	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003700-feoB-K04759	NA	NA
JZ016_05699	747	era_2		GTPase Era	ATGAGAACTTTTACCGTCGCGCTGGCTGGCAACCCGAACACGGGAAAAAGCACGCTTTTTAATGCGCTCACCGGGCTAAAGCAGCACACCGGCAACTGGTCCGGCAAAACAGTCAGTCTCGCAAGCGGCTATTACGATTACAAAGACACCCGCTTCCAATTTATCGATCTGCCCGGGACGTACTCCTTGTTCTCCAACTCGGCCGATGAAGAAGTGGCGCGCGATTATATTATTTTTGAGAAACCGGACGTTACCCTGCTGGTTCTGGATTCTACGGCGCTGGAAAGAAGCCTTAACCTTGCGCTGCAAGTGCTGGAAATGACCGACCGGGTCATCATCTGCCTGAATCTGATGGACGAAGCGAAGAAAAAAGGCATCAAGATTAACGCACGCAAGCTGGCGGATCAGCTCGGGGTTCCCGTCATTCCGATATCGGCCAGAAATAACGAAGGGCTGGATACCCTGTCCGAGCAGCTGCTTCTCATGTGCACAGGGCAGACTCCGACTACGCCGTACCGGATGAAATATAACGAATATCTGGAATCGCGAATTTCCGGCCTGGAGTCCGAATTACGAGACATTCTTGGCGACGAATATCCAGCCAGATGGCTGGCGATCCGTTTTCTTGATGGAGACCGGAAGCTGATCGCGACGCTGAAAGAACGATTAAAGGCTTCGGATAAAGGAGGGATTTCGCTTGGAACAGCTAAAGCGCTTGGAAGCTCTAACAGCCGCCATTCCTGCTGA	MRTFTVALAGNPNTGKSTLFNALTGLKQHTGNWSGKTVSLASGYYDYKDTRFQFIDLPGTYSLFSNSADEEVARDYIIFEKPDVTLLVLDSTALERSLNLALQVLEMTDRVIICLNLMDEAKKKGIKINARKLADQLGVPVIPISARNNEGLDTLSEQLLLMCTGQTPTTPYRMKYNEYLESRISGLESELRDILGDEYPARWLAIRFLDGDRKLIATLKERLKASDKGGISLGTAKALGSSNSRHSC	PGPT0003700_1832	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003700-feoB-K04759	NA	NA
JZ016_05700	252			hypothetical protein	ATGGATGAGACAAAATATCGGCAGCATTTGCATCAGGCAGCGCTCGGCGAGCGGTTTCTGATTGAACAGGTGGATATCCGCGGAGAGCATAAGCGGCGGCTTCTGGACCTCGGATTCGTACCGGGCTCCGTTGTCGAAGTGCTGCAAACCAGCCCGCTCGGCGATCCGACCTCTTATAGAGTGGCAGGTACCGTCATAGCATTAAGAAAAGAAGAAAGTCAGTTAATCTGGGGTAAGGTGATGTCATCATGA	MDETKYRQHLHQAALGERFLIEQVDIRGEHKRRLLDLGFVPGSVVEVLQTSPLGDPTSYRVAGTVIALRKEESQLIWGKVMSS	PGPT0003695_1015	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003695-feoA-K04758	NA	NA
JZ016_05701	1071	czcO	COG2072	putative oxidoreductase CzcO	ATGATATGGGACGTAATCGTTATCGGCGCGGGGCAGGCAGGATTGGCAGCTGGCTATTGGCTGCAGCAGGCAGGGATGAAGTTTCTGTTGTTGGATCGGGGGATGGAGGCAGGCGATGCATGGAAGATGAGATATGATTCCTTGAGGTTGTTTACGCCGAGGACTCATAGTGCCTTGCATGGAATGAGGTTAGAGGGGGATCCCGACGGGTTCCCGGATAAAGATGAGATGGCGTCCTATCTGAAATCGTATGCAGCGCGGTTTAGGCTGCCCATTCAGTTTGAGACGGATGTGAAGTGTGTCCGGAAGGAAGAAGACCGTTTTATAATCGACACCCATCAGGGAGAATATCATGCAAAGGCGCTGATCATCGCTACCGGGCCGTTCCGGCAGCCTCGAATTCCGACGTTTGCAGCATCGGTTCCAGAGGACATTCTCCAGCTGCACTCATCCGATTACAGGCAACCTTCACAGCTTCAGGAGGGCGGCGTTCTTGTCGTTGGCGGCGGGAACAGCGGGGCACAGATTGCGGTCGAACTGTCACGTGGTCGGGAAACGTATTTGGCCCTCGGACAGCAGCCGCGTTATTTACCCATGACCATTGGGGGAAAGGGCATGTTCTGGTGGTTGGACAAACTCGGCATTTTATCTGCCGGCGGTTCCTCCTGGTTGGGGCGTAAGCTGAAGCGCCGCGGAGACCCGATTTTTGGATATGAATTGAAACAAGCGGTCAAGTGCGGTAAAGTGGTGTTGAAAAAGAGAGCCGTTGATGCCGGCGCTTCCGGAATGCGATTCGAGGATGGAACGGAGCTTAAGGTTCAGAATATTATCTGGGCGACCGGCTTTGTTCCCAGCTATGATTGGCTTCAAGTGGATCGAGCGCTGGATCATGAGAAGGCTGTTATTCATACACGCGGTATCAGTCCGGTAAAGGGGCTCTATTATGCAGGTTTGCCTTGGCAGACGCACAGGGGCTCCGCACTCTTGGCAGGAGTTTCACGGGATGCCCGCGAAATCGTTCAAGCCATTATGGAGAAGAGGGGATTAGTTTATGGAAAAAGAGCACCATGA	MIWDVIVIGAGQAGLAAGYWLQQAGMKFLLLDRGMEAGDAWKMRYDSLRLFTPRTHSALHGMRLEGDPDGFPDKDEMASYLKSYAARFRLPIQFETDVKCVRKEEDRFIIDTHQGEYHAKALIIATGPFRQPRIPTFAASVPEDILQLHSSDYRQPSQLQEGGVLVVGGGNSGAQIAVELSRGRETYLALGQQPRYLPMTIGGKGMFWWLDKLGILSAGGSSWLGRKLKRRGDPIFGYELKQAVKCGKVVLKKRAVDAGASGMRFEDGTELKVQNIIWATGFVPSYDWLQVDRALDHEKAVIHTRGISPVKGLYYAGLPWQTHRGSALLAGVSRDAREIVQAIMEKRGLVYGKRAP	PGPT0013865_1586	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013865-czcO|noxC|yrdP|trkA|hapE-K07222	NA	NA
JZ016_05702	306	czrA	COG0640	HTH-type transcriptional repressor CzrA	ATGGAAAAAGAGCACCATGAGCTGCTGCACGAAGACGAGGCCATGGAAGCGTCACGACTGCTGAAGGCCATCTCGGATCCGACGCGGATCCGGATTCTTCATTTGCTCTCGCAAGAAGAATGCCCGGTCGGCCATATTGCCGAGGTGCTTGGCATGAGTCAGTCGGCGGTATCCCACCAGCTTGGCTATCTGCGAAGTTTAAGACTGGTCAAATACCGGAGGGAAGGAAATACATATTTTTATACGTATGAAGATGAGCATGTCATCGGGATCTTACGGCAGGTGCTGGACCATATCGCTCATTAG	MEKEHHELLHEDEAMEASRLLKAISDPTRIRILHLLSQEECPVGHIAEVLGMSQSAVSHQLGYLRSLRLVKYRREGNTYFYTYEDEHVIGILRQVLDHIAH	PGPT0004305_290	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004305-czrA|yozA-K22043	NA	NA
JZ016_05703	1725	proS_2		Proline--tRNA ligase	ATGCGGCAAAGCCAATTATTGATGACAACGATGCGTGATGTGCCTTCCGAGGCGGAGGCACTGAGCCATCAATGGATGCTCCGCGGCGGCTATATCCGTCAAACGGCAGCAGGAATCTATTCGTATCTGCCGCTGGGATGGCGGGTCTTGCGAAAGATCGAAGCTATTATTCGGCAGGAAATGGATGCCTCCGGCGGACAGGAAATGCTCATGCCCGCTGTTCAGCCCGCCGAGCTGTGGAAGGAATCGGGCAGGTACGATGTTTACGGTTCGGAACTCATCAGGCTGCATGACCGCCATAATCGGGAGTTCGTGCTTGGACCAACCCATGAAGAAGTGATTACGTCCATCGTTCGCCAAGAGATTTCTTCGTACCGGAAGCTGCCAGTCAACCTGTACCAAATTCAGAACAAATATCGGGATGAGCGGCGTCCGCGTTTTGGTCTGCTGCGGGGGCGTGAATTCCTGATGAAGGATGCGTATTCCTTTGATCGGAACTGGGGAGGCCTGGATGTGTCCTACCGGAACATGTATGAAACGTATGAACGAATCTTTAGACGCTGTGGCCTGACGTTCCGGGCGGTGGAAGCCGATGCGGGTGCCATTGGCGGACAAGGGGAAACCCATGAGTTTATGGCACTGGCGGATATAGGCGAGGATACCGTTGTTTCCTGTACCGATTGCAGTTATGCTGCGAATCTCGAGCGAGCGGAGTCTGCGGTTTCAGCTGAGCCTGCAGGAAGAGAATCCGTAAAGACAGACGGAAGCTCAGTTATAGAACGGGTAATAACTCCCGATGTGAAGAGCATTCAGGAATTGACTGACTTCCTGCAAGTCGGTCCGGAGCAATTGATCAAGACGCTGATTTACCACGTGGATGGAGAACGGGTTGCGGTGCTTGTCCGGGGAGACCGCGAAGCAAACGAGGCAAAGGTGAAGTCTTACCTAGAGGCAGAACTCGCGGAATTAGCGAGCGCCGAAGAGGTGATGCAGGCGACGGGAGCCCCGGTCGGGTTTGCGGGACCGGTAGGTCTAACCCTGAAGGTATTGGTCGATTCCGAAGTAGCAGCTATGGCAGAGGGGATCACCGGTGCTAACCAGGGGGATACCCATCTGAAGGGAGTCCGCCCAGGACATGATTTTTCGCTGGAACACACCGGCGATTTCCGAAATGTAACAGAAGGTGAACCTTGTCCGCGCTGCGGAGCTCCGCTTCAGTTTCATCGCGGGATCGAGCTTGGACATGTGTTCAAGCTGGGTACGAAGTACAGTGAGGCTATGAACGCCATGTACCTGGATTCCGACGGACGGGAGAAACCGCTGATCATGGGCTGCTACGGTATTGGCGTCTCCCGCGTCATGTCCGCCATCGCCGAGCAGTGCATCTCGGATGAGCGGTTGGTCTGGCCGATGTCCGTGGCTCCGTTCAAGGTGCACATTATCCCGGTTGCGGTTAAGGATGAGATACAGATGAAACTGGCTGAACATATCTACAGCGAGCTGAATAAGGCTGGTCTGGAGCCGCTGTTGGATGACCGGGACGAACGGGCTGGCGTCAAGTTCAAGGATGCCGACCTTGCCGGCGCTCCGATGCGTCTGATCGTTGGACGCGGAGCCGTTAACGGAGAGGTCGAATGGATGGGCGAGGACGGAATCAAGATCACCCTGCCTGCCGAGGAAGCCATCCAGCGCTCACGCGAGGAGATAGACCGTCAGCTGAAGTGA	MRQSQLLMTTMRDVPSEAEALSHQWMLRGGYIRQTAAGIYSYLPLGWRVLRKIEAIIRQEMDASGGQEMLMPAVQPAELWKESGRYDVYGSELIRLHDRHNREFVLGPTHEEVITSIVRQEISSYRKLPVNLYQIQNKYRDERRPRFGLLRGREFLMKDAYSFDRNWGGLDVSYRNMYETYERIFRRCGLTFRAVEADAGAIGGQGETHEFMALADIGEDTVVSCTDCSYAANLERAESAVSAEPAGRESVKTDGSSVIERVITPDVKSIQELTDFLQVGPEQLIKTLIYHVDGERVAVLVRGDREANEAKVKSYLEAELAELASAEEVMQATGAPVGFAGPVGLTLKVLVDSEVAAMAEGITGANQGDTHLKGVRPGHDFSLEHTGDFRNVTEGEPCPRCGAPLQFHRGIELGHVFKLGTKYSEAMNAMYLDSDGREKPLIMGCYGIGVSRVMSAIAEQCISDERLVWPMSVAPFKVHIIPVAVKDEIQMKLAEHIYSELNKAGLEPLLDDRDERAGVKFKDADLAGAPMRLIVGRGAVNGEVEWMGEDGIKITLPAEEAIQRSREEIDRQLK				NA	NA	NA	NA	NA
JZ016_05704	1023			hypothetical protein	ATGAATCAGGAAGAGAAGGGAAATAGCCCGGACATTCATCATATAGAAGAACATCAGCTCAGTCAGGTGAAGATTACATTGTCCAACCCTTTAAGATGGGTGAACAGCTATGTGCTGCGGGGGGATGACGGTGTGACCATCATCGATCCGGGGCCGCGAACGAGTTCCTCGGAGCAGGAATGGCTGGCGGCGATGGAGCAGCTCGGGTTCGAGTACAGCGACATCGCTTCGGTCGTGCTGACCCATCATCACCCGGATCACTATGGGCTTGCCGGGTGGTTTCAGGAGCGTTCGGGCGCCAAGGTGTGGATGTCAGAGCGGGCGCATCGGGAAGCGATGCTCATGTGGGGAACGGATTCCACAATGGATCACGAACTCCCGGTGTTCTTCCGGCAGCAGGGCATGCCGGAAACCAAGCTTTCCCTGCTGCCGGAGCATCTGAACGGCTTCTTCCCCCAAGTTACGCCGCAGCCGGAGATCTCGTTTATCAGCGAGGATCTGCCGTTCCGGATGGGCAGCCGGATATGGGTGCCGGTGCAAACGGCCGGCCATGCTCCGGGGCATCTGTCGTTCTTCCATGCAGACAGCGGCGTTCTGCTATGCGGCGATGCCGTGCTGCCGCAAATCTCGCCCAACGTGAGCCTGCTGCCCGGCAGCGACGCCGAGCCGCTGGCACTATTCCTCGCAGGGCTGCGCCGCCTGCGGGAGCTGCATGTCCGGACGGCGTACCCCGGACACCGCCACCCGTTCACGCATTTCCGTGAACGGATCGAGACGCTCCTCCTCCATCACGAGGAGCGCCTGGCCGCCATCGCCGGCATGCTGAGCGCTGCCGGCCGCCTAACCGCCTTCGAGGTCTGCACCGCCCTCTTCGGCGAGAAGCTCGGCATCCACCAGCTGCGCTTCGCCATGTGCGAAGCGCTGGCCCATCTCGCCGAGCTGGCCCGCCGCGGGGAGGCCGAGGAGATCGAAAACGAGGATGGAATGCGCTATTTTTCTGTACGGAAACAGCCGCATTCCTGA	MNQEEKGNSPDIHHIEEHQLSQVKITLSNPLRWVNSYVLRGDDGVTIIDPGPRTSSSEQEWLAAMEQLGFEYSDIASVVLTHHHPDHYGLAGWFQERSGAKVWMSERAHREAMLMWGTDSTMDHELPVFFRQQGMPETKLSLLPEHLNGFFPQVTPQPEISFISEDLPFRMGSRIWVPVQTAGHAPGHLSFFHADSGVLLCGDAVLPQISPNVSLLPGSDAEPLALFLAGLRRLRELHVRTAYPGHRHPFTHFRERIETLLLHHEERLAAIAGMLSAAGRLTAFEVCTALFGEKLGIHQLRFAMCEALAHLAELARRGEAEEIENEDGMRYFSVRKQPHS				NA	NA	NA	NA	NA
JZ016_05705	1185	glgC_1	COG0448	Glucose-1-phosphate adenylyltransferase	ATGAAGAAAAAAGATGTGGTCGCTATGCTGCTCGCAGGAGGTCAGGGCAAACGGCTGAAGGGCCTCACGAAGACGCTCGCCAAGCCGGCTGTTTATTTTGGGGGTACATACCGGATCATTGATTTTCCGCTGAGCAACTGCTCCCATTCGGGAATCGACACGGTTGGGGTACTAACCCAGTATGAACCTCTGGTTCTGCATTCTTACATTGGCGTAGGAAGCGATTGGGACATGGACCGGTTGAATGGGGGCGTATTCGTGCTTCCGCCCCATGAACGCGAGGACGGGACGACCTGGTACCGCGGGACGGCAGATGCGATTTATCGGAATCTTAAGTTTATTGATCAGTACGATCCCGAGCACGTTTTGATTTTGTCGGGAGATCACATCTATAAGATGGATTATGACCGTATGCTGACTTATCACAAGGAGAAGGATGCCGATTGCACCATCTCCGTCATCGAGGTGAGCCTGGACGAAGCGAAGCGGTTCGGCATGGTGAATACGGATGAGAACTGCCGGATTTTCGAGTTCGAGGAGAAGCCTGCGCATCCGAAGAGTACGACGGCATCCATGGGCGTTTATCTGTTTCGCTGGAAGCTGTTGCGATCCTATTTACTGCGGAATGCGGAGCATCCGGATACGAGCCATGATTTTGGCAAAGACATTCTGCCGAGCATGCTGGCGGACGGCAAAACGCTGTACGCTTATCCGTTCGAAGGGTACTGGAAGGACGTCGGCACCATCGAGAGCCTATGGGAAGCCAATATGGATCTGCTCTGCGAGCAGCCCAAGCTGGACTTGAATGATCCGCTGTGGCGCATTTACACCCGGAACCCGAATCAGCCGGCAGAGTATATTTCTCCAACCGGCGTCGTCCGGAACAGCATGATTAACGAGGGCTGCACCGTGTGCGGCGAGGTAGAACATTCGGTCCTCTTTTATGGCGTGGAGGTAGGGGAAGGCAGTGTCATTACCGATTCCGTCATTATGCCCAAGGTGCGCATCGGTAGCCATGTACGAATACACCGGGCGATTATCACTGAGGACATGATCATTCAAGATCATGCCGTCATTGGTCCCCCTCCTGAAGATCCATCCCGGATTGTGCTTGCAAGCGGTCAAGATGAAGACGTCCTGAAGCTGCTTCAATCGTCGTCTTCGTCCCATAATAATCAAGGTTAG	MKKKDVVAMLLAGGQGKRLKGLTKTLAKPAVYFGGTYRIIDFPLSNCSHSGIDTVGVLTQYEPLVLHSYIGVGSDWDMDRLNGGVFVLPPHEREDGTTWYRGTADAIYRNLKFIDQYDPEHVLILSGDHIYKMDYDRMLTYHKEKDADCTISVIEVSLDEAKRFGMVNTDENCRIFEFEEKPAHPKSTTASMGVYLFRWKLLRSYLLRNAEHPDTSHDFGKDILPSMLADGKTLYAYPFEGYWKDVGTIESLWEANMDLLCEQPKLDLNDPLWRIYTRNPNQPAEYISPTGVVRNSMINEGCTVCGEVEHSVLFYGVEVGEGSVITDSVIMPKVRIGSHVRIHRAIITEDMIIQDHAVIGPPPEDPSRIVLASGQDEDVLKLLQSSSSSHNNQG	PGPT0025885_3099	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL	CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0025885-glgC-K00975	NA	NA
JZ016_05706	1104	glgD	COG0448	Glycogen biosynthesis protein GlgD	ATGAGAGAACTCATGGGTATTATTAATTTGGAGCATGAACGGGATGTATTGAGTGAATTGACATATTACCGGTGCGGGGCCGCTGTGCCTTTTGCGGGGAGGTACCGCCTGATCGACTTCGTGATGTCCAATATGATGCATGCGGGCATCGAGGATATTGCGCTGTTTGTTCGCAGGAAATACCGGTCCCTGATGGATCATCTGGGCGAAGGCAGGCCTTGGGATATGCATCGCAAGCGGGGCGGCCTGTTCATACTTCCGCCGGATTGGAACGATGAAGCCGATGTGTCCGCCGGCGAGCTGCGGCATATTTATAACAATCTCGATTTTTTTGAGCGGGGATCCGCGAAGCATATCGTGCATTCCGGCAGCCAGCATATAAGCACCGTCGATTTCAATGAGGTATACGAATACCATTTGGAGCAGGGCGCCGACGTGACGCTTGTTTATACAAAAGTAACTGCACCACGGGAAGAGCACCGTTCCTGTGTTCGCCTCGATGTCGATGAGGACGGCATGGTCAAGGATATTCATTACGATCACAAGCATGATGCGGTATACATGGAGATGTTTGTGATGGAGAAAGCGCGGTTTCTGGAGATGGCCGACCACTGCATCGCCCATGGGGGCAGCCATTTCTTCCGGGACGCGATCATGCGTAACCGGCACAAGCTGAACATTGCGGGATATGAATACCTCGGCTATCATGCGGTGATCAATTCGCTTGAGAGCTATTACCGTACCAGCATGAACCTGCTGAATCCTAAAACGTACAACAGCTTGTTTCGCAAGCAGGCTGTCCACACCAAGATCAAGTATGAGGTTCCCGCTAAATATTTGAATTCGGCCGATGTGAGCAATGCACTGGTGGCCAACGGCTGCCAGATCGACGGGGAAGTAAAGAATAGCATTCTGTTTCGCGGAGTACAGGTAAAACGAGGCGCAAGCATCCATAACTCCATCATCATGCAAAAATGCGTCATTGGCGAGAATGTGAGGCTGGAGAACGTCATACTCGATAAAGATGTGATGATCTCGCGGGATCATAAGCTTCAAGGGGATTTTCGCAAACCTTTTGTCATCGCCAAGGACATCTCGATTTGA	MRELMGIINLEHERDVLSELTYYRCGAAVPFAGRYRLIDFVMSNMMHAGIEDIALFVRRKYRSLMDHLGEGRPWDMHRKRGGLFILPPDWNDEADVSAGELRHIYNNLDFFERGSAKHIVHSGSQHISTVDFNEVYEYHLEQGADVTLVYTKVTAPREEHRSCVRLDVDEDGMVKDIHYDHKHDAVYMEMFVMEKARFLEMADHCIAHGGSHFFRDAIMRNRHKLNIAGYEYLGYHAVINSLESYYRTSMNLLNPKTYNSLFRKQAVHTKIKYEVPAKYLNSADVSNALVANGCQIDGEVKNSILFRGVQVKRGASIHNSIIMQKCVIGENVRLENVILDKDVMISRDHKLQGDFRKPFVIAKDISI	PGPT0025885_4035	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL	CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0025885-glgC-K00975	NA	NA
JZ016_05707	2445	glgP	COG0058	Glycogen phosphorylase	TTGTTTAACAACAAGGAAACATTCAAGCAGGTCTTTACGGAGCAGTTGGTGAGTCGGTTGGGGAAGGGACTTGAGGAAGCGACAGCTGAGGATGTATACAAAACACTCGGCGGCATGATCCGGGAGTATGTCGGACGGGAATGGGCGGCCGCCAATCGGATATACCGGGATACCGGGCAGAAGCAGGTATATTATTTCTCGCTTGAATTTTTGATCGGGCGGTTAATGGGAAACAATCTGCTGAATTTGGGCGTGCTGGGTATGGTCCGCAGCGGCCTTTTGGACCTCGGGTGGAATTTGGATGAGATTGAGGAGCAGGAACCGGATGCAGGCCTTGGAAATGGGGGGCTCGGACGTCTAGCGGCATGTTTTCTCGATTCGTTGGCATCACTAAGCTATGCAGGCCACGGGTGCGGAATCCGGTATAAGTACGGATTGTTTGAACAGAAGATTATTGATGGCCACCAAGTCGAGCTGCCGGACAACTGGCTTCAGCGGGGCAACGTCTGGGAAGAACGGCGGGCTGACAAGGCGGTGGAAGTGCGCTTTTGGGGCCGCGTGGAGGTGGATGTGCAGGAGGGGCGAACCGTGTTTCACACGATGGATTATGAGCGGGTTCTGGCGGTACCTTACGACGTTCCGGTGATCGGGTACGGTGAGGGGCAGGTGAACACGCTGCGATTGTGGAGCGCCGAATCCGCTTCGGATATATCCAGAATCCGTTCGGCTCATCATCACAACAGCTATTATAAATTTTTGGAATATAACCGTTCGGTCGAATCGATATCGGAGTTTTTGTACCCGGATGATTCGGCTTACGAAGGCAAGCTCCTCCGGCTGAAGCAGCAGTACTTTCTCTGTTCCGCGGGCGTTCAGAGCATTCTCAGGACGTTCGACAAGCTGGGACGGTCCTATCATGAGCTGCCCGAGCATGTGGCCATTCATATCAATGATACGCATCCGACCTTGGTGATTCCGGAGCTGATGCGGATTCTTATCGACGATAAGGGTTTCGGTTGGGAGGAAGCCTGGGACATCACGAGCCGGACCGTTTCCTACACAAACCACACGCTGCTTAGCGAAGCTTTGGAGAAATGGCCGGCCGGCATGGTTCGTGAGCTACTGCCGCGCATTTACATGATGATCGAAGAGATCAATAAGCGGTTCTGCGGCATGCTGCTGGAACGCTATCCTGGCGACCATGAGCGCATATCGCAGCTTGCCATCATTGAAAGCGACCAGATCCGCATGGCCAATCTGGCAATTGTGGGCAGCTATCATGTAAACGGTGTGGCGGCGCTGCACACGGAACTGCTTAAGACACAGGTCATGAAACCGCATTATGAGCTGTATCCGGAGCGATTCAGCAACAAAACCAACGGGATTACCCACCGGCGCTGGTTGATGCACAGCAACCCCGGCCTGAGTCAATTGATATGCGATGGTATCGGCGATTCATGGATCACGGATCCGCATCAATTAATTCAGCTCAAGGGACTGAAGACCGATTCCGCCTTTCAGCTGGGGATTCAGCGGATCAAACGGAACAATAAAGAACGGCTTGCCGATTACATCGCGAATAAGCAAGGGATTGTCATTAATCCCGATTCCATATTCGATGTCCACGTGAAGCGGCTGCACGGCTATAAACGGCAATTGCTGAATATATTACGGGTGATGCACGCGTATAACGAGATTAAGGATCAGCCAAGCGCGGATCGCGTTCCCCGTACCGTCATTTTTGGGGCGAAGGCAGCACCGGGTTATTATCTGGCCAAAAGCATCATCAAACTCATTAATGTCGTTGCCGAAGTCGTGAATAAGGATCCGCAGGTCAATGACAAACTCCAGGTGCTGTTCCTGGAGAACTATTCGGTGTCTCTGGCGGAGAAGATTATCCCCGCAGCCGATGTGAGCGAGCAAATTTCCACGGCTGGCAAGGAGGCATCCGGCACGGGAAACATGAAGTTCATGTTGAACGGCGCTTTGACCATCGGCACGCTGGATGGGGCTAATGTGGAGATGTTCGAGCTGCTTGGCCATGAGAATATGTTCCTGTTCGGATTGAAGCTGGAGGAAGTGCTTGAGTATTACAGGACGGGAGCTTATGTATCCAGGGAGCGGTATGAGCAGGATCCCAGAATCGCCCGTGTGCTGAATCAGTTAATATCTTCAGGACCTTTCTGCTGTCACGAGTTGGAGTTTGGTCAGATTCTCCAGTCCCTGCTTGATCATAACGATGAGTTTTTTGTATTAGCGGACTTTGCCAGTTATGTGGCAACCCAGTCGGAGATCGATCGTGCTTATTTGAATACCGGAGCCTGGACCGAGAAATCGATAATAAATATGGCCCACTCCGGACATTTCTCCAGCGATAACACGATTCACCGTTATGCATCCGACATCTGGAATGTTTCTCCTGTTATGGTTGGTGCGAACCGGTAA	MFNNKETFKQVFTEQLVSRLGKGLEEATAEDVYKTLGGMIREYVGREWAAANRIYRDTGQKQVYYFSLEFLIGRLMGNNLLNLGVLGMVRSGLLDLGWNLDEIEEQEPDAGLGNGGLGRLAACFLDSLASLSYAGHGCGIRYKYGLFEQKIIDGHQVELPDNWLQRGNVWEERRADKAVEVRFWGRVEVDVQEGRTVFHTMDYERVLAVPYDVPVIGYGEGQVNTLRLWSAESASDISRIRSAHHHNSYYKFLEYNRSVESISEFLYPDDSAYEGKLLRLKQQYFLCSAGVQSILRTFDKLGRSYHELPEHVAIHINDTHPTLVIPELMRILIDDKGFGWEEAWDITSRTVSYTNHTLLSEALEKWPAGMVRELLPRIYMMIEEINKRFCGMLLERYPGDHERISQLAIIESDQIRMANLAIVGSYHVNGVAALHTELLKTQVMKPHYELYPERFSNKTNGITHRRWLMHSNPGLSQLICDGIGDSWITDPHQLIQLKGLKTDSAFQLGIQRIKRNNKERLADYIANKQGIVINPDSIFDVHVKRLHGYKRQLLNILRVMHAYNEIKDQPSADRVPRTVIFGAKAAPGYYLAKSIIKLINVVAEVVNKDPQVNDKLQVLFLENYSVSLAEKIIPAADVSEQISTAGKEASGTGNMKFMLNGALTIGTLDGANVEMFELLGHENMFLFGLKLEEVLEYYRTGAYVSRERYEQDPRIARVLNQLISSGPFCCHELEFGQILQSLLDHNDEFFVLADFASYVATQSEIDRAYLNTGAWTEKSIINMAHSGHFSSDNTIHRYASDIWNVSPVMVGANR	PGPT0018545_3385	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL	CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0018545-glgP-K00688	NA	NA
JZ016_05708	687			hypothetical protein	ATGTATACGAGCCCTTTCCAAAAAAATAACTCTCAGTTTTGCCCTTTCTGGACAAAGGGGGGTGGAAAAAGTACAATCGTCGTATGCATCTTCATCAACCACGAAAATGAGGTGAGTTCCATCATGGCAGAAAACGATTCAAACATTCCATACAGTCTGAACAGCAAGAAGGTAGCGGATGCGACACGGAGCCTGCTGCATAAGCGTGGAATCAAGTTGGAGGAAATCGCGGAACTGGTGATGATCCTTCAGAATAAATACTACCCGAATTTGACCATGGACGAGTGCATGGAGAACGTGGATGCCGTACTCAGCAAACGCGAAGTCCAAAACGCCGTATTAACCGGAATTCAACTAGATATTTTGGCGGAGGAAGGCAATCTCATATCCCCGCTTCAAGAAATGCTGGCCAATGACGAAGGGTTATACGGCGTGGATGAAGTCCTGGCATTTTCCATCGTTAACGTATATGGAAGCATCGGCTTCACCAACTACGGGTATATCGACAAACTCAAACCCGGCATCCTTGAGCAATTGAATGATAAATCAAGCGGCCGTGTACATACCTTTCTCGACGATATCGTCGGCGCGGTTGCCGCAGCCGCCAGCAGCCGGATCGCCCACCGCAAGCAAGCGGAGCGTGAGATCGAGTTGTACGGCACGACCGAAGAGCTTCCAAAAGAATAA	MYTSPFQKNNSQFCPFWTKGGGKSTIVVCIFINHENEVSSIMAENDSNIPYSLNSKKVADATRSLLHKRGIKLEEIAELVMILQNKYYPNLTMDECMENVDAVLSKREVQNAVLTGIQLDILAEEGNLISPLQEMLANDEGLYGVDEVLAFSIVNVYGSIGFTNYGYIDKLKPGILEQLNDKSSGRVHTFLDDIVGAVAAAASSRIAHRKQAEREIELYGTTEELPKE				NA	NA	NA	NA	NA
JZ016_05709	1059	gerM	COG5401	Spore germination protein GerM	ATGAAACGTAGTAAACGTAACCTTCGCAGGCTTTCCGCTGCCGGGCTGCTTGCTGTTCCGATCGTGTTGTCCGGCTGCGGCGTATTTTCCGGGAAGCAATCGGAGGCGATTGACCCGCCGCCTGCACAAGTGGAGAAGCAGATGCTGAACACGGCCGGATCCACAGCGGCACAAGGTGACATTGGCACGCAGACAACGGTTTATCTTTCGGATGCGCGGGGAATGCTGGCACCTGTAACCTTGGGTATTCCGAAGGTAGAAGGTGCAAGCGCCGTGAAAGAATCTCTTGAAGTGCTTGTGAACGGAGGCCGCTATGCTGGCTATGTTCCACAGGGTTTCCAGGCGGTATTGCCTGCAGGTACGCAGATCCATAATGTGACGGTCGATCCGGAGAGCAAATTGGCCGTTGTTGAATTCAATAAATCGTTTACGGAATATCAAGCGGCAGATGAACGAAGAATCTTGGAGGCGTTGACGTGGACGCTGACGGGACATGAAGGCATCGAATCGATGCAGGTATGGGTGGATGGAGTCAAACTAACGGAAATGCCGGTCAATCACACGCCGCTGGACCGTCCGCTTTCACGAGCAATGGGGATCAACCTTCAAAAGGCGGATGACGCATTGTACACTTCCTCTTCGCCGGTTACCGTCTATTTCTCTTCAGTGACGCCAGACGGCATTCAGTATTATGTACCTGTTACCAGACTTGTTCCGACTGGACAGGATGCGGTTAAGGCTGCTTTGAACGAACTGATCCGGGGACCGCATTACGGTGATGGGCTTGTCGAGGTCATCCCGGACGATACCACCGTTGCATCGGTCGAAAAAGGAGAGGACGGCGCTGTTACCGTATCGCTTCAGGACAGCATGTTTGAGCAGGGAGAGCAGGTTCCAACCGAGCTGCTGCAGGCCGTCGTGCTAACCGTAGCCGAGAATTCGGATGATGCGAAGGTCAAAATTCGAATGAACGATCTCTCCGAGGTCGTTGGAACGGATAGCCGTAATTACAGCGAGCCTGTCAGCCGTCCGGAGTTCATTAACGAAATTTCGATCTGA	MKRSKRNLRRLSAAGLLAVPIVLSGCGVFSGKQSEAIDPPPAQVEKQMLNTAGSTAAQGDIGTQTTVYLSDARGMLAPVTLGIPKVEGASAVKESLEVLVNGGRYAGYVPQGFQAVLPAGTQIHNVTVDPESKLAVVEFNKSFTEYQAADERRILEALTWTLTGHEGIESMQVWVDGVKLTEMPVNHTPLDRPLSRAMGINLQKADDALYTSSSPVTVYFSSVTPDGIQYYVPVTRLVPTGQDAVKAALNELIRGPHYGDGLVEVIPDDTTVASVEKGEDGAVTVSLQDSMFEQGEQVPTELLQAVVLTVAENSDDAKVKIRMNDLSEVVGTDSRNYSEPVSRPEFINEISI				NA	NA	NA	NA	NA
JZ016_05710	759	rph	COG0689	Ribonuclease PH	ATGAGATCTAACGGACGTAAGAGCGATGAGCTTCGACCGATGAATTTATCGACCCATGTGAATAAATATGCGGAAGGCTCCGTGTACATCGAGATGGGAGACACCAAGGTGCTGATTACGGCAACCGTGGATGAGAAGGTTCCCCCGTTTCTGAAAGGACAAGGAAAGGGCTGGGTGACGGCTGAGTACTCCATGCTGCCGCGCGCCACACAATCCCGTAACCAACGGGAAGCCAATCGCGGTAAACTCAGTGGCCGGACGATGGAAATTCAGCGATTGATCGGCAGAGCGCTTAGGTCTGTTGTGAATCTGCATGCTCTTGGCGAGCGGACAATTACGCTGGACTGCGATGTAATCCAGGCGGATGGCGGAACGCGGACCACCTCCATTACAGGAGCATTTGTAGCTTTAGCCATAGCGGTAAATAAAATTGCAGAACAACATAAACTAGCGGTATTTCCGATTACGGACTACCTGGCCTCCATTAGCGTGGGCATTGCAGGCGGACAGGCGCTGCTGGATCTGAATTATGAAGAGGATTCCAAAGCGAAGGTGGACATGAATCTGGTCATGACCGGAAGCGGCAAATTCGTTGAGGTTCAGGGAACCGGCGAAGAAAGCCCGTTCTCTCGTGAGGAACTGGATCAGATCCTGGAGCTTGGGGAACAGGGAATCCGCGAGCTGATCGGACGTCAGCAAGAGGCGCTTGGCCCGATTGCAGCAAAAATCGGTTCCGTGAATGCGAGTACTGGAGTATAA	MRSNGRKSDELRPMNLSTHVNKYAEGSVYIEMGDTKVLITATVDEKVPPFLKGQGKGWVTAEYSMLPRATQSRNQREANRGKLSGRTMEIQRLIGRALRSVVNLHALGERTITLDCDVIQADGGTRTTSITGAFVALAIAVNKIAEQHKLAVFPITDYLASISVGIAGGQALLDLNYEEDSKAKVDMNLVMTGSGKFVEVQGTGEESPFSREELDQILELGEQGIRELIGRQQEALGPIAAKIGSVNASTGV	PGPT0021590_6	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428	NA	NA
JZ016_05711	630	rdgB	COG0127	dITP/XTP pyrophosphatase	ATGACATTGACACTTGGAGACACGTTAATCGTAGCTACCCGCAATCAGGGGAAAGTCAAGGAATTTGCGCATGCTTTTGCTGCTTTTGGTACGGAGGTCAAGAGCATGTACGATTACCCTGATCTGCCGGATGTCGTTGAGGACGGAGCCACATTTGCAGCCAATGCATTTAAAAAAGCCAAGGCGGTTGGCGACGCACTGGGATTGCCTGTTCTGGCCGATGATTCGGGATTGTGCGTGGATGCGCTGAATGGCGCGCCTGGCGTTTATTCCGCCAGATATGCCGGCGAGCACGGCGCGGATGAGGACAATAACGAGAAGCTGCTCGGTGAGCTGGAACAATTAAGGCTCGGTGAGGATACGGAGCAGCCCTTGCTAAGTCCGGCCCGATTTGTCTGTGTGCTGGTGCTGTATGATCCGGTCTCGGGAGAAAAGCTTGAGGCTGAAGGGAGCGTTGAAGGCTGGATCACGTCGGATCCGTCCGGAAAAGGCGGGTTTGGATATGATCCGCTGTTCTACCTGCCAAGCCATGAGAAGACGATGGCCGAGCTTTCCCTGGAGGAGAAGCAGGAGATCAGCCATCGGGGCCAAGCGCTGCGCAAGCTTGTAGCGGACCTACAGGCACGATAA	MTLTLGDTLIVATRNQGKVKEFAHAFAAFGTEVKSMYDYPDLPDVVEDGATFAANAFKKAKAVGDALGLPVLADDSGLCVDALNGAPGVYSARYAGEHGADEDNNEKLLGELEQLRLGEDTEQPLLSPARFVCVLVLYDPVSGEKLEAEGSVEGWITSDPSGKGGFGYDPLFYLPSHEKTMAELSLEEKQEISHRGQALRKLVADLQAR	PGPT0021590_1864	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428	NA	NA
JZ016_05712	1845	asnO_2	COG0367	Asparagine synthetase [glutamine-hydrolyzing] 3	ATGTGCGGAATAACCGGTTTTATACAATGGAGCGGCGATTTGACGCAGGATTCGCAGCTGCTGGTAAAAATGACAGAAAGTTTGGCTCACCGCGGACCTGACGGATCCGGCACCTGGATTTCCAACCCGTGCGCATTCGGTCACCGAAGACTCAGCGTGATCGACCCCGAAAATGGCGCCCAGCCGATGATCATTCATCGGGAAGAGGAAGTCTATGCCATTGTATATAACGGGGAATTATATAATGCTGCGGAGCTTAAAGACGAATTGGTACGACGCGGTCATCGTTTCAATACCAAATGCGACACGGAAGTTTTGTTAGTCTCTTATATCGAATGGGGTCCCGATTGCCTGGAACGCCTCAATGGCATATTTGCATTCGCGATTTGGGACAGCGTGCGGGAACAAGTATTTTTGGCTCGAGACCGGGTAGGGGTAAAACCCCTGTTCTATAGTTACATTGACGGAACGCTCGTATTCGGATCGGAACCGAAAGCATTGCTACAGCATCCGAAGGTGGAGCCTGTGGTCGGGGCCGAGGGGCTTGCGGAAGTGTTTATTATCGGTCCGGCGCGAACCCCGGGACATGGTGTCTACAAGGATATCGCAGAGCTTCGCCCTGGAATGGCGATGATCTTTAACCGGGAAGGATTGCGCAAGTATACCTATTGGAAGCTGGAAAGCAAGCCCCATGAGGATGATGCGGATCAGACGGCAAGCTACTTACGCGATCTTCTGCGGGACACCGTTGAACGTCAGCTGGTATCCGATGTACCGGTCTGCTCCCTGTTATCAGGCGGTCTTGATTCCAGTGCGCTCTCCTCGCTCGCCGTCGATTACTACAAACGGACGGGCCAAGGACAAGTGCACACCTACTCCGTCGATTATGTGGACAACAACAAACATTTTAAATCCCATTCCTTCCAGCCGGGCGCGGATGCGCCATGGATCAAACGGATGCACGAGGAGCTGGGCACGGACCACCATTGGATTGAATTCGACACGCCCGAACTGGTCGAAGCGTTAGATGTCTCCACGCAGAAGCGGGACCTCCCGGGCATGGCTGACGTGGACGCCTCCCTTCTCCTCTTCTGCCGTGAGATTAAAAAAGGCGCGACCGTCGCCATATCCGGTGAAGCCGCTGATGAAATATTCGGCGGTTACCCTTGGTTTCACCGGGAAGAAATGCTGAATTCCGGTACTTTCCCATGGTCTGTCGCCCCGGATATGAGAGCCGGGCTGCTGTCTGCCGAAATTCGGGACTGGATCAAACCGCTGGAATACCTCGGAGACCGTTATGCCGATGCGGTAGCCGAAGTGCCGAAGCTGGACGGGGAGTCCGGGCAGCAGGCCAAAATGCGGGTCATGTCCTATCTCAATATCACCCGCTTCATGCCAACGCTCCTCGATCGCAAAGACCGGATGAGCATGGGCGTTGGGCTGGAGGTCCGCGTTCCATATACCGATCATCGCCTGATCGATTATGTGTGGAATATTCCTTGGAGCATCAAAACGACAGGCGACCGTGAAAAAGGCATTCTGCGCAAAGCTCTTGAAGGTGTGCTTCCCGACGATGTCCTGTACCGCAAAAAAAGCCCGTATCCCAAAACTCACAATCCGAACTATCTGGCAGCCGTCAAAGCGCAGGTGCTGTCCATTCTGGACGATCCTTCTTCACCGCTGCTTCCGCTCATCGATACGGCACGGATCCGGGAATTGGCTTCTTCGCCGGATGCTTCCTCCAATCTCCCTTGGTTCGGTCAATTGATGTCCGGTCCGCAGCTGTTTGCCTACCTGGCCCAGGTGCATTTCTGGCTCAAAGAGTATAACGTATCCATACGTTAA	MCGITGFIQWSGDLTQDSQLLVKMTESLAHRGPDGSGTWISNPCAFGHRRLSVIDPENGAQPMIIHREEEVYAIVYNGELYNAAELKDELVRRGHRFNTKCDTEVLLVSYIEWGPDCLERLNGIFAFAIWDSVREQVFLARDRVGVKPLFYSYIDGTLVFGSEPKALLQHPKVEPVVGAEGLAEVFIIGPARTPGHGVYKDIAELRPGMAMIFNREGLRKYTYWKLESKPHEDDADQTASYLRDLLRDTVERQLVSDVPVCSLLSGGLDSSALSSLAVDYYKRTGQGQVHTYSVDYVDNNKHFKSHSFQPGADAPWIKRMHEELGTDHHWIEFDTPELVEALDVSTQKRDLPGMADVDASLLLFCREIKKGATVAISGEAADEIFGGYPWFHREEMLNSGTFPWSVAPDMRAGLLSAEIRDWIKPLEYLGDRYADAVAEVPKLDGESGQQAKMRVMSYLNITRFMPTLLDRKDRMSMGVGLEVRVPYTDHRLIDYVWNIPWSIKTTGDREKGILRKALEGVLPDDVLYRKKSPYPKTHNPNYLAAVKAQVLSILDDPSSPLLPLIDTARIRELASSPDASSNLPWFGQLMSGPQLFAYLAQVHFWLKEYNVSIR	PGPT0020150_3057	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953	NA	NA
JZ016_05713	312			hypothetical protein	ATGAATAAGTCGACCTACTACGTTTCCGTCCAGAGCCGCTCCGTGTTGACCGAACAGGGAGCGAGCGCTTATGAATGGGAGATCGAAGCAACGCCGGAAGAGGCGGACCAAGTTCGGATTGAGCTGGACATGATGCAGGAGAAGGAGGAGGAGGGGTTTCCAGGCTATGTATTCCCATGGCCGGATACGCCGGAGCAATCCTCCAATTCGTTGTTTCAATATTCCTTGGACAAGGTGTATCGAACCATTTATCAATTGGGCACACCGGCCACGCGCCAGCAAATGGAAGAGCTGCGATTGCTCTCCGACTGA	MNKSTYYVSVQSRSVLTEQGASAYEWEIEATPEEADQVRIELDMMQEKEEEGFPGYVFPWPDTPEQSSNSLFQYSLDKVYRTIYQLGTPATRQQMEELRLLSD				NA	NA	NA	NA	NA
JZ016_05714	369			hypothetical protein	ATGATGTATGCAATTAAAGATGCAAAAATCCGCCGGATTACGGAAGTGAATGGCGCTCCTTGCGCTGAGGTTGAGGTCTATCCCGCAGCGGAAGGAGAAAGTGCATTGCTGGCTTATCTGACGCCGTCCTCCCCGCTGGGAGGTTATGAGCTGGTGAAAATCGTCCGCAGCGACGCCAGCATGGAGGTGGATTGGTACGACAACAGCATGCATGATGCATTTGTCGATGCCACGGATGAAGCGTTCGAGAGCACCGTTCAATCCACCGCGGAGGAAGATCGGGATGCATTCAAGCAGCAGCTGCTTTCTACAGGCCAGCTATATGAGCAGCTGAACCAGCGGCTCAGCGAAGGGTCTCAATATTTTTAG	MMYAIKDAKIRRITEVNGAPCAEVEVYPAAEGESALLAYLTPSSPLGGYELVKIVRSDASMEVDWYDNSMHDAFVDATDEAFESTVQSTAEEDRDAFKQQLLSTGQLYEQLNQRLSEGSQYF				NA	NA	NA	NA	NA
JZ016_05715	1026	yajO_5	COG0667	1-deoxyxylulose-5-phosphate synthase YajO	ATGAAATACAATTTACTCGGTAATACAGGTGTGCTGGTATCAGAGATCGGGCTCGGCACGATGACGTTTGGCGGAGGAGCGAAGTGGGGAATGTTCGGCACGCTGGATGATAAGGAAGCAGGTTATCTTGTAGATCAGGCCTTGGATGCGGGTGTCAATTTCTTCGATACAGCCAATGCCTACGCCGAAGGCCGCTCTGAAGAGATTCTTGGTAAAACACTGAAATCCAAGCGACATCAAGCGCTGATTGCTACGAAGGTTCGTGCGCGCACGGGTCCGGGCCCCAACGATATTGGACTGTCGCGGCTGCACATCATTCGTCAGGTGGAAGAAAGCCTTAAACGCCTTAACACCGATTATATCGATCTATATCAAATTCATAACCCGGATCAATTAACCGATTGGGAGGAAACACTCCGTGCACTGGATGACCTTGTCCGAAGCGGAAAAGTACGGTACATTGGCAACTCCAATATGACCGGTTGGGAAATCATGAAAACGCGCGGCATCTCCACTATGCACGGTCTTCATGCATTCAAAAGCAGCCAATCGTATTATTCACTCGCCGCAAGGGATATCGAAAGAGAGATTATCCCTGCCCTAAAGGATCAGCATATGGGTTTGATCGTCTGGAGCCCGTTAGCAGGCGGGTTCTTGACCGGAAAATATACGCGTGAACATCGGGGAGGCTCCGAGGACCGCCATGCCAAATTGGCTTTTCCGCCGATTGATACGGAGCGGGTGTACCCGATTCTTGATGTGCTTCAAGATATCGCGCAAGCTCATGAGGCAACTGTCGCCCAAATTGCGCTTGCGTGGCTCCTTCATCAACAAGCGGTCACCACAGTTATCGTAGGAGCTAAACGTACTGACCAACTGCAAGATAATTTGGGAGCGAGCGGGTTGATTCTGAATGAAACCGAACTTTCTCGACTGGATGAAGTAAGCCGTCTGCCTGCTGAATATCCGGGATGGCCTTTTATGGAACTGGACGAGGATATCATTCGAAAGCATGGGCAGAACTGA	MKYNLLGNTGVLVSEIGLGTMTFGGGAKWGMFGTLDDKEAGYLVDQALDAGVNFFDTANAYAEGRSEEILGKTLKSKRHQALIATKVRARTGPGPNDIGLSRLHIIRQVEESLKRLNTDYIDLYQIHNPDQLTDWEETLRALDDLVRSGKVRYIGNSNMTGWEIMKTRGISTMHGLHAFKSSQSYYSLAARDIEREIIPALKDQHMGLIVWSPLAGGFLTGKYTREHRGGSEDRHAKLAFPPIDTERVYPILDVLQDIAQAHEATVAQIALAWLLHQQAVTTVIVGAKRTDQLQDNLGASGLILNETELSRLDEVSRLPAEYPGWPFMELDEDIIRKHGQN	PGPT0017540_1333	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017540-yajO|iolS-K23107	NA	NA
JZ016_05716	660			hypothetical protein	ATGATTTGGTTTACACTAAGGGAGACGCTGGTCAGTTGGAATGGACGCAAAAATCAATCGAATTATTTTTGGAAAATGCCGGGGGTGAGCTTTCAGATGGATGCAGTCGCCATTTGGACGGAGTACCATGAGCCTGTTAAAAGGTTTGTCATGACTAGGATTCGTGAGCGCGCTGATGTGGATGATATTGTACAGAATGTATTTATGAAGGTCCACACCCATATCTCAGATTTAAAGGATGAGGAGAAACGGGGCTCCTGGATATTTCAAATAGCTCGCAACAGCATCGTGGATCATTACAGGAAGACTCGGTCAGGTGAAGAGCTGCCGGAACAGCTGTCTGTTGTCGATGAATATGCAGAGATTGATTATGATCAGGAAGTGATTGCCTGTTTTCAGTCCGTGCTGCCATGCTTGCCGGATAAATATCGGGAAGCTCTTGAATTGACCGAATATAGAGGGATGTCGCAAAAGGAATTAAGCGAGCATTTGGGGATATCATACTCCGGCGCTAAATCAAGAGTACAGCGCGGGAGAGAGATGATGAAAGAGCTGCTGACGGGCTGTTGTCATATCGAATCGGATGCATACGGGAACATCGTGGATTTTCGGATCGTGTACGATGAGCCGCAGCCGGTAAGAAAAAAGACCAAAAAATAA	MIWFTLRETLVSWNGRKNQSNYFWKMPGVSFQMDAVAIWTEYHEPVKRFVMTRIRERADVDDIVQNVFMKVHTHISDLKDEEKRGSWIFQIARNSIVDHYRKTRSGEELPEQLSVVDEYAEIDYDQEVIACFQSVLPCLPDKYREALELTEYRGMSQKELSEHLGISYSGAKSRVQRGREMMKELLTGCCHIESDAYGNIVDFRIVYDEPQPVRKKTKK	PGPT0014960_9218	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_05717	1461			hypothetical protein	ATGGTTAAGCTGTGGGGAGCGGGAATCCTGGCATTGTCGCTTACATTGGGCTCCGTCCAAGTGCCGGTATACGCGGATACCGTACAGAGCGTCACGGTTCTTGAGTCCACGCATGAGCTGGTGAACGGCAAGATGCGCGTGACGGCGGATATTCGCAACGGAGGAACCGGTGCGGAAGCGGGATTCTATGTCGTGGGTTATGATGAAAACGGCAAAGCACTTGAGGTTGTCGGTGATTCCGAATATATGATGAGTGATGAAATCGGTACATATGAGGTGGATCTGGATAGCGGCAGCAGCGTTAAGCGGGTGGAAGTCATTCCTGCAGGACCCGCCGGCGATCAAGCACAGCTGCTGGCTTCAGGTTACTATACGAATAACGGCGTGATTAACGTGTCGGGTGTCGTGCAGAATTCAACGGTCGGGCACAACGTGGGCATGCTCGCGGTAGGTTATGATGCTTCCGGTAAAGCGGTTGAAGTGACATCGGCGGACAGCTACTTTGGCGGCAGTGATGTCGGTACGTTCATCGTACAGCTGAAGGCAGCCAAACTGATCAAAAGCGTAAAGGTATCCGTTATCGATCCGGTTGAAGATGCCGTGAAGCTGCTTCAAACGGGCAGCCGCCTGGAGAACGGAAAGCTTGTCGTGACCGGCTCGATTCAGAACCGGAATAAAGGCGGGCAAGCGGGAGTCATTGTTGTCGGCAGCAACGGCAGCGGCAAGGTTTTGGAAGTCAATACAACTTCGGGCTACCTTTCATCTAACGAAATCGCGACTTTCCAGGCTGAGCTGGAAGCTGGCAAAGCTGTCAGCGATCTCAAGGTGTTCCTGACGGGAAACAGCCAGACTCCGAAAATCATAGCCGAGGGCAGAACGACGATCAACAATAAGCTCGTCGTTACGATCGGGGTGGAGAACGGGGATGTGTCCCAACGAATTACCGTGAAATCAACGGCATATGATGCAAAGGGACGCTCTTTGGGGACGGATACGGATTCCATGTTCATGACGGCCAATGAAACGACGACCCTGCGCATTGATTACGATACACGCGTAAAAAGCGTAAAGCTTAAATATTATGATCAGTCCGGCAAACAAATCGGAGAAGCGCCGATTCGCATCAAAATCAACGGTCAGCTCCAATCCTATGCACAGTCACCGGTCATGGTAGGGGGAAGCGTTCTTGTCCCAATGCGCCCGATCTTCGAATCCCTCGATGCCTCGGTCAAATGGGATCAAAAGACGCAAAGCGTATCTTCCAGCAAAGGATCTGCCCAGATCAAGCTGAAGATGGGCTCCAAGCAAGCGGTCGTTAACGGAAAAAATGTAGCACTGGATTCGGCGCCGCGGATGGTAAAGGGCACCACGATGGTGCCGCTGCGTTTCGTGGCATCCGCGCTGGGCTGTGAAGTGAAGTGGGACGGCAATGAAAAAATGGTGCTGATTACAACGAAATAA	MVKLWGAGILALSLTLGSVQVPVYADTVQSVTVLESTHELVNGKMRVTADIRNGGTGAEAGFYVVGYDENGKALEVVGDSEYMMSDEIGTYEVDLDSGSSVKRVEVIPAGPAGDQAQLLASGYYTNNGVINVSGVVQNSTVGHNVGMLAVGYDASGKAVEVTSADSYFGGSDVGTFIVQLKAAKLIKSVKVSVIDPVEDAVKLLQTGSRLENGKLVVTGSIQNRNKGGQAGVIVVGSNGSGKVLEVNTTSGYLSSNEIATFQAELEAGKAVSDLKVFLTGNSQTPKIIAEGRTTINNKLVVTIGVENGDVSQRITVKSTAYDAKGRSLGTDTDSMFMTANETTTLRIDYDTRVKSVKLKYYDQSGKQIGEAPIRIKINGQLQSYAQSPVMVGGSVLVPMRPIFESLDASVKWDQKTQSVSSSKGSAQIKLKMGSKQAVVNGKNVALDSAPRMVKGTTMVPLRFVASALGCEVKWDGNEKMVLITTK				NA	NA	NA	NA	NA
JZ016_05718	297			hypothetical protein	ATGAGACAGCTTTTGTCCTCTTTATCGTATTTCAGCATCTTCTTTGCCCCCTTCATCCTTCCTGTCATCGTTTGGATTTTCTCCCCGGACGCCTATGTAGCCAAGCACGCCCGTCGCGCCCTATTCTCGCACCTGTTCCCCATTATCGCTGCGATCCCTTTAATCTACATGGCCGTAACCGCAGGGTCCTTCGGTTCCGTCATTGGATACCTGATCCTGTTCGGCATCATCTACTTCGGGGCTTTTGTTTATAATGTGATCATGGGCATTCAAGTGCTGAGGGAGTACGCATACTGA	MRQLLSSLSYFSIFFAPFILPVIVWIFSPDAYVAKHARRALFSHLFPIIAAIPLIYMAVTAGSFGSVIGYLILFGIIYFGAFVYNVIMGIQVLREYAY				NA	NA	NA	NA	NA
JZ016_05720	465	ysnE		putative N-acetyltransferase YsnE	ATGAATGAAATCACTATGACTTTGGTAAGAGAGACCGACAAGGATCTTCAGGAGCTCATCGCGAAGCTGGACGATTATTTATCAACGTTATACCCGGCGGAAGGAATATTCGGGCTGGATCTGACTGACCCCAAGGTAAAAGAAACCCTCTTCGTGGTCGCCTACCAGGAGGGCCGACCTGTCGGCTGTGGAGCTGTACGGCCGCTGGATGAAGAGGTGGTTGAGATCAAGCGGTTTTTCGTGGATATTCCATACCGGAACAGAGGAATAGCCTCTCGGATTCTGCTCTATCTGGAAGAGCAAGCGAAGAATCGGGGTTATCGTTTTTCGCGCCTGGAAACAGGCGAGCCGCAGGAGGAATCCGTTCATTTTTATAAGAAGCTGGGGTATGCCCAGATTGAACCGTTCGGTGAATACATCGGGAGCGAATATAGCTTATGTTTTGAGAAGTGTCTGACATCCTAG	MNEITMTLVRETDKDLQELIAKLDDYLSTLYPAEGIFGLDLTDPKVKETLFVVAYQEGRPVGCGAVRPLDEEVVEIKRFFVDIPYRNRGIASRILLYLEEQAKNRGYRFSRLETGEPQEESVHFYKKLGYAQIEPFGEYIGSEYSLCFEKCLTS	PGPT0007180_532	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_METABOLISM,PGPT0007180-iaaT|yedL|ysnE-K03829	NA	NA
JZ016_05721	441			hypothetical protein	ATGCAGCTTACGAAAATCTCACAGAATACCGCCATTTTATTGGAGCATGCCAAAAAATCGGGGCTAACTACCTCCGAGCTGCTGGAGGCTGTGCGCTCGGGTGAGGTCGAGAGATTCCAAGTCGCGAACAATGGTCATTTTCACTATGAGGAATTGTTCTCTTATGCAAAAGAACATGGGGAAGATTTAGAGAAGGCCGTTAGCGAGGGATACAAAATGACGTTTAATACCCGCAACGGGTTGAAGATCTGGCTGGAGGAAGCCTTCCACATCAGTTCAGAATCCGATTTTAGTGTAGGTGAAGGCATTATTGAGGGGCTGAAGCTCCAGGAGGAGCAGGTCGCTCGCTTGAAGGAAGCGCTGGCCGTCAACTGGACCCTGCAGGAAGAGCCTGCAGCAGATGCCGTCCAGATCAGATTGACCGTCAGAGGATTGCAATAA	MQLTKISQNTAILLEHAKKSGLTTSELLEAVRSGEVERFQVANNGHFHYEELFSYAKEHGEDLEKAVSEGYKMTFNTRNGLKIWLEEAFHISSESDFSVGEGIIEGLKLQEEQVARLKEALAVNWTLQEEPAADAVQIRLTVRGLQ				NA	NA	NA	NA	NA
JZ016_05722	1863	argS_2	COG0018	Arginine--tRNA ligase	GTGTTAAGTCATTTGATTACTTCGAGCCTTCAACAAGCTGTAAACCAGGTGTGTGAAGATATGGGCGTCCAACTGCCCGATTCTACTCCAATCCGGATTGAGCAGCCTGCCAGCATGGAGCATGGGGACTATGCCACCAACATTGCGATGCAGCTTGCGAAGCTGCTTCGTAAAGCTCCGCTGCATATTGCCGAGCTGATTCAAGCCGAGCTTGAGCAGGATACGACTTATAAACAGCTAGTCTATGCCACGGAGATTGTTGCACCAGGTTTTATGAATCTGCGTATCGATTGGGAATATTGGGCTGGTCATCACTTTGAATTGCCCCCGGCAACGAACGAGAAGATTGTCATTGAGCATACTTCCATCAATCCGAATAAATCCGCCCATATCGGCCATCTAAGAAACTCCTGTATCGGCGATACGCTGGTCAGGCTGATGAGGAAGCTTGGTTACGAGGTGGAGGTTCATAATTATATCGACGACCTTGGCAATCAACTGGCAGATACGGTGGTCGGGATGCTCCACACGCCGCTGTCAAAGGAACATGCCCGGTTCGGCGATTACTGCTGGGACGTGTATTCAAGTACCAATAAGGCCTACGAAAGGGAGCCCGGGCTGGTTCAGCATCGGACCGAGGTTCTGCACGCACTGGAAGAGGGTAACCAGAATCTGTCCTGGATCGGACTGCTCGTTGCCGAGAGAATTGTCAAAGAGCATCTTGAAGAAATGAAGCAGTTCGGCATTGACTATGATCTGCTTGTGTGGGAGAGCAGCATTGTCAGAGAGGGGTTCTGGGCATCCGCTTTCGAGCTGTTGAAGAACACGCCGCTCTTCCATCAGGAAACCGAGGGCAAACTTGCAGGCTGCTGGGTGCTCAAGCAAACAGGAACGGAAGCCGTTGACGATCCGGAGTCAGACCACAGCATGGATAAAGTGCTCGTGCGCTCCAATGGCATCCTGACTTACACCGCTAAAGACATCGCCTATCACCTGTGGAAATACGGTGTGCTCTCCAACGATTTTGTATATAAAAAATTCACAAACGAAGTTTGGACGACGAGCACTCATGGCGAGCAGCTCTCTTTCGGCAAAGCAGACATGGTCATCAACGTCATTGATTACAGGCAGCAGTACCCGCAGGCGATGGTGAAGCAGGCGCTGGAAAGCCTGGGATTCCATAAAGAGGCCGACAAGCTCCGTCATGTCAGCTACGGCGTCGTTTCGTTAAGCCCTTCTGCCGCTTCGGATCTCGGCATCGATACTTCCGACGGGAAAGCATCCTACGCGATGTCCGGACGTCAGGGGATCGGAATTAAAATCACCGAGCTTATCCATCAAGTAGCCAAGTTCATCGAAGACACCCGTTCCGATAAAAACGGTTTGTCCAGTCATACGATCGCAGCCGCCTCCATCCGTTACTATCTGCTTCGTTTTGCACTGCAAACCGAAGTGGTGTTCGATCTGAAGCAGGCCACTGAAATATCGGGAAATACGGGGGTATACCTGCTCTACTCCTACGCGCGTGCACTCAGCGTGCTCAACAAAGCGCAAGAAGCGGGGGTTTCGCCGTCGGTGCCTGCCCGGTTCCCTGCCATGGAAAAAGCGGAGCATGCGCTCCTTCGCCATATCAGCACCTGGCACGATACCCTGTATGCCGCCGGCCGGGATCTATCTCCAAGCGCCATCTGCAACTTTACTTATGAGCTGTGCTCCTTGTTCAACAATTTTTACTCGGCATGCCCAATTCTGAAATCGGCGGATGAAGTGCTCCGGTTCCGTGTATGGCTCACTTCCTTATTTAAAAACACTCTTGGAGAAGCACTGGATGTACTGGGACTGCCCACGCCCAGCCGGATGTAA	MLSHLITSSLQQAVNQVCEDMGVQLPDSTPIRIEQPASMEHGDYATNIAMQLAKLLRKAPLHIAELIQAELEQDTTYKQLVYATEIVAPGFMNLRIDWEYWAGHHFELPPATNEKIVIEHTSINPNKSAHIGHLRNSCIGDTLVRLMRKLGYEVEVHNYIDDLGNQLADTVVGMLHTPLSKEHARFGDYCWDVYSSTNKAYEREPGLVQHRTEVLHALEEGNQNLSWIGLLVAERIVKEHLEEMKQFGIDYDLLVWESSIVREGFWASAFELLKNTPLFHQETEGKLAGCWVLKQTGTEAVDDPESDHSMDKVLVRSNGILTYTAKDIAYHLWKYGVLSNDFVYKKFTNEVWTTSTHGEQLSFGKADMVINVIDYRQQYPQAMVKQALESLGFHKEADKLRHVSYGVVSLSPSAASDLGIDTSDGKASYAMSGRQGIGIKITELIHQVAKFIEDTRSDKNGLSSHTIAAASIRYYLLRFALQTEVVFDLKQATEISGNTGVYLLYSYARALSVLNKAQEAGVSPSVPARFPAMEKAEHALLRHISTWHDTLYAAGRDLSPSAICNFTYELCSLFNNFYSACPILKSADEVLRFRVWLTSLFKNTLGEALDVLGLPTPSRM				NA	NA	NA	NA	NA
JZ016_05724	789	tam_3		Trans-aconitate 2-methyltransferase	ATGGGTGAGGGAGTTGTTGTTATGTCAGAGCAAGTATGGAAAGCTCACGATTATGATCGGCAGTTATCGTTTGTCTCGGCTTATGGAAAAAGCGTAGTAGAGCTTCTTGCGCCCCAACCCGGAGAGCGGATTCTTGATCTCGGCTGCGGAACCGGCGATTTGGCAAATGAAATATCTGCTTCGGGTGCACATGTAACCGGCATGGATGATTCGGCCGAGATGATTGAGCGCGCCAAAAGCAAATACCCCGGGCTTACGTTTCTGGCCGGAGACGGCGAGAACTTCGACACCGAATCGCCGTATGATGCCGTCTTCTCCAATGCAGCCCTGCATTGGATGAAGGATGCTGGTGGTGTGGTACGCTCCGTCTATGGCGCACTCAAGCCCGGTGGCCGATTCGTAGCGGAGTTTGGAGGCAAGGGGAATATCGACGGAATTTACCAAGCTTTGAAAACGGTGTTCGCCGACCATTATGGAATGGATGCCGACACCCGAAATCCGTGGTATTTTCCCAGCTTGGGCCAATATACGACCTTGCTTGAATCCCATGGGTTCCGGGTGCATATCGCCCATCACTTCGACCGTCCCACGAAGCTCCCTGAGGGCAAGGATGGCGTGAAGTATTGGCTGCTGCATTTTGGCGATCGTTTCTTTGCTGGATTCTCGGCTCAAGAGAAGGACGAAGCCATTGCCCGTATCAGCCAAGCTGCCCGGGCGACGCTCTGGCGTGAGGATGCATTTTATGCAGATTACAAGCGCCTGCGAGTCTTTGCAGAGAAAGTTTCATAA	MGEGVVVMSEQVWKAHDYDRQLSFVSAYGKSVVELLAPQPGERILDLGCGTGDLANEISASGAHVTGMDDSAEMIERAKSKYPGLTFLAGDGENFDTESPYDAVFSNAALHWMKDAGGVVRSVYGALKPGGRFVAEFGGKGNIDGIYQALKTVFADHYGMDADTRNPWYFPSLGQYTTLLESHGFRVHIAHHFDRPTKLPEGKDGVKYWLLHFGDRFFAGFSAQEKDEAIARISQAARATLWREDAFYADYKRLRVFAEKVS				NA	NA	NA	NA	NA
JZ016_05725	429			hypothetical protein	ATGCCGTTATGGCTTATATATGCATTGCTGTCGGCGGTCACGGCGGCTCTTGTCGCCATTTTCGGAAAAATAGGCCTGCAAAACATCGATGCCAATTCGGCAACGGCCATCCGCTCTGTCATTATGGCCCTGTTTTTGCTGGGAGTCGTGGGGGTTCAGGGCAAATTCTCGGAACTCGGTGACATTCTGGTTCAGAAGAAAGCATTAAGCTTCATTGTGCTCAGCGGCATTGCGGGGGCATTGTCCTGGCTGTTTTATTTTCTTGCGCTAAAATACGGCAAAGTATCGCAGGTAGGACCTATCGATAAATTGAGCGTTGTCATCGCGGTCATTCTGGCCTTTGTGTTTCTTGGAGAAAAGATATCCTGGATTAACGCAGCCGGCGTTGCACTCATTGCCGTTGGCGCTCTTCTGGTTGCCGTTAAATAA	MPLWLIYALLSAVTAALVAIFGKIGLQNIDANSATAIRSVIMALFLLGVVGVQGKFSELGDILVQKKALSFIVLSGIAGALSWLFYFLALKYGKVSQVGPIDKLSVVIAVILAFVFLGEKISWINAAGVALIAVGALLVAVK				NA	NA	NA	NA	NA
JZ016_05726	471	yjaB	COG0454	Peptidyl-lysine N-acetyltransferase YjaB	ATGATTTGGAAGGGACTGGATGAAGTGGTGTTACATATAGCGCCTTATACAGAAGAGTATCATGATCGGCTGGTGGAAATATGGCTTCGTGCCGTATCCCAAACGCATGATTTCCTGACGGAGGAGGATATCCGGTTTTATTATGAGATGATGCAAAACGGAGCGCTGAGAGCCGTAGAGATCTGGGTTTGCTTGAATACCGAACAGGGGGAACCGATTGGATTTATGGGGCTGGATGGCACCAAAATCGAAATGCTGTTTGTGGATCCCCTCCATCACGGCCAAGGCTCAGGAACGGAACTGATCCGGCATGCCGAACAGCTCAAGGGGCGGAGGCTGCAAGTCGATGTGAATGAACAGAACCCCATGGCCCATGCTTTTTATAAAAAATACGGCTTCGTGCAAATCGGTCGCTCCGAGCTGGACGGCTCCGGAAAGCCGTTTCCGCTTATTCACATGGAATTACAGTAG	MIWKGLDEVVLHIAPYTEEYHDRLVEIWLRAVSQTHDFLTEEDIRFYYEMMQNGALRAVEIWVCLNTEQGEPIGFMGLDGTKIEMLFVDPLHHGQGSGTELIRHAEQLKGRRLQVDVNEQNPMAHAFYKKYGFVQIGRSELDGSGKPFPLIHMELQ	PGPT0021200_4	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021200-pyrE-K00762	NA	NA
JZ016_05727	2796			hypothetical protein	ATGAAGTTTTTTCCGAGTAATCTGTCGTTTCGTTATCCGTGGCGCTCCTATCAGAAAAGGGTCCTTCACGGGCTGGAGCATCATCTGAAGAATCGGCATCTGCATTTGGTGGCGCCGCCGGGTTCGGGGAAGACCGTTCTTGGACTGGAAATCATGCTGCGCATTAACCGGCCGACGATCATCCTGGCCCCCACACTCACCATCAAGCAGCAATGGGCGAGCCGATTCGTGGAATTATTCCTAGACGATCAAGAACAGCCCGAATGGATCTCCACCTCGCTCAAGCGACCGGCATTGGTAACGATTACGACCTATCAAGCCCTTCATAGCCTGCTTAGTACTGCTGGGGAGCAAACCTCTGTGAGGAAGAAAGGTACGGCGGAGATAGAGCATGCGCATCAGGTTGAAGATGAGAACTACAGGGAACCCGAAATGGCCATGGAAGCTTCTGAGGCGGAGGTGATGGATAGCGCTAGCGAGGATGATATCACGAACGGTACCGAGGCTCAAGAAACTTTGGAATTGTTGAAGCGACAGGGCTATCATACAGTCATTTTTGACGAGGCGCATCATCTCCGGATGTCTTGGTGGCAAAGTGCTATGCAGCTGTGCGAAATGCTGGGCCAGCCGACGAAGATTGCCCTTACTGCCACACCGCCATATGATGTTAATCCAAGGGAATGGCAGCGGTATATCGAGCTTTGCGGTCCCATCGACGAAGAGATTAGCGTCCCGGAGTTGGTCCGTCATGGTGAGCTGTGCCCGCATCAGGATTACATAAGTTTAACCACGCCTACACAAGAGGAGGCAGCTAAACTCCGGGAGTTTCGGCTGCAGGCAGCCCAGGTTAAGGGCGAGCTGATCCGGGATAAGTTCCTGGCGGATTTGATTGTCAATCATCCTTGGATTACGCAATCCGAAACGTATACCGAAGAAATATTATCCTCGCCCGAGTATTACTCCAGTATGGTGCTTTATCTGCGTGCCGCCAATCAGCCCATCTGGAAGGAGGCGGTGAAGCTGCTCGGAATGAAGGAGAAGGAAACGCCCGATTTTTCGGAAGAGTGGTTGGAGGAACTCCTTAGCGGCATGCTGTATAAAGATCCGCATATGGATCGTGAGCTGCCGGAGTTAAAGGGTTTACAAAAGAGGCTCAGCCGAATGGGCATGATTGAACGCCGGAGGGTTTATATGCGTTCTACCCCGGCATTTGACAAAATGCTGGTCCAGAGCGTTTCGAAATTGCACGGCATCGGGCGTATTCTTGATTTCGAGCGTTCCGTGCTGGGGGAGAACTTGCGGATGGTGATTTTGACCGATTATATCCGTAAGGAGGACCTGCCGAAGGATGCAGCTGACGAGAAGCCGCTTCATCGGCTCGGCGTTGTCCCCATTTTCGAGTTAATCAGAAGGCAGCTGGCTGAGAAAAACAGCTCGCAGAGCGAGCATGAGCTGCCTATCGGAATTCTGACCGGCTCCTTTGTAGTGCTGCCGGCAAAGGCTGTGCCTTTAGCCAGGGTTTGTGCCGATCGGCGAGATATTCACTTATCGGAGCGCCCGCTTGCTCACGACAGCCGCTATGTAACGATTGATGTTCGTGATGCGAATCGCTCGGATATCGTTGCAATCATAACGGAAGTGTTTTCGGAGGGAGAAATCCGGGTGCTGGTTGGTACGGCGGCTCTTCTGGGTGAGGGGTGGGATGCCCCCGGAATCAATTCCTTAGTCATGGCATCATATGTCGGTTCGTTCATGCTGTCCAATCAGATGAGAGGGCGGGCGATTCGGGCGCAGCGCGGGAATCCCGATAAGACCGGAGCGATCTGGCATCTGGCCTGCATAGATACAGCCAAGAGCGACGGCGGTGAAGATTTGGGCTCGCTGGCCCGCAGATTTCGATCTCTCGTAGGTTTATCGATCTCGCACCAGACCATAGAGTCGGGCTTGGAGCGCATGGGCCTTGATCTTCGGAAAAGGCAAACCGCAGACAGCATTAACGATTATAACCGCGACACATTGGAGCGTGCGAAGCAGCGGCATCTTCTGAAGGGGCGTTGGGATTCGGCGATTGCCCTTCACAGCTCCATGACGGAAGAGCTGACGGCGGATCGAGAGAGCATCCCTAGGCCTGTCGTGTTTTCTCATACGGTGAAAGCCGTACTCCTGTTCGCCGTTGGTCTGGGATTGGGCGCCTTCAGCGAGACGTTAACGTCTCCGCGTTTGTTCCAATCGGACGCGCCGGCCTGGTTCAATTTACTCATCCCGGTTGCCGTTGCCTTACTCGTATCAAGTCCATGGGTATATAAAGCCATCAAAATGCTGGCGCGGCATCAGTCGCTGGAGCGTAGTATCCGTGAGGTTGGTCTCGTCGTTTATACGGCCCTGTTCGATATGAAACTGGTCGAATCTGGGCCAAGCATTCACCGATTGAAAGCTGAGGAAGTGGGAGGAACCGTCACGTGTTGGCTTAGAGACGGAACCACTCAGGAAAAAACACTCTTTTTGGATTCGCTGCAGCAGGTGCTGGACCCGATCAATAACCCGCGTTATCTTCTATACCGTGAATCGCGAAGCTGGTTTATGAAGAAACGGGATTACCATGCCGTGCCGGAGGAAATCGGTCGCCGCAAAGAACACGCGGAACGGTTTGCCCAGCTGTGGCGCAAGCATATCGGCCCTGCCGAACTGGTCTATACTCGCACGCCCGAAGGAAGGAAAATACTTCTGACCGCGCGAGCGAGAGCGTTGTCTTCCATTTTCGTGAAGAAATCGGAGCGGGTCAGTGCTTGGCGATAG	MKFFPSNLSFRYPWRSYQKRVLHGLEHHLKNRHLHLVAPPGSGKTVLGLEIMLRINRPTIILAPTLTIKQQWASRFVELFLDDQEQPEWISTSLKRPALVTITTYQALHSLLSTAGEQTSVRKKGTAEIEHAHQVEDENYREPEMAMEASEAEVMDSASEDDITNGTEAQETLELLKRQGYHTVIFDEAHHLRMSWWQSAMQLCEMLGQPTKIALTATPPYDVNPREWQRYIELCGPIDEEISVPELVRHGELCPHQDYISLTTPTQEEAAKLREFRLQAAQVKGELIRDKFLADLIVNHPWITQSETYTEEILSSPEYYSSMVLYLRAANQPIWKEAVKLLGMKEKETPDFSEEWLEELLSGMLYKDPHMDRELPELKGLQKRLSRMGMIERRRVYMRSTPAFDKMLVQSVSKLHGIGRILDFERSVLGENLRMVILTDYIRKEDLPKDAADEKPLHRLGVVPIFELIRRQLAEKNSSQSEHELPIGILTGSFVVLPAKAVPLARVCADRRDIHLSERPLAHDSRYVTIDVRDANRSDIVAIITEVFSEGEIRVLVGTAALLGEGWDAPGINSLVMASYVGSFMLSNQMRGRAIRAQRGNPDKTGAIWHLACIDTAKSDGGEDLGSLARRFRSLVGLSISHQTIESGLERMGLDLRKRQTADSINDYNRDTLERAKQRHLLKGRWDSAIALHSSMTEELTADRESIPRPVVFSHTVKAVLLFAVGLGLGAFSETLTSPRLFQSDAPAWFNLLIPVAVALLVSSPWVYKAIKMLARHQSLERSIREVGLVVYTALFDMKLVESGPSIHRLKAEEVGGTVTCWLRDGTTQEKTLFLDSLQQVLDPINNPRYLLYRESRSWFMKKRDYHAVPEEIGRRKEHAERFAQLWRKHIGPAELVYTRTPEGRKILLTARARALSSIFVKKSERVSAWR				NA	NA	NA	NA	NA
JZ016_05729	840			hypothetical protein	ATGCTCGAGAATGAACGTTACGGTGAAGCGATGGAGGTTCTGCGCTTTCTGCTGAAATGCGGCGGACAGAATGAACGGCATTATGAAGAGTGGAATTCGCTCCTCGACTGGCTTGAAGCTGCATTTCCGGAACAGGCTGTACCCCGTTCAGTTAACGAAGCAGAGCCCGAGGAGGATGATCCGGACGAAGCGGACATGGCGAGGCAGATGGTTAGGGACAAAGTTGCCCAGGATGCCGGATATGCCGACAAGCTGCTGGCTTCGGTCATGAACGGACCGCTGACGGAGCAGACCATTTTGGCGCTGGAACAGCTTGCATATTTGGACCGTCCGGAGATCGACGCTATTTTGGTCGAGTGGCTGCATGATACGCCGCTTCATCCGCTGCTGCAATTTCGGGTGCTGCAAACGCTGCGGAGAAGAGGGATGGAAGGGCATGTGAGCCTTCATCGCGGGCAGGAAGCCGTCGAGATTGAGATCGATACAGTTCCCCTGGACCCGGGAGGTTTCCCGGACGCCATTACGAGAATTTTGGAGCGCGTTGCCGATCAGACTGAGGTTCATGAACCGACACTGTTTTATTTTGCACAGGAATTATGGTCTCAGTTCATCATGGCGATTTACGGCACCGAAGATTACCATTCCATGCTGGATGAAGAAGAATCCACGCTTGACATATGGGGGGCTGCTCTGCATGACATCGTGTCGGAGAGTCTGAAAGGGTTTCGCAATGAGGAGGAAATCCGCCCGCTCTACGGCATAACGGACACCATGAGGTTCCGCTATGAGGGAGCCTACCGATCTCTCAAGCAATTTGTCGCAGCTGGCGTGGAAGATTAG	MLENERYGEAMEVLRFLLKCGGQNERHYEEWNSLLDWLEAAFPEQAVPRSVNEAEPEEDDPDEADMARQMVRDKVAQDAGYADKLLASVMNGPLTEQTILALEQLAYLDRPEIDAILVEWLHDTPLHPLLQFRVLQTLRRRGMEGHVSLHRGQEAVEIEIDTVPLDPGGFPDAITRILERVADQTEVHEPTLFYFAQELWSQFIMAIYGTEDYHSMLDEEESTLDIWGAALHDIVSESLKGFRNEEEIRPLYGITDTMRFRYEGAYRSLKQFVAAGVED				NA	NA	NA	NA	NA
JZ016_05730	1323	tig	COG0544	Trigger factor	ATGAAAGCAACTTGGGAAAAAATAGAGAAGAACCTTGGCGTTCTTGACGTTGAGGTTGATGCGGAGCGCGTTGCATCCGCCCTCGACAAAGCTTTTAATAAAGTAGCTAAAAAAGCAAATGTACCTGGATTCCGTAAAGGTAAAGTACCTCGCTCGATCTTCGAAGCTCGCTTTGGCGTTGAGAGCTTGTACCAGGATGCAATCGACATCCTTCTTCCGGAAGTATACAGCGAAGCTGTAGAACAAGCGGATATCTTCCCTGTGGATCGTCCGGAAGTGGACATCGAGCAATTCGCTAAAGGCGAAACTTTCAAATTCAAAGCAAGAGTAACTGTGAAACCAGAAGTTAAACTTGGCGAATACAAAGGTATCGAAGTTGCTGCAGTAGCTGCTGAAGTTTCCGACGAGGAACTGAGCGAAGAGCTTGAGCGTCTGCAACAACGTCATGCTGAGCTTACCGTTATTGACGAAGGTGCTTCCCAGTCTGGCGATATCGTCGTGATCGACTTTGACGGTTCCGTTGACGGCGTTCCTTTCGAAGGCGGACAAGCTGAGCGTTATTCCCTTGAGCTTGGAAGCAACACGTTCATTCCAGGCTTTGAAGACCAAGTGATCGGAATGGCTACTGGTGACTTCAAAGACGTGGAAGTGACATTCCCTGAAACTTACCATGCTGAAGAATTGGCTAACAAACAAGCCGTCTTCAAAGTGAAAGTTCACGAAATCAAACGCAAGCAGCTTCCTGAGCTGGATGATGAATTCGCTAAAGACGTAAGTGAATTCGATACGCTTGACGAGTACAAGGAAGATCTGAAGAAACAATTGCTGACTCGCAAAGAGCAAGAAGCACAAGGCGTTCGTGAGAACGAAGCCGTTGAAAAAGCAGCAGCTAACGCTGAAGTTGAAATTCCTGATGCTATGATTCAATCCGAAGTTCAAAACATGATGCGCGATTTCGACAACCGTCTTCGCCAGCAAGGCATGAACCTGGAAATGTTCCTTAGCTTCTCCGGCCAAACGAATGCCGATCTGGAAGGTCAAATGAAAGACGATGCTGAAAAACGCGTTCGCAACAACCTCGTGCTCGAGCAAATCGCAAAAGAAGAAAATCTCGAAGTATCTGAAGAGGAAATCAACAAAGAGCTGGAGAACATGGCTGACACGTACAAACGTCCTGCTGATGAAATCCGCAGCATCCTGGGTGCTAACGGTTCCCTTGACAGCCTTCGTGAAGAACTGCTTCTTCGCAAAACAATCGACTTCTTGTTGGAAAACAGCGTAGAAGGCGCTCCTGTTGAGAAAAAAGAAGCAACTGAAGAATAA	MKATWEKIEKNLGVLDVEVDAERVASALDKAFNKVAKKANVPGFRKGKVPRSIFEARFGVESLYQDAIDILLPEVYSEAVEQADIFPVDRPEVDIEQFAKGETFKFKARVTVKPEVKLGEYKGIEVAAVAAEVSDEELSEELERLQQRHAELTVIDEGASQSGDIVVIDFDGSVDGVPFEGGQAERYSLELGSNTFIPGFEDQVIGMATGDFKDVEVTFPETYHAEELANKQAVFKVKVHEIKRKQLPELDDEFAKDVSEFDTLDEYKEDLKKQLLTRKEQEAQGVRENEAVEKAAANAEVEIPDAMIQSEVQNMMRDFDNRLRQQGMNLEMFLSFSGQTNADLEGQMKDDAEKRVRNNLVLEQIAKEENLEVSEEEINKELENMADTYKRPADEIRSILGANGSLDSLREELLLRKTIDFLLENSVEGAPVEKKEATEE				NA	NA	NA	NA	NA
JZ016_05731	591	clpP_3	COG0740	ATP-dependent Clp protease proteolytic subunit	ATGAGTCTTGTACCTATGGTTGTGGAACAAACCAGTCGAGGCGAAAGATCTTACGATATCTACTCAAGATTACTGAAGGATCGCATAATATTCCTCAGCAGTGCGATCGATGACGATGTTGCCAATCTTGTCATTGCCCAGCTTCTGTTTCTAGCTGCGGAAGATCCGGAAAAAGACATCTCTTTGTACATCAATTCCCCTGGCGGTTCGGTTACAGCCGGGATGGGTATATATGATACGATGCAGTTGATCAAGCCTGATGTGTCCACGATTTGCGTTGGCATGGCTGCCAGCATGGGATCACTGTTGCTTACTGCAGGAGCGCCAGGCAAACGCTATGCGCTCGAGAACAGTGAAGTGATGATTCATCAGCCGCTCGGCGGTATTCAAGGTCAGGCATCCGATATCCAAATCCATGCAGATTGGATCATCAAGACCAGACATAAGCTGAATCAAATCTATGTGGAGCGCACGGGTCAGCCCCTTGAAAAAATCGAACGCGATACAGACCGCGACTTTTTCATGAGCGCGGAGGAAGCGAAGGCGTACGGTATTATTGATGATGTTCTGTCTTCACCGACCAAATCTTAA	MSLVPMVVEQTSRGERSYDIYSRLLKDRIIFLSSAIDDDVANLVIAQLLFLAAEDPEKDISLYINSPGGSVTAGMGIYDTMQLIKPDVSTICVGMAASMGSLLLTAGAPGKRYALENSEVMIHQPLGGIQGQASDIQIHADWIIKTRHKLNQIYVERTGQPLEKIERDTDRDFFMSAEEAKAYGIIDDVLSSPTKS	PGPT0014595_7630	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358	NA	NA
JZ016_05732	1266	clpX	COG1219	ATP-dependent Clp protease ATP-binding subunit ClpX	ATGTTTAAATTTAACGATGACAAAGGGCAGCTGAAATGCTCCTTCTGCGGTAAATCGCAGGAGCAGGTCCGCAAGCTGGTTGCGGGGCCCGGTGTTTATATATGTGACGAGTGCATTGACTTGTGTTCAGAGATCGTTGAGGAAGAACTCGGCCATGAGGAAGAAGTGGATCTGAAGGATATTCCGAAACCGCGCGACATTCGTGACATTCTGGATCAATATGTAATCGGTCAGGATCAAGCGAAGAAATCCCTTTCCGTTGCTGTTTATAACCACTATAAACGGATCAACACCCAGAGCAAGATTGAGGACGTAGAATTGCAAAAGAGTAATATTTTGCTGCTCGGACCTACAGGTTCCGGTAAAACATTGCTCGCGCAAACCATGGCCAAAATTCTCAACGTGCCGTTTGCTATTGCAGATGCAACTTCACTGACCGAAGCTGGTTATGTGGGTGAGGATGTTGAGAACATTCTGCTGAAGCTGATTCAAGCAGCGGATTATGATGTGGAAAAAGCGGAACGCGGCATTATCTATATTGATGAGATCGATAAAGTGGCTCGTAAATCGGAGAATCCGTCCATTACCCGTGACGTTTCCGGTGAAGGGGTTCAGCAGGCGCTGCTGAAAATTCTTGAGGGAACCGTTGCTTCCGTGCCTCCGCAAGGTGGACGCAAGCATCCGCATCAGGAATTCATTCAGATCGATACGACGAACATCCTGTTCATTTGCGGCGGAGCATTTGACGGATTGGAACAGTACATTAAACGCCGGATCGGTAAAAAGGTTATCGGCTTTAATGCATCCGGAGAAAACCAGAAGGATCTTAAGCCAGGTGAATACCTGACGATGGTTCTGCCGGAAGATCTGCTGAAATTCGGCTTGATTCCGGAGTTCGTTGGTCGTCTGCCAGTTGTGTCTACACTCGAACCGCTGGATGAGGCAACATTGGTACGAATTCTGTCCGAGCCGAAAAACGCGCTGACGAAGCAGTATCAAAAGCTGCTTGAATTTGACAACGTAAACCTCAAATTTGAGCCAGGCGCGCTAGAAGCGATTGCCCGCGAAGCCATTAAGCGCAATACCGGTGCACGCGGACTGCGTTCCATCATTGAAGGCATCATGCTGGACGTGATGTACGAAGTGCCGTCCAGAGATGACATTAAGGATTGCGTCATTACGGAGCAGGTCGTTCGGGATAAAGTGATTCCTGAACTGCAAGCCAAAAGTAACGATGACGACAAGAAACAAGAAGAAAGCGCCTAA	MFKFNDDKGQLKCSFCGKSQEQVRKLVAGPGVYICDECIDLCSEIVEEELGHEEEVDLKDIPKPRDIRDILDQYVIGQDQAKKSLSVAVYNHYKRINTQSKIEDVELQKSNILLLGPTGSGKTLLAQTMAKILNVPFAIADATSLTEAGYVGEDVENILLKLIQAADYDVEKAERGIIYIDEIDKVARKSENPSITRDVSGEGVQQALLKILEGTVASVPPQGGRKHPHQEFIQIDTTNILFICGGAFDGLEQYIKRRIGKKVIGFNASGENQKDLKPGEYLTMVLPEDLLKFGLIPEFVGRLPVVSTLEPLDEATLVRILSEPKNALTKQYQKLLEFDNVNLKFEPGALEAIAREAIKRNTGARGLRSIIEGIMLDVMYEVPSRDDIKDCVITEQVVRDKVIPELQAKSNDDDKKQEESA	PGPT0014600_3640	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014600-clpX-K03544	NA	NA
JZ016_05733	1110	ispG	COG0821	4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase (flavodoxin)	ATGTTTTTGAGACAAGACACACGGCCCGTCAAGGTGGGTAATCTCACCATTGGGGGAAAGAACGAAGTCATTATTCAAAGCATGTGCACCACCAAAACAGCAGATGTGGAGGCGACCGTTGCCGAGATACTCCGTCTGGAAGAAGCGGGATGTCAGATCGTTCGGGTAACGGTGAACAATGAGGAAGCAGCTGCGGCCATTAAGGAAATCAAGAAACGCATTCATATTCCGCTTGTGGCGGATATTCATTTTAACTACAAGCTTGCCCTGATGGCGATCGAGAACGGTATCGATAAAGTCCGGATCAATCCGGGAAACATCGGTAAGCGTGAAAAGGTCGAAGCTGTCGTGAAAGCATGCAAAGAGAAGGGAATTCCGATTCGGATCGGGGTTAACGCCGGTTCCTTGGAGAATCATCTCCTTGAAAAATACGGGTACCCGACACCGGAAGCCATGGTGGAAAGCGCCCTGTATCATATCGGGATCCTCGAAGAACTGGATTTCCATGATATCATCGTTTCGCTTAAAGCTTCTGATGTACCGATGGCGATTGCAGCTTACACGAAGGCAGCGGAAGTAATACCATACCCGCTTCACTTGGGCATTACCGAAGCAGGCACCCTGTTCTCGGGTACCGTCAAGAGTGCCGCCGGGCTTGGCGCGCTGTTGTCTCTTGGAATCGGCAGCACGATGCGTATATCCTTGAGTGCCGATCCGGTGGAAGAGATCAAGGTGGGCAGGGAGCTGCTAAAATCCTTCGGTCTGATCTCGGATGCGGCAACCTTGGTATCATGCCCGACCTGCGGACGGCTGGATATCGATTTGTTCTCCATTGCCAATGAGGTCGAGGAGTACATCTCGAAGATCAAAGTGCCAATCAAGGTTTCCGTTCTGGGCTGTGCCGTAAACGGTCCCGGAGAGGCTAGGGAAGCCGACATCGGGATTGCGGGAGCACGTGGGGAAGGTCTTCTCTTCCGTTACGGAGAGATGATCCGTAAGGTGCCGGAAGAGACCATGGTTGAAGAGCTTAAGAAAGAAATCGATCATATCGTGAAGGTGTACGAGGAAACGGGCGAAATCCCGGGCCGCAAGCACAAATCCACGGTCTAA	MFLRQDTRPVKVGNLTIGGKNEVIIQSMCTTKTADVEATVAEILRLEEAGCQIVRVTVNNEEAAAAIKEIKKRIHIPLVADIHFNYKLALMAIENGIDKVRINPGNIGKREKVEAVVKACKEKGIPIRIGVNAGSLENHLLEKYGYPTPEAMVESALYHIGILEELDFHDIIVSLKASDVPMAIAAYTKAAEVIPYPLHLGITEAGTLFSGTVKSAAGLGALLSLGIGSTMRISLSADPVEEIKVGRELLKSFGLISDAATLVSCPTCGRLDIDLFSIANEVEEYISKIKVPIKVSVLGCAVNGPGEAREADIGIAGARGEGLLFRYGEMIRKVPEETMVEELKKEIDHIVKVYEETGEIPGRKHKSTV	PGPT0007580_3259	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007580-gcpE|ispG-K03526	NA	NA
JZ016_05734	1731	lon2	COG1067	Lon protease 2	GTGAATTTAAGTATCGTGATTATGCTGGTGCAGCTGTTTTTTGCGGTCATCATCGGCATTTATTTTTGGAATTTATTGCGCGGGCAGAAGACAAGCAAAACAGCGGTGGATCGGGAATCGCGCAAGGAGCTCGATAAACTCCGCAAACTCCGGTCGATATCGCTAACGAAACCGCTCGCTGAGAAAACAAGGCCGCAAACGATGGATGACATCGTGGGTCAAAAGGACGGCTTGCGCGCCTTAAAGGCCGCCTTATGCAGCGCAAATCCCCAGCATGTGATTGTATATGGACCGCCGGGAGTCGGGAAGACGGCCGCGGCCCGCGTGGTGATGGAGGAAGCCAAGAAGAATCCGCAATCTCCGTTTAAATATGACGCGAAATTCACAGAGATTGATGCCACGACGGCCCGCTTCGATGAACGCGGGATTGCCGACCCGCTCATCGGGTCTGTTCATGATCCGATCTATCAAGGTGCCGGAGCCATGGGGGTTGCAGGCATTCCTCAACCCAAGCCGGGAGCGGTGACCAAGGCCCATGGCGGGATCCTGTTTATTGATGAAATTGGGGAATTGCATCCGATTCAGATGAATAAGCTTTTAAAAGTGCTGGAGGACCGCAAGGTACTGCTCGAAAGTGCATATTATAATTCTGAGGATGCCAATACACCTGCCTATATACACGATATCTTTCAAAATGGCCTTCCGGCGGACTTCCGTTTGGTGGGTGCTACGACACGTTCGCCCGAAGAGATTGCTCCTGCGCTTCGTTCACGCTGCATGGAGATTTTTTTCCGTCCGCTTTTGCCCGAAGAGATTGGGAGGATTGCAGAGGATGCCATTCAGAAAATTGGTTTGAATGCTGCGCCGGAAGCGGTTGAAGTTGTGAAGCAGTACTGCTCTAACGGGCGGGAAGCGGTCAATATGATTCAATTGGCTGCCGGTCTTGCATTGACCGAGAAACGAGATTCGCTGCGGGCAGCGGATGTGGAATGGGTGGCCAGCAGCAGCCAGCTTCAGCCTAGGCCCGACCGGAAAATACCGGAGAAGCCTCAGATCGGCGTAGTCAACGGATTGGCTGTATATGGCCCGAATATGGGGGCACTGCTTGAAATTGAAGTATCTGCGGTACCTGTCGAGAAGGGCCGGGGTACCTACAATATCACCGGGGTTGTGGATGAAGAGGAATTTGGCGGAGGTTCACGCAAGCTGCGCCGCAAGAGTATGGCTAAAGGCTCGATCGAGAATGTCCTAACCGTGCTTGGTTCGATGGGCTTTACGCCGAAAAACTATGACCTGCATATCAATTTCCCTGGAGGAACGCCGATTGACGGCCCTTCCGCGGGTATTGCGATGGCTACTGCGATCGTATCAGCCATGAAAGGGATTGAAGTTGATAACAAAGTCGCCATGACCGGCGAGATGAGCATTCATGGAAAAGTAAAACCGATAGGCGGGGTCATCGCTAAAGTGGAGGCGGCATTCCAAGCAGGCGCGACCCGCGTGATCATCCCTAAAGACAACTGGCAGACGCTGTTCCAGGATTTGAGCGGCGGTTTGCGGGTAATCCCGGTCGAATCGGTGGATGAAGTGTTCGGCCATATTTTTGGCGGAACGTTCGCTCCGGAGGTTGTTCAGCTCCCCGCAAATGAGGGATTTCCATCCTCTTCCGCTTCATTGCTGCAGGCGACGCCTCCGCGCAACGGTAAAATAACGGACGCCGGAGGATGTTAA	MNLSIVIMLVQLFFAVIIGIYFWNLLRGQKTSKTAVDRESRKELDKLRKLRSISLTKPLAEKTRPQTMDDIVGQKDGLRALKAALCSANPQHVIVYGPPGVGKTAAARVVMEEAKKNPQSPFKYDAKFTEIDATTARFDERGIADPLIGSVHDPIYQGAGAMGVAGIPQPKPGAVTKAHGGILFIDEIGELHPIQMNKLLKVLEDRKVLLESAYYNSEDANTPAYIHDIFQNGLPADFRLVGATTRSPEEIAPALRSRCMEIFFRPLLPEEIGRIAEDAIQKIGLNAAPEAVEVVKQYCSNGREAVNMIQLAAGLALTEKRDSLRAADVEWVASSSQLQPRPDRKIPEKPQIGVVNGLAVYGPNMGALLEIEVSAVPVEKGRGTYNITGVVDEEEFGGGSRKLRRKSMAKGSIENVLTVLGSMGFTPKNYDLHINFPGGTPIDGPSAGIAMATAIVSAMKGIEVDNKVAMTGEMSIHGKVKPIGGVIAKVEAAFQAGATRVIIPKDNWQTLFQDLSGGLRVIPVESVDEVFGHIFGGTFAPEVVQLPANEGFPSSSASLLQATPPRNGKITDAGGC	PGPT0014315_5406	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338	NA	NA
JZ016_05735	2337	lon1	COG0466	Lon protease 1	ATGGGACCCAGTAAATCCAAAGGTCGTCGTTTTCCTTTACTGCCTTTGAGAGGTCTTTTGGTCTATCCAAGCATGGTGCTTCACTTGGATGTAGGCCGGGAGAAGTCGGTAAAGGCTTTAGAAAAGGCGATGGTTGAAGACAATTTGATTCTCCTATGTTCTCAATCGGAAGTGAACATTGAAGAACCGACGCAGGATGATATTTTTCGGATTGGCACAGTTGCGAATGTACGCCAGATGCTTAAGCTTCCCAACGGTACCATACGTGTGCTAGTGGAGGGTATGGAACGGGCGGAAGTTATTGAATATACGGATCAAGAGGAATACTATGAGGTCATCGCTCGGGAACTTCCCGAAGAAGAGAACCATGACCCTGAAGTTTCCGCATTAATGCGAACCGTACTGTCTCAGTTTGAGAATTATATCAATCTGTCGAAGAAGGTGACACCAGAGACACTGGCGGCCGTTTCCGATATTGATGAGCCGGGTCGACTGGCAGACGTCATCACGAGTCATTTGTCACTGAAGATCAAGGATAAGCAAGAAATTCTCGAAACAATTGATGTTCGCAAACGGCTCGAGAAACTTCTAGATATACTGAATAACGAGCGCGAAGTGCTGGAGCTGGAGCGTAAGATTAACCAGCGGGTCAAGAAGCAAATGGAGAAGACCCAGAAGGAATACTACTTGCGCGAACAGATGAAGGCCATTCAGAAAGAGCTTGGCGACAAGGAAGGCCGTGCAGGGGAAGTAGAGGAACTCCGAAGTCAGCTTCAGGAGCTTGAACTGCCGGAGCGCGTACACGAGAAGGTTGAGAAGGAAATCGACCGACTCGAGAAAATGCCGGCGAGCTCTGCTGAGGGCGGCGTGATTCGGAACTATGTCGATTGGCTGTTGGCGTTGCCGTGGACCAACATGACCGAGGATGATTTGGACATCGTCAAAGCGGAGCAAGTGCTGGACGAGGACCATTACGGACTCGAGAAGCCGAAGGAGCGGGTGCTGGAATATCTGGCGGTGCAAAAGCTGGTGAAGAAGATGAAAGGGCCTATTCTATGTCTGGTTGGCCCTCCCGGGGTCGGCAAAACATCACTGGCCCGGTCCATCGCCCGCTCTCTGGAGCGCAAGTTCGTTCGCATTTCGTTAGGCGGGGTAAGAGACGAGGCGGAAATCCGCGGCCACCGGCGCACTTATGTAGGGGCCATGCCGGGACGTATCATTCAAGGCATGAAAACGGCAGGGTCAATGAATCCTGTATTCCTGCTGGATGAAATCGATAAGATGGCATCCGACTTCCGGGGCGACCCGTCCTCAGCCCTGCTTGAGGTACTTGATCCTGAGCAAAATAATACGTTCAGTGATCATTTCGTGGAAATTCCTTTTGATCTGTCCAACGTCATGTTTGTCACGACGGCAAACGTGCTGCATAACATTCCAAGACCGCTCCTGGACCGGATGGAAGTGCTGTACATTCCGGGATATACGGAGCTGGAGAAACTGCAGATCGCCAATCGTTATTTGCTGCCCAAGCAGAAGAGTGAGCATGGGTTGACGCCGGAGCAACTGATTCTGGACGAGGAAGCGCTCATGAAGGTGATCCGGGAGTATACCCGTGAATCCGGGGTGCGGAATCTGGAGCAGCAAGTGGCTGCGCTGTGCCGCAAAGCCGCCAAACAGATCGTCACCAATCAATCGGAATCCATTGAGATTAAGGCTGACGATATTAAGGAATATCTCGGTATTCCGAAGTTTCGCTATGGCATGGCCGAGCTTGAAGATCAAGTGGGCACGGTAACAGGTCTTGCGTGGACGGAAGTGGGCGGCGAGACACTAACCATTGAGGTAACCGTGGTGCCTGGGACCGGCAAGCTGACCTTGACGGGTAAGCTTGGTGATGTGATGAAGGAATCGGCTCAAGCCGCCTTCAGTTTTACCCGCTCAAAAGCGGTAGAACTGGGCATTGATCCGGATTTCCACGAGAAGCTGGATGTCCATATCCATATCCCGGAGGGAGCCATTCCGAAGGATGGCCCTTCAGCCGGCATTACGATTGCGACGGCTCTTATCTCATCTTTAACCAAACGGCATGTAGCCCGTGATGTGGCCATGACGGGGGAAATTACACTTCGGGGACGCGTTCTTCCGATTGGTGGCTTGAAAGAGAAATCCCTGGCAGCCCACCGTGCCGGCTACAAAAAAATATTACTCCCTAAGGATAACGAACGCGACTTGCGTGATATCCCTGACAGCGTGAAGAACGACGTTGAGTTCGTTCCGGTATCCCATATGGATCAGGTTCTGGAGCATGCGCTCGTTGAACAAGCGGGAGTGCACTAG	MGPSKSKGRRFPLLPLRGLLVYPSMVLHLDVGREKSVKALEKAMVEDNLILLCSQSEVNIEEPTQDDIFRIGTVANVRQMLKLPNGTIRVLVEGMERAEVIEYTDQEEYYEVIARELPEEENHDPEVSALMRTVLSQFENYINLSKKVTPETLAAVSDIDEPGRLADVITSHLSLKIKDKQEILETIDVRKRLEKLLDILNNEREVLELERKINQRVKKQMEKTQKEYYLREQMKAIQKELGDKEGRAGEVEELRSQLQELELPERVHEKVEKEIDRLEKMPASSAEGGVIRNYVDWLLALPWTNMTEDDLDIVKAEQVLDEDHYGLEKPKERVLEYLAVQKLVKKMKGPILCLVGPPGVGKTSLARSIARSLERKFVRISLGGVRDEAEIRGHRRTYVGAMPGRIIQGMKTAGSMNPVFLLDEIDKMASDFRGDPSSALLEVLDPEQNNTFSDHFVEIPFDLSNVMFVTTANVLHNIPRPLLDRMEVLYIPGYTELEKLQIANRYLLPKQKSEHGLTPEQLILDEEALMKVIREYTRESGVRNLEQQVAALCRKAAKQIVTNQSESIEIKADDIKEYLGIPKFRYGMAELEDQVGTVTGLAWTEVGGETLTIEVTVVPGTGKLTLTGKLGDVMKESAQAAFSFTRSKAVELGIDPDFHEKLDVHIHIPEGAIPKDGPSAGITIATALISSLTKRHVARDVAMTGEITLRGRVLPIGGLKEKSLAAHRAGYKKILLPKDNERDLRDIPDSVKNDVEFVPVSHMDQVLEHALVEQAGVH	PGPT0014315_4394	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338	NA	NA
JZ016_05736	645	engB	COG0218	putative GTP-binding protein EngB	ATGAAAGTTACGAAAGCCGAGTTTGTCATCAGTGCTGTCGTACCTGCTCAATATCCTGAAGACGCCTTGCCGGAAATTGCTCTGGCAGGGCGTTCCAATGTGGGCAAGTCATCACTGATTAACCGTATGATATCCCGTAAGAACCTGGCCCGTACCAGCGCAACACCGGGGAAAACCCAGCAGCTCAACTATTATCGGGTGAACGACGACCTGTATCTGGTCGATTTTCCCGGCTATGGTTATGCGAAGGTATCCAAGACCCAGCGTGCGGCATTTGGCGAAATGATTGAGAGATATTTGCTCAGCCGGGAAGAACTGAAGCTTGTATTATTGATTGTGGACATGCGTCACCCGCCCTCAAAGGACGATATCAGCATGTATGAATGGCTGCAGCATTATAACCGGCCGGTATGCGTGGTCGCGACCAAGGCGGACAAGATTCCGAAAACACGCCGCCAGAAGCATGTTAAGATTGTGAAGGAGACGCTTGGCTTCAAACCCTATCACTCTTTTGTCATGTTTTCATCCGAGCTCGGTTTGGGTAAAGATGAGTTATGGGCCATCATGGAGTCCCATATGGGGACAAAGGATGACGAGGAAGAGACATATTTGGATTCGGAAACGGAAGGCAAAGAGCGATCCTGA	MKVTKAEFVISAVVPAQYPEDALPEIALAGRSNVGKSSLINRMISRKNLARTSATPGKTQQLNYYRVNDDLYLVDFPGYGYAKVSKTQRAAFGEMIERYLLSREELKLVLLIVDMRHPPSKDDISMYEWLQHYNRPVCVVATKADKIPKTRRQKHVKIVKETLGFKPYHSFVMFSSELGLGKDELWAIMESHMGTKDDEEETYLDSETEGKERS				NA	NA	NA	NA	NA
JZ016_05737	642			hypothetical protein	TTGGATCTGCTGTATAATGGTAGTAAGTTAAAAGAATTGAGGGAGATTTTTATGGCTCAGCGGTTAGCCACAGAATATGTTAATGCCACAATGCAAATGACGGATATTCAAATGGATCAATTTCTGCAATATACCCAAGCTTTCCGGGTTACTAACCGGGTAAAAGTCATGGATAGCGGAGAGCAGGAGTTTGTGCTCGAAGATGAAAGCGGGGAAGAAGTTCATTTGCCCTTTGAACGCAAGAATGGCTTGTACGTCTGTGAGCTGTCGTGCCGATTGGTTACTCCCCATCTGACAAATGCCGTACGCAAACTGTTTGCGGCTTTTAAGGGATCAGGTAAAGTGAATCGGATTTATCGCGGCTTTACGATGAGCTACGACTACCATGCGGGAACGGTGCATAGAATTACGCAAGTCGCCGGGAACGACAGCATTGTCATTTATGAGTACAAGAATACGGCAGGAGAGCTGCAGCGACTCTTCAACAGCAATGAAGCAGAGAAAGAGATCGAATCCATCCAGCATCATATTAACGTGCTTCTGGACCAGCGGATTGCAGCAGGGAATGATAAACTTATTACGAAGACGATAGATGAGCGGCTGCGACAGTTTAATCAACGCCTATTCGTGCTAGAAGCCTAA	MDLLYNGSKLKELREIFMAQRLATEYVNATMQMTDIQMDQFLQYTQAFRVTNRVKVMDSGEQEFVLEDESGEEVHLPFERKNGLYVCELSCRLVTPHLTNAVRKLFAAFKGSGKVNRIYRGFTMSYDYHAGTVHRITQVAGNDSIVIYEYKNTAGELQRLFNSNEAEKEIESIQHHINVLLDQRIAAGNDKLITKTIDERLRQFNQRLFVLEA				NA	NA	NA	NA	NA
JZ016_05738	399	speH	COG1586	S-adenosylmethionine decarboxylase proenzyme	ATGGAATACTCAACTTTCGGAAGACACGTTGCTGTTGATACTTGGGGAGTCGATTTTGAACTATTGAACAGTGCAGAATTTTTACAAGCTCAGATGGTGGAAGCCGCTGAAGCATGTGGAGCAACGGTATTGTCCGTCCAATCCAAGCAGTTTGAACCACAAGGTGCGACTGTGCTGGTGTTGCTGTCGGAAAGCCATCTCTCGATTCACACATACCCTGAGAGAGGTTTTGCTGCGATTGACTGTTATACCTGCGGGGAGACAGTAGATCCGCAGTTGGCTATTGACTATCTGGTATCCGCTTTGAAACCTGAAAAATGCTATGCCAAGAAACTCGTGCGCGGACTCGGCGAAATGACCGTGGAAACGCCTGAGATGAAACAGGCTGAACTCGTTTAA	MEYSTFGRHVAVDTWGVDFELLNSAEFLQAQMVEAAEACGATVLSVQSKQFEPQGATVLVLLSESHLSIHTYPERGFAAIDCYTCGETVDPQLAIDYLVSALKPEKCYAKKLVRGLGEMTVETPEMKQAELV	PGPT0007760_2046	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007760-speD-K01611	NA	NA
JZ016_05739	1407	hemA	COG0373	Glutamyl-tRNA reductase	ATGCACATCGTCGTTGTTGGGTTGAACTATCGCACGGCGCCTGTGGAAGTCAGAGAACGCTTTACATTCTCGGAAGAAGACATGCCCAAGGCGTTAGAGCAGCTTAATTCGACCAAGAGCGTATTGGAGGGCGTCATTGTCGCTACCTGCAACCGAACTGAGATTTATGTTGTGGTAGACCGCCTTCATATGTGCGGCTACTTTATCCGCAGTTTTATGGAACAGTGGTTCGGCATTAATCGTGAAGAATTTACACAGCACCTCTATATATATGAAGACGAACAAGCGATTTCCCATCTGTTTAAGGTTACCTGCGGTTTGGATTCCATGGTCATTGGAGAAACGCAGATCCTGGGACAGGTGCGCAATGCTTTTTTGACGTCGCAGCAGCAGAATGCCACGGGTACTTGGTTCAATATGTTGTTTAAGCAAGCCGTTACGCTCGGCAAGCGGGCTCATTCGGAGACATCGATCGGAGAGAGTGCCGTCTCTGTCAGCTATGCAGCGGTGGAACTGGGTAAACGAATTTTCGGGGCATTTAACGATAAAAAAGTGATGATACTTGGTGCAGGCAAGATGAGCGAACTTACCGTGAAGCATCTTTATGCCAACGGTGCCGCTGAAGTAATTGTGGCTAACCGTACGCTTAGCCGTGCTCAGGAACTTGCAAGCAAATTCAAAGGGACGCCATGCACCATTGCCGAAGCCAAGCATTTGCTGAATGACGTGGATATCATTATTAGCTCCACGGGCTCGAATGAATATGTTCTGAATGCGGATCGGGTGAAAGAGAGCATGAAGAAACGCCAGTCCCGTCCGTTGTTCATGATTGATATTGCTGTGCCACGGGACATTGATCCGGCGGTTGGGGAAGTATCCAACGTGTTCCTGTACGATATTGACGATCTGGAAGGCATTGTAGAGACCAATATGGAAATGCGCCGGGCGGAAGCAGCGAAGATTGAAGTTATGATTCAAGAAGAGATGGATGCATTCCACACATGGCTGAAAACGCTCGGTGTCAGACCGGCAATTCGGGCCTTGCAGGAGAAGTCGAATGCCATTCATGAAGAAACGATGGAAAGCTTGTTTAACAAGCTTCCGGAACTGGATGAACGCCAGCGAAAAGTCATCCGTCGTTTGACCAAGAGCATCGTAAACCAGATGATGCATGATCCCATTAACCGGATTAAGGAAATGACGGGCGGCAAGCAGGGCGGTGAAGCACTGGATTATTTTTCACAAATCTTTGCGCTGGAAAGCTTGATCCATGAGAATGAGCAGGAAGCCCGCAGCCGCAACAAGAAAGCAACTGCACCCGTTAAAGCTGAACGGTCGAAGAATGCTGTAGATCAGCAGGCAGAAGAGAAACCGCTTAAGGTGTCTCTGGCCCCAGCCACCCTTTGA	MHIVVVGLNYRTAPVEVRERFTFSEEDMPKALEQLNSTKSVLEGVIVATCNRTEIYVVVDRLHMCGYFIRSFMEQWFGINREEFTQHLYIYEDEQAISHLFKVTCGLDSMVIGETQILGQVRNAFLTSQQQNATGTWFNMLFKQAVTLGKRAHSETSIGESAVSVSYAAVELGKRIFGAFNDKKVMILGAGKMSELTVKHLYANGAAEVIVANRTLSRAQELASKFKGTPCTIAEAKHLLNDVDIIISSTGSNEYVLNADRVKESMKKRQSRPLFMIDIAVPRDIDPAVGEVSNVFLYDIDDLEGIVETNMEMRRAEAAKIEVMIQEEMDAFHTWLKTLGVRPAIRALQEKSNAIHEETMESLFNKLPELDERQRKVIRRLTKSIVNQMMHDPINRIKEMTGGKQGGEALDYFSQIFALESLIHENEQEARSRNKKATAPVKAERSKNAVDQQAEEKPLKVSLAPATL	PGPT0003650_497	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003650-hemA-K02492	NA	NA
JZ016_05740	831			hypothetical protein	ATGCTGTTAAACTTAATTTATATCACCGGCATTTGCATCTATGCCCTGAGCCTTCTGTTTTATATCTCGGATTGCGTTTCACGCAATTCGGTGGCGAAGCGGATAGGCACAGGGCTTCTTGTTATTACTGCGCTGTTACAATTTACCGGAATCGGCATCAGAGCGATGGAAGGCGGACATTTCCACTTTCCGGTATTTACTTTGTTTGATTTCCTGTTCCTGCTGGCGTTCTGCATATCGATCACTTCGATTGCTCTGGCGTATATGAAGCGGTCGGAATTTGCCGTCCTGCTCATGAACCTCGTCGGGTTTAGCGTCATGCTGGTCAATCGTTTATGGTTCACGGCAGGAGACAATGCATTGCACAGCTGGGAGACGGAACATCGTCTCTTGCTTATTCATATTGCCCTGGCGAGTATCAGCTTCGCCGCTTTGACCGTCGGGGCCGTGTTTGCGGCGATATACATGTTCCTGCACCGGAAACTGAAGCACAAGCAATGGAATGATACGATGCGCAGGCTGCCAAGTCTGGAGAAGCTGGATGTTTATTCCTATAAAGCGCTGATGGCCGGGACGATTATTCTGGTCATGTCGCTCATCTTGGCCGTGATGTCGGTGGCCATGGCTGGACGGTGGACCCTGTTCTTGGACATCAAAGTCATGTCTACCATGACGGCTCTTGCGATGTATTTGGTTTATTTCATCAAACGTCGCTTGTGGAGAAGGTCCGGCAGGGAAGCGGCCATATGGGCTTTAATCGGGTATGGGTTCATTATTCTGAATTTCTTTCTTAATACGTGGTCCGCTTTCCATAGTTGGTCAGGAGTGTGA	MLLNLIYITGICIYALSLLFYISDCVSRNSVAKRIGTGLLVITALLQFTGIGIRAMEGGHFHFPVFTLFDFLFLLAFCISITSIALAYMKRSEFAVLLMNLVGFSVMLVNRLWFTAGDNALHSWETEHRLLLIHIALASISFAALTVGAVFAAIYMFLHRKLKHKQWNDTMRRLPSLEKLDVYSYKALMAGTIILVMSLILAVMSVAMAGRWTLFLDIKVMSTMTALAMYLVYFIKRRLWRRSGREAAIWALIGYGFIILNFFLNTWSAFHSWSGV				NA	NA	NA	NA	NA
JZ016_05741	669	sirC	COG1648	Precorrin-2 dehydrogenase	ATGGCAAGAATGGCCTATGATGATCATTATGTACCCGTAATGCTGAATTGCAGGGGACGTTTATGCTTGATTGTCGGCGGCGGCACGGTGGCGGAACGTAAAGCCGTCACCCTACTGAATGCCGGGGCAGTCGTACATATTGTAAGTCCCTTATTACGAAGCGAGAAACTTCAACGTTTAGAGAGCGAGAAGACTCTTCGATGGACGAAGCGGAAGTATCAATCAGACGATCTGATAGGCGCGTTTATGGTCCATGCGGCAACGGATGACAGCAAGCTGAATCTGCAAATAGCGGAGGATGCCGATCGCCTTGGCATACTGGTTAACGTGGCCAGCAACGGCGAGGCCGGAACGTTTATCAACCCGACGGTGCTGCGACGGGGAAGGCTTACGCTGGCTGTATCCACATCAGGAGCAGGGCCGATGGCCGCACGCGAGATCCGCGACGAGCTCGAAGACCAGTTCGGGCCTGAGTATGAGGACTATTTGGATTTTTTATATAGGATGCGTTCGATGATCAGGGAAGAGGTGGAGTCCGCTGACGCACGCAGGCGGCTTTTGCACAAGGCATACCGCATGGATATGCTCGGAGAGATTCGCCGCGGAGGTTATGAGCCCTGGAGTGCGGACAAGATCAAGCAGTGGATTGCGAATAATCAGGAGGAATGA	MARMAYDDHYVPVMLNCRGRLCLIVGGGTVAERKAVTLLNAGAVVHIVSPLLRSEKLQRLESEKTLRWTKRKYQSDDLIGAFMVHAATDDSKLNLQIAEDADRLGILVNVASNGEAGTFINPTVLRRGRLTLAVSTSGAGPMAAREIRDELEDQFGPEYEDYLDFLYRMRSMIREEVESADARRRLLHKAYRMDMLGEIRRGGYEPWSADKIKQWIANNQEE				NA	NA	NA	NA	NA
JZ016_05742	957	hemC		Porphobilinogen deaminase	ATGCGTACAATCGTAGTTGGCAGTAGACAAAGTGCTCTGGCACTGACACAGACAGGACAGGTTATTGATGACTTAAAGCGTTTAGCCAAGGAGCACGGTCTGGACTATGACTTCACCGTCAAAAAAATCGTCACGAAGGGCGACCGCATACTGGATGTTACGCTCTCCAAGGTAGGCGGCAAAGGATTGTTTGTCAAAGAAATCGAGCAGGCGATGATGGACGGCGAGATTGATATGGCGGTTCACAGCATGAAGGACATGCCTTCCGTTCTGCCCGAAGGTTTGGTGTCCGGCGCGGTGCCGGCAAGAAAGGATCCTCGTGATTGCCTGATCTCCAAAGAAGGAACAACGCTGGATGGCCTTCCTGCAGGTGCCAAGGTGGGAACAAGCAGTCTGCGCCGGTCCAGTCAGCTCAAGGCCTACCGGCCGGATCTGCAGATCGAATGGATTAGGGGGAATATCGATTCTCGCATTCGCAAAATGGAGGACGGTGAATTTCAGGCCATCATTCTGGCGACCGCCGGTCTTCAGCGTATGGGCTGGGAGGACCGGATCACGTCGTACTTGCCGATTGAAATTAGTCTGCCAGCCGTCGGCCAGGGCGCACTTGGAATTGAATGCCGCGAAAACGATGTAGATCTGCTGCATTTGCTCTCTCTTTATAATGATGAGGTTACTGCACGAACCGTTGCGGCGGAGCGCAAGTTTCTAAGCGAGCTTAACGGAGGATGCCAGGTGCCTATCGGAGCTTACGCCGTCCTCAAGAATGTGGATGCCGGAGATTCCCGCGGAGAACAAAACGTTATACAATTGACAGGAATGGTAGGTTCTCCTGACGGCGAAATCATACTGAAGGAAAGCGCCGAAGGAACCGACCCTGAATCGCTCGGAGTGGAAGTGGCTGAAAAGCTGAAAGCTAAAGGAGCGGAGAAGATACTGGCACAAGTTAGGGGCTGA	MRTIVVGSRQSALALTQTGQVIDDLKRLAKEHGLDYDFTVKKIVTKGDRILDVTLSKVGGKGLFVKEIEQAMMDGEIDMAVHSMKDMPSVLPEGLVSGAVPARKDPRDCLISKEGTTLDGLPAGAKVGTSSLRRSSQLKAYRPDLQIEWIRGNIDSRIRKMEDGEFQAIILATAGLQRMGWEDRITSYLPIEISLPAVGQGALGIECRENDVDLLHLLSLYNDEVTARTVAAERKFLSELNGGCQVPIGAYAVLKNVDAGDSRGEQNVIQLTGMVGSPDGEIILKESAEGTDPESLGVEVAEKLKAKGAEKILAQVRG	PGPT0003660_1762	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003660-hemC-K01749	NA	NA
JZ016_05743	1557	cysG		Siroheme synthase	ATGGCAGGCAAGGTTTATCTGGTGGGAGCAGGACCGGGCGATGCACGCCTGATTACGATTAAAGGCAAGGAATGCATTGAAAAAGCGGATGTCGTGGTGTATGACCGATTAGCTAGTCCACGGCTGCTGCGATGGATGAAACCCGGAGCGGAGAAGGTCTATGTAGGCAAGCTTCCGGATCGGCATACGATGAAACAGGAGCAGATCAATCAGCTGCTGGTTGATTATGCTTTGGAAGGCAAGACAGTTGTCCGTTTAAAGGGCGGCGATCCAACGATCTTCGGAAGAGTGGGTGAAGAAGCGGAGCTGTTATACCGTAATGGCATCATGTACGAAATTGTGCCGGGGATCACCTCGGCGATCAGTGTTCCGGCTTATGCCGGGATTCCCGTGACGCATCGTGACCATGCTTCGTCATTATCGATAATTACCGGCCACGAAAGTCCCGAAAAGCTGGACCGAATGATTCAATGGGACAAGGTTACCAATGCAACGGGAACTTTGATTTTTATGATGGGTGTGGCGAAAATCGGTTATATCAGTCGTCAGCTGATCAAGCACGGCCGACCGCCGGAAACCCCGGTGGCACTTATTAGATGGGGAACCCGGGCAGAGCAGGATACGCTGACGGGGACACTGGCGGACATCGAGGACAGAGTCAAGGCAGCGGATTTTCAGCCGCCTGCGGTTATCGTTGTTGGACAGGTGGTGCTTCAGCGGGAGCACCTGAAGTGGGCGGAACGGCTGCCCCTCTTCGGCAAAAGAATACTGGTCACAAGGACGCGAAGCCAGGCCAGTGCTTTGGTATCCCAAATCGAAGAGCTGGGCGGAGAGCCTTATGAGTTTCCCGTCATCGAAACCGTCATGCCTTCGAAGAGCGAGAGGCTTGCCGGAATTCAACAAGCACTGGACAAGCTGAGTACGTATGACTGGGTATTTTTCACCAGCGTGAACGGAGTCGAATTCTTTTTCCGCCACCTGAAGGAGAACGGTCGCGATATTCGCGCCTTAGCCTCTGCGCGCATCGTCGCGGTTGGCCCCGCAACAGCCCATGCTCTTGGAAAATACGGTGTAGTGGCTGAAGTTATCAAAGAACGTTACCAGGCGGAAGGCCTTATCGATGCTTACGGTTCAGAGCTCCAGCCCGGTCAGCGCGTGCTGCTGCCACGCGGCGATCTGGCACGCAAGTGGCTGCCGGAGAAGCTGACGGAAATGGGACTGAACGTGACGGAAGCCGTGATCTATGAGAATGTGTTGTGCGGCGAGGACGATGATGAGCTGCTGAAGCTGCTTGAAGATGGAGGCATTCACGCCGTTACGTTCACCAGTTCATCTACGGTTACCAATCTGCTGAAGGTGCTGAAGGGGATGGGCGTGGAAGATCCAGTCGAACTGTTGAAAGGTTCGACGATTGCTTGCATCGGACCATTAACCGCGCAGACGGCTGAAGAAGCCGGACTGCACGTATCCCTCCTCGCCGAGGAAGCGACGGTCGACAGTCTGGTTAAGGCCTTATGCATTTGGAACGAGAACGATCCACGCCGTGTTGCGCCATAA	MAGKVYLVGAGPGDARLITIKGKECIEKADVVVYDRLASPRLLRWMKPGAEKVYVGKLPDRHTMKQEQINQLLVDYALEGKTVVRLKGGDPTIFGRVGEEAELLYRNGIMYEIVPGITSAISVPAYAGIPVTHRDHASSLSIITGHESPEKLDRMIQWDKVTNATGTLIFMMGVAKIGYISRQLIKHGRPPETPVALIRWGTRAEQDTLTGTLADIEDRVKAADFQPPAVIVVGQVVLQREHLKWAERLPLFGKRILVTRTRSQASALVSQIEELGGEPYEFPVIETVMPSKSERLAGIQQALDKLSTYDWVFFTSVNGVEFFFRHLKENGRDIRALASARIVAVGPATAHALGKYGVVAEVIKERYQAEGLIDAYGSELQPGQRVLLPRGDLARKWLPEKLTEMGLNVTEAVIYENVLCGEDDDELLKLLEDGGIHAVTFTSSSTVTNLLKVLKGMGVEDPVELLKGSTIACIGPLTAQTAEEAGLHVSLLAEEATVDSLVKALCIWNENDPRRVAP	PGPT0003670_528	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003670-cobA_hemD-K13542	NA	NA
JZ016_05744	999	hemB		Delta-aminolevulinic acid dehydratase	ATGAGTTTTCCAATCGTACGCCATCGTCGGCTGCGTCAAAATGCCGGCATTCGCAGCATGGTCCGCGAGACCGTGCTTCATACGGAGGATCTGGTTCAGCCGATCTTCGTGACCTATGGCAATGGTGTGAAATCCGAGATTTCCTCCATGCCAGGCGTCTATCATTTTTCGCTTGACACCTTGAAAGAGGAAGTAGACGAAATCGTAAGTCTAGGCATTCCTGCTGTGCTCCTGTTCGGAATCCCCGAGACGAAAGACAGCGTGGGCACATCCGGTTTCGCGGATGACGGGATTGTCCAAGAGGCTACCCGTCTCATCAAGTCGTGGCATCCCGATCTTCTGGTGATTGCTGATACGTGCCTATGCGAATTTACCGACCACGGCCACTGCGGTATGGTGCATACCTTTGAGCGTGACGGCCACACCTGCGGCGATGTATTAAACGACGAGTCGCTGGAGCTGCTCGTTCGTACAGCGGTTTCCCAGGCCAAAGCTGGAGCCGATATTATTGCACCTTCCAATATGATGGATGGTTTTGTCCAAGCCATTCGTTCCGGTCTTGACGAAGCCGGATTTTATAACGTGCCGATCATGTCTTACTCCGTTAAGTACGCTTCGGCCTTTTACGGACCCTTCCGTGAGGCTGCCGATTCCGCTCCGCAATTCGGCGACCGCAAAACTTATCAGATGGATCCGGCCAATGTGAGAGAGGCGCTTCGCGAGGCGGAGACGGACGTGCTGGAAGGCGCCGATATGCTGATGGTGAAACCGGCTATGGCCTACCTTGATGTTGTCAGATTGCTGAGAGACCAGTTTGATCTGCCAATTGTTGCATACAACGTGAGTGGTGAGTATTCCATGATTAAAGCGGCTGCTCAGCAGGGATGGATCAGTGAGCAGGCGATTGTGATGGAGCTGCTGACCGGGATGAAGCGTGCCGGTGCGGACATTATCATTACGTATTTCTCGAAGGACGCAGCACGCTGGATGCGCAGCTAG	MSFPIVRHRRLRQNAGIRSMVRETVLHTEDLVQPIFVTYGNGVKSEISSMPGVYHFSLDTLKEEVDEIVSLGIPAVLLFGIPETKDSVGTSGFADDGIVQEATRLIKSWHPDLLVIADTCLCEFTDHGHCGMVHTFERDGHTCGDVLNDESLELLVRTAVSQAKAGADIIAPSNMMDGFVQAIRSGLDEAGFYNVPIMSYSVKYASAFYGPFREAADSAPQFGDRKTYQMDPANVREALREAETDVLEGADMLMVKPAMAYLDVVRLLRDQFDLPIVAYNVSGEYSMIKAAAQQGWISEQAIVMELLTGMKRAGADIIITYFSKDAARWMRS	PGPT0003655_2257	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698	NA	NA
JZ016_05745	1296	hemL	COG0001	Glutamate-1-semialdehyde 2,1-aminomutase	ATGAGCCAAGATTTGCGAAAAGAAGATTTGTCGCGTTCTGCTTTTGAAGAAGCGAAGTTATATATTCCCGGCGGTGTCAACAGTCCGGTACGTGCGTTTAAGTCTGTTGGACTAACCCCGATTTATATCGATCGCGGAGAAGGCAGCCGGGTATATGATATCGATGGCAACAGCTTTATCGATTATGTCGGTTCCTGGGGGCCGCTGATTATGGGTCACGCGCATCCTGAGGTTGTTGAAGCGCTTCAGGAGACAGCTGCCAAGGGGACCAGCTTCGGTGCTCCAACCCTATTGGAAACGAAGATGGCGAAGCTCGTCTGTGAACGTGTGCCGTCGATCGAGGTGGTGCGGATGGTGAATTCCGGTACGGAAGCAACCATGAGCGCCATTCGTCTAGCGCGCGGATATACAGGACGCAGCAAAATCATTAAATTCGAGGGCTCCTATCATGGCCACGCCGACAGCCTTCTGATCAAAGCGGGATCGGGCATCGCAACGCTTGGACTTCCTGATAGTCCGGGTGTGCCAGAAAGCGTTGCTTCCAACACCATTGCGGTTCCTTATAACGATCTGGAATCGGTACAGCTTGCCTTCGAGCGGTTCGGCGAAGAGATTGCAGCCGTTATTGTTGAGCCCGTGGCAGGCAATATGGGCGTGGTCCCTCCGCAGCCAGGATTCCTGGAAGGTCTTCGCAAGGTCACTTCTGATTATGGCAGCGTGCTTATTTTTGACGAGGTGATGACCGGATTCCGCGTTGATCTGAACTGCGCGCAAGGCCGTTATGGCGTTACACCGGATTTGACATGCTTGGGCAAGGTGATTGGCGGCGGTCTGCCAGTCGGTGCTTATGGAGGCAAGCGTGAGCTGATGGATCAGATTGCTCCGGCAGGACCGATCTATCAAGCAGGAACGTTAAGCGGTAATCCGCTCGCCATGGCGGCTGGTTACACCACCCTGAAGCTGCTGACGCCTGCCGTCTATGAACAGCTCGAGGAGCGGGGAGCCCGTCTTCAGGCAGGATTTGAGCGTAACGCTCAGGAATTCGGTATCCCGCTTACGATTAACCGGATCGGCTCCATGGTATGTCCATTCTTCACGAATACGCCGGTCGTCAATTTTGATACTGCGAAGACTAGTGACCTGGATCGTTTCCGTCGTTATTTTGCAGCGATGGTACAAGAGGGAGTCAGCGTACCTCCTTCCCAGTTCGAGGGCATGTTTATCTCTGGCGCTCATACGGTAGAAGATATCGATGCTACCATTGAAGCCAACTACAACGCCTTCAAAAGCCTATGA	MSQDLRKEDLSRSAFEEAKLYIPGGVNSPVRAFKSVGLTPIYIDRGEGSRVYDIDGNSFIDYVGSWGPLIMGHAHPEVVEALQETAAKGTSFGAPTLLETKMAKLVCERVPSIEVVRMVNSGTEATMSAIRLARGYTGRSKIIKFEGSYHGHADSLLIKAGSGIATLGLPDSPGVPESVASNTIAVPYNDLESVQLAFERFGEEIAAVIVEPVAGNMGVVPPQPGFLEGLRKVTSDYGSVLIFDEVMTGFRVDLNCAQGRYGVTPDLTCLGKVIGGGLPVGAYGGKRELMDQIAPAGPIYQAGTLSGNPLAMAAGYTTLKLLTPAVYEQLEERGARLQAGFERNAQEFGIPLTINRIGSMVCPFFTNTPVVNFDTAKTSDLDRFRRYFAAMVQEGVSVPPSQFEGMFISGAHTVEDIDATIEANYNAFKSL	PGPT0003680_2876	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845	NA	NA
JZ016_05746	909			hypothetical protein	ATGAGTTACGGGGGAAATTGGAGCAAACGCGGCGAATGGCTGGAGCTGACGCCGGGTAAGGCGCTATTGAGTCTGCCGGATCGGAACGAAGCCGCTGCCAAGTGGCTTATGGAAACGGTCGGTATGCCCGAGAAGCTGTATCGTAAGCTTCGTCATGAACAGGGGATACAATGGAGAGGGGATCGGCTTCGGCTGGTCCTTTTTCCTTATCGGGATTACGGCATCGAACCGAGATGGCAGGAGCTTGATGTATTGTATGAGGACGATTTTTGCCTGGTTGTGAACAAACCGGCCGGTATGGCGGTCCATCCGGACAACGAGAGCCGCGAGACGACCCTGAATCATGCGGTTGCCGCATATTACGAAGCCGAAGGCATCCATACGGCAGTCCGGCATATTCATCGGCTGGATAAGGATACAACAGGTCCCGTACTGTATGCCAAGAACGAATATGCGCAGCTAAAGCTTGACGAGGACATGCGGGAGAAGAAGATCGTCCGGATATACGCGGCTATCGTTCAGGGGAGGGTCTCTCAGGATCTGAAGAGAATCGATCTGCCGATAGGCAAAGACCGCTATCATTCAAGCCGTCGGAGAGTTTCATTAACCGGGCAGGCTGCAATCACGCATATTCTATCATCCGAGGTGTATCCGAAAGCCAGCCTGCTGCAAATTCGACTGGAAACCGGCCGGACGCATCAGATCCGGGTGCATCTAAGTCATATGGGACACCCGCTTCTGGGAGATTCCTTATACGGAGGACCAGGGGCGTTTCCGCGCCAAGCGCTGCATGGCGAACGTCTGCTATTTACTCATCCTTTCTCGGGCGAGGATATTGAGGTGAATGCACCCTGGCCTCTGGATATGTTGGAGTTAAGAGAGCGAATCATAGAGACATCGGACCGGTAA	MSYGGNWSKRGEWLELTPGKALLSLPDRNEAAAKWLMETVGMPEKLYRKLRHEQGIQWRGDRLRLVLFPYRDYGIEPRWQELDVLYEDDFCLVVNKPAGMAVHPDNESRETTLNHAVAAYYEAEGIHTAVRHIHRLDKDTTGPVLYAKNEYAQLKLDEDMREKKIVRIYAAIVQGRVSQDLKRIDLPIGKDRYHSSRRRVSLTGQAAITHILSSEVYPKASLLQIRLETGRTHQIRVHLSHMGHPLLGDSLYGGPGAFPRQALHGERLLFTHPFSGEDIEVNAPWPLDMLELRERIIETSDR				NA	NA	NA	NA	NA
JZ016_05747	1362			hypothetical protein	GTGTTTGACCAGTCCTACGGATTGCGGTTCGATATTTACGAGCGTATTAATTTAACGGAAGATTTGCCGGGAATCGAAGAATTGGAAGAGGCGGAGTTGATCCCGCATATTCAGGTGATCAGTCAGCAGGACCAGGCTACGCTTCGGGGTCATCTGCTTCTTGCAGGCCTGTATAAAGGTGACACCGAAGCAGGAGAGACGGAGCCGCTCGAACACTGGATCCCGGTTGAAATCACGGTCCCGATGAACCGGGTATCATCATTGGATGACATCGCGGTCGAGATCGAGAATTTTGACGTGGATTTGTTATCCAAACGCAGCTTGAACATTACAGGGGTTCTGTCGCTCAAAGGAATTCAGGCGGCGGCTCCGGGAGCCCGTGACCAAGTATGGGCCAATGAGGAATTCACAGTGGTACATGCTCCTGAAGCGACTGATTTGTATTCGAACGGGGAGCAGCAGTTCGCAGCCAACCCGTACGACCAGCTTCATGGCAGCGGAGCTCATACAGACGCTAACTCACCTTCTCCTTCTTACTTCAACGAGGCTCAGACCAGAGCCCAAGAGTTCGGGACGGATGCGCGCACACAGCAGTATCTGGCATCCTGGGCACAGTATGAGAACCAAACACGGGATTCACAGGACTCAGCAGACAGCACCATTAGCATTTCTAATTCGCCTGAAGCTCGGGATACGGTCGAATATGCCTTACATAATGAGACGGAAGCTCAGGCAGCTGAGTCGTCGATTCCAAGTGTATGGCAATTCGAACGGGCTTCGGTCCAGCCCGAGCCGGAGCAAGAAGATCCAGCAGCCGGTTTTCCGGGTGTCATTGAGCGTAAGGGTGAAGAAGTGGAAGCCGTTCCGGTACTGGAATCACCGGAAACGGAGGAAGTGCAGCCTGTTTTTGCTGAGGAAGAATTCCCTTCGGAGGATATGGATGATATAACGGAAGAGGTTTCCATTAAAGCCGAAGAGGTTCCGACCAAGCCGGAGTTAAAGGTGGCCTTCAACACGAAGAACAGCAGCACAACCAGCGCATCGGGCGTAGGCTTCTCTTCGTTGCTTCAATCGAGCAGAACGGTTCAGGATCAGGATCAAGCCGCTCGGGACGAGGAAGAAGAGACGGAGGAATTGGTTGACTCCGCAACGGCCGAGGACGTGGAGTGGAAGAGTCTGTTCCTGGGTAACCGCCGTGAGGAAACGCCTTTCCGCAAGGTCCGGATGTGCATTGTGCAGCGTGAGGAGACACTCGACGTGATTGCCGAGCGTTATCAACTGACGCCGCGAGAGCTTTTGTTATATAACCGCATGTCCGAGCAGAATGTGGAAGAAGGCCAGGTATTATACATTCCCCAGTAA	MFDQSYGLRFDIYERINLTEDLPGIEELEEAELIPHIQVISQQDQATLRGHLLLAGLYKGDTEAGETEPLEHWIPVEITVPMNRVSSLDDIAVEIENFDVDLLSKRSLNITGVLSLKGIQAAAPGARDQVWANEEFTVVHAPEATDLYSNGEQQFAANPYDQLHGSGAHTDANSPSPSYFNEAQTRAQEFGTDARTQQYLASWAQYENQTRDSQDSADSTISISNSPEARDTVEYALHNETEAQAAESSIPSVWQFERASVQPEPEQEDPAAGFPGVIERKGEEVEAVPVLESPETEEVQPVFAEEEFPSEDMDDITEEVSIKAEEVPTKPELKVAFNTKNSSTTSASGVGFSSLLQSSRTVQDQDQAARDEEEETEELVDSATAEDVEWKSLFLGNRREETPFRKVRMCIVQREETLDVIAERYQLTPRELLLYNRMSEQNVEEGQVLYIPQ	PGPT0024855_88	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_VI_SPORULATION,PGPT0024855-spoVID-K06417	NA	NA
JZ016_05749	204			hypothetical protein	ATGAATGATTATAAGCACGAAACAAAGGTGGTACCGCGAGAGAACAGTCTTTCGTCCTTTGAGGACGAAGGGCTTTTTTTGTTTCACGCAAACATGGATATCCATTGCCACGCCCGGAGGCTAAAACGTTACGGGTTGGCAAAACTGATTAACAGTATCGGAGGTACGAAAATATGGATCAAAAACAAAACCAATCCCAGTTAG	MNDYKHETKVVPRENSLSSFEDEGLFLFHANMDIHCHARRLKRYGLAKLINSIGGTKIWIKNKTNPS				NA	NA	NA	NA	NA
JZ016_05750	2670	valS	COG0525	Valine--tRNA ligase	ATGGATCAAAAACAAAACCAATCCCAGTTAGACATGCCGACGACGTATGATCCGAAGGCAGCCGAACAAAAATGGTATCCGTACTGGAAGGAAGGCGGCTTCTTTGAAGCTGGCAAACGACCGGACGCGGAGCCGTATACGATTGTTATTCCTCCACCAAACGTTACGGGAATGCTTCACATCGGCCATGCCCTTGACTTTACGCTGCAGGATATCCTGATTCGCGTAAAGCGGATGCAGGGCTATGATGCGTTGTGGCTGCCGGGTTCTGACCATGCGGGCATCGCCACGCAAACCAAGGTTGAGCAGAAGCTTCGCGAAGAAGGCGTTACCCGCTACGATCTGGGACGTGAAAAATTCCTGGAGAAAGTGTGGGAGTGGAAGGATCTATATGCGAATACGATCCGTGACCAATGGTCCAAGATCGGCCTGTCCCTCGATTACTCCAGAGAGCGTTTCACGCTCGACGAGGGGTTGTCGGAAGCGGTTCGGGAAGTATTCGTCAAGCTCTATGATAAGGGGCTTATATATCGCGGCAAACGCATTATCAACTGGGACCCGGCTGCTCGCACGGCTTTGTCCGATATCGAAGTGGAGTACAAAGAGGTCAACGGCCATTTGTACCACTTGCAATACCCGCTCAAAGACGGCAGCGGCTCCATTACCGTAGCAACCACCCGCCCGGAGACCATGCTTGGCGATACGGCGGTAGCCGTTCATCCGGAAGATGAGCGCTATAAAGACATGATCGGCAAGACATTGGTCCTGCCTATTGTCGGCCGAGAAATTCCGGTTATTGCCGATGAGTACGTGGAGAAGGATTTCGGCAGCGGAGCGGTTAAAATTACGCCGGCCCATGATCCGAATGACTTCGAAATGGGTCTGAGACATGATCTGCCGCAAATCACCGTGATGGATGAATCCGGGACGATGAATGAATTTGCCGGCAAGTACCAGGGTCTTGACCGAGCAGAATGCCGCAAGCAGATCGTAAGCGACATGAAGGAATCGGGCGTGCTGCTTCGCATCGAAGATCATGTTCATCAGGTTGGCCATAGCGAAAGATCCGGCGCCGTTGTCGAGCCGTATCTGTCGACGCAGTGGTTTGTTAAGATGCAGCCGCTTGCGGAAGCAGCCGTTACTGCGCAGAAATCCGGCAAGGGCGTTAATTTCGTGCCTGACCGGTTCGAGAGAACCTACCTGCATTGGATGGAGAATGTGCGCGATTGGTGCATCTCTCGTCAATTGTGGTGGGGCCACCGGATTCCGGCCTGGTATTCCGAATCCACGGGCGAAGTGGTTGTTGCCATGAATGAAGAGGAAGCGCGCGCGAAGCTTGGCAAGGACGATCTGAGACAGGATGAGGACGTGCTGGATACCTGGTTCAGCTCGGCATTGTGGCCGTTCTCGACCATGGGCTGGCCGAATCTGGACAGTGAGGATTTCAAACGTTATTATCCGACAAGCGTTCTCGTAACGGGGTATGATATTATTCCGTTCTGGGTTTCGCGGATGATTTTCCAAGGGCTTGAATTTACGGATCAAATGCCGTTCAAAGATACGCTTATCCATGGTCTGGTTCGGGATAGCGAAGGCCGCAAGATGTCCAAGTCGCTCGGCAATGGTATCGATCCGCTCGAGGTTATCGAACAGTATGGCGCAGATGCCATGCGTTATATGATATCGACCGGCAGTACGCCGGGTCAGGATCTTCGATTCCGCTGGGAACGTGTGGAACAAGCGCGTAACTTCGCGAACAAGATCTGGAATGCGTCACGTTTTGCACTCATGAATCTGGAGGGCTTCACGGCGGCGGATATCGACATTTCCGGAGAGCTGGGAACGGCCGACCGTTGGATTTTGCATCGTCTGAACGAAACTTCCCGCGACATTACGCGTCTAATTGATGCCTACGAATTTGGCGAGACCGGTCGACTGCTCTACAATTTCATCTGGGATGATCTGTGTGACTGGTATATTGAATTTGCTAAGCTGTCCCTGTACGGCGAGGATCAAGCGGCCAAGAGAAAGACGCAGTCGGTGCTTGCCTATGTGCTGGACCGCACGATGCGCTTGATCCACCCGTTCATGCCGTTCATCTCCGAAGAGATCTGGCAGCATTTGCCGCATGAAGGAGAGACGGTGATGCTGGCTTCATGGCCGACCTATGATGAAGCATTTGAGAATGCGGAAGCCGTTACCGAAATGAACCTGCTGATGGATGTCATCCGTGCTGTACGTAACATCCGGGCGGAAGTAAACGTACCGATGAGCAAAAAAGTAGAACTCCAGTTGAAGCCGGTAAGCGAGCAAATTGCCGGCATCATCGATCGCAATGCGGATTATATTCGCCGCTTCTGCAACACGTCGGAGTATCAATCCTCCCTTGCGCTTGAGGCGCCGGATAAGGCGATGACCGCCGTGGTAACAGGTGTTGAAATGTATCTGCCGCTTGCCGGGTTGATCGATATCGCTCAGGAGATCACGCGTCTGGAGAAGGAAATTCAGCACTTGAACAGCGAAGTCGAGCGTGTGGAGAAGAAGCTGAACAATCCAGGTTTCGTATCGAAAGCACCTGAAAAGGTGATTGAAGAAGAACGGGCGAAGCTTGCGGATTACTCGGACAAACGCAGTAAAGTGATTGCGCGCATCGAAGAACTGAGAGGCTAA	MDQKQNQSQLDMPTTYDPKAAEQKWYPYWKEGGFFEAGKRPDAEPYTIVIPPPNVTGMLHIGHALDFTLQDILIRVKRMQGYDALWLPGSDHAGIATQTKVEQKLREEGVTRYDLGREKFLEKVWEWKDLYANTIRDQWSKIGLSLDYSRERFTLDEGLSEAVREVFVKLYDKGLIYRGKRIINWDPAARTALSDIEVEYKEVNGHLYHLQYPLKDGSGSITVATTRPETMLGDTAVAVHPEDERYKDMIGKTLVLPIVGREIPVIADEYVEKDFGSGAVKITPAHDPNDFEMGLRHDLPQITVMDESGTMNEFAGKYQGLDRAECRKQIVSDMKESGVLLRIEDHVHQVGHSERSGAVVEPYLSTQWFVKMQPLAEAAVTAQKSGKGVNFVPDRFERTYLHWMENVRDWCISRQLWWGHRIPAWYSESTGEVVVAMNEEEARAKLGKDDLRQDEDVLDTWFSSALWPFSTMGWPNLDSEDFKRYYPTSVLVTGYDIIPFWVSRMIFQGLEFTDQMPFKDTLIHGLVRDSEGRKMSKSLGNGIDPLEVIEQYGADAMRYMISTGSTPGQDLRFRWERVEQARNFANKIWNASRFALMNLEGFTAADIDISGELGTADRWILHRLNETSRDITRLIDAYEFGETGRLLYNFIWDDLCDWYIEFAKLSLYGEDQAAKRKTQSVLAYVLDRTMRLIHPFMPFISEEIWQHLPHEGETVMLASWPTYDEAFENAEAVTEMNLLMDVIRAVRNIRAEVNVPMSKKVELQLKPVSEQIAGIIDRNADYIRRFCNTSEYQSSLALEAPDKAMTAVVTGVEMYLPLAGLIDIAQEITRLEKEIQHLNSEVERVEKKLNNPGFVSKAPEKVIEEERAKLADYSDKRSKVIARIEELRG				NA	NA	NA	NA	NA
JZ016_05751	1404	fpgS		Folylpolyglutamate synthase	ATGAATCTGGACCAGAAGGTGAGAACGATGGTTGATCATTCGGAAGCTGCAGTGGCAGCTCCGTTCCATACCTATGAGGAAGCGGTAGCTTGGATCAACGGGCTGATTCCGTTTGGAATCCGCCCGGGCATGGATAGAATTCAGCGATTGATGGAGCTTCTCGGCCATCCGGAGCGGCGGTTAAAATTTATTCACGTGGCCGGAACGAATGGAAAAGGCTCCACATGCGCTTTTTTAACAAAGGTTCTGCTTCAAGGGGGATTCACGGTTGGCACCTACACGTCTCCCTATATTACGAAGTTTACCAATCGGTTTCAGTATAACGGCGAGGACATATCGGAAGAGACGCTGCTTGAACTGGCTAATCGCTTAGAGCCGCTTGTAGCCGAAATTGCGGGTTCCGGGCTCGGATCGCCCACTATGTTTGAGGTGTCCACCGCCCTTGCGATACTGTATTACGCCGAGGTATCTTATCCGGACGTGGTGGTATGGGAGACGGGACTTGGCGGTCGTCTGGACGTGACCAATATCGTTCATCCAATCATTTCGGTGATCACGAATATCGGAATGGACCATACCGACGTTCTGGGTGATACCATTCAGGAGATCGCCACGGAAAAGGCTGGCATTATCAAGCCTGGAGTTCCTGTGGTGAGCACGGTAACTCAGCCGGAAGCTGTCGATATTCTGAAACAAACGGTAGCCAAAAACCGTACAAGTCTGTATCTCGTAGATGAACAGTTCTCCTATGAGCGTCTGCGTGGGAACGAAGAAAGCCAGACTTTCCGTTTTAAGGGTCCGTTCCGGGACATGGATCTGGACATCTCGATGCAGGGTGAGCACCAATGCGCCAATGCCGCGCTTGCGATGATGACGCTGGAAGTGCTTCGCCAGTATATGGCTTTCATCGTGGATGATGAAGAATTGCGGAGAGGGTTTAAGGATACTTTCTGGGCGGGAAGACTGGAACAAGTGCAGTCCTCCCCGCGGATTGTTCTCGATGGTGCGCACAACCCCGAAGGGGCTGAAACCTTGGCCAAAAGCTTGCAGCAGATCTATAAGTATCGGAAACTGAACTTAATGATGGGAATGCTGGCAAATAAGCATCATGAATCGTATTTGCAGCATATACTGCCAATAGTGGATACGCTTATCCTGACTGAACCGGATTTCCGGAAGAAACTGGACGCCAAGGCGCTTGGTGACATCGTAGAGCAGGTAAGGGAGAAATACGCCAAACATACACTGCAAATCATCATAGAACCAAATTGGAAAAACGCACTTGAAGAGTTGAAGTCACGGACGGAAGCGGAGGATCTTGGGGTGGTGTCGGGCACGTTGTACCTGATTGCCGACGTGCGTTCCAACCTCCTGGGCCTTTCCGATTCTGAAAAAGGTTGGTGA	MNLDQKVRTMVDHSEAAVAAPFHTYEEAVAWINGLIPFGIRPGMDRIQRLMELLGHPERRLKFIHVAGTNGKGSTCAFLTKVLLQGGFTVGTYTSPYITKFTNRFQYNGEDISEETLLELANRLEPLVAEIAGSGLGSPTMFEVSTALAILYYAEVSYPDVVVWETGLGGRLDVTNIVHPIISVITNIGMDHTDVLGDTIQEIATEKAGIIKPGVPVVSTVTQPEAVDILKQTVAKNRTSLYLVDEQFSYERLRGNEESQTFRFKGPFRDMDLDISMQGEHQCANAALAMMTLEVLRQYMAFIVDDEELRRGFKDTFWAGRLEQVQSSPRIVLDGAHNPEGAETLAKSLQQIYKYRKLNLMMGMLANKHHESYLQHILPIVDTLILTEPDFRKKLDAKALGDIVEQVREKYAKHTLQIIIEPNWKNALEELKSRTEAEDLGVVSGTLYLIADVRSNLLGLSDSEKGW	PGPT0007975_602	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007975-folC-K11754	NA	NA
JZ016_05752	1329	murC	COG0773	UDP-N-acetylmuramate--L-alanine ligase	ATGAGCGCCATTGCAAGAGTTATGCTGGAGATGGGTTATAAAGTCACGGGTTCTGACGTGGCATCGCAAGAATTGACAGAAAAGCTGGCGGCCAAGGGCGCCAAAATATACATTGGACATACCGCCGAGCAAGTCCAGGGCGCGGACCTTGTGGTTTACTCGACGGCATTGTCCCAAGACAACGTGGAGCGGGTCGAGGCAGAGAAGCTGAACATTCCTGTCCTTCACCGTGCGCAGATGCTGGCGCGTCTTCTGAACGAACGCAAAGGGGTTGCCGTAGCGGGTGCGCATGGTAAGACAACCACTTCATCGATGATTGCGCTCGTAATGGAAGAATGCGGCGTCGATCCGACGTTTATTATCGGCGGGGAAATCATGAACGTTGGCACGAATGCCAAAGCTGGTGAAGGCGAGCACGTGGTGGCCGAAGCGGACGAGAGTGACGGTTCATTCCTTCAGTACCACCCTTGGCTCGGCGTTGTTCTGAATATTGAGGCCGATCACTTGGAGAATTACGAAGGGGATTTCAATCGTCTCAAGGCAGCATATGTACAATTCCTGAGCCAAATCAAGGCAGACGGTACGGCCGTGGTTTGCGCCGACGATAACAACATTCAGGCGATTTTGCCTGACCTAAAATGCAATGTGACCACATACGGCATTCATGCGGATGCAGAGTATACGGCAACGAATCTGGTGCTCGGCGACCGTCACGTCAGCTTCACGATGCTTCATAACGGCATGGAGCTGGGTACCGTTGAATTGTCCGTACCGGGTAAACACAATGTCTACAACGCCATGGCTACGGTGATTTGCTGCTTGAAAGGCGGAATCTCGTTCGAAGCGATTGTAGAGGCCATCGTCAAGTTCAACGGAGCTAAGCGCCGCTTCCAGGTGCTGGGCGAAGCTGAAGGCATTCTGGTGATTGACGACTATGCGCATCATCCGACGGAGATCGAGGCTACGATCAGTGCCGCCAAAGCTACAGGCAAACGGATTATTGCCGTATTCCAGCCGCAGCGGTATTCGAGGACCTTTTTCCTTCTGGATGCGTTTAGCCGCGCATTCGGGGAAGCGGACGAGGTGATCATTACCGATATTTATTCTCCTGCCGGCGAGAAGCAGATCGAGGGTATCAGTTCCGGTAAGCTGGTGGAGCTGATTGTCCAGAACAGCAATGCCGGTGCCCGCTATTTGCCTACCAAAGAAGATGTCCTGAGCGATCTCAAAGGTCGCGTAAAAGAAGGCGATCTGGTTCTGACGATGGGTGCGGGCGATATTTGGAAGGTCGGCGCTGCTTTAGCGGAGTCTATTAAAGGCAAGAAGTAA	MSAIARVMLEMGYKVTGSDVASQELTEKLAAKGAKIYIGHTAEQVQGADLVVYSTALSQDNVERVEAEKLNIPVLHRAQMLARLLNERKGVAVAGAHGKTTTSSMIALVMEECGVDPTFIIGGEIMNVGTNAKAGEGEHVVAEADESDGSFLQYHPWLGVVLNIEADHLENYEGDFNRLKAAYVQFLSQIKADGTAVVCADDNNIQAILPDLKCNVTTYGIHADAEYTATNLVLGDRHVSFTMLHNGMELGTVELSVPGKHNVYNAMATVICCLKGGISFEAIVEAIVKFNGAKRRFQVLGEAEGILVIDDYAHHPTEIEATISAAKATGKRIIAVFQPQRYSRTFFLLDAFSRAFGEADEVIITDIYSPAGEKQIEGISSGKLVELIVQNSNAGARYLPTKEDVLSDLKGRVKEGDLVLTMGAGDIWKVGAALAESIKGKK	PGPT0024120_3634	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024120-murC-K01924	NA	NA
JZ016_05753	1386			hypothetical protein	ATGAATAAAGCACGAATGACGATTCGCTTCGATCACGATCCGCCAAAAGATAGTCATAAGGATCATATGCGTGAGGAACGGGATTCGTATCAGAAAGTTCCCGCAAGGCGCAATGATCAAGTTGATGACCGTCATCTTGTATTCGACGAGTTTGACTCAACGACTGATCGGTTTACCGATGCGGGCAATTCGTTTGAACATAGGAGCAGCATACAGCATGATCATCTGCGCGTTGTTCCGCCGCTCCGGGAGGAGGACACTCGGGATGTGAACGGACAAGATTGGAGAACATCGCGTCATACCCAATCCAGGGGGCGATTAGCTGAGGAAAGAAGACGTCTGGATCATGTTGAGGGCGGGTCGTTCGGTGACGGGCCTGATCCTGCCGATACATATGACGATATGCGTGAGGTTGAGGATCTTTACGATCTTCATGATGACGCGTATTCCGGAAGTGTGGGCTCCGGCGCAAACGATTCGAATTGGAATCTCGGGCCCGAGAAGGATCTATATGAGTCACCTGCCGATGATTACGGTTATTATCGCTCGCGCAAGCCTACCTCCTTCTGGAAAATGGCTGTATCCGTGACCGCGGCTGTTGTGACGGGTTTGCTGTTTGGGTATATGGTGCTGTCTATGTTTAACGGCGGTAATGCAGGTGAAGACCCTGCATCGGGGCAGCTTGGAAGCAATGACGCAGTTAATCAAGCACCGGCTGACTCTTCCGGGGGAACGGGGGCATCACTCGCACCCGGTTCAACTGAATCGGCAGTACACGTTCCGGGTCAAATTTTTTATATGCTTCAGTACGGTGTATTCAGCACGTCGGAACGGGCAGAGCAGGCGAAAGGGGAGCTGCTGCAGTCCGGTATTGCGGCTGGGGGAGATTTGGATGAGGAGAACCGGGTGTACGCCGGCGTATCACCAGACCGCGAGCAGGCCAAGCTGCTCAGCAATCAGCTTAAAGCCGAAGGCGTCGAATTATACGTGAGAGAAATCGCGCTGCCTGATATAGAGTCAGCTGCCTTTGCGGGCGAGGAGCAGACGCTGACGGACTATTTCACGATAAGCGGGGAGCTTGTGTCGGAGTTGAGTACGCTATCGGCATCGCTGCTGGGGCAGCAGGAGGCGGGCGCGGTGGCGTCAGAGAGTATGACTGCAATCACAAATCTGCACCAGCAGTGGATCCAATCGATGAAGCTGCTGTCCGCCGGCTTGGGTCCGGAGACCGGGGCAGTGCTGCCGGCGATGGAGCAATCCATGAACAGTTCGATCACGGCGCTCTCCGAATATAACAAAAACCAATCCAAGGGGCATTTGTGGGAGATTCAAACGGGCATGATGAACTATGTCATGGGCCAAAAGAAACTCCTGGATGGCCTATAA	MNKARMTIRFDHDPPKDSHKDHMREERDSYQKVPARRNDQVDDRHLVFDEFDSTTDRFTDAGNSFEHRSSIQHDHLRVVPPLREEDTRDVNGQDWRTSRHTQSRGRLAEERRRLDHVEGGSFGDGPDPADTYDDMREVEDLYDLHDDAYSGSVGSGANDSNWNLGPEKDLYESPADDYGYYRSRKPTSFWKMAVSVTAAVVTGLLFGYMVLSMFNGGNAGEDPASGQLGSNDAVNQAPADSSGGTGASLAPGSTESAVHVPGQIFYMLQYGVFSTSERAEQAKGELLQSGIAAGGDLDEENRVYAGVSPDREQAKLLSNQLKAEGVELYVREIALPDIESAAFAGEEQTLTDYFTISGELVSELSTLSASLLGQQEAGAVASESMTAITNLHQQWIQSMKLLSAGLGPETGAVLPAMEQSMNSSITALSEYNKNQSKGHLWEIQTGMMNYVMGQKKLLDGL	PGPT0024665_3	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024665-spoIIB-K06380	NA	NA
JZ016_05754	243			hypothetical protein	ATGAAGAAAAACAAAGGAATGCTCATCTTGTTTTTGCTGCTGGGGTGGCTGACGGGAACTTGGCTGGCCAAGGCGCTTCAACCTGTTAAGGCTTTGTCGTTTTTAACGTCAACTACACCGATTAAGTGGTCGCCTAGCGCTGATTTTGACATTATTCGTTATGACATTAACCTTGAACTTAACTTTTGCCTGCTCAGTCTGCTTGGCATTATAGCAGCGCTTTGGTTATACCGCAGGCTCTAA	MKKNKGMLILFLLLGWLTGTWLAKALQPVKALSFLTSTTPIKWSPSADFDIIRYDINLELNFCLLSLLGIIAALWLYRRL				NA	NA	NA	NA	NA
JZ016_05755	612	maf	COG0424	dTTP/UTP pyrophosphatase	TTGAATGAGAAGAGAAACCGCCGTATTATATTGGCCTCCACCTCTCCTCGGCGTCAGGAATTGATTGCCTCCCTTCGTATCCCATTTGAGATTATGCCTAGTGAAGCTGACGAGGACACCCCGCATGGGTGGTCGCCAGAGCGAATTGTGGAGTCACTGGCACTACGTAAAGCGGAAGCGGTTCTCCGAAAGCTGACGGATGATCCGGGAGATGGTATCATTGTGGGAAGCGACACGATTGTAGTTGTCGATGATCTTGTCCTCGGGAAACCGGAGGATCATGCTGACGCGGCAAGGATGTTGTCCATGCTTCAAGGACGGGCTCACCTCGTGTACACGGGCGTGGCTTGTGTTGACCGGGAATCTGGTCGTACCAAGGTCGCTCATCGTGTGACAACCGTAAAGATGAAATCGTTAAGTGATGACGCGATCGCGGCTTATGTAAAGAGCGGGGAACCTGCTGACAAAGCGGGCTCGTATGCGATTCAAGGCTTGGGTGCAACCATCGTGGAAGGAATCGAAGGCGACTATTTTAACGTTGTCGGCCTGCCGCTTTCTCTGCTGTCGGACATGCTGTCTGAAATGGGGATGGATGTACTCACCGATTCATAG	MNEKRNRRIILASTSPRRQELIASLRIPFEIMPSEADEDTPHGWSPERIVESLALRKAEAVLRKLTDDPGDGIIVGSDTIVVVDDLVLGKPEDHADAARMLSMLQGRAHLVYTGVACVDRESGRTKVAHRVTTVKMKSLSDDAIAAYVKSGEPADKAGSYAIQGLGATIVEGIEGDYFNVVGLPLSLLSDMLSEMGMDVLTDS				NA	NA	NA	NA	NA
JZ016_05756	690			hypothetical protein	ATGGAGTCGCCAACGCTATTGCTGCGCGACATCCCCCATGATGAACGACCAAGAGAGCGCATGATGCAATATGGGGCGAGCGCTTTAAGCCATGCAGAATTGCTGGCGATATTGCTTCGGACCGGAACCCGCCAGGAATCTGCCGTACATATAGCCCAGCGGCTGCTGGGGGAAGCAGGCGGCATCCGGCAGCTCGTTGATCTTAGCATTGAGGAAATTACGCAAATCAAAGGAATTGGAACCGCTAAGGCTGTTCAGCTGAAGGCTGGCATCGAGCTTGGACGGCGCTTGGCCGCATCGAGACATGTAGAGCCGGTTATTATTCGCAGTCCGCATGACGCGGCAGAACTGCTCAGTGAACAGATGCGCTATTTACAGAAAGAGCATTTTGTCTGTGTATTTTTAAATACGAAAAATCATGTCATTGCCCAGGAAACGTTATCGATGGGAAGCCTTAATGCTTCCATCGTTCATCCCCGCGAGGTGTTCAGAGCGGCCATCAAATGCAGCAGTGCATCCCTGGTGTGCGCGCATAACCATCCTAGCGGAGATCCGACGCCCAGCCCGGAAGACATATCGCTGACTGCACGTTTAGTGGAGGCAGGACAGATTGTCGGGATCGACGTACTGGATCATCTGATCATTGGGGACGGATCGTTTGTAAGTTTGAAGGAACGGGGCTTGATGTAA	MESPTLLLRDIPHDERPRERMMQYGASALSHAELLAILLRTGTRQESAVHIAQRLLGEAGGIRQLVDLSIEEITQIKGIGTAKAVQLKAGIELGRRLAASRHVEPVIIRSPHDAAELLSEQMRYLQKEHFVCVFLNTKNHVIAQETLSMGSLNASIVHPREVFRAAIKCSSASLVCAHNHPSGDPTPSPEDISLTARLVEAGQIVGIDVLDHLIIGDGSFVSLKERGLM				NA	NA	NA	NA	NA
JZ016_05757	1035	mreB	COG1077	Cell shape-determining protein MreB	ATGTTAGGTGGTTTTACGAAAGATTTGGGAATCGATTTGGGGACGGCAAATACGCTGGTTTATGTTCGTGGGAAAGGAATTGTCGTAAGAGAGCCTTCCGTGGTTGCTCTGCGTACAGATACGAAGAGCATTGAAGCCGTTGGTGAATCGGCTAAGAAAATGATTGGACGCACACCAGGCAACATTCGTGCCATTCGTCCGATGAAGGACGGCGTTATCGCTGATTTTGATACAACGGCTACGATGATTAAATACTTTATTCGTCAAGCACAGAAGCAGCGTTCCATATTCCCCCGTCATCCGAACGTGATGGTATGCGTACCTTCCGGCATTACGGCGGTAGAGCAGCGTGCGGTGGAAGATGCTACCAAGCAAGCGGGAGCACGCGAAGCTTACACGATCGAAGAGCCTTTTGCAGCTGCAATTGGTGCCGATTTGCCTGTGTGGGAACCTACGGGCAGCATGGTCGTTGACATCGGCGGAGGTACGACCGAGGTTGCGGTCATTTCTCTTGGCGGTATTGTAACCAGCCGCTCTGTACGCGTTGCAGGCGATGAGATGGATGAGTCTATTATCTCCTATATCAAACGTCAATATAACTTGATGATCGGTGAGCGCACATCCGAGCTGCTTAAGATGGAAGTCGGTTCCGCCATGCCGCTGGAGACCGTGGAAACGATGGAAATTCGCGGCCGTGACTTGGTGACGGGGCTGCCGAAGACGATCACCATTACTTCGGATGAGATTAGCGAAGCGTTGGCAGATACCATTAATGCGATTGTTGAAGCGGTAAAGGTTACGCTTGAGAAATGTCCTCCGGAGCTTGCTGCGGATATTATGGACCGGGGCATCGTGCTTACGGGAGGCGGCGCATTGCTTCGCAACCTGGACAAGCTGCTCGCCGAAGAGACCGGCATGCCGGTGATCGTTGCAGAGAATCCGCTGGATTGCGTAGCCATTGGTACAGGTAAAGCGCTCGAGAACATTCACCTGTTTAAATCCCGGAGCAGCTCTGCCGTCCGTTCTAAACGGTAG	MLGGFTKDLGIDLGTANTLVYVRGKGIVVREPSVVALRTDTKSIEAVGESAKKMIGRTPGNIRAIRPMKDGVIADFDTTATMIKYFIRQAQKQRSIFPRHPNVMVCVPSGITAVEQRAVEDATKQAGAREAYTIEEPFAAAIGADLPVWEPTGSMVVDIGGGTTEVAVISLGGIVTSRSVRVAGDEMDESIISYIKRQYNLMIGERTSELLKMEVGSAMPLETVETMEIRGRDLVTGLPKTITITSDEISEALADTINAIVEAVKVTLEKCPPELAADIMDRGIVLTGGGALLRNLDKLLAEETGMPVIVAENPLDCVAIGTGKALENIHLFKSRSSSAVRSKR	PGPT0027700_2193	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027700-mreB-K03569	NA	NA
JZ016_05758	876	mreC	COG1792	Cell shape-determining protein MreC	GTGTTGCAACTGTTTAAGCTGCTAGGCAATAAGCGTTTGTTTATTATGCTCATCGGGCTGGTAGCGTTTATCGCTATTATGGGGTTTACGCTCGGCCCGAGAGCTTCTTTATCTTGGCCTGAAAAATTCGTCAAGGATACGGTCGGTTTTGTGCAAAGTGTGTTTTATAAGCCCGCTGCCTATATAGCGGGTTTCTTTGAAGATGTGCGGAACATGAAGGCAATCTATGAAGAGAATGAGGAGCTGCGGAGAGCCGTGGCTCAATATTCTCGAGAGAGTGCGAATTACAACACGATGAAAGCTAATTACGAGAAGCTTCAAGAATTACAAGGTTTTACAGAGAACCAGAAAAATCGTTATAAATATGAATACCGTACTGCCCAGGTGCTAAGTGTTAATTCGGACCCCAATAATCGGACACTTGTCGTCGATCTGGGAGAGCGCGATGGGGTTCGTCCCAACATGTCGGTCACGACAGTGGACGGCATGGTCGGCATTATTAGCAACGTCAGCAATTTCACCTCAACGGTGAAGCTGTTGACAACGATGGACGCTCAGGATCCGAATCCACAGCCGATTTCGGTAACGGCGATCGGGAAAGAGGATAAAACGTTTGGCGTGGTTGAGAGCTATGATGAGAAGACCAACACGCTGCTCATGACGCGAATTTCGGAAGATGATCCGATTAAGGAAAAAGATAAGATCATTTCATCCGGTGCCGGAGGAGTTATTCCACAAGGTATGATCATAGGTGAAGTCATAAGCGTTCAGACGAGCCAATACGGTCAAAGCAGAACGGCTACGATCGAACCGGCGGCCAAGTTTGATGACTGGAAATATCTGATCATCGTCTTTACCCCTGAGGAGCCGAAATGA	MLQLFKLLGNKRLFIMLIGLVAFIAIMGFTLGPRASLSWPEKFVKDTVGFVQSVFYKPAAYIAGFFEDVRNMKAIYEENEELRRAVAQYSRESANYNTMKANYEKLQELQGFTENQKNRYKYEYRTAQVLSVNSDPNNRTLVVDLGERDGVRPNMSVTTVDGMVGIISNVSNFTSTVKLLTTMDAQDPNPQPISVTAIGKEDKTFGVVESYDEKTNTLLMTRISEDDPIKEKDKIISSGAGGVIPQGMIIGEVISVQTSQYGQSRTATIEPAAKFDDWKYLIIVFTPEEPK				NA	NA	NA	NA	NA
JZ016_05759	528			hypothetical protein	ATGATGGCGCGTAAACAAATTCTCGTCCTGCTGCTGTTCGTGCTGTTTATTCTGCAGGGCACGGTGGTTTTCTGGTTAACGCCAAGCTCGCTGCAGCTTCAGATTTATCCTAATTTTGTGTTGGTTTGCTTGTTTTTTGTATCAATTTATTATCATCGCCACACGGGGCTGGTACTCGGACTCATATTCGGCATGCTTCACGATATCGTGTATTACGGCGAGATGATTGGCACTTATTCGTTCGCTATGGGCGTATCCGCATATCTGGTGGGACTTGTATTCAAGTCCCCGCGGGCGCCGCTGCCCATGATGATGACCATTGTCATTCTGGGGAGCCTGTTGTTTGACAGTACGCTTTTTGGCATATATAAGGTGTTTCGACTCAATCCGACTTCTTATAATTGGTCACTGCTTCATCATATGCTACCCAATCTCCTTGTTCATTTTGCCTTTGCTCTGGCGATTTACGTTCCTCTTCGCAAGCAGATTGAGTTGGTTACGAAGAATCAGAGAAGGAAGGCATCCTGA	MMARKQILVLLLFVLFILQGTVVFWLTPSSLQLQIYPNFVLVCLFFVSIYYHRHTGLVLGLIFGMLHDIVYYGEMIGTYSFAMGVSAYLVGLVFKSPRAPLPMMMTIVILGSLLFDSTLFGIYKVFRLNPTSYNWSLLHHMLPNLLVHFAFALAIYVPLRKQIELVTKNQRRKAS				NA	NA	NA	NA	NA
JZ016_05760	663	minC	COG0850	Septum site-determining protein MinC	ATGGCTGTAAAATCCAATCATGTGACGATTAAGGGCATCAAAGATGGCCTGGTATTCCTGCTTGATGACCAGTGTGAGCTGGAGGAGCTGCTCGGCGAGCTGCGCTATAAGCTGGAGCACAGTCATCAGAATATTTTGACCGGACCTATCATTCATGTGGATGTGAAGCTGGGTTCCCGGAAAATTTCCGAAGAAGAGAAGCAGACGATTCTTGACATATTGAAGCAAAAGGGCAATCTGTTGATACGTAATGTGGAATCACCGCCGTTTGAGTCGGAGCTCATACCAGAGGAGAAGCTTACGCTTAAGACAGGGATGGTGCGTTCCGGACAGGTGCTGCATCATGACGGCGATCTCTTGTTCCTCGGGGATGTGAATCCCGGCGGAACCATAACGTGCACCGGTGATATCTACATATTGGGAGCTCTGCGCGGAACCGCGCATGCCGGTGTAGAGGGCAACGAGGAAGCGATTATAGCGGCTTCGTATTTTGCCCCTACCCAGCTCCGTATCTCCCAGATGATCAGCAGACCGCCGGATGAATGGGAGACGCGGGAAACGGTCATGGAATTTGCGTATTTGAAGGACGGTAGCATGGAGATCGATAAGATCAGCAACATCTCACGTTTGGGTCGGGATTTTAATGTGTTTAAAGGGGTGTAG	MAVKSNHVTIKGIKDGLVFLLDDQCELEELLGELRYKLEHSHQNILTGPIIHVDVKLGSRKISEEEKQTILDILKQKGNLLIRNVESPPFESELIPEEKLTLKTGMVRSGQVLHHDGDLLFLGDVNPGGTITCTGDIYILGALRGTAHAGVEGNEEAIIAASYFAPTQLRISQMISRPPDEWETRETVMEFAYLKDGSMEIDKISNISRLGRDFNVFKGV				NA	NA	NA	NA	NA
JZ016_05761	795	minD	COG2894	Septum site-determining protein MinD	ATGGGAGAGGCAATCGTCGTAACTTCAGGTAAAGGCGGAGTCGGTAAAACGACGACATCGGCGAACATCGGCACAGCTCTGGCACTGCTCGGAAAAAAAGTGTGTCTGGTTGATACGGACATCGGTCTTCGTAATTTGGATGTCGTGATGGGCCTGGAAAACCGGATTATATACGATTTATGCGACGTTGCAGAAGGGCGATGCCGACTTAACCAGGCGCTGATCAAGGACAAGCGCTTCGATGAGCTGTATATGCTTCCTGCAGCCCAGACCAAAGACAAGAATGCCGTTTCTCCAGAGCAGGTGAAAGATATCGTACTTGAATTGAAAAAGGAATTCGAATACGTCATTATCGATTGTCCGGCTGGAATCGAGCAAGGATTTAAGAATGCCATTGCCGGCGCAGATAAAGCGATTGTGGTTACAACGCCCGAGAATGCGGCCGTGCGGGATGCGGATCGGATTATCGGCTTGCTGGAGAGCTCTCATGTAGAGTCTCCGAAGCTTGTTGTAAACCGGATTCGCCCGAACATGGTGAAATCCGGCGACATGCTGGAGATCGAAGATGTGCTGCAGGTGCTGAATATTGATCTGATCGGGATCGTCCCCGATGATGAAATGGTCATTAAAGCGGCCAATATCGGGGAGCCTACGGTGATGAATCCGGACTCTCAGGCAGCCATCGCCTATAGAAACATCGCCCGGCGTATCCTGGGTGATACCGTTCCTCTGATGCAAATCCATCAGAAAAAAGGAATGTTTACCAAATTCAAAAAGTTTTTTGGAATGGGTTAA	MGEAIVVTSGKGGVGKTTTSANIGTALALLGKKVCLVDTDIGLRNLDVVMGLENRIIYDLCDVAEGRCRLNQALIKDKRFDELYMLPAAQTKDKNAVSPEQVKDIVLELKKEFEYVIIDCPAGIEQGFKNAIAGADKAIVVTTPENAAVRDADRIIGLLESSHVESPKLVVNRIRPNMVKSGDMLEIEDVLQVLNIDLIGIVPDDEMVIKAANIGEPTVMNPDSQAAIAYRNIARRILGDTVPLMQIHQKKGMFTKFKKFFGMG				NA	NA	NA	NA	NA
JZ016_05762	906			hypothetical protein	ATGGACATCAAAACTTCAGTTAAGAACCGAAGAGAAGCCCGCATTCGCGAGCTGCTGGAAGGAGCGTCACCGGCGCCGCATGATACGTCGTCATGGGGGCCCGTTCCCGAGAAAAAGCCTGCCCATCCCAATCTTCACAAGACAGGCTTTATACAGGATCACAGGGCGAACCCATCCCCGCTTCTTGCAGAGAGTGAACCGGATCCCGAGCGGCTTTGGAAGCAAGGGCACCGCGGTTGGTATGGTGAGCTGGATCCCGGTGATCCAGGGGAACCGCCAAGAAAAGCTTCGTTTCTGTCGGGCTTAGTGCGCCGTATCATCGTCAGTGCGCTGGTGTTTGGATTGGCATGGGGGGTATTTTCGTTTCAGCACCCGTGGGCTCTTCGTACGCAAGCTTTTATCGTTGAGGGACTGAGCCATGAGATGGATTTTCAGGCAGCGCAGGTATGGTACGAGGAGCATTTTGGAAGCGCGCCTTCCTTCATTCCGATTTTTGGACAAACCGACGAGCACTCGACGAAGGTGAATGCCGGGACTTCTTTAGTTCCTCCGCTTTCCGGAAAGGTGGTCCAATCCTTTGCGGTGGATCTGAAAGGCATTGTTTTGGAAGCCGGAGGGGGTTCTTTAGCAGACAGGGCGGTTAAGAGTATAGAGACCGGACGCGTGCTTGAGGTTAAAGAACATCCTGAGAATGGGATCAGCATTCTCATACAGCATACAGGAGAGAGAACGGCGATATACAGCAGATTGGCAGAAACGGGACTTAAGGTAAACGATTGGGTCCAAGGTGGAGATATTGTTGGCACATTGGCGTCTTCAGGCGCAGGCAGCCCGCCCTCCCTTTATTTCGAACTGAAAGAGGGGGATCGAGGTATCGATCCGGCGGAAGTGATTCCGTTTGATTAA	MDIKTSVKNRREARIRELLEGASPAPHDTSSWGPVPEKKPAHPNLHKTGFIQDHRANPSPLLAESEPDPERLWKQGHRGWYGELDPGDPGEPPRKASFLSGLVRRIIVSALVFGLAWGVFSFQHPWALRTQAFIVEGLSHEMDFQAAQVWYEEHFGSAPSFIPIFGQTDEHSTKVNAGTSLVPPLSGKVVQSFAVDLKGIVLEAGGGSLADRAVKSIETGRVLEVKEHPENGISILIQHTGERTAIYSRLAETGLKVNDWVQGGDIVGTLASSGAGSPPSLYFELKEGDRGIDPAEVIPFD	PGPT0024780_22	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024780-spoIVFA-K06401	NA	NA
JZ016_05763	864	spoIVFB	COG1994	Stage IV sporulation protein FB	TTGATTAAGTTTAAGGGAACGGTATTGTCGCTGCATCCTCTCTTTGTTATTGTCATGCTGGCCTCCGTATTCACCGGTCGCTTTTTGGAATTGCTGACCCTGTTTATTATCGTGTTTATTCATGAATTGGGACACGCCGCCGCAGCGGCAGCGATGGGGTTCAAGGTACGAGCCATTCAGATGCTGCCGTTCGGCGGCGTTGCTGTCATAGAAGATGACGGCAGGATGACTGCAATGAAGGAAATCATCATTGCGCTTGCGGGTCCGCTGCAAAATGTCATCATGATTGGAATTACCCTGATGGGCAGATGGGCGGGATGGGGAGACGAGCAGCTGTTGTCTTATATCATTCAGGGGAATCTCATCATCGCGCTGTTTAACCTTCTCCCGATTCTTCCGCTGGATGGCGGCAAAGTGCTGCAAGCCGTCATCAGTTTGCTCGCCCCATATCATGCGACCTTGTTGTGGGCTTCCCGCGCTGGCATATTGTGCAGCTTGATCATGATCGGATATGGCTTGCAGCCGTTATTTTCCGGCGGCGGTATTCGTTTAAATGTACTGATGATCGGCCTCTTTTTAGCGTATTCCAATTTTGAAGACTATCGGAATGTGCATTACCGGTTTTTAAGATTTTTGGTCAATCGGAGCGAGATTTATGAACGAAATTTGGATGGACTCGGTCCTGCGCAGCCAATCGTTGCAGATTCTTCGAAACCTTTGGATGATATTATGCGTCTATTTAAACGAGAGAAGTATCATCTGATTTATGTCATGAGCGGACGAGGCAGCCTGCTTGCCGTCGTTCCGGAGCAGCATGTGATTTCTTCTTATTTTGCATCAAATGGTCCGCCCTGGTATGCGTAA	MIKFKGTVLSLHPLFVIVMLASVFTGRFLELLTLFIIVFIHELGHAAAAAAMGFKVRAIQMLPFGGVAVIEDDGRMTAMKEIIIALAGPLQNVIMIGITLMGRWAGWGDEQLLSYIIQGNLIIALFNLLPILPLDGGKVLQAVISLLAPYHATLLWASRAGILCSLIMIGYGLQPLFSGGGIRLNVLMIGLFLAYSNFEDYRNVHYRFLRFLVNRSEIYERNLDGLGPAQPIVADSSKPLDDIMRLFKREKYHLIYVMSGRGSLLAVVPEQHVISSYFASNGPPWYA	PGPT0024785_179	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024785-spoIVFB-K06402	NA	NA
JZ016_05764	1236	rng	COG1530	Ribonuclease G	ATGAGGCAAATGATAGTTCATTGTGAACATGAGACCATTCAGATGGCCCTCATCGAAGATGGGAGGTTAGCAGAATTCGCCGTTGAGCGGAGTTGTGAGCAAAGTGTAGTCGGCAGTTTTTATAAGGGCAGGGTCGTAAATGTGCTGCCGGGGATGCAGGCGGCTTTTGTAGATATCGGGCTGAAAAAGAATGCATTTTTATATATTGATGATGTGCTCCATCCTCATTTAGAGAAGCAGCCCAAGCAGAAGCCTTCCATTTCGGAGCTGCTAACGGTAGGCCAGGAATTGATCGTGCAGGTGATGAAGGAACCGAGAGGCGGCAAGGGGGCGCGGGTCACTACCCATTTTTCGCTGCCTGGCAGATGCATGGTGTACATGCCTACTGCGGATTATGTTGCCGTCTCCAAGAAAATTGGACGTGATGCGGAGAGAGCAAGGCTGAAGAGTATCGGCGAGCAGCTTCGCACGGATGAAGAGGGGATCATTATCCGGACGGTATCAGAGGACGAGCCTCTGGAATTCCTTAAGGGAGATCTTGAGTATCTGCGAAAAGAGTGGGCGCGAATTCTCGACAAGGCCGAGCTTTCTTCTGCTCCGGCGCTGCTTCATCGCGATTTAGGTCTGCTGCAGCGTTTTCTCCGCGATGCCTTTGACCCGCTTCATGATGAACTTGTGATCGACAGCAGGCTTAAAGGCGAGGAGACCAAAAGCTATCTGAAGGAAACCGTCCCTGGTATGGAGCCTAAGGTTACATATTACTCGGAAGGAAGTCCGATTTTTCAAGCTTATGGGTTGGACGAGCAGATGAGAGCTGGCTTTGCAAGGAAAATCACGCTTCCGGAAGGTGTGACCATCGTTGTTGATCAGACGGAAGCCATGACCATCATGGATGTCAACACAGCCAAATATATCGGTGGCGATAATTTCGAGGAAACGGTGCTGAAGACGAATCTTCTGGCGGCGAAGCAGATTGCAAGAATTTTGCGGCTCTGGGATATCGGAGGCATTATCATCGTTGATTTCATCGATATGGATCGTGAAGAGCACCGGGAGCAGGTTGTTTCTGCCATGGAGGCTGTAATGCGCAAGGACCGCACCAAAAGCTTTGTGGTGGGCTGGACCAAGCTGGGACTGCTGGAAATGACCCGCAAAAAAGCCAGGGAAAGCTCTTCGCTCCCATTTGCCAAGCCTTGCGGGGCTTGCGGGGGCAGAGGTTTTGTTATCGAACAATGA	MRQMIVHCEHETIQMALIEDGRLAEFAVERSCEQSVVGSFYKGRVVNVLPGMQAAFVDIGLKKNAFLYIDDVLHPHLEKQPKQKPSISELLTVGQELIVQVMKEPRGGKGARVTTHFSLPGRCMVYMPTADYVAVSKKIGRDAERARLKSIGEQLRTDEEGIIIRTVSEDEPLEFLKGDLEYLRKEWARILDKAELSSAPALLHRDLGLLQRFLRDAFDPLHDELVIDSRLKGEETKSYLKETVPGMEPKVTYYSEGSPIFQAYGLDEQMRAGFARKITLPEGVTIVVDQTEAMTIMDVNTAKYIGGDNFEETVLKTNLLAAKQIARILRLWDIGGIIIVDFIDMDREEHREQVVSAMEAVMRKDRTKSFVVGWTKLGLLEMTRKKARESSSLPFAKPCGACGGRGFVIEQ				NA	NA	NA	NA	NA
JZ016_05765	312	rplU	COG0261	50S ribosomal protein L21	ATGTACGCTATTATCGAAACAGGTGGTAAACAATACAAAGTTCAAGAGGGCGACGTATTGTTCATCGAGAAGCTGACTGCAGGTGACGGCGAGAGCGTGACTTTCGACCGTGTACTGGCCGTATCCAAAGAGGACGGGTTGGTAACAGGTACGCCGGTTGTTTCCGGTGCGACTGTAACTGCAAAGGTAGAGAAGCACGGTAAAGGCCGTAAGGTCGTTGTATACAAATACAAGCCGAAGAAGAACTACCACAAGAAGCAAGGTCATCGTCAACCTTACACTAAAGTAACCATCGAGAAAATCCAGGCGTAA	MYAIIETGGKQYKVQEGDVLFIEKLTAGDGESVTFDRVLAVSKEDGLVTGTPVVSGATVTAKVEKHGKGRKVVVYKYKPKKNYHKKQGHRQPYTKVTIEKIQA				NA	NA	NA	NA	NA
JZ016_05766	333			hypothetical protein	TTGATTACTGTACAAGTACTGCGCGGGGGAGATGGACGGATCCATAGCTTTAAGGTAACGGGGCACGCGGGATATGCCAATCCTGGAGAAGATATTGTATGTGCTGGAGTTTCCAGCATTACAGTGGGAACGGTCAATTCCATTGAAGCGTTAACCGGAACTGTTATGGAGACCCAGATGAAGGGCGGCTTTCTTAGTGCGAATCTTCCGCCGACGGCAAACGACTCCGTCTCGGGACAAGTTCAACTGCTTCTCGAATCCATGGTTGTTATGTTACAGGGAATTGCCGATTCATACGGCAAGTATATAAGAATACAGGAATTGACTACTTGA	MITVQVLRGGDGRIHSFKVTGHAGYANPGEDIVCAGVSSITVGTVNSIEALTGTVMETQMKGGFLSANLPPTANDSVSGQVQLLLESMVVMLQGIADSYGKYIRIQELTT				NA	NA	NA	NA	NA
JZ016_05767	312	rpmA	COG0211	50S ribosomal protein L27	ATGTTGAAATTGGATCTTCAGTTATTCGCATCGAAAAAAGGTGTAGGTTCCACAAAGAACGGTCGCGATAGCGAATCGAAACGTCTTGGTGTGAAACGTGCAGACGGTCAAGCAGTGACTGGCGGCAGCATCTTGGTTCGCCAACGCGGAACGAAAATTCATCCAGGCACGAACGTAGGTATCGGTAAAGACGATACTTTGTTTGCGAAAGTTGACGGCGTTGTGAAATTTGAACGTTGGGGTCGTGATCGCAAGAAAGTGAGCGTCTACCCGGTTGATGTCGCTCCAGTAGCGGCTGCAGTAGAAGCTTAA	MLKLDLQLFASKKGVGSTKNGRDSESKRLGVKRADGQAVTGGSILVRQRGTKIHPGTNVGIGKDDTLFAKVDGVVKFERWGRDRKKVSVYPVDVAPVAAAVEA				NA	NA	NA	NA	NA
JZ016_05768	741			hypothetical protein	ATGAAATCCTGGAAATGGATAGCAGCTGGGGCGGGGTTAACCTCCGTAATACCCGTAGCATGGATGGTATGGAAACCGACTTTGGCTGCAGGAGCAGTGTTAACGGTTTGGGCTGTCGCTGCGTCTGCCTGCGGGGCTTGGCTTGTCCGGAAATCGGAGGAGCGCAGGCAGCAAGCCATCATTCGGAATGTGGAGCAGACGGCGATTCAGATGCTGAATCACCATCGTCATGATTGGATGAATGAGCTTCAAATTTTGTACGGCTACATTCAACTTGGAAAGCTTGATAAAACAGTGGGTTCTGTGGAAAGAATAAAGGACAGGATGGCGACGGAAAGCAGAATCTCTAAGCTGGGCATTCCTTCGCTGGTTTTTTATTTACATTCATACCGTACGTACAGCAATAATCTGCAGCTCGACGTTGAAGTTGTGGACCAGGTGCAACTGGAAGACAAAGTATCGCCACAAACGGCGGAGTCTTTTACCGAAGCTATCATTCAAACGGTGAGAGCTTTTCAATTAAGCGGAAAAGCGTCTTGGGGGGATACCCGGCAATTAACATTAACATTTATGCAGCAAGAACAAGAGCTGATGGTATGGGCACAAGGAGAAGGATCCTTTGGAGACCCGGACAGCTTGAAGCTTCAGATTGAACAATCCGTAAAAGGCGAAGGCATTCGGGTAGAACAAACGGAGCCGGGGGAGACCTCGTATCGTTTGTATTTGCCGTTTGTGACTTGA	MKSWKWIAAGAGLTSVIPVAWMVWKPTLAAGAVLTVWAVAASACGAWLVRKSEERRQQAIIRNVEQTAIQMLNHHRHDWMNELQILYGYIQLGKLDKTVGSVERIKDRMATESRISKLGIPSLVFYLHSYRTYSNNLQLDVEVVDQVQLEDKVSPQTAESFTEAIIQTVRAFQLSGKASWGDTRQLTLTFMQQEQELMVWAQGEGSFGDPDSLKLQIEQSVKGEGIRVEQTEPGETSYRLYLPFVT	PGPT0024635_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024635-spo0B-K06375	NA	NA
JZ016_05769	1311	obg	COG0536	GTPase Obg	ATGTTTGTAGATAAGGCAAAAGTATATGTAAAAGGCGGAGACGGCGGCGATGGTCTCATTGCGTTCCGTCGAGAGAAATACGTTCCTGAAGGCGGACCTGCCGGCGGAGACGGCGGTAAGGGCGGCGACGTGATTTTCCGGGTGGACGAAGGACTGCGCACGTTGATGGATTTCCGTTACCAGAAGCATTTTAAGGCCAAGCGCGGGGAAAAAGGCCGCAATAAAAGTCAGCATGGGGCCAATGCGGATAGCATGATTGTCCGTATCCCGCCGGGTACCATCTTAACGGATGACGATACCGGTGAGGTGATTGGCGATTTGACCCGACACGGTCAACAGGTTGTTGTTGCCAGAGGAGGCCGTGGAGGGCGAGGAAATATCCGCTTTGCTACCCCGAACAATCCGGCGCCTGAGCTTGCCGAGAACGGCGAGGAAGGCGAAGAGCGTTACGTAACCATGGAACTTAAAGTGATGGCTGATGTAGGTCTCGTCGGGTTCCCGAGTGTAGGCAAATCAACCTTGTTGTCCGTTGTATCTGCGGCTCAGCCAAAGATCGGCGCATACCACTTTACGACCATAACGCCGAATTTGGGAGTTGTTGAGGTTGGAGACGGTCGCAATTTTGTTATGGCTGACCTGCCTGGTCTGATTGAGGGTGCTCATGAAGGCGTGGGACTTGGTCATGAATTCCTCCGGCACGTGGAAAGAACACGCGTCATTGTCCATGTCGTGGATATGGCAGGCACGGAAGGAAGGGATCCGTTTGAGGACTGGGAAAAAATCAATGATGAAATCAGGCTCTACAACCCGGTTCTGGTCGAACGGCCGCAAATCGTAGCCGCTAATAAAATGGACATGCCGGAGGCCGAAGAGTATCTAGCGGCCTTCAAAGAGAAGCTGAAAGAGATTCGTCCGGACATCGAGGTCATGCCAATCTCCTCGCTGACCCGTCAGGGTATTCAGGAACTTCTTTACCGCACGATCGATGTGCTGGAGAGCATTCCGGACGAGCCGGCCATTGAAGAAGTATCCGAGGTTTCCGAGCGCAAGGTTTATAAATTCAAAGCGCAGAACGACAACTCCTTCACCGTTACTAGGGATAATGAGATGTATGTTGTGCATAGCGAGCGAATTGAGCGGATGCTGAAACGGATGCAGATGAATTCGCATGATGCCATTCTGAAGCTTGCAAGAACGATGCGCCATATGGGCGTCGATGAAGAACTTCGGAAACGGGGCGCGACAGAAGGCACCATTGTACGAATTGGTGATTTCGAATTTGAATTTGTTGAAGGCAGCAGCTACTATTAA	MFVDKAKVYVKGGDGGDGLIAFRREKYVPEGGPAGGDGGKGGDVIFRVDEGLRTLMDFRYQKHFKAKRGEKGRNKSQHGANADSMIVRIPPGTILTDDDTGEVIGDLTRHGQQVVVARGGRGGRGNIRFATPNNPAPELAENGEEGEERYVTMELKVMADVGLVGFPSVGKSTLLSVVSAAQPKIGAYHFTTITPNLGVVEVGDGRNFVMADLPGLIEGAHEGVGLGHEFLRHVERTRVIVHVVDMAGTEGRDPFEDWEKINDEIRLYNPVLVERPQIVAANKMDMPEAEEYLAAFKEKLKEIRPDIEVMPISSLTRQGIQELLYRTIDVLESIPDEPAIEEVSEVSERKVYKFKAQNDNSFTVTRDNEMYVVHSERIERMLKRMQMNSHDAILKLARTMRHMGVDEELRKRGATEGTIVRIGDFEFEFVEGSSYY				NA	NA	NA	NA	NA
JZ016_05770	198			hypothetical protein	ATGCGCAAAAAATACGTTCGTAAGAAAATACCGCAAGGTCTGTTTAACAGCAGGCTTGGCGGTATTTTTTTTATGGAGGAAGTTGTGTCCCAGATATCACGTAAACATGCTCTGTGTTTTATGGCAACGGTTAGGAAGTTGTTCAGAGATATCCTTTTCCACTTAGGTTTCCAAATTTTGCATCCACATATCGGGTAA	MRKKYVRKKIPQGLFNSRLGGIFFMEEVVSQISRKHALCFMATVRKLFRDILFHLGFQILHPHIG				NA	NA	NA	NA	NA
JZ016_05771	1308			hypothetical protein	ATGGCTATTATTGAAGTTGTAAAATACGAAGGACCGCCGGATGTGTTTGCCTGGCGTTATCCGAATCAGGAGTTAGGTACATGGACCCAACTTATTGTTCATGAGACACAGGAGGCCATCCTGTATAAGGGTGGTCAGGCCCTGGACTCCTTCGCGGCTGGGCGGCATACACTGAGTACGGCGAATATACCGATATTATCCAATGTGATCAATCTTCCATTCGGCGGGAAGTCTCCCTTTACGGCAGAAGTCTGGTTTGTGAACAAACTTCGTTCACTGGACGTGAAATGGGGGACCAGCTCGCCGATCCAGCTGCAAGATCCAAAATACAATATTATCGTATCGGTCCGGGCTTTTGGCCAATTCGGCGTACAGATCAGCGATCCGCGAAAGTTTCTGGGGACCCTGGTTGGCACACTGCCGACTTTTGACCAAAGCACACTGATTAAATATTATCGCGGCGTACTGATGTCCAATATTACGGAAATCATATCCTCCTATATCGTTCGCAAAAAAATCAGCGTTGTGGAGATCAATGCTTACATAGCGGAAATATCGAAGCATATCATGGAAGCGATTGCGCCTTCATTTGAAGAAATGGGGATCACCCTGCTGAATTTCTATGTGGACTCCATCAACATCCCGGAGAATGACCCGGCAGCTGTTCGAATCAAGGAAGCGTTGGCAAAGAAAGCGGAGATGGACATCATCGGATATACCTATCATCAAGAAAGAACCTTTAATACGCTGGAGGGGGCGGCAAAGAATCAAGGCAGCCCGGCAGCGGTCATGGGAACCGGATTGGGCATGGGACTTGGGATGGTTGGTCCGATGTATGAGACCGTGGGGAAAATGTTTGAGGACTCAAAGGATCCAGGAAAGAACGAGCTCGATACCAAACAGAAAGCGTGTACCCAGTGCGGAACACTGAGCGCAGAAGAGGCGCGATTCTGTTCGGGATGCGGACAATCGCTTCAGGTGCAGGCTGAGGAGGAACTGGCGAGCACCGTTCAATGCAACGATTGCGGACAGCCACTGCCTCCCAATGCCAAGTTTTGTCTTCACTGCGGTGACCCGTACCATGCATGCCCTGAATGTGGCCATGACCACCCGGCCGGTGCCGTCGAATGTCCGGATTGCGGTGCAGCGCTTCCTATGCCTTGCAGGGCATGCGGTGAACTGGTGGATGCAAAAGCCAAGTTTTGCCCGCACTGCGGGTCAAGCCATGCGCTAACATGTCCTGGATGTCATCATGAGATCAAACCGGGCCAGAAGTTTTGCATGGAGTGCGGACATAAATTGATGTGA	MAIIEVVKYEGPPDVFAWRYPNQELGTWTQLIVHETQEAILYKGGQALDSFAAGRHTLSTANIPILSNVINLPFGGKSPFTAEVWFVNKLRSLDVKWGTSSPIQLQDPKYNIIVSVRAFGQFGVQISDPRKFLGTLVGTLPTFDQSTLIKYYRGVLMSNITEIISSYIVRKKISVVEINAYIAEISKHIMEAIAPSFEEMGITLLNFYVDSINIPENDPAAVRIKEALAKKAEMDIIGYTYHQERTFNTLEGAAKNQGSPAAVMGTGLGMGLGMVGPMYETVGKMFEDSKDPGKNELDTKQKACTQCGTLSAEEARFCSGCGQSLQVQAEEELASTVQCNDCGQPLPPNAKFCLHCGDPYHACPECGHDHPAGAVECPDCGAALPMPCRACGELVDAKAKFCPHCGSSHALTCPGCHHEIKPGQKFCMECGHKLM				NA	NA	NA	NA	NA
JZ016_05772	759			hypothetical protein	GTGAGTACAAGAACCACAAGTCGAAATGGATTATGGCTGGCTGCCGCGGTGCTTCCGGTCTTAACCATCCTTCTGTTCGGATTGATCGGAGGGATCGTTCAGCTGAATGCTTGGATATCGGGCATCGCTCTCGGATGCGCCGAGGCGGCCATTCTCGTCTTTATCGGTTTAGTTGTCCACCGGCGCAAAGCGGGTTCGCCAGGAGCTCCTTTTTATATTGCTTCAGGCGTCATTATAGGAGTCTATGCCATTTCCGTTTTGCTGGAGGTCATTCTGCTGGGGTATTTATTTAAGCTGCCTGAATCTTCTTATTTTATGATTCATCTTATAACCTTCCTGGGGTTCTCGGTGGTTTTGGGACTGATAGCTCTGACGGGAAAATATGCAGGAGCTCATGAACGAAAGGAAAGTGATCATCTGGCGGTTCAGAAAGAGACGGTGGCCTGGATCGGGGGAATCCGAAGAAAACTAGGTGAGATGCCAGGAGAGAACATTCATTCGTTAGACCGGCAGATGGCCGAGCTGGAAGAAACGCTTCGTTATAGCGATCCTATCACGCATACCTCTTTATATGAAGTGGAGCATATGATCCAGCAAAAAATCGCATTGTTGGAGGACCAAGTGGCGCTGATCGGAGAGACGCAAGCAGAACAACGCGATGAGCTGGCAGAGCAAACCGTTCACATCATCCGCGATATCCTGAGAACGGTACAGGATCGTAACACCGAACTTTTGAAGGCAAAAGCGGGATCGACCTAA	MSTRTTSRNGLWLAAAVLPVLTILLFGLIGGIVQLNAWISGIALGCAEAAILVFIGLVVHRRKAGSPGAPFYIASGVIIGVYAISVLLEVILLGYLFKLPESSYFMIHLITFLGFSVVLGLIALTGKYAGAHERKESDHLAVQKETVAWIGGIRRKLGEMPGENIHSLDRQMAELEETLRYSDPITHTSLYEVEHMIQQKIALLEDQVALIGETQAEQRDELAEQTVHIIRDILRTVQDRNTELLKAKAGST				NA	NA	NA	NA	NA
JZ016_05773	753			hypothetical protein	ATGGGAGCGTCTGAACTGAAGCGCTTTAAACAGAAGTTCACGACCATGGATTATTTCATTATTGCGCTGGCGGTACTGTTTTTTCCGCTGGCCATTGTGCTGGCGGCTGTTCGGGTGCTTGTCACCCATCGCCATAACCACTGTAAGGGAAGAAACAACCGGCTCTTCGGGTGGGTTCTGGTCATAACCTATGGAATCATTGAATTGCTTATGATCCTCGCGACGATTGAAGATAAAGATGTCGACGGCCTCTATTCGGCTTCCATCGTATGGGGCGTTATTATACTGGTTCCAGCCATCATCATGCTGTTGATTGGCAAGAAAGAAGATAAGAAATTCAACCGTTTGCTGCAATTTTATTCGAATGCCATTATGCAAAGAGGGCTCGTCCAAATTGATCATATCGCTCGAGAGGCAAGGCAAAAGCCGGCCCATGCCGTCCGAGATATTACGTTCATGTTTGAACGGCATATGCTGCCTAATGGAAAGCTGGACAATGGAGTTGTCATCATCCCCTCCTTGCAGAGGAGACCCCAGTCTTCATTCCAAGGAGAATTTGTTTCACGCAGCGGACAGCGAGTGCAGTATTCACTAGGTCAAGTTGCGGCTGAACCAGCGGCAATAACCCGAAACGAAGCGGAGCCCGATCCTGGGCCGAAGTCTGTGGAATGCCCGGGCTGCGGGGCAAGGTCGGTCGTAACGCATTTGGAGAAAAAAGAATGTGAGTATTGCGGTTCGGTGATTGTGGCTTAA	MGASELKRFKQKFTTMDYFIIALAVLFFPLAIVLAAVRVLVTHRHNHCKGRNNRLFGWVLVITYGIIELLMILATIEDKDVDGLYSASIVWGVIILVPAIIMLLIGKKEDKKFNRLLQFYSNAIMQRGLVQIDHIAREARQKPAHAVRDITFMFERHMLPNGKLDNGVVIIPSLQRRPQSSFQGEFVSRSGQRVQYSLGQVAAEPAAITRNEAEPDPGPKSVECPGCGARSVVTHLEKKECEYCGSVIVA				NA	NA	NA	NA	NA
JZ016_05774	654			hypothetical protein	ATGAGCATTCCAATAAAGCCCTTTAAATCGCAATTTTCAAAATTCGATTATTTTATTATTGGCTTGACGTATGTGTTTTTTCCATTAGCGTTGATCATTGCTGGATTTCGTATTTTGCCTACACAACAACATCACAGTTACAGGGGCAGAAATGCAAGGCTGATGGGATGGGTATTGTTCGGTTCGTACATTATGACTTCTGTGATCTTTTTACTGGCGAGCGAAACCAGTGAGGAGTTCTTAAACGACAATTTAGCAATGGCATTGTGCCTATTAGTCCCTGGCCTGCTGCTGCTTGTCGCTGCTGACCTGGCAGACAAGAAATTCCGAAAGCTGTTGAGAATTTATGCAGAGGCCGTCTTGCAGCGGCGTCTGATTTACATCGATCATATTGCGATTGCAGCGAATCAAACTCCATCCCATGTGGTCCGTGATTTGAACTATATGATCAAGGAGCGGATGCTCCCTTACGGGAAGATTGAGAATGGTGTGCTGATGATCACTTCACTGCATAGAGAGTCAGTAAAGTCAGCCGAGATTCAGCAGGATATTGGATCGAAGTCTGTGGAATGTTCAGGCTGTGGTGCAAGAACCGTGATTTCACACCAAGAGGAAAAAGAGTGCGAGTACTGCGGCACGATCATTGTTGCTTAG	MSIPIKPFKSQFSKFDYFIIGLTYVFFPLALIIAGFRILPTQQHHSYRGRNARLMGWVLFGSYIMTSVIFLLASETSEEFLNDNLAMALCLLVPGLLLLVAADLADKKFRKLLRIYAEAVLQRRLIYIDHIAIAANQTPSHVVRDLNYMIKERMLPYGKIENGVLMITSLHRESVKSAEIQQDIGSKSVECSGCGARTVISHQEEKECEYCGTIIVA				NA	NA	NA	NA	NA
JZ016_05775	555			hypothetical protein	TTGACATATAAATATCGGGTTAACCAAAAAACTGGACACTTATGTATTGCCCTTACATGGTATATCCAGTATAATGTCCACTATACGAATACAGTAGTCTTTGAGGAGAGGACGTTTGTGAAGGAACGCTACTATTTGGTCCGGGAAGACATCCTTCCCGAGGCTGTGGTTAAGACGATGCAAGTAAAAAAATTGCTGGCATCGGGAGACGTTAGAACGGTTCATGAAGCCGTTGAACAGGTTGGGCTTAGCCGAAGCGCTTTTTATAAGTACAAGGATGGAATCCATCCCATCAATCAACTGGAACGTGATGAAATCGTAACGATTTCTATCGATATGGAACATCGCTCGGGGATGCTATCCGAAGTGCTGGGGCTGGTAGCGGGTGAAGGCGGGAATGTGCTAACCATTCATCAGAGTATTCCGCTGCAGGGAATCGCCAATGTCGTGATTTCCGTCGAAGTTTCCCGGCTGAATGAGGAGCTGGATGACCTGCTTGACGGATTGAGGCGAATAGCTGGAGTAAGAAGAGTGCAGATGATAGGCCAAGGTTAA	MTYKYRVNQKTGHLCIALTWYIQYNVHYTNTVVFEERTFVKERYYLVREDILPEAVVKTMQVKKLLASGDVRTVHEAVEQVGLSRSAFYKYKDGIHPINQLERDEIVTISIDMEHRSGMLSEVLGLVAGEGGNVLTIHQSIPLQGIANVVISVEVSRLNEELDDLLDGLRRIAGVRRVQMIGQG				NA	NA	NA	NA	NA
JZ016_05776	1287	hom	COG0460	Homoserine dehydrogenase	ATGAAACCGGTCAAAGTAGGGCTTTTGGGATTAGGAACCGTAGGAACAGGGGTTGTCCGCATCGTAGAGGGACACCAGGAGGATTTGAGCAGCCAGGTCGGTTCGCCGATTACGATAGAACGTATCGCTGTCAAACATTTGGAGAAGTACCGCAGTGTCAATGTGGATCAGAATAAACTGACGGAAGATCCATGGGCGGTCATCCGCGATCCCGAGATTGATGTCATCGTTGAAGTGATGGGCGGGATCGAGCAGACGAAAACCTATATTCTCGAAGCGCTTGAGCGCGGCAAGCATATCGTTACCGCGAATAAGGATCTGATGGCTCTCCACGGTGCCGAAATATTGGCCAAGGCGCAAGAGAAGCAGTGCGACGTGTTCTACGAGGCAAGTGTTGCTGGCGGTATTCCCATTATCCGCACGCTGATTGAAGGCTTCTCCTCGGATCGTATCATGAAAATTATGGGGATCGTGAACGGTACAACCAATTTCATTCTGAGCAAGATGAGTCAAGAAGGCGCATCGTATGAAGATGTCCTGGCCGAAGCTCAGGAACTGGGTTATGCAGAAGCTGACCCGACCTCCGATGTTGAAGGATTGGACGCGGCGCGCAAGATGGCGATTCTCGGCACACTTGGCTTCCGCACGAACGTCGAGCTCCAGGATGTAACCGTTAAGGGAATCTCGCAAGTGACCAAAGAAGATATCGCTTATGCGAAGCGTTTGGGTTATGAGATGAAACTTCTGGGTATCGCGGAGCGTCAGGACGATGAGTTCAGCATCACGGTTCAGCCTACGATGGTTCGGAAGGGACATCCTATCGCAGCCGTGAATGGGGTATTTAACGCGGTTTATGTATATGGAGAAGCTGTAGGCGAAACGATGTTTTACGGAGCCGGCGCTGGTGAGATGCCAACCGCTACATCCGTTGTGGCAGACCTGGTTGCCGTTATCAAGAATCTGAAGCTCGGCGTCAACGGTCTCAAAGCCATCGTTCCTTACAAACCGAAGAAACTCAAAACCGACGAGCAGATCATGTATAAGAACTTCATTTTGCTTCATGTCGACGATAAAGCAGGTGTACTTGCCCAAATTACCCAGGTGTTCGCTGAATATAACGTCAGCCTGGAATCCGTTGTCCAGCAGCCGAACGAGCATAATCCGGACGCAGAGATTATCATCGTCACCCACAATGCGAGCAAAGCCAATATGGATGAAGTGTTGAATCATTTTGAAGGCCTGGAAGTCATTCGCCGGATTAAAAGTGTTTACCGTGTTGAAGGATAA	MKPVKVGLLGLGTVGTGVVRIVEGHQEDLSSQVGSPITIERIAVKHLEKYRSVNVDQNKLTEDPWAVIRDPEIDVIVEVMGGIEQTKTYILEALERGKHIVTANKDLMALHGAEILAKAQEKQCDVFYEASVAGGIPIIRTLIEGFSSDRIMKIMGIVNGTTNFILSKMSQEGASYEDVLAEAQELGYAEADPTSDVEGLDAARKMAILGTLGFRTNVELQDVTVKGISQVTKEDIAYAKRLGYEMKLLGIAERQDDEFSITVQPTMVRKGHPIAAVNGVFNAVYVYGEAVGETMFYGAGAGEMPTATSVVADLVAVIKNLKLGVNGLKAIVPYKPKKLKTDEQIMYKNFILLHVDDKAGVLAQITQVFAEYNVSLESVVQQPNEHNPDAEIIIVTHNASKANMDEVLNHFEGLEVIRRIKSVYRVEG	PGPT0020155_2548	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020155-hom-K00003	NA	NA
JZ016_05777	1074	thrC	COG0498	Threonine synthase	ATGCCGTATGAAGGATTGCTTCAAACCTACAGAGAATATTTGCCGGTGAATGAGCGTACTCCGCTTCTAACGCTAAAGGAAGGGAACACCCCTCTGATCAAAGCTGTGAATTTATCCGAAGAGCTTGGAATTGATCTGCATTTCAAATTTGAAGGGCTGAATCCTACGGGTTCATTCAAAGACCGCGGGATGGTGATGGCTGTAGCGAAAGCGATGGAAGAGGGAAGCCGCACCATCATGTGCGCTTCAACGGGCAATACGTCTGCAGCAGCTGCTGCTTATGCCGCTCGTGGCGGATTGAATTGTATCGTAATCATTCCGAACAACAATATTGCGCTGGGCAAGCTCGCCCAAGCGATGATTTACGGAGCGAAGGTCATTGCGATTGAAGGCAATTTTGACCGCGCGCTGGAAATTGTGCGTGAGATTACGGCGAAGCATCCGATTGCGCTTGTAAACTCCGTGAATCCTTATCGAATCGAAGGCCAGAAGACGGCTGCATTCGAAGTCGTTGACCAGTTAGGGAAAGCGCCGGACGTGCTGGCCATTCCGGTCGGCAACGCGGGGAACATCTCCGCTTACTGGAAAGGATTTAAAGAATACCATGCTGCGGGCAAATCGTCCTCTCTGCCAAGAATGCTTGGATTTGAAGCGGAAGGAGCGATGGCCATCGTGAAGGGAGAGCCTATTGCAAATCCGGAAACGGTAGCGACTGCCATCCGTATCGGGAACCCGGCCAGCTGGAAAACCGCGGTTGCGGCCGCTGAGGAATCCGGCGGACAGATTAACTATGTTACGGACGAAGAGATTTTGGACGCATACCGCAAAATCGCATCGCGTGAGGGCATTTTTGCCGAGCCAGGATCGGCTGCCTCCATCGCAGGCGTTTATAAAATGAAGCGCGAAGGATATTTTAAAGGTGGAGAGTCCGTAGTCTGTGTGCTGACAGGGCATGGGCTCAAGGATCCGAATATCGCCATTTCTACCGTGAACGCCGAACCGCTCGTCGTATCAGATACGGAATCAGCCGTAATGGATGCTATTGCTAAGCTTGAAGGAGCTGCACGGGTATGA	MPYEGLLQTYREYLPVNERTPLLTLKEGNTPLIKAVNLSEELGIDLHFKFEGLNPTGSFKDRGMVMAVAKAMEEGSRTIMCASTGNTSAAAAAYAARGGLNCIVIIPNNNIALGKLAQAMIYGAKVIAIEGNFDRALEIVREITAKHPIALVNSVNPYRIEGQKTAAFEVVDQLGKAPDVLAIPVGNAGNISAYWKGFKEYHAAGKSSSLPRMLGFEAEGAMAIVKGEPIANPETVATAIRIGNPASWKTAVAAAEESGGQINYVTDEEILDAYRKIASREGIFAEPGSAASIAGVYKMKREGYFKGGESVVCVLTGHGLKDPNIAISTVNAEPLVVSDTESAVMDAIAKLEGAARV	PGPT0009175_5912	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0009175-thrC-K01733	NA	NA
JZ016_05778	969	thrB_2	COG0083	Homoserine kinase	ATGAGTTTGTCCCAAGGTGTCCGGGTGAAGGTACCGGCCAGTACGGCTAATTTGGGACCTGGATTCGATACACTCGGCATGGCATTGTCTATGTATTCCTGGATCGAGATGAAGGCGTCGGAGCGGACCGTATTCCATCTTCATGGTGATGAGATGGGCGGTCTGCCGACCGATAAGAGCAACCTGATCTATAAGGTGGCTCAGATGGTTTTTGAAGAGGCGGGACAGGCTGTTCCCGATCTTGAGATTTCCATGTATTCCGAAATTCCGCTTACCCGCGGTCTTGGCAGCAGTGCTTCGGCGATTGTAGGGGCGCTGGCGGCTGCCAATGCGCTGATCGGTTCACCCCTGCCGGATTCCAAGCTTTTTGATATGGCGACGAATCTTGAGAAGCACCCGGATAATGTAGGAGCTTCATTATTTGGAGGGATTATTACGGCTGTATGGGACGGAGCTCATGCGGATTATATACGTATTGAACCTCCAGCAGACCTCGGAACGCTCGTTGTTATTCCCGATTTCGAATTGGCAACATCCAAAGCAAGAGAAGCGCTGCCCGCCCAGGTCAGTTTAGCGGATGCTGTGTATAATATTAGTCGGTCCTCCTTGATGACCGCGGCTCTTTCTGCAGGCAGACTGGACTTGATATCTGCCGCAATGCAAGACCGGATTCATCAGCCTTATCGGGTACCGCTTGTGCCAGGGATGAGCAAAATTTTGGCCGAAGCGACAAGCCACGGAGCGCTGGGGATTGCGCTAAGCGGAGCGGGCCCGACGATGATTGCGTTGGTGGATCGGAACGATTCGCGGGTAGAAGAATTGAGCGCGTATTTAGTGCAGACGATGAAGGCGGAAGGAATTTCGGCTTCGTGCTACCCGTTGAATCCAGTTGCCGAAGGCGTCCAGCTCTTGGAAGATATAAACAACAGATCCTTTTTGGATATGATTAGAGGGGAAGTTACCGCATGA	MSLSQGVRVKVPASTANLGPGFDTLGMALSMYSWIEMKASERTVFHLHGDEMGGLPTDKSNLIYKVAQMVFEEAGQAVPDLEISMYSEIPLTRGLGSSASAIVGALAAANALIGSPLPDSKLFDMATNLEKHPDNVGASLFGGIITAVWDGAHADYIRIEPPADLGTLVVIPDFELATSKAREALPAQVSLADAVYNISRSSLMTAALSAGRLDLISAAMQDRIHQPYRVPLVPGMSKILAEATSHGALGIALSGAGPTMIALVDRNDSRVEELSAYLVQTMKAEGISASCYPLNPVAEGVQLLEDINNRSFLDMIRGEVTA	PGPT0020275_589	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020275-thrB-K00872	NA	NA
JZ016_05779	888	pheA		Bifunctional chorismate mutase/prephenate dehydratase	ATGAAAAAAATAGCCTTGTTGCCCTCAGGATCGGTATCTCATGAAGCGATACTTTATCTCCTTAACGGTGAGCCGGTGGAATTTGTCCACCATAAACTGATCTCTGATGTATTTATGTCTACAGTAGAAGGAAAAAGCGATTACAGCGTAATCCCGATTGAGAATACCATCGAAGGTTCCGTGAGCCTTCATATGGATTGGTTGGTCAATGAGGTGGATCTGCCGATGCAGGTGGAATGGGTCTATCCTTCCATTCAGAACCTGATCGGAAATGCTGCCGAGTTCCAGTCCAATGACGGTACGATGGATTACAGTAAAATCACAAAAATTTGGTCTCACCAAGTAGCAACGGCCCAGTGCCGTCAGTTCCTCGCGAAGGCCGCGCCACAGGCTGAGTTGGAGCAAGTAGGCAGCACCTCGGAAGGGGTTAAAATCGTAAAGGAAAATCCCGGCCAGGGATGGGCGGCGATCGGCACTACACTAGGCGCTGCCACTCACGGATTAAACGTGCTTGCCGAGCGTATTACCGACCATGATAATAATTACACCCGGTTTGTTTTAATCGGACGCGAGCCGATTTTAGTCAACCGTTCGCCGGAGCATATCAAGACCAGCATTCTCGTGACCCTCCCAGAGGATGTGCCGGGAGCGCTGCATCAGGTGCTTTCGGCGTTTGCTTGGCGGCGCCTGAATCTGTCGCGGATTGAATCCCGTCCGACGAAGAAGAAGCTGGGTAATTACTATTTTTACATCGATGTCATGGCTGCAGCAGATTCGGTTCTGTTGGTCGCCGCCATGGGAGAGATTGAAGCGCTGGGATGTGTGGTTCGTGTGCTGGGTACTTATCCGGGCTATGCGTACGAGAGTGAGAAAATGGAGGTTAAGTAA	MKKIALLPSGSVSHEAILYLLNGEPVEFVHHKLISDVFMSTVEGKSDYSVIPIENTIEGSVSLHMDWLVNEVDLPMQVEWVYPSIQNLIGNAAEFQSNDGTMDYSKITKIWSHQVATAQCRQFLAKAAPQAELEQVGSTSEGVKIVKENPGQGWAAIGTTLGAATHGLNVLAERITDHDNNYTRFVLIGREPILVNRSPEHIKTSILVTLPEDVPGALHQVLSAFAWRRLNLSRIESRPTKKKLGNYYFYIDVMAAADSVLLVAAMGEIEALGCVVRVLGTYPGYAYESEKMEVK				NA	NA	NA	NA	NA
JZ016_05780	885	ilvE_2	COG0115	Branched-chain-amino-acid aminotransferase	ATGTCAGAGCAATGGATCTATCTGGATGGAGAATTCGTCACAAAAGAGAATGCAAAAGTATCCGTTTTTGATCATGGATTCCTGTACGGAGACGGCATATTCGAAGGGATTCGGATATATAACGGCAACATCTTTAAGTGCAAAGAACACTTGGATCGGCTGTACGATTCCGCCAAGTCCATCGATTTAGTCATCCCATTGGCATATGATGAGCTGCTGGAGGCTATGGCCGAGACGATTCGGCGCAACGATATGCGAAACGGGTACATCCGTATCGTAGTATCCCGAGGTGCAGGCAATCTGGGTCTGGACCCGCGTCGCTGCCCTAAACCAACGGTGTTGATCATTGTGGAACAGCTGGCGATATACTCCGAAGAAGCTTATCTTAACGGTTTGAAGGCCGTATCCGTAGCCCAGCGCCGCAACATTCCGGATGCGCTCAATCCGAAAATCAAGTCTCTGAACTATTTGAACAACATTCTTGTGAAGATCCAATCCAACTTTGCGGGAGCGGATGAAGCGATCATGATGAACGCACAAGGATATGTGACGGAAGGCTCAGGTGACAATATTTTCATCGTGAAAAACGGCGTGGTCACCACGCCTCCGTGCTACCTTGGTGCGCTTGAAGGCATTACGCGCCAGGCGATTATCGATTTATGCGATAAACTCGGCATCAAATTGAAGGAAGAGCCTTTCAGCATGCATGACGTATATATTGCAGACGAAGTGTTTTTTACAGGAACCGCCGCTGAGGTCATCGCCGCTCGTGAAATTGACGGACGGATGATCGGAAAAGGGCAGGCTGGTCCAATTACGCTTCAACTGCTCGAGGAATTCCGCAAAATTGTGGATCAAGACGGTTATAAAGTATGGGAATCCTAA	MSEQWIYLDGEFVTKENAKVSVFDHGFLYGDGIFEGIRIYNGNIFKCKEHLDRLYDSAKSIDLVIPLAYDELLEAMAETIRRNDMRNGYIRIVVSRGAGNLGLDPRRCPKPTVLIIVEQLAIYSEEAYLNGLKAVSVAQRRNIPDALNPKIKSLNYLNNILVKIQSNFAGADEAIMMNAQGYVTEGSGDNIFIVKNGVVTTPPCYLGALEGITRQAIIDLCDKLGIKLKEEPFSMHDVYIADEVFFTGTAAEVIAAREIDGRMIGKGQAGPITLQLLEEFRKIVDQDGYKVWES	PGPT0008860_6399	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826	NA	NA
JZ016_05781	1761			hypothetical protein	GTGAAGATACACATCGTCAAGGAAGGCGACACCCTATATGAGCTGTCCAAAAAATACGACGTTCCATTAGCGAAAATCATCGATGCCAATCCACAGCTGGTGGATCCGAATAAGCTCGATGTCGGTGCCAAAATCAAAGTACCGACAGAGCCTGTTCCGGTACCAGGCGGCAGCCAACCCATTATCCATAAGCATACGGTAAAGCAGGGGGACTCCCTCTGGAAACTGTCGAAGGCATGGGGCGTAACCCTGAAGGAAATTATTGATGCCAACCCGCAGCTTAAAAATCCGAATGCCCTGCTGGTTGGAGAGGTCGTGAACATCCCTTCATCAGGCGTATATTCGGAGTCGGGCACAGATGACGGGGTTTCGATGAGCAGTGGCAGTGGTTCGAACCCGGGCAAGAAGAAGCCGGGCGGTAAGGATTACACCGGAGTGAAGGAAGAAATCACAGCGCCGATCGAGCAGCCACCGGTTGTACCGGAAGTTAAGGAACCCGAGCCGCCGATTTTACCAAAACTGCCTGAGATTTCACCATTCCCCGAGGAGCCTAAAAAATTAGAACCGGAGCACAAACCGGAGATTTTACCTGAAATCAAGAAGCCGGTCATCCTGCCGGAGGTCAAGAAACCAGAGATCCTGCCAGAAGTGAAGAAACCGGATGTCCTGCCGGATTTTAAAAAGTCTGTGATCATGCCTGAATTCAAGCCGGAGTTCAAACCTGAATTCAAACCCGAATTCAAACCTGAATTCAAACCCGAATTCAAACCAGAGTACAAACCGGATTACAAATTGCCATATAAACCAATAGAGCCGGAGTTTACGCATCCTGTCAAAACCATGCCGTTACCTTACCCAATCCATCCTATGGCCGAACCATGTCCGCCGTTTGCGGAGATGCCACTTCATATGATGCCGCATCCTTGTCCGGAATTTCCTTTTCAAGAAGCGCCTGCATTTATGATGCCTCCATACGGTGGTTATCATGAAGGACCATGTGGTTGCCATGAACCTAAACATTGGCATGGAGCCGAATACGGCACAGCTGTCCATCCGTATCACCATATACCGCAGGAAGCGATGCCTGTATCCTATAATGAAGGCTGGGGAAATGTACCTTCAGGATATCCGGGTGTTTCTGAACAGCCCATGAGCTTGGAATATTCCCAGTTCTCGATCACGGAATCATATACAGGAAATGTGGGTTCCGATTACCATCCATATCCTGAGCATCATCATACAGCGGCGACATATGGTTATGTTCCGTCTCCTTGCGGATGCCATGGGGGAGAAGTTAGTCCATACTACAATAAGCCACATCACGGGTACCCACAACACGGGCATCACCAGTACGCACCCGACATGGCTGTACCGTATCAACCGTGGCAGGGTGGAATGGACTACAATGCTGGGGCATACGGCCATCCGTCCGCACTCATGGGAACTCAAGGAGCATATCCTCCATTTGTAAATCCATATGAACCAAACTGGAATGATCGGCAAAACGACCAGCCGTTCGATTCGGCATTCAATCCGTCGGCTCCATACGAAGCGGAGCAATCTAATATGTCGGTCAGCAGTGAAATTGGGAATGAAACGGAACCATCCGTATCCAGAGATACTTCCATTGAAGAGGATGCCAAGGAGAGAGCTAAAGTCCATCGTCAGCAAGCCAATAAAACAAGAACAGCAGCCAAGAAATCACGAAAGCCTCAAGGTTCATCAAAAGGTAAACGCCACAATCCATGGATCAAGGGTTAA	MKIHIVKEGDTLYELSKKYDVPLAKIIDANPQLVDPNKLDVGAKIKVPTEPVPVPGGSQPIIHKHTVKQGDSLWKLSKAWGVTLKEIIDANPQLKNPNALLVGEVVNIPSSGVYSESGTDDGVSMSSGSGSNPGKKKPGGKDYTGVKEEITAPIEQPPVVPEVKEPEPPILPKLPEISPFPEEPKKLEPEHKPEILPEIKKPVILPEVKKPEILPEVKKPDVLPDFKKSVIMPEFKPEFKPEFKPEFKPEFKPEFKPEYKPDYKLPYKPIEPEFTHPVKTMPLPYPIHPMAEPCPPFAEMPLHMMPHPCPEFPFQEAPAFMMPPYGGYHEGPCGCHEPKHWHGAEYGTAVHPYHHIPQEAMPVSYNEGWGNVPSGYPGVSEQPMSLEYSQFSITESYTGNVGSDYHPYPEHHHTAATYGYVPSPCGCHGGEVSPYYNKPHHGYPQHGHHQYAPDMAVPYQPWQGGMDYNAGAYGHPSALMGTQGAYPPFVNPYEPNWNDRQNDQPFDSAFNPSAPYEAEQSNMSVSSEIGNETEPSVSRDTSIEEDAKERAKVHRQQANKTRTAAKKSRKPQGSSKGKRHNPWIKG				NA	NA	NA	NA	NA
JZ016_05796	714			hypothetical protein	TTGAGTGTTTTTCATTTCTTTAAGAAGCTGTTCAGAAAACGCTGGAGACGCTGGAGACGCGCGATTTGGTCCTGTGCGATCCTATTGATCGCAGGTATCATGATATGGTCCGGCCAGAATATAAAGGATCAGATGAATAAGCTGCTCACTGCTGCATCCGACGATACGCCACTGGCCGTAGAAACGATGCATTACTTGCAGATTGAGGATGATAAGTTGGAAGAACGCCGGCAGGATCAGAGGGAATTCATGCAAAAGCTGAATACCTCGAAGGGAAAGAAGCATGTTCATGTTCGGATCACCTATGTATGTGGCATCGAAGAACAGGATATGGGAAAGCTTACGGCGGATGGTATTTATGAACTGATGAATAAAAATCCTTTATGGCAGGGACGATTGGATAACAAGGGTGAAGTCTGGCTGGAGCAAACCGTATCCGACCTTTCACCCACCTGTAAGAGGCAAGCCTATATGAGCATTGATTCCAACGGAAACTTAACCTTGTTTGATGGACCACCGGAGGAAGAGAAAGTGATGCGGACCTTCTTTCAGCTGGATGTCGGTTCGATGGAGTCGTCTTTGCCTAGAGATGTGATCCAGCAGCTTGAAGAAGGTATTCGAATTCAAGATATGGAAGAGTATAACAGTGTTCTGTCAACCTTTAGCGACTATGCCCGGGATATGGCTGAAAATGTCATGAACCCGACCCCATAG	MSVFHFFKKLFRKRWRRWRRAIWSCAILLIAGIMIWSGQNIKDQMNKLLTAASDDTPLAVETMHYLQIEDDKLEERRQDQREFMQKLNTSKGKKHVHVRITYVCGIEEQDMGKLTADGIYELMNKNPLWQGRLDNKGEVWLEQTVSDLSPTCKRQAYMSIDSNGNLTLFDGPPEEEKVMRTFFQLDVGSMESSLPRDVIQQLEEGIRIQDMEEYNSVLSTFSDYARDMAENVMNPTP	PGPT0014765_18	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-SPORULATION_SIGNALLING,PGPT0014765-bofC-K06318	NA	NA
JZ016_05797	504	ruvC	COG0817	Crossover junction endodeoxyribonuclease RuvC	TTGCGCATTTTAGGGATCGACCCCGGGATTGCGATTGTGGGTTTCGGGTTTGTAGATAAGGTTGGAAGTAAAGTCACGCCGGTACAGTATGGCTGTATCCAGACGGAAGCCCATACTCCGGATGAAGAGAGGCTGCACCACGTGTACGAGGGCATGGGGCAGCTTATTGATAAATATGAGCCTGAGGCCGTTGCTTTCGAGAAGTTATTTTTTAACCGGAATGTAACCACGGCGATGTCTGTATCACAGGCCAGAGGAGTGCTCATCCTGGCTGCGGTCCAGCGCGGGCTCCCGATTGCAGAATATACGCCGATGCAGGTGAAGCAGGCCATTGTCGGTTATGGAAAGGCCGAGAAAAAACAGGTGCAGGAGATGGTCAGGATGTTCCTGAAGCTGCAGAGCATTCCCAAACCTGATGATGTGGCGGATGCACTGGCTGTAGCGATCTGCCACGCTCATTCCTATACACTGAATTCCAAGTTAAATGAGGTATTGCGAAAATGA	MRILGIDPGIAIVGFGFVDKVGSKVTPVQYGCIQTEAHTPDEERLHHVYEGMGQLIDKYEPEAVAFEKLFFNRNVTTAMSVSQARGVLILAAVQRGLPIAEYTPMQVKQAIVGYGKAEKKQVQEMVRMFLKLQSIPKPDDVADALAVAICHAHSYTLNSKLNEVLRK				NA	NA	NA	NA	NA
JZ016_05798	618	ruvA	COG0632	Holliday junction ATP-dependent DNA helicase RuvA	ATGATCGATTTTTTACGGGGACAGGTTGTCCATTTAGAGAGTGAATATATTGTATTGGATGTTCAAGGGGTAGGGTATCGGGTGTTCTGCCCGAATCCATATGCTTTTGCCAAAACCGAAGGAACTATTACGGTGTTTACCCATCATCATGTCCGTGAGGATGCCATCCTGCTGTTTGGATTTCCGACGCGGGAGGAACAGAAGCTGTTCCGTAAACTGATCGAAGTCTCGGGAATCGGCCCGCGTGTGGCGCTCGGCATATTGGGCGGGGGATCTCCGGACCATGTGGTTTCCGCGATCTACCAAGAGAATGTATCCTTCTTGATCAAGCTTCCGGGAATCGGTAAGAAAACAGCGCAGCGCATGATTCTGGATCTGAAGGACAAGCTCGAGGGATTCGGAAATGCGAGCATGATGACCGGTCTGTTTGCCATTCAGGAGCCTGAACCGGAAGCTGACGGCTCGGCGTGGTCTGAGGCACGTGAAGGACTGAAGGCTCTTGGTTATACGGATAGCGAGCTGGATAAGGTCTGGCTTAAGATTAAGGATTCTGCCGCAAGCGGTGAATCCGTTGACGTGCTGATGAAACGGGCACTGCAGCAGCTATACGCCGGCTAG	MIDFLRGQVVHLESEYIVLDVQGVGYRVFCPNPYAFAKTEGTITVFTHHHVREDAILLFGFPTREEQKLFRKLIEVSGIGPRVALGILGGGSPDHVVSAIYQENVSFLIKLPGIGKKTAQRMILDLKDKLEGFGNASMMTGLFAIQEPEPEADGSAWSEAREGLKALGYTDSELDKVWLKIKDSAASGESVDVLMKRALQQLYAG				NA	NA	NA	NA	NA
JZ016_05799	1008	ruvB_2	COG2255	Holliday junction ATP-dependent DNA helicase RuvB	ATGGATGATCGAATTATTTCCGCCAATCTGATGATGGACGAGCAGGCTGTCGAGCTTAGTCTTCGTCCACGTTATTTGGCTGAATATATAGGACAGAATCAAGTTAAGGAAAATCTCAAGGTATATATCGAAGCGGCAAAAATGCGTAACGAAGCGCTTGACCATGTGTTGTTGTACGGACCTCCAGGACTCGGAAAAACGACGCTGGCGAATATTATCGCCAACGAGCTTGGCGTTAATCTCCGTACGACTTCCGGTCCGGCCATTGAGCGTCCGGGAGATCTGGCTGCGCTTCTCACCAATCTGCAGGAAGGAGACGTCCTGTTTATTGACGAGATCCATCGCCTGCACCGGACGGTAGAGGAAGTGATGTATCCGGCGATGGAGGATTTTGCGCTGGATATTATGATCGGCAAAGGGCCAAGCGCACGCTCGGTTCGTCTAGATCTGCCACCGTTCACCTTAATTGGCGCCACCACCCGGGCTGGATTGCTCTCAGCGCCGCTAAGGGACCGATTTGGCGTGGTAAGCCGTCTGGAATTCTATACGGTCGACGAGTTGAGTTACATTGTGTCGCGCAATGCCGATCTTTTGGGGATCGAGATATTAGGAGAGGCAGCAGAAGAGATTGCCCTGAGATCGCGCGGGACGCCACGCATAGCCAACCGACTCTTGAAAAGGGTGCGTGATTACGCCCAGGTTCGAGGAGATGGCATGATCACGCCTAGCATCGCTCAGGAAGCGTTGAAGATGCTGCAGATCGACCCGATGGGTCTGGACTTTATCGATCATAAAATGCTGAATGCCATGATCAAAAGCTTCCGCGGGGGACCAGTAGGTCTCGATACCATTGCGGCAACCATTGGAGAAGAAAGCCAAACCATTGAAGATGTTTATGAACCGTATCTCCTACAGATCGGTTTCTTGCAGCGTACACCCCGGGGACGAGTTGTAACGCCCACAGCTTATCAACATTTAGGTATTCCCTTCCCTGAGGATCGTCGTTAA	MDDRIISANLMMDEQAVELSLRPRYLAEYIGQNQVKENLKVYIEAAKMRNEALDHVLLYGPPGLGKTTLANIIANELGVNLRTTSGPAIERPGDLAALLTNLQEGDVLFIDEIHRLHRTVEEVMYPAMEDFALDIMIGKGPSARSVRLDLPPFTLIGATTRAGLLSAPLRDRFGVVSRLEFYTVDELSYIVSRNADLLGIEILGEAAEEIALRSRGTPRIANRLLKRVRDYAQVRGDGMITPSIAQEALKMLQIDPMGLDFIDHKMLNAMIKSFRGGPVGLDTIAATIGEESQTIEDVYEPYLLQIGFLQRTPRGRVVTPTAYQHLGIPFPEDRR				NA	NA	NA	NA	NA
JZ016_05800	2091			hypothetical protein	ATGGATAGGAACTGGACGAAATCATTATTCGGTTGGACCACCAAAGGACTCTTGTCATTGGCTGTTGCCGGAACCTTATGGAACGCGCCTGCGGTACATGCGGCCGCTCCTTCAATAGATACGATTCGTGTTGCGATGTTCCTGGATCTGGGAAGCCAGTATAAATCAATAACCAATGCCGTAACACTGAAATCCGCTGAGGCTCTGACGGCATCGCTGCTTGCATCCGGTGCACAGCAGGCTTTGATAAACATCCCAGCAAACCAGCAGGTCCGAATGAGCGTGAATACATATCGCGTCAAGGTGCTTGAGACCACGGATTGGAAAACGGCTTCGGAAGCAGCAAAAAAACTGCAAGCGACGAATGACAAACCGTTGCTGTTTGCGGACGGCAATGTTTACAAACTATATGCAGGTATGTACGAAACAGAGAAAGCGGCCTTGGACGGGGCTGCGCGAACGGCAAAGACGGCGGCTGCTCATCTGAATGGTCAAACGCCTTCGGTTAAAGGCGGGCTGCATCTGTCAGCAGGATCGTACGGATCGGAGGCTGAAGCCGAGTCTGTGCGTAAGACGTATGCGGATGCCGGCATGGATGCGTTTAATGTAGTGGTGCCCAGCGGAGGTGCATCCGCTTATGAGGTGTGGGTCGGCGAGGCAGCCAACACAGCCGATCTGGCTGCAGTCAAACAGGAAGCTTCTAAACTATCCGGCTCCCTCGTTGAACAGAATGCGTCCGCTGCAGGTCTGATTATGAGACGAGATGTAAGTCTCAACCTGGCGACTCCTCAAGAGACACAGCATTATATGTTGTCGGGTGGTCAGTCCGTATTGCGGCTAGAAGGGACTTCAGGCGCCGGGACGAATGTGAAGGAACGATCGGATCGTTCGTATCGAGGCGTTTTGGAGATCGGACAAAAGAACGGTCAATTGTATCTTGTCAATGAGCTCCCGTTCCAGCAGTACCTGTATTCCGTCGTTGGAGCCGAGGTGCCGTCTACTTGGGGGGCTGAAGCACTGAAAGCACAGGCTGTGGCAGCCCGCAGCTATGCGCTCTTCCAAGGTAATAAGTTCGAAGTAGCTCATGTCGTGGACACAACGTTAAGCCAGGCTTATTACGGGACCGCCTATGAGTATCCGAGCATTATTCAAGCAGTGGATGCAACCGACGGCGAAGTTGTCATGAAGGACGGTAAAATTGTGGAAACGGTCTTTTCATCCAATAGCGGAGGAATGACGGCAGATTCCACCGAGGTGTGGGGTAACCGTAACGATCTGTTTGCCGCGGTGGAAAGCCCTGGAGACTCCTCGTCCCAGGCAGCGCTTAAATCTTGGTATCATGTACTTCTTCCGAGTGGCGTTACAGGTTATGTACGTGAGGACAATGTGAAGGAAACCGGAAACAAAACATCGGCAGGACTCCTGTATATGACGGTTACCGCCAAGGATACGAACGTGCGTCCACTCCCATTGATCCAATCGAACGTTGAGCCTGTAGGCAAGATGAATCCGGGCGAAACGGCTGTCGTCCTAGAGAAAGTGGCGGAATCCAACAGCTATGACTGGGTTCGCGGTCCCTATACTTCGGATCAATTGCTTGCCTCTCTAAAAGGAAAAACCTCCAATAGCCTGCCTGCTTCCATTACTTCGCTGGATGTAACGGAGCGAGGCCCGTCTGGACGTGCCCTTGCGGTTAAAGCCAACGGTCAAGTGCTGGACGTGAAATATCCCGATATGTTCCGCTCGGCTTTTAACGGTTTGCCAAGCACATTGTTTGATATTGAATCAACCGGAAGTTATACTGTATTGAGCGCGAATGGTGCGGTATCAACGGTTTCAAGCGGCCAATCGGTGTCCGTCATCTCAGGGAGCGGCAACGGAAATGTCAAAGGTTCCGGCACCGTTGTGATGAATGGAACGGGGAAAGCGCGCGTGATTGAAAGCTCTCCCGGCTTTAAATTTACCGGCAAAGGCTTTGGTCATGGCCTGGGCATGTCTCAATGGGGTGCCAAGGGAATGGCAGACGAAGGGTATGATTACAAGCAGATACTCCAACACTATTACCGCAACACGACTATTACGAAGGACTGA	MDRNWTKSLFGWTTKGLLSLAVAGTLWNAPAVHAAAPSIDTIRVAMFLDLGSQYKSITNAVTLKSAEALTASLLASGAQQALINIPANQQVRMSVNTYRVKVLETTDWKTASEAAKKLQATNDKPLLFADGNVYKLYAGMYETEKAALDGAARTAKTAAAHLNGQTPSVKGGLHLSAGSYGSEAEAESVRKTYADAGMDAFNVVVPSGGASAYEVWVGEAANTADLAAVKQEASKLSGSLVEQNASAAGLIMRRDVSLNLATPQETQHYMLSGGQSVLRLEGTSGAGTNVKERSDRSYRGVLEIGQKNGQLYLVNELPFQQYLYSVVGAEVPSTWGAEALKAQAVAARSYALFQGNKFEVAHVVDTTLSQAYYGTAYEYPSIIQAVDATDGEVVMKDGKIVETVFSSNSGGMTADSTEVWGNRNDLFAAVESPGDSSSQAALKSWYHVLLPSGVTGYVREDNVKETGNKTSAGLLYMTVTAKDTNVRPLPLIQSNVEPVGKMNPGETAVVLEKVAESNSYDWVRGPYTSDQLLASLKGKTSNSLPASITSLDVTERGPSGRALAVKANGQVLDVKYPDMFRSAFNGLPSTLFDIESTGSYTVLSANGAVSTVSSGQSVSVISGSGNGNVKGSGTVVMNGTGKARVIESSPGFKFTGKGFGHGLGMSQWGAKGMADEGYDYKQILQHYYRNTTITKD	PGPT0024670_74	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024670-spoIID-K06381	NA	NA
JZ016_05801	1032	queA	COG0809	S-adenosylmethionine:tRNA ribosyltransferase-isomerase	ATGAATGTGGATTTGTATGATTTTGAATTACCCGAACATTTAATTGCGCAGACACCGCTGCTGGATCGAAGTTCCTCCAGGCTCCTCACGCTGGATAAACAGAGCGGAGATATACGCCATCAAACGTTTGCGGACATCATAGACTACCTGAATCCGGGAGATACGCTTGTATTAAACGATACCAAGGTAATCCCGGCCCGATTATTCGGTGCAAAGGAAGACACCGGTGCGAAGGCAGAGGTCCTTCTGCTGAATAATATGGGGCATGACCGGTGGGAAGCACTTGTAAAACCTGGCAAGAAGCTGAAAAAGGGAAACGTCATCTCCTTTGGCGACGGAAAATTAAAAGCGGTCATCGAGGAAGAAGGAGAGATGGGTGCCCGCACCTTATCCTTCTCGTATAAGGGGATTTTCCAAGAAATCCTCGATGAACTGGGGCAAATGCCGCTCCCGCCATATATTAAGGAAAAGCTGGATGACCGCGATCGTTATCAGACCGTATATGCGAAGCATGAGGGATCCGCAGCTGCACCGACGGCTGGCCTGCACTTCACGGAGGCTCTCCTGGAACAGATCCAGGCCAAGGGAGTGGACATCGCCTTCATCACCCTGCATGTCGGACTGGGGACATTTCGTCCGATGTCCGTGGATCAGGTTGAGGATCATGTCATGCATGAAGAGTACTATTCCCTCTCCCAGGAAACCGCTGAGCTGCTGAATGAGACGAAGCGGCGCGGCGGCCGGGTTATCGCTGTAGGAACCACTTCCTGCAGAACGCTGGAGACGGTTGGATCGGAGCGAAACGGCGAGCTTCTGCGAGAAAGCAGCGGCTGGACGAGCATTTTCATATATCCCGGTTATGCTTTTACCGTCGTGGATGCGCTGATCACGAATTTTCATCTGCCGAAATCCACGCTGGTTATGCTGGTTAGTGCGCTGGCCGGTCGCGAACACATTATGAAAGCGTACAAGGAGGCTGTTGAGAAGGAATACCGGTTCTTCAGCTTTGGCGACGCGATGTTTATCTATTAA	MNVDLYDFELPEHLIAQTPLLDRSSSRLLTLDKQSGDIRHQTFADIIDYLNPGDTLVLNDTKVIPARLFGAKEDTGAKAEVLLLNNMGHDRWEALVKPGKKLKKGNVISFGDGKLKAVIEEEGEMGARTLSFSYKGIFQEILDELGQMPLPPYIKEKLDDRDRYQTVYAKHEGSAAAPTAGLHFTEALLEQIQAKGVDIAFITLHVGLGTFRPMSVDQVEDHVMHEEYYSLSQETAELLNETKRRGGRVIAVGTTSCRTLETVGSERNGELLRESSGWTSIFIYPGYAFTVVDALITNFHLPKSTLVMLVSALAGREHIMKAYKEAVEKEYRFFSFGDAMFIY	PGPT0023660_3169	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023660-queA-K07568	NA	NA
JZ016_05802	1140	tgt		Queuine tRNA-ribosyltransferase	ATGGCAGCAGCTGTTACTTATGAACATATTAAAACGTGCAAACAATCAGGCGCTAGGCTCGGCAGAGTGCACACCCCGCACGGCGTGATCGATACGCCGACATTCATGCCTGTCGGAACATTGGCAACCGTAAAAACCATGAGCCCGGAAGAGTTAAAAGCCATGGATGCCCATATTATTTTGAGCAACACCTATCACCTCTTCCTGCGTCCTGGACATGATATTGTGAAAGAAGCGGGCGGACTGCACAAATTCATGAACTGGGACCGTCCGATCCTGACCGATAGCGGCGGCTTCCAGGTATTCAGCTTGGCAGAAATGAGAAAAATATCGGAAGAAGGCGTACATTTCCGTTCCCACTTGAACGGAGATAAACTGTTTATCTCCCCGGAAGTTGCAATGGAGATTCAGAACGCGCTCGGATCTGATATTATGATGGCTTTTGATGAATGCCCGCCTTATCCTGCAGAGTATGAGTACGTTAAACAATCCACCGAGCGGACCTCTCGCTGGGCTGAACGCTGCCTGAAGAGTCATGCCAGACCGGAAGACCAAGCCCTATTCGCCATCGTTCAGGGAGGCATGCATGAGGATCTGCGCCGTCAGAGCGCCCGTGATTTGACTTCCATGGATTTCCCGGGTTATGCTATTGGTGGACTTAGTGTGGGAGAATCGAAGCAGCTTATGTATGAAGTGCTGGATTACACGGTGCCCCTGCTGCCGAACAATAAGCCTCGCTATTTGATGGGAGTCGGATCACCCGATGCGTTGATTGAGGGCTCGATTCGTGGTGTGGATATGTTCGATTGCGTGCTTCCGACGCGGATCGCTCGCAACGGGACAACGATGACAAGTCAAGGCCGTCTTGTCGTTCGAAATGCTCAATATGCCAGGGATTACGGACCGCTGGATCCGGAATGCGACTGCTACACTTGCCGTAACTACTCGCGTGCTTATCTGCGCCACCTGATCAAGAGTGATGAAACGTTTGGACTAAGATTGACAACGTATCATAACCTGCATTTCTTGATTAATTTGATGCGTAATGTGCGTCAGAGTATTATGGAAGATCGTCTGCTTGACTTCCGCGATGAGTTTTTTGATAAGTACGGCCTACATGATAATGAAAAAGGGTTCTAA	MAAAVTYEHIKTCKQSGARLGRVHTPHGVIDTPTFMPVGTLATVKTMSPEELKAMDAHIILSNTYHLFLRPGHDIVKEAGGLHKFMNWDRPILTDSGGFQVFSLAEMRKISEEGVHFRSHLNGDKLFISPEVAMEIQNALGSDIMMAFDECPPYPAEYEYVKQSTERTSRWAERCLKSHARPEDQALFAIVQGGMHEDLRRQSARDLTSMDFPGYAIGGLSVGESKQLMYEVLDYTVPLLPNNKPRYLMGVGSPDALIEGSIRGVDMFDCVLPTRIARNGTTMTSQGRLVVRNAQYARDYGPLDPECDCYTCRNYSRAYLRHLIKSDETFGLRLTTYHNLHFLINLMRNVRQSIMEDRLLDFRDEFFDKYGLHDNEKGF	PGPT0008145_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560	NA	NA
JZ016_05803	315	yajC	COG1862	Sec translocon accessory complex subunit YajC	ATGTTTGGAACTTCATTTGATCTCGCAGCAGGACAGACCCAAGGCGGCGGAGGCATTTTGGGATTGATTTTGCCGTTCGTGCTGATGTTTGTCATCTTTTATTTTCTGCTTATTCGTCCACAGCAGAAGAAACAGAAGACCAGAAACGCCATGCTTAGCGCCTTGTCCAAGGGCGACAAAGTGGTAACGATCGGAGGTCTTCACGGCACGATTGTGGAGATTACCGACGACATTGTGGTCTTGAAAGTGAACGATGTAACGAAGTTAACGTTCGACCGCAACTCGATAAGCCATAGTGTGAATGCGGATGCATAA	MFGTSFDLAAGQTQGGGGILGLILPFVLMFVIFYFLLIRPQQKKQKTRNAMLSALSKGDKVVTIGGLHGTIVEITDDIVVLKVNDVTKLTFDRNSISHSVNADA	PGPT0025730_3146	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025730-yajC-K03210	NA	NA
JZ016_05804	381			hypothetical protein	ATGGAACCGATCCGGCGAGTCTTCACTTTCAGGATCACCAATCCGATTCTTTCAGGACTATTGTATTCTTTTTTCTGGATGTTTCTTGGCGCGTTGGCGTTATCCCTGCTTCTATGGGGCAGCGGGCTGGCCGAAGATGATTTATCGTTCTACACGTTTCTTGTACATGCCGTCTCCGCCTTTATCGGAGGTTGTGTGAGCGGCAAGCGCGCAGGAAACAAAGGTTGGTATTACGGCTGTCTGACAGGGCTGGTATACGGCGTTACACTGCTCGTCATTGGTTTTCTTGCTTTGGATAGCTCCTTATCTCTCGGAGATTTGACGCTGATTGCTACGGTATTTGCTGGCGGCGCCATCGGGGGATGTTCGGGGTCAATTTGA	MEPIRRVFTFRITNPILSGLLYSFFWMFLGALALSLLLWGSGLAEDDLSFYTFLVHAVSAFIGGCVSGKRAGNKGWYYGCLTGLVYGVTLLVIGFLALDSSLSLGDLTLIATVFAGGAIGGCSGSI				NA	NA	NA	NA	NA
JZ016_05805	771			hypothetical protein	ATGTCTCATATGACTATTCTGATTCTGCGGACCATTCTGATGTATGTGGTCATCTTTGTCACCATGAGAATCATGGGTAAACGGGAAATTGGAAAGCTATCCATCTTCGATTTGGTCATATCCATCATGATTGCAGAGATCGCCGTTTTTGTTCTTGAAGATATTAAAAAACCGATATGGGAGGGACTTGCTCCTATCGCCGTTTTGGTTGCCATTCAGGTAGGACTTGCTTATATCGGCTTAAAAAATCGAAATATACGACTATTTGCTGACGGAAAGCCGAGCGTGTTGGTGTCCCGGGGCAGACTCCATCGCAAAGAGATGGCAAGGCTTCGCTATAATTTGGATGATCTGATGCAGCAGTTGAGAGGCAAAGACATTGACAGCCTCGCGGACGTCGAATTTGCGATACTCGAAACATCCGGCCAACTTACCGTGATTCCGAAGGATACGGGCAGCAGCTCCGACAGCAGTTCGAATAGCTCTTCAAGTTCATCCGCCACCAACTCTTCATCCACTTCAAATCAATTCGAAAAAGAAAACCCTACAGTCGTAGATATTCCTTACGATAAAATTACGTATGAAGGACTGCCCATACCGCTTATATTGGATGGAAAGGTGCAGGACGAGAACCTTGAATTAATCCAAAAAACGCGGTTCTGGCTAAAGAACGAGATCCAGAATTTCGGTGCTAAGGATTTTAAGGATATTTTTCTATGCTCCATTGACCATAAAGGCCGGATTTACATTGACCGTAAAGACAGGATCTAA	MSHMTILILRTILMYVVIFVTMRIMGKREIGKLSIFDLVISIMIAEIAVFVLEDIKKPIWEGLAPIAVLVAIQVGLAYIGLKNRNIRLFADGKPSVLVSRGRLHRKEMARLRYNLDDLMQQLRGKDIDSLADVEFAILETSGQLTVIPKDTGSSSDSSSNSSSSSSATNSSSTSNQFEKENPTVVDIPYDKITYEGLPIPLILDGKVQDENLELIQKTRFWLKNEIQNFGAKDFKDIFLCSIDHKGRIYIDRKDRI				NA	NA	NA	NA	NA
JZ016_05806	1602	spoVB	COG2244	Stage V sporulation protein B	GTGAACAAGCAATCATTTATTAAAGGAACGCTGATTTTACTTGCAGCCGGCATATTAAACCGCCTACTCGGTTTTATCCCCCGGATCGCCCTCCCCCGGATCATCGGACCCGAGGGTGTCGGAATTTACCAACTGGGCTACCCCTTCTTTATCGTGCTCGTGACCATCATTACCGGCGGAATTCCGCTGGCCATTGCCAAAATGGTTGCCGAAGCGGAAGGCGCGGGGAAGCGGGATGCTTCCCAAAAAATTCTGCATGTCAGTCTAATGCTGACGCTTACAGCAGGCACTCTCTTTATGGGACTCAGTCTGCTCCTTGCCCCTTGGGTAACCGGCGTGCTTTTGCCGGACGAGCGTGTATACCAGACCTTTATCAGTATGACGCCCATGATGATCATCATTGCTGTATCGTCAGTCTACCGCGGATATTTCCAGGGCAAGCAGAACATGATTCCCTCCGCAAGCTCTTCCGTGATCGAGACCATTGTCCGCATTATTTGCATGCTGTGGTTTGCACATCTCTTGATGCCCAAAGGCATTGCTTATGGGGCAGCGGGTGCCATGCTCGGAACAGCCGTAGGAGAATTGATTGGCATGATCGCGCTGCTGCTGCAATACTCCGGCGAGGGACGACGAACGAGTAAACTTTTACCCAAGCCCCAAGAAGCAGTATCGGAAAAAAAAGCAGAAGAAGACTCCCCGTCGAATCAAGGCATTCTGAAACGTTTACTCGGTATTGCATTGCCTGTTACAGGGGGCAAGATGGTAGGGTCCTTCTCCTACCTGCTGGAGACGATTCTGACTAATCGCAGCCTGGCCATGGCAGGTATAGCGACGTCCGTAGCCACAGCTCAGTACGGTGCACTGCAAGGGATGATCATCCCGCTCCTGCTGCTGCCCGGTGCACTGACGGTTTCCCTGGCCATCTCTCTGGTGCCTTCACTCTCGGAAGCAGCCGCCCGTAATGACCGGTCTACGATCCATAAACGTATGAATCAATCCCTTCGGCTAGCGCTTGTCTCCGGAGCTCCGTTCGCCATCATTATGTTTGTCCTGGCTGAGCCATTATGCCTGCTCCTGTACAACAACGCGGAGATTAGCGATATGCTCAAAATCATGGCGCCGTTTGCCTTGTTCCTGTATGTGCAGTCCCCGCTTCAAGCTGCCTTGCAAGCACTGGACCGTCCAGGCCGGGCATTACTGAATACGTTATTCGGGGCGATCATCAAAATGAGCCTCATTGTGTATTTGGCATCCAATCCCGCCTTTGGCATAAAAGGAGCCGTCATTGCCATTATCGTAAACAGCATTGCTGTTACATTACTCCACGGTTTCAGCCTATCGCGGCTGATCGGCTTTCGATTCCGTCTGCTGGATTATGTCAAAATCGGGGCGGTTATGATCATTATGGGTGCCTGTGTCCTCTATGGGTACAAACATCTTCCGTTTTCGACCGCGCCATGGCTGCAATTTTGGGCTTCCATCGCAGCTGGTATTCTGGTCTATTTCATCATGATCTTTATGACCAAGCTGGTAACACCGCGAGATTTGGAACGTGTGCCTGTCGTCGGCACCTGGTTCAATAAATTCAGCCGTCGTTAG	MNKQSFIKGTLILLAAGILNRLLGFIPRIALPRIIGPEGVGIYQLGYPFFIVLVTIITGGIPLAIAKMVAEAEGAGKRDASQKILHVSLMLTLTAGTLFMGLSLLLAPWVTGVLLPDERVYQTFISMTPMMIIIAVSSVYRGYFQGKQNMIPSASSSVIETIVRIICMLWFAHLLMPKGIAYGAAGAMLGTAVGELIGMIALLLQYSGEGRRTSKLLPKPQEAVSEKKAEEDSPSNQGILKRLLGIALPVTGGKMVGSFSYLLETILTNRSLAMAGIATSVATAQYGALQGMIIPLLLLPGALTVSLAISLVPSLSEAAARNDRSTIHKRMNQSLRLALVSGAPFAIIMFVLAEPLCLLLYNNAEISDMLKIMAPFALFLYVQSPLQAALQALDRPGRALLNTLFGAIIKMSLIVYLASNPAFGIKGAVIAIIVNSIAVTLLHGFSLSRLIGFRFRLLDYVKIGAVMIIMGACVLYGYKHLPFSTAPWLQFWASIAAGILVYFIMIFMTKLVTPRDLERVPVVGTWFNKFSRR	PGPT0024825_207	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024825-spoVB-K06409	NA	NA
JZ016_05807	258			hypothetical protein	ATGGAACTCGAGCAAATGAGCGAGGAAGAATTGATGAGCACCATTGAAATGGTATGCTTGAGCAAAGTTGAGGAAATGCATTTGATTGGGTACGAGTATGTGACTAGCGACGATATATGGAACTGTGTCAGCAGCAAGTATGAAAAGGAAGGCGTTCCCTCCCTCCATAAACTGGTCAATGACATTCTGTCCTTGAAGGCGACAGCGTTAATGAACTATATGACAATATCAGCATATAAGGGATCTTCTTTCGATTAA	MELEQMSEEELMSTIEMVCLSKVEEMHLIGYEYVTSDDIWNCVSSKYEKEGVPSLHKLVNDILSLKATALMNYMTISAYKGSSFD				NA	NA	NA	NA	NA
JZ016_05808	1251	secDF_1	COG0341	Protein translocase subunit SecDF	ATGAAGAGAATTATCAGTTTCGTCGGAACCGTACTCGTGATCACTGTATTAATGGCCGTTACAACTCCGGGCTTGCTGAAAGACGTCCGTCTAGGTTTGGATCTTAAGGGTGGATTCGAAATCCTATATGAAGCGGAGCCTTTGATGGAAGGGCAGCAAGTCACAAAAGAAGCACTGCAGGAAACCGCAAAGAGTTTGCAAAAGCGTGCGGATGCAATGGGAACATCAGAGCCTGAGGTTACGCCGGAAGGGACGAACCGGATCCGCTTAAAGGTGGCAGGCGTAACGGATGAGGCTGAAGTTCGAAAAACAATGAAAGAACCTGCAAACCTCACATTCCGAAGCAATGACGGCTGTAAAGAAGGCGAGGAGTTCTGTAAAATTGAGCTCCGCGGTGACGATTTCGTCGAGAACGGCGCATCGGTTGCCTATGATCAGCTTAATCAGCCTATGATAGATATTAAAGTGAAGGACAAGGGGAAGTTTGCTGAAATTACAGAACGTCTTCTCGGTCAAGAGCTGGCTATCTTCATGGACGACCAACTGCTGTCAGCTCCGACGGTGCGAGCCGTATTAACGGACGGTACCGCACAAATTACGGGGAATTATTCGCTGGATGAAGCAAAGCAGATCCGGGATACGATTAATCTCGGCGCCCTGCCGCTGAAACTGGTCGAGAAATACTCTCAGAGCGTAGGGGCTACGCTTGGCATGCAATCTCTTACAAAGACTTTACAAGCCGGTCTGATCGCTTCTGTTGCGATCCTGCTGTTCATGATTATCAGATATCGCGTACCGGGCTTGCTGGCAAGCTTTGCACTTATTTTGCATACATGGCTTCTGATCCTTGTTTTCGTATGGGCTGACTTTACGCTGACGCTCCCAGGTATTGCGGCATTTATATTAGGTATTGGTATGGCGGTTGATGCCAATATCATCACCTATGAGCGCATTCGGGAAGAGATCAGAACTGGCAAGAGTGTTCCATCCGCGGTCAAAGCAGGCGGTAAGTCATCCCTGCGAGCTATTATGGACTCCAACTTGACGACGATACTCGTTGCCGCTGTCATGTTCGGATTTGGTACCGGCGCGGTCAAAGGTTTTGCGCTTGTATTGATTCTGGAGATCATCGTGAGTATTGCCACGAACGTTTATTTCTCCCGTTTCTTGCTCAATCTGCTTGTGAATATTGGTTGGGCCCGCAAACCGAGCCATTATGGCGTAAAGGAGCGTGACATTCGTGAGCTTTAA	MKRIISFVGTVLVITVLMAVTTPGLLKDVRLGLDLKGGFEILYEAEPLMEGQQVTKEALQETAKSLQKRADAMGTSEPEVTPEGTNRIRLKVAGVTDEAEVRKTMKEPANLTFRSNDGCKEGEEFCKIELRGDDFVENGASVAYDQLNQPMIDIKVKDKGKFAEITERLLGQELAIFMDDQLLSAPTVRAVLTDGTAQITGNYSLDEAKQIRDTINLGALPLKLVEKYSQSVGATLGMQSLTKTLQAGLIASVAILLFMIIRYRVPGLLASFALILHTWLLILVFVWADFTLTLPGIAAFILGIGMAVDANIITYERIREEIRTGKSVPSAVKAGGKSSLRAIMDSNLTTILVAAVMFGFGTGAVKGFALVLILEIIVSIATNVYFSRFLLNLLVNIGWARKPSHYGVKERDIREL	PGPT0029260_3469	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0029260-secD-K03072	NA	NA
JZ016_05809	918	secDF_2	COG0341	Protein translocase subunit SecDF	GTGAGCTTTAAGAACTTTGATTTCGTAGGCAAAAGCAGGTTTTTCTATATACTGTCCATTGCAATTACGATTCTGGGCTTGGTATTCCTCTTGACTCGTGGTCTTAACTACGGCGTTGATTTCCAATCCGGTTCGAACGTGGACATTTCCCTCTCCAAAACGCTGACTACGGAGCAGATTGATACCGTGTTAGAAGAGGCGGGAATCGGTGAAGATGCGAGCATTACACCTGGTAATGACCGCGTGAATATCCGATTCAGGGAGGTTCTGACCGAGGATCAGGATATGAAGATGCGTACCGGCATTGAGAAGCTGGATGAAAAGGCTACTTTCGAGGTCAACACGGTGGACCCCGAGATGGCAAAAGAGCTGGGCCGAAACGCAATTTATGCCGTATTGATCTCCTGTATCGGAATTATCATCTATGTCAGCATCCGCTTTGAATGGCGCTTTGCGATAGCAGCGATCGTAGCCCTTCTGCATGATGCATTCGTGGTTATCAGTATTTTCTCTATCCTCGGTCTTGAGGTAGACCTGACATTCATTATTGCTGTTCTGACGATTATCGGTTACTCAATTAACGATACGATCGTCATCTTTGACCGGATCAGGGAAAATCTAAGGTTTGCCAAGATCAAGCGATACTCGGATCTTAAGGATCTGGTGAACAAAAGCTTATCTCAGACACTCGGCCGTTCGATATATACGGCACTGTCCGTGTTTATTGCAGCGTTCTTCATACTTCTGCTTGGCGGTGAGTCGATTCAGATGTTCTCGCTGGCGATTTGTATCGGTTTGTTATTCGGCGCGTACTCTTCGATCTTTATCGCGAGTCCGTTGTGGCTCCTCCTTAAAGGGCGCAATGTCAGCAATAAACCAAATTCGCCTAAGCCAAGCAAAGATAAGATTGAAATTTAA	MSFKNFDFVGKSRFFYILSIAITILGLVFLLTRGLNYGVDFQSGSNVDISLSKTLTTEQIDTVLEEAGIGEDASITPGNDRVNIRFREVLTEDQDMKMRTGIEKLDEKATFEVNTVDPEMAKELGRNAIYAVLISCIGIIIYVSIRFEWRFAIAAIVALLHDAFVVISIFSILGLEVDLTFIIAVLTIIGYSINDTIVIFDRIRENLRFAKIKRYSDLKDLVNKSLSQTLGRSIYTALSVFIAAFFILLLGGESIQMFSLAICIGLLFGAYSSIFIASPLWLLLKGRNVSNKPNSPKPSKDKIEI	PGPT0029265_2928	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0029265-secF-K03074	NA	NA
JZ016_05810	966	mneP	COG0053	Manganese efflux system protein MneP	GTGAGCAATGAACGTTTGAATCATACGGAGACTGTCCTTTGGACAGGCATTGTAGCGGATTTTGCATTGGCCTTGTGCAAAGGGATCGCCGGTTACTTATCCGGCAGTAAGGCTCTAATCGGAGATGCTCTGCATTCTGCCGCGAACGCCGTAACTTTACTGGTGGACCGTTTGCCAAGCCTCGGTATATTCGGCAATAAAAACTTAATTCGGGACAAACGGAACGTTTCGGGCACAACGGAGCCGGTGATCTCGATCCTATTTGCCGTTTTATTGATCATGGGTGGTATTCAAATTGCGGTATCCGCGATCCAAACCATGGCATCAGGCGACCTGGAGCCGCCGACCGAATCGGCATTGCTTGCAGTTTTTATATCACTCGCGGTGAATGAAGCCGTGTTTCAGTACCAATCCCGGCAGATAAAAAGAAACAATGACCCCAGGTACGAGGTGCTGTCCGCTGATCATCGATTTACCTTGTACTCTTCGCTAACGGTATTGATCGGCGTGTCACTAGCGATGGGCGGCTCCTACTTCGATTGGACACCCCTGCTCTATATGGATTCGGTTGCGGCTCTGATTGTGGCTTGTCTCGTGGTCCGCAAGGGGTATATTTTAATCGTTCATTCCGTTTATGGTACCCTCGTGGAAGAGAAGCGGCATGAGCACGAAGCCGAATTCATGGATACGATTCAGCGGGTACATGGCGTGATCACGATCGAGGAACTGAAGGTTCAGGAATACGGGCAGATCCGTCATGTGAACATTGAAGTGAAAGTTACCGTGAATCCCCGGACGTCCGTGTTGGAGGCTCAAGAAATTGCCGAGCGCATCCGGAAGCTGTTAACTCATCGTTTTATTCAGGTTACGGATGCCAAAGTTCACGTTGTACCCTATGAACCGGGTTATCCGTATAAATCGAACTTTGACTTGATGGACAACGATATGCCGACACTGCCGCAGTAG	MSNERLNHTETVLWTGIVADFALALCKGIAGYLSGSKALIGDALHSAANAVTLLVDRLPSLGIFGNKNLIRDKRNVSGTTEPVISILFAVLLIMGGIQIAVSAIQTMASGDLEPPTESALLAVFISLAVNEAVFQYQSRQIKRNNDPRYEVLSADHRFTLYSSLTVLIGVSLAMGGSYFDWTPLLYMDSVAALIVACLVVRKGYILIVHSVYGTLVEEKRHEHEAEFMDTIQRVHGVITIEELKVQEYGQIRHVNIEVKVTVNPRTSVLEAQEIAERIRKLLTHRFIQVTDAKVHVVPYEPGYPYKSNFDLMDNDMPTLPQ				NA	NA	NA	NA	NA
JZ016_05811	2400			hypothetical protein	GTGCTGTATTCCAAATATGAATGGAGAATACGCTCGGCAGAGTCATCGATCACCGATAGGCTGGCCCAGGATCTGTCGTTGCCACCGATGGTGGCTTCGCTCATGGCGTCACGAGGGATACATTCAGCCGAGGATGGACGGAGATTTCTATATGGAACGTTTGAGCTGACGCATGACCCTTATCTCATGCAAGGGATGCAGGAGGCTGTACCGCGTATTCGTAAAGCGCTGGAGGATCGGGAGCATATTCTAATTTACGGCGATTATGATGCAGACGGTGTTTCCAGCACGTCATTGATGATTCATCTGATGCGTTACTTGGGCGCATCTTATGATATTTATATACCTCACCGATCCAATGAAGGTTATGGCTTACATAATCACGCGCTGGATTGGGCTCATCAGCAAGGGGTCAGTCTGGTCATTACCGTTGATACCGGGATTAGCGCAGTGGAGCAAATTGCGTATGCCAACAGCCTTGGCATCGACGTAATTGTCACGGACCATCATGAGCCGCCTGAGGTGCTGCCAGAAGCCTATGCGCTGATCAACCCGAAAATCCCTACATGTCCCTATCCCTTTAAGGGGCTGGCGGGCGTAGGCGTGGCTTACAAGCTGGCACAGGCTCTCGTTGGAGAACCGCCGGAGGAATGGCTTCAGATTGTTTCTATCGGAACCATTGCTGACTTGATGCCGCTCACGGGGGAGAACCGGGTGCTTGTGAAGCACGGGATCGAATCGATGCGGAGTACGAAGTATGAAGGCATCCGCTGCTTGCTTGAGGTATCAGGAATTCATGTGGAGCAAGTGACAGCCGTTAATGTGGCATTCTCCATGGCACCACGGATTAATGCCAGTGGCCGTCTGGATCATGCAGGCCGTGCCGTTACGCTGCTTACAACAGAACACCGGGAAGAAGCGGAGCGGCTTGCCTGGGAATTGGATGGGCTGAACAAGGATCGGCAGCAAGTGGTCGAAAACATCGTCCAGGAAGCGCTGGGCATGGTTCAAAACCGCTGGAGAGGACAGGAGGTTCCTCCTGTAATCGTGTTGGCGGGTGAAGGCTGGAACGTTGGCGTAGTTGGCATCGTGGCCTCCAAAATACTGGAGCGATTCTACAGGCCTGTTGTTATTCTCGGGATTGATCCCGAGACGGGGAACTGTAAAGGTTCCGCCCGATCGATTCCGGGATTCGATATTTATGCGGCTCTGCATTCCTGCAAGGACGTCATGGACCACTTTGGGGGGCATCCATCCGCAGCGGGCATGAGCCTCCATCGGGACCGTTTGGAGGAATTTGAACAGGGACTTCATCGATATGCGGAAGAAGCGCTCGAAGAAGAGCATCTGATTGCAATCTGTGAAGCGGACCTGGAGGCTAGCTTGTCGGAGGTATCGGTGCCTGTTATTGAACAAATTGAACAATTAGGCCCGTTTGGCATGGCCAATGCTGTGCCGAAGATTGTCTTTCGGGATGTTGTCATCAAGGACGTCCGCAAAATCGGCAAAGAGGGGAAACATCTGAAGCTTCGTTTGCAGCAAAAGCGGGAGGTTATCGATGCAATCTCATTCGGCTGGGGACATCTAGCCGATATTTTGCCGGTGGGATCGGTTGTGGATGTGCTTGGCGAGCTTTCCGTGAATGAATGGAACGGGAGCCGTAAAGTACAGCTCATGATTCAGGATATCTGCGCCCCTTATCAACAGGTGTTTGACTACCGCGGGATCAAGGAGCCGATACAGGAAATTCAGAGGTGGAGAGCGGAGCTGGAGCCGCATCTGCGCTGCCCGGCAGTCCGTTCCGCAGTGGTGTACGCAAAAGATTCACATCCGGAAATAAAAAGTCAATTGTATGATATGTGCCTTTGGGTATATGATAGGAATGCTGGCATCATGCCGGATAATGATATTGCTGAGAACAGTCAAGAAGATATTTCCGTTTTGTTCGTACTGGATGTACCGGAGACGGCTGAACAATTGGATGCATTCATGTCAGCCTTCCATTCCGTTCCTAATATATTCATGCTGCATCCGACCCGGAACCTGCGCGAACGACTGCAAATTCCGGACCGCGAACAGTTTAAAAAGCTGTACGTTTCACTTGCCGGAATGACGTCCGCTCCCGTGTCGGAGAATGAGGTTGTAGGACGTCTGCAGAAGCAGACGTCCTTGTCCGAACGCATGCTGCTCAAAGTACTGGATGTGTTTGAGGAATTGGCGTTCATCCAGCGTGTTCAGGGACAGATTACCTTTATACCGAAGCCGGAGAAAAAACCGCTGGACGCTTCCCGTCACTTCCGTGAACTAAGCGATTTGGCAGATATGGAGCAGCATCTGCTGCATGCCGGTACGGAACAATTAACCCAATGGATGATGTCCCGCACAAAAGGCGTATCTTAA	MLYSKYEWRIRSAESSITDRLAQDLSLPPMVASLMASRGIHSAEDGRRFLYGTFELTHDPYLMQGMQEAVPRIRKALEDREHILIYGDYDADGVSSTSLMIHLMRYLGASYDIYIPHRSNEGYGLHNHALDWAHQQGVSLVITVDTGISAVEQIAYANSLGIDVIVTDHHEPPEVLPEAYALINPKIPTCPYPFKGLAGVGVAYKLAQALVGEPPEEWLQIVSIGTIADLMPLTGENRVLVKHGIESMRSTKYEGIRCLLEVSGIHVEQVTAVNVAFSMAPRINASGRLDHAGRAVTLLTTEHREEAERLAWELDGLNKDRQQVVENIVQEALGMVQNRWRGQEVPPVIVLAGEGWNVGVVGIVASKILERFYRPVVILGIDPETGNCKGSARSIPGFDIYAALHSCKDVMDHFGGHPSAAGMSLHRDRLEEFEQGLHRYAEEALEEEHLIAICEADLEASLSEVSVPVIEQIEQLGPFGMANAVPKIVFRDVVIKDVRKIGKEGKHLKLRLQQKREVIDAISFGWGHLADILPVGSVVDVLGELSVNEWNGSRKVQLMIQDICAPYQQVFDYRGIKEPIQEIQRWRAELEPHLRCPAVRSAVVYAKDSHPEIKSQLYDMCLWVYDRNAGIMPDNDIAENSQEDISVLFVLDVPETAEQLDAFMSAFHSVPNIFMLHPTRNLRERLQIPDREQFKKLYVSLAGMTSAPVSENEVVGRLQKQTSLSERMLLKVLDVFEELAFIQRVQGQITFIPKPEKKPLDASRHFRELSDLADMEQHLLHAGTEQLTQWMMSRTKGVS				NA	NA	NA	NA	NA
JZ016_05812	516	apt		Adenine phosphoribosyltransferase	TTGGATTTTAAAGATTATATTCGTGTCATTCCCGATTTTCCGCAGGCGGGGATCAGCTTCAAAGATATTACTACACTGCTCAAGAATGGTGAGGTGTATCGTAAAGCCATCGAAGAATTGAAGGTCTTGGTATCCGATCTCAAAATTGATGTGATAGCTGGTCCCGAAGCCCGTGGATTTGTTGTAGGTGCACCGCTGGCTTATGCTCTTGGGGTAGGATTCGCGCCCATTCGCAAAAGCGGAAAGCTTCCCTACGAAACGATCGAAGTGGGATATGACCTCGAATATGGTAAAGATCGCTTGGCGATGCATACCGATGCAATCGAGAAGGGTCAAAATGTATTGATTGCGGATGATCTTCTTGCAACAGGCGGCACGATTGCGACTTCGGTTAACCTCATTCGTCAATTGGGCGGAAACGTTGTTGGAGCTGCATTCATGATCGAGCTGGCTGATCTCAATGGCCGTTCGAAGCTGGATGGAATCGATGTATTTACATTAATGCAATACGAGTAA	MDFKDYIRVIPDFPQAGISFKDITTLLKNGEVYRKAIEELKVLVSDLKIDVIAGPEARGFVVGAPLAYALGVGFAPIRKSGKLPYETIEVGYDLEYGKDRLAMHTDAIEKGQNVLIADDLLATGGTIATSVNLIRQLGGNVVGAAFMIELADLNGRSKLDGIDVFTLMQYE	PGPT0021455_4519	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021455-apt-K00759	NA	NA
JZ016_05813	1305	uraA	COG2233	Uracil permease	TTGCAACGAGAAATTCAAGTAGATGAGAAACTTCCGTTTGGCCCAGGCTTTCTTCTGAGCCTGCAGCATTTGTTCGCCATGTTCGGAAGTACGGTGCTTGTACCGAACCTATTCGGCGTGGATCCCGGCATGATCCTGCTGATGAACGGCATCGGCACACTGCTCTACATTTTTTTATGTAAAGGGAAGATCCCGGCCTACCTCGGCTCAAGCTTTGCCTTTATCTCGCCGGTTCTGCTCGTGCTCGCCGACGATCCGGAAGCCAACTATAGCAAGGCACTGGGCGCCTTTATCGTAACAGGGATTATCTTCTGCCTGGTAGCTCTTATCGTTAAATATGCAGGAACCAAATGGATCGACTTTGTATTCCCGCCAGCGGTAATGGGTGCCATTATTGCCATGATCGGGCTTGAGCTTGTACCGGTTGCCGCAGGTATGGCCGGCTTCTTACCAGAAGAGGGACAATCCCTTGATCCTAAAATCATTACGATTTCACTCGTAACACTTGGCGTCACCGTACTCGGATCGATCCTGTTCCGCGGCTTCGCCAAAATCATTCACATTCTGATCGGAATTGTTGTCGGTTATGCTCTCTCCTTCGCGCTAGGCGTGGTAGACACCGAAAAAATCGCGAACGCGAAGTTCCTGTCGGCCCCGGAGCTGACAACCCCGGTTTTCGATAACGGAGCGATCTGGTCCATCATACCGGTAGCAATCGTTGTGATCGTTGAGCACATCGGCCACCTGCTGGTCACCAGCAATATCGTGGGCAAAGACCTCTCCAGAGACCCTGGCCTGCACCGCTCCCTTCTCGGTAACGGTATATCCACCATTCTGTCAGGATTCGTAGGCTCCACACCCAATACCACCTATGGTGAAAATATCGGGGTCATGGCACTGACAAAGGTATACTCGGTATTCGTAATTGCCGGAGCAGCCATTATTGCGATTCTGCTCTCCTTCTCCGGTACGTTCTCCGCCGTTGTAGCGAACATTCCTACACCTGTAATGGGCGGCGTATCTCTGTTGCTGTTCGGGGTTATCGCAGCTTCCGGTCTTCGGATCTTTGTTGAGCAAAGGGTCGATTTCTCCAAAGCAAGCAACATGATCCTGGCTACGCTGGTCCTGGTTACAGGGATTAGCGGCGTAACATTGAAGATTCCTAACACTACCATCGAGCTGAAGGGTATGGCCCTGGCTACCATCGTAGGTGTTCTCATGGCCCTTCTCTTCAAAGTCTTCGAGATTACCGGCCTCTCCAATGAACAAAATGATGAGCCGCTCGTAGAAAAAACGCCGGATTGA	MQREIQVDEKLPFGPGFLLSLQHLFAMFGSTVLVPNLFGVDPGMILLMNGIGTLLYIFLCKGKIPAYLGSSFAFISPVLLVLADDPEANYSKALGAFIVTGIIFCLVALIVKYAGTKWIDFVFPPAVMGAIIAMIGLELVPVAAGMAGFLPEEGQSLDPKIITISLVTLGVTVLGSILFRGFAKIIHILIGIVVGYALSFALGVVDTEKIANAKFLSAPELTTPVFDNGAIWSIIPVAIVVIVEHIGHLLVTSNIVGKDLSRDPGLHRSLLGNGISTILSGFVGSTPNTTYGENIGVMALTKVYSVFVIAGAAIIAILLSFSGTFSAVVANIPTPVMGGVSLLLFGVIAASGLRIFVEQRVDFSKASNMILATLVLVTGISGVTLKIPNTTIELKGMALATIVGVLMALLFKVFEITGLSNEQNDEPLVEKTPD				NA	NA	NA	NA	NA
JZ016_05814	2178	relA	COG0317	GTP pyrophosphokinase	ATGGGCATAGAGCGATTACTCGAAAAGGCCAGCGCCTATATAAAAGAACCCGATCTTCTCCGCATCCAGGAAGCTTATGAATTTGCGGAGCAAGCCCACCACGGACAAGTGCGGAAATCGGGAGAACCTTATATTCTTCATCCGCTTGCGGTTGCAGACATCGTGGTGAATATGCAGATGGACACGTTGTCTATTATTGCTGCGTTGCTTCATGATGTCGTTGAGGATACAACTGTATCGCTCGAGCAGATCCGTGAGCGCTTCGGGGATACCTGCGCACTGCTGGTGGATGGTTTAACGAAACTGGAACGTATCCAATTCCGATCCAAAGAAGAACAGCAGAACGAAAATTATCGTAAAATGTTTATCGCGATGGCCCGGGACATCCGGGTGATCGTGATCAAGCTGGCGGATCGGCTTCACAATATGCGCACGCTTAAGTATCAGTCCGAGGAAAGCCAGCGCCGTATTTCCTATGAAACGCTAGAGATCTTTTGTCCGATCGCTCATCGTCTAGGTATTTCCGCGATCAAGTGGGAGATGGAGGATATCGCGCTTCGTTACTTGAATCCGCAGCAGTATTACCGCATTGCGAATTTAATGCACAAGAAGCGGGCTGAACGTGAGCAGTATATCGACAATGTCATAGTCTGTATCCGTGAGAAGCTCGACGAGATGGGCATACAAGCCGACTTATCGGGCAGGCCGAAGCATATCTACAGCGTGTTTAAGAAAATGACGGTGAAGAACAAGCAATTCAACGAAATTTATGATCTTCTTGCAATCCGCATTATTGTGGACAATATCAAGGATTGTTATGCTACGCTTGGCATCATCCACACCTTGTGGAAGCCGATGCCTGGCCGTTTCAAAGATTATATCGCCATGCCAAAAACGAATATGTATCAATCTCTTCATACGACGGTGGTCGGACCGAATGGGGAACCGACAGAGGTTCAGATCCGGACCTGGGAGATGCATCGTACGGCAGAGTACGGTATCGCGGCTCACTGGTCCTATAAAGAAGGTTCCGCAGGCAACGGAGGCAGCTTCGATAATAAGATGACGTTCTTCCGTGAAATATTGGAACTGCAGCATGAGACGAAGGATGCCTCGGAATTTGTAGAATCTCTGAAGATGGACTTTTTCTCCGATCTGGTTTTTGTGTTTACGCCAAAAGGCGAGGTGATCGAGCTGCCTTCAGGCTCCGTCCCTCTCGATTTTGCCTACCGAATTCATACTGAAGTAGGAAATCGAACGATTGGTGCCAAGGTCAACGGCAGAATCGTTCCGCTGGATCATCAACTCAAGACCGGCGATATCGTGGAAATTTTAACATCGAAACATTCGTACGGTCCGAGCCAGGACTGGTTGAAGATTGCCCAATCCTCCCATGCCCGCAGTAAGATCAAGCAGTGGTTCAAGAAAGAGAAGCGGGAAGAGAATGTGGAGAAGGGGCGCGATATGCTGGAGCGCGAAATCAAGCGCCTCGGTCTTGAGGTGTCCGAATGGACGACCGATGATAAATTAATGGAGGCGGCCAAGAAATTCGCCTTTAATGATATCGAGGATATGTTATCGGCGGTTGGCTTTGGCGGGATCACGGCCGCTCAAATCTGTACCAAAGTGACCGAGAAGCTCCGTAAGGAGCAGGAGGAAGCGAATCAGCTTGAATTGACCTCCGAGATGAAGGAAATCAAGCCGGCGGAGAAACGAAGCCGTCCGACTAACGGCGTGCGCGTGAAGGGGATTGATAATCTGCTGGTGCGCTTCGCGAGATGCTGCAATCCCGTACCCGGCGATGATATTGTCGGTTACGTTACCCGCGGACGCGGCGTATCGGTCCATCGTTCGGATTGTGCCAATCTGCCGTCCATGGGTGAAGGCGAGGATGCCGCTCGCGTCATCGAGGTGGAATGGGAAACGGCGGTTGAGGCTAACTACAGCGTCGATATCGAAGTGACGGGCCATGATCGCAACGGACTGTTAAATGAAGTTCTTCAGGCCGTTTCAGAGAGCAAAACAAATATTTCCGCTGTGACCGGCCGATCTGACAAGAACAAAATGGCGATGATTCACATGACGATTTTGATCCGCAATACGGATCATCTCCATTCCGTTGTGGAGCGAATCAAGCGGGTGAAGGATGTATATACCGTTCATCGAATCATGCAGTGA	MGIERLLEKASAYIKEPDLLRIQEAYEFAEQAHHGQVRKSGEPYILHPLAVADIVVNMQMDTLSIIAALLHDVVEDTTVSLEQIRERFGDTCALLVDGLTKLERIQFRSKEEQQNENYRKMFIAMARDIRVIVIKLADRLHNMRTLKYQSEESQRRISYETLEIFCPIAHRLGISAIKWEMEDIALRYLNPQQYYRIANLMHKKRAEREQYIDNVIVCIREKLDEMGIQADLSGRPKHIYSVFKKMTVKNKQFNEIYDLLAIRIIVDNIKDCYATLGIIHTLWKPMPGRFKDYIAMPKTNMYQSLHTTVVGPNGEPTEVQIRTWEMHRTAEYGIAAHWSYKEGSAGNGGSFDNKMTFFREILELQHETKDASEFVESLKMDFFSDLVFVFTPKGEVIELPSGSVPLDFAYRIHTEVGNRTIGAKVNGRIVPLDHQLKTGDIVEILTSKHSYGPSQDWLKIAQSSHARSKIKQWFKKEKREENVEKGRDMLEREIKRLGLEVSEWTTDDKLMEAAKKFAFNDIEDMLSAVGFGGITAAQICTKVTEKLRKEQEEANQLELTSEMKEIKPAEKRSRPTNGVRVKGIDNLLVRFARCCNPVPGDDIVGYVTRGRGVSVHRSDCANLPSMGEGEDAARVIEVEWETAVEANYSVDIEVTGHDRNGLLNEVLQAVSESKTNISAVTGRSDKNKMAMIHMTILIRNTDHLHSVVERIKRVKDVYTVHRIMQ	PGPT0014310_3072	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014310-spoT-K01139	NA	NA
JZ016_05815	444	dtd	COG1490	D-aminoacyl-tRNA deacylase	ATGAGAGTGGTTATTCAAAGATGTAAGCATGCGCAAGTCACGGTTGACAATGAAATCGTTGGCCAGATTGAAGCGGGATTGATGGTGCTGGTCGGTGTGACGCACGAGGATGAAGAGAAGGATGCCAAATACCTTGCCGAGAAGGTTGCGGGGCTGCGCATTTTTGAGGACGAGGATGGAAAAATGAATTTTAGCGTCCAGGACGTGGGCGGAGCCATTCTGTCGGTATCCCAGTTTACACTTTATGGTGACACCCGCAAGGGAAAACGCCCGAATTTCATGGCCGCCGCCAAACCGGATGAAGCGAATGCATTGTATGAAGCGTTTAACCGCGAGCTCATAGCGAAGGGGTTGCAGGTTGAGACCGGGGTGTTCGGAGCCATGATGGACGTGTCGCTAACGAATTGGGGACCGGTAACCCTGATCATTGACAGCAGATCATAA	MRVVIQRCKHAQVTVDNEIVGQIEAGLMVLVGVTHEDEEKDAKYLAEKVAGLRIFEDEDGKMNFSVQDVGGAILSVSQFTLYGDTRKGKRPNFMAAAKPDEANALYEAFNRELIAKGLQVETGVFGAMMDVSLTNWGPVTLIIDSRS				NA	NA	NA	NA	NA
JZ016_05816	168			hypothetical protein	ATGCGCCAACCTCCCAAATTTTCGATATGGAGCAGTTTGCCCACGATGGTCGGGTCCGGAGACATTAGGGAAGCAGCGAGCACAGAGCGCATGGTTGCAGCTTCGGAAGATCCTGTACAGCTCATCAGCATAAAGGGACATATGCGGAAGCAGCTGCCGAGATCGTAG	MRQPPKFSIWSSLPTMVGSGDIREAASTERMVAASEDPVQLISIKGHMRKQLPRS				NA	NA	NA	NA	NA
JZ016_05817	507	yhbO	COG0693	Protein/nucleic acid deglycase 2	ATGAGTAAAGTTGCATTTCTACTAGCTGACCAATTCGAAGATTCCGAGATGAAAACTCCTTATGATGCCGTGAAGGAAGCGGGGCATCAAGCTGATATTATTGGGTTGAAGCAAGGACAAGAGGTTAAGGGTAAACAAGGCAAGGCATCGTATACAACGGATAAAGCCATTGCCGACGTCAATATAAACGATTATGATGCGGTGGTTATTCCAGGCGGCTCTTCCCCGGAAAATTTGCGTCTGGATTCCCATATATTGCAGTTTGTTGCAGCAGCGGACAAGGCAGGCAAACCAATTGCCTCGATATGCCACGGGCCGCAAATTCTGGCAAGTGCCGACCTGCTGAAGGGACGCACGATCACTTCCTATCCTCCGCTTCAGGATGATATGGTGAATGCCGGCGCTAACTTTAAGGATGAGGAAGTCGTCGTGGATCGTAACTTGATTACGTCCCGGACGCCGAAAGACGAGCCGGCCTTTGTGCGTGAGCTGTTAAAGGCACTGTAA	MSKVAFLLADQFEDSEMKTPYDAVKEAGHQADIIGLKQGQEVKGKQGKASYTTDKAIADVNINDYDAVVIPGGSSPENLRLDSHILQFVAAADKAGKPIASICHGPQILASADLLKGRTITSYPPLQDDMVNAGANFKDEEVVVDRNLITSRTPKDEPAFVRELLKAL	PGPT0015010_3502	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0015010-yfkM|pfpI|yraA-K05520	NA	NA
JZ016_05818	456			hypothetical protein	ATGTCTAGACAAATTCAAGCTTATTTCAGAACGGAAGACGACGCTGAAGGCGCAAGGACGAGGCTGTTAACGTACAACACGGAGCAGCTGGAGGTGGGACAGCTTCAGGATTCGGTTCGAGGCGGAGGCAACATCCTCGTGCCACTGGTGCCGTGGGGTAATTCCGGCACGGGTGGAGCGACTGCTGGGGCTACAACGATGGGAGCACCCGGCGGAGTCGTGGGGGCTCCCGGGGTCATCGTGGGCTCCCGTGACGCCAATGACAGCCGCGATATAGCGCAAGATCGACCGCACGGCGATGACACACTGGGCGACACGTGGCGCGAAGCAGACGTAACGGACCGGGACTATGATGATCTGAGATATACGCTGTCCGTTAAGGTAAGGGACGAGGATTACGATCAGATCGTACATGATTTGCGGGCGAATAACGCTTATGTGGAGCGATTTGACTAA	MSRQIQAYFRTEDDAEGARTRLLTYNTEQLEVGQLQDSVRGGGNILVPLVPWGNSGTGGATAGATTMGAPGGVVGAPGVIVGSRDANDSRDIAQDRPHGDDTLGDTWREADVTDRDYDDLRYTLSVKVRDEDYDQIVHDLRANNAYVERFD				NA	NA	NA	NA	NA
JZ016_05819	1254	hisS_2	COG0124	Histidine--tRNA ligase	ATGGCAAACGAGAAGTTCGAGAAACCGACAGGCACGCAGGACATCCTGCCAGGTGCCGTCGAGAAATGGCAGTTTATCGAGGAGAAGGCACGCGATTTGTGCCGAAGATACAACTACCGCGAAATTCGCACACCGATCTTTGAGCAGACCGAGTTGTTCGAACGCGGGGTGGGCGAAACCACCGACATCGTAGAGAAGGAAATGTATACGTTCAAGGATAAAGGGGATCGCAGCATGACCCTACGTCCGGAAGGAACGGCAGGCGTCGTGCGGGCATATGTGCAAAACAAGCTGTATGGAGAGCCTGACGTCACGAAGCTGTATTACATGGGTCCCATGTTCCGCTACGAGCGTCCACAGGCGGGACGTTACCGTCAATTCCATCAGTTCGGCGTCGAGGTGTTCGGGACGGCAGATCCGGCTATCGATGCCGAGGTGATTGCGCTGGGATACAGCTTCTACAAGGAGCTTGGGCTGAACGGGGTAAAAGCAGAGATTAACTCTGTAGGGACGCCTGAGGTACGGGCGGCTTACCGCAGTGCGCTGCTAGCTTTCCTGGAACCGATGAAAGAGAACCTATGCTCGGATTGCCAGTCGCGCATGGAACGCAACCCGCTGCGCGTGTTGGACTGCAAGAAGGACCAAGGGAAGTTCGATGATGCGCCTTCGATTCTGGACAGCCTGGACGAGGAATGCAGCACGCACTTTGAGAAAGTGAAAGGGTACCTGGATGCGATGGGCATCGAGTATGAAATCAATCCAAGACTGGTTCGGGGATTGGACTATTATACGCATACCGCATTTGAATTCAAGACCCAGGGCATCGGCGCGATTGATACGGTAGGCGGCGGAGGGCGGTTCAACGGACTGGTCGATCAGATCGGCGGACCGGATCAGCCTGGCATCGGGTTCGGGATTGGTCTTGAGCGAATCCAATTGATTCTGGAACACCAAGGGGTTAATCTGTCGGCAGCCAAGCCGCTGGATGTCTATCTGGTGGCGCTGGGTGAAGCCGCTGAGCAGGAAGTGGCCAAATTGATCTACGAACTGCGAAGCAAGGGCGTAGCTGCCGAACGTGATTACCTTGGCCGGAAAATGAAAGCCCAGATGAAGTCCGCCGACCGTTTGCAAGCTCGTTATACCGCCATTTTGGGTGAAGATGAACTGGCGCGCGGAGAGATTGCACTGAAGTCGATGGAGACCGGCGAGCAGCGTACGGTTAGATTGGACGCTCTGGTTCAAGAATTGGTTTAA	MANEKFEKPTGTQDILPGAVEKWQFIEEKARDLCRRYNYREIRTPIFEQTELFERGVGETTDIVEKEMYTFKDKGDRSMTLRPEGTAGVVRAYVQNKLYGEPDVTKLYYMGPMFRYERPQAGRYRQFHQFGVEVFGTADPAIDAEVIALGYSFYKELGLNGVKAEINSVGTPEVRAAYRSALLAFLEPMKENLCSDCQSRMERNPLRVLDCKKDQGKFDDAPSILDSLDEECSTHFEKVKGYLDAMGIEYEINPRLVRGLDYYTHTAFEFKTQGIGAIDTVGGGGRFNGLVDQIGGPDQPGIGFGIGLERIQLILEHQGVNLSAAKPLDVYLVALGEAAEQEVAKLIYELRSKGVAAERDYLGRKMKAQMKSADRLQARYTAILGEDELARGEIALKSMETGEQRTVRLDALVQELV				NA	NA	NA	NA	NA
JZ016_05820	1776	aspS		Aspartate--tRNA ligase	ATGAAAAGGACGCATCAATGCGGTCATCTGACAACCGCGAACATTGGAGAAACTGTAACACTGAACGGCTGGGTACAAACCCGCCGCGACTTGGGCGGCGTGCTGTTCATTGATCTTCGCGATCGGAGCGGCATCATGCAAATCGTATTTAACCCGGATTTCTCAGGCGAAGCTTTGGCTGTTGCCGATAAGGTCCGCAGCGAATTCGTGGTGGCCGTATCCGGTAAAGTCGTAAAGCGTGATCCAGAAACGTTCAACCCGAATTTGCCTACTGGCGAAATCGAAGTTCAAGTGACAAGCATTGAAGTGCTGAATGCAGCCAAAACGCCTCCGTTCTTTATCGAAGACGGCGTGGAAGTGGATGAGCAGCTTCGTTTGAAGTATCGCTATCTGGACCTTCGTCGTCCAGAGATGCAAAAAACGCTGATGCTGCGCTCCAAAGCGTCGAAAGTATTCCGCGACTTCCTCGATGACGAGGGCTTCGTGGACGTGGAGACGCCAATTCTGACCAAGAGCTCCCCGGAAGGCGCACGCGACTATCTCGTACCGAGCCGCGTACACGCAGGTGAATTCTTTGCGCTTCCGCAATCTCCACAAATTTATAAGCAGCTCCTTATGGTGAGCGGGCTTGAACGTTACTACCAAATTGCACGCTGCTTCCGTGACGAAGACTTGCGGGCTGACCGTCAGCCCGAATTTACCCAGGTCGACATCGAGACGTCCTTCATGGAGCGCGACGACCTGCTGAACATGATGGAGCAGCTGATGGTGAAGCTGTTCAAGGAAACCATCGGCGTTGAGCTTGCAACACCATTCCAGCGTATCAGTTATGCTGATGCGATGGGTAAATACGGCTCCGACAAGCCGGATCTCCGCTTCGGTATGGAATTGATCGAAATGAACGATATCGTTGCAAGCAGCGGCGTCAAAGTATTCTCTTCCGTCATTGAAAAAGGCGGCGAAGTCAAGTGTTTGAACGCTAAAGGCTGCGGGACTTGGACACGTAAGGAAATTGATGATCTGGGGCCATATGCAGCCCGTTACGGAGCGAAGGGTCTTGCTTGGATTCAAGTGAAAGAAGGCGAGTTCAAGGGGCCGATCGTGAAATTCTTCAGCGAGCAGGAAATTGAAGCGGTAAGGGAACGCACAGGAGCCGAAGACGGCGACTTGCTGCTGTTCTCCGCAGACAATAAAAAAGTGGTTGCCGACGTGCTTGGCGCGCTCCGCTTGAAAATCGGACGTCAGCTTGGCCTGATCAACGACAACGAGTACAAGTTTGCTTGGGTGCTGGACTTCCCGCTGTTCAGCTATGATGAAGAGGCGAAGCGTTATGTGGCCGAGCATCATCCGTTCACCCGTCCAAAAGACGAAGATCTGGAATTGATGGATACGGATCCGCTTGCCGTGCGCGCGGAAGCTTACGACATCGTTCTGAATGGATATGAAGTAGGCGGCGGTTCCATGCGGATATTCAAACGCGAGATCCAAGAGAAAATGTTTGCGGCTCTTGGTATGTCACCGGAAGTGGCGCACGACAAATTCGGTTATCTTATGGACGCCTTTGAATACGGTACTCCTCCACACGGCGGAATCGCCTTCGGGTTGGACCGTTTGGTGATGCTGCTTGCCGGACGCACGAACCTGCGTGAAACGATTGCGTTCCCGAAAACGGCAAGCGCAACGGATCTGTTGATGGACGCTCCTTCCCAGGTGGACGGAGGACAGCTGGAGCAGCTGCATATCAAACTCGCCAAGAAGCCGGGCGACGAGAAATAA	MKRTHQCGHLTTANIGETVTLNGWVQTRRDLGGVLFIDLRDRSGIMQIVFNPDFSGEALAVADKVRSEFVVAVSGKVVKRDPETFNPNLPTGEIEVQVTSIEVLNAAKTPPFFIEDGVEVDEQLRLKYRYLDLRRPEMQKTLMLRSKASKVFRDFLDDEGFVDVETPILTKSSPEGARDYLVPSRVHAGEFFALPQSPQIYKQLLMVSGLERYYQIARCFRDEDLRADRQPEFTQVDIETSFMERDDLLNMMEQLMVKLFKETIGVELATPFQRISYADAMGKYGSDKPDLRFGMELIEMNDIVASSGVKVFSSVIEKGGEVKCLNAKGCGTWTRKEIDDLGPYAARYGAKGLAWIQVKEGEFKGPIVKFFSEQEIEAVRERTGAEDGDLLLFSADNKKVVADVLGALRLKIGRQLGLINDNEYKFAWVLDFPLFSYDEEAKRYVAEHHPFTRPKDEDLELMDTDPLAVRAEAYDIVLNGYEVGGGSMRIFKREIQEKMFAALGMSPEVAHDKFGYLMDAFEYGTPPHGGIAFGLDRLVMLLAGRTNLRETIAFPKTASATDLLMDAPSQVDGGQLEQLHIKLAKKPGDEK				NA	NA	NA	NA	NA
JZ016_05821	756	tcdA	COG1179	tRNA threonylcarbamoyladenosine dehydratase	ATGCTGCACCAATTTTCCCGTACGGAATTAGCCATTGGTCCTGAGGGCCTTGAAGTGATGAAGAACAGCACGGTAGCCGTGCTGGGTATCGGCGGCGTGGGGGGCATTGCGGTGGAAGCCCTCGCCCGTTCCGGGGTAGGCCGTATCATTCTGATCGACAAAGACGTGGTGGATATCACCAACATCAATCGGCAGATCCATGCCTTAACGACCACGGTAGGTCAGAAGAAAGCAGACCTGATGGTTGAACGTGTCAAACTGATCAATCCGGAATGTGAAGCGATCGCCCTGAACATGTTCTACACCGAAGAGACGTATGAAGAGTTGTTTAAATTCGATCTGGATTATGTGATTGATGCGTCGGATACGATTATTTATAAAGTACATCTGATCAAGGAATGCCTGCGGCGCGGTATTCCGATCATCTCCAGCATGGGGGCAGCCAACAAAATGGACCCCACGAAGTTCCAGGTAGCTGACATCTCCAAAACGTCCATGGATCCGATTGCCCGTATTGTACGCACCAAGCTGCGCAAAGACGGCATCAAGAAAGGGGTCAAGGTTGTTTTCTCACTAGAGGAGCCGATGAAGCCCCGCCAGGACGTTACGGAGAAGATTGTACCCGAGAATGCTCCTGAAATCCGGAAAGCGAAGCAGCCTCCGGCAAGCAATGCATTCGTTCCGCCTGTGGCCGGACTGATTATGGTGAGCGTAACGGTGAAAGAACTGCTTGAAAAAGGCGGCGTTTCGTTGTAA	MLHQFSRTELAIGPEGLEVMKNSTVAVLGIGGVGGIAVEALARSGVGRIILIDKDVVDITNINRQIHALTTTVGQKKADLMVERVKLINPECEAIALNMFYTEETYEELFKFDLDYVIDASDTIIYKVHLIKECLRRGIPIISSMGAANKMDPTKFQVADISKTSMDPIARIVRTKLRKDGIKKGVKVVFSLEEPMKPRQDVTEKIVPENAPEIRKAKQPPASNAFVPPVAGLIMVSVTVKELLEKGGVSL				NA	NA	NA	NA	NA
JZ016_05822	2178	helD_3	COG3973	DNA helicase IV	GTGTCAGAATCTTTTCAAAGTGCCTATCAAGAAGAAGAGTCAAGACTAAACGAGGTTATCGTTGAAATTGACCGTCAGCTTGAACGTTTGCGCGGCATTCCGGTATACACGGGCCATGATTTTACGGAGCAGGTGCTCGAAGCAGGACGGGAAGAGAAACGGCAGGCCCTCGCCAAAAGTTTGCCGGAGCCTTACTTCGGGAGGCTGGATTTTCAGGAGAGCGGAACGGGAGCGAAGAAACCGCTCTACATCGGGAAGATCGGCTTCGATAAGGAAGATGCCGGGGATCACCCGATGGTGATTGATTGGCGAGCTCCGGTCGCGAGTCTTTTTTATTCGTTTACCGGCGGTACCGACCCGGCTTCGTTCGAAGCACCCGAAGGAATCATCGAGGGGCTAGTCTATTTAAAACGCAACGTCGTGATCCGAAAGCAAATTTTGGAACGGGTATCGGATACGTACAATCGGGAAAGCGGCGGACCTGCCGTATCCGATGAGTTTTTGGTTTACCGTCTCGGGGAGAACAAGGATAACCGGCTGCGGGATATCGTATCCACGATTCAGGCCGAGCAGGACAAAATCATCCGGGCTGCCAAAAATACCGCACTTATCATCCAAGGGGTGGCGGGAAGCGGAAAAACGACGGTGGCGCTGCATCGGCTGGCATATTTGCTCTATCAGTACAAGGAGCAGGTAACCGCGGAGAAAATGATCATATTCGCACCCAACCTGATGTTTCTGGATTACATATCCGACGTGCTGCCTGAGCTCGGAGTCGGCGATATACAGCAGCGCACATTTGGCGATTGGGCAGCGGAACTGCTCGATATTCAGCTCGCTTCGGATGATCATGCACAGACGCTTCATCGATGGTTCGAGACAGAGCCAGGTCAGGGTACCCCGGATATTGACGATAATGTCAGCGGGCGCTACAAAGGCTCATTGAGACTGATGGAGATCATCCGGCGCTGCGTGGAGTCCATCGAAACGGAGGCTCTTCCGGACGGGGACTTCTCTCCATGGGATGGGGCTGTACTGAAACAGGAGACGATCGCGGAATGGTTCTACCAGGAATATAAACCGTACCCGCTGGCCAAGCGGAAGGAACGGCTGCTGGCCAGGCTGCACCGCTGGGTCGAGATGGAGCTGAAGAAATCGCCATCAGCGGCCGTGATGAAAGAACGGAAGAAAAAAGCGGCTCAACGAGAAAAGGCTTATGGGAACCGATGGCCGAAATTTGAGCCGGTCTCATTATATAAACAATTGTTTGGGGCGGTTAAGGCAACCGGATCGTGGTTTGAAGAGCTATCCGCTCTGATTCCGTCCGAGGTGCTCGCCGCAACGCGTAAAGATCTGAAGAAAAACGTGGTCCGCGAAGAGGATTTGCCTGCCTTGCTGTATTTCCACTGTTTATTGAATGATATTACCGGAGAGCAGCGTTTTGACCATATCGTTATTGATGAGGCTCAGGATTTCTCGCCATTTCAGGTGGCTGTGCTGGACCTGTTCGTCAGAGGACATTCCTTCACCATATTAGGTGATTTGTCGCAGGGCATTCATGCCTATCGCGGCGTTCATGCGTGGGAAGAGATGAGCTCCCTGTTTAAGGAAGAGGAAACAGCCTATTTTGCGCTTACACGCAGTTATCGCTCCACGATGGAGATCATCGAATTTGCGAACGGCATTTTGGAGAAGGGTGTCAGCAGTGATCTGCTTGCCGTTCCGGTATTCCGGAGCGGCGATACCGTTCGCCTGATTCCTTATGATTCGGCGAAATCCCGAACGAGAGATTTGGAACGGGCGATGGAGGCACTCATCGCTAAGGAATATCGGACGGTCGCTATACTCACTCGAACCTTGCGAGAAGCGCAAGAGCTGCATGAGCAATTCATTACTGCGTGGCCGATGCTGAATCTGATCGATGGCAGCAAAGGAACGTATCAGGGCGGTTATTCCGTGCTTCCTGTTTATTTGTCCAAGGGGCTTGAGTTCGATGCGGTGGTGGTGGCGGATGCAGATCGGGCGCATTACGCGGAAAAAGCATGGGATGCCAAGCTGATGTATGTGGGATGTACGCGGGCACTGCATGAGCTGTGGCTGCTGCATAATGAGCCGCTGCCAACGTATATCAGGACGGAGACTTCAGAAATTACTGCCAGCGGCTGGCCCGTGGAGTAA	MSESFQSAYQEEESRLNEVIVEIDRQLERLRGIPVYTGHDFTEQVLEAGREEKRQALAKSLPEPYFGRLDFQESGTGAKKPLYIGKIGFDKEDAGDHPMVIDWRAPVASLFYSFTGGTDPASFEAPEGIIEGLVYLKRNVVIRKQILERVSDTYNRESGGPAVSDEFLVYRLGENKDNRLRDIVSTIQAEQDKIIRAAKNTALIIQGVAGSGKTTVALHRLAYLLYQYKEQVTAEKMIIFAPNLMFLDYISDVLPELGVGDIQQRTFGDWAAELLDIQLASDDHAQTLHRWFETEPGQGTPDIDDNVSGRYKGSLRLMEIIRRCVESIETEALPDGDFSPWDGAVLKQETIAEWFYQEYKPYPLAKRKERLLARLHRWVEMELKKSPSAAVMKERKKKAAQREKAYGNRWPKFEPVSLYKQLFGAVKATGSWFEELSALIPSEVLAATRKDLKKNVVREEDLPALLYFHCLLNDITGEQRFDHIVIDEAQDFSPFQVAVLDLFVRGHSFTILGDLSQGIHAYRGVHAWEEMSSLFKEEETAYFALTRSYRSTMEIIEFANGILEKGVSSDLLAVPVFRSGDTVRLIPYDSAKSRTRDLERAMEALIAKEYRTVAILTRTLREAQELHEQFITAWPMLNLIDGSKGTYQGGYSVLPVYLSKGLEFDAVVVADADRAHYAEKAWDAKLMYVGCTRALHELWLLHNEPLPTYIRTETSEITASGWPVE				NA	NA	NA	NA	NA
JZ016_05823	129			hypothetical protein	ATGAAACGAAAACCTATGCGAAAAATGACCCTCTTCATCATCTTGGCAGCTGCACTTTTCATCCTCGCCGTTTGGACCTTGATCCGGTATATCGAGAATCTGGGCTCTTCCTACCAAATGCTTGGTTAA	MKRKPMRKMTLFIILAAALFILAVWTLIRYIENLGSSYQMLG				NA	NA	NA	NA	NA
JZ016_05824	1308	rarA	COG2256	Replication-associated recombination protein A	ATGGATTTATTCAGTATCGGGCGTGAAGGGGATCGGGATTCCCGGCTGCTGGCCGATCGGATGCGCCCTTCGTCGCTGGATGAATATATAGGACAAGAACATATTATCGGTCCGGGCAAACTGCTCAGACGGGCCATAGAGGCAGACCAGGTCTCTTCCATTTTATTGTACGGCCCGCCGGGATGCGGCAAAACGACGCTTGCGCATATTATCTCACAGCAAACGAAGGGGTACTTCGTTCGGCTGAATGCGGTGGAGGCCTCGGTTAAGGACGTCAGGGAGGTCATTGAGCAAGCCCAGAGCAACCGCAGTTTGTACGGCACCAAAACGATCCTGTTTCTGGATGAGGTCCACCGCTTTAACAGCTCAAGACAGGACGCGCTGCTGCCTGCCGTGGAGAACGGCACGATTATATTTATCGGCGCGACGACGGAGAACCCCTTTCATTACGTAAATGGGGCCTTGATGAGCCGTTCAACCTTGTTCCAGCTTGAGCCGCTGAATAAGAACCATTCCATGATCGCGATGCAGCGCGCGCTATCCGATCCGGATAAAGGTCTTGGATTCATGGAGCTTCAGGCAGATGAGGAAGCATTGGAGCATATTGCAACGATGGCGAACGGCGACATCCGGCGTGCATTGAATGCGCTTGAGCTCGCTGCGATGACGACCCCGCCTGATGCAGGCGGCACGGTCCATATTACGCTGGATGTGGCCGAGGAATCGATACGCAAGCCGCTCGTCAAGGCGGACGAGTCCACGCAGTATGACGTGCTGTCCGCCTTTCATAAAAGCATTCGGGGTTCCAGCGATGCGGCATTGTTCTGGTTCCTGTATGCGGTCGAAAAGCTGGGGATGGACCCGATGGTGTTCATCCGCCGCTTGATTGCTGCCAGCAGCGAGGATATCGGGCTGGCTAATCCGCAAGCGATGGTGCAGGCGGTAAGCGCACTGGACGCCTACCGGAATAACGGCTGGCCGGAAGCCAAGCTTAATATCGCCCAGGCTATCCTGTTTGCGGTGGAAAGTCCAAAATCCGATGGCGTTGTGACCGCAATATCACGGGCGATGTCCGCCATGGATGAAGTAAAATCGGCGGAGGTACCGCTTCATCTGCGTGATGCGCATTATTCGGGCGCCGTGAAGCTGGGACATGTCGGCTATAAGTACCCGCACGATTATCCGGGCCATTACGTGAAGCAGGAATATTTGCCGAAGGAGCTCTCCCGCCGGGTGTTCTATCAGGCGACGGAGCAGGGGAACGAAGCCAAGATCGCGCACAATCAGCGATTACGACGCGAAGAATAG	MDLFSIGREGDRDSRLLADRMRPSSLDEYIGQEHIIGPGKLLRRAIEADQVSSILLYGPPGCGKTTLAHIISQQTKGYFVRLNAVEASVKDVREVIEQAQSNRSLYGTKTILFLDEVHRFNSSRQDALLPAVENGTIIFIGATTENPFHYVNGALMSRSTLFQLEPLNKNHSMIAMQRALSDPDKGLGFMELQADEEALEHIATMANGDIRRALNALELAAMTTPPDAGGTVHITLDVAEESIRKPLVKADESTQYDVLSAFHKSIRGSSDAALFWFLYAVEKLGMDPMVFIRRLIAASSEDIGLANPQAMVQAVSALDAYRNNGWPEAKLNIAQAILFAVESPKSDGVVTAISRAMSAMDEVKSAEVPLHLRDAHYSGAVKLGHVGYKYPHDYPGHYVKQEYLPKELSRRVFYQATEQGNEAKIAHNQRLRREE				NA	NA	NA	NA	NA
JZ016_05825	540			hypothetical protein	ATGATGAAAAAAGGGAAACAACGGTTTGTCATCCTGCTGCTGTCCGCCGGTCTTATGCTGAGCGGCTGTTCGGGGAAAAGCGCCCAGGAGCAGGTTGAAAGTGGACAGGCAACCAAGGCAGCGCATGAGCACGGACATCAGACGCAGCTGTCCAACGGGGATATCCAGGAGGCGACGGCTTCGATTGATGAGCTGCCTGCCTTTTTGAAGAGCCAGACCAGCGAGCTCCAGACGATCTATGCCTTGTCCGCGCAGGTCAGTGATGTCCTGAAATACATTCCTTGTTATTGCGGCTGTGGGGACAGTGCCGGTCATGAGAGCAATCTGAACTGTTTTATTGATGAGATTCAGGAGGACGGCACCGTGGTGTGGGACGATCATGGCACCCGCTGCGGGGTATGCCTGGACATTGCCGTGGAATCTGCCAAAATGAGCAGCGAGGGCAAAAGCCTGAAGGATATTCGGACCGCAATCGACGAGAAATACAGCACAGGTTATGCTAAGCCGACACCAACCCCGATGCCGCCTGCCGAAAGTTAA	MMKKGKQRFVILLLSAGLMLSGCSGKSAQEQVESGQATKAAHEHGHQTQLSNGDIQEATASIDELPAFLKSQTSELQTIYALSAQVSDVLKYIPCYCGCGDSAGHESNLNCFIDEIQEDGTVVWDDHGTRCGVCLDIAVESAKMSSEGKSLKDIRTAIDEKYSTGYAKPTPTPMPPAES				NA	NA	NA	NA	NA
JZ016_05826	2235	nrdD	COG1328	Anaerobic ribonucleoside-triphosphate reductase	ATGAAAGTCATGAAGAGAGACGGATGCCTGGTGAATTTTGAGATAAGCCGGATTGTGAAGGCAGTGGATAAAGCTTTTATAGCTGTTGAGGGGGTGTCCCGCAAGGAGGCTTCCCTGCAGCTTGGCGAGGAGGTTGCCCGCGTCACCGCGGGGATGGAGCAGGTGAGTGTGGAGGATATTCAAGATATTGTTGTTGAACAATTGGAAAGCACAGGTTATGCAGCGGCAGCGGCAGCTTATCAACATTACAGGGAAGCCCGTGATCTGGAGCGGATGCGGCGGGGAGAACTCTACAAGATCAGCAGGGATGTGATTGGGGTAACGAATCTGGATCTGCTGCGGGAGAATGCGAATCTGAACGGGGAATCCTTCAGTGGAAAAATGAGTCGGATCGGCTCTGAGTATGCCAAATGGATGGCAAGCAAATTTATCCTGCCCGGAGAGCTCATGAGAGCGGTCAGGGATGGTTATGTGTACGTGCACGACCTGGACCAGTATGCACTCGGTACGACGAACTGTATTTTCATCCCGTTTGACCGTCTATTGGCCAAAGGGTTCAATACCGGTAACGGATCGGTCAGGCCGCCGCAGAGCATCATGACCGCGATGGCGCTGGTGGCCATCATATTTCAATCTCAGCAGAACAGTCAATTCGGCGGCGTGTCCGGAAATAAAATCGATTGGGATCTGGCCCCGTATGTCGGCAAATCGTTTCACCGGCATTTTCGGAAAGGGCTTGCCTACTTCGGAGAGGTGGAGCAGGGCAAGCATAGACCCAATGTACAAGTTCTTCCCGATAACGAATTATACATAGACAACAAGCAGTTGAAGGACTCTTATCCGCGAATATATCATTACGCATATAACGAAACGGTGAATGAAGTAAAACAGGCCGCGGAATCCCTGATCCATAATTTAAACACGATGAGCAGCCGGGCCGGTGGACAGATCCCTTTCACATCGCTGAACTATGGCATGTGCACGTCAACGGAAGGAAGGCTGGTGTCCCATGCTCTATTGGATGCCACGATGAGAGGACTCGGCGGGGGAGAGACGCCGATATTTCCGCAGCATATTTTCCAGTGCAAGCAAGGGGTTAACCAGGCGGAAGGGGAGCCCAATTACGATCTGTTCCTGAAAGCCGTTGAGTGCTCCAGCCGCAGGCTCTACCCGAACTTTGTCAACGTGGATGCGTCGTTTAATCTGGTCTACTATAACCCGGACGAGCCAGACACGATTATTGCCACCATGGGCTGCAGGACACGGACGATTTCAGACCGGTTCGGGCGAAACCGCCTGAGCGGAAAAGGCAATTTGTCCTTCAATACGATCAATCTGGTTCGTCTCGGCATCGAGCATGGTATCGTCGAAGGCAAGCGGGATATGCCCGACCTGAGCCTCTTCTACGAGCAGTTGGATCAGTATATGACGATTGCGGTAGAGGGTTTGATTCACCGCTACGAGCTGCAGGCGGACCAACCGGCCAAAGCGTCCGATTTTATGATGCGGGAAGGCGTGTGGGAAGGCGGCGAAGACCTGGCCCCGGAGGACAAGGTACGCGAACTGATTAAGCACGGCACTCTGGCACTTGGATTCATTGGGCTTGCAGAATGCCTGAAGGCGTTGACCGGACTGCATCACGGAGAGGATGAGAACAGCCGCAGGCTGGGAATCGAAATCATCCGGCATATGCGTCAATTCTGCGATGCGGCCAGTGAAAAATACGATCTGAACATTACGTTGTTTGCCACGCCGGCAGAAGGGCTGTCCGGAAAATTCACGAAGCTGGACCGGCAAACCTTCGGTGTGATCGAGGGTGTGACAGACCGTGAGTACTATACGAACTCGTTTCATGTTCCGGTGTACTATCCGATGGCCGCGTACCGCAAAATCCGTTCCGAATCTCCTTTCCATGAGCTGTGTAATGCAGGAGCGATTTCATATGTGGAGCTCGACGGCAATGCCCGGCAGAATACGGCTGCTTTTCGGGACATCGTGCAGTTTGCCCTGCAGCAGAACATTGGATATTTCTCCGTAAACCATCCCGTCGACCGTTGTTCGGCATGCAACTACGAAGGGATCATCGGAAGCTCTTGCCCTGGATGTGGCGCTACTGAAGACAATGGGAACTTCCAGCGGCTGCGGAGGGTGACGGGATACCTTACGGGCAATTATACGGAGCGCTTCAATTCGGCCAAACAGGCTGAGGTCAGGGATCGGGTGAAGCATCTGTGA	MKVMKRDGCLVNFEISRIVKAVDKAFIAVEGVSRKEASLQLGEEVARVTAGMEQVSVEDIQDIVVEQLESTGYAAAAAAYQHYREARDLERMRRGELYKISRDVIGVTNLDLLRENANLNGESFSGKMSRIGSEYAKWMASKFILPGELMRAVRDGYVYVHDLDQYALGTTNCIFIPFDRLLAKGFNTGNGSVRPPQSIMTAMALVAIIFQSQQNSQFGGVSGNKIDWDLAPYVGKSFHRHFRKGLAYFGEVEQGKHRPNVQVLPDNELYIDNKQLKDSYPRIYHYAYNETVNEVKQAAESLIHNLNTMSSRAGGQIPFTSLNYGMCTSTEGRLVSHALLDATMRGLGGGETPIFPQHIFQCKQGVNQAEGEPNYDLFLKAVECSSRRLYPNFVNVDASFNLVYYNPDEPDTIIATMGCRTRTISDRFGRNRLSGKGNLSFNTINLVRLGIEHGIVEGKRDMPDLSLFYEQLDQYMTIAVEGLIHRYELQADQPAKASDFMMREGVWEGGEDLAPEDKVRELIKHGTLALGFIGLAECLKALTGLHHGEDENSRRLGIEIIRHMRQFCDAASEKYDLNITLFATPAEGLSGKFTKLDRQTFGVIEGVTDREYYTNSFHVPVYYPMAAYRKIRSESPFHELCNAGAISYVELDGNARQNTAAFRDIVQFALQQNIGYFSVNHPVDRCSACNYEGIIGSSCPGCGATEDNGNFQRLRRVTGYLTGNYTERFNSAKQAEVRDRVKHL	PGPT0021330_370	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0021330-nrdD-K21636	NA	NA
JZ016_05827	504	nrdG	COG0602	Anaerobic ribonucleoside-triphosphate reductase-activating protein	GTGAATGTGTGCGGATATATCCCCGAGAGCATTAATGAAGGCCCGGGACTTCGGGCAGTTCTATTCGTGAGCGGCTGCCGTCATGCCTGCGCCGGATGCTTTAATACGGATTCCTGGGACTTTGAAGCGGGGGAGCCGTTTACAGAAGAATTGTCAGCGTCCATACTGCAGGATATCGTCGACAACCCTTTGCTGGATGGCGTGACCTTATGCGGTGGGGACCCGTTCTTCTCGCCGGAGGAATGCGCGGCATTTGTTCGCAAGCTCAGGACCCTCTGTCCCGGGAAAAGCATATGGGCCTACACGGGCTTCACCTTTGAAGCGCTGATGAGACAGCCGAAGCTGCGCGAATTGGCAAAACAGTGCGACGTTATCGTGGACGGTAAATTCCAGTTGGAGCTAAGGGATGTCTCGCTTCCCTTCCGAGGCAGCTCGAATCAGCGTTTCATTGACGTATCCGCCAGCCTGGAACGCGGAGAAACGGTAGAATATGTTCTTCGCTAA	MNVCGYIPESINEGPGLRAVLFVSGCRHACAGCFNTDSWDFEAGEPFTEELSASILQDIVDNPLLDGVTLCGGDPFFSPEECAAFVRKLRTLCPGKSIWAYTGFTFEALMRQPKLRELAKQCDVIVDGKFQLELRDVSLPFRGSSNQRFIDVSASLERGETVEYVLR				NA	NA	NA	NA	NA
JZ016_05828	1128	mnmA		tRNA-specific 2-thiouridylase MnmA	ATGAAAATGGTGATAACGATGTCAAAAGAAAAACATAACACTCGTATCGTTGTCGGCATGTCGGGAGGAGTCGACTCCTCCGTAACAGCGCTCCTGCTCAAACAGCAGGGCTATGAAGTGATCGGCATCTTTATGAAAAACTGGGATGATACCGATGAGCTTGGCTACTGCACAGCTGAAGCGGACGCTGAAGACGTGCGCCGCGTGTGCGAGCAGCTCGACATTCCCTACTATACCGTCAATTTCGAGAAGGAATACTTTGATAAAGTATTTACCTATTTCCTCGATGAATATAAATCTGGGAGAACGCCGAACCCCGATGTCATGTGCAACCGTGAAATCAAATTCGGCGAATTTCTGAACAAGGCCATGGATCTGGGAGCCGACTATGTCGCTACCGGCCATTACGCCCGCGTCATCGAAGAAGACGGACAGTACCGGCTGCTGCGCGGCGTAGACAGCAACAAGGATCAAACCTACTTCCTCAATGCGCTGAGCCAAGAGCAGCTCTCCAAGGCGATGTTCCCGATCGGGCATCTGCCGAAACCGGAAGTTCGCCGACTCGCCGAAGAAGCCGGACTGTATACCGCCAAGAAAAAAGACAGCACCGGCGTTTGTTTCATCGGCGAACGGAATTTCAAAGAATTTCTTGGACAATACCTCCCCGCACAATCCGGCGATATGGTGGACATTGTCACCGGTGAGGTGAAAGGCCGCCATGATGGCCTGATGTACTACACGCTGGGACAACGCCAAGGTCTCGGAATTGGCGGCTCAGGCTCCGGAGAGCCTTGGTTTGTTGCCGACAAGGATTTGACTAACAATATTTTGTACGTTGTTCAAGGCGACCATCCGTGTTTGTATTCAACCGGACTCGTTGCCTCCGGAATGAACTGGATTGCAGGACAAGACGCTATGCCCAAAGACGCCTACACCTGCACCGCGAAATTCCGCTACCGTCAGCCGGACCAGGAAGTAACGATAACGCCGCGCGAAGACGGAACCGTTCATGTCGCGTTTGCGAAGCCGCAAAAAGCAATCACGCCGGGCCAAGCCGTTGTCTTCTACCAAGGGGACGAATGCCTTGGCGGCGGAACGATCGAAACGGCGGATAAAGTTCCTTATTAA	MKMVITMSKEKHNTRIVVGMSGGVDSSVTALLLKQQGYEVIGIFMKNWDDTDELGYCTAEADAEDVRRVCEQLDIPYYTVNFEKEYFDKVFTYFLDEYKSGRTPNPDVMCNREIKFGEFLNKAMDLGADYVATGHYARVIEEDGQYRLLRGVDSNKDQTYFLNALSQEQLSKAMFPIGHLPKPEVRRLAEEAGLYTAKKKDSTGVCFIGERNFKEFLGQYLPAQSGDMVDIVTGEVKGRHDGLMYYTLGQRQGLGIGGSGSGEPWFVADKDLTNNILYVVQGDHPCLYSTGLVASGMNWIAGQDAMPKDAYTCTAKFRYRQPDQEVTITPREDGTVHVAFAKPQKAITPGQAVVFYQGDECLGGGTIETADKVPY				NA	NA	NA	NA	NA
JZ016_05829	420	cymR		HTH-type transcriptional regulator CymR	TTGAAGATATCAACAAAAGGAAGATACGGATTAACCATTATGATGGAGCTGGCCGCCAGGTTTGGTGAAGGGCCGACTTCGCTGAAGAGCATTGCCGAGAAGAACCAGCTGTCAGAACATTATCTTGAGCAGCTGATCGCACCGCTGCGGAATGCGGGGCTGGTCAAAAGCATCCGCGGCGCATACGGAGGCTATATCCTGTCCCGTGATCCGGCATCCATAACGGCCGGGGACGTCATCCGCGTACTGGAAGGACCGATATCCCCTGTGGACTTCACGGAAGAGGACGATCCGGCGAAGCGGGATCTGTGGCTGCGCATCCGCGACAGCATTGCTGAAGTGCTGGATTCCACGACGCTGGATTATCTGATCAACTATCAGGAACAGTCTGCTGCAGACAACTATATGTTCTATATTTAA	MKISTKGRYGLTIMMELAARFGEGPTSLKSIAEKNQLSEHYLEQLIAPLRNAGLVKSIRGAYGGYILSRDPASITAGDVIRVLEGPISPVDFTEEDDPAKRDLWLRIRDSIAEVLDSTTLDYLINYQEQSAADNYMFYI	PGPT0004960_1213	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-ANTIMONY_HOMEOSTASIS,PGPT0004960-iscR-K13643	NA	NA
JZ016_05830	1146	iscS_1		Cysteine desulfurase IscS	ATGAGATCAGTATATTTGGATCATGCCGCATCAACCCCGGTTCATCCGGAGGTTGCCGAGCGGATGATGAAGGTGATGACAAGCCAATACGGCAATGCTTCAAGCGTTCATGCTTTTGGACGGGAAGCGAAGAAGATCGTGAATGGGGCGCGTGATCGAATTGCGTCCCTTTTAGGATGCCAATCGGACGAGCTGGTGTTCACGGCCGGCGGAACCGAGAGCGATAATCTGGCTATACTTGGATTGCTGGAGTCGCTAGGTGTGAAGGGCAAGCATGTGATTACGTCGGCGATTGAACACCATGCGGTGCTTCATACATGCCATGAGCTGGAACGGAGGGGCTGTGAGGTTACCTATGTCCCCGTCGACTCTACCGGGCGTGTCTCTGTGGAGGACATTGCGGGTGCAATTCAGGACAACACAGTGCTTGTCACCATTATGTATGGCAACAATGAAGTAGGCACCGTTCAGCCGATCAGCGAAATCGGCGAGCTCTGCCGCAGCCGGGGCATCGTGTTTCATACCGATGCTGTTCAAGCCTTGGGATCGGAAACGATCAACTGCCGCGAGCTTCCTGTGGATATGTGGAGTTTTTCCGCCCACAAAATCAACGGACCCCAGGGCGTCGGAGCATTGGTTGTCCGCAGAGGTCTCAGCGTATCTCCGCGTCTGTTCGGAGGGCTGCAGGAGAAGAAGCGTCGCGCCGGAACAGAGAATATGGCTGGAATTGCCGGTTTTACAGCAGCAGTGGAATGGACCGTTCATAATATGGAGGCGCGTATCCGGCATTATCGCGAGCTGAGATCGACGCTGCTTGAAGGGCTTCGTCAGGAGATTGGCGAGGATGATTTTGTGATCAACGGAAATTCGGAACATTACCTACCTCACATCCTAAATATCAGCTTTCCCGGTGCCAACACGGAGACGATGCTGATGAACCTCGATATGGAAAGAATTGCGGCGGCAAGCGGCTCGGCTTGTACGTCGGGATCTCTGGAAATATCCCATGTACTCCAAGCAATGAAACTTTCTGATCCTGTTTTGCGCTCCGCGATTCGTTTTAGTTTCGGTTTGGGTAATACTACACAAGAAATGGAGTACACAGCCCAAAAAATTGGAACCATCCTTAATCGGTTACGTAAATAG	MRSVYLDHAASTPVHPEVAERMMKVMTSQYGNASSVHAFGREAKKIVNGARDRIASLLGCQSDELVFTAGGTESDNLAILGLLESLGVKGKHVITSAIEHHAVLHTCHELERRGCEVTYVPVDSTGRVSVEDIAGAIQDNTVLVTIMYGNNEVGTVQPISEIGELCRSRGIVFHTDAVQALGSETINCRELPVDMWSFSAHKINGPQGVGALVVRRGLSVSPRLFGGLQEKKRRAGTENMAGIAGFTAAVEWTVHNMEARIRHYRELRSTLLEGLRQEIGEDDFVINGNSEHYLPHILNISFPGANTETMLMNLDMERIAAASGSACTSGSLEISHVLQAMKLSDPVLRSAIRFSFGLGNTTQEMEYTAQKIGTILNRLRK	PGPT0000065_6147	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-SULFUR_MODIFICATION_PROTEINS,PGPT0000065-nifS|iscS-K04487	NA	NA
JZ016_05831	522			hypothetical protein	ATGAAACTTCAAGAAATGATTGGACTGGCTGTATTCGACGTGGAGAACGGTAAGGAAATCGGCAAAATCCACGATTTTATACTAGATGAGAACTGGTTGATTACCGGGTTGGAGTTGGAAGGCAAGGCTTTGTTTTCCTCGCATGTGAAAAGCGTCTCATGGGAAGATATCGTAGCATACGGGGAAGATGCCGTCATGATCCGGAGCCAAGAGGCTGTCCGCAAGCTGGGCGCCAATGATATACCGCTTACGTACCTTTTGGGCAAGCGCAAACTGAAAGAGATGCAGGTCTTGACAGAGGATGGTATCCTGCTCGGGCGTATATCGGATGTTTATTTTGAGCAGGAACAGGGCAATACAATACTAGGGTTGGAAATATCCGATGGATTTGTCTCGGATTTGATCGAAGGTCGCAAATGGCTGCCTTGCACAGCGGAAATGGCTATCGGCGAAAGTGCCGTTATGGTACCCCCGATGAGCGAACAGCGTCTGGAAAAAGCCATTAATTCTGTGAACGGATAG	MKLQEMIGLAVFDVENGKEIGKIHDFILDENWLITGLELEGKALFSSHVKSVSWEDIVAYGEDAVMIRSQEAVRKLGANDIPLTYLLGKRKLKEMQVLTEDGILLGRISDVYFEQEQGNTILGLEISDGFVSDLIEGRKWLPCTAEMAIGESAVMVPPMSEQRLEKAINSVNG				NA	NA	NA	NA	NA
JZ016_05832	210			hypothetical protein	ATGAAATGTCCAAACTGTAGTTCCAAAGATATTGGGAAAATCGGCTCCCACCAGTTTTATTGCTGGGGTTGCTTTATCGAATTGACAGTCAACGGAGAGAAAATGTCCGTATACCAGGTAGAAGAGGATGGGACGCTCAGCTCGCTGGATGATTTGTTCTTCGGTGATGAAATGCAGCCGGATTTCCCTCCTATGCACGCGTCTTCCTAA	MKCPNCSSKDIGKIGSHQFYCWGCFIELTVNGEKMSVYQVEEDGTLSSLDDLFFGDEMQPDFPPMHASS				NA	NA	NA	NA	NA
JZ016_05833	1068	yhhT_2	COG0628	Putative transport protein YhhT	GTGGAACAGCTGACCGAAAACAAATGGTTTCGATTGTTGGTATGGTTAATGCTCGGACTCATCTCTCTTTACTTTGTCTGGCTGCTGCGTCCGCTGTTTCTGGATGTCTATCGATTTCTCAAAGCTGTCCTGGCGCCATTTCTGGTTGCCATGATCATATCTTATGTGCTCAATCCGGTTGTATGCATGCTCTCTGACCGCAAAGTTCCGCGGAGCATGGCGGTGCTGCTCATTTATGCCGTCTTTCTCACGTCGCTTGCCGTCATTCTGATGAACATGATTCCGATGCTGATTCGACAGCTGGAGGAGCTCAACGAGCACTTGCCTGAATTAACGATGAACGCCCAAAGCTTGATGACCAATCTGGACAGCAGGCTGCTGCCTCCGGGAGTAAGGACAGGCGTCAACAGCTGGTTCTTGCAGATGGAATCGAGGCTGGCCGGAGGGATCTCGGATTTCATGGACAATATCGGCAACACGATTAATATCCTGTTTAACGTGTTAATTGTTCCATTCTTGATCTTTTACATATTAAAAGATTTTGAGGTGTTCCAGCGAACCGCAGTATCCTATCTGCCGCGGAGCCGCCGGAAGTCGATTGTTACGCTGCTTAAGGAAATCGACACGGCTCTTGGAAACTATGTTCGCGGACAATTCCTGGTATGCTTAATCATCGGCGTACTGGCTTATGTAGGCTATATGATCGTTGGTATGCCTTACGCACTGCTGCTGGCAAGCATCGTGGCGGTGTTTAACATCATTCCGTATTTGGGCCCTTTTCTCGGGGCGGCTCCTGCGCTTGTGATGGCGTCCACGATTTCCTGGAAGATGGTGCTGCTGGTGGTGGCCGTTAATATGATCTGCCAGACGCTGGAGAGCAACATCATTTCGCCCCAAGTGGTGGGGAAAAAGCTGCATATGCATCCGCTCCTGATCATTTTTGCGCTCCTTGTCGGCGGTCAGATCGCAGGAACCGTGGGCTTGATTTTGGCTGTTCCCGTCTTTGCCGTCATCAAAGTGCTGCTGCAGCATTTTTTCGCTTATTATGTCAGAAGGAAATCCGGTTGA	MEQLTENKWFRLLVWLMLGLISLYFVWLLRPLFLDVYRFLKAVLAPFLVAMIISYVLNPVVCMLSDRKVPRSMAVLLIYAVFLTSLAVILMNMIPMLIRQLEELNEHLPELTMNAQSLMTNLDSRLLPPGVRTGVNSWFLQMESRLAGGISDFMDNIGNTINILFNVLIVPFLIFYILKDFEVFQRTAVSYLPRSRRKSIVTLLKEIDTALGNYVRGQFLVCLIIGVLAYVGYMIVGMPYALLLASIVAVFNIIPYLGPFLGAAPALVMASTISWKMVLLVVAVNMICQTLESNIISPQVVGKKLHMHPLLIIFALLVGGQIAGTVGLILAVPVFAVIKVLLQHFFAYYVRRKSG				NA	NA	NA	NA	NA
JZ016_05834	2628	alaS_2		Alanine--tRNA ligase	ATGAAAGCTAGTGAAATCCGTTCCAAATGGCTAGAGTTTTTTGCAGAGAAAGGCCACAATATCGAGCCAAGTGCATCGCTTGTTCCGCACAATGACCCGTCCCTGCTCTGGATTAATGCAGGCATGGCTCCGCTCAAGCCTTATTTTGACGGGCGTGTGAAGCCGGAGAATCCGAGAATTGCGAATTCGCAAAAATGTATTCGCACCAATGATATTGAGAATGTCGGCAAAACCCGTCGTCACCATACATTCTTCGAAATGTTGGGCAACTTCTCCATTGGGGATTATTTTAAAGAAGAGGTTATCACCTGGGCTTGGGAGTTCCTGACGGACAAGAAATGGATCGGCTTCGATCCAGAGAAACTGTCCGTTACCGTGTATCCGGAAGACGAGGAAGCCTTCAAATTGTGGAATGAAAAAATCGGACTTCCGAAGGAACGCATCATTAAGCTGCAGGATAACTTTTGGGATATCGGCGAAGGACCTTGCGGACCTTGTACCGAGATTTTCTATGATCGCGGTGAAGGATACGACACGGATGCTCCGGAATCCGAAATGTTCCCTGGCGGTGAGAATGAACGCTGGCTCGAAGTATGGAACCTCGTATTCTCCCAGTTCAACCACAACAAGGACGGCAGCTATACACCGCTTCCGAACAAGAACATTGATACGGGTGCGGGACTCGAGCGTTTTGCTTCCATCCTGCAAAACGTAGCGTCCAACTTCGATACCGACCTGTTCCAGCCGATCATCCAGAAGACGGCAGAGCTTGCCGGCGTTAAATACAATGAGAAGACGGAGTACGATATCGCGCTGAAGGTCATTGCAGACCATATCCGTACGGTTGCGTTCGCAGTAGGCGATGGCGTGCTGCCTTCCAACGAAGGCCGCGGTTATGTCATCCGTCGTTTGCTCCGCCGTGCGGTTCGTTACGGAAAGGTGCTCGGGCTGGACAAACCATTCATGTATACATTGACCGGTACCGTAGGCGATATTATGGGCGTATACTATCCAGAGGTCGTTGAGAAGCGCGCCTTTATCGAGAAGGTCATCGCAACGGAAGAAGAACAGTTCCACAAAACGCTCTCCGACGGCTTGAACATCTTGGCTGACGTTAGCGCCGAAGCGAAGAAGCAGGGCAAATCGGTCATCAGCGGCAGCGACGCGTTCAAATTGTATGATACGTATGGCTTCCCGTTTGATTTAACGGAGGATTATGCGTCCGAACACGGATTGACCGTGGACCGTGAAGGCTTTGATGCTGCGATGAAGGAACAGCGTGATCGTGCGCGTGCGGCCCGTCATGAAACGGAAAGCATGAAGATTCAAGGCGGCGTTCTTTCCGATTATACGGTTAAAAGTGAATTTGTTGGATATAATGACACCGTCAGCGAGGCGAAAGTACTCGCCATTGTTTCCGGTGACAGCTTCGCAGACAGCGTCAGTGAAGGCGAGACCTGTCAGGTCATTCTGGACGTTACCCCGTTCTATGCCGAAAGCGGCGGTCAGGTCAGCGACCAGGGGATGATAGAAGGCGGATCCGTTCGTGCCAGAGTGGAAGGTCTTTTCAAGGCTCCGCATGGACAGCATGTGCATTTCGTAACCGTAGAGCTCGGCGAGCTTAAAGTGGGCGATACGGTCAAAGCGCAGGTGGACTCCGCTATGCGCAATGATATCGTCAAGAACCATACCGCCACACACCTTTTGCATAAAGCATTGAGGGAAGTGCTGGGCGATCATGTCAATCAGGCAGGTTCCCTTGTTGAACCGCAGCGTCTGCGCTTCGACTTCTCCCACTTCGGCAGCATTACGCCTGAGGAGCTGGCCGATATTGAGCGCCGCGTGAATGAACAGGTATGGAAGAGCATTCCGGTCGTTATCGAGCGCAAGGCGATTGATGAAGCTAAGGCGATGGGCGCCATGGCATTGTTCGGAGAGAAATACGGAGATATCGTCCGTGTCGTTCAGGTCGGAGATTACAGCATCGAGCTGTGCGGCGGATGCCATGTAGCCAACACCTCCCAGATCGGAATCTTCAAGCTGCTTGGCGAGAGCGGTATCGGCTCCGGGGTTCGCCGCATTGAAGCCGTAACGGGACGTTACGCTTATGAGCATCTGGAAGGCCAAATGGATCTGCTCAAGCAAGCCGCAGGTTTGTTGAAGAGCAATCTTGCGGACGTGCCGAAGCGGATTGAAGGCCTGAACCAGCAGGTGAAGGATCTTGCCCGGGAGAACGAGTCCCTGCAAGGCAAACTTGGAGCGATTGAGGCTAGCCAGTTGACCGATAAAGTGAAGCAGGTCGGAAACACGTCGCTGCTTGCAGCTGAAGTGCAGGCTGGCAGCATGGATGGACTCCGCGGCATTGCTGACGAATTGAAGGGCAAGCTGCCGGAGGCGATCCTCGTGCTCGGCTCCAAAGCAGGCGACAAGGTGAATTTCGTCGTAGCCGTTCCGCAGGATCTGGTGAAGCAGGGCTATCATGCCGGCAAGCTCGTTAAAGAAGTGGCTTCGATATGCGGCGGAGGCGGCGGAGGCCGTCCGGATATGGCGCAAGCCGGGGGCAAGGATGGTTCCAAACTGACCCAGGCGCTGCAGCACGCCGAGGATCTCATAGCCCGGGGCGTGTAA	MKASEIRSKWLEFFAEKGHNIEPSASLVPHNDPSLLWINAGMAPLKPYFDGRVKPENPRIANSQKCIRTNDIENVGKTRRHHTFFEMLGNFSIGDYFKEEVITWAWEFLTDKKWIGFDPEKLSVTVYPEDEEAFKLWNEKIGLPKERIIKLQDNFWDIGEGPCGPCTEIFYDRGEGYDTDAPESEMFPGGENERWLEVWNLVFSQFNHNKDGSYTPLPNKNIDTGAGLERFASILQNVASNFDTDLFQPIIQKTAELAGVKYNEKTEYDIALKVIADHIRTVAFAVGDGVLPSNEGRGYVIRRLLRRAVRYGKVLGLDKPFMYTLTGTVGDIMGVYYPEVVEKRAFIEKVIATEEEQFHKTLSDGLNILADVSAEAKKQGKSVISGSDAFKLYDTYGFPFDLTEDYASEHGLTVDREGFDAAMKEQRDRARAARHETESMKIQGGVLSDYTVKSEFVGYNDTVSEAKVLAIVSGDSFADSVSEGETCQVILDVTPFYAESGGQVSDQGMIEGGSVRARVEGLFKAPHGQHVHFVTVELGELKVGDTVKAQVDSAMRNDIVKNHTATHLLHKALREVLGDHVNQAGSLVEPQRLRFDFSHFGSITPEELADIERRVNEQVWKSIPVVIERKAIDEAKAMGAMALFGEKYGDIVRVVQVGDYSIELCGGCHVANTSQIGIFKLLGESGIGSGVRRIEAVTGRYAYEHLEGQMDLLKQAAGLLKSNLADVPKRIEGLNQQVKDLARENESLQGKLGAIEASQLTDKVKQVGNTSLLAAEVQAGSMDGLRGIADELKGKLPEAILVLGSKAGDKVNFVVAVPQDLVKQGYHAGKLVKEVASICGGGGGGRPDMAQAGGKDGSKLTQALQHAEDLIARGV				NA	NA	NA	NA	NA
JZ016_05835	261			hypothetical protein	ATGGACTCCATAGATAAGACTGTCAAGTTCAATGTAAAAGGTGATGAAAAGGAGGCTTCCGCCCAGGACATTCTACTTTCGGTATACGATTCGCTGGTAGAGAAGGAGTACAATCCGATTAACCAAATCGTAGGGTATCTTTTGTCCGGGGATCCCGCTTATATACCTCGGCACAATAATGCCAGAAGTTTGATCCGGAAAAAAGAGCGAGATGAATTGATTGAAGAACTGGTCCGGTTCTATTTAGCCAGTCACCGTTAG	MDSIDKTVKFNVKGDEKEASAQDILLSVYDSLVEKEYNPINQIVGYLLSGDPAYIPRHNNARSLIRKKERDELIEELVRFYLASHR				NA	NA	NA	NA	NA
JZ016_05836	414	yrrK	COG0816	Putative pre-16S rRNA nuclease	ATGAAGAAGATCATGGGATTGGATTACGGGGACCGCAGAATCGGTGTTGCCATAAGCGACGCGTTCGGATGGACGGCCCAAGGGGTTGAAGTTATCGAGCGCCGCCGTGATGAAGGCGAACTGGACAGAATTGCCGCACTCGTCAAAGATAACGAGGTCGGTGAAATCGTGGTCGGCTTGCCTAAAAATATGAACGGCACGATTGGTCCGCGGGGCGAAATCTGCATGGAATTCGCAAGCACATTGCGAGAGTCCCTATCCTTACCCGTTCACCTTTGGGATGAACGGCTATCAACAGTATCCGCTGAAAGGACATTGCTTGAAGCCGATGTCAGCCGAAAGAAGCGAAAACAGGTTGTAGATAAAATGGCGGCAAGCTTGATTTTGCAAAACTACTTGGATTCTAAAAGGTAA	MKKIMGLDYGDRRIGVAISDAFGWTAQGVEVIERRRDEGELDRIAALVKDNEVGEIVVGLPKNMNGTIGPRGEICMEFASTLRESLSLPVHLWDERLSTVSAERTLLEADVSRKKRKQVVDKMAASLILQNYLDSKR				NA	NA	NA	NA	NA
JZ016_05837	303			hypothetical protein	ATGGCTAATGAGCATATTGGTATGGAAGAAGAACCGGAAATTATTTATATTCCCGACGATGAAGGCAACGAGGAAGAATTCGAAGTCATCATGAAATTCGAAGTGGATGGCTCGGATGCTAAATATATGATGGTCGTACCAAGGGAGTCTGCCGACGAAGAGACAGACGAGGTCTACGCCTTCCGTTATGAGGAAGACGGAGACGACTTGAAATTGTTTATGATTGAAGACGATGAAGAATGGGCCATTGTTGAAGAAACCTTCAATACGCTCGTGGAAGAGCTGGACGGGAGAGACGAATGA	MANEHIGMEEEPEIIYIPDDEGNEEEFEVIMKFEVDGSDAKYMMVVPRESADEETDEVYAFRYEEDGDDLKLFMIEDDEEWAIVEETFNTLVEELDGRDE				NA	NA	NA	NA	NA
JZ016_05838	315			hypothetical protein	ATGATGTCTGATTTTTCGGTTGAGAATATCGTATGGACCCAAGTACTTAAGGAAGCATTCGGTGAGAGTGTCGAGCTTGAGGACGATAAAGGCCATATCGAGGTTTATGATATTGCCGCCGAATTTGAAGTGGATGGTCAAGGGTATGCCATTCTGGTTCAGCCGGATCGAACCGATGAGGAGTACGAGGTGCTTCGTATCGTCAAGGGCGAGGACGGCGGATTGCAGCTGTCAACCATTGACGACGACGAGGAATGGGAGAATGTGTCAGAGCTCTATGATGAGCTGACGTTTCCCGAAGGAGACGAGGATTAA	MMSDFSVENIVWTQVLKEAFGESVELEDDKGHIEVYDIAAEFEVDGQGYAILVQPDRTDEEYEVLRIVKGEDGGLQLSTIDDDEEWENVSELYDELTFPEGDED				NA	NA	NA	NA	NA
JZ016_05839	1044	mltG_2		Endolytic murein transglycosylase	TTGAAGAAACTGGCAATAGCAGTATTGGTCCTGATCCTCCTTGCGGGCGGGGCCGTATTTTACGTATGGAATGGTTTACAGCCCGTTCAAAGCTCGGAAACTCCCGTCGAATTCACCGTGGAGTCCGGCATGAGCACGTCCTCTATCGCCGATCTGCTTGAGGAAAAGGGACTGATCAAGAATGCCCTTATACTTAAAGGTTATTTAAAGCTTAGCGGGGAAGGAAGCCGTCTGATGGCAGGAACCTATGAGGCAACCCCAGGCACTCCGTTCAAGGAACTGTTATCAAAGATGAACAAAGGCGAAGTGAAGCCCGAGGAGATGGTTCGTTTCACGATCCCTGAGGGATATACGATCCTTCAAATGGCGGAGACCATCGCTCAAGAGAGCGGAATCGATGAGAAGGAATTCTTGAAAGTTGTGGATCAGCCGGCCGGCTGGGATGTTCCGATTGCTGGAGAAATTCCCCAGGAGGCAGACCTCAGGCATCATCTAGAGGGATACTTGTTCCCTGCGACCTATAATCTGCCGAAAAAGGATATTACGGCAAAAGGTATTGTAGAAACCATGCTGAAAGAAACGGAGAAACGTTTGGCCGAAATTCCGGATTGGGAGAGTCAATTGGAGGCTCGCGGCGTAACGTTCCATGAACTCATGACCATCGCTTCGCTGGTGGAGCGGGAAGTGGTTGCAGATCAGGAGCGTGCCCTGGTGGCTGGCGTTATATATAATCGATTGGAAGAGGACATGAAGCTGGAAATCGATGCAACCGTACAATATCTGTTGGATAAACCGAAGGAACGATTGCTTTATGCCGACCTTGAGGTTGAAAGCCCGTATAACACATATCGTCAAAAGGGTCTGCCGCCTGGCCCGATCTCGAGCCCGAGCCTGGAATCGATTCAGGCTGCTTTGAATCCGGAGAAATCCGATTATTTGTTCTATGTAACAAAGAAAGACGGTACACAAGAGCATCTGTTTGCCAAAACGTATAAAGAGCATTTGAAGAATATCGAGACCAGCAAGAAGATGGCACAACAATAA	MKKLAIAVLVLILLAGGAVFYVWNGLQPVQSSETPVEFTVESGMSTSSIADLLEEKGLIKNALILKGYLKLSGEGSRLMAGTYEATPGTPFKELLSKMNKGEVKPEEMVRFTIPEGYTILQMAETIAQESGIDEKEFLKVVDQPAGWDVPIAGEIPQEADLRHHLEGYLFPATYNLPKKDITAKGIVETMLKETEKRLAEIPDWESQLEARGVTFHELMTIASLVEREVVADQERALVAGVIYNRLEEDMKLEIDATVQYLLDKPKERLLYADLEVESPYNTYRQKGLPPGPISSPSLESIQAALNPEKSDYLFYVTKKDGTQEHLFAKTYKEHLKNIETSKKMAQQ				NA	NA	NA	NA	NA
JZ016_05840	933	rlhA	COG0826	23S rRNA 5-hydroxycytidine synthase	ATGAGTATCAAACCTGAATTATTGGCAGCAGCCGGGTCTCTGGCTGATGCCGCTGCTTACCTGGAAGCGGGAGCCGACGCACTGCTCGTTGGCGAGGATCGATTCGGCATGAGACTGCCTGGCAGTCTGACATTGGATGAAATAACCCAAGTCGTACATCTTGCTCATGAACGAGGAAGCAAAGTGTACGTCAGCTTGAACAACTTGATGACAAATGATTTGCTGCCCGAGCTACCTGCCTATGTTAAGGCGCTCGGAGAAATCGGGGTAGACGCGGTGGAATTTAACGATCCATCCGTACTCACTACCGTAAAAGAGCTGGCTCCACAGGTAAAACTTCATTGGAACGCAGAAATGACCGCCACCAACTATTCAACGGCCAATTACTGGGGAAGCAAAGGCGCCTCCCGGGTTATTCTTGCGCGTGAATTAAATATGGACGAGGTAACCGACATGAAGCCGCAGCTTCAGCTGGAAGCACAGGTTCAGGTTCATGGCATGACCAACATCTATCATTCCAAGCGGCGCCTGGTGAACAGCTATATGCAGCAGCAGGGCAGACCGGTGCATGAAGGCAGCCTTGGCAAGGAGCGCGGTTTGTTTCTCATTGAAGCTGAGCGTCAAGAAGAGAAATATCCGATCTATGAAGATATCAACGGAACCCATATTATGAGTTCGGAGGATATTTGCATTCTGGAGGATTTGCATCTGTTAATGGCAGCAGGCATGGACAGCTTTAAGGTTGAGACGCTGCTGAAGCCGCGGCATTACAATGAGCTGGTGATTCGAACCTATTGCCAAGCGATTGATTTATATGCTGCAGATGCATCCACTTATGCTTTTCAGGAAGAGTGGATGGACGGAATTCGCGCGATTCAGGATCCGGAACGTGAATTGTCGTTTGGATTTTTCTATAAGGAACAAGTTTATTAA	MSIKPELLAAAGSLADAAAYLEAGADALLVGEDRFGMRLPGSLTLDEITQVVHLAHERGSKVYVSLNNLMTNDLLPELPAYVKALGEIGVDAVEFNDPSVLTTVKELAPQVKLHWNAEMTATNYSTANYWGSKGASRVILARELNMDEVTDMKPQLQLEAQVQVHGMTNIYHSKRRLVNSYMQQQGRPVHEGSLGKERGLFLIEAERQEEKYPIYEDINGTHIMSSEDICILEDLHLLMAAGMDSFKVETLLKPRHYNELVIRTYCQAIDLYAADASTYAFQEEWMDGIRAIQDPERELSFGFFYKEQVY	PGPT0021005_3244	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021005-PUTATIVE_PROTEASE-K08303	NA	NA
JZ016_05841	1344			hypothetical protein	ATGGAAGCAATGGCACAGCCAAAGTACAAGGGCAAACGCTATCGCCTGGACAAGCCGGAATTGCTCGCCCCGGCGGGTAATCTGGAAAAACTGAAATTTGCGGTGCATTATGGCGCCGATGCGGTATACATTGGGGGCCAGAAATACGGGCTTCGTTCAAATGCGGACAATTTCAGTTTTGAAGAAATGAAAGAGGGCGTGGAGTTCGCCAAGAAATACGGCGCCAAAGTATTTGTGGCAACCAACATATATGCGCATAATGAGGACATTGAGGGAATTGAAGCCTACCTGCGAAGTTTGGAGGAAGCAGGCATTGCGGCAATCATCGCCGCAGATCCGGCAATTATTGAAGTGGCCAAACGTGCCGCGCCCAAGCTCGAAGTTCATCTGAGCACACAGCAATCCACGCTGAATTGGCAGGCCGTGAAGTTCTGGAAGGATGAAGGATTGCCGCGGGTTGTACTTGGACGCGAGGCGAGTCTGGAGGAAATCGCGGCGATTAAAGAGCATGTCGATATTGAGATTGAGGCCTTTATCCATGGCGCGATGTGCTCCTCGTTCTCCGGTCGCTGCGTGTTGTCCAATCATTTTACGGATCGTGATTCCAACCGGGGCGGATGCTGCCAATCCTGCCGTTGGAAATACGATTTGTTTGTGGATGGAAGAGAAGAGCAAGGCCAGTGGGTATCGGAAGAGCAGCAGTTGATGGAACAGCCGGCCCCTGCTCCGTCCCCATTCAAACCGGGCGTTACGCAGATCCCGTTGTTCCAGCCGGAAGACAACCAGTTTACGATGGGGTCGAAGGATCTCTGCATGCTCGAGCATATTCCGGATCTGATTGAGGTGGGAATCGACAGCTTCAAGATTGAAGGACGGATGAAGTCGATCCATTACGTAGCGACTGTGGTTAATGTATATCGACAGGCGATTGATTCCTATATGGCTGACCCTGATCATTATGTATTGAAGCCGGAATGGATCGAAGAAATTAATAAAGCGGCCAATCGACCGCTGAATACCGGGTTCTTCTATGATACACCGGACCATGAGGATCATATCTATGAACCCGAAGAGAAGGCGGTCCCTTATGACTTCGCCGGCCTGGTGATGGACTATGACGAGAAGTCGGGAACGGCTGTCATTCAGCAGCGGAACCACTTTAAGCCAGGGGATGAAATCGAGTTTTTCGGACCGGAAGGAACCTTCTTTAAGCAGGCAGTTGGTCCTATTGAGGATGAGAACGGCAGTGAACTTGATGCAGCTCGCCATCCTTTGCAGCTCATTCGCATGAAGGTGGATCAGCCGGTGCGCCATTTTGATATGATGAGAAAGCGTAAAGGGTAA	MEAMAQPKYKGKRYRLDKPELLAPAGNLEKLKFAVHYGADAVYIGGQKYGLRSNADNFSFEEMKEGVEFAKKYGAKVFVATNIYAHNEDIEGIEAYLRSLEEAGIAAIIAADPAIIEVAKRAAPKLEVHLSTQQSTLNWQAVKFWKDEGLPRVVLGREASLEEIAAIKEHVDIEIEAFIHGAMCSSFSGRCVLSNHFTDRDSNRGGCCQSCRWKYDLFVDGREEQGQWVSEEQQLMEQPAPAPSPFKPGVTQIPLFQPEDNQFTMGSKDLCMLEHIPDLIEVGIDSFKIEGRMKSIHYVATVVNVYRQAIDSYMADPDHYVLKPEWIEEINKAANRPLNTGFFYDTPDHEDHIYEPEEKAVPYDFAGLVMDYDEKSGTAVIQQRNHFKPGDEIEFFGPEGTFFKQAVGPIEDENGSELDAARHPLQLIRMKVDQPVRHFDMMRKRKG	PGPT0021005_1700	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021005-PUTATIVE_PROTEASE-K08303	NA	NA
JZ016_05842	2175			hypothetical protein	ATGTCAGAAGTTGAGCAGCATGATAAGAAGCCGAAAAAGGGCAAGAAGCCCGGGGGTATCAAAGAGAAAAAGGAAAAATCTTCGGCATCAACAGGGATACATACTGCCAAGTCGTTTTTTTCAAACGTGGGAACGGCTATAAGCCGGATGCCGATGAACCCGGCGAAATCCGTCGGAATTCGATTGTTCCTGATCTTTTTGTCAGCGATTGTATTTTTTGTGATCGTCTTGGGTTATCTGTCCTACGATAAGGCGAAGAGCACGATTGAGAAGAATGCTGCAAACGGCAATCAGCAGACGATCATTCAAACCTCTGAGAAAATCGACATCATTCTGGAGAAGTACGAGAATGCCGGTAGACAAATCTTCTATGACATTGAATTGCAGAAGTTGTTGTCTGAATACACGGATAAAAAGTTAAGCGATTACGACGCGTTTACGGTGGAGCGCAGCATTCGGGATAAACTATCCAATCAGATTACATCGGATTCGTCGATCCGAGCCATTTATTTGATTCCTACCAAGAGTGAGAAGATCATATCGGCAGGTCAAGCCTCAGAGTCTTCGAAAACCGTCCTTGAGCAAAGCTGGTATACCGAATTGAAGGAAGGCGACAAGAAGATTATGTGGCTGCCAACGATGCAGAACAGCGGGGCACCATATTTCACGATTGCCCGTTCTTTAGGGTCTATGAACGATCTGACTTCAACGTATGTGGTGATGTTTGAACTTAACGCCTCGGTACTGGATACGCAGCTGAAGGGAATCAACCTGGGCGAGAACGGCCAGCTGCAATTGATCAGTCCGGAAGGCATCGTTGTTTCCTCCAGCGAGTCCTCCATTGTAGGTTCGGAAACCGCTTGGACGTTTGCGAAGGAATTTCCGGCCGACACCAAAACGGATGACGTAAGAACGAAGGATGAGGAAGGAAGAAATGTGCTGGCGGTTTATAATACGCTGAACACCAACGATTGGAAGCTCGTAGGATCTGTCCAAACCAGCGAGCTGACGAAGGATGCATCAAGCATACTGGTCATCACGCTTATCGTGGCTGCCATCGACGTTATTTTTGCCATTCTGATCGGGATTTGGATGGTAAGAATGATTGCCCGTCCATTAGGCAAGCTTAACCTGTTGATGAAGGAAGGCGCCAAAGGCAATTTGAATGTTCGCACAGACCATAAGAGCCAGGACGAAATCGGTCAGCTCTCCGCAAGCTTTAACGATATGATGGAGCAGATTACCGGACTCGTTCAGCAAACGAGCAATACCGCTCAGGAAGTGCTTAGAACGGCAACCGAGTTAAGTGATGCCTCGAAGAAGACGGCTATTTCCGCCAAAGAAATTGCCGTAGCGACCGAGGAAATTGCCAACGGTGCCAGCAGTCTGGCGGTTGAAGCCGAGCGCGGCAGCGATCTGACCAACAATATCTCGAAGCAGATGCAAATGGTCGTTTCAGCCAACGAAGAGATGGGCAAATCGGCCCGTCACGTGGAAAGCGCGAGTGAGCTTGGAACGAAGCATTTGAGCGACTTGCTGGATAAGACCCATCAGACTGAGGATATGACCCGTTCCATGATGCACAAGGTTGATGGCTTGAAGGAGACAACCTCCTCGGTTGTCAAAGTGCTGGACGTACTTCAGAATATTACAAAGCAAACGAATATCCTTTCATTGAATGCAACAATCGAGGCTGCCCGTGCTGGGGCGGCTGGTAAAGGCTTTATGGTCGTGGCCGATGAGATCCGCCAGCTGGCAGACCAATCCAGGCAGTCCATTGATATGGTGAGCCAGATTACAGACCGGATCATGACCGAGATGAATGAAACCGTCCAGGTATTGCTGGATGCGAATCCTCTCTTCAAAGGTCAGATGGACGCTGTTAAGGAAACAAATGATATCTTCGTATCCGTTCAGCAGCAGATGGTCGATTTTATCGAATCCTTGGATTCGGTAACGCATTCGATTGATGAACTGAATGAATCTCAGAATGTACTTTCGGAAGCGATGAGTAATGTGAGCGCGGTAGCGGAAGAATCCTCCGCAACTTCGGAAGAGGTAGCTTCTCTCTCTACAGAGCAGCAAAGCGTCAGCAGTCAGCTGGTTAATCTATCATCGCAGCTGGAGAATGTATCGAATGACCTGAAAGAGACCTTGTCTCGTTTTAGACTGTAA	MSEVEQHDKKPKKGKKPGGIKEKKEKSSASTGIHTAKSFFSNVGTAISRMPMNPAKSVGIRLFLIFLSAIVFFVIVLGYLSYDKAKSTIEKNAANGNQQTIIQTSEKIDIILEKYENAGRQIFYDIELQKLLSEYTDKKLSDYDAFTVERSIRDKLSNQITSDSSIRAIYLIPTKSEKIISAGQASESSKTVLEQSWYTELKEGDKKIMWLPTMQNSGAPYFTIARSLGSMNDLTSTYVVMFELNASVLDTQLKGINLGENGQLQLISPEGIVVSSSESSIVGSETAWTFAKEFPADTKTDDVRTKDEEGRNVLAVYNTLNTNDWKLVGSVQTSELTKDASSILVITLIVAAIDVIFAILIGIWMVRMIARPLGKLNLLMKEGAKGNLNVRTDHKSQDEIGQLSASFNDMMEQITGLVQQTSNTAQEVLRTATELSDASKKTAISAKEIAVATEEIANGASSLAVEAERGSDLTNNISKQMQMVVSANEEMGKSARHVESASELGTKHLSDLLDKTHQTEDMTRSMMHKVDGLKETTSSVVKVLDVLQNITKQTNILSLNATIEAARAGAAGKGFMVVADEIRQLADQSRQSIDMVSQITDRIMTEMNETVQVLLDANPLFKGQMDAVKETNDIFVSVQQQMVDFIESLDSVTHSIDELNESQNVLSEAMSNVSAVAEESSATSEEVASLSTEQQSVSSQLVNLSSQLENVSNDLKETLSRFRL	PGPT0015710_2751	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_EXCLUSION,PGPT0015710-mcp|tlpC|tlpA|dcrA-K03406	NA	NA
JZ016_05843	1509	gerBA_6		Spore germination protein B1	TTGAATACAAGGCAGCCTGGTTATACACCTGAATTCCTGTCAACGAATCTTAAGGAAAATCTGACAACATTTAGCTTGTTACTCAACGATCCTAGCGACCTTACCACGAAAGTGCTGCAGGTTGGAGGGAGCACTTATACCTCTGCCATTGTCAGCCTCGAAGGGTTATCTGATCAATTGTTGATTAAGGAGCAGATAATCCAGCCGATCCAGCAAAATCAGGAGCTTTCCCAGGAATCCATGATAAGTGCTCATATGATGCTGCACGAGATTGAGAATCGGATGATATCGCTGCAGATAACCAATCGTACAAGGCGATGGGATGAGGTGATTCCTATCATACTCTCGGGCGATACCGCTTTAATGCTGGAGGGGACGGATGAAGTCTTACTGATCAAAAGCCGGAAGTGGCCGGCACGCAGCATTGAGGAGCCTCAAACCGAAGCGTTGGTTCGCGGGCCGAGGGTGGGATTCACGGAGAGCATTTACACGAACATATCTCTATTGCGAAGACATATTCGGGAGCCTAATCTGACGATCGACACGCACATCATCGGCAGACGATCCAATCAATCCCTTGCGGTCATCTATATTAAAGGCCTGACGAATCCCGATCTAATCGAAGAAGTGAACCGCAGGCTGAAGTCACTGGATCTTGATTATGCTCCTGAATCCGGGACGGTAGAGCAGTGGATTGAAGACAGCTTTTTATCGCCGTTTCCGCAGATCCTGAATACCGAACGACCTGATAAAGTGACATCTGCCTTGCTGCAAGGAAAAGTAGCGGTTTTGCTGGATGGTACACCCTTTGTGCTGCTTCTACCGTTTACTTTCGTTTCTCTGTTGCATTCGCCAGAAGATTATTATGAACGATGGAGCATTGGCTCGCTTATACGCTTGCTGCGCCTGGCGGCTATCGGAATTACCTTGTTTCTACCCGCGCTGTATATTGCTATTCTGTCTTTCCATCCAGGGATGATTCCGTTTAAGCTCGTATTCTCGATTGCTGCCTCCCGGGAAGGTGTACCTTTCCCTGCTGTGATCGAAGCCTTACTGATGGAGGTTACACTGGAATTGCTGCGTGAAGCGGGAATCCGCCTACCGAAGCCGATAGGTCAGACGATTGGTATTGTCGGAGGACTTGTAATAGGGGAGGCTGCGGTTCAGGCTGGGATCGTGAGCCCGATTATGGTTATCATTGTGGCCCTGACAGCGATATCGTCTTTTGCCATTCCATCTTACAGCGCAGGCATATCTTTTCGAATGCTGCGCTTTGCAATCATGATTGCTGCAAGCTTTCTGGGACTGTACGGGATCGTGTTGACTTTTATCATGATCTGTATCCACTTGATGAGGCTGCACACTTTTGGAATCCCTTATCTCAGTCCCGTTGCACCCTCTATTCAGCATGATTGGAAGGATATGTTTATCCGCGTGCCGGTGACTTGGCTTACGCGCAGACCTTTATTTATGAAGCCCCAAGACATCCATCGGGCAAAAAAGCGGTGA	MNTRQPGYTPEFLSTNLKENLTTFSLLLNDPSDLTTKVLQVGGSTYTSAIVSLEGLSDQLLIKEQIIQPIQQNQELSQESMISAHMMLHEIENRMISLQITNRTRRWDEVIPIILSGDTALMLEGTDEVLLIKSRKWPARSIEEPQTEALVRGPRVGFTESIYTNISLLRRHIREPNLTIDTHIIGRRSNQSLAVIYIKGLTNPDLIEEVNRRLKSLDLDYAPESGTVEQWIEDSFLSPFPQILNTERPDKVTSALLQGKVAVLLDGTPFVLLLPFTFVSLLHSPEDYYERWSIGSLIRLLRLAAIGITLFLPALYIAILSFHPGMIPFKLVFSIAASREGVPFPAVIEALLMEVTLELLREAGIRLPKPIGQTIGIVGGLVIGEAAVQAGIVSPIMVIIVALTAISSFAIPSYSAGISFRMLRFAIMIAASFLGLYGIVLTFIMICIHLMRLHTFGIPYLSPVAPSIQHDWKDMFIRVPVTWLTRRPLFMKPQDIHRAKKR	PGPT0025115_181	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025115-yndD-K06310	NA	NA
JZ016_05844	1107	yndE_8		Spore germination protein YndE	ATGAACAATAACCAGTTAAGCAATCAATCGATTGGCAGTAAAGAGATTGTATATTCTGTTAGTAATATGTTGATAGGACTCGGAATCCTTACGCTCCCTAATACGATTGCAAGGAACACCCATTTTTCGGATGGCTGGATGTCGATCATGCTTGGGGGCATGATCGCTCTTGGATTTGCATGGGCGATCGGGGCGTTGGCTTCAAGGTTTCCCGGCAAAAATTATCATGCGATGGCAACAATCATCCTGAATCGAAAAGCAGCCCATGTGGTGACGCTGCTGATCAGTTTATACCTATTGTTGTTTGTCAGTTATCAAGTGCGCGGGGTTTCCACCATCACAAGACTATATCTATTTGATAACACGCCGGAGGAAATCATCGGTTTAGTTTACTTACTGGTGCTCATTTACGCAGCCGCAGGGCCGAGTATCGCTTTGGTACGCCTGAATCTGATTTTTTTCCCCATTGTCCTATCGATCATGCTGCTGATCGTAATTTTGAATCTCGGAAGTTTAAACATGCATTATCTGCTGCCTGTGTTGAAAACCGACTGGAGACGAATCGTTATCACTTCAAAGGATACGGTATTCTCCTATTTAGGGCTCGAAATTATGCTGTTTTATAACATTTACGTTGTCAGGAAAAGCAAGCTTCTCGGTTCCGTCTTCCGGGGGGTGTTAATACCCATCTTTATCTACTTCATTATTTTCGTTTTTGTCATTGGCGTTTTTGGACCGATCGTGGTCTCCAATACATTGTATCCGTTAGCGGAATTGGCTAAAGAGGTTGAGGTCCCTGGGGGTATATTTGAACGGTTTGAATTTTTCTTTTTTGTCATCTGGTTGATGACGTTATTCAGCACGAATGCGATGGCGTTTGATGTAGCTTTACTGGCACTGGAATCCGTTTTTCCGAAATATCGCAGATTTACGATGATCCTCATTCTGGCACCAATCCTGTTCATCCTCGGTTTATTGCCAAGCACGCTCCGGGAGCTTAACGTAGTTGCCGAATGGATCAGCTATATGGGTATCGGATTCGCATGGGTGCTTCCGGCTCTGCTGTTCTTGGTGGCCAAGATACGGGGGGTGAAGGGCAATGGCTAA	MNNNQLSNQSIGSKEIVYSVSNMLIGLGILTLPNTIARNTHFSDGWMSIMLGGMIALGFAWAIGALASRFPGKNYHAMATIILNRKAAHVVTLLISLYLLLFVSYQVRGVSTITRLYLFDNTPEEIIGLVYLLVLIYAAAGPSIALVRLNLIFFPIVLSIMLLIVILNLGSLNMHYLLPVLKTDWRRIVITSKDTVFSYLGLEIMLFYNIYVVRKSKLLGSVFRGVLIPIFIYFIIFVFVIGVFGPIVVSNTLYPLAELAKEVEVPGGIFERFEFFFFVIWLMTLFSTNAMAFDVALLALESVFPKYRRFTMILILAPILFILGLLPSTLRELNVVAEWISYMGIGFAWVLPALLFLVAKIRGVKGNG	PGPT0025120_167	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025120-yndE-K06311	NA	NA
JZ016_05845	1152	gerBC_7		Spore germination protein B3	ATGGCTAAAATGCTTCGGATGCTGATGTTATTCATGCTGGTATGGCCTTTGGCAGGCTGCTGGGACCGCATAGAAATCGAGGAGCGTGGATTTGTGGTAGGAACTGCCCTTGATGAGGCAGAGAATGGACAAATTAAGCTTACGTTTCAAATTGTCGTGCCTACACAGATGAAAGGGTCCAGCGGTCAGAAGAATGAGGGTGGGAGCCCTTTTATCAATCTATCCTCAACCGCGGACAGCGTATTCAAGGCTGCACGGAAGATGTCGAATGAGATCAGCCGCTCTCCTTATCTTGCCCATAACCAAGTGATCATCATCTCGGAGAAACTGGTTGAAACGGAGCACGTTGGGGATGTACTGGATTTATTCGTCAGGGATCCGGAGAACCGAAGAGCATCTAATATTATGGTCTCTCATGGAGAGGCGAGCAAGATACTGGAAACCCATTCGAAGATTGAAACCTTGCCTGCGCAATATATTCGTTCAACGCAAGAGAATAAGGATAAGAGCGAATCCATCACGCCTCCTACAAATATTGGTGAACTGCATCATTTTCTGCTATCCAAGTCCAGTTATGCCCTACCTAAGATTTCCATCACGGAGGATGACAGAATATCCACCAGTGGCGCCGCAGTGTTTAACGGTGAGAACTACGAGTTCAAGGGCTTTCTGGACCAGGATGAAACCACGGGCCGTAATATGATCCAGGGAACGGTCAAAACAGCATCATTGGAACTGGTTGTTCACGGCAAACAGCTTGTTTATGAAGTCAAGGAGTTCAACCGGATCATTCGCGTCCATCTGGACGATCGGGGACTTCCTGAATTTGATGTTGAGATTTCGGTCAGAGGAAATATTGGAGAATCGGAGCTGGATCAAGGCGAAAACGTTCGTGAATTAAACGGAGAGATCAAACGCAAAGCCGAGCAACGGATCAAGCAAATTGCCATGGACGTTATTCTTAAGGCGCAGAACGAATATAAAACCGACTTCCTGGGGTTTTGGAAAAAATGCCAAGAAAGGGAATATCGCACATGGGTGCGTTACGAGAATGACTGGGACCGTGGCCAATCTATATTTTCGCAATGCAAGATTCATGTGAACGTTGACGCAAAAGTCAGAACCATTGGAACCGTTACCGGTACCGAATAA	MAKMLRMLMLFMLVWPLAGCWDRIEIEERGFVVGTALDEAENGQIKLTFQIVVPTQMKGSSGQKNEGGSPFINLSSTADSVFKAARKMSNEISRSPYLAHNQVIIISEKLVETEHVGDVLDLFVRDPENRRASNIMVSHGEASKILETHSKIETLPAQYIRSTQENKDKSESITPPTNIGELHHFLLSKSSYALPKISITEDDRISTSGAAVFNGENYEFKGFLDQDETTGRNMIQGTVKTASLELVVHGKQLVYEVKEFNRIIRVHLDDRGLPEFDVEISVRGNIGESELDQGENVRELNGEIKRKAEQRIKQIAMDVILKAQNEYKTDFLGFWKKCQEREYRTWVRYENDWDRGQSIFSQCKIHVNVDAKVRTIGTVTGTE	PGPT0025125_178	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025125-yndF-K06312	NA	NA
JZ016_05846	150			hypothetical protein	ATGGACCTTCGCTATGACCTTTTGTTAAATCCGCTTGTTGTGATATGCACACTCCTGCTCATCATTGTTCCGTTCACCCTATTCAAAATAAATCAGTATTTGCACAAATATGGTGACCCGCCCTGGAAGCAGCCAAAGAAACCGGATTAA	MDLRYDLLLNPLVVICTLLLIIVPFTLFKINQYLHKYGDPPWKQPKKPD				NA	NA	NA	NA	NA
JZ016_05847	1791	pbpI	COG0768	Penicillin-binding protein 4B	ATGAGGCTTATCCGCAATAAGCGAATTACATACGGATGGCTAATACTCACGCTTTTAATCGCCGTATTGACGCTGCGCCTTGCATGGGTGCAGCTTGTGATGAAGCATCAGCGCGTTCCCGGCAGCCGGCATACGATGGTAGAGGCATCGCTGATCCAGAGGGAGCGGGGCCTTGTGCTGGATTCGGGTCGCGGTCATTTTACGGATCGGAACGGAAAACCGCTCACGGGCAAACTTATCTGGGCAGCCGTGATGTTTCCTGCTGGCGAGCAGGAACTAAAGAACTCCCATCATCAGTTAGTGAAGCTGGCCCGTATACTGGGAACAAATAAGGATCATTTGATACAGACCTGGGGTAAGTTAAAGGAACCAGAATTGTGGCATGGGGACAAATCCCTCATTCCTCGTTCCTTAACCAAAGATGAGATTGCGCAGATTCAAGAGCTTGAACTACCGAAACTCAAGGTTCTTCCCTATGAGCAGCGATACGGCAATCGCCAATCGGGAATGCAGTGGCTTGGTTTTGTGTCCGGTCAGCGTAAGGAAAGCCTGTTCTTTGACGATTATCCAGTGGTTACCGGAACCAGTGGATTGGAGAAAACGATGGATTCGTTGATACGGGGGGAAGGGCCGACCATTGTCTATTTTCCGGTTAACAGTACTAATGAAGTCATTCAGGATATCAAGCCCATGGTGAAGGCGCCTGACAATCGGTACTATCCATTACGGATATCCACCACGATTGATATCGATATTCAACAAGGGATTGAGGCTATAACGGAGAAAGCGGGCATGAAAGAAGGGGCGGTTGTTGTGCTGGATGCCCGCAATGCGGATATCGTGGCCATGGTTTCAAGACCATTCTACAATCCGGAGCAGATTCACCCGAAGGATGGTCAGTGGGAGAATCGCGGGTTGAAGGCAGCCACACCAGGGTCCATCTTCAAGCTGGTCACGGCTGCAGCCGTACTTGAGCATGGTTTAAGCTCTGAAGGAGAACATTTCCATTGTGATGGCGAATACGGTAAGTTCGGAATGTCCTGCTGGAAAAAAGGGGGGCATGGAACGATTGATCTTCGTGAAGGCTTCGCGGAATCATGCAACGTCGTATTTGCTACACTTGCAGAGAGACTGTCCGCTCAGCAAATGGCAGAGGCGGCCTCTGCACTGGGATTCGGGCAAACGGTAGGCTGGAAATCCCAGCAGTTTCTAGGGCTTCGTTCTTTTGCGCCATTGGATCATGAAGAGAAGGGTACGGTATTTTCCAGCTTGGCGGACGCCTCTGATGCGGGTGTTAGAGTCCAGACTGGCATAGGTCAAAGGGACACTGCCGTATCCCCGCTGCAAGCCGCCAATGCGATGGTAACGCTGCTACATGGCGGGGTGAAGACCCAGCCCCGTATTTTACAGCAGATCCGGTATGCTAACGGGCAATTGCTGCAAGATACGGATCCTTTAAAGGAACGAACATCTGGAAAAGGTATTTCCCGGGAAACCTCTTCCATTCTGCTCGAGTGGATGGAGAATGTTGTCGAAGAGGGAACAGGCAGCTCATTAAAAAATCGCATATGGACTCTTGCAGGTAAATCCGGTACGGCCCAGGTAACAATGAAAGGCCGTGCCCGAAACAACCAGTGGTTTGTCGGGTACGGCCCAGTGGAGAAGCCACGTTATGCCGTGGCTGTATTGGTTGAGAATCGGAACCCGAACAGCAGCAATCAGGCAACCGACATATTCGGTCAGGTTTCCGATTTCTTGGCTTCGGTTGAATCGGCCTCCGGCTCTGCGTAA	MRLIRNKRITYGWLILTLLIAVLTLRLAWVQLVMKHQRVPGSRHTMVEASLIQRERGLVLDSGRGHFTDRNGKPLTGKLIWAAVMFPAGEQELKNSHHQLVKLARILGTNKDHLIQTWGKLKEPELWHGDKSLIPRSLTKDEIAQIQELELPKLKVLPYEQRYGNRQSGMQWLGFVSGQRKESLFFDDYPVVTGTSGLEKTMDSLIRGEGPTIVYFPVNSTNEVIQDIKPMVKAPDNRYYPLRISTTIDIDIQQGIEAITEKAGMKEGAVVVLDARNADIVAMVSRPFYNPEQIHPKDGQWENRGLKAATPGSIFKLVTAAAVLEHGLSSEGEHFHCDGEYGKFGMSCWKKGGHGTIDLREGFAESCNVVFATLAERLSAQQMAEAASALGFGQTVGWKSQQFLGLRSFAPLDHEEKGTVFSSLADASDAGVRVQTGIGQRDTAVSPLQAANAMVTLLHGGVKTQPRILQQIRYANGQLLQDTDPLKERTSGKGISRETSSILLEWMENVVEEGTGSSLKNRIWTLAGKSGTAQVTMKGRARNNQWFVGYGPVEKPRYAVAVLVENRNPNSSNQATDIFGQVSDFLASVESASGSA	PGPT0023965_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023965-pbpI-K21468	NA	NA
JZ016_05848	1164			hypothetical protein	ATGCTTCCCTTGTATAAAAAATATTGGAGAACCGCCTTTGATATAGGTTTAATCGTGCTTACGGTTTACCTCATCATGTTCATATTCAGCAAGCTGTACCAAATTGCGGCTCCGGTGTTTTTATCTTTCCTCGTTTTCCTGATTATCGAGCCTTTCTCCAAATTTTTGCACCGCAGGGGGCTCCCGAAACCATTTGCCGCGGCTATATCCGTTCTGCTCTTCCTGCTCGTCATCCTGGGCGTCCTGTTCGGAGCAGGGGCTCTCATCGTGTCGCAGTTCATGAACCTGCAGGATAATTTGCCGGCTTACACCCAAACGATCCAAAAACATTTCTCGGAAACCCTCATATTCCTGCAGACCAGGCTCGACGCCCTGCCACCGGATCTGACAGAACGTCTGAACGGTTATTTCCAGGACATCACTACCTTTGCCCAAGGTGCTGCAGAATCATTTTTCCATTATGTCGTCGGATTTATGGGGTCATTCTCCTCGTTCATCGCGAATTTCGGGGTTGCGATTATCCTTGCCTTCTTCCTGAGCACTGAGATCGGCAGCTGGCGGAGAATCGCCAAAGACAAGACGCCGAGAACCCTCAAGACGGCTTTTGTTTTCCTCAAAGATAATGTATTCAAGGCAATTGGCTCCTATTTAAAAGCTCAGATGAAGCTGGTCAGCATTACCTTTGTTATTGTATATATAGGACTTCTGATATTAGGTACGGGGAATTCGCTGTCCGTTGCGCTCATCTGCGCCGTGTTCGATGTATTGCCGCTGCTGGGTGTTCCCGTTATTCTTATTCCGTGGATTACCTATTTGTTCATCGTCGGGAACACGGGACTCGCCATTGGCTTGATCGTGCTGCTTGCCGTGGTTGTCATTTCCAGACAGCTGCTCGAGCCTAAAATTACAGGAAACTCGATCGGCGTATCCTCTGCATTTCTGATGTTGTCCTTTATGATGATCTCGCTGTCCATTTTTGGAGTTGCCGGTTTGATCCTGGCGCCCATCCTGCTGATTCTCATCAAGGAACTGCTTACGCAGGGATATCTGAAGCAGTGGATCCGGCTGCCGAGTGAAGAATTCGATGTGTCTCCATGGGACATGTCCCGCTCTTACGCAGAGCCGGAGGCCGATTCAACCGAAGCCAAGAAATCGGAAACCTGA	MLPLYKKYWRTAFDIGLIVLTVYLIMFIFSKLYQIAAPVFLSFLVFLIIEPFSKFLHRRGLPKPFAAAISVLLFLLVILGVLFGAGALIVSQFMNLQDNLPAYTQTIQKHFSETLIFLQTRLDALPPDLTERLNGYFQDITTFAQGAAESFFHYVVGFMGSFSSFIANFGVAIILAFFLSTEIGSWRRIAKDKTPRTLKTAFVFLKDNVFKAIGSYLKAQMKLVSITFVIVYIGLLILGTGNSLSVALICAVFDVLPLLGVPVILIPWITYLFIVGNTGLAIGLIVLLAVVVISRQLLEPKITGNSIGVSSAFLMLSFMMISLSIFGVAGLILAPILLILIKELLTQGYLKQWIRLPSEEFDVSPWDMSRSYAEPEADSTEAKKSET				NA	NA	NA	NA	NA
JZ016_05849	1383			hypothetical protein	ATGCAAACATTACTGCTATGGTTGTTTTACCTTTCATCTTTTTATGCATTTATTCCCGGCATCTTGACCCGGATATTTGGTTTCCGAGTATTTCGCAGGGGAACAGGCTCGAACGACTTTGCCTTAACCTTTGATGATGGTCCTGATCCGATCTATACACCAAGACTTCTGGATCTTTTGAAGCAGTATAATATGAAGGCGACGTTTTTCCTGGTGGGTTCCCATGCCGAGAAGCATCCAGAAGTTGTAAAACGCATTCATAGTGAAGGTCATCTGATCGGGATTCACAACTATGTTCACAAGAGCAATTGGTTCATGCGGCCGGTCACCGTCCGTAAACAAGTCAAGCGCACGGATGATATTATTTACTCTATCACCGGTGAGCGATCGAGTTATTACAGACCGCCCTGGGGAATCGTGAATTTATTCGATTTTGCCAAGAATACCGGCTGCCGGATCATCCTATGGTCCTCAATGTTTAATGATTGGCGGAGCAAGATCGGCGCCGACAAGCTGACCCAGCGAATGCTTTCCAAGCTTAACGGTGGTGAGGTTATGCTCTTACATGACTGCGGTACGACGATGGGGGCGAATCCCGATGCACCGGAGCAAATGCTGATCGCGCTGGAACGTGTTCTGAAAGTCGCAGAGCAGAAGGGAATGAGAAGCATCCGAATCGACGATATGATGGCGAAGGAAAGCAAAGCGAAAGCGAAGAAGCTGTCTCCTCTGAAGCGTATGATCGTCTCGTTGTGGCTTCTGTGGGAAAAAGGATTTCATGCGGTATTTGCGCTCAAAACGGTCTCGCCGGCAGATCCGATGCTGCATTTCCGAAAGCGCGCTTTTACCGGCAAAACGGTCGTGATGGAAGATGGCAGCCAGCTTGAAAAGGGAGACCAGGTGCTGGAGCTCCATTTTGATAACAAAAAATTGTTTGAGATCGGCAGCCGCTCCCGTTCGGAAGTGCAGCTCGCCATCAAAATGATTCGTGCCGTGCAGAAAGATCTGCCTTCTCTGGCTAATATGGTATTGGAACGGCCTGAGTACAAGGATATCAGGGGATTGTATGCTGTAACCATGATTTCACGGGGACCGGAGCAATTCGGATTTCATGTTATGGATTTACCGCGGGGACTGTTTGCAAGCTCGTCCAGACTGTATCTGAAGCTGCTGCTTAGCGTTATTCATCCGAAAGGGCAGGCCCGTCTTAAAGAGGGCAGTCAGATCATGGAGCCAAAAATGCTGATGATGCCGGTGGATGTTCTGATCGGGCGTTATGCTGAGAAGAGGGGTCAGGTTCAGCCTCCATCCGAGGAGCAGCAGGAAATAGAGCAGGAACATGTGGCTGACCTGGCGGTTGCCGGTGCATCGCAGGGCATGTAG	MQTLLLWLFYLSSFYAFIPGILTRIFGFRVFRRGTGSNDFALTFDDGPDPIYTPRLLDLLKQYNMKATFFLVGSHAEKHPEVVKRIHSEGHLIGIHNYVHKSNWFMRPVTVRKQVKRTDDIIYSITGERSSYYRPPWGIVNLFDFAKNTGCRIILWSSMFNDWRSKIGADKLTQRMLSKLNGGEVMLLHDCGTTMGANPDAPEQMLIALERVLKVAEQKGMRSIRIDDMMAKESKAKAKKLSPLKRMIVSLWLLWEKGFHAVFALKTVSPADPMLHFRKRAFTGKTVVMEDGSQLEKGDQVLELHFDNKKLFEIGSRSRSEVQLAIKMIRAVQKDLPSLANMVLERPEYKDIRGLYAVTMISRGPEQFGFHVMDLPRGLFASSSRLYLKLLLSVIHPKGQARLKEGSQIMEPKMLMMPVDVLIGRYAEKRGQVQPPSEEQQEIEQEHVADLAVAGASQGM	PGPT0018645_589	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_05850	1689	ilvD_2	COG0129	Dihydroxy-acid dehydratase	ATGACAACCAAAAAAATGCGTTCAGACATGATCAAAAAAGGCTTTGACCGCGCGCCGCACCGCAGCCTTCTGCGTGCAGCAGGCGTTAAGGAAGAGGATTTCGGCAAACCGTTCATCGCCGTATGTAACTCTTACATCGACATCGTTCCGGGTCATGTGCATCTTCAGGAATTCGGTAAAATCGTGAAGGAAGCGATCCGTGAAGCTGGCGGCGTTCCGTTCGAGTTCAACACCATCGGCGTGGATGACGGAATTGCCATGGGTCATATCGGCATGCGCTACTCGCTGCCAAGCCGCGAGATCATAGCGGATTCCCTAGAAACCGTCGTATCGGCTCACTGGTTCGATGGCATGGTGTGTATCCCGAACTGTGACAAAATCACGCCCGGCATGCTGATGGGTGCCCTGCGCGTCAATATCCCTACGGTGTTTGTCAGCGGCGGGCCGATGAAAGCCGGCGTGGACAGCAAAGGCCGCAAATTGTCCCTGACCTCCGTATTTGAAGGCGTCGGCGCTCACCAGGTCGGCAAAATCAATGATGATGAGCTCCTGGAACTGGAACAATTCGGTTGTCCAACCTGCGGTTCCTGCTCCGGCATGTTCACCGCTAACTCCATGAACTGTCTAGCCGAAGCGCTGGGTCTTGCTCTCCCGGGTAATGGTACCATTCTTGCCATCGCCGAAGAGCGTAAAGAATTCGTCAAGCAATCCGCCAAACAATTGATGGAACTCGTCAAAATGGACCTCAAGCCGCGTGATATCGTAACCGTTGAAGCAATCGACAACGCGTTTGCGCTGGATATGGCGATGGGCGGGTCTACCAACACCGTGCTCCATACGCTGGCTCTCGCACAAGAAGCCGGTCTCGATTACCCGCTGGAGCGGATCAACGAAGTTGCTGACCGCGTTCCTCACATCTCCAAGCTGGCTCCAGCTTCGGATTACTTTATTGAAGATGTACACTTGGCAGGCGGTGTGAGCGCGGTTCTGCATGAGCTTCTCAAGAAGCCGGGCGCACTACACGGGGATTGCATCACCGTAACGGGCAAGACGCTGGCCGAGAATGTAGCGGGCTGTGAAATCCAGGATGAGAACGTCATCCATCCGATCGATTCCCCGTATTCCGAACGCGGCGGTCTCGCGGTACTGTATGGCAATCTGGCTCCTGAAGGTTCTATCATCAAAGTCGGTGCCGTTGATCCATCGGTTGGCGGATACCATAAAGGGCCTGCTATCTGCTTTAACTCTCAGGACGAGGCGCTTAGCGGAATTGCCAACGGCAAGGTCAAGGAAGGTCATGTGGTTGTCATTCGTTATGAAGGGCCTAAGGGCGGACCGGGTATGCCGGAAATGCTGGCGCCGACCTCACAGATCGCAGGTATGGGGCTCGGAGCCAAAGTCGGTCTGATCACAGACGGACGCTTCTCCGGTGCTTCCCGTGGTATCAGCATCGGTCATATCTCGCCGGAAGCGGCGGAAGGCGGACCTATCGCTTTCGTTGAAGACGGTGATATCATCGAGCTTGACCTGAATAACCGGACCATTCAATTGCTGGACGTTTCCGATGAGGAAATGGCTGTACGCCGCAGCAAATGGGTTGACTTCGAACCGAAGGTGAAGACCGGTTATCTTGCTCGCTACTCGAAGCTTGTTACGAACGCCAGCTCAGGCGGCGTATTGAAAATCTAA	MTTKKMRSDMIKKGFDRAPHRSLLRAAGVKEEDFGKPFIAVCNSYIDIVPGHVHLQEFGKIVKEAIREAGGVPFEFNTIGVDDGIAMGHIGMRYSLPSREIIADSLETVVSAHWFDGMVCIPNCDKITPGMLMGALRVNIPTVFVSGGPMKAGVDSKGRKLSLTSVFEGVGAHQVGKINDDELLELEQFGCPTCGSCSGMFTANSMNCLAEALGLALPGNGTILAIAEERKEFVKQSAKQLMELVKMDLKPRDIVTVEAIDNAFALDMAMGGSTNTVLHTLALAQEAGLDYPLERINEVADRVPHISKLAPASDYFIEDVHLAGGVSAVLHELLKKPGALHGDCITVTGKTLAENVAGCEIQDENVIHPIDSPYSERGGLAVLYGNLAPEGSIIKVGAVDPSVGGYHKGPAICFNSQDEALSGIANGKVKEGHVVVIRYEGPKGGPGMPEMLAPTSQIAGMGLGAKVGLITDGRFSGASRGISIGHISPEAAEGGPIAFVEDGDIIELDLNNRTIQLLDVSDEEMAVRRSKWVDFEPKVKTGYLARYSKLVTNASSGGVLKI	PGPT0001875_3933	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0001875-ilvD-K01687	NA	NA
JZ016_05851	246	gsiB_6	COG3729	Glucose starvation-inducible protein B	ATGGCAACAAGCAGCAATCGAAAGATGACCCGCGAAGAAGCAGGACGTCTTGGCGGCGAAGCGACCGCGAAAAAGCACAGCCGAGAATTCTACCAGGAAATCGGTAAAAAAGGCGGCAAAGCGACGTCCAAGAACCATAGCCGCGAGTTTTACCAGGAAATCGGTCAAAAGGGCGGCGAAGCCACCTCGCGGAATCATAATCGTGAATTCTATCAGGAAATTGGCCGCAAAGGCGGCAAGAAATAG	MATSSNRKMTREEAGRLGGEATAKKHSREFYQEIGKKGGKATSKNHSREFYQEIGQKGGEATSRNHNREFYQEIGRKGGKK				NA	NA	NA	NA	NA
JZ016_05852	768	gph_6		Phosphoglycolate phosphatase	TTGCCGTTTGTTCAAGTGAAGGGACGAACCGTTCCCTGCAAAGGGATTTTGTTTGATAAAGACGGAACGCTGCTCCATTTCATGGCGCTGTGGGGAGGATGGGCCGATTATGTGCTCAAGTTCATGGAGGAACGGCTGGGATTAATGGGAGCCGGCTTCACGGTGCCGAAAGAGCACGTGCTGGGCACTAAGCATGATGCCAACAGTCGTGTGACGGGGTACGACGTTCAGGGGCCTCTCGCCATGGGTACCGTGGAGGAGACGAACGGGCTGCTGGCTTGGCAGCTGTACGCTGCAGGAATGCCCTGGAACGAAGCGATTATGCAGGTCCATCAGATTACGAAAAACGCCATGTATGAGGTTCGTCAGCAGAAGCCGGCATTCCCGATGCCCGGGCTGGAGAATTTTCTGAAGAAATGCAGCTTGGCGTCCGTGAAGACGGCCGTGGTGACTTCGGACGACACCTCTAATGCCAAGGAACAGCTGGAGTGGATGGGGCTACACACTTCCTTTACAGCCATTTTGGGAAGAGATCAGGTTCGAAACGGCAAGCCGCACCCGGAAATGACGGAGACCGCTTGCCGCCTGCTTGGGATTATGCCCGAGGAAGCGGTGGTGATCGGTGACAGCAACGCGGATATGCAAATGGCGAAGCAAGCAGGCGCCGCTCTGGCTGTGGGTTTAATGACAGATGAAGGGGAACCTGTACATCTGACAGATGCCGATGTCGTCATATCCGATTATAATGAATTAGACGTGTACAGGTAG	MPFVQVKGRTVPCKGILFDKDGTLLHFMALWGGWADYVLKFMEERLGLMGAGFTVPKEHVLGTKHDANSRVTGYDVQGPLAMGTVEETNGLLAWQLYAAGMPWNEAIMQVHQITKNAMYEVRQQKPAFPMPGLENFLKKCSLASVKTAVVTSDDTSNAKEQLEWMGLHTSFTAILGRDQVRNGKPHPEMTETACRLLGIMPEEAVVIGDSNADMQMAKQAGAALAVGLMTDEGEPVHLTDADVVISDYNELDVYR	PGPT0001730_317	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091	NA	NA
JZ016_05853	753	cobB	COG0846	NAD-dependent protein deacetylase	GTGGAGAACAGGGAAAAGATCGAGCAGTTGGCAACATGGATCGAAGCGAGCGACTACATTGTTTTTTTCGGGGGAGCCGGTACCTCCACGGAGAGCGGGATTCCTGACTTCCGTTCGGCAGCCGGATTATACCAGAGCGAGCACCAATCTCCGTATCCGCCGGAGGTCATGCTCAGCCACACTTTTTTCATGAAGCATCCGGAAGTGTTTTACGACTTTTACCGAAGCAAGATGCTTCACCCGCAAGCGCAGCCGAACGGCTGTCACCGGTTGTTGTCGAGACTGGAGCATGACGGTAAGCTGAAGGCGGTAATCACGCAAAATATTGACGGTTTGCATCAGACCGCCGGATGCTCCGAGGTGCTGGAGCTTCATGGCTCTGTGCACCGCAATTATTGCATGGATTGCTCCCGGTTCTACAGCCTCCAGGATATTCTGGACATCAAGGAAACCGTCCCGCGCTGCAAGGATTGCGGTGGACTGGTGCGTCCGGATGTCGTGCTGTATGAAGAGGAATTGGATCAGAACATCATCATGCGCTCGATCCAGGAAATATCGACGGCAGATTTGTTGATTATTGGCGGGACTTCCCTGACGGTACATCCCGCTGCGAGTTTGATATCCTATTTTCATGGGAGCAAGGTAGCTTTGTTGAATGCGGATCCAACCCCTTACGATCACCGTGCAGGCCTTTTGATTGCGGATCGGATCGGTCAGGTCATGACGCAGGTGGATAAGCTGATCAGCACGTAG	MENREKIEQLATWIEASDYIVFFGGAGTSTESGIPDFRSAAGLYQSEHQSPYPPEVMLSHTFFMKHPEVFYDFYRSKMLHPQAQPNGCHRLLSRLEHDGKLKAVITQNIDGLHQTAGCSEVLELHGSVHRNYCMDCSRFYSLQDILDIKETVPRCKDCGGLVRPDVVLYEEELDQNIIMRSIQEISTADLLIIGGTSLTVHPAASLISYFHGSKVALLNADPTPYDHRAGLLIADRIGQVMTQVDKLIST	PGPT0013485_1008	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013485-npdA-K12410	NA	NA
JZ016_05854	1050	gpr_3	COG0667	L-glyceraldehyde 3-phosphate reductase	ATGGACCTATCACTAGAGAGGCAGGGATTGCAAGTGACCTATGTGGCTAGCGAAGACCGCTATGAAGGAATGAAGTATAACCGCGTGGGGCGATCCGGATTGAAACTTCCGGCGATCTCCCTTGGATTATGGCATAATTTCGGTGGTGTCGACACGTATGAAAACGGGCGTAATATGATAACGCGCTCCTTCGATTTGGGCATTACCCACTTCGATCTGGCGAACAATTACGGACCGCCTGCAGGCTCTGCCGAAGAGACGTTCGGTAAGGTTCTCTCAAGGGATCTTAAGGCATACCGTGATGAGCTCGTCATTTCGTCCAAAGCGGGCTATCATATGTGGCCGGGACCTTACGGCGACTTCGGTTCGCGTAAATATTTGGTTGCAAGTCTCGATCAGAGCTTGAAACGTATGGGCCTGGACTATGTCGATATTTTCTATCATCATCGGATGGATCCGGAAACGCCGCTTGAGGAAACCATGGTAGCGCTGGACCATCTTGTTCGTTCAGGCAAGGCGCAATATGTCGGAGTCTCCAATTATTCGCCGGAGAAGACGCGGGAAGCGATCTCGATTCTGAAAAGCCTGGGAACTCCGCTGCTCATCCATCAACCAAGCTACTCCATGCTGGACCGCTGGGTGGAGAACGGGCTGCTCGATGTCCTGGAAGAGAACGGGGTCGGAAGCATCGCCTTCACTCCGCTGGCTCAAGGACTATTGACCAACAAATATTTGAATGGCGTGCCCGGCGATTCACGCGCCGCAAGCGCATCCGTATTCTTGAACGAAAGCAATATCACGCCAGAAGTGCTGCGCAAGATCAGAGCTTTGAACCAAATCGCTCAAGCGCGGAACCAGACTCTTGCCCAATTCGCTCTCGCTTGGGTCCTCCGCGGCGGCCGGGTGACATCTGCCCTGATTGGGGCAAGCAAGGTAAGTCAGATCGAAGACAATGTGGCTGCCTTGAACAACCTGGAGTTCTCGAAGGAAGAACTGGATCGCATTGAAGCGATTCTGAAAACGGAGAACGCCTCTTCTGCAGAGGGATAA	MDLSLERQGLQVTYVASEDRYEGMKYNRVGRSGLKLPAISLGLWHNFGGVDTYENGRNMITRSFDLGITHFDLANNYGPPAGSAEETFGKVLSRDLKAYRDELVISSKAGYHMWPGPYGDFGSRKYLVASLDQSLKRMGLDYVDIFYHHRMDPETPLEETMVALDHLVRSGKAQYVGVSNYSPEKTREAISILKSLGTPLLIHQPSYSMLDRWVENGLLDVLEENGVGSIAFTPLAQGLLTNKYLNGVPGDSRAASASVFLNESNITPEVLRKIRALNQIAQARNQTLAQFALAWVLRGGRVTSALIGASKVSQIEDNVAALNNLEFSKEELDRIEAILKTENASSAEG	PGPT0008285_862	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-HYDROXYACETONE_VOLATILE_BIOSYNTHESIS,PGPT0008285-yghZ-K19265	NA	NA
JZ016_05855	861	rhaR_54		HTH-type transcriptional activator RhaR	ATGAAACCAACCTATTCTGTTGCTTCCAATCCTGCGCAGCAAGGCAGCGATTCGCTTCACGTCCGATTCGCCGGCGAGAGCCAGACCCTGCCGGAGCATGCATTGGGTCCGAAAATATACGATCATTACTTATTGCATATTATCGAGTCGGGACATGGCATATTTCGAACCGAAACCGACAGTTATCAGCTCGGCCCCGGCGACTGTTTCCTGATCCATCCCGGTCAAATTGTCAGTTATGTATCTGATGCGAGCCATCCCTGGCGTTACCGATGGGTCGCCTTTGATGGAGAACACGCCGGCGAAGGTGTACACCGTTCGGGACTCACCCCCGAAAAGCCTGTCCTCCATCTCATGGAGAACAACCCGATTCCGGGCTACGTGTCCCTCATTCAGAGCCATTTTCAATCCAGGGAGGAGAGCTCCCATATCGCCGCTATCGGTTATCTGCATTTAATCTGGGCCGAGATCATGAATCGGAGTGACCGACCGTCCCGTTTAACGCTGGCTGAGCCGCAGGTTCAGCGCACGGTGAAGCAGATGATCAGTTATATGGCTTCTCAATACGCCCATCCCGTATCGATTGAACAAATGTGCGCAAGCCTGGGCTACAACCGCGCGTACCTGTCGCGCATCTTCAAGCAGGAAACGGGCATGACTCCGATTACGTATCTGCTTAAATTAAGAATCGACCAATCCAAGCGGCTGCTGCGCGAACGTCCCGATTTGTCCATCGAGCAGGTTTCCGCATCCGTTGGACTCACCGATCCGCTCTATTTCTCGCGTCAGTTCAAGCGTCTCGTCGGTCGATCCCCTACAAGGTACCGCAAGGATATCCTCTCATCATCGACACTCTCTTAA	MKPTYSVASNPAQQGSDSLHVRFAGESQTLPEHALGPKIYDHYLLHIIESGHGIFRTETDSYQLGPGDCFLIHPGQIVSYVSDASHPWRYRWVAFDGEHAGEGVHRSGLTPEKPVLHLMENNPIPGYVSLIQSHFQSREESSHIAAIGYLHLIWAEIMNRSDRPSRLTLAEPQVQRTVKQMISYMASQYAHPVSIEQMCASLGYNRAYLSRIFKQETGMTPITYLLKLRIDQSKRLLRERPDLSIEQVSASVGLTDPLYFSRQFKRLVGRSPTRYRKDILSSSTLS				NA	NA	NA	NA	NA
JZ016_05856	1179	galK	COG0153	Galactokinase	GTGACGACGGAACAGCTTATGGAAAGATTTATGGACAAGCACGGTGAGAGCCAGCATAAGGTTCGCATATTTAACGCGCCCGGCCGCGTGAATCTGATCGGGGAGCATTTGGATTATAACGGAGGCTACGTGCTCCCGGCTGCCTTGGAGTTTGGCACGACCTTGATTATAAGGCCTCGCGACGATAACAAGGTGAGCTTTTCATCCACCAATATCCCTTATGAGTTAACGATCAGCCTGGATGAGGATTATGGCTACAAAAGCGATCAATGGACAGATTATCCGGTTGGCGTCATAACGGAGCTGAATAAAATCGGCTGTAACCTTAGCAGCGGTTACGACCTGCTCTACCATGGGGATATCCCGAACGGCGCGGGTCTCTCTTCCTCGGCTTCCATCGAAGTGGTCACGGCTTACGCCTTCTTGAAGATGGAAGGCAAGGAGACGGATACGGTGGAGATTGCGAAGCTCTCGCAGCGGGTGGAGAACCTGTTCGTCGGCGTCAACTCCGGCATTATGGATCAATTCGCCGTAGCCAACGGCAAGCAGGATCATGCCATTCTGTTGATGTGCGATACGCTCGAATATGAACTGGTGCCGTTCCGGACCGGAGCTTACAAAATCGTGATTTCAAATACCAACAAACGGCGCGGACTCGTGGATTCCAAATACAATGAACGCCGCAGCGAGTGTGACCGCGCATTGGAAATTTTGCAGAAGGAGCTGCCGGCGTTATCGTATCTCGCTCAGCTGAATCCGGATCAATTCGCCAGCCTACAGGACAGCATCCGGGATGAAACCGTCCGTAGACGTGCCCAGCATGTCGTTGAGGAAAACCAACGTGTGCATGATTCCGTGAAGGCCTTGAGGAACGGAGATCTGGAAGCATTCGGACAATTTATGAATCAGTCCCACGACTCCTTGCGTTATCTGTACGAAGTAACGGGCGACGAGCTGGATGCGCTGGTGGAAGAAGCACAGCGGATTCCGGGAACGCTGGGTTCCAGAATGACAGGAGCCGGCTTTGGAGGCTGTACGGTATCTCTCGTACACGAGGATGCGGTGGAGCGTTTCATTGCGGAGGTGAGGCAGCAGTACGAAGCCAGAACGGGACTGAAGCCGGACTTCTATGTATGCGGCGTAGGTCAAGGTGTGCATGAATTGAAGGAGGGCGAATAA	MTTEQLMERFMDKHGESQHKVRIFNAPGRVNLIGEHLDYNGGYVLPAALEFGTTLIIRPRDDNKVSFSSTNIPYELTISLDEDYGYKSDQWTDYPVGVITELNKIGCNLSSGYDLLYHGDIPNGAGLSSSASIEVVTAYAFLKMEGKETDTVEIAKLSQRVENLFVGVNSGIMDQFAVANGKQDHAILLMCDTLEYELVPFRTGAYKIVISNTNKRRGLVDSKYNERRSECDRALEILQKELPALSYLAQLNPDQFASLQDSIRDETVRRRAQHVVEENQRVHDSVKALRNGDLEAFGQFMNQSHDSLRYLYEVTGDELDALVEEAQRIPGTLGSRMTGAGFGGCTVSLVHEDAVERFIAEVRQQYEARTGLKPDFYVCGVGQGVHELKEGE	PGPT0017840_1036	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GALACOTOSE_METABOLISM|DEGRADATION,PGPT0017840-galM-K00849	NA	NA
JZ016_05857	990	galE	COG1087	UDP-glucose 4-epimerase	ATGGCTATTTTAGTGACTGGCGGTGCGGGTTATATCGGTTCTCATACCGTAGCGGAGCTGTTGGAGCAAGGGGAAGAAGTTGTTGTGATCGACAGCCTGGAGACGGGACATCGCGAAGCGCTGCTGGGTGGAAAGCTGTATGTCGGCGATCTGCGCGACAAGGCGCTGCTGAAGCAGTTGTTCTCGGAAAACGATATTGATGCCGTTATCCACTTTGCCGCGAATTCACTGGTTGGCGAGAGCATGAAGGATCCGGTGAAATATTACGATAACAACGTATACGGAACGCTGTGCCTGCTGGAAGCCATGAATGAAGCGGGTGTCCGGAAGATCGTCTTCTCGTCAACGGCAGCAACCTACGGCGAGCCTGAGAAGGTGCCGATCGAGGAAACGGACCGTACGCAGCCGACGAACGTGTACGGAGAAACCAAGCTGATGATGGAACGGATGATGTCCTGGTTTGATACCGTGCTTGGCGTGAAGTATGTGTCCCTTCGTTACTTCAATGCAGCCGGATCGCATGCCAGCGGAAAAATCGGCGAGGATCACCGTCCGGAGAGCCATCTGATCCCGCTTGTCCTGCAAACCGCTTTGAAACAGCGCCAAAGCATCTCGGTGTTTGGCGACGATTATTCAACACCTGACGGCACTTGTGTCCGTGACTACATTCACGTCAGCGATCTTGCGAACGCTCATCTGCGCGCGGTTGATTACCTCCGCCGCGGAGAGGCCAGCAATGTGTTTAACCTCGGCAATGGACTCGGGTTCTCGGTTAAGGAGGTTATCGAGACCTCAAAGCAGGTGACGGGTGCTGACATTCCGGTTGTCATGGAGGCACGGCGTGCCGGTGACCCTGCCGTGTTGGTAGCATCTTCGGATAAAGCACGTACCGTTCTCGGATGGACCCCATCCAGAACGACGCTGGAAGAGATTATCGAGAGCGCATGGAAATGGCACAGCAGTCACCCGGACGGTTACGGTGACAATTAA	MAILVTGGAGYIGSHTVAELLEQGEEVVVIDSLETGHREALLGGKLYVGDLRDKALLKQLFSENDIDAVIHFAANSLVGESMKDPVKYYDNNVYGTLCLLEAMNEAGVRKIVFSSTAATYGEPEKVPIEETDRTQPTNVYGETKLMMERMMSWFDTVLGVKYVSLRYFNAAGSHASGKIGEDHRPESHLIPLVLQTALKQRQSISVFGDDYSTPDGTCVRDYIHVSDLANAHLRAVDYLRRGEASNVFNLGNGLGFSVKEVIETSKQVTGADIPVVMEARRAGDPAVLVASSDKARTVLGWTPSRTTLEEIIESAWKWHSSHPDGYGDN	PGPT0019010_330	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_UDP-ARBINOSE-XYLOSE_POOL,PGPT0019010-uxe-K12448	NA	NA
JZ016_05858	1590	galT		Galactose-1-phosphate uridylyltransferase	ATGAATGCAGCAACATCAGGAACTCCCGAATCCAAGCAGGTTCTTCATGCAATTGAAATGCTCGTGCGTTTTGCACTTCATAAAGGTCTTATCCAGGCAGCGGACGCGGATTACAGCCGCAATCTGCTGCTGGAGGATTTCGGGTTCAGCGAGCCGTACGGAGACGAAGTGAACGGCCCTGTACCGGATGGGCCGCAGGCCATGCTCGACGTAATGATCGATTACGGTGCAGCGCATGGAATGATTCCCGAGAATACCGATACGTATCGGGATTTGCTGGACGCTAAAATCATGGGTCGGCTCATGGCGAGACCTTCGGACGTAACGGCTCAGTTCCGGACGGTCCAGCAGGAGCAGGGGATCATTGCGGCAACCCGCCAATTTTACAATCTCTGCATCGACTCCAACTACATTCGCATGGATCGCGTAGCCAAAAATGAATACTGGCGGCACGCCAGCCCGTATGGCGATATTGAGATCACCATCAATCTCTCCAAGCCGGAGAAAAGCCCGAAGGAAATCGCCATGGCTAAACTGCTGCCTCCGCCGGTTTATCCGAAATGCCAGCTCTGCCGCGAGAATGTCGGTTATGCAGGAAGAGTCAACCACCCGGCACGGCAAAACCTGCGCATTATTCCGTTGGAGCTAAACGGGGAGCCGTGGTTCTTCCAATACTCGCCGTATGTTTACTATAATGAGCACTGCATTGTATTCCATCATGACCATGTGCCGATGAAGCTGACCAAAGCGACGCTTGCCCGCCTTTTGAGTTTTGTTGATGCTTATCCGCATTATTTTCTCGGATCGAACGCGGATCTCCCCATTGTCGGGGGCTCGATTCTCACGCATGATCATTTCCAGGGAGGACGGCATACCTTCCCGATCCAGAAAGCACCGAAGGTGGCCGGGTTTACGCACGCGGATTATCCAGACGTATCCGTGGCCATCGTGAAGTGGCCGATGTCGGTGATTCGGCTATCCTCAAGCGATCGGAATTCGCTTCTTGAATGCGCAAACGGCATTTACGAGGCATGGAAAATCTACAGTGATCCTTCAGCGGACATTGAAGCGTTCAGCGAAGTGGACGGAGAGCGCGTCCGCCACAATACGGTTACTCCGATTGCCCGCCGAAATGACGAGGGCATCTACGAGATGGACCTGGTTCTGCGGAACAATCGCACGAATGAGCAATATCCGGAAGGGATTTTCCATCCTCATCGGAAGATGTTCCACATCAAGAAGGAAAACATCGGCTTGATCGAAGTGATGGGGCTGGCGATCCTGCCGGGCAGGCTTAAGGAAGAGCTCGATCAAATCGCCGACATCCTTGCAGGGAACGAGGAGCTGTACGCGGACAGCAAGGCTGCGGACCATCCGCTTGCCGTCCACGGGGACTGGATCGAGGAGCTGCGTGGACAGGAAACAGCAGCGCTGGATAAAGCCGGGGCGATCGAGCTGATTCGCCGGGAGGTCGGCCTCAAATTCACGACGATTTTGGAGCATGCCGGGGTATATAAACAGACGGCAGAAGGACAACAGGCATTTCAGCGATTCCTGAGCCATATGGGATACGTCCCAGGCAGCAAATAG	MNAATSGTPESKQVLHAIEMLVRFALHKGLIQAADADYSRNLLLEDFGFSEPYGDEVNGPVPDGPQAMLDVMIDYGAAHGMIPENTDTYRDLLDAKIMGRLMARPSDVTAQFRTVQQEQGIIAATRQFYNLCIDSNYIRMDRVAKNEYWRHASPYGDIEITINLSKPEKSPKEIAMAKLLPPPVYPKCQLCRENVGYAGRVNHPARQNLRIIPLELNGEPWFFQYSPYVYYNEHCIVFHHDHVPMKLTKATLARLLSFVDAYPHYFLGSNADLPIVGGSILTHDHFQGGRHTFPIQKAPKVAGFTHADYPDVSVAIVKWPMSVIRLSSSDRNSLLECANGIYEAWKIYSDPSADIEAFSEVDGERVRHNTVTPIARRNDEGIYEMDLVLRNNRTNEQYPEGIFHPHRKMFHIKKENIGLIEVMGLAILPGRLKEELDQIADILAGNEELYADSKAADHPLAVHGDWIEELRGQETAALDKAGAIELIRREVGLKFTTILEHAGVYKQTAEGQQAFQRFLSHMGYVPGSK	PGPT0017835_48	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017835-galT-K00965	NA	NA
JZ016_05859	1164	adh2	COG1979	Long-chain-alcohol dehydrogenase 2	ATGAGACCTTTTGTCTTTCATAATCCGACTCAGTTGATTTTTGGTAAGGGCAAGCTGAGCGCTTTAAGTGGTGAAGTGGCTAAATACGGCCGGAACGTATTGCTTGTATATGGTGGCGGCAGCATCAAGCGCAGCGGGCTGTACGATCAGGTTATCGCCTTACTGAAGGAAGCGAATGCGGTGGTAACGGAGCTTGCCGGTGTGGAACCCAATCCGCGCCTGTCGACGGTCCACAAAGGCGTGGCATTGTGCCGGGAGCATAACATTGATCTTATACTGGCCGTTGGCGGCGGAAGCGTCCTTGACTGCTCCAAGGCCATCGCCGTTGGTGCTAAATATGACGGAGATATGTGGGATTTCGTCGAACGCAAAGCCGTTCCGCAAGCGGGTCTCCCACTTGGAACCGTGCTTACGATGGCTGCAACCGGATCCGAGATGAACGGCGGATCCGTTATCACCAATGAAGTAACCCAAGAGAAGATGGGCTGGGGTAGCCCTTATGCTTACCCTGCATTTTCCATTCTTGACCCTGTACATACGTTCTCCCTTCCGCGGGATCAAACGGTGTACGGTATCGTGGATATCATGTCTCACGTACTGGAGCACTATTTCCACCAGGATACCAATACGCCAGTGCAGGACGGCTTCTGCGAAACGATTCTTCGGACCGTTATCGATACGGCGCCGAAGCTGGTTGAGGACCTGGAGAACTATGAGCTCCGCGAGACGATCATGTACTGCGGTACGATGGCGCTGAACGGCATGATCAATATGGGGATGGCCGGCGACTGGGGAACCCATAATATCGAGCATGCGGTATCTGCCGTATACGACATTCCGCACGGCGGCGGCTTGGCGATCCTGTTCCCGAATTGGATGAAATATAATCGGAGTGCGGATCCTCAGCGCTTCAAGTCTCTTGCCGTGAACGTATTCGGAGTTGACCCGGCAGGAAAAACCGATGAAGCCATCGGATTGGAAGGGATCGAAGCGCTTCGCAGATTCTGGACTTCCATCGGTGCGCCAAGCACGTTGGGGGCGTACGATATTGACGACAGCCAGATCGAGGCCATGGCCGATAAGGCGATGCGATTTGGTCCTTTTGGCAACTTCCGCAAGCTGCAGCGTGAAGACGTCGTGGAGATTTATCGGATGTCGCTATAA	MRPFVFHNPTQLIFGKGKLSALSGEVAKYGRNVLLVYGGGSIKRSGLYDQVIALLKEANAVVTELAGVEPNPRLSTVHKGVALCREHNIDLILAVGGGSVLDCSKAIAVGAKYDGDMWDFVERKAVPQAGLPLGTVLTMAATGSEMNGGSVITNEVTQEKMGWGSPYAYPAFSILDPVHTFSLPRDQTVYGIVDIMSHVLEHYFHQDTNTPVQDGFCETILRTVIDTAPKLVEDLENYELRETIMYCGTMALNGMINMGMAGDWGTHNIEHAVSAVYDIPHGGGLAILFPNWMKYNRSADPQRFKSLAVNVFGVDPAGKTDEAIGLEGIEALRRFWTSIGAPSTLGAYDIDDSQIEAMADKAMRFGPFGNFRKLQREDVVEIYRMSL	PGPT0008295_298	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008295-adh2_2-K19955	NA	NA
JZ016_05860	534	yuaF		putative membrane protein YuaF	ATGGAAGCGTTATATTGGGGCTGTCTGATCGGAGGCGTGATATTTGCCATCGTAACCGTGGTGCTTGGCGACATACTTAGCTCGGCGCTTGACGGATTGTTGGATTTTTTGTCAGTGGATTTTTTCAATCCGGTTGTGATCGCTGGAGGAATCACCGTATTTGGCGGTACCGGAATCATGCTGACGAAATACACGGAGTTGGCGGCAGGTGCCCATGTAACGCTGTCTATCTTAGCGGCTATCGTCATTTCGATTCTCGTCTATTTCGGGTACGTGAAACCGATGGAGAACAGCGAGAACTCGACGGGCTTCTCCATCAAGGAGCTGGCTGGGATGATCGGCGTTGTCACCGTACCGCTTCCTGCAGAAGGATTCGGTGAAGTGATGGTCAAGATTGGCGCAGGCAACACAACGCACATCGCGTCAAGCTTTGATCGCCAAAATCTTCCCGCAGGAGTCCGCGTGGTGGTTGTTGACGTTGTTGAGGGTGTCCTGAGAGTCTCCGAACTGGAAGAACGAAAAGGAGAGGATTGA	MEALYWGCLIGGVIFAIVTVVLGDILSSALDGLLDFLSVDFFNPVVIAGGITVFGGTGIMLTKYTELAAGAHVTLSILAAIVISILVYFGYVKPMENSENSTGFSIKELAGMIGVVTVPLPAEGFGEVMVKIGAGNTTHIASSFDRQNLPAGVRVVVVDVVEGVLRVSELEERKGED				NA	NA	NA	NA	NA
JZ016_05861	1527	yqiK	COG2268	Inner membrane protein YqiK	ATGCCAGAATACTTAGTAATTCCGTCAATTGTTGTAGGTGTCATTGTTGTGTTAGGACTTGCGTTCTGGGCCCGTTACAAAACGGTGAGTCCGGATGAAGCGATGATCGTAACCGGTTCTTTTTTGGGAAGCAAAAATTTATCGGAGGATGAATCCGGCCGCAAAATCAAAATCGTTCGCGGCGGCGGCGCTTTTATACTCCCCGTATTTCAGCGCTCCGAATTTGTATCGCTTTTATCTCATAAACTGGATGTTATGACGCCTGAAGTGTACACGGAGCAAGGCGTTCCGGTTATGGCTGATGGGGTAGCCATCATAAAAGTGGGAAGCTCGATCGAAGACGTGGCAACGGCAGCCGAGCAATTCATGGGCAAGCCGATTGAAGCGCTGAAGGGCGAAGCCCAGGAAGTGCTGGAAGGCCATCTTCGTGCCATTCTCGGTTCCATGACGGTAGAGGAAGTATACCGTAACCGCGACAAGTTCGCGCAGGAAGTTCAAGGTGTCGCTGCAAGAGACCTCAAGAAGATGGGTCTGCAGATCGTATCCTTTACCATTAAGGACGTTCGCGACAAGCATGGATATCTGGAAGCGCTGGGTAAACCGCGGATCGCTACGGTAAAGCGGGATGCGGAGATTGCCGAAGCCGAAGCGATGCGCGACGCGCGGATTCAAAAAGCGCGTGCGGAAGAAGAAGGACAGAAGGCCGAGGTCGTACGCGATACCAATATCGCGGAAGCCGAGAAGGAACGGGAGCTGAAGGTTGCCTCCTTTAAGAAGGAGCAGGATACGGCGAAAGCTGAAGCGGACCAAGCTTATCATATCCAGGAAGCCCGTGCTAGACAAACGGTGGTCGAGGAGCAGATGAAGGTTGAGCTCGTTCGAAAGGAACGCGAAATCGACCTGCAGGAGAAAGAAATCATGGTTCGCGAGAAGCAGTATGACGCGGACGTGAAGAAGAAAGCCGAAGCGGATCGTTATGCCGTTGAGCAGGCCGCGGAAGCGGATAAAGCCCGGAAGATGCGCGAAGCAGATGCCGTGCAGTACTCCATCGAAACCCAGGCCAAAGCGTCTGCCGAACAGAAGCGCCTGGATGGTCTGGCCGTTGCGGATGCCGAGCGTGCCAAAGGTACGGCTGAAGCCGAAGTCATCCGCCTGCGCGGTATTGCCGAAGCCGATGCTAAGGAGAAACTTGCCGAAGCGTTCCAGAAGTTCGGAGAAGCTGCTGTGCTCGATATCATCGTAAAAATGCTGCCTGAGCTTGCCGGCAAAATTGCTCAGCCAATTTCGTCCATCGACAAGCTGACGGTTGTAGATACAGGCAAAGGCGAAGGTGCGGCTCGCGTGAGCAATTATGTGACTGAGCTGATGTCTACGGCGCCTGAAATGCTGAAGAGTGTGTCCGGGATTGATGTGGAAGAACTGATAAAGGGATTGACCAAGAAGCCTGCCTCGGCTCAAAAGCCAGTAGCTGTGGAACAGGAACTTGTACCGGTACCTGTTGAGACAAGTGCTGCTAAGGAAGAGTAG	MPEYLVIPSIVVGVIVVLGLAFWARYKTVSPDEAMIVTGSFLGSKNLSEDESGRKIKIVRGGGAFILPVFQRSEFVSLLSHKLDVMTPEVYTEQGVPVMADGVAIIKVGSSIEDVATAAEQFMGKPIEALKGEAQEVLEGHLRAILGSMTVEEVYRNRDKFAQEVQGVAARDLKKMGLQIVSFTIKDVRDKHGYLEALGKPRIATVKRDAEIAEAEAMRDARIQKARAEEEGQKAEVVRDTNIAEAEKERELKVASFKKEQDTAKAEADQAYHIQEARARQTVVEEQMKVELVRKEREIDLQEKEIMVREKQYDADVKKKAEADRYAVEQAAEADKARKMREADAVQYSIETQAKASAEQKRLDGLAVADAERAKGTAEAEVIRLRGIAEADAKEKLAEAFQKFGEAAVLDIIVKMLPELAGKIAQPISSIDKLTVVDTGKGEGAARVSNYVTELMSTAPEMLKSVSGIDVEELIKGLTKKPASAQKPVAVEQELVPVPVETSAAKEE				NA	NA	NA	NA	NA
JZ016_05862	858	glcT_2	COG3711	PtsGHI operon antiterminator	GTGAGCAGCTTACAAGTGGCTAAAGTGTTGAACAATAATGTAATCATAGCGAAGCATCCTCAACATGGCGAGGTTGTTGTTATTGGCAAGGGAATAGGCTTTAACCGGAAGAATAAAGACCTTATCCCGGCCTCCGCTGCCGAGAAGATGTTCATTTTGACCAAACCGGAGGAGCAGGAGCAGTATAAGCAGCTGGTGCCTCATATCGATGAGAAGCTGATTGAGGCGATGAATGACATTATTTTGAATGCTGCCAAATCCAGCGACGCTCCTCTGAATGAGCATATCCACATAGCGTTGACTGATCATATTGCATTTGCCATTAAACGTCATGCCCAAGGTCTCTATATCCATAATCCTTTTTTATACGAAACCAAAGAGATGTATCCTGAAGAGTACGAGATGGCGGAATACGCCGTCCGTACCATCCGGGAGAAGCTTGGGGTCGACTTGGGCCAAGAAGAAATCGGATTCATTGCCCTTCATTTTCACGGTGCCCTCACAAACCAGCACATTTCGGAGGTTCGCAAGCATTCGGAACTGATTGCGGATTTAGTACGTACCGTTGAACAGCAGCTGGATTATGCCATCCCGAGGGATACCTTGGATTATTCCCGTCTGCTGACTCATCTCCGGTTTGCCCTGGAGCGGATTCGGCGGGGAGAAGCGGTGAACGAGACGAGTTCATTGGATGGTCTGCTGAAGCGCGAATATCCCGAAACGTATTCCTTGGCATGGAAACTGACGAAGATGATGGAGCAGCGGCTGAAAAAGCCTGTATATCCCGCCGAGGCCGGTTATTTGACCATTCATCTGGAGCGGCTGGTCCAGCGCAAAGAGCAGGGCGAGCAAATGTGA	MSSLQVAKVLNNNVIIAKHPQHGEVVVIGKGIGFNRKNKDLIPASAAEKMFILTKPEEQEQYKQLVPHIDEKLIEAMNDIILNAAKSSDAPLNEHIHIALTDHIAFAIKRHAQGLYIHNPFLYETKEMYPEEYEMAEYAVRTIREKLGVDLGQEEIGFIALHFHGALTNQHISEVRKHSELIADLVRTVEQQLDYAIPRDTLDYSRLLTHLRFALERIRRGEAVNETSSLDGLLKREYPETYSLAWKLTKMMEQRLKKPVYPAEAGYLTIHLERLVQRKEQGEQM	PGPT0014761_223	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE_USAGE_REGULATION,PGPT0014761-licT|bglG-K03488	NA	NA
JZ016_05863	2082	ptsG_2	COG1263	PTS system glucose-specific EIICBA component	ATGTTTAAGCGGCTTTTTGGCGTACTGCAAAGGGTCGGTAAAGCTCTGATGCTGCCCGTGGCCATATTGCCGGCGGCCGGACTTTTGCTCGGCCTTGGCAATATGCTGGTCAACCCCGATTTCCTGCAGTACGCACCGTGGCTCGATGCGGCTTGGGTTCAGTCAGCTGCCACCGTCATGATGAATGCGGGACAAATCGTGTTCACGAATTTATCCTTGCTGTTTGCAGTAGGGGTTGCCGTCGGCTTGGCCGGAGGCGAAGGTGTTGCCGGGCTTGCGGCTATCATCGGTTACCTCGTCATGAACGTTACCATGGGCAGCGTGATCGGCGTGACGCCATCAATGATTGGCACGAATTACGAATATGCCAGCGTGCTAGGCATTCCGACCTTAGCCACTGGGGTATTCGGCGGGATTATTGTAGGTATATTAGCGGCAAGCATGTACCGAAGATTTTTCAAAATAGAGCTTCCGTCCTATCTGGGCTTTTTTGCAGGAAAACGGTTTGTTCCGATTATGACGGCTGCAACTTCCGTTTTGCTTGGTCTGTTGATGGTCTTTATATGGCCTCCGATCCAGTCTGCGCTTAACACTGCATCCCATTTCATGCTGGAACAAAACCTGACGTTGTCCGCTTTTGTGTTCGGCGTTGTGGAACGCGGATTGATTCCGTTCGGTCTGCACCACATTTTCTATTCTCCCTTCTGGTTTGAGTTCGGGGAATATTTGAATCATGCAGGTCAAATGGTGCGCGGTGATCAAAATATATTCATGGCTCAGCTTCGGGATGGTGTCGAGTTCACGGCAGGCACCTTCATGACGGGTAAGTATCCGTTTATGATGTTTGGTCTTCCTGCGGCTGCGCTTGCCATCTATCATGAAGCGAGACCGGAGAACAAAAAGTTTGTCGCCGGTATTATGGGTTCGGCTGCGCTGACCTCCTTCTTGACAGGGATTACGGAACCGCTTGAGTTCTCCTTCCTGTTCGTCGCGCCGATCTTGTTCGCCGTACATGCACTGTTCGCAGGTCTGTCTTTCATGATCATGCATATTCTGGGTACCAAGATTGGCATGACCTTCTCGGGCGGTCTGATCGATTACATGATATTCGGTGTCATTCCGAACCGGACGCCATGGTGGAATGTACTCATTGTTGGTGCTATCATGGCAGTAATCTATTATTTCGGATTCCGGTTTGTCATTCGGAAATTCAATCTGAAGACGCCGGGCCGGGAAGAAGCTTCCGCAACGGAGCCGGAATCAGTTTCCCAGGGATCAGGCGGTAACAGTAAAAATGATCTGCCGCTTAACATTCTGACTGCGCTTGGCGGCCAGCCTAACATTGCGCATCTGGATGCCTGCATTACTCGGCTTCGGGTAGAGGTGAAAGACAAGGGTCATGTCGATAAGGCAAGGCTGAAACAGCTGGGTGCGTCAGGTGTGCTGGAGGTGGGGAATAATATCCAGGCGATATTCGGAACACGTTCCGATACCATCAAATCGCAAATCCAGGACATTATGTCGGGAATAACGCAGACAACTGCGCCTGAAACAGCGGATCCGAAGATGATGCCGACTGCTCAAGAGGAGCAGCAAGCTGGTCAGGACGGGGAAACGCTTGTCATGGAGGAAATCGTATCTCCAGTCGATGGAGAGCTAATGGATATTTCCCATGTGCCTGATCCTGTGTTTGCAGAACGAATGACGGGAGATGGATTTGCGGTATTACCTCATAACGGAACGATCGCTTCTCCTGTTAACGGAACCGTATTTAACGTATTCCCCAGCAAGCATGCGGTCGGCATTATGTCCGATGGCGGTAAGGAAGTGCTTGTCCATATCGGCGTCAATACCGTTAAGCTGAAGGGGCAGGGTTTTGAAGTTCTTGTACAAGAGGGGGATCTGGTATCCACCGGCCAACCGATCATGCAGGTGGATCTGGATTATGTGAAGGAGAATGCCAAATCGATTATTTCTCCTGTGATCTTCTCGAATTTGCCGGAGGGAGCTTCCGTGAAGCTGAACAAGACCGGGGAAGTAAAAAGCGGTGAAAAAGGGATCATCACGATATCAAAGCCTTAA	MFKRLFGVLQRVGKALMLPVAILPAAGLLLGLGNMLVNPDFLQYAPWLDAAWVQSAATVMMNAGQIVFTNLSLLFAVGVAVGLAGGEGVAGLAAIIGYLVMNVTMGSVIGVTPSMIGTNYEYASVLGIPTLATGVFGGIIVGILAASMYRRFFKIELPSYLGFFAGKRFVPIMTAATSVLLGLLMVFIWPPIQSALNTASHFMLEQNLTLSAFVFGVVERGLIPFGLHHIFYSPFWFEFGEYLNHAGQMVRGDQNIFMAQLRDGVEFTAGTFMTGKYPFMMFGLPAAALAIYHEARPENKKFVAGIMGSAALTSFLTGITEPLEFSFLFVAPILFAVHALFAGLSFMIMHILGTKIGMTFSGGLIDYMIFGVIPNRTPWWNVLIVGAIMAVIYYFGFRFVIRKFNLKTPGREEASATEPESVSQGSGGNSKNDLPLNILTALGGQPNIAHLDACITRLRVEVKDKGHVDKARLKQLGASGVLEVGNNIQAIFGTRSDTIKSQIQDIMSGITQTTAPETADPKMMPTAQEEQQAGQDGETLVMEEIVSPVDGELMDISHVPDPVFAERMTGDGFAVLPHNGTIASPVNGTVFNVFPSKHAVGIMSDGGKEVLVHIGVNTVKLKGQGFEVLVQEGDLVSTGQPIMQVDLDYVKENAKSIISPVIFSNLPEGASVKLNKTGEVKSGEKGIITISKP	PGPT0016870_161	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0016870-ptsG|glcA|glcB-K20118	NA	NA
JZ016_05864	276	ptsH_2	COG1925	Phosphocarrier protein HPr	ATGCAACAAACATTCAAAATTATTGACGAAGATGGAATTCACGCACGTCCGGCAACAGCATTGGTCAATACGGCTAACAAATTCCAGGACACCAATTCATTTGCCGAAGCTAACGGCAAAAAAGTAACGCTGAAATCGATCCTGGGCGTTCTGTCCCTCGGATTGGAGCAAGGTGATACATTGACACTGATCACGGAAGGCGGCAATGAGAGCGAAGCGCTGACAGCACTGCAAGAAGTGATGGTGAACGAAGGGTTAGGCGAGCTTCATGAATAA	MQQTFKIIDEDGIHARPATALVNTANKFQDTNSFAEANGKKVTLKSILGVLSLGLEQGDTLTLITEGGNESEALTALQEVMVNEGLGELHE	PGPT0016875_1106	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0016875-ptsH-K02784	NA	NA
JZ016_05865	1722	ptsI_2	COG1080	Phosphoenolpyruvate-protein phosphotransferase	ATGAATAATTTGAAAGGAATCGCGGCTTCCGCGGGCATCGCGATTGCACGTGCTTTTACACTGGAGCATCCTGATTATTCTGTTACGGAAAAGCAAGTGGCAGACACGGATGCCGAGCTTTCGAAGCTGGATGCGGCGCTGGCTCAGTCCCAGGCTGAGCTTGAAGCGATCAAAGCCCGCACGCTTCAGGAACTCGGGGAGAAGAAGGCTGAGATTTTCGAATCTCACCTTCTCATCCTGAATGATCCGGAATTGATTGAACCAGTCAAAGCGAAAATCGTTTCGGATTCGGTTAATGCGGAGTATGCCTTAAATGAAACGGCAACCCAATTCATTCAAATGTTCGAGAACATGAAGAGTGCTTACTTGCAGGAGCGGGCAGCGGATATGCGCGACGTCACCAAACGTATTCTCAAGCATCTGCTCGGCCTGAATTATGTCAGTCCTTCAGAAATCAGCGAAGAAGTAATCGTGGTTGCAGAGGACTTGACTCCTTCGGATACAGCGCAGTTGAACCGCAACTACGTTAAAGGATTCACGACGAATATTGGCGGGCGCACCTCGCATTCTGCCATCATGGCCCGTTCGCTTGAAATTCCGGCTGTCGTCGGAACGAAAAACGTGCTCTCTTCGGTCCAAGACGGGGATTTGATCATCGTTGACGGACTGGAAGGGGATGTCATCATTAATCCTACGGAAGCCATCGTGGCACAATACCGTGCGAAGCAGGATGCCTACGCCAAACAGGTCGAGGAATGGAAGAAACTCCGCTCCGAACCAACGGTATCCAAGGACGGGATCCATGTGGAGCTGGCCGCCAATATCGGGACACCGAACGATGTAACCGGCGTGCTGGAGAATGGCGGAGAAGCGGTAGGACTGTATCGTACGGAATTCCTGTACATGGGCAGAGATAAACTTCCTTCCGAAGAGATCCAGTATGTCGCCTATAAATCGGTACTGGAGAAAATGGAAGGCAAGCCGGTTGTTGTCCGCACGCTCGATATCGGCGGGGACAAGGAGCTGCCTTATCTGGATCTGCCAAAGGAAATGAATCCGTTCCTGGGCTTCCGGGCCGTTAGGCTGTGCCTGGATCGTCAGGATATTTTCAGAACCCAGCTTCGGGCACTGCTGCGCGCAAGCGTCCATGGCAATCTGCGAATCATGTTTCCCATGATCGCGACGCTCGGTGAATTCCGTGAAGCCAAAGCTCTTCTGGAGGAAGAGAAATCCAAGCTTGTAAGCGAAGGCATTCCGGTATCCGAGGACATCCAACTCGGGATCATGGTGGAGATTCCATCTACCGCGGTCCTGGCGGATCAGTTTGCCAAAGAGGTTGATTTCTTCAGTATTGGAACGAATGACCTTATCCAGTATACGATGGCCGCTGACCGCATGAATGAACGGGTTGCTTATTTGTATCAACCTTATAATCCGGCGATTCTGCGACTGGTTAAAATGGTCATCGATGCCGCTCATCGCGAAGGCCGCTGGGTTGGCATGTGCGGTGAAATGGCGGGTGACGCCACGGCGATTCCAATTCTCCTCGGTCTGGGGCTGGATGAGTTTAGCATGAGCGCTACATCCATTCTTCCGGCGCGCAGTCAGATCGGGAAGCTGTCCCGCAGTGATATGCAGGCACTCGCTGCCAAGGCGCTTGAAATGGGTACTGCAGAGGAAGTTGTGGCTCTGGTGGAATCCATAGAAACTGCAGCTGAGTAA	MNNLKGIAASAGIAIARAFTLEHPDYSVTEKQVADTDAELSKLDAALAQSQAELEAIKARTLQELGEKKAEIFESHLLILNDPELIEPVKAKIVSDSVNAEYALNETATQFIQMFENMKSAYLQERAADMRDVTKRILKHLLGLNYVSPSEISEEVIVVAEDLTPSDTAQLNRNYVKGFTTNIGGRTSHSAIMARSLEIPAVVGTKNVLSSVQDGDLIIVDGLEGDVIINPTEAIVAQYRAKQDAYAKQVEEWKKLRSEPTVSKDGIHVELAANIGTPNDVTGVLENGGEAVGLYRTEFLYMGRDKLPSEEIQYVAYKSVLEKMEGKPVVVRTLDIGGDKELPYLDLPKEMNPFLGFRAVRLCLDRQDIFRTQLRALLRASVHGNLRIMFPMIATLGEFREAKALLEEEKSKLVSEGIPVSEDIQLGIMVEIPSTAVLADQFAKEVDFFSIGTNDLIQYTMAADRMNERVAYLYQPYNPAILRLVKMVIDAAHREGRWVGMCGEMAGDATAIPILLGLGLDEFSMSATSILPARSQIGKLSRSDMQALAAKALEMGTAEEVVALVESIETAAE	PGPT0002025_1679	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0002025-ptsI-K08483	NA	NA
JZ016_05866	2358	pulA	COG1523	Pullulanase	ATGGACATGATCAAGAGCTGCACAAGTGTTAAGCTGGGGGCAACCTGCCGAAGAGAGGGAACGACCTTTCAGGTGTGGGCTCCGGATGCGGTTCATGTGAAACTGGCTTTGTATGAAAGCCCGGGAGAGTATAACGAGCAAGGTGTCGTAACGGATCACGAGTGTGGCACATTATATTTGATGGAACGTAATGGCGACGGCATATGGTCGGCTGTCGTAAACAGGGATCTTCACGGAACCTATTATATGTACCAAATCGAGTCAGCGGACGGTGACGTGCATTATGCCGTAGACCCCTATGCAACAGCGGTGTCAGCCAACGGCTGCCGCGGAGTGGTTGTCGATCTGGCGAAGAGCAATCCGCCGGGGTGGGAGCAGGATGTTAGACCCAAGCTGCTGAAGCCTACGGATGCGGTGCTCTATGAGCTTCATGTACGCGATTTCTCGATTCATACCGATTCGGGAATGAAATATAGAGGTAAATATAAGGCATTCACAGAAGGTGGCCTGCGGGATTCCGAAGGGAATACCATTGGACTGGATCATCTCGAAGAATTAGGTGTGACCCATGTGCATCTGCTGCCGATATTTGATTTTCGAACGGTCAATGAGCTGGACGGATATAATGCCGGGAGCTTAAGCCGCGAGTATAACTGGGGGTATGATCCGCAGAATTACAATGTTCCTGAAGGTTCATACTCGACAGATCCTATGGATCCGATCCTGCGCATCCGGGAGCTGAAGGAGCTGATTCTGGCTCTGCATGCCAAGGGAATCCGTGTCGTCATGGACGTGGTTTACAACCATACGTATACGGTGGATGACGGTCCGTTTGAACGATTGGCGCCAGGGTATTTCTATCGCAAGGATGAATATGGACATTTATCGAACGGTTCAGGTGTAGGCAACGAGCTGGCTACGGAGAAGCCGATGGTACGCAAATATATCAAGGATTCCTTAAGGTACTGGGCCGAGGAGTATCATATCGACGGCTTTCGATTTGATCTGATGGCTCTGATTGATACAACAACGATGAAAGAGATTGTAAGCGAGCTGCGTCGTGAGGTCGATAGCTCTCTCTTGTTCTACGGTGAGCCCTGGACGGGAGGAATGAGTCCGCTGACGGAGCAAACCGTCAAAGGAAGCCAGAAGGGTCAAGGTTTCGCTGTATTCAATGATCATTTCCGGCATGCCATCAAGGGTGACAATGACGGGCGCGGCCGAGGCTTTGCTACGGGCGAAGCGTGGTACGAGGGCGCAGTCGTTGAAGGGATGATGGGCTCGATCCATGATTTTGCCCTTCATCCGGATGAGACGGTCAATTATGTCACTGTGCATGATAATTTGAATCTGTGGGACAAAATTTTAGTGGCGAGCGGGATGGAAGAACAGGCGGGTCTGCTTCGCATGACGGACGGGAAGCTGGTTAACGGCGGCGATGTATGGCAGGCAACGGCTGCTTCCACACCCTATGCCGGTATTCCTGATGAAGATGTAATGTCGGCAGCGGCTGTGCGCCGCAGCTTGCTGGCTAACGGGATTGTCCTGCTGTCTCAAGGGATTCCGCTGCTCCATGCCGGCGATGAGCTGCTTCGCACGAAATTTGGCGATCATAACAGCTACCGCAGCGGCGATGCCGTTAATGCGATCCGCTGGTCGAACAAGAAACGATTCAAACCCGTGTTTGACTATTACAAAGGCCTTATTGCCTTGCGCAAAGCTCATCCGGCATTTCGTATGGCAGCAAGAGAAGAGATCGAGGAACATATGGAAGTGCTGCGCAGTAGCGATCGGATTATCGCCTACCGATTAACGCATCATCCACAAGATAGCTGGGGCCAGATTGTAGTGATCGTGAACGGGAATGAGCATGAAATGACGGTTGATTTGCCGCCTACACCTTACCGCTGGAGCATCGTGGTGAATGATCGTCAGGCAGGTACGGATACGATCGAGATGTTGGACCAAGGAGCTATAGCGGTCCCAGGGCTTTCGCTGATGGTGTTGCACGAAGACCAGACCCAGAAGAAGCAAGGCTTGACTACCGTTGAGATTGAATATGAAAGACGTGATCAAGCATATGATGGCTGGAACGTATGGGTGTGGGGAACAGGCGTGGAGGATGGCAGCGTGCCATTCTCAAGAGTGGACGGCGGCAAAGCTCGAGCGGTCTTCTATGCAGCTCCCGGAACCAAGCGGGTCGGCTGTATCGTCAGGTTGAACGATTGGGAGGATCGGGAAGGCGAGAACGACTGGTTTATCGATATTCCGCCAGACGAAGCCAAGTTACGGATCTCGCTGCTAAGTGTCAAAGGCGACGGCTCTGAGGGCCAAGAGCAGCGGGATATGGCGAGTTGA	MDMIKSCTSVKLGATCRREGTTFQVWAPDAVHVKLALYESPGEYNEQGVVTDHECGTLYLMERNGDGIWSAVVNRDLHGTYYMYQIESADGDVHYAVDPYATAVSANGCRGVVVDLAKSNPPGWEQDVRPKLLKPTDAVLYELHVRDFSIHTDSGMKYRGKYKAFTEGGLRDSEGNTIGLDHLEELGVTHVHLLPIFDFRTVNELDGYNAGSLSREYNWGYDPQNYNVPEGSYSTDPMDPILRIRELKELILALHAKGIRVVMDVVYNHTYTVDDGPFERLAPGYFYRKDEYGHLSNGSGVGNELATEKPMVRKYIKDSLRYWAEEYHIDGFRFDLMALIDTTTMKEIVSELRREVDSSLLFYGEPWTGGMSPLTEQTVKGSQKGQGFAVFNDHFRHAIKGDNDGRGRGFATGEAWYEGAVVEGMMGSIHDFALHPDETVNYVTVHDNLNLWDKILVASGMEEQAGLLRMTDGKLVNGGDVWQATAASTPYAGIPDEDVMSAAAVRRSLLANGIVLLSQGIPLLHAGDELLRTKFGDHNSYRSGDAVNAIRWSNKKRFKPVFDYYKGLIALRKAHPAFRMAAREEIEEHMEVLRSSDRIIAYRLTHHPQDSWGQIVVIVNGNEHEMTVDLPPTPYRWSIVVNDRQAGTDTIEMLDQGAIAVPGLSLMVLHEDQTQKKQGLTTVEIEYERRDQAYDGWNVWVWGTGVEDGSVPFSRVDGGKARAVFYAAPGTKRVGCIVRLNDWEDREGENDWFIDIPPDEAKLRISLLSVKGDGSEGQEQRDMAS	PGPT0012195_563	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-PULLULANASE,PGPT0012195-pulA-K01200	NA	NA
JZ016_05867	630	ctc	COG1825	General stress protein CTC	ATGTCAAAAGGAAACACAGTTCAACTCCAAGCAGATGTTCGTGATGAATTTACCCGGGCTTCTCGCCGAGTGCTTCGCGAAAATGGCGGAATCCCCGGCGTTGTATACGGCGCGGGCGAGGAAAGCATCCCCGTAGCTGTTAATTTCAAGGATACGGCCAAGCTGTTCCACACCGGACGTTCAGAGGTATTCCAGCTTGATATTCCAGGCTCCGGTAAAATTCCGGTTTTGATTAAGGACATTCAAAAGAGACGCGGCACTGTATCCCATGTGGACTTTCTGCGGATCTCCATGAACAAGCCGGTTCGTGTCAGCATACCGGTGGATTATCAAGGTACTGCTGCCGGAACGAAATCTGGCGGTATTCTGCAAACCCAGGTGACCGAAGTCGAAGTAGAAGGATTGCCAGGCGAGCTGCCTACTACCCTCGAAGCGGACGTATCCGCTCTGGAGATTGGCGACAAGCTTACGGTTGCAGATATTAAAGTACCGGAAGGTATTACATTGCACGCTTCGGATGAGGAGGTTCTCGCAACCGTCATCGTGCCACGCGCCGTTGAGGCTGCTGAGACGGTGGATGAAGCGGACGCTGAGGAAGCGGATGCGGGAGAGACAACCGAAGAATCATAA	MSKGNTVQLQADVRDEFTRASRRVLRENGGIPGVVYGAGEESIPVAVNFKDTAKLFHTGRSEVFQLDIPGSGKIPVLIKDIQKRRGTVSHVDFLRISMNKPVRVSIPVDYQGTAAGTKSGGILQTQVTEVEVEGLPGELPTTLEADVSALEIGDKLTVADIKVPEGITLHASDEEVLATVIVPRAVEAAETVDEADAEEADAGETTEES				NA	NA	NA	NA	NA
JZ016_05868	885	mltF_2		Membrane-bound lytic murein transglycosylase F	ATGCGCGGAACAAAATCGATACGTTGGATCAGTCTTGCCTGTTTATTCACACTGATCGGTTCAATTGTACTTACCGGATGCACGCCTAACAGCAATGACCGGGTGCCGACCCCCAACATGGGCGTAAATCCTTACCGGGTGAACACGGGCTTCCTGCTTCGGAATGCCGTCGAGCGCGGGACCCTGCGAATTGCAACGGAACGGGATTATCCCCCTTTCAGTTACCATGGAACGGGCGGAAGACTTACAGGTTTTGATGTGGAAATCGCTGAAGAGGTTGCCCGTCATATGGAGCTAAGAGCAGAATTCGTTGAAACCGAGTGGGAGAATCTGCTGCCAGGATTGACGGAAGGCAAATACGACGCCGTCTTCAACCAGATTGAAGACAAGCCGGACCGGCGGGCCCTCTATGATTTTTCCGTCGCTTATCTATCCTCAACCCCGGTTCTACTTGTGCGTTCCTCGGGTGAAGATCAGATTCGCACCTTCTCGGACATCAAGGATAAGCGTGTCGGCCTGAACCCAACCGGAATTTATAAGGATATGGCCAAGAAGCATGGAGCGGAAATTGTCCCGATCAAATATATATCAGACGCAGCTAACAAGCTCGCAAACGGAGAGCTGGATGCCGTCATTTCGGACCAATTATCCGTAACCAACCTGAAGCAGCAGTTCCCGGATCTGCCGGTCGCTGCCGCCGAATCCGCCGATCAGGTGTCCGAGATTTCCGCAGCCTTTGTAAAAGGGAATCCGGATCTCGTGGCCGCCGTTGATAATGCATTGGCTACCATGCAGCAGGACGGAACGTATTTGACCATTTGGAACAAATACTTTGGAGACGCACCGATGAGTTATAAAGGAATCCATGATCGAAAAGTTAAATAA	MRGTKSIRWISLACLFTLIGSIVLTGCTPNSNDRVPTPNMGVNPYRVNTGFLLRNAVERGTLRIATERDYPPFSYHGTGGRLTGFDVEIAEEVARHMELRAEFVETEWENLLPGLTEGKYDAVFNQIEDKPDRRALYDFSVAYLSSTPVLLVRSSGEDQIRTFSDIKDKRVGLNPTGIYKDMAKKHGAEIVPIKYISDAANKLANGELDAVISDQLSVTNLKQQFPDLPVAAAESADQVSEISAAFVKGNPDLVAAVDNALATMQQDGTYLTIWNKYFGDAPMSYKGIHDRKVK	PGPT0015635_118	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0015635-fliY|tcyA|yckK-K02424	NA	NA
JZ016_05869	753	kduD		2-dehydro-3-deoxy-D-gluconate 5-dehydrogenase	ATGAACAGGTTTGACTTATCAGGCAAAACCGCAATCGTCACCGGCTCCGCCAGAGGACTAGGGCAAGGCATAGCGATAGCTCTAGCCGAAGCCGGAGCGGATATCGTTGCCGTGTCCATGAATACAAGCGCCGAAACGATAGAAGCCATCACTTCACTCGGCAGAAAAGCTTCCGAAATTCAGGTCGATCTAAGCGACCAGAGCAAACTCCAGCAAACTTTTGACCAAGCGCTGGAGCTGACGGGGCATGTGGACATTCTCGTAAACAATGCCGGCATTATCCGCCGGACGCCCGCCAAGGATCATGGTACTCAAGATTGGCTTGACGTGATTGACTTGAATCTGAATACCGTATTTTTGCTGTCCCAACTTGCCGGAAGACATATGATTGAACGCGGCAGCGGCAAAATCATTAACATTTGCTCCATGCTGTCCTACCAAGGCGGAATCAACGTGCCCGGATATACGGCAAGCAAGCATGGTGTTGCCGGCCTTACGAAAGCTTTGGCCAATGAATGGGCAGCCAGCGGCATCCAAGTGAACGGAATTGCTCCCGGTTATATCGAAACCGATAATACGGCAGCCATCCGTCAGGATGAGGAACGACGGACTTCCATTACGGAACGTATTCCTGCCGGACGCTGGGGGAAACCCGAGGATATTGGCGGACCCGCCGTATTCCTCGCTTCCGCCGCTTCGGATTATATGAACGGACATGTGCTTTGTGTTGATGGCGGATGGATGGCCCGTTAA	MNRFDLSGKTAIVTGSARGLGQGIAIALAEAGADIVAVSMNTSAETIEAITSLGRKASEIQVDLSDQSKLQQTFDQALELTGHVDILVNNAGIIRRTPAKDHGTQDWLDVIDLNLNTVFLLSQLAGRHMIERGSGKIINICSMLSYQGGINVPGYTASKHGVAGLTKALANEWAASGIQVNGIAPGYIETDNTAAIRQDEERRTSITERIPAGRWGKPEDIGGPAVFLASAASDYMNGHVLCVDGGWMAR	PGPT0018065_1353	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_OLIGOGALACTURONIDE_DEGRADATION,PGPT0018065-kduD-K00065	NA	NA
JZ016_05870	750	srlR_3	COG1349	Glucitol operon repressor	ATGAACCCGTTACGACGCTATGAAAAAATAATGGAGTACCTTCTAACCCATAAAGAAGTGACTGTCGCCGACCTAAGCCAGCAGCTTCAAGTAACCGGAAAAACCATACGCGAGGATCTGACCAAGCTGGAGGAACAGGGTCTAATCGTTCGTGTGCATGGCGGAGCTGTCCTTGCGCACAGCGATCAATTCGGCATCCTGCCGTCCAAAGAACCGCTTGCCAAGCATCCGACTGAAAAGACCGAAATCGCGCTGAAAGCGCTGAAGCATATCAATACCGATGACATCATCGCCTTAGACGGAGGCAGCACCACGCTGGAGATTGCCCGCAGGCTGGAGGATGTGCCTCTGACGGTCATTACGAACGATGTGTATATCATCAGCGAATTGGCGACCAAGAATCATATCCGATTGGTCGTTCCGGGGGGCTACCGGGTCCGAAATATGCTCGCAGGCCCTGAAGGCGTATCGTATGTATCACAGCTGAACATTCAAAAAGCCTTCATATCCGCCACGGGCGTCCATCTTGATCATGGATTGTCCATATATACCGGGGACTTGATCCCTTTCAAACGGGCATTAATCGAAACTTCGCTGGAGGTATATGCCGTTGTCGATCATCACAAATTTGGTCAAACGGCATTAAGGACATTTTCATCCCTGCAGGAGATCAACGGCATCATTACCGATGCGGGACTGCCACCCGAGACGATCAAACAATATGAAGGTGCCGGCGTTACCATGCTGTAA	MNPLRRYEKIMEYLLTHKEVTVADLSQQLQVTGKTIREDLTKLEEQGLIVRVHGGAVLAHSDQFGILPSKEPLAKHPTEKTEIALKALKHINTDDIIALDGGSTTLEIARRLEDVPLTVITNDVYIISELATKNHIRLVVPGGYRVRNMLAGPEGVSYVSQLNIQKAFISATGVHLDHGLSIYTGDLIPFKRALIETSLEVYAVVDHHKFGQTALRTFSSLQEINGIITDAGLPPETIKQYEGAGVTML	PGPT0017590_1709	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436	NA	NA
JZ016_05871	834	kduI		4-deoxy-L-threo-5-hexosulose-uronate ketol-isomerase	ATGGAAAGACGTTATGCATCACACCCTAATGAAGTGAAACAATATGACACAGAAAGACTCCGCAAGGAATTCCATATCCCCGTCCTGTTTACGCCTGACAAGCTGGAGCTTGTCCTGACGCACGAAGATCGTATGATTATCGGTGGCGCCGCTCCCGTTCAAGAACAAGTCAAATTGGAAACCGACCTTAAAGAGCTGGGTGTTTCCTCTTTCCTGGAACGCCGTGAGCTTGGCATTATCAATATTGGCGGACATGGTACCGTACTGGTGGACGGTGCGGAGCATGAACTGAACAACAAAGAATGCTTGTACGTTGGCATGGGCACGGAAGAGGTTATTTTTAAAAGCACGGATCCATCCAACCCAGCCAAATTCTATTTGAATTCTGCGCCAGCGCACCAAACATTCCCGACAGCCAAGGCCACTCTGGAGGAAGCCGATTCCAGCGCTTTGGGCGATATCAAAAATTCCAATGATCGCGTGATCTATCGTTTCATCCATCAAAAAGGCATTGAGAGCGCCCAGCTTGTCATGGGTATGACCCTGCTGAAAGAAGGAAACATGTGGAACACGATGCCTGCCCATACCCACCCAAGACGGATGGAGGCTTATCTCTATTTTGATTTACCGGAAGAAGCGGTTGTCATCCATCTGATGGGTGAACCCAATGAAACGCGGCACATCGTCATGCGCAATGAGCAGGCCGTGATTTCGCCAAGCTGGTCGATCCACAGCGGGGTAGGCACAAGCAACTATACCTTCATCTGGGGCATGGCCGGAGATAATAAACGTTATGATGATATGGACCCGGTGTCCATAAAAGATTTAAAATAG	MERRYASHPNEVKQYDTERLRKEFHIPVLFTPDKLELVLTHEDRMIIGGAAPVQEQVKLETDLKELGVSSFLERRELGIINIGGHGTVLVDGAEHELNNKECLYVGMGTEEVIFKSTDPSNPAKFYLNSAPAHQTFPTAKATLEEADSSALGDIKNSNDRVIYRFIHQKGIESAQLVMGMTLLKEGNMWNTMPAHTHPRRMEAYLYFDLPEEAVVIHLMGEPNETRHIVMRNEQAVISPSWSIHSGVGTSNYTFIWGMAGDNKRYDDMDPVSIKDLK	PGPT0018245_760	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_OLIGOGALACTURONIDE_DEGRADATION,PGPT0018245-kduI-K01815	NA	NA
JZ016_05872	900	glpQ_4	COG0584	Glycerophosphodiester phosphodiesterase	ATGAAAAGAATGATTGTTATTCTAACAGCTGTGCTCGCAGTGGCCGGTTCTCAAAATAACGCTGATGTCCCGTATTATCCTTATCATCAAACTGGGGAACGGGAAGTATGGATGAGGTCGGAGAATGAGCGCGATCAGTCCTGGGTTAATATTGCCCATCGGGGGGCGTCGGGTTATGCCCCGGAAAATACGATGGCTTCTTTTGTTAAAGCATTTGATATGGGAGCGGATATGCTGGAATTGGATGTCCAATTGAGCAAGGATGGACAGGTCGTTGTGATTCATGATTCCACGGTTGAGCGAACCACCGATGGGCAGGGAGAAGTAGGCGATTTAACCTTTGAGGAGCTGCGTATGCTGGATGCAGGTTCATGGTACGATTCGGCGTTTAAAGGAGAAGTCATTCCCGCTTTGGCGGAGGTGCTTGAGCATTTCGCGGGGCGTATCGGGCTGTTGATCGAATTGAAATCTCCCTCCCGGTATCCGGGTATCGAGCAAAGGGTTGCAGACGAGTTGAAAAGGTATATCATCGGCGCTGATGGTGGTGAGAGGTATAAGGACCTGATCATCGTGCAGTCAGCAGATAAGGACTCTCTCCCTCGATTCCGGCAGCTGATGCCCGATATCCCGCTGGGCGTTGTTATCACCAGTGCGGGCGACTTATCCAAGCAGCAGCTGGAAGATATGAAGACCTATGCGGAGTATGTGAATGTATCGATGAGGCTGGTATCCAAAGGGCTGGTTCAAAAGATACATCAATCCGGGCTGAAAACGATGGTATGGACCATTCGGGATATGCTGCAGATTCCTTATGTGCTTCAAATTAACGTGGATGGGATTATTACGGATTACCCGGATCGGGTACCGATTTCAATTTCGAACAGGAAAATGATCAGATAA	MKRMIVILTAVLAVAGSQNNADVPYYPYHQTGEREVWMRSENERDQSWVNIAHRGASGYAPENTMASFVKAFDMGADMLELDVQLSKDGQVVVIHDSTVERTTDGQGEVGDLTFEELRMLDAGSWYDSAFKGEVIPALAEVLEHFAGRIGLLIELKSPSRYPGIEQRVADELKRYIIGADGGERYKDLIIVQSADKDSLPRFRQLMPDIPLGVVITSAGDLSKQQLEDMKTYAEYVNVSMRLVSKGLVQKIHQSGLKTMVWTIRDMLQIPYVLQINVDGIITDYPDRVPISISNRKMIR	PGPT0018470_3818	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
JZ016_05873	1260	amiC		Aliphatic amidase expression-regulating protein	ATGAAGAAACAAAGCGTGATCGTTAAAGGCTGGGCCTCATTTGTTTTATGTGCAATCTTGATGTCAGGCTGCGTGACGGAAAAGGAAGCCGCTCCAACCGCCGGAGCGGATAACGGGAGTCCGGCGGTAGAAGCCGCTGGCGATTCAATTAAGGTTGGCATTCTTCACTCACTCAGCGGAACGATGGCCATAAGCGAGGTATCCGTTAAGGATGCAGAGATGCTTGCCATCGAAGAAATCAATGCAGCTGGCGGCGTGCTTGGCAAGCAGATCGAACCCGTAATCGAGGACGGTGCCTCGGATTGGCCGACCTTCGCGGAGAAAGCGGGCAAATTGCTGCAGCAGGATAAGGTTGCCGCCGTATTCGGAGGCTGGACCTCTGCCAGCCGGAAAGCCATGCTCCCTGTTTTCGAACAGAACAACGGCCTTTTATTCTATCCGGTCCAATATGAAGGGCTGGAATCCTCACCTAACATTTTTTATACGGGCGCAACAACCAATCAGCAGATCGTACCCTCAGTGTCCTGGCTGCTGGAGAACCGCGGCAAAAAAATGTTCCTCCTCGGCTCCGATTACGTGTTTCCGAGAACGGCCAACAAGATCATCAAGGCACAGTTGACGGCAGAGGGCGGCGAACTGGCTGGGGAGGAATACACGCCGCTGGGTCATACCGATTTCAGCACGATTATAGCCAAGATCAAGGAGGCGAAGCCCGATATCGTCTATAACACGCTGAACGGCGACAGCAATGTGGCCTTCTTCAAGCAGCTGAAGGATGCGGGCATTACCTCCAAGGATATGACCACGCTGTCCGTCAGCGTGGCGGAGGAGGAGATCCGAGGCATCGGCGCAGATATACTGGAGGGTCATCTGGCAGCCTGGAACTATTATCAATCTACCGATACTCCGGAGAACAAGGCTTTTGTCGACAAATACAAAGCAAAATACGGCGCTGACCGCGTGACGGCTGACCCGATCGAAGCGGGATACACGGCGGTGTACTTATGGAAGGCCGCGGTAGAGAAGGCAGGAACAACGGAGGTGGCCAAGGTGAAGGAAGCGGCAAAAGGCATTGAGTTCGCCGCTCCGGAAGGGAAAGTAACCATTGATGGGGAGAATCAGCACATTCATAAAACGGTGCGCATCGGCGAGGTGCAGGCTGACGGACAATTTAAGGAGCTCTGGAATTCGGGAGAACCCGTTAAACCGGATCCCTATCTGAAAACCTATGATTGGGCGAAGGGATTAAGCGGAGAATAA	MKKQSVIVKGWASFVLCAILMSGCVTEKEAAPTAGADNGSPAVEAAGDSIKVGILHSLSGTMAISEVSVKDAEMLAIEEINAAGGVLGKQIEPVIEDGASDWPTFAEKAGKLLQQDKVAAVFGGWTSASRKAMLPVFEQNNGLLFYPVQYEGLESSPNIFYTGATTNQQIVPSVSWLLENRGKKMFLLGSDYVFPRTANKIIKAQLTAEGGELAGEEYTPLGHTDFSTIIAKIKEAKPDIVYNTLNGDSNVAFFKQLKDAGITSKDMTTLSVSVAEEEIRGIGADILEGHLAAWNYYQSTDTPENKAFVDKYKAKYGADRVTADPIEAGYTAVYLWKAAVEKAGTTEVAKVKEAAKGIEFAAPEGKVTIDGENQHIHKTVRIGEVQADGQFKELWNSGEPVKPDPYLKTYDWAKGLSGE	PGPT0000925_1231	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-UREA_USAGE	N-AQUISITION-UREA_TRANSPORT,PGPT0000925-urtA-K11959	NA	NA
JZ016_05874	906	livH	COG0559	High-affinity branched-chain amino acid transport system permease protein LivH	ATGGAAATGACGATCCTGCAAGTGTTTAACGGACTCAGCGTCAGCTCGATCCTATTATTGATTGCTCTTGGCTTAGCGGTGACGTTCGGCTTGATGAATGTCATTAATATGGCCCATGGCGAGCTGATCATGATCGGTGCTTACTCAACGTACGTCACGCAAGGTTTGTTTACCGCGTATATGCCGAAATCCTGGTTCGACACCTATTTCATCGCAGCTTTGCTTGTATCGTTCTTGGTTGCAGCCGCCGTCGGATGGCTGCTTGAAATGGTGCTCATCCGCCATCTGTACGGCAGGCCGCTGGATAGTCTGCTCGCTACATGGGGCGTCGGGATGATGCTCCAGCAAATCGCAAGATTCATCTTCGGCGCGCCGAATGTGGCTGTTACCAGCCCGTCCTGGCTAAACGGCGGGCTGGCGATCACTTCAAGCATCGTCCTTCCATACAAGCGGCTGTTCATCATCGTATTGGTTGCCGTCGTGCTGACAGCCATGTATCTCTATATTTATAGAACGGTCCAAGGCCGAAGAATGCGGGCGGTGATGCAAAATCGAAGCATGGCCGGGTGTCTCGGTATTTCAACCCGACGCGTGGACGGCCTGACGTTTGCGATCGGCTCGGGCATTGCCGGCATTGCCGGCTGCGCGTTAACATTGCTTGGCCCGATCGGTCCTTCGATCGGAACCTACTATATTGTCGATGCTTTCATGGTGGTGGTCCTTGGCGGCGTTGGGAAATTGATCGGCACGGTTGCCGGGGCGCTGGGCATTGGCGTGTTCAATACGCTGTTTGAGACCTACACTTCGGCATCCATCGGCAAAGTGCTGGTATTCGCCTGCATCGTGGCATTCATGCAGTGGAAGCCACGCGGGCTCGTTGCACTACGAACACGCAGCCTGGATTAG	MEMTILQVFNGLSVSSILLLIALGLAVTFGLMNVINMAHGELIMIGAYSTYVTQGLFTAYMPKSWFDTYFIAALLVSFLVAAAVGWLLEMVLIRHLYGRPLDSLLATWGVGMMLQQIARFIFGAPNVAVTSPSWLNGGLAITSSIVLPYKRLFIIVLVAVVLTAMYLYIYRTVQGRRMRAVMQNRSMAGCLGISTRRVDGLTFAIGSGIAGIAGCALTLLGPIGPSIGTYYIVDAFMVVVLGGVGKLIGTVAGALGIGVFNTLFETYTSASIGKVLVFACIVAFMQWKPRGLVALRTRSLD	PGPT0000930_1333	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-UREA_USAGE	N-AQUISITION-UREA_METABOLISM,PGPT0000930-urtB-K11960	NA	NA
JZ016_05875	1089			hypothetical protein	ATGGTGCTGAAATGGTTGACAGGAAACCCCGGCAGCCGATCGAAACGGATGATGTGGAGCGTGGTACTGCTCCTGATGTGTATGGCACCTTTGTTCACGACCCCTTTTCGCCTCGGTTTGTTAACGAAATTTCTGGCTTTGGCGATCCTGGCGGTCGGGCTTGATCTGATCTGGGGCTATGGCGGCATTTTAAGCCTTGGGCACGGCGTGTTCTTTGGATTAGGCGCTTATGCCATGGCCATGTATTTGAAGCTGGACGCCAGCGGCGCTTCCCTGCCTGATTTCATGGGATGGAGTGGGGTGACGGCGCTCCCATGGTTCTGGGAGCCGTTCCGATCGTTCCCCGCGGCCTTGCTACTCGGGATGCTGCTTCCGGCCCTGCTTGCGTTGATACTTGGATTCTTTACGTTTCGCAACCGGATCGTCGGCGTATATTTTACGATTCTGACGCAGGCTCTGGTTATGATTGTGGTTACGCTGTTTGTAGGCAAGCAGGAGTGGACAGGGGGCACGAACGGGCTTACGGGATACAATTCCATTTTGGGTTTTAATCTGAATGCGCCGTCAACGAAAATCGGGTTGTATTTTATTACGCTTGCCGCTTTGGCAGGAGCCTATATTCTGTGCCGAAGAATTGTGAACAGCAGGGTGGGCCAGGTACTGGAAGCCTCAAGAGATGGGGAGAACCGGGTGCGGTTTCTGGGTTTTGACCCTTCCCGTTACAAGACCTTTGCCTTTGCCGTATCGGGCGGTCTGGCCGGGCTTGCAGGCATGCTGTTTGTCCTTCAGGTCGGCATTATTTCGCCGTCAATGATGGGCATCGTTCCATCCATTGAAATGGTGCTCTGGGTCGCTCTCGGCGGCAGGGGAACGCTGATCGGCGCTATTATTGGCGCCGTGCTGCTGAACGCAGCCAAGACCGGGATCAGCGAGGCTTATCCGGAAGGATGGCTGCTTGTATTGGGTGCATTATTTGTCATCGTTGTTGTGTTGATGCCAAAAGGATTGACCGGATTGTGGAGCAAGGTGGCTTCGTCATTATCTCGAAGAGGAGGGACTGTGCATGCAGCCGTACGCGAAGAGAGTTGA	MVLKWLTGNPGSRSKRMMWSVVLLLMCMAPLFTTPFRLGLLTKFLALAILAVGLDLIWGYGGILSLGHGVFFGLGAYAMAMYLKLDASGASLPDFMGWSGVTALPWFWEPFRSFPAALLLGMLLPALLALILGFFTFRNRIVGVYFTILTQALVMIVVTLFVGKQEWTGGTNGLTGYNSILGFNLNAPSTKIGLYFITLAALAGAYILCRRIVNSRVGQVLEASRDGENRVRFLGFDPSRYKTFAFAVSGGLAGLAGMLFVLQVGIISPSMMGIVPSIEMVLWVALGGRGTLIGAIIGAVLLNAAKTGISEAYPEGWLLVLGALFVIVVVLMPKGLTGLWSKVASSLSRRGGTVHAAVREES	PGPT0000935_1184	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-UREA_USAGE	N-AQUISITION-UREA_TRANSPORT,PGPT0000935-urtC-K11961	NA	NA
JZ016_05876	840	lsrA	COG1129	Autoinducer 2 import ATP-binding protein LsrA	ATGCAGCCGTACGCGAAGAGAGTTGATTTGCCGCTAGCTGTCCATGGAGAAGTCAGGGATATCGGTATTTCCCCCATCGTGTTGTCCGCGGAGAACATTACGGTCACTTTTGGCGGGTTTGTGGCGGTAAACGGCATGAATCTGGCACTGCGTCAGCATGAGCTGCATTTTCTGATCGGCCCGAACGGCGCGGGAAAAACCACGATGCTGGACGTGATCTGCGGGAAAACAAAGCCTGCCGCAGGAAAGGTGCTGCTGGGGGACGGACTGGAAATCACCAGAAAGCGGGAGTATGAAATCGCCCGTCTCGGCGTGGGGCGAAAATTTCAAGCGCCGTCGGTATTTCCTAACCTGAGCGTCAAAGAAAACCTGGAGCTGACAGTCGATCCCGATCGAAGCGTGTTCCGTGCGCTGAAGGCCAGGAGAAATCGATGCACCACGTTCGAAATGAAGAAGGTTCTGGAGTTGATCGGGCTGCCCGATCGGATACACGTTCGGGCAGGCTCTCTGTCGCATGGAGAGAAGCAATGGCTGGAGATCGGCATGCTGCTGCTTCAGAAGCCGCGGCTTCTGCTGCTCGATGAGCCGGTAGCGGGGATGACGGACGAGGAGACGATGAAGACCGGCGCGCTCCTCCAGCGCATCGCCATGGAATGCTCCGTCGTTGTCGTTGAGCATGACATGGAGTTTGTGCGCTCTTTTGCCGCTAAGGTTACCGTGATGCATGAAGGGAAACTGCTGAAGGAAGGCTCCATGCAGGAGATTCAACACGATCCGCTGGTAGCCGAGGTTTATCTGGGAAAAAGGAGGGAGGCGAATGCTCAAGCTGCAGGGCATTGA	MQPYAKRVDLPLAVHGEVRDIGISPIVLSAENITVTFGGFVAVNGMNLALRQHELHFLIGPNGAGKTTMLDVICGKTKPAAGKVLLGDGLEITRKREYEIARLGVGRKFQAPSVFPNLSVKENLELTVDPDRSVFRALKARRNRCTTFEMKKVLELIGLPDRIHVRAGSLSHGEKQWLEIGMLLLQKPRLLLLDEPVAGMTDEETMKTGALLQRIAMECSVVVVEHDMEFVRSFAAKVTVMHEGKLLKEGSMQEIQHDPLVAEVYLGKRREANAQAAGH	PGPT0000940_371	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-UREA_USAGE	N-AQUISITION-UREA_TRANSPORT,PGPT0000940-urtD-K11962	NA	NA
JZ016_05877	696	livF	COG0410	High-affinity branched-chain amino acid transport ATP-binding protein LivF	ATGCTCAAGCTGCAGGGCATTGAATCGGGCTACGGGGAGAGCCCCGTCCTCCGCGGCGTATCTATGGTTGTCGACCCGGCGAAGGTCGTGTGTCTGGTAGGGCGCAACGGCGTCGGCAAAACCACGCTCATGCGGACCCTGATCGGGCAGCTGAAAATCCGGCAGGGACGGATGACTCTTGGCGAGCAGGAGGTTACCGGCTGGGATTCCGTAAAAAGAGCGAGAGGCGGCATCGGGTATGTTCCGCAAGGGCGCGAGATTTTTCCCCAGCTTACCGTGAAGGAAAATCTGCTGCTCGGACTTGAGCCAATCGTGCCGAGGAGGAAGGCATTCCCGGAGGATGTGTTAGCCCTGTTCCCAGTGCTGCCCCAAATGTACCACCGTCAAGGCGGTGATTTAAGCGGTGGTCAGCAGCAGCAGCTAGCCTTTGCGAGGGCGCTCGCCTCCAGACCCAAGGTGCTGCTGCTCGACGAGCCGACCGAGGGAATCCAGCCTTCCATCGTGGAGGAAATTCAAGACGTGATCCGGGGGATCAAAGCAAAAGGGGAAACGTCGGTCATTCTGGTGGAGCAGAGCATCGAGTTTGTCCGGAGCGTAGCCGACTATATCTATGTCATGGATAAAGGCACAATTGTTGCCGAAGGGGTACAGGATGCTATCGATATGGAGCAGTTCGAGCATTATTTGACGGTCTAA	MLKLQGIESGYGESPVLRGVSMVVDPAKVVCLVGRNGVGKTTLMRTLIGQLKIRQGRMTLGEQEVTGWDSVKRARGGIGYVPQGREIFPQLTVKENLLLGLEPIVPRRKAFPEDVLALFPVLPQMYHRQGGDLSGGQQQQLAFARALASRPKVLLLDEPTEGIQPSIVEEIQDVIRGIKAKGETSVILVEQSIEFVRSVADYIYVMDKGTIVAEGVQDAIDMEQFEHYLTV	PGPT0000945_975	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-UREA_USAGE	N-AQUISITION-UREA_TRANSPORT,PGPT0000945-urtE-K11963	NA	NA
JZ016_05878	1488	araA_2	COG2160	L-arabinose isomerase	ATGAAATTGAAACCGCATTCTTTTTGGTTCGTCACCGGAAGCCAGCACTTGTATGGTCCCGAAACGCTGGAGCAGGTAGCTGAGCATTCCCGCATCGTGGCAACGGAGTTTGATAAAGATCCTGTATTTTCCTACCCCATTGTGTTCAAGCCGATCGTAACGACACCCGATGAAATATACAACCTGATTCTTGAGGCTAACAACGATGAGTCCTGCGCAGGGATTATGACCTGGATGCATACCTTCTCCCCGGCCAAAATGTGGATTGCGGGGCTAGCCCAATTGCAGAAGCCGCTTCTTCATTTCCATACCCAATTCAACCGGGATATCCCTTGGGAAACGATTGATATGGACTTTATGAATTTGAACCAATCCGCTCACGGTGATCGCGAGTATGGTCATATCGGTGCCCGTCTCGGCATTGCCCGCAAGGTGGTTGTGGGCCATTGGGAAGACGGGGAGGTTCGTGACAGCATTGCCGGCTGGATGCGGACCGCCGCGGCCTATGCCGAGAGCCGCAGGCTGAAGGTGGCCCGCTTCGGCGATAATATGCGCCAGGTGGCAGTAACCGAAGGAGATAAAGTAGAAGCGCAAATCAAGCTTGGCTGGTCCGTGAACGGTTATGGCATCGGCGATCTTGTGCAGTCCATGAATGAAGTCGGCGATGATGAGGTAAAAGCCCTCTTGAATGAATATGCCGACTTGTATTCGATAACCAAGGAAGGGCTTAGCGATGGCCCTGTACGCGATTCCATTGCGTACCAAGCCCGGATCGAGATTGCGCTTCGTCGTTTCCTCGAGGAAGGCGGCTTTGGCGCATTCACGACGACCTTTGAGGATCTGCATGGAATGAAGCAGCTTCCGGGACTCGCCGTACAGCGTCTGATGGAGTCGGGTTACGGCTTCGGCGGGGAAGGGGATTGGAAAACAGCTGCCTTGACCCGTGTATTGAAGGTGCTTGCCGGCAATAAAAGCACTTCCTTCATGGAGGACTACACCTATCACTTCGAGCCGGGGAATCATATGATTCTTGGATCGCACATGCTGGAGGTATGTCCGACCATCGCATTGGATAAACCGACGCTGGAGGTTCATCCGCTCGGGATCGGGGGCAAGGGAGATCCGGCACGTCTCGTGTTTAACGGCCAGGACGGCCCAGCTGTGAATGCTTCCCTGGTTGATCTCGGACACCGTTTCAGACTGCTGGTGAATGTGGTGGATGGCGTCAAGGTTGAACAGCCGATGCCGAAGCTGCCGGTTGCCCGTGTGCTGTGGAAACCGCAGCCATCCCTTCGCGAGTCTGCGGAAGCGTGGATTTTGGCTGGCGGAGCGCACCATACCGTTCTATCTTATGCCATGACGGCAGAGCATTTGAGCGATTGGGCAGAGATGGTCGGCATTGAAGCGGTCATTATTGATAAGGATACAACGATACCGCGCTTCAAGAACGAGCTCCGTTGGAGTGAAGCCGCATACCGTCTGCGGTAA	MKLKPHSFWFVTGSQHLYGPETLEQVAEHSRIVATEFDKDPVFSYPIVFKPIVTTPDEIYNLILEANNDESCAGIMTWMHTFSPAKMWIAGLAQLQKPLLHFHTQFNRDIPWETIDMDFMNLNQSAHGDREYGHIGARLGIARKVVVGHWEDGEVRDSIAGWMRTAAAYAESRRLKVARFGDNMRQVAVTEGDKVEAQIKLGWSVNGYGIGDLVQSMNEVGDDEVKALLNEYADLYSITKEGLSDGPVRDSIAYQARIEIALRRFLEEGGFGAFTTTFEDLHGMKQLPGLAVQRLMESGYGFGGEGDWKTAALTRVLKVLAGNKSTSFMEDYTYHFEPGNHMILGSHMLEVCPTIALDKPTLEVHPLGIGGKGDPARLVFNGQDGPAVNASLVDLGHRFRLLVNVVDGVKVEQPMPKLPVARVLWKPQPSLRESAEAWILAGGAHHTVLSYAMTAEHLSDWAEMVGIEAVIIDKDTTIPRFKNELRWSEAAYRLR	PGPT0017450_803	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017450-araA-K01804	NA	NA
JZ016_05879	1092	araR_9	COG1609	Arabinose metabolism transcriptional repressor	ATGATGAATAATAGACGGATACCCAAATATATTGTATTAAAAAACGAACTGCTCTCCTGGTTTGAATCCGGAAGGCTTCAAGCAGGCAAACAGGTTCCTTCGGAGCATGAAATCGCCGACCAGTTCGGCGTAAGCCGCCAGACGGTCCGCCAAACCTTCGGCGAGCTGGAGAAGGAGGGCTGGCTGGAACGGATTCAGGGAAAAGGGACGTTCGCCAGAAATCCCGACCGGCGGGAGAGTGAGCAGGTTAAGACGATCGGCATCATTACAACCTACATCTCGGATTATATCTTCCCGCATATCGTTCGGGGAGCGGAGGCGGAGCTGCGCAGCAAGGGATATCGCCTGCTGCTCTCCAGTACCGATAACAACAAGGTGAAGGAGATGGAGAGTCTTCAGCTCATGACCAGTCAGCCGCTCAGCGGGCTCATTATCGAGCCGACCAAGAGTGCGGAGGGCAACCCGAATTTGACGTATTTCCTGTCCCTGCAGGAGAAGGGAATTCCGTTTTTGATGATCAATGAGAAGTATCGGGAGCTGGAATGTCCTTGTCTGAAGCTCGATGATGAGCTTGGCGGTTACAAGGCGGCACGTCATTTGATCGAGAACGGACACCAGGCGATAGCCGGATTCTTCAAGCGGGATGATCTTCAAGGCGTGAACCGGCTGAAAGGCTTCTTACGTGCGCATCGCGAGGCTGGAATTCCCGTTTCACCGGAGCGGGTGGTTACGTATACAACGGAACAGAAGGGAAGTCTTCCGTATGATCAGGCCATCCAGTTGCTGAAGCAGCCGGAGGAGCAGCGACCGACGGGGTTTGTATGTTATAACGACGAGCTGGCTGTATCTTTAGCGGAGGCTGCCGGGCAATGCGGGCTGCATATTCCGCAGGATGTGTCCATGGTCGGCTTCGATGATTCGACGCTTGCCGTTGCTTCCGGCGTGAAGCTGACGACGATGACCCACCCGAAGACAGAGATGGGAATCATGGCGGCCAGACAATTAATTAGTATGATTGAGTTTCATACCGTTATAGAGGATACGGTGTTTCAGCCGGAGCTGGTGGAGAGAGAATCGGTGAAGAAACGGTAG	MMNNRRIPKYIVLKNELLSWFESGRLQAGKQVPSEHEIADQFGVSRQTVRQTFGELEKEGWLERIQGKGTFARNPDRRESEQVKTIGIITTYISDYIFPHIVRGAEAELRSKGYRLLLSSTDNNKVKEMESLQLMTSQPLSGLIIEPTKSAEGNPNLTYFLSLQEKGIPFLMINEKYRELECPCLKLDDELGGYKAARHLIENGHQAIAGFFKRDDLQGVNRLKGFLRAHREAGIPVSPERVVTYTTEQKGSLPYDQAIQLLKQPEEQRPTGFVCYNDELAVSLAEAAGQCGLHIPQDVSMVGFDDSTLAVASGVKLTTMTHPKTEMGIMAARQLISMIEFHTVIEDTVFQPELVERESVKKR	PGPT0017490_350	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103	NA	NA
JZ016_05880	690	ulaF	COG0235	L-ribulose-5-phosphate 4-epimerase UlaF	ATGTTGGAGGATTTAAAGCAGCAGGTGCTGGAGGCGAATCTGGAGCTTCCGAAGCACGGACTCGTTACCTTTACATGGGGAAATGTCAGCGGCATCGACCGTGAACGTGGACTGTTTGTCATTAAGCCAAGCGGTGTGCCTTATGAGGATTTGAAAGCGGCCGACATGGTCGTTCTGGATTTGAAGGGAAATGTCGTTGAAGGGGATATGCGCCCCTCCTCCGATACCCCGACTCATCTGGTCCTATATCAGAACTTTAAAGAGATTGGCGGAATTGTGCATACCCACTCTCCGTGGGGAACGAGTTGGGCTCAAGCCGGACGTGCGCTTCCTGCATACGGAACGACGCACGCCGACTATTTTTACGGAGAGATTCCGGTTACGCGGCCCATGACCCGCGAAGAAATTGAGGGAGCCTATGAGCTGGAGACGGGCAACGTTATTGTCGAGCGATTCGCGGACCTGGATCCGAACATGGTGCCCGGGGTGCTTGTCCATTCGCATGCGCCATTCGTGTGGGGCAAGGATCCGCATAATGCGGTGCATAACGCGGTAGTGTTAGAGGAATGCGCTAAAATTGCAGCCCGGATGCAGCAAATTAATCCGGAAACCGAACCGATGGATCAGACGCTGCTGGATCGCCATTTTTTGCGGAAGCATGGAGTTAATGCCTATTACGGTCAAAAGTAA	MLEDLKQQVLEANLELPKHGLVTFTWGNVSGIDRERGLFVIKPSGVPYEDLKAADMVVLDLKGNVVEGDMRPSSDTPTHLVLYQNFKEIGGIVHTHSPWGTSWAQAGRALPAYGTTHADYFYGEIPVTRPMTREEIEGAYELETGNVIVERFADLDPNMVPGVLVHSHAPFVWGKDPHNAVHNAVVLEECAKIAARMQQINPETEPMDQTLLDRHFLRKHGVNAYYGQK	PGPT0017420_1439	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0017420-araD|ulaF|sgaE|sgbE-K03077	NA	NA
JZ016_05881	1671	araB_2	COG1069	Ribulokinase	ATGGGGAATAAATACACCATTGGTGTTGATTACGGAACACAGTCCGGGCGAGCGGTGTTGGTTAATTTGGCTGACGGGCAGGAAGTAGCGGATCATGTTACGCCTTACCGGCATCATGTCATCGATGAATTTTTGCCAGGTTCCGGTAAGAAGCTGGAGCACGATTGGGCGCTGCAGCATCCGGGGGATTATCTGGAGGTTCTGAAGGTATCCGTGCCTGCCGTTATTCAGCAATCCGGCATTGATCCGGCGGATGTGATCGGCATCGGCATTGATTTTACGGCTTGCACCATGCTGCCCGTTGACGAGCTTGGGGAGCCGCTCTGCTTCCAACCGGAGCTGGCCGACCAGCCGCACAGCTGGGTTAAGCTGTGGAAGCATCATGCCGCCCAGCCTGAAGCAGACAAGATCAACGCGATTGCCGCTGAGCGCGGAGAAGCCTTCTTGCCCCGCTATGGCGGGAAGATTTCTTCCGAATGGATGATTGCCAAGGTCTGGCAAATTCTTGATGAGGCACCGGCGATCTATGAACGTGCGGACCGATTCCTGGAAGCGACCGATTGGGTCATTTCCCAAATGACCGGCCAGATTGTCCGCAACAGCTGTACGGCTGGTTACAAGGCGATATGGCATAAACAAGACGGATATCCAAGCAAGGAATATTTTAAGGCGCTGGACCCCCGGTTGGAGGATCTGACCGATACGAAGCTGCGCGGAGAGGTCCGTCCCCTCGGCAGCAGCGCAGGCGGTCTTACTGAGAAGATGGCGGAGATGATGGGCTTAACTCCAGGGATTGCCGTGGCCGTCGGCAACGTTGACGCTCATGCCGCGGTGCCTGCGGTCGGTGTCGTCACACCGGGCAAGCTGGTAATGGCGATGGGCACATCGATCTGCCATATGCTGCTCGGTACCGAAGAGAAGCAGGTTGAAGGGATGTGCGGTGTCGTCGAGGATGGCATCATTCCCGGATTATACGGTTATGAAGCCGGGCAATCGGCAGTAGGCGATATTTTTGAATGGTACGTCGAGGAAGCGCTTCCCGCGTATGTAAAAGAAGCTGCGTCCGAGGAAGGAATCGGCGTGCATCAATGGCTTGAGCGAGAAGCGGCTGCCTATAAGCCGGGTCAAACCGGATTGCTTGCACTGGATTGGTGGAACGGCAACCGTTCCGTGCTGGTGGATACGGATCTGACCGGGCTGATCTTAGGGATGACCCTGTTGACGAAGCCGCAGGAAATCTACCGCGCCTTGCTTGAGGCGACCGCATTCGGTACGCGCAAAATCGTGGACGCTTTTCACGAGAACGGTGTCGCGGTGGACGTCCTGTATGCTTGCGGCGGACTGCCTCAAAAGAACCGTCTCTTGATGCAGATTTATGCGGATGTGACGAATCGCGAAATTATGGTGGCTGATTCCAAACAGACGCCGGCGCTTGGCGCCGCGATGTTCGCTGCAGTCGCTGCGGGCGAGGCGCAGGGCGGGTATGATTCGATTATCGATGCCGCCGAGAAGATGGCACGGGTGAAGGAAGAGACCTTCAAGCCGATTCCGGAGCATGTGGAAGTGTATGAGCAGTTGTATCAGGAATACAGCAAGCTGCATGACTATTTTGGCCGGGGCGAAAACGACGTGATGAAGCGGCTGAAACGAATTAAGCAAACGGCTGAATAG	MGNKYTIGVDYGTQSGRAVLVNLADGQEVADHVTPYRHHVIDEFLPGSGKKLEHDWALQHPGDYLEVLKVSVPAVIQQSGIDPADVIGIGIDFTACTMLPVDELGEPLCFQPELADQPHSWVKLWKHHAAQPEADKINAIAAERGEAFLPRYGGKISSEWMIAKVWQILDEAPAIYERADRFLEATDWVISQMTGQIVRNSCTAGYKAIWHKQDGYPSKEYFKALDPRLEDLTDTKLRGEVRPLGSSAGGLTEKMAEMMGLTPGIAVAVGNVDAHAAVPAVGVVTPGKLVMAMGTSICHMLLGTEEKQVEGMCGVVEDGIIPGLYGYEAGQSAVGDIFEWYVEEALPAYVKEAASEEGIGVHQWLEREAAAYKPGQTGLLALDWWNGNRSVLVDTDLTGLILGMTLLTKPQEIYRALLEATAFGTRKIVDAFHENGVAVDVLYACGGLPQKNRLLMQIYADVTNREIMVADSKQTPALGAAMFAAVAAGEAQGGYDSIIDAAEKMARVKEETFKPIPEHVEVYEQLYQEYSKLHDYFGRGENDVMKRLKRIKQTAE	PGPT0017410_684	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017410-araB|L_ribulokinase-K00853	NA	NA
JZ016_05882	1182	egsA_2	COG0371	Glycerol-1-phosphate dehydrogenase [NAD(P)+]	GTGACGGATTACTTGAACGAATCAAAAGGTTTAATGAACCGGATTAGGGAGCAGCAGCCGACGTTCCGCGGGCTAGAAACCATGGTGCTTGAGCCCGGCGCTGTGCAAGACGTGCCTTCGTATCTTAAACGGCAGGGCCTCAGTTCACCAATCGTTGTTGCAGATGCGAATACGTATGAAGCGGCGGGTAAAAAGCTGGTGCAGAGCCTGGAAGCCGATGGTCAGAAGCCCCGGCTGTGTCTGATTCAGCCAGATGAGCAAGGCGACGTTGTCGCGGATGAACGCTCCTTGATGCAGCTGTTTATCGAATTGGAGCCTGAAGAGACAGGATGCCTGATCGCTGTGGGGTCCGGGACCATTCATGACATTACGCGCTTTGTGAGTCATCGGAGCGGCAAACCCTTCATCTCGGTGCCTACGGCACCTTCGGTCGACGGCTTTACTTCGGCGGGAGCGCCGATCGTGGTCCGGGGAGTCAAGCAAACCTTTGCGGCCACGGCTCCGATCGCGATATTCGCCGATCCGGACATTCTTGTGAAGGCACCGCAGCCGCTGGTAGCGGCAGGCTTTGGCGATATGCTAGGCAAATATACATCGCTGCTGGATTGGAAATTCTCTTCGACCACGGCCGGCGAGCCCTATGATGAACAGGTGGCGGCCATTACGGAGAAGGCGCTTGAGGCTTGCATTCAGCATGTGGAGGCGATTGGCCAGCGCACGGAGGAAGGGATCCGCATTCTGATGACGGCTTTGATCGAGTCGGGTATCGCGATGCTGCTGTTCGGTCAGTCCCACCCTGCCTCCGGGGCGGAACATCATCTGTCGCATTATTGGGAGATGGAGTACTTGCGCCGCGGCAACCGGGCCCTGCTGCATGGTGCCAAAGTGGGGGTGGCCTGCAGCGAAATATCGAGCCTTTATCACGACGCGGCCGATAAGGGCATGTATCCTCATGCCGAGCCTACACACTGGGCGACATATAGAGAGCAGGTTCGGGAGTGGCTGCATAAGGTCCCTTCGAAGGAGGAGATCGCCGAGCTGCTGCGGCAAGCCGGAGGTCCGTCAACCCTGCAGGAGCTTGGCATTGATGACGAGCTGTTCCGGGAGAGTCTTCAGGAAGCGCACACGCTGCGCGACCGCCATACCATTTTGAGGGCATTGAACGAGGGCAAGGTTGGTTAG	MTDYLNESKGLMNRIREQQPTFRGLETMVLEPGAVQDVPSYLKRQGLSSPIVVADANTYEAAGKKLVQSLEADGQKPRLCLIQPDEQGDVVADERSLMQLFIELEPEETGCLIAVGSGTIHDITRFVSHRSGKPFISVPTAPSVDGFTSAGAPIVVRGVKQTFAATAPIAIFADPDILVKAPQPLVAAGFGDMLGKYTSLLDWKFSSTTAGEPYDEQVAAITEKALEACIQHVEAIGQRTEEGIRILMTALIESGIAMLLFGQSHPASGAEHHLSHYWEMEYLRRGNRALLHGAKVGVACSEISSLYHDAADKGMYPHAEPTHWATYREQVREWLHKVPSKEEIAELLRQAGGPSTLQELGIDDELFRESLQEAHTLRDRHTILRALNEGKVG	PGPT0024335_231	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024335-araM|egsA-K00096	NA	NA
JZ016_05883	918			hypothetical protein	ATGATCTACATTAAAGATTTAATGAGCGGGCTTGACATCTTTAAAGCGCTCAGCTCGGAAATTCGCATTCAAATTTTGGAACTGCTGGCCAAGAACCAAAGCTTGAACCTGAACGATCTCGCGAACAAGCTGAATCTCAGCAATGGCGCTATTACTATGCATATCAAGAAATTGGAAGATAGCGGCCTGATCGAAATCAATACGACTGGCGGGAAGCATGGCATTCAGAAAATCTGCTACCTGAACAAAGATACCCTCATGGTTGATCTTCGCAGCAAGGACATTGATAACTTGTACGAGGTGGAGATTCAGGTTGGCCATTACAGCGATTATCAAGCTATCCCGACCTGCGGGCTTGCGACCAAGGACAGCATTATCGGAGATTTTGACGATCCGCGTTATTTCGCCGATCCGGAGCGGATCAACTCGGAGATCATCTGGCTTACCGAAGGTTTCCTGGAATACCGGATTCCGAATTATTTGAAGTCCAACCAATCGTTCCGCGAGATCCAATTCTCTCTAGAGCTTGGCTCCGAGGCGCCGGGATATTGCGACAATTATCCGTCGGACATTTTCTTTTACGTTAACGGGATCGAGATTGGCAGCTGGACAAGTCCGGGAGATTTCGGGGACAAACGGGGTACCTTCAACCCTGAATGGTGGCCGCCGCATTTGAACCAATACGGCATGTTGAAGCTGATCCGGATTAACAAGGAAGGCAGCTTTATCGATGGATGCCGCATTTCGGATGTCGGTCTGAACCAGATTCAGCTTGATTACAAGAGCGAGCTCACCTTCAGGATCGCCGTTAACGAGCGATCTGTTAATAAACGCGGTTTAACGATTTACGGCAAGCATTTCGGCAACTACAGCCAGGACCTGTTGGCCCGCGTGCTGTATGATGTGAAGGAAGATTAA	MIYIKDLMSGLDIFKALSSEIRIQILELLAKNQSLNLNDLANKLNLSNGAITMHIKKLEDSGLIEINTTGGKHGIQKICYLNKDTLMVDLRSKDIDNLYEVEIQVGHYSDYQAIPTCGLATKDSIIGDFDDPRYFADPERINSEIIWLTEGFLEYRIPNYLKSNQSFREIQFSLELGSEAPGYCDNYPSDIFFYVNGIEIGSWTSPGDFGDKRGTFNPEWWPPHLNQYGMLKLIRINKEGSFIDGCRISDVGLNQIQLDYKSELTFRIAVNERSVNKRGLTIYGKHFGNYSQDLLARVLYDVKED				NA	NA	NA	NA	NA
JZ016_05884	1515	abfA_1		Intracellular exo-alpha-(1->5)-L-arabinofuranosidase	TTGGCAGCTGAGAAATTGAAAGCACGTATGATCGTGGATAAGTCGTTTCGGATCGCGCAAGTTGATAACCGTATTTATGGTTCGTTCATTGAACATCTAGGCCGCGCTGTATATGGTGGGATTTACGAACCCGGCCATGAAACCGCGGATGCAGGAGGTTTTCGTAACGACGTAAAGGAACTGATCAAGGAACTGGATGTCCCGATTATAAGATATCCCGGCGGGAATTTTGTATCGGGCTATAACTGGGAAGATGGCGTAGGTCCTGTTGCCGAACGGCCAAAGCGGCTGGAGCTGGCCTGGAGAACGCTGGAGCCGAACGATGTCGGCACGAACGAGTTTATATCCTGGGCCAAGGAAGTGGGTTCGGATGTCATGATGGCCGTGAACCTGGGTACTCGGGGGATCGATGCCGCCAGAAATCTGCTGGAATACACCAACCATCCCGGAGGCACATATTGGAGTGATCTAAGACGCAGTCATGGTTATGAACAGCCGCACAAGATCAAGACCTGGTGTCTTGGCAACGAGATGGATGGACCTTGGCAGATCGGACATAAGACCTCGACGGAATACGGCCGGCTTGCGCTGGAGACGGCAAAAGCCATGCGGCTTGTCGACCCGACCATTGAACTGGTTTCATGCGGAAGCTCGAGCACGGGGATGCCGACATTCCCTGAATGGGAAGCCGTGACGCTGGATCATACGTACGAGGCGGTTGATTACATATCGCTGCATCAATATTACGGTAACCGCGATAACGATACCGCCAACTATCTGGCCCTTTCCCTGGATATGGATCACTTTATTCATACGGTCAAATCCACCTGCGATTACATCAAGGCTAAGAAACGCAGCAAAAAGACAATGTATCTCAGCTTCGACGAGTGGAATGTCTGGTACCATTCCAATGACGCCGACAGGCAGATTGATCCATGGAGCATTGCTCCGCCGCAGCTGGAGGATGTGTATAATTTCGAAGATGCCATTCTTGTCGGCAGCATGCTGATCACCTTCCTGCGCCACGCAGACCGGGTGAAGATGGCTTGCCTGGCACAGCTCGTCAACGTAATCGCGCCGATTATGACCGAGAACGGTGGCCGTTCTTGGAAGCAGACGATTTTTTATCCGTATCTGCATGCTTCCAGATTTGGCCGGGGCGTATCGCTGCTGCCGATCGTTGAGTCACCGAAGTATGATTCCAAGGATTTTACCGATGTTCCGTATTTGGACAGCGCGGTTGTTCATAACGAAGAGGATGAAGAAATTACGATCTTTGCCGTGAATCGTCATCTGGAGGAAGCATTGGAGCTCGAATGTGATGTGCGCAGCTTTGAAGGCTACAGGCTGTTGGAGCATATCGTGATGGAGCATGAGGATCTGAAAGCGGTGAATACCGCATCCGAGGAAAGAGTCAAGCCTCATCACCAGGGTGGAGCTAAGCTTGATAATGGCATGGTTACCACAAGGCTTGGCAAAGCATCATGGAACGTTATTCGCTTGAAAAAAGCTTAA	MAAEKLKARMIVDKSFRIAQVDNRIYGSFIEHLGRAVYGGIYEPGHETADAGGFRNDVKELIKELDVPIIRYPGGNFVSGYNWEDGVGPVAERPKRLELAWRTLEPNDVGTNEFISWAKEVGSDVMMAVNLGTRGIDAARNLLEYTNHPGGTYWSDLRRSHGYEQPHKIKTWCLGNEMDGPWQIGHKTSTEYGRLALETAKAMRLVDPTIELVSCGSSSTGMPTFPEWEAVTLDHTYEAVDYISLHQYYGNRDNDTANYLALSLDMDHFIHTVKSTCDYIKAKKRSKKTMYLSFDEWNVWYHSNDADRQIDPWSIAPPQLEDVYNFEDAILVGSMLITFLRHADRVKMACLAQLVNVIAPIMTENGGRSWKQTIFYPYLHASRFGRGVSLLPIVESPKYDSKDFTDVPYLDSAVVHNEEDEEITIFAVNRHLEEALELECDVRSFEGYRLLEHIVMEHEDLKAVNTASEERVKPHHQGGAKLDNGMVTTRLGKASWNVIRLKKA	PGPT0018655_888	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209	NA	NA
JZ016_05885	1329	araN	COG1653	putative arabinose-binding protein	ATGATGAAAAAATGGATGGTTGTATTCATGGTGTTATGTTTGACGCTGTTTCTGTGGGGGTGCGGTAAATCGAACAATGCCGGCGGCGAAACCTCGGTTCTGGATGGCGGGGCAGGGGAAAGCGCTACGGAGTTGTCTTATTGGACGTTTGTTGAGCTGCATGGACAGCATTTCGAGAAAATGCTGGGTAAATGGAACGCTGAGAATCCCGAACGCCAAATCAAGCTGAACGTGACGGTCATGCCGTATGACGACATGCATAACAAATTGTCTATTGCGGTTCAATCGGGGACAGGGGCACCCGACATTGCGGATATCGAGCTTGGGAAGTTTCCAGATTTCCTGTCCGGTACGCCGCAGCTGGAACCGCTCAATGACGTGATTGATCCATACCGGGATACCATCGTCAAATCCCGAATTGACTTATACAGCAAGGAAGATGTTAACTACGGCATCCCGACCCATGTTGGCGCATCCGTAGCCTTCTATAATACCGAGATTTTGGAGGAGGCCGGGGTCAACTTTGAGGATATCGTAACTTGGGAGGATTTCAAGCAGGCGGGTATCCAGGTGTATGAAAAAACGGGCAAGTACATGGGAACAGCCGATACAAGCGCAGCCTGGCAAGCTTCCATGCTATTGGCGCAGCAAGGCGCGGATCTGACGGACGATTCCGGCAATCCGATCGTGAACTCGGAAGCGATGGTGAAGGCCATGACGCTGCTCAAGGACTTGCAGGATAACAATGTCATAGCGACCATTGCCGGCGGCCAGCCCGATACCGAGGAAGCCTATGGGGAGTTTAATGCAGGAAATTACGCTACGGCCTTTATGCCGCTGTGGCAAATGTCCAGATACACCAACTACATGTCCGACTTGTCCGGGAAAATAGCCATCGCGCCGATTCCGGTCATTGAAGAAGGAATGCCAAGATCGGTTGGCGGCGGCGGCACCGGCACGGTCGTTACCAAGACCGCAAAAGACGTACAGCTGGCGAAAGACTTTCTGGCATTCGCCAAGCTGTCCCTGGATGCCAATAAAGAGATCTGGAACACGCTTGGATTCGATCCGGTTAATATGGACGTTTGGGACATGAAGGATGTTACGCACAATGCCGAGAATCAGTTCGTGAAATATTTTGTCAATAACCCGTTTGATGTGTTGAATGAGATCCGGGATGAAATCCGGTTAATCAAATCGACCTCCGCATCGCCTACCATCAACAACGTCCTGTGCACCACGACCTTCAACGAGATTTTTGAGGATGGCAAGGACATTACCGAAGCACTGAATGATGCCCAAAAGCAAATTGAACAGGAATTGAAATGA	MMKKWMVVFMVLCLTLFLWGCGKSNNAGGETSVLDGGAGESATELSYWTFVELHGQHFEKMLGKWNAENPERQIKLNVTVMPYDDMHNKLSIAVQSGTGAPDIADIELGKFPDFLSGTPQLEPLNDVIDPYRDTIVKSRIDLYSKEDVNYGIPTHVGASVAFYNTEILEEAGVNFEDIVTWEDFKQAGIQVYEKTGKYMGTADTSAAWQASMLLAQQGADLTDDSGNPIVNSEAMVKAMTLLKDLQDNNVIATIAGGQPDTEEAYGEFNAGNYATAFMPLWQMSRYTNYMSDLSGKIAIAPIPVIEEGMPRSVGGGGTGTVVTKTAKDVQLAKDFLAFAKLSLDANKEIWNTLGFDPVNMDVWDMKDVTHNAENQFVKYFVNNPFDVLNEIRDEIRLIKSTSASPTINNVLCTTTFNEIFEDGKDITEALNDAQKQIEQELK	PGPT0016480_66	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_ARABINOOLOIGOSACCHARIDE_TRANSPORT,PGPT0016480-araN-K17234	NA	NA
JZ016_05886	894	araP_7	COG1175	L-arabinose transport system permease protein AraP	ATGATTAAAAAATTTCTGTACTCGCAAAAGGTTGCTCCTTACGTGTTTGTCCTGCCCTTTATTCTGGTATTCCTCATATTCTGGGTGTTTCCGCTGGGCAGCTCGTTTAGCATGAGCTTTCAGAAGACGCAGCTCGGGCAGGAGGCGGATTGGATCGGCTTGGCTAACTACGGGAAGCTGATGGGGGACGGCGTCTTTCTGAAGGCGGTGACGAACAGCGCGATATACATGATCCTGACGCTCCTTATCCTGATTCCGTTCCCCATGCTGTTTGCTGTGCTGATCAACAATAAGTTTATGTGGGGAAGAGAGTTTTTTAAGTCATCCTTTTTCTTCCCGGCACTGACGTCGGTTGTTGTAGCAGGCACCATTTTTCGGCTGATGTTCGGCGAGATGGAAGGGTCGCTCATTAACAGTATACTGGGGTGGTTCGGGATCGACCCGGTGAAGTTTCTGAAGGGACAGGTTACCGGTTTTATTGCTCTGGTGGCTCTTGCCACATGGCGGTGGACGGGAGTGAATATGCTCTATTTTTTATCTGGGCTCAAAAACATCCCGGGCGAATATTACGAGGCGGCATCCATCGATGGGGCTTCGGCCTTTCAGAAGTTTACCAAAATCACGATGCCTTTGTTGAAGCCGACCACGATTTATGTGTTAACGATCAGCATTTATGCGGGGCTTGCCATGTTTATCGAGAGCATGATGCTCTGGAACGGCAACAACTCCCCGAAAAATATCGGTCTCACGATCGTCGGTTATCTGTACCGTCAAGGCATTGAGAAGAACAATCTGGGTTATGCGGCCGCTGTAGGGATTGTGCTGCTGGCAATCACCATGCTCATTAACCTGACGCAACTGAAGCTCTCCGGCATGTTCAAGAAGGAGGATTGA	MIKKFLYSQKVAPYVFVLPFILVFLIFWVFPLGSSFSMSFQKTQLGQEADWIGLANYGKLMGDGVFLKAVTNSAIYMILTLLILIPFPMLFAVLINNKFMWGREFFKSSFFFPALTSVVVAGTIFRLMFGEMEGSLINSILGWFGIDPVKFLKGQVTGFIALVALATWRWTGVNMLYFLSGLKNIPGEYYEAASIDGASAFQKFTKITMPLLKPTTIYVLTISIYAGLAMFIESMMLWNGNNSPKNIGLTIVGYLYRQGIEKNNLGYAAAVGIVLLAITMLINLTQLKLSGMFKKED	PGPT0016485_96	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_ARABINOOLOIGOSACCHARIDE_TRANSPORT,PGPT0016485-araP-K17235	NA	NA
JZ016_05887	834	araQ_50	COG0395	L-arabinose transport system permease protein AraQ	ATGAGAAGAGAAACGCTGGTCAAAATAATCCTCTTCATTTTGTTCTCCATACTGTGCTTTCTAATCCTGGTCCCTTTCTATGCCGTCACCATTGCCTCGTTTAAACCCGGCGAGGATTTGATCCGGTATGGACTGAATCTGAAATTTGACCTGTCGGTGATGAGCCTGGACAATTTCACCTACCTGTTTACAGGGGATCACTCCTACTTCATGTGGTTTTTTAACTCCTTGCTCCTTACGGTGGTGCAGGTTACGTTAACCCTGCTGGTCAGTGCAACCGTTGCCTACGGGTTTGCAGCCTACGATTTCATCGGCAAGAACTTCTTGTTTATCTGCGTGCTTCTGATTATGATGGTTCCTTTTGAAATTCTTCTTCTTCCGCTATACTCCCTGACGTACAACCTGGGCCTAATGAATTCATATTCGGCGATAGTCCTGCCGGGGATCGCGAGCGCGGCCACGATTTTCTTCTTCAGGCAGTATTTAAGAGGGGTTCCAAAAGAAATGATTGCGGCAGGGCGGGTGGACGGCGCGACCGAATACGGAATCTATATGCGGCTGATCCTGCCTGTGATGAAGCCATCCTTCGCTGCTATGGCGATTCTGAACGGCATGAACAGCTGGAACAACTTTCTATGGCCGTTCATGGTGCTCAGCGACGATAGCAAGTATACCCTTCCGATCGGATTGAAGACGCTCTTGACCCCTTACGGGAACAACTATGATTTATTAATTGTCGGCTCCTTTTTCTCGATCATCCCGATCTTTATTTTATTCATGGCCTTCCAGAAGTATTTTATCGACGGAATGACGGCTGGGGCAGTGAAAGGATGA	MRRETLVKIILFILFSILCFLILVPFYAVTIASFKPGEDLIRYGLNLKFDLSVMSLDNFTYLFTGDHSYFMWFFNSLLLTVVQVTLTLLVSATVAYGFAAYDFIGKNFLFICVLLIMMVPFEILLLPLYSLTYNLGLMNSYSAIVLPGIASAATIFFFRQYLRGVPKEMIAAGRVDGATEYGIYMRLILPVMKPSFAAMAILNGMNSWNNFLWPFMVLSDDSKYTLPIGLKTLLTPYGNNYDLLIVGSFFSIIPIFILFMAFQKYFIDGMTAGAVKG	PGPT0016490_107	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_ARABINOOLOIGOSACCHARIDE_TRANSPORT,PGPT0016490-araQ-K17236	NA	NA
JZ016_05888	321			hypothetical protein	TTGACAGGAAGGACCCGACCTTGCAGGCGGCACCCCAAATCCGTTATGATACAAGGAAACCTGCGTGCTTATGTGTTTGATTTGATGAATGAGGTGACCGTACCCTTGCATCCTGTAACTCGGGCTCTATTATGGATAGGTGGCGCTCTAATTGTGATCGGGCTGCTGTGGCCTGTCATTGGACGATTTGTCGGCCGGCTGCCAGGTGACATCGTGGTGGATAAACCCCATGTCAAAATTTATTTCCCGATTGTAACCTGCCTCGTCATCAGCGTGGTGGGCTCGTTGATTCTGTTTCTGATCCAGCAGTTTCGTAAATAG	MTGRTRPCRRHPKSVMIQGNLRAYVFDLMNEVTVPLHPVTRALLWIGGALIVIGLLWPVIGRFVGRLPGDIVVDKPHVKIYFPIVTCLVISVVGSLILFLIQQFRK				NA	NA	NA	NA	NA
JZ016_05889	810			IS3 family transposase ISBce18	GTGAAGGCACTCGTACAGCTGGCTGGTATCCCGCGCAGCACCTATTACAACCTTATAAAGCGTATGAACCAACCAGATCCGAATGCCGAGTTGGGGGCTGAAATCCAGTCCATTTACGTGGAACATGATGGACGTTACGGATATCGCCGTATTCGTGATGAACTGGCAGTCTGTGGGTGGAAAGTTAACCACAAAAAGGTTCAGAGACTCATGAAGAAGATGGGCCTTCAATGCCTGGTTCGCATGAAAAAGTATAAGTCATATAAAGGGACCGTCGGCAAGATTGCACCGAATCATCTGGACCGCCAGTTCACGGCTGGGGCGCCAAATGAGAAATGGGTGACGGACATTACGGAGTTTAAGTTATTTGGAGAAAAGCTGTATCTATCGCCCATTTTGGACTTATTCAACGGGGAAATTATCACCTATACCCTGGGTTCACGACCAACCTATTCTCTGGTATCCGAGATGCTGGATGCAGGACTGAAGCGTCTGCCAGAAGAACACCAACTTCTCCTTCATTCAGATCAAGGATGGCATTACCAAATGAAGCCGTATCGCCATGCGCTTAAGTCGAGTGGCATTCTCCAAAGCATGTCACGAAAAGAGAATTGTTACGACAATGCCGTCATAGAGAATTTCTTCGGCATTCTCAAGTCGGAATTTCTGTACTACAAAGAGTTTGAAAGTGTGGAACATTTTAAGGAAGAACTGAAAAAGTATGTTGAATACTACAATACCAAACGGTTAAAGGCAAAATTAAAAATGAGTCCGGTACAGTACCGAACTCATTTTGAGAAAGCTGCCTAA	MKALVQLAGIPRSTYYNLIKRMNQPDPNAELGAEIQSIYVEHDGRYGYRRIRDELAVCGWKVNHKKVQRLMKKMGLQCLVRMKKYKSYKGTVGKIAPNHLDRQFTAGAPNEKWVTDITEFKLFGEKLYLSPILDLFNGEIITYTLGSRPTYSLVSEMLDAGLKRLPEEHQLLLHSDQGWHYQMKPYRHALKSSGILQSMSRKENCYDNAVIENFFGILKSEFLYYKEFESVEHFKEELKKYVEYYNTKRLKAKLKMSPVQYRTHFEKAA				NA	NA	NA	NA	NA
JZ016_05890	408			hypothetical protein	TTGAAGCTCTATGAGATGCATGGTGAGCCTGCCTTTACTAACGGCTATACAAATTATCCGGTAAGCTTTAAACTGGACGTACTCAATCATATGGCTCAATCAGACGCTTCTCTCATGGATACCGCTGCTTTGTTTAAGTTTCCGGACTTCTCCATGGTATTCCTGGCAGAGAAAGATGGAGTCAGGCGGTTTAGAAGCCTTGAGCCAAAAAAGAAAGGGCGTCCATCCATGAAGAAAAATTCCAATTCGTCTACCGAACGATCCGTAGTTCAAGGGTCTGTCGAAGCACTCGAAGAACGTATCAAACAGCTTGAAATGGAAAATGAGTATCTAAAAAAGTTGAATGCCTTAGTTCGAAACAAGGAAAAATCACCAAACAAGACAAAGCACAAACCGTCTGGCAACTAA	MKLYEMHGEPAFTNGYTNYPVSFKLDVLNHMAQSDASLMDTAALFKFPDFSMVFLAEKDGVRRFRSLEPKKKGRPSMKKNSNSSTERSVVQGSVEALEERIKQLEMENEYLKKLNALVRNKEKSPNKTKHKPSGN				NA	NA	NA	NA	NA
JZ016_05891	123			hypothetical protein	ATGACTAAATTTACGAAGGATAGCAAATTGGCATTAATTCAAGGGTATGACTCCGATCTTCTATCTCAGACCGAATACGCAAATCAAATGGGCGTTACCAAGTCTCAATTCAATATTGGTTGA	MTKFTKDSKLALIQGYDSDLLSQTEYANQMGVTKSQFNIG				NA	NA	NA	NA	NA
JZ016_05892	870			hypothetical protein	ATGGTTCAAGCCCCGGTTCGGGTAACGAACGGTCCGCAAAAGGCCGTAAAAAAGGCAAGTACACGAAGAAGAATGAGCATGGCTGCCATCGGAGGACTGATAGCGGCATTCGGTTTAGATTTATTTCTTGTTCCCAGCGGCATCATCGCGGGCGGCGTAACGGGAATTTCTGCGCTCGCTTCGCATCTGACGGGACTTCATACCGGCATGTTTCTGTTTGCATTAAACCTGCCTCTGCTCCTGCTGGTCTACCATAGGTCCAACCGGGAAAAAGCCGTCATTGCCACCGTCGGGCTGCTTACTTTTTCCGTATGCTCGATCCTGTTTTTTCCGGTTCCCGCTCTCATTGACAGCAAGATCGGGAGCGCAGGCATCGGCGGCATTATCCTTGGGCTGGGCATCGGTCTCGGCCTTCGTTACGGCGTCGTCCTGGACACACTCCAAATGCCCAAGATGCCGCAGCAGATATCACATCTGCTGACCCGTTTAAAGCTGCCGTACGTCCATATCATGGTCAATACACTCGTGCTGTCATTGGCCGGACTGCTGCTCGGCTGGGAACGAGCGATGTACTCTGCGATCGCCTGCCTGATGGCGCTGGAGACCGGACGTATTACGACTTCAAGCCTTCCGCTTAAACGCGAGGTCCGGATTCGAAGCGTGAGCGAAGCGGAAATCAGACACAGCATAAAATCCATCATGGGATATGATTCCCAAGCTGCTAACACGAAAGATGACGCTATGCATGATGGCAACACCATCGGTTCGACGCAGCTGGTCTATCGGGTTCACATTCTGGAGATGCCCAGGTTCAAATCCATTGTGAGAAGCCTGGATCCGAATGCCGAGATTACCATCATCCAGAAGTAA	MVQAPVRVTNGPQKAVKKASTRRRMSMAAIGGLIAAFGLDLFLVPSGIIAGGVTGISALASHLTGLHTGMFLFALNLPLLLLVYHRSNREKAVIATVGLLTFSVCSILFFPVPALIDSKIGSAGIGGIILGLGIGLGLRYGVVLDTLQMPKMPQQISHLLTRLKLPYVHIMVNTLVLSLAGLLLGWERAMYSAIACLMALETGRITTSSLPLKREVRIRSVSEAEIRHSIKSIMGYDSQAANTKDDAMHDGNTIGSTQLVYRVHILEMPRFKSIVRSLDPNAEITIIQK				NA	NA	NA	NA	NA
JZ016_05893	1245	khtU_2	COG0475	K(+)/H(+) antiporter subunit KhtU	ATGGATCATTTGGTTTTAGAAGTTGGACTGGCGATTTTCCTGATCGCCCTGGCGGGGTTGTTATCAGCTAAACTCCGGTTTTCCGTCGTCCCTTTCTACATTCTGGTAGGGATGGCGGTAGGGCCTCATGCTTTTCATTTTGGATCATTCGATTTTCGTTTTATAGAAAGCGCCCCGTTCATCGACTTTATGGGTCGCATCGGCGTACTGTTCCTTCTGTTCTATCTTGGCCTTGAATTCTCGGTCGGCCGGTTAATCAAATCAGGGAAGTCCATCGTTGTCGGCGGCAGCATCTATATTGCCATTAACTTTACGCTTGGACTGATGATCGGGATCTTTTCCGGATTCCCCGTGGCGGAGACACTCATTGTAGCGGGAATAACCACCATCTCCTCAAGCGCGATCGTAGCGAAGGTGCTGGTTGACCTGAAAAGAACGGCGAATCCCGAAACCGAGATGATTCTTGGTATTATCATGTTCGAGGATGTTTTCCTGGCTGTCTATATCTCTATTCTTTCCGGACTCGTATTGAGCGGATCATCATCGCTGGGCGGAGTACTGATATCTGCGGTGATCGCCCTCGGATTTATGCTGCTTGTCCTTATTCTTGGCCGTAAAGCCGTACCACTTCTGAATAAAGCATTAAATATACGGTCGAACGAATTGTTTGCCTTGGTTGTTTTTGGCGCGTTGTTCCTGCTCGCAGGATTCGCCGAGACGATTCATGTCGCCGAGGCCATCGGCGCTCTTCTCGTCGGGCTTGTCCTGGCTGAGACAGAGCATCGTGAACGCATTGAGCATTTGATATTACCATTCCGTGATTTCTTTGGAGCCATATTCTTCTTTAGCTTCGGTTTAACGATTGTACCTTCCGAGCTTGGCGGAGCTGTGTGGTTATCGCTGATCGCCGTGATCATCACGCTCCTTGGAAACTTTATTGCAGGCATGCTTGCAGGACGCAGTGCGGGATTGTCCTCCAAAGCATCCTCCAATATCGGTCTGACCATCGTATCTCGCGGAGAATTCTCCATTATTCTCGCGAATATGGGTAAAGCGGGCGGACTTGCAACCTTCATTCAGCCGTTTGCAGCCCTGTATGTGCTGATACTGGCGATACTCGGACCGCTGCTCACCAAGGAGTCCAAGCATGTGTATAACTTCTTGAACAAAATCATTAAATTTAAAGACTATAAGGAGAAGAAACCGGTTAAACCGAAGCTAAAGGATGAAAGTGCTAGCGGATAA	MDHLVLEVGLAIFLIALAGLLSAKLRFSVVPFYILVGMAVGPHAFHFGSFDFRFIESAPFIDFMGRIGVLFLLFYLGLEFSVGRLIKSGKSIVVGGSIYIAINFTLGLMIGIFSGFPVAETLIVAGITTISSSAIVAKVLVDLKRTANPETEMILGIIMFEDVFLAVYISILSGLVLSGSSSLGGVLISAVIALGFMLLVLILGRKAVPLLNKALNIRSNELFALVVFGALFLLAGFAETIHVAEAIGALLVGLVLAETEHRERIEHLILPFRDFFGAIFFFSFGLTIVPSELGGAVWLSLIAVIITLLGNFIAGMLAGRSAGLSSKASSNIGLTIVSRGEFSIILANMGKAGGLATFIQPFAALYVLILAILGPLLTKESKHVYNFLNKIIKFKDYKEKKPVKPKLKDESASG	PGPT0014395_3509	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455	NA	NA
JZ016_05894	492	khtT_2	COG0490	K(+)/H(+) antiporter subunit KhtT	ATGCATGTTCGCGAAACAGATTTGCCCGGAATTGGTAAGAAGTTCGTAATTGATACCCGCGGTGGTGATAAACTGGTCATTATCATCCACGATGACGGCCGCCGTGAAATGTACCATTATGAGCATGACGATCCGGACGAAAGCATCTCCATGATTTCCCTGGATGATGATGAGGCTCGCCAAATTGCCGCCATCGTTGGCGGTCTCACTTATAAACCTAAAGCGCTGGAAACGATCGACATCGCGCTGGACGAATTGATTATCGAATGGTATCGCATCGAGCCCCATTATTACGGGGCAGGCAAATCGATTGGTGATTTGGGCGTACGTCAAGCCTCTGGTGCAACCATCATTGCCACAGTTGATAAAAACAGTAAACAAATCAATCCCGGACCTGACGTTATTATTACGCCGGACTCGACTCTCGTTGTCGTCGGTGAACGTCAACAACAGCGGCTATTTAAACAAATCTTGATGAACGGACGTGGTTGA	MHVRETDLPGIGKKFVIDTRGGDKLVIIIHDDGRREMYHYEHDDPDESISMISLDDDEARQIAAIVGGLTYKPKALETIDIALDELIIEWYRIEPHYYGAGKSIGDLGVRQASGATIIATVDKNSKQINPGPDVIITPDSTLVVVGERQQQRLFKQILMNGRG				NA	NA	NA	NA	NA
JZ016_05895	345			hypothetical protein	GTGAACTGTTTCTTAAAAACAGCAAGAATTCTTTGGATGCTGGTACTTGTTCTGGTTACGGCATTTGCCCTTTACATTCCCGTCCAGGAGTACTACAGCAGCGAAGCCCATGATGAGCGGTATGTATACAAGCACGACCATCATCTCAAAGCGGCTGTTCTGAAACACTCTCACATTCTCTCCAAACTTAAGGCAGCCGGCAATGCCTTGCCGCTGTTCTTATTGATGTCGGCCGTTCTCATGCTGCAGGCTCCCAAAACACGTCTGCCTTATCGGCCGATCATTCCGCTTCGACTCCGGCTTTTATTATTATTCCCCATTAAATACACATCGAAGTTCGTTTAG	MNCFLKTARILWMLVLVLVTAFALYIPVQEYYSSEAHDERYVYKHDHHLKAAVLKHSHILSKLKAAGNALPLFLLMSAVLMLQAPKTRLPYRPIIPLRLRLLLLFPIKYTSKFV				NA	NA	NA	NA	NA
JZ016_05896	192			hypothetical protein	ATGAATAAAAAGAAACCTGAATATGATGGACAGTTCCCCGGCGTTGACCCTATTCCCGAGCCCGATCGTCCGGATCAAGCCGCAACCGACAAACTCGACGATCTGGTCCTTGGCGTTTTGGAAGACAAAGATGAATCGAAAATCGATATCGATCCCGATACGGAAAATTACGATAAACTTCGTAAAAAGTAA	MNKKKPEYDGQFPGVDPIPEPDRPDQAATDKLDDLVLGVLEDKDESKIDIDPDTENYDKLRKK				NA	NA	NA	NA	NA
JZ016_05897	624			hypothetical protein	ATGAAGAAAAAAATGCTGTGCTGCACCATCGCTTTATTGCTTGTGTCCGGTTCGGTTGTTTCTGCTCATCCGGGAAGAACGGATGCCAATGGCGGGCATACCTGCCGTACCAATTGCGAACGCTGGGGTCTGTCTTATGGCGAGTATCATTATCATAACGGCGGAAGGAGCTCTTCAGGCAGCACATCGCCTTCATCGACGCCTAAAGCCAAATCATCGAAGAACAGTACGACAAAATCCGCTGCGCCGAAGCCGGCAGCGCCTGCTTATGCCAAGTCGGGTCTTAAAGTTTTCGTGAACGGCAGCGTGGTGAAGTTTGGCAGTGAGCCGTTGGTGTATAACAACGTCAATTTGGTGCCGCTGCGGGAAATCGCTGAAGGAATGGGAGCTGAGGTTACCTGGAATCGCGAAGCGGCCAGCATTGGCGTGCAAAGAGGCAAACATAAAATAACACTTACGATTGGCAGCAAAACCGTCTTTTACAACGGCAAATCGGAATCCGTTACGGTCGCTCCAAAAGTGATCGACGGCGTGACGTACGTTCCGATTCAGGTGTTTGCAAGAGGCCTTGGTGCTGGCGTGAACTATACCGATCATGATAAAATTCTGAGAATCTCCTTGTAG	MKKKMLCCTIALLLVSGSVVSAHPGRTDANGGHTCRTNCERWGLSYGEYHYHNGGRSSSGSTSPSSTPKAKSSKNSTTKSAAPKPAAPAYAKSGLKVFVNGSVVKFGSEPLVYNNVNLVPLREIAEGMGAEVTWNREAASIGVQRGKHKITLTIGSKTVFYNGKSESVTVAPKVIDGVTYVPIQVFARGLGAGVNYTDHDKILRISL				NA	NA	NA	NA	NA
JZ016_05898	432			hypothetical protein	TTGAGTTTTTTTGATAAATTTAAGGCCGGTGTGTCCGACGCCGGAAACAAAGCCAAAACGTTGGTGGAGATCAATCGGTTAAAGCTGCAAAACAACGGTAAAAAAAGCGACATCGATGAACAGCTTCTGGAAATCGGCAAGGTTGTATTTGCTGCAACCGAAGCTGGGAAATGGACGCCTGATCAGGAGAGTATTCAGAGCTACGTGGCCAAGATTCATCAATTGAATTTTGAAATCGAACAAAATCTGCTTCAAATCGCCAATCTTACGGATGAGAAGGTATGCAGAGGCTGTGGGAACAGCTCCGCTATGAACGCTAAGTTTTGTGCCCACTGTGGCCGTACGTTCGAAGTGATCCAAGTGCAATCGGAAGAGCAGCGTAAAGAAATTCCGCTTCTGGAAGACGGCAGCGAACAAGAGGAACCGAAATAA	MSFFDKFKAGVSDAGNKAKTLVEINRLKLQNNGKKSDIDEQLLEIGKVVFAATEAGKWTPDQESIQSYVAKIHQLNFEIEQNLLQIANLTDEKVCRGCGNSSAMNAKFCAHCGRTFEVIQVQSEEQRKEIPLLEDGSEQEEPK				NA	NA	NA	NA	NA
JZ016_05899	1557	lipO_20	COG1653	Lipoprotein LipO	ATGCCGATGAACAAGGCCTGTAATGATGAGTTATTTCAACATGGGAATCGAAGGGTGTCAAGGCTGCTTAAAGGTAACGTTCTATTGCTTCCCGTCTGTGTATTTCTGATGCTCCTTGCTGCCGGGTGTAACAAGACGGACTCTGAGGGAGAACATCCGCCGGAGAATCAACCGAAGAGCGCATCCATCAGCATCGTTATTTCCAGTCTCGGGATGACGTTTCCTGCCGGCATGGACGAGAATGACAATCCGTATCTGAATTACATTGAAGAGCGCACGGGACTTGAAATCGGAGTTAATCTTCCGCCGCCTGAGGTATACAACGAGAAGCTGGATGTCATTATGTCCTCCGGCAACTTGCCGGATATGCTTCATACGTATGAACCGGTGTGGTTCGACAATTATGTCAAACAAAAGGCATTTATGCCGCTGGATGAGTTAATCGACAAGCATGGTCCCCATCTAAAAGAGAAAATTCCGCCGGAGGTCTGGGATCGGGTTCGATATGGCGGTAAAATCTATGCGGTGCCAAGCTTGAATGAGGTGACCGGGGCAGAGCTAATGTATGTCCGAAAGGATTGGCTTGATCGGCTTGGCCTGGAACCGCCTGAAACACTGGAGGAATATTACGAAGTCATCCGTGCCTTCACGCTCGATGATCCGGACGGCAACGGCGTGCAGGATACGATCGGCCTTACCCTGACATCGAAGTTGGGCAGGTCTTCCCCGTTCTTCGGCGCCTTCGGCACGCAGCGGAATACGTGGTTTGAACGGGATGGGCAGTTGGTGAACGGAAGTATTCTGCCTGAAACAAAGGAGACCCTCGCGTTTTTTGCCAAGCTGTATCAGGAGAATCTGCTTGATCGGGAATTTCCTCTTAACCTGCAAAATAATCTGTTCGAAAAAATAGAAAATGGCACGGTGGGCCTCTTCTCCGCAGCTTGGTACGACACGCGGGGACCGATTGCGGCCAATATGAGCAAGGATCCGGAGGCAAAGTGGATTCCGCTACCGTATCCCACGGGACCGGACGGACTCAAAGGGGTAGAGGGCAAGGATATTATCCGCGGCTACAATGTCATTCCCGCCGAATCGGTGAAAGCAGCCGAAGTGATTAAGTTTCTGGACTTTATTGCCAGTGACTATAAGACGCTGAAGCTCGGCTTCGAGAACGAAATCTGGCGTTGGGAGGACGGGGCGATCGTGACGGATTTTGCGCTTCACGACAAGCATTTGTACCGTGGAATTTATCAGTCGCTTGTTGATGTGCCGGACCAAATGCTGTTTAAGGAGCGGCTTGACTCACTAGGCGATTTCAACCTATACAACAACTTGCAGATGATTCATTCGCATATAACCCCGAATGCATTCTATGGTGTTCCCACACCTGCCATGACGAAGTACAGCAATAAGCTTAAAAATCTGGAGGACGTGTTTACGAAGATCATTATGGGGCTGGAACCGCTGGATGCCTTCGATGACTATGTGAAGAGGTGGAAGGAAGAAGGAGGAGATGAAATCACGAAGGAAGTGAATGAATGGTACTCCAAACAATGA	MPMNKACNDELFQHGNRRVSRLLKGNVLLLPVCVFLMLLAAGCNKTDSEGEHPPENQPKSASISIVISSLGMTFPAGMDENDNPYLNYIEERTGLEIGVNLPPPEVYNEKLDVIMSSGNLPDMLHTYEPVWFDNYVKQKAFMPLDELIDKHGPHLKEKIPPEVWDRVRYGGKIYAVPSLNEVTGAELMYVRKDWLDRLGLEPPETLEEYYEVIRAFTLDDPDGNGVQDTIGLTLTSKLGRSSPFFGAFGTQRNTWFERDGQLVNGSILPETKETLAFFAKLYQENLLDREFPLNLQNNLFEKIENGTVGLFSAAWYDTRGPIAANMSKDPEAKWIPLPYPTGPDGLKGVEGKDIIRGYNVIPAESVKAAEVIKFLDFIASDYKTLKLGFENEIWRWEDGAIVTDFALHDKHLYRGIYQSLVDVPDQMLFKERLDSLGDFNLYNNLQMIHSHITPNAFYGVPTPAMTKYSNKLKNLEDVFTKIIMGLEPLDAFDDYVKRWKEEGGDEITKEVNEWYSKQ	PGPT0017245_2599	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05900	1791			hypothetical protein	ATGATGGCGTTGATTCGCTGGGTACGGGATCGGTTTTCGCAAAATATTCAAACCCGCTTAACCGGTTATTTTCTGCTGATCCTGCTGCCGCTGGTCATCATCAGCCTGTTTGCGGTGGAACGGTCCCGGGATATTCTGTATGAACAGGCGGTCGAGCGGACGGAGATGGCGCTTTCGTCAGCGATGAATCATTTTGATCTGGCGCTGCAAAACGTGGAGGAGATATCCACCCTGATTGCAAGCGATCCTGGAATGAATGAGCTGTTGAACAAAAACAGCACCAACTTCTCCCCTCATTCGATCGTGGATTTCTCGGATATATTGGATCAGTTATTGAATTCCGTTTCGGTGAACCGGTTTGTATCCCAAATTTCGGTGTATCATCCGGCGTCCAGCAGGTTAATCTCTACTCATTATGGCGTCAAAGAGCTGACGGGTGAGACGCAGCGGGAATGGCTTGTCGAAGCCGCCCGGAGGAACGGAACGGGGATTTCCTACGTGATGTCGGAATCCCCAGTGGCGGAGGGTATCACTTTTGGCCAGATGACGAATACGGACAGCGTCTCCTTGATTCGTGCGATGGACCTGTACAACAGCGAGCGGCAGTCGAATCTGCTGGTGGTGTCCTTTAACAAGAGCAAGCTGTTAAATATCATCAAGACGCTGCTTCCCTCCGAGAACAGCCGTATCGCCCTGTTGAACGAAAAGGGACAAGTGGTGGTGGAGACAGGCAGAATGCATGAGGATAACATTTCCGACAAGGATATGACCGTAGCGATTGACTCGGATTACTCCGCATGGCGCCTCGCGCTGGTTCAGCCGAAAAGCGAGCTGTACAAAGAGACTGATCAGCTGCGCCTGTTCACGGTTGCGATCATCGGGCTGAGCATCCTGCTGGCCATCATTATTTCATGGGTGGTTTACAGCGGAATTGCCTCCCCTGTGTTGAAGTTGTCGCGTGGGATGAAGCGGCTCAGCAGCGGGGAGCTGAATATTCATGTCGATACCAAGCGGAAGGACGAGTTCGGCTTTCTCATTCAGTCGTTTAACAAGATGGCCGTCGTACAGAAGCATCTGATCGAGGATCATTATGAGCAGCAGCTGCGATTAACGACTACCGAGCTGAAGTTTCTGCAATCCCAGATCAACCCGCATTTTCTATACAATACCCTCGATTCGATTTACTGGACGGCCAAAAACTACGATGCGGATGAGATCAGCGAGATGGTGATGAATCTGTCGAAGTTTTTTCGGCTGAGCCTAAATAAGGGCAGGCAGGTGTTCACGATTGAGGAGAGCATCACCCATCTGCACTACTATTTACGAATTCAGCAGCTTCGTTTCATGGACAATTTCACCGTGGATTATCACATTTCGAAAGAGAGTAAGGATGTTCCGCTCCTCAAGCTCCTGCTCCAGCCTTTGGTGGAAAATGCCATCATTCATGGCATGGAGGGTAAATCCTCCGGAGGGAGCCTGGTCATATCCAGCAGGATCGAAAAGGGGCAGACCGTGGTTATTAGCGTACAGGATAACGGGCCGGGGATTAAGGAAGAACGACTGCGTTATATCCAGCATGAGCTGGAGATGATGAGTTCGCGAAGCGTGCCGGCGTCTTCTCAGGATGAAGAGCATGTGAAGGATCTGTTCGGTCTTCGGAACGTGCTGAGCCGAATGAAGCTGTATTATGGCAAGGAAGCTCAACTCACGGTTCACAGTGTCTCAGGCGAAGGCACAACTGTCACGATCTCCATTCCACTGGATCGCTGCAAGGAAGTTAACCTGAAGTAG	MMALIRWVRDRFSQNIQTRLTGYFLLILLPLVIISLFAVERSRDILYEQAVERTEMALSSAMNHFDLALQNVEEISTLIASDPGMNELLNKNSTNFSPHSIVDFSDILDQLLNSVSVNRFVSQISVYHPASSRLISTHYGVKELTGETQREWLVEAARRNGTGISYVMSESPVAEGITFGQMTNTDSVSLIRAMDLYNSERQSNLLVVSFNKSKLLNIIKTLLPSENSRIALLNEKGQVVVETGRMHEDNISDKDMTVAIDSDYSAWRLALVQPKSELYKETDQLRLFTVAIIGLSILLAIIISWVVYSGIASPVLKLSRGMKRLSSGELNIHVDTKRKDEFGFLIQSFNKMAVVQKHLIEDHYEQQLRLTTTELKFLQSQINPHFLYNTLDSIYWTAKNYDADEISEMVMNLSKFFRLSLNKGRQVFTIEESITHLHYYLRIQQLRFMDNFTVDYHISKESKDVPLLKLLLQPLVENAIIHGMEGKSSGGSLVISSRIEKGQTVVISVQDNGPGIKEERLRYIQHELEMMSSRSVPASSQDEEHVKDLFGLRNVLSRMKLYYGKEAQLTVHSVSGEGTTVTISIPLDRCKEVNLK				NA	NA	NA	NA	NA
JZ016_05901	1611	cheB_17		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAATCTCATGATTGTGGAAGACGAACCCCGGCTGCGTAATGCACTGGCTTACAATATCCCGTGGGACAAGCATGGAATTGAAGTGGTGGGTATGGCGTCCAACGGTGTCGAAGCCCTTGAGCTTGTAAGTCGGAAGAAACCGGATATAATGCTGATCGATGTGCAGATGCCTGAAATGGATGGATTGACGCTCCTTGGCGAGCTTCGAAGCCGGCAGGATATCAGCCGATTGACGAAAATGATCATTCTGAGCGGACATGACAACTTCGAGTTTGCGCAGCTGGCGCTGGAATACGGGGTGTCCAAATATTTATTGAAGCCCGCCGGCGAGGAGGATATTCTCGAAGCGGTCCTTGAAGCGAGGCAGCAGCTACGGGAGGATTTGGAGCAGTGGCAGCGCAAGGCGGCGTTGGAACAGAAATGGAAGGACAATCTTCCGCACTTGCAAAATCTCTTTTTTATTCAATGGGTCAGCGGTAAATATACAAAACCGGATGTTCTTAATAAGAGCAAGGAATTATATATTCCGTTGAAGGAGGACGACCGTATTGCGGTAGCTGTGGTGGACCTTGACCCGCTGCCGGAGTGTGAGACCCGGTTTCAACGGGGGGATGTCGAGCTGCTGCAGTTTACGATGCAGTGCCTGGCCAAGGAGCTGTTGTCCCATCCCTCTCTCTGGATCACGTCGGATTCCGGCAGTATGCTGCTGATGGTGTGGATCGTGGAGGAAAACCAAGACGCCAAGGAGGCTATGCTGCGGCTGAATGCGGATGTATCCAAGCTGCTCTCTCAGACGAGGGAAGTGCTGAAGTTAACGGCAAGCGCAGGCATCTGTGCATCCATCGGGACGATCGAGGAGATGAGTCTCTTGTATGCGCAGGCCTGCCGGGCGCTTCAGGAGCGCGTCGTGTATGGACACGACCTTGCGATTCCTTACCGGGAGCAGCTCCAGCGGGATATCCAGGGCGTGATCGTGCAGCAGAATCTGGAGAAGACGCTGGAGATCGCGCTGGAAACGGCCGACGAGACGAAAGCGCTGGAGGCGCTGAAGGGGTTATGGGAAGAAGCCTTCTCCAGATCCGAATCCTCGGACGAATTTCATGAGGCGGTTCTGTACATGAACAGCTTCTTTACCCGGATGATCCAGAAACAGGGCTGGACGGTAAAAAAAGTCGTCGGCGAGGATATCGAATATTTTCATAACGTCAAGCTGCTGAGCACCAAAATGCAAACCTGGTCGCTCTTGGAGCGCACGGTGAAGCATATCGTCTCCTTTATGAGCGAGCAGCGGAAAACGACGAGCAATCAGGTGGTGAAAGATATTCTGAACCTGCTTGAAGAGGAAATGGATCAGGAAATTACGCTGCATACGGTGGCGGACCGGCTTTATGTCAATTCTTCCTATCTTAGCCGGCTGTTCAAGCAGGAAATGGGGGTTGTCTTCTCGACCTATGTGCTGGAACGCAAAATGGAGCGTGCCAAGTCGCTGCTGCAGGAAGGACTTAAGGTGTACGATGCCGCCCGGCTGGTCGGGTACCGCGATGTCAGTTATTTCACCAAGGTGTTTCGGAAGTATTGGGGGGTGAATCCGGGGGAGTTTAAGGGGTAA	MNLMIVEDEPRLRNALAYNIPWDKHGIEVVGMASNGVEALELVSRKKPDIMLIDVQMPEMDGLTLLGELRSRQDISRLTKMIILSGHDNFEFAQLALEYGVSKYLLKPAGEEDILEAVLEARQQLREDLEQWQRKAALEQKWKDNLPHLQNLFFIQWVSGKYTKPDVLNKSKELYIPLKEDDRIAVAVVDLDPLPECETRFQRGDVELLQFTMQCLAKELLSHPSLWITSDSGSMLLMVWIVEENQDAKEAMLRLNADVSKLLSQTREVLKLTASAGICASIGTIEEMSLLYAQACRALQERVVYGHDLAIPYREQLQRDIQGVIVQQNLEKTLEIALETADETKALEALKGLWEEAFSRSESSDEFHEAVLYMNSFFTRMIQKQGWTVKKVVGEDIEYFHNVKLLSTKMQTWSLLERTVKHIVSFMSEQRKTTSNQVVKDILNLLEEEMDQEITLHTVADRLYVNSSYLSRLFKQEMGVVFSTYVLERKMERAKSLLQEGLKVYDAARLVGYRDVSYFTKVFRKYWGVNPGEFKG				NA	NA	NA	NA	NA
JZ016_05902	969	yteP_63	COG4209	putative multiple-sugar transport system permease YteP	ATGAAACCCACGATAGAACCATCGCCGGCACCGTATAGAGAGATGAAGAAAAAACGAGGGTACTGGGGCCGTTTAGGGTCGGACATTTGGAAAGAGTGGGATCTTTATTTGCTGCTCGTACCGGGCATCTTGTTCATTTTGCTGTTCAAGTACACGCCGATGTACGGCATAACGATTGCATTTAAGGATTTCAACATATTCACCGGATTTGCCGACAGCCCGTGGGTGGGATGGAAGCATTTCGAGAAGCTGTTCACGTCGCCGGACTTTGCTCAGGTATTCAAAAATACGATCATCATCAGCTTCCTGAAAATCGTGATCTTGTTCCCGCTCCCCATCATTATCGCCCTGATGCTCAATGAGCTGAGGAATATGGTATTTAAGCGCACGGTGCAAACCGTCATCTATCTTCCGCATTTCTTGTCCTGGGTCATCGTCGGCGGATTGTTTATCGATATCCTCTCAACGAACGGAGGAATCGTCAATAAAGTTTTGGTATCCCTAGGGATGGAGCAGATTGCGTTTTTCCTGGATAACAGCGTGTTCCGAGGCGTGCTGATCACCTCGGCAGGCTGGAAGGAAACGGGCTGGAGCACCATCGTATACTTGGCAGCGTTTACAATGATCGACCCGATGCTGTATGAAGCCGCGAAGATCGACGGGGCCGGACGATGGAAGCAGCTGTGGCACATTACGCTCCCGGGGATTGCCCCGATTATTGTCCTGATGTTTATCCTGCGGCTCGGAAACGTGCTGGAAGCGGGAACGGAACAGATTCTCGTCATGTACAATCCGGTGGTGTACCAGGTATCGGATGTCATTGGAACCTATGTATACCGGCAGGGTCTCGGGAACCAGGATTACAGCTTCTCGACCGCGGTTGGCTTGTTCGAAGCCGTTATATCCTTCACATTGGTCATCATGGGCAATGCCATGAGCAGAAAATACTTACAGCGCGGGATCTGGTAA	MKPTIEPSPAPYREMKKKRGYWGRLGSDIWKEWDLYLLLVPGILFILLFKYTPMYGITIAFKDFNIFTGFADSPWVGWKHFEKLFTSPDFAQVFKNTIIISFLKIVILFPLPIIIALMLNELRNMVFKRTVQTVIYLPHFLSWVIVGGLFIDILSTNGGIVNKVLVSLGMEQIAFFLDNSVFRGVLITSAGWKETGWSTIVYLAAFTMIDPMLYEAAKIDGAGRWKQLWHITLPGIAPIIVLMFILRLGNVLEAGTEQILVMYNPVVYQVSDVIGTYVYRQGLGNQDYSFSTAVGLFEAVISFTLVIMGNAMSRKYLQRGIW	PGPT0017250_823	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05903	918	araQ_51	COG0395	L-arabinose transport system permease protein AraQ	ATGGATCACAAAAAAGCTTTGGAAGGAACAAACACCACCCGAGGTGTCATCCAAACGTCGTTTTCGGAGAAATGCTTCTCGGTATTCAATTATACGTTCTTCATCATGATGGGCTTAACGACCCTGCTGCCTTTCATGAACCTGATCGCGAAATCCTTGAGCAGCGAGGGAGCCGTCATATCGGGTCAGGTTGGGCTGCTCCCGGTCGGGGTTCAATTCGAAACGTACAAGTACGTGCTGCAGGATTCCATGTTCTTGAATTCGCTCAAGGTATCCATTTTTCTGACGATCATCGGAACAGCTTGCAGCTTGTTTTTGACCACCCTGACAGCTTATCCGTTGTCCAAATACCGGCTGCGGGGACGGAAAGGGCTGCTGTTGATCTTCGTATTTACGATGCTCTTCAGCGGCGGACTGATTCCGACGTACCTGCTCATGCAAAATTTGAATCTGGTGAACTCCTTCCCGGTGTTATTCCTGCCGGCGATGGTGAACGTGTACAACATGCTCATCATTAAAAACTATTTCGAGGGGCTTCCGGATGAGCTGGAGGAGTCCGCAAAGCTGGATGGCGCGGGGAATATCCGCATCCTGGTCTCGGTCATTGTACCGCTCTCGCTTCCCGTTATGGCAACGATCGGATTGTTCTTTGCGGTTGCTTTCTGGAATGACTATTTTGCGGCGATGATCTACATTACCGATCCGGCGATCAAGCCGATGCAGCTGTACCTGAAGGAGCTGCTGGTTTCGTCCAGCGGGGACTTCCTGAAGGATAATGTCGACGCCGCGATTAATGCAACACCTCAGTCCATACAAGCTTCCTCGATCCTGCTGGCAACGATCCCGATTTTGCTGGTGTATCCATTCCTGCAAAAGTATTTTGTTAAAGGCGTGCTGGTAGGTTCGGTTAAAGGCTAG	MDHKKALEGTNTTRGVIQTSFSEKCFSVFNYTFFIMMGLTTLLPFMNLIAKSLSSEGAVISGQVGLLPVGVQFETYKYVLQDSMFLNSLKVSIFLTIIGTACSLFLTTLTAYPLSKYRLRGRKGLLLIFVFTMLFSGGLIPTYLLMQNLNLVNSFPVLFLPAMVNVYNMLIIKNYFEGLPDELEESAKLDGAGNIRILVSVIVPLSLPVMATIGLFFAVAFWNDYFAAMIYITDPAIKPMQLYLKELLVSSSGDFLKDNVDAAINATPQSIQASSILLATIPILLVYPFLQKYFVKGVLVGSVKG	PGPT0017255_608	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05904	1533	lipO_21	COG1653	Lipoprotein LipO	ATGATCAAGATTAAAAAATCCGCGGTACTGGCCGGGATTCTCGGATTCACGCTGGCGCTGTCCGGATGCGGCGGCGGGGGAGGCGGCACAACGGACACGCCGGCCGCTCAGCCGACGGATACACCGGCAACCACGCCAAAAGACGAGGGGAACGGTGGGACTACGGCCGAAAAACCGGGTCTGCGCATGATCATGCAATATGGATTGTTTGATCCGAAGACTGAATATGTGGCCAAGTACATCCAGGAAAGAACCGGATTTAATGTGGAATACGAACTGCTGCCGGCCGAGAACGCGGATGAGAAGCTGAACCTGCTCGTATCCAGCAAAGATAACTATGATTTTGTGAAATTGAATGCAGCGCAGTTCTACAATCTGGCCTCTGCGGGAGCGCTCGAGCCGCTTGATGAGCTGTTGGAATCCCACGGCAACTATATTAAGCAATCCATTAAGCAGGAATCCTTCGGCAGTGCCACCATCGACGGGAAGATTTACGGCATTCCCGAGACCGGAGCTGGCGTAAGCATCGGGGAGGAACTTGTGGTAAGACAGGATTGGATGGACGAATTGGGACTGTCCATGCCTACGACTGCCGATGAGCTTTACAATGTGCTCAAAACGATCAAAGAGAAGAAAAAGGTAATTCCGCTCACCATGAGCAAGGATTCCCTGTACGGAGACATTGCCACGACATTCGGCATTTTGACGGATTGGAAAGAGGTCGATGGCAAGCTGTTGCATCGTGCCGAGCAGCCGGAGATGAAAGAATACATTACCTTTATGAACAAACTGTATAAAGAAGGCCTACTGGACACCGAAACGCCGATCAATACCGCACAGAAGTCCATCGAGAAATTCTCGGGCGGCAATGCGGCCATGTATAAGCTGGCTTGGTGGAATGCGGGAACAACGATTGCTGCGCTGGAGAAAAACTTCCCGGAAGCCAAAACGTCCATTATTCCTTATCTGAAAGGCAAGGACGGCAAAGCGGTGGTCGGAGCCAAAGCGAACACCACTTGGTATGTAGCCATTCTGAAATCCTCGAAGAACAAGGAAGCCGCCATGGAATTCCTGAACGCGAAGTTGGAGCCGGAGACATTCAAAGGCATCGCGCTGGGTAAAGAAGGCGTCCATCATGAAGTGAAGGACGGAAAGTACTATCCGATTCTGCCGATCTTCAATGATGAATTGAATAATGCGAGCAGCTTCTTGACAGGGGTAGACGAAGAGAAGTACCCAATCTACTGGCAGGCACGAGTTCGTAAGGATCCGATTCTGCAAGCGCATTTCGAAGCTTTCCAGAAAAATGCCGAAGGCATCATCGTTGTAGATCCGATGTCAACGGCACCGCCAATTGAAGCTGTATCCAAAAACCTGCTGAAATTGACGACCCTGCTCGATGACAATGTGCTGCAATTCATTTCCGGAGCGAAGCCGATTGATGCTTACGATCAATTCCTGGCTCAGTGGAGAGCAGAAGGTGGAGCCGATATGGTGACCGCAGCCAATGAATGGTTTCAATCCACGAAGTAA	MIKIKKSAVLAGILGFTLALSGCGGGGGGTTDTPAAQPTDTPATTPKDEGNGGTTAEKPGLRMIMQYGLFDPKTEYVAKYIQERTGFNVEYELLPAENADEKLNLLVSSKDNYDFVKLNAAQFYNLASAGALEPLDELLESHGNYIKQSIKQESFGSATIDGKIYGIPETGAGVSIGEELVVRQDWMDELGLSMPTTADELYNVLKTIKEKKKVIPLTMSKDSLYGDIATTFGILTDWKEVDGKLLHRAEQPEMKEYITFMNKLYKEGLLDTETPINTAQKSIEKFSGGNAAMYKLAWWNAGTTIAALEKNFPEAKTSIIPYLKGKDGKAVVGAKANTTWYVAILKSSKNKEAAMEFLNAKLEPETFKGIALGKEGVHHEVKDGKYYPILPIFNDELNNASSFLTGVDEEKYPIYWQARVRKDPILQAHFEAFQKNAEGIIVVDPMSTAPPIEAVSKNLLKLTTLLDDNVLQFISGAKPIDAYDQFLAQWRAEGGADMVTAANEWFQSTK	PGPT0017245_2878	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05905	4653			hypothetical protein	ATGTATCGTTTATTTCGCAGGCGAATCGCGCTGTTTCTCAGTCTGTCACTGATCGTTTCTCTCATTGTTCCGGTTGGGTCTTCCGCGTTCGCGGATAACGAAATTCCTCCGGTTCAAAGCGCGGCTCCCGAACCGGTTACCCTGGTCTCCCAAGGCGGAGAGAGTCTGGAGTTCACGGATATCAACGTGGCTGGCGATACGGTGGAAGGGAAAAATGATTATTTGGCGCTGTATACCAGCGGCGTAGCGGTCACGGGTTCCGTATATAAAGATGAGGTATGGGTGCCTACGCTTCATGTCGCGGTCTCTGTGGATGCGAGCGGCATTGTCCAGAATGTGGTTGGACCGAACGGCGATCCTCCGACTTCTTGGGATCCGGGAACATTGCTTCCAATTCCGGCCGGTGGTTACGTTGTAGTGGCTGGCGGCACCCATGCGTGGGATCAATCCGTTTTTCAGAAACCTCTCTTCAATCATAACAAAACGGGAGATACGGTAAAGCTGATGCGGGCGGGCGAAGAAGTGACAGCGGCTGATTTCCTGCCGGAGCAGCCGGGGCCGGGTCCAGGGCCGGATCCGCTGCCACCCGAGCTGCATCTGATTACGCAAACTGATACGACTGTGGATATTCCGGTCATTGAGATAGCGGGTTTTGTGGCGAATTATGCCGCGGATCAGGATTTAAGCGTAACGGTTAATGGCGATGAAACTGCGATTACGGCGGAAGGCATGTTTCGCACGAATGTTTATTTGGAGCCGGGCCCGAACAAGGCTGAGGTGAAACTGTTTAAGGGAGATGGCGAACTGGCAGTCCAAACACTGAATATCGTGTACGAACCGATCGAGAACCAGGATTATATTGAAGTCGAAGCGGCACCGAAGGATATTACGATCGACATTGAAGGTCCGCGGAAGAAGCTGGACTATGTCGACAAGGATGTCACGGGCGTGCCAAACATCGTGGCGATTTTTACAAGAGATTACGGCAATTCCATCACGATTCCTCAGACCAATGTCGCCGTGCAGGTGGATGCCAACAACCGCGTATTACGGGTGATCAATCCTTCGATCAACGGGAAGCCGCCTGTATGGACAGGGCCGACCGAGCTTGAAATTCCCGAAGGCGGTTATGTGCTGATGGCACAGGATAACAGCTACGCAGGTAATAACATCAAGCGCTATTTGGCCGAGAATTTTAAGGTCGGGGATATGATCAAGCTGCGGAAGAACGGGGAAGTGGTTCAGGTACGCGATATCATGAGCGGCAATGGTCTTATTGCACGGCTCACGCTGGATAACCAGATGATGTACACCGTAACGGAAGGCAGCACCGCCATCACGGGGCGCATCGACAACATGGACGACATTACCGCGATCAAACTTCTTGTGAACGGTATCGAGGTTCCTTTTGAAGCGGATGGTACCTTCACGCATAACTACACGTTAACAAACGGCACCAATTATATCGAAGTCAAAGTAATGAAAAATGACATTGAGCAGGATGTGCGTCATCTTGCGGTGTTTGCAAGACCTGATTTCTCCCCGGAAAAAGAAGTCATTCTCTGGGTGGATCAGGCTTCCAATGTCAGAAAGTTTAAAACGAGCGAGGATGTTTTGGCATTCTTGCAAAAAGCCAAGGAAACGGGCGTTACCTCGGTGGCATTTGATGTGAAGGGCGTTGAAGGTTATGTCTCTTATAAAAAGAACGATTTGACGGGCAGACCTTATGTCAGCGAGATCAAGGCACCTGAAAAAGCAGGCGCAAGCCCGGATTTGGACCTCCTGCAGGAGTTTATTGATCATGGTCATGCACTGGGATTAGAGATTCATGCGGCGATCAACGTGTTTGCCGAAGGATCGATCGCCCATAACGAGTATGCGGTTCTGAACGATCACCTCGATTGGGAGGAACGTGTATATTTCGCGGAGAACAACGGCGAGATCAAGCGACTGCGCGAGAGCAAAAAGCAGGGCCTGGTAGCCTTCGTCAACCCGTCCAATGACGAGGTTCGCAATTATCAGCTTCGAACATTCGAAGAAATCATTAAGAACTATGATGTGGACGGCGTTGTCCATGACCGGAGCCGATATGACAACGAGGGGGCCGACTTTAGCGACGAGACCCGCGTGAAGTTCGAGCAGTTTTTGCAGGCCCGAGGCAAGCAGCTTAATCAATGGCCAAACGATATCTTTTACTATGAAAACAATGTTCGGGTATACGGTCCGCTGATTCAGGACTGGTGGGAATTCCGCTCGGGGACGATTCAGAGCTTCTTCGGCGAAGTGAAGGATCTGGTGGATTCCTATGAAGTTTCAACAGGCAGAAAGATCGAGGTATCCTCTTATGTTGGATCCTGGTATGAAACGTATTATTTGAACGGCGTGAACTGGGGCAGCAAGAACTTCCGGTTCAATCCCGCGCTCGGCATGCCGGACGAATCGGTGTATACGCCGGAATACTATCAAACCGGGTATATCGAGTATTTGGATTTTCTGATGATCGGGGCTTATCAAACCACCAGCCAGGAAATCCAGAAATATATAACGCTCGGCAATATCGTAACGAACGGTGAAATTCCGCTGTATGCAGGCATTGCCATGAACAATGTGCAGGCACCGGCCGTGCAGCGCGAAGTGTTCCAGGCGGGGCTGAAGTCCACGAACGGACTGATGCTGTTTGATGCATCCCAGGTCAACTGGCCGATCGCGGCGGCTGCTCTCCAAGATAAGGAGTGGGTGAAGGATTACCAGCTCGGCATGAGCTTGCCGGGAAGTCCGGATTCGTTCCTGGAAGGCAATTTCTATAATATCAACCGAATCGAGGGCAACGTCAACGTGATGACGGAAGCCTTCGGATACTCCACGGGCACGAACCGCTTCGGGGTTGAAGTGGTGGTTGACCACACGGGCCATGTGACCCGCGTGGTCAACCGGAACCAAGCGATCAACTGGAGCTGGGGAGCGCCGGAAGAGAATAACAGTGTTATACCGCAGGGAGGTTTTGTCATTTCCACCCTGGATCCGTCAGGCACAAGAACGCTTCGTCAGCTCGTGGCCAATGCTTACAATACGGGTGACCAGGTTCGTTCGGCCGTATTAAGCGGGCTGATGGATGACGAAAGCAAAGAGACGCGCGACAGTCAGCTTGCGTTGAAAGGGCTTGTGGAAGTTCTCGGGCCCGGTAATGCAACTGTCAAGGTGAACGGCGCCGATGCGACTCTGTCGGCGAAAGGTGAATTTACAGCTAATGTGCCTCTGCAAACAGGCGTCAATTCGATTACCGTAGACGTGTTCGTTGACGAATTCAAAACCAACAGCAAGACGTTTGAGGTCATCCGGACTACTACAGGAGACGGCGGATCCGATCCGGGTACTCCGGGCGGAGGATCCGGTTCACCCGGTGGAGGATCGACAACACCACCTCCTAAACCGTCAGAGCCAGAGCGGTTGAGCATCAAGAAAGAGACAACACCCGGCGGGACGGTCATCGTAGCGGATGCGAGCGAGAAGGGCATGCTCAGCGACGTGGAACGGCTCAGCAAGCTGCCGGCGTCTTCACGCGTGCTTACGTATTCGGTGACCGACGCTTCGGATTCCGTCGTTCTTCACTTGCCTGTTCAGGGGGTGAGTGCTGCCGTGAAGGACCTGCCGGGGGGCTCCATCGTGTTGGAATCCTCCCAAGGCCGATTGGAAATTCCGCTGCATTCGCTGACGGAAACATTGCAACAACGGGGTACGGCGGAAAGTCTGCAAATTCGCGTTGGTTTAGCTTCAAAAGAAGAAGAGGATCGGGTAAAGGCAGCGTTGGAGGCAGGAGCCTCCAAGCTGGATGCGTCACTTTCCATAAACTTGGCTTGGAAACAGGGGGATACCTTATCTGCGTTGCCGGCGCTTAAGGGACCTTACGCTAAGTTTACCAAGGTTCTATCCAGTGTCGTCAGCCCATCCCAAACGACGGTGCTGCGGATGGATCCGGCATCCGGCAAGCTGGTCTTCGTACCGGCGCTCATTCGCACGTCGAAAGGCAAATCCGAAGCGGAGTTTAAGTGGAGGGAGAGCGGGGCCTATTCCGTAGTTTCCCATGCGAAGACGTTTGAGGATTTAAGCAGCCATTGGGCCCGCGAGGACATTACGCTGTTGGCCTCGAAACAATTGATCGAGGGATTAAGCGATACGCGTTTTGGTCCAAACGAGGCGATCACGAGAGCGCAGTTCACGGCGATGCTCGTCCGTGCGCTCGGATTGAAGGATCAGGGAGATCATGCGAGCTTCCAGGATGTGAAGGCAAACGATTGGTATGCAGCCGCAGTCGCTACGGCAGTGGAGCATGGGCTGATCGAAGGCTTCAGCAATGGTACGTTCCGTCCGAACGAGGAGATCACCCGTGAGCAGATGAGTGTCTTGCTGCTCCGTGCACTGAAGCTTGCCGGTACGGATCTGGAGACAGGAAATACGGACACCATTTTGGAAGGGTTCAAGGATCGCGAACGCATTGCGTCCTGGTCCGAAGAGGCCGTGTCGGCCATCGTCAAATCCGGGTTGATGGAAGGACGTTCTTCTGACCGGTTCGTTCCGGAAGCCCATTCTACCCGGGCTGAGGGAGCGGTCGTATTAACTCGAATGCTGCAAATGGCTGAATTCATTAACCGTTAA	MYRLFRRRIALFLSLSLIVSLIVPVGSSAFADNEIPPVQSAAPEPVTLVSQGGESLEFTDINVAGDTVEGKNDYLALYTSGVAVTGSVYKDEVWVPTLHVAVSVDASGIVQNVVGPNGDPPTSWDPGTLLPIPAGGYVVVAGGTHAWDQSVFQKPLFNHNKTGDTVKLMRAGEEVTAADFLPEQPGPGPGPDPLPPELHLITQTDTTVDIPVIEIAGFVANYAADQDLSVTVNGDETAITAEGMFRTNVYLEPGPNKAEVKLFKGDGELAVQTLNIVYEPIENQDYIEVEAAPKDITIDIEGPRKKLDYVDKDVTGVPNIVAIFTRDYGNSITIPQTNVAVQVDANNRVLRVINPSINGKPPVWTGPTELEIPEGGYVLMAQDNSYAGNNIKRYLAENFKVGDMIKLRKNGEVVQVRDIMSGNGLIARLTLDNQMMYTVTEGSTAITGRIDNMDDITAIKLLVNGIEVPFEADGTFTHNYTLTNGTNYIEVKVMKNDIEQDVRHLAVFARPDFSPEKEVILWVDQASNVRKFKTSEDVLAFLQKAKETGVTSVAFDVKGVEGYVSYKKNDLTGRPYVSEIKAPEKAGASPDLDLLQEFIDHGHALGLEIHAAINVFAEGSIAHNEYAVLNDHLDWEERVYFAENNGEIKRLRESKKQGLVAFVNPSNDEVRNYQLRTFEEIIKNYDVDGVVHDRSRYDNEGADFSDETRVKFEQFLQARGKQLNQWPNDIFYYENNVRVYGPLIQDWWEFRSGTIQSFFGEVKDLVDSYEVSTGRKIEVSSYVGSWYETYYLNGVNWGSKNFRFNPALGMPDESVYTPEYYQTGYIEYLDFLMIGAYQTTSQEIQKYITLGNIVTNGEIPLYAGIAMNNVQAPAVQREVFQAGLKSTNGLMLFDASQVNWPIAAAALQDKEWVKDYQLGMSLPGSPDSFLEGNFYNINRIEGNVNVMTEAFGYSTGTNRFGVEVVVDHTGHVTRVVNRNQAINWSWGAPEENNSVIPQGGFVISTLDPSGTRTLRQLVANAYNTGDQVRSAVLSGLMDDESKETRDSQLALKGLVEVLGPGNATVKVNGADATLSAKGEFTANVPLQTGVNSITVDVFVDEFKTNSKTFEVIRTTTGDGGSDPGTPGGGSGSPGGGSTTPPPKPSEPERLSIKKETTPGGTVIVADASEKGMLSDVERLSKLPASSRVLTYSVTDASDSVVLHLPVQGVSAAVKDLPGGSIVLESSQGRLEIPLHSLTETLQQRGTAESLQIRVGLASKEEEDRVKAALEAGASKLDASLSINLAWKQGDTLSALPALKGPYAKFTKVLSSVVSPSQTTVLRMDPASGKLVFVPALIRTSKGKSEAEFKWRESGAYSVVSHAKTFEDLSSHWAREDITLLASKQLIEGLSDTRFGPNEAITRAQFTAMLVRALGLKDQGDHASFQDVKANDWYAAAVATAVEHGLIEGFSNGTFRPNEEITREQMSVLLLRALKLAGTDLETGNTDTILEGFKDRERIASWSEEAVSAIVKSGLMEGRSSDRFVPEAHSTRAEGAVVLTRMLQMAEFINR				NA	NA	NA	NA	NA
JZ016_05906	273			hypothetical protein	ATGAGTAGAGATTGGCATGAGGATATGGAGTACTGCAATAGGCTAGATGACAAAGGCCAGAGTTTTATTTCGCCGGAGGTTTTAAAATACTGGCTCCAGCAAGCAGATGAAGAGAAAAAACGTGCAGATGAACTCAGTAAAGCAGTAGAAGAAGCCATCGAAATTTGTGAGCAGGTGGAGGACTCAAATGACCCGTTAGAGCTCCTTGAACAAGTGCTGATTCAATTGCAATTGGTGGCGTCCTTCCAAGGGAGGAAAAAGCATTATGCATAA	MSRDWHEDMEYCNRLDDKGQSFISPEVLKYWLQQADEEKKRADELSKAVEEAIEICEQVEDSNDPLELLEQVLIQLQLVASFQGRKKHYA				NA	NA	NA	NA	NA
JZ016_05907	174			hypothetical protein	ATGGGACAAGAGAATGAAATTCAAGAGCTTAAAGATCGATTGAATGCAGTGGAGCAGCAGTTGGAGAAGAGATCAAGGGGATTCAAAGCGCTTCGAACAGGCGTAATCATTATACTTGTTATTTTTCTGCTTTTGACACTTATTGGGATAATCCAATTTGTGAGTAGTGGTTAA	MGQENEIQELKDRLNAVEQQLEKRSRGFKALRTGVIIILVIFLLLTLIGIIQFVSSG				NA	NA	NA	NA	NA
JZ016_05908	228			hypothetical protein	TTGAGAGATATCTCAAATATCTTTTTATCAGGTATATTCATCGTTGTTATTGGCTTATTTGAAAAAATACTACTTTACCTAAAACTAGATACTAATACTAACGAATTAAAATATTTAATTTTGAGCACTCCAAATTTTATCTGGAATATAAGTAATATCACCATAGGAATAGGAATATTGCTAATTATAATTTCTTTCATGATTTATTTTAAAAACCGAAAAAAATAA	MRDISNIFLSGIFIVVIGLFEKILLYLKLDTNTNELKYLILSTPNFIWNISNITIGIGILLIIISFMIYFKNRKK				NA	NA	NA	NA	NA
JZ016_05909	630			hypothetical protein	ATGAAGTCTAAAATCACACTAGTTCTAACTCTCTGTTTTACATTCTTGTTCTCTGGAGTGGCATCTAATAATGTCACATACGCCGATGTCGTTAATGATAATTCTGAAAATTATATCTTGGTCGATAAAGATGGAAAACCAGCTATTTATAATAAAACAGATGATACCTTCATCGTCGAAGCATTCAATCTTGATGGATCTGAGGTTAGCCTAGAGGAATACAGAAATTTATTGAACGATTCACTCGATTATTCTAAAAAAAATATTCTTGCGGGATCATCACCATTTCAAGATCAATCTGTTACCCCATTGTCTTATATTAATATGGACTTTTATACAGAATCCAATAATTATAATTCCTTAGGAACTCCATTAAAGATGACTCCAGATATTGACTGTAAATACAGCGCTACTCACTGTACAATAAATAAGGCAGATGGTAAAACAACTACTGAATCCTATAGTAGTAACGTAACAGGTGGAGACAAGAATTATATTAAGATGGGTGCTTCTTTTACTTGGTCTACATCTGCTACCGTTACCTATTCATATGGTTGGAGCATTCCAAAAGGGGAAATAGGATATCTTCAATTCACTCCTAGATATAAAGTATCTTATCTTAATAACTAA	MKSKITLVLTLCFTFLFSGVASNNVTYADVVNDNSENYILVDKDGKPAIYNKTDDTFIVEAFNLDGSEVSLEEYRNLLNDSLDYSKKNILAGSSPFQDQSVTPLSYINMDFYTESNNYNSLGTPLKMTPDIDCKYSATHCTINKADGKTTTESYSSNVTGGDKNYIKMGASFTWSTSATVTYSYGWSIPKGEIGYLQFTPRYKVSYLNN				NA	NA	NA	NA	NA
JZ016_05910	180			hypothetical protein	ATGACCAATCAAGCATGGGGCATTCTTGATACTTGGGAAAATGAAAGTAATTGGGTTTCTGGTGAGAAAAGAGAGTATGTTTTTGTTTATACCACTCAATACAAAAAATATCGTATTAATGTGACGGCTAACAACGGTGGTATATATGTAAGCATTGACGAATTAGAAATGATGAGTTAG	MTNQAWGILDTWENESNWVSGEKREYVFVYTTQYKKYRINVTANNGGIYVSIDELEMMS				NA	NA	NA	NA	NA
JZ016_05911	654	ant1		Streptomycin 3''-adenylyltransferase	ATGCAATGGGTTTTGGATCAAGCGGTCGACTTGTTTAAGGAGGAGCTCGGCGACAATCTGGTCGGCATTTACTTACATGGCTCGTTAGCTATGGGCTGCTTCAACCCGGACACAAGCGATATCGATCTGCTGCTCGTGGTAGCGGACAAGCTTACCCGGGATCATATGAGACGGCTGGCCAAAAAAATCATAACGTTCCACGATGGAATGCTCAATCGACAGGGGTTGGAGCTGAGCCTAGTCCTCGAATCCAGTCTGCAGGAGCTCGTCTATCCGCCTCCATTCGAGTTCCACTATTCCGCCTTTCATCGCGAGAAATACCTGACCGAAGACGATTACCTATGCGGCGGATTCCAAGACGCCGACCTGGCCGCCCATTACACCGTGATTTTTCATCGGGGCATTGCCCTATACGGCAAACCCGTTCAAGAGATCTTTACCCACGTTGACCGGCAGCATTACATACAAGCCATTCTCCATGACGTGGAGGGTGCGGTACAAGACATCACTGACTCTCCTATGTACTACACGCTAAACCTGTGCCGAGTGCTGTACTATCTGAAGGAAGGCGTGGTTTCCTCCAAACAAAAAGGCGGTGAATGGGGGCTGCGCACGCTTCCTACCAAGTATCATCGGATTATAGAACGTGCCTAG	MQWVLDQAVDLFKEELGDNLVGIYLHGSLAMGCFNPDTSDIDLLLVVADKLTRDHMRRLAKKIITFHDGMLNRQGLELSLVLESSLQELVYPPPFEFHYSAFHREKYLTEDDYLCGGFQDADLAAHYTVIFHRGIALYGKPVQEIFTHVDRQHYIQAILHDVEGAVQDITDSPMYYTLNLCRVLYYLKEGVVSSKQKGGEWGLRTLPTKYHRIIERA	PGPT0028680_132	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028680-aadA-K00984	NA	NA
JZ016_05912	702	sfp	COG2091	4'-phosphopantetheinyl transferase Sfp	ATGAACATTTTTCATGCTGACCAACCAAGTCATATTGAAGTATATGCAATCAAGAATTCGGACCAAATTCACGATGAGATGTTCCGTGCCTTGTTCAAGACGTTATCGCCCGATCGACAGGATTATGTATCCAAACTCAGAAGAGCGAGCGATTATCAGCGATCAGTACTTGGTGATGCCATGGTCCATCGAATCCTTCGGGATAAGCTGGGACTTGATCCGATGCATATGGAAATCATAAGAAACGCATATGGCAAGCCGTTCTTAAAGGAGCATGACAACCTGCATTTTAACATCTCCCATTCCGGGCATTGGATTGTATGCGCCGTTAGCAGCACGCCGGTCGGGATTGACGTGGAGAAAATGGAGGCGATCGATATGGATATCGCCAAACGCTATTTTCATATAACCGAGTTTAACGCGCTGTTAGACTGTGATCCTTCCGTCCGGCTTTCGCGCTTCTTTGATCTATGGACGTTAAAGGAAAGCTATATCAAGGCCGTTGGCAAAGGCCTGCATTTGCCGTTGGATTCTTTTGCATTGGAGCTGCAAGGAAGCGGGTGGGCACCTGTGCTTGGCGAGGACGGAGAGACCTACTATTTTAAACAGTATGCGGTGGAAGAAGGTTACAAGCTGTCGGTGTGCGGCATTAGCCGTCATTTCCCTGAGGATGTCCAATTCGTAACCGCTGAGGAGTTATGA	MNIFHADQPSHIEVYAIKNSDQIHDEMFRALFKTLSPDRQDYVSKLRRASDYQRSVLGDAMVHRILRDKLGLDPMHMEIIRNAYGKPFLKEHDNLHFNISHSGHWIVCAVSSTPVGIDVEKMEAIDMDIAKRYFHITEFNALLDCDPSVRLSRFFDLWTLKESYIKAVGKGLHLPLDSFALELQGSGWAPVLGEDGETYYFKQYAVEEGYKLSVCGISRHFPEDVQFVTAEEL	PGPT0008845_1804	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008845-LYS5|acpT-K06133	NA	NA
JZ016_05913	1575			hypothetical protein	ATGATACGAGAAATGCAGGCCGATATCGTCATTCTCGGCGGCGGGACAGGGGGAACTGCCGCTGCGCTTGCCGCCGCTAAATCAGGAAAGACGGTCATCATGACCGAGGAGACCACTTGGATCGGGGGACAGCTAACCAGCCAGGCGGTTCCGCCCGACGAGCATCCGTGGATTGAATCCTTTGGTTGCACGCGCAGCTACCGGCAGTTCCGCGAAGGCGTCCGCCAGTACTATCGCGATTACTTCCCCATGACTCCCAAGGCAAGATCCAATGTGCAATTAAACCCCGGCAGCGGCATCGTGAGCCGGCTGTGCCATGAGCCGCGCACGGCCCTCGCCGTCCTGCAACAAATGCTGGCCCCGTACATTCACAGCGGTCGGCTTAAGATCCTCTATCAATATGCGCCAGAGTCTGCCGACGTTTCAGGGGATCGCGTGAACAACGTAACCGTTCGTCATCTTGAGACGCAGGATCAAATTACGCTTCACGCTCCGTTCTTCGTGGATGCCACCGAGCTCGGCGATTTGCTTCCGCTGGCGGGCATCGAATATGTTACCGGCGCCGAGTCCAAATCCCAAACAGGGGAACCGCATGCCGTTGACGGCGATCCGCTACCGCAGGACATGCAGGGCTTTACGTATTGTTTTGCCGTGGATTATCTGGAGGGGGAGGACCACACGATCGAGAAGCCTGCCCTTTACGATTTTTGGCGGGAATATAAACCCGATTTCTGGCCGGATAAGCTGTTAAGCCTGACCGCCGTCAAGCCGTCCACAAATGAGCCGGTCGAGTATGAGATCTTTCCGGGACACGGTAAGTTTCCGCTCTATCAATACCGGCAAATCCTGGACCCGAAACATTTCGCGGAAGGTACGTTCGAAAGCTCGGTATCGCTTGTGAACTGGCCGCAAAACGACTACTGGCTGGGCTCCATTATCGATGTTCCGAAGGAAGAGGTCGACCATCATATCTATCAAGCCAAACAGCTTAGCTTGTCCCTGCTGTATTGGCTGCAGACCGAGGTGCCGCGGCCGGATGGCGGGAAGGGTTATCCCGGACTTCGCCTGCGTCCCGATGTGGTCGGAACGGAAGACGGGATGGCCATGTATCCTTACATCCGTGAGGCGAGAAGAATTCAGGCCGAGTTCACGGTCCTGGAGCAGCATGTGGCAACCGAATCGCGGCCGGACGGCGCTTCGGAAACGTTCCCTGATTCCGTCGGTATCGGCTGTTACCGGATCGATCTGCATCCGAGCACGGGCGAGCGCCCATACATTGATATCTCGTCCCTGCCGTTCCAAATCCCGCTGGGCAGCTTAATTCCGAAACGGATGAAGAATGTGCTGGCTGCCAGCAAAAACATCGGGGTCACCCACATTACCAATGGCTGCTACCGGCTGCATCCCGTAGAATGGAACATCGGCGAGGCCGCCGGATATTGTCTCAGCTACTGCCTGGACCATGATATTCTGCCGACGGAAGTCCGGAACGACGAAGAAAGACTCGCCAGCTTCCAGCAAAAGCTCGTCAGTGAAGGCATCGAGCTGGCATGGCCGGCACTGCGCCCTGTCTGA	MIREMQADIVILGGGTGGTAAALAAAKSGKTVIMTEETTWIGGQLTSQAVPPDEHPWIESFGCTRSYRQFREGVRQYYRDYFPMTPKARSNVQLNPGSGIVSRLCHEPRTALAVLQQMLAPYIHSGRLKILYQYAPESADVSGDRVNNVTVRHLETQDQITLHAPFFVDATELGDLLPLAGIEYVTGAESKSQTGEPHAVDGDPLPQDMQGFTYCFAVDYLEGEDHTIEKPALYDFWREYKPDFWPDKLLSLTAVKPSTNEPVEYEIFPGHGKFPLYQYRQILDPKHFAEGTFESSVSLVNWPQNDYWLGSIIDVPKEEVDHHIYQAKQLSLSLLYWLQTEVPRPDGGKGYPGLRLRPDVVGTEDGMAMYPYIREARRIQAEFTVLEQHVATESRPDGASETFPDSVGIGCYRIDLHPSTGERPYIDISSLPFQIPLGSLIPKRMKNVLAASKNIGVTHITNGCYRLHPVEWNIGEAAGYCLSYCLDHDILPTEVRNDEERLASFQQKLVSEGIELAWPALRPV				NA	NA	NA	NA	NA
JZ016_05914	2283	rhaR_55		HTH-type transcriptional activator RhaR	ATGGTCCTGTACGGCTGTTTCATCAGCATCATTCCTCTCGTGGCCCTCGGCTTCTTCTCGTTCATGAAATCATCCACCTCCGTCCAAAATCACGTCAACAGCAGCAATATCCAGATTATGAATCAAACGAACAGCAATCTCGAACAGGTGCTGCGGACTGTGGATTATACACTGAATTACGTCATTAATTCCAATATTCTGCAAAGCGCGTTGTATCGGCCCCTGTCCTATTATGACTTCCAATTGTATAACAAACTGAGAGAAGAGATGAGTCTGCTGCAATCTCCGGAGACCAAGGTTACAGACGTCATCCTTGCGAACACGACAACCAACTGGCTGATCAATAACCGGGGCATGTACAAATTTAATGAATACGCTTCCAAGGATGCGCTGTTGACACTCATGGAGCTTCAAGGGAACTCCAATTGGGTGATGCTCGAGACGGAATCTCTCGGGTCCAGCGATACGCTCAGTTATGCCTGCCCCTACACGATTGCGCTGGTGAAGAAAATGCCGCTCTCCTCCTCCAGCGCCCGGGGTGTCGCACTCGCCACCATTCCCAGCTGCAGTCTTGCGGCTATGATGGATACCCCTTCCGAAACCCGGGAGGTGATGGTTCTGGACCATAATTACCGGATCGTTGTACATCCCGAGCAAGGAAAGCTCGGGCAATATCTGACCGATACCGGGTATGCGGAGACGGAGCTGGACCATTTTGACAGTAAATCGGGGCAGTTCGAGACGAAGATTGACAACAAGCCGGTGTCCGTAACGTTCGTCCGGTCCGATTTTAACGGCTGGTTGTATGCCTCCTTTACCGAAATGTCCGCCATTACCAAGGAGTCCCGCTCCATCGGCTGGTTTACGCTGTATATCTGCATGCTGATGATCGGTTTCAGCATTCTGCTGGTATGGCTTGGAACGCGGAAGATGTACACGCCAATCCGGCACATTTTTGAAAATATCGTGGAGCGTCTGCCAGAAATCCAAGCCAACAAAAAGAGCGAGCTGCAAATCATCGATGAGCATATCCGGGATATGTTCAATTCAAACACGAAGCTCCGCAGCGAGCTTCGGCAGACGAGCCAGCAGGTGCGCACCTTTTTCCTCCAAAAGCTGTTTTTGGGCAAGAGTAGTCCGCCCGAAGTCATGGAGCAGATCGAGCTGTTTGGCTTCAAGGAGCAAATATCCGCTTGGGAGCATCTGGCGGTATTCACCCTCCAGATCGACATGCTGGACGAAACCCGCTATGAGCGCAAGGATAGTGACCTGCTGCTGTTTGCCATCAACAATATTATCGAGGAGATGATCCCCTCCTCCCATCGCCTCCCCTCTGTCATTATCGATCTCACGCAGGTTACGCTCATCGGACGAGGCGGCATCACGCTGGAAGAATTCAATGACTATATCTACACATTATCGGAGGAGATCCAGAAGACGACGCGCAGTGTTCTCGATCTGGAGGTCAGCATCGGCATCAGTCTGCCTTACGAGAACCTATCCAAAACGGCACGCGCGTACCAGGAAGGGCTCGAAGCCCTTAAACACCGCATCAAGCTGGGAACCGGTGTCATTATCCCTTATTTCAGCCTGAACTCGGGCAAGCACACCCGGGTCTATTTCTACCCGATGCAGGTGGAGAACGAGCTGATTGATGCCATCAAGCTGGCTGATGAAGATCGAGCAGTGGAGCTTCTAAAGCAGTGGCTGCTCGAAGTGTTTCGGAAGGATCGGACCCCGCATGATTATCAAATCTCGCTCATCCGGCTGTTAAATGATTTGATGATCGTAATGCAGGAGAACGGGATCATGCTCGAGCAGCTCGACATCCGGGACAGCTCTCTCGTGGAGGAGCTTCTTCGGCTCTACACCAATCACGATATCGAAAGCTGGTTTAAATCACGCATCATCCGGCCGATGGTTAGTGTATTCCGGGATCGCCAGGACTCTCAATACCAGAATCTTTCCGAGCAGATGATCGAGATTATCCGCAATGAGTTTGATCGCAATATTACACTCGAGGAATGTGCTTCCCGCCTCCATTACAACAATTTTTATCTTAGCAGCGTGTTCAAAAAAGAAACCAATATGTCCTTCAGCGAATACCTGTCCCAGTACCGCTTCAAAATGTCCAAGAAATGGCTTGTCGAAACCGACATGCCCATTAAGGATATTGCGGAGAAGCTAAGTTACAACAATTCGCAGAACTTTATCCGCTCCTTCCGCAAGCTGGAGGGGATGACGCCCGGACAATATCGCAGCAAATACAAAACCGGACAATAA	MVLYGCFISIIPLVALGFFSFMKSSTSVQNHVNSSNIQIMNQTNSNLEQVLRTVDYTLNYVINSNILQSALYRPLSYYDFQLYNKLREEMSLLQSPETKVTDVILANTTTNWLINNRGMYKFNEYASKDALLTLMELQGNSNWVMLETESLGSSDTLSYACPYTIALVKKMPLSSSSARGVALATIPSCSLAAMMDTPSETREVMVLDHNYRIVVHPEQGKLGQYLTDTGYAETELDHFDSKSGQFETKIDNKPVSVTFVRSDFNGWLYASFTEMSAITKESRSIGWFTLYICMLMIGFSILLVWLGTRKMYTPIRHIFENIVERLPEIQANKKSELQIIDEHIRDMFNSNTKLRSELRQTSQQVRTFFLQKLFLGKSSPPEVMEQIELFGFKEQISAWEHLAVFTLQIDMLDETRYERKDSDLLLFAINNIIEEMIPSSHRLPSVIIDLTQVTLIGRGGITLEEFNDYIYTLSEEIQKTTRSVLDLEVSIGISLPYENLSKTARAYQEGLEALKHRIKLGTGVIIPYFSLNSGKHTRVYFYPMQVENELIDAIKLADEDRAVELLKQWLLEVFRKDRTPHDYQISLIRLLNDLMIVMQENGIMLEQLDIRDSSLVEELLRLYTNHDIESWFKSRIIRPMVSVFRDRQDSQYQNLSEQMIEIIRNEFDRNITLEECASRLHYNNFYLSSVFKKETNMSFSEYLSQYRFKMSKKWLVETDMPIKDIAEKLSYNNSQNFIRSFRKLEGMTPGQYRSKYKTGQ				NA	NA	NA	NA	NA
JZ016_05915	1539	lipO_22	COG1653	Lipoprotein LipO	ATGACCCGTCTGTCAAACTATGTCATTCTTACGCTTGCTATCCTGATGGTGTCGGCCGCGTGCATCAGCATGGCACGATCATCGGGAGCGGATGGCGGAAGTACGTCTTCTGATCGCAAAACCAGCATTTCAATTATGGCCAACCTGCACACCACCGAGGTTCCCTCCGATCGGATCGAGAAATGGATCGAGGAAAAAACGGGCGTGCAGCTTAACATTCAGTGGGTACCCGACGGGAGTTACGATGAGAAGGTGTTTGCTTCGCTTGCAACAGGGACTTTGCCGCAAGCGCTGTATCTGAAGAATGCCGCATCCTTATCCTATTTCAGGGATGAGATTCGGAGCGGGCTATTCTGGGAAATCGGCCCGTATCTTAAGGACTATCCGAATTTGCAGAGATTGAAGCCCGAGGTTTTGAAGAATACGGCCATCGACGGTAAACTCTACAGCCTGTACCAGGAGCGAGCCTTAGCCCGTTCAGGCATCATTTACCGTAAGGACTGGGCAGATCGCCTGGGGCTATCGGCACCGGAAACGCTTGATGATTTATATGAAATGTTGAAAGGGTTTACATATAACGATCCGGACAATAACGGTATCGATGACACCATCGGTTTGACGGATCGCAACGATTTAATCTACGGGGCTTTCAAGACAATCAGCTCCTATTATGGAACACCGAACAATTGGGGATGGTATAACGATTCATTGCAGCCGGAATTCGTCTTTCCGAAATATATGGAAACGATGAAGTTCTTCAAGAAGCTTCATAACGAAGGACTGATCAATGAAGACTTCCCGATTACCAGCAAGACCGACCAGCTGGAGCTATTCGTAACGGGAAAAGCCGGGGTTTATATCGGCGCGATGGGAGATGTCCTGTCCCTGGAGTCAAGGCTGCTGGCGAATGATCCCAAGGCAGTGCTGGACGTTCACAATCGGGTTCTCGGGCCGGAAGGGTACGGGATATGGGCTTCGCAGGGGTACGGGACGGTGATTCTGTTTCCGAAGTCCGCGATTGCTACGGAAGAGGAGTTGAAGAGCGTACTCTCCTTCTATGACGCGCTGATGAGTCCTGAACTTGCAAACCTGATGTATTGGGGAATCGAAGGGATCCATTATACCGTTCAGAATGGCAAAGCGATGGCGGTGGATGCCTTTGAATTAAGGGAAAAGGATGTAAAGCCCTATCAGGCTTTGATGGCCGGAGGATTCAGCACCATACCGGGCATGCTGCAGCCGGTTAACACGAATCAGGTTAAGGATAAAGCCGAGCGGCTGATTTACGATAATGAGAGTTTCCTCATTTACGATCCCACCGCACCGCTGGAGTCTCCAATGTATAACGAAATTGGCGTCAGGTTGAATGAACGCATACGGGATGCCACCTATCAATTTATGTTAGGAATGATCGATGAGCAGGGTTTCGAGGCCGAGATCGACCGTTGGCTGGAAGAGGGGGGCAGGCAGATTATCGAGGAATATAATGCTTCCTACCGAAGCACGGTCGGACCCTATTTACATGATAAATACCGCTAG	MTRLSNYVILTLAILMVSAACISMARSSGADGGSTSSDRKTSISIMANLHTTEVPSDRIEKWIEEKTGVQLNIQWVPDGSYDEKVFASLATGTLPQALYLKNAASLSYFRDEIRSGLFWEIGPYLKDYPNLQRLKPEVLKNTAIDGKLYSLYQERALARSGIIYRKDWADRLGLSAPETLDDLYEMLKGFTYNDPDNNGIDDTIGLTDRNDLIYGAFKTISSYYGTPNNWGWYNDSLQPEFVFPKYMETMKFFKKLHNEGLINEDFPITSKTDQLELFVTGKAGVYIGAMGDVLSLESRLLANDPKAVLDVHNRVLGPEGYGIWASQGYGTVILFPKSAIATEEELKSVLSFYDALMSPELANLMYWGIEGIHYTVQNGKAMAVDAFELREKDVKPYQALMAGGFSTIPGMLQPVNTNQVKDKAERLIYDNESFLIYDPTAPLESPMYNEIGVRLNERIRDATYQFMLGMIDEQGFEAEIDRWLEEGGRQIIEEYNASYRSTVGPYLHDKYR	PGPT0017245_2792	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05916	1536	lipO_23	COG1653	Lipoprotein LipO	ATGAAGAAGAAGAAAGCCAGTACCATCCTGGCAATTGTAACCGCTTTATCCGTGTTGGCTGGCTGTGGCGGCAACTCCGCCCCTGCAGCAACCGGCAGCTCAAACGGAAGTTCGGCCCAAGGCGAGAACAAGAACGAACCGGTATCCATCTCGATTATGGCCAACCTCCATACCCCTGAAGTTCCCTCCGACATGATTGAGAAGCTGCTGGAAGAGAAAACGGGCACCAAGCTCGACATTCAGTGGGTGCCGGACGGCACTTATGATGAAAAGGTCAATGCCTCCTTTGCAACCGGAACGCTGCCGCAGGTGACGTACCTGAAGAATGCCGCTTCGCTTGTGAATATGCGTGATGCGATCCGTAACGGGCAATTTTGGGAAATCGGGCCATTGCTGGATCAGTATCCGAACCTCAGCAAGCTGAAACCTGAAGTGTTAAAGAACACGGCGGTGGACGGCAAAATCTATGCGCTTTACCGTGAAGTGCCTTTGTCACGCCAGGGCATCATTTACCGCAAGGATTGGGCCGACAAGCTTGGGCTCAGCGCCCCGACCAATGTGGACGAATTCTATAATATGCTGAAGCAGTTCAAGGAGAAGGATCCTGACGGCAACGGCAAAGATGACACCATCCCGCTGACGGATCGAAATGACCTGATTTATGGCGCATTCAAAACGATAAGCTCGTGGCTCGGCACGCCGAATAACTGGGGCGAGAAGGACGGTAAGCTGGCTCCCGAATTTATGTTCTCCGAATATATGGAGACGATGAAATTCTTCAAGAAACTTCACCAGGAAGGTCTGATCAATCAGGATTTCCCGGTTACCAGCAAAACCGATCAACAAAATCTGTTCATTACCGGAAAGTCGGGCGTTTATATCGGAGCGATGGGGGACGTATCCAGCCTTCATCCCAAGGTCGTCGAAGTGAATCCGGATGCGGAGCTCGATGTTCAGAATAAAATCGAAGGTGGCCCGAATGGCTTCGGAATCTGGTCGGTTCCCGGCTATGGCTCGGTGATTCTCTTTCCGAAAACAGCGATCAAATCGGAAGAAGAGCTAAAGGATGTGCTTGCCTTCATGGATCAGTTGATGAGTACGGAACTTGGCAACCTCATCTATTGGGGGGTTGAAGGACAGCATCACAAGCTGGAGGAAGGCAAGGTGATCCCTTCGGAAGACACGAAGCTGACTGATCGCGAAGTGAAGCCTTATCAAGCCATGCAGGTCGGTGGACCGTTAACGATTGAAGGATTTTATGAGGCGAAGCATATGCTCCCGGTCAAAGCGAAATCCGAGGAAATGATTATGGAGAATAATGAATACCTCATAGAGGATCCTTCGGCTTCACTGGATTCCAAGACATTTAACGAAAAGGGCGTACAGCTGCAGGAGATGATTAAAGACGGCACGTATCGATTTATGCTTGGTGATATCGATGAGGCCGGATTCCAGGCTGTGGTGGATAACTGGCTTAAGAGCGGCGGTCAGCAAATCATCGATGAGTTCAACGTTTCCTACGAATCTTCCAAATAA	MKKKKASTILAIVTALSVLAGCGGNSAPAATGSSNGSSAQGENKNEPVSISIMANLHTPEVPSDMIEKLLEEKTGTKLDIQWVPDGTYDEKVNASFATGTLPQVTYLKNAASLVNMRDAIRNGQFWEIGPLLDQYPNLSKLKPEVLKNTAVDGKIYALYREVPLSRQGIIYRKDWADKLGLSAPTNVDEFYNMLKQFKEKDPDGNGKDDTIPLTDRNDLIYGAFKTISSWLGTPNNWGEKDGKLAPEFMFSEYMETMKFFKKLHQEGLINQDFPVTSKTDQQNLFITGKSGVYIGAMGDVSSLHPKVVEVNPDAELDVQNKIEGGPNGFGIWSVPGYGSVILFPKTAIKSEEELKDVLAFMDQLMSTELGNLIYWGVEGQHHKLEEGKVIPSEDTKLTDREVKPYQAMQVGGPLTIEGFYEAKHMLPVKAKSEEMIMENNEYLIEDPSASLDSKTFNEKGVQLQEMIKDGTYRFMLGDIDEAGFQAVVDNWLKSGGQQIIDEFNVSYESSK	PGPT0017245_2839	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05917	1008	yteP_64	COG4209	putative multiple-sugar transport system permease YteP	ATGCTGCAGTCTCCGGCAGGCTTCGGGACAGAAAGGAAGTCTGAGATCATGAGCGAAACCGCAGTGAAGACCGGGTTGAGCAAGAGCGCCCGTAAAATACCGGAGACCGGTCGAATGAGAAGAATAATAAAAAACCGGGCGATCTACCTCATGATTCTTCCGGGATTTTTATACTTCCTGATCTTTAAATATATCCCGATGTCGGGATTGATCATAGCCTTCCAGGATTATCAGGCTTATCTCGGCGTTACGGGAAGCCCCTGGGTGGGGCTCAAGCATTTTGAACGGCTGTTTACCGAGCCGATGTTTTTCACGATTTTGGGCAACACGCTGCTGCTGTTTTTCTTGAACCTGGCATTCTATTTTCCGGTGCCGATCATTCTTGCCTTAATGCTCAACGAGGTTCGGCGCGAAGTGTTTAAACGATTTATCCAGACGCTGGTGTACATTCCCCACTTCATGTCTTGGGTTATCATCGTATCCATTTCGTTTGTCATGTTATCGATGGATCGCGGCATCATTAATGAATTGCTGGTTATGGCCGGATTCGAAAAAATCAATTTTCTGATGAGCAGCGAATGGTTCCGGCCGATGTATGTCCTGCAGATTATCTGGCGGGAGGCAGGCTGGGGAACAATCATCTATTTGGCTGCCATGGCGGCGATTGATCCCGGCCTATACGAAGCGTCACGGATTGACGGGGCCAGCCGCTTTCGGCAAATGTGGCATATTACGCTTCCTTCGATTCGAAGCGTGATCGTCGTTTTGTTGATTTTGAAAATCGGCGACGTGCTGGAACTTGGGTTCGAACATATCTATCTCCTCTTAAACTCGATGAACCGGGATGTGGCGGAGATATTCGATACGTATGTTTATACCGCAGGTCTTAAGCAAGGTCAGTTCAGCTTCAGTACGGCGGTCGGGTTCTTTAAATCGCTGATCGGTCTCATTCTGGTAATGCTGGCCAATTGGCTGGCCAAAAAAGCCGGAGAAGAAGGCATCTATTAA	MLQSPAGFGTERKSEIMSETAVKTGLSKSARKIPETGRMRRIIKNRAIYLMILPGFLYFLIFKYIPMSGLIIAFQDYQAYLGVTGSPWVGLKHFERLFTEPMFFTILGNTLLLFFLNLAFYFPVPIILALMLNEVRREVFKRFIQTLVYIPHFMSWVIIVSISFVMLSMDRGIINELLVMAGFEKINFLMSSEWFRPMYVLQIIWREAGWGTIIYLAAMAAIDPGLYEASRIDGASRFRQMWHITLPSIRSVIVVLLILKIGDVLELGFEHIYLLLNSMNRDVAEIFDTYVYTAGLKQGQFSFSTAVGFFKSLIGLILVMLANWLAKKAGEEGIY	PGPT0017250_1104	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05918	879	ngcG_8	COG0395	Diacetylchitobiose uptake system permease protein NgcG	ATGGTACAAGATAAAACGATATCGAGCCGAATCTTCGATATCGTGAATTATACGCTGCTGTTGATCATTGGCCTGGTTACCATCCTGCCTTTCCTTCATGTCATCGCCGGATCCTTCACAACAGTGACGGAGCTGGCGCAGAAGCAGTTTGTCCTGTTTCCGACCGTTTGGTCCCTTGATGCTTACAAATATGTGTTTTCAACCAATACGGTATTTCGCTCGCTTGGCGTTTCCGTTGGCGTCACCTTCTTAGGCACCTTGTTCAGCATGCTGTTAACCTGCTTGATGGCCTACGGGCTGTCGCGCAAGGATCTGGATGGCCGAAATTTCATCATGTTCATGGTCTTGTTCACGATGCTGTTCAGCGGCGGAATGATCCCAACGTTTCTCGTGGTGAAGGAGATGGGGCTGATCGATACGTATGCGGCCCTGATTGTCCCGACGGCGATCAATGCCTTCAATCTTATCATCATGCGAAACTTCTTTCAGAACCTGCCTGAGGGACTGGAGGAATCCGCGAAGATCGACGGGGCCGGCGATTGGGGCATCCTGTTTCGAATCGTGATTCCGCTGTCGATGCCTGCCATTGCGACCATATCGCTCTTTTATGCGGTTACTTACTGGAACACGTATATGTCGGCGATTCTGTACCTGAATGATGCGGCCAAATGGCCGGTGCAGGTCATCCTGCGGCAGATCGTCATCCTGGCCAGCGGTTTGGCGGCGGACACCTCCGGCATGGACGAATTTGTCCGACCGCCGGAGCAAACGGTGAAGATGGCGGTCATCGTTATTGCTACGCTTCCGATTCTGTGCGTGTATCCGTTCCTGCAGAAGCATTTTGCGAAGGGTGCGCTGCTGGGTTCCATCAAGGGATAG	MVQDKTISSRIFDIVNYTLLLIIGLVTILPFLHVIAGSFTTVTELAQKQFVLFPTVWSLDAYKYVFSTNTVFRSLGVSVGVTFLGTLFSMLLTCLMAYGLSRKDLDGRNFIMFMVLFTMLFSGGMIPTFLVVKEMGLIDTYAALIVPTAINAFNLIIMRNFFQNLPEGLEESAKIDGAGDWGILFRIVIPLSMPAIATISLFYAVTYWNTYMSAILYLNDAAKWPVQVILRQIVILASGLAADTSGMDEFVRPPEQTVKMAVIVIATLPILCVYPFLQKHFAKGALLGSIKG	PGPT0017255_2340	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05919	1446		COG3507	Non-reducing end alpha-L-arabinofuranosidase BoGH43B	GTGTTGGAAAAGAAACGATATGCGCCGATCATTGCCGGCAATTATGCGGACCCGTCGATCATCCGGGTCGGCGAGGATTATTACATGACGCATTCCTCCTACAAGCTGACGCCCGGGCTCGTCATCTGGCATTCGCGCGATTTGCTCAATTGGAGCCGAGTTGGGGCTGCGCTGCCCCACTACGAGGGAAATGTGTGGGCGCCGGATTTCGTAGTGCATAACGGGGTGTATTATATTTATTATCCGGCTGGGCGGACGAACTGGGTCGTTACCGCGTCGAGCCCGGCGGGACCGTGGAGCAAACCGATCAATCTGGGGATCAAGGGAATTGATCCGGGGCATACGGCAGGACCGGACGGGAAGCGTTATTTGCATATGTCAGGCGGTGATTTTGTAGAGCTTACGGCGGACGGACTCGCGGTCGCGGGTGAAGTCAGACATGTGTATAACGGCTGGCGGTATCCGGACGATTGGGTCGTGGAGGCATACAGCCTGGAGGGACCGAAAATTACCGTTCACGATGGTTATTACTATCTGACGGCAGCCGTCGGAGGGACGGCCGGTCCGCCTACAAGCCATATGGCCGTATCGTCAAGATCCAGAACGCCATGGGGGCCCTGGGAACACTCTCCGTACAACCCGATTATCCATACGGAATCCAGGGATGAACGCTGGTGGTCCAAAGGACACGCCTCGTTGATAGACTTGCCGGATGGCCAGTGGTGGATGGTCTACCATGCTTATGCCAATGGGTTCCATTCACTGGGCAGACAGACCTTGCTTGAACCGATCGAATGGACTTCCGATGGATGGTTTCGTGCTGCGGGAGGCCGTGAGAGACTTATTGACCAGTACGATGATCGGCCGCATGATGAAGGAGAAACCAATGCTGGGAATCAGGGAGCCTCATTCAGGGATTCCTTTGACGGTCCTGAGCTGGGTTTGCACTGGCAGTGCGAAGGCGTGGAGCCTTCTGCACGGTTCCGTCCGGGGAATCATGAATTGGTAGCCGAGGCCGCCTCCGAGGAGGCAAAAGCTTCTCCGCTGCTCTATATGGCGGGCCATAAGCGTTATTCAGCAGAGGTTGAGATCATCGTGGAGGGTCCGGCAGAAGGCCGCCTGCTCCTCTATTATAACGATGCGGCATATCTTGGTATGGGAGTCAACGAGCATGGAGTGCGGCATTTCCGGTCATTCAAGGGCTACGGCACGATGCAGAACCATACTCGCAGGGCTTTTTTGCGGTTGGTTAACGATGCGCATATCGTTTCATTCTATTACAGCTTCGATGGGGTGGAATGGATCCGGTATGACAAAGTGGCGGATGTTTCAGGATTCCATCACAACACGTTTGGCGGGTTTCAGAGCCTCCGCATCGGACTGGATGCCGTCGGCAAAGGCACGGTGATTTTTCGGGATTTTTCATATAACGCCATCAGCAGCTGA	MLEKKRYAPIIAGNYADPSIIRVGEDYYMTHSSYKLTPGLVIWHSRDLLNWSRVGAALPHYEGNVWAPDFVVHNGVYYIYYPAGRTNWVVTASSPAGPWSKPINLGIKGIDPGHTAGPDGKRYLHMSGGDFVELTADGLAVAGEVRHVYNGWRYPDDWVVEAYSLEGPKITVHDGYYYLTAAVGGTAGPPTSHMAVSSRSRTPWGPWEHSPYNPIIHTESRDERWWSKGHASLIDLPDGQWWMVYHAYANGFHSLGRQTLLEPIEWTSDGWFRAAGGRERLIDQYDDRPHDEGETNAGNQGASFRDSFDGPELGLHWQCEGVEPSARFRPGNHELVAEAASEEAKASPLLYMAGHKRYSAEVEIIVEGPAEGRLLLYYNDAAYLGMGVNEHGVRHFRSFKGYGTMQNHTRRAFLRLVNDAHIVSFYYSFDGVEWIRYDKVADVSGFHHNTFGGFQSLRIGLDAVGKGTVIFRDFSYNAISS	PGPT0018665_1928	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES	PLANT_DEGRADATIVE_GS|GH-XYLOSIDASE,PGPT0018665-xynB-K01198	NA	NA
JZ016_05920	1119			hypothetical protein	ATGACAAAGGGATTAGAGAACATTCTGGAGGGGGGCGATAGGCTGTTTGAAGGTTTCTTCGAATGGCTCGAAGGACAATATGACGCTGCTTCCGGCGGTTTTTATTACGCCCGCAGTTCCAGGGATTCCGATGCGTTCACGCCGGACATCGAATCGACGGCACAAGCATTGGGCATTATCGAGCGCTGCGGACTTCGGCAAAGGCTGACCGATGGCATCAAGGCGGATCTTGTGCGTTTTTTCCAGTCCAAGCAAGACCCTGGGACGGGGTATTTCTATGATGCTGATCCCAAGATGAGAAAAGACGATGTGATGGTGGGCCGTGCACTTGGCTACAGCGTAGGAGCACTCCGAACATTGGGCGCATCCCCGTTGCATCCGCTGCCGGGCAATCGGAATAGGGCTCCGGCATACTGCCGTTCTCCTAAGGCTTATGCGGAGTGGCTGCGTTCCATCAGTCTTGCGAACAGCTGGCGCGGCTGCGACCGGCTGTGTAACTCAGCCCCCTATTTATATCAGATGACGCCGGGGGATCGGGAGTCGTTCTTATCTGAAGCCCTATCTTATTTTGCAAGTATACAAGACCCCGAAACCGGGTTGTGGGGTGAAGGCACTCCTTATGTGCGAATATCGGGAACCTTCAAGCTGTTGACGTTCTATAACCGGTTTCAGGTTCCTCTGCCACGGACGCCGGAAATATACCGATCCCTGCAGCACGCTTTGCGGAGCGAGAATGCCGTCGATATGTGTTACATTCGGAACCCGATCAGCCTTCTGACCTCGATGAAGCTGCGGATTCCGGAAGAGGACGTTCTGGAGATCGCGGAAATCACTTTGCGGAATATGGCGCGGCTCAAGCGGGCGGACGGCGGCTTTTCCAGGGAAATCGATCATTCCCCGCCGGCACCGAATGTGGCCCAAGTGAAGCAAGGTGAGTATTATCCTGACATGCCGGAGGCGGTTCCATTGGGCAAGGGTGAGGTTGAAGGGGACATGAATGCGGGAACACAGGCGATTCTTATCCGCTATTCGCTGCATGAGCTCGGGGGGCTGCAGGGACGAAAGCTGGATATTGCGGATTCTGTGTTCTCATCTCTACGAGCAGGTACGGGCAGATGA	MTKGLENILEGGDRLFEGFFEWLEGQYDAASGGFYYARSSRDSDAFTPDIESTAQALGIIERCGLRQRLTDGIKADLVRFFQSKQDPGTGYFYDADPKMRKDDVMVGRALGYSVGALRTLGASPLHPLPGNRNRAPAYCRSPKAYAEWLRSISLANSWRGCDRLCNSAPYLYQMTPGDRESFLSEALSYFASIQDPETGLWGEGTPYVRISGTFKLLTFYNRFQVPLPRTPEIYRSLQHALRSENAVDMCYIRNPISLLTSMKLRIPEEDVLEIAEITLRNMARLKRADGGFSREIDHSPPAPNVAQVKQGEYYPDMPEAVPLGKGEVEGDMNAGTQAILIRYSLHELGGLQGRKLDIADSVFSSLRAGTGR				NA	NA	NA	NA	NA
JZ016_05921	318			hypothetical protein	ATGGCGGAAATCGGCGTTTGGGAACAAGCGGAGCCCGGGGTGACAAGGAAGGTGTTTCAACCCGGAACGGGGCTGATGATGATGGAGGTGCATTTTGAAGAAGGGGCGGAAGGTGCATGGCATAGTCATCCCCATGAGCAGATGAGCTACTGCCTGAAGGGTGCCATCGAATTTTATATCAACGGTGAGACGACCCTGGTGCGGCAGGGTGATACCATCGTCATTCCCGGCGGGGCGGAGCATGGGGTAAAAGCTCTGGAACCTTCCGCTCTTTTGGATACGTTTACGCCGCTGAGACTGGATTTGCTTGGTCTCTGA	MAEIGVWEQAEPGVTRKVFQPGTGLMMMEVHFEEGAEGAWHSHPHEQMSYCLKGAIEFYINGETTLVRQGDTIVIPGGAEHGVKALEPSALLDTFTPLRLDLLGL				NA	NA	NA	NA	NA
JZ016_05922	813	axeA1	COG0657	Acetylxylan esterase	ATGATGAATCTTTGGGAACAGAATATTCCAGGACAAGAATCGGTGGAAGAGAAGTTCACACCCTACATGACACCTTATCTATTACAAAATGAAACCCCTCACGGAGCCGTGCTTGTGCTTCCGGGGGGCGGGTACGAGCGGCGCGCGGATCATGAGGGTGATCCGATTGCCATGTGGCTGAATTCAATTGGGCTATCTGCCTTTGTCGTTCATTACCGTGTGGCCCCTTATCGCCATCCCTATCCGCTGGGCGATGCCCAGCGTGCAGTCCGGCTTGTAAGGCATCACGCCAAGGAGTGGAACATCGATCCGGATCGTATCGGAATCCTTGGGTTCTCGGCAGGCGGACATCTCGCGGCGAGCGCCAGCACTCATTTCGACGAAGGAAACCCGGAGGCCGTGGATGCTGTGGACCGGCAGAGCTCCCGCCCGAACGCTTCCATCCTGTGTTACCCGGTCATTTCTTTTAAGGATTATTACCATGAGGGCTCCATGTCTAGGCTGTTGGGAGAGAACCCGCCGGAAGAGTTGAGAAATGCGTTGTCGCTTGAGCTTGCGGTGAAACCGGAGACCCCTCCTTCCTTTCTATGGCATACCGCTGACGACGGCGCGGTTCCCGTTGAGAACAGCCTCATGTATGCCAAAGCGCTAAGCGAGCAGCGCATCCCGTTTGAGCTTCATGTTTTTCCGGAGGGCCGGCATGGTCTTGGTCTTGCGGAAGAAGATGCCAGTGTTTCGCAATGGACGGGCCTGTGCGCGGGCTGGCTGCAGAAGATCGGATTCCTGTCGCAAGCGGTCGTGCAGGGAAGGTAG	MMNLWEQNIPGQESVEEKFTPYMTPYLLQNETPHGAVLVLPGGGYERRADHEGDPIAMWLNSIGLSAFVVHYRVAPYRHPYPLGDAQRAVRLVRHHAKEWNIDPDRIGILGFSAGGHLAASASTHFDEGNPEAVDAVDRQSSRPNASILCYPVISFKDYYHEGSMSRLLGENPPEELRNALSLELAVKPETPPSFLWHTADDGAVPVENSLMYAKALSEQRIPFELHVFPEGRHGLGLAEEDASVSQWTGLCAGWLQKIGFLSQAVVQGR				NA	NA	NA	NA	NA
JZ016_05923	1104			hypothetical protein	ATGGCAGAGCGAAGAGCGCCGAGCGTACAGGATAAGCTGGCTGACATTGGCCGCCGGCTGCAGTCCTACTCTGAAAACTTCAAAAAAACATTTTCCAAGCGAACCAACACGCCCGGTCAATCAGCGACAGGAGAATTAGTCAAATCGACCACGCCTTCTGCTTTCGGCGTGCTGGTCCGCAAAGAGATCGCGGACCATATCCGGAGCTGGCGCTTCATATTACTGCTGGGCATCATTGCCTTAACCTGCGTGGCTTCGCTTTATACGGCTATGAACAGCATCCGGGAAGCTCTCGGCTCGGAGAACGGGGTCGATGATTTTGTCATCCTGAAGCTGTTCACCCTCTCGGACGGAACCCTTCCGACCTTCATCGGATTTGTCGGTTTCTTAGGTCCATTGCTCGGAATCGGCATGGGCTTTGATGCCATCAACAGTGAACGGAACAAAGGGACGCTTAGCCGAATCATGGCCCAGCCGATTCACCGCGACGACCTGCTCAATGCGAAGTTCGCCGCTTCCCTGATCGTGATTAGCATCATGTTTATCACGCTCGGGCTGCTGACCATGGCGCTGGGCACCCTGATTATCGGCATACCGCCAACCTTCGAGGAATTTTTGAGAACCATCAGCTTTCTGGTCGTGACCATTTTTTACGTTGGCTTCTGGCTGAATCTGTCCATTATGTTCTCCGTAAGATTCCGCCAGCCGGCGACTTCCGCCCTGTCAAGCATTGCGGTCTGGCTGTTCTTCAGCTTCTTTTTTGATATGATCCTGCAATTGCTGGCACGGGGATTGGCTCCGGACTCTGCCTCAGCCACGGCCCATGATGTCATGAGCTATCAGAATCTGATGCTCTGGCTTGGCCGGCTGTCGCCATATACCCTGTTTAATGAGGCAACGAGCACTCTGCTGATGCCGTCCATCCGCAATCTCGGACCACTCACGCAGGAGCAGGTGTACGGTGCCATCGCTAGTCCGCTGCCGTTTGGTCAAAGCCTGCTGCTCGTCTGGCCGCAAATTACCGGACTGACCGCAGCCACGCTGATCTGCTTCGCCATCTCTTACGTCCTGTTCCTCCGACAGGAGATTAGAGGCCGGTCCTGA	MAERRAPSVQDKLADIGRRLQSYSENFKKTFSKRTNTPGQSATGELVKSTTPSAFGVLVRKEIADHIRSWRFILLLGIIALTCVASLYTAMNSIREALGSENGVDDFVILKLFTLSDGTLPTFIGFVGFLGPLLGIGMGFDAINSERNKGTLSRIMAQPIHRDDLLNAKFAASLIVISIMFITLGLLTMALGTLIIGIPPTFEEFLRTISFLVVTIFYVGFWLNLSIMFSVRFRQPATSALSSIAVWLFFSFFFDMILQLLARGLAPDSASATAHDVMSYQNLMLWLGRLSPYTLFNEATSTLLMPSIRNLGPLTQEQVYGAIASPLPFGQSLLLVWPQITGLTAATLICFAISYVLFLRQEIRGRS	PGPT0006730_7231	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_05924	1026	lnrL_9	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGATGGATACGGTCATTGACATTCACGAATTAACGAAGAGCTACAACGAAACGAAGGCGGTAGACCGTTTATCCCTCCAAATTAAACGCGGCGAGATCTTCGGTCTGCTCGGCCCGAACGGTGCGGGCAAGTCCACCACGATCCTGATGCTGCTCGGACTCAGCGAACCGGATTCAGGAACGATTAACGTGCTCGGCATCAATCCGACAAGAGAACCGATCCCGGTCAAGCGGCGGGTCGGATACCTGCCTGATGACGTCGGCTTTCACGAGGACCGAACTGGATTGGAGAACCTGATGCTAACGGCCCGGCTGAATCGAATCCCCGATTCCCAAGCCCGGGAAAGGGCACTGGAGCTGTTGGAGCAAGTCGGGCTCACGCAGGCAGCCCATAAGAAGACAGGAGCCTATTCCCGCGGGATGCGGCAGCGGCTCGGACTCGCGGACGTCTTGATGAAATCCCCGGAGATTATCATCCTCGATGAACCGACCTTGGGCATCGATCCAACAGGAATGGAGGAGCTGCTGCGTTTGATCCGGAAGCTAAGCCGTGAGCAGGGCCTTACCGTACTGCTATCGTCCCACCAACTGCACCAGGTTCAGCAGATTTGCGACCGCGTCGGCCTGTTCGTGCGGGGACGGCTTCTCGCCGAAGGGGATGTCGAGGGGCTGTCCCGGACCCTGTTCGCCGATGATCCGATTATGATCACGGTGGAGCTGGATGAGCTGCGGCCCGAATTGCGTGATGAGATCAGCGCTATCGAAGGGGTTCACCTGATCGAGGTTCCGGCTGTCGAAAGCGATCCGGCTGAACATGCGGACACCCGGATCAGAGACCTTCCAGCTAAGATTCTGATCCGGGCCGATAAGGATTGCAGCCCTGAAATTGCCCGAACGGTTGTGAATGCAGGTGTCCAGCTATTCTCGCTGAACCGCCAGCAGTACGGTTTGGATGAAATCTACCACCGTTATTTTGCAGGAGGTGATGAGCATGGCAGAGCGAAGAGCGCCGAGCGTACAGGATAA	MMDTVIDIHELTKSYNETKAVDRLSLQIKRGEIFGLLGPNGAGKSTTILMLLGLSEPDSGTINVLGINPTREPIPVKRRVGYLPDDVGFHEDRTGLENLMLTARLNRIPDSQARERALELLEQVGLTQAAHKKTGAYSRGMRQRLGLADVLMKSPEIIILDEPTLGIDPTGMEELLRLIRKLSREQGLTVLLSSHQLHQVQQICDRVGLFVRGRLLAEGDVEGLSRTLFADDPIMITVELDELRPELRDEISAIEGVHLIEVPAVESDPAEHADTRIRDLPAKILIRADKDCSPEIARTVVNAGVQLFSLNRQQYGLDEIYHRYFAGGDEHGRAKSAERTG	PGPT0006725_1805	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_05925	1164			hypothetical protein	ATGAAATTGCTTAGAAAGAGAGCCAAGCAGCTGAACCTGCTGCTCTTGTTCATCCTGGGTACTTACTTGTTAAGTGGAGGAAATACCGCGTTCGCCGCCGGGGAAATCACCTTGTACACGCCTTACACCTCGATTTCCGTTCCACCGGGGGAAGTCATCAATTATCCCCTTGAAGTCAAAAACAATACGAGCGGCGTCATTACGGTCCCGCTCCAAATCAACAGCCTGCCGAGCGGCTGGAGCACCAAGCTTAACGGCGGAGGCTGGCAGCTGAAAGAAGTGTCCGTGAAGCCGGGCGAATCGGAATCGGTGTCCTTGGAGGTTACCGTACCGCTTAAAGTAGATAAAGGCTCCTATCGGTTTCAAGTAACGGCGGGATCCATGGCCAGTCTGCCTTTAACCGTGGATATCACGGAAAAAGGAACCTATCAAACAGAGCTCACAACCGATCAAGCCAATCTGGAGGGGCATGCCGATTCCACGTTTACCTACACGGTGAATCTGCAAAACCGAACCGCCAATAAACAAAACTATGCCCTTCAGGCCGATGCTCAGGCCGGTTGGGACGTTACATTCACCTCAGGCGGCAAGCAGGTATCCTCCGTCGAAATCGAAGCGGGTGCAAGCCAATCTATCACCGTCGATATCAAACCGCCTGCCGAAGTGACGGAAGGCTCCTTCTCCATTCCGATCCGTGCCTCCAATTCATCGACATCCTCCGAGCTTGCGCTGGAGGCCGTCATTACGGGATCTTATGGGCTGGAGCTTACAACACCAAGCGGTTTGCTCAGTACAAACGTCAATGCGGGCGGCAGCAAAACCATTGAGCTGCTGGTCAAGAATACGGGGACCGCATCTCTCTCGGATATTAATCTTAGCTCCGATACGCCGGTGGACTGGGAAGTAAGCTTCAACCCGAAAACGATCGAAAATCTGCCCGCAGGCAAATCCACAACGGTTGAGGCCAAACTGACTTCAAGCGACAAAGCCATTGCGGGTGATTATGTCACCAGCCTGAAGGCCGCCGCGGCTGAAGCAAGTTCCGACGCCCAATTCCGCGTTGCCGTCAAAGGCTCCATGCTGTGGGGCTGGATCGGCGTGCTTGTCATTGTTGCTATTCTGGGAGGCATCTATGTTCTCATTCGTAAATACGGAAGGAGATAA	MKLLRKRAKQLNLLLLFILGTYLLSGGNTAFAAGEITLYTPYTSISVPPGEVINYPLEVKNNTSGVITVPLQINSLPSGWSTKLNGGGWQLKEVSVKPGESESVSLEVTVPLKVDKGSYRFQVTAGSMASLPLTVDITEKGTYQTELTTDQANLEGHADSTFTYTVNLQNRTANKQNYALQADAQAGWDVTFTSGGKQVSSVEIEAGASQSITVDIKPPAEVTEGSFSIPIRASNSSTSSELALEAVITGSYGLELTTPSGLLSTNVNAGGSKTIELLVKNTGTASLSDINLSSDTPVDWEVSFNPKTIENLPAGKSTTVEAKLTSSDKAIAGDYVTSLKAAAAEASSDAQFRVAVKGSMLWGWIGVLVIVAILGGIYVLIRKYGRR				NA	NA	NA	NA	NA
JZ016_05926	606			hypothetical protein	ATGAACGATCATTCTGCGATGTGGCTGGAGGAGATTGCAGAAGGTTCGGCCACAGCGTTCCGGCGCTTCTATGATACCCATGCCCGCCTGGTTTACCGGCTGGCTTTGCAGATGACCAAGGATCCGGCCGAGGCGGAGGAACTATGCCAGGATATCTTCATGGAAGTGCTGCATAAGGCGGATCAGTATGATCCCGCACGTGGCAGCGTTGAGGCTTGGCTGGCCGTGAGAACACGGTGCAGGGCGATGGATCGGCTGCGCAAACGGCAGCGTATGGCTGAAGCCGAATGGATGGAAGAGGCTCTGCCGGAAACGGTATGGAGCGAAGGTCAGGAATCGGTAGAGTTGGCCGCCTTGCGCCGGGTGGAGCTGGAGCAGGTAAAGGAGGCGCTTCAGGGGATTCCGCCCCTTCAGAGGATGGCGGTTTACGGGAGTTATGTCGAGCAGCGCTCCCACCGGGAAATGGCGGAATTGTTAAACCGGCCTGTCGGAACCGTCAAATCTTTAATCCGGTACGGCATCCACAATGTCAGGCGGCGGCTGGATGCGATGAGCGGGAAGGAAGGGGGGAGCTCGCAGCATGAAACATTCAAGGCAAGACCATGA	MNDHSAMWLEEIAEGSATAFRRFYDTHARLVYRLALQMTKDPAEAEELCQDIFMEVLHKADQYDPARGSVEAWLAVRTRCRAMDRLRKRQRMAEAEWMEEALPETVWSEGQESVELAALRRVELEQVKEALQGIPPLQRMAVYGSYVEQRSHREMAELLNRPVGTVKSLIRYGIHNVRRRLDAMSGKEGGSSQHETFKARP				NA	NA	NA	NA	NA
JZ016_05927	897			hypothetical protein	ATGAAACATTCAAGGCAAGACCATGAGTTTCTCGCTCAAGACAACGTTGACTGCTCGTTATACCCCGAGGAAAAGCTTGTTGATTACGTTATGAAGCGATTGCCGTACGCGGAGAGCATGAATATCGAGCGACATCTTAAAGAATGTGAGATATGTTCCGGCACAGCGGCGGAATGGGCGAAGCTAATGGGGGCTGTAGATCTCGTCATGCCTTCTTATCCTGTCGATGAACATGAGTCACAGCTGGATCGAGGCTGTGATCATGGAGAACCACTCGTCAGATCGACACAGCCGGCAGGCGCGGGAATGGCCTTTGGTGAGTCAACGAATAAGAATAAATTCTCTGATGATCCTATGCCTCAAAGCCGGGTGCGCAGCAGGCTCATGCGTGCGGCTTATATACGGTCAATCCAAGGCCGACTCCGAATCAAAAAGCACGTTGTCCTGCAGGCGTTGTCGGGAGCGCTGCTCATTCTGTTGATTGCGGGTTTATTCATCATGAAGGGAAACGAGGGGCAGACTCATGCGGCCTTCGAACATGCGGTGAGCCAGCGCATTGCCGATATGCAAAGCGAGGATACCGAGCGGTATGTCATACAGCCGATTGAACCTTTCTACGGCAGCGGCTCAGTATGGTTGAAACGCGGCTCGGGAGAAATGCTGATCGTTGTCAATGGCCTGCATTCCTTGGAGGAGAAAGACTATCAGGTGTGGCTTCAGGATGAGGATCGGCTGTCGAGCGCGGGTTTTATGCTAGTACAGGGCCCGCAGGGAAAGAGCTATTATTACGGTTACGGAGCAGAGAAAGCGAAGCGGATTGTCGTCAGCATGGAGCCCAAAGGGGGAAGCCGGAGACCGACAGGGCCCGAAGCCGTCCTGGTGAATATGGGGCCTTGA	MKHSRQDHEFLAQDNVDCSLYPEEKLVDYVMKRLPYAESMNIERHLKECEICSGTAAEWAKLMGAVDLVMPSYPVDEHESQLDRGCDHGEPLVRSTQPAGAGMAFGESTNKNKFSDDPMPQSRVRSRLMRAAYIRSIQGRLRIKKHVVLQALSGALLILLIAGLFIMKGNEGQTHAAFEHAVSQRIADMQSEDTERYVIQPIEPFYGSGSVWLKRGSGEMLIVVNGLHSLEEKDYQVWLQDEDRLSSAGFMLVQGPQGKSYYYGYGAEKAKRIVVSMEPKGGSRRPTGPEAVLVNMGP				NA	NA	NA	NA	NA
JZ016_05928	1035			hypothetical protein	ATGTGGCGCGCGGATGCTTTGCTGGAATCCATGTATAACGAAGCAATGGGACGAACGAAAGACAGGCAGGTTTCCATGAGTGCTGAAGAGCGCAAGGGGCATTTGAAGCAGACGCTTCGGCAATTGATCGGCGAATTCGAAGCCAATGAAGGGCACAAACCTGTACTGCTTGAGCAGGAGCGGTGTGACGGATATATTCGGGAGAGGGTAGAGCTATCCGCCATACCGGGCGTGTCCTTTGCGGCATATGTATTAATTCCGGAAGGGGATCAGATGAAGCCGATGCCGGCAGCCGTCGCCGTTCATGGTCATGGCTATGGAAGCAGGGAAATTGTCGGGCTGAGGCAGGACGGATCAAGCGATCCCGATACATCTGGTATACATCGGCATTTTGCTGTCCAGTTGGTACGACGAGGCATGGTGGTGATCGCTCCGGATGTTGCCGGTTTCGGTGAGCGGCGCCTTGATGCGGATCTCGCGCGGAATCCGGATGCCCCGAACTCCTGCCACCGGCTGTCCACCGGGCTCATGATGCATGGCAAGACACTCGCCGGTCTCCGCGTAGCCGAGACGCTAAAGGCATTGGAGTATGTGGCCGAGCGTCCTGAGGTTCAGGCTGACCAAATCGGCATCATGGGTTTTTCGGGAGGCGGGCTAATCTCGTTTTTGAGCGCGGCGCTGGATGAACGAATACGGGCTGCCGTGCTTGCCGGGTACCCTAATACTTTTAAGGACAGCATTATGGCGATGCAGCACTGTGTATGCAATTACATCCCCGGCATCCTGAACCACGCCGAGCTTCCGGAATGGTTGGGACTGATCTGTCCCAGGCCATTGTTTCTGGAGTCTGGAACCCATGATCGGATATTTCCTGCTGCCGGCTTTGAAGCAGCAGCTCATGAGCTCAGGGAAATATATCGGCGCACCGGTGCGGAGGAGAGGCTGCGAACCGATCTGTTCCCCGGAGCACACGAAATTAGCGGCCGGTATTCGTACGACTGGTTGTTTGAACGGCTAAGCAGCCCGGACTTGTGA	MWRADALLESMYNEAMGRTKDRQVSMSAEERKGHLKQTLRQLIGEFEANEGHKPVLLEQERCDGYIRERVELSAIPGVSFAAYVLIPEGDQMKPMPAAVAVHGHGYGSREIVGLRQDGSSDPDTSGIHRHFAVQLVRRGMVVIAPDVAGFGERRLDADLARNPDAPNSCHRLSTGLMMHGKTLAGLRVAETLKALEYVAERPEVQADQIGIMGFSGGGLISFLSAALDERIRAAVLAGYPNTFKDSIMAMQHCVCNYIPGILNHAELPEWLGLICPRPLFLESGTHDRIFPAAGFEAAAHELREIYRRTGAEERLRTDLFPGAHEISGRYSYDWLFERLSSPDL				NA	NA	NA	NA	NA
JZ016_05929	3255			hypothetical protein	ATGTCACTCAGATCAGGTCAACTATTCAAATTTCTGGCGGTGCCTCTGGCTATCGCGCTCATGCTCGGCTCCATGCCCGGCATCGGATCGTCCAAGGCCTACGCCTATACCGCATCGGATGGGGATACAGCGATGAGAGCATTTAACGATACATTCTGGGATCCAAACGCCAAGATGTTCTGGAAGGACTCCAAACGCGAAAAGCATCAGGACTTCTGGGTGGAAGCAGAGCTGTGGGAATTGGTCATGGATGCGTATCAGCATACATCCGATCCCGCCTTGAAAGCCGAGCTTAAAACGCAGATCGACGATGTTTATGACGGCACCGTTGCGAAGTACGGACAAGATTGGACGAATAATCCGTTCAATGACGATATTATGTGGTGGGCGATGGGAAGCGCCAGAGCCTATCAAATCACCGGGAACCCAAGATATTTGGAGGCCGCGAGAGATCATTTTGATTTTGTGTACGATACGCAGTGGGATGAAGAGTTCGCAAGCGGCGGCATTTGGTGGCTGAACAGCGAGCATAATACCAAAAATGCATGCATTAATTTCCCGGCGGCGCAAGCTGCACTTTATCTTTATGATATTACGAAAGATGAACATTATCTGAACGCGGCAACCAAAATATTCAGATGGGGCAAAACGATGCTGACGGACGGAAACGGAAAAGTGTTCGACCGGATCGAAATCGAGCATGGCGCGGTTCCGGATGCTACCCACTACAATCAGGGTACATACATCGGGTCGGCCGTCGGATTATATAAAGCGACCGGAAATGCCGTTTACCTCGATGACGCGGTCAAGGCCGCTAAATTCACCAAAAACCATCTGGTGGATTCAAACGGGGTGTTGAATTACGAAGGACCTAACGGAGATCTGAAAGGCGGCAAAACGATCCTGATGCGAAATCTGGCCCATCTGCAAAAGACGCTGGATGAAACCGGCCAATACCCGGAATTCAGCGCTGAATTCGACGAATGGCTTGCATTCAATGTCGAGATGGCCTGGAGCCACCGCAATTCGGATCATATCGTGGATGGGAACTGGGCGGGACAACTGCTGTCCGGAACCTATGAATCCTGGTCCTCAGCCGCTGCCGTTCAAGCTTTAAACGTGATCAAGCCAATGGAAGCGGAGCTTCGTTACGCCGTTAAAAACCCCTTCGAGAAAATCGAAGCGGAACGCTACAATATCGGGACCGGATTCGTTCTGGAAGGTGCGTTCGAAGGCTCGCTGCAATTAGGCGGAATCCAGCATGGCTCATATGCCGCTTACAAAAATGTGGATTTCGGATCAGAAGGCGCGATCGGCTTCATTGCCAGAGCGTCCAGCGGAACGGGCGGAGGTAACATCGAGATCCGGCTTGATTCCAAGGACGGCCCCAAAGTCGGGACGTTGAACGTAGAGGGAACGGGCGACTGGAATCGTTATATCGATGCCGTCACCCTCCTTAAGGATGACCAAGGAGCGCCAAGCACCATTACTGGCGTCCATGATCTGTATCTTGTCTTCACCAAGACGAATGACGATTATCTATTCAATTTAAACTGGATTCAATTTACGACCACGGATCCGACGGAAACTGACGCCTATGCCAAACTGAAGGCCGGAAATTATGACAGCAGCGAAGGACTTAGCAAGCATGCCGAATTCGGGTATTTGGACGGAATCCATCACAATGCCTATGCCTCTTATGAAGGAATTGATTTTGGATCCGGCGCGGCTGGTATCACTGTTCATGTGGCGAGCGGCAATCAAGGCGGAACGATCGAGGTTAAATTGGACAGTCTGGATGGACCTACCGCAGGTGTCGTTCAGATTCCAGCGCTGGGAAGCTGGGATAACTGGGTCGATATCATGGCGAATATCGATGACAGCTTGGCTGTAGGCGTTCATGACGTATACCTGGTTTTCAAGGGAGCAAACGGCAGCGACTATCCTCTCAATCTGGAGTGGTTCACCTTTACCACCATGAAAGGAAAAGCAAGGGATGCTTCCGGCAAGCTGGAAGCTGAAAACTATACGAACGGGGTAGGCTTCGGCAGAGAAACCGGCGGCGGGGAAACTTACCTGGCCGGAATGTTTGGTCCGAATAACCCTTATGCCATGTACAACTATATCGATTTTGGCAGCGAAAGCCCTACGCAATTCCATGTCAACGCAGCCAGCGCCACGGCTGGCGGGACGGTCGAGGTCAGACTGGACAGTCTGGGCGGTCCGGTCATTGCAACAGCCACCGTCTCAGGGACCGGAGGTTGGCAGAATTTCAAAGTTTTCTCGACGGATGTTACTGCCCCTGTAACGGGAAAACATATTGTATTCCTGTCTTTTAAAGGCGGAGACTGGTTATATAATTTTGATAAATTCACATTTGGCGATCCGGCCGTATTTACAGAGACTCCACCTCCTCCTATACCAGAAGAGGACCATATTGCTCCCGGGGAGGTAGAGAATGTTCAGGCGAAGCGCGGCGAGGGCAGCATCACGCTGACTTGGGATGGTCCCTATGATATCGATGCTCAAAAAGTGCAAATTACGCTGCGGAGCGATGGACAGCAGGTCGGCGACGTCATCGAGGTGAATCGGGGAATTCAAACAGCGGTGATACAGGGAATCGAGGCGGGCAAGGATTACTCGCTCTTCATCCGATCCGTTGATCGGTCCGGGAATGTTTCGCAGGGAGTCACCATCGAGGTTACCGATTCTCCTTCCTTCTCTCTGACCGCCCATGGAAAGAGCTTGGAAGATGGCGATGCTTTGGAGGATTATATGGTCCTCAGCTTCAAAATCATGGACACTTCCGCCATTCGATTTGCCGAAATAACCATCAACGGCAAAGCCTATACGCTGGATCCATTGACCAAGAATGCCATCGACATCGATCTGGCAGGGAATTTGGGCGACATAACGGCAACCGTTACGACTGAAGATCGGTCCGGTAACAAGCTTCAGAAAACAATCCAGTTCCAAGTCATCACGAGCGTGCATTCCATGAAGCAATTAATCGCCCGATTCGCGGATTCAGGGGATGTACGCGGAGCGATCATTCCTCAGCTGACCAACGCACTTAACCAGGTACAGCATCATCTGGATAAGGGAAGACGGGATCAGGCCGTCAAGCATATGCTGAATTTCACCAAGCACCTGAATAAGGAGGCGATGGGGCGTAACGTCAGTGATCAAGCCAAGACAGCATTGAATACCGATGCTGAGTTCCTGCTCCAAGATTGGCTGGCTGGCTTGAAGTAA	MSLRSGQLFKFLAVPLAIALMLGSMPGIGSSKAYAYTASDGDTAMRAFNDTFWDPNAKMFWKDSKREKHQDFWVEAELWELVMDAYQHTSDPALKAELKTQIDDVYDGTVAKYGQDWTNNPFNDDIMWWAMGSARAYQITGNPRYLEAARDHFDFVYDTQWDEEFASGGIWWLNSEHNTKNACINFPAAQAALYLYDITKDEHYLNAATKIFRWGKTMLTDGNGKVFDRIEIEHGAVPDATHYNQGTYIGSAVGLYKATGNAVYLDDAVKAAKFTKNHLVDSNGVLNYEGPNGDLKGGKTILMRNLAHLQKTLDETGQYPEFSAEFDEWLAFNVEMAWSHRNSDHIVDGNWAGQLLSGTYESWSSAAAVQALNVIKPMEAELRYAVKNPFEKIEAERYNIGTGFVLEGAFEGSLQLGGIQHGSYAAYKNVDFGSEGAIGFIARASSGTGGGNIEIRLDSKDGPKVGTLNVEGTGDWNRYIDAVTLLKDDQGAPSTITGVHDLYLVFTKTNDDYLFNLNWIQFTTTDPTETDAYAKLKAGNYDSSEGLSKHAEFGYLDGIHHNAYASYEGIDFGSGAAGITVHVASGNQGGTIEVKLDSLDGPTAGVVQIPALGSWDNWVDIMANIDDSLAVGVHDVYLVFKGANGSDYPLNLEWFTFTTMKGKARDASGKLEAENYTNGVGFGRETGGGETYLAGMFGPNNPYAMYNYIDFGSESPTQFHVNAASATAGGTVEVRLDSLGGPVIATATVSGTGGWQNFKVFSTDVTAPVTGKHIVFLSFKGGDWLYNFDKFTFGDPAVFTETPPPPIPEEDHIAPGEVENVQAKRGEGSITLTWDGPYDIDAQKVQITLRSDGQQVGDVIEVNRGIQTAVIQGIEAGKDYSLFIRSVDRSGNVSQGVTIEVTDSPSFSLTAHGKSLEDGDALEDYMVLSFKIMDTSAIRFAEITINGKAYTLDPLTKNAIDIDLAGNLGDITATVTTEDRSGNKLQKTIQFQVITSVHSMKQLIARFADSGDVRGAIIPQLTNALNQVQHHLDKGRRDQAVKHMLNFTKHLNKEAMGRNVSDQAKTALNTDAEFLLQDWLAGLK				NA	NA	NA	NA	NA
JZ016_05930	1350			hypothetical protein	ATGAGACAGGGTGTTAGAAAGTGGGCCAGTGGAATCATCGCTTTACTGTTATTTTCAAGTCTGCTAGCCGCTTGCGGCGGCAACAGCGGCGGAAGCTCAAGTCCGGCGAGCCCCGGAAACACGCCATCCGGGGAAGATAACACCGGGTCCAAGAAACCCGTCGAAGTCACGATGATTACCTGGGAGTCGGCGGCCATGAACGAAAAAATCATGGCATCCATGAAAAAATTCGAAGAGGAAAACCCCGACATCAAAGTGAAACTCATCCCTACTCCATTGGACAATTACGGTGTCAAGATTAACGGAATGATCACGGCGAAGAAAGCGCCTGACATCTTCATGACCGGTAACGACATGCTGCTCGATAATGCCGGCAAAGGACTTCTCTATGACTGGACGGAGCTTGCAGCACAGGACAAAGCGTTCATGGAAGGCTTTTACGACGGCGTGGTAGACAGCTGGTACTATGAAGGCAAACTGGTCGGATTGCCAGGCCTCTTGAACACCTACGGCATTTTTTACAATAAAAAATCATTCCAGGATGCAGGCCTTCCGGAACCGAAAATCGGCTGGACCTACGATGAATTCTTCACGGCGATGGAGAAACTTTCGAGCAATCAGGGCGGTGTGCAGCAATTCGGTTATTACGCCCCCCTTGACCCTTTCCACGTCTCTCTCTATTCGGTTTCCGCCGGCGGTGCTCCCTTCGCTGATGCCATCATCAATCCAACGAAGGTGGAAATCAGCGACCCGTTCAGGGAAGGCGTCGAGAAATATAAGTCAGCCATTGCAAATGGCCATATGAATCCCCCGACCTTTGACTTAACCAATGCCATGAGTTCATTCAAACAAGGTAAAGTCCCGATGACCCTGCAGGGGCAGTGGGTAGCCGATGACTTGATCCGCACGGCTCCGAAAGAATTGGAATGGGGCTACGCTCCCATGCCGGTCGTAAACAGCCAGACCGAGATTTATGACGCCGTAGGCTGGTCCAGTCCGGCAACGCTCAAAAATCCGGAAGCGGTCTGGAAAGTGCTCAAGTACCTGGATTCCAAAATGTACGAGGAAGTCCTCCCTTCAACGCCGGTGGCTCCTGCAGCCTATCAAGCCTCTTCCGCTGCTTATTACGAAGCGCTGAAAACGGCCGGACATCCTGAAGTGGGCGAAGGCCTTGATCATATCCTGAAATCCCAGAATACGCAGCCGGTTCGTTTCCTGTCGACATGGGCAGGCAAAGCGTACCCGTTCATCGAAGCATCATGGAAAAACATTCTGATGGGCAAAGCCCCGATCACCGAACTGGATGTGATGGCCGAAAAAATCAATAAAGTGATTACGACCGGCAAGTAG	MRQGVRKWASGIIALLLFSSLLAACGGNSGGSSSPASPGNTPSGEDNTGSKKPVEVTMITWESAAMNEKIMASMKKFEEENPDIKVKLIPTPLDNYGVKINGMITAKKAPDIFMTGNDMLLDNAGKGLLYDWTELAAQDKAFMEGFYDGVVDSWYYEGKLVGLPGLLNTYGIFYNKKSFQDAGLPEPKIGWTYDEFFTAMEKLSSNQGGVQQFGYYAPLDPFHVSLYSVSAGGAPFADAIINPTKVEISDPFREGVEKYKSAIANGHMNPPTFDLTNAMSSFKQGKVPMTLQGQWVADDLIRTAPKELEWGYAPMPVVNSQTEIYDAVGWSSPATLKNPEAVWKVLKYLDSKMYEEVLPSTPVAPAAYQASSAAYYEALKTAGHPEVGEGLDHILKSQNTQPVRFLSTWAGKAYPFIEASWKNILMGKAPITELDVMAEKINKVITTGK	PGPT0016545_2989	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_05931	903	dasC_6	COG0395	Diacetylchitobiose uptake system permease protein DasC	ATGATGCAAGCGGAAGTACGGCCCAAACAACGAGGAAATTTGAATACAGCGGACATACGCGTAAAGCGAAGAGTACGGTTGAACTGGATAGACGCCATTCGTTTTATCTTATTGGCGATCGGCGCCATTGCGATGCTGTTCCCCCTCTTCTGGATGGTTACCATTGCGCTGAAGAGCAACAATGACGTGTTCAAAATTCCGCCCGAATGGTTTCCGCGGGAATTTCATTGGTCCAATTTTGTAACCGGAACAAAAGAAATCAACTTTTGGCAAACGTTTGGCAACTCCCTGTTTATCGCGATTACCTGCACAATCGGACAGATTATAAGCTCGGTACTGGTGGGCTACGGGCTCGCACGGCTCAAGTTCCCAGGACGTAAACTGTGGTTCTCGCTATTTGTAGGGAGCCTTATGCTTCCCGGATTTGTAGGCATGATCCCTATGTTTAACCTGTACACCAGCATTGGATGGTACGATTCCTGGCTGCCGATTATCGTGCCCGCCTTTTTTGGAAACGCCACGTTCTCGTTCCTGTTTGTCCAGTATATCAAAACGATCTCCGTTTCATTTGACGAGGCTGCCAAAATCGACGGAGCATCGGACCTTTATGTGCTGCTCAAGGTATTGGTGCCGATGTCCATGCCGGTCATCATGACCATGGTGATCTTTGCATTCCAAGGGGCATGGAATCAATATTTGGAACCTCTGCTCTATATTATCGATCCAAGCAAGTGGACGTTGTCGCTGGCGATGGCCACCTATACGGGCACCTATGCGACAGCCTGGAATCTGTTCATGGCCGCGGATTTAATTTATATCCTGCCGATGCTGCTGCTCTTCTTCTTTGGCCAGAAGTTTTTTATGCAGGGGCTCGGCTCCATGAATTCCGCGGGTTTAAAGTAA	MMQAEVRPKQRGNLNTADIRVKRRVRLNWIDAIRFILLAIGAIAMLFPLFWMVTIALKSNNDVFKIPPEWFPREFHWSNFVTGTKEINFWQTFGNSLFIAITCTIGQIISSVLVGYGLARLKFPGRKLWFSLFVGSLMLPGFVGMIPMFNLYTSIGWYDSWLPIIVPAFFGNATFSFLFVQYIKTISVSFDEAAKIDGASDLYVLLKVLVPMSMPVIMTMVIFAFQGAWNQYLEPLLYIIDPSKWTLSLAMATYTGTYATAWNLFMAADLIYILPMLLLFFFGQKFFMQGLGSMNSAGLK	PGPT0016540_2178	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_05932	921	ngcF_7	COG1175	Diacetylchitobiose uptake system permease protein NgcF	ATGATATTGGAGGAGGTCATCGAGATCACCATGGGAACCAATAGGAAGCTTCGCGGCTGGGTCATCGGATATCTGTTCATTTTACCGTCCATTATCGGCTTCAGCGTTTTTGTCGCCTATCCCCTGTTGTCGTCCATGTATTACGCTTTGACAGAATGGAGCGGGTACGATTCCCCACGTTTTGTCGGCTTTGAGAACTTTAGATACCTCTTCACCGAGGATCCTGCTTTTTGGCCTTCGATCCGGGCAACGTTTTACTTCGTGATCCTAAGTGTTCCTTTATCGCTAATCCTAGGTTTGTTATTGGCCATGATGCTGAACAAAAACTTGACCGGCATCAAATGGTTCCGCACGATCTTTTATCTTCCCGTCGTCGTTCCCTCCATCGCCACGCTCACGTTGTGGCAATTTATTTATGAGCCGCAATACGGTCTGGCGAATTCGCTGCTAAGAGAGTTCGGACTGCCGCCGGGCACTTGGTTGACCAGCGAAACGACAGCGCTTCCATCCATCGTGTTAATCGGTTTATGGCAGGTCGGATCCAGTGTCATCATTTTTCTGAGCGGTCTGCAGTCGGTTCCCCAGGAAATGTATGAAGCGGCGGAAGTCGACGGCGCCTCCAGGTGGCGGATGTCGCTAAACATTACGCTGCCCATGATCACCCCGATCCTGTTCCTGCAGCTTATACTCGGCATCATCGGCGCATTCCAGGCGTTTAACCAGGTTCAGGTGCTGACCGGAGGCGGCCCGAACTTTTCCACCTCCCTGCTGAATTACAAAATCTATACCGACGCCTTCAATGGAAGAATGTTTGGTTATGCCATCGCGGAGGTGTGGGTACTGTTTGTCATCATCATGATTTTTACCGTGATTTCTTATCGGTACTCCAACCGGTTCGTTTATTACGAAAGCAATAAATAA	MILEEVIEITMGTNRKLRGWVIGYLFILPSIIGFSVFVAYPLLSSMYYALTEWSGYDSPRFVGFENFRYLFTEDPAFWPSIRATFYFVILSVPLSLILGLLLAMMLNKNLTGIKWFRTIFYLPVVVPSIATLTLWQFIYEPQYGLANSLLREFGLPPGTWLTSETTALPSIVLIGLWQVGSSVIIFLSGLQSVPQEMYEAAEVDGASRWRMSLNITLPMITPILFLQLILGIIGAFQAFNQVQVLTGGGPNFSTSLLNYKIYTDAFNGRMFGYAIAEVWVLFVIIMIFTVISYRYSNRFVYYESNK	PGPT0016535_7077	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_05933	1332			hypothetical protein	ATGTATACGTTGGACTATTTTTCTGTATTACATGATTTGAACCGCACGATCATCGAAGGTACCTCAGCTTATCCGAAGCTCGGACATATGTTTAGAAACATGCTGGACAATACCCTAAGTTCAACCATTCAACAACAGCCCGATGGTACCACCTTTGTCATTACCGGCGATATTCCGGCCATGTGGCTGAGGGATTCGGCTGCGCAAATCCGCCCCTTCCTCGTTCCGGCGGGCCAAGACGAGAAGCTGGCCGATTTGATCGAGGGGCTTGTACGCAGGCAAACAGAATTCATCCTGCTTGATCCATACGCCAATGCATTCAATGATTCGCCTTCCGGTCAAGGCCACCAGCACGACCGCACCGCCATGAATCCATGGCTATGGGAGCGCAAATATGAGATCGATTCGTTATGCTATCCCCTCCAGCTTGCTTACCTGTTATGGAAAGAAACCGGCAGGACCTCGCATCTGGATCAAACGTTCCATGCAGCCGCCAGGGTCATTCTGGACATCTGGCGAACCGAGCAGCATCATGAATCGAAATCGCCGTATTACTTCGAACGCTTCGATTGTCCTCCAAGCGACACGCTGCCTCGCGGCGGAAAAGGGGCTGAGGTGGCTTACACGGGAATGACCTGGTCCGGATTCCGCCCAAGCGACGACGCCTGCGCCTACGGATACCTCATACCGTCCAATATGTTCGCCGTCGTTGTGCTTGGTTATCTGGCGGAGATTTGCCGTGAAGTCCTGCGCGATTCCGAATTGGAAGCGGAGGCGGAGAAACTAGCCGATGAGATCCGTCATGGCATTGCGTCATACGGCGTGGTTGATCACCCCGAATATGGAAAAATTTATGCCTATGAAACGGACGGGATGGGAAACCATCTGCTGATGGATGATGCCAACGTTCCCAGCCTTTTGTCCATTCCGTATTTGGGCTATACAAGCGCTGATGACCCGGTCTATCAAAATACCCGCAGGTTCGTGCTGAGCCGCGCCAATCCGTACTATTATCAGGGCACTGCCGCTGCGGGCGTTGGAAGCCCCCATACGCCTGATCGTTATATCTGGCCGATTGCGCTGGCGATTCAAGGCTTGACGACTACCGATCGGGAAGAGAAATTTCGGCTGCTTCGGCTGATGGCGGATACCGATGCAGGCACCGGCATGATGCATGAAGGATTTCTGGTCGACGACCCTGCACGTTATACCCGCCCATGGTTTTCCTGGGCTAACATGATGTTTTGCGAGCTGATCATGGATTACTGCGGCATTCGAGTCAAAGCGAATGATATTGGAGGAGGTCATCGAGATCACCATGGGAACCAATAG	MYTLDYFSVLHDLNRTIIEGTSAYPKLGHMFRNMLDNTLSSTIQQQPDGTTFVITGDIPAMWLRDSAAQIRPFLVPAGQDEKLADLIEGLVRRQTEFILLDPYANAFNDSPSGQGHQHDRTAMNPWLWERKYEIDSLCYPLQLAYLLWKETGRTSHLDQTFHAAARVILDIWRTEQHHESKSPYYFERFDCPPSDTLPRGGKGAEVAYTGMTWSGFRPSDDACAYGYLIPSNMFAVVVLGYLAEICREVLRDSELEAEAEKLADEIRHGIASYGVVDHPEYGKIYAYETDGMGNHLLMDDANVPSLLSIPYLGYTSADDPVYQNTRRFVLSRANPYYYQGTAAAGVGSPHTPDRYIWPIALAIQGLTTTDREEKFRLLRLMADTDAGTGMMHEGFLVDDPARYTRPWFSWANMMFCELIMDYCGIRVKANDIGGGHRDHHGNQ				NA	NA	NA	NA	NA
JZ016_05934	702	sigK		RNA polymerase sigma-28 factor	GTGCCTGGATTGTTTACCGCAATTGCTTTGTTCATAAAAGAGTTGACCCTGCTCGTTTCGTACGTGAAAAACAACGCGTTTCCCCAGCCTCTGACCGAGGAAGAGGAAGCTAAACATCTGCAGCGAATGGCCGAAGGCGATCCTCAGTCGCGGAATAAACTGATTGAGCATAATCTTCGGCTGGTCGCACACATCGTCAAAAAGTTTGATAACACCGGCGAGGATTTGGAAGATTTGATTTCCATCGGGACGATAGGACTCATCAAGGCGATTGAAAGCTTCAGGCCGAATAAAGGCACGAAGCTGGCGACATTTGCTGCCCGTTGCATAGAAAATGAAATACTGATGCATTTGCGTTCACTCAAGAAAACCCGCAAGGACGTATCCCTCCATGATCCGATCGGAACGGACAAAGAGGGGAACGAGATTACACTGATCGATATCCTCGGGACAGAAGCGGATGATATCGTGGACGCCGTGCAGTTAAAGATTGAGAAGAGTAAGATCTATCGGAACCTCGATATATTGGACGACCGGGAGAAGGAAGTCGTTATTGGTCGTTTTGGGCTGGAAGCGGGTGGAGAAGAACGGACGCAGCGGGAGATCGCCAAGGAACTCGGCATATCGCGCAGCTATGTGTCACGGATTGAGAAGCGGGCATTGATGAAGCTGTATCATGAGTTTTACAAGCAGAAACGGTAG	MPGLFTAIALFIKELTLLVSYVKNNAFPQPLTEEEEAKHLQRMAEGDPQSRNKLIEHNLRLVAHIVKKFDNTGEDLEDLISIGTIGLIKAIESFRPNKGTKLATFAARCIENEILMHLRSLKKTRKDVSLHDPIGTDKEGNEITLIDILGTEADDIVDAVQLKIEKSKIYRNLDILDDREKEVVIGRFGLEAGGEERTQREIAKELGISRSYVSRIEKRALMKLYHEFYKQKR	PGPT0014795_1391	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
JZ016_05935	2262	rhaR_56		HTH-type transcriptional activator RhaR	ATGGGCTTAAGTCGGTTTAATTCCAAACTGTTGTACAAATACGTCGTTACGTATGTGGTCATATTGCTGCTTCCGGTCATGATGGTCGGTTTTTTTGTATACCAGTATTTCATTCAGCTGCTGGAAGACGAAGTAACCCGGGGCAATTTAAATCTGCTCTCCCAGGTGAAGGAGAATGTGGACGTCAAGATGACCGAGCTTCACAACATCGCCTTCCATATCTCGGGCAACACCCGCCTAACCCCTTACCAGGTGACGAAAAATCCGTTTACCGAACTTGACACCATCTCCCAGCTGCGAAATTATGTCAGCGCCAACACCTTCATCTCCAATTTCCTGTTATATTTCCATGGACATCATAAAGTATATTCCCCATACAGCACTTACGACGCAGCCGAATTCACGGACAAAATCTATACATTCGAAAACTGGGAGCCGGAGCAATTCTATCGGGACATTAACGAAGCAGTCGTTCCCCATGTACGGAAATCCGAAGATGTACGAACAGCGGTTGGTGGCCGTGAACGCTATATTACCTACGTGATGCCGATCGGCCCGAATCCATCCGATTCGTTTGGTACGGTTATATACTTGATCAATGAAAACCGGTTTAAGGAATTAATTAAAAAGAAGTTTGAGGATGCATGGAGCAACACGCTCATTTTGGACGAGAAGGGGGATCTGATCACCTCTTCCCAGAGCATGGATCCCGGCAAAGCCGAAATCCTGCTGGAACGTTTGCAAGCAAACAGCGAGGGTCAAGGCACGCTGAATTTTGAAGAGCGTGAATATTTCGTGTTTCAGGATGAATCCGCCAAGTTCGGCTGGACCTATATCGCGCTGGTGGACAAGGATACGGTCATGCTAAAGGTGGAGCAGGCCAAAAGCAGGACATTTTACGGGTTGCTGCTGCTTGTGCTGGTCGGAAGCATTCTTATTTTCTTTGCCACCCATATGAACTATAAGCCGATCCGGATGCTGAAGCGGCTTGCCGACAGTAAAGTGAACATTCCCCCGGGGAGTAGGCTTGGCGAGATTGAATCGATTCGATCAGCGCTGGATGTGATGTCGGAGAACAACGATGAATTGAACCGGAAAATTGAAAGAAGCCGTCCAGCGCTCAAGTATTATCTGATCCTGAACCTGCTTAAAGGCGAATACAAAAGCAAAGATGATCTGCGCGGAAAAGGAGAGCTGGCAGGGCTCCGATTAGAGAGCGTGTTTTATACCGTCATGGTGCTTCTTTTTCCGAAAAATCACGGACACCTGTCGGTTGCAGGACTGCCGGACGGATGGTGTGAAGCTCTCCCTCAGGGAACGGAGGTTTTCGGTATCGAGGGGCTCGAAGCCGAGCAGCTCGTATTGGTAATGGGAACAGACGAAGCTGTTGAAACGATGGAGATGCTGCTGAAGATTACCCATGAGACCCTTAGCCGTTCACTCGGCATGGACGTTACCATCGGGGTCGGTAACTCTTACGTAAAGCTGGAGGAGCTGGGCAAATCTTATATCGAAGCCTGCGGAGCGCTAAATTACAGACTGATTAAGGGGAAGGGAAGCCTGATTTTTTTCCGCGAAGCCGTTTCTGAAGCCGAGACGAACCGGAACGGTTATTCGAAGAGCCAATGGAACCGCCTGAAGCAGTTCATCTACCAAAGCGACACCAGCGGCATTGATGCGTTTCTTCGTCAACTGATCGATCGGATTCGTAAAGAGCAGCTTCCGTTATTTATGGTCAAGTGCATTTGTTTTGATCTGATCAACGTGATCCTGGCTATTCTGGAGGACATGGAACTTGATGAAGAGGCGCTGGCTGAGAGGTATCCGGATGTGGTGAAACTGACGGAATTTGAAACCGTGGATGACCTGATCGAATTGGTAAAGGACATCTCCGCGGATATCCGCCGAATTATAAGCGAACGAAAGGAGAGCGGAAATAGGGAACCAGTGGAGAAAATGAAGCAGTATATCGGGGATAATTTTGGATCTACGCAATTCTCGGTGCAAACTCTGGCGGATGAGCTGGGGATGTCCGCCTCGTATTTGAGCCGCTATTTCAAGGAACAGACAGGCTTCACCATCTCTCATTATGTGAACCGGCTGCGCATGGAAAAGGCGAAGGAGCTGTTAACGCATGGGGAAGGGAATCTGCAGGAACTGGTAGACCAAATTGGATACGGAAGCGTCTCCGGATTTATTAGAAAATTCAAGGAGCAGGAAGGCATGACGCCAGGCGATTACCGTACTATGAAGCATAAATAA	MGLSRFNSKLLYKYVVTYVVILLLPVMMVGFFVYQYFIQLLEDEVTRGNLNLLSQVKENVDVKMTELHNIAFHISGNTRLTPYQVTKNPFTELDTISQLRNYVSANTFISNFLLYFHGHHKVYSPYSTYDAAEFTDKIYTFENWEPEQFYRDINEAVVPHVRKSEDVRTAVGGRERYITYVMPIGPNPSDSFGTVIYLINENRFKELIKKKFEDAWSNTLILDEKGDLITSSQSMDPGKAEILLERLQANSEGQGTLNFEEREYFVFQDESAKFGWTYIALVDKDTVMLKVEQAKSRTFYGLLLLVLVGSILIFFATHMNYKPIRMLKRLADSKVNIPPGSRLGEIESIRSALDVMSENNDELNRKIERSRPALKYYLILNLLKGEYKSKDDLRGKGELAGLRLESVFYTVMVLLFPKNHGHLSVAGLPDGWCEALPQGTEVFGIEGLEAEQLVLVMGTDEAVETMEMLLKITHETLSRSLGMDVTIGVGNSYVKLEELGKSYIEACGALNYRLIKGKGSLIFFREAVSEAETNRNGYSKSQWNRLKQFIYQSDTSGIDAFLRQLIDRIRKEQLPLFMVKCICFDLINVILAILEDMELDEEALAERYPDVVKLTEFETVDDLIELVKDISADIRRIISERKESGNREPVEKMKQYIGDNFGSTQFSVQTLADELGMSASYLSRYFKEQTGFTISHYVNRLRMEKAKELLTHGEGNLQELVDQIGYGSVSGFIRKFKEQEGMTPGDYRTMKHK				NA	NA	NA	NA	NA
JZ016_05936	906	yteP_65	COG4209	putative multiple-sugar transport system permease YteP	ATGAAGCTGTTTCTGCGAAAAATCAGAGTGCATTACCAGCTGTACCTATTGTTTTTACCTACGCTTGCGTACTTCGTGATTTTTCAATATATACCGATGTACGGCGTGCAGATCGCGTTTAAAGACTTTTTGGCGACAAGGGGAATTATCGGAAGTCCTTGGGTCGGTTTGGAACACTTCGAGCGTTTTTTTAATTCCTTCCAGTTCTGGACTTTAATCAAAAATACACTGGGCTTGAGTTTATACGGGTTGGCTCTAGGATTTCCGATACCAATCCTGCTTGCGCTTCTGCTCAACCAACTGTCCAGTCGCCGTTTTAAACGGTTTGTCCAGACCGTAACCTATGCGCCTCACTTTGTATCGACGGTTGTCATTGTGGGGATGCTGACGATTTTTCTGTCCCCGGGCAGCGGATTGATCAATCATCTTATCGTTGGTTTGGGAGGGGATCCTGTCTTTTTTCTCGGCTCGCCGGAATGGTTCAAGACACTGCATGTTCTTTCTGGCGTATGGCAGGGGGCAGGCTGGGGGGCGATCATCTATTTGGCTGCATTGGCAGGGGTGGATCCGGGGCTTCATGAAGCCGCCATCATCGATGGGGCGACTAAACTGCAGCGAATACGCTACATCGACATCCCCTCGATCCTGCCGACAATCATCATTGTACTCATCCTGCAGCTGGGTTCGATCATGACGGTCGGTTTCGAGAAGACCTTTTTGATGCAGAACTCCTTGAATCTGGACTCGTCGGAAGTGATATCGACCTATGTGTATAAGACAGGGCTGCTGGGTACCCAATACAGCTTCTCGGCGGCGGTAGGCTTGTTCGATTCCATCGTGAATTTTATCCTGCTCGTCACCGTCAACCGGATCGCCAAAAAACAGACCGAAACGAGTCTTTGGTAG	MKLFLRKIRVHYQLYLLFLPTLAYFVIFQYIPMYGVQIAFKDFLATRGIIGSPWVGLEHFERFFNSFQFWTLIKNTLGLSLYGLALGFPIPILLALLLNQLSSRRFKRFVQTVTYAPHFVSTVVIVGMLTIFLSPGSGLINHLIVGLGGDPVFFLGSPEWFKTLHVLSGVWQGAGWGAIIYLAALAGVDPGLHEAAIIDGATKLQRIRYIDIPSILPTIIIVLILQLGSIMTVGFEKTFLMQNSLNLDSSEVISTYVYKTGLLGTQYSFSAAVGLFDSIVNFILLVTVNRIAKKQTETSLW	PGPT0017250_2490	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_05937	876	araQ_52	COG0395	L-arabinose transport system permease protein AraQ	ATGCATTCCAGATCAAGGGCGGATAGAGTGTTCGATTTATTCAACTATGCGTTTCTTACGCTGCTGCTCATTGTGATCCTATATCCATTGTATTTTATTATCATCGCATCTGTAAGTGATCCGATTAGCGTAAGCGGGGGCAAGGTATGGCTGTTTCCTGTCGATTTTACCCTTGAGGGGTATCAGAGGATAATGGAGAACCAGACGATATGGGTCGGATACAAAAATACGCTCGTTTACATGACGGTCGGGACTGCGGTCAATGTAGCCATAACCGTTACGGGGGCTTACCCCCTGTCCCGCAAAGACATGTACGGCCGGAATCTGTTCATGTTTCTCATTACGTTCACCATGTTTTTCAGCGGAGGGCTTATTCCGACCTACCTGCTGGTTAAATCTTTGGGCTTGATGAATTCCATGTGGGCTTTGATATTACCAGGGGCCGTCAGTGTCTGGAATCTGATTATTACCCGTACCTTCTTCCAACACAACATTCCGGATGAACTCCGGGAGGCGGCAGCCATGGACGGCTGCTCGGATTTCAAGTTTTTTCTGCAAGTGGCGCTTCCATTATCAAAATCCATTCTGGCCGTTCTAGTCCTGTTTTACGGGGTAAGCCATTGGAATTCGTTCTTCAGCGCGCTGATCTATTTAAGGAATGAAGCTCAGTACCCGCTTCAGCTGGTCCTGCGGAACATACTCATCCAGAACGAGGTGCAGGAACTAATGAACCTGGATCTCGGTGCCAGCAACAGCTTGTCGGAATCCATCAAATACGGGGTCATCATCGTAGCCAGCATTCCTGTGCTCATCCTGTATCCGATGGTTCAGAAGTATTTTGTGAAAGGTGTCATGATTGGTTCTTTGAAAGGCTAA	MHSRSRADRVFDLFNYAFLTLLLIVILYPLYFIIIASVSDPISVSGGKVWLFPVDFTLEGYQRIMENQTIWVGYKNTLVYMTVGTAVNVAITVTGAYPLSRKDMYGRNLFMFLITFTMFFSGGLIPTYLLVKSLGLMNSMWALILPGAVSVWNLIITRTFFQHNIPDELREAAAMDGCSDFKFFLQVALPLSKSILAVLVLFYGVSHWNSFFSALIYLRNEAQYPLQLVLRNILIQNEVQELMNLDLGASNSLSESIKYGVIIVASIPVLILYPMVQKYFVKGVMIGSLKG	PGPT0017255_2415	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_05938	1602			hypothetical protein	TTGAAACGATGGATGGCGAGGTCTACGGCATACGCGGTGGCGGCGGCTCTTCTTCTGGCGGGCTGCAGCAGCGGAAATGAAGCAAAGGAAGGTGCACAGGCGCCAAGCACCGAAGCGAATTTCAACGAAACGGGACTTCCGGTCGTAAATGAAGAGATCCGCATCCGGATTCCGGTTGTCAAACAGCATTATCACAAGGATTATAACGAAATGGTGCTGGTGCAGGACCTGGAGGAAAAAACGAATATCGATGTCGAGTGGGAACAGATCCCGTCTGAGAGCTGGACCGAGAAGAAAAATTTAATTCTGGCCAGCGGAGAATTCCCGGACGCATTTTTCAACGGGCTGACGACACAGGATGTGGTGGATTACGGAACGGAGGGCGTTCTGATTCCCTTGGAGGATTTGATCGACAAATACGCGCCGAACATCAAGAAAATTTTGGATGAGAATCCGCAAGTACGGCGGATGGCTACGGCGCCGGACGGACACATATATTCCATCCCGTGGTTTGAAGATCAGGCCCATTTTCAATATCGGAACACATTTCTGTTGAATAAAACGTGGCTGGATAAACTCGGCCTTGAAGTGCCGACAACGCCGGATGAATTGATTGCAGTGCTAAAGGCGTTCAAAGAGCAAGATCCGAACGGGAACGGCGAAGCGGATGAAATCCCGTCAACCTTCCGTCACAACACGACGACGAATGGGTACTATGAGCTGTTTGGGGCGTTTGGGCTTGCCGATGCGCTTACCGGCTTCTCCGTCAAGGATAAAAAGGTGGTGTTCGAGCCGGCCATTCCGGAGTACAAGATGGCAATCGCGTTCCTGAACCGCTTATACGAGGAAGGGCTGTTGGATCAGGAATCCTTTACCCAGGATGCCAAACAGATGCTATCCAAGACGAAGGACGAAACGCCAAAGGTCGGTTTGATCGCCTCTTTTAACGGAACGTATGAGCTGGGGGACAGAGTTCATGAATACGTGGCGATGCCTCCGCTGAAAGGACCGGAGGGTCACCAACTGTGGAGAAGGCAGGACAACCGGATCATTCTCAACTTCTTCTCGATTACGAAGAACAACCCGTACCCCGAAGCGACGATGCGTTTGGTGGACACATTGAACGATCCGAAATCGGCGATGCAGTTTAAATACGGTCCCTTTGGTACCCATCTGAAGGAGAAGTCGGACGGCAAGATTGAAATCGTGCCGCCTCAGGACGGAATGGATATCTCCACTTGGATCGGCAGCACGACGCCTTCGACGGCCTTCCCGCTTCTGGTCTCAAGCGAATGGCTGCAAAAGCTGGAGAAGAGCGAAAGCGATAAGCTGCGCAACGGATTTTATGAAATTTATAAGCCTTATATCGTTCCGGAGGATCGGACGTACCCTAATTTGTATATGACGGCGGAAGAGAACAAACGTCTTGGCGTACTGGCAACCGACATCATGACGTATGTCCGCAAAATGGAAGCTAAATGGATCGTGGAAGGCGGCATTGAAGCTGAATGGGACAAATACGTAGAAGATTTAAAGCGAATGGGATTGGATGAAATGATCGAAATCAAACAGCAGGCATATGACCGTTATATCCGTAGTTGA	MKRWMARSTAYAVAAALLLAGCSSGNEAKEGAQAPSTEANFNETGLPVVNEEIRIRIPVVKQHYHKDYNEMVLVQDLEEKTNIDVEWEQIPSESWTEKKNLILASGEFPDAFFNGLTTQDVVDYGTEGVLIPLEDLIDKYAPNIKKILDENPQVRRMATAPDGHIYSIPWFEDQAHFQYRNTFLLNKTWLDKLGLEVPTTPDELIAVLKAFKEQDPNGNGEADEIPSTFRHNTTTNGYYELFGAFGLADALTGFSVKDKKVVFEPAIPEYKMAIAFLNRLYEEGLLDQESFTQDAKQMLSKTKDETPKVGLIASFNGTYELGDRVHEYVAMPPLKGPEGHQLWRRQDNRIILNFFSITKNNPYPEATMRLVDTLNDPKSAMQFKYGPFGTHLKEKSDGKIEIVPPQDGMDISTWIGSTTPSTAFPLLVSSEWLQKLEKSESDKLRNGFYEIYKPYIVPEDRTYPNLYMTAEENKRLGVLATDIMTYVRKMEAKWIVEGGIEAEWDKYVEDLKRMGLDEMIEIKQQAYDRYIRS	PGPT0017245_2088	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_05939	1275			hypothetical protein	TTGAACATGGAAGAAACCGCGCACAGGATTAGGCCGTGTGCCGATGATTATGTCACCGTATTCGAGTCGCCGGATCCACAGTCCGTTTATTGTTACTCGCCTGCTATTATTAATCTGCCAGGCGGACGACTCGTATTAACAATGGATCTCGGAGGAAAGGGAGTCCCCGATCTTCCGGGGCCGAAAGGTTCACGCAAAGGGTTTATTACGCAAGGGAAAGTGTTTGTGTCGGACGACAAAGGGCGTACTTGGCAGCATACGCATGACTTCCCCTTTATGCATGCACGCCCCTTTCTGGCCGGAGGAGCACTTTACATTCTAGGGCACTGCGTCAATCTGATGATCATCCGATCCGATAACGGGGGGCTTACCTGGTCCGAGCCGGTCCAGCTGACCGATGAAGGGGATTGGCACCAGGCTCCTTGCAATGTCCATTATGCCAAGGGGAATGTATACCTGGTTATGGAGGATATTCGGCAGCATGACATGACGGTGTGGCCGGTTAGTGAAATCCAGCCGGTCCTCATGCGGGCACGGGAAGACGCAGACCTGCTGGAGCCGGTCAGCTGGACTTACGCTTCCCGCTTAACAGCCGTCGATGCCTTTCCGTCGGATCGTCTCGATTATTTTGGCGTCCCCTTTTTCACCGAAAATTCGGATTACCTCAAGGGTCAGTTGAATTGCCCGCCCGTCGGCTGGCTGGAAACGAACGTCGTTCAATTCACCGATCCTGACCATTACTGGTATGATCCCGAGGGCAGGACGTTTCATCTGTGGGCGAGAGCTCATACGGGAGGTACCGGTTTTGCCGCCATCGCCAAAGTAGTGGAGAACGACGACGGCACAATGACAACGATGCTGGAGACGACGCCTTCCGGCAAACGAGCAGTGTTTGTCCCGTGCCCCGGAGGGCAAATGAAGTTTCATCTGTTATTTGACGAGGTGAGCAGGTTGTATTGGCTGCTCAGCTCGCAGTCCACAGACAGCATGACGCGCAAGGAGCGCCTGCCGGCGGAGCGCTTCGATCTGCCGAACAACGAGCGGCACCGTCTTCAGCTCCATTACTCAACGAATTGCATCGACTGGTGTTTTGCGGCTATCGTGTCGATCGGAGCCTCGCCGAAGCAGTCGCGGCATTATGCCAGCATGGCCATCGACGGGGAAGATCTGCTCATTGCCAGCCGATCGGGCGATGCCAGAGCCAAGGATGCGCATAATGGGAACTTGATTACGTTCCACAACATTCGGAATTTTCGATCTCTCGTATATGGATAG	MNMEETAHRIRPCADDYVTVFESPDPQSVYCYSPAIINLPGGRLVLTMDLGGKGVPDLPGPKGSRKGFITQGKVFVSDDKGRTWQHTHDFPFMHARPFLAGGALYILGHCVNLMIIRSDNGGLTWSEPVQLTDEGDWHQAPCNVHYAKGNVYLVMEDIRQHDMTVWPVSEIQPVLMRAREDADLLEPVSWTYASRLTAVDAFPSDRLDYFGVPFFTENSDYLKGQLNCPPVGWLETNVVQFTDPDHYWYDPEGRTFHLWARAHTGGTGFAAIAKVVENDDGTMTTMLETTPSGKRAVFVPCPGGQMKFHLLFDEVSRLYWLLSSQSTDSMTRKERLPAERFDLPNNERHRLQLHYSTNCIDWCFAAIVSIGASPKQSRHYASMAIDGEDLLIASRSGDARAKDAHNGNLITFHNIRNFRSLVYG				NA	NA	NA	NA	NA
JZ016_05940	888	dapA_3	COG0329	4-hydroxy-tetrahydrodipicolinate synthase	TTGACCAAAAAAGCGGAGTTAACCAAGAAGTTCGAGGGTGTCTTCTCCCTACTGCTAACCCCGTTTCACGAGGACGGAAGCATCGATTGGGAGGCTTATGAACGCTACGTGGAGTGGCAGCTGTCCTTCCGGCCCCAAGGCTTGTTTGCCGTATGCGGCAGCAGCGAAATGAAATGGCTGACATTAACGGAACGGTTGGAGCTGATGCGAAGGGCTGTGAAGCTGGCGGGGAACACCCCGGTTGTGGCTACGGGCAATCTTGAGGCTCCGAAGCTGCAGCAGGAAGAGCTGAAGCAAGTGATGGATACGGGGCTTGCGGGCGTCGTTCTTGTCCCCCCGGCCGGCATGGGGGTCGACCAAGGCAAGCTCGCGGATCACTTCGCGGGGCTGGCCGATATAGCGGAATGTCCGGTCATACTCTATGAGTGGCCCTTGGTGGAGCCCTATGCAATAGAACCCTGGGTCTATTCCAGGTTAACGGATACTGGCAGCGTGATCGGGATCAAGGACACAACCTGTACGATGGAAGGCATAATGGGTAAGATCGAGGTGGCTCAAGGTACGATTGTTTACCAGGCGAACACCCCGTTCATGCTGGAAGCCATTCGTCAAGGAGCTAAGGGTATCATGGCCATCGTTTCGGCTGCCGGAGCAGGCTCTGTTTTAGACTTCTGGAGGACGGCTTCGCTAGGATCGGCCCATGCGGAGAAGCTTCACAGGGAGCTTGTATATCTCGACGCGCTGCTCCGATTCGGTTACCCCTCCTCGGCGAAAATGCTGGCCGCTCTTCAAGGCGTGCCCATGGGATCGACGGTGAGATCCAGCGGCGTTACCACACTCGAGGCTAAAAAGGCGATGGAGGTTTGGCTGCAAACCGTCAAGGTTTAA	MTKKAELTKKFEGVFSLLLTPFHEDGSIDWEAYERYVEWQLSFRPQGLFAVCGSSEMKWLTLTERLELMRRAVKLAGNTPVVATGNLEAPKLQQEELKQVMDTGLAGVVLVPPAGMGVDQGKLADHFAGLADIAECPVILYEWPLVEPYAIEPWVYSRLTDTGSVIGIKDTTCTMEGIMGKIEVAQGTIVYQANTPFMLEAIRQGAKGIMAIVSAAGAGSVLDFWRTASLGSAHAEKLHRELVYLDALLRFGYPSSAKMLAALQGVPMGSTVRSSGVTTLEAKKAMEVWLQTVKV	PGPT0002080_2960	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714	NA	NA
JZ016_05941	2115			hypothetical protein	ATGATGAGCATTCGACATGAAAGTGATGACGTCCAAGGTGAACGTACGCAGCAGCCGCTGATGGACCGTCCAATGAGCAGGCGCAGTATGCTGTCCGCCCTCGGATTTGCGGGGGCGGCATTGGCAGCTGAGCATTTTCTGAAAGGTCCATTGGCGAGAACGGCTTTTGGTCAAGGCGCTCCGGCTGTAACCGATGCCGTTTATGGAGACGATGACAAAAACAAACCACCATTGTTAATGAACATGAGTTATATCATTGCCGTTACCTTGGCTGAACTCCGGGGTATGGAGGAGCCGAGAGAGGATTTGATTTATTTCGTTACGGACCCGGGACAGGAGGGGCATTTCATATATGATCCTGCAGATAACACTTCTCCCGATAATACCGGAACGATTGTTGCATCCGTTGCCGGAGCCCGCTTTAAGCGACTGCATGACGGGAGCGTTAACGCTGCATGGTTTGGTGCAGTAGGCGACGGAATGTCCGACGATACGGAAGCGGTTCGTTCGGCTCTGGGAGCAGCCAGAGGAAAGAGTTTGTTTTTCCCGCCGGGGGTTTTTCGATTGACCGATACGCTGATCATCCCCCGTAATACGTTTGTCCGCGGAAGCGGTGCTTCCTCGTGGTATGCTTTTGGGCAAAGGCGCAATGAGGTCCCGGATAGCATCCTGGATATGGAGAACGGCACCGTCCTTATGTTTACGGGAAACGGTTCCCGGACGTATTCCAGTAACAGGGACGATTTTCGGGATTTCACCTGCGCGGTGAAGCTGGATGCCGATGCTGACGGTACCCAGCTGTCCGACCTTAAGATCCTGTCCGACTTCAAGATTCGCGACGCACTAGGGAACATTACGACCCAGCTTACGGATGAACATGCCATGTTCGATGTTGGGCTGTGGATTGATAATGCTACTCATGTGAAGCTGGATCGCGTCTCTGTTGTCGGCTACTGGCAGAAAGCGGGGGTGTTTCTGGATGCATCGGGGCGGTTATCTACAACCGCGGAATACGGCTCCATTGAATATGCCACCATTAAAGATTGCTTGTTTCAGGGTAAAATCGGGCTCGCCGTTCTGGGCGGTGACGAAGGCAATCCGCCGGATGTCGCAGGCTTTACCCCTCCCGTTGACGATGCCCGGACCGAGGGACAGTTCGGATTATCGCATTTGCTTGTGTCAGACTCCTTTTTTTCCGGTACGGATCATCATTCCAACGGGTTCGCCCCAGGCTGGGAGAGTCGAATCGAACCGGACAGCACACCGATTAAAATTGACGGCTTCATCGGAAGTGGTGTTCCTTACCGGATCAACCATCCGAGATTCGTGAACTGCTCCATCCAGACAAGGGAAAGTGCCTCCATCGTGCTGGATCGGGTCATCAGGCCGACTTTCATTAATTGCCGGGCGGAAAGCGGACCGGTAAGGGCAAGCCAATACACGGTTCTCCCCCGGCTCATTAACTGTGAGTTTCCATACAATCGCTCAAAAACGGAGTTTCAGGAAATGGAGCACTGCCAGGGTGCATGGATCGTTCCGGGAATGCGGAGGCTCGGGCATATCCATCTAAGGGAATACCATTTTCAAGTGGAGCTCCGAAATAATAACGGAGCCATCGAACATCGGCTGACAAAGGCGGGAGCGATGCAGCCTTCGACGGCACGCTCCTTCGATGTAGAGGCGCTCTTCCGCTACGCTGTTCAGGAGGCTTCATGGGATTACCGGTCCTGGACGCCCCTTCCGCTTCCCGGCGGAACGGGAAGCGACGATTTCTCCAAAGGGATGTTCTTGGGGGAGAAAGCATTCCAGAGCAAATATGCCTTGTTTACGGCTGCTGCCATCGACAATCACCCGGATTATCAGGAGGCGGAAGCCGCAGTAGCCTTGAACAGGACCTCGGATACCGCGCTTTGGATTCGGCCAGCCGCCTACACGTCTCAGAATGTTCCTTACCGGATGAAAAACTATTCCAATGTCCTCAAACTGGAGCTTCGGAGTGGGGACGGGCCAGCCGCGAGTTTACTTACCGCGCTTCCCGAGGAAAGCGGCGGATCGGCAAGCCTTGTCATTTCCGTCAGGGGCAAATTCTATGAACAGGCCTATGGGCTAGTGTGA	MMSIRHESDDVQGERTQQPLMDRPMSRRSMLSALGFAGAALAAEHFLKGPLARTAFGQGAPAVTDAVYGDDDKNKPPLLMNMSYIIAVTLAELRGMEEPREDLIYFVTDPGQEGHFIYDPADNTSPDNTGTIVASVAGARFKRLHDGSVNAAWFGAVGDGMSDDTEAVRSALGAARGKSLFFPPGVFRLTDTLIIPRNTFVRGSGASSWYAFGQRRNEVPDSILDMENGTVLMFTGNGSRTYSSNRDDFRDFTCAVKLDADADGTQLSDLKILSDFKIRDALGNITTQLTDEHAMFDVGLWIDNATHVKLDRVSVVGYWQKAGVFLDASGRLSTTAEYGSIEYATIKDCLFQGKIGLAVLGGDEGNPPDVAGFTPPVDDARTEGQFGLSHLLVSDSFFSGTDHHSNGFAPGWESRIEPDSTPIKIDGFIGSGVPYRINHPRFVNCSIQTRESASIVLDRVIRPTFINCRAESGPVRASQYTVLPRLINCEFPYNRSKTEFQEMEHCQGAWIVPGMRRLGHIHLREYHFQVELRNNNGAIEHRLTKAGAMQPSTARSFDVEALFRYAVQEASWDYRSWTPLPLPGGTGSDDFSKGMFLGEKAFQSKYALFTAAAIDNHPDYQEAEAAVALNRTSDTALWIRPAAYTSQNVPYRMKNYSNVLKLELRSGDGPAASLLTALPEESGGSASLVISVRGKFYEQAYGLV				NA	NA	NA	NA	NA
JZ016_05942	231	tatA_3		Sec-independent protein translocase protein TatA	ATGCCGTTGAATATCGGTTTTACAGGTTTAGCTGTATTGATACTGATCGGTCTGTTGTTGTTCGGCCCGTCCAAGCTGCCCCGGTTGGCAAGGGCGTTCGGAACAACGATCAAGGAGTTCCGGAGAGGCAGCAAAGAAATGCTGGAAGAAGAGACGGCTGGTTCCGATGCTGATCCAAAGGCAGCCGCTGATGCCGTAGGGGGAGATGGCAAGCTGCAGCAGAACTTGTAA	MPLNIGFTGLAVLILIGLLLFGPSKLPRLARAFGTTIKEFRRGSKEMLEEETAGSDADPKAAADAVGGDGKLQQNL	PGPT0029290_3170	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0029290-tatA-K03116	NA	NA
JZ016_05943	276			hypothetical protein	ATGAACGGATTTGAGAAAGAGGAACGGGATAAATTTACGGATCTATCTACCGTGGAGTCCCAGCGAAACGATTTAACCGCGGAGGAATTCCCGGAGGGACCTTACGGATCCAGCCTGCGGACCGAAACGCTTGGTAAAAGCAGTCCGTGGAGAGCGGATCAAAGACCACCGAACTCCTTCGATTACGAAAACAGAGGTCTCCACAAAGAGATGAAGCGAGATTATCCTTCGGAAGACCAGATCTTACAAACCGAGTTGGACGAGGATAAAGCCTGA	MNGFEKEERDKFTDLSTVESQRNDLTAEEFPEGPYGSSLRTETLGKSSPWRADQRPPNSFDYENRGLHKEMKRDYPSEDQILQTELDEDKA				NA	NA	NA	NA	NA
JZ016_05944	837			hypothetical protein	ATGCTGCAAGGTTTAACAAGCGCAGGACTCGGAAAACTTGAAAGCGATTTACAGTTTATCGAACTCGCGGCCAAATACGATTTCCAATGCATCGATATCGATGCCAAAGGTCTTGTAGACCGCCTTGGCGTGGAGGCGGCAGCCGATATGTTGAAATCCCGGCAACTGGAGATCGGGGCCATCGGCCTTCCCGTAGAATGGAGAGGAACGGACGAGCAGTTCCTAAGCGGCCTCGAGAAACTCCCAGCAGCTGCGGCAGCCGCCAAGGCTCTCGGCTGCACACGGTGCTGTACATACATTCTTCCTTCCACCGATGCACCCGCTGCTCATTTCATGGCGCTGGCCACCACCAGACTGCGGGCATGTGCCAACATTTTGGGGGCATACGGAATTCGATTGGCCTTGGAGTTCGTAGGACCGCATCATCTGCGCACCCAATGGAAGAACCCGTTCATCTGGACGGTACAAGAAACTTTGGATTGGATTGATGCCATCGGGGAGCCGAATGTCGGGCTGCTTTATGATGCATATCACTGGTACACCAATGAGATGACGGTCGCGGATATCCGGCAGCTGCGCGCTGAACAAATCGTTCATGTCCATATTAACGATGCCAAGAACATACCCGTGGGAGATGTGCTTGATAACGACCGGCTTTATCCCGGTGAAGGCGTAATAAATCTGCCTGGGTTCCTTCAGGCTCTGAATTATATCGGCTATGCAGGCCCGGTGACACAAGAAATATTGACGCCTTCCACGCCGACCGGGACCCCTGAAGAATTGGTTGCTAAATCACGGCGAGCCTTCGATAGCGTATTCGGTGCTGCAGGACTGTAG	MLQGLTSAGLGKLESDLQFIELAAKYDFQCIDIDAKGLVDRLGVEAAADMLKSRQLEIGAIGLPVEWRGTDEQFLSGLEKLPAAAAAAKALGCTRCCTYILPSTDAPAAHFMALATTRLRACANILGAYGIRLALEFVGPHHLRTQWKNPFIWTVQETLDWIDAIGEPNVGLLYDAYHWYTNEMTVADIRQLRAEQIVHVHINDAKNIPVGDVLDNDRLYPGEGVINLPGFLQALNYIGYAGPVTQEILTPSTPTGTPEELVAKSRRAFDSVFGAAGL	PGPT0018495_289	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0018495-iolI-K06606	NA	NA
JZ016_05945	966	axeA	COG3458	Cephalosporin-C deacetylase	ATGAATACCATTGATCAGCGTAAGAACGAGCTTGGTAACTTGTATCCGGAGCCCACGATCGACGAGCAGGTTTTGAATCGGTTTTGGGAGGAAGTATTGAAGTCGTATGGCAATAAGCCGCTCCACATGGTTAGTCAACCGGAAACGACGCCATATCCTTACATGGAAGTATCTAAGGTTACTTATCATGGTTATGATGATACGCCCATCCATGCTTGGTATATAACTCCCGCTAATCCTTCTGCGGACGAGAAGCCTCGAGGGTGTATCGTAACCTTCCCGGGTTATACCGGAGACCGTGGATTTCCGGAACGATATGCCCATTGGCTGATGCTCGGTTATGCGGTGTTTGCCGTGGACGTAAGGGGGCAGGGCGGCGAGACGGGGAATCTGCTTCCATTGGACAGCGGCGTGGTTAAGGGCTGGGTGACGCAGGGGCTTATGGATATTCGTCGCTCCTATTACATGGCAGTTGTAATGGATGCTGTGAGGGCAGTGGATGCGGCATCGGAGCAGCCTGGAGTGGATCCGAAAAAAATTGCCGTGGTTGGCGGCAGCCAGGGCGGCGGACTGGCACTGCTTGCAGGGGCTCTGAATCCGAAGGTCGCGGCCATTGTGGCGGACATTCCCAACATGTGCAGGATGGACTACGGGATTCTGCATTCGGCTAGCTCGCTGAACGAAATCGCCCAATACATAAAGCGCTACCCGGAGCAATTGAATCAAATCCTGGAGCATCTCTCGTATTTCGACATGCTGAATCTGGCGCCGCGAATCCAGGTGCCGGTCATGGTATCCGTCGGTTGGAAGGATACGGTCTGCATGCCCGAAACCATATATGCCGCATACAACCGAATGAAAGCGGCAAAAGAAATAAGAGACTATCCGTTCTCTGGCCATGAAGTCAATGAGTACCAGAAGAGGGAGGGCGTCTTGTTCCTGGAACGGATTTTTAACGGGAGATAG	MNTIDQRKNELGNLYPEPTIDEQVLNRFWEEVLKSYGNKPLHMVSQPETTPYPYMEVSKVTYHGYDDTPIHAWYITPANPSADEKPRGCIVTFPGYTGDRGFPERYAHWLMLGYAVFAVDVRGQGGETGNLLPLDSGVVKGWVTQGLMDIRRSYYMAVVMDAVRAVDAASEQPGVDPKKIAVVGGSQGGGLALLAGALNPKVAAIVADIPNMCRMDYGILHSASSLNEIAQYIKRYPEQLNQILEHLSYFDMLNLAPRIQVPVMVSVGWKDTVCMPETIYAAYNRMKAAKEIRDYPFSGHEVNEYQKREGVLFLERIFNGR	PGPT0011020_562	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-CEPHALOPORIN_METABOLISM,PGPT0011020-cah-K01060	NA	NA
JZ016_05946	375			hypothetical protein	ATGATGACAGCAGGCGAACTCAAACAGGATCTTTTGAGGGTTTACAACGCGATAAATAAGAAAATATTTAACGTGGGTGTAAAGCAGCAAAAAGTCGATTTCGTTGGCAACAAAATCATCATTGTATCGAGAAATAGTAGAGTCCCCGTCCTCAAACTGCTGGATGAGAATTACCCCCTCTCTACCCGGCAGTTGGACCACCTTTTATTCCAGGTGTTCAAGCAGGAGATTAAAGCTTCCCTGGAACAGCAGTTTCAATTTAAAATCATCTCCATTCTTAAAGACTATGATGCAGAGACCGAGTTTTCCGGTACCATCGTAATCTTGGAGAAGGAGGTCGAAGCATATCTGAACGACATGCCGGAACTCTTGTAG	MMTAGELKQDLLRVYNAINKKIFNVGVKQQKVDFVGNKIIIVSRNSRVPVLKLLDENYPLSTRQLDHLLFQVFKQEIKASLEQQFQFKIISILKDYDAETEFSGTIVILEKEVEAYLNDMPELL				NA	NA	NA	NA	NA
JZ016_05947	780	btuD_21		Vitamin B12 import ATP-binding protein BtuD	ATGACTCACAAAATTGAAATTTCGGGTGTCAGCAAATGGTTTCGCCGAAACGGGGAAGAGATCCCGGCCATGCGGGAGACGAGTCTGGCGATTGAGGAGGGGCGTTTTGTCAGCATTATCGGTCCCAGCGGCTGCGGCAAGTCAACTTTGTTTAACATTATCGCCGGTTTGATGCCGCCCTCCACGGGCAAAGTGACGGCTGACGGAAAGGATATCGTCGGGACAACCGGTTATGTGGGCTATATGCTGCAAAAGGACATGCTTCTGCCTTGGCGCACTATCCTCGACAACATCATTCTGGGTATGGAGGTTCGGGGCGTACCCTACAAGGAAGCCGTGGAGAGGGCGCTGCCCCTGATGGATAAATACGGTCTGAAGGGCTTTGACAAGCATTATCCGAAGGAGCTTTCAGGAGGGATGAAACAGCGTGCCGCGCTGCTGCGGACGCTGCTCTACGACAGGGACATCATTTTGCTGGACGAGCCCTTCGGCGCATTGGATGCCCAGACTCGGCTGACCATGCAGAACTGGCTGCTGCAGATCTGGGAGGATTTTGGCAAGACGGTGCTGTTTGTCACCCACGACATTGACGAAGCGATTTATTTATCAGATGACATCTATGTATTCTCGTCCAGACCCGGGCGGATCAAGTCCAAAATTACCGTAACGATGGAGCGTCCCCGGAAAACGGAAGACATGACGTCTCCGGCCTTCATGGAGCTGAAGCATCATCTCATGGATTTACTGTCAGCTGGACAAGATGAAGAACAAATCTCTTAG	MTHKIEISGVSKWFRRNGEEIPAMRETSLAIEEGRFVSIIGPSGCGKSTLFNIIAGLMPPSTGKVTADGKDIVGTTGYVGYMLQKDMLLPWRTILDNIILGMEVRGVPYKEAVERALPLMDKYGLKGFDKHYPKELSGGMKQRAALLRTLLYDRDIILLDEPFGALDAQTRLTMQNWLLQIWEDFGKTVLFVTHDIDEAIYLSDDIYVFSSRPGRIKSKITVTMERPRKTEDMTSPAFMELKHHLMDLLSAGQDEEQIS	PGPT0001140_6020	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049	NA	NA
JZ016_05948	882	ribX_3		Riboflavin transport system permease protein RibX	ATGGAAACTGCACGCAAAGAGGCTTTTATCGTACATGCCGTGACGTCTGCGGAGCCTGCAGCGGGATCGTCCAAAAGGCCGGAGGTTGTGCCGTACATCTTGGATGAAGAGGCGCTGGAGCGCCGCAGAAGCCGGCGAATCGTTTGGGGGCGGGCCGCTGTGGCTGTTCTTGTTTTTCTGGTATGGGAGGTGTTCACCCGGATCGGCCTGCTGGATTCCTACTATTGGAGCAGCCCCAGCGCGATTCTTCGCACGACCTGGACCCAGATGACCGAAGGAACCCTTCTCCGGGACATTACGTATACATCCGGCTCGACGATTCTCGGTTTTGTGTTCGGAACCTTTCTCGGCGCACTGCTCGGACTGTCGTTCTGGTGGTCAAGATCGTATGCCGGCATCAGCGAGCCGTATCTGATCATTTTAAATGCGATGCCCAAGCTCGCACTGGCACCTGTACTCGTCATTCTGCTGGGAATCGGATTTTTTTCCAAGGTGGCGCTGGCTTTCTCTATGACGGTTGTCGTTTCGGCGCTTTCCGCATACAGCGGCGTGAAGAGTGTCGATCCGGATATGGAGAAGCTGATGTATTCCCTGGGCGCCAAGCGGTATCAGGTTTTTACCAAGGTTGTCGTACCATGGTCTATGCCCTGGATCATCAGCAGCTTGCGGATTAATATTGCCCTTGCGCTGGCAGGTGCCATCGTGGGCGAGTTCATCGCTTCAAGCCAGGGCGTCGGCCGGATGATTATGTATGCAGGAACGATACTGGATATCAACCTCGTGTGGGTAGGTGTCGTCGTCCTGTCGCTGCTGTCCATGGTGATGTACTGGGGCGTGGTGGTGCTGGAGAAGTGGTTATCCAAGGGATTGACCAAACAATAG	METARKEAFIVHAVTSAEPAAGSSKRPEVVPYILDEEALERRRSRRIVWGRAAVAVLVFLVWEVFTRIGLLDSYYWSSPSAILRTTWTQMTEGTLLRDITYTSGSTILGFVFGTFLGALLGLSFWWSRSYAGISEPYLIILNAMPKLALAPVLVILLGIGFFSKVALAFSMTVVVSALSAYSGVKSVDPDMEKLMYSLGAKRYQVFTKVVVPWSMPWIISSLRINIALALAGAIVGEFIASSQGVGRMIMYAGTILDINLVWVGVVVLSLLSMVMYWGVVVLEKWLSKGLTKQ	PGPT0001145_2205	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050	NA	NA
JZ016_05949	1044			hypothetical protein	ATGAACCAAAAAATGAAGAAACGTTCACTGCTGTTCGCACTGCTCATGGTCACCGGTCTGCTTGGAGCCTGCGGCAATGAAAAAAACGATAACAGCACCGCGTCCGCTTCCGGTGACGGGAAGCTGAAGAAAATCGTGATCGCCGAGCCGCTTCACTCCACGGGCTATCTGCCGCTGTACGTCGCGCAGCGGGAAGGCTTCTTTGAGAAAAGAGGGCTCGACGTTGAGGTCATCCAAGCGGCCGGAGGAGCGCACGTAACCGCCGTGGTCAGCGGGGATGCCTGGGGCGTGATCGGCGGGACGGAGTCCAATGCCTTGGCTAACAACAATAATTCCGATCCGATCATTTCGGTCGTGAATGTCGTCAACCGGGCGAACGTGTATTTAATGGCCAAGAAAGGCACCGCACCTGCGAGCAATTCCCCCGAAGACCTGAAGGCATTTTTACAAGGGAAAAAGATTAACGCCGGTCGCCACGGCGGTACGCCCAACCTTCTAACCCGCTATCTCCTGATTCAGCTCGGACTCGATCCGGAGAAGGATGTGCAGCTGCTCGAACCGGCAGATGGCTCCACGGTGGTGACGATGGTCCAACAGGGCGCGGCTGACATTGCGAACGGAGCCGAGCCGCAGATTAGCGACGGGATATCAAAGAATGTATGGGAAGAGCCGTTTTACAAGTTTCATGATCTGGGGGATTTCTCGTACTCGGTTCTCAGCGTGAAGAAGTCAACCATCGAGAAGGACCCGGAAGCCGTTCAAAGTTTCACGGATGCCATGATCGAAGCGCTTGCAGTCGTGCAAACGGATAAGGAACTAGCCAAGAAGAATCTGATAGCCGAATTCCCGACGTTGTCCGATGATGCGATCCAAGCTGCCTTGGACCGGGCCTATGCCGACAATCTCTGGAGCTTGGACGGGATGATTTCGGAAGAGGCGTTGAAGCACGATATGGATGTCATGATCGAGACGGGGATATTTAAAGGGGACTATACCTATGATGCGCTGGTGGATATGCAGTTTGTAAACAATTCCAAGAAGTGA	MNQKMKKRSLLFALLMVTGLLGACGNEKNDNSTASASGDGKLKKIVIAEPLHSTGYLPLYVAQREGFFEKRGLDVEVIQAAGGAHVTAVVSGDAWGVIGGTESNALANNNNSDPIISVVNVVNRANVYLMAKKGTAPASNSPEDLKAFLQGKKINAGRHGGTPNLLTRYLLIQLGLDPEKDVQLLEPADGSTVVTMVQQGAADIANGAEPQISDGISKNVWEEPFYKFHDLGDFSYSVLSVKKSTIEKDPEAVQSFTDAMIEALAVVQTDKELAKKNLIAEFPTLSDDAIQAALDRAYADNLWSLDGMISEEALKHDMDVMIETGIFKGDYTYDALVDMQFVNNSKK	PGPT0001135_2684	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051	NA	NA
JZ016_05950	666	rutB	COG1335	Peroxyureidoacrylate/ureidoacrylate amidohydrolase RutB	ATGATGAAATCTTTAAATCAGCTGATGCTTGGCAGCAAAACGGCGGTTATGGTGGTCGATGTGCAAAATGATTATTGTCATCCCGAGGGGGCGCTGTCTCAAGCGGGCTGCGATGTTAGTGGGGTAGCGGAGATGATGCCGCAGCTCCATAAGCTGCTTCAGAGGGCCAGGGAGCTGAAGGTGCCCATCATTTTCATTCAGACGCTTCATGAGAAAGCGACGGATTCCGACGCTTGGACCACCAGGTCCTCGGGCCGATCGGCGAACGTATGCCGGAGAGGGAGCTGGGGCGCGGAATTTTACGAGGTATCGCCGAAGGAGGATGATATCATTGTCAATAAACACCGATACAGCGCTTTTGTAAATACTAGGCTGGATTCGGTATTAAAGACGCTGAAGATCGAGACCCTGATCATGACGGGAGTCAGCACCAATGTGTGCGTGGAATCGACGGCAAGGGACGGTTTTATGCTGGATTATCATATTGTGCTTGCAGCGGACGCTTGCGCATCGTATTCTCCAGCGGCGCATGACATGACGCTTGAGAATATTGAAGGCTATTTCGGGAAAGTTAGTGAAGTGGCGGAGCTTATCGATATTTGGATGGATCAAATGCCTGAGGAGCCGCTGCGATCGATATCGACCGCTCAGCCTGCCGTTGGCTAG	MMKSLNQLMLGSKTAVMVVDVQNDYCHPEGALSQAGCDVSGVAEMMPQLHKLLQRARELKVPIIFIQTLHEKATDSDAWTTRSSGRSANVCRRGSWGAEFYEVSPKEDDIIVNKHRYSAFVNTRLDSVLKTLKIETLIMTGVSTNVCVESTARDGFMLDYHIVLAADACASYSPAAHDMTLENIEGYFGKVSEVAELIDIWMDQMPEEPLRSISTAQPAVG	PGPT0021270_388	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021270-rutB-K09020	NA	NA
JZ016_05951	1404	ribZ_4		Riboflavin transporter RibZ	ATGAATAACAGATCAAGGATGATCGTCCAATATACCATTTGTTTAGGGGCATTTCTGTCCAATCTGTCGGCTGGCATGTTCAACATTGCGCTTGTTGATATCGCCAGAACGTTCGACTCCACCATCCCTACGGCCCAGTGGATCGTCACCGCTTATTTGCTTGTCATCTCCATATTGCTTCCTGTCATGGGAAAGCTGGGGGATATGCTGGGCCGGCGGAAAATACACAATATCGGCTATTTTGTGTTTATGGCAGGGGCGCTCTGCTGCGCCTTGTCACCTTCATTAAACGGACTGATATCTTCTCGAATTTTGCAAGGCGTAGGAGCGGCCATGTATCAGGCCACCAATATGGCGCTGATCGTCTCCGTATTTCCTAAGGAGCAGCGCGGCAAAGCGCTTGGGCTCATCAGCACGTTTGTTGCCGCAGGCTCGATGGTCGGACCGAGCCTTGGGGGAATACTGATTCAGTGGTTTTCGTGGCGGAGCAATTTCTGGCTGCTGACGGCCATATCTTTGATTGCATGGTTGTTCGCCCAGCGCTTCATTCCGAAGGACGAACCTGAAAAAGTCGTAAGCCGATTGGATGTGCCGGGGGCTGCCTTTTTTGCGATATCGCTAACCGGACTGGTTACGGCCGTGAATTTGGGGGCTCAGTGGGGCTGGGGTTCATGGCAGGTTTCGGTGCTGTTCATCGTGTTCGGTGCGGGAGCTGTCGCATTCATCGGGTGGTGTCTTTCGTCGCGGTGGAAACGAGCAGGGGAAGGGAAACTCCCGTTTATGAAGCTGGACCTGTTTCGGGATGCAGGCGTTAGCGTGGGAATCATCATCACCATCATTACCTACATGGCGGCTTTCTCGGCTCAGCTTGTGCTGCCCGTGTTTTTGTTGAGCGAGCTTGGCGTTGAACCCGCTACGGCAGGGCTGATCATGATGGGATATCCGTTGTCGCTGATCATATTCTCGCCTCTGAGCGGGAGCCTGTCGGACAAGCTGGGGACATTCCCGTTATTGTCAGCCGGGCTGCTGCTCATGACAGCAGCGTTAACCGTGCTCGGTTTTGTATCGCCGGTATATCCGATCTTCTTTCTGATTGTGCTTATCGTCCTGCTCGGCGGTTCCATGGGCATCATTACGCCGCCGAACAATTCTCTGGTGATGGGCAGGACATCCAAAACGGACCTCGGCCTGATCAGCAGCATTTTGGCACTGTCGCGAAATCTGGGGATGATGTTTGGTACGGCGGCGGGAGGTGCCATGCTGGCGCTTCCAGCCCAAGGGGCAGGGGGGCTTACCGGATTTCGGATGATATTCGTACTGAATACGGCGCTGGTTGTCATCGTTTATGTAACGATGCTCATATCGTTTCGCTTTGGCAGGCATAAGGAGACGCTATCTTCTTAG	MNNRSRMIVQYTICLGAFLSNLSAGMFNIALVDIARTFDSTIPTAQWIVTAYLLVISILLPVMGKLGDMLGRRKIHNIGYFVFMAGALCCALSPSLNGLISSRILQGVGAAMYQATNMALIVSVFPKEQRGKALGLISTFVAAGSMVGPSLGGILIQWFSWRSNFWLLTAISLIAWLFAQRFIPKDEPEKVVSRLDVPGAAFFAISLTGLVTAVNLGAQWGWGSWQVSVLFIVFGAGAVAFIGWCLSSRWKRAGEGKLPFMKLDLFRDAGVSVGIIITIITYMAAFSAQLVLPVFLLSELGVEPATAGLIMMGYPLSLIIFSPLSGSLSDKLGTFPLLSAGLLLMTAALTVLGFVSPVYPIFFLIVLIVLLGGSMGIITPPNNSLVMGRTSKTDLGLISSILALSRNLGMMFGTAAGGAMLALPAQGAGGLTGFRMIFVLNTALVVIVYVTMLISFRFGRHKETLSS				NA	NA	NA	NA	NA
JZ016_05952	1074	ysdC	COG1363	Putative aminopeptidase YsdC	ATGAATGAATCAACACTGGAATTATTTCGTACTTTGACTGAATTCCCGGCTGCACCGGGCTTTGAGAGGGAGCTTCGTTCCTGGTTGAAGAATGCCCTTTCGCCATATACAGATGAGTTCGTGCAGGATCGGCTGGGTAGTCTGTTCGCCGTTCTTCGCGGTAACGATGAAGGTCCAAAAGTCATGGTGGCCGGTCACATGGATGAAGTCGGGTTCATGGTAACCGGCATAACCGAAGCGGGGATGGTCCGTTTCCAGCCGCTTGGCGGTTGGTGGAGCCAAGCCGTGCTTGCTCAGCGCCTGCAAATCATCACCGACAACGGTCCTGTCGTCGGAGTTGTAGGCTCCATCCCGACGCACCTGCTGGATGAAGCGCAGCGCAGCAAGCCGGTCGACATCAAGACCATGTATATCGATATCGGCGCCGATAACAAGGCGGAAGCAGAGTCGTTCGGCATTCGTCCCGGATTGCAAGTGGTTCCGATCTGTGAATTCACGCCGCTCGCTAATCCGAAAAAAATCATGGCCAAAGCGTGGGATAACCGTTATGGCGTTGGCCTCGCGATCGAGCTTGTACAGGCGCTCCATGGCGAGAAGCTGCCTAACACCGTTTACGCCGGCGCAACCGTCCAAGAAGAGCTCGGACTGCGCGGAGCACGTACTTCAGCCAATCTGATTCAGCCGGATATTTTCTTCGGACTGGATGCCAGCGCGGCGAACGACATGATGGGTGACAAGAGCCAGTTCGGCCAATTGGGTCAAGGCGCACTGCTTCGCATCTTCGATCCGACCATGCTGACTCACCGCGGCATGGTGGAGTACGTTCAAGATACGGCGGAGACCAACAAAATCAAATACCAATACTTCGTCTCGCCGGGCGGCACGGACGCAGGCCAAGTGCATCTTAGCGGCATCGGCGTTCCGTCCACCATCATCGGCATATGCTCCCGCTATATTCATACATCTTCGTCCATCATCCACACGGACGACTACGAAGCTGCTAAAGAACTTCTGATCAAGCTCGTGAAAGGTTTGGATCGTACGACACTTCAGACGATTCTGGACCGCGCGTAA	MNESTLELFRTLTEFPAAPGFERELRSWLKNALSPYTDEFVQDRLGSLFAVLRGNDEGPKVMVAGHMDEVGFMVTGITEAGMVRFQPLGGWWSQAVLAQRLQIITDNGPVVGVVGSIPTHLLDEAQRSKPVDIKTMYIDIGADNKAEAESFGIRPGLQVVPICEFTPLANPKKIMAKAWDNRYGVGLAIELVQALHGEKLPNTVYAGATVQEELGLRGARTSANLIQPDIFFGLDASAANDMMGDKSQFGQLGQGALLRIFDPTMLTHRGMVEYVQDTAETNKIKYQYFVSPGGTDAGQVHLSGIGVPSTIIGICSRYIHTSSSIIHTDDYEAAKELLIKLVKGLDRTTLQTILDRA				NA	NA	NA	NA	NA
JZ016_05953	489			hypothetical protein	ATGTCAGGCTCTAACCAAAAGCCTAAGTCTGATATCACCACAATGAGCTCGGCAGAATATCAGGCGATTGCCAAAAAGCATGAACCTCCTCGCGCCGTACTTAAAAATTGTCTGCGCGCTTTTTTGATTGGAGGTCTCATCTGTGTGATCGGCCAATGCATTCAGCAGTTTTTTATGACCGTATTCGATATGAGCACCACCGAAGCGAGCAACCCGACAGTTGCCGTGCTGATTATACTCTCCGTCATTCTGACCTCCTTCGGCGTGTATGACAAAATCGCGCAATGGGCGGGAGCAGGCAGCGCCGTGCCGGTCACGGGGTTTGCGAATTCCATGTGCTCCGCTGCGCTCGAGCACCGCGCGGAGGGTTTGGTTCTTGGGGTCGGGGCCAGCATGTTTAAGCTGGCGGGATCTGTCATTGTATTTGGTACCGTGGCTGCGTTTATTATCGGTATCATTTACGCTATTTTTGGCATTGAGGGGAGGTAA	MSGSNQKPKSDITTMSSAEYQAIAKKHEPPRAVLKNCLRAFLIGGLICVIGQCIQQFFMTVFDMSTTEASNPTVAVLIILSVILTSFGVYDKIAQWAGAGSAVPVTGFANSMCSAALEHRAEGLVLGVGASMFKLAGSVIVFGTVAAFIIGIIYAIFGIEGR	PGPT0024805_49	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024805-spoVAC-K06405	NA	NA
JZ016_05954	1014	spoVAD		Stage V sporulation protein AD	ATGAAGGTGATCGGCCAAACCTGGCAGTTCGAGAACAAACCCGTCATTATCGGCACGGGGACGATTGTGGGACCTGAGGAAGGCGAAGGGCCACTCGCCGATGATTTCGACTATATCTACGACAATATTGAGATTAACGAAAAAACATGGGAAAAGGCGGAACGGAAACTGCTGGAGGATGCCTCGAGAAAAGCGGTTGAGAAGGCGGGCATCAAGGAAGACGAGCTGCAGTTTTTTGTAGGCGGGGACTTGATGAACCAGATCATCAGCAGTTCGTTTGCTGCAAGACAGTTGGGTGTGCCTTACATCGGCGTATTCGGTGCTTGCTCTACATCCATGGAGAGCCTCGCGGTGGCCTCCATGCTCGTGGATTCAGGAGGGGCCAAGTATGTCATGGCCGGTACGGCAAGCCACAACTGTACGGTTGAGAAGCAGTTTCGTTATCCGACGGAGTACGGATCGCAGAAGCCGCCGTATGCGCAATATACAATAACGGGAGCAGGCTGCTCCGTCATTTCGGACAAGGGAGACGGCCCTGCTGTCACGTATGCCACCATCGGCAAGGTGGTGGATCTGGGCATCAAGGATCCGTTCAATATGGGTGCGGCGATGGCTCCGGCGGCAGCCGATACGATAACAAAGCACTTCAAAGACACAGGCCGGCAAGCGAAGGATTATGATCTGATCGTGACCGGTGACCTGGCCTCCGTGGGGCTTCCAATCGCGAAGGATCTTTTGCAACAAAACGATGTCATCATGGACGGTACGGTGTTTGCAGACTGCGGGTTAATGATTTACGACCTGGAGACACAAAAATACGTCAATGCAGGGGGCAGCGGCTGTGGCTGCTCGGCTGTTGTTACTTATGGCCATATTTTAAAACGGATGCGAAAAGGCGAATTGAAAAAGGTGCTGGTCGTTGCTACCGGGGCTTTGCTGTCGCCTCTTTCTTACCAGCAGGGTGAGAGCATACCGTGCATCGCTCACGCTGTAGCCTTAGAGATGGGAGGATAA	MKVIGQTWQFENKPVIIGTGTIVGPEEGEGPLADDFDYIYDNIEINEKTWEKAERKLLEDASRKAVEKAGIKEDELQFFVGGDLMNQIISSSFAARQLGVPYIGVFGACSTSMESLAVASMLVDSGGAKYVMAGTASHNCTVEKQFRYPTEYGSQKPPYAQYTITGAGCSVISDKGDGPAVTYATIGKVVDLGIKDPFNMGAAMAPAAADTITKHFKDTGRQAKDYDLIVTGDLASVGLPIAKDLLQQNDVIMDGTVFADCGLMIYDLETQKYVNAGGSGCGCSAVVTYGHILKRMRKGELKKVLVVATGALLSPLSYQQGESIPCIAHAVALEMGG	PGPT0024810_349	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024810-spoVAD-K06406	NA	NA
JZ016_05955	351			hypothetical protein	ATGCAGTTTCTATGGGCATTTATTATTGGCGGTCTGATTTGCGTCATTGGGCAAATTATGATGGACGTTATTAAACTAACGCCGGCACATACGATGAGTACGTTAGTAGTCGCCGGAGCCATCGCCGACGGGTTCGGATTATATGAGCCGCTTGTCAAATTCGCGGGAGCGGGAGCCTCCGTGCCGATCACCAGCTTTGGTAATTCGCTTGTGCATGGCGCATTGACGGAACTGGGGAGGGACGGCTGGATCGGGGTCGTGACGGGGATATTCGAAGTCACCAGTGCAGGGATATCCTCAGCGATCATTTTCTCCTTCCTGGCCGCTCTGTTTGTTCGTCCGAAGGGATAA	MQFLWAFIIGGLICVIGQIMMDVIKLTPAHTMSTLVVAGAIADGFGLYEPLVKFAGAGASVPITSFGNSLVHGALTELGRDGWIGVVTGIFEVTSAGISSAIIFSFLAALFVRPKG	PGPT0024815_479	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024815-spoVAE-K06407	NA	NA
JZ016_05956	957			hypothetical protein	ATGCCCGTAAGCCAAGAATCCATGAAAATCATTACCTCGGTGCGAACCAATCTGGAGTCGTGCCTGTTAGGCAAAGAATTTGAGATCCAATTACTCCTTACGGCGCTGCTCGCTGGCGGACATGTACTGATCGAGGATGTGCCTGGCACAGGAAAGACCCAACTGATCAAAGCATTAGCGAAATCCATGCAGGGAGACTATCGCCGCATTCAGTGTAACCCGGATATTCTCCCCAGCGATATAACGGGCGTGTCCGTGTTCCATCCTCGAGATGAAATGTTTTACTTCCGACCTGGTCCGGTCATGACCAACATATTGCTGGCGGATGAAATCAACCGGGCGACAACCAAGACGCAATCGGCCCTGCTTGAGGTCATGGAGGAGCGCAGCGTAACGGTGGATGGGGCTACTCACGAACTTCCGCATCCCTTCATGCTATGCGCGACCCAGAACCCGATCGATTTTGAAGGCACCTATATGCTCCCTGAAGCGCAGCTGGACCGGTTTATGCTGAAGCTGAGCCTGGGTTACCCTGATGCTGCTACGGAGAAGCAGCTGATGTACCGTTCACGCGACGGACAACTGGCGGATAAGATTCAGCCGGTGACACATATGGATACCATTTCGGCTATTCAAGGCGAGATTCGCGAGGTATTCATCGGTGACCCGGTCGCCGATTACTTGCTGAATATTACCCGGTCGACGCGCGAGCACCCTTCCGTTATGCTGGGCGCAAGTCCCCGTGCAACGCTGTCATTCATGAATGCCGTTAAAGCCTATGCCTTCTTGCAAGAGAGGGATTACGTTCTGCCAGATGATGTGAAGACGCTGGCACCATACGTGCTTTCGCACCGGATCATGCTGCGTCCGGAAGCCAGGCTCGACAATGCGAGTCCCGAATCGGTGCTTGAGTTTATACTGCGTCAGGTCAAAGTGCCTGTTCAGATGGGGAGATAG	MPVSQESMKIITSVRTNLESCLLGKEFEIQLLLTALLAGGHVLIEDVPGTGKTQLIKALAKSMQGDYRRIQCNPDILPSDITGVSVFHPRDEMFYFRPGPVMTNILLADEINRATTKTQSALLEVMEERSVTVDGATHELPHPFMLCATQNPIDFEGTYMLPEAQLDRFMLKLSLGYPDAATEKQLMYRSRDGQLADKIQPVTHMDTISAIQGEIREVFIGDPVADYLLNITRSTREHPSVMLGASPRATLSFMNAVKAYAFLQERDYVLPDDVKTLAPYVLSHRIMLRPEARLDNASPESVLEFILRQVKVPVQMGR				NA	NA	NA	NA	NA
JZ016_05957	1248			hypothetical protein	ATGCGCCGCGCGGTATCGTTATTTTTGAATGGCATGCAGCCGTCTAGACTCGCAGCGGTATTGGCGGTATGGTGCCTATGTCTTTTGTACGTATTATTTCAGGGGGGCAAAACCTCGCTCATGCTATTCTCCATGGTCAGCCTTCTGACGATCTATTTGATCGGTGCTGGCTTTGGCGGAGTCAATCGTGTGAAAGCCCAGCGAAGGGTGCTGGGAGGAGCGGAGCATGGGGGTGAACAGCTTCATGCCGGTGAACAGGTCCGCGTGAAGCTGGAGGTCCATGTTCCTGGTTTGCTGCCGATGCCCTATATGATCGTTCGTGAAGTATTGCAAAGGCATAACGGCGACTCCTGGTCTTTTGAAGATAGCGTCATTCCGAACCTTCGCGGTGCGGGCAAGCTTGTATTTCAGACCCCTCCGCTTGAACGAGGGCGGTACGCTTTCTCAAAGACAGAATGCATTAGCGAGGATATATTCGGATTAATGGAGCACAAGGGACGCATTGAGGTTCAGACCGATTTCCGCGTTCTGCCGAGAACCATATATATTCCCAAATGGCAGCGAAACATACGGAATTCGAGATTGGGCGGTACACATACCACAATTTCGGCTTCCAGACGGGAAACCACACAGATCAACGGAGTCCGCGATTATGTGTACGGCGATCGGATCTCCCGGATACACTGGAATGCAACGGCGAAGACCGGCTCGTGGAAGTCGAAGGAATTTGAGCATGAATCCTTTCCCAGAACGATGATTGTGCTGGACTGTTCCGCGGACGGATATGCTCATGCCCAGCAGTTCGAGCTGGCCGTATCGGCAGCTGCGTCGCTGATCGAATATGGTGCCAAGGAGCATGCGGGTACAGGCTTGTTCACGGCTACCCGAGAAGCTCAGATGTTCGCTCCCGCCGATCACGCTGGAGAGCGGATGCGCATGATTCAGCATTTGGTTGACGTGGATTATGACCGTAAAACCAAATTGATTGCTTCCCTGGAGAAATCCTATCGCCATTTTCCAAAAGGGGCCCTGTTCCTGCTGATCAGCCCGATGAGCGGCAAGGACGCTTCAGAGATCATGCGCTGGGTTGAAACCCGGGGAATGAACCCATGTTTCTTGCAAATAACCAATTCCAATGAAACGAAAAAACGCGATGATTCCATTTCGCTTCTGCAATCCCGGGGGATTTCCAGCTATTCGGTTTCTTCCCTTGACGAGCTGCCGGCTGCGCTGGGAGGTGGTGCATGA	MRRAVSLFLNGMQPSRLAAVLAVWCLCLLYVLFQGGKTSLMLFSMVSLLTIYLIGAGFGGVNRVKAQRRVLGGAEHGGEQLHAGEQVRVKLEVHVPGLLPMPYMIVREVLQRHNGDSWSFEDSVIPNLRGAGKLVFQTPPLERGRYAFSKTECISEDIFGLMEHKGRIEVQTDFRVLPRTIYIPKWQRNIRNSRLGGTHTTISASRRETTQINGVRDYVYGDRISRIHWNATAKTGSWKSKEFEHESFPRTMIVLDCSADGYAHAQQFELAVSAAASLIEYGAKEHAGTGLFTATREAQMFAPADHAGERMRMIQHLVDVDYDRKTKLIASLEKSYRHFPKGALFLLISPMSGKDASEIMRWVETRGMNPCFLQITNSNETKKRDDSISLLQSRGISSYSVSSLDELPAALGGGA				NA	NA	NA	NA	NA
JZ016_05958	2238			hypothetical protein	ATGATGAAGTTGTGGCTGGACAAACTATCTACTACCTTCTTCAGTACTTTAACGATGCTATGGATCTGGATCATCGGGATGCAGTGGGTATCCTTTACCGAGACGATATGGCTCTCGGAAACGACAGCCATCGTTATTGCAGCATTAACCATTACGGCGGTTACCGAAGCGCTGCTTCCGATCAAGCAAGGTTACCGGGTGCTTATCCAGTTTATTTTGATCTTGTATTGTGTATACAGTTTGCTGAAAACTCACGGTAATCCGGTTCCTGTCCTTGGCGCTGAAGGCGATCTGACCGAGGAACTCATGTATCTTTTTCCGTATTTGTGGTTTGCTATCGCCGCTTGGACCGCTTTTCTGTTCCTTGCGCGGTGGGCCAAAACCAAGGGGCGCGTGCTTTTTGTAGTCGGGATCAACGTCATCGGTTTTGCCGTGCTGGATTCCTTTACGAAAATCGTGCTGTGGGATGAAATCGCTTGGGTTGTCGGAGCGGGTATGGGCTGGCTCGTATCCAGCCATTTTAACCGGTTCCGCAGACGCTTTCCGCAGGGATGGGTCAATTTATCGAAGTATCCGTTCAAGATTGTTGCCAACATCCTGGTCATCTTCTCTTTGATCATTGTAGCCGGTGTGAATATGCCGCACGTGAAGCCCACGTTAACCGATCCTTACACGGCGTGGCGGGAGTGGAACGGGGTGCCGTTATCCGGCGGCAGTACAACCGGTACCGGAACCCTTATCGAGTCACCGTCTGAAAGCATGTCCGGATATGGACGGGAGGACAACGACCTTGGCGGCGGTTTTAACTTTGACTATTCACCGGTGATGTCGATTACCTCGGATGAACGCAGCTATTGGCGAGGGGAAACCAGAGCCGTATACTCGGGAACGGGTTGGGCGGACGGAGCCAGCAGCCGGCGTTCCGGCACGGGCGTGGACATCGGGGAGGAATTGCCGGGGGAAGCCAGCGGATCCGTACCTACCAAAACATTGGAGCAATCGGTAACGATGCTGAGTGATACGGTGTATCCGGTATTGTTCGGCGCCTACTCCGTTCGTCAGCTGGAGAGCCTGGATGAGGATATCGATTCGGATCGGCTTAGCTGGGTGACCGAAGGCGCGGAGATGCATCTGGACGACGCTCGTAATGCGGACTACCCGAAGAGTTATACCTTAACGTCGGAAGTGCCGGTGATTCCCATCGATGAGCTGAGCACCAGAACTTATGATGAACTTTATTCCGGCTCGATTGACGATGCGTATATCCAGATGCCGAGAAACTTCCCTGACCGGGTGTCCGATCTGGCCGAAGAAATTGCCGCGGGCGGAGATACGCCGTATGAGAAGGTCATGCTCTTGCAACAATATTTAACGAGCAATTTCACCTATACCAATACGCCGGATCTTACACGCAAGAAGAGCGATGATTTTGTGGATGCGTTTCTGTTTGAAATCCAGGAAGGGTATTGCGATTATTTCTCGACCTCCCTGGTGATGATGACACGGTCGCTGGATATTCCTGCACGCTGGGTCAAAGGTTACGCGCCGGGAAGAATGACGGCATCGGAGTACGTTCCTCTCGAGGGTCAAACCTCGATTGAGCCCGGAAACTATACCGTTACGAATGCCGACGCTCATTCCTGGGTTGAAGTGTACTTCGGCGAATACGGCTGGGTACCGATTGAAGCAACACCGGGCTTTAGCATGCCGATTCTGACGGCTGACACAGACGCTGAGCCTGTCATTGAGGAAGAAGTTGAAGAAGAAGAGGCAGAGGACAAGGCTGCGCCAGCCGCTACCTCCGATCATGAGCAGCCCGGCTGGGTTAAAGTTGTTGTAACGGCCGCGGTGGTTGTTATCGTATTATGGATTCTGTACATCGTATGGCGAATGCGCATCAGCCTGCGTTTTGCCGGAGCGCGTATTCGGGCAGGCAAGCCGCTGACGGCCGCGGATAAAGTCATTGCCGAAACCGAACGATGGATACGTTCCGTACAGCGCAGAGGCTTGGTAAGGCAGGAACATGAAACCCTTCGTGAATCGGTAGGCCGCTGGGTAAGTGCACACCCTGAGCTGGGAGCGGAGCTGAGACCGCTGCTGCAGCAATTTGAAGCTGCCAGGTACAGCCCGGCTGAAGTGAAGGAAGAGCAATGGCGCTCCGTCCAACAGGATGCCCTGAAGCTGAAGAAGTCTATTAAGAAGGTTCGCATTGTATCCGAGAAACGTCTATCTACCTAA	MMKLWLDKLSTTFFSTLTMLWIWIIGMQWVSFTETIWLSETTAIVIAALTITAVTEALLPIKQGYRVLIQFILILYCVYSLLKTHGNPVPVLGAEGDLTEELMYLFPYLWFAIAAWTAFLFLARWAKTKGRVLFVVGINVIGFAVLDSFTKIVLWDEIAWVVGAGMGWLVSSHFNRFRRRFPQGWVNLSKYPFKIVANILVIFSLIIVAGVNMPHVKPTLTDPYTAWREWNGVPLSGGSTTGTGTLIESPSESMSGYGREDNDLGGGFNFDYSPVMSITSDERSYWRGETRAVYSGTGWADGASSRRSGTGVDIGEELPGEASGSVPTKTLEQSVTMLSDTVYPVLFGAYSVRQLESLDEDIDSDRLSWVTEGAEMHLDDARNADYPKSYTLTSEVPVIPIDELSTRTYDELYSGSIDDAYIQMPRNFPDRVSDLAEEIAAGGDTPYEKVMLLQQYLTSNFTYTNTPDLTRKKSDDFVDAFLFEIQEGYCDYFSTSLVMMTRSLDIPARWVKGYAPGRMTASEYVPLEGQTSIEPGNYTVTNADAHSWVEVYFGEYGWVPIEATPGFSMPILTADTDAEPVIEEEVEEEEAEDKAAPAATSDHEQPGWVKVVVTAAVVVIVLWILYIVWRMRISLRFAGARIRAGKPLTAADKVIAETERWIRSVQRRGLVRQEHETLRESVGRWVSAHPELGAELRPLLQQFEAARYSPAEVKEEQWRSVQQDALKLKKSIKKVRIVSEKRLST				NA	NA	NA	NA	NA
JZ016_05959	531			hypothetical protein	TTGTTTGAAATGTTAATCCCAAAGCTCCGTGTGAATACGGTTTTTGATATTAACCTTGAGGAATTATATGAGCAGGGGTATCGCGGAATCATTACGGATTTGGACAATACCCTTGTAGGGGCCAAGGCGCCGCTTGCGACACCGGAACTGGTCGTTTGGTTCAAAAGGGTAAAGGAGATCGGTTTCCAGCTCATCATCGTCTCGAATAACCAGCTTGAACGCGTGTCTAAATTTGCGACGCCGCTGGATATCCAGTATGTGCATGAAGCCCGTAAACCAAGTAATACCCCGTTCCGCAAAGCGATGAAAATGATGGAGCTCACGCCGGAGAAAACGGTTGTGGTCGGCGACCAGATGCTGACCGACGTTTATGGCGGGAATCGGCTGGGCCTGTATACGGTGCTGGTTATGCCTATCGCCATCAACGATGAGGGATGGTTTACGCGCCTGGTCAATCGCCGGGTGGAGCGGATCGCATTGACCCGTTTGCGCAAGAAAGGATTATGGATGGAGGAGGAACCGAAATCATGA	MFEMLIPKLRVNTVFDINLEELYEQGYRGIITDLDNTLVGAKAPLATPELVVWFKRVKEIGFQLIIVSNNQLERVSKFATPLDIQYVHEARKPSNTPFRKAMKMMELTPEKTVVVGDQMLTDVYGGNRLGLYTVLVMPIAINDEGWFTRLVNRRVERIALTRLRKKGLWMEEEPKS				NA	NA	NA	NA	NA
JZ016_05960	1128	yqeH	COG1161	putative protein YqeH	ATGACGTTGCCTACTGGCGGAGAAGACATCAAGAAGTGCAGCGGCTGCGGCATACCGCTTCAGAGTGAAGTACAGGACAAGCCGGGCTATTTGCCGGAGAAGGCCTGGGACCGCGACCCGGTTATTTGCCAGCGCTGTTTCCGGATCAAGAATTATAATGAAGCCTCCTCGGTTGCCGTAGACCAGGATGAATTTTTACGGCTGCTGGGACAGATTGGCGGCAAGAATGCGCTTGTCATTCATATCGTGGACCTCTTTGATTTTGAAGGGAGCCTGATTTCGGGGCTGCAGCGGTTTGTCGGCAACAATCCGGTTATTCTGGCCGTTAACAAGACCGATCTTCTGCCGAAGGTCACCAATTGGAACAAGGTACTCAATTGGGTACAGAAGCAGTGCAAGGAGCATGGACTGAGAACGGAAGACATCGTGCTCTGCAGCGCGAAGAAGAATCAAGGCTTTGAGCGGCTGCTGGAGACGGTTGCGCATTATCGAGGAGACCGGGACGTCTACGTGGTTGGCGCCACGAATGTGGGTAAATCCAGCTTGATCAATCGTCTGATCCGCGACTACAGCGATTTGGATCAGGAGCTGACCGTTTCCCGTTATCCTGGAACGACGCTGGATATGGTCAATATTCCGCTGGATGACGGCCGGTATATTATAGATACGCCGGGCATCGTATACCCATGGCGCTACAGCGAGCTTGTGAGCCGTGAGGATCTGGGGACGGTCATGCCGGAGAATCCGCTGAAGCCGATGGTATACCAGTTGAACGAAGGGCAGACTCTGTTCTTCGGAGGTTTTGGCCGCTTTGATTTTCTGCAAGGCGAGCACCAATCCTTTACTTGCTTTATCAGCGGCAGATTAGGGATTCATCGGACCAAGCTGGAGCGGGCGGATTCGTTATTTGCCGAACATGCCGGAGAGCTTCTTTCACCGCCGACCAAGGAACGGCTTGAAGAACTGCCGGAATGGACAAGACATGAAATCCGTATTCCTAAGGGAACCCGCCAAGACGTGTTTATCTCGGGGCTCGGCTGGATCAAGATCAATGGTGAACAGGGCGCGCTTGTGGCGGTTCATGTACCTAAAGGAATCAAAGTTCTGTCGCGTCCATCTTTGATATAA	MTLPTGGEDIKKCSGCGIPLQSEVQDKPGYLPEKAWDRDPVICQRCFRIKNYNEASSVAVDQDEFLRLLGQIGGKNALVIHIVDLFDFEGSLISGLQRFVGNNPVILAVNKTDLLPKVTNWNKVLNWVQKQCKEHGLRTEDIVLCSAKKNQGFERLLETVAHYRGDRDVYVVGATNVGKSSLINRLIRDYSDLDQELTVSRYPGTTLDMVNIPLDDGRYIIDTPGIVYPWRYSELVSREDLGTVMPENPLKPMVYQLNEGQTLFFGGFGRFDFLQGEHQSFTCFISGRLGIHRTKLERADSLFAEHAGELLSPPTKERLEELPEWTRHEIRIPKGTRQDVFISGLGWIKINGEQGALVAVHVPKGIKVLSRPSLI				NA	NA	NA	NA	NA
JZ016_05961	861	aroE	COG0169	Shikimate dehydrogenase (NADP(+))	GTGAATCCAACGATCGAGCGTGATTATTTGCTCCTTGGCGTAATGGGGGACCCTATCGGTCACTCCAAATCACCGGCCATGCATGATGCGGCGATTACCGCCCTGGGATTGTCAGGGGCCTATGTGCCCCTTCATATACGTCCGGAGGGGCTTCGTGACGCTATCCAGGCTGTCAAAGCCCTGGGATTCCGCGGAGTGAATGTAACGATCCCGCACAAGGTGGAGGTTATGGAGTATCTGGATGTCGTCGATGAAGGGGCGCGGCGCATCGGTGCCGTGAATACCATCGTCAACGACAATGGCAAATTGACGGGTTATAATACGGATGGCATCGGATATGTTCGTTCATTAAAGGATGAAGCCTGTCCGAACCTTAAAGGGAAACGCATCGTTGTTTACGGCGCCGGCGGAGCGGCCAGGGGAATCATCTACGCCCTTACCGGGGAAGAGCCTGAGAAGATTTCCATTGTGAATCGGACATCCGACAAAGCGCTGGCATTGGCCGAGGAGTGGAGCTCGCTTGCTGACTTGAGGGGATACGGTGAGGATCATGCCACAGAGGCATTGTCAGATGCCGATGTCTTGATCAACACAACCTCGGTGGGCATGTTTCCCCGGGTTTCCGAACTTCCTGTTCCAGCGGAGTATATACCGGAAGGGATCGTTGTCAGCGATCTGATCTATAATCCGTTGAAGACCGAGCTGTTGCGGCAAAGCGAGCTGCGGCAATGCACGGTGCATGGCGGTCTCGGGATGTTCATCAACCAGGGGGCGTATGCATTTGAGTATTGGACAGGTCTGAGGGCGCCCGTACAGGCGATGAAGGATGCGGTTCTGACCAGCTTCCAATCCGAGGTTTAA	MNPTIERDYLLLGVMGDPIGHSKSPAMHDAAITALGLSGAYVPLHIRPEGLRDAIQAVKALGFRGVNVTIPHKVEVMEYLDVVDEGARRIGAVNTIVNDNGKLTGYNTDGIGYVRSLKDEACPNLKGKRIVVYGAGGAARGIIYALTGEEPEKISIVNRTSDKALALAEEWSSLADLRGYGEDHATEALSDADVLINTTSVGMFPRVSELPVPAEYIPEGIVVSDLIYNPLKTELLRQSELRQCTVHGGLGMFINQGAYAFEYWTGLRAPVQAMKDAVLTSFQSEV	PGPT0012890_1329	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES	BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012890-aroE-K00014	NA	NA
JZ016_05962	291	yhbY	COG1534	RNA-binding protein YhbY	ATGTTAACAGGAAAGCAAAAACGACATTTACGTTCGCTTGCGCATCATCTGGATCCGCTGTTCCAGGTAGGCAAGGGAGGAAGCAATGAGCATCTGATCCGGCATATTTCCGAGGCCATTGAGAAGCGGGAGCTCATGAAAATATCCGTGCTCAACAACTGTTTCGAAGATCCCCGCGAAATCGCCGAGGAGCTTGCTGAAGGTGCCGGGGCCGAGCTGGTACAGGTTATCGGCAAGACGATCGTGCTTTATAAAGAATCAAAAGACCACAAAACCATCGAGCTGCCGTAA	MLTGKQKRHLRSLAHHLDPLFQVGKGGSNEHLIRHISEAIEKRELMKISVLNNCFEDPREIAEELAEGAGAELVQVIGKTIVLYKESKDHKTIELP				NA	NA	NA	NA	NA
JZ016_05963	591	nadD	COG1057	Nicotinate-nucleotide adenylyltransferase	ATGAAGATAGGGATAATGGGCGGAACCTTCGATCCCATTCATATCGGGCATATGCTCGCAGCCGAATCAGCTCGGGACGCTTACGGTCTGGAAGAGGTATGGTTTATGCCCAGCCACATTCCCCCGCACAAGGAAGATGCCGGCGTAACCGGCCTGATGAGGCTGGAGATGACCGCTGAGGCTGTAGCCGACCATCCATCTTTTCGTACATTGGATTGGGAAGTGAAACGCGGCGGCGTATCCTATACGGTAGACACGGTCAGAGAGCTGAGGGACACGTATCCCGAGCATGACTTCTCGTTCATTATCGGGGCGGATATGGTAGCGTATCTTCCCAAGTGGAATCGGATCGGGGAGCTGGCGGAAATGCTCACTTTTATTGGGCTTAACCGTCCCGGAACCAAGCTATCGGTGGATGATCTGCCTGATTTCCTGCAAAAGGTGGTAGTGACAGCGGAGATGCCGCTGATTGAAATATCGTCCACCATGATTCGGAGCAGAGCCGCATCAGGCTTGTCCATCCGTTATATGGTGCCGGACCGTGTATACGATTATATTGTTAGGAGCGGTATTTATGGAGTACAGCCGTGA	MKIGIMGGTFDPIHIGHMLAAESARDAYGLEEVWFMPSHIPPHKEDAGVTGLMRLEMTAEAVADHPSFRTLDWEVKRGGVSYTVDTVRELRDTYPEHDFSFIIGADMVAYLPKWNRIGELAEMLTFIGLNRPGTKLSVDDLPDFLQKVVVTAEMPLIEISSTMIRSRAASGLSIRYMVPDRVYDYIVRSGIYGVQP	PGPT0013435_3469	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969	NA	NA
JZ016_05964	579			hypothetical protein	ATGGAGTACAGCCGTGATGAACTCATTCAAGCGGTATCCTCACAGATGCCGGCCAAGCGCTGGGAGCATACAAAAGGCGTAATGGAAACCGCGGTCATCCTTGCCAATCGGTTCGGAGCCGACCCGGTCAAGGCAGAATTAGCCGCCATCCTGCATGACGTGGCCAAATATTGGCCCGTGCAAAAGCTTCAACAAATGATGGTGGAGCATGCGCTATCCGAAGAGCTGCTCCGTTACGACAAGCAGCTTTGGCATGCTGAGGTAGGCGCGTTCGTAGCAGAGCACGAATATGGCGTAACGGATACCGATGTGCTTAACGCCATCCGTTACCATACGTCGGGGCGCGTCGGCATGACACTGCTTGATAAGGTGGTCTGCCTTGCGGATTATATGGAACCGGGACGGGATTTCCCCGGCGTGAATAATATTCGCGAACTGGCCAACCATAGCCTTGAAGAGGCGCTTGCAGCCGGTTTTGATTCGACGATTGGACATCTGCTTTCGCGCAGACAAATCATTTTTCCGTTGACGGTACTAGCCCGCAACGATCTAATTAAGCAATTGGAGGCGAATTCATGA	MEYSRDELIQAVSSQMPAKRWEHTKGVMETAVILANRFGADPVKAELAAILHDVAKYWPVQKLQQMMVEHALSEELLRYDKQLWHAEVGAFVAEHEYGVTDTDVLNAIRYHTSGRVGMTLLDKVVCLADYMEPGRDFPGVNNIRELANHSLEEALAAGFDSTIGHLLSRRQIIFPLTVLARNDLIKQLEANS	PGPT0013435_11	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969	NA	NA
JZ016_05965	348	rsfS	COG0799	Ribosomal silencing factor RsfS	ATGACGTTGAAACCGAATGAATTGTTAAATGTGGCAGTGACTGCCGCTGAAGATAAAAAAGCGATGGATATCGTGGTCCTGGATCTTAGAGGAATTTCCCTGATCGCAGACTATTTTGTCATTTGCCACGGTAACTCGGATACTCAGGTGCAGGCGATCGCAACTGAAATCCGTAAACAGGCTCATGATGCGGGAGTAGCTTTGCGCGGACTGGAGGGAATGGATGCAGCCCGCTGGGTGCTGATGGACCTCGGAGACGTGATCGTTCATATCTTCCATCGCGATGAGCGGGAATATTACAACATCGAGCGATTGTGGTCCGATGCTAAAGTGGTGGAGAACGTATGA	MTLKPNELLNVAVTAAEDKKAMDIVVLDLRGISLIADYFVICHGNSDTQVQAIATEIRKQAHDAGVALRGLEGMDAARWVLMDLGDVIVHIFHRDEREYYNIERLWSDAKVVENV				NA	NA	NA	NA	NA
JZ016_05966	903	cvfB		Conserved virulence factor B	ATGAGTCTGATTGCCGGCACATTAACGAAACTCGTCGTTTCCAGAGAAGTGTCCCCTTACGGTTATTTCCTGGATGGCGGAGATCGGGATGTGCTTCTTCACTATTCGGAGCTCACGGGTAAAATCGAGCCGGGGGATACGGTCGAGGTCTTTATATTCTTCGATACGGAAGACCGCCTGGCCGCAACGATGAAGAAACCTTACCTTACGTTAGGTGAAACCGCTAAGCTTGAGGTGGCGGATGTTCATCCGCGCTTGGGATGTTTCCTCGAGATGGGGCTTGGCAGGCAGCTTCTGCTTCCGATCCGGGAATTGCCGGAGATGCGGGAGCTTCATCCGCAAGTGGGAGATCATGTATTTGTCATCATGGAGCATGATAAGCAAGGACGGCTCCGCGCGAAACTCGCCGGAGAACAAGAGCTTGCTCCGCTTGCGTTTCATGCGCCTGAATCGTGGAAGGGCCAGTGGTTCACTGCCCTGGTGTACAAACCGCTCCAGATGGGCACGTTTGTTATTATCGATGGCGGTGTGATCGGTTTCGGCGCCATTGGCATGATCCACTCCTCCGAACGGACGCGTATGCTGCGGCTTGGCGAAGAGGTGAAGGTTCGGGTAAGCCATATCCGGGAAGATGGCAGGGCTAACCTGTCGATGGTACCGCAAAAAGAGATTGGCCGGACGGATGATGCAGACCGACTGCTCGCTTTTCTGAAGGAGCGACCGGGCCATGCGATGCCGTATTCGGATGAAACGCCCCCCGACATCATCAAGCAGCGGTTCGGCATTAGCAAATCCGCCTTTAAACGCGCGCTTGGCAAGCTGATGAAGGACGGTTTGGTTACCCAAAAGGACAGCTGGACGTATATGGTCAATAAAGAGGAGAACTCCGGTTCAAACGAATAA	MSLIAGTLTKLVVSREVSPYGYFLDGGDRDVLLHYSELTGKIEPGDTVEVFIFFDTEDRLAATMKKPYLTLGETAKLEVADVHPRLGCFLEMGLGRQLLLPIRELPEMRELHPQVGDHVFVIMEHDKQGRLRAKLAGEQELAPLAFHAPESWKGQWFTALVYKPLQMGTFVIIDGGVIGFGAIGMIHSSERTRMLRLGEEVKVRVSHIREDGRANLSMVPQKEIGRTDDADRLLAFLKERPGHAMPYSDETPPDIIKQRFGISKSAFKRALGKLMKDGLVTQKDSWTYMVNKEENSGSNE				NA	NA	NA	NA	NA
JZ016_05967	771			Glycine/sarcosine N-methyltransferase	ATGTTGTCTTACCGCAAGTTTGCTTACGTATATGATCAACTCATGGAAGACATGCCGTACCCGGACTGGATTCGCTTTGCGAGAATGGCCTGGGATAAGCACGGAATGCCAAAAAGCGTCGTTGAGCTCGGATGCGGGACAGGCAGCATCACCATTCCGCTCGTAAACTCCGGTTTCGAGGTAACGGGAATCGATCTGTCGGCAGATATGCTCTCGGTTGCCAGACGCAAGCTGGAGGGTACACCCCAGGGGCATCGATTGTTCCGGGAAGGCAGCGTCCGCTGGGTCCAACAGGACATGCGTTCGTGGGAGCTGCCCGAGCAGGTGGATTCCGTCATTTCATTTTGTGATTGTGTGAACTACCTGCTGGAGGAAAAGGACATCCGTTCCGCTTTTACAAGGACCTACAACGGCCTCAAGGAAGGCGGCACGTTCCTGTTTGATGTGCATCACCCGAACACGCTCTTACGATATGACGCAGATCAGCCATTTGTGCTGGACGAAAGGGAAGTGTCCTACATTTGGACATGCGACATGGATGAACGCCGGATGGAGATCGAGCATCATCTTTCCATCTTTGCACGGGATGACCAGGATCCCACGGTCTACCGCCGCTTTGAGGAAACGCATGTGCAGCGGGGATATGACCCCGAATGGATGAAGGTCGAGCTGGTTAAGGCCGGATTCCGGGATGTGAAATGTTATGCCGATTTTGAGTGGGTGGAAGCGGGTCAGGATGCATCCCGGCTGTTCTACGTTGCCGTAAAATAA	MLSYRKFAYVYDQLMEDMPYPDWIRFARMAWDKHGMPKSVVELGCGTGSITIPLVNSGFEVTGIDLSADMLSVARRKLEGTPQGHRLFREGSVRWVQQDMRSWELPEQVDSVISFCDCVNYLLEEKDIRSAFTRTYNGLKEGGTFLFDVHHPNTLLRYDADQPFVLDEREVSYIWTCDMDERRMEIEHHLSIFARDDQDPTVYRRFEETHVQRGYDPEWMKVELVKAGFRDVKCYADFEWVEAGQDASRLFYVAVK				NA	NA	NA	NA	NA
JZ016_05968	867			hypothetical protein	ATGAAACTGTCCGTATTCACAGTCGCAACTCCTGACTTACAGCCTGAGGAATTGGCAAAAGCCGCGGCGGATGCCGGTATTGAAGGAATCGAATGGCGCTTTAAGGAGATTCCGGAAGAAGCTGCAGGGGAGAAGCCCTCGTTCTGGCGGCATAACCGCTGCTCCATGGATCCGAACGGCACGCAGGAGGATTGGCTCGAGTTTCAGCAAGCGGCCGACAAGCATGGCAGGCGCAGTCTTGCGGTCGTTCCTTATTTGACATGCGGCGACGTGGAAGCGACGGAGAAGGTCATGCAAGCAGCCAAACTGATCGGAGCTTCATTTATTCGCGCGGGTATCCCGGGATATGACCGGAAGCGCAATTATAATGAGCTGTACGACCAGGCGGTTCGTTATCTCCATGAGGTGCAGGATCTCGCTGCGGCTTACGGGGTCAAAGCCGTGGTGGAAACGCACCATCTTACGATCGCCCCGAGCGCCGGACTGACGCACCGGCTTGTATCCCACTTTAATCCGCAGCATATCGGCGTGCTGTATGATCCGGGCAACATGGTCCATGAAGGTTACGAGAACTACCGGATGGGCTTGGAGCTTCTGGGTCCGTACCTGGCTCATGTCCATGTGAAAAACGGGGGTTATCGCAAAACGGCTGCCGAGGATGGTACCTCTGCGGCGTGGTCCGGGGAATGGGTTCCACTTGACCAGGGGGCCGTGCCATGGAAGCAGGTCATACAGGATCTGCAATCGGTTGGTTACGAAGGTTACTACGGAATCGAAGATTTTAGCGGAACGTTTGAGTCTAGGGAAATGCTTCTTCGTTTTGCCGAGCAGATGAAGCTGTGGTCAGAGCAGAAACAAAACGCGTAG	MKLSVFTVATPDLQPEELAKAAADAGIEGIEWRFKEIPEEAAGEKPSFWRHNRCSMDPNGTQEDWLEFQQAADKHGRRSLAVVPYLTCGDVEATEKVMQAAKLIGASFIRAGIPGYDRKRNYNELYDQAVRYLHEVQDLAAAYGVKAVVETHHLTIAPSAGLTHRLVSHFNPQHIGVLYDPGNMVHEGYENYRMGLELLGPYLAHVHVKNGGYRKTAAEDGTSAAWSGEWVPLDQGAVPWKQVIQDLQSVGYEGYYGIEDFSGTFESREMLLRFAEQMKLWSEQKQNA				NA	NA	NA	NA	NA
JZ016_05969	1170	gfo_2		Glucose--fructose oxidoreductase	ATGGAACAGGTAAGAGTAGGGGTTATTGGACTGGGGATGGGGTTTTCGCATGCCAGGTCGCTGGCGTCCGGGCGGATCAAGGGAGCGCGGCTTAGCGCTATATGCGATCTGAATCCGGCCAAACAGGAAGAAGCAAGGGCAACGCTGCCCTCGGACGTGAAAATATGGAGTGATACGAAGGCTATGATCTCCTCGGGGGAGATCGATGCCGTGATCATTGCGACGCCTCATTATGCCCATCCTCAAGTGGCGATTGAGTGCCTGAATCATGGACTCCATGTCCTGATCGAGAAGCCGGCAGGCGTTTACACGAAGCAAGTGCGAGAAATGAACCGCGCGGCAGAAGCCAGCGGCAAGGTGTTCTCGATAATGTACAACCAGCGCTGTAATCCGCTCTACAAGAAGCTGAAAGAGCTCATAGGAGAAGGTGAACTCGGGGAGATCCGGCGGATGAACTGGATCATAACGAATTGGTACCGGTCCCAGAGCTATTATGATTCAGGCGGATGGCGGGCTACCTGGGCGGGAGAAGGCGGTGGGGTCCTGATTAACCAGTCCCCGCATCAACTGGACCTCTGGCAGTGGACGACCGGCATGATGCCAAAGAGAATTCGTGCTTTTTGCGCTTTCGGCAAGTACCGGAACATCGAAGTTGAAGACGATGTGACGGCTTATGCGGAATACGAGAATGGGGCTACGGCCGTCTTCATTACGACAACGGGTGAAGCGCCCGGAACCAACCGATATGAAGTGACGGGGGACCGCGGAAAAATCGTCATCGAGGACGGCAAGCTTACCTTCTGGCGCCTCCGAGTGCCGGAGCCGGAATTCAATCGGCAGTATACCGGGGGATTCGGCGAACCGGAATGCTGGAAATGCGAGGTGCCGATCTCGGGGGATAATCCGCAGCATAGCGGCATTATCCAGAACTTTGCGGATGCTATTTTGCATGGAACGCCATTGATTGCCCCCGGTGAAGAGGGAATCCACGGATTGACGCTGTCGAATGCCATGCATCTGTCCACCTGGACCGATAATTGGGTTGATCTCCCTCTTAACGAGGACCTGTATCACGAAATGCTGCAGGAACGGATCACACAATCTTCCGCTCAGAAAACGGTCAAGGAGATCGGGCCGGTGGATATGAGCAAGACGTTTGGAACCTACTAA	MEQVRVGVIGLGMGFSHARSLASGRIKGARLSAICDLNPAKQEEARATLPSDVKIWSDTKAMISSGEIDAVIIATPHYAHPQVAIECLNHGLHVLIEKPAGVYTKQVREMNRAAEASGKVFSIMYNQRCNPLYKKLKELIGEGELGEIRRMNWIITNWYRSQSYYDSGGWRATWAGEGGGVLINQSPHQLDLWQWTTGMMPKRIRAFCAFGKYRNIEVEDDVTAYAEYENGATAVFITTTGEAPGTNRYEVTGDRGKIVIEDGKLTFWRLRVPEPEFNRQYTGGFGEPECWKCEVPISGDNPQHSGIIQNFADAILHGTPLIAPGEEGIHGLTLSNAMHLSTWTDNWVDLPLNEDLYHEMLQERITQSSAQKTVKEIGPVDMSKTFGTY	PGPT0022715_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022715-wlbA|bplA-K13020	NA	NA
JZ016_05970	1074			hypothetical protein	ATGGACCGCAGTAATGGAATGCTGTATGCGCCGGTGGGCAAGGCCCAGCCGGTATGCAAGCCCGGAGAGTTTGTTTTTGCCGCTATGTCGCTGGAGCATGGACATATATACGGTATGTGTAACGGATTGATCGAGGCAGGGGCGACGCTAAAGTGGGTGTATGACCCAGATCCCGCGAAGGTTGCGGCTTTTTGCAAGGCTTATCCAAGTGTAACCGTTGCCTCGTCCGAGTCACAGGTGCTTCAGGATGCGGAAGTGCGTCTGGTAGCGGCTGCCGCCATTCCTTCGGAACGATGCGAGCTTGGCATGAAGGTCATGTCGCATGGCAAGGATTACTTTACGGATAAGACGCCTTTCACGACGCTGGAGCAGGTGAACGCTGCTCGCGCGAAAGCCGAGGAGACAGGCAAGAAGTACATGGTCTATTACAGTGAACGGCTGCATGTGGAGAGTGCCGTCCATGCCGGGAAGCTGATCCAGGACGGGGCGATCGGGCGAGTGGTGCAAGTGATGGGAACAGGGCCGCACCGTTTAAACGCATCCTCCCGTCCGGACTGGTTTTTCCGTCATCAACAGTACGGGGGGATTCTGTGTGACATCGGCTCCCACCAGATTGAACAATTTTTGTTTTTTGCGGGCTGCCGTGATGCCAAGGTGCTCAGCAGCAAGATAGGGAATTATGCGAATCCGGATTACCCGGAGCTGGAGGATTTCGGAGATGCAACGCTTGTAGGAGACAACGGGGCCACTAATTATTTCCGAGTCGACTGGCTGACACCCGGGGGCCTTGGCACCTGGGGCGACGGAAGAACCTTTATTCTGGGGACGGAAGGATACATCGAGCTTCGCAAATACATCGATATCGCCAGGCATCCGCAGGGTGATCATCTGTACCTGGTTAATGGCGAGGGAGAATTTCATATGGAGCTTCAAGGCAAGGTGGGCTATCCATTCTTCGGGGAGCTTATCCTGGATTGTCTGGAACGCACGGAGCATGCCATGTCCCAGGAGCATGCCTTCAAAGCCGGAGAATTGTGCGTCATCGCCCAAAATGAGGCCGTGCGCATTCCATAA	MDRSNGMLYAPVGKAQPVCKPGEFVFAAMSLEHGHIYGMCNGLIEAGATLKWVYDPDPAKVAAFCKAYPSVTVASSESQVLQDAEVRLVAAAAIPSERCELGMKVMSHGKDYFTDKTPFTTLEQVNAARAKAEETGKKYMVYYSERLHVESAVHAGKLIQDGAIGRVVQVMGTGPHRLNASSRPDWFFRHQQYGGILCDIGSHQIEQFLFFAGCRDAKVLSSKIGNYANPDYPELEDFGDATLVGDNGATNYFRVDWLTPGGLGTWGDGRTFILGTEGYIELRKYIDIARHPQGDHLYLVNGEGEFHMELQGKVGYPFFGELILDCLERTEHAMSQEHAFKAGELCVIAQNEAVRIP				NA	NA	NA	NA	NA
JZ016_05971	882	rhaR_57		HTH-type transcriptional activator RhaR	ATGACCTCATCTGTCGATATGATGCCAGGTTTTGACCGCATGCAGCTGCAAGCGCCGTTTGATCTGACCTATTACAATGAACAGCCGCTGTCGGGAGGGCAGTTTCACTCGCATGCTTTTTATGAAATTTATTATTTCCATGAAGGACGCTGCACTTATTTGATCGGCGATTCCGTTTTCACCCTGAAACCGGGGGATCTGCTCCTAATGAACGGGCTTACGCTCCATTGTCCGAATGTTGAGCCCGATTCCAGATACGTCAGAAGCATTCTGCATTTCGATCCGGCCTGGATCTGCAAAGGGCTTTCGGAGACGGCCAAATCGATATTGCTGGATCCCTTCGAATCGCTGCGAAATCATCGCATGACACTGACAGGGACCAATCGGGACGAATTCGAAGGCATGTTGGCCGATATACATCGCCTCTCGGCATCCACGGCCGGTTTTCGCCAGGAACGGATGACCTTGCGTATTCAGGAGATGATGTACGTCATCGCGGACTGGTGCCAGGACGCTGTGCAGGATCAGGACTCCATCTCCGAGAAAGAGCGGCATGTCCAGCATGTCGTATCGTTCGTCGAGGAACATTATATGCAGGATCTGACGCTGGAGCAAATTGCCCGCGATATGCATATTACGAAACACTATTTATCCTCCTTATTTAAGGAGGTTACCGGAACGACGGTGTTTAAATATTTGTATCACCGGCGGATTAACCAAGCTAAAATTTTGCTCAGGCTCCATCCGCATCTCAGCATCACGGAGATCAGCCAGGCGGCAGGTTTCAAGCATTTGGCTCATTTCAGCCGGATGTTCAAAGCCATGGTCGGGACGACGCCGGAATATTATCGCAGAAGCGGGGAAGAGCTTTCGTTGACTTGA	MTSSVDMMPGFDRMQLQAPFDLTYYNEQPLSGGQFHSHAFYEIYYFHEGRCTYLIGDSVFTLKPGDLLLMNGLTLHCPNVEPDSRYVRSILHFDPAWICKGLSETAKSILLDPFESLRNHRMTLTGTNRDEFEGMLADIHRLSASTAGFRQERMTLRIQEMMYVIADWCQDAVQDQDSISEKERHVQHVVSFVEEHYMQDLTLEQIARDMHITKHYLSSLFKEVTGTTVFKYLYHRRINQAKILLRLHPHLSITEISQAAGFKHLAHFSRMFKAMVGTTPEYYRRSGEELSLT				NA	NA	NA	NA	NA
JZ016_05973	2442	leuS		Leucine--tRNA ligase	ATGACGGACAATCAACCAACCGGCCACGGCTATCAGCCGCAGGCCATCGAACCGAAGTGGCAGCAATACTGGGATGAGAACAAAACCTTTAAAACGGAAGATTCATCATCCAAACCGAAATTTTATGCACTGGATATGTTTCCGTATCCATCAGGAGCAGGCCTGCACGTAGGGCATCCGGAGGGGTACACGGCGACTGACATCGTGTCCCGTTACAAGCGGATGCGCGGATACAACGTGCTTCATCCGATGGGATGGGACGCCTTCGGTCTGCCAGCGGAGCAGTATGCCATGGACACAGGCAAACATCCTCGCGAGTTTACCGTGCAGAATATCGATACGTTCCGCCGCCAGATCAAATCTCTGGGCTTCTCGTATGACTGGGACCGCGAGATCAGCACAACCGATCCGGAATATTATAAATGGACCCAGTGGATCTTTATCCAGCTTTATAAGCGCGGCCTTGCCTATGTGGCTGAAGTGCCGGTGAACTGGTGCGAAGCGCTCGGTACCGTGCTTGCGAACGAAGAGGTCATCGACGGCAAGAGCGAACGCGGGGGCCATCCGGTCGTACGTAAACCGATGCGCCAATGGATTCTGCGCATTACCGAATACGCGGATCGTCTCCTTGAAGATCTGGATGAACTGGACTGGAGCGAAAGCCTGAAGGATATGCAGCGCAACTGGATCGGCAAATCCACAGGCGCTGAGGTTCGTTTTGACATCGAAGGTTACGATGGTCATCTGGAGGTGTTCACGACCCGTCCGGATACGCTGTTCGGGGCAACCTACTGCGTTCTGGCGCCGGAGCATGACCTCGTAGATAAGATTACGTCAGCCGATCAGCGTGAAGCCGTCAAGGCTTATCAAGATCAAGCAGCACGTAAAAGCGACCTGGAGCGGACGGATCTGGCCAAGGATAAAACCGGTGTATTCACGGGTGCATACGCCATTAATCCGGTAAACGGCGCTAAAGTGCCGATCTGGATCGCGGATTATGTGCTTGCCGGCTATGGAACGGGTGCCATTATGGCGGTTCCGGGTCATGACAGCCGTGACTGGGAGTTTGCGAAGCAATTCGGTCTTCCGATTATTGAAGTCGTTCAGGGTGGAAATGTCGAGGAGGAAGCATACAGCGGCAGTGGCGCGCATGTGAATTCCGGCTTCCTGAACGGGTTGGACAATGAAGAGGCTATCCAGGCGATGAATGAATGGCTGGAGCAAGAGGGCAAGGGCAAGAAGAAGGTAACTTACCGTCTGCGCGACTGGCTGTTCAGCCGTCAACGCTACTGGGGTGAGCCGATTCCGATTCTGCATCTGGAAGACGGAACGATGAAGACCGTGCCTGAGGATCAGCTTCCATTGCTGCTGCCGGATGTGGATCAGATTAAACCATCCGGTACCGGCGAATCACCGCTGGCTAACGTTACGGAGTGGGTGGAAACGGTAGATCCCGAAACCGGCATGAAAGCCCGCCGCGAGACGAATACGATGCCGCAATGGGCAGGCAGCTGCTGGTATTACCTGCGTTATATCGATCCACGCAATAATGATGAATTGTGCTCCAAGGAGAAGCAGAAGGAATGGCTGCCGGTTGACCTGTACATCGGTGGTGTGGAGCATGCGGTGCTTCATTTGCTGTATGCTCGCTTCTGGCACAAAGTATTGTATGACCTGGGCGTTGTCGATACGAAGGAGCCTTTCCAGAAGCTGGTCAATCAGGGTATGATCCTGGGCAACAATAATGAAAAAATGAGTAAATCCCGCGGCAATGTCATCAATCCGGATGATATTGTTAACGAATACGGAGCCGACACGCTGCGTGTGTACGAGATGTTCATGGGGCCGCTGGAAGCAACCAAGCCATGGAACACCAACGGCGTTGAAGGAACGTTTCGTTTCCTCTCCCGCGTATGGCGCCTGTTTATCGGGGACGACGGTCAATTGAACCCTAAAATCGTGGAAGGCGAGGGTACGGATGATTTCAGACGTACACTGCACAAAACGATTAAGAAAGTGACCGAAGACTTTGAACATATGCGCTTTAACACAGCGATCAGCCAGCTGATGGTATTCATCAACGAGGGATACAAGACGGAAGAGCTTCCGCGCAAAGCGATGGAGAACTTCGTGCAGCTGCTTTCCCCGCTGGCCCCTCACCTGGCTGAAGAGCTGTGGAGCCGTTTAGGCTACACGGAGAGCGTAACCTACGTGCCATGGCCGGAGTATGACGAGGCTTGGACTGTAGAGGCCGAAGTGGAGATTGTCGTTCAAGTTAACGGCAAAATCGTAGAACGTGCCAAAATCTCGAAAGACATGGACCAAGAAGCCATGCAACAACATAGCCTCTCCCTTCCGAATGTCAAGCAGGCGCTGGAAGGAAAGAGTATTCGCAAAGTCATTGCCGTACCGGGCAAACTGGTCAATATCGTGGCCGGTTAA	MTDNQPTGHGYQPQAIEPKWQQYWDENKTFKTEDSSSKPKFYALDMFPYPSGAGLHVGHPEGYTATDIVSRYKRMRGYNVLHPMGWDAFGLPAEQYAMDTGKHPREFTVQNIDTFRRQIKSLGFSYDWDREISTTDPEYYKWTQWIFIQLYKRGLAYVAEVPVNWCEALGTVLANEEVIDGKSERGGHPVVRKPMRQWILRITEYADRLLEDLDELDWSESLKDMQRNWIGKSTGAEVRFDIEGYDGHLEVFTTRPDTLFGATYCVLAPEHDLVDKITSADQREAVKAYQDQAARKSDLERTDLAKDKTGVFTGAYAINPVNGAKVPIWIADYVLAGYGTGAIMAVPGHDSRDWEFAKQFGLPIIEVVQGGNVEEEAYSGSGAHVNSGFLNGLDNEEAIQAMNEWLEQEGKGKKKVTYRLRDWLFSRQRYWGEPIPILHLEDGTMKTVPEDQLPLLLPDVDQIKPSGTGESPLANVTEWVETVDPETGMKARRETNTMPQWAGSCWYYLRYIDPRNNDELCSKEKQKEWLPVDLYIGGVEHAVLHLLYARFWHKVLYDLGVVDTKEPFQKLVNQGMILGNNNEKMSKSRGNVINPDDIVNEYGADTLRVYEMFMGPLEATKPWNTNGVEGTFRFLSRVWRLFIGDDGQLNPKIVEGEGTDDFRRTLHKTIKKVTEDFEHMRFNTAISQLMVFINEGYKTEELPRKAMENFVQLLSPLAPHLAEELWSRLGYTESVTYVPWPEYDEAWTVEAEVEIVVQVNGKIVERAKISKDMDQEAMQQHSLSLPNVKQALEGKSIRKVIAVPGKLVNIVAG				NA	NA	NA	NA	NA
JZ016_05974	843	proC_1	COG0345	Pyrroline-5-carboxylate reductase	ATGAAGGTCGGTTTTATCGGTACGGGCAGCATGGGTAGTCTGTTGATCGATGCCTTCATTCAATCGGGCGCACTCCTGCCTGAGCAGATTCGGGTCAGCAACCGAAGTCCTGAAAAGCCGATGCAGCTGGCAAAACGTCATCCCGGTCTGACGGTATGCAGCTGTAACACGGAGACGGCTTCTCAGAGCGACCTGCTATTCCTATGTATAAAGCCGCTTGAATTCAAATCTGTCATCAGCGAAATCAAAGATCGGCTTGAAGTCCGGCAAATCGCCATATCCATCACGAGTCCGGTCCAACTGATCCATCTGGAATCATCGCTGCCCTGCAAGGTGGCGAAAATCATACCGAGCATCACCAACCTAACCGGAGGCGGAGCATCGTTATGCATGTACGGTTCCCGAATAAAAGAAGAAGACAGGCAGCTTATAGAAAGCCTCCTGTCTTATATCAGCAGGCCGCTCGAGATACTGGAATCGCACACGCGAATCACTTCCGATTTCTCCAGCTGCGGACCTGCTTTTTTAAGTTTATTCATGGAAAAATGGATCGACGCTGCCGTTGAAATGACCGGAATCGACCGCAGAACCCTTAATGCATTAGCCGGAGAAATGCTGCTTGGCACCGGCAAGCTGTTAACGGAGGAGGGCTTCTCCCCCGAACAGCTGCAAGAGCGGGTTGCGGTTCCCGGAGGCATCACGGCTCAGGCTTTGGCACTGCTGGATTCTAACCTGAACGGATTGTTCTACCAATTGATCCAAACCACACACGACAAGTATGAGGAGGATTTGGCAAAACTGGATGCTGCCTTCGGTTTTACGATTAACCGGCCACGATATTGA	MKVGFIGTGSMGSLLIDAFIQSGALLPEQIRVSNRSPEKPMQLAKRHPGLTVCSCNTETASQSDLLFLCIKPLEFKSVISEIKDRLEVRQIAISITSPVQLIHLESSLPCKVAKIIPSITNLTGGGASLCMYGSRIKEEDRQLIESLLSYISRPLEILESHTRITSDFSSCGPAFLSLFMEKWIDAAVEMTGIDRRTLNALAGEMLLGTGKLLTEEGFSPEQLQERVAVPGGITAQALALLDSNLNGLFYQLIQTTHDKYEEDLAKLDAAFGFTINRPRY	PGPT0029420_48	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029420-comER-K02239	NA	NA
JZ016_05975	657			hypothetical protein	ATGAAAAGGATATCTTTAGGTTGGAGTCTTGCCGCAACGATTGCGGGCTGCGGGTTCATCTTGTTTGCCGGCGGTGTTGATCAGGGGATCGAGGGCTGGCAGCCGCTGAACGATCAGCTGGAGCAGGTGCTTGCGGCCGAAGAGAATGCGGGTGTGAAGACGTCCGGGGCTGATTCCCGGCAGAAGGATGTGGAACCGTCTGGAGCCGGAACGGATTCGAAGACTGCTGCAAAGAGCACGCAGGCGGGGCAGATCGAGCCTGCCAGTAATGTGAAGGACTCCATGCCAGACCAAGACCAAGGAGCGGCAGGGAGCGGTATAGCAGACCATACGGCATCGTCTTCGGCTTCTGGTCAACCTTCTTCGCCCCTTGTACCGCCTCAGGTTGAAGGTGTCACTCAGCATTTACAGCAACAAACTCCTGTTAACGGTGCAGCGCAGTCACCAGCAGCTACGGATCCATCCAGATTGATTAATGTCAACACGGCGGATGCTGCAACGCTTATGGAGCTGCCTGGCATTGGCGAAGCGAAGGCCAAGGCCATTATCGATTATCGGAATCAGTTCGGTCCATTTAAAAGTCAGGCCGACTTGATGAACGTAAAGGGCATCGGGCCCAAAATGCTGGAGAAGATGAAGCCTTACGTTGGACTTTAG	MKRISLGWSLAATIAGCGFILFAGGVDQGIEGWQPLNDQLEQVLAAEENAGVKTSGADSRQKDVEPSGAGTDSKTAAKSTQAGQIEPASNVKDSMPDQDQGAAGSGIADHTASSSASGQPSSPLVPPQVEGVTQHLQQQTPVNGAAQSPAATDPSRLINVNTADAATLMELPGIGEAKAKAIIDYRNQFGPFKSQADLMNVKGIGPKMLEKMKPYVGL	PGPT0029410_1032	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029410-comEA-K02237	NA	NA
JZ016_05976	522			hypothetical protein	ATGATGAGTGCAGATCAACGTAAAGATTGGGATACTTATTTCATGGATATTGCCTTTATGGTTTCAACCCGCTCCCAATGCCCGCGACGTCATGTCGGGGCGGTGCTGGTGCAGGGGAAGAAGCTGCTCGGGACGGCTTATAACGGCGCGCCGATGGGGGTGCCTGATTGCTCGGAAGCGGGCTGTATGATCGCCGAGGATTATGAACTGGTCGTGCAGGACGGCAAGGAGAGCATGGTGAAGAAACAGCGCTGCATCCGGACGATTCATGCCGAGCAGAATCTGCTGTTATTCACGGACCGGATCGATCGGGAAGGCAGCACGGTGTACGTGACGGATGAGCCCTGCTGGACCTGTGCGAATATGCTTGCCAACAGCGGCATTGTCGAGGTTGTGTTCCACCGTCCTTATCCGAAGGATTCGGGCAAGGTGTCCCGCATGATGGAACAGAAGGGGATTTTGTTCCGGCAGCTTGAAGCGTATGAGCCGCCGCGCGAAACCTTGATGACGGTAGCGGAATGA	MMSADQRKDWDTYFMDIAFMVSTRSQCPRRHVGAVLVQGKKLLGTAYNGAPMGVPDCSEAGCMIAEDYELVVQDGKESMVKKQRCIRTIHAEQNLLLFTDRIDREGSTVYVTDEPCWTCANMLANSGIVEVVFHRPYPKDSGKVSRMMEQKGILFRQLEAYEPPRETLMTVAE	PGPT0021380_845	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0021380-comEB|tadA-K01493	NA	NA
JZ016_05977	2775			hypothetical protein	ATGCAGGCAAGGGTCCTTTTTTATTTAATGATGAAGGGATTTGTTGGAATCATGAAGCGAAGGCCATTACTTGTGTTTACCGTGATGTGGGTAATCGGCAGCGGTGCTGCATGCCTGTACGACGGATGGAGGCTGGCCATGATTGCAGCCGAGCTGATTCTCATCCTGTTTGCTGTATGTCATTGGGCTGGGGCAGGGCGGCTTTTTACGCTCTGCATGCTGTTCTCCTTGTGCATGTCGGGTACTTACTGGGAATGGCATGACGCGGCCAATGTAAGTGATTTTGAGCCGGTCCTCTCAGGGGAGACATCGACGGACGCTGTTCCTGTTACTGCCTTTGGTGTAATCACAACCCCAATAGAAGTGGATGGCGACCGCGCGGATTTCAATGTTGCCCTACATCAAGCTGATCTCAAGCTAACAAAGCCTCCAGAGTCCCAAAAACAAGCGAATCCGGATAACGGCACCTTGCTGAAGACGGATGATATCGTCAGGGTTCAAGTGAAACTAATGGACAAAAAGGAGCTGGAGATAGTTCAGCGATGGCAGCGCGGGGACCGCATAGAGCTGACCGGGGAGCTGCAAAAACCTGGAGAAGCTCGCAATTTTGACGGATTTAATTATGCTCAATATTTGCGAACCCAGAAGATTCATTGGATGATCAAAGTGAAGGGCTCTGACCTAGCGAAGGTCACCTCGCCTGACAGCTGGAATGTAAGTCATATTCTAAGATGGACGGATGCCGTTCGGCATAAGCTCGGGGGCAAGCTGGATCAATTGTATGGCGGAATCCATGCAGGGTATATGAAGGGACTTGTGATTGGCAATCAGGATGATTTGGATCCCGATACGTTTATGGAGTTCTCGCGTTTGGGATTGACTCACATTCTTGCGATATCAGGCATGCATGTGGCAGTGGTTGTGGGATGCCTCTTATTCGTATGCACAACCCTTCGAATGACGAGGGAGACCTCGCTGACTGTGGTTATGTGGCTGATTCCCGTTTATGTCCTGCTTACTGGGGCAAGTCCTTCTATTATCCGTGCCGGCATCATGGGGATGATCGGTTTGTATGCCGCACGGCGGCGACTTTTGAAGGATGGACTGCATATTCTTAGTGTTGCCGCGCTCGTCATGCTGCTGTGGAACCCGTATTTTCTCGTGAACGTCAGCTTTCAGCTGTCATTCATCGTAACGGCAGGCTTGATGATCTTCGTACCGAAGCTGATGCCGCTGCTGTCATTCTTGCCCCGCTGGCTTGCGGGAACCGTCGGAATTACGGTCGTAGCGCAGCTGATCTCCTTTCCCCTAACCATTTATTATTTTAACCAGGTGTCGCTGATATCCGTCTTCGCCAATTTGATCCTGGTTCCGGTGATTAGCCTTGTCGTTCTTCCGTTAGGAATGGTATCTTTGCTGATGGGGTGGATATGGATGCGCGGAGCTGGCTGGTTGGCAGCTGTGACCGAATGGTTAAACCAAATGACGTTCCGTGTCGTTGAATGGATGAATGGTTCATCCGCTTTGATGACGTTGTGGCCGTCCCCGTCGTTAGCCTGGATCTTATGTTATTTTGTTGTGCTGTATTCGCTGCTCTCCATTCTGAAGATGAGATCCGAAAATGGCGAAGGAGAGCGGATCGGATCGGACGATACCGTTCCATTGGAAGGACGCGTATCCTTGGATAGTAAAAGAGATTTGTCTGGGGCAACCGGCATGTTTCCGCTCGTGGATCAATGGGCCGGTGCGTTGCGATGGAGAGGTTTTTTTCGCGCCAGTGATTATATTGAACGCTATGCAGCGAGAGCCGCGATCGTCCTGCTGTCCGCAGCTTTGGTTTTTTTGCTGTACGGCGGCTATCAATCTCCATCGATGCACGGAGCGGGACTCGTGCAATTTCTGGATGTAGGACAAGGGGATTCGATCCTGGTAACAACACCTGAGGGCAAGCATATTCTCATTGACGGTGGTGGAACGGTGAATTTTCGTAAGGAAAAGGATGCTTGGAAGGAAAGGAAGGCCCCGTATGAGGTGGGAGCGAAGGTGGTGGTTCCGCTGTTGAAAAAAAGGGGCGTGCACCAGCTTGAGGCTGTCATCATGTCCCATGGAGACCAGGATCATATAGGCGGTCTTCAAGCTGTTTTGCAGGAAATCCCGGTAAAATCAGTTGTGTTCAACGGGACCTTGACCGACTCCGCTTCCTTCCGGAAGCTGATGTTAACCGCAGTACAGCAGCGCATTCCCATATACGAGGCTGGAGTGGATCGGGAAGTATGGAAGCTTGACAGCCATACGGAAATCCAATTTCTAGCGCCTATTTTCCCAGAAAGTGGAGAAACCATAAAACCATTACCGTTGATTAAGGAGCAGAATCATGCTTCACTAGTATTTGTCCTTCAAATGAACGGCAGCCGGATCCTGTTTACGGGTGACACAGACCAAGCTGCCGAACATAAAATATTGTTGTATCTAGAGGAACGTTCTTCACAAGATGATATCATTTCACCGCTTGCTGCTGCCGGTGACCGCATCGATGTCATGAAGGTTGCCCATCACGGCAGCAAAACCTCGACATCCGCGCTATGGCTGAATGCATGGAAGCCGAAGGCAGCGGTTATTTCCGCTGGTGTCAACAATATGTACGGCCACCCTCATCCGGATGTGGTAGGACGGTTGGAACGTTCCACGAATCTCATCTATCAGACCAATCTTCACGGTGAAATACAGATGAGGATCAAGGATGGACATATTGACACGCGTACGAAGCTTCCTTGA	MQARVLFYLMMKGFVGIMKRRPLLVFTVMWVIGSGAACLYDGWRLAMIAAELILILFAVCHWAGAGRLFTLCMLFSLCMSGTYWEWHDAANVSDFEPVLSGETSTDAVPVTAFGVITTPIEVDGDRADFNVALHQADLKLTKPPESQKQANPDNGTLLKTDDIVRVQVKLMDKKELEIVQRWQRGDRIELTGELQKPGEARNFDGFNYAQYLRTQKIHWMIKVKGSDLAKVTSPDSWNVSHILRWTDAVRHKLGGKLDQLYGGIHAGYMKGLVIGNQDDLDPDTFMEFSRLGLTHILAISGMHVAVVVGCLLFVCTTLRMTRETSLTVVMWLIPVYVLLTGASPSIIRAGIMGMIGLYAARRRLLKDGLHILSVAALVMLLWNPYFLVNVSFQLSFIVTAGLMIFVPKLMPLLSFLPRWLAGTVGITVVAQLISFPLTIYYFNQVSLISVFANLILVPVISLVVLPLGMVSLLMGWIWMRGAGWLAAVTEWLNQMTFRVVEWMNGSSALMTLWPSPSLAWILCYFVVLYSLLSILKMRSENGEGERIGSDDTVPLEGRVSLDSKRDLSGATGMFPLVDQWAGALRWRGFFRASDYIERYAARAAIVLLSAALVFLLYGGYQSPSMHGAGLVQFLDVGQGDSILVTTPEGKHILIDGGGTVNFRKEKDAWKERKAPYEVGAKVVVPLLKKRGVHQLEAVIMSHGDQDHIGGLQAVLQEIPVKSVVFNGTLTDSASFRKLMLTAVQQRIPIYEAGVDREVWKLDSHTEIQFLAPIFPESGETIKPLPLIKEQNHASLVFVLQMNGSRILFTGDTDQAAEHKILLYLEERSSQDDIISPLAAAGDRIDVMKVAHHGSKTSTSALWLNAWKPKAAVISAGVNNMYGHPHPDVVGRLERSTNLIYQTNLHGEIQMRIKDGHIDTRTKLP	PGPT0029415_91	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029415-comEC-K02238	NA	NA
JZ016_05978	549	sigW_11	COG1595	ECF RNA polymerase sigma factor SigW	GTGGTGGAGCAGGGACTCATAAGAGCCGCTCAATCGGGCGATCGCGACGCTCTAATCACCCTATTGCGAGAAATTGAGCAACATGTTTACCGAACTGCTTATTACATTTTAAACAATGAACAGGATGCTATGGATGCAGCCCAGGAAGCACTTATACGTGTATATACGAAGATTAACTCCTACGAGGAGAAGGCTCAGTTCAAAACTTGGGTCCAACGGATTGTCACCAACATATGCATTGATAAATTCCGCAGGACAAAGCCGACGGTTTCCATCGATGAACATGATCTGGTGTTTCGGGATAATCTCGATGTAGAACGGGAAGTGATGTCGGGATATCTGGCTCAGGATATTCAGGAAGCCATTAATCAACTGCCGGACCATCATCGTACGGTCATTGTCTTAAGGTATTTGCAGGATCTATCCTACAACGAAATTGCTGATTGTCTGAACCTCCCGCTCAATACGGTAAAATCCTATTTGTTCAGGGCCAGGCAGCAGCTGCAGAATATGCTCCAAGAGCATCAGAAAGGTGGTGTATCAGGATGA	MVEQGLIRAAQSGDRDALITLLREIEQHVYRTAYYILNNEQDAMDAAQEALIRVYTKINSYEEKAQFKTWVQRIVTNICIDKFRRTKPTVSIDEHDLVFRDNLDVEREVMSGYLAQDIQEAINQLPDHHRTVIVLRYLQDLSYNEIADCLNLPLNTVKSYLFRARQQLQNMLQEHQKGGVSG				NA	NA	NA	NA	NA
JZ016_05979	1266			hypothetical protein	ATGAATTGCCAAGAGGTGGTGGAACGTATGCACCGGTATTTGGACCGGGATCTCACTTCGGAGGAGACGGCCCAAATGTATCAGCATATTGCCGTGTGCCCCATGTGTGCGGAGACCTTTAATATATTGAAATCATTGAACAGAGAGCTTGAGGATCTTCCGGCCGTAACCCCGCCTGTCAGTCTGGTAGACGCTATCATGCCTAGACTGGATGCCATTGACCGTGATCGCCAGAACCTTGTCGTACCTCCAGCACTGAAAAGCCAGGAGCCAGCCGAAATGATGCCGGAAATGCGGCGTCCGCGACGTGCGGGCAGCTGGTGGAGCACGATTGGCGGTAGAACTGCTATCGGGGCCGCCGCGGCTGTACTTATTCTCGGCGTAGCGATTTTTAATAATGAACCGAAGATGTTATCCGATGCGGAGCTTCCATACGAAGAGGCTAGCACGACCAGTGCCGGGGCGAATGACGAATCGGCTGCCACGCAGAATCAGGAAATGGCTCAGCCGTTTGCCGCCGAAGGCGGCACGGAGACGGGTGGCGAATCGAATGATGGGAACGATTCATCCGCAAGTCTGCGGAGTTCGCCATCGGAATCGTCACCGGAAGCCAATTCCGACCCTGCCTCGAATGATACGAAGGCAACACAGGAGCCATCGGATGCGGCTGATGGCACCAATAAAGATGTTACAGCACCCGATAAACCGGTTCAGATGAAAGATGTTGGGGAACCCCAAGCGCCAGACCAACCTGCGACGAGCAACAATGAGGTGCCAAAAACCGATACCGGAAGTCCGTCTGACCCTCCGGCGAATGAACCTGAGCAGGGTTCTGAAACCATGGATGTCCAGACGTCACCTACGGAACCGGATACCACGTCTGAGATGCTGCCTCCAATTAGCGATCCTGCCGGTGATGCGGTCATGGAAAGCGCCGAATCATCCGACAGGTCATCCGGATCGTACCAAGGACTGGCGATGGTGCCGGAACAGTGGTCGTCCCCGGACGGTCTCTACCGAGCCTCGCTCGAGGCCGATCATCTGATTATCTATCGTCTGCCATCGGGAAGCCAAACTTCGCCTGATGCGGTTGAAACGGTTGAGACAATTCCGCTCGGCGGAAGCTGGGTATCCGGTCAATGGTCCGAGGATGGCTTAACGTTCAAGTATAAGGTGCAGACCGATAACGAATTGGTTGAATCCGTCTATTCCATTGAGAAGTCCCAGCCACCGGCATCTACGGGACAGAAGCAGCCTAAATCATAG	MNCQEVVERMHRYLDRDLTSEETAQMYQHIAVCPMCAETFNILKSLNRELEDLPAVTPPVSLVDAIMPRLDAIDRDRQNLVVPPALKSQEPAEMMPEMRRPRRAGSWWSTIGGRTAIGAAAAVLILGVAIFNNEPKMLSDAELPYEEASTTSAGANDESAATQNQEMAQPFAAEGGTETGGESNDGNDSSASLRSSPSESSPEANSDPASNDTKATQEPSDAADGTNKDVTAPDKPVQMKDVGEPQAPDQPATSNNEVPKTDTGSPSDPPANEPEQGSETMDVQTSPTEPDTTSEMLPPISDPAGDAVMESAESSDRSSGSYQGLAMVPEQWSSPDGLYRASLEADHLIIYRLPSGSQTSPDAVETVETIPLGGSWVSGQWSEDGLTFKYKVQTDNELVESVYSIEKSQPPASTGQKQPKS				NA	NA	NA	NA	NA
JZ016_05980	1020	yqeN	COG1466	putative protein YqeN	ATGGATGCCAAAGCGGCGGCCAAGGCGGTTAAGCAGGGAGAGGTGTCTGCCGTCTATTTGTTGTATGGCAGCGAGAAATTTCAAATGAAGGAATTCGCCGAATTTCTGGAAGCCCAGCTAATCCCGAAAGAAGACCGTGATTTTGCCCTCGTTCATATGGATTTAGGGGAAGTTCCGATTCAAACCGTTATTGAAGAAGCGGAGACGGTTCCTTTTATGGTTCAAAAAAAACTGATCATGGTCAGGGATACGGCTTTTTTTACCGCAGCAAAAGATAACGGGAAAGTGGATCATCGTCCAGAGGCTTTGCTGGACTATTTGACCAATCCTGCTGATTATAGTGTGATTGTCTTTATGGTTGGACAAGAAAAGCTGGATGAACGGAAGAAGGTAGTCAAGGCAGTCAAGAAATCGGGGGTTGCTTTGTCCTTCATGCCTTTGGGCGGGGAGGATTTGCTTCGCTGGGTGGACAAGCAGGTAAAGAAAAGCGACTGCACGTTGCGGGAAGGTGCGGCGGAAGCGATCGTGCGAAATGCGGGAACCAGCCTTCAGGCATTATCAGGTGAGATCGAAAAGCTGTGCTTATATGCTGGCGCTGGCGGTGTGATTGATGTCGCAACCGTGGAAATGCTGGTGGCGCGCAGTACGGAACAGAATGTATTTGCGCTTGTAGAGGATATTGCGAATCTTCGATTGGACAAGGCGCTCGGAATTTATTACGAACTGCTGAAGCAGCGCGAAGAGCCGATCAAGATTGCTGCGCTGATTACCAGACAGTTCCGGATTATTCTGCAGGTGAAGACTTTATCCACCCAGAGCTACTCACAGCAGCAAATTGCTTCCCAGATCGGATTGCATCCCTATGCGGTGAAGATTGCGGGCGAGCAAGCCCGAAAGTTTGAGACAGCTCGCCTTGAAGGCATACTGAACCATCTGGCGAATCTGGATTACCAGATGAAGACCGGGGCCGTGGATAAGGTGCTGGGCATTGAATTGTTTTTGCTGCGGCTTGGGGCGTAA	MDAKAAAKAVKQGEVSAVYLLYGSEKFQMKEFAEFLEAQLIPKEDRDFALVHMDLGEVPIQTVIEEAETVPFMVQKKLIMVRDTAFFTAAKDNGKVDHRPEALLDYLTNPADYSVIVFMVGQEKLDERKKVVKAVKKSGVALSFMPLGGEDLLRWVDKQVKKSDCTLREGAAEAIVRNAGTSLQALSGEIEKLCLYAGAGGVIDVATVEMLVARSTEQNVFALVEDIANLRLDKALGIYYELLKQREEPIKIAALITRQFRIILQVKTLSTQSYSQQQIASQIGLHPYAVKIAGEQARKFETARLEGILNHLANLDYQMKTGAVDKVLGIELFLLRLGA				NA	NA	NA	NA	NA
JZ016_05981	273	rpsT	COG0268	30S ribosomal protein S20	ATGCCAAACATCAAATCCGCGATTAAACGTGTAAAGACAAGTGACAAACGCCACGCGCTTAACATTTCTCAAAAATCCGCGCTTCGCACAGCTGTTAAAACTGCTGACGTAGCGTTGAACGGTACAGAAATCGAAGCTGCTAAAGTTGCTTTCCAAGCTGCTTCCAAGAAGCTTGATAAAGCCGTTACGAAGGGCCTGATCCATAAGAACGCAGCTGCCCGCAAAAAGTCCCGTCTGGCGAAAAGACTGAACGCTCTTACGTCCCAAGCGTAA	MPNIKSAIKRVKTSDKRHALNISQKSALRTAVKTADVALNGTEIEAAKVAFQAASKKLDKAVTKGLIHKNAAARKKSRLAKRLNALTSQA				NA	NA	NA	NA	NA
JZ016_05982	1002	gpr_4		Germination protease	ATGGATCTGGATCTGCAAAAATATTCGGTCCGAACGGACCTGGCGGTGGAATCAAGAGAACTGGCGGGAGGAAAAGGCAATGCGCCCATTCCTGGTGTGATGGAGGATGTGGTGCAGGAGGACGGAATCAAGATTACAAGGCTGGACGTGGAGAACGAAGCAGCCTCTACGCAAATCGGCAGAGTGAAGGGCCATTACGTCACGTTGGAGGTGCCCGATCTTCGCAAGGGGGATACGGAGCTTCAAGATCAGGTGTCCGTTGTCTTCGCCCGTGAGTTCGAGGCATTCATGTCCCGGATCGGGATCGGACCCAAGGCAAGCGTGCTCATTGTCGGGCTTGGCAACTGGAATGTGACGCCGGATTCGCTGGGACCGCTTGTGGTGGAGAACGTGATGGTCACCCGTCAGTATTTCGAGCTTATGCCGGATCGGGTAGCGCCAGGTTATCGTCAGGTTAGTGCCGTAGCGCCTGGTGTGCTCGGTCTGACAGGGATTGAATCCAGCGAAACGGTTCAAGGGATCGTGGAACAAATCCGTCCTGACCTGATCATCGCCATTGATGCTCTGGCTTCGCGTTCGCTGGAGCGTGTGAATACGACCATCCAGATTGCGGATATCGGGATCCACCCCGGCTCTGGTGTCGGCAATAAACGCAAGGGATTGACGCAGGAGATTCTTGGAGTTCCCTGCATTGCCATCGGTGTTCCAACCGTCTGCTATGCTTCCACCATCGTTAATAACGCAATTGAGCTCATGAAGTCCCATTTTGGCGAAGGTGCGCCGGAGACGGGCAAAATTATGGGTATGCTCCATGATATACCCGAAGGTGAGCGCCTCGCGCTGGTGAAGGAGGTGCTGGAGCCGCTGGGCCATGACCTTATCGTAACGCCTAAGGAGATTGACGAATTTATAGAGGACATCGCCAATATCGTCGCAACCGGCCTGAACGCAGCGCTGCATGAGGCTGTGGATCCCGGCAATGTAGGTGCGTACACGCACTAA	MDLDLQKYSVRTDLAVESRELAGGKGNAPIPGVMEDVVQEDGIKITRLDVENEAASTQIGRVKGHYVTLEVPDLRKGDTELQDQVSVVFAREFEAFMSRIGIGPKASVLIVGLGNWNVTPDSLGPLVVENVMVTRQYFELMPDRVAPGYRQVSAVAPGVLGLTGIESSETVQGIVEQIRPDLIIAIDALASRSLERVNTTIQIADIGIHPGSGVGNKRKGLTQEILGVPCIAIGVPTVCYASTIVNNAIELMKSHFGEGAPETGKIMGMLHDIPEGERLALVKEVLEPLGHDLIVTPKEIDEFIEDIANIVATGLNAALHEAVDPGNVGAYTH				NA	NA	NA	NA	NA
JZ016_05983	1374			hypothetical protein	ATGAACAATCGCAAGTTTCGCATCTGGAATATTGCCAGACTAAAACGGAAGGTCATGGAAGGTCTGAGCATGGGTCGAACGCTCATTATATTGATGCTTGGCTCTCTTATATTTTTTATTTTGCTAGGGCTCGGAGGGATGGCGGAACAGCGGATGAATTCCTCGCCCGTGTCGTCCATGAAAGGATTGGCCGCTTCGTTATCCAGCCATTTTTTCATCGATATGATCGGCATGGAGATGCCGCATATGACGGCTTCCAAAGAGACCTCAAGCTTCTCCGGCGAGAAAATGTCGACCTTCGTCTTTGAACTGCTTACGAGCGTGAACCCGAGGGACCCGAAAAGCCTGCTTGCGGGCGAATTGCCCGGCATGAAGGCAAATCAACCGGTGCAGCTGTCACATGGCTCCGGGAACGAGGATGGGGAAGCACCGGCGGATTACCGGCCGGATCCAGCCGAGGAGCAGGCGGAAGGCGACCCTGCTGATGCCGGGGAAGAGCCGCCGCAAGGCGGTCGGGGTATCGGCAATGAAGATAACGGCGAGGATGTCCCGGATCAGGGCACGGAAGACGAGCCTGGCAGTAAGAATGACCCTGGAAGCACCTCCAAGGATGGAAAGTCTACGAATGGAAAGAAAGCCGTACTCATCTATCATTCGCACCCACAGGAAGCATATAACCCGCTGCTAACGCATCCATCCGATAATCCGGGGGCTGTATCCCCAAGCAAGAACGTCATGCTGGTGGGCAGCTTTCTGAGTAAAAGACTTGAGGCCAACGGAATTGGGACCCTGCATGATAAAAGTGACTATCAATCTACCATTGAAGGATACAATTATAACTTTTCTTATAAATACTCGCGCCAGATGGTCATGGAGGCCATGTCCCAGAACGACGGCATTCATTACCTGATCGATATCCATCGGGATTCGCAGCGGTATAACAAAACGACGGCAACCGTAAACGGCGTTAACTACGCCAAGGTTTACTTCATCATCGGTCATGCGAACGAGAACTGGAGACAGAACGAGGCGTTTGCAAGCAAAATCAATGCCAAGCTGGAAAAATCCTATCCTGGGGTGTCTCGAGGCGTGTGGGGCAAATCAGCGGATCAAGGGAACGGGGAATATAATCAATCCCTGTCGCCAAACAGTATTCTGATCGAAATCGGCGGCATCGATAATACGAAGGAAGAATTGCAGCGGACAGCTGAAGCGTTGGCGGACATCATTGCAGATGTGTACTGGCAGGAGCAAGAGGCGGAGAAAGCCAGCGTGAAAAAAGACAACGATCAAACGAAGAAGCAGTCCGTTTCCGCGGGAACCAAGGGCGGAAGCAAAAAAGGAACAGAGGATCAAGCAGCCAAAGCAGGCTAA	MNNRKFRIWNIARLKRKVMEGLSMGRTLIILMLGSLIFFILLGLGGMAEQRMNSSPVSSMKGLAASLSSHFFIDMIGMEMPHMTASKETSSFSGEKMSTFVFELLTSVNPRDPKSLLAGELPGMKANQPVQLSHGSGNEDGEAPADYRPDPAEEQAEGDPADAGEEPPQGGRGIGNEDNGEDVPDQGTEDEPGSKNDPGSTSKDGKSTNGKKAVLIYHSHPQEAYNPLLTHPSDNPGAVSPSKNVMLVGSFLSKRLEANGIGTLHDKSDYQSTIEGYNYNFSYKYSRQMVMEAMSQNDGIHYLIDIHRDSQRYNKTTATVNGVNYAKVYFIIGHANENWRQNEAFASKINAKLEKSYPGVSRGVWGKSADQGNGEYNQSLSPNSILIEIGGIDNTKEELQRTAEALADIIADVYWQEQEAEKASVKKDNDQTKKQSVSAGTKGGSKKGTEDQAAKAG	PGPT0024690_27	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024690-spoIIP-K06385	NA	NA
JZ016_05984	408			hypothetical protein	ATGTCAAGAATGGGAAAACGGTTGGTGGCTCTTATCATATGGACAGGCATCGGCATATTGGTCGGCATGCAGCTTGGCGGGGCAAAAGCACCAGTACCGGCAGACGGTACCGGAGCCGTGCAAACTGTGCAGCAAAACCATGCTCAGGATCCGCAAGGCGGGGCTGCTCAAGGGAATGGATGGGGAGGGACACGCAAGACCCCTCCCGTATCAGAGTCCGCTGTTCTAGAAGAAGATGCTCGTAAGACCTTGCCCGAATATGAGCCGACGCCTAGCGACATCCTGCTTCCCGAGCGTTCGCAACCGCCTGCCGATGTGCTGGCCGATAAGACGGCAGGTCTGCTTCAGCAGTTGTCTGACAAAAGCATACGCTGGGTCGTATCGATGTTCGGATCGATCACGGAATAA	MSRMGKRLVALIIWTGIGILVGMQLGGAKAPVPADGTGAVQTVQQNHAQDPQGGAAQGNGWGGTRKTPPVSESAVLEEDARKTLPEYEPTPSDILLPERSQPPADVLADKTAGLLQQLSDKSIRWVVSMFGSITE				NA	NA	NA	NA	NA
JZ016_05985	1818	lepA		Elongation factor 4	ATGACAGACGTACAAGCAAGACAACAAAAAATTCGTAATTTCTGTATCATTGCACATATAGACCATGGGAAATCGACGCTTGCTGACCGTATATTGGAATTTACGGGCGCATTAACTTCGCGTGAAATGCAAGAGCAGGTACTGGATCAGATGGATCTGGAGAGAGAACGCGGGATTACCATCAAGCTGCAGGCGGTTCGCCTGAATTACAAATCCGATGACGGCGAGGAGTATATATTGAATCTGATTGATACTCCAGGGCACGTCGACTTTACGTATGAGGTATCCCGAAGCCTGGCCGCTTGTGAAGGCGCGCTGCTCGTAGTTGATGCTGCACAGGGAATTGAAGCGCAGACATTGGCCAACGTATATCTGGCACTGGATAACAATCTTGAAATTCTGCCTGTCATTAACAAGATAGACTTGCCAAGCGCCGATCCTGAGCGGGTGAAACAGGAAGTTGAGGATGTCATCGGTCTGGATGCCAGCGATGCCGTATTAGCTTCTGCCAAGGCCGGCATCGGAATCAAGGAAATTCTGGAGCAGGTGGTTCAGAAAGTTCCTGCGCCAACCGGCGATTCGGAAGAACCGCTGAAAGCGCTGATTTTCGACTCCCATTATGATCCTTACAAAGGCGTTATCGTATATGTGCGCGTTATTGACGGAAGCATTAAAGCCGGCTCCAAGATCAAAATGATGGCTACCGGCAAAACCTTCGAGGTCATTGAGGTGGGGGCGTTTAAGCCGCGCATGTCCATCGTGGACGAGCTTAACGTCGGCGATGTCGGTTTCATCGTGGCTGGTATCAAGAGCGTTGGCGATACGCAGGTCGGTGATACGGTAACGGATGCCAAGCGTCCGACGGCCCAGCCGCTTCCGGGTTACCGCAAAATCAACCCGATGGTATTCTGCGGACTGTATCCAATCGAAACGTCAGACTACAATGATCTGCGCGAGGCGCTCGAGAAGCTGCAGCTTAATGATGCATCGCTCAGCTTTGAGCCGGAGACATCCAGCGCGCTCGGATTCGGTTTCCGTTGCGGATTCCTTGGCCTGCTGCACATGGATGTCATCCAGGAGCGGATTGAACGAGAGTTTAACATACCGCTGATTACGACTGCGCCGAGCGTTATTTACCGCATTACGCTGACGAACGGAGAGCAGATCCAGATCGATAACCCGTCTCATTATCCTGAGGTGGGCAAGGTCGATTATGTCGAAGAGCCTTATGTTAAAGCAGGCATTATCGTTCCGAACGATTATGTCGGAGCGATCATGGAACTCTGCCAGAATAAACGCGGCGAATTCGTAAACATGGAATACCTGGACACAACGCGCGTTACCATTACCTATGAAATTCCGCTGTCGGAAATCGTGTATGATTTCTTCGACCAGTTGAAATCGAGCACCAAAGGATATGCTTCATTCGATTACGAGTTGTCCGGGTACCGTCGATCCAATCTGGTCAAAATGGACATTTTGCTCAATGCCGAGCAGGTGGATGCCTTGTCCTTTATCGTGCACAAGGACCGTGCTTATCACCGCGGACGTGCGATTTGCGAGAAGCTGCGTGAGCTGATTCCTCGTCAAATGTTCGAAGTGCCGATTCAAGCTTCTGTCGGTACCAAGGTTGTTGCCCGTGAAACGGTTAAAGCGATGCGCAAAAACGTCCTTGCCAAGTGTTACGGCGGTGACATCTCCCGTAAACGGAAACTCCTTGAGAAGCAGAAGGAAGGTAAGAAACGGATGAAGCAAGTTGGCAGCGTTGAAGTGCCGCAGGAAGCCTTCATGGCGGTACTGAAAATCGACGACAAGTAA	MTDVQARQQKIRNFCIIAHIDHGKSTLADRILEFTGALTSREMQEQVLDQMDLERERGITIKLQAVRLNYKSDDGEEYILNLIDTPGHVDFTYEVSRSLAACEGALLVVDAAQGIEAQTLANVYLALDNNLEILPVINKIDLPSADPERVKQEVEDVIGLDASDAVLASAKAGIGIKEILEQVVQKVPAPTGDSEEPLKALIFDSHYDPYKGVIVYVRVIDGSIKAGSKIKMMATGKTFEVIEVGAFKPRMSIVDELNVGDVGFIVAGIKSVGDTQVGDTVTDAKRPTAQPLPGYRKINPMVFCGLYPIETSDYNDLREALEKLQLNDASLSFEPETSSALGFGFRCGFLGLLHMDVIQERIEREFNIPLITTAPSVIYRITLTNGEQIQIDNPSHYPEVGKVDYVEEPYVKAGIIVPNDYVGAIMELCQNKRGEFVNMEYLDTTRVTITYEIPLSEIVYDFFDQLKSSTKGYASFDYELSGYRRSNLVKMDILLNAEQVDALSFIVHKDRAYHRGRAICEKLRELIPRQMFEVPIQASVGTKVVARETVKAMRKNVLAKCYGGDISRKRKLLEKQKEGKKRMKQVGSVEVPQEAFMAVLKIDDK	PGPT0015105_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015105-degP|htrA-K04771	NA	NA
JZ016_05986	1167	hemW	COG0635	Heme chaperone HemW	ATGACGGCAAACGATCAACGGACGGAAGCGGTGTACATCCACATTCCGTTTTGCACCAATAAATGTTTTTACTGCGACTTCAATTCCTACGTGTTGAAAGATCAGCCGGTAATGGATTATCTGCGCGCGCTGGATAAGGAAATGGAGCTGACCGTTCAGGCTAACCCGCCTGGACGAATCAAAAGCATATTTGTAGGCGGCGGGACTCCAACGGTGCTGAAGCCGGATGAAATGGAATACTTCTTGCAGAGCGTGAAGCGCCATTTTCCGGAATGGTCCGATGACATTGAATTTTCGATGGAAGCCAATCCCGGCACTACGGATTTGGAGAAGCTGTCCGTCATGCGCGAGGGCGGCGTGAACCGCATCAGCTTCGGGGTGCAGGCCTTCCAGAACAGCTTGCTGACCGGCATCGGTCGGATTCATGATACGGATGATGTGTATCGAAGTCTCGAGAACGCCAGAAGAGCAGGCTTTGATAACATGTCCATCGATTTGATGTTCGGGCTCCCGAACCAAACCTTGGACATGCTTGCGGAAAGCGTGGATAAGGCGCTGGAGCTTGGACTCCCGCATTATTCAATCTACAGCCTGAAGGTTGAAGAAAACACGCTGTTCCATACGATGTACCAGCGAAACCAGCTGCCGCTTCCGGATGAGGAGGACGAGCTGAATATGTATCTTCTATTAATGGAGCGGATGCAGGCTGCCGGATATAAACAGTATGAGATCAGTAATTTTGCCAAACCCGGCTTTGAGAGCCGGCATAATATGACGTATTGGCGCAACGAGGATTATTATGGCTTGGGCGCGGGAGCGCACGGATACATTGGTCGTCAGCGCCATGTAAACATTAAAGGCGTCAACCCATATAATGAAGCAGCGAATCAAGGACTTCCGCGATTGGAGAGTTTTGAGGTATCAAGAGAAGAAGCGATGGAGGATTTCCTCATGGTTGGGCTCCGAGTCCTGGATGGCGTTTCGCGCAGCCGGTTCCGGCAGCAATTCGGGATTTCTATGGAAGAGGTATTCGCCGGCCCGCTGAATAAAATGGTAGGTGCGGGACTACTCGATTCCACGGATGATGGATATAAACTGAGCAGTAAAGGCATTCTGTTCGGCAACGATGTGTTTGCCGAATTTATAGGCAGCTTGTCAACAAATTAA	MTANDQRTEAVYIHIPFCTNKCFYCDFNSYVLKDQPVMDYLRALDKEMELTVQANPPGRIKSIFVGGGTPTVLKPDEMEYFLQSVKRHFPEWSDDIEFSMEANPGTTDLEKLSVMREGGVNRISFGVQAFQNSLLTGIGRIHDTDDVYRSLENARRAGFDNMSIDLMFGLPNQTLDMLAESVDKALELGLPHYSIYSLKVEENTLFHTMYQRNQLPLPDEEDELNMYLLLMERMQAAGYKQYEISNFAKPGFESRHNMTYWRNEDYYGLGAGAHGYIGRQRHVNIKGVNPYNEAANQGLPRLESFEVSREEAMEDFLMVGLRVLDGVSRSRFRQQFGISMEEVFAGPLNKMVGAGLLDSTDDGYKLSSKGILFGNDVFAEFIGSLSTN	PGPT0003200_3135	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003200-hemN|hemZ-K02495	NA	NA
JZ016_05987	462	argA	COG1246	Amino-acid acetyltransferase	ATGTCGGCGGTATGCAGAAAGGCGAAGTTAGAAGATGTCGAGCCGCTGTATCAGATGATTCAGGGTTATGCGGAAAAGGGCATTATGCTGCCCCGGTCCAAAAAAGTGCTGGAGAAACAGATCGGGGAATTCGTTGTGGCCGAATCCGAAGGGAACGTGATCGGCTGCGGTTCCTTGTGCCAGCTGGGAAATGATCTGGTAGAGATTCGTTCACTCGGCATCTCCGATGGTTATAAAGGGCAAGGAATCGGCTCCATGCTGGTGGATTCCCTTCTCGAAGAAGCGAAACGGCGCGAGCTCCCGAAAGTGATGGCCTTGACGTACGAGGTATCCTTTTTCATCAAAAACGGCTTTGCCGTTGTGGAAAAGGAGATTTTCCCGGAGAAAGTGTGGACCGACTGCATTCACTGCAAGAAGCAGCACGCTTGTGACGAAATAGCTGTTCTTAAAGTACTGAACTGA	MSAVCRKAKLEDVEPLYQMIQGYAEKGIMLPRSKKVLEKQIGEFVVAESEGNVIGCGSLCQLGNDLVEIRSLGISDGYKGQGIGSMLVDSLLEEAKRRELPKVMALTYEVSFFIKNGFAVVEKEIFPEKVWTDCIHCKKQHACDEIAVLKVLN	PGPT0014241_787	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014241-argA-K00619	NA	NA
JZ016_05988	1014	hrcA	COG1420	Heat-inducible transcription repressor HrcA	ATGATTTTGAATGCCATTGTGGATGACTATATCCGTTCTGCCGAGCCGGTTGGTTCAAGAAGCATTTCCAAACGCGGGGATGTCGGATACAGTCCGGCAACCATTCGTAACGAGATGGCTGATCTGGAGGAACTCGGATTTCTGGAGCAGCCTCATACATCAGCTGGACGAATTCCGTCACATAAAGGATATCGTTATTATGTTGATCATCTCACGTCGTCGTTTTCCTTGAACCCTGCGGAACTGCATATGATGAAATCCTTTTTTGCAGAAAAGCTGAACGTGATGGAGCAGATGATACAGCATACAGCTGGCATTCTGTCTCAAATGACTAATTACACTTCCATCCTGCTGGGACCGGAAGTTTTTCATACGTCTTTGCGTCATTTCCAGCTTCTTCCTCTCCATGAGGATCAAGCGGTAGCCATCATCGTAACCAGCACAGGGCAAGTCGAGAACAAGATTGTTTCGATTCCGCAGGGTGTGTCCGTTTCCGATCTGGAGCAAGTGGTCAATCTTCTGAACAAGAAGCTGGTCAACGTGCCTCTATATAAACTCAAGACCCGTTTGTATACGGAGATTGGCGAGGAAATGCAGCGGCATATTTCACATTATGAAGACCTCATGAGTATGCTGGATATCGCCCTTAACAATGAACCGGACCATCGCGGCGTATATCTTAGCGGCACGACCCACATGCTGAATCAGCCGGAGTTCAAGGATGTGGATAAGGTAAGGGAGATTTTCGAGCTTCTGGAACAGACACCCGCACTGTTGAAACTCATGGCTCCTGCTCCCGGTGAGCATGGTGTCCAAGTGAAGATCGGTACGGAAAATACGCATGAAGCGATTTCCAATTGCAGTTTGATTACTGCGACTTATTCGATAGATGGAAAAGCGCTCGGTTCGATTGGTATTCTCGGTCCTACAAGAATGGAATATGCACGGGTGATCGGCATCTTGAATGTGTTATCCCATGATCTGACGAAGCTGCTGTCACACTGGTACAAATAA	MILNAIVDDYIRSAEPVGSRSISKRGDVGYSPATIRNEMADLEELGFLEQPHTSAGRIPSHKGYRYYVDHLTSSFSLNPAELHMMKSFFAEKLNVMEQMIQHTAGILSQMTNYTSILLGPEVFHTSLRHFQLLPLHEDQAVAIIVTSTGQVENKIVSIPQGVSVSDLEQVVNLLNKKLVNVPLYKLKTRLYTEIGEEMQRHISHYEDLMSMLDIALNNEPDHRGVYLSGTTHMLNQPEFKDVDKVREIFELLEQTPALLKLMAPAPGEHGVQVKIGTENTHEAISNCSLITATYSIDGKALGSIGILGPTRMEYARVIGILNVLSHDLTKLLSHWYK				NA	NA	NA	NA	NA
JZ016_05989	1542	groL2		60 kDa chaperonin 2	ATGAGCCAAGGACAACATAGCCAAGTGGACGGAGATGAACGTTATTCTACGCTATTAAACAACAGTAATGCCGTCCGGGCCGTCACGTCCGCTGTAGAAGGCACGCTTGGACCGAAGGGGCTCGACGTGATGCTGGTAGGTCCCCGCGGCGAAGTGGTCATTACCAATGACGGGGTAACGATTCTGGATAAAATGGATGTCACCCACCCGGCTGCCCGCCTTCTCATTCAGGTGGCAAGAGCGCAGCAGGAGAAAATCGGCGACGGAACCACAACGGCTACCGTGCTTGCAGGCGCACTTGTGCAGGAAGGGGTTTCCCGCATCACCCGCGGGGTGCCTGCATCCAAGGTGGTGGAGGGGCTGCGTCAAGGAATCGAGAAGTCGATGGAGCTGTTAACAAAGCGGGTTCGGCTGATCGACGGATTGGATGATCCGCTGCTGGAACGGACGGTGTACGTTGCGGGGCGTGAACGGAAGGACATCGTGGAGCTGATTATGCAAGCTGCGAGGAAAGCCGGAATCACCCGTCTTCAGGATCCTTCCTACTCGCTCGCGGACAGTATAATTGCCCTGGAGAATGCCGAGAATGAAGTGTTTGAGGGGGTTCTGCTCCGGCAGCGACCGATCTTCGCCCGCGAGTCCAGGTCCTATGACGATGCAAAAGTGTTGGTGCTGTTTGATTCCCTGGAGCCGGATGAGATCGATGAAGAGGCGCTCACAACCGAAGCCGGATTTGCGCAATATATGGATCTCCGAAAAGTGTTCGCTTCAGATTTGGAGAGATTGTCCGAGCTGTCCGTAAAACTCATCCTGCTTGAAAAAGGCATCCACCCGGATGCGGAGCAGTTTTGCCTGGATCACGGCATGATGGTTGTACCGCGCGTCTCCCGTGCGGATCTTCGCCGGGTAAGCGACATGACGGGAGCTACTCCCATACGCCGCAAGGCGTTACATAAAGACTCGAAGGAGCTTGCGGTCCTTCTGGGTGATACCCCGCGTGTCGCTTATGATGAAGGCATCGAGAAAATCCGGCTGTCCTGCGGCAGCCAAGACAAGGACCGTATCGTGACGGTCATTGTTGGGGCAAGCACTTCCGAGGTCGTAGGCGAAGCGGCCAGAATCGCTGGGGATGCGGCCTCGGCACTGCAGGCTGCCGTTTCCGGAGGGGTGCTTCCGGGCGGCGGGACAAGCGAACTCGCGGTGTCCTACGAGTTGGAACGGATCCGGGAGGCTCAGAAAGGCATGGAAGCCTTCGGCATGGAAGCCGTTTCGGCGGCTTTGCGCAAGCCGATGTCGCAGATACTTCTCAATGCCGGTTACAACCCGCTCGAGAAGATGGAAGAAGTGCGCGCTGCGCAAATCCGTGCAGACTCTGATTGCATGGGTATTGATTGCGACAGCGGCCGGGTTGTCGATTATGAGGAGCTGGGCGTGCTGGATCCGGCACCGGTTAAACTTCACGGCTTGCGGGCAGCCGGTGAAGTCGCAGCAGCCGTGCTGCGGATTCATCACGTCATCAAGATGAAAGAAATAGGCGAATAA	MSQGQHSQVDGDERYSTLLNNSNAVRAVTSAVEGTLGPKGLDVMLVGPRGEVVITNDGVTILDKMDVTHPAARLLIQVARAQQEKIGDGTTTATVLAGALVQEGVSRITRGVPASKVVEGLRQGIEKSMELLTKRVRLIDGLDDPLLERTVYVAGRERKDIVELIMQAARKAGITRLQDPSYSLADSIIALENAENEVFEGVLLRQRPIFARESRSYDDAKVLVLFDSLEPDEIDEEALTTEAGFAQYMDLRKVFASDLERLSELSVKLILLEKGIHPDAEQFCLDHGMMVVPRVSRADLRRVSDMTGATPIRRKALHKDSKELAVLLGDTPRVAYDEGIEKIRLSCGSQDKDRIVTVIVGASTSEVVGEAARIAGDAASALQAAVSGGVLPGGGTSELAVSYELERIREAQKGMEAFGMEAVSAALRKPMSQILLNAGYNPLEKMEEVRAAQIRADSDCMGIDCDSGRVVDYEELGVLDPAPVKLHGLRAAGEVAAAVLRIHHVIKMKEIGE				NA	NA	NA	NA	NA
JZ016_05990	612	grpE		Protein GrpE	TTGAATAAAGAGCATAAGGATGCCGTTCAAGATACAGTTACAGAAGAAATGATGGAAGAAACTTTGGAGAACACGCCAAATACGGGTGAGAGCGGGTCTGCAGAGGAAGCCGTAAATCCCGAACAGGAGATTCCTGTAACGGAATCGGCGGATGAAGCAGGTTCAGCAGAGCTTGAGAAGCTTCAGGCTGAGGTGCTGGAGCACCAGCAGCGTACCCTGCGAGTTCAAGCGGATTTTGACAACTTCCGTCGTCGCACCCAGAAGGAGAAAGAAGATCTGGGCAAATATGCATCTTCCAAACTGATTACGGAGCTTCTGCCCGTCATCGACAATTTTGAGCGTGCCCTTCAGGCATCCGAGGAGAACCCGGAGTTTGAATCCTTCTCCAAGGGAGTCAGCATGATCTTCCGCCAGTTGGAATCGGTCCTTGCTACCGAAGGCTTGACCGCGATGAAGAGTGTAGGCGAGCCGTTCAATCCGGAGTATCACCAAGCGATCATGCAGGTGGAAAGCGATGAATACGAGGAAGGCATCGTGGTTGAGGAAGTGCAGAAGGGGTATAAGCTTAAAGATAAAGTGTTAAGACCTGCGATGGTTAAAGTGAGCATGTAA	MNKEHKDAVQDTVTEEMMEETLENTPNTGESGSAEEAVNPEQEIPVTESADEAGSAELEKLQAEVLEHQQRTLRVQADFDNFRRRTQKEKEDLGKYASSKLITELLPVIDNFERALQASEENPEFESFSKGVSMIFRQLESVLATEGLTAMKSVGEPFNPEYHQAIMQVESDEYEEGIVVEEVQKGYKLKDKVLRPAMVKVSM	PGPT0014650_2868	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0014650-grpE-K03687	NA	NA
JZ016_05991	1842	dnaK	COG0443	Chaperone protein DnaK	ATGAGCAAAGTTATTGGTATCGACTTAGGAACAACCAACTCCTGCGTAGCCGTAATGGAGGGTGGGGAAGCAGTAGTTATTCCGAATCCGGAGGGTGCTCGTACGACTCCATCCGTTGTCGGATTTAAGAAAGACGGCGAGCGTATCGTTGGGGATACAGCGAAACGTCAAGCGATCACCAACCCGGATCGTACCATTATCTCTATTAAGCGTCATATGGGTACAAATCACAAAGAATCCATCGACGGCAAAGACTACACGCCGCAAGAAATCTCTGCTATCATTCTGCAGAAGCTGAAATCCGATGCGGAAGCTTATCTGGGCCAACCAGTAACCCAGGCGGTTATTACGGTTCCTGCATACTTTAATGACAGCCAGCGTCAAGCGACCAAGGATGCCGGTAAAATCGCGGGTCTTGAAGTGCTGCGTATCGTCAACGAGCCGACCGCTGCTGCATTGGCTTACGGCATGGAGAAATCCGAAGACCAAACCATCCTGGTATATGACCTTGGCGGCGGTACATTCGACGTTTCCATTCTAGAACTGGGCGATGGCTTCTTCGAAGTAAAAGCAACCAGCGGGGACAACCAGCTTGGCGGCGACGACTTTGACCAAGTGATCATTGACTACCTGGTAGCCGAATTCAAGAAAGAGCAAGGCATCGATCTCAGCAAAGACAAAGCAGCTGTTCAACGTCTGAAAGACGCTGCGGAAAAAGCGAAAAAAGAATTGTCCGGCGTACTGACAACCACGATTTCGCTGCCGTTCATCACCGTTGCTGACGGCGTGCCTCAGCATCTTGAGATTAACCTGACTCGTGCTAAATTCGAAGAATTGTCTGCTTCCCTGGTAGAGCGTACGCTTGGCCCGACTCGTCAAGCGCTTAGCGATGCAGGTTTGACCGCTAACGATATTCACAAAATCGTCCTTGTCGGCGGTTCCACTCGTATTCCTGCCGTACAGGAAGCGATTAAGAAATTGACAGGAAAAGAGCCTCACAAAGGCGTAAACCCTGACGAAGTGGTTGCGCTTGGAGCAGCCGTTCAAGCCGGCGTATTGACAGGTGACGTTAAAGACGTTGTGTTGCTCGACGTAACTCCGTTGTCCCTCGGTATCGAAACCGCAGGCGGCGTATTCACCAAAATGATCGACCGCAACACGACGATTCCAACAAGCAAATCCCAAGTATTCTCCACGTATGCCGATAATCAGCCGAGCGTTGAAATTCACGTGCTGCAAGGTGAACGCGAAATGGCTGCCGGCAACAAAACGCTGGGACGCTTCATGCTTGGAGACATTCCTCCAGCACCGCGCGGCGTGCCGCAAATCGAAGTTACCTTTGACATCGATGCGAACGGTATCGTAAACGTATCGGCGACGGATAAAGGTACTGGCAAGAGCCAGAAGATCACGATCACGTCCTCCAGCGGCTTGAGCGATGCTGAAGTTGAGCAAATGATGAAGGACGCTGAGCTTCATGCTGAAGAAGACCGTAAACGCAAAGAGCTGGTAGAAGCTCGCAACAATGCGGACCAACTCGTATACACGACCGAGAAAACACTCAAGGATCTAGGCGACAAAGTCGACGCTTCCGAAGTGGAAAAAGCGAACGAAGCGAAAGACAAAGTGAAGAAGGCCCTTGAATCCGATAACCTCGAAGAGATTAACGCTTCGGTAGAGGAGTTGACCCAAATCGTACAGCAGCTGTCCGTAAAGCTGTATGAGCAAGCAGCACAACAGGAACAGCAAGGTGCTGAAGGTGCTGACGCCGGCGCTCCTAAGAAAGACAATGTCGTAGATGCAGATTACGAGGTTGTTGACGAAGATAAAAACAAAGGTTAA	MSKVIGIDLGTTNSCVAVMEGGEAVVIPNPEGARTTPSVVGFKKDGERIVGDTAKRQAITNPDRTIISIKRHMGTNHKESIDGKDYTPQEISAIILQKLKSDAEAYLGQPVTQAVITVPAYFNDSQRQATKDAGKIAGLEVLRIVNEPTAAALAYGMEKSEDQTILVYDLGGGTFDVSILELGDGFFEVKATSGDNQLGGDDFDQVIIDYLVAEFKKEQGIDLSKDKAAVQRLKDAAEKAKKELSGVLTTTISLPFITVADGVPQHLEINLTRAKFEELSASLVERTLGPTRQALSDAGLTANDIHKIVLVGGSTRIPAVQEAIKKLTGKEPHKGVNPDEVVALGAAVQAGVLTGDVKDVVLLDVTPLSLGIETAGGVFTKMIDRNTTIPTSKSQVFSTYADNQPSVEIHVLQGEREMAAGNKTLGRFMLGDIPPAPRGVPQIEVTFDIDANGIVNVSATDKGTGKSQKITITSSSGLSDAEVEQMMKDAELHAEEDRKRKELVEARNNADQLVYTTEKTLKDLGDKVDASEVEKANEAKDKVKKALESDNLEEINASVEELTQIVQQLSVKLYEQAAQQEQQGAEGADAGAPKKDNVVDADYEVVDEDKNKG	PGPT0014555_5728	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014555-dnaK-K04043	NA	NA
JZ016_05992	1119	dnaJ		Chaperone protein DnaJ	GTGGCTGATAAGCGTGATTATTATGAGGTGCTCGGTGTCGGCAAGGATGCATCGGACGATGAAATCAAGAAGGCGTACCGCAAAATGGCTCGCCAATATCATCCGGACGTGAACAAAGCGGCTGACGCGGAAGCCAAATTCAAGGAAGTGAAAGAGGCTTACGATGTATTGAGCGATGGTCAGAAGCGTGCGCAGTATGACCAGTATGGTCATATCGATCCGAACCAAGGTATGGGCGGAGGCGGTTTCTCCGGTGATTTCGGCGGTTTTGGAGATATATTCGATATGTTCTTTGGCGGTAATGGTCGCCGTGATCCGAATGCGCCTCAGCGGGGGAACGATCTGCAATATACGATGACGGTTGAATTTAAGGAAGCGGTATTCGGTAAGGAAACGGATATCACCATTCCGAGAACGGAGACATGCGATACATGTCACGGCTCCGGTGCGAAGCCGGGCACGCAGCCGCATACATGTTCGGTGTGTAACGGCAGCGGGCAGCAAGAAGTCGTGCAAAATACGCCGTTTGGACGTATGGTAAACCGTCGCGCTTGCTCGAACTGTAACGGAACAGGGAAAATCATCAAAGACCGCTGCTCGACTTGTAACGGCAACGGCAAAGTGAAGAAGCAGCGCAAGATTCATGTTCGCGTGCCTGCTGGTGTGGACGACGGAGCTCAGCTTCGCATGACAGGTGAAGGCGAAGGCGGCTTCCGCGGCGGTCCGGCCGGTGACTTGTATATCGTCATCCGCGTGAAGCCGCATGACTTCTTCGAACGCGAAGGGGACGACATTTATTGCGAAGTGCCGCTTACCTTTGCTCAGGCTGCGCTTGGCGACGAGATTGAGATCCCGACGCTGACGGAGAGAGTGAAGCTGAAGATTCCGGCCGGTACGCAGACGGGAACCTTCTTCCGCTTGAAAGGCAAAGGGGTGCCTCGGCTTCGCGGCATGGGACAGGGTGACCAGCACGTCAAGGTTGTGGTCGTTACGCCAAGCAAGCTGAGTGATGATCAGAAAGAGCTGCTTCGTCAGTTTGCTTCCCTTGATGGCGAACAGACCCATGAGCAGGAACAGTCTTTCTTTGACCGTGTTAAAAAAGCATTCCGCGGTGACTAA	MADKRDYYEVLGVGKDASDDEIKKAYRKMARQYHPDVNKAADAEAKFKEVKEAYDVLSDGQKRAQYDQYGHIDPNQGMGGGGFSGDFGGFGDIFDMFFGGNGRRDPNAPQRGNDLQYTMTVEFKEAVFGKETDITIPRTETCDTCHGSGAKPGTQPHTCSVCNGSGQQEVVQNTPFGRMVNRRACSNCNGTGKIIKDRCSTCNGNGKVKKQRKIHVRVPAGVDDGAQLRMTGEGEGGFRGGPAGDLYIVIRVKPHDFFEREGDDIYCEVPLTFAQAALGDEIEIPTLTERVKLKIPAGTQTGTFFRLKGKGVPRLRGMGQGDQHVKVVVVTPSKLSDDQKELLRQFASLDGEQTHEQEQSFFDRVKKAFRGD	PGPT0014545_5255	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014545-dnaJ-K03686	NA	NA
JZ016_05993	372			hypothetical protein	GTGGCAGAGAAAAATATTTTGGCGTATTTTAAAAGCCCGGAAGAAGCCCAGCATGCTGCCCGCAAATTGCAGTCGCTGCGCGTTGCCGATATGTCCATCGACCGGTTTAGCGCCGATCCCGGCGGGGAGCTCAACAATCCGATGAATCCGTTGACAGGCAACATTGCAAGCTTAACAACGCTGACCTTAAATGCGGATATTTCGGGGCCGGGAGCCGGAATTCTCGGGGCAGCGGATCCGTCCGCCAGCGGGATGAGCAGCGGCGGGGAGGACGGAACCGAAGGCCGGGATATTTTGCTGACGGTTGTATTGGACGAAGGCGTATTTCCGCAAGCCATGCGGCTAATCGAAGAATCCGGCGGCATGATTTAA	MAEKNILAYFKSPEEAQHAARKLQSLRVADMSIDRFSADPGGELNNPMNPLTGNIASLTTLTLNADISGPGAGILGAADPSASGMSSGGEDGTEGRDILLTVVLDEGVFPQAMRLIEESGGMI				NA	NA	NA	NA	NA
JZ016_05994	201			hypothetical protein	ATGATGAGACGCGTAAAAAAAGGGAAAATCTCGAGCAAAACCGAGAAAATGATTGCCCTTCAATCCGCTAAGGCGGAGGATGTTGAATTTTCGGCCATGGAAGCCGATCACGATGATGTGGAAGCGCTGCGCAGAAGCGAGGCGGCGGATGAACGCCAATTGAAGAAAATTCTCGATGAAACCAGTAAAAATGTAGATTAG	MMRRVKKGKISSKTEKMIALQSAKAEDVEFSAMEADHDDVEALRRSEAADERQLKKILDETSKNVD				NA	NA	NA	NA	NA
JZ016_05995	978	prmA	COG2264	Ribosomal protein L11 methyltransferase	ATGTTATGGCATGAATTAACGATACATACCACGGAGGAAGCCGTGGAGATGATTACGAATTTCCTGCATGAGGCGGGAGCCGGAGGCGTTTCGATCGAAGAATCCGGTACGACAAACAAGAAGCGGGACACATCCCTTGGACAGTGGTTTGATGAGATCGTTCCGTTTAACGATATTCCTGAAGGGCAAGCCGTAATCAAAGGGTACTTTGATGAGACGGTGACCCTGGAAGCGATCCGTGATGAGATAACGCCGCGCGTGAATGAACTGAAGGAATTTGGGATTGATACAGGTGAAGTCAGGTACGAGATGAAGACCGTCGATGAGAATGAATGGGCAACGGCCTGGAAGCAGTATTTCAAACCGATCCGTGTATCCGAGCGATTGACAATCAAGCCGACATGGGAAGAGTACACGCCGGAATCCGATCAAGAATCGATTATTGAGCTGGACCCGGGCATGGCCTTCGGCACTGGAACGCATCCGACGACTTCGTTATGCTTGCGCACACTCGAGATGGTGATCAAGGGTGGAGAGGAAGTCATAGATGTCGGGACAGGCTCTGGCATACTTTCCATCGGCGCCGCGCATTTGGGAGCGTCACGGATACTGGCTCTCGATCTGGACCCGGTTGCTGTATCCAGCGCAATGGAGAATACCCGTCTTAACGGTTTGGAAGATCGGATTACGGTCAAGGAAAGCGATCTGCTCTCTGTAATCACCAATCAATCCGATTCATCCGATCTGGGCGTGACGCTTCCGGTACAAGTTGTAGTGGCTAACATTTTGGCTGAGGTCATCCTGTTGTTTGTAGACGATGTATACCAGGCTCTTCGGCCGGGAGGCGCTTATATCGCCTCGGGCATTTACAAGAACAAAGAAGAGATCGTAGAAAAGGCGCTGATTGCCTCCGGTTTCGAAATTGCCGACATCTGCCGCGAGGATGATTGGGTTGCGTTCGTGGCGAGGAAAAACTGA	MLWHELTIHTTEEAVEMITNFLHEAGAGGVSIEESGTTNKKRDTSLGQWFDEIVPFNDIPEGQAVIKGYFDETVTLEAIRDEITPRVNELKEFGIDTGEVRYEMKTVDENEWATAWKQYFKPIRVSERLTIKPTWEEYTPESDQESIIELDPGMAFGTGTHPTTSLCLRTLEMVIKGGEEVIDVGTGSGILSIGAAHLGASRILALDLDPVAVSSAMENTRLNGLEDRITVKESDLLSVITNQSDSSDLGVTLPVQVVVANILAEVILLFVDDVYQALRPGGAYIASGIYKNKEEIVEKALIASGFEIADICREDDWVAFVARKN				NA	NA	NA	NA	NA
JZ016_05996	693			hypothetical protein	ATGGAGTTTTTGGACCAACTGTTATTTTATCCGCTGGAACAACTTCCTTTTTATCTGATTGCTTTAATTATTGCCTTTACCGTGCATGAATTCTCGCATGCCTATTTTGCGAATAAATTCGGAGACCCAACGGCCAAGCTGCTGGGAAGGGTTACACTGAATCCGGCGGTACATTTTGATTTTCTGGGGATTATTCTCTTGCTGATTGCAGGTTTCGGCTGGGCAAGGCCGGTACCGATCAATCGCGAGAACTTCAGCAACCCGCGCCGAATGAGCATCATTGTGGCGGCGGTGGGTCCGCTGAGTAATCTTATGTTAGGTATACTTGGTGCGCTCATTTATGCTGTTCTGTACCAAACCGGGATTATTCCTCCAGAGGGAATTACCAAGACGGATCAAGCGGTGCATTTGTTCTTTAATATATTTATATTGCTCAACTTCTTTCTATGTCTGTTCAATCTTGTTCCATTGCCTCCGCTGGACGGCTACAGGGTTCTTGAGAATGCGTTGCCTCCGCGTCTCAGTGCGAGGATTCAGAAGTTTGAGCAATGGTCGATCCTTTTCTTCCTGTTGATCATATTGTTGCCCGTGTTCCAGGATTATACGATCAAGCCCCTGTATGATGCGGCACATGCGCTGTCTTCCAAATTTTTGGACATGTTCATTATGATGACCGGCGGTTACCGGCTCTGA	MEFLDQLLFYPLEQLPFYLIALIIAFTVHEFSHAYFANKFGDPTAKLLGRVTLNPAVHFDFLGIILLLIAGFGWARPVPINRENFSNPRRMSIIVAAVGPLSNLMLGILGALIYAVLYQTGIIPPEGITKTDQAVHLFFNIFILLNFFLCLFNLVPLPPLDGYRVLENALPPRLSARIQKFEQWSILFFLLIILLPVFQDYTIKPLYDAAHALSSKFLDMFIMMTGGYRL				NA	NA	NA	NA	NA
JZ016_05997	771	rsmE	COG1385	Ribosomal RNA small subunit methyltransferase E	ATGCAGCGATATTTTGTCACTCCCGAACAATTCGAGGGAGACCGTGTTGAGATTACGGGCGATGACGCCCGTCATATTACCAAGGTCATGCGAGGCAGGCTTGGTGATAAATTGATTGTAAGCGATGGGGCATCCCGCGAAGCCATGGTGGAGATTGAAAGCATCGAGGCGGCCAGTGTCATTGCAATTGTAATTGAACCCATGGAGATGACCCAGGAACCGCGTCTGCAAGTGAGCATCGCTCAAAGCTTGCCGAAAGGCGATAAGATGGAGACCGTCATCCAAAAGTGTACCGAGATCGGCGCGGTGTCCTTTGTGCCCTTTTTATCGGACAGAACGATTGTTCAGTACGATGCCAAGAAGGAAGGAAAGCGGCTGGAGCGCTGGCGCAAGATTGCGAAAGAGGCGGCTGAACAGGCGCATCGTAACCGGATACCGTCTGTTGAACAGCCTCTGCCTTGGAAAAATCTGCTTGCAGCGTTTTCCGGCTATGATGCCGTATATTTTTGTTATGAAAAAGAGCATGGCTCCCAGCTGAGGGACGTGCTGAAGCCTTTTGTAGAGCAGGCGCTGTCGAATTCGGCCGAGAAGGCGAGCTTGCTGCTGGTCGTTGGACCCGAGGGCGGCTTTACGGAAGAGGAATGCCGAGCAGCCGAAGATGCAGGAGCCGTATCCGTTGGACTTGGAAGACGGATCCTTCGCTGCGAGACTGCCGGCATGACGGCGCTTGCCTGCGCACTATATGAATCTGGAGAAATGGGGGGCGTTTGA	MQRYFVTPEQFEGDRVEITGDDARHITKVMRGRLGDKLIVSDGASREAMVEIESIEAASVIAIVIEPMEMTQEPRLQVSIAQSLPKGDKMETVIQKCTEIGAVSFVPFLSDRTIVQYDAKKEGKRLERWRKIAKEAAEQAHRNRIPSVEQPLPWKNLLAAFSGYDAVYFCYEKEHGSQLRDVLKPFVEQALSNSAEKASLLLVVGPEGGFTEEECRAAEDAGAVSVGLGRRILRCETAGMTALACALYESGEMGGV				NA	NA	NA	NA	NA
JZ016_05998	1344	mtaB	COG0621	Threonylcarbamoyladenosine tRNA methylthiotransferase MtaB	ATGCCATCCGTAGCGTTTTATACGTTGGGTTGCAAAGTCAATTTTTACGATACCGAGGCCATCTGGCAATACTTCAAAAATGAAGGCTACGACCAGGTGGACTTCGAACAAACCGCAGATGTTTATTTGATTAACACCTGCCACGTTACCAATACAGGGGATAAGAAGAGCCGTCAGATGATCAGACGCGCGGTTCGCCGCAATCCCGAGGCCATCGTGGCTGTAACGGGCTGCTACGCCCAGACCTCGCCTGCAGAAATTCTGGATATACCGGGTGTGGATCTTGTGATCGGGAACCAGGATCGCGATAAAATCATGGATTTCATCCATGATATTGAAAAGACGCGTCAGCCGATTAATGCTGTTCGCAATATTATGAAGACCCGGGTATTTGAGGAAATGGACGTTCCGGATTTCGCAGAACGCACTCGTGCATTTCTGAAAATCCAGGACGGATGCAACAACTTCTGTACGTTCTGCATTATCCCTTGGTCCCGCGGTTTGTCACGCAGCCGTGATCCGAAGAGCATCATCAAACAGGCGCATCAGTTGGTTGGAGCGGGTTATAAGGAAATCGTGCTGACCGGTATTCACACAGGCGGGTACGGAGATGATCTTGAAGATTACAGATTGTCCGATTTGCTGTGGGATCTTGACCGGGTAGACGGTTTGGAACGGATCCGCATCAGCTCCATCGAAGCAAGCCAGATCGATGAGAAGATGCTGGATGTGCTGAACCGCTCCAGTAAAATGTGCCGCCACCTTCATATTCCGCTGCAAGCGGGGGATGATACGGTACTGAAACGGATGCGCCGTAAATATACAACCGAAGAGTTCTATAACAAGATGGGCTTGATTCGTCAAGCGATGCCCGATGTAGGTATTACGACGGACGTTATCGTTGGCTTCCCTGGCGAAACCGACGAGATGTTCCGTAACGGTTATGATCTGATGAAGGCAATTCAGTTCTCCGAGATGCATGTATTCCCGTATTCGAAGCGTACCGGCACGCCGGCGGCACGGATGGAGGATCAGGTGGACGAGGAAGTGAAGAATGCACGTGTGCATGATTTGATTGACTTGTCAGAGCAGTTGCAGCTTGCTTATGCTGAACGTTTTGTGGGTCAGATTCTGGAAGTGATACCGGAGCGCGAATACAAGGGAGCTCCTAACGGCGGAAAGATGCAGGGGTACAGCGATAATTACCTGCAGCTTGTATTCAACGGATCGCCTGATCTCGAAGGCAAACTGTGCCGCGTAAAAGTAACCAAAGCCGGTGTGAATGAATGCGAGGGTGAACTCCTCAGCGTCATGGATCATGGACTAAAGGCAGCTGCCCAGTAA	MPSVAFYTLGCKVNFYDTEAIWQYFKNEGYDQVDFEQTADVYLINTCHVTNTGDKKSRQMIRRAVRRNPEAIVAVTGCYAQTSPAEILDIPGVDLVIGNQDRDKIMDFIHDIEKTRQPINAVRNIMKTRVFEEMDVPDFAERTRAFLKIQDGCNNFCTFCIIPWSRGLSRSRDPKSIIKQAHQLVGAGYKEIVLTGIHTGGYGDDLEDYRLSDLLWDLDRVDGLERIRISSIEASQIDEKMLDVLNRSSKMCRHLHIPLQAGDDTVLKRMRRKYTTEEFYNKMGLIRQAMPDVGITTDVIVGFPGETDEMFRNGYDLMKAIQFSEMHVFPYSKRTGTPAARMEDQVDEEVKNARVHDLIDLSEQLQLAYAERFVGQILEVIPEREYKGAPNGGKMQGYSDNYLQLVFNGSPDLEGKLCRVKVTKAGVNECEGELLSVMDHGLKAAAQ				NA	NA	NA	NA	NA
JZ016_05999	456			hypothetical protein	ATGACATATACACAGATTTCCGCAGGCGGCGTGGTATACCGTCATCATGAAGGGGCGCTTCAGATCCAGCTTATTTTGGACCGTTATGGAAAAACCTCGCTTCCCAAAGGCAAGATGGAAGCCGGTGAAACCGTCGAGCAAACGGCACTTCGAGAGATTTGCGAGGAGACAGGTATAGTCGGATCCATCACCTCTCCAGTGGACATTATTGCATATAAATACCATCATCCCGAGTTCGGCCAGGTGGACAAGGAAGTTCATTACTATCTGGTTAAGGCAGAAAAAGGCAGCTTAAAACCCCAAATCGAGGAAATCAACGGGGTGGACTGGTTCGAGCCTTTGGCCGCATGGAGGAAGCAGCGCAGCAACGGATATAATAATAATGATATCATCCTGCGTAAAGCGCTAACGCTGCTCGAGGTTAGCGTTCCTGCGGATGAAGATATGAAATTTTAG	MTYTQISAGGVVYRHHEGALQIQLILDRYGKTSLPKGKMEAGETVEQTALREICEETGIVGSITSPVDIIAYKYHHPEFGQVDKEVHYYLVKAEKGSLKPQIEEINGVDWFEPLAAWRKQRSNGYNNNDIILRKALTLLEVSVPADEDMKF	PGPT0021680_2	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021680-ndx1-K18445	NA	NA
JZ016_06000	972			hypothetical protein	ATGCTATCCTCACTCTGGTTTCCCATCTGTTATGGTCTTGTCCTGTTCCTGTTCGGCATGAAGGTCATGGAGGTTGCCCTTCAACGCTGGGCCGGTCCGCTGCTGCATAAGTGGCTCCATAAAGCGACATCTACGCCCCTTAAGGGCATGATCGCCAGCACGGCGGTTACGGCGCTGCTGCAAAGCAGTACCGCCGTAACCGTGCTGGCAATCGGTTTTGCCAATGCCGGATTGTTAAGCCTCGCCGGTACCCTGGGCGTTATTCTCGGCACGAACATCGGCACAACGGTAACCACCGAGCTCATCAGCCTCCAGATTGGACAAGCCGCCATGCCGCTGCTTGTCCTCTCGCTAATGCTATGGGTCGGGGCCGTACTCATCAGCGAGCGCGCGCCTTCGAGCTACGACAAGTTAAAAAACAACTTGATCCGCAGCCAGTTTTTATGCCTTGCTGTCGCCGGATTCTCGCTGGTGCTGCTTGCTATACAATTCATGCAATCCATCGGCCCGACCCTTCAAAGCCTCGGTGTGTTCCAATGGTTCCTGGACCAGGCTTCGCGGAGCGTCCTCTGGGGCATTGCAGCCGGAACGATATTGACTGCTCTGATGCACAGCAGTGCCGCTGTCATCGCTATGGCTATGGGGCTTGCAGCCAGTGGCGCCCTGCCTCCGGAGATCGGCGTTGCCATCGTTCTTGGCTCCAATGTCGGCACCTGCGCCACAGCGCTTATAGCAGCCATCGGCAGTACCCGAGCAGGGCGATTCGTGGCATGGTCCCATATGGGGCTGAATATCGGCGGAGTCCTGCTCTTTACCCCGTTCATATCGGGCTTAACTGCCGTATCCGGATGGTTAGCAGCGGATCCGGCCGGGCAAATCGCCCATGCGCAAACCTTGTTTAATATCGTATGCTCGCTTATCGCGCTCCCACTATGCTATCTGCCCTTCTGGAACAAGCGGGCACAGACCTAA	MLSSLWFPICYGLVLFLFGMKVMEVALQRWAGPLLHKWLHKATSTPLKGMIASTAVTALLQSSTAVTVLAIGFANAGLLSLAGTLGVILGTNIGTTVTTELISLQIGQAAMPLLVLSLMLWVGAVLISERAPSSYDKLKNNLIRSQFLCLAVAGFSLVLLAIQFMQSIGPTLQSLGVFQWFLDQASRSVLWGIAAGTILTALMHSSAAVIAMAMGLAASGALPPEIGVAIVLGSNVGTCATALIAAIGSTRAGRFVAWSHMGLNIGGVLLFTPFISGLTAVSGWLAADPAGQIAHAQTLFNIVCSLIALPLCYLPFWNKRAQT	PGPT0002650_2196	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0002650-yjbB-K03324	NA	NA
JZ016_06001	1374	rlmI_2	COG1092	Ribosomal RNA large subunit methyltransferase I	GTGCCATCGGTAATTTTGGAGCGCAGTCGAAAAAAGAGACTGGAGCAGGGGCATCCCTGGGTTTATAAAAGCGAGATTGCCTCTGTTGAAGGTGAACCCAAGCCGGGGGATATTGTATCGGTACTAAACCATCAAGGCCGCTTTCTCGCCTCCGGTTATTACAACCCGCAATCGCAAATCACCGTACGCACCGTTTCGTACGAGCCCGTTGAGACGATGGACAAGGCTTTTTTCGCCGCCAGGTTTCAGGAATGCCTGAAACACCGGGAACGGTTTATCGGAGATGAGAACGCCTACCGGCTGGTATATGGCGAGGCGGATTTTCTGCCGGGGCTGATTGTGGACCGTTTTGATGACGTACTGGTCATGCAGCTGCTGACGCTGGGGATGGATCGCTGCCGTGAGGACATCGTGAACGCGCTTGTCGAGGTGGTCCAGCCGAAAGGAATCTATGAACGAAGCGACGTGTCCATCCGCGAACTGGAAGGGCTGGAGCAGCGCACGGGTATTCTATACGGGGAATGTCCTCGCCACGTCACGGTGACGGAGAACGGCCTAAAGATCAAGGTGGATATCGAAGAAGGCCAGAAGACGGGATATTTCTTTGATCAGCGCGAGAACCGGGCATCCATTAAACCGTTAATGAATGGTTGGGGAAGCCGCAGCGGGATCACGCTCCAGACGGTGGAACGAGACGGTGAGAAGAAGACCTTACCGGTGAACAAAAGCGGAAAGGAAGTTACTTTTCCTTATTGGGATGGAGCCACGGTGCTGGAATGCTTTTCGCATACGGGAAGTTTCACGCTGCATGCCTGCCTTTATGGCGCCAAGAAAGTGACCTGCCTTGACATATCGGAGCATGCCATTGAAAGCGCCAAAGAGAATGTGGAATTGAACGGATTCCAGGATCGCGTGGAGTTTGTAGTGGACGATGCCTTCCAATATTTGCGCAATCAGGTAAAAGGGCTGGAGGAACGCGAGTTGCGTGCGCAAGGGGATCAGAAAGTGGATACCTCCAAACCGCTGACCGCAGGAGGCGGACGTTCCTGGGATGTGGTTATTCTGGACCCGCCGGCTTTTGCCAAAACCAGGTCTGCCGTTAAAGGGGCTTGCCGCGGATATAAGGACATCAATCTTCATGGCATGAAACTGGTGAATGAGGGCGGTTATTTGGTTACGGCAAGCTGCTCGTACCATATGCGGCCGGATTTGTTCCTGGAGACCATTCAGGATGCGGCAAAAGACGCCGGAAAAATTCTGAGACTCGTGGAATGGCGTGCGGCTGGCAAGGATCATCCGCAAATTCTCGGGGTCGACGAGGGGCATTATTTGAAATTTGCCGTGTTTGAAGTGCGCAGCAAATCGAAACTTTAA	MPSVILERSRKKRLEQGHPWVYKSEIASVEGEPKPGDIVSVLNHQGRFLASGYYNPQSQITVRTVSYEPVETMDKAFFAARFQECLKHRERFIGDENAYRLVYGEADFLPGLIVDRFDDVLVMQLLTLGMDRCREDIVNALVEVVQPKGIYERSDVSIRELEGLEQRTGILYGECPRHVTVTENGLKIKVDIEEGQKTGYFFDQRENRASIKPLMNGWGSRSGITLQTVERDGEKKTLPVNKSGKEVTFPYWDGATVLECFSHTGSFTLHACLYGAKKVTCLDISEHAIESAKENVELNGFQDRVEFVVDDAFQYLRNQVKGLEERELRAQGDQKVDTSKPLTAGGGRSWDVVILDPPAFAKTRSAVKGACRGYKDINLHGMKLVNEGGYLVTASCSYHMRPDLFLETIQDAAKDAGKILRLVEWRAAGKDHPQILGVDEGHYLKFAVFEVRSKSKL				NA	NA	NA	NA	NA
JZ016_06002	3531	addB	COG3857	ATP-dependent helicase/deoxyribonuclease subunit B	ATGAGCATTCAATTTGTTATTGGCAGGTCGGGCAGCGGCAAGAGCACGTCGATCCGCCAAGAGATGATCGAGCGATTGGAGCAAGATCCCAAGGGGAATCCGATGATACTGATCGTTCCCGAGCAAGGGTCCTATGAAGCGGAGCATGCACTCGTTAATGCGGGAGGCATTCGCGGGATGATGCGCGCGCAAGTGCTCAGTTTCCGTCGACTGGCTTACCGTGTCATGCAAGAAACCGGCGGGGCCGCGAAGGTGGCGATCAGCGAAGAAGGCAAGCGCATGCTGCTGTACAAAATTTTGCGGAGGCGCAAAGAAGAGCTTCAATTGTTCGGTGCTTCGGGAGAGCAGCATGGATTTGTCGGTAAGCTGAGCGAGCTGTATACAGAAATGAAGCGCTATTGCATTGATGCTGCCTGCGTGGAGGAGCAGCTGGGACAGATGCTGTCAGGCTCTGGGAATTCTCCGATGCTTCGGCGCAAGCTGGAGGACATCGTAACGGTTTTTCGCGATTTTGAGCTTGAGATTTCAAGGTTCTACATGGATGAGGAAGATACGCTGGCCTCATTGGCAGAGGGCGTGACCCAATCAGAGTATATCAAGCGCGCGGACATTTGGATCGATGGCTTCCATGGCTTTACGCCGCAGGAGTACCGGGTGCTCCGGGAAATTATGACGCATGCCAACCGCGTAACGATTGCGTTGACACTGGACAAGCCTTATACGAACGGGAATGTTCCGCATGAGCTGGATCTCTTTCATCCTACCGCGGTGACGTACATAAAGCTTGAAGGCATTGCCGATGAGATGGGGTTGGATATGGAGCATCGTATTCTGCAACCCGATGTTCTTCCGCGGTTTCAAGAGTCCCCTCTGCTTGCTCATCTCGAGCGCGGTTATGATCGGAAGAAACGTTGGACGGAAGCTGCCCGTGACGGAGTTACAGTGAGCCATCCGGACGGCAGCAGGGCAGGTCTTCTTCTGCATGCTGCCAGTCACCGCCGGGCTGAAATTGAAGGGGCTGTACGCGAAATGGTGCGTCTCGCTCGAGAAGAAGGGGCAAGATACCGGGAAATGGCCGTGTTTGTCCGGAATATGGGAGAATATGAGCATCTGATAGGTCCTTTGTTCAGGGAACACGGCGTTCCTTATTTTCTGGATCAGAAGCGAAGCGAGCTCCATCATCCGCTGGTCGAATTTATTCGCTCTGCGCTGGATATCATCGGACGCCGCTGGCGTTATGAGGACGTATTCCGCTGTGTGAAGACGGATCTGCTGCTGCCGCTGGACGGATCGCTTACCCGTGAGGACATGGACCGTCTGGAAAACCATGTGCTGGCTTCCGGAATCCAGGGCACACGCTGGACGGATGGACGCCCTTGGAAGGGAATTCCAAGTCTCTCATTAGAAGACGGAGAGAGTGAGGTGCGAAATCCGCATGGGATGCAGGCGATTGAGTATGCCAGAAAGGTGATTACGGAGCCGCTGCATGCGTTTGAGAAGCGGATGAAGAAGGCAACGAATGCGATGGATCAGAGCACGGCAGTCTACCGGCTTCTGGAGGAAGCCGCTGTTCCTGAGAAGCTCGAGCTGTTAAGCCGCGCTGCCCTGGATGCCGGGCGTCCTGAGGAAGCCAGGGAGCATCGCCAGGTATGGGGGGCAGTGCTTGACCTGCTCGATCAGATTGTGGAGATGATGGGTACGGAGAAGCTCAGCACCGAATTGTTCACGGGCGTGCTGGGTACGGGACTTACGGAGATGAAAATGGCTCTGGTGCCACCTTCTCTGGATCAAGTGCTGATCGGCAGCATGGATCGGACACGGACGGGCGGGGTGAAATATGCTTTTCTGCTCGGCATTAATGATGGTGTTCTCCCAGCCCAGTTCCAGGACGATGGGATCCTGACAGAACCGGAGCGTGTTCAGCTCGAAGACCGCGGCTTGGAGCTTGCTCCAAGCATATCCCGCAGACTGCTGGATGAACGGTTCCTGATTTATAATGCTCTGACTTCGGCTAGTAATCAGCTGTGGGTCAGCTATCCTGCGGCGGACGATGAAGGCAAGACATTGCTGCCATCCGAGGTCATCCGCCATTTGAAGCTGATGTTTCAGATGGAAGAGGTCCCATTGTTTCCAAGGCCGCATGCCGGGCAATCAGCCAGTGAGCAGGAGCATTATGCCGCCCGTCCGGATAAGACGCTTGCTTATTTAACGGGTCGGCTTCGTGACTGGAGGAATGGAGAGGAGATTCCGGACTTTTGGTGGCATGTGTACAACTGGTATGCGGAGCAGCCGGAATTAAGGCCACGTCTTTCTTCGATGCTTTCGTCCTTGTCCTACCGGAATGAAGCCCGGCCGCTTAAGCAGGAAACCAGCAGGCAGTTGTACGGAACGAAGCTGCGGACAAGCGTATCCCGGATGGAACGCTTTGTTGCGTGTCCGTTTTCCCATTTTGCCTCCCATGGTTTGAAGCTGAGAGAACGGCAGTTGTACCGTCTTCAAGCTCCTGACATCGGTCAGCTGTTTCATGCTGCCTTAAGCAGCATGGCCGTGAAGTTTCAATCACAGCATCGAAGCTGGGGAGACCTGACCGCGGAGGAATGCCTGCGCGAGGCGGAAGCAACGGTCGATCGGCTAGCTCCCATGCTGCAGGGTGAAATTCTATTGAGCTCCAAGCGATATGGATATATATCGCGCAAGCTGAAAAACATCGTGGGCAGAGCGTCCGTAATTTTGGGCGAACAAGCAAGGCGCGGCAAATTTGAGCCGATCGGTCTCGAGCTCGATTTCGGTCCCGGGAAGCCGCTGCCGCCGCTGACGTTTGAATTGCCGAACGGGGTCAAGATGGAGATTGTCGGGCGCATTGACCGGGTTGACATGGCACGCGGAGAGCATGGGATCATGCTTCGGGTCATTGATTATAAATCCAGCCAGAAGGATCTGCGGTTGCATGAGGTCTATTACGGGTTATCCTTGCAGATGCTGACCTATCTGGACGTGCTGCTGACGTTTGCGGAGGACTGGCTCGGCGAGCAGGCCTTGCCTGCGGGAACCTTGTATTTCCACGTTCATGATCCAATCCTGCAATCCGCAAACGGCATGACGCCGGAGCAGGCGGCAGAAGAGCTGCTCAAACGATACAAAATGAAGGGCCTGCTGCTGGCAGACCGCGAAGCGGTCTCCCTCATGGACTCGTTCCTTGAAAAAGGACATTCGACCATTCTGCCCGTCGCCGTCAAAACGGACGGCAGCTTCTACAGCAGCGCGGCCGTGGCAACGCCTGACCAGTGGAAGACCTTGTTGTCCGCCGTGCGGGAGAACATGCTGAATATCGGCTCCAGAATTACGGGAGGCGATGTCGCGATTGTGCCGTACCGGATTCAGCAGGAGACGGCCTGCACGTACTGTTCCTTCCGGCCTGTATGCCAGTTCGACGACGCAATTGAGGGCAGCGAATATCAGCTGCTGGGTAAACCGGGTAAAGATCAGGTTTGGGAGATGCTTGGACATCCGAAGGGAGGAGAGAGCCGGTGA	MSIQFVIGRSGSGKSTSIRQEMIERLEQDPKGNPMILIVPEQGSYEAEHALVNAGGIRGMMRAQVLSFRRLAYRVMQETGGAAKVAISEEGKRMLLYKILRRRKEELQLFGASGEQHGFVGKLSELYTEMKRYCIDAACVEEQLGQMLSGSGNSPMLRRKLEDIVTVFRDFELEISRFYMDEEDTLASLAEGVTQSEYIKRADIWIDGFHGFTPQEYRVLREIMTHANRVTIALTLDKPYTNGNVPHELDLFHPTAVTYIKLEGIADEMGLDMEHRILQPDVLPRFQESPLLAHLERGYDRKKRWTEAARDGVTVSHPDGSRAGLLLHAASHRRAEIEGAVREMVRLAREEGARYREMAVFVRNMGEYEHLIGPLFREHGVPYFLDQKRSELHHPLVEFIRSALDIIGRRWRYEDVFRCVKTDLLLPLDGSLTREDMDRLENHVLASGIQGTRWTDGRPWKGIPSLSLEDGESEVRNPHGMQAIEYARKVITEPLHAFEKRMKKATNAMDQSTAVYRLLEEAAVPEKLELLSRAALDAGRPEEAREHRQVWGAVLDLLDQIVEMMGTEKLSTELFTGVLGTGLTEMKMALVPPSLDQVLIGSMDRTRTGGVKYAFLLGINDGVLPAQFQDDGILTEPERVQLEDRGLELAPSISRRLLDERFLIYNALTSASNQLWVSYPAADDEGKTLLPSEVIRHLKLMFQMEEVPLFPRPHAGQSASEQEHYAARPDKTLAYLTGRLRDWRNGEEIPDFWWHVYNWYAEQPELRPRLSSMLSSLSYRNEARPLKQETSRQLYGTKLRTSVSRMERFVACPFSHFASHGLKLRERQLYRLQAPDIGQLFHAALSSMAVKFQSQHRSWGDLTAEECLREAEATVDRLAPMLQGEILLSSKRYGYISRKLKNIVGRASVILGEQARRGKFEPIGLELDFGPGKPLPPLTFELPNGVKMEIVGRIDRVDMARGEHGIMLRVIDYKSSQKDLRLHEVYYGLSLQMLTYLDVLLTFAEDWLGEQALPAGTLYFHVHDPILQSANGMTPEQAAEELLKRYKMKGLLLADREAVSLMDSFLEKGHSTILPVAVKTDGSFYSSAAVATPDQWKTLLSAVRENMLNIGSRITGGDVAIVPYRIQQETACTYCSFRPVCQFDDAIEGSEYQLLGKPGKDQVWEMLGHPKGGESR				NA	NA	NA	NA	NA
JZ016_06003	4125	addA	COG1074	ATP-dependent helicase/nuclease subunit A	GTGAGAGAGATGATAGCAAAACCTGAGGGCAGCATGTGGAGTGACGACCAGTGGAAAGCCATCGCGCTCTCGGGCGATGACATGTTGGTTGCAGCTGCGGCTGGTTCAGGGAAGACCGCCGTGCTGGTTGAACGGATCATTCGCAAAATCCTCGACGATTCCGCGGGGTTCAGCGTTGACCGGCTTCTTGTGGCTACGTTTACCAAGGCAGCGGCTGCCGAAATGCGGGGACGGATCCGGGAAGCGCTTGACCGTGAGCTGGACCGGGATCCGGACAACGAGCATATTCGGCGCCAGCTCGCTTTGCTTGGCAGGGCGTCGATTACAACGCTGCATTCCTTTTGCATGGAAGTCATTCGGCGATATTATCAGTTAATACCTCTGGATCCGGGATTCCGCATTCTGAATGAACATGAGGCGGATTTAATGCGGCAGGATTTGCTGGAGGAGCTGTTCGAAGAGAAATACGGCGAGGCCGAGGACGATTCGGAGAGCCGTTTTGTAAGATTGGCGGACTGGTTTAGCGGCGAGCGAACAGATGACGCGCTGTACCGACTCGTGCAGCGTCTCTACGATTTCTCCCGCAGCCATTCTTGGCCGGCACATTGGCTTAGGGAAACGGCTGCCGGCTTCCAGGTGCAAGATACGGAGGCTCTTGGGCAAACGCCATGGGTTCAAAGCATATTGGCGGATGCGCGGTTGGCCTTGAATGGAGCAGCTGGCTTGCTGCAACAAGCCAGAGCAATCGCGATGCAGCCGGGAGGTCCTGCGCCGTATGTGGACAATCTGGATGACGACTTGCGCCTCGTCGTCTCCCTGCTCGAGGCCATCGATATTTCGCCGTGGGAATCGTTGTACGGCATTTTCCGCGAGGCGTCTTTCGGCAAGCTCAAATCCGTTCGGAAGGATGAGGTGCTGCCGGAGCTCCAGGAACAGGTTAAGGAATTGCGCGATAACGTGAAGAAAATTGTTAACGAGCTGAAAAGTGCATTGTTTGGCCGTCCGGCATCGGAGTTTTTACAGGAACTTCACACGGCAGCGCCGCTGATGATGGAGCTGGCCGAGACGGTTATCGCTTTTGGCGAGCGATACCGGGAGGCCAAGGCAGCCAAAGGCATGGTCGACTTTAACGACCTTGAGCATTATTGCCTCCATATTCTTCGCCACCCCGATTCCGTGCCGGGCCATATGATGCCTTCCGATGCGGCGATGGAATATCGCGAGCAGTTTGATGAAGTGCTGCTCGACGAATATCAGGATACGAATAGCGTACAGGAAGACATTGTACGATTGATCTCCCGGGAAATGCCGGGCAACCGGTTTATGGTCGGAGACGTGAAGCAGAGTATTTATCGGTTCCGCTTGGCGGAGCCGGGACTGTTTCTCGATAAATATAAGACGTTCTCTTCCGACGCGAGCACGGCTCAAGCCGGCATTCGGATTGATTTGGCCCGTAATTTCCGCAGCCGGATGGAAGTGGTGGATGCCGTCAATTTGCTGTTCCGGCAGATCATGAATGAATCCGTAGCCGAGATTGCCTATGATGCCCGGGCTGAGCTTGTATGCGGCGCTTCCTTTCCGGAGCAGGAGATTCAGGATGGGACGAACCCTTACATCCCTGAATTGCTACTGATTGACCGCCTTGGAAAAGGGGGGGAGGAGCAGTCCGAAGACTCGGCTTCCGAGGAAGACGGGGCTCATCTTGAGGTTGAGGCGCTTGAAATGGAAACCGCCCAGTTGGAGGCTCGCGCCATTGCCCGCAGAATCCGTGAGATGACAGGCGAAAGCGGGAAGCCGCTCATGGTGTACGATAAGGGACTGAAATCGATGCGGCCCGCGGGGTACGGGGACATGGTTATTTTGCTGCGCTCAGCCATGGTATGGGCACCGTTAATTATAGAGGAGCTGCGTCAGGAAGGAATTCCGGCGTTTGGCGAGCAGAACAAAGGATATTTTCAGGCGACGGAAGTGGAGATCATCTTATCGCTGCTGCAGGTGATTGATAATCCTCGGCAGGATATTCCCCTGGCTTCCGTATTGCGCTCGCCCATCCTCGGATTATCCGAGGAAGAGATGGCACAGGTGCGCCTGTGTGCCAAAGGGACTTATTACGATGCGCTTCAAGCGGCAGTCGCGTTAAGCAGCGTCCCGTCGGTCATGGATTCGGCGCGCCCTGTGGGCTTAGTGGATGGCAAATGGACCCCAGGCGTAGAACTGGAAGGCTTGGCCGAAGCGGCAGCAGGTCATGAGCTTGTGGTTGGCAGCCTTCTTTCGGATGCTCCGCCATCAGCGGAAGGTCAGAATATCGAGATATCCCCGGAGCTTGGCTCAAAGCTCGGATTGTTTATGGATTGGCTTCAGCGCTGGCGGCAGGAAGCCCGCCAAGGAAGTTTGAGCGATCTGATCTGGCGAATTTACAGTGAAACGGGCTATTTGGATTGGGTCGGCGGTCTGCCCGGTGGCAAGCAGCGTCAGGGCAATCTGACTGCTTTGTATGACCGGGCCGTGCAGTATGAACAGGATACAGCCTCCAGAGGGCTCTTCCGCTTCCTGACCTTTATCTCCCGGCTACGGGAGCGAGGCGGGGATCTCGGCACGGCCGGCGGTACGGAAAGTCAGGGCAACGCGGTGCGCCTGATGACCATCCACAAGAGTAAGGGGCTGGAGTTCCCGGTCGTTTTTGTAGCGGGATTATCCAAAAATTTCAACCAGCAGGATTTGAATTCCCCTTTCCTGATGCATAAGGAGCTAGGCTTTGGACCGAAGTTTGTGGATGAAGGCATGCGCGTTAGCTATCCGACGCTGCCTAATCTGGCGATCCGGCGCAGGTCACAGCTGGAGCTGCTGGCTGAGGAGATGCGTGTGCTTTACGTTGCCCTTACCCGGCCTAAAGAGAAAATGATCCTGGTCGGCACGGTGAAGGATTTGCCGAAAAAGGTAACTGTGTGGGCACAAGCCGACTTTAACCCGGAGCTTCTTCTGCCGGATTACGTCCTTGCCCGGGGCCGGAGTTACTTGGATTGGATCGGCCCGGCCGTGATTCGCCATCCATCCGCGGGTGTGCTCCGCGAAAAAGCGGGTTTATCCGGGGAGACAAGCTCACGCGTGTTGGGGGAAGATCGATCGCAATGGATATTTTCGATCGAGACGCCGGAATCCTTGGCGCAGGGCATGACCGGCATTGAGGAAGACACGCGGGCGGATAGCGACGATCGGATGAATAAGCTGAGTGCCCTGCGCAAGCTCGACCCGATTGTTCCGGTGACTGGTATCGTCGAAGCGGAAGATAAGGGTGGAGACGGTCAACGTGCAGGCATCTATGAGCGTTTGTCTTGGAGTTATCGATATGAAACGGTCAGTCAAATCTCCGCCAAAACGTCCGTAACGGAGATGAAGAAGCTGCTTGCCTTACAGGACAGCCCCTCCCTGGATCTGCTTCAGGAGCAGGCTGTACAACGTCAGAGCAAGGAAAATATCGGGGGAGACGCTTCCTTCACACTGAACTTGCGGCGGCCGAAATTTATGGAGTCAACGAAGCTGACACCCGCGGAACGGGGAACCGTGTATCATACGATCATGCAGCATGTGCCTCTTCAACGACTGGAGGGAGCTGCGGAACCGACGCCGGAGATCGAAGACACGATCCGCTATCTTGTAGAAAAAGAAATCATAACCGGTGAGCAGGCAACCGCGGTGGAAGCTCAGGAGATCAGCGGCCTTTTTGATTGCGAGGTAGGGAAGCAGCTGCTGAATGCAGAGGATGTCTGGCGCGAGATGCCGTTTTCATATGCACTCCCGGCAGCTGAAGCTTATCAAGGGCTCGCTTTCATGGACCAAATCTCGGACCAAGCGGGCCAAGCAGCCCCGGATGTGCAGCTCCTTCAGGACGAAACCGTCCTGATCCAAGGGGTTGTGGACTGCCTGTTCAGGCATAACGGAAGGCTTGTGCTGTTGGATTATAAAACAGACCGGGTGCTGGAGCATCGCGGGGGCGTTACGGCCTTGGCCGAGCAGTATCGCTTTCAGCTGGATCTATATGCGAAGGCCTTGGAGGATATTTTAGGCGAGCCCATTCATGAAAAATGGCTGTACTTTTTTGATGGGGGACATGCCGTTCAACTATAG	MREMIAKPEGSMWSDDQWKAIALSGDDMLVAAAAGSGKTAVLVERIIRKILDDSAGFSVDRLLVATFTKAAAAEMRGRIREALDRELDRDPDNEHIRRQLALLGRASITTLHSFCMEVIRRYYQLIPLDPGFRILNEHEADLMRQDLLEELFEEKYGEAEDDSESRFVRLADWFSGERTDDALYRLVQRLYDFSRSHSWPAHWLRETAAGFQVQDTEALGQTPWVQSILADARLALNGAAGLLQQARAIAMQPGGPAPYVDNLDDDLRLVVSLLEAIDISPWESLYGIFREASFGKLKSVRKDEVLPELQEQVKELRDNVKKIVNELKSALFGRPASEFLQELHTAAPLMMELAETVIAFGERYREAKAAKGMVDFNDLEHYCLHILRHPDSVPGHMMPSDAAMEYREQFDEVLLDEYQDTNSVQEDIVRLISREMPGNRFMVGDVKQSIYRFRLAEPGLFLDKYKTFSSDASTAQAGIRIDLARNFRSRMEVVDAVNLLFRQIMNESVAEIAYDARAELVCGASFPEQEIQDGTNPYIPELLLIDRLGKGGEEQSEDSASEEDGAHLEVEALEMETAQLEARAIARRIREMTGESGKPLMVYDKGLKSMRPAGYGDMVILLRSAMVWAPLIIEELRQEGIPAFGEQNKGYFQATEVEIILSLLQVIDNPRQDIPLASVLRSPILGLSEEEMAQVRLCAKGTYYDALQAAVALSSVPSVMDSARPVGLVDGKWTPGVELEGLAEAAAGHELVVGSLLSDAPPSAEGQNIEISPELGSKLGLFMDWLQRWRQEARQGSLSDLIWRIYSETGYLDWVGGLPGGKQRQGNLTALYDRAVQYEQDTASRGLFRFLTFISRLRERGGDLGTAGGTESQGNAVRLMTIHKSKGLEFPVVFVAGLSKNFNQQDLNSPFLMHKELGFGPKFVDEGMRVSYPTLPNLAIRRRSQLELLAEEMRVLYVALTRPKEKMILVGTVKDLPKKVTVWAQADFNPELLLPDYVLARGRSYLDWIGPAVIRHPSAGVLREKAGLSGETSSRVLGEDRSQWIFSIETPESLAQGMTGIEEDTRADSDDRMNKLSALRKLDPIVPVTGIVEAEDKGGDGQRAGIYERLSWSYRYETVSQISAKTSVTEMKKLLALQDSPSLDLLQEQAVQRQSKENIGGDASFTLNLRRPKFMESTKLTPAERGTVYHTIMQHVPLQRLEGAAEPTPEIEDTIRYLVEKEIITGEQATAVEAQEISGLFDCEVGKQLLNAEDVWREMPFSYALPAAEAYQGLAFMDQISDQAGQAAPDVQLLQDETVLIQGVVDCLFRHNGRLVLLDYKTDRVLEHRGGVTALAEQYRFQLDLYAKALEDILGEPIHEKWLYFFDGGHAVQL				NA	NA	NA	NA	NA
JZ016_06004	1179	sbcD	COG0420	Nuclease SbcCD subunit D	ATGCGTATTTTGCATACCGGAGACTGGCATCTGGGACGCACGCTCGAAGGCCGGAGCAGGCTTGCCGAGCAGGAGCGCTTTCTGGATGAGCTGGTTAAGCTGGCAGATGAAGAGCAGGCGGATCTGATCCTCATGGCGGGGGACGTCTATGATTCCGTAAATCCGCCTGCGGCAGCAGAGCAGTTGTTCTACGATGCGGCCGCCAGGCTTACGGAGGGGGGGCGCCCCATGGTGGTCATTGCAGGCAACCACGATCAACCGGAACGGGTTGCATCGGTCACGCCGCTTGTTGCAACCAGAGGCATAACGCTGATCGGGACACCTGTTGCCGATGCGGTTACGGTTGCAGCGGCACGTACCGGGGAAACAGCCAAGATTGCGGCACTCCCTTATCCGTCGGAGGCCAGGCTCAATGAGCTGCTTTCGATCGATGGAGATGAGGATCAGCTCCGGCGTGCCTATAGCGAGAGAGTCGGACAACTGATGAGGAAGATGGCGAGGGATTTTTCTCCGCAGACGGTCAATCTGGCCATGAGCCATATCTATGTGCTTGGCGGCGTCGAGAGCGATTCCGAGCGACCGATTCAGGTCGGTGGAGCGTACACGGTTGACCCGTTGGCACTTTCTGTAGGTGCATCCTACACGGCCCTTGGCCACCTGCATCGTTCTCAGGCAGTAAAAGGGGAGGGGATCATCCGCTACAGCGGTTCACCGCTGGCCTATAGCTTCTCGGAAGCGGGACAGGCCAAATCGGTGACCCTGGTTGACGTATCGCCAGGAGGAGCCCCCGTGATCGAGGAGCTGTTTATTAGCAGCGGCCGCCCGCTTGTTCGCTGGAAGGCCAAAGGCGGCCTGGAAGAAGTGTATCGGTGGCTGGATGAGGGGCGTGATCCTGAAGCATTCATAGATCTGGAGGTATCCCTAACGGAGGCCATGGGGCTTGCCGACATTCAGCGACTTCGAAAGAGCAGGGACGGCATTGTTCACATTCGTCCGGTTTACCCGGAGATGGAGGCGCTGGAGCTGGAGAGCGAGCGCTCCCGGCTGCCGCTGCCGGACCTGTTCCGAAAGTTCTACCAGCGGCAAACCGGCGGGGCGGAGCCCGAGGATCATCTGGTCGATTTGTTTCTGGAGCTTGTAGAGGAAGAGGAGCCTGACGGGACGGAGGTGAAGTCGTAG	MRILHTGDWHLGRTLEGRSRLAEQERFLDELVKLADEEQADLILMAGDVYDSVNPPAAAEQLFYDAAARLTEGGRPMVVIAGNHDQPERVASVTPLVATRGITLIGTPVADAVTVAAARTGETAKIAALPYPSEARLNELLSIDGDEDQLRRAYSERVGQLMRKMARDFSPQTVNLAMSHIYVLGGVESDSERPIQVGGAYTVDPLALSVGASYTALGHLHRSQAVKGEGIIRYSGSPLAYSFSEAGQAKSVTLVDVSPGGAPVIEELFISSGRPLVRWKAKGGLEEVYRWLDEGRDPEAFIDLEVSLTEAMGLADIQRLRKSRDGIVHIRPVYPEMEALELESERSRLPLPDLFRKFYQRQTGGAEPEDHLVDLFLELVEEEEPDGTEVKS				NA	NA	NA	NA	NA
JZ016_06005	3450			hypothetical protein	ATGAAACCGATCTTGTTGAAATTATCCGGACTGCAGAGTTATCGAGAACCGCAGGAGATTGATTTTGAGACGTTGTGCGAAACCGGACTCTTCGGTATTTTCGGACCGACGGGAAGCGGGAAATCCACACTGCTGGATGCTATTACTTTAGCCATGTACGGAAAGGTGGAGCGTGCGGTTAACGGAACCCAGGGCATCATGAACCATTCGGAGGACAGCTTGTCCGTCTCTTTTACGTTTGAGTTGTCCTCCGCTGCCGGACTGGAGCGATACCGGGTAGAGCGCCGATTCAAACGGGTCAATGAGCTCTCCATCAGCAATACAGTGAGTCGGTTTATCCAAGTTACCCCCGATGGGGACCAGGTGATGGCGGATAAACTGGCCGAAGTCACCCGCTGCGTAGAAGAGAAAATCGGACTTAAAATGGATGATTTCACCCGTGCGGTCGTTCTTCCTCAAGGTAAGTTTGCTGAATTCCTCTCCCTGAAGGGGAGTGAGCGTCGGCAGATGCTTCAGCGGCTGTTTCATTTGGAACGGTACGGAGACCAGCTTGCGATCAAGCTCAGCCGCCGCGTGAAGGATACAGAGGGTTCGCTGAAATCCGTCGAAGCTGAACAGCAAGGGCTGGGCAGTGCAGGCAAAGAAGCTCTGGCGGAAGCGACTACGGTGCTGGAAGAAGCCAAGAAACACGCGGCGTCATCCCGGAATCTTCTCCAGGCCGCCATCGAAGCCCATGAAGCTATGGGGAAAATCCGTGAGTTGGATATGGAAAAACGGCGGCTCCAAGGGAAGCTGGATGAACTTGCCCTTCATGAGGAAGAGATGAAGCAGTTGGAACGACGGCTTGAGCTGACAGGGGCGGCAGCCGCAGTTCTTCCTGCGCTGGAAGCTTGGCGCGAATCCGGCAAGGTCTGGGATCATCGGAGGCAGATTGCCGAAGGACTCACCGCGCAAGCCGCATCCGCTCAGAACGCGGCCGAGCAAGCCGTCAAGGCGGATGAAGCTGCCCAGGCAGCTCTTCGGGCCGAGGAGCCGAAGCTGGTGCTTCGGGAGCAGCAGCTGGAGCAGGCTGTTTTATTGCAGCGGGAACGTGATGGATTACGCGAAGAACTGATTAGGCTGGATGCACAGCGAGTGGACGCACGCAAAGAGCTTGATGGAGTAACTGCCCAACTGCAGAAGGAGCAGGTACTGCTCGAACGGGGGCAAAAGCGGCAGGAGGAGCTGCAGACCAAGCTGAAAGGGCTTGAGATCCGCTCTGGTGAGCGTCAAGCGCTTCATATGGCGATGCAGAAGGTCCAAGCCCTTGAGTCGGCCGGCAGACGGAAGCAAAAGGCTGAGCTCGAGTTAAAATCGCAGGAGAGCAAGCTGAAGGAGCAAGAAGCAAGCCTTATTGCCCTGCAGAAGCAGGAGCAAGAATTGCAGCGGCACTACATACAGCTCTCCGTGCAAGCTGACAGCTTGCAGCGTGATGCAGCCGAAGCCTCGTCGTTTGCCGACCGGATGGCGGCCGCGGCAGCTCAGGTAAACCAGGCGATGAGCGACTCGCTTCGCAACAAGCAGCTTCATGCGCTGTCCCTTTCGCTCGCCGCCGAGCTTCGGGAAGGAGCTCCTTGTCCGGTTTGCGGAAGTGAACATCATCCTCATCCTGCTGCCTCATCAGGGCACCCTGAAGATCATCTTGATGAGGCCATGAATCAGCTGGCACAGATCACTCATCAGATCCAGGAGGCCAGATTAACCCTGCGGGGGCAGCTTAACGAAGCGGAGGCGCTGGCAAGCCAAACGCGTTCGCAGATTGAGCCGTATGCAGATGACGAGCTGCTTGCCGTCAAACTAGCCGGGCAGGAGCAACAAGGATGGATGGAGGCAGCAGTGTCAACGATACCAGCCGCTGATCAACCGTACGATGTAGAAAAGCTGGCTTCAGACACGGCATGGCTCATAAAAGCAGCCGCAACCCAGGCTGCAGCCATCGGGCAATGCCGTACGGAAGCCTCCAAGGTACAGCAGAGCCTCTTCACATGCCAGCAGGAGCTTATGAAACAGAGCGCTGCGCTTGAGAATGGTCAAATGACTTGGAACCAACTTCGGGATCAGCTGGCAGGACTGGAAGCTGAAGCTGAAGGCATTTTAACCTCCTGGCAGGAAGTCAAGCCGGATTTTTCTCTGGAGGAGGCAGCCGGCCGTTTTCAGCTCATGCAAGAGAAGGATGCGGAAGCCGAGTCCATAAAGGAAGGGCTGGAGCGCAGCGTTCCATTTATTGAGGAGAAGAAGCAGGCCGTCCTTCGCTTGGAGCAGCAGCTTCGTGAGCTGGAGAAGCTGCTGATTCAATGGGATGCTCAGCGTGAGGGAAAGGCGGATGGACTGAAGGATAAGGAAGAGCGTCTCCGGGCATGGATCGGCGACCGGTCGGCTGAAGAGCTGCTCGGAGAATGCCGGTCCAGAATGACCCTGCTGAAGGAAGCTGCTGAACAAGCCAGAAGCGAGTGCAGGAAGGCAGAAGAAAAGGCTCAGCATGCAGCCAAGGAAGCGGCTCTTGCAGAACAGGCTGAGAGGTCTGCGCAGGAGCAGCACCAAGCTGCCAAGCTTGCCTGGGAGAACCAGCTGGCAGCCTCACCGTTCGCTACGGAGCTTGCCGTCCTGGAAGCCTGTCTAAGTGCGGAAGAAAGTGAACGATGCGCACAGTTAGTGAAAGCCCATCGGGAAGGACAGCGGGAATGGACGCTGAGGCTTCGCGACGTCGAGCAGAAGCTTGGTGCGAGCCCTTTTCATGAAGAGGAGTGGCAACGGTGCACAGCCGAGCTTCAGGCGGCCCGTACAGCCGATGAGGAGGCCCTTCAGGCGAGAGCCCGAGCCGAGCGTGACTTGGAGGACCTGAACAAACGTCACATCCGGTTTATGGAATTGGAAGAGCAGCGTCTTAACCTTCAACGAGAGAGCGAGCGCTTGTCCAAATTGCAGTCCTGCTTGCGTGGAAACGCATTTGTTGAATATATTGCGGAAGAACAGCTGATGCAGGTGAGTCAGTCGGCTTCCCAGCGTCTTCGTTATTTAACCAAGCAGCGCTATTCGCTTGAGGTGGATTCCGGTGGAGGCTTCGTCATTCGGGACGATGCCAACGGCGGCGTCCGGCGTCCGGTATCCACGTTATCGGGCGGCGAGACATTTCTGACCTCATTGGCCTTGGCTTTGGCACTCTCGGCACAGATTCAGCTGCGCGGGCAATATCCGCTGCAGTTCTTTTTCCTCGACGAAGGGTTCGGCACGCTGGATCCGGAGCTGCTGGAAACGGTCATCACCGCGCTTGAGCGGCTCCATACCGATAAGCTGACCGTTGGCATCATCAGTCATGTGCCCGAGCTTCGGGCGCGTCTGCCGCGGAAGCTGGTCGTACGGCCGGCGGAGCAAGCGGGAGCCGGATCGCAGCTTGCGATCGAATCGATGTAG	MKPILLKLSGLQSYREPQEIDFETLCETGLFGIFGPTGSGKSTLLDAITLAMYGKVERAVNGTQGIMNHSEDSLSVSFTFELSSAAGLERYRVERRFKRVNELSISNTVSRFIQVTPDGDQVMADKLAEVTRCVEEKIGLKMDDFTRAVVLPQGKFAEFLSLKGSERRQMLQRLFHLERYGDQLAIKLSRRVKDTEGSLKSVEAEQQGLGSAGKEALAEATTVLEEAKKHAASSRNLLQAAIEAHEAMGKIRELDMEKRRLQGKLDELALHEEEMKQLERRLELTGAAAAVLPALEAWRESGKVWDHRRQIAEGLTAQAASAQNAAEQAVKADEAAQAALRAEEPKLVLREQQLEQAVLLQRERDGLREELIRLDAQRVDARKELDGVTAQLQKEQVLLERGQKRQEELQTKLKGLEIRSGERQALHMAMQKVQALESAGRRKQKAELELKSQESKLKEQEASLIALQKQEQELQRHYIQLSVQADSLQRDAAEASSFADRMAAAAAQVNQAMSDSLRNKQLHALSLSLAAELREGAPCPVCGSEHHPHPAASSGHPEDHLDEAMNQLAQITHQIQEARLTLRGQLNEAEALASQTRSQIEPYADDELLAVKLAGQEQQGWMEAAVSTIPAADQPYDVEKLASDTAWLIKAAATQAAAIGQCRTEASKVQQSLFTCQQELMKQSAALENGQMTWNQLRDQLAGLEAEAEGILTSWQEVKPDFSLEEAAGRFQLMQEKDAEAESIKEGLERSVPFIEEKKQAVLRLEQQLRELEKLLIQWDAQREGKADGLKDKEERLRAWIGDRSAEELLGECRSRMTLLKEAAEQARSECRKAEEKAQHAAKEAALAEQAERSAQEQHQAAKLAWENQLAASPFATELAVLEACLSAEESERCAQLVKAHREGQREWTLRLRDVEQKLGASPFHEEEWQRCTAELQAARTADEEALQARARAERDLEDLNKRHIRFMELEEQRLNLQRESERLSKLQSCLRGNAFVEYIAEEQLMQVSQSASQRLRYLTKQRYSLEVDSGGGFVIRDDANGGVRRPVSTLSGGETFLTSLALALALSAQIQLRGQYPLQFFFLDEGFGTLDPELLETVITALERLHTDKLTVGIISHVPELRARLPRKLVVRPAEQAGAGSQLAIESM				NA	NA	NA	NA	NA
JZ016_06006	534			hypothetical protein	ATGAGAGATTCCAATCTTTTCTCTTGCTCTCGTGATGAAGCGCCTCCTTACTGGACAGCTGCGTTCCAGTGGTGCTTCTCTTTTTTTGTGTATGCCTTAATGTCATCTCATTGGACGCACTGCCTAATTTCTTATATGATAAAAGCATGTAAACGTATGAAAGGGGTAACCGTGATGGATTGTCTTTTTTGTAAAATCGTAGAAGGGGAGCTTCCTTCCACGAAAGTACTCGAGAATGATAAGGTGCTTGTATTTCAAAACATTAACCCGGAGGCGCCGGTTCATGTTCTGATTATTCCCAAGAAGCATATCGCATCCATGAACGATATTCAGGATGAAGATTTGCTGCTGATTGGCGAGATGCACAAAGCGGCGAAAGAAGCCGCTGCCAAGCTGGGCATTGCGGAAAGCGGTTATCGGTTAATTAACAACTGCGGACCTGATGGGGAACAATCGGTGTTTCATGTGCACTATCATCTGATGGGCGGTCGCCGTTTAGGCGCTTTAACAGGCATTTCGCCCGCGCATACATAA	MRDSNLFSCSRDEAPPYWTAAFQWCFSFFVYALMSSHWTHCLISYMIKACKRMKGVTVMDCLFCKIVEGELPSTKVLENDKVLVFQNINPEAPVHVLIIPKKHIASMNDIQDEDLLLIGEMHKAAKEAAAKLGIAESGYRLINNCGPDGEQSVFHVHYHLMGGRRLGALTGISPAHT				NA	NA	NA	NA	NA
JZ016_06007	174	rpsU	COG0828	30S ribosomal protein S21	GTGTCTGAAACTAAAGTTCGCAAAAACGAGACAATTGATGCTGCACTTCGTCGCTTCAAGCGTTCCATTGCTAAAGATGGCGTATTGGCTGAAGTGAAGAAACGCAAGCATTATGAAAAGCCAAGCGTAAAGCGCAAGAAAAAGTCCGAGGCTGCTCGTAAGAGAAAGTTTTAG	MSETKVRKNETIDAALRRFKRSIAKDGVLAEVKKRKHYEKPSVKRKKKSEAARKRKF				NA	NA	NA	NA	NA
JZ016_06008	441	yqeY	COG1610	putative protein YqeY	ATGAATCTTAGCGAACGATTGAACGAAGATATGAAGCAAGCGATGAAGAGTAAGGACAAGTTCAAACTCTCAACGATTCGAATGGTTCGTTCGACGATAAAAAATCTTGAAATAGATTTGAAACGAAGTTTGGATGACAACGAAGTGCTTGATATTTTTAGTCGTGAAATCAAACAGCGCAAAGATGCCCTCCAAGAATTTGAAAAAGCGGGACGCGACGATCTTGCCGCCGATGCAAAAGCAGAAATTGAGCTCCTAAGCGCCTACCTCCCGGAACAGCTTACTGAAGAAGAAATTAAAGTCATTGTACAGCAGACCATCCAGGAAACCGGTGCTTCTTCAAAAGCCGAGATGGGTAAAGTAATGAGCGCTCTCATGCCGAAAGTTAAAGGGCGTGCAGATGGAAAGCTTGTCAATCAAGTTGTTCAACAATTTCTGTAA	MNLSERLNEDMKQAMKSKDKFKLSTIRMVRSTIKNLEIDLKRSLDDNEVLDIFSREIKQRKDALQEFEKAGRDDLAADAKAEIELLSAYLPEQLTEEEIKVIVQQTIQETGASSKAEMGKVMSALMPKVKGRADGKLVNQVVQQFL	PGPT0030490_2983	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSAMIDASE_ACTIVITY	PUTATIVE-TRANSAMIDASE_ACTIVITY-1,PGPT0030490-gatB|yqeY-K09117
JZ016_06009	1362			hypothetical protein	ATGAGCAGACCGTTATGGATCCGCAAATTCCTGACATTCACGGCAGCCGTCGTTATGATGCTGATATCGATCGGTATGTATGTAGGTCCGATGAAATCCGCGGTGGCTGCTAACATCGGATCGGTGTATGTCATTCCGGTCAAGCAGCAGATCGAGCGCGGCTTAACCAGCTTCATGGAGCGTGGATTTAAGGAAGCCGAGAAGATGGGGGCCGGACTGATCATCCTGGAAATTGATACGCCGGGAGGCCTGGTCGACCAAGCGGGTAAAATTGCATCCTTGATGAAGGCCAGCGATATTCCGATTGTGGCTTACATCACGGGTGATGCCGCATCTGCTGGGAGTTACATTGCGCTGAACGCAGACAAGATTGCCATGGCGGAAGGCACCATGATTGGCGCGGCTTATATGGTGGATGCCAGGGGGAATCCGATCGAGGATGCCAAGATGGTTTCCTGGTGGAAAACAAGCATGGCGAGTGCCGCTGAAGCTTCAGGTCGAAATCCGGAGATTGCCAAGGGGATGGCTGATCTCAAGATGAAGATTGATCTACCTGACATCGGATTGACAAAGCAACCCGGGGAGATCATATCGTTGACGCATGATGAAGCGCTGAAGACGGGTTATGCGGATACGATTGCGAACAGCACAGAAGAAGTCATCACGTGGATGGACTACTCCACGCAGGACATATTTCGGATGGAGCAGACCTTCTCAGAGAAGCTGGCTACCTTCCTCACGCATCCCGGTGTCATGGCGCTCCTGCTCTTCATCGGTATTGCAGGTGTCATTATCGAAGTGATAGTTCCGGGTTTTGGTGTGCCGGGAATTTTAGGGGTGACCGCATTTGTGCTGTATTTCTTCGGTAACCAGGTCGCAGGATTTGCCGGTTGGGAGAACTGGCTGCTGTTTGTGATCGGTATCGTGATGCTGGCGATGGAGCTGTTTGTGCCAAGCTTCGGGATACTGGGCATCATAGGATCAGCCAGCTTGATTGCCGGCGTTGTTATGGCGGCCTACAGCACGTCTCATGTGGCTCTATCCCTAGGTATTGGGGCGGCTTGTGCTCTGGTGGCTATCATCGTGGTCGCTCTCGTATTTAAGGAACGGGGAATATGGCGGAAGTTCATACTCAGTGACAGCTTATCGAAGGAGCAGGGGTATGTTCCGAATGAAGACCGGGATGTACTTATCGGTCTGGTCGGCACATCGATCACGCCGCTGCGACCGGCTGGAACGATGGAGCTTGAGGGACGACGCCTTGATGTAGTTACCCTTGGAGGTTTTATCGATTCCGGTCGTCCGGTCCGTGTCATCAAGACGGACGGCACCAGAATTGTCGTAGAGGAAGAAAAAGGGTGA	MSRPLWIRKFLTFTAAVVMMLISIGMYVGPMKSAVAANIGSVYVIPVKQQIERGLTSFMERGFKEAEKMGAGLIILEIDTPGGLVDQAGKIASLMKASDIPIVAYITGDAASAGSYIALNADKIAMAEGTMIGAAYMVDARGNPIEDAKMVSWWKTSMASAAEASGRNPEIAKGMADLKMKIDLPDIGLTKQPGEIISLTHDEALKTGYADTIANSTEEVITWMDYSTQDIFRMEQTFSEKLATFLTHPGVMALLLFIGIAGVIIEVIVPGFGVPGILGVTAFVLYFFGNQVAGFAGWENWLLFVIGIVMLAMELFVPSFGILGIIGSASLIAGVVMAAYSTSHVALSLGIGAACALVAIIVVALVFKERGIWRKFILSDSLSKEQGYVPNEDRDVLIGLVGTSITPLRPAGTMELEGRRLDVVTLGGFIDSGRPVRVIKTDGTRIVVEEEKG				NA	NA	NA	NA	NA
JZ016_06010	1002			hypothetical protein	ATGGATGGTTCTTTGATACCAGTACTACTAATCGGGGTTGTCGCGATCATTGTGCTAAGCGTGTTTTTCAGTTTCTTTCCGTTAATGCTCTGGATCTCGGCGATCGCTTCCGGCGTTCGCATCGGGATTATTACGTTGGTGGCCATGCGACTGCGGCGCGTAACGCCGAGCCGGATCGTGAATCCGCTCATCAAGGCGACAAAAGCAGGTCTAGGCCTGAATATTAACCAACTCGAGAGTCACTATCTCGCTGGCGGTAACGTTGACCGGGTGGTTAATGCCTTGATTGCAGCCCAGCGTGCGAATATTCCGCTCGAATTCGAAAGAGCTGCTGCGATTGACCTGGCAGGACGCGATGTTCTGCAGGCTGTTCAGATGAGCGTTAACCCGCGTGTTATCGAGACACCGGTTGTAGCAGCTGTTGCTAGAGACGGTATTGAAGTGAAGGTTAAGGCTCGTGTTACCGTTCGTGCCAACATTGACCGTTTGGTCGGGGGTGCTGGCGAAGAGACGATTATTGCTCGTGTCGGCGAAGGGATCGTAACGACGGTAGGTTCCAGTAATTCGCATAAAGATGTTCTTGAAAATCCGGATCTGATTTCGAGAACGGTTTTGTCCAAGGGACTCGACGCGGGAACAGCATTTGAAATTCTGTCCATCGATATCGCGGACGTGGATGTAGGCAAAAACATCGGCGCGTACTTGCAGACCGAACAGGCGGAAGCCGATAAGCGTATTGCCCAGGCGAAGGCGGAAGAACGCCGCGCGATGGCGGTAGCCCAAGAGCAAGAGATGAAGGCTCGCGTCGTAGAGATGAGAGCACGCGTTGTGGAATCGGAATCCCAAGTTCCGCTGGCTATGGCTGAAGCGCTTCGCAGCGGCCAATTGGGCGTGATGGATTATATGAACCTGAAGAATATCGAAGCCGACACGCAGATGAGGGGTTCCTTCGGTAAGATGGGTGAGAATAATGACAATTCCGGAGACAACAAAACCAAGTAA	MDGSLIPVLLIGVVAIIVLSVFFSFFPLMLWISAIASGVRIGIITLVAMRLRRVTPSRIVNPLIKATKAGLGLNINQLESHYLAGGNVDRVVNALIAAQRANIPLEFERAAAIDLAGRDVLQAVQMSVNPRVIETPVVAAVARDGIEVKVKARVTVRANIDRLVGGAGEETIIARVGEGIVTTVGSSNSHKDVLENPDLISRTVLSKGLDAGTAFEILSIDIADVDVGKNIGAYLQTEQAEADKRIAQAKAEERRAMAVAQEQEMKARVVEMRARVVESESQVPLAMAEALRSGQLGVMDYMNLKNIEADTQMRGSFGKMGENNDNSGDNKTK				NA	NA	NA	NA	NA
JZ016_06011	570			hypothetical protein	GTGAGCTGGTTAATCGAAAATTTTTACATTGTAGCTGTTATAGGCTTCTTCATCATCTCCGCCCTCGGAAGACGCGGGAAGAACCCTGAGGAGGGGAAGAATCCCCGTATGCCGTCCTTCGGCGGCGAAGGGGACCGTCCTGCAAGACCGGGGCAGCAGCGGCCTGAAGCAAGACGGGTACAGACGACTCCGCAAGTCTCCCGTCCGGCACCTGTTCAGGAAAGCACCCGGATCGAGCGGATGGATGAAGAAGAAATGGATACCGGCAACGGATACTCTCTTGAACATCAAGAGATTGACCGAGCCAGACGTGAGGAAGAGATGAGGTCTCGACCTGACAGCATAGATCATAGACTCGAGATGATGGAGAAGGATTTGAACCGAATTCACTCGAATTTGAACCGGATGACCATCGCATTGCCAGAAACGGTTGTCGAAAGCCGGGATGAAGATCATGAACAGTCCAGGGGCAGTGGATCGTTTCTTGCAGAGCAAGCTCGAAACGGCATTGTTTGGGCCGAAATTCTGGGAACTCCGCGTGCCAAGCGCCCCATGAATCCTCGTCGTTAA	MSWLIENFYIVAVIGFFIISALGRRGKNPEEGKNPRMPSFGGEGDRPARPGQQRPEARRVQTTPQVSRPAPVQESTRIERMDEEEMDTGNGYSLEHQEIDRARREEEMRSRPDSIDHRLEMMEKDLNRIHSNLNRMTIALPETVVESRDEDHEQSRGSGSFLAEQARNGIVWAEILGTPRAKRPMNPRR				NA	NA	NA	NA	NA
JZ016_06012	294			hypothetical protein	ATGTCCCGCATCAGCCGCAAGCTGCAGAAATGGACCCAAGAAATGCTTGATTTGCCACAGGACCTGTTATTTGATTTGCCGCGGTTGACCCTGATTGGCAATAAAGAGCTGCATATCGAAAATCATCGCGGAGTCCGGCATTTTTCCGAGGAACGACTTGTGTTGTCTTTAACGCAGGGGTCTTTGGAGATTTCGGGGACCGGACTTGCGATTCAGGCTATTCAAAGCCATGAAGTGACCATCATTGGCACCATTCATCATATTCAATACATAGGAACGGGGGAGAAACCGTGA	MSRISRKLQKWTQEMLDLPQDLLFDLPRLTLIGNKELHIENHRGVRHFSEERLVLSLTQGSLEISGTGLAIQAIQSHEVTIIGTIHHIQYIGTGEKP	PGPT0024765_67	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024765-yqfC-NA	NA	NA
JZ016_06013	1194			hypothetical protein	GTGAAAATTCCGACGATGATCCATCTTCGAGGGTATTTGAAGCTCGCTGTTCGCGGTGAGCATGTGGAAGCATTCATCAATTCATTGGCGGAGGCGGGGATTCCAGTTTGGGATGTAACACCGACAGGGGCCTACTCAGCAGAGCTTAAGCTGCTGCTGAAGGATTTCAAAGGGCTCCGTCCACTGTTAAAACGGACAGGCTGCCGTACGCGGATCAAGGGGCGTTACGGATACCCCTTCAAAGCTCGCCGCCTGTTGAAACGCAAAGCGTTTGTTATCGGCATTGTTGCGTTTTTTATGATCCTGCTCACGCTTTCCTCGATGGTGTGGAACGTGGAAGTCGAGGGGAATGAAACCATCGCTTCGGAAGATGTGCTTGATGCGGCCAAGTTGGAAGGCATTTATCCGTTTCAGTGGATATTCAAGCTGCAATCGATGGACAAGCTGTCCGGAAATATGACCGCCCGCCTCCCGGGAACTTCATGGGTAGGGGTGGAACGCAACGGGACGCGCATTCGCATCCAGATCGTAGAGGCGGCCGTACCGGAGAAACCGCCGCTCCAGAGCCCGAGGCATCTAATCAGTACGCAGGACGCTGTGATCACCCATATTTACGCCGAGAAGGGGGTCCCTAAAGTAGGGATTAACAGCCGGGTGAAGAAAGGCGACATTCTGATTTCCGGTGTCCTTGGGGACGAGGAAAATTCGGAACGAATTGTAGCCAAAGGGGAAGTAAAAGGCCTTGTATGGCATGAATACGATATCGAAATCCCATTGGTGAAGACCCATAAGGTGTATACGGGGGAAGGTAAGAAGCGTTCGTATATCGTATTTGGCGATCGGGCCGTCCAGCTGTGGGGCTACGGGGATATTCCGTTTTCACAGCAGGAGACCTTGACCTTCTATGATCCGCTTACGTGGAGGACGCGCGTGCTTCCGCTGGGCTGGATGACGGAAAAAATCATGGAGGTTACCGAGGTGCAGCGGACCATAAGCGAGGATGAAGCGAAAAAAGAGGGAATCGAGGGGGCACGCCGGGATATTTTGGCGAAATATGGGACCGATTCAAGATTTGTAAGCCAAAAAATTTTGCATGATAAGAAAGAGAATGGTAAAGTTTATATGAAAGTGCTTTTTGAGGTGGAAGAGACCATCGCGAAAGAACTTCCCATAGTATACGATCAAGGAGAATGA	MKIPTMIHLRGYLKLAVRGEHVEAFINSLAEAGIPVWDVTPTGAYSAELKLLLKDFKGLRPLLKRTGCRTRIKGRYGYPFKARRLLKRKAFVIGIVAFFMILLTLSSMVWNVEVEGNETIASEDVLDAAKLEGIYPFQWIFKLQSMDKLSGNMTARLPGTSWVGVERNGTRIRIQIVEAAVPEKPPLQSPRHLISTQDAVITHIYAEKGVPKVGINSRVKKGDILISGVLGDEENSERIVAKGEVKGLVWHEYDIEIPLVKTHKVYTGEGKKRSYIVFGDRAVQLWGYGDIPFSQQETLTFYDPLTWRTRVLPLGWMTEKIMEVTEVQRTISEDEAKKEGIEGARRDILAKYGTDSRFVSQKILHDKKENGKVYMKVLFEVEETIAKELPIVYDQGE	PGPT0024760_201	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024760-yqfD-K06438	NA	NA
JZ016_06014	972		COG1702	PhoH-like protein	TTGTCACAGCAAACGACCAGCATTCAAATTTTACTTCAAAGCGCGTCAGAAGGTCTGTCGTTATTCGGACCACAAGATACATTTCTGAAATTAATCGAAAAAGAAATTCCTGCGACGATAGATTCACGGGAAGCGGTCATCACGATTCGTGGGCAACATCGGAATGTGGAGAGTCTTCAGCAGCTGTTTGAAGTGCTGCTCCAGCTTGTGCGCAACGGCTACATTTTGACCGAGCGTGATATCCTTTATGCTGTAGAACTCGCCAAGGATCTGAGAGCTGATCAATTGCTGGATCTGTACAAGGGCGAAATTACGACAACCTTCAAGGGCAAGCCTATTCGTGTAAAAACCATCGGTCAGAAGCACTATGTGACCACCATCAAAAAGCGGGATGTTGTATTCGGTATCGGTCCTGCCGGAACAGGGAAAACCTACTTGGCTGTCGTTCTGGCTGTTGCCGCGCTGAAGGAAGGATCCGTCAAAAGGATCATTCTGACAAGGCCGGCAGTAGAGGCTGGAGAGAGCCTGGGCTTCCTGCCGGGTGATCTGCAGGAGAAGGTTGATCCTTACCTCAGACCATTGTACGATGCCTTATACGATGTTATGGGCCCGGATCAAACGGCCAAGGCGCTGGAGCGTGGATTGATTGAAATTGCGCCGCTTGCTTACATGCGCGGGCGGACGCTGGATGATTCATTTATTATTTTGGACGAAGCACAGAACACCACGCCGGAACAGATGAAGATGTTTCTGACACGGCTTGGATTCGGCTCGAAGATGGTCATAACCGGGGACGTGACCCAGATTGACCTGCCGCGGGGCAAGAAATCAGGACTTATCGAAGCTAAAACGATATTAAGCGGAATTGAGGAAGTCGGATTCGTCTATTTTGCCGAACAGGATGTTGTACGTCACTCTTTAGTACAAAAAATCATCGTCGCTTATGATAAAGCAGCAGAAAACCAAGATTAA	MSQQTTSIQILLQSASEGLSLFGPQDTFLKLIEKEIPATIDSREAVITIRGQHRNVESLQQLFEVLLQLVRNGYILTERDILYAVELAKDLRADQLLDLYKGEITTTFKGKPIRVKTIGQKHYVTTIKKRDVVFGIGPAGTGKTYLAVVLAVAALKEGSVKRIILTRPAVEAGESLGFLPGDLQEKVDPYLRPLYDALYDVMGPDQTAKALERGLIEIAPLAYMRGRTLDDSFIILDEAQNTTPEQMKMFLTRLGFGSKMVITGDVTQIDLPRGKKSGLIEAKTILSGIEEVGFVYFAEQDVVRHSLVQKIIVAYDKAAENQD	PGPT0002700_3075	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002700-phoH-K06217	NA	NA
JZ016_06015	2301	pgpH		Cyclic-di-AMP phosphodiesterase PgpH	ATGGCCTCCAAAGAACCATCGACGGACAAGTCCATATGGGGTAAAAACAGCGGATGGAAATATAGCGTGGCAACACGCTATATTCTGTTTTTGCTGCTTGCTTTACTCTTTTATATCAGTCTAGCATCCAAGCTTTTGCCGGAACGCTATGACATACAGGTCAATACGAAAAGCGAAAAGAACATCGTAGCGCCCGTGCAGATTGAGGATAGCAAGGCAACGCTTAAGGCACAGGAGGCGGCAGCGGAGAACGTCCAGCCGATTTACCCTCTCGTTCCTCTGCGGAATGACGTCCTGGTCACGCAAATCCTTGACCGCATTGAACGTTTGAATCAGGACGTCGATATCAGCTCTGGCGAAAAGGTCGAAATTTATCGTAATGAAATTCCGAGGATGGCTCGAGAATTCGTGCAAAACTTCGTGTCGGCCAACAGCACGAATGAAGCTTATTCCAAAGAGCTGCTTCAGGAAATGCAGCGGGTCATCGAAGAACAAACCTATCGGATCCCCGAGGAAACGTTCATTAAGATACCGAGGCTGAATTCGGAAGATATTATTCAAATGAAGCCTGTAGCTCGCGAGATTGTATCCAGGCTGATGCTGAACGAAATCGTGGATGCCGATACGGCCCGTACCCGCGTGGCGGAACGAGTGAACACAAGCTCGTTGAATGATCGGACCGCCAGGGAAGTCGTTCAGGAATTGGCAAGTTTAACGATAACGGCCAATAAATTCTATGACGAGGTTGCCACCAAGAATGCAAAGGTTGAGGCCCGGGAGAATACTCCGCCCGTATTTATCAAACAAGGGGATATCCTCGTGGCGAAGGGTCAGCTTATCACGCCGGAGCTGTACGAGCTGCTTGGCAAAAATGGTCTGCTGAAGGACGACATTAACTACTGGCCGGAGCTGGGAGTTCTTCTCCTGTCTGTCCTGCTGTCGCTGGGCATACTGACTTTCATAAGACAGTCGGAACCTGGCAAATTTAAATACAACAACTCGCAGCTGTTAATGCTGGTCCTGGTGTATGTGATCACGCTGATTCCGATGCATTTGACCGCATTTCTGCAAAGCGATTCCCAGATGTACGTTGGATATCTTGCGCCTGTTGCGATTGGCGCGATTCTGGTTACCCTGCTGCTGGAAACCTCGCTTGCCTATTTCAGCGTCATCATTTTCAGCATCATGGCAAGCGTCATATTGAATGTCCAAGGCGAATTGTTTGACTTCAAATTCGGGTTATTCGCAGCCGTGACTTCCTGCGTGGCGATCTTCTCGATTCACCGCGCGAGCCAGCGGTCGACGATGCTGAAGGGCGGCATTATGGCTTCTCTCTTTGGCGCATTGATCGTGTTTATCATGCTGCTGCTCAATAACGATACGTGGACCACGAGTGAAACGCTGTATTCGATCGGTTTTGCGATTGCGGGCGGATTGCTAACGGCCATCCTGGTCATCGGATTAATGCCGTTCTTCGAAGTCACCTTCGGTATTTTGTCGGCACTGAAGCTGGTGGAATTATCGAACCCGAACCATCCGCTGCTCCGCAAACTGTTGACGGAGACGCCGGGCACTTATCATCACAGTGTCATGGTCGGAAACTTGTCCGAAGCGGCGGCGGAAGCGATTGGCGCCAACGGACTGCTGTGCCGCGTCGGATCCTACTATCATGATATTGGAAAAACCAAGCGTCCGATCTATTTTATCGAGAATCAGAACAATATGGAGAACCCGCATGACTCCATTGAACCGAAGCTGAGCAAATCCATTATCGTTGCACACGCAAGGGATGGCGTGGAAATGCTCAAGGAGTACAAGCTGCCTAAACCGATACGAGATATCGCAGAGCAGCATCATGGCACAACGTTTTTACACTATTTTTATCATAAAGCGGTTCGCCAGGCGGAGGAGCAGAGCATAGAACTGGATTTCACCGAAGATGATTTCCGTTATCCAGGGCCGAAGGCTCAATCCAAGGAATCCGCGATTGTCGGCATAGCCGACAGCGTGGAAGCGGCTGTTCGTTCATTGCGTAAACCGACGGTGGAACAGGTTGAATCGATGATCGAGAAGATCATCAAAGGCCGCCTGGATGACCACCAGTTTAATGATTGCGATTTAACGATGAAGGAACTGGACATTATCGCCAAGACGTTAAAGGAAACGGTGATGGGGATTTTCCATTCCCGGATCGAGTATCCTGAGGATGTGAAGCGTCCCAAGCCGACAGCGCCAAATGGTGATAACCCGACCGCTTCCGAGACATCGGCAACGAGTGAGGAACAGAGAAGGAGCGTATAA	MASKEPSTDKSIWGKNSGWKYSVATRYILFLLLALLFYISLASKLLPERYDIQVNTKSEKNIVAPVQIEDSKATLKAQEAAAENVQPIYPLVPLRNDVLVTQILDRIERLNQDVDISSGEKVEIYRNEIPRMAREFVQNFVSANSTNEAYSKELLQEMQRVIEEQTYRIPEETFIKIPRLNSEDIIQMKPVAREIVSRLMLNEIVDADTARTRVAERVNTSSLNDRTAREVVQELASLTITANKFYDEVATKNAKVEARENTPPVFIKQGDILVAKGQLITPELYELLGKNGLLKDDINYWPELGVLLLSVLLSLGILTFIRQSEPGKFKYNNSQLLMLVLVYVITLIPMHLTAFLQSDSQMYVGYLAPVAIGAILVTLLLETSLAYFSVIIFSIMASVILNVQGELFDFKFGLFAAVTSCVAIFSIHRASQRSTMLKGGIMASLFGALIVFIMLLLNNDTWTTSETLYSIGFAIAGGLLTAILVIGLMPFFEVTFGILSALKLVELSNPNHPLLRKLLTETPGTYHHSVMVGNLSEAAAEAIGANGLLCRVGSYYHDIGKTKRPIYFIENQNNMENPHDSIEPKLSKSIIVAHARDGVEMLKEYKLPKPIRDIAEQHHGTTFLHYFYHKAVRQAEEQSIELDFTEDDFRYPGPKAQSKESAIVGIADSVEAAVRSLRKPTVEQVESMIEKIIKGRLDDHQFNDCDLTMKELDIIAKTLKETVMGIFHSRIEYPEDVKRPKPTAPNGDNPTASETSATSEEQRRSV				NA	NA	NA	NA	NA
JZ016_06016	498	ybeY		Endoribonuclease YbeY	ATGAGCCTGCAGCTGGCATGGAATAATGAACAAGAGGATTTTCAGATTAGCGAGGATTTGATCGCCTTGCTTGAAGTGATTCTTCAGAAGGCCGGAGAGGCTGAAGGCGTTACCGACGGCGAGGTTGATCTGACTTTCGTCGATGATAAACAGATCCATGAATTGAACCGGGAGTACCGGGGAATCGATCGTCCGACCGACGTCCTCTCCTTTGCGATGAATGAGATTACGAACGATGAGCTCGAGATCATTTATGAGCTTGAAGAAGGAGAAGAACTGGAGAGCGTGCCGGATGTTCTGGGTGATATCATTATCTCGGTCCCTCGGGCGAAGCTGCAAAGCGAAGAATACGGTCATTCCTTGGAACGGGAACTCGGTTTTCTGTTTGTTCACGGATTTCTGCATTTGCTCGGATATGATCATCAGGATGAGGCGAGCGAAGCGGAAATGATGGGCAAGCAGGAGGCTGTACTTGCAGAAGTAGGATTGACAAGATAG	MSLQLAWNNEQEDFQISEDLIALLEVILQKAGEAEGVTDGEVDLTFVDDKQIHELNREYRGIDRPTDVLSFAMNEITNDELEIIYELEEGEELESVPDVLGDIIISVPRAKLQSEEYGHSLERELGFLFVHGFLHLLGYDHQDEASEAEMMGKQEAVLAEVGLTR	PGPT0021360_159	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489	NA	NA
JZ016_06017	384	dgkA	COG0818	Undecaprenol kinase	GTGAAGCCGCACAGACAATCGTTATACAGGGCATTTGGGTGCGCGATCCGCGGCATCTTGACGGCTGTACAAACGGAACGCAATATGAAAATCCACATTGCTGCTGCCTTGATTGTATTCATCGCAGCAGCTTTGCTGCAATTGGACCGAATGAGCTGGTTGTTTTTGGTATTGGCGATTGCCCTCGTATTTATCGCGGAGCTGGTGAATACTGCGGTAGAGGCCATTATCGATCTGATCTCGCCAGAAGAACATGTTTTAGCTCGGGTGGCTAAGGACACAGCAGCCGGTGCAGCGTTAGTTGCAGCGGTGTTTGCCGTCGTAATTGGTATTCTGGTCTTCTATGAACCGGTATGGGAATGGATACAATCAATGACAAGTTGA	MKPHRQSLYRAFGCAIRGILTAVQTERNMKIHIAAALIVFIAAALLQLDRMSWLFLVLAIALVFIAELVNTAVEAIIDLISPEEHVLARVAKDTAAGAALVAAVFAVVIGILVFYEPVWEWIQSMTS	PGPT0024175_340	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024175-dgkA-K00887	NA	NA
JZ016_06018	408	cdd	COG0295	Cytidine deaminase	ATGGATGCAGGATTGTTAATGCAGGAAGCGATTAAAGCACGTACGCGCGCTTACATACCCTATTCAACATTTGGTGTAGGGGCGGCTCTGCTCGATTCGCGCGGAGAGGTACATCTTGGGTGTAATGTTGAGAATGCCGCATACGGTCCTACCAATTGCGCTGAACGCACGGCATTGTTCCGTGCGATTGCCGATGGTCATGAAGCAGGGAGCTTCCAGGCGATTGCCATCGTTGCCGATACAGATGGCCCGTGCACGCCGTGTGGGGTATGCCGGCAAGTGCTGGTGGAGCTGTGCAAACCCGATATGAAGGTGATCATGGGGAATATGAAGGGTGACATCAAGGAAACGACCGTCAGTGAACTGCTGCCGGGCGCGTTTGGTCCTTGGGATTTAAACAAACAGTAA	MDAGLLMQEAIKARTRAYIPYSTFGVGAALLDSRGEVHLGCNVENAAYGPTNCAERTALFRAIADGHEAGSFQAIAIVADTDGPCTPCGVCRQVLVELCKPDMKVIMGNMKGDIKETTVSELLPGAFGPWDLNKQ	PGPT0021360_2690	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489	NA	NA
JZ016_06019	903	era_3	COG1159	GTPase Era	ATGCAAAAAAAACAATTTAAGTCCGGGTTTGTGGCTATTATCGGTAGACCGAATGTAGGGAAATCAACGCTGATGAACCAGGTGATCGGTCAAAAGATTGCCATCATGTCGGACAAACCGCAAACAACAAGAAATAAAATTCATGGCGTTTATACGACCAACGAATCCCAAGTGGTTTTTCTGGATACACCGGGCATTCATAAACGTCAATCCAAGCTTGGGGATTACATGAACCAGACCGCTTTAAGCACGCTGGGTGAGGTTGAAGCCGCGTTGTTTCTGGTAGACGCTTCCGAGGGCATCGGCGGGGGAGACCGTTACATCGCCGAGCAGCTGCAGAAGATCAAGACTCCGATCATCCTGGTCATGAACAAAATCGATAAGATTGAGCCGCCCGCTCTGCTCCCACTGATTGAGCAGTATCGGAAGCTGCATGATTTTGCAGAGATCGTCCCGATTTCCGCCAAGCTCGGCAACAATGTCGACACGCTTCTTGAACAAATTCAGAAGTACTTGCCTCCAGGCCCGCAGTATTATCCTGAAGACCAAGTGACGGATCATCCGGAGCAGTTCGTGTGCGCAGAGCTGATTCGCGAGAAAATTTTGCACATGACAAGAGAGGAAGTTCCTCACTCCATTGCGGTTACGATTGAGGATATGCGGGTGGAGGAGAACGGAACCGTATATATTTCAGCCGTGATTTTTGTGGAACGCGACTCCCAAAAGGGTATCATTATCGGCAAGCAGGGTGCTCTGTTAAAAGAGGTTGGCAGACAAGCCCGTCAGGACATTCAAAGACTGCTCGGGTCCAAGATTTTCTTGGAGCTCTGGGTTAAAGTTAAAAAAGATTGGCGTAACCAAGAACGCGTTCTTCGCGATCTCGGATTTCACCGCGGGGAATAA	MQKKQFKSGFVAIIGRPNVGKSTLMNQVIGQKIAIMSDKPQTTRNKIHGVYTTNESQVVFLDTPGIHKRQSKLGDYMNQTALSTLGEVEAALFLVDASEGIGGGDRYIAEQLQKIKTPIILVMNKIDKIEPPALLPLIEQYRKLHDFAEIVPISAKLGNNVDTLLEQIQKYLPPGPQYYPEDQVTDHPEQFVCAELIREKILHMTREEVPHSIAVTIEDMRVEENGTVYISAVIFVERDSQKGIIIGKQGALLKEVGRQARQDIQRLLGSKIFLELWVKVKKDWRNQERVLRDLGFHRGE				NA	NA	NA	NA	NA
JZ016_06020	141			hypothetical protein	ATGCGAGATTTTTCGTGGAAGTATTTTGCGATGACTGGAGATGTCGATGCGTATTTGCTGTATAAGGAAACCGAGGGTGAGTCGGTTCTTACAGCTGCATCCGTTGAAGATGAGGCGGCCCCGCATGAAGAAGACGAGTAA	MRDFSWKYFAMTGDVDAYLLYKETEGESVLTAASVEDEAAPHEEDE				NA	NA	NA	NA	NA
JZ016_06021	756	recO	COG1381	DNA repair protein RecO	ATGCTATATCGGGCGGAAGGGATCGTCATCCGCAGCATGGACTACGGTGAAGGGAACAAAATCATTACACTTTGCACCAAAGAATCGGGCAAGGTAGGCGTGCTGGTCAGAGGAGCCAAGAAGGTGAAAAGCCGTCATGCTGCTCTGACGCAGCTGTTTACTTATGGAGAATATGTGTTCTTCCGGAATGGTACCGGGCTCGGCAATTTGAACGCCGGTGAGATTATGGAATCTCACCACGGGCTCAGGGAGGATCTTATCAAAGCCGCCTATGCTTCTTATGCCTGCGAGCTCTTGGATCGGGTGCTGCAGGATGAGGAGACGGGCGCTTTTTGGTTTCATCAGCTCAAAGCTTGCCTGGAAGCCCTTCAGGAGGATAAGGATCCCCAAATTATCATCAATCTGTATGAGATGAAAATTTTGCAAGCGGCAGGGTACGGGCCGGAGCTGGATGTTTGCATTTCATGCAATCAATCCAGAAAAGACGAGGATATGCTGGTGAGTCCCCGCCTTGGCGGCGTCCTGTGCCGTTACTGCAAACATCTGGATCCGCCGGCAATGGCGATCTCGCCCAGAACGCTGAAGCTGCTGCGCCTGTTTGGACGGCTGGATTTAAGACGGTTGGGCAATGTGGATGTGAAGGACGAAACGAAGGCCGAGCTCAAAAAGGTTATGCGAGCTTTGATGGATATGCAGCTTGGGCTGCGTTTGAAATCGCAAAATTTTTTGGATCAAATGGACAAGTATGATATTTGA	MLYRAEGIVIRSMDYGEGNKIITLCTKESGKVGVLVRGAKKVKSRHAALTQLFTYGEYVFFRNGTGLGNLNAGEIMESHHGLREDLIKAAYASYACELLDRVLQDEETGAFWFHQLKACLEALQEDKDPQIIINLYEMKILQAAGYGPELDVCISCNQSRKDEDMLVSPRLGGVLCRYCKHLDPPAMAISPRTLKLLRLFGRLDLRRLGNVDVKDETKAELKKVMRALMDMQLGLRLKSQNFLDQMDKYDI				NA	NA	NA	NA	NA
JZ016_06022	888	glyQ	COG0752	Glycine--tRNA ligase alpha subunit	ATGAATTTCCAGCAGATGATTTTGACGCTGCAGCAATTTTGGGCGGAACAGAATTGTATCATCGTGCAGCCGTACGACACGGAAAAGGGTGCAGGTACAATGAATCCGATGACGTATTTGCGTTCGATCGGACCCGAGCCCTGGAATGTGGCTTATGTGGAGCCTTCCCGTCGCCCGGCTGACGGCCGTTATGGAGAGAATCCGAACCGTCTGTATCAGCATCACCAATTTCAGGTCATTTTGAAACCTTCACCGGACAATATTCAAGAGCTGTATTTGGAGAGCTTGAAGCGTCTTGGCATCAATCCGCTCGATCATGACATCCGTTTTGTTGAGGACAATTGGGAAGCGCCGACACTTGGTGCATGGGGCCTTGGCTGGGAAGTTTGGCTGGATGGTATGGAAATTACGCAGTTTACGTACTTCCAGCAGGTTGGCGGCATCGACGCAAGTCCAGTCGCTGTAGAGATTACCTATGGTATGGAGCGGCTTGCATCCTATATCCAGGATAAAGAGAATGTGTTTGATCTGGAATGGGTAGACGGCATCACCTATGGAGATGTATTCCATCAGCCGGAATTCGAGCATTCAAAATACACTTTTGAAGTGTCCGACGTTAAAATGCTGTTTACGCTGTTTAACATGTATGAAGAAGAAGCGAATAAAGCGATGAACCAAAATTTAGTATTCCCGGCGTACGACTACGTACTAAAATGCTCGCACACGTTTAACCTGCTGGATGCCAGAGGCGCGATCAGCGTAACGGAGAGAACGGGATACATTATGCGCGTGCGAAACCTGGCTCGTCAGGTTGCAGCCACGTATTTGGAAGAGCGCGAGAAGCTGGGCTTCCCGCTGATTAAGAAAGGGGGCGCAGACCATGTCTAA	MNFQQMILTLQQFWAEQNCIIVQPYDTEKGAGTMNPMTYLRSIGPEPWNVAYVEPSRRPADGRYGENPNRLYQHHQFQVILKPSPDNIQELYLESLKRLGINPLDHDIRFVEDNWEAPTLGAWGLGWEVWLDGMEITQFTYFQQVGGIDASPVAVEITYGMERLASYIQDKENVFDLEWVDGITYGDVFHQPEFEHSKYTFEVSDVKMLFTLFNMYEEEANKAMNQNLVFPAYDYVLKCSHTFNLLDARGAISVTERTGYIMRVRNLARQVAATYLEEREKLGFPLIKKGGADHV				NA	NA	NA	NA	NA
JZ016_06023	2076	glyS	COG0751	Glycine--tRNA ligase beta subunit	ATGTCTAAGGATTTATTGTTTGAAATCGGTCTGGAAGAAGTCCCGGCGAGATTTCTGCGCGCCGCGATGGAACAGCTTCAGGACAAATTGGTCAAATGGCTGGATGCTTCCAGAATCGGGCATGGAGAAGTAACGGCATATGCTACGCCGCGCCGCTTGGCGGTATGGGTACAGAACGTTGCGGATAAACAAGAAGACGTCAGCGAGGAAGTGAAGGGGCCTTCCCGCAAGATCGCGTTGGATGATAGCGGACAGTGGAGCAAGGCAGCGCTTGGTTTTGCAAAAAGCCAGGGCGTTGATCCTGAGAGTTTTACCTTTAAGGAGCTCGGCGGGGTAGAGTATATCTATGTGACGAAAAACAGCGTCGGGGTGGATACGAAGTCGATCCTGCCTGAAGGACTACTTGGCATTTTGACTTCGATGACCTTCCCGAAAAATATGCGCTGGGGCGCGCACGAATTTAAATTCGTTCGTCCGATTAAGTGGATGGTCGCTCTGCTCGGCAGTGAGACCATAGATCTGGAAATTACGGGCGTGAAAGCTGGGAACGTGACCCGTGGACATCGTTTCCTTGGCGGAGAGGCCGTTATTCCTGAGGCATCGGCTTATCGCGACGTATTGCGCGAACAGCATGTCATCGTGGACGTGAATGAACGCCAAGAGATGATTGTGTCGCAGATCCAGGCATTGGCCCAAGAGAAAGATTGGAATATCGCCATCAAGGACGATTTGCTTGAAGAGGTATTATTCCTTGTAGAGACGCCAACCGTGCTGTACGGATCATTCGACTCCTCATTCCTCCATATTCCGCAGGAAGTATTGATTACTTCCATGCGTGAGCATCAACGGTACTTCCCTGTGCTGGATAAGCAAGGACAATTGCTTCCGTTCTTTGTCACGGTGCGCAGCGGGGACAGCCGTTCCCTGGACGTTATCGCTAGAGGGAATGAGAAGGTGCTGCGAGCCCGTTTGTCGGACGCGAAATTCTTCTATGAGGAAGATCAGAAGCTTCAGATCAAAGACGCCCTATCGAAGCTGGAGAGCATCGTGTTCCATGAGGAACTGGGGACCATCGGCGATAAAGTCCGCAGAATCCGCCGGATTTCCGATCAGTTGTCCGCGAAGCTTAGCATTTCGGCTGACGAAGCAGATTCCGTGAGTCGTGCGGCCGATATTTGCAAATTCGATCTGGTGACCCAGATGGTTTACGAATTCCCTGAACTGCAGGGTGTAATGGGTGAGGATTACGCAAGAAAAGCCGGTGAGAAGGAGCAGGTGGCCAAAGCGGTGTTTGAGCATTACCAGCCTCGCTTCGCCGGTGACGCGGTGCCTTCCACCTCGGTCGGATCCATCGTGAGCATTGCGGATAAAATCGACACGATCGTGGGCTGCTTCTCCATCGGCATCATTCCGACAGGCTCCCAGGACCCTTACGCGCTGCGCCGTCAGGCGGCGGGCATCGTTCAGATTATCCTGGAGCACAAACTCCCGGTAACGTTATCGGATGTCTTCGGTGTGGCCCTGGAGGTTCACGAGAACATTCGCGTATTGAAACGCTCGACGGACGAAATCCGTAAGGACCTTAAAGAATTCTTCGGACTTCGCGTGAAGAAGCTTCTGTCCGAAGATCAGCGTTATGATGTGGTGGATGCCGTAATTACTGCAGGATTTGATCATGTGGTGTCGGTTGTATCCCGCGGTCATGCGCTGATGGATGCTGTCGATCATGTCCAAGACTTCAAAACGACGGTAGAATCCTTCAACCGGGTTAGCAATTTGGCTGCCAAGGCCGGCAAGGCTGCTGTCAATCCTGAATTGTTTACGGAAACGGAAGAAGGCAAGCTGTACGAAGCTTGGAACGCGATTCGCGACGATTATCATGCTGCGCTGCAAGTTGCTGACGGCGAACGTTCATTGTCCTTGCTGGGTGGACTCAAAGAACCGATTACCGGATTCTTCGACTCCGTAATGGTCATGGCAGAGGATGAAGCGGTTCGGGCCAATCGTCTCGCACTGCTCTCCGGTATCGATGGAGATTTGAAGCGATACGCCGATTTCACGAAATTGGTGTGGTAG	MSKDLLFEIGLEEVPARFLRAAMEQLQDKLVKWLDASRIGHGEVTAYATPRRLAVWVQNVADKQEDVSEEVKGPSRKIALDDSGQWSKAALGFAKSQGVDPESFTFKELGGVEYIYVTKNSVGVDTKSILPEGLLGILTSMTFPKNMRWGAHEFKFVRPIKWMVALLGSETIDLEITGVKAGNVTRGHRFLGGEAVIPEASAYRDVLREQHVIVDVNERQEMIVSQIQALAQEKDWNIAIKDDLLEEVLFLVETPTVLYGSFDSSFLHIPQEVLITSMREHQRYFPVLDKQGQLLPFFVTVRSGDSRSLDVIARGNEKVLRARLSDAKFFYEEDQKLQIKDALSKLESIVFHEELGTIGDKVRRIRRISDQLSAKLSISADEADSVSRAADICKFDLVTQMVYEFPELQGVMGEDYARKAGEKEQVAKAVFEHYQPRFAGDAVPSTSVGSIVSIADKIDTIVGCFSIGIIPTGSQDPYALRRQAAGIVQIILEHKLPVTLSDVFGVALEVHENIRVLKRSTDEIRKDLKEFFGLRVKKLLSEDQRYDVVDAVITAGFDHVVSVVSRGHALMDAVDHVQDFKTTVESFNRVSNLAAKAGKAAVNPELFTETEEGKLYEAWNAIRDDYHAALQVADGERSLSLLGGLKEPITGFFDSVMVMAEDEAVRANRLALLSGIDGDLKRYADFTKLVW				NA	NA	NA	NA	NA
JZ016_06024	480			hypothetical protein	ATGCGAATGAACGAAAGCAACTCCATTTCGATTGTGGTTGACGGTGATGCATGTCCAGTCAAGAAGGAAATCGCAGAGACAGCTCGTACATTTCGTGTGCCGGTACTGCTTGTTTCTTCCTATGATCATCTGCAGCAGGCAGAAGAAGGGGTTACGACGGTCCAGGTGGATCGGAGTGATCAAAGTGCGGACCTATACATCGCTAACCACATATCCAGGGGGGATATCGTGGTAACGCAGGATTATGGACTGGCTGCACTTGCGCTTGCCAAATCATGCCATGTGATATCCTTTCGTGGTCGTATTTTCCATAATGCGGATATCGATTTCATGCTGGATTCCCGTCACCATCTGGCTAAGGCGAGGAAGCAAGGAAAGTATGGCAAAGGGCCCAAAAAGCTGCTTGACGAAGACCGGAGTTTTTTTCAACATAAACTGACAAAACTTTTGCATGAATTGCAGGAGAATGTCCACCCGTAG	MRMNESNSISIVVDGDACPVKKEIAETARTFRVPVLLVSSYDHLQQAEEGVTTVQVDRSDQSADLYIANHISRGDIVVTQDYGLAALALAKSCHVISFRGRIFHNADIDFMLDSRHHLAKARKQGKYGKGPKKLLDEDRSFFQHKLTKLLHELQENVHP				NA	NA	NA	NA	NA
JZ016_06025	1818	dnaG	COG0358	DNA primase	ATGAGTACCGGACAAGGTAATATTCCGGATGATGTCATTGAGGAAGTACTGGCCAAGAGCGATATTGTGGACACGGTCAGCAAATACGTGCATCTTACCAAACAGGGGAAATACCTGAAGGGCTTGTGCCCGTTTCACTCAGAGAAGACTCCTTCCTTTACGGTTACACCGGAACGCCAAATCTTTTACTGCTATGGTTGCGGTAAGGGCGGAAACGCCATTAAATTTAGAATGGAAATCGAAGGATTTTCTTTTCCCGAAGCCGTAAAGACAATGGCAGAAGAGAATGATATCTCGTTGCCGGAAGGTCAAGGAGTTCCCGTAATTCCTCGTAATCCGGAAAAAGAACGTTTGCTTGAAGCCTATGAGCTTAGCGCCAAGCTGTACCATTTCCTGCTTAAGAACACGGAGCATGGTACGGAAGCCATGAAGTATTTACGATCCCGCGGAATGAGCGACAAAATGATTGACCAGTTCCAAATCGGTTATGCTCCTGATCGTTGGGACACGCTTGTACAATTCCTGACGAAGCGATCCTTTGACTTGAAAGAGATGGAAAAGGGCGGTTTATTATCCGCAAGAAATGAACAGGAAGGCTATCTCGACCGTTTTCGCGGACGCATCATGTTTCCGATACATGACCGCAGCGGCAAGGTCATCGCGTTTGCTGGCAGAATACTGGGGGACGGTCAACCGAAGTACCTGAATTCCCCGGAGACACTTCTATTTAATAAGAGCCGCACACTGTACAACCTGCACCAGGCCAAAACATCCATACGCAAATTGCGTCAAGTTCTGTTATTCGAAGGTTACGGCGATGTGATTTCGTCATGGGAAGCAGGACTACAGAATGGTGTGGCAACCATGGGAACCTCTCTAACGGAAAACCAAGTGGCAATCATGAAATCGGTGGCTGAAGAAGTTGTTGTTGTCTATGACGGTGATAAAGCCGGCATGGCTGCTGCGTTAAAAGTCATTCCAATGCTGGAAGGCGTTGGTCTCAGAGTACGAATCGCTTTGGTGAACGAAGGAATGGACCCGGATGATTATATCCGCAAATTCGGTGCCGAGCGTTTCAGGCATGTAGTAGAAACAGCTGTTTCAACAACAAAATTTAAACTTATATATCTGAAGAAAAACCATATACTGCTAGAAGAAGATGGTAAGATTGCGTACGCCAAAGAGGCATTGCCCATTATCGCCGTACTGAATTCCTCGACTGAACGAGAAGTTTACTTGAGGGAGTTGTCCTCCGAGCTTCATCTTTCCTACGAGAGTCTTAAGCAGGATTGCAATCTGCTTCGGCAATCGATGCAAAAAAAGATGGGCGATGGGGATAATAAGGAAAAAAGGTGGAATAATGGTAGGCATAAAAAAGGGCGCCAGCCCGCCCCGGTACTTCTGCCTGCTTACCATGCTGCAGAGCGGCGGCTGCTGTCGCTGATGCTGCAGGATGCGGAGGCCGCGCGATACGTTGGCGATCGCCTGGGAGAAGCGTTTAATATTGAGGATCATGCGGCAATTGCTGCTTATCTATATGCTTTTTACGCACAGGGTAAATCTCCGGATATCAGCCGTTTCATGTCATCGCTCCACGACGATCGTTTGGAAATGACGGTCAGCTCGATCATGATGATGGAAGCACCAGCCGAGTGGAATGTTCAAGTGCTCGATGATTGCATACGTGAGGTGCTGAAATTTCCGCAGCAGAGAGAGATCGACCAGAAAAAAGAAGAGATGATTAAAGCGGAGCGCTCAGGAGATTTTTTGCGAGCCGCACAAATTGCAAGTGAGATTATCGCCCTAGAAAGACAATGA	MSTGQGNIPDDVIEEVLAKSDIVDTVSKYVHLTKQGKYLKGLCPFHSEKTPSFTVTPERQIFYCYGCGKGGNAIKFRMEIEGFSFPEAVKTMAEENDISLPEGQGVPVIPRNPEKERLLEAYELSAKLYHFLLKNTEHGTEAMKYLRSRGMSDKMIDQFQIGYAPDRWDTLVQFLTKRSFDLKEMEKGGLLSARNEQEGYLDRFRGRIMFPIHDRSGKVIAFAGRILGDGQPKYLNSPETLLFNKSRTLYNLHQAKTSIRKLRQVLLFEGYGDVISSWEAGLQNGVATMGTSLTENQVAIMKSVAEEVVVVYDGDKAGMAAALKVIPMLEGVGLRVRIALVNEGMDPDDYIRKFGAERFRHVVETAVSTTKFKLIYLKKNHILLEEDGKIAYAKEALPIIAVLNSSTEREVYLRELSSELHLSYESLKQDCNLLRQSMQKKMGDGDNKEKRWNNGRHKKGRQPAPVLLPAYHAAERRLLSLMLQDAEAARYVGDRLGEAFNIEDHAAIAAYLYAFYAQGKSPDISRFMSSLHDDRLEMTVSSIMMMEAPAEWNVQVLDDCIREVLKFPQQREIDQKKEEMIKAERSGDFLRAAQIASEIIALERQ				NA	NA	NA	NA	NA
JZ016_06026	1134	sigA_2	COG0568	RNA polymerase sigma factor SigA	ATGATGGCGAATGATCAGCATACTGAACTAGAAACGGAATTTACGCTGGATCAAGTCAAGGATCAGTTGATTGAACAGGGTAAAAAGAGATCCGTATTGAGCTATAAAGATATTATGGAGAAATTATCGCCATTTGATCAGGATACGGAGCAGATGGAAGAGTTCTATGAGCAGCTGGCCGACCTGGGTATCGATGTAGTTAATGAGAATGATGAAGAGGGTACTCACCGGCAAGCGGGAGATTCCGAATCCCATGATAATGAGGATTTTGGGTTTGACGACGATCTTTCGCTGCCTCCTGGGATCAAGATTAACGACCCGGTACGGATGTACTTGAAGGAAATTGGCCGGGTTCCGCTGTTGTCAGCAGATGATGAGATTGAACTTGCCAACCGGATTGAACAGGGAGATGAGGAAGCCAAGCGCCGTCTGGCTGAAGCCAACCTGCGTCTCGTTGTAAGTATCGCGAAGCGTTACGTCGGACGAGGAATGCTGTTCCTGGATTTGATTCAGGAGGGCAACATGGGCTTGATCAAAGCCGTGGAGAAGTTCGATTACAAAAAGGGTTTCAAATTCAGTACGTATGCGACTTGGTGGATTCGCCAAGCGATCACGCGCGCTATTGCTGACCAGGCCCGTACCATCCGAATTCCCGTGCATATGGTCGAGACCATCAACAAACTGATTCGTGTATCCAGACAGCTTCTGCAGGAGCTCGGACGTGAGCCTTCGCCGGAGGAAATTGCTGCCGAGATGGAACTCAGTGTTGAGAAAGTCCGGGAGATTATGAAAATCGCCCAGGAGCCGGTTTCGCTGGAAACGCCGATCGGTGAAGAAGATGATTCCCACCTCGGAGATTTCATCGAGGATCAGGAAGCACTCGCTCCTGCTGACGCAGCAGCTTACGAGCTTCTGAAGGAACAGCTCGAAGATGTGCTGGATACGCTGACAGAGCGCGAGGAGAATGTGCTTCGTCTTCGTTTCGGACTCGATGATGGCCGCACCAGAACACTGGAAGAGGTCGGCAAAGTGTTCGGTGTTACCCGCGAACGGATTCGACAGATTGAAGCGAAAGCGCTCCGTAAGCTTCGTCACCCGAGCCGCAGCAAACGGTTAAAGGATTTCCTCGAATAG	MMANDQHTELETEFTLDQVKDQLIEQGKKRSVLSYKDIMEKLSPFDQDTEQMEEFYEQLADLGIDVVNENDEEGTHRQAGDSESHDNEDFGFDDDLSLPPGIKINDPVRMYLKEIGRVPLLSADDEIELANRIEQGDEEAKRRLAEANLRLVVSIAKRYVGRGMLFLDLIQEGNMGLIKAVEKFDYKKGFKFSTYATWWIRQAITRAIADQARTIRIPVHMVETINKLIRVSRQLLQELGREPSPEEIAAEMELSVEKVREIMKIAQEPVSLETPIGEEDDSHLGDFIEDQEALAPADAAAYELLKEQLEDVLDTLTEREENVLRLRFGLDDGRTRTLEEVGKVFGVTRERIRQIEAKALRKLRHPSRSKRLKDFLE	PGPT0014685_1148	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0014685-rpoS-K03087	NA	NA
JZ016_06027	759	trmK	COG2384	tRNA (adenine(22)-N(1))-methyltransferase	GTGAAATTATCAAGAAGATTAACGAAAATACTGGAGAAGATTCCACGCGGCAGCCGACTTGCTGATATCGGTTCCGACCATGCACTGCTGCCTGTGGCTGCCGTAGAGAGCGGAGCAGCCATTCAAGCGATCGCCGGTGAGGTCAATCCCGGCCCTTATGATGCTGCCGTCAAGCAGGTCATCGAATCAGGGATGACTGAGGTCATCAGCGTGCGAAGAGGAGACGGTTTGAACGTACTCTCAGCCGGTGAGGCCGACGTTATTACGATTGCCGGTATGGGTGGCAGCTTGATTGCAGCGATTTTGGACCGCGGCATCGATAAGCTGACAGGCGTCCGCAGGCTGGTCCTGCAGCCGAATGTGGGAGAAGATATCTTGCGCAAGTGGCTGTACTCCCATGGCTGGGTGCTGATTGAGGAATGGATCCTGGAGGAAGACGGCAAAATTTACGAAGTGCTGGTCGCCGAGCCTTCGCATACAACAGACCTGACGAATGAGCAGGTTTACAAGGATAGAGCGATTGGGGGCGGTCTCCGATTATCTACGGACTGGCTTTTCCGTATGGGACCTTGGCTCACGCAGTCCCCGAATCCGGTTTTCTATGATAAATGGAAATCGGAGATAGAGAAGATGGAGTATATTCTTCTATCGCTTTCGCGTTCAGATCTCACCACGGCAGCCGACAAGGCGAGTGAGATTCGTTCGGATATCGAGTTTATTCAGGAGGTGCTGGCATGCTTGCCAAAGGACAAACCGTAA	MKLSRRLTKILEKIPRGSRLADIGSDHALLPVAAVESGAAIQAIAGEVNPGPYDAAVKQVIESGMTEVISVRRGDGLNVLSAGEADVITIAGMGGSLIAAILDRGIDKLTGVRRLVLQPNVGEDILRKWLYSHGWVLIEEWILEEDGKIYEVLVAEPSHTTDLTNEQVYKDRAIGGGLRLSTDWLFRMGPWLTQSPNPVFYDKWKSEIEKMEYILLSLSRSDLTTAADKASEIRSDIEFIQEVLACLPKDKP				NA	NA	NA	NA	NA
JZ016_06028	1116		COG0327	GTP cyclohydrolase 1 type 2	ATGCTTGCCAAAGGACAAACCGTAATTCAATATATGGAGCAATTGGCCCCGAAGCACGTGGCCGAACCCGATGACCGGATCGGACTCCAGCTTGGAACATTGCAAAAGGACATTCGCACCGTGCTGATTGCTTTGGATGTCAATGATGAAGTGGTGGATGAAGCCATTGAGATTGGGGCTGATCTGATTATCGCGCATCATGCGATTATATACCGTCCGCTGAAGCAGCTGCAGACGGATACACCGATGGGCAAGGTGTATGAAAAGCTGATCAAACACGATATCGCGGTATATATAAGTCATACCAATCTCGATGTAACCGAAGGCGGAATGAACGATTGGATGGCGGAGGCCTTGGGAATCGAGAATACGTCGCCTATCCATGACATGCATAATGAACAGTTATCCAAGCTGGTGGTATTTGTGCCGAAGAGTCATCATCAAGAGGTGCTCGATGCTGTGCTCGGCGCCGGTGCAGGCTGGATCGGAAATTACAGCCACTGCAGCTTTAACATTGAGGGTTTTGGCACCTATGTTCCGCGAGAAGGCAGCAACCCATTTCTAGGTCAGGAAGGCAAGATGGAACGTGCTAATGAGGTTCGGATCGAGACAATTGTTCCTCATGCCATCCGCAACAAAGTGATCCAGGCGATGCTGAAGGCGCATCCTTATGAAGAGGTTGCGTATGATCTGTATGCCATGGACCTTAAAGGGAGATCCCTTGGTCTTGGCCGGGTTGGTAAGCTAAAAGAGCCTATGACGTTGGCTGAGCTGGTAGACGTGGTCAAAGAAAAGCTGGAGGTTCCACATGTTCGTGTTGTAGGAGAGCTCGACCGCACCATCCGCAAGGCGGCCGTCATCGGGGGATCCGGAGGACGCTACATGATGAAGGCACTGTTCCGTGGAGCGGATGTGCTGGTAACCGGAGATGTCGATTATCATACGGCACAGGATGCGCTCGCAGCAGGACTTACCATCATTGATCCGGGTCATAATGCCGAGAAGATTATGAAGGTCAAGGTCGCCGAGTGGATGGAACAGAAACTGCAGGAACATAAGTATGAAACCCGAGTTGTTGCTTCCCGCATCAATACGGAGCCATTCCAGTTCGTGTAA	MLAKGQTVIQYMEQLAPKHVAEPDDRIGLQLGTLQKDIRTVLIALDVNDEVVDEAIEIGADLIIAHHAIIYRPLKQLQTDTPMGKVYEKLIKHDIAVYISHTNLDVTEGGMNDWMAEALGIENTSPIHDMHNEQLSKLVVFVPKSHHQEVLDAVLGAGAGWIGNYSHCSFNIEGFGTYVPREGSNPFLGQEGKMERANEVRIETIVPHAIRNKVIQAMLKAHPYEEVAYDLYAMDLKGRSLGLGRVGKLKEPMTLAELVDVVKEKLEVPHVRVVGELDRTIRKAAVIGGSGGRYMMKALFRGADVLVTGDVDYHTAQDALAAGLTIIDPGHNAEKIMKVKVAEWMEQKLQEHKYETRVVASRINTEPFQFV				NA	NA	NA	NA	NA
JZ016_06030	279			hypothetical protein	ATGTCTTGTCATAAAGAAAATCCATGTCCTCCTGTGTCACCGATTGTGTGCGAGCCGATCGTTGTCGTTAGAGACCATTATGTACCGCAAATCGTACCCGTGATTCATCCGATTAAAGTGGTGGATAAGATTCACTGCGTACCTGTAGAAAAACATATATACACGTACAGCGAAGAAGAAGTCGTGAGCGACAATGCAGGCTATGGTGGAGTTACGGTCTCCGGTAAGCGTTCGAAGAAAGCTGCAGTACGTACTAGCCGTTCCCGCCGGAAGAAATAA	MSCHKENPCPPVSPIVCEPIVVVRDHYVPQIVPVIHPIKVVDKIHCVPVEKHIYTYSEEEVVSDNAGYGGVTVSGKRSKKAAVRTSRSRRKK	PGPT0025150_105	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025150-cotD-K06327	NA	NA
JZ016_06031	1926			hypothetical protein	GTGAAATCTCGTACCCTGTGGAGCATCTTAGGTGCAGCGTCAGTTATTGGCGCGCTTCTGATCTTACTGTTCATCCCCGGTTCAAAACAGCCGGCTCCCACGGCTGAACCAACACAGCCTTTAAGGCCCCAGCAGGAGAACAAGGCTAAACACTTTACCATGCAAAGCGATCTCCATGCGACGGATCAACTCAACCGTCTTGATGCTAAAGGTCACCTGCGCAAAATGCTGAACAATAACGCTTTGCGCAGTTCGGGTCAAATAAAAGCCTATACGCAAAAAGAACAAAAGCTGCACAAGCATTTTCAGCAAGTACGGTGGTATAACCTCAAGCAAAACAAAATGACGGATGTACAGGGTCTGCTTCCCAAACTGAACAAAAAAGATAAGAATCTGATCACTCATCATTTCCAAATGGCACAGCAAAAGCTGAAACGGGGAGAATCTTACGATTCACCCAAGTTCAATGTCGCGGGGCAGCCTTATTTTGTTGTTGCCGAGCCGTCCAAGGATGGCAAATATGGCGCCGCCGCTTTGGTTAATCAAGGCGTACTGCATGAAGTAAGCAATCACCAGAAGCGGAATCTTCGCTTAATACCTTACCCGAAGGAAGGTAAATTCAAGGTCGAATCCATTCATGCGGATACCCTCTCCGATATTACCGTCAAAACGGGACACGATAATGAAAAAGCCAGTCACTTTTACGAAAATGAAATTGTGGTGTCCTTTCAAAATGAGCCGTCTAAGCAGCAGCTCCTCAACATCTCTAAGGAGATATCATGTGACACTCCGAGGAAACTTGGCTATGCCTATGTTTTTCGTTCCAAAGATAAGGATTACCATAAACTTCGCTCCTATTTCGAGCAGAAATGGAAAACGAAGTATACCGAGCCTCACTACATTTATTTAACCAATGATCGCCCCCTTCAATCCAGAATAAACTCGGATTTCTTGCCGGATGGAGCGAATGAGCAGGTCAATATCCCGAATGATTTGCTGTTTTCTCAATATCAGTGGAATCTGCCCGTCATTGAAACGAACCGGGGCTGGGATCTGTCCAAAGGCAGTGAAGATGTCATCATCGCCGTAATTGACACTGGTGTGGATCTTCAGCATTCCGATTTGGATGGACAGTTGGTGGAAGGATACAACATCGTCGAGAAGGACAAACAGCCGCTGGATGATGTGGGGCACGGGACGCATGTAGCCGGGATCATCGGTGCCCTGGTCAACAACGGTGAAGGTGTTGCCGGGGTAAGCTGGTATAACAAAATCATGCCGGTCAAAGCACTAGACGGATCCGGCTCAGGAACAACCTATGCCGTCGCAGAAGGCATAATTTGGGCCACGGATCACGGAGCCAAGGTGATCAATATGAGTCTTGGCAACTATGCGGACTCCCAGTTCCTGCACGATGCCGTGAAATATGCTTATGATCGCGACGTTGTTCTTGTTGCTGCCTCAGGCAATGACAACACGGAGCGCCCTGGTTATCCTGCCGCCTATCCGGAAGTGCTGGCTGTCGCCGCAACGGATTCCAATCAGAAGCGGGCAGAATACTCGAACTACGGCGATTATATCGATGTGGTTGCTCCCGGGACCAATATTGCAAGCACGTTTCCAGGGAATCAATATGCGGCTTTATCCGGAACCTCCATGGCCAGCCCTCATGCAGCCGCCATGGCGGGTCTCATTCGTTCCCTTAACCCTGATCTGACCAATCAGGAAGTCATGGACGTCATGATAAACCAAACGGTCGATCTTGGCGATAAAGGAAAAGATAAATATTACGGTCATGGTCAGATTGATATTTTCCAATCCTTGAAAGCAGTTGGAGCACCCGATGTCCCTCTTCAAATGTGGCCGGGTCAAACGCTTCAGAATCTGGAGCAGGAACTTCGCAAATTAAACGGCTCCAACGAATAA	MKSRTLWSILGAASVIGALLILLFIPGSKQPAPTAEPTQPLRPQQENKAKHFTMQSDLHATDQLNRLDAKGHLRKMLNNNALRSSGQIKAYTQKEQKLHKHFQQVRWYNLKQNKMTDVQGLLPKLNKKDKNLITHHFQMAQQKLKRGESYDSPKFNVAGQPYFVVAEPSKDGKYGAAALVNQGVLHEVSNHQKRNLRLIPYPKEGKFKVESIHADTLSDITVKTGHDNEKASHFYENEIVVSFQNEPSKQQLLNISKEISCDTPRKLGYAYVFRSKDKDYHKLRSYFEQKWKTKYTEPHYIYLTNDRPLQSRINSDFLPDGANEQVNIPNDLLFSQYQWNLPVIETNRGWDLSKGSEDVIIAVIDTGVDLQHSDLDGQLVEGYNIVEKDKQPLDDVGHGTHVAGIIGALVNNGEGVAGVSWYNKIMPVKALDGSGSGTTYAVAEGIIWATDHGAKVINMSLGNYADSQFLHDAVKYAYDRDVVLVAASGNDNTERPGYPAAYPEVLAVAATDSNQKRAEYSNYGDYIDVVAPGTNIASTFPGNQYAALSGTSMASPHAAAMAGLIRSLNPDLTNQEVMDVMINQTVDLGDKGKDKYYGHGQIDIFQSLKAVGAPDVPLQMWPGQTLQNLEQELRKLNGSNE				NA	NA	NA	NA	NA
JZ016_06032	507			hypothetical protein	ATGCCAGCAGACAATCTTCAGAATTTATGCTCGGAGTCCAGAGAAAAGTTGAAATCTGCTATTTCGATTATGGAAACGTTTTTGAATGAACATGCTTTATCTCAATTGGTAACGGAACAGGACGAGGAAACCGTTCATTTTTACAAAGGATTTCTGTCGGATGTTCGCCATTTGCTTGTGTTTTCTGAAGTTTCCTATGAGAAGCTGGGTGTTGTACAGCGTCGCCCTAATTTTGATATCGATTTTGCCGAGAAGGCTTTGTATAATTTGTATCACCGCTGTGTCAACAGCTTCTTCTATCCCAAAAATGAAAGTTATTCCGAAGATGGTCGTTACGCCTATACCGGACAGGATGCGATTCGTTTCCGGAAAAAGCCGGTTCGTCCTGCCCGTGATGTCATTATGAACATTACCAAGATTTATGAGGAGCTCCGCGATGATCTTGCTTACTACGAAAGCGACTATTTGACGGAACGCCGTATGCAATCAGAGAAAAGACACGCATAG	MPADNLQNLCSESREKLKSAISIMETFLNEHALSQLVTEQDEETVHFYKGFLSDVRHLLVFSEVSYEKLGVVQRRPNFDIDFAEKALYNLYHRCVNSFFYPKNESYSEDGRYAYTGQDAIRFRKKPVRPARDVIMNITKIYEELRDDLAYYESDYLTERRMQSEKRHA				NA	NA	NA	NA	NA
JZ016_06033	225			hypothetical protein	ATGGCCAACGAAGCCAAACCATTAGTGAAGTGCAGTGTCAGCAATTGCCATTACTGGGGAGAACAAAACTTATGTCATGCCGAGATGATCATGATTGAAATTGACCGTCATGCGAATGTAAAACTCAATGAAGAGTATGGAGCAGAGCCCTATGTAGACGACCATCAGGATGTTGCTGACAAGTCTTCCGAGACCTGCTGTTTGACCTTTAAGCCGAAGGGCTGA	MANEAKPLVKCSVSNCHYWGEQNLCHAEMIMIEIDRHANVKLNEEYGAEPYVDDHQDVADKSSETCCLTFKPKG				NA	NA	NA	NA	NA
JZ016_06034	363			hypothetical protein	ATGGATAAAAAACATCGCAAGCATAAAATGAAGGTTGTAGAAGGCAAGCGAAACCGGATAGACTTCCCGCGCAAAGATCACCGTGAAGAATATGCAGCCGAGGTGGCTCCCCCTGTGGATGCTTCGGCACGAAGAGTGGACGAGGATAAGGCAGACGTCTCTACCGGTCGTACCGTCGGATATGTGGGCTTGGTATTAGGCATCGCCTCCTTGTTCATGTGGTCGGTAATCCTGGGACCCATCGCTGCGGTTGTTGGATATTACGCCTACAGCAAAGGCAGCAAAACGACAGGCGCCTGGTCGATCGGACTCGGCATATTGGCAACGCTCAGTTATTTTATCTTGATTCCTTTCAGTAGATAA	MDKKHRKHKMKVVEGKRNRIDFPRKDHREEYAAEVAPPVDASARRVDEDKADVSTGRTVGYVGLVLGIASLFMWSVILGPIAAVVGYYAYSKGSKTTGAWSIGLGILATLSYFILIPFSR				NA	NA	NA	NA	NA
JZ016_06035	657	mltF_3		Membrane-bound lytic murein transglycosylase F	ATGACAGATATACCACAGATGAATACGAATTCCACCGAGTCGGCAACCGGATTTGTCAATGTGCTAAGCAGCCTGCTTACCGAAGATTCCACCTCCAAGCCGGTCGAACGTTCGATTACACAGCTTGCGCCTGGCGTAACCTTTAAGGATGGGCTGTTATGGCAGCAGCTAGGAGCTGTAGATGAATCTGCTTCGTCTTTACCAATGGAGGGGGTCGTCCATGACACAGGAGCAACAAAGCCAACGACCTTTGAGGATTTAATTACGGCGGCCGGGGAACGCTATGGCGTGCCGGTATCGCTGATCAAAGCGGTCATCGATGCGGAATCTTCCTTTAATCCAAACGCGGTGTCCTCTGCAGGCGCCAAGGGGCTGATGCAGCTGATGGATGGCACAGCAAGGGGACTTGGGGTAAGCAACCCTTTTGATCCGGCTCAGAATATCGAAGGTGGTACTAAATATCTGTCCAATCTGATTCAGCGGTTTGGCGGAGAAATGGCTATGGTACTTGCAGCGTATAATGCAGGTCCAACCCGTATCGCGAATTTGGGTGTATCCAGTGATGAAGAGCTGATGTCCGTTGCTCATGAATTACCCGAGGAAACCCAAGCATACATCGGTAAAGTCATGAATGCACAATCAAAATACATGTTATAA	MTDIPQMNTNSTESATGFVNVLSSLLTEDSTSKPVERSITQLAPGVTFKDGLLWQQLGAVDESASSLPMEGVVHDTGATKPTTFEDLITAAGERYGVPVSLIKAVIDAESSFNPNAVSSAGAKGLMQLMDGTARGLGVSNPFDPAQNIEGGTKYLSNLIQRFGGEMAMVLAAYNAGPTRIANLGVSSDEELMSVAHELPEETQAYIGKVMNAQSKYML				NA	NA	NA	NA	NA
JZ016_06036	1161	iscS_2	COG1104	Cysteine desulfurase IscS	TTGATATATTGGGATCACGCTGCTACGACCCCTCCCTATGATGAAGTAGTGGACACGTTGGCAGAAGTCATGAAAATGCATTATGCGAATCCGTCAGCACTTCATCGTTCAGGCGAGGCTGCCGCTAAACTGTTGAAAAAGGCAAGAGAGGTATGTGCAGCCGCGCTGGACGTTCAGCCGACGGAGATCGTATTCACTTCCGGGGCAACTGAAGGCAATAACATGGCGATTAAAGGGGCTGCAATGCAGTACAGCAGCCGTGGCCGGCACATCATCACGACGGGAACAGAGCATCCTTCCGTATATGAAAGCTGCAAGCAATTGGAAACGCTTGGATGGGAAGTGACTTATCTACCGGTAGATGCCGCCGGCGTGGTGGATCTGGCTGCCTTGACGGAAGCTGTGCGCAAAGATACCGTGCTCGTCAGCATCATGCATGTCAATAATGAGACCGGGGCCGTCCAGCCGCTGACTGAAGTGGGTCGTATCGTTAAGGAGCGAAATTCACGAACGCTGCTGCATATCGATGGGGTACAGGGATTTGGCAAATTGCCGGTGACACTCTCCCAGTGGCAGGCCGACTTATACAGCCTGTCTGCCCATAAATTCAACGGTCCGAGAGGAATGGGCGTGCTATATATTAAGCAAGGCGTGCAATTGTTCCCGCTGGTATCGGGCGGATCGCAGGAGAATGGACACCGGGCAGGAACGGAGAATGTTGCCGGAGCGGTAGCGATGTCGAAGGCCATGCGATTATCCAGAGAACGCCAGCCCGAGTTTTATGCAAGGATGACGGAAATAAGAGAACTTCTGGTTCAGGGCATCCGCAAAATCCCGGGATTGGTGTTAAACAGCAACGAACAAAATGCGCCTCATATCATTCATTTTTCGTATCCGGGACTAAAACCCGAGGTGATGGTCCATGCTCTGGAAGAGATGGGCATGCTCGTCTCAACCAAATCCGCTTGCTCCTCTAAATTAAGCGAGCCCAGCCGGGTCCTGTTAGCGATGGGGAAGGACATGGACGTTGCTTCCTCCGGAATTCGCATCAGTCTCGGCAAAGAGCATCAGCTCGGCGATGCAGCGCGGCTTGTCGAAGTCTTGGCAAAAGTTTGCGGGAACCTGCGTCCCGTTATAGAAAGAGAGGGTAACCGGAGATGA	MIYWDHAATTPPYDEVVDTLAEVMKMHYANPSALHRSGEAAAKLLKKAREVCAAALDVQPTEIVFTSGATEGNNMAIKGAAMQYSSRGRHIITTGTEHPSVYESCKQLETLGWEVTYLPVDAAGVVDLAALTEAVRKDTVLVSIMHVNNETGAVQPLTEVGRIVKERNSRTLLHIDGVQGFGKLPVTLSQWQADLYSLSAHKFNGPRGMGVLYIKQGVQLFPLVSGGSQENGHRAGTENVAGAVAMSKAMRLSRERQPEFYARMTEIRELLVQGIRKIPGLVLNSNEQNAPHIIHFSYPGLKPEVMVHALEEMGMLVSTKSACSSKLSEPSRVLLAMGKDMDVASSGIRISLGKEHQLGDAARLVEVLAKVCGNLRPVIEREGNRR	PGPT0000065_4867	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-SULFUR_MODIFICATION_PROTEINS,PGPT0000065-nifS|iscS-K04487	NA	NA
JZ016_06037	579	thiI_1	COG0301	putative tRNA sulfurtransferase	ATGACCTACGATAAACTGCTGCTTCGCTTTGGCGAATTTACTCTAAAAGGCAAAAACCGCAACCGATTCGAGAGATCGGTCTTGAATCATATTCGAAGCGTGCTCAAACCGTTTCCTGGAGCGAAAATCGTTAAGGAATACGGCCGTTTGTACGTCGAGCTTAACGGAGAATCTCCCGAGGCCTTGATCCATGTCCTTAAAAAAGTATTTGGCCTTGTATCCATCAGTCCAGTTCGTGTATGTCCTTCCGAGCTTGACCGTATTATCGAAACCGCGATTGACTTTGTGGGACAGAAGGAACTGGCTGACCCGTCGACCTTCAAAGTCAATGCGAGAAGGGTGTGGAAACAATTTCCTCATTCCTCGCAAGAGATGAATCATTTAGTCGGATCGCCCTTGCTGCGAACCTATCCACAGCTTAAAGTAAAGGTAAAGCAGCCCGATATGGAGCTTCGTGTGGAAATTCGGGAGAACGAGACGTATCTGTACTATGAAGTGATTCCCGGCGCCGGCGGATATCCGATTGGTACGAATGGGAAGGCCATGCTGCTTCTATCGGGGGGATCGACAGTCCTGTAG	MTYDKLLLRFGEFTLKGKNRNRFERSVLNHIRSVLKPFPGAKIVKEYGRLYVELNGESPEALIHVLKKVFGLVSISPVRVCPSELDRIIETAIDFVGQKELADPSTFKVNARRVWKQFPHSSQEMNHLVGSPLLRTYPQLKVKVKQPDMELRVEIRENETYLYYEVIPGAGGYPIGTNGKAMLLLSGGSTVL	PGPT0008940_852	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008940-thiI-K03151	NA	NA
JZ016_06038	567	thiI_2	COG0301	putative tRNA sulfurtransferase	ATGGAGTTAACAAGGCTGTTATCGGGCTACACCGGGAAAATCAAGCTGCACCTCGTTCCTTTCACGGATGTACAGACTTCGTTTGTCGGCATCGGCCAGGATAATCTGATCATTACGTTTATGCGCAGAGCGATGCTGCGGATTGCTTCCTCGCTTGCTGAGCGGGAAGGGGCATTGGCGATCGTGACGGGTGACAGTCTCGGACAAGTTGCCAGTCAGACGCTGCCCAGCATGAATGTGATCGGCAGAGCCACCGAGCTGCCGCTGCTGCGGCCGCTCGTTATGATGGATAAGAACGATATCATCAACACTGCAATGGACATTGGTACATTCGAGACATCGATATTGCCGTATGAGGATTGCTGTACGCTGTTTGTGCCTAAATCGCCCACCACCAATCCGAATTTGAAGATCATCGAGAAGGTGGAGGCTTCCATTCCCGAGCTGCCTGCACGGATTCAAGCAGCCATTGAAGGTACGGAGACGGTGGTTATTACCCCGGACAGTAACATCGGTGAGCTTGAAGAAAAGCATGCGGAGCCCGTCGTAAACGAAGACTGGTTCTAA	MELTRLLSGYTGKIKLHLVPFTDVQTSFVGIGQDNLIITFMRRAMLRIASSLAEREGALAIVTGDSLGQVASQTLPSMNVIGRATELPLLRPLVMMDKNDIINTAMDIGTFETSILPYEDCCTLFVPKSPTTNPNLKIIEKVEASIPELPARIQAAIEGTETVVITPDSNIGELEEKHAEPVVNEDWF	PGPT0008940_852	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008940-thiI-K03151	NA	NA
JZ016_06039	693			hypothetical protein	ATGGAAACCACAGCCGCTGAATTTTTTCTTGCATTAATCAACATTGTATTTTTGGATCTGATCTTGGCCGGGGACAATGCCATTGTGATCGGTCTTGCAGCACGCAATCTTCCGAAGGAAACCCAGAAAAAAGCAATTATCTACGGCACGGCCGGAGCTGTTATTCTTCGCATCATTGCCACCATCCTCGTTGTCTGGCTGCTTAACATTCCTTGGTTACTGCTTGTGGGAGGCGTGCTCCTGATTGGCATTGCCTACAAGCTGATGACCGACGACAATAATGACCATGGCAATATCAAAGCCGGGAAAAGCCTTGGCGCTGCTATTCGTACGATCATTGTAGCGGATGCCGCTATGGGCCTGGACAATGTCATTGCCGTTGCCGGCGCTGCGAAACACAATATGATCCTTGTAACGCTGGGCCTGCTCATCAGCGTACCTATCGTGGTATGGGGCAGCACGCTGTTTATCAAACTGATCAACCGTTTCCCATGGATTATCTATGTAGGTTCTGCGGTACTTGCGTACACGGCGTCCTCCATGATTACCGAAGAGAAGCATTTTATGGGATATTTCGAAGCGCACCAGATTATTAAATATCTCTTCATTGCTGCCATCATTGTCGGTGTGCTGACTGCAGGACATCTGAAAAAAAGATCTGCCGGACGCCGTCAGTCATCCAGCCAGTCATAA	METTAAEFFLALINIVFLDLILAGDNAIVIGLAARNLPKETQKKAIIYGTAGAVILRIIATILVVWLLNIPWLLLVGGVLLIGIAYKLMTDDNNDHGNIKAGKSLGAAIRTIIVADAAMGLDNVIAVAGAAKHNMILVTLGLLISVPIVVWGSTLFIKLINRFPWIIYVGSAVLAYTASSMITEEKHFMGYFEAHQIIKYLFIAAIIVGVLTAGHLKKRSAGRRQSSSQS				NA	NA	NA	NA	NA
JZ016_06040	645			hypothetical protein	TTGTTGGGACAGATATTGATGATCAATCTTGTACTCAGTGGCGACAATGCGCTGGTCATCGCGATGGCCAGCAAAGACCTTCCCGAAATACACCGCAGACGGGCGGTCTGGATCGGGACCGCAGGGGCTGTTCTCTTACGGTGTATTCTGACTTTTTTGGCGGTTTTGCTGCTGAAAATTCCATTTTTACAGGCTGGCGGCGCCTTATTGTTGATCTGGATCGCAGTCAAACTCATGATGCAGAAGGAGCATGACCATGCAAACTTGGCCAAAGCTTCAACGATATGGGCTGCAGTCAATACGATATTGATTGCCGATTTCGTGATGAGCCTGGATAATGTCTTGGCCATTGCAGGGCTTGCAAAAGGCGATCTCGCCTTGATTGTCATCGGAATATTATTAAGCATTCCCATCGTTGTATGGGGAAGCGGGATGATCGCAAGCCTGCTTCACAAGTTTCCCGTGCTGCTTTACATAGGTGCCGGTATTCTAGCTTTTACAGCAGGCGAAATGCTCATACAGGATTCCCGCGTAGGGCTGCTTCTGGCTTACTGGATGCCTTATGCCCACAATCTGCTGCCGATTGTCATTGCAGGTGCCGTCGTTCTCATAGGCGGATTACAGACGGTGAGACGGCCCTTGTAA	MLGQILMINLVLSGDNALVIAMASKDLPEIHRRRAVWIGTAGAVLLRCILTFLAVLLLKIPFLQAGGALLLIWIAVKLMMQKEHDHANLAKASTIWAAVNTILIADFVMSLDNVLAIAGLAKGDLALIVIGILLSIPIVVWGSGMIASLLHKFPVLLYIGAGILAFTAGEMLIQDSRVGLLLAYWMPYAHNLLPIVIAGAVVLIGGLQTVRRPL				NA	NA	NA	NA	NA
JZ016_06041	513			hypothetical protein	ATGTCCTCCAGAAAAGATTTGGCGCTGGGTATTTTCATCGTTGTTGCTGGAGTCGTTATTTTGCTCGGCAAGCTTGGTGTATTTGGATTTTTGGGAAGAACGTTATGGCCGCTCGTCCTGCTGCTGCCGGGTATTTTTTTGCATATCATGTTTTTTGGTCGCCGTGCCACTGCCGCGGTTCTGATTCCGGGCGGTATTCTGACGGTATATGGCCTTCTGTTCTTCATATGTATTATTGGGGGATGGGGACTGATGGCTTCATTATGGCCTGTGTTAATTCTCGGCGTGGCTGTCGGCTTGTATGAATATTATCTGTACGAGAGCCCGCGACCAGGCGCTGCGCTGCCGGTTGCGCTTGGACTGACAGTGCTTTCTGTTTTGATTTTCTTCTTCACCTGGCTTGAGACTGGAGCGTTCTACATTATTGCCCTGATCCTGATTGCAGCGGGCGTTTGGATGATCTTCGGGCGCAATCGTTCCGGGCGCAATAATAAATGGAGCAGAGGCTGGTAA	MSSRKDLALGIFIVVAGVVILLGKLGVFGFLGRTLWPLVLLLPGIFLHIMFFGRRATAAVLIPGGILTVYGLLFFICIIGGWGLMASLWPVLILGVAVGLYEYYLYESPRPGAALPVALGLTVLSVLIFFFTWLETGAFYIIALILIAAGVWMIFGRNRSGRNNKWSRGW				NA	NA	NA	NA	NA
JZ016_06042	1842	typA	COG1217	GTP-binding protein TypA/BipA	ATGCAATCAAGAGATCAGATTCGCAACATTGCCATTATTGCTCACGTTGACCATGGCAAAACAACACTTGTAGACCAACTGCTGCAGCAGTCCGGTATTTTCCGGGAGCATGAGACGCTGCAGGAACGCGCGATGGATTCCAATGATTTGGAGCGCGAACGCGGAATTACCATCCTAGCCAAGAATACGGCTATTACGTATAAAGATTTCTTGATTAACATCGTGGATACACCTGGACACGCCGATTTCGGTGGTGAAGTTGAGCGTATTATGAAAATGGTTGACGGCGTTCTGCTCGTTGTTGACGCTTATGAAGGATGTATGCCTCAGACCAAGTTTGTGTTAGGTAAAGCTCTTGCACATAACTTGACTCCAATCGTCGTTGTGAACAAGATTGACCGTCCGGCCGCCCGCCCAGCTGAAGTGATCGATGAAGTGCTGGATCTGTTCATTGAGCTTGGTGCGAATGACGACCAATTGGACTTCCCCGTTGTATATGCATCTGCCTTAAACGGTACTTCCAGTATGGATCCCGAGAAGCAAGATGATAACATGCTTGCTCTTTACGAGACCATTATTGACCATATCCCTTCCCCTACAGAGAAAGTGGACGAGCCTCTCCAGTTCCTCGTTACCTTGATGGATTACAATGAATATCTTGGACGTATCGCCGTCGGACGCGTGAACCGCGGTGTTATTAAGCAAGGCCAACCGGTTACCGTTATGCTTCGTGACGGCTCGACCAAGAATGCTCGTATCGAGAAGCTGTTCGGCTTCCAGGGATTGAAGCGGATCGAGGTTGCCGAAGCAGGCGCAGGCGACATCGTGGCGATTGCAGGGATCAAAGACATTAACATCGGAGAGACCATTGCAGATCCACAGCATCCGGAGGCATTGCCTGTCCTTAAAATTGATGAACCAACCCTGCAAATGACGTTCCTTGTTAACAACAGTCCTTTTGCCGGACGCGAAGGCAAATGGGTAACATCCCGTAAGCTGCGTGACCGTCTCTTTAAAGAACTGGAAACGGACGTAAGTTTGCGAGTGGATGAGACGGACAGCCCTGATGCTTATATCGTATCGGGACGCGGTGAGCTTCACCTCAGTATTTTGATTGAGAATATGCGCCGTGAAGGTTATGAGCTTCAAGTTTCCAAGCCTGAAGTTATCGTAAGAGAAATTGATGGCGTCAAAATGGAGCCGATCGAACGTTTGATGATCGATGTACCAGAAGAAAGCATGGGCTCCGTTATGGAAAGCCTTGGAACACGCAAGGCAGAAATGGTGAACATGGTGAATAACGGAAATGGCCAAGTGCGTCTGGAATTCTTGATTCCTGCTCGCGGACTTATCGGTTACCGCACCCATTTCCTGACCCTCACACGCGGTTATGGCATCATGAACCACGCATTCGACAGCTACGGTCCGCTTATCGGCGGTCAAGTGGGTGGACGTCACCAAGGTGTGCTGGTTTCCACGGAGAACGGATCTTCAACGTTCTATGGCATGATGTCGGTCGAAGATCGCGGTACCCTGTTCCTGGAACCGGGGACTGAGATTTATGAAGGTATGATCGTCGGGGAGCATACCCGCGATAACGATATCGTCGTTAATATTTGTAAAGAGAAGCAATTGACCAACGTTCGTTCGGCAACGAAGGATGACACGGTTAAATTGAAAACACCGGTTATTTTCTCACTGGAGCAGGCCCTTGAATACTTGAACGACGACGAGTATTGCGAGATTACGCCGAAGTCCGTTCGTCTTCGCAAGAAGATTTTGAACAAGAGTGAGCGCGAACGTGCAGAAAAACATCGTAAAATGGCGCAAGCAAATCTATAA	MQSRDQIRNIAIIAHVDHGKTTLVDQLLQQSGIFREHETLQERAMDSNDLERERGITILAKNTAITYKDFLINIVDTPGHADFGGEVERIMKMVDGVLLVVDAYEGCMPQTKFVLGKALAHNLTPIVVVNKIDRPAARPAEVIDEVLDLFIELGANDDQLDFPVVYASALNGTSSMDPEKQDDNMLALYETIIDHIPSPTEKVDEPLQFLVTLMDYNEYLGRIAVGRVNRGVIKQGQPVTVMLRDGSTKNARIEKLFGFQGLKRIEVAEAGAGDIVAIAGIKDINIGETIADPQHPEALPVLKIDEPTLQMTFLVNNSPFAGREGKWVTSRKLRDRLFKELETDVSLRVDETDSPDAYIVSGRGELHLSILIENMRREGYELQVSKPEVIVREIDGVKMEPIERLMIDVPEESMGSVMESLGTRKAEMVNMVNNGNGQVRLEFLIPARGLIGYRTHFLTLTRGYGIMNHAFDSYGPLIGGQVGGRHQGVLVSTENGSSTFYGMMSVEDRGTLFLEPGTEIYEGMIVGEHTRDNDIVVNICKEKQLTNVRSATKDDTVKLKTPVIFSLEQALEYLNDDEYCEITPKSVRLRKKILNKSERERAEKHRKMAQANL	PGPT0023720_1482	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0023720-typA|bipA-K06207	NA	NA
JZ016_06043	294			hypothetical protein	ATGCAAGAATGGTTTGCCTCGCACCCACTCATCTCTTATATCGTGATTTTTGTGCTGATCACCTACGTTTACAACAAGGTATTCCGGGTGAAGCAGAAGCTCCCTCTGTTGAAGGAGATTCTCCTGTATATCTTGATGGCCTTGGGTTCGGCGATACTGCTTGTGTTTCAGATTGATAAGCTGCCGATTATCCAGTGCTTGTTAGTAGCAGTGGCATTGATGCTGATGGTGCGTATTCGATATTTTGTTGAAGATCGTCAGAAGAAGAAGGCTCAGACCGAACCAAAATCATAA	MQEWFASHPLISYIVIFVLITYVYNKVFRVKQKLPLLKEILLYILMALGSAILLVFQIDKLPIIQCLLVAVALMLMVRIRYFVEDRQKKKAQTEPKS				NA	NA	NA	NA	NA
JZ016_06044	1107	tagU_6		Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU	ATGAATCCTACTCATACCAATCTCCCTCCGAGAGCCAAAAGTGGGGGGAAGGGCAAGAAACAGCCAGTTCCAAAAAAGAAAAAAAGCGCATGGAAATCATTTTTTAAACTCATTCTTATCGTCTTGTTAATTGCAGTTCTGGCTGCAGCAGGTTATGCCGGATATTTGTACATCAAGGGCAATGAGATCATTGAAAAAAGCGGGATCGACAAACCAGTAGCTCCAGGGCAATCCGCTAAGGAAAAACCGATAACGGTGCTTCTCCTGGGAACGGATCATCGCCCGGAAACAGGGACTTACTTGACGGATGTGGTCATGGTCGCTACCATGCATCCGGAAACCAATACGTCGACGCTGGTTTCTCTGCCGCGGGATACGCTCATTGAACTCGATGGATATAAAGCGACGAAGCTGAACGCTTATTACCCAAGGTTTAAAGCGGCTTACAATGCTGCGGAGAAAAAGGAACCCGGCAGCGGCATTCCGGCTGAAGAAGAAATGAAAGTCATGATGAGCAAGTATCTTGGCGTTAATATCGACTATGTAACGGTTATCGATTTCCAGGGATTCCGTGATGTGGTGGATACCTTTGGCGGCGTAGATGTCAACGTTCAATACAATATGTGTTACCGCGATACTGCAGACGGGACCGACATTAACCTTACGGTGGGTCCTCAGAAGCTGGATGGCAAGAAGGCGCTGGATTATGTTCGTTACCGTAAATCCAGTGACAGATGTTCGCCAAGAACGAAGGAGTCGAGCGATTTTGAGCGTAATGCCCGCCAAAGCGAAGTATTGCATTCCCTGCTCGATAAGATGAAATCGCTCGGAGGCGTTGCGAAGGTGGGCAATGCTCTGGATGCGGTCAGCGATAACATGACCACCGATTTCGAGCAGGAGCAGATCCGGAATTTGATTGCGACTTATTATGATATCGGAAAAGATGATGTGAAATTCATGCCGGTTACAGGCAATTGGAAGAGCCCTTATGTATATATAAGCAGCAGCGAGCTGGATGCAGCCAGACAAGCGCTGCAAGACGAGCTTGCCGGCAAGCATAACGCTGGCGAGCAGGGGACAGAAGCGGATTCTGCAACAACTCCGTGA	MNPTHTNLPPRAKSGGKGKKQPVPKKKKSAWKSFFKLILIVLLIAVLAAAGYAGYLYIKGNEIIEKSGIDKPVAPGQSAKEKPITVLLLGTDHRPETGTYLTDVVMVATMHPETNTSTLVSLPRDTLIELDGYKATKLNAYYPRFKAAYNAAEKKEPGSGIPAEEEMKVMMSKYLGVNIDYVTVIDFQGFRDVVDTFGGVDVNVQYNMCYRDTADGTDINLTVGPQKLDGKKALDYVRYRKSSDRCSPRTKESSDFERNARQSEVLHSLLDKMKSLGGVAKVGNALDAVSDNMTTDFEQEQIRNLIATYYDIGKDDVKFMPVTGNWKSPYVYISSSELDAARQALQDELAGKHNAGEQGTEADSATTP	PGPT0023440_1700	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005	NA	NA
JZ016_06045	282			hypothetical protein	ATGTCCTACCTTATGATGCATACGACACACCCATTGATCTGTACTCGGCAGACGGATTACCCTGCCCATGGATTTGTGGTAGCAGATTCCATGTGGGGATGGGAGCCTTTCAAATGTCATCCTTCTGATTCCATGTCTTCTCAGGCGTGTTCATTCGACATGGGTGTCAATTCCACACCGAACAGGCTGCAAAACTCTGAATATGATACGGGTCACGACGCCTCTGGCGAAGCAGAAATGCTCGCTAAAGGCGTTGTTATGACCTTAAAAAAAGCCCAGTGA	MSYLMMHTTHPLICTRQTDYPAHGFVVADSMWGWEPFKCHPSDSMSSQACSFDMGVNSTPNRLQNSEYDTGHDASGEAEMLAKGVVMTLKKAQ				NA	NA	NA	NA	NA
JZ016_06046	663			hypothetical protein	ATGAGAGCTGCTCTATCCATCATGCTAGCGGTGTTGTTGCTCGCAGGCTGCGGGACCGCCAATAACAATGCATCACCCTCTCCTCGTAATCAAACCAATGGAACCACTGCTAACAATGTTCAGAATATGAATGAAAACAGAGGTTATACCACTAATAATGTAGACGGCTGGACTCCGGATAACACGAATACGGGACAGGTTGGCAACGCAAATGATAACAACGGACAAGTTGACGCTACAACCGCAAATCACCTAAAATCACTGGCAGAGAGTGTGCCCGGCGTTAAAAACGCAAACTGTGTTGTAATGGGAAATACGGCTGTTGTTGGACTTAATGTAGATGGAAATTTAGATCGGGCAGAAGTCGGAACCATTAAATACACAGTCGCGGAAGCCCTTCAATCCGATCCGGCAGGTGCCAATGCACTTGTTACGGCTGATTTAGACGTTACAAACCGGATTGCCGATCTTGGCCGGCATATTCAGGAGGGAAATCCGGTTTCAGGACTTGCCAGTGAACTCGCTGACATCGTAGGCCGCATCATTCCTCAGCTGCCTAAAGATGTAACACCTCGTGATCGTAATGCACAAGATAACGGTGCACAAACGGTAAATCCGAATAATCGGGGTAATGCACCAGCCAACCCGAACCGTAATAAATAG	MRAALSIMLAVLLLAGCGTANNNASPSPRNQTNGTTANNVQNMNENRGYTTNNVDGWTPDNTNTGQVGNANDNNGQVDATTANHLKSLAESVPGVKNANCVVMGNTAVVGLNVDGNLDRAEVGTIKYTVAEALQSDPAGANALVTADLDVTNRIADLGRHIQEGNPVSGLASELADIVGRIIPQLPKDVTPRDRNAQDNGAQTVNPNNRGNAPANPNRNK				NA	NA	NA	NA	NA
JZ016_06047	1332			hypothetical protein	ATGAAAAAAATATTTGTGCTGGATACGAACGTATTGCTTCATGATCCTCAGTCGATCTATGCATTCGAGGAGCATGAAGTCATCATTCCTGCGGTGGTTCTTGAAGAAATTGATTCGAAGAAGCGTAACGCGGATGAAATTGGCCGAAATGCCCGCACGGTCTCCCGATTGCTCGATGGGCTAAGAGAACAAGGTCATCTTCATGACGGAGTTCTTCTGGAGAACGGCGGGACGTTGAAGGTTGAGCTGAATCATCGCAGCTTCGTCAAGGTACAGGAGTTATTTAGCGAAGCATCCAACGACAACCGAATTTTGGCTGTCGCGTTAAATTATAAATTGGAGGAGGAGCCGAAGGAGGACGGAAGACCCGTCGTTCTGGTCAGCAAGGATGTGCTTGTTCGAATTAAAGCGGATGTCCTCGGACTCACGACCCAGGATTATTTATCGGACCGTACAGCCGATCCAAGTGAATTGTATCCTGGATTCTCTACCTTAAAGGTACATCCTTCGGTGATCGATGAATTCTACAGCTATCGTTATTTGCCGATTAAACCTCTTCAATTGTCTTATCCGCTTTATCCTCATGAATTTGTTATTCTGAAGGATGAGATGGGGACTGGAAAGTCAGCTCTCCTTCATGTGAATGAGGATGCAACCAGATTGGAGCCGCTCCATTTAAGCAACGAACCTGTATGGGGCATCAGCGCCCGCAACGCCCAACAGCGTATGGCGATTGAGCTTCTTCTAAACGACGATATTCCGCTAGTCACCATTACCGGGAAAGCCGGAACGGGAAAAACCTTGTTGGCATTGGCAGCAGGCCTATCCAAGGTGGAGGATGAGCATAAATACAAAAAACTGCTCATTGCGCGTCCGGTCGTTCCGATGGGGAAGGATATCGGTTATTTGCCTGGCGAAAAAGAAGAGAAACTAAGACCATGGATGCAGCCGATATATGACAATCTGGAATATTTGTTCGACACCAAGAAATCGGGTGATATCGATAAAATATTGATGGGGCTCGGCAGCATCCAGGTGGAAGCACTGACTTATATCCGGGGCCGCTCGATACCAGGCCAGTTCATCATTGTGGATGAAGCCCAAAACTTATCCCGTCATGAAGTCAAAACGATTGTTTCCCGGGCGGGAGAAGGAAGTAAGGTGATCCTCATGGGAGATCCGGAGCAGATTGATCATCCCTACCTGGATGCTGTGAGTAATGGGTTGACCTATGTGGTTGAACGATTCAAGCAAGAAAATCTGAGCGGGCATATTACGTTGACTAAAGGGGAACGCTCCAAGCTGGCTCAGCTGGCTGCCGACTTGTTATAA	MKKIFVLDTNVLLHDPQSIYAFEEHEVIIPAVVLEEIDSKKRNADEIGRNARTVSRLLDGLREQGHLHDGVLLENGGTLKVELNHRSFVKVQELFSEASNDNRILAVALNYKLEEEPKEDGRPVVLVSKDVLVRIKADVLGLTTQDYLSDRTADPSELYPGFSTLKVHPSVIDEFYSYRYLPIKPLQLSYPLYPHEFVILKDEMGTGKSALLHVNEDATRLEPLHLSNEPVWGISARNAQQRMAIELLLNDDIPLVTITGKAGTGKTLLALAAGLSKVEDEHKYKKLLIARPVVPMGKDIGYLPGEKEEKLRPWMQPIYDNLEYLFDTKKSGDIDKILMGLGSIQVEALTYIRGRSIPGQFIIVDEAQNLSRHEVKTIVSRAGEGSKVILMGDPEQIDHPYLDAVSNGLTYVVERFKQENLSGHITLTKGERSKLAQLAADLL				NA	NA	NA	NA	NA
JZ016_06048	1254			hypothetical protein	ATGAAGCAGAAGAAATATTGGTTCTTATTTGCCATTTTACTGTTGTCTTTATCCAGTTTATCTCCCAGCTTTGACTTCACTCATCACACTAGACGGGAGCCCCCGGGGGATGAGCCTAATCCTCCGCAGCAAAGACCGGAAGTACCGGAGACCGATATGGGTCCGATCAAGGTCGGTGTTCAGGTAAAGCCGGATGAACTGAGACAACTAAAAGCTCTTAATGAGCGTTTTATGGAAGAGACCGGTGCTGAGGTTGAAATCTTGCCCCTGGAAACGAGTGAAACAAGCAAAGAGTCGTTTCTGCTCGAGATGTCCCTTGGTGAAGGACCTGATATTGTATTAACGGATTCACACTTTATTAAAGCGCTTGCAATGAGTGGATGCCTACTGCCTGTTGATGCTTCTCAGAGCACGCTGCCGGGTGAAGACATCTTGAATGGCCTTCTGCCACCGCTGCAGTGGAACGGGTATCAATGGGGAATGCCGTTTGATATAGACCCCTATATTATGACCTGGCAGACCAAGGGGAAGGACGGCGAACCTTTTAAAATGCCACAGAGCCGTCAGGCATGGCAGGAAAATTCGGAGCTGCATAAAGTAAGTCCTATCCTCTTATTTGATTCGAATGATCCTTACGCTTTCGGTGCGGCGGTTCATTTGCTCGAAGGTGATCCCTCCAAGCCGGATCAAGAGGTTCTTCATATGCTGATTCGCAATCAGGGAAGATGGGAAGAATCAGAGCAAGGCGCCATGGAAGCAGAGGTTAATGACCAAGCGTTGACCACCACCGCTAAGACGGAAGCAGCCGTGGTCATCAGGCCGTATTCGAGCTTATCAGATCAAGATGACAACGGAATGTCGCTTGCATTGGCAATGGGGAAGGCCCGTCTGGATACGCCGGTTGTCCGAACCCGAAGTTTTGCTGTAGCCGCACACACGGAATCATCGACACTTGCCATGAAATGGATTACGTATATGACCGGCAAAGAGATGCAGCGTGAATGGAGCAAAGCGGCGGGAACGCTCCCCGTTATTTCGGAGCTGTATGTCACGGGTACAAACCTAAGTGATCGGGGCATTTGGCAAAAGGCGGCCGTTCCAGCCCAGGTGCTGCTCTCCAGGAATGAGCCGGCTGCTTTGGATTTTGGGGAGTCGGAAGATTTCCAAACGTATAGCGAAGCAGCCAATCGACTGCTGCTTGGCGAAATCACGATAGAAGAATATATGAAAATGTACACGCCTGCTCAACCATAA	MKQKKYWFLFAILLLSLSSLSPSFDFTHHTRREPPGDEPNPPQQRPEVPETDMGPIKVGVQVKPDELRQLKALNERFMEETGAEVEILPLETSETSKESFLLEMSLGEGPDIVLTDSHFIKALAMSGCLLPVDASQSTLPGEDILNGLLPPLQWNGYQWGMPFDIDPYIMTWQTKGKDGEPFKMPQSRQAWQENSELHKVSPILLFDSNDPYAFGAAVHLLEGDPSKPDQEVLHMLIRNQGRWEESEQGAMEAEVNDQALTTTAKTEAAVVIRPYSSLSDQDDNGMSLALAMGKARLDTPVVRTRSFAVAAHTESSTLAMKWITYMTGKEMQREWSKAAGTLPVISELYVTGTNLSDRGIWQKAAVPAQVLLSRNEPAALDFGESEDFQTYSEAANRLLLGEITIEEYMKMYTPAQP				NA	NA	NA	NA	NA
JZ016_06049	1113			hypothetical protein	TTGAATGTACGAATAAAACAACCTCTCCTCCCGGTCATGCTGTGTATAACCCTGTTGTTCTGCTTCATAGGAGCTCCCGCTTCCGTATATTCCGAGCAGGATGCAAGCCCGGTTATGCCTGATTCGGAAGAGGCGCGCAAACTTCTGGAGGACAGCCTCTCCATTGTGGAGATCGATCATGAAATCGAACGGATAACCAAACGTATCGCCGAATTGCAGCAGCTCCAGAGCGAACTGCAAATTAAAATTCAGGATATGGGCTTGCGAATCGAAGACCGGCGAGATCGGGCGGCTGCCGTCCTTCGGTCATATTACATGGGTGAGCGGGATAACTTATTCTTCATGCTGTTGTCTGCAAAAGACTTAGCCGGTTTTTTCCGGATCATGGACTTTTACGATATGATTATTCAAAATGATCGGGATACACTTGCGGAATATAACCTTCAGTACCGCTCCCTTGCCTCCGCCCAGGCTGAAGCCGCACGCAATGCTTCTCAGCTCGTCGATGTAAAGGACAGCCTTGTCAAGCAGCGTGAACGGGTGGTGGCGCTTGAACAGCAGGTTGACGGAGCACTGACAGCCAGCGGCAACCCGGATGCCATGAAGAAATTGATTGAGGAGTTCACCCTTTATTGGGAGAACGTGGGCCTGTATGAGGTAAAGCGTCACTTCCAGGCTTTAGCCAGCGCCATGGAGAATTTGCCGCAATTTGTTCAGGGAAGCAAGAATATGTTGAAAACAAACGGCAAGGAGTACACCATCGATATCCATGAGGATGATCTCAACGCATTTTTAAGATCTGAAGATGAAATCTTTAACAGCTTTGCTTTCCATTTTGACGATGGAAAAGTAATTGCTTCGGGTGAGAGCGGAAATCTCTCGCTTCTGATTGAAGGAAAATACACCGTGATTAACGAACCGGAGAATGCCATCATGTTCCAAGTCGACAAACTTGTGTTCAATCGGCTGGAATTGCCTGACACCACGCGCAAAGCGCTGCAGGAAGAATTCGACATGAACTTTTATCCCAAGCAGCTGGTGTCTTTCTTAAAAGCAACGCAGGTATCCAGCCAAGATCAAAGATTAGTGGTCAAAATGGAGCTGGATTTATAG	MNVRIKQPLLPVMLCITLLFCFIGAPASVYSEQDASPVMPDSEEARKLLEDSLSIVEIDHEIERITKRIAELQQLQSELQIKIQDMGLRIEDRRDRAAAVLRSYYMGERDNLFFMLLSAKDLAGFFRIMDFYDMIIQNDRDTLAEYNLQYRSLASAQAEAARNASQLVDVKDSLVKQRERVVALEQQVDGALTASGNPDAMKKLIEEFTLYWENVGLYEVKRHFQALASAMENLPQFVQGSKNMLKTNGKEYTIDIHEDDLNAFLRSEDEIFNSFAFHFDDGKVIASGESGNLSLLIEGKYTVINEPENAIMFQVDKLVFNRLELPDTTRKALQEEFDMNFYPKQLVSFLKATQVSSQDQRLVVKMELDL	PGPT0023855_2070	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN-ENDOPEPTIDASE_ACTIVITY|LIPOPROTEIN,PGPT0023855-envC-K22719	NA	NA
JZ016_06050	237			hypothetical protein	GTGGCACGGATGTTTCGAGTCCTTGGCTTTTTCACCCTGACTATCGGGTTGATGGCCTTTGCCGGAGATCATATTGAAATGGCACTGCTTTTCTTCCTGCAGACTGCATTTTTCGTGATCCTGGGATATTTGAAATTCACGGAGAGAACCTATATTCTTCTCTTCTGGGCTTATATGATCGTGACCTTCACAGGCTTTAGCTATTGGACGGTCTTCATTATGGGCAAACCACTCTAA	MARMFRVLGFFTLTIGLMAFAGDHIEMALLFFLQTAFFVILGYLKFTERTYILLFWAYMIVTFTGFSYWTVFIMGKPL				NA	NA	NA	NA	NA
JZ016_06051	651	rsfA		Prespore-specific transcriptional regulator RsfA	ATGTCAGCAGTGAGACAGGATGCATGGAGTGCAGAGGACGACCTAATATTGGCGGAGGTGACCCTTCGTCATATTCGTGAGGGCAGCACCCAATTGGCTGCCTTTGAGGAAGTGGGAGAAAGAATCGGCCGGACATCGGCGGCTTGTGGATTTCGTTGGAACAGCTGCGTTCGCAAGAAATATGAGGATGCTATCAGCTTGGCGAAATCTCAGCGTCAAAAGAGAAGTTATTATAAAAAACAGCCTTCGGTAAGCGGACCGCAGGTTGCCGGTTTGGCTGCTCCGGAACTGGAGCACGATGTCTATAAGAATGATGGTGCAAGCGAAGAAACACTGTCCATCGATGCCGTTATCCGTTTCCTTCGTCAGTGGAAGGGCGGGCTTCAGGAAAGTTCACGTCAGTATAAATTGCTTGAGAAGAACTTGCGTGAAAAAGAGGAAGAGCTTTCAAGACTCCGCAGTGAGAATCAAAGGTTATTGAAGGAAGTCAGCGAAGTGAAAACGGACTATCATGTGGTCAATGACGATTATAAGGCACTGATTCAGATTATGGATCGGGCACGCAGACTTGCTTTCTTAAATGAAGAAGACGAGGAACTTAAGACACGCTTTAAAATGGACGCAAATGGTAACCTAGAACGAATTGAATAG	MSAVRQDAWSAEDDLILAEVTLRHIREGSTQLAAFEEVGERIGRTSAACGFRWNSCVRKKYEDAISLAKSQRQKRSYYKKQPSVSGPQVAGLAAPELEHDVYKNDGASEETLSIDAVIRFLRQWKGGLQESSRQYKLLEKNLREKEEELSRLRSENQRLLKEVSEVKTDYHVVNDDYKALIQIMDRARRLAFLNEEDEELKTRFKMDANGNLERIE				NA	NA	NA	NA	NA
JZ016_06052	957	panE	COG1893	2-dehydropantoate 2-reductase	ATGAATATCCATATTATCGGAGCCGGCTCATTGGGGCTGTTATATGCGGGAAAACTTGCGGATTCAGGCTGCCGTGTCACGCTATGGTGTCGAAGCGAGGAGCAGGCGGACAAGCTTCGGGCTTCCGGCATAACCATCGAGGAGCCGGGCAGGCACCAGGTCGTTGACGCCCATGCTTTCTCGGTCAGCTCATGGTCATCCTTTGCCGAGTCGGGTGGCGGGGCCGATGCGGATTATCTTTTCCTCATGCTGAAGCAGCAAGGGATCGAAGAGATGGCAACGGAGATGCTGGCTCCATTTGGGCAAGATCACCGCAGACTCCTATGTTTTCAGAACGGTACAGGCCATTTGGAGCGGCTTCAGGACCTGCTGCCGATGTGGACGCTCTACGCCGCCATTACGACGGAAGGGGCCAAGCGTACAAGCAGCGTCTCCGTTTTGCACGCCGGTCACGGAACGACGACAATCGGCAAAATGAAACCTGCCGGGAGCTCATTAGATGCCTTCTCTCAGGATGATCATGAAATTAAGCTTGTTAAACAGCTGAATAGAGCAGGATTTGAAGCTTTTTTGTCGAATGAAATGGATGAGATGATTAATCGTAAACTGCTGATCAACGCGGTCATTAATCCTTTGACAGCATTGTGGCGGATTCCTAATGGAGAGCTGTTAACTTCCCCAGAACGAGTCAGGCTTATGGAGCAGTTATATAATGAAGGGATCGCCGTATATGAAGCGGCTGGAATTCCTTATGGAAGCGGGCTTTGGGAATGGATCCTATCCGTCTGCCAATCGACTTCAGGTAACACGTCTTCCATGCTTAAGGATGTAATGGACGGCAGAACGACGGAGGTTGCCTGGATTAACGGTAGCATTGTCCGTTTGGGTCAAAAATATGGCATTTCTGTGCCAAAACACGAGCTGATCACACAGCTCATCGAGGGGATGAATACATAG	MNIHIIGAGSLGLLYAGKLADSGCRVTLWCRSEEQADKLRASGITIEEPGRHQVVDAHAFSVSSWSSFAESGGGADADYLFLMLKQQGIEEMATEMLAPFGQDHRRLLCFQNGTGHLERLQDLLPMWTLYAAITTEGAKRTSSVSVLHAGHGTTTIGKMKPAGSSLDAFSQDDHEIKLVKQLNRAGFEAFLSNEMDEMINRKLLINAVINPLTALWRIPNGELLTSPERVRLMEQLYNEGIAVYEAAGIPYGSGLWEWILSVCQSTSGNTSSMLKDVMDGRTTEVAWINGSIVRLGQKYGISVPKHELITQLIEGMNT	PGPT0008745_1842	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008745-panE|apbA-K00077	NA	NA
JZ016_06053	387			hypothetical protein	ATGGGTTTTTTGCAGGGGCTGTTTCACACATTAAGTCTTTTTCCGTTCATTCCGTTTTTACTGGTGTATTTCATTGTCTTGCAAAGAAATAAAAATCGAAAGCAAGCGCTGGAGCTGGCCATGGATGTAACCACATTTTTCATGCTGTTTTCCGTCTCCGCCTTGTTTAATAATACATTCCAGTCCAAATTCGGGTTCTATCTCATTCTCCTCATGCTGCTCATTGCAGCGGGGCTGATCGGCAGTGCGCAGAACCGCTGGAAAGGCAAGGTTAACGGTAAGAGGCTGCTGCGCGCCGTGTGGCGTCTGGGTTTTGTCAGCATGAGTTTTGGTTATATAGTTTTTACATTTTTTGGTCTCCTCTCCTACATAATTAAGATGATGTAA	MGFLQGLFHTLSLFPFIPFLLVYFIVLQRNKNRKQALELAMDVTTFFMLFSVSALFNNTFQSKFGFYLILLMLLIAAGLIGSAQNRWKGKVNGKRLLRAVWRLGFVSMSFGYIVFTFFGLLSYIIKMM				NA	NA	NA	NA	NA
JZ016_06054	1662	oppA	COG4166	Oligopeptide-binding protein OppA	ATGAAGAAACAAAAGAAATTACTGCTTCTCATGACGCTAATTCTTGCTTTCAGCTCGGTTTTGGCAGCGTGTGGAGCTGACAAGAACGAAGGCGCTAATAACGGCGGAACGGCGGACAAGCCTAAAGAGCAAGTCTTCCGTATGAACCTTGCTTCCGACCCTCCTACATTGGATCCGGGCTTGGCTCAGGATAACACGTCGAATACGGTAATCAGTGCTGTATTTGAAGGTTTGGTTCGGAAGGGTGCAGATGGCTCTGAAGAGCCTGGCGTAGCCGAAAAATGGGATATTTCTGAAGATGGATTGAAATATGTCTTCACCCTTCGCAAAGATGCCAAATGGAGTAACGGCGATTCAGTAACAGCCAAAGATTTTGAGTATGCATGGAAACGCGTACTTGATCCGAACTTTACTCCTGCATCACCATATGCGTATCAGCTCTATTACATCAAAAACGCTGAAGCTTACAATCTTGGAGAGATCAAAGACGCCAATGAAGTCGGCGTAAAAGCAACCGATGACTATACGCTCGAAGTTACGCTGGCAAACCCAACGCCATACTTCCTCAGCTTGATGTCATTCCAAACCTACTTCCCGATTCACAGCTCTGTTGAAGGTAATGCTTCTTGGGCAACGAAACCGGAAACATTGATCGGTAATGGTCCGTTCAAAGTTTCACAAATGACCAAAGGTCAAAAGATCGAGCTTGTGAAGAACGACCAATATTGGGACAAGGATGGAATCAAACTTGAAAAAGTTCAAATGAGTATCGTGAACAGCTCGGCAACTGAACTTTCAAGCTATCGTAACGATGAATTGGATTATGCAGGACATCCAACAGGAAACATTCCGACGGATCAGCTCAATGCGATCAAGAAGGAATTGGGCGATGAACTGATGATCAAAGGGATTTCATCAACGTATTTCTATATCTTTAACACAACAGAAGAACCATTTGACAACGTGAACATCCGGAAAGCATTTGCCATGGCGATTGATCGTCAGGCGATCGTAGAGAAAATCACGCAAGGTGGACAACTTCCTGCACACGGTTTTGTTCCTCCTGGTATCAAAGGTGAGTCCGACGAGTACCGTAAAGAGGTGCCGGATACTTACTTCGATGAAAATCTTGAAGAAGCTAAGAAACTGCTCGAGCAAGGTATGAAGGAAAAAGGCTATACCACATTGCCGGAAGTTACTCTGATCCATAACTCCGATGACAACCACAAGAAAATTGCGCTTGCTATCGCAGATATGTGGAAGAATAACCTCGGTGTTACTGTGAAGGTACAAAACCAAGAGTGGGGCGTATTCCTGAAGAACCGTACGGATTTGAACTATCAAGTTGCCCGTTCCGGTTGGGGAGCAGATTATAACGACCCGATGACTTATATCGATATGTGGACATCCAACGGTGGTAACAACGATACGGGCTTCAAAAACGAAGAATATGACAAACTTGTGAAGGATGCTTATGCAACTAGCGATAACGCTAAACGCATGGAGCTGATGTCCAAAGCTGAGAAAATTCTCGTTGAAGAAAACCAAGTTGTAATGCCGATCTACTATTACTCCAGCGTGTCCCTGGTTAAACCATGGGTGAAGAATCTGCATCTGGATTATAAGGGTGATATCGATTTCACACGTGCATATATTGAGTAG	MKKQKKLLLLMTLILAFSSVLAACGADKNEGANNGGTADKPKEQVFRMNLASDPPTLDPGLAQDNTSNTVISAVFEGLVRKGADGSEEPGVAEKWDISEDGLKYVFTLRKDAKWSNGDSVTAKDFEYAWKRVLDPNFTPASPYAYQLYYIKNAEAYNLGEIKDANEVGVKATDDYTLEVTLANPTPYFLSLMSFQTYFPIHSSVEGNASWATKPETLIGNGPFKVSQMTKGQKIELVKNDQYWDKDGIKLEKVQMSIVNSSATELSSYRNDELDYAGHPTGNIPTDQLNAIKKELGDELMIKGISSTYFYIFNTTEEPFDNVNIRKAFAMAIDRQAIVEKITQGGQLPAHGFVPPGIKGESDEYRKEVPDTYFDENLEEAKKLLEQGMKEKGYTTLPEVTLIHNSDDNHKKIALAIADMWKNNLGVTVKVQNQEWGVFLKNRTDLNYQVARSGWGADYNDPMTYIDMWTSNGGNNDTGFKNEEYDKLVKDAYATSDNAKRMELMSKAEKILVEENQVVMPIYYYSSVSLVKPWVKNLHLDYKGDIDFTRAYIE	PGPT0021015_1453	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021015-oppA|mppA-K15580	NA	NA
JZ016_06055	933	oppB	COG0601	Oligopeptide transport system permease protein OppB	ATGCTGAGGTATGTGGCGAGTAAGTTTTTTTATATGCTTGTATCGTTGTTCATACTGATCTCAGCCACTTTTTTTCTTATGAAAGCCATACCGGGCGATCCGTTTATGGGAGAGAAAAAGCCATCGCCTGAAATTTTGGCGAGGCTGATGGAGCAGTATGATTTAGATAAACCGGTATTTCAGCAATATACGAAATACTTGGGCAATATCGTTCAAGGTGACTTTGGTTTGTCTATGAAGAAACAGGGACAGTCCGTCACGGATATTATTGTTGACACATTTGGCCCTTCACTCCGGTTGGGTCTTATCGCGATCGTAGTATCCGTTATCGTGGGTGTCCTGCTAGGGATGCTTGCAGCTCTGTATCACCGCAAGCTGATTGACAACATCGCCATGATCATCTCGGTTCTCGGCATCGCAGTACCGAGTTTCGTGCTTGCGTCATTGTTGCAATACGTTCTCGCAGAGAAAGCGGGCATTTTCAATGTTATGGGCTTTGAAGGACCACTCGACTACGTGCTCCCTGTTATGGCCCTGTCAGCTCAACCGATTGCGTTTATCGCACGATTAACGCGATCCAGCATGCTGGAAGTGCTGCATTCGGATTATATCAAGACGGCGAAGGCCAAGGGTCTCAACTGGTTCGCCATTATGTTCCGTCACGTCATCCGTAACGGCATCTTGCCAGTCGTAACGTACGTCGGGCCAATGACAGCGAACATCATTACCGGTTCGGTCGTTATTGAACAGATCTTCGGCATTGGCGGCATTGGCAAACAGTTTGTTGAAAGTATCACAAACCGCGATTATACAGTCATTATGGGAATTACCATATTCTACGGCATCTTGCTGATGCTGGCGCGTTTCGTTACAGATATCGTATATGTATTTGTGGATCCACGCATTAAATTGACCGGCGGAAAGGAGAGGTAG	MLRYVASKFFYMLVSLFILISATFFLMKAIPGDPFMGEKKPSPEILARLMEQYDLDKPVFQQYTKYLGNIVQGDFGLSMKKQGQSVTDIIVDTFGPSLRLGLIAIVVSVIVGVLLGMLAALYHRKLIDNIAMIISVLGIAVPSFVLASLLQYVLAEKAGIFNVMGFEGPLDYVLPVMALSAQPIAFIARLTRSSMLEVLHSDYIKTAKAKGLNWFAIMFRHVIRNGILPVVTYVGPMTANIITGSVVIEQIFGIGGIGKQFVESITNRDYTVIMGITIFYGILLMLARFVTDIVYVFVDPRIKLTGGKER	PGPT0021020_745	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021020-oppB-K15581	NA	NA
JZ016_06056	951	oppC_3	COG1173	Oligopeptide transport system permease protein OppC	ATGGAGAAAGAACAAAGTATGCCTCATCCTGCGGCACTAAACTTAAAGCCTGAAGATTTTCAGAAAATTGGTCCTGATGAGAAACAATCCGAGGTAATACAGCGTGAAAGTTTGTCCTCCTGGAGAGATTCCTGGGAAAGATTGCGCAAGAACAAGCTTGCTATGACGGGCTTGGTTATTATGATCCTGATTGTCATCATGGCCATTATCGGCCCGATGATCTCGAACTATGATTATGAAACGAATGATTTGATGAATACGAATATGCCGCCTTCATCAGAACATTGGTTTGGAACCGACGATCTGGGCCGCGACGTTTTTGTTCGTACCTGGATGGGAGCTCGGATATCCTTGACCGTTGGTCTTGCAGCTGCTGCGATTGACTTGATGATTGGTGTAATATATGGCGGCATCATGGGTTATTTCGGTGGCCGTGTCGATGAGTTCATGAATAAGTTTGCAGAAATTTTGTATTCCATTCCGTATCTGCTCGTTACGATTTTGCTGCTGGTTGTATTCGAACCAAGTTTAGGAACGATCATACTCGCCTTAACCATCACCGGGTGGATTAACATGTCCTGGATTGTGCGGGGCGAGATTATGCAGCTGAAGAGCAGAGAATATGTCCTCGCCTCACGTTCGATGGGAGCTGGAACCGCGCGCCTGTTGTTCCGGCATTTGATTCCGAATGCGATGGGTCCGATTATCGTTACCTTGACCCTGTCGGTTCCAAGCGCGATCTTTGCCGAGGCATTCCTGAGCTTCCTGGGTCTTGGAGTTCAAGCACCGGTTGCTTCATGGGGCTCCATGATTAATGATGCCCTGTCCGGATGGATGTACTATCCATGGCGGATGTTGTTCCCTGCTCTATTTATCAGCTTGACGATGTTAGCATTTAACATTTTCGGTGATGGATTGCGTGATGCGCTTGATCCGAAATTGAAAAAATAG	MEKEQSMPHPAALNLKPEDFQKIGPDEKQSEVIQRESLSSWRDSWERLRKNKLAMTGLVIMILIVIMAIIGPMISNYDYETNDLMNTNMPPSSEHWFGTDDLGRDVFVRTWMGARISLTVGLAAAAIDLMIGVIYGGIMGYFGGRVDEFMNKFAEILYSIPYLLVTILLLVVFEPSLGTIILALTITGWINMSWIVRGEIMQLKSREYVLASRSMGAGTARLLFRHLIPNAMGPIIVTLTLSVPSAIFAEAFLSFLGLGVQAPVASWGSMINDALSGWMYYPWRMLFPALFISLTMLAFNIFGDGLRDALDPKLKK	PGPT0021025_1317	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021025-oppC-K15582	NA	NA
JZ016_06057	996	oppD_6	COG0444	Oligopeptide transport ATP-binding protein OppD	ATGGAACCGATCTTGCAGGTAAAGGACCTCAACGTATCGTTTCGTGTTCGCGGCGGTGAAGTAAAGGCAGTCCGCGGCATGAATTTTGAAGTCGGCAAGGGGGAGACGGTTGCCATCGTCGGTGAGTCCGGAAGCGGTAAAAGTGTTACCGCCCAGACCATTATGCGATTGATTCCGTCCCCGCCCTCAGAAATAAAAAAGGGTGAGGTCATTTTCCAAGGACAAGACCTTCTCAAAAAAACGAATAAACAAATGGAAGCGATTCGCGGCAAGGATATTGGAATGATCTTTCAGGATCCGATGACATCGCTGAATCCGACCATTAGAATAGGCAAACAAATCACAGAGGTGCTGATCAAGCACCAGGGAATGTCTTTCGCCGAAGCCAAAAAACACGCTATAGAAATGCTGAAGCTGGTGGGCATCAAAAATGCGGAGGAGCGCTTCAATCAGTATCCGCATGAGTTCTCCGGCGGTATGCGTCAGCGTGCAATGATCGCCATTGCGCTTGCATGTAAGCCGACCCTGCTGATTGCGGACGAACCGACAACGGCACTCGACGTGACCATTCAGGCACAGATTATGGACGTTATGAAGGAAATGCAGGAACGTTTGGGCACATCGATCATTCTGATCACGCATGACCTCGGCGTTGTTGCCGGCATGTGTGACCGTGTCATCGTCATGTATGCAGGTGAAGTGGTGGAAACGGGAACGAAATGGGAGATTTTTAAAAATCCGCAGCATCCTTACACCAAAGGGTTGCTTCGTTCCATGCCGCGTCTGGATCAGAAGAAAGACGAACCGCTCATTCCGATTATCGGAACACCGCCGGATCTGATTAAACCACCTGTAGGCTGTCCGTTCGCTGCTCGCTGTGACGAAGCTATGCGAATTTGTGAACGGGTGGATCCAGGCGCAACGGAATTCAGCGACACGCACACGGCGCGCTGCTGGAATCTGCATCCGATGGCGAAGGAGGCCCAAGGTTCATGA	MEPILQVKDLNVSFRVRGGEVKAVRGMNFEVGKGETVAIVGESGSGKSVTAQTIMRLIPSPPSEIKKGEVIFQGQDLLKKTNKQMEAIRGKDIGMIFQDPMTSLNPTIRIGKQITEVLIKHQGMSFAEAKKHAIEMLKLVGIKNAEERFNQYPHEFSGGMRQRAMIAIALACKPTLLIADEPTTALDVTIQAQIMDVMKEMQERLGTSIILITHDLGVVAGMCDRVIVMYAGEVVETGTKWEIFKNPQHPYTKGLLRSMPRLDQKKDEPLIPIIGTPPDLIKPPVGCPFAARCDEAMRICERVDPGATEFSDTHTARCWNLHPMAKEAQGS	PGPT0021030_1924	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021030-oppD-K15583	NA	NA
JZ016_06058	939	oppF_6	COG4608	Oligopeptide transport ATP-binding protein OppF	ATGAAGGATAACCACTTGATTGAGGTAAAAGGCCTGAAGAAGTATTTTAACGTGGGCAAAGGCCAGGTTCTTAAAGCGGTTGACGATCTGAATTTCTTTATTCGTGAAGGCGAAACGCTTGGTATGGTGGGAGAGTCGGGTTGCGGTAAATCCACTGCAGGACGGACGATTCTCCGCCTTTATGAGCCTACGGCCGGCAGCGTTAATTTTAACGGAACGGATATTTACAAGCTGTCTCCGGGCAAAATGAAGGCGATGCGCCGCGATATGCAGATGATCTTCCAGGATCCGTATGCCTCGCTGAACCCAAGATTCACAGTGTCGGATATTATCGGGGAAGCTCTGGATATTCACGGTATGGCCGGCAGCCGCGCCGAACGCAAGAAGCGGATTGAGGAGCTGCTGGATATGGTCGGCTTGAATAGTGACCACTCGACGCGCTACCCTCATGAATTCTCGGGCGGTCAGCGTCAACGGATCGGGATTGCCCGTGCTCTCGCGGTGAACCCTAAATTTATCATCTGTGATGAGCCGATCTCGGCGCTCGACGTTTCGATTCAGGCGCAGGTTGTTAACCTGCTTAAAGATTTGCAGGACCGACTTGGCCTGACCTATCTCTTCATTGCGCATGACCTGTCCATGGTTAAGCATATCAGTGACCGGGTAGCGGTTATGTATTTGGGTAAAATGGTGGAGCTGGCAGACAGTGAAGAGCTGTATGCAAATCCGATCCATCCATATACCAAAACCTTGTTGTCCGCGATTCCGATTCCGGATCCGGAAATTGAGGCAAACAAAAAGCGGCTCAAGCTGGAAGACGATATGCAGGGGCCGATTTCAGCTGCCAAAGGCGAAGACGGAACGGTTCAACTGGACGTGAAGGATTCGGAATTGGTTGAAGTGTCCAAAGGACACTGGGTTGCAAAAGCCTACGCTTGA	MKDNHLIEVKGLKKYFNVGKGQVLKAVDDLNFFIREGETLGMVGESGCGKSTAGRTILRLYEPTAGSVNFNGTDIYKLSPGKMKAMRRDMQMIFQDPYASLNPRFTVSDIIGEALDIHGMAGSRAERKKRIEELLDMVGLNSDHSTRYPHEFSGGQRQRIGIARALAVNPKFIICDEPISALDVSIQAQVVNLLKDLQDRLGLTYLFIAHDLSMVKHISDRVAVMYLGKMVELADSEELYANPIHPYTKTLLSAIPIPDPEIEANKKRLKLEDDMQGPISAAKGEDGTVQLDVKDSELVEVSKGHWVAKAYA	PGPT0021035_2560	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021035-oppF-K10823	NA	NA
JZ016_06059	1632	bshC	COG4365	Putative cysteine ligase BshC	ATGAATATCGTTCCGGAACCATTATCCCTCGCTTCGCGTCTCGCTCAGGATTATATTCATCATTTCGACCGGGTAAGCGGGTTCTACGGTGAAGATTACCGCGGCGAGCACAGCTTTGCAGAGCGGGTACAATGGCTGGATCTTTCTGAAGACAAGCGAATTCAGCGTAAAGCGTTGGCGGATTGTCTTCGGACGTACAATAAGAAACACAATGATCATCCCGCTGTACATAAATCACTCCAACTTCTGGAGCGGCCAGGAACGGTTACGATGGTTGGTGGACAACAAAGCGGTTTGTTCACTGGACCTCTGCTTGTCATATATAAAGCAATTACCGTTATTCAAGCGGCCCGCGAGGCGGAAGAGCGCTTGAAACGTCCTGTCGTGCCTGTGTTTTGGATCGCCGGGGAGGATCATGATTGGGATGAAGTGAATCATACGTACTTCCTGAATCAGGATCTGCAGCTTTCCAAGATCAAGCTTGATGCCAAGGAGGGACTCAGGACGTCAGTTAGTTATACTGACGTTGCTGAGGAAGATTGGAATTCGATGCTGGCAGAGCTTCAGACTCAATTGGCAGACAGCGAATATAAGGCAGATCTGCTGAAGATGGCGAGGGAATCGCTGAACGGTTCGGCCGGGCTCAGCGAGGCATTCGCTAAACTGATCAGCTATCTGTTCGGCAAATATGGGCTGATACTCCTGGATTCGGCAGACCCGGGACTTCGGGCGTTGGAAATACCCATATTCGAATCATTGATTACCCGCAACGAACAAATGGGACTTTCGTACCAGCAGGCTGCGAGGGATATCGCGGGTCAGGGTTATGAAGTCCAGGCTGATGTATCCGAGAATGGGGCTAACTTGTTCTACTTGCATGAAGGCAGACGCTTGTTGCTTTACCGAGAAGGACATGTATTCTCAGACCGGAAAGGCATCGTTTCGCTGACGGAAGATGAACTGCTTCGGGATTTGCATCAGCACCCTGAACGCTTCAGCAACAATGTGTTGACCCGTCCAATCATGCAGGATTCACTGCTGCCCGTGCTCGGGACGATACTCGGTCCAGGCGAGATTTCCTATTGGGCGATTACGCGTTATGCATTCTCCGACTTGGGTTTGCAGATGCCGCTGATCATCCCAAGAATGTCATTCTCCATCGTAGATGGAACTGTCCATAAGCTGATGGAGAAATACGGATTGTCCTTCGAGGATGTCCAGCTTCACTTGTCTGAGAAGCGTGAGGCTTGGCTTGCCAGCAAGGACGAGCTGAATTTGGAAGCACGATTCAGTCAAACCCGGGAACAATTTGAAGCATTATATCAGCCTTTAATAGAAGATCTTGGCAAAATGCAAAGTGGACTGTTAAAATTAGGTCTAACCAATAAAGATAAAATATTGGAGCAGATGGATTACCTGTTAAGTAAATCCCGGAATGCCTTGGAACAGCAGCATGAGGCCGCACTGGCACAGTGGAAGCGCATTGAACAGACGTTGTTGCCGGAAGGGAAACCTCAGGAGAGGGTATACAATATCCTGGAATACATGAATCGTTATGGATTGAATCTGGTGGATCGCCTGATGGAAATCCCATACGCTGCTTCGGGCATTCACAGGGTCGTTTACGTATAA	MNIVPEPLSLASRLAQDYIHHFDRVSGFYGEDYRGEHSFAERVQWLDLSEDKRIQRKALADCLRTYNKKHNDHPAVHKSLQLLERPGTVTMVGGQQSGLFTGPLLVIYKAITVIQAAREAEERLKRPVVPVFWIAGEDHDWDEVNHTYFLNQDLQLSKIKLDAKEGLRTSVSYTDVAEEDWNSMLAELQTQLADSEYKADLLKMARESLNGSAGLSEAFAKLISYLFGKYGLILLDSADPGLRALEIPIFESLITRNEQMGLSYQQAARDIAGQGYEVQADVSENGANLFYLHEGRRLLLYREGHVFSDRKGIVSLTEDELLRDLHQHPERFSNNVLTRPIMQDSLLPVLGTILGPGEISYWAITRYAFSDLGLQMPLIIPRMSFSIVDGTVHKLMEKYGLSFEDVQLHLSEKREAWLASKDELNLEARFSQTREQFEALYQPLIEDLGKMQSGLLKLGLTNKDKILEQMDYLLSKSRNALEQQHEAALAQWKRIEQTLLPEGKPQERVYNILEYMNRYGLNLVDRLMEIPYAASGIHRVVYV				NA	NA	NA	NA	NA
JZ016_06060	1269	ahcY	COG0499	Adenosylhomocysteinase	ATGAGCTCATCATCCATACAAACCAGCAATATTACCGACTTGAAACTGGCACCGGAAGGTCATTTGAAAATTGATTGGGTGAAGGCGCATATGCCGGTATTGAACCGGGTGCGTGAACAATTCGAGAAAGAACAGCCATTCAAAGGGTTGAAAGTCGCTATCTCCTTGCATCTGGAAGCCAAGACCGCTTATCTGGCGAAAGTCATTCAGGCCGGCGGAGCTGAAGTGACGATTACGGGAAGTAATCCGCTGTCAACTCAAGATGATGTATGTGCCGCATTGGTAGAAGACGGAATCACGGTGTTTGCCAAGTATAACCCGGATCCTAAGGAATACAAGCAGCATCTCATTTCAACACTGGAGACCAGACCGGATCTGATCATCGACGATGGCGGGGATCTCGTTACGATCCTGCACTCCGAGCGTACCGATCTGCTTGAAGGAATTCGGGGCGGAGCGGAAGAGACAACGACAGGCATCCTGCGCCTGAAATCTTTGGAGAAAGAAGGCTCTCTGAAGTTTCCGATGGTTGCCGTGAATGATGCATACTGCAAATACTTGTTTGATAACCGTTACGGTACCGGACAATCGGTTTGGGACGGAATTAACCGGACGACCAACCTGGTGGTTGCAGGCAAGACGGTTGTTGTCGTAGGGTATGGCTGGTGCGGCAAGGGCGTGGCTATGCGTGCCAAAGGTCTTGGTGCCAACGTTATTGTGACCGAGATTGATGCGATTAAGGCCGTTGAGGCTTATATGGACGGCTTCCGCGTCATGCCAATGCGCGAAGCGGCCAAATTGGGAGACTTCTTTGTAACCGTCACGGGTAACCGCGATGTCATCAGCGGGGAAGACTTTGATGTCATGAAGGACGGTGCCATTTTATCCAATGCCGGTCACTTCGATGTGGAAGTCAATAAACCGGATTTGTCAGAACGGTCTCAATCGGTTCGGACGGTTCGGCGCAATATCGAAGAATATCACCTGAAAGATGGCCGTAAGATTTATTTGCTTGCCGATGGCCGTTTGGTGAATCTGGCGGCAGGTGACGGACATCCGGCGGAAATTATGGATATGACGTTTGCGCTCCAGGCACTGTCGCTCAAACATGTGAATGATCACTACAAGAACATCGGTAACCGCGTTGTAAATGTTCCTTACGAATTGGATGAACAGGTTGCCTTGTATAAACTGGAAAGTCTAGGTATTACAATCGACAGCCTGAGCGCTGAGCAGAAGTCTTACTTGGACAGCTGGGCTCAGCACTAA	MSSSSIQTSNITDLKLAPEGHLKIDWVKAHMPVLNRVREQFEKEQPFKGLKVAISLHLEAKTAYLAKVIQAGGAEVTITGSNPLSTQDDVCAALVEDGITVFAKYNPDPKEYKQHLISTLETRPDLIIDDGGDLVTILHSERTDLLEGIRGGAEETTTGILRLKSLEKEGSLKFPMVAVNDAYCKYLFDNRYGTGQSVWDGINRTTNLVVAGKTVVVVGYGWCGKGVAMRAKGLGANVIVTEIDAIKAVEAYMDGFRVMPMREAAKLGDFFVTVTGNRDVISGEDFDVMKDGAILSNAGHFDVEVNKPDLSERSQSVRTVRRNIEEYHLKDGRKIYLLADGRLVNLAAGDGHPAEIMDMTFALQALSLKHVNDHYKNIGNRVVNVPYELDEQVALYKLESLGITIDSLSAEQKSYLDSWAQH				NA	NA	NA	NA	NA
JZ016_06061	438	mraZ		Transcriptional regulator MraZ	ATGTTCATGGGGGAGTTTCAACATAGCATCGACGATAAGGGGAGAATCATTATCCCTGCTAAGTTTCGCGACCTCCTGGGCACCTCGTTTATCGTAACCCGCGGATTGGACAATTGCCTCTTTGTATACCCCAAAGATGAATGGGCCATCATGGAACAGAAGCTCAAATCCCTGCCGCTCATGAAGTCGGATGCACGCGCATTCACCCGGTTTTTTTTCTCCGGGGCGACGGAATGTGAATGGGATAAACAGGGAAGGGTAAATTTGCCGGGCAATTTGCGCGAGTTCGCCAAGCTCGAGAAGGAATGCGTCGTCATCGGCGTATCGAGCCGAGTGGAGATCTGGAGCAAGGAGCAGTGGCAGAATTACTATCAGCAGTCGGAGGAAGCATTCAATGACATTGCTGAGAAGCTGGTAGATTTTGATTTTGATTTATAA	MFMGEFQHSIDDKGRIIIPAKFRDLLGTSFIVTRGLDNCLFVYPKDEWAIMEQKLKSLPLMKSDARAFTRFFFSGATECEWDKQGRVNLPGNLREFAKLEKECVVIGVSSRVEIWSKEQWQNYYQQSEEAFNDIAEKLVDFDFDL				NA	NA	NA	NA	NA
JZ016_06062	954	rsmH		Ribosomal RNA small subunit methyltransferase H	TTGTTCCATCACATCACAGTGCTTAAGCAAGAAGCGACAGAAGGGCTGCGCATCAAACCAGACGGTATATATGTTGACTGTACGCTCGGGGGAGCAGGGCACAGCTCGCTGATTGCTTCCCAACTAAGTTCGAATGGTCGGTTAATCGCATTGGATCAGGACGATTGGGCTTTGAATAACGCCCGGGAAGTCATGAAGCCGTATGTGGACCGGATCACGCTCGTCAAAACCAATTTTCGTGATTTGGAGGAAGTGCTCCGTAACGAAGTGGAGGTTGACGAGAACGGGCAGCCGCAAGTTGACGGTATACTGTTCGATTTGGGCGTATCTTCTCCGCAGTTCGATGAAGGGGAGAGAGGGTTTAGTTACAATCATGATGCCCCGCTGGATATGCGGATGGATCAATCCGCCGAGCTTACCGCAGCCAAGATTGTAAACGAATGGCCGGAACAGGAAATTGCGCGAATATTGTATGAATACGGTGAAGAGAAATTTTCAAGGCGGATTGCCAAGGTCATTGTTGAAAGAAGGGCACAGAGCCCTATTCAGACAACCGGCGAGCTTGTCGAGATGATTAAGGAAGGGATTCCGGCCGCAGCTCGTAGAACAGGCGGCCACCCGGCCAAACGAAGCTTTCAAGCGTTTCGTATAGCGGTAAATGATGAGCTTGGCGCATTCAAAGACGCGCTTCACCAAGCAGTGCGATGTCTTGCACCGGGAGGAAGAGTGTCGGTCATCACGTTTCACTCGCTCGAAGACCGGATATGCAAACAGATTTTTAACAGTTACATTCCCAAGTGTACATGCCCTCCAGATTTTCCGATGTGTGTATGCGGAGGTGGCCAAGGTGAGCTGAAGTTGGTGAACCGTAAACCGCTTATCCCCTCTGCGGAGGAGATTGAGAGTAATCCAAGGGCGCGTTCGGCGAAGCTGCGGATTGCGGAGAAACTGTAG	MFHHITVLKQEATEGLRIKPDGIYVDCTLGGAGHSSLIASQLSSNGRLIALDQDDWALNNAREVMKPYVDRITLVKTNFRDLEEVLRNEVEVDENGQPQVDGILFDLGVSSPQFDEGERGFSYNHDAPLDMRMDQSAELTAAKIVNEWPEQEIARILYEYGEEKFSRRIAKVIVERRAQSPIQTTGELVEMIKEGIPAAARRTGGHPAKRSFQAFRIAVNDELGAFKDALHQAVRCLAPGGRVSVITFHSLEDRICKQIFNSYIPKCTCPPDFPMCVCGGGQGELKLVNRKPLIPSAEEIESNPRARSAKLRIAEKL				NA	NA	NA	NA	NA
JZ016_06063	414	ftsL_2		Cell division protein FtsL	ATGGCTTACACGCGCGGCAATTTAGCCGTACAGGAGAGACAGAAGGAAACGCAGCAGTCCGCTTATCTCGAGAAGACAAAAGTCGTCAAACGTCGTTCCCAGCTTCCGCAAAAAGAAAAGCTGTTGTATTTGTTATCCGTGGTATTTGTGGTTGCCGTCATGGGCGTCATTGGCATGAGTCATGTTCATTCCTATGACTTGAACCGGCAGATCCAGTCGACGGAAAATAAGACACTCGAAGCTAAACGAAATATCAATCAGCTTCAGGTTGAGAAGCAAACACTGGAGACGCAAATATTGGACAAGGCGAAAGAGCTGGGCTATGTCCCTATTGATGACAATAATACGATCCATCTATCACCGGTCTCGGGGTCATCCGAGACACAGAATTCGGACTCGGGACAAAATGATTGA	MAYTRGNLAVQERQKETQQSAYLEKTKVVKRRSQLPQKEKLLYLLSVVFVVAVMGVIGMSHVHSYDLNRQIQSTENKTLEAKRNINQLQVEKQTLETQILDKAKELGYVPIDDNNTIHLSPVSGSSETQNSDSGQND				NA	NA	NA	NA	NA
JZ016_06064	2271	pbpB	COG0768	Penicillin-binding protein 2B	ATGATAAAAAAAATTAAACTGCGTACCGTGCTAATAGGGGGATGTATAACCCTCTTTTTTGCTTTATTGATTGGTCGGGTGTTTTGGCTGCAGGTGATCGATAACGACTTCTGGAAGGAACAAGCTTTATCGAAATGGTCGCGTAAACAGGATCTTCCAGCCACGCGAGGAACGATCACGGATCGGGACGGCGATATTCTTGCCATGGATGCGCCTGCCTTTACAGTTATTGTGAATCCTGCGGTCATTCAGGCTAATGGCATGGAGAATGAGGTCGTAAAAGGACTGCATGAGATTCTCGACAAGGATGAGGACGAACTCCGTGAACTGGTTAAAGCTAAAGACGATAAGGGCGAATACCTCAAGGGCCGCGAAGTCCGCAGCGAGGGATGGAAGATTGACCAGGAGAAGATGGAAGAGGTTAAAGCGTTTAGTGAAAGCTTGAATAAAAAATTAAAGGCAACCGGTAAAGTTCCCGATTCGGGCATCGGCTTTCAGCGAGAGTCAAAACGATTTTATCCACAAAAGACAGTGGCTGCACATATCTTGGGATATACCGATCACCAGGGCAAGGGTATCGGGGGCATTGAGCAATTTTATGACGACAAGCTGAAGGGAACCGATGGATTCGCTTCTTACAAGAGTGATAAGAAAGGGGTCAAGCTCCCGAGTGAAGACGATTTATACCAGCCTGCAATAAATGGGAATAATTTAGTACTGACGACAGACGATACAATCCAGTATTATATCGAGGAAGCGATGCGCGACACGTATAACCAATATAAACCAATCAGTATGACGGTCATCGCAGCGGATCCGAACACGATGGAAATACTGGGAATGGCCAATATGCCGACTTTTGATCCCAATACATATTCGAAATGGAATCAAAAGAATTTTATCAATCATGCCGTGCGGTCCATCTATGAGCCGGGATCAACTTTCAAAATTGTTACGCTTGCCAGCGCAGTGCAGGAAAAGCTGTTTAGCCCGGGTGCGATTTATCAATCCGGATCCATAAGAGCGGGTGGAAGAACCCACCGGGACATTAACAGCGTAGGCTGGGGCCCTATTACCTACCTCGAAGGCGTGAAAAGGTCGAGTAACGTGGCATTTGTAAAATTGGGTTACGAAATGCTCGGCAAGGAACGATTTACCAACTATATTCGGGATTTTGGGTTTACGCAGAAAACGGAAATTGATCTTCCGGGGGAGATTCTCGGTACCTTAAATATGACTTATGACTCCGATATTTCAACCATGACCTACGGATACGCCGTATCCGTAACGCCTATTCAACAGATTGCGGCCATTTCAGCCGTTGCCAACGGAGGCAAGCTCATGCAGCCTCATATGGTCAAGCAGATCGAGGACCCCAACACGGGCAAGGTTGAGAAAATCGAACCGAAAGTCGTGCGCCAGGTCATATCTCCTGAGGCCGCAAGAGAGACAGGGACTTACCTTGAGCAAGTTGTAGCTGACCAGGTAAATGGTACAGGAAGGCTTGCATATATCGACGGCTACCGGGTTGCGGGCAAAACCGGTACCGCTATAAAATCCGGCGGCGGATATAAAGACCGTACGAAACAAGTCGTTTCATTCATCGGGTACGCTCCCGTCGAGAATCCGAAGATAGCCGTGCTGGTCATTATCGATGAACCTAACGTTGAAAAGGGCGGCGGTACGTTGGCGGCGCCTATATTTAAAGAGATCGTATCCAAGACATTGAATTATTGGGGCGTTCCCAAATCGAATGTAAAGCAGGATAAAGAAAAAACGAATTCAGTAACATCGCTGAAGGATTCCCTGAAAGCACCGGATTTTACGGGGTTGAAGCTGAGTGACGTAAAAGCCAAGCTGTTGAAGGATGGCGTGGCGTTTGAGACCTTGGGCAACGGAAATACGGTGAAGGAGCAATACCCGCCTGCCAATGCGATCATTAGTGCAGGACAACGGATTTATCTTCTTACAGAGGATAGTCCAACGATGAAAATCCCGAATTTAGAGGGTGAATCGCTTAGGGACGCCATGGAAGTGCTCACCTTGATGAAAGTAAAGGTTAATGTTCAGGGTGAAGGCTACGTTGTTTCGCAATTGGAAGCCAAGGAGAATGGCCAGCGAATCGTGCAGTTAACGCTGAAATCGGCTCAAGAGTTAATCACGGGAAGCAGCGGCTCTGATGAAACATCATCCGATGGCAGCGAGGAATCCAGTGGTGATGAATCCAACGATGAGGAAACAGAAGCAACAGGCAAGACCGAAGGGGAATAG	MIKKIKLRTVLIGGCITLFFALLIGRVFWLQVIDNDFWKEQALSKWSRKQDLPATRGTITDRDGDILAMDAPAFTVIVNPAVIQANGMENEVVKGLHEILDKDEDELRELVKAKDDKGEYLKGREVRSEGWKIDQEKMEEVKAFSESLNKKLKATGKVPDSGIGFQRESKRFYPQKTVAAHILGYTDHQGKGIGGIEQFYDDKLKGTDGFASYKSDKKGVKLPSEDDLYQPAINGNNLVLTTDDTIQYYIEEAMRDTYNQYKPISMTVIAADPNTMEILGMANMPTFDPNTYSKWNQKNFINHAVRSIYEPGSTFKIVTLASAVQEKLFSPGAIYQSGSIRAGGRTHRDINSVGWGPITYLEGVKRSSNVAFVKLGYEMLGKERFTNYIRDFGFTQKTEIDLPGEILGTLNMTYDSDISTMTYGYAVSVTPIQQIAAISAVANGGKLMQPHMVKQIEDPNTGKVEKIEPKVVRQVISPEAARETGTYLEQVVADQVNGTGRLAYIDGYRVAGKTGTAIKSGGGYKDRTKQVVSFIGYAPVENPKIAVLVIIDEPNVEKGGGTLAAPIFKEIVSKTLNYWGVPKSNVKQDKEKTNSVTSLKDSLKAPDFTGLKLSDVKAKLLKDGVAFETLGNGNTVKEQYPPANAIISAGQRIYLLTEDSPTMKIPNLEGESLRDAMEVLTLMKVKVNVQGEGYVVSQLEAKENGQRIVQLTLKSAQELITGSSGSDETSSDGSEESSGDESNDEETEATGKTEGE	PGPT0023935_22	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023935-pbpB-K08724	NA	NA
JZ016_06065	1944	spoVD	COG0768	Stage V sporulation protein D	GTGAAAGTATCCAAGGTATCGCAGCGGAGAAGGCTGCTCTGGAGCCTGCTGCTGCTGCTCTTGCTGTTCTCAGCACTGATTATCAGACTGGCTTATGTGCAGATTGGGAAAGGCGCGGAGCTGTCGGCGAAGGCGGAGGATCTCTGGCGCCGCGACATTCCGTTTGCGGCACAGCGTGGTGAAATTTTGGATCGTAACGGAACCGCATTGGTTACGAATATAACGACACCGACCATTTGGGCGATTCCTGTACAAATCAAAGATCCGGACCATACAGCCGAGACGTTGTCCGGGCTGATCAGCATGGACAAAGCCGATATCAAGAAAATCATTACGAAACGTTCGAGATTGGAACGGATAAATCCCGGTGGACGAAAAATTACGATGGAGCTGGCTCAGGAAATTCGTGATTTGAAGCTGCCGGGTATCGTTGTTGCTGAGGATAACAAACGGTATTATCCCTATGGCGATCTCGCAGCCCATATTTTGGGGTTCACGGGAGCCTACAGCCAGGGACTCACCGGGCTGGAAGCCATGCATGACGACAAGCTGAAGGGCTTCGAAGGCGGAATATCCTATCTGTCCGATGCGGGCGGAAGAATCATGCCGGGCTCCTCGGAGAAATACGTAGAGCCCCGCGACGGTCTGAATCTGGAGCTGACGATCGATAAATCGATTCAGTCCATAATGGAGCGGGAGCTTGATCAAGCGATGGTGAAGTATCAGGCGAATGGGGCTTGGTCGATCGCCATGAATCCCAAGACAGGCGAGATTTTGGCAATGGCCAGCAGGCCAGGGTATTCTCCTGCCAATTACCAGGAGTTTTCAGCCGAGACGTACAACCGCAACCTGCCGATCTGGATGACCTATGAACCAGGATCGACATTCAAGATTATTACGCTTGCCGCTGCCCTTGAAGAGGACAAGGTTGACCTGAAGAACGACCACTTCTTTGACAGTGGGGCGGTAGAGGTCGGTGGAGCGAGACTGCGCTGCTGGAAAAAAGGCGGCCATGGCAGTCAGACCTTCATGGAGGTTGTTCAGAACTCCTGCAACCCGGGCTTCGTCGCGTTAGGTCAGAAGCTGGGCAAGGAAAGCCTGTTTCAGTATATCCGCGATTTTGGCTTCGGGGCAAAGACGGGCATCGATTTGAATGGGGAAGAGAATGGGATCCTGTTCAAACTCGACAATGTCGGTCCTGTTGAGCTGGCGACAACGGCATTTGGGCAAGGGGTATCGGTTACGCCGATCCAGCAGGTTGCTGCAGTGTCTGCCGCCATTAACGGCGGCAAATTGTTTAAGCCGCATGTGGCCAAGGCGTGGGTCAATCCAGAAACGGGAGAGACGGTCGAGGAAATCAAGCCGGAGCTTGTCAGACAAGTGATCTCGGAGGAAACATCCAAGCAAGTCCGCGAGGCACTCGAGAGCGTCGTTGCTAAGGGGACCGGGCGCCCTGCCTTCATCGACGGCTATCGAGTCGGAGGGAAGACGGGAACCGCCCAGAAGGTTATTAACGGCCGGTACTCATCGACCGAGCATATCGTATCGTTCATCGGATTCGCGCCTGCCGATGATCCTGAAATTGTGGTGTACACGGCGGTAGATAATCCGAAGGGCATTCAATTCGGTGGCGTCGTGGCTGCTCCGATCGTGCAGAATATCCTGGAGGATGCGCTGCATTATATGAATGTTCCGCCGCGTAAAGACCAGCTTGCCCGTGAATACAAGTATGGTGAGACACCAACCGTGACTGTACCGAACCTGGTCGGAGCTACGGTTCAGGATCTGTATGAGGATCTGAATATGAATTTCATGCTGGCCAAGTCCGGGACCGGCAACACAGTGATTTCCCAGGCGCCGAAGCCGGGAAGTCGGGTAGAGCGAGGGTCTACCATTCGGATCTATATGGGTGAAGACCCCGAGGGAACCAAGCACGAACATTAA	MKVSKVSQRRRLLWSLLLLLLLFSALIIRLAYVQIGKGAELSAKAEDLWRRDIPFAAQRGEILDRNGTALVTNITTPTIWAIPVQIKDPDHTAETLSGLISMDKADIKKIITKRSRLERINPGGRKITMELAQEIRDLKLPGIVVAEDNKRYYPYGDLAAHILGFTGAYSQGLTGLEAMHDDKLKGFEGGISYLSDAGGRIMPGSSEKYVEPRDGLNLELTIDKSIQSIMERELDQAMVKYQANGAWSIAMNPKTGEILAMASRPGYSPANYQEFSAETYNRNLPIWMTYEPGSTFKIITLAAALEEDKVDLKNDHFFDSGAVEVGGARLRCWKKGGHGSQTFMEVVQNSCNPGFVALGQKLGKESLFQYIRDFGFGAKTGIDLNGEENGILFKLDNVGPVELATTAFGQGVSVTPIQQVAAVSAAINGGKLFKPHVAKAWVNPETGETVEEIKPELVRQVISEETSKQVREALESVVAKGTGRPAFIDGYRVGGKTGTAQKVINGRYSSTEHIVSFIGFAPADDPEIVVYTAVDNPKGIQFGGVVAAPIVQNILEDALHYMNVPPRKDQLAREYKYGETPTVTVPNLVGATVQDLYEDLNMNFMLAKSGTGNTVISQAPKPGSRVERGSTIRIYMGEDPEGTKHEH	PGPT0024085_323	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024085-spoVD-K08384	NA	NA
JZ016_06066	1485	murE_2	COG0769	UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase	ATGAAATTGAAGCAATTATCATCCGTATTGGCGGCTGCTGTTATCGAAGGATCCGGAGAAGTTGAAATCACGGGGATTGAAACAGACTCAAGACAAGTGAAAGCGGGGGATTTGTTCATTTGTCTGCCGGGCCATACGGTAGATGGACACCAGTTTGCTGCCCAGGCCGCTGACCAAGGCGCTGCGGCATTGGTTGTTGAGCGAAAGCTTGAGGTCGACCTTCCGCAAGTCATCGTGAGGGACAGCCGCTTTGCGATGGCGGGTTTGGCGAACGCCTTTTATAATCAGCCGAGCTCCCGCATGAAGATGATTGGCGTAACCGGAACGAACGGCAAGACTACGACAACGTATTTGATCGAGACGATCATGAATGATTACGGTTTGAAGACCGGATTGATCGGCACGATTCAGATGAAATACGATGGTCAGTCCTTCCCGATGCCAAGAACGACGCCAGAGGCGCTGGAGCTCCAGCGTTACTTGAACGATATGGCGAACGCAGGCACCGAGTGCTGCGTGATGGAGGTATCCTCGCATGCGCTCGAACAGGGGCGGGTAAAGGGAACGGACTTCCGAACGGCTATATTCACAAACCTGACGCAGGATCATCTGGACTACCATCATACGATGGAAGAATACCGCGGGGCAAAAGGGTTATTTTTCTCCCGGCTGGGCAACGCTTTTGCCAAGGATGAACCATCACGCAAATATGCCGTCCTGAATGCGGATGATGAGGCTTCGGCTTATTTTGCCAAGCAGACGGCGGCGGAAGTGATTACCTATGGTTTGGGAGAAGATGCGGATATACGGGCAAGCAACATCTCAATCACCGCTCAAGGCACCTCGTTCCATGTGGATACCTTCCGCGGCAGTGCGGATATTGCGATTCGAATGGTAGGGAAATTCAACGTGTATAATGCCATGGCCGCGATCGCTGCCGCGCTTCTTGAGGGAATCCCTCTCGAGGATATCAAGAACAGCCTGGAGTCCGTGCCCGGCGTTGACGGCCGCGTTGAGGTCGTGGATGAAGGTCAGCCGTACGCCGTGATCGTGGATTATGCGCACACGCCGGACGGACTCGAAAATGTCCTGCGTACCGTTAATGAATTCGCTGAGGGCCGGGTGCTTACGGTATTCGGCTGCGGCGGCGACCGGGATCGGACCAAACGGCCGATCATGGGTAAAATTGCTGCGAAATATAGCGATGTTGTATTGGTGACTTCCGATAATCCCCGCACGGAAGATCCGGATATGATCCTGAAGGATATCGAAGCCGGCTTGATTGAGGACGAAGTGTCAACAGAAAGCTACAAACTCATCGTTGATCGCCGGAAAGCGATTGAAAAGGCTATTGAAATGGCAAGCCCGGGCGATGTAGTATTGATTGCGGGGAAAGGTCACGAGACCTACCAGCTGATTGCGGGCGAAGTACTAGATTTTGACGACCGCATCGTAGCCAAAGACGCGATAAGGGGCAGACAATAG	MKLKQLSSVLAAAVIEGSGEVEITGIETDSRQVKAGDLFICLPGHTVDGHQFAAQAADQGAAALVVERKLEVDLPQVIVRDSRFAMAGLANAFYNQPSSRMKMIGVTGTNGKTTTTYLIETIMNDYGLKTGLIGTIQMKYDGQSFPMPRTTPEALELQRYLNDMANAGTECCVMEVSSHALEQGRVKGTDFRTAIFTNLTQDHLDYHHTMEEYRGAKGLFFSRLGNAFAKDEPSRKYAVLNADDEASAYFAKQTAAEVITYGLGEDADIRASNISITAQGTSFHVDTFRGSADIAIRMVGKFNVYNAMAAIAAALLEGIPLEDIKNSLESVPGVDGRVEVVDEGQPYAVIVDYAHTPDGLENVLRTVNEFAEGRVLTVFGCGGDRDRTKRPIMGKIAAKYSDVVLVTSDNPRTEDPDMILKDIEAGLIEDEVSTESYKLIVDRRKAIEKAIEMASPGDVVLIAGKGHETYQLIAGEVLDFDDRIVAKDAIRGRQ	PGPT0024130_2487	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024130-murE-K01928	NA	NA
JZ016_06067	1386	murF_2	COG0770	UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase	ATGTGCGGCGGGACGCTCTCACGTAACCAAGATGACAATATTATCATTCAAGGGGTCGGTACCGACTCCCGAACCATACAGCCGGGAAATTTGTTTGTTCCGATTGTTGGCGAGAAATTTGACGGGCATGCGTTCGCGGAGAGCGTGCTCGCCAGCGGAGCCGGCGCAGTGCTCTGGCAGAGAGATCATCAACCGATTCCCGACCTGCCGCTCATTCTCGTGGAGGATACGTTAACGGCGCTCCAGACGCTTGCGGCGGCCTATTTGTCCGAGAGCAGCGCCAAGGTGGTGGGCATAACCGGCAGCAACGGAAAAACCACCGTGAAGGACATGGTGTCCGCACTGCTTGAAACCACGTTTAACGTTCACAAGACGCAAGGCAATTACAACAATCATATCGGTCTTCCGTTAACCGTCCTCGCGATGAAGGAAGACACCGATATTATCGTGCTTGAGATGGGCATGAGCGGACGTCACGAGATTGAACTCCTTTCGAACATTGCTCATCCGGATATGACGGTGATTACCAACGTGGGGGAAGCGCATCTGCTTCAGCTCGGTTCGCGCGAAGAAATCGCCCGCGCCAAGCTTGAAATTATTAGCGGCATGAAGCCGGGCGGCTTGCTGATCTACCATGGGGACGAACCGTTGATCCGCCAGGTGCTTGCTGAAGAAACTACGGTGAAGCCAGAAGGGCTTCGAACATTTACGTTTGGCAATCAAGAAACCAATGACGATTATCCGACGGGACTTATGTTCCATTCAAGAGGAATCATCTTCACTTCGAACCGGCACGCTGGCGAAGGCTTTAGCTTGCCGCTTCTCGGGCGTCATAACGTAGTCAACGCGCTTGCGGCGATGGCTGTAGCAGCCCATTTGGGAATCGGCGATGAAGCTATTCGCAGCGGGTTTGCCAATCTGAAACTGTCGAGCATGCGGATCGAAGCCGTGGAGACTGCTTTCGGGGTCACCGTGCTGAACGATGCTTATAATTCGAGTCCTACCGCGGTCAAGGCGGCATTGGACGTGCTTGGTGATATGAAAGGCTACCACCGGCGAATTGCCGTTCTCGGGGACATGCTGGAACTTGGTCAGCGTGAAGAGGAATTCCATGCCGAGATTGGAGATTACTTATCTCCGGACAACACGGATCTTGTGTTCACCTTCGGCCCATTGTCGCTTCACACGGCTATGAAAGCGAAAGACCGCTTTCCTGAAGGAGCAGTGCTTCCGTTTACGGATAAAGAAAAACTGATCGAAGCCTTGCTGGAGCAGGTAACGGAGAAGGATATCGTATTGGTGAAAGCCTCGCGCGGCATGAGGCTGGAACACGTGGTTGACGCCTTGAAGGCCCTGCCTGGCGGCAACAACGGAGTGAGGGGGTGA	MCGGTLSRNQDDNIIIQGVGTDSRTIQPGNLFVPIVGEKFDGHAFAESVLASGAGAVLWQRDHQPIPDLPLILVEDTLTALQTLAAAYLSESSAKVVGITGSNGKTTVKDMVSALLETTFNVHKTQGNYNNHIGLPLTVLAMKEDTDIIVLEMGMSGRHEIELLSNIAHPDMTVITNVGEAHLLQLGSREEIARAKLEIISGMKPGGLLIYHGDEPLIRQVLAEETTVKPEGLRTFTFGNQETNDDYPTGLMFHSRGIIFTSNRHAGEGFSLPLLGRHNVVNALAAMAVAAHLGIGDEAIRSGFANLKLSSMRIEAVETAFGVTVLNDAYNSSPTAVKAALDVLGDMKGYHRRIAVLGDMLELGQREEEFHAEIGDYLSPDNTDLVFTFGPLSLHTAMKAKDRFPEGAVLPFTDKEKLIEALLEQVTEKDIVLVKASRGMRLEHVVDALKALPGGNNGVRG	PGPT0024145_1450	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024145-murF-K01929	NA	NA
JZ016_06068	477	mraY_1	COG0472	Phospho-N-acetylmuramoyl-pentapeptide-transferase	ATGGACTTTCAATTGCTGTTATTGACAATCGGTGTAGCGTTTGTGCTTGCGGTGATATCGGCTCCGCTGCTCATTCCGCTGCTGCGGCGGATGAAGTTCGGCCAGCAGGTTAGGAACGACGGTCCGCAGAGCCACTTGAAAAAAGCCGGAACGCCAACGATGGGCGGCGTTGTGATTCTGCTTGCTTTTACACTGACTTATATTAAATTTTCTCCAGTCGATACTGATTTCTATGTGATGATCGTAGCGACGCTCGGCTTCGGTTTGATCGGCTTTCTTGACGACTATATTAAGATCGTATTTCGCAGATCATTAGGACTCACGGCCAGGCAGAAGCTGTTTGGACAGCTTCTGTTTTCCGGCATTATGTGCTGGCTGTTGATCTCCAACGGCCATAGCACGGCGATAAGCGTTCCAGGAATGGATTGGTCCTTTGATTGGGGCCGTGGTTCTATTATCCGTTCATCGTGGTCATGA	MDFQLLLLTIGVAFVLAVISAPLLIPLLRRMKFGQQVRNDGPQSHLKKAGTPTMGGVVILLAFTLTYIKFSPVDTDFYVMIVATLGFGLIGFLDDYIKIVFRRSLGLTARQKLFGQLLFSGIMCWLLISNGHSTAISVPGMDWSFDWGRGSIIRSSWS	PGPT0024105_4206	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024105-mraY-K01000	NA	NA
JZ016_06069	492	mraY_2	COG0472	Phospho-N-acetylmuramoyl-pentapeptide-transferase	ATGATGCTTGCCATCAGCAACGCGGTGAATTTCACCGATGGAGTGGATGGTCTTCTGTCCGGTGTCAGTGCGATTGCCTTTGGCGCTTATGCCATTGTGGCGATCCAGTCTACGTCGTTTGCGGCGGCATTCTGCGCAGCGGCGATGATCGGTGCGGTACTCGGTTTTCTGGTATTTAACGCTCACCCTGCTAAAGTGTTCATGGGAGATACAGGGTCTTTAGGAATCGGGGGCGCTATTGGCGCCATAGCGATCGTAACCAAGAGCGAGCTGCTGTTCCTCATTATTGGCGGGGTATTCGTCATAGAAATGTTATCCGTTGTGCTTCAGGTGGTTTCCTTCAAAACCAGAGGCAAGCGAATATTCAAAATGAGCCCGATCCATCACCATTATGAATTATCCGGGTGGTCGGAGTGGCGCGTCGTCTTTACATTTTGGGCCGTGGGACTGATACTTGCGGGACTCGGACTTTATATCAACAAGGGGTTGTAA	MMLAISNAVNFTDGVDGLLSGVSAIAFGAYAIVAIQSTSFAAAFCAAAMIGAVLGFLVFNAHPAKVFMGDTGSLGIGGAIGAIAIVTKSELLFLIIGGVFVIEMLSVVLQVVSFKTRGKRIFKMSPIHHHYELSGWSEWRVVFTFWAVGLILAGLGLYINKGL	PGPT0024105_4217	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024105-mraY-K01000	NA	NA
JZ016_06070	1434	murD		UDP-N-acetylmuramoylalanine--D-glutamate ligase	ATGAAGCAGCTAGAAGATTATCGGGATAAGCATATCGTCGTACTGGGACTGGCCAAAAGCGGAGTACAGGTAGCTAAAGTGCTGCATCAAGCCGGAGCCTCCGTCATTGTGAACGACAGAAAGGAAAGAGAACAGTGTCCTGAAGCTTCGGAGCTCGAGGCTTTGGGTATTTCTGTTATTTGCGGTGGACATCCCGATGATCTTATTCATCCCGGTGTAACGCTTCTTGTCAAAAATCCCGGAATTCCGTATTCCGCCCCGCCTGTTCAAAAGGCGCTGGAGCTTAAGATTCCTGTCGTGACCGAAGTTGAAATCGCCTATCACCTGTGTGAAGCACCGATCATCGGCATCACAGGCTCGAATGGCAAAACAACGACGACAACCTGGGTAGGCAAGCTGCTGGAAAACGCGGGTCTTTCCCCGATTGTAGCCGGTAATATCGGCACGCCACTATCCGAGGCTGCAGCAGAAGCAACTGAAAACAATTGGATGGTCGTTGAGCTGAGCAGCTTTCAATTAAAAGGAACAGAGGAGTTCAGGCCGCGTATTGCCTGCCTTCTCAACATTGCGGAAACGCATCTTGATTACCATGGCGGAATGGATGATTATGTTGCATCCAAAGCCAAGCTGTTCGCCAACCAGACTGCAGATGATACCGCTGTGCTCAATTGGGATGATCCCGTGTGCAGAAACCTTGTTCCGTATATCAAGGCGCGCATTGTGCCTTTTTCGATGAGTGAGAGCCTTCGTGAAGGGGTTCACGTAATGCCGCCATATGTTGCCGGTACCCCGGACTCGGACGACGACGATCAGGGGCGTACGCTGATTTATACAGATGGCGAAGGGTTTACGCATGAGATCATCCGTGTGGAGAACATCGGACTGCCCGGAAGATTTAATGTAGGGAATGCATTGGCTGCCTGTGCGATCGCCATAGCGGCCGGCGTTGCCCCCGATAAGCTGGAAGAAGCTTTATCCAGCTTCCGCGGTGTTGAGCATCGCCTGGAATACGTTGCCGAGCTTCAGGGCGTATCCTATTACAATAACTCGAAGGCAACGAACTCCAAGGCGACGCACATGGCATTGACTTCGTTCAAGGAGCCTATCATATTAATCGCAGGCGGGCTTGACCGCGGGTCGGATTATGAGGAGTTGATTCCTTCCTTGCAAGGACGGGTGAAAGCCGTCGTGCTTCTTGGCGAAACGAAGGAGAAAATCGCGAAGGCTGCTGCCAAAGCCGGATTAAAGGACATCTTCCTCGTCGATAATGGGAAGGACGCCGCCGCGACTTTGACCTCGGCTGTCCAGAAGGCTGCCGGGCTCGCAGAGAGCGGGGATATTGTTCTACTATCTCCCGCATGTGCGAGCTGGGACATGTTTCCTTCCTTCGAGGATCGAGGACGCATTTTTAAAGAGGCGGTGCATAACCTTTAA	MKQLEDYRDKHIVVLGLAKSGVQVAKVLHQAGASVIVNDRKEREQCPEASELEALGISVICGGHPDDLIHPGVTLLVKNPGIPYSAPPVQKALELKIPVVTEVEIAYHLCEAPIIGITGSNGKTTTTTWVGKLLENAGLSPIVAGNIGTPLSEAAAEATENNWMVVELSSFQLKGTEEFRPRIACLLNIAETHLDYHGGMDDYVASKAKLFANQTADDTAVLNWDDPVCRNLVPYIKARIVPFSMSESLREGVHVMPPYVAGTPDSDDDDQGRTLIYTDGEGFTHEIIRVENIGLPGRFNVGNALAACAIAIAAGVAPDKLEEALSSFRGVEHRLEYVAELQGVSYYNNSKATNSKATHMALTSFKEPIILIAGGLDRGSDYEELIPSLQGRVKAVVLLGETKEKIAKAAAKAGLKDIFLVDNGKDAAATLTSAVQKAAGLAESGDIVLLSPACASWDMFPSFEDRGRIFKEAVHNL	PGPT0024125_965	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024125-murD-K01925	NA	NA
JZ016_06071	1098	ftsW_2	COG0772	putative peptidoglycan glycosyltransferase FtsW	ATGAACAAGAACCGCCAGGCGCCCGATCTGTGGCTGCTTATCTGTATTTTGGCCCTGCTGGCCATCGGAATCGTCATGGTATACAGCGCAGGATCCGTCCTCGCATTTCATGACTATGGCGATAAGTTTTATTTTGTGAAGCGTCAGCTGTTTTTTGCCTGTTTGGGGCTTGCTGCCATGTACTTCACATCGAGGACCGACTATCGGGTTTGGAAGAAATACAGCAAGCTTGCATTGCTGGTCTGCTTTTTTATGCTGATTATCGTACTTATTCCAGGGATCGGCGTTGTTCGCGGCGGAGCCAGAAGCTGGCTCGGCATCAGCTCGTTCGGAATTCAACCCTCCGAGTTTATGAAGCTGGGCATGATTCTGTTTCTATCACGCTGGCTCAGTAAGCAAGATTATGATATTACGTCTTTTACTAGGGGGCTTTTGCCGCCGCTTGGTTTAATCGGACTGGCATTCGGATTGATTATGCTGCAGCCTGATTTGGGTACGGGTGCCGTTATGCTTGGAGCTGCGATGATGATTGTTTTTACCGCAGGGGCACAGATGAAGCATCTGGGCTTTCTCGCATTAGGCGGGGTTGCCGGTTTCATTGGCTTGATTCTGACAGCCCCCTACCGGCTGAAGCGGATAACCGGGTTTCTCGATCCATGGTCCGATCCGCTTGGCGCAGGCTATCAGATCATTCAATCCCTCTATGCCATAGGGCCGGGCGGACTCGGCGGGCTCGGGCTTGGCATGAGTCGTCAGAAGTACGCTTATGTACCTGAGCCGCAGACTGATTTTATTTTTTCGATCTTGGCCGAAGAGCTTGGATTCATTGGCGGTTTGATTGTACTGCTCTTGTTCGCTGCCTTGGTGTGGCGGGGCATGAGAGTGGCCATGACGGTATCCGACGGCTTTGGAAGTCTGCTGGCTGTTGGGATCGTGGGCATGGTCGCCATACAGGTCGTTATCAATATCGGTGTCGTTATCGGTTTAATGCCGGTAACAGGGATTACGCTGCCGCTCATCAGTTACGGAGGCAGCTCACTGACGCTGATGCTGACGGCGCTGGGCATTCTATTAAATATTTCCCGTTATGCGAGGTGA	MNKNRQAPDLWLLICILALLAIGIVMVYSAGSVLAFHDYGDKFYFVKRQLFFACLGLAAMYFTSRTDYRVWKKYSKLALLVCFFMLIIVLIPGIGVVRGGARSWLGISSFGIQPSEFMKLGMILFLSRWLSKQDYDITSFTRGLLPPLGLIGLAFGLIMLQPDLGTGAVMLGAAMMIVFTAGAQMKHLGFLALGGVAGFIGLILTAPYRLKRITGFLDPWSDPLGAGYQIIQSLYAIGPGGLGGLGLGMSRQKYAYVPEPQTDFIFSILAEELGFIGGLIVLLLFAALVWRGMRVAMTVSDGFGSLLAVGIVGMVAIQVVINIGVVIGLMPVTGITLPLISYGGSSLTLMLTALGILLNISRYAR	PGPT0014810_4697	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588	NA	NA
JZ016_06072	1110	murG	COG0707	UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase	ATGCGTGTCGTATTGACCGGCGGCGGAACGGGGGGGCATATTTACCCCGCCGTTGCCATTGCAAGACAATGTGAAAAGGAAGATCCGAAAACGGAGTTTTTATATATCGGAGGTAAACGGGGTCTCGAAAGCAAGCTGGTACCCCAGGAGAAACTGCCGTTTGAGAGCATCGATATCACGGGGTTCCGGCGCAAGCTGTCGCTGGATAACGTGAAGACGATCATGCGTTTTTTCAAAGGCGTGAAGCGATCGAAGGCCCTGCTGAAGGAATTTAAACCCGATGTCGTGATCGGTACCGGAGGTTATGTGTGCGGTCCGGTGGTTTATGCAGCGGCCAAGCTCGGGATACCAACCATGATTCATGAGCAGAATGCGATTCCCGGCCTCACCAACCAGTTCCTCAGCCGCTATGCGGATACGGTGGCGGTCAGCTTTGAGGGATCGGAGTCTTCCTTTCCTAAAGCCAAAAGAACGGTATATACAGGAAATCCACGTGCGACAACGGTATTATCCGCCAATCGTGAACGTGGATTTGCTACGCTCGGCATTCCGGTGGACAGCCAGGTCGTACTGATCGTCGGCGGAAGCCGGGGTGCCAAGGCGATCAATAACGCGATGATCGGGATGGCGCCGTTCATACAGAAGCTGCCGGGTGTACATTTCGTGTTTGTTACGGGCGAAACTTATTTTGAGAACACGCGGGAATCCATTCTGTCCCAGCTCGGTACCATGCCGAATCAACTTCATATCGTGCCATACGTTCATAATATGCCGGAAGTGCTTGCGGCTACTTCGCTGATTGTAAACCGTGCGGGAGCTTCATTCCTGGCGGAGATTACATCGCTTGGCATTCCATCCGTACTTATCCCTTCACCTAACGTCACCAATAACCATCAGGAGGCAAATGCGAGGCAATTGGAGGAAGCGGGTGCGTCCAGCATGATTCTTGAAAAGGATTTGACGGCGGAATCGCTGTTCGCAAAGCTTGAGGAGATCATGACCAGTCGTACTTCCAGAGAGGCGATGTCCGCGGCTGCGAAAAAGCTCGGCAAACCGGATTCGGCATCCGTCATGGTTCAAGAAATCCGCCGGTTAACCGGCAAACGCTAA	MRVVLTGGGTGGHIYPAVAIARQCEKEDPKTEFLYIGGKRGLESKLVPQEKLPFESIDITGFRRKLSLDNVKTIMRFFKGVKRSKALLKEFKPDVVIGTGGYVCGPVVYAAAKLGIPTMIHEQNAIPGLTNQFLSRYADTVAVSFEGSESSFPKAKRTVYTGNPRATTVLSANRERGFATLGIPVDSQVVLIVGGSRGAKAINNAMIGMAPFIQKLPGVHFVFVTGETYFENTRESILSQLGTMPNQLHIVPYVHNMPEVLAATSLIVNRAGASFLAEITSLGIPSVLIPSPNVTNNHQEANARQLEEAGASSMILEKDLTAESLFAKLEEIMTSRTSREAMSAAAKKLGKPDSASVMVQEIRRLTGKR	PGPT0024150_1526	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024150-murG-K02563	NA	NA
JZ016_06073	906	murB_2	COG0812	UDP-N-acetylenolpyruvoylglucosamine reductase	ATGCAGCAGTGGAAATCGCTACTATCAGAGGCCAATATCGGAACAGTGTTATGGAATGAACCGCTGGCAAAATATACGACGTGGAAAATAGGCGGACCAGCCGATTGCCTGATTATACCTGAGAACAAGGAACAGCTCAGGGAACTGGTCACCCTTCTCCATGCCCATCACATACCTTGGACACAATTGGGCCGCGGTTCAAACATGTTGGTTGCCGATAAAGGCATTCGGGGAGCGGTCATCAAGCTGGGCCAGGGATTTGAGGGGCTTCATTTTGACGGAGAGACGGTAACTGCAGGCGGCAGTCTGTCTTTTGTCAAGCTCAGTGTTCTGGCCGGAAAAGAAGGATTATCCGGTCTTGAATTTGCCGGAGGCATTCCTGGATCGGTCGGAGGGGCCGTCTATATGAATGCAGGTGCCCATGGGTCTGATGTGTCACGCATATTCAAGTCCGCTGACATTGTACTGGAGACAGGGGAATTGGTTACGTATGCTGCGAAAGATATGGCGTTTGATTACCGACACTCCATTCTGCATGAACGAAAAGGGATTGTGACTGAAGCGGTATTTGGGCTCCGTCAAGGAGACCGCAAAGAAATTTCAGCTGTTATGTCCTCCTACAAGGACCGTCGCCGGCGTACACAGCCGCTCCAATCCGCAACGGCAGGCAGTGTTTTTCGCAACCCGCCCGGTGACCATGCCGCGAGGTTGATCGAGGCTGCCGGTCTTAAGGGCCTGCGGATCGGGGGCGCAGAAGTTTCTTTACAGCATGCCAATTTCATTGAGAATACCGGTCAAGCGACAGCAGAGGACGTGCTCGCTTTGATGGAACGTATTAAGGAAACCATCTCGGAAAAGAACGGAATTCACATGGTGCCTGAGGTGTACGTTCTGGGCGAGCGGTAA	MQQWKSLLSEANIGTVLWNEPLAKYTTWKIGGPADCLIIPENKEQLRELVTLLHAHHIPWTQLGRGSNMLVADKGIRGAVIKLGQGFEGLHFDGETVTAGGSLSFVKLSVLAGKEGLSGLEFAGGIPGSVGGAVYMNAGAHGSDVSRIFKSADIVLETGELVTYAAKDMAFDYRHSILHERKGIVTEAVFGLRQGDRKEISAVMSSYKDRRRRTQPLQSATAGSVFRNPPGDHAARLIEAAGLKGLRIGGAEVSLQHANFIENTGQATAEDVLALMERIKETISEKNGIHMVPEVYVLGER	PGPT0024115_4049	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024115-murB-K00075	NA	NA
JZ016_06074	1284	murA	COG0766	UDP-N-acetylglucosamine 1-carboxyvinyltransferase	TTGGACAAATTGGTGATTGAGGGTGGAAGGCCCCTATCTGGAACCATTCGTATCCATGGAGCAAAAAATGCAGCTTTACCTATTCTAGCAGCTAGTCTTCTGGCAGAAGGGACTGTAAGATTAAGCAATGTCCCGCACCTGCTGGATATTGAAGTGATGCTCAGCATTCTCAGCCGTCTTGGCTCCAAATGCAAGCATGAGCTGGAGACGGTTACCGTGGATACCTCGTCTGCCAATTCGTTTCATGTCCCGGAAGATTTAATGAAGCAGATGCGATCCTCCATCTTTTTGATGGGACCTCTGCTGGCCCGTTTTGGTGAAGTGACGATCTATCAGCCAGGGGGCTGCGCGATCGGAGAACGCAAGATCGACCTCCATCTTCAGGGATTGCAGGCGCTTGGTGCGGAAATCGAGGAGAGTAACGATAAGATCCATTGCAGGGCAAGCCGGCTGGTCGGAACGGATATTCATCTGGATTTTGCCAGCGTAGGGGCAACGGAGAATATCATGATGGCAGCAGCAACGGCGCTTGGCACAACGGTGCTCACCAATGCCGCCAGAGAGCCTGAAATTCAGGACCTTCAGCATTTCCTGAACAAGATGGGAGCGAACATTATCGGCGCAGGAACGGATACCATCACGATCCATGGCGTGGAGCGTCTGGAGCCTTGCGAGTACGAGATTATACCGGACCGGATCGTAGCCGGCACCGTCATGATCGCAGCAGCTGTCACCCGCGGTAGTGTAACGCTTACAAAGACCAATCCATCTCATTTAACTTCCCTTATACATGTGCTAAAGCGCGCCGGTGTTCAAACCAGTATATGCAATGATATAATAAACATAAGCTGTATGAGCCGTCCTAAAGCGGTGGAACGTATCGTGACTTCACCGTATCCTTCGTTCCCGACTGATTTGCAATCTCAGGTTATGGTCCTGCTGTCCTTGGCGGACGGATTTAGCGTGATGAAAGAGACGGTATTCGAAGGACGGTTCAAGCATGTGGAGGAACTCTCCCGTATGGGGGCGGACATTTCCACGGATCTGAACTACGCGTTTATACGCGGTGTTCAGAGAATTTATGGAGCTACGGTGGAGGCAACCGATCTTCGGGCTGGAGCGGCGCTCGTCATTGCCGGTTTGGCCGCGCAGGGAACGACCGTGGTGGAGCAAGTTCACCATATTGATCGCGGTTATGATCGTATTGAAAACATGTTCCAAGGTTTAGGCGCCCGGATCTATCGTCAATCTCCGGTGCCAAAACCGCTTGATTTAGCCAATTGA	MDKLVIEGGRPLSGTIRIHGAKNAALPILAASLLAEGTVRLSNVPHLLDIEVMLSILSRLGSKCKHELETVTVDTSSANSFHVPEDLMKQMRSSIFLMGPLLARFGEVTIYQPGGCAIGERKIDLHLQGLQALGAEIEESNDKIHCRASRLVGTDIHLDFASVGATENIMMAAATALGTTVLTNAAREPEIQDLQHFLNKMGANIIGAGTDTITIHGVERLEPCEYEIIPDRIVAGTVMIAAAVTRGSVTLTKTNPSHLTSLIHVLKRAGVQTSICNDIINISCMSRPKAVERIVTSPYPSFPTDLQSQVMVLLSLADGFSVMKETVFEGRFKHVEELSRMGADISTDLNYAFIRGVQRIYGATVEATDLRAGAALVIAGLAAQGTTVVEQVHHIDRGYDRIENMFQGLGARIYRQSPVPKPLDLAN	PGPT0024090_2586	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790	NA	NA
JZ016_06075	756	divIB	COG1589	Cell division protein DivIB	ATGTCCAAGACACATATGCCTGTCCTGAAGCAGGACAAGCCTAAACCGAAAACAGCCAAAAAAATCATATGGATACTTTTGCTGCTGTTCGTAGCCCTGCTGACGATTCTGTTTTTCCGGTCGTCAGTCAGCCAAGTTACCGAGATTCATTTTACAGGGAATACGTTTAATACCAATGAGCAGCTTATCAAGCAAAGCGGACTCCACATCGGAGACCAGTACTTTGGCGTTGAGCCGAAAGATGTGCAGGAACGGCTGATGAAGCTCGGAACGATTAAGTCGGCTGAAGTGGTCAAGAGCTTTCCGGGCGAAGTCAGCATCGTGGTAACGGAACATCCTACGGTGGCCTACGAGCTGTCCGACAGCGGGGAACTTCAAGCCATACTGGCAAGCGGTAACTCGGTTCCGGTTACAGCGAGTGGTATTGCCGTTGAGAAGCCTATTTTGACCAATTGGGATCCAGGCGACCCCAACAAGGCTGTGCTTAGCGAAGTGCTTGCGGAGATTTCGGGCAGCCTGACCTCCGATATCTCGGAAATCATGCCGTCACCGACGCTATCTTTTCCGGATCGGATCAAGATGTATACACGTTCCAAATTCGAAGTTATCACTTCTGTTTCCTTGCTCCGTGACAAAGTAGAATATCTGAATCAGGTTACCGAAATGGAGCGGCCGGGTGTGATTACGATGCTGGAAGCAGACTCTTACGTACCGTTTGTAGAAGAAGTTGGAGAAGACGCGGAAGAAGGGCAATAA	MSKTHMPVLKQDKPKPKTAKKIIWILLLLFVALLTILFFRSSVSQVTEIHFTGNTFNTNEQLIKQSGLHIGDQYFGVEPKDVQERLMKLGTIKSAEVVKSFPGEVSIVVTEHPTVAYELSDSGELQAILASGNSVPVTASGIAVEKPILTNWDPGDPNKAVLSEVLAEISGSLTSDISEIMPSPTLSFPDRIKMYTRSKFEVITSVSLLRDKVEYLNQVTEMERPGVITMLEADSYVPFVEEVGEDAEEGQ				NA	NA	NA	NA	NA
JZ016_06076	1284	ftsA	COG0849	Cell division protein FtsA	TTGAGCAACAATGACATCATTGTTAGTTTGGACATCGGTACATCCAAAGTTCGTGCTATTATTGGGGAAGTTAATAATGGAACCTTTAATATTATTGGAGTTGGATCTGCCGACTCGGAGGGAATTCGCAAAGGTGCAATTGTAGATATCGACCAGACCGTACAATCCATTCGCAGCGCTGTTGATCATGCGGAGCGTATGGTCGGTATTCAAATATCCGAAGTATATGTCGGCATTTCTGGAAATCATATCGGACTTCAATCCAGCCATGGAGTTGTGGCAGTATCGAACGAGGATCGCGAAATTGGTGAAGAGGACATCGACCGCGTGCTGAAAGCAGCGGAAGTCGTGGCGCTTCCTCCGGATCGTGAAATTATCGATGTGGTTGCTAAACAGTTTGTAGTTGACGGTTTGGAAGGAATCTCTGATCCGCGAGGAATGATCGGCGTAAGACTAGAAGTTGAAGCGACGATTATTACTGGCGCCAAAACGGCAATACATAACCTGTTACGTTGTGTGGAGAAATCAGGTCTGAAAGTGAAGGATCTGGTGCTGATTCCGCTTGGTGCCGGACAGCTGGCCTTGTCCAAGGATGAGAAAACGATGGGTTCGGTGCTGGTTGACGTTGGGGCGGGCTCAACCACGTTGGCTGTGTTCGAGGGAGGCAGCATTGCCGCAACTTCGACGCTTCCGGTTGGTGGAGATTTCGTGACAAATGACATTGCTTATGGCCTGCGAACGCTGACGGATCAAGCAGAGAAGGTTAAACTGAAGTACGGATGCGCGCTGATCGAGAGTGCCGCACACGAAGTAACGTTTAAGGTAACAAGAATTGGAAGCAATGTGGACAAGGAGTTCACTCAGGAAGATCTGGCAGCTATCATAGAACCTCGCGTTCAGGAAATTTTCCAATTGGTGCGCCAAGAAATTAAGCGCTTGGGTTACAGCGAGCTTCCTGGTGGTTATATACTTACTGGGGGCACTATGTCCATGCCTGGTGTGCTGCAGGTGGCACAAAATGAGCTGGCGACTTCCGTACGGATTGCGGTTCCCGATTTCATCGGTGTTCGTGATCCGGGATACTGCAGCGGAGTCGGCATCCTCCATAATGCAATCCGGAACGTACGTGTACGCAATACAGGAGGAAGCAACAACAGCAGCGGAAATAGCAAGAAACCGGTGAACCGCGCTAAGCAGCAAAGTCCTGTCGCAGCAACTCAGGAGACCAGCCAGAAGCCGGGATTTATTGAACGCTTGAAAAAGATGTTCAGCGAGTTTATATAG	MSNNDIIVSLDIGTSKVRAIIGEVNNGTFNIIGVGSADSEGIRKGAIVDIDQTVQSIRSAVDHAERMVGIQISEVYVGISGNHIGLQSSHGVVAVSNEDREIGEEDIDRVLKAAEVVALPPDREIIDVVAKQFVVDGLEGISDPRGMIGVRLEVEATIITGAKTAIHNLLRCVEKSGLKVKDLVLIPLGAGQLALSKDEKTMGSVLVDVGAGSTTLAVFEGGSIAATSTLPVGGDFVTNDIAYGLRTLTDQAEKVKLKYGCALIESAAHEVTFKVTRIGSNVDKEFTQEDLAAIIEPRVQEIFQLVRQEIKRLGYSELPGGYILTGGTMSMPGVLQVAQNELATSVRIAVPDFIGVRDPGYCSGVGILHNAIRNVRVRNTGGSNNSSGNSKKPVNRAKQQSPVAATQETSQKPGFIERLKKMFSEFI				NA	NA	NA	NA	NA
JZ016_06077	1131	ftsZ	COG0206	Cell division protein FtsZ	ATGTTGGAATTTGATTTTGAAATGGAGAGCTTAGCTCAAATAAAAGTAATCGGAGTAGGTGGCGGCGGCAGCAACGCCGTTAACCGAATGATTGAGAATGGTGTGCAGGGTGTTGAATTCATTACGGTCAATACGGATGCTCAGGCACTCCACCTTGCCAAATCCGAACATAAACTGCAAATCGGGGACAAGCTCACTCGCGGACTTGGTGCCGGCGCCAATCCTGACGTAGGCAAGAAGGCTGCGGAAGAATCCCGCGATTTGATCATGAACACCCTGAAGGGTGCCGATATGGTATTCGTTACGGCCGGTATGGGTGGCGGAACCGGAACGGGTGCTGCTCCTGTCATTGCTGAAATTGCTAAGGAGTGCGGAGCATTAACGGTTGGGGTTGTCACTCGTCCGTTTACGTTCGAAGGACGCAAGCGTGCTTCCCAAGCGGAGCTTGGCATTGAAGCATTGAAAGAGAAAGTGGACACACTCATCGTCATTCCGAATGATCGCTTGCTGGAGATCGTGGATAAGAAAACACCGATGCTGGAAGCGTTCCGAGAAGCTGATAACGTATTGCGTCAGGCCGTTCAGGGCATTTCTGATCTGATCCAAGTGCCGGGTCTGATCAACCTTGACTTTGCCGACGTGAAAACGATCATGACAGAACGCGGCTCGGCTCTGATGGGTATCGGACTGGCTACGGGTGAGAATCGAGCCTCCGAGGCTGCCCGCAAGGCGATCATGAGCCCGCTGCTTGAAACCTCTATCGAAGGTGCTCGCGGTGTGATCATGAATATTACGGGAGGGACCAATCTTTCCTTGTATGAAGTGAATGAAGCGGCCGAGATTGTAACATCTGCTTCTGATCCGGAAGTGAACATGATCTTCGGTGCGATCATTGAGGAAAGCATGAAGGATGAAATCAAAGTAACGGTTATCGCTACCGGCTTTGAGAGCAAGCCTGCTCAAATCCCGCCGGTACGTCGTCCTGGAATGCCACAAGGGGAACAACAGCAACAACAGCAGCCGGAAACGGACAAGAGTAATGTAAATCTGAAGCCGTTTGGCAATCAGAGCAGCAATGATCAGCTTGATATTCCTACTTTCCTTCGCAATCGTTCCCGCAATAATGATTAA	MLEFDFEMESLAQIKVIGVGGGGSNAVNRMIENGVQGVEFITVNTDAQALHLAKSEHKLQIGDKLTRGLGAGANPDVGKKAAEESRDLIMNTLKGADMVFVTAGMGGGTGTGAAPVIAEIAKECGALTVGVVTRPFTFEGRKRASQAELGIEALKEKVDTLIVIPNDRLLEIVDKKTPMLEAFREADNVLRQAVQGISDLIQVPGLINLDFADVKTIMTERGSALMGIGLATGENRASEAARKAIMSPLLETSIEGARGVIMNITGGTNLSLYEVNEAAEIVTSASDPEVNMIFGAIIEESMKDEIKVTVIATGFESKPAQIPPVRRPGMPQGEQQQQQQPETDKSNVNLKPFGNQSSNDQLDIPTFLRNRSRNND	PGPT0027695_4638	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027695-ftsZ-K03531	NA	NA
JZ016_06078	1056	spoIIGA		Sporulation sigma-E factor-processing peptidase	GTGAACAACCTGGTTGTTTATATTGATCTCATATTTTTGGCAAACCTCGTCATTGACGGCATGTTGCTGGCTTTGACCGCCTGGATGCGCAGGGTCAAGCCAAGGTGGTGGAGACTTGTATTATCCTCTGTGGTAGGCGCACTGTATGTCGTCATGATGTTTGTCCCGCAACTTTCATTTTTGTTTACTTTTCTCATCAAATTTGGACTCTCGTTGATCATGTTATGGATTGCTTTCGGCTTTGCAAGCTTACAGAGTTATCTGCGAAATTTGGGAGCATTTTATATGGTGAATTTTGCGGCGGCCGGAGGCATTATCGGTGTTCATTACCTGGTCCAAAATTCGGGAGAACTGTTTAGCGGGATATGGTATACAACATCGGGAGGGCTATCGTTTGAATTGAAGGTAGGATTCTGGTTTGCGTGCATTACCTTTTTTGTAGTTGTATTCGCATTTAAAGCCGTTCAGACCACGAAACGTAAAACCGAGAACCGGGAGGCCTTATTGGGAGAGGTGTCGGTATGGATCGGCAGCGCCAAAATATCCTGTGCGGGGCTGCTCGATACAGGTAATCAATTGAGTGATCCCTTAACTCGCACGCCGGTTATGGTGATGGAAGCAGCACTGTGGGAAGCCCACCTGCCTCAGGGATGGAGCAAACAGTTGATGGAGGGGGAACCGGACAAATTAATCATGGGGCTCGCGGCAGAGGAATTTGAATGGCAAGACCGTCTGCGGCTTGTTCCCTATCGCGGAGTCAACCGGGGGGCCGCCTTCATGCTTGCGTTAAAGCCCGACATGGTACGGATCGAACTGGGAGGATTTGAATATTCGGCATCCAAGGTGTTAATTGGTCTTGATGGCGGGACGCTCTCAGGTGACAGGGCATACAGGGCCATTATCCATCCGGCATTAACGGAAGGAGAAGGTACGCCGAAGATGAATGCCAATTCAAACAAGCCGGTGTCCGATGGAAGCTGCAAATCCGAGGTGGACGCTTCATCGCTCAATGGGGGGACCGGACCGGAATCAGGTGCAGCCAAGAACGCAGGATGA	MNNLVVYIDLIFLANLVIDGMLLALTAWMRRVKPRWWRLVLSSVVGALYVVMMFVPQLSFLFTFLIKFGLSLIMLWIAFGFASLQSYLRNLGAFYMVNFAAAGGIIGVHYLVQNSGELFSGIWYTTSGGLSFELKVGFWFACITFFVVVFAFKAVQTTKRKTENREALLGEVSVWIGSAKISCAGLLDTGNQLSDPLTRTPVMVMEAALWEAHLPQGWSKQLMEGEPDKLIMGLAAEEFEWQDRLRLVPYRGVNRGAAFMLALKPDMVRIELGGFEYSASKVLIGLDGGTLSGDRAYRAIIHPALTEGEGTPKMNANSNKPVSDGSCKSEVDASSLNGGTGPESGAAKNAG	PGPT0024680_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024680-spoIIGA-K06383	NA	NA
JZ016_06079	723	sigE		RNA polymerase sigma-35 factor	ATGCCCGTTAAATGGAGATTAGCATTGCAGCTGCAGTATTATCGCGTACTTTTTTTGCTAGGCCTGAAGAGTCAGGAAATCTACTATATCGGAGGAAGCGAGGCGCTCCCGCCGCCGCTTACGAAAGAGGAAGAGGAGTTCTTGCTCAAGAAGCTGCCTACCGGGGATGCAGCCACCCGTGCCATGCTTATCGAACGTAACCTGCGTCTGGTCGTTTACATTGCCCGCAAATTCGAGAACACCGGCATTAACATCGAGGATTTGGTATCGATTGGTGCCATCGGTTTGATTAAGGCGGTGAATACGTTTGACCCGGAGAAAAAAATCAAGCTGGCTACATACGCCTCGCGCTGTATTGAGAACGAAATTTTGATGTATTTGCGCCGGAATAACAAAACCCGCAGCGAGGTTTCTTTTGACGAACCGCTGAATATCGATTGGGACGGCAATGAATTGCTCTTGTCCGACGTTTTGGGTACTGAGAATGACACCATCTACCGTAATATCGAGGAGCAGGTCGACCGGAAGCTGCTGCAAAAAGCGCTGGATAAATTAAGCGACCGGGAACGCATGATTATGGAGCTTCGTTTTGGACTTCAGGACGGTGAGGAAAAGACGCAAAAAGACGTGGCAGATCTGCTTGGAATCTCACAATCCTACATTTCCCGATTGGAGAAGAGAATAATAAAGAGGCTCCGCAAAGAATTCAACAAGATGGTGTAA	MPVKWRLALQLQYYRVLFLLGLKSQEIYYIGGSEALPPPLTKEEEEFLLKKLPTGDAATRAMLIERNLRLVVYIARKFENTGINIEDLVSIGAIGLIKAVNTFDPEKKIKLATYASRCIENEILMYLRRNNKTRSEVSFDEPLNIDWDGNELLLSDVLGTENDTIYRNIEEQVDRKLLQKALDKLSDRERMIMELRFGLQDGEEKTQKDVADLLGISQSYISRLEKRIIKRLRKEFNKMV	PGPT0014795_1032	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
JZ016_06080	783	sigG	COG1191	RNA polymerase sigma-G factor	ATGACGCGAAACAAAGTTGAAATTTGTGGTGTGGATACGTCAAAACTGCCTGTTCTGACGAATGTGGAAATGAGGGAACTGTTTCATAATCTGCAGCAGAACAATGAACGATCGGCTCGAGAAAAACTGGTGAACGGCAACCTGAGACTGGTGCTCAGCGTCATCCAAAGGTTTAACAATCGGGGAGAGTTTGTTGATGATCTGTTTCAGGTGGGCTGCATCGGATTGATGAAAGCCATCGACAATTTTGATTTATCGCAAAATGTTAAATTTTCCACTTATGCCGTACCGATGATTATCGGAGAAATACGTCGATACTTAAGGGACAATAACCCGATTCGCGTCTCCCGATCACTGCGTGATATTGCTTACAAAGCACTTCAGGTCAGGGATCAGCTGACAAATGCGAACTCGCGAGAACCGACGATTTTTGAAATTTCCGAAGCGCTGAACGTGCCCAAGGAAGACGTTGTTTTTGCACTAGATGCTATTCAAGATCCCGTTTCGCTGTTTGAGCCGATTTATCATGACGGTGGCGATCCGATTTATGTGATGGATCAAATCAGTGATGATAAGAACAAAGATGTGTCCTGGATTGAGGAAATTGCGCTCCGGGAAGCGATGCACAAGCTCGGACAACGCGAGAAAATGATTTTATCCATGCGGTTTTATGAAGGCAAGACCCAGATGGAAGTTGCGGATGAAATCGGCATTTCCCAAGCTCAAGTGTCCCGCCTGGAGAAGTCAGCGATCAAGCAGATGCAGAAGCACGTCAAAACGTAA	MTRNKVEICGVDTSKLPVLTNVEMRELFHNLQQNNERSAREKLVNGNLRLVLSVIQRFNNRGEFVDDLFQVGCIGLMKAIDNFDLSQNVKFSTYAVPMIIGEIRRYLRDNNPIRVSRSLRDIAYKALQVRDQLTNANSREPTIFEISEALNVPKEDVVFALDAIQDPVSLFEPIYHDGGDPIYVMDQISDDKNKDVSWIEEIALREAMHKLGQREKMILSMRFYEGKTQMEVADEIGISQAQVSRLEKSAIKQMQKHVKT	PGPT0014795_114	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
JZ016_06081	300			hypothetical protein	ATGAAAATTTCCGATTTTCAAACGAAGGACGTTATTAATATCATTGATGGCAAACGGCTCGGACAGATCAGCGATCTGGAGCTGGACTTGCGGCAGGGCCGGATTGAAGCGATTGTGGTGCCAAGTTACGGTAAATTTATGGGGCTGTTCGGCGGCGGGAGCGACCTGATCATTCCGTGGCGGAATATCGTCAAGATTGGTTCGGATGTCGTCCTTGTCAAAATGGAGGAATTGCGAAGAACGCCCGATGATCAGGAATCGGTGGAATACCTGGACCGGCCGGACCGGCGATCCTTCTAA	MKISDFQTKDVINIIDGKRLGQISDLELDLRQGRIEAIVVPSYGKFMGLFGGGSDLIIPWRNIVKIGSDVVLVKMEELRRTPDDQESVEYLDRPDRRSF				NA	NA	NA	NA	NA
JZ016_06082	858	rl5		Polyphenol oxidase	ATGGAACCGTTTGTTAGACAAGATCAGCAGACACCGAGTCTGTTTGTGCTTGAAAAATGGAGTGGGGGATCAGGAAGCGCCGCACTCACGGCCGGCTTCACAGGCCGGCATGGCGGCGTAAGCCGAGCCCCCTATGATAGTTTGAATTTGGCCTTTCATGTCGGAGACGAGCCGGGTGACATTGTAGAGAACCGGAAACGAACCGCTGCGGCATTGGGTTTTTCTCTGGAAGACTGGACTTGCGGTGAACAGGTCCATGATGTTCAGATTGGCGTGGTTCATGATAAGGACAGGGGCAGAGGGAGTTTGGACCGAGCCTCGGCTTTTCAAAATACGGATGGACTTGTAACCGATGTTCCCGGCGTTTTATTGACGTCTTTCTACGCGGACTGCGTGCCGCTTTATTTTTGGGATCCGGTTACGGGTGCTGTCGGTTTGGCACACGCTGGCTGGAAGGGGACCGTGGGAAGCATCGCTGAGAAAATGGTCGACAGGATGGTTGTGGAATACGGAAGCCTGCCTCAGCACATTCACGCTGCGATTGGTCCATCCATAAGCGAGTGCTGTTACGAGGTGGATGATCGGGTCATGGATCGTGTCCGCGATATCGGAATCGAGGGAAACACATCCGAGAAAGTTACAAATTCAGCTTTTTATATCGACAAGGGACAAGGGAAATACATGCTGAACTTGAAAGAAATAAACAGACACATTATGATTAAAGCAGGAATATTGGCGGAACATATCGAATGTACATCATGGTGTACAAGCTGCAATCATGATCTGTTCTTCTCTTATCGTAAAGATGGGGGGACAACGGGTCGTATGGCAAGTTGGATCGGGATGAGAAAGAGGTGA	MEPFVRQDQQTPSLFVLEKWSGGSGSAALTAGFTGRHGGVSRAPYDSLNLAFHVGDEPGDIVENRKRTAAALGFSLEDWTCGEQVHDVQIGVVHDKDRGRGSLDRASAFQNTDGLVTDVPGVLLTSFYADCVPLYFWDPVTGAVGLAHAGWKGTVGSIAEKMVDRMVVEYGSLPQHIHAAIGPSISECCYEVDDRVMDRVRDIGIEGNTSEKVTNSAFYIDKGQGKYMLNLKEINRHIMIKAGILAEHIECTSWCTSCNHDLFFSYRKDGGTTGRMASWIGMRKR	PGPT0019965_363	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_LIGNIN_DEGRADATION|LIGNINASES	PLANT_LIGNIN_DEGRADATION-POLYPHENOL_OXIDASE,PGPT0019965-yfiH-K05810	NA	NA
JZ016_06083	702		COG0325	Pyridoxal phosphate homeostasis protein	GTGAGTCGTCCCTTGAGTTTGAAGGAACGTATCGATCGAGTGGAACAGCGAATCACGGAGGCTTGCGCAAGAAGCGGCAGGAACCGGAATGATGTAAATATCATTGCGGTTACTAAATATGTCTCCTTGGACATGACAGCTTCGGTACTGGATCAGGGACTGCAGCATATCGGCGAGAACCGCTGGCAGGATGCCCAGGCGAAATGGAACGCTCTTGGAAGCCGCGGCACATGGCATTTCATCGGCCATCTTCAGACCAATAAGGTTCGGGATGTCATTGATAAATTTCAATATATTCATTCGCTTGACCGCTTGTCTCTGGCCCATGAGCTGGAGAAGAGGGCTGCTGCGCTGGATCTGCAGGTATCCGCCTTTATGCAGGTCAATATCTCGGGCGAGGAATCCAAGTATGGTTTGCCTCCTGAGAAAGCAGCCGAGTTTTTGAAGGAAATCAACAGTCTTTCACACGTAAAGGTGACCGGACTCATGACCATGGCTCCATATGAATCGTCGGCGGAGCAGACGCGTCCTGTATTTCGTGGTTTAAGACAACTAAGAGATGAGCTGAACAAGCAGGCGCTTACGGCGGAGCCATTGACCGAATTGTCCATGGGCATGTCCAATGACTTTGAAGTAGCCATAGAGGAAGGGGCGACCTGGGTGCGTCTCGGCTCGACTTTAGTAGGGAAAGAGGAGGATTGA	MSRPLSLKERIDRVEQRITEACARSGRNRNDVNIIAVTKYVSLDMTASVLDQGLQHIGENRWQDAQAKWNALGSRGTWHFIGHLQTNKVRDVIDKFQYIHSLDRLSLAHELEKRAAALDLQVSAFMQVNISGEESKYGLPPEKAAEFLKEINSLSHVKVTGLMTMAPYESSAEQTRPVFRGLRQLRDELNKQALTAEPLTELSMGMSNDFEVAIEEGATWVRLGSTLVGKEED				NA	NA	NA	NA	NA
JZ016_06084	447	sepF	COG1799	Cell division protein SepF	ATGGGCGTGATGAACCGGTTTATGAATTTCTTGGGACTGCAAGAGGAAGAAGAAGTTGTGGAACGCGAGGTACTGGCCTCGCAGGAAGAGCCGGTGGAGGCAACGCCGTTTGATCATCGGAAGAACCAAAAAAGCGGCAATATCGTAAGCATTCATTCACAGAAGAACGTGAAGGTTGTATTAGTGGAGCCTCGTTCATATGATGAAGCACAGGAGATTGCAGATCATCTGCGGTCATTCCGAACGGTTGTGGTCAACCTGCAGCGTGTGAGGAATGATCAGGCGCTGCGCATTATCGATTTTCTCAGCGGAACCGTGTATGCGCTTAGCGGCGGAATCTCGAAGGTGGGCGGGAACATCTTCCTATGCACGCCGGATACCGTGGAGATCCAAGGTTCGATCTCGGAGATTCTAGCAGACGAGCATGAATATAACAGAATGAGGTGA	MGVMNRFMNFLGLQEEEEVVEREVLASQEEPVEATPFDHRKNQKSGNIVSIHSQKNVKVVLVEPRSYDEAQEIADHLRSFRTVVVNLQRVRNDQALRIIDFLSGTVYALSGGISKVGGNIFLCTPDTVEIQGSISEILADEHEYNRMR				NA	NA	NA	NA	NA
JZ016_06085	270			hypothetical protein	TTGACCTACGAAATTTACAGTATCGTTGGAACGCTGTTCCAAATTTATTTTTACATGATCTTGGTCTACGTCTTAATGTCATGGCTTCCTAATGTACGAGAAAGCTTTATCGGCGAGCTGCTTGGCAAGCTTGTAGAGCCCTATCTTGCACCATTTCGCCGGTTTATTCCGCCGATCATGGGCATGATCGATATTTCCCCCATTGTCGCATTGTTCGTGCTGCAGCTGGCACAGCGTGGTGTGTACGCAATTCTCGGATATTTCCTATAG	MTYEIYSIVGTLFQIYFYMILVYVLMSWLPNVRESFIGELLGKLVEPYLAPFRRFIPPIMGMIDISPIVALFVLQLAQRGVYAILGYFL	PGPT0013730_3273	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IVa_PILUS_HOMOLOG_PROTEIN,PGPT0013730-yggT|ylmG-K02221	NA	NA
JZ016_06086	783			hypothetical protein	ATGAAACTGGACATCTACGATCATTTTCACAAGGATGAACGGGAGTTTGTGGACCGGGCTTGGGAGTGGGTTGTCAATGCCGGACAATATCATGAAGCGAAACTGACGGATTTTCTGGATCCTCGTCAGCGATTCATTCTGGAATCGCTCGTGAATCGTCATCCGGATGTGCATGCCATGTTTGATGGTGGACATGCTGATGCAGAACGCGTTCGGGCGTGGATCGCTCCAGATTACCGAGCGCTTGAGGGCGAGGATTTCAAGATGAAGGTGCTCAGCATTTCTTCCGGAGATCAGAAGTTTCTGGAGCTGGAGCATGGCGACTACATGGGTTCGATTCTGGGTCTTGGCATTAAGAGATCGAAGATTGGTGACATCCATGTGCTCGCGGACGGCTGCCATGCGGTCGTAGCCGACGATATCAGCGCGTTTCTCCATCTGAATCTCAGCCAGGTCCACCGGGTGCATGTGATGACGGAACTGCTGCCAATGGACAAGCTTGAAGTTGCCCGCACGAATTTCGAAACGATGGATATTACGGTATCTTCCATGAGACTGGACGGAATCGCCAGCGATGCATATCGAATCAGCCGTACGAAAATCGTGGTGCCGATCAAGGCTGGCCGATGCCGCGTGAACTGGAAAGTGGAAGAGGACCCCTCAACGAATTTAAAAGAAGGCGATGTCGTTTCCATCCAAGGCTTTGGACGGTTTAAAGTTTTGGAGACAGGAAGCCTGACGAAAAAAGGGCGGTACCGTATCAAGGTTGGGAAATATGCCTGA	MKLDIYDHFHKDEREFVDRAWEWVVNAGQYHEAKLTDFLDPRQRFILESLVNRHPDVHAMFDGGHADAERVRAWIAPDYRALEGEDFKMKVLSISSGDQKFLELEHGDYMGSILGLGIKRSKIGDIHVLADGCHAVVADDISAFLHLNLSQVHRVHVMTELLPMDKLEVARTNFETMDITVSSMRLDGIASDAYRISRTKIVVPIKAGRCRVNWKVEEDPSTNLKEGDVVSIQGFGRFKVLETGSLTKKGRYRIKVGKYA				NA	NA	NA	NA	NA
JZ016_06087	495	divIVA	COG3599	Septum site-determining protein DivIVA	ATGCCATTGACGCCGCTTGATATACATAACAAGGAATTTGCTCGTCGAATTCGGGGTTATGATGAGGACGAGGTCAACGAGTTTTTGGATCAGATTATTAAGGATTATGAAAGTGTGATCCGGGAGAACAAAGAGTTGGGCAACCAGCTTATTGCGATGCAAGAAAGACTGGATCATTTTTCGAATATTGAGGAAACCTTGTCTAAGACCATCATTGTCGCTCAGGAGGCGGCGGATGAGCTGAAGAACAACGCGAAGAAGGAAGCCCAGCTGATCATTAAGGAATCCGAGAAGAATGCGGATCGGATCATTAATGATGCGCTCGGTAAATCCCGCAAAATCGCGCTTGAGGTTGAAGAACTGAAGAAGCAGGCTTCCATCTACCGCACCCGCTTCCGCTCCCTGGTTGAGGCGCAGCTGGAGCTGTTGAAACAAGAAGGCTGGGAGACGCTCGAGAACCGGGAACCGAGTCTTGAACCAAAAGAAGTATACTAG	MPLTPLDIHNKEFARRIRGYDEDEVNEFLDQIIKDYESVIRENKELGNQLIAMQERLDHFSNIEETLSKTIIVAQEAADELKNNAKKEAQLIIKESEKNADRIINDALGKSRKIALEVEELKKQASIYRTRFRSLVEAQLELLKQEGWETLENREPSLEPKEVY	PGPT0014805_787	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014805-divIVA-K04074	NA	NA
JZ016_06088	3090	mupB		mupirocin-resistant isoleucine--tRNA ligase MupB	ATGAACAGAGTAGACGTCAAGGAGAAAGCGCGGGCCAGAGAGCTGCGCATCTTGAACAAATGGAACGAGGAGAACACGTTCAAGAAATCAATCGAGCTGCGGGCCGGCAAGCCGAATTATGTATTCTACGAAGGTCCGCCGACCGCTAACGGCGCACCGCACATCGGTCACGTGCTTGGCCGCGTCATCAAGGATTTTGTGGGCCGTTATCAGACGATGAAGGGCTACCATGTCGTTCGGAAAGCGGGCTGGGATACGCACGGGCTTCCGGTTGAGCTTGGCGTAGAGAAGCAGCTTGGCATCTCCGGCAAGCAGGAGATCGAGAATTATGGCGTTGAAGCTTTTATCAAAAAATGCAAAGCCAGCGTATTTGAATATGAGCACAAGTGGCGCGAGCTGACTGAGGCGATTGCTTATTGGACCGATCTGGATCATCCGTACATCACACTTGAGAACAACTATATCGAGAGTGTATGGAACATTTTGGCGACGATTCATGATAAAGGCCTTCTGTACCGCGGTCATCGCGTGAGCCCATACTGTCCTTGCTGTCAGACCACGCTCAGCTCCCACGAGGTGGCGCAAGGTTATGAGGATGTTAAAGACCTTAGCGCAACGGCTAAATTTAAGCTGCATGACAGCGGAGAGTATGTACTGGCATGGACAACGACGCCTTGGACGCTTCCATCCCACGTGGCACTGGCTGTGAATCCGGATATGGATTACGCCCGCGTCGAGCAGGAGGACGGCATCTATATCGTGGCTAAGAATCTGGTAGAGGATGTCATGAAGGGCGACTTTACCGTTCTGTCCACGCTGAAAGGTTCCGAGCTGGTCGGCAAGACTTACGATCCTCCGTTCCCGTATGTAAAAGCGGAAAAAACGAATCTCATCGTCGGCGCTTCCTTTGTTACCGATGCAAGCGGTACGGGGATTGTGCATATGGCTCCTGCGCACGGTGAAGACGACTATCGCGTATGCCGTGAGAATGGCATCAGCTTCGTGAGTGTCGTGAACGGCCAAGGCCGTTATACCGATGAAGTGACGGATTTTGCCGGACGCTTCGTGAAGGATTGCGATCTGGACATCGTGAAGGCTTTGTCTGAAAAAGGACTTCTGTACAGCAAGGAGAAATACGAGCACAGCTATCCATTCTGCTGGCGCTGTAAATCCCCGCTGCTCTATTATGCGATGGAGAGCTGGTTTATCGAAACGACAGCGGTTAAGGATCAGTTGATCGCGAACAACAATGAGGTCACCTGGTATCCGGGCCATGTGCGCGAAGGCCGCTTCGGCAAGTTCCTTGAAGATCTGGTCGATTGGAATATTAGCCGGAACCGTTATTGGGGAACACCGCTTAACGTATGGGTCTGCGATTCTTGTGAAGGGCAATTCTCGCCGCACAGCATTGCGGAGCTTCGGGCTAACGCCGTAGGCGAGGTAGCGGAGGATCTGGAGCTGCATAAGCCGTATGTGGATGAAGTGAAAGTGAAATGCCCTCACTGTGAAGGCGGCGTCATGGAACGGACCTCGGAAGTCATCGACGTATGGTTTGACAGCGGATCGATGCCGTATGCACAATACCATTATCCATTCGAGGACAAGGAGAAATTCGAACAGCAGTATCCTGCCGATATGATCTGCGAAGGGATCGACCAGACGCGTGGATGGTTCTACAGCTTGCTTGCCGTATCGACCCTCTTCACGGGTAAAGCGCCTTATAAAGCAGTTATGGCCACAGGACATATTCTTGATGAAAACGGACAGAAGATGTCCAAATCCAAGGGCAACGTCATCGATCCTTGGGAAATCATCGAAGAGTACGGTACGGATGCGTTCCGTTGGGCGCTGCTCGCTGACAGTGCACCATGGAACAGCAAACGCTTTTCGAAAGGAATCGTCGGCGAAGCCAAATCCAAGGTTGTCGATACGCTGGTGAACACCCATGCGTTCCTGACATTGTATGCCGGCATCGATGGCTATGATCCGAAGGAGCATGACTTCAAGGGATCGAACCACAAGCTGGACCGCTGGATTCTGTCCCGACTGAACAGCTTGATTCAAGTGGTTGACAAGGGACTGGCCGTGAATGATTTCCTGAATGCGGCCAAAGCAATCGAAGCTTACGTGGATGAGCTGAGCAACTGGTATATCCGCCGCTCGCGCGACCGTTTCTGGGGCAGCGGACTCGGGGAAGATAAGCTGGCCGCATACGGGACGCTTACACACGTGCTGCTGACTCTCTCCAAGCTGATGGCACCATTCACGCCGATGCTGTCCGAAGATATCTTCGTCAACTTGGGCGGCGGTGAGAGCGTGCATCTGGCCGACTTCCCGCAAGCCGACGAGGCGTTGATCGACAAGGCGCTCGAGCAGGACATGGAGACGGCTAGACAGATCGTAGAGCTTGCGCGCAATGTCCGCAACGAGACCGGGATCAAAACGCGCCAGCCGCTGTCTGAGCTCATCGTATCCATGGATCGCGAGTTTGACCTTGCGGGATATGAAGACATCATCAAGGATGAGATCAACGTCAAAGCGATTGAGGTGGAGACCAGCGACAGTGGTTTCGTTGATTTCACGCTGAAAATGAACCTAAAGATTGCAGGCAAGAAATACGGCAAAAATATCGGCTTCCTGCAAGGGTTCCTGAAAGGCATGAGCAGTGACGAGACTCGCAAGGTAGTCCAAACGGGCGGCGTGAACGTGACATCGCCGGAAGGTGAAGAATTACAGATCACATCTGAAGAGCTGCTGGTGGAGAAGAAGGCGAAGGAAGGCTTCGCATCCGCTTCAGGTTATGGTTTAACCGTTGCGCTTAATACGGATATCACGCCGGAGCTCGAGCAGGAAGGCTGGGTTCGCGAAGTGGTGCGTGCCGTACAGGATACGCGGAAGAAGCTGGACCTGCCGATCGAGAAGCGGGTGAACTTGACCCTCGATACGGATGAAGAGCTTCAAGTTGCGATCGCCGCATTTGAAGATGTGCTGCGCGAGAATGTCCTAGTGAACGATTTGCAATTTGGACAAAGCGAAGACATGGAGCGGGTTGAGCTTGGCGGCAAAACCATCGGCATCCACATCGCCTAA	MNRVDVKEKARARELRILNKWNEENTFKKSIELRAGKPNYVFYEGPPTANGAPHIGHVLGRVIKDFVGRYQTMKGYHVVRKAGWDTHGLPVELGVEKQLGISGKQEIENYGVEAFIKKCKASVFEYEHKWRELTEAIAYWTDLDHPYITLENNYIESVWNILATIHDKGLLYRGHRVSPYCPCCQTTLSSHEVAQGYEDVKDLSATAKFKLHDSGEYVLAWTTTPWTLPSHVALAVNPDMDYARVEQEDGIYIVAKNLVEDVMKGDFTVLSTLKGSELVGKTYDPPFPYVKAEKTNLIVGASFVTDASGTGIVHMAPAHGEDDYRVCRENGISFVSVVNGQGRYTDEVTDFAGRFVKDCDLDIVKALSEKGLLYSKEKYEHSYPFCWRCKSPLLYYAMESWFIETTAVKDQLIANNNEVTWYPGHVREGRFGKFLEDLVDWNISRNRYWGTPLNVWVCDSCEGQFSPHSIAELRANAVGEVAEDLELHKPYVDEVKVKCPHCEGGVMERTSEVIDVWFDSGSMPYAQYHYPFEDKEKFEQQYPADMICEGIDQTRGWFYSLLAVSTLFTGKAPYKAVMATGHILDENGQKMSKSKGNVIDPWEIIEEYGTDAFRWALLADSAPWNSKRFSKGIVGEAKSKVVDTLVNTHAFLTLYAGIDGYDPKEHDFKGSNHKLDRWILSRLNSLIQVVDKGLAVNDFLNAAKAIEAYVDELSNWYIRRSRDRFWGSGLGEDKLAAYGTLTHVLLTLSKLMAPFTPMLSEDIFVNLGGGESVHLADFPQADEALIDKALEQDMETARQIVELARNVRNETGIKTRQPLSELIVSMDREFDLAGYEDIIKDEINVKAIEVETSDSGFVDFTLKMNLKIAGKKYGKNIGFLQGFLKGMSSDETRKVVQTGGVNVTSPEGEELQITSEELLVEKKAKEGFASASGYGLTVALNTDITPELEQEGWVREVVRAVQDTRKKLDLPIEKRVNLTLDTDEELQVAIAAFEDVLRENVLVNDLQFGQSEDMERVELGGKTIGIHIA				NA	NA	NA	NA	NA
JZ016_06089	348			hypothetical protein	ATGGCGGAGAAGCCGGATGCTGGGGTGCCAACTGAACAAAAAAAATCACTTGAGGAAGAGCGGGACCAATTGAGCGCCATACACCGCATGACCACGGACATAGCACAGCAGCTGGAGAAAGCTCGGATCGCGGAGTATACCCAGCTGCTGAACCGCCCATGGAAGTTGATTTGGACCAATTTGCTGGCCGGGTCGGCCCGCGGTGTGGGAATCGCGATTGGCTTTACCTTTTTTGCGGCGACCATTATCTATGTCCTTCAGGCACTTGGTGCATTGAATTTGCCTATTATCGGCGACTACATTGCAGATATTGTCCGGATCGTTCAGCGTCAGCTTGAGCTGACGTGA	MAEKPDAGVPTEQKKSLEEERDQLSAIHRMTTDIAQQLEKARIAEYTQLLNRPWKLIWTNLLAGSARGVGIAIGFTFFAATIIYVLQALGALNLPIIGDYIADIVRIVQRQLELT				NA	NA	NA	NA	NA
JZ016_06090	747	dksA_2		RNA polymerase-binding transcription factor DksA	ATGTCGCATCTAACTCAGGAGCAACTCAATAATTTACAACAAAAGCTGATGGATCGAAAGGTTGAGCTTGAACGGCGCATGGTATATAACGACCAGCATGGGCTGGGGGAATCAGAGCGAGATATGACCGGCGAGCTGTCCCATATTGATAACCATCCCGGGGACTTGGCAAGTGAGATGTTTGAACGAGAAAAAGATCTTGCACTCCAGGATAGGGTGGATCAGGAGCTGCAGCGGGTTATTTTTTCACTTGAAGCGATTCATCACGGCCGTTACGGCGTGTGTCTTACCTGCGGCCAGCCAATTCCATACGAACGGTTGGAGGTTCTCCCGGACACACAATATTGTGTAAAGGACACGCCTCGCGAACGAGTCTCCCACGATCGTCCGGTTGAGGAGGAAGTCCTTGCCCCCGCTTTTGGAAAATCCAGTATGGATGAGCACGATTATGCTGCGTTTGATGGCGAGGACGCCTGGCAGATTGTTGAAAGCTGGGGGAACTCCAACTCCCCTGCGCTGGCGGAAGGCAACGAAATTGACAGTTATAACGAGATGGATATCGAGAATGGCGATGATCAAGGCGGATTTGTTGAAGTGTATGAAAATTTCGTTGCAACCAATATCGATGGCTCCGAGGTGTTTATCGTACGAAGCCCGCAATATGTCGATTACCTAAACCGGGGCGAAGGAAGCTACCTGCTTGATCCCCATGGCGATCCTGATGATGATAATGAATCCTTCAGTTAA	MSHLTQEQLNNLQQKLMDRKVELERRMVYNDQHGLGESERDMTGELSHIDNHPGDLASEMFEREKDLALQDRVDQELQRVIFSLEAIHHGRYGVCLTCGQPIPYERLEVLPDTQYCVKDTPRERVSHDRPVEEEVLAPAFGKSSMDEHDYAAFDGEDAWQIVESWGNSNSPALAEGNEIDSYNEMDIENGDDQGGFVEVYENFVATNIDGSEVFIVRSPQYVDYLNRGEGSYLLDPHGDPDDDNESFS	PGPT0014560_199	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|CRP_SIGNALLING_PATHWAY,PGPT0014560-dks-K06204	NA	NA
JZ016_06091	501	lspA	COG0597	Lipoprotein signal peptidase	GTGGTGTATTATTTGATTGCATTTGTTTTATTTCTTATCGATCAGGGAACCAAGTACTTGATTGCTTCGAACCTTGAGATGTATGAACAGATCCCTGTGATTGGGGACTTCTTCCTGATTACGTCCAGCCGAAACCGGGGAGCCGCGTTCGGCATACTGCAGGATCAATTATGGTTCTTCATTATTGTGACGCTAATCGTTGTGGGCGGAATTGTCTGGTATCTGCGGAAGGTATCGAAGGAAGGACGGAAGCTGCTGCCTACCGCTCTTGCGCTCGTGCTTGGCGGGGCACTCGGAAACTTCATCGATCGCTTGTTGACGGGGGAGGTTGTCGATTTCCTGCAATTTAATTTTGGCAGCTACACATTCCCGATTTTTAATATTGCCGATTCTTGTATCGTCATCGGTGTGGGATTGATCATATTGGACACGCTTCTGGAAGGAAGACGCGAGAAGATAAAGACAACAAGTGAAGTTTCTGGCACAGAAGGGAATGAATAA	MVYYLIAFVLFLIDQGTKYLIASNLEMYEQIPVIGDFFLITSSRNRGAAFGILQDQLWFFIIVTLIVVGGIVWYLRKVSKEGRKLLPTALALVLGGALGNFIDRLLTGEVVDFLQFNFGSYTFPIFNIADSCIVIGVGLIILDTLLEGRREKIKTTSEVSGTEGNE	PGPT0004770_3164	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004770-pbrB|pbrC-K03101	NA	NA
JZ016_06092	972	rluD_2	COG0564	Ribosomal large subunit pseudouridine synthase D	ATGTTGCAAGACGGTATGGATACAGGTTCGGAATGGACAGGTGAAACGGGGCACGAATCGGAAGCTTTCGAATGGTTGGTGGATGCCGAATCTGCCAAAACCCGTATCGATAAATACATAACGGAGAGCCTCGGTGAGGATGTCTCGCGCTCCCAGGTGCAGTTATGGATTACGGATGGACATGTTTTCGTGAATGAAGGTCCGGTTAAGTCCAATTACAAGGTGAGTCAGGGTGACCGCATCCTGCTGAAAATTCCTGAGCCATCGGCAGTAGAGATTATTCCGGAAGATATCCCGCTTGAGATCGCGTATGAAGATGCGGATGTCATTGTTGTGAATAAACCTCGAGGGATGGTGGTCCATCCGGCTCCGGGACATTCGTCAGGGACGCTTGTGAATGCGTTGATGTTTCACTGCAACGACTTATCGGGCATTAATGGGGAGCTTCGCCCCGGCATCGTCCATCGGATTGACAAGGATACGACCGGTCTGATTATGGCAGCGAAGAATGATAAAGCTCATGCTTCTCTTGCCGCCCAGCTGAAGGATCACAGCGTGAACCGCCGTTACTTGGCCTTGGTGCACGGCAACATCAGTCATGATCAAGGCACTATTGACGCTCCGATCGGCCGCGACGCGCAGGATCGTAAACTGTATACCGTCACAGACCGGAACAGCAAACATGCGGTGACTCATTTTACCGTAGTGGAACGGTTCGGGGATTACAGTCTTCTCGAGCTGAAGCTGGAGACGGGACGTACGCATCAAATCCGCGTGCATATGAAGTATATCGGCCATCCTCTCGTAGGTGATCCTGTATACGGCAAGAGCAAGGGGATTAAATTAAACGGTCAGGCGCTTCACGCCGCCATTTTGGGTTTTGTCCATCCCTCTACGGGGGAATACATGGAGTTTTCGGCACCGATGCCGGATGATATGGAAGAACTGTTGACGATTTTAAGGGGCCGCTAG	MLQDGMDTGSEWTGETGHESEAFEWLVDAESAKTRIDKYITESLGEDVSRSQVQLWITDGHVFVNEGPVKSNYKVSQGDRILLKIPEPSAVEIIPEDIPLEIAYEDADVIVVNKPRGMVVHPAPGHSSGTLVNALMFHCNDLSGINGELRPGIVHRIDKDTTGLIMAAKNDKAHASLAAQLKDHSVNRRYLALVHGNISHDQGTIDAPIGRDAQDRKLYTVTDRNSKHAVTHFTVVERFGDYSLLELKLETGRTHQIRVHMKYIGHPLVGDPVYGKSKGIKLNGQALHAAILGFVHPSTGEYMEFSAPMPDDMEELLTILRGR				NA	NA	NA	NA	NA
JZ016_06093	156			hypothetical protein	ATGAATATCGTGATGGTTAACAACCGTATTAGCCAGCTGCCTATAGCTATGGCTGGCATTGTTCATGCATTTCTCTACAACGGGAGAGGTCTGTCCAATTTTAATGATACGGTTTGTACCATCGCGAGAAGTCACCTGCCTGCCTACACGGATTAA	MNIVMVNNRISQLPIAMAGIVHAFLYNGRGLSNFNDTVCTIARSHLPAYTD				NA	NA	NA	NA	NA
JZ016_06094	1965	ettA	COG0488	Energy-dependent translational throttle protein EttA	ATGAATATGATTAATGTACAGAAACTGACGCAATACCACGGTGCTCATCTGGTACTGGACCAGATCTCGTTTGAAATACAGGAAGGCGAGAAGGTCGCGCTTATCGGAAGGAACGGCAGCGGAAAGTCGACGCTGATGCGCCTGCTAGCGGGTCTGGATCAGCCCAACGAAGGGCTGCTGGCCATCAAGAAGGGGGCAAAAATCGGATATTTGGAGCAAATCCCGAGCCATATGGATACCTGGACGGTGCAGGATGTACTGGCACAGGGGTTGCGTCACTTGAAGGATTACCGAGCGGAAATGACGGAGCTTGAGGAAAAAATGAGTGACCCGGACATCGCCGGAGATTCTGAGCTGCTCGATCGAGTGCTGCGGAAATACTCAGCGCTTCAGGAACGGTTTGAAACAGAGGGCGGCTATGAGCTGGAAGCAAGCATCGATAAAATCGCTACCGGGCTGCAAATACCCAAGAGTGAGTACGGATCGGCTTTTGGTTCGTTGTCGGGTGGAGAACAGACACGTGTCGTGCTGGCATCGCAGCTGATTGTACAGCCGGATTTGCTCCTGCTCGATGAACCAACCAACCATCTGGATTTAGCACGCACGGAATGGTTGGAGGAATTCTTGCGCGAATATTCGGGAACTTGCGTCATTATCTCTCACGACCGATATTTTCTGGACCGGGTGGTGTCCAAAACGATAGAGATTGAAGATGGCGAGGTTTTCACTGCTCATGGCGGCTATACTGCGTTCATGAAAGATAAGGAAGAGCGATTGCTGCAGCAGTTCGCCGAATATCAAGAGCAGCAGAAAGTTATCAAGAAGATGAAGGAATCCATCAAGCAGCTTGAAGAATTCGGCCGGATTGGCGGCAATGAGAAGTTTTTCAAGCGCGCGGCCTCCATGAGACGGGCATTAGAGCGGATGGAGCGGGTCAAGCGCCCCGTGCTGGAACGAAGACAGGCTGAGTTTGACCTGAATCCTCAGGATCGTTCCGGCCGCCGCGTGGCATACTTTGAACAAGTTGAGGTTTCCTATGGGAATCAGGCGGTGCTGAGGGGGGCATCCGGTCTAATCGAATTCGGCGAGAAAATCGCGCTGATGGGCTCGAACGGCAGCGGGAAAACAACGCTTTTTAAAGTGCTGTTGGGCGAGCTGACACCCGATTCCGGTTCGCTTGAATGGGGTTCGCGTGTCGATGTCGGTTACTTGGCTCAGCAGGAGGAACCGGACAATCCGAAGGCAACGGTGCTCCAATATTTCCGGGAGAAGGCCGGAGTCGAAGAGGGAGAAGCCCGAGGGATATTGGCAAGGTATCTGTTCTATGGCGCGTCCGTATTCAGATCGGTGGGGCAGCTGTCCGGAGGGGAATGGACACGATTGAGACTCGCGCTGCTCATCCATCAGAAGCCGAACCTGCTGCTTCTGGATGAACCCACGAACCATCTGGATATTGCCTCCCGTGAAGCGTTGGAGGATGCATTGCAGGGTTATACGGGGACCATTCTTGCCATTTCCCATGACCGTTATTTCGTGAATCAAGTGTCTCGCAAAGTGTGGGATTTAAATCAAGGGAAGCTGACGGTCTATCATGGAAATTATGATGATTTCCGGGATAAGAAAGAACGGCTTGAAGCTGAACTACAGGCAAAGGATTTATCAGCAGGGAGAGAGGGTATCTCGAAACAGAAGGCGGAGCCGCAGCCCCAAGCGAAGGATAGCCCTGCTCTGCTTGCCAAGAACGTAAATGCGGATCGTTCTTCCGCCGAAAGGGCCAAATGGTTGGAGGAGGAAATTGCACGTATTGAGACCCGCATTCGGCAGCTTGACGGCTGGCTTGAGAGTGAAGGCGGCGATTTACACGAGGATACGGATCTGTCGCTGCTCGAGCAGCGCTGGAACGACCGAGAGCTGTTATCCGCGAGTCGTGATGAGCTCCTTGCGGAATGGCTGGATCTGACTTAA	MNMINVQKLTQYHGAHLVLDQISFEIQEGEKVALIGRNGSGKSTLMRLLAGLDQPNEGLLAIKKGAKIGYLEQIPSHMDTWTVQDVLAQGLRHLKDYRAEMTELEEKMSDPDIAGDSELLDRVLRKYSALQERFETEGGYELEASIDKIATGLQIPKSEYGSAFGSLSGGEQTRVVLASQLIVQPDLLLLDEPTNHLDLARTEWLEEFLREYSGTCVIISHDRYFLDRVVSKTIEIEDGEVFTAHGGYTAFMKDKEERLLQQFAEYQEQQKVIKKMKESIKQLEEFGRIGGNEKFFKRAASMRRALERMERVKRPVLERRQAEFDLNPQDRSGRRVAYFEQVEVSYGNQAVLRGASGLIEFGEKIALMGSNGSGKTTLFKVLLGELTPDSGSLEWGSRVDVGYLAQQEEPDNPKATVLQYFREKAGVEEGEARGILARYLFYGASVFRSVGQLSGGEWTRLRLALLIHQKPNLLLLDEPTNHLDIASREALEDALQGYTGTILAISHDRYFVNQVSRKVWDLNQGKLTVYHGNYDDFRDKKERLEAELQAKDLSAGREGISKQKAEPQPQAKDSPALLAKNVNADRSSAERAKWLEEEIARIETRIRQLDGWLESEGGDLHEDTDLSLLEQRWNDRELLSASRDELLAEWLDLT				NA	NA	NA	NA	NA
JZ016_06095	1254	dapL_3	COG0436	LL-diaminopimelate aminotransferase	ATGAGCATGGATAAATATCAGGAAACGTACATTCAACAGAACTTTGCCAACCGGATCGGTGGTGCTAATTATGGCAAAGATACAGCCATTTATAAATTCGAGAAGATCAAAAGAGCCAAGGCAGCGGCGAAGCAGGAGCATCCTGGCACGGAGCTGATCGATATGGGGGTTGGCGAGCCGGATGAGATGGCGGATGCAGGCATCGTGGCGAAGCTGGCAGAAGAAGCAGGGAAGCGGGAAAATCGCGGCTATGCGGATAACGGAATTCCCGAGTTCAAGGAAGCAGCCGTTCGCTACTTGAAGAATGTATTTGGCGTAGAAGGCATTGATGCCGCTACAGAGGTTCTTCATTCCATCGGTTCCAAGCCTGCATTGGCGATGCTGCCATCCTGCTTCATTAATCCTGGGGACATCACCATCATGACGGTACCCGGATATCCTGTACTCGGTACGCATACCAAGTATTTGGGCGGTGAAGTTTACAATGTGGAACTGAAAAAAGAGAACGGATTTCTGCCGGATCTCAGCTCGATCCCTGAGGACATTGCCCGTCGTGCCAAACTGCTCTACCTGAACTATCCGAACAACCCGACGGGTGCCAGCGCAACGGTCGAGTTTTTCACCGAGGTCGTTGAGTGGGCCCGCAAGTATGGTGTTGTAGTTGTCCATGACGCTCCTTATGCGGCGCTGACTTACGACGGCTTGAAGCCGCTCAGCTTTCTCTCCGTCCCCGGCGCGAAGGATGTTGGCGTGGAGCTTCATTCTCTGTCCAAATCTTACAACATGACGGGATGGCGCATTGGTTTCATCGCCGGTAATCCGCTAGTGGTTAAAGCGTTTGGCGATGTGAAGGACAACAACGATTCAGGACAATTCATCGCCATTCAAAAGGCTGCCGCATACGGTCTGGACAATCCGCAAATTACGGAGAAGATCGCTGAGAAGTATTCCCGCCGCCACAATATGCTGGTGGACGTGTTGAACGGGCTTGGTTTTACAGCCGAGAAGCCGAAGGGCTCCTTCTTCCTCTACGTTGAAGCTCCAAAAGGCGTTAAAGGCGGGCGCCGTTTTGAGTCCGGCGAGGATTTCTCCCAGTATCTGATACGCGAGAAATTGATCTCCACCGTACCTTGGGATGATGCGGGACATTTCGTGCGCTTCTCCGTTACCTTTATTGCTGACGGTGAGGAAGAAGAGAAACGCGTCATTTCCGAAATTCGCAGAAGACTTAGCGATGTTGAATTTGAATTTTAG	MSMDKYQETYIQQNFANRIGGANYGKDTAIYKFEKIKRAKAAAKQEHPGTELIDMGVGEPDEMADAGIVAKLAEEAGKRENRGYADNGIPEFKEAAVRYLKNVFGVEGIDAATEVLHSIGSKPALAMLPSCFINPGDITIMTVPGYPVLGTHTKYLGGEVYNVELKKENGFLPDLSSIPEDIARRAKLLYLNYPNNPTGASATVEFFTEVVEWARKYGVVVVHDAPYAALTYDGLKPLSFLSVPGAKDVGVELHSLSKSYNMTGWRIGFIAGNPLVVKAFGDVKDNNDSGQFIAIQKAAAYGLDNPQITEKIAEKYSRRHNMLVDVLNGLGFTAEKPKGSFFLYVEAPKGVKGGRRFESGEDFSQYLIREKLISTVPWDDAGHFVRFSVTFIADGEEEEKRVISEIRRRLSDVEFEF				NA	NA	NA	NA	NA
JZ016_06097	561	pyrR	COG2065	Bifunctional protein PyrR	ATGAGCAACGAACAGCATGTGATTATGGACGAGACGGCCATCCGCCGCGCCCTAACGAGAATTGCCCATGAAATATTGGAAAAGAATAAGGGGATTGAGGACTGCGTCCTGGTCGGCATTCGCACACGCGGCGTGTTCCTGGCTCAGAGAATCGCTGAGCGAATGAATGAGATTGAAGGCACGCCGATTCCATGGGGAGAGATCGATGTGACTTCCTACCGCGATGACCGAGACAGCAAAGAAGCGGCTGCAGAACGGGGAGCAGGAGCGAAGCTCAGCCTGGAACATCTGAACATTCATGACAAGAAGGTTATTTTGTTCGATGACGTGCTGTACACCGGACGGACGATTCGGGCTGCGATGGACGCCCTGATGGACTGCGGACGGCCTAGAATGATACAGCTGGCGGTTCTGGCAGACCGCGGGCATCGCGAACTGCCGATCCGGCCGGATTATATCGGCAAGAACGTTCCTACCTCCAAACATGAGGAAATTACGGTTGCATTAACCGAAATCGACGGCAAGGATGAAGTGACCATTAGCCAAAGAGAGGAACGATAA	MSNEQHVIMDETAIRRALTRIAHEILEKNKGIEDCVLVGIRTRGVFLAQRIAERMNEIEGTPIPWGEIDVTSYRDDRDSKEAAAERGAGAKLSLEHLNIHDKKVILFDDVLYTGRTIRAAMDALMDCGRPRMIQLAVLADRGHRELPIRPDYIGKNVPTSKHEEITVALTEIDGKDEVTISQREER	PGPT0021245_696	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021245-pyrR-K02825	NA	NA
JZ016_06098	909	pyrB	COG0540	Aspartate carbamoyltransferase	ATGACAACAGCCATTTCATTGAAAGAACGTAGCCTCTTAGGTTTGAAGGATATTAGCAGAGACGAGATTGGATCGATCCTGAGTCGGGCGTCATATTGGGAAGCACAGTCCGAGAAAGTGGTGCCGGTACTTAAATCGAAATTTGCGGTTAATATGTTCTTCGAGAACAGCACCAGAACGAGATTTTCGTTTGAAATGGCTGAGAAAAGACTCGGCGCCGAGGTGATGAACTTTGCAGCGGCAGCCTCCAGCGTTGAGAAGGGCGAGTCCATCTACGATACCGTGAGGACACTGGAATCCATGGGGATCGATGCGGGCGTCATCCGGCTGAAACCCTCCGGAGTACTGCAGGAGCTGGCCAAGCGGATCTCGATCCCGCTGGTCAATGCGGGGGACGGCAACAACGAACATCCTACCCAGGCGCTGCTGGATCTGTACACGATGAAGAAATGCTTCGGAGAGCTTAAAGGATTGACGGTATCCATTATCGGGGACATCAAGCATAGTCGGGTTGCACGATCAGACCTGTGGGCATTGCAGAAGTTCGGAGCTCATGTGCAATTCTGCGCACCGGAATCGATGCAGGCACCAGAGCTAGCCCAGTATGCACCCTATGTCTCGATGGAGAAGGCACTGAAGGCAGATGTAGTGATGATGCTGAGGGTTCAGCTGGAACGCCATAACGAAGGTGTATTCAAATCCAGCGCGGAATACCGGCAGCAGTATGGTTTGACGGAAGAACGGGCGGCCAAGCTGCCCGGGCATACGATGATTATGCACCCGGCACCGGTGAACCGGAACGTTGAAATCGACGATGCGGTCGTGGAAAGTCCCAAATCGATGATATTCAAGCAGATGGCAAACGGTGTGCCGATTCGCATGGCGGTTATGGAACGGGCGATGGGCTGA	MTTAISLKERSLLGLKDISRDEIGSILSRASYWEAQSEKVVPVLKSKFAVNMFFENSTRTRFSFEMAEKRLGAEVMNFAAAASSVEKGESIYDTVRTLESMGIDAGVIRLKPSGVLQELAKRISIPLVNAGDGNNEHPTQALLDLYTMKKCFGELKGLTVSIIGDIKHSRVARSDLWALQKFGAHVQFCAPESMQAPELAQYAPYVSMEKALKADVVMMLRVQLERHNEGVFKSSAEYRQQYGLTEERAAKLPGHTMIMHPAPVNRNVEIDDAVVESPKSMIFKQMANGVPIRMAVMERAMG	PGPT0021160_4507	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021160-pyrB-K00609	NA	NA
JZ016_06099	1302	pyrC	COG0044	Dihydroorotase	ATGCAAATGCAAGTGATAAAGAATGCCAAAGTGATCAATGAACAAGGACAGCTCGAAGATAAACATATCGTCATTGCAGACGGATTGATTCAGTCGGTTACGAGTGATCTCGCAGCTTTGCCGGAACTTGGCGAGAACGTTCAGATCATCGATGCCGAGGGCAAACTGGTCACACCGGGATTCATCGATATGCATGTGCACTTGAGAGAGCCGGGTTATGAGCACAAGGAAACGATCGAGAGCGGCAGCCGCTCGGCAGTGAAAGGCGGATTCACAACCATCGCCTGCATGCCGAACACAAGACCGGTGACCGATTCGCCGGAAACCGTGAAGCTTGTGTTGGATAAGGCTAGCAAAGCGGGTCTGGCCAAGGTGCTGCCTTACGCTGCCATTACGAAAAACGAGCTGGGCCGTGAACTGACGGATTTTGAGGCCTTGAAGGCAGCAGGTGCGATCGGGTTTACGGATGACGGCGTTGGTGTGCAGAACGCACAGATGATGAAAGATGCCATGAACAAGGCAAAAGCACTGGGCATGCCGGTCATTGCACATTGTGAGGATGACTCGCTGGTCAAAGGGGCTTGCGTGACTGAAGGCAAATTCGCTCAGAAGCACGGCCTGAAAGGTATACCCAACGAGTCGGAAGCAATCCATGTCGGACGGGACATACTGCTGACAGAAGCCACCGGCGTACATTACCATGTATGCCATGTGAGCACAGAGCAGTCCGTACGTTTGATCCGCCAGGCAAAAGCGATTGGCATCTCGGTAACGGCCGAGGTATGTCCGCACCATCTGGTTCTCTCTGACGAGGATATTCCCGGCCTGGATGCCAACTGGAAGATGAACCCGCCACTGCGCACCCCGCGTGATGTGGAGGCTTGTATAGAAGGTCTGCTGGATGGAACGCTCGATATGATCGTAACGGATCATGCGCCGCACAGTGCGGAAGAGAAGGCGAAAGGCATGGAGCTTGCACCATTCGGTATCGTGGGATTCGAAACAGCATTCCCGCTGCTCTATACCAAGTTCGTTGTCACAGGAAAATGGGATCTTAGCTTGCTGGTGAAGCGGATGACAAGCGATCCGGCAAGAGTATTCGGTCTTGAATCCGGCGTGCTGGAAGCCGGTAAAGCCGCGGACCTGACGATGATTGATCTCGAAGCCGAGAAAGAAGTGAACCCGGGAGAGTTCGCAACGAAAGGCCGCAACACGCCGTTTACTGGCTGGAAGCTGAAAGGCTGGCCCGTGATGACTTGGGTGGATGGCGAAGTGAAATGGTCTGAAAAGAGCGGGTTCTAA	MQMQVIKNAKVINEQGQLEDKHIVIADGLIQSVTSDLAALPELGENVQIIDAEGKLVTPGFIDMHVHLREPGYEHKETIESGSRSAVKGGFTTIACMPNTRPVTDSPETVKLVLDKASKAGLAKVLPYAAITKNELGRELTDFEALKAAGAIGFTDDGVGVQNAQMMKDAMNKAKALGMPVIAHCEDDSLVKGACVTEGKFAQKHGLKGIPNESEAIHVGRDILLTEATGVHYHVCHVSTEQSVRLIRQAKAIGISVTAEVCPHHLVLSDEDIPGLDANWKMNPPLRTPRDVEACIEGLLDGTLDMIVTDHAPHSAEEKAKGMELAPFGIVGFETAFPLLYTKFVVTGKWDLSLLVKRMTSDPARVFGLESGVLEAGKAADLTMIDLEAEKEVNPGEFATKGRNTPFTGWKLKGWPVMTWVDGEVKWSEKSGF	PGPT0021145_2077	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021145-pyrC-K01465	NA	NA
JZ016_06100	1137	carA		Carbamoyl-phosphate synthase small chain	ATGCAGGCAAGATTGTTACTGGAGGACGGAACGCTGTTCAGCGGAAAATCCTTCGGCGCGGATGCTGAAATGACCGGAGAGGTTGTTTTCAATACAGGGATTACAGGATATCAAGAGGTGCTGAGCGACCCGTCTTACTGCGGACAGATCGTGACCATGACGTACCCTTTGATCGGGAACTACGGCATCACGCGGGATGACTTTGAATCCATTCGACCATTTGTCCACGGATTCGTTGTTCGTCGTCATGAGCCTGTTCCTAGCAACTGGCGTGCAGAGTACAGTGTTGACAGCTTATTAAAGGAATACGGTATCCCAGGGATCAGCGAGATTGATACGCGGATGCTGACCCGGATTATTCGTCACTACGGTACGATGAAAGGGATTCTGACCACTTCAAACAAACCGGTGGAAGAGCTCAAGGAAATGCTCGGCGATACGACGATCGCTGAACTCCGCAACCAGGTGGCGAAAACCTCTACGCCGCAAATGTTTACAAGTCCGGGCTCCAAGGAGCGGATCGTTCTGGTTGACTTCGGTGCAAAAAGCGGAATTCTGCGCGAACTGACTTCCCGCGGATGCGATGTGATGGTCGTTCCACATGACACGACGGCTGATGAAATCCGCAGACTTCACCCGGACGGCATTCAGTTGTCCAACGGCCCTGGGGACCCAAAAGACGTTCCGTACGCGGTCGACATGGTTAAAGAACTGCTTGGCGAATATCCGATTTTCGGCATCTGCCTTGGCCACCAATTGTTTGCGCTGGCTGCGGGCGCCGATACCGAGAAGCTGAAATTCGGCCACCGCGGCGGGAACCATCCGGTAAAAGAGCTTGCCAGCGGACGCTGCTACATCACTTCCCAAAATCATGGATATACCGTAAACGAAGAATCCATCAAAGGGACGGATCTGGAAGTTACGCATATTAACAATAACGATAAAACGATCGAAGGCTTGAAACACACGAAATTCCCGGCCTTCTCCGTGCAATATCATCCTGAAGCTGCACCTGGTCCGCACGACAGCAGCTATCTGTTCGATCAATTCCTTGAGATGATAAGAGACCATAAACAGAATGAAATCCGGAAACCGCGCCAGGCGGTTCTGGCCGCAGCCGTGAAAGGAGCTCATTAA	MQARLLLEDGTLFSGKSFGADAEMTGEVVFNTGITGYQEVLSDPSYCGQIVTMTYPLIGNYGITRDDFESIRPFVHGFVVRRHEPVPSNWRAEYSVDSLLKEYGIPGISEIDTRMLTRIIRHYGTMKGILTTSNKPVEELKEMLGDTTIAELRNQVAKTSTPQMFTSPGSKERIVLVDFGAKSGILRELTSRGCDVMVVPHDTTADEIRRLHPDGIQLSNGPGDPKDVPYAVDMVKELLGEYPIFGICLGHQLFALAAGADTEKLKFGHRGGNHPVKELASGRCYITSQNHGYTVNEESIKGTDLEVTHINNNDKTIEGLKHTKFPAFSVQYHPEAAPGPHDSSYLFDQFLEMIRDHKQNEIRKPRQAVLAAAVKGAH	PGPT0021155_2862	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021155-carA-K01956	NA	NA
JZ016_06101	3210	carB		Carbamoyl-phosphate synthase large chain	ATGCCTAAAAATGATACATTGAAAAAAATTCTCGTCATCGGCTCCGGTCCGATTGTCATCGGGCAAGCAGCGGAATTCGACTACGCTGGAACACAGGCTTGCCAAGCATTGAAAGAAGAAGGTATCGAGGTTGTGCTGATCAACAGCAACCCGGCGACCATCATGACCGACACAAACATGGCGGATAAAGTATATATCGAGCCGATTACGCTCGACTTTGTTACACAGATCATCCGTCAAGAGCGTCCGGACGGTTTGCTCCCGACGCTTGGAGGGCAAACGGGCTTGAACATGGCAGTTGAGCTTGCACGCGCCGGTATTCTGGAGCAGGAGAATGTGAAGCTGCTCGGAACGCAGCTGGAGTCCATCGAGAAAGCCGAAGACCGCGATCTGTTCCGTGATCTGATGCGCGAACTCGATCAGCCCGTACCGGAAAGCACCATCGTAACGACTCTGGAAGAAGCGCTTGATTTCGCGAATGAGATCGGTTATCCGGTGATCGTGCGTCCGGCATACACGCTCGGAGGCACTGGCGGGGGGATTTGCGCAACCGAAGAGGAACTGCGCGAAACGGTCAGCTCCGGACTTCGCTACAGCCCGATCACACAATGTTTGATCGAGAAGAGCATCGCGGGAATGAAAGAAGTCGAGTATGAGGTAATGCGCGACGCAAACGATAACTGCATCGTGGTATGTAACATGGAGAACTTTGATCCGGTCGGCGTTCATACCGGCGACAGCATCGTCGTGGCGCCAAGCCAAACGCTGTCCGATCGCGAGTATCAAATGCTCAGATCGGCATCGCTGAAAATCATCCGTGCCCTGAACATCGAGGGCGGATGTAACGTGCAATTCGCGCTGGATCCAAACAGCTATCAATATTATGTCATCGAGGTAAACCCTCGCGTCAGCCGCTCTTCTGCCCTTGCTTCCAAGGCAACGGGTTACCCGATCGCGAAGATGGCAGCAAAAATCGCGATGGGTTACACCCTGGACGAGATCGTCAACCCGGTAACGGGACAGACCTATGCTTGTTTTGAGCCTACGCTGGACTATATCGTCAGCAAAATTCCACGCTGGCCATTCGACAAGTTCATCCATGCTAACCGGAAGCTGGGAACTCAGATGAAGGCCACCGGCGAGGTGATGGCGATTGGCCGTACTTTCGAAGAATCGATCCATAAAGCGGTTCGCTCTCTGGAGATCGGCGTGCACCGACTCTACTTGAAAGGCGCGAACGAGCTGAGTGATGAAGTGCTCCAGCAGCGTCTGATTAAAGCCGACGATGAGCGGATGTTCTTGATCGCGGAAGCATTCCGCCGGGGGTATGGACTTCAGCAGATTCAGGACCTGACGAAGATCGACTGGTGGTTCCTGGACAAAATCGAACGCCTGATTAAGTATGAAGAGCACATTCGCAGCGAAGCGGCACTGACATACGAAACGCTGTACGAAGCGAAGCGGCTCGGTTTTACGGATCGCGCTATAGCTGAGCTGCGCGCGGAAGGCAATGCCAGCACGCACACAACCGAGGAGTCGATCGGATTCCTGCGTCGCGAGCATGGATTGCGCCCGGTTTACAAAATGGTCGATACTTGCGCGGCGGAGTTTGAAGCAACGACACCGTACTACTACTCGACGTACGAAACCGAGAATGAAGTGATCGAATCCGCCAAGGAGAAGGTCATCGTACTGGGCTCCGGACCGATCCGGATCGGTCAGGGAATCGAGTTCGACTACTCCACGGTGCACGCTGTATGGGCGATCCAGAAGGCGGGATACGAAGCAGTTATCATTAACAACAACCCGGAGACCGTCTCCACTGACTTTAATACGTCGGACCGACTCTACTTCGAACCGCTCTTCCTCGAAGATGTCATGAACGTCATTGAGCAGGAGAAACCGATCGGTGTCATCGTACAGTTTGGCGGGCAGACAGCTATTAACCTCGCTGAGCCGCTGAGCAAGGCGGGCGTGAAGATTCTGGGTACCAGCTTGGAAAGCATTGACGAAGCCGAGGACCGTAAAAAATTCGAAGCGCTTCTGTCCAGACTGGAGATTGCTCAACCGAAAGGAAAAACGGTAACTTCGGTTGATGATGCTGTAGAAACCGCGCAATCGCTGGGATATCCTGTTTTGGTAAGACCATCTTATGTACTCGGTGGACGCGCCATGGAGATTGTATACTCCGACAGCGAACTGCTGAGTTACATGAAAGAGGCGGTTAAGATCAACCCGGATCATCCGGTTCTGATCGACCGTTACATGATGGGTAAAGAAGTGGAAGTAGACGCGATCTGTGATGGCGAGACGGTGCTGATTCCAGGCATCATGGAGCATGTAGAACGCGCAGGCGTTCACTCCGGCGACTCGATTGCGGTATATCCTCCTCAGTACTTGTCCCAGGATCTGAAGGACAAGATTGCGGAAATTACGATCAAGATTGCCAAAGAGCTGAATACACGCGGACTTGTTAACATCCAGTTCGTTATCTATAAAAATGAAGTGTACGTAATCGAAGTAAATCCGCGTTCTTCCCGGACGGTTCCGTTCCTGAGCAAGGTCACAGGCATCCCGATGGCCAACCTGGCAACACAGGCGATCATGGGCGGCAAGCTGAAGGAGCTTGGATACGAGGAAGGCATGTGGCCGGAAAGCGAACATGTATCGGTTAAAGTACCGGTGTTCTCCTTTGCTAAACTTCGCCGCGTTGAGCCTACCCTTGGACCGGAAATGAAGTCTACCGGTGAGGTTATGGGCCGAGACGTGAAGTATGCCAAAGCGCTGTACAAAGGTCTGATCGGTGCAGGCATGAAAATTCCTTCAACAGGAGCGATCATCGCTACCATCGCAGATAAGGATAAAGCCGAAGCTGCAGCACTGCTGAAAGGCTTCCATAAGCTTGGCTATAAAATCATCGCAACAGGCGGCACGGCAGCAGCATTGAAGGAAGCGGGCCTTGATGTGACCACCATTCATAAGCTGTCCGAGGGAACGCCGAACATTCTGGATATGATCCGCACAGGTGAAGCCAACTTCGTCTTTAACACATTGACCAAAGGTAAAACGCCGCAGCGTGACGGATTCCGAATTCGCCGTGAAGCGGTTGAAAACGGTGTGGTATGTATGACCTCGCTCGATACGGTTCGTGAGCTTCTGACGATGCTGGAGACCATCAACTTCTCCTCTGAAGCAATGCCGGTTGTTTAA	MPKNDTLKKILVIGSGPIVIGQAAEFDYAGTQACQALKEEGIEVVLINSNPATIMTDTNMADKVYIEPITLDFVTQIIRQERPDGLLPTLGGQTGLNMAVELARAGILEQENVKLLGTQLESIEKAEDRDLFRDLMRELDQPVPESTIVTTLEEALDFANEIGYPVIVRPAYTLGGTGGGICATEEELRETVSSGLRYSPITQCLIEKSIAGMKEVEYEVMRDANDNCIVVCNMENFDPVGVHTGDSIVVAPSQTLSDREYQMLRSASLKIIRALNIEGGCNVQFALDPNSYQYYVIEVNPRVSRSSALASKATGYPIAKMAAKIAMGYTLDEIVNPVTGQTYACFEPTLDYIVSKIPRWPFDKFIHANRKLGTQMKATGEVMAIGRTFEESIHKAVRSLEIGVHRLYLKGANELSDEVLQQRLIKADDERMFLIAEAFRRGYGLQQIQDLTKIDWWFLDKIERLIKYEEHIRSEAALTYETLYEAKRLGFTDRAIAELRAEGNASTHTTEESIGFLRREHGLRPVYKMVDTCAAEFEATTPYYYSTYETENEVIESAKEKVIVLGSGPIRIGQGIEFDYSTVHAVWAIQKAGYEAVIINNNPETVSTDFNTSDRLYFEPLFLEDVMNVIEQEKPIGVIVQFGGQTAINLAEPLSKAGVKILGTSLESIDEAEDRKKFEALLSRLEIAQPKGKTVTSVDDAVETAQSLGYPVLVRPSYVLGGRAMEIVYSDSELLSYMKEAVKINPDHPVLIDRYMMGKEVEVDAICDGETVLIPGIMEHVERAGVHSGDSIAVYPPQYLSQDLKDKIAEITIKIAKELNTRGLVNIQFVIYKNEVYVIEVNPRSSRTVPFLSKVTGIPMANLATQAIMGGKLKELGYEEGMWPESEHVSVKVPVFSFAKLRRVEPTLGPEMKSTGEVMGRDVKYAKALYKGLIGAGMKIPSTGAIIATIADKDKAEAAALLKGFHKLGYKIIATGGTAAALKEAGLDVTTIHKLSEGTPNILDMIRTGEANFVFNTLTKGKTPQRDGFRIRREAVENGVVCMTSLDTVRELLTMLETINFSSEAMPVV	PGPT0021150_4151	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955	NA	NA
JZ016_06102	738	pyrF	COG0284	Orotidine 5'-phosphate decarboxylase	ATGAGCGCCAGCTACAATGAAATGGCGGGCCGCCTGATGGTGGCCCTGGATTACCCGGATGCCCAGCGCGCAAAAGCATTGGTGCAGCAGCTGGAGGGCATCCCGTGTTATATGAAGGTCGGCATGCAGCTGTTCTACGCAGCCGGTCCGGATTTTGTCAAGGAATTGAAAGCAAAAGGTTATTCCGTATTTTTGGATGTGAAGATGCATGATATTCCGAACACGGTAAAAGGCGGGGCGAACAGCGTAACGCGGCTGGGTGTGGACATGTTTAATGTCCATGCCGGCGGCGGCGCTCTCATGATGCAGGCGGCAAAAGCCGGGGCGGAGGCCGCAGTGGCGGACACCCCGGGTCTTGCCATGCCTACCATCATTGCGGTAACCCAGTTGACTAGTACGAGTCAGGATGTCATGAATAACGAAATCGGTATCCCGGGTTTGGTAGAAGATGCGGTCGTACGATATGCGAAGCTGGCTCAGCAAGCCGGGCTGCATGGCGTCGTCGCTTCATCGCTTGAAGTGGAGGCCATAACATCCGCATGCGGACAAGCGTTTAAGACCGTTATACCAGGTATTCGTCCGGCCGGTGCGGATATCGGAGACCAGGCACGGGTTCTTACACCAGGGGAAGCCATCCGCAAGGGCAGTCATTATCTGGTTGTCGGCCGCCCGATTACGGAATCCCCGAACCCGAGACAAGCAGCAGAACAGATTATTGAGGAGATGATTCAAGCATGA	MSASYNEMAGRLMVALDYPDAQRAKALVQQLEGIPCYMKVGMQLFYAAGPDFVKELKAKGYSVFLDVKMHDIPNTVKGGANSVTRLGVDMFNVHAGGGALMMQAAKAGAEAAVADTPGLAMPTIIAVTQLTSTSQDVMNNEIGIPGLVEDAVVRYAKLAQQAGLHGVVASSLEVEAITSACGQAFKTVIPGIRPAGADIGDQARVLTPGEAIRKGSHYLVVGRPITESPNPRQAAEQIIEEMIQA	PGPT0014965_2239	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0014965-pyrF-K01591	NA	NA
JZ016_06103	642	pyrE		Orotate phosphoribosyltransferase	ATGAGTACACTCGCGAATATTCCACATCAGATCGCATCTTATTTGCTGAAGATTGAGGCCGTTTCCCTTAGGCCCCATCAGCCGTTTACATGGACGTCGGGAATTAAGTCCCCGATCTACTGTGATAATCGCTTGACGATGTCTTTTCCCGAGATTCGCGACTACATTGCTGAATCGTTCGCAGCCGTCATCCGGGAGCAATATCCGGAGGCCGAGGCCATTGCCGGTACGGCCACAGCCGGGATTCCGCATGCGGCCTTTGTATCCCAGAAGATGAATCTGCCAATGTCTTATATTCGGGACAAAGCAAAGGGGCATGGCAAGGAAAACCTGATCGAAGGCTTGATCAAGCCCGGTCAAAAGGTGGTTGTGATCGAGGATCTGATCTCCACGGGCGGCAGCTCGCTAAAAGCGGCGCAAGCGGTCAAGGATGCAGGAGCGGAGCCGCTGGCGGTATTGGCTATTTTCAGCTACCAGCTGGATAAAGCAGTGCAAGCCTTCGCCGAAGCTGGGATTCCGCTGCAGAGCTTGTCCAACTACGGAGCGCTGATTGAAGTTGCGCTATCCGAGAATCGGATTCAGGAACAGGATGTGGAGCTTCTTCAATCCTGGAGATCGAATCCTGCTTCCTTTGGTGTGTAA	MSTLANIPHQIASYLLKIEAVSLRPHQPFTWTSGIKSPIYCDNRLTMSFPEIRDYIAESFAAVIREQYPEAEAIAGTATAGIPHAAFVSQKMNLPMSYIRDKAKGHGKENLIEGLIKPGQKVVVIEDLISTGGSSLKAAQAVKDAGAEPLAVLAIFSYQLDKAVQAFAEAGIPLQSLSNYGALIEVALSENRIQEQDVELLQSWRSNPASFGV	PGPT0021200_1700	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021200-pyrE-K00762	NA	NA
JZ016_06104	585	kstR2_2		HTH-type transcriptional repressor KstR2	ATGAATGCAAAGAAAGAAGCAGTGCTTGAAGCCGGGAAGCGGTTGTTCATGGAGCAAGGGATTTTGCAGACGAGCATGGAGCAGATTGCCGAAGCGGTCCCCGTTTCCAAAATGACGATTTATAACTACTATCAGAGCAAAGAGGGCTTATTGGAGCATGTGGTGGACCGGATGGTCGAGGAGCTCATGGCGCTATACCGTGATATTATGGATCAGGCAAAAGATCCGCTTGAGGCGTTAAAGGTCTTTTACAGGGATCAGGACAAATTTTCGGCGTTGGTATCCCAGAAATTTGTGGCGGATCTGGCCAAATTCCCGGAGCAGATGGACAAGCTGCTTCAATTCAACCAGAAATTCGTTGTTCCGGAATTCGAAATGCTGATCTTTAAAGGCCAGCAGCTTGGACAGATACGGAAAGACATCTCTCCCCAGGTACTGGTCGCATTCCTGACTTTCATCAAGGAATTTACGGCACGGACCGAATGGTACCATGGTTTGGGAAGTTTGAACGCGGTTAGTGAACAGCTGATGACGATTCTATATCATGGAATTATCCAGCAGGAAGATTCGACTAATCTAATATGA	MNAKKEAVLEAGKRLFMEQGILQTSMEQIAEAVPVSKMTIYNYYQSKEGLLEHVVDRMVEELMALYRDIMDQAKDPLEALKVFYRDQDKFSALVSQKFVADLAKFPEQMDKLLQFNQKFVVPEFEMLIFKGQQLGQIRKDISPQVLVAFLTFIKEFTARTEWYHGLGSLNAVSEQLMTILYHGIIQQEDSTNLI	PGPT0028895_980	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028895-mexL-K18301	NA	NA
JZ016_06105	786			hypothetical protein	TTGGAAGTTTCATCCAGGATCAAACTGACCGGCAAACAATTCTTTGTACTAACCGGCATCGTCGGTGCGCGGGCTGTCATTGGGTTAGAGGACCCTTTTCGCGGAACGCTGGCCGAGGAGATGCCTGTAGAGGTGGCCAAGATTGAGCAGGAGCTGCAGGAGAAAGGATTGATCGATACGGCGGGTAACGAGCCGGTTCTTGTGCAGGAACTGCTGGAATACATAGAAGTATGCAGCCGGACCCTGTTAACGATACATATGAGGGTGTCCGGTTCCGACGAAGCGCAGAAGGAGTGTTTCATTTATTACAGTTCAAGTCTGGTTGTAAAGGCTGATATTGAAAGCGGGCCTGACGGAGCGAGAGTCTATGTGCTGGAAGCGCTGGGAACCCCTTCGGAGGCTTGGCTTAAAATCATCAGTCACCTGCAGCTGGAGGATAGGAAGAACCGGGATACAGCTCCATTGGCTATGCCTAAAGGCTGGTTCCAGCAATGGATGAGTGCCGAGCAAGGGGAGCAGGAGCCTCGGAAGTATTTGCTTGCACAAGGCTACCCGGAATCGGTCGTTTCCGCCTTGGCCGAAAGCGTCAGCCATCCAGAGAGATATGCAACCTTCACAGCGTACTATTGCCCGGATCTGAACTGTAGAATACAGGGAATCGAACTGTTGAGAGGACAGCATTCCAACTGGCTGATTCGCAATGAAGGCGAAGAGGATCAAATTTGGGGCGCATCGGTAACGGAAATTATTCGGGAGCTTGGCGCGGTCATTGAGCGCATTAAGTGA	MEVSSRIKLTGKQFFVLTGIVGARAVIGLEDPFRGTLAEEMPVEVAKIEQELQEKGLIDTAGNEPVLVQELLEYIEVCSRTLLTIHMRVSGSDEAQKECFIYYSSSLVVKADIESGPDGARVYVLEALGTPSEAWLKIISHLQLEDRKNRDTAPLAMPKGWFQQWMSAEQGEQEPRKYLLAQGYPESVVSALAESVSHPERYATFTAYYCPDLNCRIQGIELLRGQHSNWLIRNEGEEDQIWGASVTEIIRELGAVIERIK				NA	NA	NA	NA	NA
JZ016_06106	1074			hypothetical protein	ATGACTAAAATACGTGTGGTACCTGACATGCTGAACCAGCAAGGAGCAGCGGTATCTGATATTGCACGAGAAGTTCAGCAGCTTCAGGAGCGCATGCAGCAGCGTATCCAGAGCATGTCCTGGGAGACGCGTCATCGTGCCCAGGTCGAACAGCGCCTGGCCCAATGCAGGGCCGCTTGCCAGTCGGTGGTTAGCCGTCTGGAGCAAAATCGAGGGCAACTGGTGAAAAAGGCGGGTGATTTTTCGCAGACGGATCAATCGCTCGGCAGCAATCTCAACTTCGGCAAGCAATCGGTTGCCCAGGTTAGTCCGCATCTGCTGCTTCAGGCGAGTCTGGCACAGAACGGGAACAAGAACACGCATCCGCCCGTGACGGCAGCGGGGGTTGAATTCAATGCGCTTGCGCCTTTCGGCGGAACGGCGGATCAATGGAAGAGTAATCCGCTAGCGGCCGCAGGGGTATTGTTCGGAACGGCAACGGCATCGGGTACGATGTACAAATACTGGGATATGTACCGGAACGGCTTTGGCGTGTGGCTTGAAAAAGACAAGCGCGGCAATATGCGAGCCAATGTGACGAACGGGATGCTGGCTAATATCCGCAAAAAATCCTATGCCGAATACAACTGGCGGAATCACCCCCGAATCCCGAAATACGTCCTACCCGGCGCGGCTGTTAAAGACTCGCTAAGCTGGAAGGGCGGTAAACTTGGTTATGCAGGCATCGCCATGCAAACGGTGGGAAATCTGGTGACGAATATCAACGAGAACAAGAGCGGGGCAAAGATAGCCGGAGATGCTGTAGTTGATGTGGGTGTCGGTGTGGGTACCGTCGTAGCATCCGCTGCGGCTGGCGCTAAGGCAGGCGCGCTGATTGGGACAGCAGTGGGCGGTCCGATTGGCACCCTTGCGGGTGCGGCCATCGGTTTTGGCGTATCGGTGGGTGCTTCCTATGTTATGGACGGCATCAAGTTTACGGATTTTGACGGGGACGGGAAGAAAGATACCGTAACCGAAGGATTGAAAATGGGGGCGGAGAAGATAGGTTCAACGATTGCCGGATGGTTCAAATAA	MTKIRVVPDMLNQQGAAVSDIAREVQQLQERMQQRIQSMSWETRHRAQVEQRLAQCRAACQSVVSRLEQNRGQLVKKAGDFSQTDQSLGSNLNFGKQSVAQVSPHLLLQASLAQNGNKNTHPPVTAAGVEFNALAPFGGTADQWKSNPLAAAGVLFGTATASGTMYKYWDMYRNGFGVWLEKDKRGNMRANVTNGMLANIRKKSYAEYNWRNHPRIPKYVLPGAAVKDSLSWKGGKLGYAGIAMQTVGNLVTNINENKSGAKIAGDAVVDVGVGVGTVVASAAAGAKAGALIGTAVGGPIGTLAGAAIGFGVSVGASYVMDGIKFTDFDGDGKKDTVTEGLKMGAEKIGSTIAGWFK				NA	NA	NA	NA	NA
JZ016_06107	765			hypothetical protein	ATGAGCGCAAAGATTTCAGAGGAAGAACAGTTTCATTTCCGGCTGATCCCGGCCGAGCAGATACGGGGCGGCATCGTTTGTTTTTTATTCATTATGCTGATCCCTGCGCTGGTCACGCTAGCAGCGCCGATGATGTCGGTATATATGTATGTGGCTGCGGCGGTGTGGGTGGTTATGCTGCTATGGGGAATTGGCCTGAGTGCAAATCCGTACCGGTCTGAAGTCGGTTTTGTGCTGTATTTGGGAATATACGGACTGGCTCTGGCGGTCACTTGTCAGATCGCTATCCTCAAAATGATGTATGACATGGCCGGAGTTGAATCGATTCTGTATGGGCTTAGTTCGGCAGCGGTGATGCTTCTGCTTCTCCTTGTGTTTTATGTGCTGCATTTTAGAGCGCTGCAGCAAGGCACCTACCAGTCTATGGAGCGCAATGGCAGCGTCGGTAAAGCGGGCAAAGCGGCCTTACTGTTTGCGGCTATAGGTTATACGGCTTATTACGTCGTGGTGGCGGTAACCGGCGATCTCGGCGGATTTGTAATGGGCATGGCGGCTTTTTCCGTGTTGTTGATTCTCGGTCTGTACATGGCCGTTGTTTTCATTCATCGGTATATGTTCATCCAGAACAACATGGATAAGCTAAAAGCTCATTATCCCGTATTGGGATTGCCGAAGGAGCAGCGGAACGCCGCGTTTCTGAATAAAATGAATCAGGGCCGTACGCCTGCGGCACCGCACCGGAAGAGCAAGAAAAGGAGAGGGTAG	MSAKISEEEQFHFRLIPAEQIRGGIVCFLFIMLIPALVTLAAPMMSVYMYVAAAVWVVMLLWGIGLSANPYRSEVGFVLYLGIYGLALAVTCQIAILKMMYDMAGVESILYGLSSAAVMLLLLLVFYVLHFRALQQGTYQSMERNGSVGKAGKAALLFAAIGYTAYYVVVAVTGDLGGFVMGMAAFSVLLILGLYMAVVFIHRYMFIQNNMDKLKAHYPVLGLPKEQRNAAFLNKMNQGRTPAAPHRKSKKRRG				NA	NA	NA	NA	NA
JZ016_06108	270			hypothetical protein	ATGACGCAGCAGCTGCTGCCAAACGGATCGATAGTCATTTTGAAAGAAGGCGAGAAGAAGCTCGTGATCTATGGTCGAAAGCAAATTCTGGCGCTTGATCAGCCGCAAATGTTCGACTATTTAGCTTGTCCATATCCGGAAGGTTATGTCAGCCCGGAGTTTGCCTACGTCTTTAATCATGAGGATATCCAGGAGATTATATTTACCGGTTACCAGGACGAAGAGGAAGAACAGTTTCAGATCGTACTGGCTGAGACGAAGCCTACATAA	MTQQLLPNGSIVILKEGEKKLVIYGRKQILALDQPQMFDYLACPYPEGYVSPEFAYVFNHEDIQEIIFTGYQDEEEEQFQIVLAETKPT				NA	NA	NA	NA	NA
JZ016_06109	273			hypothetical protein	ATGTCAGGACGCATAGAGGTATCCCCCGAGGAGCTGCGCCGCGCTGCGGCAGACATTCGAAGCGGGAGTGACTACGGCGGAGAATTGGTCGCCCGATTGTCCCAGGTCATTGAAACGTTGAATGCCGAATGGGAGGGTGTTTCCCAGCAGCGGTTTCGTACGGAGGCCGAGGAGACAAAGGCGCAGCTGATGAATTTCATCCAGATGATGAATTCGATGGAGCAGGAGCTTATGAGCATTGCCGCCCGATTTGCGGAGGCTGACGGCCAATAG	MSGRIEVSPEELRRAAADIRSGSDYGGELVARLSQVIETLNAEWEGVSQQRFRTEAEETKAQLMNFIQMMNSMEQELMSIAARFAEADGQ				NA	NA	NA	NA	NA
JZ016_06110	165			hypothetical protein	ATGAATTGGGTATATTACGGAAAGCTGTATACAAGCAAATTTCAGGCAGGGTGCTTTGCGAAACGTTTGGAGCAGGATGGCTGGCTGTTCGGGTATCATGATCCGCGGATGGTGGAGGTTTACCGTTCCAAAAAGGGCCGTTATGGCGTGCGGTTTATGCCTTGA	MNWVYYGKLYTSKFQAGCFAKRLEQDGWLFGYHDPRMVEVYRSKKGRYGVRFMP				NA	NA	NA	NA	NA
JZ016_06113	204			hypothetical protein	ATGAAAAAAGCAATACTTCGATGGGTTATGGTTCTTTCGGCTTTATACTGTATGGGGCATATCTTATTTGATTTCAAAGAAACACATTTAATGCGGATTTTTACTGGTGCAGTTGAAATATCTTTCTTTGGGAGCATTCTTCTCTATATAAATTTGAAAACGAAAGAGGGAAAAAGCAATCATTCAACGGCGCCAAAGAAATGA	MKKAILRWVMVLSALYCMGHILFDFKETHLMRIFTGAVEISFFGSILLYINLKTKEGKSNHSTAPKK				NA	NA	NA	NA	NA
JZ016_06114	321			hypothetical protein	ATGAAACAGAAAAAGATTTTGATTGTTTTTCTGTTACTTGTGCTGATTATTGTCGGTGTTTTTTATACTTACCTTCAAGTGAAATACAATTCTCTTGAAAGAAGTTTGAGAAATCATCTGATTAATGTTGAGGGATACTCTGATTCAGATATTATCAGTATTAAAGCAAAACTTAGTAAAATGCCTACATATCCCGTTTATGTTAGGTTTGCAGATGATCCAAATACAGATTATATCTTTACAGATGGAAATGCTGATACACCCATATGGCGCCAACTTGATCCTAAAAAGCCAATAAGATTATCTGGTCAGCGTGACTAG	MKQKKILIVFLLLVLIIVGVFYTYLQVKYNSLERSLRNHLINVEGYSDSDIISIKAKLSKMPTYPVYVRFADDPNTDYIFTDGNADTPIWRQLDPKKPIRLSGQRD				NA	NA	NA	NA	NA
JZ016_06115	138			hypothetical protein	ATGTCAGCTACTAATAAAATCAGTTGTCCGATAAATTGGAGAGAAATCTCCTGCTTGCTGTATCTTGCACTCGTCTGTAGAAATAAGGGTGTAGTAGTCCTGGATCTTGTTCCATTGGGTGTTGAATATTTGGTATAA	MSATNKISCPINWREISCLLYLALVCRNKGVVVLDLVPLGVEYLV				NA	NA	NA	NA	NA
JZ016_06116	195			hypothetical protein	ATGAAGGTGTCAGAGTGGGTATTAAATCAATCCTGGGGACTTCCGGTGTTGCTCGCCTTCTTGGTGATCGTATTTGTATTTGAATCAAGGAAGGCTTTCAAGGCATATAAAGAAAAAAGACGGTTTGAATTGGGATGGTCTCTATTGTTTGCCCTGGTGGCTTTATTGGCGATGATTGTCCTGGTGGCCTATTAA	MKVSEWVLNQSWGLPVLLAFLVIVFVFESRKAFKAYKEKRRFELGWSLLFALVALLAMIVLVAY				NA	NA	NA	NA	NA
JZ016_06117	1206	tetA		Tetracycline resistance protein, class C	ATGTCATTACTCATGCGAAACAATGGAGCCATTCTGCTCCTCATGTTCAATATATTTCTAGTCTTCACCGGGATCGGGCTTGTCATACCTATTATGCCAACCTATATGACGGAACTGCATATCAGCGGCAGCACGGTCGGTATGCTCGTTGCCGCTTTTTCATTAACACAGCTGTTATTCTCCCCACTTGCGGGAAGATTGTCAGACACCATGGGTCGTAAAAAAATCATAATCTCCGGCATGATGGTGTTCGCCGTATCGGAATGGTTGTTCGGAGCTGCCAGCACACCGCCGCTCCTGTTTGCCTCAAGAATGCTGGGCGGTATCGGCGCTGCACTCATTATGCCCGCTGTTATGGCCTACACGGCTGACGTGACCTCGAATGAGGAACGCGCCAGAGGCATGGGGTTCATTAATGCTGCGATTACGACAGGCTTCATCATCGGACCGGGTATCGGAGGATTTATCGCCGAGTTTGGCATTCGCGTGCCTTTCTACGCCGCGGCCGTTGCGGGAGGTATTGCCGCGCTGGTAACGCTGCTGCTGCTACCGGAATCATCCGCCAAGCAGGAAGCACCTACCGTGCTGGGACGGAAGAAGGAGAGCCTGGCCGTTCAGCTGGTGCGATCTTTCAAGGAACCGTACTTCCTAAGTTTGATCATTGTATTTGTGCTCTCGTTCGGGCTTGCCAATTATGAAACGGTGTTCGGCCTGTTTGTGGATCATAAATTCGGGTTCACCCCTAAAGATATTGCCATGATCATCACGTTTGGGTCGATTGCGGGTGCCGTCGTCCAAGCAACGATATTCGGTTGGATCCTGAACCGCTTCGGTGAGAAACGAGTCATTACGCTCAGTTTGCTTACCGCGGGAATCTGTATCCTGTTAACCCTGTTCGTGCATAAATACTGGCTCATATTCCTTGTAACCTTCTTGGTATTCCTGTCGATCGACATCTTGCGTCCCGCTATCGGAACGCAAATGTCTAAGCTGGCGAAGGATCAGCAAGGCTACGTGGCCGGCCTGAACTCGGCGTACACCAGTCTGGGAAATATTGCGGGGCCGCTGGTTGCAGGATATCTGTTTGATTTGGACATCAACTTTCCTTATATCTCCGCGTCCATCGTTCTCATCCTCTGCTTCTTCCTGGCCATGCGTGCAGGCAGAGCCTGGACCGCTACAGAGGCCGTCATGAATGAACGGTGA	MSLLMRNNGAILLLMFNIFLVFTGIGLVIPIMPTYMTELHISGSTVGMLVAAFSLTQLLFSPLAGRLSDTMGRKKIIISGMMVFAVSEWLFGAASTPPLLFASRMLGGIGAALIMPAVMAYTADVTSNEERARGMGFINAAITTGFIIGPGIGGFIAEFGIRVPFYAAAVAGGIAALVTLLLLPESSAKQEAPTVLGRKKESLAVQLVRSFKEPYFLSLIIVFVLSFGLANYETVFGLFVDHKFGFTPKDIAMIITFGSIAGAVVQATIFGWILNRFGEKRVITLSLLTAGICILLTLFVHKYWLIFLVTFLVFLSIDILRPAIGTQMSKLAKDQQGYVAGLNSAYTSLGNIAGPLVAGYLFDLDINFPYISASIVLILCFFLAMRAGRAWTATEAVMNER	PGPT0003185_349	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003185-blt-K08153	NA	NA
JZ016_06118	600	qacR_2		HTH-type transcriptional regulator QacR	GTGAATAAAAAACAACAACAAACCGAAGATACCAAGCGACGAATAGCGGAAGCCGCCAAGGCTCTTTTTATGCAGAAGGGTTACAAATCAACGTCAATAGAGGAAATCGTTGAAGCCACAGGCAGCAGCAAAGGGAATATCTATTATCATTTCAAGAGCAAGGAAGGGCTGTTTCTGTATCTGGTTGAGGAATGGGACCTCGAGTGGGAACAGAAATGGAACAGCAAAGAGCAGCATTACACCACCACCGTTGACAAGCTGTATGGAATAGCCGATCAATTGGTGTTTGATGATCTGAACCACCCCTTCTCTAAGGCGCTTGATGAATTTATAAACAGCAATGGTGATGTTAGCGAAGAAGTAGAACAAAGAGTCGTCCAGATTATTAGGAGCCATTTGGAATTCAATCAGAAAGTGCTGCAGCAAGGGATGGATCGCGGGGAGTTTGAGAATCATAATGTGGAGCAGCTGTCCGTTATCTTTGAGAGCCTCATTGTTGGCTTAAGCCAGATGTCGCGTATAACGAAGGTTGAAAATGCGCTTGCCCTTTATCATGCCGCCATCAAAGTATTTCTGCATGGCATTGAGAAGAAATCATGA	MNKKQQQTEDTKRRIAEAAKALFMQKGYKSTSIEEIVEATGSSKGNIYYHFKSKEGLFLYLVEEWDLEWEQKWNSKEQHYTTTVDKLYGIADQLVFDDLNHPFSKALDEFINSNGDVSEEVEQRVVQIIRSHLEFNQKVLQQGMDRGEFENHNVEQLSVIFESLIVGLSQMSRITKVENALALYHAAIKVFLHGIEKKS				NA	NA	NA	NA	NA
JZ016_06119	765		COG0726	Peptidoglycan-N-acetylglucosamine deacetylase	ATGAAAAAACTCTCAACCGTCATATGGATCGCTCTCTCCATCTCCCTTTGCCATCAACATGTTGTCAACGCCAGCCATGCGCCATCCGCTTCCAAGGGCAGGGGTTATTATGAGGAACGAGGCGAGATAGTATGGGAAGTCCCCACTCACAATAAAGTAATTGCTCTTACCTTTGACGATGGTCCGGACGCGCAGAACACCGTTCAAATTCTGGATCTGCTAAAGCAATATGACGCAAAAGCCACCTTCTTCGTTGTTGGCAGCCGGGTGGAGAAGCACCCCGAGATCGTAGCGCGGGAGCTGCAGGAAGGCCATGAAATCGGCAATCACTCTTACTCCCATCCTCCTTTTCACAATATTAATGTCAGCAAGTTAACAAGCGAGTTAAACCAGACGCAAGATGCGATCTTTCAGGCAACCGGCATTCGAACCGTCCTGTTTCGTCCACCGGGAGGCAGCTATAATGAAGCAATTGTCCGCACGAGCAAGGATTTCGGTATGCTGACCGTATTATGGTCATGGCATCAGGATACGCTCGACTGGCGAAAGCCCGGCGTTAACCGGATCGTTAAAAAAGTGCTGGATAATGCCCATAATGGAGACATCGTACTGATGCACGACTTTGTGCCAAGCAGTACACAGACGGTAGAGGCTCTCAAAGTGATTTTACCGGAGCTGCAAAAGAGGGGCTACGAGTTTGTGACCGTTTCGGAGCTGCTCTCCTATCACGAGAAAACGCGTAAGTTCATTGAAGTAAACCATTAA	MKKLSTVIWIALSISLCHQHVVNASHAPSASKGRGYYEERGEIVWEVPTHNKVIALTFDDGPDAQNTVQILDLLKQYDAKATFFVVGSRVEKHPEIVARELQEGHEIGNHSYSHPPFHNINVSKLTSELNQTQDAIFQATGIRTVLFRPPGGSYNEAIVRTSKDFGMLTVLWSWHQDTLDWRKPGVNRIVKKVLDNAHNGDIVLMHDFVPSSTQTVEALKVILPELQKRGYEFVTVSELLSYHEKTRKFIEVNH	PGPT0018645_3394	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_06121	687	ung	COG0692	Uracil-DNA glycosylase	ATGTTTAACAATGATTGGGACCTTATTCTGCAGGGAGAAATGGATAAGCCTTATTTTCAAGCGTTGATGGAACGGGTGGACGAGGAATACCGGCGCTGCACGGTGTATCCCCCCAAGGAAGATATATTTCGGGCTCTTCAGCAAACATCGTACCAATCGGCGAAAGTCGTTATTTTGGGACAAGACCCTTATCACGGTCGAAGACAGGCGCAGGGGCTGAGCTTTTCTGTCTCGCCCGGGGTTGCGATTCCTCCATCTTTACGAAATATACATAAGGAGCTTGCTTCGGATCTGGGAATCTCGATTCCCAATCACGGTTCCTTGCAATCGTGGGCGGATCAAGGGGTGCTGCTGCTTAACGCCGTACTTACGGTTCGCGAAGGCGAGCCGAACTCACACAAAGGGATCGGGTGGGAGAAATTCACCGATACGGTCATTACGAAACTGAATGAACGCGATCAGCCGATGGTTTTTATATTATGGGGAAGTTACGCACAGAAGAAAGGCTCCTTCATAGACCGAAGCCGGCATAAGGTGCTTGAGTCCAGTCATCCGAGTCCGTTTGCAGCGCATAAAGGATTCTTCGGTAGTCGTCCATTTTCAGCATCTAATGCTTTTTTAATGCAAAAGGGTATGGATCCGGTGAATTGGGACATTCCGAACACGCCGGGCGATGGAGATGAATAA	MFNNDWDLILQGEMDKPYFQALMERVDEEYRRCTVYPPKEDIFRALQQTSYQSAKVVILGQDPYHGRRQAQGLSFSVSPGVAIPPSLRNIHKELASDLGISIPNHGSLQSWADQGVLLLNAVLTVREGEPNSHKGIGWEKFTDTVITKLNERDQPMVFILWGSYAQKKGSFIDRSRHKVLESSHPSPFAAHKGFFGSRPFSASNAFLMQKGMDPVNWDIPNTPGDGDE	PGPT0007090_2	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007090-trpD-K00766	NA	NA
JZ016_06122	396			hypothetical protein	ATGAAACATTGGATTGGTCGTCATGTTGTCATTCAGCGTTTAGACGGGGCAAAAAGCACGGTTGAAGGTGTGTTGAAAGGATGGGACCCCGTTCAGGAAAAAGTGATTCTTGGGCCGGGTGAGCTTGTTATACCGTTTCGTGCCATTCATAGAATTATGCCGAGAAACGCATACCCGGCCTTGAACTCCATCGGTTATGTCGTGAACCATACCATTCAATTCGATAATGCCGTCTATTTCGGATCTTCCGTCATGATATGGAGGGGCAACCGACTGGTGTCATCACAGGCCATCCTGACTTCTCACGATGAGGATACCGTTACCCTGTCAAATGGCATGATATTGCGCAAGGACGAGCATTATTTTGTGGTTCGATCCTTGCGCGGCAATGCGTGA	MKHWIGRHVVIQRLDGAKSTVEGVLKGWDPVQEKVILGPGELVIPFRAIHRIMPRNAYPALNSIGYVVNHTIQFDNAVYFGSSVMIWRGNRLVSSQAILTSHDEDTVTLSNGMILRKDEHYFVVRSLRGNA				NA	NA	NA	NA	NA
JZ016_06123	1077		COG0628	Putative transport protein	ATGATGCAGAGCAAATATTTCAGGACATGCTTTGGCATAATCGCACTGCTCTTGATCATTTATCTCGGTTCCGAAATCAGCTTTTTGTTCCGGCCAATCGTCTCCATGTTCAATATGCTGATCGTTCCCGTCGCGATGGCCGGCTTCTTCTATTATCTGCTCAGGCCGATCGTAGACTACCTGGAGCGGCGGAAAATCAAACGATCCATTGGCGTCCTGATGCTGTATTTCGTGTTTGCCGGTCTCTGCGCCATCTTCGGCATTGTGGTGTGGCCGACACTGCGCGAACAAATCGAAAATTTTATCAGCAATACCCCCTTTTTGGTAGAGGGCGTGCAGGAACAGATTGACCAGCTGCAGCAGAATCGATTCTGGTCACGCTATATACCAACGGAATCCGAGCTGTCCACCTCACTGACGGAGTATATGAATCGGATCATTACCTGGATCAGCAACTCCATCAACAACCTGATTACCGTTGTATCGAGCGTTGTCGTTATTATTGCTACGATTCCGATCATTCTGTACTACATGCTGAAGGAAGGCGGCAAGCTTCCGCCCAGGCTGCTTAGTGTCCTGCCAAGACGATACCGCCGCGATGGCCAGGAGGTGCTAGGTGAGATCGATACGGCACTCAGCAATTTTATTATCGGCAAAGTGATCCTGAATCTTATACTTAGCATGATGATTTATATCGGATTTCTGATCATCGGGCTTCCCTATTCTTTGCTCTTGACGGTCATTTCCTTCTTCTTGAATTTCATCCCGTATATCGGAGCGCTGCTGGCGACCATTCCCGCCGTCATTATCGGATTTATCGAATCTCCTTCCATTGCGATATGGTCCGTTGTCGTTATTGTCATCGCACAGCAGATCCAAGATAATATTCTGACACCGGTCATCTACGGGAAACAGCTTGATATTCACCCGTTGACCACGATTGCCCTCATCCTTGTAGGCGGCGATTTCTTCGGGCTGCTGGGCATCCTGCTCGCCATTCCGGCTTACATGATCATCAAAATTATCGTGGTACGGATTTACGAACTGTTCCTTGCCGAAAAAGTAGAAGACGCATAA	MMQSKYFRTCFGIIALLLIIYLGSEISFLFRPIVSMFNMLIVPVAMAGFFYYLLRPIVDYLERRKIKRSIGVLMLYFVFAGLCAIFGIVVWPTLREQIENFISNTPFLVEGVQEQIDQLQQNRFWSRYIPTESELSTSLTEYMNRIITWISNSINNLITVVSSVVVIIATIPIILYYMLKEGGKLPPRLLSVLPRRYRRDGQEVLGEIDTALSNFIIGKVILNLILSMMIYIGFLIIGLPYSLLLTVISFFLNFIPYIGALLATIPAVIIGFIESPSIAIWSVVVIVIAQQIQDNILTPVIYGKQLDIHPLTTIALILVGGDFFGLLGILLAIPAYMIIKIIVVRIYELFLAEKVEDA				NA	NA	NA	NA	NA
JZ016_06124	339	ykuD	COG1376	Putative L,D-transpeptidase YkuD	ATGCCCCAATACCGCATTATTGTCGATTTATCCGATTATCAGCTGCACCTGCTGGATGGCAACATCGTGGTACGTACGTTCCCGGTTGCCATCGGCAAAATGGCTACACAGACGCCGCCAGGCAATTACACCATCATCAACAAGCAGCCAAATCCCGGGGGACCGTTCGGAGCCTATTGGTTAGGGTTGTCCAAACCCCATTACGGCATCCATGGAACGAACGACCCTTCATCCATCGGACGCTCCGTTTCCCTTGGATGTATTCGGATGTACAACGAGGATGTGACGGAGCTGGCTTCCCTCGTGCCCATCCATACCCGGGTCACCATACGAAACTGA	MPQYRIIVDLSDYQLHLLDGNIVVRTFPVAIGKMATQTPPGNYTIINKQPNPGGPFGAYWLGLSKPHYGIHGTNDPSSIGRSVSLGCIRMYNEDVTELASLVPIHTRVTIRN	PGPT0023745_818	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-L|D_TRANSPEPTIDASE_ACTIVITY,PGPT0023745-erfK-K16291	NA	NA
JZ016_06125	1824			hypothetical protein	ATGTCTCCTGCTAGGTTTTATCAAAAATATATCAAAAATAATATGTTTACCAAGATGCTGCTGTTAATCTCCCTGATTGCGGTGGTTACCATTGTCACCTTATCTTTTCTTATGTATTATTTCTTGTTTCAATCGGCCGTTCGCAGTGAACTGGACATTCAGCGAAGCGCGGTTGAGCGGGTGGAACGGCATGTGAATCAAAAATATGTGAATGCGCAGTCCTATGTGAATGAGCTGTATCGCAACACCTCTCTAGGCATTGACACTTCCTATTTTCTCATGAACTCGTTTAATGAGTACATGGCGAAGCGAATGAACCGGATTGCGGGCGGAGGGCAGTCCAATTCAGATAGCGTGGTCGCTTACTTTAAGCAGAGGCTGGACGATGATCCGGATATTGAGAATATTATGCTGTACAGTGCCGAGAAGCAGTATGTGTATGTTTACAAGCAGGGCAGCATGACAAGGCTCTATCAGGCGAATGCGACGCATTCTTACATCCCCGACGTGATGGCCCTCGAAAGCCAGAGTGTCACATTGCCGAATCTATGGGTGCGTAAGCTGGCCGGAGACGTGACATTACCGTTATTCTCGATCCGGAGCCCGATTAATGATATGACCACCTACAAGAATCTGGGGCAGCTGGTTATTTTATATCGAACGGAAGCACTGGATGCCGTCCTGAACAGTGGCGAAGATCCATTGAAGGGATCCGTAATGGTTTTATCCGGCGACGGCCGCGTGATGTTTGATTCCTCAGGCAAATATTACGGCGAGAAATACCCGTATGCCGACCGGCTGCTGAATTCCAAGGAAACCGTGAACCTCGATGAAGAATCGTATATTACAACGGCAGCGCACAATCAGGCAGGTTATACGGTGGTTGGCATTACGCCTAAACGTGAGATCGCTGAATCTTTCCATGGCGTGCAGAGCACCATCATGATTGCTGCCCTGCTGTGCATCGTGATTGCTGTGTCCATTCCTTCGCTGATGATCGTGAATTACTCCAAGCGGACAGATAACATTATCCGTTTTATGCGTAAGGTTGAGAAGGGAGAGTTCGTGGCGCGGATGCAGGATACCAAGGATGATCAGCTGGGGCAAATTGCGGGCAGCTTTAATGAAATGCTGGACGAGCTTTCCCGGTATATCGACAAGGTGTACAAGGCGGAAATTAACCAGAAGAACGCGGAGCTGTCTGCATTGCAAGCCAGAATTAATCCGCATTTTCTTTATAATACGCTCGAAGTGATTCGAATGAGAGCTCTCTCGCAAGGGGCGCAGGATGTTGGCGATATGATCTACAGCTTATCGATGCTGTTCAAGAATATCGTTCAGCACAAGTCCCACTATACGCTGAAGGATGAGCTGGAGGCGTGCAGGCTCTATCTGGAACTGTTTCGCATTCGCTATAAGGACAAGTATATTTACAAAATGCACTGTGAGGAACAAATCAAGCATGTGCCGATGATGAAAATGTCACTGCAGCCACTGATTGAGAATTACATCGTTCATGGGCTGCGCAGCGACCAGGATGATAACTGGCTGACGATAAACGCGGCGCAGCAGGATGGGGATGTCGTGATCGAGATTAAGGATAACGGGAAAGGGATCGAGCCGGAGCAGCTAGAGGAGATCAAATCCCGGCTGGAGATGGCCGAGTCGAGTGAAGAATCGTTTGGTCTGCGGAGTGTGAATGAGCGGTTAAAGCTGACGTTTGGAAGTTCGTACGGAATGGACATCCAGAGTGAGCCGGGTAACGGTACGACGGTGACAGTCAAATTTCCGGTGGCAGAAGGGAAGCTGAATAACGATGTATAA	MSPARFYQKYIKNNMFTKMLLLISLIAVVTIVTLSFLMYYFLFQSAVRSELDIQRSAVERVERHVNQKYVNAQSYVNELYRNTSLGIDTSYFLMNSFNEYMAKRMNRIAGGGQSNSDSVVAYFKQRLDDDPDIENIMLYSAEKQYVYVYKQGSMTRLYQANATHSYIPDVMALESQSVTLPNLWVRKLAGDVTLPLFSIRSPINDMTTYKNLGQLVILYRTEALDAVLNSGEDPLKGSVMVLSGDGRVMFDSSGKYYGEKYPYADRLLNSKETVNLDEESYITTAAHNQAGYTVVGITPKREIAESFHGVQSTIMIAALLCIVIAVSIPSLMIVNYSKRTDNIIRFMRKVEKGEFVARMQDTKDDQLGQIAGSFNEMLDELSRYIDKVYKAEINQKNAELSALQARINPHFLYNTLEVIRMRALSQGAQDVGDMIYSLSMLFKNIVQHKSHYTLKDELEACRLYLELFRIRYKDKYIYKMHCEEQIKHVPMMKMSLQPLIENYIVHGLRSDQDDNWLTINAAQQDGDVVIEIKDNGKGIEPEQLEEIKSRLEMAESSEESFGLRSVNERLKLTFGSSYGMDIQSEPGNGTTVTVKFPVAEGKLNNDV				NA	NA	NA	NA	NA
JZ016_06126	1512	rssB_19		Regulator of RpoS	ATGTATAAAGTGTTTATCGTGGACGATGAGCCGTTCATTATAGAGGGATTATATGACGTCGTGGATTGGTCGAAGTATGGCATCGAGGTGGTCGGTCATGCGGAGAATGGGCGCAAGGCGCTGGAGAAGATGGCGGTCATTCCTGTTGATATTCTCATTACGGATATATCGATGCCTGTCATGACGGGACTTGAATTGATTGAAGGCGCACGTAAATTGAACCGTAATCTGAAGGTGATCATCCTGAGCGGTTTCGACGATTTTGCCTATTTGAAGGAAGGCATGCGTCTGGGGATCGAGAATTATTTGCTCAAGCCAATCAATCTGAAGGAACTGGAAGAAACGATTGCCAGCACAACGGATAAAATGAACAAATCCAGAAGGGAAATGAGACTGGACGAGTACGACATCAACATTTTGCGGAGCAATATTCTGTATCGCTGGATCACGGACCGGATTGAGCCGGAGGAGCTGGAGGAGCGGGCGACCCTTCTGGGGCTGAATCTGAATTTGCCTTACGTCATGGCGTCTATTCTGAGAGCCGATTTCACGCCGCTGGAGAGCTGTCTGTATCAATTAATGGATCAGGAGCCGGGTGTTCTGTATTTCCGGGACAACGACGGCGATCACGTGGTGATTTTTATGATGAAAGACCCGGACACGGAAAAAGCGAGAGCCATCCGGCTCCTGCAGCAGGTGCGCGAGTACTGCTATGAAGAAGAGTTGTCCATCTCGCTTGGCAGCGTGGAAAGCCTCGGCGGTAATTATAAGGACAGTTATCTTCACGCCAAGGAGGCACAGGAATACTATCTCGTTCTGGAGCAGCCCTCCTACGTGGATTATGTTGATGTTCAGGCCAAGAAGGGAGAAGCGGCGGAATCCTATTCCGTACAGTGGCCCGAATATGCCAAAGGCATCGCCGGAAGGGATAAACAGGTGCTGTTTGATTTGATTGACAGTGATTTTGATCGGCTTCGTCATACGCAGGGGATGATCCCAACGACACTCAAGAGCATCGCGGTCGAGATGGTCATTCGCCTGAAGCTGGAGCTGAACGATATCCAATACACGGCAGCCCCTGATTTTGTGAAAAATACGATTACCGATATTATGGATTCCGTATCGATCGACGATCTGATTACGGCCGTGAAGGAAGGAGTTGGCGGGCTGGTCGATTCGCTCAACAATGACGTGAAGAGTCCTGTCATCCAGCAGATTCTGCATCATATCCAGCACCATTATAACGAGGATTTGTCACTGAAGGTGTTAGGCGCCCAATATCATATTCATCCCGTCTACCTGGGGCATCTGTTCCATAAAGAGACAGGAGAGAACTTTACGGAGTATATTAACCGATACCGGATTGAACGTGCCAAGGAGCTGCTCCGAAACACTTCGACGAAAGTGCAGGATATTGCAAAAAATGTAGGTTATTGGGAAACCGGTTATTTCTATAAACAGTTCAAAAAATTCGTCGGCGTATCGCCGAGGGATTTTCGAGGAATGCTCTGA	MYKVFIVDDEPFIIEGLYDVVDWSKYGIEVVGHAENGRKALEKMAVIPVDILITDISMPVMTGLELIEGARKLNRNLKVIILSGFDDFAYLKEGMRLGIENYLLKPINLKELEETIASTTDKMNKSRREMRLDEYDINILRSNILYRWITDRIEPEELEERATLLGLNLNLPYVMASILRADFTPLESCLYQLMDQEPGVLYFRDNDGDHVVIFMMKDPDTEKARAIRLLQQVREYCYEEELSISLGSVESLGGNYKDSYLHAKEAQEYYLVLEQPSYVDYVDVQAKKGEAAESYSVQWPEYAKGIAGRDKQVLFDLIDSDFDRLRHTQGMIPTTLKSIAVEMVIRLKLELNDIQYTAAPDFVKNTITDIMDSVSIDDLITAVKEGVGGLVDSLNNDVKSPVIQQILHHIQHHYNEDLSLKVLGAQYHIHPVYLGHLFHKETGENFTEYINRYRIERAKELLRNTSTKVQDIAKNVGYWETGYFYKQFKKFVGVSPRDFRGML				NA	NA	NA	NA	NA
JZ016_06127	1479			hypothetical protein	ATGAGTAAATCGAAAAAGAAATGGCTCCTGCCGCTAACGCTGCTATTGTCTGCATCCATGCTGTTGTCGGCATGCGGAGGCAACAAAGAAGAGAGTGCAGGAAACGGTGGGGGAACTGCCGAGAAACCGGTTGAGCTGATCTGGTACACCATCGGAACACCTCAAAAGGATGTCGACAAGGTTGAAGAAGAAATCAATAAATACACTGCTGAGAAGATTGGTGTAACCGTTGACATGAAAATGATCGACTTCGGTGATTACAACCAGAAGATGCAAGTTATGGCAGCTTCCGGCGAACCGATGGATATCCTGTTCACCAGCTCATGGGCGTTTGACTATGTGCAAAATGCACGTAAAGGCGCATTCATGGAATTGGACGAGCTGATTGAAAGCCATGGAAAAGGCATTAAAGACGCGATTGACCCTGCGTTCCTGGAAGGTTCCAAGGTTGACGGTCACAACTATGCAATTCCGGCAAACAAAGAGCTTCCTGCTCAAGAAGCATGGCGCTTTAACAAAACGCTGCTTGATAAATACAACCTCGATATTTCGAACGTGAAATCGATGGAAAGTTTGGAGCCACTGCTTAAAACGATTAAGGAAAAAGAACCGAATGTCGTTCCTTTGGCTATCAGCAAAGACTTCGGTCCGTTGCTTCCATTTGACTACATCATCGAAAAAATGCCAATGGCCGTTTACCTGGATGACAAGGAAGAGCTGAAAGTTGTGAACTTCCTCGAAATGCCGGAAACGATGGACATGCTTAAATTGATGAACAAGTACTACAAAGCGGGATACATTTCCCCAGAAGCAGCGACAACAACTTCGACGCAAGATTTGATGACATCCGGCAACTGGTTCACGGACCGTGCGGCAACGCAGCCGTTCGCAGACAATCTGTGGAGCCAAAGCTACGGCTATCCGGTCGTTTCCACTCCGGCTGGCGACGCAACGATCTTCAACTGGTCGGTAATGGGTTCGATGCAAGCGATTTCTGCTAACTCGAAATACCCTGAGAAAGCCATGGAGTTCTTGAATCTCCTGAACACTGACGTATATCTTCGTAACCTGGTTGACTCCGGTATCGAAGGCGTGCACTACAAAAAGCTTAGCGAGAACGTAATGGAAAACTTGCCTGAATCGAAAAACTACGACATGCCTACCTTCGCGCTTGGTAATGTCATGCTGACTTACTTGAACCCTGAGGACCCTGAGAACAAATGGGAAGAGTTCAAGAAGTTTAACGAGTCCGGCCAGCCTGCTCCGCTTCTCGGTTTCAACTTCGATCCAACCAAAGTATCCACAGAGCTCGCAGCAGTCAACAACGTAAAAGAAGAGTTCTGGGCGCCGCTGATGACAGGTACCGTGAATCCTGAGGAGTTCCTGCCAAAAGCGAATGAAAAGCTGAAAGCTGCTGGTCTGGACAAGATCATCGCTGAAGCACAAAGCCAAATTGATGCTTGGAAAGCAAGCAAGTAA	MSKSKKKWLLPLTLLLSASMLLSACGGNKEESAGNGGGTAEKPVELIWYTIGTPQKDVDKVEEEINKYTAEKIGVTVDMKMIDFGDYNQKMQVMAASGEPMDILFTSSWAFDYVQNARKGAFMELDELIESHGKGIKDAIDPAFLEGSKVDGHNYAIPANKELPAQEAWRFNKTLLDKYNLDISNVKSMESLEPLLKTIKEKEPNVVPLAISKDFGPLLPFDYIIEKMPMAVYLDDKEELKVVNFLEMPETMDMLKLMNKYYKAGYISPEAATTTSTQDLMTSGNWFTDRAATQPFADNLWSQSYGYPVVSTPAGDATIFNWSVMGSMQAISANSKYPEKAMEFLNLLNTDVYLRNLVDSGIEGVHYKKLSENVMENLPESKNYDMPTFALGNVMLTYLNPEDPENKWEEFKKFNESGQPAPLLGFNFDPTKVSTELAAVNNVKEEFWAPLMTGTVNPEEFLPKANEKLKAAGLDKIIAEAQSQIDAWKASK	PGPT0017245_3247	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_06128	939	yteP_66	COG4209	putative multiple-sugar transport system permease YteP	GTGAGAGCGATCGGACAGTTTTTCAAAAATATTATGACGAATAAGGCCATGCTGTTCATGGTTTTGCCGGGGACCCTATGGTTTCTCTTATTCTCATATTTGCCCATGTTCGGGACCATTATTGCATTCAAGGAATACCGCTTTAGCCGTGACGGGTTCTGGGCAAGTATCGTTAATAGTGAATGGGTAGGATTCCAGAACTTTAAGTTCCTGTTCAGTACCAACGATGCTTACATCATTACGCGCAACACCGTTCTATATAATTTCGTGTTCATCATTTTAGGTCTCATTCTATCCGTAGCACTGGCTATCGTATTGTCTGAAATCGTGAACAAGAAATTGGCGAAAGTCTATCAAACCGGTATGTTCCTGCCGTATTTCCTGTCCTGGGTTATCGTAGGTTACTTCGCATTCAGTTTCCTGAGCATGGATAAAGGGATGCTGAATCAGATTCTGGGCTGGTTTGGCATGGAGCCGGTTCAATGGTACTCCGAGGCCAAGTATTGGCCAATATTCCTGACGTTAATCAGTTTGTGGAAATCCGTTGGTTATAACAGCGTCGTTTATTTGGCGGCGATTATGGGGATCGATAAATCCTTGTACGAAGCGGCCATGATTGACGGAGCGAACAAATGGCAGCAGATTAAAGCCATTACGCTTCCGATGCTCAAACCGCTGATGACTATTTTGACTCTTCTTGCGATCGGTAAAATCTTCTACGCTGACTTTGGTCTCTTCTATCAAGTGCCAAGGGATTCGGGAACCTTGTATTCCGTAACGAACGTCATTGATACCTATGTATATCGTGGTCTGAAGACAACGGGCGAGATCGGAATGAGTACCGCTGCGGGTCTGTACCAGTCGGTAGTCGGATTTATTCTGGTCATGGTATCGAACTATATCGTTCGTAAATATGACAAGGATAATGCATTGTTCTAA	MRAIGQFFKNIMTNKAMLFMVLPGTLWFLLFSYLPMFGTIIAFKEYRFSRDGFWASIVNSEWVGFQNFKFLFSTNDAYIITRNTVLYNFVFIILGLILSVALAIVLSEIVNKKLAKVYQTGMFLPYFLSWVIVGYFAFSFLSMDKGMLNQILGWFGMEPVQWYSEAKYWPIFLTLISLWKSVGYNSVVYLAAIMGIDKSLYEAAMIDGANKWQQIKAITLPMLKPLMTILTLLAIGKIFYADFGLFYQVPRDSGTLYSVTNVIDTYVYRGLKTTGEIGMSTAAGLYQSVVGFILVMVSNYIVRKYDKDNALF	PGPT0017250_1795	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_06129	918	araQ_53	COG0395	L-arabinose transport system permease protein AraQ	GTGTTCAAATCTAAAAGCAAGATGAAAGATTTTCATCAGCTTTCATCCGGGTGGAATGTCGTATTCAACCTGATTGCCGGTATTTTCTCGTTCTTATGTGTATTTCCGTTCCTGTTCGTCATGATCATTTCATTTACAGATGAAGGCTCACTGGCCCGCAACGGTTACCAAATCTGGCCGGAGAAATGGAGTCTTGAAGCTTACAAATATGTATTCCAGACAGGCGATACGCTACTTCGTTCTTATGGTGTTACGATCTTTGTAACGGTAGTGGGAACGTTGATCAGTTTGTTTATCATCTCGTTATATGCCTATGCAATCTCTCGAAAGGGTTTCAGATATCGGAATTTCTTCGCGTTCTTTGCATTTTTCACGATGCTGTTTAACGGGGGTCTGGTACCGACTTATATCGTTGCCACGCAATTGCTTGGTCTGAAAGATTCCATCTGGGCATTGATCCTGCCATTGGCGCTCAACGCCTTCTATATTATGATTCTTCGAACGTTCTACAGCACCAGCGTTCCGGATGCCATCATTGAATCCGGTAAAATCGACGGTGCAAGCGAGTTTAAAATTTTCTACAAGCTGGTATTGCCGCTATCCCTGCCGGGTCTGGCAACCATCGGGTTATTCAGCACCCTGGGATATTGGAACGACTGGTTCAACGCATTGCTCTACATTGATGATCCGAACCTGGTTCCGCTGCAATCCATGCTCATGCGGATTGAGACCAGCATGCAGTTCATCCTGCAGAACTCTCAGAATTCATCCCTTAGCATGGCCGCTCTGCAGAGCATGCCGCAGGATACGTCGCGGATGGCGATGGTCGTTCTGGCAACGGGGCCGATTATTCTGGCTTATCCGTTCTTCCAGCGCTATTTCATTCAAGGTCTGACCATCGGCGCGGTTAAAGAATAA	MFKSKSKMKDFHQLSSGWNVVFNLIAGIFSFLCVFPFLFVMIISFTDEGSLARNGYQIWPEKWSLEAYKYVFQTGDTLLRSYGVTIFVTVVGTLISLFIISLYAYAISRKGFRYRNFFAFFAFFTMLFNGGLVPTYIVATQLLGLKDSIWALILPLALNAFYIMILRTFYSTSVPDAIIESGKIDGASEFKIFYKLVLPLSLPGLATIGLFSTLGYWNDWFNALLYIDDPNLVPLQSMLMRIETSMQFILQNSQNSSLSMAALQSMPQDTSRMAMVVLATGPIILAYPFFQRYFIQGLTIGAVKE	PGPT0017255_604	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_06130	2298			Beta-xylosidase	ATGACTTATAAAGATTCCAGTAAACCCATTACGGAAAGAGTTGAACATCTTCTTGGCCTGATGAACCTGAAGGAAAAGGTTGGGCAGCTAACCCAGCCGTTCGGCTGGAAGACCTATGAAGTAAATGAAGGTCGGGTTTCATTAACGGATTCATTTAAAGAGCAAGTGAAAAATGGCGGCGTCGGATCCCTTTACGGGACCCTTCGCGCCGATCCATGGACCGGTGTAACACTTGAGACCGGTCTTTCTCCGCGTGAAGGAGCAGAAGCCGTTAACTATATCCAGCGCTACGCCATTGAGGAATCGCGTCTGGGCATCCCGATCCTGATCGGGGAGGAATGCTCGCATGGGCATATGGCTATCGGCGGGACGGTCTTTCCGGTGCCGCTGTCCATCGGGAGCACATGGAACGTGGATTTGTACCGGGATATGTGCCGTGCCGTGGCGCTCGAAACGCGCAGCCAAGGCGGTGCCGTCACTTATTCCCCAGTTCTAGACGTCGTGCGCGACCCAAGATGGGGCCGTACCGAGGAATGCTTTGGCGAAGATCCATACCTGATCAGCGAATATGCGGTTGCATCGGTAGAGGGCCTTCAAGGTGATTCATTGGACAGCCCGAGCAGTGTTGCGGCGACGTTGAAGCATTTTGTAGGTTATGGCAGTTCCGAGGGCGGGAGAAATGCGGGGCCCGTGCATATGGGAACACGTGAATTGATGGAAGTGGACATGCTGCCGTTCAAGAAAGCCGTGGAGGCAGGAGCTGCATCCATTATGCCGGCTTATAACGAGATTGACGGCGTGCCGTGCACCGTTAATACGGAGCTGCTTGACGGGATTCTTCGCAAGGAGTGGGGCTTTGACGGCATGGTAATCACCGACTGCGGCGCCATTGATATGCTGGCCAGCGGCCATGATACCGCTGAAGACGGGATGGACGCCGCTGTTCAGGCACTTCGTGCCGGTATCGATATGGAGATGTCGGGCGAGATGTTCGGTAAGCATCTTGTGAAGGCTGTCGAGTCTAACAAGCTGGAAGTCTCCGTATTGGACGAGGCCGTACGCCGTGTATTGACGTTAAAATTCAAGCTTGGATTGTTCGAGAATCCTTACGTGGATCCCCAGGTAGCCGAGGAGGTTATCGGCAGCCAGCATCACGTCGAACTTGCCAGACAGCTTGCGGCGGAAGGCATCGTTCTGCTCAAAAATGAAAACAAGGCCCTGCCGTTATCCAAAGAAAGCGGCGTGATTGCCGTCATTGGACCTAACGCCGATCAGGGCTACAATCAGCTTGGGGATTATACGTCTCCTCAGCCGCCTGCAAGCGTGACCACCGTACTGGATGGAGTCCGCGCAAAACTGGGTGATGAAGCGAATCGTGTATTGTATGCACCGGGCTGTCGCATTAAGGACGAATCCAGGGAAGGTTTTGAATTCGCGTTAACTTGCGCGAATCAGGCCGATACCGTGGTCATGGTACTTGGCGGTTCCAGCGCACGCGACTTTGGCGAAGGCACGATCGATCTGCGGACAGGGGCATCGAAGGTCACGGATGACGCTTTAAGCGACATGGATTGCGGCGAGGGCATCGACCGGATGACGCTGCAGTTATCCGGCGTTCAATTGGAATTGGCCCAGGAGATTCATAAGCTTGGCAAACGGATGATCGTTGTGTATATCAACGGCCGGCCGATTGCGGAGCCGTGGATCGACGAGCATTCCGATGCCATTCTGGAAGCATGGTATCCGGGTCAGGAGGGCGGACATGCGGTAGCGGACATTTTGTTCGGCGATGTGAATCCGTCCGGCAAGCTGACGATGTCGATACCGAAGCATGTCGGACAGCTTCCGGTTTACTATAACGGCAAGCGGTCGCGCGGTAAGCGTTACCTCGAAGAGGATTCTCAGCCGCGTTATCCGTTTGGATACGGGCTTAGCTATACCGAGTTCCGTTATTCGGATATTCAAGTTACGCCAGAAGTGATCGGAACAGGCGAATCCGCCGTTGTCTCTGTGAATGTTACAAATAGTGGAGACCGGGAAGGGTCCGAGGTTGTACAATTGTATGTGAGCGATGTGGCCAGCAAATATACAAGACCGGCCCGTGAGCTGAAGGGCTTCCGCAAGATCTCTCTGCAGCCTGGAGAGCAGTGCAAGGTGGAATTTACCGTCGGACCGGAACAGCTTCAATATATCGGTCAAGATTACAAGCAGGTGGTTGAGCCTGGCTTGTTCCGTGTGATGGTAGGCAAACATGTGAACGATACGCTGAGTGCAGATTTGACTGTACAGGAGGGTTAA	MTYKDSSKPITERVEHLLGLMNLKEKVGQLTQPFGWKTYEVNEGRVSLTDSFKEQVKNGGVGSLYGTLRADPWTGVTLETGLSPREGAEAVNYIQRYAIEESRLGIPILIGEECSHGHMAIGGTVFPVPLSIGSTWNVDLYRDMCRAVALETRSQGGAVTYSPVLDVVRDPRWGRTEECFGEDPYLISEYAVASVEGLQGDSLDSPSSVAATLKHFVGYGSSEGGRNAGPVHMGTRELMEVDMLPFKKAVEAGAASIMPAYNEIDGVPCTVNTELLDGILRKEWGFDGMVITDCGAIDMLASGHDTAEDGMDAAVQALRAGIDMEMSGEMFGKHLVKAVESNKLEVSVLDEAVRRVLTLKFKLGLFENPYVDPQVAEEVIGSQHHVELARQLAAEGIVLLKNENKALPLSKESGVIAVIGPNADQGYNQLGDYTSPQPPASVTTVLDGVRAKLGDEANRVLYAPGCRIKDESREGFEFALTCANQADTVVMVLGGSSARDFGEGTIDLRTGASKVTDDALSDMDCGEGIDRMTLQLSGVQLELAQEIHKLGKRMIVVYINGRPIAEPWIDEHSDAILEAWYPGQEGGHAVADILFGDVNPSGKLTMSIPKHVGQLPVYYNGKRSRGKRYLEEDSQPRYPFGYGLSYTEFRYSDIQVTPEVIGTGESAVVSVNVTNSGDREGSEVVQLYVSDVASKYTRPARELKGFRKISLQPGEQCKVEFTVGPEQLQYIGQDYKQVVEPGLFRVMVGKHVNDTLSADLTVQEG	PGPT0019110_3590	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
JZ016_06131	3114			hypothetical protein	ATGGAACGCATTCGACGCTTTATACGCGAACTGTCGGAGCGGCAGTGGCTCGAGTCGACGGAGCTTAGAGAGTGGGACATTACCCGAACCACTTACATGGTTCCGGGCGTGTATGAGGATACGGCTCCTTATACAGAGGGGCATGACTTCAACAGGTTTCCGAGCACGCAGGGAACAACCTATTTCTTTCGGAGGAACCTTGAATTGCCCACCCACTGGGTGGATGGAGCGATCGGACTTGTATTCCACTCCGGGGGCGAGGGATTATTGCGCATAAACGGAGTATCTTATCAGGGCTTGGACCGCAATCATACTTTCGTCAAGCTTGATCCGAAACGCACCGGCTTGAACATGGAGCTTGAGATCGAGTTGTACGATCCGATTCCGGAGCCGGTAGACCCGCTGAATCAGCAGGCTGTCATCCAGCCTCCGATTACTAGGGTGCAAAGCTTGCTAGTCAACGTGAACGTACCCGTTCAGAGCCTGATGTACACCGCGACCGTGATCCGCGATTCGCTTATCCTGTTGCCGGATAGCGATATGCGGCGAATTCGCTTAATGGAGGCGCTGTATCAGGCGATGGACCGCTTTGTCAGCCTGGAGGATGCCGCCATTCGGGATGGCGCTCAGGTAACCGGGATTGAGCATGATCTGAAACAGGCGGTTACTGCCATTGGCGGCCACGCTGAAGGCACCGAGCATATGGTAGGCCAATCGCATATCGATATCGCCTGGCTGTGGCCCGTCAGGGAAACCGTGCGAAAAACAAGCCGGACCTTCTCCACCATGGATGCGCTAATGAATGAATATCCCGAATTTAAGTACGCGCAGAGCCAGCCTTTGCTGTACCAATTCCTGAAGGATCACGATCCTGAGCTGTACGAGAGAGTGAAGGCCAGAATCAAGGAAGGACGATGGGAGCTGGTCGGCGGGATGTGGGTCGAACCGGACCTGAACATTCCGAGCGGGGAGTCCCTCATGCGTCAAATGCTGTACGGGCAGCGCTTCTATCAAGAAGAGTTTGGTCTGACATCTCATATTGAGTGGCTGCCGGATACATTCGGTTATTGTGCATCGCTGCCTCAGATCCTGAAGCATGGCGGCATTCGTTATTTCATGACAACAAAACTTGGCTGGAACGATACGAATGTGTTCCCTTACGACCTGTTCCATTGGGTCGGGATCGATGGAACCCCGATGTTATCCTATCTCAATCACGGCGTGAATGAGAACACGCTGCCCAAAGATGTTCATGAGCACTGGCAGTCATACCGCCAAAGAGCCGTTCATCCGGAGCAGATGCTGCTGTATGGACATGGTGACGGCGGAGGCGGCGTAACCCGCGAAATGTTGGAATATATCGACCGCGCCGGGCTTATGGTGGGGCAACCGGCCAGCAAGTACAGTACGGCTGCCGAGTTTTTCAGCGGGATCGAGGAAACACAGCCGAAGCTGCCGAAATGGCGCGGGGATTTGTATCTTGAGCTTCATCGCGGCACCTATACAACGCATGCGCGGAACAAGCGTCATAACCGGAAGGCGGAAATTCTGTACCGCGAGGCGGAGCTCTGGAATTCGGTGGCATTTTCGTCGATGGACAACGAGCAGAAGCAGGCAATTACGAGCGAGCTGCATGACGGCTGGAAGTTGATTTTGCTGAATCAATTTCATGATATTATTCCGGGGTCTGCCATTACGGAGTCTTACGTCACCTCCGAGAAGGAATACGAAGAGGTATTCGAAAAAGGAAATCACAGCCTCCGTCTTGGACTTCAGGTATTGGCGGATCAGGCCGATACAGAAGGGGAAGGCATTCCGTATGTCATCTTCAACGGACTTGGATGGAGCAGAGATGCGGTCATTTCGATTGAAGGAGAGCAGGGCCTTGCGCCGTATGATTCGGATGGAGCGCTGCTGCAATACGATGTCCAAACCGATGAGAACGGTAAAACCTCTCACCGCTTGAATGTTCATGTTCAAGGCATCCCGGCTTTGGGATACAAGACCATTTGGTTGAAGCCGCCAGCAGGAAACCAGGTGGTGGCGGAGAAATCTACTACAGTGTTCGCAGATTCATGGGAAACGGATCATTATAAGGTCAGCTTTAATGAGCGCGGCGAAATCACGAGCCTGTGGGATAAAGAGGCTCAACGGGAAGTGGTCAAGCCGGGCGAAGCCGCGAACCGCTTCCACTTCTTCCATGACCGTCCGACGCTGTGGGACGCATGGGATATCGATACCCGTTACGAGGAGCAATTAGCCGGAGAGGCGGAGCTGATCGAGAAGAAGCTGGTGCATGCGGGTGAGGTACAGGATGTGCTGCGTTTCCGCTGGCGCATCCATAACTCGGAGATCATGCAGGACATGATTTTTTATCATCATGACCGGCGGATCGACTTCAAGACGTTTGTCAGTTGGAATGAATCACATAAACTGCTGAAAGTCGGCTTCCCGATCGGGGTCGTTGCCGATAAGGCTACTTATGAGATTCCGTTCGGAACCATCGAGAGACCGACCCATCGCAATACAAGCTGGGAGCAGGCGCAATATGAAGTCTGCGGCCACCGTTTTGCGGATGTGTCGGAGCATGGATACGGCGTCAGCCTCATCAACGACTGCAAGTACGGGTATGACATTCAGGATAGCACCATCCGGTTGTCCCTGCTGCGCGCGCCGAAGTGGCCCGATGTCACGGCAGACTTGGGTGAGCATGAGTTCACATATTCCCTATACCCGCATGAAGGAGACTGGAGAAGCGCTGGAATCGTCCGCAAAGCTGCCGAGCTCAATCATGAGCTTCCATACGTAAGAACAAGCTCGAACAAGGGGCCTCGGGCTGCTGTTCATTCGTTTATTCCATTCGAGAGCGATCATGTGATCCTGGATACTGTTAAACCAGCAGAAGACGGTTCAGGGTATATTCTTCGGATGTATGAATCCGCGGGAGGCCGAGACGAAGCAGTGCTCAGCTGGCCTTATCCTTATGAAAGCGTCCATGTATCCAACGCCCTGGAAGAAGAACTCGAACTACTGGATACTGCGGAAGGAAGGTTAGCCCTTCAATTCTTGCCGTATGAGATCAAAACCATCAAATTGACTACACATCATACTTAA	MERIRRFIRELSERQWLESTELREWDITRTTYMVPGVYEDTAPYTEGHDFNRFPSTQGTTYFFRRNLELPTHWVDGAIGLVFHSGGEGLLRINGVSYQGLDRNHTFVKLDPKRTGLNMELEIELYDPIPEPVDPLNQQAVIQPPITRVQSLLVNVNVPVQSLMYTATVIRDSLILLPDSDMRRIRLMEALYQAMDRFVSLEDAAIRDGAQVTGIEHDLKQAVTAIGGHAEGTEHMVGQSHIDIAWLWPVRETVRKTSRTFSTMDALMNEYPEFKYAQSQPLLYQFLKDHDPELYERVKARIKEGRWELVGGMWVEPDLNIPSGESLMRQMLYGQRFYQEEFGLTSHIEWLPDTFGYCASLPQILKHGGIRYFMTTKLGWNDTNVFPYDLFHWVGIDGTPMLSYLNHGVNENTLPKDVHEHWQSYRQRAVHPEQMLLYGHGDGGGGVTREMLEYIDRAGLMVGQPASKYSTAAEFFSGIEETQPKLPKWRGDLYLELHRGTYTTHARNKRHNRKAEILYREAELWNSVAFSSMDNEQKQAITSELHDGWKLILLNQFHDIIPGSAITESYVTSEKEYEEVFEKGNHSLRLGLQVLADQADTEGEGIPYVIFNGLGWSRDAVISIEGEQGLAPYDSDGALLQYDVQTDENGKTSHRLNVHVQGIPALGYKTIWLKPPAGNQVVAEKSTTVFADSWETDHYKVSFNERGEITSLWDKEAQREVVKPGEAANRFHFFHDRPTLWDAWDIDTRYEEQLAGEAELIEKKLVHAGEVQDVLRFRWRIHNSEIMQDMIFYHHDRRIDFKTFVSWNESHKLLKVGFPIGVVADKATYEIPFGTIERPTHRNTSWEQAQYEVCGHRFADVSEHGYGVSLINDCKYGYDIQDSTIRLSLLRAPKWPDVTADLGEHEFTYSLYPHEGDWRSAGIVRKAAELNHELPYVRTSSNKGPRAAVHSFIPFESDHVILDTVKPAEDGSGYILRMYESAGGRDEAVLSWPYPYESVHVSNALEEELELLDTAEGRLALQFLPYEIKTIKLTTHHT	PGPT0018760_748	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018760-mngB|ypdB|manA-K01191	NA	NA
JZ016_06132	1320			hypothetical protein	ATGGAACAATTCAGACTCCCCAAAATACCAATGCCGGAGCTTGAGCTGCCGCAATCGATTCAGGCGGTTCTGCAAGAGGCTGAAGAAAAGCTTGCGCACCGTCCAAAGCTGCTTCAGCTGTTCAAGAACACTTTCCCGAACACGCTGGAGACAACAACCAAACTGATGGAGGATGGCACGACATTTGTGATTACCGGTGATATTCCGGCCATGTGGCTGCGCGATTCGGTAGAACAGGTGATCCATTACATTCCGTTTGCGAAGAATGATCCGCAGCTGCAGCGGATTTTAAGCGGATTGATCAAACGCCATTTTCAATATATTCATATCGATCCTTATGCCAATGCCTTTAATGAATCGGCGAATGACTGGCATTGGAATACAACCGACGAAACCGAAATGTCCCCATGGGTATGGGAGCGCAAGTTTGAGATTGATTCGCTATGCTTCTCCGTTCGTTTGGCCTACCTGTACTGGAAGGAAACCGGACTTACGGATGTGTTCGACGCCAACTTCAAGTCGGCTATGATCAAGATCATCGAGCTGTTTAAAACCGAGCAGCACCATTTCGAGAAATCGCCTTACCGTTTCACGCGGGATAACGGAATTCCAACGGATTCGTTGCGCAATAACGGGCTCGGCATGCCGGTGAATTATACGGGCATGATCTGGTCCGGCTTCCGTTCAAGCGATGACGCTTGCGACTTCCACTACAATATTCCGGGCAACATGTTCGCCGTTGTCGCCTTGCGTCAAATGCAGGAATTCGCGGAATGGGTATTCCGGGACATGAAGCTGCTCGATGAGCTGAAACGACTCGAAGCCGACGTGGATCACGGGATTCAGTTGTACGGCATCTACCGCCATCCGGAGTTTGGACCCATCTACGCCTATGAAACAGACGGTTACGGGAATTACTGCTTGATGGATGATGCGGGAACCCCTGGACTCATGTCCATCCCTTATCTGGGGTATTGCTCTGCAGATGATCCGATCTATCAAAACACCAGACGGTTTGCGCTAAGCAAAGAGAATCCTTTCTACTACGAGGGCGCTGTTGCCAAAGGAATTGGCAGTCCGCATACACCGCCGGATTACATCTGGCATATGGCATTGTCGATGCAGGGAATTACGGCACAGACGGCCGAAGAGAAGCTGGAGATGATTGCGCTGCTGGAAGCGACCGATGCCGATACCGGCTTTATGCATGAAGGCTTCCATGCCGACGATCCAAAAGTCTTTACTAGATCTTGGTTTGCCTGGTCCAACAGCCTCTTCTCGCAATTGGTGTATCAGGCGATGAAAGCAGGTATTCTATGA	MEQFRLPKIPMPELELPQSIQAVLQEAEEKLAHRPKLLQLFKNTFPNTLETTTKLMEDGTTFVITGDIPAMWLRDSVEQVIHYIPFAKNDPQLQRILSGLIKRHFQYIHIDPYANAFNESANDWHWNTTDETEMSPWVWERKFEIDSLCFSVRLAYLYWKETGLTDVFDANFKSAMIKIIELFKTEQHHFEKSPYRFTRDNGIPTDSLRNNGLGMPVNYTGMIWSGFRSSDDACDFHYNIPGNMFAVVALRQMQEFAEWVFRDMKLLDELKRLEADVDHGIQLYGIYRHPEFGPIYAYETDGYGNYCLMDDAGTPGLMSIPYLGYCSADDPIYQNTRRFALSKENPFYYEGAVAKGIGSPHTPPDYIWHMALSMQGITAQTAEEKLEMIALLEATDADTGFMHEGFHADDPKVFTRSWFAWSNSLFSQLVYQAMKAGIL				NA	NA	NA	NA	NA
JZ016_06133	3141			hypothetical protein	ATGAGCGGGCGTCTGATTGTATTCTACGATCCGTCCTTTCCGGCAGCAGAAGCTGCCGGTTTGCCGGCTAGCGCGGCGGCCCTGCATGCATTCGATGTCGTGTGTCGTGCTGAGGATTTGGCTGAAGCGCTGGAATCTGCAGGTGGACAGGGCGCAAGCTTTGTCAATTTGCATGCGCCTTACTTCCCGAAAAGCGCCTGGAGAGCGATCCTGGGCTTTCTGAGAAATGGCGGCGGTCTTGTCAGCGTAGGCGGTGCCCCCTTCAAACGCCCTGTCCGTATGGAGGATGGCGCTTGGGTGGTGGAGCATGAACAGACGGCATACCACCAGCAGCTCCACATTCACGAGGTGCTGCCAGTAGACAGCGGACGCGTCGACCATTTAACTGCAAGTGACGTTATTCCGGTTATGGAGAGCTGCCATGAGCGGTTATCCGTCCGCGATACGTGGAACCTGGTTCCGCATGTCACCAAAAGCAGTGACCTGCCGCATCAGATGGGATCGGCCGGGCCGATGGATACACGGATTTATCCGCTTCTTAAGGGGACCACGGCGAAGGGACGAGAAGTCGCGGCTCCTGCCGTTTTGTGGGAAAACGTCGGCGGACCTTTCTTGGGCGGACGCTGGATGTTTGTGAATCAGCCTCTCTCAACCTCTTTCTGGGAACAGGATGGAGGAGATGAGGTACGGCGCTGGGCGGCATTCTGCGCAAAGGGCATCACCGAGCTGTGGATCAAGCCGAATTATGCGGCCTACGAGTCCGGCGAGCGCGCGATTCTGACCCTGCAGGCACAACGTCTTGGCCGGAGCTTACCCGTACAAGAGCCGCAGAGCTGGACATTCCGCATCTCCGTCAAGCACGACCAAGATGAGTCCTTATCATGGCATCATTCCGAGACGGTGGATGTGACCGGACAATTTCATGTGCAGCGCATTCCGGTTATGCTGGATATCAAGCCTGGATCCTATCGGGTCGTATGTGAAGCTGAAGGACCGGATGGAGAAATCCGCGTGCTGAGACAAGGGTTCTGGGGAACAGATTCCGAGCTTTTGCAGGCGGGAACGCCTGTAACCTGCAATCGGGATTACTTCATCAAGGATGGCCGCCCGCTGCCTGTTGTCGGGATGACTTACATGACCTCCGATGTAGCGCGTAAGTTCCTGTTCCTTCCGAACACGGATGTATGGGACCGCGATATGGCACAGATGCGTAATGCGGGCATCAACTGGATTCGTACCGGTATCTGGACCGCATACCGCAATATTATGCAGGTGGACGGTCATGCATCCGAAGAGGTTTTGCGTTCGATTGACGCCTTCCTGTTAACGGCGAAGAAGCATGATTTGCAGGTGACATTCACGTTCTTCTCCTTCACCCCGGAGACTTGGGAAGGTCAAAATCCTTACCTCGATCCGCGAAGTGTGGAAGCGCAGAAGCGTTTCATACGTTCCATCATTAGTAGACATAAAGATACGAAGAATGTGGACTGGGATCTGATTAACGAGCCATCCATGTTTGATCCGCCGCAGATATTCTCGGACGGACCGCGTTCCGCGAAGGATCCATTCGAGAAACAAGCTTATATCGACTGGCTGAAGAAGCGCCATGGTTCGATTGAACGTCTGCAGGAACGCTGGAATATGACAGCCGATCAGCTGCCGGGTTTTGACTCCGTGGTTCCACCGGAGCCTCAAGTCATTAATTTTGACGTTCAAGACATGCATCAAGGGAAAAAAGGCACCCAATGGCTTGATTACGCACTGTTCTCCATGGACATGCATAACCGTTGGGCCAAGGAATTATATGACGATATTAAAGAAGTATGCCCGGATCATATGGTTACCGTTGGACAGGACGAGGCGCTTGGCGCACAGCGTCCATCTCCGTTCTTCTATGCCGAAGCCGTAGACTATACGACGGTCCACTCCTGGTGGTTCAACGACTATTTGATCTGGGACGGCATCTTTGCCAAAACGCCGGATAAACCGAACCTGATTCAGGAAACGGGCATCATGTACGTGGAGACACCGGATGGCCGGGCGAAGCGAAGCGAAGCCGAGCTGCGGAATTTGCTGGAGCGCAAGTATGCTTACGCCTTCTCAACAGGGGGCGCAGGAGCCATTCATTGGATCTGGAACACGAATTTCTACATGGACAATGCCAATGAATCGCATATCGGAGCTGTCCGCGCTGACGGTACGGAGAAACCGGAAGCGGATGTGTCGTATGATTTCGGCGCTTTCATGGAAGGCATCCGGGATATGTTTAAAGGCCGGAAGCTGGAAGAGACCGCGGTCATCTTCCCTTATTCGAACGATTTCTCGAACCGTAAGCTCGCTTTTGAAGCAACGACCAAGGCGACGCGCGCACTTGCTTACGAGCTGAACGTGCCATTCCGCGCTGTCGGGGAATATGATTTAAGCTCGCTGCGTAACCATCCAGTGAAGTTCGTCATTCTGCCGAGCGCGCACAATGTAGATGACCAGGCGTTTGCCGAGTTGATGGATATCGTGAAGGAAACGGGAGCTACGCTGCTTCTGACAGGTCCTATCAGTCTGGATGCATATTGGCATCAGGTCGATCGAATGACCGAGGAGCTGGGCGAGAGAAAGCTGGCGAATGTGCGCCGGGAAGAAAGCTTGCGCATTGGGGATACTACATGGTCTGCATCGTATGGCCATCGGAAGATTGCCGAGCTGAGCAAAGAAATTCCGGCAGGCAGCGGAGCGAAACCGGCTGATCTGGCCGGCGACTCTATCGTGGACGTGAAGCTTGGAGCAGGGCGTCTTCTCTGGAGCCCGCTTCCCGTAGAAATGAATGATCGAATCGACACCATTTCGGCTTTATATCGGTATGCATTGGAGCTGTCCGCTGCAGACACTGGACTGATCTGGCATCAAGGCGGAGAACATTCCGGCGTATATGGACGCAAGGTAACGTTTGAAGAAGGAGCTCTCTTCGTATTCGGCTCGGAGCAATCGTGGGACACGAACGTTGAGGTAAAGGATCCTTCCACAGGCCTCATCTATTCATTCGTGCTGGAAGCGGATCGTTCGGTCTTGTTTGCAGTTGATGCGAGCGGTGACCTGTTATCGCTGTACCGTCCGGATGAGGTCGAAATCACGGTATCGAAGGGCTAA	MSGRLIVFYDPSFPAAEAAGLPASAAALHAFDVVCRAEDLAEALESAGGQGASFVNLHAPYFPKSAWRAILGFLRNGGGLVSVGGAPFKRPVRMEDGAWVVEHEQTAYHQQLHIHEVLPVDSGRVDHLTASDVIPVMESCHERLSVRDTWNLVPHVTKSSDLPHQMGSAGPMDTRIYPLLKGTTAKGREVAAPAVLWENVGGPFLGGRWMFVNQPLSTSFWEQDGGDEVRRWAAFCAKGITELWIKPNYAAYESGERAILTLQAQRLGRSLPVQEPQSWTFRISVKHDQDESLSWHHSETVDVTGQFHVQRIPVMLDIKPGSYRVVCEAEGPDGEIRVLRQGFWGTDSELLQAGTPVTCNRDYFIKDGRPLPVVGMTYMTSDVARKFLFLPNTDVWDRDMAQMRNAGINWIRTGIWTAYRNIMQVDGHASEEVLRSIDAFLLTAKKHDLQVTFTFFSFTPETWEGQNPYLDPRSVEAQKRFIRSIISRHKDTKNVDWDLINEPSMFDPPQIFSDGPRSAKDPFEKQAYIDWLKKRHGSIERLQERWNMTADQLPGFDSVVPPEPQVINFDVQDMHQGKKGTQWLDYALFSMDMHNRWAKELYDDIKEVCPDHMVTVGQDEALGAQRPSPFFYAEAVDYTTVHSWWFNDYLIWDGIFAKTPDKPNLIQETGIMYVETPDGRAKRSEAELRNLLERKYAYAFSTGGAGAIHWIWNTNFYMDNANESHIGAVRADGTEKPEADVSYDFGAFMEGIRDMFKGRKLEETAVIFPYSNDFSNRKLAFEATTKATRALAYELNVPFRAVGEYDLSSLRNHPVKFVILPSAHNVDDQAFAELMDIVKETGATLLLTGPISLDAYWHQVDRMTEELGERKLANVRREESLRIGDTTWSASYGHRKIAELSKEIPAGSGAKPADLAGDSIVDVKLGAGRLLWSPLPVEMNDRIDTISALYRYALELSAADTGLIWHQGGEHSGVYGRKVTFEEGALFVFGSEQSWDTNVEVKDPSTGLIYSFVLEADRSVLFAVDASGDLLSLYRPDEVEITVSKG				NA	NA	NA	NA	NA
JZ016_06134	2736	mngB	COG0383	Mannosylglycerate hydrolase	ATGGATCAATCCAGAAAAGCACATATTATTTCGCATACTCACTGGGACCGCGAGTGGTATTTACCGTATGAAAAGCACCATGTGCGGCTGATCGAGCTCATGGACAGCTTGCTTGAGACGATGGAGAAGGACTCGGAGTACCGCAGCTTTTTCCTTGATGGCCAGACGATTATTATCGAAGATTATTTGCAGGTGAGACCCGAGAAGAAGGAGCAGCTGGAGAAGCTGATCACGGATGGTCGCATTATGATCGGTCCATGGTACATTCTGCAGGATGCCTACCTGACAAGCAGTGAAGCCAACGTGAGAAATATGCAGATCGGACACCAGGATGCCGAGCGATACGGCACAGTTGCCAAAATCGGTTATTTTCCCGATACATTTGGACTTACAGGCCAAATACCGCAGTTGATGCTGCAGTCCGGCATCGATAATGCCTTTTTCGGCCGGGGCGTGAAGCCAACGGGCTTTAACAATACCGTCTCCGACAGCGGCTATGAGTCCTCATTCTCAGAGCTGATGTGGGAAGGTCCGGACGGCTCCAAGGTGCTGGGCATCCTGTTTGCCAACTGGTACAGTAACGGTAACGAGGTTCCCGTTGATGAAGCGGAAGCGAAGGCATTCTGGGACCGCAAGCTGGCGGATGCCGAGAAGTATGCTTCCACGCCTGAGCTGCTCTATATGAACGGGTGTGACCATCAGCCGATACAGACTGATCTTCCGGAAGGCATCCGTACAGCGAAGAAGCTGTATCCGGATACGGAGTTTATTCATTCCAATTTTGACGATTATCTGACAGCCGTTCGGGAGAAGCTGCCGCAGGATCTTTCCTCCGTAAAAGGAGAGCTGCGCAGTCAGCGTACCGATGGATGGGGAACGCTCGTGAATACCGCTTCGGCACGTGTGTACCTGAAGCAGATGAACCAGCGCGGCCAGACCTTACTCGAAAAAGTGGCCGAACCGCTTGCATCCTACGCGAGCCTGCTGGGCAAGGAGTATCCGCATCATCTGTTCACCTACGCATGGAAGACCTTGATGCAGAATCATCCGCATGACAGCATCTGCGGCTGCAGCGTGGACGAAGTTCACCGCGAAATGGTTACCCGCTTTGAGAAAAGCGCACATGTGGCTGAAAATATCGTGGACGACAGTGTTCGCGTCATTGCAGATGCCGTTGACACGAGCGCCTTCGAGCAGTGGGGATCCGATCCGCTGCCGCTTGTTGTATTCAATACGACGGGTTGGAGCCGCAGCGGTACGGTCAGCATCGAGCTGGACGCGAAACGGCTCTATTTCCGGGAAGGTTACTCCTTGGAGGAAACCAGCCGCCGGATGAAGGAAATCGACTTGTCCGGCCGCGTGCTGGTTAACGCTCAAGGACAAGCTGTGCCTTGCACCGTTGAGGATCTGGGTCTTCAGTTCGGGTACGATCTGCCGGACGACCGTTTCCGCCAGCCGTATATGTGCCGTCGTGTGAGACTCACCTTCGAGGCAAGCGCAATTCCGGCAATGGGATTGACTTCTTATGCTTGGGTGAAGAGTGAAGTGAAGCCTGCCGAGGTTGAATCCTTAATCAGCAATGCCAATGTGATGGAGAATGAGCTGATCAAGGTTGAGATCCAAGGGGACGGTTCCTTCGCCTTGACGGATAAAAAGAACGGACAAGTATACCGCGATCTGGGCGTCTATGAAAACACCGGAGATATCGGTAACGAATATATGTACAAACAGCCGGATGGCGAAGCGGCATTGACCACGAAAGGCCAAACCGCCCAAATTTCGGTTCTGGAAGATACGCCTTACCGCGCATCCATTGAAATCGTTCATAACTGGTCCATTCCGGCTATGGCCGACAGCAAGCTGGATGAAGAGCAGCATGAGCTTGTATATTATCCAAACCGCAAAGCGCAAAGATCGAGCGAGATGGTGCCCATGCGCATTCGTACCGTGGTCAGTCTGAACCGCAGCGGCAAAGGCGTGGAGATTGAAGCGACGATGGATAATCAGGCGAAGGATCATCGGGTGCGTGCATTGTTCCCAACGGATCTGCAGGCATCGTCACACAACGTGGATTCCATGTTTGAGGTGGCAACGCGGGATAACGAACCTGCTGCCGAATGGGAGAACCCGAGTTATACGGCTCACCAACAGGCTTTCGTTGACGTTACGACGGCTACTGCAGGGTTGACGGTAGCTAACCAGGGATTGAATGAATATGAAGTCCTGCGTGACGGCCGGAATACCATCGCCGTTACATTGCTTCGTTCCGTAGGCGAGCTCGGTGATTGGGGGTACTTCCCTACACCTGAGGCTCAGTGCATCGGCGTTCATACCGTACGTATGGAGGTCATTCCGCATCAGGGAGACGGCATGAAGTCAGGCGCATACGCTGAGGCTTACCAGTTCCAAATTCCATGGACGGTTGCACAGACCGGAGTCCATGCCGGCGCCGTCGCATCGACTTCCGCACCGCTTGAATGGAGCCATGAAGAGCTTGCGTTCTCTTCCCTGAAAGTGAATCCGAAGACCGGGGATCTGATGCTGCGCTGGTTCAATATGGCGGGCACGGATACAGAGCTGAAGCTGAAATCTTCTCTACCTTCCCGGGGCGTTTATAAGAGCTCTATTCTGGAAGTAGAGGGTACGGTTCAAAGCTTTGATAATCAAGAAAGCTTCACGCTGCCGGTTAAGCCTCACGAAATCGTGACGCTCGGCGTTAAAGTTACGGTCAAGTAA	MDQSRKAHIISHTHWDREWYLPYEKHHVRLIELMDSLLETMEKDSEYRSFFLDGQTIIIEDYLQVRPEKKEQLEKLITDGRIMIGPWYILQDAYLTSSEANVRNMQIGHQDAERYGTVAKIGYFPDTFGLTGQIPQLMLQSGIDNAFFGRGVKPTGFNNTVSDSGYESSFSELMWEGPDGSKVLGILFANWYSNGNEVPVDEAEAKAFWDRKLADAEKYASTPELLYMNGCDHQPIQTDLPEGIRTAKKLYPDTEFIHSNFDDYLTAVREKLPQDLSSVKGELRSQRTDGWGTLVNTASARVYLKQMNQRGQTLLEKVAEPLASYASLLGKEYPHHLFTYAWKTLMQNHPHDSICGCSVDEVHREMVTRFEKSAHVAENIVDDSVRVIADAVDTSAFEQWGSDPLPLVVFNTTGWSRSGTVSIELDAKRLYFREGYSLEETSRRMKEIDLSGRVLVNAQGQAVPCTVEDLGLQFGYDLPDDRFRQPYMCRRVRLTFEASAIPAMGLTSYAWVKSEVKPAEVESLISNANVMENELIKVEIQGDGSFALTDKKNGQVYRDLGVYENTGDIGNEYMYKQPDGEAALTTKGQTAQISVLEDTPYRASIEIVHNWSIPAMADSKLDEEQHELVYYPNRKAQRSSEMVPMRIRTVVSLNRSGKGVEIEATMDNQAKDHRVRALFPTDLQASSHNVDSMFEVATRDNEPAAEWENPSYTAHQQAFVDVTTATAGLTVANQGLNEYEVLRDGRNTIAVTLLRSVGELGDWGYFPTPEAQCIGVHTVRMEVIPHQGDGMKSGAYAEAYQFQIPWTVAQTGVHAGAVASTSAPLEWSHEELAFSSLKVNPKTGDLMLRWFNMAGTDTELKLKSSLPSRGVYKSSILEVEGTVQSFDNQESFTLPVKPHEIVTLGVKVTVK	PGPT0018760_1744	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-MANNOSIDASE,PGPT0018760-mngB|ypdB|manA-K01191	NA	NA
JZ016_06135	162			hypothetical protein	ATGGACATCCATTCGGAGGAATATAAAATTGCCTCACTCAATGGGAATGAAGGTACCTTGAAAGCGATTGAAGATGCTGAGACCAAAATTGCCGAGCTTACGGGCAAAGATATCACCCTGATTGCTTACGAGAAAGACCATACCCAAGAGAAGAATCAATAA	MDIHSEEYKIASLNGNEGTLKAIEDAETKIAELTGKDITLIAYEKDHTQEKNQ				NA	NA	NA	NA	NA
JZ016_06136	441			hypothetical protein	ATGAAATACTTTTTGATGATTGTCACTGCAATGGTCGTTTCGATGACTTTGAATTCCACAGCAGTCGTGGAGAAGAGTGAGGTTAATGTAACTGGCTCATCGGAACAAATACAACCCGAGGAAAAAGCAGCAAATAGTAAGCCTGCGCAATGGAGCGAGGGATTTGTTGTATGGAGTGGTGGAAACTCTTACAAAGTATTGAAGCATGCCGTGCTTCCTTCTTTTAAAGCCGGAACCAAGCTTGGAGAAGTGAGCCGCGAGATCGATCATGCGGACGTTGCGGATCATCGTGCTCCAGAGGGAGTACGGTTGGAAGATGGAGATAGCAGTTTACCTGTCGGAACGGCCATCTATCAGTTGGCTGGGGCGCCTGCTGAGAAGGTGCTCTTGGTTGAAATGGATGGACAATATTATAAAGCTGTCAGACAATATGAACGATGA	MKYFLMIVTAMVVSMTLNSTAVVEKSEVNVTGSSEQIQPEEKAANSKPAQWSEGFVVWSGGNSYKVLKHAVLPSFKAGTKLGEVSREIDHADVADHRAPEGVRLEDGDSSLPVGTAIYQLAGAPAEKVLLVEMDGQYYKAVRQYER				NA	NA	NA	NA	NA
JZ016_06137	384			hypothetical protein	ATGATTCAATTTGAAAGACTGCACCATGTCAGCTTGGCCGTACGAAATTTGGAGACAGCGAAGGTGTTTTACTCGGAGGTGCTGAGGTTTCAGGAGCTGCCGCGACCGCCGTTTGCCTCCAAGGGTGTCTGGTACGCTGTCGGAGACCAGCAGCTTCATCTGCTGGAGCATCCCATCAGTGATACGCTGCGGGAGCGCGGAATCGATACGACGGACGGGCATTTCTCGATCTGGGTGAAAAGCTACCGCGAGACGAAGGAATGGCTGGACCGAATGAATGTCGAGTATGTGGCTAATCCCGACAGCGTTGCCGGCTTTGCCCAGATTTTCGTGCTGGATCCAGACCGCAATATCATTGAATTCGGAGCGGAGTATGGATCGTAA	MIQFERLHHVSLAVRNLETAKVFYSEVLRFQELPRPPFASKGVWYAVGDQQLHLLEHPISDTLRERGIDTTDGHFSIWVKSYRETKEWLDRMNVEYVANPDSVAGFAQIFVLDPDRNIIEFGAEYGS				NA	NA	NA	NA	NA
JZ016_06138	627	yfiR		putative HTH-type transcriptional regulator YfiR	ATGTGTCCACGGGTTAGTGAGGAATACAAACAGGAGAAGAAGCATGAAATATTGAGGGCGGCCAGGCGCGTTTTTATCAGAAAGGGCTATGCCCGCACCGTGATGCAGGACATTATGGATGAAGCGGGCATGTCCCGCGGAGCCGTGTATGCGTATTTTGATAATGTGGAGCATGTATTTATAGAGGTCCTCCGTTTTGACGACCAAGAGACGCTCCGTTTTTTTGAACCGGATCCGCAATATCCGATATGGAATCAGTTGATGGACTGGGTTCAGAAACAGCAGGGTGATCTATCGCTAATCCGGCATTCGCTTGTATTGGCCAGGGCAGAATTTTTCCTGTCTTCCTCTTATGTTCATGCCAGGAAGGATTATCCCTATATAACCGAACGATATCAACTGACTGTTGAGGCCATGGGACGGGTCTTTCGGAAAGGTCAGGAGCAAGGGGAGTTTCGGCCCCGATTGGAACCGGAAGCCATCGCGCGATATATGATCTCGTTTCTGAACGGACTTATGCTGGATACCTTCCAGCTCGGACCGACGATGACTTGCGTACCGGAGCAGCTGGAAACGTTCATCCAATCTCTCTGCGTAATGTTAGATCCGATATCAATAGAAACATGA	MCPRVSEEYKQEKKHEILRAARRVFIRKGYARTVMQDIMDEAGMSRGAVYAYFDNVEHVFIEVLRFDDQETLRFFEPDPQYPIWNQLMDWVQKQQGDLSLIRHSLVLARAEFFLSSSYVHARKDYPYITERYQLTVEAMGRVFRKGQEQGEFRPRLEPEAIARYMISFLNGLMLDTFQLGPTMTCVPEQLETFIQSLCVMLDPISIET				NA	NA	NA	NA	NA
JZ016_06139	540	speG		Spermidine N(1)-acetyltransferase	ATGCTATTTAATTCTGCTAGATTGACATGTCGAAAAATGACGATGAATGACGCGGAGCTTTATCATACCTGGCGTAATGATCTCGAAGTGATGCAATCCACCAGTCCTTGCCTGGATGCTTATCAACTGGAGGAAACAAAGGACTTCGTTCAGCATGTGATCCTGGGCTCTTCCTCCTCGAAGAGCTATCTGATCCTGTTGAAGGATACCGGCAGACCGATCGGCATCATGTCATTGGTTCATATCGATACCAAGAACCGGAATGCGGAGTGCATCATCGACATTGGCGAAAAGACTTTTTGGGGCAAAGGGTACGGCTTTGAAGCGATGACGCTTTTGCTCGATTATGCTTTTTTGGAACTGAATCTGCACAGGGTAAGCTTGCGAGTATTTTCCTTCAACCATAAAGCGATCAAGCTGTATGAAAAAATCGGATTTGTCCACGAGGGCAGCTCCAGGCAGAGCTTGTACCGGAATGGCGTCTGGCATGACATCGTGCATATGGGGATACTGCAGAGTGAGTATGCGTCAAAAGGTTGA	MLFNSARLTCRKMTMNDAELYHTWRNDLEVMQSTSPCLDAYQLEETKDFVQHVILGSSSSKSYLILLKDTGRPIGIMSLVHIDTKNRNAECIIDIGEKTFWGKGYGFEAMTLLLDYAFLELNLHRVSLRVFSFNHKAIKLYEKIGFVHEGSSRQSLYRNGVWHDIVHMGILQSEYASKG	PGPT0007790_759	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007790-speG-K00657	NA	NA
JZ016_06140	786	lnrL_10	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGTCCGAAAATGAAGTGTTATGGATTCAAGACCTGCGCATGAAATATGATAATCGTTATGTGCTGAACGGTATCGACTTGGAGGTACGCCGCGGCGAGATGATTGGATATATCGGTCCGAACGGAGCGGGGAAAAGCACGACGGTCAAGATCATGCTCGGGCTGGTTGAGGGGTACACGGGGACAGTCCGCATATTCGGTCAGGATATTTCCGATGGGAATATCGATTACAAACGGAGAATCGGATATGTCCCCGAGGTGGCCGAATTGTACGATCAGTTAACGGCTGCCGAGTATTTGACCTTTATAGGCGAGTTGTACGGACTTACATATGATGCAGCGGATGATAAGGCGAAGCAATTGATGGAATGTTTGGACATGGAAAAGGCCTATCACTCGCGGATCGCTACGTTTTCAAAAGGAATGCGGCAAAAGGTGCTGCTGATCTCGAGCCTGCTGCATGACCCTGATCTATTGTTTCTGGATGAGCCCTTAAGCGGGCTGGATGCGAACAGCGTGATGGTGGTCAAGGAAGTTTTGGCTCAACTCTCGGCCCAGGGCAAGACGATTTTTTATTCCTCACATATTATGGACGTCGTTGAGAAAATCAGCAGCCGGATCATCCTGCTTGCTGACAGCCGGGTAGTGGCAGACGGAACGTTCAAAGAATTACAACAGCATTCCCATGAGGGGTCCCTGGAAGAAGTGTTTAATCAGCTGACGGGGTTCCATGACCATGCCCGTATTGCGGAACGGTTCGTATCGATCATTCGGGAGGGAAGTTGA	MSENEVLWIQDLRMKYDNRYVLNGIDLEVRRGEMIGYIGPNGAGKSTTVKIMLGLVEGYTGTVRIFGQDISDGNIDYKRRIGYVPEVAELYDQLTAAEYLTFIGELYGLTYDAADDKAKQLMECLDMEKAYHSRIATFSKGMRQKVLLISSLLHDPDLLFLDEPLSGLDANSVMVVKEVLAQLSAQGKTIFYSSHIMDVVEKISSRIILLADSRVVADGTFKELQQHSHEGSLEEVFNQLTGFHDHARIAERFVSIIREGS	PGPT0006725_21811	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_06141	1635			hypothetical protein	ATGGGGGGATTGGAATCATCGTTTCGAATGCTGAAGATACTGGATCGCTTTCAGGGAATTATTTCGAGAATGGGTGTCGACTATGCAACCCTGCGCAGGATCCTCCATGTCAAATTGCTGATGGATTCGAGGCGTGCACCTGTCATATTATCTTCAAGCAACAGGAAGAAAGAAGAAGAGCAGGACAAGAACCTGTTTGTCAGCTCCCTCTGGCTGTACGGCTTAATCGGGCTTGTCCTGACGCCGTTTGTGTTCTGGAGCGATCCGGAATATTTAATGCCGATGAGCATCCTGTCTGCGATCCTAATGTTCTTGATCATGAGCTCCATGATTTCAGATTTCTCTTCCGTGCTCCTTGATGTGCGCGACCGCAGCATTTTGATGACAAAGCCGATCGACGGTCGTACGGTCGGGTTGGCGAGATCGATTCATGCTGGAATTTACTTGCTGCTGCTTACCGGGGCGCTCTCAGCAGGCTCACTGGTCGTAGGATTGATCAAGCATGGCGTGCTGTTCTTTCTGATCTATATCCTGGAGTTAATTCTGATGAATATGCTCATTCTGGTGAGCACTTCCTTGGTTTATCTGTTGCTGCTTAAGTATTGGGATGGAGAGAAACTGAAGGATCTGATCAATTATGTACAGATTGGACTTTCCGCCGCGCTGGCCATTGGCTATCAGTTTGTGATCCGTTCCTTTGATCTGATTGATTTCAATTTGGTATTTACGCCGGCCTGGTGGCAGATTCTGCTTCCGCCGGTGTGGTTTGCGGCTCCATATGAGTGGCTGTTTGGCGAGGGGAGCGGGTGGCTGACCGTTCTCTCGTTGCTGGCTGTACTGGTACCGATTGTGCTTATGATCGTTTATGTCCGTTATATTCCTTCTTTCGAGCAGCATCTGGAGAAGCTGGCTCACAGCGATGCGGGAAAAGGGCGGGAGCGCGGGCGATTGGACAGATTCTTGGCCAAATTGGTATGCCGGTCGCGCACGGAGCAGGCTTGTTTCCGATTATCTTCCAGCATGCTGAAGAATGAGAGAGAATTTAAGTTTAAAGTGTATCCAACACTCGGATTGTCCGTGTTACTGCCTTATTTATTTTTTGTCTCCACAATCCGCAACTCCTCATTGACCGAAATCAGCCAGGGATCGTCGTACTATGTACTGCACACGATGCTTATTATGATTGTAACGGTCGTTATGATGCTGAAATTCTCCGGCAAGCCCAAAGCCTTCTGGCTATTTGGCGCAGCCCCGATGCCAAGCATGAATCCATTATACCAAGGGGCGTTAAAGGCTTTTGCGGTCAGAATGTTCCTGCCGCTCTTCACTGTGAACGCGGTCATATTCCTGATTCTGTTCGGAAGCCGGATTATCCCGGATGTTCTCATCGTATTCCTTACCGGCTTGGTGTTGATTCCTTTATCAGCCAAGGCAATTCTGCGCACTCCACCGTTCTCTCAGGCGTTTAATATGGCTCAGCAGAAAGACGGCTGGTGGGTGCTGCTTTTCTTCATTGTAGTGGGCGGATTATGCGGTTTGCATTATGCAAGCAGCATGCTTCCCTATGGCATGTTAGCATATATCCTCATGCTGCTCGTTGCGAATGGATTGGCATGGACCAAGCTGTATAAGTGA	MGGLESSFRMLKILDRFQGIISRMGVDYATLRRILHVKLLMDSRRAPVILSSSNRKKEEEQDKNLFVSSLWLYGLIGLVLTPFVFWSDPEYLMPMSILSAILMFLIMSSMISDFSSVLLDVRDRSILMTKPIDGRTVGLARSIHAGIYLLLLTGALSAGSLVVGLIKHGVLFFLIYILELILMNMLILVSTSLVYLLLLKYWDGEKLKDLINYVQIGLSAALAIGYQFVIRSFDLIDFNLVFTPAWWQILLPPVWFAAPYEWLFGEGSGWLTVLSLLAVLVPIVLMIVYVRYIPSFEQHLEKLAHSDAGKGRERGRLDRFLAKLVCRSRTEQACFRLSSSMLKNEREFKFKVYPTLGLSVLLPYLFFVSTIRNSSLTEISQGSSYYVLHTMLIMIVTVVMMLKFSGKPKAFWLFGAAPMPSMNPLYQGALKAFAVRMFLPLFTVNAVIFLILFGSRIIPDVLIVFLTGLVLIPLSAKAILRTPPFSQAFNMAQQKDGWWVLLFFIVVGGLCGLHYASSMLPYGMLAYILMLLVANGLAWTKLYK	PGPT0006730_1108	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_06142	678			hypothetical protein	ATGGAAGTTATTTGGTTTATGTTGTTTTCAACATTTGAAACACTGGCTATTTATTCGCTAATCATGACATTGCTTAGATTCAAGACGACAGAGTACATATGGCAGGCGTTGATTGTCATGATCCTTGCCAACTTACAAAGTTTCATCATGCGCAACGAACTTCAATTGGATTTTCTAGCCCCTCTCATTACCGTGTTAATCTTCGTTTTCTTATTCTCAGCCATTATTAAGATCCCGGTTATCTGGTCGGCGATCTGCACCATTCTGGGTTATATGTTTTATGCGTTAATTCAAACGGCATATCTGACAACGATATTCGGATCAATCGACTCCATTCAGACCGATCATGCCAATGGTTATATTCTTCAAATCCTCTCAGGTGCGACAGGACTATTGATATCCTGGGTTATGTACAGGTTTGGTATTGGGTTTAAGTACGATCTGGAAAAGCTGCGCATTAAATTTGAACATGTTCTATTGATCACGTTGATTATCGTGGTGTTGATATTAATTGCAATTCTATTTTACCTTAATCGTTTATGGCTGCACCTTCTCTTCTTTGGAATAACATTTGGAATCTTCTTGTATTATGCCATCAATACAGAGGAGCGGGAATCTTATGATCATAGAAGGCTTGTCAAAGTGGATAGCGGAGGGGATCAAACGCCAGGTACCTGA	MEVIWFMLFSTFETLAIYSLIMTLLRFKTTEYIWQALIVMILANLQSFIMRNELQLDFLAPLITVLIFVFLFSAIIKIPVIWSAICTILGYMFYALIQTAYLTTIFGSIDSIQTDHANGYILQILSGATGLLISWVMYRFGIGFKYDLEKLRIKFEHVLLITLIIVVLILIAILFYLNRLWLHLLFFGITFGIFLYYAINTEERESYDHRRLVKVDSGGDQTPGT				NA	NA	NA	NA	NA
JZ016_06143	543	agrB		Accessory gene regulator protein B	ATGATCATAGAAGGCTTGTCAAAGTGGATAGCGGAGGGGATCAAACGCCAGGTACCTGACCATAAGTCCTCTGTTTCTGTTCTGAAACATGCGATCACCATCATTTTAAACGTATTATGTATTGTGGTCTTCACGCTGCTTATCTCTATTTTTACAGGTAACATGAAGCAGGCTGTGATAGCCTTGGTGGGTTTTGCGGTACTAAGGCAATTTTCCGGAGGATATCATCTTAAGACGGGGGCAGGCTGTATTGCATTCACGACAGCGCTATTCACTCTGGTGTCTTTTGCGGATATGGGGAATGCAAGCATTCTCGTAATTACTGCTCTCAGTCTGTTGCTGGTGATGCTGTTCGCTCCCAGCCGAATTGAGAAGCAGTCCCGTATACCGAGGAAACATTACGTAAAACTTCGCTTGATTAGCTGTTTCATCGTTATGTTTAACTTTGGACTCCAGTCCCCAACATTGGCTGTCATATTTTTGGTCCAGGCTATCAGTTTAATACGCTGGAAAGGAGGACAAGCTCATGTTATGGATCCATAG	MIIEGLSKWIAEGIKRQVPDHKSSVSVLKHAITIILNVLCIVVFTLLISIFTGNMKQAVIALVGFAVLRQFSGGYHLKTGAGCIAFTTALFTLVSFADMGNASILVITALSLLLVMLFAPSRIEKQSRIPRKHYVKLRLISCFIVMFNFGLQSPTLAVIFLVQAISLIRWKGGQAHVMDP				NA	NA	NA	NA	NA
JZ016_06144	141			hypothetical protein	ATGTTATGGATCCATAGGATTAGACATCGGTTGTTTTCGTTTATCGCATCTGCTCTGACGTTGGTAGCTGTTTTTGTAGTTAATACTGCAAGTCCCGTTTTTGTATATAGCGGAGAGACGCCGGAAGAACTGTTAAAGTAA	MLWIHRIRHRLFSFIASALTLVAVFVVNTASPVFVYSGETPEELLK				NA	NA	NA	NA	NA
JZ016_06146	264			hypothetical protein	ATGGCAGGTGGGAAATCCCTTCATTTCAAACGAGCCGGACTGGTGCTCTCGTTGCTGGGGGTAACTGTACTGGGCAGCGGTTGCAGTATCCCGGAGAGAACGTCGGTGCAGCTGGAGCCGCTCCATGGATCAGCAGCGCCCGTAATGCTCGATGTTTACGGCCGTTCTGTAGATCAGGATGTGTATTCCAAGCAGGGAAGCGGGGCACTGGAGCCGGTTCCGCCGATGGATTCGGTGGACACATTACGTGATCTCCAACCATAA	MAGGKSLHFKRAGLVLSLLGVTVLGSGCSIPERTSVQLEPLHGSAAPVMLDVYGRSVDQDVYSKQGSGALEPVPPMDSVDTLRDLQP				NA	NA	NA	NA	NA
JZ016_06147	111			hypothetical protein	ATGGGCATGGGAGCCACGATATTTTGGGCTATTATCATCTCAGCCGTTATCATCTACCCTATCTTTTGGGCGATTAAAAAAGGTTATTCCCGCAAATGGGATGAGGAATAA	MGMGATIFWAIIISAVIIYPIFWAIKKGYSRKWDEE				NA	NA	NA	NA	NA
JZ016_06148	444			Acetyltransferase	ATGGCAGCAGAAATCATAAATGTATCAACCGAAGAGCAATTGCAGCAGGCGTTGGATATCCGGAAGGATGTTTTCGTGCTTGAACAGAAGGTGCCGATTGACCTGGAGATTGATGAGTACGATCGTCTGGACTCCGATGCGTTTCATGTCCTGATCAAATCGGAGGGACAGTACGCGGCAACCGGACGTATCACCTATTACAATAAAGATTCCGCCAAAATGCAGCGAATTGCGGTTCGTAAGCCCTTCCGTTCCAAAGGGATTGGCCGCGTGCTGATGATGGCATTGGAAGCGCAGGCGCGTGAATTGAAGCTGCAGTATTCTGTACTGGATGCACAGGTTCAAGCGGAGGCATTTTATCGCAAGCTTGGGTATGAGACCATTTCGGACGAGCCGTTTGATGATGCGGGCATTCCCCACGTTCGTATGAAAAAAGAACTGTAG	MAAEIINVSTEEQLQQALDIRKDVFVLEQKVPIDLEIDEYDRLDSDAFHVLIKSEGQYAATGRITYYNKDSAKMQRIAVRKPFRSKGIGRVLMMALEAQARELKLQYSVLDAQVQAEAFYRKLGYETISDEPFDDAGIPHVRMKKEL				NA	NA	NA	NA	NA
JZ016_06149	234			hypothetical protein	ATGGATAATACACAACAAGAAGTCATAGGCGTCCGTAAAAACGGAGATGGCGACATCATCGAACTTAAGCTGGATAACGGCAGTGTCGTTGACTACAAGACAGCACAACAAATGGCCAAGAATAAAGAAATCAAAAACTTGAACGTATTCCGAGGGCGTGACGGTGACGAACATCTTCGCTCCAATGCGGATGGCGATCCCAGCAACAACCTGGACAATTTGCCAAACTTTTAA	MDNTQQEVIGVRKNGDGDIIELKLDNGSVVDYKTAQQMAKNKEIKNLNVFRGRDGDEHLRSNADGDPSNNLDNLPNF				NA	NA	NA	NA	NA
JZ016_06150	738	rbn		Ribonuclease BN	TTGACACTAAAATTGCAAATGCTTGGCACCGGCAGTGCGTTTGCCAAGAACTACTATAACAATAACGCACTGATCCATGACGGAAATTTCACACTTCTCATCGACTGCGGCATTACAGCTCCTCTAGCGCTTCATCAGCTGAATAAGACGTTTAACGATATGGATGCTGTGCTTATCACTCACATTCATGCTGACCATGTAGGCGGACTTGAGGAGCTGGCTTTTATTATGAAAATGAAATACAACCGTAAGCTCCCACTCTATATTGCCGAGACGCTGGTGGAACCGATATGGGAGCACACCCTCAAAGGCGGCTTATATCAACAGGGACATATCTCCTCCCTGCATGATGTATTTGACGTACACCCTCTGAAACCGGGAGTGAAGACCAATATTTCATCCGGCATCTCGGTAGAACTGATTCATACGCAGCATATTCCCGGCAAGGACAGCTATTCGCTTTATCTAAATGATCGGATTTTTTACAGTGCTGACATGGTATTCGACCCTATACTGCTCAACCAATTGGTGAATGAGCGGGATTGTGAAGTGATTCTGCATGAATGTCAGCTACAAGGTCCCGGCGAGGTTCATACGACACTGGATGAGCTGCTTAGCCTCCCACAAGAAATTCAGGAGCGCACCTATCTCATGCATTACAGCGATGAGGTCGAAGCTTTCATTGGCAAGACCGGCATCATGGAATTTGTGGAGCAGCAGCGGGTATACGAATTGTAG	MTLKLQMLGTGSAFAKNYYNNNALIHDGNFTLLIDCGITAPLALHQLNKTFNDMDAVLITHIHADHVGGLEELAFIMKMKYNRKLPLYIAETLVEPIWEHTLKGGLYQQGHISSLHDVFDVHPLKPGVKTNISSGISVELIHTQHIPGKDSYSLYLNDRIFYSADMVFDPILLNQLVNERDCEVILHECQLQGPGEVHTTLDELLSLPQEIQERTYLMHYSDEVEAFIGKTGIMEFVEQQRVYEL	PGPT0001770_4383	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
JZ016_06151	555			hypothetical protein	ATGAAATGGAAAAAAGTGATGGCATGTATGCTAGTGCTCTCTTTAATGGGTGGCAGCACCCTTTTGTTTGCAGATTCCGTCAATGAACGTGTCCGTGTTTGGCTGAACGGTCATGAATTGAAGGATGGCGGATATTTAATTGATGGCAAAACGTATGTACCGGTTCGGGAATTTGATGGGGCTGTGGATTGGAATCCCGCGAATGGACAAGTTCAAGTCATCAAGCCGAACGTGCATATTTTTCTGTTTAAAGGAGATACTGTATTCGGCAACGTGAACAAGGGGAAGTTGAAATTCAATGTTTTTAGCCAGGTCGACAGCTTAAACACCGAAATTCATTCAGTGAAAGTAGCGATTGAGGATCCCTCGGGCAATATCAAGGATATTCAATCCGAGGTTGTGAAGGACCGTAAGGATAATTTTTGGTTCCGAACCTATGATTTCACGTACGATTTTAAAACAACAGGTAAGTATTCGGTTGGTTTTTACGTGAAAGTAAAAGCGGATTCGGATTTTGTGAAAATTGCCGAAAAGGTCATTACAACGCTCAATTGA	MKWKKVMACMLVLSLMGGSTLLFADSVNERVRVWLNGHELKDGGYLIDGKTYVPVREFDGAVDWNPANGQVQVIKPNVHIFLFKGDTVFGNVNKGKLKFNVFSQVDSLNTEIHSVKVAIEDPSGNIKDIQSEVVKDRKDNFWFRTYDFTYDFKTTGKYSVGFYVKVKADSDFVKIAEKVITTLN				NA	NA	NA	NA	NA
JZ016_06152	324			hypothetical protein	ATGAGTGAACACAAACATGAACACGGAGATGCTTGCGGCTGCGGTCACGATCATGACCACGACCACGAACACGAAGAGTTTGTGCTGACATTGACGGATGAAGAAGGAAAAGAAGTAGAGATGGTTCTTGTGGAGACATTTGATGTCGGCGAGAAACTTTACGCGCTTTTGCTTGAACGCGAAAATCCGGAAGCGGACGGCGTCATTCTACGTATGGAAGAAGAGAACGAGGAAATGGTTCTTTACAATATTGAGGACGAAGAAGAATGGAATGAAGTAGAGGCGGTTTACAACGAACTGGTCGCTGCTGCAAACCAGGAATAA	MSEHKHEHGDACGCGHDHDHDHEHEEFVLTLTDEEGKEVEMVLVETFDVGEKLYALLLERENPEADGVILRMEEENEEMVLYNIEDEEEWNEVEAVYNELVAAANQE				NA	NA	NA	NA	NA
JZ016_06153	1488	speA_2	COG1982	Arginine decarboxylase	GTGACAACGTCCATGGACCATAGTCGTACACCGCTCTTCACCGCACTTAAAGAACATGCGGCCAAAAACCCCGTGCAATTTCACATTCCGGGACATAAGAAGGGCCTCGGCACCGACGCCGAATTTCGGGAATTTATAGGGGATAACGCCTTTTCTATAGATTTGATTAATATTGCGCCGCTGGATGATTTGCATCAGCCTACAGGCGTCATCGAGGAAGCCCAAAAGCTGGCCGCCGACGCATTCGGTGCCGATCACACCTACTTCAGTGTCCAAGGGACAAGCGGAGCGATCATGACCATGATCATGTCGGTATGTTCGCCTGGCGATAAAATCATCGTACCGCGCAACGTCCATAAATCCGTGCTCTCCGCCATCATTTTCACCGGGGCCAAGCCTGTATTCGTATCGCCTGCCCAGGATTCCAATGTGGGAATCGATCACGGAATCACCATCAGCTCGGTTCGGAAGGCATTAAAACGTCACCCTGACGCCAAAGCCGTACTGGTCATTAACCCGACATATTTCGGGGTAAGCGCCAATCTGAAGGAAATCGTGGATTTGGCTCACAGCTACAATGTGCCCGTTCTCGTGGATGAGGCGCACGGTGTATTGATCCATTTTCATGAAGAGCTCCCGATGTCGGCCATGGAAGCGGGGGCCGATATGGCTGCGACCAGCGTCCACAAACTCGGCGGCTCGATGACGCAGAGTTCCGTGCTGAACGTGAATACCAAGAACGGATACATCAATCCTTATCGCGTACAGACGATTATCAGCATGCTGACCACAACCTCCACCTCTTACATCCTGCTGGCATCGCTTGATACTTCACGCCGCAGTTTGGCGCTCCATGGACGCGAAATGGCTGCAAGGACGATTGAGTTGGCCCAATATGCACGTGATGAAGTCAACAAAATCGAAGGTTTGTACAGCTTTGGAAAAGAAATATTAGGCGGGGAGGCGACGCACTCCTATGATCCAACCAAATTGACGATCCATGTGCGCCACCTCGGCATTACGGGATATGAAACCGAGAACTGGCTGCGGGATCACTACAATATTGAGGTGGAGCTCAGTGATATGTACAATATTCTGTGCCTCATTACACCGGGGGACAATCGGGAGACCATCGATATTTTGCTGACAGCGCTCCGCGAGCTTTCCAATCAATACATGCATGTGAATGAGATTAACGAGCTGGTTGTGAAAACTCCGGAAATTCCGCAGTTGTCGCTGATCCCTCGCGATGCATTTTACGGAGATACGGAAGTTGTGCCTTTCAAGGAATCGGCAGGACGCATTATTGCCGAATTCATCTATGTCTACCCGCCAGGGATTCCGATCCTGCTTCCGGGCGAAGTCATTTCCCAGGAAAACATCGATTACATTATCGATCATGTCGAGGTAGGCCTTCCGGTTAAAGGCCCCGAGGATCGCAGCATCCAAAATGTTAAAGTCATCGTGGAAACGGACCCTATATTCTAA	MTTSMDHSRTPLFTALKEHAAKNPVQFHIPGHKKGLGTDAEFREFIGDNAFSIDLINIAPLDDLHQPTGVIEEAQKLAADAFGADHTYFSVQGTSGAIMTMIMSVCSPGDKIIVPRNVHKSVLSAIIFTGAKPVFVSPAQDSNVGIDHGITISSVRKALKRHPDAKAVLVINPTYFGVSANLKEIVDLAHSYNVPVLVDEAHGVLIHFHEELPMSAMEAGADMAATSVHKLGGSMTQSSVLNVNTKNGYINPYRVQTIISMLTTTSTSYILLASLDTSRRSLALHGREMAARTIELAQYARDEVNKIEGLYSFGKEILGGEATHSYDPTKLTIHVRHLGITGYETENWLRDHYNIEVELSDMYNILCLITPGDNRETIDILLTALRELSNQYMHVNEINELVVKTPEIPQLSLIPRDAFYGDTEVVPFKESAGRIIAEFIYVYPPGIPILLPGEVISQENIDYIIDHVEVGLPVKGPEDRSIQNVKVIVETDPIF	PGPT0007770_1549	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007770-speA-K01585	NA	NA
JZ016_06154	624			hypothetical protein	ATGACGGTTACCGGATTTACAGATCAAGACTTCGACGTATTCTCCGTTCCCGGGCTTGAAGCCCGTATGGAGGTTCTCATTGAACGGGTAAGACCCAAGCTGGAGGCGTTAGGGGCTGAGTTGGCACCTTATGTATCGGCATTGGCTGGGGAAGAAATGTTTGTGCATGTGGCGAAGCATGCAAGACGCACTGTCAATCCTCCCATTGACACCTGGGTCGCTTGGGCTGCCAGCAAACGCGGCTACAAAGCACTGCCTCATTTTGAGGTGGGCATGTTCGGAACCCATCTGTTTGTCATCTTCGCGATTATTTACGAAAGCCCCAACAAGACCGTGTTTGCCGGCAACCTGGAAGCCAAGCTGAAGAAAACAGCGAAGGCACTGCCTAAAAATTTTTACTGGTCCATGGATCACATGAACCCGTCTGGCACCCCTCATCAGGATATGAGCGAGGAGGATTTCACGCGCCTGATTGAGAAACTGAAGCAGGTGAAAAAGGCTGAGGTCATGTGCGGACTGCGCATCCCGCGCGAGGAAGCCGTCAAGCTTGAAGGGGACAAGCTGGTGCAAAAAGTGCAGGAGACGTTTGAGGCGCTGCTGCCGCTTTATAAAATGGCGTTTTAA	MTVTGFTDQDFDVFSVPGLEARMEVLIERVRPKLEALGAELAPYVSALAGEEMFVHVAKHARRTVNPPIDTWVAWAASKRGYKALPHFEVGMFGTHLFVIFAIIYESPNKTVFAGNLEAKLKKTAKALPKNFYWSMDHMNPSGTPHQDMSEEDFTRLIEKLKQVKKAEVMCGLRIPREEAVKLEGDKLVQKVQETFEALLPLYKMAF				NA	NA	NA	NA	NA
JZ016_06155	597			hypothetical protein	GTGAATAAGAGCGAGGAAGTGGAGTATTGCAACCTGGAGCTCCGGTTTGATCGCCGGCATATCCAGGACCTAATCAAGGAATTGATCCAGGAAGGATATTCGCTTTATTGGAGCGAGAATGATACGCAGTTTGTCATTTCAATCCGAACAGGTCGCAAGCTGGTAAAGCTGCGGTTTCAACGAACAGGAAGCGGTTTTAAACTGGTAGGCGATTATATGATTCGTGATCCCAAACTCGCGGAATGGATGGAGAAATTGATCGAGAATACCCGTGGCCATGCTGTCGTCAAACGTTTCAAGGACCGGCAAATTTTGATCGAGAATATTTTGTTTGGTGAGGTCATAAGGCTTGTGGAAATATCCGGTTACCGGCAGCGGGTGCTGTTTCAGAAGGGGACGCCGATGACGGAGCAGGAAATGCTGCGGCTGTTTGAATCGGATGTAGGGGAACAGCGATTGCTGCTGTCGAGACTGGAAACCGATGATGAGCTTGAGAAGCTCCATGCGGCGCTGCAAGAGGGAGACGAAGACAAAATTTCGGCTTGCAAGCAAAGACTCCGTGAGCTTTCCTTGGAGCTGATGAGGCTGGAGTGGTAA	MNKSEEVEYCNLELRFDRRHIQDLIKELIQEGYSLYWSENDTQFVISIRTGRKLVKLRFQRTGSGFKLVGDYMIRDPKLAEWMEKLIENTRGHAVVKRFKDRQILIENILFGEVIRLVEISGYRQRVLFQKGTPMTEQEMLRLFESDVGEQRLLLSRLETDDELEKLHAALQEGDEDKISACKQRLRELSLELMRLEW				NA	NA	NA	NA	NA
JZ016_06156	1422	gndA	COG0362	6-phosphogluconate dehydrogenase, NADP(+)-dependent, decarboxylating	ATGGAGAACCAGATGTCAAAACAACAAATCGGTGTGATTGGCCTTGCTGTAATGGGAAAAAACCTGGCCCTGAACATCGAAAGCAAAGGCTTCACCGTTTCCGTATATAACCGCTCTCCGCAAAAAACGGAAGATATGCTGAAGGAAACCGAAGGCAAGCAAGTGAAGGGGACGTTCTCGATCGAAGAATTCGTGGATTCCCTTGAAACTCCTCGTAAAATCCTGATCATGGTACAAGCGGGACAAGCTACGGATGCTACGATTGAACAGCTGATTCCACATTTGGACAAAGGCGATATCATCATCGACGGCGGTAACGCTTATTTCCCTGATACACAGCGCCGCAGCAAAGAACTGGCTGAAAAAGGCTTTAATTTTATCGGTGCTGGGGTTTCCGGCGGCGAAGAAGGCGCATTGAAAGGTCCATCGATCATGCCTGGCGGACAAGAAAGTGCCTACAAGCTGGTTGAGCCTATTTTGACGGCTATTTCCGCTAAAGTTAACGAAGAGCCTTGCTGTACATATATCGGACCAGACGGTGCCGGCCATTATGTAAAAATGGTTCACAACGGTATCGAGTATGGCGATATGCAGCTTATTTGCGAAGCTTACCAATTGCTGAAGGACGTACTCGGCCTCGATGCGAAGGATCTGCACGGAATCTTCACAGAGTGGAACCAAGGCGAACTCGATAGCTACTTGATCGAGATTACGGCTGACATTTTCTCCAAATATGACGAAGAAACCGGCAAGCCGATGGTTGACGTGATTCTGGATACGGCGGGCCAAAAAGGAACAGGTAAATGGACAAGCCAAAGCTCCCTGGATCTGGGCGTGCCGCTGTCCATGATCACCGAATCCGTATTCTCCCGTTTCTTGTCCGCAATGAAAGAAGAGCGTGTGGCAGCAAGCAAAATCCTGAATGGTCCAAAAGCAACTGCATTTGACGGCGACAAAGCCGAATTCATTGAAAATGTGCGCAAAGCGCTGTTTGCAAGCAAAATCGTATCCTATGCCCAAGGCTTTGCACAGCTTCGCGTAGCATCCGACGAGTACGGCTGGAACCTGCAATACGGCAACCTCGCTAAAATTTGGCGCGGCGGCTGCATTATCCGTTCCCGTTTCTTGCAGAACATCACGGATGCTTATGAGAATAATCCTGAGCTGAAGAACCTGCTGCTGGATCCGTTCTTTACCGATATTATTGAATCCTATCAAGATGCATGGCGTAAGGTTGTTGCTTCCGCGGTATCCTTGGGCATCCCGGTTCCTGGGTTCTCCAGCGCGCTTGCATACTACGATAGCTATCGCACCGCAAACCTGCCGGCAAATCTGCTGCAGGCTCAGCGTGACTACTTTGGAGCTCACACGTTTAAACGCGTGGACAAAGAAGGAACCTTCCACTATAACTGGATGGATTAA	MENQMSKQQIGVIGLAVMGKNLALNIESKGFTVSVYNRSPQKTEDMLKETEGKQVKGTFSIEEFVDSLETPRKILIMVQAGQATDATIEQLIPHLDKGDIIIDGGNAYFPDTQRRSKELAEKGFNFIGAGVSGGEEGALKGPSIMPGGQESAYKLVEPILTAISAKVNEEPCCTYIGPDGAGHYVKMVHNGIEYGDMQLICEAYQLLKDVLGLDAKDLHGIFTEWNQGELDSYLIEITADIFSKYDEETGKPMVDVILDTAGQKGTGKWTSQSSLDLGVPLSMITESVFSRFLSAMKEERVAASKILNGPKATAFDGDKAEFIENVRKALFASKIVSYAQGFAQLRVASDEYGWNLQYGNLAKIWRGGCIIRSRFLQNITDAYENNPELKNLLLDPFFTDIIESYQDAWRKVVASAVSLGIPVPGFSSALAYYDSYRTANLPANLLQAQRDYFGAHTFKRVDKEGTFHYNWMD	PGPT0017385_2296	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017385-gnd|gntZ-K00033	NA	NA
JZ016_06157	129			hypothetical protein	ATGTCTTTTCGTCCAACCGGTCTCTCTTCCGCTGCCAAGCGCATCCGCCGGATTCTCGACCCCGCCTACCCGTTATGCCGCGAAGATGTGATCTGGGTGCTTCATTTTGTCCAAAAAAAGTGGCTCTGA	MSFRPTGLSSAAKRIRRILDPAYPLCREDVIWVLHFVQKKWL				NA	NA	NA	NA	NA
JZ016_06158	513	aroK	COG0703	Shikimate kinase	TTGGATAAGATAGGTAGGAACATCATTCTGATCGGGATGATGGGTACGGGCAAGTCAACCGTAGGGCGTCTCCTGGCAGACACGCTCGGCTACACCCTGATCGATCTGGATGCGGAAATTGAGAGGATGGAAGGCAGAACGATTTCCGAGATGTTTGAAGCGGATGGAGAGCCGTACTTCCGTGAGGCAGAATCTGTTGCACTGCGCAGCGTTTTAGAACGGAAAGGCATTGTCGTAGCGTCCGGCGGAGGAGCCGTGCTTCGTTCCGAGAACTGTGATGTAATGAAACGTGGTGGCTGGGTCGTTGCTCTTACAGCGGATGCTGCCAGCATTGTTGAACGGGTACGTGGTGATGCCAATCGGCCGCTGCTTGCGGGGGATGTCGAAGATAGAGTTCGGCGTATCCTGGATGAACGAAAGGACAAATACCTGTTTGCGGATGTCATAGTGGATACGGTTGGCCGATCCGCGGGGGAAGTAGCGACTGACATTTTAACGCATTACCGCGGCTAA	MDKIGRNIILIGMMGTGKSTVGRLLADTLGYTLIDLDAEIERMEGRTISEMFEADGEPYFREAESVALRSVLERKGIVVASGGGAVLRSENCDVMKRGGWVVALTADAASIVERVRGDANRPLLAGDVEDRVRRILDERKDKYLFADVIVDTVGRSAGEVATDILTHYRG	PGPT0012900_3641	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012900-aroL|aroK-K00891	NA	NA
JZ016_06159	312		COG0607	Sulfurtransferase	ATGATGAAACCGATCCCTCAAATGGAAACATCGGAGCTTAGAAGCCGGCTTCAAAACGGCGAAAATGTGTACATGATTGATGTCCGCGAGGATGAAGAAGTTGCAGCCGGCATGATCAGCGGTGCCAAGCATATCCCTATGGGCGAGATTCCGAATCGTCTGGACGAAATTCCGCGCGATCAGGAGGTCGTCTTCATCTGCCGCAGCGGTGGTCGCAGTCAACACGTATGCGAATTTTTGAATCACCAGGGCTTGACTAATGTAATCAACATGAAAGGCGGCATGCTTCAGTGGCATGACGATGAAGAATAG	MMKPIPQMETSELRSRLQNGENVYMIDVREDEEVAAGMISGAKHIPMGEIPNRLDEIPRDQEVVFICRSGGRSQHVCEFLNHQGLTNVINMKGGMLQWHDDEE	PGPT0013055_85	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
JZ016_06160	1293	aroA_2	COG0128	3-phosphoshikimate 1-carboxyvinyltransferase	ATGGATGTAATCGTCAAGCCTACGCCTATATTAAACGGAGAGATTGGAGCGTTATCCTCCAAGAACTATACAACTCGTTACTTGCTGGTAGCTGCACTTGCCGAAGGAACGAGCACGATCTATTACCCAGCTCATAGCGAGGATAGCGACGCCATGAGACGCTGTATCCGGGATCTCGGGGCCGTGATCGAGGAGGATGAGGAGAAGGCGGTCATTACGGGCTTTGGCAAATCGCCACGGGATGTGAAGGAACTGAACGTCGGTAACGCCGGCGCCGTTTTGCGCTTCCTCATGGGCGTCACGGCGTTGTCTAAAGAGGTTACCTTTGTCAATACCTATCCGGAATCACTGGGCAAACGTCCTCATGATGATCTCATTGAGACGCTTGGTCAATTGGGCGTGGAAGTGGAGCATAATGAAGGCAAACTGCCGATCACGATTCGTGGCGGTCAGCCGAAAGGCGGAAAGCTCACCGTATCTGGCGAAGTGAGTTCGCAGTACTTAAGCGCACTGTTGTTCTTAACGCCGCTGCTTGCCGAGGACAGCGAGATTACCGTTACCGGTGATTTGAAATCCAAGGTCGTTATCGGTCAGACCCTGGAAGTGCTGGAGCAAGCGGGCATTACGATTCACGCAGCGGATGATTATACATTCTTCCGGGTTCCTGGCGGTCAATCCTACGAAGCGAAGACCTATACCGTTCAAGGCGATTATCCGGGTTCTGCTGCCGTTCTGGCGGCGGCTGCGGTCACGCAGTCGGATGTAACCATCCGCAATCTGTCAGAGGACAGCAAGCAGGGAGAGCGGGCTATTATTGACGTCCTGCGAATGATGGAGGTTCCCCTCACGCACAAGGAGGGAAATGTCTATGTCCAGGGCAACCGAACCCTGAAGGCTTTGGAATTCGATGGAGATGCAGCGACGGATGCGGTACTAGCGATGGTTGCGGCAGCTGTGTTTGCGGAAGGAACCTCCCGATTCTACAATGTGGAGAATCTCCGCTATAAGGAATGCGACCGGATTACGGATTATTTGAACGAATTGCGCAAAGCCGGAGCGAACGTTGAGGAACGCCAGGCCGAGATCATCGTTCACGGCCGTCCGGAAGGCGTCGAGGGCGGCGTGGAGATCAATGCCCATTATGATCATCGGGTCATTATGGCCCTGACCGTGGTCGGACTTCGCGCACATCAGCCGATCCGGATTAAGGATGCGCATCATGTGGCCAAGTCGTACCCGCAATATTTTGATCACATGAAGGCGCTTGGAGCCAATGTAGAATGGGTAAAATAA	MDVIVKPTPILNGEIGALSSKNYTTRYLLVAALAEGTSTIYYPAHSEDSDAMRRCIRDLGAVIEEDEEKAVITGFGKSPRDVKELNVGNAGAVLRFLMGVTALSKEVTFVNTYPESLGKRPHDDLIETLGQLGVEVEHNEGKLPITIRGGQPKGGKLTVSGEVSSQYLSALLFLTPLLAEDSEITVTGDLKSKVVIGQTLEVLEQAGITIHAADDYTFFRVPGGQSYEAKTYTVQGDYPGSAAVLAAAAVTQSDVTIRNLSEDSKQGERAIIDVLRMMEVPLTHKEGNVYVQGNRTLKALEFDGDAATDAVLAMVAAAVFAEGTSRFYNVENLRYKECDRITDYLNELRKAGANVEERQAEIIVHGRPEGVEGGVEINAHYDHRVIMALTVVGLRAHQPIRIKDAHHVAKSYPQYFDHMKALGANVEWVK	PGPT0012850_2800	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012850-yddE-K00800	NA	NA
JZ016_06161	423	yccU	COG1832	putative protein YccU	ATGGCATTTGAAAATCCTACGCGCGAAGAAATCGCGGATATATTGCGAAACGCAGGCAATATCGCTGTTGTCGGTCTGTCTGACCGGCCGGATCGTACATCCCATATGGTTTCGGCTGCGATGCAAATGCGCGGATACCGGATTATCCCGGTTAATCCTGGTGCAACAGAAATACTTGGGGAGAAGAGTTATCCATCCCTGAAGGACATTCCGGAGCCGATCCATATCGTCAATGTGTTCAGACGCAGTGAATATTGTGCCGATGTGGCGCGGGAAGCTGCCGAGATTGGAGCTAAGGTGCTCTGGCTTCAGCAGGGCATTATCAGTGAAGAGGCGGCGGCCATCGCGGAGAAGAGCGGCATGATTGCCATCATGGACCGCTGCATCAAGGTGGAGGATTCCATCGCTTTGGGCGGGCGTTAA	MAFENPTREEIADILRNAGNIAVVGLSDRPDRTSHMVSAAMQMRGYRIIPVNPGATEILGEKSYPSLKDIPEPIHIVNVFRRSEYCADVAREAAEIGAKVLWLQQGIISEEAAAIAEKSGMIAIMDRCIKVEDSIALGGR	PGPT0013060_1229	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
JZ016_06162	156			hypothetical protein	ATGTTGAAGCAGCCGCTGGCAGACTGGACACGATCCGGGCCTGCCGAGGCACTGCTCGTGAGGCTTGCTTTTCTATGTGGCATTTGCCCTGATTTCTTTTTGACAAAAACAGGCGCAGCGCTTACCATCAAGGATAGAAAGGAGGGCTCGCCTTGA	MLKQPLADWTRSGPAEALLVRLAFLCGICPDFFLTKTGAALTIKDRKEGSP				NA	NA	NA	NA	NA
JZ016_06163	1884	gamP_2	COG2190	Putative PTS system glucosamine-specific EIICBA component	TTGAATTGGTTGGGATCATTACAACAGCTGGGCAGAGCAGTTATGCTCCCTACAATGGCGCTTCCGGCGGCAGCTCTCCTGCTTAGCGTGGGGAGTCTGCCATGGTCGGCGTGGGGCTTCGGAACCTTGGGCGAGATTGCCCAGGCAGCGGGGCACGGCGTGTTTTATTATATGCCGTATTTATTTGCCATCGGTGTCGCATGGGGGCTCTCGAACCAGGGAGGACCCGCAGGGCTTGCCGCTCTGGCTGGCATGTTCATTTACGATCAGGTTATATCCCGTCTCGGAGACGGGAGTGTACAGCCCTCGACCTTGATTGGTATTATTTTTGGGGTAATGTCCGGTTACGTTTATAACCGGTTCAAACATATTAAGCTTCCAGAAGCTATACAGTTTTTTGGGGGCTCCCGATTTGTGCTTTTGTTCATGGGACTGTTCTCCACGATATTTGCATGGATGATGCTGGGGATGGCTCCCATGGTACAGCGCGGATTAGATGCTTTTTATGATCTGACCGTACATATGGGGGCATTCGGATTATTTCTCTACGGAATTTTGTACAGGGTACTAACGGCATTTGGTCTGCATCACTTGTTGAATAACGTCTATTGGTTTCAGCTGGGCTCGTACGAGACGGAAGACGGTACCGTCGTTCAGGGGGATTTGCCCCGATTCTTCGCGGGTGATCCGACAGCGGGCGACTTCATGGCCGGGTTGTTCCCGATTATGATGTTTGCCCTGCCGGCGATTGCATTTGCCATTATTCAAGAGGCGCGGGAAGATTTGAAGCCGAAGGTGAAAAAAACGTTTATGCGGTCCGCGCTTGTCTGTTTTTTGACCGGGGTATCGGAGCAGATCGAATTCGCATTCTTATTCGCGTCTCCTTATCTGTATGTGCTCCACGCCCTGATGGCCGGTTTCGCGATGGTGCTTACCTATGCGTTTGATATCCACCACGGGTTTTCATACTCGGCTGGATTTATCGATTACGTACTCAATTTTCACTTGTCGCAGAACGCCTGGATCATCATACCGATCGGGGCCGTATACGGCATCGTTTACTATTTTTTGTTTCGCTGGGCCATTCGCACCTTCGAAATCCCGACACCCGGACGTGAAGAAGGCTCGGCGCTGGAAGGCCGGGCAGGAGACATCCCCTATCAGGCACCGCTTATTCTGGAGGCGCTTGGTGGGAAAGACAACATCGTTCAGGTCCAATCCTGCATGACGCGTCTTCGACTGACCGTATACAATGACCGCCAGATTGATTCGGACGCACTGAAATTGCTCGGTTCAGCCGGCATCATCAAGCTGGGCGGCGGGAATGTCCAGGTGGTATTCGGGACGTATTCCGAGCTCATCCGCGAAGAGATAAATAAGCTGATGCAGCAAGATTTACCGCGCGTTCTGTTCAGCGCGCCCGTACAGGGACGCATGCTTCCGATTGATGAAGTACCGGATGATATTTTTGCCGCCAAGCTTGTCGGCAACGGCGTGGCGTTCATTCCGGAAAAAGGGGAGCTTGTATCCCCGGTGTACGGAACCGTGATGCATGTCTATCCGACGATGCATGCCATTGGCATTTCAACGCCGGATGGACTCGAGGTGTTGATTCATATCGGGATCGATACTTCTCAACTGAAAGGACCGTTTACAGCTGTGGTAAGCGAAGGGGATACTGTCGAGCCGGGGCAATTGCTGGTCAAGTTCGATCTGGCATATTTAAAGACACATGCCGCATCACTGGCCACACCGATGGTGATCACCAATCCCGATAAAGTAAGATCTTGGAGCTTTGCTCCATTCAAGTCCGTTAAGAGAGGACAGTCATCTGTCATGTCCGTCGTATTAAATGAGAGTAATGCTGGGGGTAGAGAATCATGA	MNWLGSLQQLGRAVMLPTMALPAAALLLSVGSLPWSAWGFGTLGEIAQAAGHGVFYYMPYLFAIGVAWGLSNQGGPAGLAALAGMFIYDQVISRLGDGSVQPSTLIGIIFGVMSGYVYNRFKHIKLPEAIQFFGGSRFVLLFMGLFSTIFAWMMLGMAPMVQRGLDAFYDLTVHMGAFGLFLYGILYRVLTAFGLHHLLNNVYWFQLGSYETEDGTVVQGDLPRFFAGDPTAGDFMAGLFPIMMFALPAIAFAIIQEAREDLKPKVKKTFMRSALVCFLTGVSEQIEFAFLFASPYLYVLHALMAGFAMVLTYAFDIHHGFSYSAGFIDYVLNFHLSQNAWIIIPIGAVYGIVYYFLFRWAIRTFEIPTPGREEGSALEGRAGDIPYQAPLILEALGGKDNIVQVQSCMTRLRLTVYNDRQIDSDALKLLGSAGIIKLGGGNVQVVFGTYSELIREEINKLMQQDLPRVLFSAPVQGRMLPIDEVPDDIFAAKLVGNGVAFIPEKGELVSPVYGTVMHVYPTMHAIGISTPDGLEVLIHIGIDTSQLKGPFTAVVSEGDTVEPGQLLVKFDLAYLKTHAASLATPMVITNPDKVRSWSFAPFKSVKRGQSSVMSVVLNESNAGGRES	PGPT0016870_504	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0016870-ptsG|glcA|glcB-K20118	NA	NA
JZ016_06164	1764	ptsI_3	COG1080	Phosphoenolpyruvate-protein phosphotransferase	ATGATACAAGGCATTGGCGCAGCAACAGGCGTAGCGATCGGTAAGGCTTTCGTACTGCCGCATTGGGAGCTGGACCTTCCGGATTCCGAAATGGATGCTGTCGATTTAGCCAAAGAGTTCGAGCGCTTATATGAAGGCATACGAACCTCCAAGAATGAAATTGAATATATCAAGAACGAATTCAAGGAAATGGTGGGGCACGAGGAGTCGCAGATCTTTGATGCGCATCTGGCCATACTGGAGGATCCCGTATTCATGAACGAAATTCAAGGGATCATCGAGCGCCAGTACAAGGCTGCCGAAGTAGCAGTTAAAGAGGCGATCGATCATTTCGTATCCATGTTCGATTTGCTGGACGACGAGTATATGAAGGAGCGGGCACTGGATATTAAGGATGTTGGTAATCGGCTGCTCAAGCATCTTCTCGGTGCTCCGGAAGTCAAGCTTCCGGCTGATACGCAGCCTTATATTTTGGTTGCGAAGGAACTTTCTCCGTCTCAGCTCGTGCATCTTAACCCTTCCCACGTTCTTGGCATCGTGACGATGACGGGTGGCAAGACCTCTCACTCGGCAATTATGGCCCGCGCTCTCGGCATACCGCTTGTATCCGGGATTGAGAACAAGCTGGATCATCCGATCCAGACCGGACAGCATCTGGTTGTGGATGGGGATGAAGGCTTGCTGTATTTGGAGCCCGACACGCTGGTTGTAGAGCGTTACGAAGGGATCCGAGAGCAGCAACGGAAAAAGAAAGAGCAGTTGCAGCTCCTGGCAACCGTTGATGCGGTTACGAAGGATGGAACATATTTCAATCTGGCCGCGAATATGAACTCCGTTAAAGAAATGGAGATTGCGCTGAAGAACGGCGCACAGGGAGTCGGATTGTTCCGGACGGAATTTTTATATATGGATCGCCACAACTTTCCTTCGGAAGAAGAGCAATTTGAAGTGTATAAACTGGTTGCCGAGAACGCAGGTGAGTCCTCGGTCGTGATCCGTACGCTGGACATTGGCGGCGATAAACAGCTGGATTACTTCGGGCTGCCGGAAGAAGAGAACCCTTTCCTGGGTTATCGCGCCATTCGTATCAGCCTGGATCGCACAGAGCCGTTCCAGACCCAGCTGTCCGCCATTCTGAGGGCCAGCGCTTTTGGTAACGTCAAAATCATGTATCCGATGATATCCTCGATAGAGGAAGTCAAGCAGGCTAATGCCGTGCTGCGGCGTGCGATGGCCGATTTGGACCAACGCGGCATCGCATACGATCCCAACATTAAGGTCGGCATCATGATTGAGGTGCCCGCGGCAGTTACCATCTCGGATCTGTTGGCAGAGGAAGCCGATTTCTTCAGCATCGGGACGAACGATTTGGTTCAGTATGTGCTGGCGGTAGATCGGATGAACGAGCAGATCGCGCATATGTACCATCCATTTCATCCTGCGGTCTTGCGCATGCTTCGGACGACGGTGGAGGCTGCGCATGCGGCAGGCATACCGGTCAGCGTGTGCGGAGAAATGGCTGGGGACGAGCGGGCGATTCCGATATGGCTGGAGCTTGGCGTTAAGGATCTAAGCATGTCGCCGCAGTCCTTGCTTCGCGTGAAGCATCGGATCTTGAATACCAATGCGGCAGAAGCGAAGGGGGAGGCAGCGGCTTGCTTCAAATTGCGTACCAGCTCCGCTGTCGAAGAGCGTCTAAGCGCGTTTGCCGAACGCAGCAGTTATCTGAACGGAACTAACGGTACGGACAGCACGGCCTCTTAA	MIQGIGAATGVAIGKAFVLPHWELDLPDSEMDAVDLAKEFERLYEGIRTSKNEIEYIKNEFKEMVGHEESQIFDAHLAILEDPVFMNEIQGIIERQYKAAEVAVKEAIDHFVSMFDLLDDEYMKERALDIKDVGNRLLKHLLGAPEVKLPADTQPYILVAKELSPSQLVHLNPSHVLGIVTMTGGKTSHSAIMARALGIPLVSGIENKLDHPIQTGQHLVVDGDEGLLYLEPDTLVVERYEGIREQQRKKKEQLQLLATVDAVTKDGTYFNLAANMNSVKEMEIALKNGAQGVGLFRTEFLYMDRHNFPSEEEQFEVYKLVAENAGESSVVIRTLDIGGDKQLDYFGLPEEENPFLGYRAIRISLDRTEPFQTQLSAILRASAFGNVKIMYPMISSIEEVKQANAVLRRAMADLDQRGIAYDPNIKVGIMIEVPAAVTISDLLAEEADFFSIGTNDLVQYVLAVDRMNEQIAHMYHPFHPAVLRMLRTTVEAAHAAGIPVSVCGEMAGDERAIPIWLELGVKDLSMSPQSLLRVKHRILNTNAAEAKGEAAACFKLRTSSAVEERLSAFAERSSYLNGTNGTDSTAS	PGPT0002025_442	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0002025-ptsI-K08483	NA	NA
JZ016_06165	528	yfkM	COG0693	General stress protein 18	ATGAGATTGGCTGGAAAAAAGGTAATAGCGCTTGTAGACGAAGAATTTGAGGATCTGGAACTATGGTATCCCGTTTACCGGGTCCGTGAGGAAGGGGCGGAAGTCCATCTTGCCGGGTTGGAAAAAGGAAAAACTTACACGGGCAAATATGGTGTTCCCGCTCAAGCCGAATATTCATTTGAAGAGCTGAACAGCAAGGATTATGATGGAATTCTCGTTCCGGGCGGCTGGGCGCCGGACAAGCTGCGCCGTTATGATAAAGTCCTTCAACTGGTTAAAGAAATGAATGCGGACAAAAAACCGATCGGACAGATCTGCCACGCCGGATGGGTACTCATCTCTGCCAAAATCCTGGACGGCGTTACGGTTACTTCCACACCGGGGATCCGCGACGATATGGAAAATGCCGGTGCAATCTGGAAGGATGAAGCCGTCGTGACTGACGGTCATGTTATTTCCGCCCGCCGTCCACCGGATCTGGCGCCGTACGGCAAAGCTTTTTGCGATGCTCTGGCACAGCAAGGCTGA	MRLAGKKVIALVDEEFEDLELWYPVYRVREEGAEVHLAGLEKGKTYTGKYGVPAQAEYSFEELNSKDYDGILVPGGWAPDKLRRYDKVLQLVKEMNADKKPIGQICHAGWVLISAKILDGVTVTSTPGIRDDMENAGAIWKDEAVVTDGHVISARRPPDLAPYGKAFCDALAQQG	PGPT0015010_2698	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0015010-yfkM|pfpI|yraA-K05520	NA	NA
JZ016_06166	462			hypothetical protein	GTGGGCATTTTGTTCAAAACCTGCAACTGTGGACAATGGATGAAGTTGGAATTAAGAAAGCTGATTCATGAAAGAAAGACTCGAATATATCATGTTCCTGTTTATGCCTGTCAGGCTTGCAAGAAGTATGAGCTTCTGCCTCTTATTAAACCGGATTTACTTCGCTATCTCGCATCGATTAGCAATGAGACTGGACGAATACACGTTTCGTTCGCAGATGTTAATGAGTCTGCATACGTACTTCGAGAAGTGTTCCGTACATACGATGATGATTCGTCGGTAGAATGGCAGACACGCTGTATGGAAGTTTTTGATGAGCGGATCAATATGCTGTTGGATCTATTTCGTTATGCCCAGAGCTTGGGCGACGGTGACTGGATGAGACAAATTGAGGGGCGGCTCGAGCAGTTAAGCACGATTAAATCTCTCGTTCCTGAAAATTCGGGAAATTATGCAAGATAA	MGILFKTCNCGQWMKLELRKLIHERKTRIYHVPVYACQACKKYELLPLIKPDLLRYLASISNETGRIHVSFADVNESAYVLREVFRTYDDDSSVEWQTRCMEVFDERINMLLDLFRYAQSLGDGDWMRQIEGRLEQLSTIKSLVPENSGNYAR				NA	NA	NA	NA	NA
JZ016_06167	348			hypothetical protein	ATGGCGACGTTGACGAAAATGACTACTATAGAAGAGTTGCGCAGCACCCTTGAATCTTCGGAGCAGAGGCCCTTGCTGATATTCAAACATAGTACCAGATGCCCAATTAGTGCCGGAGCCTATAAGGAAGTGCAAGCTTACCTGGAGGACCAGCCGAACGAGCGGATCGACTATGTATGGATTGATGTCATTGCCGACCGTCCGGTGTCGAGTCAAGCTGCGGAAACTCTAAGCATACAGCACGAATCGCCACAAGTTATTCTTGTAAAAGAAGGAGCGCCAGTCTGGCATACATCCCATTCCCATATTACGGCTGAAGCGCTGAAGGCTCAATTGGACGGCATCTAA	MATLTKMTTIEELRSTLESSEQRPLLIFKHSTRCPISAGAYKEVQAYLEDQPNERIDYVWIDVIADRPVSSQAAETLSIQHESPQVILVKEGAPVWHTSHSHITAEALKAQLDGI	PGPT0015028_71	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015028-ytxJ-NA	NA	NA
JZ016_06168	1011	ccpA_6	COG1609	Catabolite control protein A	TTGACGGTAACCATTTACGATGTTGCGCGCGAAGCAGGCGTTTCCATGGCGACGGTATCACGGGTTGTAAACAATAACCCGAACGTTAAGCCTCAGACCCGGAAAAAAGTATACGAAGCGATTGAACGTTTAGGGTATCGTCCGAATGCGGTAGCCAGAGGTCTGGCCAGCAAGAAGACCACAACCGTCGGCGTTGTGATCCCTGACATTTCGAACTCGATCTTTGCGGAGATTGCCCGTGGTATTGAGGATATTGCTAACATGTACCACTATAATATAATTTTGTGTAATGCCGACAAACGTAAGGAAAAAGAAATCCGCGTTATCAACACATTGCTTGAGAAGCAAGTGGACGGTTTGTTGTTTATGGGTGGAACGGTGACGGACGAGCATATCCAGGCGTTCCAGACATCGGCTGTGCCGATTGTTCTTTGTGCGACAAGTGACGAGAGAGGTTCTTACCCTTCTGTTGACATTGATCATGAACAGGCTGCGTTTGATGCGGTAAACACTCTGATCCGGCACGGGCACCGTGAGATTGCCATGATCAGCGGCACGCTTCAGGATCCGGCGAACGGTTATGCACGTTTCCAAGGCTACAAGAAGGCGCTGGAAACTGCCGGCATCGAGTATCAAGAGGATCTGGTGCGTATTGGTAACTATCGCTATGAGTCCGGCGTGGAAGCGATGAAATACTTCCTGGGACTTAAGAAGAAACCGACGGCTATTTTTGCTGCTACCGATGAGATGGCAATTGGCGCTATTCATAGCATTCAGGATGAAGGCTACAAAGTGCCGGATGATTTCTCTATTATCAGCGTAGATAATATTCGGATGGCTTCGATGGTTCGTCCACAGCTGACAACGGTAGCTCAACCGATGTATGATTTGGGAGCCGTAGCTATGCGCTTGCTTACCAAGCTGATGAAGAAGGAGAACGTGGAGAATCCTCGCGTGATTCTGCCGCATGAAACGATTCTTCGGCTTTCGGTTAGTCATGTGAACGAGTAA	MTVTIYDVAREAGVSMATVSRVVNNNPNVKPQTRKKVYEAIERLGYRPNAVARGLASKKTTTVGVVIPDISNSIFAEIARGIEDIANMYHYNIILCNADKRKEKEIRVINTLLEKQVDGLLFMGGTVTDEHIQAFQTSAVPIVLCATSDERGSYPSVDIDHEQAAFDAVNTLIRHGHREIAMISGTLQDPANGYARFQGYKKALETAGIEYQEDLVRIGNYRYESGVEAMKYFLGLKKKPTAIFAATDEMAIGAIHSIQDEGYKVPDDFSIISVDNIRMASMVRPQLTTVAQPMYDLGAVAMRLLTKLMKKENVENPRVILPHETILRLSVSHVNE	PGPT0014791_177	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA	NA	NA
JZ016_06169	702	mtnN	COG0775	5'-methylthioadenosine/S-adenosylhomocysteine nucleosidase	ATGACAACACAGGTTATTGGCCTAATCGGGGCCATGGACGAAGAAGTGGAAATGCTGTTTAGTCAACTGGAGAATAAAGAAACGGCAGTTCGTGCAGGGGTTACATATGCTTCGGGAACGATTCATGGCAAGCGCGTCGTTGTATGCAAGAGCGGAGTGGGTAAGGTGAATGCCGCGGTTACTACGCAAATCTTGATTGATACTTATGGCGTTTCCAAAATATTGTTTACCGGCGTGGCGGGCGCGCTGCATCCGGAGCTGAACATTGGCGATATCGTCATCTCTTCCTCCTGCATGCAGCACGATATGGACGTGACGCCGCTCGGCTTTGCGCGCGGCGTGATTCCGTATCAGGCAGTGTCTGATTTTCCTGCTGATCCCTCGTTGATCGAGCTGGCAGAGGAAGCGTGCAAAGAGCAGGCGGCGAATCATTACGTCATCGGAAAGGTTCTTTCGGGCGATCAGTTCATTGCCAGTCGTGATACAGTACGGACGCTTCACGAGGATCTGAACGGGGTTTGCGCGGAAATGGAAGGCTCTGCCGTTGCCCAGGTATGTTATATGAACGGTGTGCCTTATGTGGTAATCAGATCCATGTCGGATAAGGCTGACGGTTCTGCCCATGTCAACTTTCCTGAGTTTACCGTGAAAGCTTCCAAGCGTTCACACGAAATCGTGAACTACATGCTGGGCAAACTCTAG	MTTQVIGLIGAMDEEVEMLFSQLENKETAVRAGVTYASGTIHGKRVVVCKSGVGKVNAAVTTQILIDTYGVSKILFTGVAGALHPELNIGDIVISSSCMQHDMDVTPLGFARGVIPYQAVSDFPADPSLIELAEEACKEQAANHYVIGKVLSGDQFIASRDTVRTLHEDLNGVCAEMEGSAVAQVCYMNGVPYVVIRSMSDKADGSAHVNFPEFTVKASKRSHEIVNYMLGKL	PGPT0014320_1520	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-AI-2_BIOSYNTHESIS,PGPT0014320-mtnN|pfs|yadA-K01243	NA	NA
JZ016_06170	633	acuA		Acetoin utilization protein AcuA	ATGGAACACTGCAAGGTATACCAGTCTCATGTTTTGTTCCCTGAAGACCGCCGCCTGATCATCGAAGGACCTGTACCTCCCGAGCAACTATTCGAGCTAACCATGCACCCTGATCTCAAGGCATTTCGTCGTCCTGCGGAGCAGCATGAGGCATTGGTGGAAATTGCAGGCCTGCCCGAAGGCAGAATCATCATCACGAGAGACCAAGATATGATCGTTGGATATGTAACGTTTCATCACCCGGATGAGCAGGAACGCTGGTCTGAGGGCAATATGGAAGATTTGATTGAACTTGGTGCCATCGAGGTAGCGAAAGATTACCGTTCTCTGGGACTTGGGCAGCAGATGATAAAGACTGCATTTGAAGAAGAACAGATGGAGCGTTACATCGTGTTTACGACCGAGTACTACTGGCATTGGGATCTTAAAGGAAGCGGCCTTAACGTATGGGATTACCGCAAAATGATGGAGCGGTTAATGAAAATTGTAGATATGGAGTGGTACGCAACCGACGATCCGGAAATCTGCTCCCATCCTGCCAACTGTCTCATGGTCAGAATCGGACGGCACGTACCGCTTTCATCACAAGAACAATTCGATCGTATCCGTTTCAGACAGCGGTTTATGTATTAA	MEHCKVYQSHVLFPEDRRLIIEGPVPPEQLFELTMHPDLKAFRRPAEQHEALVEIAGLPEGRIIITRDQDMIVGYVTFHHPDEQERWSEGNMEDLIELGAIEVAKDYRSLGLGQQMIKTAFEEEQMERYIVFTTEYYWHWDLKGSGLNVWDYRKMMERLMKIVDMEWYATDDPEICSHPANCLMVRIGRHVPLSSQEQFDRIRFRQRFMY	PGPT0008215_69	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008215-acuA-K04766	NA	NA
JZ016_06171	1725	acsA	COG0365	Acetyl-coenzyme A synthetase	ATGAATCAAACGCATAGCGAAATATTGCCAAGTGAAGTTTCACATTCCAATATGAAGAGTTACGAGCAGGCACGCTCCGAGTTTTCATGGGACGAAATCGAGAGACATTTTACTTGGTATGAGACGGGCAAAGTGAATATGGCCTATGAAGCTATAGATCGTCATGTGGCAGAGGGGCGAGGAGATAAGGTAGCTCTCTTGTATAGTGACGCCAATCGTGAGGAATCTATTACTTATGCGACGTTGAAAGAAAAATCCGACAAGTTCGGTAATGTACTCCGTAAATATGGTGTTGGCAAAGGTGATCGGGTATTTATCTTTATGCCGCGCGGTCCTGAGCTCTATGCCGGTTTGCTGGGCATTCTGAAGGTTGGCGCCGTGGTCGGCCCATTGTTCGAGGCGTTTATGGAGACGGCTGTAAAGGACCGCCTGGAGGACAGTGGAGCGATTGCACTGATTACGACGCCTGCACTGTTGTCACGTGTGAAGCGAGACGAATTGCCTGAACTGAAGCATATTTTTGTCGTGGGCGAGATTGAAGAGGAGGACCCGCGGCTAGTAAGCTACCACGAGGAAGTTGAAGCAGCATCAAGTGAGCTGGAGATTGAATGGCTTGAACGGGAAGATGGATTGATCATGCACTATACGTCAGGCTCTACCGGGAAACCGAAGGGCGTGTATCACGTGCAGAATGCCATGATTCAGCATTATTATACGGGCAAGGTTGTTTTGGATTTAAGGGAAGATGATATATATTGGTGCACGGCGGATCCGGGCTGGGTTACCGGTACGTCCTACGGCATTTTTGCACCGTGGTTGAACGGAGTTACCAATGTCATTCGCGGAGGCCGTTTCAGTCCGCAGGATTGGTACAGCACTTTGGTGAACAATAAGGTAACGGTATGGTACAGTGCTCCCACCGCCTTCCGCATGTTAATGGGTGCCGGCTCCGAGCTTATCGACCAATATGATCTGAGCCATGTACGGCATATTTTATCCGTTGGCGAGCCGCTTAATCCCGAGGTGGTGCGTTGGGGACACAAGGCTTACAAGCAGCGTATCCATGACACATGGTGGATGACAGAGACTGGCGGACAGTTGATCTGTAATTACCCGGGCATGGCGATCAAGCCAGGATCCATGGGACGCCCAGTGCCGGGCATTACAGCGGCTATCCTGGACGATCAGGGGAAAGAAGTGGCTCCGTACACGATGGGGAACTTGGCAATCAAGACACCTTGGCCGTCCATGATGAGAAAAATTTGGAATAACGAGGCGAAGTATGAAGAATACTTCCGAATTCCGGGCTGGTACATTTCAGGTGATTCGGCATATATGGATGAAGAAGGATACTTCTGGTTCCAGGGCAGAATCGACGATGTGATTAATTCGTCCGGTGAGCGAATCGGACCGTTCGAAGTCGAGAGCAAGCTGGTTGAACATCCGGCTGTTGCTGAAGCAGGCGTGATCGGTAAGCCTGATGTTACCCGTGGCGAGATCATTAAAGCCTTTATCTCTTTACGTGAGGGGTATACACCTACTCAGGAGCTCAAGGATGAAATTTACCGTTTTGTGAAGGAAGGACTCTCCGCCCATGCCGCGCCTCGTGAAATTGAGTTTAAGGATAAACTTCCGAAGACACGCTCCGGTAAGATTATGCGCCGCGTACTAAAAGCGTGGGAGCTGGATCTTCCGACAGGGGATCTGTCCACGATTGAAGATTAA	MNQTHSEILPSEVSHSNMKSYEQARSEFSWDEIERHFTWYETGKVNMAYEAIDRHVAEGRGDKVALLYSDANREESITYATLKEKSDKFGNVLRKYGVGKGDRVFIFMPRGPELYAGLLGILKVGAVVGPLFEAFMETAVKDRLEDSGAIALITTPALLSRVKRDELPELKHIFVVGEIEEEDPRLVSYHEEVEAASSELEIEWLEREDGLIMHYTSGSTGKPKGVYHVQNAMIQHYYTGKVVLDLREDDIYWCTADPGWVTGTSYGIFAPWLNGVTNVIRGGRFSPQDWYSTLVNNKVTVWYSAPTAFRMLMGAGSELIDQYDLSHVRHILSVGEPLNPEVVRWGHKAYKQRIHDTWWMTETGGQLICNYPGMAIKPGSMGRPVPGITAAILDDQGKEVAPYTMGNLAIKTPWPSMMRKIWNNEAKYEEYFRIPGWYISGDSAYMDEEGYFWFQGRIDDVINSSGERIGPFEVESKLVEHPAVAEAGVIGKPDVTRGEIIKAFISLREGYTPTQELKDEIYRFVKEGLSAHAAPREIEFKDKLPKTRSGKIMRRVLKAWELDLPTGDLSTIED	PGPT0002265_5760	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895	NA	NA
JZ016_06172	3108	mtgA_1		Biosynthetic peptidoglycan transglycosylase	ATGGTTGAGGAGAAAAAACAAGAGCCTGAAAAACAGAAGAAACCGCGTAAACGGTCCTTTCTGCGGGTGCTCGGATCCGTCATCGGATGGCTCTTTGTGGTGGGTCTGATGGGCGTTTTGTTCGCCGGAGGAGCCGTAGCTGGCTACGTGACCTCTATTGTTGAGAATGAGCCGGTAAGATCCAGGGCTCTCATCGAGAATACGGTGAACGACAATGCCATAACGGGCTTCGCCTACTTCGCGGATGGCTCACCGATCGGGCAGCTTAGAACCGAAGAAGACAGACGACCTGTGGAATTCAAGGATATTCCCCAGCTTGTTAAGGATGCCGTCGTATCCATAGAAGACAACCGTTTTTATACACATAAGGGTGTTGACATAAAAGGTACCGCTCGCGCCGTAAAAGAACGCGTGCTGAACGAACCGGTTCAAACCGGCGGCAGCACGTTGACGCAACAGCTGGCCAGGCTCACTTTTTTAAGTCGCGACAAAACCGATAACCGCAAGGTAAAAGAAATGCTGCTTGCCATGCGGATGGAACGCTTTTTGAGTAAAGACCAAATCTTAACAGCCTACTTGAACAAGGTTCCTTACGGGAATGGTTCCAGCGGATACCAGCTGTTCGGGATCAAGGCTGCCGCAAAAGGAATATTCAACATCAACAAGCTGGATGATCTGAACGTGGCTCAAGCTGCATATTTGGCGGGTCTGCCGCAGCTTCCATCCTCCTACTCGGCCTTCAACGGCAAAGGAGAATTTGACGAGAAAGCATTTAAACGGGCAGTAAACCGGCAGCACCGCGTGCTGGCAAGCATGCTGGAAGAAGGCAAAATAACGCAAGCCGAGTATGAAGAGGCCAAGGCATTCGATATCAAAAAATCGCTTGCTCCTCGGACACAGAAGGCCTATGTGATTTATCCTTATCTCATGATGGAAGTAGAACGCCAAGCATCGAATATCCTGATGCAGCTGGGCGAGGAAGCCGAAAAAAACGCAAAAGGCACGCAAGCGAACTCCGATCTGATGGATGCTTCCAAAGCTCAACTAAGCACCGGCGGTTACCGTGTTTACACCACCATCGACCGGACACTATACAAGACCATGCGATCCATCGCGGAGGATGACAGCAACTACTTGCCTGACAGCCAGGAAAAAGGAATGGAGCAAACCGCCGCGATGATGATCGACAACAAAACCGGCGCCATTCTCAGTATGATTGAGGGCAGGGATTTTAACACAGAACAAATGAACTACGCGACACAAATGAAACGACAACCTGGATCTGCCATGAAACCTATTGCCGCCTATTTACCGGCACTCGATTCGGGAGCGATTCAGCCTGCCAGCGTGGTCGACGATTCACCGATCATCTTAAAGGACTACAGCAAAGTGTTCCATATTCCTAAAAACTCGTACAGCGGGTACAGAGGGTTGATGACGGCACGACAGGCACTGAACGATTCGACCAATACGGTGGCGCTCAAGCTGTTTAACAACACGGTCGGCATTGAGAAGGCTTGGGAGTTTTCCAAGAAGCTGGGTATCACTACCTTGGAGGACGGCGATTATAATGCTTCAACAGGTGTACTCGGCGGGCTTCATTACGGCGTAACCGTAGAAGAACTCACCAATGCATACAGTTCCATCGGCAATCAAGGCAAATTCACGGATGCTTTCATGATTGAGAAAATCGTGGATTCCAAAGGTAATATTGTTTATAAACATGAAGTAAAACCAGAGCAGGTATTCTCCGAACAAACCGCGTATCTCATGACCGATATGCTCCGTACCGTCATCACGAACGGAACTGGCAGTAAGGTCAGAGACACGTACAAGAAATTCAATGAGGTTCCGGTCGTTGGTAAAACCGGATCTACCCAGAACTACGGGGATGTCTGGTTCATGGGATACTCGCCTGATGTGACGCTTGGCGTATGGGTCGGATATAAAGAACAAAAAAATACACTCGTTGGAGACCAGCGCAAGCACGCCCAGGCCATTTGGGCAAGAATCATGAACGAAGCAACCGACGTTAAGCCGGATCTGTTCCCAACCAAAACGTTTGAGAAGCCTGAAGGCATAACCTCCAAAACGGTTTCGGCGTACAGCGGCAAACTGCCGACCGCCTTAACGGACAGATTCGTAACGGATCTGTTTAATGTGAAGTTTGTGCCTACCGAAAGCGATGATGGCATCGCAAAAGCGAAATATATCACCTATCGGGGTGTAAATTACATTCCACATGAAGCAACGCCTCTGGATATGTTGAGAGAACAAATCGTAATCAAGCGCGAGAAACCCATCGATGAGCTGATTATAGAGCTGCAGAACGCCCTGAAGGTCATGAAAGGTGAAAAGAGATCACTGGAATCTTATCTGCCGCAGGACGCGAAGAAAGGGATGCCAAGCAGGCTCGACCCTAGAACGGATGATGGCAAAGCCCCTACTCCACCGAAAAACGTTCATTATTCGATGGGCAGCGGCTCGATCAGCTTTAATGCCAGCGGATCTCCTGATGTAGTCGGATACCGGCTCTTTAAGTCCGTTAACGGAAGTCCGTATACACATCAAGGGCAGGTCGTGCTTGGCGATGAGAGTCTTGTCTTCTCGGGACTTGGAGCTGACGGAATGTTTACTTCCTATTACGTTGTCGCCGTTGACGTTGCCGGCAAAGTATCTGAGCCAAGCGCCATTGTGGGCGGCACAGCGCCTGGATTCGAAGTACCGGGCGACAACGATGCGAATCCGGATGACGACATCGATAATCCGGATGATGGCTTGACTGAGGGAGATCCCAATATCGACCTGGAACTTGGGGATGAAGGTGCTGCTACCGTACCGTCTGCACCAGGTCAGCCGACCCTTGTAGCTACCCCTGAGGGCTTTCAGGCCACCTGGAGCGGCAATGCTCCAGAGGAAGAGGTTATGGTCTACAACATCTACATCAGTCCAAATAGTGACGGCAATTACCAGATTCTTGGCTCAAGTAAGAGCACGGAGTTCTATTACTCCTCTGGTAACCCAATCGGCGGTACCTTTAGAATAACTGCCGTAAATCCAATCGGTGAATCTGCTGCTTCACCGGCCGTATATTTTGAGAAAAAATAG	MVEEKKQEPEKQKKPRKRSFLRVLGSVIGWLFVVGLMGVLFAGGAVAGYVTSIVENEPVRSRALIENTVNDNAITGFAYFADGSPIGQLRTEEDRRPVEFKDIPQLVKDAVVSIEDNRFYTHKGVDIKGTARAVKERVLNEPVQTGGSTLTQQLARLTFLSRDKTDNRKVKEMLLAMRMERFLSKDQILTAYLNKVPYGNGSSGYQLFGIKAAAKGIFNINKLDDLNVAQAAYLAGLPQLPSSYSAFNGKGEFDEKAFKRAVNRQHRVLASMLEEGKITQAEYEEAKAFDIKKSLAPRTQKAYVIYPYLMMEVERQASNILMQLGEEAEKNAKGTQANSDLMDASKAQLSTGGYRVYTTIDRTLYKTMRSIAEDDSNYLPDSQEKGMEQTAAMMIDNKTGAILSMIEGRDFNTEQMNYATQMKRQPGSAMKPIAAYLPALDSGAIQPASVVDDSPIILKDYSKVFHIPKNSYSGYRGLMTARQALNDSTNTVALKLFNNTVGIEKAWEFSKKLGITTLEDGDYNASTGVLGGLHYGVTVEELTNAYSSIGNQGKFTDAFMIEKIVDSKGNIVYKHEVKPEQVFSEQTAYLMTDMLRTVITNGTGSKVRDTYKKFNEVPVVGKTGSTQNYGDVWFMGYSPDVTLGVWVGYKEQKNTLVGDQRKHAQAIWARIMNEATDVKPDLFPTKTFEKPEGITSKTVSAYSGKLPTALTDRFVTDLFNVKFVPTESDDGIAKAKYITYRGVNYIPHEATPLDMLREQIVIKREKPIDELIIELQNALKVMKGEKRSLESYLPQDAKKGMPSRLDPRTDDGKAPTPPKNVHYSMGSGSISFNASGSPDVVGYRLFKSVNGSPYTHQGQVVLGDESLVFSGLGADGMFTSYYVVAVDVAGKVSEPSAIVGGTAPGFEVPGDNDANPDDDIDNPDDGLTEGDPNIDLELGDEGAATVPSAPGQPTLVATPEGFQATWSGNAPEEEVMVYNIYISPNSDGNYQILGSSKSTEFYYSSGNPIGGTFRITAVNPIGESAASPAVYFEKK	PGPT0023890_23	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023890-pbp1b-K03693	NA	NA
JZ016_06174	1254	tyrS_3	COG0162	Tyrosine--tRNA ligase	ATGAAATGGGATGGTATATCGAACGTTCAGCAGCAAGAGGTGGAACGGCAGATGGAGGTGATCTCCCGTGGAGCAGTGGAGATCATCCCGGAAGAAGCGATGAGGCAGAAGGTGATGAAATCGGTTGTAACCGGCGAGCCGCTGCGCGTGAAGCTGGGAATGGACCCGTCAGCGCCCGATCTTCACGTCGGGCATACCGTCGTGCTGCAGAAGCTGCGTCAGTTCCAGGAACTCGGACATGAAGTACAGCTCATCATTGGGGACTTTACCGGCAGAATCGGAGATCCGACAGGCAAATCCGATACGCGTAAGCAGCTGTCGGAAGAAGATGTTAGACGGCATGCGGAAACGTACAAAAAACAAATATACAAGGTATTGGATCCTGAAAAAACGAAGGTATATTACAACTCCGAGTGGCTTGCGCCGATGACTTTTGCCGATGTGGTCAGCTTATCGGCAAAGGTGACGGTGGCACGGATGCTCGAGCGCGATGATTTTACAAAACGGTATCAGAGCGGGCTTCCGATCAGCATCCATGAATTTTTTTACCCGTTGATGCAGGGGTTGGATTCTGTGGCGCTTAAGACCGATGTCGAGCTTGGTGGGACGGATCAGAAGTTTAACTTGCTGATGGGACGCACCCTGCAGAAGGAGTATGGCTCAGAGCCTCAGGTTGCAATCACGATGCCGCTTATTGAAGGGCTCGACGGCGTACAGAAGATGAGTAAGAGCTTGGGCAATTACATCGGTATCGATGAAGAGCCGAATGAGATGTACGGTAAGTCCATGTCCGTTCCGGATGAGCTCATGCTCAAATACTTCAGCTTGGCCACGGATATGGCAAGTGAGGAGGTAACCAGCTTGGAGAAGGGGCTCCGGGACGGAGTTGTCCATCCCCGGGATGCCAAGATGAGTTTGGGGCACAGACTCGTTCGCATGTATCATGGGCGGGAGGCTGCGGATGCTGCACAGCAGCATTTTGTGACGGTATTCCAGCAGAAGGCACTTCCTGAAGACATTGAGGTTTACATGGTACCCGAAGGAGAATTGAAGGAAGGAAAGATTATGCTTATCAATCTACTGACACTGCTCGGTTTTGCCGCTTCCAATGGCGAGGCTAGACGGAGCATTCAGCAGGGGGCCGTAAAATGGAATGGGGAGAAATGCAGCGACATTTACGGTGAGATCGTGCCTCAGGATGGGGATGTGGTTCAAGTGGGCAGGCGTAAATTTGCCAGACTGAGGCTTTCTTAA	MKWDGISNVQQQEVERQMEVISRGAVEIIPEEAMRQKVMKSVVTGEPLRVKLGMDPSAPDLHVGHTVVLQKLRQFQELGHEVQLIIGDFTGRIGDPTGKSDTRKQLSEEDVRRHAETYKKQIYKVLDPEKTKVYYNSEWLAPMTFADVVSLSAKVTVARMLERDDFTKRYQSGLPISIHEFFYPLMQGLDSVALKTDVELGGTDQKFNLLMGRTLQKEYGSEPQVAITMPLIEGLDGVQKMSKSLGNYIGIDEEPNEMYGKSMSVPDELMLKYFSLATDMASEEVTSLEKGLRDGVVHPRDAKMSLGHRLVRMYHGREAADAAQQHFVTVFQQKALPEDIEVYMVPEGELKEGKIMLINLLTLLGFAASNGEARRSIQQGAVKWNGEKCSDIYGEIVPQDGDVVQVGRRKFARLRLS				NA	NA	NA	NA	NA
JZ016_06175	603	rpsD		30S ribosomal protein S4	ATGGCACGTTACACCGGTCCTAAATTTAAATTAAGCCGTCGTCTGGGAATCTCCCTGAGCGGTACAGGTAAAGAATTGGCTAAACGCCCTTTCCCTCCAGGTCAGCATGGTCCTAACCAACGGAGAAAAGTCAGCAACTATGGTATGCAGCTTCAAGAAAAGCAAAAGCTGCGTCATATGTACGGCTTGGGCGAGAAGCAATTTAAAACCCTGTTTAACAAAGCAACTGGCATGAAAGGTATCGCTGGTGAGAACTTTATGTTCCTGCTTGAGAGCCGTCTGGACAACCTGGTTTACCGTCTTGGCTTCAGCAATTCCCGTGCGGGTGCTCGCCAATTGGTAGCTCACGGTCACGTGACTGTGAACGGCAAGAAAGTCGATATCGCTTCTTACGCTGTAAGCACTGGCGATGTAATCGGTCTTCGTGAAAGAAGCCGCGGCCTTTCCTCCATCAAGGAAGCTTTGGCTAACCGTGTACATCTTCCAGCTTACCTCGAATTTGATGAAGCAGCAATGGAAGGGAAATACATCCGTCTTCCAGAACGTTCCGAACTTTCCCAAGATATCGATGAGAAACAAATCGTCGAATTCTACAACCGTTAA	MARYTGPKFKLSRRLGISLSGTGKELAKRPFPPGQHGPNQRRKVSNYGMQLQEKQKLRHMYGLGEKQFKTLFNKATGMKGIAGENFMFLLESRLDNLVYRLGFSNSRAGARQLVAHGHVTVNGKKVDIASYAVSTGDVIGLRERSRGLSSIKEALANRVHLPAYLEFDEAAMEGKYIRLPERSELSQDIDEKQIVEFYNR				NA	NA	NA	NA	NA
JZ016_06176	1992			hypothetical protein	ATGTCAGAAGATCAACGGAAAGTGTATGAAAGCTCTCCCGGCTCTGCAGTTATGTTTCATGATGCCGGGCCAATTCCTGGAAACGAGCCTTGCTTTTGGCTTCAGAGCTTGGATATTACACCTCATGATTTCCCTTATATTCAGCCTCTCATATCAGACAGCTATCTGGAGTGGCTAAGAGAAAGCGCAGGCACACAGGCGATGAAGAAATTCAGCTGGGCCCTTCTTTCTCATGAGGGAGCTTGGCTGACAGGGGCTTCCGATATAACGGAATACCTTAATGTAAGTGAAGATGAGACATTATCGCTTGCTTTGAACACCAAGGAAGCGGCGCAAGGAATGGGAAAGGGTTCGTTTGAGGGAAGCGTGCTGTGCGCTGTCCCGCTCTTCACTCGCATTCATGGTGATGTATTTGCGGTGATGGTCAGTGTTTCCTCACAGGCAATGGAGCCGGAACAATCACTTATGCTGACAGAAACATACGCCTTATTGTTTCGTTCCTGCTTCTATCGGAAGCTGGAGTACGTGTTTGCTGATGATCTGGAGAAAGTCCACACCCAAGCTGAGCGTGAGGTGCACAGGCGTTCCATCATGTTTCAGTATGTCAAACGGATGCATATCCAGATTGATGTGGACAGCGTGCTGGTGGAGGCTATCGACAGTGTCCTGGCGCTGTATCCCAAGGCCAAAGTCGAATTGTTTATGTCTCAGGACCATGAGAGTGGACATCCGCTTGTACGTCCTCTGCTGCTTCATCATTGGCAGAAAGAGGTTTATGTGCGGACATTTATGGAGGGTACCCTCACGATTGATGAACATGAGGAATCCGATTCGATCGTGGAAATCGGGATTCCCATGGGAGGCAAGCAGGGCGTTTATGGCGTACTCCATGTGGAAGTGGACAAGTCCGAGCTGCCCGATATGGATCTGGAGCTGCTCGGGATGATGGCCGACGCTGCCGGCACCGCGTTTGAGAATGCCAAATTGTACGAGCAGTCCAATCTGATGATTCATGAGCTCCGTATGATTAATGAACTGACACAGCGGTTGAACAAAAGCCTGCATTTGGCGGAGATATTTCAGTTTGCCAACCATGAGCTGCTAAAGATTCTTGAAGCCGATTACTGCTGCATTTTGATTTATAACGAGGAGCTTGGCGGTCTTGAAGTGGTATCCTGCAACGCCGAGTGGCTTGCCAAGGAGGTCTTTGAGAAGGATTATGGTTTGGGCGGCCTAGTCTATCATTCGAAGGAGCCCCTCATCCTGTCAGACTATCACGAAGAACGTCCGGCGGAATCCAGGCTTATGGAGAGCACCCATTCCAGCTCGATGATTGCTACTCCGCTAACCGTTAACGGTGAGGTACGGGGCGTTGTTCTTCTCACCCATGCGAAGCCGCATTATTTTTCCTATGACAGCTATCGGCTGCTTCAAGCTCTGACCAGCCATATTGGTCTGGCTATCGGCAATGCTTTTCTGCATGCGGAAGTGAGGAGAATGGCTAACCGGGATATGCTGACTGAACTGTATGCGAGACATTATCTTGACGAAATGATCCATGAATGTCAGAACCGTGATTTTTGCGGTTCTCTCATCGTTGTGGATATCGATGAATTCAAGCAGGTCAATGATACGTTCGGTCACCAGCGGGGGGACAAAATTCTGAAGCAGGTCAGCAGCATCGTGAAGACAACGATACGGCACAGCGATATTCCAGCCCGCTGGGGCGGTGAAGAGCTTGCCGTGTATTTGCCGGGACTCGGCATTCAACAGGCGATGCAGGTCGCCGAACGGATTCGCATAAGGGTATCGGAAGAGACCGATCCCCGCGTAACGGTGTCCTGCGGAATTTCCGAATGGAACTGGACCAATGACAAGATCAGCGTAGAGTCTCTCTTCTATCGAGCGGATATGGCCCTTTACGAAGCGAAGAATGGCGGCCGCAACCGGATTGTCGTGGAGAGGGCGGAAGCTGAAATCGGACTGGATTAA	MSEDQRKVYESSPGSAVMFHDAGPIPGNEPCFWLQSLDITPHDFPYIQPLISDSYLEWLRESAGTQAMKKFSWALLSHEGAWLTGASDITEYLNVSEDETLSLALNTKEAAQGMGKGSFEGSVLCAVPLFTRIHGDVFAVMVSVSSQAMEPEQSLMLTETYALLFRSCFYRKLEYVFADDLEKVHTQAEREVHRRSIMFQYVKRMHIQIDVDSVLVEAIDSVLALYPKAKVELFMSQDHESGHPLVRPLLLHHWQKEVYVRTFMEGTLTIDEHEESDSIVEIGIPMGGKQGVYGVLHVEVDKSELPDMDLELLGMMADAAGTAFENAKLYEQSNLMIHELRMINELTQRLNKSLHLAEIFQFANHELLKILEADYCCILIYNEELGGLEVVSCNAEWLAKEVFEKDYGLGGLVYHSKEPLILSDYHEERPAESRLMESTHSSSMIATPLTVNGEVRGVVLLTHAKPHYFSYDSYRLLQALTSHIGLAIGNAFLHAEVRRMANRDMLTELYARHYLDEMIHECQNRDFCGSLIVVDIDEFKQVNDTFGHQRGDKILKQVSSIVKTTIRHSDIPARWGGEELAVYLPGLGIQQAMQVAERIRIRVSEETDPRVTVSCGISEWNWTNDKISVESLFYRADMALYEAKNGGRNRIVVERAEAEIGLD				NA	NA	NA	NA	NA
JZ016_06177	795			hypothetical protein	ATGGTTTTGTTTGTCTTTTGCCTAACCGGATGTGCCTGGCAGGAGCAGTTGTCGGCCGAAGAGTCGTTTAACCGTGCCCTGTCGGGGCTGTCGGGCGTTGATAATTTCTCTTTTCGGGGAGAAGCAGCGATTCGGACCGGAGAAAACGGACCGTTTCAGCAAAGTTTGGCATTTGAAGGCAATCTGCAGCATCATACGGATTTGACACTATCATCAAGGGACAAAGGGACAACAATACAGAAGGATAAGGTATCAGCGGATTCGGTATATAAATCAGATGGGCTTACAGTGGCACTGAAGCGCAAAGAAGGCAAGTGGAGCACGCTGTCATCGGAACATGCCGAAGAAATGTGGATCACCCGCTTGAATCCGCTGGAACTGCTGGAGTATATCGGAAAGTCGGAGAAGACGGTGACCCAGGAGCTGGGGGCGGCAAGAGGAACCAAGGTGCTGCGCATCGAGCTGTCACCCGAGGCGGCAGCCAATATGGTCTATGGATCGCTGGATGAGCAGATGAAGGCGCTGGCTGCGCGGATCGAACGCAAAGGGGATCCTTTGTACAGTGCAGACCCTAAGGTTCGTAAACGACTGAAGGCCGTCTGGCAGCGAGACTATAATGAAATGAAGAACATGCTCAGCAAGGCGGATGCCGTTTCGGTCTCTCATGTTACGATTAACAACAAAAAACAGCTTCCTACCAAACTGACTATGGAACGAACGTTGTTTTTTGTTGACGAGCAGGGCAGAACCCGCACGGAAACGCTGCTGTCCGATGTTACATTTACCGGTTATTGA	MVLFVFCLTGCAWQEQLSAEESFNRALSGLSGVDNFSFRGEAAIRTGENGPFQQSLAFEGNLQHHTDLTLSSRDKGTTIQKDKVSADSVYKSDGLTVALKRKEGKWSTLSSEHAEEMWITRLNPLELLEYIGKSEKTVTQELGAARGTKVLRIELSPEAAANMVYGSLDEQMKALAARIERKGDPLYSADPKVRKRLKAVWQRDYNEMKNMLSKADAVSVSHVTINNKKQLPTKLTMERTLFFVDEQGRTRTETLLSDVTFTGY				NA	NA	NA	NA	NA
JZ016_06178	1116	pepS	COG2309	Aminopeptidase PepS	ATGCGTGATCCCAGAATTCAAAAACTGGCTCAAAATCTCGTGAACTATTCGGTAGATATGCAGCCAGGTGAAAATGTGCTCATTGAAATGATCGGATCGGAGCGCGATCTGCTGAATGCCATCATTGAGGAGGTTTCGAATCAAGGCGGCCGCCCGTTCGTGCAATTGACAGATCGCACGGTTCAACGGGCCATGCTGAAGAACGCAAACAAGGAGCAGCTTGAGCTGTGGGCTGAGCTGGATCTTGAGCGCATGAAGAAAATGGATTGTTACATCGGTATCCGCGCAGGCGAGAACGTCAACGATATGGCTGACGTGCCTGAGGAAAACATGAAGCTGTACAATGCGCTTTACTCGCATCCCGTACATAGCGAAGAACGTGTCAAGCGTACGAAATGGGTGGTTCTCCGCTATCCGAACGCCAGCATGGCGCAGCTTGCCAACACCAGCACGGAGGCGTTTGAGGATTTCTACTTCGATGTGTGCAATCTGGACTATTCCAAAATGGACCGCGCGCAGGATCCTTTGGCCGAGCTGATGAGGAATACCGACAAGGTTCGCATCGTGGGACCGGGAACGGACCTCAGCTTCTCGATCAAGAACATCGGCGCGGAGAAATGCTCCGGCCAGAAAAACATTCCGGATGGCGAGGTATACACAGCGCCTGTTCGTGATTCGGTTAACGGAACGATCGCTTACAATACACCGACTCTTTACAATGGCGTCACCTTCGAAAATATTAAATTCCGCTTTGAAAACGGAAAAATCGTCGAAGCAACAGGCAGCGACACGAAGCGGCTGAACGAGATCCTTGATGCGGACGAAGGTGCAAGATATATCGGCGAGTTTGCCATCGGCTTCAACCCGTACATTTTGACACCGATGAAAGATATTCTGTTTGACGAGAAAATCGCAGGTAGCCTGCATTTTACGCCAGGTCAAGCATATGATGTAACAGACAACGGCAATCGTTCCTCGATTCACTGGGACCTCGTGTTGATCCAGCGTCCGGAGTACGGCGGCGGGGAAATCTACTTTGATGACCGTCTCATTCGCAAGGATGGTATATTTGTTATTCCAGAACTGGCAGCGTTAAATCCGGAAAATCTTAAATAG	MRDPRIQKLAQNLVNYSVDMQPGENVLIEMIGSERDLLNAIIEEVSNQGGRPFVQLTDRTVQRAMLKNANKEQLELWAELDLERMKKMDCYIGIRAGENVNDMADVPEENMKLYNALYSHPVHSEERVKRTKWVVLRYPNASMAQLANTSTEAFEDFYFDVCNLDYSKMDRAQDPLAELMRNTDKVRIVGPGTDLSFSIKNIGAEKCSGQKNIPDGEVYTAPVRDSVNGTIAYNTPTLYNGVTFENIKFRFENGKIVEATGSDTKRLNEILDADEGARYIGEFAIGFNPYILTPMKDILFDEKIAGSLHFTPGQAYDVTDNGNRSSIHWDLVLIQRPEYGGGEIYFDDRLIRKDGIFVIPELAALNPENLK	PGPT0020940_1392	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020940-pepS|ampP|ampT-K19689	NA	NA
JZ016_06179	246			hypothetical protein	ATGTCCAATAACAATCAATCTATCGTAGAAATTTCGCAAACCGCCAGCCAGTTCTCATCCTCCATCGTTTTACAGGCGGAGAACAAGTACATTGATGTTAAGAGCATCTTGGGTCTGTTCACAACGCTTGTCAACAGCCAAAGCTATGAACTGCATGTACATGGACCTGATGCTGATGCAGCTAAAAAGGCAATGATCGACGTATTCACCAAGCATGGTTTGAATGTATCCGTCGTGGCTGAATAA	MSNNNQSIVEISQTASQFSSSIVLQAENKYIDVKSILGLFTTLVNSQSYELHVHGPDADAAKKAMIDVFTKHGLNVSVVAE	PGPT0016875_3710	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0016875-ptsH-K02784	NA	NA
JZ016_06180	288			hypothetical protein	ATGACTTCATCTGATTTACAGGAACAGCTGAATCTCAAAGCGATCAGTCTTCTACATGAAGATGCAGATAAAATCCTAAAGCTTATTGAAGTACAGATGGAGAATCTGGCGACCCGTTATTGCCCTCTCTATGAGGAAGTGCTGGATACCCAAATGTACGGTTTTTCAAAAGAGGTTGATTTCGCGGTGCGGGCCGGGCTTCTTCCGGAAAGTACGGGAAAGCAGCTGATCAGCAAGCTTGAACGCAATCTGGCGGTCCTGTACGAAGCCATGAATCAATCCAAATAG	MTSSDLQEQLNLKAISLLHEDADKILKLIEVQMENLATRYCPLYEEVLDTQMYGFSKEVDFAVRAGLLPESTGKQLISKLERNLAVLYEAMNQSK				NA	NA	NA	NA	NA
JZ016_06181	1074			Ca(2+)/H(+) antiporter	ATGAAAAAATGGCTAAATCCCGCGCTTCTCATCTTCACTTTTTTACTGAGCGCGCTGGGACACTTTGCGAACTGGAACTTCACGCTCCAATTCATTTTGTCTTCGATCTCGGTTATTTTTGTCGCCGGTTTTCTAGGCAAAGCAACCGAAAGCGTTGCGCATTACGCGGGTCAACGACTCGGGGGATTCCTCAACGCCACCTTCGGTAACGCGGCAGAGCTGATCATCGCCATCCTGCTGATCAAGGAAGGCTTGTACGATATGGTGAAGGCAAGCATCACCGGCTCCATTATCGGCAACTTGCTGCTCGTTCTCGGGCTCAGCCTGTTTGCCGGGGGCCTCAAGTTTAAAATCCAAAAATACAATGTGACGCTGGCAGGTCTGAACGGATCCCTGATGACGCTGGCCATTATCGCGTTGTTCATCCCTGCAGTCTTTCTGAATACCCACTCCATTACGGAGAGTGAAACCAAGACGCTCAGCCTCATTGTAGCGGGAATTCTTATCGTGTCCTACATCGCATGGCTTGGATTCTCAATGATTACCCACAAAAATTATTTGGCGGATGTCAGCGACGATCACGACCAGGATGCGCTGCCGCACGAGCACGGCCCCACCTGGTCCAAGAAACGCTCGATTCTGTATCTTGTCGTCGCCACCGTCATGGTCGCGTTTGTCAGCGAATGGCTTGTCGGGGTCCTTGAGCCTATCAGTCACGAGTATGGCCTCAGCGAGCTGTTTATCGGGGCCTTCTTGGTAGCGATTATCGGTAACGCCGCCGAACATAGTGCAGCTATCATGCTGGCGATGAAGAACAAAATCGGCGCCGCCGTTGAAATTGCCGTTGGCAGCAGCCTGCAGATCGCCCTGTTCGTTGCTCCCGTGCTTGTGTTTATCAGCTTCTTTCTCGGAGATACGATGGATCTCGTGTTCACCACGCTGGAGCTGGTCGCCATCGGCGTCGCCGTATTCATTGCCAGATCCATCACGCAGGACGGTGCATCCAACTGGTATGAAGGCCTTCTGCTGCTCGCCGTATACGTCATACTGGGCGTCTCGTTCTTCCTCGTCTAA	MKKWLNPALLIFTFLLSALGHFANWNFTLQFILSSISVIFVAGFLGKATESVAHYAGQRLGGFLNATFGNAAELIIAILLIKEGLYDMVKASITGSIIGNLLLVLGLSLFAGGLKFKIQKYNVTLAGLNGSLMTLAIIALFIPAVFLNTHSITESETKTLSLIVAGILIVSYIAWLGFSMITHKNYLADVSDDHDQDALPHEHGPTWSKKRSILYLVVATVMVAFVSEWLVGVLEPISHEYGLSELFIGAFLVAIIGNAAEHSAAIMLAMKNKIGAAVEIAVGSSLQIALFVAPVLVFISFFLGDTMDLVFTTLELVAIGVAVFIARSITQDGASNWYEGLLLLAVYVILGVSFFLV	PGPT0013985_2406	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013985-chaA-K07300	NA	NA
JZ016_06182	387		COG1302	Alkaline shock protein 23	ATGACGGAACAACTTCAACTGGATAACGGTTTGATTCGAATATCGGATGATGTCGTCTCGAAAATTGCCGGATTGGCTGCCTTGGAAACCCCAGGTATTGCAGCCATGTCCGGTGGATTGTCCGAGGGCTGGGCTAAGAGACTGAGCGGCAAAAATGTGCAAAAGGGTGTTACCGTGGAAGTAGGTCAGCTGGAAGCGGCGATCGACCTGCGGATTATCGTGCTCTATGAGACACCAATACATGAAGTGTGCCGCATGCTTCAACAGAATGTCCGCGAAGCTGTCGAGAGCATGACAGGGCTTCGAGTGGTTGAGGTCAACGTGAAGGTCGAAGGCGTAGCGTTTAAAGACGATGAAATCGACGATATTCAGCTTCGAGCCAAATAA	MTEQLQLDNGLIRISDDVVSKIAGLAALETPGIAAMSGGLSEGWAKRLSGKNVQKGVTVEVGQLEAAIDLRIIVLYETPIHEVCRMLQQNVREAVESMTGLRVVEVNVKVEGVAFKDDEIDDIQLRAK				NA	NA	NA	NA	NA
JZ016_06183	1218	ftsW_3	COG0772	putative peptidoglycan glycosyltransferase FtsW	ATGAATACGACCAAACCTCAGCCGAAGAGAGGGACGCCTGATTTTCAACTGCTGATCCTTACCTTGCTGTTGGTGGGATTCGGACTGATCATGGTGTTCAGTTCCAGCTCCAGCTTGGCCGTTTTCAATGAAAAATTCAATAACGATCCGCTGCATTTTACGAAGCGGCAAGTCGCGTTTGCCGTCCTTGGCACATTGGTTATGTTTGTTGCCATGAACATCAACTATAAAAAGTACAAAAAGCTATTCATACCGGTGTTTTTTCTAACCTTGATGCTGCTGATTCTTGTGGTGATCATCGGTTCCGCAACCAACGGAGCCACAAGCTGGTTTAACCTGGGGAAATTCGGCATCCAGCCGACAGAACTGGCCAAAATAGCGACCATTGTCTATCTGGCAGCGTTGATCACCAAAAAAGGGGAACGAATCCGTCAATGGAAGGGCGGTTTCTTCCCCGTACTCATTATTGTAGGGATCGTAGCGGGACTGATCATGCTTCAGCCGGACCTGGGCTCCTGTTTCATCCTTGTGGCTACCAGCGGACTGCTGATCTATGCCGGCGGCGCCAGCCTCAAGCATATCCTCGGATGTATCTCGCTTGTTGCGCTTGGCCTGGTGCTCACACTGGGAGTCGGATCGCTCTTTAACTCCGGCGGAGATCAGGAAGAGGCTTCCAAGAACTATAAGATGGGCCGGATTGAGGCCTTCATGGACCCGTTCCACGATGAGTCGGACACGGGCTACAATTTGGTTCAATCGCTGATCGCCATCGGTCAGGGCGGTGTCACCGGAGCCGGTTACGGGGAGAGCGTGCAGAAGCTGCATTATCTGCCGAATCCTTACAACGACTTTATCTTTTCGGTCATCGGCGAAGAATTCGGTTTTATCGGAACCGCGATATTCCTCCTGCTCTACTTATATTTTATCCTGCGAGGGATCATTGTTTCGCTTCGCTGTTCGGATCCCTTCGGTACCTTGACCGGCGTCGGCATCATGGGACTGATCGCCATTCAGGCCTTCATCAATATCGGCGGGGTGACCAATACCATCCCGATAACGGGCGTTACCCTCCCGTTCATCAGTTATGGCGGATCCTCGCTGCTGGTCATGATGCTGAGTATGGGAATCGTGCTTAGCATATCCAGGGACAGCAACCGTCCGATGAAAGAGGAGCAGGTTAAATCCGTAATTAAAAAAGACTACCGGGCAATCCGGTAG	MNTTKPQPKRGTPDFQLLILTLLLVGFGLIMVFSSSSSLAVFNEKFNNDPLHFTKRQVAFAVLGTLVMFVAMNINYKKYKKLFIPVFFLTLMLLILVVIIGSATNGATSWFNLGKFGIQPTELAKIATIVYLAALITKKGERIRQWKGGFFPVLIIVGIVAGLIMLQPDLGSCFILVATSGLLIYAGGASLKHILGCISLVALGLVLTLGVGSLFNSGGDQEEASKNYKMGRIEAFMDPFHDESDTGYNLVQSLIAIGQGGVTGAGYGESVQKLHYLPNPYNDFIFSVIGEEFGFIGTAIFLLLYLYFILRGIIVSLRCSDPFGTLTGVGIMGLIAIQAFINIGGVTNTIPITGVTLPFISYGGSSLLVMMLSMGIVLSISRDSNRPMKEEQVKSVIKKDYRAIR	PGPT0014810_1830	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588	NA	NA
JZ016_06184	348			hypothetical protein	ATGATTTTCGAAAATACAGGCTTGGACGGATTGCACAGCGATTTAGCTTACCTCGATGAATGTGCCGAGAAAGTAGGCTTCATTCGTTGGCAGTGGGAATACTACCGCGCTACATATGACTTGAAAATCGAAGATAAAAAAAATCAGGCTGAATACTTCCTGCGCATTAACACCCGCGCTGTTGAAGGCAAGCTCGAAAAACCGGATACCATCCTCAAAATCGAAGCGGTATACCTGGGTAAAGCCACGTTCCCGCACGGACTCGAGTATGAATCCATGGCTCCACAGCCCGTTATGAATGTGGCCACCAAGAAGCTTCAAGAGCTCAAAGCTCTTCTGGAAGCGTAA	MIFENTGLDGLHSDLAYLDECAEKVGFIRWQWEYYRATYDLKIEDKKNQAEYFLRINTRAVEGKLEKPDTILKIEAVYLGKATFPHGLEYESMAPQPVMNVATKKLQELKALLEA				NA	NA	NA	NA	NA
JZ016_06185	510	nudF_2	COG0494	ADP-ribose pyrophosphatase	ATGAACCGCGTCGTTTACCGCACGGATTATTATGTAGTGGAAGAGAACGGGCAGAAGGAAATTGTCGTGATCGACCGGATTCCGGAATCAACAGCGGTTGTGGCCGTTTATCAAGGATGTCTGCTCCTGGTATGCCAGCACCGGGAAGCGGTGGATGAGATCACTTGGGAGCTTCCTGGCGGAACGGTGAGACCCGGTGAGGAACGGAAGCTTGCCGTGAAGCGGGAGCTTGAGGAAGAGGCAGGTGTACTGTGCAAGGACTTGTCCTACATGGGCAGCGCTTATCCGATGGCTTCTCTAGCCAACCGGAACGTTCATTTTTATTTCACCGACGATTTGAAGGTGTCCGTTAGCCACGAGTCGAATCAAGATGAGGACGAAGATGTTAGAGCTATGTGGGTCCCGCTCAGGGATGTGTATCGCAAGATGAAGGAAAGCGGCCGAATGGATGCCATGGTTGGGCACGGGCTGCTGCTGAGCAAGCTTCACGGATTTCTTGCGATCGATTGA	MNRVVYRTDYYVVEENGQKEIVVIDRIPESTAVVAVYQGCLLLVCQHREAVDEITWELPGGTVRPGEERKLAVKRELEEEAGVLCKDLSYMGSAYPMASLANRNVHFYFTDDLKVSVSHESNQDEDEDVRAMWVPLRDVYRKMKESGRMDAMVGHGLLLSKLHGFLAID	PGPT0021525_3867	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021525-nudF-K01515	NA	NA
JZ016_06186	1170			N-acetyldiaminopimelate deacetylase	ATGAAGGAAGCATTTTGGGAACAATGGTATCCACGGATGGTGGAATGGCGGCGTCATTTACATATGCACCCGGAACTTTCGTTCCAGGAGAAGGAAACTTCGACATTTATAGCAACCCGGCTGCAGGAGCTTGGTCTGGAGGTCAAGACAGGCGTAGGCGGTCATGGAGTGATAGGAATTCTAAGAGGAGATAAACCCGGCAAGACCGTTGTGCTGCGCTCCGACATGGATGCGCTGCCGATTGAAGACGGCAAGAGCTGCGAGTACAAATCGCGGGTGCAAGGAGCGATGCATGCTTGCGGGCATGACGGGCATGCATCCATGCTGCTGGGGGCTGCGGCTTACTACAGCACGTACCCGGAAGAAGTTCAGGGCGAGATTCGTTTCATGTTTCAACCGGCGGAGGAAGTCTGCCCCGGCGGTGCGGTAGAGATGATCAAGGATGGAGCGCTTGACGGAGCCGACGTTGTCTATGGTCTCCACTTATGGACGCCGTTTCCAGTAGGAACCGCAGCGAGCGCGCCAGGTCCGCTGATGGCTGCGGCGGATGAGTTCTTCATTGATATTACGGGGCGCGGGGGACACGGCGGTATGCCGCATGTGACAGCCGATGCCCTGGTAGCGGGAGCAGCGCTGGTCATGCAGCTTCAAACCATTGTAAGCCGCACGGTAGATCCGCTGCAGCCTGCCGTGGTTACGGTAGGAACGATGCAAGCCGGAACGGCGCAAAACGTCATTGCTTCCTCTTGCCGGATCACGGGAACGGTACGCACCTTTGACGAACCTACCCGGACGCTAATACGGGAGCGGATCGAGCATATGACCCGGACGGTTTCGGAAACCTACGGCACGAAAGCAGCGGTTCGATATCTCGTCGGGTATCCACCCTTGGTGAATGATGAGACCGAAACCGCTCGCTTCTTCCGTACGGCCCCTAAGGTATTCGAAGCGGATCAGGTCAAGGTGTCACCCAAACTGATGCCGGCAGAGGATTTTGCATACTACTTGAAGGAAATTCCGGGCTGCTTCATTTTCGTTGGAGCCGGTAACCCGGATAAGGCGGCAATCTATCCGCATCACCATCCGATGTTCGACTTTGATGAAGATGCCATGCGTTATGGGGCGAAGCTGCTGGTCGAGATGGTGTCGAGCTATCAGAACGGGGACTAG	MKEAFWEQWYPRMVEWRRHLHMHPELSFQEKETSTFIATRLQELGLEVKTGVGGHGVIGILRGDKPGKTVVLRSDMDALPIEDGKSCEYKSRVQGAMHACGHDGHASMLLGAAAYYSTYPEEVQGEIRFMFQPAEEVCPGGAVEMIKDGALDGADVVYGLHLWTPFPVGTAASAPGPLMAAADEFFIDITGRGGHGGMPHVTADALVAGAALVMQLQTIVSRTVDPLQPAVVTVGTMQAGTAQNVIASSCRITGTVRTFDEPTRTLIRERIEHMTRTVSETYGTKAAVRYLVGYPPLVNDETETARFFRTAPKVFEADQVKVSPKLMPAEDFAYYLKEIPGCFIFVGAGNPDKAAIYPHHHPMFDFDEDAMRYGAKLLVEMVSSYQNGD				NA	NA	NA	NA	NA
JZ016_06187	1785			hypothetical protein	GTGCATAACAAGCCATGCATCGTCCAGCGGGATCGGACCATATTGCTTGAAACCGCTCATGCGGATGCTGAGATCGCACGCGTACAACTGGCCCAGTATGCGGATTTGATCAAAAGTCCTTCGTCTTTTCATACATATCGCCTCACCCCGTTATCCTTATGGAACGCCGCTGCCGGGGGAATGACGGCTGAGGCAATTTGTTCGAGCCTTCGGTCGCTGTCACGATGGGATGTGCCGGCAGCTCTGCTCGAAGAGGTTTGCCAACTTGTTGGGCGTTACGGACAGCTGTCGCTGCTCCCGCATCCCACGCTTGACCGCTCATTGCTGCTATCTAGTCATGAGGAAGCCTTGATGCAGGAGCTGATATCCCATCGCTCCCTGAAGGAAATCGGCGTTCGATTGATTTCGCCGAAGGAAGCAGAAGTGCCTTCAGACCGACGTGGCCTATTGAAGCAGGAGCTGACCCGGCTCGGCTATCCTGTGCTGGACCACGCGGGATATATGGACGGGCAATATCTGAACATTCTTTGGCGTGGTGAAAAGCCGGACAGTGGGGGTCTTGAAGACTCCAACGGCGGATCCAACGATCAGCGCTTTCAGCTCCGCGACTATCAGCGGAAGGCTGCCGATTCCTTCAGGGATGTCGGCGGTGAAGGCGGCAACGGGGTCCTTGTCCTGCCTTGCGGTGCCGGGAAAACGGTCATTGGCATCGCTGCGATGCGCGATCTGCAGTGCGAGACTCTGATCCTCACTTCCAACACAACGTCTGTACGGCAGTGGATCGCCGAGCTGCTGCAGAAAACCTCGCTGTCCGTGGAGGAGATCGGTGAATACTCCGGTCAGCGCAAAGAGGTGAGGCCGGTAACGGTCGCCACCTATCACATCCTGACCCACCGACAAGGCAAGGGGGATGAACAGCAGCATATGAAGCTGTTTAATGAACGCCGCTGGGGCTTAATCATCTATGATGAGGTTCATCTTCTTCCGGCACCGGTATTCCGTGCGACGGCTGATATTCAAGCGACCCGCAGGCTCGGACTGACCGCCACCCTGGTTCGAGAGGATGGAAGGGAGCATGACGTATTCTCGTTGATCGGCCCCAAACGATATGAAATGCCGTGGAAAAGGCTGGAGGAGCAGGGCTGGATTGCTTCGGTGGACTGTACGGAGATTAAGGTGCCGCTGCCGGATGAGATCAGAGCAGCCTGCGAGACGGCGGGCAAAAGGGATCAGTATCGGCTGGCTGCCGAAAATCCGTCCAAGCTCCGCGTGATTCGGCAGCTCGTGGATTTCCACAAGGATGCACAGACGCTGATTATTGGGCAATACCTGGATCAGCTTCATGCCATTGCCGAGGAGCTGCAGGCCCCTCTCATTACGGGGCAGATGACGCAGGATCAGCGCAATGAATGGTATAAGGCTTTCCGGGAAGGAACCGTCCGTGTACTTGTCGTTTCGAAAGTGGCTAACTTCGCCGTTGACCTGCCCGATGCCTCCGTGGCGATCGAGGTTTCGGGAAGTTACGGCTCAAGGCAGGAGGAGGCGCAGCGTCTCGGACGCTTGCTGCGGCCGAAGCAGGGGGAGAACCGGGCTTATTTTTATGTATTGGTAACGGAGGAGAGCCGGGAGGAGATGTTTGCGATCCGGCGTCAGCTGTTCTTGATTGAGCAGGGGTATGAATATCACGCGATTCAAGCGAAGCACCCAGCCTTCCTTGACATGTCATCGATGCGGCATAGGCATCGCCTGCAGATTCCTGACGGGAAGGAGGCCTCGTGGAGATGA	MHNKPCIVQRDRTILLETAHADAEIARVQLAQYADLIKSPSSFHTYRLTPLSLWNAAAGGMTAEAICSSLRSLSRWDVPAALLEEVCQLVGRYGQLSLLPHPTLDRSLLLSSHEEALMQELISHRSLKEIGVRLISPKEAEVPSDRRGLLKQELTRLGYPVLDHAGYMDGQYLNILWRGEKPDSGGLEDSNGGSNDQRFQLRDYQRKAADSFRDVGGEGGNGVLVLPCGAGKTVIGIAAMRDLQCETLILTSNTTSVRQWIAELLQKTSLSVEEIGEYSGQRKEVRPVTVATYHILTHRQGKGDEQQHMKLFNERRWGLIIYDEVHLLPAPVFRATADIQATRRLGLTATLVREDGREHDVFSLIGPKRYEMPWKRLEEQGWIASVDCTEIKVPLPDEIRAACETAGKRDQYRLAAENPSKLRVIRQLVDFHKDAQTLIIGQYLDQLHAIAEELQAPLITGQMTQDQRNEWYKAFREGTVRVLVVSKVANFAVDLPDASVAIEVSGSYGSRQEEAQRLGRLLRPKQGENRAYFYVLVTEESREEMFAIRRQLFLIEQGYEYHAIQAKHPAFLDMSSMRHRHRLQIPDGKEASWR				NA	NA	NA	NA	NA
JZ016_06188	1722			hypothetical protein	ATGATGGAACAGCAGGACGTGGCGGATGTCATAAGCTTAGATCGGCTTCTTCCAAAGGAGCGGTCGGTCCTTCATCATATCTGGAGCCGTTTTGCCGGGCAGCGATTTGATGACGACAAACTTCGCTCGCTGCGCGTTCGGCGCTTGAGCGGCGTGGAAGTGCAGCTCGCCTTCTTATCCTTGAGGCAGCAGCGATGGGTTCAAGCGGTGAAGCAGGGCTGGGGCGAGAGGATGTATTTCATCCCTTTTGATAAGCTTCAGATTCTCCAGGAGGCCTTTGGCGATCTCAAGGCGGGTTCCGTTCCCGCAGCTGCCGTGAAGCTCCAGCAGGAGGGAAGAAGCGGGATAGCAGTCGATATGTTCAACGTTCTCGTATATGTCGCTAAGAACCGAGTGGCTGTGACTGCTAAAGGGGTTCTGCATAAAAAATTTATTCAGAAGCTGGGGAGCGTGGTGGAATTATCGCCATCCGATGTTGAGGGGCTTGCACTTCAATATGATCACGCTGATGTTTACCCACCACATATTGCGGTTGTATTGGATTTGCTGTTTTCGTTTGATCTGGTCGCCCTGGAGCAAGGGGAGCTTAGACTGAACATGACCGCATTGCGCCATTGGCTTGCACTCACGCGCGAAGCGATGGACCGATTGGTTCTGTTGCGCATGATGGAACGCTATGTTCCGAGTTTGGCCGAGTATCAGCATTTCACATGGCGGATTTGTCACTCATCACGGATCGGTGGGATGTGGTACTATGCTCAGCACACATTGGCATATGGCGAGGAGCCCCAGAACTTGGAGCCAAGTAGCGGAAAGGAATTGTCCGCGGAGGACGCAGCTTCATGGCTCCGTTTATTAACCGGCTGCGGTTACACCGATCTTGGCATGGATCACGATGGCCAATTCCTGTTCCGGTGGCGTATGGATCCCTGCTCCTTGCTGAGTGGAAGCAGCCAGGATAACACCGGATCTTCGGGGCTGTTTATCCAGCCGGATTTTGACATATTGATTCCGCCTGACGCGTCTTACACGGTCAAGTTTACGGCTGCCCTGTGCACGGAGCGCATCTCGGATGACGTAATGACGGTCTATCGTCTGACCAGGGATTCGGTGGCTCAGGCGGCGATGGCAGGAATGGGGCTGGAAGCGATCAAGGCATTTTTTACGGAGTATGCTGCGGCGGGAATTCCGGAGAACGTGCATGCTGCCTTATGTCAGTGGGGCAAAGAGCTTGAAAGAACGGGCAAGGATGAGCTTTCACGATTTATCGGCGCAGCTCCGAAAGATAAAGCGGTACCCGGGGCCTGTGATGAAGAAGATAACCGTTACGTCATGCCGGGTTATTCTGGCAGCCCATCCAGCAGTTTGATTCGCCCTGCGCGCAGCGAGCTTGCTCTTGAATTGGACCACAGCCTTCCGGATATAACGTCAATCGTTCCGGATTTGAACCGGATTCCCATCATGTGGACACGGGATTGGCGCTCTTATCACGGTTCGACGGCCAAGCAAATGATGGAGCAGGCGCTTGAATTGTCAGCTAAATTAGAGATTGCGGTCGATGGCAGCCGGATGGAGTTTATTCCATTTCAGCTCGAGCGGCAGCCATGGAAAATTTCGGGAGCGTTATACGATCCGGACTCCGAATCTGATTCCGAAATGACGGAAACCGTGGTGCAGTTAGGCGAAGGGGAATGGAAGGAAATGCGGCTTGTGATTCCGTAA	MMEQQDVADVISLDRLLPKERSVLHHIWSRFAGQRFDDDKLRSLRVRRLSGVEVQLAFLSLRQQRWVQAVKQGWGERMYFIPFDKLQILQEAFGDLKAGSVPAAAVKLQQEGRSGIAVDMFNVLVYVAKNRVAVTAKGVLHKKFIQKLGSVVELSPSDVEGLALQYDHADVYPPHIAVVLDLLFSFDLVALEQGELRLNMTALRHWLALTREAMDRLVLLRMMERYVPSLAEYQHFTWRICHSSRIGGMWYYAQHTLAYGEEPQNLEPSSGKELSAEDAASWLRLLTGCGYTDLGMDHDGQFLFRWRMDPCSLLSGSSQDNTGSSGLFIQPDFDILIPPDASYTVKFTAALCTERISDDVMTVYRLTRDSVAQAAMAGMGLEAIKAFFTEYAAAGIPENVHAALCQWGKELERTGKDELSRFIGAAPKDKAVPGACDEEDNRYVMPGYSGSPSSSLIRPARSELALELDHSLPDITSIVPDLNRIPIMWTRDWRSYHGSTAKQMMEQALELSAKLEIAVDGSRMEFIPFQLERQPWKISGALYDPDSESDSEMTETVVQLGEGEWKEMRLVIP				NA	NA	NA	NA	NA
JZ016_06189	498			hypothetical protein	ATGATGAAAGAGTCCACAAACAAAGCGTGGGCCAAACTAATAGAAAAGCGGGATGAGTTCATGAGCGTATCGGAAATAAATACGGTCGATATGGCCGAGGTGCTCACCTATGCCTATGAAATAGGCGACATGATTAATGCTTCCGTCGAAGTGGCGGATTATCTATATTGGAAGCAGGCAGTTGAGGGTGATCCTATGATTCAGGCTTTAATCAAAAAGCTTGAGTCCAAGAAAGAGCTGTTTGAAGAGACCCAGCGGTTCGGTCACTTTCACCCGAATTACCATTCGGCAAAGGATGAAGTAGCCGCGGTGGAAGCGGAGCTTGAGGCTTTCGAGCCTGTAGCCCGGTTCAAGCAGGCGGAGAAGAATCTGGACGATCTGCTGCATTCGATGTCGGAGAAGATTGCTTTTTCGGTTTCGGAGAGCATCAAGGTTCCGGGCAACGATCCTCTTCCCAAGAAGGGTTGCGGCAGCGGCGGAGCTTGTTCGTGCGGATAA	MMKESTNKAWAKLIEKRDEFMSVSEINTVDMAEVLTYAYEIGDMINASVEVADYLYWKQAVEGDPMIQALIKKLESKKELFEETQRFGHFHPNYHSAKDEVAAVEAELEAFEPVARFKQAEKNLDDLLHSMSEKIAFSVSESIKVPGNDPLPKKGCGSGGACSCG				NA	NA	NA	NA	NA
JZ016_06190	264			hypothetical protein	ATGTTGGCTGAACGGACCGGTTTTATTATATGGGTCAGCGATGTGAAGGCAGCAAGGAATTTGGAGAAATACGGCAGTGTGCACTATATATCACGCCGCATGCATTATGTTGTCATGTACGTCAATGCTGACCGCGCCGAGGAAACAATGAAGAACATCCGGAGATTGTCCTACGTTCGTAAGATCGAGCGCTCCTACCGGAATGAGATTAAGACGGAGTACAGCAGCAAAGGACCGGATAAAGCGAAGTTTTACGGACCTTAG	MLAERTGFIIWVSDVKAARNLEKYGSVHYISRRMHYVVMYVNADRAEETMKNIRRLSYVRKIERSYRNEIKTEYSSKGPDKAKFYGP				NA	NA	NA	NA	NA
JZ016_06191	438			hypothetical protein	ATGCGCGACAAAGGGACTGAGCGGTGGAGCACCTATGAGCCGTTTTATATTACGTTAAATGATAAAAAGGTCGCCGACATCGTCATTACCAATCATGCCAAGAGCCGTTATACGGACCGGGTTCAAGGTAACGACACGTCCCATGAGGAAATCGGGACATGGATGTGGGAGTGCCTGAAGCAGGACCGGATCGTGCCGTATTACCGCAACGAGCAGGATGTCTATCTGATTGACGACGACCTCGTTGTTGTGGCGGAGTTCTCGGAGCTGGAGCATGAACGTGATCTGATTGGCAACCCGCTGCATCGGATGATTATTGTAACTTTTTTGGGACGTATGTCAGAAACCATTGAGCTTCGAGACCTGAAGTCTTATTACTCATGGCTTCGCCATTCACGTCGCATGACACTGATTAAGAACAGCCGTAAACGTAAATAA	MRDKGTERWSTYEPFYITLNDKKVADIVITNHAKSRYTDRVQGNDTSHEEIGTWMWECLKQDRIVPYYRNEQDVYLIDDDLVVVAEFSELEHERDLIGNPLHRMIIVTFLGRMSETIELRDLKSYYSWLRHSRRMTLIKNSRKRK				NA	NA	NA	NA	NA
JZ016_06192	906	cysL_3	COG0583	HTH-type transcriptional regulator CysL	ATGAACTTTCATCAGCTACATATTTTTTACACGGTAGCAGAGCGCGGGAGTTTTTCCGCTGCTGCCCAGGCGCTTCATATGAGCCAGCCTGCTGTGACGATGCAGGTACAATCGCTCGAGGAGTATTTTGGAACAAAGCTCCTCATTCGTTCCACCAAGCGCATGGAATTGTCCGAAGCCGGGAGGACGCTGCTTCCTTTTGCCCGCAAGAGCCTGGAGCTGTCGCAGGAAACGGACGCGGCGATGGCGGCTTTCTCTAATAAGCTTCAGGGAAGGCTGCAGCTGGGGGCAAGCCTGACCATCGGGGAATACGTGCTGCCCAGATTGCTGGGGCCCTTCGGCCGGGAGTATCCGGATATATCCATTATGCTGAAAGTGATGAACACCACGCAGATCCTCGAGGAAATCGCCGGCTATCAACTGAATTTCGGGCTGATTGAGGCACCTGTGGAGCATCCGGATATGGTTCTCGATTCGGTCATGGAGGATGAGTTGAAACTGATCGTTCCTTCCGGCCATCCTTTAGCAATAAGGAAAGATGCGATATATTTGGAGGATGTGCTGAAGTATCCGTTTGTGCTTCGCGAGAAGGGGTCTGGCACACGGAAGGTGATGGAGGATGTGCTGCTTATGCGGGGGTATGATCCCGAAAGCATCCAAACGGTCATGGAGCTTGGGAGTACGGGAGCGGTGAAATCGGCGGTAGAGGAAGGGCTCGGCATTACGATGCTGTCGACCTCAACGGTCAAGCATGAAACCGCGCTCGGTTTAGTCAAAATGATTGATATTGCGGATGCTTCGTTTAAACGGAATTTTTATTCCATTCAGTTGCGGTCCGCGCTGCTGCCGATGTCGGCGATGACGTTTTTGGCCTATTTAAAGGAACGTCAGCAAAACCAGCGATAA	MNFHQLHIFYTVAERGSFSAAAQALHMSQPAVTMQVQSLEEYFGTKLLIRSTKRMELSEAGRTLLPFARKSLELSQETDAAMAAFSNKLQGRLQLGASLTIGEYVLPRLLGPFGREYPDISIMLKVMNTTQILEEIAGYQLNFGLIEAPVEHPDMVLDSVMEDELKLIVPSGHPLAIRKDAIYLEDVLKYPFVLREKGSGTRKVMEDVLLMRGYDPESIQTVMELGSTGAVKSAVEEGLGITMLSTSTVKHETALGLVKMIDIADASFKRNFYSIQLRSALLPMSAMTFLAYLKERQQNQR	PGPT0001160_987	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-RuBisCo	CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703	NA	NA
JZ016_06193	804	yciV	COG0613	5'-3' exoribonuclease	ATGAACACACCTTCGGAGAACGTGCAGCTTGCTTTCGAGCGGGGACTTGGGGCTCTAGCTATAACGGACCATGACACGGTGGCCGGTGTCGAGGAGGCGCTGCAAGCCGGAGAACGCCTCAACATGATCGTGGTCCCTGGCGTAGAAATCAGCACCATGGCAGGCGGGACGGATATTCACGTCCTGGGCTATTACATAGATTACCAGGACCCCGTGTTTCTGAAGCGGCTGGCAGAGCTCCGTCGTACAAGAGGGGAGCGCAATGAGAAGATCATGGCGAAGCTGAGAGGGCTAGGCATCGAGCTGACGATGGAGGAAGTGATCGGAGGCTTGGGGCGGCCGCTCGAACCCGATGAGAGCATCGGCCGCCCGCATATTGCGGATGCCTTGGTTCTTAAGGGTCATGCCCTCGATCTAAGGGATGCCTTTGACCGGTATCTCGCACAGGGCGCAGCTGCATATGTGCCGCAGCCGCGGATTCATCCCAAGGAAGCCTGCGAATGGATACGCGAAGCCGGGGGCGTGCCGGTGCTTGCGCACCCTGGACTCTACGGCGATGATGCATTGGTGAGAGCGGTCATTGAAGAGGCTGCTTTCAAGGGGATTGAAGTCTATCATTCGGACCATGGGGCAGCAGAGGAGAAACGGTATTTGGCGATGGCCGAGGCATACGGTTTGATTGTGACCGCCGGATCCGATTACCATGGCGAGAGGCAGGGCCAGGTGTTCCATGGGGATATCGGCAGCCGCCAGGTATCCATCCAGGTGTTGGATGAGCTTCAACAGGCGCGGGCAAGGAGCTAA	MNTPSENVQLAFERGLGALAITDHDTVAGVEEALQAGERLNMIVVPGVEISTMAGGTDIHVLGYYIDYQDPVFLKRLAELRRTRGERNEKIMAKLRGLGIELTMEEVIGGLGRPLEPDESIGRPHIADALVLKGHALDLRDAFDRYLAQGAAAYVPQPRIHPKEACEWIREAGGVPVLAHPGLYGDDALVRAVIEEAAFKGIEVYHSDHGAAEEKRYLAMAEAYGLIVTAGSDYHGERQGQVFHGDIGSRQVSIQVLDELQQARARS				NA	NA	NA	NA	NA
JZ016_06194	1758	rqcH		Rqc2 RqcH	ATGGCATTAGACGGCATTGTCACACGTGCGATCGTGCATGAGCTTCAATCATGCCGGGGCGCACGGATCAATAAAATATATCAACCGAACGATCGGGACATCGTGTTTCATATACGCACCCAGCAAGGAAACGCCAAGCTGCTGCTATCCGCAAACCCCACGTATCCCAGGGTGCATCTGACGCAGGAGACCTTTCTGAATCCGGCCGAAGCCCCTATGTTTTGCATGATTCTGCGCAAGCATTGCGAGAGCGGCATCATCGAGGACATCCAGCAGGTGGGGATGGAACGAATTATCCATATTACGATCCGGCAGCGTGACGAACTCGGGGATATTTCCTCCAAGAAAATCATCGTCGAGCTCATGGGCAGACACAGCAACATCATTCTGCTCGATCCCGCAAGCGGCACCATTCTGGACGGCATCAACCATGTGACGCCAGCCATCAGCAGCTACCGCGTGGTTATGCCGGGATTCTCCTATACGAATCCGCCGGAGCAGCACAAGCTGAATCCGCTCGAAACCTTGCAGGAAGCCTTCCGGGAATCCTGTCTGATGAACGAGGAGCAGACCGTTCCATGGCTGGTCGGCGCGTTCAGCGGCCTCAGTCCGCTCGCGGCCCAGGAAATTGCCAACCGCGCAGGGGAAGGGAGTCCAGACGGGCTTGAAGGGGAAAAAGATTGCGGAAGTCTGTGGAGCGCATTTGATGAGGTCATGGAACAAGTACGAAACCATCAATATACGCCGGTTACAGGCGTCAATGCCAAAGGAAAGTCGGTGTTCTCCGTCATTCCGCTGACCTTGCTGGTGGACGAGACTACAACCTACGAGTCGGTCAGTCGATGCATGGAGGATTATTACGGGGATAAGGCGCAGCGGGATACGGTAAAACAGAAGGTAAGCGACCTCCTCCGATTCCTGCAGAATGAACGGACGAAGAACATCAAGAAGCTGGATAATCTGAACAAGGACTTGGAAGAAGCCGGGGATGCCGACCGGTATCGTATCTTTGGCGAGCTGCTCTTCGCTTCGCTCCACCAGATTCAGAAGGGCGACCGTGAGGTCCAGCTGGTCAACTTCTATGATGAAGAGCAGGCGACCGTCACCATTCCGCTGGATCGGCTCCTGACTCCGTCGGACAATGCGCAGCGCTATTTCAAAAAATATAACAAATACAAGAACAGCCTTGCGGTCATCGACGAACAGTTAATCAAAACCCGCGAAGAGATCAACTATATCGAGAATCTTCTGCAGCAGCTGTCGCATGCTTCCTTGAGCGACATCGATGAAATCCGGGACGAGCTGATCCAGCAGGGGTATTTGAGAGACCGCAATCGTAAAGCGAAGAAAAAGAAGAAAAACGACAAGCCGACGCTGCATGTCTATACTTCATCCGAAGGCATCGAGCTTTATGTTGGAAAAAACAACCTTCAAAACGAATACGTAACCAACCGCCTCGCTTCCTCAAATGATACATGGCTGCATACCAAGGATATCCCGGGCTCTCACGTGGTCATCCGAAGCAGCGAGTACGGGGATGCAACGCTGCAGGAAGCGGCACAGCTGGCGGCTTATTACAGTCAGGCCAAAGAATCCAGCAGCGTGCCTGTCGACTACACGCTCATTCGCCATGTACGCAAGCCGAATGGAGCCAAACCCGGGTTTGTCATTTATGACAATCAAAAAACGCTGTTCGTCACGCCGGACGAGCAGCGGATCAAGGCGATGCCCAGTTCGGTAAAAAACAATCGCAATTAA	MALDGIVTRAIVHELQSCRGARINKIYQPNDRDIVFHIRTQQGNAKLLLSANPTYPRVHLTQETFLNPAEAPMFCMILRKHCESGIIEDIQQVGMERIIHITIRQRDELGDISSKKIIVELMGRHSNIILLDPASGTILDGINHVTPAISSYRVVMPGFSYTNPPEQHKLNPLETLQEAFRESCLMNEEQTVPWLVGAFSGLSPLAAQEIANRAGEGSPDGLEGEKDCGSLWSAFDEVMEQVRNHQYTPVTGVNAKGKSVFSVIPLTLLVDETTTYESVSRCMEDYYGDKAQRDTVKQKVSDLLRFLQNERTKNIKKLDNLNKDLEEAGDADRYRIFGELLFASLHQIQKGDREVQLVNFYDEEQATVTIPLDRLLTPSDNAQRYFKKYNKYKNSLAVIDEQLIKTREEINYIENLLQQLSHASLSDIDEIRDELIQQGYLRDRNRKAKKKKKNDKPTLHVYTSSEGIELYVGKNNLQNEYVTNRLASSNDTWLHTKDIPGSHVVIRSSEYGDATLQEAAQLAAYYSQAKESSSVPVDYTLIRHVRKPNGAKPGFVIYDNQKTLFVTPDEQRIKAMPSSVKNNRN				NA	NA	NA	NA	NA
JZ016_06195	2796	yloB	COG0474	Calcium-transporting ATPase	ATGGAACAAAAGCAATGGCATCAGATGGATACGGATGAGTTGCAGCAAGTGCTGCAAATGCATCCGGAGCAGGGCCTCACGGAAGAGGAAGCCGGGGAGAGACGAAAAAAAAGCGGCTATAATGAGCTCTCCGAGGGCGTTAAAATTTCTCCATTTGTTCTGTTCTTGAATCAATTTAAGGATTTCATGGTGCTGGTCCTCCTTGGAGCCACCCTGGTATCCGGTCTGCTGGGCGAGTATCTGGATGCCGTAACGATTGTGGCCATCATCCTGATCAATGGGATCCTCGGTTTCGTCCAGGAATTCAGGGCAGAACGGTCGCTTCGGGCTTTGAAGCAGCTGTCCGCGCCGACGTCCAGGGTCATCCGGGACGGCAAAGTGGTACAAGTTGCTGCTAGAGAACTCGTACCTGGCGATGTCGTGCTCGTGGAGAGCGGAGACCGCATTCCGGCTGATGTTCGCTGGCTCGAGATCAACAGCTGCAGCGTCGAGGAGTCGGCCTTGACCGGCGAGTCCCTGCCGGTGAACAAACATGCCGAGCCGATTCGCGATGCGGATGTTCCGCTGGGCGACCGCAAGAACATCGGCTTTATGGGCACGATGGTGGCCCGCGGTACGGGCAAAGGCGTTGTCATCCGAACCGGCATGGATACGGAGATGGGCAAGATCGCCGATTTGATCCAGAATACGGAGTCACAGGAGACGCCGCTGCAGCATCGCCTGGAACAGCTGGGTAAAATCCTGATCGCCGTTTCACTGGGGCTTACGATTCTGGTTGTCGTAGCAGGCATTCTGCATGGACAGCCTGCCGCAGGCATGTTCCTCGCTGGAGTCAGCCTTGCGGTTGCGGCCATTCCTGAGGGGCTTCCGGCCATCGTTACGATTGCACTCGCCCTCGGCGTGCAGCGCATGATTAAGCGCAAAGCGATCGTACGCAAGCTGCCTTCCGTGGAGACGCTGGGCTGTGCATCCGTAATCTGTTCGGACAAAACCGGGACGCTCACGCAGAATAAAATGACCGTAACCCAAGTTTGGCTGGGAGGGCGCTCATTGGAAGTGACCGGGCAGGGCTATGACCCAACGGGTCAGATCCTTCAAAGGGGCAAACCCGTCGAGCTTCGGTCCGACCAGGGACTGCGCAGATTACTGCAAATCAGCGGGCTGTGCAACAATGCCGAAATCTATGAGAACGTGCAGGAAGAAACGCGCAGCAAGCGCAAGAGCAAGGAAGAACCGGCAGCTGCTGCCTGGGAATTAAAAGGGGACCCGACGGAAGGAGCGCTGCTGACGCTATCGTCCAAGATGGGATTGACAAAGGGAAGCCTGAACTCCATCTATCAGAGAGACAAGGAGTTTCCGTTTGATTCGGAGCGAAAGCTGATGTCCGTCATCGTCAGCCATCAGGGCGGGCGCTTGCTCTGCACGAAAGGCGCGCCGGATGTCCTGCTGGATGCATGCACTTATATCATGTGGGACGGAAACGTTGTGCCGCTTACCGCTACGCTCCGTCAAAAGGTGCTTGCGGCCAATGAAGGCATGGCTTCTGACGCGCTGCGCGTGCTTGGTTTGGCTTATCGGGATTTGCGTTCCTATGACAAGCCGGAAACGGAGAAAGAGGCCGAGAGCCAGCTTATCTTTGTCGGGCTGGCGGGGATGATCGATCCGCCGCGCCGTGAAGTGCGCGAAGCGATTGCAACATGCCGCCGCGCGGGCATCAAGACCGTCATGATCACGGGCGACCACCGGACGACGGCGGAAGCGATCGCCGCCCAGCTGGGCATCCTGCCAAGGAACGGCCTGTCGTTATCAGGCCAGGAGTTATCCCGGATGGATGACAAGGAGCTGGATGCGAGAGTGGATCAGACCTTTGTTTATGCCCGCGTATCCCCTGAGCATAAGCTCCGCATCGTGAAGTCGCTTCAGCGTAAGGGGCATGTGGTTGCCATGACGGGGGATGGCGTGAACGACGCCCCAGCCATTAAAGCGGCGGATATCGGAATAGCCATGGGGATTACCGGTACAGACGTAACGAAGGAAGCGTCGTCGCTGGTGCTCAGTGACGATAATTTCTCCACGATTGTTTCGGCGATTGAGGAGGGGCGCAGCATCTATGAAAATATTCGCAAGTTTATCCGCTATTTGCTGGCTTCCAATGTCGGCGAAATTCTGACGATGTTTTTTGCGATGATGATGGGTCTGCCGCTTCCGCTCGTTCCGATCCAGATTCTGTGGGTGAACCTTGTTACGGATGGGCTCCCGGCTATGGCGCTCGGGGTGGATCAGCCGGAGAAGGATCTGATGGAGCACAAGCCGCGCGGAGCCAAGGAAAATATTTTTGCCAGACGGCTTGGTTGGAAAATCATCAGCCGCGGCATATTGATCGGCCTGTGTACACTTGGCGCATTTTGGATTACGCTTCGCATCGCGCCGAATGATCCGGACCAGTTGGCCAAAGCACAGTCCGTTGCCTTTGCCACACTCGTCATGGCGCAGCTGATCCATGTGTTTGACTGCCGCAGCTCGCGTTCGATTTTCCACCGCAATCCGCTTCAGAACAAAGCGTTGGTGCTTGCTGTGCTGTCCTCGGTATTGCTGATGCTCGGCGTCATGTACATCGAGGCGTTTCAGCCGATCTTTAAGACCGTTCCATTGGATTTGAAAGAATGGGCACTGACACTCGTGGCCGCCGGCATTCCTACCTTCCTGATGGGAGCGGGAAGCGTGTGGGGAGGCAGACGGAACCGCAACCGGAACCGCCGCAACATGATGACGAAGAGTGCAAATATTTCGGCATAA	MEQKQWHQMDTDELQQVLQMHPEQGLTEEEAGERRKKSGYNELSEGVKISPFVLFLNQFKDFMVLVLLGATLVSGLLGEYLDAVTIVAIILINGILGFVQEFRAERSLRALKQLSAPTSRVIRDGKVVQVAARELVPGDVVLVESGDRIPADVRWLEINSCSVEESALTGESLPVNKHAEPIRDADVPLGDRKNIGFMGTMVARGTGKGVVIRTGMDTEMGKIADLIQNTESQETPLQHRLEQLGKILIAVSLGLTILVVVAGILHGQPAAGMFLAGVSLAVAAIPEGLPAIVTIALALGVQRMIKRKAIVRKLPSVETLGCASVICSDKTGTLTQNKMTVTQVWLGGRSLEVTGQGYDPTGQILQRGKPVELRSDQGLRRLLQISGLCNNAEIYENVQEETRSKRKSKEEPAAAAWELKGDPTEGALLTLSSKMGLTKGSLNSIYQRDKEFPFDSERKLMSVIVSHQGGRLLCTKGAPDVLLDACTYIMWDGNVVPLTATLRQKVLAANEGMASDALRVLGLAYRDLRSYDKPETEKEAESQLIFVGLAGMIDPPRREVREAIATCRRAGIKTVMITGDHRTTAEAIAAQLGILPRNGLSLSGQELSRMDDKELDARVDQTFVYARVSPEHKLRIVKSLQRKGHVVAMTGDGVNDAPAIKAADIGIAMGITGTDVTKEASSLVLSDDNFSTIVSAIEEGRSIYENIRKFIRYLLASNVGEILTMFFAMMMGLPLPLVPIQILWVNLVTDGLPAMALGVDQPEKDLMEHKPRGAKENIFARRLGWKIISRGILIGLCTLGAFWITLRIAPNDPDQLAKAQSVAFATLVMAQLIHVFDCRSSRSIFHRNPLQNKALVLAVLSSVLLMLGVMYIEAFQPIFKTVPLDLKEWALTLVAAGIPTFLMGAGSVWGGRRNRNRNRRNMMTKSANISA	PGPT0013990_2791	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CALCIUM_TRANSPORT,PGPT0013990-yloB|ctpA-K01537	NA	NA
JZ016_06196	840	dapF	COG0253	Diaminopimelate epimerase	ATGATGGAATTTACGAAAATGCATGGACTTGGCAACGACTTCGTTGTCGTATACGGCGAACAAGAACTTCCATCCAATGCATCCGAACGGGCCGTGAAGCTGTGCAATCGCTTTTTCGGCATCGGTGCAGACGGACTTGTATATATTTTGCCTTCCGCGAAGGCTGATTTTATGATGCGCATCATGAACTCAGATGGTTCCGAAGCCGAACAATGCGGCAACGCCATTCGTTGTGTCGCGAAGTATGTGTATGATCACGGTTATATTGACCGAGAGAAGATTACCATTGAAACCATCGGCGCCGGAGTACAACAAGTGCGCCTTACGGTTCAGGACGGTCAAGTTAGCAGCGTGCGGGTCGATATGGGTGAACCGGTCCTGGATGGACTGAGCGTGCCTACATTGATCGATCTCCATCCGGTGGTGAATCATCCCATTGAAGTGGACGGCCGGGAATTCCGCTTCACCGCGGTATCCATGGGGAATCCGCACTGCGTCATTTATGTGGACGATGCCATTAACTTCGACCTCGGCGCATGGGGGCCCAAACTTGAGGTTCATCCGCTCTTCCCGAGAAAGATTAACGTGGAGTTTGCGACGGTGAACTCACGGGGGCAAGTAGATATGTGGGTATGGGAGCGCGGTGCAGGGCCGACCTTGGCCTGCGGCACCGGCGCCTGCGCAACATTGGTGTCCTCGGTGCTGAACGGATTGACAGATCGCAGCGCAACAATTTCTCTTAAAGGCGGAGACTTGTTCATCGAGTGGGAGGAGTCCGACAATCATGTGTACATGACAGGGCCGGCCGAGGTCGTGTACGCAGGAACGCTCGCCTGTTAG	MMEFTKMHGLGNDFVVVYGEQELPSNASERAVKLCNRFFGIGADGLVYILPSAKADFMMRIMNSDGSEAEQCGNAIRCVAKYVYDHGYIDREKITIETIGAGVQQVRLTVQDGQVSSVRVDMGEPVLDGLSVPTLIDLHPVVNHPIEVDGREFRFTAVSMGNPHCVIYVDDAINFDLGAWGPKLEVHPLFPRKINVEFATVNSRGQVDMWVWERGAGPTLACGTGACATLVSSVLNGLTDRSATISLKGGDLFIEWEESDNHVYMTGPAEVVYAGTLAC	PGPT0007230_2621	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007230-dapF-K01778	NA	NA
JZ016_06197	1872	yitJ	COG0646	Bifunctional homocysteine S-methyltransferase/5,10-methylenetetrahydrofolate reductase	ATGAAACCGAATCTTCGGCAGGCATGGGAGAATCAGGTACTGGTCGGTGACGGCGCGATGGGTACTTATTTATATCAAAAAGGATTTCCTGTGGGCATATCATATGAAGAACTGAATTTAACCTCCCCGGAGGTCATCGGGAACGTTCATCGCCAGTATGTTGAGGCTGGTGCGCAGGTCATTGAGACGAACACGTTCTCTGCCAATTATGACAAGCTGTCCAAATACGGCTTGGAGGCGAAGGTAGGAGAGATCAACCGCGCAGGCGTAAGAATTGCGCGTGAAGCCGCTGGCGATAACGGATATGTAGTGGGTGCGGTAGGCTCCATTCGCGCGGGCAAAAGAAGCAACATTTCCACGAGCGAGCTCAAGCGTTACTTCGAAGAGCAGCTGACGGTTCTCATATCGGAAGGCGTTGACGGCATTCTGCTCGAAACGTTCTATGACGTGGATGAAATTCAATTGGCTTTGGCGCAGGCTCGAATGCTAAGCGACTTGCCGGTGATCTGCCAGTTTGCGGTGGAGGATATTGCCCGCACGCTGGACGGCTTCACGATGCCGGATGCTTACCGCATCCTGAGCCAAGAAGGCGCGGACGTAATCGGCTTTAACTGCCGGACAGGTCCAAACGGCATCATGCGCGCGCTGGAAACCTTGAACGGTATTATGAATCTTCCGGCTTCGGTCTATCCGAATGCAGGGATCGCCGACTATGTGGACGGGGAATACCGGTATGGTGCGAGTCCCGAGTATTTCGGAAAGACGGCACTGGAGTTTGCGGATCGTGGCGCCCGGATTGTTGGCGGGTGCTGTGGAACGACGCCGGAGCATATTGCTGAAATTTCATCGGCGTTATCCGGTTACGTGCCTGCGCCGCTTCCGATCGTCGAGGAGGCTGAAGTCAACCGGATCGTGATTCACGAGACGGCCCAGGAGCAATTTTATGAACGCAGCGGGGAGCCGACGATTGTCGATATCGTGAAGGAGCGACATACCGTTATCGTGGAGCTGGACCCTCCAAGGGATTTGGATATCACCAAGTTCATGAAAGGTGCGGAAGCTTTGAAAAAAGCGGGAGCCGATGCGCTGACCCTTGCGGATAACTCGCTGGCCGTAACTCGCATGAGCAACATGGCGCTCGGCCATCTTGTACAAGCACGGACAGGATTGCGGCCGCTGATCCACATCGCTTGCCGTGACCGAAACCTGATCGGCACGCAGTCGCACATGATGGGCTTTGATGCGCTCGGCATCGACCATGTGCTTGCGGTGACCGGGGATCCGGCACGCTTCGGGGATTTGCCGGATTCCAGCTCGGTTTACGACATGACCTCATTTGAAATCATCCGCATAATCAAACAGCTGAACGAAGGTATTGCTTTTTCCGGAAAGCCGCTGAAGCAGAAGGCCAAATTCGTTGTCGGCGCAGCGTTCAATCCCAATGTAAGGCATCTTGACAAGGCGGTTGCTCGCTTGGAGAAGAAGATTGCCTCCGGTGCGGATTATGTGATGACGCAGCCCGTGTACGATCCCGAGTTAATGGTTAGGCTGAGAGAAGCGACGGCACATCTGGATATCCCGATCTTTATCGGCATCATGCCGCTGGCAAGCGGACGGAACGCGGAGTATCTGCATAACGAGGTGCCGGGCATTCAGCTCTCGGATGAAGTCCGCAGCCGCATGGCCGGGCTTGAAGGCGAAGCGGGCCGGGCAATGGGTGTCAAGATCGGCAAGGAGCTGTTGGATGTTGCAACAGAGCATTTTAACGGCATATATTTGATGACGCCGTTTATGTTCTATGAAATGAGCGTACAATTAATGGAGTATGTCTGGGAGAAATCGGGCCGCCGATTGACCCCCTTGTTTCATTAA	MKPNLRQAWENQVLVGDGAMGTYLYQKGFPVGISYEELNLTSPEVIGNVHRQYVEAGAQVIETNTFSANYDKLSKYGLEAKVGEINRAGVRIAREAAGDNGYVVGAVGSIRAGKRSNISTSELKRYFEEQLTVLISEGVDGILLETFYDVDEIQLALAQARMLSDLPVICQFAVEDIARTLDGFTMPDAYRILSQEGADVIGFNCRTGPNGIMRALETLNGIMNLPASVYPNAGIADYVDGEYRYGASPEYFGKTALEFADRGARIVGGCCGTTPEHIAEISSALSGYVPAPLPIVEEAEVNRIVIHETAQEQFYERSGEPTIVDIVKERHTVIVELDPPRDLDITKFMKGAEALKKAGADALTLADNSLAVTRMSNMALGHLVQARTGLRPLIHIACRDRNLIGTQSHMMGFDALGIDHVLAVTGDPARFGDLPDSSSVYDMTSFEIIRIIKQLNEGIAFSGKPLKQKAKFVVGAAFNPNVRHLDKAVARLEKKIASGADYVMTQPVYDPELMVRLREATAHLDIPIFIGIMPLASGRNAEYLHNEVPGIQLSDEVRSRMAGLEGEAGRAMGVKIGKELLDVATEHFNGIYLMTPFMFYEMSVQLMEYVWEKSGRRLTPLFH	PGPT0008140_87	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008140-yitJ-K24042	NA	NA
JZ016_06198	888			hypothetical protein	ATGTCATTGAGTATGACCGGATATGGGCAATCCGTTGTCGATTTTCAAGGTTACAGTATCTCTTTCGAAGTGAAGTCGGTCAATCATCGGTATTGTGAAATCGTCTTTCGTATGCCCCGTGAATGGGCCTGCTTCGAGGATTCACTTCGACGGACGGTACAGAGCCGAATCGGACGCGGACGGATTGATGTTTATATTAACAAGGAAAACAACGGCGAGTCCCAGGGTGCCGTGCTGAACCACACCATGGTTCAGGCGTATTTACAGGCAGCCGAGGATTTGAAGTCATATGGAATCAAGGGAGATCTGGCGGTGCGGGATATTTTGTCGCTGCCAGATGTTCTTGTTAGTCCGAGCGGACTTCCCATGGATGAAGCGCAGCAGAAGTTATGGAATGATGCGCTTCTTCAAGGTCTTGAACAAGCGCTGGAGGGTCTGATCCAGATGCGCAGCAGGGAAGGTTCTTTTCTCGTGAAGGATATCGAGCAGAGGCTTGACCGATTACAGCTGCTTCACCGAGAAATGACCGAACTTGCTCCTGAAGTTCCGGAAGAGTACCGGAAGCGTCTGAGGCAGCGCATTGAATCTCTTGATGACGGGTCGCTTGCTGTTGATGAACATATATTCGGAATGGAAGTTGCTCTGTTTGCTGAACGTTCCAATGTGGACGAGGAGTTGATTCGCCTTCACAGCCATTTGGAGCAATGCAGAGAGCTGCTTCATCAGAAAAGCCCTGTAGGCCGTAAACTGGATTTTCTGATTCAGGAAATGAACAGAGAAGTCAATACGATTGGATCGAAAGCCAATCATCTGACTCTGGTAAACCGTGTTGTCGAAATGAAAGCGGAACTGGAGAAGATTCGTGAACAAGCCGCTAATGTGGAATGA	MSLSMTGYGQSVVDFQGYSISFEVKSVNHRYCEIVFRMPREWACFEDSLRRTVQSRIGRGRIDVYINKENNGESQGAVLNHTMVQAYLQAAEDLKSYGIKGDLAVRDILSLPDVLVSPSGLPMDEAQQKLWNDALLQGLEQALEGLIQMRSREGSFLVKDIEQRLDRLQLLHREMTELAPEVPEEYRKRLRQRIESLDDGSLAVDEHIFGMEVALFAERSNVDEELIRLHSHLEQCRELLHQKSPVGRKLDFLIQEMNREVNTIGSKANHLTLVNRVVEMKAELEKIREQAANVE				NA	NA	NA	NA	NA
JZ016_06199	261	remA	COG2052	Extracellular matrix regulatory protein A	ATGGCAATCAAACTTATTAATATTGGCTTCGGAAACATCGTATCGGCCAATCGGATCATCTCAATCGTGAGTCCTGAATCGGCTCCGATCAAGAGGATCATTCAAGAAGCACGGGACCGTCATATGCTGATTGATGCTACATATGGCCGAAGGACACGGGCTGTTATCATTACGGATAGCGATCACGTGATTTTATCGGCTGTGCAGCCAGAAACGGTGGCTCACCGTCTGTCCAGCAAAGATGACGACAACGACGAATAA	MAIKLINIGFGNIVSANRIISIVSPESAPIKRIIQEARDRHMLIDATYGRRTRAVIITDSDHVILSAVQPETVAHRLSSKDDDNDE				NA	NA	NA	NA	NA
JZ016_06200	573	gmk		Guanylate kinase	ATGTCTAGAGGATTATTGATTGTATTGTCCGGTCCTTCCGGGGTGGGTAAGGGAACCGTCTGTACGGCACTTCGCAGCCGGGTTCCGGAGCTGGTGTATTCGGTGTCAGCTACGACGCGTTCGCCACGGCTCGGTGAGGTACATGGTGTGAACTATTTTTTCAAAAGTCGGGAACAATTCATGGATATGATTGAGAACGACCAGCTTCTCGAATATGCGGAATACGTCGGGAACTATTATGGAACCCCGCGTGATTTTGTGGAAGAAACTTTAGCCTCCGGTAAGGATATTATACTGGAGATCGAAGTGCAGGGCGCACTGAAGGTCAAGGAGAAGTTTCCCGAGGGTATCTTTGTGTTTCTGATGCCGCCGTCGCTGGATGAACTGAAGGATCGGATCCAGGGCCGGGGAACAGAGAGCCAAGCGACCATCGACCACCGCATGTCCGTAGCGGTTGACGAAATCAATTTACTGCAGCATTATGATTATGCGGTAGTGAACGATGAAATCAATCTCGCTTGTGAGAGAATACAATCTATCATTATTGCCGAACATTGTAAGGTGAGAAAGTAA	MSRGLLIVLSGPSGVGKGTVCTALRSRVPELVYSVSATTRSPRLGEVHGVNYFFKSREQFMDMIENDQLLEYAEYVGNYYGTPRDFVEETLASGKDIILEIEVQGALKVKEKFPEGIFVFLMPPSLDELKDRIQGRGTESQATIDHRMSVAVDEINLLQHYDYAVVNDEINLACERIQSIIIAEHCKVRK	PGPT0021475_4756	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021475-gmk-K00942	NA	NA
JZ016_06201	201	rpoZ		DNA-directed RNA polymerase subunit omega	ATGTTATATCCATCCATTGATGAAATGATGAATAAAGTAGACAGTAAATATTCTCTTGTGGTTGCAGCTTCCCGCCGCGCACGCCAATTGCGTGAAGGCGGAGTCAGCGAGTTGAAACATCCTAAATCCCATAAGTTTGTCGGTGTCGCTCTGGAAGAAATCTATGGCGATTACGTGAAAATCGAGCGGGGACAGGACTAA	MLYPSIDEMMNKVDSKYSLVVAASRRARQLREGGVSELKHPKSHKFVGVALEEIYGDYVKIERGQD				NA	NA	NA	NA	NA
JZ016_06202	1254	coaBC	COG0452	Coenzyme A biosynthesis bifunctional protein CoaBC	ATGTTGAACGGAAAAGTCATTGTGCTTGGCGTTACGGGTGGCATTGCCGCGTATAAAGCAGCGACTTTATGCAGCAGGCTTGTCCAGAGGGGAGCGGATGTGCATGTCATTATGACGGAATCCGCGAAGCAGTTCATTCCGGAATTAACGCTTCAAACGCTGACCAAAAACCCGGTTTATAGCGATACCTTTGATGAACGGGACCCCTCGGTCGTCTCGCATATTCACTTGGCCGATCTGGCCGATTTGGTATTGATCGCTCCGGCCACAGCCAATGTTATCGGCAAGATGGCACATGGCCTGGCGGATGACATGCTGACCACGACGCTGCTCGCGACGACGGCTCCCGTCATGATCTCGCCGGCAATGAACGTGCATATGTACACGCACCCGGCCGTCATGGCCAATATGGAGACGCTGGTCTCCCGCGGGGTGTCCATGATTGAACCCGGAGAGGGGCTTCTGGCTTGCGGATATGTCGGAAAGGGACGGATGGAAGAACCTGATACGATTGTTGACGTGGTTGAACGTTTTTTCCGAGATCGCGGGGCACGACCTGTGGCGTTGAATGAGGATAAAGCGAGCAGCTCCACTGGCATATTGCACGGCAAAAAGGTGGTTGTCACAGCCGGCGGTACCATTGAGCGCATTGATCCGGTCCGGTATATAACGAATGATTCTTCCGGGAAAATGGGATTTGCGATCGCAAAAGCGGCCAAGCAGCTGGGAGCGGATGTTCACCTCATTGCCGCTCATACCGATGAAGCTCCACCAGAGGGAATCAAGGTGGAAAGAGTGGAATCGGCCCAGGATATGTACGATGCGGTGCAACGCGTATTCGAGCATAGTGATATCGTGGTCAAGGCGGCCGCTGTTGCCGATTATCGCCCAGCTGAGGTAGCGACATCTAAGATCAAAAAGCGTGGGGAGACCATGACGCTGGATCTTGTCAAAACAACCGACATTCTGGAGAGCCTGGGACGCCAAAAAACCTCCCAGTTCTTAATCGGATTTGCAGCTGAGACCGATACAGTGGAGCAGTTCGCCAGAGAAAAGCTGAAACGCAAAAATTGCGATCTGATCGTTGCTAACGATGTTACACAGGCAGGAGCGGGCTTTGGCACGGATACGAACAGCGTTCATATCTTTGATGCAGAAGGGCTGGTCCTGCAGCTTCCAGTGATGTCCAAGGAGGAAGTGGCCCAGAGGTTGTTAACGCTGGCGGCTGATCGGTTAACCGGGAGGTCATCCTGA	MLNGKVIVLGVTGGIAAYKAATLCSRLVQRGADVHVIMTESAKQFIPELTLQTLTKNPVYSDTFDERDPSVVSHIHLADLADLVLIAPATANVIGKMAHGLADDMLTTTLLATTAPVMISPAMNVHMYTHPAVMANMETLVSRGVSMIEPGEGLLACGYVGKGRMEEPDTIVDVVERFFRDRGARPVALNEDKASSSTGILHGKKVVVTAGGTIERIDPVRYITNDSSGKMGFAIAKAAKQLGADVHLIAAHTDEAPPEGIKVERVESAQDMYDAVQRVFEHSDIVVKAAAVADYRPAEVATSKIKKRGETMTLDLVKTTDILESLGRQKTSQFLIGFAAETDTVEQFAREKLKRKNCDLIVANDVTQAGAGFGTDTNSVHIFDAEGLVLQLPVMSKEEVAQRLLTLAADRLTGRSS	PGPT0008815_848	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008815-coaBC|dfp-K13038	NA	NA
JZ016_06203	2529	priA		primosomal protein N'	ATGGAAATGGCACGAGTGATTGTGGACGTGCCGTCCAAGGATACGGACCGGCCTTTTGATTATTTGATTCCTGAGGAACTTCGGCCCTGGGTCGAGGTAGGCAGCCGGGTCGGCGTGCCGTTCGGGCACCGTACGCTCCAGGGATTCGTGGTCTCTCTGCATCCCCGGCCCGAGATGGATTCGGCCAAAATGAAGCCGATTCAGGAAGTCCTCGATGTGATGGCGCCGCTTTCGCCTGAGCTGATTGAGCTTGGCGAATGGATGAAGGAGCGTTACGCATGCCGATATATATCGGTTCTGCAGTCGATGCTGCCTACGGCGCTGAAAGGGAAGGCGGAGCGGTATATTTCCATTGGCGATTCAGACACGTTGCAGACGGATCAAACCGACGGATTATTTGCGCTCCTGCCCGAAAGTGAGTCGGAGCAGGAGATCATCCGCTTTGTCAGTCAGAAAGGCGAGGTTTCGCTCCAGCAGTTAACGCGGGCATTTCCGGATGGCGCTGCGACCATTAAAGCGCTGATCGGCCGAGGACGGCTTAGCGAATTCCAGCAAATCAAGGATAAACTGCAGAAAAAAACGATAAAAGCGGTAGAGCTTGCCGTATCAAGCGAGGAAGCTCATCAGGCACTGGCTTCATTCCCGGCCAAGGCTCAGCGTCAGAAGGAAGTGCTCCAATATATTTTGGAGATGGAAGCATTTCTGCCGATATCGCAGAAGGATCTGCTCCAGACGCTGGGTGTCACCGCAGGCACCGTGAAGGGACTGGCTGACAAAGGGCTGATTACCCTCGAGGATATCGAAGTGTTCCGCGATCCGTATCGAGGGCGGCATTTCACGCCTAGCACCCCATTGGCGCTCACACCGGAGCAGCAAGCGGTGTATCGCAGCATCGTGCACAAGCTGGATGAACGCAAGCATGGCGTGTTTCTCCTGCACGGGGTGACGGGCAGCGGTAAGACCGAGATTTACCTGCAGACGATTCAGCGATGCCTCGAACAGGAACGTCAGGCGATTGTGCTGGTGCCCGAAATATCGCTGACGCCGCAAATGGTGGAACGGTTCAAAGCTCGTTTTGGCGATCGTGTGGCTGTTATGCACAGCCGGCTTTCAGATGGAGAGCGTTACGATGAATGGCGGAAAATAAGAGAAGGCCGGGCGTCCGTTGTCGTGGGCGCTCGATCGGCGGTATTCGCGCCGTTTAACCGTCTGGGATTGATCATTATGGATGAAGAGCATGAAGGCTCTTATAAGCAGGAAGAGACACCGAAGTACCATGCCCGGGATGTTGCGATTCACCGCGCCCAGCTGACCGGCGCAGCCGTCATTCTGGGTTCGGCAACGCCTTCGCTGGAGAGTTACCATGCGGCGAGATCGCAAGCTCAGGATGATTTTGCGCCTCATCTGCTGGAGATGCCGAGCCGTGCACTGGGCAACAAGCTGCCCGAGGTCCAGGTCGTGGATATGCGGGAGGAGCTTCGTGAAGGCAATCGCTCCATGTTCAGCCGGTCTCTGCATGCCGCGATTTCGGCAAGGCTGGAACGCGGGGAACAGACGGTGCTGCTGCTGAATCGGCGGGGCTACTCCACGTTTGTCATGTGCCGGAGCTGCGGATATGTGGCAGGCTGTCCGGAATGCGACATCTCGCTGACCTATCATCAGAAATCGAATAATTTGCGCTGCCACTATTGCGGTTATGCCGCCCAGGCGCCGGAGGTTTGCCCGGATTGCGGAAGCGAGCATATACGTTATTTCGGGACTGGCACACAGCGTGTCGAGGAAGAATTGGCCAAGCTGTTTCCCGGCATCCGCGTCATTCGGATGGACGTGGATACCACGACCGAGAAGGGCTCACATGAGAAGCTGCTGAAGCAGTTTCGGGATAAAAAAGGGGACGTGCTGCTAGGCACCCAGATGGTCGCCAAGGGCCTGGATTTCCCTGATGTCACCTTGGTCGGCGTCATTACGGCCGATTCGGCGTTGAACCTGCCCGATTTCCGGGCGGCCGAGAAGACGTTTCAGCTGCTCACTCAGGTTGCCGGAAGAGCAGGCCGCCATCAGCTGCCGGGTGAAGTGGTTATCCAATCCTATACGCCGGAGCACTATTCGATTATCCATGCAAGCAGCCATGATTATTTATCCTTCGTTAAGGACGAGCTGAAGCACCGCAAAGCGCTCCATTATCCGCCGTATTGCAGGCTGATCCTGGTGACGCTGTCGCATGAGCAGCTGCCGCTGCTGGTAAGAATGGCGGAAAATTTTGCCGCGACCATCAAAAGCGAATCCGACCGCCGGGGATGGTTTGGGAGCCTGGACCGATTCGACGCAAGCGCGCTCGATATATTGGGTCCGGTAGCTTCTCCCATTCCGCGGCTAAAAAATAGATACAGATTTCAATGTATGATAAAATGGCGGGGAACGATGGATGCTGTCACGCTGGTGCGCTCGGTTGCCGAGAAGCTGCAGGATTCGGCGCGGGACAGCAAGCTCCAGATCAGTATTGACGTAGATCCGCAAATGTTAATGTAA	MEMARVIVDVPSKDTDRPFDYLIPEELRPWVEVGSRVGVPFGHRTLQGFVVSLHPRPEMDSAKMKPIQEVLDVMAPLSPELIELGEWMKERYACRYISVLQSMLPTALKGKAERYISIGDSDTLQTDQTDGLFALLPESESEQEIIRFVSQKGEVSLQQLTRAFPDGAATIKALIGRGRLSEFQQIKDKLQKKTIKAVELAVSSEEAHQALASFPAKAQRQKEVLQYILEMEAFLPISQKDLLQTLGVTAGTVKGLADKGLITLEDIEVFRDPYRGRHFTPSTPLALTPEQQAVYRSIVHKLDERKHGVFLLHGVTGSGKTEIYLQTIQRCLEQERQAIVLVPEISLTPQMVERFKARFGDRVAVMHSRLSDGERYDEWRKIREGRASVVVGARSAVFAPFNRLGLIIMDEEHEGSYKQEETPKYHARDVAIHRAQLTGAAVILGSATPSLESYHAARSQAQDDFAPHLLEMPSRALGNKLPEVQVVDMREELREGNRSMFSRSLHAAISARLERGEQTVLLLNRRGYSTFVMCRSCGYVAGCPECDISLTYHQKSNNLRCHYCGYAAQAPEVCPDCGSEHIRYFGTGTQRVEEELAKLFPGIRVIRMDVDTTTEKGSHEKLLKQFRDKKGDVLLGTQMVAKGLDFPDVTLVGVITADSALNLPDFRAAEKTFQLLTQVAGRAGRHQLPGEVVIQSYTPEHYSIIHASSHDYLSFVKDELKHRKALHYPPYCRLILVTLSHEQLPLLVRMAENFAATIKSESDRRGWFGSLDRFDASALDILGPVASPIPRLKNRYRFQCMIKWRGTMDAVTLVRSVAEKLQDSARDSKLQISIDVDPQMLM				NA	NA	NA	NA	NA
JZ016_06204	495	def_2		Peptide deformylase	ATGGCGATTCGTATTATCGTTAAAGAACCGGATGAGGTTCTTCATAAAAAGGCAAAGGAAGTTACCAAAATTACGCCGAACGTACAAAAGCTCCTGGACGATATGGCGGATACCATGTACGATGCGGAAGGCGTCGGACTGGCTGCGCCGCAGGTCGGCATTCTGAAGCGTTTGATCGTGATCGACGCCGGTGATGAGCACGGCTTGATCAAAATGATCAATCCGGAGATCGTGGAGAGCGAAGGCGAGCAATTCGGGCCGGAAGGCTGCCTGAGCATTCCAGGATGGAACGGAGATGTGCGCCGTGCGGAGAAAGTGACCGTTAAGGGGCTTGACCGCGAAGGCAATGAGGTTGTCATTACAGGTACCGGGCTGCTTGCGCGAGCGTTTCAGCATGAAATCGATCATCTGAACGGGGTGCTGTTTACGGAAATCGCTGACCGGGTGTATGAGTATGTTCCGGAACAGCCGAGAAAAGAGCTGGAGAACCGATGA	MAIRIIVKEPDEVLHKKAKEVTKITPNVQKLLDDMADTMYDAEGVGLAAPQVGILKRLIVIDAGDEHGLIKMINPEIVESEGEQFGPEGCLSIPGWNGDVRRAEKVTVKGLDREGNEVVITGTGLLARAFQHEIDHLNGVLFTEIADRVYEYVPEQPRKELENR	PGPT0008125_25	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604	NA	NA
JZ016_06205	942	fmt	COG0223	Methionyl-tRNA formyltransferase	ATGAATATCGTATTTATGGGCACCCCGGCCTTTGCAGTACCCAGTCTTGAAATGTTGATTAGCGAAGGTTATTCCATTGTCGCCGTCGTTACACAGCCTGACCGCCCGCAAGGGCGTAAAAAGGTGCTGACCCCAACGCCGGTTAAGGAAGCCGCTCTTCGTCACGGCATTCCTGTTCTGCAGCCTCAGCGCCTGCGGAATCCGGAAGCTGTGGCCGAGCTGGCCGCGTATAAGCCTGATATGATTGTCACCGCCGCCTATGGTCAAATCCTGCCGAAATCGGTGCTGGATATGCCGTCACTGGGCTGTCTCAATGTCCACGGCTCGCTGCTCCCCGCTTACCGGGGAGGAGCTCCGATTCAGCGCAGTATCATCAACGGAGAATCCGTAACAGGCATCACGTTGATGTATATGGCGGAGGGGCTCGACACGGGCGACATGATCGCCCGCACCGAGGTTCCCATTGAGGATGACGATACGGCCGGAACCATGTTTGAGAAGCTGAGCCAAGCCGGCGCGGAGCTGCTGCGATCGGAGCTGCCGCGGCTTGTGAAGGGCAAGGTGGATGCCGAGCCCCAGGATGAGACAAAGGCAACGTATGCTCCGAACCTGACCCGGGATGATGAAAGAATCGACTGGACTCGCACTTCCCGCGAAATTTACAATCAAATTCGCGGTCTGGTTCCTTACTCCGGCGGATTTACGCTGTGGAACGGGGATGTGTTCAAAGTATGGGCAGCGGCTAAGCCGGACAGTGCACAGACCCCATCTAACGATGCACAGCCAGGAAGCGTGCTAGAGCTTCATGAGAAGGGGATTGTTGTCAAAACAGGCGATGGCACGCTAACGCTGTTAACCGTCCAGCCCAGCGGCAAAAAGGCAATGGATGCGGCGCAATTCGTGCGCGGGACGAGCCTGACGGTCGGGACGGTGTTGTCGTGA	MNIVFMGTPAFAVPSLEMLISEGYSIVAVVTQPDRPQGRKKVLTPTPVKEAALRHGIPVLQPQRLRNPEAVAELAAYKPDMIVTAAYGQILPKSVLDMPSLGCLNVHGSLLPAYRGGAPIQRSIINGESVTGITLMYMAEGLDTGDMIARTEVPIEDDDTAGTMFEKLSQAGAELLRSELPRLVKGKVDAEPQDETKATYAPNLTRDDERIDWTRTSREIYNQIRGLVPYSGGFTLWNGDVFKVWAAAKPDSAQTPSNDAQPGSVLELHEKGIVVKTGDGTLTLLTVQPSGKKAMDAAQFVRGTSLTVGTVLS	PGPT0008125_3450	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604	NA	NA
JZ016_06206	1383	rsmB	COG0144	Ribosomal RNA small subunit methyltransferase B	GTGAGCGGGAACCGCAGGCCGAAGGGACGCCTGGACTCTCCTCGGGAGCTGGCGATGGACGTATTGACTCAGGTTGAGCAGGAGGGGGCGTACAGCAATCTCCTGCTCAACTCCGCTCTGCAGAGGTCCTCGCTTGCAAAGAGCGACGCGGGACTTGCCACAGAGCTGATCTATGGCACGATCTCAAGGCTCAACACGCTCGATTATTTTTTGGACAATTTTGTCAACAAAGGGGTACAGAAGCTTCAGCCGTGGGTAAGAGCACTGCTTCGCATCAGTCTGTATCAGGTCATATATCTGGATCGGATTCCGGATCACGCGGTTGTCAGCGAGGCCGTTAATCTGGCGAAGCGCCGCGGGCATCAAGGGATCTCCGGCATGGTGAACGGGGTGCTTCGGAATATTCTGCGTCAGAAGGAAAGCTTGGCGATCCCTGAGAATATGCCGCCGGCCCAGCGCATTTCCTTGCAGCATTCCCATCCGTTGTGGCTGGTGGAGCGCTGGATATCGCAGTACGGGATCGAGACGGCAGAGGCAATCTGTGCCGCAAACAACGAACCGCCGGCTGTCAGCGTGAGAGTGAACACCACGATGATCAGCCGTGACGACATGCTGAAATTAATGAGCAGCCAGAACTATGAAGCTGCCCCATCGCTCCTGAGTCCCTACGGGATTGTTGTAAGGGGAGCGGGCAATATGGCCTTGACGGATTGGTACCGGGATGGAATGATCTCGATCCAGGATGAAAGCTCCATGCTGGTCGCTGAAGCTGTTAAGCCTGAGCCGGGAATGCGGGTGCTGGATTGCTGCGCAGCCCCGGGTGGAAAGAGCGCCCACATGGGCGAGCTGATGAAGGATGAGGGCAGCATTGTCGCCAACGACATTCATGCTCATAAAGGCAAGCTGATATCGGATCAGGCCGGCCGCTTGGGACTGGACAGCATTTCGATCGTGACCGGGGACGCGCTGGATTTGGTTGACCGCTTCGAGCCTGCGTCTTTTGACCGAATATTGCTGGATGCTCCGTGTTCGGGCCTTGGCGTCATCCGCCGCAAGCCCGATCTGAAGTGGGGCAAGTCACAGGAGGACATCCATGAAATAGCGGCGCTGCAGCTAAGGCTGCTGGAGTCGGTCTCCACGTTGCTTCGTCCCGGAGGGCTTTTGGTGTACAGCACGTGCACGATTGAGCCGCTGGAGAATGAAGGGGTTGTATCTGCTTTTCTGGATAGCCATTCCGGGTTTGGAATCGCGGAAGATGGTCTTGGAGACTTAAGCCGGCTGGAAGGGAAATCGCTTCAGCGGGGAGGCGGGATTCAAATTCTGCCCCAGCATTACCATAGTGACGGCTTTTACATTGCAAGACTCGGCAGACGTCCCTCTTAA	MSGNRRPKGRLDSPRELAMDVLTQVEQEGAYSNLLLNSALQRSSLAKSDAGLATELIYGTISRLNTLDYFLDNFVNKGVQKLQPWVRALLRISLYQVIYLDRIPDHAVVSEAVNLAKRRGHQGISGMVNGVLRNILRQKESLAIPENMPPAQRISLQHSHPLWLVERWISQYGIETAEAICAANNEPPAVSVRVNTTMISRDDMLKLMSSQNYEAAPSLLSPYGIVVRGAGNMALTDWYRDGMISIQDESSMLVAEAVKPEPGMRVLDCCAAPGGKSAHMGELMKDEGSIVANDIHAHKGKLISDQAGRLGLDSISIVTGDALDLVDRFEPASFDRILLDAPCSGLGVIRRKPDLKWGKSQEDIHEIAALQLRLLESVSTLLRPGGLLVYSTCTIEPLENEGVVSAFLDSHSGFGIAEDGLGDLSRLEGKSLQRGGGIQILPQHYHSDGFYIARLGRRPS				NA	NA	NA	NA	NA
JZ016_06207	1041	rlmN_2		putative dual-specificity RNA methyltransferase RlmN	ATGAAACCTTTTATATATGATTATTCACTGGAAGAGCTTCAAGCATGGGCTCAAGAGAACGGGGAGCCCGCGTTTCGGGGAACCCAGATTTATGACTGGCTGTACGTGAAGCGGGTGAACGACTTCGCGGAAATGACGAATCTGTCCAAGGAGCTTCGGACCAAGCTGGAGCAGGAATTCAGTTTCGTTACATTGACGGAAATCACCAAGCTGGAGTCGAAGGACGGAACGGTCAAGTTTCTGTTCGGCCTGCATGATGACCATGCGATCGAGACCGTCATCATGAGGCACAATTACGGCAACAGCATCTGCGTTACAACGCAGGTTGGCTGCCGTATCGGATGTACGTTTTGCGCATCCACACTGGGTGGTCTGAAGCGAAATCTGACCTCCGGCGAGATTGTTGCCCAAGTGGTTCAGGCGCAGAAGATTCTCGATAAGACGGGAGAACGTGTTAGCAGCATCGTGATCATGGGTTCAGGCGAACCGTTTGAGAATTATGAAGCGACCATGAAGTTCCTGCGCACGATGATCCATGAAAAAGGATTGAATATCGGCCAGCGCCACATTACCGTTTCGACGAGTGGCATTGTGCCTAACATCTATAAATTCACGGAAGAGGATACCCAGATTAATCTGGCCATCTCCATTCATGCACCGAACGATAAGCTGCGCTCCAAGCTAATGCCTGTTAACCGTCGGTTCCCGTTTGACGATGTGATTGAGTCGCTTCGTTATTATCAAGCAAAAACCGGACGCCGCATTACGTTTGAATACGCCTTGATCGGAGGCGTAAATGATCAGGTTGAGCATGCCGAGGAGCTTGCGGACGTCATTAAGGATATGAACTGCTTCGTCAATCTGATTCCGGTTAACCATGTGCCGGAACGGAAATATGTTCGCACATCGCGTAACGATATTTTCAAATTTCAACGTGCGTTAGCAGACAAGGGGGTCAATGTGACCATCCGTCGTGAACAAGGCCATGATATCGCTGCCGCTTGCGGTCAGCTCCGGGCCAAGCATATGGAGTTGAGGTGA	MKPFIYDYSLEELQAWAQENGEPAFRGTQIYDWLYVKRVNDFAEMTNLSKELRTKLEQEFSFVTLTEITKLESKDGTVKFLFGLHDDHAIETVIMRHNYGNSICVTTQVGCRIGCTFCASTLGGLKRNLTSGEIVAQVVQAQKILDKTGERVSSIVIMGSGEPFENYEATMKFLRTMIHEKGLNIGQRHITVSTSGIVPNIYKFTEEDTQINLAISIHAPNDKLRSKLMPVNRRFPFDDVIESLRYYQAKTGRRITFEYALIGGVNDQVEHAEELADVIKDMNCFVNLIPVNHVPERKYVRTSRNDIFKFQRALADKGVNVTIRREQGHDIAAACGQLRAKHMELR				NA	NA	NA	NA	NA
JZ016_06208	777	prpC	COG0631	Protein phosphatase PrpC	TTGATCAAGACGGTTCATGTAAGCCATGTGGGACGCGTTCGTCCTGTTAATGAAGATTCGGTATTTGTTAGCACACTGGAGCATGGCTATACCTTGGGTGTGGTTGCTGACGGTATGGGAGGTCACCTTGCGGGTGACACCGCCAGCAGGCTTGCGGTAGATACCGTGGCCGAGGATTTGTCCTCTTTGGAGGAGGACATGTCCATGGAAAGTATTCGGGCTGCGCTTGGTGATGCCATATTGCATGCCAATGCAGTTATCTATCGGGAAGCCTCGGCTGATGAGCGGCTTCACAATATGGGCACGACGATTGTAGCGGTGCTGCTGCGAGGTTCCGAAGGCTATATCGGACATATCGGGGACAGCAGGGCTTACAAAGTCGTTCCCGGACAAGTGATTCGACTCACAGATGATCACACATTGGTTAATGAGCTTTTTAAGAGTGGTCAGATTACGGAAGATCAACTGGAAACCCATCCTCGGAAAAACGTATTAAGCCGGGCACTTGGAACGGATGTGGATGTGACGGTTGAGCTTACACCGGTTACGATCGGAGAAGGCGAAGTGCTGCTGCTCTGCAGTGACGGGCTCAGCAACCGGGTCAGCCGCGAGCTGATCGGACAGATTTCCGGTTCACTTGACCTTCCTCTGGAAGAAAGAGCGGATCGCCTGCTTCAACTGGCACTTCTTGCTGGCGGTGAGGACAACATCACGGTCGCAATGTTTGAACATCAAGAAGAAGTTGTCGGGCAACGTATAAAGGGGTGGGATTCATGA	MIKTVHVSHVGRVRPVNEDSVFVSTLEHGYTLGVVADGMGGHLAGDTASRLAVDTVAEDLSSLEEDMSMESIRAALGDAILHANAVIYREASADERLHNMGTTIVAVLLRGSEGYIGHIGDSRAYKVVPGQVIRLTDDHTLVNELFKSGQITEDQLETHPRKNVLSRALGTDVDVTVELTPVTIGEGEVLLLCSDGLSNRVSRELIGQISGSLDLPLEERADRLLQLALLAGGEDNITVAMFEHQEEVVGQRIKGWDS				NA	NA	NA	NA	NA
JZ016_06209	2148	prkC	COG0515	Serine/threonine-protein kinase PrkC	ATGATCGGACATGAATTGGCTGGTCGTTATAAAATTATAGAACGCATCGGTGGCGGTGGCATGGCGCTGGTCTACAAGGCTCAGGATATTTTGCTGAACCGGAATGTAGCGATCAAAGTGCTGCGCCAGCAGTTTGTGCACGACGAGGAATTTATCCGCCGTTTCCGGCGTGAGGCACAATCAGCGGCTTCGTTGTCGCATTCCAACGTGGTCAGCATCTATGATGTGGGCCAAGAGGAAGATGTGCATTACATCGTCATGGAATATATCGAAGGTCAGAACTTGAATGAAATCATAAAAGAACGGGCACCGCTGCAGGTGGAAGAAGCTGTGCGGATTGCTACCCAGATTTGCGATGCGCTGGGACACGCTCATCATAACCAGATCATTCACCGGGATATTAAACCGCATAATATTCTGATTGGCCGTAATGGGAGGGTCAAAGTAACGGACTTTGGCATTGCCAGGGCGGTCACGTCGACAACCATTACGCAGACAGGCTCCGTTGTGGGCTCTGTGCATTATTTCTCGCCGGAGCACGCCAAGGGTGTCGTTACGGGCGAGAAATCGGATTTATACTCCCTTGGTATTGTGTTATATCAAATGCTCACGGCCCGTCTTCCTTTTCTGGGCGAGAGCCCGATTAGTGTTGCTCTGAAACATCTCCAGGAGGAATTTGATGAGCCTAGAGAAGTAAACCCGCTCATTCCTCAAAGCGTGGAGAACATCATCCTGAAGTCCATGCGCAAAAACCCGGAGGAGCGTTATCAGTCCGCGGAAGAGATGATGGACGATCTTGAGACGTGCTTGATGCCGATGCGACTCAACGAACCGAAGATGGAGTTTGAGGACGATGCCGATTCTACACTGGTCATGCCAGCGCTCAAAACGATGCAGCGCAGCAGTCAGCATCATCATGACGATGACGACGACTCGGATGACGAGGAGTTTGAGGCAAAGTCGACCGGCAAACCGAAGAAAAAATGGGTCAAGCCGACCATCATCATCGGTTCGGTGCTCCTGTTCCTCGGCCTTATGTTTGGTGTTGTCATGTATGTGAACAACATGTTGGAGGTACCCGAGGTTAAGGTGCCCCAAGTTGTAGGTATGACGGAAGAGGAAGCGATCCGCGAGCTTGAGGCCAAAGGCTTGACGGTGGATGAGGAAGTCATTCGTGAATATAAACCAAATGTCGATGAGGGCATTGTGTTTGCCCAGGACAAGGAACCAGAGAGCATGCTGAGGGAGGGGGCTCCGGTTCAATTGTCGGTTGGGGATGCGAAGCCGCTTGAAAAAATGCCGGACCTCTCGGGTAAGACGTTTGATCAGGCAGTTGAGATCCTGACAAAAATGGGCATTAAGGAAAACGCTATAAAGCAGTCGTCTGAAAACAATGATACTGTGCCTGCCGATCAGATATTTGATCAGAGTCCTACCGCGGACACCGAAATTAATCCTGAACAGGTGGAGGTCCGGGTCACGATCAGTAAGGGCAAACAAACGGTCAATATGCCGAGCTTGATCGGTATGGACAAAGACAAAGCGGTTGCTACCATCGAATCATTCGGCCTTAAGGTTGGAGCGATAAAGGAGAAATCCAGCTTTGAAGTGAAGAAGGGCGAGGTCATGGAACAATGGCCGCATGATGCCAATCAACAGGTTGCTCCAGGCTCCGAAATCACGCTGTTCGTCAGCTCAGGCTATCCTTCGGATGCGCTTGAGTATAATTACAGTGTACCGGTCTCACCAAGCGTGGAAGGCCAAGAAAGCAAAATACGGGTCGTTTTCACCGATGCGCTGGGAGAAAACCAGGAAGCCGTGAACAAGACCATAACGACCTCGGAAATGGTACCTGTTAAGCTGCTGCTGGCTCCCGACAAGCATGCAACGGTCATGATTTTCCGTGACGGTCGCCAGGTGGATACGTACAGCGTAAGTTACAGCGATGTCAAGAACGGCACCGTGCCGCAGCCGACCTTTGAACAGCCGCCTGTTGAACCTGATGTACCGGTAGACACTAACCCGGATGAAGGAAATGTCGAGGAAGATTCGAATGAGGAAGATGATGCTGCTTACCATTGGGACAATGGCAACAATGGCAACAATGGAAACGGCAAGGGGAATGGCAAAGGTAATGATAACGATTAG	MIGHELAGRYKIIERIGGGGMALVYKAQDILLNRNVAIKVLRQQFVHDEEFIRRFRREAQSAASLSHSNVVSIYDVGQEEDVHYIVMEYIEGQNLNEIIKERAPLQVEEAVRIATQICDALGHAHHNQIIHRDIKPHNILIGRNGRVKVTDFGIARAVTSTTITQTGSVVGSVHYFSPEHAKGVVTGEKSDLYSLGIVLYQMLTARLPFLGESPISVALKHLQEEFDEPREVNPLIPQSVENIILKSMRKNPEERYQSAEEMMDDLETCLMPMRLNEPKMEFEDDADSTLVMPALKTMQRSSQHHHDDDDDSDDEEFEAKSTGKPKKKWVKPTIIIGSVLLFLGLMFGVVMYVNNMLEVPEVKVPQVVGMTEEEAIRELEAKGLTVDEEVIREYKPNVDEGIVFAQDKEPESMLREGAPVQLSVGDAKPLEKMPDLSGKTFDQAVEILTKMGIKENAIKQSSENNDTVPADQIFDQSPTADTEINPEQVEVRVTISKGKQTVNMPSLIGMDKDKAVATIESFGLKVGAIKEKSSFEVKKGEVMEQWPHDANQQVAPGSEITLFVSSGYPSDALEYNYSVPVSPSVEGQESKIRVVFTDALGENQEAVNKTITTSEMVPVKLLLAPDKHATVMIFRDGRQVDTYSVSYSDVKNGTVPQPTFEQPPVEPDVPVDTNPDEGNVEEDSNEEDDAAYHWDNGNNGNNGNGKGNGKGNDND				NA	NA	NA	NA	NA
JZ016_06210	909	rsgA_2	COG1162	Small ribosomal subunit biogenesis GTPase RsgA	ATGCTAGAGGGACTGATCGTGAAGGCACTAAGCGGATATTATTATGTCAAACCCATGCAGGATGGCAACATTATATCCGGGGAGGACCCAGCGGTTCAATGCAGAGCCCGCGGCATTTTCAAAAAGAAAGGCATCTCTCCGCTCGTTGGAGATCACGTTATGTACTCATTGACTGAAAATGGGGAAGGGACCGTGGACGAAATTCTTCCACGGTCTTCCCAATTAATTCGCCCGCCTGTCGCGAACGTCGACTTGGCGGTGCTGTTGTTTTCGGTCAAAGAACCGGATCTGAGCCTGCATCTGCTGGACAAGTTTCTGGTACATATAGAGCATGAGGGCCTTGAGGCATTGATCTGTCTGACAAAGCAGGATCTTGTGGACGCCTCCGACGATGTGCTGGAGCAGGTGAAGCGCCAGTATGAAGAGATTGGTTACGAAGTGCTGATTACCAGCTCTCTGCAAGGGGTCGGGACCGAAGAGGTGAAGAAACGGCTGGCCGGCCGAATCAGTGTCTTCTCCGGTCAATCCGGTGTCGGAAAATCGTCCCTGCTGAATGCGTTAATGCCGGGCCTCTCGCTGGAGACGAGTGAAATCAGCCTGCGTCTTGGCCGCGGTCGGCATACGACACGCCATGTAGAGCTGATTGAGCTTGATAACGGGGGGTATGTCGCCGATACCCCCGGTTTTAGCCAGCTGGATTTTCTGGAGCTGGGTGTCGAGGAGTTATCGACCTGTTTCAGAGAATTTGCTCCTTATGCTGCCGAATGCAAATTCAGAGGCTGCAGTCATCTGCATGAGCCGGGCTGCCGGGTGCTCCAAGCCAAAGCGGATGGAATCATCCTGGCTAGCCGTTATGAGCATTATGTGGAGTTTTATACGGAGATGAAAGAGAAGAAACGGAGGTACTGA	MLEGLIVKALSGYYYVKPMQDGNIISGEDPAVQCRARGIFKKKGISPLVGDHVMYSLTENGEGTVDEILPRSSQLIRPPVANVDLAVLLFSVKEPDLSLHLLDKFLVHIEHEGLEALICLTKQDLVDASDDVLEQVKRQYEEIGYEVLITSSLQGVGTEEVKKRLAGRISVFSGQSGVGKSSLLNALMPGLSLETSEISLRLGRGRHTTRHVELIELDNGGYVADTPGFSQLDFLELGVEELSTCFREFAPYAAECKFRGCSHLHEPGCRVLQAKADGIILASRYEHYVEFYTEMKEKKRRY	PGPT0009020_3670	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009020-rsgA|engC-K06949	NA	NA
JZ016_06211	663	rpe		Ribulose-phosphate 3-epimerase	ATGATGATAAAAATTGCCCCATCCATATTGTCAGCGGATTTTGCGAAGCTGGGACAAGAAATTAAGGAAGCCGAGGCCGGCGGAGCCGATTGGATTCATGTGGACGTCATGGACGGACACTTTGTACCTAATATTACGCTGGGCCCGCCGATCGTCCAAGCCATCCGGCCCCATACGAGCCTGACGCTTGACGTGCATCTGATGATTGAACAGCCGGAGCTGTATATTGCGGATTTCGTCAAGGCAGGAGCCGACCTGATCACCGTTCATGCCGAAACCTGCCCGCATCTTCATCGGGTCATCCATCTGATCAAAGAGTTTGGCGTGAAGGCCGGCGTCGCGATCAATCCGGCTACGCCGGCCCATGTCCTTCAGGAAGTGCTCCCCGACTTGGACTTGGTGCTGGTAATGACCGTGAACCCGGGGTTTGGCGGACAGGCTTTCATCGAGCGGACCATAAACAAGATCTCGCAGCTGCGTGAATGGATTTCAAACTCCGACAACCCGAACATCCATATTGAAGTGGATGGCGGCATTACAGCGGAGACAGCGCCGCTTGTGGTGGAAGCGGGAGCGGATGTCCTGGTTGCGGGCAGCGCCGTATTCGGCAAGCCGGATCGCGCGGCAGCCATTGCAATAATCCGCGACAGCGTAACATCTTGA	MMIKIAPSILSADFAKLGQEIKEAEAGGADWIHVDVMDGHFVPNITLGPPIVQAIRPHTSLTLDVHLMIEQPELYIADFVKAGADLITVHAETCPHLHRVIHLIKEFGVKAGVAINPATPAHVLQEVLPDLDLVLVMTVNPGFGGQAFIERTINKISQLREWISNSDNPNIHIEVDGGITAETAPLVVEAGADVLVAGSAVFGKPDRAAAIAIIRDSVTS	PGPT0017425_4360	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017425-rpe|cbbE-K01783	NA	NA
JZ016_06212	189	rpmB	COG0227	50S ribosomal protein L28	ATGGCTCGCAAATGTTATGTAACTGGCAAGAAACCAAGCAGTGGTAACCACGTTTCTCACGCTAACAATCACAACAAGCGTTCTTGGGGTGTCAACGTTCAAAAGGTTCGCATTTTGGTGGATGGCAAGCCAAAACGTGTATACGTCAGCACTCGCGCTTTGAAATCCGGTAAAGTGACTCGCGTATAA	MARKCYVTGKKPSSGNHVSHANNHNKRSWGVNVQKVRILVDGKPKRVYVSTRALKSGKVTRV				NA	NA	NA	NA	NA
JZ016_06213	1779			putative protein	TTGAGTAAGCGTTCTTTGAATGGAACAGAATTTACCGCGATGGTCCTAGCCGGAGCGGAGCAGCTGCAGCAGCATGCAGAACACGTCAATTCCCTGAATGTGTTCCCGGTGCCGGACGGCGATACGGGGACCAACATGAATTTGACGATGACTGCAGGTGTGGCAGAACTGAAGAGTAAGTACTCGGAGTCCGTCGGGCAAAGTGCCGGTGTGCTATCCAAGGGGCTTCTGATGGGAGCCAGAGGGAACTCGGGGGTTATTCTGTCCCAGCTGTTCCGCGGTTTCAGCCGATATGCGGCACCTTATACAGAACTAAATTCTCATCAATTCGCCGCAGCACTGCAGACAGGCGTAGAAGCTGCGTATAAAGCTGTCGTGAAGCCTGTTGAAGGCACCATCCTTACCGTAGCTAAAGAAGCGGCCAAGCATGCGGTCTATTTCTCCCGCCGCAACAACGATATCGTGGAATTGATGGAGCAGGTGTTGGCCAAAGCCAAAGAAACACTGTCCCAGACGCCTGATATGCTCCCTGTTCTGAAGCAGGTTGGCGTTGTGGATTCGGGTGGTCAGGGCCTGGTTTACATTTATGAAGGTTTCTTGCAGGTGCTGAGAAAAGACGCTCCGTCCGGATCGTTTGCTGTTGCGGAAGGACAAGCTGAACAGAGCAGCAAGGCACCGGCCTTCCAAGCGGTTCCTGACTTCTCGGCGGTTCAAGCTCCGGCCTCAGCCCAGTCCAGACTGTCCACAGAGGACATTGAATTTTTATACGACATGGAATTCTTTATTAATAGGCAGCTCGGGGAAGGAACGGGTGCAGACTTTGATGAAGATAAGTTCCGGAAAGCGCTTGCAGTGAATGGTGATTCCATCATTGTTATCGCCGATGACGAGACCATCAAAGTTCATGTGCATTCCAAGGCTCCGGGCGAAGTGTTGAACCTGGCACTACTGTATGGAGAAATTACCCAGATTCATATATTGAATATGCGCGAGCAGCACCGTGATTTGCTGACAACGGGAATGGACATCGCACCGATGCCCGAGTTGTTTGCGGATATTCCGGCAGAGACCGTAACACCGGAAGCTCCGGCTGTTCCTCCGGCAGACGAGATCGCACCGTACGGTTTCATTGCGGTATCGTCAGGGGAAGGCATCTCTGACATATTCAAAAGTCTGGGCGTTGACGTCGTTCTCTCCGGAGGACAGACGATGAACCCGAGCACCGAGGATTTTGTCAATGCGATTTCTTCGATCTCGGCTCAGCAGATTTACATTCTGCCGAACAACTCCAACATCGTGCTGGCTGCCCAGCAGGCGAGAGAGCTTCTCGAAGGCGAGCGCAGCGTAACGGTCATTCCGAGCAAGACGATTCCGCAGGGGATCGCGGCTGCATTTGCTTTCCAGGAAGATGAGAATGCGGATATGAATACCGACAACATGCTGGATGCGATCACTCGTGTGCAATCAGGTCAGGTAACCTATGCCGTTCGGGACACAACGATTGATGATCTGGAGATCAAGGCCGGTCAATTCATCGGCATTCGCAATTCCAATATCGTTGCAGCGAATGAGGATTTGATTACGACCTCCCAGGATTTGCTGGGTAAAATGCTGGAGTCCGGCGATGAAATCGTGACTCTGCTTACCGGGGCGGACGCAAGCGAAGAATCGACCAACGCACTTACGGAGTGGCTCGGCGAGCAATACCCTAACGCAGAGGTTGAGGTACACTACGGCGGACAGCCGATCTATTCCTATCTGTTCTCCGTTGAGTCTTGA	MSKRSLNGTEFTAMVLAGAEQLQQHAEHVNSLNVFPVPDGDTGTNMNLTMTAGVAELKSKYSESVGQSAGVLSKGLLMGARGNSGVILSQLFRGFSRYAAPYTELNSHQFAAALQTGVEAAYKAVVKPVEGTILTVAKEAAKHAVYFSRRNNDIVELMEQVLAKAKETLSQTPDMLPVLKQVGVVDSGGQGLVYIYEGFLQVLRKDAPSGSFAVAEGQAEQSSKAPAFQAVPDFSAVQAPASAQSRLSTEDIEFLYDMEFFINRQLGEGTGADFDEDKFRKALAVNGDSIIVIADDETIKVHVHSKAPGEVLNLALLYGEITQIHILNMREQHRDLLTTGMDIAPMPELFADIPAETVTPEAPAVPPADEIAPYGFIAVSSGEGISDIFKSLGVDVVLSGGQTMNPSTEDFVNAISSISAQQIYILPNNSNIVLAAQQARELLEGERSVTVIPSKTIPQGIAAAFAFQEDENADMNTDNMLDAITRVQSGQVTYAVRDTTIDDLEIKAGQFIGIRNSNIVAANEDLITTSQDLLGKMLESGDEIVTLLTGADASEESTNALTEWLGEQYPNAEVEVHYGGQPIYSYLFSVES				NA	NA	NA	NA	NA
JZ016_06214	858	degV_2	COG1307	Protein DegV	GTGAATAAGACCGTTATTGTGACAGACAGCACAGCGGATATTCCGGCAGACCTGGCGAAGCAACACAACATTCATATTGTGCCGCTGAGACTTATGTTCGGGGAAGATACGTATTTGGACGGAGTCGAAATTACGCCGGGAGAGTTCTACAAAAAGCTGGTGCAGTCGCCCCAGCTTCCAACGACCTCCCAGCCTTCACCCGCAGATTTTGTAGCTGTGTATGAGTCCATTCTGGAACAGCACCCAGGCTGCTCCATTGTGTCCATTCACATCTCATCCGGCTTGAGCGGAACGTATCAGTCCGCATTGCTTGCAACCTCTCTAATCGAAGGAGAAGCGGATATCACCGTATGGGATTCCAAATCGGCGTCCTACGGTTTCGGACTATTCGTGGTTCATGCAGCGAAGCTCGCACAAGAAGCTGCGGCTGTTCCAGATATTATTTCGTCGCTTGAGGATCTTCGCTCCAAGCGCCGTCTCTACTTCCTGGTAGACACGCTGGAGTATTTGCAGAAGGGTGGGCGAATTGGCAAGGCTTCGGCTGTGCTTGGCACCCTGCTTAACATTAAGCCGATCCTGTCCATTGACGGCGAAGGCATTATCTTTCCGGTAGACAAGGTCCGCGGTCGCAAGAAAGCGACGGCCAAAATCATTGAGCTGTTTCAACAGGATCTATCCGGTGTGAAAAATATTAAAGTGGCTGTGGGTCATACAGCTGACCCTGCTCAGGTTGAGGATTTTCTGCAGCAGCTGTCCGCTGTGTTTACGATCGAGGAAACGGTGTATTCCGAGATCGGTCCGGTTATCGGCACGCACGTTGGACCGGGAACCATTGCAGCATATATATGGCCTGCTTAA	MNKTVIVTDSTADIPADLAKQHNIHIVPLRLMFGEDTYLDGVEITPGEFYKKLVQSPQLPTTSQPSPADFVAVYESILEQHPGCSIVSIHISSGLSGTYQSALLATSLIEGEADITVWDSKSASYGFGLFVVHAAKLAQEAAAVPDIISSLEDLRSKRRLYFLVDTLEYLQKGGRIGKASAVLGTLLNIKPILSIDGEGIIFPVDKVRGRKKATAKIIELFQQDLSGVKNIKVAVGHTADPAQVEDFLQQLSAVFTIEETVYSEIGPVIGTHVGPGTIAAYIWPA				NA	NA	NA	NA	NA
JZ016_06215	2052	recG		ATP-dependent DNA helicase RecG	ATGAGTCTCAAACTCGATCAAATATCCGTCAGACAGATCAACGGCGTGAGCGCCCTGAAAGAGGGGGAGCTTCACGCCTTTGGCGTCTCTACGGTCAAGGATCTTTTGGAGTATTACCCCTTCCGGTATGAGGATTACCGGCTCCGTTCCCTGAGTGAAGTCAAGGACGGGGACAAAATTACCATTCAAGCCAAGATCGCGAGCGTGCCGGTACTGCAGCGCTACGGGCGTAAATCCCGTCTCACCTGCAAAATGCTCGCTGAAAACTGGATGTTCACCGCAACCTGGTTTAACCGGCATTTTCTGAAAGACCAGCTTACGGCCGGCCGGGAGATCGTGCTGACGGGCAAGTGGGATCAGCGCAGAATGCAGCTTACGGTGTCCGAATCCGAGTTCCCGGATAAGGGAGCCTTTCGCAGCGGAACGCTGCAGCCGGTGTATTCCATCGGCGGGAAGATCACGCAATCCTGGATCCGAAAAACGATGGGACAGGCATTGGAGCAATACGGGGAGATGATTCCCGAGATTTTGCCGCAATCCTTGCTCAGGAAATATGATCTGATGCCGCGTAAAGCGGCGATCATGACGATCCATCAGCCCGTTGACTCCCGGGAAGGTCAGGAAGGGCGGCGCCGGATGGTGTACGAGGAGCTCTTCTTGTTCCAATTGAAAATGCAGGCGTTCCGCGCGCTAAACCGGAGTCGGATGGACGGTGTTGTACATACGGCTGACAATGCAACGATCCGCGAGTTCGTGCGCAGCTTCCCGTTTGAGCTTACCGATGCGCAGAAGAAGGTGGAGCTGGAGATTTTGCATGATATGCGTTCCCCTTACTGCATGAACCGTTTGCTTCAAGGGGACGTCGGTTCGGGAAAAACGATTGTTGCCGCCATCGCTCTGTTCACAACGGTGCGCTCGGGCTTTCAAGGAGCCTTGATGGTGCCGACGGAGATTCTTGCCGAACAGCATATGCGTTCCCTGCAGAAGCTGTTTGAGCCCTTTGGCATTACCGTCGGCCTGCTGACGGGCAGCGTAACGGGGAAGAAGCGTAAAGACCTGTTGGCTTCCTTACAGATGGGGTTGACGGACGTTGTCGTGGGCACCCATGCGCTCATCCAGGATGATGTGTACTTCCGGGAGCTGGGACTCGTCGTAACGGACGAGCAGCATCGTTTTGGCGTGAATCAGCGAAGCGTACTTCGCCGTAAAGGCTATAACCCGGATGTGCTCACGATGACGGCGACGCCGATTCCACGGACGCTGGCAATTACCGCCTTTGGCGATATGGATGTATCCACGCTGTCAGAGCGTCCGAAAGGTCGTATTCCCATTACGACCTATTGGGTCAAACATGAACTCATGGACCGTGTGCTCGGATTTATTTCCCGGGAAGTAAATCAAGGACGTCAGGCATATCTGATTGCTCCTTTGATTGAAGAATCGGACAAGCTGGACGTTCAGAATGCGATCGATTTGCATGTCCAGATGCAGCAAGCCTTTCCTACATATGCTGTGGGCTTGCTGCACGGCCGTATGACGCCTGCCGAGAAGGATGAGGTCATGCGCCAATTCTACAGCAATGAGGTCCAGCTGTTGATTTCCACGACGGTCGTTGAGGTTGGCGTCGATGTGCCGAACGCAACCCTGATGATCATTATGGATGCCGATCGCTTCGGTCTGTCCCAGCTGCACCAGCTTCGGGGCCGCGTTGGCCGTGGGCAGCATGCATCGTATTGCGTACTTGTGGCCGATCCGAAATCGGAAGTGGGTCAGGAGCGGATGCAGGTTATGACCGAAACCGAGGACGGCTTCGAGGTATCCCGGAGGGATTTGGAGCTACGGGGCCCTGGCGACTTTTTCGGTACGAAGCAGAGCGGACTGCCGGAGTTCCGGCTGGCCGACATGGTCGCCGACTTCAAAGTAGTGGAGGAGGCCAGGGGCGATGCAGCGGCTCTGGTCAGCGACAGTTCCTTCTGGACGTCTCCTGAATATGAACCATTACGCGACTTTTTGCAGCAGGAGAAGATCTTTCAGGGCGATATCATGGATTAA	MSLKLDQISVRQINGVSALKEGELHAFGVSTVKDLLEYYPFRYEDYRLRSLSEVKDGDKITIQAKIASVPVLQRYGRKSRLTCKMLAENWMFTATWFNRHFLKDQLTAGREIVLTGKWDQRRMQLTVSESEFPDKGAFRSGTLQPVYSIGGKITQSWIRKTMGQALEQYGEMIPEILPQSLLRKYDLMPRKAAIMTIHQPVDSREGQEGRRRMVYEELFLFQLKMQAFRALNRSRMDGVVHTADNATIREFVRSFPFELTDAQKKVELEILHDMRSPYCMNRLLQGDVGSGKTIVAAIALFTTVRSGFQGALMVPTEILAEQHMRSLQKLFEPFGITVGLLTGSVTGKKRKDLLASLQMGLTDVVVGTHALIQDDVYFRELGLVVTDEQHRFGVNQRSVLRRKGYNPDVLTMTATPIPRTLAITAFGDMDVSTLSERPKGRIPITTYWVKHELMDRVLGFISREVNQGRQAYLIAPLIEESDKLDVQNAIDLHVQMQQAFPTYAVGLLHGRMTPAEKDEVMRQFYSNEVQLLISTTVVEVGVDVPNATLMIIMDADRFGLSQLHQLRGRVGRGQHASYCVLVADPKSEVGQERMQVMTETEDGFEVSRRDLELRGPGDFFGTKQSGLPEFRLADMVADFKVVEEARGDAAALVSDSSFWTSPEYEPLRDFLQQEKIFQGDIMD				NA	NA	NA	NA	NA
JZ016_06216	288			hypothetical protein	TTGAGTTATCAGCAGTACGGGATTAGTCCGCAGCTGGTTGAACGAATCAAGCTAAAAATGAAAAACCCGGCGGTCAAGGAAAGAATTAAAGGGCTGACTCAGGGGTTGACCAAGGCAGATCTTCAAAATAGCGCAAAAGTCCATCAATTGATCCGGACTGCCAGCGGCATCTTGAATGAAAAGCTGAGCTCCACGCAGGAGCAGCAAATGGTTCAATTCGTGCTTGCACAGCGCATCGATCCGAACAACACCTTCCATTTGATCAAGCTGTGGGGTATGTTTCGATAA	MSYQQYGISPQLVERIKLKMKNPAVKERIKGLTQGLTKADLQNSAKVHQLIRTASGILNEKLSSTQEQQMVQFVLAQRIDPNNTFHLIKLWGMFR	PGPT0027615_32	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-VapC-VapB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027615-antitoxin_vapB-K19687	NA	NA
JZ016_06217	708	yedK	COG2135	SOS response-associated protein YedK	ATGTGCGGACGCTTTACACTCACGGTCACTTGGGAAGAACTGATGACCAGATATCTCATCGATCCCGAATCGGTATCTCCCTTTCACATTCCCCGGTACAACATCGCTCCAACGCAGATGGTCACGGCGATTATTAACGACGGCAGCACCAACCGAATCGGTCAGCTGCAGTGGGGGCTTGTCCCATCCTGGGCCAAGGATTCCTCGGCCGGAGCCAAAATGATCAACGCGCGCAGTGAAACGCTGGAAGACAAGCCTGCCTTTAGGATGCCCTTTTATCGGAAAAGATGCCTGATTCCTGCAGATGGCTTTTTCGAATGGCAAAAAAACGACAATGGCAAGCAGCCCTTTCGCATCGGCTTGAGGAACGGTGAAATATTCAGCATGGCCGGTCTGTATGATACCTGGATCACCCCGGGCGGAGATAAGCTCAGCACCTGCACCGTCATCACCACCGCACCCAATCAACTCATGGAGCCGATCCATAACCGGATGCCTGTCATTCTGAGACCCGCAGACGAAGCACTATGGCTTGAACGACAGACGTCTTCTCATTCCAATGATAGCAGCCCTTCCTTCCTGCAATCCCTCAAAGAGCTTCTGAGACCTTACCCCGCGGAGGAAATGCAGGCCGTACCGGTCAGCACCACCGTGAACTCCGTTAAAAATGACTCGGAGGATTGCATCCGCTCCATTACAGGCAGCTAA	MCGRFTLTVTWEELMTRYLIDPESVSPFHIPRYNIAPTQMVTAIINDGSTNRIGQLQWGLVPSWAKDSSAGAKMINARSETLEDKPAFRMPFYRKRCLIPADGFFEWQKNDNGKQPFRIGLRNGEIFSMAGLYDTWITPGGDKLSTCTVITTAPNQLMEPIHNRMPVILRPADEALWLERQTSSHSNDSSPSFLQSLKELLRPYPAEEMQAVPVSTTVNSVKNDSEDCIRSITGS				NA	NA	NA	NA	NA
JZ016_06218	1302	pbuO	COG2252	Guanine/hypoxanthine permease PbuO	GTGTTTGATTTAAAAGCTAACGGTACCTCGGTTAAGACAGAAGTTGTTGCCGGGGCCACGACGTTTTTCACGATGGCGTATGTGACCGTTGTGAATCCGCTGATACTATCGCAAGCAGGTGTGCCCTTTGAGCAGAGCTTCACGGCTACGATTATTGCCGCTGTGATTGGTACACTGCTGATGGGGCTTGTAGCCCGCTACCCGATCGCTGTGGCGCCGGGGATGGGCTTGAATGCCTACTTCACCTATTCCGTTGTTCAGGGACACGCCGGACTTGGGTATATTGAAGCTTTCTCGGCGGTATTTATAGCCGGTATTCTGTTTTTGGTGTTATCGATGACTTCCCTGCGGCGCAGGCTGATTGAGATGATCCCGTCGAATCTGAAGCATGCGATTACGGTCGGTATTGGCCTGTTTATTGCTTTTATCGGTTTGCGGATGAGCGGCATCATTACAGCGCATCCGGACAATCTGGTAGCGCTCGGCGATCTGCACCAGCCATCGGTTGTACTGGCCTTGGTAGGACTTGCGGTTACGCTTGTGCTGCTGGCCCGCGATGTGAAAGGTGCCTTGTTTATCGGTATGATTATCACCGGGATTATTGCTTATTTTGCCGATATGCTGTCCTTTACGAGCGGGATTATGTCGGTACCTGCGCTGCCGGAAGGCATCTTGGTATGGAACCCGATTACCGCTGCCTCGGATGTGATCAGGCATGGGCTCTATGCCGTTGTGTTCTCGTTCCTCCTGGTGACGCTGTTCGATACCACAGGTACGGTAGTTGGTGTGGCGGAGCAGGCGGGGCTGATGAAGGATAACAAGCTGCCTCGTGCAGAACGTGCCATGTTCTCCGATTCGGTGGCAACCGTGGCCGGATCCATGGTCGGTACAAGCCCGACCACCGCTTATGTTGAATCGGCAGCCGGCGTTGGCGCAGGCGGTCGGACTGGATTGACGGCGGTCGTCGTTGCCGCATTATTCGTGGTTGCCGCCTTTTTCAGTCCGCTGATCGGCGCGGTTGCCGGGTTATCCGCCATTACGGCACCTTCGCTCATCGTAGTGGGCTGCCTGATGCTGAGCAGCGTTCAGCACATCCGGTGGAATGATTTTGATGAAGCGTTCCCCGCGTTTCTTGTCATCCTGACCATGCCGCTTACGTCCAGCATCGCGACCGGGATCGCGCTCGGTTTTATTTCATACCCGCTGATGAAAATCGTGAAGGGCAAGTGGAAGGCGGTTCACCCGTTGATGTATATTTTTGCCGTGCTGTTCGTACTGCAGCTAGTCTTTGTCCCGCATTGA	MFDLKANGTSVKTEVVAGATTFFTMAYVTVVNPLILSQAGVPFEQSFTATIIAAVIGTLLMGLVARYPIAVAPGMGLNAYFTYSVVQGHAGLGYIEAFSAVFIAGILFLVLSMTSLRRRLIEMIPSNLKHAITVGIGLFIAFIGLRMSGIITAHPDNLVALGDLHQPSVVLALVGLAVTLVLLARDVKGALFIGMIITGIIAYFADMLSFTSGIMSVPALPEGILVWNPITAASDVIRHGLYAVVFSFLLVTLFDTTGTVVGVAEQAGLMKDNKLPRAERAMFSDSVATVAGSMVGTSPTTAYVESAAGVGAGGRTGLTAVVVAALFVVAAFFSPLIGAVAGLSAITAPSLIVVGCLMLSSVQHIRWNDFDEAFPAFLVILTMPLTSSIATGIALGFISYPLMKIVKGKWKAVHPLMYIFAVLFVLQLVFVPH	PGPT0007325_4632	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-XANTHINE_METABOLISM	PHYTOHORMONE-XANTHINE_TRANSPORT,PGPT0007325-pbuG|azgA|ghxP|ghxQ|adeQ-K06901	NA	NA
JZ016_06219	621			hypothetical protein	ATGAACGACAATATGCACGTTGAAGAAGAAATGAAACCAAACGGACTATTGAACACAAACTCGGATCAGCTCCTGCAGTCGCTGCTCTGGAACAGACACGATCTCCCCTCTCTGGAGCATGGTCGGCTCTATCGACATCATCACCGATTTACGCTCACCGGAATGGTCGTAGCCAGCCTGGAAGGCCGGCCGCTTCACTGCTCCTATGAGGTTGAAACCACCCGCAGTTGGCAGACCCGGAAGGTAAAGATTAAGCTCTCAATCGGCACGGAAGTTCAGTCCCTTCACCTGGAGCGGGATAATGACGGCCGCTGGTGGGACGGCGATACCGAGCTCACCGCATTTGCCGGCGTGACCGACATTGACCTCGGAATTACCCCCTCCACCAATTCCTTGCCGATCCGACGCTTGAAGCTGAGGCCTGGAGAGAGCGCGTCCATGACGGCCGTTTGGATTCAGTTCCCGAGTCTAACCATTGCCCCCCTTCCCCAGCAATATACGCGTACGGGCGAGTATACCTATCGTTATGAGAGTAACGATGGAGCCTATCAAGCGGATTTGGAGGTTGACGAGCACGGCCTCGTCACGAAGTACGCGGACGTATGGAGCCGAGCTCGCTGA	MNDNMHVEEEMKPNGLLNTNSDQLLQSLLWNRHDLPSLEHGRLYRHHHRFTLTGMVVASLEGRPLHCSYEVETTRSWQTRKVKIKLSIGTEVQSLHLERDNDGRWWDGDTELTAFAGVTDIDLGITPSTNSLPIRRLKLRPGESASMTAVWIQFPSLTIAPLPQQYTRTGEYTYRYESNDGAYQADLEVDEHGLVTKYADVWSRAR				NA	NA	NA	NA	NA
JZ016_06220	492			hypothetical protein	ATGGGGAAGTCTTTCAAGCGTTGGCTCGTCTTGACGTTCAGCATATTTATTCTATTAACAGGATGCGGGAGCCTGAAAGATTTCACACAAAAGGTGATAGATGAAACAGAAAAAACCGCCCATTTTACATTGGATCTCGAGGAGGATACTCCATATACCATTGAGCAGCTCATCGATGATGGCCAGTTGGACAGAGTTGTTTTTGGCGGAAGACTGTATGAACTAAAGGATGAAGTCAATCCGAAGTCCAAGGGAGAGTATCTAGGGTTCATTGGGCAGACGCATTATGTGGATCAAGAGGGGAAGAGGTGGACAGAAGAGGAGCTAAAGAAGCCATATGTTTACTACAATCCGAAAGACATTCGAGAGAAACAGCCTTTGACCTACGGTTCCGCCTATCGATACAAACGGCAGCCTGAAGGCAGTTTCGACCTGATTATCATTGAGCTCAACAAAAAGCTTTTTCAAGCCAAGATGGTGCAGGGGGATTAG	MGKSFKRWLVLTFSIFILLTGCGSLKDFTQKVIDETEKTAHFTLDLEEDTPYTIEQLIDDGQLDRVVFGGRLYELKDEVNPKSKGEYLGFIGQTHYVDQEGKRWTEEELKKPYVYYNPKDIREKQPLTYGSAYRYKRQPEGSFDLIIIELNKKLFQAKMVQGD	PGPT0028490_20	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0028490-nisI-K20489	NA	NA
JZ016_06221	717	bcrA_8		Bacitracin transport ATP-binding protein BcrA	TTGAAGGGTCAATTGTTAGAAATGAAGAAGGTCTCAAAAAGCTTTGGTAAGGAAAAAGTCGTAAAAGAGCTGTCGTTGCAGGTGCCTGAAAATTCCATATATGGATTGCTCGGCCCTAATGGAGCCGGAAAGTCCACCACACTTAAGATGCTGACCGGCATCATTACGCCGACATCCGGCAGCATTTGGTTTGATGGTCATATCTGGAGTCGGCGGGACCTTGGCCAAATCGGAGCGCTGATCGAATCCCCACCCATTTATGAAAATTTAACAGCTTTCGAAAATTTGAAGGTTCGGAGTCTGCTGCTCGGACTGCCGGACTCTCGGATCAAGGAAGTTTTAAATATTGTAGATCTTCAGTATACCGGCAAAAAAACGGCAAGCCAATTTTCTATGGGGATGAAACAGCGGCTAGGTATAGCGATTGCCCTTCTGAATCGTCCCCGGTTGCTTATCCTGGATGAGCCTACCAACGGCTTGGACCCGGTTGGAATTCATGAACTTAGGGAGCTTATTCGTACCTTCCCCCGTCTAGGTATGACCGTGATTCTCTCAAGCCATATACTGTCCGAGGTTGAACAAATCGCCGATCGTATCGGTATCATCAGCCAAGGCGTTTTGGGATATCAGGGAGAGATCCAATCAGGACAAAATTTGGAGCAGTTATTTATGGACGTGGTTGCTGCCCATAGGATCAGAGGTGGGGTAGTACAATGA	MKGQLLEMKKVSKSFGKEKVVKELSLQVPENSIYGLLGPNGAGKSTTLKMLTGIITPTSGSIWFDGHIWSRRDLGQIGALIESPPIYENLTAFENLKVRSLLLGLPDSRIKEVLNIVDLQYTGKKTASQFSMGMKQRLGIAIALLNRPRLLILDEPTNGLDPVGIHELRELIRTFPRLGMTVILSSHILSEVEQIADRIGIISQGVLGYQGEIQSGQNLEQLFMDVVAAHRIRGGVVQ	PGPT0011730_39	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011730-nisF|spaF|cprA|epiF-K20490	NA	NA
JZ016_06222	732			hypothetical protein	ATGATGGATTTCCTTCGGTCAGAACATCTGAAACTGAAACGCACATTCTCATTGAAGCTGCTTATCCTAGTCCCTTTCGCAAATGTGGCATTTTCTTTCATCATGAATCCCATGTATTTTGTATCCAATACGATCAATTGGTGGTCCATTCTGTTCCTGCCGCTCACGATTGCGCTATGGTGCTGCCTGACACATCAAAAGGAACAGCGAGCTTCGAGTTATTCCGGCGTCTATCTGCTACCGGTTTCTGTGAAAAAAATATGGTTTGCGAAGCAGTTAGTAATTTCTATCTATTCCCTTGCTGCGATGATGGTTTATCTTGTTGTAATGGGCATTGCCGGCATGCTGTTATCCGGAGAGCTTATCGTTAATGTTAGGACTCTTGTGGCTGTTTTGGTACTCTGGATCACAACGCTTTGGGAAATTCCTTTGTGTTTATGGCTGGCTCGGAAATGGGGAGCGGCCTTGGCCATGGGATTCAACATTGTGTGTGCATTGGGGTTTGGAATTCTGCTCTCTGCTCGGACGTTATGGTGGGCATGTCCATGGAGTTGGTCCATTCGGCTGATGTCTCCGGTTGTCAAGGTACATCCCAATGGAACCTTGCTTGAACAAGGACATCCCCTTCTTGAGTTGCAGGTTCTTCCGATTGGAATCGGTTTGTCGATATTGCTGACCCTACTCCTATGTTTATGGACGATGCAGCGATTTGAGCCACAAAAAAGCGCATAA	MMDFLRSEHLKLKRTFSLKLLILVPFANVAFSFIMNPMYFVSNTINWWSILFLPLTIALWCCLTHQKEQRASSYSGVYLLPVSVKKIWFAKQLVISIYSLAAMMVYLVVMGIAGMLLSGELIVNVRTLVAVLVLWITTLWEIPLCLWLARKWGAALAMGFNIVCALGFGILLSARTLWWACPWSWSIRLMSPVVKVHPNGTLLEQGHPLLELQVLPIGIGLSILLTLLLCLWTMQRFEPQKSA	PGPT0011735_161	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011735-nisE|spaE|cprB|epiE-K20491	NA	NA
JZ016_06223	762			hypothetical protein	TTGTGGAGATGTTTAAGAGCGGATTTGTTAAAGCTTCGAAGAACCAAGATTTTATGGATTCATGTTGCGATTCCAGTCGTATGTGCAGTGCTTTTTCTGGGTTACTTCCATGGTAGAAAGATGGATTCTTTTCAGATGTATTCCTTTTACATGGAGAGCATCGGCGTTGCACTGCCCTTGCTTCTTGGGATGATCACCGGCTTGATGGTTTACCAAGAAAGACGTGCAGGGCACTTTCAAGTACTTCTTAGTGGTTCCGCATCCCGCTTATCAGGATATACGAGCAAGCTGCTGCTCTTGATTTTATTCGAGGCTTTTTCGATTCTTTTGGCTGTAGTACTATGGGTAGCAGGGATGAAATGGGTATTGCACTTGACCGATATTCCTTTGTGGAGTTACTTTTACGGATGGCTTTGGCTTACAGGTTCCAGTCTATTGATATGGATCGTACAACTTTTTTCAGCCTTTATGTTTGGAATGGGTGCTTCGATTCTATTGGGAGGCGCAGGGCTTCTGTTATCGGCACTTATGGCGACAGGGTTGGGAGATGGGATATGGATGTATGTCCCTTGGGCCTGGGGAGTTCGTTTCAGTGGGTTAACCGGCCTATTGCAAGAAGGAACCTTGCCGATGGAATTGGTGGACTATGTTCAAGATGAGTTAAAGCAGGGGCTTGTGTTTGCGACTTTGCTAACTTTAGCCGGTCTGGTTTTAAGTATGATCTGGTTTCGCCGATGGGAAGGCAAGCAAGCGCATGAATAG	MWRCLRADLLKLRRTKILWIHVAIPVVCAVLFLGYFHGRKMDSFQMYSFYMESIGVALPLLLGMITGLMVYQERRAGHFQVLLSGSASRLSGYTSKLLLLILFEAFSILLAVVLWVAGMKWVLHLTDIPLWSYFYGWLWLTGSSLLIWIVQLFSAFMFGMGASILLGGAGLLLSALMATGLGDGIWMYVPWAWGVRFSGLTGLLQEGTLPMELVDYVQDELKQGLVFATLLTLAGLVLSMIWFRRWEGKQAHE	PGPT0011740_89	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011740-nisG|spaG|cprC-K20492	NA	NA
JZ016_06224	678	arlR	COG0745	Response regulator ArlR	GTGATAGAAATGGCCAAAATCTTGGCGATTGACGACGACTCTGACATTTTAGCATTAATATCCAATATTTTGCATCGCGACCAACATGTCGTGATAACCCTTCAGGAAGTTACAGACATTAATCCAGAATTTTTTCAAGAATACGATCTGATCCTTTTGGACGTCATGATGCCTTATGTGGATGGCTTTGAGCTATGCAGGAGGATTCGGGGGTTTGTCAGCTGCCCCATTCTCTTTCTTACAGCCAAATCCCAAGAGGAGGATGTGGTTAACGGCTTGATGACGGGAGGGGATGATTATATTGCAAAACCGTTTGGCGTAAAAGAGCTGCGTGCGCGGGTAAATGCCCATTTGCGGAGGGAATCCCGGGAAAAGAACGTATCGAGGATGACCGTCGCGGGGGTTACTTTTGATTATGACGCCAAAGAAGTGTGGGTGGGGGAGCAACAGGTTCGGTTAACCCCCAATGAGTATAAGATATGCGAAATGCTTGCCAGACGGAAGGAGCGGGTATTCAGCCGGGAAGAAATCCATCAAGAGATATATGGAATCGATGGGGATGCCCTGTTTACTACGATTACGGAGTTTATACGGTCAATCCGCAGTAAATTTAATGCGTGTGGAGTGTCTCCGATCTCGACGGTCTGGGGAGTGGGCTACCGATGGCAAAACGACTGA	MIEMAKILAIDDDSDILALISNILHRDQHVVITLQEVTDINPEFFQEYDLILLDVMMPYVDGFELCRRIRGFVSCPILFLTAKSQEEDVVNGLMTGGDDYIAKPFGVKELRARVNAHLRRESREKNVSRMTVAGVTFDYDAKEVWVGEQQVRLTPNEYKICEMLARRKERVFSREEIHQEIYGIDGDALFTTITEFIRSIRSKFNACGVSPISTVWGVGYRWQND	PGPT0011710_221	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011710-nisR|spaR-K20488	NA	NA
JZ016_06225	1392	sasA_38		Adaptive-response sensory-kinase SasA	ATGGCAAAACGACTGAAACAGACAACTCTACGTGTAGAGCTGCTCAAATACGTCATTTCATTAACCGTGTGTCTCGTTTCAATCGTACTTATAGGCGTATTCCTAAACCAGCTCGCCATTAATTCAGGGCTTGTGGTAAACGCTAATTATGATGAACGACGCGTGCTTGAAGCTGAGTCGATGATACAGGAAACTCCCCAATTCAAGAGGGAGCTGGTTCCCGATGAGATCCCGTTCGTTGTGCTGAAAAAGCCTGCGCTTGAAGTGGTAGATGGATCACTGGATGCTGCGGGAATGTCCTCGGCCATTCGGGCGATCCAGAACAGGACGGCTTACCAGGGACAATCGGTATACCGGGTCGTTGAGAGAGAGGATGCATACGTTGTTTTACATTATAAGGTTCGTACGCGCTTTACCTCACCGTTTTTAAGGGAGCATTTTCCGGATTATGAAGTGACAACCATCGCGCTGGGCATTGTATTGATCATAGGTGTGGTGTTGGCTGTCACTTCGGTGTTCGCGAGGAGACTTCAACGCCAATTCGACCGTATACAGGAGCTGACCCGAAGCATTCAAAACCAGGATCTGAGTCTGGAAGCGCAGGGGTCCCCGATTAAAGAATTCGATGATGTCATGACCTCCCTTCAGGAGATGGCAAAGGCGTTAGAGGCCTCACTGAAAGCGCAGTGGAAAACAGAAACTCGAAAGCGGGAACAAATCGCTGCCTTGGCCCATGATATCAAGATTCCGGTAACGATTATTAAAGGAAATGCCGAACTGTTAAATCTTGATGAACAGAGCGAGGAGCATGCGGGATATACCGAATATATCTTGAATGCGAGCAATAGGATCGAACATTATGTTAACATGCTTATTCAACTGTCCAAGGCCGAGCAGGACATGGCGATCATTAAGAAACCGACCTGTCTTAAGGATTTTATAGATGAACTCGTTCAGGACTTTACGGGTTATATCGGACATCGGAGGATTGAGCTTGAATTCGATGTTATGGAAGGATTGAAGATTGAACAGTCGACGATCTACATAGACAAAGCGCTGCTTCATCGAGCATTGATGAATATCTTGACAAATGCCGTGGATTATTCGCCTGATGGAGGGAAGATAGGACTCACGTTAATCAAGCGAGACCAACTCCTGTCATTTCGTGTGACTGACAGCGGACCGGGCTTTACCCTTGAGGACCTCGAGCAGGCTACCCAGTTGTTTTACATGGGAGACAAGAGCCGCACAGCTACAGGACACTACGGAATCGGGTTGACCTTTGCCAGCAATGTTGCAAAGCTCCATCATGGAACTTTAACGCTTCGCAATCTTCAATGGCAGGGTGGAGCTGAGGTTACATTTCGAATTCCCATCGATCGAAGTCACTGA	MAKRLKQTTLRVELLKYVISLTVCLVSIVLIGVFLNQLAINSGLVVNANYDERRVLEAESMIQETPQFKRELVPDEIPFVVLKKPALEVVDGSLDAAGMSSAIRAIQNRTAYQGQSVYRVVEREDAYVVLHYKVRTRFTSPFLREHFPDYEVTTIALGIVLIIGVVLAVTSVFARRLQRQFDRIQELTRSIQNQDLSLEAQGSPIKEFDDVMTSLQEMAKALEASLKAQWKTETRKREQIAALAHDIKIPVTIIKGNAELLNLDEQSEEHAGYTEYILNASNRIEHYVNMLIQLSKAEQDMAIIKKPTCLKDFIDELVQDFTGYIGHRRIELEFDVMEGLKIEQSTIYIDKALLHRALMNILTNAVDYSPDGGKIGLTLIKRDQLLSFRVTDSGPGFTLEDLEQATQLFYMGDKSRTATGHYGIGLTFASNVAKLHHGTLTLRNLQWQGGAEVTFRIPIDRSH	PGPT0011705_184	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011705-nisK|spaK-K20487	NA	NA
JZ016_06226	1587			hypothetical protein	ATGAACATACCTAAACAACGCATCAAAATCAGTCTAGCCATGGTTATGCCTGCGCTGGTTTCATTATCCATTCTCATGACGATGTCGATTATGTTCTATATCCAGTATAAAAACGAGAAACGATCCTTATACAACAACACCATGTCGCTTAATTTATCCTCCGCACAAAAAATGGCGGTTACCCTTGAAGCGATTTTCTCAGGGATGCGCCAAAGTCTTCGCGCCTCTGCCAACAATCCGGCTATTGAGGCCAGCGCGGCATCCGATCAAAAGGAGCTGCAGGTCATTTTTGATCTGATGCTGCAGAGCAGCCCTTATTTCAACTCCGTATTTTGGGCCGATCAAGCGGGTACCATTCGCGTGGTTTCTCCTGTGGGGAATAATTTGAATCAGGCCCGATTAAAAACGGAGGGGACTACGGAGGCGCTACAGGAGAGAAAGTCCTATATATCTGCACCGTATAGAACGCCTGCCGGACGCTGGATTGTTCTTGCGAGCGAGCCGATTTTTGACAGCTCCGGCGAGTATCACGGTATGATTGCCGGCACAATCTACTTGGAAGAGAACAATATATTGCATCGGATCTTCGGTTCCGGTGCGGGGAATGAGGAAGAATCCTACTCCTATATCGTGGATGCCCGCGGGAGGCTGCTCTATCATCTGGATAAAAGCCGGGTAGGGGAGGACGTAAGCTCTAACGGCGTGGTAAAGCGGCTCATGAGCGGCGAGAGCGGCATGCAGCGTGTCATGAATACGGATGGTGACGATTATTTGGCCGGTTATGCCAGCGTTGCAATGAATGGCTGGGGGATTGTCATGCAGACGTCGGTAAGTTCCATTCTGGCCGATGTCGACCGCAACTTGGAAGACCAACTGAGAAGCATGCTTTTTCCGATCGTGCTTATGCTGGTCATAGCCGCCTATACGGCTGCAAGAATTGCCGCTCCGTTTACCCGGCTGTATAAATTAACGAAAATGGTAGCAGCGGGACAAACGGTGTCTTCTCAGGAATTCCGGCCGCATTGGAATCGGGAAGCCGATCAATTGAACCGGATCATGGGGGTGGCTGCCGAATCGCTGGCCAAGCAGACCCTTTCGTTACAGCAGGAAGCCATCACGGATCCATTGACGGGGCTGTCCAATCGCCGAGAGCTGGAACGCTGCCTTGATTCATGGGAAGCGCTTAGGGATCCATATGCTGTTTTAATGCTGGACATTGACCATTTTAAAAGCGTAAACGATACATATGGCCATCAAACCGGCGACCAGGTCCTGAAGCTGGTGGCGGCGGTCATGAACGATTGCGTTCCAGAGGGTGCGGTCTGCTCTCGTTTCGGCGGGGAGGAGTTTGTCATTCTTCTTCGGAAGCATAGTATGGATGAAGCCTATCGTTTGGCTGAGCGAATTCGCAATGCGATTCAGAATTCCAAAACGCCTTATTCGCTAACACTTACCGTATCGATCGGCGTCTCCTTGTATCCTGAACATGGCAGCCGAGAGGATGTATTCCAGGCAGCGGATATGGCGTTATACCGGGCGAAGGACGAAGGACGTAACCGGACGATTGCGGGTGTGATATCGGCATAA	MNIPKQRIKISLAMVMPALVSLSILMTMSIMFYIQYKNEKRSLYNNTMSLNLSSAQKMAVTLEAIFSGMRQSLRASANNPAIEASAASDQKELQVIFDLMLQSSPYFNSVFWADQAGTIRVVSPVGNNLNQARLKTEGTTEALQERKSYISAPYRTPAGRWIVLASEPIFDSSGEYHGMIAGTIYLEENNILHRIFGSGAGNEEESYSYIVDARGRLLYHLDKSRVGEDVSSNGVVKRLMSGESGMQRVMNTDGDDYLAGYASVAMNGWGIVMQTSVSSILADVDRNLEDQLRSMLFPIVLMLVIAAYTAARIAAPFTRLYKLTKMVAAGQTVSSQEFRPHWNREADQLNRIMGVAAESLAKQTLSLQQEAITDPLTGLSNRRELERCLDSWEALRDPYAVLMLDIDHFKSVNDTYGHQTGDQVLKLVAAVMNDCVPEGAVCSRFGGEEFVILLRKHSMDEAYRLAERIRNAIQNSKTPYSLTLTVSIGVSLYPEHGSREDVFQAADMALYRAKDEGRNRTIAGVISA				NA	NA	NA	NA	NA
JZ016_06227	324	aseR	COG0640	HTH-type transcriptional repressor AseR	ATGGAGCATATGAACGAAATGGCCGAGAAACTCAAATTGCTTGGGGATAAAACAAGGCTTACCATGTTGACGCTCCTCAAGGAAAGAGAATGGTGCGTTTGCGAGTTTGTGGAAATATTCGACATGTCACAGCCCGCAATCAGCCAGCATTTAAGAAAGCTTAAGTCCCAAGGCATCGTAAGTGAAGCCAGACGAGGTCAATGGGTTTATTATTCCTTGCATGTTGAGGATAAGCCATATATTCAAGCGGTGTTGCATGAGATGCCAAGCGCGCAAGAAATTCTGTCATCGCTAAATAAGAGCATAAACTGTTCCTGTGATTAA	MEHMNEMAEKLKLLGDKTRLTMLTLLKEREWCVCEFVEIFDMSQPAISQHLRKLKSQGIVSEARRGQWVYYSLHVEDKPYIQAVLHEMPSAQEILSSLNKSINCSCD	PGPT0004735_3835	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
JZ016_06228	1296	arsB	COG1055	Arsenical pump membrane protein	TTGGTTTCTGTTGTTTTGGCCAGCATCATTTTTTTAATTACTTTGGTTTTTGTCATTTGGCAGCCTAAACATCTATCCATCGGATGGTCGGCTTGCGGAGGTGCGGTGCTGGCACTGCTCGCTGGCGTCGTTGACTTTCAGGATGTATGGGATGTCACCGGAATCGTATGGAATGCTACGCTCGCCTTTGTTGCGATTATTATCATCTCATTGATTCTGGATAAAATCGGTTTATTCGAATGGGCTGCCTTGCATATGGCGAATGCCGCTCGAGGCAACGGTATCCGGATGTTTGTGTATGTATCTGTTCTTGGCGCTGTTGTCTCCGCATTTTTTGCAAATGACGGTGCGGCTCTGATCTTAACGCCGATTGTGCTTGCCATGGTGCGGGCGCTCCATTTCGACGAGAAGAAGGTGTTTCCCTTTATCATCGCAAGCGGCTTTATTGCGGACACAACTTCACTCCCGCTGGTGGTCAGCAATCTGGTGAATATCGTATCGGCTGATTACTTTGGCATTACGTTTACCGAATACGCCAGCCGAATGCTGGTTCCCAATCTTTTCTCGTTAGCGGCGAGTGTCCTTGTGCTTTACTTGTTTTTTCGCAAAAGCATACCGCAAAAGTTTGACGGGAGCGAGCTCAAGCAGCCGGCAACGGCAATTCAAGACCCTGCCATGTTCCGCTTGTCCTGGATTGTTTTGAGTATGCTGATGGTCGGTTACTTTGTGTGTGAATTTGCGGGGATTCCGGTATCGATCGTGGCTGGAGTTATTGCGATACTCTTTCTGCTGATGGCGAGAAAAAGTCAGGCTGTGCCGACCAAGGAAGTGCTCAGAGGCGCACCATGGGCGATTGTCTTTTTCTCGATCGGCATGTATGTCGTGGTCTATGGCTTGCGAAATGCCGGTCTTACTGATTTTCTGGCAAGTGTGATACAGCAGATCGCCGACCAAGGGATATTTGCCGCAACCATGGGCATGGGCTTCATTGCTGCAATCATTTCTTCCATCATGAACAATCTGCCGACGGTGATGATTGATGCGTTAGCAATCGATGCGACAAACACTTCGGGCGCCATCCGTGAGGCGTTAATTTATGCGAATGTCATCGGTTCCGATCTGGGTCCCAAAATCACGCCGATCGGTTCGCTGGCAACCCTGCTGTGGCTGCATGTCCTTTCGACCAAAGGCGTGAAGATCAGCTGGGGGACCTACTTTAAGACCGGAATTATATTGACTATTCCGACATTGTTTATAACCCTCTTAGGTTTATATATTTGGTTAACCATACTTTGA	MVSVVLASIIFLITLVFVIWQPKHLSIGWSACGGAVLALLAGVVDFQDVWDVTGIVWNATLAFVAIIIISLILDKIGLFEWAALHMANAARGNGIRMFVYVSVLGAVVSAFFANDGAALILTPIVLAMVRALHFDEKKVFPFIIASGFIADTTSLPLVVSNLVNIVSADYFGITFTEYASRMLVPNLFSLAASVLVLYLFFRKSIPQKFDGSELKQPATAIQDPAMFRLSWIVLSMLMVGYFVCEFAGIPVSIVAGVIAILFLLMARKSQAVPTKEVLRGAPWAIVFFSIGMYVVVYGLRNAGLTDFLASVIQQIADQGIFAATMGMGFIAAIISSIMNNLPTVMIDALAIDATNTSGAIREALIYANVIGSDLGPKITPIGSLATLLWLHVLSTKGVKISWGTYFKTGIILTIPTLFITLLGLYIWLTIL	PGPT0004710_463	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004710-arsB|arsenical_pump_membrane_protein-K03893	NA	NA
JZ016_06229	420	arsC_2	COG0394	Arsenate reductase	ATGACAAAAAAGACGATATACTTCTTGTGCACAGGCAATTCCTGCCGCAGCCAAATGGCTGAGGGATGGGCCAAAAAACATCTGGGTAATGATTGGAACGTCTACAGCGCGGGGATCGAAGCTCACGGCCTAAACCCGAATGCGGTTAAAGCGATGAATGAGGTGGGGATTGATATTTCGAGTCAAACCTCCGATATCATTAACCCGGAGCTGTTAAATCAAGCCAACCTGGTGGTCACCTTGTGCGGCGATGCAGCCGATCGTTGTCCGATGACGCCTCCGCATGTTCGCCGAGAGCATTGGGGCTTTGATGATCCAGCCAAGGCACAGGGGACCGACGAAGAAAAATGGGCTGTTTTCCAGCGCGTACGCGATCAAATCGGCGAGCGTATTCAACAATTTGCGGAAACCGGGGAATAG	MTKKTIYFLCTGNSCRSQMAEGWAKKHLGNDWNVYSAGIEAHGLNPNAVKAMNEVGIDISSQTSDIINPELLNQANLVVTLCGDAADRCPMTPPHVRREHWGFDDPAKAQGTDEEKWAVFQRVRDQIGERIQQFAETGE	PGPT0004715_2384	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004715-arsC-K03741	NA	NA
JZ016_06230	1437	norG_1	COG1167	HTH-type transcriptional regulator NorG	GTGTGGAAGCCGGATCGCAACAGCACACAACCTCTATATCAGCAAATTGCTGATGCTTTGGAGCAAAGAATATCTTACGGTGAGTTTCCTCCAGGCAGCTTACTCCCCTCCGAGCGAAAACTGGCGGAGCAAATCGGAGTTAATCGAAGCACCGTGGTTCTGGCTTACTCGGAGCTTCGGGCGCTTGGAATCATAGAGAGCCGTTCCGGGAGCGGTACGCGGGTCAGCAGTTCCAAGTGGGGCGCCACGCCGAAGCATACGCCGAACTGGCGCCGTTACGCTGAGGGAGGAAATTTTCTGCCTAACCCCCCTTTTCTCCGCCGGATTCGGGAAGCGTTGGCGCATGATCCTTCTTTGATTGATTTTGCCAGCGGGGAGCTCGCCGGGGATTTGGCACCGATCCAAGAAATGAATACGTTGATGAGCCAGAAACCCAGTCTGTCCTATTTCGGTTATGACAATCCACAAGGATATGGTCCACTCAGACAAGCATTGGTTACCTATCTCAAAAAGTATCGCGGGATTCATACTACCGAATCGTCCATACTGATTACGTCAGGATCCCAGCAATCGCTGTATCTCATTACACAGTGCTTGCTGTCACCTGGTGACGCTGTGGCCATCGAGGATCCATCCTATTGTTATTCGCTGCCGATGTTTCAATCCGCAGGGCTCCGATTGTTCAGGCTCCCTGTCGATGAACGAGGGGTACAACCGGACGACATCCGCTCCCTTTACAAGAAACACCGGATCAAGATGATATTCATTAATCCGAATTTCCAGAATCCCACGGGCACCATTATGGACCATGAGAGAAGATCCCAGCTGCTTGATATGGCTAGTAAGCTGGGGCTACCGATCGTTGAGGATGATCCCTTCAGTTTAACGGCCTATCAGTGTTCTCCGCCTGTCCCCTTGAAATCGGTGGATTCCGTCGGCTCGGTATTGTACATCGGGTCTTTCTCAAAAATAGCCGCATCCGGCCTCCGCGTAGGCTGGATGGTCGCCCCGAATTCCGTGGTGGAGCGGCTTGCGGACGCCAGGCAGCAGATGGATTTCGGATTGAGCGTGGTGCCTCAAAGCTTGGCCGGACAGTTCCTCAATTCTTCCTATTTTGCTCCGCACCTGGACAGGCTAAGAGCAAGCCTGTTGTACAAGCGGGATTTACTGATCGAGGCCCTTCAGAAAGAACTTCAAGGCCTGGTCCATTTCCATGTGCCCGAGGGCGGCCTGCATCTCTGGTGCAAAATCGTTCCGGACGTGAATGACAGCAAGCTGCTGGAGACTTCCATTCAAAAAGGCGTAATTTTTGCGCCAGGCAGCGTGTACGGTTCCGCTTCCGGTTATGTGAGATTTACTTATGCCCGTGCCAGAGCCGAGGATATCCCATCCGGAATAACGAGGTTCGCGGAAGCTCTGCGCGCCACGATTCAATAG	MWKPDRNSTQPLYQQIADALEQRISYGEFPPGSLLPSERKLAEQIGVNRSTVVLAYSELRALGIIESRSGSGTRVSSSKWGATPKHTPNWRRYAEGGNFLPNPPFLRRIREALAHDPSLIDFASGELAGDLAPIQEMNTLMSQKPSLSYFGYDNPQGYGPLRQALVTYLKKYRGIHTTESSILITSGSQQSLYLITQCLLSPGDAVAIEDPSYCYSLPMFQSAGLRLFRLPVDERGVQPDDIRSLYKKHRIKMIFINPNFQNPTGTIMDHERRSQLLDMASKLGLPIVEDDPFSLTAYQCSPPVPLKSVDSVGSVLYIGSFSKIAASGLRVGWMVAPNSVVERLADARQQMDFGLSVVPQSLAGQFLNSSYFAPHLDRLRASLLYKRDLLIEALQKELQGLVHFHVPEGGLHLWCKIVPDVNDSKLLETSIQKGVIFAPGSVYGSASGYVRFTYARARAEDIPSGITRFAEALRATIQ	PGPT0028960_383	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_NorB,PGPT0028960-norG-K18907	NA	NA
JZ016_06231	150	rpmG2_2		50S ribosomal protein L33 2	ATGCGAGTGACGGTAACTTTGGCATGTACGGAAACCGGCGACCGTAACTATACAACGACTAAAAATAAAAGAAATCACCCGGAGCGAATGGAATTGCGCAAATATTGTCCACGCTTGAAGCGGGTGACGCTTCATCGGGAAACCAGATAG	MRVTVTLACTETGDRNYTTTKNKRNHPERMELRKYCPRLKRVTLHRETR				NA	NA	NA	NA	NA
JZ016_06232	462			hypothetical protein	ATGAACCAGGAACGACATGATTCCAGCGGTGAGCTGCTCCTGAGCACACATACCCCGGAACAGTGGAGGCGGAGAAGGCAGGAGCTTAACGAATGGATCAACAGACCCAAGGTGCGCAAACAGCCCAAACGGACACGGTTATTCGGCGATACTTCTGTCGATGAGCAGTTATATCCGATATTGATCCAGCTGCAAAAGGCGGGATTGGAGACCGAGTTTTCCTGCGCCGGCGTAAGCCCGCTGGATGAACCCGTTGATCATTCCCTGTATGCCTACCTGACGTTTTTCGCGAGTGGTCCTGCGGAGAAGTTCGCGAACATTCTGATGGGAAACATGAGACATCGAGCGCTGATTACCTATGAGCCTGCCCGTCAACGCTATGACGTGTCATCGTTTTTTATCGGACATAACCGTTCCTTCTGTCTGCTTCTGCAGCACAGTGCGGATCGGTTACTAATATAA	MNQERHDSSGELLLSTHTPEQWRRRRQELNEWINRPKVRKQPKRTRLFGDTSVDEQLYPILIQLQKAGLETEFSCAGVSPLDEPVDHSLYAYLTFFASGPAEKFANILMGNMRHRALITYEPARQRYDVSSFFIGHNRSFCLLLQHSADRLLI				NA	NA	NA	NA	NA
JZ016_06233	615			hypothetical protein	ATGACGAGAAGCATCATGGAATGGGATGCGGGCGAATGGACAACCGAACCGGTATCGGTGACAAAAGAAGGGTACCATCTGAAGGTAGAGTCGAGAGAAGGCAGTGATTATTGGGAGAAAACCTTGTACGGATTTCAACGCGACAGCGGGCATTCACTGCTTACCTCGTGGGATCACGATGCGGCCATGGAGGTCACTTTTGAATTGGATTCCTTTACAGAACTTTACGACCAGGCTGGGATTATGCTTATGAACGCTCCGGGACAGTGGATCAAAGCAGGGATCGAGATTAATGACGGAATCCCGCAGCTTGCCACTGTCGTCACCGATGGATATTCGGATTGGTCGCTCGCGCCGGTGCCGGAGTGGGTTGGCGAGCGTGTCACGATCCGTGCCTCGAGGCTGAATGATGCAGTCATCATCAGGGCAAGAACCGGCAAGCATCCTTGGCGAACCGTCCGCGTTGCCCCATTCCCTACCGGGACAGAATGTCAGGCCGGACCTTTTGTTTGCTCGCCGACCCGTACCGGACTGAACGTAACATTCACGCATTGGGTGAGGACGGAACCGGATAGCGACATCCATGTCGACCCGCCTATTGAAGCTGAAGTGTAG	MTRSIMEWDAGEWTTEPVSVTKEGYHLKVESREGSDYWEKTLYGFQRDSGHSLLTSWDHDAAMEVTFELDSFTELYDQAGIMLMNAPGQWIKAGIEINDGIPQLATVVTDGYSDWSLAPVPEWVGERVTIRASRLNDAVIIRARTGKHPWRTVRVAPFPTGTECQAGPFVCSPTRTGLNVTFTHWVRTEPDSDIHVDPPIEAEV				NA	NA	NA	NA	NA
JZ016_06234	903			hypothetical protein	ATGCGAAGCAAAGAAAGTGTTGCTATTAAAGAACGGTTGACCGCAGAGGGATTTCATCATAAATGGGAAAATGCCGGAACGATTCGGCAATATATCGAAACCTTGCCTCCGTATCCTGCACTTTCAGAGGAACAGGAAGGATTGGAAACCCGTTGTTTTCACAGCGGATCCGGCTTGAGTATGAATTATTATATATCGCATGGCGCGATGGAACAGGGGACCATCGTTTATGTGCACGGCGGAGCTTATATCGAAGAGATTCTTCCACCCCATTTTGCTTTTGCCAAACAGTGGACGAAGCGAACCGGATTCACCGTCATCATACCGAATTATCCCACCGTCCCGGCTATAGATGCGAAGAAGCTGACGGGGCTGATGCGCGAATTTTACAAGTACATCTGCGCCCAGACGGGGAGTCCGGTATTTCTAATGGGTGATTCGGCAGGTGGAGCGCTGGCTCTCGATATGGCCCAATCGGTAAAAGGAACGCCGCTTGTCCCAAAGGGATTAATTCTGCTCTCGCCATGGGCGGATGCAGCCACGGACAACCCCCAGATTGCCGCACTCGCTATACCGCAGCGTGACGTCTTTCTACAGCCGGCCGGACTCGGAGAGGTCGGTAGGATGTATGCAGGAAGCCTTCCTGTGGACGACCCAGCGGTCAGTCCTTTGTTCGGCGAGATGGGAGGCCTTCCCCGCACGGTCATCCTTGTCGGAACCGATGACTCCTTGCTGCCGGACGCTCGTTTGCTGCGCGATAAACTGGTCCGAGAAGGCGTTAATGCCGAGTATTGGGAATACGAGAACATGATGCATGTGTGGCCTCTGTTTCCGATGCCTGAAGCCGAAGAAGCACTGGAGCGGATGCATCAATGGGTGGCGTGCAATGGAGGCAAGCCCTAA	MRSKESVAIKERLTAEGFHHKWENAGTIRQYIETLPPYPALSEEQEGLETRCFHSGSGLSMNYYISHGAMEQGTIVYVHGGAYIEEILPPHFAFAKQWTKRTGFTVIIPNYPTVPAIDAKKLTGLMREFYKYICAQTGSPVFLMGDSAGGALALDMAQSVKGTPLVPKGLILLSPWADAATDNPQIAALAIPQRDVFLQPAGLGEVGRMYAGSLPVDDPAVSPLFGEMGGLPRTVILVGTDDSLLPDARLLRDKLVREGVNAEYWEYENMMHVWPLFPMPEAEEALERMHQWVACNGGKP				NA	NA	NA	NA	NA
JZ016_06235	975	iolG_27	COG0673	Myo-inositol 2-dehydrogenase	ATGGCATTAAACATAGGAATGATCGGCACAGGCTGGTTTAGCAAAGTACATGCGGATATTCTGTCCAATATGGATGGAGTGAATGTTGCGGCTTTTGTCGGGACGAGCCAAGAGAAAGCGGAAGCAGCGGTAAAGAACTACGCCACGGCCAGGGCATATAGTGATGTTGAGCAAATGCTGGATAAAACCAAGCCTGATGCGGTTTATATCTGCGTTCCGCCGTTTGCGCATGGCGATATCGAATCCCAGCTTGTGCAGAGGGGTATTCCATTTCTGGTAGAAAAGCCGCTTGGGACAAACCTGGCTACACCCAAACAGATTCTGCATGGGGTGAAGAAGGCTGGATTATTGACATCGGCCGGGTATCATTTTCGTTATACGGATGCAGCCATGAAGGCTGCCGAGATGCTGGATAGCCGGAAGATCGGGATGGCACTTGGCTACTGGATGGGAGACATGCCGCAGGTATACTGGTGGAGACAGCAGGAAGGCTCCGGAGGGCAATTTATCGAGCAAACCACCCATATGGTTGACCTGCTTCGCTGCCTGCTGGGAGAAGTGGATGAAGTGTATGCGGCGTTCGCCCATAGAGCCATGCAGGACATTCATGAGGGAGTAACGGTACACGACGTGGGTACCGCGACGCTGAAATTAAGGAGCGGGGCGGTGGCAACGATCTCCAACACCTGCATGCTGCCGGAATCGGATAAGGTAGGCTTGGCCATCTATACGGAGCAAGGAGTCATTGACATTCAACCCGATAAACTCATCGTCAAGGAAAAAGGAAGAATAACGGAAATCCGCAATGCAGCTAATCCTTATCTTCGAGAGAGTGAAGCTTTCATCCATGCGCTGCGCACAGGCGATGCTTCCGGAATCTTATCGACCTATGAGGATGCCGTCAAAACGATGGAAGTTACCTATGCGGCTTTGCGGTCAGCCGAAACGGGAGTACCGGTAAAGGTCGGGGAATGA	MALNIGMIGTGWFSKVHADILSNMDGVNVAAFVGTSQEKAEAAVKNYATARAYSDVEQMLDKTKPDAVYICVPPFAHGDIESQLVQRGIPFLVEKPLGTNLATPKQILHGVKKAGLLTSAGYHFRYTDAAMKAAEMLDSRKIGMALGYWMGDMPQVYWWRQQEGSGGQFIEQTTHMVDLLRCLLGEVDEVYAAFAHRAMQDIHEGVTVHDVGTATLKLRSGAVATISNTCMLPESDKVGLAIYTEQGVIDIQPDKLIVKEKGRITEIRNAANPYLRESEAFIHALRTGDASGILSTYEDAVKTMEVTYAALRSAETGVPVKVGE				NA	NA	NA	NA	NA
JZ016_06236	3675	narG	COG5013	Respiratory nitrate reductase 1 alpha chain	ATGAAACGAAAGTCGGGGCTGAAGTTCTTCAAGAGGATGGAAAGCTATTCTGACAATTGGTCCGTTCTGGAGGAGAAAAGCAGGGAATGGGAGGATATGTACCGCAAGCGCTGGTCGCATGACAAAGTGGTGCGGACAACGCATGGCGTGAACTGTACAGGCTCCTGCAGCTGGAAGGTTTTTGTGAAGAACGGGATCATCACTTGGGAAAACCAGCAGATTGATTATCCTTCCTGCGGGCCGGATATGCCGGAATTCGAACCGCGCGGATGCCCGCGCGGAGCTTCATTTTCCTGGTATGAATACAGTCCGCTGCGAGTGAAATACCCTTATATGCGCGGCCGGCTATGGCATATGTGGAAAGAGGCCTTAAGCCAACACAGCGATCCGATCGCCGCTTGGGCCAGCATCGTCGAAGATCCGGAGAAATCGAAGTCCTATAAACAAGCACGGGGTAAAGGCGGTCATGTCCGTGTGTCCTGGCAGGAGGCCACGAAGCTGATCTCCGCGCAGCTCATTTATACGATCCGCAAATACGGGCCGGACCGCATTGCCGGTTTCACCCCGATTCCGGCCATGTCGATGATCAGCTATGCTTCAGGTGCCAGATTCATTTCTCTGCTCGGCGGCGAAATGCTCAGCTTCTATGACTGGTATGCGGACTTGCCGCCGGCATCTCCACAAATCTGGGGAGAGCAGACCGACGTGCCGGAATCCAGCGATTGGTACAATGCCGGTTACCTGATCATGTGGGGCTCAAACGTACCGTTAACGCGGACGCCGGATGCCCACTTCATGACGGAAGTGCGATATAAAGGCACCAAGGTTGTGTCGGTCGCGCCGGACTATGCCGAGAACGTCAAATTTGCCGATAACTGGCTGGCTCCGAATCCCGGAACGGATGCGGCCATTGCGCAGGCCATGACGCATGTCATTTTAAAAGAATTCTATCATGAGCGCCAGGAGCCGATGTTCCTGAATTATGCGAAACAATATACGGATATGCCTTTCCTGATTCTATTGGATGAGTTTGAGGGGGGCTACAAGGCGGGACGCTTCCTGCGGGCAAGCGATCTGGGCGATGCCTCTCAGCATGCCGAGTGGAAGCCGGTGATCATCGACGAGAATACCAATGAAATCACGGTTCCGAACGGCACAATGGGACAGCGCTGGGAGCAGGATAAGAAATGGAACCTGATCCTGGAGCGCGAGGACGGCTCGGTCATTGCGCCGGCGCTGTCCGTGGAGTCTCAGGGTGGGGAGTGGCAGACGATTTCCTTCCCGTTCTTTGACAACAACGCTAACGGTACCTTCAAACGCCTAATTCCGGCGAAGACCATTCAGCTGGCGGATGGAACGGAGCGTCTGGCGGCAACGGTATACGATCTGATGTTGAGCCAATATGGAATAGGGCGGGCAGACAGCGGGCTGGGTGTAGACGAATACAAGGATGCGGATTCCTTCTATACCCCGGCCTGGCAGGAAAAAATCACGGGTGTGAAACCATCGGTCGTCGTCCAGATTGCCCGGGAGTTTGCGCAGAATTCGCTGGAGACCGGGGGACGCTCGATGATCATCATGGGCGCCGGGATTAACCACTGGTTTAACAGTGACACGATCTACCGTTCCATTTTGAATCTGGTCATTCTAACGGCGTCTCAAGGCGTAAACGGCGGCGGCTGGGCGCATTACGTCGGCCAGGAAAAATGCCGCCCGATCGAGGGCTGGTCCACGGTCGCCTTCGCGAAAGATTGGCAGGGACCGCCGCGTCAGCAAAATGCGACCTCGTTCTTTTATTTTGCGACCGACCAATGGAAGTACGAAGAAATGGGGGCCGATTCGCTGAAATCGCCAACGTGCGGGGAAATCCGTTACCAGCACCCGGCGGATTACAACGTGCTTGCCGCGAGACTTGGGTGGCTTCCATCTTACCCGCAGTTTAACAAAAACAGCTTGAAGTTTGCGGAGGAGGCAGCACAGCTGGGGAAAACCACCCATGAGGACATTGTGAAGCATACGCTTGCGCAAATCGTCTCTGGAGATACCAAGTTTGCGGCCGAAGATCCCGATGCGCCTGAAAACTTCCCAAGATCCTTGTTCGTATGGCGCTCGAATCTGATCTCAAGCTCGGCCAAGGGTCAGGAATACTTCATGAAGCATTTATTGGGCGCCTCGGACAGCTTGCTCTCGACGCCGAATGAAGAGGATAAACCGGAAGAAATGGTGTGGCGCGAAGAAGTCGAAGGCAAGCTGGACCTGCTTGTTGCGCTGGACTTCCGGATGACATCAACGCCGATGTACGCAGATGTAGTCCTTCCTGCAGCGACCTGGTATGAAAAAACGGACTTGTCTTCAACCGATATGCATCCTTTCGTGCATCCGTTTAACCCGGCAGTAGATCCGCTCTGGGAATCACGGTCGGACTGGGATATATACAGAACGATTGCCGAGGTCTTCTCCGACATGGCAAAGACCCATCTTCCGGGAATATATAAGGACCTGGTCACCACTCCGCTCTCTCATGACTCCATAAGCGAGATCGCCCAGCCATACGGTGAGGTGAAGGATTGGCGCAAGGGTGAAATTGAGGCCGTACCTGGCAAAACAATGCCCAATCTGACGGTGGTTGAGCGGGACTATACGAAAATTCACGACAAATATATTACGCTCGGTCCGAACCTGGCTACAGGCAAAGTCGGAGCGCACGGCGTCAGCTTCTCGGTCGCCGAAGAGTATGAAGAGCTGAAGCGTTTGAACGGAACGTATTACGACGACACCATCAAAAACGGCCTGCCCAAACTTCATACGGCAAGAAATGCGGCGGACGCCATTTTGAATCTGTCTTCGGCCACGAATGGCAAGGTATCGCAGCGAGCCTGGGAATCGGCGGAGCAGGACACCGGCGTGCAGCTAAAAGACATTTCCGCGGACCGCGCTGCAGAGCGCATCACGTTCCAGAGCATTACGGCGCAGCCGCGGGAAGTCATTCCGACGCCCGTATTCAGCGGATCGAACAAAATGGGAAGACGATACTCCCCGTTCACGACGAATATTGAACGGCTCGTACCTTTCCGCACGCTGACCGGCAGACAGCATTTTTATATCGACCACGAAATTTTCCTGCAGTTCGGCGAAGCGCTGCCGGTGTATAAACCGACCCTTCCGCCAATGGTATTCGGGCCGCGCGACAAGCAGATTACCGGGGGAAAGGATACACTCGTGCTCCGATATCTGACGCCGCATGGCAAATGGAACATTCACAGCACCTACCAGGATAATCTGCACATGCTGACGCTGTTCCGCGGAGGCCCGACGGTATGGATTAACAATGATGACGCAGCGGCGAACGACATTCAGGACAATGATTGGCTGGAAGTATACAACCGCAACGGCGTTGTCACCGCCCGCGCCGTTGTCAGCCACCGGATGCCGAAAGGCACGATGTACATGTATCATGCGCAGGATAAACACATCAACGTGCCGGGCTCGGAGATTACGAAGGATCGCGGCGGCAGCCACAACGCGCCGACGAGAATCCATGTAAAGCCGACCCAGATGGTCGGGGGCTATGCCCAGCTCAGCTATGGTTTTAACTACTACGGACCGATCGGCAACCAGCGGGATGTGTACGTGGCTGTCCGCAAAATGAAAGAGGTGGATTGGCTTGAAGATTAA	MKRKSGLKFFKRMESYSDNWSVLEEKSREWEDMYRKRWSHDKVVRTTHGVNCTGSCSWKVFVKNGIITWENQQIDYPSCGPDMPEFEPRGCPRGASFSWYEYSPLRVKYPYMRGRLWHMWKEALSQHSDPIAAWASIVEDPEKSKSYKQARGKGGHVRVSWQEATKLISAQLIYTIRKYGPDRIAGFTPIPAMSMISYASGARFISLLGGEMLSFYDWYADLPPASPQIWGEQTDVPESSDWYNAGYLIMWGSNVPLTRTPDAHFMTEVRYKGTKVVSVAPDYAENVKFADNWLAPNPGTDAAIAQAMTHVILKEFYHERQEPMFLNYAKQYTDMPFLILLDEFEGGYKAGRFLRASDLGDASQHAEWKPVIIDENTNEITVPNGTMGQRWEQDKKWNLILEREDGSVIAPALSVESQGGEWQTISFPFFDNNANGTFKRLIPAKTIQLADGTERLAATVYDLMLSQYGIGRADSGLGVDEYKDADSFYTPAWQEKITGVKPSVVVQIAREFAQNSLETGGRSMIIMGAGINHWFNSDTIYRSILNLVILTASQGVNGGGWAHYVGQEKCRPIEGWSTVAFAKDWQGPPRQQNATSFFYFATDQWKYEEMGADSLKSPTCGEIRYQHPADYNVLAARLGWLPSYPQFNKNSLKFAEEAAQLGKTTHEDIVKHTLAQIVSGDTKFAAEDPDAPENFPRSLFVWRSNLISSSAKGQEYFMKHLLGASDSLLSTPNEEDKPEEMVWREEVEGKLDLLVALDFRMTSTPMYADVVLPAATWYEKTDLSSTDMHPFVHPFNPAVDPLWESRSDWDIYRTIAEVFSDMAKTHLPGIYKDLVTTPLSHDSISEIAQPYGEVKDWRKGEIEAVPGKTMPNLTVVERDYTKIHDKYITLGPNLATGKVGAHGVSFSVAEEYEELKRLNGTYYDDTIKNGLPKLHTARNAADAILNLSSATNGKVSQRAWESAEQDTGVQLKDISADRAAERITFQSITAQPREVIPTPVFSGSNKMGRRYSPFTTNIERLVPFRTLTGRQHFYIDHEIFLQFGEALPVYKPTLPPMVFGPRDKQITGGKDTLVLRYLTPHGKWNIHSTYQDNLHMLTLFRGGPTVWINNDDAAANDIQDNDWLEVYNRNGVVTARAVVSHRMPKGTMYMYHAQDKHINVPGSEITKDRGGSHNAPTRIHVKPTQMVGGYAQLSYGFNYYGPIGNQRDVYVAVRKMKEVDWLED	PGPT0000285_1332	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000285-narG|narZ|nxrA-K00370	NA	NA
JZ016_06237	2106			hypothetical protein	TTGAAGATTAAGGCACAAGTCGCCATGGTCATGAATTTGGATAAATGCATTGGCTGCCATACGTGCAGCGTCACCTGCAAGAGCACCTGGACCAACCGTCCGGGCGCGGAATACATGTGGTTCAACAACGTGGAAACGAAGCCGGGCATAGGCTATCCGATCCGCTGGGAAGACCAGGAGAAATACAAGGGAGGCTGGACGCTGAAAAAAGGCAAGCTGCAGCTGAAATCCGGCAGCAAGCTGTCCAAAATCGCGCTCGGCAAAATTTTCTACAATCCGGATATGCCGGAAATGAAAGATTACTATGAGCCGTGGACGTATAACTATGAGCATCTGACGAATGCCGGGGAGAAGAAGCATCAGCCGGTGGCCCGTCCGAAATCGGCAGTAACCGGCGAGACGATGAATCTGGAATGGGGTCCGAACTGGGAAGACGATCTGGCGGGAGCCCATGTCACCGGCCCGAAGGATCCGAATATCGAAAAAATCGAGGAAGAGATTAAATTCAACTTCGAGCAGGCGTTCATGATGTATTTGCCCCGCCTGTGCGAGCATTGCTTAAACCCGAGCTGCGTAGCGTCCTGTCCTTCCGGTGCGATGTACAAGCGGGATGAAGACGGCATCGTCTTGGTGGACCAGGAAGCCTGCCGCGGCTGGCGATACTGCATGACCGGCTGTCCGTACAAAAAGGTGTATTTCAACTGGAAAACGAACAAGGCCGAGAAATGCACCTTCTGTTTCCCGAGAATTGAAGCCGGTCTGCCTACGGTATGCTCCGAAACCTGTACAGGACGTATCCGGTATTTGGGCGTGCTGCTGTACGATGCCGACAAGGTACAGGAGGCAGCATCCACGCCGGACGAGAAGGATCTTTATCAGGCCCAGTGCGATCTGTTCCTGGATCCGCATGATCCGGCAGTGATCGAGCAGGCGCGGAAGGACGGATTAACCGAAGAATGGATCGAAGCTGCCCAAAATTCGCCTGTCTATAAACTAGCCATTGAATACAAGCTGGCCTTTCCGCTCCACCCGGAGTACCGGACGCTGCCGATGGTTTGGTACGTACCGCCGCTCAGTCCAATCATGAACTATTTTGAAGGCAGAGATTCGATCGAGAATCCGGACATGATTTTCCCGGCAATTGAGGAGATGCGCACACCGATTCAATATCTCGCGAATCTGCTCACGGCAGGGGACACGGTGACGGTGAAGGATGCCCTGCAAAAAATGGCGATGATGCGTTCTTATATGCGCGCGCAATCGTCGGGGGCTGAGTTTGATGAGACACGGTTAGCACGGGTTGGCTTGACCGCCTACCAAATGAAGCAGATGTACCGTCTGCTTGCCATCGCGAAATACGATGACCGGTTTGTTGTCCCGACTTCGCATAAGGAAAGCCATATGGATGTTTACCGTTCGCAGGGTTCCGAAGGTTTTAGCGCAAGCTGCGGCGGTTGCGGACCGGAAGGACTGCAGGGCAAAACGGGCAAAGAGCTGTACGAAGAAAACTTCTACGGGGGATCTGGCGTGATTAATCTCGGAAAGCTGCATGATTATAAACATGTTTTCGGTTTTTTCGCTCAGCAGCTCACGTATCCGGAAAAGCTGGATTTCCACCCGTCGGTTATGGAGGAGTCGCTTGACTCCTCTGACCCGGCCTATGAATCCATCAGAACGTACTGGACGACCATGCATGAATACAGCATGGAAGAGATTGAAGAGCTGTACGTCCAGACCTTCGACTTTCAGGCGAAATCCACATTGTATATGACCTATTATAAATTTGAGGACGGCAGGGAACGTGGCCAGATGCTCGCCAAACTTAAAGAGACGTATGAGATGTTTGGTCTGGGCATCGCGGGCTCGGAACTATCGGATTATCTCCCGCTGATGTGCGAGTTTCTATATGCAGCGAATTGGCAGGGGCGCGAGAAGGAAGCTGGAGAGAGCCTGGATTTGATGCTGGCTGTCATGGAGGACGGCACCTATCATCTGCTGAAAGCTTTGGAGAAATATAAGAGTCCGTATCTTTATCTCATTCAAGGCCTTCGCGCGACGTTCAAAGCATGTTTCAATCAGGAGGAGGCGGCTCATGAGCATGATTAA	MKIKAQVAMVMNLDKCIGCHTCSVTCKSTWTNRPGAEYMWFNNVETKPGIGYPIRWEDQEKYKGGWTLKKGKLQLKSGSKLSKIALGKIFYNPDMPEMKDYYEPWTYNYEHLTNAGEKKHQPVARPKSAVTGETMNLEWGPNWEDDLAGAHVTGPKDPNIEKIEEEIKFNFEQAFMMYLPRLCEHCLNPSCVASCPSGAMYKRDEDGIVLVDQEACRGWRYCMTGCPYKKVYFNWKTNKAEKCTFCFPRIEAGLPTVCSETCTGRIRYLGVLLYDADKVQEAASTPDEKDLYQAQCDLFLDPHDPAVIEQARKDGLTEEWIEAAQNSPVYKLAIEYKLAFPLHPEYRTLPMVWYVPPLSPIMNYFEGRDSIENPDMIFPAIEEMRTPIQYLANLLTAGDTVTVKDALQKMAMMRSYMRAQSSGAEFDETRLARVGLTAYQMKQMYRLLAIAKYDDRFVVPTSHKESHMDVYRSQGSEGFSASCGGCGPEGLQGKTGKELYEENFYGGSGVINLGKLHDYKHVFGFFAQQLTYPEKLDFHPSVMEESLDSSDPAYESIRTYWTTMHEYSMEEIEELYVQTFDFQAKSTLYMTYYKFEDGRERGQMLAKLKETYEMFGLGIAGSELSDYLPLMCEFLYAANWQGREKEAGESLDLMLAVMEDGTYHLLKALEKYKSPYLYLIQGLRATFKACFNQEEAAHEHD	PGPT0000500_938	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000500-narH|narY|nxrB-K00371	NA	NA
JZ016_06238	693	narX	COG2180	Nitrate reductase-like protein NarX	ATGAGCATGATTAATCAGTTTCTGTGGGTCATTTTCCCCTATATCTGCCTTGCCGTGTTTATTGTCGGTCATATTTACCGTTACCGTACGGACCAGTTTAACTGGACGGCCAAATCCAGCGAGTTTATCGAGAAGAAACATCTCAAGCTGGGCAGTCTCATGTTTCATTTAGGCATCATTCCTGTTATCGGAGGGCATGTTGCAGGCTTAGCTATCCCTCAATCCTGGATGGAGTCACTGGGGATCAGCGACCATATGTATCATATCGGGGCGGTGTATATTGGAAGCGCATTTGGCTTTCTAACGCTGGGAGGCATGGTATTGTTAACCGCCAGGCGGTTCACCATTCGTAATGTCCGAAAACTCAGCACCGCTTCGGATATGCTGGTTAATGTCCTTCTGCTGTTTATCGTATTTATGGGGATGTACAGCACGCTGGTCACGAACGCGGTGCAGCCGGAATTCAATTATCGGGAAACGGTCTCCGTGTGGTTCCGTGGATTGTTTATGCTCCGTCCGGATGCTTCGTTGATGGTGAACGTGCCGCTGTCGTTTAAAATTCATATTCTGGCCGGATTCGGCATTTTTGGCTTATGGCCGTTTACCCGATTGGTGCATGTGTGGAGTGTTCCGTTGAATTATGTGGGGAGAAGATATATTCTGTATAGAAAGCACCGTAAATTTGAATCGTAG	MSMINQFLWVIFPYICLAVFIVGHIYRYRTDQFNWTAKSSEFIEKKHLKLGSLMFHLGIIPVIGGHVAGLAIPQSWMESLGISDHMYHIGAVYIGSAFGFLTLGGMVLLTARRFTIRNVRKLSTASDMLVNVLLLFIVFMGMYSTLVTNAVQPEFNYRETVSVWFRGLFMLRPDASLMVNVPLSFKIHILAGFGIFGLWPFTRLVHVWSVPLNYVGRRYILYRKHRKFES	PGPT0000505_773	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000505-narI|narV-K00374	NA	NA
JZ016_06239	465			hypothetical protein	ATGAAGAATCAGCCGATCTTTAATTACCAAAGTGAAATGGATAAGCTTCGAGCCCGGTTTCAATTCGATTTCGTGTCCATGGCGTTGGTGCAGCCGGCTGAAGACCGATTTGTTTTGACCTGGCAGTATGCCTCGGGAAATATAAACGAGAGGTACAAGCGTATCGTTTTACATTCCGGCAAAGGCATCGCGGGAATGGTATTTAAGACTGGAAAACCGATGCTGATTCAAAACGTGAATGCCGATATTGAATCAAGGGACTTGTATAATTATCCAATTATCGTTGCAGAGCAGTTGAAAAGCCTTGGCGCAGTACCGCTGTGGGAAGGCTCTCGCGTCAAGGGGGTTTTGCTTGTGGGATATCGCAAGGAAAACGTGCTGGATCCAAGGTCCTTTGAGTCGTTTCAGGAAGGAATGGGAACGGAATTTGGTGCTTTTTATGCCAAGGAGGTATCACAGCCTTGA	MKNQPIFNYQSEMDKLRARFQFDFVSMALVQPAEDRFVLTWQYASGNINERYKRIVLHSGKGIAGMVFKTGKPMLIQNVNADIESRDLYNYPIIVAEQLKSLGAVPLWEGSRVKGVLLVGYRKENVLDPRSFESFQEGMGTEFGAFYAKEVSQP	PGPT0000535_20	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE|NITRITE_SENSING,PGPT0000535-nreA-K10851	NA	NA
JZ016_06240	1083	nreB		Oxygen sensor histidine kinase NreB	TTGATTCAGATGACGGATGAGCATTTAAGCGAATTGCTTAGAAGCATGTATCAGAATAGCATGGAGGCCATTTTTTTTATCGACGAAAAGGGCAGCGTGGTGGCTATGAATCCGGCTGCGGAGAACATCCTTGACATTGATGTGATTGAGAGGATGCAGTCCGGTGCGGATGGTTCCTTCTGCCAGACCTGCAAAGGCTATACCGATGAACAGGATCTTATAACCTGCTCCACATGCTATTTAGATTATCCGCATGGGGAGTTTTCATCGTTCCAGGTCTATCTTAAGACGCGCGGCGAAGGCATCGTTCCCTATGCGGCCAGTTACCATATCATCGATGAAGCCCGCGGCATCCGGGTGATGATGCTCCTTGACCTGACGAAGCAGCAGAAAACACAGGAAATGCTGCAGCGGACGAATATGCTGAAATATGTCATCAAGGCACAGGAGGACGAGCGTAAGCGGATATCCCGCGAGCTCCATGATAGCGTGGCTCAAGAGCTGCTCAGCTCGCTGGTCGACCTGCGTGTCGTTAAATATATGGATGTAGGCGAGGATGTGCTCAAGAAGCTGCATCAGACCGAGGTGTCTTTAACCCGGCTTTTGGATGACATCCGGCATTTATCCGTTGAACTCAGACCTGCTTCATTGGATGATTTGGGGCTTGAGGCTGCATTCCGCTCCCATTTTAAATGGATCGGGAAGAATTACGGAGTGCTTGTTGAGTTCTCTGCGGAGTTAGCGGCAGCCCGCTACGGCAGCGAGATTGAAACGGTTGTGTACCGGGTATGTCAGGAAGCGGTGCTGAATGCCATGAAATATTCAGGAACGGACGAGGTGCATGTACGATTATGCGAAGTGAACGGCTACCTTCAGCTAACCGTTCGTGACCGTGGAGTTGGGTTTAATATGGTCATTGATGAAGCCAAGGGAACCGGATTGGGGCTGTACGGGATGCGGGAACGCGCGGAGCTCGTCGGGGGTCAGTTTATTTTGCTGTCCGCTCCCGGTGAGGGTACGACGGTTCAGCTCAACATTCCGCTTACGAATGGTGACGACAAGCCGGAGGTGAGGGTTACGTGA	MIQMTDEHLSELLRSMYQNSMEAIFFIDEKGSVVAMNPAAENILDIDVIERMQSGADGSFCQTCKGYTDEQDLITCSTCYLDYPHGEFSSFQVYLKTRGEGIVPYAASYHIIDEARGIRVMMLLDLTKQQKTQEMLQRTNMLKYVIKAQEDERKRISRELHDSVAQELLSSLVDLRVVKYMDVGEDVLKKLHQTEVSLTRLLDDIRHLSVELRPASLDDLGLEAAFRSHFKWIGKNYGVLVEFSAELAAARYGSEIETVVYRVCQEAVLNAMKYSGTDEVHVRLCEVNGYLQLTVRDRGVGFNMVIDEAKGTGLGLYGMRERAELVGGQFILLSAPGEGTTVQLNIPLTNGDDKPEVRVT	PGPT0000525_65	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE|NITRITE_SENSING,PGPT0000525-nreB-K07683	NA	NA
JZ016_06241	648	nreC	COG2197	Oxygen regulatory protein NreC	GTGAAAATTGTGATTGCGGATGATCATGCCGTGGTCCGCAGCGGATTTTCCATGATTCTGAATTACCAGGAAGACATGGAGGTTGTCGCGACGGCGGCAGACGGTATGGAGGCTTACACCATGGTGGCGAAGCATCGGCCGAATGTGCTGTTGATGGATTTAAGCATGCCCCCCGGCGAAAGCGGACTGATTGCGACCGGCAAGATCAGCAGCGAATTTCCGGAAACGAAAATTCTGATTCTAACCATGTATGATGATGACGATTACCTGTTTCATGTTTTAAAAAACGGGGCTTCAGGTTATGTGCTCAAAAATGCGCCGGATGATGAATTAATCTCCGCCATCCGCATGGTGCATAAGGGAGGGACCTATATTCATCCCCAGATGGCGACTTCCCTGGTTCGGGAGTTTATTAAGAAAGATAGTGAGAGCGCGGAGCAGGATCCGTTTAACAGCCTGTCCAAAAGGGAGATTGAGATCCTGCCTCTAATCGCCAAGGGCTATGGCAATAAGGAGATCGCGGAAAAACTGTTCGTATCGGTCAAGACGGTGGAGGCGCACAAGGCCAAAATTATGGAAAAGCTGAATTTGAAAAGCCGTCCGGAGTTAGTGGAATATGCGCTGAAGAAAAAATTGCTGGATTTTTAG	MKIVIADDHAVVRSGFSMILNYQEDMEVVATAADGMEAYTMVAKHRPNVLLMDLSMPPGESGLIATGKISSEFPETKILILTMYDDDDYLFHVLKNGASGYVLKNAPDDELISAIRMVHKGGTYIHPQMATSLVREFIKKDSESAEQDPFNSLSKREIEILPLIAKGYGNKEIAEKLFVSVKTVEAHKAKIMEKLNLKSRPELVEYALKKKLLDF	PGPT0000530_221	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE|NITRITE_SENSING,PGPT0000530-nreC-K07696	NA	NA
JZ016_06242	1515			hypothetical protein	ATGATCAAAAAGGTGCAGCTTCCGCTGCAAACAATGAATCTGGTGCTTGGCTTTATGGTATGGGTCATCATCTCCGCGCTCTTGCCGTTTATTCGCGAGGATATCTCCATTACGGCCGACCGCCTCGCTATTCTGACGGCTATTCCGGTGGTGCTGGGTTCGGTCCTCCGGATTCCGCTCGGCTATTACGCCAATGTGGTGGGAGCACGAATTGTTTTTATCGCCAGCTTTATCCTGCTGCTGTTTCCGGTTTATTTTATCAGCTCGGCTACCTCCTTTACGCATTTGGTAATCGGCGGCTTGTTCCTTGGGATCGGGGGGGCCGTATTCTCGGTCGGCGTGACCTCGCTGCCTAAATATTATGCGAAAGAGAAGCTCGGACTCGTAAATGGGATATACGGAATGGGCAACATCGGCACCGCCATTACCACGTTTGCTGCACCGGTCATCGCGACTCAGATCGGATGGTCCAAAACCGTCCAGCTGTATTTGGTTCTGCTGTTGATCTTTGCCGTGCTAAATGTAATCTTAGGCGACCGTAAAGAAATCAAAGTGAAAACACCGATCATGGAACAGATCAAGGGTGTATATAAAAATGAAAAATTGTGGTTTTTCTCTCTTTTTTATTTTATTACATTCGGTTCGTTCGTAGCCTTTACGGTGTACTTGCCGAACTTTCTGGTTACCCATTTCGAGCTTGCGAAGGTGGATGCCGGGATGCGGACGGCAGGGTTCATTTTGGTAGCAACAATATTACGCCCTGTAGGCGGCTGGCTTGCAGATAAGTTTAAACCGCTGTTCTTATTAATGGGCGTATTCATAGGGCTCACGGCTGCGGCCATCCTGTTGGCATTCTCTCCATCCATTGGCTTGTATACGGCCGGCTGCTTAACCATTGCCGTTGGTGCCGGGCTTGGAAACGGGGTTATTTTCAAACTCGTGCCCCTTTATTTCAACAAGCAGGCCGGCATTGTGAACGGTATCGTGTCCATGATGGGCGGTCTTGGCGGATTCTTCCCGCCGCTGATGCTTTCCTTCATCCATTCGGCTACGGGGCAATATTCCATTGGGTTCATGGCTTTATCGCAGGTTGCGCTGGCCAGTTTCGTTATTGTGGTATGGATGTACTATCAGGACAAACTCTCCGTACAATCCGAGGTGTTTAACTCCACCGGCCAGGGGATATTGGTTACGGATCGGAGCGGAAAGATCAATGCCGTCAATCCGGCATTCACGAAGTTAACGGGATATTCAGAGGAGGAAGTACTTGGCAAGAATCCGAGCGTATTGAAATCCGGAAGACAAACACCTGCGTTTTATCAGGCGATGTGGTCTGAAATCATGGAACACGGGAGCTGGCAGGGGGAGATTTGGAACCGCAGGAAGAACGGAGAAGAGTACTTGGAACTGCTAACGATTAACGCGGTAAAGGACGAATCGGGTGACATCGTTCAGTATGTGGGCACCTTCAGCGATATTACTTATCATCCGCCTGGCCGTTGTTCGAATGGCTGA	MIKKVQLPLQTMNLVLGFMVWVIISALLPFIREDISITADRLAILTAIPVVLGSVLRIPLGYYANVVGARIVFIASFILLLFPVYFISSATSFTHLVIGGLFLGIGGAVFSVGVTSLPKYYAKEKLGLVNGIYGMGNIGTAITTFAAPVIATQIGWSKTVQLYLVLLLIFAVLNVILGDRKEIKVKTPIMEQIKGVYKNEKLWFFSLFYFITFGSFVAFTVYLPNFLVTHFELAKVDAGMRTAGFILVATILRPVGGWLADKFKPLFLLMGVFIGLTAAAILLAFSPSIGLYTAGCLTIAVGAGLGNGVIFKLVPLYFNKQAGIVNGIVSMMGGLGGFFPPLMLSFIHSATGQYSIGFMALSQVALASFVIVVWMYYQDKLSVQSEVFNSTGQGILVTDRSGKINAVNPAFTKLTGYSEEEVLGKNPSVLKSGRQTPAFYQAMWSEIMEHGSWQGEIWNRRKNGEEYLELLTINAVKDESGDIVQYVGTFSDITYHPPGRCSNG	PGPT0000300_771	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000300-narK|nrtP|nrt|narU-K02575	NA	NA
JZ016_06243	726			hypothetical protein	ATGAAAAAGACGAGGTTTGTCATACCACGGGAGCATGGTGGCTGGGCCATGGTCAGCGTACCCTATATCATAGGAATGGCGGCCGCCAAGCCGGCGCTTCTGCACCTTCCGCTATTTTTGGCGTGGTTAGGTTTATATATGGCATCCTATCCGTTTCTGCAATCCTTAAAGAAAACATCCCAACGTAAAACATGGTTATCCTGGGGGATCGTTTATGCCCTTATCGCTATTGCGTTTCTCATTCCGGTGCTTGTCTTCAAACCGATGATGCTCTGGTTTGCACCTGTGCTGCTCATCCTGATCATGGTGAATGTTTGGCATGTCCTTCAGAAATCGGAGCGTGCGCTGTTAAATGATATTTGCGCGATTCTGCTGTTCTGTACCGGAGGCGCCGCTGCTTATATGCTGGGAGGCGGTGGTTTCGATCCGATCCTTGCCGCCGTCATTGGGTATAATTTCCTTTATTTTACGGGGACCGTGTTCTTTGTCAAATCGGTCTTCCGTGAACGCAAAAACAGCCGCTGGACCGTATACGCAAAATTGTATCATGCTGTGATGTTGGTTCTGCCGATCATCTTCGGGAATCCATGGATGTGTCTGCCATTCTTATTTCCGTTCATTAAGACGTTACTGTATTCCGGAAAAATAATGAAACCGATGAAGGTCGGAATCATCGAGATTGTAGGTTCCGTCCAGTTTTTATTGCTGTCCATCATTTTGATGTAG	MKKTRFVIPREHGGWAMVSVPYIIGMAAAKPALLHLPLFLAWLGLYMASYPFLQSLKKTSQRKTWLSWGIVYALIAIAFLIPVLVFKPMMLWFAPVLLILIMVNVWHVLQKSERALLNDICAILLFCTGGAAAYMLGGGGFDPILAAVIGYNFLYFTGTVFFVKSVFRERKNSRWTVYAKLYHAVMLVLPIIFGNPWMCLPFLFPFIKTLLYSGKIMKPMKVGIIEIVGSVQFLLLSIILM				NA	NA	NA	NA	NA
JZ016_06244	243			hypothetical protein	ATGTTAATGACATATACAGCGCAGCAGGTGGCCGAATGGATGGTGGAGGAAATCCGGTTTACGGGTAATTTGTATCAGACGGAGGCCATCCGCTATGTACGCGAGAATTTCGGGGAAGAATTTGTTTTCGTGAACGAAAACGGAAACGCCTCGCTGTCCAAGGACGTGAAGAAGGCATTCCGCAAACTGCATGGCGGACGGATTGCTTGGGATCGCGACGGATTCATGTGGGCGTGGACGTAG	MLMTYTAQQVAEWMVEEIRFTGNLYQTEAIRYVRENFGEEFVFVNENGNASLSKDVKKAFRKLHGGRIAWDRDGFMWAWT				NA	NA	NA	NA	NA
JZ016_06245	2490			hypothetical protein	ATGAACCTATCCACCCAAGGCGGTCATCGACCCGCCCGTCCCTGGACGATCTATGTCATCCATCATTCCCACACGGATATCGGCTACACGGAACGCCAAGAGAGAATCGAGCAGTACCATGTTGATTTTATCCGCCAGGCACTAGACATCACGGAAGCCGCACAACGCGGGGAGCGCCCGGAATGGGAATCGTTCCGCTGGACTTGCGAGACCTTCTGGGCCGTAGAAAAATTTCTCGAAGCAGCGACTCCGGCGGAAAAAGCAGCTTTTCAACAAGCGGTAAAGCGTGGCGACATCGAACTGTCCGGAACCTATCTCAATATGACCGAGCTCCCGGATTTCGACCTCCTTCTGCGGAATCACGGCAAGGCGCAAAAGTTCGCGGAGTCCTTCGGACATCGGATCGACAGCGCCATGACTGCCGACATTAACGGATACAGCTGGGGGTATGCCGAAAGCCTGCTGCAAAATAACATTGAGCATCTGTTTTCCTGCATCCATACGCATCACGGCATGTATCCGCTGGGCCGCAAACAAACCCCGTTCTGGTGGGAAAGTCCGAATGGCGGCAGGCTGCTTGTCTGGAACGGCGAACATTATATGTTTGGCAACGAGCTCGGGTTCTGCCCTGATGCACTGGGCAAATATATCATCAAGGACGAGCTTCAGCATAACCTGATGGAGCCTGAACAACGTCATAACGAGATCGCTGCTTTACGGATTAACCGGTATTTATGGAATCTTGAGCAGGAGTCCTATCCGTATTCCTTCGTTCCGGTCATGGTCTCCGGCCTGGGCACGGACAATGCATCCCCGAATGCGGATATCGCGGAGAGGATTACGAAATGGAATGAACAATACGGCGACCAAATCACCATTAAGATGGCTACGCTGTCTGAATTTTTTGCGGCATTGAAACAGGAGGACCTGTCTGCGCTTCCGGTACACCGGGGGGATTGGCCGGACTGGTGGACGGATGGGGTCGCTTCAACAGCAATGCATACCCAGATTTACCGGGATGCCCAGCGCACGCTTCGCAAAGTCAAGCGGCTAGATCCGGTCCATGGTGCGGCAAGCCTGGCCGAGGTCGAGGAAACGTCACAGGCGCTGACCATGTATGCCGAGCATACATGGGGCTATCATTCCTCCGTGTATGAGCCATGGCATCCGCAGGTGCAAATGCTCGAGGTGCGGAAGCAGGCCTATGCGGCGGAAGCCAGCAAGATGGCTTACCGGGCGCTGGATAAAGCGCTCGTAGCCCGTCAAGGCGCGCTGCTCGCTCCCCATCGTCCCCTGCGCTACGAGGTGATCAATACGGAACCGGCCGCAGCGACGCTGCAGGTCGCCATTCCGTTGGATGGCTGGGAACACGTGATCCTGAAGAAAAAGTTCGAGCTCATCGACGAAACGACCGGGCAGGCGCTACCGTACCAATTGGCACACACGGGGGCGCTTGTTACGCAGCTCTCGCTTGAACCGGATGAGTCCCGGATCTTGTACATCCATCCGCACGAAACACCGGATGCACTCTCCGCTTCCGGGAACATGGTGACTGCGCGCAACACCGAACCGATTGCGTGCGAAGGAATCGCCGACATCCAGTCACAGCCCATAACTCCTTATCCGATTGTGGTGGGCAAGCGTTCGATCGAATCCGAATCCTTCCGGATCGAATGGGAGATGAACGAAGGCATTACGGCCTGGATCGATAAGACACGCTCAGCAGACCTGCTGGACGGCGCACGTGAGCACGCGCCTTTCACCCCCATCTACGAGGTAACGCCGGCACAGGATGAGTTTAATCCGTCCGAAATATGCTCAACCCGCCGCCGCATGGGACGCAACCGGAAGGGCACGAACGTCCAGCGGGATACCGGACGCTTGACCCGAGTCACCGTGCTGGACAACGGACCGCTATTTGCCCTGGTCGAGCTGGTGTTCGACGTGAAGGGACTCAGCTATTATGCCCTCCACATCAAGATGTTTGCCAACCAGCCTCGGGTCGAGGTGTCCGTCCGCTTCCACAAGGACAGCGTCTGGCTGCCGGAAAATGTCTATGTGGCTTTGCCGTTCTCCATGGGCACTGAAGCCGAGTTATACGTGGAAAAAGCCGGTTGTCATTTCCGGCCTTGGAAGGATCAAATTCCCGGAAGCTGCCTGGATTACACCAGTGTGCAAGAGGGAATATTCTGGCACTCGGCTATAGACCGGGAAGCGCTGGCCCTGTCCATGACGGACACGCCGCTTGTACAGCTGGGAACGCTGGAGCACGCGCCTCGTCAGCTTCACACCATGCAGCCGGCGGACAGCCGTCCTTCCACGTATGCCTGGATATTGACCAACTACTGGGAAACCAACTTCAAAGCGACGCTTGGCGGCTTCTATGAGTTCCGTTATGCGGTAGAGCGGCATCGCCAGCTGGACCCGGAGCAGGCTGCGAAGACCCTGCACGCTTCAACCGGACAATTCACGGTTCACCGAATTATATAA	MNLSTQGGHRPARPWTIYVIHHSHTDIGYTERQERIEQYHVDFIRQALDITEAAQRGERPEWESFRWTCETFWAVEKFLEAATPAEKAAFQQAVKRGDIELSGTYLNMTELPDFDLLLRNHGKAQKFAESFGHRIDSAMTADINGYSWGYAESLLQNNIEHLFSCIHTHHGMYPLGRKQTPFWWESPNGGRLLVWNGEHYMFGNELGFCPDALGKYIIKDELQHNLMEPEQRHNEIAALRINRYLWNLEQESYPYSFVPVMVSGLGTDNASPNADIAERITKWNEQYGDQITIKMATLSEFFAALKQEDLSALPVHRGDWPDWWTDGVASTAMHTQIYRDAQRTLRKVKRLDPVHGAASLAEVEETSQALTMYAEHTWGYHSSVYEPWHPQVQMLEVRKQAYAAEASKMAYRALDKALVARQGALLAPHRPLRYEVINTEPAAATLQVAIPLDGWEHVILKKKFELIDETTGQALPYQLAHTGALVTQLSLEPDESRILYIHPHETPDALSASGNMVTARNTEPIACEGIADIQSQPITPYPIVVGKRSIESESFRIEWEMNEGITAWIDKTRSADLLDGAREHAPFTPIYEVTPAQDEFNPSEICSTRRRMGRNRKGTNVQRDTGRLTRVTVLDNGPLFALVELVFDVKGLSYYALHIKMFANQPRVEVSVRFHKDSVWLPENVYVALPFSMGTEAELYVEKAGCHFRPWKDQIPGSCLDYTSVQEGIFWHSAIDREALALSMTDTPLVQLGTLEHAPRQLHTMQPADSRPSTYAWILTNYWETNFKATLGGFYEFRYAVERHRQLDPEQAAKTLHASTGQFTVHRII				NA	NA	NA	NA	NA
JZ016_06246	1017			hypothetical protein	ATGAACCGCAAGGATAGCGCCGATCCAGAAAGCGTGCCCTCCCCTGCCCCCATCACCATCGCGCTTGATGCCGGCGGCACCGCTTTGAAGGGAGCGCTCATCGTGAACGGGCTGCCAATCCCCGGCTCGTTCATAACCCGGCCTTCGGAATCGCACGGAGCCGCGGCGGATACGATTTCCAGCTTCGCCCAAGCCTGTCATGATCTGATCAACTATCACGCTTCGGCCTTCCGGCCGTTGGATTATCATGATTTAATCCGGATCGGCTTCGCTTTTCCGGGGCCCTTCGATTATGCAAAAGGCATTGCGCTTCTTCAAGGCCTAGGCAAATATGACGCTCTGTTCAAGCAATCGGTTCGGGATCTGCTCCGCTGCGAATTTCAGAGACTCAAGTCATCCTTCCCGGGTGTCACGATGAACCGTCTGACCGCCGCCGATATCCGGTTCGGCAATGATGCCTTCATGTTCGGCCTTGGGGCCTCCACCCGGTTCCCATCGGAACGCCGTCTCCTATGCCTTACGCTCGGTACGGGCCTCGGCTCTGCCTTTGTGGAGAATGGTCAAATCGTAGCCGGCAGGCATGGTATCCCAAGCAGCGGAATGCTGTTTGCGGAGCCTTACCGGGATCATATCGTGGACAGCTATTTCGGGAAAAGGGGCATTCTGAACATGGCTTCGGAGCGGGGACTCCTGGCTGACGGGTTCGACGTAGCCGACCTCGCTGAAGCTGCCAAGAGCGGTAACGCGCAAGCTCAGGATGTATTCCGCGAATATGGCAGCGAGCTGGGAGAAATGCTCCTGCCTTATTTATCCGTGTTCAAACCGAGCCGCCTAGTGCTGGGCGGGCAAATCTCGGGCAGCTTGCCCTTATGGGAAAAGGATATCATGCTCGCTTTGGGCAGGCACGCCGTTCCCGTTCACGCTCTCGCAGACGGAACGGCGGCTGTGTTTAACGGCATTGAGAAGCTATTCGAGGATACGGATCATCATGCATCCGCTCCCCATTTTAATCTATAG	MNRKDSADPESVPSPAPITIALDAGGTALKGALIVNGLPIPGSFITRPSESHGAAADTISSFAQACHDLINYHASAFRPLDYHDLIRIGFAFPGPFDYAKGIALLQGLGKYDALFKQSVRDLLRCEFQRLKSSFPGVTMNRLTAADIRFGNDAFMFGLGASTRFPSERRLLCLTLGTGLGSAFVENGQIVAGRHGIPSSGMLFAEPYRDHIVDSYFGKRGILNMASERGLLADGFDVADLAEAAKSGNAQAQDVFREYGSELGEMLLPYLSVFKPSRLVLGGQISGSLPLWEKDIMLALGRHAVPVHALADGTAAVFNGIEKLFEDTDHHASAPHFNL				NA	NA	NA	NA	NA
JZ016_06247	1881			hypothetical protein	ATGAAACCTGCAACGACCTTTCAATCACACCCGATCAACCACTTGGACTTTGGCAGCGAACCCCAATTTATGAAGAATGGGACCGACGCATGGTGCTCGTTTATCCTGTCGACCTATAAACAAAAAAATTCCCAGCATGAATCACAGGAAAAAAGCAGTATCTTCATTACGCTTGACGGAACACACGGCGCCGATTTCGATAAACTGCTGGCCAAGCTTCAGCAAGCCTGTGAGCAAGAAGGCATCGCCTTCGCATGCGATTCCACGTCCGATTACGTCAAACCCGAAGCCGAGCTCCGGGCCGAGATGGCTCCTTATCTTACGGATAACCGGGCATTCGGCTATAAAGCAACCGATGTCCGCCCCATTCAATATTTTCAACAGGACGCACGGCCAGCCTTGAATAAAAATGCGCATGCATTTGACGCGATGCGCGGCATATACGTCCTGCACGGACCCGGCGCTTCGCTGCTTCAAGGCCGGACCCCCGACCTTCATTTCTACGCCGATTACTCCCGCGAGAACCAGCAGCGGCGCCATGCCCAGCATATGGGCAGCTTCGGCTTGGGCAGCTCCTTCGACAAGGTTGAGACTTACAAGAATTGTTTATTTCTCGAATGGCCCGTCTGGGAGACCTACCGTCGCGACTGGTTAGCCCATCATACCCATGCCCAACACTCCGACAACCAAGCGTATTACATGGACTTAAATCGTCCGGAAGAGCCGGTGTGGCTGCCGGCTGCCGCCTTGGCAAACGTACTGCGCAAAGCAAGTCGGCAGCCGTTTCGGGTCAAGCCGTTTTTTGCCCCGGGAATATGGGGCGGTCAATATCTTAAGGAATTATGCGGTCTTCCCGACGAATGGCCCAACTGCGCCTGGAGCTTTGAGCCTATCGCTCCCGAGAACACGCTTGTGCTGCGCGTGCAGGATATCACCTTCGAGGTTCCGTTCACATTGCTCATGGAAGCAGCGGCTCAAGAGATTATGGGAAGGCGTAATGTCCGGCTGTTCGGCGACTACTTCCCGATCCGGTTTGATTATCTGGATACGATGCAGGGCGGCGAGCTGTCGCTTCAGGTGCATCCGCTGCAGGAATATGCAGAGTCGCAGTTCAATGAGCATATGACGCAGCAAGAATCGTACTACATCATGCGCAATGCCCCGGAAGCCAAGGTGTATCTCGGGCTGAAGGAAGGAATAAGCGGCGAACGGCTGCTTGCAGCAGTGGAAGACGCCCAGCTTCGGGAAGAGCCGCTTGAGCTCTCCGACTACGTTAACGAGTACAACTCGCAAACAGGGGATCTCTACCTCATTCCACCGGGCACGGTCCACTGCTCCGGCAGGGATAATCTGGTGCTGGAAATTTCCTCGACCACCTGGTGGTTCACGTTCAAGATCTACGATTATCTGCGCCTGGACGCCGATGGCAAACCGCGCCCGATGAACCCTGAGCATGCGCGCCACAATATTAATGACGCCATGAATACGCCTGCGGTAGAAAGCGGGCTTATCGCCCGGCCAGCCGTCGTAAGCCGTCAAGGGGGCAGCTCGGAGGAACTGCTGGGTCAACGGGAAGATCTTCTGTTCCAGGTCAGCAGGCTGAATCTGCAGGAAACGTGGAAAGCGGACACCCAAGGAGAATTCGTCATGTACAATCTCGTGGAAGGCGAACGTGTCCGCCTCGTGCCGGCAGCGGACGAGAGTGCGGCCGTTGAATGGGGCTATGCGGAATCTTACATTGTTCCGGCATGTTTAGGCGAATACCGACTGGAGAATCTGTCCGGATCCCCATGCGCATTGATTGCAGCGAGGGTCAATCCCGATTGGGATTCTCCACTGCTTCCGCCTTCCCGGCCAACAGAAAGCGGGGAATTTGCATGA	MKPATTFQSHPINHLDFGSEPQFMKNGTDAWCSFILSTYKQKNSQHESQEKSSIFITLDGTHGADFDKLLAKLQQACEQEGIAFACDSTSDYVKPEAELRAEMAPYLTDNRAFGYKATDVRPIQYFQQDARPALNKNAHAFDAMRGIYVLHGPGASLLQGRTPDLHFYADYSRENQQRRHAQHMGSFGLGSSFDKVETYKNCLFLEWPVWETYRRDWLAHHTHAQHSDNQAYYMDLNRPEEPVWLPAAALANVLRKASRQPFRVKPFFAPGIWGGQYLKELCGLPDEWPNCAWSFEPIAPENTLVLRVQDITFEVPFTLLMEAAAQEIMGRRNVRLFGDYFPIRFDYLDTMQGGELSLQVHPLQEYAESQFNEHMTQQESYYIMRNAPEAKVYLGLKEGISGERLLAAVEDAQLREEPLELSDYVNEYNSQTGDLYLIPPGTVHCSGRDNLVLEISSTTWWFTFKIYDYLRLDADGKPRPMNPEHARHNINDAMNTPAVESGLIARPAVVSRQGGSSEELLGQREDLLFQVSRLNLQETWKADTQGEFVMYNLVEGERVRLVPAADESAAVEWGYAESYIVPACLGEYRLENLSGSPCALIAARVNPDWDSPLLPPSRPTESGEFA				NA	NA	NA	NA	NA
JZ016_06248	933	rhaR_58		HTH-type transcriptional activator RhaR	ATGCAAATCGATGACGAAACTTTCATCCCGTTATTCAAACGGGCCAATTCCATATTAAACCGAACCCTGAACTCCATTGAACAGCAGGAACTGAGCGTCCGGATCCACTACTGGGGATTTATGCCGCGCCACTACGACAATACGGAGCATAAGCATTCTTTTTTTGAAGCTTGTTACGTGTTGACAGGCTGCGGCTCGTATATCGAAAACGAGACAGAGTTCCATCTTCATCCAGGCACCCTGTTTCTCTCAAGGCCGGGCATCCAGCACCAAATTAAGAGCAGGGAGGGCTTGGCCTTATGTTATGTTGCCTTTGAACTGGATGAATCAGCAAACAGCGATCTCCATACGGCTGCTTTCCGAAGGTTAGCCATCCAAGGCATTCCGGTGCTTCAGGAAGATGCCGGGCAAGCGTCCGGACTCTTGTGGCTTTCGCTGCTATCAATGTTTCAGTCGGGCTCTGGCGGTAAGCAGCACCCGCCGCATATGCTGAACAGCTTGGCAGCTTCACTCATATTATCGATTCTGGCTGCCCACGGTCCCGGTTTCTACCAAGAACCTTCCGATCCTGGAGCACGCGAAGAAGGAGCTTCGATGTTTCATCAGGCCGAATTGTTTATCCAGGATAATCTGGGCGAGCCGCTCTCGCTGGAGCGGGTGGCTGGCCATCTTCACGTTACGACCCGTCATTTAACCCGGCTGTTCCGTAAATACGGACATCAATCCTTTGTTCATTATGTGCAGGAGCAGCGCGTGCAGCAAGCGAAACACCTGCTTCTGAATACAGACCGGCAGATCAAAGAAATTGCCGTCTCCTGCGGATTTGAGTCCGTGCACTACTTCACCCGGGTGTTTACGTCCAAGCTCGGCGTAACCCCGGCCCGCTTCCGGCGTTCCCAGTTTTCAGAAGGCCGTTACGACTCCGAGCTTTAG	MQIDDETFIPLFKRANSILNRTLNSIEQQELSVRIHYWGFMPRHYDNTEHKHSFFEACYVLTGCGSYIENETEFHLHPGTLFLSRPGIQHQIKSREGLALCYVAFELDESANSDLHTAAFRRLAIQGIPVLQEDAGQASGLLWLSLLSMFQSGSGGKQHPPHMLNSLAASLILSILAAHGPGFYQEPSDPGAREEGASMFHQAELFIQDNLGEPLSLERVAGHLHVTTRHLTRLFRKYGHQSFVHYVQEQRVQQAKHLLLNTDRQIKEIAVSCGFESVHYFTRVFTSKLGVTPARFRRSQFSEGRYDSEL	PGPT0017785_30	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017785-rhaR-K02854	NA	NA
JZ016_06249	591	ydhK		putative protein YdhK	ATGTCAGCTAAGAAACGATGGAAGCCGCTTATTCTGGTTGCGTTGGCATCCCTCATCCTCATACTGGGTGCCTGCGGTAATACGAAGAGTGCAAACCCCGATAACAACGAAAACACGGAAGCCACCGGGAACATGGATGGCATGGATCATGGCAGCATGAACCATTCCGGCTCGGGCGAGATCCCGGAAGGGTTGAAGGCGGCAGAGAATCCGACCTATGCGGCCGAGACCCAAGCGATCATTGAATCCGATCACATGCCCGGAATGAAGGGGGCAAAGGCAACGATTGTCGGGGCGTACGATACGACGGTGTACACGATATCGTATACGCCGACGAGCGGCGGACCCGAAGAGAAGGATCATAAATGGGTGATTCATGAGGAGCTGAAGGATGCCGGGAAGGAGCCCTTGGAACCCGGAACGGAAGCTGTCGTGAATGCGGATCATATGGAGGGCATGAAGGGAGCCACTGCCGTTATCGATTCCGCCGAACAAACGACGGTCTATATGGTGGACTTCACGACGACAACCGGCGAAGAAGTCAAGAATCATAAGTGGGTGACGGAAAGCGAGCTGGCCCCCGTACAATAG	MSAKKRWKPLILVALASLILILGACGNTKSANPDNNENTEATGNMDGMDHGSMNHSGSGEIPEGLKAAENPTYAAETQAIIESDHMPGMKGAKATIVGAYDTTVYTISYTPTSGGPEEKDHKWVIHEELKDAGKEPLEPGTEAVVNADHMEGMKGATAVIDSAEQTTVYMVDFTTTTGEEVKNHKWVTESELAPVQ	PGPT0015018_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015018-ydhK-NA	NA	NA
JZ016_06250	900			Epimerase family protein	ATGAGAATAGCCATTTGCGGAGGCACCGGTTTCATTGGAGAGGCATTGTGCACGCGTTGGCAGCAGGGCGGGCATGACATGATCATCGTCACAAGATCGAAACCGGACAATCCCCAACCCAGCAGGCCTATATCCTATCTGACCTGGGATGAGATGAAGTCCCATCCCGAGCGGTTTGAGGGTCTGGATGCCCTCGTTAACCTTGCAGGCTCTTCCCTGAGTCAGCGCTGGACGCAGGAAGGCAAGCAGAGAATCCTTCAGTCTAGACAACGAACCGTCTCCTCCGTAGCCGAGCTAATGGACCGCCTGGCGTTTAAACCTCCGGTGGTCATTCAAGCTTCGGCGATGGCCATTTACGGCACATCCGAGTTTGAAACCTTTGATGAGGAAAGCCCAGCCACGATTATGGATTTCCCGTCCGAGGTTGTGCAGGAATGGGAGCAAGCGGCCGACCGCATCCCGGTTGACCGGTTAATTAAGCTGCGCATCAGCGTTGTTCTGGGCGGTAAAGGCGGAGCCCTTCCCAAAATGCTGCTGCCCTACAAACTAGGCGTTGGCGGTAAGATCGGCAGCGGCAAGCAATGGCTCTCCTGGATACATATCGACGATATCGTGGATTTGATCGATTATTGCATCCGGCACGAGGCCATATCCGGAGCCGTGAATGCGGCTTCCCCGCATGCGGTCACGAATGATGAACTCGGCAGGAGCATCGCCAAGGTCTATCACCGTCCGCATTGGCTCCCCCTGCCTGCTTTCATGCTCCAAGCCATCCTGGGCGAAATGTCGCTCATTCTGCTAAAGGGCCAGCGTATCCTTCCGGCCAAGGCACTGCGACACGGCTTCCAGTTTCGATATCCGGAAGTGACGGACGCTCTGAAGCAGATCAAAGAAAACTGA	MRIAICGGTGFIGEALCTRWQQGGHDMIIVTRSKPDNPQPSRPISYLTWDEMKSHPERFEGLDALVNLAGSSLSQRWTQEGKQRILQSRQRTVSSVAELMDRLAFKPPVVIQASAMAIYGTSEFETFDEESPATIMDFPSEVVQEWEQAADRIPVDRLIKLRISVVLGGKGGALPKMLLPYKLGVGGKIGSGKQWLSWIHIDDIVDLIDYCIRHEAISGAVNAASPHAVTNDELGRSIAKVYHRPHWLPLPAFMLQAILGEMSLILLKGQRILPAKALRHGFQFRYPEVTDALKQIKEN	PGPT0014730_2098	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071	NA	NA
JZ016_06251	966	acr3	COG0798	Arsenical-resistance protein Acr3	ATGGGACTTATAGAGAAATTTCAAACCTTGATCATTATGGGCGCGGTGGCGATTGGGCTGGCAGTGGGACAGCTGCCGTTCGCCGCAGAGTATGCGGAATACACGATCGTTCCTTTTTTGCTGCTGATGTTATATGGATTGTTTCTGACGATACCGCTGCGGCAGCTGCGAAAGGCGTTTAAGAACATCAGGTTTCTGGGAGCGAGCACGCTCATTAATTTTATATGGACACCGCTGCTAGCCTGGGGACTCGGTGCTGTCTTTCTGTCGGACCACCCGGCGCTTTGGATCGGATTCATCATGCTGATGGTGACCCCCTGTACAGACTGGTATTTGGTCTTTACCTCGATTGCCAAGGGAAACGTACCCTCGGGTGCTTCGGTGCTTCCTATAAACCTGATCCTACAGGTGCTGCTGCTTCCGCTGTATTTGCTCTTGTTCTCCGGCACGATCGAAACGATTTCGATGGCAGCGCTGATCGAAAGCGTGCTGCTTGTGCTCGTCGTTCCGTTCACGCTTGCGCATCTCACCCGTTTCATTCTGAGAACCAGGAAAGAGGTGCTTGAGCACAAGGTGATGCCGTTCTTCGGCAGGGCCCAGATTGTCTTTCTGAGTCTCGCCATTGTTGCGATGTTTGCGTCTCAAGGGTCATACTTATTGAATAATATGGACATGGTATATATCCTCATTGTTCCGATCCTGATTTATTTCACGATGAATTATATGCTGGGCAGTGCGGTGGGCAGCATGCTGCGTTTCACCTATGAGGATTCGGTCAGCCTCCATTTAACGATCATTGCCCGGAATTCCCCGGTAGCCCTCGCGATCGCCGTGACGGCCTTTCCGGACCAGCCGGTGATTGCCCTTGCCTTGGTCATCGGACCGCTAATCGAACTGCCTGTGCTTGCCGTTGTATCCCAGCTGCTGTTAGTAACAAGAAGAATGAAACAGAAGTCGGTTACCTGA	MGLIEKFQTLIIMGAVAIGLAVGQLPFAAEYAEYTIVPFLLLMLYGLFLTIPLRQLRKAFKNIRFLGASTLINFIWTPLLAWGLGAVFLSDHPALWIGFIMLMVTPCTDWYLVFTSIAKGNVPSGASVLPINLILQVLLLPLYLLLFSGTIETISMAALIESVLLVLVVPFTLAHLTRFILRTRKEVLEHKVMPFFGRAQIVFLSLAIVAMFASQGSYLLNNMDMVYILIVPILIYFTMNYMLGSAVGSMLRFTYEDSVSLHLTIIARNSPVALAIAVTAFPDQPVIALALVIGPLIELPVLAVVSQLLLVTRRMKQKSVT	PGPT0004705_3062	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004705-arsB|arsenite_transporter-K03325	NA	NA
JZ016_06252	1191	rocD	COG4992	Ornithine aminotransferase	ATGGACCCTTCAAACCCGCATATCGAGAAAGCCGAAAAGTACGGTGCGAGAAACTACCATCCCCTCCCCATCGTCATTGCCGAAGCGGCAGGCATCCATGTGACGGATTCGGACGGCAAGCGGTATATCGACATGTTAAGCGCCTACTCGGCGCTGAACGCAGGACATTGTCACCCCCGTATTATCGGGGCTTTAAAGGAACAAGCAGATAAGGTGACTCTGACCTCGCGCGCATTCCATCATGACCAATTGGGCGAGTTTTACGAGAAGCTGTCTGCTATCACCCGCAAAGATATGATCCTTCCCATGAATACGGGAGCCGAGGCTGTTGAAACGGCGCTCAAGGCAGCACGCCGCTATGCTTACCGGAAGAAAGGTTTACCGGCCAATCAGGCCGAAATTATCGTCTGCGAAGGCAATTTCCACGGACGCACGATCACCATCACCTCCTTCTCCTCCTCCAACGAATATCGGGAAGGCTTCGGCCCGTTCACGCCGGGCTTCAAAGTCATCCCCTATGGCGACCTGGAAGCGCTCAAGCAGACGATTTCACCGAATACGGCCGCCTTTCTTGTAGAGCCGATCCAGGGAGAATCCGGTATTGTCATCCCTCCTGACGGATACCTGAGCGGCGCAATGGAGCTGTGCAAGCAGCATCGTATCCTTCTGCTCGCGGACGAAATCCAGACCGGCTTCGGCAGGACGGGGAAACGGTTTGCCTGCGACTGGGAGGATGTCGTGCCGGATATGTACATCCTCGGAAAAGCGCTTGGCGGCGGCGTCTTCCCCGTCTCTGCCGTGGCGGCGGACGCCGATATCCTCGGTGTATTCGAGCCGGGGTCTCACGGCTCTACCTTCGGCGGGAATCCCCTCGGCTGCGCGGTGGCCGTTGCCTCCATGGATGTATTCCTGGAGGAAGGGCTGGAAGGCAACTCCAAGGAGCTCGGCGAATATTTTCTTCAGCAGCTTCGAACCATCCGGCACCCCGATATCAAGGAAGTGCGCGGCAGAGGCCTATTTATCGGCATGGAGCTTAACGTCCCAGCCAGAACCTACTGCGAGAAATTAAAGGATCTCGGCTTGCTCTGCAAAGAAACCCATGAATCCATTATCCGCTTCGCCCCTCCGCTCATCATCACCAAAGCGGAACTGGACCAGGCCGTCGAGATCGTAAGGCAGGCGTTTGCATGA	MDPSNPHIEKAEKYGARNYHPLPIVIAEAAGIHVTDSDGKRYIDMLSAYSALNAGHCHPRIIGALKEQADKVTLTSRAFHHDQLGEFYEKLSAITRKDMILPMNTGAEAVETALKAARRYAYRKKGLPANQAEIIVCEGNFHGRTITITSFSSSNEYREGFGPFTPGFKVIPYGDLEALKQTISPNTAAFLVEPIQGESGIVIPPDGYLSGAMELCKQHRILLLADEIQTGFGRTGKRFACDWEDVVPDMYILGKALGGGVFPVSAVAADADILGVFEPGSHGSTFGGNPLGCAVAVASMDVFLEEGLEGNSKELGEYFLQQLRTIRHPDIKEVRGRGLFIGMELNVPARTYCEKLKDLGLLCKETHESIIRFAPPLIITKAELDQAVEIVRQAFA	PGPT0014253_2379	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014253-argD|pqqI-K00821	NA	NA
JZ016_06253	909	rocF		Arginase	ATGATGAACAATCTTCCGTCCACCGTAACCATCGTCCCGGTGCCGTTTGACCGGGGTGCTACCCGCCGCGGCGCAAGCCAGGGACCAGACGCGATTTTCGGAGCCGGCCTGAAGCGCAAGCTTGACGCACTCGGAATATCCTATCAGGTTGATGAGCTTGCTGGACTCCCCGAACATAAGGGTGGAACGCACCATCCTCAATTAAAACATCTGAAAGAAGTCCTAACGATTAACGAGCAGCTCGCCGCTCATGTTTCTGCCCTGGCAGAATCGGGTGTCTTCCCGCTAGTCCTTGGCGGTGACCATAGCATTGCAATTGGCACGCTTGCCGGGCTTACCCGGCACTACCGAAGCCTGGGCGTCATCTGGATCGATGCCCACTCCGATCTCAACACACCCGATACGACCCCAAGCGGCAATATCCACGGCATGTCGCTGGCTGTCAGCTTGGGAAGAGGCGATGCGCGGCTAACATCGATCGGCGGCGCAAAATCAACGATCAAGCCCGAACATGTGGTGCTCATTGGCGCGCGCTCCCTCGACCAAGGCGAACGGGATTTCATCCGCCGGGAAGGCATTTCCTGCTTCACGATGCAGGATATCGACCGCCTGGGCATGTTCAACGTCATGAAGGAAGCCATCCGCATCGCGTCAACGGGCACGGATGGCGTACACCTCTCCTTCGATATCGATAGTGTCGATCCGAAAATCGCGCCCGGAACGGGAACGCCGGTTCAAGGCGGACTCAGTTACCGGGAAGCGCATCTGGCCATGGAGATGCTGTCGGAATCCGGCATTCTGACCTCGGCCGAATTCGTGGAGAACAACCCGCTGCTGGACCGCGGACAGACAACGTCCCGGCTGCTTGTCGGCTTAATCGGCTCCATGCTTGGCGAGAGCATCTTGTGA	MMNNLPSTVTIVPVPFDRGATRRGASQGPDAIFGAGLKRKLDALGISYQVDELAGLPEHKGGTHHPQLKHLKEVLTINEQLAAHVSALAESGVFPLVLGGDHSIAIGTLAGLTRHYRSLGVIWIDAHSDLNTPDTTPSGNIHGMSLAVSLGRGDARLTSIGGAKSTIKPEHVVLIGARSLDQGERDFIRREGISCFTMQDIDRLGMFNVMKEAIRIASTGTDGVHLSFDIDSVDPKIAPGTGTPVQGGLSYREAHLAMEMLSESGILTSAEFVENNPLLDRGQTTSRLLVGLIGSMLGESIL	PGPT0020100_1617	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020100-rocF-K01476	NA	NA
JZ016_06254	1362	ugpB_2	COG1653	sn-glycerol-3-phosphate-binding periplasmic protein UgpB	ATGAAACGTTTTGGTAAAAGGTCCTTCGCGCTGCTCCTGCTTTCCTGCTTCATGCTGCTCAGCGCCGCTTGCAGCAATACGCCAGCTGCTGGAGAAACGACCGTTGCCGCCGGCAGCGAGCCAGCCAAAGAGCCCGTTAAGGTCGTATGGTGGCATTCCATGAGCGGTGAGCTCGGGACCGTCGCGGACAAGCTGATCTCCGATTTTAATGCCGCCCACAAGGATATTCAGGTTGAGGGCGTGTTTCAAGGAACGTACGATGAAAGCTTGAACAAGCTGAAGGCCTCCTTGGGATCGAACAGCGGCCCGACCATGATTCAGGTGTACGAGATCGGCAGTCGTTTCATGATGGATACCAAGGCGATCCGTCCGGTTCAGGACTTCATGGATGCTGAAGCATACGACATTTCCTCCTTGGAACCGAACATTAAAAATTATTATACATTCGACAACAAATTGTACTCGATGCCATTTAACTCCTCCAACCCGATCCTTTACTACAACAAAGATGCCTTTAAAGCGGCGGGACTGGATCCGGAAAATCCTCCAAAAACCTACGAAGAGGTAGCGGAAGCGGCCAAGACGCTAACGAAAGACGGCCAAACCGGCGCATCCTTTGCGATCTACGGCTGGTTCATGGAGCAATTCCTCGCGAACCAAGGTGTTGAACTGCTGAACAACGGCAACGGACGCACGTCCCCGGCCACCGCTTCGCAAGTCAACAACGCCGCTGCCGTGAAGACGCTGGAATGGTGGAAGCAATTGCTGGACGATAAGGTCCTGCTGAACCTGGGACGTAAAACGGACGATACCAAAAAAGCATTCGCAGCGGGTCAAATCGCCATGACGCTGGACTCGACGGCTTCCCTCCGCGGGATCGTCAGCGCAGCGGAAGGCAAATTCGAAGTCGGTACGGCTTTCCTCCCTAAACCGGCTGACGGCGGCGAAGGCGGCGTTATCATCGGCGGTGCAAGCCTGTGGCTGATGAACAACAAATCGGAAGAAGAGCAGCAGGCCGCCTGGGAATTCATGAAGTATTTGGCCGAGCCGCAAACGCAAGCTTACTGGCATGTCAACACGGGTTACTTCCCGGTCACGACCAAAGCTTACGAAGAGACCCTCGTAAAAGAAAACCTGGAGAAATATCCGCAATTCCAGACGGCCGTTGATCAATTGCATCAAACGACGGCCAATCTCGCAACGCAGGGGGCTGTCATGGGCGTATTCCCTGAAGCCCGCCAGCTGACGGAAACGGCCATCGAGGAAGTGCTGAATGGTCAAAAAACGGCGCAGGAAGCACTGGACAAAGCCGCTCAGGAAATTAGCTCCAAGATCGAGACTTATAATAAGACGGTAAAATAA	MKRFGKRSFALLLLSCFMLLSAACSNTPAAGETTVAAGSEPAKEPVKVVWWHSMSGELGTVADKLISDFNAAHKDIQVEGVFQGTYDESLNKLKASLGSNSGPTMIQVYEIGSRFMMDTKAIRPVQDFMDAEAYDISSLEPNIKNYYTFDNKLYSMPFNSSNPILYYNKDAFKAAGLDPENPPKTYEEVAEAAKTLTKDGQTGASFAIYGWFMEQFLANQGVELLNNGNGRTSPATASQVNNAAAVKTLEWWKQLLDDKVLLNLGRKTDDTKKAFAAGQIAMTLDSTASLRGIVSAAEGKFEVGTAFLPKPADGGEGGVIIGGASLWLMNNKSEEEQQAAWEFMKYLAEPQTQAYWHVNTGYFPVTTKAYEETLVKENLEKYPQFQTAVDQLHQTTANLATQGAVMGVFPEARQLTETAIEEVLNGQKTAQEALDKAAQEISSKIETYNKTVK	PGPT0016835_240	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016835-ugpB-K05813	NA	NA
JZ016_06255	825			hypothetical protein	ATGAACATGCGACTCATGCCCAAAAGCTTCATCTACATCGCGCTGCTTCTCTGTTCGCTGGTCATTGCCTTTCCGCTCCTGTACACCTTGTCAACATCGCTGATGAGCGAGGCTGAATCGGCTGTTTATCCGCCGCCTCTTCTTCCGGAAGCCATCAATCTGTCCAATTTCGCCAAGGTGGTCGATACGATCCCTGTCCTTACCTTTATCGGGAACAGCCTTGTCGTCTCCATTGCCATCATGGCAGGTCAGATCGTGACCGCAAGTCTGGCGGCATACGCCTTCGCCTTCCTGCGGTTCCCGGGAAAAACGCTGCTGTTCAGTCTCTTTCTCGCCACGATGATGATTCCGTGGGAAGTGATCATGATTCCGAACTATTTGACGGTCAAAAGCCTGAACTGGCTGGATACCTACCAAGGGCTTATCATTCCATTCCTGGCAACGGCCTTCGGAACCTTCCTGCTCAGACAAGCTTTCCTTCAGCTGCCAAAGGAGCTGTTTGAAGCGGCCCGCGTGGACGGCTGCGGACATGTCCGCATTTTCCTGAGCATGGTCCTGCCGTTATCCATCCCCGGAATTGCCACGCTGGGCGTATACTCGTTCCTGAACCATTGGAACATGTACCTGTGGCCGCTCCTGACAACAAACCGCGTCGAGATGCGAACCGTCCAGATCGGGATCGGGATGCTGCAGTTCGAAGAGATGAACTCATGGAATCTGATACTGTCCGGCGTGCTCCTCTTGCTGCTCCCTTCCCTGCTGCTGCTTGCACTCGGTTTGAAGCCGCTAGTCCGCGGCATTACGGCAGGTGCGTTGAAGGGCTAA	MNMRLMPKSFIYIALLLCSLVIAFPLLYTLSTSLMSEAESAVYPPPLLPEAINLSNFAKVVDTIPVLTFIGNSLVVSIAIMAGQIVTASLAAYAFAFLRFPGKTLLFSLFLATMMIPWEVIMIPNYLTVKSLNWLDTYQGLIIPFLATAFGTFLLRQAFLQLPKELFEAARVDGCGHVRIFLSMVLPLSIPGIATLGVYSFLNHWNMYLWPLLTTNRVEMRTVQIGIGMLQFEEMNSWNLILSGVLLLLLPSLLLLALGLKPLVRGITAGALKG	PGPT0016845_1429	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016845-ugpE-K05815	NA	NA
JZ016_06256	981	ugpA_4	COG1175	sn-glycerol-3-phosphate transport system permease protein UgpA	ATGATGATGGAAAAAGAATTTACGCTTCCTTCTCCGAGTCACTCTCTGACGCCGCCGGTCAGCGAAGCTGAACCTTCAACAGCGGCGAAAACGATCTCCATCAAGAAATCAAAACGCAGGGAAATCATGCTCGCCTATGCATGTCTGGCACCTTCGCTGCTCATTTTCGGTCTGTTTCTGTTCTATCCGCTGCTTAAATCGGTTTATCTGAGCTTGTTCCTGACCGATCCTCAAGGCCGGGTAGCCGAATTCGTGGGGTTCGATAACTTTAAGGAAATACTGACCTCCGAGATGTTTTATACCAGCTTCGGCAACACACTGCTGTTTATCGTGCTGACGGTCCCGACCGGGATGGCGGCCGCCATACTGCTCGCAGCCCTGACGCACAATAAGCTGAAAGGCATGAAAATATTCCGCTTCATATTCTCGCTGCCGATGGCCGTGTCCGTCGGCACCGGCTCGATGATCTGGATGATTCTGTATCATCCGACATTGGGCGTACTGAATTACTTTCTGTCGCAACTCGGCACTCAGCCCATTCAATGGCTGACCGATCCGAAATGGGCCATGATCTCCGTCGCGATCATGACCGTCTGGATGAATCTTGGTTTTAATTACATCCTCATGCTGAGCGGCATGCAGGGCGTATCCGAGGATATCTACGACAGCACCAAGATCGACGGCTCCGGTCCGCTGAGAACTTTCTTCCGGATTACGATGCCGCTGATCTCCCCTACGTTATTCTTTACATCCGTCGTGTCGGTCATCGGCGCTTTCCAAGCGTTCGGACAGATCAACATCCTGACCAAGGGAGGTCCGATGAACAGCACCAACGTCATCGTGTTCAACATTTATCAGGATGCCTTCGTCAATTTCCGCTTTGGCATCGGCAGTGCGCAAGCGCTCATCCTGTTTGCGATCATTCTGCTGCTGACCATCTTTCAATTTAAATTCGTGGAGAAGAAGGTGCATTACCAATGA	MMMEKEFTLPSPSHSLTPPVSEAEPSTAAKTISIKKSKRREIMLAYACLAPSLLIFGLFLFYPLLKSVYLSLFLTDPQGRVAEFVGFDNFKEILTSEMFYTSFGNTLLFIVLTVPTGMAAAILLAALTHNKLKGMKIFRFIFSLPMAVSVGTGSMIWMILYHPTLGVLNYFLSQLGTQPIQWLTDPKWAMISVAIMTVWMNLGFNYILMLSGMQGVSEDIYDSTKIDGSGPLRTFFRITMPLISPTLFFTSVVSVIGAFQAFGQINILTKGGPMNSTNVIVFNIYQDAFVNFRFGIGSAQALILFAIILLLTIFQFKFVEKKVHYQ	PGPT0016840_63	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_sn-GLYCEROL-3P_TRANSPORT,PGPT0016840-ugpA-K05814	NA	NA
JZ016_06257	984	rbsR_3	COG1609	Ribose operon repressor	ATGGCAACGATCAAGGATGTGGCAAATCGGGCCGGCGTGTCCGTGGCCACGGTTTCACGGGTTTTAAATGGAAACGGTTACGTGCATGAGGACACCAGGTCCAAGGTAGAACAAAGCATTCGCGAGCTGAATTATACGCCGAATGAAGTAGCGCGTTCTTTATATAAAAGAAAATCGAAATTAATTGGACTTTTACTTCCGGATATTATGAACCCTTATTTCCCGCAGCTAGCCCGCGGAGTTGAGGATGAGATGCAGGAGAATGATTATCGGCTGATATTCGGGAACAGCGACGAGAGCAAGAAAAAGGAAATGGAATATATCCAAACCTTTGTCCAAAATAATGTGGTTGGTGTCATATCATCGACCAATGATCCGGATGCCGACATGTATACAGGGCTCAAGATTCCGGTAGTATTTCTGGATCGCACCTCATCGGATCGTCCTTCCGTCTATGCGGATGGCCGGCAGGGCGGAAGAATTGCAGCGCAGGAGATCATTAGGCGAGGCAGTAAAGCTATAACCGTGATTCAGGGCCCGGCGGATGTCCGTCCTGCTCAAGAGCGTTTTGAAGGAGCCGTCGAGGTTCTGGAAGGACAGGCGGCAGCGTATCAAGTGCTGAAGACGACATCGTTTTCTTTAATCGAAGCGGAAGAATTCGCCCAGCAAGTGTTCATCGAGTTTCCGGACACGGACGGCGTAATCGCCAGTAACGATATTATGGCATCCGCCGTAGTCAAGGAAGCGTTTCGGCTGGGGAAAAGGGTGCCGGAAGACGTACAGATTATAGGGTTTGACGATATTCTGCTCAGCCGGCTGCTGGCACCGCCCCTGTCTACGATTCATCAGCCGGCATATGAAATGGGCCGGGAGGCGGCCAGATTGCTTATGGGACTTATTGAAGGGCATCACATAGAGAGAAGCAGCATCGAATTCTCGGTAGAATTTATAGAGCGGCAGACAACGAGAAAGGTGGAATCATAA	MATIKDVANRAGVSVATVSRVLNGNGYVHEDTRSKVEQSIRELNYTPNEVARSLYKRKSKLIGLLLPDIMNPYFPQLARGVEDEMQENDYRLIFGNSDESKKKEMEYIQTFVQNNVVGVISSTNDPDADMYTGLKIPVVFLDRTSSDRPSVYADGRQGGRIAAQEIIRRGSKAITVIQGPADVRPAQERFEGAVEVLEGQAAAYQVLKTTSFSLIEAEEFAQQVFIEFPDTDGVIASNDIMASAVVKEAFRLGKRVPEDVQIIGFDDILLSRLLAPPLSTIHQPAYEMGREAARLLMGLIEGHHIERSSIEFSVEFIERQTTRKVES	PGPT0017992_15221	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATE_UTILIZATION_REGULATION,PGPT0017992-lacI|galR-K02529	NA	NA
JZ016_06258	879	rbsK_2		Ribokinase	ATGGCGAAAATCGTGGTAATCGGAAGCGCGTCGATGGACTTGGTGGTCACCTCCACCAAGCGCCCCGGCGCGGGAGAGACGGTGCTTGGCGACAGCTTTAAGACGGTACCCGGAGGGAAGGGGGCCAATCAGGCCGTCGCGGCGGCGCGTCTGGGTGCAGAGGTGAACATGATTGGCTGTGTCGGTGAAGATTCCTTCGGCGAAATGATTTTGAGCAATCTGAAGTCAAATGGCGTTTTAACAGACCATGTGGAACCGGTTACAGGTATGGAAAGCGGAACCGCGCACATCATTTTGGCAGAGGGAGACAACAGCATCGTGGTGGTAAAAGCTGCCAACGACCGGGTCACTCCGGAATATGTTGATCAGGCAGCGGAGGTTATCCAGGCTGCGGATATCGTGTTGATACAGCAGGAGATTCCGGAGGAAACGGTGATCCATGTCAGTGAATTGTGCGCAAAATATCAGGTGCCGTTGATGCTGAACCCGGCTCCTGCCCGCCCGGTGCCAAGCAGCGTTATTGAACGGGCGGCTTATATTACGCCAAACGAACATGAAGCGGCTATCTTGTTCGGCGATGAGCCATTAGGCGACGTGCTGCGCCGTTATCCGAACAAACTGATCGTGACGGAAGGCAAGAGGGGAGTTCGTTATTTCGACGGCCTGCAAGAGGTTGTCGTTCCCGGCTACAAGGTTGAAGCCGTGGATACGACGGGAGCCGGCGATACATTCAACGGCGCTTTCGCCGTGGCTCTGTCCGAAGGCATGAGCATAGCAGACAGCCTGAGATTTGCGAACCGCGCAGCGTCCTTGTCGGTCATGAAGTTCGGAGCGCAGGGCGGAATGCCATCGCGCCTCGAAGTAGAAGGGAGTCTTTGA	MAKIVVIGSASMDLVVTSTKRPGAGETVLGDSFKTVPGGKGANQAVAAARLGAEVNMIGCVGEDSFGEMILSNLKSNGVLTDHVEPVTGMESGTAHIILAEGDNSIVVVKAANDRVTPEYVDQAAEVIQAADIVLIQQEIPEETVIHVSELCAKYQVPLMLNPAPARPVPSSVIERAAYITPNEHEAAILFGDEPLGDVLRRYPNKLIVTEGKRGVRYFDGLQEVVVPGYKVEAVDTTGAGDTFNGAFAVALSEGMSIADSLRFANRAASLSVMKFGAQGGMPSRLEVEGSL	PGPT0017405_4499	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0017405-rbsK-K00852	NA	NA
JZ016_06259	399	rbsD	COG1869	D-ribose pyranase	ATGAAGAAGAACGGCATGCTAAACAGTCACATTGCGAAAGTGCTGGCAGATCTGGGGCACACCGATACCATCGTAGTTGGAGACGTCGGTCTTCCGATTCCCCCAGGCGTTCCGAAGATCGACCTGGCTCTCACGCTGGGGACGCCAAGCTTTACCGAGGTGGTGGAAGCGATCGCCGACGATATGGTGATTGAAAAAATCGTGATTGCTGAAGAAATGAAGCTAGATAATAAGGAAACACTGCATTATATACAGGAGAACTTTCAGGATTGCGAGATCGAGGCTTGCTCGCACGAGTTGTTCAAAGCACGGACGCAAAACGCCAAGGCGGTTATCCGTACAGGAGAAGCCAAGCCCTATGCGAACTGCATTTTGCAGGCCGGTGTTCATTTCGGTTAA	MKKNGMLNSHIAKVLADLGHTDTIVVGDVGLPIPPGVPKIDLALTLGTPSFTEVVEAIADDMVIEKIVIAEEMKLDNKETLHYIQENFQDCEIEACSHELFKARTQNAKAVIRTGEAKPYANCILQAGVHFG	PGPT0016595_651	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0016595-rbsD-K06726	NA	NA
JZ016_06260	1482	rbsA_3	COG1129	Ribose import ATP-binding protein RbsA	ATGAACATTGAGATGACCAATATCCATAAATCCTTTGGCACGAACCGCGTACTGGCAGGCGTAGACTTTGATCTCCGGGAAGGAGAGGTTCACGCCCTGATGGGAGAGAACGGCGCGGGCAAATCGACGCTGATGAATATATTGACCGGTCTTCACAGCCGGGATGAGGGCAAGATTGTCATCGACGGCAAGGAAACTTATTTTGCTAATCCGAAGGAAGCGGAAGAAAGAGGCGTTGCCTTCATCCATCAAGAGCTTAACATCTGGCCGGAAATGACGGTTCTGGATAACTTGTTTATCGGCAAGGAGATGACATCCGGCCTGGGTTTCCTCAACATGAAGCAGATGAAGGCGCTTGCGAAGGAACAGTTCGGCAAACTGGCGGTGAAGATACCACTAACGCAGGAGGCGGGGGAATGCTCCGTCGGCCAGCAGCAGATGATTGAGATCGCCAAGGCGCTCATGACCCAAGCAAAAGTCATCATTATGGACGAGCCGACGGCGGCGCTGACCGAAAGAGAAATCGAGAAGCTGTTTGACGTCATTCGTTCATTGAAAAAACAAGGCGTATCCATCGTCTACATCTCTCACCGGATGGAGGAGATCTTTACGATCTGCGACCGGATTACGGTCATGCGGGATGGTAAATCCGTCGATACCAAAGCTATTCCGGACACGGACTTTGATGAAGTCGTCAAAAAGATGGTCGGCCGGGAGCTGACCGAGCGATATCCGGCACGCCATCCCTCTCCGGGTGAGCCTGTGCTGGAAGTGAAGAATATTAGCAGCAAAGGCCGGTTCGAGAATGTGAGCTTTTCGGTTCGTGCCGGCGAAATCGTTGGCGTATCCGGCCTGATGGGGGCTGGGCGCACCGAGATGATGAGAGCGATCTTCGGATTGGACCCGCTGGATAGCGGCGAAATCTGGGTACGCGGAAAGAAAGTTACGATCAAGAAGCCGGATGATGCCGTGAAACACGGCATTGGATTCATCACAGAGGACCGCAAGGATGAGGGGTTGGTCCTGGATTTCTCGGTCCGTGAAAATATGGCGCTGCCCAATCTGTTCAGCTTCTCTTCCAGAGGGTTCATCTCCGGGAAGAAGGAACAGGATTTCGTGGATACGTTGACGAAGCGGCTGCAGATCAAAACGCATACATCCGAGACGCTGGCACGCAATCTGTCTGGTGGTAACCAACAGAAGGTCGTTATTGCCAAGTGGATCGGCATTGGGCCGAGCGTGCTCATCCTAGATGAGCCGACACGCGGCGTAGACGTTGGTGCAAAGCGGGAAATTTATCAGTTGATGAATGAGCTGACCGAACGGGGCGTGGCGATTCTGATGGTGTCGTCGGAGCTGCCGGAGGTGCTCGGAATGAGCGACCGGATTCTCGTTGTTCACGAAGGCAGAATTTCCGGTGAACTGGATCGCGAACAAGCCACGCAGGAACACATCATGACTCTAGCTACAGGAGGTCAGTAA	MNIEMTNIHKSFGTNRVLAGVDFDLREGEVHALMGENGAGKSTLMNILTGLHSRDEGKIVIDGKETYFANPKEAEERGVAFIHQELNIWPEMTVLDNLFIGKEMTSGLGFLNMKQMKALAKEQFGKLAVKIPLTQEAGECSVGQQQMIEIAKALMTQAKVIIMDEPTAALTEREIEKLFDVIRSLKKQGVSIVYISHRMEEIFTICDRITVMRDGKSVDTKAIPDTDFDEVVKKMVGRELTERYPARHPSPGEPVLEVKNISSKGRFENVSFSVRAGEIVGVSGLMGAGRTEMMRAIFGLDPLDSGEIWVRGKKVTIKKPDDAVKHGIGFITEDRKDEGLVLDFSVRENMALPNLFSFSSRGFISGKKEQDFVDTLTKRLQIKTHTSETLARNLSGGNQQKVVIAKWIGIGPSVLILDEPTRGVDVGAKREIYQLMNELTERGVAILMVSSELPEVLGMSDRILVVHEGRISGELDREQATQEHIMTLATGGQ	PGPT0016600_4775	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0016600-rbsA-K10441	NA	NA
JZ016_06261	969	rbsC_3	COG1172	Ribose import permease protein RbsC	ATGACAACTATTAACGATGCCAAGGCGGAAAAAGGGTTTAAGGTCTCAGGTTTGACGCAAAAGCTCGGTCCGCTGCTCGGACTGATCATTCTTATCGTTATCGTATCCGTCCTAAATCCAAGCTTCTTGGAACCGCTTAACATTCTGAACCTGCTGCGTCAGGTATCGATTAATGCATTGATTGCATTCGGTATGACGTTTGTAATCCTGACAGGCGGCATTGACCTGTCGGTCGGTTCGATTCTCGCGCTGTCCAGCGCATTTGTCGCCAATATGATGGTGGCCGGGTTTGACCCGATCCTCTCGATTATCATCGGCGTTGCGCTTGGCGGTGTCATGGGGATGATCAATGGTCTCATGATTACCAAGGGGAAAATGGCGCCGTTTATCGCCACCCTGGCTACCATGACGATATTCCGAGGCCTTACGCTCGTTTATACGAACGGTAACCCGATTACGGGTCTCGGCGACAGCCTTGTATTTCAATTGTTCGGCCGCGGATACCTGCTGGGTATTCCGGTACCCGCCATTACGATGATTATCACGTTTGCGGTGCTATGGGTCATCCTGCATAAAACGTCTTTTGGCCGCAAAACGTATGCCATCGGCGGTAACGAAAAAGCATCGCTTGTATCCGGTATTAAAGTACCGCGCGTCAAGATTATGATCTACTCCCTGGCAGGGATGCTGTCCGCGCTGGCGGGCGCGATTCTGACCTCCCGTTTGAATTCGGCACAGCCGACAGCGGGTACGTCCTATGAATTGGATGCCATCGCAGCCGTTGTTCTCGGCGGTACGAGCCTGACCGGCGGTCGCGGCCGGATTGTCGGTACGTTAATCGGTGTGCTGATCATAGGCATACTGAACAACGGGCTCAACCTGCTCGGTGTGAACTCTTTCTATCAGATGGTTGTCAAAGGCGTCGTGATTGCGATTGCCGTACTGCTCGACCGTAGAAAATCGGCTTAA	MTTINDAKAEKGFKVSGLTQKLGPLLGLIILIVIVSVLNPSFLEPLNILNLLRQVSINALIAFGMTFVILTGGIDLSVGSILALSSAFVANMMVAGFDPILSIIIGVALGGVMGMINGLMITKGKMAPFIATLATMTIFRGLTLVYTNGNPITGLGDSLVFQLFGRGYLLGIPVPAITMIITFAVLWVILHKTSFGRKTYAIGGNEKASLVSGIKVPRVKIMIYSLAGMLSALAGAILTSRLNSAQPTAGTSYELDAIAAVVLGGTSLTGGRGRIVGTLIGVLIIGILNNGLNLLGVNSFYQMVVKGVVIAIAVLLDRRKSA	PGPT0016590_4798	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0016590-rbsC-K10440	NA	NA
JZ016_06262	918	rbsB	COG1879	Ribose import binding protein RbsB	ATGAAAAAAACAACTTTGCTGCTCGTATCGCTTATGCTGATCTTCATAACAGGCTGTTCTCTGGAGCCGCCGGAATGGGCGAAGCCCAAGGCTAGCGGCGATGTCAAAGACATCAAAATCGGTCTTTCCATCTCGACCTTGAATAACCCGTTCTTTGTATCCCTGAAGGATGGCGTCGTCGCCGAAGCGACCAAGCAAGGAATGGAGGTCGTTGTCGTAGACGCACAGAATGACTCGGCCAAGCAGAGCAACGACGTCGACGACCTGATTCAACAGGGCGTCAATGCACTGCTGATTAACCCGACGGACTCGTCCGCGATTTCAACCGTAGTGCAAACGGCAAACAGCTTGGGCATTCCGGTCATTACACTCGACCGTTCCGCAGATCAAGGCGAGGTCGCTGCGCTGGTTGCCTCCGATAACGTCAAGGGCGGTCAGATGGCAGCCGAGTACATCGTGGATCAGCTGGGCAAAGATACGAAAGTCATTGAGCTCGAAGGCGTTCCGGGTGCTTCCGCGACCCGCGAACGCGGCCAGGGCTTCCATGATATCGCAGATGAGCAGCTGAACGTGGTTGCGAAGCAGGCAGCGGATTTTGACCGGACGAAGGGTCTTACCGTCACGGAAAATCTGCTGCAAGGTAATCCGGACGCCAAAGCGATTTTTGCCCACAATGACGAAATGGCCCTGGGCGCAATCGAAGCGATCCAAAGCTCGGGCAAAGACATCATGGTCATCGGCTTTGACGGTAACGACGATGCGCTGAAGTCCATCGAAGCCGGCAACCTGACGGCTACCGTAGCCCAGCAGCCGGAGCTGATCGGTCAGCTTGCCGTCGGGGCAGCGAAAGACGTGCTGCAAGGCAAAGAGGTAGAGAAGAATATCGCCGCGCCGCTGAAATTGGTAGTGAAGGAGTAA	MKKTTLLLVSLMLIFITGCSLEPPEWAKPKASGDVKDIKIGLSISTLNNPFFVSLKDGVVAEATKQGMEVVVVDAQNDSAKQSNDVDDLIQQGVNALLINPTDSSAISTVVQTANSLGIPVITLDRSADQGEVAALVASDNVKGGQMAAEYIVDQLGKDTKVIELEGVPGASATRERGQGFHDIADEQLNVVAKQAADFDRTKGLTVTENLLQGNPDAKAIFAHNDEMALGAIEAIQSSGKDIMVIGFDGNDDALKSIEAGNLTATVAQQPELIGQLAVGAAKDVLQGKEVEKNIAAPLKLVVKE	PGPT0015740_5698	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_RIBOSE|AUTOINDUCER|XYLOSE_TRANSPORT,PGPT0015740-rbsB-K10439	NA	NA
JZ016_06263	1077	iolW_2	COG0673	scyllo-inositol 2-dehydrogenase (NADP(+)) IolW	ATGACGATGGAGAAAAGAAAACATGCGATCGTGATCGTGGGGTATGGCGGAATGGGCAGCTACCACGCCAAGCTGATTAAGGACAATGCATATCTCGAGGTTACGGGAACCTTCGATGTTTTGAAAGATCGCCGGGAAGTATCCCAGCAGGACGGGTATCCTGCCTATGAGAGTTATGAGCAGGTACTAAACGATGCTGCGGTTGACGTGGTGCTCATTGCTACGCCTAATGACGTGCACAAGGAACTGGCGCTGCAGGCGTTTAATGCCGGCAAACATGTCATCTGCGAGAAGCCGGTAACATTGTCCGTCAGTGACTTCAAAGAGATGGTGTCTGCGGCCGATGCTGCCGGCCGGGTGCTGATGGTCCACCAGAACCGCCGCTGGGACGAGGATTTCCTGACGATTAAGCAAATGTACAACGAAAAGACGATTGGCGATTTGTTCCGTATCGAATCCAGGGTACACGGGGCGAACGGCATTCCGGGCGACTGGCGCCATCTGGAAGCGCACGGCGGCGGCATGCTGCTGGACTGGGGCGTGCATCTTCTTGACCAGGTCCTGTTCATGGTGGACAGCCGGATTACGAGCCTGAGCAGCCGCTTAAGCTTTATTCTCGGCGATGAGGTGGATGACGGCTTTGAATCGGTCATTGAATTCGAGAACGGAGTATCCGTTCTGATTGAAGTGGGAACGACCAATTTCATAACGCTGCCTCGCTGGTACGTCAAAGGAACCGAGGGAACCGGCATTATTGAGGATTGGTCGTTAAACGGAAGAGTGGTTACACGGAACCAGGATGCGGTGAAAGTGGAGCCGAAGCCAATTCAAGCCGGGGTAGGATTGACCAAAACGATGGCTCCTCCTTCTGAAGAAGCTACCATTACGGGAGCTCTGCCGGAGCCATACCGTCAATCCAGCAGCTTCTTCGATAACTTTGCGGCCGTGATTCAAGGCGAGGCTGAGCCGATTGTGAAGAACGAGGAAGTGCTGCGCGTTCTGAACCTGATCGAAGCCGTGTTTGAATCGGCCCGGACGGGAGAAACGCTGAAGGATTTCGATATTTACCCTGCGTAA	MTMEKRKHAIVIVGYGGMGSYHAKLIKDNAYLEVTGTFDVLKDRREVSQQDGYPAYESYEQVLNDAAVDVVLIATPNDVHKELALQAFNAGKHVICEKPVTLSVSDFKEMVSAADAAGRVLMVHQNRRWDEDFLTIKQMYNEKTIGDLFRIESRVHGANGIPGDWRHLEAHGGGMLLDWGVHLLDQVLFMVDSRITSLSSRLSFILGDEVDDGFESVIEFENGVSVLIEVGTTNFITLPRWYVKGTEGTGIIEDWSLNGRVVTRNQDAVKVEPKPIQAGVGLTKTMAPPSEEATITGALPEPYRQSSSFFDNFAAVIQGEAEPIVKNEEVLRVLNLIEAVFESARTGETLKDFDIYPA	PGPT0018530_98	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0018530-iolW-K16044	NA	NA
JZ016_06264	1623	rhaR_59		HTH-type transcriptional activator RhaR	ATGAACATATTGCTAGTGGATGATGATTATTTTGTCGTGGCCGCGCTGGAGAAGAAAATCGATTGGAAGGCACTTTCAATCGAACAGGTCTATACTGCTTACAGCGTTGCGCAAGCAAGGGATATTTTGCAGCAGCATTCGGTCCACATCCTCATCTGCGATATCGAAATGCCGCAAGGCAGCGGACTCGAGCTTCTCGCCTGGATTCGCGAGGAACAATACAGCATTCAGACGATATTTCTGACGAATTACGCTGATTTCAATTATGCGCAGAAAGCCATTGAGCTGCAAAGCTTTGACTATTTTCTGAAGCCGATCGAATTCGATAAGCTAAGCCTCATCATCTCCAAAGCCGCCTATAAAGCAAAGGAACAGCAAAGCGATCAGGAAGCGATCCAGGACGGACAGCTGTGGAAAAAAAATCAAAAAAAGCTGCAAGAGCATTTTTGGAACAAGCTGATCAAAGAAAGGAAAGCTTCTTCGGACCGGACCGCCATCGCAGGATATATCGCGGAGCAGAATTTGTCCTATAAGATGTCGGATCTATTTCTTCCTGTGCTCATCACCATTTTTCCGCATGATCAAAGTTTGGGGAGAGAAGACAAGGATCTGTTTGACTATGCGTTTCTCAACGTGCTGTCCGAATTGTTCCAGGACCCGCTCTTCACGGTTGAAGCCGCTATAGAATATAAGGATTACAATTGGATGGTCATACTGAAATGGAATCATCCTCCTGATTCCCGCGTCATGGAAAACATCTGCACGTCGTTCATTGAAAAAGCCAATCAATTCCTTCGGAGCGATGCTTCATGCAGCGTATCGATTTCGGTGGCGTTGGAGGAAATCAACAAGTCCGTTCGGATTCTGCTGCAAATGAATGAGGATATGATCAAGAAGCGGAATCAGATTATTTTTCTGGAACACCATTCCCTGCAAGAAGTCGCGTATACCCCTCCCCAGCTGCAAGACTGGGAAGCGCTTCTCAGCGGGAACGATCCGGCTGGGTTTCTGGTTGAAACCCGCAAATACTTGCAAAACCTAGCCAGGAATGGCGTCTACAACGCCTCGGTGCTTCGTTTATTCCGCTTGGATATCGTGCAGCTGGTCTATTCCTATCTGAAGGGAAAAGAAATCCAGGCACATAAGCTGTATACCGGCAAAACCAATGACCAGTTGTTCCTGCAGTCATTGAACTCGATTGAAGATATGGAGAAATATACGGAGTATCTCGTCAGCACGGCAGCAGAATACCATGCCTACGCCGACCATTCGCATACCGTGGTGGAGGAGATTAAGCATTATATTCATTGCCATTACGGGGATGAGCTGACGCGTACGAGCCTGGCTGAACTCGTCTACCTCAACCCGGATTATTTGGCCCGCGTGTTCAAGAAGGAAACGGGCGTGTCTTTGGGTACATACATCATTCAATCCCGCATCAAGGCGGCCAAGCATCTGCTGGAGACGACACCATTGTCGGTGTACCAGATTGCGGCTAAGGTGGGATACGCCAACTATTCCTATTTCTCCAAGCTGTTCAAGCAGGATACGGGCTGGTCGCCCAGCGATTACAGGCGGGTGCTGCAAGCCGGGAGCAGCGGAAAGATCGATCATGCGAAATAA	MNILLVDDDYFVVAALEKKIDWKALSIEQVYTAYSVAQARDILQQHSVHILICDIEMPQGSGLELLAWIREEQYSIQTIFLTNYADFNYAQKAIELQSFDYFLKPIEFDKLSLIISKAAYKAKEQQSDQEAIQDGQLWKKNQKKLQEHFWNKLIKERKASSDRTAIAGYIAEQNLSYKMSDLFLPVLITIFPHDQSLGREDKDLFDYAFLNVLSELFQDPLFTVEAAIEYKDYNWMVILKWNHPPDSRVMENICTSFIEKANQFLRSDASCSVSISVALEEINKSVRILLQMNEDMIKKRNQIIFLEHHSLQEVAYTPPQLQDWEALLSGNDPAGFLVETRKYLQNLARNGVYNASVLRLFRLDIVQLVYSYLKGKEIQAHKLYTGKTNDQLFLQSLNSIEDMEKYTEYLVSTAAEYHAYADHSHTVVEEIKHYIHCHYGDELTRTSLAELVYLNPDYLARVFKKETGVSLGTYIIQSRIKAAKHLLETTPLSVYQIAAKVGYANYSYFSKLFKQDTGWSPSDYRRVLQAGSSGKIDHAK				NA	NA	NA	NA	NA
JZ016_06265	1740			hypothetical protein	ATGGTTAAAGCATTGAATAACAAGCCTTATCCCATCCGTCACTATGTGAAAATCATGCTCTTTATCTCGATCTTTGCCCTTGTAGTGGATCTGGTGCTCAGCTTCGCCTCCATCTTCATCGTAAAGCAGCAGTCCACCCGATATTTGCAGGATACGGCGAATCTGTACATCCGGCAGATCAATCATGACTTCTCCTACATCAACCACTATATGGGCTGGACACTCGCGAATGATGAGAGCGTTAAGATGATGGATACCCCCGGCACCGATTACGTGGATTATATTAAATCGAACGAAAGAGTGCATAAGCAGTTTAACGAGCTTCAGAAAAACTACGGCCAGGAATACAACTTCTTCTTCTATTTAAAGGAACAGGACTTCTTCCAGAACTATGGACCCATGTCCCTGTCATATACAGAGTTCCTGGAACTTAAGGAACAGATCGTATCCCTCACGGATTCCAAAAACGTATACGAAACGTTCTACTCCAACTGGAACCCGATCCTTGTTCAGGACACCCATTACATCATCAACATCGTTCCTTACCACAACCGGTATCTGATCTGCCTCATCTCCGCCGACGATCTGATCCGGCCGCTCCAGCAGCTGGATTTGGGCGAGGACGGTTACGTCTCTCTGGTGAATGCTCAGGGGGCAGCCCTTACGAGCCCGGGTACAGGCGTGATGGATGCCAACCGTCTTCAAGGAGCCAAGGCATCCCTGCTGAGCCTGTCCCAGCCGCGGACTACGGTTACGGAGGGATTCTCGAACGCCTCCTTCAACGTGCAGCTGGTGATCCAATTCGGCATATTTGAGACGATCATGATCGCCCAGCTTCTCATTATGCTGTTATTTGTTGTTCTGACGTGCACGCTCAGCGTAGTTATGCTGTATTTCAAGAAGAAGGTGTTAAAGCCGATTCAGAATTTTTCAGAAAATGTAAGGCGCATCCACGAGGACAGCGAGAATCTGGATTTCATGAGCAGCGAGATTATCGAGCTGGAGCAAGTCAACTCCCAATTCAAACATCTGATCGAACAGATTAAGAAGTTTAAAATCGATATTTACGAGCAGCAGCTGGATAAGCAGAGAATCCAGCTGGATTATATGAAGCTGCAAATTAACCCCCATTTTTTCCTGAACTGCTTGACGAACATCTACAGCATGGCGCAAATGCAGATGTTTAAGGAAATCGAATATATGTCGCTGTCCACATCCAAATACTTTCGTTACATCTTTCAAAGCGGAGATAATGTCGTACGGCTGCAAGATGAAATCGAGCATGTCCGCATTTACCTGGAGATTCAGAAGCACCGCTACCGTGATGCCTTTTCATATCGCATTGATGTTGAAGAGGAGCTTTCCGGTCTCACCATTCCGCCCCTCGTGTTACAGACCTTTATCGAAAACGCGGTAAAATACGCTGTTTCCCGAGATCAAGAGCTGCAAATCCGATTATCCGTTAGCCTGCGGATGGAGGGGGAGAAACCTACTATGGTCATCCGGATATCCGATACCGGACCCGGGTTTCCCGCCGAAGTATTGGAAAAATTATCAGCCGGCAAACCGCTTGATCAAAGCGAAGGAAAACACATCGGAATCATGAACACCCTTCAGCGGCTGGAGCTGCTCTATCATCGCCGGGCGTTTGTGGAATTTTCAAACCCGGAGGAAGGCGGCGCTTGCGTCACATTAACGATTCCACAACCCATACAGGAACGGAGAGGAGAATTTCAATGA	MVKALNNKPYPIRHYVKIMLFISIFALVVDLVLSFASIFIVKQQSTRYLQDTANLYIRQINHDFSYINHYMGWTLANDESVKMMDTPGTDYVDYIKSNERVHKQFNELQKNYGQEYNFFFYLKEQDFFQNYGPMSLSYTEFLELKEQIVSLTDSKNVYETFYSNWNPILVQDTHYIINIVPYHNRYLICLISADDLIRPLQQLDLGEDGYVSLVNAQGAALTSPGTGVMDANRLQGAKASLLSLSQPRTTVTEGFSNASFNVQLVIQFGIFETIMIAQLLIMLLFVVLTCTLSVVMLYFKKKVLKPIQNFSENVRRIHEDSENLDFMSSEIIELEQVNSQFKHLIEQIKKFKIDIYEQQLDKQRIQLDYMKLQINPHFFLNCLTNIYSMAQMQMFKEIEYMSLSTSKYFRYIFQSGDNVVRLQDEIEHVRIYLEIQKHRYRDAFSYRIDVEEELSGLTIPPLVLQTFIENAVKYAVSRDQELQIRLSVSLRMEGEKPTMVIRISDTGPGFPAEVLEKLSAGKPLDQSEGKHIGIMNTLQRLELLYHRRAFVEFSNPEEGGACVTLTIPQPIQERRGEFQ				NA	NA	NA	NA	NA
JZ016_06266	1062	yteP_67	COG4209	putative multiple-sugar transport system permease YteP	TTGAAGGGGGATAAGGAGAAGGTCCGAATAGCGCATGATGAGGTCCAAATAACGATTCCGGGCAGAAGTATACTTAAGTTGCTTACTCGACATGCCGGTTTCACGACGACGCGAACAGAAAGGGGAATCGATTTGAAAGCAGGCCAACTGAATAGAACCACGCACCCAACCCTCGGGCGGATCAGAAAAAATTGGGGCCTGTATTTGCTGCTGCTGCCTGCGGTTGTGCTGGTTCTGTTGTTTTCTTACGTACCGATGTACGGCATCCTCATCGCATTCAAGGACTACAGTCCCGCTCTCGGCATTATGGATAGTCCATGGGCGGGTCTAAAGTATTTCGAGAAATTTTTTAACTCTTATCAATTCTCGACAACGATCACCAACACGCTCGTAATCAGCTTATACAGCGTTGCGACGTTCCCGATTCCGATCATGCTTGCCCTGATGGTCAATCAGATGCGCCAGAATGGGTTCAAGCGTTTCTTCCAGACGGTAACCTATATGCCGCATTTTATATCCACGGTCGTGATGGTGGGACTCATGCTGATTCTGTTCTCGCCAGGCTCGGGATTGATCGGGAATATTTTCCGGCTCTTTGGTGCCGAAGCGCCGAACCTGATGGGATCGGCCGGCTTGTTCAGCAGCGTGTACGTATGGTCGGATGTGTGGCAGCATACGGGCTGGGACAGCATTATCTATATCGCGGCGTTATCCGCCGTGAGCCCCAGCTTGTACGAAGCGGCTACGATGGACGGGGCAAGCCGGTGGCAGAAAATCTGGTTTATCGATATCCCGATGCTGATGCCTACGGTCGTAACCTTGCTTATATTGCGGATCGGCAGCTTGCTTGGCGTCGGCTTCGAGAAGGTTTACCTTATGCAAAACAGTCTCAATATTACCTCCAGCGAGGTCATCTCCACCTATGTGTACAAAATCGGGATGCTGAGCAGCCAATACAGCTTCTCGTCGGCGATCAGTCTGTTTAATACAATCATTAATTTTGTTCTGTTGATTCTAGTTAACCAGATTTCGAAAAAATACAGCGAAAACAGTTTGTGGTAA	MKGDKEKVRIAHDEVQITIPGRSILKLLTRHAGFTTTRTERGIDLKAGQLNRTTHPTLGRIRKNWGLYLLLLPAVVLVLLFSYVPMYGILIAFKDYSPALGIMDSPWAGLKYFEKFFNSYQFSTTITNTLVISLYSVATFPIPIMLALMVNQMRQNGFKRFFQTVTYMPHFISTVVMVGLMLILFSPGSGLIGNIFRLFGAEAPNLMGSAGLFSSVYVWSDVWQHTGWDSIIYIAALSAVSPSLYEAATMDGASRWQKIWFIDIPMLMPTVVTLLILRIGSLLGVGFEKVYLMQNSLNITSSEVISTYVYKIGMLSSQYSFSSAISLFNTIINFVLLILVNQISKKYSENSLW	PGPT0017250_2010	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_06267	921	araQ_54	COG0395	L-arabinose transport system permease protein AraQ	ATGGGCGTTGTGGAAATAAAAGAGAAGACAGCGCCAAGGCGGAGGAATACCCGATCTTCCGACAGGGTGCTGGAGATCGGCCTGTATGTATTCGCTGTCTTGATGCTGATCGTGTTGATTTACCCGCTGTACTTCATCATCATTGCTTCGTTCAGCGAGCCGGCCGCGGTTGCGAATGGACAGGTATGGCTGTGGCCCAAGGATTTTACGCTGGCAGGCTATCAAGAATTGCTGAAGCACTCTAATATATGGATTGGGTACCGAAATACGATTGTGTATACGATTGTAGGTACCGCCATCGGCTTGGTGGTTAACATATCGGCAGCTTACGCGCTCTCGCGAAAAGACCTCGTAGGCCGCAAGTATATATCGCTGCTCTTTATTTTTACGATGTTTTTTAATGGCGGTTTGATTCCGACTTTTATGACGATCCGCGATTTTCAGTTGTACGATACGTTTCTTGTTATGGTGCTGCCGTTTTCGGTAGCCGCCTTTAACATCATTGTGGCACGGACTTTTTTCCAGAGCAGCATTCCGGAGGATTTATGGGAGGCGGCCCAGCTTGATGGCTGCGGAAATCTGAGATATTTCGTGACCATCGTGATTCCGCTTTCGAAAGCGGTCATCTCGGTCATTGCCTTGTGGACGGCCGTGGGTCATTGGAACTCCTATTTCAATGCCCTGATCTATTTAAAAGATACGAACCTGTACCCGCTGCAGCTCATCCTGCGAAATATTCTGGTCACCAACCAGATGCAGTCCGCCATGGGTACCGGAGAAGCCGCGGCCATTGCGCTGCGACTCGCCAATATTATGCGTTATGCAGTCATTATCGTCGCAACGGTGCCGATCATGTGCATCTACCCGTTTGTACAGAAGTATTTCAATCAGGGGGTGATGATCGGAGCCGTGAAGTCGTAA	MGVVEIKEKTAPRRRNTRSSDRVLEIGLYVFAVLMLIVLIYPLYFIIIASFSEPAAVANGQVWLWPKDFTLAGYQELLKHSNIWIGYRNTIVYTIVGTAIGLVVNISAAYALSRKDLVGRKYISLLFIFTMFFNGGLIPTFMTIRDFQLYDTFLVMVLPFSVAAFNIIVARTFFQSSIPEDLWEAAQLDGCGNLRYFVTIVIPLSKAVISVIALWTAVGHWNSYFNALIYLKDTNLYPLQLILRNILVTNQMQSAMGTGEAAAIALRLANIMRYAVIIVATVPIMCIYPFVQKYFNQGVMIGAVKS	PGPT0017255_529	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_06268	1620			hypothetical protein	ATGGGAACAAACCATGCAAAGAGGAGACATCGCTTCAAACTGGCTGGCGTCATCATGCTGGCCGCAATCCTGCTGTTGAGCCTGGCGGGCTGCAGCGGCGGCAAGAAGGAGGACGCCAAGACGGATGCCGAAACCGCGTTTAACAAAGAAGGCCTGCCGATTGTCAATGAGCCGATAACGCTGGACGTGCTGACCGTTCGCTGGGGCAACATGGGGGATACGTTCCTTCAGAACCAGTGGCTCAAGGATTTGGAGAAGGAGACGAATGTCAAAATCAATTGGCAAATCATGTCTTCCAATGATTGGGGCGAACAAAAGTCGATCATGCTGGCGAGCGGTACGCTGCCGGATATTATTTTCGGCGATATCGTATTCAGCGATTCCGACATCGTGAACAACCTGTCTTATTTCCGTCCGCTCGACGACTATATCGATCAATACATGCCAAACCTGAAAGCGGCACTGGAAGAAACACCCGAAATGAAGAAGATGAGCACATTCCCGGATGGTAAAATCTACTCTTTGCCGGCGCGGCTGCCGTCAAGGCCGAAAGCATCGATCCAGCCGATTATCAACAAAACATGGCTGGATCAGCTCGGCCTTGATATTCCGGACAACACAGACGAGCTGTACGAGGTATTCAAAGCGTTCAAAGAAGGAGATCCGAACGGCAACGGCAAGGCCGACGAAATTCCGGTCAGCGGATCGGGGAACATCAGCATCGATCTGTTGAACCCGTTCGGCATTACGGACATCAACGGAAACAGCATGATGGTCATCGATAACGAGCCCGTGTTCTACCCGGTCACGGAGAATTATAAAGAAGCGATCAAGTGGGCGCATAAGCTGTACGCCGAGGGCCTCATAGACCAAGAGATCTTTACGCAGGACAGCACCATGTCCACGGCGAAGCATCAGAACCCGGATGCGGCGCTGATCGGCTTCTCGAACCAGTGGGTGCCGGACGCGGTGTTCGGGAAGTGGAAGGATCAATATATTGCGATTCCGTCCATCGCCGGACCTGACGGAAAAAGGTATCAGGGCGGCGAGCCGCAGGGCATGAGCCTCCGCAGAAACGAATTCCTCATTACCACGTCGAACAAGTACCCGGAAATTTCGGCTCGTTGGGCGGACCAGTTCTATACCAATGAAGCGAGCATCCAAAATTTCTGGGGAGCCATCGGCACGGTGATTCAGAAGAACGACGACGGAACGTTTACGCTGATGAGTCCGCCGGAGGGAACGAGTGCGGATGCCTGGTATTGGGAGCAATCCGTAAGGGATTTTGGACCGAAGTACGTAAGCCCGAGCTTCGAGAAAAACATCATTCTGGATGAGACCACGGGCGATGGCTTGAAGCTGGTCATCGACAAGCTGGGCAGCGATTACGTAACGACGCCGTTCCCGAACGTCATGTACAGCGCCGAAGAATTCCAGGAGCTGCCTACGCTGACAACGGATATCGATGGTTATGTCGGCACGACCCGCGCGAAGTGGATATCCGAAGGCAATATCGATGCGGAATGGGATGCGTACGTCAAGAAGCTGAACGATATGGGTCTTGAGCGGCTGGTACAAATCCGCAAGGAAGCCTATCAGCGGTATATCAGCGTCAAATAG	MGTNHAKRRHRFKLAGVIMLAAILLLSLAGCSGGKKEDAKTDAETAFNKEGLPIVNEPITLDVLTVRWGNMGDTFLQNQWLKDLEKETNVKINWQIMSSNDWGEQKSIMLASGTLPDIIFGDIVFSDSDIVNNLSYFRPLDDYIDQYMPNLKAALEETPEMKKMSTFPDGKIYSLPARLPSRPKASIQPIINKTWLDQLGLDIPDNTDELYEVFKAFKEGDPNGNGKADEIPVSGSGNISIDLLNPFGITDINGNSMMVIDNEPVFYPVTENYKEAIKWAHKLYAEGLIDQEIFTQDSTMSTAKHQNPDAALIGFSNQWVPDAVFGKWKDQYIAIPSIAGPDGKRYQGGEPQGMSLRRNEFLITTSNKYPEISARWADQFYTNEASIQNFWGAIGTVIQKNDDGTFTLMSPPEGTSADAWYWEQSVRDFGPKYVSPSFEKNIILDETTGDGLKLVIDKLGSDYVTTPFPNVMYSAEEFQELPTLTTDIDGYVGTTRAKWISEGNIDAEWDAYVKKLNDMGLERLVQIRKEAYQRYISVK	PGPT0017245_1792	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_06269	1086	iolG_28		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGATGAATCAATTTCGAATCGGATTAATTGGATTGGGCGGGATGGCGCAGGAGCACATCCGCTGGATGAATGCAGAGAATGTCTATCAGTTCGTGGCCGTGAGCGACGTCAATGGAGAAGCGGTGGCCCGAGTAGGCGATCAGCTGGGAATTGAGGATGGCAAGCGATATGCAGATTTTAAGGATTTAATTGAAGATCCGGACGTCGATGCCGTCATTTCGGTTACGCCTAACAACGTGCACGCGGATATTATTAGAGCATGCCTGCAAGCGGGCAAACCTTTTTTGGCGGAAAAACCATTTACGCGGGTGTTCGAAGAAGCAATCCCGTTGCTGGAGCTCTACGAGAAACAGCCGGTTCAGGCCATGATAGGCTTTACATACCGTTACACGCCGGCTTTTCGTTATGCCAGGGAACTTGTCCGAACGGGCAAACTCGGGACGATCCGTCACTTCTCCATTCAGTATTTGCAAGGGTTTGGCGTGCCGAGCCAGCAGGTTCCCTACATGTGGAGATATAACAAAGCCGTCACGGGAACGGGGACGCTTGGAGATCTGGGATCGCATATGATCGATATGGCCCGATTTCTGTTTGGTGAATTTGAAGAAATTACGGCCCAGCTGCATACCATCATTCCGGAACGCAGGGACCCGGTAACGGGAGCGATGGCCAAGATCGAAGTCGATGATTTTGCCAGCTTCCAGGCTCGGATGACAGATGGCATGATGGGCGTATTCCAGACGTCGCGCAATGCCTTCGGTTCAGGCAATCAGCATGAAGTATCCATTTACGGCGACCACGGCACGGTCCACGCCAGCACATTGGATCCGGAACGGGTGATATGGATTCGCGAAGAAGAGCCCGGGCAGCTCGCGAAAACGACAATGGAGGTGCCGCAGCATTGCAAAGTCAAGCAGTATGCCGATTTTGCCGGGCTATTACGGGGAACGCCTGCCGACGGGATCCCAGAGTTTATGGACGGGTACCGGAATCAAGAGGTGCTGGATGCAGTCGTTAGGGCACATGAGACCAAAGCGGTGGTAGAGCTTCGGAATCATGGCCAACGGATCCAGAGCAAGTCATAA	MMNQFRIGLIGLGGMAQEHIRWMNAENVYQFVAVSDVNGEAVARVGDQLGIEDGKRYADFKDLIEDPDVDAVISVTPNNVHADIIRACLQAGKPFLAEKPFTRVFEEAIPLLELYEKQPVQAMIGFTYRYTPAFRYARELVRTGKLGTIRHFSIQYLQGFGVPSQQVPYMWRYNKAVTGTGTLGDLGSHMIDMARFLFGEFEEITAQLHTIIPERRDPVTGAMAKIEVDDFASFQARMTDGMMGVFQTSRNAFGSGNQHEVSIYGDHGTVHASTLDPERVIWIREEEPGQLAKTTMEVPQHCKVKQYADFAGLLRGTPADGIPEFMDGYRNQEVLDAVVRAHETKAVVELRNHGQRIQSKS				NA	NA	NA	NA	NA
JZ016_06270	975			hypothetical protein	ATGATAATGCATTTCTCCAAGATTAGCAACATCTATAATCATGTCAAATGGTTTACGGATAACTTTGAATGGGTCCCCCTGCCATTTCCCCGGATCATTACGCTGACATTCCTGTTTTGGTTAGCGTTTACATTGTTGATCTTATTGCTCACATGCGTCTTCCACGATCCGCTGGGGAAGATGTGGCCGGTCATGAAAGTTCATCAATGGCTGCACAGGCTAAGGCCCCATACCGAAGTCATCCTGCGCATTGGGCTGGCCATCGGCTTGGTGCTGCAGCTACTGAGCGGCTCGTATCTGGCGCCCGAGTTCAGAACCAATTCCATGTGGATTATCCTCGGTCTCTCCGCCGCCGCAGCCTGCTTGCTCTATAAGCGCACATTGCCGGTGAGTGGTGCCATCTTATTCTTGCTCTATCTGCAAGCTTCATTAACCTACGGTATGTTTCATTCCATCGATTATTTGATTTATCTCGGTATCGTGTATTATCTGTTTGTGAGCGGCACTCCAATAAAAAGAACGGCTGCCCCCGTCATGTATATATGCACGGGCATGTCCCTCGCTTGGCTTGCCATGGAAAAACTGACCATTCCCGAACTGGCTTGCTCGGTAATGGGCAGCTACGGGCTTCCTACCTTCGGTTTTACCATTGAGAATTTCGTCCTGATCACCGCTTTTATCGAAATTGGGCTGGCGTGGGCATTTATCGTGGGTATCATGAGCCGATTCACCGCCCTCCTGGTATCTGGCATTTTTATTATGACAAGCCTTGTATTCGGTTACAAGGAAGTCATAGGCCATACGATCATTCATACAGTGCTGATCCTGTTCCTGATCGAAGGGACGGGGGAGCTTAAGACTCCATTTCAATTCCACCGCTCCGCGTTACTTCGCGGGTTATTTGTAAGCGTTAACTTTTGTCTCTTTCTGTTCACATTGATGGCGCTGTATATCTGGATGGGCAAGACGTTATGA	MIMHFSKISNIYNHVKWFTDNFEWVPLPFPRIITLTFLFWLAFTLLILLLTCVFHDPLGKMWPVMKVHQWLHRLRPHTEVILRIGLAIGLVLQLLSGSYLAPEFRTNSMWIILGLSAAAACLLYKRTLPVSGAILFLLYLQASLTYGMFHSIDYLIYLGIVYYLFVSGTPIKRTAAPVMYICTGMSLAWLAMEKLTIPELACSVMGSYGLPTFGFTIENFVLITAFIEIGLAWAFIVGIMSRFTALLVSGIFIMTSLVFGYKEVIGHTIIHTVLILFLIEGTGELKTPFQFHRSALLRGLFVSVNFCLFLFTLMALYIWMGKTL				NA	NA	NA	NA	NA
JZ016_06271	564	bcp_2	COG1225	Putative peroxiredoxin	ATGAACAACATGCTTCAACCCGGAGATTATGCTCCATTATTCCAAAGCGTAGATCAAAATGGAAATATGGTTTCACTGGAAGATTATCGCGGACGTAAATTACTTCTCGCCTTTTTCCGCAACGCTGCCTGTGCCCTATGCAATCTGAGGGTGCACCAGTTTATTCAGCGATATCCTCTGTGGCAGCAGCAGCATCTGAATGTCATTTGCGTTTTTGAATCACCGGATGCAGCACTTCAGCAGCATGTCGGTCAGCAAAATGCGCCGTTTCCACTTATTGCCGATCCGAATGCGGAGCTCTACTCTCTCTATGGGGTCGAGACCTCGGTAGCCAAGACACAAGCCACCTTAGCTCAACCGAATGTGCATCAGTTCACGGATGAAGCAGAAGCGGCAGGTTTCAAGCTGACGCCGGAAGAAGGTTCAAATTTCAATCGGATTCCGGCAGAGTTTGTGTTGGACGAGGACGGCATCCTACGAATCGCGTATTACGGTCGCCTGATTACCGATCATCTGCCTTACGAAACCATTGAACGTTATGCTGGCGGAACACAGCTTCCTTAG	MNNMLQPGDYAPLFQSVDQNGNMVSLEDYRGRKLLLAFFRNAACALCNLRVHQFIQRYPLWQQQHLNVICVFESPDAALQQHVGQQNAPFPLIADPNAELYSLYGVETSVAKTQATLAQPNVHQFTDEAEAAGFKLTPEEGSNFNRIPAEFVLDEDGILRIAYYGRLITDHLPYETIERYAGGTQLP	PGPT0013120_522	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013120-bcp|PRXQ|DOT5-K03564	NA	NA
JZ016_06272	669			hypothetical protein	ATGAAGCCTGAATTGAATGATAAGCAGATAACCGACATTTTCCCTTATTTGAAAGTCGTACAACCGGAAGAATGGATTCAAGCTAATCCGTTTACCAAACATTTTGAAGCCAAATCGAGAATCTTTCAACGAGAGGATGCCGCGATCTATGGCATGTTCCTCATCAGCGGATCGGCACGTATCACGATCATCCACGAAGATGGCAACGAATCGGTATTAAACATTCTATCAGCCGGAGAAGTCTGTTCGCTCCTCGTACTTAGCGGGCTAAGCGGGCAGGACTATCCGGGCACTCTGATTGCCGAGTCCAAGGTCGAGGTCTTGTATGTGCTGAAAAACAGCTTCCTCCGCTGGCTGCAGGTGTATGAACCCATCCGCAGCGCTATTTTTGGCGGTCTGCTTGATGGAACACTGCGGATGGCAAACATGCTGCAGGAGAGACAGACATTACCGCTGGAGCAGCGCCTTGCCAGGACCCTGCTGCGCATCAGCTCGGATGAACATCCACTAGTGCGCACAACCCACCAAGAGCTTGCGGATGACATTGGCTCCGTAAGAGAGGTCGTTTCCCGTACGCTGGGCCAGTTCCAAAAGAAAGGATGGCTGGAGACAGGAAGAGGCTGGGTGAAAATAATCGACCGGGCCTGTCTAACAGAAGCTGCTCTGTGA	MKPELNDKQITDIFPYLKVVQPEEWIQANPFTKHFEAKSRIFQREDAAIYGMFLISGSARITIIHEDGNESVLNILSAGEVCSLLVLSGLSGQDYPGTLIAESKVEVLYVLKNSFLRWLQVYEPIRSAIFGGLLDGTLRMANMLQERQTLPLEQRLARTLLRISSDEHPLVRTTHQELADDIGSVREVVSRTLGQFQKKGWLETGRGWVKIIDRACLTEAAL	PGPT0000515_2027	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0000515-fnr-K01420	NA	NA
JZ016_06273	1566	cobQ		Cobyric acid synthase	ATGCTGCAGGGCACCGCTTCGGATGTGGGGAAAAGCATCGTCACAACAGCGCTATGCCGCATATTTCTACAGGATGGTTATCGCACGGCTCCATACAAATCGCAAAATATGGCTCTTAATTCCTATGTGACCCTGGATGGCAAAGAGATCGGCCGAGCACAGGGCGTACAGGCTGAAGCCTGCGGCATTGCCGCAACAACGGACATGAATCCGATCCTGATCAAGCCGATAAAGGACATGCATTCGCAAATCGTGATCCACGGCGTACCTCAAATGCAGATGAGTGCAATGGATTACCGGACTTTGTTCCTGCCGAAGGCTAAAGAGATTGTGCTGGATGCACTGGATCGACTGCGGGAGAGCTACGACATCGTTGTTATGGAGGGGGCGGGAAGTCCGGCGGAGATCAATCTTAAGGACCGGGACATTGTTAACATGAATTTGGCAGGATGGGCGGATTCACCGGTTATTCTGGTTGCCGATATCGATCGCGGAGGTGTGTTCGCTTCCATAGTAGGTACGCTTGAACTGCTTGAGGCCCATGAGGTGGCCAGGGTCAAAGGATTTATCATTAACAAATTCCGCGGGGATCTGGCGCTGCTTCAGCCGGGACTGGACTGGCTTGAAGAGCGGACAGGTATTCCCGTGCTGGGCGTACTCCCTTATATTCAGGACATGCGGATCGAGGCTGAGGATTCGGTTGTGCTGGATGAGCTTCAGAATCAAAGACTGGAACAACGAGACCTCGATATTGTCGTGATCCGGTATCCGCGTATTTCGAACTTTACGGATGTTGATGCGCTGCGCATGGAACCGGATGTTGTCGTTCGCTTCGTCCAATCGGCGGATGAACTTGGAATGCCGGACGTCATTATTTTGCCTGGTACCAAGGATACGATCAGTGACCTCGGGTTCCTCCAGGATCGGGGACTGGCCGATGCGATTTTGAGCCAGACGCGGCAGCGGGATGTGCAGCTGGTTGGCATCTGCGGGGGATATCAAATGCTGGGCGAGCAGCTGTCGGATCCGCATGCGGTCGAAGGGAGCGTTCGGGAAGCGAAGGGGCTCGGCCTGCTGCCGATTCAGACTTCCTTTTCAAAGCATAAAAGGACCGTTCGGGTGAAAGGGAAGTTGTTACAGGAACATTCGCTGAGGTTCGTTGTCTCGGATACAGAGGCGGATTCGTCGATTACGGCCTATGAAATCCATATGGGCGTGAGCGAGTGGAGCGCCTTGTCTGGCGGCTCAGAATACCGCCCGCTTTTTTCGATTGAAGCGGATGGCACAGATGCTTTAAAGACGAAAGAAGATATTCAACCGCATATTGAAGGGACAGCTACTTCGGATGGACGCATATGGGGATGTTATCTGCATGGCTTGTTTGACAATGATGTCTTTCGCAGATCCTGGTTGAATGGCATTCGGATGAAGAAAGGGCTAACTCCAATTATGGAAACGTTCAAAGCAGAAGAGCGCAAATTCGCGGAATTTGACCGTGTAGCGGAAGTCGTTCGTAATCATGTGGATATGAAAAAAATATATGAAATCATCGGTTATACGCATTGA	MLQGTASDVGKSIVTTALCRIFLQDGYRTAPYKSQNMALNSYVTLDGKEIGRAQGVQAEACGIAATTDMNPILIKPIKDMHSQIVIHGVPQMQMSAMDYRTLFLPKAKEIVLDALDRLRESYDIVVMEGAGSPAEINLKDRDIVNMNLAGWADSPVILVADIDRGGVFASIVGTLELLEAHEVARVKGFIINKFRGDLALLQPGLDWLEERTGIPVLGVLPYIQDMRIEAEDSVVLDELQNQRLEQRDLDIVVIRYPRISNFTDVDALRMEPDVVVRFVQSADELGMPDVIILPGTKDTISDLGFLQDRGLADAILSQTRQRDVQLVGICGGYQMLGEQLSDPHAVEGSVREAKGLGLLPIQTSFSKHKRTVRVKGKLLQEHSLRFVVSDTEADSSITAYEIHMGVSEWSALSGGSEYRPLFSIEADGTDALKTKEDIQPHIEGTATSDGRIWGCYLHGLFDNDVFRRSWLNGIRMKKGLTPIMETFKAEERKFAEFDRVAEVVRNHVDMKKIYEIIGYTH	PGPT0004580_281	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004580-cobQ|cbiP-K02232	NA	NA
JZ016_06274	873			hypothetical protein	ATGTTGAATAGGAAGGGCACCATACTAACCTTAACGGGCATACTTGCTTTTGGATTGTTGACAGCATGCGATAACGCGAAGCTGGCCCCCGATGCGGGCGGTCATGGCGGGAACCATAAAAAGGAAAATGAAAGCCATGAAACGAACGGGCATGGCGAACACGCTGGCGGGCATGAAACGGCCTCAGATCATTACAACGCCGCGTTTACATGGAATGAACCGGTAAGAGCAGGCGCCGAATCCGAGCTGACGATTCGAATTACGGATCAAGACGGTGGACCTGTCCAGGATTTTGATGTCAATCATGAGAAGCTCCTGCATCTGATCATCGTGAATCGCGATTTGTCTTTCTTCGAGCATATTCATCCGGATTACAAGGAGAATGGCGTATTTACCGTGAACACGACATTCCCGGCTGGCGGCGACTATAAATTGTTCGCTGATTTTGTGCCTAAGGGTGCTGGAGGGGCCACGCTAAGCGAATGGGTTCAGATTGAGGGAGAAGCAGGGGAATCTTCGGCGATTCAACCGGATTCCAGCCTAATCAAACAAGTAAACGGCAAGGAAATTGAACTGAGCCTAAGCAATACGTTATCGAATGAAGAGGTTGTGCTCGCCTATCATATTCAGGATGCCAAGACAAAGCAAGGAATCAACAACCTGGAGCCATACCTGGGCGCAGTGGGGCACGTGGTCATTCTGTCCGAAGACGCTGAGCAGTACATTCATGTACATCCCCTGGACGAACGGAGCACAGGACCCCATGCGGAATTCGCCACTACCTTCCCACACAGCGGTATCTACAAAATCTGGGGACAATTTCAGCATCAGGGTGAAGTGATGACCGTGCCTTTTGTTGTTGAGATTAAATAA	MLNRKGTILTLTGILAFGLLTACDNAKLAPDAGGHGGNHKKENESHETNGHGEHAGGHETASDHYNAAFTWNEPVRAGAESELTIRITDQDGGPVQDFDVNHEKLLHLIIVNRDLSFFEHIHPDYKENGVFTVNTTFPAGGDYKLFADFVPKGAGGATLSEWVQIEGEAGESSAIQPDSSLIKQVNGKEIELSLSNTLSNEEVVLAYHIQDAKTKQGINNLEPYLGAVGHVVILSEDAEQYIHVHPLDERSTGPHAEFATTFPHSGIYKIWGQFQHQGEVMTVPFVVEIK	PGPT0004090_640	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004090-copA|ctpA-K17686	NA	NA
JZ016_06275	240			hypothetical protein	ATGACAGAATCATTAAAAATCTATACCATACCCACTTGCAGCGACTGTCATCATGCCAAGCGTTACTTCAAGGAGCAGGAGGTACCGTATACGGAGTATGATTGCACACAGAACCCGGAATATCCGGAAGAAGTACGACGTCTGACAGGAAAGCAGATTGTACCTACGATCGTTATTGGTGACAAGGTATTTATCGGATTTGCCGATAACTTTCAGGAGATCAGGGAATTGATTAAATAA	MTESLKIYTIPTCSDCHHAKRYFKEQEVPYTEYDCTQNPEYPEEVRRLTGKQIVPTIVIGDKVFIGFADNFQEIRELIK	PGPT0013201_4723	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-CHAPERONES,PGPT0013201-grxC-K03676	NA	NA
JZ016_06276	939	garR_5		2-hydroxy-3-oxopropionate reductase	ATGAATGCAAATCTTGATAGATCATCAAACGTTAACCATCTTCACGATGCGAAGGCAAACAGCTCCACCCTTCCTTCAGTAACCGTGATCGGATTAGGCTCCATGGGGTCCAAGCTGGCCCGCACCTTCTTGCACAGCGGATATGCCACCACAGTCTGGAACCGCACACCTGAAAAAGCCGCTGAGCTTGTAGGCTTAGGTGCCTCCGGCGCTACGGAAATCGCAGATGCCATCGCCGCCAGTCCCCTCGTGGTCGTCTGCGTACTTGACTATGATGCTGCCCGCCATATTCTGGAACCCATGAAGGAGAAGCTTTCCGGCAAGGTTGTCGTAAATCTGACAACCGGTACTCCCGAAGAGGCCCGCACGATGGGGACATGGATGAGAAACCATGGCGCCGAGTATCTGGATGGCGGCATCATGGCCGTCCCTTCCTTGATCGCCACGCCCCATGCCGTTATCCTCTACAGCGGTTCGAAGACAGCTTACGATAATTATAAACAGGTATTGGACAGCTTAGGTACAAGTCACTATTTAGGTTCCGATCCTGCGCTTGCCCCACTGAATGACCTGGCACTGCTAAGCGGAATGTACGGTATGTTCGGGGGCTTTATCCATGCGGTGGCGCTTGTGGGCACCGAAGGCGTGAAGGCATTGGACTTCACGACGACGCTGCTGATGCCTTTTCTGCAAGCCATGATGTCCACCATGCCGGAGATGGCGAAGCAGATCGATTCCGGTGATTACTCCGCCAAGGATGCGAGCCTGGCGATGCAGGCCGCCCACGACACCATCGGGGAGGTTAGCAGGGTACAAGGCGTCAGCCCCGAGACATTCACACCGATCTTCGAGCTGATGAAACGCCGGGTGGAGGATGGACATGGAGGGGACGACTTCGCCAGCGTGATTGAACTGATCCGCAAGCGCCCATCGTCTTGA	MNANLDRSSNVNHLHDAKANSSTLPSVTVIGLGSMGSKLARTFLHSGYATTVWNRTPEKAAELVGLGASGATEIADAIAASPLVVVCVLDYDAARHILEPMKEKLSGKVVVNLTTGTPEEARTMGTWMRNHGAEYLDGGIMAVPSLIATPHAVILYSGSKTAYDNYKQVLDSLGTSHYLGSDPALAPLNDLALLSGMYGMFGGFIHAVALVGTEGVKALDFTTTLLMPFLQAMMSTMPEMAKQIDSGDYSAKDASLAMQAAHDTIGEVSRVQGVSPETFTPIFELMKRRVEDGHGGDDFASVIELIRKRPSS				NA	NA	NA	NA	NA
JZ016_06277	204			hypothetical protein	ATGAACGTCATTTTGTTTGAAAAGAGGTCGGACGGTGAGCTGGTTCAGATTGAAGAGCGGTCATGGACGATGAACATGGTAGCTGCACTGGAGCATGTGAATTATATCGTTGTTGGCGGCCGGGAATATGAAACGATTGAAGGCAGATTAAGTGTAGACACGGGTAAACTTGAGCTTCTGCTCGTCCCGATGCGGAACGATTAA	MNVILFEKRSDGELVQIEERSWTMNMVAALEHVNYIVVGGREYETIEGRLSVDTGKLELLLVPMRND				NA	NA	NA	NA	NA
JZ016_06278	681			hypothetical protein	TTGAGTAATGAAAAAGACAAAAAAGATCAGCCTGCATCCAAATGGCTGACGCCGGAAGGCAAACCGATTCGGGTCTTGTCGAGCTCGCTGGGCATCGCCTTGCTGGCGAACGCATTTCTGGTATCGGGCGCAGCAGCGAAAGACCTCGCTTCGGAAGCGGTTACCTCATCCGAAGAGCCGCAGCTGGTGTCCTGGTCAACAGAAGAAGTAAAGAAGTATTTTGACAAGAATGTTGATTGGAACATTCCGTTTCCTAGCGAGAAAGAATTCCAGGAAGAACCGGTAGAAGGTGCCGCTGCAGGATCAGGTTCGGGCGGCGGAACAACGATCGTCAACAACTATGGCGGGTACAATTCCGGCTTCGGCTGGGATGATTTGCTGCTCTATCACATGCTGTTCAACAATGGTTCGTATTATTCATCCAGCGGATGGTACAACAATCATCGCGGTTATTATGCGAATAACGGCAAGCCATATAAACCCCGCACCTATTCAAGCGGTACGTTCCAGAACAAACCGGTGGTGAACTCCAACGTCCGTCCTAAGACCTCAACGTCATCTTCGGGGACGATTACGCGTCGTTCCACGTCGTCGAAGTCCGGGGGCATTGGCGGCAAATCCAGCGGGTTCAGCTCGTCGGGTTCGAAATCCAGCTCCAGATCCGGCGGTTTTGGAGGATGA	MSNEKDKKDQPASKWLTPEGKPIRVLSSSLGIALLANAFLVSGAAAKDLASEAVTSSEEPQLVSWSTEEVKKYFDKNVDWNIPFPSEKEFQEEPVEGAAAGSGSGGGTTIVNNYGGYNSGFGWDDLLLYHMLFNNGSYYSSSGWYNNHRGYYANNGKPYKPRTYSSGTFQNKPVVNSNVRPKTSTSSSGTITRRSTSSKSGGIGGKSSGFSSSGSKSSSRSGGFGG				NA	NA	NA	NA	NA
JZ016_06279	1200	yjfC	COG0754	Putative acid--amine ligase YjfC	ATGAGTCACGACAGCGTATTCACCGTATCGGGACTGCCTGACCCCAATCGGGAGGGACGCGTAGCGGAGCTCGCGGAGCTCGGCTTTACCTGGGCGGATTTGGAAGGGGAGGCCTACTGGATAGACCAGCTTGTCACCATACGCCAAGAGACCTATCGTGAGCTGGAAGAAGCGGCTGCGGTATTATGGGCCATGCTGGACAAAACCGTCCGTTATATCCATCGCAATCATCATATATACAGTTTAATCGGCATTCCGCCCGTCCTGTGGCAGATGCTGGACGAATGTCCCCTGCCGGAAGAGGGATTGATCAGCCGGTATGCCAGGTTTGATTTTGCTATTGCCCATGACGGCAGCATCAAGCTGCTGGAGCTGAATGCGGACACGCCGACAGGCTATGTTGAGGCTTCCATTGCAACGCCGTGGATGTGCGCTCAGGCCGGTATCTTCTCTCCCAACGAACGGATGCAAGAGCTGGTCGCACAAGCGTGGGGAGTTGAGCGTCCGGATACGGCCGCCTGCATTGCTTACGGCGAGCATAAAGAGGACTCCGGGACGATCGAAGCATTGGTCCGGCACAGCGGGCTGGATATCCGGCTGGTGGATTGTCTTGATCTGTGGGTGGACGAAGGCATGCTGAAGGACGGGGATGGCCGGGAGATTCACCGGATGTTTGCCCTATATCCGAAGGAATGGATGTCCGTCGATGATGGCGGAGATGCGCTTGCCTATGCCATCGAGACAGGACGACTGCAGCTGTTCAACCCACCGCACAGCATTCTGCTGCAATCCAAAGGACTGCTTGCCGCCATGTGGGGGATGTACGAGCTGGGCCTTTTGTTCGATGAGAAAGAACGTGAAGCCATCGTCAATTATATGCTGCCGACATACAACAAACCGGTATTCTCCGGCAATTTTGTATCAAAGTCGATGTTCGGCCGCGAGGGTGGTTCAGTTAAGCTGTACGACCAGGCCGGACAACTCGAGGTAGAGGATCAGGACGGCTATGATACAAGTGTCATGTTTCCGACGGTCTATCAGCGGAGGGCAGACCTGGCCCGCGTCGAGACGGCGGAAGGCGAATTTCATTTACTGACAGGATTGTTCGTCCTTAACGGAATCCCTTGCGGTTTGCTGGGACGGGCGGGCGGTTTGATTACGGGTAATTCCAGCCATTTTATCGCAATGGGAGTGAAATAA	MSHDSVFTVSGLPDPNREGRVAELAELGFTWADLEGEAYWIDQLVTIRQETYRELEEAAAVLWAMLDKTVRYIHRNHHIYSLIGIPPVLWQMLDECPLPEEGLISRYARFDFAIAHDGSIKLLELNADTPTGYVEASIATPWMCAQAGIFSPNERMQELVAQAWGVERPDTAACIAYGEHKEDSGTIEALVRHSGLDIRLVDCLDLWVDEGMLKDGDGREIHRMFALYPKEWMSVDDGGDALAYAIETGRLQLFNPPHSILLQSKGLLAAMWGMYELGLLFDEKEREAIVNYMLPTYNKPVFSGNFVSKSMFGREGGSVKLYDQAGQLEVEDQDGYDTSVMFPTVYQRRADLARVETAEGEFHLLTGLFVLNGIPCGLLGRAGGLITGNSSHFIAMGVK				NA	NA	NA	NA	NA
JZ016_06280	675			hypothetical protein	ATGCAGTTGAAACAAAAAAGAAGGCAGCATAGCGGTGCTCCTAAGGGAAAGAGGAAACTTCAGGTTGTCCTGACGGTAATGATCCTATCCCTCATGGTCCTGGCGCTGAGTGCATGCTCCGGCAATGGGTCGACGGTATTCCACACCGGATCGGAGGAAGTATCCTCAACCTCTGCTCGCGTGCCTTGGGACTACCGGATCATTGAAGGGACCGTTGGCGATTTGATTGGCGGCGATATGACCGTCCTGCCGGACAACGAGCTGCTGCCAAACGATAACAATTATGCTACCGGGGATAAAATTTGGACGCTTCAATTCATGGATGCGGAGCTTACCACGGATGCGAATCAGCGCAATGATATCCGATTATCGTCTTGGCAGACGATTAAGTCGTTTAAGGACAAAAAAACGGCGGAATCGGATTTAACCAACCTGAAAGTCACGGTCAAAACCGATGTAAAGCTGGTTGGGGTTTATAAAACAACGTATAAAAAGGACACCAGGCATTTTGCTGTCATCGAGCTGCCGACGGGCAATCGGATCAAGCAGCCGATCGATGAGAAGCGTTATGCCGCAATGGAGAAGAAGGACAGGGTTGATGTTGTATTGGAGGAAGTGCATGATTTCGCCGATTACGACTTGGCCTATGCAAAATTTCGGGGGTGGGCGGATTGA	MQLKQKRRQHSGAPKGKRKLQVVLTVMILSLMVLALSACSGNGSTVFHTGSEEVSSTSARVPWDYRIIEGTVGDLIGGDMTVLPDNELLPNDNNYATGDKIWTLQFMDAELTTDANQRNDIRLSSWQTIKSFKDKKTAESDLTNLKVTVKTDVKLVGVYKTTYKKDTRHFAVIELPTGNRIKQPIDEKRYAAMEKKDRVDVVLEEVHDFADYDLAYAKFRGWAD				NA	NA	NA	NA	NA
JZ016_06281	393			hypothetical protein	TTGACGGTCGTCATTAATATTGTTGTAAGTGTAATCTGCATTATCGTGCTTCAATTGCTGGGTATGTTGATTTTCAGCTGGATGACCCGGTTTAACGACATGGAGGAGCTGAAGAAGGGCAATGTTGCGGTTGGCCTTGCTTTTGGCGGCAAGTTTATGGCAACGGCCATTATTCTGGGCATATCCGCATATACGAATTCATCGATCTGGCACATGATGCTGTGGTTTGCCGTCGGGTATGTATGCTTGATTGTCGCCTATTGGGTATTCGAGCTGGCTACGCCGGGCATTCGTATTAGCGAGCATCTGCAAAAGGGGAACGTTGCGATCGGCATTCTGCTTGCGATGGTGTTTATCGGTACGGCCTTTGCAATCAGCAGCCTGATTATTTAG	MTVVINIVVSVICIIVLQLLGMLIFSWMTRFNDMEELKKGNVAVGLAFGGKFMATAIILGISAYTNSSIWHMMLWFAVGYVCLIVAYWVFELATPGIRISEHLQKGNVAIGILLAMVFIGTAFAISSLII				NA	NA	NA	NA	NA
JZ016_06282	1023			hypothetical protein	GTGCACTTTTTTCTAAGATTATCTTTGAAAATGATGCGTCTGCGTAAAACAACGATCAGCGTGATTGTAGTACTGTTTGTGGTGCTGTGCTCGACCCTGGCATTTCTGCTGGAGCCGGAAACGTTTCACCATTGGTTTAACGCCTTTTATTGGGTACTTACCACGATGGCAACAGTAGGGTACGGCGATTATTATGCAGTTACCGTGCCAGGCAAGATATTAACGATATTTATCTATATCTTTGGTATCGGGCTGCTCAGTTTGGTGATCGGCAAGGTGATTGAATCGTTTGGAAGCATGCAGCGGCAGAGAGGAGCAGGCAGGTTGAATTTTAAGGGTAGTGGTCATGTCATCATTATCAATTGGAGCAAAAAGGCACAATCCGCTATTGAAGAGATCCTGTTGTTTGCACCGGAATCAGATATTGTTCTCATTGATGAGCTCAACCGTCATCCGGTGGAGCATCTCGAACAGGTGCATTTTGTAAGCGGCGATCCAGCAGCGGATGACGTGCTAATGAGAGCCAATATCATGGAGGCCAAATCGGCCATTGTTTTTGCAGACGCCCGAATTGATGAATCGGCTCTCGTGGACGGCAAGTCGCTGTTGATCGTATCCAGCATTGAACGAATTGCGCCAAATGTACATACCACGGTTGAGATTGTGCAGGAGAAGCATGTTCAGAATTTCCGCTACAATCATGTGAATGAGTTTGTGCTCTCACATGATGCCGTGTCCCGATTGGCCGTACGCGCAGCGCTGCAGGAAGGAAACTCGGATGTGCTGATGCAGCTGCTTAGCCGCCAGCATGGCGATGATATTTACGAAGTGGCATTGGACCCTGCATGGAACACCTACGGCGATGCCTTTTTGGATCTGCTGCGGCAAGGAGCGACGCTTATCTCCGACCGCAACGACCTCAGCATTAATCGCAAGCTCGATGTGTCGATTCCGCGGGATGCCAGATTGTATGTGGTCTCGGACGAGGCGACCTATAAGCGGATTGCCGGCAAGCTTACCTGA	MHFFLRLSLKMMRLRKTTISVIVVLFVVLCSTLAFLLEPETFHHWFNAFYWVLTTMATVGYGDYYAVTVPGKILTIFIYIFGIGLLSLVIGKVIESFGSMQRQRGAGRLNFKGSGHVIIINWSKKAQSAIEEILLFAPESDIVLIDELNRHPVEHLEQVHFVSGDPAADDVLMRANIMEAKSAIVFADARIDESALVDGKSLLIVSSIERIAPNVHTTVEIVQEKHVQNFRYNHVNEFVLSHDAVSRLAVRAALQEGNSDVLMQLLSRQHGDDIYEVALDPAWNTYGDAFLDLLRQGATLISDRNDLSINRKLDVSIPRDARLYVVSDEATYKRIAGKLT	PGPT0002715_1943	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716	NA	NA
JZ016_06283	957			hypothetical protein	ATGCCGCATAAACTGATGCTTCGTGTCGACCCGCACGCCACCCTTAATGTCAGTACTCAGGTTAAAGAGCAGTTAAAGTGGCTGATTGGTATTGGACAGATCGAACCATTCGATATGCTCCCTCCGGCCGGTGCGCTGGCGGATCTGCTGGGACTGAATCGCAACACCGTAAATCTGGTCTACAACCAGTTGAAGGATGAGGGGATCGTCTCGATGCATAAAGGCAAAGGAACGCAGGTATTGAACAACGCACAGGTAGAGGAGCTTAGAACTCGCAGAAAGATCATGCACGCGCTGGTAGAGCGAACGACGGAGGAGCTAAGCTCCGTTAACATCCCGGCGAGCGAGTTCTTTGCCGCATCCCTCGCCTTTACCCTGCTGCAGGAGCCTGTCCTGAACACGAAACAGCGTATTTTGTTCATCGAATGCAAGGAACATGATTTTCCCTTTTATCAGAAAGCGATTGAGCAAATAACGGGTGCCGAAGTGAAAACGGTATTTCTCGAGGACCTGTTGACGGGGACACAAGCCATATTCGACGCACTGGAGTACTCAAACCTCATCGTCACGACTTTAAACCACGATACCGAAGTGAAGGCTTTGTGCAGCAAATATGACAAAAAAGTAACGGTCATTGGCGCCAGCGTGGAAACATCGGTCCTGCTCGATATTGCCCGGCTTACGCCTGGAAGTGGAATCAGCTTTGTTTGCTTGGGTAAGGCAGGTGCACAGTGGATGGCCAGCCGTATGAAAGAAGCTGGTATTGAGGGGGTCCATGCCAGCTTGGCTGGGCTGGATAATCGGGAGGACCTACTGCAGCGGATCGAGGAATCCGATCTGATCTATGCATCTGACGCCGCATATGAAGAGGTTCGAGCCTTATCCCCCGGCAAAGTGAAGCTGTTTCCCATGACGCTGGAGAAGAGCAGCGAGAGCGTTCTGAGAGAGTTGGTCTGA	MPHKLMLRVDPHATLNVSTQVKEQLKWLIGIGQIEPFDMLPPAGALADLLGLNRNTVNLVYNQLKDEGIVSMHKGKGTQVLNNAQVEELRTRRKIMHALVERTTEELSSVNIPASEFFAASLAFTLLQEPVLNTKQRILFIECKEHDFPFYQKAIEQITGAEVKTVFLEDLLTGTQAIFDALEYSNLIVTTLNHDTEVKALCSKYDKKVTVIGASVETSVLLDIARLTPGSGISFVCLGKAGAQWMASRMKEAGIEGVHASLAGLDNREDLLQRIEESDLIYASDAAYEEVRALSPGKVKLFPMTLEKSSESVLRELV				NA	NA	NA	NA	NA
JZ016_06284	522			hypothetical protein	ATGAAGGACCAGGCAGCAGCATATGTACAGAAAATGAAGGGAGGGGCTAGAAGTCCGTTGACCGTTCGTCCCATGAATATCGCCATTGGCTTTATCGGCGGCGCTGTTTCCATCGGATTGTTGGCTCTTCTGACGACACTTGCAGGGAGTGTTTGGATCATGGCACCCTTTGGGGCGAGCTGCGTGCTTGCGTTTGCGGTGTGGGATGCGCCGCTATCACAGCCCAGGAACCTCGTGGGAGGTCATCTGATTTCCACATTCACGGGACTCGTAACGCTTGAGGTTCTGGGTGACGGAATCTGGGCTATGGCCATCGGCGTGGGAGCGGCAATCAGCTTGATGGGGATAACCAAAACGACCCATCCACCGGCTGGTGCAGACCCTTTGGTTGTGATTATGGCTGGCAGCGGATGGTCATTCCTGTTTACCCCTGTGCTTGCCGGGTCCGTCATGATCGTGGTTGTGGCTCTGCTTGTCAATAATGCGGTGAAGGAGCGAAGATATCCGACTTTTTGGTGGTGA	MKDQAAAYVQKMKGGARSPLTVRPMNIAIGFIGGAVSIGLLALLTTLAGSVWIMAPFGASCVLAFAVWDAPLSQPRNLVGGHLISTFTGLVTLEVLGDGIWAMAIGVGAAISLMGITKTTHPPAGADPLVVIMAGSGWSFLFTPVLAGSVMIVVVALLVNNAVKERRYPTFWW				NA	NA	NA	NA	NA
JZ016_06285	2238			hypothetical protein	GTGATCGCAGCACTTTTCACTATAGTGCTTCTCTGCGGTGCCGCTGTAATTCTAGGATATCTACGGCCGTCATTAAAGACGTATGCGGATGCGGACGGCGTGAAAATGAAATTCAAAACAGAGGGAACCTCCTTTCTCGTATATGAGGATGAGGAAGTTTGGAAAGAGGTTTTTGCCAAAGGCGTGAATCTGGGGGCAACCGTACCCGGACATTATCCCGGTGAGCTTCCGGCAACGGAGGAGGATTACCTTCGCTGGTTTAAACAGATTGATGATATGGGAGCGAACGTAATCAGGGTCTACACCGTGCATAATCCGGTCTTCTATTCTGCACTTGTGAAATATAACCGGGATAAAGGCGATGACCCTTTGTACTTCATGCAGGGCATTTGGTCACCGGAGGAGCAGCTGATCGAGCGCAAGGATGCGTATGACGAAGAAATCGTCCAGACGTTCAAAGCGGAGATATCGAAGGCTGTTGCTGCTGTCTACGGCGATATCAATGTTGAGGCTAAGCATGGACAGTCGAGTGGCAAGTATAAGGTCAATGCAGGCAAGTACCTTATGGCCTGGCACGTGGGAACTGAATGGGACCCAACCATGGTCGATAACACCAACACGGTACATAAGGATGTCCCTCGGTATGAGGGGTCCTATTTCTCGGGGACGAAGGACGCAAGTCCTTTTGAGAATTGGCTGGCATCTTTATTGGACCATACGGCTGCCGAGGAGCAGAAGTACGGATGGCAGCATCCGATGACATTTACCAATTGGGTCACAACGGACGTGCTTGAGCATCCGGGGGAACCGCTGTTTGAAGAGGACTTGGTATCTGTCGATGCAAGGCATGTAGAACCGGTGAACTGGGATGCAGGTTATTTTGCCGCATACCATGTATACCCGTACTACCCGGATTTTTTCCGGACGGACAAAACGCTGCAGACCATTCCTGATGGTAATGGGGGTTACAACACGTACAAAGCCTACCTGCGAAAATTGAAGGCAGCTTTCGAAGATATGCCGATTATGGTCACCGAGTACGGCGTACCTTCATCCATCGGTATTTCGCACCATGGTCCCGGCGGTAAGGATCAAGGGGGGCATGATGAAGCTGAGCAAGGCTTAGTCAACGTCTCGCTGACCCAGGATATTTACGACGAAGGTTATTCCGGGGCGATCCTGTTCATGTGGCAGGACGAATGGTTCAAGAAAACATGGAATACAATGCCTTTTGAAATACCGGCAGACCGCCGGGCATTCTGGTTGAATGTACTGACGAATGAGAAGATGTTCGGCGTTCTTGCGATGCAGCCGGGCAAGGTAGAGCAGATCACGATCGACGGGGATCTCAGCGATTGGGATAAAGTTCCCGAAGGGGAAGTCAAGACCTGGTCCGGAACGGCACCGGGCGTCAAGAACATGAAGCTGACTCATGATGAAGCCTACCTGTATATCGGCATGGAACTGGAGGAAGCGTTTGATCCCGAACGTTCCAAGCTTTTCATCGGAGCAGATACGATCCCTGGCGGCGACATCCCTAAGAAAGAATTGGCGGGACGAACGCTTACAGGTGGAGCTTTGGAAACTTTGATTCAGTTAGGTCAAGAGGATGAGTCCCAGGTCACCATTGCGCCATCCTACGATTTCCACAGCCGGTTGTACGGCAAAGAGGGGTATTGGATGCTGCCAGGAGAGGAAGCGAAGGGGACCAAGGACGATCCTGTGGTGTCCGGAGGTTCGTTTCATGCCTGGAAGCTGGCCATCAGCCTGCTGATGAATCCGCCGGATACCCGCTTTTCCCATCCGTTTGTGGATGAAAGAGTAGGGATGCTGAAACGGGGGACCAGTGATCCGCAATCTCCGGATTTTAATTCTCTAACGGCCTGGCAGTATCAAGACAGGTTCGTGGAGATGAGAATTCCATGGATGCTGCTCGGGTTCGGGGATCCGAGTTCGCTGCAGGTGCTGGATTACAGTCCGCTTCAAGACAAGCGTACATTCAGCACGATAACAGCGGAAGGGATCCGGCTGGCTCCGTGGATCGCGCAGCGATCTGAGAATAACGGGCAGTCAGCGTCAGGATCGGCAGAGTCCATCAACCTGGAGGAGATTGAACCTTATACTTGGGAGCTATGGGAAGCAACCAAGTACAGTGAACGATTAAAACAAAGTTATTATGATATGCAGGACATATTCACCCGTCTGTCTGAAACGGAGCGGAAACCAGATGCTAAATAA	MIAALFTIVLLCGAAVILGYLRPSLKTYADADGVKMKFKTEGTSFLVYEDEEVWKEVFAKGVNLGATVPGHYPGELPATEEDYLRWFKQIDDMGANVIRVYTVHNPVFYSALVKYNRDKGDDPLYFMQGIWSPEEQLIERKDAYDEEIVQTFKAEISKAVAAVYGDINVEAKHGQSSGKYKVNAGKYLMAWHVGTEWDPTMVDNTNTVHKDVPRYEGSYFSGTKDASPFENWLASLLDHTAAEEQKYGWQHPMTFTNWVTTDVLEHPGEPLFEEDLVSVDARHVEPVNWDAGYFAAYHVYPYYPDFFRTDKTLQTIPDGNGGYNTYKAYLRKLKAAFEDMPIMVTEYGVPSSIGISHHGPGGKDQGGHDEAEQGLVNVSLTQDIYDEGYSGAILFMWQDEWFKKTWNTMPFEIPADRRAFWLNVLTNEKMFGVLAMQPGKVEQITIDGDLSDWDKVPEGEVKTWSGTAPGVKNMKLTHDEAYLYIGMELEEAFDPERSKLFIGADTIPGGDIPKKELAGRTLTGGALETLIQLGQEDESQVTIAPSYDFHSRLYGKEGYWMLPGEEAKGTKDDPVVSGGSFHAWKLAISLLMNPPDTRFSHPFVDERVGMLKRGTSDPQSPDFNSLTAWQYQDRFVEMRIPWMLLGFGDPSSLQVLDYSPLQDKRTFSTITAEGIRLAPWIAQRSENNGQSASGSAESINLEEIEPYTWELWEATKYSERLKQSYYDMQDIFTRLSETERKPDAK				NA	NA	NA	NA	NA
JZ016_06286	1194			hypothetical protein	ATGTTTTCAAATTTAGAAATGGCATACGTCTTTGTCTATGTATGTCTCGGCCTTATTGCAGCCGGCATTATCCTGTTGTTCCAAATGAAGATCAAGCACAATGCTGTACAAAGAGAAACGGAACGCTTAACAGAAAAACATCATGACTATTTTGTGTATGTCCAGAGTCATCTGCATGACGATACGAAGCTGGAACTCCCGCCAGGCAAATTGACTTCGGCTGAGCGCCGGGTCATTCAAGCCAAGTTTATAGAGTGGATCGAGCAATTCAAAGGGGACGCCAGAGACAAGCTGCTGCGCTTATGCCGGGAAGCCGGATTTGTGGAAGAGGAGGTTCGGGCATTATCCAGCCTGCGGAAAGACCGTCGTATTGAGGCGGTCTACCGCCTTGGAGGGATGCGTGCGGAAGAGGCTGTGCCGCAGCTTCAGCAGCTGATGAACCGCACCAAATACGGCCCGATGACCATCATCATTGCGCGGGCGATTGCCAAAAGCGCAGTTCAGTCACAGCAGATTCGAGAGATGTTGTCCAAACTGCTGTCCTACGATAAAGCCATTCATCATATGGCTGCCGATATATTGCTTGAAACCCGGCTCGATTCGGCCAGCCTCATGCGCAAGCTCTTGGATGATCCCGATCCTGGACTGGTCAAGGTATCGCTTGTAGCCATGTGGGGGCAGGCCATTCCGGCTGTCGTGCCGGCACTCGATCGACTGGTCGGTTCCGAGGAGAAGGACGTGCGTGCGGAGGCGGTCAAGCTGTATCTTGGCTCTTATCCGGCACTGAAGGATGATACCATTGCGGAGCTTATGAATGATCATGAGTGGGAAGTACGTGCCGCAGCGGCCAAAGCGCTGGGACGACTGCACGCCGCAGGCAGCATTCCGATTCTGGCTTCCGCCTTGAAGGACGAGAATTGGCATGTGCGCAACAACAGCGCGGAGAGTCTTGCGATGTTGGGAGAACAAGGATTCGAGACCTTGTGCCAAGCTGCCCTGACAGGAGAAGGTCCAGCCAGGGAGACGGCCTTGTACCGGATCGAACGGATCATGTCCAACGAAGGCGAATACGAGCAAGTCGAACAAATGGTGGCATTTAACAAAAGAAAACTGGTGTACGATCGTTATTTCGGTGTTCAAACGAACAAACGGATCAGCACGGTTGCAGGAGTAGGAGGAGATTACACTGCTTAG	MFSNLEMAYVFVYVCLGLIAAGIILLFQMKIKHNAVQRETERLTEKHHDYFVYVQSHLHDDTKLELPPGKLTSAERRVIQAKFIEWIEQFKGDARDKLLRLCREAGFVEEEVRALSSLRKDRRIEAVYRLGGMRAEEAVPQLQQLMNRTKYGPMTIIIARAIAKSAVQSQQIREMLSKLLSYDKAIHHMAADILLETRLDSASLMRKLLDDPDPGLVKVSLVAMWGQAIPAVVPALDRLVGSEEKDVRAEAVKLYLGSYPALKDDTIAELMNDHEWEVRAAAAKALGRLHAAGSIPILASALKDENWHVRNNSAESLAMLGEQGFETLCQAALTGEGPARETALYRIERIMSNEGEYEQVEQMVAFNKRKLVYDRYFGVQTNKRISTVAGVGGDYTA				NA	NA	NA	NA	NA
JZ016_06287	1389			hypothetical protein	ATGGTGGCGATTTATTACGTCATGATCGTTAGCGCGCTTTATTTTGTAATTCTGATGTTTTCTTTCAGAAATATTAAAGATATTTTCAGACGCGCCACGTATTCCAAGTACAATACGCTCTCGGGTTCGGAACTGGTTCCATCGGTATCTTTGCTGGTTCCGGCCTATAACGAAGAGCTCACTATCGCGGAGAATGTCCGCTGTCTGATGACGCTGAACTATCCAACCTATGAGGTCATTGTCATCAATGACGGATCCTCCGACGAAACGCTGAAGGTGCTGATTGAGGAGTATGGTTTGACGCTGCTTCCTAATCCGGAGATCCGCGGCAACATCAGCACGAACAAGGTTCGCGGCATTTATTATAATCCGCAGTACCCTCAGCTATATCTCATTGACAAAGAGAATGGCGGTAAGGCGGATTCATTGAACGCGGGCATTAACCTGTCCCGTTATCCGCTGATTTCTTCCATCGATGCGGATTCGCTGCTGGAGAAGGATGCACTGATCCGGATGGCCCGCATGTACATGGAGAATCCGGAGGAAACGGTGGCTATCGGCGGAGATGTTCGGATCGCCAATGGCTGCGTGATTGAGAATGGAGAGGTTAAGGACGTATCCTTGCCGCGCCGGGTATGGCCGATGTTCCAATCGATCGAATATTTGAAAGCTTTCCTGGGAGGACGAATCGGGTGGAGCCATTTCAACGGGCTCATCATCGTCTCGGGAGCCTTCGGCTTGTTCCGGAAAGATTATGTCATCGCGGTGGGCGGCTATCGGGGTGGCTACCCCGGCGAAGATATGAACATCATTATCAAGCTGCACCGCTATATGCTGGAAAATAAAATCAAGTACCGCGTTTCCTTTTGCCCGGAAGCGGTGTGCTGGACGCAGGCGCCGGACAGCTACAACATTCTGTCCAACCAGCGCAAGCGCTGGGGACGGGGAAACTTGAAGAACATGATCGAGAACCGCGATATGGTGTTCAATCCGAAATATAAAGTCATGGGCATGTTGACGATGCCCTACAACGTTATTTTTGAAGCGTTAAACCCTTACTTCAGAATTACGGGCCTTCTGGCTCTGCTTGGATATGTATTGCTGGATATGACAAATTGGCATGTGCTGGTCGTGTTTGGACTCGTCAATTTTTTAAGTGGGTACCTGCTCAGCGTGGGAGCTCTCATCCTGGAGGAGATGGCCTTCCGCCGGTATACCAAATTGTCCGATCTGGTGAAGATGCTCCTCTTCTCGGCACTCAAATTTGTGGGATACCACCAGTTAGGCGTGCTGTGGAGAGTACAGGGGCATATTCAATATCTGCAAAACAACAATTCATGGGGAACCATGACCCGGCAGAGCTGGAAAGATAAGAACGAGGCTGCCTGA	MVAIYYVMIVSALYFVILMFSFRNIKDIFRRATYSKYNTLSGSELVPSVSLLVPAYNEELTIAENVRCLMTLNYPTYEVIVINDGSSDETLKVLIEEYGLTLLPNPEIRGNISTNKVRGIYYNPQYPQLYLIDKENGGKADSLNAGINLSRYPLISSIDADSLLEKDALIRMARMYMENPEETVAIGGDVRIANGCVIENGEVKDVSLPRRVWPMFQSIEYLKAFLGGRIGWSHFNGLIIVSGAFGLFRKDYVIAVGGYRGGYPGEDMNIIIKLHRYMLENKIKYRVSFCPEAVCWTQAPDSYNILSNQRKRWGRGNLKNMIENRDMVFNPKYKVMGMLTMPYNVIFEALNPYFRITGLLALLGYVLLDMTNWHVLVVFGLVNFLSGYLLSVGALILEEMAFRRYTKLSDLVKMLLFSALKFVGYHQLGVLWRVQGHIQYLQNNNSWGTMTRQSWKDKNEAA	PGPT0023485_188	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-POLY-N-ACETYL-GLUCOSAMINE_METABOLISM	CE-EPS-POLY-N_ACETYL-GLUCOSAMINE_BIOSYNTHESIS,PGPT0023485-pgaC|icaA-K11936	NA	NA
JZ016_06288	807	rcsC_13		Sensor histidine kinase RcsC	ATGTCTCAATCCGCAACATTGCAACGCGTGCAGGCCGTAGATTTTTACGGCCGCCTGGAGGAGGAAGTGAGAAACCATAGCCATGGAACAGCATTGCTGTTTCTGTACTGTGCAGGCAATCCGTCCGAGACGGAGGCTGGGCTGGCAGAGGTTCAAAGCTTTGTGGATCAGCTGTCCGGCCTGAACGGTGAGGTACTGCAAGACACCCAAACCGGTGTAATGGCCGTTACCTTGCCTGGATATTCGCTGGATGCCGCCCATTATCAGGCATTGCTCCTGAAGCAGCATCTGCAAGGCCGTTTGGAGCAAGCAGATCCGCGTATTACGCTTGCCGCGCTTACGGAAGTGCCATCAGCGCTGACGTTGAAGCAGATGGCGGAAGCGACCAAGCTCAGCACCTCTTCGGATATTCATATATTTACGCAGGAGGAAGCAGACAGCGGTCAAAACCGCATTCTCATCGTGGATCAAGATGCCACGGTGAGGGAGTTTTTACAGATCCGCTTGGCCATGCAAGGTTATGAAACGCTTGAAGCCGTAGACGGTTTGGAGGCGCTGGATCTCATCCCGAAATGGGAGCCGGATCTTGTGCTGACCGAGCTCAACCTGCATGGCATCGACGGCCTGCCTTTCATCCATCATATCCAGCAGCTGGATATGAAGGAGCCGCCGAAAATTGTGGTATTAACGGAGAAACGAGTGGAGCAAACGATCAGCCAATGCTTCCAAAACGGGGTGGATGATTATGTAACCAAACCGTTCTCGCCGGTGGAGCTGGATGCCCGCATCCGCCGCTGCCTTCATTAA	MSQSATLQRVQAVDFYGRLEEEVRNHSHGTALLFLYCAGNPSETEAGLAEVQSFVDQLSGLNGEVLQDTQTGVMAVTLPGYSLDAAHYQALLLKQHLQGRLEQADPRITLAALTEVPSALTLKQMAEATKLSTSSDIHIFTQEEADSGQNRILIVDQDATVREFLQIRLAMQGYETLEAVDGLEALDLIPKWEPDLVLTELNLHGIDGLPFIHHIQQLDMKEPPKIVVLTEKRVEQTISQCFQNGVDDYVTKPFSPVELDARIRRCLH				NA	NA	NA	NA	NA
JZ016_06289	1362	wbpA_1	COG0677	UDP-N-acetyl-D-glucosamine 6-dehydrogenase	GTGAATGAGGAATATGAAACTTTATTGAGTGCCATTGAGAATAAGAAAGCCGTTCTGGGTGTAGTGGGACTGGGCTATGTAGGATTGCCGCTGGCTGTGGAAATGGTAAGACAGGGATTCACGGTCATCGGTATCGATCTGGATTCTGACAAAATTGACCGCATTTACCGCGGCGAGTCCTATATTAGTGACATCTCGTCCGAAGAGCTTGCGGCATGCATGGAGACCGGACGCTTTAAGCCGACAACGGATTACAGCATGATTGCTGTGATCGACGCCGTCAGCATCTGCGTGCCGACGCCGCTCAGCGAGAATCAGGATCCGGATACATCCTACATTACAATGGTAGTCGATCAGCTCAAACGCTTTATGAAGCCTAACCTGTTAATTACACTGGAAAGCACGACTTATCCGGGAACCACGGAGGAGCTGATTCAGCAGCCGATTGAGAAGCTCGGTTATAAGGTCGGCCAAAACTTCTATCTGTGCTTCTCGCCGGAACGGGTCGATCCATCCAACAGCCGGTTCAATACCCGAAATACGCCGAAGGTCATCGGAGGAACGACGGATGCCTGCCTAAAGCTGGGTGAAGCGTTATACAAGCAGTATGTGGAGACGGTGGTGCCCGTCAGCAACCCGAAAGTGGCGGAAATGTCCAAACTGCTGGAAAATACGTTCCGCAGCGTGAATATTGCCTTTGTTAACGAGATGGCCATGATGTGTGACCGCATGGGCATTGATGTATGGGAAGTGATCAATGCAGCGGCAACCAAGCCGTTCGGATTCATGCCATTCTATCCGGGACCGGGCATCGGCGGCCATTGCATCCCGCTGGATCCCATGTATCTGTCCTGGAAGGCCAAGGGCTTCCGCTTCTACAGCAAATTTATTGAGCTGGCACAGTCCACCAACGATAATATGCCTTACTATGTGATCAATAAGACGGCTACGATTCTGAACGAATATGCCAAATCGATCAAACGCTCCAATATCCTGCTGTTAGGCATGGCTTACAAACCGGACATCAGCGATTTGCGTGAATCCCCGGGCCTTGAAGTATATGAACAGTTCAAGGAAAATGGCGCCTATGTGGATTATTACGATCCGTATGCCCACAGCTTCGTGGATAAGCAAGGCGGAACGGTACGCAGCGTGGAGTATGATCTGGCGAAATTCAGCCGTTACGACTGCATCGTCCTCATTACAAACCACAGCAATCTGGATTATCATTCGATCGCTTCGACCGGCGTGCCGATCTTAGATACACGAAATGCATTTAAAGCGTTCGCCGAGCCTCATATCTACAAGATCGGCCATTCCGTTCAGCATGTAGCTGAGCCGGGTGAGGCTGTCTTGATCTGA	MNEEYETLLSAIENKKAVLGVVGLGYVGLPLAVEMVRQGFTVIGIDLDSDKIDRIYRGESYISDISSEELAACMETGRFKPTTDYSMIAVIDAVSICVPTPLSENQDPDTSYITMVVDQLKRFMKPNLLITLESTTYPGTTEELIQQPIEKLGYKVGQNFYLCFSPERVDPSNSRFNTRNTPKVIGGTTDACLKLGEALYKQYVETVVPVSNPKVAEMSKLLENTFRSVNIAFVNEMAMMCDRMGIDVWEVINAAATKPFGFMPFYPGPGIGGHCIPLDPMYLSWKAKGFRFYSKFIELAQSTNDNMPYYVINKTATILNEYAKSIKRSNILLLGMAYKPDISDLRESPGLEVYEQFKENGAYVDYYDPYAHSFVDKQGGTVRSVEYDLAKFSRYDCIVLITNHSNLDYHSIASTGVPILDTRNAFKAFAEPHIYKIGHSVQHVAEPGEAVLI	PGPT0018920_100	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0018920-wbpA-K13015	NA	NA
JZ016_06290	927			hypothetical protein	ATGAAATGGACGAGAAGAATGAGGCCTATACATGCAAAAGCGAAGTGGATCATTCTGGTTGCCGGCATCTGTCTTTTGCTGCTGATCCTTTTTCTTCTCCCGTCAGGCAAGGTGAATCAGAACAAGGCTACATGGCTGTGGGATGCAAGTCTGATCCGGAGTGAAACGGAGGAGATTGTAGCCTTTAGCGGCAGGGAAGGCATCACAACGATCTTTTTGCAGATTCAGCAAGAGGTGACGGACGAAGAATACCGCCATTTTGTAGCTGCGGCACATCAGCAGGGGATCAGCGTCCATGCCTTGAACGGTCAGCCGGATTGGGCTTACGAGGAAGGCCGGCGAAAAGGGATGGAGCTGCTGGCCTGGCTGGAAGCGTACAATCGTACGGCTGCGCCGGAGGAGAAATTCGAGGGCGTGCAGCTCGATGTTGAGCCCTATGTGCTCCGAAGATGGGGCCGTGAACAGGCACAGGTGGTGGAAGAATGGAGCGCGAACATGGAGGTTTGGGTGCAGGAGGCAAAGCGTCAGGGGCTAACGTTCAGCGCCGCCGTTCCTTTCTGGCTTGACTCGATACCTGGACCCCGCAGCGGGGATGCCGATTCGTTCAGCCGCTGGATGATTGAGAATACGGACGCGATTGCCGTTATGGCGTACCGGGACAGCGGGGAGCAGATGTATGAATTGTCCAAGGAAGAGCTGGAGCAGGCGGACGAACTCGGCAAGTCTGTCTGGATCGGCATGGAGCTTGGGGATACGGAGGAAGGCGAGCATCTCACCTTCTTTGCCAAGAGCGAACAGGAGATGGAGGATGAAGCCCTGCGTGCGGCCAAACTTGGCAGCGACCATAACTCCTTTGCGGGACTGGCCGTCCATCACTACCAGGCTTGGGTTCACAAACGAACCGCGATGGCTGGGGAAGAGCCTTGA	MKWTRRMRPIHAKAKWIILVAGICLLLLILFLLPSGKVNQNKATWLWDASLIRSETEEIVAFSGREGITTIFLQIQQEVTDEEYRHFVAAAHQQGISVHALNGQPDWAYEEGRRKGMELLAWLEAYNRTAAPEEKFEGVQLDVEPYVLRRWGREQAQVVEEWSANMEVWVQEAKRQGLTFSAAVPFWLDSIPGPRSGDADSFSRWMIENTDAIAVMAYRDSGEQMYELSKEELEQADELGKSVWIGMELGDTEEGEHLTFFAKSEQEMEDEALRAAKLGSDHNSFAGLAVHHYQAWVHKRTAMAGEEP				NA	NA	NA	NA	NA
JZ016_06291	1488			hypothetical protein	ATGAAGAGAGATTTTAGTAAAACCCGAATGTTATACATGCTAACAAGAATGACCGGACTGTTGTTAACCCTGGCGTTACTGGGGGGTTGTGGTCTTTTTGGTGGTAAGCAAGCCCCCAGCGATGAAGCGGGCGGTTCGACAGCGACAGTTCAAAAAGTGGAACGGTATACGGGAGAAAAGAGCAGGGAAATCCCGTTTGTTTACACAGCCAGGAAAGAATTGGCGCTCACCTTTAACGGCATGGGCGATAAAGCGACCATGATGGCCCTGATCGATGAGCTGGATGCCTATGGAATCAAGGCGACCTTCTTTCTTCCGGGGATCCGTGTGGCGGAGGAACCAGACATTGCGGATGCCATTTTGTCCAAAGGTCATGAAATTGAGAACAATACGCTCAATCAGCTCGATATGAATCAGCTTGATTACGATCAGATTTATAAGGAAATCAAACTCGCGAATGATGTCATTGAGCGGGAAACGGGCGTCCTGCCCCGCTATGTGCGGACACGCTCGGGCGATTATCCGGATGAAGTGCCGCTGGCAGCTGCACATCTTGGAATGAAGGCCGTTGTAAGTTACAACATTAATCCCAAGGATCGCAATATGCAGAGTGCAGAAGAGATTGGAGAGTATGTGACCAGGTACATCTCCAGAGGCGGCATTATTTCCATGAATACCGATGTCAATCCGGAAGTGATTTCTTCTATTAAATACATAGCCCAGGCCGTGGACGATATCGGATATCAATTGGTTACGCTGGATGAGCTGGTGCGCAATGGCGGCGTGCGAAAACCGCTCGAGTTAATTCCGGGATACGACGCTGCTAGAATGAACCCGGATTATGAACAGGCGAAATATGAACTGGTTTATAAAGTCAATACGAACAAAAAAGAGGTTGCCCTGACCTTTGATGATTTCGGAAGCGACAAAACGGTAACCCGCATCCTTGATATTTTGGAGGAGCATGATGTGAAGGCCACCTTCTTCCTGCGGGCCAAAGGAGTGGAAAGCAACCCGAATTTGGCGCGGGCGATGGTCGAAGGCGGACACGATGTGGCCAATCATTCCTACAGCCATCCCGTCGTTACATCGCTAACGCCGGAAGAGCTGCAGCAGGATGTCGTCAAGGCCCACCAGGTTATTACGGAGGCCATACAGCAGCAGCCTGTCATGCTGTTTCGCCCGCCGACCGGCGTGGTAGATGACGAACGGGCCAAAGCGCTGGCGGCTGCCGGTTACCCCGCCATTGCAATGTATGATGTGACTACGCTGGATTGGGATATTTCCAACAGTGCCGACGATATTGTGAACGGAGTTATGACCAAGACACAAAAGGGAAGCGTCATTTTGCTTCATATGCTGGATGACATTCATACTATTGAGGCCCTGCCCCGAGTACTCGAAGGGCTGAAGAATAAAGGATATACGTTTGTAAAAATGGCGGACATGATGCAGCTGCAGGATAAAGCCGCAATGGAGATGGAATAA	MKRDFSKTRMLYMLTRMTGLLLTLALLGGCGLFGGKQAPSDEAGGSTATVQKVERYTGEKSREIPFVYTARKELALTFNGMGDKATMMALIDELDAYGIKATFFLPGIRVAEEPDIADAILSKGHEIENNTLNQLDMNQLDYDQIYKEIKLANDVIERETGVLPRYVRTRSGDYPDEVPLAAAHLGMKAVVSYNINPKDRNMQSAEEIGEYVTRYISRGGIISMNTDVNPEVISSIKYIAQAVDDIGYQLVTLDELVRNGGVRKPLELIPGYDAARMNPDYEQAKYELVYKVNTNKKEVALTFDDFGSDKTVTRILDILEEHDVKATFFLRAKGVESNPNLARAMVEGGHDVANHSYSHPVVTSLTPEELQQDVVKAHQVITEAIQQQPVMLFRPPTGVVDDERAKALAAAGYPAIAMYDVTTLDWDISNSADDIVNGVMTKTQKGSVILLHMLDDIHTIEALPRVLEGLKNKGYTFVKMADMMQLQDKAAMEME	PGPT0018645_328	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_06292	1314	wbpA_2	COG0677	UDP-N-acetyl-D-glucosamine 6-dehydrogenase	ATGGAATTATATGTGAATATGATGGACCGCGTTGACAAATTAGCGGTCGTCGGTCTTGGATATGTGGGGCTGCCGCTGGCGGTCGCATTCTCAAGAAAGCTGGATGTCATCGGCTTCGATCTGAGCGAGGCCAAGGTGCAGCAGTACCGCAGCGGATTCGATGCTACCGGTGAGATCGGAGATACTTCGCTTGCGAACTGCACGGCGTCCTTCACCTCGGATCCGGACAAGCTGAAGGAAGCGCGCTGCTTTATTGTCGCCGTTCCGACACCCGTAAAAAGCGGAAATGTCCCGGACCTGAAATTCGTGCGCAATGCCAGCCGATTGGTCGGCCGCGCATTGACCCGGGGAGCGGTTGTTGTGTATGAGTCAACGGTTTATCCGGGCGTAACGGAGGAAGTTTGCATTCCGATTCTTGAAGAGGAGTCCGGCCTGCGCCTGGGCGAGGATTTCAAGGTGGGGTATTCCCCGGAACGAATCAATCCCGGAGACCAGGTACACCGACTCGAGACCATCGTGAAAATTGTGTCCGGTAATGACCCGGAGGCACTGGAGACGGTTGCCAGCCTATATGAGCTGATTATTGATGCAGGCGTTCACCGGGCGGAAAGCATCCGGGTGGCGGAAGCAGCCAAGGTCATCGAGAATGCCCAGCGCGATATCAATATCGCTTTCATGAACGAGCTCTCCATGCTGTTCAACGAGATGGATATCGATACGAATGCCGTGCTGCGGGCTGCAGAAACGAAGTGGAATTTCCTCCCGTTCCGGCCGGGGCTTGTTGGCGGACATTGCATCGGAATTGATCCATATTATTTGACGTACAAGGCCGAGGATACGGGATATCATTCCAAAATTATTTTGGCCGGGCGGCATATTAATGACGGAATGGGCAAATACATCGCCCAGCATGTCATTAAACTCGCGGTTCGCCAAGGTATCGATCTGATGAGGGCGAAGGTGGCGGTAATGGGTCTGGCCTTTAAGGAAGACTGCCGGGATATCCGCAACTCCAAAGTCATCGATATTATTACGGAGCTGCAGGACTACGGAATTCAACCGATGGTCGCGGACCCGCATGTGGACCCGCATCAGGCTTATGAGGAATATGGTATCGAGCTGTCGGACATGAGCGAATTGAAAGACATTCAGATTGCGGTTGTCGCCGTCGCTCACCGGGAGTTCAAGCAGCTTGGGATTGCCGAATTCAAGGACATGTTTAGCTCTGAAGGAGAGAAGCTTCTGATCGACGTGAAGGGAGCTTATCCAAAAACCGAATATGAAGCAAATGGCTTTCATTATTGGAGTTTGTAA	MELYVNMMDRVDKLAVVGLGYVGLPLAVAFSRKLDVIGFDLSEAKVQQYRSGFDATGEIGDTSLANCTASFTSDPDKLKEARCFIVAVPTPVKSGNVPDLKFVRNASRLVGRALTRGAVVVYESTVYPGVTEEVCIPILEEESGLRLGEDFKVGYSPERINPGDQVHRLETIVKIVSGNDPEALETVASLYELIIDAGVHRAESIRVAEAAKVIENAQRDINIAFMNELSMLFNEMDIDTNAVLRAAETKWNFLPFRPGLVGGHCIGIDPYYLTYKAEDTGYHSKIILAGRHINDGMGKYIAQHVIKLAVRQGIDLMRAKVAVMGLAFKEDCRDIRNSKVIDIITELQDYGIQPMVADPHVDPHQAYEEYGIELSDMSELKDIQIAVVAVAHREFKQLGIAEFKDMFSSEGEKLLIDVKGAYPKTEYEANGFHYWSL	PGPT0018915_200	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_D_GALACTOSAMINURONIC_ACID_MODIFICATION,PGPT0018915-wbpo-K02474	NA	NA
JZ016_06293	1872			hypothetical protein	ATGAGGATTATAAAAAGAAAGCAACCGAAGAGCACTAAAGAAGTTCTTGCGGTTCCGCGCACGGATAGACGTACTCTTACCTATGTACCTGACCCGGAGCAGATTCGTTTGAACGCGGACCGGAGAGGCAACCGGGCTGAGCAGCCCGGGGATGATTTGTCCAGCTCTGAATATTTAAATAAGCTGCGTATGCTCAGCTTGCGTTATGAAGCGGAATTTGAAGTATGGATCGTCCCCAAGGGGAAAAAGAAAAAAGCCGGGATTAAGGGACAGGCAGCCGATATTTCGGCCACGGGCCTGCTGCTCAAGCTGCCGGACGCTTCTTCAGGTCTCGAAGTGGGCGACAAGGTAAAGGCCCGATTCCGGATCCCGCCAGGCGCGATGCCGGAAGGTTTCGAATCGGCTGTAAGGATGGATGCAAGCATCGTTCGCCGGGCCACGAATTTGGCAGAATCCGGTGAAGAACATATGCTTGCCTTGGAATTTGAGAAACCGCTGACTGAATATTTTCAGCGCAAACGGTGGGGCTATTCCGTATATTCTGCCAGCGCGTTGATGTTCGTGGCGGTGCTCTTCATCATGCTGATGCGGGCCGAGAGCATTATCTATTTTAAATACAACATGGTGCTATATTTGTACAGCTTAATCGCAGCCCTGTTTTTGCTAACTCGCTACCTGTTTGGGGCATTGTACCGCGATGTGCCGATCAATCCGGATTATACACCGGGGGTTTCGATTATCATCCCCTGCTTCAATGAAGCGGATTGGATTAAACGTACGATTCTCAGCTGTATTAATCAGGATTATCCGGTCGATAAGCTGGAGGTCATCGTCGTGGATGACCGATCGACAGACCAATCGGTGCAGCAGATCAAGGATATGATTGAAGTGATTCACTCCGAGGCGGAGCGATACGCGACCCGCGAACGCTTGTCCTATACGGTGCTGCCGGAGAATGCGGGCAAGCGGGTTGCCCTGGTCAAGGGTGTGGAGATGGCGAAGCATGATTTGGTGGTGTTCGTGGACTCCGACAGCTTTCTGGACCCGACGGCGATTCGCCACCTCGTTCAGCCTTTTCAGGACCCTAAGATGGGCGGCGTGGCCGGCCGGACGGACGTCGAGAACAAATATACCAATAACATGACGAAGCTGCAGACGGTCCGTTATTATATTGCCTTTCGGATCATGAAAGCGGCGGAGTCCTGGTTTGACAGCGTGACCTGCTTGTCGGGCCCGTTATCCTGCTATCGGAAAGAGCTGATCCTGCAGCATGCGGACGCCTGGCTGAACCAGAAGTTTCTGGGCAGACCCGCCACCTTCGGGGATGACCGAAGCATGACGAACTTTATTTTGAAAACACATCGCACCGGTTACCAGGATTCCGCCATATGCTCGACGATTGTCCCTTCGCAGATGAAGGTGTTCCTGAAGCAGCAGATGCGCTGGAAGCGCTCCTGGCTGCGCGAGTCGCTCCGGGCCGGAAGCTTTATTTGGCGGAAAGAGCCGTTTATGGCATTGTTTTTCTACATAGGCCTAATCGTGCCGATTGCCGCGCCTGTCGTGGTTGCCTATAACTTGATGTACGTGCCGATCGTTCACGGCATTTTCCCGGGGACCTTCCTGATGGGCTTGCTGCTGATGGCGCTGCTCATGAGTCTTGCCCACCTGCTGTTTCGCAAGAGCAAGCTCTGGGTGTTCGGCTTCGTATTCTGTCTGTTCTATGAGTTTGTCCTGTTATGGCAGATGCCGGTGGCCTGGTTTACCTTCTGGAAGTCGACATGGGGGACCCGGGAAACACCGCAGGATATTGAAGCTAGAGAGAAGAAGGAAGCCCGCAAGCGTAAAGGCAAAAAATTCGGATTACCGTTCTGA	MRIIKRKQPKSTKEVLAVPRTDRRTLTYVPDPEQIRLNADRRGNRAEQPGDDLSSSEYLNKLRMLSLRYEAEFEVWIVPKGKKKKAGIKGQAADISATGLLLKLPDASSGLEVGDKVKARFRIPPGAMPEGFESAVRMDASIVRRATNLAESGEEHMLALEFEKPLTEYFQRKRWGYSVYSASALMFVAVLFIMLMRAESIIYFKYNMVLYLYSLIAALFLLTRYLFGALYRDVPINPDYTPGVSIIIPCFNEADWIKRTILSCINQDYPVDKLEVIVVDDRSTDQSVQQIKDMIEVIHSEAERYATRERLSYTVLPENAGKRVALVKGVEMAKHDLVVFVDSDSFLDPTAIRHLVQPFQDPKMGGVAGRTDVENKYTNNMTKLQTVRYYIAFRIMKAAESWFDSVTCLSGPLSCYRKELILQHADAWLNQKFLGRPATFGDDRSMTNFILKTHRTGYQDSAICSTIVPSQMKVFLKQQMRWKRSWLRESLRAGSFIWRKEPFMALFFYIGLIVPIAAPVVVAYNLMYVPIVHGIFPGTFLMGLLLMALLMSLAHLLFRKSKLWVFGFVFCLFYEFVLLWQMPVAWFTFWKSTWGTRETPQDIEAREKKEARKRKGKKFGLPF				NA	NA	NA	NA	NA
JZ016_06294	1758			hypothetical protein	ATGGGTAAAAAACAAAATGCAGCCCTCAATGTTCAGCGAAAAAATCGCCGCAAAATCATCAAAGTTACGGCACAGGTCGTTGTATTGGCCGTAGTAGCCGTCCTGCTGGCGAATGCGATTTTCGATTTTCGCACCTATAAGGAGCCGGACAGGTCGGCCTGGCGACAGGATCAGGGCTTTATTGCGCTATCCTATTTCGGAGTCGGCCGCACCGGGACATCCAAGCTCGTATCCAAGAGCCAGCTGGATGCACAATTGAAGGCCTTATATGAACAGGGCTACACCACGATTTCGCAGCAAGATATTATCGATTATTATCGTAATGGCAAGAAGCTGCCGGATAAAGCGCTGTATCTGTCCTTTGAAGATGGACGGAATGACTCCGCGCTGTTCGCGCAGCCGCTGCTGGAGAAATACAACTATAAGGCCACCTTCCTGTCCTATGCGGACAAAATGGGCAACAGTGAACGTAAATTTCTGCAGCCGAAGGATATGCTGAAGATGACCCGCACCGGTTATTGGGAGCTGGGGACCAACGGCAACCGGCTGACTTATATTAATATTTTTGATAGTGAAGGCCGTTATATCGGCGTTAAGGATGAGGGTGAACTGACCAGCAAATCCAACGTGGAGTATTACAACCACTATTTGATGGATTTCATTCGCGACGAGAACATGATACCGCTCGAGAACCGCGCGGAGATGGAAGAACGGATTCAAGCTGACTATGAGGCGATGAATAAAGTCTACACGGAATCGCTGGGCTACGTTCCAGGGACATATATGATCATGCACGCCAATGCGCTTGGCAGCGGCATGAATCAGCTTGTGGCCGATGCCAATACGGAGCAGATTGAGCAGTTGTTTGGGATGAATTTCAACCGGGAAGGTATGGCTTTCAACTCGCAGGATAGCGATCTTTATAATCTGACTCGGGTCCAGCCTGCTCCTTACTGGTCCACCAACCACCTGTTGATGAAGCTGCACAAGGACCAAGGACAATCTATGCAGTTTGTGCGGGGGGACAAGCAGCAGGCTGACAAGTGGGAGCTGCTCGGCGGAGCGGTTGAATTTTCGGATAACCGTTTCGTGGTCACATCGCCTCCGTCTCAGGCAGGGACGGTTTATTTAAAAGGCAGCGAAGAGACTGACGTAACCGTCTCGGCTAAAGCGCTCGGCAATGTGGTAGGACGGCAGTCCATCTATGTCCGTTACGACCGGACCAAGGGCTCTTACGTAAGACTCCTTCTGGAGAACAACAACGTGGTGGTAGAGCAGAAGCGAGCAGGTCAAGCGCCCGAGGAGCTGTTCACTTATTCCCTGCCGAAGGTCGAGTGGGGTGAAGAGGATCTGCAATTCGACAAAGCATCGGTATATACCAAGGAACAGACGCAGGCCGGAGATCGGGATGATGAGAATGAGTATCCGGTCAACATACTTGGCAACCGCTCGTTGGAGATTTCGGTGAAAGGCCATTCCGTGTCGGTGAGTGTCGATCAACAGTTAATTCTGGACCAGCAGCCTGTGGATGTTTCGATTGGCGCAGGGGGCGTTGCGTTTGAATCGCAATATCACGAGCAGAATGAGAAGGATGATATTTACGACGCTATTTTTGAAGATGTCACCATAACATCTGAGTCTGCGGGCGGCGATCGGAAGCTGCTGTTTACGAACAAGCCGTCCGGACTGACCGGAGTCCTGACAGGCGTGCAGAGAAGTTTGAACCGGGCGGTTGACTGGGCTGTGGAGACCTTTTAA	MGKKQNAALNVQRKNRRKIIKVTAQVVVLAVVAVLLANAIFDFRTYKEPDRSAWRQDQGFIALSYFGVGRTGTSKLVSKSQLDAQLKALYEQGYTTISQQDIIDYYRNGKKLPDKALYLSFEDGRNDSALFAQPLLEKYNYKATFLSYADKMGNSERKFLQPKDMLKMTRTGYWELGTNGNRLTYINIFDSEGRYIGVKDEGELTSKSNVEYYNHYLMDFIRDENMIPLENRAEMEERIQADYEAMNKVYTESLGYVPGTYMIMHANALGSGMNQLVADANTEQIEQLFGMNFNREGMAFNSQDSDLYNLTRVQPAPYWSTNHLLMKLHKDQGQSMQFVRGDKQQADKWELLGGAVEFSDNRFVVTSPPSQAGTVYLKGSEETDVTVSAKALGNVVGRQSIYVRYDRTKGSYVRLLLENNNVVVEQKRAGQAPEELFTYSLPKVEWGEEDLQFDKASVYTKEQTQAGDRDDENEYPVNILGNRSLEISVKGHSVSVSVDQQLILDQQPVDVSIGAGGVAFESQYHEQNEKDDIYDAIFEDVTITSESAGGDRKLLFTNKPSGLTGVLTGVQRSLNRAVDWAVETF	PGPT0023480_431	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-POLY-N-ACETYL-GLUCOSAMINE_METABOLISM	CE-EPS-POLY-N_ACETYL-GLUCOSAMINE_BIOSYNTHESIS,PGPT0023480-pgaB-K11931	NA	NA
JZ016_06295	1047			hypothetical protein	ATGGCTTTGTGCGCTGCTGTCTCCTTCTGGTGGCTGCGCACCGAAGAGCAGGAGAAAGCACTGCAGGCTCAGATACCGCAAACGGGAGTAAAGCTGTCTGCCTGGATTACGGATTGGCAGTGGAGGACGGGTATAACCGATATGGAGCAGCTCGGCAGCGAGCTTGAAGAGATCCATTTTTTTGCAGCCTACTTCAATCATAAAGACGAACTCCATTTTACTTCGGATTTTCGGGAGGGGCTGCCTGAATTTCAGGAGATTTCCCGGAAAGGGGAGCAGCTTCGCCGGGTCCTGACCATCGTAAACGATCGCTTCGATACCGATGGGACGGCGGATCAGAAGGATCCTGAGCTCATCTCCCGGATCGTGGCTACTCCGGAAAGCCGCAGCCAGCATATCGGGCACATTCTGGCTGTAGTATCCCAGCATGGCTTTCGTGGCGTGGAGCTGGATTACGAAAAGGTACGCAAGGAAGATTGGGCGAATTTATGCGCTCTGTACAAGGAGCTGTATGAACGTTTACAAGCGGAGGGTTTCTCTCTTCGAATCGTCCTGGAGCCGGGGATCTCCCAGTCATCCTTGGAGTTGTTGCCGGCAGGCCCGGATTATGTCCTGATGGCATATAACTTGTACGGAGGGCATAGCGGACCGGGGCCGAAGGCGGATCATGCCTTGATCAGAAAGCTGGCGGACAAACTGCGCAGGATTCCGGGAGACCATGCCATCGCACTGTCGGTTGGAGGGTTTGATTGGGCGAAGAACGGCAAGGTTGTCTCTTTAACGGAAAAGCGTGCGGTGGAGCTGGCACATTCCATCTCGGAAGTGCCGAAGCGGGATTCTTCAAGCGGTGCCCTGTATTATGAATATACGGACGAGCAAGGCATCGGCCATACGGTATGGTATGCAGATGGTATGACCATTGCCGGCTGGATGGATACGGCGACAGATACGGGTGTTTCGAAGATTGCGATCTGGCGGCTTGGGGATATGGAAGAGGATACGTTGAAACAGCTGAAGGAATACCATCAGCAATCCCAACATAAGTGA	MALCAAVSFWWLRTEEQEKALQAQIPQTGVKLSAWITDWQWRTGITDMEQLGSELEEIHFFAAYFNHKDELHFTSDFREGLPEFQEISRKGEQLRRVLTIVNDRFDTDGTADQKDPELISRIVATPESRSQHIGHILAVVSQHGFRGVELDYEKVRKEDWANLCALYKELYERLQAEGFSLRIVLEPGISQSSLELLPAGPDYVLMAYNLYGGHSGPGPKADHALIRKLADKLRRIPGDHAIALSVGGFDWAKNGKVVSLTEKRAVELAHSISEVPKRDSSSGALYYEYTDEQGIGHTVWYADGMTIAGWMDTATDTGVSKIAIWRLGDMEEDTLKQLKEYHQQSQHK	PGPT0025110_573	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025110-yaaH-K06306	NA	NA
JZ016_06296	2148			hypothetical protein	ATGAAGAATATCTTCCACATATATTCTGCCGATATCCATAGAATCATCCGTAATTGGGCTGCAGGCGTCATCATCGTAGGGCTCGCTATTCTTCCTTCTCTGTATGCCTGGTTTAACATTGAGGCCTCCTGGGATCCCTACGGCCAGACCTCCGGCGTCTCCATTGCCGTTGCCAACCTGGATAAAGGCACCACCCTCCGCGATCAGCCCATTAACCTGGGAAAAGAAATCGTGGAGTCCCTCCATCACAATGAGAAGCTGGGGTGGCGTTTTACGGAGGATAGCAAGAACGCCATTCAGGGTGTACGGCGCGGCGATGATTATGCCGCTATCATTATTCCGGAGAACTTCTCTGCCCGGATCGGCACCGTGCTGACCAATGAGCCTGTCAAAGCTCAGATCCTCTATTATACGAACGAAAAAATCAACGCCATTTCTCCCAAAGTGACGGCCCAGGGTGCATCCGGTGTTGTGGAGGAAATCAGCAAAAATTTCATCAAAACCGCCAACGGCACCATCTTCGAGATTTTCAACACGCTCGGGATTGAGATCGAGAACCAGCTCCCGGCCATCAATAAAGTCCGAAGCCTTCTGTTCCGGCTCGAAAAAAGCTTTCCGGAGCTCAATGAAGCGGTGGGCACAGCTGCACAAGATATTAAACTGGCCAACCGATTGGTTCAGCAAGCCGACGCCGCCCTGCCTCGCCTTGAAGGAATTGCCACGGACGGCAAGGCCATGGCCGGTGCGCTGGCGGAGTTCGCGAATCAGGCCGCCGGTGCCTCGAAATCGCTGGAGCCAACTCTGCGTCAGGACTTGGAGGTACTGGCTGCAACCACCGGAGCGCTCTCGCAAGTGCTGGACGCTCTAGGGCAAGCCGACATTGACCCGAAGGAGCTTGCCAGCCGCCTGAACGCTGCGCAGGAACGCGCAGAGACCGCAGCGAGAGCAGCCGCCCGGCTGGGTCAATTGTTCAAGCGGCTGGGCTCCATCTCCCCGGCAGCAGCTTCCGGGGCGGCCAAGCTCGAGGATATTGCCGCACGATGGACCTCAGCTCAATCCGTGCTGCAAACCATAGCCCAAGCCGTGGAACGGGGAGAAGAAGCGCCAGCAGATTCCATCGATAAGTTGAAAAAGCTGAACGATGATATTACGGGACTGACCAACACGCTGTTAAGCCGCTACGATACGGAGATCGGTCCAGCGATAAGCAAAGCCTTCACCTCGGGCGCAGACACGGCTAAGCGCGTGCAGCAGGAGCTGACCCAGGCACTTGCCAGCGTCCCCGACATTCAGCATTTGCTCAAAGACGCCCGGAAAGGCCTTAAAGTAGGCGGAGAAGAAGTACAGCTTGCTCAAAGCCGTCTGCCGGAGGCCGAGCTTCGGATTACGCAGCTGGCGAATCGGCTCCGTGAGATGGAAGCTGAGGGAGATATCCAAGAGGTTATTGATTTGCTTCAAAATAATTTCGAGCTCGAAAGCCAGTTTTTTGCCGAGCCTGTAACGCTGGAAGAGAATCGCCTGTATCCGATCCCGAACTACGGGTCCGCCATGTCTCCCTTCTTCACGACTTTATCCTTGTGGGTAGGTGCCCTGCTGCTCGTTTCCCTGCTCTCCGTTGAGGTTCATGATGAAGAGAGAAGCTTCCGCAGCATCGAGGTTTACTTCGGACGCTATTTAACCTTTCTCACCATTGCCCTGTTCCAAGCGCTATTCGTCACCCTGGGAGATATCTATTTGCTGCGGACCTATGTGGTGAATCCGGGCTGGTTCATCCTGTTTGCGCTGCTGATCAGCTCCATCTTCATGCTGATTGTGTATACGCTGGTGTCCGTATTCGGCAATGTCGGAAAAGCGATGGCCATCGTACTTCTCGTGCTGCAGCTCGCAGGCGCGGGCGGAACGTTCCCGATCCAGATGACGCCGCCCTTCTTCCAGGCATTGCATCCGTATCTGCCGTTCACCTACGCCATTAGCATGATGCGGGAAGCCGTTGGCGGCATTCTATGGGATATTGTCATCCGGGATGTCCTGTTCATGCTGATCTTTGCCGCAATTGCGCTGATGATCGGGATTGCGCTCAAGAAGCCGATCAACCGGGCCAGCGGCGGTCTTGTCCGTAAAGCGAGAGCCTCGAAACTCATCCATTAA	MKNIFHIYSADIHRIIRNWAAGVIIVGLAILPSLYAWFNIEASWDPYGQTSGVSIAVANLDKGTTLRDQPINLGKEIVESLHHNEKLGWRFTEDSKNAIQGVRRGDDYAAIIIPENFSARIGTVLTNEPVKAQILYYTNEKINAISPKVTAQGASGVVEEISKNFIKTANGTIFEIFNTLGIEIENQLPAINKVRSLLFRLEKSFPELNEAVGTAAQDIKLANRLVQQADAALPRLEGIATDGKAMAGALAEFANQAAGASKSLEPTLRQDLEVLAATTGALSQVLDALGQADIDPKELASRLNAAQERAETAARAAARLGQLFKRLGSISPAAASGAAKLEDIAARWTSAQSVLQTIAQAVERGEEAPADSIDKLKKLNDDITGLTNTLLSRYDTEIGPAISKAFTSGADTAKRVQQELTQALASVPDIQHLLKDARKGLKVGGEEVQLAQSRLPEAELRITQLANRLREMEAEGDIQEVIDLLQNNFELESQFFAEPVTLEENRLYPIPNYGSAMSPFFTTLSLWVGALLLVSLLSVEVHDEERSFRSIEVYFGRYLTFLTIALFQALFVTLGDIYLLRTYVVNPGWFILFALLISSIFMLIVYTLVSVFGNVGKAMAIVLLVLQLAGAGGTFPIQMTPPFFQALHPYLPFTYAISMMREAVGGILWDIVIRDVLFMLIFAAIALMIGIALKKPINRASGGLVRKARASKLIH				NA	NA	NA	NA	NA
JZ016_06297	387			hypothetical protein	ATGATGAAACCTTCCACTCCTCCTCCGCCTTCACTAGAAGACGAAGCCCTGATCCGAGATTATCTGCTGCATCACTTCATTCAGTCTGTTCTCGAGCGGGATATTCAGATTCTCAAGACCCTTCAACTGAAAATGGGTGAGCTCTATATCTTAAATCTGCAGCTCATTAAAAAAGGATATTCGGATCATGCCTGGTTCCTACAACAACAAATGAGAAGGCGCGGCATCCGGATTCATAGTCAGAGCGGTACAGCCGAGGAAGGGCTGCGTGTCCAGTATTTATGCCGCGGATATGATGGCTCTCTGCTCTGCGAATGGCACTCCTTCAAGGAAGAGATAAAGGATCGGCTCGTTTCGTATCTTGGCACGGATTTGGCGGCATACTAG	MMKPSTPPPPSLEDEALIRDYLLHHFIQSVLERDIQILKTLQLKMGELYILNLQLIKKGYSDHAWFLQQQMRRRGIRIHSQSGTAEEGLRVQYLCRGYDGSLLCEWHSFKEEIKDRLVSYLGTDLAAY				NA	NA	NA	NA	NA
JZ016_06298	510	glxR	COG0664	CRP-like cAMP-activated global transcriptional regulator	ATGATTCTTCATAAAGGCGAAATACTGTTCAGGCAAGGAGATAGCGGCGATCATCTATATCACATCCGGAGCGGATTGTTCAAGGTGACCCGTCTCCATCCGAATGGCAATATGGTGCTTTTCAATATTTTATATCCCGGTGAAACGGTGCCGCACCATTCCCTGATCAGCCCGAAGGAGACACATGGAACGGCGATCGCTCTGATCCAGAGCGAAGTGGAGGTCATATCGGCTGAAGCGTGGTACCGCCAGCTTGCGGAGGATCCGCAGAAACCGCTCGAGGTTGCCAGATTGCTGCAGGAAAAGGTGCGGTTCATGCAGATGAGGCTGGATCACTTGACGGTCGGAGGACCTGCGGAGCGGCTTGAGCTGCTGATCCAGTGGCTGGATGAGTATTCACAGGGAATACACTTGACCGAGTATCTGACGCAGGAAGAGATCGGACAGCTGATCGGCGTGAGGAGAGAAACGGTAAACCGGCTGCTGCGGGAACAGGGCAAGCATATCTAG	MILHKGEILFRQGDSGDHLYHIRSGLFKVTRLHPNGNMVLFNILYPGETVPHHSLISPKETHGTAIALIQSEVEVISAEAWYRQLAEDPQKPLEVARLLQEKVRFMQMRLDHLTVGGPAERLELLIQWLDEYSQGIHLTEYLTQEEIGQLIGVRRETVNRLLREQGKHI	PGPT0015075_4894	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-CARBOHYDRATE_LIMITATION_SIGNALLING,PGPT0015075-clp|crp-K10914	NA	NA
JZ016_06299	1206	hmp_2	COG1017	Flavohemoprotein	ATGTTAAGCCAGCATACGATTGAGGTCGTTAAATCGACCGTTCCTGTTCTTGAAACACATGGAACGGCAATTACGACTGCATTTTACCAAAAATTGTTTCATCATCATCCGGAGCTTCTTAACATATTCAACCATGCGAATCAACGAGAAGGAAAACAGCCCTTTGCCCTTGCCAATGCCGTATACGCCGCCGCAGCCCATATCGACCGTCTTGAAGCGATCGTCCCGGTTGTTAAGCAGATCGGACACAAACACCGGGCATTAAACATTTTGCCCGAGCACTATCCAATCGTTGGCGAAACGCTGCTCGCCGCAATGAAGGAAGTGCTGGGAGACGCTGCAACGCCCGAAATTATCGAGGCCTGGGCCGAAGCTTACGGGGCTATTGCCGATGTCTTCATTGGCATTGAAGCGGATATGTACCAACAAGCCGCGAACGAGGCCGGCGGCTGGAGCGGATACCGCAATTTCGTCATTGACCGGAAGGTGGAAGAAAGCTCCGTTATCACTTCCTTTTATCTGGTCCCGCAAGACGGCGGCGAGATTTCCGCTTATCAACCCGGTCAATATATCACGCTCCGGGTGAAACCCGAAGGTGAAGCCTATTATCATAATCGTCATTACAGTCTCTCATCCGCACCGGGTCAGCCTTACTACAGAATTACGGTCAAGCGTGAGGATGAACTGGAAGGAAAGCCCGCAGGCGTCGTCTCCACTTGGCTGCACCGTCATGCCGAGGTTGGGACCGTTCTTGAGGTCACGGCTCCGGCCGGTACCTTTACGCTGGATACGGACAGCGATCTTCCGCTTGTCTTGATCAGCGGCGGCGTCGGTTTAACCCCGATGGTGGCCATGCTCGAAACCGTGCTGCTGGAACAGCCTGACCGGAACGTAACCTTTATTCATGCGGCCAAGTGCGGCAGCCAGCATGCGATGAAAGCTCACATCGATGCGCTTGCCTCCAAATATCCGCAGCTAACCTCTTATGTCATTTATGAACAACCGGAATCGGAGGATCAGTGTCACCAAGCAGGCTATATTGATCTTGATTTCCTGCGCAAAACCGTTGATGACAAGGCCGACTTCTACTTCTGCGGCCCCGTTCCGTTCATGCGAGCCGTGAACAATCATTTGAAATCGATGGAGGTACCTTCGGACCGAATTCATTATGAATTTTTCGGCCCGGCTGGTACATTGGAAGATTAA	MLSQHTIEVVKSTVPVLETHGTAITTAFYQKLFHHHPELLNIFNHANQREGKQPFALANAVYAAAAHIDRLEAIVPVVKQIGHKHRALNILPEHYPIVGETLLAAMKEVLGDAATPEIIEAWAEAYGAIADVFIGIEADMYQQAANEAGGWSGYRNFVIDRKVEESSVITSFYLVPQDGGEISAYQPGQYITLRVKPEGEAYYHNRHYSLSSAPGQPYYRITVKREDELEGKPAGVVSTWLHRHAEVGTVLEVTAPAGTFTLDTDSDLPLVLISGGVGLTPMVAMLETVLLEQPDRNVTFIHAAKCGSQHAMKAHIDALASKYPQLTSYVIYEQPESEDQCHQAGYIDLDFLRKTVDDKADFYFCGPVPFMRAVNNHLKSMEVPSDRIHYEFFGPAGTLED	PGPT0013000_760			NA	NA	NA	NA	NA
JZ016_06300	693			hypothetical protein	ATGAGGAAAAGACAAAACACAATTATCACCATGTCGGCGATGTTGTTCGGAACGTTTTTAATGGCTTTTACGTATTATCACATTAATTTTCACAATCATTTAACCGAAGGCGGCTTTGTCGGCCTTGCACTGCTTGGCAAATATGCGCTTGATATTCCGCCCGCATTAAGTATGGTCCTCATGGACATACCGGTTCTGCTGGTTGCCTTATTCATCAAAGGTCGGAAGTTCATTATCAATACCGTAGTTGCGGCGAGCATGTTCACCTTGTTCTACGCATTGATCGAGCGGTATTCCACGCTTGTGATCGATCTGAATCATAACTTGCTGGCAGCCGCGCTGCTGTCCGGTTTATTGACGGGCTTTGGTGCAGGCATCGTGCTCCGTTTCGGCGGAGCGACAGGCGGTGACGACGTGATCTCCGTGCTGTTCAGCGAGTGGAGCGGGCTTAAGGTAGGGACGGTGTTTTTCCTGATGGATGCCGTAGTACTGCTATTATCGCTATTCTACATGCCATTGGTTGAAACCTTATATACTATATTAGCCGTATCGATTGCCGGACAAGTGATCACCATCACAGTGACGTACGGTACCGAGAAAACGGAAAAGAAACCGATTCGGAAGGCGGTCCGTGCCCCAAGCACTCCGGTTACTCCGAAGACAGCGCAGCATACCGTTAGCGGCCGTTCATAA	MRKRQNTIITMSAMLFGTFLMAFTYYHINFHNHLTEGGFVGLALLGKYALDIPPALSMVLMDIPVLLVALFIKGRKFIINTVVAASMFTLFYALIERYSTLVIDLNHNLLAAALLSGLLTGFGAGIVLRFGGATGGDDVISVLFSEWSGLKVGTVFFLMDAVVLLLSLFYMPLVETLYTILAVSIAGQVITITVTYGTEKTEKKPIRKAVRAPSTPVTPKTAQHTVSGRS				NA	NA	NA	NA	NA
JZ016_06301	183			hypothetical protein	ATGCCTTGGAGCAAACATGATTATCCGCCATCCATGAAAAACCTGGAGCCTCGGGTGAGGAATAAAGCCGTGGAAATTGCCAATGCCCTGCTGGAGGAAGATTACGATGAAGGTCGTGCCATCGCTATCGCCACCGCCAAGGCACAGGAGTGGGATGAGAATCATCCGAAGGACGAGAAGTGA	MPWSKHDYPPSMKNLEPRVRNKAVEIANALLEEDYDEGRAIAIATAKAQEWDENHPKDEK				NA	NA	NA	NA	NA
JZ016_06302	966	msrA_2		Peptide methionine sulfoxide reductase MsrA	ATGAATAATCGTTCAACCCCAAGTGAATTGGCTACCTTTGCGGGAGGCTGCTTCTGGTGTATGGTCTCTCCTTTTGATGAGCTGCCGGGCATCCTGAAGGTCGTTTCCGGCTATACGGGCGGCCATAAGGAAAATCCGACCTATGAAGAGGTATGCTCTGATACAACAGGTCATTACGAGGCTGTTCAAATCACGTATAACCCGGAAGTGTTCCCTTACGAAAAGCTGCTCGAGCTCTTCTGGCAGCAAATCGATCCTACGGATGAGGGCGGACAATTCCATGACCGGGGCACATCTTACCGGACTGCTATTTTTTACCACACGGAGGAGCAGCGTGAACTTGCGGAGCAATCCAAGCAAGCCGTAGCTGCCAGCGGACGATTCGATGGACCGATCGTAACGCCCATCCTCCCCGCCAGCACTTTCTATGAAGCTGAAGAATATCATCAGGATTATCACAAGAAAAACCCGAGCCATTACAAACGCTATCGCAAAGGTTCAGGACGCGAGGATTTCATTGAGCAGCACTGGTCGGATCCGGTAGATCCAGCCGAGCTTAAACAGCGCCTGACACCGATCCAATATGAAGTGACCCAGAATAACGCAACCGAGCCTCCGTTCCACAATGAGTTCTGGGACCATCACGGGGAAGGCATTTACGTGGATATCGTATCCGGCGAGCCGCTCTTCAGCTCAACGGACAAATATGATGCCGGCTGCGGATGGCCGAGCTTCACCCGTCCGATTCGCGAATACAACATTAAGGAAAAAATGGATCTTACCCATATGATGGTCCGCACCGAGGTAAGAAGCAAAAAAGGCGACTCGCACCTCGGCCATGTATTTGACGACGGACCTGGGCCGAACGGGCTTCGCTACTGCATCAATTCTGCGGCACTCCGATTTGTACCGAAGGAAGAGATGCAAAAGGAAGGCTACGGCGAGTATTTGCAGCTGTTTGAATAA	MNNRSTPSELATFAGGCFWCMVSPFDELPGILKVVSGYTGGHKENPTYEEVCSDTTGHYEAVQITYNPEVFPYEKLLELFWQQIDPTDEGGQFHDRGTSYRTAIFYHTEEQRELAEQSKQAVAASGRFDGPIVTPILPASTFYEAEEYHQDYHKKNPSHYKRYRKGSGREDFIEQHWSDPVDPAELKQRLTPIQYEVTQNNATEPPFHNEFWDHHGEGIYVDIVSGEPLFSSTDKYDAGCGWPSFTRPIREYNIKEKMDLTHMMVRTEVRSKKGDSHLGHVFDDGPGPNGLRYCINSAALRFVPKEEMQKEGYGEYLQLFE				NA	NA	NA	NA	NA
JZ016_06303	612			hypothetical protein	ATGAAGAGATGGATCATACCCGCAATTTATTCAACAGCCCTGATACTGGCATTTGCATACAGACATGAAATCATAGACTGGCTGAGAGGAAATCCCCCGCTCTACCTGATGATCCTGCTGGCAGCCCTGCTTGCCTTATTTCCTATTGCGCCCTATAAAGTCATTATCGCTATTCTCGGTTATGCATATGGGACACTCTGGGCTGCAGCCATTTCGTGGTTCGGAACAACGATAGCGGCCGTCATCCTGTATGCGGCAGTTCGGTCCCTGTACCAGGAGCCCGGCAGGCGACTGCTTGGCAAATACGAGGCTATCCATAGGTTTACAGCCCTGGTAGAAAGGCGCCCCTTTCAGTCGATCCTGCTCGCGCGCTTACTGCCCATTATTCCGCAAATGGCCGTCAATATTTATGCCGGCGTCGCATCCATTCCATTCTGGACGTACACAACCGCTTCAGCCATCGGTAAAATCCCCGCGATTCTCCTGTATGCCTGGCTGGGCAGCGGGTTTTCCGATCATCCGCTCCTCTTCGCGGGTATCGCGGGCGGACTTATGCTGGTTACCGCTCTGTGCCTGGCCGCTGTCCGGTGGTATAAAGGGAGACCGGCTTAA	MKRWIIPAIYSTALILAFAYRHEIIDWLRGNPPLYLMILLAALLALFPIAPYKVIIAILGYAYGTLWAAAISWFGTTIAAVILYAAVRSLYQEPGRRLLGKYEAIHRFTALVERRPFQSILLARLLPIIPQMAVNIYAGVASIPFWTYTTASAIGKIPAILLYAWLGSGFSDHPLLFAGIAGGLMLVTALCLAAVRWYKGRPA				NA	NA	NA	NA	NA
JZ016_06304	702			hypothetical protein	ATGGATATCATGTCGATGGATTTTTGGATGGCACTGCTATCGATTGTCCTCATTGACCTTGTGTTGGCAGGCGACAACGCGATTGTTATCGGGCTTGCCGCTCGTAATGTCCAGAAGGAGGACCAGAAGAAGGTCATCCTGTGGGGTACCGTCGGTGCGATCGTGATTCGTATCGTGGCCACACTCCTCGTTGTACAGCTCTTAATGATCCCCGGCTTGCGATTGATCGGTGGCTTTGCCCTGTTGTGGATTGCCTACAAGCTGATGGTGGATGAGAAGCAGCATGAAATTTCCGCTGGCAACCAAATGTGGGCGGCAATCCGTACGATTATTATCGCGGACGCGATGATGGGACTGGATAACGTGCTTGCTGTAGCTGGCGCTGCTGGCGAAAGCTTCATGCTGGTTATTATCGGGCTTGCGATTTCGGTTCCAATTATGGTGTGGGGCAGTACCATTATCCTGAAGTTGACGGATCGCTTTCCTATTATCATCACGATCGGTGCTGCCGTGTTAGCCTGGACCGCATCGAAGATGATTGTGGAAGAGCCGATGATTCACAGCTGGTTCGCCAATGGCGTTCTGAAGTATGGTTTTGAAATTCTTGTTATTGCCATTATCATCAGTCTTGGAACTTGGATGAAGAAGAAAAATGACCAAAAAGCGAAGAGCCATCCGGTGCAGGTCAAGATGGTTGACTAG	MDIMSMDFWMALLSIVLIDLVLAGDNAIVIGLAARNVQKEDQKKVILWGTVGAIVIRIVATLLVVQLLMIPGLRLIGGFALLWIAYKLMVDEKQHEISAGNQMWAAIRTIIIADAMMGLDNVLAVAGAAGESFMLVIIGLAISVPIMVWGSTIILKLTDRFPIIITIGAAVLAWTASKMIVEEPMIHSWFANGVLKYGFEILVIAIIISLGTWMKKKNDQKAKSHPVQVKMVD				NA	NA	NA	NA	NA
JZ016_06305	309			hypothetical protein	ATGGAATTTACGGAAAAATCCGTAGAAGAACGGATTGCGGAGTCGTACCGCCAGGACGAGGATATGATGATCCTCGTGTTTGCCCAGTGGTGTGTGAATCACGGACTTGACCCAGCGGAACTGTACCGTAAAGCATATCCGAATCAGCCGGACAATGAGCGGCTGGCACGGGTGCTGGAATTAACGGTGCCCAAGGAAGAAGCTGGTGAAATACCGGATCAGACCCTGCTTGGCGTCCTGTCATTATTCGGAAATGAAGACTTGGCTATCGTTGTATCCGAGGCGGCGGCCAACCGTGATAAGAAGTAA	MEFTEKSVEERIAESYRQDEDMMILVFAQWCVNHGLDPAELYRKAYPNQPDNERLARVLELTVPKEEAGEIPDQTLLGVLSLFGNEDLAIVVSEAAANRDKK	PGPT0014312_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014312-yxiS-NA	NA	NA
JZ016_06306	819	rhaR_60		HTH-type transcriptional activator RhaR	ATGGATTCAAATCTTTCCAACCAAGTCGTAGCAGCGGATTTCTCATTTCATCGTAAACCTTTCAAGATGTCCCTGGCTGACGGTTTCGACACCTACCTGATGCGATGGCAGACCGACGGCAAATGCCGTGCCAAAATCGATGACGAGCTGTCACTCGTTGAAGCAGGGGATCTGTTAATCTTCACGCCAGGACAACCCTATGAACTCCGAATAGATGACGAATATAACGCTTTGGGTGAGTTAACCATCGAAAGCGGAGATTACCATATTTTTTTCAAGGGTCCCTGGGCTGACGCGTGGTGGAATTCCAAGAAACGCCCAACCAAAATTCGGGTTCCACTGGAAGAGCGTTACCTGAGTCTGTTTCGGCAAATTCTGCTGGAGCAGCGCCGTGTATCGGATCCTTATCCGGAGATTTCGGATTACACGGTGCGGATTTTGTGCCTCGAAGTGGACCGCCTGTTATCGGAGCAGCCATCGACCACACCCAAGACGTATCTAGCCTACCGCATGAAAAATTACATTGAAGAGAATGCCTCCTCGATGTTCAAGCTGGAGGACGTCGCGGCCCATGTCGGCATTAGTGTCTCTCGGGCAGTCCATCTGTTCAAAGAAGCGTTTGGCACCACCATCATGCAATACACCATGGACGTTCGCCTGAGCATGGCCAAGGAACGGATTGTGTTTAGTCCTCTCTCGCTGGAGGATGTTGCCGAAACGTCCGGCTTTGCCAACTATACTTATTTTCACCGCGTTTTCCGCTCCCGATTCGGCGTTTCGCCCAAACAATTCCGCATGGCCAGCCGAACGTCAAACTGA	MDSNLSNQVVAADFSFHRKPFKMSLADGFDTYLMRWQTDGKCRAKIDDELSLVEAGDLLIFTPGQPYELRIDDEYNALGELTIESGDYHIFFKGPWADAWWNSKKRPTKIRVPLEERYLSLFRQILLEQRRVSDPYPEISDYTVRILCLEVDRLLSEQPSTTPKTYLAYRMKNYIEENASSMFKLEDVAAHVGISVSRAVHLFKEAFGTTIMQYTMDVRLSMAKERIVFSPLSLEDVAETSGFANYTYFHRVFRSRFGVSPKQFRMASRTSN	PGPT0017485_732	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_06307	1101	iolG_29		Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase	ATGAAAAAAATGAAAGCAGGTATAATTGGCTGCGGAACCATCAGCGGCGTATACTTCACGAACTTAAAGAACAGCCCTTGGGTTGAAGTCGTGGCATGTGCTGACCTTATTCCGGACAACGCGAAGAAGAAGGCCGAAGAGTTCAACATCCCGAACGTGTATACAGTTGAGGAGATGCTTGCACAGACTGACATTGAGTTTATTATTAATCTGACCATTCCGGCCAGCCACGCCAATGTGGACATTGCTTCGCTGGAAGCAGGGAAGCATGTTTACAGTGAAAAGCCGCTGGCGATTACCCTTGATGAAGCCCGCCGGGTGCTAAATATGGCAGATCAAAAAGGACTTCGCGTCGGCTGCGCGCCCGATACGTTTCTGGGCTCCGGCGTACAGACGGCCAAAGCCGCTATTGAATCCGGGCTTATTGGCAGACCTGTTGCCGCTACGGCGTTTATGATGGGTTCAGGACCGGAAGCTTGGCATCCTAATCCTGAATTTTTTTACGCGTCGGGCGGAGGTCCAATGATGGATATGGGTCCTTACTATGTATCGGCCCTCGTAGAGCTGCTTGGTCCTGCAAGCCGGATCAGCGCATCCACCGGCATCCAGATTCCAGACCGCGCCATCGGCTCCGGCCCGCTCCAAGGAAAACCGATTACGGTTCAGACCCCAACGCATTTAGCAGGGACGCTGGATTTTGAGAACGGTGCCATTGCAACCATGATTACAAGTTTCGATATCTTTGGCGGATCGAACCTGCCCTGGATCGAAATCTATGGCACGCAGGGAAGCCTAAGCCTCGGGGATCCGAACTACTTTAACGGCGAAGTGAAGCTCCGGAAGCACGGCTCCGAGGAATGGGAGCTGCTTGACCCCGCATTTGAATGCGGGAAGAACGAGCGGGGGCTGGGTATCAATGATATGATCCAATCAATTCATGAGCAGAAGGACCATCGCGTGAGCGCCCGTCTGGCATACCACGTGCTGGAGATTATGCAGTCGTTCCAGCAGTCTTCGCTGGAGGGCCGACATATCGTTCTGCAAAGCACATACCGCTACGGCAAACTTCCGGCGCCGCAGCAGGCAAACATGTCGGAATAG	MKKMKAGIIGCGTISGVYFTNLKNSPWVEVVACADLIPDNAKKKAEEFNIPNVYTVEEMLAQTDIEFIINLTIPASHANVDIASLEAGKHVYSEKPLAITLDEARRVLNMADQKGLRVGCAPDTFLGSGVQTAKAAIESGLIGRPVAATAFMMGSGPEAWHPNPEFFYASGGGPMMDMGPYYVSALVELLGPASRISASTGIQIPDRAIGSGPLQGKPITVQTPTHLAGTLDFENGAIATMITSFDIFGGSNLPWIEIYGTQGSLSLGDPNYFNGEVKLRKHGSEEWELLDPAFECGKNERGLGINDMIQSIHEQKDHRVSARLAYHVLEIMQSFQQSSLEGRHIVLQSTYRYGKLPAPQQANMSE				NA	NA	NA	NA	NA
JZ016_06308	1086	gfo_3		Glucose--fructose oxidoreductase	ATGTCGAAAACGTTGAAGATCGGAATTATCGGTTGTGGGGGAATCGCCAATGGCAAGCATATGCCGAGCTTGAAGAAGCAGGCGCAGGCGGAACTGGTCGCTTTTTGCGACATCGTAGAAGAGCGTGCGCAGAAGGCGGCTGCTGAGTACGGGGTTGAAGGCGCAAAAGTGTACACGGATTTCAGAGAATTGCTGCAAGACGGCAGCATCGATGTTATCCATGTATGTACGCCGAACGATTCCCACTCCGAGATTACGGTAGCATCCCTTGAAGCCGGCAAGCACGTGATGTGCGAAAAGCCTATGGCGAAGACCGTTTCCGAAGCCAAAGCGATGCTGGACGCCGCGAAGCGTACAGGGAAAAAACTTACCATCGGTTACAACAACCGTTTCCGCGACGATAGCATGTATCTGAAAGGCGTCTGTGAGGAAGGCGAGCTGGGCGAGATCTACTACGGTAAAGCGCTGGCTGTTCGCCGCCGTGCCGTTCCGACCTGGGGCGTATTCCTTGACGAAGAGAAGCAAGGCGGAGGTCCGTTGATCGATATCGGTACCCATGCGCTGGATTTGACCTTGTGGCTGATGGACAACTACAAGCCGAAGAGCGTGCTGGGATCCACGTTCCATAAACTTGGTCAACGGGAGAATGCGGCGAATGCGTTCGGTCCTTGGGATCCGAAGGAGTTCAAGGTAGAGGATTCGGCATTCGGGTTCATTACGATGGAGAACGGCGCAACGATTATTCTGGAATCCAGCTGGGCCCTTAACGTCGTTGAGACCGGCGAAGCCAAAGCCGTGTTGGCGGGTACAGAAGGCGGGGCTGACATGAAGGACGGTCTGCGTATTAACGGCGAGAAAATGAGCAGATTGTATGAAACCAAAGTCGATTTGAATGCCGGCGGCGTAGCGTTCTATTCCGGCTCCAAGGAAAATGATTCGGACCGTGAAGCCAGAATGTGGCTGGAGGCCATTATTGAGGATAAGGACCCTGTGGTTAAGCCGGAGCAAGCGTTTGTTGTAACGCAAATTCTGGAAGCGATCTATGAATCGGCGAAGACAGGAAAAGCGGTTTATTTCGATAACTAA	MSKTLKIGIIGCGGIANGKHMPSLKKQAQAELVAFCDIVEERAQKAAAEYGVEGAKVYTDFRELLQDGSIDVIHVCTPNDSHSEITVASLEAGKHVMCEKPMAKTVSEAKAMLDAAKRTGKKLTIGYNNRFRDDSMYLKGVCEEGELGEIYYGKALAVRRRAVPTWGVFLDEEKQGGGPLIDIGTHALDLTLWLMDNYKPKSVLGSTFHKLGQRENAANAFGPWDPKEFKVEDSAFGFITMENGATIILESSWALNVVETGEAKAVLAGTEGGADMKDGLRINGEKMSRLYETKVDLNAGGVAFYSGSKENDSDREARMWLEAIIEDKDPVVKPEQAFVVTQILEAIYESAKTGKAVYFDN				NA	NA	NA	NA	NA
JZ016_06309	969			hypothetical protein	ATGAAATTAGGCGTATTTATGGTATTGTTGAGCGGACGTAAATTGGAGGATGCATTGGACTATGTGGCATCCAAGGGTCTTAAAGCGGTTGAGATCGGAACAGGCGGTTATCCTGGGAATGCACATTGCAACCCGGTCGAGCTGCTGGAGAATGAAACTGCGCTGAAAAACTTCAAAAATGCGGTGGAATCCCGTGGGTTGATCATTAGCGCACTGAGCTGCCATGGCAACCCGCTTCATCCGCAAAAAGCGATCGCAAAAGAGTTCCATGACACATACGTAAAAACGGTAGAGCTTGCCGAGAAGCTTGAAGTACCTGTTGTTAACACATTCTCCGGCTGCCCAGGCGACCATGAGGATGCCAAATACCCGAACTGGCCGGTTGCGCCTTGGCCTAACGACTACCAAGAGATTCTGACCTGGCAGTGGGATAACAAGGTCATTCCTTACTGGACCGAATGGGGTAAATTTGCTGCAGACCGCAATGTGAAGATTGGTTTGGAATTGCACGGCGGCTTCTCCGTTCATACGCCTGGCACGCTGCTCCGTTTACGTGAAGCCGCAGGCGAAGTGATCGGTGCCAACCTGGATCCGAGTCATATGTGGTGGCAAGGGATCGACCCTGTTCAAGCGATTCAAATTTTGGGCCGCGAAGGGGCAATCCACCACTTCCACGCGAAGGATACAAGCATTGACCCGATCAACGTGAACAAGCACGGTCTGACCGATATGCAGTCTTATGCCAATATGCTGGATCGCGCTTGGCAGTTCCGCAGCGTAGGCTATGGGCATGACGTGAAGGAATGGGCGGATATGATGAGTGCCCTTCGTCTGGTTGGATATGATTATGTCGTAAGCATTGAACATGAAGATGGATTGATGTCGATTGAAGAAGGCTTCTCCAAAGCGGTGCAAAATCTTCAGCAAGTGCTGATCGAAGAGCCGCTCGGAGAAATGTGGTGGGTCTAA	MKLGVFMVLLSGRKLEDALDYVASKGLKAVEIGTGGYPGNAHCNPVELLENETALKNFKNAVESRGLIISALSCHGNPLHPQKAIAKEFHDTYVKTVELAEKLEVPVVNTFSGCPGDHEDAKYPNWPVAPWPNDYQEILTWQWDNKVIPYWTEWGKFAADRNVKIGLELHGGFSVHTPGTLLRLREAAGEVIGANLDPSHMWWQGIDPVQAIQILGREGAIHHFHAKDTSIDPINVNKHGLTDMQSYANMLDRAWQFRSVGYGHDVKEWADMMSALRLVGYDYVVSIEHEDGLMSIEEGFSKAVQNLQQVLIEEPLGEMWWV				NA	NA	NA	NA	NA
JZ016_06310	723			hypothetical protein	ATGCTTAACGTAACCATTTGGAATGAATTCGTACACGAGAAAATCCATGATGAGGTTCGGAACGTTTATCCAGCAGGGATTCACACAGCTTTGGCGGAGGGTCTGCAAAATCCGGATTTCGTTATCAGAACGGCAACGCTCGATCAGCCGGAGCATGGATTGACGGACGATGTACTGGATTCAACCGATGTGCTGTTGTGGTGGGGGCATATGGCTCATGACCAGGTAAGTGATGAAATCGTAAGCAAGGTCGTAAAACGCGTGCAGGATGGCATGGGTCTGATCGTTCTTCATTCCGGACATTTTTCCAAGCCGTTCAAAGCTTTGATGGGCACGAGCTGTGATTTGAAGTGGCGCGAAGCAGGAGAACAGGAAATTATTTGGAGTGTAAATCCGACACATCCGATTGCGGCAGGAATTACAGGCCCGATCATCATCGAGCACGAGGAAATGTACGGCGAGTTCTTCGATATTCCAGCCCCAGACGAGCTGGTATTTGTCAGCAATTTCGAAGGCGGCGAAGTATTCCGCAGCGGTTGCACGTTCAAGCGTGGTCATGGGAACATTTTCTATTTCCGTCCGGGGCATGAGACCTATCCAACCTACTACAACCCCGAAGTGCTGAAAGTGATCACCAATGCGATTAACTGGGCTTATTCCACGGCAGGCAAGCAAACCTTTGGCAACAGTCAGCCGGTTCGCGCGCTTCCCGTTTTAGTCTAA	MLNVTIWNEFVHEKIHDEVRNVYPAGIHTALAEGLQNPDFVIRTATLDQPEHGLTDDVLDSTDVLLWWGHMAHDQVSDEIVSKVVKRVQDGMGLIVLHSGHFSKPFKALMGTSCDLKWREAGEQEIIWSVNPTHPIAAGITGPIIIEHEEMYGEFFDIPAPDELVFVSNFEGGEVFRSGCTFKRGHGNIFYFRPGHETYPTYYNPEVLKVITNAINWAYSTAGKQTFGNSQPVRALPVLV				NA	NA	NA	NA	NA
JZ016_06311	669	udg	COG1573	Type-4 uracil-DNA glycosylase	ATGAATGAAGTACAAAGCGCACCTGTAGATCCCGCAATCATCGCCATATGCCAGGCCAAGCTTGTCCATCAACCCGTAGAGGGCTTCCTGCTGGGGAGAGGAGTCCGCTTCGCCAAGATTATGTTTATTGGGGAAGCACCCGGCGCCCATGAAGTTCTGGAAGGTTTACCTTTTGTAGGGCAGGCCGGGCAAGAGATGAATGCCTACCTGGAACGTCTGTCCCTGACCCGGGAGCAAGTGTATATTACCAGTGCCATGAGAAGCAGGCCCTATAAGGAAAAGCTAATCGTGAGATCCACGGGCGAGAGCGTCATCAGCCGTTCTAATCGCACGCCGACGAAGGCGGAAATATGGGCCCATGCACCTTTGCTTGATGAAGAGATCCGATGGGTTCGCCCGCACATTATCGCACCCATGGGAAATACGGCACTGCACCGGTTAATCGGAAGCCATGAAACGGTGACATCGCTGCACGGCAAACTGATGGAGGGCCCGGTCCAGCAAGCAGCAGATCCGGAGAATCCAAGTGCAGGCTATATGTTTTCGGAGGAAACCTATAAGATATTCCCTCTGTTCCATCCAGCGGCCGTACTGTATAATAGGAAATTGTCCACATTGATCCAGAATGATTTGGATATTTTGGCTCGTATTTTATGGGATAAAAGCTGA	MNEVQSAPVDPAIIAICQAKLVHQPVEGFLLGRGVRFAKIMFIGEAPGAHEVLEGLPFVGQAGQEMNAYLERLSLTREQVYITSAMRSRPYKEKLIVRSTGESVISRSNRTPTKAEIWAHAPLLDEEIRWVRPHIIAPMGNTALHRLIGSHETVTSLHGKLMEGPVQQAADPENPSAGYMFSEETYKIFPLFHPAAVLYNRKLSTLIQNDLDILARILWDKS				NA	NA	NA	NA	NA
JZ016_06312	321	yodB_2	COG1733	HTH-type transcriptional regulator YodB	ATGGAAGTTACAAATGTTACGATGTGTCCCCGTTTTGAATCTGCATTTTCTTTTCTGGGCAAACGGTGGAACGGTTTGATTATTCAAACGTTGATGAGCGGGCCTAAGCGCTTTAAGGATATTTCGAATTTGATTCCGTCCATGAGCGATAAAATGCTCTCCGAGCGGATGAAGGATTTGGAATGTGAAGGGATACTGATTCGTCATGTCTATCCGGAAACACCGGTACGTATTGAATATGAACTGACTGAAAAAGGCAAAGCACTTCGTCCGGTGATGGAGCAAATTGCATCCTGGGCAGAACAATGGGTCGAAAGATGA	MEVTNVTMCPRFESAFSFLGKRWNGLIIQTLMSGPKRFKDISNLIPSMSDKMLSERMKDLECEGILIRHVYPETPVRIEYELTEKGKALRPVMEQIASWAEQWVER	PGPT0028512_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028512-yodB-NA	NA	NA
JZ016_06313	675			hypothetical protein	ATGACCAAGCGAACGTATATCTCCCGTTTCCATTATGGACAAGAGGACATCTCAGAACTTGAAAACGCTTCATTAAAAGTGCTTCATATTTTTGAGAAAACCAAGCGGATGCTGAGCCAGTATGTGCCGGACTCCCTGTGGTTAGCTGCTTCTGGAACAAGCCCGGAACCTGCAGAAAACGTTAACCAAAACGGTACCAGTGCTTCAGTCATGTTTCAGAAATGGGTCAAAGCCCCCGGCGGATGGAAGTTCATTGGTTATGAAACCGATCGATTTCATGCTACCGGGCAGAATAGGGGACGAACGGGAAGATTTCTGCAGATGATCATCTGGTCACTCTATGAGAAAATCGTGATGATGCATCCCTTCCTTGGCAGCGAGCCGTTTTTTGACGGGGAAGAGCTGGATGTGATTGCGAATTACTTTGTGCCTACGTATATCAGCGCCGTACCGTTGGTGGAGCAGGGAAAAGCCTTTAAGACCATACAGGCCGGCATCGTTCTGTATCAGGAGCATATTCAGGCGCCTGCCGTCACTATGCAATCGGATGGCGGCTTATTAGAGGGGAACTGGATGACCGGGGTAAATCTGGATGCGAAGGGGTTTGCGGGTATTCGCCCTTATTTAAAAGTGCCAAGCGGCGAACGAGCCTATATGGAAGCCGATATTATATAG	MTKRTYISRFHYGQEDISELENASLKVLHIFEKTKRMLSQYVPDSLWLAASGTSPEPAENVNQNGTSASVMFQKWVKAPGGWKFIGYETDRFHATGQNRGRTGRFLQMIIWSLYEKIVMMHPFLGSEPFFDGEELDVIANYFVPTYISAVPLVEQGKAFKTIQAGIVLYQEHIQAPAVTMQSDGGLLEGNWMTGVNLDAKGFAGIRPYLKVPSGERAYMEADII				NA	NA	NA	NA	NA
JZ016_06314	2439	nasD_2	COG1251	Nitrite reductase [NAD(P)H]	ATGTCCAATATAAAGAGAGAAAAGTTAGTTGTCATTGGCAACGGTATTGCCGGGATTAGCACGGTCGAGCAAATCATTAAACTGGGTGGGAATTTTGACATCACCGTCATTGGACAGGAGCCTCATCCGAATTATAACCGCATTATGCTGTCGTATGTGTTGGAAGGCAGCAAAACCTTGGATGACATTGTATTGAATGATTGGAAATGGTACGAGGATAACCATATCACTTTGCATACGGGTGTCACCGTAACAGCCATTGATGGAGAGCGCAAGGTCGTGACAGCCGACAACGGATTGACGGTGCCTTATGACAAAGTAATGATAGCAACGGGCTCGAAGCCTTTTATTTTACCCGTACCGGGTAGTGACAAAGAAGGCGTTATCGGTTTCCGTAACATAGCCGATTGCACCCAGATGCTGGAGGCCGCTAAGGCCTACAAGAAAGCGGCAGTCATCGGCGGAGGGCTTCTGGGTCTGGAAGCTGCCAAGGGATTGGTCAGCCTCGGCATGGAGGTGACGGTGGTTCATCTCATGCAGGATTTGATGGAGAGCCAATTGGATTCGATGGCATCCGGCATGCTGAAAAGGGAGCTTGAACAGCAGGGTATCAACTTCTTACTAGGCAAACAAACAACCGAAATATTGGGAGATACCAGAGTCACGGGACTCCGGTTCAAGGATGGGGATGAGCTTGAAGCCGACCTGGTGGTCATGGCAGTGGGCATCAGAGCGAACACGGGAATCGCCCAAGCGAGCGGAATCGAAGTAAACCGGGGAATCGTAGTTAATGATTATCTTCAAACTTCCTGGCCGGATGTGTACGCGGTTGGCGAATGCTGCGAGCATCGGGGCGCATGCTACGGCCTGGTTGCGCCGTTGTTCGAACAGGGACAGGTGCTGGCGAAGCATCTGTGCGGCGTGGAAGGCCAGCCTTACGAGGGAAGCATTGTATCGACGAAGCTGAAAATCAGCGGTGTTGATGTATTCTCTGCCGGAGAGTTCATGGAGCAAGCCGAACACGCGGTGATCACCGCGAAAGATGATTGGCGCAAGACTTATAAGAAAATATTAATCCGCGACAATATCATTGTCGGGGCGATATTGTTCGGAGATGTGAGCGATTCGGCAAGCCTTCAATCCATGATTCGGAAAAAGACAGCCATGACGGATGAGATTTACGATTCGATCATGGGCACGGATCGTGCAGGGACAGGAGGCGGCAAGGCATTTTCGCTCGAAAAGATGCCCGACGATGAGATCGTATGCGGATGCAACGGCGTAACCAAAAAAGCCATCGTGGATGCCATTACTCTCCAAGGTCATACGACAGTGGATGAGATCAAAGCTTGCACAGGTGCTACCCGCTCGTGCGGCGGCTGCAAACCTGTCGTGGAGCAAATACTCCAGAGCGTATTGGGCGATGGCTTTAAGGCCGCAGGCAAACAAGGCATATGCCCATGCACGACACTCGATCGGGATGAAATCGTCGCCGAAATCCGTGCGAAGGGGCTTACCACGACGAAGGAAGTCATGCATGTTCTGAACTTCAGCAACCCGGAAGGCTGCTCGAAATGCCGCCCGGCCATTCATTATTATCTGGCCATGCTGAACCCGGTAACCCATCAGGAGGAGAGGGAATCCCGTTTTGTCAACGAACGGATGAACGCCAACATTCAGAAAGACGGCACGTATACGGTAGTCCCAAGAATGTACGGCGGCGTTACCACGCCGGAGGATTTGAAGAAAATCGCGGATGTATCGCTAAAATATAATGTGAAAGTTGTCAAGGTTACCGGCGGACAGCGTCTGGACCTCATCGGTGTTAAGAAGGAAGACTTACCGAGCGTCTGGGAAGAGCTCGATATGCCGTCGGGTTATGCCTATGCCAAATCGCTGCGGACCGTGAAGACCTGTGTAGGATCCCAGTTCTGCCGTTTCGGTACGCAGGATTCGATGGGCATGGGGGCATTCCTCGAGGAGAAATTCGAAAGACTGGATTTCCCGGCGAAATTTAAAATGGCGGTCAACGGATGTCCGCGAAACTGTGCCGAGTCGTGCACGAAAGATATCGGAATCGTCGGCAATGACGGTGGATGGGAAATATTCGTTGGAGGCAACGGCGGCACGAAGGCACGTCTGGCGGATTCGTTCTGCAAAGTGAAAACGGATGAAGAGCTGGTCGAAATCTGCGGAGCCCTGATGCAGTATTACCGTGAAACCGGTAAGTACCTGGAGAGAACCTCGGAGTGGGTAGAGCGTTTGGGACTGGAACAAATCCGAGCCGTTATCCTGGACGATCCGAAGCAGCGTAAGGAACTGGTGGAGAGAATCGAGCTTGCCCTGCAGCAAGTTGAGGATCCTTGGAAGAAAGTGCTGAACGACGAGAAGCTGCGTTATACGCTATTCGAGGATGCAAGACCAGTGATCAGCAAATAG	MSNIKREKLVVIGNGIAGISTVEQIIKLGGNFDITVIGQEPHPNYNRIMLSYVLEGSKTLDDIVLNDWKWYEDNHITLHTGVTVTAIDGERKVVTADNGLTVPYDKVMIATGSKPFILPVPGSDKEGVIGFRNIADCTQMLEAAKAYKKAAVIGGGLLGLEAAKGLVSLGMEVTVVHLMQDLMESQLDSMASGMLKRELEQQGINFLLGKQTTEILGDTRVTGLRFKDGDELEADLVVMAVGIRANTGIAQASGIEVNRGIVVNDYLQTSWPDVYAVGECCEHRGACYGLVAPLFEQGQVLAKHLCGVEGQPYEGSIVSTKLKISGVDVFSAGEFMEQAEHAVITAKDDWRKTYKKILIRDNIIVGAILFGDVSDSASLQSMIRKKTAMTDEIYDSIMGTDRAGTGGGKAFSLEKMPDDEIVCGCNGVTKKAIVDAITLQGHTTVDEIKACTGATRSCGGCKPVVEQILQSVLGDGFKAAGKQGICPCTTLDRDEIVAEIRAKGLTTTKEVMHVLNFSNPEGCSKCRPAIHYYLAMLNPVTHQEERESRFVNERMNANIQKDGTYTVVPRMYGGVTTPEDLKKIADVSLKYNVKVVKVTGGQRLDLIGVKKEDLPSVWEELDMPSGYAYAKSLRTVKTCVGSQFCRFGTQDSMGMGAFLEEKFERLDFPAKFKMAVNGCPRNCAESCTKDIGIVGNDGGWEIFVGGNGGTKARLADSFCKVKTDEELVEICGALMQYYRETGKYLERTSEWVERLGLEQIRAVILDDPKQRKELVERIELALQQVEDPWKKVLNDEKLRYTLFEDARPVISK	PGPT0000450_2091	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362	NA	NA
JZ016_06315	318	nasE_2	COG2146	Assimilatory nitrite reductase [NAD(P)H] small subunit	ATGGAAACCGAAAGATTTATTACGGTAGGAAATGAAAATGATTTTCTGTCACAGCTCGGAAGGGTGGTCCATCTCGGAGACCGGGAGATTGCCGTCTTCCGGACTTCGGATCATCAATGGTTTGCGCTGGACAATCAAAGCCCGCATCCCAAAGGAGGGCCACTCTCGGAAGCCATCGTATCCGGGCACTACATCTACGATCCGTTATACGATTGGAAGATCGAGCTTTCAACCGGGCTCGTACAGGCTCCGGATCAAGGCCAGGTTCGTGTATACCCGATTCGCGCCGTGGACGGGAAGGTTGAGGTGGCTGTTTAA	METERFITVGNENDFLSQLGRVVHLGDREIAVFRTSDHQWFALDNQSPHPKGGPLSEAIVSGHYIYDPLYDWKIELSTGLVQAPDQGQVRVYPIRAVDGKVEVAV	PGPT0000455_1897	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363	NA	NA
JZ016_06316	798	nirC_1	COG2116	Nitrite transporter NirC	ATGTTTAAAACGGATGTGGAAGCCGTTGTTAATGCCGCCGTCGGGAAAAAGGAGCAGATGAATCATAATCTGCTGCGCTATATGGTATCGGCTATGCTGGCCGGCGCGTATGTCGGCATTGGAATTGTATTGATCTTTAAGTTGGGGGCGCCGCTCGCGGCTGCCGGTTCGCCCTTCCAATCCCTCGTCATGGGAGCGGCATTCGGGATCGCGCTCACGTTGGTGGTGTTCGCAGGATCAGAGCTGTTTACCGGGAATCATATGTTTTTTACGATAAGCACATTATCCGGTCGAACGACAATGGGGGATACGCTGAAGAACTGGGTGCTCGTGTTTATCGGCAATCTGGCCGGAGCGATTCTGCTCAGCTATCTGGTGTATGCTTCCGGCCTGTTCAAAGGCCTGCCGCCGGACCATCTCATCTTCACGGCTGCCGCCAAGAAAATGAATGATCCGTTTATGGAGCTGTTCTTCCGAGGCATCTTGTGTAACTGGCTTGTCTGTCTGGCCTTGTGGATGGGGATTCGGGCCAAAGGAGAAACGACCAAGCTGATCTTAATATGGTGGTGTCTGTTTGCCTTCATTGCGACAGGGTACGAGCATAGCGTAGCCAATATGACACTTCTGACGCTCGCGACGATTTTGCCGGGGCATCCCGAGACCATTTCCATCGGCGGATGGATCAGCAACATGGTGCCGGTCACGCTGGGGAACATTCTTGGCGGCGGATTGTTTGTGGGGATGGCGTATTGGTTTATCTCGTCGGGAAAAGGGAGCAAGCAAAAGAAGGTTGCATAG	MFKTDVEAVVNAAVGKKEQMNHNLLRYMVSAMLAGAYVGIGIVLIFKLGAPLAAAGSPFQSLVMGAAFGIALTLVVFAGSELFTGNHMFFTISTLSGRTTMGDTLKNWVLVFIGNLAGAILLSYLVYASGLFKGLPPDHLIFTAAAKKMNDPFMELFFRGILCNWLVCLALWMGIRAKGETTKLILIWWCLFAFIATGYEHSVANMTLLTLATILPGHPETISIGGWISNMVPVTLGNILGGGLFVGMAYWFISSGKGSKQKKVA	PGPT0000565_323	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRTATE|NITRITE_TRANSPORT,PGPT0000565-nirC-K02598	NA	NA
JZ016_06317	435			hypothetical protein	ATGAATCTTGTCTTCCAATCCTTACCGATGTTCCACCAGGTCAATCGCACCAAGCACAATATGAGCCAGTCCGAAGCCGAGAATACCGGTTGCGGCAAGTTTATACTTGCTGCCAAGCAGAGCGGCACCCGAAGCAGAAACCACAGTTCCAAGAACAGCAGGAATCAAACCTTCACGCATGCTGAGCACTCCCTTTATTTTGGTTTGGAAAGACAAGGTTATTGTAAGCAGATGACTGTATATTATGCACTGAAGGGAGGCCGATTAAATCCGGCAGATTTCGTTCGGACACAACTCGCAATGGCAGATTTCCTGCAGCATCGGAAGATCTTTAATGACAATCATCCCGCCGGCATATTCGATAGCATCTTTTTTGCGCAGGTCACTCAGCATCCGGTTCACGCTTTCGCGGGTTGCGCCAATCATGTTCGATAG	MNLVFQSLPMFHQVNRTKHNMSQSEAENTGCGKFILAAKQSGTRSRNHSSKNSRNQTFTHAEHSLYFGLERQGYCKQMTVYYALKGGRLNPADFVRTQLAMADFLQHRKIFNDNHPAGIFDSIFFAQVTQHPVHAFAGCANHVR				NA	NA	NA	NA	NA
JZ016_06318	726	fnr_2	COG0664	Anaerobic regulatory protein	ATGAATACTGTAGACCATGTAATGGAAATCGAAAACTTAGGGAACACGCAGTGCTTCTCGGAGCAAAACCGCAACCGTCTGCTGGTCAGCATGAAGGAAAGGGTACTCCCTGAAGGATCCCATTTGTTCTGGGAAGGCGATTTCGCCGACAAGCTGTACTACGTTAAACAAGGAAGAATCAAATTAACCAAATCGACCGATGAAGGCAAAGAACTGATTCTATATATGTACCATCCGGGAGACATGGTCGGGCAAGCCGATCCATTCTTCAGCAACAATCACAGTTTCTCGGCAGAGGTGCTTGAGGATAGTGTTGTCGGTGTCATCGAGCACAAGGATCTGGAGCTGCTGATCTGTCAGCACTGCGACTTCGCCATTGATTTTATGAAGTGGATGGGCATTCACCACCGCATCACCCAGACCAAATTTCGGGATCTCATGATGTACGGCAAGCCCGGCGCTTTAACATCGACACTCATCCGGCTGAGCAACACCTACGGGCAGCATCAAGCGGATGATACTATTCTCATCAACAAGAAGATTACCCACACCGATCTATCGAACATGATTGGCGCAACCCGCGAAAGCGTGAACCGGATGCTGAGTGACCTGCGCAAAAAAGATGCTATCGAATATGCCGGCGGGATGATTGTCATTAAAGATCTTCCGATGCTGCAGGAAATCTGCCATTGCGAGTTGTGTCCGAACGAAATCTGCCGGATTTAA	MNTVDHVMEIENLGNTQCFSEQNRNRLLVSMKERVLPEGSHLFWEGDFADKLYYVKQGRIKLTKSTDEGKELILYMYHPGDMVGQADPFFSNNHSFSAEVLEDSVVGVIEHKDLELLICQHCDFAIDFMKWMGIHHRITQTKFRDLMMYGKPGALTSTLIRLSNTYGQHQADDTILINKKITHTDLSNMIGATRESVNRMLSDLRKKDAIEYAGGMIVIKDLPMLQEICHCELCPNEICRI	PGPT0015075_806	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-CARBOHYDRATE_LIMITATION_SIGNALLING,PGPT0015075-clp|crp-K10914	NA	NA
JZ016_06319	2610	adhE	COG1012	Aldehyde-alcohol dehydrogenase	ATGGCTGTGAGCAAAGGAACGGTGGAAGTAAAAGGACAAACAGCGTCGGAGTACATTCAGGGGCTGATTGACAAGGCGAATCGGGCCAAAGAAAAGTTTATGGAATTGAATCAGGAGCAAGTCGACGGGATTGTACAGGCCATGGCCATGGCAGGTCTTGAGAAGCACATGCAGCTGGCGAAAATGGCGGTTGAGGAAACCGGACGCGGCGTGTACGAAGACAAGATCATCAAAAACCTGTTTGCCACAGAGTATATCCACAACAGCATTAAATACGACAAAACCGTGGGTATCATTGAAGACAACGCCTATGACAGCTTTCAAAAAATAGCAGAACCGATCGGGATTATCATGGGGATAACACCGGTAACCAATCCGACCTCCACGACGATATTCAAGGCACTGATCTCCATTAAAACAAGAAACCCGATCATCTTCGGATTCCATCCATCCGCGCAGGCCTGCAGCAAGGAAGCCGCACGGATACTGCGGGATGCTGCCGTGAAGCAAGGTGCTCCTGCCGATTGCATCCAGTGGATCGAAGCTCCTTCCATGGATAAAACCAATGCGCTGATGAATCATCCTGACGTTGCCTGCATTCTGGCTACAGGCGGTTCGGCGATGGTCAAAGCGGCATACAGCTGCGGCAAGCCTGCCCTGGGCGTTGGACCAGGAAACGTGCCTTGCTTTATTGAGAAGAGCGCGGATTTGGATCAGGCAGTGAACGATTTGATTTTGTCCAAAACCTTTGATAACGGCATGATCTGCGCTTCCGAGCAGGCTGTCATTATCGAGGAGCCTATATATCATACAGTGAAGAAAAAAATGATTGCCAGCGGCTGTTATTTTGTCAACAAGGAAGAGCTGGCGAAACTGACTGCGCATGCGATGGTATCGGATAAATGTGCGGTAAATCCTACTATCGTCGGACAGCCGGCAGCTAAGATAGCCGAGGCTTGCGGATTCGAGGTACCTGAAAGCACCAAGATCCTGGTCGCCGAGCTGGAGGGAGTCGGACCTGCCTACCCGTTGTCTGCCGAGAAGCTTAGCCCGGTGCTGGCCTGCTATAAAGTGAAAGATGCGGAAGAGGGCATCACGCGCGCTGAAGAGATGGTTGCTTTTGGCGGCATGGGCCACTCGTCGGTAATCCATTCGCACAATGAGGACATCATCATGAAATTCTCGGATCGGATGAAAACCTGCCGTATCCTGGTGAATCAGCCATCTTCGCAAGGCGGTATCGGCGATATCTACAACACGAATCTGCCATCGCTGACGCTGGGCTGCGGTTCGTATGGACGTAATTCCACTTCGTCGAACGTGACGGCTGTCAATTTAATCAACGTGAAAAGGGTGAACCGCAGAACCGTGAATATGCAGTGGTTTAAAGTGCCGGACAAAATTTACTTTGAAAAAGGTTCGACGCAGTATCTTGCGAAAATGCCGGAAATCACCCGTGTCGCTATCGTTACCGACCCCATGATGGTGAAGCTGGGTTATGTGGAGCGGGTAGAGCACTATCTGCGTCAGCGCAGAGTGCCGGTAGCCATCGAAGTCTTCTCGGAGGTTGAGCCGGATCCTTCGACAACGACCGTAGAACGCGGAACGGAAATGCTTGCAAGATTCCAGCCGGACTGCATCATCGCCCTCGGCGGCGGATCGCCAATGGATGCAGCGAAAGCCATGTGGCTGTTCTATGAATATCCGGATACGGATTTTAACAATCTGAAGCAAAAATTCATGGATATCCGCAAGCGGGTCTATAAATATCCGAAGCTAGGACGGAAAGCGAAGTTCGTTGCCATTCCAACAACGTCGGGAACGGGCTCGGAAGTAACTTCGTTTGCCGTGATCACGGACAAAGGGCTGGGGAATACCAAGTACCCGCTGGCTGATTATGAGCTGACACCGGATGTGGCGATTATCGATCCGGAATTCGTTTACACGCTGCCTAAAACGGCGGTAGCCGATACCGGCATGGACGTTCTGACACATGCAATTGAAGCCTACGTATCGGTGATGGCCAGCGATTATACGGATGGGCTTGCCATCAAGGCCATACAGCTGGTGTTCCAGTATCTTGAGCAGTCGGCGCTTACCGGCGACAAACTTGCCCGCGAAAAAATGCATAATGCTTCGACGCTTGCCGGCATGGCTTTTGCGAATGCGTTCCTTGGCATCAACCACAGTCTTGCGCATAAGTGGGGCGGACAGTATCATACGGCACACGGACGCACCAATGCGATCCTGATGCCTCACGTCATCCGTTACAACGCGAAGAAGCCAACGAAATTCGCTGCATGGCCTAAATACACCCACTTTGTGGCTGATGAGAGATATGCTGAAATCGCGCGGATTCTCGGACTGCCGGCAAGAACGACGGAAGAGGGCGTGAATAGTCTGATTGGCGCAATCCGGGAGCTGAACAGCAAGCTCGGGATCGAGGAATCGTTCCAGCAGCTTGGCATCGACCCTAAAGATTTCGAGAAAAATGTTGAGCATTTGGCGGACCGGGCTTTTGAAGACCAGTGTACAACGAGCAATCCGAAGCTGCCGCTGGTAACGGAGCTCGCAGAAGTTTACCGCAACGCATTTTACGGCCGGTTCTAG	MAVSKGTVEVKGQTASEYIQGLIDKANRAKEKFMELNQEQVDGIVQAMAMAGLEKHMQLAKMAVEETGRGVYEDKIIKNLFATEYIHNSIKYDKTVGIIEDNAYDSFQKIAEPIGIIMGITPVTNPTSTTIFKALISIKTRNPIIFGFHPSAQACSKEAARILRDAAVKQGAPADCIQWIEAPSMDKTNALMNHPDVACILATGGSAMVKAAYSCGKPALGVGPGNVPCFIEKSADLDQAVNDLILSKTFDNGMICASEQAVIIEEPIYHTVKKKMIASGCYFVNKEELAKLTAHAMVSDKCAVNPTIVGQPAAKIAEACGFEVPESTKILVAELEGVGPAYPLSAEKLSPVLACYKVKDAEEGITRAEEMVAFGGMGHSSVIHSHNEDIIMKFSDRMKTCRILVNQPSSQGGIGDIYNTNLPSLTLGCGSYGRNSTSSNVTAVNLINVKRVNRRTVNMQWFKVPDKIYFEKGSTQYLAKMPEITRVAIVTDPMMVKLGYVERVEHYLRQRRVPVAIEVFSEVEPDPSTTTVERGTEMLARFQPDCIIALGGGSPMDAAKAMWLFYEYPDTDFNNLKQKFMDIRKRVYKYPKLGRKAKFVAIPTTSGTGSEVTSFAVITDKGLGNTKYPLADYELTPDVAIIDPEFVYTLPKTAVADTGMDVLTHAIEAYVSVMASDYTDGLAIKAIQLVFQYLEQSALTGDKLAREKMHNASTLAGMAFANAFLGINHSLAHKWGGQYHTAHGRTNAILMPHVIRYNAKKPTKFAAWPKYTHFVADERYAEIARILGLPARTTEEGVNSLIGAIRELNSKLGIEESFQQLGIDPKDFEKNVEHLADRAFEDQCTTSNPKLPLVTELAEVYRNAFYGRF	PGPT0006360_943	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006360-adhE-K04072	NA	NA
JZ016_06320	2247	pflB		Formate acetyltransferase	ATGTCGGTGATTGAAAAAGAAGCAGGCTGGAAAGGTTTTAAATCAGGTAAATGGACCAAGCGGATTGACGTTAATGATTTTATTGCTGAGAACATTACTCCCTATTATGGCTCTGATGAATTTTTGGCTGGACCCACGGATAACACCAAAGCGCTGTGGGATATCGTATCGGATTTAACCAAGAAGGAAAGGGAGAATGGCGGGGTTCTGGATGTGGATGTCCATACACCATCAACCATCACCTCCCATCAACCCGGCTATTTGGATAAGGATAAGGAACAGATTGTCGGCGTTCAGACCGACGAGCCGTTCAAACGCTCCATCCAGCCTTTCGGCGGAATCCGGATGATGATTGATGCGTGCAACGCATACGGCTTTGAAATGCCGCAGGCGGTTGTGGACATCTTTAACGGCATACGCAAAACGCATAACCAAGGTGTGTTTGATGCCTATACTCCTGAGATGAGAGCAGCGCGCAAGGCCGGGATTATTACGGGTCTTCCCGATGCGTACGGCCGTGGACGTATCATCGGTGACTATCGCAGAGTATCGTTATACGGCGTGGACGCGCTGATCCAGGACAAATTGAGAGAACTCGCCGAGCTTGAAGTGGATGCGATGGATGAGCCGGTCATCCGTTTGCGGGAAGAATTGTCTGAACAAATGCGGGCGCTCAAGGAACTGAAGGAAATGGCGGCTATGCATGGTTATGACATCTCCAAACCTGCGAATACGGCGAAGGAAGCATTCCAGTGGCTGTATTTCGGTTACTTGGCCGCTATCAAGGAGCAGAATGGCGCTGCGATGTCGCTTGGCCGGGTATCTTCTTTCCTTGATATTTATATTCAACGGGATCTGGCTGAAGACAAGCTGACGGAAGAAACAGCCCAGGAACTGGTCGACCATTTCGTAATGAAACTTCGGATTGTGAAATTCCTGCGTACGCCGGATTATAACGAGCTGTTCAGCGGGGATCCGACGTGGGTGACGGAATCCATTGGGGGCATGTCGGTAAACGGTGAGACGAGAGTGACCAAGAACAGCTTCCGTTTCCTGCACACCCTGTACAATTTGGGGCCTGCTCCGGAACCGAACTTGACGGTGCTATGGTCGGAGAAGCTGCCGGAAGCCTTCAAAAAATATTGTTCGAAAGTTTCGATCGAAACCAGCTCGATTCAATACGAGAACGATGATCTTATGCGCCCGATCTACGGAGACGATTACGGCATCGCCTGCTGCGTATCCGCAATGCGCATCGGAAAGCAGATGCAGTTCTTCGGAGCCAGAGCAAACCTCGCCAAAGCGCTGCTCTATGCGATTAACGGCGGTAGAGATGAGAAATCCGGCGCCCAGGTTGGACCGGAATATCCGGCCATCACCGCGGAAGTTCTGAGTTATGATGAGGTCATGAAGCGGTTCAAGGCGATGATGGAATGGCTTGCGAAGCTCTACATGAATACGCTCAATGTGATCCATTACATGCATGACAAATACAGCTATGAACGGATCGAGATGGCGCTTCACGACCGGGATATCCTGCGCACGATGGCATGCGGCATTGCAGGCCTGTCCGTAGCAGCGGATTCACTGAGCGCGATTAAATATGCGAAGGTGAAGCCGGTACGCAACGAGCAAGGGATTGCGGTGGATTTTGAAATCGAGGGCGAGTTCCCTTGCTATGGCAATAATGATGATCGCGTGGATAGCATCGCTGTTGAGCTGGTCGAGGCCTTCATGAGCATGATTCGCAAGCAAAAGGCATACCGTGATGCCATGCCAACGCAATCGGTGCTCACGATTACGTCGAACGTTGTATACGGCAAGAAGACAGGAACCACGCCGGATGGACGTAAGGCAGGCGAGCCGTTTGCGCCGGGCGCGAATCCAATGCACGGACGCGATAAGAAGGGAGCTCTCGCTTCGCTGACCTCCGTGGCCAAGCTGCCATACGAGGACAGTCTCGACGGCATCTCGAATACGTTCTCGATCGTACCGAAAGCTCTTGGCAAGGAAAGTGATATCCGTGTGAACAACCTGGTTGCGATGCTGGACGGTTACTTTGGCAGCAAAGCGCACCATCTGAACGTCAACGTATTTGACCGGGAGCAGCTGATGGATGCGATGGAGCATCCGGAGAATTATCCGCAGTTGACGATCCGGGTATCCGGTTATGCGGTCAACTTCGTCAAACTGACGCGCGAACAGCAGCTTGACGTTATCAACCGTACGTTCCACGGATCGATGTAA	MSVIEKEAGWKGFKSGKWTKRIDVNDFIAENITPYYGSDEFLAGPTDNTKALWDIVSDLTKKERENGGVLDVDVHTPSTITSHQPGYLDKDKEQIVGVQTDEPFKRSIQPFGGIRMMIDACNAYGFEMPQAVVDIFNGIRKTHNQGVFDAYTPEMRAARKAGIITGLPDAYGRGRIIGDYRRVSLYGVDALIQDKLRELAELEVDAMDEPVIRLREELSEQMRALKELKEMAAMHGYDISKPANTAKEAFQWLYFGYLAAIKEQNGAAMSLGRVSSFLDIYIQRDLAEDKLTEETAQELVDHFVMKLRIVKFLRTPDYNELFSGDPTWVTESIGGMSVNGETRVTKNSFRFLHTLYNLGPAPEPNLTVLWSEKLPEAFKKYCSKVSIETSSIQYENDDLMRPIYGDDYGIACCVSAMRIGKQMQFFGARANLAKALLYAINGGRDEKSGAQVGPEYPAITAEVLSYDEVMKRFKAMMEWLAKLYMNTLNVIHYMHDKYSYERIEMALHDRDILRTMACGIAGLSVAADSLSAIKYAKVKPVRNEQGIAVDFEIEGEFPCYGNNDDRVDSIAVELVEAFMSMIRKQKAYRDAMPTQSVLTITSNVVYGKKTGTTPDGRKAGEPFAPGANPMHGRDKKGALASLTSVAKLPYEDSLDGISNTFSIVPKALGKESDIRVNNLVAMLDGYFGSKAHHLNVNVFDREQLMDAMEHPENYPQLTIRVSGYAVNFVKLTREQQLDVINRTFHGSM	PGPT0001950_1112	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-FORMIC_ACID_BIOSYNTHESIS,PGPT0001950-pflD|ybiW|tdcE-K00656	NA	NA
JZ016_06321	741	pflA		Pyruvate formate-lyase-activating enzyme	ATGCTAAAAGGTCATGTACACTCCATAGAAACGTTCGGAACGGTGGACGGTCCGGGTATCCGCTTTGTGCTCTTCATGCAGGGCTGCCTCTTGAAGTGTCAATACTGCCATAATCCGGATACCTGGGGACTGCATGAAGGACGCGAGATGACGGTAGATGACGTATTGGCAGAGATTGAGCCTTATCTGAGCTACTACCGTTCATCGGGGGGCGGGTTAACGGTCTCCGGCGGTGAGCCGACATTGCAGTATCCTTTTGTCACGGAGCTGTTCAAGGAAGTGAAGCGACGCTGGAATTTGCATACGACGCTGGACAGCAACGGCTATAATGAACCGGAGAAAATATCGGAATTGCTGGAGCATACCGACTTGGTGCTGCTGGATCTGAAGCATATCAACGACGAGAAGCATATCAAGCTCACCGGGAAGTCCAATGAACGGACGTTGAAGACCGCCCGCTGGCTGTCCGAACATGGTCGGAACATGTGGGTCCGGCACGTATATGTGCCGGGCATCCATGATAGCGAAGAAGACTTGATTGAGTTAGGTCAATTTATTCGGACGCTGCACGGCGTCGAGAAATTCGAAATTTTGCCATATCATCAGATGGGCGTGTATAAATGGAAGGAACTCGGCATGGCTTATCCATTAGAGGGCGTTCCTTCACCATCCGAAGAGGAAGTGGCACGCGCTTACCGGTTGATTGGCGAAATACCCGAGAATATAGAGACTGTCCAGTAA	MLKGHVHSIETFGTVDGPGIRFVLFMQGCLLKCQYCHNPDTWGLHEGREMTVDDVLAEIEPYLSYYRSSGGGLTVSGGEPTLQYPFVTELFKEVKRRWNLHTTLDSNGYNEPEKISELLEHTDLVLLDLKHINDEKHIKLTGKSNERTLKTARWLSEHGRNMWVRHVYVPGIHDSEEDLIELGQFIRTLHGVEKFEILPYHQMGVYKWKELGMAYPLEGVPSPSEEEVARAYRLIGEIPENIETVQ				NA	NA	NA	NA	NA
JZ016_06322	1359	msmE_4	COG1653	Multiple sugar-binding protein	ATGAAGAAAAAGGGTCTGGCATTATTAATGTCGCTTCTGTTCGTCTCATCCACGCTTTTGTCTGCGTGCGGCGGCGGTGACAAGGCAGCAGAGAAGCCGTCAGGTGGTTCGGAAGAAACGGTAAGCAATGAGCCGTTTGAAATCACCATCCGCCATACGCAAGTAGGTGAATCCAAGAAGTTCCGTCTCGCATTGCTGAACGATGTGGTCAGTAAGACCGAAGAGGCGGTGCCCGGACTGAAAATCAAGCTGGACGCTGTAGACTCTGAAGTGAACCGTAAAGAGAAGCTGAGAGGCGAGATGGCAGCCGGTAAGCCGCCGGAAGTGTTCGATGTGTTCGGCAGCCCCGATGCAGGCGTATATTCCAAAGAAGGCTTGATGCTCGATTTGACTCCGATTTTGGATGAGCTGGGCATTAAAGACAAATTTACGACGCTAGACCCGTTCACACATGATGGCAAGATCTACGGATTGCCGATTGGCGGTTCCATCGAAGGTATTTTCTATAACAAGGACTACTTCACGCAAAAAGGGCTGAGCGTTCCAAAAACATTGGCTGAATTAGAGCAAATTGCCGAAACCATCAAAGCCGACGGCAAGATTCCGTTCGCGCAATCCTCCAAGGATGCTTGGATTCCGCTCATGACCACGAATAACTTGTGGAGCTATTACGCGGGGCCAGAGGTTACTTACGGCTTCAAGACCGGAGAAACGAAATGGACGGATCCGAAAGTCGTTGAAGGTGTGAAGAAGCACCAAGAATGGGTTGAGAAAGGGTACTTCAAAAAAGGCGAGCTCGGATTCGAATATGCGGACATGAGAAACCAAATGATTACCGGCGAAGCCATCATGATGATGGACGGATCGTGGGCGAACTCCGTATTTAGAGATCCGGCTCAAGCGGGTGACATGGTAGGCAAGGTCGGATACTTCAACCTGCCTCCGGTTAATGAAGGCGACCCAGTCATTGTCATGCAGGACGCAAACAACGGATATGGATTTTCGGCAGCGGTTGCGGAAGATCCTCGTAAACTTCAGGCGGTTAAAGAGTTCATCAAAAATATGTGGACAGATGAAATGCAGCTTCGCGGACTGAAAGAAGACGGTGTACTGCCGGCGATGAAGATGGATCTGGCCACCATGAACTCCACTTCGGACGACCCGCTTATGCAAGACATTTTCAAAGGCGTAAGTGAGATCAACAAATCCTTCCCTGCCTTTGATGCACTTGTTCAAGCAGACGTGAACACCGCACTGAGCATGGGAATTCAGCAAGTCATCGGCGGCGAGCTTGATGCCGAGAAGATGCTCGAGAATGTGCAGGCAGCGCAAGAAGCGGCCAATGCTTCAGAGGAATAA	MKKKGLALLMSLLFVSSTLLSACGGGDKAAEKPSGGSEETVSNEPFEITIRHTQVGESKKFRLALLNDVVSKTEEAVPGLKIKLDAVDSEVNRKEKLRGEMAAGKPPEVFDVFGSPDAGVYSKEGLMLDLTPILDELGIKDKFTTLDPFTHDGKIYGLPIGGSIEGIFYNKDYFTQKGLSVPKTLAELEQIAETIKADGKIPFAQSSKDAWIPLMTTNNLWSYYAGPEVTYGFKTGETKWTDPKVVEGVKKHQEWVEKGYFKKGELGFEYADMRNQMITGEAIMMMDGSWANSVFRDPAQAGDMVGKVGYFNLPPVNEGDPVIVMQDANNGYGFSAAVAEDPRKLQAVKEFIKNMWTDEMQLRGLKEDGVLPAMKMDLATMNSTSDDPLMQDIFKGVSEINKSFPAFDALVQADVNTALSMGIQQVIGGELDAEKMLENVQAAQEAANASEE	PGPT0016330_397	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_06323	885	melD_11	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGAACAAAGCGCTGAGAAATCCTCTGATTTACATCGTTTTTGTGCTGCCGGCATTCTTGCTGTTTCTGGCTTTTTTCATATACCCGATCTTTACTGCATTTGACAACAGCTTTACGAGCTGGAACGGCATCTCCAAAGATGTGAAGTATATTGGGTTCGATAACTATGTAACAGCCTTGAATGACGATGCTTTTTGGAAAGCTGTCAGGAACAACGTTTATTTCATTCTCTTTTCCTGTTTGATCCAGGTTCCGACGATCATAATCTTTTCCCTGTTAATCGCAAACGTGAAGCGTTTGAAGGGGCTTTATAAAACGGCGGTTTTCGCGCCGTCCATCATGTCGACGGCTGTCATCGGCATTTTATGGGGATTCATTTACAATCCGGACTTTGGTCTGATGAATGAGATTTTAGGGCTGGTTGGCATTGAACCCATCTATTGGTTATCGGATCGCAAATGGGCCATGATTGCCATCCTGATCACAAACGCGTGGCAATGGACCGGCTTTTACATCGTGATGGTGCTTGCCGCAATTTTATCCATACCGAAGGAGCTTGATGAGGCTGCGGCAATCGATGGAGCGACAGGCGTCCAAAGAGCAACCAAAATCACGCTTCCCTTAATTATGCCAATTATCTCTGTTGTGATCATGCTGTCGATCGCGGGAGCCATGAAAGCGGCGGACATTATTCTGGTTATGACCAAGGGTGGGCCGGCCGGCTCAACCGACGTTATGGCGACATATATGATTCGATATGCAATTACGAGCTTCAAGCATGGCTTTGGCAATTCGATCGCCGTGCTGATCTTCCTCTTTACGATTATTGTAACGGTGCTCTACCAGGTGCTGGTCGCAAGACGCAACGAAAGGATTGAATACTGA	MNKALRNPLIYIVFVLPAFLLFLAFFIYPIFTAFDNSFTSWNGISKDVKYIGFDNYVTALNDDAFWKAVRNNVYFILFSCLIQVPTIIIFSLLIANVKRLKGLYKTAVFAPSIMSTAVIGILWGFIYNPDFGLMNEILGLVGIEPIYWLSDRKWAMIAILITNAWQWTGFYIVMVLAAILSIPKELDEAAAIDGATGVQRATKITLPLIMPIISVVIMLSIAGAMKAADIILVMTKGGPAGSTDVMATYMIRYAITSFKHGFGNSIAVLIFLFTIIVTVLYQVLVARRNERIEY	PGPT0016335_1697	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_06324	828	ngcG_9	COG0395	Diacetylchitobiose uptake system permease protein NgcG	ATGAGAGCAATAAAGAAACTGATCCCGCACATTTTTCTGATGGCCTACTTGCTCGTCATACTATATCCATTCCTGTTCGTCCTGTTCTCTTCCGTGAAGGTGGATAACCAGTCCATTGCTACGAACCCATTTGGTTTGCCAAGCACGTTGGTATTTGATAACTATGTGAACGCATGGGTGAGCGCCAAAATTAGCACGTATTTCTGGAACAGCTTATACATCGGCGTGCTGTCAGCCTGCTTGTCGATTCTATTTGCGGCGATGCTGGCTTTTGCCGTGACGCGGATGAGATACAACCGGATCAGCGCGATTGTCTTTCAATGTATTTTGATAGGTATGCTGATTCCAAATAACTCTCTCATGCTGCCGATATATGGCATGATGAGGCAGTTGGATATTTTGAACACGCATATGGCCCTGATTCTGCCGTATGTTGCCAATGCCATCCCGTTCTCGGTTATTATACTGGCTGCCTTCATGCGGTCGCTGCCCGGTGAAATCGAAGAAGCCGCGGTTATTGATGGATTGAGGTCCGGAGGGTTGTTTGCTAGAATTATCTTACCTCTGACCGTACCGGCCATCGTTACCGTATTTATCATCAACTTCCTGGGTAACTGGAACGAATTCTTGCTTGCTAACTATTTCCTATCGAATGATGAACTGAGAACGCTGCCTGTCGGAATGGTCGGATTCAGGGACGCCTACAATATGAACTACGCACAGATGTCCGCGGGTATCGTATTCAGCGTGCTGCCGGTCCTTATCATTTATGCCGTGCTGCAAGAGAAGATCATTGAAGGCGTTACCGCAGGAAGCGTCAAGGGGTAA	MRAIKKLIPHIFLMAYLLVILYPFLFVLFSSVKVDNQSIATNPFGLPSTLVFDNYVNAWVSAKISTYFWNSLYIGVLSACLSILFAAMLAFAVTRMRYNRISAIVFQCILIGMLIPNNSLMLPIYGMMRQLDILNTHMALILPYVANAIPFSVIILAAFMRSLPGEIEEAAVIDGLRSGGLFARIILPLTVPAIVTVFIINFLGNWNEFLLANYFLSNDELRTLPVGMVGFRDAYNMNYAQMSAGIVFSVLPVLIIYAVLQEKIIEGVTAGSVKG	PGPT0016340_1876	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_06325	555			hypothetical protein	ATGAATTTGCGGAACAAACTATTCACGGCCTTTTTGGGGCTTATTATTATTCCGTTATTTGTGCTGGGCCTATTTACATTCTTTATTACGTACAATTCGATTGAGAAAAAGTACAGCCAGCAGGCTGAATATTCGCTAAAAGCGATCAGCTACAGCATTCTGAGCGTGTTCAAGGAGATGGAGTATGTCACGGATAACGGGATTGCCACCTCCGTCTTTGCCATGGCGCTGAATGCCAAGAATCCCGATGATCAAAACCTGATTAAGGAATCCAATGCGGAACAGCTGAAACTGAACGACAGACAGCGAAACTTTCGGAATCTACTATACAATCACCCAGCCATCAGTTATGCGTTTTTATATCATTTCAATAAAGAGTCATCGCCGATTCCGATATTCAGTAAAGAGGATTTCAGAACACTGCCCTATGAGCAGTTTAAGAACAGTCCTTTATACGAAGAGGTTGTGCAGCTTAACGGAATCCCCAAATGGCTGGCTCCGCACGAATTTCCGGAATTGACGGGGCGGAGCCGGTATTTACCCAGATCAGGCTGA	MNLRNKLFTAFLGLIIIPLFVLGLFTFFITYNSIEKKYSQQAEYSLKAISYSILSVFKEMEYVTDNGIATSVFAMALNAKNPDDQNLIKESNAEQLKLNDRQRNFRNLLYNHPAISYAFLYHFNKESSPIPIFSKEDFRTLPYEQFKNSPLYEEVVQLNGIPKWLAPHEFPELTGRSRYLPRSG				NA	NA	NA	NA	NA
JZ016_06326	1293			hypothetical protein	GTGACGACACTCCGCAAGCTGGGGATCCTGGTCGTCCAGATCAAGAGGTGGGAGTTTGAAGAAATTTTCCGTCATCTGACGCTGCCTAACAATCTGCAGAATACATCGTTTATGTTGGTCAACAATGAAGGCTTCATTTTATTTGATCCAAATAACGATATGGATGGCCAAAATATTAGTCAATATATGAAGCGTGACGTTGAATTTAAGCAAGGCTACCAAAGTTTTAAAGCCAAGTTTAACGGTAAGGAGAATATTGTCTCCATCTATCATCTGAATGATTACGGCTGGAATCTCGTCTCGGTGACCAGCTGGAACTCGCTCTCACAAGAAGTGACTTCTTTTGCCAAGTGGTTCTTCGTCATTATGGGCCTCTGTCTGGTTACGGCGATTGTGTTCAACCGCCTGTTCATGAATCGGATTACCGGGACGATCGCAGTCATCGTACGGTTTATGCGCCGCGTGGAAGATGGGGATTTGAATGCGAGAGTTGAAGAGAAGGGAGAGGATGAGCTGCTGCTGCTGTCGAAAGGGTTCAACAATTTGATGAACCGGATCAACAATCTGTTTGCGCAGATCAAAAAGGAGCAGAGGCAGAAGACCGACGCGGAGATGCGTGTGCTGCAAGCGCAGATTAAGCCGCACTTCCTCTTTAACACCTTGGAATCGATCAACGTTCTCGCTGTACAGAATGAAGGACGCAAGGTCAGCGAAATGGTATACCGGCTTGCCAGCATCTTGCGGATCAGTATACAGGAGAAGGAAGAAATTACGCTGGATGAAGAAATCAAGCACTTGCAGAGCTACCTTGAAATCCAGAAGTTTCGGTTCGAGGACCTGTTCGAATACGAGATTGACGTGCCGAAAGAGCTTATGCACAGCCGCATCTTGAAGCTGACGCTGCAGCCGCTGGTTGAGAACAGCATACAGCATGGCTTTGAAGGGATTTCTTATACAGGATGGATACGCATCTCTGCATGGAAGGAACTCGGTAATGTCATCATTCGGGTAGAGGATAACGGGCTCGGCATGACCTCAGAGCAGTTGTCCATGTTTGAATATATGGTGTCCGAGGATAACGGATCGGAACAGACGACGATGCAGAATCTCAAAGTGAACCAGGAACGACGGGGACTTGGACTGCGGAGCGTGGCTGACCGGCTTCGCATTCAGTACGGGGATTATTACGGTCTATTCATATGCTCAAGCCGCCCCGGCGGCACCGTTATACAATGCGTCATACCCAATTATGACAGGGGGGAAGGGCAGCATGTTGAAGGCATTATTAGTTGA	MTTLRKLGILVVQIKRWEFEEIFRHLTLPNNLQNTSFMLVNNEGFILFDPNNDMDGQNISQYMKRDVEFKQGYQSFKAKFNGKENIVSIYHLNDYGWNLVSVTSWNSLSQEVTSFAKWFFVIMGLCLVTAIVFNRLFMNRITGTIAVIVRFMRRVEDGDLNARVEEKGEDELLLLSKGFNNLMNRINNLFAQIKKEQRQKTDAEMRVLQAQIKPHFLFNTLESINVLAVQNEGRKVSEMVYRLASILRISIQEKEEITLDEEIKHLQSYLEIQKFRFEDLFEYEIDVPKELMHSRILKLTLQPLVENSIQHGFEGISYTGWIRISAWKELGNVIIRVEDNGLGMTSEQLSMFEYMVSEDNGSEQTTMQNLKVNQERRGLGLRSVADRLRIQYGDYYGLFICSSRPGGTVIQCVIPNYDRGEGQHVEGIIS				NA	NA	NA	NA	NA
JZ016_06327	786		COG4753	putative response regulatory protein	ATGTTGAAGGCATTATTAGTTGACGATGAGGCTCCAATCCTGAACAATCTCAGCAAGGTTCTGCCTTGGGAAGAGATGGGCATGAAGGTTGTCGGACTTGCCCGAAGCGGGATGGAAGCACTTGAAGTAGCGGATCAGTATAACCCGGATCTGATTCTGTGTGATATCCGGATGCCCGTCATGGACGGACTGACCTTTATTACGAAGATTCGGGAGAAAGGAAGCCGGGCGGAAATTTTTTTGTTAACGGGATATCAGGAGTTTGAATATGCCCGGGAAGCAATTAAGCTTGGCGTCAAGGATTATATCAGCAAGCCGATTCATTACGGTGAGCTTGAAATGAAGATTCGAGAGATCGGGGAGGAGATCCGCAAGAAGAGGGCGAAAGAGAAGTATTACAATACCGTTTCGCTAATCGATGAGGCTCCGAATCCTGAAGCGGTTAAGAAAACGCCGGAGCAATTGGTAACGTCTGCTCTGGAGTATATCAATACCCATATGGGACAGGATTTGGGGATTGAGGAGCTTTCGGAGCATTTAGGGATCAGCTCCAGTTACTTCTGTTTATTGTTCAAGAACCATGTCGGGCTTACCTTCGTGGAGTACTTGACGAGACAGCGGATGGAGGCGGCCAAGTTCCTGTTAGTGAACAGCGACAAGAACATTGCGCAGATCGGCTCTTTTGTCGGTTATCATGAGCGTCGGTATTTTACCAAGGTATTTCAAAAAGCCACCGGCATGACGCCATCCGAATTCCGGGAAATGTCCGGAGAGGCAACGGTATAG	MLKALLVDDEAPILNNLSKVLPWEEMGMKVVGLARSGMEALEVADQYNPDLILCDIRMPVMDGLTFITKIREKGSRAEIFLLTGYQEFEYAREAIKLGVKDYISKPIHYGELEMKIREIGEEIRKKRAKEKYYNTVSLIDEAPNPEAVKKTPEQLVTSALEYINTHMGQDLGIEELSEHLGISSSYFCLLFKNHVGLTFVEYLTRQRMEAAKFLLVNSDKNIAQIGSFVGYHERRYFTKVFQKATGMTPSEFREMSGEATV				NA	NA	NA	NA	NA
JZ016_06328	1641	nagZ_2	COG1472	Beta-hexosaminidase	ATGAAATGGACGGCAGCAGATTTATCGTTAGAACAAAAGGTAGGACAAATGTTTATATGCGGCTTCAACGCCTTGACGCCGAATGAGCACGCCAAAATACTGATCGAACAATATCAGGTCGGGGGCATCTGCTATTTTCGCCGGAACGTGAAAACGCTGCCTCAGCTTGCCGAACTGTCAGAGTCCTTGCAGCAGCTCGCATCGGACCGCCAAAAGTTCCCGCTTCTGATCTCAATAGATCAGGAGGGCGGTATGGTTGCCCGGATTGATCATGAAGGCATCAGCCGCATTCCGGGAAATATGGCGCTTGGAGCAGCGGGCAGCGCGCAGGATTCGTACAGGGTAGCGCAAATCGGGGCGCGCGAATTGCGTTCACTCGGCGTGAACATGAATTTCGCTCCTTGCCTCGACGTGAACAACAATCCTCGTAATCCGGTCATCGGCGTGCGTTCCTTCGGCGAAGATCCCCAAGCTGTTGCCGCGCTTGGGGCTGCGGCCATTAAGGGATATCAGGAAGAAGGCGTGTCCGCTACGGCCAAGCACTTCCCGGGACATGGCGATACGAGCGTCGATTCACATCTCGGGCGGGCTTCTGTACCGCATGATCTGGAACGGCTCCGTAGCGTGGAATTGTATCCGTTCGCGCAAGCGATCCGGGACGGTGTGGACGCCATTATGACGGCTCACGTCAGTTTCCCGGCGATAGAGCCGAGTGATCTGCCGGCAACGCTTTCTCATGCCGTGTTAACGGGTTTGCTGAGGGAAGAGATGGGGTTTGAAGGGCTGATCATAACGGACTGCCTTGAGATGCATGCGATCTCCAAAGAGTACGGGATTCCGGAGGGCGCGATACGCGCGATCACAGCGGGTGCGGACTGCGTACTGGTCAGCCACAATCTATCCGAGCAGACGGCGGCGATTACGGCCGTCATTGAAGCTGTCCGCAGCGGAAGGCTTTCAGAGAATCTGATCGATACGGCTGTAGAGCGGATATTGGCGCTTAAGCAGCGTAATGCGATGCTCGCAGAGGAGCTTCCGGTCTACCCGATTGGCGAGGTGGCGGAAGAGACCAAACAATTGCTGGCTCAAATCGCAGGCAGAGGCATCACGCTGGTGAAAGACGAAGGGCAGCTGCCTCTTAAGCCGGCGCAGGCTGTGGCCGTGATCTGGCCGGAACTGCTTTCGGCAACCCAGGTTGATGAAGCATGGAGCATGAGCTATACCTTGGGGGATGCCTTAAGATGTTACGGGGTTCCGGCAGACGATCTGCGTGTCGGAACCGATATGTCCGATGAAGAGGTCGAGCAGGCCGTTAAGGCAGCCGAAGGATATAAACAGATTGTGGTAGCCACGTACACTTCCGAGAGCCGTCTTCCCGCCGGCCAGCAGAAGCTGGTGAACAAGCTGGCTGAACTTGAGGATGTGGCCCTTGTTATCGTCGCTACCCGTAATCCTTATGATATCAATGATCTTCCCCCGGTTCCGACGTATTTGTGCAGCTACGAGAACACGCCTTATTATATGAATGCGACCGCGGGCGTCTTGATAGGACAGGTTAAACCGGAGGGTAAGCTCCCGGTAGGGATCAGCGAGGCTTATCCGCTAGGTTGGAGCGGTAATCAGGACTATGTCAACAATTGA	MKWTAADLSLEQKVGQMFICGFNALTPNEHAKILIEQYQVGGICYFRRNVKTLPQLAELSESLQQLASDRQKFPLLISIDQEGGMVARIDHEGISRIPGNMALGAAGSAQDSYRVAQIGARELRSLGVNMNFAPCLDVNNNPRNPVIGVRSFGEDPQAVAALGAAAIKGYQEEGVSATAKHFPGHGDTSVDSHLGRASVPHDLERLRSVELYPFAQAIRDGVDAIMTAHVSFPAIEPSDLPATLSHAVLTGLLREEMGFEGLIITDCLEMHAISKEYGIPEGAIRAITAGADCVLVSHNLSEQTAAITAVIEAVRSGRLSENLIDTAVERILALKQRNAMLAEELPVYPIGEVAEETKQLLAQIAGRGITLVKDEGQLPLKPAQAVAVIWPELLSATQVDEAWSMSYTLGDALRCYGVPADDLRVGTDMSDEEVEQAVKAAEGYKQIVVATYTSESRLPAGQQKLVNKLAELEDVALVIVATRNPYDINDLPPVPTYLCSYENTPYYMNATAGVLIGQVKPEGKLPVGISEAYPLGWSGNQDYVNN	PGPT0012175_1288	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207	NA	NA
JZ016_06329	2739			hypothetical protein	ATGAATTTCAAGAGAATCTCGATGATTACAGTCCTTGCCGCGGCACAGGTATCCATGGCATTTCCCGCGGCAGCTGAATCACCGGATATTACAGCTCCGGCGCTAAATAGCCAATCAGCGCTGCAGTCCCCGGTGGAAGGACAAAGCCAGCAGAGTGGAGAACAACAGACGGACATGCAGCAAGCGGAGGAAACATCGGCAACGCCAAAGGAAACACCTTCTGATTCAGTTGAAGGCACGATTAGCGATCCGAATGCCGAACCTTCTGCCCCAAATGAACAGCAGGAGCAGGAGGACACGGATAGCGATCCTTCCGATAATGAGGTATCAGAGAACGAAGAGGGCAGCCCATCCGGAGACAAGCCCGAAGTCAGCACTTCCCATGTTTCGGCTAACGAACTTGTGCTGCTGATGAACAGCAATGTGATGTACCATAACGGCAAGAAATACAAAGCGGGTCAGCCGATGGCTGTGAAGCAAGGGGTATCCTATGTCGCCATTCGCGCCATGGTTGAACGTGCAGGACTGAAGCTGTCTTACGATAACAAAACGAAGGAAACCATCATCCTTAAGGATGGCAATGAACTTCGGTTTACGACAGGAAGCAGCAATTATAAGGTCAACGGACAGGTACGCCCAATGAAAGGCCCTGCTTACCAGAGCAGCAATGTGTTTATGGTTCCGTTAACCGCGATCACGCAAGCCCTTGATATTCCATACCGGGTAAACCAGCCCGAGAAAAAGGTTATTCTTGATTTATCCGGTATGGGCAGCGGCAACGGTAACGGCCAACAGCCAGGCGGAAATAACGGCGGGGGATCTGGCAGCGAGGTTCCGAACATACCGAACCTGGGTCCGAATGACCTCATCCTGATGATGAACAGCAACAAGATGTATCAGAACGGGAAAGCTTATACGGCAGGTCAGCCAATGGCAGTCAAGAATGGCGTATCCTATGTTGCCATTCGCTCCCTCGTTGATCGTGTCGGCCTGAAGCTGACCTATGACGGAAAGACAAAGGAAACGATTATTATCCGCGGTAACGATGAGCTTCGTTTTAAGACGAACAGCAGCGTATACACCGTGAACGGGGTCAGAAAATCAATGAAGGGACCGGCTTATCAGTCCAACAATACATTCATGGTGCCGCTGACCAGCATTACGCAGGCGCTGGACATTAGTTATCGGGTGGACCAGCCGAACAAACGGGTTATCCTTAGCCTGAGCTCAAAGCCGGTAGCTTCCTTCACGGTGCAGCCTGGCGAGATTCTTGCCGGACAAACAACGGTTACGTATAAGACGAATGCCTATTCTCCGACGGGACTGGCTATTGTTGACGAGCATTGGGAAGGCCGGGAAGAGATTTTTGACGAACCCGGCGTGCATACGGTTTCCTACTCGGTACAGGATTCCAGCGGGGAGTGGAGCGACCCGTATATATTGAGCATTCAAGTATCCGCACCGAATACGCCCCCTGTTGCCATGTTCGAAACGGACAAACAGGAATATAAGATCGGTGAGAAAATAACGTACATGAATATGAGTTATGACAACGATCCTGGCGATGAGCTTACGTATAAGTGGGAAAACAACGATCAGGCCTTTTTTACGGCAGGAACGCATAAGGTGCTGCTCATTGTTACCGATAAACATGGAGCGACCAGCTCATACGAGAAGATCATCAACGTAACGAGTGAAGTGTTGTATACGCGCGATCAATTCAATCAATTATTTACGGGCATCGGCGACAAATACACCTTTGACGGATCAGCTGTGCCGACATGGAAACTGATGCCGATTACGAGAAGCTCCGAACCGTATCTGTTGATTCGCAGCAACTCTCCGGAAACCGTCTATCAAGAGGGGATTGTCTACCGTGAGGTCGGCAATGCCAGCACGCGATTCATGATTCACCACTTGAACGCTACCGGGAAGAATATGAAGATGTATGTCGTCGCTACCAACATCAACACGATGACGGCGCGTCTGACCACCGAGTATACCGGTTTGGGCGGTCCGATCAATATCCCGACAGCCACGGGTAAAGCGGCTGTCCAGCGTTACCTCGAGTCCATGCAGTCAGCGGATGCATTCAAGACGATCTCGCTCGCCCCTGGGGAAAGCCGGATCATTTTGCAAGACTTGAGCGCGCAAACCTTGAAGAATCAGCAGGTGCTCTCCATGTTTGCTGATCTCTATTCGGACTCGCCGATCCGTTATGATGTCATCATGATTGATGAAGCCAAGGATCCGATTCAAAAGCTGCCTTACCTGAAACTCCATCCGAGCGATGGCGTGCATAACCGGGGAACGTATCCGGACTCGACGCGGATCATTGAATCCTATGACTTGGTTGGCGACACGCCTACCCGTCTCGCGCTCGGCGACAAGACAAACGATCCGAATCTGGAAGGGTATGACGGCATTAACGGTTCATATCAATCCAATGCCGGGAACTTCGGTGTACTGTACAAAATCAAGCTGCACCGCGTAGCACCCAATACGCTGATCACGCTGAATCCGCGCGGAGGCAAGTACATGGGTGCGATGATGGTGAACGGAAATATCATTCAGACGCCGAATACAAGCGGAGGCGCTGTATCTGCGCCGAATGAAGCTGCCGTTCTCTATCGTACGGGGAATTACGAGCAGACCGTGGAAATCCTGTTTACGGCGGCACCGGGAAGCAGTCTGCCAATCAACATCCTGCTCCAGCCGCTTCCGCAATTAAAGAACTAA	MNFKRISMITVLAAAQVSMAFPAAAESPDITAPALNSQSALQSPVEGQSQQSGEQQTDMQQAEETSATPKETPSDSVEGTISDPNAEPSAPNEQQEQEDTDSDPSDNEVSENEEGSPSGDKPEVSTSHVSANELVLLMNSNVMYHNGKKYKAGQPMAVKQGVSYVAIRAMVERAGLKLSYDNKTKETIILKDGNELRFTTGSSNYKVNGQVRPMKGPAYQSSNVFMVPLTAITQALDIPYRVNQPEKKVILDLSGMGSGNGNGQQPGGNNGGGSGSEVPNIPNLGPNDLILMMNSNKMYQNGKAYTAGQPMAVKNGVSYVAIRSLVDRVGLKLTYDGKTKETIIIRGNDELRFKTNSSVYTVNGVRKSMKGPAYQSNNTFMVPLTSITQALDISYRVDQPNKRVILSLSSKPVASFTVQPGEILAGQTTVTYKTNAYSPTGLAIVDEHWEGREEIFDEPGVHTVSYSVQDSSGEWSDPYILSIQVSAPNTPPVAMFETDKQEYKIGEKITYMNMSYDNDPGDELTYKWENNDQAFFTAGTHKVLLIVTDKHGATSSYEKIINVTSEVLYTRDQFNQLFTGIGDKYTFDGSAVPTWKLMPITRSSEPYLLIRSNSPETVYQEGIVYREVGNASTRFMIHHLNATGKNMKMYVVATNINTMTARLTTEYTGLGGPINIPTATGKAAVQRYLESMQSADAFKTISLAPGESRIILQDLSAQTLKNQQVLSMFADLYSDSPIRYDVIMIDEAKDPIQKLPYLKLHPSDGVHNRGTYPDSTRIIESYDLVGDTPTRLALGDKTNDPNLEGYDGINGSYQSNAGNFGVLYKIKLHRVAPNTLITLNPRGGKYMGAMMVNGNIIQTPNTSGGAVSAPNEAAVLYRTGNYEQTVEILFTAAPGSSLPINILLQPLPQLKN				NA	NA	NA	NA	NA
JZ016_06330	471	zur_3	COG0735	Zinc-specific metallo-regulatory protein	ATGCTTACGACGGAACAGATCATCGACGCCATGTCGGAACATGGGCTGCGCATTACTGATCAGCGCAAGACACTTGCCAAATTGTTTGGGGAACATCCTGGATATTTGACGGCCAAGGATGTGTACGAATATATGGGCCGGAAGTACAGCGGTTTGAGCTTCGATACGGTCTATCGGAATCTTCGGGTATTGTACGAGCTTGGCGTATTGGAGCAGGTTGTGTTCGAGGAAGGCATCAAGTTTCGAGGACGCTGCAGCGAAGAACATCACCATCATCACATGATCTGCCTGCAGTGCCAGAAGACGTACCCGATTACGTTTTGCCCGATGCAGCTGACCGATGCGCCGGATGATTTCCAGGTGGTTCAGCATAAATTCGAAGTGTTCGGCTACTGCCGGGACTGCAGCAAGGACAGTGCGGATAATGAAACTTCATCAGCCAGTGCAGGAAAGCGGGATAGCCGGGCATGA	MLTTEQIIDAMSEHGLRITDQRKTLAKLFGEHPGYLTAKDVYEYMGRKYSGLSFDTVYRNLRVLYELGVLEQVVFEEGIKFRGRCSEEHHHHHMICLQCQKTYPITFCPMQLTDAPDDFQVVQHKFEVFGYCRDCSKDSADNETSSASAGKRDSRA	PGPT0004295_17	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004295-zurR|zur-K02076	NA	NA
JZ016_06331	258	yidD	COG0759	Putative membrane protein insertion efficiency factor	ATGAGCACAGCGCGCAGGGTGGTGAAGGTGCCGATACACTTCTATCGGAAATTCATCTCTCCGTTGAAACCGGCGACTTGCCGATTCTATCCAACCTGCTCGGCCTATGCTCTTGAAGCGATTGAGGTGCACGGCGCGCTCAAGGGCTCCTGGCTGGCGGCCAAGCGAATAGCAAGATGCCATCCGTTTCATCCAGGCGGCATTGATATGGTTCCGCCGCGCAAGGATAAGATGTCGTCTTCATGGACAGAGAAATAG	MSTARRVVKVPIHFYRKFISPLKPATCRFYPTCSAYALEAIEVHGALKGSWLAAKRIARCHPFHPGGIDMVPPRKDKMSSSWTEK	PGPT0024530_183	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0024530-yidC|spoIIIJ|oxaA|ccfA-K03217	NA	NA
JZ016_06333	1989	metG_2		Methionine--tRNA ligase	ATGGCAGACAAAAAGACGTTTTATATTACAACGCCAATCTATTATCCAAGTGATAAGCTGCATATCGGGCATGCTTATACTACGGTGGCCGGCGACGCGATGGCCCGCTACAAACGGCTTCGCGGATACGATGTCCGTTATTTGACGGGGACCGATGAGCACGGACAGAAGATTGAACGCAAAGCGGCGGAGGCTGGAAAAACCCCGCAGCAGTTCGTCGACGATATCGTGGCCGGCATCAAGGACCTGTGGAAGAAGCTGGACATATCGAACGAAGATTTCATTCGCACCACGGAGCAGCGCCACACCACGGTTGTACAGGAGGTATTTGAGCGTCTGCTGAAGCAGGATGACATCTACAAGGGCGAATACGAAGGCTGGTACTGTACGCCTTGTGAGTCTTTCTTCCTGGAACGTCAGCTTGTAAACGGCAACTGTCCGGACTGTGGACGACCTGTTGAGCTTGTGAAGGAAGAGAGCTACTTCTTCCGCATGAGCAAATATGTGGACCGCTTGCTCCAGTATTACGAGGAGAATCCGGATTTCATTCAGCCGGTATCCCGCAAGAATGAGATGATCAACAACTTCATTAAGCCGGGTCTTGAGGATCTGGCTGTGTCCCGTACGACCTATGAGTGGGGCGTGAAAGTGAAGAGCGATCCGAAACATGTGATCTATGTGTGGATTGACGCCCTTCTGAACTATATAACGGCACTCGGTTACGGTACAGAGGACACCAGCCTGTATGACAAATACTGGCCGGCCGACGTACACCTGATGAGTAAGGAGATCGTCCGTTTCCATACGATCTATTGGCCGATCATTCTGATGGCGCTTGATGTTCCGCTTCCGAAAAAGGTGTTTGCCCATGGCTGGCTGCTGATGAAGGACGGGAAAATGTCCAAGTCCAAGGGGAATGTGGTTGATCCGGTTACGATGATTGACCGGTATGGTCTTGATGCGCTTCGTTATTACCTGCTGCGTGAAGTTCCATTCGGAGCGGACGGCACCTTTACGCCGGAAAGCTTCGTGGAACGGGTGAACTCCGACCTGGCCAATGACTTGGGTAACTTGTTGAACCGTACCGTGGCCATGGTCGATAAATATTTTGACGGAGTCGTTCCGGCGTTCTCCGCCGGCGTAACGCCGTTTGATGCAGCGATCGAGGAAGCGGCTAAGTCGGTTTATGAGAAAGTCGAAACCGCTATGGAAAATATGGAATTTTCCGTTGCGCTGACGGCCATCAGTCAGTTTGTCAGCCGCAGCAACAAATATATTGATGAGACCCAGCCTTGGACACTGGCCAAAGACGAGAACAAACGGAATGAGCTGGCATCGGTCATGAGTCACTTGGTGGAGACGCTCCGCGTAGCATCAATCCTGCTTCAGCCGTTCCTGACCCGAACACCGAAGAAAATGTGGGATCAGCTTGGCCTGGCGGAAGGCGAATGGACGACTTGGGAGAGCGGACGCCAGTTCGGAGCTATACCGGCTGGAACGAAGCTTCAAAAAGGCGAGCCGATATTCCCTCGCCTGGATACAGAGCAGGAAGTGGCATACATTGCCGAGGCGATGACAGGCGGTACGAAGGTCACTCAGGAAGAGACTTCGAGCCCAGCAGCAGATTCGCCGGCCGAGAGCTCGGCGGAGCCTGTAGAGCTTAAAGAGGAAATCGGCATTGAGGATTTTGCCAAGGTCGAGCTGCGCGTAGCGCAGGTGATTGCAGCCGAGCCAGTGAAGAAAGCGGACAAGCTGCTTAAGCTGCAGCTTGACCTCGGATTCGAGCAGCGGCAAGTGGTATCCGGCATAGCGAAGTTTTACACGCCGGAGGAATTGGTTGGACGGAAAGTGATTTGCGTAACGAACCTGAAACCGGTGAAGCTTAGAGGCGAAATGTCGCAAGGCATGATTCTGGCCGCATCCCACGGCGATCAGCTGACGCTTGCAACCGTACCGGACGGCATGCCTAACGGCGCAGTTGTCAAATAA	MADKKTFYITTPIYYPSDKLHIGHAYTTVAGDAMARYKRLRGYDVRYLTGTDEHGQKIERKAAEAGKTPQQFVDDIVAGIKDLWKKLDISNEDFIRTTEQRHTTVVQEVFERLLKQDDIYKGEYEGWYCTPCESFFLERQLVNGNCPDCGRPVELVKEESYFFRMSKYVDRLLQYYEENPDFIQPVSRKNEMINNFIKPGLEDLAVSRTTYEWGVKVKSDPKHVIYVWIDALLNYITALGYGTEDTSLYDKYWPADVHLMSKEIVRFHTIYWPIILMALDVPLPKKVFAHGWLLMKDGKMSKSKGNVVDPVTMIDRYGLDALRYYLLREVPFGADGTFTPESFVERVNSDLANDLGNLLNRTVAMVDKYFDGVVPAFSAGVTPFDAAIEEAAKSVYEKVETAMENMEFSVALTAISQFVSRSNKYIDETQPWTLAKDENKRNELASVMSHLVETLRVASILLQPFLTRTPKKMWDQLGLAEGEWTTWESGRQFGAIPAGTKLQKGEPIFPRLDTEQEVAYIAEAMTGGTKVTQEETSSPAADSPAESSAEPVELKEEIGIEDFAKVELRVAQVIAAEPVKKADKLLKLQLDLGFEQRQVVSGIAKFYTPEELVGRKVICVTNLKPVKLRGEMSQGMILAASHGDQLTLATVPDGMPNGAVVK				NA	NA	NA	NA	NA
JZ016_06334	1203			hypothetical protein	ATGAACAAGAGAAATAGAGAGAACAAACTTACCGGTTGGACCTGGAGTGTAACCTCTATCTTATTGGCGGTACTCATCCTGTCGGGATGCGGAAGTAAATCCGGCGGCAGCATTGTAGAGGGCAAGGTAAACGTCATTACGACCTTTTATCCAATATATGAATTTACGAAGGAGATTGGCGGGGATGACGCCAATGTCGTAAATCTTCTGCCAACGGGCGTGGAGCCGCATGATTGGACACCGCGCAGCCAGGATATCGTGAATACTTCCAAGGCCCAGCTGTTTCTCTATAACGGTGCCGGGCTGGAAGGCTGGGTACCAGGATTTTTGAAGGGACTTGATAAAGACACGCAAGTCAAGCCGGTTGAAGTCAGTCACGGCATCCAGCTGATTGATGCTGTGGGAGACGATGGTCATGGACACGGGGAAGCAGCCCACGAAGAGGAACATGATCACAGCCATGAAGAAGGTGCCGAAGCGGAGCACGATCACAGCCATGAAGAAGGTGCCGAAGCGGAGCACGATCACAGCCATGAAGAAGGTGCCGAAGCGGAGCACGATCACAGCCATGAAGAAGGTGCCGAAGCAGAGCACGACCACAGCCATGAGGAAGGCGCTGAAGAAGATCATGCTGGCCATGACCACGCAGAAGAGCCCGCCGAGACTAGCACCGACACACATCATACGGACCCGCATACATGGGTAAGCCCAAAATCCGCGCTGGTCATGGCTGAGAATATCAAGAACAGCCTTGTCGAGGTGGATCCTGAACATAAGGACGGTTACGAACAGCGCTTTGAAGCCTTGAAAGAGAAGCTGGTCAAACTGGATAACGATTTCACAAGCGAGTTGTCCAAAATGCCGAAAAAAGACATAGTCGTATCCCACCAGGCGTTCGGATATCTGTGCCGGGATTACGGTTTGACGCAGCATGCGATTATGGGGCTGTCGCCAGACGCGGAGCCCAGAGCGCAGGATATTGTGAACCTCACCAAGACGGTGAAAGAGAAGGAAGTTAAATATATTTTCTTCGAAGAGCTCGTATCGGATAAACTTGCCAAAACGCTGGCAAATGAAGCAGGCGTGGAAACCTTGGTATTGAATCCGGTGGAGGGACTGACTAAAGAGCAGGCGAGCGGCGGCGAGAATTATTTCACGCTGATGGAGAAAAATTTGCAAAATCTAACGAAGGCTTTACAATAA	MNKRNRENKLTGWTWSVTSILLAVLILSGCGSKSGGSIVEGKVNVITTFYPIYEFTKEIGGDDANVVNLLPTGVEPHDWTPRSQDIVNTSKAQLFLYNGAGLEGWVPGFLKGLDKDTQVKPVEVSHGIQLIDAVGDDGHGHGEAAHEEEHDHSHEEGAEAEHDHSHEEGAEAEHDHSHEEGAEAEHDHSHEEGAEAEHDHSHEEGAEEDHAGHDHAEEPAETSTDTHHTDPHTWVSPKSALVMAENIKNSLVEVDPEHKDGYEQRFEALKEKLVKLDNDFTSELSKMPKKDIVVSHQAFGYLCRDYGLTQHAIMGLSPDAEPRAQDIVNLTKTVKEKEVKYIFFEELVSDKLAKTLANEAGVETLVLNPVEGLTKEQASGGENYFTLMEKNLQNLTKALQ	PGPT0004220_405	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_FACILITATING_PROTEIN	ROOT_COLONIZATION-ZINK_TRANSPORT_LIPOPROTEIN,PGPT0004220-znuA-K09815	NA	NA
JZ016_06335	750	znuC_2	COG1121	High-affinity zinc uptake system ATP-binding protein ZnuC	ATGGAGCCGGCAGCACAGGATTGCCACCAACCTATTGTACAAATCAAGGATGTATCCTTTCATTACCGCGAGCAACAGGTGATCAAGGATCTCAATTTCACCATAAAAGAGCGGGACTTCGTAGGTATTGTCGGGTCGAATGGGGCAGGCAAAACGACGCTGCTCCGCATGATCGTTGGATTGCTGCCTGCCGCCGAAGGTTCTATCGAACTGTTCGGTCAGCCGATCCGTAAGTTTCAGGACTGGGAGCGAATCGGGTACGTTCCGCAGAAAAATTCGTTTAATCCGCTGTTCCCGGCCACTGTGCGTGAAGTTGTCATGTCCGGGCTATATAATCGGAAGAAAATGTTTCGCCGTTTGAACCGCCTGGACCACCAGAAATGTGAGGACGCGCTGGAAGTGATGCGCATTCAGGATATTGCCGATAAGCGGATCGGGGCTCTGTCAGGGGGACAGCAGCAGCGCGTGTTTCTCGCTCGGGCGCTCATCAATCGTCCGGATCTGCTCATACTGGACGAGCCTACGATCGGCATTGATGCCGAGACCCAGGCCGGATTCTTTGAACTGATTACCCATATGCATGCCCATCATCACATGACGTTTTTGATGGTCACCCATGATTTGGACATGGTCAAAGACTACCTGGGAGAATCGCCGGTATCGCAGAACGGGAAAATTCAGTTTTTTGTAAGGCATTCTCATGAAATCGAAAACTGCGCGGAAGTGGATTTGCAGCATTCGCTCGTATAA	MEPAAQDCHQPIVQIKDVSFHYREQQVIKDLNFTIKERDFVGIVGSNGAGKTTLLRMIVGLLPAAEGSIELFGQPIRKFQDWERIGYVPQKNSFNPLFPATVREVVMSGLYNRKKMFRRLNRLDHQKCEDALEVMRIQDIADKRIGALSGGQQQRVFLARALINRPDLLILDEPTIGIDAETQAGFFELITHMHAHHHMTFLMVTHDLDMVKDYLGESPVSQNGKIQFFVRHSHEIENCAEVDLQHSLV	PGPT0004230_1863	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004230-znuC-K09817	NA	NA
JZ016_06336	903	znuB_2	COG1108	High-affinity zinc uptake system membrane protein ZnuB	ATGAAATCGAAAACTGCGCGGAAGTGGATTTGCAGCATTCGCTCGTATAATGGTATAGAAACAAGCTTTTTGAAGCAGGAGAAGGGGACGTTATCATTGCTTGATATTTTGTTTAGCGATTTTTTTCAGCGGGCGCTGATCGGAGGGATTCTGATCGGCATTACAGCCCCGCTTATCGGGATATTCCTCGTGCTGCGCAGGCTGTCCATGATCGGCGATACATTGTCGCACGTTACGATTGCGGGTGTGGCGCTCGGATTTCTGATCGAAGTATATCCGCTTGCCGCTGGACTTGTGTTCGCGGTGCTGGCCTCATTTGCGATTGAGAAGCTGCGAAAGGCATATAAAAGTTATGCCGAGCTGTCAATCGCCATTATTATGTCTGGCGGCGTTGCGCTTGCTTCGCTGTTTTTCACCCTAGGAATGGGCTATAATACGGATGTTATGAGTTATTTGTTCGGCAGTATCTACACGCTGGATTCCACGGATATTTATATGGTGGGCGGTGTAACCATCGTTGTCATTGCGGTTGTGGTGATGTTCTTTAAAGAGTTCTTCCTGCTCAGCTTCGAGGAGGATGCCGCCAGTGTCAGCGGACTGCCTGTCAAATGGATGAACATGATCATTACGGTACTGACGGCCCTTGTCGTAAGCACCGCCATCAAAATTGTGGGCGCACTTCTGGTATCCGCATTGTTAGTGATTCCGGTAGCGATCAGTTTACTGCTGGCAAGAAGCTTCCGAAGCTCTATCGTATTATCGGTCATCATCTCCGAAATTGCCGTAATCGGGGGATTGATGCTTGCGGGCGTATTTAATCTGGCACCCGGCGCGACCATCGTGCTGCTGCTGATCAGCCTGCTTATCATTACGCTTGTCGGCAAAAAGGGCTTTACGACATAA	MKSKTARKWICSIRSYNGIETSFLKQEKGTLSLLDILFSDFFQRALIGGILIGITAPLIGIFLVLRRLSMIGDTLSHVTIAGVALGFLIEVYPLAAGLVFAVLASFAIEKLRKAYKSYAELSIAIIMSGGVALASLFFTLGMGYNTDVMSYLFGSIYTLDSTDIYMVGGVTIVVIAVVVMFFKEFFLLSFEEDAASVSGLPVKWMNMIITVLTALVVSTAIKIVGALLVSALLVIPVAISLLLARSFRSSIVLSVIISEIAVIGGLMLAGVFNLAPGATIVLLLISLLIITLVGKKGFTT	PGPT0004225_1591	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004225-znuB-K09816	NA	NA
JZ016_06337	714			hypothetical protein	ATGGCTGATATTAATATCGGCATCGCGTTTGCTGCCGGTTTTGCTTCTTTTATATCTCCATGCTGTTTACCGCTGTACCCGTCCTACTTATCGATTATTACAGGCATGTCGGTTAATGACTTGAAGAACGATCAGAACCGCAAGGAGGTCCGATTCCGGACCATGACGCATACACTTGCGTTCATCCTTGGGTTTTCTGCTGTTTATTATACCCTCGGTTGGGGGGCTGGCCTGTTCGGGGAGTTCTTCACGGAATATCAAGACTTGATCCGTCAGCTTTCTGCGCTGCTGATCATCGTGATGGGACTTATGCTCATTGGCATTTTCCAGCCCAAGTTTTTAATGAAGGACCGGAAATTCAATTTTAAATCCAAACCGACCGGATACATAGGAACATTTCTGTTTGGCATCGGGTTTGCTGCAGGCTGGTCGCCATGCGTCGGCCCGATTTTAACGGCCATCATCGCGCTGGCAGCTTCCGATCCGGGAACCTGGTTCCCGTTGATTACCTCGTACTCCCTGGGGTTTGCAGTGCCTTTTTTCATCCTGGCTTTTTTCATCGGCTCGACCCGCTGGATTCTCAAGTATTCAAGCACGCTGATGAAGGTCGGCGGCGTCTTGATGATATTGATGGGGGTTCTGCTCTTTACAGATCAAATGTACAAAATTACGATTTGGCTGCAAGGCATTACGCCGGAGTGGCTTAAATTTTAA	MADINIGIAFAAGFASFISPCCLPLYPSYLSIITGMSVNDLKNDQNRKEVRFRTMTHTLAFILGFSAVYYTLGWGAGLFGEFFTEYQDLIRQLSALLIIVMGLMLIGIFQPKFLMKDRKFNFKSKPTGYIGTFLFGIGFAAGWSPCVGPILTAIIALAASDPGTWFPLITSYSLGFAVPFFILAFFIGSTRWILKYSSTLMKVGGVLMILMGVLLFTDQMYKITIWLQGITPEWLKF				NA	NA	NA	NA	NA
JZ016_06338	426	mntR	COG1321	HTH-type transcriptional regulator MntR	ATGCCGACACCTAGCATGGAGGATTATTTGGAGCGCATCTACAAGTTGATCGACGAAAAAGGATATGCGCGCGTTTCGGATATTGCCGAAGGCTTGGAGGTTCACCCCTCATCCGTCACGAAGATGATTCAAAAGCTGGACAAAGACGAATATTTGATCTATGAAAAATATCGCGGTTTGGTTCTGACCAGCAAAGGCAAAAAAATGGGCAAACGGCTCATGGAACGTCATCATTTGCTTGAGGAATTCCTTGAGATGATAGGTGTACAGGATGAAAATATTTATAGGGATGTTGAAGGAATCGAGCATCATTTAAGCTGGGATTCCATTACGAGAATTGAGACGCTTGTGGAGTATTTCAAGCGCGATGAGAATCGACTTCAGGATTTGCGTGACGTTCATAACGAATTAGTCAACGAATCGTAA	MPTPSMEDYLERIYKLIDEKGYARVSDIAEGLEVHPSSVTKMIQKLDKDEYLIYEKYRGLVLTSKGKKMGKRLMERHHLLEEFLEMIGVQDENIYRDVEGIEHHLSWDSITRIETLVEYFKRDENRLQDLRDVHNELVNES	PGPT0003895_53	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003895-mntR|dtxR|ideR|sirR|troR-K11924	NA	NA
JZ016_06339	1560			hypothetical protein	ATGAAGCTTCGTAGATGGTTGTTGGTGCTGATTATGTTACTATTGTGTCTCCCGTCGGTGGTCCCAACTGCGCAAGCGAAGGCAGCTCCTATCCGTATTCAGTTGGACGGCGTAACCTTAAACAGTGACGTATCTCCTTACATATTGCCGAAGGTTAATGTAACCATGGTTCCTACGCGGATTATCAGTGAAGGCCTGGGCGCTTCGGTAGCTTGGAATCAGAAGTTAAAGACCGTAACGATCGGGCTGGACGGCTCGAATCTGCAATTGACATCCGGCAGTAAAACCGCGCTTGTGAACGGCTCATCCGTAGCACTTGATGCATCGGTTGAAATTAAGAGCGGCCGGGTTATGGTTCCGCTGCGGTTTGTCAGCGAGAACCTGGGTGTGCAAGTCGAATGGAACCAAGCGGCACAGCGTATCTCGCTGACCACAGGCACGGACGTTGTTCTTCCACCACCGGTATCCAATGGGGATGAAGTCAGAGGCGCCTGGATATCCACGGTGTTCAATCTGGATTGGCCGAAAACAAAGACCAGTGCAGAACAGCAAAAGGCATCTTACATCGCCTTGCTGGATTCGCTCCAGGAAGTTGGCATCAATACCGTGTACGTGCAGGTACGTCCGGCTGGCGATGCATTGTATCCATCCACTATGGTGCCATGGTCCAAAGTGCTGACAGGCATTCAAGGAGCAGATCCGGGGTATGATCCGGTAGCTTTCATGGTGGAGGAAACGCATAAACGGAATATGGAGTTCCACGCATGGTTTAATCCTTTCCGGGCCAATACCGATATTTTGACGGCATCGCTCGATCCATCCCATGTTGCGCTTAGCCACCCGGATTGGATCGTGAACACAGGCAAGCAGCTGTACATCAATCCAGGGATCCCGGAAGCTCGTCAGCATATCATCGATACCATTATGGAGGTCGTGAACGGATACGATATTGACGGTATTCACCTGGATGATTACTTCTACCCATCGAATACGGTCTTCAAAGATGATGCGGCATACCGCCAATACAATCAAGGTGCTTACGCAAACCTCGCAGATTGGCGTCGCGGAAACATCAATGCATTTGTGCAATCGCTCGGTGAGAATATTCACCGTGTGAAACCGGACGTTGAATACGGAATCAGTCCTTTCGGCGTATGGCGTAACCAGTCCGTGGATAAGACGGGATCGGATACGAAAGCCGGCGTGACGGCTTATGACAGCATGTATGCTGATGTGAGGGCCTGGATCCAGAACGGCTGGATCGATTACGTGGCTCCGCAAATCTATTGGAGCATGAGTAATCCGGCCGCCGACTATGATAAGCTGGTGGACTGGTGGGCCGGCGAAGTACAAGGAACCGGCGTAGATCTCCTGATCGGGCATGCCCCCTACAAATTGGGAACCAGCGAAATCGGTTGGCAGAGCGCATCGGAGATCATCAATCAATTGAAGTACAATCAGAATTATGCCGAGGTTAAAGGCAGCATTTTCTTTAGAGCAGAGAATATTTTAAGTAATCCGTTAGGCATTAAAGATCAATTGCAATCATATTATAGATGA	MKLRRWLLVLIMLLLCLPSVVPTAQAKAAPIRIQLDGVTLNSDVSPYILPKVNVTMVPTRIISEGLGASVAWNQKLKTVTIGLDGSNLQLTSGSKTALVNGSSVALDASVEIKSGRVMVPLRFVSENLGVQVEWNQAAQRISLTTGTDVVLPPPVSNGDEVRGAWISTVFNLDWPKTKTSAEQQKASYIALLDSLQEVGINTVYVQVRPAGDALYPSTMVPWSKVLTGIQGADPGYDPVAFMVEETHKRNMEFHAWFNPFRANTDILTASLDPSHVALSHPDWIVNTGKQLYINPGIPEARQHIIDTIMEVVNGYDIDGIHLDDYFYPSNTVFKDDAAYRQYNQGAYANLADWRRGNINAFVQSLGENIHRVKPDVEYGISPFGVWRNQSVDKTGSDTKAGVTAYDSMYADVRAWIQNGWIDYVAPQIYWSMSNPAADYDKLVDWWAGEVQGTGVDLLIGHAPYKLGTSEIGWQSASEIINQLKYNQNYAEVKGSIFFRAENILSNPLGIKDQLQSYYR				NA	NA	NA	NA	NA
JZ016_06340	924			hypothetical protein	ATGCAAATTAATGCGGTATTTGAAGGTGGGGGAGTGAAGGGGATCTCGCTTGCCGGGGCTGTCAAGGCGGCGGAGAATGCCGGCATGGAATTCAGCCGTGTTGCCGGAACGTCCTCCGGTTCGATCGTGGCATCCGTGCTGGCAGCAGGCTACCGGGCAGACGAGATCAAGCGCATTATTGAGGAGACGCCCTTTCATTCGTTTCTCCAGCGAGCGCCGATTTTTAATACGAAGTTTATCGGTCCCGCCTTGCGGGTGTTGATTAAGAAAGGGCTGTATTCCGGAGAAGCCCTGGAGAACTGGATTCGGGAAATCCTGCTTGCCAAAGGGATATTTACGTTCTCGGACATCCCGGCAGGCAAGCTGTATATCGTGGCTTCGGACATTACGAATGGAAGGCTGCTGGTGCTTCCGGATGACCTTCGCCAATATGGCATAAACCCCGCAATATTTCCCGTGGCCAAGGCTGTGCGCATGAGCTGCAGCATTCCGTATTTTTTCGATCCCGTCATTCTTCGCTTATTGGGCAGGGCCGCCAAAGGCAAGTCGTTCGGCGAACAATTTGTATACATTGTGGATGGGGGACTGCTCAGCAACTTTCCGTTATGGCTCTTTGATCGCGAGTCGAAGGGGGGACCTAAGCCGCTGCCAGTGCTTGGCTTCCAGATGGTCGGGAAGAATAGTAACTTGCCCCATTTGATTGATGGCCCGATCGGCATGTTAACCGCCATGTTTGAGACGATGCTTTCCGCTCACGATGAACGTTATATTGAACAGCAAAACCGGAATCGAACGATTAAAATTCCGACACTTGGCATTGGTACCACTCATTTTAATCTGACCAAGGAGGAAAGCGAGAATTTATACAATTCGGGGTTAACGGCGGGTACGATGTTTTTCGCCCGCTGGAAATCCGAACATTAA	MQINAVFEGGGVKGISLAGAVKAAENAGMEFSRVAGTSSGSIVASVLAAGYRADEIKRIIEETPFHSFLQRAPIFNTKFIGPALRVLIKKGLYSGEALENWIREILLAKGIFTFSDIPAGKLYIVASDITNGRLLVLPDDLRQYGINPAIFPVAKAVRMSCSIPYFFDPVILRLLGRAAKGKSFGEQFVYIVDGGLLSNFPLWLFDRESKGGPKPLPVLGFQMVGKNSNLPHLIDGPIGMLTAMFETMLSAHDERYIEQQNRNRTIKIPTLGIGTTHFNLTKEESENLYNSGLTAGTMFFARWKSEH				NA	NA	NA	NA	NA
JZ016_06341	333			hypothetical protein	ATGAGAAGGCATGCGATCATTTTTTGGACGGCGATCACGTTAGCCGCCATAGGGCTACTGGTATTCCTGTTAGATCCTGGATCAAGAATGAATATTATGATTCCACTCATTATTGTAGCTGTCGTGTATGTGCTCTATAAGTTCCCGCCTCGTCGTTTTAACAAGCGGCCTAAGGTGAAACCTTCCAAGCGAACGGCAGCTAAGCTGGCGGCTAAACATAGCACCGCACGGAAGAGCAATCCAGCTGCAAAACGTAAACAGTACCCGTTTCAGGTTATCGATGGGCAAAAAGGAAAACCGGACCCATCCGATGATGTTCCTAAATATCACTAA	MRRHAIIFWTAITLAAIGLLVFLLDPGSRMNIMIPLIIVAVVYVLYKFPPRRFNKRPKVKPSKRTAAKLAAKHSTARKSNPAAKRKQYPFQVIDGQKGKPDPSDDVPKYH				NA	NA	NA	NA	NA
JZ016_06342	993			hypothetical protein	TTGTCCGATAAGTCAACCCCGATCAGCTATGGAGGCCAAGCTGTAATCGAAGGCGTTATGTTCGGCGGCAAGCATGTGAATGTGACGGCCGTGCGGCGTAAAAATAACGAAATCAAGTTTCTCGAGGTGCCTCGCGAAGACAAGGCTTGGGTTCGAAAGCTGCGGAAGATTCCGCTTCTTCGCGGCATCGTCAGTCTCATAGATTCTACAATTAAAGGTTCCAAACATTTGAATTACTCTGCGGATGCTTATGCTGACGATACCCTGGAGCCGGAAGAACGTGAAAAACAGAAGGAGAAAGAAGACACCGGCTGGAGTCTAAGCATGATCATCGGTGTGGCCGCCGTCAGCGTGCTTTCCTTCATATTCGGTAAGCTGCTGTTTACACTCGTTCCTGTTTTTGTAGAGGATTTCTTTTTTGGCGATACATTTGATCACTATATTGTGCATAACCTGATTGAAGGCGTCATTAAATTAATACTGCTGCTCGTGTATTTATGGGCAATCTCCCAGACACCTGTCATTAAAAGACTGTTCCAGTACCACGGCGCCGAACACAAAGTCATCAGCGCATTTGAAGCCGGCGAAGAGCTGACGGTGAAGAATGTTCAGAAATATACGCGACTGCATTATCGCTGCGGCAGCAGCTTCATGATGCTGACCATTGTTCTCGGCGTTGTCGTCTACTCGGTGGTGCCATGGGATACCATGACGCAGCGGGTCATTCAAAGAATCGCGCTTCTACCGGTCGTGCTTGGCGTTTCCTTTGAGTTCCTGAAACTTACCAATGCCATGCGAGACATGCCGGTACTCCGTTTCCTCGGATATCCCGGTCTGTGGCTGCAGCTTTTAACGACGAAGGAACCTACTGATGATCAAGTTGAAGTATCCATCGCATCCTTTAACAGAATGCGTGAGTTAGATGCTCAATACGAGAATGTTACAGTTCACCAATCTGTGACAGGAAGTGTGCTGGATCCCGCGAAAGGGTGA	MSDKSTPISYGGQAVIEGVMFGGKHVNVTAVRRKNNEIKFLEVPREDKAWVRKLRKIPLLRGIVSLIDSTIKGSKHLNYSADAYADDTLEPEEREKQKEKEDTGWSLSMIIGVAAVSVLSFIFGKLLFTLVPVFVEDFFFGDTFDHYIVHNLIEGVIKLILLLVYLWAISQTPVIKRLFQYHGAEHKVISAFEAGEELTVKNVQKYTRLHYRCGSSFMMLTIVLGVVVYSVVPWDTMTQRVIQRIALLPVVLGVSFEFLKLTNAMRDMPVLRFLGYPGLWLQLLTTKEPTDDQVEVSIASFNRMRELDAQYENVTVHQSVTGSVLDPAKG	PGPT0015034_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015034-yqhQ-NA	NA	NA
JZ016_06343	498			hypothetical protein	ATGCATGAACATCAATTTCGCAAGCAGAACCAAGTCACCAATCCGTTTACGTTTGCCCTGGAGCTGGGCTATTTTGCAGGTCTGATCTGGGGGGCCGTGCTTTGGATATTTTATTGGCTAAAATTCACGAAGGTGCTGCCAGGCTTTTTGCTGGAGCCGTTCTTCAAGCATGAGTTCCTGACGACGACAGCAGGCCAAATTGCCGGTTGGCTGTCCTTTATCGCGTTTTCCGTCATCGCTTCCCTCATATATGTCACCTTGTTCAGGAAGCTGAGGGGCCCATGGCCCGGGATTGCATACGGAATCGTATGGTGGGCGGTGCTGTTCGTCGCGCTCAATCCATGGCTTCGGCTGACGGATCCGGTGAAGAAGCTGCCTTGGGATACAAACATCTCTGAGGTTTGTATTTTTATATTATGGGGACTATTTATCGGTTATACGACTGCGCAGGAATTCACCGATGAGAAACTGCGCGAACCGAAGAAGGTGACGGGCTAG	MHEHQFRKQNQVTNPFTFALELGYFAGLIWGAVLWIFYWLKFTKVLPGFLLEPFFKHEFLTTTAGQIAGWLSFIAFSVIASLIYVTLFRKLRGPWPGIAYGIVWWAVLFVALNPWLRLTDPVKKLPWDTNISEVCIFILWGLFIGYTTAQEFTDEKLREPKKVTG				NA	NA	NA	NA	NA
JZ016_06344	447	yqhS	COG0757	3-dehydroquinate dehydratase	ATGAAATCCATATGGGTGATAAACGGACCGAACTTAAACCTGCTCGGCTTCCGTGAACCGGGCATTTACGGTTCACTCAGCCTGCAGGCGATCGAAGATAATTTGCGTAAACAGGCGGAACTCGCCGGTATCGGTATTACCTTCTATCAGTCTAATCATGAGGGTGCTATCATCGACCGTATTCATGAAGCTATTGGACAGGCGGACGGCATACTTCTTAACCCGGGAGCACTGACTCACTACAGCTATGCTGTACGTGATGCCATCAGTTCTGCCCGTATTCCGACAGTGGAAGTTCACCTATCGAACATTCATGCCAGGGAGGAATTTCGTCATACCTCCGTCATCGCACCTGTTGCTGTCGGACAAATCGCGGGTTTTGGCGCAGCGAGTTACACACTGGGCTTGTCGGCCCTTTTGCAAGTCCTGAACGACCAAGAAGGATAG	MKSIWVINGPNLNLLGFREPGIYGSLSLQAIEDNLRKQAELAGIGITFYQSNHEGAIIDRIHEAIGQADGILLNPGALTHYSYAVRDAISSARIPTVEVHLSNIHAREEFRHTSVIAPVAVGQIAGFGAASYTLGLSALLQVLNDQEG	PGPT0012905_1975	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_QUINATE_CATABOLISM,PGPT0012905-aroQ|qutE-K03786	NA	NA
JZ016_06345	1071	ypdF	COG0006	Aminopeptidase YpdF	ATGAGTAACAAACGAGTGGTTAAACTGCGCGAGAAACTTCAGACTAGAGGCTTAACAGCCATGCTGGTGGCAAGCCCGATCAACCGCAGATATTTGACAGGCTTTACCGGGTCTGCCGGCTATGTGCTGATTACCCGGGATCATGCCTATCTGCTGACTGATTTCCGTTATATGACTCAAGCTCCACAGCAAGCCGTCGGCTTTCAGGTGGTTGAGCATGGTCCTAAGGTTATGGAGACGGTCAAGGAATTGCTATCTTCCGAGGGAATAACATCGCTTGGATTTGAACAGGACCATGTTACATACGGCGTATTTTCGACCTATTCGGAACAGCTAGCGCCAATTAGCCTGGTGCCGGTTTCAGGTCTTGTAGAGGATCTGCGCATATTCAAGGATGCGGAAGAATTGAGCATTATGCAGCGGGCTGCCGATTTGGCTGATCAGACGTTCAGCCATGTGCTGACGATTCTGGCTGCCGGAAAAACGGAGCGAGAAATCGATCTGGAGATGGAAATGTTCATGCGCAAGCATGGCGCAACCGCGTCTTCCTTTGATACCATTGTCGCTTCCGGCGAGCGTTCGGCTCTTCCGCACGGCGTTGCCAGCGAGCGAGTGATTCAAGGGAACGAATTCGTTACGTTTGATTTCGGTGCGCTGCTTGACGGATACTGCTCCGATCTCACCAGAACCGTTGCGCTCGGAAGTCCTGATCCTAAGCTGAAGGAGATCTATGATATCGTGCTGGAAGCGCAGCTACATGCACTGGATCATATTAAACCTGGCATGACAGGACGCGAGGCAGACGCCTTAACCCGTGATATTATTACCCGTTATGGATACGGGGAATACTTTGGTCACAGCACCGGGCATGGATTGGGTATGGAGGTTCACGAATCTCCAAGACTGTCCAAGCTGAGTGATGATGTGCTGCAGCCGGGCATGGTGGTAACGGTGGAGCCGGGCATATACTTGCCTGGGCTTGGCGGTGTCCGTATTGAAGATGATATCGTGATTACGGAATCGGGTATTCATATACTAACAAGCTCGTCCAAAGACTACACTGTGCTTTAG	MSNKRVVKLREKLQTRGLTAMLVASPINRRYLTGFTGSAGYVLITRDHAYLLTDFRYMTQAPQQAVGFQVVEHGPKVMETVKELLSSEGITSLGFEQDHVTYGVFSTYSEQLAPISLVPVSGLVEDLRIFKDAEELSIMQRAADLADQTFSHVLTILAAGKTEREIDLEMEMFMRKHGATASSFDTIVASGERSALPHGVASERVIQGNEFVTFDFGALLDGYCSDLTRTVALGSPDPKLKEIYDIVLEAQLHALDHIKPGMTGREADALTRDIITRYGYGEYFGHSTGHGLGMEVHESPRLSKLSDDVLQPGMVVTVEPGIYLPGLGGVRIEDDIVITESGIHILTSSSKDYTVL	PGPT0006770_6495	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0006770-pepP-K01262	NA	NA
JZ016_06346	558	efp		Elongation factor P	GTGATTTCAGTAAACGATTTTAAGACAGGTTTGACCGTAGAAGTAGATGGCGATATATTCACCGTTTTGGATTTTCAGCACGTTAAACCTGGTAAAGGCGCAGCTTTCGTTCGTTCCAAATTGAAAAACCTTCGCAACGGCAACACCGTCGAGAAAACGTTCCGTGCAGGCGAAACGATTGGCCGCGCCATCATCGACAACCGTGGGGTTCAGTATCTCTATGCCAGCGGTCAAGAGCATGTCTTCATGGACAACGAAACTTACGATCAATTCAGCTTGACGAGTGAGCAGCTGGAGTGGGAGCTTAACTTCCTGAGAGAGAACATGAACGTTAACATCATCAGCTACCAAGGCGAGATCCTCGGGATCAACCTGCCTAACAGCGTGGAGCTGAAGGTCGTTGAAACCGAGCCGGGAATCAAAGGCAACACGGCTACGGGCGCAACGAAGAATGCGAAAGTGGAAACCGGCCTGAATGTACAAGTACCGCTGTTCATTAACGAAGACGATGTGCTTCTGATCGATACACGCGAAGGTAAATACATCTCCCGTGCATAG	MISVNDFKTGLTVEVDGDIFTVLDFQHVKPGKGAAFVRSKLKNLRNGNTVEKTFRAGETIGRAIIDNRGVQYLYASGQEHVFMDNETYDQFSLTSEQLEWELNFLRENMNVNIISYQGEILGINLPNSVELKVVETEPGIKGNTATGATKNAKVETGLNVQVPLFINEDDVLLIDTREGKYISRA	PGPT0016205_4458	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	OTHER_MOTILITY_REGULATING_FUNCTIONS	MOTILITY-SWARMING_REGULATOR,PGPT0016205-efp-K02356	NA	NA
JZ016_06347	1254	lysC_2		Aspartokinase	TTGTCACTGTACGTCATGAAATTCGGAGGCAGCTCTGTAGGGGATACAGAACGTATGAAGCGTGTTGCCAGAAGAATTGTAGAGAAACAAGATGAAGGTCATCAATGTGTAGTCGTGGTGTCTGCTATGGGGGATACAACAGACGATTTGATTGACCAGGCAAAGCTGTTGAACGAGAATCCACCGGCACGGGAAATGGATATGCTGATGACCACGGGAGAGCAGATATCCATATCGCTGCTATCCATGGCTATTCACGGTCTCGGACGCAAGGCAAAGTCTCTTACCGGCTGGCAGGCGGGGTTCCGTACGGAAGCGGTGCATGGCAAAGCCCGTATCACGGATATTATGCCTGAACGCGTGTTTAAAGCGCTTGCTGAAGGGAATGTCGTCATTGTAGCGGGATTCCAGGGAATGTCGGAAGACGGAGAGATTACAACGCTTGGACGCGGGGGATCAGATACCACGGCGGTTGCTCTTGCGGCTGCCATTCAAGCGGATGTATGTGAAATATATACGGATGTGGACGGGATTTACTCCACGGATCCGCGGGTTGTCAAATGTGCGCGGAAGTTGAAGGAGATTTCCTATGACGAGATGCTGGAGCTAGCCAATCTTGGTGCAGCTGTTCTTCACCCGCGCGCGGTTGAGTATGCGAAGCATAATCAAGTGAAGCTTGTCGTCAGATCCAGCTTTAATCATAACGAGGGTACGGTTGTTAAGGAGGAAGCAAGCATGGAACAAGGTGTGGTTGTCAGCGGAATTGCATTTGACAAGAATGTGGCAAGAATCAGTATTCTGGGCGTTTCCGATACGCCGGGCGTTTTGGCTCAAGTGTTCGGTGAGCTTGCGAAAGAAGCGATTGATGTTGATATTATCGTACAGAGCGGTGTCCAGAACGGCGAAGCAGACTTTTCCTTTACCGTTTCCTTGGCCGATCGGGAGCGTGCGTTGTCGGTTATCGAACAAATCCGCGGCAAGATTCCGTATCGTGACGTTACCTCGGAAGATCATCTGGTGAAAGTATCGATTGTTGGTGCCGGAATGGTCAGCCATCCGGGTGTGGCGGCGCAAATGTTTGATGTCATCTCCCGGCAAGGGGTCAGCATCAAGATGGTCAGCACGTCCGAGATCAAAGTATCCTGTGTCATTGAAGGAACCAATCTGGAAGGTGTCGTACAAGCGCTTCATACCGCGTACGGACTGGATACGGATCAGCAGGCTTCCGTTGGCGGACCGCAGGTGCGTCGATAA	MSLYVMKFGGSSVGDTERMKRVARRIVEKQDEGHQCVVVVSAMGDTTDDLIDQAKLLNENPPAREMDMLMTTGEQISISLLSMAIHGLGRKAKSLTGWQAGFRTEAVHGKARITDIMPERVFKALAEGNVVIVAGFQGMSEDGEITTLGRGGSDTTAVALAAAIQADVCEIYTDVDGIYSTDPRVVKCARKLKEISYDEMLELANLGAAVLHPRAVEYAKHNQVKLVVRSSFNHNEGTVVKEEASMEQGVVVSGIAFDKNVARISILGVSDTPGVLAQVFGELAKEAIDVDIIVQSGVQNGEADFSFTVSLADRERALSVIEQIRGKIPYRDVTSEDHLVKVSIVGAGMVSHPGVAAQMFDVISRQGVSIKMVSTSEIKVSCVIEGTNLEGVVQALHTAYGLDTDQQASVGGPQVRR	PGPT0014040_3843	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928	NA	NA
JZ016_06348	267			hypothetical protein	ATGCTGGACAAGTTTGTCGCTAGTATGGCCACGCTTCGTTTTTTCTCCGGCAGTCTCGAGATTGTGGCGGCCATCATCATGCTGCGCCTGAACCAGGTCGATAAAGCGCTGGCTGTGAATTCCGCTCTGGCTTTTATGGGCCCGCTGATCTTGATTCTGACAACAACGATCGGACTCGTGGGAATGGCGGATAAATTGTCGTGGGGGAAGATCGGCTGGATTTTGTGCGGCGTTTCCTGTCTCTTATACGGCGTTTTAAAAAAATGA	MLDKFVASMATLRFFSGSLEIVAAIIMLRLNQVDKALAVNSALAFMGPLILILTTTIGLVGMADKLSWGKIGWILCGVSCLLYGVLKK				NA	NA	NA	NA	NA
JZ016_06349	999			hypothetical protein	ATGACATTGAACTGGTTAGACCTGTTTCCCGAGACCGTAAAACGGATGCTGCTGAACCTGTCGAAAGAGCTTCTCGATCATGTGGAGGAGGTACGTATCCGGGAGGAACGTCCGCTGGAGATTAATTCGGCGGGCAAGCATCATTTTCTGGACCGGCGCGGCGGGCTCACTTTGCGGCCTGATGAAGCGTATAAGCCGACGCGTGAAGATACCCATAGGTTGCTGGATCTAATCAGTAACCATTCCCTCTACACCATGGAAGAGGAATTGCGAAAAGGGTTTATCACGATACCTGGGGGTCATCGGGTCGGGCTCACCGGCCGGACGGTGCTCAGCGGTGGTAAGGTTGAACACATTCGGGATATTAGCGGATTTAATGTCCGGATTGCCAAGGAAGTTCAGGGTGCGGCGGATGACATCATCCCGCATTTACTCGACCGGAAACGGAAAAGGGTAATGCACTCGCTGATTTTATCCCCGCCCCAGCAAGGCAAGACCACGCTGCTTCGGGATCTGGCGAGGCAGATCAGTTACGGCAAATGGGGGAAATCGGCCGTGCATTGGCCGGGAATGAAGGTAGGCATCATTGACGAACGTTCTGAAATCGCCGGTTGTCTGCGCGGAGTCCCTGGATTCGACGTAGGTCCGCGTACGGATGTGCTCGATGGCTGTCCGAAAGCTGAAGGGATGATGATGATGATCCGTTCGATGTCCCCGGATGTGTTGATTGTGGACGAGATCGGTCGGCCGGAGGATGCGGAAGCCGTCATTGAAGCCTTGCATGCGGGAATCAGCGTCATAGCAACGGCACATGGCTCGTCCATACAAGATATGCGGGGGCGACCAGCACTCGCCGGTCTTCTGGAGAACCGGATGTTTGAAATGTATGCCGTTCTTAACAGAACGGGCGACCACAGATCATTCAAGCTGTTTGACGGAGGTCAGCGAACGCTTCAGACGGCTGCAGCCGGTCCGCCGGGCGGTGATGCCTATGCTTAA	MTLNWLDLFPETVKRMLLNLSKELLDHVEEVRIREERPLEINSAGKHHFLDRRGGLTLRPDEAYKPTREDTHRLLDLISNHSLYTMEEELRKGFITIPGGHRVGLTGRTVLSGGKVEHIRDISGFNVRIAKEVQGAADDIIPHLLDRKRKRVMHSLILSPPQQGKTTLLRDLARQISYGKWGKSAVHWPGMKVGIIDERSEIAGCLRGVPGFDVGPRTDVLDGCPKAEGMMMMIRSMSPDVLIVDEIGRPEDAEAVIEALHAGISVIATAHGSSIQDMRGRPALAGLLENRMFEMYAVLNRTGDHRSFKLFDGGQRTLQTAAAGPPGGDAYA	PGPT0024720_100	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024720-spoIIIAA-K06390	NA	NA
JZ016_06350	519	spoIIIAB		Stage III sporulation protein AB	ATGCTTAAACTGGTCGGGGCTGTGCTCGTGCTGGGAGCTGGAACTTTAGCCGGATTTTATCAGGCCCAGCAATTCGCGGCAAGACCCAGGCAGCTGCGAGAACTCATTCTCGCGCTTCAACGGCTGGAAACGGAGATCAGCTACGGCTTGACGCCATTACCCGATGCGCTGGAGCGAATTGGCGATTCCCTTCGTGAACCGCTCAGATCATTATTTGCCGCAGCCGCGCTTTACATGAGGCCCGACTACGGGTTATCCGCACAGGAAAGCATCCGCAAGGCACTGGGCGAATACTGGAAACGAACATCGATGAAAAGTGCCGAGCGTGAGGTGTTGGAGCAGCTAAGCGGCGTTCTTGGCACCAGTGACAGGCAGGACCAGATCAAACATATCGCTCTGGCCGTGGGACAGCTCAAGCATGAAGAAGCAGCGGCAAGGGATGACCAGGTCAAATATGAAAAAATGAGCAAAAGTCTGGGACTGCTCATTGGAGCATTGATCGTCATTTTGATCTTTTAG	MLKLVGAVLVLGAGTLAGFYQAQQFAARPRQLRELILALQRLETEISYGLTPLPDALERIGDSLREPLRSLFAAAALYMRPDYGLSAQESIRKALGEYWKRTSMKSAEREVLEQLSGVLGTSDRQDQIKHIALAVGQLKHEEAAARDDQVKYEKMSKSLGLLIGALIVILIF	PGPT0024725_108	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024725-spoIIIAB-K06391	NA	NA
JZ016_06351	204			hypothetical protein	ATGAACATTGAAGTGAACGCCATCTTCCAGATCGCCGGCATTGGGATCATCATTGCCATGATCCATACGGTCCTGAAACAGATGGGGAAAGAGGATATGGCACATTGGGTGACCCTTATCGGGTTTGTGGTTGTGCTGTTTATGGTCGTCAGACTGCTTGACGATTTGCTCAAGGAAATCAAAAGTATTTTTCTATTCCAGTAG	MNIEVNAIFQIAGIGIIIAMIHTVLKQMGKEDMAHWVTLIGFVVVLFMVVRLLDDLLKEIKSIFLFQ	PGPT0024730_81	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024730-spoIIIAC-K06392	NA	NA
JZ016_06352	390			hypothetical protein	ATGGAAATTATCCAGGTGGTAGGACTGGGCATCATCGCTACCGTGCTGATCTTGGTTGTCAAGGAACAGAAGCCGCTCTTTGCCTTTCTTCTCGCAGTGGCGACCTCGCTCCTCATCTTCCTGTTCCTGATCGGGAAGATCGGAAATGTCTTATCCATGCTGGAAGATTTGGCGGAGAACTCCGGTGTCCAGATCATCTATTTAAAGACCGTTCTGAAAATTATCGGAATTGCCTATATCGCGGAGATGGGGGCCCAGATCGTACGAGATGCCGGACAGGAATCGATCGCATCCAAAATAGAACTGGCGGGAAAAGTGCTCATATTGGTGCTCGCTGTACCGATTATCGGGATCATCATCGAGACGGTCCTGAAGCTCCTCCCGGCTTGA	MEIIQVVGLGIIATVLILVVKEQKPLFAFLLAVATSLLIFLFLIGKIGNVLSMLEDLAENSGVQIIYLKTVLKIIGIAYIAEMGAQIVRDAGQESIASKIELAGKVLILVLAVPIIGIIIETVLKLLPA	PGPT0024735_68	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024735-spoIIIAD-K06393	NA	NA
JZ016_06353	1209	spoIIIAE		Stage III sporulation protein AE	ATGGTTACAGGAGTAATACCTCGAAAAGGCTTGGCCGTGTTTCGTCTACTGATCCTGATGTTGTTTATGAGCGGATTGTTCTGCGGAACGGTAAGTGCGGCTGACGCGGCCAATCCAGCCGATGAGTGGGTTGAGCAGCAGACGCAGCAGCTGCCGACAGACCAGGTCGAGAAATACTGGGACCGGCTCATGAAGGATTACGGCGGTTTCTTCCCTGATGGAAAGACGCCGTCCCTGATGGATATGCTGCTTCCGGGCGGCGACGGTCTTAGCTTCAAAGGGGTTATGTCCGGCATCGGAAAATATTTGTGGCACGAGGTACTCTATAACGGCAAGCTGCTGGCAACCATCGTGATGCTGAGCATCATGAGCCTGATCCTTGAGAATCTGCAGACGGCCTTTGAAAAAAGCACCGTGAGTCGGGTTGCCTATACGATCTGTTACATGGTTGTCCTTGTCATTGCCGTTAACAGCTTCAGCATCGCGATAGGATATGCCCGGGACGCCATTACCCAAATGATCGATTTCATGATGGCGATGCTTCCCCTGCTTTTTGCACTGATGGCTTCGATGGGGAATGTGGTGACCGTCACGGTGGCTCATCCGCTAGTCATCTTCATGGTACATACGGTAGGTACGCTGATCAGCACGGTTGTGTTCCCGCTTCTGTTCTTCTCGGCTCTGCTGCACCTGGTTAGTTCGCTTTCCGAAAAGTACAAGCTAACCCAGCTTGGCAACCTGCTGCGAGGAATTTCGATGGGTGTTCTGGGCGTGCTGCTTACCGTGTTCCTGGGTGTCATCTCCGTCCAGGGACTGACCAGCTCGGTAACGGATGGGGTGACGATCCGGGCAGCCAAATATGTAACCGGCAATTTCGTCCCGGTAGTCGGCAAGATGTTCGCAGACGCAACGGATACCGTGATCTCGGCCTCATTACTCGTCAAGAATTCCATCGGGCTGGCAGGGGTCATCATTATTTTGTTCCTATGCGCATTCCCTGCGATCAAGATCTTGACGCTTGCCTTGATATATAACATCGCGGCGGCCGTCATGCAGCCGCTAGGAGACACCCCGATCGGCACCTGCCTGCAGACGATCGGGAAGACGATGCTGTATGTTTTTACAGCCTTGGCCGCAGTCAGTATGATGTTCTTCCTGGCCATAACGATTCTGCTCACGGCAGGCAACATTACCGTCATGATGAGGTGA	MVTGVIPRKGLAVFRLLILMLFMSGLFCGTVSAADAANPADEWVEQQTQQLPTDQVEKYWDRLMKDYGGFFPDGKTPSLMDMLLPGGDGLSFKGVMSGIGKYLWHEVLYNGKLLATIVMLSIMSLILENLQTAFEKSTVSRVAYTICYMVVLVIAVNSFSIAIGYARDAITQMIDFMMAMLPLLFALMASMGNVVTVTVAHPLVIFMVHTVGTLISTVVFPLLFFSALLHLVSSLSEKYKLTQLGNLLRGISMGVLGVLLTVFLGVISVQGLTSSVTDGVTIRAAKYVTGNFVPVVGKMFADATDTVISASLLVKNSIGLAGVIIILFLCAFPAIKILTLALIYNIAAAVMQPLGDTPIGTCLQTIGKTMLYVFTALAAVSMMFFLAITILLTAGNITVMMR	PGPT0024740_99	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024740-spoIIIAE-K06394	NA	NA
JZ016_06354	534			hypothetical protein	ATGGAGCTGGAGCGGCAGGAGAAAGGGCTGCCGGAAGAGGTTCAGCTGGAGCATATTCTGGCACAGGCCGAGAAGCTGAAGGAAACGCAGCAGAGCCAAAGCCTTCAGTGGGCAGGCAATGAATTAGCCCGGGTGATGAAAGAAGAGATTGCGGCAGAAACGGGGGAAGCGGTCCAGGAGGTCAAGGTGGTGCTGGCTGCAGTTGCTGGGCAGGACAAGGGATATGCAGGCGCTGCGATACGCTCCGTTGACGTAAGGCTGGTTGGAGGTGAATCGGAGAATGCAGAGGTAGACAAAAGGGAGGGTAAGGAGCCCATCAGCATAGAACCCGTGGATTCCGTTCAGGTGAATGTTGAATCCATGCAATCGGAACGGGATGAGAAGGCAGCGGTGAAAGAGAATGCAGAAGCAGTGAGCAAGGCCGAAGAAGCAAGAGCAGACCCGGTTCGGGATTACATTAGCCGCCGGTGGGATTTAGAGCCGGATCTGATCACGATATACATGCCAGGGCAGGAGCAGGATAAAAAGCTGTAG	MELERQEKGLPEEVQLEHILAQAEKLKETQQSQSLQWAGNELARVMKEEIAAETGEAVQEVKVVLAAVAGQDKGYAGAAIRSVDVRLVGGESENAEVDKREGKEPISIEPVDSVQVNVESMQSERDEKAAVKENAEAVSKAEEARADPVRDYISRRWDLEPDLITIYMPGQEQDKKL	PGPT0024745_42	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024745-spoIIIAF-K06395	NA	NA
JZ016_06355	645			hypothetical protein	ATGGGAAATTGGTTGAAGCGGTTGGAGCAATGGCTTGGCGGAGGAGCTGGCGGAGCAAGAAAAATGCAAACCTTCAGATGGTTGATCATTCTAGGTCTGATCGGCGTCGCGATTATGCTGTTCAACTCCTTCGTCAATGTGAAGAAGCTGGATCATGAGAATATCGGCCGCGAGCCGCCGCCGGAGTCTGCAGCGGTCTCAACGCCCCAAAGCGGGACTTCAACCAGCGGCGGCGGTGAGTTCGAAAGTATCGAGCAGGATTTTGAAAGTCGCACCAAAACCATGCTGGAACAGATTGTTGGGGTTGGGGCCGTCGATGTCATGGTGACTGTGGAATCTACAGAAGAGCTGGTCGTCCAGCGAGATATGAAAGATACCCAGGAGCTGACGGAGGAAACCGATGCTAACGGAGGTAAGCGCCATGTAACAAGTTATCAGCGAGACGGCCAGATTGTCACCTATGAATCATCCGGGGAAGAAACCCCAATCGTCACCAAGAAGATCAAGCCTCAAGTCCGGGGTGTGCTCGTCGTAGCCAAGGGAGCCGAGAATGATGTTGTAAAGAGCTTGATCGTGGATGCGATCCAGCGAGGCCTCAATGTCCCGTCTTATCGTATATCCGTTGTCCCGCGTAAACAGGAATAA	MGNWLKRLEQWLGGGAGGARKMQTFRWLIILGLIGVAIMLFNSFVNVKKLDHENIGREPPPESAAVSTPQSGTSTSGGGEFESIEQDFESRTKTMLEQIVGVGAVDVMVTVESTEELVVQRDMKDTQELTEETDANGGKRHVTSYQRDGQIVTYESSGEETPIVTKKIKPQVRGVLVVAKGAENDVVKSLIVDAIQRGLNVPSYRISVVPRKQE	PGPT0024750_148	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024750-spoIIIAG-K06396	NA	NA
JZ016_06356	873			hypothetical protein	ATGAATAACAAAAGACAAACCATATGGTTAGTATCCATGCTTAGTTTGATGGTCATCCTGTCAGCTTATTATTTATTCACCGACGATTCGGGAACGAAAGCGCCGCCGGTTGCCGAGAGCACGCAAGTGGACGGTCAGAAGCCGGGCGCTGGACAAGAAGCAAACGGAACCGCAGGCGCTGGCGACGAGCTGGTTGTGAACGAAGTGCTTGAAGAAGGCACTGACGGTGACTCCGGTGCCAATGAGCAAGGCACTGATACGAGCGATACAGGTGCGGCCGGCACGGAAGATCCTGCAGAAGCAACACAAGGTGAGCAAGGGGATCAAGGAAAAGCCAGCGGTGAAGCTGGAAAAACGGAAGAGCCGGAAGTGAAGGAATCCCAAGAGGGGGCCGAGAACTCCAAAGACGCTAGCAGCACAGGCAAAGAGGGAGCCGAGGAGTCCAAAGACACAAGCAGCACCAGCAACGGAAAGAAAACGGATGAAGAAGTGCTGGAGCAAGTGGCGGCCAATGCAACATCCGCAGCAGCTCAGTTGGAGTCCTATAAATTGGACCGCTCTCAAAAAAATATGAAATTATACGATGAGTTAATGACAAAGATCGACAATCATGAGAACAAGCCGGAGCAAACAGCTCAAGCAACCGAGCAGCTGAAAGCGGCCGAAGCAAAAGAGGAAGTGATTCTCAGCATCGAAGAAGCGCTGCAGCAGCAATACGGCAACGCCGTTGTGAAGGAAGAGAGCGAGAAGTATAATGTGGTCGTTCTGAGTGAAAAACTCGATGCCAAAGGTGCAGCCGGCATCGTGAGTCTTGTGATGAAGGAATTGAAGGTTTCGCCGGATAAAGTAACCGTTCAATATGTTGCGCCATAA	MNNKRQTIWLVSMLSLMVILSAYYLFTDDSGTKAPPVAESTQVDGQKPGAGQEANGTAGAGDELVVNEVLEEGTDGDSGANEQGTDTSDTGAAGTEDPAEATQGEQGDQGKASGEAGKTEEPEVKESQEGAENSKDASSTGKEGAEESKDTSSTSNGKKTDEEVLEQVAANATSAAAQLESYKLDRSQKNMKLYDELMTKIDNHENKPEQTAQATEQLKAAEAKEEVILSIEEALQQQYGNAVVKEESEKYNVVVLSEKLDAKGAAGIVSLVMKELKVSPDKVTVQYVAP	PGPT0024755_7	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_III_SPORULATION,PGPT0024755-spoIIIAH-K06397	NA	NA
JZ016_06357	504	accB	COG0511	Biotin carboxyl carrier protein of acetyl-CoA carboxylase	ATGTTTAAATTAAACGAAATCAAGGAACTTATTAAGCTGGTGGATCAAACTTCCGTGCATGAACTGGAAATTGAGAGCGAAGGTACACGCTTATCCATTAAGAAACCCAATGCAGCCGAGGTTGTTAACAACTATCAGGCAGCGCCGCAAGCGTATATACCGGCACAGCAAATGATGGCACCACAGATCGTACAGCCGAATACGGCAAATCAAGCACCTGCAGCGGCACCACAGCAGGATTCAGTGGAAGATAGCAACAGCTCATTACATAAAATCGTATCACCGATGGTAGGAACCTTCTATCGTTCCCCATCGCCTGAGGCCGGGCCGTTTGTCAGTCCCGGGGACAAGGTGACTGAGAAATCGACGGTCTGCATCATTGAGGCCATGAAACTGATGAATGAACTGGAAGCAGAGATCAAAGGCGAAATCGTAGAGGTTCTCGCTCAGAACGGTCAACTTGTAGAATTCGGGCAGCCTCTGTTTCTGGTGAAGCCGGAGTAA	MFKLNEIKELIKLVDQTSVHELEIESEGTRLSIKKPNAAEVVNNYQAAPQAYIPAQQMMAPQIVQPNTANQAPAAAPQQDSVEDSNSSLHKIVSPMVGTFYRSPSPEAGPFVSPGDKVTEKSTVCIIEAMKLMNELEAEIKGEIVEVLAQNGQLVEFGQPLFLVKPE	PGPT0001700_744	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001700-accB|bccP-K02160	NA	NA
JZ016_06358	1344	accC	COG0439	Biotin carboxylase	ATGACATTTCAAAAAGTGCTTATCGCGAACCGGGGAGAGATTGCCGTCCGTATCATCCGGGCTTGCCGGGAACTTGGCATCGCAACGGTTGCCGTATATTCAGAGCCGGACCGGGAATCCCTGCATGTTCGCTTGGCGGATGAGGCCTACTGCATCGGCCCTACGTTATCGAAAGACAGCTATTTGAATTTTACCAATATCATGAGCGTGGCCACACTGACCGAGTGTGACGCCATACATCCCGGTTACGGCTTTTTGGCCGAGAACGCGGATTTCGCGGAGATTTGTGAATCCTGCAACATTACCTTTATCGGTCCTTCCGCTGACGCGATCAACCGTATGGGAGACAAGGCTGTTGCGAAGCAGACGATGAAGGATGCAGGTGTTCCGGTTATTCCGGGATCCGACGGATTGGTCGAGGATCTGAATGAAGCCGTTATGCTTGCACGCGATATCGGATATCCCGTCATTATCAAGGCTACTGCAGGTGGCGGAGGTAAGGGTATTCGGATCGCCGAGGATGAAGAAACGCTGGTTAAACAGATTACAAACGCACAGCAGGAAGCTCAGAAGGCCTTCGGCAATGCAGGCGTATATCTGGAAAAATATCTGACCGGCATGAAACATGTAGAGATTCAAATTATCGCCGACAAACATGGCAACGCCGTGCATCTCGGGGAGCGTGACTGTTCTGTGCAGCGCCGGAGACAAAAGCTTGTTGAGGAAGCTCCTTGTCCGGTGCTAAGTGAAGAGGTACGCAGCCGGATGGGCGAAGCCGCCGTTCGTGCCGCGAAGGCCGTTAATTATTCCGGTGCAGGAACGCTTGAATTTTTGCTCGGCCAGGACGGTCAGTTCTACTTCATGGAGATGAACACGCGGATTCAGGTAGAGCATCCGGTGACCGAGATGGTGACCGGGGTTGATCTGATTCAGGAAATGATCTCCGTTGCCGAGGGCAACACGCTCTCTTTCACTCAAGAAGAAGTCGTTATTAACGGCTGGTCCATTGAGTGTCGGATTAATGCCGAGAATCCGGACAAGGGCTTTATGCCTGCCCCTGGAACCATTCAGTTCTATTTGCCGCCAGGAGGTCCTGGCGTGCGGGTAGACAGTGCGGCATATCCCGGTTATACCATTTCGCCTTATTATGATTCGATGATTGCCAAGCTGATTGTATGGGCGCCGACCCGCGATGAAGCCATCGCCAAGATGAAGCGCGCTTTGGCCGAATTCGAGATTGAAGGGATCTACTCAACCATCCCGTTCCATCAGAAACTGATGAACCATCCTACCTTCTTGAAGGGTGACTTTGATATTAAATTTTTGGAAGAAAATGAGATTTGA	MTFQKVLIANRGEIAVRIIRACRELGIATVAVYSEPDRESLHVRLADEAYCIGPTLSKDSYLNFTNIMSVATLTECDAIHPGYGFLAENADFAEICESCNITFIGPSADAINRMGDKAVAKQTMKDAGVPVIPGSDGLVEDLNEAVMLARDIGYPVIIKATAGGGGKGIRIAEDEETLVKQITNAQQEAQKAFGNAGVYLEKYLTGMKHVEIQIIADKHGNAVHLGERDCSVQRRRQKLVEEAPCPVLSEEVRSRMGEAAVRAAKAVNYSGAGTLEFLLGQDGQFYFMEMNTRIQVEHPVTEMVTGVDLIQEMISVAEGNTLSFTQEEVVINGWSIECRINAENPDKGFMPAPGTIQFYLPPGGPGVRVDSAAYPGYTISPYYDSMIAKLIVWAPTRDEAIAKMKRALAEFEIEGIYSTIPFHQKLMNHPTFLKGDFDIKFLEENEI	PGPT0001705_3901	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_FATTY_ACID_METABOLISM,PGPT0001705-accC-K01961	NA	NA
JZ016_06359	471			hypothetical protein	ATGCCTTATGCAGTTCAGGTGCATCCGCTAACTTATTCCGAAAGGTGTGTTGAGACAATGGCGGAAACTTTGCCTACAGAATTTGAACGTACAGATATCGGTGAGATTCAGATTGCACCGGAGGTTATTGAAGTCATCGCTGGACTTGCTACGGTAGAGGTGCGTGGGGTTGCAGGGATGAGCGGAGGCTTTGCAGGCGGCATTGCCGAACTGCTCGGACGCAAGAATTTATCCAAGGGTGTCAAAGTGGAAGTTGGACAACGGGAGGCTGCTGTTGACGTATCCGTTATCGTGGAGTATGGCCATCGTCTTCCTGAAGTAGCCGGAGAAATCCAGCGCAACGTGAAACGTTCGATCGAGAATATGACAGGGCTTACGGTAATTGAAGTCAATGTACATATTCATGATGTCCATTTCATGAAAGCCGTGGAGAAGACGGAAGAATTGGATCTTGCTCAACGCGTGAAATAG	MPYAVQVHPLTYSERCVETMAETLPTEFERTDIGEIQIAPEVIEVIAGLATVEVRGVAGMSGGFAGGIAELLGRKNLSKGVKVEVGQREAAVDVSVIVEYGHRLPEVAGEIQRNVKRSIENMTGLTVIEVNVHIHDVHFMKAVEKTEELDLAQRVK				NA	NA	NA	NA	NA
JZ016_06360	540			hypothetical protein	GTGGCCAAAATAATGGACAGACTTTTGCTGTTTATCTACAGCTTAAGTATCGGTGTTATATCCGTAGTTGCCATCCTCCTGTTGAGTGGCGCTGTTCCGTATGAATTAACGAGTGTTCAGGAACAACGCCTTTTCTGGGCTGGAATTATCGTAGCTGCGGTTTTGTTTTTACTGAGCATCCGTTTCTTCTTCATCTCCGTAAGGCGTGATCGCTCGAACCTGAATTCCATTGATCAGCGCACGGAATTTGGCGACATCCAAATCTCTGTGGAGACGATCGAGAATCTCTGCCTGAAGGCGGCTTCGCGCGTCCGGGGAGTCAAGGATTTGAAATCCCGGATCAAGGTATCCCAATCGGGTCTTGATATTGCGATTCGTGCCGTGGTTGATGGTGAGGAATCCATTCCTACACTGACAACGGAAGTGCAGAAGCAGGTGCATGACTTTGTTGAAGATACAACAGGAATACCCGTGTCATCCGTATCCGTATATATTGCTAACGTGGTTCAGGCACCAAGCTTCAAGAGCCGCGTGGAATAG	MAKIMDRLLLFIYSLSIGVISVVAILLLSGAVPYELTSVQEQRLFWAGIIVAAVLFLLSIRFFFISVRRDRSNLNSIDQRTEFGDIQISVETIENLCLKAASRVRGVKDLKSRIKVSQSGLDIAIRAVVDGEESIPTLTTEVQKQVHDFVEDTTGIPVSSVSVYIANVVQAPSFKSRVE				NA	NA	NA	NA	NA
JZ016_06361	234			hypothetical protein	ATGCCTTGGAAAGAAATATGGGAGAGTCACAGAGGAAGAATTGCCGGGGTGACCGGCGGGCTTGTGTGCGGACTGATTTACTTATTATCCGGTTTTTGGGATATGCTGTTCTTTGCATTAGTGGTATTTATCGGCTATATATTTGGCAAGCGCAAGGATCTGAAGGAAGGTTCCATGTTCCACTTTCAGGAATGGGGACGATGGCTTTCCGAGCGCTGGCGGCCGTTTAAATGA	MPWKEIWESHRGRIAGVTGGLVCGLIYLLSGFWDMLFFALVVFIGYIFGKRKDLKEGSMFHFQEWGRWLSERWRPFK				NA	NA	NA	NA	NA
JZ016_06362	459	nusB	COG0781	Transcription antitermination protein NusB	ATGAAAAGACGTGTAGCAAGAGAGATTGTCGTTCAAAGCCTGTACCAGATGGAGATGAACGAAGTCGACAGTGTGGAAGCCGTGTCGATGCTGCTCTCGGAAGCGGCCGAAGAAAATGAGACCGAGCGGGTCATCGGCGACGAAGTTCAAATGAAGGAGTATGTGCTGCAATTGGTCAATGGAACATGGGAATCCAAGGATTCGATTGATGCACTGCTCGCTCATTATTTGAAAGGCTGGCAGGTAAGTCGTCTTTCCCGTGTGGATCGTCAAATCCTGCGTCTGGCTGTATATGAACTGACATCCCGTGAAGATGTGCCTGGCAAGGTAGCTGTGAATGAAGCGATTGAGTTGTCCAAGCATTTCGGAACCGAGGAATCAGGGAAGTTCGTCAACGGTGTACTGGGCCGGATGATTCAGGAGCTGGATCAAGTCAAGGTGAAGCTGCGTCAGTCTTAA	MKRRVAREIVVQSLYQMEMNEVDSVEAVSMLLSEAAEENETERVIGDEVQMKEYVLQLVNGTWESKDSIDALLAHYLKGWQVSRLSRVDRQILRLAVYELTSREDVPGKVAVNEAIELSKHFGTEESGKFVNGVLGRMIQELDQVKVKLRQS				NA	NA	NA	NA	NA
JZ016_06363	861	folD_2		Bifunctional protein FolD protein	ATGACAGCAGCAACGATAATTAGCGGAAAACAGATTTCTGAAGAAATTCGCAAGGGGATTGCGTTAGAAGTAGAACAATTGTCCAAGCAGAATGTACGTCCTGGTTTGGCTGTTGTACTTGTAGGTGATGATCCGGCTTCGCATGTTTACGTTCGCAACAAGGAGAAGGCATGTCAGGATCTGGGCTTTTATTCCGAGGTGCACCGTCTTTCCGCGGAATCCAGCCAGGAAGAAGTGCTGGCGCTCGTGGACAAGCTTAACGCACAGGAATCCATTCACGGAATTTTGGTCCAGCTCCCATTGCCAAAGCACATCCATGAGAAGGCCGTCATTGATGCGATCGCAGTGGAAAAGGACGTGGACGGTTTCCATCCAGTTAATGTGGGTAACCTCGTAATAGGCGATGACAGTCTGCTGCCATGCACGCCTGCCGGCGTGATTGAAATGATCAAGCGGACAGGCATCGAGATTGCAGGCAAGCATGCGGTTGTAATCGGGAGATCCAACATCGTTGGCAAACCGGTATCACTTCTCCTCCAGCGCGAGAACGCCACCGTTACGATGTGTCACTCTCGCACGGGGAATATGGCTGAAATCGCTCGCCAAGCGGATATCCTGGTCGTTGCAATTGGCAGAGCGAATATGATTGATGCCAGTTATGTGAAGCCGGGTGCTGTTGTAATTGATGTCGGCATGAACCGTTTGGAGAACGGGAAGCTTGCCGGGGACGTGGACTTTGAGAGCGTGAAGGAAGTGTCCGGTCCGATTACTCCGGTTCCTGGAGGCGTGGGCCCTATGACCATCACGATGCTCATGCAGAATACCTTGATAGCCGCCAAAAGGCTCAATGGGTTGAGCTGA	MTAATIISGKQISEEIRKGIALEVEQLSKQNVRPGLAVVLVGDDPASHVYVRNKEKACQDLGFYSEVHRLSAESSQEEVLALVDKLNAQESIHGILVQLPLPKHIHEKAVIDAIAVEKDVDGFHPVNVGNLVIGDDSLLPCTPAGVIEMIKRTGIEIAGKHAVVIGRSNIVGKPVSLLLQRENATVTMCHSRTGNMAEIARQADILVVAIGRANMIDASYVKPGAVVIDVGMNRLENGKLAGDVDFESVKEVSGPITPVPGGVGPMTITMLMQNTLIAAKRLNGLS	PGPT0008075_3070	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008075-folD-K01491	NA	NA
JZ016_06364	1371	xseA	COG1570	Exodeoxyribonuclease 7 large subunit	ATGAAGTCGGCAGATCCAGGACGAGTATTATCCGTTAAGGATTTAAACCGTTATATCCGCATGAAAATGGAAGGCGATTCGAGGCTCTCCGACGTATGGATCCGCGGTGAAATTTCGAATTTCACCCATCACTCCAGCGGACATATGTACTTTACCTTAAAGGATGAAGGCAGCCGGATTCGTGCGATCATGTTTGCGACTCATAACCAGAGGCTCCCTTTTATACCGAAGGAAGGCTCGCGCGTCATTGCCCGGGGCAATGTGTCGGTATATGAACGAGATGGTCAATATCAATTCTATGCGGTTCAAATGCAGCCCGACGGGATCGGCAGTTTGTACCTTGCTTATGAACAGCTGAAGTCGAAGCTGGAGGAAGAGGGCTTGTTTGCAGCCGAGCGCAAGCGGCCTCTGCCGCGTTATCCCAAGACAATTGGTGTTATTACCTCGCCGACGGGTGCCGCGGTTCGGGATATTATGATTACGATCCGGAGACGGTACCCACAGGCGAGAGCCATTCTTTATCCGGTGCTGGTTCAAGGCAAAGGGGCTGCTCCTTCGATCGTGAAGGGTATTCGGACGATGAATGACATGGCTGAGGCGGATGTGCTCATCGTTGGGCGCGGCGGCGGATCACTGGAAGAGCTGTGGGCGTTTAATGAGGAGATCGTTGCAAGAGCTATTTATCAATCCGATATTCCCGTCATTTCGGCCGTTGGACACGAAACGGATTTTACGATCGCCGATTTTGTTGCAGATGTACGAGCCGCAACGCCGACGGCCGCCGCTGAACTTGCGGTACCGAGCAGCGCGGAACTGAGAGGGCAGCTTGTTCAAAGACAGCGTCAGCTGAACCAGGGACTTCAGCAGCGTCTTCAGCGGAGTCGTGAACGTTTATTTTCGCTCCAGCGTTCCCCGGTTCTGGTTCATCCCCGCCGGTATATGCTTCAACATGCCGAACGTTTGGACATGCTGTCCCAGCGGCTGCAGGGGAACCTCAAATCCCGGCTATCCCTGGTCCGCCAGCGACAAAAATCACTGCATCAGGGATTAATCCGGTATAATCCGCGAACCCAAGCGGAGTTTGCCGCGAGAAGAAAAGATCAGGCCAACCGGCAGTTAATGAATGCGATGCAGTCGATCATGAAATCCAAGGTATCTCAGCTGCAAACCGAAATGAGGCATCTCGATGCGCTCAGTCCGCTGAAAATTATGTCCAGAGGATATAGCCTCGTGTACGACGAGGCAGAACAAAAGCTTGTCAAATCCATCGAAGATGTTCAGTTAGGCGATTTGGTTAACGTGAGGGTCAGCGACGGACAGCTGCAGTGTCAAGTGTGGGGAATGAAGGAGGATGAAGAGAATGGCGAATGA	MKSADPGRVLSVKDLNRYIRMKMEGDSRLSDVWIRGEISNFTHHSSGHMYFTLKDEGSRIRAIMFATHNQRLPFIPKEGSRVIARGNVSVYERDGQYQFYAVQMQPDGIGSLYLAYEQLKSKLEEEGLFAAERKRPLPRYPKTIGVITSPTGAAVRDIMITIRRRYPQARAILYPVLVQGKGAAPSIVKGIRTMNDMAEADVLIVGRGGGSLEELWAFNEEIVARAIYQSDIPVISAVGHETDFTIADFVADVRAATPTAAAELAVPSSAELRGQLVQRQRQLNQGLQQRLQRSRERLFSLQRSPVLVHPRRYMLQHAERLDMLSQRLQGNLKSRLSLVRQRQKSLHQGLIRYNPRTQAEFAARRKDQANRQLMNAMQSIMKSKVSQLQTEMRHLDALSPLKIMSRGYSLVYDEAEQKLVKSIEDVQLGDLVNVRVSDGQLQCQVWGMKEDEENGE				NA	NA	NA	NA	NA
JZ016_06365	261	xseB		Exodeoxyribonuclease 7 small subunit	ATGGCGAATGAAACATTGGAGATCAGCTTTGAAGAAGCGATGGCGCAGCTCGAGACGATTGTAGAGCAGTTGGAAGATGGAGATGTGCCGCTGGAAAAAGCAATCGATTTATTTCAACAGGGCATGAAGCTGTCGCAGATGTGCAGCAAAAAGCTGGAGCAGGTTGAGCAAAAAATCGAAATGATCGTGGAAGAGGGCGGAGAACTGAAGCGTAAGCCTTTTGGCGGGACGCTGGATGAGACAGGTGAACTGGGTGAATAA	MANETLEISFEEAMAQLETIVEQLEDGDVPLEKAIDLFQQGMKLSQMCSKKLEQVEQKIEMIVEEGGELKRKPFGGTLDETGELGE				NA	NA	NA	NA	NA
JZ016_06366	924			Farnesyl diphosphate synthase	ATGAGACAGGTGAACTGGGTGAATAACAGACTTCCGATTCATCAATATATGAATGAGATTTGGGACAGACTGGATAGCGAGTTAACAAATCTTTTTCCGCCAGGTTGGAAAGTTCCTGAAACCCTTCGCCAGTCCATGTCGTATTCTTTAATGGCAGGCGGCAAGCGAATGCGTCCGCTGCTTGTCATTGCGGCATGCGAGGCCGGAGGCGGCAACCGTTATGCTGCTCTTCCAGTCGCTTGCGCCGTTGAGATGGTCCATACATATTCCCTTATCCACGACGATCTTCCAGCGATGGATGATGACGATTATCGCCGCGGCAAGCCAACGAATCATAAGGTTTTTGGCGAAGCGAGCGCTATTTTGGCCGGCGATGCCTTGCTGACGCATGCCTTTTACAGCGTAATCCAGGCTGCCAGAAAGCATGGTGTTCCAGCTGAGCGCGTGCTGTCGATTGTGGAGGATCTTGCGGAGTATGCAGGTCCGCGGGGGATGGTAGGCGGTCAGGTTGCCGATATGGAGGGTGAACAAGGGATAACGACGCTAGAGCAGCTTGAGTATATTCACCTGCATAAGACGAGTGATCTGATTATGTTCTCGCTTATGGCCGGCGGGCATATTGCCGGGTGCTCGGAATCCCAGATTGAATCCTTGCGAACCTTCGGGCATCATATCGGCCTTGCTTTTCAGATTCAAGATGATATCCTGGATCTGGTCGGGGATGAGTCCAAGCTTGGGAAGCCGGTACAAAGCGATGTGAAACAGGAAAAAGTAACGTATCCGTACTTCATCGGTTTGGACGCATCAAGGCGTGAAGTTGAGCGCCTGACAGCAGAAGCCAAGCGGGTCATTTCCGAAGGGAATTTCAATGATCCCTCCAGATTGCTGGAGATCGCCGATTTCCTGATGGCTCGGGATCACTAA	MRQVNWVNNRLPIHQYMNEIWDRLDSELTNLFPPGWKVPETLRQSMSYSLMAGGKRMRPLLVIAACEAGGGNRYAALPVACAVEMVHTYSLIHDDLPAMDDDDYRRGKPTNHKVFGEASAILAGDALLTHAFYSVIQAARKHGVPAERVLSIVEDLAEYAGPRGMVGGQVADMEGEQGITTLEQLEYIHLHKTSDLIMFSLMAGGHIAGCSESQIESLRTFGHHIGLAFQIQDDILDLVGDESKLGKPVQSDVKQEKVTYPYFIGLDASRREVERLTAEAKRVISEGNFNDPSRLLEIADFLMARDH	PGPT0007560_1229	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-CAROTENOID_BIOSYNTHESIS,PGPT0007560-crtE|ispA-K13789	NA	NA
JZ016_06367	1908	dxs	COG1154	1-deoxy-D-xylulose-5-phosphate synthase	GTGCTTCTTCCAAATATCAAGCATCCCGAACAACTTAAACATCTATCGGTGGACGAACTCGAGGATTTAGCAGGACAAATCCGTCATTTTCTAATCGAAAAGCTGTCCGTTACCGGTGGCCATCTTGCACCGAATCTGGGAGTGGTTGAACTCACGCTGGCCTTGCACTATTGCTTTGACAGCCCTCGTGACAAGATCATATTTGACGTGGGCCATCAAGCCTATGTACACAAGATATTGACCGGACGAATGGATAAATTTGATACGCTCCGTAAATACAAAGGCTTGTGCGGCTTCGTAAAGCGTTCCGAAAGCGAGCATGATGTCTGGGAAGCCGGGCACAGCAGCACCTCGCTGTCTGCCGCAATGGGTATGGCGATGGCGCGTGATTTGAAAGGTGAGAACAACCGGGTGATCGCCTTGATCGGTGACGGTGCCCTTACCGGCGGCATGGCGTTTGAAGCGCTCAACCATATTGGCCATGAGCAGAAAAAGCTGATGGTCATCCTGAATGACAATGAAATGTCGATTGCACCGAATGTGGGTGCCATGCATAACTACTTAAGCAAGATCCGATCTGATCGTTATTATCTTCGTGCTAAGGACGAAGTGGAAATGCTCCTGAAGAAAATTCCTGCTATCGGCGGCAAACTGGCCAAGACGGCAGAGAAGATGAAGGACAGCCTTAAATATATGATGGTTCCCGGCGTTTTATTCGAGGAACTCGGATTTACCTATCTGGGCCCTGTAGACGGACATGATCTGAACAAACTGATCGATACGTTAAAGCAGGCCGACAATGTGGATGGACCCGTTCTGATTCATGCCGTAACAACCAAAGGCAAGGGATACCGACCGGCTGAATCCGATTCTCATAAATGGCATGGGATCACGCCTTATAAGATTGAATCCGGCCAAGTCCTTAAAGCGGTAGGAAATCCGATGTACACGGAAGTATTCGGACAGACGCTGGTTGAGCTGGGGGAACAGGACGAGCGAATCGTGGCCGTTACGCCGGCGATGCCGGGCGGCTCCGGCTTGATCCCGTTCAGCAAGAAATTCCCTGATCGTATGATCGATGTGGGGATTGCCGAGCAGCACGCCGCGACCTTGTGCGCAGCATTGGCAATGGAAGGCATGAAGCCTGTATTTGCGGTGTATTCCACGTTTATGCAGCGTGCGTACGACCAAATCGTGCATGATATTTGCCGCCATAACGCCAACGTGATGTTTGCGATTGACCGTGCCGGCTTTGTCGGTGCAGATGGCGAAACCCATCAAGGGGTATACGATGTAGCCTTCATGCGTCATATCCCGAATATCGTCATTATGATGCCAAAAGACGAGAACGAGCTTCGTCATATGATGAAAACAGCGCTCGATTATAATGAGGGACCTATCGCTTACCGATACCCCCGGAACAATGTGCGCGGCGTTCCAATGGACACCGAACTGGTGCCGATTCCTATCGGGACTTGGGAAGTCGTTCGTCCTGGCGAAGGATACGCGATTCTGGCATCCGGTCCTATGGTTCAGTTGGCCGAGGAAGCTGCGGAGCAGCTCAAGCGGGAAGGCATTACGGTGGAAGTCGTAAATGCCCGATTCCTTAAACCGCTTGATGGAGGCATGCTGCGGAATCTGGCAGAGACGGGGACATCCATGCTGGTTCTGGAGGAAGTTTCGCAAGCAGGTAGTATGGGCAGCGCGGTTCTGGAGTTCTTTGCGGAGCAGGGAATCCATGATGCGGTCGTATCTTTAATGGGGATCGAAGACCGGTTTATCGAGCATGGCAGCATACCGCAGCAGCGCGAAGAAGTAGGGCTGACATTGGAATCGGTTTGTCAGGAGATCCGGAGCTTGAAGAATGCCCGGACAGCCGGGCTCGGCAAGAGAAGTTTTATGTCTTAG	MLLPNIKHPEQLKHLSVDELEDLAGQIRHFLIEKLSVTGGHLAPNLGVVELTLALHYCFDSPRDKIIFDVGHQAYVHKILTGRMDKFDTLRKYKGLCGFVKRSESEHDVWEAGHSSTSLSAAMGMAMARDLKGENNRVIALIGDGALTGGMAFEALNHIGHEQKKLMVILNDNEMSIAPNVGAMHNYLSKIRSDRYYLRAKDEVEMLLKKIPAIGGKLAKTAEKMKDSLKYMMVPGVLFEELGFTYLGPVDGHDLNKLIDTLKQADNVDGPVLIHAVTTKGKGYRPAESDSHKWHGITPYKIESGQVLKAVGNPMYTEVFGQTLVELGEQDERIVAVTPAMPGGSGLIPFSKKFPDRMIDVGIAEQHAATLCAALAMEGMKPVFAVYSTFMQRAYDQIVHDICRHNANVMFAIDRAGFVGADGETHQGVYDVAFMRHIPNIVIMMPKDENELRHMMKTALDYNEGPIAYRYPRNNVRGVPMDTELVPIPIGTWEVVRPGEGYAILASGPMVQLAEEAAEQLKREGITVEVVNARFLKPLDGGMLRNLAETGTSMLVLEEVSQAGSMGSAVLEFFAEQGIHDAVVSLMGIEDRFIEHGSIPQQREEVGLTLESVCQEIRSLKNARTAGLGKRSFMS	PGPT0008960_2466	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008960-dxs-K01662	NA	NA
JZ016_06368	873	tlyA	COG1189	Hemolysin A	ATGGATTCATCTCAGAAAGAACGAATTGATGTCCTGCTCGTGGAGCAGGGATATTATGAGAGTCGCGAAAAAGCCAAGGCCGCGATTATGGCGGGTCTGGTCTATGCCGGAACCGAGCGGATCGAGAAAGCCGGCATGAAAATTCCGAGGACGTCCGAATTGAAAGTCAAAGGCTCGGTTCATCCCTATGTCAGCCGTGGAGGATTAAAGCTTGAGAAAGCGATTCGTTCATTCGACATCGATATGAAGGGGCGCGCGATGCTGGATATCGGCTCTTCGACTGGAGGCTTCACGGATTGCGCGCTCCAGCACGGGGCAAGTTATGTGTATGCGATCGACGTCGGTTATAACCAGTTGGATTGGTCGCTGCGTAACGATGAACGCGTGTGTGTCATGGAGCGAACCAATTTCCGCTATATGACACCGGATGACCTGAATGGCCCTCAGCCTGATTTTGCCAGCATTGACGTCTCGTTTATATCCCTTCGCATCATTTTACCGCCTTTGAAGATGCTCCTGGGTAAACCAGGAGATGTAGCTGCTCTGATCAAGCCTCAATTTGAGGCAGGGCGGGAGAAGGTGGGTAAGTCCGGCGTGGTTCGTGATCCGAAGGTTCACAGGGAAGTCTTGACGCAAGTGCTGACTTTTGCGGATGAAATTGGGTTCAAATTAAAAAACCTGACATTCTCTCCGATTACGGGTGGAGAAGGCAATATAGAATTCCTGGCCCACTGGCGATTAGAGCCGGAGGTTTCTGAAAGCTCGGAAGAACCGACTCAAGCAGATGGACAAGAACCTGTCCATTTGAGTCAATGGATTGATACCGTCGTAACGCAAGCGGCTCATACATTCACAGGAAACTCATCGAAATGA	MDSSQKERIDVLLVEQGYYESREKAKAAIMAGLVYAGTERIEKAGMKIPRTSELKVKGSVHPYVSRGGLKLEKAIRSFDIDMKGRAMLDIGSSTGGFTDCALQHGASYVYAIDVGYNQLDWSLRNDERVCVMERTNFRYMTPDDLNGPQPDFASIDVSFISLRIILPPLKMLLGKPGDVAALIKPQFEAGREKVGKSGVVRDPKVHREVLTQVLTFADEIGFKLKNLTFSPITGGEGNIEFLAHWRLEPEVSESSEEPTQADGQEPVHLSQWIDTVVTQAAHTFTGNSSK				NA	NA	NA	NA	NA
JZ016_06369	492			hypothetical protein	ATGAATGAGCGTTATGATTGGTTATTAATGATATTGCTTGGTGTCGTCATAGCCTTGCTTATCGGTTATAGGCTGAATCGTTGGCTAATGTCGCCATCACCGGATCGACTGCCGGGCATCCCGATAAATGAACACATTCCAGAACACCCAGCGATTGGGATGCTCGAACAAGAAGGATATGACGTCGTTGGGGGTAAAGTAAAAATAAACTTGTCATTTGAAACGGGGCATAGACCCATCTTGAGTCGGTTGTTTATCGATTACATTGCATCCGATGACAGTGGTGATCTGTACATGGTGAAGCTGGCACGGGAACGGATGCCGGTCGACTGGACGGGCTCGGGCATTCGCGATCGGTTGATGCCGTTTTTGCTGCTGTATCCCGAATGTGCCGGGCTGCTCTACATTAATGTGAACGAGAAGTCGATTCACCGTTTAAGCATGGATTGGTCGGACGAAGAATGGATTGGTCAGGATGATTACAACAGTTAA	MNERYDWLLMILLGVVIALLIGYRLNRWLMSPSPDRLPGIPINEHIPEHPAIGMLEQEGYDVVGGKVKINLSFETGHRPILSRLFIDYIASDDSGDLYMVKLARERMPVDWTGSGIRDRLMPFLLLYPECAGLLYINVNEKSIHRLSMDWSDEEWIGQDDYNS				NA	NA	NA	NA	NA
JZ016_06370	450	argR	COG1438	Arginine repressor	ATGAAGGGACAACGCCATATTAAAATCAGGGATATTATTACCCACCAGGATATTGAGACACAGGATGAGCTTGTGGACGCATTGCGTGCGGAAGGTTTTCAGGTCACTCAAGCTACGATTTCACGTGATATCAAAGAACTGCTGCTCATTAAGGTGCCTACAGATGATGGGCGATATAAATACTCCATGCCGACAGATCAGCGTTATAACCCTGTACAGAAGCTCAAAAGAGCGCTTGTCGATAATTTTGTTTACATTGACCGTACCGGTAATCTTGTCGTCATGAAATGCTTGCCTGGAACAGCTAATTCCGTTGCCGTGCTGCTCGATAATATGGAGTGGACCCAGATCATGGGGACCATTTGCGGCGATGACACGATATTGCTGATTTGCCGAACGGAAGATGACGGAGAACATGTGGTTACCCAAATCAAAAATTTCATTTCGTAA	MKGQRHIKIRDIITHQDIETQDELVDALRAEGFQVTQATISRDIKELLLIKVPTDDGRYKYSMPTDQRYNPVQKLKRALVDNFVYIDRTGNLVVMKCLPGTANSVAVLLDNMEWTQIMGTICGDDTILLICRTEDDGEHVVTQIKNFIS	PGPT0020105_1839	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020105-ahrC-K03402	NA	NA
JZ016_06371	1740	recN	COG0497	DNA repair protein RecN	ATGTTAAACACGCTATCCATTCGGAATCTTGCGGTTGTAGAAAGCGTGGATGTGCATTTTTATCCGGGATTTCACGTACTGACGGGGGAAACCGGAGCAGGTAAGTCCATCATTATCGATGCGCTGGGATTAATTGCCGGCGGCCGCGGCTCGGCTGAGCTGATTCGCTACGGGTGCGACAAAGCGGAGATTGAGGCTCTGTTTGAGCTGCCTGCGCAGCATCCCGTATGGGAAACACTGAAGAAGCTGGGTGTTGAAGCGGATCCGGAAGAGCATTTATTGATTCGGAGAGAACTGACATCTCAAGGGAAAAGCACGTCGCGTATTAACGGACAGCTGCTGAATTTAAGCATGCTGCGTGAAGTTGGAGAAAAGCTCATCAATATTCATGGCCAGCATGAGCATCAAAGCTTGCTGCGTTCAGAGCAGCATATGAGTCTTCTGGACACATACGGAGATAAGGTCATCGGGCCTGCCAAACGGAAATATCAAGAATTGTACGGCGAATTCAGCAAAGTGGAGCGGGAGCTCAGGGACCTGCAGGAGACCAGCCAGAAGGCGTATCAAATGCTGGATATGTATCGGTTTCAGCTCGAGGAGATCGCGGCTGCGGAGCTAAAATCCGGTGAGGATGAGGAATTGTCCGAAGAAAGAACCAAGCTGTCCCACAGCGAGAAGATGATGGATTCCGTTGCCGGAGCATACGACCTATTGTACGGATCTTCGGGTCTGGAATCCGTCAGCCGTGCCCTATCCAGATTGGAGGATGTGTCCGGCTACGATGAGAAGGGGTTAAAGCCGCTTGTTGAGCAGCTGCAATCCGCGTATTATCAGCTGGAGGATGCGGTTTTCCAGCTGAGGGATTATCGCGACAGCATTGAATTCAATCCGGAACGGCTGAATGAAATTGAACTTCGTTTAGATATGATCTCCGGATTGCGACGAAAATATGGGGATAATGTTGAGCAAATTCTGGAATACTACGTGAGAATTCAGCAGGAAACCGATATGCTGGAGAATAAGGACGAGTTTATACAAGCGATGGAACAGCGCCGTGACGAGTTGTTAAGCGTGCTGCTGGTTAGCGCGAAAGAGCTTAGTATTGCCCGCAAGCAATGTGCGCAAGATTTAGCACGGCAGGTGGAGGGAGAACTAAAGGATCTTCAAATGGAACGCACCTCGCTTGAGGTTCGCATGGAACTGCAGCTGGATCCTAACGGTTACGAATATGAAGGACATAAAGTAAGGTTGACCAGACAAGGTATGGATACGGCCGAATTCCTCATATCCGCCAATCCGGGTGAACCTCTGCGTCCGCTTGCCAAAATTGCTTCGGGTGGAGAAATGTCCAGAATTATGCTGGCGATGAAGAGTATATTTGCCCGTCATGATCAAATACCGGTCTTAATCTTTGATGAAGTCGACACAGGTGTCAGTGGAAGGGCTGCCCAATCGATTGCGGAGAAGCTGTTTTTGCTGGCTAAAACCTGTCAGGTGTTCTCCATAACGCATTTACCGCAGGTCGCTTGCATGGCGGATCATCAGTATTTAATCGAGAAGAAGCTGGAAGCCTCCAGAACGATGACGCAAGTAGAAAACCTGACTGAAGAGGGGCGTGTAAAAGAGCTTGCACGAATGCTTGGCGGAGTCGAGATCACTCAAAAGACACTTCATCATGCCCAAGAAATGCTCAATCTGGCGGCAGCGCAAAAGGCTTCCAGAACGGCTCTGGGTCAATGA	MLNTLSIRNLAVVESVDVHFYPGFHVLTGETGAGKSIIIDALGLIAGGRGSAELIRYGCDKAEIEALFELPAQHPVWETLKKLGVEADPEEHLLIRRELTSQGKSTSRINGQLLNLSMLREVGEKLINIHGQHEHQSLLRSEQHMSLLDTYGDKVIGPAKRKYQELYGEFSKVERELRDLQETSQKAYQMLDMYRFQLEEIAAAELKSGEDEELSEERTKLSHSEKMMDSVAGAYDLLYGSSGLESVSRALSRLEDVSGYDEKGLKPLVEQLQSAYYQLEDAVFQLRDYRDSIEFNPERLNEIELRLDMISGLRRKYGDNVEQILEYYVRIQQETDMLENKDEFIQAMEQRRDELLSVLLVSAKELSIARKQCAQDLARQVEGELKDLQMERTSLEVRMELQLDPNGYEYEGHKVRLTRQGMDTAEFLISANPGEPLRPLAKIASGGEMSRIMLAMKSIFARHDQIPVLIFDEVDTGVSGRAAQSIAEKLFLLAKTCQVFSITHLPQVACMADHQYLIEKKLEASRTMTQVENLTEEGRVKELARMLGGVEITQKTLHHAQEMLNLAAAQKASRTALGQ				NA	NA	NA	NA	NA
JZ016_06372	1335	spoIVB	COG0750	SpoIVB peptidase	TTGAAGCCCAACCTCAGGAGAAAACTGCTCGGTTTCGTTCTTGCTTTCCTTCTTTGTTTCATTGGAACCGCTGATCCAGTCCAGTCTTTTGCTTCATTGCCTAATGAGCTGAGATTGATTTCCGGTCAGCAGTCCCGCCTTGATGTAGCCATGCCAGTTCAAGCCCTCGCTTCAGTTGATCGCCCGGATGTCCTGCAGCTTAACGGCTCCCGCGAGTCAAAACTTCAAGTATCGCTAAAGCATCCACTGCAGCTGAACCCCCAGCAAAGCGGAAATGCGGAAGTAACCCTGAAATTATTTGGTAAAATTCCTCTGAAGACAGTTCATGTGAAGGTGATCCCGGAGCTCAAGGTCATTCCTGGAGGCCAAACCATCGGTGTCAAAGTGAAATCCTCCGGTATACTGGTCGTTGGACATCATCTGGTACGCGTTCAAAACGGTGCTAAAGTGTCTCCTGGAGAAGCAGCTGGCTTGAAGGTTGGCGATCTGCTGACCACGATGGATGGAATGCCGCTTAATGATGTGACTAAGGTTGCTGATATCGTCGAGAAGGCTGGTAAAGCTAATAAGCCACTGGATATCTCCTTTAAGCGGGGCGGCAAAGTAATGGCAACAAAACTGAGTCCAGCATATGATCAAGAAGATCAAAGCTGGCGTCTTGGTCTGTATATCCGTGATTCTGCAGCAGGGGTAGGAACCTTAACTTTCTATGCGCCTCATCAGAAAGTTTATGGAGCTTTAGGCCATGTTATCACCGATATGAATACTCAAACACCCATTGATGTCGGAAGCGGACAGATTGTTCAGTCCAACGTTACATCCATTAGTCGAAGTGAAGAAGGCGAGCCGGGGGAAAAACGGGCCACCTTCACAAAAGACGGCAAGATTTTGGGCAATGTCGAGCGCAATACCCATTTTGGCATCTTCGGTAAAATGAATAATCTTCCTGAACACGGTCTGTATCAGGAGCCCATTCCCGTAGCCTTATCCCATGAGGTCAAGGAAGGACCGGCAGAGATTTTAACTGTCGTTGAAGGGCAGGATGTTGAACGCTTTACAGTGGAGATTGTTCATGTGTCCAAGCAGGATGCTCCTGCAACGAAAGGGCTTGTGCTTCGTATCACCGACCCGAGATTGCTTAAGAAGACAGGCGGGATCGTACAAGGCATGAGCGGTAGTCCGATCGTTCAGGATGGCAAGCTGATTGGAGCGGTAACGCACGTTTTTGTTAATGATCCTAAATCGGGGTATGGATGCTTTATTGAATGGATGCTTCAGGACTCTGGCATACTACAATCTACAGAATCAACTCCTCAAAATCTTAAGGCAGGTTAA	MKPNLRRKLLGFVLAFLLCFIGTADPVQSFASLPNELRLISGQQSRLDVAMPVQALASVDRPDVLQLNGSRESKLQVSLKHPLQLNPQQSGNAEVTLKLFGKIPLKTVHVKVIPELKVIPGGQTIGVKVKSSGILVVGHHLVRVQNGAKVSPGEAAGLKVGDLLTTMDGMPLNDVTKVADIVEKAGKANKPLDISFKRGGKVMATKLSPAYDQEDQSWRLGLYIRDSAAGVGTLTFYAPHQKVYGALGHVITDMNTQTPIDVGSGQIVQSNVTSISRSEEGEPGEKRATFTKDGKILGNVERNTHFGIFGKMNNLPEHGLYQEPIPVALSHEVKEGPAEILTVVEGQDVERFTVEIVHVSKQDAPATKGLVLRITDPRLLKKTGGIVQGMSGSPIVQDGKLIGAVTHVFVNDPKSGYGCFIEWMLQDSGILQSTESTPQNLKAG	PGPT0024775_45	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024775-spoIVB-K06399	NA	NA
JZ016_06373	804	spo0A	COG0784	Stage 0 sporulation protein A	TTGCAAAAGATCGAGGTATTATTGGCAGACGACAACCGTGAGTTTACAAACCTGCTTGGTGAATACATTTCGGATCAACAAGATATGGTGGTTTCCGGAATCGCTTATAACGGCGAAGAAGTACTGAGCATGATTGAGGAATCGGGAAAAGTACCGGATGTGCTGATCCTTGATATTATTATGCCTCATTTGGACGGCCTTGGCGTACTTGAGCGATTACGCGATATGAATTTGTCTCCGCAGCCGAAAGTCATTATGCTTACGGCATTTGGTCAGGAAAATATTACGCAGCGAGCCGTACAATTGGGAGCTTCCTATTATATTTTGAAGCCGTTTGATATGGAGGTGCTCGCCAGCCGTATTCGTCAACTCGTTGGCTCGTCCAGCAGCATTTCGTCAGGCGCTTCATTTACAAGTATGAAATCCAATGTGGTTCCCATGGGCAAAGGCAAAAATCTGGACGCGAATATCACTTCGATTATCCATGAGATTGGTGTCCCTGCTCATATCAAGGGTTACCAATATTTGCGTGAAGCCATTACGATGGTATACAACAATATCGAAATTCTTGGTGCGATCACCAAAACGTTGTATCCGGCAATCGCAGAGAAATTCAAAACAACGCCTTCCCGCGTGGAACGTGCGATCCGTCATGCAATCGAAGTGGCCTGGACACGCGGTAACATCGACAGCATCTCGCATCTGTTCGGCTACACCATCAACATCAGCAAATCCAAGCCAACCAACAGCGAGTTTATCGCGATGGTCGCTGACAAGCTGAGAATTGAGCATAAGGTATCTTGA	MQKIEVLLADDNREFTNLLGEYISDQQDMVVSGIAYNGEEVLSMIEESGKVPDVLILDIIMPHLDGLGVLERLRDMNLSPQPKVIMLTAFGQENITQRAVQLGASYYILKPFDMEVLASRIRQLVGSSSSISSGASFTSMKSNVVPMGKGKNLDANITSIIHEIGVPAHIKGYQYLREAITMVYNNIEILGAITKTLYPAIAEKFKTTPSRVERAIRHAIEVAWTRGNIDSISHLFGYTINISKSKPTNSEFIAMVADKLRIEHKVS	PGPT0014750_204	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014750-spo0A-K07699	NA	NA
JZ016_06374	969			hypothetical protein	ATGTGTTATGATGCATATAAGTTAATGAACCTGGTTTATGAAAAACTTGTTGAAAGAAGTGGTCATATGCAATTGGAAATAGACAAGTCATCGCTTGTGGTTTACGAGGCTTTGGCCAGCGAAGTTCGAATCAAGATTATTCAGCTGCTCTCCAAAAACAAAATGAATATCAAAGATTTGGCCCAAGAACTTCAAATCAGCAGTCCGATTGTGACAAAACATATTAAAAAGCTCGAAGATGCAGGCATTATCCGGACAGAAAAAGTACCGGGAAAATCGGGACAGCAAAAAATATCGATCCTGAAGGTGGATCATATCGAAATCAACTTCCCGAAAAAGATTTTTCATTCCTTTGCTTCATATGAGGCATCCGTGCCGATCGGGCATTACACGGACTATGACCTGAAACCTACCTGCGGCCTTGCTACCGAGAAGGAATTTATCGGGCGGGTTGACGAACCCAAATACTTCATGGATCCCAAGCGTGTGGATGCAGAAATCCTGTGGTTTACGGAGGGCTTTATCCAATACAACATCGCGAACTTCCTTCAAAAGGATGAAAAGCTGCAGCAGTTCGAAATCAGCTTGGAGATTTCCTCGGAATTTCCTTTTTCCAATGATGTTTGGCCTTCCGACATCACGTTCTCCTTAAACGGGATCGAACTTGGGACGTGGACAAGCCCGGGGGATTTCGCGGATACGAGGGGGAAGTATACGCCTGCATGGTGGCCGCACAACATCAACCAATACGGTCTGCTAAAAACGATACGAATTACAAGCCATGGTACTTATATCGATGGCGACCCGCTCTCTGCCGTCTCCATAGATGATTTGGATGCAACCTGTGATCGCTGGACCTTTCGAATTGAAGTGAAGGAAGATGCAAAGCACGTGGGAGGTGCCACATTATTCGGCAAGAAGTTCGGAAACCACGAGCAGGATATCCAGTTCAAAATGTATTATCTGTGA	MCYDAYKLMNLVYEKLVERSGHMQLEIDKSSLVVYEALASEVRIKIIQLLSKNKMNIKDLAQELQISSPIVTKHIKKLEDAGIIRTEKVPGKSGQQKISILKVDHIEINFPKKIFHSFASYEASVPIGHYTDYDLKPTCGLATEKEFIGRVDEPKYFMDPKRVDAEILWFTEGFIQYNIANFLQKDEKLQQFEISLEISSEFPFSNDVWPSDITFSLNGIELGTWTSPGDFADTRGKYTPAWWPHNINQYGLLKTIRITSHGTYIDGDPLSAVSIDDLDATCDRWTFRIEVKEDAKHVGGATLFGKKFGNHEQDIQFKMYYL				NA	NA	NA	NA	NA
JZ016_06375	1239			hypothetical protein	TTGAAGAAAAAAATGGGGGTTTCACTAATACTTGTATTGTTAGCGGTAGCGGTACTAGGGGGATGTGGCAACGGGGACAAGAACACCATTACCTTCTGGACGCCTTTGACAGGTGATGACGGGGCTTACATGGATCAGCTAGTGAAAGATTACAACGCCACCAATCCTGAATATAAAGTGAAGCACGTGATTACTTCGGATATGTATACAAAAATTTCTACCGTCCTGAATTCAGGCAAAGGCGTTCCTGATCTGTCCATTATTCACGCAGACCGCGTTCCTAGCTTCGTTAAGCAAGGTGTGTTGGAGCCGATGACGGCAGTCATGCAAGCTCAGCCAGAATTGAAAGCGGATAATTACTTGCCGCAGGCCTGGGCAACTGGAAACGTCGAGGGCACCCAATATACAGTACCCCTTGATATTCACAGCAATGCGATGTATTACAATAAAAATTTGCTCAAAAAATACAATGTTGAAAGCTTCCTTGATGATGATGTCGTGACCATTGATGAAATTTTGTCGCTGCAAGGCAAGCTGGATGAAGGCGATTACGTGATCAATGACGCTCTGTTGGGCTGGGTTGTGCTGGCGCAAATCCAGAACCTGGGCGGCGACATTCAACAAGACGGCAAGCCGGCCGTAAATACAGAAGCCATGAAGCAAGCATTTACGGAGATTAAGAAAATATCGGATGCAGGCTTGATGACCCCTTTTGGTGAGGACGGCTATCTGATGTTCCAATCTGGAAACGTTTTATTTTCCACAGACGGCACATGGAGCTCGACGGCACACGCAACCGTCGATGGATTGGACTTTGGCGTTACGAACATTTATTCGACGAGTGCTGATAAGTATACGAACCGGGCCTCTTCGCACTTATTCTCCATGCTGAAGAACGATAAGAGAACGGATGAAAAAGAGCAGGCCATCGGCCAGTTCCTGGAATTCATTCGCCAAAACTCGATTGAGTGGGCAAAAGCGGGACAGATTGTAGCGAGTAAACAGGTCATTGAGAGCCCGGAGTACGGTAATTATATTCAGTCATTCTTTACCGCCAACGAAAAAGAAATCGAATCCTTGTACATTTACACCTACGAGTACTATCCATACGTAGCGGAGGCTGTGGATACATATGCAGCGGATATCGTACGAGGCAATGTCGATATCGACGAGACCCTGGCGACGATGCAGAAATTTGTAGAGGATAAAATCGCGGAAGGCAACAGTGCTGCAAAGTAA	MKKKMGVSLILVLLAVAVLGGCGNGDKNTITFWTPLTGDDGAYMDQLVKDYNATNPEYKVKHVITSDMYTKISTVLNSGKGVPDLSIIHADRVPSFVKQGVLEPMTAVMQAQPELKADNYLPQAWATGNVEGTQYTVPLDIHSNAMYYNKNLLKKYNVESFLDDDVVTIDEILSLQGKLDEGDYVINDALLGWVVLAQIQNLGGDIQQDGKPAVNTEAMKQAFTEIKKISDAGLMTPFGEDGYLMFQSGNVLFSTDGTWSSTAHATVDGLDFGVTNIYSTSADKYTNRASSHLFSMLKNDKRTDEKEQAIGQFLEFIRQNSIEWAKAGQIVASKQVIESPEYGNYIQSFFTANEKEIESLYIYTYEYYPYVAEAVDTYAADIVRGNVDIDETLATMQKFVEDKIAEGNSAAK	PGPT0016545_9989	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016545-ABC_MS_S-K02027	NA	NA
JZ016_06376	876	araP_8	COG1175	L-arabinose transport system permease protein AraP	ATGAATAAGAAGTCGTTGACGCCTTATTTCTTTGTAGGTCCCCATCTGATACTTTTTATCGTATTTATTCTATTGCCGACCCTATACGGGATCTATGCTTCCTTTACGCAATGGAATCTGATTAATGACCCTGTATGGGTTGGCTTGGCCAACTATAAAACGATTCTGTTTGACACGGAGTCTACCTTCTATACCCAATTTATGAATGGATTAAAAAATACGCTCATCTTTGTTGTGCTAAGCGTCCCTATATTAATCATCATTCCGTTAATGATTGCCGTATCGCTGGAACACAAAAAAGTGAAAATGAAAAATGTGATTCAGTCCATCCTCTATATTCCCGGACTCATCTCGATTTCCGCAGCGGCACTGATCTGGTCTTTAATCTTCAATAAGCAGCTCGGGATTACGAATAATATTTTCGGCTCAGAAACGGTCTGGGCAGCCAACCAGCCCTATGCCTGGCTGATTATCATTGTCATTACGGTGTGGGGCGGAGTCGGTGGCAACATGATTATCTACCGGGCTTCCATAAGCGGAGTGTCGAAGGATTTGTATGAATCGGCCGAGATAGATGGAGCGGGGCCTGTCCGCAGATTTTCAAGCATTACACTGCCTTCCATTCGTTTTCCGCTGATCTATACCTTTGTTATGACGACAGCCGGAGCCTTTAACGTATTCGGTCAGCCATTAATGATGACGGACGGAGGACCCAGACAGAGCACGACGGTATTGATGATGTATATCCGGCAGCTGGCCTTCGGTCACGGGGAATCGATTGCGGGTATGGCATCCGCGATGGCGGTTTTGCTCGGACTGGTCATTCTCGTCATTTCAGCCCTTCAGTATTATGTGATGAACCGAAACGCGTCCTAG	MNKKSLTPYFFVGPHLILFIVFILLPTLYGIYASFTQWNLINDPVWVGLANYKTILFDTESTFYTQFMNGLKNTLIFVVLSVPILIIIPLMIAVSLEHKKVKMKNVIQSILYIPGLISISAAALIWSLIFNKQLGITNNIFGSETVWAANQPYAWLIIIVITVWGGVGGNMIIYRASISGVSKDLYESAEIDGAGPVRRFSSITLPSIRFPLIYTFVMTTAGAFNVFGQPLMMTDGGPRQSTTVLMMYIRQLAFGHGESIAGMASAMAVLLGLVILVISALQYYVMNRNAS	PGPT0016535_8336	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016535-ABC_MS_P-K02025	NA	NA
JZ016_06377	912	araQ_55	COG0395	L-arabinose transport system permease protein AraQ	ATGTCGAACCCGGTACTACATGAAGTAAACGCGGATTCCAAGCTTGGTCGCTCTGGTCCGAAGAAGGCTTCATCCAACATAAGCGTGTCAAAATATATAGCTTACGCATTTCTGATCATCCTGTGTGTAATATGGGCAATTCCGGTCATATTTGGCATTACCACATCTTTTCGGTCCCAGGCTGAGGTGGTTTCCAGCGGTTTCAGACTGCTGCCCGATAGCTGGATTTTTGATAATTATGTCACGATTCTGCAAAACACGTCGACCGCGCCCATTCTGCGCTGGTTGATGAACTCCGTGTTTATTGCAACGATGCATACGCTGCTCGTGATCGTTGTCATTTCCATTACAGGTTATGGATACTCGCGCATGAACTTTAAGGGAAGAGATACCTTGTTCTTTACCTTGCTTGGAATATCCTTCTTTCCTGGGGTAGTGAATCTGATCCCGTCTTATAAAATCATTGATGCGCTGGGATGGGTTAATACATCTTGGGCAATGATCATTCCCGGTTTGGCCGGGATGGGGAACATTTTTTTGGTCAGACAATTCATGATGGGCGTTCCCAAGGATTTGGATGAATCGGCACGCGTGGATGGAGCGGGAGATTTTAGAATCTATTACTCTATTATTTTGCCGCTCATGAAACCTGTACTGATTGTATGCGGCCTGTTTTCATTTACGGGTTCCTGGAATGATTTCCTCTGGCCCGTCATCGTGTATACCGATGTGGAGAAGATGCCGGTCACAGCAGGTTTGCTGTTGTTACAGGACATTTACGGCAATTACCGCATGATCGGACAATTGATGGGTTCTGCGATCCTGGCCATCATTCCGACGCTGCTGTTGTTCCTGTTTGCCCAGAAATACTTTGTGCAGTCGATTAACTTAAACGCAGGCATCAAAGGATAG	MSNPVLHEVNADSKLGRSGPKKASSNISVSKYIAYAFLIILCVIWAIPVIFGITTSFRSQAEVVSSGFRLLPDSWIFDNYVTILQNTSTAPILRWLMNSVFIATMHTLLVIVVISITGYGYSRMNFKGRDTLFFTLLGISFFPGVVNLIPSYKIIDALGWVNTSWAMIIPGLAGMGNIFLVRQFMMGVPKDLDESARVDGAGDFRIYYSIILPLMKPVLIVCGLFSFTGSWNDFLWPVIVYTDVEKMPVTAGLLLLQDIYGNYRMIGQLMGSAILAIIPTLLLFLFAQKYFVQSINLNAGIKG	PGPT0016540_1652	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MULTIPLE_SUGAR_TRANSPORT_III,PGPT0016540-ABC_MS_P1-K02026	NA	NA
JZ016_06378	975		COG3940	Extracellular exo-alpha-(1->5)-L-arabinofuranosidase	ATGTCTGAATTATATATAAAAAATCCCCTGATTGAACAAAGGGCTGATCCCTGGATCTATAAACATACCGATGGTTATTATTACTTTACCGGTTCCGTGCCGGAGTATGACCGTATTGAGCTTAGACGCTCGCAAACGATACATGGGCTTGCGGATGCTGAAGGAATTACGATCTGGCGCAAGCATGAGTCAGGCCTGATGAGTGCCAACATATGGGCACCCGAGATCCATTATATGGATGGCAAATGGTATGTGTACTTCGCCGCTGCCCATACTTCAGAAACGAGGGACGGATTGTTTGATCATCGCATGTTCGTACTGGAGAACGCTTCGGCGAACCCGCTCGAAGGGGAATGGGTGGAGAAGGGGCAAGTGATCACGAAGTGGGAATCTTTTGCCTTGGACGCAACAACCTTTGAGCATAGAGGCAAACGATATTATGTATGGGCTCAGAAAGATCCGGGCATTCCAGGCAATTCCAATCTGTACATTTCATTGATGGAAAATCCATGGACCCTTACAGGGGAACAGGTATGCATCTCGGTTCCTGAGTACGACTGGGAGAAGATCGGGTATCTTGTGAACGAAGGGGCCGCCGTTCTGAAGCGAAACGGGCGAATATTCATGACCTATTCCGCGAGCGCCACGGACCACAATTATGCGATGGGGCTGCTGACAGCCGATGAGGACAGTGATCTGCTGAATCCGAGCTCCTGGGTCAAGTCGCCAGTACCCGTGTTTACGACATCGGAAGCCAATGGCCAATATGGACCAGGGCATAACAGCTTCACGATTTCCGAGGATGGCTCGCAGGACATTCTGGTGTACCATGCAAGAAGTTACAAGGAGATTGTGGGCGATCCTCTATATGATCCGAATCGGCATACGCGCGTACAGGTCATCCGGTGGAACGAGGACGGGACGCCGAATTTCGGGGTGCCGAGAGCGGATGATGAACCGGTCTCCAAGCTATGA	MSELYIKNPLIEQRADPWIYKHTDGYYYFTGSVPEYDRIELRRSQTIHGLADAEGITIWRKHESGLMSANIWAPEIHYMDGKWYVYFAAAHTSETRDGLFDHRMFVLENASANPLEGEWVEKGQVITKWESFALDATTFEHRGKRYYVWAQKDPGIPGNSNLYISLMENPWTLTGEQVCISVPEYDWEKIGYLVNEGAAVLKRNGRIFMTYSASATDHNYAMGLLTADEDSDLLNPSSWVKSPVPVFTTSEANGQYGPGHNSFTISEDGSQDILVYHARSYKEIVGDPLYDPNRHTRVQVIRWNEDGTPNFGVPRADDEPVSKL	PGPT0019091_845	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
JZ016_06379	888			hypothetical protein	ATGGCAAAGATATTAGTATTGGGCGGTACCCGCTTTTTCGGTAAAAGGCTGGTTAACCGGCTGCTGGCTAAAGGCGATGCCGTTACGATTTTAACGCGCGGACATCACCAGGATTCATTCGGGGGTGCCGTTGCGCGGCTTACCGTGGATCGAAAGGATCCGGAAGGTTTAAAACAGGCAGTGGGAAGCCAGGACTTTGATATCGTGTATGATAATATATGTTATACTCCGGAAGAAGCGGGACAAGCTGCAGACATCTTTGCCGGACGGATTGGACAATACGTGCTGACCTCTACGTTATCGGTCTATGATTTTGCGGATCATCCGGTGAGGGAAGAGGACTTTGATCCTTACAGATACCCTGTCATGATGAACGAAAGCAGGGACTACAGCTATAAGGAAGGCAAGCGCCAGGCGGAGGCGGTATTATTCGGCTGCCACAACCTGAACGTTACCGCTGTCCGGCTGCCGATTGTGCTGGGACCGGATGATTATACGCGAAGACTGCATTTTCATATTGAGCATGCAGCCAGCGGAGAAGCTATTGGTTTGCCTGATCCTGACGCGCAAATCTCGTTTGTGCATGCCGAGGAAGCGGCTGCGTTCCTGGAATGGGCAGGTCAAGTTCAATTGGAGGGCCCAGTCAATGCTTGCTCCAGCGGAACGATTTCGGTCCGGGAATTGATGAGCCAGATCCAGCAGGAAGTTGGAAGGTCGGCACCGCTGCAGTCTTCCGCAGCACCTGACCACATGTCCCCGTTCGGAATTCCGGGAGATTGGACGATGGATCATGCCAGAGCGGCAGCTGCCGGCTTTAAATTTTGGGATTTGCACGATTGGATGCCGAAATTGATTGCTGAATTGTCCGCCGATTTGAAGGTTCGCTAG	MAKILVLGGTRFFGKRLVNRLLAKGDAVTILTRGHHQDSFGGAVARLTVDRKDPEGLKQAVGSQDFDIVYDNICYTPEEAGQAADIFAGRIGQYVLTSTLSVYDFADHPVREEDFDPYRYPVMMNESRDYSYKEGKRQAEAVLFGCHNLNVTAVRLPIVLGPDDYTRRLHFHIEHAASGEAIGLPDPDAQISFVHAEEAAAFLEWAGQVQLEGPVNACSSGTISVRELMSQIQQEVGRSAPLQSSAAPDHMSPFGIPGDWTMDHARAAAAGFKFWDLHDWMPKLIAELSADLKVR				NA	NA	NA	NA	NA
JZ016_06380	213			hypothetical protein	ATGAGCGACAAGATGGCAGCATGGAAAGAGCGTATTCGAGAGGTAGAAGCCATGGAAGGCTTATCTCCGGAAGCCCTGACGTTAATCCATGCGATGTATGACGAATTGGAAGTTTTAACGAAGCAAAATTTCAATCTGCGGAAAACCGCGCTGAAAGCGACGTCCAGAGAAACGAGAATGTCGAGTAAACTGAAGGATGCATTGATGGAATAA	MSDKMAAWKERIREVEAMEGLSPEALTLIHAMYDELEVLTKQNFNLRKTALKATSRETRMSSKLKDALME				NA	NA	NA	NA	NA
JZ016_06381	306			hypothetical protein	ATGAAAATGTTAATTTCCCGCTTTATTGCCATCTTGATTTTGGTTATCCCGGGTTTTATGGCAATGAAGGGTTTCTTAATGATGAAAGATGCGGTTTTTCTATATATTTCCGTTCATGGGGATGACAGTGTGGCAAACCCCGCTTTCGGTTGGCTATCTTTTCTAGGCGGGCTGGCTCTGTTTGTCATTGGTATCGGATTCTTGGGCGGCTGGATTCTGTTCCGGGACCGCAAGCGAAATTACGTTGGACCAAGATTCAAAAAGAAGCGCCAAGCGCCGAAATCAGGAACGCCATCCAAAAGCTAA	MKMLISRFIAILILVIPGFMAMKGFLMMKDAVFLYISVHGDDSVANPAFGWLSFLGGLALFVIGIGFLGGWILFRDRKRNYVGPRFKKKRQAPKSGTPSKS				NA	NA	NA	NA	NA
JZ016_06382	1422	pdhD_1		Dihydrolipoyl dehydrogenase	GTGGCTATAACATGTGATGTAGCAATTCTTGGCGGGGGAACCGGTGGATATGTTGCGGCCATCCGCGCAGCCCAGCTTGGTAAAAATGTGGTCATCATCGAGCAGGACAAACTGGGGGGGACCTGCTTGCACCGCGGCTGTATTCCGAGCAAATCTTTGCTTCGGAGTGCCGAGCTGTATGCAGAAATGAAGGATAGCGAGAGCTATGGCATCGAGACGGACGGGGTCCGGCTAGCGTTTGACAAAGTACAGAAGCGTAAAGACGGTATCGTCGCTCAGCTGCACCAGGGCGTTCAATATTTGATGCGCAAAAATAAAATTACCGTCGTGCAGGGCAAAGGGAGAGTTATCGGCCCGTCCATTTTCTCTCCGCGCAGCGGGGCAGTGGCGGTTGAGCTTCCGGACGGCGAGATGGAAACCGTGGTTCCCACTCATCTGATCATCGCAACCGGTTCGCGTCCGCGTCACTTACCGGGGCTAGAGCCTGACGGCATACATATACTGACAAGCGACCATGCGCTTCAACTGGATGAGCTCCCTGCATCCATCATCATCGTAGGAGGCGGCGTAATCGGCGTGGAATGGGCCTCGATGCTGAATGATTTTGGCGTTCAGGTCACGATTGTTGAAGCTTCGTCCCATCTGCTGCCAGCCGAAGACGAGGAAGTTGGACGGGAGCTGACAAAGATGCTCACCGCCAGAGGCGTAGAGGTTATCACCAACATTTCCATTCAAACCGATAGCTGTGAGATCCGGAATCAAAGCGTGTCCATCACGATTGAGCAAAAGGACGATACCAGAACATTGTCAGCGGACAAGCTGCTCCTCTCTGTCGGGAGAATCGGTAACACTGAAAATATCGGGCTTGAAAATACCGACGTTCGGGTTGCGAACGGCGTCATCGTGGTGAATGCCAATATGCAAACAACAGAACCCCATATTTACGCAATCGGCGATTGCATCGGGGGTCTTCAGCTTGCCCATGCAGCAAGCCACGAAGGGATAGCCGCGGTGAACCATCTGGCAGGCGAGAAGACGGAAGCCTACAGAAGCGAATGGATCCCTCGCTGCATCTATACCCGTCATGAGGTAGCCAGTGTCGGACTAACGGAGAAGCAGGCCAAAGAACGCGGACATGAGATCAGGATCGGAAAATTCCCGTTCTCGGCGATAGGCAAATCTTTGATCCACGGAACGAAGGAGGGTTTCGTGAAGGTTATTGCCGATCAGAAGACGCAGGATATTCTGGGCGTGCATATGATGGGTCCGCATGTTACGGAGCTGATCGGCGAAGCGGCACTGGCGCAAGTACTGGATGCGACTCCATGGGAAGTGGGAGCGGCGGTGCATGCCCATCCATCCTTATCCGAAATCATCGGTGAAGCGATGCTTGCGGTGGATGGACGAGCCATTGGATTATAA	MAITCDVAILGGGTGGYVAAIRAAQLGKNVVIIEQDKLGGTCLHRGCIPSKSLLRSAELYAEMKDSESYGIETDGVRLAFDKVQKRKDGIVAQLHQGVQYLMRKNKITVVQGKGRVIGPSIFSPRSGAVAVELPDGEMETVVPTHLIIATGSRPRHLPGLEPDGIHILTSDHALQLDELPASIIIVGGGVIGVEWASMLNDFGVQVTIVEASSHLLPAEDEEVGRELTKMLTARGVEVITNISIQTDSCEIRNQSVSITIEQKDDTRTLSADKLLLSVGRIGNTENIGLENTDVRVANGVIVVNANMQTTEPHIYAIGDCIGGLQLAHAASHEGIAAVNHLAGEKTEAYRSEWIPRCIYTRHEVASVGLTEKQAKERGHEIRIGKFPFSAIGKSLIHGTKEGFVKVIADQKTQDILGVHMMGPHVTELIGEAALAQVLDATPWEVGAAVHAHPSLSEIIGEAMLAVDGRAIGL	PGPT0001380_4074	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0001380-lpd|pdhD-K00382	NA	NA
JZ016_06383	1029	bfmBAA	COG1071	2-oxoisovalerate dehydrogenase subunit alpha	ATGAAAGAACATGAAACGGTTATGGCAAACAACAATAGGCATGAGCAGCTTGGACTGAGCGACGGACAAGTGCTAGACATGTACAAATATATGGTGCTGGCGCGAAAATTCGATGAGCGCAACCTGCTGCTGCAGCGTGCGGGCAAAATTAATTTTCACGTATCCGGGATCGGGCAGGAGACGTGTCAGGTTGCTGCTGCGTTTGCCCTCGACCGGGAGAAAGATTACTTTTTACCCTATTACCGCGACTATGGATTTGTATTGGCAGTGGGCATGACGCCTCGCGAACTGATGCTGTCGGCTTTTGCCAAGGCAGAGGATCCGAACAGCGGCGGACGGCAGATGCCTGGACACTTTGGCAGTAAACGCCTGCGAATTGTGACGGGCTCCAGCCCTGTAACCACACAGCTTCCGCATGCAGTGGGTATCGCACTGGCGGCGAAGATGCAGAAGAAGGATTTTGTATCGTTTGTTACGTTTGGCGAGGGCTCAAGCAATCAGGGGGATTTTCACGAGGGCTGCAACTTTGCGGGCGTTCACAAACTTCCTGTCATTATCATGTGCGAGAATAACCAATACGCCATTTCGGTGCCGCTTCATAAACAGATTAGCGGGAAGGTAAGCGACCGCGCGCTCGGTTATGGATTCCCTGGCATTCGAGTGGACGGCAACGATGCGCTCGAGGTCTATGCAGCCGTAAAGGAAGCGCGTGAGCGTGCGATTCGCGGAGAAGGTCCAACACTGATCGAATCCATGATGTACCGTTTGTCTCCGCACTCCACATCGGATAACGATTTGGCGTACCGGACAAAAGAAGAGGTCGAAGAGAACTGGAAGAAAGACGGCGTCGCCCGCTTTAAGAACTATTTGGTCGACTGCGGGCTCTGGGACGAAGCACGCGATCAGGATCTGATTGCGCAATTAAACCTGGAGATCAAAGAAGCGACGGAATCTGCAGACTTGGCTCCATTTCCGAAGCCTGAAGATACGCTTCTTCACGTATATGCCGATGATGAAGGGGGCGTGTAA	MKEHETVMANNNRHEQLGLSDGQVLDMYKYMVLARKFDERNLLLQRAGKINFHVSGIGQETCQVAAAFALDREKDYFLPYYRDYGFVLAVGMTPRELMLSAFAKAEDPNSGGRQMPGHFGSKRLRIVTGSSPVTTQLPHAVGIALAAKMQKKDFVSFVTFGEGSSNQGDFHEGCNFAGVHKLPVIIMCENNQYAISVPLHKQISGKVSDRALGYGFPGIRVDGNDALEVYAAVKEARERAIRGEGPTLIESMMYRLSPHSTSDNDLAYRTKEEVEENWKKDGVARFKNYLVDCGLWDEARDQDLIAQLNLEIKEATESADLAPFPKPEDTLLHVYADDEGGV	PGPT0008861_2434	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166	NA	NA
JZ016_06384	987	bfmBAB	COG0022	2-oxoisovalerate dehydrogenase subunit beta	ATGGCGGTAATGGAATATATCGATGCAATTCGCCTGGCCATGAAGGAAGAGATGGAGCGTGACGAGTCCGTATTCGTGTTAGGCGAGGACGTAGGCGTCAAAGGCGGCGTGTTTACAACAACCAAGGGTTTGTTGGATCAGTTCGGCGAAATGAGGGTGCTTGATACCCCGCTCGCGGAGTCCGCGATTGCCGGTGTCGCTATCGGAGCGGCCATGTATGGCATGAAGCCGATTGCCGAGATGCAATATTCGGACTTCATGTTCCCGGCAACCAATCAGATTATTAGTGAAGCAGCGAAAATCCGCTATCGTTCCAATAACGATTGGAGCTGTCCCGTCGTGATTCGTGCGCCGATCGGCGGCGGAATATTCGGGGGATTGTATCATTCCCAGTGCCCGGAATCGGTTTTCTTCGGAACGCCGGGATTGAAAATCGTTGCGCCGTACTCGGCCTATGATGCGAAGGGGCTGCTGAAAGCTGCGATACGCGACCCGGATCCGGTACTGTTCTTTGAGAACAAAAAATGCTACAAGCTGATTACTGGCGATGTACCGGAAGATGATTACGTTGTACCGATCGGCAAAGCGAAATTGCTGCGCGAAGGGTCGGATATTACGGTGATCAGCTACAGTCTGCCGCTGCACTTTGCCATGCAGGCTGCCGAAGAGCTTGAGCAGGAAGAAGGCATCAGCGCGCATGTTCTGGATTTGCGTACGATACAGCCGCTTGACCGGGAAGCGATTATTGAAGCGGCCCGTGCAACGGGTAAAGTGCTGATCGTTCATGAAGATAATAAGACCGGCGGCGTCGGCGGGGAAGTAGCCGCGATTATTGCGGAGCACTGCCTCTATGATCTGGATGCCCCGATCATGCGCTTGTGCGGTCCGGATGTACCAGCTATGCCAATCAGTCCGCCGATGGAGAAATTCTTCATGCTTAACAAGGACAAAGTCAAAGAATCCATGCGTCAATTGGCGCTTTATTAA	MAVMEYIDAIRLAMKEEMERDESVFVLGEDVGVKGGVFTTTKGLLDQFGEMRVLDTPLAESAIAGVAIGAAMYGMKPIAEMQYSDFMFPATNQIISEAAKIRYRSNNDWSCPVVIRAPIGGGIFGGLYHSQCPESVFFGTPGLKIVAPYSAYDAKGLLKAAIRDPDPVLFFENKKCYKLITGDVPEDDYVVPIGKAKLLREGSDITVISYSLPLHFAMQAAEELEQEEGISAHVLDLRTIQPLDREAIIEAARATGKVLIVHEDNKTGGVGGEVAAIIAEHCLYDLDAPIMRLCGPDVPAMPISPPMEKFFMLNKDKVKESMRQLALY	PGPT0008862_1563	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008862-bkdA2|bfmBAB-K00167	NA	NA
JZ016_06385	1407	odhB_2		Dihydrolipoyllysine-residue succinyltransferase component of 2-oxoglutarate dehydrogenase complex	ATGTCACAAAATCAGAAATTGACCGATGTTACAATGCCTCAGCTGGCGGAATCCCTTGTTTCGGCGACCATTGCCAAGTGGCTGAAGAAGCCGGGGGATGCCATCGAGCAGTACGAACCGATCTGTGAAGTCATTACCGACAAAGTCAATGCCGAGATTCCATCCACCTTGGACGGCGTCATGGGAGAGATTCTTGCCCAGGAGGGCCAGACCGTCAATGTTGGCGAGATCATTTGCCGGATCTCTGTCGCTTCCGGTCAAGGGGCAGATCCTTCTCCCCAGCCGGCTGCAAGTGCTCCCGTGAGTCAGCATCAGGGAAGCGGCAGCGAAGAAGGTTCGATGCGTTTCCGGTATTCCCCAGCTGTGCAAACACTGGCAGCCGAGCATCAGATTGATCTTTCGCGAGTACAGGGATCAGGCATGGGCGGCAGAATCACTCGTAAAGACGTACTGGCTTATATTGAAAAGGGAGGAGCAGCCCAAGGCCAAGGCGCTCCTGCCGGAGCAGCACCAGCCCAGAGCGCCCAGGCACCGAAAGAAACGATACAGCCTAGCGGGACTTCGCCGTTTCAAGGGCTGCAGCATCAGACGCCTGCGGAACCGTCGCCTCCACTTGGCACAGCTATTCCGGATGTGCGTCATTCCGGGCTGCATTTGACGGAATCGCCGAAAATTCCAACCATCGAAGTGGAAGGAATGGAAGGCGGCAGATCGGAATACTTTATCGATGTTACGCCGATGCGTAATGCGATCGCCAGAAATATGCGTCAAAGCGTGACGGAGATTCCGCACGCGTGGACGATGATTGAGGTCGACGTGACCAATATCGTATTGCTGCGTAATCAGCTGAAGGACGAGTTCAAGCGTAAGGAAGGGGTTAATCTGACCTACCTGGCCTTTTTGCTGAAAGCCGTTGTGAACGCAATTAAAGATTATCCGATCATGAATTCGTTCTGGGCCGTGGATAAAATCGTGGTGAAGCGCGATATCAATCTGTCCCTGGCCGTCGGAACAGAGGATTCCGTGCTGACGCCGGTCATCCACCGTGCCGACCAGAAGAATATTGCCGGCTTGGCTAGAGAGATCGAAGAGCTTGCACGCAAGACCCGTGAAGGCAAGCTGAAGCTAGACGACATGCAGGGCGGTACCTTTACGGTGAACAATACGGGATCCTTCGGTTCGATTCTGTCTTATCCGATCATCAACTATCCGCAGGCTGCGATTCTAACGTTTGAATCCATTGTTAAAAAGCCTGTGGTCATCAATGATATGATCGCTGTTCGTTCAATGGCGAACCTGTGTCTTTCCCTCGATCATCGGATTTTGGATGGGGTTATCTGCGGAAGATTCCTGCAGCGGGTTAAGGATAACCTGGAAGGGTACACCCTGGATACGAAGCTTTATTAA	MSQNQKLTDVTMPQLAESLVSATIAKWLKKPGDAIEQYEPICEVITDKVNAEIPSTLDGVMGEILAQEGQTVNVGEIICRISVASGQGADPSPQPAASAPVSQHQGSGSEEGSMRFRYSPAVQTLAAEHQIDLSRVQGSGMGGRITRKDVLAYIEKGGAAQGQGAPAGAAPAQSAQAPKETIQPSGTSPFQGLQHQTPAEPSPPLGTAIPDVRHSGLHLTESPKIPTIEVEGMEGGRSEYFIDVTPMRNAIARNMRQSVTEIPHAWTMIEVDVTNIVLLRNQLKDEFKRKEGVNLTYLAFLLKAVVNAIKDYPIMNSFWAVDKIVVKRDINLSLAVGTEDSVLTPVIHRADQKNIAGLAREIEELARKTREGKLKLDDMQGGTFTVNNTGSFGSILSYPIINYPQAAILTFESIVKKPVVINDMIAVRSMANLCLSLDHRILDGVICGRFLQRVKDNLEGYTLDTKLY				NA	NA	NA	NA	NA
JZ016_06386	681	lipB	COG0321	Octanoyltransferase	ATGAATAAACCGTTAGATGTATCGTATACGCCGGTTGTAGATTATGGCATGGCTTGGGAGCTTCAAAAACAACATGTTTCCGCCATCGATCAGGGGGAGCAGCATGAATGCTTGATGCTCCTTCAACATCCTCCGACCTATACCATGGGGTCGCAGCGTCATCCGGAGCACTTGCTCTTAAGCAAAGAGGAATTGGAGAAGCAGGGCATCGGCTTGTTTGAAATAGATCGTGGCGGTGACATTACATATCATGGTCCTGGACAGCTTGTCGGGTATCCGCTGTTACTGCTGGACGGCGGCAAGAATTTGAATCTGCACGGATTTCTGCGCGATGTGGAACAGGTCATCATCGATTACTTGGCATCATACAACATCGAAGCCGGCCGCAAACCCGAGTACACCGGGGTATGGGTAGGGGATCTGAAAATTTGCGCCATCGGCGTTAAATTCAATAAAGCCCGCCAGCATCGCGGATTTGTGACAAGCCATGGTTTTGCGTTTAATATTAAATCCGGGATCGCAGACGCGGGATTCGCTGGAATCATTCCATGCGGTATACAGGAATATGGTGTAACTTCATTGGAAGACTGTACGGGGCGGGGTTTTGAAGTTGAGGAAGTAGCCCGGGAGATCGTGCCATTCTTCACCCGGGTATTTCCATATGAGGCTCGTTGGTTGTAA	MNKPLDVSYTPVVDYGMAWELQKQHVSAIDQGEQHECLMLLQHPPTYTMGSQRHPEHLLLSKEELEKQGIGLFEIDRGGDITYHGPGQLVGYPLLLLDGGKNLNLHGFLRDVEQVIIDYLASYNIEAGRKPEYTGVWVGDLKICAIGVKFNKARQHRGFVTSHGFAFNIKSGIADAGFAGIIPCGIQEYGVTSLEDCTGRGFEVEEVAREIVPFFTRVFPYEARWL	PGPT0003925_2030	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM	ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE	PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003925-lipB-K03801	NA	NA
JZ016_06387	102			hypothetical protein	ATGCAACGTAAAAAGTGGTTTCGAATTGTTATCTACCTCATGCTGATTGCGATGATCGGATCAACACTGCTGGTTATCCTTGAGCCATTATTCCTTCGCTGA	MQRKKWFRIVIYLMLIAMIGSTLLVILEPLFLR				NA	NA	NA	NA	NA
JZ016_06388	1131	pepT_2	COG2195	Peptidase T	GTGATCTCAGAAGAGCGTATCATCCAAGAGTTTATGGAATTGGTTCGTGTCGATAGTGAAACCAAGCATGAAGAAGAGATCTCCAAGGTTCTCAAACATAAATTTTCCGTTCTTGGCTTTGACGTCATCGAAGATGATGCCAAAGAGAAGACAGGGCACGGAGCAGGAAATCTGATTATTACCTGGAAAGCGGACGAGGCGGCCTCGCAAGCGCCTAAACTGCTATTCACCTGCCATATGGACACCGTAACGCCCGGTAAAGGCATTAATCCGACCTTGGGTGATGATGGCTGGATTCGAAGTGATGGAACGACTATCCTCGGTGCTGATGACAAAGCGGGCATCGCCGCACTGCTGGAAGGTATTCGGGTTATCCGGGAAAATAACATTCCCCACGGACAAGTCCAGTTTGTCATTACGGTAGGTGAGGAATCGGGTTTGGTGGGAGCTCGTGCGCTTGACCCTGATGTTTTGGATGCCGATCTCGGCTTTGCCCTGGATTCCAACGGTGAATTAGGCTCCATTGCAGTTGCCGCACCGACCCAAGCAAAAATCAAAATGATTATCAAGGGCAAGTCGGCTCACGCCGGAGTGAACCCGGAGGATGGCATCAGTGCCATTCAAGTCGCTTCAAAAGCGATAGCCAAAATGAAGCTGGGACGCATCGACAAAGAAACCACGGCAAATATTGGCAAGTTCCAGGGTGGAGGCGCAACCAACATCGTCTGTGACCATGTTCAGATTGATGCTGAAGCACGCAGTATCGTTCAAGAGAAAGTGGATAAGCAAGTAAATGATATGCGTGAGGCGCTCGAAACTACCGTGCGGGAGTACAATGCCAATTGTGAGTTCATTAGCGAGATAGTCTACCCGGCTTTCAGTTTTAATGAACATGATGAGGTCGTTCAGCTTGCGCAGCGTGCCATCGGCGGTTTGGGCTTGCCCACCCGCACGTTCCGCTCCGGAGGCGGTAGTGACGCCAACATTTTTAACGGTCTTGGAATTCCAACCGTCAATTTGGCGATTGGATATCAAGATATTCATACGACGCAGGAGCGGATTCAAGCTGCAGATTTGGTCAAGGCGGCGCAGATCGTTGTGGGGATCATCCAGGAAACAGCTAAGGCTTAG	MISEERIIQEFMELVRVDSETKHEEEISKVLKHKFSVLGFDVIEDDAKEKTGHGAGNLIITWKADEAASQAPKLLFTCHMDTVTPGKGINPTLGDDGWIRSDGTTILGADDKAGIAALLEGIRVIRENNIPHGQVQFVITVGEESGLVGARALDPDVLDADLGFALDSNGELGSIAVAAPTQAKIKMIIKGKSAHAGVNPEDGISAIQVASKAIAKMKLGRIDKETTANIGKFQGGGATNIVCDHVQIDAEARSIVQEKVDKQVNDMREALETTVREYNANCEFISEIVYPAFSFNEHDEVVQLAQRAIGGLGLPTRTFRSGGGSDANIFNGLGIPTVNLAIGYQDIHTTQERIQAADLVKAAQIVVGIIQETAKA	PGPT0020915_2459	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020915-pepT-K01258	NA	NA
JZ016_06389	1212			hypothetical protein	ATGCGACATATACCTATTATTGAAACCGAACCAATCACTAATCCACCTTCAACTGAATATGAGCGCGGTAAGTGGTACAAAAGACGCGGGTATCTTGAGAAGGCGTTAAAGAGCTTCAAGGAAGCTGCGCAATCCGCCCCGACCGACATGACGAGCTCGGGCTGGAAGGAAGTTGATCTAAGCTGGCTCGAATACGGGTTATTGAGCATGCGGATGCGTTCCTTCGGCAAATCGGAGGAAGCTTTCAGAACCGTCGTACAGCATTCCGGTACCTACGTCCAAGAGGCTCTGAACCAGTGGGCTGCACTCCTGCACATGCAGGGGATTTCAGACCACACGATTTGGGAACGACTCCTGGACGAAACAAGGAGCTTTCCGGCTTCCAACATCATGGTTGGCAGATCACTATTCTACATCGGAGCTTATCCGGAAGCTGCCCATTGTTTTGCTAAACAGGGGAGTTTATATCCAGATACCTGTATCCAGTATGTAGCTTGCCTGATCATGACGGGTCAAGTATCTGAAGCCATGCAGCTCATCGACAGTTACCTTCGCGACTCGACTCACCACCTGCGCGAACTGCCACGTCCAAGAACGTCTGAAGGAGCTCAGCTGGCCAGAATCAGGCAGCTCTGCGAGTGGAACATAAACCATTCAATCCCTGACCGATTTATCGCCATGTCGGATACTTTAGAATTAGCACGTGCTGCCGTTACGCTTAATATGATATCCCTAGCCGAACATCTGCTTACCCATAGCGGCGAGCATGCTTATTATGCTCTGATCTGTTTTCTTTATGATGAAGGCTACAGAGGACTCGCAATTTCAAAATTAAACCAATTGGAAGCGCTGCCGCTACAAGAGCAGGACAGCAACTGTATGAAAGTATGTTTTATAGCGGCAGAGCATTTATATGATCAAGGAAAATATGATGAGGCTGCATCCCTGTTCGAGCAGCTTAGAGTGGCTTATCCCGGGCGTACAGAGATACGATTCGGCGAAGCTGCTTGTTATTTGCAGTCAGCCTTGATCTCCCTCTCTGCCCGTCTTGAGGAACAGTATTCCTCGGAAGTGGCGAGAAAAGAGATTGAACCATACATAGACAACATCAATGCCGCATTGCATGTGGTCGAGAACACGAACTGGCATACCACTTGGTCGCCTGCCCAAAAAAGACGGGAGAACCAATCACCCATGGCAACCTTGAATTAA	MRHIPIIETEPITNPPSTEYERGKWYKRRGYLEKALKSFKEAAQSAPTDMTSSGWKEVDLSWLEYGLLSMRMRSFGKSEEAFRTVVQHSGTYVQEALNQWAALLHMQGISDHTIWERLLDETRSFPASNIMVGRSLFYIGAYPEAAHCFAKQGSLYPDTCIQYVACLIMTGQVSEAMQLIDSYLRDSTHHLRELPRPRTSEGAQLARIRQLCEWNINHSIPDRFIAMSDTLELARAAVTLNMISLAEHLLTHSGEHAYYALICFLYDEGYRGLAISKLNQLEALPLQEQDSNCMKVCFIAAEHLYDQGKYDEAASLFEQLRVAYPGRTEIRFGEAACYLQSALISLSARLEEQYSSEVARKEIEPYIDNINAALHVVENTNWHTTWSPAQKRRENQSPMATLN				NA	NA	NA	NA	NA
JZ016_06390	159			hypothetical protein	ATGAAAAGCTACAAAGGGGATCATTCCGTACATATGGTAGGACAGGCTTGGCAGATACGGATCATGCTGAAACAATGGCAACAGCAATGGGGCTCGGAAACGAAAATCATGGATATAATTTCTAAGTCTTCTAAAAATATTTACGAAAACAAGGGGTGA	MKSYKGDHSVHMVGQAWQIRIMLKQWQQQWGSETKIMDIISKSSKNIYENKG				NA	NA	NA	NA	NA
JZ016_06391	582	act		Methanol dehydrogenase activator	GTGAGCGATATCGGCAGTAAGAACCGAGAAGCCTCGGATAAATTGCTGGAAGAAACCACCCTATCTACCCAATCGATTTTTGAAGGGAAGATTATTTCATTGCAGGTCGATACGGTGAAGCTGCCAAATGGGGAGACTGCGAAACGTGAAGTTGTCAGACACCCCGGCGCAGTAGCGGTGCTTGCCTTAAAAGGCGACAAAATGTTGGCCGTCAATCAATTTCGTCAGCCGCTTGGGCGCTGTGAGGTTGAAATCCCTGCAGGCAAGCTGGAGCGGGGGGAAGATCCGCTGGAAGCGGCGAAGCGCGAACTACAGGAAGAAACGGGTTATTCATGCGGTTCCATTCGTAAACTGCATTCCTTTTATACCTCCCCGGGATTTGCAGATGAGATCATTCACTTATATCTGGCAGAGGATCTGGTCAGCGGCGACATGAACCCGGATGAGGATGAATTTATAGAGATGATGGAAATCTCGCTGGAAGAGGCGTATTCACTCATACAAGAAGAAAGAATCAGCGATGCGAAGACCATTCTCGCCGTTTATGCTTGGAATATGTATAGCCTGACAGGAAAAATCTGA	MSDIGSKNREASDKLLEETTLSTQSIFEGKIISLQVDTVKLPNGETAKREVVRHPGAVAVLALKGDKMLAVNQFRQPLGRCEVEIPAGKLERGEDPLEAAKRELQEETGYSCGSIRKLHSFYTSPGFADEIIHLYLAEDLVSGDMNPDEDEFIEMMEISLEEAYSLIQEERISDAKTILAVYAWNMYSLTGKI	PGPT0021525_1692	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021525-nudF-K01515	NA	NA
JZ016_06392	1218			hypothetical protein	ATGCTGCAGCCTGAAAAGAACATGTCAACCGGGGAGGAGCTTCAGTCCTATTACTGCGACATGCACATTCACATAGGGCGCACAAGCAGCGGACAAGCTGTGAAAATTAGCGCAAGTAACAATTTGACCTTTGAGAATATAGCCGTGGAGGCCTCGGAGCGCAAAGGCATCCAAATGATCGGTATCATCGATTGCCATTCTCCTTCGGTACAGCAGGATATTCTCCAATGTTTGGACAGCGGCGTCATGCAGGAGATAGATGGAGGCGGCATCGCGTATCAGGATACGGTGATCCTGCTTGGAAGCGAGATTGAAATTCGCGAAAGCGGCCGTGGGGCAGCCCATGTGCTGGCCTATTTCCCTGACCTGAACACCATTCAGGAGTTTTCTGTCTGGATGGCAAAATACATGAAGAATGTGCAGCTTAGTTCGCAGCGCATCTATGTCAGCCCTCGTGAGCTGCAGCAGGAGATTTTGGATCGCGGCGGGCTGCTGATACCTGCACACGTCTTTACGCCTCATAAAGGGCTGTACGGCAGCATGGCGGATCGTATGAGCGAGGTGCTGGACCTGAACGGGATTGCGGGAATAGAGCTTGGACTCAGTGCTGATTCCTCGATGGCGGGGCGGATAAGCGAACTGGACGCCTACTCCTTTCTGACAAATTCGGATGCGCATTCGCTTGGAAAAATCGGCAGGGAATACAACCGGATTGATATGGCGAAGCCTTCATTTACCGAATTTCGCCAGGCGCTTGGAACAAGTAACGGTCGAAGAATCAGCGCGAACTACGGGCTTAATCCCAGACTCGGAAAATACCATCGTACTTACTGCGGCGGCTGTGACAGCATTCTGGAGGAGGGCAGCGATATTCATGAATTGGTGCGCTGTCCTTACTGCGGGAGTACCAAGCTGGTGCAGGGCGTGTTTGATCGGATTCTGAACATCGCTGACCGCAAAGAGCCCATGGTACCGCAAAGCCGGCCGGCATATCACTATCAGGTTCCGCTAGAGTTCATCCCGGGCCTTGGCAAATCGTCGATGTCGAAGCTGCTGGGGGCTTTCGGCACCGAAATGCACATCCTTCACCAGGCTACGGAAGCAGAGCTTGCCGCTGTTGCTGGAGAAGGGCTCGCTGCCAGCATTGTGATGGCTAGAAACGGGACATTGTCCTTATCGGATGGCGGGGGAGGCTCTTACGGGAAGGTTCTCCGCTAA	MLQPEKNMSTGEELQSYYCDMHIHIGRTSSGQAVKISASNNLTFENIAVEASERKGIQMIGIIDCHSPSVQQDILQCLDSGVMQEIDGGGIAYQDTVILLGSEIEIRESGRGAAHVLAYFPDLNTIQEFSVWMAKYMKNVQLSSQRIYVSPRELQQEILDRGGLLIPAHVFTPHKGLYGSMADRMSEVLDLNGIAGIELGLSADSSMAGRISELDAYSFLTNSDAHSLGKIGREYNRIDMAKPSFTEFRQALGTSNGRRISANYGLNPRLGKYHRTYCGGCDSILEEGSDIHELVRCPYCGSTKLVQGVFDRILNIADRKEPMVPQSRPAYHYQVPLEFIPGLGKSSMSKLLGAFGTEMHILHQATEAELAAVAGEGLAASIVMARNGTLSLSDGGGGSYGKVLR				NA	NA	NA	NA	NA
JZ016_06393	624	spoIIM	COG1300	Stage II sporulation protein M	ATGCAATCATTCCGCCAAGCCTTTAAGGATCAGACCATGCTCTATGTGTTCGTGGGCGTCTTGTTTTTAGTTGGCGTCCTGTTTGGAGCGTTGATGGTCAATGCACTTTCATTGGAGCAGCAGCAGGAGATGGCCCGATATTTAAACCACTTTTTTGTAAACGTGCAGGACGGTGGAGAAACCATGAGTCAGTCTTCTTACTGGAGCATCGCAGCCCTTCATCTGAAATGGATCGGTTTGATATGGATTCTGGGATTGTCCGTTATCGGGCTTCCGGGAATATTGATATTGGACTTCTTAAAAGGAGTGCTTATTGGGTTTACGGTCGGTTACTTGGTCGGACAGTATTCTTGGAAAGGACTGCTGTTCGCCTTGGTATCGATTGCGCCGCAAAATTTGTTCATCATCCCCGTGCTCATGATGTGCAGCGTAGCGGCGATAACCTTCTCCCTATACATCATCAGGGACCGGTTTATTATGAATCGCGGCGGGAGCATGGTAAAGCCCTTTGCTTCGTATGCGATGCTGACCTTTTTCATGGTCCTGTTAACGCTCGGAGTCGCTTCTTTTGAAACCTGGGTAACCCCGGTCATGATGCGCTGGGTCACGCCAATGTTGCTATAA	MQSFRQAFKDQTMLYVFVGVLFLVGVLFGALMVNALSLEQQQEMARYLNHFFVNVQDGGETMSQSSYWSIAALHLKWIGLIWILGLSVIGLPGILILDFLKGVLIGFTVGYLVGQYSWKGLLFALVSIAPQNLFIIPVLMMCSVAAITFSLYIIRDRFIMNRGGSMVKPFASYAMLTFFMVLLTLGVASFETWVTPVMMRWVTPMLL	PGPT0024685_376	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024685-spoIIM-K06384	NA	NA
JZ016_06394	465	fur	COG0735	Ferric uptake regulation protein	ATGGAAGCGCGGATCGACAAAATTAAGCAGCAGCTACAATCCCAAGGATACAAATTAACGCCCCAACGGGAAGCCACGGTAAGCGTATTGTTGGAAAATGAAGACGACCACCTTAGCGCAGAGGATGTATTTATGCTCGTGAAAGAGAAGGCTCCGGAGATCGGTCTGGCAACCGTGTACCGTACCCTAGAGCTGCTCAGTGAGCTTCATGTTGTCGAGAAGATAAATTTTGGCGATGGTGTCGCCCGTTATGACTTGCGGACGGATACTTCGAAGCATCACCATCATCATTTGATATGTACTCAATGTGGAAGCATGGATGAGATACGCGAGGATTGGCTCGGTCCATTGGAAGAGCGGTTAGAGCGAGAGTTTAACTTTACCGTTCATGACCATCGGCTTGATTTCCATGGCATATGCTACCGTTGCAAAGAGAAGGGCAAGAATGACCAGGACAAATCATAA	MEARIDKIKQQLQSQGYKLTPQREATVSVLLENEDDHLSAEDVFMLVKEKAPEIGLATVYRTLELLSELHVVEKINFGDGVARYDLRTDTSKHHHHHLICTQCGSMDEIREDWLGPLEERLEREFNFTVHDHRLDFHGICYRCKEKGKNDQDKS	PGPT0003880_1155	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003880-fur|furB|zur-K03711	NA	NA
JZ016_06395	234			hypothetical protein	GTGATTATATCGATCCGAAAAATAGGCTCAATGATCCGATTTATTACGATGTTTGCCGTTCTGACGATGTTTTTTTACTTTGTGCTGGGTTGGGTGGGAGATTGGCTGACCCCAGTGGATCCTTACCGTGCGCCTTCCGGTCAAGCGGTTAAGGCTTTTCAGCCTGAAAGCACCATGGACTCCCGATTTTCGCCGGCGGAACGTCTGCGATTGTACTACTGGTATGGGGAGTGA	MIISIRKIGSMIRFITMFAVLTMFFYFVLGWVGDWLTPVDPYRAPSGQAVKAFQPESTMDSRFSPAERLRLYYWYGE				NA	NA	NA	NA	NA
JZ016_06396	885	xerD		Tyrosine recombinase XerD	ATGAAACAATATCTGGACGAATATGTAACCTATCTGGAAGACGTGAAGGGATTGTCCCGAAGTACGATTGAATCGTACCGGGCCGACTTACTAGGATTCATTGCTTTTGCAGAGGAAAGAGACGTTATCCATCCGCAGGAAGTTACACGTACCATGCTTGGATTATACATGGGAAGACTGAGGCAGCAGGGCAAGGCGGCATCAAGCCAGCTTCGCTGCACGGCTTCCTTGCGTTCCTTTTTTCAATATTTGGTGCGTCAAGCCGTTATAGGACAAGATCCGACCCAGCTGCTGGATAATCCGAAGCCGGAACGGAAGCCGCCCAAGTCGCTAACCATTGAGCAGGTGGACAAGCTGCTGTCGGCCCCGGATTCCGGCACCCCTCAGGGGGCCCGGGACAAAGCAATGCTGGAGCTGCTATATGCTTCAGGTATTAAGGTGTCGGAATTGGTGAATTTGAATACGCATGACATAAATATGGAGATGCGATTTCTTCGCTGTGCCGTTTCCGGAGGGAAGGAGCGAATTCTTCCAATTACCCAGATCGCAGCCGAGAGCGTGGCTATTTATATGCAAGACATGCGGGACAAGCTGATTCGTGATGCGGATGAGGATGCATTATTCCTGAATTCACTCGGTACGCGCTTGACACGGCAGGGATTTTGGAAAATCATTAAAAAGTATGGCAAATTGGCCGATATCGATGAGGAGATCACGCCGCATACCCTTCGCCATTCGTTTGCCATTCATTTGCTGCAGAACGGCGCCGACTTGCGTTCGGTTCAGGAGATGCTGGGTCACTCGGCATTATCCACCACCGGCATGTATCAATCCACCAAGAAAAGCATGAAGGAAGTATATGATCATTTTCACCCGAGATCTTAG	MKQYLDEYVTYLEDVKGLSRSTIESYRADLLGFIAFAEERDVIHPQEVTRTMLGLYMGRLRQQGKAASSQLRCTASLRSFFQYLVRQAVIGQDPTQLLDNPKPERKPPKSLTIEQVDKLLSAPDSGTPQGARDKAMLELLYASGIKVSELVNLNTHDINMEMRFLRCAVSGGKERILPITQIAAESVAIYMQDMRDKLIRDADEDALFLNSLGTRLTRQGFWKIIKKYGKLADIDEEITPHTLRHSFAIHLLQNGADLRSVQEMLGHSALSTTGMYQSTKKSMKEVYDHFHPRS	PGPT0022000_7071	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763	NA	NA
JZ016_06397	825	punA		Purine nucleoside phosphorylase 1	ATGAGTTCAATTCATCAGGAAAGCATTAAGGAAGCAGCGGCATACATACGCGGGCAGAAGGGTGTCGAGCCCCAGGTCGGCCTGATTTTGGGTTCAGGACTCGGCGTGCTGGCAGAATTAATTGAGAACCCGGTCTCCATCCCGTACACGGACATTCCTCATTTTCCCGTGTCCACAGTAGAAGGCCATGAAGGAGAACTGCTGCTGGGTACGATTCACGATCGACCTGTCGTTCTGATGAAGGGCCGTTTCCATATGTATGAAGGCTATGGTCCGGAAGTGACGGCTTTCCCAGTGCGCGTCATGAAAGAGCTGGGTGTGAAAAGTCTGCTGGTTACCAATGCGGCGGGCGGCATCAACACGTCCTTCGAGCCGGGTGACCTCATGCTGATCTCCGATCATCTGAACATGACAGGCACCAACCCGCTGATCGGGCCGAATGATCCGGAGCTTGGCGTTCGGTTCCCGGACATGTCCCAGGCTTACAGCCGTCAGCTTCGCCAATTGGCAAAAGAAGTCGCGGTGGGTCAGGGCATTGCGCTGAGAGAAGGGGTCTATGCAGGTTTGCTCGGACCAACCTATGAAACGCCTGCCGAGATCGTCATGCTGCGTACGCTCGGTGCGGATGCGGTAGGCATGTCCACGGTGTCTGAGGTCATTGTGGCCAGACATGCCGGTCTTGAAGTGCTGGGCATCTCCTGCATCAGCAACATGGCAGCCGGAATATTGGATCAGCCGCTATCCCATGACGAGGTTATGGAGACCGCCGAGAAGGTCCGGGAGAAATTCCTTGCGCTTGTCATGGCCATTATTCCAAAAATGTAA	MSSIHQESIKEAAAYIRGQKGVEPQVGLILGSGLGVLAELIENPVSIPYTDIPHFPVSTVEGHEGELLLGTIHDRPVVLMKGRFHMYEGYGPEVTAFPVRVMKELGVKSLLVTNAAGGINTSFEPGDLMLISDHLNMTGTNPLIGPNDPELGVRFPDMSQAYSRQLRQLAKEVAVGQGIALREGVYAGLLGPTYETPAEIVMLRTLGADAVGMSTVSEVIVARHAGLEVLGISCISNMAAGILDQPLSHDEVMETAEKVREKFLALVMAIIPKM	PGPT0013380_1265	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013380-punA-K03783	NA	NA
JZ016_06398	1191	dacF	COG1686	D-alanyl-D-alanine carboxypeptidase DacF	GTGAAAAAAGCGTTAATCGCTGGATTGCTGGTTCTATTTGTAGGGTTGTCCAGTGCGGCTGTACCAAGTTATGCAGAAGAAAAAAGCAAACCCGGCGAAGGATCATCTCAAGAGGAACTGGCACCAGGTGCTCGTTCTGCTATATTGCTGGATGCGGATACCGGAACCATTATTTACGAGAAAAACAGCCATGATAAGCTGCCTCCGGCGAGCATCACCAAGATCATGACGATGCTGCTTACGATGGAGGCCATCGATGAAGGACAATTGCAGTGGACGGATAAAGTGCGTACCAGCGAATATGCGGCCTCCATGGGCGGGTCGCAGATCTTTCTTGAGCCCGGCGAAGAGATGACGGTGGATGAGATGCTCAAAGGCATAGCCATGGCATCAGGCAATGATGCCTCCGTCGCGGTGGCGGAGAAAATTGCCGGCTCAGAGGAAGCGTTTGTGAAGCTGATGAACGAGAAAGCGGCCGAGCTGGGAATGAAGGATACACATTTTGTGAACTGCAACGGACTTCCTGCAGAGAATCACTATACTTCGGCCCACGACATTGCGGTCATGAGCCGGGAGCTGCTGAAATATGACCAGATCACCAAATATACGGGAGCATATCAGGATTATTTACGTAAAGATTCAGAAAAACCGTTCTGGCTGGTCAACACAAACAAGCTGGTTCGATTCTACACGGGTGCTGACGGATTGAAAACCGGATACACGTCAGAGGCCAAATTCTGTTTATCGGCAACGGCCAAACGGGACGGACTGCGCGCTGTAGCCGTTGTCATGGGAGCTCCGGATACAAAGACTCGGAATAATGAAGTATCTCGCATGTTTGACTATGCCTTCTCCCAGTATTCGATGCATTCCATCTATAAGCCGGGTGAAGTGTTAGGTATCGTGAAGGTCCAGAAGGGGACCGTGCCAGAGATCTCGATTCAAGCGGATAAAGATTACAGCGTGCTGGTTAAGAAGGGCGTAAAAAGTCCGGATATCCGTCATGAAATTCAGATGGACCCGAATTTAAAGGCGCCGGTAGCCGCCGGACAAGTCGTCGGCAAGCTAACGGTGTATCAAGGCGATCGGGTAGTGAAGGAGTTCGAGCTGACATCTCCTGTCGAGGTGAAGAAGGCCGGATTCTGGAAGCTGTTCAAACGGACAACCGGCAAGTTGTTTCATGTAGATTAA	MKKALIAGLLVLFVGLSSAAVPSYAEEKSKPGEGSSQEELAPGARSAILLDADTGTIIYEKNSHDKLPPASITKIMTMLLTMEAIDEGQLQWTDKVRTSEYAASMGGSQIFLEPGEEMTVDEMLKGIAMASGNDASVAVAEKIAGSEEAFVKLMNEKAAELGMKDTHFVNCNGLPAENHYTSAHDIAVMSRELLKYDQITKYTGAYQDYLRKDSEKPFWLVNTNKLVRFYTGADGLKTGYTSEAKFCLSATAKRDGLRAVAVVMGAPDTKTRNNEVSRMFDYAFSQYSMHSIYKPGEVLGIVKVQKGTVPEISIQADKDYSVLVKKGVKSPDIRHEIQMDPNLKAPVAAGQVVGKLTVYQGDRVVKEFELTSPVEVKKAGFWKLFKRTTGKLFHVD	PGPT0024040_3310	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
JZ016_06399	354	spoIIAA	COG1366	Anti-sigma F factor antagonist	ATGAATCTGCATGTTGATATGGAGCATCACAGGCATGTACTGATTGTCCGTCTGTCCGGGGAACTGGATCATCATACGGCCGATCATGTCCGGATGCAGCTGGATGAAGCTATTCAGAGACGTCAAACAGAGCACTTGGTGCTGAGCTTAAAGGACTTGGACTTTATGGACAGCTCGGGACTTGGGGTCATCCTGGGACGCTATAAATTCATCAAGCAAAAAGGCGGAAAGATGGCGGTATGCGATGTCAAGCCACAGGTTTACCGCTTGCTTGAAATGTCGGGGCTGTTCAAGATCATGCCGATATATGAGAACGAGAGCACGGCACTCTCGGGTTTGGAGGTAGTGTCATGA	MNLHVDMEHHRHVLIVRLSGELDHHTADHVRMQLDEAIQRRQTEHLVLSLKDLDFMDSSGLGVILGRYKFIKQKGGKMAVCDVKPQVYRLLEMSGLFKIMPIYENESTALSGLEVVS	PGPT0024655_198	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024655-spoIIAA-K06378	NA	NA
JZ016_06400	459	spoIIAB		Anti-sigma F factor	ATGAGTGAAGGAAAAGCACAGCATAATTTTATGACTCTGCAGTTTGCCGCAAAGTCGGAAAACGAATCCTTTGCCCGTGTCGCCGTGGCTGCGTTCATCTCCCAGATGGATCCCAACATGGATGAGCTCAGTGACCTGAAAACGGTAGTCTCCGAAGCGGTCACAAACAGCATTATCCACGGTTACGATAGTGATCCGGATGGGGTTGTCAAGATTGAAGCCTCCATAGACGGGGATATGATCACGCTGTGCATTGAAGATTCCGGCCATGGGATCGAAGACTTGGAGATGGCCAAGCAGCCGCTTTATACATCAAAGCCAGAGCTGGAGCGATCCGGCATGGGATTCACCATCATGGAAAATTTCATGGACGAATTTGAAGTGGTCAGCGAACCAGGCAGCGGTACGTCGATCAAAATGAAAAAGAGGATCGAATCTAAGAAAGCTTTATATAATTAG	MSEGKAQHNFMTLQFAAKSENESFARVAVAAFISQMDPNMDELSDLKTVVSEAVTNSIIHGYDSDPDGVVKIEASIDGDMITLCIEDSGHGIEDLEMAKQPLYTSKPELERSGMGFTIMENFMDEFEVVSEPGSGTSIKMKKRIESKKALYN	PGPT0024660_30	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_II_SPORULATION,PGPT0024660-spoIIAB-K06379	NA	NA
JZ016_06401	756	sigF	COG1191	RNA polymerase sigma-F factor	ATGGATGCCGATGTGAAGAAAACTTCGCAGACTTATTTGGACGACGCGGAGGTCAAACGACTCATTGCACTTAGCCAAAGCGGGGATAATGTCGCCCGGGACACGCTCGTCAACTGTAATATTCGTCTTGTCTGGTCTGTCGTTCAGCGGTTTATGAACCGGGGGTATGAGCCTGATGATCTGTTTCAGATCGGCTGTATCGGTCTCCTCAAATCCGTGGACAAGTTCGATCTCAGTTATGACGTAAAGTTCTCGACCTATGCCGTACCGATGATCATCGGAGAAATTCAGCGCTTCTTAAGGGACGACGGGACCCTGAAGGTCAGCCGTTCGCTTAAGGAAATGGCCAACAAAGTCAGGAAGAAGCGGGACGAGCTGTCCAAGCAGCTCGATCGGCTTCCAACGGTGAAAGAGGTTGCCGAAGAGCTTGGGGTAACCCCCGAGGAAGTGGTGTTTGCCCAAGAGGCGAACAAACCGCCAACCTCGATTCATGAGACCGTATTTGAAAATGACGGGGATCCCATAACGCTAATGGATCAGATAGCTGATGAATCGCAGGAACGATGGTTCGACAAGCTGGCCTTGAATGAAGCGATAGGCGGCTTGACCGAACGGGAGCGGCTCATTGTATATCTGCGGTATTACCGGGATCAGACGCAGTCGGAAGTTGCCAGCCGGCTGGGCATATCCCAAGTACAGGTATCGCGACTTGAGAAAAAAATATTGCAGAGCATACGGAACGAGATCGCGCAGTAG	MDADVKKTSQTYLDDAEVKRLIALSQSGDNVARDTLVNCNIRLVWSVVQRFMNRGYEPDDLFQIGCIGLLKSVDKFDLSYDVKFSTYAVPMIIGEIQRFLRDDGTLKVSRSLKEMANKVRKKRDELSKQLDRLPTVKEVAEELGVTPEEVVFAQEANKPPTSIHETVFENDGDPITLMDQIADESQERWFDKLALNEAIGGLTERERLIVYLRYYRDQTQSEVASRLGISQVQVSRLEKKILQSIRNEIAQ	PGPT0014795_599	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091	NA	NA
JZ016_06402	645			hypothetical protein	ATGAAGGTTAATCCCACTCCGACGGTGTTTCTGCAGCTAAGGAGCCGCATACGGTTACCAAGAAACCAGACCGTCAAACTAGGTGATGTCGCCTTCATTGTCTGCGAGCCCGAATGGGAGAAGCGGCTTAGAGCCCTGCCGCTTACGCAGCCGAAGGATATCGATGGCAACCGCCTTGTCATGGATCTGATACAAATCATCCCGAAGATTCAAGCCTTGATTCCTGGCGCCCATATTGAACCGATGGGAAACCATCATACCCTGGTGGAGCTTATTGGTCCGGAGAGCAAGCGGTCCAAATTGTGGTTCCCGCTCATTTGGCTGCTCTTGTTTTTCGGTTCGGCGCTGACCATTATGAATTTCCATGCCGACGTCAACATGCTCGAGGTACAGATCCGAATCGTCGAGATGGTGACGGGGAAAAGAGACGAGCATCCCTATTTGTTCCAGATTGCATACTCGCTCGGGCTCGGATTCGGAATGACGGTGTTCTTCAATCACTTATTCAAGAAAAAATGGAATGAAGAACCGACCCCGCTCGAGGTGGAAATGTACCTCTATCAGGAAAATCTGGATCAGTTCGTGGTCGCCGAAGAATATCGGAAAATGAACGCCGGAGCGGATACGACAGGTAAGGAACCATGA	MKVNPTPTVFLQLRSRIRLPRNQTVKLGDVAFIVCEPEWEKRLRALPLTQPKDIDGNRLVMDLIQIIPKIQALIPGAHIEPMGNHHTLVELIGPESKRSKLWFPLIWLLLFFGSALTIMNFHADVNMLEVQIRIVEMVTGKRDEHPYLFQIAYSLGLGFGMTVFFNHLFKKKWNEEPTPLEVEMYLYQENLDQFVVAEEYRKMNAGADTTGKEP	PGPT0024795_57	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024795-spoVAA-K06403	NA	NA
JZ016_06403	426			hypothetical protein	ATGATGTCCATTCTGCAAGGGATATTCACCTGTGTTCTTGGCGTAGCTGGGGGCATCGCCGTCGGCGGCGGAGTCATTGCGCTCATCATCGTGTTGGACATCATTCCGAGATTGTCCCAGCTGACGGCAACGTACAACCGGGTCCATTGGTATGAAGGGGCTTTAATTGCCGGATCTTTTATCGGCACGGTGGCCGATTTCTGGCGATGGTCCGTTCCTTTGGGACCGGTTGTGAGTACCGTGATCGGATTGATGTGCGGGATATTCATCGGCATGCTGGCAGCCGCATTGACCGAAGTATTGAATGTATTGCCGATTCTGGCCAAGCGGCTCCGGTTGACGGGCTATTTGTTCGGTCTTCTTATGGCCATGGTCGCAGGCAAGGTAGCGGGCTCTCTGTTCGACTGGTTTGTTTACAGCAAGTGA	MMSILQGIFTCVLGVAGGIAVGGGVIALIIVLDIIPRLSQLTATYNRVHWYEGALIAGSFIGTVADFWRWSVPLGPVVSTVIGLMCGIFIGMLAAALTEVLNVLPILAKRLRLTGYLFGLLMAMVAGKVAGSLFDWFVYSK	PGPT0024800_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024800-spoVAB-K06404	NA	NA
JZ016_06404	1635			hypothetical protein	ATGGACGAGAAAACAACATATAACGGCGAACGGGAGACCGATATTCCGATCATTCCACCATCGGAGATCAAAGCATTGGAGGAACAGGAGCTGGCTGAGAAGAGGGAGGCCGAGACCTCCAACAGCACCGAGGAATCCGTCATCTACTGGCAGCATACAGACCATGTCCCCGCAAAGCTGAGTGATCTGAAAAAAGTGCTTAAGGAAGTTATCGGTCTTGGGGTTTCTTTTGATGTGGTATTCCGTGAAATGAACTTTGCCGGCAGAAACGCGGGACTTCTCTTCTTAAACGGCTTCACGAATGATGCCGTGGTGACGGATATACTGACAAGGCTGACGTATCTGACACCGGAGGATGTGAGCAATCAGGCACTTACCGAGATGATGACCCGCTATATTCCCCATGTCCAAGTGGAGCGGGATACAAGGCTCAGCAAAGTGATTAACGAAGTGCTCTCGGGTATATGTGCGCTGTTCATTGAGGATGCGCATTCCGCTATCTTGTTGGATACCCGGAAATATCCTGTGCGCGGGCTCGAGGAGCCTGCGGTGGAACGTGTCGTTCGCGGCGCAAGGGATGGTTTTACGGAGACACTCGTTACCAACGTGAACCTGGTGCGAAGACGGGTTCGTGATCCGGGACTTCACGTTGAGGTCATGAAGGTCGGAAGGCGGACGAGAACGGATGTGTGCCTGGTTTTCATAGATGACATCGTGGACCGTACGCAGGTTGAGGCGATTCGCGATAAAATCAAGGAAGTGGATTTAGAGGGGCTTCCACTTGGAGATAAACAGCTCGAAGAAGCAATCGTGAACAAAGGCTGGCACCCATTTCCGCTGGTCCGATATTCGGAACGGCCGGATGTTGTATCCTCCCATCTGCTCGAAGGCCGAGTAGTTGTCATGGTAGATACTTCACCGAGCGTGATGATTATGCCAACCACGTTTTTGGATCTGTGTCAGCATGCCGAGGAGAATCGCCAAACCCCATTTATGGGGACATATCTCCGCTGGATACGTTTTATAGGCATTTTTGCATCCATGTTCCTGCTCCCGCTGTGGATGCTGCTTGTTGTCCATCCTGAACTGAAGCCGCCGGGACTCGATATCATCGGTCCGCAGGAGAATGCTAAAATTCCGATTATCCTGCAGTTTCTGATCGTTGAATTCGGCGTGGATTTGCTCCGCTTGGCTGCCGTTCATACGCCGACACCGCTTGCGTCGGCGATGGGGCTGATCGCCGCGATCTTGATCGGCGACATCGCCGTTAAGACCGGATTGTTTGTCAACGAGGTCGTCTTGTATATGGCGGTTGCATCCATCGGGATGTATGCAACTCCGAGTTATGAGCTGGGACTTGCCAACCGGATGGTCAGGCTGCTCCTTCTGCTTGCAACAGCCCTGTTTGGGGTGAAGGGTTTTGTCATCGGGACGACGCTTCTGATTCTGCTCCTGACGACACACCGTTCCTACAATTCCTCTTATTTGTGGCCATTTATACCATTTAGTGCAAAAGCGATGGGCGAAATTTTGTTCCGCAAACCGCTGCTTCTATCTAGAAGACGCCCGGCCCACAATAAAACACGCGACAACACCAAAATGGGCCCTGAAATGAATCCGAGAGGCGAGCAATAA	MDEKTTYNGERETDIPIIPPSEIKALEEQELAEKREAETSNSTEESVIYWQHTDHVPAKLSDLKKVLKEVIGLGVSFDVVFREMNFAGRNAGLLFLNGFTNDAVVTDILTRLTYLTPEDVSNQALTEMMTRYIPHVQVERDTRLSKVINEVLSGICALFIEDAHSAILLDTRKYPVRGLEEPAVERVVRGARDGFTETLVTNVNLVRRRVRDPGLHVEVMKVGRRTRTDVCLVFIDDIVDRTQVEAIRDKIKEVDLEGLPLGDKQLEEAIVNKGWHPFPLVRYSERPDVVSSHLLEGRVVVMVDTSPSVMIMPTTFLDLCQHAEENRQTPFMGTYLRWIRFIGIFASMFLLPLWMLLVVHPELKPPGLDIIGPQENAKIPIILQFLIVEFGVDLLRLAAVHTPTPLASAMGLIAAILIGDIAVKTGLFVNEVVLYMAVASIGMYATPSYELGLANRMVRLLLLLATALFGVKGFVIGTTLLILLLTTHRSYNSSYLWPFIPFSAKAMGEILFRKPLLLSRRRPAHNKTRDNTKMGPEMNPRGEQ	PGPT0024820_33	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024820-spoVAF-K06408	NA	NA
JZ016_06405	1332	lysA	COG0019	Diaminopimelate decarboxylase	ATGTTTTTACACGGTACAAGCAAGATTAACGATCAGGGGCATTTGGAAATCGGCGGGTGTGACACATCCGATTTGAAAGCTCAATATGGAACACCATTATATATTGTAGACGAGCAGTCGGTTCGCAATCGTTGTCGGGAATACATCGAGGCCTTCAAGGCGTCCGGCTTGAAGTTCCAAGTCGCGTATGCAAGTAAGGCGTTTTGCGTGATGGCCATGTGCCAATTGGCCGACCAGGAAGGTATGTCGCTTGACGTCGTATCAGACGGAGAGCTGTACACCGCACTTGAGGCCGGATTCCCGGCAGACCGGATTCATTTCCACGGAAATAATAAAACCCCGGAAGAAATTGAGATGGCGCTGGATGCGGAAATTGGCTGTTTCGTTGTCGATAACGTAGTTGAACTGCATATGCTGCAAGCGATTGCTGCCGAGAAGAATCGGAAGGTCAACATTCTGCTACGCGTGACACCGGGTGTTGAGGCTCATACGCATGAGTATATCTCAACAGGCCAAACGGATTCGAAATTTGGCTTTGATATCGGCAACGGCTCTGCTTATGAAGCGGTGAAGCTTGCCGAGGCTCAAGCGAACATTCATCTGATGGGTATTCATTCCCATATCGGCTCCCAGATTTTTGAGGTGGAAGGCTTTCAGATGGCTGTTCAGCGCGTAGCTGAATTCGCGGCTTCCGTTAAAGAAGGTTTGGGGGTTGTGTTCAAGGTTGTAAACCTTGGGGGTGGTTTCGGTATCCGTTACGTGGATGGCGATACGCCGCTTCAAGTATCCCAGTATGTAAAAGCGATCACGGATGCCGTGAAGACCCATTTTGCGGGCCTTGGCTCCGAACTTCCTGAAATTTGGGTGGAACCGGGCCGGAGCATTGTTGGTGATGCAGGCACCACCCTGTATACGGTGGGCACAAGCAAGGATATTCCCGGAGTGCGTAAATACGTTGCCGTAGACGGCGGAATGACGGACAACCCGCGCCCGGCGCTGTACGAGTCGAAATATGAAGCGCTGCTGGCGAACCGGGCGAATGAGAAACCGGAAGAAACGGTATCCATTGCCGGCAAGTGCTGTGAGAGCGGAGACATGCTCATCTGGGACTTGGAGCTTCCGAAGGTAGCAACAGGCGATTTGCTGGCCGTATCCTGCACAGGCGCATACAACTATTCCATGGCTAGCAATTACAACCGCATCCGCAAACCTGCAGTCGTGTTCGTGAAGGACGGACAGAGCAAGCTGGTCGTACGCCGTGAGTCGCTTGCGGACATCATCAGTCATGATGTGGTGCCGGCAAGTGTAACCAAAGAAACCGTAACCAATTAA	MFLHGTSKINDQGHLEIGGCDTSDLKAQYGTPLYIVDEQSVRNRCREYIEAFKASGLKFQVAYASKAFCVMAMCQLADQEGMSLDVVSDGELYTALEAGFPADRIHFHGNNKTPEEIEMALDAEIGCFVVDNVVELHMLQAIAAEKNRKVNILLRVTPGVEAHTHEYISTGQTDSKFGFDIGNGSAYEAVKLAEAQANIHLMGIHSHIGSQIFEVEGFQMAVQRVAEFAASVKEGLGVVFKVVNLGGGFGIRYVDGDTPLQVSQYVKAITDAVKTHFAGLGSELPEIWVEPGRSIVGDAGTTLYTVGTSKDIPGVRKYVAVDGGMTDNPRPALYESKYEALLANRANEKPEETVSIAGKCCESGDMLIWDLELPKVATGDLLAVSCTGAYNYSMASNYNRIRKPAVVFVKDGQSKLVVRRESLADIISHDVVPASVTKETVTN				NA	NA	NA	NA	NA
JZ016_06406	432	ppiB	COG0652	Peptidyl-prolyl cis-trans isomerase B	ATGGCTAAAAAAGCGAAGATCACATTAGAGAACGGCAAAGAGGTAGTGCTTGATCTGTTCGAGAATGATGCACCGAATACGGTAGCTAATTTTGAGAAATTGGCGAACTCCGGTTTTTATAACGGTCTTGTATTTCACCGCGTAATTCCTGGGTTCGTTGCTCAAGGCGGCTGCCCACAGGGAACGGGAACCGGCGGTCCTGGCTATACCATCAACTGCGAGATCAACCCTAACAAGCATGAGCGTGGAAGCTTGGCCATGGCGCATGCCGGCCGCAACACGGGCGGAAGCCAGTTCTATGTATGCTACGAGCCGCAGCCGCATTTGGACGGACAACATACGGTGTTCGGTAAAGTTGTAGAGGGCATGGAGTATGTGGATGCATTCAAAGGCCGCGACAAAATGGAAAAAGTAGAAGTATACGAAGCGTAA	MAKKAKITLENGKEVVLDLFENDAPNTVANFEKLANSGFYNGLVFHRVIPGFVAQGGCPQGTGTGGPGYTINCEINPNKHERGSLAMAHAGRNTGGSQFYVCYEPQPHLDGQHTVFGKVVEGMEYVDAFKGRDKMEKVEVYEA	PGPT0015111_4874	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015111-ppiB-K03768	NA	NA
JZ016_06407	402	fadM_3	COG0824	Long-chain acyl-CoA thioesterase FadM	ATGAAAACATCGCTGGACATTGTCGTCCGTCCTACGGAGATCGACGTCAACGGACATGTAAACAACGCCAAATACCTGGAATATCTGGAGTGGGGCCGTGAGGAATGGTACGAAGCAGGAAATCTTCAATATGACCTATTGAAACGGCTCGGTGTCCAGACCGTTACCGTCAATATCAATATTAATTACCGCAAGGAGTGCGGCCAGGGCGAACGGCTGACGATCGTGACCGAACCGCAGATTATGGGTCGTACGAGTTATGTGCTGATTCAGACGATATACAACGAACAGGGAGAGCTGTGCGCGGATGCCGCCGTTACCAGTGTGGCGATGGATGTACATACTCGAAAAAGCCGGCCTGTTCCGGAGGAGCTCCGCCAATTATTCCCTGACCCTGCCTAA	MKTSLDIVVRPTEIDVNGHVNNAKYLEYLEWGREEWYEAGNLQYDLLKRLGVQTVTVNININYRKECGQGERLTIVTEPQIMGRTSYVLIQTIYNEQGELCADAAVTSVAMDVHTRKSRPVPEELRQLFPDPA				NA	NA	NA	NA	NA
JZ016_06409	1110	ribD_2	COG0117	Riboflavin biosynthesis protein RibD	ATGTTTAGCATGGATATCGTCAACGATGAATTCTATATGTCACTTGCGCTGGACCTGGCTGAACGTGCTCAGGGCCAAACCGGGATTAATCCGGTTGTGGGCTGTGTCGTCGTTAAGGATGGCGCGCTTGCAGGGGTGGGAACACATCTGGAGCGCGGAACACCGCACGCTGAAGTTCATGCTCTGAATATGGCTGGCAGCAAAGCAGCGGGCAGTACGGTGTACGTGACACTGGAGCCCTGCAGTCACTACGGTACGACGCCGCCATGCAGCGAGAGGCTGATTGCCGAAGGTGTTCAGCGAGTGGTTGTTGCTTGCGAGGACCCCAATCCTCTTGTTGCGGGCAATGGGATCCAAATGCTGCGCGCAGCGGGAATCAGGGTTGAGATCGGTGTCCTTAAGGAACGTGCTCTTCGCTTGAACGAAACCTTCATTAAATTCATTACGACGGGTCAGCCTTTCGTAACGTTAAAGACAGCCAGCACGCTGGACGGCAAGATCGCTTCGAAAACCGGTGATAGCAAGTGGATATCCAATGAGGAATCAAGAGAGCTTGTGCATACGCTGCGTCATCGTCACCAGGGCATCATGGTAGGCGTGTCTACCGTAATCGCGGATAATCCAAGCCTGACGACAAGACTTGGCGTGGAAGGCTTGCATCCGGTTAGGATCATTGTGGATTCCAGCTTACGAATCCCGCTCGACAGCCATGTCGTGACAGACGGTTTGGCGCCGACATGGGTCTTGACGACGGAGCAGGCGGATGAGAAGAACCGGTCCGTGCTGGAAGAGCAAGGAATTCAGGTTATCCCCTGCGGGCCAGGACCGCGTGTGGATCTGAAGGCTGCACTGGTGAAACTGGGGCAAAAGGGGATTGCCTCCATTTTGCTGGAGGGCGGGGGCACGCTGAATGGCTCAATGCTGGAACAGAAGCTGGTGGATCGGCTCATCCAGTTCATCGCCCCTAAGATTATTGGTGGATACGATTCCCCGGGAAATTACATGTTCAGCGGGTATGAGCAGATGAATCAAGCGATTCAGCTGACAGGACTTGAGACCGAAAGACTTGGCGACAATATTTACGTCACCGGGATTCCGGTCTGGAAATAA	MFSMDIVNDEFYMSLALDLAERAQGQTGINPVVGCVVVKDGALAGVGTHLERGTPHAEVHALNMAGSKAAGSTVYVTLEPCSHYGTTPPCSERLIAEGVQRVVVACEDPNPLVAGNGIQMLRAAGIRVEIGVLKERALRLNETFIKFITTGQPFVTLKTASTLDGKIASKTGDSKWISNEESRELVHTLRHRHQGIMVGVSTVIADNPSLTTRLGVEGLHPVRIIVDSSLRIPLDSHVVTDGLAPTWVLTTEQADEKNRSVLEEQGIQVIPCGPGPRVDLKAALVKLGQKGIASILLEGGGTLNGSMLEQKLVDRLIQFIAPKIIGGYDSPGNYMFSGYEQMNQAIQLTGLETERLGDNIYVTGIPVWK	PGPT0008555_1847	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008555-ribD-K11752	NA	NA
JZ016_06410	669	ribE	COG0307	Riboflavin synthase	GTGTTTACTGGATTGGTTGAGGAGATCGGCGAGATGAGGCGGATCGGACGGAAGGGCGAAGCCATGCTGCTGAGCATTTCCGCGAGCCGGATTATGGATGATTTAAAGCTGGGGGACAGCGTATCCGTTAATGGCGTTTGCTTGACAGCTACAACCATTGACAAAGGTATATTTACGGTAGACGTGATGCCGGAAACCTATAGAAATACCAATCTTAAGGAACTGCAGCCAGGCGGAAAGGTGAATCTGGAACGGGCGATGGCGGCCGGAGGCAGATTCGGAGGCCATATCGTTCAGGGGCATGTGGATGGCGTAGGTGTCATTCGCAGCGTGCAGGCAGATCAGAATGCCGTGGTATACGAGATTGCGCCCGCGAATGGGGACATATTCAAATATATCATTCCGAAAGGCTCCGTCACCCTGGATGGAATCAGCTTGACCGTTGTCAAAACGACAGATTCCTCCTTTACGGTATCCATCATCCCCCATACGCTGGCGGAGACGGTGCTGGCTTATAAAAAAGCGGGCGATACGATTAATATCGAATGCGACATTTTAGGGAAATATGTAGATCACCTGCTGCATTACGGCTCAGAAGGGGCCGGCAGCAAAGGCGGAACAAAACCGGGGATCAGCAGGGATTATCTTGCGGAACACGGATTTGCCTAA	MFTGLVEEIGEMRRIGRKGEAMLLSISASRIMDDLKLGDSVSVNGVCLTATTIDKGIFTVDVMPETYRNTNLKELQPGGKVNLERAMAAGGRFGGHIVQGHVDGVGVIRSVQADQNAVVYEIAPANGDIFKYIIPKGSVTLDGISLTVVKTTDSSFTVSIIPHTLAETVLAYKKAGDTINIECDILGKYVDHLLHYGSEGAGSKGGTKPGISRDYLAEHGFA	PGPT0008610_650	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008610-ribE|RIB5|ribC-K00793	NA	NA
JZ016_06411	1239	ribBA_2	COG0108	Riboflavin biosynthesis protein RibBA	ATGGATGAGCGCTTTTCATTTCATACAATCGAAGAGGCGTTAACCGATTTGAAGGAAGGCAAGGTCGTCATTGTTGTCGATGATGAAGACCGTGAGAATGAGGGTGATTTTATCGCATTAGCAGATAAGGCAACCCCGGAGGTCATTAATTTTATGATCACCGAAGGCCGTGGGCTCGTATGTTTGCCCATGACGCAGGCCAGAGCCCAGGAGCTCGACCTCAAACCGATGGTTACCCAAAATACGGACTTTCATGGAACGGCCTTTACGGTTTCCATTGATCATAAGGACACTACGACAGGCATATCGGCCTATGAGCGGTCCATCACCGTCAAAGGCATTTTGGATTCGAATGCATCTGCGTCCGATTTCCGAAGACCAGGTCATATGTTCCCGTTGATCGCAAAAGATGGAGGCGTCCTGCGCCGGGCAGGACATACGGAGGCCGCTGTCGATCTTGCCAGATTGAGCGGCTCCTATCCGGCCGGCGTCATCTGCGAGGTAATCAAGGAAGACGGCACAATGGCACGGCTGCCGGACCTTGTGGAGATTGCCAAGAAGCATGAGCTGAAGCTGATTAGCATCAAGGATCTGATTCATTACCGCAATGAAAAAGAAAAGCTTGTCCAGCGAGAGGTAGCTGTGCGGATGCCGACCGACTTCGGCGTGTTTCAGGCCGTAGCCTACACCAACGACGTGGACAATAAAGAGCATGTTGCCTTGGTAAAAGGGGAGATCGACGGGAATGAGCCTGTCCTCGTGCGCGTGCATTCCGAGTGTCTGACAGGAGATGTGTTTCACTCCCATCGCTGCGATTGCGGTCCCCAGTTCGAGGCGGCACTCCGCCAAATCGATGAAGCAGGCAGAGGCGTTCTTCTCTACATGCGCCAGGAGGGGCGGGGCATCGGCTTAATCAACAAATTGAAAGCCTACAAACTGCAGGAAGAGGGACTCGACACCGTGGACGCGAACCTGAAGCTCGGTTTTGCGGCGGATCTGCGCGATTACGGCATCGGAGCCCAGATCCTGAAGGATCTGGGGATCAGAAAAATCCGCTTGCTGACAAACAATCCGCGCAAAATCAAAGGCCTCGAGGGTTACGGTCTTGAGGTTGTGGAGCGCGTTCCGATCCAAATGCCGGAGAACGAGGATAACACGGGCTACCTGCATACCAAGCAAGCCAAGCTCGGTCATATGCTGAAATTCAGCGATATCGAGCAGAACGAGAGTGCCAACTAA	MDERFSFHTIEEALTDLKEGKVVIVVDDEDRENEGDFIALADKATPEVINFMITEGRGLVCLPMTQARAQELDLKPMVTQNTDFHGTAFTVSIDHKDTTTGISAYERSITVKGILDSNASASDFRRPGHMFPLIAKDGGVLRRAGHTEAAVDLARLSGSYPAGVICEVIKEDGTMARLPDLVEIAKKHELKLISIKDLIHYRNEKEKLVQREVAVRMPTDFGVFQAVAYTNDVDNKEHVALVKGEIDGNEPVLVRVHSECLTGDVFHSHRCDCGPQFEAALRQIDEAGRGVLLYMRQEGRGIGLINKLKAYKLQEEGLDTVDANLKLGFAADLRDYGIGAQILKDLGIRKIRLLTNNPRKIKGLEGYGLEVVERVPIQMPENEDNTGYLHTKQAKLGHMLKFSDIEQNESAN	PGPT0007990_1319	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0007990-ribBA-K14652	NA	NA
JZ016_06412	468	ribH	COG0054	6,7-dimethyl-8-ribityllumazine synthase	ATGACAACAATATTTGAAGGTAAATTAGTATCCGAGGGTCTAAAGTACGGGATCGTCGTAGGTCGATTCAACGAATTCATCACCAGCAAGCTGCTGAGCGGCGCACTGGACGCACTGAAGCGTCATGGCGCACAGGAGAACGAAGTCGACGTGGCGTGGGTGCCGGGTGCGTTTGAAATCCCGCTGATTGCCCAAAAAATGGCAGAGAGCGGCAAATACGATGCAATCATCACCTTGGGAACCGTCATTCGCGGGTCCACCACGCACTATGATTATGTATGCAACGAAGTGGCCAAGGGGGTATCCGCAATTAACCTGAAGACCGGTGTACCAACGATTTTCGGTGTCGTGACGACGGAGAATATCGAACAAGCCGTGGAGCGTGCGGGAACGAAGGCCGGCAATAAAGGCTGGGATTCGGCCATGGCAGCCATCGAAATGGCGAACTTGACGAAAAGCCTAAAATAG	MTTIFEGKLVSEGLKYGIVVGRFNEFITSKLLSGALDALKRHGAQENEVDVAWVPGAFEIPLIAQKMAESGKYDAIITLGTVIRGSTTHYDYVCNEVAKGVSAINLKTGVPTIFGVVTTENIEQAVERAGTKAGNKGWDSAMAAIEMANLTKSLK	PGPT0008605_3201	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008605-ribH|RIB4-K00794	NA	NA
JZ016_06413	792	scpA	COG1354	Segregation and condensation protein A	GTGACCGTATTATACAAGCTGGAAACGTTTGAAGGACCGCTCGATCTGCTGCTGCATTTGATTGATAAAGCGGAAATCGACATCCAGGATATTCCCGTCAGCGAGATTACCGAACAATACATGGCCTATTTGCACAACATGCAGGAGCTGGAGCTGGAAATTACGAGCGAATTTCTGGTCATGGCTGCAACGCTGCTGTCTATAAAGAGCAAACTATTGCTTCCGAAGCCTCCGGTTATCGAAATGGACGAGTTCGATTTTTATGAAGAGGATGACATGGATCCCAGAGCAGAGCTCATTGCGAAGCTGATCGAATACCGTAAGTACAAAGGCATCGCTCGCCACCTGCATGAGAAGGAATGGGAACGCAGTCTGATGTATTCCAAGGAAGCGGAAGACCTGACGCCTTACATGCCGGAAGTGGAAGAGAATCCGGTTCAGGGATTACATATTTCGGATTTGATCGCTGCTTTTCAAAAAGCGTTAAGCAAAGCAGTCAAACGTACATCGTATGCCCGCATTCAGCGGGATGAAATATCGGTTAAGGACCGGATTCGTCAGGTCATGGATGCTTTGGAGGAGGTTGGGCCTGGAGGCAGAATCCTGTTCTCCAAGCTGCTACACGAAGAGATGGTACGGCATGAAATCGTGGTAACCTTCCTGGCCATTTTGGAGCTGATGAAAATGAAGCAAATTTTGTGCTACCAAGAGAAGTTGTTTGAAGATATCGTCATGGAGTGGAGAGGGGAAGGACGCATTGATGGATTATCCGAAGCTGAAATCGATTATTGA	MTVLYKLETFEGPLDLLLHLIDKAEIDIQDIPVSEITEQYMAYLHNMQELELEITSEFLVMAATLLSIKSKLLLPKPPVIEMDEFDFYEEDDMDPRAELIAKLIEYRKYKGIARHLHEKEWERSLMYSKEAEDLTPYMPEVEENPVQGLHISDLIAAFQKALSKAVKRTSYARIQRDEISVKDRIRQVMDALEEVGPGGRILFSKLLHEEMVRHEIVVTFLAILELMKMKQILCYQEKLFEDIVMEWRGEGRIDGLSEAEIDY				NA	NA	NA	NA	NA
JZ016_06414	606	scpB	COG1386	Segregation and condensation protein B	ATGGATTATCCGAAGCTGAAATCGATTATTGAGGGGCTTCTGTTCCTGTCGGGAGAAGAGGGCTTGTCGGTTAGGCAAATTGCTGAGATCACCGAGCAGTCGGATGGCCTGGTTGGCGAAGCGCTTGAGGACATGAAGGAGGAATGGGAGCGCCATGAGCGCGGGATTCAGATCGTACAGATTGCGGGGAGTTACAAAGTCGCGACGCTGGCCGAGCATGCTCCGTATTTTGAGCGCCTGGCGTATTCTCCCTCCCGCTCCTCCTTGTCGCAAGCCGCACTCGAAACACTTTCCATCGTGGCCTACCGTCAACCGATTACGCGCGTAGAGATTGAAGACATCCGCGGCGTCAAGTCCGAACGGGCCATCCATACGCTGGTAAGCAAAGGATTGATCGAGGAAGTCGGACGCGCCGAGGCGATTGGCAGACCGATTCTGTATGGAACGACCAAGTCTTTCCTGGAATATTTCGGGCTTGCCAACATCAAGGATTTGCCGGAGCCGTCGCAATTCGAGGATAACGATAATTTAGAAGAGGAGACTCAGCTGTTGTTCGATAAGCTTGACGGTCGTCAGCTTACGTTTGATGATGTAGAGGAAACCTAG	MDYPKLKSIIEGLLFLSGEEGLSVRQIAEITEQSDGLVGEALEDMKEEWERHERGIQIVQIAGSYKVATLAEHAPYFERLAYSPSRSSLSQAALETLSIVAYRQPITRVEIEDIRGVKSERAIHTLVSKGLIEEVGRAEAIGRPILYGTTKSFLEYFGLANIKDLPEPSQFEDNDNLEEETQLLFDKLDGRQLTFDDVEET				NA	NA	NA	NA	NA
JZ016_06415	684			hypothetical protein	GTGAGGATATGGATCTTTCTGGCGGCTGGTCTGGTCGTTCTCCTCATCGTATTGCTGATCGTTGTGCTGAGCTCCAAGGTAACGATTAAGCTGGATGTGGTTCTGAAAAAAGATGAATATAAAGTATTGGCAGAAATCAAAATGATCTTCGGATTAATTAAGCGCAAGTATGCAGTCCCCTTTCACCTGGCGAACGGTGGGATCGAGTTTAAGAAGGAAACCGTTGGTGGAGACGGAGAACAGGGAACTGCACCCGATTCAATAGAGGAGAAGGCTTCGAGCAGAACGATCAGATTTAAGGACTACGGGCGGGCCATGCTTTCAACAAAAGGTTTCAAAAAGTGGTTGAGACAGACGATGTCGGCCGTTCATCTCATGGATGTGCGCTGGTCAACCCGGATTGCCCTGGAGCATGCAGCCGACACGGCGGTAGCGACTGGTCTGCTGCACGGCATCAAGCATACGTTACTTGGATGGATGTCGTATCGCCTGGTCATGAAAGAGCTTCCCCGAATTGATGTGGTGCCGCTCTTTAACGGTCCGCCGCAAATTTCCACAGAGCTTAACTGCATAGCGAAAATCTCTTGCGGAAAAGCTATGTATGCTGGACTGGTACTTATAGTTCGCGTGTTAAAGGTGAAAGGAGGAATTAGATCATGGCAGAACACCCTATTCAAGGCTTGA	MRIWIFLAAGLVVLLIVLLIVVLSSKVTIKLDVVLKKDEYKVLAEIKMIFGLIKRKYAVPFHLANGGIEFKKETVGGDGEQGTAPDSIEEKASSRTIRFKDYGRAMLSTKGFKKWLRQTMSAVHLMDVRWSTRIALEHAADTAVATGLLHGIKHTLLGWMSYRLVMKELPRIDVVPLFNGPPQISTELNCIAKISCGKAMYAGLVLIVRVLKVKGGIRSWQNTLFKA				NA	NA	NA	NA	NA
JZ016_06416	453	ytfJ	COG3874	putative spore protein YtfJ	ATGGCAGAACACCCTATTCAAGGCTTGATGCAAACGGCTATGGAAAACATCAAGGGAATGGTGGACGTTAATACGATTGTGGGCGATCCGGTGAATACGCCGGACGGCAGCGTTATCTTGCCAATCAGTAAAGTGGCGTTTGGTTTCGCGGCCGGCGGTAGCGACTACAACGTTGAGGCGGGAGGCACACACGCATCCACCACCACTAACGGGACGCACAACGATCATAGTGCCCTTCCTTTTGGCGGCGGCAGCGGCGGTGGCGTGTCCATTCGGCCGATTGCTTTCCTGGTCGTGGGTAAAGAAGGCGTGCACATCGTGCCGCTGGACAATCAAACCCATCTGTTTGAACGGATTATTGATGCAACCCCGTATTTACTCGATCAAATCCAGTCGATGTTTCAATCAGGAAGCAATGCCGCGAACAGCACCACGCCTCCGCCTGCGTACTGA	MAEHPIQGLMQTAMENIKGMVDVNTIVGDPVNTPDGSVILPISKVAFGFAAGGSDYNVEAGGTHASTTTNGTHNDHSALPFGGGSGGGVSIRPIAFLVVGKEGVHIVPLDNQTHLFERIIDATPYLLDQIQSMFQSGSNAANSTTPPPAY	PGPT0024995_157	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024995-ytfJ-NA	NA	NA
JZ016_06417	1182	dacB	COG1686	D-alanyl-D-alanine carboxypeptidase DacB	ATGATGAAAATGAAATGGACGAACTGCAAGTCTTTGTTATCCATGTTGATTGCCATAAGCTGCTTGCTGGTAACGGTTGTTCCCGTGCATGCAGATCATGAGAATGGCCCCGCCAACCATGCGCAGGCAGCTGCACTGATTGATGTCACTTCCGGTAGAATGCTCTACAGCAAAAACGGGGACGAGCGTTTAAGAATCGCAAGCCTGACCAAGATCATGACAGCCATTGTGGCGATTGAACACGGCAAGCTGGACGATCGCGTCAAGGTCTCCAAGAATGCTTTTGCCAAAGAGGGCTCCTCTCTCTTCCTGAAGCTAGGTGAGGAGATGACGCTTGAGAATCTGCTGTACGGCTTAATGCTGCGATCAGGCAACGACGCCGCGACGGCCATCGCCGAGCATGTCGGGGGTACGGAAGAAGGCTTTGTGCTGCTGATGAACGAGAAGGCGGCCGGACTCGGTTTGACGAACTCGCATTTTATGAATCCTCATGGTTTGGATCATGATGATCATTATTCTTCCGCTAATGACGTTGCCAAACTGACGGCTTATGCCCTCAAGAATCCTGTCTTTAGCGAGATTGTCAAAACGCCGACCAAGAAAGCACCCAATCCGAATGAAGCGTGGGACTACAAATGGGATAACAAAAACAAGATGCTTCGTTTCTACGAGGGGGCGGACGGCGTCAAAACCGGTTACACCAAAAAAGCATTCCGCTGCCTGGTAAGCTCCGCTACCCGAAACGGTCAGCAGATTGCGGCGGTTACGCTGAATGACGGCAACGATTGGAATGATCATTCCAAGATGCTGGATTACGGATTCAACCATTTTCCACTGAAAAAGGTTACGGAGAAAGGGCAGAAGATCCAGGGCTATCCACTGGTCACGGGGAGTTCCTTTACGTATGCGTTTGCGCATGATGAGGAAGCGCGCCTGGTGAAGAGGCTGGTCCTGCATAAAACGAGCACGCCCGACCTGTCTTTCGGGCTTCGGGGTCATATTGAACTGCTGCTCGATAATGTCAGCATCGGCAAAGTTCCGGTCTATGCGGAAGGAAGCAAGCTACCTGAAGTCCCTGAGGTTTTGCAGAAGTCCAGAAGCACATCCGGACCCATCGGTTCGTTGTCGCTGTGGCAGTCTGCAGGAGAAGTGCTAAGGCATCTGTTTAGGGCCAAATCATAA	MMKMKWTNCKSLLSMLIAISCLLVTVVPVHADHENGPANHAQAAALIDVTSGRMLYSKNGDERLRIASLTKIMTAIVAIEHGKLDDRVKVSKNAFAKEGSSLFLKLGEEMTLENLLYGLMLRSGNDAATAIAEHVGGTEEGFVLLMNEKAAGLGLTNSHFMNPHGLDHDDHYSSANDVAKLTAYALKNPVFSEIVKTPTKKAPNPNEAWDYKWDNKNKMLRFYEGADGVKTGYTKKAFRCLVSSATRNGQQIAAVTLNDGNDWNDHSKMLDYGFNHFPLKKVTEKGQKIQGYPLVTGSSFTYAFAHDEEARLVKRLVLHKTSTPDLSFGLRGHIELLLDNVSIGKVPVYAEGSKLPEVPEVLQKSRSTSGPIGSLSLWQSAGEVLRHLFRAKS	PGPT0024040_3419	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
JZ016_06418	633	spmA	COG2715	Spore maturation protein A	ATGATCAATTTGATTTGGATGGGGATGATACTGATCGGCTTTATCTTTGCGGCAGTTAACGGGAACATCGAAAGTGTTACAAAAGCCGCATTTGACGGAGCCCAGACGGGAGTAACCGTCTCCTTCGGTCTCATCAGCATACTGGTATTCTGGCTAGGCATGATGCGCCTGGCAGAGGACGCGGGCCTGCTGAAGAAGGTTGCCAAGCTGCTGGGCCCGGTTGTCCGCTTCCTGTTCCCGGATGTACCGAAGAATCATCCCGCTATGGGGTATATATTGTCCAACATGAGCGCCAATTTGTTCGGTCTGGGGAATGCGGCGACTCCGATGGGGATTAAGGCGATGCAGGAGCTTCAGAAGTTAAACCCGGATAAGGAAACAGCGTCTCCGGCGATGTGTACCCTGCTGGCATTAAATACGGCCAGCATTACGCTCATACCGACAACGCTAATCGCGATCAGGCTGAATTATGAGTCCGCTAATCCTTCGGAAATCGTTGGGACCACGCTTTTGGCCACAGCGATTGCGACGGCGGCCGCCATTATGGCTGACCGATGGTATCGAAGAAGGACGATACGCCGCCAGAAGCCGCCGGGAATCGGTACAAGCCTGAACCCGGATGTGAAGGGGTGA	MINLIWMGMILIGFIFAAVNGNIESVTKAAFDGAQTGVTVSFGLISILVFWLGMMRLAEDAGLLKKVAKLLGPVVRFLFPDVPKNHPAMGYILSNMSANLFGLGNAATPMGIKAMQELQKLNPDKETASPAMCTLLALNTASITLIPTTLIAIRLNYESANPSEIVGTTLLATAIATAAAIMADRWYRRRTIRRQKPPGIGTSLNPDVKG				NA	NA	NA	NA	NA
JZ016_06419	534	spmB		Spore maturation protein B	TTGCTGTCATGGATTAATCTCGTTTCCGCCTGGTCTATTCCCATTATTATCGCATTCATTCCACTTTATGCTTATACCCGCAAAGTGCCCGTATATGAATCGTTTGTGGATGGAGCCAAGGACGGCTTCTCCACGGCGATTGGGATCATCCCGCACTTGGTGGGCATGATGGTCGCCATTAGCGTGTTCCGGTCTTCCGGCGCGCTGGAGTTTTTTGTGGGCTGGACGGGCCCCTTTCTGCAATCGCTGGGCGTGCCGAGCGAGATTTTGCCTTTGGGAATTCTCAGGCCGCTGACGGGTACAGGCTCTCTCGCTTACACAACGGAACTGATCCGGGCATACGGTCCGGATTCCATGATTGGCCGAATTGCTTCGACCATACAGGGAAGCACGGACACGACTTTGTACGTACTGACCGTCTACTTTGGCGCCGTCGGAATCCGCAATGGCCGGTATGCGCTGAAGGTGGGGCTGTTCTCTGATGTGGTCGGTTTTATTGCCGCGATCGCCGTCTGCCTGCTGGTGTTCGGTTAA	MLSWINLVSAWSIPIIIAFIPLYAYTRKVPVYESFVDGAKDGFSTAIGIIPHLVGMMVAISVFRSSGALEFFVGWTGPFLQSLGVPSEILPLGILRPLTGTGSLAYTTELIRAYGPDSMIGRIASTIQGSTDTTLYVLTVYFGAVGIRNGRYALKVGLFSDVVGFIAAIAVCLLVFG				NA	NA	NA	NA	NA
JZ016_06420	339			hypothetical protein	ATGGAAATCGAGGGTTTTGTTATTCATCATACCGTATGCGAGCGGGAACCGCGGAACTGGGATTTTAAAATTCATCCGGACGGCTCGGTTTCTTCTTCATCCGTGCTGGTTCACCCGGGCCAGATTCATATCTGTCTGGAGGGCGACTTTAATATCGGCTACGAGTCCATGTCGCTGGACCAGAAAACACAGCTGTTTACCGCCAGCAAAATCATTTTGGAGCTATCCAGACTCCATGATATTTCCCCGTTATACTTGTTTCCTCACTCCGACTCCTGCCCTGGAGCACATTTTCCATGGAACGCGCTTGTGATTTATCCTGTCGATGGTTATCATTAG	MEIEGFVIHHTVCEREPRNWDFKIHPDGSVSSSSVLVHPGQIHICLEGDFNIGYESMSLDQKTQLFTASKIILELSRLHDISPLYLFPHSDSCPGAHFPWNALVIYPVDGYH				NA	NA	NA	NA	NA
JZ016_06421	756	rluB_2	COG1187	Ribosomal large subunit pseudouridine synthase B	ATGGAGAGATTACAGAAAATTATGGCACAGGCCGGAGTCGCTTCCCGCCGCAAGTGCGAGGAATTGATTCTTGAAGGCAAGGTGCAGGTAAACGGAGAGACCGTTACCGAACTCGGCACGAAGGCCGATCCAGCTCAGGATATCATTACGGTTTCAGGCAAACCGATTAAGAATGAGAAAAAGGTATACATTATGCTGAACAAGCCGAAGGGAGTTATTACAAGCGCTTCTGATCCCGAAGGCCGAAAAATTGTATCGGATTATCTCAAGGGCATCAAAGAGCGGGTATATCCGATTGGACGTTTGGACTACGATACGGAAGGACTCCTGCTGCTGACCAATGACGGCGAGTTTGCCAATCTGCTCAGCCACCCTAAATATCATGTGCCCAAAACATACTTGGCTACCGTGAAAGGGGTGCCCCATGGCACCGAGCTGGACAAGCTTCGCCAAGGGATCATGCTGGAGGACGGAATGACGTCTCCTGCCGAAGTGGAATATAAGGATGTGGACCCGGATAATAAACAATCCGTCATATCGATTACCATCCATGAAGGCCGCAACCGTCAAGTGAGAAGAATGTTCGAAGCGATTTCCCATCCGGTAACGCGTTTGAAGCGGATATCTTATGGGGATCTGCTGCTGCAAAATTTAAAACGAGGTTTGTACCGCCATTTGACAGCGGATGAAATCAACCAGCTTTTGCAGATGGCGAAAGCCGCTAAGCCGGGCGGGAAACCGAAGAGAAAACGTTAA	MERLQKIMAQAGVASRRKCEELILEGKVQVNGETVTELGTKADPAQDIITVSGKPIKNEKKVYIMLNKPKGVITSASDPEGRKIVSDYLKGIKERVYPIGRLDYDTEGLLLLTNDGEFANLLSHPKYHVPKTYLATVKGVPHGTELDKLRQGIMLEDGMTSPAEVEYKDVDPDNKQSVISITIHEGRNRQVRRMFEAISHPVTRLKRISYGDLLLQNLKRGLYRHLTADEINQLLQMAKAAKPGGKPKRKR				NA	NA	NA	NA	NA
JZ016_06422	528	resA_4		Thiol-disulfide oxidoreductase ResA	ATGGGCAAATCAAAGAAAAGCGTACAGATTGTGATTCTGCTTGCCATAATCCTGGTCGGAGTTTACGCCGTTGCAACCGTGGTATTCGGTTCTGATGAGGTTCCCAAAGTGGGTCAAGAGGCAGCGGACTTTGAACTTCTAGGCATGGATGGCAGCGTACATACCATGAGCGAATACGAAGGCAAGGCCAGGGTGATTAATTTCTGGGGCACCTACTGTCCGCCATGCGTGCGGGAAATGCCGGCTCTTCAAGCCCAGTGGGAGAAATGGAGCAGTCAAGGCGTTGAGATCATCGGAATTAATGTGGGCGAGAACAAAATGACCGTTGAGAATTTTGTTGCTCAAACCGGCGTGAAGTTCCCTATACTGATGGATCCTAAACGGGATGCTGTTGCCAGCTTCGGGGTTGGGCCGATGCCGACCACCTTTTTTGTTACGGCCTCTGGCAAAATTGATCATATTCGTATAGGCGAACTGGATTTGAACACCCTTGACAAACAAATTGAACAGTTGGTGAATGCGAAATGA	MGKSKKSVQIVILLAIILVGVYAVATVVFGSDEVPKVGQEAADFELLGMDGSVHTMSEYEGKARVINFWGTYCPPCVREMPALQAQWEKWSSQGVEIIGINVGENKMTVENFVAQTGVKFPILMDPKRDAVASFGVGPMPTTFFVTASGKIDHIRIGELDLNTLDKQIEQLVNAK				NA	NA	NA	NA	NA
JZ016_06423	1704	ccs1		Cytochrome c biogenesis protein Ccs1	ATGAGTCAAGGTTCCAAGCCTTTGATCCAGAATACGAAGTGTGATTGCGGACACCAGAATCCAACGGGGACGGTCCTCTGCGAGGCATGCGGCAAGCCACTGACCGAGGAAGCAGAGGCCCAGCCGATTCTGGAAATGCGGTATGACGGCGTTGCTCGTCGATCACAGAAAGAAAATCCCGGTATTATCGATCGGGTATGGAATTTCTTTTCTTCGGTAAAAGTAGCAATATATCTGATATTGCTTACCCTGATTGGTTCCTCGTTAGGGACCATCTTTCCGCAGGAAAGCACATTCCTTAATATTGACCCCTCGGTCTATTACAAAGAGGAGTACGGGCAGCTGGGGCATATTTATTACTTGCTCGGGCTGTCCCATACATACACGTCATGGTGGTTCGTGCTGCTGCTTGTCATGATCGGCGCATCGCTTGTCATTTGCAGTCTGGACCGGGTCCTTCCACTATACAAAGCGCTCAGCAGACAGCGGATTCCGAAGCATATGTCCTTCCTTACCCGCCAAAAGGTGATATACCAAGGACAAGTCGAAGAGGACGGTGCCGACTGGGTTGAACGGGTGAAACCGATCATTAAGAAGAAGGGCTACCGCGTGCGAACGGATGGCGGAACCCTACTGGCGGAGAAGCAGCGGTTCAGCCGCTGGGGCCCCTATGTTCTTCATATCGGCCTGATTATTTTCCTGCTTGCCGTTCTTGGACGGAATCTTCCTGGTCTGCATATGGACGAGCACATGGCCTTCCCTCAAGATGAGCCTGTGCACATCAAGAATACCAGTTATTATTTATTGAACGATGGCTTTAAGGTGGAGTTCTATACCGAGGACGATATGCCGGAGGAATTTAAAGGCAAGAATAAAGTACTGCCGAAGGAGTTCCAAACGCAGGCGATTCTGTATATGTGCGAGGCCAATTGTGACGATCTCGGCAAAAAGCCCGAGCTCGTGGAAGTGACGCGTCATAACATCGAGGTAAATCATCCACTCAATTACAAAGGGTTAAAAGCTTATCAATTCGATTATGATCTGACCCCGATTCTCCGTTCGGTTTCGCCGGTGCTGGTTGACAGTAAGAGCGGGAAGGAATACGGAAAAATCACATTGTCGATCGACGATCCTCAAAGAGAGTATCAGGCGGGAGAATATACGTTAACGCTTACACAATCCTTTACCGATTTTGGACTTGGCGATAACGGCAAACCGGTAAATCTGTCACCTAACCCGAATGCGCCTGCATTCTTATTTCTGATTAAGGGACCTGAGCTGCCGAAGGAAGGCATTCAATATTTCTACTTCCCGAAGCAGATCGATAAGGAACGCTTTAACCAGGAAGCGATCAATGCACAGCTGGCGGGTGGGGAAGCGCTCGTACAACTGGATGTTCTCAGCATGGACGATGTGGACTTTTCGGAATCTACGACTTATCTGAATATTCGTGTGGATAAAGCCATGCCGTTCATTTGGATTGGTTGTTTTATCGGTATGGTCGGCCTGGTCATGGGCTTTTATTTCACCCATCGCCGGATCTGGCTGCGTATTGATAACGGAACGCTGACACTTGGCGCACATACGAACAAGAACTGGTTTGGGCTGCGCAAGGAGGTCTCCGCGATCCTCAAGCAAATGAATATCGAAGTCGATGAAAAGTCATTGGAGAATAACAGGGGGACTAAGGATGAATCTAATTGA	MSQGSKPLIQNTKCDCGHQNPTGTVLCEACGKPLTEEAEAQPILEMRYDGVARRSQKENPGIIDRVWNFFSSVKVAIYLILLTLIGSSLGTIFPQESTFLNIDPSVYYKEEYGQLGHIYYLLGLSHTYTSWWFVLLLVMIGASLVICSLDRVLPLYKALSRQRIPKHMSFLTRQKVIYQGQVEEDGADWVERVKPIIKKKGYRVRTDGGTLLAEKQRFSRWGPYVLHIGLIIFLLAVLGRNLPGLHMDEHMAFPQDEPVHIKNTSYYLLNDGFKVEFYTEDDMPEEFKGKNKVLPKEFQTQAILYMCEANCDDLGKKPELVEVTRHNIEVNHPLNYKGLKAYQFDYDLTPILRSVSPVLVDSKSGKEYGKITLSIDDPQREYQAGEYTLTLTQSFTDFGLGDNGKPVNLSPNPNAPAFLFLIKGPELPKEGIQYFYFPKQIDKERFNQEAINAQLAGGEALVQLDVLSMDDVDFSESTTYLNIRVDKAMPFIWIGCFIGMVGLVMGFYFTHRRIWLRIDNGTLTLGAHTNKNWFGLRKEVSAILKQMNIEVDEKSLENNRGTKDESN				NA	NA	NA	NA	NA
JZ016_06424	1254	ccsA		Cytochrome c biogenesis protein CcsA	ATGAATCTAATTGATTTTAGCGGCAACGCATTTATCGTTGCCTTTACCTTGTATTGTGCGGCATTTATCATGTATGCACTTGCCGTTATGGGACGACGGTTCCGCAAGCGGGACCCGGAAGCCCATTTGGCTAAATGGGGGAAAATCGCATTTGTTACGGCATCGATCGGTTTGATCGGACATCTGCTGTACTTCTTTACGAGATGGGCGGGCTCTGGTCATGTGCCTGTCAGCAACATGTATGAGTTTATGACCTTCTTGTCGATGGCAATCATGATTGCCTTCCTCGTACTTTATTTTATCTACAAAAAATCGCTGCTCGGATTGTTTGCCCTGCCGCTGGCGATTCTGATCATGGCATATGCAGCCGTGTTTCCGCAGGAGGTGCAGCCGCTGATTCCATCGCTTCAGTCTTATTGGCTGGGGATTCACGTAACCTTGGCTGCGCTGGGCGATGCATTTTTTGCGGTCGGTTTTATTGCCGGCTTGATGCACCTGCTCCGTACCGTTAACTTTAGCGGGACAGATAAGGGCGCACGCAGAGAACAGCGCTGGCTTGAACTCTGCATGTTTGCCATCGTGATACTGATCGGATTTATTTTGTCGGTGTACAGCTTCCGTGCAAGCGGATATCAGGCTGAGTTTAACCAGACTTTGGTTGACCCGAAGACAGAAAATAGTACAATAGTAAAAGTGGAATATAACATGCCACCGCTTGTTGCACCTTATAAAAGCGAGACGGAGAGCATGCAGTCCTTCTTGGGCATGAAATCTCCACTCATGGAAGCTCCGTCCTGGATGCACGGCGTGAATGCGGGGCGTAAGCTGAATACGGTAATATGGTCGCTGATCACGGGGGTGATCCTGTACGGGTTGCTCCGCCTGATTCTGCGTAAGCCGCTAGCAAAATTCATTCAGCCTGCACTGAATAGATTGGATCCGGACGATCTGGATGAAATCAGCTATCGCGCCATTGCGATCGGATTCCCGGTATTTACGCTGGGTGGTCTCATATTCGCCATGATCTGGGCTGAAATTGCATGGGGCCGGTTCTGGGGCTGGGATCCGAAGGAAGTGTGGGCGCTTATTACATGGTTGTTCTACAGCGTGTACCTTCATTTACGGCTATCGCGCGGTTGGCAGGGGAAACACTCGTCCTGGCTGTCCGTTATCGGCTTTATCGTGGTCATGTTTACGCTGGTCGGCGTCAACTTGATTATCGCGGGTCTGCATTCCTATGCGGGAACCGATTAA	MNLIDFSGNAFIVAFTLYCAAFIMYALAVMGRRFRKRDPEAHLAKWGKIAFVTASIGLIGHLLYFFTRWAGSGHVPVSNMYEFMTFLSMAIMIAFLVLYFIYKKSLLGLFALPLAILIMAYAAVFPQEVQPLIPSLQSYWLGIHVTLAALGDAFFAVGFIAGLMHLLRTVNFSGTDKGARREQRWLELCMFAIVILIGFILSVYSFRASGYQAEFNQTLVDPKTENSTIVKVEYNMPPLVAPYKSETESMQSFLGMKSPLMEAPSWMHGVNAGRKLNTVIWSLITGVILYGLLRLILRKPLAKFIQPALNRLDPDDLDEISYRAIAIGFPVFTLGGLIFAMIWAEIAWGRFWGWDPKEVWALITWLFYSVYLHLRLSRGWQGKHSSWLSVIGFIVVMFTLVGVNLIIAGLHSYAGTD				NA	NA	NA	NA	NA
JZ016_06425	717	srrA_9	COG0745	Transcriptional regulatory protein SrrA	ATGTCAGAGCACGGAAATCGTATTCTTGTTGTTGATGATGAAGAACGGATTCGCCGCTTGTTAAAAATGTATTTGGAGAAGGAAGGGTATGAAATCGAAGAGGCGGAGGATGGAGAAACTGCTCTTCGCAAAGCAAGCTCGGAAGATTACGGGCTCGTTATTCTGGACGTCATGCTGCCCGGCATGGACGGCGTCGAAGTGTGCACCCGTCTCCGCCAGGTGAAGTCTACGCCTATTCTCATGCTGACTGCCAAGGGTGAGGAGATAAATCGCGTACAGGGATTTGAAGTGGGAGCCGACGATTATGTTGTGAAGCCGTTTAGTCCGCGCGAGGTGATCTATCGCGTGAAGGCGATTTTGCGCCGCTCATCCGCTACGGCCTATTTGAGCAAGGAACCAAACCCAAGCAATAGCATTGTTTTCCCTCATTTGATTATTGAACATGATGCTCACCGCGTGACGGCCGGCGGGCATGAAATCAGTTTGACGCCGAAGGAGTATGAGCTTCTGCACTACCTGGCCTCGTCCCCGGACAAAGTATTCTCCCGGGAAGAACTGCTTAAGGACGTATGGAATTATGAATTTTTCGGCGATCTTCGCACAGTCGATACTCACGTGAAGCGGCTGCGGGAGAAGTTAAATAAGGTATCCGCGGAATCCGCAGCGATGATTACGACCGTATGGGGAGTAGGCTACAAGCTGGAGGTCCCGAAGTAA	MSEHGNRILVVDDEERIRRLLKMYLEKEGYEIEEAEDGETALRKASSEDYGLVILDVMLPGMDGVEVCTRLRQVKSTPILMLTAKGEEINRVQGFEVGADDYVVKPFSPREVIYRVKAILRRSSATAYLSKEPNPSNSIVFPHLIIEHDAHRVTAGGHEISLTPKEYELLHYLASSPDKVFSREELLKDVWNYEFFGDLRTVDTHVKRLREKLNKVSAESAAMITTVWGVGYKLEVPK	PGPT0013765_748	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
JZ016_06426	1434	resE_2		Sensor histidine kinase ResE	GTGAGTTTTTGGAGATCACTCGTCGGCAAGCTTTGGATTACGATAACCTGTTTAGTCGCGTGCGTGCTGCTGACGCTCGGATTATTTTTGCTCCCCTATATCGATACCACGTTTGCGAATTCGGATGCCATCAAACGTTTATTTACTTATGTGGCCATTATCGGTTTTTCGATGACCACCTTTTTCGGGTTGTTTCTGTTAACGAAGATTACCCAGCCCATGCAGCAGCTCATTGAGGCAGCCAATGACATCCGTAAAGGGAAATATGGCACTCGGCTAAATCTTGTGACCAGTGACGAGATTGGCGAGCTGGCCAATACGTTCAACCATATGGCAGCAGAGCTGGAAACGAATATCCGCAACTTGAACCATGAGAAGGAGCATCTGTCCAGTGTGCTGAGAAGCATGAGTGACGCGGTGATTACATTTGATAACCACGGTCAGGTCATTCTGGTGAACCCTCCAGGGCAGGAAATCATGAAAACCTGGAAAGGGCTGGAGTGGGATGATGAGCTGCAGGGCGGAGGCTGGGCGGCCGATGTCATGCCGAAACCGCTCAGTGAGCTCTATTATGCCACCGTGAACGAAGGGAAGGACCAAAGCGCTGACCTGCATGTGAAGCAGGGAATTTGGTCGGCACATATGGCCCCCTTATATTCGGATGAAGTGATCCGCGGCGCCGTTGTTGTATTAAGGGATATTACCGAGCAGGTCACGCTGGAGAAGATGCGTACGGATTTCATTGCCAACGTGTCGCACGAAATCCGGACGCCGCTGTCCATGATGCAGGGCTACAGTGAAGCGCTGCTTGACGGGATGGCGGCTTCACCGGAGGAGAGCAGGGAGCTGATACAGGTGATTCATGAGGAATCCCTGCGGATGGGCCGGCTGGTGAAGGATCTGCTTGATTTAACCCGTATGGAAGCAGGGCATGCAGAGTTGTCCCTGCGCGAGATGGATGCAGGTGAACTGTGTGAAAGGGTATACCGGAAGTTCACCGTTCGTGCCAAGGAGCGCGAGATTGATCTTCAGCTCAACAAACTTCACTCGAATCTTCTGCTCGAAGCGGCGGATGAAGATAAGCTTGAGCAGGTGTTGACCAATCTGCTGGATAATGCTTTTCGTCATACGCCTTCAGGCAAGCAGATCCGAATCATTGCCGATCGGATTACCGTATCGAATACAGAGGCGCTCCAGGTGAAGATTAGCGACCAAGGCGTCGGTATTCCGCCTGAAGATCTGCCTTTTGTTTTTGAGCGATTCTACAAGGCCGACAAAGCGCGTGTGCGGGGGGAGACGGTGGGAACCGGCATAGGCCTCGCCATCGTGAAAAATATCGTGACAGCGCATCATGGCACGATTAACGCAACAAGTGAAGTAGGCGAAGGAACGGTGTTTACGATGATCATTCCTACAAAATCGGCAGAATCTTAG	MSFWRSLVGKLWITITCLVACVLLTLGLFLLPYIDTTFANSDAIKRLFTYVAIIGFSMTTFFGLFLLTKITQPMQQLIEAANDIRKGKYGTRLNLVTSDEIGELANTFNHMAAELETNIRNLNHEKEHLSSVLRSMSDAVITFDNHGQVILVNPPGQEIMKTWKGLEWDDELQGGGWAADVMPKPLSELYYATVNEGKDQSADLHVKQGIWSAHMAPLYSDEVIRGAVVVLRDITEQVTLEKMRTDFIANVSHEIRTPLSMMQGYSEALLDGMAASPEESRELIQVIHEESLRMGRLVKDLLDLTRMEAGHAELSLREMDAGELCERVYRKFTVRAKEREIDLQLNKLHSNLLLEAADEDKLEQVLTNLLDNAFRHTPSGKQIRIIADRITVSNTEALQVKISDQGVGIPPEDLPFVFERFYKADKARVRGETVGTGIGLAIVKNIVTAHHGTINATSEVGEGTVFTMIIPTKSAES	PGPT0026265_388	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026265-resE-K07651	NA	NA
JZ016_06427	1593	serA	COG0111	D-3-phosphoglycerate dehydrogenase	ATGTTTAAAGTATTGGTATCGGATCCGATCAGTGATTTGGGGATCCAGCAGTTAATGGATGCCGCCGATGTGCAGGTAGACAAAAAAACCGGGCTCAACGAGGATGAGCTCACTGCCATTATCGGTGAATACGACGGACTCCTCGTACGGAGTCAGACACGTGTGACAGAACGCATTATGAATGCGGGAACTAATCTCAAGGTTGTCGGCCGTGCTGGCGTTGGCGTTGACAACATTGATCTTGAGGCTGCTACGAAGCGCGGGATCGTTGTTATCAATGCGCCAGACGGTAACACGATTACAACAGCGGAGCATACGTTTGCCATGATGATTGCCCTCGCCCGTCACATCCCTCAGGCCTATGCCAAAACGGTGAACGGATCCTGGGACCGCAAATCCTTCCTCGGCGTTGAGCTTCGTAACAAAACGCTGGGTGTCATGGGAATGGGCCGAATCGGCAGCGAGGTGGCTAAACGCGCCAAGGCATTCGGCATGAACATTCTTGCTTTCGATCCGTTCCTGACGGAAGAGCGTGCGGACAAACTGGGCGTGACACTCTCCTCGGTGGATAACATTATCCGCAGCGCCGACTTCATTACGGTCCATACTCCGCTTACGCCGGAAACCCGCCATATGATCGCAAGACCGCAATTCGAAATGATGAAACGCGGCATGCGGATCGTGAACTGCGCCCGCGGCGGCATCATTGACGAACGCGCCCTTGTGGAAGCGATCGATGAAGGCATTGTTGCCGGAGCCGCATTTGACGTATTCGAACATGAGCCGCCTGAAAGCGATCATCCATTCCTGAACCATCCAAAGGTTATCGTAACCCCGCATTTGGGTGCATCTACCGTTGAGGCTCAGGAGAACGTTGCGATTGACGTGTCGGAACAAGTGCTTCATATCCTGCGCAACGAGCCGTTTAAGAATGCGGTCAACTTCCCGCTTGTAGCGGCCAGCGTAATGAACAAACTGCAGCCTTACTTCTCGCTCGGCGAGAAATTGGGCAGTGTAGCGGCTCAGATCACCGCACACGCGGTGAAGGAGATTCACGTTGACTATGCAGGCGAGCTGGCTGAAGTCGATACGCAGGCCTTGACCCGGTACATCGTGAAGGGTGTGCTGGAACGTCATCTCGGAAACGAAGTGAATATCGTAAACTCCATGCATTTGGCAAAAAGCCGTGATCTTCACGTCGTTGTCTCCCAGACACCAAAAACCAAAGACTTCACCAACCTCGTTACCGTTACGCTTAAAACGCAAAACGGTTTGGAGCGAATTGTCGCAGGTACACTCCTGCTCGGTTACGGCGAACGGATTGTCCGTCTGGATAAATTCCCGGTCGATATCTCTCCGGAAGGTCATCTGATTCTGATCTCCCATAACGACAAACCGGGCATTATCGGTCGTGTCGGAACCCTGCTCGGCGAGAACGATGTCAATATCGCCTCCATGCAGGTTGGACGTAAAGTCATCGGCGGTGAAGCCATCATGCTTCTGACGGTGGATAAAGACGTTCCTAAAGACGTTCTGGTCAAGCTTGCCGGGCTGTCGGAACTGAACACCGCGCAGCAAATCGCGCTGGGCTAA	MFKVLVSDPISDLGIQQLMDAADVQVDKKTGLNEDELTAIIGEYDGLLVRSQTRVTERIMNAGTNLKVVGRAGVGVDNIDLEAATKRGIVVINAPDGNTITTAEHTFAMMIALARHIPQAYAKTVNGSWDRKSFLGVELRNKTLGVMGMGRIGSEVAKRAKAFGMNILAFDPFLTEERADKLGVTLSSVDNIIRSADFITVHTPLTPETRHMIARPQFEMMKRGMRIVNCARGGIIDERALVEAIDEGIVAGAAFDVFEHEPPESDHPFLNHPKVIVTPHLGASTVEAQENVAIDVSEQVLHILRNEPFKNAVNFPLVAASVMNKLQPYFSLGEKLGSVAAQITAHAVKEIHVDYAGELAEVDTQALTRYIVKGVLERHLGNEVNIVNSMHLAKSRDLHVVVSQTPKTKDFTNLVTVTLKTQNGLERIVAGTLLLGYGERIVRLDKFPVDISPEGHLILISHNDKPGIIGRVGTLLGENDVNIASMQVGRKVIGGEAIMLLTVDKDVPKDVLVKLAGLSELNTAQQIALG	PGPT0009155_1344	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058	NA	NA
JZ016_06428	213			hypothetical protein	ATGATATCCGTTACCAATCATGGTCTGAACAGACCGCTTGAGGCTGCCGCAACATGGCAGCGAATAAGGGTGGCACCACGAATAACTCTCGTCCCTTACTACGGAGGTAGTATGCGGATTGGGAGTTTTTTTATGTTCCTGTCTCTTTGCCACGACACCGCGTCAAACCTGTATAGACCTCTTGCAGCTTTACTTGGAATCTTTGGTGTATAA	MISVTNHGLNRPLEAAATWQRIRVAPRITLVPYYGGSMRIGSFFMFLSLCHDTASNLYRPLAALLGIFGV				NA	NA	NA	NA	NA
JZ016_06430	600			hypothetical protein	ATGAAAAAATTTAAAATACGCGTAAAAAGAATCGAAGCCCACCAATTAAACGATCGGCTGCTGCTTATTAATCTGTATCTTACCCAAGCATTGACACTTATTGCAGGGTTGATCTGGATCCTGTTTCAGCAGAGGAATCCGTTTGGGCTCTTTGTCATTCCGAAGGATATCGAGTTCGTTTATTGGGGGCTCGGGCTTGCTGCTGCCATGCTGGTAGTGGATTTTGTATTATCCCGGTTTGTGTCAGAGGATAGTATGGACGATGGCGGAATCAATGAAATGCTGTTCCGCAAAAGGCCGGTTTGGCATATTTTTGTTATAGCTTTGGTTGTATCCATCTGCGAGGAGTTATTGTTTCGGGGAGCCATCCAGCATGCGTTCGGACCGTACTGGACGAGTATTTTGTTCGCGCTTATTCATGTCAGATATTTAAAGCATTGGCTTCCAACCGGGTGGGTTTTCTTAAGCAGTTACGGTCTGGGCTACGTCTATATTCAAACGGGTACCATTTGGGCACCAATCCTGTGCCATTTTCTGATTGATTTCATATCAGGAATGTTGATTCGGTTTCGGAGGAAAGAGGAACATGAACGAACTTAG	MKKFKIRVKRIEAHQLNDRLLLINLYLTQALTLIAGLIWILFQQRNPFGLFVIPKDIEFVYWGLGLAAAMLVVDFVLSRFVSEDSMDDGGINEMLFRKRPVWHIFVIALVVSICEELLFRGAIQHAFGPYWTSILFALIHVRYLKHWLPTGWVFLSSYGLGYVYIQTGTIWAPILCHFLIDFISGMLIRFRRKEEHERT				NA	NA	NA	NA	NA
JZ016_06431	411			hypothetical protein	ATGAACGAACTTAGCAGAATGCAGCGACATCAGAGCCGAAATAAAAGCCGCAAAAACAAGTCAACGGCTCAAACAGAAAAAAGACCGGCAGCGAAGTCGCGACAAGCGGATGAAACGCGGAGCCGATCTAAATCGCCACCCCGAGCAAGCTCCGTGGAGCAAAAGTCCCAGAGCAGCACGACAGCGGACGGTTTGAGCCGTTCGAGATCGACCCGGTCACGTCAGCGTCAAACAGAGGAAGAAGTGTCTGCTCCAAAACGCACGAATACATATTCCTCGTACCGCGTAAGAATGAGCAAATGGTTTGTGAACTCATTGATCGTCATTTTCATATTGTTAATGGTAGGTCTTCTGTGGTGGGGACTTATCGGAGCACCTCCATTAAAGGAGTTGTTAAAGGAGTTACTATGA	MNELSRMQRHQSRNKSRKNKSTAQTEKRPAAKSRQADETRSRSKSPPRASSVEQKSQSSTTADGLSRSRSTRSRQRQTEEEVSAPKRTNTYSSYRVRMSKWFVNSLIVIFILLMVGLLWWGLIGAPPLKELLKELL				NA	NA	NA	NA	NA
JZ016_06432	819	ypbG	COG1408	putative protein YpbG	ATGAGTGTGTTGATGTGGATAGCAGGTGCTGCGGCACTCGGAGCAGGCGCTATCGGCTGGATGAGGGCTGAGGCCAGGGGCTATCGGGTGCGTGAGGAAGAAGTCGTATCCGAACGTATCCCTCACTCGTTTGACGGGTTTCGGATATTGTTCATCACCGATATACATCGCAGACAATTGTCAGAAGAAAAGCTATTATCCAATCTTTCATCGGTGGATTGCGTACTGCTTGGCGGAGATATCACGGAAAAAGGAGTGCCCCTTCAGCGGTTGAGGCATAACATGTCGGTGCTGGTCCGTATCGCACCCGTCTATGCCGTCCTGGGGAATCATGATCTCAATGCAGGCAAGGACGCTGTCCGTAAAGCGTTGCGGGAGAGCGGCGTTATGCTGCTGAATGACAAGACCGTTACGTTACAACGGAGTAACGAGTTAATTGTTCTCAGCGGTGTAAGGCAGCCAGCCAGCCGGAAACACCCTTACACAAGATTTCGGGGGAATGCAGCCGAAGACCAGTATCACATCATTCTGGTGCATGATCCGATATGGATCAAGGACAAGGATGTGGTGCATGGGGATCTGGTGCTTGCAGGACATACCCATGGGGGACAGATCGTGCTGCCGTTGGCCGGAGCCGTTCGTCTGACGCGCTTCTACAAGAAGTTTAAATCCGGATGGTATGCACTGCCGAGAAAGACGGGCGAAACCGAACATTCTTCCAGGATGCTGATCAGCCGGGGATTCGGTACTTCCCATATCCCGCTGCGCTTGCAATGTCCCGCAGAATACCATGTGATTACATTACGCAAAAAACCTTAA	MSVLMWIAGAAALGAGAIGWMRAEARGYRVREEEVVSERIPHSFDGFRILFITDIHRRQLSEEKLLSNLSSVDCVLLGGDITEKGVPLQRLRHNMSVLVRIAPVYAVLGNHDLNAGKDAVRKALRESGVMLLNDKTVTLQRSNELIVLSGVRQPASRKHPYTRFRGNAAEDQYHIILVHDPIWIKDKDVVHGDLVLAGHTHGGQIVLPLAGAVRLTRFYKKFKSGWYALPRKTGETEHSSRMLISRGFGTSHIPLRLQCPAEYHVITLRKKP	PGPT0022365_3861	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098	NA	NA
JZ016_06433	912			hypothetical protein	ATGGTTAGAACACGAACAGTACTTCTGCTGGCTTGCTGCCTTATGCTCAGCGCTTGCGGCAACAACGGAGTTGATCAGAAGCAAGGCACGGCCACGGAAGTCGGTAATGACAGAGCAACGCAGCAAAATGAAACCTCTGGACAGGCGTCCGCTCCGAAAGAAGGTACCGACAAGTCAACCGACACGGACAAGCCTGAAACCGAGCCTGAAGTAGATACTCCCGCGGACCCATCGGATGAAGCTGTCAAGAGTCCCGATGCCGAGGCGCCGACTGAACCGAAGTATCACATGAATAAGGTGTATCGCATCGTCCCCAATGATGATACCGTACCCGAAAAAGTGGTGCTGCTCACATTTGACGACGGTCCCAAGGAAGAAAAAATGATCAGCCAAATGATCGATACGCTCGACAAACATAACGCCAAAGCGATTTTCTTCGTGAATGGATACCGCGCAAAGGAACATCCTGAACTGCTGAAGCTGATCCATGACCGCGGTCAAATCATTGGGAATCATTCCTGGGACCATATCGACCTGAAAAAAGAAAATAAACAGACGGTAAAGAAACAGATCGGCGATGTGCAGCAAATCGTCAAGGAAGCGACCGGATCGGAACCGAAGTTTTTCCGTCCTCCGTTCGGCTCAGGCGGAGATATCGTCAAGGAAGTTGCCCTTAGTCATGACCTGCTGTTCATGACCTGGTCCAACGGTTCGCTGGATTGGGAAAGCAAAAGCAAAAACAAGCCCGAAGCCGTAGTCAGCAATGTGCTCGAGCAGCTTCACCCCGGCAGCAACATTCTGATGCACGAGCTTCCGTGGACCGTAGAGGCCCTCGATACCTTACTTACCAAGCTTGAAGCCAAAGGATATGGCTTCGTGGATCCGCGACAAATCGAACCTAAAATAAGATAA	MVRTRTVLLLACCLMLSACGNNGVDQKQGTATEVGNDRATQQNETSGQASAPKEGTDKSTDTDKPETEPEVDTPADPSDEAVKSPDAEAPTEPKYHMNKVYRIVPNDDTVPEKVVLLTFDDGPKEEKMISQMIDTLDKHNAKAIFFVNGYRAKEHPELLKLIHDRGQIIGNHSWDHIDLKKENKQTVKKQIGDVQQIVKEATGSEPKFFRPPFGSGGDIVKEVALSHDLLFMTWSNGSLDWESKSKNKPEAVVSNVLEQLHPGSNILMHELPWTVEALDTLLTKLEAKGYGFVDPRQIEPKIR	PGPT0018645_1530	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_06434	375			hypothetical protein	GTGAAGACTTCGTCATTTCTATATGGTGTCATTATCGGCGCCGTTGCATGCCGGATGATTTCCCGTAATAACAGCAGGTTCTTCTCCTCAATGATGAAAGATGCGAATCTTGGTCGATTCGCGGATACCGCGATGAGTAAAATTCAGGGCACGAAGAGCCAGCAGTATTCCGGCTCGAGCCAAGAAAGCGTGTCTCCCAGTTCAGGCCGACATGATTCCACTCATTCCAATGGAACTGCAGGGGTACAGACATCGACTCATTCGAAGGCTGCCAACCTGAAGCAAGTCAAGGATTTTATCCGAAACAACCCTGATGTCAAGAACGAAGTCGAACAGATTTTGAAAGAAACCCACACCGTCATACCGGGTTTGTAA	MKTSSFLYGVIIGAVACRMISRNNSRFFSSMMKDANLGRFADTAMSKIQGTKSQQYSGSSQESVSPSSGRHDSTHSNGTAGVQTSTHSKAANLKQVKDFIRNNPDVKNEVEQILKETHTVIPGL				NA	NA	NA	NA	NA
JZ016_06435	612	mecB	COG4862	Adapter protein MecA 2	ATGAAAATAGAGCGTTTGAGTCAAGATAAGATACGGATTTTCCTCACGTTTGACGATCTGAGTGAGCGTGGGATCCAGAAGGAAGAGATGTGGCAGGAAATACCGAAAGTTTATGACCTGTTTACGGAGATGATGGATCAGGCATACAGTGAGCTCGGATTTGATGCCACCGGACCTCTTGCCGTTGAGGTGTTCGCACTGCCTGCCCAGGGCATGGTGGTTATTGTGACGAGAGGGAAATACGATCATCATTTCGGCGGCTTGTCCGAAGAAGATATGCCGGACGAGATTTATGAAATGGAAGTAACGCTGGATCAAAGTGATACTATCGTCTATGTTTTTCAGGATTTTGAAGTGCTCATTGAAGCATCGCATATGTTGAAGGACCTTGTAGGCGGAGCGGGTAAGCTCTATCACTATATGGATAAATGGTTTTTGTACTTCGATCCTGAGGAATTGGATAGCGAGAAGCTGCCGGCGGTTATTGCAATGCTGGCTGAATTCGGTGAATCCTCTTCAGTAACGGAGGCTATGCTGGATGAATACGGTAAGAAAGTAATGCCTCAGCACGCGATTGAGGTTATCTGTACACACTTCCAGCGTCAGCAATAA	MKIERLSQDKIRIFLTFDDLSERGIQKEEMWQEIPKVYDLFTEMMDQAYSELGFDATGPLAVEVFALPAQGMVVIVTRGKYDHHFGGLSEEDMPDEIYEMEVTLDQSDTIVYVFQDFEVLIEASHMLKDLVGGAGKLYHYMDKWFLYFDPEELDSEKLPAVIAMLAEFGESSSVTEAMLDEYGKKVMPQHAIEVICTHFQRQQ				NA	NA	NA	NA	NA
JZ016_06436	738	prsW	COG2339	Protease PrsW	GTGCCGGACTTCAGGCCCGCAACTAACGGAAGGGGAATTTTAGTGCTGGTGTTCTCGGTAATTGCGTCAGCTTTGGCGCCGGGAATCGCATTGCTCACGTATTTTTACCTGAAAGATAGGTATGATCAAGAGCCCCTGCACATGGTGATCAAGGTGTTCATGTTAGGGGTTCTGATCGTTTTCCCGGTTATGATTTTGCAGCGGGGAATGATACTATGGCTTGGCGACAATCCGGTAGTCAACTCATTGCTCGTTTCGGCGGGTGTTGAGGAATTTCTGAAATGGTTCGTAATGTATCATATTATTTTTAACCATACGGAATTTGACGAGCCTTATGACGGCATCCTTTATGCAGTGGCGATATCGCTTGGATTTGCTACGGTAGAGAATTTGCTTTACGCTTGGTACAGCCAGGCAGCCTTTGGACCGATGTTCCTGCGGGCACTGCTGCCCGTATCGGGACACGCGATGTTTGGCGTCATCATGGGATACTACATGGGACATGCGAGATTCACGGAAGGAAAACGAAGAAGGTTCTTCCTCGTTCTATCCTTGTTCCTGCCTTGGATGTGGCATGGTTTGTACGACCTGATTCTGAGTCTGCTGACCCACACATGGGTATGGTTCATCGTACCGCTTATGGTGCTGCTATGGTATGGCGGCATGGGCAAAATCTCTAGAGCTAACAACCGTTCTCCTTTCCGATTCATTAAGCGGGAGGAAGAGGTTAACACTTAA	MPDFRPATNGRGILVLVFSVIASALAPGIALLTYFYLKDRYDQEPLHMVIKVFMLGVLIVFPVMILQRGMILWLGDNPVVNSLLVSAGVEEFLKWFVMYHIIFNHTEFDEPYDGILYAVAISLGFATVENLLYAWYSQAAFGPMFLRALLPVSGHAMFGVIMGYYMGHARFTEGKRRRFFLVLSLFLPWMWHGLYDLILSLLTHTWVWFIVPLMVLLWYGGMGKISRANNRSPFRFIKREEEVNT				NA	NA	NA	NA	NA
JZ016_06437	147			hypothetical protein	TTGCGTGTAAAAGTGAAAATTCTTTGCAAAGATTGCGGTGAACGTTTTGTGCTGCGGGGAAAAAAGGAACAGGGCCGGATCGAAACCGGATTTAAGCAGTGTCTGTGCAACAACCGCGATCACTTCGAGATTGAGGAAGATTTCTGA	MRVKVKILCKDCGERFVLRGKKEQGRIETGFKQCLCNNRDHFEIEEDF				NA	NA	NA	NA	NA
JZ016_06438	1350	ypeB		Sporulation protein YpeB	ATGTACAAACGATTAAGCGCTATCCTGTTTCCTGTGGCCACAATTTTATTGATCGGGGCTCTGGTATGGGGTTATCAAGAGAATAAAGAGAAAAACGCCATATTGATTAATGCCGAGAACCAATACCAACGGGCATTCCATGACTTGTCGTACAATATGGACAGGATTCATGCCGAGCTCGGCAATACGCTCGCGGTGAGCTCTACCTCCCAAGGGATGCATCGCAAGGGCTTGATGAATGTATGGCGCCTAACCAGCGAGGCTCAAAATGAGATCAGCCAGCTGCCGCTTACGCTCCTTCCCTTCAACAAGACCGAAGAGTTCCTTTCCCGAATTTCTAATTTTGCTTACAAAACAGGTGTGCGTGATTTAACGAAGGAGCCGCTCAGTGAGAATGAGGTCAAAACGTTGAAATCCTTGTACGCCAACTCCGGCGAAATCACGAAGGATTTGCAGCATGTGCAAAACAAGGTTATCACAAACAGTTTGCGCTGGATGGATGTAGAGACGGCACTGGCTACCAATAAAGTCGAAGATAATTCCATTATTGACGGCTTCAAAACGGTGGATAAGAAGGTGGAGTCCTACCCTGAGCTTGACTGGGGACCATCGGTAAGCAGCATCTATAACCGCCGCTCCGTGAAGCAATTGGCAGGCATGCCGATATCGGAAGAGGATGTGAAACGCAAAGCGCTGAAGTTCTCGGATGGAGGCAATGATGCCAAAGTGCAAGTGACGAAGAACGGAAACGGCACCGAGTGGGTATCGTATACAGCAAAGGTACAGCATCCGAATGGTCATATGCTCAGCATGGACTTTACCGAAAAAGGCGGCCAGCTGATCTCCTATACGGATGAGCGGAATGTGGGTGCCAAGCAAGCGTCCGTTCAAACTGCAATCGACAAAGCCCAGCAATTTCTGACGAAAAAAGGCTATTCCGACATGACGGTGGTTTCGGCGGACCAATATGACAACCTGGCTAACTTTTCCTTTGTTCGTGAAGAGGATGGCGTGCTGATTTATCCTGAAAAAATCACGGTTCGTTCGGCTATGGACAATGGGGATGTCATTGGATTCCAGGCCAGCGATTTTGTATACGAGCATCAGATCAAGCGAGAAATCCCGCAGCCGAAACTTAGTCTTGCCGAAGCGGAGAAGGTCTTGAATCCTGAGTATAAAGTGCTCTATCACCGTAAAGCCTTAATCAAAAACGACCGCTCCGAGGATACTCTGTGTTATGAATTCGGCGGGCGGATTAATGGAGCCCAGTATCGGATTTACATTAACTCGGATACCGGCCTTGAGGAAACGGTCGAGGTCGTGAAGGATGCACAGTCAGGAATTAAATAA	MYKRLSAILFPVATILLIGALVWGYQENKEKNAILINAENQYQRAFHDLSYNMDRIHAELGNTLAVSSTSQGMHRKGLMNVWRLTSEAQNEISQLPLTLLPFNKTEEFLSRISNFAYKTGVRDLTKEPLSENEVKTLKSLYANSGEITKDLQHVQNKVITNSLRWMDVETALATNKVEDNSIIDGFKTVDKKVESYPELDWGPSVSSIYNRRSVKQLAGMPISEEDVKRKALKFSDGGNDAKVQVTKNGNGTEWVSYTAKVQHPNGHMLSMDFTEKGGQLISYTDERNVGAKQASVQTAIDKAQQFLTKKGYSDMTVVSADQYDNLANFSFVREEDGVLIYPEKITVRSAMDNGDVIGFQASDFVYEHQIKREIPQPKLSLAEAEKVLNPEYKVLYHRKALIKNDRSEDTLCYEFGGRINGAQYRIYINSDTGLEETVEVVKDAQSGIK	PGPT0025130_210	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025130-ypeB-K06313	NA	NA
JZ016_06439	663	ypfA	COG5581	putative protein YpfA	GTGAGCGCATTGTATCCAAAGATTAACGATGTCCTCTATATCCAGTTGGATACGGGGGATGAGAAGGAAGCTAATATTGTTTATAAATCCCGCATTTCCGACATGGATGACGAATCGATGTATATGGAGGTTCCGCTGCAGGAAGGGACGGGCAAGCTGAAAAAGCTGTATATCGGGGACGAGCTGTCCGCATTTTTTTTAACGGAAGGCGGAGTCAAGAATTTCTTCAATTCCCACGTCCTTAGCCACCATGAGGATATTATCCGTCTGGTTCGCATCAAGAAGCCGGAGCAGGATCAAATTACGAAGGTGCAGAGAAGAAGCTTCCTACGGGTGCAAGCCGAGCTCGAGGTAGCCGTTATGACCAAAGACGGCGGCCAGTTTTTAGCCAAAACCGACGATGTTGGCGGCGGTGGCGTATCCTTTCATCTGCAGCCGGATCAAACGTTTGCGGAAGGGAGTATATTGTCTTGCTGGATCCTCATCCCGTTTAAGAACGGATCCGTGGAGCATGTCCCGTTTGAAGGCGAGGTTGTAAGGGTGAAGGAGCTCCCAACCAACCGAAGCATCGTTATGCTGAAGTTTAATCAGATTGCAGATATGGAACGCCAGAAGCTGATTCGTTATTGTTTTGAGAGACAATTTGATTTTCGCAACCGTTAA	MSALYPKINDVLYIQLDTGDEKEANIVYKSRISDMDDESMYMEVPLQEGTGKLKKLYIGDELSAFFLTEGGVKNFFNSHVLSHHEDIIRLVRIKKPEQDQITKVQRRSFLRVQAELEVAVMTKDGGQFLAKTDDVGGGGVSFHLQPDQTFAEGSILSCWILIPFKNGSVEHVPFEGEVVRVKELPTNRSIVMLKFNQIADMERQKLIRYCFERQFDFRNR				NA	NA	NA	NA	NA
JZ016_06440	288			hypothetical protein	ATGTCAGAAGTCGTAAACGATCACGACCAACTGCTCGAAAAAACAGGACTGGAAGTTAAGGAATCCGAGCAGGGACAAGCCCTGCATGACCGCTACGGGCACATGCTGCTTAAGCTGCTAATCGGACTAGTGCTTGCTTTGGTGATCACCCAGCTCCTATTGCATTATGAGCCTAGCCGGCCCTATATCTCGCCAATTCAGCAGATGGAGGGTGTTCCCGTTAACGAGCCAAATGTAAACGATTGGATGGGGGAAAACACCCCTTCTCTTTTGCATCACTCTAGCTAG	MSEVVNDHDQLLEKTGLEVKESEQGQALHDRYGHMLLKLLIGLVLALVITQLLLHYEPSRPYISPIQQMEGVPVNEPNVNDWMGENTPSLLHHSS				NA	NA	NA	NA	NA
JZ016_06441	681	cmk	COG0283	Cytidylate kinase	TTGGTTACGCAGGGGACAGGTTATCGCGACAGAATTAATATTGCCATCGACGGTCCGGCAGGCGCGGGTAAAAGCACCGTAGCGCGTATGGTAGCCAGCAGGCTGCAGTACATCTACGTGGATACCGGAGCCATGTACAGGGCAGTCACCTGGTTCATGCTGAACCAAGGGATTTCTCCAGAAAATCCCGAAAAAGTGCTTCAACATGCACAAAATATGGTGATTGAATTAAAACCGCATGAAAATGGTCAAATGGTCTGGCTGAACGGGGAAGACGTCACGCCGTATATTCGTTCACATCAGGTTAGTGCAGTGGTATCCCAATATGCACGAATCGAGGGTTTGCGGATAAAGCTTGTCCGTTTACAGCAGCAAATGGCGGAAGATAAGGGCGTTGTCATGGATGGACGTGACATCGGCACAACCGTTTTGCCGGATGCTGAGGTGAAGATTTTCATGACGGCCAGTGTCAAGGAACGAGCTCTCCGCCGCTTCAATGAGTTGAGTGATGAAGGCATATCGCTGGAACAACTGGAAAGAGATATCGCAGAACGTGACAGGCTTGACCAGGAACGTGAAGTGTCGCCCCTCCGATGCGCAGAGGATGCCATCATACTGGATACGACACATATGGATATCAATCAGGTTGTGGAGGCAATTCTTTCATATTGCGAAACTTAA	MVTQGTGYRDRINIAIDGPAGAGKSTVARMVASRLQYIYVDTGAMYRAVTWFMLNQGISPENPEKVLQHAQNMVIELKPHENGQMVWLNGEDVTPYIRSHQVSAVVSQYARIEGLRIKLVRLQQQMAEDKGVVMDGRDIGTTVLPDAEVKIFMTASVKERALRRFNELSDEGISLEQLERDIAERDRLDQEREVSPLRCAEDAIILDTTHMDINQVVEAILSYCET	PGPT0021220_2098	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021220-cmk-K00945	NA	NA
JZ016_06442	591	plsC	COG0204	1-acyl-sn-glycerol-3-phosphate acyltransferase	ATGATTTATGTTTTTTGCAGAGCGGTGGTCCGCGGTTTGTTCGCTATTCTCTACAGATTTGAATCTGTCGGCGTACATAACATTCCTTCAGAAGGCGGCGTGCTAATCTGTAGCAATCATATTAGCATTCGAGATCCGATATCTGTGGGCATTCACGTCAAGCGCCAGGTTAAGTTCATGGCCAAAGCGGAACTGTTCAACATTCCGGTGTTCGGATGGCTGGTTCGTCAGCTTGGAGCATTTCCGGTCAAGCGCGGGGGAGTAAGCAAAGATTCGATCAAAACCGCCCTCACGATTCTGCGTACGGGCGAGATCATGGGTATCTTTCCTGAGGGTACGCGCAATTCCGATTCAACTGCGGCCAAACGGGGTGCAGCTAGTTTCGCTCTCCGCAGCGGGGCGACGGTCATACCGGCTGCGATCATTGGAGATTACAAGCTTTTTCGCAAAGTGAAAATCATCTATGGTGCCCCTGTGGATCTATCACGGTTTGAAGGTGACAAGTCACCGGAAGCGCTGGATGCAGCAACCGAGTTGATCATGGCCAAGATTCACGAAATGCGCGCAAGCGGCAAGCCAACCGTGAACTGA	MIYVFCRAVVRGLFAILYRFESVGVHNIPSEGGVLICSNHISIRDPISVGIHVKRQVKFMAKAELFNIPVFGWLVRQLGAFPVKRGGVSKDSIKTALTILRTGEIMGIFPEGTRNSDSTAAKRGAASFALRSGATVIPAAIIGDYKLFRKVKIIYGAPVDLSRFEGDKSPEALDAATELIMAKIHEMRASGKPTVN	PGPT0024380_6955	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655	NA	NA
JZ016_06443	1218	ypfD	COG0539	30S ribosomal protein S1	ATGTCGGAAGAAACAAGAAATGAAGAGGCTGTAGAAAACCAAGAGCAGCTGGACCAAATCGTATCCTTGAAAAAAGGGGACACCGTGAAAGGGACGATCGTCAAACTGGAGGACAACCAAGCTTATGTAAGCATTGGATATAAATATGACGGCGTAATTCCTGTTCGCGAACTGTCTTCTGTGCAGCTTGATAACGCATCTGATGCGGTTCAGGTTGGCCAAGAGGTAGAGTGCAAAGTCGTTAGCATTAACGACGACAAGGAAAGCCTCGTTCTTTCCAAGCGCGCGATCGACACTGAGAATTCGTGGGAAGAGCTTGAGAAGCATTTTGCGGATCAGGACGTATTCGAAGTAACGGTGGCTGACGTTGTTAAAGGCGGACTCGTAGCCGATGTGGGTGCACGCGGATTTATTCCTGCATCCATGGTAGAGCGTCATTTCGTTGAAGATTTCAGCGACTACAAAGGCCGCACGCTTCGCGTGAAAGTGAAGGAACTGGACCGCGAGAACAACAAAGTGATCCTTTCCCAGAAGGATGTTCTTGAAGAAGAGTTCGAAGCCAACAAACAAAAAGTGATGTCCGAGCTTCAAGATGGCCAAGTGCTGGAAGGTACAGTACAACGCCTTACGCAATTCGGAGCATTTGTTGATGTTGGCGGGGTAGACGGTTTGGTTCACGTATCCGAGATCGCTTGGAGCCACGTCGACAAGCCTGCCGATGTACTGTCCGAAGGCGATCAAGTGCGTGTGAAGGTACTGAAAGTAGATCCTGAAAAAGGCAAAATCAGCCTCAGTATCAAAGCAGCCGCTCCAGGTCCTTGGGAAACAGCCGGCGAGCAATTCAACACGGGCGACATTGTAACAGGCGTTGTTAAACGTTTGGTTACTTTCGGTGCTTTCGTTGAACTGGCACCAGGTGTTGAAGGTTTGGTTCATATCTCCCAAATCTCCCACAAGCATATCGGTACACCGCAAGAAGTATTGAAAGAAGGCCAAGAAGTTCAGGTTAAAGTGCTTGATATCAACACTTCTGAGCAGCGTATCAGCCTGAGCATCAAAGAAACGGAAGAAGCGCCTGCTCAAGCTCCACGCGCTGAAAAACCGTCCAAAGGTCCTAAAATCGACCTGAAAGACAACCCGAACGTTTCTTTGAACAATCAAGGCATGAGCGTTACGCTTGGAGAGCGTTTCGGCGATAAGCTGAGCAAATTCAAGTAA	MSEETRNEEAVENQEQLDQIVSLKKGDTVKGTIVKLEDNQAYVSIGYKYDGVIPVRELSSVQLDNASDAVQVGQEVECKVVSINDDKESLVLSKRAIDTENSWEELEKHFADQDVFEVTVADVVKGGLVADVGARGFIPASMVERHFVEDFSDYKGRTLRVKVKELDRENNKVILSQKDVLEEEFEANKQKVMSELQDGQVLEGTVQRLTQFGAFVDVGGVDGLVHVSEIAWSHVDKPADVLSEGDQVRVKVLKVDPEKGKISLSIKAAAPGPWETAGEQFNTGDIVTGVVKRLVTFGAFVELAPGVEGLVHISQISHKHIGTPQEVLKEGQEVQVKVLDINTSEQRISLSIKETEEAPAQAPRAEKPSKGPKIDLKDNPNVSLNNQGMSVTLGERFGDKLSKFK	PGPT0007615_15	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007615-ispH|lytB-K03527	NA	NA
JZ016_06444	1323	der_1	COG1160	GTPase Der	ATGGCAAGACCCGTAGTGGCTATCGTTGGACGGCCTAACGTCGGTAAATCCACCATATTTAACCGATTGATTGGCGACAGATTAGCCATCGTTGAAGATAAACCGGGTATTACCCGTGACCGGATTTACGGTAGTGCCGAATGGAATGGTAAAGCGTTCAGCGTCATTGATACCGGCGGTATCGAAATCGACGGCGATGACATGATATTGAAATCCATCCGCATGCAGGCCGAGCTTGCAATTGAAGAAGCGGACGTCATCGTATTTATGTGCGATGCCAAGACAGGGGTTACCCAATCGGACGAGGAAGTTGCACAGATTCTGTTCCGTTCAGGTAAACCTGTCATACTAAGCGTAAACAAAGTGGATAATTTGAAGCGTGTTGATGATATCTATGAGTTCTATTCCCTCGGATTTGGCGATCCTGTCGGAATATCGGGCAGTCACGGCACAGGGATCGGCGACCTGCTGGACGTTGTGGTCGAGAATCTGCCGGAACTCGAAGACGATGGATATGACGAGGATGTTATTCGAGTTGCCCTGATTGGCAGACCGAATGTGGGCAAGTCCTCTCTGGTCAATGCCATTTTGGGAGAAGAGCGCGTCATTGTCAGTGACGTAGCCGGTACCACTCGCGATGCTATTGACACGCCGTTTGAGAAGGATGGGCAGCGGTATGTGCTCATCGATACGGCTGGTATGCGCAAACGCGGGAAAGTTTATGAGACCACGGAGAAATACAGTGTCATGCGCGCCATGCGTGCCATCGAGCGTGCGGATGTCGTTCTCGTCCTCATCAACGGGGAAGAAGGCATCATCGAGCAGGACAAGCATATTGCCGGTTATGCCTATGAGGCCGGTAAAGCCTCTTTGTTCGTTGTGAACAAATGGGATATGGTCGAGAAGGATGACAAAACGATGCAGCAGTTCGAGAAAAAGATCCGCGATCATTTCTTGTTCATGACCTATGCGCCGGTTGTTTTCCTGTCGGCCAAAACAAAGCAGCGTTTGCAGAAGCTGCTCCCTGTCGTTAAGCATGTGGCTGATCAGCATTCGCTGCGCGTGCAGACGCATCTCCTTAACGATGTCATATCCGATGCGATTGCCATCAATCCGCCTCCAACGGATAAGGGAAGAAGATTGCGTATTAACTATTCGACACAGGTTGCAGTCAAGCCGCCGACCATGGTCGTATTCGTCAACGATCCGGAATTGATGCACTTCTCATACGAGCGTTACCTTGAGAACAAGATTCGGGCCGCGTTTGACTTTGAAGGTACACCCATCAGGATATTTACTCGAAGAAAGTCTGATGAGAGTTAG	MARPVVAIVGRPNVGKSTIFNRLIGDRLAIVEDKPGITRDRIYGSAEWNGKAFSVIDTGGIEIDGDDMILKSIRMQAELAIEEADVIVFMCDAKTGVTQSDEEVAQILFRSGKPVILSVNKVDNLKRVDDIYEFYSLGFGDPVGISGSHGTGIGDLLDVVVENLPELEDDGYDEDVIRVALIGRPNVGKSSLVNAILGEERVIVSDVAGTTRDAIDTPFEKDGQRYVLIDTAGMRKRGKVYETTEKYSVMRAMRAIERADVVLVLINGEEGIIEQDKHIAGYAYEAGKASLFVVNKWDMVEKDDKTMQQFEKKIRDHFLFMTYAPVVFLSAKTKQRLQKLLPVVKHVADQHSLRVQTHLLNDVISDAIAINPPPTDKGRRLRINYSTQVAVKPPTMVVFVNDPELMHFSYERYLENKIRAAFDFEGTPIRIFTRRKSDES				NA	NA	NA	NA	NA
JZ016_06445	627	plsY	COG0344	Glycerol-3-phosphate acyltransferase	TTGATTTTGGAGATCGTAGCGATAGTAGTGAGTTATTTACTCGGATCAGTAAGCTTCAGCGTACTGCTTGCCAAAATCCTGAAAGGGATTGACATTCGTCAGCATGGCAGCGGCAACGCCGGGGCAACCAATACCCTTCGCGTCCTGGGAAAGGGACCTGCCATACTGGTATTGGCTTTGGATGTAATTAAGGGCATCGCTGCGGTTTGGATCGGACGATGGCTCGGGGGAGACAATGCGTGGCTGCCGGGATTGTGCGGTATTGCGGCCATTATCGGTCATAACTGGCCTCTATACTTCCGCTTTCGAGGCGGCAAAGGGATTGCAACAGCCATTGGGGTGCTTGCTACGCTTTGCTTTATACCAGCGTTTATAGCAGGCATTATCGCAATTCTATCCATTGTTTTTACCCGTTATGTATCTTTGGGTTCCCTTATATTTGTAGTGCTTACCCCTGTTTTTCTATTGATCGCGGATTATTCGTGGCCGATCTTTTGGACGAGCTTGATCATATGCATATTCGCCTTCTGGCGGCATCGCTCGAACATCGTGAAGCTTGTGCAGGGGCGTGAAAACAAGCTGGGGTCCGGAAAAGGAAAGGACAAAGGAGGGAAGCGCGTTGTCTGA	MILEIVAIVVSYLLGSVSFSVLLAKILKGIDIRQHGSGNAGATNTLRVLGKGPAILVLALDVIKGIAAVWIGRWLGGDNAWLPGLCGIAAIIGHNWPLYFRFRGGKGIATAIGVLATLCFIPAFIAGIIAILSIVFTRYVSLGSLIFVVLTPVFLLIADYSWPIFWTSLIICIFAFWRHRSNIVKLVQGRENKLGSGKGKDKGGKRVV	PGPT0024375_1417	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024375-plsY-K08591	NA	NA
JZ016_06446	1041	gpsA		Glycerol-3-phosphate dehydrogenase [NAD(P)+]	TTGTCTGACAAAGTCGCTGTTCTGGTGGCAGGCAGTTGGGGAACCGCTTTGGCAAGTGTTCTCGCTTCAAATGATCTGGATGTGGTCGTCTGGACAAGAACGGAGGAACAGACTCGTGAAATCAACGAGTCGCATACCAACACCCGTTATTTACCCGGAGTGGAGCTACCACCGAATATTCGCGCTACAACCGATATGAAAGAGGCAGTCTCTTCGGCTGCAGCCGTAGTTATTGTTGCGCCTTCGTCCGCGATGCGGGAGGTGACGGGCCAGCTGAAGCAGTACTGGACCGAAGATATGCTGGTGATTCACGCAACCAAAGGATTTGAGATCGAATCCTTGAAGCGGATGTCCACGGTCATATCCGAGGAGCTTGGCTGCGAGGAAGGCCGCGTAGTGGTATTATCAGGACCAAGCCATGCGGAGGAAGTGGTCAGACGCTGCCCGACAACGGTTGTTGTGGCGTCTTTGGATGCCGAGGCGGCAGTAGCCGCTCAGGATTTGTTCATGAACACGTATTTCAGAGTGTACACGAACCGGGATATGATCGGTGTAGAGCTGGCCGGGGCTTTGAAGAATATCATAGCTTTAGGGGCCGGGATGTCCGACGGACTCGGTTTTGGTGACAACGCCAAGGCAGCGCTTATTACGAGAGGTTTGGCAGAAATTTTGCGAATCGGCATGGAAATGGGCGCGAATCCGCTGACGTTTGCCGGGCTTGCGGGAATCGGTGACCTCGTGGTTACCGCCACCAGCCAGCACAGCCGAAACTGGCGAGCTGGTTCGATGCTTGGTCAGGGGAAGAAGTTAGATGAGGTTCTGGGCTCCATGGGTATGGTTGTGGAAGGAATACGCACGACCCAAGCCGCACATGCCATTTCCGAGAAATACGGCGTACAGATGCCGATTGCCGACCAACTGTACCATGTGTTGTTTAAAGACCGGAATCCCCGGATCGCCGTAGAAGCCTTGATGGGCCGGGATCCCAAAACAGAGATGGAAATGATGCCGCTTGAAACTTGGGAGCAATGGCACACCTAG	MSDKVAVLVAGSWGTALASVLASNDLDVVVWTRTEEQTREINESHTNTRYLPGVELPPNIRATTDMKEAVSSAAAVVIVAPSSAMREVTGQLKQYWTEDMLVIHATKGFEIESLKRMSTVISEELGCEEGRVVVLSGPSHAEEVVRRCPTTVVVASLDAEAAVAAQDLFMNTYFRVYTNRDMIGVELAGALKNIIALGAGMSDGLGFGDNAKAALITRGLAEILRIGMEMGANPLTFAGLAGIGDLVVTATSQHSRNWRAGSMLGQGKKLDEVLGSMGMVVEGIRTTQAAHAISEKYGVQMPIADQLYHVLFKDRNPRIAVEALMGRDPKTEMEMMPLETWEQWHT	PGPT0024330_706	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024330-gpsA-K00057	NA	NA
JZ016_06447	276			hypothetical protein	ATGAGCAAAAGCTTTCACAAGGATGTACTCAATGCGATTAACAAGAAAAGCGGCAAGAAAATTTCTTCAGGGGCTGTCAATAAGCTGGCTAGCACGGTTAAGCCGTCTACAATGCAAAATGAAGCCCAGCTCCGCCAGCTGATCAAGCAGGTATCTTCGATGGCGAACATACCTGTTAGTGAGGACACGATCCAGGAGATTGTCGGCGCGGTGAAGAAGAGTGGCATGAATCCGAGCAATATGGAAGCCTTGATGAAAATGATGATGAACAAATAA	MSKSFHKDVLNAINKKSGKKISSGAVNKLASTVKPSTMQNEAQLRQLIKQVSSMANIPVSEDTIQEIVGAVKKSGMNPSNMEALMKMMMNK				NA	NA	NA	NA	NA
JZ016_06448	180			hypothetical protein	ATGGATCCGATGCAAAAGATGTGGCTGTCCCTAGTCGCGTTATTGATTATGGCACTGTCCGTCATAGTAGTTACGCTTGCGCGAAGCAAGACCAAGGGGTTTCTGCGCGGCGCGCTGTCGTTCGTGGCCTTTATGATGATGATTTTCGGTTTTATTATTGGACTGGCCTCCATCATATAA	MDPMQKMWLSLVALLIMALSVIVVTLARSKTKGFLRGALSFVAFMMMIFGFIIGLASII				NA	NA	NA	NA	NA
JZ016_06449	585			hypothetical protein	ATGACGCTGAATGATCTGCCGGAATTGGAGAGTGTGTTAGCTACCGCCATTCACAAGCTGAATCAGGTACCTGTGGCTTGGCTGCTCGGTGGAAGCTGCAGCTTGCTCCTTCAGGATGTAACTTTGGACAAACCGCCGAGAGATATCGATATATATACCGATACTGGGGGCGTACAGCCTTTACATGAGTCGCTGGCTTCTATGGCCGTGGATGCTCCCCGCTTGGACCAAGAAGGGATATATTCTTCGATTCTGAGCCACTATGAAATAGAGAAAGTCCCGATTGAACTGGTCGGCGGATTTGAAGTGAAATCAAACGGATCCTCCTACTGTGTTGAGATCGATCAATTGCTGTATCCTGCAGCACTAGAGAGTCAAATACAGGGCGCCACGGTACGGCTGATGCCGTTATCCCATGAACTTGTGTTTAATGTGCTTCGGGACAGGCCGGATCGATACGACGCCATTGCGGAAGTGATTCTGCGGGACATGGACCATCATATGCCGCTTCTTCAGCAGTTATTAAGCCGGAACCAGCTGCATGGGGAACATCGAATGGTTTTGAAACGATTAACCGGACTTTAA	MTLNDLPELESVLATAIHKLNQVPVAWLLGGSCSLLLQDVTLDKPPRDIDIYTDTGGVQPLHESLASMAVDAPRLDQEGIYSSILSHYEIEKVPIELVGGFEVKSNGSSYCVEIDQLLYPAALESQIQGATVRLMPLSHELVFNVLRDRPDRYDAIAEVILRDMDHHMPLLQQLLSRNQLHGEHRMVLKRLTGL				NA	NA	NA	NA	NA
JZ016_06450	360	nqrF		Na(+)-translocating NADH-quinone reductase subunit F	TTGGACTACGAGGTAATATTTCAACCGGATCAGAAAAAGGTCAAGGTTCGTCCGCACACAAACGTTCTGGATGCCTCGCGTCGGGCCGGTGTACGTATTCCTACCCGCTGCGGAGGCAAGGCCGGTTGTTTGATGTGCAAGATCATCGTCCCGAGCGAGGAACGCGATCATTGCTCCGCTCCGGAGCCCAATGAAATCAGGAAGCTGGGGACCTCGATGATTGAACAAGGCTACCGGCTATCCTGCCAGACGAGAATCACGAATCATATCAAGGTAATGATTCCCGAGGATCCGCTCAAAGCTGCGATACGCAAACAGCTGGAAGCGGCGAGAAATCGGGAGTCCGATGACTTTATTTAA	MDYEVIFQPDQKKVKVRPHTNVLDASRRAGVRIPTRCGGKAGCLMCKIIVPSEERDHCSAPEPNEIRKLGTSMIEQGYRLSCQTRITNHIKVMIPEDPLKAAIRKQLEAARNRESDDFI	PGPT0006786_87	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0006786-fdx|cndB-K04755
JZ016_06451	753			hypothetical protein	ATGAACACTTGGATGACCCAAGCGGCATGCCGTTCGAAGCGGATGTCTGCCGTCTTAGTCCTGGTGCTGTTTCCGATGTTGCTGACAGGCTGTCTATATCCTGACGAGAAATTGCAGGAGAACAAGGTTTCATATAGGGAAAGTGTCAAGCGGATACAATCGGCCGTAGATGATTTTTATAAAGAACAGGGCATTTTGCCGATGATTACGGCAGGTCCGGAAATTCCACGGTATGAGAAATACCGGGTCGACCTTGATCAGCTGAAGAACCGGGGATACATTGACCAAATCCCGGATACGGCATTTGAGAATGGCGGCAGTGGATATTTTCTCATTATTAATGAGGAAACGGAGCCAACCGTGAAGGTTATGGACTTGAACACGGCCCAGAAGGTGAATGACGTTCAGAGAGCGGTTAATTTGTACAAAATGGCGCATGACAACGCGCTTCCCGCAGGGGAAGCCCTCTACCCGGGATATACCGCGGTGGACCTGTCCAAGACCGAAGCCAAATCCGTTAGATTAATGAGTGTATACTCAGGTCAGGAGATGACCTTTATGATGGATGAAGAGGGAACGGTGTACGCCGATTATGCCTTTGATATTATGCAGGCGATCCAGAAGAACGGTTCCGATCCGCAAGAAGGAGAGGATTTGCGGGTGTTTCTGGAGAAGGAATCCTATTATGTCCCGGTAAAATCCGTACCTTATACATGGAAGGATGGGCAGCCCGTTGCTCAGCCGCTATCCTAA	MNTWMTQAACRSKRMSAVLVLVLFPMLLTGCLYPDEKLQENKVSYRESVKRIQSAVDDFYKEQGILPMITAGPEIPRYEKYRVDLDQLKNRGYIDQIPDTAFENGGSGYFLIINEETEPTVKVMDLNTAQKVNDVQRAVNLYKMAHDNALPAGEALYPGYTAVDLSKTEAKSVRLMSVYSGQEMTFMMDEEGTVYADYAFDIMQAIQKNGSDPQEGEDLRVFLEKESYYVPVKSVPYTWKDGQPVAQPLS				NA	NA	NA	NA	NA
JZ016_06452	1479	spoIVA		Stage IV sporulation protein A	TTGGAAAAAGTGGACATTTTTAAGGACATTGCCGAACGGACCGGAGGGGACATTTACTTAGGTGTTGTCGGTGCCGTCCGTACGGGAAAATCAACCTTCATCAAGCGGTTTATGGAGACGGTTGTTCTCCCGAACATTACGAACGAGGCGGATCGAGTAAGAGCTGTCGATGAGCTGCCTCAAAGTGCTGCTGGGAAAACAATCATGACAACCGAGCCGAAATTCGTGCCGAACAACGCGGTACAGATCAAAGTTACGGAAGGTCTTGAGGTCAACGTCAGACTGGTGGATTGTGTAGGCTACGCCGTTGAAGGCGCTAAGGGCTATGAAGATGAGAATGGTCCGAGAATGATCTCGACGCCATGGTTCGAAGAGCCGATTCCGTTTCAGGAGGCGGCAGAAATCGGAACCCGCAAAGTCATTCAGGAACACTCCACGCTTGGCGTCGTTGTCACCACAGACGGAAGCATTGCGGAAATTCCGCGCAGCTCTTATGTTGAGGCTGAGGAGCGCGTCATCGAGGAACTGAAGGAAGTCGGCAAGCCATTCGTGGTGGTCATTAACTCGACTCGTCCACGCAGCGAAGAAGCGCTTCAGCTGCGCAATGAGCTGGCAGAGAAATACGACATTCCGGTGATGACACTGAGTGCAGCCACGATGACCGAAGATGATGTAACCGGCGTTCTTCGTGAAGTATTATATGAGTTCCCAGTGCATGAAGTGAACGTTAATCTTCCTAGCTGGGTTATGGTGCTTAACGAGAACCACTGGCTGCGCAGCAACTATGAGAACTCGGTCAGAGATACCGTGAAAGATATCCGCCGTCTGCGTGACGTGGATCGGGTGGTCAGCCAGTTCATGGAGTATGACTTCATCAACCATGCCGGCCTTAGCGGCATGAATATGGGTCAGGGCGTTGCCGAGATTGATCTCTTTGCACCTGACGAACTGTATGACCGGATCTTGATGGAGGTTGTGGGTGTCGAGATTCGCGGTAAAGATCATTTGCTGCAGCTGATGCAGGAGTTCTCCCACGCCAAACGGGAATACGACCGCTTCGCAGAAGCGCTTGAAATGGTTAAAACGACAGGTTACGGTATTGCTGCTCCTTCCCTGGCTGAGATGGCGCTGGATGAGCCTGAGCTTATCCGTCAAGGCACTCGCTTCGGGGTAAGATTGAAAGCGACCGCGCCTTCCATCCATATGATTAGAGTCGACGTGGAATCCGAGTTCTCGCCGATTATCGGCACAGAGAAGCAGAGCGAAGAGCTTGTGCGCTATCTGATGCAGGATTTCGAGAACGATCCGATCAAAATTTGGGAATCCGACATCTTCGGACGCTCGCTGCACTCGATCGTTCGTGAAGGAATTCAAGGCAAAATCGCGATGATGCCTGACAATGCAAGATATAAATTGCAAGAAACTTTGGGTCGCATCATCAACGAAGGTTCCGGCGGTTTGATCGCGATTATTCTTTAA	MEKVDIFKDIAERTGGDIYLGVVGAVRTGKSTFIKRFMETVVLPNITNEADRVRAVDELPQSAAGKTIMTTEPKFVPNNAVQIKVTEGLEVNVRLVDCVGYAVEGAKGYEDENGPRMISTPWFEEPIPFQEAAEIGTRKVIQEHSTLGVVVTTDGSIAEIPRSSYVEAEERVIEELKEVGKPFVVVINSTRPRSEEALQLRNELAEKYDIPVMTLSAATMTEDDVTGVLREVLYEFPVHEVNVNLPSWVMVLNENHWLRSNYENSVRDTVKDIRRLRDVDRVVSQFMEYDFINHAGLSGMNMGQGVAEIDLFAPDELYDRILMEVVGVEIRGKDHLLQLMQEFSHAKREYDRFAEALEMVKTTGYGIAAPSLAEMALDEPELIRQGTRFGVRLKATAPSIHMIRVDVESEFSPIIGTEKQSEELVRYLMQDFENDPIKIWESDIFGRSLHSIVREGIQGKIAMMPDNARYKLQETLGRIINEGSGGLIAIIL	PGPT0024770_215	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_IV_SPORULATION,PGPT0024770-spoIVA-K06398	NA	NA
JZ016_06453	273	hup_2		DNA-binding protein HU	ATGAATAAATCGGATCTGATTACACAAGTAGCTGAATCTACTGAGCTTTCCAAGAAGGATGCAACTAAAGCGGTTGATGCCGTTTTCGATGCAATCTCCGAAGCATTGCAAAGTGGAGATAAGGTACAGCTGGTCGGCTTTGGCAACTTCGAGGTTCGCGAGCGTTCCGCACGCAAAGGCCGCAACCCGCAAACAGGTGAAGAAATCGAAATCCCTGCGAGCAAAATTCCTGCATTTAAACCTGGTAAAGCGCTCAAAGACGGAATCAAATAA	MNKSDLITQVAESTELSKKDATKAVDAVFDAISEALQSGDKVQLVGFGNFEVRERSARKGRNPQTGEEIEIPASKIPAFKPGKALKDGIK				NA	NA	NA	NA	NA
JZ016_06454	225	mtrB		Transcription attenuation protein MtrB	ATGGAAAACGTTCAAAACGGGGATTATTTTATCGTCAAAGCGCTGGACCATGGCGTGCAGGTGATCGGCCTTACCCGCGGTCAGGACACCCGGTTTCATCATACCGAGAAGCTGGACAAAGGCGAGGTCATTATCGCACAGTTCACGGATCATACGTCTGCGGTGAAAATACGCGGCAAAGCAGAGGTCATGACCAAGCACGGGAAAATTGAATCCGGCATCTGA	MENVQNGDYFIVKALDHGVQVIGLTRGQDTRFHHTEKLDKGEVIIAQFTDHTSAVKIRGKAEVMTKHGKIESGI				NA	NA	NA	NA	NA
JZ016_06455	573			hypothetical protein	ATGGCTAAACAATACAGAGACGGACAGTATATCGTGGTCCCTGAAAATCCGGTATCCATGTTTTTGTTCAGCAGTACGCGCTCGGCGTGGATATGGCTGCTTGTGAGGCTGTATCTCGGATACGCCTGGTTAACGTCGGGATTGAAAAAGCTGACGGCTGAAGCCTGGACGGGAAGCGAAGCCGGAGCGGCCATTCAGGGATTTGTCGGGGGAGCGCTGGCTAAGGCGGAAGAGGGGAAGGACGTCACGGGATGGTATGCTTCTTTTCTCGAAGGATTTGTGCTCCCTAACGCCAAGCTGTTTTCGTATATGGTGGCCTTCGGTGAGGTATTGGTCGGACTCGGGCTGATATTGGGTCTGCTGACGGGGATTGCCGCGTTTTTCGGCGGATTAATGAATGCCAGCTTTTTATTCGCGGGCACGGTAAGCTCCAATCCATTATTGTTTATCCTGGCTACCTGGCTCGTAATGGCCTGGAAAGTGGCGGGCTGGTATGGTCTGGACCGCTGGGCGCTGCCGCTGCTGGGTACGCCTTGGAGCCGCAGGCGGAAGGATCAGAACATCCCGGAATAA	MAKQYRDGQYIVVPENPVSMFLFSSTRSAWIWLLVRLYLGYAWLTSGLKKLTAEAWTGSEAGAAIQGFVGGALAKAEEGKDVTGWYASFLEGFVLPNAKLFSYMVAFGEVLVGLGLILGLLTGIAAFFGGLMNASFLFAGTVSSNPLLFILATWLVMAWKVAGWYGLDRWALPLLGTPWSRRRKDQNIPE				NA	NA	NA	NA	NA
JZ016_06456	963	menA_2		1,4-dihydroxy-2-naphthoate octaprenyltransferase	ATGGGAATCCGGGCTTTTTTTAAACTGGTGGAAATACAGACAAAGGTAGCCAGCATGATTCCGTTCCTGTTCGGCACTTTGTATGCGTTGTTTCGTTTTCAGCAGTTCGATGGGTATCATTTTGCCCTGATGCTGGCATCATTGCTGTCGTTTGATATGGCAACGACGGCCATCAATAACTATTACGACTATAAAAAAGCGATTAAAAAGAACGGGTTCGGTTACGAGCAGCACAATGCCATTGTACGTTATAACCTCAAGGAGCCTGCGGTCGTCTCCGTCATCATCGTACTGCTATTGACAGCCGTTGGTGCAGGGATTGCGCTGTTCTTATCTACGGGCTGGTTAATCCTGCTGCTGGGGGGATTGTCTTTTGCCGTAGGGATATTATATTCGTTCGGACCGATTCCGATCTCGCGGATGCCGCTAGGCGAGCTGTTCTCCGGATTGTTTATGGGATTTGTCATCCTATTTATTTCGGCATGGATCCATGCCGAGGGTGGCCATCTGGCGGTTCTGGATCTCCAGGGCGGCGTTCTGTCCCTTCAGGTGAACCTTCCCGAGGTACTGCTGCTGCTGGTGGTATCACTGCCGGCCATTCTGGGGATTGCCAACATCATGCTGGCCAACAACATCTGCGACATGGATGAGGATATGGAGAACAAGCGGTATACGCTGCCCGTATATATAGGATTCAGGCCATCTCTAAAGCTGTTCCGAATTCTGTACTGCCTTGCTTATCTGGATCTGGTGGCTCTTCTCCTGATGAAGGTGCATCCCGTGTTAATTCTTCTGGTGTTCGTCACCCTTGTCCCGGTTTATAAAAAAAGCGCACTGTTCACCGCCCATCCTTCCAAAGAGAAGACATTTGTGATCGCGGTGCAAAATTTCGTCCTCATGAATCTGGCGAGGATCGCTGCGCTGGGAGTAGCCGTGGCATGGACATCTCGATCGTTATTCTAA	MGIRAFFKLVEIQTKVASMIPFLFGTLYALFRFQQFDGYHFALMLASLLSFDMATTAINNYYDYKKAIKKNGFGYEQHNAIVRYNLKEPAVVSVIIVLLLTAVGAGIALFLSTGWLILLLGGLSFAVGILYSFGPIPISRMPLGELFSGLFMGFVILFISAWIHAEGGHLAVLDLQGGVLSLQVNLPEVLLLLVVSLPAILGIANIMLANNICDMDEDMENKRYTLPVYIGFRPSLKLFRILYCLAYLDLVALLLMKVHPVLILLVFVTLVPVYKKSALFTAHPSKEKTFVIAVQNFVLMNLARIAALGVAVAWTSRSLF	PGPT0009395_257	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009395-menA-K02548	NA	NA
JZ016_06457	543			hypothetical protein	ATGAAGCACTGGCAATCCGTACGAGCCGTACTCCTGCCCGCGGCGATAGCATTTATCATGCTCGCAATGTTAATGGGTCTTCAATCGCAAGCCCGTTATAAGGTCGGCGCTGTGGCAGCGGCGATTCCCTATCACAGTCGGGAGTTAAGCGATGCCAAACTCGTGGACTCCCTAATGAATCTTCCTCTTCATCTGAAAATAAGCCGGGCAGATTATGATGAAGGCGCCCTGACGCTGGATATCAAATTAAGCGACCCCCCGGAAACGGCCGCCGAGGTATATGAGGATATCGCCAGCATTATGTCATTTACCTTCGAAGGAACGGATAATGTGCAGCAGTTGTATCTAAGGGTGGTAGCCATCGATCGCTGGGGAGGGAAGCGGTATCTGCTGCTGGCTTCGAACATGAACAAGGATGCCTGGGACTTGCGCAATGCAGAAGCTCTAACCCAGCTTGAGAACGGCGATGTTCCGCCATCCGTTGCGGCCCCTCTTAACCTGACATTTACGAATCTTTGGCTAAAGCAGTTCAGCAGGCCTTGA	MKHWQSVRAVLLPAAIAFIMLAMLMGLQSQARYKVGAVAAAIPYHSRELSDAKLVDSLMNLPLHLKISRADYDEGALTLDIKLSDPPETAAEVYEDIASIMSFTFEGTDNVQQLYLRVVAIDRWGGKRYLLLASNMNKDAWDLRNAEALTQLENGDVPPSVAAPLNLTFTNLWLKQFSRP				NA	NA	NA	NA	NA
JZ016_06458	861			hypothetical protein	ATGAAATCGTATCGCGTACCAGAACTGGCAGAGAAATATTTAAATTATGATATGATTCAGAACCACACGGAACTTCCGAATTTTCCGGATGCCCGTGTTCATTTGCTATACATATTTTTAAAGGATTCGGGACGAAATCTTGCCGGACATGAAGAATTGTACGCACTGGTTACCTCACTGGTTCAGGTGGGACTCGATACGCATGAGAGCATCGACGTTACGGAGGGCAATCAAGGAGAGGCGATGATGCGATCCCGGCAGTTAAAAGTGCTTGCAGGGGATTATTTCAGCAGCCGTTTTTATCAACTCCTTGCCTTAAAGGGCGAAATTGCTGTCATCTCGCTTCTTAGCAAGGCTGTCAGCGATGTTAATGTGATGAAGATGAGATTATACGGCAAAATGAAAAAAACGCTGCTGCCTTCTGAAGAATATCTACGGCTAACGGTACAGCTGAATATGCAGCTGTTTCTTTCTTTTACTCCGCTGCTTGAAGTGTCCGTACAAGAAACATGGGAGAAGCTGCTCAAGGAAATTACGGAATGTGAGACGCTTGTGCAGGAGATGGAACGCTGTGCGACGCCTGAAGTCGGCAGATGTGGTTACGTGTACTGGCATCTGATCGAGTCAGGGAGCGACGAGGAACGGAAGATGCTGGTTGGCAAGAAAACGGATATGAAGGACTGGAGGAAGCTGATCCTGAAGCACAAGGTTTCGGAGAAACTGCTGGACAAGCTGCGCGAGTCCGTAAATGCCGTACAGCTGCTGCTGGCAAACCGTGTAGGAGAGAGCCCGTACGCCGGTATGCTGGACCCGTTCCTGAAACGGCTAAGCACGTACCGGTGCGTCGTAAGTGAAGGGTAG	MKSYRVPELAEKYLNYDMIQNHTELPNFPDARVHLLYIFLKDSGRNLAGHEELYALVTSLVQVGLDTHESIDVTEGNQGEAMMRSRQLKVLAGDYFSSRFYQLLALKGEIAVISLLSKAVSDVNVMKMRLYGKMKKTLLPSEEYLRLTVQLNMQLFLSFTPLLEVSVQETWEKLLKEITECETLVQEMERCATPEVGRCGYVYWHLIESGSDEERKMLVGKKTDMKDWRKLILKHKVSEKLLDKLRESVNAVQLLLANRVGESPYAGMLDPFLKRLSTYRCVVSEG	PGPT0007531_46	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007531-hepST-K00805	NA	NA
JZ016_06459	759	menG_2	COG2226	Demethylmenaquinone methyltransferase	GTGGATAATCAAACAACCAAGTTAGACATGAGTAAGCATGACGGCAAAAATCCAAAAGAGCAATACGTCCATTCCGTCTTTGAAAGCATTTCGGGAAAATATGATATGATGAATGATATTCTCAGCTTTCGAAGACATAAAGCTTGGCGCAAGTTTACGATGAAGAAGATGAACATGCGCCATGGCGATACGGCCATCGATCTATGCTGCGGTACTTGCGACTGGACGATTAGTATGGCACAGGCAAGTGAATCCGGACACATAGTTGGACTCGATTTCAGTGAGGGGATGCTGAATGTCGGCCGGGGCAAGGTTGCCAAACATGGGCTGGACCAACAGGTGGAGCTGGTTCAGGGAAACGCCATGAGCCTGCCGTTCGAAGACAATCAGTTCGACTACGCGACGATCGGTTTCGGTCTTCGCAATGTACCGGATTACATGCAGGTTCTGCATGAGATGAAACGCGTGGTTAAGCCTGGCGGGATGGTTGTATGTTTGGAACTGTCCAAGCCGACTTGGCAGCCGTTCAAAGGCATTTATTATTTCTACTTTCAACAAGTGCTGCCTCGGATGGGGAAACTGGTAGCCAAGCGTTACGAGCAGTATAAGTGGCTGCCAGAATCGCTGGCGTTGTTCCCAGGACGAGAGGAGCTTGCCGAAGCTTTCCGTCAGACCGGACTTCAACAGGTTCAGGCCTATCCCTTGACTGGTGGCATAGCAGCCTTACATATTGGGATCAAGGAGAATCTGGATGTTTAA	MDNQTTKLDMSKHDGKNPKEQYVHSVFESISGKYDMMNDILSFRRHKAWRKFTMKKMNMRHGDTAIDLCCGTCDWTISMAQASESGHIVGLDFSEGMLNVGRGKVAKHGLDQQVELVQGNAMSLPFEDNQFDYATIGFGLRNVPDYMQVLHEMKRVVKPGGMVVCLELSKPTWQPFKGIYYFYFQQVLPRMGKLVAKRYEQYKWLPESLALFPGREELAEAFRQTGLQQVQAYPLTGGIAALHIGIKENLDV	PGPT0009535_934	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009535-ubiE-K03183	NA	NA
JZ016_06460	873	plqA		4-hydroxybenzoate solanesyltransferase	ATGTTTAAGAAAATAGGAACTTATCTTGAAATGATTAAAGTGGAGCATACACTGTTTGCTCTGCCTTTCGCTTTTATGGGGGCGATTCTAGGATCGGCCGTCGTGTTTGACCAGCTACCATCCTGGGGAGATATCGGATGGATCTTTCTTGCCATGTTCGGTGCACGCAGCGCTGCGTTCGGATTGAATCGGCTCACGGATCAGCATATCGATGCCAAGAACCCCCGCACCGCAAGTCGCGCCATTCCGGCAGGCCTGCTAAAACCGCTGGAAGTTATCTTATTCATTATTCTGTCTTTCGCGGTGTTTTTCTGGGCCACTTACATGCTGGATCCGTTTGCATTCCGTTTGCTGCCTATCGCTATTTTTATGCTTATTATTTATTCATATACCAAACGGTTTACTTGGCTTTGCCATCTGGTGCTCGGGCTTACAACGGCGCTTGCTCCGCTTGGCGGATGGGTTGCGGTAACCGGTCAAATCGACTGGAAGGCCATTGTATTCTATATCGCGCTTGCGTTCTGGACGGCGGGATTTGATATTGTTTACGCGTGCCAGGATGAGAAGTTTGATGCAAAAGAAAAGCTGTACTCGATTCCTTCCCGGTTCGGTTTGCATAAAGCGTTGTGGTTCGCACGCGGTTTTCACGTAGTAACGGCTATCGGCTTTATCATTCTTTTCTTTGTCACACCGGTTGGCTGGTGGTATCTGATCGGCATGGTCATCGCCTGCGGAATTTTGTTCTATCAGCATTACATCTTGTCGCCAAACGATATGAGCCGTCTGCAAACCGCCTTTTTTACGATGAACAGTACACTGAGCATCATTCTGTTTGTATTCACTCTGATTGATTTGGTGGTGCGGTATATCTGA	MFKKIGTYLEMIKVEHTLFALPFAFMGAILGSAVVFDQLPSWGDIGWIFLAMFGARSAAFGLNRLTDQHIDAKNPRTASRAIPAGLLKPLEVILFIILSFAVFFWATYMLDPFAFRLLPIAIFMLIIYSYTKRFTWLCHLVLGLTTALAPLGGWVAVTGQIDWKAIVFYIALAFWTAGFDIVYACQDEKFDAKEKLYSIPSRFGLHKALWFARGFHVVTAIGFIILFFVTPVGWWYLIGMVIACGILFYQHYILSPNDMSRLQTAFFTMNSTLSIILFVFTLIDLVVRYI	PGPT0009515_1994	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009515-ubiA-K03179	NA	NA
JZ016_06461	603	ubiX	COG0163	Flavin prenyltransferase UbiX	ATGAAATCCTTGCGCAGAAAAAGCTGGGTTGTCGGGATAACGGGAGCCAGCGGCAGCATATACGGAGTTCGCCTTACGGAGAGCCTGCTCTCGCTGGGCTATGATGTGCAGTTGATCATTTCCAATGCGGGATGGCGTGTTCTGAAGGAGGAAATGGGCTTTCAGGCAGGCAACCGCGAAGAAGTGCTGGCCGAGAAATTCGGCGGATATGAGGGGAGTGTCATCTACCATCCGATCTCCGACATCGGGGCAACGATAGCCAGTGGATCTTACCTTGTGGAAGGCATGATCATCATGCCATGCTCTATGGGGACATTATCCTCGGTCGCTCACGGCTCTTCCGACAATCTGATGGGACGCGCCGCGGATGTGATGATGAAAGAAGGCCGTCCTCTGGTGCTTGTCCCGAGAGAAACGCCTCTGCATGCGATTCACCTGGAGAACATGCTGGCGCTGGCCAAACTTGGCGTCAAAATCATTCCCGCGATGCCTGCGTTCTATTACGGACCGAAGACCATTGATGATATCGTGAATTTTCTGGTCGGCAAGGTATTGGACAGCTTGCGCATTGATCATCAATTGTATACGAGATGGGGAGAATAG	MKSLRRKSWVVGITGASGSIYGVRLTESLLSLGYDVQLIISNAGWRVLKEEMGFQAGNREEVLAEKFGGYEGSVIYHPISDIGATIASGSYLVEGMIIMPCSMGTLSSVAHGSSDNLMGRAADVMMKEGRPLVLVPRETPLHAIHLENMLALAKLGVKIIPAMPAFYYGPKTIDDIVNFLVGKVLDSLRIDHQLYTRWGE	PGPT0009565_1154	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0009565-ubiX|bsdB-K03186	NA	NA
JZ016_06462	936	hepT_2	COG0142	Heptaprenyl diphosphate synthase component 2	ATGGACGTTATTGAGAAGGAACTCTATCTCAGCGTCGAAGGCGACAGCCCAGAGCTAACCGAGACTTCCTTGCATCTGCTTAGAGCAGGAGGCAAGCGACTCCGTCCTGTTTTTGTGCTGATGGGCGGTAAGTTCGGCGACTATGACATTGACAAGCTGAAGCATGTGGCCGTCCCGCTCGAGATGATTCACAGTGCATCGCTCGTTCATGATGACGTGATCGATGATGCGGACACGCGGCGAGGTAAGCCAACGGTAAAGGCGAAGTGGGACAACCGGATTGCCATGTATACCGGCGACTATATATACGGCAAGGCGCTGGAGTTGACGACCCAACTGAAGCAGCCAGAGATTCATCAAATTCTCGCCAAGGCCATGGTCGAGATGTCCATCGGGGAAATGGAGCAGATTCGTGATTTCTTTAATACTGATCAGGACGTCAGAAGGTACCTTCTGCGTATTCGCCGCAAAACGTCGCTCTTGATTGCCGTCAGCTGCCAGCTCGGAGCACTGGCTGCGGATGCGGACCGCAAGGTCGCAAACAGCCTGTATCGATTCGGATATAACGTCGGCATGGCCTTTCAGATTCAGGATGATCTTCTGGATCTGTGCGGGACGGAGAAGCAGATTGGCAAACCGCCGGGGAGCGATATGAGGCAGGGGAATATTACGCTGCCCGTTATATTTGCTCTCGAAGATAGCAAACGGAGGGAGTCGCTGCTGCAAGAGCTGGATCGGATTCATGCACTGAATGGCCAGTGTGATGTGACTGACGCCGTGAAGCTTGTAACCTCAAGCGATGGTATATCGAGATCTGAGGCGCTCGCTGATCGGTATATCCGTAAAGCATTGGCCGCATTGGATACATTGCCTGACATCAAGACCAAAAAACAGCTTAGAGATATCGCAAATTTTATTACAAAGCGGTCATATTAG	MDVIEKELYLSVEGDSPELTETSLHLLRAGGKRLRPVFVLMGGKFGDYDIDKLKHVAVPLEMIHSASLVHDDVIDDADTRRGKPTVKAKWDNRIAMYTGDYIYGKALELTTQLKQPEIHQILAKAMVEMSIGEMEQIRDFFNTDQDVRRYLLRIRRKTSLLIAVSCQLGALAADADRKVANSLYRFGYNVGMAFQIQDDLLDLCGTEKQIGKPPGSDMRQGNITLPVIFALEDSKRRESLLQELDRIHALNGQCDVTDAVKLVTSSDGISRSEALADRYIRKALAALDTLPDIKTKKQLRDIANFITKRSY	PGPT0025040_176	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025040-gerC-NA	NA	NA
JZ016_06463	453	ndk	COG0105	Nucleoside diphosphate kinase	ATGAGGCCAATGGAACGTACTTTTTTAATGATTAAACCGGATGGTGTACAACGTGGGCTGATCGGCCGAATCGTCGGCCGTTTGGAGGATAAAGGATTCAAGCTGGTTGCAGGCAAGTTCCTGCAGATTTCAGACGAGCAGGCCAAGCGCCATTATGCGGAACATGAAGGCAAAGATTTTTTTGATAACTTGGTTGGGTTTATAACGTCCGGACCGGTGTTTGCGATGGTTTGGGAAGGGGACGACATCATTGCTTTGTCCCGCCAAGTGATTGGCAAAACGAATGTGAAGGATGCGCTGCCCGGGACGATCCGAGGGGATTTTTCAGCTCATACGCCGCACAATCTGATTCATGGATCGGATTCACCGGAGAGCGCGCAACGCGAAATTGCCAATTTCTTTGAAGAGAAGGAATTGGTTGAATATAACAAAACGCTGTCCCCTTGGCTGTAA	MRPMERTFLMIKPDGVQRGLIGRIVGRLEDKGFKLVAGKFLQISDEQAKRHYAEHEGKDFFDNLVGFITSGPVFAMVWEGDDIIALSRQVIGKTNVKDALPGTIRGDFSAHTPHNLIHGSDSPESAQREIANFFEEKELVEYNKTLSPWL	PGPT0021210_2083	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021210-ndk-K00940	NA	NA
JZ016_06464	804	cheR		Chemotaxis protein methyltransferase	ATGACGGAACATGAACCTGTGCTGGATGATCCGGATTATATCGGCTTTGTTCGCAGCATCGAACGAAGCACGGGGATCAATCTCGCAGATTATAAAGAGGCGCAGATGAAGCGAAGGCTGACAACGCTGCGTTTGAAGAAGGGCTTTGAAACCTTTTCGGCCTTCTACGACGCAATGATGAAGGACAAGCCATTATTTCATGAGTTTTTAGACCGGATGACAATTAACGTCTCGGAGTTTTGGCGCAATCCCAACCGGTGGGAGGTTCTCCGTGACAAAATATTGCCGGAGATATCCCAGCAGAATCCCGGGGTATTGAAAATATGGAGCGCCGCCTGCTCCACGGGTGAGGAGCCTTACACGCTTGCTATGATACTGTCCGAACAGAAGATGCTGAGCCGTGCGCGCATCGCGGCGACAGATATTGATGACGGCGCATTACATAAAGCGAAGGAGGGCCTATATGTCGAGAGGTCATTGAAGGATGTGCCTCCGGATGTAGCCGCCCGCTATTTTAAGGAAGAAGGTTCGGTGTATCGCTTCAGTGAGCATTTGAAGAAGGAAGTAACCTTTCATAAGCAGAATCTGCTGACGGACCGCTTCGAGACGGGATATGATCTGATTGTTTGCCGAAACGTGATGATTTATTTCACGGAAGGCGCCAAGCACAAGCTGTACCAGAAGTTTGCCTCAAGCCTAAAGCCAGGCGGATTCTTGTTTGTGGGCAGCACGGAACAGATCTTTAATCCGGGACAATATGGCCTGGAGAGCAACGAGACCTTTTTCTACCGTAAAATTCAATAG	MTEHEPVLDDPDYIGFVRSIERSTGINLADYKEAQMKRRLTTLRLKKGFETFSAFYDAMMKDKPLFHEFLDRMTINVSEFWRNPNRWEVLRDKILPEISQQNPGVLKIWSAACSTGEEPYTLAMILSEQKMLSRARIAATDIDDGALHKAKEGLYVERSLKDVPPDVAARYFKEEGSVYRFSEHLKKEVTFHKQNLLTDRFETGYDLIVCRNVMIYFTEGAKHKLYQKFASSLKPGGFLFVGSTEQIFNPGQYGLESNETFFYRKIQ	PGPT0015670_3936	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575	NA	NA
JZ016_06465	1170	aroC_3	COG0082	Chorismate synthase	ATGAGCTTACGCTTTTTAACTGCCGGGGAAACGCACGGTCCTCAGCTGACAACTATAATCGAAGGACTTCCAAGTAATTTGGAGCTTGATTTCGAAGCATTGAACTTTCAGCTTCATCGGAGACAGAAGGGATATGGCCGGGGACGCCGCATGCAGATCGAGAAGGATACCGCGCAAATCCTAGGAGGTGTGCGTCACGGCTATACAACCGGTGCGCCCATCGCGTTGGTCGTGCAGAATAATGACTGGAAGCATTGGCAGAACATTATGAACGTGGAGCCGATTGAGGGCAACGACGAGGTGAAAAGACGGGTACACCGTCCAAGACCGGGACATGCCGACTTAAACGGCGGTTTGAAATACAATTTGAAGGATCTGCGTAACGTGCTGGAACGCTCCAGTGCCCGTGAAACCACAGTTCGCGTAGCGGTAGGTGCTATCGCGAGACAATTCCTGGCACAATTCGGCGTTAAAGTGGCAGGCCAGGTCATCCGGATTGGCGAGATCGAAGCTCCCCCGCACAATCTTTCGATCGATGAGCTGATCGAGCGTACGGAAGCCTCCTCGGTTCGCGTGGTGGACGAAGAGACCGAGAAGAAAATGGAAGCCTACATAGACCAGATCAAAAAAGAAGGCGACTCCATCGGCGGCATCGTGGAATGCATCATCGAAGGCGTGCCGGTCGGATTGGGCAGCCATGTCCAATATGACCGCAAGCTGGATGGCCGCATCGCACAGGGCGTGATGTCGATTAATGCCTTTAAGGGCGTTGAGGTCGGAATCGGATTTGAAGCGGGCCAATTGCCCGGTTCCCAGGTACATGACGAGATTATGTACAGCGAAGAGCGCGGATACCACCGTGCAACCAATCGCCTGGGCGGATTTGAAGGCGGGATGACCAACGGCATGCCGATCGTCGTTCGAGGCGTCATGAAGCCGATTCCGACGCTGTACAAGCCGCTCCAAAGCGTGGATATCGATACAAAGGAAGCTTTCACGGCTCAGGTTGAACGCTCGGATGCCTGTGCGGTTCCGGCCGCCAGCGTTGTCATGGAGCATGTTGTGACATGGGAAGTAGCGAAGGCTTTCCTTGAGAAGTTTGGCGGTGATTCGATGGAAGAAATTCATGCGAATTACCAGAACTACCTGAAGCAGCTGGAGAACTACTAA	MSLRFLTAGETHGPQLTTIIEGLPSNLELDFEALNFQLHRRQKGYGRGRRMQIEKDTAQILGGVRHGYTTGAPIALVVQNNDWKHWQNIMNVEPIEGNDEVKRRVHRPRPGHADLNGGLKYNLKDLRNVLERSSARETTVRVAVGAIARQFLAQFGVKVAGQVIRIGEIEAPPHNLSIDELIERTEASSVRVVDEETEKKMEAYIDQIKKEGDSIGGIVECIIEGVPVGLGSHVQYDRKLDGRIAQGVMSINAFKGVEVGIGFEAGQLPGSQVHDEIMYSEERGYHRATNRLGGFEGGMTNGMPIVVRGVMKPIPTLYKPLQSVDIDTKEAFTAQVERSDACAVPAASVVMEHVVTWEVAKAFLEKFGGDSMEEIHANYQNYLKQLENY	PGPT0012875_1364	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012875-aroB-K01736	NA	NA
JZ016_06466	1095	aroB	COG0337	3-dehydroquinate synthase	ATGAGAACACTTCAGGTAGAGCTGGGAGAGCGTTCCTATCCGATTTATATCGGAGCTGGCATTTTGGATACCATCGGTGAGCTGAGCGCGAAGCATGGAATTACACGCAAGAGCCCGCATTTGATTGTAACGGATGATAAAGTAGCGCCTCATTATTTGTCTCAAGTGGAGGAGCAGTTAAAATCGGAAGGATACACGGTTATTTCCCATATTGTCCCTTCCGGTGAATCCTCCAAATCGCTTCAGGTCTATGAAGAGGTAATGACTACAGCAATCAACGGCAAGCTGGATCGCAGCTCGGCAGTATTTGCGCTGGGTGGAGGCGTTGTTGGTGATTTGGCCGGATTCGTCGCGGCAACGTATATGCGCGGCGTGACGTTTGTTCAGATCCCGACCACCATCCTGGCCCATGACAGCAGCGTTGGCGGCAAAGTGGCGGTCAACCATCCGTTAGCCAAAAATATGATCGGCGCGTTCCATCAACCCGTTATGGTGGTTTACGATGTGAACACGCTGATGTCATTGCCTCCGCGCGAGGTGTCTTCTGGTCTTGCAGAGATGGTGAAGCATGGTTTGATCCTGGACCGTGATTTTGCCTATTGGTGCCGGGAGAATGGGCAAAAGCTGCTGAGCCTGGATCCTGATACGTTGATATATGGCCTGGAGCGCGGCTGCGCGATCAAGGCGAACGTCGTATCCCAGGATGAGCGGGAAGGCGGTTTGCGTGCCATCCTTAATCTCGGGCATACCATCGGTCATGCCATTGAAGCCGTTGGCGGCTACGGACGCTTCTTGCACGGCGAGGCGATTGCCATCGGCATGGCAGGCTCGGCCCGCCTTGCCGAAAAGCTTGGCAGACCGGCGGATCTGCACAATGAGACGGTGAGCATGCTCCAGGCGGTGAATCTGCCGGTAACCTTGCCGGGTGACGTCTCGGTTGAGCGAATTATGGACGCTATGCAGCATGATAAAAAGTTTGCCGAGGGAAATATGGTATTTATCGTACCGGAATCCATCGGCTCCGTCAGCATCGTTAAGGATGTACCGGTAGAAGCTGTTCGATCCGTGGTTGAACAGTTGAAGGGAGAGGGATAG	MRTLQVELGERSYPIYIGAGILDTIGELSAKHGITRKSPHLIVTDDKVAPHYLSQVEEQLKSEGYTVISHIVPSGESSKSLQVYEEVMTTAINGKLDRSSAVFALGGGVVGDLAGFVAATYMRGVTFVQIPTTILAHDSSVGGKVAVNHPLAKNMIGAFHQPVMVVYDVNTLMSLPPREVSSGLAEMVKHGLILDRDFAYWCRENGQKLLSLDPDTLIYGLERGCAIKANVVSQDEREGGLRAILNLGHTIGHAIEAVGGYGRFLHGEAIAIGMAGSARLAEKLGRPADLHNETVSMLQAVNLPVTLPGDVSVERIMDAMQHDKKFAEGNMVFIVPESIGSVSIVKDVPVEAVRSVVEQLKGEG	PGPT0012865_1960	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES	BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012865-aroA-K01735	NA	NA
JZ016_06467	375	aroH	COG4401	Chorismate mutase AroH	ATGATGAATCGGGGAATCCGGGGGGCGACAACCGTCACCCGCAACGATGAGCAGGAGATTGTACAGGAAACGCTGAGGCTCCTTGAAGAGATGGTGAGACGCAACGAGCTTCAGCCGGAGTATATCAGCAATATATGGATTACGATGACACAGGATCTGGACGCGACGTTTCCGGCCAAAGCGATACGCCAGCTGGAAGGCTGGGATCTGGTCCCATTGATGTGTTCGGTTGAAATACCGGTTCAAGGCAGTCTGCCGCGCTGCATCCGGTTTATGATTCAGGTCAATACGGATAAAAGCCAGAGCGAGATTAAGCATGTGTATTTGAATGAAGCCAAGCGGCTGCGACCGGATTTATCAGGCTCCAACGCCTGA	MMNRGIRGATTVTRNDEQEIVQETLRLLEEMVRRNELQPEYISNIWITMTQDLDATFPAKAIRQLEGWDLVPLMCSVEIPVQGSLPRCIRFMIQVNTDKSQSEIKHVYLNEAKRLRPDLSGSNA				NA	NA	NA	NA	NA
JZ016_06468	1554	trpE	COG0147	Anthranilate synthase component 1	ATGGCGAATCCATCAATGGAGCAAGTGGTGGCTATGGCAGGTGAATATAACCTGATTCCGGTAGCGATCAGACTGTTAGCCGACATGGAAACCCCGATTCGCATTTTTCAACGATATGCGGAACGGAAGCGGGCATTTTTACTTGAAAGCGTTGAGGGCGGAGTACAGTGGGCACGGTATTCGTTTATTGGAACAGACCCCTTCTTAATGATTACGGGTAAAAAAGGAAAGATCGAAATTGAAAGGAACGGAGAGCGTTCCCTGCTGAAAGGAAAGCCTGTCGAGGAGTTAAAGGCGCTGCTGCGAACGTACCGCAGCCCGCAGCTGAAGGAGATGCCACCTTTTACCGGAGGGGCTATCGGATTTTTTGGATATGACCTGCTCCAATATTATGAGAAGCTTCCGGCACATGCGATGGACGATCTCGGAATGGATGATATCCGGTTCATGTTTTGCGATCAAGTCATTGTCTTCGACCATGTGAAGCAGCAGATCATGCTGGTTGGCAACGTACATGTGAAGCCGGGGGATTCGGACGAAACCATCCGGCAAAGCTATCGGGATGTATGCCGTACCTTGGAAGCCGCAGCCGAGCAGCTGCAAGAACAGGGACCGCGGGAGAACGTGAACTCCAAAGGCATTCCGGCGGATGTTGATATGGGCGACATTAAATCCAATATGACAAAAGAGAAGTACCTCTCCAATGTGGAGCAAGCAAAGGAATACATTCGTGCTGGTGATATTTTTCAGGTGGTATTGTCCCAGCGCTTCCATATTGAGACCGAAGTATCGCCGCTTCACGTATACCGGGTGCTGAGAACGCTAAATCCTTCACCGTATATGTACTACCTCAAGATGGACGACGACATTATCGTAGGAACCTCCCCGGAAGCCCTGGTGAAGGTGGATGGAAGAAGATTGGAAACAAGACCGATTGCAGGTACCAGACCTAGAGGCAGCGATGAGGCCGAAGATCAGGCGCTAGCCGAAGATCTGCTGCAGGACGAGAAGGAACGAGCCGAGCATTTGATGCTGGTGGACCTGGGCCGCAATGATCTGGGCCGCGTGTCAGAGTTCGGCACAGTGAAGTGCGACACGTTCATGGAAATTGAAAAGTATTCCCACGTGATGCATATGGTATCCAGCGTTTCCGGTCAGCTGAGAGAGGATAAGGATTTCTTCGATGCTTTTCTGTCCTGCTTGCCGGCAGGAACGGTATCCGGTGCTCCGAAGCTAAGGGCCATGGAAATTATTGCGGAGCTGGAACGGGAAGCAAGAGGCGCGTATGCGGGCGCCATCGGTTATCTCGGCTTCGGCGGCAATATGGATTCCTGCATCACGATCCGTACGATCATTTTTCGTCAGGGCAAAGCTTATGTCCAGGCGGGGGCCGGCATCGTATGGGATTCGGTACCGGAGAAGGAATATGAAGAAACCATCAACAAAGCCAAAGGGATGCTGAAGGCGATCCGCGTCGCGGAAGCGATGTTTCCGTCCAGCACGGGGGCTAACGATTTAATTAATCAGGATTACCTGTACCAATACACACCTTAA	MANPSMEQVVAMAGEYNLIPVAIRLLADMETPIRIFQRYAERKRAFLLESVEGGVQWARYSFIGTDPFLMITGKKGKIEIERNGERSLLKGKPVEELKALLRTYRSPQLKEMPPFTGGAIGFFGYDLLQYYEKLPAHAMDDLGMDDIRFMFCDQVIVFDHVKQQIMLVGNVHVKPGDSDETIRQSYRDVCRTLEAAAEQLQEQGPRENVNSKGIPADVDMGDIKSNMTKEKYLSNVEQAKEYIRAGDIFQVVLSQRFHIETEVSPLHVYRVLRTLNPSPYMYYLKMDDDIIVGTSPEALVKVDGRRLETRPIAGTRPRGSDEAEDQALAEDLLQDEKERAEHLMLVDLGRNDLGRVSEFGTVKCDTFMEIEKYSHVMHMVSSVSGQLREDKDFFDAFLSCLPAGTVSGAPKLRAMEIIAELEREARGAYAGAIGYLGFGGNMDSCITIRTIIFRQGKAYVQAGAGIVWDSVPEKEYEETINKAKGMLKAIRVAEAMFPSSTGANDLINQDYLYQYTP	PGPT0007095_1434	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-HQQ|PQS_BIOSYNTHESIS,PGPT0007095-trpE|phnA-K01657	NA	NA
JZ016_06469	1041	trpD_3	COG0547	Anthranilate phosphoribosyltransferase	ATGAACGTCATGGAAACGATGCAATCCAGCCTTACGAAGCTGATTCAAGGTCAAGATCTGAGCCGGGAGGAAGCGCGCGGGGTCATGCAGTCCATTATGGAAGGCCAGGCAACCCATTCCCAAATCGGGGCGCTGCTTACGGCCATGAGAATGAAGGGGGAGACGGTCGAAGAGATCACCGGCTTCGCCGAGGCGATGCGTGGTGCGGGCGGGCGCGTCGTTACCGAGCGAAACCAGCTGCTGGATACATGCGGCACCGGAGGATCCGGGATTCATAAGTTTAACATTTCTACCGTATCCGCCATTATCTCCTCCTCGGTTTCGGTCAGAGTGGCCAAACACGGCAACCGCTCGGCATCGGGACGGGCGGGCAGCGCCGATGTGCTCGAGGCGCTGGGCGTGAATATCCACTTGACGGCAGAGCAAGCGACAGCCTGTCTGAATGATATCGGAATTTGTTTCCTGTTTGCCCAGATCTATCACCCTTCGATGAAATATGCCGCAGCTCCTCGCAAAGAGCTCGGGGTTCGAACCGTATTTAACATGCTGGGGCCTTTGACAAACCCGGCCGGCGCAGATCGGCAGATGCTCGGGATATACGATATGAACAAAACGGAAACCATCGCACAGGTGCTTAAAGAGCTTGGTTTAAAGCGGGCCATGGTGGTAACCAGCCATGACGGCTTGGATGAAATTAGCATCTCTGCACCTACGCGCGTATCCGAGCTTCGTGGCGGAGAAGTCCGAACGTATGACATTCATCCGCATGACCTGGGACTGTCGGTTCATCCGATGAGCGATATTCTGGGCGGCGATGCAAAAGAGAACGCGGCTATCATCGGATCCGTGCTGCGCGGTGAGCGCAGTGCTTATCGGGATATCGTGCTTGCCAATGCCGGTGCCTGCATCTATGTGTCTGGGCTTGCGGATAGTTTGGCCGAAGGTGTGCAGCGCGCTGCGGGAGCGATCGATTCAGGGCTGGCTCAGTCCAAGCTGGAGCAGCTGATCTCAAGAACGGGGGAAATGAGTTATGTATCTTGA	MNVMETMQSSLTKLIQGQDLSREEARGVMQSIMEGQATHSQIGALLTAMRMKGETVEEITGFAEAMRGAGGRVVTERNQLLDTCGTGGSGIHKFNISTVSAIISSSVSVRVAKHGNRSASGRAGSADVLEALGVNIHLTAEQATACLNDIGICFLFAQIYHPSMKYAAAPRKELGVRTVFNMLGPLTNPAGADRQMLGIYDMNKTETIAQVLKELGLKRAMVVTSHDGLDEISISAPTRVSELRGGEVRTYDIHPHDLGLSVHPMSDILGGDAKENAAIIGSVLRGERSAYRDIVLANAGACIYVSGLADSLAEGVQRAAGAIDSGLAQSKLEQLISRTGEMSYVS	PGPT0007090_1671	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007090-trpD-K00766	NA	NA
JZ016_06470	810	trpC		Indole-3-glycerol phosphate synthase	ATGTATCTTGATCGAATAGTAGAAACGAAACGTAGAGAAGTTGCTCAGCTGCGAGATACATTCAGCATCTCGGAGGCAGAGAGGCAAATAGCGGATTTACCGCCGACTCTCGGCTTTGGGAAGGCGTTGTCGACGGGGCGTAAACGCAGCATGGGGTTAATTGCCGAGGTGAAGAAGGCTTCGCCGTCCAAAGGGCTAATTCGTCCGGACTTTGATCCGGTTATGATCGCCAAAGCATATGAGGCAGCCGATGCCGACTGTCTTTCCGTGCTGACCGACAAGGACTATTTTCAGGGTAGTGGAGAGTATTTGAAAGCGGTAAGGGCGGCCGTCAACATTCCTTTGCTGCGGAAGGATTTCATTATCGACGAGACTCAGATTTACGAGGCGCGACTGTTAGGTGCGGACGCGGTTCTCTTAATAGCGAGCATACTGGAGCCTGAGCGGATTGCGGAGTTTATAGACATCGCCGGCTCGATTGGCTTGGATAGCCTGATTGAGGTCCATGATGGACAGGAGCTGGAATCGGTTCTTGGGCTGGGAACAGCTCAGCTGATCGGAATAAATAACCGCAATCTGCGGACCTTTGAAACATCGCTGCAGACAACAGCCGATATCGCGGCACAAGTACCGCAGGGAATTACCTTGATCAGCGAAAGCGGAATATCAGGTCCAGCCGATATTTCCTACTTGCATTATGTTGGGGCACATGGTGTTCTGGTAGGGGAGCATTTCATGCGCCAGCAGGACGTGTTCCGCGCGGTAAACGATCTAATGGGACCCTTGCCGATCGCTGCAGACGTAGAATAA	MYLDRIVETKRREVAQLRDTFSISEAERQIADLPPTLGFGKALSTGRKRSMGLIAEVKKASPSKGLIRPDFDPVMIAKAYEAADADCLSVLTDKDYFQGSGEYLKAVRAAVNIPLLRKDFIIDETQIYEARLLGADAVLLIASILEPERIAEFIDIAGSIGLDSLIEVHDGQELESVLGLGTAQLIGINNRNLRTFETSLQTTADIAAQVPQGITLISESGISGPADISYLHYVGAHGVLVGEHFMRQQDVFRAVNDLMGPLPIAADVE	PGPT0007080_1435	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007080-trpC-K01609	NA	NA
JZ016_06471	672	trpF	COG0135	N-(5'-phosphoribosyl)anthranilate isomerase	ATGAGTACAGCGCTAAAAATATGTGGACTTCAAAGCGTTGAAGTGCTAAAATCTATGATAAACTTACCTGTGGATTATATCGGATTCGTATTTGCCAAGAGCCGGCGGAAGGTATCTCCGCAGCAGGCTGCACAGCTTATGCAAGTATTGCGGGAATGGGATCATAACAAGATTCCCGCCGCTGTCGGCGTCTTGGTTAACCCTGATTTGAATGAGCTGGAAGAGCTTCTACGAGAAGCAGCGCTCGACATCGTGCAGCTGCATGGTCAGGAATCGCCGCAATTTTGCCGGGAAGTGAAGGAGCGCTTCCCGGTTTCCGTTTTTAAGGCGATATCGATCGGGAGTGACCGCCCGGAATCGGAACGTCTGTCAGCACTGGATCCGTATGCGGGCTGCATCGACGGATTGCTGATCGATACGTATGATCCGGTGTATGGCGGAGGTTCTGGCAAGACATTTGCCTGGGATCTCATCCCACCTTACCAGCAATGGGCGAAACGGCAAGGGATCCCCTTGTTTGTAGCCGGCGGATTGGATTCGGATAATGTATCGCATTTAATAGGCCAATACGCTCCCTACGGCGTGGATGTATCCAGCGGCGTTGAGAGCGAGCCTGGCGTGAAGGACATAAACAAAGTGATGGCATTCATAGAAAGGGTGAAGGGGAAATGA	MSTALKICGLQSVEVLKSMINLPVDYIGFVFAKSRRKVSPQQAAQLMQVLREWDHNKIPAAVGVLVNPDLNELEELLREAALDIVQLHGQESPQFCREVKERFPVSVFKAISIGSDRPESERLSALDPYAGCIDGLLIDTYDPVYGGGSGKTFAWDLIPPYQQWAKRQGIPLFVAGGLDSDNVSHLIGQYAPYGVDVSSGVESEPGVKDINKVMAFIERVKGK	PGPT0007115_839	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007115-trpF-K01817	NA	NA
JZ016_06472	1197	trpB	COG0133	Tryptophan synthase beta chain	ATGACACAACTTCCTGACCGTAATGGACGTTTTGGAGTGTTTGGTGGCCGGTTTGTGCCGGAAACGCTCATGAACGCTTTAATAGAGCTTGAACAAGAGTATATTCGCTTTTCGGAGGATCCTGCCTTCAAAGAGGAGATCGCTTATTTGCTTAAACAGTATTCCGGACGGGAAACGCCCTTATATTATGCTGAACGACTCAGCAAACACCTCGGCAAGGCTAAAATTTATCTGAAGCGGGAGGATTTGAACCACACAGGCGCCCACAAAATCAACAACGCCATTGCTCAAGGCGTGCTAGCCAAGCGTATGGGCAAAGGCAAGGTCATTGCCGAAACGGGCGCCGGGCAGCATGGAGTTGCCACTGCAACCGTAGCCGCTCTGCTCGGTCTCGAATGCAAGGTGTTCATGGGCGAAGAGGATACCAAGCGGCAGCAGTTGAATGTATTCCGCATGAAAATGCTCGGAGCCGAAGTGATTCCGGTGACGTCGGGAAGCCGAACGCTGAAGGATGCCGGCAACGAGGCGCTTCGCTACTGGGTCAGCAACGTTGAGGATACCTTCTATGTGCTTGGTTCCGCAGTAGGTCCGCATCCGTATCCGATGATGGTCCGGAACTTCCAGCGGATCATCGGTGACGAGACCCGCAAGCAGATTCTGGAGACGGAAGGAAGACTTCCAAACGCGATTCTTGCACCAATCGGGGGAGGAAGCAACGCGATCGGCATGTTCTACCCGTTCCTGGAAGATAAGGAAGTCGGTCTAATCGGTGTCGAAGCGGCCGGGAAAGGGATCGATACCGATTATCATGCGGCCACCATGTCCAAAGGGACCCAAGGCGTATTCCAGGGATCGATGAGTTATTTGCTTCAGGATGAGTATGGACAGGTTCAGGAGGCACATTCCATTTCTGCCGGTCTGGATTACCCCGGCGTTGGGCCAGAGCATTCCTACTTAAAAGATATTGAGCGCGTGCAGTATGTGCCTATAACCGACCAAGAGGCATTGGATGCCTTGCAGCTCTTATGCCGAACGGAAGGCATCATTCCTGCGCTGGAATCGGCGCATGCCGTGGCGCAAGCCGTAAAAATGGCCTCCGCGTGGACTGAGGACGATATCGTCGTCATTAATTTGTCCGGTCGCGGTGACAAGGACGTGGAGTCCATCATGGCTTACACGGGAGGGAAATCCGAATGA	MTQLPDRNGRFGVFGGRFVPETLMNALIELEQEYIRFSEDPAFKEEIAYLLKQYSGRETPLYYAERLSKHLGKAKIYLKREDLNHTGAHKINNAIAQGVLAKRMGKGKVIAETGAGQHGVATATVAALLGLECKVFMGEEDTKRQQLNVFRMKMLGAEVIPVTSGSRTLKDAGNEALRYWVSNVEDTFYVLGSAVGPHPYPMMVRNFQRIIGDETRKQILETEGRLPNAILAPIGGGSNAIGMFYPFLEDKEVGLIGVEAAGKGIDTDYHAATMSKGTQGVFQGSMSYLLQDEYGQVQEAHSISAGLDYPGVGPEHSYLKDIERVQYVPITDQEALDALQLLCRTEGIIPALESAHAVAQAVKMASAWTEDDIVVINLSGRGDKDVESIMAYTGGKSE	PGPT0007075_3354	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007075-trpB-K01696	NA	NA
JZ016_06473	807	trpA	COG0159	Tryptophan synthase alpha chain	ATGAACCGAATTGACCAGACCTTTGCGTTGTTGAATCAACAAAACAAGACGGCCCTGATTCCTTATCTGACCGTTGGGGATCCGGATGTGAAAGCGACGCTGGATATCATACATGAGCTTGAAATGGCGGGAGCCGACATTATCGAACTCGGCGTTCCTTATTCTGATCCCCTCGCCGATGGCCCGGTCATCCAGCGTGCTTCCGAGCGTGCCCTGAAGAGCAAGGTGAACATCCGCACTTGCATGGAGACCGCGCGCCTGGCGAGAGAACGAGGCAGTAAGCTGCCGTTCATTCTGTTCACCTATTACAATCCGGTTCTGCAGACCGGACTGGATGTGTTCTTCGAAGAAGTGGTAAGGCATGATATCAGCGGGCTGATTATTCCAGATCTGCCGGTGGAAGAATCCGAAGAGGTTCGGAAACGGGCTCATGCTGCGGGCGTTCACCTGATTCCACTGGTGGCACCTACTTCCCATGAGCGGATTGCGAGCATCGCTTCGGAAGCGACCGGCTTTGTGTATTGCGTATCCTCGCTTGGCGTGACAGGCGAGCGCAACGATTTTTATGCAGGAGTGGAGTCATTCCTTGAAACGGTGAAGCAGTACAGCAATGTGCCCATCGCGATTGGTTTTGGCATTTCGTCCGGCGAACAGGTTGCCAGATTCTCTAAAATCTGCGACGGCGTCGTTGTTGGCAGTGCCATAGTACGTCAGATCGAGTCTACTATTCCCCTCCTTGAGAAGGAAGAGACAAGACAGCAGGGACTTTTGCAAATCAGGGAGTTTGTGGCACAATTAAAGGGATAG	MNRIDQTFALLNQQNKTALIPYLTVGDPDVKATLDIIHELEMAGADIIELGVPYSDPLADGPVIQRASERALKSKVNIRTCMETARLARERGSKLPFILFTYYNPVLQTGLDVFFEEVVRHDISGLIIPDLPVEESEEVRKRAHAAGVHLIPLVAPTSHERIASIASEATGFVYCVSSLGVTGERNDFYAGVESFLETVKQYSNVPIAIGFGISSGEQVARFSKICDGVVVGSAIVRQIESTIPLLEKEETRQQGLLQIREFVAQLKG	PGPT0007070_2219	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007070-trpA-K01695	NA	NA
JZ016_06474	1098	hisC_2	COG0079	Histidinol-phosphate aminotransferase	ATGAAACCGAAAGCGCAAATTGTTAATCTTCCTGTATATCAACCCGGGAAGCCCATCGAAGAAGTCAAAAAAGAACTAGGCCTGGATGTGGTCATTAAGCTGGCCTCCAACGAGAATCCGTATGGCTGCTCACCGCGCGCAACCGAAGCCATTACCGCTGAGCTGGCAACGCTCAGCCTGTATCCGGATGGAAGTTCGGCCGATTTAACGGCGGAGCTTGCTGATCAGCTTGGTATTGAACGCAATCAGATTATTTTCGGATGCGGATCCGATGAAATCATCGCCCTCATTATTCGTGCGTTCCTGGAGCCGGGAGACGAAACCATTATGGCCGATCAGACCTTCTCGGTGTATAAAACGAATGCGGATATTGAAGGTGCGACAAGCATTGAGGTGCCACTGGTTAACGGGAAGCATGATCTGCCGGGCATGGCAAAAATCGTTACGGACAAAACCAAAATCATTTGGGTGTGCAATCCGAATAATCCGACCGGAACCATCGTTTCCGAGAACGAGCTGGTATCTTTCCTGGATGAAATCCCTGCTCACGTGATGGTTGTGCTTGATGAAGCTTATTATGAATACGTAACGGACGCTTCGTATCCGGCCAGCATCAAGTTAATGGAACGTTATCCGAATCTGGTCGTTCTGCGTACCTTCTCCAAAATATACGGCCTGGCTGCTCTTCGCATCGGCTACGGCATCGGGCAACCTGAGGTTATCTCCTTGATTAACCGAGTGCGTGAGCCGTTTAATACAGGACGCCTGGCCCAAGTGGCCGCGAAGGCCGCCTTGAAAGATCAGGAATTCGTAGCTAAATGCCGTCAATTGAATGCTGAGGGAATCACTTATGTGCAGCGGGAGTTTGATCGTCTTGGATTATCCTATTTTCCTGCGAACGGGAACTTCATCATGGTGGATGTGAAGAGACCAGGTACCGAAGTGTTCAAATCCCTGCTGAGCAAAGGCATCATCGTACGTCCGGGTTTTGAGGTTTACCCGAACTATATTCGCGTAACCGTTGGCTCTGAAGAACAAAACAAGGCTTTCATCGGCGCATTGGAACAAGTGCTCCAAGAAGTGAATGCTCCAGCTTGA	MKPKAQIVNLPVYQPGKPIEEVKKELGLDVVIKLASNENPYGCSPRATEAITAELATLSLYPDGSSADLTAELADQLGIERNQIIFGCGSDEIIALIIRAFLEPGDETIMADQTFSVYKTNADIEGATSIEVPLVNGKHDLPGMAKIVTDKTKIIWVCNPNNPTGTIVSENELVSFLDEIPAHVMVVLDEAYYEYVTDASYPASIKLMERYPNLVVLRTFSKIYGLAALRIGYGIGQPEVISLINRVREPFNTGRLAQVAAKAALKDQEFVAKCRQLNAEGITYVQREFDRLGLSYFPANGNFIMVDVKRPGTEVFKSLLSKGIIVRPGFEVYPNYIRVTVGSEEQNKAFIGALEQVLQEVNAPA	PGPT0020305_3702	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
JZ016_06475	1095			hypothetical protein	ATGACCATGCAAATTTCTATTTTCGGCGTCGGCTTGATCGGCGGTTCGTTAGCATTAAACTTCAAAGGTAAACCAGGCATAACCGTTACCGGTTATGCCCACACGCAGGAATATGCCGACCAGGTAATCGCCAAGGGCGTTGTCGATAAGGTTACGCTTTCGGTGGAAGAAGCTGCCCAGGACGCGGACGTCATATTTTTGTGCGTTCCGGTAGGAAGTCTCGAGATGTACATAAAACGTCTGAGTGAATTGCGGCTTAAACCCGGATGCATTATTACGGATGTAGGCAGTACCAAAGCAAGTATTGCCGAATGCGCATCCCAACTTGCCCTTAAGGATGCCTATTTTATCGGTGGACATCCGATGGCCGGCTCGGAAAGATCCGGTGTCGGCGCTGCCTCCACCGTCTTATTCGAGAATGCATATTATGTGCTTACTCCGCCGGATGATGTCCCTCAGGAGAAGCTGGACATCCTTGTGGAGCTTCTGTCATATACGCGTGCTCACATTGTAAAAGTGGAGCCAAGGCTGCACGATGAGATTGTTGGAGCCATCAGTCATCTGCCTCATGTGATCGCAGTGGCCTTGGTGAACCAGATCAGCTCCTACAATGACGATAATCCGTTGTACCGTACGCTGGCTGCAGGGGGCTTTCGGGATATTACCCGTATCGCGTCCAGCGACCCGGTCGTTTGGCGGGACATTCTATTAAATAATCGCAATGTCATGCTGCCGCTGTTACGAGACTGGAACGAAGGAATCCAGCGATTTATGGACATGCTGGAGTCGAAGGACGGGGCTGCTATTGAAGAGGCTTTCCGCAGAGCGGGGGAATTCCGCAGCGTGCTGCCGGAGCGAAGGAAGGGAATGATCGTTCCCCAATATGATTTGTATCTGGACGTGCCTGACCATCCGGGTATCATTGGCCGCATAGCGACGGATTTGGGGACGAACAGCATCAACCTCAGCAACATGCAGATTATCGAGAGCCGGGAAGATGTGCCTGGTGTGATGAGGCTTTCCTTCCGCAATGAAATCGAACAGGAGCGGGCGAAAGAGCTTCTGCTGTCGCAAGGACACTCGGTGTACCAGTAA	MTMQISIFGVGLIGGSLALNFKGKPGITVTGYAHTQEYADQVIAKGVVDKVTLSVEEAAQDADVIFLCVPVGSLEMYIKRLSELRLKPGCIITDVGSTKASIAECASQLALKDAYFIGGHPMAGSERSGVGAASTVLFENAYYVLTPPDDVPQEKLDILVELLSYTRAHIVKVEPRLHDEIVGAISHLPHVIAVALVNQISSYNDDNPLYRTLAAGGFRDITRIASSDPVVWRDILLNNRNVMLPLLRDWNEGIQRFMDMLESKDGAAIEEAFRRAGEFRSVLPERRKGMIVPQYDLYLDVPDHPGIIGRIATDLGTNSINLSNMQIIESREDVPGVMRLSFRNEIEQERAKELLLSQGHSVYQ				NA	NA	NA	NA	NA
JZ016_06476	642	algU_3	COG1595	RNA polymerase sigma-H factor	ATGGACAGGGAAGAGGCACCGGATGGTGAAGGAGGAACGAAAAATCATATGACGGATTCCCAACTAATCCAAGAAATTAAGCAAGGCAATACCGAACTTTATTCCGAATTAATGCGGCGTTATCAGAGAAAAATATTAGCATTTGTCTATCATATGTTAAAAAGTTCGCACATGGAGCTTATGGCTGAAGATTTATGCTCGGAAACATTTTATAAGGCATTCCGGAGTTTGCACTCATTCCGGGAAGTGGATGCATCCTTCTCGACCTGGCTCTATACCATAGCCCGCAACACCGTTCTCAGCGAACTGCGCAAGCATCGGAGCGGCACATTGCCGCTGGAGGAGAGCGGGGTCGTGCCTGTGGCTCCGCTGGAGGTTGCTCCGGAGCAGGCAATCCTACGCAGTGAACGAGTACATATGGTAAGGGAAGCAATTAATAATTTGCCGGAGAAACAGAGATCGGCGCTGATTCTGCGGGAATATGATCAACTGGATTATCAGGAAATCGCGGATATTTTAGGTCAAAGCGTCAGTTCGGTTAAGTCATTGTTGTTCAGAGCTCGCGGCAGTGTCAAAATTCAGCTCGAACCCTATTTTTATGAGCCGGTTATTGAGGATCTGAGAGGGATGAAGAACAGATGA	MDREEAPDGEGGTKNHMTDSQLIQEIKQGNTELYSELMRRYQRKILAFVYHMLKSSHMELMAEDLCSETFYKAFRSLHSFREVDASFSTWLYTIARNTVLSELRKHRSGTLPLEESGVVPVAPLEVAPEQAILRSERVHMVREAINNLPEKQRSALILREYDQLDYQEIADILGQSVSSVKSLLFRARGSVKIQLEPYFYEPVIEDLRGMKNR				NA	NA	NA	NA	NA
JZ016_06477	603			hypothetical protein	ATGACTTGCGATGAAGCCCAAGAGCTGATGGAAACTGTCTGGGATTTGCCGGACAATGATCTGCGGCGACAACGGCTGATAGCACATGTTCAAACCTGCAGCTCGTGTGCAGCGGAGTACGAAATGTGGGTGGAAAGCCAGAACATGGTTCACGTTCTGGAACATGAGATCCCCGACATGGACGCTGAACAGATCAACCGCAACGTGATGGACCGCATCTATCGGGATTTCCCATGGTTGGTGGAGGAAACGTCTAAGAGTCGGGCGGTAAGCCGAGTGTTCCGCAAGCGGCTGACACTTATGATTGCCGGTTTTTTAGCTCTGTTTGTATGCAGCTTCGTTTATTTTGCAGCAACCGGCAATCAGCCGGAGCCAGTTCCGGAAGCGGTAACGACAGGGATCATTCCTACGGGGGTGGCTGATACGGCCCAAACCCTGAACTCTCAGGACGATTACAAGATTCCGAAAACCAACAGCGGCATTATTGATCCTTTTGTGGTTGATATGAGCCCGACCCAGCCAGAATATTGGATGATACTATCCCTATTGGGCATTGGATTCGCCATGTTTTTCCTGAAAAAATTAAATCGAGTCAGAAGATAA	MTCDEAQELMETVWDLPDNDLRRQRLIAHVQTCSSCAAEYEMWVESQNMVHVLEHEIPDMDAEQINRNVMDRIYRDFPWLVEETSKSRAVSRVFRKRLTLMIAGFLALFVCSFVYFAATGNQPEPVPEAVTTGIIPTGVADTAQTLNSQDDYKIPKTNSGIIDPFVVDMSPTQPEYWMILSLLGIGFAMFFLKKLNRVRR				NA	NA	NA	NA	NA
JZ016_06478	588	pspA	COG0406	Phosphoserine phosphatase 1	ATGCAAATCGGCTTGGTTCGTCATGGTTTAACGGATTGGAATGCGTTAGGCAAAATCCAAGGTCAAACGGACATTCCACTGAATGAGGAAGGTCGTCGTCAAGCCCGTTTGCTTGGGGAACGACTACTGCAGGAGCCATACCGGTGGGACTTTGCCGTTAGCAGCGGACTTTCCCGTGCTGAAGAAACCGCCAGGATCATCTCGTCCATGCTGAACATTCCATTGATGCCGCCCGATGACCGTTTGCGCGAGCGCAAGTACGGTCAGGTGGAAGGTCTGACAGCGGAAGAACGTGAATCCCGGTTCGGTGCCGATTGGCACCTGCTCGATTTGGGACAGGAGACGGATCTGGAGCTTCAATCCAGGGGGCTTGTCTTTTTGGATGATATGTGGCATAAACACCCAAACGCTAATATTCTGGTTGTCAGCCACGGTGGTTTTTTAGCGCAGCTCTACAAGCTGGTGTGCCGCGGCGTTCTAAGCGAGCGGATCGGCAATTTGTCGCTCACCGTCCTGGAGAGAAAAGATGATGACTGGTCGCCCCTGCTGTTTAACTGTACCAAGCATCTGTTGACAAAACAGTCGTAA	MQIGLVRHGLTDWNALGKIQGQTDIPLNEEGRRQARLLGERLLQEPYRWDFAVSSGLSRAEETARIISSMLNIPLMPPDDRLRERKYGQVEGLTAEERESRFGADWHLLDLGQETDLELQSRGLVFLDDMWHKHPNANILVVSHGGFLAQLYKLVCRGVLSERIGNLSLTVLERKDDDWSPLLFNCTKHLLTKQS	PGPT0018035_1367	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018035-gpmB-K15634	NA	NA
JZ016_06479	759			hypothetical protein	ATGATAAAAGATACAGCGTTTATGGCCTTAATTCAAGATATCGATCAACATTTTTCAGGATGGGACTTCTCGCGAATTACAGCATCAGGCCGCATGCAGTCCCATGCCCTCCCCTGGTCTTTAGGCAGCATGGTCATTCCGTTCATGCGAGATGCCGCTACGATGCTGGATATGGGGACAGGCGGAGGAGAGTTCCTATCCTCCCTTCATCCACTGCCGAAAACGGTTTATGCCACTGAAGGGTATAAACCAAACGTACCGATTGCACGACAAAAACTTGAGCCGCTTGGCGTAAAAGTCGTCTATTTTGAAGAGGATTCCTCGCTGCCTTTGAAGGATCATTTTTTTGATCTGATCATCAATCAGCACGAGTCCTATTCCGCAGCGGAAATCCAAAGAATTCTTAACGATCAGGGCGTGTTCATAACCCAGCAATCTGGGGGAACCGACTGTTATGGAATCAACGAATGGTTTGGCGTTCCGTTAAATGAAGAGTTCGCGCATTGGGATCTGGCAACCGCTGTCCAAGAACTGCAGGATCACCGTTTCAACGTCACCTTCAGCCGGGAAGCCTTTTCACCGCAACGGTTTTATGACATCGGTGCACTGGTCTATTACCTGCAAGCGATTCCCTGGCAGATTCCCGATTTCACGGTGGAACGGTACCTTGAGCCTTTATATCAGATTCATCAGGAAATCCGGACCAAGGGCTATTTCGAGGTGCAGCAGCATCGGTTTATTTTAATAGCGCAAGCGTAA	MIKDTAFMALIQDIDQHFSGWDFSRITASGRMQSHALPWSLGSMVIPFMRDAATMLDMGTGGGEFLSSLHPLPKTVYATEGYKPNVPIARQKLEPLGVKVVYFEEDSSLPLKDHFFDLIINQHESYSAAEIQRILNDQGVFITQQSGGTDCYGINEWFGVPLNEEFAHWDLATAVQELQDHRFNVTFSREAFSPQRFYDIGALVYYLQAIPWQIPDFTVERYLEPLYQIHQEIRTKGYFEVQQHRFILIAQA				NA	NA	NA	NA	NA
JZ016_06480	1152			hypothetical protein	ATGAATCTAGCGGATATGCTCACATATGCCGATATTGGACAGCTTAGCAATATAGCGAATCACTATGATTGTGACGCTAAGCGGAATTCAAAGCATGAACTGATCCAGAGTATTCTGTCCAAGCTCGGACGCAGAGAGTTTTTCGAGGAGCAGGTCAGCAGCTTGTCACCAAGCGATTTGCGTTTTCTGAACAACCTGGCATTTGACACCCGAACAGGCTATAGCCTGGAAGAATTGACGGCTGCGATCCGTCATTCGGCGGAATTGGAGGAGAAAGAGGAACAAGCTTCTTCAAACAAGAAAGCTGCCGCCGCCAAAACGGAAAGTCCGCGTGAGGCGGTCGCACGTTATCGCCGAAGCGGCTGGTTGTTTAACGGCTTTACCCATTCCACCAAGTACTTGTTTCAAGTGCCTTCGGATATGAAGGAGCGGTTTCGTGACGTGCTGCGTGAACGGCTTCATCAAAATCTGGAGCGATTAAGTGATGACCCGGAAGTGTACCGGGATGAGCAGGGGCTCGCCGCAGAAGATCTCATGCTGATTCTTAAATACGTCGGCAGACATGATATCGAGTTGAATCAGGAAGGATTCATGTATAGGCGAAATCAGCAGCAGCTCATGAGTACACTGCATATTTCCGAGCCATTGATTACCAAGGGAGCGTGGAGGTTCGGGTATGGACGCTCGTGCATTGAATATCCCGATCGCTTTGCGCTGCTGTACGATTATGCTTACGCTAAAAAATGGATCAGGGAAAACAACGCCCGGTTGATCCTGACTGAAAGCGGAACTGCGCTTATGGAAGAAGGAAATCAAGTTAGCGTGATACAGATATTCCGCTTTTGGTTAAGACTTTATAAAGGCGCAATTCCCAATATCAATTCTCTTGTATACTGGATCAGTCAATGCGCAAGAGATTGGGTCACCGCAGCCTCTCTTTACGAATCGCTGGGCTGGCTAATCCGTCCTTTCTATTATGACAGTCCACAAAATATTTTGGAGCAGCGGATTATCCGCATGCTGATGCATTTGGGGATGCTCAGAATAGGAGAGAGCCAGACTATGGGGACTACGTACAAAATGACGGCGCTTGGCTTGAAGGCCGCGGAAGCCGGCTTACATATCAGCGATTCGAATGATTTGATTCTCTAG	MNLADMLTYADIGQLSNIANHYDCDAKRNSKHELIQSILSKLGRREFFEEQVSSLSPSDLRFLNNLAFDTRTGYSLEELTAAIRHSAELEEKEEQASSNKKAAAAKTESPREAVARYRRSGWLFNGFTHSTKYLFQVPSDMKERFRDVLRERLHQNLERLSDDPEVYRDEQGLAAEDLMLILKYVGRHDIELNQEGFMYRRNQQQLMSTLHISEPLITKGAWRFGYGRSCIEYPDRFALLYDYAYAKKWIRENNARLILTESGTALMEEGNQVSVIQIFRFWLRLYKGAIPNINSLVYWISQCARDWVTAASLYESLGWLIRPFYYDSPQNILEQRIIRMLMHLGMLRIGESQTMGTTYKMTALGLKAAEAGLHISDSNDLIL				NA	NA	NA	NA	NA
JZ016_06481	180			hypothetical protein	ATGGATAAGATGAAGGTTACTTACGAGGTTATGTTAGGTCTGGCGGCCGAAATGGTGTGGGACGAAGCATTGCGCAAGCATCGGAGTGAAGAGCTGTATAAAGAAATTGACGAAGCGCTGGCTTCCGGCGACGAAGTGGCTTTCCGAAACCTGACGGATGAACTGAGGACTTTGAATTGA	MDKMKVTYEVMLGLAAEMVWDEALRKHRSEELYKEIDEALASGDEVAFRNLTDELRTLN				NA	NA	NA	NA	NA
JZ016_06482	426			hypothetical protein	ATGAAATTTAGTGAAGTGGACGAGCAGACTTGGCCGGAACTTAAACCTTTTTTTGATACCTGCCTGATTCCGTTTACCGGATTATCGGGTATGGAAACGCCGTGGGAGGTGACAGCTGCGCTTGAACGGCTGCGGGATTTTATGGATTTGGCTGAAATTCCGTTTAAGGGAAGATTGGTTACATATCCTGCTGTACAATATGGAAATACTGAAGATATAAAGCTTCTAAATGAAGTTTGTCACAATGTCAAATCCAGCGGGTTTAAATTTGTTGTTATTATGACTGCGGATGTTGAGCTCTCCAAAGAGGATGTGCCTGATAGCACGCTGGTCCTGTCCCGGCGCAGGTTGGAAGGCAGCGAAGGCATCCCACTGTCAGCCATCGTTGCCGGGCAAATCAGTGAAATGTGGCAGCAGGAAAGCTGA	MKFSEVDEQTWPELKPFFDTCLIPFTGLSGMETPWEVTAALERLRDFMDLAEIPFKGRLVTYPAVQYGNTEDIKLLNEVCHNVKSSGFKFVVIMTADVELSKEDVPDSTLVLSRRRLEGSEGIPLSAIVAGQISEMWQQES				NA	NA	NA	NA	NA
JZ016_06483	546	petC_2		Cytochrome b6-f complex iron-sulfur subunit	ATGAGCAGCAACCACAATGACGAGCATGAAGAATCGCACAATCCACCCCGACAGAAAGAGATGTCCCGCAGACAATTTCTTACATACACGTTGGGCGGTGCCACAGCTTATATGGCTGCTGGAGTAGTTTTGCCAATGCTTCGCTTTGCTGTTGATCCGATTCTTCAAAATAAAGAAGAAGGGTCTTTTGTAAAGGTCGCGGAAGAGAGCAAAATTACCAACGATCCACAGGAATTCCATTTCGAGCTCAAACAGCAGGACGGCTGGTACAACAGTACAGCTACTTTGACGGCGTGGATTCGTAAGAACGATCAGGGTGAAATTGTAGCGCTTTCACCGATCTGTAAGCATTTGGGATGCCTTGTTGGATGGAATAACAACAAAAATTTCCCTGATGAATACCACTGCCCTTGCCACGGTGCGCGTTATACACCGGACGGTAAGAACCTGGCAGTAGCGCCGAAGCCGCTTGACCAGTACGAGACGAAAATCGAGAACGGCTGGATTTACCTCGGCGCCATCGTGCCAAATACCGTAGTTAAATAG	MSSNHNDEHEESHNPPRQKEMSRRQFLTYTLGGATAYMAAGVVLPMLRFAVDPILQNKEEGSFVKVAEESKITNDPQEFHFELKQQDGWYNSTATLTAWIRKNDQGEIVALSPICKHLGCLVGWNNNKNFPDEYHCPCHGARYTPDGKNLAVAPKPLDQYETKIENGWIYLGAIVPNTVVK				NA	NA	NA	NA	NA
JZ016_06484	672	qcrB	COG1290	Menaquinol-cytochrome c reductase cytochrome b subunit	ATGTTGAAGAATGTCTACAACTGGATTGATGAACGTCTCGATATCACGCCGATTTGGAGAGACGTTGCAGACCACGAGGTACCGGAACACGTAAACCCGGCGCATCATTTCTCCGCGTTTGTGTACTGTTTCGGCGGCTTGACGTTTTTTATCACAGTCATCCAGATTCTGTCGGGGATGTTCCTGACGATGTATTATGTACCGGATATCATAAACGCTTACAACAGTGTTGAGTACCTGCAAACGCAGGTTGCTTTCGGACAGATTGTCCGCGGTATGCACCACTGGGGCGCAAGCTTGGTAATCGTGATGATGTTCTTGCATACGATGCGCGTGTTCTTCACCGGCTCTTACAAAGCGCCGCGTGAAATGAACTGGGTTGTTGGTATGCTCATTTTCTTTGTTATGCTCGGTCTTGGTTTGACAGGTTACCTGCTGCCATGGGATAACAAAGCTTACTTCGCTACAAAAGTTACATTGGAGATTGCGAACTCCGTACCTTGGCTTGGACCTATCATTAAAGAATTGCTGCAAGGCGGTACGATCGTAGGCGCCGAAACGTTGACGCGTTTCTTCGCGATTCACGTATTCTTCCTTCCGGCTGTCCTTCTTGCTCTACTGGTAGGACACTTTATCATGATCCGCAGACAAGGTATTTCCGGTCCACTATAA	MLKNVYNWIDERLDITPIWRDVADHEVPEHVNPAHHFSAFVYCFGGLTFFITVIQILSGMFLTMYYVPDIINAYNSVEYLQTQVAFGQIVRGMHHWGASLVIVMMFLHTMRVFFTGSYKAPREMNWVVGMLIFFVMLGLGLTGYLLPWDNKAYFATKVTLEIANSVPWLGPIIKELLQGGTIVGAETLTRFFAIHVFFLPAVLLALLVGHFIMIRRQGISGPL	PGPT0030840_498	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030840-petB-K00412
JZ016_06485	888			hypothetical protein	ATGGCACATGGTCATAAATCTGATGAGAAAGTAGTTTATGTCGGCGATTCACGTGTGAAAAAAGGCAGCGGTTGGGTTACGCCGCCGGATTACACCGCTTATCCCGGCAAATCAGAAGCGTTCATTCCTAACTTCTTGTTGAAGGAATGGATGGTTGGTGTAGTTGTACTGGTCGGTTTCCTTGTGCTGACCATCTCGGAGCCGGCTCCGCTCGGTTATCCGGCGGATCCGGGAGCTTCAGTAATCCCGATGCCGGACTGGTACTTCCTGTTCCTGTATGAATACCTGAAGCTTCCATACGCTTCCGGTGATTATGTAGTACTGGGTACGATTGGTGTTTCGGGTGTTGCCTTCGGCGCATTGCTCCTTGTTCCTTTCCTTGATACGGGGAAAGAGCGGCGGTTCTACAAGCGGCCTATTACTTCGGCCCTTATGATTCTGTCGTTATTTGCAGTCATCTATCTGACGAACGCAGCCTGGACGCACTATGTGCATGAGCTGGAAGCTACTGGACAGAAGCCTGAGCATATTCAGCGTGAAGAAGAAGCTCACGAGAAACGTGCAGCCGGTCTTCCGACCTCAAATGCGAAGCAGCCAGAAGACAGCATTGTAGCGATCGTTGATAAGGATAATCCCGCGATGGAAACCTTTAAGACAGCTACCTGTATCTCTTGTCATGCTGCAGATTTGAAAGGGGCATCCGGTCCGTCGCTTCGCGGTGTCGGGGATACCCACACAAAAGAAGAGATCATGGCTATTATTGAAAATGGCCAAGGCGGCATGCCGGCTATGAAAGACATAGCTCTTGGTGCTGGAGTAACCGAAGAACAACTCGATCAGCTGGCTGATTGGCTTGCAAGCCAAAAGGCAGAAGCAGCTGCAGAGTAA	MAHGHKSDEKVVYVGDSRVKKGSGWVTPPDYTAYPGKSEAFIPNFLLKEWMVGVVVLVGFLVLTISEPAPLGYPADPGASVIPMPDWYFLFLYEYLKLPYASGDYVVLGTIGVSGVAFGALLLVPFLDTGKERRFYKRPITSALMILSLFAVIYLTNAAWTHYVHELEATGQKPEHIQREEEAHEKRAAGLPTSNAKQPEDSIVAIVDKDNPAMETFKTATCISCHAADLKGASGPSLRGVGDTHTKEEIMAIIENGQGGMPAMKDIALGAGVTEEQLDQLADWLASQKAEAAAE				NA	NA	NA	NA	NA
JZ016_06486	633			hypothetical protein	TTGTCGATTTCGTATTTTTGGAGCCGGGAATTTCTAAGCAAGCGATCGATTCTCTGGTTGCTGCTCATATGCAACATCCTTGGAACGATTTATGGATACATATGGTATGGTGGTCAAATGGTCGATACCGTGGATCATGGCTTGCTATGGCAGGTCATATTCGTACCGGACAGCCCGACGGCCAGTTTATTCTTCAGTTTAGCGCTTCTGCTGCTCCTTTACCCGCCTCGGGGGCTTGGGGGCTCTTTGTTTCAGCAATTCATTGAGGCGCTGGCGGTCGTTACTTCGGTAAAGTATGGAATATGGGCTGTTGCTATCATATTTGCCGGACAAGCCCAAGGGGATGTGCTGGCATGGCAGGATTGGATGCTCGTTGCTTCACATACGGCGATGGCGGTGGAAGCGTTATTGTTCGTACGATTGTTTCATTATCGCTGGACAGCGCTCACCGGGGCCATTGCATGGACACTGTTGAATGACACCGTAGATTATACGTACGGCGTATTTCCTTGGCTGCCGGGTCAATTATATGATGACCTTTCAGCAGTCGAGTTGTTCACCTATCTTTTGACTCTCTTCAGCGGTTTTGCCGGCTGGATCTTCATGAAATACGGGAATTCCAAACACCGTTAG	MSISYFWSREFLSKRSILWLLLICNILGTIYGYIWYGGQMVDTVDHGLLWQVIFVPDSPTASLFFSLALLLLLYPPRGLGGSLFQQFIEALAVVTSVKYGIWAVAIIFAGQAQGDVLAWQDWMLVASHTAMAVEALLFVRLFHYRWTALTGAIAWTLLNDTVDYTYGVFPWLPGQLYDDLSAVELFTYLLTLFSGFAGWIFMKYGNSKHR				NA	NA	NA	NA	NA
JZ016_06487	858			hypothetical protein	ATGTTTCGAACCTTTCCGAAGCTCCTGCTGTGTCTGTCTGCACTGCTTATGCTGGTTACCGTCAGCATGGGTGATTCTGTATGGGCTACCCCGGCAAATGAACAGTCGGAGACTTCGCCCGCCGCATCCATACAGGCCAAGGCGCTGAACAAGGAAGTAGAGCAGCTATACCGTCATGTGGAGGAAGGCAATGTACAAGCCGTGCTGGAGGATATTCGCCGGGTATCCGGGTTGTTTGAGGCTTCGTCATTTCAGGGGTTGACCGGTGTAGAAGGTATTCATGTTTTGGCTGAGAGTATTTTGGAGATGAAAGAAGCCACGGCACGGGCTACGCAGGAGCCGCAGCACTGGATGGTGTCCGCAGGTAAACTCCGTATGGCAACCGATAGCCTGATCCATGTCAAAGATGCGTTATGGCTGCAATATTACAAGGTCATACGTGAAGACCTGAGGGTCATGGGGGAATATGCTGCTCAGCAGGATCAGGCTGGCATGAGACGAGCGTATGCCAGCCTCAGTGAACATTATGAACTCATCCGTCCTTCCGTTGTCATACAGCGAAAGCCTGAGGATGTCAACATGATGGAGTCCTGGATATCCTATGCAGGGGGTCTGGTGTCATCGGGGGACACGGCACAGGTGCAAAAAGTGGTTTCGCAGGGCGAGGAAATGATCAACACGTTGTTTGGCAAGAAAAAGGATGAACCTGCCCTAGCTCCGCTGGGAGAGGTCAAGGAGCCATGGACCTGGCAGCTGGTCATCGGCGCTTTCATTTTGGCGGCATTAACGTTTGCGGGATACCGCAAATACCGTGGTCAGCAGTATAGCTCAAAACCGATGTTCCCTCGCAAAATGTAG	MFRTFPKLLLCLSALLMLVTVSMGDSVWATPANEQSETSPAASIQAKALNKEVEQLYRHVEEGNVQAVLEDIRRVSGLFEASSFQGLTGVEGIHVLAESILEMKEATARATQEPQHWMVSAGKLRMATDSLIHVKDALWLQYYKVIREDLRVMGEYAAQQDQAGMRRAYASLSEHYELIRPSVVIQRKPEDVNMMESWISYAGGLVSSGDTAQVQKVVSQGEEMINTLFGKKKDEPALAPLGEVKEPWTWQLVIGAFILAALTFAGYRKYRGQQYSSKPMFPRKM				NA	NA	NA	NA	NA
JZ016_06488	870			hypothetical protein	ATGAAAACGTCCAAATTGCTCCATCAGCTTCAAACGATCATTCCGATCATCGCCGGCTCCGCCATTTACGCATTCGGCCTTATGTATTTCATCATTCCGAATGAGCTCATGGAGGGGGGCGTCACCGGCATTACCGTACTGCTTAACTATGCCTTTAACATATCGCCGTCCATCTCAACCATGGCGCTCAATATCCCGTTATTCTTGGTCGGCATGAAAATTCTCGGTAAACGCCAGTCTGTTTACACAGGTCTCGGCATTGCCTCATTAACCCTGTTTCTGTGGCTGTTTGAAGCGTTGATCGACCGCGGTTATGTTGTGCCGTTTCACACCGAACAGGATTATATTCTTGCTGCGCTCTACGCAGGTGTCACATTGGGGGCTGGGCTTGGCATTGTGTTCCGGTTTGGCGGTACGACGGGCGGTTCAGACATTATTGCCAGAATTATTAACCGGAAATTCGGCTTCAGCATGGGCCAAATTATTCTATCCCTGGATATCTTGATCATCGGGCTATCCTTATTCTTTATCCCGCTCGAGCGGATATTGTATACCCTCGTCGCCGTATTCATCGCTTCCAAGGTCATCGATTTCATTCAGGAAGGCGCTTATGCCGCCAAAGCCTTCACCATCATCAGCGATCAGGCGCCCGAACTTGCCCATCGCATATCAACCGAGATGGATCGTGGGGTTACGCTAATCCCCGCCATCGGCGCCTACTCCAAGCAAGCCAAGCATATGGTATACTGCGTCGTATCCCGGCAGGAAATTCGCCGCTTAACGGGAATCGCCAAATCGTTAGACCCTCGGGCATTTATTATCATTAATGATGTCAATGATGTGCATGGCGAAGGATTTAAAGAGGAATAG	MKTSKLLHQLQTIIPIIAGSAIYAFGLMYFIIPNELMEGGVTGITVLLNYAFNISPSISTMALNIPLFLVGMKILGKRQSVYTGLGIASLTLFLWLFEALIDRGYVVPFHTEQDYILAALYAGVTLGAGLGIVFRFGGTTGGSDIIARIINRKFGFSMGQIILSLDILIIGLSLFFIPLERILYTLVAVFIASKVIDFIQEGAYAAKAFTIISDQAPELAHRISTEMDRGVTLIPAIGAYSKQAKHMVYCVVSRQEIRRLTGIAKSLDPRAFIIINDVNDVHGEGFKEE				NA	NA	NA	NA	NA
JZ016_06489	330	ypjD	COG1694	putative protein YpjD	TTGGGAAAATCAATGGCTGAAATGCAGCAGGAAGTCGATCAATACATATCACAATTCAAGGAAGGTTATTTCAGTCCTTTATCCATGATGGCCCGGATGTCCGAAGAGGTGGGCGAGCTCGCCAGAGAGGTTAATCATCAGTTCGGGGAAAAACCGAAGAAAGCGGATGAAGCAGACAATTCCATCGAAATGGAACTTGGAGATATATTGTTTATTACGATTTGTTTTGCCAATTCCCTTGGCATTGATCTCGCGGAAGCGCACGCGAAAGTCATGCATAAATTTGCGACGCGTGATGCCGATCGTTGGACGAAAATAAACACCGATTAG	MGKSMAEMQQEVDQYISQFKEGYFSPLSMMARMSEEVGELAREVNHQFGEKPKKADEADNSIEMELGDILFITICFANSLGIDLAEAHAKVMHKFATRDADRWTKINTD				NA	NA	NA	NA	NA
JZ016_06490	540			hypothetical protein	GTGAAACCTGAAAGTTATATACAAAAAGCATATCGATGCATACTTCAGAATGATTTCGAAGAGGCGTTACGTTGGTTTGAGCAAGCGATCATTGCGAATCCGGGAGATGCGGAAGTGCATTACCGATGCTCCATTACCTACGGCAGAAGCAACAAACTGGAGATGGCGATTACACACGCGGAAGAAGCCGTCAGGCTGCAGCCGGACAAACCGGAATATGCGCTTCACTTACAGCATATCAAGGCGGCGGAACTGGTGCAGCGTGCCAGAAAAATGGTCGAGAATCGCAAGGATGTAACCAAGTCTGAGCTCTATCAGGCCGTGTCTCATCTGAAATCAGCCGTAGCGATGGACCCTTTATACGCCCAGGCCTACGTATGGCTTGCTCTGGTCTACAGCGAACTTGATGAGCATGCGCGCGCCATTTCCACGCTAAAAGAGGTCATTTCATTGTACCCGCAGGAGAGTGGGCTTCAGCATATTATGGAGGAACTCAAACAGCGTTTGAAATCATATATGCAGGATACAGCATCGGATTGA	MKPESYIQKAYRCILQNDFEEALRWFEQAIIANPGDAEVHYRCSITYGRSNKLEMAITHAEEAVRLQPDKPEYALHLQHIKAAELVQRARKMVENRKDVTKSELYQAVSHLKSAVAMDPLYAQAYVWLALVYSELDEHARAISTLKEVISLYPQESGLQHIMEELKQRLKSYMQDTASD				NA	NA	NA	NA	NA
JZ016_06491	804	dapB	COG0289	4-hydroxy-tetrahydrodipicolinate reductase	ATGGCAAACAAATGGACAGTTGCGGTCGTCGGTGCCGGCGGCCGTATGGGTAAAGAAGTAGTGAAGCTTGTTTTGGGCGATGATGAACTGGAACTGGTTGCCGCTGTAGGCCGATCGGATGCGGGTGCTGATGCAGGGACGCTTGTGGGTCTTCCTGCCTGCGGCATTACGGTGACCTCCGATCTGGAGATGGCGCTGGTTGAATCGAAACCGGATGTCATGGTTGATTTTACAGCACCGCAGTTTGCCTATATCAACACGGCTCTGGCCATTAAGCACGGCGTGCGTCCGATCATGGGCACAACCGGCTTCACGCCAGAGCAAATCGAAGAGTTGGACAAGCTGTGTGTGGAGCAGAATATCGGCGGTTTGATCGCACCGAACTTCTCCATCGGAGCGATCCTGATGATGAAGTTTGCTGCTGCGGCTGCCAAATATTTGCCTCATGTTGAAATCATTGAAACTCATGGTGACCAGAAGCTTGATGCGCCTTCCGGAACATCGATCAAAACAGCAGAAATGATTGCCGCAAACCGCGAGGAGATCCGGCAGGGCAATCCGAAGGAAGAAGAGGTCATCGAGGGCGCCAGAGGCGGGTATTATAACGGCTTCCGGATTCACAGTGTTCGTCTGCCGGGTGTATTTGCCCAGCAGGAAGTTATATTTGGCGGTTACGGGCAGAGCTTGAAGATTCGACATGATTCCTATGAGCGTGCAGCTTACATGCCAGGCGTGAAGATGGCTATAGAGAAGGTAATGGGATACACCGGCTTGGTCTATGGATTTGATCATTTTATCGACTAA	MANKWTVAVVGAGGRMGKEVVKLVLGDDELELVAAVGRSDAGADAGTLVGLPACGITVTSDLEMALVESKPDVMVDFTAPQFAYINTALAIKHGVRPIMGTTGFTPEQIEELDKLCVEQNIGGLIAPNFSIGAILMMKFAAAAAKYLPHVEIIETHGDQKLDAPSGTSIKTAEMIAANREEIRQGNPKEEEVIEGARGGYYNGFRIHSVRLPGVFAQQEVIFGGYGQSLKIRHDSYERAAYMPGVKMAIEKVMGYTGLVYGFDHFID				NA	NA	NA	NA	NA
JZ016_06492	420	mgsA	COG1803	Methylglyoxal synthase	ATGAATATTGCATTTATCGCTCATGACCGTAAAAAAGAGGAAATGGTCAATTTTGTTATCGCGTATGAAAATGTATTCGAAGATCATAATCTTTACTCAACGGGAACGACGGGAACCCGTATTATGGAGCAAACCAAGCTTAGCATTCACCGTTTTGCTTCAGGGCCGCTTGGCGGCGACCAGCAGATTGGCGCACTCGTTGCGGACAATGAGATGGATCTGATCATTTTTTTGCGGGATCCTTTGATGGCACAGCCTCATGAACCGGACATTAACGCACTGCTTCGTTTGTGCGACGTGCAGGGAATTCCGCTTGCTACCAATGTGGCAACGGCCGAGATTCTTGTTAAAGCGCTGGACCGTGGCGATTTTGCATGGCGGGAACTCGTTCATAAATACAAACCGGGTGTGGATAGCTAA	MNIAFIAHDRKKEEMVNFVIAYENVFEDHNLYSTGTTGTRIMEQTKLSIHRFASGPLGGDQQIGALVADNEMDLIIFLRDPLMAQPHEPDINALLRLCDVQGIPLATNVATAEILVKALDRGDFAWRELVHKYKPGVDS	PGPT0001780_871	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001780-mgsA-K01734	NA	NA
JZ016_06493	708	bshB1	COG2120	N-acetyl-alpha-D-glucosaminyl L-malate deacetylase 1	ATGAACAGCCAACTGGATATTTTAATCTTCGGAGCACACGCAGACGATGCCGAGATCGGGATGGCAGGAACGATTGCGAAGCATACGGCAGCGGGACTGTCGGTCGGGATCTGTGATCTGACGCAGGCCGAGATGTCGTCCAACGGCACGGTCGACCTTCGCAAGAAGGAGGCAGACCAAGCTGCCCGGATTCTGGATCTCAAGGTCCGTACGAATCTGGGACTGCCGGACCGCGGCTTATTTGTGACGCCGGAGAACATTGAAGCGGTCACAGCCGAGATTCGCAAGTTTGCTCCCTCGATTGTGTTTGCTCCTTACTGGGAGGATCGCCATCCGGACCATGTGGCTTGCAGCCGATTGGTTGAGGAAGCGGTATTTAATGCCAAGCTTCGTCGTTACATGCCCGAGCAGCCGCCGGTTAAGGTGGACGAGCTTTATTTTTATTTCATTAATGATATCGGAAGAACGGACCTGGTCGTTGACGTTACGGATCATTACGCCGTTAAGGAGCAGGCCCTGTCTTGTTACCGTTCCCAGTTCCAAAAGGCTGAAGAAGATGCAGTCTCTACCCCGCTGACCGAGGGGTACATAGAGCGTGTGCGGGCCAGGGATTCACTGCTTGGAGCGCGCAGGCTTATTCCTTATGCAGAAGGTTTCGCTTGTAAAAGTCCGTATGTTGTTCATCTATTCGGCTCCAAGCAGGCATAA	MNSQLDILIFGAHADDAEIGMAGTIAKHTAAGLSVGICDLTQAEMSSNGTVDLRKKEADQAARILDLKVRTNLGLPDRGLFVTPENIEAVTAEIRKFAPSIVFAPYWEDRHPDHVACSRLVEEAVFNAKLRRYMPEQPPVKVDELYFYFINDIGRTDLVVDVTDHYAVKEQALSCYRSQFQKAEEDAVSTPLTEGYIERVRARDSLLGARRLIPYAEGFACKSPYVVHLFGSKQA	PGPT0019570_741	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019570-bshB1-K01463	NA	NA
JZ016_06494	1164	bshA	COG0438	N-acetyl-alpha-D-glucosaminyl L-malate synthase	ATGAATCAACAACCATTAAAAATCGGCATTACCTGTTACCCTTCATTGGGCGGGTCGGGCGTGGTGGCGACAGAGCTGGGGAAACTCCTAGCCGAGCAAGGCCACCAGGTTCATTTTATTGCTCACAGCATTCCGTTCCGGTTAGGAACTTTCCATAAAAATATTTTTTATCATGAAGTTGAAGTAAACGACTACTATGTGTTCCGATACCCGCCATATGATTTGTCGCTAGCGACAAAGATGGCTCAGGTAGCCAAAATGCAGCAGCTTGATGTGCTTCATGTGCACTATGCGGTGCCGCATGCCGTGTGTGCCTTCTTGGCAAAGCAGATGGTCGGAGATCAACTGAAGGTCGTCACGACGCTGCATGGAACCGACATCACGGTTCTGGCGCAGGATGAATCGCTGAAGGACCTGATTCGGCTCGCCATTAACGAAAGTGATGCCGTTACGGCTGTCTCTCAGGATCTCATTCGAGAAACGCGGGAGCTGCTGGATATAAGCCGGGATATTGACCTTACCTACAATTTTGTGGATCCCCGGGTGTATTATCCGCGGGATTCGAAATCGCTGCGTAAAGATTATGCAGATGAGAATGAAAAGATTTTGATGCATATTTCCAACTTCCGTCCGGTTAAACGGGTAGCAGACGTGCTGGAAATATTCGCCCAGGTCCAGGAACAGGTACCGGCGAAGCTGCTCCTTGTCGGGGAAGGGCCGGAGCTTCCGAAAATCCAATGCCGGATCAATGAGCTGGGACTCGGCAGCAAGGTGCATTTTCTAGGCAAACAAGATGAAATTGCACACGTGATATCGATGGCCGATGTGCTGCTGCTTCCTTCCGAGAAAGAAAGCTTTGGCCTGGTCGCTCTGGAAGCGATGGCCTGCGGAGTGCCTACCGTCGGCTCCACGGCAGGCGGGATTCCCGAGTTGATTACCCATGGCGAAACCGGCTATTTGGCTCCAATCGGAGACACCTATTCAATGGCCCAGCATGTGCTTGAAATATTAAAGGATGAAGCGCTTAGTGAGCGGCTTCGCAAGGCTTGTCTCCATCGTTCCAAAACGATGTTCTGCAATGAATTGATACGGGGCAAGTACGAAGAAATATATTACCGAGTATTGGGACGGGAGGTTAGCGAGCTGAAGCCGGTCTGCGGCTAA	MNQQPLKIGITCYPSLGGSGVVATELGKLLAEQGHQVHFIAHSIPFRLGTFHKNIFYHEVEVNDYYVFRYPPYDLSLATKMAQVAKMQQLDVLHVHYAVPHAVCAFLAKQMVGDQLKVVTTLHGTDITVLAQDESLKDLIRLAINESDAVTAVSQDLIRETRELLDISRDIDLTYNFVDPRVYYPRDSKSLRKDYADENEKILMHISNFRPVKRVADVLEIFAQVQEQVPAKLLLVGEGPELPKIQCRINELGLGSKVHFLGKQDEIAHVISMADVLLLPSEKESFGLVALEAMACGVPTVGSTAGGIPELITHGETGYLAPIGDTYSMAQHVLEILKDEALSERLRKACLHRSKTMFCNELIRGKYEEIYYRVLGREVSELKPVCG	PGPT0019565_368	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019565-bshA-K00754	NA	NA
JZ016_06495	1299	cca		CCA-adding enzyme	ATGGCAGATATGTTTAATTCAATACGATGGCGCAACGCGGATCCTGATATGGCTGAGCGGAGTGCGGACGTGGTCCGGACTCTGCTTCGGCATGGACATGAAGCGTATTGGGTCGGTGGCTGTGTCCGTGATGAATACATGGGACGCAAGGTCAGTGATATGGATATAACTACCTCCGCCTTGCCCGAGGTCACCTGTTCCATCTTTCCCAAGGTTATTCCTACAGGAATCAAGCATGGGACCGTGACGGTGCTGATGGAAGGCCAGTCTTTCGAAGTGACGACCTATCGCGTGGAGAGCGGTTATGAGGACCACCGTCATCCAACGGAGGTTGCTTTCGTCGAAGAAGTAACGGAGGATTTGCGACGACGTGATTTTACGATGAACGCAATGGCCCGAGGGATTGATGGCTCCTGGGTGGATCCGTTTGGCGGACGGGCGGATATTGACAGGCAGGTGATCCGCTGCGTGGGCGATGCACGCCTCCGTTTCCGCGAAGACGCCCTGCGCATGGTTCGCTGCATCCGTTTCGCTTCCGTATTCGGGTTCTCCATCGCTGTGCATACTTGGAGAGGGATTCTCTCGGAGAGAGACACCTTAAGTTGGATTGCGATGGAGCGCATTCGCAGTGAATTTGAAAAGATCCTAACAGGTCCGGCCCCCTTGCGCGGACTGGAGCTGTTTGTCCGCAGCGGCTTGTACGCCCGAATGAAGGCGCCCTTTCCATATACCGGACATGACATGAAAGCGATAGAAGCCATGAATGGGATCAAGCAGGAGCAACCTACGATCCGCTGGGCGCTGCTGCTGCTTGCCTGCGGCATTTCAGCCCAGGAAGCAGAGGAGCTGCTACGATCGTGGACGTTCTCCAATAAGCAGCGGGAAGCCATCGTTAAGCTGTTAGCGCTTCATGAGTCCTATCGGCAAAAGCAGGAAGTGGAAGCTGCCGAGAGTCACAGGCACCTATGGATTAAGCTGGTCCTCGTCCACGGAGCCGAGGCAGCTCAAGGCTGGTTGCAGCTGCAGAAGGCCTTGAACCAAACGGGAGCAGCCTCAGCTTCATTAAGCGTAATTGAACAGCTTGACGGTTGGCTCCGGGAACTCCGAATTCGGAGTTTGAAAGATTTGGCCATCACCGGAAACGAACTGCTTGAAACGCTGGACAAGCGTGGAGGCCCATGGCTCGGAGAACTTCTCGGGCAATTGCTGGAGAAAGCGGCGGCAGGTTTAATTAACAACGATAAGGAATCGTTGATTGAAGAAGCAAAGCGGGTGGTAATTCATAATGAAGGATTATGA	MADMFNSIRWRNADPDMAERSADVVRTLLRHGHEAYWVGGCVRDEYMGRKVSDMDITTSALPEVTCSIFPKVIPTGIKHGTVTVLMEGQSFEVTTYRVESGYEDHRHPTEVAFVEEVTEDLRRRDFTMNAMARGIDGSWVDPFGGRADIDRQVIRCVGDARLRFREDALRMVRCIRFASVFGFSIAVHTWRGILSERDTLSWIAMERIRSEFEKILTGPAPLRGLELFVRSGLYARMKAPFPYTGHDMKAIEAMNGIKQEQPTIRWALLLLACGISAQEAEELLRSWTFSNKQREAIVKLLALHESYRQKQEVEAAESHRHLWIKLVLVHGAEAAQGWLQLQKALNQTGAASASLSVIEQLDGWLRELRIRSLKDLAITGNELLETLDKRGGPWLGELLGQLLEKAAAGLINNDKESLIEEAKRVVIHNEGL				NA	NA	NA	NA	NA
JZ016_06496	990	birA	COG0340	Bifunctional ligase/repressor BirA	ATGAAGGATTATGATCAAGACAATACGCTTCTGAAAATGTTCCAGGAGCATTCCGGGCAATTTTTGTCCGGAGAAGAGATCAGTCGTAAATTGTCCATCAGCCGGACAGCCGTATGGAAGCAGATCAATAAGCTCCGTCAATGGGGATATGATTTTGAGGCCGTTCCGCGGCTTGGCTACCGCATGATCGATGAACCGGACAAACTGAGCGTGGAGCAACTGACAGCGGGGATGACCAGTCAGACCTTCGGTAAACCGCTGAAGCTCCTTGACAAAACGTCATCTACTCAGGAAGATGCCCGTCAATTGGCGGAAGAAGGGGCAACCGAAGGCACGCTTGTGATTTCGGAAGAGCAGACAGGCGGTCGCGGGAGGATGGGAAGAAAATTCCATTCTCCAAGAGGCAAAGGCATATGGATGAGCCTGGTGCTCAGACCGAAGCAGCCGCTGCATCTAACCCAGCAGCTGACCTTATTGACAGGCGTTGCGGTATGCCGTGCGATTGCGAAGTGCGCCGGTGTGCAGACCGATATTAAGTGGCCAAACGACATTCTGTTTCAGGGCAAAAAGGTTTGCGGCATTCTGCTGGAGTCTGCAACAGAAGACGAAAGGGTGCGCTACTGCATAGCCGGAATCGGAATCAGTGCCAATCTGAAGGAATCGGATTTTCCGGAGGAGCTGCGCGGCGTTGCGACTTCGATTCGCATGGCTGGCGGAGCAACCGTCAACCGGACAGGGCTGATTCAGTCCATTATGGCGGAGATGGAGGTTTTATATGAATTGTACAACGAGCAGGGCTTCGAGCCTATTGCCTCTCTCTGGGAAGCATTATCCGGCACGGTGGGCAGGGAAGTTCAAGTGCAGACGGCCCGTGACCGTTTTAGCGGGATTGCCACAGGACTTAACCGGGACGGCGCGCTGCTGGTTCGCAATCATGATGACGAGCTAATCCCCGTATATTCCGGTGAAATTCTTTTTGATACCAGGTAA	MKDYDQDNTLLKMFQEHSGQFLSGEEISRKLSISRTAVWKQINKLRQWGYDFEAVPRLGYRMIDEPDKLSVEQLTAGMTSQTFGKPLKLLDKTSSTQEDARQLAEEGATEGTLVISEEQTGGRGRMGRKFHSPRGKGIWMSLVLRPKQPLHLTQQLTLLTGVAVCRAIAKCAGVQTDIKWPNDILFQGKKVCGILLESATEDERVRYCIAGIGISANLKESDFPEELRGVATSIRMAGGATVNRTGLIQSIMAEMEVLYELYNEQGFEPIASLWEALSGTVGREVQVQTARDRFSGIATGLNRDGALLVRNHDDELIPVYSGEILFDTR	PGPT0022055_424	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022055-birA|bpr-K03524	NA	NA
JZ016_06498	888	panB	COG0413	3-methyl-2-oxobutanoate hydroxymethyltransferase	ATGGCAGGCAAACAACCACTGAACATCGTAAAGATGAAGAACATGAAGAAGAAGGGTGTACCGATCACCATGCTGACCGCGTATGATTATCCTTCCGCCAAACTGGCGGAGGAAGCGGATATTGATATGATATTGGTAGGAGATTCCCTCGGTAATGTCGTGCTTGGCTATAACTCCACCATTCCGGTTACGCTTGACGACATGGTATACCATACCCGTGCAGTCGCTCGTGGGGCGGAAGAAACGTTCATCGTAGCGGATATGCCGTTTATGACCTACCACGGAGATATTGATGAAAGTCTCCGCGGGGTGCGGAGATTGATGCAGGAAGGCCATGCGCATGCCGTCAAAATGGAAGGCGGAGAAGAAATCGCCGGCACCGTGAAACGGATTGTACAGTCCGGCGTACCGGTGCTGGGCCATATCGGGCTGACGCCTCAGTCGGTGAATCAGATTGGCGGCTACCGCATACAGGGCAAGGATGCCCAAGACGCGCAGCGGCTCATGAATGATGCGAAGGCACTTGAAGCGGCTGGAGCATTTGCCATTGTATTGGAGCTGGTTACGGAAGAGGCGGCAGCAGAAATATCCAAAGCGCTGAGCATACCGACGATTGGCATCGGAGCGGGCCGCTACTGTGACGGTCAGGTGCTGGTATTCCATGATATATTGAAGTACGCGTCCCCTTATCGGGACAAACGTTTCGTGAAAACCTACGCCGATGTCGGTTCCATCATCCGTGAAGGCATCACGCAGTACGTGAAGGAAGTGAAGGACCGCTCATTCCCGGCCGAGGAGCATGTTTTTAAGGCCGAGAATCATGCAGCTTCCGAAACGACAAGCACATTATATGGGAGTCAAAAGGAGAAGGTGGGCACGACATCATGA	MAGKQPLNIVKMKNMKKKGVPITMLTAYDYPSAKLAEEADIDMILVGDSLGNVVLGYNSTIPVTLDDMVYHTRAVARGAEETFIVADMPFMTYHGDIDESLRGVRRLMQEGHAHAVKMEGGEEIAGTVKRIVQSGVPVLGHIGLTPQSVNQIGGYRIQGKDAQDAQRLMNDAKALEAAGAFAIVLELVTEEAAAEISKALSIPTIGIGAGRYCDGQVLVFHDILKYASPYRDKRFVKTYADVGSIIREGITQYVKEVKDRSFPAEEHVFKAENHAASETTSTLYGSQKEKVGTTS	PGPT0008740_470	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008740-panB-K00606	NA	NA
JZ016_06499	891	panC	COG0414	Pantothenate synthetase	ATGAAAGTGATTCGCACCATTGCGGAATTAAGATCAGAACTTAAGGACCGCCGAGAATCCGGCAGTGGTCCGGTAGGACTTGTGCCTACGATGGGTTATTTGCATGAAGGGCACGCCAGCCTGATGCGCAAGGCGCGGGAAATGGCAGGTACGGTGGTCGCCAGTATCTTTGTCAATCCGATTCAATTCGGACCGGGTGAGGATTATGAGACCTACCCTCGGGATGAGGCACGCGATCTGGCGTTGGCGGAATCCGAAGGGGTGAATGTGGTTTTTATTCCCACGGTTCAGGAAATGTATCCCCAGCCGACCAAAACGAAGATTGCCGTATCGGAAATTACGTCATTATTGTGCGGGGCCTCCCGTCCCGGGCATTTTGACGGTGTTACCACGGTTGTTAATAAATTGTTTAATATCGTAAAACCTGACTATGCTTTCTTCGGAATGAAGGATGCCCAGCAGGTGGCCGTGATTGAGCAAATGGTGCAGGACTTGAACATGGACGTGACCATCGTGCCTTGTCCGATCATTCGCGAAGCTGACGGTCTCGCTCTAAGCTCGCGCAACGTGTATTTGAAGCCGGAAGAGCGGGAACAGGCACTTGTGCTGTCGGGCTCATTACGGACGGCTCAGGAGGCAATCCGGCAGGGACAAGCGACGACGGCAGGAGAGATCCGTGCGTTTCTTCGGGATTATATATCCCGGTCCCCGCTCGCAGACATTGATTATGCAGAATTGCTCACTTTCCCGGAACTTGTTCCTGTGGAAAATTCATATCGCATTGCGGATGAAGGCAGAACCGTCATTATGGCGCTGGCCGTACGATTTGGCCGTACCCGCCTCATTGACAATGCGTTACTTCAACCAAAAGTAGGGGGATCCCATGTTTAG	MKVIRTIAELRSELKDRRESGSGPVGLVPTMGYLHEGHASLMRKAREMAGTVVASIFVNPIQFGPGEDYETYPRDEARDLALAESEGVNVVFIPTVQEMYPQPTKTKIAVSEITSLLCGASRPGHFDGVTTVVNKLFNIVKPDYAFFGMKDAQQVAVIEQMVQDLNMDVTIVPCPIIREADGLALSSRNVYLKPEEREQALVLSGSLRTAQEAIRQGQATTAGEIRAFLRDYISRSPLADIDYAELLTFPELVPVENSYRIADEGRTVIMALAVRFGRTRLIDNALLQPKVGGSHV	PGPT0008750_786	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008750-panC-K01918	NA	NA
JZ016_06500	384	panD	COG0853	Aspartate 1-decarboxylase	ATGTTTAGAACAATGATGAAATCCAAAATCCACCGCGCAACGGTGACGGAAGCCAATCTGAACTATGTGGGCAGCATTACCATTGATGAGGATCTGATGGAGGCTGCAGATCTTCTGGAGAATGAAAAAGTTCAAATCGTGAACAATAACAATGGCGCCCGTTTGGAAACGTACGTGATCAAAGGCGAACGCGGCAGCGGCGTGATTTGCCTGAACGGGGCAGCTGCAAGGCTTGTACAGCCTGGCGACAACGTCATCATCATTTCTTACGCCATGATGTCCAAAGAGGAATACGACAATCACACCCCAACGGTCGTGATCGTTGACGAATTGAATAAGCCGGTAAACACGGAATACCGTGAGGTTCACGCCGCGGTTCTCTAA	MFRTMMKSKIHRATVTEANLNYVGSITIDEDLMEAADLLENEKVQIVNNNNGARLETYVIKGERGSGVICLNGAAARLVQPGDNVIIISYAMMSKEEYDNHTPTVVIVDELNKPVNTEYREVHAAVL	PGPT0008890_1116	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0008890-panD-K01579	NA	NA
JZ016_06501	630			hypothetical protein	ATGTTTCAACATGTATTCGCTGAAATGAACAACATGTTAGATGAAATTGTGAAGCATTACCCTTCTGCTCAAGGTCCCCAAAAACAGGCGCTGGTACAAAACTGGAACATGCTTAAAAGCATGAGCGAGGGCATTATCGAGGAATGGCTCCATTTTGAAGAGAAGATGGCCATCTTCCGCGAGAGTGCCGCCTCGCCTCCTGTTTTTCCACCGACCGAAGCGCCTGAATTGCAGCTTGATGCATTTATTCGCGGTCAAGGTTATTACAAGTTGTTGATGTTCCAGCCGGCCATACAGCAGTTTGAGGCGGCCGCCACCGTATTTCCGGATAGCCTTCTGATCAAGCTGTATATTGCGATGTCCCATCTTTATTTGGGGCAAACCATACCGGCATCCGATGTATTGGTGTCCATCCTGCCCCTGGCAGACAACAAAAAGATGCGGGCGATGATTTACAATGCGCTTGGATGCATCGAGGTGTTGAATGGACAGCAAGGGAAGGCCGAGGAGCATTTCGCACTGGCGATTCACAGCGACCCGACGCTTCCTGACCCCATTATCAATTTGGAGGTCTGCAAGCAGAATCGAGGGGAACTCCAGTACGGCAGCCAATTGATCTCTTTGCTGTAA	MFQHVFAEMNNMLDEIVKHYPSAQGPQKQALVQNWNMLKSMSEGIIEEWLHFEEKMAIFRESAASPPVFPPTEAPELQLDAFIRGQGYYKLLMFQPAIQQFEAAATVFPDSLLIKLYIAMSHLYLGQTIPASDVLVSILPLADNKKMRAMIYNALGCIEVLNGQQGKAEEHFALAIHSDPTLPDPIINLEVCKQNRGELQYGSQLISLL				NA	NA	NA	NA	NA
JZ016_06502	2952	dinG_5		3'-5' exonuclease DinG	TTGTACCCGGAATGTTCAAAACCCGCAACTTCTGGTATGCTGTTAATTAGTCTGGAGGAAAGGGATTTTATCGAAATGAAATTTGCCGTATTGGATTTTGAAACCACGGGCAACCAGTCAGCAGATGAGATCATTCAGGTTGGACTGGCCATCATCGAAGAGGATCGAAGCATCTCCCGCGTATACGGCACCTATGTCAATCCCGGGATTCCGATCCCTCCTTTTATTACCGGTTTGACCGGCATTTCCGACAGTGATGTAGCGGATGCTCCGTCATTGGAAGAAATGATGATGGGACTCGTGCCCATGCTCGACGATGTTGTATTGGTTGGGCACAATGTCGCTTTTGATTTTAACTTTTTGCAAAATGCACTCGATCGCTGCGGCTATTTACCGTTCAGCGGCCGAATTCTAGATACGATGCACTTCTTAAAAATATGTTTTCCCTCGCTTCCTTCTTATCAGCTTGGGATGGTGTCCTCTCATTTCGGCCTGGAGCATGACCGTCCGCATCAGGCGGACAGCGATGCACTTGCCACAGCCTATGCGCTGCTGAAATGCCTGGAGGAGATCGATGAGCTTCCTCTGCTTACCGTGCAGCGGTTAAGCGACCTGTTTGCCGACGAGGACAGCGACTTGGCCTGGTTCTTTGACGGCATCCGTGCCGACAGGGAGCTCCAGGCAGTACAAGCCGGAGACACCCATACGTACTATCGTCAATTTGCCCTGGCCGTTGACGATTGGAACGATATAACGCCTGCCAGGGATGAGACGGAGCCTAATCCCTTGGCTGATGTAAGCTTTGAGCAATACATGAATGATGTCCGTGAACGTCTAAAGGAAACGCTGCCTCATTACGAGAGCAGGGATGCCCAGGACATGATGTTTCAGGAAGTGATGCAGGCACTCGATAACAATAAACATTTATTGATCGAAGCCGGCACGGGAACAGGCAAATCCCTCGGGTATTTGCTGCCGGCGATTTATCAAAGCGTGAAGCAGGAACAGAAGGTTATGGTGAGCACGCATACGATCAACCTTCAAGAACAGCTGCGTGACCGGGATATTCCCCTGCTCACCCAGGTTGTTCCTTTTCCTTTTAAAGCGGCTATTTTCAAGGGAAGAGGCCATTATTTGTGTTTGAGAAAATTTGAACATAAAATAAATAGAAGAGATTTTCATTCCCCGAAGGAAGATGTGATCACCGCAGCGCAAATGCTGGTTTGGTTGACCCAGACGGAGAACGGGGATGATGAGGAGCTGAACCTTGGCGGCCGTGGAGGGGATTTCTGGGAGACCATCTCCAGCGATTCGGATTCCTGCCTGGGCCGTGCCTGCCCATGGTTCCGCAAATGCTATTATCACAGGGCCAAACATGAAGCGGGCATCGCGGATGTTGTCATTACGAACCATTCGAAGCTGTTCACCGACGTGAAAGCGAATCACCAGCTGCTTCCGAGTTATGAGCGTCTCGTCATCGATGAAGCGCATCATCTGGAGGACGTCGCGGGCAAGCACCTTGGCTTGCAGATGAAATATTTTTCGGTTGTCCATACGTTGACCCGTATGTACAAAGACAGCCGAAGCGGTCAGCTTCCGGCTCTTCGCCAGCTGCTGCAAGCGTCGTCCCATGAGAAGGCTGTCGAGTGGTCTTCCATCATCGACCGGATTTATCCGGATCTGATCACCGTCAAAGAGAATTGGGACCGGCTCAGCGACCAATTGTTCGGACTTCTTCCGGAGCGCGGAGACGCGACTCCGGGGGATGCCGGTCAATTCTCGCTTCGCTTATCGCCGCTGAAGAAGCCGAAGGATTGGAATTCGCTGGCCGAGCTGGAGCATCAAATCCATCTGACGCTGGGTGATGTCGTTCGCAAGGGTGACAAGCTGATTGCCGAAATGAAGGAAGATCTGGACGACTACAGCGCGGACAGTCTGTTAACAGACCTATCGGGTCTGTTTAAGGACCTGGCGGCACACCGCGAGGACCTGAGGACCTTCATGTCCCTGAACGATGAGGGCACGGTTTACTGGATGGAGGCGAACGGCAACTTCCGCGGCAAATCGCTGCAGCTTTATGCGGTGCCTGTCGACGTCAGCACCCACTTAAAGGAATTGTTTTTTGACAAAAAACAAAGCGTGATCCTGACATCGGCGACCTTGTCGGTGGACAAATCGTTTCAGTTCATGATCGAGAACTTGGGTCTTCAGGAAGCGGCAGATAACGGCAACCTGAACACGGTCCTGCTGCCGTCCCCGTTTAATTACAGGGAGCAGGCTCTCCTTGTTGTGCCGCGCGATTTTCCGAGCGTGAAGGGCTCGGTCGGGGATGCACTCTTTGTGAATACACTTGTGCAATCATTGGCTGATACGGCCATCGCAACGCACGGTCGCATGCTTGTCCTGTTCACCTCGTACCGCATGCTGCGTCAGGTGCATGAGCCCTTGAAGGAGGCGCTGGGATCCAGCGATATTACGGTACTGGGACAAGGGATGGACGGAACCAGCCGTACCAAGTTAATCCGGAGATTCCAGGATAGCAGCGCTTCGGTTCTGCTGGGCACCAGCTCCTTCTGGGAAGGAGTAGATATACCCGGTGAGGCGCTCACCTGCCTTGCCATCGTCCGGCTGCCGTTCCAGCCGCCGAATCACCCTCTGGTCGAAGCCAAGAGCGAGCTTCTGCAGCAGCAGAAGAAGAACCCGTTCATGAAGCTTTCGGTTCCGCAAGCGGTCATTCGCTTCAAACAGGGATTTGGCCGACTGGTACGGACCGCGCAGGATAAGGGGATTGTCATCGTTTACGATACTCGGGTCATTGAATCCTATTACGGGAAGTATTTCTTATATTCCTTGCCTGGACCGAAGATGGAGCACATGCCGACAGAGGGGATCGTTCCCCGAATTTCGAAATGGCTGCAGGAAGAGGCAGGCATAGGGAACCAAGCTGAATAA	MYPECSKPATSGMLLISLEERDFIEMKFAVLDFETTGNQSADEIIQVGLAIIEEDRSISRVYGTYVNPGIPIPPFITGLTGISDSDVADAPSLEEMMMGLVPMLDDVVLVGHNVAFDFNFLQNALDRCGYLPFSGRILDTMHFLKICFPSLPSYQLGMVSSHFGLEHDRPHQADSDALATAYALLKCLEEIDELPLLTVQRLSDLFADEDSDLAWFFDGIRADRELQAVQAGDTHTYYRQFALAVDDWNDITPARDETEPNPLADVSFEQYMNDVRERLKETLPHYESRDAQDMMFQEVMQALDNNKHLLIEAGTGTGKSLGYLLPAIYQSVKQEQKVMVSTHTINLQEQLRDRDIPLLTQVVPFPFKAAIFKGRGHYLCLRKFEHKINRRDFHSPKEDVITAAQMLVWLTQTENGDDEELNLGGRGGDFWETISSDSDSCLGRACPWFRKCYYHRAKHEAGIADVVITNHSKLFTDVKANHQLLPSYERLVIDEAHHLEDVAGKHLGLQMKYFSVVHTLTRMYKDSRSGQLPALRQLLQASSHEKAVEWSSIIDRIYPDLITVKENWDRLSDQLFGLLPERGDATPGDAGQFSLRLSPLKKPKDWNSLAELEHQIHLTLGDVVRKGDKLIAEMKEDLDDYSADSLLTDLSGLFKDLAAHREDLRTFMSLNDEGTVYWMEANGNFRGKSLQLYAVPVDVSTHLKELFFDKKQSVILTSATLSVDKSFQFMIENLGLQEAADNGNLNTVLLPSPFNYREQALLVVPRDFPSVKGSVGDALFVNTLVQSLADTAIATHGRMLVLFTSYRMLRQVHEPLKEALGSSDITVLGQGMDGTSRTKLIRRFQDSSASVLLGTSSFWEGVDIPGEALTCLAIVRLPFQPPNHPLVEAKSELLQQQKKNPFMKLSVPQAVIRFKQGFGRLVRTAQDKGIVIVYDTRVIESYYGKYFLYSLPGPKMEHMPTEGIVPRISKWLQEEAGIGNQAE				NA	NA	NA	NA	NA
JZ016_06503	666	rex	COG2344	Redox-sensing transcriptional repressor Rex	ATGAAATCGGAAAAAATTTCGGAAGCCGTGGTCCGCAGATTACCTGTATACTTGCGCTATTTGAATGAGCTTCAGAAAAGGGAGGTCTCCACGGTTTCCTCCCAGGAACTGGGGCAGAAACTGGACCTCAATCCTGCTCAAATTCGTAAGGACCTAGCGTATTTCGGTGATTTTGGACGGAAAGGGATCGGATATGACGTATCTTATCTGATCGAGAAAATTCGCCAGATTCTAAAGCTGGACCAGAAGATCAATGTCGCATTGATTGGGGCCGGTAATCTTGGACATGCATTATCGAATTACAATGCATTTCTGAAGGACAATATGAAGATTGTGGCGGTTTTCGATTCGTATTCTCCCAAAGTTGGTATGAAAATTAACAATTTGGTCGTACAGCCGATGGAGGAACTGGAGAAGACGGTTCATGAGTACGGCATTCGTATCGGGATTATCACCGTTCCGGATTTTGAGGCGCAGAATGTAGCGAATCAACTAATCGCGGCAGGCATCGAGGCTATCCTGAATTTTGCGCCGACCATCCTGAAAGCTCCACCCCATATCCGGATCCATACGGCAGATTTTACTACGGATTTGCAGAGTTTGGCCTATTATTTGGATAACGGCAAGGAGGATGCAGCACATGACGACAACGAAGTGGATGGTTAA	MKSEKISEAVVRRLPVYLRYLNELQKREVSTVSSQELGQKLDLNPAQIRKDLAYFGDFGRKGIGYDVSYLIEKIRQILKLDQKINVALIGAGNLGHALSNYNAFLKDNMKIVAVFDSYSPKVGMKINNLVVQPMEELEKTVHEYGIRIGIITVPDFEAQNVANQLIAAGIEAILNFAPTILKAPPHIRIHTADFTTDLQSLAYYLDNGKEDAAHDDNEVDG				NA	NA	NA	NA	NA
JZ016_06504	1302	mtaD	COG0402	5-methylthioadenosine/S-adenosylhomocysteine deaminase	ATGACGACAACGAAGTGGATGGTTAAAAACGGAACGTTTGCGGTACTAGAGGAAGGCAGATCCGTGTTACACGGATATATGGTCGTGGAGAACGACCGGATCACTTACCTGGGTGAAGAAGAGCCGACTGTCCAAGAGGGAACAGAAATCATCGACGGAACCCATCTGTTTTTCCTGCCTGGATTGGTGAATACGCACGGACATGCGGCCATGTCGCTTCTTCGCGGGTATGGCGACGATCTGGCACTGCAAGTATGGCTTCAGGAAAAAATGTGGCCGATGGAAGCCAAATTCACGGCCGACGATGTATACTGGGGAACCTCGCTCTCCGTGCTGGAGATGATTAAAGGCGGAACCACGACATTTGTGGATATGTATGATCATATGGATCAGGTTGCAAAGGTAGTGGAGGACTCAGGCATGCGCGGCGTTCTGACGCGCGGTGTCATCGGATTATGTCCGCCTGAGGTGCAGCAGCAGAAGCTGGAAGAGGCGGTTGCATTCGCGAAAGACTGGCATGGTCAGGCTGACGGTAGAATTACGACGATGATCTCACCGCATGCACCCTATACGTGCCCGCCGGATTTCATCGAAAAATTCGTGCAAGCGTCACATGATTTGAATCTGCCTTTGCATACGCATATGTCCGAAACGGAAACGGAAGTAGCTCAGAACGTAAATGACTACGGACTTCGCCCTGTTGCCCATCTAGAGAAGCTTGGCATGTTCTCCCGTCCAACGCTGCTTGCGCATGCCGTCCATCTGACCGATGAAGAAATCGAAATTCTGGCCAAACATCAAGTTATGGTTTCGCATAATCCAGGCAGCAATTTGAAGCTTGCCAGCGGCATCGCTCGCGTGCCTGCACTGCTGAAAGCCGGGGTCACCGTGTCTTTGGGTACCGATGGACCTGCCAGCAATAATAATCTGGATATGTTTGAAGAGATGCGGCTGGCCGCACTGATCCATAAAGGAGTAAGCGGGGATCCAACCGCAATTCCAGCATCCGAAGCGCTTCGGATGGGTACAGAATATGGAGCCAAGTCAGCCTTCCTTACGGATATTGGTACGCTTGCGGTAGGCATGAAGGCAGATATGATCGCACTGAACACGGATCAGGCGCACTTCCTTCCGAAGACGGATTACATTTCTCATGCTATCTACTCCGCCAGTGCGAAGGATGTAGAGCATGTATGGGTTGACGGCAAGCAGGTAGTGAAGAATGGCGCGAGTCTCACTCTCGATGAGGAACGTATCCGCCGGGAAGCGCAGCGTGCCTTTGAGCGTCTTACAACCCTCTAG	MTTTKWMVKNGTFAVLEEGRSVLHGYMVVENDRITYLGEEEPTVQEGTEIIDGTHLFFLPGLVNTHGHAAMSLLRGYGDDLALQVWLQEKMWPMEAKFTADDVYWGTSLSVLEMIKGGTTTFVDMYDHMDQVAKVVEDSGMRGVLTRGVIGLCPPEVQQQKLEEAVAFAKDWHGQADGRITTMISPHAPYTCPPDFIEKFVQASHDLNLPLHTHMSETETEVAQNVNDYGLRPVAHLEKLGMFSRPTLLAHAVHLTDEEIEILAKHQVMVSHNPGSNLKLASGIARVPALLKAGVTVSLGTDGPASNNNLDMFEEMRLAALIHKGVSGDPTAIPASEALRMGTEYGAKSAFLTDIGTLAVGMKADMIALNTDQAHFLPKTDYISHAIYSASAKDVEHVWVDGKQVVKNGASLTLDEERIRREAQRAFERLTTL	PGPT0023665_1923	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023665-mtaD-K12960	NA	NA
JZ016_06505	519			hypothetical protein	TTGAAGAAAAAAACGAAGTGGATATTGCTGAGTGTATCCGGCGTGCTGCTGTTACTGCTTGGTTTACAGCTCTATTATTCATATGTGATGAAAGATGCTTGGAATGAAGAAAGAATGGCAATTGCTGCCGCCAAACAGCATGGCCAATTGGTTACGTCCGGGAAGACCTATAAATCGGTGTGGGGCGAGGACAATAACTATTGGGTGATAAGCGGGAAGGATCAGGACAATCAAGATCGTATGGTATGGGTGAAATTTACGGATGACAACGTACCTGTTGAAGGTGCCGACGCTGTCCAATCCGTTTTGTTGAATACGGGGTTGTCAGAAGACCAGATGCGGGAGCAGATTTATAACGAATTGCCTGGCGCAGAAATTAAGCGGCTGCTGCCTGGAATGTATGAGGGCGAGTATGCCTGGCAGCTGCAGTATGAACACAACGGTCAGCGCGGTTATCGGTTTTATCGTTTTCAAGACGGTAACACCATCGGTAATGACATTATTCTTCCAAATCAATAA	MKKKTKWILLSVSGVLLLLLGLQLYYSYVMKDAWNEERMAIAAAKQHGQLVTSGKTYKSVWGEDNNYWVISGKDQDNQDRMVWVKFTDDNVPVEGADAVQSVLLNTGLSEDQMREQIYNELPGAEIKRLLPGMYEGEYAWQLQYEHNGQRGYRFYRFQDGNTIGNDIILPNQ				NA	NA	NA	NA	NA
JZ016_06506	534			hypothetical protein	ATGAAACTACGCATTGTACCTATCGTGCTGACTGTCGTGATCTCAGCATCGGTTCTCTTTGGCGGATGGTTTCTGTATCGGCAGATGGCTTTGCAAAATCCGCTGGCCAATGTTGTGTCACAATATGACGGCGTGAAGGATTCACATATAGATATTAAACAGAATACCGTTACTTTGAATCTTGATTTGGCTCCGGATACAAATTTGCAAGGCTTGGTCCAGCATATTAAGAAGGAAGGCAAGTCTGTGATTGGCAATCGGGAATTGAAAATCCAGGTGGAGGATCATTCCTCGGAAGCACTGGATCAATGGTGGGAGAAGGCGATGCTGTCAGTCGCTGAAGCGATGGATAATAAGCAGTATACCGATATTCAATCATCGCTCGAGCAGCTTGCTGCCCAGTCTCCGAATCTGAAAGCAAAAGCAACGATTGATGACACCAACGTCTATGTCAGCTTGTCAGACGGCAAGTCTGGTAAATTTATAATCTTGCCGCGTCAGTCTGGCAACATGGAGGTGTGGAATCATGCCTAA	MKLRIVPIVLTVVISASVLFGGWFLYRQMALQNPLANVVSQYDGVKDSHIDIKQNTVTLNLDLAPDTNLQGLVQHIKKEGKSVIGNRELKIQVEDHSSEALDQWWEKAMLSVAEAMDNKQYTDIQSSLEQLAAQSPNLKAKATIDDTNVYVSLSDGKSGKFIILPRQSGNMEVWNHA				NA	NA	NA	NA	NA
JZ016_06507	1503	ftsH_4	COG0465	ATP-dependent zinc metalloprotease FtsH	ATGCCTAAATTAGCTAAAGAAATCATGTTAGGCTTTATTCCGGTTTTGCTGGTATTCCTTGTGTTTGTCGGCGTGAACATCGTGCCCCTGCTCATCGCTGCAGCACTTGTAGGCGGCTTGTTGTTTATCGCGAAGATGAAGGGCGGCATCGCAGTAGGCGCAGCGAATGAGCGGAAGCGGAAAAAGAGCGGACCTGCCAAGCTGACGTTCGAAGAAATCGGCGGGCAGGATAATGCGAAGCAAGAGCTGCGTGAAGCACTGGATTTTCTGATTCGTCATGAAGACATTAAGAAATTCGGGATTCGTCCATTGAAGGGCATTCTTCTCACCGGGCCTCCGGGAACAGGGAAAACGTTGATGGCTAAAGCCGCTGCCCATTACACCGATTCGATCTTTGTCGCTGCATCCGGCAGTGAATTTGTTGAGATGTATGTCGGTGTTGGTGCAGGGCGCATCCGGGATTTGTTCAAGGATGCCCGTAACCGTGCGGCAAAGGAAAACAAGCAAAACGCCATTATCTTCATCGATGAGATCGATGTCATTGGCGGTAAACGCGAAGGCGGCCAGCAGCGCGAGTACGACCAGACGCTGAATCAGCTGCTAACCGAGATGGATGGCATCTATTCGCAGGATACTCCTCGTATTCTGGTAATTGCCGCGACAAACCGGAAAGAAATGCTGGATAGCGCACTGCTGCGTCCAGGGCGTTTCGACCGTCACATTCAGGTCGATCTGCCGGATAAGAAGGGACGCACTCATATTTTGAATCTGCATGCGGGCAATAAGCCGCTGCATGAAGATGTCGACTTGGAGAAAATCGCCGAAGAAGCATACGGCTTCTCGGGCGCACAACTCGAGAGCGTCATGAATGAAGCGGCCATTTACACGATGCGCGAGAATGAACAGTTTATCCATCAGCGTCATTTGTCCATGGCGATTGACAAGGTAATGATGGGTGAGCGTTCCGACCGTGAATCGAATTTGGAAGAGAAGAAGCGCGTTGCCATACATGAATTGGGACATGCTATTATGGCAGAGCTTGTGCGTCCCGGCAGTGTGAAGCAAGTTGCACTCAGCCCGCGTGGTAAAGCGCTAGGTTATGTTCGTCATAATCCGCAGGAGGAACAATATCTATACACGAAAACCTTCCTGGAAGAGCAAATTATGATTGCGCTTGGCGGTGCGGCCGCCGAAGAGATCTTTTACGGAGGCCGAAGCACAGGCTCAAGCAATGACTTTGAGCAATCGCTGAACATCGTGGAGACGATGATGAAGTCAGGTTTGACGTCGCTGGGCATTGTTAACATGAACATGGTAACAACTGAAGAGTTAATGAAAGAGAATAATGTGATTTTGGAAGAGTTAATGAACCGCACCAAGAATCTCTTGGAACAGAAACGGCCAATATTCGACAATTCACTTGATATCCTGTTGAAGGAAGAAATTCTCTCGGGGGAACAATTTCGTTGTCAATTTCGTGAAAACGCGCTTTTACCAGCATAA	MPKLAKEIMLGFIPVLLVFLVFVGVNIVPLLIAAALVGGLLFIAKMKGGIAVGAANERKRKKSGPAKLTFEEIGGQDNAKQELREALDFLIRHEDIKKFGIRPLKGILLTGPPGTGKTLMAKAAAHYTDSIFVAASGSEFVEMYVGVGAGRIRDLFKDARNRAAKENKQNAIIFIDEIDVIGGKREGGQQREYDQTLNQLLTEMDGIYSQDTPRILVIAATNRKEMLDSALLRPGRFDRHIQVDLPDKKGRTHILNLHAGNKPLHEDVDLEKIAEEAYGFSGAQLESVMNEAAIYTMRENEQFIHQRHLSMAIDKVMMGERSDRESNLEEKKRVAIHELGHAIMAELVRPGSVKQVALSPRGKALGYVRHNPQEEQYLYTKTFLEEQIMIALGGAAAEEIFYGGRSTGSSNDFEQSLNIVETMMKSGLTSLGIVNMNMVTTEELMKENNVILEELMNRTKNLLEQKRPIFDNSLDILLKEEILSGEQFRCQFRENALLPA				NA	NA	NA	NA	NA
JZ016_06508	873	hbd	COG1250	3-hydroxybutyryl-CoA dehydrogenase	ATGTACTTCAAAAAAATCGGCGTCGTAGGCGGCGGGACTATGGGGCAGGGCATTGCGGAGATGCTGGCAGCCAAAGGTCTTGACGTACTGCTCGTAGAGAAAACTCCAGAGAAACTGGACTATTCATACCGAATGATCGAGACCAGTCTAGATAAACAATTGGAGAAGTGGGGGATTACCCAGGCAGAGAAGAAATTGATACTGAACCGGATTCAAAAAGTAACTCATTTTGCCGAGCTTAGCACCTGCGATATGGTGATTGAGACCATTATAGAGGACTTGGAAGCGAAGAAAGAGGTCTTTACACAGCTTGATCAAGTATGTCCGAGCCATGTGATATTAGCAAGTAATACATCCACGCTTAGTTTGACGGAGCTCGCCAGCTCCACCAAATATCCTGAGCGTGTTATTGGCATGCACTTCATTCATCCTGTTTCCAAGGTAGACCTTGTTGAAATCATCCGCGGTCTGAAAACTTCCGATCATACGTTTACGGAAACGAAGCGCTTTGTTGAAGAAGTTTCGGATAAAAAAGGCATCATGGTATATGAGTCTCCAGGTTTCGTTACAACCCGCATGATTACCCTCATGATCAATGAAGCGATGCACTTGCTGCAAGAGGGCGTGGCTTCGGCGGAGGATATCGATGACGCAATGAGAATCGGATATAACTTCCAGCATGGACCGCTTGAGATGGCCGACCGTTTCGGTTTGGATTCCATTCTCGCTGCGCTGGAGCGCATGTTCCGCGAGTACGGCGAACTGAAATACCGTCCATCGATTGTCTTGAAGAAACTGGTCCGCGCAGGGCAACTGGGCGTTAAAACCGGAGAAGGCTTTTTCAAGTACGATAAGGATGGTGACCGGGTATGA	MYFKKIGVVGGGTMGQGIAEMLAAKGLDVLLVEKTPEKLDYSYRMIETSLDKQLEKWGITQAEKKLILNRIQKVTHFAELSTCDMVIETIIEDLEAKKEVFTQLDQVCPSHVILASNTSTLSLTELASSTKYPERVIGMHFIHPVSKVDLVEIIRGLKTSDHTFTETKRFVEEVSDKKGIMVYESPGFVTTRMITLMINEAMHLLQEGVASAEDIDDAMRIGYNFQHGPLEMADRFGLDSILAALERMFREYGELKYRPSIVLKKLVRAGQLGVKTGEGFFKYDKDGDRV	PGPT0006075_3142	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006075-paaH|hbd|fadB|mmgB-K00074	NA	NA
JZ016_06509	1209	ackA	COG0282	Acetate kinase	ATGAATATTCTCGTAATTAATGCAGGTAGTTCTTCACTGAAGTATCAACTGTACAACATGACGGATGAATCCGTGCTGGCAAAGGGCTTGGTCGAACGGATCGGCATGGATTCCTCGATTCTGACGCATAAGCCGACGGGAAAACAGGATGTAACCGAAGTCAGCGAAATTCTGGAGCATACCACGGCCATCCGCAAAGTGCTGGGCATGCTCACGAACGAGGAGCACGGCGTGATCGATTCCATCGACAGCATTCAGGCCGTTGGACACCGCGTCGTGCACGGCGGGGAGTCTTTTAAAGAATCCGCGCTCGTTGACAGTGACGCCAAAGCGGAAATCCGCCGCTTGTTCGATTTGGCTCCGCTTCACAATCCTGCATCGATGATGGGGATTAAGGCAGCAGAAACCAATATGCCGGGCGTCCCGCAGGTCGTTGTATTTGATACGGCGTTCCATCAGACGATGCCGGAGAAATCATACCTGTACGCTATTCCGAGAGTACTTTATAATAAATATAAAGTACGTCGTTACGGTGCGCACGGCACGTCCCACGCCTATGTCAGCCAGGCAGCGGCAGAATTTCTGAACCGGCCGCTGGAGGATCTGAAGATCATAACCTGCCATATCGGTAACGGTGCTTCCCTGACAGCAGTAAAAGGCGGGAAATCCATCGATACCTCCATGGGGATGACCCCGCTGGAAGGGCTCATGATGGGTACGCGCAGCGGTGATTTGGACCCTGCAATCGTACCGTTTGTCATGAATAAGGAAGAGCTGACCGTCAATGAAGTGAACTCCATGCTGAACAAGCACAGCGGCTTGCTGGCGATTTCCGGAATCAGCAGTGATATGCGTGAGATTACGGAAGGCATGGAAAAAGGCGATCCGAACTCCACATTGGCCTTTGAAATGTATGAGTATCGCCTTCGTAAATACATCGGATCTTACGCTGCCGTCATGAATGGCGTGGATGTCATCGTATTTACTGCGGGCGTCGGCGAGAATTCGGTCGTTCTTCGTCAAAGAGTGCTTGAGCAGCTTACCTATCTCGGAGTAGAATTGGATGAGGAGCTGAACAGCATTCGTTCCGGCGAGCCGCGCCGTATTTCTGCGGCAAATTCGAAGGTCGAGGTACTAGTGATCCCTACCAACGAAGAACTGGTTATTGCTCGGGATACGCATCGTATCGTACAAGCTTCCAACCGTTAA	MNILVINAGSSSLKYQLYNMTDESVLAKGLVERIGMDSSILTHKPTGKQDVTEVSEILEHTTAIRKVLGMLTNEEHGVIDSIDSIQAVGHRVVHGGESFKESALVDSDAKAEIRRLFDLAPLHNPASMMGIKAAETNMPGVPQVVVFDTAFHQTMPEKSYLYAIPRVLYNKYKVRRYGAHGTSHAYVSQAAAEFLNRPLEDLKIITCHIGNGASLTAVKGGKSIDTSMGMTPLEGLMMGTRSGDLDPAIVPFVMNKEELTVNEVNSMLNKHSGLLAISGISSDMREITEGMEKGDPNSTLAFEMYEYRLRKYIGSYAAVMNGVDVIVFTAGVGENSVVLRQRVLEQLTYLGVELDEELNSIRSGEPRRISAANSKVEVLVIPTNEELVIARDTHRIVQASNR	PGPT0001360_1144	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0001360-ackA-K00925	NA	NA
JZ016_06510	1296	asnS		Asparagine--tRNA ligase	ATGGCCACCAAAAGTGTGATTCGTAACGTCAACCAGCATGTCGGCGAGACCGTCACGATCGGCGCCTGGATCAACAACAAGCGTTCCAGCGGCAAGATCCAATTCCTGCAGCTTCGCGATGGATCCGGATATATCCAGGGTGTTGTTGTGAAGAGCGAAGTATCCGAACAAGTATGGGATGACGCGAAAAGCCTGACACAGGAAAGCTCGTTGTACGTGACGGGTGTTATACGTGAAGAGCCGCGGAGCCAATCGGGTTACGAGATGACGGTTACCGGCATTGAAATCATACATCTTACGGAAAACTATCCGATTACGCCTAAAGAGCATGGCGTCGATTACTTAATGGACCATCGTCATCTGTGGCTTCGTACCCAGAAACAACGTGCGATCATGGTAATCCGTGCTGAAATTATCCGCGCGGTTCAAGATTACTTTGATTCCAACGGATTTACGCTGGTGGATCCGCCGATTTTGACCCCAACTTCCGCGGAGGGTACAACGAATCTGTTCCACACGAAGTATTTTGATGAAGATGCTTATTTGACCCAGAGTGGGCAGTTATACATGGAGGCTGCCGCTATGGCGCTCGGTAAGGTATACTCCTTCGGTCCGACGTTCCGTGCCGAGAAGTCCAAAACTCGCCGTCACCTGATCGAGTTCTGGATGATTGAGCCTGAGATGGCCTTCACGGACCATGAGGAGAGCCTTCAGGTACAGGAGCAGTTCATTAGTCATGTGGTGCAGTCCGTGGTTAAAAACTGCCGCCAGGAGCTTGAAACGATCGGTCGTGATATTTCGAAGCTGGAGGCGATCCAGGCACCATTCCCGCGGATCACGTACGATGAGGCCATTGAATTCCTGCATACGCAAGATTTTGATATTCCTTGGGGTGAGGATTTTGGCGCGCCTCATGAAACGGCCATTGCCGAGAAGTATGACAAGCCGGTCTTTATTACCCATTACCCGGCGGGAATCAAGGCTTTCTACATGAAGCCGGATCCGAATCGTCCGGAAGTCGTTCTGTGTGCGGATATGATCGCTCCGGAAGGTTATGGCGAGATTATTGGCGGATCGCAGCGGATCGACGATCCGCAGCTGCTTGAAGAGCGCTTCAAGGAGCATGATCTGTCGATGGAAACCTATCAATGGTATATGGATTTGCGTAAATACGGCACCGTTCCTCATTCCGGCTTCGGTCTAGGTCTTGAGCGTACCGTTGCCTGGATTTGCGGTTTGGACCATGTGCGTGAAACGATTCCGTTCCCACGTACTCTGTACCGGTTGTACCCGTAA	MATKSVIRNVNQHVGETVTIGAWINNKRSSGKIQFLQLRDGSGYIQGVVVKSEVSEQVWDDAKSLTQESSLYVTGVIREEPRSQSGYEMTVTGIEIIHLTENYPITPKEHGVDYLMDHRHLWLRTQKQRAIMVIRAEIIRAVQDYFDSNGFTLVDPPILTPTSAEGTTNLFHTKYFDEDAYLTQSGQLYMEAAAMALGKVYSFGPTFRAEKSKTRRHLIEFWMIEPEMAFTDHEESLQVQEQFISHVVQSVVKNCRQELETIGRDISKLEAIQAPFPRITYDEAIEFLHTQDFDIPWGEDFGAPHETAIAEKYDKPVFITHYPAGIKAFYMKPDPNRPEVVLCADMIAPEGYGEIIGGSQRIDDPQLLEERFKEHDLSMETYQWYMDLRKYGTVPHSGFGLGLERTVAWICGLDHVRETIPFPRTLYRLYP				NA	NA	NA	NA	NA
JZ016_06511	750	dnaD	COG3935	DNA replication protein DnaD	ATGGACCACGACGGTAACGTGGACACAGGCGTGAATGGGTGGACGGCCGGCGCCGCTGCCGGCATGAGTCAAGGAATGGCGATCATTCCTTATGCCTTGCTCAAGCATTACCGGTCACTTGGTTTAAGCGACCGTGAAGCCATGCTGGTCATTCATTTGATTGGTTATCAGCAGGTGGAGTTCAAGGCGTTTCCTTCGCTGGAGGAGCTTGCGGAAGTGACGGGGGCTCCCACCGAATTCATCGCTACCAGCTTGCAGCGCTTGATGAAGGTAGGGCTGATCGGGATTGATGAGTATGTGGACGAAACCCAGGGGATTCATTACGAGCGCTACAATCTCCACGGATTGTATGAAAAGCTCGCTTCGTGCCTGGCTGAAGAGCACAAAGCAAAGACCCCAGAAGGAACCAAGTTTGCGTCTCCGCTTTTGAATGCCCGCCCTGCTACCAGCAAATCAGCTGTTTCGGGGGATTCTGTTCCTGAGAAGGAAGAGCGGAATTTGTTCACCATTTTCGAAAAAGAGTTTGGCCGCCCGCTGTCGCCCATGGAGCTGGAAACGATCTCCGGCTGGGTTGATGCGGATCGCTATCCGGACGAGTTAATCCTATTGGCTCTGAAAGAAGCGGTATTTGCGGGCAAACTGCATTTCCGCTACATTGACCGGATCCTGCTTGAATGGAGCCGCAACCGGGTGCGTACCGCACAGGATGCCAAAGCCTATACGCAGAAATTTAGAAATATCGGAAGATAG	MDHDGNVDTGVNGWTAGAAAGMSQGMAIIPYALLKHYRSLGLSDREAMLVIHLIGYQQVEFKAFPSLEELAEVTGAPTEFIATSLQRLMKVGLIGIDEYVDETQGIHYERYNLHGLYEKLASCLAEEHKAKTPEGTKFASPLLNARPATSKSAVSGDSVPEKEERNLFTIFEKEFGRPLSPMELETISGWVDADRYPDELILLALKEAVFAGKLHFRYIDRILLEWSRNRVRTAQDAKAYTQKFRNIGR				NA	NA	NA	NA	NA
JZ016_06512	690	yjjG_2	COG1011	Pyrimidine 5'-nucleotidase YjjG	ATGAGATACAAGGCCATTATTTTTGATCTGGATAACACGTTATTAGACTATAGTCAGAGTGAAAGGATATGCATGCAGCAAGCGCTGGAGCACTACCGGCTGCATGAGGATCTGACGTGGGAGGAATTCTGGAGCACGTTCGGACCGATTAATTTTAATTATTGGATGAACCGAATTCAGAACAATCACGATATTAGGCAGGTGCTGGAGCATTCCTTCACGGATACCTTCCTAAGGTTGAAGCGGGAGTTCAATCAATTCCGGGAGATATCGGAAACTTACTGGGGGTTGTTTTGCAGTTCCAACCATATGGAGCCTAATGCCGACCTTATTTTGGAGCATCTGCATGGTGACTTTGCGCTAGGGGTCATATCCAACGGCATTGGCGAAGCACAGCGTAAACGCCTGACAACAGGAGGATTGTTTCATTATTTTGACTCCTTCATCATTTCGGATGAGGTGAAGTGCTGGAAGCCAGACCCGCAGATCTTTGAACTCGCATTGCAGGAATTGGCGGTAGGTCCAGGCGAGGTGTTATACATAGGGGATTCGCTTACGGATGATTATGAAGGAGCAACGAGAGCCGGAATTGATTTTTGTTATTATAATCGCCGGGGTACCCCTTTAAGTGATCATCATCGTCCTGCTTATGTGATCAGGAATCTCCTGGAGATCAAGGATCTGGCTTAG	MRYKAIIFDLDNTLLDYSQSERICMQQALEHYRLHEDLTWEEFWSTFGPINFNYWMNRIQNNHDIRQVLEHSFTDTFLRLKREFNQFREISETYWGLFCSSNHMEPNADLILEHLHGDFALGVISNGIGEAQRKRLTTGGLFHYFDSFIISDEVKCWKPDPQIFELALQELAVGPGEVLYIGDSLTDDYEGATRAGIDFCYYNRRGTPLSDHHRPAYVIRNLLEIKDLA	PGPT0006885_1277	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560	NA	NA
JZ016_06513	657		COG0546	5'-nucleotidase	ATGAGATACAATCATATTTTATTTGATTTGGATGGCACCTTGACTGATCCGCGTGAAGGCATTACGAAAGCCGTAAGTTATGCACTCGGTCAGCATGGGATTATCGTAAACGATCTATCCGAGCTGGAATGTTTTATCGGTCCTCCGCTCCAGGCGACCTTTATCGAAAAATATCATTTTAGTGAAGCCGAGGCTTGGGGCGCCGTATTGAGCTACCGTGAATATTATAAGGACACCGGCCTTTATGAAAATGAGGTGTATGGTGGAATACGTGAGCTATTGGGTTTGCTGTTATCCCAAGGGCGCCGCTTGTATGTCGCTACCTCCAAACCTACGGTTTTTGCCGAGACAGTCCTTGAGCATTTTCAGCTAACCGCTTATTTTTCCATGGTGTGCGGGAGCGAACTGGACGGTTCCCGGTCCGCCAAGACTGAAATCATTCAGCACGTTCTGGATACATGCCGGATTCATACATCGGAAGCCGTTATGATTGGAGACCGGAAGCATGATCTGATTGGAGCGCGAAACTGCGGGATACACAGTATTGCTGCAGGGTATGGGTATGGTTCCGAAGAGGAGCTGGCGGCATGCAAGCCCATCTATTATTTTAAAACCGTGGAGGAAATGCTTCGGTCGTTTGCAAGCTTAGCGGTTTAA	MRYNHILFDLDGTLTDPREGITKAVSYALGQHGIIVNDLSELECFIGPPLQATFIEKYHFSEAEAWGAVLSYREYYKDTGLYENEVYGGIRELLGLLLSQGRRLYVATSKPTVFAETVLEHFQLTAYFSMVCGSELDGSRSAKTEIIQHVLDTCRIHTSEAVMIGDRKHDLIGARNCGIHSIAAGYGYGSEEELAACKPIYYFKTVEEMLRSFASLAV	PGPT0001730_5385	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091	NA	NA
JZ016_06514	270			hypothetical protein	ATGAAATATATAAACGCGGATATTATCCTTCCAGAGGAATTGTTGAAGGAAGTACAGAAATATGTACAGGGCGGGATGGTGTATATCCCGAAACCTGAAGGGTTACGCAAGAAATGGGGAGAAAACTCGGGAAGCCGGGTGTATTTGAAAAAAAGAAACCTGGAGATCCGGCAGTTGTTTGCGTCGGGCGCTACCATTGACCAGCTTTCTTCTCAATTTTGTTTATCCTGCGATTCCATCAAAAAAATTGTATATACCAAAAACAAGTAA	MKYINADIILPEELLKEVQKYVQGGMVYIPKPEGLRKKWGENSGSRVYLKKRNLEIRQLFASGATIDQLSSQFCLSCDSIKKIVYTKNK				NA	NA	NA	NA	NA
JZ016_06515	1035	thrB_3		Homoserine kinase	ATGAATGATTTTTTTCAATTTGTAACAGAAGAACAACGATGTGCGCTGCTCGATAAAGCCAAAAGGGTTGCAATATCGGCACTTCAGCAATATAACCTGAGATGGGTTGAGATTGAATATATCGGTATTTCGGACACGATTACATATCGAGTTAGGACGAGCTTAGATAAAACATACTTGTTGAGAATCCATTCGGATCGACGGTGCAGTCATGAAATAGACTTAGAGCTTCAATTCCTGGATGCCCTTATTACAGCAGGTATCAAAGTGCCGACAGGTATAACCACTCCAAGTGGGTTAAGATGGTTGAAAATCGGTACGGAGGATGGATTCACCTCCACCCATGTCACCGTGATGAAATGGGTGGAGGGTGTGCATGTCCATGAAGCACTTACAGAAGATCAAGCTTATCAGGTAGGTGTCTTGATGGCCAGAATGCATGAAACTGCACTTGACTTCAAAAGTTCTTCTGATCTTCGTAAGCCCGTATGGGGGATGAACAGTTATAAAGAAGCGCTCGCCAAGCTGGAACGGTATGCGGGAACTTTTTTGTCGGAAGTCTCATGGTCACTGTATCAACTCGCAGCTGAAAAAGTTATATCCCAGCTTGATCATATGAAGGCTGATGATTGCAACTACGGTCTCATTCATGCCGATTTACATTTGGGGAATGTAGTATTTGAAGGGGAAGTTCCTCATCCGATTGATTTTGGTAGATGTGGCTACGGTTTTTTTCTTTACGATCTGGCGGCGGTTATGTTATCACTTGTTCCGTACCAAAGATTTAAAGTGCTTCAAGGATATGAAAGCATACGATTGTTGGGATCGGATTATTTTCAGTCTCTGGAGTGTTTTTTCATCATGATCATGATGGAGAATTATAGCCACCATGCCTCCAATCCAAGAGAGACAGAAAGTATAAAGGGTGAGCAAATCTATGCGCTAGCTTATATTCATGAATATTTGCACGGACGCCCGTTTCTGCTGAATGTGGTAGAGCCCATAGAAATAGACGATGCACCAATCTCTAGTTGA	MNDFFQFVTEEQRCALLDKAKRVAISALQQYNLRWVEIEYIGISDTITYRVRTSLDKTYLLRIHSDRRCSHEIDLELQFLDALITAGIKVPTGITTPSGLRWLKIGTEDGFTSTHVTVMKWVEGVHVHEALTEDQAYQVGVLMARMHETALDFKSSSDLRKPVWGMNSYKEALAKLERYAGTFLSEVSWSLYQLAAEKVISQLDHMKADDCNYGLIHADLHLGNVVFEGEVPHPIDFGRCGYGFFLYDLAAVMLSLVPYQRFKVLQGYESIRLLGSDYFQSLECFFIMIMMENYSHHASNPRETESIKGEQIYALAYIHEYLHGRPFLLNVVEPIEIDDAPISS				NA	NA	NA	NA	NA
JZ016_06516	825			hypothetical protein	TTGCAAGTTACGAACCGCCCAGGTGAACATATCACCTGCTTGATCATCATGATTGCCACCATCGTATGGGTTCAATGGACATCATTCCTTCTATCCGCGGCGTGGGGAATCGGACTGATCCTGTTAATATATACATTGTGCAAGCTAAGAAGCGTACGCAAGATATCGACTCAAATAAATGACACGGCCATCGTGGCCCTTATCATGGTGATAGGTTATATGCTCTATCATTCTTCTGGTGAAATCATCAAACATGGATTAGCGGGGGACGATGCCTGGGCCATCATCCTATCGAGGTTAAGCCTGATATTATTTGTATTACCCTTTGCACTGGCGGCCATGTTAACGAAGAAAAAACCGTTATACCTTGCCACGGGTTCATGGGGAACAACGATTTATTTTCCATGGATATTCAAAGGCCCGGTACAAGACCCGATCTGGCGTTTCATGCTCATTTTCCTGGTTGTCGTCTGTTCCATTTTTTCATTCTTTATTGACTGGGGACAGCCGCATTTTCTCGTTCTTATCGGTTATGCACTATCATTTGCGCTGATCAATGCCGTCCTTGAGGAGCTGCTGTGGCGGGGATACATACTTAGTCATTTTGTAAGTGGATTTGGTGAGCTGAAAGGGCTCGGCATCGCCGGAGTTACCTTTGGTTTATACCACTACCACCTTGGTTTTTCATGGCCAGTTTGTCTGCTGTTTTCAATCTTTGGGATCATGATGGGTGGCGTGGCTATTCGTTCCAAAGGGTTGATTCCCGTGATGGTTATGCATTTTGTGATGAATGTTTTATTTGTTCTTAGCGGCATGATCCTGTAA	MQVTNRPGEHITCLIIMIATIVWVQWTSFLLSAAWGIGLILLIYTLCKLRSVRKISTQINDTAIVALIMVIGYMLYHSSGEIIKHGLAGDDAWAIILSRLSLILFVLPFALAAMLTKKKPLYLATGSWGTTIYFPWIFKGPVQDPIWRFMLIFLVVVCSIFSFFIDWGQPHFLVLIGYALSFALINAVLEELLWRGYILSHFVSGFGELKGLGIAGVTFGLYHYHLGFSWPVCLLFSIFGIMMGGVAIRSKGLIPVMVMHFVMNVLFVLSGMIL				NA	NA	NA	NA	NA
JZ016_06517	678			hypothetical protein	ATGGGTAGACTATGGGACGAGCAATTTTGCGCTTGCTTTATATTTATTAAATATTTTTTTAAAAAAAGTGCAGGGTCAGCTTTCAGAGCTGACGTCTATGTATTTGGGAAGGAGGGGAGAGTTATTGATGCTGAAACGTTAATCACGCGTATCCTGCAAGGTGATCAAGAAGCCTTTCGGGAACTGGTGAACCATTACAGCCAGCACGTGTTCCATACGGCATACTCGGTCCTGCGGGATGCCAAGGAAGCGGAAGATGCGTCGCAGGAAGTGTTTATTCAAGTATACAAAGCTCTCCCCCAGTACCGATCTGAAGGCTTTAAAACCTGGATTACACGCATCACGCTAAATAAAGCGATTGATATGAAGAGGAAGCTTTCCCGTAAACCGCCGGAGCAGCTGCATGGCGAACATGATGAAGTGCTGGATAAACTCCCTTCCCGGGACGAAGACGTGGTTTCTCTGCTCGTACATAAGGAGAGAAGAGAGGAACTTCGAGAGAAAATTAAACAATTGCCGGACAATCACCGCGCCATTATAACGGCTTTTTATTTGGAAGAGAAAAACTACGAACAAATCGCAGCCGAGCTGGATGTCACGGTCAAGACGGTGGAATCGAAATTATACCGGGCCAGACAATGGATTCGGAAATCTTGGAAGGAGGAGGAATGGAAATGA	MGRLWDEQFCACFIFIKYFFKKSAGSAFRADVYVFGKEGRVIDAETLITRILQGDQEAFRELVNHYSQHVFHTAYSVLRDAKEAEDASQEVFIQVYKALPQYRSEGFKTWITRITLNKAIDMKRKLSRKPPEQLHGEHDEVLDKLPSRDEDVVSLLVHKERREELREKIKQLPDNHRAIITAFYLEEKNYEQIAAELDVTVKTVESKLYRARQWIRKSWKEEEWK				NA	NA	NA	NA	NA
JZ016_06518	459			hypothetical protein	ATGAACGTAAAGGATAACGAGCTTAAGATGCTGACGGCACGATATGTTAGAGGAGAAGGCTCGGCAGAAGAACGGTCTTCTTATGAAGAGCTCATGTTATCGGATGACAGCGTGCTGGAGATCTACATGCAGGTACTGGCGGAGCTGGATTCCGAACTCCCTGGCCTGTCAGACCCGGAAGCTTTTACGCAGCAGGTGGTGGAACACGAACAAATTAAGCCATACACCCATAGAGCACCTCTGCGGATTCAGGAACGCCCGAAGCGATGGTACGAACGCGCGATCGTTCACTACACCATTGCCGCCTCCATTACCATGCTGTTTCTCTTCACCGGGGCTTTTGACCGACTTCTTCCCGGCGAAATGAATCATGATGTTCCATTATCCGAAACACCTTCCTACAGTGAGCAATGGGTAGAAAAAACAACGGGCTGGCTTGACCAGCTATTGTCCAGATAA	MNVKDNELKMLTARYVRGEGSAEERSSYEELMLSDDSVLEIYMQVLAELDSELPGLSDPEAFTQQVVEHEQIKPYTHRAPLRIQERPKRWYERAIVHYTIAASITMLFLFTGAFDRLLPGEMNHDVPLSETPSYSEQWVEKTTGWLDQLLSR				NA	NA	NA	NA	NA
JZ016_06519	1116			hypothetical protein	GTGCAACCGCAAAAAAGTAAAGGGTTTGCCTTTATATTAAATATCCTTCCGGGCCTCGGCCATTATTATTGGGGGAGAAAGGGACGCGCCCTGCTATATCCGTTCTTGTTCTTCGGAAGCCTGTTCGGTGGATTTGTGCTTGGGATCATGACGGCTTCCGACGCGGTTTTTGCGCTGGGAATTATCGGAGCCTTAATGATCTGGGGAATCAGCATGCTTGACCTGCTAATTGCTTTGATCCGGTATACGCCTATAACGATTATCCACGATGAATATGGACGTCCGATGGAGATTCGTCAGGAAAAGAGTGATGAGTCAGAACGCTTTTATACCATATTGCTGTCCTTCATACCCGGTTTGGGGCATTTTCAACTGGGATTGATGCAGCGAGGGTTGTCATTCCTGATCGCATTCTTCGGACTTGGAACGATTCTGCTGTTCTTGACAGGCTTGACTCACGAATCGGTATTCCTGCTGTTTCTGGGCATGCTGCCTATTATTTGGCTCTACTGCATGTTTGATGTGGTTCAGCTGGTTCACCGTAAGCAAGCTGGAGAATTTCTTATCGATCGTACGCTGTTTGATGAGCTCGAGAGCGGCAGAGAGAGCGGACGCCGGAGTAAAGTGTTTGCCACCTTGTTATCGGCGTTTCCCGGAGCGGGTCAAATGTATTTGGGATTGCAAAAACGCGGACTGCAGCTCATGGTCCTATTTCTTGGCAGCATTTATGTGTTGGATGTACTCAAGCTGTCGCTGTTCCTGTTCTTGATTCCGTTGATCTGGTTTTATGCATTCTTTGACGGTCTGCAGCAAGTAAGCCGTTACGGCAGGGAGCCGCTGCGCGATCGACCGATCATCTCGGGACTTGGGAATCAGCAGCGCTGGCTCGGACTTGGACTGCTTGTACTCGGTATCTATTTCGTATTTAGCAGTGTTGTGATGCCTTATATCGATACACATTTTCCTCATCTGCAGCTGGATTACCGCATTCGTTCCTACTTGAAGACCGCGATTATCGCCGTTCTTCTTATCGGAGGAGGAATCAAGCTGATGACTGGCTCGAAAAAGGATTCGTTAAGGGGAGAGCGCTCATATTATGATACCGACAACGAATGA	MQPQKSKGFAFILNILPGLGHYYWGRKGRALLYPFLFFGSLFGGFVLGIMTASDAVFALGIIGALMIWGISMLDLLIALIRYTPITIIHDEYGRPMEIRQEKSDESERFYTILLSFIPGLGHFQLGLMQRGLSFLIAFFGLGTILLFLTGLTHESVFLLFLGMLPIIWLYCMFDVVQLVHRKQAGEFLIDRTLFDELESGRESGRRSKVFATLLSAFPGAGQMYLGLQKRGLQLMVLFLGSIYVLDVLKLSLFLFLIPLIWFYAFFDGLQQVSRYGREPLRDRPIISGLGNQQRWLGLGLLVLGIYFVFSSVVMPYIDTHFPHLQLDYRIRSYLKTAIIAVLLIGGGIKLMTGSKKDSLRGERSYYDTDNE				NA	NA	NA	NA	NA
JZ016_06520	141			hypothetical protein	GTGGCCAAGAATCTGTATTACCTGTTGTATATTGCTCTATTTGTTGTGACTTGTTTGTTTATCTTCAATGCTTATGCATCACCGGATCAGGTACCTGCGCCTTCGATCTCTTTAACGGAGCATGAGCAGAATCGCCTATAG	MAKNLYYLLYIALFVVTCLFIFNAYASPDQVPAPSISLTEHEQNRL				NA	NA	NA	NA	NA
JZ016_06521	294			hypothetical protein	ATGCTCGAAAGTTTAGCCATTGGCATCGTATTTGTTTTGTATGGTTTGGTCCTCTTTTTGATTCCGCCCAAAAGTTCCAAGAGTTTTTATGCGTATAAAACTACGTCATCTCTCAAAAATGAACGGAACTTTAAAGTTGCCAACGCCTATGTCAGTCTGCTGCTGATGATTTTTGGAGTCATCCTGCTGCTGATCGCCAGGCTTACCGGCCATTTCATGACGACAGGCATTGCTACCGTGATCGTTTTTATCCTGATATACATACTCGTTGAACGAAAATTAAAAAACCTGTAA	MLESLAIGIVFVLYGLVLFLIPPKSSKSFYAYKTTSSLKNERNFKVANAYVSLLLMIFGVILLLIARLTGHFMTTGIATVIVFILIYILVERKLKNL				NA	NA	NA	NA	NA
JZ016_06522	657	mtnB_2	COG0235	Methylthioribulose-1-phosphate dehydratase	GTGGCATTTTCAGATATCCAGCTTGAACAGAAACAAGCTGCCCTGCAGGATCTTAGAGGGATCAAGGAACTGTTCGCTTCTAGAAACTGGTTCCCCGGCACCAGCGGTAATCTATCTGTCCGTGTTGGCGAGTTCAACCCGGAGCAGTTTTATTTTGCGGTGACAGCCAGCGGAAAAGACAAGTCGGTACATACGCCTGAAGATTATCTTTTTGTGGATCAGAACGGCGTGCCTTGCGAAGCAACCGGCTTAAAACCTAGCGCGGAAACCTTGATTCACTGCGAAATTTATCGCAAGACCGGCTGCGGTGCCATTTTCCATGTGCACACCATTGATAACAATCTGATCAGCGATTGGTATGGGGAACAAGGTTATGTCCCTGCCCAAGGAATCGAGCTGATCAAAGCCTTTAATATTTGGGAAGAGGACGCCGCGATTCGCATTCCGATCCTGCCGAACTACGCAGAGATTCCACGGATTGCAGAGCTCGTTCCGGATGCGCTCGATCCTGCGGTACCCGGCATATTGCTGCGTAACCACGGCATCTATGCCTGGGGCAAAAATGCATTCGAAGCCAAGAAACATCTGGAGGCATTTGAGTTTATATTCGAATACGCCTACCGTCGTCTGCTTCTGAATGCAGCCGGATCCAAGTAA	MAFSDIQLEQKQAALQDLRGIKELFASRNWFPGTSGNLSVRVGEFNPEQFYFAVTASGKDKSVHTPEDYLFVDQNGVPCEATGLKPSAETLIHCEIYRKTGCGAIFHVHTIDNNLISDWYGEQGYVPAQGIELIKAFNIWEEDAAIRIPILPNYAEIPRIAELVPDALDPAVPGILLRNHGIYAWGKNAFEAKKHLEAFEFIFEYAYRRLLLNAAGSK				NA	NA	NA	NA	NA
JZ016_06523	681	mtnX	COG4359	2-hydroxy-3-keto-5-methylthiopentenyl-1-phosphate phosphatase	ATGACATCTGGAGATAAACAGCCGATCATTTTTTGTGATTTCGACGGAACCATCACAAACAACGATAACATCGTCGCCATTATGAAGCACTTCAAACCGGAAGGCTTTGAGTCGATCATGCAGGACACGCTTGACCGCACCATTTCAATTCGGGAAGGCGTAGGCCGCATGTTCGCGCTCTTCCCTTCCTCCATGAGAGAAGAAATTACCGAATATGTTCTAAACCATGCAGGGATTCGGGAAGGCTTCAGTGCATTCCTGGATTATTTAAAATCCGAACAGATTGAATTCTACGTTACAAGCGGCGGCATCGATTTCTTTGTCGATCCTCTGCTGAAGCCTTTTGGCATCCCGGCAGACCATATCTTCTGCAACGGCTCCAATTTCGAAGGGGATCACATTGAGATTACCTGGCCTCATCCTTGCAAGGAATCCTGCCATAACGACTGCGGCATGTGCAAGGTCACGGTGATGGACCGTTTTCCGGCCGACCGGTATTACCGCATTCTGATCGGTGACAGCCTGACCGATTTTGAAGGTGCCAAGCAAGCGGATCTGGTTTATTCCCGCTCATCGCTCACCGAGCAATGCAGGAAGATAGGCGTACATCATGTACCCTTCGAGACATTTACCGATATCCAGAACGACATGAAAGACAAGTTTAAACAGGAGGTGCTGTAA	MTSGDKQPIIFCDFDGTITNNDNIVAIMKHFKPEGFESIMQDTLDRTISIREGVGRMFALFPSSMREEITEYVLNHAGIREGFSAFLDYLKSEQIEFYVTSGGIDFFVDPLLKPFGIPADHIFCNGSNFEGDHIEITWPHPCKESCHNDCGMCKVTVMDRFPADRYYRILIGDSLTDFEGAKQADLVYSRSSLTEQCRKIGVHHVPFETFTDIQNDMKDKFKQEVL				NA	NA	NA	NA	NA
JZ016_06524	1215	mtnW	COG1850	2,3-diketo-5-methylthiopentyl-1-phosphate enolase	ATGAGCCGCTGTATCGCAACGTACCGAATCTATGACGACCAGGCGGATTTTCGTAAGAAGGCGACTTCCATCGCCGTTGGCATGACGGTCGGCAGCTGGACCGAGCTGCCGCAAGCCAAGCGTGAAGCGATGCAGAAGCATCTTGGCGAAGTTGTTGACATTCAGGTTCACGAGGGCTGGGAGCCAGGCAGCCGGTATGCGGACGTCAGCATTGCTTATCCGGACATTAATTTCAGCCGGGATATCCCAGCCCTGCTGGTGACCGTGTTCGGCAAAATTTCCATGGACGGGCGCATCAAACTGACTTCCCTGGATTTGTCTCCCGACTTCTTGAGTGCGTTTCCCGGACCGAAATATGGCATCGACGGAGTCCGCGATCTACTCGGCGTCCATGACCGCCCTCTGCTCATGAGCATATTCAAGTCAGTAATCGGACTGAATGCGGACGAGCTTAGAGCCCAATTTATCCGTCAGGCGCTTGGTGGGGTGGATCTTATCAAAGATGATGAAATCCTGTTCGAGAACGACCTCACCCCAATCGAAAAACGGGTCAGCATGTGCATCCAGGCTGCTGCCGACGTGGAACAACAGACAGGCAAAAAACTGCTGTATGCAGCCAATCTGACCGGACGGACGTCGAGGCTGCGTGAGCAAGCGCTGCGTGCGATTGATGCCGGCGCTAACGCCCTGCTCTTTAATGTGCTGTCCTATGGGTATGACGTTTTGCAAGAGTTAAGCAGTGATCCGGATATCACCGTGCCTATTGCGGCTCACCCTGCGCTTGCCGGGGCCATTTATCCTTCTCCGTACTATGGGATAACGGCTCCGCTGCTGCTCGGCCAGCTGATGCGGATTGCCGGCGCGGATCTGGTGCTCTTCCCTTCTCCTTACGGATCGGTAACGATGCCGAGAGAAGAGAATCTCGCGATACGCGACGAGCTGCACAGCGCTAAACTTGGCGTGAAACGAAGCATGCCGGTACCATCCGCAGGAATTCATCCTGGACTCGTTCCCCGCATCATCCGGGACTTTGGCACCGATGTGGTCGTTAACGCTGGCGGCGGAATCCACGGACATCCGATGGGAACCGAAGCGGGCGGCAAAGCCTTTGTACAAGCGATCGAGGCGACGATGAAATCCGTGCCACTCGCCCACTTTGCCGAGGAACACGAAGAGCTGAAAGCCGCATTGGACATCTGGGGAGGAGAAGTATGA	MSRCIATYRIYDDQADFRKKATSIAVGMTVGSWTELPQAKREAMQKHLGEVVDIQVHEGWEPGSRYADVSIAYPDINFSRDIPALLVTVFGKISMDGRIKLTSLDLSPDFLSAFPGPKYGIDGVRDLLGVHDRPLLMSIFKSVIGLNADELRAQFIRQALGGVDLIKDDEILFENDLTPIEKRVSMCIQAAADVEQQTGKKLLYAANLTGRTSRLREQALRAIDAGANALLFNVLSYGYDVLQELSSDPDITVPIAAHPALAGAIYPSPYYGITAPLLLGQLMRIAGADLVLFPSPYGSVTMPREENLAIRDELHSAKLGVKRSMPVPSAGIHPGLVPRIIRDFGTDVVVNAGGGIHGHPMGTEAGGKAFVQAIEATMKSVPLAHFAEEHEELKAALDIWGGEV				NA	NA	NA	NA	NA
JZ016_06525	870	proC_2		Pyrroline-5-carboxylate reductase	ATGTGCCAATCCCCGCAGAACCGACCTTTAATAGATAAAGCAATCACCTTCTACGGCGCCGGCTCGATGGCCGAAGCGATCGTACGAGGATTAGTCAGCCGTTCTGTCGTGCTTCCTGAGAATATTACGATGCTTAATCGGAGCAATGTTCAACGCCTTCAGGAACTGAGTGAGCGCTATGGTGTCCAGATCAATAACGACGATGCCGCTAAAATCGAAATTCTGAAAACTTCACCGGTGATCGTGCTTGCCATGAAACCGAAGGATGCTGCTAAAGCGTTAAAAGAACTGGGACCGAAGCTCTCAAGCGATCAATTGATCATCTCCGTGATTGCCGGACTTTCGATTTATACGACGCAGACGCTGCTTGGAACCCAGCAGCCCATTGCACGTACGATGCCGAATACATCCGCCTCCATCGGGCTTGGTTCCACAGGAATCGCGTTCTCGAAGGAAATCAGCGAAGAACAGCGCCAACTGGTCATGACCTTGTTCGAAGCTGTTGGTAATGTAACGGTCATTGAAGAAGAGAAGATGGATATCCTGACCGGTATATCCGGCAGTGGTCCGGCTTACTTCTATTACATGATGGAAGCCATGACTGCCGCAGGGATCCGCGGCGGCTTGACGCCGGAACAAAGCCGCGAGCTGACACTCCAAACCATTCTGGGCGCCGCCCGGATGGTGCAGCAGACCGGGGAACAGCCTTCATCGCTTCGTGCGAAAATTACATCGCCGAACGGATCAACGCAAGCGGCCCTCGAAACGCTCGATAAAGGCGATTTCTTCGAAACCGTCATTGCCGCCGTGAACCGCTGTGCTGAGCGTTCCAAAGAAATGGGCGCCATGCTGAAGGAGCAGATCTCATGA	MCQSPQNRPLIDKAITFYGAGSMAEAIVRGLVSRSVVLPENITMLNRSNVQRLQELSERYGVQINNDDAAKIEILKTSPVIVLAMKPKDAAKALKELGPKLSSDQLIISVIAGLSIYTTQTLLGTQQPIARTMPNTSASIGLGSTGIAFSKEISEEQRQLVMTLFEAVGNVTVIEEEKMDILTGISGSGPAYFYYMMEAMTAAGIRGGLTPEQSRELTLQTILGAARMVQQTGEQPSSLRAKITSPNGSTQAALETLDKGDFFETVIAAVNRCAERSKEMGAMLKEQIS	PGPT0014225_690	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286	NA	NA
JZ016_06526	1248	proA	COG0014	Gamma-glutamyl phosphate reductase	ATGAGTGAGGTTCGCAATAAAGCCAAGCTGGCCAAACAGGCCGCATTCGGTCTTGGCAGACTGAGCACCGAGGAGAAAAATCAGGCTCTGCTCATCATGGCAGACGCACTGATCCAACGGACAGCTGATATTATGGAAGCAAACGCGGAGGATCTACGTCGTGGGAAGGAGCTTGGCACCTCCGCCTCCCTCCTGGACCGATTGGCACTGAATGAAACCAGAATCGAGGGCATTGCCGAAGGCTTACGCCAAATCGTGAAGCTGCCGGACCCAATCGGCGACACCTTGGAAACGATCGATCGCCCGAACGGACTGAACATCGTCAAGAAACGTGTTCCCCTTGGCGTGATCGGCATCATTTATGAAGCACGTCCAAATGTGACGGTCGATGCAGCCGGACTGTGCTTGAAGACAGGCAACGCGGTCGTACTCCGCGGGGGTTCTTCCGCCCTCTCCTCCAACCGCAAAATCATCGAGGTGCTTCACGAAGCTATGGAACGCACCGCACTGCCTAAGGATGCGCTTCAGCTTATCGAGGACCCGAACCGTTCCTCCGTGGATGAAATGCTGAAGCTCAACGGACTGCTGGATGTCATTATCCCTCGCGGCGGGAGCTCGCTGATCCAGAACGTTGTGTTAAATGCCACGGTGCCCGTGATCGAAACCGGAGCCGGGATATGTCATACCTATATAGATGCATCGGCAGAGCCGGACATGGCAGTTGCCATCAGTCTCAATGCCAAGGTGCAGCGCCCTTCGGTCTGCAATTCCATGGAAACCCTGCTCGTCCATGCTGATTATGCCAAATCACATCTGACCGTGCTGGCTGAAGCATTCCGCGAGCGTAACGTCGAGCTGCGAGGATGTCAGCGTACCCTGGATTACGTTCCTTGGGCTGTAAAAGCGACGTCTGAGGATTACGCTACCGAGTACAACGACTATATCTTAAACATCAAAATCGTGGATCACCTGGATGAGGCCATTGAGCATATTTCGATTAATGGCACAAAGCATTCGGAATGTATCGTTACGGAGGATAAGGATCATGCGCAGCGCTTCTTGCAGGAAGTAGACGCAGCTGCTGTTTATCATAACGCTTCGACCCGTTTCACCGATGGCTTTGAATTTGGCTTCGGCGCCGAAATCGGGATCAGCACCCAGAAGCTGCATGCCAGAGGTCCTATGGGATTACCCGCGCTTACTTCCTCCAAATATGTTATTATCGGTAGTGGTCAAATACGCGAATAA	MSEVRNKAKLAKQAAFGLGRLSTEEKNQALLIMADALIQRTADIMEANAEDLRRGKELGTSASLLDRLALNETRIEGIAEGLRQIVKLPDPIGDTLETIDRPNGLNIVKKRVPLGVIGIIYEARPNVTVDAAGLCLKTGNAVVLRGGSSALSSNRKIIEVLHEAMERTALPKDALQLIEDPNRSSVDEMLKLNGLLDVIIPRGGSSLIQNVVLNATVPVIETGAGICHTYIDASAEPDMAVAISLNAKVQRPSVCNSMETLLVHADYAKSHLTVLAEAFRERNVELRGCQRTLDYVPWAVKATSEDYATEYNDYILNIKIVDHLDEAIEHISINGTKHSECIVTEDKDHAQRFLQEVDAAAVYHNASTRFTDGFEFGFGAEIGISTQKLHARGPMGLPALTSSKYVIIGSGQIRE	PGPT0014215_3890	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014215-proA-K00147	NA	NA
JZ016_06527	1104	proB	COG0263	Glutamate 5-kinase 1	ATGCTATCGCGCATCGTCGTAAAAATCGGAAGCAGCTCCCTTACGACAGACGAGGGCGGACTTAATCTTGATTCCATCGCCTTCTTTGCCGGAGAGCTTGCCGCTCTCCGCAAAGCCGGTCATGAGGTTCTGCTCGTGACATCCGGCGCCGTCGCAGCAGGGTTTCGAGAGATCGGCTACGAGAGCAGACCGAAGCTGCTGCATGAGAAGCAAGCATCCGCCGCACTGGGCCAAGCGCTGCTGATGCGTGCTTACCAGAATGCGCTGGCCTCCCATCAATTGAAGGCCGCGCAAATTCTGTTGACGAGAGGCGACTTCGCGAACCGCAAACGCATGAATAATGCCAACATGACGATTACGGAGCTTCTGAAGCAAGGCGTTATTCCGATTATTAATGAGAACGACACCGTTTCCATTGACGAACTGAAATTTGGCGATAACGATACGTTATCCGCTCTGGTTGCGAACTTGGTCCGCGCCCAGCAATTAATCATCCTGACCGATACGGATGGTTTGTACACGGCTGATCCACGCAAGTCGCCGGATGCAACGAAATATGAGGAAATTGATGAAATTACCGATGAGATTTACAGCATGGCAGGAGGCGCTGGTTCCAGCGTAGGTACAGGCGGCATGCGATCGAAAATCGATGCTGCCAAAATCGCCACCCGCGGCGGTGTCCCCGTCTTCGTTGGCAAAGCCAGCGAGACCGGCGATTTGCTTAAGGCGCTTGAGCATGCAGGTAAAGGCACCTATTTTGCTACCCACCTATCCTCTCTGCCGATGAAAAAGCAGTGGCTCGGCTTTATGTCCTCGCCGCTAGGCCGGATCGTTGTCGATCCGGGCGCCGAGAAGGCGCTGATTCACGGAGGCCACAGCCTCCTTCCCGTTGGCATTAAACGGATCGAAGGCAGCTTCCATGCCGGGGACGTGGTGGAAGTCGTTAATATGAACAACGAAAGGCTCGGCAGGGGGATCGTCAATTACGATGAGGACCAGTTGCAAGCCGTGCTCGGTTTGCCGAGCAGTCAAGTGATCGGCATCATCGGGGAAATCCATCGGCTTGAGGTCATTCACCGAGATGAATGGATCACGTTAAAATAA	MLSRIVVKIGSSSLTTDEGGLNLDSIAFFAGELAALRKAGHEVLLVTSGAVAAGFREIGYESRPKLLHEKQASAALGQALLMRAYQNALASHQLKAAQILLTRGDFANRKRMNNANMTITELLKQGVIPIINENDTVSIDELKFGDNDTLSALVANLVRAQQLIILTDTDGLYTADPRKSPDATKYEEIDEITDEIYSMAGGAGSSVGTGGMRSKIDAAKIATRGGVPVFVGKASETGDLLKALEHAGKGTYFATHLSSLPMKKQWLGFMSSPLGRIVVDPGAEKALIHGGHSLLPVGIKRIEGSFHAGDVVEVVNMNNERLGRGIVNYDEDQLQAVLGLPSSQVIGIIGEIHRLEVIHRDEWITLK	PGPT0014220_215	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014220-proB-K00931	NA	NA
JZ016_06529	1194	bacF	COG0436	Transaminase BacF	ATGAACAACAAATTAAACGAATTCCAAATAGAGCCGGCCGAGATGATGTCCCAGCTGCCCACGCAATTTTTCGCGACCTTGGTCTCCAAGGTAAACCGCCAAGTGGCGCAGGGACATGATGTGATCAATCTCGGACAGGGAAATCCCGATCAGCCCACACCGCCTCATATCGTATCCAGCTTGAAGGAAGCGGCCGACAATCCGCAGTTTCACAAATATTCGCCTTTTACCGGCTTTTCCTTTCTTAAAGAAGCCATTGCGCATCGATATAAGGAAGACTACAACGTGGATCTGGATCCGGAGACGGAGGTAGCGATTCTGTTTGGAGGAAAAACAGGGCTTGTACAGCTTCCGCAAGTGCTTCTGAATCCGGGCGATGTATGTCTTGTCCCGGACCCCGGTTATCCGGATTACTGGTCAGGCGTTGCACTGGCCCGTGCCCAGATGAAATTCATGCCGTTAACCGCTGCGAACCGGTTTCTTCCCGACTATGGCGCGATCACACCAGCAGACAGAGAAAAAGCGAAGCTGATGTTCTTAAATTACCCGAATAATCCGACATCCGCCGTCGCTCCCCTGTCCTTCTACGAGGATACGGTAGCATTCGCCGCCGAACACGGGATCGTTGTAGCCAGCGATTTTGCTTATGGAGCGATCGGGTTTGATGGAGATCGTCCAGTCAGCTTTTTGCAGGCAGAAGGAGCCAAAGAAGTTGGCGTGGAATTTTACACGCTCTCCAAAACCTATAATATGGCCGGATGGCGCGTTGGCTTTGCCCTGGGGAACAAAAAAATCATCTCGCTGATCAATATGCTGCAGGACCACATCTATGTCAGCCTGTTCGGCGGCATTCAGGCAGCAGCGGCCACGGCTCTCACCTCGCCGCAAGACTGCGTTGAGGAGTTGGTGGCACGCTACCAATCGAGAAGGGATGCCTTCTATGGCGCCCTGTCCGAAATCGGCTGGGAAGCTCAAAAACCGGCTGGCTCCTTTTTCAGCTGGCTGCCGGTACCGAAGGGCTTTACTTCGGTATCCTTTGCCGATCTGCTGCTTGAGGAGGCCAAGGTCGCGGTTGCGCCTGGTGTCGGCTTTGGCGATCACGGCGAAGGATATGTCCGCGTCGGCCTGTTAAGCAGCGAAGAGCGAATGCAGGAAGCCGCCTACCGAATCGGCAAGCTGAACCTGTTCGGTTAA	MNNKLNEFQIEPAEMMSQLPTQFFATLVSKVNRQVAQGHDVINLGQGNPDQPTPPHIVSSLKEAADNPQFHKYSPFTGFSFLKEAIAHRYKEDYNVDLDPETEVAILFGGKTGLVQLPQVLLNPGDVCLVPDPGYPDYWSGVALARAQMKFMPLTAANRFLPDYGAITPADREKAKLMFLNYPNNPTSAVAPLSFYEDTVAFAAEHGIVVASDFAYGAIGFDGDRPVSFLQAEGAKEVGVEFYTLSKTYNMAGWRVGFALGNKKIISLINMLQDHIYVSLFGGIQAAAATALTSPQDCVEELVARYQSRRDAFYGALSEIGWEAQKPAGSFFSWLPVPKGFTSVSFADLLLEEAKVAVAPGVGFGDHGEGYVRVGLLSSEERMQEAAYRIGKLNLFG	PGPT0012760_2	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	OTHER_BIOTIC_STRESS_RESISTANCE_GENES	BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012760-bacF-K19549	NA	NA
JZ016_06530	813	yafV		Omega-amidase YafV	ATGACTGGAGAAGCAAAGGCTCAATTGAATATCGCACTTATCCAAGCCGATATTGAAATAGGAAACGTAAAGGCCAATATGAGTAAAATGCTCGGCATGATGGAGCAGGCCGCAGCGGCTGATAGGAAGCCGGACGTCATCGTGCTGCCGGAAATGTGGAATACGGGGTATGCGCTGGACCGAATTCAAGAGCTTGCCGATCCCATGGGACAGGAAACCTCTCGCATGCTGAGCGAATTTGCACGAAAACATCGTATTCAAGTCGTAGGCGGGTCTGTAGCCGAACGAATCGAAGATCGGATTTATAACAGCATGTATGTATTTAACCGGAGCGGGGAGCAGATCGCCAAATATTCCAAAATTCACCTGTTCCGCCTGATGGATGAAGAGAAGTTTCTGCAAGCTGGGCAGCAGCCCGTAACCTTTGAGCTGGAACAATTAAAAGCGGGCGCGTCGATCTGTTACGATATACGGTTCCCCGAGCTGTCCCGCACCCTCGCACTCGGCGGCGCTCAAGTGCTGTTTGTGCCAGCGGAGTGGCCGCATCCGCGACTGCATCATTGGAGAACGCTGCTCATGGCCAGAGCGATCGAGAACCAAATGTATGTCGTTGCGTGTAATCGAGTTGGAACCAGCGGAGAAACGGGCTTTTTCGGCCACTCCATGATCATCGATCCATGGGGGGAGGTCATTGCCGAAGGGGATGAGCAGGAAATGATCCTGACCGGTACGCTGGATTGCGGTCTTACGGATGAAGTGAGAGGACGCATTCCGGTTTTTGAAGACCGCCGTCCGAATTTGTATTTTCAATAA	MTGEAKAQLNIALIQADIEIGNVKANMSKMLGMMEQAAAADRKPDVIVLPEMWNTGYALDRIQELADPMGQETSRMLSEFARKHRIQVVGGSVAERIEDRIYNSMYVFNRSGEQIAKYSKIHLFRLMDEEKFLQAGQQPVTFELEQLKAGASICYDIRFPELSRTLALGGAQVLFVPAEWPHPRLHHWRTLLMARAIENQMYVVACNRVGTSGETGFFGHSMIIDPWGEVIAEGDEQEMILTGTLDCGLTDEVRGRIPVFEDRRPNLYFQ				NA	NA	NA	NA	NA
JZ016_06531	189			hypothetical protein	ATGATGGCAGACAACAACCAATTCGACAGCCAAAACCATGAGCAGGAAGAAGAGCAGAAACAACAGTTCCGCAACTTTGTGGAAAACGTTGCCGGGGGCGGCAACGGAAAGAACGAGTCGATTCAAGATCAGTCCCGTACTGCGGATGAACAGAACCGATTGATTGACCAGCATAATTTGCGCAAATAA	MMADNNQFDSQNHEQEEEQKQQFRNFVENVAGGGNGKNESIQDQSRTADEQNRLIDQHNLRK				NA	NA	NA	NA	NA
JZ016_06532	930	oxyR_2		Hydrogen peroxide-inducible genes activator	ATGGAACTGAGACAACTGCAATATACGCTGCAAATCGCGGCGGATAAAAATTTTTCCCGAGCCGCGGAGAAGCTTCATATCGCCCAGCCTTCCTTGAGCCAGCAGCTCTCCAAGCTGGAGAAAGAGCTCGGCGTGCTGCTGTTCCAGCGCAATACGAGCAACGTTGAGCTTACCCATGCCGGAGCCAGCTTCGTCGAGCATGCCCAGAAGATCATGGACGCCGTCGAGCAGCTGAAGCAGGAGATGTCGGACATCTCCCAGCTTCGAAAGGGTAAGGTCGTAGTCGGCAGCATGCCGATTACAGGTTCTCACCTGCTGCCACGGGTTTTGCCTGCCTTTAAAAAGGGATATCCGGATATTGAGATCACCCTGTTGGAAGACTCCTCCATGAACCTGGAGAAGCTGACGGCCAGCGGCAAGGCCGATCTTAGCCTCCTGGCGCTGCCGCTGTCCGAGCCGTCGCTGTCCTGGATTCCCATCGGTGAGGAAATGATCGACTTGGCTGTTCCTCCGCAGCACCCGCTTGCGCTGCGGGCAGCCTCCGATCCCGTACGGCCCATCACAATCGATGAAATCCGGAACGAAGCGTTTGTTGTCCTCAAAAAAGGACAGGGCTTCCGGAAGCTCACCTTTGATATATGTCGGGAGGCAGGCTTTGAACCGAACGTTGTATTCGAGAGCAGCAACATCGAGACGCTCCAATCGCTGGTCGCAACCGGAATGGGCATAACGCTGGTGCCTCGTTTTATCGCCCGTGCGAAACGCAGCGAGTTTATTCCTGTCTACTTGCCGCTCGCTGATCCCGTTCCGAGCCGCACGCTGGTTGTGGCTTACCGAAACGGCCGCTATTTGTCCAAAGCGGCGGATGCGTTCATCGACACTTTTAAGCAGGTCATGGACAAGCTGGTTGTGGAGAGCGTTCAGGACTAG	MELRQLQYTLQIAADKNFSRAAEKLHIAQPSLSQQLSKLEKELGVLLFQRNTSNVELTHAGASFVEHAQKIMDAVEQLKQEMSDISQLRKGKVVVGSMPITGSHLLPRVLPAFKKGYPDIEITLLEDSSMNLEKLTASGKADLSLLALPLSEPSLSWIPIGEEMIDLAVPPQHPLALRAASDPVRPITIDEIRNEAFVVLKKGQGFRKLTFDICREAGFEPNVVFESSNIETLQSLVATGMGITLVPRFIARAKRSEFIPVYLPLADPVPSRTLVVAYRNGRYLSKAADAFIDTFKQVMDKLVVESVQD	PGPT0012965_1309	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0012965-oxyR-K04761	NA	NA
JZ016_06533	1455	leuC	COG0065	3-isopropylmalate dehydratase large subunit	ATGGACGTAAAGAACAATGGGGTGATGATGATGAGTAAGAAGACAATGTTCGAAAAAATTTGGGATAACCACGTTATTCATCAAGAGGAAGGCAAGCCGGGTATTTTGTACATTGACCTGCATTTGGTTCACGAGGTAACTTCACCGCAAGCATTTGAGGGTTTGCGTCTTAGCGGCCGTAAAGTACGCCGTCCTGAACTGACCTTCGCAACGATGGATCACAACGTTCCAACGAAAGACCGTTTTAATATTACGGATCCGATTTCGAAGCAGCAAATCGATACACTGACCAAGAACTGTCAGGATTTTGGCGTTACCCTGTATGATCTCGATACGATTGATCAAGGCGTTGTGCACGTCATGGGGCCGGAACTTGGCTTAACGCATCCGGGCAAAACGATTGTATGCGGCGACAGCCATACATCCACACACGGTGCATTCGGCGCCCTTGCGTTCGGTATCGGAACAAGCGAGGTTGAGCATGTTCTGGCAACCCAATGTTTGCAGCAGGCCAAAGCAAAGACCATGGAAGTGCGCTTTGTCGGTCGCCGCAATCCGGGCGTAACGGCCAAGGATATGATCCTTGGCGTAATTGCGAAATACGGAACGGATTTTGCAACAGGTTATGTTATTGAGTATACGGGTGAAGCGATCCGCGAATTGTCGATGGAAGAGCGCATGACCGTGTGCAACATGTCCATCGAAGGCGGAGCCAGAGCGGGCATGATCGCTCCGGATGAAACGACGTTTGAATACTTGCGCGGACGTCAATATGTTCCGCAAGGCGAAGCTTTTGATGCTGCAGTAGCCGCTTGGAAAGAGCTTGTGACAGACGAAGGCGCCGAGTTCGACGTGGTGGTTGAGTTCGATGTAGAATCTCTGATCCCGCAAGTAACTTGGGGAACGAGCCCGGGTATGGGTACTGACATTTCCTCGACGGTTCCTAACCCTGCGGATTTCAAGACCGAGAATGAGCGCAAGGCAGCGGAGAAAGCGCTGGAGTATATGGCGCTTGTGCCAGGGACGCCAATGTCCGAAATTCCGATCGATTATGTCTTTATCGGTTCTTGCACGAATGGACGCATTGAAGATTTGCGTGCGGCAGCAGCCGTAGCGAAGGGCCATAAAGTGTCCAGCAATGTGACAGCCATCGTTGTTCCCGGATCAGGCCGAGTGAAGATCCAGGCTGAACAAGAAGGGCTCGACAAAATTTTTGTTGAAGCGGGTTTCGAATGGCGTGAAGCAGGCTGCAGTATGTGTCTCGCGATGAATCCGGATGTACTGAAGCCGGGACAACGCTGCGCATCCACGTCCAATCGTAACTTCGAAGGACGCCAAGGCCGCGGCGGCAGAACGCATCTCGTGTCGCCGGCAATGGCAGCGGCAGCTGCGGTTAAAGGACACTTTGTGGATGTACGTGACTGGAACTTTGCAGCCGAAGAAGTTGTGAGCTAA	MDVKNNGVMMMSKKTMFEKIWDNHVIHQEEGKPGILYIDLHLVHEVTSPQAFEGLRLSGRKVRRPELTFATMDHNVPTKDRFNITDPISKQQIDTLTKNCQDFGVTLYDLDTIDQGVVHVMGPELGLTHPGKTIVCGDSHTSTHGAFGALAFGIGTSEVEHVLATQCLQQAKAKTMEVRFVGRRNPGVTAKDMILGVIAKYGTDFATGYVIEYTGEAIRELSMEERMTVCNMSIEGGARAGMIAPDETTFEYLRGRQYVPQGEAFDAAVAAWKELVTDEGAEFDVVVEFDVESLIPQVTWGTSPGMGTDISSTVPNPADFKTENERKAAEKALEYMALVPGTPMSEIPIDYVFIGSCTNGRIEDLRAAAAVAKGHKVSSNVTAIVVPGSGRVKIQAEQEGLDKIFVEAGFEWREAGCSMCLAMNPDVLKPGQRCASTSNRNFEGRQGRGGRTHLVSPAMAAAAAVKGHFVDVRDWNFAAEEVVS	PGPT0001442_484	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001442-leuC-K01703	NA	NA
JZ016_06534	603	leuD1	COG0066	3-isopropylmalate dehydratase small subunit 1	ATGCAAGCATTTACGAAATTACACGGTATTGTCGCACCTGTAGACCGGGTGAATGTAGATACGGACGCCATTATTCCGAAACAGTTTTTGAAACGGATTGAACGTACAGGATTTGGACAGTTTCTGTTTTACGAGTGGCGGTTTGATGAAGAGGGAGGCAATATCGACACCTTCTCGCTGAACCAGCCTCGTTACCAAGGCTCGACCATTCTGATTTCCCGTGCCAACTTTGGCTGTGGTTCTTCCCGTGAGCATGCCCCTTGGGCGATTCTCGATTACGGATTCCGCGTGGTCATCGCTCCATCGTTTGCTGACATTTTCTACAATAACTGCTTTAAGAACGGGATTCTTCCGATCAAACTGTCGGAGGAGCAGGTGGAAGAATTGTTCCAGCGCACAGAAGGTAATGAAGGATATAAGCTGAACGTCGATCTGGAGAGCAAAACGATAACGGATGATCAAGGACTCCATATTGACTTTGATCTTGACGAGCACCGCCGTCAATTCCTGCTTCAAGGGCTGGATGACATCGGTTTGACGCTGCAGCATGAAAGTGCAATCGATGCATACGAGAAGAAGCATGGGGAGCGTCTGTTCGCTTAA	MQAFTKLHGIVAPVDRVNVDTDAIIPKQFLKRIERTGFGQFLFYEWRFDEEGGNIDTFSLNQPRYQGSTILISRANFGCGSSREHAPWAILDYGFRVVIAPSFADIFYNNCFKNGILPIKLSEEQVEELFQRTEGNEGYKLNVDLESKTITDDQGLHIDFDLDEHRRQFLLQGLDDIGLTLQHESAIDAYEKKHGERLFA	PGPT0001443_2740	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001443-leuD-K01704	NA	NA
JZ016_06535	1437			hypothetical protein	ATGAAGAAGTTAGGGTTTGTAATGATGTTGATAGTCTTCTTGCTGGCGTTTCCGAAAAGTGGTGAAGCCAGTTCTTCAAATGCGGCCATTTTTCTTGACGGGGAACCATTGAATTTGTCTTCGGGCGTCCAGGTAGCCAACATGAAAGGTAACGTGATGATTCCGATCCGCGTGGTATCCGAGAATCTCGGCTTCAAGGTAGGTTGGGAGAAGGCCAGCCAAACCGTTACCGTTGAGAACAGCGAGAAGACGGTCCGCATGGTGGTCGGCAGCCATCAGGCAGAATTGAATGGTGCTCAGGTTGATCTGAATTTACCACCTGTCTTGAATGGGAAGAGCACGCTTGTGCCGCTTCGGTTTGTTAGTGAACAGATGGGGCTTGATGTGAAATGGGACAACCAGACGAAGGCAGTGTTCCTCTCCAGCTCCCTACCACCGGTCTCTGAAGGAGAGGTCGATCCAGGTGCCGGAAACAATCCGGGCAGTCAAACACCTCCGCCTGTCGAAACAGGGAACCAGGCAGCCATGACGGGGCTCAGCTTTAGCGACAACCGGTTGATGATTGCTACAGAAGGTGCGGTTACGCCAAATGTCTTTAAAGTGACAGGACCCGATCGGATTGTTATCGATCTTCCCGATACCGTATTCTCTTCTGCATTCCTGGCTGGACATGCTGTGAATCCGCAAAGCGGCGGCGAGATGGAAATCACGGATTATCCCGATGTTATGAAAGTACGATATGCCGTGTTCAGTGACAATCCGTCAACTGTGCGTATTGTCATCGACCTGACAGGACCTACAAATTATGGAGTAACCCAAGAAGCGGGGCTCATTATTGTTGACCTGAACGCAGAGGGAGAAATCCTCGTACCGCCCGTTCCCCCGGTGACCGGCAACGGCAAGAAGACGGTTGTTATTGATGCCGGTCACGGCGGCAGTCAGCCGGGCGCGATCAGCGCAAACGGTAATCAAGAGAAGGTTCTTAATCTTAATATTGCTTTGAAAGTGGAAGCCTTGCTGAGAAAAGAAAAGAACATTAATGTTGTGATGACGCGGAGCGACGATTCAACGCTGGGTCTTAGCGATCGCGTGAAAGTGGCGAATTCCATAAAGGCCGATATATTTGTATCGATTCACGGAAACAGCAACAATTCCAGCAGTCCGCACGGCACAGAGACTTACTTCACGAGAGATGCCAGCAAACCTTTGGCGAACGTGATGCATAAACATCTTGTCAAGGCGACTGAACTCATGGATCGGGGAGTCAAATATAGCAGTCTTCATGTGACGAGAGAAACGACGATGCCGGCTGTCCTGCTCGAGATTGGCTTTTTAAGCAACAAGGGTGACGAAGCCCAGTTGTTTGAAGACGATTTCCAGAATCGTGTTGCACAAGGTATTGTAGCGGGTATTAAAGAATATCTTCAAGTACAATAA	MKKLGFVMMLIVFLLAFPKSGEASSSNAAIFLDGEPLNLSSGVQVANMKGNVMIPIRVVSENLGFKVGWEKASQTVTVENSEKTVRMVVGSHQAELNGAQVDLNLPPVLNGKSTLVPLRFVSEQMGLDVKWDNQTKAVFLSSSLPPVSEGEVDPGAGNNPGSQTPPPVETGNQAAMTGLSFSDNRLMIATEGAVTPNVFKVTGPDRIVIDLPDTVFSSAFLAGHAVNPQSGGEMEITDYPDVMKVRYAVFSDNPSTVRIVIDLTGPTNYGVTQEAGLIIVDLNAEGEILVPPVPPVTGNGKKTVVIDAGHGGSQPGAISANGNQEKVLNLNIALKVEALLRKEKNINVVMTRSDDSTLGLSDRVKVANSIKADIFVSIHGNSNNSSSPHGTETYFTRDASKPLANVMHKHLVKATELMDRGVKYSSLHVTRETTMPAVLLEIGFLSNKGDEAQLFEDDFQNRVAQGIVAGIKEYLQVQ	PGPT0024160_1719	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
JZ016_06536	687			hypothetical protein	ATGAACAAAAAATATTGGATGACAGGATTGCTGGCGCTGCTGCTTGCATTTAGTGCCGGCTGTGGACAGAAGCCGACTGCAGCCCCTGCCGAGACAAATCCGGAGACCGCAACAGAAGAAGTACAAACGCCGCAAGATAATCCGGAAGAAACGGCGGCTGATGATCATAAGGAAGATGAAGCAATACCTGTAAACGCGGGCGAGGGAACAAGCACACCACCGCAGAGCACAACCGGTGAAAGCACTGGGACCCCTGTGGATACAAAGGATGTGAATGCAACGGAGGACCAAGCGAAGAAGGCCAATATTAAACTCTATTATACGGACCCTGAGATGATCGATCTGAAAGAGGCAAGCAAAGAGATCACGTACTCGGGTGAAGAAGATAAATATAAGAAAGCCTTTGAAGGACTTCAAACGAGCAGTGATGCCGAACTAAGTCCACTATGGTCGGATAAGATTACGCTGAAGTCACTTAAGTTTGATAAAGGAGCTTTGACGCTGGATATCACCAAACCAGCCGAAGCCAACCTCGGATCCGGAGGGGAAATGTTTGCGATTGATGCCTTGCAGAAAACCTTCTTCCAGTTCGATGAGGTGCAGTCTCTGGAATTGCTAGTAGATGGTAATCAGATCGAAAGTTTAATGGGACATGTTGAGCTGGAGCATCCAATGACTCGGAAGTAG	MNKKYWMTGLLALLLAFSAGCGQKPTAAPAETNPETATEEVQTPQDNPEETAADDHKEDEAIPVNAGEGTSTPPQSTTGESTGTPVDTKDVNATEDQAKKANIKLYYTDPEMIDLKEASKEITYSGEEDKYKKAFEGLQTSSDAELSPLWSDKITLKSLKFDKGALTLDITKPAEANLGSGGEMFAIDALQKTFFQFDEVQSLELLVDGNQIESLMGHVELEHPMTRK				NA	NA	NA	NA	NA
JZ016_06537	1380			hypothetical protein	ATGAAGAAGTTCGGTTTTTTAATGTTTCTGGTTGTCATTATGATTGCGTTTCCTAAAATGGCGGATGCGAGTTCGTACAGCGCAAAGATTTACCTGGATGGTCAACAAATCAATCTGTCATCTGGCGTGAAGGTCGAGAACAATAACGGCACCGTCATGGTTCCGATCCGTGTCATATCCGAGAATCTGGGATTTGACGTGTACTGGAACAAGGCGACCAAGACGGTAACTGTCCAAGACGGCTCGCAGACAGTAACGATGGTGATTGGAAGTCAGCAAGCTGACATCAACGGTCAGCGCGTACAAATGACCAAGGCACCTGTTCTACGCGGTGGAACAACACTGGTTCCCATCCGGTTTGTAAGTGAGCAGATGGGCCTTCAAGTAAGATGGGATAACGCGCAGAAGTCCGTCTATCTGACCTCGTCCTACGACGGGAGTAACCCTAGTGAAGAGCCTGGCGTAACTACGTCGACTGTGGACGGCATCAGTTTCAGCGAAAACAGGCTGATGGTCGCCGTTACGGGCAATGCCAAGCCGAATGTATCAAAGCTTAGCAATCCGGACCGTATCGTCATCGATATGGTGAACACGAATTTCTCGGATACGTTCAGCAGCAATGCCAGCTTTGATGACGTGATGAAGACCGGTCAGATGGACGTAACGGGATATCCGGATGTCAAATCCGTACGTTATTCCTTGTACAACAGCAACCCGATGACCGTGCGCATTGTCATTGATCTCAACTATGGCAAAAATTACACCGTTTCAGGCCTTGAGAACGGATCGGGCCTATTCATTGTGGATTTGAATACGGGCTCCAACCCTACACCTGGTACAGGCGGGAAGAAGCTTGTGGTCATAGATGCGGGTCATGGAGACCACGATCCGGGAGCAATCGGGGTAACGAAGAAGAGGGAGAAGGATTTCAACCTCGCAATGGCGCTGAAAGTTGAGAAATTGTTGGCCAAAGAACAAAATATCGAAGTCGTTTTGACTCGCAGTAACGATACTTTCCTCGAGCTGAAGGATCGCGCAAAAATTGCGAATGATCTGAAGGCTGATGTTTTCATATCGATACATGCTAATAGCGGCCCTTCCACTGCAAGCGGAACCGAAACCTATTACTACCATGAATCTGACAAAGCGCTGGCGAATGCACTCCATAAAGAGATCGTAAAGGCTATGGGCTTAAAGGATCGCGGAGTGAGATACGGCAATTTCCATGTCATTCGCGAGACCAAAATGCCTGGCGCTCTGCTGGAAGTCGGGTTCCTGAGCAACAAGACCGATGAGAGCAAGCTATTTGATCCGGCAACGCAGGATCGGGTAGCCGAGGCCATTGTCAGAGGCATCAAAAATTATTTGAAGGTTGATTAA	MKKFGFLMFLVVIMIAFPKMADASSYSAKIYLDGQQINLSSGVKVENNNGTVMVPIRVISENLGFDVYWNKATKTVTVQDGSQTVTMVIGSQQADINGQRVQMTKAPVLRGGTTLVPIRFVSEQMGLQVRWDNAQKSVYLTSSYDGSNPSEEPGVTTSTVDGISFSENRLMVAVTGNAKPNVSKLSNPDRIVIDMVNTNFSDTFSSNASFDDVMKTGQMDVTGYPDVKSVRYSLYNSNPMTVRIVIDLNYGKNYTVSGLENGSGLFIVDLNTGSNPTPGTGGKKLVVIDAGHGDHDPGAIGVTKKREKDFNLAMALKVEKLLAKEQNIEVVLTRSNDTFLELKDRAKIANDLKADVFISIHANSGPSTASGTETYYYHESDKALANALHKEIVKAMGLKDRGVRYGNFHVIRETKMPGALLEVGFLSNKTDESKLFDPATQDRVAEAIVRGIKNYLKVD	PGPT0024160_2000	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
JZ016_06538	600			hypothetical protein	TTGAATAAAAAAATATGGTCGGCTGGCCTATTGGCAGCCGTAATGCTGATTGGTGCCGGTTGCGGACAGAAACCCGGAGCAGCTCCAAACGATACACCGGAGCAAATAACGCCTGCACCCGATAATCAGACAGGACAGGATCATAGTGGAGCGTCGAACGGATCAGGCGGATCGTCTACGGGCAGCGGCAGCGAAGTGACAACGCCGGAAGCAAAAACAGAGAGCATCAAAGCCTATTACACGGATCCAGATTTGATGGAGCTGGTAGAAGGTACGGCCGAAATTTCGTATAAGGAAGATCAAGAAAAATACGAAGCGGCCTATCAAGCATTGCAAAAGAGCGATAAGGCCGATATGGTTCCCCTGTGGGAGAAGATCGGACTGAATTCGTTGAAATTTGAAAACGGAGCTCTGACGCTCGATGTGACGGTTCCGGACGAAGCTAACCTGGGTGCAGGCGGCGAGTCGTTTGCCATCGATGCGATCAAAAAAACCTTTTTCCAGTTTGACGAAGTGAAATCACTTCAAATTCTGGTGGATGGTCAGCAGACCGAATCGTTAATGGGTCATGTCGATTTGGAAAATCCGATGACTCGGTAA	MNKKIWSAGLLAAVMLIGAGCGQKPGAAPNDTPEQITPAPDNQTGQDHSGASNGSGGSSTGSGSEVTTPEAKTESIKAYYTDPDLMELVEGTAEISYKEDQEKYEAAYQALQKSDKADMVPLWEKIGLNSLKFENGALTLDVTVPDEANLGAGGESFAIDAIKKTFFQFDEVKSLQILVDGQQTESLMGHVDLENPMTR				NA	NA	NA	NA	NA
JZ016_06539	2730			hypothetical protein	ATGGTACTTAGACACAGCAAACATGTTCATTCCAAAAAAGTGGTCTCCGCCGTCATGGCCGGACTTATAGCATTCGGAGGCGGGGCTTCGATCGTCTCGGCAGATGAAGAAGCGTCAAATGCGACAACGGCAAATGCATCCCAAACGGCCATAAACGCATTCAGTGACGTTAATGCCGGATATTGGGGAGAAAAGTATATTTATCAGTTAGCAGCACAGGGGATCGTGACCGGGAATAACGGAAAGTTTCGTCCGAACGATCCCGTAACGCAGCAGGAAGCCGTAACGATGGCGATCCGGTTCTTAAGCATGCAGGATCAATTAAGCAACGGCGCTGCGACATTACCGACAAATATTAAAGTGAATGATTATTTTACGAAGTATGTTGAACTGGCTTTTCAGCAAAACCTGCTCGACAAGCAAAAAGAATCCGGATATACGGACGAGAAAGTCATTTGGGGCGCGCAGAAAGCATCCCGGGAATGGATAACCGAAGTCCTTGTCCGTTCCATTGGACGTACGGCGGAGGCTGATGCAGCTAAAAATAAAGCGACAGGCTTTGCGGATAACGCCAAGATATCCCCGGATCGTCTGGGATATGTCAATGTAGCCGTTGAGTTAGGTCTTGCAAAAGGCTTGAACGGCAACAAGTTCGATCCGCAAGGGGCCGTTACCCGTGCCCAGCTTGCAACGTTCCTCAGCCGTGCCCAGGCCTACATTACCACAAATTACGAGAACCAATACAAAGGTTCTATCGCTTCGATCGAGAACGGCAAGCTGGAGCTTTATGCCGATGGCAAGCTGAATTCATTCAAGCTGGATAATTCGACAGCGTATTTCACCTCGGATTCGGAGAAGAGATTGCAATTCTCGGAGATCAATCCTTACACACAAGCAGTGGTCATCGTGAATAACGGAACGGCTGCTTACGTAGAAATTACGGATTCGACCCAGCAAGTGGAGCGGCTTGACCGCACATATGCACGTTTGTCGCCGAACAACGTCATTTGGTTGGATACTGGCAGCACCTTTGAAGAGTTGAGTTACGAGCCAAGCACGGTGTTCCTGGATCAGAACGGAACCAAGATCGATCCGAAGACGCTTGCTGCCGGCAGTCTGCTTACGATTGAACGCGAAACGTACAGCCCGCAGAAGAAAATCGTGTCAATCCGGGTGAAGAGCGGCTTGGTTAACAAGACGGGAGCAGGCGTCGTTCAGAACGTGGATACGGTAAACAAAAGAGTAACCCTTAAGGATAGCACCGGTTATGAGGATACGTACACGTGGGATGATGCCACCGTCATTCGATATCAGAATCAGATTTTGGCTCCGGCTGAATTGAAGAGCGGCTACACCGTGAACTTTTCGGTAGAAAACAGCGTTCTGCAGACGATGGAAGTTACGCAAAGCGTCGATCGTACCGTGCAGGCAATGCTTTATTCCATTGAAGAGAACGGGAAGACCATCACATACAAGCGAAGTGGAAGTACACAGCTCGAAACGAAGTATCTGGCAGAGAAGCCGGAAATCTTTATTAACGGCGTGGCTAAACCTGTTCTGTCCGATTTACTCGCTGATGCCGTATCCGGTGACCAGGTAACACTGACCATTAACGCTGAGGAAAAAATTTCGAAAATCGAAGTAACGGGTCGTCAAATCGAGCAGTTGGATGCCGTTACCGTCGTAAATTACGACGGGAAGACGCACTGGCTGACCGTCAAGGATGCGAACAACCAGCCTCGTGTAATCGTCTTGGATGACAAGACGAAGCTGGACTCGAGCTACGGAACCACGCTGGATAAAGTTGGACCACTGCTTGTCTCGGGACGCAAGGTAAGTGTCTCCCTGATTGGTACCCGCGTACTCTCATTAGAAGTGGTATACAAAGTAGAAGGTAAAATTAACAGCATTAACACATCCAAGCAAGTGATTTCGATTATGACCGCTAACGGTAAAGCGGAAGAAATCTCTTACTACAATAGTCCGATTGTGGAAATCTTCGGCAGATCAGGCGCATCCCTGGCAGATTTGCGGATTGGTGACGAAGTGTTAGCCCAGCTGTCGAACAATCAGGATTACTTACAGAGCTTAAAACTCAAAACTTCCGCACAATTTGAGGTTGTTTCAACGGAACCCACAAGGAACCGTATTCGAGTGAAAGCAAACGGCTCCACAAGCGATATTTATACCGATAAATCCATATTGACCGGCGAAACCGGACAAGCAATTCTGCTCGCTGATTTGCGTCCGGGAGCACTCGTTAATATAACGTTCCAAGGCTTAACGCCTGTAGCGGTAGCTGAAGTTAAATTGACGCTTGGCGAAGTGACAAGCGTTGATGCTTCCGCAAATGCATTGACCACGAAGGATTATTCAGGCAATAGCCAGACGTTAGGTGTAAGCGGCGGAGTTAAAGTCGTTAAGAATGGTTCAACGGCTTCGAATTTAAGCGCATTGACCTCAGGAGATCGCGTAGAGATTCGAAAAGACATTCAGGGCGTTACCATTATCCAGGTTCTGGAGAAGGTTGAACGTGCATTCTGGCAGGCAAGCAATACGGAAATTCAAGTAAAACGCAAATCGATTAACGATAATTTCCGGTATGTATTATCGGATAAAGTATTTGTTCATCAAGGTGACACTACTTTGTCCGTGCAATCCCTTAAGGAAAATGATAATATTGTACTGTACTTAAACAACGGTGTCGTTGTTGAGATCGTAAAACAGTAA	MVLRHSKHVHSKKVVSAVMAGLIAFGGGASIVSADEEASNATTANASQTAINAFSDVNAGYWGEKYIYQLAAQGIVTGNNGKFRPNDPVTQQEAVTMAIRFLSMQDQLSNGAATLPTNIKVNDYFTKYVELAFQQNLLDKQKESGYTDEKVIWGAQKASREWITEVLVRSIGRTAEADAAKNKATGFADNAKISPDRLGYVNVAVELGLAKGLNGNKFDPQGAVTRAQLATFLSRAQAYITTNYENQYKGSIASIENGKLELYADGKLNSFKLDNSTAYFTSDSEKRLQFSEINPYTQAVVIVNNGTAAYVEITDSTQQVERLDRTYARLSPNNVIWLDTGSTFEELSYEPSTVFLDQNGTKIDPKTLAAGSLLTIERETYSPQKKIVSIRVKSGLVNKTGAGVVQNVDTVNKRVTLKDSTGYEDTYTWDDATVIRYQNQILAPAELKSGYTVNFSVENSVLQTMEVTQSVDRTVQAMLYSIEENGKTITYKRSGSTQLETKYLAEKPEIFINGVAKPVLSDLLADAVSGDQVTLTINAEEKISKIEVTGRQIEQLDAVTVVNYDGKTHWLTVKDANNQPRVIVLDDKTKLDSSYGTTLDKVGPLLVSGRKVSVSLIGTRVLSLEVVYKVEGKINSINTSKQVISIMTANGKAEEISYYNSPIVEIFGRSGASLADLRIGDEVLAQLSNNQDYLQSLKLKTSAQFEVVSTEPTRNRIRVKANGSTSDIYTDKSILTGETGQAILLADLRPGALVNITFQGLTPVAVAEVKLTLGEVTSVDASANALTTKDYSGNSQTLGVSGGVKVVKNGSTASNLSALTSGDRVEIRKDIQGVTIIQVLEKVERAFWQASNTEIQVKRKSINDNFRYVLSDKVFVHQGDTTLSVQSLKENDNIVLYLNNGVVVEIVKQ	PGPT0022155_4487	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5c_TRIMERIC_AUTOTRANSPORTER_ADHESINS-SECRETION,PGPT0022155-ata|sadA|emaA-K21449	NA	NA
JZ016_06540	672	nth	COG0177	Endonuclease III	ATGAATGCGGCAACGGTACGGCATATTTTGGACACGATGGAGAGCATGTTTCCGGATGCACATTGCGAACTGCATCACAGCAATGCGTTTGAGCTGACCATCGCCGTGCTGCTGTCCGCCCAGTGCACGGATGAAACGGTTAATAAAGTGACAAAGGATCTGTTTCAGAAATACAAAACGCCTCTGGATTATGTATCGGTACCGATCGAGGAACTTGAGCAGGATATTAGGCGGATCGGATTATACCGGAATAAGGCCAAACATATTCAGAATTTGTGCAGGATTCTGATCGAACAGTATGGCGGTGAGGTACCGGAAGCTCATGATGAGCTGGTCAAATTACCTGGGGTTGGACGTAAGACAGCCAATGTCGTCGTTTCCAATGCCTTTGGTGTGCCTGCCATCGCGGTAGACACGCATGTGGAGCGGGTTTCCAAGCGACTTGGACTGGCCGCCTGGAAAGATTCCGTGCTGGAAGTGGAGAAAAAGCTGATGAAGCGGGTACCGCGTGAAGAATGGACGCTGACCCATCATCGGATCATTTTTTTCGGACGGTATCACTGCAAGGCTCAAAATCCGCAATGCCCGGTATGCCCATTGCTGGATGTTTGCCGTGAAGGAAAGAAACGTATGAAAACCTTAGCAGTCAGGAAGAATAAGGAACAACTGTAA	MNAATVRHILDTMESMFPDAHCELHHSNAFELTIAVLLSAQCTDETVNKVTKDLFQKYKTPLDYVSVPIEELEQDIRRIGLYRNKAKHIQNLCRILIEQYGGEVPEAHDELVKLPGVGRKTANVVVSNAFGVPAIAVDTHVERVSKRLGLAAWKDSVLEVEKKLMKRVPREEWTLTHHRIIFFGRYHCKAQNPQCPVCPLLDVCREGKKRMKTLAVRKNKEQL	PGPT0013735_2652	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013735-nth-K10773	NA	NA
JZ016_06541	282			hypothetical protein	ATGAAATGCATCTCTGTTTACACCGACAATTTTGAATTGTTCTCAGATATTTTTGAACATGTGGTGGAGAGCCAAAGCCAGCTGAGTGAGAATGAAGAGCAAGAAGTCGAAGGCGTGACGTTCAGTCATTCCGGGGATGCTCCCGAGCATTATCTGGAGCGTATGTCGCAGAAGCCTGAAGTGGTGGTCATGCGCGATAAATCACGCGGGTTAACCATTCTGCAGCACGGAAATGTCTTTGAAATTTTAATTCCGGCAGAAGAAAACACCGTTGTATCTTAA	MKCISVYTDNFELFSDIFEHVVESQSQLSENEEQEVEGVTFSHSGDAPEHYLERMSQKPEVVVMRDKSRGLTILQHGNVFEILIPAEENTVVS				NA	NA	NA	NA	NA
JZ016_06542	3648	der_2		GTPase Der	ATGACATTGAAGTTGATGGCTGAGCATGAAATCGGATACAGTGTTACGGAACTAACCAGAGTTCGGGACCGTTTTGTGGAGTGGAATGACGAATCTTCCTCCGCTTTGACGGAGGATTTAATACGCAAGGGTACAGGTGGTGAGCTGACGCTGGCCTTCTGCGGACATTTTTCCGCAGGGAAGTCGAGCATGATTAATGCGCTTTGCGGCAAAAAGGTACTGCCCTCGGGTCCGGTACCGACAAGTGCGAATGTGGTTACAATCCGAAGCGGTGAGCCGCGGGCGTTGATTCACCGATCTGCTGCGGAGCCTGGAGAGCCTTTGACGGTAACAATCGACGAACTTGCCGAATACTGCAAGGAGGGCCGGGAGTATTCCGCGATTGAAGTGTGGGATGATGTGCCGCTGCTTGGCGAAGATGGCGTCTTGATGGATACCCCCGGGGTTGACTCAACGGATGACGGGCACCGGCTTGCCACGCATTCTGCCCTCCATATGGCTGACATCGTTTTTTACGTCATGGATTATAATCATGTGCAGTCCGAGAGTAATCTGATGTTTGCCAAGAGTTTGTCCGATTGGGGCAAACCGCTGTATCTGATCGTCAATCAGATCGACAAGCATCGTGATGACGAGTTGACGCTTTCTGCTTATCTGAATGACGTGAAGAAGGCGTTCGCCCAGTGGAAGATCACGTATAAGGGGCTGCTATGCACTTCGCTTAAAGCTCAGGATCATCCCTATAATCAATGGGGGCTTCTAAAGTCCTTGATCGGTGAACTGATATCTCATAAGGAACCGTTGCTGCGCTACAGCGTATCCTGCTCCATTCGTCATGCTGCCGATCAGCATGTAGAGGCCTATACCAGAAGCCATCAGGAAGAGAAGGAGCGGCTGCTGGAGGAAATGGGCGGCGAGGAGGCCGCAGCGGCGATGAAAGCGCGGCTGCAGGAGCTGGAGGATCAAAAAAGAACCGTCCAGCTGATGCCAGAGACCGTTCGCTCGGAGCTGCGCAAAGAAGCGGATGCCCTTCTGGCAAACGCCAATCTGACGCCGGCGGATGTTCGGGATTTAAGTCTGGCTTTTCTGGAAAGCCGCAAAAGCGGTTTTAAAGTCGGGTTTCTGTTCACAGGCGGCAAGACGGAAGAGGAGCGTCGGCGCCGTCTCGAGGCTTTCTATCATCGATTGGAGGAACAGACCGCATCGCAGATCGATTGGCATCTGCGTTCGCTGTTCCGTAAAAGCGTGGAACAGCATACGGAGTGGAATACCGAATGGGAGAGCCTGATGGACGCTGAGCTTCCCGGTGTGCGGGAGGATATGATTACGCGGATCGTGAATCCGGAAGCGACGGTGTCCGGCGAATACGTACTGAACTATAACCGGGAGCTGGCCGAGGAAATCAAGGGCAGCTACCGCAGGGCCGTGTTGGTGCTGGCCGACCGGCTGAAGGCGGTATTGACGGACGCTGCGGCCGTCCGTCTGCAGGACCTGGAGCGCCAGGGTGCCGAGCTCCTGGCGCAATCTGCGGCTTCCGCCAGCTATGCAGCCCTGCAGCAGGCGGAAGCCGCCCGTGCGGCCGAGCTGGCGCAGCTGCTCCCGCCGCGCACCTCCCTCACTCCCGGCCTCCTGCCGGAGGTGAGGGAGCCGGAAGGGCAGCCCGCGCCAGCGGCTGCCCAGGGCGGTGCCCCGGCGGCGCAGCCGGGGCACGGGCGCACGGCGCCCCGCGCCGCCGGGACGCAGGCGGCGGCACCGCAGCGGCGCCAGCGGCTGGATGCCGCGGCAGCCGAGCTGCGCGCGGCGGCCGCGCTGCTGGCGCCGCATCCCGCGCTGGCATCGGCCGCGCGGGATATAACCGCCCGCGCGGATGCGCTTGCGGGCGGCTCGTTCACTTTGGCGCTGTTCGGCGCGTTCAGCGCCGGGAAGTCCTCCTTCGCCAATGCTCTGCTTGGCGAGTCGGTATTGCCGGTATCACCGCACCCGACAACGGCGGCGGTGAACCGGATTGTGGCACCGGCAGAAGGGAAAACCCATGGTACCGCAGACGTGCGCATGAAGAGCCGCGAGATGTGGTGGGACGATTTGAAGTACTCCTTCAGCGTGCTGGGTCTCCAAGAACCAACTCCGAGCAATTGGCGAAGCGCGGCAGAAGCATTGAATCCGGCCGGTATTCATCCGGCAGGATTGCCGCATTATGGGTTTCTGAAGGCTGCGGCAGCCGGCTTTGACATGATGGAGACCAAACTGGGTATGACAGAAACCGTAGAGCTGGCGGAATATCGGGGCTATGTGGCCGACGAAACCAAATCCTGTTTTGTTGACGGGATAGATCTGTATTACAGCTGTCCGATGACAGAGCAGGGGATCGTGCTGGTGGATACGCCTGGAGCCGATTCCCTTCATGCCCGGCACACCGGCGTAACGTTCAATTATATTAAAAATGCGGACGCTATCGTATACGTAACGTATTACAACCATGCTTTCTCCAAAGCGGATCGGCAATTCCTGTCCCAGCTGGGCAGGGTTAAAGACAGCTTTGCGCTGGATAAAATGTTTTTTATCGTCAATGCCGCAGATCTTGCACAATCCGAAGAGGAACTGGATGAGGTGGTGAAGCATGTTCGTACCAACCTGACGTCCAGCGGGGTAGGCAGCCCGCATATCTTCCCTGTTTCCAGTTTGGCAGCGCTGGATAGTAAGCTGTATGGGGATGAAGCGAAATTGCAGGAATCGGGGTTCCCGGTATTCGAAGATGCGCTTAGCCGTTTTGCGGTTGAAGAGCTGCCAAGGCTTTCAGAGCGCGCCGGTTATGATGAACTGGCTTCGGTGAGGGATCGAATCAGAGCTTGGGCCGATATGGCAGCCCAGGATGAGACCACGCGTGAGCGTAAAATCGTGGAGCTGGAAGAGGTTCACAAACGAGCCCTATCCCGTCTTGCGGCTTTAACGGAGATTAACATGTCCCGTGATATCGCGCAGGAAAGCAGCGAGCTGCTGTTTCATGTACGGCAGCGGCTGGATTATGCCATGAACCGTTTCTTTCAGGAGTCGTTTAATCCTTCCGTGCTTCGGGAGGACGCAGGTCACCTGAAATCGGCCTTTGCGGCTTGCGGGCGTGATTTGATGCGGACGATGTCCACGGAGCTGGATCAGGAGTTATGGGCAACAACGCTTCGATTAGAGATGGCCGGCCGCAAATTAACCGAAGACGCAGCGCTTAAAGCAGCAGCGGATATCAACGGTATGGCCGAGGGCTTGTCCCTTGCCATCCGGCGGGATAAGGACTGGTCATCGCCGGAGCTGGAAGAAACGGAATTGCAAATACAAGGGGATTGGTTGGCCTTCTGGTCGACATTTAAGAACCCGAAGCATTTCTTTGAGGGCAGCGGAAGCTCCAAGCTTCGAGAAGCGGCAGAGCCGAAGGTGAAGGAAGCCGTGGCGAGTGTGGTGAGCATTCGGGAAGAGCAGCTGACGGACCACTATGTTCGGATGAGTGTACGTTCATTGCAGCATCATGTATCGGTGTTGGAGGAACAGCTGAAGGAATCCATGGCTGCCATCCTCGGTTCGCTGCAGGACGGTCAGTCTCCGTTGTTGTGGAGTAAGCTGGCGAATGAGCTGGAAGCTATGATTCAGGCGGCTCGGTAA	MTLKLMAEHEIGYSVTELTRVRDRFVEWNDESSSALTEDLIRKGTGGELTLAFCGHFSAGKSSMINALCGKKVLPSGPVPTSANVVTIRSGEPRALIHRSAAEPGEPLTVTIDELAEYCKEGREYSAIEVWDDVPLLGEDGVLMDTPGVDSTDDGHRLATHSALHMADIVFYVMDYNHVQSESNLMFAKSLSDWGKPLYLIVNQIDKHRDDELTLSAYLNDVKKAFAQWKITYKGLLCTSLKAQDHPYNQWGLLKSLIGELISHKEPLLRYSVSCSIRHAADQHVEAYTRSHQEEKERLLEEMGGEEAAAAMKARLQELEDQKRTVQLMPETVRSELRKEADALLANANLTPADVRDLSLAFLESRKSGFKVGFLFTGGKTEEERRRRLEAFYHRLEEQTASQIDWHLRSLFRKSVEQHTEWNTEWESLMDAELPGVREDMITRIVNPEATVSGEYVLNYNRELAEEIKGSYRRAVLVLADRLKAVLTDAAAVRLQDLERQGAELLAQSAASASYAALQQAEAARAAELAQLLPPRTSLTPGLLPEVREPEGQPAPAAAQGGAPAAQPGHGRTAPRAAGTQAAAPQRRQRLDAAAAELRAAAALLAPHPALASAARDITARADALAGGSFTLALFGAFSAGKSSFANALLGESVLPVSPHPTTAAVNRIVAPAEGKTHGTADVRMKSREMWWDDLKYSFSVLGLQEPTPSNWRSAAEALNPAGIHPAGLPHYGFLKAAAAGFDMMETKLGMTETVELAEYRGYVADETKSCFVDGIDLYYSCPMTEQGIVLVDTPGADSLHARHTGVTFNYIKNADAIVYVTYYNHAFSKADRQFLSQLGRVKDSFALDKMFFIVNAADLAQSEEELDEVVKHVRTNLTSSGVGSPHIFPVSSLAALDSKLYGDEAKLQESGFPVFEDALSRFAVEELPRLSERAGYDELASVRDRIRAWADMAAQDETTRERKIVELEEVHKRALSRLAALTEINMSRDIAQESSELLFHVRQRLDYAMNRFFQESFNPSVLREDAGHLKSAFAACGRDLMRTMSTELDQELWATTLRLEMAGRKLTEDAALKAAADINGMAEGLSLAIRRDKDWSSPELEETELQIQGDWLAFWSTFKNPKHFFEGSGSSKLREAAEPKVKEAVASVVSIREEQLTDHYVRMSVRSLQHHVSVLEEQLKESMAAILGSLQDGQSPLLWSKLANELEAMIQAAR				NA	NA	NA	NA	NA
JZ016_06543	1779		COG1132	Putative multidrug export ATP-binding/permease protein	ATGAATGTTCTCAGGCAACTGCAGGGCTTCTTTTGGGAGAAACGAAGTTATCTTTTTCTTTCCATGCTGTGTCTGGCGATTGCAACCGCTTTAGGACTTGTCTATCCGCATCTGTTAAAAGTGCTGATTGACGATGCAATCAAGCTGGAGAATTACGGTATCGTACCGCAGCTGGCACTCACTGTGCTGGGTGTGGTCATCCTTAAAGCTTTCATGCAGTTTTTGCACGGATTTTTTGGGGGGAGGCTGGGGAACTACCTGGCTTATGCGCTACGAAACGCCTGCTATGAAAAATTGCAATTTCTATCGTTCCGTTACTATGACACGGCTCGGACCGGGGATTTGATGTCACGGCTGACGGGCGATTTGGAAGCGATTCGAATGTTTATCGGCTTCGGTTTTGCTCAGCTGCTCAATCTGGTATTGATGGTGACTTTCGGTTCCATTATGATGTTTACCATTAGCTGGAAATTGACGCTCGTAACTTTGGTAGCGATGCCATTTTTGGTTGTGGCGGCTCTAAAGTTCGAATCCAAGATCCATCCGGCGTTCCAGGAGATGCGTCTGGCACTAAGCTCGCTGACGACCGCGGTTCAGGAGAATATCACGGGTGTTCGTACCGTAAAGTCTTTTGCTCGCGAACCTCACGAAGTGGAGAAATTCTCCGAACGGAATGAGCGTTACAAAACCAACCAGATATTTGCCTCTTCCCTATGGGCCCGTTACTTCCCGATGATGGAGCTCTTCGCGAATATCAGTGTCGTCATTTTGCTAGCCGTCGGCGGAGCGATGGTCATCCAAGGTTCCATGACGGTAGGGGAACTGGCAGCTTTCTTTACTTTGATCTGGTACATAATCGGCCCGCTTTGGGGAATCGGGTTTCACATTAATAACTACACGCAGTCCAAGGCATCGGGTGAACGGGTATTGGAGCTGCTGAATCAGCCGATCGATGTCGAAGACCGTGAGCGTGCGGTAGATTTGGTGCCAAGCGAGGTGAAGGGTCATGTCGTATTTGATAATGTCACCTTTGCTTACGGTAACAAGATGGCGGCCGTCAAAGATATTAATCTGGATGCTCGTCCCGGCTCCGTGATTGGCCTGCTTGGGGGAACGGGGTCTGGTAAATCGACCATTATCCAGCTCTTGATGCATGCCTACAATGTGAATCAGGGCAGCATCAAACTAGACGGCATGAACATTAATGATATAAAGATCCGGAGTCTGCGCAGCCAGATTGCCACGGTCTTTCAGGAGACCTTCTTGTTCTCGTCCAGCATCCGCAACAATATTTCTTACGGCATGAAGGACGTTAGCATGGAAGAAATTATCCGTGTTGCAAAGCTGGCCAAAGCCCATGACTTTATTATGGAAATGAAGGATGGTTACGATACCATTGTCGGCGAACGGGGGATGGGACTTTCCGGCGGACAGAAGCAGCGGATTGCGATTGCACGAGCCCTTCTGAAAGATCCGAAAATCCTGATCCTGGATGATGCCACCAGTGCTGTAGATATGGAAACCGAGCATGAAATTCAGTCCGGCTTCCAGGAAGTCATGAACGGCAGAACGACATTTATTATCGCTCACCGGATTTCTTCTTTGCGTCATGCGGATGAAATTCTCGTTCTGGATGAGGGAAGAGTTGTGCAGCGCGGCAAGCATAACGATTTGATTGCAGTGCCGGGGCCTTATCAGGATGTATACAAAATACAATATGCGGACCTTATTGCGAAGCAAGCTCAAGCAGGAGGCACGCAAGGGCAGGTGCAAGCATGA	MNVLRQLQGFFWEKRSYLFLSMLCLAIATALGLVYPHLLKVLIDDAIKLENYGIVPQLALTVLGVVILKAFMQFLHGFFGGRLGNYLAYALRNACYEKLQFLSFRYYDTARTGDLMSRLTGDLEAIRMFIGFGFAQLLNLVLMVTFGSIMMFTISWKLTLVTLVAMPFLVVAALKFESKIHPAFQEMRLALSSLTTAVQENITGVRTVKSFAREPHEVEKFSERNERYKTNQIFASSLWARYFPMMELFANISVVILLAVGGAMVIQGSMTVGELAAFFTLIWYIIGPLWGIGFHINNYTQSKASGERVLELLNQPIDVEDRERAVDLVPSEVKGHVVFDNVTFAYGNKMAAVKDINLDARPGSVIGLLGGTGSGKSTIIQLLMHAYNVNQGSIKLDGMNINDIKIRSLRSQIATVFQETFLFSSSIRNNISYGMKDVSMEEIIRVAKLAKAHDFIMEMKDGYDTIVGERGMGLSGGQKQRIAIARALLKDPKILILDDATSAVDMETEHEIQSGFQEVMNGRTTFIIAHRISSLRHADEILVLDEGRVVQRGKHNDLIAVPGPYQDVYKIQYADLIAKQAQAGGTQGQVQA	PGPT0029040_397	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029040-mdlA|smdA-K18889	NA	NA
JZ016_06544	1866		COG1132	putative ABC transporter ATP-binding protein	ATGAACGCCAATGTAAATACTGAACCGCATCAAAAGCAAAAGATTCCGAGGCCGCGGAAGCCTTCGGAAGAAACGAATGAACGTTTTGTATACAAGGACGACGATGCGATTGAAAAGCCGTTTAACTGGGCGCAGCTGACGCGTCTGATCTCGTATATGAAACCTTACGCCAAACAGATTCTCCCGTTGATCGGCCTTATGATGGTCATCGGTACCATAACGAAGCTGGCCATTCCGTTCTTGACCAGTTTGGCAATCGACCAGGCCATAGACCCGAGGGATGGCAACCCGAGCTTAACCCTATTGTATCAGATTACAATCGCGGTTCTTGCGATGTATATCATTCAATGGGTTGCAGGAATATTTCGTATCAGATTTACGAATATCATCGGTCAGCGGGTCATTTATGACCTGCGAGCAGATCTGTTCCAGCACATTCAGCGCTTATCCTTCAATTTCTTCGACAAGCGTCCGGCTGGATCTGTGCTGGTCCGGGTTACGAATGATGTTAACTCCCTGCAGGATTTGTTTACCAACGGGGTTGTCAACCTGATCATCGACTGCGTGCAGTTAGTAGGTATTGTCGTTATTCTTCTGTTAATAAACTGGAAGCTCGGTCTTGCTGTTATTGTCACGGTACCGATCATGTTCTTCATCTCGACGAAACTCCGTGTACGCATCCGGCGTGCATGGCAGGATGTACGGATTCGGAACTCGCGGATTAACTCTCACTTGAATGAATCGATTCAGGGGATCCGCGTAACCCAAGCTTACACGCAAGAAGAAGAGAATATGAAGTTCTTTGATAACATGAACATGGACAGCAAAAAGTCCTGGGATAAAGCGTCCGCCATGAACCAAGGGTTTGGGCCTCTTATCGAAATTACCGGCGGTTTCGGTTCATTGATCTTGTTCTGGCTCGGTGCCGTGTTGATCCAGCAAGGCGAGCTCACCATCGGTCTGTTAATTGCCTTCACCCAATATGTCGGAAACTTCTGGGAGCCGATCAACCGGCTTGGCCAAATGTATAACCAATTGCTTGTCGCCATGGCTTCCTCTGAACGTATTTTTGAGTTTATTGACGAGAAGCCGAGCATTGATGATCAGCCTGGGGCGAAGAAATTGCCAACGATTAAAGGGGACATCAAGCTGGAGAATGTGGTGTTCGAATACGAAAAAGGACGTCAGGCTCTCAAAGGGATCAATCTGAATGTAAAGGCAGGCCAGTCGATTGCGCTTGTCGGTCATACCGGATCAGGCAAGAGTACTATCATTAATCTGCTCAGCCGATTCTATGATATTACCGAAGGTAAGCTAACGATTGACGGATACGATATCCAATCGGTGACGGTGGAAAGCCTCCGCAATCAGATTGGCATCGTGCTGCAGGATACCTTTATATTCTCCGGCACGATTCGCGATAATATCCGGTTTGGCCGTCTGGATGCGACCAATGAGGAGATTGAGGATGTAGCCAAGGCGGTCGGCGCCCATGAATTCATCGTTCAGATGCCGGGGGGTTACGATACCGAGGTTGAAGAACGCGGGAATATGCTGTCTATGGGTCAGCGGCAGCTGCTGTCCTTTGCCAGGGCGCTCCTTGCCGATCCGCGGATTCTGATTCTGGATGAAGCAACGGCGAGTATCGATACCGAGACGGAGTTGAAAATTCAAGAAGCTCTTAAAGTGCTGCTTCAGGGCCGAACCTCCTTCATCGTGGCGCACCGTTTATCAACGATCCGCCATGCCGATCATATCGTTGTGCTGGATCACGGTAAGATTATCGAAGAAGGAAATCACAGCCAGCTTATGCAGAAGCAGGGTACGTACCATGGGTTGATTGAAGCACAATACCGATTTTTGTAA	MNANVNTEPHQKQKIPRPRKPSEETNERFVYKDDDAIEKPFNWAQLTRLISYMKPYAKQILPLIGLMMVIGTITKLAIPFLTSLAIDQAIDPRDGNPSLTLLYQITIAVLAMYIIQWVAGIFRIRFTNIIGQRVIYDLRADLFQHIQRLSFNFFDKRPAGSVLVRVTNDVNSLQDLFTNGVVNLIIDCVQLVGIVVILLLINWKLGLAVIVTVPIMFFISTKLRVRIRRAWQDVRIRNSRINSHLNESIQGIRVTQAYTQEEENMKFFDNMNMDSKKSWDKASAMNQGFGPLIEITGGFGSLILFWLGAVLIQQGELTIGLLIAFTQYVGNFWEPINRLGQMYNQLLVAMASSERIFEFIDEKPSIDDQPGAKKLPTIKGDIKLENVVFEYEKGRQALKGINLNVKAGQSIALVGHTGSGKSTIINLLSRFYDITEGKLTIDGYDIQSVTVESLRNQIGIVLQDTFIFSGTIRDNIRFGRLDATNEEIEDVAKAVGAHEFIVQMPGGYDTEVEERGNMLSMGQRQLLSFARALLADPRILILDEATASIDTETELKIQEALKVLLQGRTSFIVAHRLSTIRHADHIVVLDHGKIIEEGNHSQLMQKQGTYHGLIEAQYRFL	PGPT0029045_428	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029045-mdlB|smdB-K18890	NA	NA
JZ016_06545	462			hypothetical protein	ATGAGCATCGAAAGCGTATTATCTGCGCCTGCACTGCTGATTCGAAACTTTGAGAAGAATGATTTGGAAGCTGTCACATCCTTGATGCGCGAACTGAATTATCCGACCACGCTGAATGTCATGCGTGAACGGATGGAAGCGATGAACGACAATCCTTTGTACGGCAATCTGATTGCTGAAGTTGATGGTGTTGTTGTTGGTATGATCATGCTTCGTCAAGTCAAATCCTTCACTATGACCGAACCGGTCACTCAAATTACTTCGGTTATTGTAACCTCAAGCTACCGCGGCCAAGGAATTGGCAAAAGATTGATTCGCGGTGCAGAGACATGGGGAAGACAGCATGGTAGCCACCTCTTGTTTCTCACAAGCGGCAACCGGGAAGAACTTGCTCCCGCACATGCATTTTATGAGCATATTGGATTTGAAAAGGCTGGATATCAGTTTAGTAAAAAGCTGTAA	MSIESVLSAPALLIRNFEKNDLEAVTSLMRELNYPTTLNVMRERMEAMNDNPLYGNLIAEVDGVVVGMIMLRQVKSFTMTEPVTQITSVIVTSSYRGQGIGKRLIRGAETWGRQHGSHLLFLTSGNREELAPAHAFYEHIGFEKAGYQFSKKL				NA	NA	NA	NA	NA
JZ016_06546	744			hypothetical protein	ATGAACAACCATTGGATAAAGAAAATCGCAGGCGGCAGCATTGCTGCTGTACTGGCTGTCGGTATCATGCTGCCCACTACGGCATCCGCAGCACCTGCTGAGAGCAATAATTATGTAAATTGGCAGCAAAAGATCCAGAAGTTCCTGGAAAGCCAAGGTTTTGAATCCCAGTTTAAATGGGTGGTTCAGAAGCCGCAAACGGAAAAACCTCAGGCAGACAAACCTGTTGAAACTCCGCAAACCAGCAAGCCAGAAACCACTAAACCAGAAGCGACGCAACCTGAAACCAGCAAACCGGAAACAAGCAAGCCTGAGACTAGCGCTCCATCTACAAAACCGTCCCAGCCTTCCGAGCCTGCGGGTACAACGGAACAATCGAATTTTGCTTCCGAGGTTGTCACATTGGTGAACAAAGAACGTGCGAATGCAGGTCTGAAGCCGCTCACGGTCCATGCTAAGCTAACAACCGTAGCGCTGGATAAAGCGAAGGATATGAGTAATAACAATTACTTCAGCCACACTTCACCGACACATGGTTCGCCATTTGATATGATGAAAGCTTACGGTATTTCTTACGGCTATGCCGGCGAGAATATTGCTAAAGGGCAACGTACGCCTCAAGAAGTAATGAACTCCTGGATGAATAGCCAAGGTCATCGTGAAAACATCCTGTCTCCGAATTTCACCATGATCGGTGTTGGATATTATAACGGATATTGGGTTCAAGAATTCATCAGTCAATAA	MNNHWIKKIAGGSIAAVLAVGIMLPTTASAAPAESNNYVNWQQKIQKFLESQGFESQFKWVVQKPQTEKPQADKPVETPQTSKPETTKPEATQPETSKPETSKPETSAPSTKPSQPSEPAGTTEQSNFASEVVTLVNKERANAGLKPLTVHAKLTTVALDKAKDMSNNNYFSHTSPTHGSPFDMMKAYGISYGYAGENIAKGQRTPQEVMNSWMNSQGHRENILSPNFTMIGVGYYNGYWVQEFISQ				NA	NA	NA	NA	NA
JZ016_06547	852			hypothetical protein	ATGAAATCATCTGCATGGATATGGCGAATCACTGCCTCCGTGTCGGTTATTGTAACGATTGTGCTCATTATCGGTTTTATGTATGCGTTCAAAGATATTAATGATCCGCAAGGACAGCCCTTGCTGACCGGTGGCGGATCCGAGGCGTCCGAAGAAGAGACAGCGCCGGAACAGCCGGGGAGCGATCCGTCACAACCGGTTTTGCCCCAAGATTTAAAGGTAACTGCGATTGGAGATTCACTGGCCAAGGGAACAGGGGACAACACCGGGAGCGGTTTTGTCCGCCGAAGCGTGGATCAATTAAATGGCGATGGACGAACAGCGAGCCTGCTGGCAAATCTGGCCATAAACGGAATGACCACCGAAGCACTGCTTCCCAAGCTGGATGACAAGGGAATACAGTATGCCTTGAAGCAAGCCAATGTGATTATGCTTTCGATCGGAGGCAATGATATATTTCAAGGCAGCGGGCTGATGGACGGGGCGGCGAATTCCGATGAGTTGGAGCTCGAACCTGCCAAGCTGATGGCCGCATTGCCGCAGGCCTCTGAACGCCTGCAGGCGATTCTGGAGAAGATTCGCGCCATTAATCCGGATGCCCGAATCGTTTATATCGGTCTCTATCATCCTTTTTCCGATTTGGAGGATTTGCTCATACCCGGCAATATCGTGGTCTCTGCCTGGAATCATTCGGTCATGGAGATTGTGAACCGGGATCCCAATATGACATTGGTCCCTACGTTTGATCTGTTTCAGCACAAGCTGGGCGAGTATCTGTCCTCGGACCATTTTCATCCGAACGGGGAAGGATATCAGGCTATTGCGGATCGAATTGTAGAGGGTATGCTCTAG	MKSSAWIWRITASVSVIVTIVLIIGFMYAFKDINDPQGQPLLTGGGSEASEEETAPEQPGSDPSQPVLPQDLKVTAIGDSLAKGTGDNTGSGFVRRSVDQLNGDGRTASLLANLAINGMTTEALLPKLDDKGIQYALKQANVIMLSIGGNDIFQGSGLMDGAANSDELELEPAKLMAALPQASERLQAILEKIRAINPDARIVYIGLYHPFSDLEDLLIPGNIVVSAWNHSVMEIVNRDPNMTLVPTFDLFQHKLGEYLSSDHFHPNGEGYQAIADRIVEGML				NA	NA	NA	NA	NA
JZ016_06548	987	btuD_22		Vitamin B12 import ATP-binding protein BtuD	ATGGGGAGTTGGAAAACGATGAATGAACAAGCTCAAGAAATCGTGTTATCTGTCCAGCATGTAAAAAAGAAAATCGGTCGAAAATGGATTATACATGATGTGTCGTTCGACGTGCGCGCAGGCGAAATTTTCGGGTTCTTGGGGCCGAACGGGGCAGGAAAGACGACCACGATCCGGATGCTGGTTGATCTGATCAAACCGACCTCCGGCAAGATCGAGGTCTGCGGTTATGATGTGAACCGCCAGCAGGAGCAGGCGCTGCGTTATATCGGTTCCATCGTGGAGAATCCTGAAATGTATTCATATATGACGGGGTGGGAAAATCTTGAGCATTTTGCGCGAATGCAGCCCGGCATTGACCAGCAGCGAATACAGGAAGTTGTGGATACGGTGAGATTGGATCGAAGAATTCATGACAAGGTGAGCACGTATTCTCTGGGAATGCGGCAGCGGCTCGGGATAGCCCAAGCCCTGCTCGGCAGACCGAGGCTGCTCATTCTTGACGAGCCGACAAACGGTCTTGATCCGAAAGGGATCAAAGAGATGCGGCAGTTCATCCATCGGTTAGCCGAGGAAGGGTTGGCTGTTTTTGTCTCGAGTCATCTGCTGAGCGAAATCCAGCTGTTATGCGATCGCGTGGCGATCATCAGCAGCGGAAGAGTGCTTGCGGTTGGCGAGGTCGAAGAATTGATTGCCGGCAACAGCGATCATGTGATCTGGGATCTGAATCCCGCCGTGCAAGGGAAACGGATATTGCAAAAGCTGGATTATTGCCACATCGTCGAACGCCCCGAGGACGTGCTCGACGATAATTTGCTCGCAGGCATGTCTCCGGACGCTGTTGTGACCCGTATGAGCACTACATACACGTCAAGAGCTGTGGAACGGCTGGTAGCTGCGGGAGTACAGGTCCGGGAGGTTCATCGGATCAATCCTACGCTGGAGCAGCTGTTCCTGCAGATGACGGAGGGTGAGAGTATTGAGTAA	MGSWKTMNEQAQEIVLSVQHVKKKIGRKWIIHDVSFDVRAGEIFGFLGPNGAGKTTTIRMLVDLIKPTSGKIEVCGYDVNRQQEQALRYIGSIVENPEMYSYMTGWENLEHFARMQPGIDQQRIQEVVDTVRLDRRIHDKVSTYSLGMRQRLGIAQALLGRPRLLILDEPTNGLDPKGIKEMRQFIHRLAEEGLAVFVSSHLLSEIQLLCDRVAIISSGRVLAVGEVEELIAGNSDHVIWDLNPAVQGKRILQKLDYCHIVERPEDVLDDNLLAGMSPDAVVTRMSTTYTSRAVERLVAAGVQVREVHRINPTLEQLFLQMTEGESIE	PGPT0006725_4965	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_06549	990			hypothetical protein	TTGAGTAACCTGTTGCCCCTGATCAAAAACGAGTGCATCAAAATTATCAAACGAAAGCGGTTTTATGTTGTCCTTCTCGTTCTTCTTGTTCTGGTTCCTATGTTTACTTATGCCCAGATGAAGTCAGCTGAACGGAGCCGGGAGAAGTTCAACAGTGATTGGCGGCTTGAACTTCAGCAGCGAATCACGGATAATGAGAATTCGCTTAGCAGTGACAGGGTGCCGGATGAATGGAAACGATATAGGCAAATCTTTATTCAGCAAATGCAGTATTATTTGCAGCATGATGTGAATCCTAATCAACCAAACGGGGTTACGTTTACACGGGAATTTTTGAATAATGCGATATCCCTGTTTATCCCGCTGCTCATTATGGCTATCGCCTCGGATATCGTCTCCGGTGAACGGACGACCGGTACCATCAAAATGCTGCTGACAAGGCCTGTGAAGCGATGGAAGGTGCTGCTCAGCAAACTGATCGCCTTGATCATGTTTACGTCTCTTATTGTCGTTTCCACCTTTGTCATAGCCTATCTGATCTCCGGCCTAGCCTTCGGATACAAGGGATTTGACATACCGGTATTCACGGGATTCCAAATTGTTGGGTCTGATGTGGATATGTCCGGCGTTCATGCTGTTCCACAGTGGAAGTATTTGCTGATGCAGGGTGGATTGGTGTGGTTTGTCGGCGTATGCGTCGGTATGCTGGCTTTTATGGTGTCCGTGCTGGTTCGAAGCACGGCGGCGAGCATTGTGATCATGATGGCCGCATTGATTGCCGGAAATATTCTGACGAATATGGCATCGGCCTGGAGCAGCGCGAAATATTTGTTCATGGTAAACCTCAATTTAACGAATTATTTAGCAGGCAATTTGCCGCCAATTGAGGGGATGACTTTGAATTTTTCCCTTGCCGTATTGGCCGTCTGGGCCATTTGTGCGGTTATTGTTTCATTCAGTGTCTTTACGAGAAGGGATATCTTGAATTAA	MSNLLPLIKNECIKIIKRKRFYVVLLVLLVLVPMFTYAQMKSAERSREKFNSDWRLELQQRITDNENSLSSDRVPDEWKRYRQIFIQQMQYYLQHDVNPNQPNGVTFTREFLNNAISLFIPLLIMAIASDIVSGERTTGTIKMLLTRPVKRWKVLLSKLIALIMFTSLIVVSTFVIAYLISGLAFGYKGFDIPVFTGFQIVGSDVDMSGVHAVPQWKYLLMQGGLVWFVGVCVGMLAFMVSVLVRSTAASIVIMMAALIAGNILTNMASAWSSAKYLFMVNLNLTNYLAGNLPPIEGMTLNFSLAVLAVWAICAVIVSFSVFTRRDILN	PGPT0006730_8632	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_06550	1980	parE		DNA topoisomerase 4 subunit B	ATGGTCGAACAGATCGATATGTTTGCAGAGTCATCGAAGAACGGCGGTAACAACCGTTCAGGATACGATGCTGACGACATTCAAGTGCTCGAAGGCCTCGTTGCGGTGCGCAAACGGCCAGGCATGTACATAGGGAGCACAAGCTCGTCAGGCTTGCATCATCTGGTATGGGAAATTGTGGACAACGCCGTAGACGAGCATTTGGCCAAGTACTGCTCGAGAATTGAAATTACATTGCATAAAGACGGATCCGCGACGGTATACGACAACGGACGCGGTATTCCAACCGGAATGCACAAGACAGGCATCCCCACCCCGCAGGTTGTATTTACGATTTTGCATGCCGGCGGTAAATTCGGTGGTTCCGGATATAAGAAGTCCGGCGGTCTTCATGGCGTTGGCGCATCCGTAACCAATGCGCTGTCCGAGTGGCTGGAGGTGGAAATTTACCGTGACGGTAAAATTCATCGCCAACGATTTGAATACTGGCAGGACAAAAAAGGAAAAGAGCATGTCGGGGAACCTGTAACGGGTCTTGAGGTGCTTGGCAATACGAACAAAACAGGGACGAAGATTACGTTTAAACCGGATGCGCGCGTGTTTACCGCGGGAACGCATCTGAACTACGACACGCTTGCAGAGCGCTTACAGGAAATTGCCTTCCTGAACTCCGGACTCCGGATTGTATTGAAAGACGAGCGCAGCGGCAACGGGGAAGAGTTTTTCTATGAAGGCGGCGCAAGCCAGTTCGTTCAGTTCCTGAATGAAGGCAAGGACGTGCTGCATGATGTGATCCATTTTTACGCGGAGAAGGATGATATCGAAGTTGAAATCGCCCTTCAATATAATGCGGGATATACCGAAACGTTGGCTTCTTTCGTTAACTCCATCCCGACGCGCGGGGGTGGTACGCATGAGACGGGTTTTAAGACAGCTTACACCCGTGTCATGAATGATTATGCCCGCAAGAACAATCTTTTGAAGGAAAAGGACAAGAACCTGGAAGGCAATGATCTTCGGGAAGGCATGATGACCGTGATCAGCGTCAAGATGGCTGAGGTCGAATTTGTCGGACAGACCAAGGACCAGCTGGGAAGCGCTTCTGCACGCAGTGCGGTTGACAGCATTGTCACCGAGAAGATGCAAATCTTCCTCGAGGAGAATCCGCAGATCGCACAAACGCTGCTGAAGAAGGCCATCCAGGCTTCCAAAGCGCGTGAAGCGGCCCGTAAAGCAAGGGACGAGATGCGCAGCGGCAAGAAGCGAAGCGAAAGCTCCAATCTGGGCGGCAAGCTGACGCCTGCGCAGTCCAAGGACTTTACGAGAACCGAATTGTTTATAGTCGAAGGGGACTCCGCTGGCGGTTCTGCGAAGCAGGGACGGGATTCGAAAATCCAGGCTATACTGCCTCTTAAAGGGAAACCGATGAATCCGGAGAAATCGAAGCTGGCCGACATCCTGAAGAATGATGAATACCGAGCAATTGTATCTGCCATTGGTGCAGGGATCGGTACGGAGTTTACCGCCGGGGACAGCAATTATTCGAAAATCATCATCATGACGGATGCGGATACGGATGGCGCTCATATTCAGGTGCTGCTGCTTACGTTCTTCTACAGATACATGAAACCTTTAATTGATGAAGGCCGCGTCTACCTTGCGCAGCCTCCTCTGTATAAAATCGCCAGCAAATCCGGGAAGCTGGAAACCGTTCGGTATGCCTGGACGGATGAGCAGCTGGCTAATTATTTGAAGGAATTCAAAAACTTTGAGCTGCAGCGTTACAAAGGTCTGGGCGAGATGAACCCGGAGCAATTATGGGAAACGACGATGAACCCGGAAACACGGACATTGCTGCAGGTACAAATCGATGATGCTGCCAAAGCGGAGCGTCGTGTGTCTACGCTGATGGGAGATAAAGTAGATCCCCGCAAACGGTGGATCGTAGAAAATGTCAACTTCGCAGAGTTTGAGGAATAG	MVEQIDMFAESSKNGGNNRSGYDADDIQVLEGLVAVRKRPGMYIGSTSSSGLHHLVWEIVDNAVDEHLAKYCSRIEITLHKDGSATVYDNGRGIPTGMHKTGIPTPQVVFTILHAGGKFGGSGYKKSGGLHGVGASVTNALSEWLEVEIYRDGKIHRQRFEYWQDKKGKEHVGEPVTGLEVLGNTNKTGTKITFKPDARVFTAGTHLNYDTLAERLQEIAFLNSGLRIVLKDERSGNGEEFFYEGGASQFVQFLNEGKDVLHDVIHFYAEKDDIEVEIALQYNAGYTETLASFVNSIPTRGGGTHETGFKTAYTRVMNDYARKNNLLKEKDKNLEGNDLREGMMTVISVKMAEVEFVGQTKDQLGSASARSAVDSIVTEKMQIFLEENPQIAQTLLKKAIQASKAREAARKARDEMRSGKKRSESSNLGGKLTPAQSKDFTRTELFIVEGDSAGGSAKQGRDSKIQAILPLKGKPMNPEKSKLADILKNDEYRAIVSAIGAGIGTEFTAGDSNYSKIIIMTDADTDGAHIQVLLLTFFYRYMKPLIDEGRVYLAQPPLYKIASKSGKLETVRYAWTDEQLANYLKEFKNFELQRYKGLGEMNPEQLWETTMNPETRTLLQVQIDDAAKAERRVSTLMGDKVDPRKRWIVENVNFAEFEE	PGPT0027710_906	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027710-parE-K02622	NA	NA
JZ016_06551	2460	parC		DNA topoisomerase 4 subunit A	ATGAGTTTATCTGAGCAATTTTTGCCGGCTTTTCTGGAAGAGGTCGTAGGTGATCGATTTGGCCGGTATTCCAAGTATATTATTCAGGACCGAGCGATCCCGGACGTTCGTGACGGGCTGAAGCCCGTTCAGCGCCGGATCCTGTATGCCATGTACGATTCGGGTAACACACCGGATAAACCATACCGTAAATCGGCGAAAACCGTCGGGGATGTCATGGGTAATTACCATCCGCACGGGGACTCATCGATTTATGAAGGTATGGTTCGGATGGCTCAGCCATGGAAGATGGGACATGTGCTCGTGGACGGCCACGGAAACTGGGGTTCCCAGGATGATGATCCCGCCGCAGCGATGCGTTATACCGAGGCAAGGCTATCGCCGATTGCCATGGAGCTGCTTCGGGATATCGAGAAGCGGACCGTACTGTTTAAGGATAATTTTGATAACACGGCCAAGGAACCGGTTGTGCTGCCTTCACGGTACCCAAACCTGCTTGTGAACGGAGCTAGCGGGATATCCGCGGGTTTTGCCACTGAAATCCCGCCTCACAATCTGCGGGAAGTGATCGATGCTTGTATTGCCGTAATGCAGAAGCCGGAGATTGAGCTGGCGGAGATTATGACCTTTATCAAAGGTCCGGACTTCCCGACCAGCGGAATCATCATGGGCGGCGAAGGCATTTTGGACGCCTATCGGACAGGCAAAGGCCGCGTTTATCTACGGTCGAAGACGGACATTGAATCGCTTCGCGGCGGCAAGCAGCAGATTGTCATCACGGAAATTCCTTATCAGGTCGTTAAGTCACGGCTTGTTACCACGATGGAGAACATACGACTGGAGAAAAAAGTCGAGGGCATCGCCGAGGTTCGCGATGAGAGCGGACGAGAAGGACTTCGCATCGTCGTTGAGCTGAAGAAGGATGCCGACGCAAACGGGATTCTTGCTTATTTGTTCAAGAAAACCGATCTGCAAATAACGTACAACTTCAATATGGTTGCAATCGTGAATAAAACCCCTCAACAGCTGGGGCTTAAAGACATGTTATCTGCCTATATCCAGCATCAGCGTGAGGTCGTCACGCACCGGACCCAGTATGAGCTGGAGAAAGCAGAGGATCGGGCGCACGTATTGGAAGGCCTGGTTAAGGCTTTAAATATCCTGGATGAGGTCATTGCGGCGATCAAAGCGTCCAAGAATCGCCAGGATGCCCAGAACAATCTGCAATGGATGTTCGGTTTCACGGAGAGACAAGCCGATTCCATATTGACCTTGCAATTATACCGCCTTACGAACCTTGAAATTCATTCCCTGCAAAAAGAGCTGGACGAGTTAATGAAGAAAATCGAGGGCTTGCGTGCGATACTGGACAGCGATAAGAAGCTGATTGCCGTCATTCGCAAAGAGCTGCTTGAAATTCGCGAGAAATACGGCATCGACCGGCGTTCTGTCATTCAGGAAGAAGTGGAAGAGATCAAGGTTAATCTTGAAGTGCTGGTGAACGCAGAGGACGTGCTCGTAACTCTGTCTAATGAAGGCTACATCAAGCGCACCAGCATGTTATCCTTCACCCGAAGCGGCGGTGAGCTGGAAAGCTCAGGCGTTAAGGAAGGGGATTACATCACACGTCTGTTTGAAGTCAATACCCTGGAGAATCTGCTTATATTCACGAGCCGTGGGCAGTATTTCTTATTGCCGGTTCACCAGATTCCGGAATACAAATGGAAAGATGCCGGTACGGCCATCGTTAACGTGATTCAGGTACCGAAAGAGGATCACATCGTATCGGTCATTCCGGTTTCGAACTTTGAAGAAGAGGGCAAGTCGCTTGTGTTTGTCAGCCGCAAAGGTCAAGTGAAGCGCACAGAGCTCAAGGAGTATGTTACCAAGCGGGCTGGCGCTGTTGCTGCAGCCAAGGTCGCTGCGGAAGACAGCATTATCCAGGTCGTTGTGAGTGATAACAATAAAGATATTGTGCTAATCTCGAAAGAAGGGATGAGCATCCGGTTTAATGAGCAGGAAGTCAACGCGATGGGACGCGTTTCCGGCGGGGTTCGAGGAATTCAGCTCCGTGACGGGGATGAAGTCGTTGCGGCATTATGGGTGGAGAACGATGAGGGTGAGATTTTGACTATCACGGATCTTGGCTATGGCAAGCGCAGCTTGCTGTTGGATTACCAGACGCAAAGCCGCGGCGGAAAAGGCATGGCTACGTTTGAGTTTAAGGAAGGCAAGCGGGTGAAGCCTAACGGCAGCGCCATTGTCGGAGCTTTCTATTGCCGTGAACCGCTGCAGATTATGGCGTACAGCGAAGACGGGCAAGCCCATCTGATTCACACCGAAAAAGTTCCGATCGCGGAACGTAAATCGATAGGCAAACTGCTTGCCGAAGTTGGCAAGCAAGGACGGATTGTCGATCTGGTAACTCTTCCGCATGCGGAGTCAGGTAAAGAAAGTTAA	MSLSEQFLPAFLEEVVGDRFGRYSKYIIQDRAIPDVRDGLKPVQRRILYAMYDSGNTPDKPYRKSAKTVGDVMGNYHPHGDSSIYEGMVRMAQPWKMGHVLVDGHGNWGSQDDDPAAAMRYTEARLSPIAMELLRDIEKRTVLFKDNFDNTAKEPVVLPSRYPNLLVNGASGISAGFATEIPPHNLREVIDACIAVMQKPEIELAEIMTFIKGPDFPTSGIIMGGEGILDAYRTGKGRVYLRSKTDIESLRGGKQQIVITEIPYQVVKSRLVTTMENIRLEKKVEGIAEVRDESGREGLRIVVELKKDADANGILAYLFKKTDLQITYNFNMVAIVNKTPQQLGLKDMLSAYIQHQREVVTHRTQYELEKAEDRAHVLEGLVKALNILDEVIAAIKASKNRQDAQNNLQWMFGFTERQADSILTLQLYRLTNLEIHSLQKELDELMKKIEGLRAILDSDKKLIAVIRKELLEIREKYGIDRRSVIQEEVEEIKVNLEVLVNAEDVLVTLSNEGYIKRTSMLSFTRSGGELESSGVKEGDYITRLFEVNTLENLLIFTSRGQYFLLPVHQIPEYKWKDAGTAIVNVIQVPKEDHIVSVIPVSNFEEEGKSLVFVSRKGQVKRTELKEYVTKRAGAVAAAKVAAEDSIIQVVVSDNNKDIVLISKEGMSIRFNEQEVNAMGRVSGGVRGIQLRDGDEVVAALWVENDEGEILTITDLGYGKRSLLLDYQTQSRGGKGMATFEFKEGKRVKPNGSAIVGAFYCREPLQIMAYSEDGQAHLIHTEKVPIAERKSIGKLLAEVGKQGRIVDLVTLPHAESGKES	PGPT0027705_733	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027705-parC-K02621	NA	NA
JZ016_06552	432			hypothetical protein	ATGCATACTGCCGAATTCGCCAAGGTGTGGTCCAAGCTGGCCAAGGATTATAAGCTCCATATGGAAGCCGGATTAGCACCGACATTGACGGAATCGCAACTGATGGTGCTGGAGGTGCTTGCTGAATTAAAGCGAATGAAACCTTCCGATTTCATTCCTTACCTGGCCACAAGTCCGGCAGCCGTAACCATGCTATTGGACCGGATGGAGAAGAATGGATTGATCAAACGGGAACGGGACGCGAATGACAGACGGATCGTCTGGGTGACGATTTCCTATAAAGGGCGTGAGGAATATACACGCGGATTACAGGTTAGGGATGAGTACCTTTCCCAAATTTTGAACCGCATATCCTCGCATAATCAGCAGCTGCTTGTCTATCTGTTAGGAAAGATTAGTACAGCTCCAAAGGAAGTTCTGGTTGAGGTATAA	MHTAEFAKVWSKLAKDYKLHMEAGLAPTLTESQLMVLEVLAELKRMKPSDFIPYLATSPAAVTMLLDRMEKNGLIKRERDANDRRIVWVTISYKGREEYTRGLQVRDEYLSQILNRISSHNQQLLVYLLGKISTAPKEVLVEV	PGPT0016185_314	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	OTHER_MOTILITY_REGULATING_FUNCTIONS	MOTILITY-TEMPERATURE_DEPENDENT_REGULATION,PGPT0016185-hosA-K22489	NA	NA
JZ016_06553	1362	gbpA_2		GlcNAc-binding protein A	ATGGATCAGGTTCAATATCAAACAAATCGCCGCTTGCATTTGAAACCGCTGTGGATTTTTTTAGGAAGCACGCTGTTGTTCTTCACCATCATGATCATCACGGCAAGCAGCGTCTCCGCTCATGGGTATATTGAATCACCAGCCAGTCGTGGTTATAAGTGTAAGCTCGGAGAGAACACCAACTGCGGCAGAATCATATATGAACCGCATTCCCTCGAGGGAAAAGGTAACTTCCCCGTCGGTGGACCGGCGGATGGTCAGATTGCTGGTGCTGGAATTTTTCACGAGCTCAATGAACAATCACCTACCCGCTGGAGTAAAGTGAACATGAATGGCGGACCCAATACATTTAAATGGGTGCTGACCGCAGCTCACGCCACATCCGATTGGAAATATTATATTACGAAAAAAGGCTGGGATTCCAGCAAACCCCTCGCACGCGCAGATCTCGAATTGTTCTGCTCCTTCAATGACGGTGGCAAACGTCCGCCGAACACCGTAACCCACACCTGTAATGTTCCTACCGACCGCACCGGCTACTATCTGATCTTGGCTGTGTGGGAGATCGCCGATACAGGCAACGCCTTCTATAACGTAATCGATGTGAACCTGAATAACGGCAGCGGAAATCAGGACACGCAAGCTCCAACCGTACCCGGTAACTTAAGATCCACAGGCGTCACCAGCACCAGCATCTCGCTCTCCTGGAACGCTGCCACGGATAATGTGGGGGTAACAGGTTATGAAATCTATCAAGGATCTAATCTAGTAACAACCGTATCAGGATCAACCTTAAGCCATACCGTCACCGGTCTGCAAGCGTCAACCTCCTATACCTTTACGGTAAAAGCACGCGATGGAGCAGGCAATGTCTCCACGGCGAGCAATCCGTTAACGATTGCCACATCCAATCCGGTACCGGACACTCAAGCTCCGACGGCTCCCGCCAATCTACGATCAGTCGGCTCTACTTCAACCAGCGTATCATTAGCCTGGAACAATTCCACGGATAATGTCGGCGTTAGCGGCTATGAGGTTTATCGGGGCACAACGCTGGTGACCACGGTATCCGGCGGCACGCTTTCCTATACGGTCGGCGGGTTATCACCCAACACAGCCTATAGCTTCACTGTTAAAGCTCGTGATGCGGCTGGCAACGTCTCCGCTGCAAGCAATGAACTGCAAGTTACCACGGCGGACGGCTCCACACCGGAAACTCCGGCTTGGGCACCAAACACTTCATACCAGCTAGGAGCCTTAGTCACATATGGCGACAACACCTATGAGTGCCGGCAAGCCCACACGTCCCTGCCTGGTTGGGAACCCTCCAACGTGCCGGCTTTATGGTTGCTTAAGTCATAA	MDQVQYQTNRRLHLKPLWIFLGSTLLFFTIMIITASSVSAHGYIESPASRGYKCKLGENTNCGRIIYEPHSLEGKGNFPVGGPADGQIAGAGIFHELNEQSPTRWSKVNMNGGPNTFKWVLTAAHATSDWKYYITKKGWDSSKPLARADLELFCSFNDGGKRPPNTVTHTCNVPTDRTGYYLILAVWEIADTGNAFYNVIDVNLNNGSGNQDTQAPTVPGNLRSTGVTSTSISLSWNAATDNVGVTGYEIYQGSNLVTTVSGSTLSHTVTGLQASTSYTFTVKARDGAGNVSTASNPLTIATSNPVPDTQAPTAPANLRSVGSTSTSVSLAWNNSTDNVGVSGYEVYRGTTLVTTVSGGTLSYTVGGLSPNTAYSFTVKARDAAGNVSAASNELQVTTADGSTPETPAWAPNTSYQLGALVTYGDNTYECRQAHTSLPGWEPSNVPALWLLKS				NA	NA	NA	NA	NA
JZ016_06554	720	rluD_3	COG0564	Ribosomal large subunit pseudouridine synthase D	ATGAACAAGCGGGAACCAGCAGCATATCCGGTTGTGCCGATTCTGTTCGAGGATAATCATGTGTTAGGAGTAACCAAGCCGGTAAACATCCCCTCCCAAGAGGATGCTACCGGCGATCCCGACATGCTGACCATTCTGAAACAGGACATTAAGGAGCGCTACAATAAACCGGGCAATGTATTTTTGGGATTGGTGCACCGTCTGGACCGTCCGGTTGGCGGAGCGATGGTGTTTGCCAAGACTTCCAAAGCCGCATCCCGATTATCGGAATCCGTCCGCAGTCGCAGCTTCCGCAAGCAATATGTGGCGGTCGTTCATGGGATTCCTTCGAAAACGTCAGGCCGGCTCGTAAATATGCTGTATAAGGATGTAAAAACCAACACCGTTCATGTCACCTCTAAAGGTACGGACGGGGCCAAGGAGGCCTTTCTGGATTACACCGTGCTCCAAACGTCCGAAGGCTTCAGCCTCGTCCTGATCGAGCTGCACACGGGCAGGCCGCACCAAATCCGTGTACAGCTGAGCCATGCGGGACATCCGCTGTTCGGAGATCAGAAGTATGGAAGCAAGGTGAACAAAGCTGGCCAGCAGATTGCCTTATGGTCCGTATTGGTCGGATTTCCTCATCCCGTTACCAAAGAGGAGATCTCCATTCGTTCCATGCCGCCCTCCGACTATCCCTGGAGCCTGTTCTCGATGGAGAAGCTGGCGTCCACATGA	MNKREPAAYPVVPILFEDNHVLGVTKPVNIPSQEDATGDPDMLTILKQDIKERYNKPGNVFLGLVHRLDRPVGGAMVFAKTSKAASRLSESVRSRSFRKQYVAVVHGIPSKTSGRLVNMLYKDVKTNTVHVTSKGTDGAKEAFLDYTVLQTSEGFSLVLIELHTGRPHQIRVQLSHAGHPLFGDQKYGSKVNKAGQQIALWSVLVGFPHPVTKEEISIRSMPPSDYPWSLFSMEKLAST				NA	NA	NA	NA	NA
JZ016_06555	864	rlmL_2		Ribosomal RNA large subunit methyltransferase K/L	ATGTATGTAGCTCAGGATTGGCAAGATTACGAGGTCATCGATACCGGAGGCGGAGACAAGCTGGAACGCTGGGGCGACGTGATTCTCAGACGTCCGGATCCGCAGATCATATGGCCGATTGAACGCGAAGATGGACAGTGGCGCAGTGTGCACGGACACTATCATCGCAGCTCGTCGGGCGGCGGGCAATGGGACATGAAAAAGCAGCTTCCGGACCGGTGGACCATCTCATACGACCAATTGAAATTTCATATTCGACCAACCAATTTTAAACATACCGGTTTGTTTCCGGAGCAGGCAGCCAACTGGCGCTGGATGATGGATAAGATCGCTTCTGCCGGACGTCCGGTCAGCGTGCTGAACCTGTTCGCCTATACCGGCGGAGCAACCGTCGCGGCCGCCTCGGCCGGAGCTCAGGTTGTACATGTGGATGCTGCGAAGGGGATGGTTCAATGGGCCAAGGAAAACGCGGCATTGTCCGGACTTGCCGACCGTCCTATCCGTTATATCACGGATGATGTGTTTAAATTCGTGCAACGGGAGCAGCGGCGGGGGAACAAATACGATGCGATCATTATGGACCCTCCATCTTATGGCCGCGGACCAAGTGGAGAAACGTGGAAGCTTGAGCAAAGCTTGTATCCCTTCCTCGAAAGCTGCATGAGCATCGTATCGGATAATCCGCTGTTCATGCTGATTAACTCCTATACAACCGGAATCTCCCCTACCGTTCTGAATAACATGCTGACCATGACCATGAAGCCGAAATACGGCGGTACCATCAGTGCGGGAGAGATCGGATTGCCGATTACCCGCTCCGGCATGAACCTGCCGTGCGGCATCCTGGGTCGATGGGAGTCCTGA	MYVAQDWQDYEVIDTGGGDKLERWGDVILRRPDPQIIWPIEREDGQWRSVHGHYHRSSSGGGQWDMKKQLPDRWTISYDQLKFHIRPTNFKHTGLFPEQAANWRWMMDKIASAGRPVSVLNLFAYTGGATVAAASAGAQVVHVDAAKGMVQWAKENAALSGLADRPIRYITDDVFKFVQREQRRGNKYDAIIMDPPSYGRGPSGETWKLEQSLYPFLESCMSIVSDNPLFMLINSYTTGISPTVLNNMLTMTMKPKYGGTISAGEIGLPITRSGMNLPCGILGRWES				NA	NA	NA	NA	NA
JZ016_06556	519			hypothetical protein	ATGAACATACGTACAGAAACCAAGAACGATTATGAGAAGGTCCAAAACCTTCTCACTCAGGCTTTTCCCGGACAGGAAGAAGCGATTCTAGTGCGGCGGCTGTGGGAAGATAAAGACTTTCAAGGGGAATTATCAATCGTAGCGGAAGAAGATGGGATCATCAAGGGACATATTATGTTCAGCCGGTCTAGCCTTTTTGACGGGGTTCATAGGCATCACGTGGCTGCGCTAGGGCCGCTGGCCGTGCTTCCGGATTATCAACGACAAGGGATCGGCGGGAACTTGATTGAAGAAGGCAAACGGCGGTGTCTCTCGCATGGCTATCCACTTGTTTTTCTGTTCGGTCATCCGGCATATTATCCCCGTTACGGATTTGTGCAGGCCAGAGCCTATGGAATCGACATCACCCAATTTACGGTTTCCGATGAAGTGTTCATGGTTGCCGAGCTTCAGCCGGGCGCGCTCGGTCACCTGCATGGCGAATTCCGTTTCCACTCCGCTTTCGAAGATTTGGGGTAA	MNIRTETKNDYEKVQNLLTQAFPGQEEAILVRRLWEDKDFQGELSIVAEEDGIIKGHIMFSRSSLFDGVHRHHVAALGPLAVLPDYQRQGIGGNLIEEGKRRCLSHGYPLVFLFGHPAYYPRYGFVQARAYGIDITQFTVSDEVFMVAELQPGALGHLHGEFRFHSAFEDLG				NA	NA	NA	NA	NA
JZ016_06557	1962	mutS2_2		Endonuclease MutS2	ATGAAACCCTTCGCATTAAACAAATTGGAGTACGAGAAAATACGCACCGAACTTGAACGCTTTGCCGTATCGTATCTGGGCGTCGAGCATATCCGGAAGATGGCCCCCCTCACCCAGATAAAAGCCATCCGCAACAAACTGAATGAAACGGAGGAAGCCAAAACCCTGCTCCAGACCGGAGCTAGCGTCCCTATTCCTTCACTGGAGGGCATTGAAATGATCCTGGATCTGCTCGGCACCGGTTACGTGCTGTCTGAGCGCGATTTCGGGAATATGGTCCAATATCTGAGAAGCTGCCGTCAGCTCATTCAGTATATGAAAGCCAAGGAGGGCATTGCTCCATTGATCAGTTCCTACGCCTCATCCATGCATGAACTGCGTCCACTTCTGTCCGAAATCGAACGCAGCATTCACGGGGGACGTGTTGTGGATAGCGCCAGCAAAGATTTGGCCAAAATCCGCAAAAAAATCATCGTAGCCGAGGAACGGATCAAGCGTAAGCTCGACAGCCTGATAAGCCGTTACAAAGGGATCATGCAAGAGCATGTCATCAGCAAGCGCGGAGATCGTTACGTGCTGCCCATCAAGAAGGAGCACCGTAAATCCGTGAATGGCTCGATTCTGGATGAATCGGCCAGCGGGCAGACGGTATTCATCGAGCCCTCCGACTTGCAGGGACTTCAGATGGAATTGAATTTCCTGCACGCCGATGAAGTCCGCGAAGAAACGAAGGTGCTGAGTGATTTGACTGCACTTGCCGAGCAATATCAATTCGAACTGAGAACCAATGCCGACATTGTTGGAATCTACGATTACATCATAGCCAGGGGCAAGTACGCCGTTTCCATCGGCGGGCGCAATGTAAGCCTGAACCAGGAGGGGGTCATCCATCTAAAATCCGCGGTGCATCCTTTAATCGGCTCCACGATGGTACCGCTGGACTTCTCTATCGGGGAGCGGTATAAAACCTTGATCATTACAGGGCCTAATACCGGCGGCAAAACTTCTGCTCTGAAGACGGTTGGTCTCATCACCGTTATGGTGCAATCCGGTCTGCTGGTTCCTGTCGCGGAAGGCAGCCATTGCTCCATCTTTGACGAGGTTTCCGTCGATATCGGAGATGGGCAGAGTTTGGAGCATGCCCTCAGCACGTTCTCTGCGCACATTCGCAACATCCGCGACATTTTGCAGACAGCCGGCCGGTCCACGCTTGTACTGCTCGATGAAATGGCTTCGGGAACGGATCCCGGTGAAGGCGTTGGATTGTCGATCGCCATCCTGGAGGAGTTGAGTCAACGTCAAGCAACGGTTGTGGTAACCACCCATTTTACCGAAATCAAAAATTTTGCCGAGCGCACCTCCGGCTTTGAGAATGCCCGCATGGAATTTGATGCTGACACACTCGAGCCGCTCTATCGTCTGCGGATTGGTGAAGCCGGGCACAGTTATGCCTTTGTCATTGCAGCGAAGCTGGGCATACCGGAGTCGATCATTGCCAGATCGCGGGAAATCACGGAAGCTGGAGCGGCAAGAGCTAACACGGCCCTTATCCAAAAGGTAAGCTCAGAGTCCGATGATAAGGCTGAAGAAACACGTCCGGAAGAATACGGTACGTTGCCGACAGACAAACAGGATAAGCTAATGAATGATGAAGATCATCAAGAAGAAGATTCTCCCTCTTCCCTCTATCAATTAGGCGATCGTGTCTATGTGCCTTATTTGAAACGAAGCGGAACCGTGTATGAAACCATCGACGGTAGAGGTAATATCGGTGTGATGATTCAGAAGGATAGACTGAAAATTAACCATAAACGGCTGAAGCCTTATATTGCAGCCAAGGATCTTTATCCGGAGGATTATGATCTTGATATTGTTTTTGAGAGCAAAGAGAACCGGAAGAAGCGTAAACTGATGAACCGCAAGCACGTTGAAGGACTGCAGATCGAAACGAAACCGGAATAA	MKPFALNKLEYEKIRTELERFAVSYLGVEHIRKMAPLTQIKAIRNKLNETEEAKTLLQTGASVPIPSLEGIEMILDLLGTGYVLSERDFGNMVQYLRSCRQLIQYMKAKEGIAPLISSYASSMHELRPLLSEIERSIHGGRVVDSASKDLAKIRKKIIVAEERIKRKLDSLISRYKGIMQEHVISKRGDRYVLPIKKEHRKSVNGSILDESASGQTVFIEPSDLQGLQMELNFLHADEVREETKVLSDLTALAEQYQFELRTNADIVGIYDYIIARGKYAVSIGGRNVSLNQEGVIHLKSAVHPLIGSTMVPLDFSIGERYKTLIITGPNTGGKTSALKTVGLITVMVQSGLLVPVAEGSHCSIFDEVSVDIGDGQSLEHALSTFSAHIRNIRDILQTAGRSTLVLLDEMASGTDPGEGVGLSIAILEELSQRQATVVVTTHFTEIKNFAERTSGFENARMEFDADTLEPLYRLRIGEAGHSYAFVIAAKLGIPESIIARSREITEAGAARANTALIQKVSSESDDKAEETRPEEYGTLPTDKQDKLMNDEDHQEEDSPSSLYQLGDRVYVPYLKRSGTVYETIDGRGNIGVMIQKDRLKINHKRLKPYIAAKDLYPEDYDLDIVFESKENRKKRKLMNRKHVEGLQIETKPE				NA	NA	NA	NA	NA
JZ016_06558	1803	pepF1_3		Oligoendopeptidase F, plasmid	ATGGGGAAATTGCTGACACGAAGTGAGGTTCCAATCGAGGCTACTTGGAATCTGGATGATTTGTTTGTCTCGCAAGAAGCATTCGAAGCGGGATTAAAAGCGATTGAATCGCAAGCTGCTCAATTGACTCGATTCAGAGGCAGGCTGGGAGAGGGTGCGACCGTTCTTCTGGAGTGCTTGAACGAACAGGAAGCTCTGATGGAGAGCATTAGCAAAGTCGGGGCGTATGCTAGATTACGACAATCGGAAGACGGAACCAATCCGGCCAACCTGGCAAATTCGGCCAGAACGGGCGATGTTCTCTCACGCATCCAATCTTCCCTGACGTTTATTGAATCGGAGCTGCTGGATCTCGAGGATGGAATCATCGAACAATACATAACGAAGGAAGACGGGCTTGTTCCTTATGCCCGAAGTTTGACATTGCTGCTGGAATCGAAGCCTCACCGCTTGAGTCCTGAGACGGAAAGCGTGTTGGCATCGCTGGGAGAGGTGCTCGGTTCCCCTTACCGCATCTATTTGCGCAGCAAGCTGTCGGATATGACTTTTGACGATATTCAAGTGAATGACGGAACCAAGCCGGTCTCGTTCCGCCTGTACGAGAATTCTTACGAAATGTCAGAGGATACGCAGCTTCGGCGCGAGGCCTATGCCTCGTTCACGAAGTCACTGCAGGGATCGCGCCATACATTTGCCGAGGCATACGCCACCGAAGTGAAGAAACAGGTGGTGATGTCCCGGCTTCGCGGGTATGATTCCGTAACGGACATGCTGCTGAAGCCGCAGCAAGTGACGATGGAGATGTACAACAACATTCATGATACCATTCTGACGGAGTTAGCTCCGCATATGCGAAGACTGATGAAGCTGAAGAAGCGTGTGCTCGGGCTGGATCAAATGCTGTTCTGCGATTTGAAAGCGCCGATGGACACGGATTTCAATCCAAGCATTACTTATGAAGAAGCGTGCTCCACGATTTCCAGTGCCTTGTCGATACTGGGTCCTGAATACGGCGAGATCGTTCAATCGGCGTTCTCCAAGCGCTGGGTGGATTATGCCGATAATATTGGTAAGTCTACAGGAGCGTTCTGTTCCTCCGTATACGGAGTGCATTCTTATATCCTGATGGCATGGGCGGACAATATGCGAAATGCCTTCACCTTAGCGCATGAAGTCGGGCATGCTGGTCATTTGATGCTGGCAGCGGACCATCAGCGTATCACCAACGCCCGTCCTTCCTTGTATTTTATCGAGGCGCCTTCCACGATGAACGAGCTGCTGCTGGCAGATCACCTGCTCAGTCAATCCGAGGATAAGCGGATGCGGCGCTCTGTTATTCTTCAGCTTCTGAGCACGTATTACCATAACTATGTGACTCACCTTCTGGAAGCGGAAATGCAGCGACGGGTATACCGCCATGCGATGGCCGATGAGCCGATTACCGCAGATAAGCTATCTGAGCTAAAAGGTGCTGTGTTATCCGATTTCTGGGGTGACGTGGTTGAGCTCGATGAAGGAGCAAAGCTTACCTGGATGCGACAGCCGCATTATTATATGGGTCTTTATCCATATACGTATGCCGCTGGACTAACCGCATCAACAGCTGCAGCACAATTGATTCGCGAGGAAGGTCAACCGGCTGTAGACCGCTGGCTCCAAGTCCTCAAGGCCGGAGGCAGCAAGAGTCCGCTGGAATTAATGGCTATGGCAGGGGTCGATATGTCCACTTCCGAGCCGATCTCCAAAGCGGTTGCATATGTTGGATCGCTTGTCGACGAATTGGAGTCCCTGTACGAGGAATAG	MGKLLTRSEVPIEATWNLDDLFVSQEAFEAGLKAIESQAAQLTRFRGRLGEGATVLLECLNEQEALMESISKVGAYARLRQSEDGTNPANLANSARTGDVLSRIQSSLTFIESELLDLEDGIIEQYITKEDGLVPYARSLTLLLESKPHRLSPETESVLASLGEVLGSPYRIYLRSKLSDMTFDDIQVNDGTKPVSFRLYENSYEMSEDTQLRREAYASFTKSLQGSRHTFAEAYATEVKKQVVMSRLRGYDSVTDMLLKPQQVTMEMYNNIHDTILTELAPHMRRLMKLKKRVLGLDQMLFCDLKAPMDTDFNPSITYEEACSTISSALSILGPEYGEIVQSAFSKRWVDYADNIGKSTGAFCSSVYGVHSYILMAWADNMRNAFTLAHEVGHAGHLMLAADHQRITNARPSLYFIEAPSTMNELLLADHLLSQSEDKRMRRSVILQLLSTYYHNYVTHLLEAEMQRRVYRHAMADEPITADKLSELKGAVLSDFWGDVVELDEGAKLTWMRQPHYYMGLYPYTYAAGLTASTAAAQLIREEGQPAVDRWLQVLKAGGSKSPLELMAMAGVDMSTSEPISKAVAYVGSLVDELESLYEE				NA	NA	NA	NA	NA
JZ016_06559	3021	rcsC_14		Sensor histidine kinase RcsC	ATGAGGCAAACAGCGGAACATTGGGTCTGGGAACAGATGTTTGATAAATTGCCTATGGGGGCGATCCTGATCTCTGCGGTTGACGAGCCTGTGGCGAAGGTTAATGATCGTTTCTGCGAACTTACCGAATCCAAACGTTCAGACCTGCTTCAGCTCAAACCTTCCGAAATCCAAGTTCTATCTAATCTATCGATTCAACAAATATTGCAATCATTGACATATGAACAAACGTCCACGCTCAAGAGAGACTCATATTTTATCCACCGTAACGGAGATCAAGTCCATGTCTCTGTCTCGATTTCCCTGCTGAACCATCCCGCCCCTGGAGAGGCTCCATGGATATTATGCTGTATAGAGCCCGGGACCGTACAGGAGAAATCGTCTTTGCCTCCGACCATTAAGAATGATGAACTCCTTGCACTCATTTCTAAGAGCGGACAAGATCTTATATCCATCAGCAGCGCTGATGGCATCATCGAATACATCTCACCATCTGTGACGGAAATACTCGGATACACCCAAGAAGAAATGACGGGCCAATGCCGGATCGATTACTATCACCAGGTGGATTCCGAGCAAATGAAAGAACCGGGCAAGCTATTTTCAGAGGAAGATAGTTTCGTTCGTCGCATTCGCCATAAGGACGGGCATTATTTATGGTTTGAAACGTCTTTTCAGTTAATTCGGGGAGCTCACGGCGAGGTTAACAAGGTTCTGGCCATTGGACGAAACATTACCAAGCGCAAAACGGATGAGGATACGCTGGCCCATGCGCAGCGGATTGCCAAGATCGGTTCCTGGCGTTGGGACTTGATCACGCATACGCTCACCTACAGCGATGAAATGAGGCGAATTTACGGATATCAGATCCGTGCCACTGAACCAAACCATAACACGCTGCTGTCATTGGTCGTCCCGGAGGACCGTGAGCGGCTGGAGGCAGCCGTGAGCAGAGCCATTCTAGGAAAGGCGGATGAAATCATCTATCGGATCCAGCTTCAGGACGGTCAAATCCGAACCATTCGAGCTCAATGGGAAGTCTCCGTTACGAAGGAAGGCAGACCCATGGAGATGGTCGGTATGGCGCAGGACATCACCGAGCAGGTGCAGATTGAACAGCAGTCGCTGGAGAATGAAAACAAGTACAAGCTCATAACCGAAAATTCCCTTGATTTCATATCGAGCAGCACCATAGACTGTTCAACGTTTCTTTATTGTTCACCTTCCTGTTATTCACTGCTTGGATATCGTCCGGATGAGATGGTTGGCACCAGTATATTCGATTATGTATACGCGGAGGATATCATACCGCTACAGGACTATTTTAACAATTGCCTGGACGGCAAACTGCTCACACCGATCACCTTCCGTTATATACATAAGGATGGCAGGCACATCTGGTTTGAAGTCAATTGCAAGTACATCAGCACGCAGGACGGCCAAAAGAACGAGATCATTTCGATTGCCCGCGACATCTCCGAACGAAAACTGATGGAATTCAAGCTAAAGGAAAGCGAGCAGCGATACCGTTCTCTATTTGAATATAATCCGTCGGCCGTATACTCCATGAATTTGGATGGCGACTACTTAACGGCCAACCAGAATCTGCAGGAGCTGACAGGATATACGCTGGACGAGCTGATCGGGATGTATTTCGGACCGATTGTAGCGGAAAAGGACATGGCTCGCACGTTGTTTCATTTTAACCAGGCAACAGAAGGCATACCTCAGAGCTATGATCTAACGATTATCCATAAGGATGGACATCCCATCGACATCAATACGATTAACATCCCGATTTTCGTAGATGACGAAGTCGTCGGCGTCTATGGCATTACCCGGGATATCACCGAGCGCATACGAACCATGGAAGAGATCAAGAAGCTGAGCCGGGAGCTCGCCCTTTTGCTGAATACGGTGTCCGAAGGCATTATCGGGCTGGACATTCACGGACACGTCGCATTTATCAATCCGGCAGGCGCAGCGATGCTGGATTATGAACCGGCCACCACCATCGGAAGATTTTGCGACCAGATCATCAAAGAAATTCGCCATGACGGCACTTTTTATCGGGGGGATGATTCTCCGCTTGTTCGAGCCGTCCAACAAGGCGTACCGCTGTCCAGAGCCGAAATCGTGCTTTGGCGGGGCGACGGCACCAGCTTTCTGGCAGATTATCAGGTCAATCCAATCTGGGACCAAGGCGAGCGCAAAGGCGCCGTTATGGTATTCCGCGATATTACCGACGAGAAAGAAATCATCCGGGCGAAGGAGAATGCCGAGCGGGCAGATCAAGCGAAAACGGAGTTTCTGACCATGATGAGTCACGAACTCCGCACGCCGATGAACGGCATCATCGGCATGATTGAGCTATTACGAACGACCCATCTTGACGAGGATCAGCTGAATTATACCGATATTTTGATGGAGAGCAGCAGCTCGCTGTTGCACATCCTGAACGAGATTCTCGATTTCAGCAAAATCGAGACCGGCAATATGACACTCATTCAGGAACCGATCGATTTACGTTCCTTGCTTGAAGTCGTCGTTGATTTATTCTCGGCCAAAGCAAAAGAAAAAGGATTATCATTATCCTGCAGCATCAACAGCTCCACTGTTCCCGATGTGATCATCGGCGATGCTCTGCGGCTGCGGCAAGTGCTTGTTAATCTCATCAGCAATGCCATCAAATTCACGCATGAGGGCAGCATCACGATGAGTGTCGAGGGACTGCGCAGGACCGGGACCCAGGAAATCACGCTTGCTTTTCAAGTAAAGGATACGGGAATTGGCATCCCTGCTGAACAGCAGCATCAGCTGTTCACCTCCTTCTCGCAGCTTCACCCATCCTTGAATCGCAAATATGGGGGTACGGGATTGGGACTGGCGATCAGTAAAAAACTGGTCGAGCTGATGGGCGGGGTCATCGGCGTCGAGAGTCGCGAAAATGTTGGATCCTCCTTCTACTTTACGATCCCGATCCGTACGCTGCAGGATGAAGTCACGGACAAACAAGCATAG	MRQTAEHWVWEQMFDKLPMGAILISAVDEPVAKVNDRFCELTESKRSDLLQLKPSEIQVLSNLSIQQILQSLTYEQTSTLKRDSYFIHRNGDQVHVSVSISLLNHPAPGEAPWILCCIEPGTVQEKSSLPPTIKNDELLALISKSGQDLISISSADGIIEYISPSVTEILGYTQEEMTGQCRIDYYHQVDSEQMKEPGKLFSEEDSFVRRIRHKDGHYLWFETSFQLIRGAHGEVNKVLAIGRNITKRKTDEDTLAHAQRIAKIGSWRWDLITHTLTYSDEMRRIYGYQIRATEPNHNTLLSLVVPEDRERLEAAVSRAILGKADEIIYRIQLQDGQIRTIRAQWEVSVTKEGRPMEMVGMAQDITEQVQIEQQSLENENKYKLITENSLDFISSSTIDCSTFLYCSPSCYSLLGYRPDEMVGTSIFDYVYAEDIIPLQDYFNNCLDGKLLTPITFRYIHKDGRHIWFEVNCKYISTQDGQKNEIISIARDISERKLMEFKLKESEQRYRSLFEYNPSAVYSMNLDGDYLTANQNLQELTGYTLDELIGMYFGPIVAEKDMARTLFHFNQATEGIPQSYDLTIIHKDGHPIDINTINIPIFVDDEVVGVYGITRDITERIRTMEEIKKLSRELALLLNTVSEGIIGLDIHGHVAFINPAGAAMLDYEPATTIGRFCDQIIKEIRHDGTFYRGDDSPLVRAVQQGVPLSRAEIVLWRGDGTSFLADYQVNPIWDQGERKGAVMVFRDITDEKEIIRAKENAERADQAKTEFLTMMSHELRTPMNGIIGMIELLRTTHLDEDQLNYTDILMESSSSLLHILNEILDFSKIETGNMTLIQEPIDLRSLLEVVVDLFSAKAKEKGLSLSCSINSSTVPDVIIGDALRLRQVLVNLISNAIKFTHEGSITMSVEGLRRTGTQEITLAFQVKDTGIGIPAEQQHQLFTSFSQLHPSLNRKYGGTGLGLAISKKLVELMGGVIGVESRENVGSSFYFTIPIRTLQDEVTDKQA				NA	NA	NA	NA	NA
JZ016_06560	282	yjdJ	COG2388	putative protein YjdJ	ATGGACAATCGAAATATACAGACAAAGCCCGGCAGCTTTTTTATTGAAAACAATGGAAAAACGGTAGCCAAAATCTCCTACTCGCCTCAAGGAAACGGAGTGATCAGTATCGATCATACCTATATCTCACCCAGCCTGCGAGGGCAAGGAATCGCCGACGAACTCGTGCGAAAAGTAATAGGATACGCTCGGGAAGAAGATTTGAAAATCATCCCCGCTTGCTCTTATGCCGGGCATTATTTTGACAAAAACGTCGACGAGCGTGACCTGCTGCACAAATAA	MDNRNIQTKPGSFFIENNGKTVAKISYSPQGNGVISIDHTYISPSLRGQGIADELVRKVIGYAREEDLKIIPACSYAGHYFDKNVDERDLLHK				NA	NA	NA	NA	NA
JZ016_06561	345			hypothetical protein	ATGAACAATTATTCAACGCAACCGCAAATGCTGTTTCAATGCGATCACCATCTGGTACATTCCATGAAAAAGCATAAGGAACATGCTCACGCAGCGCTCAAAAAAGCCGTGAACCGAAAAGTTAGAGTGCAAACCTTGGACGATGAAGTCTTTGAGGGTATCATTATTAACCTGGATGCCAAAAATGTGTACATTCAAATCGAGCAAGGGGATCGAGGTTTTTATCCCGGCCCTTATCCGAGACCAAGACCACCATACCCGCCATACCCGTACAATCCGTATTACAGCAATGTGATTCTGCCACTGGCGTTGTTTGATCTGCTCGCGGTGAGCTTGCTGTGGTAG	MNNYSTQPQMLFQCDHHLVHSMKKHKEHAHAALKKAVNRKVRVQTLDDEVFEGIIINLDAKNVYIQIEQGDRGFYPGPYPRPRPPYPPYPYNPYYSNVILPLALFDLLAVSLLW				NA	NA	NA	NA	NA
JZ016_06562	456			hypothetical protein	ATGAAACTGCAAGGATTTTATCCTGTTATCATGACAGAGAAGGTTGCCGAGAGCACAGAGTTTTACACACGGTTGTTTGGATTTGAGGTTGTTTTTGAAGCGGATTGGTATGTAAGCCTGAAGAATGGAGACCAGGGACAAGGCGCTTATGAAATGGCCCTCTTGTCCAAAAATCATCCCACGGTACCGTCTTCCTTTCAGAAACCAGTGCAGGGATTGATTCTTAATTTTGAGGTGGAGGATGTGGATGCCGAGTATCAAAGGCTGATCATCCACGAAAAGCTGCCGCTTCATCTGGATATACGGGATGAGGAATTTGGGCAGAGGCACTTTATTACCAGTGACCCGAATGGGGTGATGATCGATATGATTAAAGTCATTCCGCCTTCACAAGCATTTATGGAGCTGTATAATGAAGATGTGTGGTCCACCGATGATGACCAACCCGGTAAATGA	MKLQGFYPVIMTEKVAESTEFYTRLFGFEVVFEADWYVSLKNGDQGQGAYEMALLSKNHPTVPSSFQKPVQGLILNFEVEDVDAEYQRLIIHEKLPLHLDIRDEEFGQRHFITSDPNGVMIDMIKVIPPSQAFMELYNEDVWSTDDDQPGK				NA	NA	NA	NA	NA
JZ016_06563	795	yhaZ_2	COG4335	putative protein YhaZ	ATGAGTACATCCACCGCATTAAAGGACTACTTTGGAAGAGAACTGGCGATTCTTTTATCAGATCGAATTAAGCCGCTTGCTCCGGAGTTTCCCTCGGAGGTTTTCATTGAAGCCGTAAGCCGCAAGACAGCGACGCTTGAATTGAAAGGAAGGGTAGCCGTTATTGCGGAAGAATTGCAGCAGGCCCTGCCCTTTGGTTATCCGGATAGTTTGGAGATTTTACTCGGCATCATAGGACCAGAGAATGAAACAGAGAAAGGAATGTTCACGGAAGGGTATTTTCTCATGCCGATTGCATATTTTGTGGAACGATATGGGCTTGATCACTTTGAAATATCGATGAACGCGTTATATGAAATTACCAAACGGCACACATCGGAGTATGCGATTAGGCCCTTTCTGCTCCATTATGAAGATCTGTGTCTTGAAATTTTGAAGGACTGGCTTTCGGATGATAATTCGCATGTCCGTCGCCTGGTTAGTGAAGGTACCCGGCCTCGTCTGCCGTGGGCAAAGCGAATTCCAGTGATCAAGGGAGATCCTGCCCACAATTTGGCACTGCTAGAGCCCCTTCTGCAGGATTCCTCTGGCTATGTCCGCAAATCGGTTGCGAATCATCTTCATGATCTAAACAAAGATTACCGGGATACCGTCCTTCCCTGGCTGCTTGAACATCTGGAATCGTGTGGGATGTACGGTCCTTGGATACTTCAGCATTCGCTAAGATCCATGGCCAAGAGCGGAGATCAGGAAGTGCTGAAGCTACTAACGTCCATGAGAATAGCATCCGAATGA	MSTSTALKDYFGRELAILLSDRIKPLAPEFPSEVFIEAVSRKTATLELKGRVAVIAEELQQALPFGYPDSLEILLGIIGPENETEKGMFTEGYFLMPIAYFVERYGLDHFEISMNALYEITKRHTSEYAIRPFLLHYEDLCLEILKDWLSDDNSHVRRLVSEGTRPRLPWAKRIPVIKGDPAHNLALLEPLLQDSSGYVRKSVANHLHDLNKDYRDTVLPWLLEHLESCGMYGPWILQHSLRSMAKSGDQEVLKLLTSMRIASE				NA	NA	NA	NA	NA
JZ016_06564	588			hypothetical protein	ATGAGAAGAACCAAAAGCGAAGCTAACGAAACTATACAGTTGCTGCTGAAGGTAGCCAGAACACATTTCACGGAAAAAGGTTATGCCAATGCGGCACTAGAGGAGATTGCCGACGAAGCTAAAGTTACCCGCGGTGCGCTGTATCATCATTTTAAGAATAAACAAGGGCTGTTTCTTGCCGTGCTAGAATTAGTGCAGTCGGAAATTGGGCAGCGCGTGGAGGCGGAAGCAGATAGCTCTGAGGATCCTTGGGAGCAGCTTCTGTATGGCTGTCGGGCTTTTATTGCGACCGTGGTAGAGCCGCAGAATAAGCGCATTATGCTCATTGACGGTCCGAGTGTCGTAGGGTGGGAGTCTTGGCGCGAGATGGACGAGCAGAATTCGATGAGTCACCTAAGGGAGCAGCTAGCCTTCATGCAGAATCAGGGAATGATGAAGACCGTTCCGGTTGATGCTATGACGCATGCCTTGTCCGGCGCTTTAAACGAATGCTCGCTGTGGGTTGCTCAAATGCCGGAAACGGATAAGGGCATCGAGGAGACGATGGATGTAATTACCGGCATGTTACAGTGGTTTAGAGTAAGTTGA	MRRTKSEANETIQLLLKVARTHFTEKGYANAALEEIADEAKVTRGALYHHFKNKQGLFLAVLELVQSEIGQRVEAEADSSEDPWEQLLYGCRAFIATVVEPQNKRIMLIDGPSVVGWESWREMDEQNSMSHLREQLAFMQNQGMMKTVPVDAMTHALSGALNECSLWVAQMPETDKGIEETMDVITGMLQWFRVS				NA	NA	NA	NA	NA
JZ016_06565	543			hypothetical protein	ATGAAATCAATGAAGCCGCTGCAGGAGTTTTTGGAAGAACAACAGGATAACCCGATCGAAGCCATCGGAAGCTACATTTCCGAACACATTGAAGGGAACTGGCAAAAAGTACTTACCGTAAACCAGGAAAAACTGCTGAAGGCATACAACGAGGCTGGAGATGCGGCGTATGGGACGTTTTTGAACCTGTTATTCTTACCGATTCATAAACAATTAAAGGAGATGGGAATACGTCCTGAACCTAATTTCCCGGGTAACTTCGACATCTCAAGAGAATGGGGAAGTCAGGAAGGGACAGACCAGCAGCGCTGGATGTGGAGCACGGTTTATTCGCCGGTGAAGGAGCCGCTCGGCACCATCGTTACCGTTGTATATCATGACCATACACAGTTTCGCGTCCCAAGGCAGCCTCGAATCATAGCCTTGCATGAGAGAGGAAAAGAGGAAGTCGTCGCGGCCCTTTCGCTTAAATCCCCGGATTTTAAGGAAGCGCTCGAGTTTACGGTTGAATATGAAGCATATCTTCGGGGTGTACAGGAGTAA	MKSMKPLQEFLEEQQDNPIEAIGSYISEHIEGNWQKVLTVNQEKLLKAYNEAGDAAYGTFLNLLFLPIHKQLKEMGIRPEPNFPGNFDISREWGSQEGTDQQRWMWSTVYSPVKEPLGTIVTVVYHDHTQFRVPRQPRIIALHERGKEEVVAALSLKSPDFKEALEFTVEYEAYLRGVQE				NA	NA	NA	NA	NA
JZ016_06566	948	iolS_6	COG0667	Aldo-keto reductase IolS	ATGAAATATATATCAATCAAGGGATTAAACAAACCTGTCTCTGCGCTAATGAAAGGAACGGACTACTTTTATCATGATTCGTATGAGAAAGCAGCCGCGAATATGGATGCATACCTGGCTATCGGCGGCAATTCCGTTGATACCGCCCACATCTACTGTGGAGGTCAAAGCGAAGAAGTGATCGGCAGATACATGCAGGAAAGAGGTAACCGGGATCAGATCGTCATATTGACCAAAGGTGCCCATCATGACCAGAATGGTCCGCGCGTAAATAAAAAAGACATCAAGAGCGACATCACAACGAGTTTTGAGAGACTGCAGACGAATTTCATCGATCTGTATGCTCTTCACCGTGACGACCCGGAGGTTCCGGCAGGTGAAGTTATTGAAGCTCTGAATGAGTACATTGCCGATGGGAGCGTTGGCGCCATTGGGGTATCCAACTGGACGTGGGAGCGCATCCGGGATGCCAATGCCTATGCCGAAGCGAATGGACTGGTCGGTTTCTCCTTCAGCAGCCCGAATCTCAGTCTGGCCAAACCAAACGAGCCGTTCTGGAAAGGCTGCGTCTCAGCCGATGCAGAGACGATTGCGTGGCATGAAGCTGAGCAGTTTCCGCTGCTCTCCTGGTCTTCCCAAGCGAGAGGATTCTTCACCGGCCGGTTCACACCGGAAATTCGGGACAATGCGGATCTTGTGCGGGTATTTTATAGCGATGCGAACTGGGAACGGTTAGAGCGTGCTAAACAACTGGCCGCTTCGAAGAATGCGACGGCCATACAGATTGCGCTCGCTTACGTGCTGAACCAGCCCTTCCCGACCTGTGCGCTGATCGGTGCGCAGACTGCGGAAGAATTAAAATCCTGTGATGAGGGTTCAACCATCCAGCTGACGAGGGAAGAATTAGACTGGTTAGACCTAACGATCGATCAGCTGGCTTCAATCTAA	MKYISIKGLNKPVSALMKGTDYFYHDSYEKAAANMDAYLAIGGNSVDTAHIYCGGQSEEVIGRYMQERGNRDQIVILTKGAHHDQNGPRVNKKDIKSDITTSFERLQTNFIDLYALHRDDPEVPAGEVIEALNEYIADGSVGAIGVSNWTWERIRDANAYAEANGLVGFSFSSPNLSLAKPNEPFWKGCVSADAETIAWHEAEQFPLLSWSSQARGFFTGRFTPEIRDNADLVRVFYSDANWERLERAKQLAASKNATAIQIALAYVLNQPFPTCALIGAQTAEELKSCDEGSTIQLTREELDWLDLTIDQLASI	PGPT0017540_1406	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017540-yajO|iolS-K23107	NA	NA
JZ016_06567	996			dTDP-3,4-didehydro-2,6-dideoxy-alpha-D-glucose 3-reductase	ATGACTCAAAAACTTCGTTGGGGAATCCTTGGCTGCGCCAGTATTGCCAAACGCTCGGTCATACCTGGTTTACAGCAATCCCGTCTCAATGAAGTCGTTGCCATTGCCAGCCGCGATCAGGCAAAAGCAGCGCAAACGGCAGAGGAACTGAATATCCCGACTGCATACAGCAGTTACGAATCCTTGCTCGAGGATTCTTCCATAGATGCGATCTATATTCCGCTCCCCAACCATCTACATAAAGAATGGAGCATCCGTGCGGCGGAAGCCGGTAAACACATTCTATGCGAAAAACCGCTTGCGCTGACGGAAGCAGAAGCAGCTGAAATGGCGGAAGCAGCAGCTAAAGCCGGGGTAGTGCTGGCCGAAGCCTTTATGTATCGGTATCACCCACGGTATGACTTGTTGAAGGAAATGATCAACGCCGGTGCCATCGGGGACATTCGGGGCATACGCAGCGCGTTTACCTTCAACAGTTCCGCCAATCACGGGAATGTCCGCTTTCGCAAGGATTGGGGCGGCGGCTCGATTTATGATATCGGCTGTTATCCGATCAACGCCGCGCGCATCCTGCTGGATAAAGAGCCGGAAGCTGTTACCGTTCAAGCTTTCTTCTCCCCTGAGCATGATCATGTCGACATGATGGCATCCGGATTAATCGAATTTGGAGGGAATGTAGCGCTGACATTTGATTGCGGAATGTGGGCGGCGTATCGCAATCCTCTTGAAATTGTGGGCACGGATGGCCTGATTGAAGTCCCTTACGCCTATAGCCTGCCTGAGGACGGAGCGAACTTCTTCTTAACGACCGGCGACGGACGTAAAGAAATCGAGGTCCCTCGTGCAAACGCATACAGCGAACAAGGCGACCATATGGCCGAAGCTATTTTGAACAACAAGCCTCTCCGCTACTCTTCAGAGGATGCCGTTCACAATATGAAAGTCATAGACGCCTGTCTGCAATCTGCCCATGAACGGAAGCGAATTGTGTTGTAA	MTQKLRWGILGCASIAKRSVIPGLQQSRLNEVVAIASRDQAKAAQTAEELNIPTAYSSYESLLEDSSIDAIYIPLPNHLHKEWSIRAAEAGKHILCEKPLALTEAEAAEMAEAAAKAGVVLAEAFMYRYHPRYDLLKEMINAGAIGDIRGIRSAFTFNSSANHGNVRFRKDWGGGSIYDIGCYPINAARILLDKEPEAVTVQAFFSPEHDHVDMMASGLIEFGGNVALTFDCGMWAAYRNPLEIVGTDGLIEVPYAYSLPEDGANFFLTTGDGRKEIEVPRANAYSEQGDHMAEAILNNKPLRYSSEDAVHNMKVIDACLQSAHERKRIVL	PGPT0017545_125	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017545-xdh-K14273	NA	NA
JZ016_06568	837	rhaR_61		HTH-type transcriptional activator RhaR	ATGAAACGACAAAGTCATCTGCTGACCCTACCGCAAATGCCATTCTTCTGCCTGCCTGAGTCGGTTGGGATATACCGGGATGAACCGGACCATACCGTTACGCGGGCAGCCGGGTCTCTGAACAATTTCAATATTCACTATGTGGCTTCCGGTAAAGGGTATGTTGAAATCGAAAACGTAGTCCATACGCTTGGCCCAGGTGAAGCCGTGCTGTATTTTCCAATGCAGGCTCAGCGTTATTACACCAGCGAGGACGATCCGTGGGATGTGCGTTGGTTCCACTTTTATGGCAGCGGTCTGCAGAACTATTTCATCGAACGCGGATTTCATAAAAGCCAGCTGTGGAGCATTCGGCAGCCATCAGCCTTTGAGGAAGCGCACGAAGCGCTGTTATATGAGGCGGAGACCCATCGGATGCTCAAGCCTGCGCAGCTGTCCACGCTAACGTATTCTTTGTTAGCCGTATTCGTGGAGCAGGCATCCGCTTTATCGGATAATAAATCAAACAACTCGGCCAACCGGATTCTTGAACTGCTGCCGATCATGCAGCAGGAAGCGGCACAACCGTTTATTTTGGAGGAGTGGGCGGACAGACTCGGCGTTACCACTTACTATTTCTGTAAATTATTCCGCAATGTCATGGAGATGACCCCAATGGATTTTGTAACGCGCTGCCGGCTTCAGATGGCAAAGCAGTGGCTGCTCGACCATAAAGAAAAAACCATCGGACAGATTGCAGTGGAAGCGGGCTATCCGAGCGTCAGTTATTTTAACAAGCGATTTATGGAGCATGAAGGTATGACGCCATCTTCCTATCGTCGCTTATATGGGGTATAG	MKRQSHLLTLPQMPFFCLPESVGIYRDEPDHTVTRAAGSLNNFNIHYVASGKGYVEIENVVHTLGPGEAVLYFPMQAQRYYTSEDDPWDVRWFHFYGSGLQNYFIERGFHKSQLWSIRQPSAFEEAHEALLYEAETHRMLKPAQLSTLTYSLLAVFVEQASALSDNKSNNSANRILELLPIMQQEAAQPFILEEWADRLGVTTYYFCKLFRNVMEMTPMDFVTRCRLQMAKQWLLDHKEKTIGQIAVEAGYPSVSYFNKRFMEHEGMTPSSYRRLYGV	PGPT0017485_613	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_06569	591			hypothetical protein	ATGTCCGATAACCAAAATATATATGTTCTTCTGACTGATACGGGTACGATGTTTACCAAACTGATTAAACGAATTACGGCAGCGCCCTATAATCATGCTTCGCTGGTGCTGGATGAGAACTTGAATGAAGTGTTCAGCTTCGGCCGGAAATGCGCCAACAATCCCTGGATAGGGGGATTTGTTGAGGAGGATGTATACGAAGGAACCTTCCGTCACTTTCCCGGCACGCGCTGCGCTCTGCTCCGTCTAAAGGTCACGCGGGAGCAACTTGAGGCAGCGAGACGCGTGATTCAAAGCTATAAGGATGAAGAGGATGCTTACGGCTACAATCTTATCGGCATGTTTGGCGTGCTGATGAGACTTGATATTACGAGGGAAAGATCGTACTTCTGCTCACAATTCGTAGCGGAGGCAATGAAGCAAAGCAGAATTCATCTATGGGATCGCCCTTCCTCCGCAGTAACCCCGAATGATTTCTTTCAGCATCCGGCATTCGAGGTTATATACGAAGGCATGTTATATGACTATCCATTACTTGATCAATCCAAGTTGGCTGGATTCCAATACCCGTTACAAACAGCTTCAAGTTGA	MSDNQNIYVLLTDTGTMFTKLIKRITAAPYNHASLVLDENLNEVFSFGRKCANNPWIGGFVEEDVYEGTFRHFPGTRCALLRLKVTREQLEAARRVIQSYKDEEDAYGYNLIGMFGVLMRLDITRERSYFCSQFVAEAMKQSRIHLWDRPSSAVTPNDFFQHPAFEVIYEGMLYDYPLLDQSKLAGFQYPLQTASS				NA	NA	NA	NA	NA
JZ016_06570	813			hypothetical protein	ATGTTTAGAAGATTACTCACCTCATCACTTGTGATGGCACTTTTACTCTCTTTCATCCCCATGCCTTTCGCGAATGCAGCTGCGATCGAGTTCACCGATACGGTTCAAGCCCAATTGAAAGCCACGGCGGACCGGGCTGGCGGATCCGTACGTACCAAACTCATCAAACAGTTTGATGAGTTCAAATCCGAACGAAACCAGGTAATGGATTTGGATGATCGAATCTCTTCCCTTCGCTATGCCAATGAAGCCAAAGCTTCAGAAACCCGCAAAAAAATCAGCGAAATCGATAAGGATAAAATCCGCAAGCTGGAGGATCAGCTGCAAGCAGCCAAAACCAAGTACCAGCCGCTGTTTAATACCTATTCCGCGCTCAATAAACAAATCGCCGCAGCCAAAAAACTCAAAGACAAATCGCTCTCCAAGATACTGCAGTCACAGGCCAGTGGCATGAAGATCCTGGTATCCTTGGGACGTGATGATATTCGAACTAAGCAGGCGGCGCTTACGGCGGCCAAGAAAGAGAAAGCTTCCAAAGCGGCTAAAGTCCGTTCCATCCTGTCCGAGATTGAATCCTACAAAAGCAAAATCAAAGGCGATAAAAGCGCAATCTCCACGCCGAATAAACTGATGGCAACCGAGTGGAAGAATTTCAAAGCCGCAGTAAAGACCAATGAATCGGCACGAACCAGCGATGCCCTGTCCAGGCTGCTGACACTCTCCGGTCAGATCCTGACGAAAAAGAAAAGCATCTACAGTCACGAACAAAAAATCGAGTCGATCATAACGCGTGCAAATGCCCAATTTAAATAA	MFRRLLTSSLVMALLLSFIPMPFANAAAIEFTDTVQAQLKATADRAGGSVRTKLIKQFDEFKSERNQVMDLDDRISSLRYANEAKASETRKKISEIDKDKIRKLEDQLQAAKTKYQPLFNTYSALNKQIAAAKKLKDKSLSKILQSQASGMKILVSLGRDDIRTKQAALTAAKKEKASKAAKVRSILSEIESYKSKIKGDKSAISTPNKLMATEWKNFKAAVKTNESARTSDALSRLLTLSGQILTKKKSIYSHEQKIESIITRANAQFK				NA	NA	NA	NA	NA
JZ016_06571	621			hypothetical protein	ATGACAACCCCTGTGGAGTTTGATGCCATTTTCAGTCTGGGTCACAACTGTCAGGTTGCCGCCCAGTTAAGAAGAAACCAGCTGCGTCATGCAGCTGGCCCGTTGGACTGGTTCAACTTCGCTTCGACCCATGAATTTTGTAAAGTCATTAAACGTCAATTCAGCGATTTCATGCTACGGGATAATCTCGACATATACGGCAAATCCGTGAACTGTTACTATGTGCGCGATAAACGATCTTCCTGTTTATCCTTCCATGATTTCAAGAACAATCCGGAGGAGCCTCCGTTATATGACTACCCCGCGTTTCGCGAGCGGCTGGATCGAAGAATCGAACGCTTTAACCGCTGCTTGAATTCTGAACGGAAGACTCTGCTCGTGCGGATCATCGCGAATACCAAGGATGCCGAGACGATTGATCAAGCAATACGCGAAGCCTATCCCAAAGCGGACGTAAACCTGTTATTTATTATGCTCAGCAGCAGTCCCCAAATTGTAAATCTCCCTTCGTTCTCGGATCGGGTTCTCATCAAGCAAATACCGAAAGGGCCCACATGGGAAGGAGATTCGGAGGCTTGGAAGACCATTCTTAGAGAATTTTCGCTCAGTTCAGGGGAATAA	MTTPVEFDAIFSLGHNCQVAAQLRRNQLRHAAGPLDWFNFASTHEFCKVIKRQFSDFMLRDNLDIYGKSVNCYYVRDKRSSCLSFHDFKNNPEEPPLYDYPAFRERLDRRIERFNRCLNSERKTLLVRIIANTKDAETIDQAIREAYPKADVNLLFIMLSSSPQIVNLPSFSDRVLIKQIPKGPTWEGDSEAWKTILREFSLSSGE				NA	NA	NA	NA	NA
JZ016_06572	1080			hypothetical protein	ATGGGCACACATCTTAACAGCTTATTGAATAAAATAGCGGCTCTTGGCAGGGCTTTATCTAATTCCCAAACCTACCGGAGCGAACTCATGAAGCAATTGCGCTGCTGGATTCCTTTCGAATCGGCTTGCTTTACGACGGTAGATCCACGTACATTGCTCTCGACGGGTGCGATCACGGATGAAGACATTGAGGCAATCCATGATCGCCTGTTCGAGTATGAATATCTGCACAGCGATTACAATCACTTTCATAAACTGGCGAACTCCATGGAGAAGGTGGCTACGCTAAGCGGAGCTACGAACGGGGCTCTGAACACAAGCCCTCGTTATCTGAACGTCCTGCAGCCGGCAGGCTTTCATGATGAGATGCGTGCCGCATTGGTAGCGGACGGCATGTGTTGGGGATATCTGACGATATTCCGTCAGGAGGGCCAGCCCTTTTTTAGCGAGGAGGAACGGCAGCTACTCTCTTCCCTGGCACCATTCATGGCGGCCATGCTGCGTGATCGAAGTCTTCCGCGATCCCCCGTTGATGGAATAGATCACATGCCTGAGCCTGGTTTATTGGTGCTGTCCGAAACGCTCGATATTCTTTCATATAATGCTTCTGCACGGCAGTGGATGTCATTGCTCCAGGATGCAGAGGGTATGGATGCCGCTTCGCTCCCCCGCCCGCTGCGGGCAGTCTGCTTCCGAGCTTTGTCCGAGAGCTCCCGAGGTACGGCCTATTCGACGGGCGCTCATACTCGCGTCAGGCTAAGTAATGGCTCCTTTGCCAGCATACGGGCATGCCTTCTGCATGGTCCCGATTCTCTTGCCAAGCTTGCAGTCACGCTTGAGCCTGCCAATACAACGGATATGCTGCCGCTTATCTCGGATGCGTTGGGATTAACGGAGCGCGAGAACGAAGTGATCAGCGGAATTCTGCGAGGATTATCCACCAAGGAGCTTGCTCAATCCCTGTTTATCTCCCCCTACACGATTCAGGATCATCTAAAGTCCATATTTGTTAAAACCGGCGTCAACAGCCGGAGGGAATTAATATGGCAGCTTCATTCAAAATATAGCTTGAGTCCTTGA	MGTHLNSLLNKIAALGRALSNSQTYRSELMKQLRCWIPFESACFTTVDPRTLLSTGAITDEDIEAIHDRLFEYEYLHSDYNHFHKLANSMEKVATLSGATNGALNTSPRYLNVLQPAGFHDEMRAALVADGMCWGYLTIFRQEGQPFFSEEERQLLSSLAPFMAAMLRDRSLPRSPVDGIDHMPEPGLLVLSETLDILSYNASARQWMSLLQDAEGMDAASLPRPLRAVCFRALSESSRGTAYSTGAHTRVRLSNGSFASIRACLLHGPDSLAKLAVTLEPANTTDMLPLISDALGLTERENEVISGILRGLSTKELAQSLFISPYTIQDHLKSIFVKTGVNSRRELIWQLHSKYSLSP				NA	NA	NA	NA	NA
JZ016_06573	105			hypothetical protein	ATGGAAAAAGTGAAATCAGGGCTTGCTTCGCTGAGGATTTTCAAGTCTGAGCGGGGGCTCGTTACTTATATAGATTTTTTTAGAGATGGAGAGGAAGTATCATGA	MEKVKSGLASLRIFKSERGLVTYIDFFRDGEEVS				NA	NA	NA	NA	NA
JZ016_06574	1089			hypothetical protein	ATGAAGGAACGCATTGTGGTTGTAGGCGGATATGGGCATGTAGGAAGGATTATATGCGAGGAGTTAGGGGAGAAATATCCCGGTCTTGTATACGCTGCAGGAAGAAGTTTGGAAAGAGCCGAGCGTTTCAGTCAGGAGACAAGCGGGAAGGTGCTCCCCATGCGATTGGATATGGGGCAGCCGGTCATGGCGAGTGAGTGGGAACGGATCAAACTCGTGGTCATGTGTCTGGATCAGGCGGACGATGCCTGGGTCGGAGCTTGCATCCGGAGCGGGACCCACTATGTGGATATATCGGCAAAAGCCGAGTTTTTGAACCAAGTGTCGAAGTGGAAGGACGCAGCCGAGGAATCCGGGTCGTCAGCTATTCTGAGTGTAGGCCTGGCCCCGGGTTTAACCAATCTCATGGCAAGCTGGGCGAGCAAAGGTCTGGATGTAACAGAGTCGGTTGATATCTCGATTATGCTGGGATTAGGGGATCGGCACGGCAAGGCTGCCGTAGAGTGGACCGTGGACAATCTACTGTCCACCTTTCAGGTGATGGAGAACTATCGCGTTAAGACGGTTGCGAGTTTTTCGGATGGAAGGTCGGTTTTTTTTGGCGAAAAAATAGGACGTAAATCCGTGTATCGTTTCCCATTCTCGGATCAATCCACATTGCCCAACACCTTGGAAGTTCCCACCGTATCGACCCGGTTGGGTTTTGATTCTTCCCCTCTAACTACCATGCTTGCAGGATTCCGTGCATCCGGTCTGCATCATTTGCTTAAGGTTAAATGGATACGGAACGCTGCCGTGAAAGCTTTTATGAATATACGGATGGGATCCGATGATGTTGCTCTAAAAGTTGAAGCGCAGGGCAAGCGCCGTGGCAAAAACAGTACAGTTGAATCTTTGCTGGTCGGGCGGGATCAGTCCAGATTAACGGCTAAGGTAGCGGCGAGTGTTGCGGATGCTGTATACAGTGGGAATATCGCGTGCGGGGTGTTTCATATTGAACAAGTGTTTGAATTAGCGAGTATGAAGGGGTGGCTGGAGAAAGAGGTTCGCATGGAGGTATGGCGGGATGGGAAGAGAGGGAGTATGTAG	MKERIVVVGGYGHVGRIICEELGEKYPGLVYAAGRSLERAERFSQETSGKVLPMRLDMGQPVMASEWERIKLVVMCLDQADDAWVGACIRSGTHYVDISAKAEFLNQVSKWKDAAEESGSSAILSVGLAPGLTNLMASWASKGLDVTESVDISIMLGLGDRHGKAAVEWTVDNLLSTFQVMENYRVKTVASFSDGRSVFFGEKIGRKSVYRFPFSDQSTLPNTLEVPTVSTRLGFDSSPLTTMLAGFRASGLHHLLKVKWIRNAAVKAFMNIRMGSDDVALKVEAQGKRRGKNSTVESLLVGRDQSRLTAKVAASVADAVYSGNIACGVFHIEQVFELASMKGWLEKEVRMEVWRDGKRGSM	PGPT0020340_1101	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0020340-lys|aasS-K00290	NA	NA
JZ016_06575	1392	ribZ_5		Riboflavin transporter RibZ	GTGGAAGAGATTACTCAACCAAGTCAAAAATTACGGATCACAAATGTGAAAGGCGCGTTTGCCTGGCTGGGATTTTTGGTGTTTTTCAGCGTTTTGAATGAAACCGTGTTTAATGTGGCACTGCCGGATATCGCCAGGCAATTTCATGTGGAGCCATCGACGGCCAATTGGGTCAATACAGGCTTTATGCTGACGTTTGCCATAGGTTCATTTGTGTACGGAAAAATATCGGATCTGTACGGGATCAAAAAAATGCTCATGATAGGTATCGTAACGTACGGCAGCGGCTCTATGCTGGGATTAGCGGGACATGCCTATTTACCTGCTGTGATTGCGGCAAGATTTATTCAGGGGGCGGGAGCCTCTGCCATCCCTGCGCTGGTCATGGTCATGATTGTACGTTATTTCGATGCCAATCAACGCGGAAGAGCGTTTGGTCTTATAGGATCACTGGTTGCAACGGGCGAAGGTATCGGGCCTGTCATCGGAGGCGTCGTTGCCCATTATGTGCACTGGTCCATGTTGTTTGTTTTTCCTCTTATGACACTTGCCACGATTCCTTTCTTCTTAAAAGTGCTACCGGATGAAACTGAACAGAAAGGGACCATTGATGTTACGGGGGCAGTTCTGCTCTCGGTTGGCGTAGTGCTATTTACCTTGTTTACGACCAATGAACATTGGATGTATCTGGCTGGCTGTTTAGCAGCGCTCGTATTATTCGCCTTACGAATCAAGCGGGCTTCCAATCCATTTATCGAACCGTATTTATTTGTAAGGAAGAAGTTCATCGCCGGGACGATCGCGGGCTGCGTTATTTTGGGCATGGTAGCCGGATTTCTATCCATGGTGCCTTATATGATGAGAAGCGTCCACCATCTGTCAACGGGCATGATTGGCGCGGGGGTTATGTTCCCTGGTGCCATGAGTGTCATGCTGTTTGGCATATTAGGGGGCATACTCGTTGATAAGAAAGGTCATCATCTTGTGTTCTATATAGGCACCTTGATGATTATCGGTAGTTTTTTAACTATGGCGATGCTGAAGGATCAATCACCTTGGATTGTAACGGCCATGCTGATTTTTGTATTTGGAGGCCTTTCTTTTGTGAAGACGGTGATTTCAACCGTCGTTTCCGATTCGCTGGAAGAGAAGGAAGCGGGAGCTGGGATGGGAATGCTTAATTTTACATGCTTCTTATCTGAGGGGATTGGAGTGGCAATTGTAGGAGGTTTGCTTTCCAGAGGATTGCTGGAATTCCCACTTCTTCCGATGTTACGGAATGCTGGGACAGACTTATACAGCAACTTGCTGCTTCTGTTTTCGTTGGTTATCGTAGCTGGAAGTATGATCTATACATTGACTTATGTCGGAAAAAGAAGCAGACGAATCTAA	MEEITQPSQKLRITNVKGAFAWLGFLVFFSVLNETVFNVALPDIARQFHVEPSTANWVNTGFMLTFAIGSFVYGKISDLYGIKKMLMIGIVTYGSGSMLGLAGHAYLPAVIAARFIQGAGASAIPALVMVMIVRYFDANQRGRAFGLIGSLVATGEGIGPVIGGVVAHYVHWSMLFVFPLMTLATIPFFLKVLPDETEQKGTIDVTGAVLLSVGVVLFTLFTTNEHWMYLAGCLAALVLFALRIKRASNPFIEPYLFVRKKFIAGTIAGCVILGMVAGFLSMVPYMMRSVHHLSTGMIGAGVMFPGAMSVMLFGILGGILVDKKGHHLVFYIGTLMIIGSFLTMAMLKDQSPWIVTAMLIFVFGGLSFVKTVISTVVSDSLEEKEAGAGMGMLNFTCFLSEGIGVAIVGGLLSRGLLEFPLLPMLRNAGTDLYSNLLLLFSLVIVAGSMIYTLTYVGKRSRRI	PGPT0027880_52	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027880-tetB-K08168	NA	NA
JZ016_06576	1386	yeeO_2	COG0534	putative FMN/FAD exporter YeeO	ATGTTGGTTCGATTACGAACCCAAATGAACGGTTTGCTTCAACATCATTTATCCGGGGAGTCGATGGACTACCGGCAGATTTTCGCTTTATTTTTTCCGATCTTGATTGATCAGGCATTCATCATCGGTTTGAATCTGGTCAACACCGCCATGATCAGTTCGTCGGGCGTATCGGCGGTCAGCGCCGTGAACATGGTGGATTCCCTGAATATTTTCCTGATCAATGTGTTCGTGGCGGTAGCAACCGGGGGCACCGTCGTCGTTGCACAATATAAGGGAAGCGGCAATGCCATGATGGTATCCCGGGCTTCTGCGGCTACTGTTACATCCGTGGCGATGATCGCTTTAGCGATCGCGCTGCTGATCATTGGGCTTCACCAGCCGGTGCTGAATCTGCTGTTCGGCTCAGCGTCACCCGAGGTGCTGGAGAGTGCGCGAGTATATCTGATCGGAAGCAGTACTTCCTTCATCGGAATTGCCATCGTGCAGGCGGTTTGCGGCGCGCTGCGGGGGATCGGCAAGACCCGGGCTTCACTGGCATTGTCGTTAATCATGAATCTGCTCTACGTTCTGCTCAACATCGTGTTCATCACCCTGCTGAATATGGGCGTTATGGGCATGACGCTGGCGATTAACATCGCCCGCTTTGCCGGTGCAGCCTGCGCGCTCTACTATCTGTTCAGAGTGGACGCCACGCTGCATATCCGCCTGCGAGATCTGTTTCATTTCCCGATATCCATGCTGCGCAAAATTATGTTTATCGGGCTTCCGTTTGCAGCCGAACAGATGTTTTTTAACGGAGGAAAGCTGTTAACCCAAGTGTTTATCGTCAGCTTGGGTACGTACGCCATAGCTACGAACGCGATCGGGTCTTCACTTGCGGCCGTCTTCCAAATTCCAGCCAGCGCGTTGTCCTTAACGATTGTGACCGTCGTTGGTCAATGCATTGGCCGCGGAAATATAGCGGATGCCCGGAAGTTCATCAAATCTTTTTTGTGGCTTGGCGCAATCTCGCTCGCCTTCATGGGTTTGATTTTGATGCCGCTCTACCGGCCGCTGGTCGGGCTGTTTAACCCGCCTCCGGAAATCGTGAACGATCTGTTTGTAGTGCTGTTGATTAACACCCTTGTACAGGTTCCGCTATGGTCGATAAGCTTTATTCTGCCTTCGGCGCTGCGTGCGGCAGGCGACTCGCGTTTTACCTCTATCACTTCGATGCTGACCATGTGGCTGTTCCGGGTGATTCTCGGTTATATTATGGGGATCGTTCTGGGCTGGAGCATCCTTGGCGTATGGCTGGCCATGAATTGTGAATGGGGAGTGCGGGGAGCGATTTTCCTATGGCGCTTCCGCGGCAAGAAATGGTATGCGCACAAGCTGATTTAA	MLVRLRTQMNGLLQHHLSGESMDYRQIFALFFPILIDQAFIIGLNLVNTAMISSSGVSAVSAVNMVDSLNIFLINVFVAVATGGTVVVAQYKGSGNAMMVSRASAATVTSVAMIALAIALLIIGLHQPVLNLLFGSASPEVLESARVYLIGSSTSFIGIAIVQAVCGALRGIGKTRASLALSLIMNLLYVLLNIVFITLLNMGVMGMTLAINIARFAGAACALYYLFRVDATLHIRLRDLFHFPISMLRKIMFIGLPFAAEQMFFNGGKLLTQVFIVSLGTYAIATNAIGSSLAAVFQIPASALSLTIVTVVGQCIGRGNIADARKFIKSFLWLGAISLAFMGLILMPLYRPLVGLFNPPPEIVNDLFVVLLINTLVQVPLWSISFILPSALRAAGDSRFTSITSMLTMWLFRVILGYIMGIVLGWSILGVWLAMNCEWGVRGAIFLWRFRGKKWYAHKLI				NA	NA	NA	NA	NA
JZ016_06577	1653	cdr		Coenzyme A disulfide reductase	ATGGGCAAAAAAATTCTCATTGTCGGCGGCGTAGCGGGAGGAGCCTCGGCAGCTGCCAGACTGCGGAGATTGGATGAGGACTCTGCCATTGTTTTAGTGGAGCGCGGTGAATATATTTCGTTTGCCAACTGCGGTCTGCCCTACTATATAGGAGAAACGATAACCGACCGCGATAAGCTCATGGTGCAGACCGTACCCGGTCTTAGCCGCCGCTACGAGCTGGATATTCGGAATCTTAGCGAAGTTACGTCCATACTGCGTGATGAAAAAATGGTTACGATTAAAAACCTTATTACCGGAGAAACCTACACCGAGGGTTATGATTATCTGATCCTATCACCCGGCGCGAAGCCGATTACGCCGGATATTCGCGGTCTGACCGGATCACCAAACGTCTTCACTTTACGCAATATCCCCGATACGGACCGCATTAAGCAGTACGTGGATGAAGTCCAGCCGAAGGAAGCCGTTATTGTCGGGGGTGGATTTATCGGGCTGGAAATGGCCGAGAATCTGGCGGATCGCGGCGTTCAGGTGACAGTCATCGAAATGGCCAACCAGGTGATGGCTCCGCTCGACTACGAAATGGCCGCAATCGTCCAATCGCATCTTAAGGAAAAAGAAGTCCGTCTGATTCTTGAGGATGGCATAAAAGGGTTTCATGAGGGCGGTCAACAAATCGAGCTTACCAGCGGCAAACGAATATCAACCGAGATGACCTTGCTCTCGATAGGCGTTCAGCCAGAGAGCTTGCTGGCATCAGCTGCCGGACTTCCCGTCAATGATCGCGGCGCGATTCAAGTTAACGAATATATGCAGACCGCTGACCCGAGCATTTATGCCATCGGCGATGCGATTGAGGTAAAGGATTATGTCCTTCAGAGCCAGGCCTTTATCCCGCTCGCCGGTCCTGCCAACCGGCAGGGGCGCCTGGTTGCAGACCACATCTATGGTAAAACCAATGGTTACAAAGGCACGCTCGGTTCGTCGATTGCCAAGGTCTTTGATCTAACGGTTGCTGCAACAGGCGTTAACGAAAAGCGCCTCAAACAGATGAACATCCCTTATCAAGCCATCCATATTCACCCCTCGTCTCATGCCGGATACTACCCCGGGGCGTATCCCATTTCCTTGAAGCTGTTATTCCATCCGGAAACAGGTCAAATCTATGGAGCGCAAGCGATTGGAGCAGATGGCGTGGATAAGCGAATCGATGTCATTGCTACAGCTATCAAGGGAAATCTCAATGTATGGGACCTGGCGGAGCTGGAGCTTTCCTACGCGCCCCCATATTCCTCCGCCAAAGACCCGGTTAACTATGCCGGATATGTTGCCGCCAACATCATGGACGGTTTGGTTGAAACGGTGCAGTGGCATGAAATCGACGACCTGGTCGGAAACGGTGCAACCTTGATCGACGTTCGTGAGCCTAAAGAAAGGGAAGCGGGTTATATCCCAGGTTCCGTCAACATTCCGCTTAACGATCTGCGCAGCCGACTGAAGGAATTGCCGGAGAATGAGATGCTGTACGTGACTTGCCAGGTTGGGCTGCGCGGATACTTGGCGGCCCGTATTTTGGCCGAGCATGGCTTCCGGGTTAAGAATCTCGACGGCGGCTGGAAAACATACGCAGCGGTTTACAAGCCATCCTAA	MGKKILIVGGVAGGASAAARLRRLDEDSAIVLVERGEYISFANCGLPYYIGETITDRDKLMVQTVPGLSRRYELDIRNLSEVTSILRDEKMVTIKNLITGETYTEGYDYLILSPGAKPITPDIRGLTGSPNVFTLRNIPDTDRIKQYVDEVQPKEAVIVGGGFIGLEMAENLADRGVQVTVIEMANQVMAPLDYEMAAIVQSHLKEKEVRLILEDGIKGFHEGGQQIELTSGKRISTEMTLLSIGVQPESLLASAAGLPVNDRGAIQVNEYMQTADPSIYAIGDAIEVKDYVLQSQAFIPLAGPANRQGRLVADHIYGKTNGYKGTLGSSIAKVFDLTVAATGVNEKRLKQMNIPYQAIHIHPSSHAGYYPGAYPISLKLLFHPETGQIYGAQAIGADGVDKRIDVIATAIKGNLNVWDLAELELSYAPPYSSAKDPVNYAGYVAANIMDGLVETVQWHEIDDLVGNGATLIDVREPKEREAGYIPGSVNIPLNDLRSRLKELPENEMLYVTCQVGLRGYLAARILAEHGFRVKNLDGGWKTYAAVYKPS				NA	NA	NA	NA	NA
JZ016_06578	261	ricR	COG1937	Copper-sensing transcriptional repressor RicR	ATGGACTACAATGATCAAATGAAAAATCGGGTGAAACGCATCGAAGGTCAGCTTCGTGGCATTCTGAAAATGATGGAAGAGAACAAGGATTGCAAGGAAGTGATTACCCAGCTCTCCGCAACGCGGACGGCGATAGATCGGACGATCGGCGTTGTCGTCAGCTCCAACCTTGTGGAATGCGTACAGAAAGCTGAAGAGACCGGGCAGGACACGGAGAAGCTAGTGGTTGAAGCGGTCAATTTGCTAGTGAAAAGTAGATAA	MDYNDQMKNRVKRIEGQLRGILKMMEENKDCKEVITQLSATRTAIDRTIGVVVSSNLVECVQKAEETGQDTEKLVVEAVNLLVKSR	PGPT0004175_2138	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004175-csoR|ricR-K21600	NA	NA
JZ016_06579	228	tusA_2	COG0425	Sulfur carrier protein TusA	ATGAACGCGGATAAAGTATTGGATGTGAAAGGCTTGGCATGTCCCATGCCGATCGTGAAAACAAAGAAACAGATGAAAGAGATGCAACAAGGCCAAGTGCTTGAGATTCATGCAACGGATCGAGGCGCGAAGAGCGATTTGACGGCATGGGCCAAGTCGACGGGTAACGAGATGCTGGAGCAGGCAGAGGATGGGGGCGTATTGAAATTTTGGATTAGAAAGGGATAA	MNADKVLDVKGLACPMPIVKTKKQMKEMQQGQVLEIHATDRGAKSDLTAWAKSTGNEMLEQAEDGGVLKFWIRKG				NA	NA	NA	NA	NA
JZ016_06580	486	dsrE2	COG2210	Sulfur carrier protein DsrE2	GTGACGGAAACAAAAAAGACAACGATTGTATTATTCAGCGGCGATTATGACAAAGCCATGGCCGCCTATATCATCGCGAACGGCGCTGCCGCTTATGACCATGAGGTGACGATATTTCATACCTTCTGGGGACTGAACGCACTGCGTAAGGACGAGGATGTCATGCTGCCCAAGAAAAAAAGTTTCATCGAGAAGATGTTTGGGAAAATGATGCCGCGCGGATCCGATAACATGGGTCTTTCCAAAATGAATTTTGCCGGGATGGGTCCAAAAATGATCAAGGATGTGATCAAGAAACACAACGCCGTTCCGCTGCCGCAATTGATCGAGATGGCGCAGGAGCAGGACATCAAGCTTGTTGCATGCACCATGACGATGGATCTGCTTGGGCTGCAGCAAGAAGAACTGTTTGACGGCATTGAGTATGCGGGGGTTGCTGCGTATTTGGGCGATGCTCAGGATGGCCATGTTAACTTGTTCATTTAA	MTETKKTTIVLFSGDYDKAMAAYIIANGAAAYDHEVTIFHTFWGLNALRKDEDVMLPKKKSFIEKMFGKMMPRGSDNMGLSKMNFAGMGPKMIKDVIKKHNAVPLPQLIEMAQEQDIKLVACTMTMDLLGLQQEELFDGIEYAGVAAYLGDAQDGHVNLFI				NA	NA	NA	NA	NA
JZ016_06581	366	glpE_1		Thiosulfate sulfurtransferase GlpE	ATGGATATACTCAATGTATCGTTCATTGCACTTATCATTCTGTTTGTCGTTTGGAGAATCCTCCCGGCTCAGGGAGTCAGGCAGATTACCTCGGCACAGCTGGAGCAAGAGCTTAAAGACAGCAACACAATCAAGCAGTTCATCGATGTCCGGACGCCGGGAGAGTTCAAGGGGAATCACATACGGGGTTTCCGGAATATTCCGCTGGACCAGCTCATGTCGAGCAGCGATTCGCTCTCCAAAGACATGGAAGTGGTATTGATCTGTCAAAGCGGCATGCGAAGCAACAAAGCGAGCAAAACTTTAAAGAAATTAGGCTTTGAGACGGTGACTAACGTGAAGGGCGGCATGAATCGCTGGTCTTAA	MDILNVSFIALIILFVVWRILPAQGVRQITSAQLEQELKDSNTIKQFIDVRTPGEFKGNHIRGFRNIPLDQLMSSSDSLSKDMEVVLICQSGMRSNKASKTLKKLGFETVTNVKGGMNRWS				NA	NA	NA	NA	NA
JZ016_06582	258			hypothetical protein	ATGAAAGAGATTTCTCCAAAAGAAGTTGAGCATCTGCTGAGTGACGGAGCTGACATGAATATCATCGATGTTCGAGAAGCGGAGGAAGTCGCGGAAGGTAAAATTCCGGGCGCCGTCAACATTCCTTTAGGTTTGATTGAATTCCGCAAACAGGATCTTGATCGGTCGAAAGAGTATGTCTTGGTATGCCGTTCCGGGGGCGCAGCGGCCGTGCTGCAGAATATTTGGAAGGTCAAGGCTATCAAGTCGTCAATATGA	MKEISPKEVEHLLSDGADMNIIDVREAEEVAEGKIPGAVNIPLGLIEFRKQDLDRSKEYVLVCRSGGAAAVLQNIWKVKAIKSSI				NA	NA	NA	NA	NA
JZ016_06583	585	glpE_2		Thiosulfate sulfurtransferase GlpE	ATGGCAGCAATTGAATCGAATATGAGGCTGGATGCTAAGGGGCTCGCTTGCCCGATGCCCATCGTCCGCACGAAAAAAGCGATGAAGGATCTTGAAGCCGGACATGTACTGGAGGTAGAGGCAACCGATAAAGGCTCCAAGGCCGACATGCAGGCATGGGCGGAAAGCACGGGGCATCAATATCTCGGAACGATTGAAGAGGGGGATGTGCTGAAGCACTACCTTCGCAAATCATCAGGAGAAGAAACGGCAGAACGAACTTATCCGCATGTAGCCTCTAATGATCAGCTGGAGGAGAAACTTGCGTCCGGAGCGTCAATCGTCGTTCTGGATGTAAGGGAAGCGGCGGAGTTTGCTTTCGAGCATATTCGCAATGCCGTATCGATTCCTCTTGGTGATCTGGATGAACGTATGGCTGAGCTGAACAAAGAGGATGAAATCTATGTCATCTGCCGTACCGGAACGCGGAGCGACCTGGCTGCGCAAAAGCTTTCAGCTAACGGCTTTGCAGGCATTATAAACGTCGTACCTGGCATGAGCGGCTGGCGTGGAGAAACTGTGGGCTTGAACGATAACGCAGTTTAA	MAAIESNMRLDAKGLACPMPIVRTKKAMKDLEAGHVLEVEATDKGSKADMQAWAESTGHQYLGTIEEGDVLKHYLRKSSGEETAERTYPHVASNDQLEEKLASGASIVVLDVREAAEFAFEHIRNAVSIPLGDLDERMAELNKEDEIYVICRTGTRSDLAAQKLSANGFAGIINVVPGMSGWRGETVGLNDNAV				NA	NA	NA	NA	NA
JZ016_06584	1128	gloB_4		Hydroxyacylglutathione hydrolase	ATGACAGTAAGAGTAATGCAAGCGCAAGAAGTGGCCATGAAGGCGATTCGCAAAGAGAGCCTGTTCATATTGGACGTGCGGAACCCATCGGATTACGAGGACTGGAAGATTGAAGGCGAAGGAATTCAGCATTTGAATATTCCCTACTTTGATTTGATTGACGGCGTGGAAGAAATTTTGGATCGAATCCCGAAGGATCAAGAAGTGCTCGTCGTATGCGCCAAGGAAGGCTCGTCGGTGATGGTGGCTGAGATGCTGGCCGAGCACGGCCGGCATGTGGCGTATTTGAAAGGCGGCATGAAGGCCTGGAGTGAACACCTTGTTCCCCTGAAGATCGGCAGTTTGGCAGATGGAGGCACGCTTTATCAGTTTGTTCGCATAGGCAAAGGCTGCTTGTCTTATATGGCGGTATCGAACGGTGAAGCGGCATTGTTTGACGCAACCCGTATGACGGAGGTATATCTTGATTTCGCAAAAAGCCTGAATGCAAACATCAAGCATGTGTTTGATACCCATCTCCATGCGGACCATATTTCCGGAGGACGATTGATTGCTAAGCAGACAGGAGCCGGATACTGGCTTCCGCCAAAGGATGCCGGCGAGGTGGCGTTTAAGTACGAACCGCTCAAGAACGGAGGCGAAGTGGTGATCGGCGGCAGCACAATTCGCATTGAAGCGCTCCATTCTCCGGGCCATACCATCGGGTCCACCTCGTTTGTAATTGATGATCAATATTTGCTGACAGGCGATATTCTGTTTATCGATTCCATCGGCCGTCCGGATCTGGCGGGGCTGGCGGAGGATTGGGTTGGCGACTTGCGGGAAACGCTCTATGTCCGCTACACCCATCTATCGGATGATCTGACCGTGCTGCCGGCGCATTTCATGGTCATGGACGAACTGAACGAGGACGGAACCGTCGCGAAGAAACTGGGAGAGCTATACCGGGAAAACCATGGACTCAACATCGCCGATGAGGCAGAGTTCCGGACGTTGGTCACGCAAAATCTGCCGCCGCAGCCTAACAGCTATCAGGAGATCCGCCAAACGAACATGGGTAAAATGAATCCGGATACGGAGCAGCAGCGAGAGATGGAGATCGGGCCGAACCGCTGCGCGGTACGTTAA	MTVRVMQAQEVAMKAIRKESLFILDVRNPSDYEDWKIEGEGIQHLNIPYFDLIDGVEEILDRIPKDQEVLVVCAKEGSSVMVAEMLAEHGRHVAYLKGGMKAWSEHLVPLKIGSLADGGTLYQFVRIGKGCLSYMAVSNGEAALFDATRMTEVYLDFAKSLNANIKHVFDTHLHADHISGGRLIAKQTGAGYWLPPKDAGEVAFKYEPLKNGGEVVIGGSTIRIEALHSPGHTIGSTSFVIDDQYLLTGDILFIDSIGRPDLAGLAEDWVGDLRETLYVRYTHLSDDLTVLPAHFMVMDELNEDGTVAKKLGELYRENHGLNIADEAEFRTLVTQNLPPQPNSYQEIRQTNMGKMNPDTEQQREMEIGPNRCAVR				NA	NA	NA	NA	NA
JZ016_06585	783			hypothetical protein	ATGGAACTAATCATATCCTTCATCATTACGATATTTTTAATCGGGTTCATTGGCTCTTATATATCAGGAATGGTTGGCATTGGAGGCTCGATCATCAAATACCCGATGCTGCTGTATATCCCGCCGTTATTCGGCCTTGCGGCTTTCACGGCGCATGAAGTATCGGGCATAAGCGCCGTACAGGTATTCTTCGCCACGATCGGCGGCGTGTGGGCATACCGTAAGGGCGGATATCTGAACAAAACGCTCATTATCTATATGGGTTCGGCCATACTGCTGGGCAGCTTCATCGGCGGTTTCGGCTCCAAGATGATGAGCGAAGGCGGCATCAATCTCATCTACGGCATATTGGCGCTGATTGCGGCCATTATGATGTTCATTCCGAACAAAGGGGTGGACGATATTCCGCTGGATCAGGTCAAGTTCAATAAATGGCTGGCCGCTTCGCTGGCTCTTGTGGTCGGTATCGGAGCTGGCATCGTCGGGGCGGCCGGGGCGTTCCTGCTCGTTCCGATCATGCTGGTTGTATTGAAAATACCGACGCGAATGACCATTGCGTCCTCGCTCGCAATCACCTTCATCTCATCCATCGGTTCTACGGTAGGGAAGCTGACGACGGGACAAGTGGATTATATCCCGGCCCTTATTATGGTTGTTGCCAGCTTGATCGCTTCTCCACTGGGAGCGGCCGCGGGCAAGAAGATGAACACGAGGATCCTGCAGATCATGCTGGCCGTTTTGATCCTGGCAACGGCTATCAAAATTTGGCTGGACATTCTATGA	MELIISFIITIFLIGFIGSYISGMVGIGGSIIKYPMLLYIPPLFGLAAFTAHEVSGISAVQVFFATIGGVWAYRKGGYLNKTLIIYMGSAILLGSFIGGFGSKMMSEGGINLIYGILALIAAIMMFIPNKGVDDIPLDQVKFNKWLAASLALVVGIGAGIVGAAGAFLLVPIMLVVLKIPTRMTIASSLAITFISSIGSTVGKLTTGQVDYIPALIMVVASLIASPLGAAAGKKMNTRILQIMLAVLILATAIKIWLDIL				NA	NA	NA	NA	NA
JZ016_06586	606			hypothetical protein	ATGAATCCATGGAATGAACGGTTTCAGGGGGACGATTACGTATTTGGAACGGACCCGAATGTATTTATATCCGACATGCACAAGAAATTAGGTTTAACGGGCGACGCACTGGCTATCGCAGAGGGAGAAGGACGGAATGCGGTGTTCCTGGCCCGGGAAGGCATGAACGTAACCGTATGGGATTACGCGGAATCCGGCCTGAACAAAGCCAATCGACTGGCGGAAGCAAGCGGTGTGCACATTCGCACGGAGCTTGTGGATCTGCACGAAGCGCAGTGGAAGCTGGATCAATGGGATGAGATTATTTGCGTGTTTGGACATTTTCCAAAGGCATTGAGAACGAGGACTTTAGAAGGCGTGAAGACAGCGGTGAAGCCGGGAGGATATTTCCTCACTGAGGTATATTCACCGTACCAGATTCCTTATCGCAGCGGGGGACCGCAGGATCAGCAGTTTTTATACGTGCCTGAGGATTTCCTCGAGCCCTTTGCAGATTGGCGCATAGTCCACTTTTTTATGGGAGAGGTCGTTCGTCATGAGGGCCAGGGGCACCAGGGCTTGTCCCATGTCATTCAGTTTGCGGGGCAGAAGCCGTTAAAAACATGA	MNPWNERFQGDDYVFGTDPNVFISDMHKKLGLTGDALAIAEGEGRNAVFLAREGMNVTVWDYAESGLNKANRLAEASGVHIRTELVDLHEAQWKLDQWDEIICVFGHFPKALRTRTLEGVKTAVKPGGYFLTEVYSPYQIPYRSGGPQDQQFLYVPEDFLEPFADWRIVHFFMGEVVRHEGQGHQGLSHVIQFAGQKPLKT				NA	NA	NA	NA	NA
JZ016_06587	804	rhaR_62		HTH-type transcriptional activator RhaR	ATGATCCAATTGATGAGCGTGAATTTTGATGATTACATACCGAATTGGCGAACCCAGCTGGAGACGATTGAGTACAATGTCCTTGTTGTGGTTAGAGAAGGCAAGGTGAGATACGAAATCAACGGGGAAGACATCATTGCCGAGCAAGAAGACGTACTCTATATCCCTCAGTCGACGAGACGAAGCGGAGGCAACTGGAAGGACACTTCACATCAGAAGCATACCATTCTCTTTACATTGGATCGTCAAGAACCCACAGGAATTCCATTTCTGGATGCGGGTCGATTCATGAAATTCAATCTCTCTCATATCCAATATGTTTACCGGCGCTGTGAGCGCCTGTATGAGGAAATGCGGGGTGGAAAAAGCTACCGTACCATGATCTGTCAGGGCATTATGCAGGAGCTCATCGGCATGCTGGCCCGCGAGCTCGAGAAGAATGAGCTAGCACCCAGCAAACGAAACTACGCGGATACCATCAAATCGTATCTGCTGGAGCATTACCGCGAACCTATCGAAATCGATCGGTTAGCGAAACTAATCCATCGCTCTCCGAGTTATGCTGCAGCCCTCTTCAAAGAGGTATACGGTCTTTCACCGATCCGGTATATGCATCAGCTGCGCGTGCTGGAAGCGTGCAGCCTGCTGCTTCATTCGGACATGACCATCGCTCATATCGCCCACTATTTGGGTTATTATGACACGTCCTATTTTTATCGGATGTTTAAAAAACATACCGGCCTGTCGCCCTCTGACTATGTACAGCAAGACGATCGGTCCGATATGTCCATGCTGTTCACTTAA	MIQLMSVNFDDYIPNWRTQLETIEYNVLVVVREGKVRYEINGEDIIAEQEDVLYIPQSTRRSGGNWKDTSHQKHTILFTLDRQEPTGIPFLDAGRFMKFNLSHIQYVYRRCERLYEEMRGGKSYRTMICQGIMQELIGMLARELEKNELAPSKRNYADTIKSYLLEHYREPIEIDRLAKLIHRSPSYAAALFKEVYGLSPIRYMHQLRVLEACSLLLHSDMTIAHIAHYLGYYDTSYFYRMFKKHTGLSPSDYVQQDDRSDMSMLFT	PGPT0017485_781	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017485-araC-K02099	NA	NA
JZ016_06588	930			Ulvan-active sulfatase	ATGAGAGTATTGTTGCTGGATTTGGATTCGACAAGGCCGGATCATTTAGGCTGTTATGGCTATCATCGGAATACGTCGCCGAATATTGACCGAATTGCGGCGGAAGGCGTGCGTTTTGACAATTACTATACCTCGGATGCTCCATGTTTTCCTTCAAGAACCGCATTGATGACAGGTAAGTTCGGCATTCATAACGGTGTCGTCGGTCATGGAGGCACGGCTGCCGATGTGCGCCATGAAGGTATCACCCGTGACTTCCGCGACAAGCTGGGGTCGGAGAGCTTTCCAGCTATATTCCGCAGGGCCGGCATGAAGACCGCTTTGATCAGTCCGTTCGGTGAACGTCATTCGGCTTGGACCTTCTACGCGGGCTTCAATGAAATGTATAATACGGGTAAGGGCGGGTTGGAGTCGGCAGAAGAAGTATCTCCGGTCGTGCTGGATTGGCTGGATCGCAACGCCGATGAAGATAACTGGATGCTCTATGTGAACTTCTGGGATCCGCACACACCGTATCGGGCACCCCAGTCGCTGGGAAATCCTTTCGAGCAGGAACCGCTTCCCGATTGGATTACCGAAGAAGTGCTTCAAGAGCATCAGAAGAAGGTCGGACCGCATGGGGTGAACGAAATTAACATGTATAATAGTGAAGTATCCCCCGATTATCCGCGTCATCCCGGAGAGATCAGGACGATGGAGGATCTGCGGACCATGGTGGACGGCTATGATTGCGGCATTCGCCATATGGACGAGCATATCGGTGCGATCTTCGAATTGCTGGAGAACAAGGGAGTAATGGATGATTTGGTTGTCATCATTACCGCGGATCATGGCGAGAACATGGGGGAGCTTGGCATTTATGGAGAACACGGAACAGCGGATCAGGGCACTTGCCGTATCCCGATGATCATTCGGGGCCTGGCATCGTGA	MRVLLLDLDSTRPDHLGCYGYHRNTSPNIDRIAAEGVRFDNYYTSDAPCFPSRTALMTGKFGIHNGVVGHGGTAADVRHEGITRDFRDKLGSESFPAIFRRAGMKTALISPFGERHSAWTFYAGFNEMYNTGKGGLESAEEVSPVVLDWLDRNADEDNWMLYVNFWDPHTPYRAPQSLGNPFEQEPLPDWITEEVLQEHQKKVGPHGVNEINMYNSEVSPDYPRHPGEIRTMEDLRTMVDGYDCGIRHMDEHIGAIFELLENKGVMDDLVVIITADHGENMGELGIYGEHGTADQGTCRIPMIIRGLAS	PGPT0013620_694	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_CHOLINE-O-SULFATE|PHOSPHORYLCHOLINE_UTILIZATION,PGPT0013620-betC-K01133	NA	NA
JZ016_06589	534			hypothetical protein	GTGAAGGGGGGAACGGATCCCGAGCTCCACTATCATCTGGATATTCTCCCTACGATGGCGGAATATTTGAACGTTGCGCCGGTACGTAGCTGGGATGGCATCAGTTATGCGGAGAGCCTGCGGACCGGTAAAGGCGGCGGCAGGGAGTATCTGGTGGTTTCTCAATGCGCCCATGTCTGTCAGCGAAGCGTGCGATTTGGAGAATGGCTCTACATTCGAACGTATCATGACGGCTATCATCTGTTCGACAAAGAAATGCTGTTCCATATCACCGAGGATGTCCACGAGCAGTACAATCGGGCAGCTGAAAGACCGGATCTGTGCAGGGAGGCTGTATACCTTCTGAATGAATGGCATGATCATATGATGTCAACGATGCCGTATGACGTGGACCCGTTGTGGACGGTCATGAAAGAGGGAGGACCTTACCATGCCAAAGGTCATCTGCCCCGGTATATCGAGCGTTTGAAAAATACAGGCCGAGGGGAAGCGGTGCCGGAATTGATGCGTCGCCATCCGCAGGAATTCGTATAA	MKGGTDPELHYHLDILPTMAEYLNVAPVRSWDGISYAESLRTGKGGGREYLVVSQCAHVCQRSVRFGEWLYIRTYHDGYHLFDKEMLFHITEDVHEQYNRAAERPDLCREAVYLLNEWHDHMMSTMPYDVDPLWTVMKEGGPYHAKGHLPRYIERLKNTGRGEAVPELMRRHPQEFV	PGPT0013620_700	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_CHOLINE-O-SULFATE|PHOSPHORYLCHOLINE_UTILIZATION,PGPT0013620-betC-K01133	NA	NA
JZ016_06590	975		COG1262	Formylglycine-generating enzyme	ATGGGAGAACAACATTCTTGCTGCGCCGGCGTGAGAGCGAAAGTACAGTTGGGGGAAGCCGATCCGAAGGATCATCAAGACAGTCTAAGTGAAGGCCAATATCATGACCAGTCTCATCTTGAGCTACATTCCAACATGATCACGATCCCTGGAGGGACGTTTACGATGGGCACGAATTCACATGAAGGGTTCCCGCGTGACGGCGAGGGTCCGGCTCGCAGCGTGACCGTTTCCGGATTTGAAATCTCACCGTATGCCGTTACGAATGAACAGTTTCAACGGTTCGTGGAAGCTACCGGTTATGTCACGGAAGCGGAGCATTTCGGATGGTCGTTTGTATTTGAACTGCTGGCTTCGGAGGAGACCAAGGCAAGTGTTGCACAAGTTCCGCAGGAAGTGCCTTGGTGGCTGGTGGTCGAAGGCGCATACTGGGCTGCACCCGAGGGAGCGGATTCGAGCATCGAAGACCGAATGGACCATCCGGTTGTACATATATCCTGGAACGACGCGGTTGTTTATTGCCATTGGGCCGGTGTGCGGCTTCCCACAGAAGCGGAGTGGGAGTATGCGGCGCGCGGCGGTTTGGAGGGCAGGACCTATCCTTGGGGAGATCTGCTGAAGTTGGACGGAGAGCATCAATGCAACATATGGCAGGGTAAATTTCCAGTTAAAAATAACGCAAGCGATGGATTTATCGGTACCGCGCCGGTAGATGCCTATAAACCGAATGGTTACGGACTATATAACATGTCCGGCAACGTATGGGAATGGTGCGGCGATTGGTTTAGCCCGACTTATCATCAAATGACCTCGGCCATCAATCCGTTCTTTGGTGAGTCTACGGGTAGAAGGTCGATGCGCGGCGGTTCGTACCTGTGCCACAGATCCTATTGCAACCGTTATCGAGTCGCGGCACGCAGCGGGAATACGCCCGACAGTTCGACGGGCAATTGCGGTTTCCGTGTGGTGAGATAG	MGEQHSCCAGVRAKVQLGEADPKDHQDSLSEGQYHDQSHLELHSNMITIPGGTFTMGTNSHEGFPRDGEGPARSVTVSGFEISPYAVTNEQFQRFVEATGYVTEAEHFGWSFVFELLASEETKASVAQVPQEVPWWLVVEGAYWAAPEGADSSIEDRMDHPVVHISWNDAVVYCHWAGVRLPTEAEWEYAARGGLEGRTYPWGDLLKLDGEHQCNIWQGKFPVKNNASDGFIGTAPVDAYKPNGYGLYNMSGNVWEWCGDWFSPTYHQMTSAINPFFGESTGRRSMRGGSYLCHRSYCNRYRVAARSGNTPDSSTGNCGFRVVR				NA	NA	NA	NA	NA
JZ016_06591	804	glcR_5	COG1349	HTH-type transcriptional repressor GlcR	ATGGTGCAAGATCAATCAGGAATGTTTGCCGAGGAACGTCGTCAGAAAATTCTTGCTTTGCTGCATCAAGATAAACGGGTGATTGCCAAGGACTTGGCCGAGCGGTTTGAAATATCGATTGATTCGATTCGTCGGGATTTGACAATCATGGAGGAGCAAGGTTTACTCCAGAAAACGCACGGAGGCGCCATCCCCTCCATGAAAGTCAGGCAGCCGCCCTTGGCTCCGGAACAGCGGTATGGTGAAGGCTCTCCGGAAGGGCACGCCATTGCTCAATTAGCCGTTTCATACGTCCGAGAAAGAGATACCTTATTCATTGGCAGCAGCTCGCTTACCTACTTACTGCTGAAGTTTCTTCCGGAGCAAATGCCCTTGACAATCGTGACCAACTGCATGCGTGTAGCGGATGCCCTGCGAGAGCGCGAATGGATTGACACTTATTTAATTGGCGGACGGGTGAAGCCTTCCGGAAATATCACGGACGTGCTGGCTAACGAATTTATCCGTCAATTTAAATTTGATATCAGTTTCGTTAGCGGAGGCGGTATTTCCGATGAGGGAATATTCGTCGCTACACCAGAAGTTGCCGCTTTTGGACGCGCGGTCTCTGCCGTATCCCGCCGCAGAATTGGCTTGGCAACGCATCGGATCCTTGGGCAGGATGGTTTTGCCAGAGCTGGTGCCGTCGAAGATCTGGATGTGTTAATTACCGATCAGAAGGCGGATCAGGAGGTTATGGACCGGATTCAGGAGCTTGGCGTAAAGGTCATTGTGACGAAAACGGAAGAAGTTGCACAGACATGA	MVQDQSGMFAEERRQKILALLHQDKRVIAKDLAERFEISIDSIRRDLTIMEEQGLLQKTHGGAIPSMKVRQPPLAPEQRYGEGSPEGHAIAQLAVSYVRERDTLFIGSSSLTYLLLKFLPEQMPLTIVTNCMRVADALREREWIDTYLIGGRVKPSGNITDVLANEFIRQFKFDISFVSGGGISDEGIFVATPEVAAFGRAVSAVSRRRIGLATHRILGQDGFARAGAVEDLDVLITDQKADQEVMDRIQELGVKVIVTKTEEVAQT	PGPT0017590_89	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436	NA	NA
JZ016_06592	1002	thrB_4		Homoserine kinase	ATGATTCAGAAGCTTCTGCAAGCGAACTGGCCGGAGTGGGACGGTCAACTGGCTAAAGGTCCTACGGGTTGGAACAATACGACCCATTTTATTCATAATGAACAACGCCGTTCGGTCATGCGCATTTACAATACACATCGAGACAGGGCAAGAATCGAATTCGAGTTTGCGGTCCTGGACTCGCTGCAGCGGGTGCCGCTGAGCTTTAAGATTCCGGCTCCTATTCCATCCATGTCTGGCGATAAGATGGTTCGGGTTCAGGACGGGAGTGAGCGTTACGCCTGCCTGTTTACCTACATTGAGGGAGTACGTCCGGAAGAAGGCAGCATTCAAGCAGCGTATTCCTTCGGGGAGAAGACGGGGGAACTGGTGAATGCCCTGGCGGTTTGTTCAATCGAAATGAAGCCGGTGTACCCGCCGTATTACGAGCTGCTTCAGTCTTATCCTGTGTGCAACAAGACGTTCATACTTGATTTTTGCATGCAGCCGCCACCGGCATTCAAGGATCAAGGAGAGGCACTCCATTTGCTAAAAGAAGCATACATCGATATATGCAGCAGCCTTGAATCGCTAAAAAATCTGCCGCAGCAGTTGGTTCATGGCGATCTGAACTTTTCGAACCTGCTGGTAGACGCAGAGCACTCGCATACGGTCACCGCTTTGCTTGATTTTGAATTTTGTACACAGGATGTAAGAGCGATGGAGCCTGCGGTCGTCATATCGGGGTTTATGGGAATGGCGGACGAGAGGGAGGCCATCAGGCGGTTTTGCGAAGGATTTGCCAAACGTGTACGGCTGAGCGCAGAGGAGATTGGCACAATACCGATTCTCATGCGCTTGCGTATGGTGGATGTGTTTCTTCATTTTTTGAGCCGCTATCGGGAAGGGACCGATGAGTCTCATGTGTTAGTGGAACAAGTGGATATGCTGGCTGCCGGATTTAAGCGGATGGAATACAGCCAGGAGTGGCTGGATGATATGTTGTTTCAGTATTTGCTGTGA	MIQKLLQANWPEWDGQLAKGPTGWNNTTHFIHNEQRRSVMRIYNTHRDRARIEFEFAVLDSLQRVPLSFKIPAPIPSMSGDKMVRVQDGSERYACLFTYIEGVRPEEGSIQAAYSFGEKTGELVNALAVCSIEMKPVYPPYYELLQSYPVCNKTFILDFCMQPPPAFKDQGEALHLLKEAYIDICSSLESLKNLPQQLVHGDLNFSNLLVDAEHSHTVTALLDFEFCTQDVRAMEPAVVISGFMGMADEREAIRRFCEGFAKRVRLSAEEIGTIPILMRLRMVDVFLHFLSRYREGTDESHVLVEQVDMLAAGFKRMEYSQEWLDDMLFQYLL	PGPT0020285_91	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020285-thrB2-K02204	NA	NA
JZ016_06593	597	yjgB		putative protein YjgB	ATGAACTTGAAACATCCAGCAAAAAAAGCAATCGTTGCCTTGACCATGGCAGGCGTCTTCGGCGTAAGTGCAATCGGCGTAAATCATGCTGTTTTTCCGCTTCAGCAAGCAGAAGCCGCCCAGGCCGCAAATACCGGCGATTATGCCGCGAAGCAAGCGCTCAAGACACTTAACAGCTTCTATAAACCCGCTTTAAAGGGACATTTCCCTGGAGCCGTCATCGGTTTAACGATTGGCAAAAGCACGAAGCAGGACGTGTACAAAGCCATTGGCGAGCCTTCCGTGCCCGGCAAGCATGCCGATGCTTTCGATGTATACGGGGCAAACATGGGGAATCCTGGCTACGCCTTTTCCTATAAACTGAACAAAATCCGCGAAATGCGTTATTTTGGCACGAACGTGGAACAGCAGACCAACATCGGCGGCATCACCATGAAAATGCTGAAGCAGAATTGGTTTGCACCGGATGCCACAACCACTTTCAAAACCGGAAAAATCAAACAAACCAAGCTCACTTACAACCGGGGAGAGTACAAATTGGAGTTCATCTTTAACAGCAGCACAGAGCTGGACCATATTAATCTGCTGAAAAAATAA	MNLKHPAKKAIVALTMAGVFGVSAIGVNHAVFPLQQAEAAQAANTGDYAAKQALKTLNSFYKPALKGHFPGAVIGLTIGKSTKQDVYKAIGEPSVPGKHADAFDVYGANMGNPGYAFSYKLNKIREMRYFGTNVEQQTNIGGITMKMLKQNWFAPDATTTFKTGKIKQTKLTYNRGEYKLEFIFNSSTELDHINLLKK				NA	NA	NA	NA	NA
JZ016_06594	798	nirC_2	COG2116	Nitrite transporter NirC	ATGGAAACCGAATCATTACTCAAGGTGGAGCAGCTTGCTCTCAAAAAACACAAAATTTTCAAACAAAGCCATCTTCGTTACATCGCCCGCTCCATGCTTGCCAGCATGTTTATCGGCTTCGGTGTCATTGTTGCGTTTAAGACAGGCAACTTCTTTTATCTGGAACATTCCCCTCTGACTTACCCGATGGCCGCCATTACATTTGGCGCGGCGATCATTCTAATCGCATATGGGGGAGGGGATTTGTTTACGGGGAATACGTTCTACTACACGTATGCCGCTCTGCGCAAGAAACTAAGGTGGCTGGAGGTCGTCAAGCTGTGGGTATTCAGCTACGCGGGGAATATTTTGGGGGCGTGCACGTTTGCGCTGCTGATATTTTTGACCGGGCTTTTCATGGATTCATCCGTGAACGGTTTTCTGCTTGATGTGGTTGAGCACAAAATGACCACCCCGACGGTGCAGCTGTTTTTCAGGGCTATTCTCTGTAACTGGCTCGTGTGCCTTGCCTTTTTTATCCCGATGTCATTGAAGGGCGACGGGGCCAAAATGTTTGCCATGATGCTGTTTGTATTCTGCTTCTTCATTTCCGGATACGAGCACAGCATTGCCAATATGTGCACCTTTGCCATTGCGCTCGTACTGAACCATCCCGGCACGATTTCATTGGAAGGCGTACTGCATAACCTGATTCCGGTAACAATTGGCAATTTGATTGGCGGCGTGCTGCTGATGGGTTTTATGTATTATTTTGTGAACAAACCATTTCTGGATGCCAATGAATCCCTGGATGAATAA	METESLLKVEQLALKKHKIFKQSHLRYIARSMLASMFIGFGVIVAFKTGNFFYLEHSPLTYPMAAITFGAAIILIAYGGGDLFTGNTFYYTYAALRKKLRWLEVVKLWVFSYAGNILGACTFALLIFLTGLFMDSSVNGFLLDVVEHKMTTPTVQLFFRAILCNWLVCLAFFIPMSLKGDGAKMFAMMLFVFCFFISGYEHSIANMCTFAIALVLNHPGTISLEGVLHNLIPVTIGNLIGGVLLMGFMYYFVNKPFLDANESLDE	PGPT0000565_269	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRTATE|NITRITE_TRANSPORT,PGPT0000565-nirC-K02598	NA	NA
JZ016_06595	543			IS1595 family transposase ISSpgl1	ATGTTTCCAATACTAGAGACCCAACGATTAAGACTGCGGGAGATCCAGCATCAGGATGCCGGGGCTATCTACAGCTGCTTCTCGAATGATGACGTGACTCGCTATTACGGACAAGACACACTGACCACCCTAGAGCAGGCTCTCCATTTCGTTGAGCTCTTCGCTAACAATTACAGGGAGAAACGCGGAATTCGATGGGGCATCGAAAGGAAAGATGCCCAGGGTCTCATCGGCACGATTGGGTATAACGTATGGTCCCCGCGGCATAAGAGGGCCGAGATCGGATATGAATTACATCCTGCATTCTGGGGACAAGGTTATGCAAGTGAAGCCGCCTCTGCCGTTATCGCATATGGTTTTCAAGTGCTTGGCTTAACCCGCATCGGTGCCGTTGTTTTTATCGAGAACCAGGCTTCCCATGCCCTCCTGACCAAACTCGGTTTTGAAGCAGAAGGTATTCTTCGCCAGTATATATATCAAAATGGCGTGGCGCACGATACGCGGGTGTACTCATTATTAAAGAACCAGCTTCATTTGCGTTAG	MFPILETQRLRLREIQHQDAGAIYSCFSNDDVTRYYGQDTLTTLEQALHFVELFANNYREKRGIRWGIERKDAQGLIGTIGYNVWSPRHKRAEIGYELHPAFWGQGYASEAASAVIAYGFQVLGLTRIGAVVFIENQASHALLTKLGFEAEGILRQYIYQNGVAHDTRVYSLLKNQLHLR				NA	NA	NA	NA	NA
JZ016_06596	1839		COG0043	4-hydroxybenzoate decarboxylase subunit C	ATGAAATATCATAATCTGGAAGAATGCATTATGGATCTGGAGAAACATGGGCATTTGGTTCGTATACATGAAGAGGTTGATCCTCATTTGGAAATGGCTGCCATACATATGAAGGTCTATGCTGCAGGCGGCCCGGCACTACTGTTTGAAAATGTAAAAGGTTCGAGGTTCCGCGCGGTCTCCAACCTGTTCGGGACGATCGAGCGTAGTAAATTCATTTTTCGGGATACCTTTGCATCCACGCAAGACGTCATTGCGCTGCGCAACGATCCGATGAAGGCGCTCAAAAATCCGTTCAAATATGTCGGGACAGGATTAGCAGCTAAAACCGCGTTACCTATCAAAAAAACGGGGGGGCTGCCACCTGGGTTTCAGGAAATCCAAATTTCTGATATGCCGCTAATTAAACACTGGAAGGACGATGGCGGTGCTTTTGTCACGCTGCCTCAAGTCTATTCGGAAGATCCGGAGAAGCCCGGCGTCATGAATTCCAATCTGGGCATGTACCGGGTGCAGCTGACAGGCAACGAATATGAAACGAACAAGGAAGTCGGCATCCATTACCAGATCCACCGGGGCATCGGCATTCATCAAGCGAAGGCTAATAAATTGGGGCAGCCGCTTAAAGTAAGCTGTTTCATCGGGGGCCCCCCTGCCCATACGATTTCAGCGGTTATGCCGCTGCCGGAAGGCATGAGCGAGCTAACCTTTGCCGGCTTGCTGTCCGGACGCCATTTCCGGTACAGCTATGTTGACGGCTACTGCATTAGCCACGATGCGGATTTCGTCATAACAGGGGAGATCCATCCCGGCGAAACCAAGCCCGAGGGACCTTTTGGCGATCATCTGGGCTATTACAGCCTGGTCCATCCGTTTCCCGTCATGCGCGTGCACAAGGTTTACGCCAAACAGCAGGCAATCTATCCATTTACGGTAGTCGGAAGACCGCCGCAGGAAGATACGTCCTTCGGAGAACTGATTCATGAACTGACCGGCGGTGCCATCCGGCAAGAAATCCCGGGTGTCAAAGAGGTGCATGCAGTGGACGCTGCAGGAGTACACCCCTTGCTCTTTGCCATCGGCAGCGAACGATATACCCCTTATCAACAAGTAAAACAACCGGCTGAGCTTCTCACGATTGCCAATCGGATACTGGGCACGGGTCAATTAAGCTTAGCCAAGTATTTGTTCATCGCGGCGGAAGAGAAAGAGCCTTTAAGCACACATCGCATCGAGGACTTCTTGACCTATATATTGGAACGCATCGATCTGCAGCGGGACATCCATTTCCAGACCAATACCACGATCGATACACTCGATTATTCCGGGACCGGACTCAACACCGGCAGCAAGGTCGTATTCGCGGCGGTCGGGGATAAAAAAAGGGAATTGTGCCATGAGTTGCCTGAAGTCCTAAAGGATCTCCCGGGATACACGCCAGCAAAATGGATCATGCCCGGCATTGTTGCGATCCAGGGAGTCCCTTTTGCGAGTTATGCCGAAGTGGAGCAGGAAATGGCGAGCCTAAGCGATGCAATCCGCGAGCGAGGTTCGCTCCCGTCTTGTCCGATGATCATTCTGTGCGATGACAGTGAATTCATGAGTGCGACCGTGAATAATTTTCTGTGGGCAACCTTTACGCGCAGCAATCCTTCCCATGACATTCACGGTGTGAACAGCCGCTATGAGCACAAGCATTGGGGCTGTGATACGGTCATTATCGATGCCCGTACGAAGCCGCATCAGGCCCCGCCATTAATACCGGATGAAGAGGTCGAACGCAGCATCAAGCGTTTATTTGCGGACGGAGGCAGTTTAAGTCGGATTCCGATACGATAA	MKYHNLEECIMDLEKHGHLVRIHEEVDPHLEMAAIHMKVYAAGGPALLFENVKGSRFRAVSNLFGTIERSKFIFRDTFASTQDVIALRNDPMKALKNPFKYVGTGLAAKTALPIKKTGGLPPGFQEIQISDMPLIKHWKDDGGAFVTLPQVYSEDPEKPGVMNSNLGMYRVQLTGNEYETNKEVGIHYQIHRGIGIHQAKANKLGQPLKVSCFIGGPPAHTISAVMPLPEGMSELTFAGLLSGRHFRYSYVDGYCISHDADFVITGEIHPGETKPEGPFGDHLGYYSLVHPFPVMRVHKVYAKQQAIYPFTVVGRPPQEDTSFGELIHELTGGAIRQEIPGVKEVHAVDAAGVHPLLFAIGSERYTPYQQVKQPAELLTIANRILGTGQLSLAKYLFIAAEEKEPLSTHRIEDFLTYILERIDLQRDIHFQTNTTIDTLDYSGTGLNTGSKVVFAAVGDKKRELCHELPEVLKDLPGYTPAKWIMPGIVAIQGVPFASYAEVEQEMASLSDAIRERGSLPSCPMIILCDDSEFMSATVNNFLWATFTRSNPSHDIHGVNSRYEHKHWGCDTVIIDARTKPHQAPPLIPDEEVERSIKRLFADGGSLSRIPIR	PGPT0009530_242	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009530-ubiD-K03182	NA	NA
JZ016_06597	558			hypothetical protein	ATGAAAGCAATAAGGATTCCTTCGATTCTGCATGAGGTTTTCGGTGAACAGCAGTCCGTTGGCACGATTCTTGTCGTCTTGGCGTTCGGCGGATGTCTGACCCTAGCGGTAAGCCTTGTTTTTCCGGATATCCTGCATTCTTTGCCTTTATGGCGTGGTATCCTAGCTTTATTGCTTATTTTCGATATTTTCTGCGGCTGTATCGCCAATTTCACCCGCTCGACCAGTAATTTCTATGCAGCCCGTAAAAAACAGCGGATTGTGTTCATCGCCATTCACGTTCATATCCTCCTGGTCGCCGTATTGCTGGATACCGACATGGTGTATGCGGTGGGAATATGGGCATATACCATCGCTGGAGCTGTGATCGTGAATGCGCTGATCGGGAAATCATCGCAGCATTTTGTAGGAGGCTTGCTCCTATCGATCGGCATAGGGGGTACGTTCTTGCTGTCCAACATCCAGCCCTACATGTTATTGGCCGGCACCCTGTTTATGCTGAAAGTATTGTTCAGCTTCGCTGTCGATCATTATGGGGGAGCAGAACAACGGGCATGA	MKAIRIPSILHEVFGEQQSVGTILVVLAFGGCLTLAVSLVFPDILHSLPLWRGILALLLIFDIFCGCIANFTRSTSNFYAARKKQRIVFIAIHVHILLVAVLLDTDMVYAVGIWAYTIAGAVIVNALIGKSSQHFVGGLLLSIGIGGTFLLSNIQPYMLLAGTLFMLKVLFSFAVDHYGGAEQRA				NA	NA	NA	NA	NA
JZ016_06598	603			hypothetical protein	ATGAACGGGTATGAACGCAGAAAGCATAAAAAAATGGAACAAATCTACGCTGTCGCTTTCCAGCTTTTTTCGAGGCACGGTTACCAAAAGGTTAGCGTTAATGAAATCGCCCAACAGGCAGGCGTGTCACCTGCAACGATATATAACTATTTTGGAACCAAAGATCAGCTCTATATGGATATGATCATGGATTGGACGGACAAGCAGTTGGCGCTGTATGAGCGCATTCTGGATTCCGGGCGCACATTTGCCGAAAAGACCCAAGAAATCATGCTGCTGGAGGCTAAAAATCTGACCTTTTTATCGGAAGAGTTTCGGAATTTCCAAACCTCCGAGGAGCGCGGCATAAGTCAGACCATCCAGCAGTATAGCGAGGAGAAGGTGAAAGATTTTTTTATGAAGTTTGTCGCGCTGGGGAAACAAGAAGGGTATATTCATAAGGATCAAACCGAAGAGGTCACGATGCTGTACTTCTCGATGTTCATGCATGAGCTGGGGCGACGCTGGGATTCGGGGAACCGGGAATATGTCAACGGCAGCATGGAAACCTTGATGGAGCTTTTCTTTTATGGTTTAGCCGGACAAATACATGAAGGAAAATAG	MNGYERRKHKKMEQIYAVAFQLFSRHGYQKVSVNEIAQQAGVSPATIYNYFGTKDQLYMDMIMDWTDKQLALYERILDSGRTFAEKTQEIMLLEAKNLTFLSEEFRNFQTSEERGISQTIQQYSEEKVKDFFMKFVALGKQEGYIHKDQTEEVTMLYFSMFMHELGRRWDSGNREYVNGSMETLMELFFYGLAGQIHEGK				NA	NA	NA	NA	NA
JZ016_06599	288			hypothetical protein	ATGGACAAAAAAATGAAGGCAGTTAATCCCGAGGGTAAGTTAATGATTGATGTTATTTTAAGTTCAGAAATTATCGTAGATAGTTATGGGAAATTAACGTATGCAATTAAAGAAGCTATCTCTGCTGGCGAAATAGAAAAGCTTAAACAACTTCATTCCAAGTATCTCTATTTTTTTGAAAATTCGTTTAAGCGGTTGAATAAGTCTGAGAAGGAATTTATTCGGCGCTGGGTCGATGACAAGAAAGGAGCCGTACATGAACGAATTAACGAAAGCGCAAATCGTTGA	MDKKMKAVNPEGKLMIDVILSSEIIVDSYGKLTYAIKEAISAGEIEKLKQLHSKYLYFFENSFKRLNKSEKEFIRRWVDDKKGAVHERINESANR				NA	NA	NA	NA	NA
JZ016_06600	213			hypothetical protein	ATGAACGAATTAACGAAAGCGCAAATCGTTGATCTGGTGACAAGTCTGTATAATGGGGAAGGCAGCGAGGAAGAGGTGGGGGAATGGATCGAATTGCTGCAGCGGAATGTTCCCCACCCCGACATTAGCAATTTGATTTTTTGGCCGGAAAAAGATCTGACACCTGAGGAAATCGTTGATAAGGCATTGAATTATAAACCAATCGTACTATGA	MNELTKAQIVDLVTSLYNGEGSEEEVGEWIELLQRNVPHPDISNLIFWPEKDLTPEEIVDKALNYKPIVL				NA	NA	NA	NA	NA
JZ016_06601	279			hypothetical protein	ATGGTTCTAAGCATGGACGAAATCGTCAATGCGGTCTGCCTTCATCAGGCGGAACGCAGAGGCGTCAAACCAACCGATGTATCGCTTGAGCTTAGCTGGGACGAAGATACCGGATATACAGCTGAAGTATGGGTCGGCGGAAGAACGCAATATTTGATTGAGGCTAACCTCATCGAAGCTATTCTCCGCTACCTGTACTCCGAATACAATATCCGCGCTTACAGTGAGCAAGTACGACTTGAGCTGGAAGACGAAATTATCGCAATCGTTCAGCAATAA	MVLSMDEIVNAVCLHQAERRGVKPTDVSLELSWDEDTGYTAEVWVGGRTQYLIEANLIEAILRYLYSEYNIRAYSEQVRLELEDEIIAIVQQ				NA	NA	NA	NA	NA
JZ016_06602	441			hypothetical protein	ATGAAAAAAGTATTGACGATTCTTGTAGCGATTACACTGTTCTTTGTAGCGCTGACGCCTGATTCCGCAGATGCCAGAAGAGGTGGCGGAGGTTTCAAATCCGGGACCAAGTCATACAACAGCACTCCGAAAAAGGATACTAATAATGTTCAACAAACGAACAACCGTTCCAATACAGGGGCAGCCGCTAACACGAAAAAACCAGGATTTTTCAGCGGTGGCAGCTTGATGAAAGGACTTATGATCGGTGGTCTGGCTGGCTTGCTCTTCGGCAGCATGTTCGCCGGCATGGGCTTCATGGGCGAAATCATGGGATTGCTCATTAACCTGATCGCAATCTGGGCTTTGATTATGATCGTTATGGCTGTTGTACGCTCCGTGAAGAATCGCCGTAAACAAAACGAGCCTCGCGACAACAACAATAACAATAATCGGTACTAA	MKKVLTILVAITLFFVALTPDSADARRGGGGFKSGTKSYNSTPKKDTNNVQQTNNRSNTGAAANTKKPGFFSGGSLMKGLMIGGLAGLLFGSMFAGMGFMGEIMGLLINLIAIWALIMIVMAVVRSVKNRRKQNEPRDNNNNNNRY				NA	NA	NA	NA	NA
JZ016_06603	579			hypothetical protein	ATGAATACGTTGTCATACGGCTTGTTAGGCTTACTAGCAAGAAGAGAATCATCAGGATATGATTTGATGCTTCGAATACAGCCCTTTTGGCAGGCCAAACACAGTCAAATCTATCCCCTGCTGTCCAGCATGGAGGAGAAACAGCTGTTGTCCTCGCACTGGGTTCAGCAAAGCGATAAACCGGACAAGAAAATTTATGCGATTACAGAAAAAGGCATGCAGAAGCTGCGTGAATGGATGTACCAACCAATCGCGCCTGCAGTCACCAAGGATGAACTTTCTCTTCGAACCTTTTGCCTGTGGCTGACGGAGATCGGCATCGCCGTCGATATTTTCGAGGACCGCAGAATCGGGTATCTGGAGAAAAAACGTTATTATGAGCAGATTTTAGAGGGAATTCCGGAGGATACCCGCGAGATTGGAAGCAAGGCTTTCAGCAATTATGTACTCGCTACCAAAGGGCTGATGATGGCTGAAACCGAGCTGAAATGGTGTGATTGGGTACTGGAATTACTGAGACAGCAGCAGCACACAACAGCCTCAAAACATGGCCGCACAAATTTTGAAACCTTATCGTGA	MNTLSYGLLGLLARRESSGYDLMLRIQPFWQAKHSQIYPLLSSMEEKQLLSSHWVQQSDKPDKKIYAITEKGMQKLREWMYQPIAPAVTKDELSLRTFCLWLTEIGIAVDIFEDRRIGYLEKKRYYEQILEGIPEDTREIGSKAFSNYVLATKGLMMAETELKWCDWVLELLRQQQHTTASKHGRTNFETLS	PGPT0025575_93	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR|BF-CELL_DENSITY_REGULATION	CE-QSR|BF-BIOFILM-LOW_CELL_DENSITY_REGULATOR,PGPT0025575-aphA-K10917	NA	NA
JZ016_06604	570			hypothetical protein	ATGGAAAAACACCTTAACAGCATACTGGAACACAATCGCAGCTTTGTAGAGAATAAAGAGTACGAATCCTACCTGACAGGGCGTTTTCCTGAGAAGAAACTCGTCATTATTACTTGTATGGATACACGATTGGTTGAACTGCTCCCTAAAGCGATGAATTTCAAAAATGGCGACGTCAAAATCATTAAAAATGCCGGCGCGATCATTTCACAGCCCTTCGGAAGTGTTATGCGAAGCGTCATGGTTGCACTGTACGAGCTGCACGCCGAAGAAGTCATCGTTGTGGGTCACTACGAATGCGGCATGGCTTCCTTGAACGCGGATGATATGATCCAGCATATGAGAGACCGCGGCATATCCGATGAAGTGTTATCCACGCTGGAAAACTCCGGCATCCGGTTATCCAAATGGCTTCGCGGTTTCGATAACATTACGGACGGCGTAAAAAATACGGTGAGCCTGATTAAAAACCACCCGCTTCTTCCTCCAAACGTTCCCGTTCATGGCATGGTCATCGACCCTAACACCGGCGCGCTTGATCTGGTCGTAGAAGGATACGAGAACGAATAA	MEKHLNSILEHNRSFVENKEYESYLTGRFPEKKLVIITCMDTRLVELLPKAMNFKNGDVKIIKNAGAIISQPFGSVMRSVMVALYELHAEEVIVVGHYECGMASLNADDMIQHMRDRGISDEVLSTLENSGIRLSKWLRGFDNITDGVKNTVSLIKNHPLLPPNVPVHGMVIDPNTGALDLVVEGYENE	PGPT0002415_6487	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673	NA	NA
JZ016_06605	330			hypothetical protein	GTGAATATTCAACTCACCCGGCAAGCCGAGCTGAAGCTGAAGGACAAGCTCGGGGACAAGCCGGGCGCAATCAGGCTGATCTATGACACGGAGGGATGCGGATGTGCCGTCAACGGCGTCCCAAGCCTGCGTATTGTAGATGAGCCGACGACGGAAGATATCGCTGTCGAGACAGGCAGCCCGGTGTCGTTTATCGTAAACCGCAAGCAGGCCGTTTTTTTCGAAGAGAAGATGAGGCTCGATGCAGATCCAGCCACTTACTCCTTCCGGCTGGACAGCAGCGGACAGAACTATGGCACCAATATTCAAGTATTAGATGCCAGAGCGTAA	MNIQLTRQAELKLKDKLGDKPGAIRLIYDTEGCGCAVNGVPSLRIVDEPTTEDIAVETGSPVSFIVNRKQAVFFEEKMRLDADPATYSFRLDSSGQNYGTNIQVLDARA				NA	NA	NA	NA	NA
JZ016_06606	1518	ypwA	COG2317	Carboxypeptidase 1	ATGGCAGTACAACATTTACCACAATGGGAACAATTTGATCGATTGGTTCGCAAAATTATGAGTTATTACGAAGCTATTGGCCTACTTCATTGGGATTTACGGACGGGTGCTCCACGCAAGGGAACCGAAATCCGTTCAGAAACGATCGGGGTTTTATCTACAGAGGCATTTAAACTGCAAATATCGGAAGAGATGGGTCAGCTGTTATCATTTTTTTCGGAGCCGGAACAGGCGCATCAGCTGGATGATCGCGAACGCCGCATGATTGCGGAAGTGCGGAAGGTGTACGATCAGAGCAAATCCATTCCGCCTGAACGCTTTCAGGAGTATTCCATTCTCGCCGCCCAATCGGAGACGAAGTGGGAGGAAGCGAAGAAGAACAGCGATTTTGAAGGTTTCGAACCTTACTTAACGAAGATCGTTGCGTTCAAGCAAGAGTTTATTGATTATTGGGGCGTGAAAAACACCAGATACGACACACTCCTTGATATGTATGAGCCGGATTTAACGGTGGAAAAGGTGGATGCTATTTTTGACCGTCTGAAAGCGCGCCTGGTACCGCTGGTTCATGCGATCCAGAAATCGCCCTACAAGCCGAGAACGGACTTCTTGAAGCAGCTGTTCCCGAAAGAACAGCAGGAGAAATTCAGTTTGTTCCTGCTGGAGCAGATGGGCTACGACTTTGAAGCGGGACGTTTGGACGAGAGTGTGCATCCATTTGCAACGGGCTTAAACCCTGGAGACGTGCGCATTACGACCATGTATCTTCCGGACGATGTGCTAAGTGCGGTATTCAGCTCTTTGCATGAGGGCGGGCATGCCCTTTATGAGCAAAATATCGATAAAGAGCTTGCAGGAACGCCGCTCTCCGGCGGTACCTCGATGGGCATCCATGAATCTCAATCCCGATTGTGGGAAAATATGATTGGTCGCAGTCGCCCGTTCTGGCGCCGTTATTTCGCGGATCTGCAGCAGCACTTCCCAGAACAATTGAAGGACGTGGACATCGAGGATTTTTATTTGGCCGCGAACAAGGTAGAGAACTCTCTGATTCGAATTGAGGCGGATGAGCTTACTTATAACCTGCACATCATTATTCGTTATGAGATCGAGAAGAAACTCTTTAACGAAGGTTTGGCCGTGAAGGATCTGCCGGAGACCTGGAACGCGAAGTATAAAGAATACCTCGGCATTATGCCGCCAAATGACGGAATGGGCGTTCTGCAGGACGTTCACTGGTCCGGCGGGGATTTCGGATATTTCGCTTCGTATTCCCTTGGCAATATGTATGCGGCCCAGATGCTTCACACGATGCGCAAAGAACTGCCAAACCTCGACCAGCTTATCGAAGAGGGGAACCTCGCCCCGATCAAGGAATGGCTGACGGACAAGGTTTACAAGTACGGAAAGAGCGAGAAGCCGTCCGAGATCATCGTGCGCGTCACCGGAGAAGAATTGAATCCGGACTATCTGGCCGATTATCTCGAAGAGAAGTATAAAGAGATTTACAAACTTTGA	MAVQHLPQWEQFDRLVRKIMSYYEAIGLLHWDLRTGAPRKGTEIRSETIGVLSTEAFKLQISEEMGQLLSFFSEPEQAHQLDDRERRMIAEVRKVYDQSKSIPPERFQEYSILAAQSETKWEEAKKNSDFEGFEPYLTKIVAFKQEFIDYWGVKNTRYDTLLDMYEPDLTVEKVDAIFDRLKARLVPLVHAIQKSPYKPRTDFLKQLFPKEQQEKFSLFLLEQMGYDFEAGRLDESVHPFATGLNPGDVRITTMYLPDDVLSAVFSSLHEGGHALYEQNIDKELAGTPLSGGTSMGIHESQSRLWENMIGRSRPFWRRYFADLQQHFPEQLKDVDIEDFYLAANKVENSLIRIEADELTYNLHIIIRYEIEKKLFNEGLAVKDLPETWNAKYKEYLGIMPPNDGMGVLQDVHWSGGDFGYFASYSLGNMYAAQMLHTMRKELPNLDQLIEEGNLAPIKEWLTDKVYKYGKSEKPSEIIVRVTGEELNPDYLADYLEEKYKEIYKL				NA	NA	NA	NA	NA
JZ016_06607	1002			hypothetical protein	ATGAAGCGTCAAAAATGGTGGGGGCTGGCGTTAACCATGCTGCTTGTTTGCGGAGTGGCGCTTGCCGGGTGCGGTGGCGGCGGATCGGCTACGAAGGTCAAGATTGGCGAAGTGACGCGCTCGATCTTCTACGCGCCGCAGTACGTCGCATTGGAAAAAGGATTTTTTAAGGAAGAGGGGCTTGATGTCGAGCTGCAGACGACCCCTGGCGGAGACAAAACGATGACGGCCCTGCTGTCAGGAGCCATCGATGTGGCACTTGTCGGCTCGGAAACTTCGATTTACGTGTATCAACAGGGCTCTGAAGATCCGGTCATTAACTTCGGACAGGTGACGCAGACAGACGGGACATTTTTGATGGCCAGGGATGAGGGCGCATTTGACTGGAACAACCTGAAGGGTAAAGTATTCCTCGGTCAGCGTAAAGGCGGAATGCCGCAGATGGCAGGCGAGTTTACGCTCCGTAAAAAAGGGATCGATCCGCACGCGGACCTGGAACTGATTCAGAATATCGATTTTGCGAATATCGCCTCTGCTTATGCTTCCGGCACCGGTGAATTTGTTCAGCTCTTTGAACCGCAGGCCTCCATCTTTGAAAAAGAAGGCCGTGGCAAAGTGGTGGCTTCCTTTGGCGTAGAAAGCGGACGACTGCCATATACCGTATTCATGACAAAACAGAGCTTTATCGACAAAAACGATGCCACGGTGCAGAAGTTTACGAATGCCCTGTACAAGGCACAGCAATGGGTGGATGCGAGCAGCCCCGAAGATATCGCGGATGCAATCATGCCTTATTTTAAGGATAGCGACCGCGACATCGTAGTGTCTTCCGTTAAACGCTACAAGGAGCAGGGCAGCTATGCGACCGATCCGATCGTGGACGAGGCGGAATGGAACAATCTGCTGGACGTGATGGAGCAGGCCGGGGAACTGAAAGAACGTGTAGCGCCTGAAACAATCGTCAACAACAGCTTTGCCGAGAAAGCGAAACAAGCCAAATGA	MKRQKWWGLALTMLLVCGVALAGCGGGGSATKVKIGEVTRSIFYAPQYVALEKGFFKEEGLDVELQTTPGGDKTMTALLSGAIDVALVGSETSIYVYQQGSEDPVINFGQVTQTDGTFLMARDEGAFDWNNLKGKVFLGQRKGGMPQMAGEFTLRKKGIDPHADLELIQNIDFANIASAYASGTGEFVQLFEPQASIFEKEGRGKVVASFGVESGRLPYTVFMTKQSFIDKNDATVQKFTNALYKAQQWVDASSPEDIADAIMPYFKDSDRDIVVSSVKRYKEQGSYATDPIVDEAEWNNLLDVMEQAGELKERVAPETIVNNSFAEKAKQAK	PGPT0001135_5567	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051	NA	NA
JZ016_06608	774	ssuB_2	COG1116	Aliphatic sulfonates import ATP-binding protein SsuB	ATGGTACCGGTAGTTGAATTGAACGATATCGCTCACGTATATGTCACGGATCGGGAAGCCTCTCTGGCTGTGGAAGGGATTCAATTGAAGGTGGAACCGGGGGAGTTCATCAGCCTGGTTGGGCCTAGCGGCTGCGGCAAGACAACGATTTTGTCTGTCATTGCCGGCTTGCTGCAGCCATCTAAAGGAGCCGCTTATGTGAACGGCAAACCGGTAAACGGGCCGTCGCCGGCGGTCGGGTACATGCTGCAGCAGGACTATTTATTTCCTTGGCGCACCATTATGGATAACGCCTTGATCGGCTTGGAACTGACGGAGCGGTTGAATCCGGAAAGTCGCGGTATCGTTCAGAGTTTGCTCAAGGAGATGGGCCTTGGGGACAGCGGCAACCTCTATCCCGCCCAGCTGTCAGGCGGAATGAGACAGCGGGTTGCACTTGTAAGGACCTTGGCGACGGATCCGGGCCTGCTATTGCTGGATGAACCTTTCTCCGCACTCGATTATCAGACGAAGCTGCAGCTTGAAGATCTGATCGTGGACACCTTGAAGGAGCGCGGGAAGACCGCCATCCTGGTGACCCATGATTTGTCCGAAGCCATTGCGATGAGCGATCGGGTCATTCTCCTGAACCGCAACCCGGGGAGGATTCACCGAATGTTCAATATTCCTGAGAACATACGTCAGGTACAGCCTTTTTATGCTCGTAAGGAGCCGGGGTTCAACGAATTGTTTCATGAGATCTGGGGCGAAATGCAAACGATCGGGAAGGAGTGA	MVPVVELNDIAHVYVTDREASLAVEGIQLKVEPGEFISLVGPSGCGKTTILSVIAGLLQPSKGAAYVNGKPVNGPSPAVGYMLQQDYLFPWRTIMDNALIGLELTERLNPESRGIVQSLLKEMGLGDSGNLYPAQLSGGMRQRVALVRTLATDPGLLLLDEPFSALDYQTKLQLEDLIVDTLKERGKTAILVTHDLSEAIAMSDRVILLNRNPGRIHRMFNIPENIRQVQPFYARKEPGFNELFHEIWGEMQTIGKE	PGPT0001140_6447	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049	NA	NA
JZ016_06609	834	ssuC_3	COG0600	Putative aliphatic sulfonates transport permease protein SsuC	ATGACATCAAGGGATGAGCCTCATGCTTCTTCTTCGAAGGGCTGGCTCCAGGATATTTATGTAAAACACATGAAGCGCAAGAAAAGTTTACGCAGACGCGTGCTGACCGTCCAGCTTAGCATGCTGCTGCTATTCTTTATCTGGTGGGAAGCGGCGGGGAGATTCAAATGGATAGACGTGCTGCTCTTCAGCTATCCGACCAAAATTTTTGCCAACATATGGGGGAATATGATCAGCGGCGAGTTATGGGGGCACTTGGGGATCACGGTAGGGGAGACGGTTGTCGGATTCCTGCTCGGTACGCTGGTAGGCACGCTGCTCGCCGTATTCATCTGGTGGTCACCGTTTCTTAACAAGGTTCTGGATCCCTATATGGTTGTGTTCAACAGTATGCCGAAAGTAGCGCTGGGTCCGATATTTATCGTGATGTTTGGCGCAGGTTTTACGGCTATTGTTGTCACTACGTTATCCATCACGGTCATCGTGACCACGCTTGTTGTATACAACAGTTTTCATGAGGTGGATTCCAATCTGATCAAGGTCGTCCGGACGTTCGGCGGAACCAAGCGCCAGGTGTTTCAGCGGGTTATTTTGCCAGCTTCGTATCCGGCGATCGTATCAACGCTCAAGGTCAATGTGGGCATGGCATGGGTCGGCGTCATCGTCGGCGAATTTCTGGTCGCCAAATCGGGTCTCGGTTACTTGATTATGTACGGGTTTCAGGTATTCAATTTCACGCTTGTGCTGTCGAGTCTGCTCATTATCGCCGTCGTGGCAACAGCCATGTATCAAATGGTGGTATATATAGAAAGGAAATTGCTGACTCATCGTTAA	MTSRDEPHASSSKGWLQDIYVKHMKRKKSLRRRVLTVQLSMLLLFFIWWEAAGRFKWIDVLLFSYPTKIFANIWGNMISGELWGHLGITVGETVVGFLLGTLVGTLLAVFIWWSPFLNKVLDPYMVVFNSMPKVALGPIFIVMFGAGFTAIVVTTLSITVIVTTLVVYNSFHEVDSNLIKVVRTFGGTKRQVFQRVILPASYPAIVSTLKVNVGMAWVGVIVGEFLVAKSGLGYLIMYGFQVFNFTLVLSSLLIIAVVATAMYQMVVYIERKLLTHR	PGPT0001145_4055	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-RELATED_FUNCTIONS	N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050	NA	NA
JZ016_06610	981			hypothetical protein	ATGGGATTTCGTGTCATCAAAACGGCTGCGGCAAGCCTGCTTGCCATCTTAATTACAGATGCCTTGAACATACCGGGGGCTACGTCCGCCGGTCTTCTTGCTATACTTGGCGTTGACGTCACGCGAAAACGGAGTGTGCGCTCCATATCGTCCAGATTGTTCGCTTCATTGCTGGGTCTGGTGCTGGCGTGTATTCTATTTTATTTTCTCGGATTTCATTATTGGGTATTGGCTCTATACATATTGCTTGCCTTTCCCGCGATTTCGAAGGCGAACTTCAAGGAAGGCATCGTAACCAGCTCGGTCGTGGTGTTTCGGGTGTTCCAGGGGGAAGAGATCGGGATGGACATTTTGCTCACCCAAATTGAACTGTTGATCATCGGTCTCGGATCGGCGATGCTTGTGAACCTGGTTTATATGCCGAACAGCGAGGGAGCGATGATGGAGATCCGCCAGAAGGTGGACGGGCTCTTCTCCGTCATTTTCCGTCACTTCTCGCTTACGCTTCGGGATCCTGAACATATATGGGACGGGAAAGAGCTGATTGAGGCCAACCGGCAGATTGAGAAAGGAATTGAGGAAGCGAAGCGGGCATCGGAGAACCAGATGATTCATCCGGACGGCTCCTGGAACATCTATTTTTATATGCGGAAGGAACAGATGGAGAATATCCAGAGCATGATGCATCAAATATCCCAGGTGTACGAGCGGCTTCCTCACGGTGTGCTGACGGCGGAAATATTCGATCAATTAAGCAAGGATGTCGTTGCCGAAGGATATACGGGCAAGTCCGAAGGATTGCTGATTGAGCTGGAGGACAGGTTCAAGGAGATGGAACTGCCGACTACTCGCGAAGAATTCGAGGTCCGTTCCGCGATCCTGCAGCTATGCCATGAGCTGGAATACTATTTGAATATTTCAAAGAAGTATAAGGCGCCCACGGCAAAAAAACCGCAGAAGCGCGCGGATTCGGCCGTATAG	MGFRVIKTAAASLLAILITDALNIPGATSAGLLAILGVDVTRKRSVRSISSRLFASLLGLVLACILFYFLGFHYWVLALYILLAFPAISKANFKEGIVTSSVVVFRVFQGEEIGMDILLTQIELLIIGLGSAMLVNLVYMPNSEGAMMEIRQKVDGLFSVIFRHFSLTLRDPEHIWDGKELIEANRQIEKGIEEAKRASENQMIHPDGSWNIYFYMRKEQMENIQSMMHQISQVYERLPHGVLTAEIFDQLSKDVVAEGYTGKSEGLLIELEDRFKEMELPTTREEFEVRSAILQLCHELEYYLNISKKYKAPTAKKPQKRADSAV				NA	NA	NA	NA	NA
JZ016_06611	567			hypothetical protein	ATGTCATTGAGTCATAAACACCAATGTAGAGAAATCATCACGAAGGCGATCTGCGGCAAGGGTCGTAAATTCTCTACCGTAACACATACCGTGACTCCGCCTAATAATCCGACCAGTATTTTGGGGGCTTGGATTATAAACCATCAATACGAGGCGGTTGCCGCCGGAGACGGAATTGAAGTTATTGGTACTTACGATGTTAACATCTGGTATTCCTATGACAAAAATTCACAGACCGATGTGGCGAAAGAAACGGTATCGTATGTAGAACGCGTGCCTCTTTCCTATCTGGATCCGAAGCATCGTGCATCCACGGTGGAAGTGTCGGCTGAAGCGACACAGGAGCCGAGCTGCGTTGAGGCCAGCGTATCCTCGAATGGCACGAGTGTCATTCTGCGGGTAGAGAGAGAGTACGCGGTGGAGCTGATTGCCGAGACCAAGGTCGTTGTCAAAGTATGCAGCCATCATCATGGCGATTACGAGGACAAAGAATTCGATTACGTCCTGGGAGACGAAGTCGATGATTACGAAGACCTTGATTACGAAGGTCTGGAGGATGAACTGTAA	MSLSHKHQCREIITKAICGKGRKFSTVTHTVTPPNNPTSILGAWIINHQYEAVAAGDGIEVIGTYDVNIWYSYDKNSQTDVAKETVSYVERVPLSYLDPKHRASTVEVSAEATQEPSCVEASVSSNGTSVILRVEREYAVELIAETKVVVKVCSHHHGDYEDKEFDYVLGDEVDDYEDLDYEGLEDEL	PGPT0025155_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_COAT_PROTEIN,PGPT0025155-cotE-K06328	NA	NA
JZ016_06612	1251			hypothetical protein	ATGGCTCAATTTAAAGTAAAACCAGCTGCTGTAAAAGAATATGTACCCTTGAAGGGAGCTGCTGTGCTTCTCGCGCAGGCACGTCTGTCCAGATCCGGAATACCGTCCCTTCTGGGCTTGGGCTCGGTTGAGGAAAAGCATTACACGGCCAGGTACGCGGTTCATGTTGAGCAGCTGTCCGCAGTCTCGATCCGCTCCTATCAGCTCGGCGGCGGTGAAGTCATGTTTGAGCCTGACCCCGAGAACGGGAGGTATGAGGATGGCCTGCATCGGCGATTGGAGAAAGCGGCCCTGCGGTCGCTGTATACGCTGGGCGTGGATGAAGGAGAGGTTATCATCAATGCCCGGCCCGAGCGAAGATATGTAGTCGAGGACATCCGCATGAAAGCGGGCCGGATTAAAACCGTCATGAGTGCGAAGGGGGTGCCGGCGGCAGGTTTTCACGCGCATAACGAAGACAGTGAATCCCCTTTGGCTGCGCCGCTGCTCATGGGGATGGATCCCGAGTTTGTGCTGATGAAGGATAACGGGGAGATTGTGTTTGCATCCGAATTTATGGAGCGCGGCGGATCGGTCGGCAGTGACGCCGTTCGTTTTCGGGGGGAGGTCATTTACCCCATTGCCGAGCTCAGACCGTTACCGAGAGCGAATCCGAAGGCGTTAATGATTGAAATGCAAAAAGCTCTGCGTCAAGCCCAGAGCCTGATTACCGATCGTTCGCTGACATGGAGGGCAGGAGCTCTGCCTTATGGTGATTTCCCGCTAGGCGGTCATATTCATTTCAGCGGAGTACCGCTCTCCCTGTCCCTTCTTCAGACGCTGGACAATTATCTGGCTCTGCCGCTGGCGCTGCTCGAAGACCCCAAGGGGCGTTTTCGCAGACCGCGTTATGGGTTCCTGGGGGATTTTCGGAGGCAGCCGTATGGCGGCTTTGAATACCGTACGCTTCCCAGCTTTCTCGTTTCCCCGCTTGTCGCGAAGGTGTCACTTTATGTTGCCTACCTGGCAGCTCGATACAGCGACCGTTTGCTGGCGAGGCCATTCAATACGGAGCGTTACCATCGCGCCTATTATGAAGGCGACAAGTCCGTGCTTAAAGAATGTATCGCAGGCTGGCACAGGGATTTATCAGCGCTGCCGGAATATTCGGACTTTGCCCGCGAAATCGAACTGGCGCTTGCTCACATGGAAGCGGGGCGGGCCTGGGATGAGAGCAGAGATATCAGGCCGCTATGGAATATTCCCGTTTAA	MAQFKVKPAAVKEYVPLKGAAVLLAQARLSRSGIPSLLGLGSVEEKHYTARYAVHVEQLSAVSIRSYQLGGGEVMFEPDPENGRYEDGLHRRLEKAALRSLYTLGVDEGEVIINARPERRYVVEDIRMKAGRIKTVMSAKGVPAAGFHAHNEDSESPLAAPLLMGMDPEFVLMKDNGEIVFASEFMERGGSVGSDAVRFRGEVIYPIAELRPLPRANPKALMIEMQKALRQAQSLITDRSLTWRAGALPYGDFPLGGHIHFSGVPLSLSLLQTLDNYLALPLALLEDPKGRFRRPRYGFLGDFRRQPYGGFEYRTLPSFLVSPLVAKVSLYVAYLAARYSDRLLARPFNTERYHRAYYEGDKSVLKECIAGWHRDLSALPEYSDFAREIELALAHMEAGRAWDESRDIRPLWNIPV				NA	NA	NA	NA	NA
JZ016_06613	2769	mutS	COG0249	DNA mismatch repair protein MutS	ATGGCTAAATATACGCCGATGATTGAACAATATTTGAAGGTCAAAGAACAAGCGCGCGATGCGTTTCTTTTTTTCCGCTTAGGCGATTTTTACGAAATGTTTTTTGATGATGCAATCCTTGCATCGAAGGAATTGGAGATTACGCTGACCGGCCGCGAAGGCGGCGGTGCAGAGAAAATACCGATGTGCGGAGTCCCTTATCATTCCGCGGAGGGTTATATTCAGCGGTTGATTGAGAAGGGGTACAAAGTCGCCATCTGCGAACAGATGGAGGATGCTTCAGTCACGAAAGGCATGGTGCGGCGGGAAATCGTTCGGGTCGTCACGCCGGGGACCATCATGGACGGCAAGGTTGTGCACGACAAGTCGAACAATTACATGGTGTGTGTCACGGAAACGGGCGGCTTGATGTCTTTATCGGCATGCGATCTGTCAACCGGGGAGCTTTATGTGACGTCAGTTCCATCTTCGGAGGAATGGCTGCGGGATGAGATTGGCCTCTATGAGCCTTCCGAGATTATTGGGGACGCGGCGCTGCTTGATATCATTTCATCTCAGGCGCTTCCAGGCAGCCGCAACATCGTCTATACGGCATGGGATCGCAGGGAGGACGCATTGGTACGCACCCAGTTCGGTGAGCCGGCTTGGGCCCGCCTGGAAGAGGAGCGAAGAGCCTGCATATCCCTGCTGATCTCGTATTTAAGCGAGACGCAGAAGCGGTCGCTGGGGCAGCTGACGCAGATTGCTTCCTATGAACCGGGACAATACATGGTTCTGGATCCGTTCACCAGACGCAACCTGGAGCTGGTTGAGACGGTTCGTGAGCGTTCGAAGAAAGGATCGCTCCTGTGGCTTCTGGATCGCACGGAAACCTCGATGGGAGCCAGACTCCTGCGGCGGAGAATCGATAAACCGCTGCTGTCCCGCAGCCGGATTGAAGAGCGGCTGGAGGCTGTTGAGCATTTGTATAACCAGTACATACTGCGTGAAGATTTGCGGATGGCGCTTAAAGAGATATACGATCTGGAGCGATTGGTCGGCCGGATTGCGTTCGGCAGCGCGAACGGACGGGATTTGAACGCGCTCAAACTGTCATTAAGACAAATTCCTTCTCTGAAAGAGCTGTGTGCCGAGTCTGCTTCCGAGACGCTGCGCCGGGTGGCTGCGGATACGGATATTTGCGACGATCTGTGCGAACTGATCGAGAATGCGATTGTTGACGAACCGCCGGTATCCGTGCGTGACGGAGGCATCATCAAGCCGGGTTATCACGAGCGGCTGGATGAGTTTCGTGAAGCGAGCACCAGCGGCAAACGCTGGATCGCCGAGCTGGAAGCCAAGGAACGCGCGGCTACGGGGATCAAGTCGCTGAAGATCGGTTACAACAAGGTGTTCGGCTATTATATCGAGGTGACGAAGTCCAATCTGTCGTCCCTGCCGGAAGGCCGGTATGAGCGCAAGCAGACGCTGGCGAACGCGGAGCGTTATGTCACGCCCGAGCTGAAGGAGAAGGAAGGATTGATCCTTGAGGCGCAGGAGAAGATGGTGGATCTGGAGTACGCTCTCTTTACCGAGCTCAGGGACAAGCTGAATACCCAAGTGAGCCGGCTCCAAAAGCTCGCGGAGCGCATTGCCGAGATTGACGTCTATCAATCCCTGGCCGCGGTCAGCGCGGAATACCGGTTCGTGAAGCCGGAGCTGAGCGAAGGGTATGATTATATCGTTGAAGGCGGTCGTCATCCTGTCGTGGAAGCCGTCATGAAGGATTCATCGTTTATCGCGAACGGGACGGATTTACGCAAGGACGGCTCCTCGATCCTGCTGATTACCGGTCCGAATATGGCTGGAAAAAGCACATACATGCGCCAGGTTGCCTTGTTATCGATTTTGGCCCAGATGGGCTGCTTTGTTCCGGCAGAGCGCGCGGTTATCCCGCTGGTGGACCGGATCTTTACCCGCATCGGAGCGGCAGACGATCTGATCGGCGGCCAGAGCACTTTTATGGTGGAAATGGCGGATATTCAGGTCATGACGGAAAAAGCAACGCCCCGCAGTCTGATTATCATCGACGAGCTGGGACGCGGTACGTCGACGAGTGAAGGCATGGCGATTGCGCAAGCCGTGATTGAGTATGTGCATGACCATATCGGCTGTAAGGCATTGGTATCCACGCATTTCCATGAGCTCGCCCATCTTCAGGAAAGCCTTGGCGGTCTCAAAAATTATTCCATGGCGGTTCAGGAAAGCGGAGACAAAGTGCATTTTCTCCGCAAGCTGATCCCTGGCGCGGCTGACAGCAGCTACGGCATTTACTGTGCGAGATTGGCAGGATTGCCCGGCAGCATCATTGACCGCGCCTATGGGCTCCTGCAGGGCCTGGAGATGGCCTCGCTGGCCGCGGTGGCATCGGAGCAAGGGATTGTGATGCAGCGCGAGCAGCCAGCTGCCGCAGCTCCTTCCGATGAGAGACGAAGCGGATCGGAAGCTGTCTATGAGCATCGTGATGATAAGATGCCGTATACCGAAAGCTTGAGCGGCGCCGACCGGAAGGGCGGCGTGGTGCAGCTCTCCATTTTTGGCGAGGAGGAAGTGCCTGAACCGAGTGTTAAGCCTGGCAAGGATCAGCATTCCATGGCGCAGGAAACTTCTCAAGATCCTGCCGTCAAGAGCCTCATTGCTGCCGTTAAAGGCGCGGACGTGATGAATATGACGCCGCTTCAGGCCATGCAATTCCTGAACGACCTGAAGCTTCAAGCGAAGGATATGTGA	MAKYTPMIEQYLKVKEQARDAFLFFRLGDFYEMFFDDAILASKELEITLTGREGGGAEKIPMCGVPYHSAEGYIQRLIEKGYKVAICEQMEDASVTKGMVRREIVRVVTPGTIMDGKVVHDKSNNYMVCVTETGGLMSLSACDLSTGELYVTSVPSSEEWLRDEIGLYEPSEIIGDAALLDIISSQALPGSRNIVYTAWDRREDALVRTQFGEPAWARLEEERRACISLLISYLSETQKRSLGQLTQIASYEPGQYMVLDPFTRRNLELVETVRERSKKGSLLWLLDRTETSMGARLLRRRIDKPLLSRSRIEERLEAVEHLYNQYILREDLRMALKEIYDLERLVGRIAFGSANGRDLNALKLSLRQIPSLKELCAESASETLRRVAADTDICDDLCELIENAIVDEPPVSVRDGGIIKPGYHERLDEFREASTSGKRWIAELEAKERAATGIKSLKIGYNKVFGYYIEVTKSNLSSLPEGRYERKQTLANAERYVTPELKEKEGLILEAQEKMVDLEYALFTELRDKLNTQVSRLQKLAERIAEIDVYQSLAAVSAEYRFVKPELSEGYDYIVEGGRHPVVEAVMKDSSFIANGTDLRKDGSSILLITGPNMAGKSTYMRQVALLSILAQMGCFVPAERAVIPLVDRIFTRIGAADDLIGGQSTFMVEMADIQVMTEKATPRSLIIIDELGRGTSTSEGMAIAQAVIEYVHDHIGCKALVSTHFHELAHLQESLGGLKNYSMAVQESGDKVHFLRKLIPGAADSSYGIYCARLAGLPGSIIDRAYGLLQGLEMASLAAVASEQGIVMQREQPAAAAPSDERRSGSEAVYEHRDDKMPYTESLSGADRKGGVVQLSIFGEEEVPEPSVKPGKDQHSMAQETSQDPAVKSLIAAVKGADVMNMTPLQAMQFLNDLKLQAKDM				NA	NA	NA	NA	NA
JZ016_06614	1986	mutL	COG0323	DNA mismatch repair protein MutL	ATGGGGATTATTCGGATTTTGGACGAGCATATTGCAAACCAGATTGCTGCCGGTGAGGTGGTGGAGCGGCCTGCCTCCGTTGTAAAGGAGCTAGTCGAGAACGCCATTGATGCCGGGAGCACCAAGATTGACGTAACGGTCGAAGAAGGCGGACTGGACAGCATTCGCGTAACGGATAACGGCGCCGGCATTGATCCGGAGGATTGCGAGACGGCTTTTTACCGCCATGCGACAAGCAAAATCGCTGAAGGCCGCGATCTGTTTCAAATCACCAGCCTTGGATTCCGGGGCGAAGCCCTGCCATCCATCGCGGCCGTATCCAAGGTGCGTCTGGTTACGTCCAATGCTCAGGATGGCCGCGGACGGGTGCTCGAAATCGAAGGCGGTCATCTGCGCGTGAACGAAGAAACGGCTGCACCCCGAGGAACGGATTTTCTCGTGAAGGAATTGTTCTTCAATACGCCGGCAAGGCTGAAATATATGAAAACGATCCAAACCGAGCTGGGGCATATATCCGACTATGTGTATCGTCTGGCCCTTTCCCGGCCGGATATTGCCTTTACGCTCAGGCACAATGGAAACTCGCTGCTGCAGACGCTGGGCAACGGCGATGCCCTTCAGGTCATTGCGGCCATATACGGTACCCAATCGGCCAAAGCGATGCTACCGTTTGAAGCGGAGAATATGGACTACACGCTAAGCGGATATATCAGCCGCCCGGATTATACCCGGGCAAACCGTAACGGCATGTCGCTGATCATCAATGGGAGGTATATTCGGAACTACGGCTTGATGCAGGCGATTTTGAGAGGTTATCATACGCTGCTGCCAATCAACCGGTTTCCGCTCGTTGTCATTCAGTTGTCCATGCACCCCTCTTTGATTGATGTGAATGTTCATCCCTCCAAGCTGGAGGTGCGGTTCAGTAAAGAGCAGGAGCTGTTCGCTTTGGTGGAGGAAGAAATTCGCAAGGTGCTGCAGCAGGAAATCCTGATTCCACGCCCGGCCAAACAAAATATTGGCAAAAGCGACAACGCCTATATCCAGGAACAGCTGCAATTTTCTCCTGCGCAAAGCCATGCCTCGCCGAACGACAGCGGCAGTGAACGGGATATCGCGATCCCCGGAAGCGGCGAGCCTTCAATTGGCGGAAACATGCCTCTCAAGGCGCCACCTGCAGCGACATGGCCGGAGGGGCAGGTCTTCACCCGGTCTGAGCCGGATATCAAGCGCGCTTATGGGTCCGGAGCAGCAGGTACATCCGCCACCTCGCAAATGCGGGAAACGGCAGCAGCTTCTTCTTATCGCAGTGAATACCGCAATGAGACCAGGGGGAATGCCGGAATTCCTGCCGTAACGAAAGAGTGGCTGCAGTCGGCCTCAGGACCAGATCCAGAGATCCCGCCATTTCCGGAGCTCACGCTTATCGGCCAGCATCACGGCACTTATCTCATAGCGCAGAATGATACCGGGCTGTACCTGATTGATCAGCATGCCGCGCATGAGCGGATTAACTACGAGTATTACTACGAACAGTTTGGCAACCCGGCAGACGCATCCCAGGAGCTGCTGCTGCCGATTACGCTGGAATTTACGCCCTCGGAATCGGAAAAGGTGAAGGAACGGCTGCACTGGTTTGAAAAGGTTGGCGTGTATATGGAGTTTTTTGGCGGTCATACCTTCCTGGTGCGCTCCCATCCGTTCTGGTTCCCCAAGGGCGACGAGAAGGCCATTATCGAAGAGATGGCTGAATGGGTGTTGAGCGAACGCAATATCGATATCGCCAAGCTGAGAGAAACCTCGTCGATCATGTGTTCCTGCAAGGCTTCCATCAAAGCCAATCAGAAGCTGACGGAGCAGGAGGCGATGACGTTGATACAGCGTTTGGGCGCCTGCCGGCAGCCATACACATGTCCGCATGGACGACCGATTGTGGTTTCCTTCTCGGCTTATGATTTGGAGAAAATGTTTAAGCGCGTTATGTAA	MGIIRILDEHIANQIAAGEVVERPASVVKELVENAIDAGSTKIDVTVEEGGLDSIRVTDNGAGIDPEDCETAFYRHATSKIAEGRDLFQITSLGFRGEALPSIAAVSKVRLVTSNAQDGRGRVLEIEGGHLRVNEETAAPRGTDFLVKELFFNTPARLKYMKTIQTELGHISDYVYRLALSRPDIAFTLRHNGNSLLQTLGNGDALQVIAAIYGTQSAKAMLPFEAENMDYTLSGYISRPDYTRANRNGMSLIINGRYIRNYGLMQAILRGYHTLLPINRFPLVVIQLSMHPSLIDVNVHPSKLEVRFSKEQELFALVEEEIRKVLQQEILIPRPAKQNIGKSDNAYIQEQLQFSPAQSHASPNDSGSERDIAIPGSGEPSIGGNMPLKAPPAATWPEGQVFTRSEPDIKRAYGSGAAGTSATSQMRETAAASSYRSEYRNETRGNAGIPAVTKEWLQSASGPDPEIPPFPELTLIGQHHGTYLIAQNDTGLYLIDQHAAHERINYEYYYEQFGNPADASQELLLPITLEFTPSESEKVKERLHWFEKVGVYMEFFGGHTFLVRSHPFWFPKGDEKAIIEEMAEWVLSERNIDIAKLRETSSIMCSCKASIKANQKLTEQEAMTLIQRLGACRQPYTCPHGRPIVVSFSAYDLEKMFKRVM				NA	NA	NA	NA	NA
JZ016_06615	780	rsmJ		Ribosomal RNA small subunit methyltransferase J	ATGATAATAACAACTGGAGAAGCGGAAGCGCCGGACATTGTGGAGCGCGCGATAAGTTTAGCCCGGGAAACCGGCTGCCGTTATGTCCAGCGCGGCGGTCATTCATTGCGAAAATTAGCACGCAGGTCCGGAGATGACGACGTGTTGGTCGTACTCAACGGACATGTACGTCTTAGCGGACCGGACGGCTCGGTCATGGAATTTCATCCGAGCATGGGGTTTGTCCGATTGAAACGCGTACTGAGCGGAAAACCCGATCCCATGCTGGAGGCTTCCGGAATGGAGGAAGGGGATTCCGTACTGGATTGTACGGCGGGGCTTGGAGCCGACTCCCTGGTATTTTCGGGCAAAGGCGGCCCGAACAGTCGGATCACTGCTCTGGAAAGCTCGCTTCCCTTGTATGCGCTGCTGAAAGAAGGGCTTCGGACCTATGAAAGCCATCTGGAGGCCAGTGATCAGGCGATGAGGCGAATCGAGGTCAGGCACAGCCATCACTTGGATTATTTGAAGTCGCTGCCGGACCGGAGCGTAGACATTGTTTATTTTGATCCGATGTTCCGTGAACCGATCGCCGAATCGGCTTCCATCCATCCTTTGAGACATTATGCAAACGGGGAGCCGCTGGAAATGGAAAGTGTGAGAGAAGCGGTCAGGGTCGCGCGCAAAACCGTTGTCATGAAGGAAGCGCGATCCAGCGGAGAGTTTGAACGGCTTGGCTTTACATTGCCTGAACGGGGAAAATCGAAAATAACGTACGGAGTGATTTCCATTGACAGTTGA	MIITTGEAEAPDIVERAISLARETGCRYVQRGGHSLRKLARRSGDDDVLVVLNGHVRLSGPDGSVMEFHPSMGFVRLKRVLSGKPDPMLEASGMEEGDSVLDCTAGLGADSLVFSGKGGPNSRITALESSLPLYALLKEGLRTYESHLEASDQAMRRIEVRHSHHLDYLKSLPDRSVDIVYFDPMFREPIAESASIHPLRHYANGEPLEMESVREAVRVARKTVVMKEARSSGEFERLGFTLPERGKSKITYGVISIDS				NA	NA	NA	NA	NA
JZ016_06616	948	miaA	COG0324	tRNA dimethylallyltransferase	TTGACAGTTGAAACCAAACCGAAACTGCTCGTTCTTATAGGACCGACAGCTGTAGGTAAAACCAAAATGAGCATTGAAATTGCGAAGGAATTCGGATGTGAGATTATCTCGGGCGATTCGATGCAGGTATACCGGGGAATGGATATCGGAACAGCCAAAATTTCAGTCGAAGAAATGGAAGGCGTCCCCCATCATCTCATTGACATTCACGAGCCCGATCACCCCTATTCGGTAGCCGAATTTCAAGAGCAAAGCCAAAGGCTCATTACGGAGATCACGCAGCGGGGAAAACTTCCGTTCATTGTTGGCGGAACCGGCCTTTATGTGGAGTCGGTGTGCTACGGCTATCAGTTTAGCGAGACCGGAGCGGATGAAGTTTTTAGGGAAGAGCAGTTCCGCTATGCCAATGAACACGGAGCCGAGGCTCTTCATCAAAAATTGGCAGAGGTTGATCCTGAAACGGCCGAACGGCTTCACCCTAATGACCTACGCCGGGTCGTTCGTGCTTTAGAAATATACCATATGACCGGCGTCCCACTTTCGGCCCAACTGGCGCCCCAAACCAAGCAATCTCCCTATGACTTATGCTTGGTCGGTTTGACAATGGACAGGCAAATGCTATATAACCGTATTGAAGAGCGAATTGATCTTATGCTGAGCCAGGGACTTGTTGATGAGGTGGCGGCGCTCATGGACAAAGGGTTCGCTCCGGGACTTGTATCCATGCAAGGGTTGGGTTATAAGGAAATCGTTTCATACCTTAGCGGAGAATTCAGCTACGAGGAGGCCGTCGTGCTGCTCAAGCGCGATACACGCCGATTCGCTAAGCGGCAGCTATCTTGGTTTCGCCACATGAAGGACATCGAGTGGGTAGACGTCACCGACTCGGGAAATTTTTCTGCAAACTATCAAAAAATCCGTGCTATAATAGCAGGAAAGTTTCACTGA	MTVETKPKLLVLIGPTAVGKTKMSIEIAKEFGCEIISGDSMQVYRGMDIGTAKISVEEMEGVPHHLIDIHEPDHPYSVAEFQEQSQRLITEITQRGKLPFIVGGTGLYVESVCYGYQFSETGADEVFREEQFRYANEHGAEALHQKLAEVDPETAERLHPNDLRRVVRALEIYHMTGVPLSAQLAPQTKQSPYDLCLVGLTMDRQMLYNRIEERIDLMLSQGLVDEVAALMDKGFAPGLVSMQGLGYKEIVSYLSGEFSYEEAVVLLKRDTRRFAKRQLSWFRHMKDIEWVDVTDSGNFSANYQKIRAIIAGKFH	PGPT0007210_2308	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0007210-miaA|ipt-K00791	NA	NA
JZ016_06617	240	hfq	COG1923	RNA-binding protein Hfq	ATGAACAAGTCCATTAACATCCAAGACACGTTCTTGAACCAACTGCGCAAAGAGAACATTCCGGCCACGGTATACCTTACAAACGGCTTTCAGATCCGTGGAACGATCAAAGCTTTTGACAATTTTACCATCGTGATTGACAGCGACGGCCGTCAGCAAATGGTGTACAAGCATGCTATCTCCACGTTCATGCCGCAGCGTAATGTGTCCCTGATGCAGGATAACAGCAGCGATCAATAG	MNKSINIQDTFLNQLRKENIPATVYLTNGFQIRGTIKAFDNFTIVIDSDGRQQMVYKHAISTFMPQRNVSLMQDNSSDQ	PGPT0025560_1612	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-AI1|AI-2|CAI-1_PERCEPTION|SIGNALLING,PGPT0025560-hfq-K03666	NA	NA
JZ016_06618	2697	mtgA_2		Biosynthetic peptidoglycan transglycosylase	ATGGCTGGAAAAGATAATCAGATGTCACGGTTGAATAAAAACAAAGACAACTCGAAGACATCCAAAACCACGAAACCGAATGCGAAGAAGAAAAAGGGCAAGGGAAAGCGAATCGCGTGGGCGTTGTTTTTCACGGCCGTCATTGCGATCTTCTGTGCGCTTGCAGGTTATTTGTTCATCCTGATCAGCGGTGAAAAGCTGCTGGAGCAGAATCAGGATAAATTGACCGCATACGGTACTTCCAAGGTATATGACCGTAATGGCGCGCTGATGGGCGAACTATCCCTCCAGAAGAGTGATCCCGTGAAGTACGAGGATATTCCTGAGAAATTGATACAAGCATTCATTGCAACAGAAGATAAACGGTTCATGGAGCACAACGGCGTGGACATGTGGTCGATCGGCCGCGCAGCGGTAAAGGATATCATGGCCCGTTCCATGGTTGAAGGCGGAAGCACGATCACACAGCAGCTGGCGAAGAATATATTCTTGACCAGGGATAAAACCTTCTTCCGGAAGGCGACGGAAATGTCGATCGCGCTGGCGCTTGAGCGTCAGCACAGCAAACAGGAAATTATCGAGATGTATTTAAACCGGATTAACTTCGGAGGACCTTATTACGGCATCAAAGCCGCATCCGAGCGTTATTTCGGCAAGTCGGATCTGAACAAGCTGGATTTATGGGAAATGGCGACACTTGCGGCAATGCCGAAGGGACCGTCCCGATATAATCCGCTTAAGAATCCTGACCTCTCCAAAGAGCGTCGTGCGGTCGTATTGACCCTGATGGAACAGCAGGGGTATATCACGGCCGAAGAGGCAGCGGAAGCCAAAAAAGTGGACTATGCTTATACACCGCCTGAAAGACAGCAGAAATATACAGCGTTTATCGATTATGTCATGGAAGAGGCAGAAGAGAAGTGGGGCCTTACCGAGGACGACGTTAACATCGGCGGTTATCAGATTTACACCACGATGGACGTGAATGCCCAGACGGCAATGGAAGAAGAGTTCAAGAATCCGGAAAACTTTGAAGAAAGTCCGGACGACGTGCCGGTTGAAGGTTCTATGGTCATCATAAACCAGGAAACCGGCGGTATCGTCGCCATGTCCGGTGGACGGGAATATACGCGCGGCGGGTTCAGCCGGGCTACCGACAGCCGTCGTCAGCCGGGATCCGCCTTGAAGCCGATTGTATCGTATGCACCGGCGCTGGAATCCGGGAAGTTTACGAAGGACTCCAGATTAAGTAATAAAAAGCAATGTTTTGGCAGCAATTACTGTCCGAACAACCTGCACGGTTACTCGGAGACCATTGGCATGCCGGAAGCGATTCAGCGTTCCGAGAACATTCCGGCCGTATGGCTGTTGAACCAAATCGGCGTAAAAGCCGGATTCGAGTTTGCACAGAGTCTCGGCATCAAGATGACCGAAGGCGATGCGAACTTATCCCTGGCCCTCGGCGGAATGGATACAGGTACGAACACATTTGAGATGGCACAGGCTTTCAGCGCTTTTGCCAATGGCGGAGAATTTAAAGAGGCTTTTGCGATCAAACAGATTAAGGATAACAAAGGCAAGGTTGTGCATGAGAATAAAGGCAGCAAAGGGAAGCGCGTAATGAGTGCTTCGACGGCTTCGCAAATGACAGACATGATGAAGCGCGTCGTAGAGGACGGAACGGGTAGAAATGCTCGAATCAGCCGTCCGGTAGCCGGTAAGACCGGAACCACGCAGAGCGGCTATAAGGGCGTCAGCTCAAACCGCGACGTATGGTTTGTCGGATATACGCCGGAGTTAACGGCAGCTGTATGGATGGGTTATGACAACCCTGACCGGCAGCATCTGCTGAAACGAAGCAGTTCGATCTCGGCTTCCCTATGGGGCAAAGTAATGGAGAAGGCGGTTCAGGGATATGAAGCCAAGAGCTTCCCGAGTACCGAGCCGGTACAGCCGCCTGTAGAAGAAACGACATTAACTGCAGTCAGCGGTTTGACGGGCTCCTATAACGGGGAGACTCAGACTGTATCACTGAGCTGGAATCCGGTTCACGGCAACATTCAATACCGCGTGTACCGTAAGGAAACGTCGGAATCGGAATACACCCGCATTCTCGATTCCTTGGGAGGAACCGCTATCGAGGATATGAGTGCGATGGAAGGTTTGACTTACGATTATTATGTGACGGCCTTCGATCCATCAACCGGCGATGAGTCGGAACCTTCGAACATTTTGCAAATCGTGGCTGTATCCGAGGAATTGCCGCCTGAGGATCTGGAACCCGATCCGGGGGACATTCAGGAACCGCCTCCGGTTGATGAAGGTGACAACGGAGCTGGCAATGAGTTCCCTCCTGGAAATGAGAATGGCAACGGGAACGGCAACGGTAATGGCGAGCCAGGCAATGGGAATGGTGAAGGCCCAGGCAATGGCAACGGAAATGGTAACGGTAACGGTAACGGTAACGGTAACGGTAATGGAACAAATCCTCCTGACAATGGAAACGGGGCCGGGAATGGCCAAGATGGTCAATTTCCTGGCGATGGATCGGATGGCTCGGGAGATGGATCTAACAATGGCGACACAGGCACTGGAGGAACCGACACCGATTCGGGCAATATTCCTACGGTACCGGGAACCATTGTGGAGCCGTCGGATCCGGTTGACGGATCTGACGAGTCCCAGGACAGCCCATAA	MAGKDNQMSRLNKNKDNSKTSKTTKPNAKKKKGKGKRIAWALFFTAVIAIFCALAGYLFILISGEKLLEQNQDKLTAYGTSKVYDRNGALMGELSLQKSDPVKYEDIPEKLIQAFIATEDKRFMEHNGVDMWSIGRAAVKDIMARSMVEGGSTITQQLAKNIFLTRDKTFFRKATEMSIALALERQHSKQEIIEMYLNRINFGGPYYGIKAASERYFGKSDLNKLDLWEMATLAAMPKGPSRYNPLKNPDLSKERRAVVLTLMEQQGYITAEEAAEAKKVDYAYTPPERQQKYTAFIDYVMEEAEEKWGLTEDDVNIGGYQIYTTMDVNAQTAMEEEFKNPENFEESPDDVPVEGSMVIINQETGGIVAMSGGREYTRGGFSRATDSRRQPGSALKPIVSYAPALESGKFTKDSRLSNKKQCFGSNYCPNNLHGYSETIGMPEAIQRSENIPAVWLLNQIGVKAGFEFAQSLGIKMTEGDANLSLALGGMDTGTNTFEMAQAFSAFANGGEFKEAFAIKQIKDNKGKVVHENKGSKGKRVMSASTASQMTDMMKRVVEDGTGRNARISRPVAGKTGTTQSGYKGVSSNRDVWFVGYTPELTAAVWMGYDNPDRQHLLKRSSSISASLWGKVMEKAVQGYEAKSFPSTEPVQPPVEETTLTAVSGLTGSYNGETQTVSLSWNPVHGNIQYRVYRKETSESEYTRILDSLGGTAIEDMSAMEGLTYDYYVTAFDPSTGDESEPSNILQIVAVSEELPPEDLEPDPGDIQEPPPVDEGDNGAGNEFPPGNENGNGNGNGNGEPGNGNGEGPGNGNGNGNGNGNGNGNGNGTNPPDNGNGAGNGQDGQFPGDGSDGSGDGSNNGDTGTGGTDTDSGNIPTVPGTIVEPSDPVDGSDESQDSP	PGPT0023895_16	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0023895-pbp2A-K12555	NA	NA
JZ016_06619	558			hypothetical protein	ATGAAACGTAAATTCGGAGATCGGGCGAACTGGCGCCGTATCACCCGCCGGCACTTCACTTCCCGGTATGTGGAATGTGAGCAATTTACAGGGTATCTCACGTTATATACCATATATGGCCTGAAAGAACCGTTGTGGAAGACGTATGGCCGTCATACTTACCGAATCGCGGACAAAGGTTATTCATGGCTGCAGTATTATCCGAAGGACAGCCATTTCATCGTGACAGCCATGTTTGATGACAAACGAAATATTGTTCAATGGTACATCGATATTTGCAAGAAACAAGGGGTAACGGATCAGGGTGTCCCTTGGTTTGATGATCTGTATTTGGACGTTGTTGTCGTCAAAAATGGTGAAGTGTTCTTGCTGGATGAAGATGAGCTTGAGGATGCCTTAGGGCGGAATGACATTACGCGGGATGATTACAGGCTTGCCAAGGTGACCGCGCGGAATCTGCTTCGGGCCATCGACGCGCATGAATTCCCTTACTTTATGATGTCTCTGAAGCATCGCGACCAGTTATTTCATAACGGAGAGTTCAGGAGGAAGAAATAA	MKRKFGDRANWRRITRRHFTSRYVECEQFTGYLTLYTIYGLKEPLWKTYGRHTYRIADKGYSWLQYYPKDSHFIVTAMFDDKRNIVQWYIDICKKQGVTDQGVPWFDDLYLDVVVVKNGEVFLLDEDELEDALGRNDITRDDYRLAKVTARNLLRAIDAHEFPYFMMSLKHRDQLFHNGEFRRKK				NA	NA	NA	NA	NA
JZ016_06620	654			hypothetical protein	ATGCGTCAGGAAATACATAAGAGTCTGCCACGAGCAGGCACTAAGAAGAGAGCATGGTATCGGAGAGGGATGATTACCCTGCTCTCTCTCGTTGTTCTTGGAGTGCTCTGGTCAGGTTATGCATATTGGAAGATCGAAAGCGCCGTCAGCAGTCCGTCGGAAAAGGCGGATGTCGGCATCATCTTGGGCGCTTCCATGTGGGGAGATCAGCCAAGTCCTGGGCTTCGCGAACGGCTTGAGCATGCACTGGTTGAATACCATGCAGGCCGTTTTGATACCTTCATCGTTTCTGGCGGCCTTGATAAGCCCGGGTATCCATTTACCGAAGCCGAAGGGATGAGAAATTTCTTGGTCGACGCGGGCGTACCCGAGGAACAAATCTTCCTGGAGAACGAAGCTACGAGCACTTACGAGAATTTGCTCTTCAGCCAAGCAATAATGGAGGAGCATGGGTGGAAAACCGCCATTATAGTAACCCATGACTATCACGGGACGAGGGCGATGGAGGTTGCGACAACCCTTGGTTATGATCGTCCTTCTATATCGCTGACGGAATCTACCGTTTTGCCGATGGCCAAACACAAGTCTAGGGAAGTGCTGGCGTATACGAAATGGACGGCCGATCGGCTGTTGATCGCCATGGGTGTCCTATGA	MRQEIHKSLPRAGTKKRAWYRRGMITLLSLVVLGVLWSGYAYWKIESAVSSPSEKADVGIILGASMWGDQPSPGLRERLEHALVEYHAGRFDTFIVSGGLDKPGYPFTEAEGMRNFLVDAGVPEEQIFLENEATSTYENLLFSQAIMEEHGWKTAIIVTHDYHGTRAMEVATTLGYDRPSISLTESTVLPMAKHKSREVLAYTKWTADRLLIAMGVL				NA	NA	NA	NA	NA
JZ016_06621	984	spoVK	COG0464	Stage V sporulation protein K	ATGAACGGGCGTGTAACGGCCGCTAACGGCCGATCTGAAGGACGGCCATCCAGGCAGATTAATGTCGTGCTCCGCAGCGCGGAACCTCCACTCATCAGCAGTGCGGTTCCGGAACGCGAACCGGCCCCTTCGCCAAACCCTGTTTCCCAGCACAGTCTATTCCAGGAAATACAGAAAGAGCTAGATCAACTGGTAGGTCTTGAACAAATCAAAGACTTGGTATTTGAAATCTATGCTTTGCTTCAAGTGGCCCAGATGCGTTCGGAAGCAGGCTTATTAAGCGGCGGTCATGTGTACCATATGATTTTTAAAGGAAATCCCGGAACAGGGAAAACAACAGTCGCCCGTATCGTGGCAAAGCTGTTTCAGAAGATGGGCGTGCTTAATAAGGGTCATCTGGTCGAAGTGGAACGGGCGGACCTCGTAGGTGAATATATCGGTCACACGGCACAAAAGACCAGAGAGCTGGTTAAAAAAGCGCTTGGAGGGATCCTGTTCATCGACGAGGCTTACAGTTTGGCGCGCGGTGGCGAGAAGGATTTTGGCAAGGAAGCGATCGATACGCTGGTCAAGGCGATGGAGGATCATAAAAACCAGTTCATTCTTATTCTGGCAGGCTACAGTGATGAGATTGATTTTTTTATGGATTCGAATCCCGGCCTGTATTCCCGTTTTCCGATCCAGATGGACTTCCCGGATTACAATCTGGATCAATTGATACAGATTTCGGAGCTGATGGCGAAGGAGAGGGATTATATCTTGATGCCACAGTCGCTGAGCAAGCTCAAGGAACACCTGCAGATGGAGAAGGATCACGGACTGCACGCCTTTAGTAATGCGCGTTATGTACGGAATGTCATCGAGAAATCGATAAGGAATCAATCGGTTCGGCTGCTGAATCAGTACGTAACCGGTAATCCCGGCAAGCTGGAGCTTATGACCCTGCGGCCGGAGGACTTTAAGTTAAACGGAAAAATACAATGA	MNGRVTAANGRSEGRPSRQINVVLRSAEPPLISSAVPEREPAPSPNPVSQHSLFQEIQKELDQLVGLEQIKDLVFEIYALLQVAQMRSEAGLLSGGHVYHMIFKGNPGTGKTTVARIVAKLFQKMGVLNKGHLVEVERADLVGEYIGHTAQKTRELVKKALGGILFIDEAYSLARGGEKDFGKEAIDTLVKAMEDHKNQFILILAGYSDEIDFFMDSNPGLYSRFPIQMDFPDYNLDQLIQISELMAKERDYILMPQSLSKLKEHLQMEKDHGLHAFSNARYVRNVIEKSIRNQSVRLLNQYVTGNPGKLELMTLRPEDFKLNGKIQ	PGPT0024835_155	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024835-spoVK-K06413	NA	NA
JZ016_06622	1293	hflX	COG2262	GTPase HflX	ATGACAAATATAACGCATGATACCCGGACAGAGATCGAAGATAAAGCCGTTTTGGTCAGTTTGGTGACGGATGCGGTTAAACGCTCGGGAATAAACCCGGAACACTCGCTCCAGGAGTTGGTTCAGCTTGCTGAAACCGCAGGAGTGGAGGTGCTGGATGTCATTACGCAGAATCGCGAAGTTCCGGATTCCAAGTGGTTTATCGGCAAAGGAAAGGTCGAAGAGCTGCGCATGGCCATTGATGGCTTGGGCGCAACAACGGCCATATTTGATCAGGAATTATCCGGTGCGCAAGTTCGGAATCTGGAAGAAACGCTCGATGTAAAAATTATCGACCGGACTCAATTGATACTGGATATTTTCGCTCAGCGGGCGAAGACCCGTGAGGGGATTATCCAGGTGGAATTAGCGCAGCTTACTTATTTGCTCCCGCGGTTGTCGGGACATGGCAAGAACCTGTCCAGGCTAGGAGCAGGGATCGGGACACGCGGACCGGGGGAGAGCAAGCTTGAAACCGACCGCAGGCATATTCGGGACAGAATCAGCGACCTAAAGCGGCAGCTGGATGAAGTCACCCGGCACCGGACGCTCCACCGGGAGCGCCGGAAGAAGAGCGGGGCCGTGCAGGTTGCTCTCGTCGGTTATACCAATGCCGGGAAGTCGACATTGTTGAACCGTTTAACGGCAGCAGACGTATATATTGAAAATCAATTGTTTGCTACGCTGGATCCCACTTCGCGCGTGCTGGAGCTTCCGAGCGGCAAAGAAGTCGTCCTTACGGATACCGTAGGATTTATCCAGAACCTTCCTCACGATCTGGTAGCGGCGTTCCGTGCGACGCTGGAAGAAGCCAACGAAGCCGATCTGATCCTTCATGTGGTAGATGCTTCTTCGCCTATGCGGGACGAACAGATGGCTGTCGTTCAATCCATCCTCCAGGATCTGGGGGCAGCGGATAAACCGCAGATCGTTCTGTTTAACAAAAAGGATGCTTGTGAGCCGGGCCAGCTGGAAATGCTGCCGACGGGGGATGGACAATTAAAGATCAGCGCGTATGAGGATCAGGATTTGGAAACGGTACGCGAAGCGATTCAGGACCAGCTGTCCGGAGGGAACGTGACGTTCCGGATTCCGGCTGACCGCGGAGATCTGAATTCGGTTGTATACCGTGTCGGAGATGTGCTGGAGCAGTCTTTTGATGAGAATGATATCCTCTATGAGGTTCGGATCAATAAAGCGGATTATGAGAAAATGGGTTATTTGCTCCATGATTACGTTCAGAATGGATCTTAG	MTNITHDTRTEIEDKAVLVSLVTDAVKRSGINPEHSLQELVQLAETAGVEVLDVITQNREVPDSKWFIGKGKVEELRMAIDGLGATTAIFDQELSGAQVRNLEETLDVKIIDRTQLILDIFAQRAKTREGIIQVELAQLTYLLPRLSGHGKNLSRLGAGIGTRGPGESKLETDRRHIRDRISDLKRQLDEVTRHRTLHRERRKKSGAVQVALVGYTNAGKSTLLNRLTAADVYIENQLFATLDPTSRVLELPSGKEVVLTDTVGFIQNLPHDLVAAFRATLEEANEADLILHVVDASSPMRDEQMAVVQSILQDLGAADKPQIVLFNKKDACEPGQLEMLPTGDGQLKISAYEDQDLETVREAIQDQLSGGNVTFRIPADRGDLNSVVYRVGDVLEQSFDENDILYEVRINKADYEKMGYLLHDYVQNGS	PGPT0007245_2669	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007245-hflX-K03665	NA	NA
JZ016_06623	1281			hypothetical protein	GTGTATAAGAGGAGAGAGCAGTTAGTCATGGCAAGATTTTCGCAAGATATACTCGAATTGAGCAGTGAGATTGAGTCCAAAATCGGTCAGCGTATACGGGAGATCGACGCTATTGTTGATTTTAATCAGTGGAAGGTAATCGATGCTTTCCAGAAGTTTCAGGTGAGTGATTTTCATTTTGCGGCTTCCACCGGGTATGCATACAATGATCGCGGCCGTGAAGTGCTGGATGAAGTCTATGCGGACGTATTTGGAGCCGAATCTGCCCTGGTAAGGCCGCATTTTGCTTCCGGTACCCATACGATCTCAACAGCACTGTTTGGTGTGTTAAGGCCTGGAGATGAGCTGCTGTATATTTCGGGCCGTCCCTATGACACCCTCCATAAAGTGATTGGCGAACCCGGGGACGGCACTGGGTCTCTTCGAGATTTCGGAATCGGTTATCAGGAGGTTGCGCTAACCGAACAAGGGGAGATTGATTGGGAGCGGGTAGAGAGGGCCATCACGCCTTCAACTAAGGTGATCGGTATCCAGCGTTCCCGAGGTTATGATTGGCGTTCTTCGTTCACGGTATCGCAGATTGGTGACATGGTCAGCCGGATCAGGTCTATACGCAAGGATTTGATCGTTTTCGTTGATAACTGTTACGGCGAGTTTACGGAGCGATTGGAGCCGACGGAGGTGGGCGTTGACCTGATGGCAGGTTCGCTTATCAAAAACCCTGGCGGCGGCATTGCTGAAACCGGCGGCTACATATGCGGTAAAGCAGCCTATGTCGATAAGGCGGCCTATCGGCTGACTGCTCCCGGCATCGGACGAGAAGTGGGGGCTATGCTGGGAACGACCAGAGGGATCTATCAGGGATTATTCCTGGCACCATCCACGGTTGGACAAGCGGTTAAGGGCAGCATTTATGCTGCTGCGATGTTTGAGGCGGTAGGATTCACAACCAAGCCGGGCTGGCAGGATGAGCGAACCGATTTGATTCAGGCTGTATCGTTTACCGGTGCGGATCATCTGATCGCTTTTGTTCAAGGGATTCAGCAGGCCGCGGCGGTCGATAGTCATGTGGTGCCTGAACCTTGGGATATGCCTGGGTATGAACATCCCGTAATCATGGCGGCAGGTACGTTCATTCAGGGAGGAAGCCTCGAATTATCAGCGGACGCGCCGATCCGATCACCTTATATCGGTTATATGCAAGGCGGCTTAACCTACTCCCATGTTAAATATGGTGTGCTTATGGCCCTCCAAAGCATGAAAGATCGTAAATTGTTGTGA	MYKRREQLVMARFSQDILELSSEIESKIGQRIREIDAIVDFNQWKVIDAFQKFQVSDFHFAASTGYAYNDRGREVLDEVYADVFGAESALVRPHFASGTHTISTALFGVLRPGDELLYISGRPYDTLHKVIGEPGDGTGSLRDFGIGYQEVALTEQGEIDWERVERAITPSTKVIGIQRSRGYDWRSSFTVSQIGDMVSRIRSIRKDLIVFVDNCYGEFTERLEPTEVGVDLMAGSLIKNPGGGIAETGGYICGKAAYVDKAAYRLTAPGIGREVGAMLGTTRGIYQGLFLAPSTVGQAVKGSIYAAAMFEAVGFTTKPGWQDERTDLIQAVSFTGADHLIAFVQGIQQAAAVDSHVVPEPWDMPGYEHPVIMAAGTFIQGGSLELSADAPIRSPYIGYMQGGLTYSHVKYGVLMALQSMKDRKLL				NA	NA	NA	NA	NA
JZ016_06624	411	glnR	COG0789	HTH-type transcriptional regulator GlnR	ATGGGTGATGAGATTCGGAGGAATATGGCGTTATTTCCGATAGGCATTGTTATGAAGCTTACGGATCTATCTGCCAGACAAATTCGCTATTATGAGCAGCATAACTTAATTGTCCCAGCCCGTACGTCGGGCAACCAACGCCTGTTTTCCTTCAATGATGTGGAGCGACTGCTAGAGATTAAGGCTTTGATTGAAAAAGGTGTTAATATCGCCGGCATTAAGCAAGTAATGAACCCTGTCACGAAGGAGTCAGAAGAGGCTACCGTCATTACTCCTGATACCGAGAACAGACGCCGTGAGATGTCTGAGTCCCAGTTGCGACGTTTGCTGAAGCAGGAATTGATTACCGCTAAAAGACCGGGTCAGGTTTCATTGATTCAAGGGGAATTATCCCGGTTTTTTAATAAATAA	MGDEIRRNMALFPIGIVMKLTDLSARQIRYYEQHNLIVPARTSGNQRLFSFNDVERLLEIKALIEKGVNIAGIKQVMNPVTKESEEATVITPDTENRRREMSESQLRRLLKQELITAKRPGQVSLIQGELSRFFNK	PGPT0001015_34	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	GLN-NITROGEN_REGULATORY_SYSTEM,PGPT0001015-glnR-K03713	NA	NA
JZ016_06625	1329	glnA_2	COG0174	Glutamine synthetase	GTGAGTTATACCAGAGAGGACATTCTACGCATTGCCAAAGAAGAAAATGTTCGATTTATCCGCTTGCAATTTACAGATTTGCTTGGAACGATTAAAAACGTTGAAATTCCTGTCAGCCAGCTGCCTAAAGCGCTTGATAATAAAATGATGTTCGACGGTTCATCCATCGAAGGTTATGTACGGATCGAAGAATCCGATATGTACCTGTACCCGGACCTGGATACCTTCATGATTTTCCCTTGGGTATCCGAGGATCGCGTTGCACGTCTGATCTGTGATGTCTACATGCCTGACGGCACACAGTTTGCAGGAGATCCGCGCGGCATTCTGAAGAGAGCGCTGAAAGAAGCCGAAGAGATGGGCTTCACTTCCATGAATGTCGGTCCGGAGCCTGAATTCTTCCTGTTCAAAACCGATGAAAAAGGCAACCCGACCATGGAGCTCAATGACCAAGGTGGATACTTTGACCTCGCGCCTACGGATCTTGGCGAGAACTGCCGCCGCGATATCGTATTGACACTGGAAGAGATGGGCTTCGAAATCGAAGCTTCTCACCATGAGGTTGCTCCCGGCCAGCACGAAATCGATTTCAAATATGCAGATGCGATTAAAGCAGCTGACCAGATTCAAACGTTTAAATTGGTAGTGAAGACGATCGCTCGTCAGCATGGACTGATTGCAACATTTATGCCAAAACCGCTATTCGGTGTGAACGGCTCCGGCATGCACTGTAACCAATCGCTCTTCAAAGGCGGAGAGAACGCGTTTGTCGACGAGAGTGATGAGCTTGGCTTGAGCGTAACGGCTCGGCACTATATGGCGGGTATTCTTAAGCATGCACGCGCGTTTGCCGCGATCACGAACCCAACGGTTAACTCGTACAAGCGTCTCGTGCCTGGTTACGAAGCACCTTGCTACGTTGCATGGTCTGCAAGTAACCGCAGTCCGATGATTCGTATTCCTGCGTCCCGTGGTCTCAGCACGCGCATCGAAGTGCGTAACCCGGATCCGGCGGCTAACCCTTATCTGGCTCTGGCTGTCATGCTGAAAGCAGGCTTGGACGGCGTTAAGCGCGAGCTGTCGCTCCCGGCTCCAATTGACCGTAACATCTACGTGATGACGGAAGAAGAGCGCATTGAGGAAGGCATCCCTAGCTTGCCTGCAAACCTGAAGGAAGCGCTCAACGAGTTGATCCGCAGCGAAGTCATCTCCGATGCACTCGGTGATCATGCGTTGGCTCACTTCTATGAGCTGAAAGAAATCGAATGGGACATGTACCGCACGCAAGTTCACCAATGGGAACGCGATCAGTACATTACGATGTATTAA	MSYTREDILRIAKEENVRFIRLQFTDLLGTIKNVEIPVSQLPKALDNKMMFDGSSIEGYVRIEESDMYLYPDLDTFMIFPWVSEDRVARLICDVYMPDGTQFAGDPRGILKRALKEAEEMGFTSMNVGPEPEFFLFKTDEKGNPTMELNDQGGYFDLAPTDLGENCRRDIVLTLEEMGFEIEASHHEVAPGQHEIDFKYADAIKAADQIQTFKLVVKTIARQHGLIATFMPKPLFGVNGSGMHCNQSLFKGGENAFVDESDELGLSVTARHYMAGILKHARAFAAITNPTVNSYKRLVPGYEAPCYVAWSASNRSPMIRIPASRGLSTRIEVRNPDPAANPYLALAVMLKAGLDGVKRELSLPAPIDRNIYVMTEEERIEEGIPSLPANLKEALNELIRSEVISDALGDHALAHFYELKEIEWDMYRTQVHQWERDQYITMY	PGPT0000645_8885	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMATE_DEGRADATION|CONVERSION,PGPT0000645-glnA-K01915	NA	NA
JZ016_06626	537	sigW_12	COG1595	ECF RNA polymerase sigma factor SigW	TTGGAGCTGGAATACTTGAAGCAGATGACGGTGATGGACACACAGACACTGGATAAAATCATGAACTTGTACGGAAATGATATCTGGAATTACGCTTATTTTCTGACCAAACAGCAAGCACTGGCAGACGATATTGCTCAAGATGTGTTTATTAAAGCTTATTTTGGCATACATACATTTCGCGGTCAGGCGTCGTTAAAAACGTGGCTGCTCACGATCACACGACATACCGCGTTCCGGTACAAAAAGGCTTTTTTCTTTCGGAAAGTGACCCTTAAGGACAGACTGCACATCGATGCGTCAAGTCGGTCCGCGGAACTGGAGTATCTGGACGGGCAGTACACGGATGAAATATGGGCCATGATTATGACTTTACCCAGGAAGTTTAGGGAGGTGCTCATCTTGGACCTTTACTATGAGATGTCAATCAATCAGATTGCGGAGTTCCTTAACCTAGCGGCGGGTACCGTAAAATCCAGACTGTATCGGGCAAGGAAAAAAGTGCAGAACCTGTTAAAGGAGAATGGCGATGAATGA	MELEYLKQMTVMDTQTLDKIMNLYGNDIWNYAYFLTKQQALADDIAQDVFIKAYFGIHTFRGQASLKTWLLTITRHTAFRYKKAFFFRKVTLKDRLHIDASSRSAELEYLDGQYTDEIWAMIMTLPRKFREVLILDLYYEMSINQIAEFLNLAAGTVKSRLYRARKKVQNLLKENGDE	PGPT0014960_10308	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_06627	789			hypothetical protein	ATGAATGAGGATAAACCAGACTGGTATTCCCGGGCTTCAAAGGGACCTTTTCCAAATGAAAAATTTACGGCTGAAATGAAAAAAAACGTCCAGATGTCCGTGATCCGTGACGAAGGTAGGCCTAAGCGCCGAAAGTATCTACAAGTTGGCTTTATAGGCGTGCTGCTGCTTCTGGTTATGTTACTTGCCATACAGCTGCCTTTTGACGTTGAAGAACAACAGAGAGCTGGGGATGTACCACCACATAACGAGGAGACAATTCGGGCGCAAGGCTTTACAGATCAGGGAAGGCTCAGTGTGGTTGCTGTGGAAAAGGAAAAAATCACGACACTGGGGGCTCCTAGCTGCTTCGGTATCGAAACGGACCAATCGTTTACCGGAAACTACATCGTACGGTATAGCTATAATGAAGTTACGGATGAAGTAACCACGCTGGATGATCTTACTTTTATTCAGCCAACATCAGCAGCTGTCCATATGGTTCGATTGCCGTTTCAGGATGCGGATGTATTTATACTTGCACCGCAATATCAAGACTGTCATGCCATACAAATTTACGCATTCGCCGTGGAGCATGATACGGGCAAGGCTGTGCAGCTCAGGTTTCAAGATGAATTAACGGTGTCCTATACTTCCTATTACAGACCAGGTACTGCACCCATGGTGAAAGACAATAAGCTTGTTCTGCAGTCCACGGAGGGGCCGGGTGGGGAAGGCTCGCCGGATTATAAACCTATACGGATGTATCGGCTGGATCTTAAACAAGGCATTATGCAGCAAACAAACTAG	MNEDKPDWYSRASKGPFPNEKFTAEMKKNVQMSVIRDEGRPKRRKYLQVGFIGVLLLLVMLLAIQLPFDVEEQQRAGDVPPHNEETIRAQGFTDQGRLSVVAVEKEKITTLGAPSCFGIETDQSFTGNYIVRYSYNEVTDEVTTLDDLTFIQPTSAAVHMVRLPFQDADVFILAPQYQDCHAIQIYAFAVEHDTGKAVQLRFQDELTVSYTSYYRPGTAPMVKDNKLVLQSTEGPGGEGSPDYKPIRMYRLDLKQGIMQQTN				NA	NA	NA	NA	NA
JZ016_06628	627	lexA	COG1974	LexA repressor	ATGTCGAAAATATCCAGCCGCCAGCTGGCGATCTTAGAGTTTATCCGCAACGAAGTTCGTAGCAAGGGTTACCCGCCTTCTGTCCGGGAAATCGGAGAGGCTGTCGGACTAGCTTCCAGTTCAACGGTCCATGGACATCTTGACCGTTTGGAGAAGAAAGGCCTAATTCGCCGTGACCCTACGAAACCAAGAGCAATCGAGCTGCTTGGCCAAGAAGAGTCCGATAGCGCGAATCTGTTTACCCACACCATTGCCAGAGTACCTGTTGTTGGTAAAGTCACTGCAGGTGTTCCTATTACAGCCATGGAGAACATTGAGGATTATTTCCCGCTCCCTCAGCATTATGTAGGAGACGATAAGGTTTTCATGTTGTCGGTTGTCGGTGACAGTATGATCGAAGCTGGGATTCACAGCGGTGACTACGTCATTGTGCGCCAGCAGCAAACTGCAGACAATGGCGACATTGTAGTAGCGATGACAGAGGAAGACGAAGCAACTGTAAAGACCTTCTATAAGGAGAAGGATCATGTACGATTGCAACCGGAGAATCCTACCTACGAGCCACTGCGTCTGAACCATGTTACGATTCTCGGTAAAGTAATCGGACTCTTCCGGGATGTCCACTAA	MSKISSRQLAILEFIRNEVRSKGYPPSVREIGEAVGLASSSTVHGHLDRLEKKGLIRRDPTKPRAIELLGQEESDSANLFTHTIARVPVVGKVTAGVPITAMENIEDYFPLPQHYVGDDKVFMLSVVGDSMIEAGIHSGDYVIVRQQQTADNGDIVVAMTEEDEATVKTFYKEKDHVRLQPENPTYEPLRLNHVTILGKVIGLFRDVH	PGPT0014895_2359	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356	NA	NA
JZ016_06629	372			hypothetical protein	ATGTTGAAATACAGTACATACCGCAGCATTTATGAGAACGTTCCAGTGCAAACGATGAAGTCCCCGGAGACTTGGATCCACCAATTAAAGTCCAGAATGGCATCCATTCCTTTTATAAAGCTTTTATTCATCCTGTTGATCGTAGCTTCTTTTTGGACAGGGGCATACTCTGTTTTTGCCGGGGGGATGGACAAGCCTACTGGGGAGAAGCAGGTTATTGTTCAATATGGTGATAGTTTGTGGCGGATTGCTTCCCTTCATAAACCGGCAGATATGGATACACGAGTATATCTGGATAGCATCCGAAGAATGAACGGATTGAAAGGTCCGGATATACAGGCCGGAGAGGTGTTGTCTTTACCAGTCTGGTAA	MLKYSTYRSIYENVPVQTMKSPETWIHQLKSRMASIPFIKLLFILLIVASFWTGAYSVFAGGMDKPTGEKQVIVQYGDSLWRIASLHKPADMDTRVYLDSIRRMNGLKGPDIQAGEVLSLPVW				NA	NA	NA	NA	NA
JZ016_06630	207			hypothetical protein	ATGGACATCGATACTTTGGTTGAACGCATCAATGTACTAGCAAGAAAACAGAAGAGTGAGGGATTGACCGCGGAAGAGCTCAAAGAACGGGCTGAGCTTCGGGAAATATACCTTAACAATATTCGCAGTAACTTTAGACAACAGCTGGAATCGATCGAATGGGTTGATGAAAATGAACAAAAAGGCGGCCCGCGATTAAAGCATTAG	MDIDTLVERINVLARKQKSEGLTAEELKERAELREIYLNNIRSNFRQQLESIEWVDENEQKGGPRLKH				NA	NA	NA	NA	NA
JZ016_06631	525			hypothetical protein	ATGTCACGATCATGGGAAAGAAAAGTCAACAAAAATATGTCACAGCTCAACAAGCAGCGTAAGAAGCAGGGGCTGACCTCGTACCAAGGCTCTGCCGTTAATGATAAGCATGACGTGTTTAAAGGACGTAAGTATGTACTTCCGTTAGTGCTTGTTGCATTGGCTGGTTTGTATGCGCTTCTCGGAACGGCGACGTCACAGGCAGCCGGTGGAAGCAATGACGTGTTGAATTGGGTTGGTGTCAGCTTGTATATTCTGTTGGCGCTTATGATTTTCTTACGCAAGCCTTACTTGAAGATTGAGCGTGCTTCCGTATCCACGATGAAGTTCAATCGGGAACGTCGTTTGGCTGTATCCGATATCGAGAAAATCAAATTGGCTTCGGGCTCTGTTGTGATTCAAGGCAAGGGAAAAGCAGGCAACTGGGTATTCTCGCGCATGATGAATCTTTATGATACGAAAGCGATGGGCGAAAGATTGGAAGAGTTCGCAAAGACTCATCAAATTCCAGTGGAGCATAATTAA	MSRSWERKVNKNMSQLNKQRKKQGLTSYQGSAVNDKHDVFKGRKYVLPLVLVALAGLYALLGTATSQAAGGSNDVLNWVGVSLYILLALMIFLRKPYLKIERASVSTMKFNRERRLAVSDIEKIKLASGSVVIQGKGKAGNWVFSRMMNLYDTKAMGERLEEFAKTHQIPVEHN				NA	NA	NA	NA	NA
JZ016_06632	792	gph_7		Phosphoglycolate phosphatase	ATGCCGATAGCTGCGGTTTTGTTTGATTTGGACGATACGTTGTTGTGGGATGAACGTAGTGTGGAAGAAGCGTTTGAAGTGACTTGCCAGGCCGGAGCGGACGAGACCGGCGTTGATGCCAAAGCACTGTTGGCCGCAGTACGGGAAGAAGCGAGAGCATTATATGAATCCTATGATACCTTTGCTTTTACCAAAATGATCGGAATTAACCCTTTTGAAGGCTTGTGGGCTAATTTTACGGCTGGATCACAGCCTGAATTCAGACAGCTGCAGGAGCTGGCACCCGTATACCGCAAGGAATCATGGCGGCGCGGACTTCAGCGCCTGGGCGTTGATAATGAAACCTTGGCCCAGACGTTGGCCGAACAATTCGCTGCTGAACGCAGAACAAGACCATACGTATATGAAGAAACGTTTGAAGTTCTGAAGGAACTGCAGGGGAATGTAAAGCTGCTGCTTCTTACGAACGGAAGCCCGGATCTGCAGCAGGAGAAGCTGGACGGTGTTCCAGAACTGGTTCCTTATTTTGATCATATCATCATATCTGGCGATTTTGGCAGAGGAAAGCCGGATGTTTCCATCTTCCAGCATGCACTCGACTTGTTAGGTGTCGAGGCGGATCAGGCCGTGATGGTAGGAGATAAGCTGACCACAGACATTAAAGGCGGAAATGCGGCTGGACTGCATACCGTTTGGATCAATCGGGTAAACCGACCTCATGATCCTTCCATTCAACCGAAGTTTGAGATCAAACATTTATCGGAGCTGCATGCCATCGTAGCATCCCTATAA	MPIAAVLFDLDDTLLWDERSVEEAFEVTCQAGADETGVDAKALLAAVREEARALYESYDTFAFTKMIGINPFEGLWANFTAGSQPEFRQLQELAPVYRKESWRRGLQRLGVDNETLAQTLAEQFAAERRTRPYVYEETFEVLKELQGNVKLLLLTNGSPDLQQEKLDGVPELVPYFDHIIISGDFGRGKPDVSIFQHALDLLGVEADQAVMVGDKLTTDIKGGNAAGLHTVWINRVNRPHDPSIQPKFEIKHLSELHAIVASL				NA	NA	NA	NA	NA
JZ016_06633	405			hypothetical protein	ATGACCCGAAAAAAAATGGCCCTAATTGCAGCTATGGTGCTGATGGCAGTTGCGCTTGCCGCATGCAATGACAGCAAGGCAGAATCCGGTGACGATGTGATGGCCGAACCCATCATCGTCGAGCTGTCTCTGACGCCGGAGAGCATTAAGGCTGGCGAGAAGGTACTGATCGAAGCGAAGGTGACGCAAGCCGGAAGTCCGGTGGAAGATGCGAACGCTGTGGAATTTGAAGTCACGCTGGAAGGCGGCGGCGTTCAGGCGAAGGTCCCGGTTAAGCATGATCAAGGCGGGGTATACAAAATGGAGAAAACCTTCGATGAGGCAGGAACCTATCGGATTGTTTCACATGTCACGGCGAGAGGACAACATTCCATGCCGTTAAAGGAACTGAAGGTAACAGAGTAA	MTRKKMALIAAMVLMAVALAACNDSKAESGDDVMAEPIIVELSLTPESIKAGEKVLIEAKVTQAGSPVEDANAVEFEVTLEGGGVQAKVPVKHDQGGVYKMEKTFDEAGTYRIVSHVTARGQHSMPLKELKVTE				NA	NA	NA	NA	NA
JZ016_06634	537	mtnD	COG1791	Acireductone dioxygenase	ATGGCAGAGATTGTGATTCGCAACACGAACGAACGCATTACTGGGGAAGAGAATGTTCGGGAATTCCTGAATAACCAAGAGGTTGTTTACGAGCACTGGAATATGGAAAAACTCCCGGCAGCGCTTCAAGAAAATTTCAAGCTGAGTGATGACGATAAGAAGCGCATTTTGGACATCTTTGATGAAGAAATTCGTGACTTGGCTGCAAGACGCGGCTACAAAATCTGGGATGTCATCACACTATCCGAGTCCACGCCTAATATAGAGGACCTGCTGAAAAAATTCGAAGAGGTTCACACCCACTCGGAAGACGAAATCCGTGCGATTGTCGGCGGAAAAGGAATCTTCATTATTAAGGGCTCCGACGATGTCGGTTATTTTAATGTAGAGCTTGAGCCAGGCGATGTCATTTCCGTACCGGAAAACACGCCTCACTTCTTCACATTGATGGAGAACAAGCAAATCATCGCCGTTCGTCTTTTCATTGAGGAGAACGGGTGGGTAGCCACACCGGTAGAAGATCCTCAATTCCAATAA	MAEIVIRNTNERITGEENVREFLNNQEVVYEHWNMEKLPAALQENFKLSDDDKKRILDIFDEEIRDLAARRGYKIWDVITLSESTPNIEDLLKKFEEVHTHSEDEIRAIVGGKGIFIIKGSDDVGYFNVELEPGDVISVPENTPHFFTLMENKQIIAVRLFIEENGWVATPVEDPQFQ				NA	NA	NA	NA	NA
JZ016_06635	3441	metH	COG0646	Methionine synthase	TTGAACAAGCCTAGCTTACAAGAAGTACTTAAAGAACGAATATTAATTCTTGATGGTGCCATGGGCACAATGATCCAGCAGGAGGACCTCTCAGCTGAAGATTTTGGCGGTCCGGACCTTGATGGCTGCAATGAAATGCTGGTCATTCATCGGCCGGATGTCATTCAGAAAATACATGAACAATATCTTGAAGCAGGTGCCGACCTGATTGAAACCAATACGTTTGGCGCAACCTCGGTTGTGCTTGCTGAATACGATATACCTGAACTTGCCCGAGAAATTAACCTGAAAGCGGCTCATTTGGCCCGTGCAGCGGTTGAAAAATATTCCACGCCGGACAGCCCGCGCTATGTGGTCGGAGCGATGGGTCCGACAACCAAGACGCTATCGGTTACCGGCGGTGTGACCTTTGCCGAATTGATCGAGAGCTACGAGGAGCAAGCCGTTGCCTTGATTGAAGGCGGGGTTGATGCGCTTTTGCTCGAAACATCGCAGGATACATTAAACGTGAAAGCCGGGAGCATTGGGATTCGCCAAGCGTTTGATAAAACGGGCGTCACGCTTCCAATCATGATATCCGGAACGATTGAGCCGATGGGCACGACGCTGGCCGGACAAAATATTGAAGCTTTCTACATTTCATTAGAACATCTGAATCCCGTATCCATTGGCCTAAACTGTGCGACTGGCCCGGAATTCATGCGTGACCATATTCGCTCCTTATCCGAAATGTCCAGAAGCGCGATCAGCTGTTATCCTAACGCGGGTCTCCCGGACGAGAATGGGCAGTACCACGAATCTCCTGAATCGTTGGCTCAAAAGATGGGGGCTTTTGCTGAAAAAGGCTGGCTTAACATTGCCGGCGGTTGCTGTGGGACAACACCGGACCATATTCGCGCATTAAAACAAACGATGGATGGCTTCTCCCCACGACCGCTGGATGGTGGACATTTGCCGGCATTATCCGGTATCGAGCCGGTATATATCGAGCAGGAAAACCGACCGTATATGGTAGGGGAGAGAACGAATGTTCTGGGTTCCAGAAAGTTTAAGCGTTTAATCGTAGAAGGTAAATACGAGGAAGCCTCCGAGATCGCCCGTGCACAGGTTAAGAATGGCGCACATGTCATTGATGTGTGCGTACAGGATCCGGATCGTGAAGAATCGGAAGATATGATTAAGTTCCTGGAGCTCGTAGTTAAAAAGGTTAAAGTGCCGCTTATGATCGATACGACGGATCCGGCAGTAATTGACTTGGCGCTGCAATATTCGCAAGGGAAAGCGATTATTAACTCCATTAACCTTGAAGACGGTGAAGAGAAATTTGAGCATGTGATCCCGTTGGTGCATAAATACGGTGCCGCGGTTGTTGTTGGAACTATTGATGAGACCGGTCAGGCAATCCATCGCGATGACAAGCTCAAGGTGGCCCAGCGTTCATATGATCTGTTGGTGAACAAATATGGGGTCTCGCCAGAGGACATTATTTTCGACACACTTGTATTCCCGGTAGGTACGGGGGACGAGCAGTATATCGGATCAGCCAAGGAAACGATTGAAGGCATCCGCATAATTAAAGAAGCCATGCCAAAAGTGCATACCATTCTCGGCATCAGCAACGTTTCCTTTGGATTGCCGGAAGCGGGTCGTGAAGTCTTGAACTCCGTTTATCTGTACGAATGTACGAAGGCCGGATTGGACTACGCGATCGTGAATACGGAGAAGCTGGAGCGTTATGCCTCGATCCCTGAAGAAGAGCGTCGTCTAGCCGAGGACCTGATTTACAGAACCAATGATGAGACGCTGGCGGCTTTTGTCGCGGCTTTCCGGGATAAGAAGGTAGAGAAGAAGGTTAAGGTATCCAACCTGACGCTTGAGGAGCGACTTGCATCCTATGTGGTGGAAGGTTCCAAGGAAGGCCTCATTCCGGATCTAGATGAAGCATTAACCAAATACGGCGCGCTGGAGATCATTAATGGACCTCTGATGGCCGGGATGACCGAGGTTGGACGTTTGTTCAACAACAACGAACTGATTGTCGCGGAGGTGCTGCAAAGCGCCGAAGTGATGAAAGCCTCCGTGGCGTATCTCGAATCCTTTATGGAGAAAAACGAGTCGTCGGTCAAAGGGAAAATCATGCTTGCCACCGTGAAGGGGGACGTGCATGATATCGGTAAAAACCTGGTGGAGATCATCTTATCCAACAATGGTTACCAAATCATTAATTTGGGTATAAAAGTACCACCAGAGCAAATTATCGAGGCATACCGCCGCGAACAGCCCGATGCTATCGGCTTGTCCGGATTGCTCGTGAAGTCAGCCCAACAGATGGTATCCACCGCCCAGGATTTGAAGAACGCGGGCATTAGCGTTCCGATCATGGTAGGCGGGGCGGCTCTTACACGAAAATTCACGAAGACCCGCATTCGTCCCGAGTATGACGGCATGGTGCTTTACGCGAAGGACGCAATGGATGGTCTTGCGTTGGCCAACCAGCTCAGCGATCCGGTCCAGCGGACGAGAATCGCGGAAGAGATCAAGGCAGAGCAGGAAGCCGATGCTGCGGCTCCGCAAGTGGTTAAAGTAATGCCGAAGCTGTCAGAAGGACTGCGCTCCAAAATTTCGACCGATGCTCCTGTATATTTACCACCGGATATGGAGCGGCATGTGCTCCGAAATTATCCGATTTCGCATATTCTGCCATATATCAACATGCAGATGCTGTTAGGACATCATTTAGGTCTGAAAGGTTCAGTGGAACAGCTGCTTAAAGCCAAGGATCCCAAGGCGGTATCGCTTAAGGAAACCGTTGATGGCATTCTGGAAGAGGCCGTTCAATCGGGGATCATACAGGCGCATGCGATGTACCGTTTCTTCCCGGCACAGTCTAGAGGAAATGACATTCTCATATACGATCCAAAAGATACAACAAAAGTATTGCATACCTTTACGTTTCCGAGACAGCAGGTTGAGCCGTACCTGTGCTTGGCGGATTTCCTGAAATCCGTAGACAGCGGGGTTATGGATTACGTTGGATTCCTTGTCGTTACGGCCGGTCACGGCGTCGGAAAATTGTCCGGGGAATGGAAGGACAAGGGTGACTATTTGCGCTCCCATGCACTTCAATCGGTCGCGCTGGAAACGGCAGAAGGGCTGGCGGAGCGGATTCACCATATGATGCGGGATACTTGGGGATACCCCGATCCGGCAGACATGACAATGAAACAGCGCTTGGGTGCGAGATACCAAGGCATTCGCGTATCCTTCGGATATCCGGCCTGTCCGGATCTGGAGGATCAGGAACCGTTATTTAAATTGATGCAGCCGGAGGATATCGGCGTTCATCTTACCGAAGGTTTCATGATGGAACCGGAGGCATCGGTATCCGCTATGGTCTTCAGCCACCCGGAGGCTCATTATTTTAACGTGGATAAAGCTTAA	MNKPSLQEVLKERILILDGAMGTMIQQEDLSAEDFGGPDLDGCNEMLVIHRPDVIQKIHEQYLEAGADLIETNTFGATSVVLAEYDIPELAREINLKAAHLARAAVEKYSTPDSPRYVVGAMGPTTKTLSVTGGVTFAELIESYEEQAVALIEGGVDALLLETSQDTLNVKAGSIGIRQAFDKTGVTLPIMISGTIEPMGTTLAGQNIEAFYISLEHLNPVSIGLNCATGPEFMRDHIRSLSEMSRSAISCYPNAGLPDENGQYHESPESLAQKMGAFAEKGWLNIAGGCCGTTPDHIRALKQTMDGFSPRPLDGGHLPALSGIEPVYIEQENRPYMVGERTNVLGSRKFKRLIVEGKYEEASEIARAQVKNGAHVIDVCVQDPDREESEDMIKFLELVVKKVKVPLMIDTTDPAVIDLALQYSQGKAIINSINLEDGEEKFEHVIPLVHKYGAAVVVGTIDETGQAIHRDDKLKVAQRSYDLLVNKYGVSPEDIIFDTLVFPVGTGDEQYIGSAKETIEGIRIIKEAMPKVHTILGISNVSFGLPEAGREVLNSVYLYECTKAGLDYAIVNTEKLERYASIPEEERRLAEDLIYRTNDETLAAFVAAFRDKKVEKKVKVSNLTLEERLASYVVEGSKEGLIPDLDEALTKYGALEIINGPLMAGMTEVGRLFNNNELIVAEVLQSAEVMKASVAYLESFMEKNESSVKGKIMLATVKGDVHDIGKNLVEIILSNNGYQIINLGIKVPPEQIIEAYRREQPDAIGLSGLLVKSAQQMVSTAQDLKNAGISVPIMVGGAALTRKFTKTRIRPEYDGMVLYAKDAMDGLALANQLSDPVQRTRIAEEIKAEQEADAAAPQVVKVMPKLSEGLRSKISTDAPVYLPPDMERHVLRNYPISHILPYINMQMLLGHHLGLKGSVEQLLKAKDPKAVSLKETVDGILEEAVQSGIIQAHAMYRFFPAQSRGNDILIYDPKDTTKVLHTFTFPRQQVEPYLCLADFLKSVDSGVMDYVGFLVVTAGHGVGKLSGEWKDKGDYLRSHALQSVALETAEGLAERIHHMMRDTWGYPDPADMTMKQRLGARYQGIRVSFGYPACPDLEDQEPLFKLMQPEDIGVHLTEGFMMEPEASVSAMVFSHPEAHYFNVDKA	PGPT0008135_2495	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008135-metH-K00548	NA	NA
JZ016_06636	930	rnz	COG1234	Ribonuclease Z	ATGGAACTCTATTTTTTAGGGACAAATGCGGGGGTTCCTACGCTGCAGCGTAACGTGACCTCGATTGCACTGCGTTTGCTGGAAGAGCGAAGAAGTCTGTGGCTGTTTGATTGTGGAGAAGGCACGCAGCATCAAATATTGAAATCCCCGCTCAAGCTGTCCAAGCTTGAGAAGGTATTTATTACCCATATGCATGGTGATCATGTGTTCGGGTTGCCAGGTTTGCTGTCCAGCCGAGGTGCCCAAGGGGTAACTTCACCCCTGACGATATACGGTCCCCCAGGTATAAAGACATTCATTGATACTACGCTGAGCATCAGCCAATCGCGCGTACCCTATACGATGGAGGTCATTGAGCATACCGGGGGCATGTTGTTTGAGGACGATCACTTCCTCGTGGAATCGGCAAAGCTGGATCACAGGGCCGAGAGTTATGGATACCGTATCGTGGAGAAGGATCTTCCCGGCAGTCTGGACCTGAAACGGTTGGCGGATTATGGACTCAAGCCAGGACCGCTTTATGGCAAGCTGAAACGAGGGGAAAGCGTGGAACTCGGCGACGGACGATGGATTCATGCCTCAGATGTGCTCCTGACACCGAAAAAAGGGAGAGTGGTCACGATTCTCGGGGATACAAGGCCATGCCCTGGGGTGGATACTCTGGCCAAAGGTGCCGATCTGTTGGTTCATGAAGCCACTTTCATGGAGGATCTGTCTGAACTCGCGCACGAATACTATCATAGTACGGCTAAACAGGCGGCAGAAGCAGCGAAACGGGCTGAAGCAAGATCGTTATTCCTGACCCATTTCAGCTCCCGTTATAAGGATATAGAGCATTTGCAGCCGCTGCTCAAGGAAGCGCAGGAGATTTTTGCGAATACACGCTTGGCAGAGGATTTTGGCCTGTACCCCATCCAGCGCAAATCATGA	MELYFLGTNAGVPTLQRNVTSIALRLLEERRSLWLFDCGEGTQHQILKSPLKLSKLEKVFITHMHGDHVFGLPGLLSSRGAQGVTSPLTIYGPPGIKTFIDTTLSISQSRVPYTMEVIEHTGGMLFEDDHFLVESAKLDHRAESYGYRIVEKDLPGSLDLKRLADYGLKPGPLYGKLKRGESVELGDGRWIHASDVLLTPKKGRVVTILGDTRPCPGVDTLAKGADLLVHEATFMEDLSELAHEYYHSTAKQAAEAAKRAEARSLFLTHFSSRYKDIEHLQPLLKEAQEIFANTRLAEDFGLYPIQRKS				NA	NA	NA	NA	NA
JZ016_06637	795	yutF	COG0647	Acid sugar phosphatase	ATGGAAAAACCAAAACCAAAAGGATTGCTGATTGACCTGGATGGAACGCTGTATCATGGCCGTTATCGGATTGAGGGGGCAGACCTTCTCATCGAGCGGCTGAAGGAATTGCAGATTCCATTTCTGTATGTAACGAATAATTCATCACGAACACCGGAGCAAGTGGCGGCGCATCTGATGGAGATGGGAATACCCGCCTTGCCGGAGGAAGTATGCACCTCCTCCTTGGCTGCTGCTAAATATATCGCTGAGGAGTCGCCGGGTGCCAGAGTGGCAATGCTTGGCGAAGAGGGGCTCCGTGAAGCGCTCTTGTCCGCAGGTCTGAACATCGTGGAGCAGTCCCCTGAATATGTCATTCAAGGAATCGACCGCTCGTTCCATTACGAGAAGTTAACCCGTGCCGTTCGCTGGATTCAGGAGGGAGCCGCGTCGATATTGACCAATCCGGACTTGCAGCTTCCATCGGATACCGGCTTGATGCCCGGTGCAGGATCGCTCGGCGCTGCGATCGAAGCTGCTTCCGGAGTGAAACCGACGGTCATCGGAAAGCCGTCCTCGATATTAATGAAATTTGCTTCGGATCGCCTTGGTTTGGCTCCGGAGGACACTTATGTAATCGGAGATAATATACGTACGGATATCGCGGCTGGCGCGCATGCCGGCTGTAAGACGGTGCTCGTTATGACCGGAATCACGACCGATCTCAATATGGAGGCCCATATGGAAGCCACGGGTGTCACACCGGATTTTATCTGCCGGGATTTAAGCGAAGTGAAAGATCTGCTGTGTTCATAA	MEKPKPKGLLIDLDGTLYHGRYRIEGADLLIERLKELQIPFLYVTNNSSRTPEQVAAHLMEMGIPALPEEVCTSSLAAAKYIAEESPGARVAMLGEEGLREALLSAGLNIVEQSPEYVIQGIDRSFHYEKLTRAVRWIQEGAASILTNPDLQLPSDTGLMPGAGSLGAAIEAASGVKPTVIGKPSSILMKFASDRLGLAPEDTYVIGDNIRTDIAAGAHAGCKTVLVMTGITTDLNMEAHMEATGVTPDFICRDLSEVKDLLCS	PGPT0005420_513	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_NITROPHENYLPHOSPHATE_DEGRADATION,PGPT0005420-nagD|yutF-K01101	NA	NA
JZ016_06638	822	mutM_2	COG0266	Formamidopyrimidine-DNA glycosylase	ATGATGCCGGAACTGCCGGAAATGGAAAATTACCGAAGATTGTTATCGCAGAGCATTTTGAATGTGCCGATTACAAATGTCGTCGTGAACCGTGAAAAATCACTGAATGTGACCGTTGATGAGTTTACTTCCGTGTTAAAGGGAAGCAAGGTCATTTTTGTGGAACGTAGAGGCAAGCACCTCATATTCCATTTGCATAACGGAGGCAGACTGCTGCTTCACCTTATGCTGGGCGGCATTTTGTATTTGGGGCATAAAGATGAGGAGCGTCCATCAAGGTCGACCCAGGTCGAGATCACCTTTGGCGATCAGGTGCTGTACTTTATCGGACTGCGTCTGGGTTACTTGCATTTCCTGACAGCCAGAGAGACGGAAAATGCGCTTAAAGAGCTTGGTCCTGAACTTCTGGATCGGCGAATGACCAAAGCGCGCTTTGTCGAACGGATTGGAAAACGGCGGGGCGCTTTAAAAACTACGCTGGTCAATCAGCAGGTTGTCGCCGGGATCGGCAACTGTTATGCGGATGAGATTGCCTTTGATGCCCGCATTCACCCGCTGTCCAAAATCCAGGATTTATCGGAGCAGTCTTTAGAGCAGTTATACGAGAGTACCGTTAAAGTGATGCGCGAGGCGACGGATGGCGGCGGATATATGGAAATGCCGTTTCAGGAAGGGGATACCCTGACAGGGGCTTACAATGACGAGTGCAAGGTGTATGATCGCGAAGGAGAGCCTTGTGTTCGCTGCGGTACGCCGATCGTGAAGATGGAGCATACCTCGCGCAAAGTGTTCTTTTGTCCGAACTGTCAGCATGAAGCCTAA	MMPELPEMENYRRLLSQSILNVPITNVVVNREKSLNVTVDEFTSVLKGSKVIFVERRGKHLIFHLHNGGRLLLHLMLGGILYLGHKDEERPSRSTQVEITFGDQVLYFIGLRLGYLHFLTARETENALKELGPELLDRRMTKARFVERIGKRRGALKTTLVNQQVVAGIGNCYADEIAFDARIHPLSKIQDLSEQSLEQLYESTVKVMREATDGGGYMEMPFQEGDTLTGAYNDECKVYDREGEPCVRCGTPIVKMEHTSRKVFFCPNCQHEA				NA	NA	NA	NA	NA
JZ016_06639	849	nfo_2	COG0648	putative endonuclease 4	ATGAAGCCTAAAGTCCGAATTGGGAGCCATGTCAGCACACGGGGCGGATTTCTCGCAGCAGCCCAGCATGCAGCCGGGATCGGTTCACTAGCCTATCAGTATTTCCCGAAAAATCCGCGCAGTCTTCACTTAAAGATGCCGGACGTTCGCAATGCCGCCGCCTGCTCCAAGTTTTGTCAGGAACAAGGACTCGTTTCGATCGCGCACACCCCATATCCGACGAATATGGCGGTTGGCTTAACCCGGGGCGAAGCGTTTTACCAGTTGACGGTAGATTCCCTGAAGAATGATCTCATGATTGCCGAGGCTTGCGGATCGCTGGGTATCGTGGTTCATTTTGGGCATCTCAAGAGCCAGGATATCCTTGAAGGGTATCAGAATATTATCCGCTGCATGAATGATGTGTTGTCTTCCTGGACGGGAAGGGCTAAGCTGCTGATCGAGAATCAGGCGGGGGATCATGGATCTATGGGGATGACGCTTGAAGAGAGCGTGAAGGTCAGACAGCTTGCTGATTATCCGGAGAAAATAGGCTTTTGCCTGGATACCTGCCATTTGTTTGCCGCCGGAGGTTGGGATATTTCGAATACGGATGAGCTCCTTGCCAGGGGCAAATCGCTGGGCTATTGGGAATCTGCCGTTGCCGTTCATTTGAACGATTCGAAATATGGGGCCGGTTCAAGAAAAGATCGCCACGCCCGCATCGGACAAGGTATGATAGGAACAGAAGCGCTGAAACGTCTGGTTCTGGCACCGGAACTTGCAGGCAAGGCATTTGTCCTGGAAAGTGAAAAAGGGGCTGACGGCACGCATAGGGAAGACATCGCCAAGGTGCTGTCCTGGTCCTGA	MKPKVRIGSHVSTRGGFLAAAQHAAGIGSLAYQYFPKNPRSLHLKMPDVRNAAACSKFCQEQGLVSIAHTPYPTNMAVGLTRGEAFYQLTVDSLKNDLMIAEACGSLGIVVHFGHLKSQDILEGYQNIIRCMNDVLSSWTGRAKLLIENQAGDHGSMGMTLEESVKVRQLADYPEKIGFCLDTCHLFAAGGWDISNTDELLARGKSLGYWESAVAVHLNDSKYGAGSRKDRHARIGQGMIGTEALKRLVLAPELAGKAFVLESEKGADGTHREDIAKVLSWS				NA	NA	NA	NA	NA
JZ016_06640	339			hypothetical protein	ATGATTCATCTGTATTTAGACGACTGGCGCCCCAATCCGAAAGGATTTGCGCTGGCACGAAGCGGGGAAGAGTGTTTGCTGATGCTCCGTGAATGTGAAGTGGATGTTCTGTCCCTTGACTTTGAATTGGGACATGGCCAAATGAACGGCGGAGACGTGGTTGCAGCCATGATCGCCGAAAATCTGCAGGCCCGAGAAATATATTTGCATACCTCAAGCCCATCTGGCAGAAGAAAAATGTATGAGCTGCTCTATGAGCATATGCCGGAAAGCGTCCGGGTTCACAATGGACCGATGCCGGAATCCGTTCTGCGGGAAGTCGCCCAGGGTTCAAGATGA	MIHLYLDDWRPNPKGFALARSGEECLLMLRECEVDVLSLDFELGHGQMNGGDVVAAMIAENLQAREIYLHTSSPSGRRKMYELLYEHMPESVRVHNGPMPESVLREVAQGSR				NA	NA	NA	NA	NA
JZ016_06641	348			hypothetical protein	ATGATAGAGGTAACGCAGCGTGAATTGACGGAGAGGCTTGAATGGCACGAGCGCCTGACGAAACGGGATGCGAATGCGGACCCAGTCATCGTATTTTTGCATACGCCATTATGCGGCACATGTGCCGCTGCGCGTAAGATGATCAACATTGTAGAACATGTGGTGCCGGATGTACAGCTGCTCGAAGCCGATGTGAACTTTCTTCCGGACATTGTGGAACGGTATCAAATCCGCAGTGTTCCTGCATTGCTGGCTATTCAGTCGAGTCCCCTCCCCGCACCGGAGGTGCTGTACCGGATGGGTTCCGTGCAGGATATCGTGAGTTTTGTGAGGAGCGTGAAGCCATGA	MIEVTQRELTERLEWHERLTKRDANADPVIVFLHTPLCGTCAAARKMINIVEHVVPDVQLLEADVNFLPDIVERYQIRSVPALLAIQSSPLPAPEVLYRMGSVQDIVSFVRSVKP				NA	NA	NA	NA	NA
JZ016_06642	774	ylmA_2	COG1119	putative ABC transporter ATP-binding protein YlmA	ATGATTTCGCTACAGCATTTGTCGCTCGTCAGAGGGAGCCGTCAGATTCTGGATGATGTTAGTATCAAGATGAAGCCGGGACAGAACTGGGCCATCTTGGGCAGGAACGGATCAGGCAAAACGACGCTGCTGGAAATGATGACAGGATATATGTTTCCTTCCAGCGGGCGTGTGGAGGTCCTTGGCCATGTTTACGGACAATGCGACGTTCGTGAGGTCCGCAAATCGATCGGCTATATTAGCCAGTCGTTATTGGAGAAATTGACGCTGAGCGACCCGGTCTGGGAGGTTGTGGCAACAGGGGCTTACGCCTTTCTGCGCTTCTACCAAGACATACCGGAAGAGGCCAGGAACCAGGCCCATGCCCTGTTGAACGAAATGAATTTCGGCCATCTGGCGGAGCAGCCTCTCGGAATATTGTCACAAGGTGAACGTAAAAAGGTAATGCTGGCACGCTCCCTCATGGCCGATCCGAAGATTCTGATTATGGATGAACCGTGTGCGGGCCTGGATTTGTATGAACGGGAGAAGATGCTGCAGGAGATTGACAAGCTGAGGCAGCGCGAAATTACGGTTGTGTATGTCACGCATCATATCGAGGAGATTGTCCCTTTATTTACTCATGTGGCGCTCATGAAAGACGGCCGCTTAACGGGTGCGGGAACAAAAGAAGACGTATTAAACCATGAACTTATCAAACAAACTTATGATATCGACGCTCAGCTGGAATGGGATGGCGGACGTCCCTGGATCAAAGTTATTTCTGGAGGTTAA	MISLQHLSLVRGSRQILDDVSIKMKPGQNWAILGRNGSGKTTLLEMMTGYMFPSSGRVEVLGHVYGQCDVREVRKSIGYISQSLLEKLTLSDPVWEVVATGAYAFLRFYQDIPEEARNQAHALLNEMNFGHLAEQPLGILSQGERKKVMLARSLMADPKILIMDEPCAGLDLYEREKMLQEIDKLRQREITVVYVTHHIEEIVPLFTHVALMKDGRLTGAGTKEDVLNHELIKQTYDIDAQLEWDGGRPWIKVISGG	PGPT0003760_6291	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FeuABC|YusV-TRANSPORT_COMPLEX,PGPT0003760-yusV|ABC_FEV_A|feuD-K02013	NA	NA
JZ016_06643	1077	rlmM		Ribosomal RNA large subunit methyltransferase M	TTGGATGAATTAAATGTTATGCAAGAGCTTGAGGAACAGAATCAAAGTCATCGGGATTTTCACAGCAAGTGGGTATGTACGGCAAACCATGGGTTTGCTCCTTACGCCCAAGAAGAGCTGCGCCGGATGTTTGGCAGTATAAAGAGCACGATGATGATACCGGGTGAGGTGTTTTTGGCGACAGTCGGCAGCTCCGAAGATGAGGCGAAGCGGCTGATTACGTCTTCCCCGCCTATTTTTCTGCGGCATTTGTTTCCGGTACATCTGGAGGTGACAGCCGATACCGCTGACGATGCACTGCATGCTGTCGTTGAGCATGTCATGAAGCGGGAGGAAATCGGCCGCAGCCGTGTATCCATCCAGATCCGAAAGACGGAGAACAGCTCGTGGAAGGAAAACCCCGCGGCCCTTCGGGATGAATTACAGCATCGCTTGGCTGCGCTAGAACTTGAATACACGGTACAGGCACCGGAGTGGATCATTTCACTATTCGCTGCCGACAGTGTCTGGTATGTGGGCGTGTCACGGCCGGAGGACAACCTGTCGGATTGGAACGGAGGCGCCGTCCGCTTTCAGCGGGAAGAGGGACAAATCTCAAGAGCCAAATTCAAGCTCCTTGAGGCGGAGAAGCAGTTCGGAATTCCGTTTGATTCCTTCCGCAAGGCTGTCGATATCGGAGCAGCGCCTGGCGGATGGACCTCCTTTTTATTGGAGCGCGGCCTGCAAGTTACGGCCATTGATCCGGCGAAAATGCACCCATCCCTCGATGGTCACAAAAACCTCCGCGTGATTCACAAGAATGCAGCGGACGTATCGTTTAGAGATTCTGAGTTTGACCTGTTGGTGTGTGATATGAGCTGGAGTCCTAAACTAATGGCCAGAATGGTAACCGGGCTGCTGCACAGTCTTCAGACGGGCGGCACTGCTGTCATTACGGTTAAGCTGCTGACTAAGAAACCGATGGCGCTGGTGAAAGAGATCATGTCGGTGTTTGAAGAGTCCAGAATGCAGATTCAGGGAGCAAAGCAGCTGTTCCACAATCGGGACGAGATTACGCTTTATATGATTAAGTATTAA	MDELNVMQELEEQNQSHRDFHSKWVCTANHGFAPYAQEELRRMFGSIKSTMMIPGEVFLATVGSSEDEAKRLITSSPPIFLRHLFPVHLEVTADTADDALHAVVEHVMKREEIGRSRVSIQIRKTENSSWKENPAALRDELQHRLAALELEYTVQAPEWIISLFAADSVWYVGVSRPEDNLSDWNGGAVRFQREEGQISRAKFKLLEAEKQFGIPFDSFRKAVDIGAAPGGWTSFLLERGLQVTAIDPAKMHPSLDGHKNLRVIHKNAADVSFRDSEFDLLVCDMSWSPKLMARMVTGLLHSLQTGGTAVITVKLLTKKPMALVKEIMSVFEESRMQIQGAKQLFHNRDEITLYMIKY				NA	NA	NA	NA	NA
JZ016_06644	1467	pknD		Serine/threonine-protein kinase PknD	ATGAATCAGCCTTGCAGATTAGTACATGGGGAAGTGTTGGGCGAGCGTTACGTGATTGACCGCGTGATCGGTGAAGGGGGCATGAGTTGTGTATATCTGGCCGAGGATCTGAAGCTGCCCGGGAAGAAATGGGCAGTGAAGGAGAGTTTGTCTGAACCCGGTATGCAGCGCACCGTTCAGGACGAGGCACAACTTCTGATTAAACTCAGTCACCCGCGTCTGCCGCGCATTGTCGATTTTTTTCATGCACAGGCTACCGGCTACACCTATTTAGTTATGGATTATATTCAGGGCATGACATTGGAGAAGTACTTTCGGGGATATCGAGGGAATGTGAATCCGGACTTCATCATGGAACTGACGGAGCAACTGCTGGATGTTCTGGAGTATCTCCATAATCACGAACCTCAGGTTGTATTCCGGGATTTAAAGCCATCAAACATTATGCTGACCGATCAGCTGGAGGTTCGACTCATCGATTTTGGAATCGCCAGAAGCTATAAACAAGAGAGTGGGGAGGATACCGTCAAGCTGGGCACGGTTGGATTTGCGGCGCCGGAGCAATACGGAGGTAGGCAAAGCGATGCGAGATCGGACCTGTATGGGCTTGGAGCGCTTCTGCTTTATCTCTCAACCGGCGGTAAATTCAGTGAATGGATAACGGGCGTGGAGCGACATATCCGTGGCGATTTGCCAAGAGAACTTGTACCCGTTATTCGAAAGCTGCTGCAATATGCTCCGGAGCATCGATATCAATCCGCGGCAGAAGTTCGTTCAGCGCTCAGTCGGCATCAGCCGATCACTGCGAATATATCAAGTGCTCAGTCCAACACGCTAGCCGGGACGCTTGTGACAGCCGTATTGGGGGCATCATCCGGTGCAGGAACAACCCATAGCTGTATCGCATTCGGGCATTACTTGGCTTCAAGGTACGGGAAGGTAGCGATCGTAGAAATGAGCGCAAAATCTACCGCCTTTACCCGGATTCAGGAAATTGCCGAGGGCGGGAAGCTGGGGTCTATCCGAAAGTTCGAAATCAACGGGATTCACTTTTGGCGGCAAACAGCCAGAACGGAAGTTATTTCGCTGCTCGGGGGCAGTTACGATGCGGTGGTGTTGGATTTGGGAGCATACCGGGACAGCGAACGGCTCGAGGAGTTTCTTCGGGCCGATCTCCCTATCGTTATCGGATCAGGAGCGGAGTGGCGACAGCATGATGTGGTAACGCTGGCCCGGATGCTGTCAAGACATCCTCAGCCGGCCAGGATCTACGCACTGCCACTTGCTGGGGAAGAAACGATTCAAGAGATGAGAAGAACGCTAGGAACGAATAGAGTTCATTCCTTGCCCCTGCAATTGGACCCGTTTGAATTGCCTGACAGCAGCCGGGAGGCATTTGCACAGTTATTTCTGGATTACCTGCCGCGGGCAGAAAGGAAGCGAAGATTCAGGTTTCTAAAGAATTAA	MNQPCRLVHGEVLGERYVIDRVIGEGGMSCVYLAEDLKLPGKKWAVKESLSEPGMQRTVQDEAQLLIKLSHPRLPRIVDFFHAQATGYTYLVMDYIQGMTLEKYFRGYRGNVNPDFIMELTEQLLDVLEYLHNHEPQVVFRDLKPSNIMLTDQLEVRLIDFGIARSYKQESGEDTVKLGTVGFAAPEQYGGRQSDARSDLYGLGALLLYLSTGGKFSEWITGVERHIRGDLPRELVPVIRKLLQYAPEHRYQSAAEVRSALSRHQPITANISSAQSNTLAGTLVTAVLGASSGAGTTHSCIAFGHYLASRYGKVAIVEMSAKSTAFTRIQEIAEGGKLGSIRKFEINGIHFWRQTARTEVISLLGGSYDAVVLDLGAYRDSERLEEFLRADLPIVIGSGAEWRQHDVVTLARMLSRHPQPARIYALPLAGEETIQEMRRTLGTNRVHSLPLQLDPFELPDSSREAFAQLFLDYLPRAERKRRFRFLKN				NA	NA	NA	NA	NA
JZ016_06645	1110			hypothetical protein	ATGCCAATTATCAGGAGGCGCAGCCGCAAACTGATATTTGCTGGCTTAGCCGGCGCAGCCGTAACAGGTGCCGTATGTGCCGGCGCAATGTTGTATTATGTGCACGGCTATAAAGAGCAGCAGAGTATAGAGCGTACTAAATACGAGCAGCGAATCAAGGAGCTTGAAGAGACGCAGCTTCAGCAGCTCAATTCAATGAAGGTTGCATGGGTCCCGTTAAAAGATATTCCGCCTGGTCATTTCATCGATGCAAAGGATATTAAGGAAGTGCGTTTGCCTGATGACGGTTCTTCCGGCAATCTGTTCTCGGTCAAGGAAGAGATTGCCGGGAAGGGGGCCAAGATCGAGCTGCTGCAGGGAACACCGATTACCCGCTCGATGCTCTTTGAAGAAGAGCCGACACCGTCCGATCTTCGTCATCGGGAGATGAAGTCCGTATATCTGCCAAGCAATTTACGCCAAGGGGACGTGATCGATGTAAGGGTTCAGTTTCCAAGCGGACAGGATTACATCATTTTATCCAAGAAGAAGATCGACAGGCTTCAAAATCCGGCGTTTTGGACAACGTTAAGCGAACGGGAGATTTTATTGCTTTCCAGCGCTTTGGTGGATGCTTATCTGCATAATGCCACGCTCTATGCACTCACCTATGTAGAGCCGGAACTTCAAGAGAGAGCAATACCTAATTATCCTCCGAACGCTGAAGTAACGAAGCTGATTGCAAGCAACCCGAATATTGTGAAGAAAGCCGAGAAGTTTTTCGAAGTTACGCTGCGAAACACGCTGGAAGAGGATTTAAGCAAGCTTCAGCCGAATCAGCAGGCACAGGTATCCGACATGCATCACAACTCCATCTTCGCTAGTGGGGCAAGAAGTCCAGACTCCTGGAGTCCTGCGTCCAATTTAAGCTCCCAAACGAAATCTTCAACGGATACAAAACGGAATACTGCTGACATCCGTCTTGACGACGAGGCAAATACAGAGACTCCGCTCCGTGAAGAGCGGGATTCAGAAGCGGAGCAGATTCTGGGATCATCCGGACCGCCAGAAGCCGAGGCGGGCAGTGATAAGGAATCAGAAGAAGCGGAGTTGATATTCTCAAGTCCTTAG	MPIIRRRSRKLIFAGLAGAAVTGAVCAGAMLYYVHGYKEQQSIERTKYEQRIKELEETQLQQLNSMKVAWVPLKDIPPGHFIDAKDIKEVRLPDDGSSGNLFSVKEEIAGKGAKIELLQGTPITRSMLFEEEPTPSDLRHREMKSVYLPSNLRQGDVIDVRVQFPSGQDYIILSKKKIDRLQNPAFWTTLSEREILLLSSALVDAYLHNATLYALTYVEPELQERAIPNYPPNAEVTKLIASNPNIVKKAEKFFEVTLRNTLEEDLSKLQPNQQAQVSDMHHNSIFASGARSPDSWSPASNLSSQTKSSTDTKRNTADIRLDDEANTETPLREERDSEAEQILGSSGPPEAEAGSDKESEEAELIFSSP				NA	NA	NA	NA	NA
JZ016_06646	708			hypothetical protein	GTGAAGACGTGGATATTTACAGGTATCTGTGATAAGAGCGACATGCTCCTCTATATGTGCAAAATATTAGCCAATGGAGACAATAGGGTACTGCTCGTGGATGGTGCGATGGATGCGAAGTACAAACATTGCATAGGCGTGATGCACCCGAAGTTGCCGGTTATGGAGTTTGCCGGATTCGACGTGGCAACCGGATTTGAGAATTATACTTCGCTCATGGACTATCTGGAAGAAGCAGACGAGAAGAAGTACGACTATATCGTCATGGACGTGGAGAAGTCGGAATTCCTGGACAAGATGCAGTGGGATACAGCAGATGCCCATGTTTGGGTTAGCGGGTTCGAGGTAACCGGACTGCGCAAGAGTACGGCTTTGCTTGATGAACTAAGAGCCGCAAGAACAGATGATCCGCTCCCTCCTTTCCATCGGGTATATGTTCAGGTCATTGAAGATTTGATGGATGAGTCCTATATAGAAGGTTATCTGGAAGACAGCCGGATTCAGTGGCTGGGTCCTCCCGTGAAAATGCCGTGGGATGAATTGTTCTTCGCCTTGAAAATAAAAAATGAACATGCAGGAAGACTGGGTATCAAGCCATTATCCAGACAGTATAAACGATCGCTTACCGAACTTCTCCGCCTGTTAACGGAAATGGAGCAGCGGCATATTCGCCGGGCACTTCGGCAAGCAGGAAGGAGGCATGCATGA	MKTWIFTGICDKSDMLLYMCKILANGDNRVLLVDGAMDAKYKHCIGVMHPKLPVMEFAGFDVATGFENYTSLMDYLEEADEKKYDYIVMDVEKSEFLDKMQWDTADAHVWVSGFEVTGLRKSTALLDELRAARTDDPLPPFHRVYVQVIEDLMDESYIEGYLEDSRIQWLGPPVKMPWDELFFALKIKNEHAGRLGIKPLSRQYKRSLTELLRLLTEMEQRHIRRALRQAGRRHA				NA	NA	NA	NA	NA
JZ016_06647	870			hypothetical protein	ATGAGTCTGATTGCTGTATGGAGTCCCTTGAAAAGCGGCAGCGGCAGTACGATGCTGGCCTCGAGTTTACCTATCGTATTGGCGTTTGAATATCAGGTCAAAGTGCTGCTCGCCCATGGTGGACATGCAGGGGAGCGAGTGGAACAAGCTTTTTCCTTTAAGCAGGAATCATTTGATTTTATGACAGCATTTCAAGATACCGGAATGGATGCCTTGGAAAGACTTTGTACAAGCGGGAGGCTGAACCCGGAGAATGTACGCAATTATACTTTGCCGCTCCTGTCTGATCGGCTAGATCTTTTATGTGGACCGAAACTAATGTCCGCCGATGATATACAGACCACAAGCAGTGCGGAGGACAGAAAACAGGCGGAACTTATGACCAGAGTTATGGAGTTCTCCAAGCGAAGTTACGACGTCACGGTGGCCGATGCAGGTAATGGAGATCCGGGAGCGGTAGATCGCGCGATACTTCAAGCTGCCGACTTCATCGTGGTTGGTTTGAATCAAAATTTGCATGTACTGGAGAATAAGCTTGAACAGGAGGGGCTACCCCCTGAACTGAAGGACAAGGCAAGCCTATATATCGTCGGCAAATATGACCGGGAGAGCCATTGTACACTGCAAAATATCAAGCGCCGCTTTGGCATCAAAACGACGGTGCTTGGTGTTCCATATTGTTCCGGCATGACGGATGCATGGAATATGCGCTCCGTTATGCCTTATATGCAGCGAAGTCGGAGAGGCGCTGACCTGAAACGGATGAGCTCACTGTATGTTGCCGTTTGTAACTTGGCGGATGCCGCGGCTGAACATCTTGGTCTTCCTTCCGGCGGTTCGAAAGCGGGAGGCCAGCATGCTCTTGGGTAA	MSLIAVWSPLKSGSGSTMLASSLPIVLAFEYQVKVLLAHGGHAGERVEQAFSFKQESFDFMTAFQDTGMDALERLCTSGRLNPENVRNYTLPLLSDRLDLLCGPKLMSADDIQTTSSAEDRKQAELMTRVMEFSKRSYDVTVADAGNGDPGAVDRAILQAADFIVVGLNQNLHVLENKLEQEGLPPELKDKASLYIVGKYDRESHCTLQNIKRRFGIKTTVLGVPYCSGMTDAWNMRSVMPYMQRSRRGADLKRMSSLYVAVCNLADAAAEHLGLPSGGSKAGGQHALG				NA	NA	NA	NA	NA
JZ016_06648	1911			hypothetical protein	ATGCTCTTGGGTAATTCCTTTAATACGATATGGATCATCATCATTATTTTGTTTGTACTGCTGTTTGTATATCTGCGTTATTTGGATACCCGAAAACCGACCGCTGCTATTTCGCGGGGGTCCGACCCTTATTCTCTTGAAGCCATGACTGCGTTTGTTAAAGAAAGCCTCCATCAGCTGACGCACAGCCAGTTGTCTGATTTAGGGCTGCATGAAGAGGAGTATCGCCGAAGGCTGAACAAGCGAAGTGAATTGAGAAGTGCCCTCAAGGGCTGCGTATCCGGAGATGTGCTGGATAAAGCTTATGTAAAGGATTTTTTAAAGCAGCTGCTGGTCAGAGATCTGGGTTTGAACGAGTCCAACATTCATGCGGCCATTCCATTCGAAAACCTGACCGAGTTAACAGCCCAGGATCAATTCGAGATCATCTTATACCTGTATAAGCAGAGGCACGGAGAGAATGCTTTATCCGTACTTCTTGAGACGTATGATCTTGCAGGGCCTCGCGTGATTCCCGGTTATGGAGAGGGCAGCGTATATGCGGTAACCGCAGAGGATATTGCGTATATCTATGAGTCAGAGCAGCGACCGCTCTTGTTTCCGGAGAAGCTTGATATCGTCGTTCAGCGCATTTATCAGCAGTACAAAGGCTTTTCCGTCGTGGATGAAATCAGGGATCAACGGATCGACGGGATCAGTGGCGGGGTAAGTGGCATTTCTGTCAACCGTGACAGCGGACAGGATATCTTTCACGACCAGGATGAGTTTTTGGGGCTTGGCTTTTCAAATATCGAATCACCAGCAACAGGCTGCGAGAGTGTCTGGATTTTTTATCGAGGGGTGTCGCTGCATCTAGCTTTTTTATCGTTTGGTTCGATGCTGGAACTGAAGAGAGTATGTCAAAACATATACAAATACAATCATCCCGGGCAGCTTTCAGAAGCCAGCGGTTATAAAGTGAATGAGATGAAAGATGGCTCCAGGGTCGTTGTGGTTCGGCCCCCGTTTGCCGAGTCCTGGGCGTTCTTTGTCCGCAAGTTTGATCTGCCCAAGGCTTCGCTTGATCAGTTAATTACGGGAAACGGTTCGGAATTGGTAATCGGTTTGTTGAGGTATTTAATGAAAGGCAGCCGGATTACGGCAATCACCGGTGCGCAGGGTTCCGGAAAAACAACGCTGCTCATGGCGATGGTGGGTCATATTTATGCCTCCTATACCCTTCGGGTGCAAGAGATGGCCTTTGAGCTGCATTTAAGGAAAATCTATAGCCGCAGAAATATTCTCAGCTTCAGGGAAACCGAGCATATTAGTGGGCAGGCCGGTCTGGATCTGCAGAAGAAGACGGACGGTACCGTTAATATTCTTGGTGAGGTTGCCAGTGACGAGGTAGCGTCATGGATGATACAGATGTCTCAAGTGGCAAGTTTGTTTACCGTGTTTACCCATCATGCCAAGACATTCAAAGACCTTGTACAATCCTTGCGCAACTCCTTGCTCAAGAGCGGCGTTTTCAGGCAAGAGCATATTGCAGAGCAGCAGGTGGTCAGCGTGATCAACTTTGACATTCATCTAAGAAGAGACGCTTACGGTAACCGCTACATAGAACGTATTACAGAGTGCATCCCGGTTGAGAAGGGATCCCTGCCACCATTCGAGGGAACTTCAGAAAAGCGCTGGAAGAACAGTATGGAGGAATATTTTCAGTTAAGTACAGAACATATGCGGAGATTGAACGAAGTAAGTTATTTCGTATCTCGTAATGTGATTGAATACCGGGACGGTAGCTATATCGCTGCCGCCAAGTTATCCGAAAGCAGTGTTCGCGAAATGACGGAGCATATGCATCCGGAAGATGCCGAAGAATTCAGAGTGTTTCTGGCTTCGGGTTGGGGGGAACAAAGTGTCCTCTAA	MLLGNSFNTIWIIIIILFVLLFVYLRYLDTRKPTAAISRGSDPYSLEAMTAFVKESLHQLTHSQLSDLGLHEEEYRRRLNKRSELRSALKGCVSGDVLDKAYVKDFLKQLLVRDLGLNESNIHAAIPFENLTELTAQDQFEIILYLYKQRHGENALSVLLETYDLAGPRVIPGYGEGSVYAVTAEDIAYIYESEQRPLLFPEKLDIVVQRIYQQYKGFSVVDEIRDQRIDGISGGVSGISVNRDSGQDIFHDQDEFLGLGFSNIESPATGCESVWIFYRGVSLHLAFLSFGSMLELKRVCQNIYKYNHPGQLSEASGYKVNEMKDGSRVVVVRPPFAESWAFFVRKFDLPKASLDQLITGNGSELVIGLLRYLMKGSRITAITGAQGSGKTTLLMAMVGHIYASYTLRVQEMAFELHLRKIYSRRNILSFRETEHISGQAGLDLQKKTDGTVNILGEVASDEVASWMIQMSQVASLFTVFTHHAKTFKDLVQSLRNSLLKSGVFRQEHIAEQQVVSVINFDIHLRRDAYGNRYIERITECIPVEKGSLPPFEGTSEKRWKNSMEEYFQLSTEHMRRLNEVSYFVSRNVIEYRDGSYIAAAKLSESSVREMTEHMHPEDAEEFRVFLASGWGEQSVL	PGPT0016025_66	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016025-cpaF-K02283	NA	NA
JZ016_06649	2073			hypothetical protein	GTGTCCTCTAAAGAGGTATTAATTCTGATTTTAATCATATCTTTGGCACTATTTTCCATCACATTCGGTATCGTGTCGTGGATGAACAGAAGACGAGGGTATGGTGAGGTAGCTGTCGTAGAGGTTGATGCGGGCGAGGTAAGGTCATTGCGCGGGATGTACCGGCAATGGTTTCAATTGGCCTATAGGTATGGAATGAAGCTTCCTATAATCGAAGCCTATCTTAAACGGATCAGACAGCGGATCGCGATCATGCATCCCTATGACGAAATATCACTCCGGTTTGAAACCGTGAGATTAGCCTTCGCGATTACCGGTACGATCGGGTTAACCGCCATGCTCCTTATATGGAGTCATCCGGACCTGGGGTTTATTGTCATTGTTATTCTTGCAGCAGCGGTTATTAACAATATGCTTGTTGAGATGTTCATTAACCGACTGGAACGAAAAATACTTGTCCAATCGGTTGATTTGTTCTCCTCCGTCCGCCATCACTATCAGCAGCATGGAATGGTAGAGGAAGCTTTGTACGAGGGAGCGGAGACTTCAGGGCATGAAATTTCTATGCATGCTCATCGGATCTATAATGCCTTGGTATCCAACGATGCTGATGACGAGTTGGAGAGGTATTATGAGGTAGCGCCGAACCGATATCTTAAAGCGTTTGCGGGTATTTCACATCTTGTCATGGAGTTTGGTGATCATGCGAGAAAACAAGGCTCTATCTATCTGCATGGCCTAAGCGGGTTGACCAAGGAGATCCAATTGGAAATATTGCGCAGAGACAAGCTGGATTATTTAATGAAGGGCTTGAATGTGATTGCGTTGGCTCCGGTCTTTTTCACCAAACCGATTGAACGCTGGGCCAGGAGCAGTTTTCCGTCGATGGATGAGTTTTATATGAGCAAGCTCGGGTTTATGACCAAGATATCGATTTATATCATCATTCTAATCTCTTACATCTTGCTTCAGAAGCTCCAGCAAAATCGGGAAACGGATTACCGCGCAGAGGTTCAGAAGATGACCCTGGAAGAAAGAATGTACCGGATTGCTGTTATGCGTTGGCTTGTGAAGGTAATGGCTCCGACACCCGGTACGGTGAAATATGACAGGCAGGTACGCTTACTAAAGGAAAGCAACGCGAGAATCAAGTTCGAATGGCTCTATATCAGAAGGGTGACGTTCTTCTGCCTGGCTTTCTTCCTGTCGCTATCGCTGGCTACAGGTCTGCATGTGCAGGCTAAACATCATCTGCTGTATGTCCCCGTTTCTTTGAATCATTCCCTGTTCGGCCAGATGAATGAGATCGAGCGTCGGCAGGCAGAGGAAACGGTTGAGCGCGATCGGCTGCTAATGGAACAATTGCATATGTCGCCGGAAGTGACCGATGATCAGGTCAAGCAGATGATTAGTGAGACAGATCCTACTTCATTGACCAAGGAACAAGTTGAGATCATAACCGATCGAATTATGACTAAACTGCAGCGCTATGACAGCGAGTATTTGAAATGGTGGGAGCTGCTGCTATCCTTTCTGGCAGGTGTGGCTGCATATGCGGCGCCATTATGGCTGCTGCATTTTCACCGGAAAGTACGCAATATGGAAATGAGGCATGAAATTTATCAATTTCAAACGGTCATATCCATACTGCGCGGAATGGAGCGCATCTCGGTTGAGGCCATATTGGAATGGCTTAATCGGTTTGCTGTTATTTTTAAGATTCCCATTCAAAAAAGCTTGCTTCATTACGAACATGGCGCCCAGCTGGCATTGCTGGAGCTGAAGGAAGACGTCTGGTTTCCTGAATTTCAGCGGCTGGTGGACAAGCTGCTGCTTGCGGTAGATAAAGTACCGATCAAGGATGTTTTTGATGACCTCGATGGAGAAATGATATACAGTTTCGAGCGACGCAAGCAGGAGTACGAAGCGATGATCGATACGAAGGCCGCATGGGGGCGAATGATCGGTTTTACTCCGATGTATGCGTTGATCTTTATGTATCTTGTTATCCCGCTTATCGGCATGAGTTTCTCCCAGATGGAAACGTATTATGAGCAAATTCAACGATTATAA	MSSKEVLILILIISLALFSITFGIVSWMNRRRGYGEVAVVEVDAGEVRSLRGMYRQWFQLAYRYGMKLPIIEAYLKRIRQRIAIMHPYDEISLRFETVRLAFAITGTIGLTAMLLIWSHPDLGFIVIVILAAAVINNMLVEMFINRLERKILVQSVDLFSSVRHHYQQHGMVEEALYEGAETSGHEISMHAHRIYNALVSNDADDELERYYEVAPNRYLKAFAGISHLVMEFGDHARKQGSIYLHGLSGLTKEIQLEILRRDKLDYLMKGLNVIALAPVFFTKPIERWARSSFPSMDEFYMSKLGFMTKISIYIIILISYILLQKLQQNRETDYRAEVQKMTLEERMYRIAVMRWLVKVMAPTPGTVKYDRQVRLLKESNARIKFEWLYIRRVTFFCLAFFLSLSLATGLHVQAKHHLLYVPVSLNHSLFGQMNEIERRQAEETVERDRLLMEQLHMSPEVTDDQVKQMISETDPTSLTKEQVEIITDRIMTKLQRYDSEYLKWWELLLSFLAGVAAYAAPLWLLHFHRKVRNMEMRHEIYQFQTVISILRGMERISVEAILEWLNRFAVIFKIPIQKSLLHYEHGAQLALLELKEDVWFPEFQRLVDKLLLAVDKVPIKDVFDDLDGEMIYSFERRKQEYEAMIDTKAAWGRMIGFTPMYALIFMYLVIPLIGMSFSQMETYYEQIQRL				NA	NA	NA	NA	NA
JZ016_06650	459			hypothetical protein	ATGAATAATGCATCATCCGCTTTAAAGGTTGCAGCAGGCATATTTCTGACCATAGCACTGATTACCATTGTTGTTATTTTGTTTATTTCGGCGCAGGAGGCAACCAAAACCGCTCAAAACAATTTTTCAGATATTCAGACAGAGTTGTCCCAGGCAGCATTTACCGTGTATGACGGAACAACCATCAGCGGTTCTCAGGTGACAAACGCACTGCGTAAATACAAGGATAAGGATCAATTTGGAGTTTTCATAGCAACAGGGAAAAATAAAGCAGGGCAATGGTACGGCAATGTGTTGGAGAAGGACGGTTCGATTCTCAATCCGGATTCAAGACAAGGGAATATCGAACTCGTCATGGATGAGAAAAGCCCAGAGTACGTCAATCCAAGCGGCAAATTTAAGGCGACCATCGTTAAGGATGATTCTAACGTAATCAGAGGCATTAAATTCGATCAATAG	MNNASSALKVAAGIFLTIALITIVVILFISAQEATKTAQNNFSDIQTELSQAAFTVYDGTTISGSQVTNALRKYKDKDQFGVFIATGKNKAGQWYGNVLEKDGSILNPDSRQGNIELVMDEKSPEYVNPSGKFKATIVKDDSNVIRGIKFDQ				NA	NA	NA	NA	NA
JZ016_06651	396			hypothetical protein	TTGCGTGGACAAACGATAAGCGCACTTGAATTGGCAGCAGCAGTGGCATTATTTCTTGGCGCAGCCCTGTATGCCTTCCATATTCAGACGATGGTGGATGGCGGTATATCAGCCGTAGGCAGAATGACTCAGGAGCAGCATGCGGGTGTGATCACCGTAGAGATGACGAACGAGAACAGAAAGCTCATTTATAAGGGAAGCGAAGTCGTATTCACGCTGCGAGAGGTTCAAGCTGGCGGCTTCAATATGTATGTGGATGGCGTGCTGTTCCAATCAGGCAGTAATCCGGAGGAACTGGATCTTTCGATCATAGATATGGAAGCCCATTATGATGCGGAGTACGTTCGGAGGATCGATGGAGAAGTGGAGAGCATCCAGTTTGTAAAAGTGAGGTAA	MRGQTISALELAAAVALFLGAALYAFHIQTMVDGGISAVGRMTQEQHAGVITVEMTNENRKLIYKGSEVVFTLREVQAGGFNMYVDGVLFQSGSNPEELDLSIIDMEAHYDAEYVRRIDGEVESIQFVKVR				NA	NA	NA	NA	NA
JZ016_06652	555			hypothetical protein	ATGTCAAACTCGGTTTCGAAATGGTTTGCTGCCTTTCTAGCTCTTCTTCTGCTGTACTTGGTTCCCGCAGGCGAGATGGCCAGAAGACAGGATGATCTGTCACGACTCGTTGTTTATCAATCCGTTACCAAATTCGTGGACAGTGTTCGTACGAAGGGGTATATTACTCCGATCATGTACAATGACTTCCTGCAAGAGCTGGCAGCCACCGGGAACATTTACAATGTGGAAATGGAACATCATCATAAGAAATACCACCCGGAATATGCCGATCCTTCAGATCCTGGAACATTCTTGAACCGCTATTCCGTCGTATATGATGCTTATTATCAGGAAGATGTTATGGGTTATCTATTCCCGGAGTCGAATGTCGATAAACAGGATGACAGACGCCGATACCGTCTAACGGCTGGAGATCACTTTCAGGTAAGTGTCAGTACTCTGAATCGAACACCCGGATTGATCATGTTCGATGCGTTGACCGGATCAAATTCTGGTGGCAAAGCAGCAATCGCATTTCCATACGGAGGTTTGGTACTGAATGAAGATTACTGA	MSNSVSKWFAAFLALLLLYLVPAGEMARRQDDLSRLVVYQSVTKFVDSVRTKGYITPIMYNDFLQELAATGNIYNVEMEHHHKKYHPEYADPSDPGTFLNRYSVVYDAYYQEDVMGYLFPESNVDKQDDRRRYRLTAGDHFQVSVSTLNRTPGLIMFDALTGSNSGGKAAIAFPYGGLVLNEDY				NA	NA	NA	NA	NA
JZ016_06653	996			hypothetical protein	ATGAAGATTACTGATCTTGCCATCGTATTTACCGCCGTGTTTTTCCCCATGTTTATAATTCTGGGCATGCGTGCCGAGAGTTTAGAGGATGTCCGGTACGTAGAAATGAAATATTCGGCTGCTCTGCGTACAGCCGTTCAAGACGGCGGGATGATGCTGAACGATAATGAGACCCAGGACAAAGAGTCGGCATATGATTCTATAAAATTTATGCGTGCGGATAAAGAACGAGCGCTGGAGTCCTTTTCCCGGACGCTGTACATCAATATGGGGATCGCGGATGATCCGGCTGCTCAGTCTGCTCTGTGGTGGTATATTCCTGCTATCGTTGTTCTGGATTATGACGGGTTTTATATGTATGTTTCACAAACCTTCACCAACGCGTATGGGGAGGAGCTCATGGAGCATAGATGGACACCCAAAATCCCTTATGCCTGGAATGATGGCAGGGCCAACAGCATCCAGTTTACATTGGATTCCTTCGTTCAGGTATATGAATCAGGCGGAGGATCTTCCATCTGGCACTCCGGCTATCGGGAGGATCTGAGCGGCAGGACGGGTATAGCTTTGCTGGAAGACAAGGACAGGTTTGAACAAGTCAGACGGATCACGATTGTGAATTGCGTTCAAGATCATCTTGCTTATTACATACAGCGGCACAACCAAGTGGCGCTCCGAAACGGAGTAACCTATACGTTCGCGCTTCCGTTGATATCCCAGGAAGAGTGGGTGAATACGATGGATGACATCGGTATGATGGCGTTCATTCAAGGCGTCCCCATGGGCGATCAGTATTATAATAACTATGCCCTTGGAGGAGGCAGACTTGTTAAAGCTCCTGTTTATTTTGGAGGGGTGGATAGTAGGGGGTTCAAATATTATTACCGTGATGTCTGTCAATTCAACTATCGCGTGGAAGAAGTGTTCCCGAGTGCCAAAGACGCAGCGGCAGCAGGATATCAGGAGAAAAGCTGTTCTAATCCCGGTGTCCTCTAA	MKITDLAIVFTAVFFPMFIILGMRAESLEDVRYVEMKYSAALRTAVQDGGMMLNDNETQDKESAYDSIKFMRADKERALESFSRTLYINMGIADDPAAQSALWWYIPAIVVLDYDGFYMYVSQTFTNAYGEELMEHRWTPKIPYAWNDGRANSIQFTLDSFVQVYESGGGSSIWHSGYREDLSGRTGIALLEDKDRFEQVRRITIVNCVQDHLAYYIQRHNQVALRNGVTYTFALPLISQEEWVNTMDDIGMMAFIQGVPMGDQYYNNYALGGGRLVKAPVYFGGVDSRGFKYYYRDVCQFNYRVEEVFPSAKDAAAAGYQEKSCSNPGVL				NA	NA	NA	NA	NA
JZ016_06654	1554	ybiT_3	COG0488	putative ABC transporter ATP-binding protein YbiT	ATGAGTTTATTGACTGTAGAGAACGTATCACATAATTTCGGGGAACGTACTCTATTTAAGAATGTATCCTTTCGTTTGCTGGCAGGCGAACATGTTGGTTTGGTTGGAGCAAACGGCGTAGGCAAATCAACACTAATGAATATTTTGACCGGGCAGCTGTTAAAAGACAGCGGCAAGGTGGAATGGACACCGAAGATCCGGTACGGATACCTGGACCAGCACACCAAGCTGACACCTGGCAAAACGGTTCGCGATGTGTTAAAGGATGCCTTCCTGCCTCTACTGGAGCTGGAAAAAGAAATGATGGAGATCACCAATAAGATGAGTGATGCTTCTCCTGAAGAGTTGGAGCTGCTGCTCGAGCAAATGGGTGAAATTCAGGAGCAGCTGGATATCGGGGATTTCTACATGCTGGACGTAAAGGTTGAGGAGATGGCGAATGGTCTTGGGTTATCCGTCATTGGCCTGGATCGCGATGTCGCAACTTTAAGCGGGGGACAGCGTACCAAAGTACTGCTTGCGAAGCTTCTTCTGGAGAAGCCGAATGTACTGCTGCTGGACGAGCCTACCAATTATCTGGATGTTGAGCATATTGATTGGCTCACTCAATATTTGAAGCAGTACCCATATGCTTTCATTCTGATATCCCATGATACGGAGTTTATGAACCAGGTGGTGGATGTGATCTATCATCTGGAATTTGCGAAATTAACTCGCTATACAGCGAACTACGAGAAGTTCCTGGAAATGGCTGATATCAATAAGAACCAGCATATTGATGCTTACGAGAAACAGCAGGAGTTCATCAAGAAACAGGAAGACTTCATTCAGCGGAACAAGGCTCGTTATTCCACCTCTGGCCGGGCGAAGAGCCGGGAGAAGCAGCTGGATCGTATGGAGCGGATTGACCGTCCGGAGGAAGCGGCTAAACCTGTGTTTAACTTCAAGGAAGCCCGTGCCAGCGGTAAAACGGTATTTGAGGGAATCGACTTTGAGATCGGATACGATCGGCCATTGCTCCCCAAAATGAATATCCTGATCGAGCGTGGAGAGAAAATTGCTATTGTAGGCTGTAATGGCGTAGGTAAATCAACGCTGCTGAAGACCATACTTGGCAAAATTCCAGCGCTCTCGGGGAAGACCTATCAAGGGGATTTTTTGGTGCCTGCTTATTTTGAGCAGGAAGTACGTCCAGGGAATATTACGCCGATTGATGATGTGTGGAACGAATTTTCCCATTTGAACCAGCACGAGGTTCGTGCAGCGCTTGCTCGCTGCGGGCTCAAAAACGAGCATATTACCCGTCCGATGAAGGCACTTAGCGGCGGAGAGCAAGCCAAGGTCCGTCTGTGTAAGCTTCTGATGCGCGAAAGCAACTGGATTCTGTTTGACGAACCGACGAATCACCTTGACGTTGTGGCTAAGGAGGAACTAAGACGTGCTTTGAAAGAATATAAAGGCACGATTCTGCTGGTTTCCCACGAACCTGAGTTTTATGAGGATTGGGTGACCAAGATCTGGAACGTCGAAGATTGGTCCAACCAGAATTCCTGA	MSLLTVENVSHNFGERTLFKNVSFRLLAGEHVGLVGANGVGKSTLMNILTGQLLKDSGKVEWTPKIRYGYLDQHTKLTPGKTVRDVLKDAFLPLLELEKEMMEITNKMSDASPEELELLLEQMGEIQEQLDIGDFYMLDVKVEEMANGLGLSVIGLDRDVATLSGGQRTKVLLAKLLLEKPNVLLLDEPTNYLDVEHIDWLTQYLKQYPYAFILISHDTEFMNQVVDVIYHLEFAKLTRYTANYEKFLEMADINKNQHIDAYEKQQEFIKKQEDFIQRNKARYSTSGRAKSREKQLDRMERIDRPEEAAKPVFNFKEARASGKTVFEGIDFEIGYDRPLLPKMNILIERGEKIAIVGCNGVGKSTLLKTILGKIPALSGKTYQGDFLVPAYFEQEVRPGNITPIDDVWNEFSHLNQHEVRAALARCGLKNEHITRPMKALSGGEQAKVRLCKLLMRESNWILFDEPTNHLDVVAKEELRRALKEYKGTILLVSHEPEFYEDWVTKIWNVEDWSNQNS				NA	NA	NA	NA	NA
JZ016_06655	810			hypothetical protein	ATGAATTCAGAACATAACTCCAGTCAGGGAGAGGACGTCGTGCTTTCTCCTGAAAAGTCGGTTGTACGGCAGGGCCAGATTGTGTACCGCCCATCAGGACCTTGGACGCCGGCTATACACTCATTGTTGCGGCATCTGAGGCAAACAGGGTTTACATCGATTCCGGAAATTATAGGCTCTGGATGTAATGAGAAAGGCCAAGAGATGTTAAGTTACATCGAAGGCGAATTTGTTCATCCCGGGCCCTGGAGCGACGAAGGCATCATCGAAGTAGGACAATTATTGCGTAAACTTCATGACGCTTCGGCTACATTTAAATCGCAGCCCGGGAGTGTCTGGAAGCCGTGGTTCCTGCGTGAGCTGGGTGACAGCGGACTTGTATACAGCCATGGTGATATTGCACCTTGGAATATGGTTACCCGTGATGGGATGCCAATTGCATTAATTGACTGGGAATACGCCGGACCTGTACATCCGCTCGTCGAATTAGCCCGTGTGTGCTGGCTCTTTCCGCAGCTGCACGATGATGATGTTGCGGAAAGAGTCGGTTTGCCGGATGCTAATGCCCGTGCAAGGCAGCTCCGTTTAATGGTTGACGCCTATGGCGTCGATCCGTCCCTTCGAACGGCCCTGTTTGATATGATCGTTGAGGTGGTCGTTCGGGAAACGGCAGAGGAAGCGATTGAGCTGCAGGTCACGCCGGAATCGGAAGGCCCTCTGTGGGGATTGGCCTGGAGGGCGCGGAGTGCAGCCTGGATTATGCGTCATCGCGGTGTCCTAGAGAAGGCGCTGAATACAAGGTTGTTTTAG	MNSEHNSSQGEDVVLSPEKSVVRQGQIVYRPSGPWTPAIHSLLRHLRQTGFTSIPEIIGSGCNEKGQEMLSYIEGEFVHPGPWSDEGIIEVGQLLRKLHDASATFKSQPGSVWKPWFLRELGDSGLVYSHGDIAPWNMVTRDGMPIALIDWEYAGPVHPLVELARVCWLFPQLHDDDVAERVGLPDANARARQLRLMVDAYGVDPSLRTALFDMIVEVVVRETAEEAIELQVTPESEGPLWGLAWRARSAAWIMRHRGVLEKALNTRLF				NA	NA	NA	NA	NA
JZ016_06656	1128			hypothetical protein	ATGTCTCGTTTAAACGATAACAGGGAGGAAGTAAATCGTACGTTGCCTCACTTCATGGCAGCCTCGGAGTCCACGGACCGCGGTGTCACAGTTCCTATGGAACGAGAGGATCGATATTCTAGACAAGAGCGGTTTACCCCATTTGGAAAAGAAGGTCAGCTTCGCCTCCGAAAGAGCCATGTGCTCGTTCTTGGTGCCGGGGCGCTGGGAAGCGCCGTAACGGAAACTTTGGTTCGCGCAGGTGTCGGGCATGTAACCATCGTGGATCGGGATTACGTGGAATGGAGCAATCTGCAGCGTCAGCAGTTGTTTACCGAACAGGACGCGATCGATCGATTGCCGAAGGCCGTAGCAGCGGCTAAGCGCTTATCTGCGATTAATTCAGACGTTATCGTGGACGGTATCGTTATGGATGTACGTGCGCAGGAACTGGCAGTACTCAGTCAAGGCGTTGATTTGATGATGGACGCTACCGATAATTTCGGAACCCGGCTGATCCTGAACGACATCGGATTTAAGTATGGAATCCCGTGGATTTACGGAGGCTGCGTCGGATGTTCAGGCATGAGTTACACATTTTTACCGGGAGAGACGCCATGCTTGAACTGTCTGCTTGGGACGATTCCCTTGGGCGGCGACACCTGCGACATTAACGGAATTCTTCCGCAAGCGGTACAGATGGTCGCTGCTCATCAAACGATGGAAGCGATGAAGCTTTTATCGGGGCATCGACATGTTCTTAGAAAAAAGATGCTGTCCTTCGATTTGTGGCGTAATGAACGGGTGGAGTTTGGCGTAGACCGAGCGAAAAAATCGGACTGTCCCACATGCGGGGAGCATCCGAAATATCCTTACTTGACGGCTGAACACGCGGATAAAAGCGAAGTGTTGTGCGGCAGGGATACGGTGCAGATCAGGCCAGCCAGACCCCTGCAGCTTCAATTGGACGAAATGGCTGAGCGGTTGAACAAGCTTCATCAAGGAAAAGCAACCGTAACGCCGTATATGATCATCTATCAGGTGAATCCACATCGTTTGGTTATATTCCGGGACGGCAGAACCCTGGTGCATGGCACATCGGATATCGCCAAGGCCAGGTCGTTGTATAATCAATATGTTGGTGGTTAA	MSRLNDNREEVNRTLPHFMAASESTDRGVTVPMEREDRYSRQERFTPFGKEGQLRLRKSHVLVLGAGALGSAVTETLVRAGVGHVTIVDRDYVEWSNLQRQQLFTEQDAIDRLPKAVAAAKRLSAINSDVIVDGIVMDVRAQELAVLSQGVDLMMDATDNFGTRLILNDIGFKYGIPWIYGGCVGCSGMSYTFLPGETPCLNCLLGTIPLGGDTCDINGILPQAVQMVAAHQTMEAMKLLSGHRHVLRKKMLSFDLWRNERVEFGVDRAKKSDCPTCGEHPKYPYLTAEHADKSEVLCGRDTVQIRPARPLQLQLDEMAERLNKLHQGKATVTPYMIIYQVNPHRLVIFRDGRTLVHGTSDIAKARSLYNQYVGG	PGPT0008935_2	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008935-thiF-K03148	NA	NA
JZ016_06657	3351			hypothetical protein	ATGCGCAACAAACTCGTGGTATGGCCTCTTGTCATGGCTATGCTGATATCTATCGTATGCAGTGCCGCAGTGCCGCCAACCCCGGTTTCGGCAGCAGCCGAAACCAACCTCTCGCTTGGCAAAGCCGTAACAGCAAGCGGTCAATCCCAAACCTACGGGCCAGCTAACGTTATCGATGGCAATCAGGGTTCGTACTGGGAAAGCACCAATCATGCGTTTCCGCAGTGGATTCAAATCGATCTTGGCGCTGACACCAGCATCAACCGGGTCGTTCTTAAACTTCCTGCCACCTGGGAGTCTCGGACACAAACGCTAACCGTACAAGGCAGCTCGAACGGTTCGACATTCTCCAATTTGGCGGACTCGGCCGACTATGAATTTAGCCCCTCTACATCAGGAAACTCGGTGACCATCCGTTTTGATGAAGCGAGCACGAGATATGTTCGCCTGACCGTAACCAGCAACACGACGTGGCCGGCTGCGCAGCTGTCTGAGTTCGAGATTTATGGACCATCGGTCTCCCCGCCAACACCTCCAACGGGAAACAATATCGCCAGCGGCAAACCGATTACCGCCTCCTCAAGCACCTTTACGTACACTGCAACCCAAGCTAACGACAACGACATCCAAACCTACTGGGAAGGCGGAAGCAATCCAAGCACCCTGACGCTCGACTTGGGAACGAATCACGATATCACCTCCATCGTACTGAAGCTGAATCCTTCTCCGGCATGGAGCACGCGCACGCAAACCATACAAGTGCTCGGACATGATCAGAGCACAACAAATTTTAGCAATTTGGTATCGACGCAGTCCTATACGTTCAACCCCGCGTCCGGCAACTTTGTGACGATTCCCGTAACGGCAACCGTGAAACGTCTTCAATTAAACATAACGTCCAATACCGGCGCACCGGCCGGGCAGATTGCGGAATTCGAAGTTTACGGCACAGCCGCCCAGAATCCGGACCTGACCATTACGGATATGTCATGGACCCCATCTTCTCCGATTGAAAACGATGACATTACACTCCGTGCTACGGTTAAAAACATTGGGGCCGTGGAAGCCGGGGCTACGACGCTCAATTATTACTTAAATGCGGATAAAGCAGGCTCCTCCCCGGTAGCTCCGCTCGCGGCAGGTGCTTCCACCACGGTAACTCTACAAGTCGGTACCAAGGCCGCTGGATCCTATTCCGTCAATGCCAAGGTTGATGAGGATAATGAAATCATGGAACAGAATGATGAAAATAACAGCTATTCGCATGCGTCCCCGCTCGTCATCGGTGCCGTTGAAAGTTCCGATTTGGTAGGAACTGTACAATGGACACCCGCCACTCCAGTCGCAGGGAACGCAGTAGCCTTTACCGTTAATCTTAAGAACCAGGGCAACAAAGCCACGGCAAGCGGATCCCATGCGATATCCGTCGCTCTGAAAAATCCGGCCGGTTCAACGATTCAAACCTTAACCGGAAGTTATGATGGCGCCCTCGCTGCAGGTTCCTCTGCTCCTATCCATATTCCGGGCACATGGACAGCGGCAAATGGCAGCTATACAGTAACAACAACCGTGGCACCCGACACAAACGAAGTACCCCTCAAACGGGAGAACAACGTCAGCCAGGCGAATCTCACGGTATATTCCGCTCGCGGTGCCAGTATGCCATATACCCGATACGATACGGATGATGCATTACGCGGCGGCGGAGCTCAGCTGAAGACGGCACCGACATTCGATCAAGCGCTCACAGCATCGGAAGCATCCGGGCAGCGTTATGTCGCGCTTCCTTCCAACGGGTCCAATCTGGAGTGGACGGTTCGACCAGGTGAGGGCGGAGCCGGCGTCACTATGCGCTATACGATGCCGGACTCATCAAACGGCATGGGATTAACCGGCTCGCTCGACGTTTATGTAAATGGTGCGAAGAAAAAAACCGTTCCATTAACTTCTTACTACAGCTGGCAGTATTTTTCCAGCGATCATCCTGCAGACGCCCCAGGTGGAGGACGCCCGCTCTTCCGGTTCGATGAAGTACACTGGAAGATGGATACGCCGCTCCAGCCGGGTGACCAAATCCGTATTCAGAAATCCAATGCGGATAACCTGGAATATGGCGTTGATTTTATCGAAATCGAGCCGGTCCCCGCGGCAATCGCCCGCCCGGCTAACTCGGTATCCGTAACGGATTTCGGTGCAACGCCGAACGACGGCCAAGATGACCTATCGGCGTTTGAAGATGCTGTGCAGGCTGCCGCTTCAACCGGCAAAACCTTATACATTCCTGAGGGGACATTCCATCTGGGCAACATGTGGAAGATCGGCTCGGTTGGGAATATGATTGATGACATCAAGATCATAGGGGCAGGCATTTGGCATACAAACATTCAATTTACCAACCCGAATGCCGCTTCTGGCGGGATATCGCTTCGGATCGCGGGTCAGCTTGATTTCAGCCATATCTACCTCAACTCAAATCTGCGTTCACGTTATAATCAAAACGCAGTCTACAAGGGATTTATGGATAACTTCGGCACTAACTCCAAAATCCACAATGTGTGGGTTGAACATTTTGAGTGTGGGTTCTGGGTAGGCGATTATGCGCATACCCCAGCCATCATCGCGGAGGGGCTGATCATTGAAAACAGCCGGATCCGCAATAATCTTGCCGACGGTGTTAATTTTGCCCAAGGAACCAGCCATTCAACTGTACGTAACAGCAGCATTCGTAATAACGGAGACGATGGTCTCGCCGTATGGACGAGTAACGTGAATGGCGCGCCTGCGGGCGTTAACAACAACTTCTCTTATAACACCATCGAAAATAATTGGCGTGCGGCAGCTATCGCATTCTTTGGGGGAAGCGGTCATAAGGCTACTCACAACCTGATTGTTGACACCGTAGGCGGTTCCGGTATTCGAATGAATACCGTGTTCCCGGGTTACCATTTCCAGAACAATACCGGCATTCTGTTCTCCGATACCACGATCATTGGGAGTGGAACCAGTAAAGACCTGTACGATGGGGAGCGCGGCGCCATCGATCTGGAAGCGTCAAATGATGCGATCCGCAATGTCACGTTTACCAACATCGATATCCTGAACACCCAGCGCAGTGCCGTTCAGCTTGGTTATGGCGGCGGTTTTCAGAACATCGTATTTAACAACATCCATATTGACGGTACGGGGCTTGACGGGGTCACATCCTCCAGATTCTCGAATCCTCATCCAGGTGCGGCAATTTACACCTATACGGGCAATGGGTCGGCAACATTTAACAATCTGACAACGAAAAATATCGCTCATCCTGATTTGTTTTTCATTCAGAACGGTTTTCAATTAATCGTGCAATAA	MRNKLVVWPLVMAMLISIVCSAAVPPTPVSAAAETNLSLGKAVTASGQSQTYGPANVIDGNQGSYWESTNHAFPQWIQIDLGADTSINRVVLKLPATWESRTQTLTVQGSSNGSTFSNLADSADYEFSPSTSGNSVTIRFDEASTRYVRLTVTSNTTWPAAQLSEFEIYGPSVSPPTPPTGNNIASGKPITASSSTFTYTATQANDNDIQTYWEGGSNPSTLTLDLGTNHDITSIVLKLNPSPAWSTRTQTIQVLGHDQSTTNFSNLVSTQSYTFNPASGNFVTIPVTATVKRLQLNITSNTGAPAGQIAEFEVYGTAAQNPDLTITDMSWTPSSPIENDDITLRATVKNIGAVEAGATTLNYYLNADKAGSSPVAPLAAGASTTVTLQVGTKAAGSYSVNAKVDEDNEIMEQNDENNSYSHASPLVIGAVESSDLVGTVQWTPATPVAGNAVAFTVNLKNQGNKATASGSHAISVALKNPAGSTIQTLTGSYDGALAAGSSAPIHIPGTWTAANGSYTVTTTVAPDTNEVPLKRENNVSQANLTVYSARGASMPYTRYDTDDALRGGGAQLKTAPTFDQALTASEASGQRYVALPSNGSNLEWTVRPGEGGAGVTMRYTMPDSSNGMGLTGSLDVYVNGAKKKTVPLTSYYSWQYFSSDHPADAPGGGRPLFRFDEVHWKMDTPLQPGDQIRIQKSNADNLEYGVDFIEIEPVPAAIARPANSVSVTDFGATPNDGQDDLSAFEDAVQAAASTGKTLYIPEGTFHLGNMWKIGSVGNMIDDIKIIGAGIWHTNIQFTNPNAASGGISLRIAGQLDFSHIYLNSNLRSRYNQNAVYKGFMDNFGTNSKIHNVWVEHFECGFWVGDYAHTPAIIAEGLIIENSRIRNNLADGVNFAQGTSHSTVRNSSIRNNGDDGLAVWTSNVNGAPAGVNNNFSYNTIENNWRAAAIAFFGGSGHKATHNLIVDTVGGSGIRMNTVFPGYHFQNNTGILFSDTTIIGSGTSKDLYDGERGAIDLEASNDAIRNVTFTNIDILNTQRSAVQLGYGGGFQNIVFNNIHIDGTGLDGVTSSRFSNPHPGAAIYTYTGNGSATFNNLTTKNIAHPDLFFIQNGFQLIVQ				NA	NA	NA	NA	NA
JZ016_06658	723	copR		Transcriptional activator protein CopR	GTGGAGAAAGTAATACTGATCGCGGCAGATCATCAAGATCGGGTCCAGAGCGTTATGGAGATATTGGAACAATCGGGCTATAAGGTTAAACATGTCATGAATTATTCGGAAGTGGTCGCCGTTTTGCAGCGTTCAGGCGCAGACCTGCTGCTTATCGACAGCAGATTGCCGGGTATGAGCGAATTCAATCTCGTGGAGCGATTGACGGGCAAAAGGGAACAGATCCCGATCATCATCATCGGAAATGACGGTTCTGATGAAGCCATTCAGGCATTGGAGGCAGGTGCCCATGACTACATCCCTAATGATAGAGATACAAGGGAGCTGTTGGCGCGTATTGCCAATTTACTGAAACTATTTCAGACTGGTCGCATGGAACAAGAAGAAGTCATCCGAATCGGAGATCTGGTGATCGATCCTCTGAGCCGGAATGTATCCCGAGCAGAGGAAGCGATCGAGCTGACTCATCGCGAATATGATCTACTGTTGTTTTTGGCTAGAAGGCAGGGGCAGGTATGCACGCGTGAGGATATATTAAAACAGGTGTGGGATTACGATTTCCATACAGGCACCAATGTGGTAGATGTTTATATTCTTCATCTGAGAGAAAAAATCGATCGAGGACGCAAACAAAAGCTGCTGCGAACGATTCGGGGAACCGGATATAAACTGCTATCGGAGGAAGAAATCAATGCTGCAAGCAAAAAAGACCGCCTTCCGTGA	MEKVILIAADHQDRVQSVMEILEQSGYKVKHVMNYSEVVAVLQRSGADLLLIDSRLPGMSEFNLVERLTGKREQIPIIIIGNDGSDEAIQALEAGAHDYIPNDRDTRELLARIANLLKLFQTGRMEQEEVIRIGDLVIDPLSRNVSRAEEAIELTHREYDLLLFLARRQGQVCTREDILKQVWDYDFHTGTNVVDVYILHLREKIDRGRKQKLLRTIRGTGYKLLSEEEINAASKKDRLP	PGPT0002665_350	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_06659	495			hypothetical protein	ATGAATCGACAGCATTGGATTAAGAAGGCCGTAGTAATCAGCTTGAGCGCAACTTTGGGTGTAGGGGCAGTTCTTACTGTTGCACCACCAGCTCCTGTAGAAGCAGCATCGGTAAGCACAGGAACTCGAGTCGTTAACTTCGGTAAACAATATATGGGAACACCTTATAAATTCGGAGCATCTACATCCACTACAAGAGTATTTGATTGCTCTTCCTTTATGAAGCATATCTTCAAAAAATACGGCGTGAATCTGCCTCGTACATCTGCTGCTCAATCCAAAGTGGGTAAAGCGGTATCGAAATCGAACCTGAGAGCCGGCGATTTGGTATTCTTCTCGAGCGGAAGCCGTGCAAATGGCCGAAACGTGACTCACGTTGCCGTATATATGGGTAACAACAAAATTTTGCACACCTACGGCAAGCCTGGCGTAACCATCTCCAGCCTTTCTGGCAACTGGAGCAAAACTTACCTGAAAGCTCGTCGCGTACTGTAG	MNRQHWIKKAVVISLSATLGVGAVLTVAPPAPVEAASVSTGTRVVNFGKQYMGTPYKFGASTSTTRVFDCSSFMKHIFKKYGVNLPRTSAAQSKVGKAVSKSNLRAGDLVFFSSGSRANGRNVTHVAVYMGNNKILHTYGKPGVTISSLSGNWSKTYLKARRVL	PGPT0023820_615	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN_DD-ENDOPEPTIDASE_ACTIVITY,PGPT0023820-mepS|spr-K13694	NA	NA
JZ016_06660	645	thiN	COG1564	Thiamine pyrophosphokinase	ATGAAACATACTCGCGTCCTGATCTTTACAGGTGGGGAGTTGTCACCACGATTCCTGGATGAGGTTCAAAACGGGGACTTCATTATAGGGGCTGATCGCGGAGCCCTCTACTTGATTGAACATGGGATGAAACCCGACCTGTCCGTTGGAGATTTCGATTCCATTCCGCCAGAACAGATGGATCGAATACGCTCCAATAGCGGCAAGGTGATTGACTGTGATCCGATCGATAAAAATTTAACCGACACCGAGCTTGCCTTCGAGCTGGCACTGGAGCATTCCCCCGAATCCATCATGATTCTGGGAGCAACAGGGACACGCCTCGATCACACGCTGGCTAATATCCACATGCTGATTCGCGGACTCCAACATCATATTCCGTGTTCTATATTAGATGAGAACAATTTTATTACCCTGACAGGCTCCAGCTGCATTGTCGAGAACAAAGGGTTTACATATGTCTCCCTGCTGCCGCTGACTACGGAAGTTACCGGGATTTATCTCGAAGGATTCGAGTACCCGCTCCACGACGCCACATTGCGATTGGGGCAGTCACTAGGAGTCAGCAATAAGCTGGCTGAGGACAAAGGGACGGTCCGGATCGAAGGCGGTCTGCTCCTTATTATTCAGAGTAAGGACCGCTAA	MKHTRVLIFTGGELSPRFLDEVQNGDFIIGADRGALYLIEHGMKPDLSVGDFDSIPPEQMDRIRSNSGKVIDCDPIDKNLTDTELAFELALEHSPESIMILGATGTRLDHTLANIHMLIRGLQHHIPCSILDENNFITLTGSSCIVENKGFTYVSLLPLTTEVTGIYLEGFEYPLHDATLRLGQSLGVSNKLAEDKGTVRIEGGLLLIIQSKDR	PGPT0009035_1334	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009035-thiN|TPK1|THI80-K00949	NA	NA
JZ016_06661	654			hypothetical protein	TTGGACATGCATGTGTTTGACGTATTCAGTATCATTGGCACCATTGCGTTTGCCATGTCCGGAGCTTTTGTAGCTATGGAAGAGGAATACGATATTCTGGGGGTTGTGGTATTAGGTTTAGTAACAGCCTTCGGCGGGGGTATTATAAGAAACGTACTGATCGGCGTGCCGGTTACCACCTTGTGGGGACAGGGCGATTTAATCATGCTCGCGATGATTTCAGTATTTGTAGCGTTTGTGCTGCCGCTCGGCTTGATTCAGCACTGGAAGAAAACGGAGGCGCTGTTCGATGCGATCGGACTATCTGCCTTTGCGATTCAAGGGGCTCTATATGCTACGCAAATGAATCACCCCATGAGCGCGGTGATTGTGGCTGCTGTGCTTACCGGAAGCGGCGGGGGAATGGTCCGCGATTTATTGGCAGGGCGGAAGCCGCTGGTACTCCGTGATGAGATCTATGCGGTGTGGGCCATGATAGCAGGGGTCGCCATCGGCCTTGGCGTGGCCACCAAGACTTGGGAGCTGCTTACTCTGTTTGTAGTGGTGATTGTATTCCGGATGCTGTCCGTGCTTTATAAATGGAGACTGCCCAGAAGGTCGCTGCACGAAGGCCATCCTACAGCAGCCAGTGGAAAAAAAGTCAGTTCAGGTTAA	MDMHVFDVFSIIGTIAFAMSGAFVAMEEEYDILGVVVLGLVTAFGGGIIRNVLIGVPVTTLWGQGDLIMLAMISVFVAFVLPLGLIQHWKKTEALFDAIGLSAFAIQGALYATQMNHPMSAVIVAAVLTGSGGGMVRDLLAGRKPLVLRDEIYAVWAMIAGVAIGLGVATKTWELLTLFVVVIVFRMLSVLYKWRLPRRSLHEGHPTAASGKKVSSG				NA	NA	NA	NA	NA
JZ016_06662	465	yfkJ	COG0394	Low molecular weight protein-tyrosine-phosphatase YfkJ	ATGGTATCCGTCTTGTTTGTATGTTTGGGCAATATCTGCCGCTCGCCGATGGCGGAAGCGGTGCTGCGACATAAAATTGAACAGCGTGGACTGCAGGATAAGATCAGCGTGGATTCTGCCGGCACAGGAGATTGGCATATCGGAAGCGTTCCCCATGAAGGAACCCGAAAGCTGCTGGACAGCTGGCAAATCAGCTACGAGGGAATGGTCGCCCGCAAAGTGGTAAGCCAGGACCTCGTCAAGTTCGATTACGTTATCGGCATGGATGATTCGAATGTGACGAATTTGCGCAAGCTAGCGGGAGGCGACCAGGCCGCGATTCTGAAGTTTATGGATTTGCTCCCTGATGAAAAGCTGCGCGAGGTGCCGGATCCGTATTTCACTGGAAATTTTGATGAAGTGTATCGTCTTATTGATGCGGGGTGTGACATCTTACTGGACAAAATCATGAAAGAAAAGCTATAA	MVSVLFVCLGNICRSPMAEAVLRHKIEQRGLQDKISVDSAGTGDWHIGSVPHEGTRKLLDSWQISYEGMVARKVVSQDLVKFDYVIGMDDSNVTNLRKLAGGDQAAILKFMDLLPDEKLREVPDPYFTGNFDEVYRLIDAGCDILLDKIMKEKL	PGPT0014530_6259	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-WZA-WZC-WZB-WEC_METABOLISM	CE-EPS-EPS-WZA-WZC-WZB-WEC_SYSTEM,PGPT0014530-yfkJ|wzb-K01104	NA	NA
JZ016_06663	729	ybbA	COG2819	putative protein YbbA	ATGACGAATGAACGTTTATTGAAGCGAACCATCGTAAAAGAAGTGATTGAAAGCCAGTTTCTGCAGGAGAATCGAACGCTGCGCATCTACCTTCCTCCCGGATACAATGAAATTCTCAGCTATCCCGTCGTGTACTGTCAGGATGGAGAGGAATTCTTCAATTTTGGTCGCATCGCGACTTGGGCCAACCAGCTCATTCTCGAAGAAGGCGTGGAGCCGTTCATCATTGTAGGCGTGGAAGTGAACACCAAAGTTCGCACCGAGGAGTACGCGCCATTCGGCAACAGGTTCGACGCTTACCTATCCTGCTTCGCCGAAGAGATTATTCCCTTCGTCGAACAAAAATATCCTGTGCGCAAAGAGCCTGCCGAAAGAGTACTCGCCGGCGACTCCCTTGGCGGAAGCGTATCCGTGCATCTAGCCTTGCGTTACCCGCATCTCTTCACCCGAATCATCAGCTTGTCCGGCGCCTTCTATGAGAAGTCCCAGAATATGATCAGAGAAGAGAAAGATTTGTCCTGGCTCGACATCTATATGATTGTAGGCTTGCAAGAAGACAACTATGCAACCGATACAGGTGTCTATAACTTCGTTGAATTGAATCGTTCAACAAAGGCGTTGCTGGAAGAACGGGGTGCCACCATATCTTATCTTGAAAAAGACGGCCGTCACCTTTGGGGATTCTGGCAAAAAGAGCTCCCTGCTGCTCTTATGTACTTCCTGGATTAA	MTNERLLKRTIVKEVIESQFLQENRTLRIYLPPGYNEILSYPVVYCQDGEEFFNFGRIATWANQLILEEGVEPFIIVGVEVNTKVRTEEYAPFGNRFDAYLSCFAEEIIPFVEQKYPVRKEPAERVLAGDSLGGSVSVHLALRYPHLFTRIISLSGAFYEKSQNMIREEKDLSWLDIYMIVGLQEDNYATDTGVYNFVELNRSTKALLEERGATISYLEKDGRHLWGFWQKELPAALMYFLD				NA	NA	NA	NA	NA
JZ016_06664	1128	pdhA		Pyruvate dehydrogenase E1 component subunit alpha	GTGTATAATAATTCTATAACAGCGGAACTTGATATTCAAATATTTATTGAGGTGAAAAAAATGACCAAGGTTCCTTATGAAGTATATACCGAGGAAGTCGATACTCTATCTGTACTTTCCCCGGATGGCAAAATCGTAAACAAAGATCTTCTGCCTGAATTGTCAGACGATCAACTGAAAGAAATTATGTACCGTATGGTATTTACCCGTACTTGGGACGACCGTGCCGTAAATCTCGGCCGCCAAGGACGTCTCGGTTTCTATGCTCCTGTATCCGGTCAAGAAGCAACGATGGTAGGTAGCGAATTCGCGCTTGAGAAAGACGACTTTGTCTGCCCGGGCTACCGTGATATGCCGCAAATCGTATGGCATGGACTTCCGCTTTATCAAGCATTCCTCTATTCCCGCGGACATCAGCATGGCGGACAAATTCCGGAGGGTGTTAACGTATTGATGCCTCAGATCATCATTGGCGCGCAAATCTTGCATGCTATGGGTATCGCTATGGGTTACAAACTGAAGAAGCAAAAACAAGTGGTTATTACGTATACCGGTGACGGCGGCTCTTCCGAAGGCGATTTCTACGAAGGCTTGAACTATGCAGGTGTGTACAAACTGCCGGTTATCTTCTTCGTGCAAAACAACGGTTATGCCATCACGACTCCATTCTCCAAGCAGACTGCAGCATTGTCGATCGCACATAAAGCTGTAGCAGCTGGTATCAAGGGTGTTAAGGTTGACGGCATGGACGTCCTCGCTGTGATCAAGGCCGTTCGTGATGCTGCAGAACGCGGCCGCAATGGCGAAGGCGCAACGCTTATCGAAGCTGTGACATACCGTTTCCGTCCGCATTCCCTGTCTGACGACGCTTCGAAATATCGTACGAAGGAAGAAGAGGGCGAGTGGAACGAGAAGGATCCGATCGCACGTCTTGCGAAGTACCTGGAAGCAAAAGGCCTCTGGACAGAGGAAGATACAGCTCGCGTGAAAGAAGAAGCGAAAGCGAAAGTCAACGAGCAAATTAAAAAAGCAGAACAAACGGAAAAAATGACAGTACCTGGTTTGATCGACAGCATGTTCGAGCAAACGCCGAAGCATCTGGAAGAGCAGAAAGCTGATTTCCAATAA	MYNNSITAELDIQIFIEVKKMTKVPYEVYTEEVDTLSVLSPDGKIVNKDLLPELSDDQLKEIMYRMVFTRTWDDRAVNLGRQGRLGFYAPVSGQEATMVGSEFALEKDDFVCPGYRDMPQIVWHGLPLYQAFLYSRGHQHGGQIPEGVNVLMPQIIIGAQILHAMGIAMGYKLKKQKQVVITYTGDGGSSEGDFYEGLNYAGVYKLPVIFFVQNNGYAITTPFSKQTAALSIAHKAVAAGIKGVKVDGMDVLAVIKAVRDAAERGRNGEGATLIEAVTYRFRPHSLSDDASKYRTKEEEGEWNEKDPIARLAKYLEAKGLWTEEDTARVKEEAKAKVNEQIKKAEQTEKMTVPGLIDSMFEQTPKHLEEQKADFQ	PGPT0018025_1034	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0018025-pdhA-K00161	NA	NA
JZ016_06665	978	pdhB		Pyruvate dehydrogenase E1 component subunit beta	ATGGCACAAATGAACATGAAAGAAGCGATTCGCGACGCCATGCGCGTTGAATTGAGCCGTGACCCTAACGTTGTCATCTTCGGTGAAGACGTAGGTAATGTCGGCGGTGTTTTCCGGGTAACGGAAGGCCTTCAAAAAGAATTCGGGGAAGAGCGCGTATTCGATACACCGCTGGCTGAGTCCGCTATTGGCGGTTTGGCGGTAGGTCTCGGTATTCAAGGCTTCCGTCCGATCGCTGAAATTCAATTCGTTGGATTTATCTTTGAAGCGCTCGACCAAATCGTCGTTCAAGCAGCGCGTATGCGTTACCGTTCCGGTGGACGTTACAACTCCCCGATCGTATTCCGTACGCCATTCGGCGGCGGGGTTAAAGCGGCTGAGCTGCACACCGATGCACTCGAAGGTTTGATCACGCAAACCCCGGGTATTAAAGTTGTAGTACCTTCCAATCCTTATGATGCAAAAGGACTCATGATCGCAGCAATTCGCGACAATGACCCTGTGTTCTTCATGGAGCACTTGAACCTGTATCATGCGTTCCGCGCTGAAGTTCCTGAAGGTGATTACACGGTTGAGCTTGGTAAAGCTAACGTGGTTCGCGAAGGAACCGACGTTACGATTATCGCATATGGTTTGATGGTTCATACCGCAACGAAAGCGGCGGACGAACTTGAGAAGAACGGAATCAAAGCGGAAATCATCGACTTGCGCACGATCTCTCCAATCGACATCGATACTGTGCTTGCTTCGGTTAAGAAAACCAACCGTGCCATCGTGGTTCAAGAAGCGCAAAAATCTGCAGGCGTAGCCGCAGAAGTTATCGCTCAAATCAACGAGAAGGCGATTCTGCACCTGGAAGCTCCAGTGCTTCGTGTGACTCCGCCGGATACCGTGTATCCATTCGCGCAAATCGAGGACACTTGGTTACCTACTCCAGCACGTATCGTGGATGCCGTCAATAAAGTAATGAATTTCTAA	MAQMNMKEAIRDAMRVELSRDPNVVIFGEDVGNVGGVFRVTEGLQKEFGEERVFDTPLAESAIGGLAVGLGIQGFRPIAEIQFVGFIFEALDQIVVQAARMRYRSGGRYNSPIVFRTPFGGGVKAAELHTDALEGLITQTPGIKVVVPSNPYDAKGLMIAAIRDNDPVFFMEHLNLYHAFRAEVPEGDYTVELGKANVVREGTDVTIIAYGLMVHTATKAADELEKNGIKAEIIDLRTISPIDIDTVLASVKKTNRAIVVQEAQKSAGVAAEVIAQINEKAILHLEAPVLRVTPPDTVYPFAQIEDTWLPTPARIVDAVNKVMNF	PGPT0019590_2557	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019590-pdhB-K00162	NA	NA
JZ016_06666	1320	pdhC	COG0508	Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex	TTGGCAAAATTTGAATATCGTTTTCCAGAGCTGGGTGAAGGTCTGCATGAAGGTGAAATCATCAAAATGCATATCAAGCCAGGCGACAAAGTAACAGACGACGACATCATCATGGAAGTACAGAACGACAAGGCGGTCGTAGAAGTTCCTTGTCCCGTGAACGGTACGGTTCAAGAAGTTTTTGCCAAGGATGGTCAAGTATGCCGTGTCGGTGAAGTGGTAGCTATCATCGATGCTGAAGGCGACATTCCTGAGCAAGAGGCTCCTGCTGAAGAGCAGTCTGCGCAAGAAGCTGACGCAGCTAAAGGCAGCGCGGATACAACTTCTTCCCCGGCTCAAGATGCACCGGCTGACGCTAAACAAGGCGGAAACGGTGGAGCAGCTGCTCCAGCAGCACCTAATCGTGAAGTTCTGGCTACACCTAGCGTGCGTAAATTCGCTCGTGAGCAAGGCGTAGACATTGCACAAGTGCAAGGTTCTGGCAACAACGGTAAAGTGACTCGCGAAGATGTTGAAGCCTTCAAGAACGGTGGAGGCCAAGCAGCAGCTCCAGCGCAAGAAGCGGCTTCCGAAGCGAAAGCAGCTCCTGCAGCAGCATCCACAGCGGTGGACACTCGTGCAGAAGAAGAGCGCGTACCATTCAAAGGTATCCGTAAAGCGATCTCGAACGCTATGGTTAAATCGGCTTACACAGCTCCTCACGTTACGATCATGGACGAAGTGGACGTAACCGAGCTGGTAGCGTTCCGTACCCGCATGAAACCGATCGCTGAGAAGAAAGGCACGAAAGTTACGTATCTGCCATTCATCGTTAAAGCACTCGTTGCGGCTAGCCGTCAGTTCCCGGCTTTGAATGCGATGATCGACGAAGAAGCGAACGAAATCGTGTACAAAAAATACTACAACATCGGTATCGCTACGGATACAGACAACGGTCTGATCGTACCGGTTATCAAAGATGCGGATCGTAAGAGCATTTGGATGATCGCTGACAGCATCCGTGATCTGGCTGCTCGCGGCCGTGAAGGCAAACTGTCTCCTAACGAAATGAAGGGCAGCACGATTTCCATCACGAACATCGGATCTGCAGGCGGCATGTTCTTTACGCCAATCATTAACTTCCCAGAGGTTGCTATTCTCGGTACCGGCCGCATCAGCGAAAAGGCGGTTGTGAAGAACGGCGAGATTGTAGCAGCACCTGTTATGGCATTGTCCTTGAGCTTTGACCACCGTATCATCGACGGCGCAACGGCTCAAAACTTTATGAACTATATTAAACAACTGCTCGCTAACCCTGAGCTGCTTGTTATGGAGGTGTAA	MAKFEYRFPELGEGLHEGEIIKMHIKPGDKVTDDDIIMEVQNDKAVVEVPCPVNGTVQEVFAKDGQVCRVGEVVAIIDAEGDIPEQEAPAEEQSAQEADAAKGSADTTSSPAQDAPADAKQGGNGGAAAPAAPNREVLATPSVRKFAREQGVDIAQVQGSGNNGKVTREDVEAFKNGGGQAAAPAQEAASEAKAAPAAASTAVDTRAEEERVPFKGIRKAISNAMVKSAYTAPHVTIMDEVDVTELVAFRTRMKPIAEKKGTKVTYLPFIVKALVAASRQFPALNAMIDEEANEIVYKKYYNIGIATDTDNGLIVPVIKDADRKSIWMIADSIRDLAARGREGKLSPNEMKGSTISITNIGSAGGMFFTPIINFPEVAILGTGRISEKAVVKNGEIVAAPVMALSLSFDHRIIDGATAQNFMNYIKQLLANPELLVMEV	PGPT0001390_4592	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0001390-aceF|pdhC-K00627	NA	NA
JZ016_06667	1416	pdhD_2		Dihydrolipoyl dehydrogenase	ATGGTAGTTGGAGATGCTTCTTTAGATATTGATACTCTAGTCATTGGTGCTGGTCCTGGTGGTTATGTGGCGGCGATTCGTGCCGCCCAACTGGGTCAAAAGGTTCTGATCGTTGATAAATCGGAACTCGGCGGTGTTTGCTTGAACCGTGGTTGTATTCCTTCCAAGGCTTTGATCGCTGCAGCTCATCAGTTCGAGTCCGCTAAGCATGCCGATGCATTCGGTATTTCCGTGGAGAACGTAACGGTTGATTTCGCGAAAACACAGGAATTCAAAAACGGCGTTGTCAAAAAAATGACTGGCGGCGTAGCCGGTTTGCTGAAAGGCAACAAAGTGGAAGTTTTCAACGGCGAGTGCATGTTCATCAACGAAAACGAAGCGCGTGTATTCAATGATCATGAATCACCGCGTTACCGCTTCAAGAACTGCATCATTGCTACAGGTTCCCGTCCAATCGAACTGAAGCCATTCCCGTTTGGCGGACGCATCCTGTCTTCTACCGAAGCATTGAACCTGCCTGAGGTACCGAAGAGCATGATCGTAATCGGTGGCGGCTACATCGGTGCCGAGCTTGGTCAAATGTACTCCAAATTCGGTTCGAAAGTAACGATCATCGAAGGTCTGGACAGCGTTTTGGCTGGCTTTGACAAAGACATGACAAGCCTCGTTACGAAAAACATGAAGAAAACCGGTATCGAAATTATCACAGGTGCTAAAGCTGAAAGTGCCGAGCAAAACGATAAAGAAGTTACCGTGAAATACTCCGTGAATGGCGAAACCAAAGAAGTAACAGCAGATTACCTGCTGGTTACGGTTGGCCGTCGTCCGAACACGGACGGAGAGCTTGGCCTGGATCTGATCGGCCTCGATATGGATGAGCGCGGATTTGTGAAAGTCGACCATCAAGGACGCACAAGCATTCCTCATATCTTCGCGATCGGGGATATCGTATCCGGTCTGGCGCTTGCACACAAAGCTTCCTATGAAGGTAAAGTGGCTGCTGAGGCCATTTCCGGAATGCCGTCCGTCGTGGATTACAAATGTATTCCAGCCGTTGTGTTTACGGATCCAGAATGCTCCAGCGTAGGTTACACCGAAGCTCAAGCGAAGGAAAAAGGCCATAAAGTGAAAGCAGGCAAATTCCCTTACGCAGGTAACGGACGTTCCGTATCCTTGAACCATCCGGAAGGCTTCGTGAAGATCGTAGCTGAAGAAGGAACAGGACTTATTCTCGGAGCGCAAATCGTAGGTCTGGAAGCTTCCAACCTGATTGCAGAGCTCGGTCTTGCTATTGAGATGGGCGCTACGCTTGAAGATGTAGCCTTGACCATCCATGCGCATCCGACGCTTGGCGAAATCGTAATGGAAGCAGCGGAATTGGTTATGGGTCATCCGATCCACATCATCGCCCGTTAA	MVVGDASLDIDTLVIGAGPGGYVAAIRAAQLGQKVLIVDKSELGGVCLNRGCIPSKALIAAAHQFESAKHADAFGISVENVTVDFAKTQEFKNGVVKKMTGGVAGLLKGNKVEVFNGECMFINENEARVFNDHESPRYRFKNCIIATGSRPIELKPFPFGGRILSSTEALNLPEVPKSMIVIGGGYIGAELGQMYSKFGSKVTIIEGLDSVLAGFDKDMTSLVTKNMKKTGIEIITGAKAESAEQNDKEVTVKYSVNGETKEVTADYLLVTVGRRPNTDGELGLDLIGLDMDERGFVKVDHQGRTSIPHIFAIGDIVSGLALAHKASYEGKVAAEAISGMPSVVDYKCIPAVVFTDPECSSVGYTEAQAKEKGHKVKAGKFPYAGNGRSVSLNHPEGFVKIVAEEGTGLILGAQIVGLEASNLIAELGLAIEMGATLEDVALTIHAHPTLGEIVMEAAELVMGHPIHIIAR	PGPT0001380_4563	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0001380-lpd|pdhD-K00382	NA	NA
JZ016_06668	795	thyA	COG0207	Thymidylate synthase	ATGAAACAATACTTGGAGCTGCTGCAAGACATTCTTGATCATGGCGTAGAGAAAGGGGACCGCACGGGGACGGGAACGTTATCCGTATTTGGAAGACAGCTGCGGTTTGACCTTTCTAAAGGCTTTCCTCTGATGACAACCAAGCGGATTCACTTAAAATCGGTGATACACGAGCTTCTGTGGTTCTTAAGCGGGGAGACGAATATCCGGTATCTAAAAGAGAACGGCGTGCGGATATGGGACGAATGGGCAGATGAGAACGGCGATTTGGGACCGGTCTACGGCTCGCAGTGGCGAGCGTGGGAAACGCCGGATGGACGCCATATCGACCAGATTGCCAACGTCATCGATTCGATTAAAAACAATCCCGACTCCCGGCGGCATATCGTCAGTGCCTGGAACGTGGCAGAGATCGACAACATGAAGCTGCCTCCATGCCATTTTGTATTCCAATTCTACGTGGCGGGCGGGAAGCTCTCCTGCATGCTTACCATGCGTTCCGTGGACAGCTTCCTCGGGCTACCGTTCAACATTGCGAGTTATGCACTGCTTACCCATATGGTTGCCCAGCAGTGCGGCCTGGAGCCAGGTGAATTCATCTGGTCCGGTGGCGACGTCCATATCTATTCCAATCATATGGAACAGGTCAGAACGCAGCTTGAACGCGAGCCTTATGAGCTGCCGAAGCTGGTCATCAAGCGCAAGCCGGAGAGCATCTTTGATTATACATTCGAAGATTTTGAATTTGAGGGTTACCAGTATCATCCAACCATTAAAGCGACCGTAGCTGTGTAA	MKQYLELLQDILDHGVEKGDRTGTGTLSVFGRQLRFDLSKGFPLMTTKRIHLKSVIHELLWFLSGETNIRYLKENGVRIWDEWADENGDLGPVYGSQWRAWETPDGRHIDQIANVIDSIKNNPDSRRHIVSAWNVAEIDNMKLPPCHFVFQFYVAGGKLSCMLTMRSVDSFLGLPFNIASYALLTHMVAQQCGLEPGEFIWSGGDVHIYSNHMEQVRTQLEREPYELPKLVIKRKPESIFDYTFEDFEFEGYQYHPTIKATVAV	PGPT0008145_4093	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560	NA	NA
JZ016_06669	489			IS1595 family transposase ISSsu9	ATGATATCGATGATTTGGGCAATGGGCAAGGACCAGGTAATCGGGCTGAACGGCACCATGCCGTGGCGATTGCCGCGGGATATGGCCTTCTTCAAGGAGACGACCCTGCACAAAACGATTCTGATGGGGCGCAAGACCTGGGAGTCCTTTGGCAGCAAACCTCTGCCTCACCGAAAGAATATCGTGCTGACGAGAGACCGAAGTTTCACGCTGACGGACGATCAGGGCATCGTGATCCATGATATAGATGAAGCCCTTCCCTACGCGGAGAACGCAGAGCTGATGGTGATCGGCGGATCCCAGATTTATGAATTGATGCTTCCGAAAGCGGATCGGTTGTACTGCACGTTTATTGATGAAACTTTTGAAGGGGATACGTTCTTCCCTGAAGTGAACTGGGACGAATGGAAAATTATCGAAGAAGTTCCCGGCATAACGGATGAAAAGAACCCGTATGCCTACCGGTTTGTTACGTTCGAACGAAAATAA	MISMIWAMGKDQVIGLNGTMPWRLPRDMAFFKETTLHKTILMGRKTWESFGSKPLPHRKNIVLTRDRSFTLTDDQGIVIHDIDEALPYAENAELMVIGGSQIYELMLPKADRLYCTFIDETFEGDTFFPEVNWDEWKIIEEVPGITDEKNPYAYRFVTFERK	PGPT0007945_3279	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007945-folA-K00287	NA	NA
JZ016_06670	1488	gltB_2	COG0493	Glutamate synthase [NADPH] small chain	ATGTCTACACCAACAGGATTTATGGAATATCAGCGCCAGCTTCCGGCAGATCGGAGCCCGGCCGAACGAGTTAAAGACTGGGAAGAGTTTCATAAACATTTAGAAGAAGAAGAGCTCCAGACCCAGGGAGCACGCTGCATGGACTGCGGTACGCCATACTGCCATACAGGAATCGATATGCTCGGCGGCACTTCGGGCTGCCCGATTCATAATCTGATTCCGGAATGGAACAATCTTGTATACCGGGGCTTGTGGAGAGAAGCCTTGGAGCGTCTCCACAAAACAAACAACTTCCCGGAGTTTACCGGACGCGTATGTCCTGCTCCTTGTGAGGGTTCCTGCACCGTCGGTTTGATTGGGGAGCCGGTCACGATAAAATCCATCGAGCAAGCGATCATCGACAAGGGCTTTGAAGAAGGCTGGGTCGTTCCCGAGCCGCCGGCGAAGCGTACGGGACGCCGCGTAGCCGTTGTCGGTTCTGGTCCGGCAGGGCTGGCTGCGGCTGCTCAATTGAACAAAGCAGGCCATTCCGTAACCGTCTATGAACGTGCCGACCGTATCGGCGGATTGTTGACTTACGGGATTCCATCCATGAAGCTGGACAAGGGTATTGTTCAGCGCCGTGTAGATCTGCTCGCAGCGGAAGGCGTCGAATTCGTTGTCAACACCGAGATCGGCAAAGACATTCCCGCCAAGCAGCTGATGGAAGACTATGATGCCGTCGTACTGTGCGGCGGTGCAACAAAACCGCGTGAATTCAATATTGAGGGAAGTGACCTCAAGGGCATTCATTATGCGATGGACTATCTGAACGGAACCATCAAGAGCCTGCTGGATTCGGGTCTCGAGGATGGCAACTACTTGTCGGCAAAAGACAAGGACGTTATTGTCATCGGCGGCGGTGACACCGGTTCTGACTGCGTCGCAACAGCGCTTCGCCACGGCTGCAGCAGTGTTACCCAGTTCGGCACGCATAAACAGGCTCCGCTGCAGCGTGATCCGATTGCGAACCCTTGGCCGCAGTTCCCGAACGTGTACACGCTCGATTATGCACACGAGGAAGCCAAAGCGCTGTTTGGCAGCGATCCACGCGAATTCTCCATTATGACCACGAAATTTGTCGGGGATGAAGAGGGCAATCTGAAGGAGCTTCATACCGTTCAAATCGAGCGTATTGTAGACGAAACCGGCCGTAAAGTGTATCAACCGATTCCGGGCACGGAGAAAGTATTTCCTGCTCAAATGGCGTTCATTGCCATCGGTTTTGACGGACCGGAGCATACGCTGGTCGAGCAGCTTGGACTTGAAACGGATCGCCGTTCCAATGTGAAAGCGCCGTATGGCAAATATACGACCAATGTAGATAAAGTATTTGCCGCCGGGGACATGCGTCGCGGACAAAGCCTCGTGGTATGGGCGATCAACGAAGGCCGTGAGGTAGCGCGCGAGGTAGACAAATATTTGATGGGTGCGACCGTACTGGTTTAA	MSTPTGFMEYQRQLPADRSPAERVKDWEEFHKHLEEEELQTQGARCMDCGTPYCHTGIDMLGGTSGCPIHNLIPEWNNLVYRGLWREALERLHKTNNFPEFTGRVCPAPCEGSCTVGLIGEPVTIKSIEQAIIDKGFEEGWVVPEPPAKRTGRRVAVVGSGPAGLAAAAQLNKAGHSVTVYERADRIGGLLTYGIPSMKLDKGIVQRRVDLLAAEGVEFVVNTEIGKDIPAKQLMEDYDAVVLCGGATKPREFNIEGSDLKGIHYAMDYLNGTIKSLLDSGLEDGNYLSAKDKDVIVIGGGDTGSDCVATALRHGCSSVTQFGTHKQAPLQRDPIANPWPQFPNVYTLDYAHEEAKALFGSDPREFSIMTTKFVGDEEGNLKELHTVQIERIVDETGRKVYQPIPGTEKVFPAQMAFIAIGFDGPEHTLVEQLGLETDRRSNVKAPYGKYTTNVDKVFAAGDMRRGQSLVVWAINEGREVAREVDKYLMGATVLV	PGPT0000640_667	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000640-gltD-K00266	NA	NA
JZ016_06671	2292	topB_2	COG0550	DNA topoisomerase 3	TTGAAAACGTTGGTCATTGCCGAAAAGCCGGATATGGGACGGAACATCGCTGCGGTCATCGAGCCGCGGGCCAAGAATAACCGTACATATCTTGAAGGTGAGCAATACATCATAACTTGGGCTATCGGACATCTGGTTGGGCTGGCGGAGCCGGATGCATATGATCCGAAGTACAAACGCTGGAATTTACGGGACCTGCCCATCATTCCGGAGCAATTCAAAATCATCCCGAATCCGAAAACCAAGGATCAGCTGAAGGTCATTGGAGAGGTCGCCAAGCGCTGCAGCCATATCGTAAACGCATGTGATGCGGGACGAGAAGGACAATATATTTTCGCTCTTATCCAACAACAATTAAAATTGAAACAGCCTGTAAAAAGACTATGGATTTCGGATTTAACGGCGGAAAGCATCGCCCGTGGGTTTGCGGAGCTGAAGGATGGGATTGAATTCGAGAATTTAACGCAGGCTGCGCGCGCACGCAGTGAAGCCGATTGGTTGATCGGCATGAATGCTTCGCGTGCCTTTACGACACGCCATCAGACTTTACTGTCGGTTGGGCGGGTCCAGACGCCGGTTCTGGCTCTGATCTATGACCGGCAGAAGGAAATTGAAGCCTTTGAATCGCAAACGTTCTACGACGTGAAGGCCGTGTTCAAGCAAGAGCAGCTGGAGTATACCGGAACATGGCAGGGAGAGCGGCTGACCTCGCAAGAGAAAGCAGAGACGATTGCAGCCAAGGTTAATGGGAAGAATGGGCTCATCACCAAATATGAAGTCAAAGAAACGAAAGAATATCCGTTTAAATTGTATGATTTGACCCTTCTTCAGCGTGAAGCCAATGCCAAATACGGATACTCTGCCAAAAAAACGCTGGATCTTGCGCAAGCATTGTATGAGCGTCACAAGGTCATTTCATATCCGCGTACCAACTCCAATTACGTGAATGAACAGAATATCGAAGGCATGCACAAGGCACTTCACATGTTGAAATCGACCTCCTATGCATCGATGGCGGAAGGAGCGGATCCTAGCCGGGTGCACATGAATAATAAGGCGGTATGCAATCCGCAGCGGGTTGAAGATCACCATGCCATCTTGCCGACGTTAAAGCGTCCGGGCACGCTCAGCAAGGAAGAGCAGCATATTTACGATCTGGTCATCATCCGGTTTCTCTCGCATTTTTACCCGCCGGCCATGTACAAGCAGCATACGGTGCTTACCGAGGTCGAGGGCGAAGCGTTCAAGACGGGAATTAAGGAACTGCTGTCGCTTGGCTGGAAGGTGCTGATTGCCCAGGATAAAGAGCAGAAGAAAGCCAAGTCTTCCAAGAAGGGAAAAGAGGACGAGGAAGAGGAGACCCAGGAATGGAACGACCGTTCCTTTGATCTGTCCCCGGATGAGCCGGTGCACTGCAAGAAATCCGAAGTGAAAGAAAAGGCAACCCAGCCGCCTAAGAGTTATACGGAAGGAACGCTGCTGAAGGCGATGGAAAGTGCCGGAAAATCCATCGAGGATGAAGCGCTTCGGGATGCGATGAAAGACAGCGGGCTTGGAACGCCGGCTACCCGTGCAGCGACCATTGAACGCTTGAAGAAGGTCGGATACATTACGATGCAGGGCAAAAGAATCACGGTTACCCAAAAAGGGAGGACGGCGGTGGAGCTGATCCGTCATGCAGGCGTAGAATTACTTGCTTCGCCTGAGATGACGGGCCAATGGGAACGGCGCCTTCACCAAATATCCAAGGGCGAGGCTTCCGCCGACGTGTTCATGCAAAACGTGCAGAAGTTTACCATTTCGATCATCAATAAGGTATCCTCGCAGCGTCCCGCGCCTTCGTCGCTTTTCGGCGGAGATGAGGACAAGTCCAAAGGAAGAGGGAAGCGAAGCACGGGAAAAGCTGCCGCAGCCCCACGCGACAAGGAAGAACGAGCGGCTAAGCGGATTCCGAAATCCAATGCCGCTGCTTCAAACGATACGTCGTCCGTACGTTCTTCATTAGGCCGATGCCCTAGACCCGGATGTGAAGGGCATATTATTGAAGGGCGCAAAGGTTATGGTTGTGCCAATTTTAAAACCGGCTGCAGCTATGTCATCTGGAAGGAATTTGCCGGTAAACAGGTTTCGCATGCGATGCTGAAATCCTTGCTGCTGCAAGGCAAGACTCAGGTATTATCCTTTAAAAACGAGGACGGCAGCACGTTTAAAGGCAGAATTGTCCTAGCTGCTGAAGGGAACGGAAAGCTTGCTGTTCAGGCAGAGGACTCGAGTGAAGCCGTGAAATCGTGA	MKTLVIAEKPDMGRNIAAVIEPRAKNNRTYLEGEQYIITWAIGHLVGLAEPDAYDPKYKRWNLRDLPIIPEQFKIIPNPKTKDQLKVIGEVAKRCSHIVNACDAGREGQYIFALIQQQLKLKQPVKRLWISDLTAESIARGFAELKDGIEFENLTQAARARSEADWLIGMNASRAFTTRHQTLLSVGRVQTPVLALIYDRQKEIEAFESQTFYDVKAVFKQEQLEYTGTWQGERLTSQEKAETIAAKVNGKNGLITKYEVKETKEYPFKLYDLTLLQREANAKYGYSAKKTLDLAQALYERHKVISYPRTNSNYVNEQNIEGMHKALHMLKSTSYASMAEGADPSRVHMNNKAVCNPQRVEDHHAILPTLKRPGTLSKEEQHIYDLVIIRFLSHFYPPAMYKQHTVLTEVEGEAFKTGIKELLSLGWKVLIAQDKEQKKAKSSKKGKEDEEEETQEWNDRSFDLSPDEPVHCKKSEVKEKATQPPKSYTEGTLLKAMESAGKSIEDEALRDAMKDSGLGTPATRAATIERLKKVGYITMQGKRITVTQKGRTAVELIRHAGVELLASPEMTGQWERRLHQISKGEASADVFMQNVQKFTISIINKVSSQRPAPSSLFGGDEDKSKGRGKRSTGKAAAAPRDKEERAAKRIPKSNAAASNDTSSVRSSLGRCPRPGCEGHIIEGRKGYGCANFKTGCSYVIWKEFAGKQVSHAMLKSLLLQGKTQVLSFKNEDGSTFKGRIVLAAEGNGKLAVQAEDSSEAVKS				NA	NA	NA	NA	NA
JZ016_06672	738	gph_8		Phosphoglycolate phosphatase	ATGAGTAAAACATCGCAGCATATTATCTTCGACATGGATGACACATTAATACATTGCAACAAATATTTCGATCTGATTCTTGGCGATTACTTCGAGTGGATGACCGAATGGTTTCAACATGTTGGCTTGACTACCGAAGAAGTCCGAGCCAAGCAGATGGAGGTCGACGTAGCCGGCATAGATAAGCTGGGATTTGCAAGTGCGAACTTCCCGCAATCCCTTATCGATACGTATCATTATTTCGGCCGCATTCATGGAAGAGAAAGCTCGCCCAAGGAAGAAGAGCTTCTCTACGAATTAGGACTCAGTGTATATGAGCAGGAAATCGAAGCCTACCCCGGCATGGTTGAGACGCTCGAGAAGCTCCAGCAAGATGGCCATTGTCTCCATCTCTACACAGGAGGCGAGACCCGGATTCAGAAGCGGAAAATCGAACAAATGAAGCTGGCCGATTACTTCAAAGACCGAATCTACATTCGCCAGCATAAAAATATTGCGGCGTTGGAAGAAATCCTCACGATGGGGACATTCTCCCGCTCCGATACCTGGATGATCGGCAACTCACTTCGCACCGATGTCGTTCCGGCGCTGACGGCCGGCATCAACAGCATCTATATCAAACAGCAGCGCGAATGGCAATATAACCTGGTCGAGCTGAAGCAGGAGCCTCATAACGTGTTATATACCGTATCGGCGCTGACCGAAGTGCCCGAAGTCATTGAAGAGCATTTAGATTAA	MSKTSQHIIFDMDDTLIHCNKYFDLILGDYFEWMTEWFQHVGLTTEEVRAKQMEVDVAGIDKLGFASANFPQSLIDTYHYFGRIHGRESSPKEEELLYELGLSVYEQEIEAYPGMVETLEKLQQDGHCLHLYTGGETRIQKRKIEQMKLADYFKDRIYIRQHKNIAALEEILTMGTFSRSDTWMIGNSLRTDVVPALTAGINSIYIKQQREWQYNLVELKQEPHNVLYTVSALTEVPEVIEEHLD				NA	NA	NA	NA	NA
JZ016_06673	918			hypothetical protein	ATGAAATATAAAGTCAGTATCGATGTATCTATGGTCTACGAGCTGCTGGGCAGCTTCATGATATATGCAACAAGGAAATGGACCGATAACCTGGATATCGGAAAACAGCTGATAACGGAGATGGACGAGCGATTACCTCAACCTGTTCGTGTCCAGTTCAGTCGAGCCCGTTCATGGCCACTCGCGGATTATGATGTGTTATACGCCTTGATCATGCTTCGGGGAGAGCACATTGAAATCCCGGATTTTCTGAATTGGGTCGAATCTTCCGCCGTGGAAGAGCTGCATGACCTGCTGCTGCCGCACTTGCCGTCCCTCTCGCTGGATGAAACATCTAGAATTCGAGAAAACTACACACCGTTGATGAAGTTGTGGCATGAGCACTACTTCTCGGAAGTGGAGCCTGAACTGTACCAGCTCCTGGAAGAAGATGCCGAAGAGAAGCGAATGCTCCTTCCGAAAATGGACGACGAAAATTTAATCGAATACGCTTCTAGCGGCGTTATACTCGACGACGTGCCCCAGGAGAACGTAGTCTTGTTCCCGGGCACGCATTTCCGGCCGATCAATACCTATTGCTTCTATGAGAACGTACTCCTGCTGCAGTATCCGATCGATGTCCCGGAAGAAGAGGAAGATGAGCCGCCCGTGGTTCTCCTCCGCATGACCGAGGCGCTTGCGGACCCGGAACGCCTGCGTCTCCTGCGATATATTGCCGATGAACCGAAGGCCGTGTCCGAAATGGCGTCCGAGTTGGGTCAGCCTTATGAGGAATTGATGCACCATCTGATGATTTTGAGGGCAGCCGGCTTGCTGCGCTCCCATCTGAAATCCGAGAATAACGAAAGATTCAGCCTGCGACCGGATGGGGCTGCCGAACTTCAGATGTTCCTGGAGTCATACATTCGACTTTCATAG	MKYKVSIDVSMVYELLGSFMIYATRKWTDNLDIGKQLITEMDERLPQPVRVQFSRARSWPLADYDVLYALIMLRGEHIEIPDFLNWVESSAVEELHDLLLPHLPSLSLDETSRIRENYTPLMKLWHEHYFSEVEPELYQLLEEDAEEKRMLLPKMDDENLIEYASSGVILDDVPQENVVLFPGTHFRPINTYCFYENVLLLQYPIDVPEEEEDEPPVVLLRMTEALADPERLRLLRYIADEPKAVSEMASELGQPYEELMHHLMILRAAGLLRSHLKSENNERFSLRPDGAAELQMFLESYIRLS				NA	NA	NA	NA	NA
JZ016_06674	1182	ycaD_2		putative MFS-type transporter YcaD	GTGACAGAAGCTGTAACCCCCCGTCAGGGGAGAACTCATTATTTCATTTTAATTGCCGTCGTGGTTGCGGCTGGTTTAAGCCAGGGACTGTTATTGCCGGTGCTGGCTATTTTTTTGGAACGGATGGGCATTTCATCCTCCATGAACGGATTGAACGCGGCGGCCTTATATGTAGGCTCATTTGCGATGACGCTTGTTGCGGAAAGACTTCTCGGCTGGGTCGGTTTCAAAAAACTGATCATTTCGGGACTGGTCCTGGTGATGCTGTCACTGGTCGCCTTTCCGCTGATTCCGAGCGTGGCCGTCTGGTTTGTCCTGCGCGTGCTTGTGGGTATTGGGGACAGCGCACTTCATTATGCGGCACAGCTATGGGTGCTGATGATGTCAACGGCGAAGAACCGGGGGCGAAGCATATCCTTTTACGGCATGTCCTACGGTTTGGGATTCAGTATAGGACCGCTGGGCATTCCGCTGCTAAAGTATGGCGAAGCGGTACCGTTTATAATTCTGGCGGTGCTGTTCTTGTTCATTCTGCTGGTCGTGCTCTTTAAACTTCCGAACCTGAAGCCGGAAAAAAGCGAGAATGGGGAGCAGCAGCCGGCTGGACGATATCTCAAAAGCTACCGCCTGGCCTGGTTTGCATTGATTCCCGCGTTTCTCTACGGCTATATGGAAGCAGGAATTAACAGCAACTTCCCGGTCTACGGTTTAAGAAGCGGATTTACATTGGGCGAAATATCAGCATTGCTTCCTTTTGTCGGCATCGGCGGTCTGGTGTTGCAGCTTCCGCTCGGCATTTGGAGTGATAAATTCGGCCGCAAACGGGTGCTGGCGATTGCCGGTATTGTGGGCGGATGCTGTTTCTTGCTCATTCCCGTGGCGGGAACGAATTTCTGGGCAACCTTAATATTGCTAACGCTGGCCGGCGGACTGGTTGGTTCCTTCTTCTCGCTTGGTTTGGCTTATGCGGCGGATATCCTTCCCAGAGTGCTGCTGCCGGCTGCCAACGTCGTAGCTTCCTTCCATTTTAATGCGGGCAGCATAGCAGGTCCGAATGCCGGGGGCGCCATCATGGAAACAGGGTGGAACGGGGGGATCTTCGTTCTGCTTGGAGGATTGTATATTCTGTTTGCGTGTACGGGATTATGGTTTAAAGTCAAAACTGCATCAACACAGGGATAG	MTEAVTPRQGRTHYFILIAVVVAAGLSQGLLLPVLAIFLERMGISSSMNGLNAAALYVGSFAMTLVAERLLGWVGFKKLIISGLVLVMLSLVAFPLIPSVAVWFVLRVLVGIGDSALHYAAQLWVLMMSTAKNRGRSISFYGMSYGLGFSIGPLGIPLLKYGEAVPFIILAVLFLFILLVVLFKLPNLKPEKSENGEQQPAGRYLKSYRLAWFALIPAFLYGYMEAGINSNFPVYGLRSGFTLGEISALLPFVGIGGLVLQLPLGIWSDKFGRKRVLAIAGIVGGCCFLLIPVAGTNFWATLILLTLAGGLVGSFFSLGLAYAADILPRVLLPAANVVASFHFNAGSIAGPNAGGAIMETGWNGGIFVLLGGLYILFACTGLWFKVKTASTQG				NA	NA	NA	NA	NA
JZ016_06675	741	glnQ_4	COG1126	Glutamine transport ATP-binding protein GlnQ	TTGACGGGGAGAGACGATAACATGATTAAAGTGGATCGGCTGAAGAAAACGATGGGTCCTGAACGCACACCGGTGTTAAAGGATATCACTTTTCAGATGGAGCACGGGGAAATGATCGGTCTGATCGGTGCTAGCGGAAGCGGGAAAAGCTTGTTAATGAGCTGTCTATCCATGCAGCAAAAATGGGACGGCGGCAAATTAACGATTGATGGCGAAGATATGATGAATCCTGCGGGAAAACGGAGAATTCGCCGGGAATGGGCTTATCTTGAGCAGAACCCGTCCTTGAATGTTAATCGAACGGCACTTAAGAATGTATTGATCGGACAATCCAGCCAGACACCGCTGTGGCGAATGGTAACCGGGATGGTCCGATCTGATGATTATATGGGAGCTATGGATACGATTGAGCACCTTGGGTTGTTGGACAAGGCCAAACGCAAGGCCGGTGAGTTAAGCGGCGGAGAGAAGCAGCGGATAGCTATTGCCCGCGCACTTGTGCATGGTGCCAAGGTGATTTTGGCGGACGAGCCGGTCACGGGACTTGATCCAGCTTCGGCCGAGCATGTATTGAAGACACTTAAAACCTTGTGCGAGGAAGAACGTTTAACCGTATTTACCGTGATACCCTTGGAGCTGGCCGAGAAGTATTGCACCCGGATCATGGGTCTATCCGGCGGAGAGCTGGCCGTGGATGTGACCGGAAGACGTTTAACCCATGGCGAGAAGTCAAGACTGTAA	MTGRDDNMIKVDRLKKTMGPERTPVLKDITFQMEHGEMIGLIGASGSGKSLLMSCLSMQQKWDGGKLTIDGEDMMNPAGKRRIRREWAYLEQNPSLNVNRTALKNVLIGQSSQTPLWRMVTGMVRSDDYMGAMDTIEHLGLLDKAKRKAGELSGGEKQRIAIARALVHGAKVILADEPVTGLDPASAEHVLKTLKTLCEEERLTVFTVIPLELAEKYCTRIMGLSGGELAVDVTGRRLTHGEKSRL	PGPT0002520_2097	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002520-phnC-K02041	NA	NA
JZ016_06676	1335			hypothetical protein	TTGAAATATAGAGTGATGCAAGCCCTTTTGGCAGGCTTGTTATTATTGATCATAAGCGGCTGTACGTTTATTCAGGAGGACCCGGTCTCCTTAATGAAGAAACCGGATTTGCCGACGGATAAAGCGACGTTGAATGGCGCCATCCAATCTGCGCTTCTGAAGAATAAGCTGGAAGGCTCCATTGTCCGGCCGCGAAGTGACGTGGATAGCAGTTCAATCCGTATTCATGACTTGGACAATGACGGAATTATGGAAGCTGTCGTCTTCTATCAGACGCCGGACGATGAAGTGAAAATCCATGGCATGATTATGCAGCAGCAAGGCGATACATGGGTGAAGAAGCTTGATTTCGACGGAGAAGGGACGGTATTGGAGTCTTTTGATTTCGTCGATTTTACGAATGACGGCAAGGTCGACATCGTAGCCGGCTTCTCCCGCGGAGACGAGAATCTTCAGAACCTGCTGGCCGTGTATTCATTCTCAGGGGATTCACTCGAAAAAATACCGGCTTTGCCATATTCGAACTTTAATATCGGAGATATGAACGGTGATAAGATCAACGATATTACGGTTGTCTATCTTCAGCAGAAGGAGCTCTCATATATCAGCACCTATCAATACGACAAATTCGAAGATGCCTTTGTCGAGCTGAACAAGCTGGATCTGGGACCCAATATCGAAAGTTATTACAATGTTGTAGCAGGTAAAGTGGCCAAGGACAAAGAAGGTATCATCTTGGACGCTTCGGTTGTGTCTAACTCTTCTTATTCCAAGCTCATCATTATGGAGGATAACCAGTTTATTGACGTCCTCCAGGATGAATTGCTTACCTATAAGGAACTGCCTGTTGAGAGCGAAGATGTGAATGATGACGGTATTCTAGAGTTTGGTGTTCTTACAAGACCAAGCGGCTGGGAAGATCGGCTTATCCTGGATGAGATCCCGTTCTTCACCACGTACTTCCAGTGGGACGGAGAAGTACGGGAGAGCAATGAAAAAGAAGGGCTTCAATTCGTACTCCAGCGGTACTACGATATGAACAATCGCTTCTATCTGGACTTTCCGCCCGACATGTACAATAAGATTACCATCACACCGGAATCCAATAAAAATGCTTATTTAAACTTTGTCATGACCGACACGGGAGAGTCCGTTGCAGAGATTAAATTCTTTTCAACGGCCCAGTGGGGGAAAGCTGAATCCGATTGGGATATTTTGGTGAAGGAGAAGAACCGCGTCATTGCTTATCGCAGTCATGGCGATCTGAAATTGAGTAAAAAAGATAAAAAGCCAAACAGCAATAATGTGGCTCCTATCGAAAGAAAGGGGAACTAG	MKYRVMQALLAGLLLLIISGCTFIQEDPVSLMKKPDLPTDKATLNGAIQSALLKNKLEGSIVRPRSDVDSSSIRIHDLDNDGIMEAVVFYQTPDDEVKIHGMIMQQQGDTWVKKLDFDGEGTVLESFDFVDFTNDGKVDIVAGFSRGDENLQNLLAVYSFSGDSLEKIPALPYSNFNIGDMNGDKINDITVVYLQQKELSYISTYQYDKFEDAFVELNKLDLGPNIESYYNVVAGKVAKDKEGIILDASVVSNSSYSKLIIMEDNQFIDVLQDELLTYKELPVESEDVNDDGILEFGVLTRPSGWEDRLILDEIPFFTTYFQWDGEVRESNEKEGLQFVLQRYYDMNNRFYLDFPPDMYNKITITPESNKNAYLNFVMTDTGESVAEIKFFSTAQWGKAESDWDILVKEKNRVIAYRSHGDLKLSKKDKKPNSNNVAPIERKGN				NA	NA	NA	NA	NA
JZ016_06677	699	walR_10	COG0745	Transcriptional regulatory protein WalR	TTGAGTAAAGTGCTCATATTAGAAGATGAAGAATCTATCCGCAGTTTTATCGTAATTAATCTGAAACGAAACGGCTTTGACGTCCTGGAGACTGGGGATGGCAACGAAGCCCTTCGTTTGCTGCAAACGACGCCAGATATCGATATCGCCTTGCTTGATGTCATGGTACCAGGGATTGACGGATTTGAAGTTTGCCGCAGAATTCGGGAAACGAACGAGCGGATCGGTATTATTTTCCTGACGGCAAAAGTTCAGGAGCAGGATAAAGTGTATGCCCTCTCCGTCGGGGCCGATGACCACGTAAGCAAACCGTTCAGTCCGACGGAGTTAATCGCTAGACTGCAATCTCTACTGCGGAGGGTGAATGTCCAGCGTGCGGGAACCGCCAAGGTATCGTTTCAATCAGGTCCCTTTACGCTGGATCTGATCTCCAAGCAGTTTAAGAAGAACGGGCAGCCGGTGGAGCTGACGCCAACAGAATTTTCGCTGGTGCAGTTTTTCCTGGAGAAAGAAAACACGCCGCTTAGTCGTGATGTGCTGCTCGATCATGTATGGGGCAAAGAATATATGGGTGACCCCAAAATCGTGGACGTGAACATTCGGAGATTACGCCAAAAAATCGAAGGCAATCCTTCCGAGCCGGAATACCTCCAGACGGTATGGGGACACGGCTATAAATGGAAGGGTCAGGGACAATGA	MSKVLILEDEESIRSFIVINLKRNGFDVLETGDGNEALRLLQTTPDIDIALLDVMVPGIDGFEVCRRIRETNERIGIIFLTAKVQEQDKVYALSVGADDHVSKPFSPTELIARLQSLLRRVNVQRAGTAKVSFQSGPFTLDLISKQFKKNGQPVELTPTEFSLVQFFLEKENTPLSRDVLLDHVWGKEYMGDPKIVDVNIRRLRQKIEGNPSEPEYLQTVWGHGYKWKGQGQ	PGPT0002665_1270	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_06678	1455	rcsC_15		Sensor histidine kinase RcsC	ATGATCATCAAAAAAGGCATTCGGCGGCAAATCGTGCTGCACTACTTCCTGGTAGTGTTCATCGCCTTGCTGCTGATTGAGGTTATATTTCTAATCGCTTTACGATCGTATTATTACGATACGGTATACAATCATATTGTGAATCATATAAATACCGCCAACGCTTTTTATCAGCCCTTCCGATTGACGTCAACGGACAACGTCAACCAGCTGAGTGAGATGATTCGTCATTTTGAATTGTATACAACGGAGCTTCAAATTTTGAATCCGGGTGGTCAAGTTCTCTCCACATCCACCGGTTTCGAAATCGAGCAGACCATCAAGACCAGTGATGTCACCCAAGCGCTTGCAGGCAATACGGGCCATTGGATTGGTAAGCAGCAAGGTACGGGGCAGATCGTCATGGCTGTATCTCAATCCGTTTCGAACGGATTTGAGAAAACGTACATTCTTCGCTATGTGACTTCGCTTGAGTTCATTAACGACAAGCTAATGAAAATCACGCTGTTTGCCGTCAGCATCGGTGGGGCCGTGCTAGCGCTCGTGCTTGCCTTCAGCATCGGGCTGGCCAACTCCATCGTAAAGCCGCTCAACAACATTACCACGGTATCGGCGCAGATGGCCAAGGGCAGGTTTAACGTGAGAATCAAAGGCGATTATAAATACGAGCTTGGTGAGCTGTCGTCAACCCTGAACTACATGGCGCAGGAGATTGTACGAAGCAATCAGGTAAAGGATGATTTTGTTTCATCCATTTCGCATGAGCTGCGGACTCCGCTCACAAGCATTAAGGGCTGGAGTGAAACGCTCGACTCCGGTGGCTATGATCCGGAAGAAACGAAGATCGGGATGCAGATTATTTCTAAGGAAACCGATCGTTTGATCGGTCTTGTTGAAGAGTTGCTCGACTTCTCCAAGCTCCAGCAGAATGAGATGAAACTTGTGAAGGGTATCGTGAATTTACGGGAGCTTCTGCAAGAGATTATGCTCAATCTGTGGACAAAGGCCGAGAAGAGGGGCATCCAGATCAAACTGGAGTCCGACGAAAAACCGATTATCTATGGGGACGCCAACCGGTTGAAACAGGTGTTTCTGAACATTGTGGACAACGCGGTTAAATTCTCGCATGAGAACGGAGTGATCAACCTGTCCTTCGCTATGGAAGACAAGTTTGTTATCGTAACCGTGGAAGATCACGGTATTGGCATATCGGACGAACATCTCCGGCGGGTAAAGGACCGGTTCTTCCAGGTTAATCCGCTTAACGGGGGAACGGGACTGGGCCTTGCGATTACGCAGCAGCTCATTGAGCTCCATGGGGGCACGATGGAGATGGAAAGCGAGCTCGGGCACGGAACGTCTGTTATTGTCAAGCTGCCGCTGCCTGAAGGGAAAATACCGATGGCCGGCGGATTAGAGAACGGTGAGGATGACGTAGCCGGACCGACCGTATAA	MIIKKGIRRQIVLHYFLVVFIALLLIEVIFLIALRSYYYDTVYNHIVNHINTANAFYQPFRLTSTDNVNQLSEMIRHFELYTTELQILNPGGQVLSTSTGFEIEQTIKTSDVTQALAGNTGHWIGKQQGTGQIVMAVSQSVSNGFEKTYILRYVTSLEFINDKLMKITLFAVSIGGAVLALVLAFSIGLANSIVKPLNNITTVSAQMAKGRFNVRIKGDYKYELGELSSTLNYMAQEIVRSNQVKDDFVSSISHELRTPLTSIKGWSETLDSGGYDPEETKIGMQIISKETDRLIGLVEELLDFSKLQQNEMKLVKGIVNLRELLQEIMLNLWTKAEKRGIQIKLESDEKPIIYGDANRLKQVFLNIVDNAVKFSHENGVINLSFAMEDKFVIVTVEDHGIGISDEHLRRVKDRFFQVNPLNGGTGLGLAITQQLIELHGGTMEMESELGHGTSVIVKLPLPEGKIPMAGGLENGEDDVAGPTV				NA	NA	NA	NA	NA
JZ016_06679	636			hypothetical protein	TTGTGGGGTAATGTGTATTGTATTCGGGTCTCGCAAAGTATTTGGCACAAGTTTCGAAGCATAGATAGACTCCACTTTGTGGGGCTGTTTAAAAGGGAGAGTGCAGAAGTGGGATACACAGCAGCAACGTTTTCTACGGAGCAAGGTCTGTTTGAATTAAAGGCGGCTGAAGCAGAACAGGCAGGGGAAATGCTGTCGCTTCTCAAGGAAGCGGCGGAGGTAATGGAGCAGCAAGGGCGCAAGCAGTGGAGTCCATCGCTCTTTTCCTTGGACTTGATGGAGCAGTACCTGGCGGAGCGCGAAGTGTTCATCCTATGGCATAGAGACATGGCCGTCGGCATGTTTACGTTACAGTATAGGGATCCAGCCTATTGGGGAAATCGGGACGATCCGGCCTATGGTTATTTGCATCGGCTGACCGTACGCGCTTCCTATCGGGGACTGGAGCTGGGAACAAAGATGATTTCTTTTGCGGAATCGTATTTGTTATCCAAGGGTAAACAGGGTTTCAGACTGGATTGCGTATCCCATCTGCCAACGCTGAATCAATTTTATCAGCGCCAAGGATTTCTGTTCGTGGCTAAGCAGGATATGGGTGGTCGCTTCGTGAATTTATATGAGAAGAGGTTTATGTAA	MWGNVYCIRVSQSIWHKFRSIDRLHFVGLFKRESAEVGYTAATFSTEQGLFELKAAEAEQAGEMLSLLKEAAEVMEQQGRKQWSPSLFSLDLMEQYLAEREVFILWHRDMAVGMFTLQYRDPAYWGNRDDPAYGYLHRLTVRASYRGLELGTKMISFAESYLLSKGKQGFRLDCVSHLPTLNQFYQRQGFLFVAKQDMGGRFVNLYEKRFM				NA	NA	NA	NA	NA
JZ016_06680	1215	glgC_2	COG0448	Glucose-1-phosphate adenylyltransferase	ATGAAGAGAAAAGACTGTATTGCTATGCTTCTGGCCGGTGGAGAGGGTAAACGATTAGCTCCCCTTACGTCCAAGCTGGCAAAACCCGCCGTTCCTTTTGGCGGACATTATCGTATAATCGATTTTCCTCTCAGCAATTGTGTGAACTCCGGAATCGATACGGTTGGAGTACTTACACAATATGAGGCAGAATCATTACACGAACATATCGGTGAAGGTGAACCCTGGGGACTAACACATACAGGACGCGAAGGCATTGCTCTGCTTCCATCCAACAGTACACACCAAGATGGATACTTGGGTACAGCAGACGCCATTTATAAAAACATTCCATACATCGATGATCAAAATCCCGAACACGTCCTCATTCTATCCGGGGACCATATTTACCAGATGGATTACCGCGAAATGCTTGAAGCTCACATGAAACAAGCGGCTCCTGCCACGATCTCCGTGATGGAAGTGCCATGGGAAGACGCCAGCCGGTTCGGCGTCATGAGCGTTGATGACAATCTCAATATCACCCAATTTGCCGAAAAGCCGGCAGAACCGCAAAGCAACCTTGCCTCAATGGGCATTTATTTGTTCCGTTGGGACTATCTGAAGCAGCACCTCATTGAGGATGCGGCTGATCCAAACTCCAGCCATGACTTCGGGAAGGATGTCATCCCGAAGATGCTGTCCGGAGAAGAGTCGCTGCTTGCGTTTCGCTTCCAGGGCTACTGGCGCGATGTGGGCACCGTAGAGAGCCTCTGGGAAGCCCACATGGATGTGCTTAGCCAAAACGAGCTCGTTCTGGAGAGATCCGATTGGCCCATGTATACCCGTGCATGGAAGACCAAACTTTCGGCAGCGCGGACACGCAATGCGGAACACACGGACTGCTTGATTCATGACCAATGCACCTTCGAAGGAAAAGCCAAGAGCTCCGTTATATTCTGCGGTGCGGAGATCGGCAAATACTCCATCGTCAAGGACAGTGTGGTCATGCCGAATGCCAAAATCGGCAAAGGTGTCCATATCGAGCATGCTATTATTGGCGAGGGAGCGATCATCAAGGATGGAGCGATTGTAAAAGGAGCCCCTGGCAACGTTGTGGTCGTTGGACCTTACGAGACGGTGCTTCCGAAACCAACCATTCGTACCCAACCGTCCCGACTGCTTCAGGATGTATACGAAAAAGGACGCTTGCGGGCGAATGTCTCTTCATCTTAA	MKRKDCIAMLLAGGEGKRLAPLTSKLAKPAVPFGGHYRIIDFPLSNCVNSGIDTVGVLTQYEAESLHEHIGEGEPWGLTHTGREGIALLPSNSTHQDGYLGTADAIYKNIPYIDDQNPEHVLILSGDHIYQMDYREMLEAHMKQAAPATISVMEVPWEDASRFGVMSVDDNLNITQFAEKPAEPQSNLASMGIYLFRWDYLKQHLIEDAADPNSSHDFGKDVIPKMLSGEESLLAFRFQGYWRDVGTVESLWEAHMDVLSQNELVLERSDWPMYTRAWKTKLSAARTRNAEHTDCLIHDQCTFEGKAKSSVIFCGAEIGKYSIVKDSVVMPNAKIGKGVHIEHAIIGEGAIIKDGAIVKGAPGNVVVVGPYETVLPKPTIRTQPSRLLQDVYEKGRLRANVSSS	PGPT0025885_2853	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL	CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0025885-glgC-K00975	NA	NA
JZ016_06681	1977	glgB		1,4-alpha-glucan branching enzyme GlgB	ATGACTCCGGAACAATTGTATTTATTTCATGAAGGAACCTGGTATCACAGTTACCAATGCATGGGCGCACACCGTGCAACTGAAGATGGAGAAGAAGGCGTGCGGTTTACGGTATGGGCTCCAAATGCAAGGCAGGTGGGTCTTGCCGGAGACTGGAACGGCTGGGACGGTTCCCAAGACACGTTATATAGGATACCCGATTCGGGAATTTGGAGTCGGTTTTTCCCTGGGATGCAGACTGGAACTTATTACAAATATCATATCACCGGACCGTATGGAGAAACGTTCTTGAAGGCCGATCCATACGCGTTTCAAGCCGAAGTTCGACCTGCAACGGCATCGGTTGTGACCGATCTCTCTGGATATCATTGGCAAGATGCTGCATGGAAAAGAAAGAACAAATCCCCTTACACCAAGCCGATGAACATATATGAAATGCATTTTGGAACCTGGCGGCAAAAGGCGGACGGCTCGTTCTATACATACCGCGAACTGGCTGGCCTACTGATTCCTTACTTGGTGGAGATGTGTTATACCCATGTGGAATTCATGCCCTTGGCTGAGCATCCGTATGACCTTTCATGGGGGTATCAGGGAACCGGATTCTTTGCGCTGACCAGCAGATACGGAAGTCCCCATGATTTCATGTATCTTGTTGATCAGCTGCATCAAGCAGGTATCGGCGTGCTGCTCGACTGGGTGCCCGCACATTTTGCCAAGGATGCCCACGGGCTTCGGCTGTTTGACGGGGCGCCTCTTTATGAGTACGCAGATCCGCAAAAAGCAGAGAAACCGGGCTGGGGAACACTGTCTTTCGATTATGCCAAGCCAGAGGTGATTTCATTCCTCATCTCCAATGCCTTATTTTGGATGGATATGTATCATATTGATGGTCTTCGTGTTGACGCCGTGACAAGCATGATCCGGCTGGATTTTGAAAAGCGAGAAGGTCAGTACAGCCTTAATGCGCATGGTGGGGTGGAAAATCTTGAAGCGATATCCTTTCTGCAGGAATTGAATAAAGCCGTGTTTCGGTATTACCCGAATGCCTTGATGATGGCCGAGGAATCCAGCGCATGGGCAGGGGTTACCGCACCCGTGCACGAGGGAGGTCTCGGGTTTAATTACAAATGGAATATGGGCTGGATGAATGACACGCTGTCCTATGTGGAGCAAGAATTCGATCAGCGGCCTACCCATCATAATTTACTAACATTTCCCATTTGTTATGCCTATTCAGAGAATTTTACATTACCGCTGTCCCACGATGAAGTAGTTCATGGGAAGAAATCACTGCTTAATAAAATGCCGGGGAGTTATGAACAGAAGTTTGCGGGCCTCCGGATTTTGCTCGGATATCAGATCACCCAGCCCGGCAAGAAGCTGCTGTTTATGGGGGGCGAGTTCGGCCAGTTCATTGAATGGAAGGATCAGGAGCAGCTGGATTGGCTGCTGCTGGACTACGAAAGCCACCGGAAGCAGCTGGCTTATACGTCAGCGTTAAACCGCATGTATGTGGAGGAGAAGGCGCTATGGGAGCAGGATCACAGATGGGAAGGCTTTGAGTGGCTTAGCGCCGATGATCATGAGCAAAGTGTCCTATCGTACATGAGAGTGGGCGCAAAACCTGGTGATACACTGATCATCGTCATTAATTTTCAGCCCCGGGCATATGACCAATATCGGATCGGCTTACCGAGATCGGGGCAGTACGTGGAAATATTGAATTCCGATCACACCGATTATGGCGGCTCCGGACTGGTCAATAACGAAGTCATGAAAGCGGAGAAAATGGTCTGGCATGGCCAAACATACAGCCTGGAGATCAAGCTGCCTCCGCTGAGTATGGTGGTATTAAAGAAAAAGCCGCGTTCCAGAAAGCCGCGGGCTCAAGAGGACGTTTCACTGAAGGCGGCAAAAGTAAAAGAAAAGACGGCACGAAAAACCAAGCGAAATCAAAGGGGGAAGCAGGATTGA	MTPEQLYLFHEGTWYHSYQCMGAHRATEDGEEGVRFTVWAPNARQVGLAGDWNGWDGSQDTLYRIPDSGIWSRFFPGMQTGTYYKYHITGPYGETFLKADPYAFQAEVRPATASVVTDLSGYHWQDAAWKRKNKSPYTKPMNIYEMHFGTWRQKADGSFYTYRELAGLLIPYLVEMCYTHVEFMPLAEHPYDLSWGYQGTGFFALTSRYGSPHDFMYLVDQLHQAGIGVLLDWVPAHFAKDAHGLRLFDGAPLYEYADPQKAEKPGWGTLSFDYAKPEVISFLISNALFWMDMYHIDGLRVDAVTSMIRLDFEKREGQYSLNAHGGVENLEAISFLQELNKAVFRYYPNALMMAEESSAWAGVTAPVHEGGLGFNYKWNMGWMNDTLSYVEQEFDQRPTHHNLLTFPICYAYSENFTLPLSHDEVVHGKKSLLNKMPGSYEQKFAGLRILLGYQITQPGKKLLFMGGEFGQFIEWKDQEQLDWLLLDYESHRKQLAYTSALNRMYVEEKALWEQDHRWEGFEWLSADDHEQSVLSYMRVGAKPGDTLIIVINFQPRAYDQYRIGLPRSGQYVEILNSDHTDYGGSGLVNNEVMKAEKMVWHGQTYSLEIKLPPLSMVVLKKKPRSRKPRAQEDVSLKAAKVKEKTARKTKRNQRGKQD				NA	NA	NA	NA	NA
JZ016_06682	1434	glgA	COG0297	Glycogen synthase	TTGTTATTTGCAGCCTCAGAGTGTGGACCGTACATCAAAACAGGCGGATTGGCGGATGTGATCGCTGCTTTGCCTAAATCCCTTCATGGCATGGGCGAGGATATTCGGGTGGTTCTGCCCAAATATCGGGGAATTCCTGAGGACTACCGGGAGCGCATGGCGCATGTAGGGGAAACCCGGGTTCGGGTAGGCTGGCGCGAGCAGTATTGCGGCATCGAGTCCCTGGTTGAGGGCGGGGTCACGATCTATTTCATAGATAATGAATATTATTTTGGCCGCGACGGCATTTACGGCTACATGGACGATGGCGAACGCTTTTCGTTCTTCAACCGTGCCGTCCTTGAGCTATTGCCGGTTATCGACTTTCAGCCGGACGTGCTTCACTGCCATGATTGGCATACGGCCATGATTCCGCTTCTCCTTGAAGATGTCTACCGTCATGATCCCTACTATGCGGGAATACGAACCGTATTTACAATCCACAATTTGTTGTATCAAGGTGTGTTTCCGTACGAGGTGCTGGTCGATCTGCTTGGAATCCACAGCCGCCATTTTACAGCGGAAGGCGTGGAATATTACGGAAACGTAAATTTCATGAAAGCGGGCATCGTCTATGCAGACCATGTAACGACGGTAAGCCCGACTTATGCCTCGGAGATTCAGACCGGTTATTACGGATACGGCCTCGACGGGCTTTTGTCAGCCCAAGGTTCGAGATTAAGCGGTATCGTGAATGGCATTGATACCAAGAGCTACAACCCGGCGACCGATTCGCATATCGCGATGAAGTACCGGAGCGGTCTGAATAAAAAAACGCAGAACAAAATTGCCTTGCAGGAAGAGTTGAATCTTCCCGTGGCACCGCATATTCCGTTGATGTCCATGGTGACGCGGCTGGTCGATTCGAAGGGACTCGATCTGGTCATTCGGATTCTGGATGAGCTGCTCTACTACGATGAGATTCAATTTGTTGTCCTGGGAACGGGGGACCCTTCTTATGAACATTGGTTCCGGGAAGCGGCGAATCGGTATCCCAATAAAATGTCGGCCCAGATTCGCTTTAATGAACCGTTATCTCGGCGCTTCTACGCTGGCAGCGACCTGTTCCTGATGCCTTCCAAATTTGAACCGTGCGGTATCAGCCAACTCATCGCCATGCGGTACGGCAGTGTGCCGATTGTCCGCGAAACAGGCGGACTGAATGATACAGTTCATGCATACAACGAATATACGGGGGAAGGGAACGGATTCTCCTTTAAGGATTACAATGCGCATGATATGATGAACACGATCCGGCGCGCGACCGCTATTTACCGCCAGCCTGAGCACTGGCGTAAAGTGAGCAAGAATGCGTTGGGCGGAGATTACAGCTGGAACGTTTCGGCCAAGGAATATCAGGAGATCTACCAGCAAATCACCAAATCTCATGCTTAA	MLFAASECGPYIKTGGLADVIAALPKSLHGMGEDIRVVLPKYRGIPEDYRERMAHVGETRVRVGWREQYCGIESLVEGGVTIYFIDNEYYFGRDGIYGYMDDGERFSFFNRAVLELLPVIDFQPDVLHCHDWHTAMIPLLLEDVYRHDPYYAGIRTVFTIHNLLYQGVFPYEVLVDLLGIHSRHFTAEGVEYYGNVNFMKAGIVYADHVTTVSPTYASEIQTGYYGYGLDGLLSAQGSRLSGIVNGIDTKSYNPATDSHIAMKYRSGLNKKTQNKIALQEELNLPVAPHIPLMSMVTRLVDSKGLDLVIRILDELLYYDEIQFVVLGTGDPSYEHWFREAANRYPNKMSAQIRFNEPLSRRFYAGSDLFLMPSKFEPCGISQLIAMRYGSVPIVRETGGLNDTVHAYNEYTGEGNGFSFKDYNAHDMMNTIRRATAIYRQPEHWRKVSKNALGGDYSWNVSAKEYQEIYQQITKSHA	PGPT0025880_2681	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL	CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0025880-glgA-K00703	NA	NA
JZ016_06683	1752			Cyclomaltodextrinase	ATGCTGTTAGAAGCACTGTATCATGTTCCAAGAGATAAATGGGCTTATGCATATGATACAAAAACCATTCATCTTCGGATCCGAACCAAGAAAAACGACATTGATTCTGTTGTTGCCATGACCGGCGACAAATACGATTGGGACCGTACGTACTTCGAGATCACCATGGAAAAGGCCGCCTCGGATGACATGTTTGATTACTGGGAATGCGGAGTCAGGCCGAAATACAAAAGACTGTCCTACGGCTTTCGGATTCATGCCGGAGATGAGACGGTATATATGGTGGACAGCGGGATTGGATGGGACTATCCTTATCCGCCTGCAGGTTACTTTGAATTTCCGTACATACATGAGATCGATGTATTCAAAGTACCGGAATGGGCCAAAGAAGCCGTGTTTTATCAAATTATGACGGAACGCTTTGCTAACGGAAACCCCGCCACCAATCCTGAAGAAACCGAGGTCTGGGGCGGCAAGCCGGAGGTGGATAATTTCTTCGGCGGTGATCTGCAGGGCGTGCTGGATCATTTGGATGATCTCGTTGATCTGGGTATAAACGCCATTTATTTTACTCCGCTTTTCCTCTCCCCCTCCAATCATAAATATGACACGGTTGATTATAAACAGGTGGATCCGCACTTTGGCGATAATGAGTTGCTGAAAAAAGTAGTAGATTCTTGCCACGCAAAAGGCATTCGAGTGATTCTCGATGCGGTATTCAATCACTGCAGCGAGGAGTTTCCTCCCTTTCAGGACGTGCTGAAGCACGGGGAAAAATCCAGATATGCCGAATGGTTTCATGTGAACCAGTTTCCATGCGAGGTCAAGGATGGCATTCCCAGCTATGACACCTTCGGCTTTTTCGGAAATATGCCGAAATTCAATACCGCCAATCCTGAAGTGAAGGCGTATTTGCTGGGTGTAGCCGAATATTGGATCAAGGAAATCAATCTCGACGGCTGGCGTCTGGACGTTGCCAATGAAATTGACCATCATTTTTGGCGGGATTTCAGACAGGTAGTCAAGAAAGCCAACCCTGAAGCTTATATCGTGGGCGAGGTGTGGTCGGACTCCTTAATCTGGCTGCAGGGTGACCAGTTTGATTCCGTGATGAATTATCCTTTTGCCGATAAGGTCCTGGAATTCTTCAATGGCAACATGGACGGGCTCACGTTTGCCAACCGCATCGGTTCGATCCTGATGCGATATCCGCAGCAGACCAACGAAGTGGTCTTTAATCTGCTGTGCAGCCACGATACGCCGCGGCTGCTTACCCGTGTGGGTGGAGATATCCGGCGCATGAAACTCACGGTTGTATTTCTGTTTACATTCATGGGAACGCCGTGCATCTTTTATGGCGACGAAATCGGATTGACAGGGGACGGAGATCCCGACTGCCGCAAATGCATGGAATGGGATCCTAAGAAACGAAATCAAGAGCTCTATAAGTTTTATCAAGGGATGATCGCGCTTCGGAAAAAGCATAAGGCGCTGAGACAGGGACGCTTCCGCTTCCTGCAAGCGAATCTCCATGATCCTTGCATTGTGTACGAGCGTGCGGACGAGACCATGCATTTTATCGTCTGGATGAACAACAGCGACTCGAAGCGGACCATCTCGCATCCTATTGTCACGACCGATTGGATTGATGCCGAGACGAAGGATCCCGTAAAACCGGTAAACGGTACGATGCATATCGATTTAGAACCATACTCGTATCGAATTTTATGCCGGCAATTGAAACATTCGTAA	MLLEALYHVPRDKWAYAYDTKTIHLRIRTKKNDIDSVVAMTGDKYDWDRTYFEITMEKAASDDMFDYWECGVRPKYKRLSYGFRIHAGDETVYMVDSGIGWDYPYPPAGYFEFPYIHEIDVFKVPEWAKEAVFYQIMTERFANGNPATNPEETEVWGGKPEVDNFFGGDLQGVLDHLDDLVDLGINAIYFTPLFLSPSNHKYDTVDYKQVDPHFGDNELLKKVVDSCHAKGIRVILDAVFNHCSEEFPPFQDVLKHGEKSRYAEWFHVNQFPCEVKDGIPSYDTFGFFGNMPKFNTANPEVKAYLLGVAEYWIKEINLDGWRLDVANEIDHHFWRDFRQVVKKANPEAYIVGEVWSDSLIWLQGDQFDSVMNYPFADKVLEFFNGNMDGLTFANRIGSILMRYPQQTNEVVFNLLCSHDTPRLLTRVGGDIRRMKLTVVFLFTFMGTPCIFYGDEIGLTGDGDPDCRKCMEWDPKKRNQELYKFYQGMIALRKKHKALRQGRFRFLQANLHDPCIVYERADETMHFIVWMNNSDSKRTISHPIVTTDWIDAETKDPVKPVNGTMHIDLEPYSYRILCRQLKHS	PGPT0012200_647	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0012200-cd|ma|nplT-K01208	NA	NA
JZ016_06684	1443	mltF_4		Membrane-bound lytic murein transglycosylase F	ATGAAACGTAAATTTACAGCGTGGATGACCCTGTTCATGGTGGTTGTGCTGTCTTTTGGCAGTATCGTCCATGCGGAGGGTGAGAAGAAAACGGTGATTCTCGGTACGAGTGCCGATTATGCACCTTATGAGTTCCATAAAACGATAGATGGCGTGGATACCATCGTCGGATTTGACATCGACATCGCGAAGGAAATCGCCAAGGATCTTGGCGCCGAGCTCATTATTAAGGACACCTCCTTTGATGCACTCTTGCCAGAGCTGACGAGCGGACGCGTGGATTTCGTCATATCGGGCATGAATCCGACGGAAGAACGCCGAAAAAGCATCGATTTTTCCGAGCCTTATTATGCAGCGGAACAATCGGTCGTCGTCCGTAAGGAAGATGCGCTAAAGTTCAACACGCTTGAAAGCCTGGAGGGAGCTCGGATCGGGGTTCAGAAAAGCTCCATTCAGGAGTCCATTGCAAAAACAATCCCGAAAGCCAATGTGATATCACTGGATAAAATCCCGGACCTGCTGCTGCAGCTGGAATCTGAACGCGTGGATGTTGTCCTCGCCGAGTATCCGATCGCAAAGACCAATATGAATGAAGCAACGATGGCGATCACGGACGCTAAACCGACGGCTGAGAACGACGCCTATGCCATCGGGGTTCGTAAAGGGAACGAAGAGCTGCTGAAGAGCATTAATGCTACACTTGAGCGCTTGAAGGAGAATGACCAGATCCAGAAATTTGTCGACGAGGCCAGTGACCTGGCTGCAGGTCGTAAGGCAGAGAATCTGAACACATTTGAATTCTTTTGGAAATATCGCGATTATTATGCCAAGGGCATCCAGTTTACGCTGCTTATTTCGGCACTTGGTGTATTCTTCGGATTCATTCTCGGTCTGATTATCGCTTTAATGCGGATGTCGGGTGTCAAAATCCTTAAGTTTTTGGCTACCGCTTATATCGAGATCATCCGCGGTACCCCGATGCTGGTGCAGTTGTTTATTATTCATTACAGTTTGGCGGCGTTCGATATTAAATTCTCACCGATACAGTCGGGTATTTTGACGCTTTCTATCAACAGTGCGGCATATCTGGCTGAAATATTCCGTGCCGGCATTCAAGGCGTGGACCGCGGTCAATTGGAGGCCGCACGTTCCCTCGGAATGACCAAGGGCAAAGCGATGCGCCACATTATATTGCCGCAGGCGTTAAAAGGCGTTTTGCCTGCCATCGGTAATGAGTTTGTTGTCATCATTAAGGAATCCTCCATCGTCTCCTTTATCGGTGTGGTGGATATTATGTATCAAGCCCAGATTTTGCGCGGCATGACCTTTGCGGCATTAAATCCGCTGCTTGTGGCTGCCCTGATCTACTTTATACTGACATTCGTTCTTTCGAAGCTTCTGGGTGTCTGGGAAAGGAAGTTGAGTGCAAGTGATAACCGTTAA	MKRKFTAWMTLFMVVVLSFGSIVHAEGEKKTVILGTSADYAPYEFHKTIDGVDTIVGFDIDIAKEIAKDLGAELIIKDTSFDALLPELTSGRVDFVISGMNPTEERRKSIDFSEPYYAAEQSVVVRKEDALKFNTLESLEGARIGVQKSSIQESIAKTIPKANVISLDKIPDLLLQLESERVDVVLAEYPIAKTNMNEATMAITDAKPTAENDAYAIGVRKGNEELLKSINATLERLKENDQIQKFVDEASDLAAGRKAENLNTFEFFWKYRDYYAKGIQFTLLISALGVFFGFILGLIIALMRMSGVKILKFLATAYIEIIRGTPMLVQLFIIHYSLAAFDIKFSPIQSGILTLSINSAAYLAEIFRAGIQGVDRGQLEAARSLGMTKGKAMRHIILPQALKGVLPAIGNEFVVIIKESSIVSFIGVVDIMYQAQILRGMTFAALNPLLVAALIYFILTFVLSKLLGVWERKLSASDNR	PGPT0020550_273	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020550-artQ-K17077	NA	NA
JZ016_06685	729	artM_2	COG1126	Arginine transport ATP-binding protein ArtM	GTGCAAGTGATAACCGTTAAGGATCTTCATAAATCATTTGGCAAGCTGGAAATATTGAAGGGCATTAACATCGAGATTGCAAAAGGAGAAGTGGTGGTTGTCATCGGACCGAGCGGCTCCGGAAAAAGCACCTTTTTACGCTGTCTCAATTTGCTTGAAGTGCCGACCAGCGGCGAAATTTCGTTCGAGGGTGAGCTGATCACCGCCAAGAATCACAATATCAATGCTACCCGCGAGAAAATGGGCATGGTGTTTCAGCAGTTTAACCTGTTTCCTCACAAGAAGGTCATCGAGAATATTACGCTTGCTCCTATTCAGGTGAAGGGGGTCTCGGCGAAGGAAGCCGAGGCTACTGCAGACGAGCTGCTGAAGTCGGTGGGGCTGCAGGATAAGAAGGAGTCTTATCCTTCCCAGCTGTCCGGTGGACAGAAGCAGAGAATCGCCATAGCGCGAGCACTCGCGATGCAGCCGCATGTCATGCTGTTTGACGAACCAACCTCCGCACTGGACCCGGAGATGGTGGGTGAGGTATTGGAGGTAATGAAGAAGCTTGCCGATGGCGGGATGACGATGGTCATCGTCACCCATGAGATGGGCTTCGCCCGGGAAGTGGGAGATCGGATCCTGTTCATGGATGGCGGTAAAATCGTAGAGGAAGGTACGCCGGACCAGCTGTTTGGCAATCCGACCCATCCTCGTACGAAAGAGTTTTTAAGTAAGGTTTTGTAA	MQVITVKDLHKSFGKLEILKGINIEIAKGEVVVVIGPSGSGKSTFLRCLNLLEVPTSGEISFEGELITAKNHNINATREKMGMVFQQFNLFPHKKVIENITLAPIQVKGVSAKEAEATADELLKSVGLQDKKESYPSQLSGGQKQRIAIARALAMQPHVMLFDEPTSALDPEMVGEVLEVMKKLADGGMTMVIVTHEMGFAREVGDRILFMDGGKIVEEGTPDQLFGNPTHPRTKEFLSKVL	PGPT0020555_213	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020555-artR|artM-K23060	NA	NA
JZ016_06686	726			hypothetical protein	ATGTTACAACAAATGAAAGCATGGACTAAACATCGTGGACTCAACCATAAGATCGCTGGAAAAACAGCAAAATGGTTTACCATTACAGCCGTTGCGCTAGGCATGACTTTTGCCGGAGGCGGCTTGCAAGCCCATGCAAGCTCCGTACACGTAGCGAAGAACGGCGATACCTTCTATTATTTGTCCAAACAGTACGGCGTTAATATGGACAAGCTGATGAAAGCCAATCCGAAAATTAAAGCAACGAATATATACTCTGGTCTGAAAATCACCATTCCCGGCTCGGTATCGATGAACGCGACAGCGTCTGCTGCACCCATCGCTCCAGGCGCTTCCGGGTTTACGCCTAGCTTGAGCGTTTCCCCTGAGAAGAATGTAGTGGAAGCATGGGGCAAGACATTTAATTACAGCAAAACATTGTCCGTCAAAGCAACCGCATATTCTGCTGCTGCAAGCGAGAACGGCAAATGGGGCGCTGTTGATTACTTCGGAAATTCCCTTGAGCTTGGTACGATTGCTGTCGACCCAAAAATCATTCCGCTCGGCACCAAGGTGCTTGTTACAGGGCATGAGCATCCAGGTCTGCCGAAAAAGGCATTTGTGGCAGAAGCACGTGATATCGGCGGGGCTATTAAAGGGAATAAGATTGATATCTTCATCCCGGGTTCCCAATCGTCCGTGAAGCAATTCGGCATCCAGGATATCAAATTGTTCATTATCGAATAA	MLQQMKAWTKHRGLNHKIAGKTAKWFTITAVALGMTFAGGGLQAHASSVHVAKNGDTFYYLSKQYGVNMDKLMKANPKIKATNIYSGLKITIPGSVSMNATASAAPIAPGASGFTPSLSVSPEKNVVEAWGKTFNYSKTLSVKATAYSAAASENGKWGAVDYFGNSLELGTIAVDPKIIPLGTKVLVTGHEHPGLPKKAFVAEARDIGGAIKGNKIDIFIPGSQSSVKQFGIQDIKLFIIE				NA	NA	NA	NA	NA
JZ016_06687	840			hypothetical protein	ATGTTCAAACGATACCGCGCAGGAAGCTGCCTGTTGTGGATTATGTTACTCTTTTTAATAGGGCCGGACATTCCGGCAAACGCATCCGATGTACATCGTTTGTCACTTCACCCCCAGGAAACTTCCGTCATGTCGGAGTCCAGTCAGCATGCCAATCAAAGCAAGAACCAAATTTCAGACGATGCGCCGTCTTTAAGTCAATTGCTGAGAAAATACCCGGATACCTTTCGCTCTAGCGGACCCCGGGTCAAACAGATCGCTTTGACCTTTGATGATGTTCCGGATCCCCGATTTACCGGCAAAGTTCTGGACGTCCTTAAAGAGTATCAAGTAAAAGCCACATTCTTTGCAGTGGGGGAACGGGCCAAAAAACACCCCGATCTCGCAAAACGAATCCATGATGAAGGTCACGCCATTGGCAATCACTCCTATAATCATGCGCAGCTGAACAAGTTGAGCCTGGACAAATTTAAAGGCCAAATCGAACGTACCAACACGATCTTGAAGTCACTAACCGGTGTGGATCCGCGGCTAATCCGTCCACCTTACGGCGATATAAATGAAGAGCAGCTACAGTGGGCACGCAAAAACGGGTACAAAGTCGTGAATTGGAATGTTGACTCGCTCGATTGGAAAGGTCTGCCTAAGGAAGGAGTTAAGAGCAACATTCTGTCAGCTGTCGGACCAGGCTCGATCGTACTCCAGCATGCCGGAGGTGGCGTGGGATCGGACCTAACCGGAACGATTGAAGCGCTCCCGGATATTATTACCGAACTGCGGAGAAAGGGATATAGCTTCGTGACACTGCCGGAGATGTTAGGCGTGTCAGAGTCGAGATAG	MFKRYRAGSCLLWIMLLFLIGPDIPANASDVHRLSLHPQETSVMSESSQHANQSKNQISDDAPSLSQLLRKYPDTFRSSGPRVKQIALTFDDVPDPRFTGKVLDVLKEYQVKATFFAVGERAKKHPDLAKRIHDEGHAIGNHSYNHAQLNKLSLDKFKGQIERTNTILKSLTGVDPRLIRPPYGDINEEQLQWARKNGYKVVNWNVDSLDWKGLPKEGVKSNILSAVGPGSIVLQHAGGGVGSDLTGTIEALPDIITELRRKGYSFVTLPEMLGVSESR	PGPT0018645_2574	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278	NA	NA
JZ016_06688	1023	namA	COG1902	NADPH dehydrogenase	TTGGCAGACTTGTTTACACCTTACAATTTCAAGAATTTGACCCTCAAGAACCGCATTGTTATGCCACCGATGTGTCAATATTCCGTTCAAGCCGAGGACGGGATTCCGAATGATTGGCATTTTGTTCATTACGTCAGCCGTGCCGTAGGAGGTACTGGCTTAATTATTGTGGAAATGACAGGTGTCCATCCGGATGGACGGATCACGAATCAGGATACGGGGATATGGGACGACAACCAGATTCCGGCCTATCGCCGTATTGTGGAGAGCGTGCATTCTTATGGGACCAAGATTGGTATCCAGCTTGGGCATGCCGGAAGAAAAGCGCAGGATGCAGAGCCGTCGGTGGCCCCTTCTGCGATTCCGTTCAGCTCCCACTACAAAATGCCCAAGGTGCTATCCGGGGCGGAAGTGGAAGAGCTCATTCAAGCCTTCCAGGAAGGCGCTCGTCGAGCTGTTGAGGCCGGGTTCGATACCGTTGAGATTCATGGCGCCCATGGCTATCTCATTCATCAGTTTCATTCGCCGCTCACGAATCAGCGCAGTGACGAATATGGTCAAGATCTCCCTCTATTCGGCGAGCGGGTTGTTCAAGCGGTTAAAGAAGTGCTGCCTGAAGGCATGCCGATCATTATGAGGGTATCTGCGAAAGAATACGTGGACGGAGGCTACGATGTGCAGTACTGCGCGGAAGTCTGCACACGTTACCGGGATGCCGGCGTCGATATTTTTCATATCTCCTCGGGGGGAGAAGGCCAGGTCGGCGCAAATGGCGGCCCGGAAGCTAAGCCCGGTTACCAGGTGGATCTGGCAGCAGAGTTCAAGCAGCTGTTAAAGGTGCCTGTGATTGCGGTAGGAATGCTGGATGATTACCATGCCGCGCAAGAGGTGATTTTGTCAGGCAAAGCGGATCTGGTGGCGATCGGCCGGGGAATGCTCCGGGATCCCTACTGGGCGGTTCACGCAGCCAAGGCGCTTGATGGAGGTCAGAAAGTTCCCAAGCAGTATGAACGGGGATATTAA	MADLFTPYNFKNLTLKNRIVMPPMCQYSVQAEDGIPNDWHFVHYVSRAVGGTGLIIVEMTGVHPDGRITNQDTGIWDDNQIPAYRRIVESVHSYGTKIGIQLGHAGRKAQDAEPSVAPSAIPFSSHYKMPKVLSGAEVEELIQAFQEGARRAVEAGFDTVEIHGAHGYLIHQFHSPLTNQRSDEYGQDLPLFGERVVQAVKEVLPEGMPIIMRVSAKEYVDGGYDVQYCAEVCTRYRDAGVDIFHISSGGEGQVGANGGPEAKPGYQVDLAAEFKQLLKVPVIAVGMLDDYHAAQEVILSGKADLVAIGRGMLRDPYWAVHAAKALDGGQKVPKQYERGY	PGPT0005575_544	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_NITRO-|AMINOBENZOATE_DEGRADATION,PGPT0005575-namA-K09461	NA	NA
JZ016_06689	669	liaH_3	COG1842	Protein LiaH	ATGTCCATATTTAAAAGATTGCGCGATTTGACCATGTCCAATATTAACGCCATTATCGACAAGGCGGAAGACCCGATTAAAATGACGGATCAGTACATTCGGGATATGACGGAAGATCTTGAGGATGCCGAGAAAGCAGTAGCTTCGCAAATTGCCATCGAGAAACGCTTTAAAGCACTTTATGAAGAGCAAGCTGCACTTGTTGAAAAACGCACGCAGCAGGCTCATACGGCAGCACAAGCTCAAAACGTTGATCTTGCCCGCCGCGCGCTGGAAGAGAAGAAGGCCGCCGAGGCCAAGCGTGATGAGTACAAAGCAAGCTACGATCAGAACAAACTGGCAGCTGACAATCTGCGCGGCAAGCTGGAAGAAATGCGTAAGCAGCTTACCGCGATGAAGAACAAGCGCGAAACTTTGGTCGCCCGTTATAATGCGGCTAAAGCGCAAACCGAGATCAACAAAGCGATGAACGGGTTTGGTTCCGACACAGCATCGGCTGGATTGAAACGTATGGAAGAGAAGATGCTCGCTATGGAAGCACGTGCGGAAGCAAGCAATGAAATGTCGGCAAAAGAGAAATCCCTTGATGAAGAGTTTGAGAACCTTGGCAAGGACAAAGTCGTTGAGGATGAGCTTGCAGCCTTGATGAAACAGTACGAGAACAAGTAA	MSIFKRLRDLTMSNINAIIDKAEDPIKMTDQYIRDMTEDLEDAEKAVASQIAIEKRFKALYEEQAALVEKRTQQAHTAAQAQNVDLARRALEEKKAAEAKRDEYKASYDQNKLAADNLRGKLEEMRKQLTAMKNKRETLVARYNAAKAQTEINKAMNGFGSDTASAGLKRMEEKMLAMEARAEASNEMSAKEKSLDEEFENLGKDKVVEDELAALMKQYENK	PGPT0014646_1726	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_SHOCK_PROTEINS,PGPT0014646-pspA-K03969	NA	NA
JZ016_06690	405			hypothetical protein	ATGGATTTTGATATGATCTTGCGTGTATTGCTTTGGACAGCTGTCGGTGGGCTGCTGTTGTTTGTTTTGATGTTTGTGGATTCCCTGTTCACGAAATATAACGATCTTGAAGAAGTGAAAGCGGGTAATATGGCGGTAACCACAAGACTGATACTGAAGCTGTTCGCACAAGGGTATATTTTATCCGTGTCGATCGGAACGTCATATCATCTGCTTGAGGCCATTGTGGTATCGATCATTTCATTTATCATATTGCTGGTTCTCGAATCGTTAACAGAGCTCATGCTTCGTAACTTCGGCAAGCTGAACCTTGACAAAGGGACTCGCGAGGGAAAGACGGGATACGGTTTGTTTGCAGGTTCGCTGCATGTGGTTGGGGCGTTAATTATTACCGCTTGCCTATAG	MDFDMILRVLLWTAVGGLLLFVLMFVDSLFTKYNDLEEVKAGNMAVTTRLILKLFAQGYILSVSIGTSYHLLEAIVVSIISFIILLVLESLTELMLRNFGKLNLDKGTREGKTGYGLFAGSLHVVGALIITACL				NA	NA	NA	NA	NA
JZ016_06691	501			hypothetical protein	ATGTGGAAAAGAATCAGCAATTTATTTAGTAAGCCGGAGCCGCCCAAGGTAGAGAAAAGCATGCTGCAGCTGGCTCCTGGCGATATTTGCGAAGTGTCTCTGGTCACTTATGAAGTCACGGGTCGCGTGCACAATCGCGGTCGTAATGCGGTCGTCTTGACGCTGCAGGATGGCAGCACCATTGCTTACCTTCATATCGAAGAACGCGAGACGGTACAGTACGCGTTATACGCTCCGATCGATGGACGGCTGGATTCTCCCGATGAGGTACCATCCATCATCGATCTGGACGATCATGTATTTCATCTGGAAGAGGAATATGGGGGGCATGTTTCGATTACCGGTCGTACCGCGTTTACGCAAAGCGGGGAGCAGCACGTATGGCAATACCAATCGGACGATTACAAGCTGCTGCGGATTGAATGGCAGAACGGGCGGTTTATGTTGTATGAAGGCGAGAAAGTGATACCGGGGGACGTTCGAGTTATCCGGGCGACTTAG	MWKRISNLFSKPEPPKVEKSMLQLAPGDICEVSLVTYEVTGRVHNRGRNAVVLTLQDGSTIAYLHIEERETVQYALYAPIDGRLDSPDEVPSIIDLDDHVFHLEEEYGGHVSITGRTAFTQSGEQHVWQYQSDDYKLLRIEWQNGRFMLYEGEKVIPGDVRVIRAT				NA	NA	NA	NA	NA
JZ016_06692	732			hypothetical protein	ATGAAGGAACGCTCTTTTATATCTATAAAAATCATGTTGGTGCTGAGTTTGTTCGTATCATTATTGAGTGGATGCGGAGCGCCGAATATCAAGGATACCTATCCGCTGGAATCCGTCAATCGAGACGGAAACGCAACGTCCTATGTGTACCGGGCAGCTGATAAAAGCGTTCCGGATGTCGCAGGCGAGCTCATCGCGGCGAACACGCCGGATCAATCGTCTCCTGAGGATACCGAGCGGATGTTTCTGGTATATGGGGATGAGTATTACCATTTGCAGCAGGATCCCCAGAAGCCGACCGATACGCTGATCGAAATCGACTCCAAGGAGTATGTTCAGCGCAATTATGATTCAAGTTTCCTGCAAGGGTACTTAACGGCCGTTCTGATCGGGAATTTATTCGATTCGATGGGCGGCGGGGGTTACCGGGGGTATACAAGTAAAGATGTGTATAAACCGGCACAAGGTAACTATAAGAAGCCAACAAGCCAGGATAAGAAGATCGCTCCGCCGCTGACGGTGGACCGGAGCGGGAAGATTACCCGGCGTGGCCAGGATTCTGCCGGTACGGGCGGAAGCCTGTTCAGACGAAATCCGGATACAGGCGGAGACCGCGGCACGATCAAGCGCGGCGAAAGCGGCGGAGGTTTGTTCGATTCGCCGAAGAAATCGTACAAGAAGCCGAAGACCCGAATCGGATCTGGCAGGATCTCCCGAAGGGGACGAAGGTAA	MKERSFISIKIMLVLSLFVSLLSGCGAPNIKDTYPLESVNRDGNATSYVYRAADKSVPDVAGELIAANTPDQSSPEDTERMFLVYGDEYYHLQQDPQKPTDTLIEIDSKEYVQRNYDSSFLQGYLTAVLIGNLFDSMGGGGYRGYTSKDVYKPAQGNYKKPTSQDKKIAPPLTVDRSGKITRRGQDSAGTGGSLFRRNPDTGGDRGTIKRGESGGGLFDSPKKSYKKPKTRIGSGRISRRGRR				NA	NA	NA	NA	NA
JZ016_06693	1290	moeA		Molybdopterin molybdenumtransferase	GTGAAGGATAATCATTCGATATTGCCTAAGAAACACAATCATAAATTTGATCGGCGTGCATTGCAGGTAAGGGACGCGCAAAGGCTAGCCGTTTCTAATGCGGAGCTTGGTCAGGAGGAGCTTATTCGGCTGCAGGACAGCGATGGACGTGTGCTGGCTTCCGATGTGATCGCGCCCCACCCGTTTCCGGCTTTTGCGCGTTCGGGCATGGACGGTTATGCCGTTCGATCAGCGGATTTAGCCGCATGCGATTTAGGGGAACAGGTGTGGCTAGAGGTTGTCGACCAGATCCCGTGCGGATATGTGTCTTCCATTTCAATCGAGCAAGGCAAGGCTTCCCGCATCATGACGGGCGCTCAGGTGCCTGAAGGGGCAGACGCTGTCGTTATGCTTGAAGCGACGGAGCTTCGAACAGAGGATGGCCTTACCCATGTAGGCTTCAAGCGGTCCATCGAGACGGGGAAGAATATTACTCCCCTCGGATTCGAGCTTCAGGAAGGTGATTTGATCCTCCGCAGAGGAACACTCATCGGACCTGGAGAAATTTCGGTTCTGGCCACCTTTGGCATACACCAGGTTGAAGTGTATCGTCAACCGGTGGTAGGAATATTCTCGACGGGCAGCGAACTATTGGACATCACCGAGCCGCTTGAACCTGGTAAAATTCGCAACAGCAATACTTATATGCTCGCATCGCAAATTCGGGAAGCCGGTGGTGTCCCGGTGATTATGGAGGCGATCCCGGATGATATCGAGCTCGCCCGCCAAAAGGTGGAAGAAGCGCTCCAGGTGTATGACATCGTGGTGACGACAGGCGGCGTATCTGTAGGCGACTACGATATTATGGGGGAGCTGGTGACATCCGGAGGTCTGGACATGCTGTTTAATAAAGTCACAATGCGGCCCGGAAGTGTTACAACCGCGGCTGTGAAGGAGGGCAAGCTGCTCTTTGCGTTATCGGGTAATCCGGGGGCCTGTTATGTGGGATTTCTGTTGTTTGTCCGACCTGCGATCCGAAAGATGCTTGGCATGGAGCAGTTGTTTTTAACCGAATGGACGGCAGAGTTGGGTTCGGATTATTCGAAAGTGAACAACTTTACCCGTTTCGTCCGGGGGAGCCTGGAGGTGTCAAACGGCAAGCTTGTAGCGACACCTGCTTCCCTTGATGAGTCAAGTGTCATGATCACGATTAAAGACAGTGACTGTTTAATCGTGATTCCGCCAGAGCTTCGTGGTGCCGTTAAAGGCCAAACCGTACAAGTTCTCGTTCTGCCGGGGGCCTGGACATGA	MKDNHSILPKKHNHKFDRRALQVRDAQRLAVSNAELGQEELIRLQDSDGRVLASDVIAPHPFPAFARSGMDGYAVRSADLAACDLGEQVWLEVVDQIPCGYVSSISIEQGKASRIMTGAQVPEGADAVVMLEATELRTEDGLTHVGFKRSIETGKNITPLGFELQEGDLILRRGTLIGPGEISVLATFGIHQVEVYRQPVVGIFSTGSELLDITEPLEPGKIRNSNTYMLASQIREAGGVPVIMEAIPDDIELARQKVEEALQVYDIVVTTGGVSVGDYDIMGELVTSGGLDMLFNKVTMRPGSVTTAAVKEGKLLFALSGNPGACYVGFLLFVRPAIRKMLGMEQLFLTEWTAELGSDYSKVNNFTRFVRGSLEVSNGKLVATPASLDESSVMITIKDSDCLIVIPPELRGAVKGQTVQVLVLPGAWT	PGPT0008430_1501	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750	NA	NA
JZ016_06694	501			hypothetical protein	ATGAAGGTTTTCCAGATATGCGGTTATAAAAACAGCGGCAAAACCACATTGATTGCCAGCTTGATCCCACAGTTGAAACGGCATGGCATTCGGTCAGCCGTCATCAAGCATGACGGGCACGGATTCGAAATGGACCATGAAGGGACGGACACGTACAAATTCCGAGAGGCGGGAGCGGAGGGGATCGCCATCGCTTCACCGGGGCGTACGGCGATGCTGATGGAAACGGAGCTGGAACTTGCGTCGTTGATCCATTTGTACAGTGATTTTGATCTGGTGCTTGTCGAAGGCTATAAGATGCAGCCTTATCCAAAGCTCGTATTGCTGCGGGGAACGGAGGACATGGGGCTGCTGGATCAAGTTAAGGAGACCCGGGGTATCGTCGTGCGTCCTGAAATGCTAAAGGAACCGTCAGCCCTGCATGAGATGCAGCAGCGGCTAGCGGTTCCCCTATTTACTTGGAATGACACGGAGCGGATCACGTCGCTGCTGCTGTCATGA	MKVFQICGYKNSGKTTLIASLIPQLKRHGIRSAVIKHDGHGFEMDHEGTDTYKFREAGAEGIAIASPGRTAMLMETELELASLIHLYSDFDLVLVEGYKMQPYPKLVLLRGTEDMGLLDQVKETRGIVVRPEMLKEPSALHEMQQRLAVPLFTWNDTERITSLLLS				NA	NA	NA	NA	NA
JZ016_06695	1083	xerS	COG0582	Tyrosine recombinase XerS	ATGAATATACAAAAAGATATCGACCGTGCAAGACTCGATGAGAAATCGCCGGACATGCCTTGGTTTGTACAGCAATTTATCGACTACAAGCTCCCGGATCTCTCCCCCTCCACCCTGCTCGAATATGTAAGGGATTATGAAACGTTCTTTAATTGGCTCCGTTCGGAGGGGCTGTCACAAGCAGCCTCGAACCGCGAGGTAACGCTGCTTGAGCTGGAGACGCTGCGCATGGACAGCATCACCAGTTACCGGTTATATCTGACTACACGCCGGGAGGGGACCAACTCCAGAATCACGGTTTCCCGCAAGCTCTCATCGCTGCGCTCCCTGTTTCATTATTTAAGCCAGATTGCGGAAGACGAGGAGTTTTACCCGCTTCTCAAGCGTAACATCATGGCTAAAGTAGAAATTAAGCGAATTCATAAACCAAAAGACACGGCTGCCAAGTTAAAAGGAAAAATACTGGAAGAAGAAGAACTTCAGGATTTCATCACTTACATTCACGAAGGTTATGGGCTGGATGTGGAGCAGAACAAACAGGCGCTTTATGCGCATGAACAAAATAAAGTCAGAGATGCCTGTATCGCCAGCCTCATATTAAATTCCGGCCTTCGTGTATCCGAAGTGGTCAATTTGAATCTTGCGGACATCGACCTGAACAATAAAATGCTGCATGTCTATCGTAAAGGTAATAACGACGAAACCTTTAAGACCCCGGTCTACTTCCGTGCGCAAGCCAAAGACGATCTTGAATATTATCTGCAGCTTCGGCAGGCCCGCTACAAGGTGCCAAAAAAAGAAAAAGCTCTGTTCGTTGCACTGCGTAACGGCCAGAATGAAGGGCAGCGCATGACCAAGCGGGCGATTCAGGCGATGATCATCAAATACGCCAAGCGTTTTGGCAAGCCGTCCCTGACCGTTCATAAGCTGCGGCATTCGTTTGCCACCGACTATTATCTGCAAAATGATATTTACAAAACCAAAGAACAATTGGGACACGCGTCCACCGAGACAACTGAAGTGTATGCCCACTTAACGGACAAAACGATGTCCGAGGCGATTGAACGCCGCTCGGAGGACTAA	MNIQKDIDRARLDEKSPDMPWFVQQFIDYKLPDLSPSTLLEYVRDYETFFNWLRSEGLSQAASNREVTLLELETLRMDSITSYRLYLTTRREGTNSRITVSRKLSSLRSLFHYLSQIAEDEEFYPLLKRNIMAKVEIKRIHKPKDTAAKLKGKILEEEELQDFITYIHEGYGLDVEQNKQALYAHEQNKVRDACIASLILNSGLRVSEVVNLNLADIDLNNKMLHVYRKGNNDETFKTPVYFRAQAKDDLEYYLQLRQARYKVPKKEKALFVALRNGQNEGQRMTKRAIQAMIIKYAKRFGKPSLTVHKLRHSFATDYYLQNDIYKTKEQLGHASTETTEVYAHLTDKTMSEAIERRSED				NA	NA	NA	NA	NA
JZ016_06696	504			hypothetical protein	ATGATTTCAGATCGATGTGAACGTATGGGAATTGAGCTGGTTCCCAAGCGGAAACAAGCCGTTATCGTAAACTTGATGCAATTGTACTTATATGATTTTACCAAGTATCTGGATATTTCGGTGAATGATCAAGGGCTGTTTTTACCGTATCCGGATCTGGATGAATTCTGGAAAAAACGAGAACGTAAATATCCTTATCTTATTACATTTGATCAACGGCCAGCCGGGTTTGCCTTGATCGAGCGGATGGATGATGCCCTAGATGCGGACTATTACATGACGGAGTTTTTCGTTATGCAAAAATATCGGCGTACGGGATTAGGGACTTGGGCGGCAACCCGGCTGTTTGATCATTTCCAGGGACGCTGGAAGGTGACGCAAGTCAGCAGTAATATACCGGCGCAGGCTTTTTGGCGAAAAGTCATTGAAGCTTATACGGGCGGCCGATATGAGGAGTATATTGATCCGGTTCGCCACAATCCTTCGCAATATTTCAATTCCTAG	MISDRCERMGIELVPKRKQAVIVNLMQLYLYDFTKYLDISVNDQGLFLPYPDLDEFWKKRERKYPYLITFDQRPAGFALIERMDDALDADYYMTEFFVMQKYRRTGLGTWAATRLFDHFQGRWKVTQVSSNIPAQAFWRKVIEAYTGGRYEEYIDPVRHNPSQYFNS				NA	NA	NA	NA	NA
JZ016_06697	774	gno		Gluconate 5-dehydrogenase	ATGTATTTACCGAGCTTTCATCTGGAAGGGAAAAAAGCTTTTGTTACAGGGGCTGGACGCGGGATCGGACGCGCCATAGCCATAGGATTGGCAGAGGCCGGCTGCGATGTCGGCTTGATGTCCCGAACCCGAAGCGATTTGGAGGAGACCGCAAATCTGATCAAGAGCTTGAACCAGGGTCAGGCATTTGTGCTGCCGGGTGATCTGACCGTAAGAGAAGAGATGGAGGGAGCGATTCGAGAATTTGTACATCAGGCAGGACGAATCGACATACTGGTGAATAATGCCGGCATGAACATTCGTACGCCTGCGCTGGAAGTGACGGATTCGGAATGGGACGTGATTGTGCAAACCAATCTGAAATCGGCTTTTGTCGCTTCTCAAGCGGCTGCCCGATTTATGAAAGATCAGGGCAATGGAAGAATCATCAACATCTCTTCCGTAGGCGGACACACGGCTCTTCGCACAGGCGTTGTTTATGGTTCAACGAAGGCGGCTCTCATCCATATGACCAAGGTGCTTGCGATGGAGTGGGCGCAGTATGGAATTCAGGTTAACTCGGTCGGACCTTGGTATTTCCGGACTCCGCTGACGGAGAAGCTGCTTAATGATGAAGCTTATATGCAGGCCATATTGGACCGGACACCGCTTAAGCGCGTGGGAAGTCTGGAAGAAGTGGTGGGACCTGTCGTTTTCCTGGCGTCGGAGGCTGCCAATTACATGACCGGGCAAACGCTGCTGGTGGATGGCGGTCTTAGCATTTATGGATTCTAG	MYLPSFHLEGKKAFVTGAGRGIGRAIAIGLAEAGCDVGLMSRTRSDLEETANLIKSLNQGQAFVLPGDLTVREEMEGAIREFVHQAGRIDILVNNAGMNIRTPALEVTDSEWDVIVQTNLKSAFVASQAAARFMKDQGNGRIINISSVGGHTALRTGVVYGSTKAALIHMTKVLAMEWAQYGIQVNSVGPWYFRTPLTEKLLNDEAYMQAILDRTPLKRVGSLEEVVGPVVFLASEAANYMTGQTLLVDGGLSIYGF	PGPT0018070_544	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_IDONATE_DEGRADATION,PGPT0018070-idnO-K00046	NA	NA
JZ016_06698	888			hypothetical protein	ATGGAACGAAGAGCATTTGGACGTACGGACATGCAGGTTAGTGTGTTGGGATTTGGAGGGGCCGAGATCGGCCAGTCGGATCAAAAGACGGTTGACCGGCTGCTGCACAGTGCCATTGATGCAGGCCTTAACATGATTGATACCGCGGAATGTTATGGCCACAGCGAGGAATTAATCGGCAAGGCTTTGTCAGGTCGAAGAGATGATTACTACCTGTTTACGAAATGCGGCCACGCTTCCGGTTTGGATTATCCGGATTGGGATCCCGTGATGCTTGCGCAGAGCATTGACCGCAGCTTGAAGCGACTGCAGGTGGACCACGTCGATGTCATCCATCTTCACAGCTGCTCGGAAGAGATTTTGCGCCGGGGCGAAGTGATTGAAGTGTTAAGAAGAGCTAAGGAGCAGGGGAAAACACGGTACATCGGCTACAGCGGCGATTCGACCGATGCGCTCTATGCCCTTCAAACCGGCGTGTTCGACAGCTTTGAAACTTCGCTGAACATCGCCGACCAGGAGGCGATCGATCTCACGGTTCCGCTTGCCATGAAGCAGGGCATAGGGATCATTGCCAAACGTCCGGTAGCCAATGTTGCCTGGAAGAACGAAACGCTAAGCGAACAGGATTATGCTTATCCTTATTGGATCCGGCTAGGCGAGTTGAATTACGATTTTCTCGCCGATGTTCAGCAAGGCGTTGAAACGGCGTTAAGATTCACTTTAAGCACGCCGGGCGTAGCTACCGCCATCGTCGGTACGGCAAATCCGGAGCGGTGGGAGCAAAATGCTGCGTTACTGGAAAAAGGGCAGCTGCCGGAGGATATTTACGAGTCGATCCGCAACCGCTGGCGAGAGGTTGCCGGTGCGGATTGGGTGGGTAAGGTGTAA	MERRAFGRTDMQVSVLGFGGAEIGQSDQKTVDRLLHSAIDAGLNMIDTAECYGHSEELIGKALSGRRDDYYLFTKCGHASGLDYPDWDPVMLAQSIDRSLKRLQVDHVDVIHLHSCSEEILRRGEVIEVLRRAKEQGKTRYIGYSGDSTDALYALQTGVFDSFETSLNIADQEAIDLTVPLAMKQGIGIIAKRPVANVAWKNETLSEQDYAYPYWIRLGELNYDFLADVQQGVETALRFTLSTPGVATAIVGTANPERWEQNAALLEKGQLPEDIYESIRNRWREVAGADWVGKV				NA	NA	NA	NA	NA
JZ016_06699	1350			hypothetical protein	ATGAAAAGGACTTCCATGTTACTCATGAGTGTCATGTTGCTGCTCTCCATGTTCCTCGCAGCATGCGGTAACAACAGTGACACCAACACTCCTGCTGCTGGAGGAGGAGAAACTCCGAAGACGGAAACAACTCCGCCGGCCGATGATAAGAAGGATGAAGCCGCTCCGGTTTCACTCCGCGTGTTCTCGACTTTCGGAGGAACTGACGCAGCTCGCGAAGCCTTCCAGGCAGCGTTGGATGAATTCACGAAGGAACATCCGAACGTGAAGATAGACAACGACACCATGTCAGCAAATGATGACGGTTTCAGAACGAAAGTGAACACCGACATGAACAGCGGCAACGAGCCTGACTTGTTGTTCTACTTCATCGGGGCTGACGCAGAAGGATTCGTCAATGCCGGTAAAGTTGTGCCGTTGAACGAAATTCTCGACGCGGACGCTGAGTGGAAGAACGGCTTCATTCCTGATGCGCTCGAGCTTGCCAAGCAAAAAGACGGTAACATTTACGCAGCGCCATTGACCGGTTTCTATGAAGGCTTGTTCGTTAACAAAAAAATCTTCGAAGAAAATGGTTTGGAGCTTCCAACAGACTGGGCCAAATTGACCACAGCTGTGAAAACGTTATCTGCCAAAGGCATTATTCCTTTGTCCGTACCATTTGACCAATCGCACTACCTGATCGAGCATACCATTTTGTCTGCAGCAGGTCCTGAAGGCCAAAACAAAGGTCTGCTTGAAGGCATCGATCCAAATTGGGAAAAAGCGTATGCGGCTATGAAAGAATTGTATGACCTTGGGGCATTCCCTAAAGATGCGGCAACAATCGACCTGAGCATGTCCGGCAACTATTACAGTGAAGGCCTTGCTGCCATGACCATCGAAGGATCTTGGGCCATTGGCGGTTGGAGCGATGAAACCCGTGACAACTCTACAGTACTGCCATTCCCGACAGTTCCTGACGGCGCTGGCAGCGGTAACGATATCGTCGGCGGCTTCGGTTCCGGTTTCTATCTCTCCAAAGCCACTTATGATGACGCAGCTAAAAAAGAAGCAGCAATCGCCTTGCTGAAACATCTGACTTCCCCGGCGTCCATTCAAAAAATCGCTTCGGCTAACGGTGGCACACCTGCGGCTGACGTAGAAGTGACTGGATTGCCGCAAGTAGCTCTTGACGGTTTCGCTATGGCCGCGAAAGCAGCTTCCATCAGCGCGCCGGTTGACAGTAAAGTTTCGCAAGAAACGTTTGGTAACCTTCGTGCTAGCGTTCAGCCTGTAGTGGAAGGCAAGAAAACTCCTACTCAAGCGATCGAAGAAGCGAAGAAAACCGAGGATGCCAACAAAAAATAG	MKRTSMLLMSVMLLLSMFLAACGNNSDTNTPAAGGGETPKTETTPPADDKKDEAAPVSLRVFSTFGGTDAAREAFQAALDEFTKEHPNVKIDNDTMSANDDGFRTKVNTDMNSGNEPDLLFYFIGADAEGFVNAGKVVPLNEILDADAEWKNGFIPDALELAKQKDGNIYAAPLTGFYEGLFVNKKIFEENGLELPTDWAKLTTAVKTLSAKGIIPLSVPFDQSHYLIEHTILSAAGPEGQNKGLLEGIDPNWEKAYAAMKELYDLGAFPKDAATIDLSMSGNYYSEGLAAMTIEGSWAIGGWSDETRDNSTVLPFPTVPDGAGSGNDIVGGFGSGFYLSKATYDDAAKKEAAIALLKHLTSPASIQKIASANGGTPAADVEVTGLPQVALDGFAMAAKAASISAPVDSKVSQETFGNLRASVQPVVEGKKTPTQAIEEAKKTEDANKK	PGPT0016330_613	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117	NA	NA
JZ016_06700	858	melD_12	COG1175	Melibiose/raffinose/stachyose import permease protein MelD	ATGAAGGGTGATCGCAAGTATATTGTGATGTTTCTATTACCCGCAGCAGCCATCATGACAATCTTTCTATATTATCCGTTCTTCAAGAGTTTGTATCTCAGCTTTTATCGCACAAGCGGCTTTTTCGATAAAAAGTTTGTGGGAGGGGCTAACTATGAGAGACTCATTACGGATAAACTGCTTGGCGCTGCAACATTGCACACGCTCGAAATCATGCTCTATGTTATCGTGTTTCAGGTGGGGATCGCGCTTGTGTTGGCTGTCCTGGTAGATAACATTTCCAAGCTCAAAGGTTTTTATCGAACGGTCTTTTTCTTCCCGGTTGTCATCTCCGGTACTGCCATTTCCTTATTATTTGTATTGTTCTACAATTACAACTTCGGTTTGCTGAACAACTTGCTGGCGAACTTTAATATTGAGAAGATTTTGTGGTTGGATGCGAAGAATGCGCTAAAGGCGGTATCGATTCCAACGGTATGGCATTATGTGGGCTTTTATTTTGTTCTGTTCCTGACCGCGATGTCCAAAATACCCGCGGATTATTATGAGGCTGCAAAACTGGAAGGAATCACGGGGCTCAAGAAAACAACGATGCTTACAATTCCGCTCATCATGAGTGACATCAAGGTTGTTATCACACTTGCCATTACGGGTACGTTGAAGGTGTTCGAATTCATCTGGGTCATTACAAGCGGCCAGAATGGAACGGAAGTCCTGGGAACGTATATGTACAAAAAGGCCATGGTGGATCAGAACTTTGGTTACGGATCAGCGGTTGCGATATACATGGTGGTCTTTGGCGTACTGCTTGCGTTAATTGCCAACCGTTTGTTGAAAAGAGACGAGATTACATACTAA	MKGDRKYIVMFLLPAAAIMTIFLYYPFFKSLYLSFYRTSGFFDKKFVGGANYERLITDKLLGAATLHTLEIMLYVIVFQVGIALVLAVLVDNISKLKGFYRTVFFFPVVISGTAISLLFVLFYNYNFGLLNNLLANFNIEKILWLDAKNALKAVSIPTVWHYVGFYFVLFLTAMSKIPADYYEAAKLEGITGLKKTTMLTIPLIMSDIKVVITLAITGTLKVFEFIWVITSGQNGTEVLGTYMYKKAMVDQNFGYGSAVAIYMVVFGVLLALIANRLLKRDEITY	PGPT0016335_2399	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118	NA	NA
JZ016_06701	873	ngcG_10	COG0395	Diacetylchitobiose uptake system permease protein NgcG	ATGGAGCCAACCATCGTCGTTGAACACAAAACTCAGCGCGTTAGGAAGAGTCAGTTTAATTTAGGCACCACGTTGATGTACGTTGTTTTGACAGCGTGGTCCCTAACAACCATTTATCCGTTATTCTGGATCGTGAACAACTCGTTCAAGGTTTCTCGCGATGTGATGAATAATTCCTTTGGTATCGCATGGGAACCGGTGTTTGTGAACTATCAGAACGCATTTGACCGCATTAATATCGGAAGAAGTTATATCAATAGTTTGGTGATGTCCTTCAGTACCGTATTCTTGGTATTACTGCTCGGGGGATTAGCCGCTTATGTATTGTCCAGATTCAACTTCAGGGGCAAGCGCACCATCTATTCCATTCTGTATGCGACTTTGTTGATTCCAGCGTTTGCAACCGTAGTCCCGGTATACGAGCTGCTGATCAAAACGAGCCTGGTCAATACATATTGGGGCCTGATCTTCCCGCAAACGGCAGGCAATCTGACGTTTGCCACCTTGGTGATTGCCGGTTATATGGCAACCATCCCGAAAGAGCTTGAAGAAGCGGCTTTCATGGATGGATGTAACCGATGGCAGATGTTTGTTAAGATCTTCGTGCCGATCTCGCAGCCGGTATTTGCATCGGCGAGTATATTTGTATTTATGTGGTCGTACAATGACTTGTTCTCAGCGTTGATCTTTGTAAACAAAGAGAATGTCCGTCCGATCGTTGCATTGCTGAATGAGATCAGCTCCCAATACGGAACAGACTTTGGTCTGATGGCTACGGCAGTATCGTTGACCGTTATTCCGGTGCTGATTGTATACCTGTTTATCTCGAAGTATATTCAGAAAGGTTTGACTGAAGGAGCTGTCAAGGGTTAA	MEPTIVVEHKTQRVRKSQFNLGTTLMYVVLTAWSLTTIYPLFWIVNNSFKVSRDVMNNSFGIAWEPVFVNYQNAFDRINIGRSYINSLVMSFSTVFLVLLLGGLAAYVLSRFNFRGKRTIYSILYATLLIPAFATVVPVYELLIKTSLVNTYWGLIFPQTAGNLTFATLVIAGYMATIPKELEEAAFMDGCNRWQMFVKIFVPISQPVFASASIFVFMWSYNDLFSALIFVNKENVRPIVALLNEISSQYGTDFGLMATAVSLTVIPVLIVYLFISKYIQKGLTEGAVKG	PGPT0016340_628	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119	NA	NA
JZ016_06702	939			hypothetical protein	ATGGAACAATTGAATCAAAGTCAAGGTCATGGGATCGAACCTAATGTTCGTGAAACTAAGCAAAACACCAATAAGGAACATGTGACCGTGCTCGGGCTCGGCCCTATGGGCCAAGCGCTTGCCGGAGCTTTTATCAAGAATGGCCATGCTACAACGGTGTGGAACCGGACAGCTGCTAAGGCCGACCCACTTATTACACAAGGTGCAGTGCTTGCTCCGACTGTTCCGGATGCCGTGCTTGCCAGCCGGCTTATTATCATCTGTGTACTCAATTATGATGCAGTCCGCTCCATTCTCTCTAATGCGACTAGCGCATTGAAAGGGAAAACCCTTATAAACCTGACAGCCGACTCTCCTGAACGTGCACGCGAAATGGCGGCTTGGGCAGCCGAGAACGGTATTAACTATATTGATGGTGCGATCATGACGCCGATAACGACCATTGGGCAGCCTTCAGCCGTTGTTCTGTACAGCGGGCAAGAAAAAGTTTACCGCAGCCACCTGAAAACACTTTCCAGTCTGGGAGGGACCGCTTCGTTCCTTGGGGAGGATCCCGGTCGTGCCGCAGCCTATGATGTTGCATTGCTGGATGTGTTCTGGACAGCCATGAGCGGCTATGTACACGCTCTGGCTATCGCACGCGCTGAGAACATTGCCGCGAAAGACATCGCTCCCTATGCGCAAAATATCATCAACATTATGCCGGATATCATGACCTATATCGCACAAGATGTGGATCAAGGCGTATACCCTGGTGAAGGCTCGAGTCTCATCTCCAATATGACAAGTATGGAGCATATCATCCACGTGGCCGAACATCACGGCATCGATAGCAGCGTTTTAAACGCAGCAAAAGCCATTGCCCAAAGAGCAATCCATGCCGGTCATGGAGAAGATGGTTTCTCACGCTTAGTTGAATTTAATCGTCCAACTGCTTAA	MEQLNQSQGHGIEPNVRETKQNTNKEHVTVLGLGPMGQALAGAFIKNGHATTVWNRTAAKADPLITQGAVLAPTVPDAVLASRLIIICVLNYDAVRSILSNATSALKGKTLINLTADSPERAREMAAWAAENGINYIDGAIMTPITTIGQPSAVVLYSGQEKVYRSHLKTLSSLGGTASFLGEDPGRAAAYDVALLDVFWTAMSGYVHALAIARAENIAAKDIAPYAQNIINIMPDIMTYIAQDVDQGVYPGEGSSLISNMTSMEHIIHVAEHHGIDSSVLNAAKAIAQRAIHAGHGEDGFSRLVEFNRPTA				NA	NA	NA	NA	NA
JZ016_06703	435	yusO_3		putative HTH-type transcriptional regulator YusO	ATGAACATTGATGATTCCATACTGAGCTCATGCTTGTTTTTTACTTCAAATCGGTTTGCTCGTTCGATGACCAAGATGGCGGAGGATGCTTTTGCGAAGGCCGGCTTATCTCCTACGTATTCCTACGTTTTGGTGGTGATCCATCAATATCCCGGCATTACGCAGAAAGAGCTAAGCGATAAGTTGTCCATTGCTCCATCCACAAGCACACGGTTCATCGATAAGCTGGAGGAGAAGCAGTTAGTACAGCGCAAATCTGAATGGAAAGAAACGCATATTTTCTTAACGGATGAAGGGAAGTCGTTATATGAGGAGCTGAACCAATATTTTGAACAGCTGTATGGACAGTATGTTTCCCTCTTGGGGAAGGAACATAGCGAACAGTTAACTAAACTTCTTCATGAATCCAGTGAAATATTGAAAAAGGGAAAATAA	MNIDDSILSSCLFFTSNRFARSMTKMAEDAFAKAGLSPTYSYVLVVIHQYPGITQKELSDKLSIAPSTSTRFIDKLEEKQLVQRKSEWKETHIFLTDEGKSLYEELNQYFEQLYGQYVSLLGKEHSEQLTKLLHESSEILKKGK	PGPT0016255_1437	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0016255-sylA-K06075	NA	NA
JZ016_06704	639			hypothetical protein	ATGCAGATTGGTATTATCGGTGCGACAGGGAAAGCGGGAAGTCTGATTCTCAAGGAAGCACAAGCACGCGGTCATGAGGTAACGGCAATTGTACGGAATGTTTCCAAGATCTCCGATTCGAGCGTGAACATTTTGGAGAAGAACGTGCTGGATTTGACGAATGCCGATCTTCAGGGCCTCGATGTCGTCGTGAATGCCTTTGCGGCGGCGCCCGGGCAAGAAACGCAATATGTGGAGGTTGGCCGGGTATTGATAGAAGCTCTTAAAGGCACGAATACCAGACTGTTTGTGATGGGTGGGGCCGGAAGCTTGTTCGTGGATGAAGCCAAAACCTTGCGACTCTTGGAAACTCCAGATTTTCCTAAGGAATACTATCCGACGGCATTTCATGCCAGTGAGAACTTGAAAGACCTGGAAAAATCTTCCGATGTGAAATGGACGTATCTAAGTCCGGCAGCGTTCTTTAATCCGCACGGTCAGCGCACGGGCAGCTATCAGGAAGGCAAGGACCATGTCATTGTCAATTCAAACGGTCAAAGCTATGTCAGCTACGCAGATTACGCGATTGCGGTATTGGATGAGCTTGAACAGCCGAAGCATATCCATGAGCGGTATACGGTAGTATCCGAGGCGGAATAA	MQIGIIGATGKAGSLILKEAQARGHEVTAIVRNVSKISDSSVNILEKNVLDLTNADLQGLDVVVNAFAAAPGQETQYVEVGRVLIEALKGTNTRLFVMGGAGSLFVDEAKTLRLLETPDFPKEYYPTAFHASENLKDLEKSSDVKWTYLSPAAFFNPHGQRTGSYQEGKDHVIVNSNGQSYVSYADYAIAVLDELEQPKHIHERYTVVSEAE	PGPT0020900_1079	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0020900-putative_saccharopine_dehydrogenase-K07118	NA	NA
JZ016_06705	462			hypothetical protein	GTGAACTCAAGATCCAAGCGCCCTGAATGGTTATCGAAGGACTCTTTTTTCAACAACAGTTCCTTTCCATTCAAGGATCTTAATGACCTCAATGAGGATTTTCAGCTGGATCCAACCGTCATTGAAGATTATGTGAAGGATACGATAAGACAAGCAACGGCCGGAAATGAAATGCTGCCTAACCCCTATACGCTTCGATACGAAACTTTTGATACGCATAACTTTCTGGTTGTGAAATGCTATGTACCCAAACGTGTCCATCCGGAAAATTTATGGATTAAACTTAATCGAACACAGATCAAAATCCACGGTTTGCCAAAAGATCAAAGCCAGACCATCGTCTTGCCCGTCCCCATTCTTCCTGCACAAAGCATTGCGACCTATAAACAGTCCACTTTACAAATTAAGATGCCTAAAATGTCTACTGGCCGATTTCATGATATCAATATTCGTTTCTTATGA	MNSRSKRPEWLSKDSFFNNSSFPFKDLNDLNEDFQLDPTVIEDYVKDTIRQATAGNEMLPNPYTLRYETFDTHNFLVVKCYVPKRVHPENLWIKLNRTQIKIHGLPKDQSQTIVLPVPILPAQSIATYKQSTLQIKMPKMSTGRFHDINIRFL	PGPT0014635_5073	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993	NA	NA
JZ016_06706	222			hypothetical protein	GTGGTTTCGATTATCGGCAATATGAAGATTGTTAACGTGGGCCCCAGTTCTACGGTCTTGGTTGGAAATACAGGCGTCATTGATTTAAACAGCTCCACAAAAACGTATTCCGGCGCCAACTCGTTCAACACCGGTGACAATATTGGCACGAATATTGCAAACAACCAGGCCAACAGCTTGAACACCATTGATCCGGACCTGATTGATTCGGCTAATGCTTAA	MVSIIGNMKIVNVGPSSTVLVGNTGVIDLNSSTKTYSGANSFNTGDNIGTNIANNQANSLNTIDPDLIDSANA	PGPT0025065_71	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025065-gerPA-K06299	NA	NA
JZ016_06707	621	gerPC		putative spore germination protein GerPC	ATGTACGATTATTATATACAGCAATTGTTCCATATTCTTCATACCCAGTCAGAGCAGCTGAGTAGAATGGAACAAATGCTGAAGGAAATGCGCAGTGAAGTAGATCGATTAAGACAGGGAAGCGAGAAAACGATAGATCGGGTGGAATATAATTTTGATTTATTGAAAATTGAAAAGTTGGAAGGCACTTTAAATATTGGACTGATGCCAAAGGATGGGCAGTCCCTGGACGATATTACCGTGAATGGTCAGCCGCCGTTAGAACTGTCCCAGTCGGGATATTCGGGCGGCGAACTGTACTCGAACATCTATCAGAATGTATCACGTTATCTAGAAGATACAGTACCCGAGCAGATCGAGCGCATGATTCCCGAAGCCCATCTTGTGCTTGGTGATGAATATGCTGCCGTTATTATTGAAGATGTGCGCAAACAACTCGGTGACCGAATTACGGTGTATTTGAAGCAATATCAAACGAACAGGGAAACCATGAACCCGCAAGAGGTAGAGCAATCGATCATCAAACAAATGAAGAGTGAGATCGCTTCGGCAGTTGAGCAGCACCTTCTTAATTTGCAACGAGGGAAGTGGCATTCAAATGAAAATGACAGTCGTCAATAA	MYDYYIQQLFHILHTQSEQLSRMEQMLKEMRSEVDRLRQGSEKTIDRVEYNFDLLKIEKLEGTLNIGLMPKDGQSLDDITVNGQPPLELSQSGYSGGELYSNIYQNVSRYLEDTVPEQIERMIPEAHLVLGDEYAAVIIEDVRKQLGDRITVYLKQYQTNRETMNPQEVEQSIIKQMKSEIASAVEQHLLNLQRGKWHSNENDSRQ	PGPT0025075_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025075-gerPC-K06301	NA	NA
JZ016_06708	186	gerPD		putative spore germination protein GerPD	ATGAAAATGACAGTCGTCAATAAAGAGCTCCAGGTTGGTTCGATCCGCATTACGGCGATCTCAAGCTCGTCCGTACTGTTGATTGGAGATACCCATGTGATTAATAGCTCCTCCATGTATGATACACCTTCCGAATCACTGCAGATCAGCCCGCTTGTTCCGTTATCCCCGGGTTCCGCACCATGA	MKMTVVNKELQVGSIRITAISSSSVLLIGDTHVINSSSMYDTPSESLQISPLVPLSPGSAP	PGPT0025080_53	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025080-gerPD-K06302	NA	NA
JZ016_06709	429	gerPE		putative spore germination protein GerPE	ATGAAACGTCATTCACATGTTGATCACATGTATATCATCAATATTTCAGATAGTTCAGCATGTATATGCGGTGAATCGGGACATATCGATGCCAATACACGCGCATTGGCGGTTCAGCGGCAGGTGCCGGTGTTTTTTGAAGACGAGGGAGATTATGAGGATTACTCGATATTTTCCCGATCCATACCCACATGGTCGCCGCAATCAGACGTAGAACTAAACATTATACAAGACCATAAGAAGATTCATGTGGGATGTATCGATATTATAGCGACTGCATCTGCGTCGGTTGTACAGGTGGGTCCGAACGATACCATGGATTTGGAATCCAGGGTGAAGGCAATCAGACATTTTATTACGGGCGCGCCCGAGTATTTAAAGGATTATAAGGGAGTCATTGTCAAAAAGAATTTGGTGAAGAAGGAATAA	MKRHSHVDHMYIINISDSSACICGESGHIDANTRALAVQRQVPVFFEDEGDYEDYSIFSRSIPTWSPQSDVELNIIQDHKKIHVGCIDIIATASASVVQVGPNDTMDLESRVKAIRHFITGAPEYLKDYKGVIVKKNLVKKE	PGPT0025085_34	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025085-gerPE-K06303	NA	NA
JZ016_06710	228	tlp		Small, acid-soluble spore protein Tlp	ATGGCTAAACCCGATAATCGCGAAGACAATGTAGAGCATCTGCAGCAGGCGGTCCAGAAAACGATTGAAAACTACCGTGAAGCCGAAGATTATCTCGAGGAGTTTGGGGATGAAATTCCGGCAAGCGAGAAAGAACAGATTCAAGATCGTAATGCTCGTCGTGAAAAGAGTATTTCCGGCTTCCGGGAAGAGATCAAAGACGAAGCTGCTCATCAGCAAGGAGAATAA	MAKPDNREDNVEHLQQAVQKTIENYREAEDYLEEFGDEIPASEKEQIQDRNARREKSISGFREEIKDEAAHQQGE	PGPT0024940_130	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024940-tlp-K06434	NA	NA
JZ016_06711	1296	hcf136		Ycf48-like protein	TTGAGATCAAGTCGTTTTATAGTCTGGCTCAGTATGCTAATGATGATGGCATTCATGTTAGCAGCCTGTACCTCAGAACCGATAAAACAACAGCAAACTTCTACAGTAGAAGGCCCTCCTGAATCGGTTGAAGATGAAGAAGAAGGTCAGACCATTACACTAGTAACGCCGGATACGGCGATGAAAGCACCCGAGGAAAAAAGCAAATATCAGATACATACACGGTTGACGGATTTCCAACTCTTGAATGAGTCAACGGGGATTGCTTGGGGGATAACGAACACGGAATTACGTCTGTATCAGACTCAGGATTATGGCGAAACGTGGGTTGATATCTCTCCATCCTCCAATGTACAGTTCGTTGATAAGCTGGAGTATGGGAAAGACATCGTGTTTACGGATAAAAAACATGGTTGGATTATACGCAACAAGCAGAGATCAGCCGAAACGATCCTGCTCAATACGACGGACGGGGGAGATACCTGGAAGCTTTCTTCGCTGCCGGAGACGGGTGTCGTCACGGCCATGTCCTTCGTTTCGTCTCAGCAGGGATGGATTATGGCGAAAGGCGATCTATCCCGGGGCTCTGAGGAGAAGTCGCTATTTCGAACCAGTAATAATGGCGGGTTATGGGAAGAGGTCATGCAGAATACGGAGTATCCTACATCCCGTGTTCCCGGCAGCGTGATTCCACGAACAGGGTCCATCATCGGCTTAACCTTCACGGATTCGCTTGTCGGATTTGCGACCATCCGTGAAATGCAATCCTCCAAACTGTATATTACCCGTGATGGAGGCCAGAAGTGGAAGTCCTCCGGACAGATATTTAAGAGCAAGCTGCTGGATCGGTGCGGTTCGATCTTTGCCGGCGCCCCCAAGTTTCTGGGCAGAGGAAGTAACGGAAGCGAGGTTTATATACCGGTTACCTGCGTGAAGGATGATCAGGCAAGCTATTTGGGTTACTTTACGGCCGACACGGGGAAATCATGGAATTTGGTGTCATTCCCCATGACGGGTGATACCGGCAAGGGCTCCATTCAGCCTGTTTTCCGCCGGCTTCATGACGGGTGGAGAATGGTGAACGGTATTGTTTATCATACGAATGATATGGGCAAGACCTGGAAGCCATTTCCGAGAAGCAAGCTCCTGAACGATAATCTCGCCAAATATCCGAACGTGGTGAAACTGCAATTTACATCGTCTGATGTCGGTTGGATGCTGATTGAAACAACGGACAAGAATCGATCGCGACTAATGAAAAGCAGTGACGGTGGGGAAACCTGGCAGGGTCTATAG	MRSSRFIVWLSMLMMMAFMLAACTSEPIKQQQTSTVEGPPESVEDEEEGQTITLVTPDTAMKAPEEKSKYQIHTRLTDFQLLNESTGIAWGITNTELRLYQTQDYGETWVDISPSSNVQFVDKLEYGKDIVFTDKKHGWIIRNKQRSAETILLNTTDGGDTWKLSSLPETGVVTAMSFVSSQQGWIMAKGDLSRGSEEKSLFRTSNNGGLWEEVMQNTEYPTSRVPGSVIPRTGSIIGLTFTDSLVGFATIREMQSSKLYITRDGGQKWKSSGQIFKSKLLDRCGSIFAGAPKFLGRGSNGSEVYIPVTCVKDDQASYLGYFTADTGKSWNLVSFPMTGDTGKGSIQPVFRRLHDGWRMVNGIVYHTNDMGKTWKPFPRSKLLNDNLAKYPNVVKLQFTSSDVGWMLIETTDKNRSRLMKSSDGGETWQGL				NA	NA	NA	NA	NA
JZ016_06712	183			hypothetical protein	ATGCATACCGATCAAATGACGATTAACTTCCTCCGCCTTTGCTACCATTGTGATGATGCATGTTTATGCGACACCGAGGAGCAGTGTCTGGCTTGCTGGAATGAGCAGGAAATGACACCAGAGGAGCATGAAATGACAGGACAAGAAGAAACGATGAAATGGATGAGATTGGCTTACGATTGA	MHTDQMTINFLRLCYHCDDACLCDTEEQCLACWNEQEMTPEEHEMTGQEETMKWMRLAYD				NA	NA	NA	NA	NA
JZ016_06713	417			hypothetical protein	ATGGGATCGGGGTCAGTTTGGATGTTCGATTTTTTCGGCAGCGTTATGCCCGTGTTTTTCATCGTCGTCATCGGGATCATTCTGCTGTCGGCCGGTAAGGGAATCTTGCAATGGAGTCAGAATAACCGACAGCCTTTGCTATCGGTCGATTCCAAGATTGTGAGCAAACGAACGGAAGTGAAACATACGCAGCAGACGGATGATACGATGTCGAGCCGCACTCGTACCACCTATTATCTGACCTTTGAAGTGGAGAGCGGAGACCGCATGGAGTTTGTTGTAAATGGGGAGGAATTCGGCATGTGCGCGGAAGGAGACGAGGGACTGCTGCGTTTCCAGGGAACCCGGTACTACGGATTCGTTAGGCACCCTAGAGCGAATCTTAGCGTGGTCCGCGGTTATGACCATCCTAAATAA	MGSGSVWMFDFFGSVMPVFFIVVIGIILLSAGKGILQWSQNNRQPLLSVDSKIVSKRTEVKHTQQTDDTMSSRTRTTYYLTFEVESGDRMEFVVNGEEFGMCAEGDEGLLRFQGTRYYGFVRHPRANLSVVRGYDHPK				NA	NA	NA	NA	NA
JZ016_06714	750	gdhIV	COG1028	Glucose 1-dehydrogenase 4	ATGAAATTTCAGGATAAAACGGTCGTAATAACGGGCTCTGCCCATGGGATTGGCCGCGGATTGGCTGAGGCTTATGCTCTAAGCGGAGCTCGAGTGATATTAAGCGATGTACATGAAGAACAGGGCAGCCTGGCGGCAAATGCCTTGCAGGAACAAGGATTGAACGCGGTCTTCACCCCTTGCGATGTAAGGAAGGAAGAAGATATTAAACGCCTGATGAACCAAGCCGTCCAATATGCCGGCACCATCGATATTTTGATTAATAATGCCGGGGTCTCCCGTTGGAAATCGCCATATGAGCTAACGGTTGAAGACTGGGACGATGTGATCAACACGAATGCCCGAAGCTGTTTTTTGGCAACGCGCGAAGCGGCGGTACATATGAAAAAAGCTGGGAATGGCGGGGCTATCGTCAATATGTCATCCACGCGTTCGATCATGTCCGAGCCGAATTCGGAGGCTTATGCAGCTTCCAAAGGAGCCATTGTCGCATTGAGCCATGCCATGGCCGTAAGCCTGGGGCCCGATGGAATTCGGGTGAATTGTATAAGTCCGGGGTGGATTGAAACGGGAAACTATGATGAGCTTCGTACAGCGGATCATAAGCAGCACCCAGCTGGACGGGTAGGAACCCCAGCTGATATCGCCAAAGCCTGCTTTTATTTTACCGATCCGGATAATGATTTTGTCACAGGGACCCATCTGGTTGTGGATGGCGGCATGACCCGCAAAATGATATATGAGCCTTAG	MKFQDKTVVITGSAHGIGRGLAEAYALSGARVILSDVHEEQGSLAANALQEQGLNAVFTPCDVRKEEDIKRLMNQAVQYAGTIDILINNAGVSRWKSPYELTVEDWDDVINTNARSCFLATREAAVHMKKAGNGGAIVNMSSTRSIMSEPNSEAYAASKGAIVALSHAMAVSLGPDGIRVNCISPGWIETGNYDELRTADHKQHPAGRVGTPADIAKACFYFTDPDNDFVTGTHLVVDGGMTRKMIYEP				NA	NA	NA	NA	NA
JZ016_06715	2334	rhaR_63		HTH-type transcriptional activator RhaR	ATGGGGAAATTGAAGACAACCAGTGCAAAAAATGAACGTTCCAATCGAGTGTCCGTGTTCGTTACACTGCTCATGTCCTATCTTGTGATACTGCTGATCCCGGTCATCGTGTTCTGGGGACTGTATACGCAAATCGAGCGGATAATGATCGAAAATGCCAACAACTCCAACATGGCACTGATCGAGCAGGCGAAGCAGGTGGTGGACAGCCGATTGGATGAAATGCATCTGATTTCCCGGAACATCACTTCGCATCCGCGGCTGGATGCGCTGCTAAAGGCAAGCTCCCCTCGAAATGGTACCGAGAACTACAATTACTACACTTTCATGCAGGAAATGCAGCGATACCGTAACAGCAGCAGTTTTATTACCGATTTTTACGTATATTTACGGGAGAGCGATACGGTTCTCAGTCCCTCCTTAAAGACAACGTCTCGTGTCTTGTTCTCCGATATATACGGATATGAAAAATTAACCTATCAACAGTATCAAGCAGATATTCTGCACGGAATCCACTTTAACCGGTATTTACCCGTGACCGAAGTTGGCAAAGGGTTGAATCAGAAACGCATGCTCACATATATGCAAACGCTTCCATTTGGTGAGAAAGCCAATCCCAAAGGCGCCCTTGTTATGCTGATTGAGGAGAGGCAGATCGCAGGATTGCTTGATGAGATTGTGAAAACAAACCACGGAACCATTTACATCAAGGATGCCAGCGGCCAAGTGATTCTGAGTGCCGGTGAACCCGAGGTTCACAGTACGGGTAAAACCGCGGATAATCCACGAGTGATGACGGTATCGACAAGATCTGCCCGGAGCGGGTGGGAGTATGTATCGGCCGTGCCGGAAAAGGCGTTTATGGAAAAGGTCTATATGGTCAAGCGAATGGCCGTCGGCGTTCTGGCCATCTGTCTTGTTGCTGGGATTGCGGCCTGTGCGTTCATGACCTACCGCGCGTATTTCCCTTTGCGTGACATTATCCGTTTCATCCGGCAATCTCATCCGGCTAAGGAGGGTAAGGTGCGTAACGAATATGATTTTATCAAATCGACGATGGCGGATTCCTTCGGTAAGCAGACGGAGATGAAGGAGCAATTGTCCAGGCAAACACCGGTGATTCGGTCTAACTTTTTGCAGCGTTTATTGAAGGGAAACGTGGATACGGCGGATATGTCCGATCATGCTCTGGATTTCATGGGGATCTCGTTCCCGCATTCGAGTTTTGCGGTTGCCTTGATCGAGCTGAGGGATGCCAGCGGGTTCATACATAATGAGCGGGAAAGCGAATGGGCCCTGATCCGTTTTGTCACCGGGAAGGTGGCGGAAGAAATTCATCCCTTTACCGCATATTCCGTGGAGCTGGAGAAGAACCTGGTTGCCATTATTCTAAACATGCCGGAACCGCTGCATGATAAGGTCGACCAGCTGTACGATTGGGCAGAGCAAGTGAAGCTGGTGATTGAACAGCGCTTTAAATCCGATATCACGATCGGGATTAGCGAAATCCGTACAGGTCTTGGCTGTTTGGCGAGCGGTTACACCGAAAGCTTGAAGGCTTTGGAATATTCCATTTTTACTGCGTATAAACCGATTTTATTGTACGAGGAAATGAAACAGAAAACGGAGGTGTATTATGATTTTCCCATTGAGACGGAAATCCAGCTCATTAACGCCATGAAAAGCGGGGATACGGATAAGGCGCAAGATATCATCCAGTGTCTGTACCACAATAACTTCAACGGACAATCCATCTCACCTGAGCTCGGCAGACTCATGTTCGCTAACCTGCTCAGTACGATGTTCAAGCTGCTGAATGCTTTGAATTTGAAGTACGAGGATATATTCGGCGAGTCAGGCAAAACGCTTGAAGAAATTACGGAGGGGAGCACGGTTGAGGAGCTCTACCGGGAAGTGAAATGGATGTTCGGCAAGGTTTGTCTCTACGTAAAGGATCAAAGGGGCGATTCCTCTTCGCTGCTGCTTGAGAAAATCAAGAGATACATTGCGGATCATCACGACGATGCCATGATCAGTCTGGCTTCCATTGCCGAGCAATTTGATATTACACCGCCGTATCTGTCGGCTTTCTTCAAGAAAAACAGCGGCACCAATCTCACGGATTACCTGGCCAAGATTCGGATCGAGCGCTCCAAGGAAATGATGCGGGATGCCAAAAACACGATTTCGCACATTGCCCGTTCCGTCGGTTATACCAGTGACGTCGGTTTTATCCGGGTGTTTAAGAAATACGAAGGGATCACTCCGGGAAAATACAAGGAAACCCTGCATTCCCTATCATCGACCTTAAGAAATGATCATCTCAATTCTTAA	MGKLKTTSAKNERSNRVSVFVTLLMSYLVILLIPVIVFWGLYTQIERIMIENANNSNMALIEQAKQVVDSRLDEMHLISRNITSHPRLDALLKASSPRNGTENYNYYTFMQEMQRYRNSSSFITDFYVYLRESDTVLSPSLKTTSRVLFSDIYGYEKLTYQQYQADILHGIHFNRYLPVTEVGKGLNQKRMLTYMQTLPFGEKANPKGALVMLIEERQIAGLLDEIVKTNHGTIYIKDASGQVILSAGEPEVHSTGKTADNPRVMTVSTRSARSGWEYVSAVPEKAFMEKVYMVKRMAVGVLAICLVAGIAACAFMTYRAYFPLRDIIRFIRQSHPAKEGKVRNEYDFIKSTMADSFGKQTEMKEQLSRQTPVIRSNFLQRLLKGNVDTADMSDHALDFMGISFPHSSFAVALIELRDASGFIHNERESEWALIRFVTGKVAEEIHPFTAYSVELEKNLVAIILNMPEPLHDKVDQLYDWAEQVKLVIEQRFKSDITIGISEIRTGLGCLASGYTESLKALEYSIFTAYKPILLYEEMKQKTEVYYDFPIETEIQLINAMKSGDTDKAQDIIQCLYHNNFNGQSISPELGRLMFANLLSTMFKLLNALNLKYEDIFGESGKTLEEITEGSTVEELYREVKWMFGKVCLYVKDQRGDSSSLLLEKIKRYIADHHDDAMISLASIAEQFDITPPYLSAFFKKNSGTNLTDYLAKIRIERSKEMMRDAKNTISHIARSVGYTSDVGFIRVFKKYEGITPGKYKETLHSLSSTLRNDHLNS				NA	NA	NA	NA	NA
JZ016_06716	1632	lipO_24	COG1653	Lipoprotein LipO	TTGAAGACAAACCGGAAACGTGTTGTGAGACTTGTGATCTTTATGCTGATTGTGGCTATGATTGCCGGATGCAGCGGAAAAAGCTCGGGGGCCGAGGAGCCTGCCGGGGAAAAAGGTAAGGAAGGAACAGACGTCGCTGTTGGTGGTGACCCAGAATATCCTGAACAATTGACTTATTGGGTATCGCTGAATGCAAATGCCTCTGCAACGATGCAGGATATGAACGGAATTGCCGCATATCAGGAGTTGGAAAAAACGACAGGCACCAAAGTGAAGTTCCAGCATCCGCCGGCGGGCCAGGAGGCAGACGCTTTTAACATTATGGTCTCTTCAGGCAATTTGCCGGATGTGGTGGAGCATGGATGGGCCAACGTATCAGGAGGTCCGGATAAAGCCATTTCGGACGGGTCCATCATCCGCCTGAATGAGTTGATTGAAGAGCATGCACCAAATCTAACGAAAGTGTTGAACGAGCACCCGGAATATAAAAAACTGATTACGACAGACGGAGGAAACATTTACGTATTTCCATTTATCCGCGGGGACGAATATTTGCTGACCTTTAACGGCCTGATCATCCGCAAGGACTGGCTTGACCAGCTTCAGCTGCCCGTACCGGAAACGATTGATGAGTGGTATGAAGTATTGAAGGCGATCAAGACCAAAGATCCAAATGGAAACGGGCAAGCGGATGAAATCCCGCTGCTGCTGGATATGGATATGACGGGCATCAACCATGCGTTTGTCGGCGCATGGGGAGTTACAACCGGATTTTATCAAGTGGATGGGAAGGTCCAGTATGGACCGATCCAACCGGAATTCAAATCTTATTTGGAAACGATGAGCAAATGGTATGCCGAAGGCCTGATCGATCAGGATTACGCGGCAACGGACGGCACGCTTAAAGATGCCAAAGTGACCAACAATCAAGTGGGTGCCTTCTCCGGTTACATGGGCAGCAGCCTCGGCCGCTATTCCGAGCTCATGATAAAAAGCAATCCGGATGTAGAACTGGTGGGCGCTCCGAACGTTGTCCTGAATAAGGGGGATAAACCGGTCCTTGGACAGAAGGATTCGCCGTTCAACGGATTTGGGGCGGCTGTGACGAAAGCGAACAAGTTCCCGGCGGAAACGGTGAAATGGCTCGATTACAAATATGGAGATGAAGGACATATGCTGTTTAATTTCGGAGTTGAGGGAGTCAGCTACGAGATGAAGGACGGATACCCGACTTATACCGATGAAGTGATGAAAAATCCAGATGGGCTGTCGATCACCCAGGCGATGTCAAAATACAACCTGGCTAGTTATTCGGGACCTTTCGTCCAGGATCGCCGATACATCGAACAGTATTCCGCGCTGCCTCAGCAGAAAGCGGCTATTGAGACATGGATGAATGCGGAGAATGACCGTTTGATGCCGATTATTTCCCCAACGGCAGAAGAAAGCACGCGTTATGCCTCGATCATGAACGATATTAATACGTACTACGAAGAAATGGTCAACAAATTCATTATGGGTGTGGAGCCGATCAGCGGTTTTGACCAATTTGTCCAAACGGTACAGGGTATGGGCATTGAGGAAGCGCTCCAGATTCAGCAAGCCGCGCTGGACCGCTTCAACAGCCGTTAA	MKTNRKRVVRLVIFMLIVAMIAGCSGKSSGAEEPAGEKGKEGTDVAVGGDPEYPEQLTYWVSLNANASATMQDMNGIAAYQELEKTTGTKVKFQHPPAGQEADAFNIMVSSGNLPDVVEHGWANVSGGPDKAISDGSIIRLNELIEEHAPNLTKVLNEHPEYKKLITTDGGNIYVFPFIRGDEYLLTFNGLIIRKDWLDQLQLPVPETIDEWYEVLKAIKTKDPNGNGQADEIPLLLDMDMTGINHAFVGAWGVTTGFYQVDGKVQYGPIQPEFKSYLETMSKWYAEGLIDQDYAATDGTLKDAKVTNNQVGAFSGYMGSSLGRYSELMIKSNPDVELVGAPNVVLNKGDKPVLGQKDSPFNGFGAAVTKANKFPAETVKWLDYKYGDEGHMLFNFGVEGVSYEMKDGYPTYTDEVMKNPDGLSITQAMSKYNLASYSGPFVQDRRYIEQYSALPQQKAAIETWMNAENDRLMPIISPTAEESTRYASIMNDINTYYEEMVNKFIMGVEPISGFDQFVQTVQGMGIEEALQIQQAALDRFNSR	PGPT0017245_1592	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_06717	960	yteP_68	COG4209	putative multiple-sugar transport system permease YteP	GTGCAGCTTAAGGAAGAGACAAACCACGTTACGATACAGAGCAAGCCAGAGAGGTTCAGCGCAAGAGCTGCGAAGGACTTTCGCCGAAACTCCACGATTTACCTGATGCTGCTGCCGGTTGTGGCGTTTTATGCCGTGTTTCACTACGGACCGTTATATGGCCTGCAGATTGCGTTCAAGAACTTTTCGGCAGGGCTCGGCATATGGAATAGCCCGTGGGTCGGATTTCAACACTTCAGCGAATTCTTTAACGGATTTTTCTTTGAACGAGTGGTTACCAATACCATTATACTGGGCGCGTACGATCTCATATTTGTTTTTCCCGCATCCATCGTGCTGGCGTTAATGCTGAATGAGGTACGACATCGCATATTTAAGCGGACGGTACAATCCATTACGTATATTCCCCATTTCATATCTGTCGTTGTGGTTGTCGGGATGCTGGTGGATTTCTTGTCGGTAGACGGGCTGATTAATCATATCATCACCTACTTCGGCGGCAAACCGATATCATTCATGCGGCTGCCGGAATGGTTCCGCACCATATATACCTCATCTGCGATCTGGCAGGGGGTCGGTTGGGGCTCCATTATATATCTCGCAGCTATTTCCAATATCGATCCGTCCCTTTATGAAGCGGCTAAAGTGGACGGTGCCGGCCGCTGGAAGCAGATGCTTCAAATTACGCTGCCTGGCATCCTGCCAACGGTCATCATTCTGCTCATCCTGCGGATTGGGTCCTTTATGGCGCTGCAAGATGAGAAAATCCTGATTATGTACAATCCGGTTACCTATGAGACGGCCGACGTTATCGGTACCTACGTCTACCGTAAGGGAATTCTGGAAGCAAGCTACAGCTTTAGTGCCGCCGTCGGCATGTTTAATTCCATGATTAACTTTATGCTGCTCATTGGAGCCAATTATCTCAGCAAGCGGTTTACGGATACGAAGCTGTGGTAG	MQLKEETNHVTIQSKPERFSARAAKDFRRNSTIYLMLLPVVAFYAVFHYGPLYGLQIAFKNFSAGLGIWNSPWVGFQHFSEFFNGFFFERVVTNTIILGAYDLIFVFPASIVLALMLNEVRHRIFKRTVQSITYIPHFISVVVVVGMLVDFLSVDGLINHIITYFGGKPISFMRLPEWFRTIYTSSAIWQGVGWGSIIYLAAISNIDPSLYEAAKVDGAGRWKQMLQITLPGILPTVIILLILRIGSFMALQDEKILIMYNPVTYETADVIGTYVYRKGILEASYSFSAAVGMFNSMINFMLLIGANYLSKRFTDTKLW	PGPT0017250_1102	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_06718	882	araQ_56	COG0395	L-arabinose transport system permease protein AraQ	ATGCGAACTTCAAAATCTGTCAGTGAAGTCCTGTTTGATTCTGCGAATGTCATTCTCTTGTGCTTGTTATCGATCGTCACGTTATACCCGTTTCTCTACGTATTGTTTGCTTCCATCAGCACGCCGGCTGATTTCGTTCAGCACCGGGGAATCCTGCTGTGGCCCAAGGGCTTCTCGCTGGATTCCTATCGTATGGTATTTGAGAACCCCAATATTATCCGAAGTTACCTGAACACGATATTTTATGTGGTGGTCGGCACGACGCTGAACATTCTGATGACGGCTCTCGGAGCCTATGGCTTATCCAGGAAAAACGTGATGTGGAAGGGCACCATCATGATGCTGATCGTAATGACGATGTTTTTTGACGGCGGGCTCATTCCGAAATACCTGCTCGTGAAAAATATGGGTCTGCTCGATACGTACTGGGCATTGATTATTCCAAGCGCCATGACGACATGGAACTTGATTATTATGCGAACGGCATTTCAAGGAGTACCCGATGCGCTCGAGGAATCCGCGCGGATCGACGGAGCCAGCGATTGGACCATTCTGTTCCGGATCATCATCCCGTTATCGCTGCCGGTCATTGCCGTCATGGTGCTCTTTTACGGGGTGTGGCATTGGAATAAATGGTTTGACGCCCTCATCTATTTAAGGGACCGGGACTTGTTTCCGCTTCAGCTCATCCTGCGCGAAATTCTGATCCAGAACGATACCAGCAGCATGATGACCTCGGTAGGAGGGGGAGATAGGATGCCGGTTGGCGAAACAATTAAGTATGCAACGATTATGGTGGCTACGCTGCCGATTTTGTTTCTATATCCATTCCTGCAGAAATATTTCGTGAAAGGCGTCATGATCGGAGCCATTAAAGAATAA	MRTSKSVSEVLFDSANVILLCLLSIVTLYPFLYVLFASISTPADFVQHRGILLWPKGFSLDSYRMVFENPNIIRSYLNTIFYVVVGTTLNILMTALGAYGLSRKNVMWKGTIMMLIVMTMFFDGGLIPKYLLVKNMGLLDTYWALIIPSAMTTWNLIIMRTAFQGVPDALEESARIDGASDWTILFRIIIPLSLPVIAVMVLFYGVWHWNKWFDALIYLRDRDLFPLQLILREILIQNDTSSMMTSVGGGDRMPVGETIKYATIMVATLPILFLYPFLQKYFVKGVMIGAIKE	PGPT0017255_2154	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_06719	1128	ugl_6		Unsaturated glucuronyl hydrolase	ATGTGGGAGCAAGCTATTATGGATGCGGTAGAAAAAACCAAGCGGAATATCGGTCAATTTCCGATGAAGTTTCCTCATATCACGGAAGAGAAGCGTTACGAGTGGGGAGAAAGCAATGACTGGATTGAAGGATTCTACACCGGGATGATCTGGCTGTGTTATGAATACACGAAAGACCCCCTGTTTAAGGAAACGGCAATAGCACACTTGGAGGATTATAAGCAACGCCTGCAGGAACAGCGGCATCTGGACCATCACGATATCGGATTTCTGTATCTTCCCTCTGCACTGGCAGCGTGGATTGTGGATGAGCATGAAGAAGGTAAACAGCTCGCTTTGAAAGCAGCGGATCATCTGATGCTGCGCTGGCGGGAAGAGGGTCAGTATATTCAGGCCTGGGGCCGGAAAGGCGACGAGAAGAACGGCGGTCGCATTATTATCGATTGCATGATGAACATTCCGCTGCTGTATTGGGCATATGATCAGACGGGTGATGAGCGATACAAGCGCGTCGCCGTAGCGCATGCGGACAAGAGTCGACGCTACTTAATGCGGGGTGATGATTCGTCGTATCATACCTTTTACTTCAATCCGGAGGATGGAACCCCCATCCGAGGAGGAACGCATCAAGGATATCATGACGGATCAACATGGACGCGCGGCCAGGCATGGGCCATCTACGGATTTGCGCTCTCATACCGTTATACCCGTGATCCGAAATATTTGGATACGGCTTTACGCGCCGCTCGTTTCTTTATTGAATACTTGCCGGAGGATCATGTTGCGTATTGGGATTTTGACGTTCCGATTGAAGAGGGTACACCTCGCGACAGCTCCGCCTCCGCCATTGCGGCGTGCGGCATGCTGGAGATATTGGAGCATCTGGACGGAGAAGATGACAATAAAGGGCTATTGACAGAAGCCGTTGAGAAGTCGATGATATCTCTCGTAAACCAATATTCTACCATCGGTGAAGCAGCAGAGGAAGGCTTGATCAAGCATGGTTCCTATTACGTCAGAGGCGGTGCGGGTCCGGATGATTATATGATCTGGGGCGATTACTATTACCTCGAAGCTTTGCTGCGGCTGACCAAAGGGATACCTGGCTATTGGTATGAGAGAGGTTAG	MWEQAIMDAVEKTKRNIGQFPMKFPHITEEKRYEWGESNDWIEGFYTGMIWLCYEYTKDPLFKETAIAHLEDYKQRLQEQRHLDHHDIGFLYLPSALAAWIVDEHEEGKQLALKAADHLMLRWREEGQYIQAWGRKGDEKNGGRIIIDCMMNIPLLYWAYDQTGDERYKRVAVAHADKSRRYLMRGDDSSYHTFYFNPEDGTPIRGGTHQGYHDGSTWTRGQAWAIYGFALSYRYTRDPKYLDTALRAARFFIEYLPEDHVAYWDFDVPIEEGTPRDSSASAIAACGMLEILEHLDGEDDNKGLLTEAVEKSMISLVNQYSTIGEAAEEGLIKHGSYYVRGGAGPDDYMIWGDYYYLEALLRLTKGIPGYWYERG	PGPT0019355_891	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019355-ugl|EC_3_2_1_180-K18581	NA	NA
JZ016_06720	636			hypothetical protein	GTGTTGAAACATGTGAAAACTTCAGTCTTGCTGACCCTGGGTCTGCTGCTAATACTGGTATTCCCGACTGCAACGTGGGCCCATTCCAAGCTGGAAACCAGTACGCCCGCGGCGGATGCCAAGCTGACGGAAAGCGTACAGGAAGTAAGCCTGTCATTTAATGAAAATATCGATGAAAACTTGAGCACGCTCAAGATAAAGAATGCGCAAGGCGAATCGGTTGAAGTAGCAGAGGTCAAGATCAGTCAGAACACCATGCTGGGGACGCTGTCTGCACCGCTTCCATCCGGCTCCTACACGGTGGAGTGGAAAATCGTGGGCGGCGATGGACATCCCGTGGACGGGACATACGCTTTCGAAGTAGATGCCCCGGAAGCGGAAGCCGCTCCGGAGACACCGGCAGATACCGAAGAAACGCCTGCGGATACAGGAAACACGCAGGATGAAACAACGCCTGCGCAGGATACCGCTGCGGACAACACGGATCAAACGGCTGGCCAGGATCAGCAGGCAGACAACACTTCGGCTCCCGAACAATCGGCAGGCAGCGGTTCAACCGTGTGGATCGTCGTCATCGTGATTGTAGCATTTGTCGCAGGATATTTTGGAATACGAGCCTCACGGAAGAAAAAATAA	MLKHVKTSVLLTLGLLLILVFPTATWAHSKLETSTPAADAKLTESVQEVSLSFNENIDENLSTLKIKNAQGESVEVAEVKISQNTMLGTLSAPLPSGSYTVEWKIVGGDGHPVDGTYAFEVDAPEAEAAPETPADTEETPADTGNTQDETTPAQDTAADNTDQTAGQDQQADNTSAPEQSAGSGSTVWIVVIVIVAFVAGYFGIRASRKKK	PGPT0004115_170	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004115-pcoC|copC-K07156	NA	NA
JZ016_06721	1089			hypothetical protein	ATGTCTTATTATTGGTTAAGTGAGCCGCTACTATATTTAGCCTACGCCATTCTGGCAGGCATCACGGTACTGTCCCTCGTACCGAAAGCATATAAGCCGGACATTTCGGTTCCGGCCTGGCTTGGCCCGGTGGCGTCAGCGGCCATCATCGTATTTGGATTTGTGCCGCTGCTGCAGATCATGATGTTCTTCAAGGATGATATCGGGTTCTGGAAGTCTTTTAACAGCATCATGTTCAAGTTCAGCGAGGGTGAGCGTTACGCCTGGATTCTGGTTCTAGCGATCCTGTTGGCAATTCTGACCATGATCGTCCGCCGGAAGCCGGGTTCCGTATTACGCTGGCTTATGCCCGTTGCCTTGCTGGGCATTGCGGTGGCCATGTCCTCGTTTAACCACGCTGCATCCTTGTTCGAAAGTGCAGGACAGCTTGCCTTCTTCGGCCATTTTACAGCGATGGCGATATGGACGGGAACGTTGCTGATAACAGGATGGTTCAGTACGGATCAGAGCCGCTGGAGTGCGTTTCTTAGATGGTTCCATCCAACTGCGATCGTCTGTGTCATCATTGTTATCGGATCGGGATTATTCTTGATGACGGCCGTGACGCCGGATCCGATAAACAGCTGGACGCTGTCTTATGGTCAGGCTCTGCTGGTTAAGCATATTCTCATTCTGCCGCTGTTGGTATTCGCGTTTGTAAACGGTCATCTCGTCAAGCGCAAGCTGCGCCGGGATTCCGGTTATCATCCGATGGCATGGGCACGAAGTGAGGGAGTTCTGATCTGGTTGATTTATATCGTCACCGGATACATGAACCAGCAGCCTGCTCCGCATGAGGTCATAGATACATTGGCCTTGTATGGCCCTGCTGCAACTTTTGTTTGGTTCCATCCCGGGTTTACGATCGGTGAGCTGGCTTTCACGTGGAGTTGGATAGGAATCCTTAGCCTCTGTCTCGGGCTAGCGCTTCTGTGGAACGTCGTGAACGTATTCCGCAAAAACCGGGCCGCGGCAGGCGCGTTGTTATGCGGGCTAGGCGCTGTTGTGTTCATTTATTGCGGCCTGATGTTCTCGGTTACTACAGTTTAA	MSYYWLSEPLLYLAYAILAGITVLSLVPKAYKPDISVPAWLGPVASAAIIVFGFVPLLQIMMFFKDDIGFWKSFNSIMFKFSEGERYAWILVLAILLAILTMIVRRKPGSVLRWLMPVALLGIAVAMSSFNHAASLFESAGQLAFFGHFTAMAIWTGTLLITGWFSTDQSRWSAFLRWFHPTAIVCVIIVIGSGLFLMTAVTPDPINSWTLSYGQALLVKHILILPLLVFAFVNGHLVKRKLRRDSGYHPMAWARSEGVLIWLIYIVTGYMNQQPAPHEVIDTLALYGPAATFVWFHPGFTIGELAFTWSWIGILSLCLGLALLWNVVNVFRKNRAAAGALLCGLGAVVFIYCGLMFSVTTV	PGPT0004120_81	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004120-pcoD|copD-K07245	NA	NA
JZ016_06722	432	ypeA_4		Acetyltransferase YpeA	ATGAAAAAAGAGAGACATATCCGCTTGGCCTCTCATTCGGACGCATCCATCCTGGTCCGGTTAAACTGGGAGTTTAATGAAGTGTTAATGCCGCTGGAGGAAGCTGAACATCACTTAAAACAATCGGGTGAAATTGTGGCCATAGCCTATTTAGGTGATGACCCTGTTGGATTTGCCTGTGCTCAGTCCTTCCAATCCTTCTGTTACCGGGAGCATGTTGGCGAGATCACGGAATTGTACATTCAGGAGCGGGCAAGAAGGCAGGGGCTGGCAGGAATGCTGCTCGTTTTTCTGGAGGATCAATTGATTGCGCGTGGGGTGAAGGCCGTTAAGGTGCTTACGGGTCATGATAACCACCAAGCCATCGGAGTTTATGAGAAATCAGGTTATAAGCGGGAAGATGAAGTGCTTCTGGAGAAAGAGCTTGGGTAA	MKKERHIRLASHSDASILVRLNWEFNEVLMPLEEAEHHLKQSGEIVAIAYLGDDPVGFACAQSFQSFCYREHVGEITELYIQERARRQGLAGMLLVFLEDQLIARGVKAVKVLTGHDNHQAIGVYEKSGYKREDEVLLEKELG				NA	NA	NA	NA	NA
JZ016_06723	1692			hypothetical protein	ATGTTATGTGATAAAGACCAATACGTTGAAGAATTGCTCATTCTGAAGACAATAGCGGAAAATTTGAACCAGAGCAACGATATGAAGCAAATGCTGCAAACGACACTCGAAAAATTGCTGGATTTAACCCAGCTTGAGACAGGATGGCTTTTTCTGATCGGGGATCAACCACATTATGATCAAATAGCCGATGTCAACCTTCCGCCTGCTTTATCACGGGATAACAAAAAACCGATGCGATGCGGAGACTGCCTATGCCTGCGCTTGTATTGGGCAGGAAATTTAAATGAACCGGTTACGATTATTGAATGTGAACGACTGCATAATGCCAAAAAGGAGTGCTGGGGAGAAACTCACAATCTGACCCATCATGCTACGATTCCCCTCACGGTTCAAGGTAAACGGCTGGGGCTGCTGAATGTGGGTTCGCCAGGCAAAGAGCATTTTAGCGAGGGAGAACTTGCGTTGTTGCAATCCGTTGCCTATCAGATTGGAACGGCGGTCGAGCGGACAAAACTGTCGGAGCAAAGGGAGAAACAGGCGGTGGACAGCATAGCCCGTTTCATCGTCGATTATTATGCCAAGGCAAGCAAAGTAACCAGATATCTATGGAAAATTAACGATATGAAGAGAATGCATGTGGCGATTGTGGAGGAGCTTGCTCATGCATTTGGCTGGCCGACTGTTGCTATGATTACGTCTGACGATGACAACTTGTATCTTCGTGCGGTCCGTCAGAATGAAGTGACGCATAGCTGCAAGGAGTTGGTACGAAAGGCTGCCCATAAGACCGCACGAAAGTCAGGAATCGTACAACGGGCATATGAGGAACAAAACGTAGTGGTGCAAGAAGGCCTGGTCCGGGTGCTTCCCGGCGTTCAGCCCCATACGTATACGGCGGCGATACCATTAAAGCATCTTGAGCGTATTTTTCAGACCTATGAGACGATGGGGGTGCTCTTTATTGGCCGTGAGAGTGGGCCCTTCTCTGAGCTGGAGGTTGAAATCTTAGAGGTGCTGGCGGAGCATATATCATTGGCCATTGAAAAGATATGTTTATATTACGAGTGGCAGGATTTATTGTTGGTTGAAGAGAGGAACCGTTTGGCACGGGACCTACATGATTCCGTCAATCAAAAGCTGTTCTCTCTTTCACTGCTTGCCCAAGGCGTGCGTGAGACGACCTTACATGAGAATCCGCATACGGCGGAGGCAATACACGATATTGGACAGCTTGCCCAGGAAACGCTCACTGAAATGCGCTCGTTAATTTGGCAGCTGCGACCTTCCGGAGAGGCCAAAGGGATATTGGCTTCACTGAAGGACTATGCTGAGAAACTTGGCATACAGCTGACGTTTATCATGAAGGAAATTCCTGTTTTGACGAACCGGGTGGAAGAGTCCTTGTATCGAATTGGGCAGGAGGCATTGAACAATATCAGCAAACACGCGGGTACGAATCGAGCCTGGATCCGAATGGAACAGGACGGCTCCAGTCTATATATGAAAATATCGGATCAAGGCCGAGGATTCAACCCGGGATCGCCCGAACTCTGTCCGCATTCGCTTGGGCTTACCAGCATGAGGGAGAGGGCTTCAGAAATACAAGGAACCTTAAGTATAAGCAGCGAGGAAGGCACAGGGACGATGGTGACCGTAATGGTTCCGTTTTTATCCAAGAAAGAGGTTTGA	MLCDKDQYVEELLILKTIAENLNQSNDMKQMLQTTLEKLLDLTQLETGWLFLIGDQPHYDQIADVNLPPALSRDNKKPMRCGDCLCLRLYWAGNLNEPVTIIECERLHNAKKECWGETHNLTHHATIPLTVQGKRLGLLNVGSPGKEHFSEGELALLQSVAYQIGTAVERTKLSEQREKQAVDSIARFIVDYYAKASKVTRYLWKINDMKRMHVAIVEELAHAFGWPTVAMITSDDDNLYLRAVRQNEVTHSCKELVRKAAHKTARKSGIVQRAYEEQNVVVQEGLVRVLPGVQPHTYTAAIPLKHLERIFQTYETMGVLFIGRESGPFSELEVEILEVLAEHISLAIEKICLYYEWQDLLLVEERNRLARDLHDSVNQKLFSLSLLAQGVRETTLHENPHTAEAIHDIGQLAQETLTEMRSLIWQLRPSGEAKGILASLKDYAEKLGIQLTFIMKEIPVLTNRVEESLYRIGQEALNNISKHAGTNRAWIRMEQDGSSLYMKISDQGRGFNPGSPELCPHSLGLTSMRERASEIQGTLSISSEEGTGTMVTVMVPFLSKKEV				NA	NA	NA	NA	NA
JZ016_06724	642	liaR_4	COG2197	Transcriptional regulatory protein LiaR	ATGAAGATTAAAGTGCTAATCGTTGATGATCATCTCGTTGTATTAAGGGGGTTGCGTTATTTTCTGCAGACACAGCCCATGATCGAAATCGTAGATCAAGCTCTTAACGGGCTAGAGGCTCTGGATAAGGTAGAGAAGCTGCAGCCTGATGTGGTCCTGATGGATCTGAAGATGCCGGAGATGGACGGAGTCGAAGCCACGAAGCGAATCACAAACAAGTTTCCACATACGAAAGTTATCATTCTTACCAGTTTTGCCGATCGGGATTCGGTTTTGCCGGCGATTAAAGCGGGAGCTATTGGATATCAACTGAAGGATATCGAGCCTAAAGTGCTGGTCGAAACCATCATCGCTGCCGTAAACGGAAATCGCATGCTTCATCCTCAGGTAACGAATCAATTAATTGCCCATGTGGCGACAGATACCGAGCCTGTTAAAGGCATCGACATTCTGACTATTCGTGAGCAGCATGTACTTGAACAGATTACGCTCGGCAGGAGTAACAAAGAAATCGCTGCAGAACTACATATTACCGAGAAAACGGTAAAGACGCATATCACGCATATTCTGGGAAAAATGGAGGTGCAGGATCGCACCCAGGCGGCCTTGTACGCGATAAGGAACCATTGGTTCGACACATAA	MKIKVLIVDDHLVVLRGLRYFLQTQPMIEIVDQALNGLEALDKVEKLQPDVVLMDLKMPEMDGVEATKRITNKFPHTKVIILTSFADRDSVLPAIKAGAIGYQLKDIEPKVLVETIIAAVNGNRMLHPQVTNQLIAHVATDTEPVKGIDILTIREQHVLEQITLGRSNKEIAAELHITEKTVKTHITHILGKMEVQDRTQAALYAIRNHWFDT	PGPT0014870_417	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014870-liaR-K11618	NA	NA
JZ016_06725	819	azoB_3		NAD(P)H azoreductase	ATGACCATATTAGTTACAGGTGCGACAGGAAAAGTTGGTCGACAGGTGGTAAATGAGCTGCTTAAGACTGGACATCGCGTCAAAGCGCTCAGCCGCTATCCGGCATCAGCCACATTACCTGCTGGCGTAGAAGTGGTTGCTGGTGATCTGAGTAAGCCCGACTCGCTGGTTCCAGCGTTACGGGGTGTGACCGGCCTCCATTTAATCACGACAGGAGCAGGCTACGTCCCGCTTACGACAGGGGAGGAGATTATTCGAATCGCGGAGGCTGCCGGAGTAAAGCGCGTCAGCGTATTGTGGGACGGAAAGAAAGGGACGGTGGAGGAAGCACTAGAATCGAGTAATCTGGAATGGACCCAGCTGCAGCCGGTCGATTACATGTCCAATGTTATGAACTGGAGAGAATCGATACGAACAGAGGGTGTAGTACGCGATATGTTTGGTGATTCGTTAAATGCTTCGATTCATGAGCAGGATATCGGACGGGTGGCTGCAGCGGTCCTGTCGGAGGACGTTCATGTGGGCAAGATTTATCCCCTAACCGGTCCCGAGGCGCTAACGGTTCCTGACAAGGTGCAGATTCTTAGTCACTATATCGGTAAAGCTGTAAAGTTTATTCAGTTAACCGAAGAGCAGGAGCGTAAACGAATGGCCGAACTTGGAGTCGATGAGGGTGTCATCGATTACGTCATCAACTGGTACAAGAATCCACCGATCGAAGCATATACCGTCAATCAAACGGTTGAACAGATCACAGGACGTCCTGCAAGAACGTTTGCCGAGTGGGCGGAAGAGCACGCAAGTTACTTCAAATGGTAA	MTILVTGATGKVGRQVVNELLKTGHRVKALSRYPASATLPAGVEVVAGDLSKPDSLVPALRGVTGLHLITTGAGYVPLTTGEEIIRIAEAAGVKRVSVLWDGKKGTVEEALESSNLEWTQLQPVDYMSNVMNWRESIRTEGVVRDMFGDSLNASIHEQDIGRVAAAVLSEDVHVGKIYPLTGPEALTVPDKVQILSHYIGKAVKFIQLTEEQERKRMAELGVDEGVIDYVINWYKNPPIEAYTVNQTVEQITGRPARTFAEWAEEHASYFKW				NA	NA	NA	NA	NA
JZ016_06726	1524	lfrA	COG0477	Multidrug efflux pump LfrA	ATGAATGACGAACGGGCTTCACGTGCGGGACCGCGGGAGTGGATCGGACTGATCGTGCTCAGTTTGCCCACATTGCTATTAGCCCTTGATTTCACAATGCTGCATTTGGCTCTTCCGCATTTGGCTGCGGATCTTAAGCCGAGCAGTGTGCAGCAACTGTGGATTCTTGACATATACGGCTTCATGATTGCCGGGTTTCTGATTACAATGGGGACGCTCGGTGATCGGATCGGAAGGAGAAAACTACTTCTAATTGGCGCCTTTGCATTTGGCGTTGCCTCAATCGTAGCCGCGTTCTCCACCAGTGCTGGCATGCTGATTGTCACCCGTGCACTGCTCGGTATATCCGGCGCTACCTTGATGCCATCTACGCTTGCACTGATCAGTAATATGTTTAAGGATTCAAAGCAAAGGGCGACAGCTATTAGCGTGTGGATGGTTTGCTTCTCAAGCGGGGCTGTGATCGGCCCGGCCGTAGGAGGAATACTGCTTGAATATTTTTGGTGGGGCTCAGTATTTCTCCTTGGCGTTCCCGTCATGCTTCTCCTGCTTGTGACGGGGCCGTGGCTCCTGCCTGAATACCGCAATTCTGAATCCAAGAAGCTGGACCCCATTAGCGTTATATTGTCGTTTGGCTCGCTTCTCCCCTTGATTTACGGTCTTAAGGACATGGCCAAGGAAGGCATCAGTTTCCTAGCAGCGCTATTATCGATCATTGGTCTCAGTATCGGCTATTGGTTTGTCAGACGGCAAAAAAGGCTGAAAGATCCGCTGCTCGACTTGGGATTGTTCGCATACCGTGGGTTTAGCTGGTCGCTAATCATGATGCTGATGGGTTCGTTGATCGTTGGGGGATTTGTCTTTCTGTTTACTCAGTATTTGCAGATGGTGGAAGGACTTTCTCCGGTGGAAGCAGGTCTGTGGATGATGCCTTATGCCGCCGGCAGCATTATTGGTATATTGGCAGCGCCGATCTTAGCACGAAGGTTTCCCTCATCACATCTCATCGCCTCTGGTTTATTGATCTCATCAGTCGGTTATCTCATGGTCATATGGACGGATACGTCATGGGGAATGTTAATCCCCATCCTCGGCAGCGTTCTTCTGCTGATGGGAGTGGGTCCTCTTCAAGTCTTAAGCATGGACCTTATTATCGGGTCAGCACCGCCAGAGAAAGCAGGAGCAGCATCTTCCTTGTCGGAAACAAGCGGCGAGCTTGGGATGGCACTTGGTATCGCTGTGATGGGGAGTATAGGTACAGTTATTTATCGCAATCGGATGAATGTTCCTGACGGTATTCCGAATGAAGCGGCAGAATCGGCCAGTGATACATTGGCTGCTGCTATGAATGCAGCGGAACAGCTACCTGCAGCGCTTGCCGATGAGATCCAAATGTTAGCTCAAGCGGCATTTGCGTCCGGATTTCAAGTCGTTGGCATTCTGAGCTCCGTTCTATTGATAGGAATCGCAGTAATTTCAATGGCTTCCCTCCGTGATAAAAGCCCTATCAAGGGAAATGAATGA	MNDERASRAGPREWIGLIVLSLPTLLLALDFTMLHLALPHLAADLKPSSVQQLWILDIYGFMIAGFLITMGTLGDRIGRRKLLLIGAFAFGVASIVAAFSTSAGMLIVTRALLGISGATLMPSTLALISNMFKDSKQRATAISVWMVCFSSGAVIGPAVGGILLEYFWWGSVFLLGVPVMLLLLVTGPWLLPEYRNSESKKLDPISVILSFGSLLPLIYGLKDMAKEGISFLAALLSIIGLSIGYWFVRRQKRLKDPLLDLGLFAYRGFSWSLIMMLMGSLIVGGFVFLFTQYLQMVEGLSPVEAGLWMMPYAAGSIIGILAAPILARRFPSSHLIASGLLISSVGYLMVIWTDTSWGMLIPILGSVLLLMGVGPLQVLSMDLIIGSAPPEKAGAASSLSETSGELGMALGIAVMGSIGTVIYRNRMNVPDGIPNEAAESASDTLAAAMNAAEQLPAALADEIQMLAQAAFASGFQVVGILSSVLLIGIAVISMASLRDKSPIKGNE	PGPT0028045_1667	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_QacA,PGPT0028045-smvA|qacA|lfrA-K08167	NA	NA
JZ016_06727	870	rhaR_64		HTH-type transcriptional activator RhaR	ATGAAGCGACCCATGGAAACCTATTATGGAGATACCTTTTTCCAGGATGACACCTTGATGTATGTGAATCGAAACGCGGAGAATTTTACAGGCTCATACCATAACCATGATTTTCTGGAGATTGCTTATATTGCGGAGGGTGAAGGTTTTCATCACCTGGAGAACTCGGTACAGCGCGTGCGCAAAGGTCAAATGTTCTATATCCCACTCGGAATATCTCATGTATTCCGGCCCACTTCTGCAAACGGGAAGCCGCTCATCGTGAATAATTGCATTTTCTCTGTACAGCTGCTGCCCAAACTGATTGCTTTTACAACAGGTTCGGATACGGCTGCCTTTTTGAAAGGCATGGAAGATGGCTCCCTTGGATACCATGCGATTATGGACCGACATGATCGCTTCGAGAGGCTCTTTAGCTTCCTCTATGAACAAAATGCCATGCACGGCAGCGGTTCTGCCGTTTATCTGCACACGCTGCTGCTGCAGCTGATCATTGAGTTCAGCCGTGTCATCGAACATCCACATACGATGCCTTCGGTGCCGCAGCACCATTCCTTTCAGGATGTCCTTCAATACGTGGAAGTGCAGTACATGCATGAGCTCACTTTGACGCAGCTTGCACATATCAGCGGATTCAGCGAGCGCCACTTGCAGCGGCTGTTCCGCCGATATACAGGCCAGAGCTGGCATCATTATTTGCAAACCGTACGGATTCGAATGAGCCGCGAGCTGCTGCGCACCACCTCGGACAAAATCAGTACGATTGCCGAGAAGGTCGGTTATAAGGACATGCATTCTTTTCACTCCGTGTTTAAACGAAATACAGGTCTCACACCTGGTCAATACCGGAGCGATGTTCAGCATTCATAA	MKRPMETYYGDTFFQDDTLMYVNRNAENFTGSYHNHDFLEIAYIAEGEGFHHLENSVQRVRKGQMFYIPLGISHVFRPTSANGKPLIVNNCIFSVQLLPKLIAFTTGSDTAAFLKGMEDGSLGYHAIMDRHDRFERLFSFLYEQNAMHGSGSAVYLHTLLLQLIIEFSRVIEHPHTMPSVPQHHSFQDVLQYVEVQYMHELTLTQLAHISGFSERHLQRLFRRYTGQSWHHYLQTVRIRMSRELLRTTSDKISTIAEKVGYKDMHSFHSVFKRNTGLTPGQYRSDVQHS	PGPT0017785_102	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017785-rhaR-K02854	NA	NA
JZ016_06728	2688			Alpha-L-rhamnosidase	ATGTTCAGCGTTACGGATTTACGATGTGAGTATCAGCATAATCCGATTGGAATCGGCGAGAAGCATCCGCGTTTAAATTGGAAGCTGGTCTCGGACGAAAGGGCATTCAGGCAAACGGCCTATGAGATTGAAGTTTCGAATGATGATCGTTTTGCTGTGCCCTTTTGGACTTCAGGGAAAGTAGCTTCTTCGCAATCGGTTCATGTGGAATTAAGCGAATGGAGCGTATCGTCTTGTAAGCGCTATATTTATCGAGTCCGCGTCTGGAATCAAGCCGGGGAGGTATCGGAATGGTCGGATGCAGCCTATTGGGAGACGGGTAAACTGCAGGGAGAGAAATGGATAGGGGAATGGATAACGGCACCCAGTTCTTTGCTGCCGGCCGAGTCTCCTCATCTACCGCTCCTTCGCAAGAGCTTCAGCTTGAAGACGCCCATTGCGAAGGCGAGAATATATGCCTCGGCCTTAGGCCTTTATGAACTGGAACTGAACGGGCAGCGGGTGGGAGATTGTTATTTCACACCCGGATGGACGAGTTATGAACATGCGATACAGACGCAAAGTTATGACGTGACGGATATGCTGAATGCTGGCCTAAATGGCATCGGCGCTTGGCTCGGAAATGGATGGTACAGGGGGCAATTGGGATGGGAGGAACGGAGCGCAATCTATGGGAATCGATTAGCCCTTTTGCTGGAGCTGCATATTACTTATGCAGACGGGAGCGAAGAAGTAATTGCAACCGATTCAAGCTGGCAGTCGGCCAAAGGCCCGATCACAATGTCAGAACTCTATCATGGTGAAACCTACGATGCCCGGTTGGAGCTGGAAGGCTTCAGCTCAGGAGATTTTAACTCAAATGATTGGCATGGTATCGAAACGATCGATCACGGGTTTGACATGCTGAAGCCTCAAATTAACGAGCCGGTAAGAGCCATCCAAAAGGTGCAGCCCGTTGAATGTCTGATTACACCCAAAGGTGAAACCGTCATCGATTTCGGACAGAACCTGGTGGGCTGGGTCCGGTTTAGCGTGTCCGGCGCGGAAGGCGCTATCGTGACGCTGCAGCATGCGGAGATACTGGATTCCGAGGGGAACTTGTATACGGAGAACCTCCGAACCGCTAAACAAACCATTCAGTATACGTTAAAAGGTGGAGGACAAGAAACCTATGAGCCACGGTTTACGTTCCAAGGCTTCCGGTATGTCCGCTTAGACGGTTTCACGGAGGAGCAGTTGAGCCGTGGGGTTTTTGAAGCAGTTGTGCTCCATTCGGACTTTGAAGAAATCGGAACGTTTCAGTGCTCAGATCCCATGGTTAATCAATTGCAGAGCAATATTCGATGGGGGCTCAAGGGGAATTTCCTGGATGTGCCCACGGATTGTCCCCAGCGTGACGAGCGGCTTGGCTGGACGGGAGATGCACAGATGTTTATTGGGACGGCGGCCTATCTAGCGAACGTGGCTCCTTTCTTCACCAAGTGGTTATCTGATCTGGCTGCAGACCAGCGTGGCGATGGGGCAGTGCCTTTCGTTGTCCCCCATGTGCTTGGCGATGAGGCCTACGCTTCGGCCGCATGGGGAGATGCAGCGGTCATATGTCCGTGGACGGTATATGTCAGTTATGGCGACCGACGGATATTGGAACGTCAGTATGAGAGCATGAAGAGCTGGGTCTCCTACATTCAGGCTCAGGGGGAGAATGAGTATTTGTGGAATACCGGCTTTCATTTTGGTGACTGGCTGGGACTTGATGCGAAATCCGGCGACTATGTGGGGGCTACAGAGCGGGATATGATAGCGTCGGCATTTTACTGTTATTCGGTAGAACTGCTTAGGAAAACAGCGATCGTATTGGGTCAAGAAAAAGATGCTGCCCTGTATACGGAGCTTAAAGATAAGGTGGTCGCTGCATTTCGCAACGAATTCGTGACCCCGTCAGGAAGGCTAGCGGCTTCGACTCAGACCGCGCATGTGCTTGCGCTCATGTTTGGGCTGCTGGATGAAGATGCGGAAAAACGAGCAGCGAAACGTCTTTATTCGCTGCTGGAGGAGAGTAGATTTCATCTAACGACAGGCTTTGTGGGAACACCCTATATTAACCATGTATTAAGTCAGCATGGCATGCATGACGCGGCCTATAAGCTGTTGCTGCAGAGGGACTATCCTTCATGGTTGTACCCGGTTACGAAAGGCGCAACCACGATATGGGAGCACTGGGACGGTATTAAGGAAGATGGCAGCTTCTGGAGCCGGGATATGAATTCATTTAATCATTATGCATATGGAGCCATTGGCGAGTGGCTGTATCGTACGGTTGCCGGCATACAAACTGTGGAGGAAGCGCCGGGTTATAAGCATACCGTGATTGCACCCGTGCCGGGCGAAGGATTGACATGGGCTGAAGGCGTGATCGATACGCTGTACGGATCCGTCCGGTCAAGTTGGAGATTGGAAAGTGGTGGAGAGTTTCAAATAGAGGTAACCATCCCGCCTAATACAACAGCGGAGATCCGACTGCCAGGTGTTTTTAATGCATCAAGCGTTACAGAAGGAGAGGCGATACCTCTAGACGAAGCGAGAGGGATTCAATCTGCACGTGATGGTGAAGCGGGTGTTGTGATTCAAGCGGGCTCAGGAGAGTATACATTCAGATATGTTTATTCCGATCATGCTGTGCAGTCATGA	MFSVTDLRCEYQHNPIGIGEKHPRLNWKLVSDERAFRQTAYEIEVSNDDRFAVPFWTSGKVASSQSVHVELSEWSVSSCKRYIYRVRVWNQAGEVSEWSDAAYWETGKLQGEKWIGEWITAPSSLLPAESPHLPLLRKSFSLKTPIAKARIYASALGLYELELNGQRVGDCYFTPGWTSYEHAIQTQSYDVTDMLNAGLNGIGAWLGNGWYRGQLGWEERSAIYGNRLALLLELHITYADGSEEVIATDSSWQSAKGPITMSELYHGETYDARLELEGFSSGDFNSNDWHGIETIDHGFDMLKPQINEPVRAIQKVQPVECLITPKGETVIDFGQNLVGWVRFSVSGAEGAIVTLQHAEILDSEGNLYTENLRTAKQTIQYTLKGGGQETYEPRFTFQGFRYVRLDGFTEEQLSRGVFEAVVLHSDFEEIGTFQCSDPMVNQLQSNIRWGLKGNFLDVPTDCPQRDERLGWTGDAQMFIGTAAYLANVAPFFTKWLSDLAADQRGDGAVPFVVPHVLGDEAYASAAWGDAAVICPWTVYVSYGDRRILERQYESMKSWVSYIQAQGENEYLWNTGFHFGDWLGLDAKSGDYVGATERDMIASAFYCYSVELLRKTAIVLGQEKDAALYTELKDKVVAAFRNEFVTPSGRLAASTQTAHVLALMFGLLDEDAEKRAAKRLYSLLEESRFHLTTGFVGTPYINHVLSQHGMHDAAYKLLLQRDYPSWLYPVTKGATTIWEHWDGIKEDGSFWSRDMNSFNHYAYGAIGEWLYRTVAGIQTVEEAPGYKHTVIAPVPGEGLTWAEGVIDTLYGSVRSSWRLESGGEFQIEVTIPPNTTAEIRLPGVFNASSVTEGEAIPLDEARGIQSARDGEAGVVIQAGSGEYTFRYVYSDHAVQS	PGPT0019195_723	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-RHAMNOSIDASE,PGPT0019195-ramA-K05989	NA	NA
JZ016_06729	423	cwlJ	COG3773	Cell wall hydrolase CwlJ	GTGGCAGTCATCAAAGCGAATTCGAATGATGTGGATCTTCTGGCAAGATTGATCCGCGCAGAGGCAGAAGGCGAAGGCGAGCAAGGCATGCTCATGGTCGGGAATGTCGGAGTGAACCGGATATTGGGCAACTGCCTGGATTTTCGAAACATCCGCAGCATGAACGATATGGTTTTTCAGAGCCCGGGTGGTTTTGAAGCAACACAGAAAGGCTATTTTTATCAACGAGCTAGGGATCGGGATCGTCGGCTAGCCCAAAGGGTCATTAATGGGGAACGCATATGGCCGGCTAGCAACGCGCTGTGGTTTTTCCGGCCGGCAGGAGATTGCCCGGCAACCTGGTACAATCAGCAGAACACAGGCCGATTCAAAGCACACTGTTTCTTCACCCCGACATATGCCGATTGCCCGTCCGTTTTTTGA	MAVIKANSNDVDLLARLIRAEAEGEGEQGMLMVGNVGVNRILGNCLDFRNIRSMNDMVFQSPGGFEATQKGYFYQRARDRDRRLAQRVINGERIWPASNALWFFRPAGDCPATWYNQQNTGRFKAHCFFTPTYADCPSVF				NA	NA	NA	NA	NA
JZ016_06730	432			hypothetical protein	ATGTACAATCAAGGTGTGCCACCTGTGAACTTCATGAATGGAGTCCGTTATCCGGGAGTGCCGAACCGCGGGACGGCTGGTTATACGGCGAACGTTCCACCGCAGGTGCCTAGCGGAAGCCCAATGACTCCAGGAGGCACCGTTGTTCCCGCCCCGCAATTCGAACAATCCTACGTAGAGAATATTCTACGACTGAATCTGGGCAAACAGGGAACCTTCTATATGACGTATGAAAACAATTCGCAATGGAATGCCAAGGTGTTCACAGGTGTGGTCGAAGCTGCTGGACGTGATCATATCATTATCAGCGAACGGTCGACAGGCCGCCGTATCATCCTGCTGATGGTAAACCTAGATTATGTCGTGTTCGACGAGCCGCTTCATTATCAATATCCGGGTGTTATCGGCAATCCGCCTCCAACGGCTAGATAA	MYNQGVPPVNFMNGVRYPGVPNRGTAGYTANVPPQVPSGSPMTPGGTVVPAPQFEQSYVENILRLNLGKQGTFYMTYENNSQWNAKVFTGVVEAAGRDHIIISERSTGRRIILLMVNLDYVVFDEPLHYQYPGVIGNPPPTAR	PGPT0025095_163	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_GERMINATION_PROTEIN,PGPT0025095-gerQ-K06305	NA	NA
JZ016_06731	1320			hypothetical protein	TTGAGTGACCCCTTACCGAGTTTGATAAGTTTAACCTTGGTATTGATTCTCGTCCTGTTAAATGGATTTTTTGTATCGGCTGAATTAGCTTTCGTTAAAGTGAAAAGCAGCCGTATTGACGCTCTGGCCGAAGAAGGACATAGACGTGCAAAATTTGCGCAGAACATATTGAAGAACCTGGACGGATATATATCCGCATGCCAGTTTGGTATTACCATCGTGTCCATTGGACTCGGATGGATTGGCGAAAGAACGATATCCGCCATGATTACGCCTTGGTTTCATGGCATAGGCTGGAGCAATACAGCCGTTCATGCCGTGTCCTTGGTAATTGCCTTCATCCTGATTGCACTCATGCACATTGTATTTGGTGCATTGGCGCCCAAGACAGTGGCTGTACGTAAGGCGGAACAAATTGCGCTGCTATCTGCAGGCCCACTGCGGGTGTTTTACACGATGATGTTCCCGTTTATCTGGTTTGCCAATGGGCTCTCCAATAATGTTCTCCGTTTATTCCGGATGCAACCGGTGGTTGAACGGAATGTTCATACCGAGGAAGAACTGCGGGATATGATGAAAGAGAGCAGTGAGAGCGGCCTGATGGATAGCACGGATATGGTGTTGGTAGACAACATTTTTGAATTTGCCGACACGACAGCAAGGGAGATCATGATCCCCAGAACAGAAATGATCTGCTTATACAACAATCTTTCATTGGAAGAAAATCTGAAGATCGCAAGCGAGGGGATGCGAACCCGTTATCCGATTTGTGACGAAGACAAGGATCATATCATTGGCTTTATTCACATTAAAGATCTGATGCGCGGATTCGTTCGTGACCAGCTTTCCTTGATTCGCCCGATCATTGCTGTTCCTGAGTCGATCAAGATCAGCGATCTGCTGCGAAGAATGCAGCGGAGCAAGACGCAAATTGCCATTCTAATTGATGAATACGGCGGGACTTCAGGACTCGTAACCCTGGAGGACATCATGGAAGAAATCGTCGGTGAAATTCAAGATGAGTTTGACGAAGAGCGTCCGGGCATTGAAAAGGTGGGGGAGGATGAATACTCCATTGATGGATTGATGCTGATCGATGAAATTAATGACCAATTTGGTCTGAACGTGGATACAGAAGACTATGATACTATCGGTGGATGGCTGTCCTCGCGTCTTGAGGTGCTGCTCCCACACAAAGGTCAATCTGTCATGTATGAGGATTATCGCTTTGTGATTGAGGAGACCGAGAATAAACGGATTTCGCGGATTCGTCTGATCAGGCAGCAGCAGCAGCTGATTCAGGAAGAAGCAGGTGCGTAA	MSDPLPSLISLTLVLILVLLNGFFVSAELAFVKVKSSRIDALAEEGHRRAKFAQNILKNLDGYISACQFGITIVSIGLGWIGERTISAMITPWFHGIGWSNTAVHAVSLVIAFILIALMHIVFGALAPKTVAVRKAEQIALLSAGPLRVFYTMMFPFIWFANGLSNNVLRLFRMQPVVERNVHTEEELRDMMKESSESGLMDSTDMVLVDNIFEFADTTAREIMIPRTEMICLYNNLSLEENLKIASEGMRTRYPICDEDKDHIIGFIHIKDLMRGFVRDQLSLIRPIIAVPESIKISDLLRRMQRSKTQIAILIDEYGGTSGLVTLEDIMEEIVGEIQDEFDEERPGIEKVGEDEYSIDGLMLIDEINDQFGLNVDTEDYDTIGGWLSSRLEVLLPHKGQSVMYEDYRFVIEETENKRISRIRLIRQQQQLIQEEAGA	PGPT0014013_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014013-yrkA-NA	NA	NA
JZ016_06732	498			hypothetical protein	ATGTCAAAAGTACGCAGTCCTAAACGTATAGCTTCAGCGGTTGCAGTCAGTGTTCTATTAAGTTTATCTCTGGCAGGAGGGGCTTACGCGGATTCGGCTACAGACATTGCACCCGGTGCCTTAACGACTCCGCCTCCTGTGGAAATGAACCTAAATTCTTCTCTCAACACGTTAGCCAATAAATATTTGATGGATTATTTTTCTTCGATAGGGAAAGTAAGCAGTACTCAAGTAGGGATTAGCGCCACTACCAGTGCTTCTCAAGCTGTAGATTCTCTGGGTATCAATTATGTTCTTCAACGCTGGACGGGCTCCGCTTGGGTCGATTCGGGAGCTTCATACGATAACGGAACGAGTAGAGCCTCTCTGAGCGGAAGCAAGACTTTTAGTGTGCAGGCGGGTTATTATTACCGGGCCAAGACGATTCACTGGGTCAAAGAGAGCGGTACATATGAAGAAGGAACTTATCACACGAGCTCGATATTGGTAGCACAATAA	MSKVRSPKRIASAVAVSVLLSLSLAGGAYADSATDIAPGALTTPPPVEMNLNSSLNTLANKYLMDYFSSIGKVSSTQVGISATTSASQAVDSLGINYVLQRWTGSAWVDSGASYDNGTSRASLSGSKTFSVQAGYYYRAKTIHWVKESGTYEEGTYHTSSILVAQ				NA	NA	NA	NA	NA
JZ016_06733	822			hypothetical protein	GTGAATTGGATGAGCAACGAAAAATACGATGATTGGTTTGATGAGGCGTTTGACGAAGCCTTTGATCGTGCAGCTTCACGTTCCTCACTCCCTACTGACATTGAATCTAAACGACAATCCTGGCAGCAGGTTCAACAGCAAATCAAACAGGTACACAAAAAGAAACAGCGTCGACGCACTTTTCAGTTAGCCGGAGTCATCGCAGCATCGATGGCCTTTGGTGCATTGATATTCTCTCCATCCTCTGTAACTCAAGCGGTAACACCGGTTTATCAGGAGATCAAGGATTGGGGAAATGGTGTGGTGACCCAAATTTTCGGTATGCGAGAGCCTGTTGATAAGAGCAAGGCATTAACGGCTCCCCCACCGGAGCAGGGAATAGAACCCGAAGGGTATGTGCCGCCAGCTCAATTAGTGGAAACCGAATATATAACTTTCACAGATACCGATGAATCTCTGACAGAATCGCAAAAACGCGCACCTTTTAAAATACCAAAAATCAATTATCTACCGGAAGATTACAAATTCTATGAGGCTACAGCATTAATAACGGATGAAAATCCGGTTTTTGAAGAGCTTCATCTTCATTATAAGAATTCGGAAGAAAAGTTTTTCCATATAGATCTTATCGGGATGACACTTGGTAAAATGATCAATCTCAATGGGGATATTAAGAAGACGATTATTCTTGAATCCGGAGCAAAAGCCTATTTAACCGAGACTAACCTTCGCTTCTTATACGATAATGATCAAGTGATTGTATCCATTAGCGGCTTCTTCACAGAAGATGAATTCATAAAAATTGCAAACAGCATACAATGA	MNWMSNEKYDDWFDEAFDEAFDRAASRSSLPTDIESKRQSWQQVQQQIKQVHKKKQRRRTFQLAGVIAASMAFGALIFSPSSVTQAVTPVYQEIKDWGNGVVTQIFGMREPVDKSKALTAPPPEQGIEPEGYVPPAQLVETEYITFTDTDESLTESQKRAPFKIPKINYLPEDYKFYEATALITDENPVFEELHLHYKNSEEKFFHIDLIGMTLGKMINLNGDIKKTIILESGAKAYLTETNLRFLYDNDQVIVSISGFFTEDEFIKIANSIQ				NA	NA	NA	NA	NA
JZ016_06734	591	sigM_3	COG1595	ECF RNA polymerase sigma factor SigM	GTGTCCAACCGATTACAGCTCCTCCTTGCAGCAGATTTCGCTGATCTGAGCGAACCTATTCAGGAAGAAGTCTATTATGAATTTTATGACCTCGTTTATGGACAGATACTGTATGTCGTACGGGATCATGCTGCTGTTGAGGATATCATTCAGGAGTCCTTTATAAAAGTGATTACAAGTAAGCCGAATTTTGAAACCGAAAGCAAGATGCGGGGATGGCTCCGTGTCGTCGCCAAAAACTCAACCATGAATTATTTAAGAAAAAATAAAAAATACCGTAACCAAGTGGATGTCGAGAGTGTTTTTATTAATGAAGAGGACGTGGTAGTTTCTTCCACGAACGTCGAACATCAGGTGGAGTCGAATATGCTGGAGGAATCCATCGAGCATTATCTCGACCAATTGAAGCCTGAATACAAGCTATTGATTGAGTATCGGTGGAAGCATAGTCTGACGTACAGAGAAATCGCGGAGCTGCTGAATACTCGCGAAGAGATCGTGAAGCAGCGCTTGTTCCGCGCCAGAGAATCCGTAAAGAAAATGCTGTATAGAGAGTGGGGTGAATTGGATGAGCAACGAAAAATACGATGA	MSNRLQLLLAADFADLSEPIQEEVYYEFYDLVYGQILYVVRDHAAVEDIIQESFIKVITSKPNFETESKMRGWLRVVAKNSTMNYLRKNKKYRNQVDVESVFINEEDVVVSSTNVEHQVESNMLEESIEHYLDQLKPEYKLLIEYRWKHSLTYREIAELLNTREEIVKQRLFRARESVKKMLYREWGELDEQRKIR	PGPT0014960_5897	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
JZ016_06735	1230			Aminopeptidase 2	ATGTCCAACTTTGAACAAAAAATGGAACGCTACGCGGAGCTTGCAGTCAAGGTGGGTGCTAATGTGCAGCCGGGACAAACGCTGGTCGTTAACGCCATGATCGATGCTGCACCGTTGGTACGTCTTATCGTGAAGAAAGCTTATGAAACGGGTGCCAAGCAAGTAAAGGTGAACTATAGTGATGAGGTTGTGAACCGGATACGGTACGACCTGGCACCAGACGAAGCTTTTCTGGAGCCGCCGACATATTATGCGGAGGAAGTAACCGAGCTTGCCGAGCAAGGGGCTGCTTTCTTGACCATTCTCTCCTCGAACCCTGACCTGCTTAAAGGCGTTGATCCGGAGCGTATTTCCAATTACCAGCGTACATATGGCGCCGCTATGGCGAAATACCGGCAATATCAGCAAGCCGATAAAATGAGCTGGACCGGCATTGCCTATGCTTCCCCTGATTGGGCTGCCAAGGTGTTCCCTGACGTTCCGGCCGAGCAGCAGGTGGATAAAATGTGGGATGCGATATTCCACGTGGTCCGCGCGGATCTCGAAGATCCCATTGGTGCATGGGAAGATCATATCACGACCCTCCAGCACAAATCGGATGAACTCAATGCCAAGAAGTATCATAAGCTTCGCTTCACTTCACCAGGGACGGATCTTACGATCGAGCTTCCGGAGGGACATATCTGGGCCCAAGCGGGCAGTCACAACGAGAAAGGCGAGCGTTTCGTTGCCAACATTCCGACGGAGGAAGTGTTCACCGCTCCGCTCAAAACCGGCGTGAACGGCACCGTACGCAGCACGAAGCCTTTGAGCTACGGCGGCAACATCATTGACAATTTCTCGATCACGTTCGAGAATGGCCGCATCGTCGATTTTTCCGCGGAACAAGGCGAAGATACCTTAACCCGCCTGATCTCCATGGATGAAGGCTCACATTATCTTGGCGAGGTTGCCCTTGTGCCTTATCGCTCCCCGATCTCGGAAAGCGGTATTTTGTATTACAACACACTGTTTGACGAAAATGCTTCCTGTCACCTGGCCATCGGCAGCGCGTATGCCTTTAACCTTGAGGGCGGCAAGACCATGACGTCCGAACAGCTTCAAGCAAGCGGTCTGAACACCAGCATTACCCACGTTGACTTCATGATGGGCTCCAAAGAGCTTCATATTACCGGAATCACTCATGATGGCAAAGAGGAGCCTGTATTCATCGACGGCAATTGGGCTTAA	MSNFEQKMERYAELAVKVGANVQPGQTLVVNAMIDAAPLVRLIVKKAYETGAKQVKVNYSDEVVNRIRYDLAPDEAFLEPPTYYAEEVTELAEQGAAFLTILSSNPDLLKGVDPERISNYQRTYGAAMAKYRQYQQADKMSWTGIAYASPDWAAKVFPDVPAEQQVDKMWDAIFHVVRADLEDPIGAWEDHITTLQHKSDELNAKKYHKLRFTSPGTDLTIELPEGHIWAQAGSHNEKGERFVANIPTEEVFTAPLKTGVNGTVRSTKPLSYGGNIIDNFSITFENGRIVDFSAEQGEDTLTRLISMDEGSHYLGEVALVPYRSPISESGILYYNTLFDENASCHLAIGSAYAFNLEGGKTMTSEQLQASGLNTSITHVDFMMGSKELHITGITHDGKEEPVFIDGNWA	PGPT0020940_1073	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020940-pepS|ampP|ampT-K19689	NA	NA
JZ016_06736	1233			Aminopeptidase 2	ATGTCCGATTTCAATACATACTTGGACAAATATGCCGAGTTGGCTGTAAAGGTTGGAGTTAACATACAAGAAGGACAAACCTTAGTGGTTCATGCTCCTGTTGATTCCGCCGAATTCACTCGCTTGATTGCCAAAAAGGCATATGAAGCGGGTGCCCGCCTGGTTAAGATTCTGTGGAACGACGAAACAATAACACGACTTCAATTCGAAAAGGCTGCAGATGACGTGTTTACCGAAGCGCCAAAATGGTATGCCGGCGAAATGACGGAATTGGTGGAGAACGGCGCAGCCATTCTGCACGTGCTTGCCGAAAATCCCGATCTGCTCAGCGGCATTGATTCCGAGCGTATCGGAAACTTCTACAAAGCGCGCGGAGAAGCATTGAAGACCTATCGCGCTTATCAGCAGTCCGACAAGTTTAGCTGGTGTCTGATCGCTGTGCCTTCAGCAGCTTGGGCAGCCAAGGTGTTCCCGGATGTGCCGGAATCCGAACAAGTCGGCAAATTGTGGGATGCCATCTTCCACACCGTGCGTGTGGATCAGGATAACCCGGTTGAAGCCTGGAACAAGCACCTCGAAGTGCTTGAAGCGAAATCCACCGTGTTGAACGCTAAGAAATACAAGAAACTCCACTATATCGCACCGGGAACCGATCTTACCATTGAGCTGCCGGAAGGGCATATTTGGGCGCAAGGCGACAGCATCAACGAACGCGGACATTCCTTTGTGGCTAACATGCCAACAGAAGAGGTTTTTACTGCTCCGCTCAAAACAGGCGTCAACGGAACCGTACACAGCACGAAGCCTTTGAGTTATGCCGGAAACATCGTGAACAATTTCTCCCTTACTTTTGAAGAAGGTAAAGTAGTCAGCTTCACGGCAGAGCAAGGTTATGAAACCCTTGAGCGTCTCCTGAACATGGATGAGGGTGCCCGTTATCTTGGAGAAGTGGCGCTGGTGCCGCATCAATCCCCGATCTCGGAGTCCAACATCCTGTATTACAATACGTTGTTTGATGAGAATGCCTCCAACCACCTTGCACTCGGCAGCGCTTATGCTTTCTGCTTGGAAGGCGGAAAAGATATGAATCAGGAGCAATTGATTCAAAGCGGTCTCAATACGAGTGTAACCCATGTTGATTTCATGATCGGCTCTGGCGACATGGATATTTACGGAGTGACGGCGGACGGCAAGGAAGAACCGGTATTCCTGAAAGGAAACTGGGCATTTTAA	MSDFNTYLDKYAELAVKVGVNIQEGQTLVVHAPVDSAEFTRLIAKKAYEAGARLVKILWNDETITRLQFEKAADDVFTEAPKWYAGEMTELVENGAAILHVLAENPDLLSGIDSERIGNFYKARGEALKTYRAYQQSDKFSWCLIAVPSAAWAAKVFPDVPESEQVGKLWDAIFHTVRVDQDNPVEAWNKHLEVLEAKSTVLNAKKYKKLHYIAPGTDLTIELPEGHIWAQGDSINERGHSFVANMPTEEVFTAPLKTGVNGTVHSTKPLSYAGNIVNNFSLTFEEGKVVSFTAEQGYETLERLLNMDEGARYLGEVALVPHQSPISESNILYYNTLFDENASNHLALGSAYAFCLEGGKDMNQEQLIQSGLNTSVTHVDFMIGSGDMDIYGVTADGKEEPVFLKGNWAF	PGPT0020940_880	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020940-pepS|ampP|ampT-K19689	NA	NA
JZ016_06737	276			hypothetical protein	GTGTCAGAAGTCCGAATCGAGCGTGCGGATATGAAGCGGGATGACAGCGATCAGTTCGTAGGATATACCGTATTTTCTATAGATGGACATGCATCAGCCTACGAGATTACTTTCCTGAGCAAGAATGGCCGGGACTGGGACTACAGCTTGAACTTCGCTGGCGAGCCAGGAATCGAGGAGCAGTTTCTTCAGATTGACGAGCGGATTGAAGCCGATAACGAATTGTTTGATGACTTGCTGGATGCTGCCATCGATGCTAGCGAGTTCGGCGAATAA	MSEVRIERADMKRDDSDQFVGYTVFSIDGHASAYEITFLSKNGRDWDYSLNFAGEPGIEEQFLQIDERIEADNELFDDLLDAAIDASEFGE				NA	NA	NA	NA	NA
JZ016_06738	1353	ktrB_4	COG0168	Ktr system potassium uptake protein B	ATGAAAAAGAAAGACCTTCGCAACCAAATGACCCCTCCCAAATTTCTGGCAATCGGCTTTGCTTCGATTACACTGATTGGGACGTTCCTGCTGAAACTTCCCATTGCTACGGCGGACGGAACTTCTACCCCAATCGTAGATGCTCTCTTCACAGCAGTTTCCGCCATCAGTGTAACGGGTTTAACCGTTGTGGATACAGGGACCCATTGGTCCATATTTGGACAAATTGTCATGCTCATGCTCGTTCAGCTTGGCGGATTGGGCTTTATGACCTCAGCCACCTGGATTGCATTGATGTTCAACCGCAGAATCTCGCTTCGGGAGCGCATGATCCTTCAGGAAGCAATGGGACAATACCAAATTCAAGGGATTGTAGACCTTATCCGAAGAGTGCTCGTCTATACGCTGATCATAGAAGGGGCAGGCGCATTACTGCTAACGCTCAGGTTCTCTGCCATCATGCCGCTTTCCGATGCGGCTTACTTCGGCATATTCCAGAGTATTTCCATATTCAACAATGCAGGCTTTGACCTCTTTGGCCAAATTCACGGACCCTTCTCAGGATTTGCAACCTATGTAGCGGATCCTTTTGTCAATATTATTCTCATGCTTTTGATCTTCCTTGGAGGAGTCGGCTTTATCGTCATTTTTGATCTTATTGAATATCCGAAATGCAAGAAACTGTCTCTTCATTCCAAGGTTGTATTAACCGTAACGTCACTATTAATCGTAATTGGGGCTGTCATGATCTTTATTCTGGAGCATGGCAATCCCAAAACATTAGGGCCGCTTTCGTACCCGGTAAAAATCATGGCTTCCCTATTCCAATCGATCACTCCCCGTTCCGGTGGCGTCAGCACCTTGGATATCGCGAGTCTGGAGCAATCCTCCCAGTTCTTCATGATTATCCTGATGTTCATCGGGGCAGCTCCCGGATCAACGGGGGGCGGAATTAAAGTGACTACTTTTGCCGTACTTATCGGTGCCGTCGTTACGATGATCCAGGGAAAACGGGACGTTGTTCTCTATCGCAATCGAATCTCCCAAGCCCTGGTTTACCGTTCCATTACACTAACGATTCTATCGTTGCTGCTATTGGTGGGAGCTTCCATGTTTCTGTCCATTACGGAATCTGGCGAATTCTTAAGAATTCTGTTTGAAGCCGTATCCGCGTTCGGTACTGCCGGGCTATCCATGGGACTTACAACCGAGCTGTCCGGGGTTGGTAAGGTGACCATTTCCCTGCTCATGTTCCTTGGCCGGTTAGGACCGCTAACCCTTGCTTATGCGCTGAGTCGCAAGAATAATAAAGAACTGTACCGCCATCCGGAAGGCCGGATTACGATTGGTTAA	MKKKDLRNQMTPPKFLAIGFASITLIGTFLLKLPIATADGTSTPIVDALFTAVSAISVTGLTVVDTGTHWSIFGQIVMLMLVQLGGLGFMTSATWIALMFNRRISLRERMILQEAMGQYQIQGIVDLIRRVLVYTLIIEGAGALLLTLRFSAIMPLSDAAYFGIFQSISIFNNAGFDLFGQIHGPFSGFATYVADPFVNIILMLLIFLGGVGFIVIFDLIEYPKCKKLSLHSKVVLTVTSLLIVIGAVMIFILEHGNPKTLGPLSYPVKIMASLFQSITPRSGGVSTLDIASLEQSSQFFMIILMFIGAAPGSTGGGIKVTTFAVLIGAVVTMIQGKRDVVLYRNRISQALVYRSITLTILSLLLLVGASMFLSITESGEFLRILFEAVSAFGTAGLSMGLTTELSGVGKVTISLLMFLGRLGPLTLAYALSRKNNKELYRHPEGRITIG	PGPT0002735_4188	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498	NA	NA
JZ016_06739	918			hypothetical protein	ATGAATTCGAACCGAGCACCGATCCCTGTATTTATCCCACTGTTTATCGGCATCATCGCTATTTCTTTTTCCTCCATATTCGTAAAATGGTCCACCAGTCCCGTATCCATTCAAGCGATGTACAGACTGGTGATCACGTTCCTGATCATGCTGCCCTTCGCGGGCAAATATGCGCCGGCTATCAAATCGTTGAAGCGTTCTGAACTGCTGCTGCTTCTTCTATCCGGTTCGATGCTGGCCCTGCACTTTTTGTTATGGATGGGCTCCTTGAAGTGGACGAGTGTAGCCAGCTCCACAATTATCCTTGCCCTTCAGCCGGTGTTTGTGATGATAGGTGCTTACTTCTGGTTTAAGGAGAAAACATCGCTGGCGGCAATCGGCGGCATGGCGATCGCTTTCCTCGGCGTATTCCTTCTCATTGGGAGCAGCGGACTCAGTGGGAGCAAGGGGCATTTGACTGGTGATATCATGTCGCTGCTGGGGACGGCTGCGGTCGCCGTGCATATGCTCCTGGGTCAATTGCTACTGCGGCGTCTGCCTTCATTCTTATACAGCTGGCTTGTCTTTGCAGTAGCGGCCTCCGTACTGGCGGTGTATAACGTAGGAATGAACATTCCGATGACGGGGTATTCCGGACGAGAGTGGGGGATTTTTGCTTTATTGGCTGTCGTGCCAACGGTATTCGGCCATCTGCTGTTCAATTGGCTGATGAAGTATGCCACAGCCTCCACCGTATCGATGAGCGTTCTTGGAGAGCCGGTTGGAGCGAGTTTACTGGCTTTTCTCCTGCTGAATGAGTCGATGAACTCCCTGCAGGCGGCAGGGGGGGCGCTCGTGCTGTTAGGGTTGGTATTATTCTTGAAAGTCGGGAAATCGAAAAAGCAGCCTGTAGACCTTCAACCCGAAGCGCTGGGGTGA	MNSNRAPIPVFIPLFIGIIAISFSSIFVKWSTSPVSIQAMYRLVITFLIMLPFAGKYAPAIKSLKRSELLLLLLSGSMLALHFLLWMGSLKWTSVASSTIILALQPVFVMIGAYFWFKEKTSLAAIGGMAIAFLGVFLLIGSSGLSGSKGHLTGDIMSLLGTAAVAVHMLLGQLLLRRLPSFLYSWLVFAVAASVLAVYNVGMNIPMTGYSGREWGIFALLAVVPTVFGHLLFNWLMKYATASTVSMSVLGEPVGASLLAFLLLNESMNSLQAAGGALVLLGLVLFLKVGKSKKQPVDLQPEALG				NA	NA	NA	NA	NA
JZ016_06740	1137		COG1063	putative zinc-binding alcohol dehydrogenase	GTGAAAGCAGTCACTTATCAAGGCAGACATCGGATCCAAGTAAAGGATATGAAGGACGCCGTTCTTCGGCACAGCGACGATGTCCTGATCCGAGTCACCACCACGGCCATCTGCGGATCGGATTTGCATTTATACAACGGTGGATTAAAACAGCTGAACGATGATTACATTATCGGCCATGAGCCGATGGGAATCGTGGTGGAAGCAGGTCCTGAAGTAAGCAGGGTCAAAGTGGGAGACCGCGTGATCATTCCTTTTATTGTATCTTGCGGAAAATGCCTGTTTTGTCAGAATCACATGGAGAGCCAATGCGATTATGCGAATGAGGGCAAGAATACCGGCGGTTTTTTTGGATATAGTGACGCCTACGGCGGTTTTCAAGGTGCGCAAGCAGAGCTTTTACGGGTTCCTTACGGGAATTCCATGCCCTTTGTTATACCTGAGGACGCCGAGATGGAAGATGAGAAGCTGCTCATGCTTTCCGATGCGCTGCCCACAGCCATCTGGAGCGTGGAGAACGGAGGGGTTAAACCAGGCGATGTCGTGGTTGTTCTGGGCTGCGGTCCCATTGGACTGCTAACGCAAAAGTTTTCCTGGTTAAAAGGCGCGAAGCGGGTAATTGCGATTGATCATGTGGATTACAGGCTCGCGCATGCGAAACGGACCAATCACGTGGAGACTTACAATTTTGAGAAGATCAAACCGATTGAAGATTTCATCAGAGAACTCACAAAGGGCGGCGCGGATGTTGTTATCGATTGCGTAGGCCTTGATGCCAAGCGGACGGGATTGGAAATGCTGGGCAGCGTACTAAGGGTTCAGGGCGGTTCTTTAGGAGCTTTCCGCATGGCCGTCAACATGGTTCGCAAATACGGGACCATCCAGCTAACCGGCATATACGGGCTGGTGTATAATGCCTTTCCGCTTGGAGAGCTGTTCGAACGCAATATTACGTTAAAAATGGGGCTTGCTCCCGTTATTCATTACATGCCGCGCCTTTATCAAATGTTGAAAGAAGGGACTGTGGACCCTTCGGATATCATCACACACCGGCTTCCGATGGAGAAGGCTGCCCACGGCTACGAAATCTTCAATGAGCGGAAGGATGGCTGTATCAAAGTCATTTTAAAGCCTTAG	MKAVTYQGRHRIQVKDMKDAVLRHSDDVLIRVTTTAICGSDLHLYNGGLKQLNDDYIIGHEPMGIVVEAGPEVSRVKVGDRVIIPFIVSCGKCLFCQNHMESQCDYANEGKNTGGFFGYSDAYGGFQGAQAELLRVPYGNSMPFVIPEDAEMEDEKLLMLSDALPTAIWSVENGGVKPGDVVVVLGCGPIGLLTQKFSWLKGAKRVIAIDHVDYRLAHAKRTNHVETYNFEKIKPIEDFIRELTKGGADVVIDCVGLDAKRTGLEMLGSVLRVQGGSLGAFRMAVNMVRKYGTIQLTGIYGLVYNAFPLGELFERNITLKMGLAPVIHYMPRLYQMLKEGTVDPSDIITHRLPMEKAAHGYEIFNERKDGCIKVILKP	PGPT0006355_1028	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006355-frmA|ADH5|adhC-K00121	NA	NA
JZ016_06741	735	ygaZ	COG1296	Inner membrane protein YgaZ	ATGAGCATCAAGTCAGAACGGCTCCCTGCTAGTATGGATGGGAACCAGGGAAACACCTATCTTCAAGGCTTCAAAGATTGTATTCCAACCCTCTTGGGCTACCTAAGCATCGGTTTTGCGGCAGGTGTTGTCGAGCGCACCGCAGGTTTCACCCTGCTCGAAATCGCGCTCATTTCGCTGCTGCTCTATGCGGGCTCCGGGCAATTTATTGCGGCAGGGATGATAGCGGCTGCTAGCCCGATCCTATCGATCATAGTTACGATATTTTTCGTGAATGCCAGGCATCTGCTGTTAAGCGCGGCGCTTGCCCCTTACTTTAAAGGTCTTTCTTCGGGAAAAAGCTTCTTCATCGGTTCCTTGTTAACCGACGAGACGTTTGGTGTAGCGGCAGCCAAGGCCACCGAGCAGAAAAAACTCGGCTATAAATGGATGGTCGGCCTGAATATTACGGCGTATCTGTTCTGGTGCGCAGCCAATGTAGCAGGCGGTTTAGTCGGGGAGTGGATTCCCGAGCCGGAGAAGTTTGGCCTTGATTTTGCACTGCCGGGGATGTTTATCGGATTGCTTGCTCTGCAATGGATCAGCCGGAAGAAGTATAAACTTGATTTCATGGTGGTTATGATTGCCGCTGTTTCAGTGGTAGCTGTCAGTACAATTATGCCGGGAAGCGCGGCGGTCATAGTCGCGATTGTGGTTGCGGCTACTGCAGGGATGGTGATCGAACGATGGAAATAA	MSIKSERLPASMDGNQGNTYLQGFKDCIPTLLGYLSIGFAAGVVERTAGFTLLEIALISLLLYAGSGQFIAAGMIAAASPILSIIVTIFFVNARHLLLSAALAPYFKGLSSGKSFFIGSLLTDETFGVAAAKATEQKKLGYKWMVGLNITAYLFWCAANVAGGLVGEWIPEPEKFGLDFALPGMFIGLLALQWISRKKYKLDFMVVMIAAVSVVAVSTIMPGSAAVIVAIVVAATAGMVIERWK				NA	NA	NA	NA	NA
JZ016_06742	249			hypothetical protein	ATGATTCTGAGCAAGCTCCGCATTCCCGAGGCGATGATCCGGTGGTTAGATCATGTCCCGATTGCCGTCATGGGAGCGCTGCTAGCCCAGGAGCTGCTGTTATCGGATGGACGTATAGACCCAGGGGGGCATTCACTAGAATTGATTGCAGCCGTGCCCGCTTTCCTAACCGCTTTTCTCACAAAAAGCCTGTTTGCCACCGTCATTGTCGGGATCCTGACTTTGGTGGGGCTCCGCTTGTTTTTCTAA	MILSKLRIPEAMIRWLDHVPIAVMGALLAQELLLSDGRIDPGGHSLELIAAVPAFLTAFLTKSLFATVIVGILTLVGLRLFF				NA	NA	NA	NA	NA
JZ016_06743	714			hypothetical protein	ATGATGCCGACGGTTACGATAGTCATACCTTTCTATAACTGCCAGTATATACAGCAAGCATTGGAAAGTGCGGTACAACAAACGTACCCTGCCGTAGAAATCATAGTCGTAGATGATGGGTCAACTCAATATTCACATCTGATCGCACCTTACATGAACAGAGTCTACTATATGGGCAAGAGTAACGGCGGAACGGCCAGCGCCTTGAATCATGGCATTTTGCATGCTTCCGGTGATTATATTGCCTGGCTCAGTTCGGATGATCGTTATGTTCCCCAAAAGATTGAGCGGCAGATGTCGTATATGCTGAGCAGCGGACTCGATGTCACGTATACCGGTTTTTGCGTCATTGATGAGCACAACCGGGTGACAACGCCGTACGAAGGGATTCCCATGGCGTCTCATGCAGATTTGGCCCGTCAGCTCACGTATTCCAATCCGATTAACGGCTGCACGGTCATTATGAAGAAAGACTGGCTTCACCGGGTAGGTCTATTTAATCCACAGCTTCCCTACACCCATGATTTCGATCTTTGGATTCGGCTGTTAATGAGCGGAGCTTCTTTTGGATTCATACCGGATATGCTTACGATGTATCGGGTACATTCCCAGATGGGTACGGTCCGTCATCAAGCGAGAATTCTTCCAGAATATGAGATGGTGAAAAACAATTACCGCCATGTACTTGAGCATTTGGCTCAGCTTGGCCGATAA	MMPTVTIVIPFYNCQYIQQALESAVQQTYPAVEIIVVDDGSTQYSHLIAPYMNRVYYMGKSNGGTASALNHGILHASGDYIAWLSSDDRYVPQKIERQMSYMLSSGLDVTYTGFCVIDEHNRVTTPYEGIPMASHADLARQLTYSNPINGCTVIMKKDWLHRVGLFNPQLPYTHDFDLWIRLLMSGASFGFIPDMLTMYRVHSQMGTVRHQARILPEYEMVKNNYRHVLEHLAQLGR	PGPT0015205_423	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM	CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015205-tuaG|ggaB-K16698	NA	NA
JZ016_06744	1230	mshA_11		D-inositol-3-phosphate glycosyltransferase	ATGAAAATACTACTGGCAACCCATTGGCTACTCCCCCATGTTGGCGGAGTATATAACTTCATGCAGGAGCTCAAGAAACGTCTTGAACAGCTGGGTCATGAAGTTGATCTGCTCGGAAACAGTCCGGATTACAGGAAAATCCATATTGTCAACCAAGGGAAGGAACTAGCCAAAGAAGTTTTGCTGCCCATGCTGGAGGCAAAGCTTGATCCGCAGACGGCTCCTGGTTTGAATCAGCATAGTGCGATACGCTTTTATGAGCTCGAGCGTTACTGCATGGAGCTGGCGGCAGCCTATTTCGGGCTGGAGCAATACGATATCATTCATACACAGGATAGTTTTTCTACACGCTCTTTAAGTAGGGTAAAACCCAAGCGTACGCCACTCGTATCGCATATCCACGGCTCTGTCGCACGTGAGATGAAGGACATATTTCGAAATAATCCTGCACAAGGCGTCAATGAAGGAAGTCCCGCCTGGCGTTATTTTCCAGCCATTGAGTATCATGCGGCCTTGTCCTCTGATTTAACGATTACGGCTAATCAATGGTCCAAGAATGTTCTTATGAGCGATTGCGGGGTACCTGATTATCGGATTACGGTGTTTCAATATGGTCTGGACGCTGAAGCGTTTCAGGCAAAATATAGCGCGGGATCGTCACATCGGCGACCACCTGGGAAAAAGGTCATTATCTGTCCGGCCAGATTGGTGTTCGTGAAGGGGATTCATGTGCTGCTTGAATCCCTTGCTATTCTCAAGCGGATGCGAAACGACTGGGTGTGCTGGATTGTAGGGGATGGTGCCATGCGAGGGCAACTGGAAGAGCAGGCCATAAGGACGGGGCTGCAGCATGAGGTGTTATTCCTTGGACAGCATGACAACGTTCCGGGGCTGCTCAGCCAATCGGATATCTTTGTCCATACTTGCATTCAAGATAACCAGCCGTACTCGGTTATGGAAGCCCAAATGGCAGGACTCCCGAGCGTCGTATCGACCGCAGGGGGGTTGCCCGAAATGGTAACTCACGGTTTCACGGGATTGTTAGCCCCTGTAGGAGATCCGGGAAGCACGGCCCAGCACCTCAATTTGCTGCTCCGAGATGAGGATTATCGAAAATTTCTGGGTAATAACGCCAAGACATTCGCCTATAAGCATTGGTCCATGGATCTTATGATCGAACGTATGCTGAACATATACTACGGCGCCATCGCTCAGAAATCATCCCAGTAA	MKILLATHWLLPHVGGVYNFMQELKKRLEQLGHEVDLLGNSPDYRKIHIVNQGKELAKEVLLPMLEAKLDPQTAPGLNQHSAIRFYELERYCMELAAAYFGLEQYDIIHTQDSFSTRSLSRVKPKRTPLVSHIHGSVAREMKDIFRNNPAQGVNEGSPAWRYFPAIEYHAALSSDLTITANQWSKNVLMSDCGVPDYRITVFQYGLDAEAFQAKYSAGSSHRRPPGKKVIICPARLVFVKGIHVLLESLAILKRMRNDWVCWIVGDGAMRGQLEEQAIRTGLQHEVLFLGQHDNVPGLLSQSDIFVHTCIQDNQPYSVMEAQMAGLPSVVSTAGGLPEMVTHGFTGLLAPVGDPGSTAQHLNLLLRDEDYRKFLGNNAKTFAYKHWSMDLMIERMLNIYYGAIAQKSSQ	PGPT0019565_79	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019565-bshA-K00754	NA	NA
JZ016_06745	165			hypothetical protein	ATGAATCAGCAAGCCTTTAACGTAATGAGTGATTTGTACAACAGGATTTTTGTCAATCAAAGATCCACTCCGGATGTGTTGGTCGATTATGTTATTTGGAACCGAATATTTCAGTCACTTCCGAAAGATTACAAGCTCCCGGATGAACCGGTAAACTATGTTTAA	MNQQAFNVMSDLYNRIFVNQRSTPDVLVDYVIWNRIFQSLPKDYKLPDEPVNYV				NA	NA	NA	NA	NA
JZ016_06746	627			hypothetical protein	ATGTTGAGCCTCCAAGATATCAAAGGCCCCTACCATGCGATATTCAGTTTGGGAAACAACTGTTTGCCGGGTATTGAGCTAAGAGAACACGGTTTGCGCAGATTTGCCGGACCTATCGATTGGATGGGTACTCCGGTGCTGCCTCAAATATCAAGAATGCTTCGCAATCGGTTTGAAGGCATGCTGGTGTATTCCAACTTACTCATGGTTAATCAGGCTAGTGAAGAGCTGTATAATATCTGGGATCAAGAATACGACCTCTATCTTAACCATGATTTTTATGTGCATAACAATTTCCCTCCCGATCTGCTGGGATATCCGGATGTTAAGGTTAAATATGATCGTAGAATTGCCAGATTTCTGCAGACGTTGGGAAGCGGGGGCCGCATTCTGTTTATCCGAACCGATTCCAGTCGCGAGGATATTAAGGAATTGGTAGATTCTTTGAAACAAATATGCTACGGACCTTTCCATGTGCTCGCCGTCAATCATGAACCTGTCCAGGAAATAGAAATGTTGGATTGGAACTTAGAGCACGTTTGCGCTGTAAAAATGCCGAATGTCGATATCTGGTTCAGCAACCGCTTTCGCTGGAGTTTTCTGTTCCAAGGCATGTATTTGATCTAA	MLSLQDIKGPYHAIFSLGNNCLPGIELREHGLRRFAGPIDWMGTPVLPQISRMLRNRFEGMLVYSNLLMVNQASEELYNIWDQEYDLYLNHDFYVHNNFPPDLLGYPDVKVKYDRRIARFLQTLGSGGRILFIRTDSSREDIKELVDSLKQICYGPFHVLAVNHEPVQEIEMLDWNLEHVCAVKMPNVDIWFSNRFRWSFLFQGMYLI				NA	NA	NA	NA	NA
JZ016_06747	336			hypothetical protein	ATGTCCATCTTTCGTTTAGATGCAGTGGAATATGGTCAAATTGATGCGCGGTATATCCAGTCGGTGGATCTAACGATTACCAATGCAGGAACTGAAGATTTTGATGTCCTCATACATGGATACCACCCCCATGGAGTCTATTATGTCGGACTGACTCATGTCGCAGTTGGAAATACAGTGAATGTTCCCAATATCACGAACCATAATATGGCATTCAGCCTTCTGCTTGTGACCAATATTAACTACGCGTTCACTACGCTGGTTACCTTACATGCCAAGAATGAAGGACAGCTTGTGGCCGTTTACTCACATTCTGATTTTCAAGTGATTGAATAA	MSIFRLDAVEYGQIDARYIQSVDLTITNAGTEDFDVLIHGYHPHGVYYVGLTHVAVGNTVNVPNITNHNMAFSLLLVTNINYAFTTLVTLHAKNEGQLVAVYSHSDFQVIE				NA	NA	NA	NA	NA
JZ016_06748	1068			hypothetical protein	ATGAAGGTGCTGTTCGTCTACTATGTGCCGAGCGGGGGGGTCGAGACATTAAACAGACAGCGATGCCGTGCACTGCGACTAGCCGGAATCGAGGCGCATTGCCTGTATTATAACTGGGGGTCCGGCATGCAGAATGCTGCGGACTTCCCCATCTACGTCACCCGCAATGACATCGAGATCAAGCACATCTTGGATTCGAATAATTTTGACGTCATCGTCGTTACGACGGATCACGCCAGTTTCCCGCGCTTTCGAATGCTGGGGTTCAAAGGGAAATTCGTGCTGGAGATTCAAGGGTATGGACCCAAGAGCGTTGCCCATGCGCAGCTTTCACAGGCAGTTCCATATGTGAATGAATATGCTGACGCGCTGCTTAATCCCAATACCCCGCATATTGCCGCTCTGTTCCAGGAGCTGTATCCGCATAAGCCGCAGTTTCATTTCAACAATTGTTTTGATAGTCAACGGTTCACGTACCATTCTTATCCGAGACCCTCAAGCCCTGTAATGGCATGGCTTGGACGGATCGAGGATAACAAGAATTGGCGAGAGTTTCTTCATGTCGGGCATGCGCTTAAGGAGCATGTTCCTGATCTCCAAATGTGGATGTTTGAGGATAGTGAGCTCAGCCAGCCGTTAGAAAGGGAGCAATTCCTATTACTCATTGATGAATTAGGCCTGTCGGATCGTTTAACCCTTCGGTCCAACGTGCCTAATGCCGAGATGCCTTATTACTATTCAATTATTGGAGACTCAGGCGGATTTCTGTGCTGCACTTCCAAGGTAGAGGGAGCACCTTATGCGGTGCTTGAGGCGATGAGCTGCCGCTGCCCGGTGCTGACAACCGATTCGGATGGGGTATCCACCTCGGTTCATCATAACTACACAGGCAAGTTTTATGTGCTCGGAAACATTGACCATGCCGTTACCGAAGCGCTTGAACTCATGAAGGAACCTGTTCTTCGTGAACAGATTCGAGACCAGGCGATGAGACATGTCGAGCAACATTTCAATCCGCATATCTATGCGATGAATTTTGCCGGCCTGCTTCAATCGATAGGGTTGTAA	MKVLFVYYVPSGGVETLNRQRCRALRLAGIEAHCLYYNWGSGMQNAADFPIYVTRNDIEIKHILDSNNFDVIVVTTDHASFPRFRMLGFKGKFVLEIQGYGPKSVAHAQLSQAVPYVNEYADALLNPNTPHIAALFQELYPHKPQFHFNNCFDSQRFTYHSYPRPSSPVMAWLGRIEDNKNWREFLHVGHALKEHVPDLQMWMFEDSELSQPLEREQFLLLIDELGLSDRLTLRSNVPNAEMPYYYSIIGDSGGFLCCTSKVEGAPYAVLEAMSCRCPVLTTDSDGVSTSVHHNYTGKFYVLGNIDHAVTEALELMKEPVLREQIRDQAMRHVEQHFNPHIYAMNFAGLLQSIGL	PGPT0019565_1361	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION	CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019565-bshA-K00754	NA	NA
JZ016_06749	918		COG1088	UDP-glucose 4-epimerase	ATGAAGATGGTTGTAACCGGCGGAGCAGGCTTTATCGGCTCCCACCTGGTGAACGGACTCGTGAATCAAGGCTATGAAGTCCATGTGATTGATAACCTCACAACCGGAGATCCAGGTCGCCTTCACAGCGAGGCGATTTTACATGTAACCGATGTAAACAGCCAGCAGACAACGGCGTATATCTCCGTGCTGAAGCCGGACGTTGTGTTCCACTTGGCCGCACAGGCCGATGTGCAGCGGTCGATCAAAGAGCCTCAACTTGATGCGGATGCGAATGTAATGGGCACCATCAATGTACTTGAAGCTTGCCGCAAGGCTGGAGTCCGTAAGATTGTGTTTGCATCGACTTCTGGCGTATATGGAGATCTGGAGAAATCTCAGCTGACGGAGGATGATCCGGTTAATCCAATCTCCTTCTATGCCCTATCCAAGGTGGCAGGCGAGCAATATATCCGCTTATACCACCGTTTCTTCGGCCTGCAGTACACCATTCTTCGTTATGGGAATGTCTACGGTCCGGGTCAGACTGCGAAGGGGGAAGGCGGTGTTGTGGCGGTATTTGGTGACCGTCTGCGTCAAGGTGCTCCGTTTCATATATTCGGCAATGGCGAGCAAACCCGGGACTTCATTTATGTCAAGGATGTGGTTGAAGCAAACCTCGCCTCCATTCAACACGGGGACGAGAGCGTTCTACATGTTAGCACCGGCACCGGCCATACCGTCAATTCACTCGTCGATCACATCAGCAGACTGCATCCTGACCGCATTGATGTTCACTATTTGCCCGCGAAGAACGGCGATATTCTGCACAGCTGCCTGAATAATGAGAGGACCCGGGCATTGCTGCAGTGGAGTCCGTTATTTAGCCTGGAAGAAGGCATGGAAGAAACCTACCGCCACTGGCTTCGCACATCCTGA	MKMVVTGGAGFIGSHLVNGLVNQGYEVHVIDNLTTGDPGRLHSEAILHVTDVNSQQTTAYISVLKPDVVFHLAAQADVQRSIKEPQLDADANVMGTINVLEACRKAGVRKIVFASTSGVYGDLEKSQLTEDDPVNPISFYALSKVAGEQYIRLYHRFFGLQYTILRYGNVYGPGQTAKGEGGVVAVFGDRLRQGAPFHIFGNGEQTRDFIYVKDVVEANLASIQHGDESVLHVSTGTGHTVNSLVDHISRLHPDRIDVHYLPAKNGDILHSCLNNERTRALLQWSPLFSLEEGMEETYRHWLRTS				NA	NA	NA	NA	NA
JZ016_06750	1926	ltaS1_3	COG1368	Lipoteichoic acid synthase 1	ATGGAACGCTACCTTGAACAAAGGTTGAGATTATGCATACTCGTTTTTTTGACGCTCTTATTGAAGCTGATCCTTCTAAGAGTGTTTCTGTTTAATGGGGTCATATGGGGGAAGGTGCTCACCGACGCGCTATCCCTGCTGGCGCTGATTAGCTTTCTGGAGCTGCTCCTGCCGGTAAGAGGCAAAAAGATGGTCTATGTGATCCTAAATGTCGTATTATCGTTCATCATGTTTGCGTCCGCTGTTTATAACGTTCATTTCGGGTCCATACCGACATATACCGCGCTTGCGGGGATCGGGCAAGTAAACCAGGTAAGAGCCAGCATTACGGCTTTGTTAGAGCCGGAGCACTTTCTCTTCTTCCTGGACCTGCTGGTCCTGTTGATCATATGGGCGGTTCGAAAAATTCGTTCCCGCACCCGAGGAGGATTGCATTTTGGTGGAGTCCGTTCCAGTTATTCCGTTTCCTATTCGCGCAGGCCTGGCATGAAGTGGCGCATATCCATGATGGTTGTGCTGGTCATTGCGGGTGTTCTGTCCGGACTTATCATCCGTAAAGAATGGGGAATCGAGAATGAAATCGTGCGAGCGGAGCAAATGGGATTCATGAATTACCAGGTTTCCTCCGTGATCCGGATATCGCAGGAGAACCGTGCGCTGGCCGAAGGGAGTCTGCAAGACACGATTCTGCGCTCCCAGCAGCTCCTGGCGACTTATCCTTACGTTAAGGAAGCAAAGGACAAGCCGGACTACTACGGCGCTGCCAAAGGCAAAAATCTGATCATCGTTCAGATGGAATCGCTGCAGAATTTTCCGGTTGGTCAGTCCTTGAATGGCCAGGAGCTGACACCGGTGATGAACCAGCTCGCAGATGGCGGCCTGTATTTCCCGCATGTCTTCCAACAGATCGGGCAAGGCAACACTTCGGATGCCGAATTTGCGGTCAATACATCGATTTATCCAACCGGAACGGTGGCGATGTCCACCGGATTCGGGAATAAAGAGCTGCCAAGTCTGCCGCGGCTCTTGAACAAGCACGGTTATGTTACGACGACATTCCACGTGAATGACGTGAAGTTCTGGGATCGAAGCAAAATGTACCCTGCGCTTGATTTTCAGCATTATTACGACAAGCCCTACTTCACGAATGATAACTTCAATGAGTTTGGACCTTCCGATGAAGAGCTGTTCCGTGTCGGCGTGGATAAGCTGCTGGAGAATCAACAGCAGAACAAGCCTACCTATGCCCATTACATCACGGTATCCAACCATTCGCCATATCATGTGAAGGATGAATTTGCGAAGATCACTCTGCCGGCTGAACTGGAAGGGACCCATCTGGGGAATTACCTGAAGTCGGTGAATTATTCGGATTATGCACTCGGTACTCTGGTTGACCGTCTGAAGCAGAACGGATTGTGGGATGATACCGTATTGGTGGTGTACGGGGATCACTTCGGCATCAATCCGGCAGAAGCCGACGCCGAGATGATCTCGTCAACGCTGGGCATTCCTTACCATGAGCGGGTCAGCCGATTTAATATCCCGCTTGTCATTCATGTACCTGGCATGAAGGAAGGAAAGGTCATCGAGCAGGTAGGGGGGCAGGTCGATATTCTGCCAACCGTCGCTAACCTTTTAGGCGTATCGCTTGACGATGAAGGCTTTAACGCATTTGGGCATGACCTGCTGAATGTGGACCGCAATGTAATCGGGATGAGATATTATTTGCCGACAGGCTCTTTCTTTAATAATGACATTCTGTTCGTTCCCGGTGACGGATTTGAGGATGGCACGGCGGTTTCACTGAAGACGCTCGAGCCCGTCACGGACATCACGCGGTATCGCGGCGATTACGACTATATTCTGCAGTTAATGAAGCTGTCCGATGAATATGTGAAAATGCTGCCCAAGCGAGCGCCATAA	MERYLEQRLRLCILVFLTLLLKLILLRVFLFNGVIWGKVLTDALSLLALISFLELLLPVRGKKMVYVILNVVLSFIMFASAVYNVHFGSIPTYTALAGIGQVNQVRASITALLEPEHFLFFLDLLVLLIIWAVRKIRSRTRGGLHFGGVRSSYSVSYSRRPGMKWRISMMVVLVIAGVLSGLIIRKEWGIENEIVRAEQMGFMNYQVSSVIRISQENRALAEGSLQDTILRSQQLLATYPYVKEAKDKPDYYGAAKGKNLIIVQMESLQNFPVGQSLNGQELTPVMNQLADGGLYFPHVFQQIGQGNTSDAEFAVNTSIYPTGTVAMSTGFGNKELPSLPRLLNKHGYVTTTFHVNDVKFWDRSKMYPALDFQHYYDKPYFTNDNFNEFGPSDEELFRVGVDKLLENQQQNKPTYAHYITVSNHSPYHVKDEFAKITLPAELEGTHLGNYLKSVNYSDYALGTLVDRLKQNGLWDDTVLVVYGDHFGINPAEADAEMISSTLGIPYHERVSRFNIPLVIHVPGMKEGKVIEQVGGQVDILPTVANLLGVSLDDEGFNAFGHDLLNVDRNVIGMRYYLPTGSFFNNDILFVPGDGFEDGTAVSLKTLEPVTDITRYRGDYDYILQLMKLSDEYVKMLPKRAP	PGPT0023375_866	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005	NA	NA
JZ016_06751	999	bioB		Biotin synthase	ATGACGACTCAAATCCATTATGATTGGGCGAAGCTGGCTGATCACGTTGTGCGAGGGCATGAAATAACGCCGATTGAGGCTTTGGCCATTCTCAACAGCGAGGATCAGGAACTGCTGACGGTTATGCAGGCTGCATATCGAATCCGCCGCGAGTATTATGGGAACAAGGTTAAGCTGAACATGATCGTTAACGCAAAATCCGGTCTGTGTCCTGAAGATTGCGGATACTGCTCCCAGTCCATCGTGTCGGAAGCGCCTATTGATAAATACGCATGGCTTACCAAAGACAAAATTCTCGAAGGCGCGCGTGAGTCGATTCGCCGGAAGGCGGGAACCTATTGCATCGTTGCTTCCGGTCGTCGTCCTTCCAATCGGGAGATAGATCATGTAGTCGCAGCGGTGAAGGAGATTACACAGACGACTCAGCTGAAGGTGTGCTGTTGTCTGGGCTTTTTGAATGAGGATCATGCGCGCAAGCTCGCTGATGCCGGCGTGCATCGATATAACCACAATCTGAATACTTCCAAAGATAACTATGAACAGATTACGACCACGCATACATACGATGACCGCTTAGATACCGTGAAGCAGGCAAGCTCTTCCGGAATGTCCCCTTGTTCCGGAGCCATTTTCGGAATGGGCGAGAGCCTGGAAGAACGGGTGGAGATTGCGTTTGCTCTGAAGTCGCTTGGAGCCGATTCGATTCCTTGCAATTTTCTGAATGCGATTGAAGGCACTCCTCTTGAAGGGCGTAAAGAATTGACCCCGATGATGTGCTTGAAGATTCTTGCCATGATGCGGTTTGTTAACCCTACGAAGGAGATTCGGATTGCAGGGGGACGTGAAGTGAATCTGCGCTCCTTGCAGCCGTTGGGATTATATGCGGCCAATTCGATCTTCATCGGCGATTATTTAACAACAGAAGGCCAGGCCCATAACGCAGACTGGGGATTGATTGAAGACCTAGGGTTTGAAATTGAGGAATGCGCTCTGTCATGA	MTTQIHYDWAKLADHVVRGHEITPIEALAILNSEDQELLTVMQAAYRIRREYYGNKVKLNMIVNAKSGLCPEDCGYCSQSIVSEAPIDKYAWLTKDKILEGARESIRRKAGTYCIVASGRRPSNREIDHVVAAVKEITQTTQLKVCCCLGFLNEDHARKLADAGVHRYNHNLNTSKDNYEQITTTHTYDDRLDTVKQASSSGMSPCSGAIFGMGESLEERVEIAFALKSLGADSIPCNFLNAIEGTPLEGRKELTPMMCLKILAMMRFVNPTKEIRIAGGREVNLRSLQPLGLYAANSIFIGDYLTTEGQAHNADWGLIEDLGFEIEECALS	PGPT0022120_3052	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022120-bioB-K01012	NA	NA
JZ016_06752	390			hypothetical protein	GTGCTGATTGCATCTGCCGCTCTGATTATATTTATACTCAGTTTATATTACCGAAGGTATGTACCTATATCTGGCTTGCGGTTCATGAAGTGCAGTGATCTTCGACAGGCCCAGAAGGAATGTCCGAATCTGAAAGTGCTCGATGTACGTGATGTGTCCGATTATATGGCTTGTCCGCGGAAAGAGACGATTAACATCTCTCTCGGAAGGTTGCCTTATGTGTGGGAGCAGGAGCTGAAACCCGATGACTCCGTGGTCATTGTAACGCCCAAGCGTTCGGATGGAATCCTGGCTGCGCGCAAGCTGAAGAAGGCCGGCTTTACTTCGCTTTTTTATTTACAGGAGGATTGCACAGCTTGCAATTCCATGCAGCACGTTTCACTGAATTAA	MLIASAALIIFILSLYYRRYVPISGLRFMKCSDLRQAQKECPNLKVLDVRDVSDYMACPRKETINISLGRLPYVWEQELKPDDSVVIVTPKRSDGILAARKLKKAGFTSLFYLQEDCTACNSMQHVSLN				NA	NA	NA	NA	NA
JZ016_06753	339	hmoA	COG2329	Heme-degrading monooxygenase HmoA	ATGTTGATCGAGACGAAAACGATTATTGTTAAGGCAGGCACATCCAATCTGGTTGTAGAGCGTTTCAGCAAGCCCGGACCCATAGAAGAAATTGAAGGTTTCATTGATCTGAATGTCCTTGTCAAGAATGCAAAGCGTACCGACGAAACGGAAGAGGTTATCGTTATGATTCGCTGGGAATCCAAAGAGGCGTGGAAACGCTGGGAGACCAGTCCCGCGCATATTCAAGGACATCGTGATAACCGCGGCAAGCCGCAGCCTGAGCATGTGATCAGTTCCAGCCACGGCATGTATGAGGTTATGGCAACCAAAGGACCGAGACCTGTTCAACAGGCATAA	MLIETKTIIVKAGTSNLVVERFSKPGPIEEIEGFIDLNVLVKNAKRTDETEEVIVMIRWESKEAWKRWETSPAHIQGHRDNRGKPQPEHVISSSHGMYEVMATKGPRPVQQA	PGPT0003630_31	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_UTILISATION,PGPT0003630-hmoA-K07145	NA	NA
JZ016_06754	783	nrnB_1	COG2404	Oligoribonuclease NrnB	ATGTATCATCTGTACAGCCATAATGATCTGGATGGTGTCGGTTGCGGCATTATCGCCAAATGCGCTTTCGGCGAAGGAATTGATGTCCGTTACAACTCCATTCACGGATTGAATCAACAAGTCGCAAGGTATCTGAATCGGACTTCCTTGCAGGATAATCCGTATGATGTGTTGTTTATTACGGATTTGTCGGTCGCTCCGGATATGGAGAAGGAACTGAACGTGTTTGTTGAAGAGGGAGGGCAGGTGCAGCTTATCGATCACCATAAAACGGCTCTTCACTTGAATGAATATAGCTGGGGGCAAGTGGACGTCACGCATCGGGACGGCCGCTTGGCATCGGCAACCTCGTTATTCTATGAATATTTAATCGAGCATGGACATCTGGGCAGAAGTGAAGCGCTGGATGAATTCGTAGAGCTGGTTCGCCTCTATGATACGTGGGAATGGGAAGAGAACCAGAAGGTTGAGGCTAAACGCCTGAACGATTTGTTCTATATGTTGTCCCTTGACGAGTTTGAGAGCAAGATGACGCAGCGTCTGCGGGAGCAAGGGGGCTTCTTCTTTGATGAGTTTGAAGAAAAAATATTGGACATGGAAGAGAATAAAATCGATCGTTACATCCGCCGCAAGCAGCGAGAGCTCATCCAGACCTTCGTGGGGGAGCATTGCGTAGGCATCGTATATGCCGAATCCTATCACTCTGAACTTGCCAGCGAACTGGGAACGACGTATCCCCACCTTGATTACATTGCTATCTTGAACATGGGGGAAGGAAAATGA	MYHLYSHNDLDGVGCGIIAKCAFGEGIDVRYNSIHGLNQQVARYLNRTSLQDNPYDVLFITDLSVAPDMEKELNVFVEEGGQVQLIDHHKTALHLNEYSWGQVDVTHRDGRLASATSLFYEYLIEHGHLGRSEALDEFVELVRLYDTWEWEENQKVEAKRLNDLFYMLSLDEFESKMTQRLREQGGFFFDEFEEKILDMEENKIDRYIRRKQRELIQTFVGEHCVGIVYAESYHSELASELGTTYPHLDYIAILNMGEGK				NA	NA	NA	NA	NA
JZ016_06755	471	nrnB_2	COG2404	Oligoribonuclease NrnB	ATGAGCCTTCGCACGATTCATGATCACGTGGACGTGTCCGATGTGGCGATGCGGTACGGGGGAGGCGGTCATCCCAAAGCAGCGGGGTGCACGATCACGGAGGAAGTGTATCAGTTATTTGCTGCTGAACCGTTCGAGCTGGAACCGATCCGGTTCGATGCTTCGCGGAATCAGTTCAACATTAAGGGCACGGAGTCCGGCGTGTTATACGAAAGCTGGGGCGAGGATCTGCTGTTTGTTTATGCCAACGCCGGTGAATGGATTGTCGAGTGGAACGGGGAACCTCTCCCATTCCGGTTCAGATCGTTCGAGGAGGCGGAGCGGCACATGAAGCGGCAGTATGGCGTCTGGCTGTCCCGGGATGACGTGTTTGTGAAGATGCTGAAGGAGCAATGGGTGCGAAACCGAACCAATGATCGTCCAGGCCTGCCGCTGGATATGGACGAGGAGAAGTTAATGGAAGATCTGTAG	MSLRTIHDHVDVSDVAMRYGGGGHPKAAGCTITEEVYQLFAAEPFELEPIRFDASRNQFNIKGTESGVLYESWGEDLLFVYANAGEWIVEWNGEPLPFRFRSFEEAERHMKRQYGVWLSRDDVFVKMLKEQWVRNRTNDRPGLPLDMDEEKLMEDL				NA	NA	NA	NA	NA
JZ016_06756	1179			hypothetical protein	GTGAAAAAAATGATCGCTGGCTGGGCTCTTGCCCTGTTAACGGCAGGCATCCTCGCATGGAGTCAGACTCAAAGTCATTCCGAACCCTCCATCCCCTCGGCTGTTCACAGCAAAGAGCTGCTGAAGGATGTCCCTGTACCATGGTCCGCTACGAAGAACACCATTCGATTGAATACATCCGATCCTGTAAATGCGGCCGTATTGACCTCCAAGACGCTGTGGCAGTCCACGAATGAGCACAGTCGTCCGCAGACGGTGATTCTGGTGGATGCGGCTCAATGGTCCATAGCGGCTGTGAGCGTCGATCTGACGCAGCTTAGCGAAGGGCCGCTGCTGTTTGTGGAAAAAGAGGGGATTCCCAAGGAAACGCTGGAAGAGCTGCGGCGGTTGAAGCCAAGGGGAGCGGAGCATAACAAGGGCATTGAGATTATCACCGTCGGACCAATCTCGGATCAGGTGATGAAGGAGCTGAACGGGCTTGAATACAAGCTTGATCACATTGCTGCCGGGGAACCTGAAGCAGCCGCAGCCGCGATTGATGAATATGCTTCTAAGGTATCCGGATCTGTACCCACCTCGGTTATTGTCGGATCGATGGACCGTCCGGATTATACGCTCCCAGCGGTGAGCTGGATTGCCCATATGCCGGAAACAATGCTGTATGTTGGCGAGAAGAATGTCCCTGAAGAAACGGCACAGGCGCTTCGTAAGCGGAAAGGGAAAGCGAATATCTATATCATCGGTCCGGAAAAGGTGGTATCCCGGGCAGTAGAGGACGAGCTGCGGCAATATGGTAAGGTGACGCGAATATCCGGGGATGACCCATTCGAGAATGCCGTTCATTTCGCGCAGTTTAATGATCCCGTAACAGGCTTCGGTTGGGGCGTTCAATCGTCGGGATACAGTCTCTCGTTCTCGACGCCAGATTCGCCCGTATTGTCCATTGCAGCCGCTCCATTGTCCCATATGGGTAAGCATGCCCCTTTATTGTTTACGGAGCGAGACGGGGTGCCACGCTCCATTACGAAGTATGTTGAATCGATCCGCCGTCAAAGTGCTGCGTCCAATGGGGAGGCTCCGTACAATCACGCCTGGATCATTGGTGACGAACAGACTCTGACCAAGAAGCTTCAGGGCGAGCTTGATGAGATTTTGGATATGGAGTCTGGACATAACTAA	MKKMIAGWALALLTAGILAWSQTQSHSEPSIPSAVHSKELLKDVPVPWSATKNTIRLNTSDPVNAAVLTSKTLWQSTNEHSRPQTVILVDAAQWSIAAVSVDLTQLSEGPLLFVEKEGIPKETLEELRRLKPRGAEHNKGIEIITVGPISDQVMKELNGLEYKLDHIAAGEPEAAAAAIDEYASKVSGSVPTSVIVGSMDRPDYTLPAVSWIAHMPETMLYVGEKNVPEETAQALRKRKGKANIYIIGPEKVVSRAVEDELRQYGKVTRISGDDPFENAVHFAQFNDPVTGFGWGVQSSGYSLSFSTPDSPVLSIAAAPLSHMGKHAPLLFTERDGVPRSITKYVESIRRQSAASNGEAPYNHAWIIGDEQTLTKKLQGELDEILDMESGHN				NA	NA	NA	NA	NA
JZ016_06757	288	qoxD		Quinol oxidase subunit 4	ATGATAAAACAGCTGTTTCCAATTAAGCATGTAGCGGGTTATATATCGTCTCTCGTCCTTTCAGCAGTTGCACTCGTCGTTCTGCTGGATATGCCGGCAGCTTCGAAAATGGCCGTTCTGCTGGTGACCGCTATCCTGCAGGCAGCCGTTCAGCTCATGCTGTTCATGCACGTCGGGGAAAGTGATGACAAAAAATCCGTTTACATCAACATTGCCTTCGCTCTGTTCGTTGGCCTTGTCACGATTTTCGGAACGCTGTTCATCTTCGTATGGGGCTGGTATGCTTAA	MIKQLFPIKHVAGYISSLVLSAVALVVLLDMPAASKMAVLLVTAILQAAVQLMLFMHVGESDDKKSVYINIAFALFVGLVTIFGTLFIFVWGWYA				NA	NA	NA	NA	NA
JZ016_06758	597	qoxC		Quinol oxidase subunit 3	ATGAAAATAGATGCCACTCAGCCGCTGGAATATGGAACAGAGGAAAACCGTAATCGAATATTTGGCTTCTGGCTGTTCCTCGGAGCTGAAATTGCGCTCTTTGCCACCTTGTTTACCGTCTACTTCGTTCTCGTGAACCGCTTTGCCAGCGGTCCGAGCGGAGCGGAAATCTTTGAAATTACGCCGGTCCTGCTTGAAACGTTCCTGCTCTTAACGAGCAGTTTCACCATCGGTTTGGCTGTTCATGCGATGCGTCTGGGACTGAAAAAGCAGATGATGATCTTCATGGTCATCACCCTGCTGCTGGGTGCGGGATTCCTCGGAATCGAGATCTTCGAATTCTTCACCTATGTGCATGAAGGAGTAACGCTCTCAACCAGCGCCTTCTCCTCCAGCTTGTTCACATTGCTTGGCACGCATGGAGCTCACGTTACCTTCGGTCTCCTGTGGGGAGCTGCCATTCTGATTCAACTTAAAAAGCATGGACTGGATCATTCCACAGCCAACAAGTCCTTCATCTTCTCGCTCTATTGGCACTTCCTGGACGTTGTGTGGATCTTCATTTTCAGCTTTGTATACTTGAAAGGACTGATGTGA	MKIDATQPLEYGTEENRNRIFGFWLFLGAEIALFATLFTVYFVLVNRFASGPSGAEIFEITPVLLETFLLLTSSFTIGLAVHAMRLGLKKQMMIFMVITLLLGAGFLGIEIFEFFTYVHEGVTLSTSAFSSSLFTLLGTHGAHVTFGLLWGAAILIQLKKHGLDHSTANKSFIFSLYWHFLDVVWIFIFSFVYLKGLM	PGPT0004035_2584	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276	NA	NA
JZ016_06759	1944	qoxB		Quinol oxidase subunit 1	ATGAAATGGGACGAATTTTTCGTTACCGGTGATCCGTTAATTTACGGCGCCATGGTGAGTATCGTGCTCGTCTCGCTCGCAATCCTCTTCGGTTTGACCTATTACAAGAAGTGGGGTTACATGTGGCGGGAATGGCTGACGACCGTGGATCACAAAAGAATTGGTGTCATGTACATCATCTGTGCATTGATCATGCTGTTCCGCGGAGGCGTGGACGCGATCATGATGCGTGCGCAAACCGCCGCACCGGAGATGAAGTTTCTGACCGGTCAGCATTATAATGAAGTATTCACGACTCACGGGGTCATCATGATCCTCTTTATGGCCATGCCGTTTATTTTCGGTCTGATGAACGTCATCGTTCCGCTCCAGATCGGCGCCCGTGACGTAGCATTCCCTAAACTGAACGCAATCAGCTTCTGGTTGTTCTTTGCCGGCGCGATGCTGTTCAACATTTCCTTCGTTATCGGAGGTTCGCCGGATGCCGGCTGGTCCGCTTACTTCCCGCTGGCCAGTATCGAATTCAGTCCGACGGTCGGCAATAACTACTACTCTCTGTCGCTTCAAATCTCAGGGATTGGTACGTTGCTGACAGGTCTTAACTTTATCGTAACGATACTGAAGATGCGTGCTCCGGGCATGACCTTGATGCGCATGCCGATGTTTACGTGGTCTGTATTGATCACTTGTGTCATCATTATCTTTGCTTTCCCTGTACTTACGATTGCGCTCCTGCTTATGATGTTCGACCGCATCTTTGGTTCCCAATTCTTCACGATGGCGAACGGCGGTATGGATATGCTATGGGCCAACCTGTTCTGGGTATGGGGTCATCCTGAGGTGTATATCGTTATTCTGCCGGCATTCGGTATTTTCAGTGAGATTATCTCGGCCTTCTCCAAAAAGAACTTGTACGGTTATAGCTCCATGGTATTAAGCATGGCGATTATTTCCGGATTGTCCTTCCTGGTATGGGCCCACCATTTCTACACGATGGGTCAAGGGGCCATGGTCAACGGTTTCTTCTCCATCACAACGATGGCGATCGCCGTACCGACCGGGATCAAAATATTTAACTGGCTCTTTACGCTTCGCAAGGGTCGAATCAGCTTTACGACGCCGATGCTCTACTCGCTTGCCTTTATCCCGATCTTCACGATCGGCGGCGTAACCGGCGTTATGCTGGCGATGGCCAGTGCCGACTATCAGTATCACAATACGATGTTCCTGGTTGCCCACTTCCACTATGTGCTCATTCCAGGCGCGGTATTCGCCGTCATTGCCGGTTTCCATTACTGGTTCCCTAAAGTGTTCGGCTTCCGTCTGAACGAAAAGCTGGGCAAAATCGCATTCTGGTTCATTGCCATCTCATTTAATGTAACGTTCTTCCCGATGTTCTTCCTGGGATTGATGGGGATGACCCGTCGTACGTACACCTATTCGGCCGAAACCGGCTTTGGCCCGCTGAATATGCTGTCGATGGTCGGCGCAATTGGACTGGCGATCGGATTCATCATTCTGGTATACAACATCTACTGGAGTACACGTTACGAGCCGCGCGACAAAACAGGAGATCCATGGGATGCACGCGCACTGGAATGGTCAACGCCAAGTCCGGTTCCTGTATACAACTTTGCGGTAACACCGAAAGTCAAGGGCCGCGATGCCTTCTGGTTCTCGAAGAAAAACAACGAGCCGCTTTCGGATGAGAAAATCACGAAGATTCATATGCCAAGCAACACCGGTAAACCGTTTATACTGGGTATCGCCTTCTTCTTCCTTGGCTTCTTCCTGGTATTCAGCTGGTGGATTCCATCCATCGTTGCGGGTATCGCGGTATTGATTATTTTGGCAACCATGTCCTTCGACCGTGATCACGGATACTACATTCCGGTTGAAGAGATTGTTCAAACCGAACAGAAACTGCGGGGTGATACGGTATGA	MKWDEFFVTGDPLIYGAMVSIVLVSLAILFGLTYYKKWGYMWREWLTTVDHKRIGVMYIICALIMLFRGGVDAIMMRAQTAAPEMKFLTGQHYNEVFTTHGVIMILFMAMPFIFGLMNVIVPLQIGARDVAFPKLNAISFWLFFAGAMLFNISFVIGGSPDAGWSAYFPLASIEFSPTVGNNYYSLSLQISGIGTLLTGLNFIVTILKMRAPGMTLMRMPMFTWSVLITCVIIIFAFPVLTIALLLMMFDRIFGSQFFTMANGGMDMLWANLFWVWGHPEVYIVILPAFGIFSEIISAFSKKNLYGYSSMVLSMAIISGLSFLVWAHHFYTMGQGAMVNGFFSITTMAIAVPTGIKIFNWLFTLRKGRISFTTPMLYSLAFIPIFTIGGVTGVMLAMASADYQYHNTMFLVAHFHYVLIPGAVFAVIAGFHYWFPKVFGFRLNEKLGKIAFWFIAISFNVTFFPMFFLGLMGMTRRTYTYSAETGFGPLNMLSMVGAIGLAIGFIILVYNIYWSTRYEPRDKTGDPWDARALEWSTPSPVPVYNFAVTPKVKGRDAFWFSKKNNEPLSDEKITKIHMPSNTGKPFILGIAFFFLGFFLVFSWWIPSIVAGIAVLIILATMSFDRDHGYYIPVEEIVQTEQKLRGDTV	PGPT0004025_442	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274	NA	NA
JZ016_06760	1005			hypothetical protein	ATGAACAAAAGAGGGCCGTTATTTGCATTGTTATTATGCTTTACCTTGCTCTTATCGGGATGCAGCTTGCTCACGGTATTAGATCCGAAAGGACCGGCTGCCAGAACCCTATCCGATACAATCATATTCTCCATTCTCATGATGGTCGGAATTCTAGCGGTAGTTTACGCGCTCTATATCTACATGCTTACCAAATATCGAGCCAAGAAATCCAACGAAGGTTACGAGCCGCCTCATGAAGAGGGCAACAAATGGCTGGAAATTCTGTGGACCGCCATTCCGATTCTGATCGTTGCCGTGCTCTCGGTCGTAACGGTCAAAACGACGGTGGCCGTCGAGAATGTGCCTGAAGGCTACGAGAACCAAGAGCCTCTGGTTATTTACGCTTCCTCCTCGAACTGGAAATGGCACTTCAGTTATCCGGAAGAAGGAATCGAGACTGTCAATTACGTGAACATTCCGACCAATCGTCCAATCGAGTTCAGACTGTATTCATTCGGTCCGATCACAAGCTTCTGGATTCCTCAGCTTCACGGACAGAAGTACGCGATGAGCGACATGATCACCAAGCTGAACATGGTTGCCGACGTGCCGGGTTCGATGATGGGCCGTAACGCGAACTTCAACGGCGAAGGCTTTGCCCATATGGAGTTCGAAGCTCTTGCCATGACCTCTGCCGAGTACGATGAGTGGGTTAAAGATGTAAAGGACACCGCGCCTGAACTGAAGGAAGATGAGTTCAAGAAGCTTCTGGATACCGCGCATGTCGGTCGGATGACTTTCTCCAATACGCATCTGGAATTCAGTCCGCCGCCATCCGAAGATCATCACCATGGCGGCGATGTCAACGGCAATGAGGAGCATCAGGACCATAAAGACGTCCACCCGGATCCTGCAACAACGGAAGAAACGGAATTTGACAGCGAAACGAACGTGGATCCGAACGAACCGCTGCCGAACTTCCCGGCTGAAGAAAGCCCAAATCATCAACATGAAGGACATTAA	MNKRGPLFALLLCFTLLLSGCSLLTVLDPKGPAARTLSDTIIFSILMMVGILAVVYALYIYMLTKYRAKKSNEGYEPPHEEGNKWLEILWTAIPILIVAVLSVVTVKTTVAVENVPEGYENQEPLVIYASSSNWKWHFSYPEEGIETVNYVNIPTNRPIEFRLYSFGPITSFWIPQLHGQKYAMSDMITKLNMVADVPGSMMGRNANFNGEGFAHMEFEALAMTSAEYDEWVKDVKDTAPELKEDEFKKLLDTAHVGRMTFSNTHLEFSPPPSEDHHHGGDVNGNEEHQDHKDVHPDPATTEETEFDSETNVDPNEPLPNFPAEESPNHQHEGH				NA	NA	NA	NA	NA
JZ016_06761	1155			hypothetical protein	GTGCGGTCGTTCTGGATATGGTTTTTATTTCTTGTTTTGAGCTGGCTGGGTGCCTTCGCCCCTGTGCTCCAGCATGTTAATCCGGATCAGTTGCCTTGGAGGTTGGGGAGCAGCGCCATTTTTTTCATGGCCTTTTTTTTGGCGCCATTATTCCGTGCCAGACCTGCAATGCTATTTGTCACACTGCTCGTAGCGTCGGTATTTTCCGTTATCTCCTTATGGCCGACCAATACGACTGCAACGAACCCGTACATTCTGCTGGTTTATTCCATCCTGGCGGGAAAAGCCGTGTATCGGCTCCCGTTCGTTCATGCTGCCTGCATTGGTCTTGTTCTGGCTGCAGGTGCCATGGTGCCGGGTTTGTTCGGATACCCCGAGTTTCCGTGGTTCTTCCTCGTTTTATACTCGGTTATGCTCGCGATGGGGCTGGCCTTATTTCGCACCGTCTTCTCCCGTAATGAAGAGTCAAGAGTGCGATATGAAACGCTGCTCAGTGAGTATCGTAATTTGAAACGTCGCCTGATTACCGATGAGCAGCATGCCAGGCAAGAGGAGCGGGCTCAAGTGGGTCGCGATATCCATGACTCCGTCGGGCATAAATTAACGGCACTGCTCATGCAGCTTGAGATGCACCGGATGCAGGCAGACGGGGAAACCGCCGAGGTTCTGAAGGGGCTTAAAGCCCTTGCCAAGGAAAGTCTGGAGGAGACCAGGAATGCGGTGAAATCCATGAAGCAGCAGGAGACCAGCGGATTGCCCGCGATCATTGGGCTTCTCCGGCGGTTGGAATCCGAGAGCTTTATGCGCGTAACGCTAACGGCGCGGCATGGAGCCCTAACCGTACCTTTAAACAATATCCAATCCATTGCGGTATACCGTGCGGTTCAGGAAGCCATGACCAATGCGATGAAGCATGGGAGCATGCGAGAAGTGTATATCATTTTTGAAGCGCCGGGAGGCGGCATTTTCCGTTTTGAGGTAAGCAATCCGTATCACCGGAAACGCGATATACACCGGGAGGGCTATGGTTTAAAAGCGATGCGAGAGCGAATGGAAGAGGCTGGGGGCGAGCTTCAAATCTCCCAGTACGACAACCAATTTATCGTTCGCGGAACGTTATTCATGTCCAAGTTAATAGAGGAGGGAGTCCGCTGA	MRSFWIWFLFLVLSWLGAFAPVLQHVNPDQLPWRLGSSAIFFMAFFLAPLFRARPAMLFVTLLVASVFSVISLWPTNTTATNPYILLVYSILAGKAVYRLPFVHAACIGLVLAAGAMVPGLFGYPEFPWFFLVLYSVMLAMGLALFRTVFSRNEESRVRYETLLSEYRNLKRRLITDEQHARQEERAQVGRDIHDSVGHKLTALLMQLEMHRMQADGETAEVLKGLKALAKESLEETRNAVKSMKQQETSGLPAIIGLLRRLESESFMRVTLTARHGALTVPLNNIQSIAVYRAVQEAMTNAMKHGSMREVYIIFEAPGGGIFRFEVSNPYHRKRDIHREGYGLKAMRERMEEAGGELQISQYDNQFIVRGTLFMSKLIEEGVR				NA	NA	NA	NA	NA
JZ016_06762	600	lnrK_6	COG2197	Transcriptional regulatory protein LnrK	ATGGTTCGTCAAGGTCTGAAGATGATGATCGAAAGCGATTCGGATATGCTGGTTGCCGGTGAAGCAGGTAACGGCAAAGAGGCTGTGGCTTTATGCGAAAGCCATACCTTTGATGTCGTCGTACTCGATATCCGAATGCCGGAGATGAACGGTTTGGAGGCTGCCCGCATCATACGTTCACGCTGGCCGAAGACAAAAGTGCTGATGCTGACGACGTTTAACGACGATCAGTATGCGGTCGAGGCGCTAAAGAGCGGGGCAAGCGGATACATGCTGAAGGAGGCGGAGCCGGAGGCTTTGATCCGCTCGATTCGAAGCTGCTTGAGCGGTGGATTGTCGCTCCAGGAGGATGTGGCGGCCAAGGTGATCCCCAAACTGCTGGGAGATAAGAAAGCACCCGTCGTTGATGCTTCGATTACCCCGCGGGAGCTGTCCATCATGCGTCTGGTAGGGGAAGGGCGCAGCAACCGCGAAATCGCAGACGAGCTGGGTTTGTCAATCGGAACGATCAAGAATCACGTCAGCCAGATTATGGACAAACTTGATCTAAGAGACCGGACACAGCTGGCGATTTATGCTATACGGCACAATGTGGTTTGA	MVRQGLKMMIESDSDMLVAGEAGNGKEAVALCESHTFDVVVLDIRMPEMNGLEAARIIRSRWPKTKVLMLTTFNDDQYAVEALKSGASGYMLKEAEPEALIRSIRSCLSGGLSLQEDVAAKVIPKLLGDKKAPVVDASITPRELSIMRLVGEGRSNREIADELGLSIGTIKNHVSQIMDKLDLRDRTQLAIYAIRHNVV	PGPT0012750_297	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0012750-degU-K07692	NA	NA
JZ016_06763	933	lnrL_11	COG1131	Linearmycin resistance ATP-binding protein LnrL	ATGCTGGAAACCGTAGAACTTCGAAAAGTGTTTAAGGGCAAGATTGCTGTGGAGGAAGTCAGCCTGTATCTGGACCGGGGAGAATCCGTCGGATTGATCGGTCCGAACGGCGCCGGGAAATCGACAACAATCTCCATGATATCATCCTTGCTGAAACCGACGGGCGGCGATGTGCGCCTGAACGGCAAAAGCGTGCTCAAGCATCCGCAGGACATTCGCACCGTATTAGGCGTGGTGCCTCAGGAAATTGCCTTGTATGAGGAATTGACCTCGTATGAAAACCTTAAATTTTTTGGGCGCGTATATGGATTGAACGGAAAGGAACTGGAGATCAAAATTCAGGAGCTGCTTGAGACGGTCGGTCTTCGGGATCGCCAGAAGGAGTTAATTCGAACCTATTCCGGGGGCATGAAGAGAAGGATCAATATTGCAGCTGCTCTGTTGCATGATCCGCAAATCGTCATCATGGATGAACCGACCGTGGGCATTGATCCGCAATCCCGCAATCATATTCTTGAAACGGTCCGGCGATTAAACCGGGACAAAGGGACAACGGTACTGTACACAAGCCATTACATGGAAGAGGTGGAGCAGCTGTGCAGCCGGATGTACATCATGGATCACGGGCGGATTATCGCTTCGGGTACTAAGGAGGAGCTGCAGCACATCTTGTCCGGTGAGGATACGCTGATCATCCAGCTGAATCGCCCGAATCCGGAGCTGGCCGAGGAGCTTCGCTCCTTAGAAAGCGTCAGGCAGGTTGAGGAGACGGATCATGGGCTGAAGCTCATTGTCATGAAGAACAGTTACATTCTGTCCGGTATTGTGCAGGCTGCCGAACGCCATGAGGTGCAGATTCAGAATATTCATATCCAGTCGCCAAGTCTCGAGGATGTATTTCTTCATTTGACCGGCCGCAAGCTTCGGGATTGA	MLETVELRKVFKGKIAVEEVSLYLDRGESVGLIGPNGAGKSTTISMISSLLKPTGGDVRLNGKSVLKHPQDIRTVLGVVPQEIALYEELTSYENLKFFGRVYGLNGKELEIKIQELLETVGLRDRQKELIRTYSGGMKRRINIAAALLHDPQIVIMDEPTVGIDPQSRNHILETVRRLNRDKGTTVLYTSHYMEEVEQLCSRMYIMDHGRIIASGTKEELQHILSGEDTLIIQLNRPNPELAEELRSLESVRQVEETDHGLKLIVMKNSYILSGIVQAAERHEVQIQNIHIQSPSLEDVFLHLTGRKLRD	PGPT0006725_9502	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
JZ016_06764	1281	lnrM_3	COG0842	Linearmycin resistance permease protein LnrM	TTGGGCGTATTTTTCAAAAAAGACTTTCTCGTCTATTGGAGAGACCGGAAAGAGATGCTGATTGCTTTGTTTATGCCATTAGTGTTAATCCTAATTCTTGGATTTGCCTTGCCGAATTGGGTAGAGAATTCGAATGAATCCCTTGAGATGAGAGTTGCATTGGTCGTGAAGGACCGGCATGAAGAGGGAGTCCATGCCTTTCAGGAAAGTCTAAAGAGTTTGTCAATCAGCACGGAAGAGAAGAACGAATTGAGTAAGGCAGCTGCGAATTTCCAACCGGAAGCCTTATTAATGAATATGTTCGGCAGCGAAGATGTGGAGGAATTTCTTCAAGTTGCTGCTTTGGATGACCAGACTGCCCAGGTACAGCTGAAGGAAGAGAAGGTGGAGGCCGTCCTAACAGTTCCTGAGGGGTATACGCTGGCTGCGCTTAACAGGCTGCTCCTGCATGAGGGGGACGGTGCGGTGCTGACTTTGACGGCGCTAGAGAATTCAATGAAAGTGAATGTTCTGCAAAATATGCTGGATGGATTTTTGGGTGCCGTTAATTATCAAGCTGCGCTGGACAGCGGAATGGAAGAACAGGAAAGCAAGGGTGAGGGCGAGCTTGCGCTGGCGAACAGTCCTGTCGGGGGATTGGAACAAATTGAAGGTGTGGACATGATCACCTCGTTCCAATATTACGCCCTGGCGGTCAGTATATTCTTTGCGCTGTCCGTTTCCACAACGACGGCGTCCAAATCGATCACAGAAAAGCGAGAGATGGTGTTTATGCGTCTGCTTCTTGCCGGAACCCATCCATTTCGCTACTTGTCCGGTAAGGTTGGGTCGACCTTCTGCATGTCTCTGCTGCAATCTGCGGTCCTGCTGATCGTCTCGCATTTTCTGTTTCAGCTTTTTCCGGGGAAATCCCTGATCTTCTGGATCGGTTTGACCTTCATTATCTTCATGATGTGTCTAACGGTTGCGGCGTTATCTGCGTTTTATACGGCCATGCTCTTCCGAATGAAGGACACGGATGTCGCAACCGGCATTTCATTCATACTGCTTCTCGTGCTTGGCGTTATCGGAGGGAATCTGGTGCCGATCTATATTTTGCCGGATTGGCTGATGAGCATTGGCAGCGTAACCCCCAACGGCTTGGCTTTAATGTCCATGATTCAGTGGATACAGGGTAGTCCGTTTCAAGAACTATGGCTGCCGATCCTGTACCAAGGGGTGTTCTTCATCGTTATTCTAGCTGCGAGTTTATGGATTTTTCCACGAAGGGGGCGGATCTGA	MGVFFKKDFLVYWRDRKEMLIALFMPLVLILILGFALPNWVENSNESLEMRVALVVKDRHEEGVHAFQESLKSLSISTEEKNELSKAAANFQPEALLMNMFGSEDVEEFLQVAALDDQTAQVQLKEEKVEAVLTVPEGYTLAALNRLLLHEGDGAVLTLTALENSMKVNVLQNMLDGFLGAVNYQAALDSGMEEQESKGEGELALANSPVGGLEQIEGVDMITSFQYYALAVSIFFALSVSTTTASKSITEKREMVFMRLLLAGTHPFRYLSGKVGSTFCMSLLQSAVLLIVSHFLFQLFPGKSLIFWIGLTFIIFMMCLTVAALSAFYTAMLFRMKDTDVATGISFILLLVLGVIGGNLVPIYILPDWLMSIGSVTPNGLALMSMIQWIQGSPFQELWLPILYQGVFFIVILAASLWIFPRRGRI				NA	NA	NA	NA	NA
JZ016_06765	1104			hypothetical protein	ATGGCGCCCATCTTATTATCGCAATGGATGAAAGAAAAGCGGAATCCATGGATGATCATCATGTTCATCGGTCTGAGCATATTGGCCACGCTGATGTTCGGAGGGAAGGCTGATAGCAAGATCAAGATTGACATCTTCACCGCAGACGGGGCGGTTGATGAGTCCGAAGCCAAGTGGATCGAATGGCTGAATCAAAACGATACGTTCGAATTTCGAATGGAGGATGAACAGACGGCAAGAAAGAAAGTGCGCGAGGGACGCGCAGATCTCGCCGTGAAGCTGGTCTCGGACGATTATCGCATCATAGCCGCAATGGATAACCCATATGCCCAGTTAGCTGATCAGCATCTCCGTACGGTTTATGAACGAGAGCTGCAGCTTCGGGCCGCAGCGGCGAACCTGCAAGATGAAACGAAATTTCGCGAGCACGTGCATGCTTATATGGAGAAGCCACCCTTGCGTCTCCAATCCGAGTCGCAGGGTGGGGGAGAACTCGTTTCACATGATATGGGACTTCAGCTGATGTTCGGATTTTCGTTATTCCTGGTCATGTTTACCATTGGTTTCAAGGTAAATACGATTACGAAGGATAAAGCCTCCGGCGTATGGAATCGGCTGATACTGTCTCCTGTCCGAAAAACAGAGATGTATATGGGTCATCTGCTATACAGCTCTGTGATCGGCATCTTGCAGATCATCCTGGTGCTGCTTATCTTTCGGTATGGTTTCGGCTTCGACCTAGGCGACCAATTCGGCTTGCTGCTGCTAGTCACTGTGATCTACACACTGACCATCGTCGCTTTATCCATGCTCTTTGTTGGCATCTTGCAGTCGCCTGAGCAATTTGGGACGTTGTTTCCGTCCATCATTCCGATCATGCCGCTCATCAGCGGGGTATATATGCCGCCAGGCACAATCACGAATCCGATTCTGCTTGGCCTCGCGGAAGTCATTCCGCTGACGCATGCTATGAAAGCATTGACGGGAATAGTTGTGTACGGCAATGGCATCGCGGATCTCTGGATCCCGATTACCAAATTGCTGCTCATCGGGGTGTTGTGCATGGGCATAGGCATTAATTTGATGGAGCGGCGTCATGTGTAG	MAPILLSQWMKEKRNPWMIIMFIGLSILATLMFGGKADSKIKIDIFTADGAVDESEAKWIEWLNQNDTFEFRMEDEQTARKKVREGRADLAVKLVSDDYRIIAAMDNPYAQLADQHLRTVYERELQLRAAAANLQDETKFREHVHAYMEKPPLRLQSESQGGGELVSHDMGLQLMFGFSLFLVMFTIGFKVNTITKDKASGVWNRLILSPVRKTEMYMGHLLYSSVIGILQIILVLLIFRYGFGFDLGDQFGLLLLVTVIYTLTIVALSMLFVGILQSPEQFGTLFPSIIPIMPLISGVYMPPGTITNPILLGLAEVIPLTHAMKALTGIVVYGNGIADLWIPITKLLLIGVLCMGIGINLMERRHV	PGPT0006730_7501	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
JZ016_06766	1476	norG_2	COG1167	HTH-type transcriptional regulator NorG	ATGAAAGCAGGTTTACTTATACTTATGGCTGAAGAATGGAAATTAAATAAGTACTCCGATGTGCCGCTTCATCGGCAAATTTATGATGATATCAAGAGCAGAATCATGAACGGGGAATGGCCGGTCGGAACCCGAATTCCCACGCAGCGAGAGCTAGCTGCCAAATATCAAGTTAACCGCAGCACCATTGTGTATGCGCTCGGGGAGCTCGCTGCAGACGGTTTAATTGAATCCCGCGTGGGACAAGGCACGGTGATTATCAACAATACTTGGAGTTTACTTGCTGCCACGCCTCCGCCTGATTGGAATCAATATGTAAAATCCGGCTCCTATCAGCCCAATATCCAGATGATCCAGCAAATCAATCGTGCGGAAACCGATTCGAACATGATCCGTCTCGGAACAGGCGAGCTCTCGCCCGATCTCCTCCCGACCGACCAAATACGGGAGACGTTTAACGGCAGGATGTCCAGCCGTTTCACCTTGGGCTACTCGGAACCGAAAGGGAGCCTATATTTAAGAGAATTCATCAGTGAGCATCTGAAAAAGAAAGGGATTATAGCCTCCCCTGCTTCCATACTCATCGTTTCCGGGGGGCTGCAAGGCTTACAGCTGATCTCGCTGGGACTGCTGCATCACGGCTCCTCCATGTTGGTGGAGAATCCCTCTTACCTGAACTCGATCCATGTGTTTCAATCCGCCGGCATGCATTTGCACGGCATCCCTATGGATGAGAACGGGATCCGAACGGAAGCCATCGGGAGACTCAAGCGCCAACACAGGGCTGCTCTGCTGTATACCATCCCTGCCTTTCATAACCCAACCGGCACCCTGATGTCTTCTGACAGGCGGGCAGAGCTGCTTCGGATATGCACTCAGGAAAGGTTGCCCTTAATCGAAGATGACGTGTATGGGGATTTATGGTTCGATACCCCCTCGCCACCTCCGCTGAAGGCTTCGGATAAACAAGGTCTGGTGCTCTATATGGGCAGCATGTCCAAGACCCTGGGTCCCGGGCTGCGCATCGGGTGGATCGCCGGGCCTGAGCCTGTCATCGACCGGCTGTCCGACATCAAAATGCAAACCGATTACGGCTCCAGCTCACTATCCCAGCATGCCGTCGCGGAATGGCTCTCCAGCGGGTTATATGAGAATCATCTCGATCATATACGGTCAGAGCTTAGGAAACGCCGAGATTTTACCCTATCGTTACTTGAGCAACATTTCCTCGATATCGCACACTGGAATATCCCTCAAGGCGGATTCTATATTTGGCTTCGTATCAAGAATCCCCTCTCTATTCGGCCTTTATTTGAGCAGGCGCTGAAGGAGAGTATTTTGCTTAATCCCGGAAATATATATGACCGTAACGACCAGCAGCATCTGCGCCTATCCTATGCATACGCCTCGTACGATCAGCTGAAGAGCGGGCTTATCCGGCTGGCAAAGCTTATCCGCCTTCATGCGTTGTCATGA	MKAGLLILMAEEWKLNKYSDVPLHRQIYDDIKSRIMNGEWPVGTRIPTQRELAAKYQVNRSTIVYALGELAADGLIESRVGQGTVIINNTWSLLAATPPPDWNQYVKSGSYQPNIQMIQQINRAETDSNMIRLGTGELSPDLLPTDQIRETFNGRMSSRFTLGYSEPKGSLYLREFISEHLKKKGIIASPASILIVSGGLQGLQLISLGLLHHGSSMLVENPSYLNSIHVFQSAGMHLHGIPMDENGIRTEAIGRLKRQHRAALLYTIPAFHNPTGTLMSSDRRAELLRICTQERLPLIEDDVYGDLWFDTPSPPPLKASDKQGLVLYMGSMSKTLGPGLRIGWIAGPEPVIDRLSDIKMQTDYGSSSLSQHAVAEWLSSGLYENHLDHIRSELRKRRDFTLSLLEQHFLDIAHWNIPQGGFYIWLRIKNPLSIRPLFEQALKESILLNPGNIYDRNDQQHLRLSYAYASYDQLKSGLIRLAKLIRLHALS	PGPT0028960_145	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_NorB,PGPT0028960-norG-K18907	NA	NA
JZ016_06767	618	argO	COG1279	Arginine exporter protein ArgO	ATGATCAGTGTCTTGCTTCATGGCTTCATCCTGGCTTTAGGCCTTATTCTTCCTTTGGGCGTCCAGAACGTGTTTGTATTTAATCAGGGAGCGGTACAATCCCGCTTCGTCAAGGCACTGCCCGCCATAATTACGGCATCGCTCTGTGATACGCTGCTGATCTCATTAGCGGTTCTGGGCGTATCCGTTGTTGTTCTGGAATATGAATGGATCCGAACCGTGCTGTTTACATTGGGGATTTGTTTCCTGGTCTATATGGGAATGGTGACCTGGAAGAGCAAACCTTCGGGTCAAGTGTTGGAAGAGGCTCGTTCGTTTACGCCGAAGAGGCAAATTGTTTTTGCCATGTCCGTATCCTTGTTAAATCCGCATGCTGTCCTGGACACGATGGGGGTCATTGGCACAAGCTCTCTTCAATATTCAGGGATGGATAAAGTGATTTTTGCCGTCGTATGCATCGCAGTTTCATGGCTGTGGTTCTTGGGTCTAGGAATAGCAGGCAGGGCAGCTGGAAGGATGGATGCATCAGGGAAATTGTTGTCTACGTTGAACCGAATATCCGCGTTGATTATGTGGGGAACAGCGGCGTATCTGGGGGTTAGCCTGATTCTATCTTAG	MISVLLHGFILALGLILPLGVQNVFVFNQGAVQSRFVKALPAIITASLCDTLLISLAVLGVSVVVLEYEWIRTVLFTLGICFLVYMGMVTWKSKPSGQVLEEARSFTPKRQIVFAMSVSLLNPHAVLDTMGVIGTSSLQYSGMDKVIFAVVCIAVSWLWFLGLGIAGRAAGRMDASGKLLSTLNRISALIMWGTAAYLGVSLILS	PGPT0020651_1399	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020651-lysE|argO-K06895	NA	NA
JZ016_06768	849			hypothetical protein	ATGGAATACAGATTAGTAAAGGCGGATCGCAAAATGTTCTCGAAATATTTCGCTACCTATTATAAGAATAATTGGTTTAGACCGAGCTGGGGTGATTTAACCAAGGTTCTATCGGCTTCGGACGACGGTTACTGGGTATTCGCAGGCGAAGATAAAGCGGCTGGGGTTTATTTGTCTGACCATTCTATCGCTCTTGTATTTGGCATCCCCCCATATTCCATTACCACCAAGATGATGGATGCCGTAAAGCGCTATGCCTTAAAATCTTGGAAATTGACAGAGGATCTGCATGCATATAACGTTCTAGCTGAGCAGGAGATCGCTTTTCGTGAAACTGGTTTCGTTCGAGTTGAATCCAGGCAATGCATGATGCGGCCTACCGAGCAGCTGGAAACATCGATGGATCTCAATGATATGCATAGAATACCGTCAATAGATGATATGTCTAAGATTGTAGAGGTGTTTAGGGAAGCCTATGCTAATGGACCGGATGAGCGGGAAGCCCAGGTTTATGCTGAGGACGTAGCACGATATTTTGACGCAGTGGACCCCAAGCTGTTGGGAGCATCTTCCGTAGTATATGACCGAATAACGGGAGAAATCGTCGGTGTATGTTTGATCTCTTTATGGGAGGGCTTGCCACTCGTCTATAGTATCGCCGTATTACCCCAACATCGAGGGATGGGGTTGGCAACCGCGATGCTGGATAGGGCGTTAACAGTCCTGGAGCCTGATTATCCGGTTCTGCGTCTTTTTGTAACGACGGGAAATCAGGCGGAGCAGCTGTATAGGAAGAGAGGCTTTCTCTCCGGCGGGGAATATCATCAGCTTAGATACACCATCGAGTAA	MEYRLVKADRKMFSKYFATYYKNNWFRPSWGDLTKVLSASDDGYWVFAGEDKAAGVYLSDHSIALVFGIPPYSITTKMMDAVKRYALKSWKLTEDLHAYNVLAEQEIAFRETGFVRVESRQCMMRPTEQLETSMDLNDMHRIPSIDDMSKIVEVFREAYANGPDEREAQVYAEDVARYFDAVDPKLLGASSVVYDRITGEIVGVCLISLWEGLPLVYSIAVLPQHRGMGLATAMLDRALTVLEPDYPVLRLFVTTGNQAEQLYRKRGFLSGGEYHQLRYTIE				NA	NA	NA	NA	NA
JZ016_06769	813			hypothetical protein	TTGAACATTTCGATTGGCGGTTATTCTTTTTATAATACGTTTCTGGAAGGAAAAATGGATGTGTTCGGTTATTTGGAGACGGTGAAGTACCGGTACCGAATGGATGCGGTTGATTTGTGGAACGGTTTTTTTATCGATCGGAGCGACAGCGTATACAAGCTTGCTGATAAGAGCTACATCCGCAAGATTAGAGAAGCGCTGGATGAGAAAGAGATGAGGGTGGTCAACTTTGCTGTGGACGGAGCGCAACTATGGGATCCTGACCCGGATCTTCGGCAGAGGCTGTATGAGAATGCGCTGGTTCATTTGGATGCCGCTGAAATCCTGGGCGCTGAAACCGTGCGGATCGACACCGGCGGCAGTTATAAGGGATCGGAGCCGATGACTGATGAACAGTTCGAGTATACGGTTAAACGTTATCGCGAATATGCGGATCGTGCAGCGGATGGCGGTTATACCATTGGTCCGGAAAATCATATGGGCGCCTCACTGCTTCCACATGAAATGAAACGGCTTGCAGAGGAAGTCCATCATCCTGCTTTTGGTTTTCTGCTTCATCTTGGCAGATGGAAGGCCGATGAGGCTGAAGGGGATGCGATGGTTGCCCCGTGGACGGTACATACTCATTTTGACGCGAAAACAGCGGTCCATCCCGGTGCGGAGGAGAAGGTACGGTGTCTGCTCGCAGGCGGTTACAAGGGCTATTGGGGCGTCGAATGCAATGCACCGAACAATCAATATGTGGAGATGGAATGGATGATCGGGGCTGTAAAACGGATCGTGAGTAATGCCAGTCAAGTTGAGTTGGAATGA	MNISIGGYSFYNTFLEGKMDVFGYLETVKYRYRMDAVDLWNGFFIDRSDSVYKLADKSYIRKIREALDEKEMRVVNFAVDGAQLWDPDPDLRQRLYENALVHLDAAEILGAETVRIDTGGSYKGSEPMTDEQFEYTVKRYREYADRAADGGYTIGPENHMGASLLPHEMKRLAEEVHHPAFGFLLHLGRWKADEAEGDAMVAPWTVHTHFDAKTAVHPGAEEKVRCLLAGGYKGYWGVECNAPNNQYVEMEWMIGAVKRIVSNASQVELE				NA	NA	NA	NA	NA
JZ016_06770	483			hypothetical protein	GTGCTGCGTGTTGGGTGTTGCTTATCGACTACCTTCTCCTTGTTACTGCAGAGCAGAATCTGTATCTGTATCTGCTTAAGACTATCGGGAATAACACAACCGGATCTGAGAGCCTTTAATTCGATCGAACCAGCTCGATTCGCAAATCGAGCGGACACCAGATCCGTTATTTCCATCAAAACAGCTCAATTCACGAATCGAACGGACACCCGGGCCTTCATTTCCATCGAACCAGTTCAATCTACAAATCGAGCGGAGATTAGGGCCTTCATTTCCATCAAACACCAACTCAATCTACAAATCGAGCGGACACCAGGTCCGTTATTTCCATCAAACCCGCTCAATCTACCAATCGAACGGACACCCGGGCCTTCATTTCCATCGAACCAGTTCAATCTACAAATCGAGCGGACACCAGATCCGTTATTTCCATCAAAACAGCTCAATTCGCGAATCGAACGGACACCAGATCCGTTATTTTAG	MLRVGCCLSTTFSLLLQSRICICICLRLSGITQPDLRAFNSIEPARFANRADTRSVISIKTAQFTNRTDTRAFISIEPVQSTNRAEIRAFISIKHQLNLQIERTPGPLFPSNPLNLPIERTPGPSFPSNQFNLQIERTPDPLFPSKQLNSRIERTPDPLF				NA	NA	NA	NA	NA
JZ016_06771	1845		COG1132	putative ABC transporter ATP-binding protein	ATGGCTAAACCCGATCAAGGATCCAAGCATGGCAATACAGAAGCTCCGGATCTGAGTTTGCGCGGCGGCAGCCCCATGCGCGGAATGACGATGGCCAAGGCGAAGCCCAAAAATACAATGGGAACATTACGCCGGATCTGGGGTTACATACGACCATTTAAAGGCGGCATGATCGCTGTTTTCTCATTCACGCTCATCACGACGATTCTGTCCCTGATTGCTCCTTACCTGCTGGGGAATGCGGTGGATCATTATATCATTCCGGGAGATTTTGAGGGACTCATGGGGCTGTGCGCGGTGCTTCTAGCGGTTTACGCGGGTACTGCACTCACAGCATGGCTGCAGCAGCATGTCATGGTTAAGGTCTCGCAGCTGTCTATTCAGGACATGCGGAGGGATATTTTTGCGAGACTTCAAGTCCTTCCGCTGCGTTTCTTTGACAGCAAGACCCACGGCGAATTAATGAGCCGCACGACCAACGATATCGAGAACGTTTCCGGGACGTTGAATCAGAGCGTAACCCAGCTCATTTCAAGCCTGCTGTCCCTGGTTGGATCGCTTGCCATTATGCTGTACCTGAACGTATGGCTGACGCTGCTCAGCATGGTGACCATTCCGCTTGTCATGCTGTTCACGAAGATCGTAGCAAGCCGGACAAGGAAGCATTTCTCCAAGCAGCAGAGCACGCTGGGTGAGCTTAATGGCTTTATCGAGGAAACCGTCTCGGGGCAGAAGGTCGTTCAGGTATATCGCCGGGAGCGGCATGCCGCTGCGCAGTTCGATGTCATGAACAAGAAGCTGACCGATGCCAGCATTCAAGCTCAGATTTATTCGGGTACCGTCGGTCCGGTTATGAACGTGCTGAATAACATCAGTTTTGCCTTAATTGCGGCGGTCGGCGGGTATATGGCATTCAAGGATTTTACTACCGTGGGGGTTGTCGTTGCATTTCTGAACTACTCGAAGCAGTTTCAACGGCCGCTGAACGACCTGGCGAATCAATTCAATCTCGTGCAATCTGCTGTGGCGGGTGCTGAACGGGTCTTTGAGGTGATGGATACCGAGTCCGAGTACCAGGACAATCCAGACGAGAATACAGCAGATGACATGTATGGCGAGGTGCAATTTGACCATGTCTGCTTCAGTTATAAGGAAGGAATCCCGATCCTGAAGGACGTTTCCCTTACCGCTCGGCCGGGCGAGACCATTGCGCTTGTCGGTCCGACAGGTGCCGGCAAAACCACCATCATCAATCTGCTGACCCGTTTCTATGAGATCGATTCTGGCATGATCACCATTGATGGGGTCGACATCCGACAGCTTGATAAGGATCACCTGCGGAGCAAGCTGGGAATCGTGCTGCAGGATGCCTATGTATTCTCGGCATCGATTCGGGAGAACATCCGCTACGGCCGGCTTGATGCCTCGGACGAAGAGATCGAAACCGCCGCCAAGCTTGCCAATGCGCATGACTTTATCATGAAGCTGCCCGAAGGCTATGACACGCTGCTTGTGTCGGGCGGAGGCAACCTGAGCCAAGGCCAGAGGCAGCTCTTGACGATCGCTCGCGCGGTGCTTGCCGATCCGGTCATTTTGATTCTGGACGAAGCTACCAGCAGCATTGATACGCGGACGGAGATGCATATTCAGACCGCCATGCGCACCCTGATGAAGGGCCGAACCAGCTTCGTCATCGCTCATCGTCTAAGCACGATCCGTGAGGCTGACCAGATTCTCGTCATGAATCAAGGCGGTATCGCAGAGCGCGGCACACACGAAGAGCTGCTGGCCAAACGCGGCTTTTATTACGAGTTATATAACAGCCAGTTTAAGTTAAGCGGTTGA	MAKPDQGSKHGNTEAPDLSLRGGSPMRGMTMAKAKPKNTMGTLRRIWGYIRPFKGGMIAVFSFTLITTILSLIAPYLLGNAVDHYIIPGDFEGLMGLCAVLLAVYAGTALTAWLQQHVMVKVSQLSIQDMRRDIFARLQVLPLRFFDSKTHGELMSRTTNDIENVSGTLNQSVTQLISSLLSLVGSLAIMLYLNVWLTLLSMVTIPLVMLFTKIVASRTRKHFSKQQSTLGELNGFIEETVSGQKVVQVYRRERHAAAQFDVMNKKLTDASIQAQIYSGTVGPVMNVLNNISFALIAAVGGYMAFKDFTTVGVVVAFLNYSKQFQRPLNDLANQFNLVQSAVAGAERVFEVMDTESEYQDNPDENTADDMYGEVQFDHVCFSYKEGIPILKDVSLTARPGETIALVGPTGAGKTTIINLLTRFYEIDSGMITIDGVDIRQLDKDHLRSKLGIVLQDAYVFSASIRENIRYGRLDASDEEIETAAKLANAHDFIMKLPEGYDTLLVSGGGNLSQGQRQLLTIARAVLADPVILILDEATSSIDTRTEMHIQTAMRTLMKGRTSFVIAHRLSTIREADQILVMNQGGIAERGTHEELLAKRGFYYELYNSQFKLSG	PGPT0029030_1310	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029030-efrB-K18888	NA	NA
JZ016_06772	1737		COG1132	putative ABC transporter ATP-binding protein	TTGCTCAAATTATTTCGTTATTTACGTCCCCACTGGGCTGCGGCCCTGCTTGCGCCGCTGCTTATGCTGCTGGAGGTCGCCATGGATTTGCTCCAGCCCATTCTCATGGCCAGCATTATTGATCAAGGCGTCATGCAGAACGATACTGCGCACATTCTCCATACAGGTCTCATCATGCTGGGTGCGGCTGCCATCGGGCTGCTTGGAGGTCTCGGTTGTACGATCTATTCTTCCATTGCCTCGCAGCGTTTCGGTGCCGACCTGCGCCGGGATTTGTTCCTTAAGGTTCAGACCCTCTCGTTCCGTAATCTGGACGATGTCTCAACGGGTTCGCTGATCACACGGCTTACGAGCGACATCGTCCAGATTCAGACCATGGTCCAGATGCTGCTGCGTATCTTCGTACGCTCTCCGTTGCTCGCGATTGGAAGCATGATCATGGCAGTGATCATTAGCCCGAAGCTCGCCATCATTCTGGCCATTGCCGTTCCGTTGTTGTTCGTTGTGATGTTCTTTCTGATCCGGGCTACCCTACCCTTATTCGCCACCGTTCAGAAGAAACTCGATAAAGTGAATACAGTCCTGAAAGAGAATTTTGCCGGCATCCGGGTATCCAAAGCATTCGTGCGAGCCGGGTATGAGAAGGATCGATTCCATCAAGCGAATACCGACTTCACGCAAGTTTCGGTTAAAACACAACGGATTGTCGCGCTCAATATGCCCATCTTGACCATGATACTGAACATCAGCATCGTGATTGTCCTCTGGCTCGGCGGGAAGAACGCGATTGATGGCTCGTTCGAGGTGGGAAGCCTGGTAGCCTTCATCAACTATGTGACACAGGTGCTGTTCTCCGTTTCCTCCGTGGCGATGATGCTGGTTCGAATCTCTACGGCCAAGGTTTCCGCTGATCGTATCCAGGAAGTCATGCATACGGAATCCGAGATTGCAAACGCTGATCATCCGGCGGTAAATGCATACAAGCAGGGAGAAATCGAATTTGACCAGGTGACTTTTTCCTATAAACCGGGGATTCAGAAGCCTGTTTTACATCATGTCAGTTTCAAGGTTCGACCGGGGCAGACCGTCGCGATTATGGGAGCAACCGGTTCGGGAAAAACCTCTCTGGTATCCCTGCTTCCCCGCCTGTATGATGTAACTTCCGGACGGATCTTCATCGATGGAACCGATGTGCGACAATTCGACTTATCGGCGTTACGCGAACGCATCGGCATCGTCCTGCAAGAATCCATCCTCTTCACAGGCACCATTCGGGATAATATCCGCTACGGGAAAGCGGATGCTTCCGATGAAGAAGTGATTGCAGCGGCCAAGGCTGCGCAGGCGCATGAATTCATTTCGTCCATGCCGGAAGGATACGATACGATGCTTGGACAAAGAGGCGTGAACCTCTCCGGCGGCCAGAAGCAGCGGATATCCATTGCACGGGCATTACTGCTCCGCCCCGCCATTCTGATTCTGGATGACAGCACCAGTGCCATCGATATGGGAACGGAGTCCAGGCTTCAGAAAGAGCTGGCCCGGCTGATGAAGGGTCGAACCTGCCTCATGATTGCCCAGCGGATCTCTTCCGTAATTGATGCCGATCGCATACTGGTGCTGGACGATGGAGAATTGGTAGCGGAAGGTACGCATAGCGAGCTGCTTGCTTCCTGTGAGCTGTACCAGGATATTTATCAATCGCAATTCGGCAAGGAGGTGTCTTCCCATGGCTAA	MLKLFRYLRPHWAAALLAPLLMLLEVAMDLLQPILMASIIDQGVMQNDTAHILHTGLIMLGAAAIGLLGGLGCTIYSSIASQRFGADLRRDLFLKVQTLSFRNLDDVSTGSLITRLTSDIVQIQTMVQMLLRIFVRSPLLAIGSMIMAVIISPKLAIILAIAVPLLFVVMFFLIRATLPLFATVQKKLDKVNTVLKENFAGIRVSKAFVRAGYEKDRFHQANTDFTQVSVKTQRIVALNMPILTMILNISIVIVLWLGGKNAIDGSFEVGSLVAFINYVTQVLFSVSSVAMMLVRISTAKVSADRIQEVMHTESEIANADHPAVNAYKQGEIEFDQVTFSYKPGIQKPVLHHVSFKVRPGQTVAIMGATGSGKTSLVSLLPRLYDVTSGRIFIDGTDVRQFDLSALRERIGIVLQESILFTGTIRDNIRYGKADASDEEVIAAAKAAQAHEFISSMPEGYDTMLGQRGVNLSGGQKQRISIARALLLRPAILILDDSTSAIDMGTESRLQKELARLMKGRTCLMIAQRISSVIDADRILVLDDGELVAEGTHSELLASCELYQDIYQSQFGKEVSSHG	PGPT0029025_1373	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029025-efrA-K18887	NA	NA
JZ016_06773	903	vanY		D-alanyl-D-alanine carboxypeptidase	TTGAAAAAAGGTTTGATTATGCTCGTTATATTTCTGTTGGTCGGATGCGAGTCCATTCTGACGGAGACGCCTAACGTGAAGGATAGGGTGGACAGTAGGGATGGACAGGAAACAAAGACGGATTCCGGCACGCAATCGAATCAGACATCCGCTACGCAGACGATCCGTGTAACGGATGAACAAGTGACGCGTGGAAACTTGGTTCTGGTCAATAAGGATCATCCGCTTGATCCGGAAGCGGTGCCGAAGGATATCGTAACATTGTTTGAAAATCAAGATTTAATGTATGGTTATGTGGTTCTGGATAACACGATCCGGTTATCGCGCAGTGTGGCGGAGAATTTCCGTAATATGATTGAAGCCGCCGGAGAAGATGGAGTCAATCGCTTCATGATCAGCAGCGGGTATCGGGATGAAGACGAGCAAGAACAGCTTTATCGTGAAAAAGGTTCCGATTACGCCTTGCCTCCAGGCTACAGCGAGCATAATCTCGGGCTCTCGATGGATATCGGATCGACGCAACAGTCGATTGATCGATCGCCCGAAGGGAAGTGGCTGAAGGAGCATGCATGGGCGCACGGATTCATTCTGCGCTATCCTCAGGACAAGACAGAGATTACAGGCATTCAGTATGAACCGTGGCATTTTCGTTATGTTGGGCAGCCGCACAGCATGATCATGAAGGAACTGAATCTTACCTTGGAGGAATATCTGGATTACCTAAAGGATCAATCCAGCTACAGAACAACCGTAGATGGGAAGGAATACGAAATTAAGTATGTACCCGTGACATCCAAAGACATGGAGATTGAGATACCGGCAGGAAGCGAGTATGAGATATCTGGAAACAATATCGACGGAATCATAGTGACGGTACTGCTAAGCAAGGATGATGCGGAATGA	MKKGLIMLVIFLLVGCESILTETPNVKDRVDSRDGQETKTDSGTQSNQTSATQTIRVTDEQVTRGNLVLVNKDHPLDPEAVPKDIVTLFENQDLMYGYVVLDNTIRLSRSVAENFRNMIEAAGEDGVNRFMISSGYRDEDEQEQLYREKGSDYALPPGYSEHNLGLSMDIGSTQQSIDRSPEGKWLKEHAWAHGFILRYPQDKTEITGIQYEPWHFRYVGQPHSMIMKELNLTLEEYLDYLKDQSSYRTTVDGKEYEIKYVPVTSKDMEIEIPAGSEYEISGNNIDGIIVTVLLSKDDAE	PGPT0024055_301	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-GLYCOPEPTIDE_RESISTANCE,PGPT0024055-vanY|yodJ-K07260	NA	NA
JZ016_06774	555			hypothetical protein	ATGAAATTATCGAATAAATGGTTACTATTATTGCCGTATTCATTGTATCTCTACGTCTTACTCAAGGTGATTCTATTCAAGTTCGGTTCCGTAGATATATCGGTTCTGTGGCAGCAGCTGCATCGAGCCACCGAGATCCCGGAATATGCACAGAATCGATTGCAATTTGCCAATTTCACGCCTTTTGAATCCATTCGAATGAATATGAGGCGTCTTACGAGTCCACATGACGTGATCAATCTCTTCGGGAATATCGCCATATTCATGCCTAATGGCATATTCGTCGGTCTTATGCTTAGGAGCAAGTTCCTCGGGTTCATTGGCTCCTTTACGACATCTCTGGGGTTGAGTCTCGCGCTGGAATGCTCCCAGCTCGTTTTTTCAATGGGAAGTTTTGATGTGGATGATTTAATTCTGAATACAGCCGGCGGGGTGCTTGGATACGGCGTGTTTCTCATGTTGAAGCTAATCTTTTCAGGAACAACTCTGCCTATTGACGAGAGACGAGAAAGAACGGGTAAGCCTTTAACTGGGAACGAACGAGTAAGGAACTGA	MKLSNKWLLLLPYSLYLYVLLKVILFKFGSVDISVLWQQLHRATEIPEYAQNRLQFANFTPFESIRMNMRRLTSPHDVINLFGNIAIFMPNGIFVGLMLRSKFLGFIGSFTTSLGLSLALECSQLVFSMGSFDVDDLILNTAGGVLGYGVFLMLKLIFSGTTLPIDERRERTGKPLTGNERVRN				NA	NA	NA	NA	NA
JZ016_06775	1227	nasA		Nitrate transporter	ATGGAGAGGAAAGGATTTTGGCAAAGCGGGCATAAGCCCTCGCTGTTCGGTGCTTTTCTGTATTTTGACATCAGCTTTATGATATGGGGCATGCTTGGCCCCCTTGCGGTGGTCATTGCCGCGGATTATCCGATGGACCCGGTGCAGAAGGCAAATCTTGTGGCGCTTCCCGTTCTGGGCGGCTCCATACTCCGACTCGTATTAGGATTCCTGGCGGATCGCCTGGGTCCTAAATTAACGGCTCAGATTGGAATGGTCGTTACGCTGATCCCTTTATTATTAGGCTGGTTGTGGGTAGATTCCCTGGATCAATTGTATGTTGTCGCTATTCTGCTAGGGGTGGCTGGAGCTTCGTTCGCTGCAGCTCTGCCACTGGCGGGACAGTGGTATCCCAAGGAACATCAAGGTTTGGCGATGGGAATTGCCGGTGCCGGTAACAGCGGCACGGTCCTCGCAACCCTCTTCGCCAATCGGCTTGCCCAACATTTCGGAAGCTGGGAGATTGTGTTCGGACTCGCCATTATCCCCATCGTGCTGGTATTCATTTACTTCTCGCTGTTTGCACGCAATAGTCCGAATCGTCCCGCTCCCAAAAGATGGTCCGAATATGCAAATGTCCTTAAGCAGCGTGATGCCTGGGTATTCTGTGCCCTGTACTGCGTGACGTTCGGCGGCTTTGTGGGACTTGCTAACTATTTGACGATCTTCTTCAACACCCAGTATGGTCTCTCCGCGGTCCAGGCCGCCGACATTACCACGATCTGCGTCATAGCAGGGAGCTTCTTCCGCCCTGTGGGCGGCTTTCTGGCCGATCGAATCGGGGGCTCACGGATGCTCATGTTTCTCTATACCGGGGCGTCCATCATGCTCATCGGCGTCTCCTTCATGCCTCCACTTTGGCTTGTTGTCACGCTGCTGTTTATTGGCATGATGTGCCTGGGTGCGGGAAACGGTTCGGTATTTCAGCTCGTCCCTCAGCGGTTTGGCGGCGAGATCGGCCTGGTTACCGGTATTGTCGGAGCCGCCGGAGGGCTTGGAGGTTATGCTCTGCCGCTTATTCTCGGCCGATTATACCAGGCGACAGGCTCATACACAGCGGGCTTCATTATTTTAAGTTTCATAGCTGCCGCTTCGCTGACCCTTACAGTCGTGATGCAGCTGAAATGGCGGCGAAGCTGGCTTCGCAGTGTGTCATCAGGTCCGCAGGCCGGTTCGGCCAAGCTATAA	MERKGFWQSGHKPSLFGAFLYFDISFMIWGMLGPLAVVIAADYPMDPVQKANLVALPVLGGSILRLVLGFLADRLGPKLTAQIGMVVTLIPLLLGWLWVDSLDQLYVVAILLGVAGASFAAALPLAGQWYPKEHQGLAMGIAGAGNSGTVLATLFANRLAQHFGSWEIVFGLAIIPIVLVFIYFSLFARNSPNRPAPKRWSEYANVLKQRDAWVFCALYCVTFGGFVGLANYLTIFFNTQYGLSAVQAADITTICVIAGSFFRPVGGFLADRIGGSRMLMFLYTGASIMLIGVSFMPPLWLVVTLLFIGMMCLGAGNGSVFQLVPQRFGGEIGLVTGIVGAAGGLGGYALPLILGRLYQATGSYTAGFIILSFIAAASLTLTVVMQLKWRRSWLRSVSSGPQAGSAKL	PGPT0000300_3531	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000300-narK|nrtP|nrt|narU-K02575	NA	NA
JZ016_06776	2175	nasD_3	COG1251	Nitrite reductase [NAD(P)H]	ATGAGGAGAAAGAAGCTACTTGTCGTTGGCAATGGGATGGCGGGAATACGATGTGTTGAGGAAATCCTCAAGCTGGATCCGGAGCTCTTCGATATTACGATATTCGGTGCCGAACCTCGCCCTAACTACAATCGAATCCTCCTATCCAAAGTGCTTCAAGGTGAACATTCTCTCCAGGATATCATTCTGAACGATTGGTCCTGGTATGAGCTGCATGGCATTCGGCTGTTGGCAGGGGAGACCGTTTGTCATATCGATATCAAATCCCGCGCTGTCGAGACAGTCTCCGGTATACGGGAAACGTATGATGCGTTAATTCTGGCAACAGGCTCATCTCCCTACATTCCGCCTATAACCGGAGCGGATAAGGAAGGCGTCATTTCGTTTCGGACTGTGGACGACTGTACGAAAATGACCGAAATGTCCAAGATGTACACGAAGGCGGCAGTCATTGGCGGAGGCTTACTGGGATTGGAGGCTGCCCGCGGGCTTCTCCATCTCGGGATGGATACCCAAGTGGTTCATAATGCTCCTTATATCATGAACCGGCAGCTGGATCGAACGGCTTCGATGATGCTGCAGCGGGAACTTGAAGCTCAAGGGATGCAATTTAACTTGGCGAAGGACACCACGCGAATTGTTGGCCGCACGAGAGCGCAGGGTCTTCGGTTTATGGACGGGACGCGTCTAGATGCGGATGTAGTCGTTCTCGCTGTTGGGATCAAGCCCAATGTGGAGCTTGCCCAAAGAAGCGGCATTCGAACGCAGCGGGCGATTCTGGTGGATGACTTCATGAGAACGAGCGAGCCGAACATTTATGCCGTGGGAGAGTGCGCGGAACACCGAGGCGTAAGTTATGGTCTGGTCGCTCCTCTGTATGAGCAGGGGAAGGTGCTGGCCCGTGTCATCTGCGGCCGGGAGGCGGAGCCATATGGCGGGTCGATTCCCTACTCCCAGCTTAAAGTATCGGGCGTGGATGTATTCTCCGCCGGAGTGATATCAGGGGAAGGTGCTGAAACGGCCATTCAGCACTACGATGCCGTATGCGGCACATACAAAAAAGTGACCATGCGCAATGGCAGGGTTACGGGTGCTGTTCTGTTCGGAAATACGAATGAGGGGTCCTCGCTCCTGACATTGGTGCAGCAGGGTGCGGCTGTGTCAGAGCTTATACCTTCTGAAAGCAGCGGCCTCAGCGCAGCCGAATCCGCTGCAGAGGCGCTCCCGGAACATGAAACGGTTTGCGCTTGCAACGGCGTCAGCAAAGCGGCGATCATGGCGGCTATTACCGAACATCATCTGGAAAGCTCGGATGAAGTGAAGGAGCATACCAGGGCATCCGGTTCCTGCGGCGGCTGCCGGCCTATGGTGGACGCTCTTGTCAAATATATGCGAAGCGGCAAGAGGAAAGAGGGTTTGCATACGGAAGCCAGAACGCCAATCGAGGTTCCTGTATGTGAATGCACGGTGCTTGGTCCATCTTCATTGAAGCAAGCGGTGGTTCATGCCGTGTCTCAAGGCTGTCATTCCGTTCAGGATTTTATGTTACGTCAAGGTTGGAAGAAACCGGACGGTTGTGAGGTGTGCTGTCCAGCCTTACGATTTTATTTTGACATTGAAATGACGGGTGCAGTTCACCATGATGAGCGTAGCCAACCAATTAAAGCAAGTGCCGACGACGTTTTTTATAAGGGCTCAAGGTCCTATCAGGGGGTCAAGGTATGGGTGGGAGACACGGAAGGATCGAAGCCAGAGGCGGCAAGCATTCGTAAAATTGGGGAATGGCTTCGAACCGGCTGGCGAGAGGTGTCCCTTCCTTCCCCGGTGAGTGCAGGGGTGTCTGATTGCACAGCGTCGTCCGTCAGCATCCTGGTTCAGGGGATCGGAATTTCCGTTTCTCCCGCGGGCTGGGAGGTTTATCTCGGCGGACATGCGGCGCATCCTGTCCGTGAAGGGCAGTTGATCGGTGTTGCGGAGAGTGAGGAAGATGTCGTCCAGCTCGCAGCTGCTAGCTTGCAGTGGTACCGTCAGAACAGCATGTATGAGGAACCGCTGTGGAGGTGGGTGGAACGTACAGGCGTGACGGCGATCCGGGAGAATGTTCTTGACGATGATCTGCAAAGAGAACTTGCAGAACAGCTGTCTCGCTATGCATGGGAGGCGCAGGTCCGTTAA	MRRKKLLVVGNGMAGIRCVEEILKLDPELFDITIFGAEPRPNYNRILLSKVLQGEHSLQDIILNDWSWYELHGIRLLAGETVCHIDIKSRAVETVSGIRETYDALILATGSSPYIPPITGADKEGVISFRTVDDCTKMTEMSKMYTKAAVIGGGLLGLEAARGLLHLGMDTQVVHNAPYIMNRQLDRTASMMLQRELEAQGMQFNLAKDTTRIVGRTRAQGLRFMDGTRLDADVVVLAVGIKPNVELAQRSGIRTQRAILVDDFMRTSEPNIYAVGECAEHRGVSYGLVAPLYEQGKVLARVICGREAEPYGGSIPYSQLKVSGVDVFSAGVISGEGAETAIQHYDAVCGTYKKVTMRNGRVTGAVLFGNTNEGSSLLTLVQQGAAVSELIPSESSGLSAAESAAEALPEHETVCACNGVSKAAIMAAITEHHLESSDEVKEHTRASGSCGGCRPMVDALVKYMRSGKRKEGLHTEARTPIEVPVCECTVLGPSSLKQAVVHAVSQGCHSVQDFMLRQGWKKPDGCEVCCPALRFYFDIEMTGAVHHDERSQPIKASADDVFYKGSRSYQGVKVWVGDTEGSKPEAASIRKIGEWLRTGWREVSLPSPVSAGVSDCTASSVSILVQGIGISVSPAGWEVYLGGHAAHPVREGQLIGVAESEEDVVQLAAASLQWYRQNSMYEEPLWRWVERTGVTAIRENVLDDDLQRELAEQLSRYAWEAQVR	PGPT0000450_2486	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362	NA	NA
JZ016_06777	2160	nasC	COG0243	Assimilatory nitrate reductase catalytic subunit	ATGCTTCAATCGGATCGTGCTGAAGCGACAGAAGCTGCTGCCGTGATCGAGACGCAATGTCCGTTCTGCAGTGTGCAGTGCAAGATGACGGTAACCGAGGGTGGGAACGGCATTCCGGGTCAGCGCCGGGCCGAATATAAGGTGGAAGGGGTACCGAACGCCGCATCGGAGGGCAGGGTATGCGTCAAAGGCATGCATGCGCATCAGCATGCAGTCCATTCGCAGCGTCTGACAAACCCGTTCATCCGTTCAAATGGTGAACTCGTCCCATGTTCGTGGGATGAAGCATTTGCTGTGGCCAGTCAGCATTTACAGGGGATATCAGAGCAGCATGGCCCTGATGCCAATGCCGTTTACGGCGGTGGATCGTTGACCAACGAAACGGCATATTTGCTCGGGAAATTTGCCCGAGTGGCGCTGGGAACCCGCCATATCGATTATAACGGCCGCTTCTGTATGTCTGCCGCTGCTTCTGCAGGGAGCAAAACCTTCGGGATTGACCGGGGGTTGACCTTCAGATTGGCTGATATTCCTCTGGCCCGCTGCATCGTGCTGGCCGGCACCAATATAGCGGAATGTCAGCCAACGCTGCTGCCTTACTTCAACCGGGCTAAGGAGAATGGGGCGAGGATCATTGTCATCGACCCGCGGAAAACAGCCACCGCCGCCATGGCCGATATGCATTTGCCGATCAGACCGGGAACGGATACCGTACTGGCGGATGTGATGCTTAAGATCATTATGGATGAAGGCTTTATCGATGAGTCCTTTATTCAAGCAAGGACGAACGGTTACGACGAGTTGAGCGTTTATCTGAACAGCCTCGATCTCTCGCAGGCTGCCGATATATGCGGATTGGAGCTGGGGCAAATCCGGGAGGCCGCTTTAGCCTTTGGCGAGGCGGATACTGGCATGGTGCTGACTGCGCGAGGGGTGGAGCAGCAGACGGATGGCCATCTTGCGGTTCGCCATTTTCTAAACCTGGTCTTGGCTACGGGTAAAATCGGGAGAGAGGGCTGCGGATACGGAGCCATCACCGGTCAGGGGAATGGACAAGGGGGAAGGGAGCATGGGCAGAAGGCCGATCAGCTGCCGGGTTACAGGTCGATCGAGAATGAAAAGGATCGGGCTTACGTTGCCTCCGTGTGGGGTGTGGAAGCTGCAAGCCTCCCCGGGAAAGGCGTCTCTGCCTATGAGATGATGGAGCTGATTCATCAGGGAGTGATTAAATCGCTCTTCGTGATGGGCTCCAATCCCATCGTATCGAATCCGAACGCCGGGCTTGTGGAGGAAGGTTTGAACAAACTTGATTTTCTGATGGTTGCCGACATGTTTATGTCCGAAACGGCCCAATTGGCCGATCTCGTTCTGCCCGTAACCTCCTACATGGAAAATGAAGGGACACTGACGAACCTGGAGGGACGCGTGCTTCTGAGAGAAGCAGGGCGTCAGGCGCCTGGCGAGGCGCGTCATGACTGGAGGATTCTGTGCTCCATAGCAGACATGCTGGGGAAGGGGCAATATTTTCGCTTCAACGAGCCTGAAGAGGTCTTTAATGAGCTGAGGCTAGCGAGCAAGGGTGGAATTGCAGACTACTACGGTATAACCTATGACCGACTGCGCCGGGAGAAGGGAGTCTATTGGCCGTGCCCCTCGCCTGAAGAAGCTGGGGCGGGCCTTCTGTTTCAACAATCGTTTGCCCATCCGGACGGAAAGGCCGTGTTCTCTATAATGGAAGGGACTCCTTGGAAAGGGGTAACTGAGGAGTATTCGCTCATTCTGACCAATGGACGTGTTCTGTCCCACTATCTGACAGGGGTGCAGACCAGAAGGAGTCCTTCTTTGCTTGCGCGTGAGCTGGAAAATTTCGTGGAGATCCATCCGATTACCGCACAGCGTTACCGAATTCGGGACGGAGAGTGGGTAGAAGTTCAATCGGAGCATGGATATTTTACCGTGCGTGCCAGAATCAAAGACCAGATTCGAGAAGACACCCTGTTCGTGCCTATGCATTGGGGCGGCGTGCAGAATGTCAATCACGCGACCCGGCCGGAACTGGACCCGTTCTGTAAAATGCCCGGTTTTAAGACATCCGCTGTCCGGATTCGGCCCCTGCATCAGAAAGTTTATAGGGAGAACGATTCGTACACGGAGCGTTAA	MLQSDRAEATEAAAVIETQCPFCSVQCKMTVTEGGNGIPGQRRAEYKVEGVPNAASEGRVCVKGMHAHQHAVHSQRLTNPFIRSNGELVPCSWDEAFAVASQHLQGISEQHGPDANAVYGGGSLTNETAYLLGKFARVALGTRHIDYNGRFCMSAAASAGSKTFGIDRGLTFRLADIPLARCIVLAGTNIAECQPTLLPYFNRAKENGARIIVIDPRKTATAAMADMHLPIRPGTDTVLADVMLKIIMDEGFIDESFIQARTNGYDELSVYLNSLDLSQAADICGLELGQIREAALAFGEADTGMVLTARGVEQQTDGHLAVRHFLNLVLATGKIGREGCGYGAITGQGNGQGGREHGQKADQLPGYRSIENEKDRAYVASVWGVEAASLPGKGVSAYEMMELIHQGVIKSLFVMGSNPIVSNPNAGLVEEGLNKLDFLMVADMFMSETAQLADLVLPVTSYMENEGTLTNLEGRVLLREAGRQAPGEARHDWRILCSIADMLGKGQYFRFNEPEEVFNELRLASKGGIADYYGITYDRLRREKGVYWPCPSPEEAGAGLLFQQSFAHPDGKAVFSIMEGTPWKGVTEEYSLILTNGRVLSHYLTGVQTRRSPSLLARELENFVEIHPITAQRYRIRDGEWVEVQSEHGYFTVRARIKDQIREDTLFVPMHWGGVQNVNHATRPELDPFCKMPGFKTSAVRIRPLHQKVYRENDSYTER	PGPT0000390_1399	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000390-nasA|nasC|narB-K00372	NA	NA
JZ016_06778	402			hypothetical protein	ATGTCATCGAAACGCGCCAGGAAGTCCAGAGCCGCTTCGAAGTCGAGACCTCCCCAGCATTGGGTAGGTCAACCAGTCGTGGTCGTTCTGAAGGATGGCAGCTACTATATCGGAGAACTGAATCAGATTCAAGGCCGGGAAGTGACGCTGTCTGGACTTCGTGCTAACCAAAAAATGCCGGCTTCGATTGCACGGAGCGGGGATAAAGCGCAGATTTCCGGATTTTTAAGCGATTTGTTTGGAGGTCCTCCAAGCGCTCCGGCAGTCGAAGGGGCTGAGGAGAGAGAAGGAGTTGCGGCTGTAGGCGGTTTAGGCTTTTTGGGGCAGATCATCCCTCATATTAAACTGGGCATGAATGTAATAAAAACCATTATGCCGTTAATGGGAATGTTAAAAATATAA	MSSKRARKSRAASKSRPPQHWVGQPVVVVLKDGSYYIGELNQIQGREVTLSGLRANQKMPASIARSGDKAQISGFLSDLFGGPPSAPAVEGAEEREGVAAVGGLGFLGQIIPHIKLGMNVIKTIMPLMGMLKI				NA	NA	NA	NA	NA
JZ016_06779	912			hypothetical protein	ATGGGACGAAATCTATGGGATGCCGAATGGGAAGTGACCGAGCCGTTAGTCCGGTTATTGCTTACTCGTCAATTCCCCCAATTGTCCACCCTCAAGGTCCAGGAAATTGGCAACGGATGGGACAACACCGTTTATCGCGTTGGCGATGAGTATGTGTTTCGCTTTCCTCGTAGAAAGATAGCCATATCTTTACTAAATGCCGAAGCGAAAATCCTGCCCAAGCTTGAACATTACATAACGGTACCTTATGCGAAACCCCTCTTCTTCGGAAAAGAAAGTGAAGATTATCCTGCACCTTTTCTGGGATATACCTATCTTCCCGGTACATTCCCGATTGGAATTTCAGAAGAAGCGCGGATGCAATCAGCGGAAACGCTCGCCCGCTTCCTGAAGCGCCTGCATGCTTTTCCCGTGGAAATAGCGCAGCAAGCGGGTGTATTGTCTGACCAGCGTAAACTGACCGATATCGCCGGCCGCAAAGCCAAAATGCTGAATTTCCTCTCCAATCTTACCCAATATATAACGCAAGAGGAGTTACATGAGATCGAGGACTATTTGCGGGGCATCCATTTGGATCAGGCGAGGCATCGACATGTGCTAATCCACGGGGATCTCCATTTTAAAAACATGTTAGTCGATGATGACGGCAAGCTTTCGGGGATTATTGATTGGGGCGACGTCAACATTGGCCATCCTGCCTGTGACCTGAGTATCGTTTACAGCTACCTGCCGCCGGCCTCCAGAGCGGATTTCTATGATATCTATGGCGAAGTGGACGAAGAAACGAAGATTCTGGCACGAATGATCGCCGTCTATATCCCTATGTTAATATTCATCCAGGCCATCGACGAAAAGAATGACACCATTGCGCTGGAAGCCAAATCAATTATTCAGCGTGCCATGGCCATATAA	MGRNLWDAEWEVTEPLVRLLLTRQFPQLSTLKVQEIGNGWDNTVYRVGDEYVFRFPRRKIAISLLNAEAKILPKLEHYITVPYAKPLFFGKESEDYPAPFLGYTYLPGTFPIGISEEARMQSAETLARFLKRLHAFPVEIAQQAGVLSDQRKLTDIAGRKAKMLNFLSNLTQYITQEELHEIEDYLRGIHLDQARHRHVLIHGDLHFKNMLVDDDGKLSGIIDWGDVNIGHPACDLSIVYSYLPPASRADFYDIYGEVDEETKILARMIAVYIPMLIFIQAIDEKNDTIALEAKSIIQRAMAI				NA	NA	NA	NA	NA
JZ016_06780	315			hypothetical protein	GTGCCATATTTACGCTTTAAAGGATTCTCCGAAGTCTTTCTTGAAGAAATAACGCCACAGGTCGTTGATGAATTCGCGGGGATTGTTCAAATTCCGCAGGAAATTGTGAAGATCGAACTGCTTCCTTATCAGATCATTACGAATACGCCGCTATCCGTGGAAATTCTTATGTTCCAGAGATCTCAGGAAATTCATGATGCTGTTGCAGCCCGCATTCACGATATCTTGTCAGAACACGGGTACCGGAACGTACATATTTTCTTCGTGATTCTTAAGCGGAATCTTTATTATAAAGAAGGCAGGCCGTTAGAATAA	MPYLRFKGFSEVFLEEITPQVVDEFAGIVQIPQEIVKIELLPYQIITNTPLSVEILMFQRSQEIHDAVAARIHDILSEHGYRNVHIFFVILKRNLYYKEGRPLE				NA	NA	NA	NA	NA
JZ016_06781	942	thiK		Thiamine kinase	ATGGAACAATTACAAGGCATTTTGAAGGAATATTATGGATTGGATCGTACACATGTTGTACCCCAAAAGGGTGGTTGGGCAGCGCTGGCTTATAAAGTGCAGAGTGATGGACATGCCTATTTCCTGAAAGTATATGAAAAGAGCCGCGCTTCCACGCCCAAATGGACCGCGAGAATCGACGAGTATGTACCCATATTGCTGTGGCTCGGGCAGCACAGCCAGTTGAAAGGAAAGATTCCAGTCCCCATCCTAACGAAAGACGGATTTTATCAATGTGAGGATGATGAAGGAATCTATCTATTGTATGAATATATCGTTGGAGATACGATCGCTGACCTTGACCTGACGAGTGATCAAGTGAGAGAGCTTGCAGAGATCATCACCGAACTTCATCAATATGGAGAGGAGATTCCGCTCAACACGGATGCGATAAGAGAGAATTTCGAGGTTCCTTTTCTCCAGCAACTCGAGCATACCCTGGATGCCGTGATGCCTAACGATGTCAGGGAAGTGGTACAGTCGTACAGGGAGCAATTGAACGATCTGATGAATGAGGTCCATGAGTTGTCGGTGACTTTAGCGCATAGCAATGTACATAAGGCTCTATGTCATACAGATGTTCACCATTGGAATCTGATGTCAGATGGACATCAACTGGTACTGATTGATTGGGAGGGACTGAATGTAGCTCCGGTTGAAGCCGATATGATGTTTTTTGTTCAAACACCTTACTGGGATGAATTTATGAGAACATACAAGAGAACCCACCATCAATATGAGATCAACTCGGAAGCCCTGCGATTTTACCAGGGGAGACGCAAGCTGGAGGATGTCTGGGAATTCATCGAGCAGATGCTCTACGATGCCCAGGATGAGGGGGAGCGAATAGCGACTCTCAGCCATTTGAAGCGCGAACTGGAAGAAATCACGCCAAGCGATTGA	MEQLQGILKEYYGLDRTHVVPQKGGWAALAYKVQSDGHAYFLKVYEKSRASTPKWTARIDEYVPILLWLGQHSQLKGKIPVPILTKDGFYQCEDDEGIYLLYEYIVGDTIADLDLTSDQVRELAEIITELHQYGEEIPLNTDAIRENFEVPFLQQLEHTLDAVMPNDVREVVQSYREQLNDLMNEVHELSVTLAHSNVHKALCHTDVHHWNLMSDGHQLVLIDWEGLNVAPVEADMMFFVQTPYWDEFMRTYKRTHHQYEINSEALRFYQGRRKLEDVWEFIEQMLYDAQDEGERIATLSHLKRELEEITPSD	PGPT0028765_115	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028765-aph|spcN-K18844	NA	NA
JZ016_06782	4557			hypothetical protein	TTGAGCGTATTGGAATCCAGTTCAAGAAAAAGCATTCTTCCCTACGGGGAGCTGCCGCTCTTGTTCACGCAAAATGTCGGTCAATTCGACCCAAACACGCTTTATTTCGCACAAGATTCGGGTTTTCGCTGTTCGTTCGAAGCGGATCGGATCTCGCTGACGCTGTATAAGCCCGTTTCCACGGAAGCAGAGCGAACAACAAACGGCGTTGTACTGGTGTGGCGTTTCGATATCCCGGGGAAGGCTTCCAGACTGGAAGGCATGTCGAAGGAAGAAGGCAAGTTTCATTATTTTCGCGGCAATGATCCGAAGCGCCATATTACGCACGTCGATACGTATCGCGGAGTTGCATACCGGGAGTTATGGCCTGGTATCGACGCCGTGATCCAAGGGAGTGGCGGTAAGCTCAAGTTTGATTGGCTTCTGAACCCGGGTGCAAGGGTGGAGGATATTCAGCTGGTATGCGACGGATCTGACGAGATCAAGATCGACGAGGAAGGCAATCTGCTCCTAATCACGCCCTATGGCACGCTTATGGATCAAAAACCTATCGCCTACCAGGAAGTAGACGGCGTACGTAAGGAATTGGGGTGCCGGTATGTAGTGAAATCCGGACTGGAAGGCCGTAATCAGATCGGGTTTGAAATGACCGAAGCTTATGATCGTGAACTGCCCTTGGTGATTGATCCGGTCATCTTGTATTCGACTTATCTTGGCGGCACGGAAACGGAAGAAGGCCTGGACATCGTGGTCGATGATTTCGAGCAGGCTTATGTGACAGGCATCACGACTTCGGCCAATTTCCCCGTGACACCTGGGGCTTTCCAGACGACGTTTCAAGGCACGGCTGACTTCTTTGTCAGCAAGATCGATGCTTCGGGGACAAGTTTAATCTATTCTACCTTCATCGGAGGAAGTGCTTCGGATACGGGCAGAAGCATTGCCATTGACTTCGCTGGGAATGCGTACATTACCGGTACCACTTTTTCCAGCGATTATCCGACAACCCCCGGTGCGTTTCAAACAACGGCCGTCTTCACTAGCAGTAATGCGGTTGTAACGAAATTGAGCCCTGATGGCGGTACGCTTGTATATTCCACTTATTTGGGAGGCTCCGGAGGAGATGAAGGATTCGGCATCGCCGTCGATCTTTCCGGAAGCGCCTATGTGGCCGGTCGCACGAGTTCTGCTGATTTTCCAGTGACCGCGGATGCTTTCCAGACATCCAACCCTTCATCCATTTCAACTTCGTTCGTGACGAAATTGAATGTCGACGGAACGGGATTGATTTATTCGACCTACCTGGGCGGTACCCTGGATACAACGGACGCCAACGGCATTGCTGTGGACGATTCGGGCAATGCTTACGTCGCCGGCCAGACGGTGGCTTCGGACTTCCCGACAACGCCAGGAGCGTTTCAAACAACCCTTCAAGGCGATGTCGACGGATTTGTCGTGAAGCTGAACCCTACGGGAAGCGCGCTCGTGTATGGAACTATATTGGGAGCCAGCTTGAATGATGTTATTTTTGACGTCACGATCGATACGGCGGGGAATGCTTATGTCACCGGATCATCGAGTTCCCCCGATTTCCCAACGACATCCGGATCGTTTGTCACACCTTTAGGGACTAACCGGGCTTTCGTTACCAAGTTGAATCCTACGGGAACCGGACTCATCTATTCGGCGCTGATTGGGGGGAATGGCTCTAATACGGGGCTCTCGATCGCGCTAAACTCGGCACGAAGTGCATTCATTACGGGAGAAACATCGTCTGCGGATTATCCATTGGCCGGCGATGCAATCCAATTTTCCCTCTTTGGCCCCACCGATGCTTTTGTCACGATTCTCGACCCCACCGGCTCGTTTCTCGAATTTTCCACCTATTTGGGAGGCAGCTCGACCGATAGCGGCAACGGAATTGCCGTGGACTTGAATAATCAGATTTATATTACCGGCCAAACATCCTCGTTCGATTACCCGACCACTCCCTTCTCGTTTCAACCGTTCAACAACGGGGGAGTTGATGCGTTTATCACGAAGCTCGGTGAGCAAGCTACTATATTTGTTAATAAATTCGCCACCCGATTTGAAGTTCGCCCGGGAGAAGTAGTCGAATTTATTATTGAGATCAAGAATGGAAGCGGCATTCCGCTTACCAATGTATTCATTGAGGATCCGTTCCTAGGTTTTTTTCATATACTGCCTGTTCTCAATCCGTTTGAAGGGTTCGTCATTCCTCTCCCCTTCTTTGTTCCAGAGCAGTTTCCTCCGGGCTTTATCATTAACGAAGTGTTCGTTAGAGCGGATCAAGTACGGGACCCGGTCATTGCTATTGCTGAAATCTTCATTACGGAAAATCCCATACTCGAAGCAACGAAGACAGTTAATCCATCTTCGGCCGCTCCCGGTGAAACGGTCGTGTTTACCATTACACTTACCAATTTTGGGAATGTCGACTTGTTTAACGTCCGGATCGTCGATCCGCTGTTAGGACTGGATCAATTGATTGGCACTCTCCCTGTAGGCTCCAGTTTCGTGATTGATTGGCCGTTCGTCATTCCACCCGAACAACCGGCTGGTTTGACGATTGCAAATCGGACCGAGATTACGGCCGATAATCTGCCAACACCGCAAACGGTAGGAACCGTGGTTGAGGTGCTCCCTGCGCCGCGTCTCAACCTGGTGAAATCTGCGGACCGTATATCGGTATTACCAGGTGAAATCATTCAATTCTCGTTTGAAGTTACCAATACGGGAAATACCGACTTGACGAATATCATCATTACCGATGATACGATCGTTAGCGAGATCCAAGTGCCAAGTCTCGCCATTGGTGAGACCCAAGTGCTTACGGTACCTTTTCTCGTACCGCTGGAGACACCTTCACAGACCTACACCAATACGGCGATGGCCACCAGTGATCAGGCACCAAGCGTCACATCGAGCTTTGACGTACTGGTCGTTGAAGCGCCGCAGCTCGGCGTACGAAAGATCCCTTCCGTGGCAACCGTCATGCCGGGCCAGACTTTCCAGTACTCGATTGTTATCGATAATATCGGCAATGTCCCTCTAACCAATATTGTCCTTGAAGATCCATCGCTCGGCTTTGCCGAGGCGATCGAAAGTTTTGCCATCGGCGAACGACGCGAGTTTATTATTCCATTTACGGTCCCGCTGGATGCTGAACCGGGGTCGAATATCATGAACGAGCTCACCGTTCAATCCACGCAAACCGGATCGCAGGGAGTCTTGGCAACCGTTACGGTAACGGCAATTGGGCTTGCGCTCACCAAGACGGCGGATCTTGCCGTTGCGGCACCGGGCGATACGGTTGTGTTTACCCTTACGGTGACAAATACCCTTACCGAGCCACAGACCAATGTCGTCCTGAGCGATCCGCTGCTTGGCCTAAGCGAGACGATACCGACCATTCTCGCGGGCGGGACGATTACGCGGACGGGTTCCTTTACAATACCCGCTGATGCAGCGAACGGAAGCGTGATTACGAACAGCTTCACGGCCGTTTCGGACCAGACACCGCTGCAAACCGCTGCAGCCGAGGTTGTTGTTATATCCATACCTGGTGCCACGACGACACTGACGGTATCCAAGCTGCCTGACCGCAGTGTAGCCGCAACGGGTGAAACGGTAACCTATACGGTTGAAGTAACGAATACGGGCAGCAATCCGGCAACCAGCGTAACCGTCGCCGATTCCTTGACCGGAACCGTGGACGTGATCCCAGTCATTGCGCCGGGAGCGACAAGCGTTGTGATGTTTACCTTCCAAATCCCGACGAATGCACTGCAGGGGACCGTGTTTGCGAACCGAGTCACCGTGAATTGGCCGGAAAATCCGGTGCCCTCGCCGATATTTAGCGAAACGCGCGTCGTGGTAGCCCTGCCTTCCACGCTCGTTGATATTAACGTCGAGGCTGACCCGCCCACAGCAGCTCCAGGGACGGTAGTCAACAAGACGATCCGGGTCACGAATGTATCGAATGTGACGCTGACGGACGTTCCAAACCGGACGTTGACGGATGTGCGCGTTATTGATTTTCTTCTGGGTTTCAACGTCGTTATCCCGGCCTTGGGACCGGGTGAAACGCGAGTCTTTACGCTACCGTTTACGGTTCCTGCGAACTCTGTGGGAGGCGAGACCTTCCAAAACAACGTTGTTCTTTTCTCCGATCAATCACCGCTGCAGACGGCATCTGTCGATATCGTAACCGAGCTGCTGCCGAATGTCATTTTGACCGAAACGGTGGACCGTCCAGTGGGAAGACCAGGAGAACTCGTGCATTTCTTCATCTTTTTTCAAAACACGGGGAATGTGGTGCTTCGAAACGTCGTACTGACCGCACCGCTCTTCAACCTTCAGGTACGACTTGAGGAATTGGACATTGGCGCAGTCGAGAATATTCGAATCCCGTTTATACTGCCGGATGTTGAGGAAGATACCATTATAACCAGCCCGGTAACTTTAACGTCGGATAATGGACCGACAAGAAATGCAACAGCTTCTGTCCGGGTCATTGCCGAGGAAGAGGAATAA	MSVLESSSRKSILPYGELPLLFTQNVGQFDPNTLYFAQDSGFRCSFEADRISLTLYKPVSTEAERTTNGVVLVWRFDIPGKASRLEGMSKEEGKFHYFRGNDPKRHITHVDTYRGVAYRELWPGIDAVIQGSGGKLKFDWLLNPGARVEDIQLVCDGSDEIKIDEEGNLLLITPYGTLMDQKPIAYQEVDGVRKELGCRYVVKSGLEGRNQIGFEMTEAYDRELPLVIDPVILYSTYLGGTETEEGLDIVVDDFEQAYVTGITTSANFPVTPGAFQTTFQGTADFFVSKIDASGTSLIYSTFIGGSASDTGRSIAIDFAGNAYITGTTFSSDYPTTPGAFQTTAVFTSSNAVVTKLSPDGGTLVYSTYLGGSGGDEGFGIAVDLSGSAYVAGRTSSADFPVTADAFQTSNPSSISTSFVTKLNVDGTGLIYSTYLGGTLDTTDANGIAVDDSGNAYVAGQTVASDFPTTPGAFQTTLQGDVDGFVVKLNPTGSALVYGTILGASLNDVIFDVTIDTAGNAYVTGSSSSPDFPTTSGSFVTPLGTNRAFVTKLNPTGTGLIYSALIGGNGSNTGLSIALNSARSAFITGETSSADYPLAGDAIQFSLFGPTDAFVTILDPTGSFLEFSTYLGGSSTDSGNGIAVDLNNQIYITGQTSSFDYPTTPFSFQPFNNGGVDAFITKLGEQATIFVNKFATRFEVRPGEVVEFIIEIKNGSGIPLTNVFIEDPFLGFFHILPVLNPFEGFVIPLPFFVPEQFPPGFIINEVFVRADQVRDPVIAIAEIFITENPILEATKTVNPSSAAPGETVVFTITLTNFGNVDLFNVRIVDPLLGLDQLIGTLPVGSSFVIDWPFVIPPEQPAGLTIANRTEITADNLPTPQTVGTVVEVLPAPRLNLVKSADRISVLPGEIIQFSFEVTNTGNTDLTNIIITDDTIVSEIQVPSLAIGETQVLTVPFLVPLETPSQTYTNTAMATSDQAPSVTSSFDVLVVEAPQLGVRKIPSVATVMPGQTFQYSIVIDNIGNVPLTNIVLEDPSLGFAEAIESFAIGERREFIIPFTVPLDAEPGSNIMNELTVQSTQTGSQGVLATVTVTAIGLALTKTADLAVAAPGDTVVFTLTVTNTLTEPQTNVVLSDPLLGLSETIPTILAGGTITRTGSFTIPADAANGSVITNSFTAVSDQTPLQTAAAEVVVISIPGATTTLTVSKLPDRSVAATGETVTYTVEVTNTGSNPATSVTVADSLTGTVDVIPVIAPGATSVVMFTFQIPTNALQGTVFANRVTVNWPENPVPSPIFSETRVVVALPSTLVDINVEADPPTAAPGTVVNKTIRVTNVSNVTLTDVPNRTLTDVRVIDFLLGFNVVIPALGPGETRVFTLPFTVPANSVGGETFQNNVVLFSDQSPLQTASVDIVTELLPNVILTETVDRPVGRPGELVHFFIFFQNTGNVVLRNVVLTAPLFNLQVRLEELDIGAVENIRIPFILPDVEEDTIITSPVTLTSDNGPTRNATASVRVIAEEEE				NA	NA	NA	NA	NA
JZ016_06783	951	mraY_3	COG0472	Phospho-N-acetylmuramoyl-pentapeptide-transferase	ATGAATGGAATTCTGGGCGTATCCGGACTATCGTTCTTGCTGGTGACACTGTTCACGCCGCTGCTTATCTGGGGCTTGCGCACGTTAAAGCTTACGCAGCCAATCCGGAGCGAGCTGCCTCCCGATCATCAGGCCAAACGCGGGACGCCGTTAATGGCAGGTCTTATATTGCTGATTGGCGTTGCCATTTCACTGCAATTTCAACCTACGCCGCTTACCGTTTTTTTATGCTCGACCTTCCTCTTGTTCAGCTCGATCGGGTTTATGGATGACTTCAAGAAAGCTGCGTGGCAGGACCCGTCCGGAATCTCCGGTCGCATGAAGCTTGTATTTCAGTTCCTGTTTACCGGCGCATTACTGTATGTGCTGTTCCATTCCTTTTCACTGACAAGTGATATCCGACTCTTCAACGGGTTCCAGCTCCATTTGCCGGTAAGCGTGTACGTCATTATCATGCTGTTATTCATTGTGGGTTCGGCGAATGCCATTAACTTTACCGACGGATTGGACGGACTGTTAATCAATGTAGCTATACCTACTTATTTTTTCTTCTTTTTAATCTCCGACAAACCGGAAGTGCAAATGTTCTCGCTGGTCATGGTCGGCTGCCTGCTCGGCTTGCTGCTCTACAATATTCATCCAGCCCGGGCTTTCATGGGCGATACGGGATCTCTCGCCATTGGCGGCTCCCTATCATTCTTAGCGGTCATCGAGAAGGTCGAAATTCTGATTCCGCTTCTGTTCGTTATCTATTTGGCTGAGCAGCTCTCGGTTATCCTGCAGGTATGGTACTACAAACGCACCAAGCTGCGTCTGTTCCGAATGGCACCGATCCATTTCCACTTCAGTCTCAAATACGGCTGGAGCGAGAACAAAATCGTGATGATTTTCGGTTTTGTCTCCTGGTTTATGGCTCTGCTCTGTTGGTTGATTGTCAAATATGTAATGTAA	MNGILGVSGLSFLLVTLFTPLLIWGLRTLKLTQPIRSELPPDHQAKRGTPLMAGLILLIGVAISLQFQPTPLTVFLCSTFLLFSSIGFMDDFKKAAWQDPSGISGRMKLVFQFLFTGALLYVLFHSFSLTSDIRLFNGFQLHLPVSVYVIIMLLFIVGSANAINFTDGLDGLLINVAIPTYFFFFLISDKPEVQMFSLVMVGCLLGLLLYNIHPARAFMGDTGSLAIGGSLSFLAVIEKVEILIPLLFVIYLAEQLSVILQVWYYKRTKLRLFRMAPIHFHFSLKYGWSENKIVMIFGFVSWFMALLCWLIVKYVM	PGPT0024105_4428	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024105-mraY-K01000	NA	NA
JZ016_06784	585			hypothetical protein	ATGAAACCGGCGTTAGATCCGAGAGAAATCAGAACCCTGCAAAAAATAAAAAACGCTCTCCTTCACATGATGGCTTCCCGAATCGATCCCATATCCATTACGGATCTATGTGCCGAGGCACAAGTGACACGGCCTACCTTCTACAAGCATTTTAGCAGTGTAGGCGAGTTAATGGAGGTTATGTCCAAGGAGACAATGGAAGATTTGGAACACCGCATCGTGATCGAGAAAAAAATATCACTTCAAGAAGTTGATTATGATGAACTGCCTTCCAATATGGTCGCTTTATTCAACCACGTGCTGGAGAATCGGCAGTTTTACGAAGCCTTCATTTTAATCCATCCGGACACGCCGTTTACGCGTTATTTCAAAGCTACGCTATACCATTTTGTAAAGGTTGGGCTTGAAGCTTCCATTGAAACAGGCGCTGAGATCAGCGTTCCGTCCGACGTGGTGATCAACTTTATGACAGGTGCATTTCACGAGACCATCTTGTGGTGGATGTTGCAGGGATATCCCTACACTCCACGGGAAATGACGGCCATGGCATTACGCTTGTCCATTAACGGACCTTATCAATTCTAG	MKPALDPREIRTLQKIKNALLHMMASRIDPISITDLCAEAQVTRPTFYKHFSSVGELMEVMSKETMEDLEHRIVIEKKISLQEVDYDELPSNMVALFNHVLENRQFYEAFILIHPDTPFTRYFKATLYHFVKVGLEASIETGAEISVPSDVVINFMTGAFHETILWWMLQGYPYTPREMTAMALRLSINGPYQF				NA	NA	NA	NA	NA
JZ016_06785	405			hypothetical protein	ATGGAGGAGATTAGTCCTAAGTGTGCTGACAAAGAATCAATTGAAAGTCTCATAAAGAAATTACATTTACCGTCACTTACTCCGTTTTCGCAGGACTGGGAATATACGTCGGCTGATTCTTCGAGAGTAAATGAATTTATTACATTTTATGAGAATAATAAATTAAACAACAAAGAGAAATTTACGCTGATGATAGTTATAATATCTTCTTTTGATGATTATCTTTCCGAGGGAATAGGAACGGAAGACATCAAAATTTGGGATCGAATAAAACAAAATATACTTAAAGACTATAAATTACATATCAATACCATTATCTATTGGGCACTAGAAGAGAACGACCTAGAGGATTGTTTTGCAGTCACACCTTATATACGAGAGATCTTAGAACAAAAGAGCATGTAA	MEEISPKCADKESIESLIKKLHLPSLTPFSQDWEYTSADSSRVNEFITFYENNKLNNKEKFTLMIVIISSFDDYLSEGIGTEDIKIWDRIKQNILKDYKLHINTIIYWALEENDLEDCFAVTPYIREILEQKSM				NA	NA	NA	NA	NA
JZ016_06786	978			hypothetical protein	ATGACAAACATTGAAAAAATTAAGGCATTTCTATCTATAAAAAATTTTCTGAGTTTGAAAGATCAAGAATATTTAATTGAGAAACTAGAATTATCTGAAATTGACCTGACTAAACGCCTAAAAGGTAAAGAAACAGAGATCGAGTTGTATCTTATATTACATATGCTAGGTGTATGCAATCATATTTTAGCATTTGATGAAGGAACCTCTGTTTTGACGGGATCATATTCTCCAGACGCGATCATTGAACTGAAAAACGGATATAGATTTTTCATGGAAATTAAAAGTACGGATGACCAAATATTCAAAAACAGCATGGGGAATCTTGAAAAGCGCATTAACTTTGCGAACTCTTTTGGATTGCCATTGTTCTTTGCAATAAAGTTAAGCGGATATTGGTCTCTTTATAATGCTGATTATTTAGTTTCAAAGAACGGACGTATTAGCCTCGTCGATGATTTCCATGACTCTGAGTTTTATACTATGTTCGAAAGCCATATGATTACTTTTCCTAATGGTTTTAAAGCTATTAGAAGGTACAAGAAAACAGAGGTAGAGGATTATATTTCAAAGCACGATGATTACGGATATATGATCAATTATGAATTGTTTTTCGATGAAAAGTTAGTATTTTCTTTTAATTCTAAAAGCGAAAAAGTGTTTTACTACTTTATTTTAGAGTCCTTAAACGACGCTATGTTGATGCAGGTAAAAGAAATCAATGAGTTAGGAAACGAAGAAATTGTAGAAATACTTCAACTAGAGTCAGATGTACTTTTATCTACTCATGGGATGTTATTAAGTCCTATCTTTCATCTGAAGCATCATTATGACTTTATGTACGATTCGACTACCTACTTTCAAGACATACTAAATAATGCGCCAACGCATCTTACTAAAGATATAATTTTTGCTCTCTTGTTAGAACTTATGCAAAATCACGTACCAATTAAGATGTTTACAAATAAGGAAGTATGA	MTNIEKIKAFLSIKNFLSLKDQEYLIEKLELSEIDLTKRLKGKETEIELYLILHMLGVCNHILAFDEGTSVLTGSYSPDAIIELKNGYRFFMEIKSTDDQIFKNSMGNLEKRINFANSFGLPLFFAIKLSGYWSLYNADYLVSKNGRISLVDDFHDSEFYTMFESHMITFPNGFKAIRRYKKTEVEDYISKHDDYGYMINYELFFDEKLVFSFNSKSEKVFYYFILESLNDAMLMQVKEINELGNEEIVEILQLESDVLLSTHGMLLSPIFHLKHHYDFMYDSTTYFQDILNNAPTHLTKDIIFALLLELMQNHVPIKMFTNKEV				NA	NA	NA	NA	NA
JZ016_06787	402			hypothetical protein	ATGGTGTTAGCAGTTCGAAAATATCGAGAAACCGATCATGAACGAGTAATGCATTTACACATTGAAGGACTTAGACAGCACAATGCAAGCATCGGTGACCCGAGTATGGATAAGGATATGCAAAACATTTTGACAACATATATTGACAATGATGGTGATTTCTTAGTTGGAATACATGATAGCATGATCGTATGCATGGGCGCATACCGTAAACGAGAATATTTGACCGCAGAAGTTAAGAGAATAAGAGTAGATAGTGCTTATCAAAGGCGAGGATATGGTCAAGATATATTGACTGCGTTAGAGAAGTCGGCCAAGCAAAAGGGATATGGAGAATTATTTTGGATACAACCATTAAAAACTAGATTTCAACTTATAAATTTAAAATTTATGTTAAATTAA	MVLAVRKYRETDHERVMHLHIEGLRQHNASIGDPSMDKDMQNILTTYIDNDGDFLVGIHDSMIVCMGAYRKREYLTAEVKRIRVDSAYQRRGYGQDILTALEKSAKQKGYGELFWIQPLKTRFQLINLKFMLN				NA	NA	NA	NA	NA
JZ016_06788	636			hypothetical protein	TTGAATACTCACTTACTAATAGAATATTTGAATGAAAATGGCACGCGATGGAGTAGTATAAGCAATAATTCTATAGAATTACCATTTGAAGTGAAGCCATATGAGTATATTTCTTTTGCAGAAAAAGATTTAGAATTAAATGATACTAGAGGTCGCATAAATGCATTATCCAATACTAAAAGAGCTTTAGACTGTCAAATTGATTCTTTAATATACGCTTTCGGACTACATAATTTACCTAAGAAAAAACTGCGAAATATTCCTTGCAAGTTCGATCTGATTAAAGAGCTTGGAATAATTGCTCCAAGAGTTTTGTCAAAAATTAATAGTGTTAGAAACTTAGTGGAACATGAATTTGTTAGGCCAAGCCAAGAACAAGTAGAAGACTTTTATGACATAGTACATCTTTTTTTGTTAAGTACAGAAAAGTATATTTTGAATTTTCCTCATTTTTGTCAATTGGAAAATGATGAAAGAGAAGAATGGTTGAGTTTTGATTACGATAGAAAAGAAGGTTTTATTGAGTTTTCAGTTCATAGTAACGACGATAAGAAAGTTATTAAAATATATTCTTCAGATGAAAATTATATTACAGTGTATGCATCTTTTATAAAAGTAGCTTTAAATTACAAGTGA	MNTHLLIEYLNENGTRWSSISNNSIELPFEVKPYEYISFAEKDLELNDTRGRINALSNTKRALDCQIDSLIYAFGLHNLPKKKLRNIPCKFDLIKELGIIAPRVLSKINSVRNLVEHEFVRPSQEQVEDFYDIVHLFLLSTEKYILNFPHFCQLENDEREEWLSFDYDRKEGFIEFSVHSNDDKKVIKIYSSDENYITVYASFIKVALNYK				NA	NA	NA	NA	NA
JZ016_06789	195			hypothetical protein	ATGAATAAAAACACATTTCAAGACTTATTACCAGAGACTCTTTATGAAAGTATAAAAACTAAGAGCTGTGGTTTTTTTGTTGGCGCTGGAGTGAGCAGTCTAAAACCAACAAATTTACCAAGCTGGAGAAACCTACTAATTCAATTCCTTGAATATGCAAAGTCAAACCAGAAATTAGAAGAACAGACACTATAA	MNKNTFQDLLPETLYESIKTKSCGFFVGAGVSSLKPTNLPSWRNLLIQFLEYAKSNQKLEEQTL				NA	NA	NA	NA	NA
JZ016_06790	561			hypothetical protein	ATGAAAGATCCAGATGTATTAATTTTTTTGAAACAAATAAAATCAATATTTGAAGGATTTACTCCTACACATTATGCATTAATAAGAAAAAGTGAAGTAAGTGAGTTAGATAAATATATTTATAAAAATATATATAATATTGAATTCCTACTAATAGATGATTATGAAGAAGTTACACAATTTCTAGAATTGTCTCTTAAATTACAAAAAGAACAGAACAACTCTAATAATCAAGAACTTATATTAAATGAACATTCTCAATTAAATTATTATGAATTCTGTTTAGACCAGTTTGAATACTATCATGATATCGAAATGAAGGATTATTATTTTGATTCAGAAACTGATTATAGAAATATAAATCTGGACGATGACATTAAGATGTATCAATTTATATCGAATGTTTTAGAAGACTTTAAATCTATGGAACTTAATAAACTCCCATTGTTTCCACACGATGACCTGATTAATGTTGATAAATATATTAAAAGTACCTTAGATAATGTCATTTCATTGCCTAAAGTAAGAAAAAAACAATTAGAAATCTTTGTAATGAAATAA	MKDPDVLIFLKQIKSIFEGFTPTHYALIRKSEVSELDKYIYKNIYNIEFLLIDDYEEVTQFLELSLKLQKEQNNSNNQELILNEHSQLNYYEFCLDQFEYYHDIEMKDYYFDSETDYRNINLDDDIKMYQFISNVLEDFKSMELNKLPLFPHDDLINVDKYIKSTLDNVISLPKVRKKQLEIFVMK				NA	NA	NA	NA	NA
JZ016_06791	498			hypothetical protein	ATGATTCAAAGTAGATATTTATTTATATCTCGTGAAGGCAAAGTTGTAAAGATCGCTCGGCCTAAAGATCATAAGTATAAATCTGTTCCTCAATTAGCAGGTGAGGACGTACTTGAGGTGATCTTATATTACAGGAATAAAGATAGGAAGCCGCATAAACTGCTTATGGTAGAATTTGATAGATTCCATTTGGATTCTCACGGAAATTATGAACAGACAGAAGAAGATAGAAAAAGAGCTTTTCATAATTTTCTTTCTTTTGGGATGGCTAATTTGCTTGAAGGAATAGAAGTAGAAGATAAGCCGCTACCTATACCTGTTGCTCCGATAATTCCGACAACTGCTGAGAAAAGATCATTATACAATTACATAAATGAGAAATTACCCAGTTTTTCAGATGATGCTCCCTACGTAGTAGAAAGTAAAATTGAAGCTTCTAGAGAGAAGTATGAAGAGTTTAAAAGCATGGCAAAGAAATCAAAAAAGCTGCCTAAGTAG	MIQSRYLFISREGKVVKIARPKDHKYKSVPQLAGEDVLEVILYYRNKDRKPHKLLMVEFDRFHLDSHGNYEQTEEDRKRAFHNFLSFGMANLLEGIEVEDKPLPIPVAPIIPTTAEKRSLYNYINEKLPSFSDDAPYVVESKIEASREKYEEFKSMAKKSKKLPK				NA	NA	NA	NA	NA
JZ016_06792	480			IS1595 family transposase ISBko1	ATGGATGATTATGAGACGGTTTTAGCATGGAGTAGGAATGAACTGTTCTGCTCATCAAATGGATGGGAACAGAACAGGGATGAAAAAGAGGTATATCGATGGTGGGAAGCTTGCGTTAATACACCCTTAGATGATTTTGTACGAAAAGGGATTGAATATAAACATGAACTAATTGGCTATACGGATCTGGCTTACATAAAAGATCAGACAGCAGAGTTAGGAATTGCAATAGGTGCAAGCCATTATTGGGGTAAAGGTATAGGGTCTGAAGCAGGCAGAAGAATGATGGAATACGGATTAGATGAGTTTGGAATAACCATATATTACGCAGAAACAAATGAGTATAATATGGCATCTAGAAGAATGCTGGAAAAGTTAGGTTACAAAGAAACAGGAAGAGAAGGACAAGAAGAGTACAGAGGCAAAGAAGGTCAACTAATACATTATGAATATAAAGTAGCAAACTACAAGAATGTATAG	MDDYETVLAWSRNELFCSSNGWEQNRDEKEVYRWWEACVNTPLDDFVRKGIEYKHELIGYTDLAYIKDQTAELGIAIGASHYWGKGIGSEAGRRMMEYGLDEFGITIYYAETNEYNMASRRMLEKLGYKETGREGQEEYRGKEGQLIHYEYKVANYKNV				NA	NA	NA	NA	NA
JZ016_06793	729			hypothetical protein	ATGAATTATAAATTAATTGCAATCCAGGTTGGTGAGCTAATTAAATGGAATTCATCAGTCAACGAAATAAATAGAATTGCAAATGCTATTTTTAATTTTGAGAAGCAGAATATTACTATAGATTCAATAACGTCTCAAAGAGCTCAACTAATTTATGACTGGATTATGACTCTTGCAACTAAAAGTATGATAAATGATGAAAGAAATAAACTGCTTATTCAATTTTGTCGAGAGTTAGTTGGAGATGATAATTCAGATAAGTTAGTTGATATACTATCCAATAATGGGGTTCCGTATAATTTAGTTTATAAGGATGAATTAGATAAGTTCTTACAAAGAGAATTCCATGGTGAAGTAGTAAAGCATTGTAAGGAGTTGTTCTTGAAAGGAAACTACTTTCATGCTGTATTTGAAGCAGTAAAGGCTTACAACTTTGCAGTTAAGGAAAAATCTATGAGTGAAAAAGATGGTTTTAACCTAATGATGGATGTTTTTAGCACTAACAGTGGAGTTTTAAAAATAACAAAATGTGTAACTGAAACTGACAGAAATGTTCAGGATGGAATCAAGTTCTTTTCCTCGGGATTAATGCAGGCAATAAGGAACCCAACAGCTCACGAGCCAGCATTGTCATGGCCAATAAGCAAGCAGGATTGTAGTGATATATTAAGCTTCATATCTTTTTTATTTAGACAACTTGATAAAGCACAGTATTTTAAATCAGTATGA	MNYKLIAIQVGELIKWNSSVNEINRIANAIFNFEKQNITIDSITSQRAQLIYDWIMTLATKSMINDERNKLLIQFCRELVGDDNSDKLVDILSNNGVPYNLVYKDELDKFLQREFHGEVVKHCKELFLKGNYFHAVFEAVKAYNFAVKEKSMSEKDGFNLMMDVFSTNSGVLKITKCVTETDRNVQDGIKFFSSGLMQAIRNPTAHEPALSWPISKQDCSDILSFISFLFRQLDKAQYFKSV				NA	NA	NA	NA	NA
JZ016_06794	810			hypothetical protein	ATGATATCACAAACGTTTTTTAATTCATATATTAGGGATATCAATGACTTGGATGCGTTCACACAAGTAGCTGATTTTGGTACAGACTATTTATACAATATTAGAATTGCCGCAGATGCAGATTATTCGGAGCCAAATAACTATGAAATTGAACGCACCAGGGAAATAAAGAACTTTGCGAGCATACAAGAGAAAGAAGGCTTCCCTTATCTATATAACCTTGTGTCAGTTAGGGCGTGGAGTATTTTGGAGGCTTTCGTAGATGACTTTTTTATTCTCTATCTTTCTGAAAACTTCGAAAATCTTAATAATGATACTTTTACTAAAATCAAGGGCTCGCTAATTGATTTTGTATTTATGCCGAGGTCCGAACAGGTAGAATATCTATTTGATTTGATAAAGCTTGAATATAAGATAAACACCAAGTTAGGTATTAATAGATTTGAAGGCTTATTGAAACTTATTAAACACGATGGGAAAGTAAATGATATTGTTGCTAGACACATATATGAACTATCACAAATTAGAAATGTAATAGTACATAGAAACGGTAGAGCGGATAACAGATTAATAGATAATTGTCCGTGGCTTAATCTAAGTAACGGACAACAAATAAAATTGGATGGACTTATGTTTACGAGGTATTTGAAGTCTATCTATTGGTACGTTTTGGAACTATTTGATAGACATTTTAATAAGACAGATAGAAGTGAATTTAAAGATTACTTACATCATCTCAAAAATGAACAAATCAAATCCATACAAGAATTAGGAAAGCTTAAGGACCTCAGGAAGATAAGAGAGAACTGA	MISQTFFNSYIRDINDLDAFTQVADFGTDYLYNIRIAADADYSEPNNYEIERTREIKNFASIQEKEGFPYLYNLVSVRAWSILEAFVDDFFILYLSENFENLNNDTFTKIKGSLIDFVFMPRSEQVEYLFDLIKLEYKINTKLGINRFEGLLKLIKHDGKVNDIVARHIYELSQIRNVIVHRNGRADNRLIDNCPWLNLSNGQQIKLDGLMFTRYLKSIYWYVLELFDRHFNKTDRSEFKDYLHHLKNEQIKSIQELGKLKDLRKIREN				NA	NA	NA	NA	NA
JZ016_06795	597			hypothetical protein	ATGGATTGGCTTACTTTTATAGTAGAAGTATTAAAAACTTTGGCTTGGCCCGTTGCTGTTTTAGTAATTGCAATAATATTAAAGAAACCCATTAAAGATTTAATTCCTGCGCTAAAGAAATTAAGATATAAAGAATTTGAATTAGACTTTAATAAAGAATTAGAAGAGGTTGAGAGGAAGGCAGATGAGGCGCAACTCCCTCAAACAACTGAAGTTATTAAAAATCCCGAATTGTTAAATAACCCAAATACATTAGAGAGAATGAACTACATAAAAGATATTAATTTGAATTCATCTCGCGGTGGAATAATTGATTCTTGGTTACTTGTTGAGGAGGCACTTCGTAATTTAGCTGAGCAACACAGTCTAAGAAGTATTAATATGGCCCCGGTTCAAATACTTAGAGAATTATTTCAGAAGAATATTATTACTCACGATGTTTTTGAAATCTGTGATACATTGCGAAAGATAAGGAATGAAGCAGTTCATAGTAATAATTTTAGTGCGAGCCCTAGTGAATCAAATGAATTTATTAATATGTCGTTCCGTGTATTGGCTAGTTTGAATAAACTTCTTAATGAAAGGGAAACTGCTTAA	MDWLTFIVEVLKTLAWPVAVLVIAIILKKPIKDLIPALKKLRYKEFELDFNKELEEVERKADEAQLPQTTEVIKNPELLNNPNTLERMNYIKDINLNSSRGGIIDSWLLVEEALRNLAEQHSLRSINMAPVQILRELFQKNIITHDVFEICDTLRKIRNEAVHSNNFSASPSESNEFINMSFRVLASLNKLLNERETA				NA	NA	NA	NA	NA
JZ016_06796	465			hypothetical protein	ATGGAGATCGTACAATCTATAAATTCTGAAGAAATCGCATTGCTAAACAAGGATGTTCATGAAATCCATGTCTCGCTCTATCCGGAGTATTTTAAGGAATATGATTTTGATGATGTGAATGAGTTCTTTAAGAAGATAATGTCTGATCCAATTTATTATTTCTATATCGTTAAAGATGAAGGTCAGTCTCTTGGTTATGTTTGGGTAGAAACTCGGGAATATCCTGAGAACGTATTTATGAAGTCATATAGATCGGTGTACATCCATCAATTAGGGGTTAGTAAAGAGCACAGAAATAAAGGGGTTGGATCTCTTATAATGAATTGGATTAATAACTTTGCCAAAGAAAATGAAGTAAATACAATTCAACTAGATTATTGGGCAGATAATGAAGGTGCTAATCATTTTTATACGAAGAATGGTTTTAAGAGCTATCGAAATTATCTTTATAAGGGAGTAGATTGA	MEIVQSINSEEIALLNKDVHEIHVSLYPEYFKEYDFDDVNEFFKKIMSDPIYYFYIVKDEGQSLGYVWVETREYPENVFMKSYRSVYIHQLGVSKEHRNKGVGSLIMNWINNFAKENEVNTIQLDYWADNEGANHFYTKNGFKSYRNYLYKGVD	PGPT0007785_1698	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007785-paiA-K22441	NA	NA
JZ016_06797	633			hypothetical protein	ATGAATATTAGAGGAATTATTCTTGAAGGGTTTTCAAACGCGGGTAAAACATCTCTTCTTAAAGCGATAAAACAATATCAAGCGATTGATGAATCAGCCGAGTTGAGTGTCGTAATACTTGGTGAACATTATTCTCAGATTTTGAATAATGTTCATGGGGAGTTTGTTCGATTATCAAGAGATCAGCATCTTGAACTATTAAGAGATAGAGTTGATATGCTAAAGAATTTGAATGATTGGGCGATTTATTTAGGACCATGGAAAAGAAAATCTAGAGGACTCTTTTTTGTATTAGAGAGGTTCCATTTAAATCATCGAGTCGCATTCTCGGATTTAGAAGATACAGAAATAACTCGTATTGAGAACGATTTGAATAAAATAGGAGCTAAATGTATCTTGTTAACTATATCTAATGATATTGTTGAAGAAAGAATAAAGAGTAGAAATCCAAATAACTGGATTAACAAATCAAGAGAAGATATTGATCTGGCGTGCAAAGAATTAATCGAAACCCAAAATAGACTCAGAATTCAATCGTCCAAATCAATGGTACCAACAATTGAAATAAACACTGATAATAAAGAATGGGATAAGTATGCAAAATTAATCATGGAAGATAATGACTTCGCCTAA	MNIRGIILEGFSNAGKTSLLKAIKQYQAIDESAELSVVILGEHYSQILNNVHGEFVRLSRDQHLELLRDRVDMLKNLNDWAIYLGPWKRKSRGLFFVLERFHLNHRVAFSDLEDTEITRIENDLNKIGAKCILLTISNDIVEERIKSRNPNNWINKSREDIDLACKELIETQNRLRIQSSKSMVPTIEINTDNKEWDKYAKLIMEDNDFA				NA	NA	NA	NA	NA
JZ016_06798	696			hypothetical protein	ATGAGGAGAAACCAATTAACCAAAAATGAAAAACTAACATTATGGATTTCCTTAATTGCATTATTATTTTCGATATTTTCAGGTGCTTTTACAACGTACTATACATATCAGAAAGACAAAAAAGATGATCAGGAGATTATTGATATTGCACTCATTGAATCATCCCATGATGAGACTGTTTTTTATAAAGATTTGAACATTGGAGAAATAGGATCAGCGTTGATTCCATTGAATTATAATGTTTTAGTTTCAAATAATTCAAAAAGAACAATTTCTATCATTGATCACAAACTTACTCAGACAATTAATGGGAAGATGTTTTACTACAGCAATATTGTCGACAAAGTGACCATGAATGGTAAGGATATTGAGTATCCAATTACAATTGAGTCAGGAGAAAGTATTAAACTTGTATTTCGTATTAATATTCTAATAAAAAAAGAAGTAGATGATCTTATTCAGAAAAAATATAGTTATAATTCAAAAATCCCATTCAATGATTTACATAGATATTTGCTTAGTAATGGTTATGATCTTTACGGAAATAAGGTCAAAGCAACATTTTTTGAAGATAATACTTACATGATGGAATCAGATGATTATAAAGCTCCTACTTATAAAGTTACTTTTAGAACCTCAAAACATAACGACTTTACTCAAATAATTAGTGACAGTGATATAGCTGAAAACTTTTAA	MRRNQLTKNEKLTLWISLIALLFSIFSGAFTTYYTYQKDKKDDQEIIDIALIESSHDETVFYKDLNIGEIGSALIPLNYNVLVSNNSKRTISIIDHKLTQTINGKMFYYSNIVDKVTMNGKDIEYPITIESGESIKLVFRINILIKKEVDDLIQKKYSYNSKIPFNDLHRYLLSNGYDLYGNKVKATFFEDNTYMMESDDYKAPTYKVTFRTSKHNDFTQIISDSDIAENF				NA	NA	NA	NA	NA
JZ016_06799	888			hypothetical protein	TTGTCTAGTATTTTTCTAAGTCATACTAGTTTAGATAAACCATTTGTCGAAAAATTAGCTAGGGACTTAAAACGAATTGGTATCAATGTCTGGTTTGACAAGTGGGAGATAAAAATAGGTGAATCAATTACATGGCGAATTGAAGAAGGTATTCGTGAAAACGAATATCTTGGAATAGTGTTGTCGCCTGAAGCGTTAGGCTCAGAATGGGTGAAAAGCGAATTGGGAGCCGCATGGGTAAAACAAATGCAACTAAGAAAAGTATTTGTAATACCTATCTATTATAGAGACTGTGACATACCGCTTTTTTTATCAGATAGAAAGTTTGCTGATTTTAGAACAAATTATGAACAGGGATTCGGAGAATTAGCAAGTATATTTGGTATAGAAGAGACAGAAGCAATTACTCAAGATAATTGGAGGAAGTTTACAAAGTCTAGAAAAGTTGATTGGAAGAAATATAAAATTAAAGAATTTGAAGATCTGGTCACTACGCTGGTTGATAGAGCAATTGATTATAACTGGTCAACTTGGGTTGGTGGAACAGCTAATGAATATTCAATTACTCTACATACTGTGACGGGAACTGGAAAGAAGTCAATCTCCATTAAATTAGTTGGAGATAATAATGCCTATATGGCTACATTACAGTATGCATATAATCCAAATCATTTGAGAGCTAGCGATTTTGATTTGTATCTTGGGAATTCTGTTGATGCATGTGACGAGTTTGTATGGAGACAGATGGAGAGTTTTAAACGAGAACATGGAACTTCAAATAAGAAGTCTGAACATTCTACACATAGGTTTTCAAAAGGAAATGAAATACATGAAGCTGCGATAGAGATGATAAGAAAATTCAATTGGTATAAAGGAGATAAACTCTAG	MSSIFLSHTSLDKPFVEKLARDLKRIGINVWFDKWEIKIGESITWRIEEGIRENEYLGIVLSPEALGSEWVKSELGAAWVKQMQLRKVFVIPIYYRDCDIPLFLSDRKFADFRTNYEQGFGELASIFGIEETEAITQDNWRKFTKSRKVDWKKYKIKEFEDLVTTLVDRAIDYNWSTWVGGTANEYSITLHTVTGTGKKSISIKLVGDNNAYMATLQYAYNPNHLRASDFDLYLGNSVDACDEFVWRQMESFKREHGTSNKKSEHSTHRFSKGNEIHEAAIEMIRKFNWYKGDKL				NA	NA	NA	NA	NA
JZ016_06800	288			hypothetical protein	ATGGTTAATACATTAGATTCATTAGCAGAACCACTCATAAGAATACGATTGGAATTACTCTACACTGAACTTTCAGAACATCATACCGAATACAGTCAACTTACTTTAGAAACAGATCAATATTTCAGAACGCTTCGTGAAGCTTTACCCGATCAACTTCAACATACAGCTTTTCTTTACGAAGACGCTCAAATTTCTCTCCAGTCCATCCTAGAAAGAAGTATCTACATACAAGGTTTCAAAGATGCTCTACAACTCTTTTGTGAGTTACAGAACTCTGACATTTAG	MVNTLDSLAEPLIRIRLELLYTELSEHHTEYSQLTLETDQYFRTLREALPDQLQHTAFLYEDAQISLQSILERSIYIQGFKDALQLFCELQNSDI				NA	NA	NA	NA	NA
JZ016_06801	228			hypothetical protein	ATGAGCATTATAAAGTGTAATATAAGAGAACTTATGGCAGAGCATCGCATAGATGATATAACTGAATTGATGGCGAAATCAGGATTAAGTCGGAATTCAATTAACAAGTTATACAGGGAAACCAATATAGAAACAACAAAATTAGAAACCTTATTCAAGCTATGCGATACATTTAACTGCAAATTATCTGATCTGATTGAATATGTACCTGCAGAAGATACAGAGTGA	MSIIKCNIRELMAEHRIDDITELMAKSGLSRNSINKLYRETNIETTKLETLFKLCDTFNCKLSDLIEYVPAEDTE	PGPT0014940_886	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014940-yozG-K07727	NA	NA
JZ016_06802	606			hypothetical protein	TTGAAAAGAAAAAGATTTAATTTCCGAAGGGAAATTGGCTGGGCAGAGATAATTGCAAGTATTGCTTTAATTTTTGCTGTAGGACCAATAATTATTGATTACCTTACTTATAAGAGTCAAGACTCAAAGATAGAAGTTACACAAGAGGTTCCAAAGGTCTTCTTGTTTATAGACTCGAAAGATGGAAAACAAAAAATGTTTACTTATAACAGATTAGTTGTAACAAACACAGGTGGTAAAACGGTTACGTTAAATGGGTTTCAACCTAACGATATGCCTCCGGTAATATTAAATGTAGTAGATGGAAGAATATCAAATCAAACAGTGGAATACAGTATCTTTCCTCTTGACTTCCTTATGGAGGACATAAAAAATGAACCAGATAAAATATTTAATCTGAAGAAGACCAGTTTAGAAGCACTATCAGTAATCAACGAATCAATAGAACCAGGAATAACAAAGGTTTTGAACTACGGAATTGTATTTGAACCATTTGACATAAACAAAAAGCAATTGAGTGACTTAATTTTAATAAATTTCAATATTAAATTTAGTGACGGATATGAATATTCATTTAAACAAGGTTATCCTGTTTCGGAGGAGTAA	MKRKRFNFRREIGWAEIIASIALIFAVGPIIIDYLTYKSQDSKIEVTQEVPKVFLFIDSKDGKQKMFTYNRLVVTNTGGKTVTLNGFQPNDMPPVILNVVDGRISNQTVEYSIFPLDFLMEDIKNEPDKIFNLKKTSLEALSVINESIEPGITKVLNYGIVFEPFDINKKQLSDLILINFNIKFSDGYEYSFKQGYPVSEE				NA	NA	NA	NA	NA
JZ016_06803	444			hypothetical protein	ATGGAAACCTTAAAATTAGTCCCGGCACTGTTAAGTGATGTTGACATTTTAAGTGAAATGAATAAAGAGCTTATTGAAGATGAAAAAAGCGAAAACTCTATGACAATAAATGAATTAACGATTAGAATGAAAGACTTTTTAAATAGTGATTGGAAAGCAATATTACTTGTCCTGGGTGAACAGATTGTTGGTTATGCCTTATACCTAGAAAGAGTGGACGTAAATAATAGGAAGGACAAAACCGTATATTTAAGACAATATTTTATCAGAAGGCAATATCGAAGAAGCGGGTTGGGAAAAAGAGGGGTTGATTTAATGAGAACGGAATTGTTCCAGGATACAACCATATCAATTGATGTACTTGAGAGTAATCCAGGAGGGAAAAGATTTTGGGAAGAGATAGGATTTAAGAAATATTATACAAACATGAGGTTAAAACCATAG	METLKLVPALLSDVDILSEMNKELIEDEKSENSMTINELTIRMKDFLNSDWKAILLVLGEQIVGYALYLERVDVNNRKDKTVYLRQYFIRRQYRRSGLGKRGVDLMRTELFQDTTISIDVLESNPGGKRFWEEIGFKKYYTNMRLKP				NA	NA	NA	NA	NA
JZ016_06804	546			hypothetical protein	ATGATTTGGGAGTCATCCTATTGGAAAGATGATCTCTTAGCACTATCTAAGAAGATTAATAATAAATATCGAGTAACTCCTTTTTCTGAGGAAATAGCAGTCGAAGTAGAGAAAGATATAATGATTGCTTTGTATTCAATTCGGAAGCTCGAAGAAGCACGTGAATTATCTTCTAATACTAAAGAAATTGAGTTAGAAGTAAAATCATATAAAAATCAAAAAAATGTCACTCTTTTAAACTGGCATAAAGTTGGTGACTTATTTGATTTGAATAACCCCGTTAATGAAAAGATGCGAGCAAATCATCTATATAATCAAATAATACATAGTTACATCTTTCTGATTTCTACAGATGAATCAGAAGCTATAAATGGGTTTTTCTTTTGTTCTGACAGAATGCGAAATAGGAAACTATATTATATTGAATTAGATGAGTTAAATAAATTTATTACAACTGTAGGCAATGATTATCCAGTTAGACAAAGTTTTGATTACGACGAAGCAATTAAAGATTATAAAATCGATACACATATAGAAAGTAATTAA	MIWESSYWKDDLLALSKKINNKYRVTPFSEEIAVEVEKDIMIALYSIRKLEEARELSSNTKEIELEVKSYKNQKNVTLLNWHKVGDLFDLNNPVNEKMRANHLYNQIIHSYIFLISTDESEAINGFFFCSDRMRNRKLYYIELDELNKFITTVGNDYPVRQSFDYDEAIKDYKIDTHIESN				NA	NA	NA	NA	NA
JZ016_06805	483			hypothetical protein	ATGGAGCAAGTAGATATAACTAAAACCCTCGAAGAACTTGAAGGAGAAGGCTGGAGTGAACCAGTTTTTAGCTCTGGATTGGTAGTCCGTTCTCATGAACTAAGAAAGAAACCTTTAAATGAGTTCAATCTTGAAGACCTGAGACTATTAATACTACTACAAACTAGTTTAGATATTCTTTTGCCTTTAGCACTGGAGCGATTAGCTGAGAACCCCTTACAATATGGTGACTTATATGTTGGAGATTTATTTTGCTCAATACTAAGAGTCGATAAAGAATATTGGGAAAATAACATAGAAATAAAGAACGAATTGGATGAAGTAATAAGAATTTACGAAAATGCCAGAGAAACAGTAGATAATTATATTCAGGAAGCCGGTACATCCCATAACGTTATATTCACGCTGCAGGGCTTACGCTCCTTGGTCGCCAGATGTATAATAATCGAAGAAGATAACTCGGACGCGCACGAGCCGACCTAA	MEQVDITKTLEELEGEGWSEPVFSSGLVVRSHELRKKPLNEFNLEDLRLLILLQTSLDILLPLALERLAENPLQYGDLYVGDLFCSILRVDKEYWENNIEIKNELDEVIRIYENARETVDNYIQEAGTSHNVIFTLQGLRSLVARCIIIEEDNSDAHEPT				NA	NA	NA	NA	NA
JZ016_06806	399			hypothetical protein	ATGAAAACAAAAGGTGTAGAGACAATGAACAATAAAGAGTTTGAATCGCTCATTAAGCAACCAGCCAATATCCGATATGAGTACTTCATTAAGCAAGTCGTAGACAAAGAAGAGATTTGGGGATTATATGATGATGGCTGGGCAGCAAGCGCTGACGATGAGGGGAATTACTTATTTCCTTTTTGGCCTCGGGAAGAGTTTGCCGAATACTGTGCAATTGGTGATTGGAGTAATTATAAGGTAGAAGCCATCGATCTTCAGGAATTCATTGAGTTTTTTTTGTTGAGAATGGTAGAAGATGGAGTTAAACCCTCTATATTTTTTAATAATGATGATTCGGTAGTATTAGAAGTGGAAGTGCTAAAATACGATTTGGAAAGAGAATTAGAGAACTATTAG	MKTKGVETMNNKEFESLIKQPANIRYEYFIKQVVDKEEIWGLYDDGWAASADDEGNYLFPFWPREEFAEYCAIGDWSNYKVEAIDLQEFIEFFLLRMVEDGVKPSIFFNNDDSVVLEVEVLKYDLERELENY				NA	NA	NA	NA	NA
JZ016_06807	207			hypothetical protein	TTGAGTATCCGATCACAACGTATTTACGTTGTGTCGCTATCGCTCCTTGGTCCGACCGAAGTAGGAAGAAGAGGGTTCAGGGAAGGTAATTCAGTAGCAGAGAAGCGTAGTCAGCCGGACAACCTTGCACTGCCTAACCGCGTTGCGGCCGTTTCCCTCCGGTCACTTAAGGCAGTGAAGGTTCGTGAATACAAAAACGTTAGATGA	MSIRSQRIYVVSLSLLGPTEVGRRGFREGNSVAEKRSQPDNLALPNRVAAVSLRSLKAVKVREYKNVR				NA	NA	NA	NA	NA
JZ016_06808	780	yitU	COG0561	5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YitU	TTGAAGTATTCTACCATTGTCTTAGATTTGGATGGCACATTTTTAAATTCTAAAAAGCAAGTCTCTGAAAGAAACTTTGAAGCCGTACTTTCCTGTTATCAAAGGGGGATGAGAATAATCTTTGCAACAGCACGCCCTCCTAGAACTGTAAAGTTTTTTCTTCCAAAAGAGTTGTTGGAGATTGGAGCGTTTGTGTATTATAACGGAGCACAAACAATATGTAATAAATCCAAGACCGAATTTTGTGAATCAATTCCATCTGATTTAACTTCTGAAATCATCGATTATTGCTTACATCATTATCCGCAACTAGATATGACAATGGAAGTAAAAGATGAATGGTTTGGCTTACGCGAATATGATTATACTACCACAATGAATGCAAGGTCTAACCCAATAATTAAATCATTGGAAGAATTAAAACAATATGAAGCTACAAAGATATTACTCTCCGGCAAAAATCAGATTCCAGGACTTATTTCGAAGTTTGGACAGCAAGTAAATATACTGATTACGGATAATAATCAATTGATTCAAATAATGCCACTTCAAGCATCGAAAGAGTTAGCAATTACTAGACTTTGCAATATATACAATGAAGAACTGGATTCACTGATTGTATTTGGTAATGATCACAATGATTTAGGACTGTTCAAGTCAGCTGGATATTCAATAGCAATGGGGAATGCAGTAGTTGAATTGAAAGATATTGCAGATGAAATAACAGAAACTAATGATAACGATGGAGTAGCAATAATCTTAGAAAGATTGTGTGGGTAA	MKYSTIVLDLDGTFLNSKKQVSERNFEAVLSCYQRGMRIIFATARPPRTVKFFLPKELLEIGAFVYYNGAQTICNKSKTEFCESIPSDLTSEIIDYCLHHYPQLDMTMEVKDEWFGLREYDYTTTMNARSNPIIKSLEELKQYEATKILLSGKNQIPGLISKFGQQVNILITDNNQLIQIMPLQASKELAITRLCNIYNEELDSLIVFGNDHNDLGLFKSAGYSIAMGNAVVELKDIADEITETNDNDGVAIILERLCG				NA	NA	NA	NA	NA
JZ016_06809	585			hypothetical protein	GTGGATGATTTTTATAATTTTGAACATGAAGAAATAGAATCATATATATTACAGAACTTTATCGAGCCATTAGAAGTGTATAACCCCAAAATTAATAAATATAGAATTATCCTAGAAGAACTAAAAACTCAATCAACTGAAGAGAATAGGGATCAATACGAAGAGAAGATAAAAGATATTATTAATGAAATAATGGATTTGTTTATTGCAGGTAATAACAGTATAGAAGATGAGACTTTCTATCTTTTGTTTAATGTTAAGTTGTTTTTATATTATTTTAATGAGTTATTGTCTGAATACGTATCGGAAAGTGAATGTATAAATATTAATAGGGTTAGAGTACCAACATGGCTCAAAAAAGGTGTATTCTTCAGAGATAATGGAAGATGTCAAAATTGTTCTAGGGATTTGTCTGGAATTATTAATGTTAACCCAGAAAGGGGTTTACATTTTGATCATATAGTTTCATTAGAAAACGGAGGATCAAATGATCCGACTAATTTTCAATTATTATGTTCTGACTGTAACTTGAAGAAATCAACAAAGAATAAAAAACCTAAATTATTGTATCAGTTCTATTGGTAG	MDDFYNFEHEEIESYILQNFIEPLEVYNPKINKYRIILEELKTQSTEENRDQYEEKIKDIINEIMDLFIAGNNSIEDETFYLLFNVKLFLYYFNELLSEYVSESECININRVRVPTWLKKGVFFRDNGRCQNCSRDLSGIINVNPERGLHFDHIVSLENGGSNDPTNFQLLCSDCNLKKSTKNKKPKLLYQFYW				NA	NA	NA	NA	NA
JZ016_06810	201			hypothetical protein	ATGATGCCAATGACATCGCATAACAGCATTTTCACGCGGCGGACCTGGCGCCCCTTGGTCTGCAGAAGGTTTTCAGAGAAGCAGATTCAGCAGACAACCCTGCACTGGCTAAGTCCGTCGGACCCGGGGTTTACACCCCTTAAGCCAGTGAGGGTTCGTGAATACAAAACGTTAGGTGAAATATCACGAAAAACCAATTGA	MMPMTSHNSIFTRRTWRPLVCRRFSEKQIQQTTLHWLSPSDPGFTPLKPVRVREYKTLGEISRKTN				NA	NA	NA	NA	NA
JZ016_06811	657			hypothetical protein	TTGTTAAGACCTATCAATGAATATCCAAAAGACAAGAAAGTAGCAGGAATTCATAGTTTACCTATTACTGAAGATGGATCCGTTATTTTTGTATGGGATATAAATGAAAAAACATTGACTACCGTCGGAGGTCGAATCGAAGAAGGGGAAGATCTCGATTCAGCACTCAATCGTGAAACGATTGAAGAAGCAGGGATTGAATTAGAAGATAAAAGAATACCGATAGCTTCTTGGTATTGGGATAATACAGACACTTATACCGTGTTTGTCATTGCTCGGGTTAAAAAGTATGTAAATTTACCAGTAGGATTTGAAACATCGGGTAGAGTGGTAATGAATTTTGAAACTGCACGTCAACTAATAACAAAGTTAGAAGGGATAAGTCATAGAATTGAACTATTAAATTTAGCCGAACAAGAAAGTATTAAGCTATTAAATCAAAGGGTTTCGGAACAGTTATACCGACTAAAAGACAAAAATGAAAATCGATTTTTACACCCTAACTTGATGAACGATCGCTTCAGGGTAATTGGTCGTCACACTCTAGTCCAAGACAGTTATGAACAAGAGTTAATTCAAATAGAATCATTAGGGCCAAGTTATACCGGAGGATACATTCTTGTTTCACCAAATGATATACAAAAGTTAAAAACTTAG	MLRPINEYPKDKKVAGIHSLPITEDGSVIFVWDINEKTLTTVGGRIEEGEDLDSALNRETIEEAGIELEDKRIPIASWYWDNTDTYTVFVIARVKKYVNLPVGFETSGRVVMNFETARQLITKLEGISHRIELLNLAEQESIKLLNQRVSEQLYRLKDKNENRFLHPNLMNDRFRVIGRHTLVQDSYEQELIQIESLGPSYTGGYILVSPNDIQKLKT				NA	NA	NA	NA	NA
JZ016_06812	651			hypothetical protein	ATGAAAGGTAAGATACTCTTATTATTTTTTATTACGATAGTGTTTTCATCTTGTCAAAATATTAGTCAATCGACTATCTTGAACAGCGAAATTAAATCAATAATGAATTCTGAACTGCTTCCTGATGTAGTGAGTACAGGTAATGGAACAGAATCGAAAGAAATAACTGAAGGTCGATCAGATCCTTCTAACAATGAAGTGTTATCCATGAGCATTGGGAACTATGATTTGACTGGAGAATTTTATGATGAAATGCTTCGAAATCCTATAGATCATGATTATGAAGTGGAATTTAATGAATTACAAAATTCCAATGAGTTTACAACATTTGGATGGGGGGCGTTGGAAAGCAAATATACAGAGATTTGGGATAAAGAGTTGAATCAAATATATAAAAAGCTTCTTTCAAAGTTGGATAGAGAACCAAGAGAAGCACTAATTGAATCGCAGAAAGAATGGTTACAGTATCACTTAAGGGAAACAAAATTTGTAGAGAAGACATTTATTAATAATGGTTACCTAGGATCACAAGGATCGGTAAGCCTAGGCACGGTTTTAAAGGAGAGAATTAGGGAAAGAACAATGCAATTATTTGAATATCGATATTTGCTAGATGGTGAAGTTGAGTTTTTATACCAAAGTAAAAAATAG	MKGKILLLFFITIVFSSCQNISQSTILNSEIKSIMNSELLPDVVSTGNGTESKEITEGRSDPSNNEVLSMSIGNYDLTGEFYDEMLRNPIDHDYEVEFNELQNSNEFTTFGWGALESKYTEIWDKELNQIYKKLLSKLDREPREALIESQKEWLQYHLRETKFVEKTFINNGYLGSQGSVSLGTVLKERIRERTMQLFEYRYLLDGEVEFLYQSKK				NA	NA	NA	NA	NA
JZ016_06813	804			hypothetical protein	ATGATTAGTATCTATGATTGGTTCGGATATGAACTGCCTATTGAAGAACGATATCGCTTGATCAAGAAAGCAGGTTTTGATGGTGTGATGCTTTGGTGGAGTGAAGGCTTTGGTCGTGGAGAACATCGAAGCGGAGCACGACTTGCACGAGAAGCGGGGCTAACGATTGAAAACATTCATGCCCCTATCGAATATCAAAATGATCTTTGGTTAGCTAATTTGGCGGGTGAAGCTTTGGTCAATTGCTACTTGGAATGTATTGAAGACTGTTCGAATCTAGAAATACCAACAATAGTCATACATCTTCCGGATGAAAAACATATACATAACCCTTTTGCTATGGATAGATTTAAACACATTGTGGACAGAGCGGAACAGCGAGGAGTTAGCCTTGCTTTAGAGAACTTATGGAATTTAACAAACTTGACACACGTATTGAACGAAGTGGATTCGCCGCAAGTCGGTTTTTGTTACGATGTAAGTCACCACTATCGATATTATCCAGAATATGATTTTTTGTCCGTGTACGGTGAACGATTAAAAGCTACGCACCTGCATGATAATAACGGAAGCTACGCTCAACATGGATTGCCTTATGATGGCACGCTTGACTGGGCTGTAATTATGCGAAAAATAGTAGAGGCTGATTATTCAGGACCCACCTCTATTGAAGCGATGAACTGGGATTATCTTAACCTGTCTGTTGAAGAATTTTTAGTAAGAGCATTTAAACAAGCAAAAAAGTTAGAACAATTAAAGTTGGAATTCAGCAGCCTTTCAAAGCAGAGCAGTAACTACGTATAA	MISIYDWFGYELPIEERYRLIKKAGFDGVMLWWSEGFGRGEHRSGARLAREAGLTIENIHAPIEYQNDLWLANLAGEALVNCYLECIEDCSNLEIPTIVIHLPDEKHIHNPFAMDRFKHIVDRAEQRGVSLALENLWNLTNLTHVLNEVDSPQVGFCYDVSHHYRYYPEYDFLSVYGERLKATHLHDNNGSYAQHGLPYDGTLDWAVIMRKIVEADYSGPTSIEAMNWDYLNLSVEEFLVRAFKQAKKLEQLKLEFSSLSKQSSNYV	PGPT0017530_1145	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0017530-ulaE|sgaU|sgbU-K03079	NA	NA
JZ016_06814	1098			hypothetical protein	ATGAGAAGAACAATAATGTACTATCCCAGTATAGCTATACCAGACGGAAATTGGTTAAGAAAATCATTGCTCTACTGGGACGAAGTGAGCTCTATTGTTCCTAGAACTGTAGAATATGATTTATATTCTAGTAACCACTTAATTGCAGAATTAAAGAATGAAGGACATTATCGTCCAATTTATCCTGACCAGATAATGAATAGTGAGTATTTTAATGATTTTGAGAAAGAATGTATTGATAAAATTAAAAACTATCGAAAGAAATTTGATAATCCAAATTACAGAGCAAACTTTCGACCAGATCCAATTCAATTACATACCGAAAAATTGATTAATAAATATGATATTCATAGAGATAAGATGTCTTATCGAATTATGCAGTTGCTTAAACGTGAGGAATTAATTTCTTCTAGTGATGACTGGATGAGTTTTGACAATGAACTAGCAACTTTATATATGTCCGTATTGGCAAAATACTCAGCATTGAACGATGTGAATTTCACGGTAATTGGTACAGATAAAATAGCTGCAATTAATAGTATATACCCAGTAAAACGTCTCTCTAAGAAACCATGGAGCTATAAATCACCTGTAGTTAATTTGTCATTAAATATTTTACCGACTCCTTGTGATGATGTTTCATATAAGAAAATAATGAATTTCAAAATGAAATATAGAGATGAATTACTTGCTTTTCGAAACATCATTAATGAGTTCGAAAATCAGATTAGCAACTGTGAAACAGAATTTGAAATGAAAGAAAAATCAATAAATTTTAAAGAGATGATCGAAAGAGGAACAAGAGAAGCAATGAGTATGTTAAAAGGATCTGGTATAAACTTTTTCTTATCATCACTCAGATCCATAATAAATCTTAAGTCACCAACTATGATTGCCACATACACTGGCATAGTAGGACAGAGGATTTCTGATCTTCATCCTGCAGTTAGCTTAGCCGGAATTGGTATAGCTGGTGCAGTTGATATTTCGGTTAATTATATGACAATTAGTAAAAGTACAAAGGATAAACTTGCAGGCAAGGGGTTTTTGTATCTATATAACGCTAGACGTAAAGGTATCATTAATGACTTCATCTAA	MRRTIMYYPSIAIPDGNWLRKSLLYWDEVSSIVPRTVEYDLYSSNHLIAELKNEGHYRPIYPDQIMNSEYFNDFEKECIDKIKNYRKKFDNPNYRANFRPDPIQLHTEKLINKYDIHRDKMSYRIMQLLKREELISSSDDWMSFDNELATLYMSVLAKYSALNDVNFTVIGTDKIAAINSIYPVKRLSKKPWSYKSPVVNLSLNILPTPCDDVSYKKIMNFKMKYRDELLAFRNIINEFENQISNCETEFEMKEKSINFKEMIERGTREAMSMLKGSGINFFLSSLRSIINLKSPTMIATYTGIVGQRISDLHPAVSLAGIGIAGAVDISVNYMTISKSTKDKLAGKGFLYLYNARRKGIINDFI				NA	NA	NA	NA	NA
JZ016_06815	258			hypothetical protein	ATGATAGAAATACTAGAAGAACCAGTAGGAAATACATACAGGCAATTAATATCATTGGCATTTAACATCTGTGATGAGTTCATCTTAGTCAAGAGAGATCAAATTGAGTTAAGTAAAAACAGTGAATTACTAATCGAAGAGTTAAACCCATATGTAAAAGCGATGAAGAAACAAGAGGAATGGCCTGAACACGACTGTTTGGACATTATGCGGATGTCTATTATTTTGATTGCATACCAGAATTGGAACAATTATTGA	MIEILEEPVGNTYRQLISLAFNICDEFILVKRDQIELSKNSELLIEELNPYVKAMKKQEEWPEHDCLDIMRMSIILIAYQNWNNY				NA	NA	NA	NA	NA
JZ016_06816	600			hypothetical protein	ATGAAAGAATCTGTTACACCTGAATATAAATTAGGTTTGTTTTACTTGTCGGGGCCCATAGAAGAAAGCGATCTTTTATTAATAAGCTCTGATTTGAATGAGAATGGAATTCAATTTATACCTTTAGATAAAAACGGAAAAGTTACTGCTTCGATTGATGAATTTTCTAATGTTTTTTCATTCTTAGTTAATTCTCCATTAGCTATGGCGTTGGTTTCAGGTATTCTTGCTAGTGCAACGTGGGATAGTATAAAAACTGTAATATTACGTACTTTTAAAAAAGTAAAAAACAAAAAATGTAACAAGATAACGAGAAATGGCGTTGAGGAGAAGCAAATAACATTTGGGATTGAAGTGAAAATTAATGATGATCATTACAATTTTAATTTTAATGGAATATCATCGGATGAAGCAATGCGCGAAGCTCTAGATAAAATTATTCCTTTGCTACAGAGTAAACAATCGCTATCAAGTGAAACAAACCACTTGTCAGGATCTGGTTTACCTAATTATATTGCAACTTATGACGAGGTATCGAAAATATGGATCGTTAGAGAAACCAATAAAATCATATTAGACAAAATAGAGAATTCCAAGTAA	MKESVTPEYKLGLFYLSGPIEESDLLLISSDLNENGIQFIPLDKNGKVTASIDEFSNVFSFLVNSPLAMALVSGILASATWDSIKTVILRTFKKVKNKKCNKITRNGVEEKQITFGIEVKINDDHYNFNFNGISSDEAMREALDKIIPLLQSKQSLSSETNHLSGSGLPNYIATYDEVSKIWIVRETNKIILDKIENSK				NA	NA	NA	NA	NA
JZ016_06817	639			hypothetical protein	ATGAAGTTAACATCAATTCGCAAAAAAGTAAGAGGATTCAGAAGAAGAGCTAGAAAGCTACCGTTATGGGGGAATCATTTCAAAAACCTTGATCTTGATATATTAATAAAGTACAGAAAAGAGTATGTAAAGTTATGGATTAATCCATTCTGTAACTTGTATCAAATTAGTAATTCTGAAGTAGGTAAGAAGATTCCGCCCTATAGATTTAGAAACCAAATACTATTTCAACTTATTGAAATATATCTTGAGTGGGAAAGGAAGTTAAAAGAGCTAGATGAACCATATTATTTGAAGATTTGGATAGGTGATCCTGAGTTTACTAACTCACAGGTTGTTACTGCTATTAATTCGGAAATTAGTTGTTATGAACATATTTTTATTAAAGATACTGAACCTAAGCCATTTCCATACATCAATAACCATCCGAGCTTTATATCGTTCACTTGGGAAAGGTGTGTTAATGGTTATTTTATTTGGGAAAGTGATTTAGAATCCATAGGAGAAATCAGTGATATTGAAAGAAAGGCATATAAAATATCGGAAGAATCTATTAACGGAAAAATTGAAAGAAGTTTTTATATAAGAACTGGAGACATGTGGACAGGGAGTATTCGAAGAAGCGGCAACATCACCTAA	MKLTSIRKKVRGFRRRARKLPLWGNHFKNLDLDILIKYRKEYVKLWINPFCNLYQISNSEVGKKIPPYRFRNQILFQLIEIYLEWERKLKELDEPYYLKIWIGDPEFTNSQVVTAINSEISCYEHIFIKDTEPKPFPYINNHPSFISFTWERCVNGYFIWESDLESIGEISDIERKAYKISEESINGKIERSFYIRTGDMWTGSIRRSGNIT				NA	NA	NA	NA	NA
JZ016_06818	1602			hypothetical protein	ATGGATGAGACAATTAGTTCTTTTCGTAAAGAAGAAAAACCTGATGAAGTAATGAAAGAGATAATTGAAAGATATAGATTATTAAATCCGGAAACTGTGTTGAAACTTTTTAATTATATTATAGTTAAATCGAATATGAATTTTAAGGAAAATAACAAATCAGATTTCTCACTAAAATTATTTCTAGATATTATCTATTTGTATTCTTGTAATGGTTATCTAGGAAATAAGGAAACAATAGATTTTGAAGAGGAGTATTCATATATTAGTGAAAAAATCGAATTAATACAGGACATTTATTATTGGTCAATTGTTGAAGAGAATAAAACCCACACTGATAGTATCACTACCGATGCATTTATGTCCTATCATTTTGATTACCATCTAATCACATTGAGACAATACAATAACTTTATCAATTCTAATTCAGAATTGTTTAATAATAATTTTGGTGGAGACTTTAAGAGTAATGAAATAGTTAAAGGGATTTATGCCCTTATGAAAATAGAGTTTTGTCTAAAGGAGAATAAGCATCTTGAACTAATTCATAACTATTATATAGAACATCATCCCGAGTTATTTGCTTTTGTAGGTAATATGCCATTCTACTTATTAATTCCAAAGCTATTGGCTGAAAGAATATTAATAAACTATAATATTCCACTAGCATTTATAGATACTTTTATTAAAGAAATCCAAATATCTAAAGAGGAATTAATACACTATCCTACGGATATAAAAAAAATTACAAACCACACGGTAGGGTATTCTTATAATAATCTTTTGCTTTTTCCAAGAACCTATTTTATTTTAGATAGGTTATTAAACAATATGCTTTTTGATAATAAAAGCTTTCTTTCAAAAAAAGGTGACATTACAGAAAACTATTGCATGGAAATTTTATTGAATTTATTTGAAGAATCAAAAATATTTAAGGGCTTATATGATGAAATGGGTAATGAGCAAGACATAATTGTACTTCATAACGATACAGTTATAGTTTTTGAATGTAAATCATCTACGCTTCGTGAACCTTTTAGAAACTATATGAAATCGAAAGTACGTTTAGCTGAAGATTTTAAAGAAAGTATTCAAAAGGCTTATAACCAGGGACTCAGAGTAATTGAGAATATCCGTAATGGCACGGCAGTTTATTATGATAATGATAATAAGAATAAGAGAAATCTTATTCTTAATTTAAATATAATTAAACCGGAAAATGTAATAATTGTTGCAGTAACACTAACTACTTATTTAAGCTTAGCCAATAAGATACATCTATTACTTGAACGGGGAGCAGAATCAAATCAATATCCATGGGCTATTGATGTATTTTCACTGGAGCATATTGTTAATAAATGCAAAAGAGACTTCGATTCTGATTATTTAATTAAATATATTCGAGCAAGGATAGAGACATTTGGATCTACATTTTCTAGTGCTGCAGATGAGGTATCATATTTTGGTTTTTATACAAAATACAACAGATTTTATAATGGAGCAAATTATAATGCATTTATGATGCTTGGACCAGGCTATTCAAGTTTCGTAATAGATGAGGAGAAAGAAAACTTTTTATCGTTATCAGAATTAGGTTTATAA	MDETISSFRKEEKPDEVMKEIIERYRLLNPETVLKLFNYIIVKSNMNFKENNKSDFSLKLFLDIIYLYSCNGYLGNKETIDFEEEYSYISEKIELIQDIYYWSIVEENKTHTDSITTDAFMSYHFDYHLITLRQYNNFINSNSELFNNNFGGDFKSNEIVKGIYALMKIEFCLKENKHLELIHNYYIEHHPELFAFVGNMPFYLLIPKLLAERILINYNIPLAFIDTFIKEIQISKEELIHYPTDIKKITNHTVGYSYNNLLLFPRTYFILDRLLNNMLFDNKSFLSKKGDITENYCMEILLNLFEESKIFKGLYDEMGNEQDIIVLHNDTVIVFECKSSTLREPFRNYMKSKVRLAEDFKESIQKAYNQGLRVIENIRNGTAVYYDNDNKNKRNLILNLNIIKPENVIIVAVTLTTYLSLANKIHLLLERGAESNQYPWAIDVFSLEHIVNKCKRDFDSDYLIKYIRARIETFGSTFSSAADEVSYFGFYTKYNRFYNGANYNAFMMLGPGYSSFVIDEEKENFLSLSELGL				NA	NA	NA	NA	NA
JZ016_06819	603			hypothetical protein	TTGAAGATAGTTAGTCAAGTTCAAGAAGATGAAGTAATAGCAGAATTCTTATTTGCAGAGGTTAACTCAGATAGATTTAAGGAAGGAATATTAAATGCACTTGGAGACCATGATGTGAATTTACTTATTAAACCTAATTTGAATGATCAAGCCGAGAACCAAATTAGACGAGATATTCTGGGTCAGACAAGGGGGTTCGGTCGCAATACGGATTTGTTTGAGAATTTTCCTACAGAAGTTAAATGGTATAAAGCTTTCTTTGAGAAGCAAGATCTAAACGAAGTAATGTACATCAACTATAGTTATTGGAATGAATTATCAAGTAATACTAGACTTCCTTTGCAGGCATCGAAAAATATCATGAATCAAATTGAAGTCTTTGGAATTAGTAACCAAGGATTTCTAGATATCAACTTAGCTCTCAAGAACGGTAAAGTTTTTCCAAGATTAATATTTGTGTCTATGAATGAGAATTCGCGAGTAGTTGTATTAGAAGGTCACGCGCGGTTAACGGCTTATCATTTAGATAACGATTATATACCTGATGAACTTGAAGTAATTATCGGGTTCTCTGATGAGTTTAGCGTATGGGACTTATATTAA	MKIVSQVQEDEVIAEFLFAEVNSDRFKEGILNALGDHDVNLLIKPNLNDQAENQIRRDILGQTRGFGRNTDLFENFPTEVKWYKAFFEKQDLNEVMYINYSYWNELSSNTRLPLQASKNIMNQIEVFGISNQGFLDINLALKNGKVFPRLIFVSMNENSRVVVLEGHARLTAYHLDNDYIPDELEVIIGFSDEFSVWDLY				NA	NA	NA	NA	NA
JZ016_06820	816			hypothetical protein	ATGGACAAGAAGTCTGTAAATAGAGGATCAATCCTTATTGGCGCTGGCGAAGTTGGCGTAACCATTTCGGAAAACATGGATAAGAATGTTGTTCATAAGACAAACAGGCTCTATTGGGATACAAAAGGCAATGACTTCTTAAGAGCAATTTCACTTCCTTATTATGGAGGGTTTATCTCAGAAGAAAAATGCCAGCTCTTTGGCGATATCTCAGGAAAAAAACTGCTGGAGATCGGCTGCGGCAACGGCCAATCCTTGCAATATCAAGGGGAACGAAACGCATCTGAACTATGGGCTGTGGATATATCGGAAAAACAAATTGAAAAGGCAACGCAGCATTTGGAATCGCTCGGTCTATCGGCAAAATTCATCTGTTCTCCCATGGAAGAAGAATGCGGCATACCGGCGGATTATTTTGACTATGTTTATTCGATTTATGCCATCGGTTGGACAACCGACCTTGAAGGTACCTTTTGCCGTATCGCTACGTATCTTAAAAAAGATGGTGTATTTATTTTCAGTTGGTCTCATCCTATACACAGATGCGTTACTGATGATAATGGTAGGTTTGTTTTTAGAAAGAGTTATTTCGATGAAGCTTGGTATCCGGTAGCTGTTGATGAAGGTGAGCTATTATTAGCGGACCGTAAGCTATCAACCTATGTGAACGCTCTGGCGAAAGCGGGATTTGTAATTGAGCAATTGATTGAGCAAACTGATGATGAGATTATGCAATCGCGGGACGATAAAAGCGATTTGGCCAAGAGAGCGAGGATGCTTCCTGTAACCTTAGTGATTAAGGCAAGAAATCTATAA	MDKKSVNRGSILIGAGEVGVTISENMDKNVVHKTNRLYWDTKGNDFLRAISLPYYGGFISEEKCQLFGDISGKKLLEIGCGNGQSLQYQGERNASELWAVDISEKQIEKATQHLESLGLSAKFICSPMEEECGIPADYFDYVYSIYAIGWTTDLEGTFCRIATYLKKDGVFIFSWSHPIHRCVTDDNGRFVFRKSYFDEAWYPVAVDEGELLLADRKLSTYVNALAKAGFVIEQLIEQTDDEIMQSRDDKSDLAKRARMLPVTLVIKARNL				NA	NA	NA	NA	NA
JZ016_06821	231			hypothetical protein	ATGAGAAGAAGATATTCTATTGAAAAAGCAGAGTGGTCAGAAACAAGAGAAAAAAAGTATCAACAAGACTGTAGAGATATTGTATTTAAGTTCGATGATGAGCTTTTACAGCAAGATGACGCCGTTTATTTAAATAGAAAAGAAGGACAAACTATGGTGATAAAGCCTTTAAATCAAAAAACATTTTGGTACGAAATATGGTTAAAACTCAAAGACATCTATAATACATAA	MRRRYSIEKAEWSETREKKYQQDCRDIVFKFDDELLQQDDAVYLNRKEGQTMVIKPLNQKTFWYEIWLKLKDIYNT				NA	NA	NA	NA	NA
JZ016_06822	756		COG0327	GTP cyclohydrolase 1 type 2	GTGTATCTAAACCAGTTTCATGCAATGATTGGATCACTCTTTGGGGAATTACTTATTAAATTTAAAGATCAAGGGGAATATGGTTTCACCAATAAAACTCAAAGAGAATGTAAACGAATTGGCTATTCAACGAATATTACACCGGAATTGATTGAACAAGCATATGAGAAAAAGATCGATATAATGATAACTCATCATGACGCTTGGAATTTCATCTATGGAATGAAGGACGAGTGCGTGCGCAGGCTCAAAGCTTATGATATTGCCCACTTCTTCATACATTTACCTTTGGACTATGCTAATTTTGGTACAGGACAGTCGTTATTAAATGAAATCGGTCAAATACAAATGATCCAAGGATCATACTATTTGAATGGAGAAAGTCGAATCGGGATAGGAGAATTGCTTGAGACAATTACATTCAATGAGTTAGTGACTCGATTGAAATTGCAATGCAATGAAGAGGTAAAGGCTTGGAACTTTGGAACGCAGTCAATTCAGCGAATCGGAATCCTTACGGGAGCAGGCGATGGTACGAAACATGTAAGAGAAGCTTTGGAAGCACAGTGTGATGTCTATATAACAGGGGAGAAGACGTTATATACAATTCAGTATGCTGAATTTTCAAAGATCAATTTGATTGTAGGGAGCCACACATTTACCGAGGTGTTTGGAGTTCGATCGCTTGCAAATAAAGTCCGAGAGTCGTTTCCGGAAATCGAAATTGTATACATTGAAGAAAAACATATGGAATAG	MYLNQFHAMIGSLFGELLIKFKDQGEYGFTNKTQRECKRIGYSTNITPELIEQAYEKKIDIMITHHDAWNFIYGMKDECVRRLKAYDIAHFFIHLPLDYANFGTGQSLLNEIGQIQMIQGSYYLNGESRIGIGELLETITFNELVTRLKLQCNEEVKAWNFGTQSIQRIGILTGAGDGTKHVREALEAQCDVYITGEKTLYTIQYAEFSKINLIVGSHTFTEVFGVRSLANKVRESFPEIEIVYIEEKHME				NA	NA	NA	NA	NA
JZ016_06823	621	ycjU	COG0637	Beta-phosphoglucomutase	ATGAAAAAGTACATACTCTTCGATCATGATGGTGTTCTGGTTGATACAGAATACTGGTATTACAAAGCGGGAGAACGCGCTCTGGCTGACATTGGATTTACCTTGGATAAAGATCAATACCTCCGCGACATGACCCAGTCGCTGGGCACTTGGTCCCAAGCTAGGGCGGCAGGCATTAATGAACAGACGATAAGCAAGCAGCGTGAGGTCCGCAACGTCTATTATCAGGAATATCTAAGAACAGAAACCATAGAGATTGAAGGCGTAGTTGAAACTCTAGCCGAACTGTCAAAGTACGTCCGCATGGCCATCGTGACGACTGCAAAACGTGCGGATTTTCAACTTATTCACGAAAAGCGCCAGATTAGACAATTCATGGATTTCGTCCTTGTTCGAGAAGACTATGAGCGCACCAAGCCGCACCCGGAACCATACTTGACCGGCCTAAAGCGCTTGGGAGCTACCAAAGAAGAGACCCTGGTTGTAGAGGATTCAAACAGAGGGTTGAACTCAGCCGTGGCGGCTGGTATCGACTGTGTTATTGTCCATAACGACTTCACCAAAACACATGACTTCTCACAGGCCAGCTATCGAATCAAGACTATTCTGAAAGTAACCTGA	MKKYILFDHDGVLVDTEYWYYKAGERALADIGFTLDKDQYLRDMTQSLGTWSQARAAGINEQTISKQREVRNVYYQEYLRTETIEIEGVVETLAELSKYVRMAIVTTAKRADFQLIHEKRQIRQFMDFVLVREDYERTKPHPEPYLTGLKRLGATKEETLVVEDSNRGLNSAVAAGIDCVIVHNDFTKTHDFSQASYRIKTILKVT				NA	NA	NA	NA	NA
JZ016_06824	576			hypothetical protein	ATGAAGACAATTATCTATATGGTTAGGCATGGGGAATCACCATATAATGAAGGAAATGAAAGAATAAGAGGGCTTACCCCAACAGGAAAGGCTGATATTGAAAAAGTAACGAAGTTACTTATAGGTGAAGGAATAGATAAGATTATATCAAGTCCTTATACTCGAGCAATTCTTAGTGTTGAGGGATTGGCCAAGCACTTAAAGTTAGATATTGAGGTATTTGAAAATCTTAGAGAACGTCATTTTGCATCTTATATTATTGATAATGCAGAGTTAATTTCTAGTATCAGAGAGAGTTTTAATGACCCTGATTATACCTTGCTGGGTGGAGAGTCTAATGCAGATTGTCAGAAAAGAGCAATCTCAGTTCTAAAGCTCATATTTAAAGAGCACAGAGGGAAGAGAATAGCAATTGGGACTCATGGTCTTGTAATGACTTTGATGATGAATCATTTTGATTCAGCTTTTGGCTTGGAGTTTTTGAATCAATTAAAGAAACCAGATATTTATAAAATGCAGTTTGATGACTTAGAATTAGAAGAGGTAACGAGAATGTGGAATGACCAGATTTCTTAA	MKTIIYMVRHGESPYNEGNERIRGLTPTGKADIEKVTKLLIGEGIDKIISSPYTRAILSVEGLAKHLKLDIEVFENLRERHFASYIIDNAELISSIRESFNDPDYTLLGGESNADCQKRAISVLKLIFKEHRGKRIAIGTHGLVMTLMMNHFDSAFGLEFLNQLKKPDIYKMQFDDLELEEVTRMWNDQIS	PGPT0018030_3991	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018030-gpmA-K01834	NA	NA
JZ016_06825	549			hypothetical protein	ATGCAGTTGATTAGAAAAATTACTGATCATGAGATTCTCGGAGGCCCTATTAAATTGATAGAGCCAGTGTCACGATTTGCTTCAAGAGGTGTGTTAATTGATGGAGCGTTGAATGTAGCCATGATGTACATGTCAAAACCTGATCTATACAAATTGCCAGGAGGAGGAATCGAAGAAAAAGAAACAAAAGAGCAGTCTTTCTTAAGGGAGATTAAAGAAGAGACTGGATATGAGGCAGAATCAACTTATGAACTGGGGTATATTGAAGAACATAAAGCAAAAAATAACTTTTTGCAGATATCTTATTGTTGGATAGCAAATGTAAGGAAAAGGATATGCAGTTTAAACCTAAGTGAAAGTGAAAAACAACTCGGTATGACGGTTAAATGGATGACATTAGATGAGGCATTAGAAGTAATGAGCGAGTCACTTATACATTGTAATGAGTACTCAACAAAATTCATGATTATACGAGATAAGACAATCCTTGAAATTGCTTACGAAATAATAACAAAGAGTGAAAAGAATATTTGGGGTAACTCGAAGTAG	MQLIRKITDHEILGGPIKLIEPVSRFASRGVLIDGALNVAMMYMSKPDLYKLPGGGIEEKETKEQSFLREIKEETGYEAESTYELGYIEEHKAKNNFLQISYCWIANVRKRICSLNLSESEKQLGMTVKWMTLDEALEVMSESLIHCNEYSTKFMIIRDKTILEIAYEIITKSEKNIWGNSK				NA	NA	NA	NA	NA
JZ016_06826	606	udk_3		Uridine kinase	ATGAATAAATCTGCTTTTACAATTGCAGTAAGTGGACCATCTGGTTCAGGTAAGAGTACATTAACAAAGCAATTAAGAGATAAACTTGTTGATGCAATCTCATTCCACTTTGATGACTATGCTTCAACTAATAAATATCCAGATGATTTTGTGGAGTGGTTGGAAAAAGGTGCCGACCCTAAATTAGTTCAAAACCCAAATTTTAATAGAGACTTAAATGAGTTGGTTCAAGGCAAATCGATAAAACTACCTAACAACCAAATGGTAAAATCAGAAAAATACATTATAGTCGAAGAACCATTCGGTAGAGGTCGGGAAGGAATGGCCGAATTAATTGATTTCGTAATCTGTATTGATATTCCATTAGAGGTAGCACTGGCTCGTAGGATTTTAAGAGGGATACAAAATGCTGAGTACTCTCCAAGTGAAACTTTAAAAAACTTCGAAGAATATTTGTCTCAGTATCTTATCGTAGTGCGAAATTTATACCAAGCTATAAATTCAAATGTCATGGCCGATTGTGATTTAATTGTATCTGGTCTTGAACCAATGGATGTAATTACGGACAAAATAATAATAGAGCTTGAGAAACGAAGTATTATATAA	MNKSAFTIAVSGPSGSGKSTLTKQLRDKLVDAISFHFDDYASTNKYPDDFVEWLEKGADPKLVQNPNFNRDLNELVQGKSIKLPNNQMVKSEKYIIVEEPFGRGREGMAELIDFVICIDIPLEVALARRILRGIQNAEYSPSETLKNFEEYLSQYLIVVRNLYQAINSNVMADCDLIVSGLEPMDVITDKIIIELEKRSII				NA	NA	NA	NA	NA
JZ016_06827	456			hypothetical protein	ATGGAAAAAAATAAGTTACTAAGAATGGACAATGTCGGCATCGTTGTAGAATCCCTTGATGACGCAATTTCTTTCTTCGAGGAGATTGGCTTGACCCTCGAAGGGCGAACGACTGTCGAAGGGGAATGGGCTGGTCGCGTAACCGGACTAGGTACTCAGTGTGTAGAGATTGCTATGATGGTTACCCCAGATGGCCACAGCCGACTTGAACTTTCGCGATTTCTCACCCCACCTACGATATCCGATCACCGGACGGCTCCTGTAAACTCCCTTGGTTATTTACGCGTCATGTTCACAGTTCAAAACATTGATGAGATGGTATCCAGACTCACTACTAAGCATGGTGCGCAACTCGTTGGCGAAATGGTTCAATACGAGGATTCGTATCGGCTCTGCTACATTCGTGGAACCGAAGGACTTCTAATCGGTTTGGCGGAACAACTCGGTAACAAATAA	MEKNKLLRMDNVGIVVESLDDAISFFEEIGLTLEGRTTVEGEWAGRVTGLGTQCVEIAMMVTPDGHSRLELSRFLTPPTISDHRTAPVNSLGYLRVMFTVQNIDEMVSRLTTKHGAQLVGEMVQYEDSYRLCYIRGTEGLLIGLAEQLGNK				NA	NA	NA	NA	NA
JZ016_06828	582			hypothetical protein	GTGAAGAAATCCTACTTGTTTTTACTTATTCTGGTTATTTTGTTGTTATCGGCTTGTCAATCATCAGAACAATTAAAGCCGATAAAAGAAGAAACCATTGATTTCGACTTAAACACTGCAATAGAAATGGTTGAGAAGAAAGAGAAAATGATCATTGATTTAGCATTGAGAGAAAAGGTGTCAAAACTGGAGTATAAGGAATTAGAGAAATCTTTTACCGAAGAGTTTGGAGTCCATGCTAAGGATATTCTATCCATATTATTTATCCATAATATGGATTCTGATCCCGAGTCAGATATGTATGTAGAGCAGAACACATTATACCCTACACTCTTTCATAAAGGAATAACTATAACAAATGCGGTCGTTTATAAGAGTTACTTCGAGAATGAGTTTTTTAATCAAACTAGATTAAGCATTGAGGAAGAATATGTTGGTGATGATGAGAAGTTAAAGGATTGGAAAAGAGAATACATATTTATTCCAAACAAAAATGGAGAATGGGAATTAAATGGATTTTCTGGAGTGATGAATTTCTTAGACGAAGATTATAATATGAATTATTTAGAGTTAAAGAGGTAA	MKKSYLFLLILVILLLSACQSSEQLKPIKEETIDFDLNTAIEMVEKKEKMIIDLALREKVSKLEYKELEKSFTEEFGVHAKDILSILFIHNMDSDPESDMYVEQNTLYPTLFHKGITITNAVVYKSYFENEFFNQTRLSIEEEYVGDDEKLKDWKREYIFIPNKNGEWELNGFSGVMNFLDEDYNMNYLELKR				NA	NA	NA	NA	NA
JZ016_06829	1530			hypothetical protein	GTGGTCACTGGAACAAGCAGGCTTCATCAGACCGTGTCCTCTTTATCTGTGTTAGAGGTGGCGGATGTCAATTTCTTCTCGCAAATTATTCAAACCGTTCAAGAAGAATGGTATGCCGAAGAACTGGTCATTAGCTCTTTTTATTCCATTAAGGACAGCGTGGAGCAGCAATGCAAAACGGTTCAATATTTGCATGACCTTGGTGAAGTGGGATTGATTTTGTACTATGTTGGCATTATCATGCCAGATATAGCCGATGAAGTGCGCGAGCTGGCCGAATCTCTGAATTTTATTATCATTTGCATGCCGAGAAACGATTACTCTCTTAGGTACAATGAAGTTATTTATGAAGTCATGGAGGCCATCGTAAGCAATCAGAATGTGAATGAGCATTTCGTGAATGAATCACTGGAAAAGGTCTCGCTGCTGCCGGAACATTTGCGGAGCGTGGAAATTACCCTTAAACTGCTGTCGGACCGGATGAAAGCGAACATCGTTCTGACAAACAGCAGCCTGGATATCATCAATCGTGTCATGTGGCCGCGGAATTCCTCGCTCGATGTTGCGAATTTAATCCGGTCCATGGCGCCCTCCATTTTGAATGACAGAATAGGAGAAGGCGAGCTGGATTCGTCCTGCTTTGTTGAATACAAACGTGTGCATCAAAAAAACGGGGAGATCCTTTACCTGTTTCTCATTAAAGAGAATACGAAGCTGCCGCCGAAGACGATGGAGCAAGTCAGCGAGGTGGTGCAGGTGGCCATCAATTTGTGGGGAGACAAGCATAACGAGGTCAGCGAATACGCTTTGGTTAAAGCCATCGTGAATGATGAAAGCGAAAAAATGCGCAGATTGGCCAGTTTGCTCCATATTGACGTTTCCGCCATCCAAATGATGTGGCTCGTTTACATCCGGGATTTGTCGGAGGAAAGAAGGATAAGGGAAGACTTGAAAGCGCATCTCTCGCAATATTATAAAACCGCGGTCATTCAAACGATCGATCACTGCGTTGTTGTGTTGCTGGGGAATTGCTCCTATAAATACAATGAGTTTGAAATCGCAGTGGAATATATCGAAACCACGAGTCTCACCGCTGAAATATCAAGCATCGTTTATTCTCCGAGGATGCGGAACACCCAGGACGTACGCCGTATGTACCAGCTCGTAAACGGAGTCTCTAAAGAGGTTCACCGCATCTATCATAACCGCAAACTATACACCGCGGCTGAAGTCCGTTCCATGAAACGGGCCATAGACCTCAGCAAACAAGGGGAAGAGATGACGGAAGAATGCTTGTCCGTTTTGGAGCCTATCATGGACGACCCTGACGCATTGAACACCCTGATGACTTTTCTTCTGGATGCGAAGGGGAATATGGATGACTGCAGCAAGCTGTTGTTCGTCCACAAAAATACGGTGAAATATCGCATTAAAAAAATTTGCGAGCTCATAGGATATGATGTGACCATCAATTCGGAATCGTACGATGTTTATACGGCCTGCATGGTCTACCGTCACATCCATAACTAA	MVTGTSRLHQTVSSLSVLEVADVNFFSQIIQTVQEEWYAEELVISSFYSIKDSVEQQCKTVQYLHDLGEVGLILYYVGIIMPDIADEVRELAESLNFIIICMPRNDYSLRYNEVIYEVMEAIVSNQNVNEHFVNESLEKVSLLPEHLRSVEITLKLLSDRMKANIVLTNSSLDIINRVMWPRNSSLDVANLIRSMAPSILNDRIGEGELDSSCFVEYKRVHQKNGEILYLFLIKENTKLPPKTMEQVSEVVQVAINLWGDKHNEVSEYALVKAIVNDESEKMRRLASLLHIDVSAIQMMWLVYIRDLSEERRIREDLKAHLSQYYKTAVIQTIDHCVVVLLGNCSYKYNEFEIAVEYIETTSLTAEISSIVYSPRMRNTQDVRRMYQLVNGVSKEVHRIYHNRKLYTAAEVRSMKRAIDLSKQGEEMTEECLSVLEPIMDDPDALNTLMTFLLDAKGNMDDCSKLLFVHKNTVKYRIKKICELIGYDVTINSESYDVYTACMVYRHIHN				NA	NA	NA	NA	NA
JZ016_06830	1266	codB_3	COG1457	Cytosine permease	ATGAAAGCCGTTAAAAAGCATCAATCCTGGTTCAGTCTCGGAATCATCTGGGCCGGCGCGGTCATTAGCATCCCGAGTTTGTTGGTAGGGAATGCGCTTGTCGCAGGAATGGGATTATCCACAGCACTGCTCGTCACGTTGGCAGGCTACGCAATCATTGTACTGCTCATGATTTTGCAGGGCATTCAAAGCACGGACTTAGGAAAGCCGACCGTTCAGGTCGCAGCTCAGGTATTCGGCAAAACAGGGTCTCGTACGATTCTGTCGATTATCCTCGCGATTGCGTGTCTTGGCTGGTTCGGGATCCAGGCGAATGTGTGCGGCGCAGCCTTGGCAGACCTGCTAGCCAAAACCGGAGTGAACATGCCGGTGCCATTGGCATCTCTTATATGCGGTTTCGTGATGGTGATATCGGCCGTCTATGGCGTTAAAGTGCTGCGGGTGATCAGTTATATCGCCGTTCCTTTATTGGTGGGAATCAGCATATTTGGTCTTATCGAAGCCTTGACCGGTGACTCCCTGCAGATCATTCAGCATTATAAGCCTGAGGGAGCGATGAGCTTTACGGACGGGCTGGCGGTAACGCTGGGTTCATTTGCCCTGGGTGCAGTCATCGCGGGAGATTATTCGCAATTTTCTGGAAAACGGTCCGATGTCCTGAAAGCGGCTCTAATCGGGATTGTTCCGGCAGGCTTGCTGATGATCGGTGCAGGGGCTGTCCTGACGATTGCTTACCAAGCCAGCGATATTACAGCAACCTTTTTGAGCATTACGACTCCGTTTGTTGGCGGCGTGGTGTTGATCCTGGCTACGTGGAAGACCAACCTCGTGAACGCGATTTCAGGCGGATTTGCCTTCATTAACGTGTTCAACGTATCGAAGGAAAAAGAAAAATGGGCCGTCGGCATCGCGGGAACCATTGGGACCGTATTGGCCGTCGTCGGTATACTGAACTATTTCACTCCGATCATGTCCATCCTGTCGGCTATGGTTCCACCGGTTGCAGGCGTGATGATCGCATCTTACTGGATGCTTGGAAGAGGGGATAAGAGCCGCTGGCATGAGGTCGAAGGCGTGAATACACTGGGCGTCGTTTCCTGGCTGTTGGGTGCGGTGATTGCTAGTACCCCTGTTGTGTTATCCTTGTTCCCAAGCTTGCCGCAAGTACCGAATCAGCCGTTGATCGGGATTGTTATTTCTTTTGTCGTGTATTATGCAGGCTATCGTTTATCGGCTCAGAAAACCGTTATATTGGAGGAATCATGA	MKAVKKHQSWFSLGIIWAGAVISIPSLLVGNALVAGMGLSTALLVTLAGYAIIVLLMILQGIQSTDLGKPTVQVAAQVFGKTGSRTILSIILAIACLGWFGIQANVCGAALADLLAKTGVNMPVPLASLICGFVMVISAVYGVKVLRVISYIAVPLLVGISIFGLIEALTGDSLQIIQHYKPEGAMSFTDGLAVTLGSFALGAVIAGDYSQFSGKRSDVLKAALIGIVPAGLLMIGAGAVLTIAYQASDITATFLSITTPFVGGVVLILATWKTNLVNAISGGFAFINVFNVSKEKEKWAVGIAGTIGTVLAVVGILNYFTPIMSILSAMVPPVAGVMIASYWMLGRGDKSRWHEVEGVNTLGVVSWLLGAVIASTPVVLSLFPSLPQVPNQPLIGIVISFVVYYAGYRLSAQKTVILEES				NA	NA	NA	NA	NA
JZ016_06831	1104			hypothetical protein	ATGAGATATTTAGATAAAGCAGCTGTTGAAAACATCGCCGTTGGCGCAGCATTTCTGGGAACCGGCGGAGGGGGAGACCCTTACATCGGTAAATTGATGGCTCTCTCGGCCATTGAGAAGTTTGGTCCTGTAAAACTATGCTCAGTCGATGAGATTGAGGATGAGGACTTTTTCATTCCGGCCGCGATGATGGGGGCGCCATCCGTATTAGTGGAGAAATTCCCCAGAGGGGACGAGTTTGTTAAGGTTTTTCAAAAATTAGCAAATTACTTGGGAGAAGAACAGATCGCCGGCACGTTTCCGATGGAAGCGGGAGGCGTCAATTCCATGATTCCCATCGTTGTTGCGGCGCAGCTGGGATTGCCTCTGATCGACTGTGACGGTATGGGGCGGGCGTTCCCGGAGCTGCAGATGGTGACGTTTAACCTGGACGGCATTCCGGCGACACCGATGGCGATTACGGATGAAAAAGGGAATATCGGCATCTTTGAGACCATTGATAATAAGTGGACGGAACGGCTCGCCAGAGCGGCCACGGTTGAAATGGGCGCCAGTGCTTTAGTAAGTCTGTACCCGGCAACGGGTGCTCAAATGAAGCAAAGCGGCGTTCATCATATCGTGACCCTCTCCGAACAGATTGGAGAAATCATTACATCGAAGAATCGGGACGCAGGCGATAAGCTTCAAGAGCTGCTGAACCTTGTGTCCGGCTATGAGCTTTTCCAAGGTAAAATCGTGGATGTCATCCGGGAAACCAAGGGCGGTTTTAACCTCGGTCAAATGCATCTCGATGGAATCGAGGCACATAAAGACGGAGTGATGAAGGTTCATTTCCAAAATGAAAACCTGGTTGCCGAAAAGAACGGTCAAGTTATAGCGATGACCCCCGATTTGATCTGTCTGGTTGATTACGAAACCTTGTCGCCTGTAACTACGGAGAGCCTGAAATACGGTAAACGCGTACGGGTTATTGGACTGCCCGCTCATGATAAGTGGAGAACGGAAAAAGGAATCCAGACGGCAGGACCAAGATACTTCGGATATGATTACGATTATGTTCCTATTGAGGAAATGGTGAAAAAGGCGGTGGCTGAGAATGTATAG	MRYLDKAAVENIAVGAAFLGTGGGGDPYIGKLMALSAIEKFGPVKLCSVDEIEDEDFFIPAAMMGAPSVLVEKFPRGDEFVKVFQKLANYLGEEQIAGTFPMEAGGVNSMIPIVVAAQLGLPLIDCDGMGRAFPELQMVTFNLDGIPATPMAITDEKGNIGIFETIDNKWTERLARAATVEMGASALVSLYPATGAQMKQSGVHHIVTLSEQIGEIITSKNRDAGDKLQELLNLVSGYELFQGKIVDVIRETKGGFNLGQMHLDGIEAHKDGVMKVHFQNENLVAEKNGQVIAMTPDLICLVDYETLSPVTTESLKYGKRVRVIGLPAHDKWRTEKGIQTAGPRYFGYDYDYVPIEEMVKKAVAENV				NA	NA	NA	NA	NA
JZ016_06832	1551	apc1	COG0145	Acetophenone carboxylase alpha subunit	ATGTATAGAATCGGGATCGATGTAGGCGGCACCAACACAGACGCCATCATTTTGGATGAGAATTATCATCTGGTTCATGCGGTGAAATCACCAACAAGTCTAGATATTAGAACGGGTATTGAAACCTCGCTCCGGAATTTGCTGCAGGAATCGAATATGGATAAAACCCAAATCACGCATGCCATGTTAGGTACAACCCAGTGCACGAATGCCATTGTTGAGCGCAAAAAGCTGGCCCAAGTCGGCGTCATTCGTCTGGGTTACCCGGCAACGGCTTCCGTTGCGCCGTACACGTCCTGGCCTGAGGATATGGTTCGGAAGCTGTCGGGTAAATATGCACTCGTTCATGGCGGATATGAATATGACGGCCAAGTGCTTGGAGAAGTCGACGAAGCTGAAATTATAGCTCTTTTAGAGGAATGGGGGAGCAGTGTCGAGTCCATCGCGGTCATTGGTGTGTTTTCATCCATTAAAAATGATCAGGAGCTACAGGTTCGAGATCTCATCCATCAAGTGTATGGACCGGAATTCCCTGTTTCCTGTTCTTCCCTGATCGGTTCGGTCGGTTTAATCGAGAGGGAAAATGCGACCATACTGAATGCAGCATTGTGCAAGGTTATTGAAACGACAACCCAAGGATTTGTGCAGGCGTTAGAAGAAGAAGGCATTACAGACGCAGCGGTGTTTTTATGCCAGAATGACGGTACCTTAATGTCGATCGATTACGCTAAACAATTTCCGATCCTAACCATTGCATGCGGGCCAACGAACAGCATACGCGGTGCCTCTTATTTGGCGAAGATCAAAGATACGATGGTTCTCGATGTGGGAGGGACTACATCGGACATTGGGGTTTTGCAGGACGGGTTCCCAAGAGAATCCTCGGTTGCAGTCGAGGTTGGCGATATCCGCACGAATTTCCGCATGCCGGATATTATCTCCGTTGGGCTGGGAGGCGGAAGTATTGTGCGTTCGGAGAAAGGTAAAATTACGGTGGGACCTGACAGCGTAGGATACAAGATTGGACAGGAAGCGCTGGTCTTTGGCGGACATACGCTGACTACAACAGACATTGCCGTACGACTTGGTCTCGCGGACGTCGGGGATAAGAGCTTGGTAGCGCATCTGGATGAAGACTTCGCTAAAAAGGTGCAAGCTGAAATTGCAACCATCATTGAGCAGGCCATTGATAAAATGAAGACATCCTCGGGAGATGTTGAGCTTGTATTGGTAGGCGGCGGCAGTGTCGTTATACCGGATACGATTCGCGGGGTATCTCATATGATTAAGCCTGAGAACGGGGGCGTAGCCAACGCCATTGGCGCGTGTATTGCTCAAATCAGTGGACAATATGAACAAATTTATATCTATTCTACTGAGCCACGTGAGGATTCATTAAAAGATGCGCAAGAAAAAGCCGTGCAGCAGGCGGTGCTGGCTGGCGCTGATCCGGCTACGGTGGAGCTCGTGGAAGTGGAAGAAACCCCGCTGGCTTATCATCCGGGAAATGCGACGAGACTGAGAGTGAAAGTCGTAGGAAACATGAAGTAG	MYRIGIDVGGTNTDAIILDENYHLVHAVKSPTSLDIRTGIETSLRNLLQESNMDKTQITHAMLGTTQCTNAIVERKKLAQVGVIRLGYPATASVAPYTSWPEDMVRKLSGKYALVHGGYEYDGQVLGEVDEAEIIALLEEWGSSVESIAVIGVFSSIKNDQELQVRDLIHQVYGPEFPVSCSSLIGSVGLIERENATILNAALCKVIETTTQGFVQALEEEGITDAAVFLCQNDGTLMSIDYAKQFPILTIACGPTNSIRGASYLAKIKDTMVLDVGGTTSDIGVLQDGFPRESSVAVEVGDIRTNFRMPDIISVGLGGGSIVRSEKGKITVGPDSVGYKIGQEALVFGGHTLTTTDIAVRLGLADVGDKSLVAHLDEDFAKKVQAEIATIIEQAIDKMKTSSGDVELVLVGGGSVVIPDTIRGVSHMIKPENGGVANAIGACIAQISGQYEQIYIYSTEPREDSLKDAQEKAVQQAVLAGADPATVELVEVEETPLAYHPGNATRLRVKVVGNMK				NA	NA	NA	NA	NA
JZ016_06833	966	ltaS1_4	COG1368	Lipoteichoic acid synthase 1	ATGCAAAAAATAATGAATGCAAGAGGAAGACTTCTTGTTGTCTTTAGTGTAGTTCTGCTGTTGAAAAGCATGGTCGCCTGGTACGTCGTATTTAACGAAGGGCCGGGTTGGGGCACGGTGATTACGGAATTTCCGTTTTTTCTGATCGTGTTCAGTTTGATTGAATGGTTCGCCGCAAAACGAAAGATGTTGTATTACATGCTGTCTAACTTCCTGATGTCATTAATCTATTTTGCCATATTGATGTATTACAAATATTATGGTGTGATCCCTACTTATCATCATTTGCAACAAGCCCAAAAAATCACGCATGTGGGAGAAAGTACGTACTCCCTGATTGCACCGTACTATTTATTTGTTTTTTTGGATGTCGTTCTCTTCATCTTCTTCATGTTTCGATCAAAGTATATTGCAAAATGGAAGCAATGGGGCATGCAACCGCTCAGTAAAAAGGCTCTCGCTTGCACGTTTTCCGTCTCGCTCGGACTCTGTGTTTTTAATGTCTGGTCTAATCAGGCCAATATGAATGAAATCAAAAAGGCAGGGAGCATGGGGATTCTAAATTATGAAGTCTATACCTTACTTGCCGATGCTTTCGATGAAGAAGAAATGATAGACTCCAAAGACATTACGCAGCAGAGGCTACATTCGATAAAAGGTGTCACAATGCCGACGGTATCGAAATATTTTGGCCTTGATCAAGGGAAAAATTTGATTATCGTACAGCTGGAATCGTTTCAGAACTTTCTCATCGGTTTAACTTTGGACGGTCATGAGATTACCCCGAATCTAAATCGACTGGCTCGGGAGAACACGTATTTTCATAACTTCTATGCGAATACCGGACAAGGAACGACGTCGGATGCCGAATTCGTGGTGAATACTTCTTTCTATGTCCCCCAAACGAGCCTGCTACCTCTTCGGATTACATGGAGAAGGAATTGCCGAGTTTGCCCCGGCTTCTAA	MQKIMNARGRLLVVFSVVLLLKSMVAWYVVFNEGPGWGTVITEFPFFLIVFSLIEWFAAKRKMLYYMLSNFLMSLIYFAILMYYKYYGVIPTYHHLQQAQKITHVGESTYSLIAPYYLFVFLDVVLFIFFMFRSKYIAKWKQWGMQPLSKKALACTFSVSLGLCVFNVWSNQANMNEIKKAGSMGILNYEVYTLLADAFDEEEMIDSKDITQQRLHSIKGVTMPTVSKYFGLDQGKNLIIVQLESFQNFLIGLTLDGHEITPNLNRLARENTYFHNFYANTGQGTTSDAEFVVNTSFYVPQTSLLPLRITWRRNCRVCPGF	PGPT0023375_1140	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005	NA	NA
JZ016_06834	915	ltaS2	COG1368	Lipoteichoic acid synthase 2	TTGCCCCGGCTTCTAAATCAATACCAGTATTATACAGCCACTTTCCATACGAACCGTGTTGATTTTTGGAACCGGAACGATTTGTATAAAGCGGTCGGCTTTAAAACTTATTATGATCAGGCTTTCTTCGGCAAGGACGATTATATCGCCTTCGGCTCCTCCGATGAGGTGCTTTACGAGAAAACGCTGCCGGAGTTAGTCCGTTTGGATGCGAATTCGCAGCCTTTTTATGCCATGGTGATTTCCATGAGCGCACATCATCCTTATCATATTCCGGAGGAAAAGTATAGAATGACCCTGCCAGAGGAATACGAGGGTACCCTTTTGGGAGACTACCTTCGCGCGCAAAATTATGCGGACGATGCGATGGGGCAATTTCTGGAGGGTTTGAAGAAAAGCGGATTATGGGATGATTCCCTCCTTGTTTTTTATGGCGACCATCAAGGTTTGCCGATGTACACACTGGACCGCAAGGAGAAAGAACTTCTGAAATCTTTGATCGGACATAAGTACGATTACGTCGATATGTTCAACGTTCCACTAATTATACACTCGCCGGGCGGGCAGCTGCCGAAGGTGATGGCCGGCACGGGCGGACAAATCGATATACTTCCAACGGTGGCTAATTTGCTGGGTTTACCGCTGAAGGATCAGCTGTATTTTGGCCAGGACTTGTTCAACCAGAGCAGTAATCTGATACCGCTGAGGCATTTTCTGCCGACCGGATCGTTTCTTAACGACACGAGTATTTATGTGACTGGCAACGATTATGAGGATGGAAGCAATTACAGTTTAGAAGATAATCGCCTCATTCAGAACGGTTCCACAAAGAACCAATTCGAAGCGGGGCAACTGCTCCTGAATCTGTCCAACAGCTATCTTCGGCAACTGCCGAACCGGGATGATTCTCGGTGA	MPRLLNQYQYYTATFHTNRVDFWNRNDLYKAVGFKTYYDQAFFGKDDYIAFGSSDEVLYEKTLPELVRLDANSQPFYAMVISMSAHHPYHIPEEKYRMTLPEEYEGTLLGDYLRAQNYADDAMGQFLEGLKKSGLWDDSLLVFYGDHQGLPMYTLDRKEKELLKSLIGHKYDYVDMFNVPLIIHSPGGQLPKVMAGTGGQIDILPTVANLLGLPLKDQLYFGQDLFNQSSNLIPLRHFLPTGSFLNDTSIYVTGNDYEDGSNYSLEDNRLIQNGSTKNQFEAGQLLLNLSNSYLRQLPNRDDSR	PGPT0023375_1177	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-TEICHOIC_ACID_METABOLISM	CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005	NA	NA
JZ016_06835	723	arnC	COG0463	Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase	ATGGCTCGACTTTCAGTGATTGCGACGATCTATAACGAAGGGCGAAATATAAACGATCTTTACTTGGACATTATTGAAGCGATGAGAGACCAACTTGAAAACTATGAAATTGTGTTTGTGAATGACGGCAGTCGTGATGGCAGTTCGCGGCAATTAAATGAGATCGCTCAATACGATCGGCGGGTAAAGGTCATTCATTTGGCTCGAAATTATGGTCCGGCAGCAGCAATTTGGGCTGGAATCCGACACTCCGATGGAGATCTCATTGCATTAATGGATGCCGGCCTTCAGACAGATCCTCGGGATATATTCAGAATGATGCCTTTCATTGAAAGAATGGATTGTGTCAATGGCAGATGGAGAGATATTCCGGAGTCATGGATCCAAAGGTTGTCTTACCGAACCGGAAATCACATTCGCAGATGGATCACCCGCGGGAAGCTTCAGGATTCGGCTTGTCCCCTGAAGCTTTTCAGAAGGGAAGTAGCGGATAGCTTGTATTTTTTCAAGGGGATGCACCGCTTTATATCGACAATGGCGCAGATGAACGGATTTTCAGTCATTGAGGTGTCAGTCAGCTACCGAAAACGAAGAAACGGCGGACCTGGCCCCCATGCTCTGAAAAATATTTTTGCGGGATGTATGGATGCCATGGTGGTTCGCTGCCTTAGCAAGCGAATGGTCCGTTACAAAATCAGGAAAGTGCAGCAGTTTTCAAACTGA	MARLSVIATIYNEGRNINDLYLDIIEAMRDQLENYEIVFVNDGSRDGSSRQLNEIAQYDRRVKVIHLARNYGPAAAIWAGIRHSDGDLIALMDAGLQTDPRDIFRMMPFIERMDCVNGRWRDIPESWIQRLSYRTGNHIRRWITRGKLQDSACPLKLFRREVADSLYFFKGMHRFISTMAQMNGFSVIEVSVSYRKRRNGGPGPHALKNIFAGCMDAMVVRCLSKRMVRYKIRKVQQFSN	PGPT0017834_3325	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017834-DPM1_like|arnC|ppm1|wcaA-K00721	NA	NA
JZ016_06836	396	ydfJ_3	COG2409	Membrane protein YdfJ	GTGGCAAAATGGTTGTTTAAGCTCGGAAGTTGGACGGGTTCAAATAGTAAAAAGGTGATTACGGCTTTTATATTGCTCATGGCCCTATTGGGCGCACTGATCCTGAGTATGGGCACGGCGTTAAGTGAGGATGTTTCCATACCGGGGACCGAATCGGAAAAGGCCATGACTATTTTGCAGGAACAATTTACAGGCGGCGAACAGAAAGGGCAAGTCAACATTGTTTTTAAAGCTCCCGCAAATGAAACTTTGGATTCGGGAAAAAACAAAGCGGTGATTAGCGACCTGCTTGCAAAGATCCAGGGAGATCAGGCGATTATTTCCGTCGCAACGCCGTATGAGCTTGGGAATATTAACCTGGATAGACACATTGGTTATTTCTGTCGTTATGTATAA	MAKWLFKLGSWTGSNSKKVITAFILLMALLGALILSMGTALSEDVSIPGTESEKAMTILQEQFTGGEQKGQVNIVFKAPANETLDSGKNKAVISDLLAKIQGDQAIISVATPYELGNINLDRHIGYFCRYV	PGPT0028595_7	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028595-ydfJ-K11625	NA	NA
JZ016_06837	663	ydfJ_4	COG2409	Membrane protein YdfJ	TTGCTAACGGAAGCGTATGGAGCCGGATTTCATTTTACATTAGTCGTGATTGCGGATCCTGCCAATCAGGAGGCTGCCGCTCCGGACAAGTTGAAGGCCCTGTCGGAACAAATTAGCGGATTGGATCACGTAAAAAGCGCTACGCCTGCGATGCCTAACCCAAATGGCGATATGCTCTTAATGAGTGTCACCCCGGAGGATGGGCCAAACGCTCCGGAAACCAAAGACCTCGTAAATGAGATCAGGGCTCTGTCCGATGAGGGGAGCGTAGAGTTGTTGGTTACAGGAGCTACGGCCATTAATATAGATATCACCGAACAAATCATGAGCGCTTTACCGACCTTTGCCATTCTCATTGTTGCTTTCGCTTTTGTACTCATGATGGTCGTTTTCAGATCCTTGCTTGTCCCGTTAAAAGCGGTTCTCGGTTTTGTTCTTTCCATTGGCGCAACTTTAGGATTTACGGTATTCATTGTGCAGGACGGCAATTTCCTTGATCTGTTCGGCTTCCCCGGGGAGAGCGCGATCCTGTTCCTCTTGCCGGTGCTGTGTATCGGCATCCTGTTTGGTTTATCCATGGATTATGAGGTCTTCCTCGTAAGCAGAATGCGCGAAGAATTTGCGCATACCGGCGATGCGAAAAAAGCGATTCATCTCCCATGA	MLTEAYGAGFHFTLVVIADPANQEAAAPDKLKALSEQISGLDHVKSATPAMPNPNGDMLLMSVTPEDGPNAPETKDLVNEIRALSDEGSVELLVTGATAINIDITEQIMSALPTFAILIVAFAFVLMMVVFRSLLVPLKAVLGFVLSIGATLGFTVFIVQDGNFLDLFGFPGESAILFLLPVLCIGILFGLSMDYEVFLVSRMREEFAHTGDAKKAIHLP	PGPT0028595_7	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028595-ydfJ-K11625	NA	NA
JZ016_06838	273			hypothetical protein	ATGCGAAAAAAGCGATTCATCTCCCATGATCCTACGATCAAGCAAATGGGACTGGCCCTGGCAGTCGGCGTTTTGTTCGATGCCTTTGTCGTGAGATTGGCGATTGTACCCGCCGTGATGACTTTACTGGGCAAATCCGCTTGGTACTTCCCTAAATGGTTAGATAAAATACTCCCTAACTTCGATATTGAAGGGGAGACGATCATGAAAGACTATTCCGAAAAGGGCAAAGAGCCAAAGTCCTATGCCGGGCAAGTCCGGTTGAATGAATGA	MRKKRFISHDPTIKQMGLALAVGVLFDAFVVRLAIVPAVMTLLGKSAWYFPKWLDKILPNFDIEGETIMKDYSEKGKEPKSYAGQVRLNE	PGPT0028595_9	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028595-ydfJ-K11625	NA	NA
JZ016_06839	1008	auaH		Aurachin B dehydrogenase	ATGATGAAAGAGACAATTTATTTGCTAACGGGTGCCGCCGGATTTTTGGGCAACAACATTTCCCACAAGCTGGTTTCTGAAGGGAAAAAAGTGCGTGCGCTGGTATTGAACGGCGATCCGGCGGTGAAATATGTACCGAGCGAGGCGGAGGTTGTGTTTGGCGATCTGACGGATATGAGGTCGTTGGAGGCTTTCTTTGAAGTACCTGAACATCATGAAGTCATTGTGATTCATTGCGCCAGCCTCGTGACAACGTCTCCCGAACCAAGCCAAAAGGTTTACGACGTCAATGTAACCGGGACTCAAAATGTAGTAGATCTGTGCGTGGCCAAGCGGGTGAAAAAGTTGGTGCATGTGAGTTCTACCGGGGCCATTCTTGAAGAGCCGCATGGACAAGTGATCAAAGAGCCGGAACAGTTTTACCCGGATCGGGTAGTCGGCTATTATGCAAAAACCAAAGCCATCGCGACGCAATATGTTTTGGAGGCGGTGCGAAATAAAGGTCTGGATGCCTCGATCATCTATCCGTCAGGAATAGCGGGACCAAACGATAGTGCTTTTGGTCCGTTGGTGAGTTTTGTGATTCGCTATTGCCTGGGAGAAATTCGCGTAGGAGTTGACGGGTCTTTCAATGCTGTAGATGTTCGCGATCTTGCGGACGGCATCATGGCATGCACCGAGCAAGGACGGCAGGGAGAAGGGTACATTTTGAGCAATGAGATGGTGCCGATGCGGAAGATGTTTGATCTGATCAGCGAAGCCAGCGGCGCCAAACAGGTCGAAACCATTCTGACCCCGGAGCAGATGCAGGCCATGTCGCAAGGAAGTATGGTCGAATCCGAAGGTGGATCCAATCCGGAAGCTTTAAAATTTGAAATCTATAACTTAACCCGGAATAATCAGTTCTCATCCGAGAAGGCGGAGAGTGAGCTCGGCTTCCGCACGAGACCGTTTCAGGAAACAATCGCGGACACGGTAGCATGGCTCCGCAGCGAGGGGATCCTCTAA	MMKETIYLLTGAAGFLGNNISHKLVSEGKKVRALVLNGDPAVKYVPSEAEVVFGDLTDMRSLEAFFEVPEHHEVIVIHCASLVTTSPEPSQKVYDVNVTGTQNVVDLCVAKRVKKLVHVSSTGAILEEPHGQVIKEPEQFYPDRVVGYYAKTKAIATQYVLEAVRNKGLDASIIYPSGIAGPNDSAFGPLVSFVIRYCLGEIRVGVDGSFNAVDVRDLADGIMACTEQGRQGEGYILSNEMVPMRKMFDLISEASGAKQVETILTPEQMQAMSQGSMVESEGGSNPEALKFEIYNLTRNNQFSSEKAESELGFRTRPFQETIADTVAWLRSEGIL				NA	NA	NA	NA	NA
JZ016_06840	465			hypothetical protein	GTGAACCTCGTGAATCCGCTCATGAAGTACACAAGCTTGATCGAGCAACCCCAATTGGATGTTCCTTATGATTGGTACGGTTTCCGAATTCAGAGCAGCCAAGCCATTCTTCTGGAGGAAAAAGAAAAGCTGGCAGCCGAAGGTGTTAAAACAGCTGAGCAAATGGAAGTCGGTATCATGGTGGAAATCCCGTCTACGGCCGTACTGGCCGATCAATTTGCCCAAGAAGTCGACTTCTTCAGCATAGGCACCAATGATCTAATCCAATATACGATGGCCGCCGATCCGTTGGGGGCCGTTCCGATCTTGCTCGGGCTGGGGCTCGACGAGTTCTCCATGAGCGCAACATCCATCCTTCCGACACGCGCGCAAATTAAAGATCTGAACAGTCAGGAGCTTTTTCGATCCTATGGGATAGATAGACGAGCCTTTGTTTGTTACAGACATGATCTTTTGTATCATTGA	MNLVNPLMKYTSLIEQPQLDVPYDWYGFRIQSSQAILLEEKEKLAAEGVKTAEQMEVGIMVEIPSTAVLADQFAQEVDFFSIGTNDLIQYTMAADPLGAVPILLGLGLDEFSMSATSILPTRAQIKDLNSQELFRSYGIDRRAFVCYRHDLLYH				NA	NA	NA	NA	NA
JZ016_06841	879	rhaR_65		HTH-type transcriptional activator RhaR	GTGCGTTATTTATTCGAACGGGTTCCACTAAACGATAAGACGCTGATATGGGATCACCGCAGTGTATCAACAGGTCCATTCTCCGGCTTCTATCATTGGCATCAATGCTGCGAGATCCTCGTCGTTCACGAAGGAAACGGAACAATCATCGTGAATCAGAAAACATACGAGATCCGACGCAATATGCTCTTTTTCTTTCAGCCGTTTCAGTTGCACAAGGTTTATGCCAATATCAGCCCGGAGCAGCCTTATATTCGCTCCAAAATTCATTTCGACCCTTACGCATTTGAAGAGAAACTCCGCCCGTTTCGGTCGCTTCATTCCACTTTCGTTGAATTATGGCAGGGAGACCACGCCTTGCCGGCTGTTAATCTCAGCGACACATTTGATTATTTAGAGCACGTTTTCGCCGTACATGAAAAGAATACTCAAATCAGCAGCTCAACAGGGGAGACCGGTTTTGAGTATTCGCTAATGCTTATTTTGCAAATTCTTAATGCCCTATCTTTCTTGCTTCAACGGAATCAACCAGAAGGCACCCGTGCTCTCAATCTGCGCCAAATGGGTTATGCCGAGCAGATGATGCAGTGGATCGAATCCCATTATCACGAAGATGTTAAGCTGGACGATATAGCAGAGGCCATGCATTTATCGAAGTTTTACCTATCCCGTTTGTTTCAAAATGAAACGGGCAGCAGTATTTCCCAATATCTCACCGCAAGGAGAATAAAAATCGCTTGCCGGCTCCTTCAAACGACTTCGCTGTCCATCGAACAAATAGGCCATAACGTCGGTATCTCCAATCCGTCTTATTTCATCCGTCTATTCAAAAAGGTGATTGGCACGACACCGTTGAAGTACCGCCAAAGTCTGAAATAA	MRYLFERVPLNDKTLIWDHRSVSTGPFSGFYHWHQCCEILVVHEGNGTIIVNQKTYEIRRNMLFFFQPFQLHKVYANISPEQPYIRSKIHFDPYAFEEKLRPFRSLHSTFVELWQGDHALPAVNLSDTFDYLEHVFAVHEKNTQISSSTGETGFEYSLMLILQILNALSFLLQRNQPEGTRALNLRQMGYAEQMMQWIESHYHEDVKLDDIAEAMHLSKFYLSRLFQNETGSSISQYLTARRIKIACRLLQTTSLSIEQIGHNVGISNPSYFIRLFKKVIGTTPLKYRQSLK				NA	NA	NA	NA	NA
JZ016_06842	1152	ugl_7		Unsaturated glucuronyl hydrolase	ATGTTAAACGTGAATGAACTTAATTGGATTAACGAGGTAATGAACAAAGTGAAGTTGAAAATGGAGCGGGTGAGCGAGAAATCACGCGACAAAATTCCGTACACCACGCTGCAAGGGGTACACGACGACCGATCGGTACATAACCCCTCCAATACCGTCGCAGATGGCATCAATTGGTGGACGAACGGTTACTGGGCGGGCATGATGTGGCTTATGTATCATGAAACTGGCGATGATAAGTACAAGGATATCGCTGCCGTTTCAGAGAAGAAACTGGACCAATGCTTTGCCGATTATTACGGGCTGCATCATGATGTGGGCTTTATGTGGCTTCCGACCAGCGTGGCAAGTTATAAGGTTACGAAAAATGCGGAGTCCCGTAAGCGAGCGTTGCATGCGGCAAATTTATTGGCAGGCCGGTTCAATTTGGCCGGCGGATATATACGGGCATGGAATGATCTGGATGAAGGGGATACCCGGGGATGGGCAATCATTGACTGTATGCTGAATATTCCCCTTCTATATTGGGCCTCTGAAGAGACGGGGGATCCCCGGTTCGCTCAAATTGCTGTAAAGCATGCTGACACAACTATGCAGGCATTTGTGAGGCGGGACGGCTCCGTGAATCATATCGTTGAATTTGATCCTGCTAACGGTGGGGTTATTCGAACATACGGCGGACAGGGTTACGAGGAAGGATCCTCCTGGACGAGAGGCCAAGCCTGGGGACTATATGGGTTTATCATGAGTTATCGGCATACGGGAAAGCGAGAATATTTAGATACAGCCAAGCGAATTGCCCACTATTTCATCGCAAATATACCGGAGGACGGAATCATTCCGGTCGATTTTAGGCAACCTCCAGAACCGAAGCTAGAGGACGACACCGCCGCCGCCATTGCAGCTTGTGGATTGATTGAAATCGCAAAGTCGGTTGGCGCGTATGAGCAGGAACTTTATCTGAAGTCGGCAATTAAACTGCTCAAAACTTTGGATTTGCGCTGTGATTGGACGGATCGCACCGATGCGCTTGTCCAATACGGTTCGGCTTCATACCACGCGCAACACCATCACCATCCGATCATATACGGTGATTTTTATTTCATGGAGGCGATATTTAAATTGAAAAGACACGATTTCTATTTGTGGTAG	MLNVNELNWINEVMNKVKLKMERVSEKSRDKIPYTTLQGVHDDRSVHNPSNTVADGINWWTNGYWAGMMWLMYHETGDDKYKDIAAVSEKKLDQCFADYYGLHHDVGFMWLPTSVASYKVTKNAESRKRALHAANLLAGRFNLAGGYIRAWNDLDEGDTRGWAIIDCMLNIPLLYWASEETGDPRFAQIAVKHADTTMQAFVRRDGSVNHIVEFDPANGGVIRTYGGQGYEEGSSWTRGQAWGLYGFIMSYRHTGKREYLDTAKRIAHYFIANIPEDGIIPVDFRQPPEPKLEDDTAAAIAACGLIEIAKSVGAYEQELYLKSAIKLLKTLDLRCDWTDRTDALVQYGSASYHAQHHHHPIIYGDFYFMEAIFKLKRHDFYLW	PGPT0019355_762	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019355-ugl|EC_3_2_1_180-K18581	NA	NA
JZ016_06843	1788			hypothetical protein	ATGAGAAGTATGAACTTTCGGCTGATGGTGTTCTTTTGCAGCCTGCTTATTCCGACGCTTGTGATGATGGGGATCTATTCGTACCGTCTGGCATCTTCCGTAGTAGAAGAGAAGACCAGCGCCGCCGTTTTGAACTCACTGGAACAGAAAGCGAAAAATTTGGAAGTTAAAATGCAAGCCTATAAAAAATACATGGATTTGGTCATCTATACGCCGGAATTCTTGAATGTTGTCAAATCCAACAGCTTCGATAAAACGTCCTATAGTACAACCCGCGCCTACCGGGAATTGAAAGAGATCCTTGATGCTATATTTTTCGAGGACGACATGGTGAAAGCGTTTGCGGTGTATAAAAATGAAGAACTGGTCTATAAGTACGGCAATGACATTGTGGACGAAGAGAAATTCAAGCAAAATCCCATCTATACTCAGACCAAAGCCGCCAACGGTGCCCTATATTTCGGAGGCACGCTGAAGTTGGGACTCCAGCACGGTGAGGAAAACCTGTATATCGGTTACGGCCGGGAGCTTATCGATTATAATTCGGTTGACAATACGGACTTGGGAAGTGTGTTTTTGTTCATGGATATTCGAAGCTTCTCCGTCCTTATCGACGATATCCACGAAATGTCGTTCATTACGGATAACGAAGGTCATGTGCTCGCATCGCCGGACTCATCCCAAATATTCACCAACATCAAGGATAGGCCAAAATACAGGAAGGCGTATGAGAGCAATGCAAGCGGGTATTATGTGGACGGATCGGATAGCGGCAACTTCGTCATCACTTATTATACGTTGCCGAATTGGAATTTAAAAATTGTGCAAGTCATGCTGCGCAAAGAAATCATCGGAGAAACGAGCAATATTCTGTTTGCGACGATGAGCGTTTCCTTGCTGATCTTTGTACTTCTCGTCATCACCGCGTTACTTCTGTCCAGAAATGTCTCCAAGCCCGTCAAACAAATCAAAGAGGCCATGAAAAAAATTCAGGCCGGCGACTTTGATACGAGGCTGGACGTGAAATCCCGGGACGAATTCGGCAGCATTGCAGTAAGCTTGAATTTCATGGCCGTTCAGCTCAAGGGACTGCTGGACAAGCTGATCCAAGAGGAAAGAAGAAGAAGCGAAACCGAGTTCAGTATGCTGCAATATCAGATCAACCCCCATTTTCTGCATAATGTATTAGCGACGATAAGGCTGTCCGCGGTATCGAATCACGATCCGGACACGGCGGAGATGCTGCAGAAACTGTCAAGGCTTTTAAGACGTACGCTGGCCAACGCAGGGAGGATGGTTACCCTGGAAACGGAGCTGTGTAATATTCGGGATTTCGTAGACATTCAGAAGGTGCTGTCTAACGAAAATATCAGAATGGTTTATGAGATCGTTGAGCCTTCAGTCAACTGCTTGATCCCGAACATGCTGCTTCAACCGCTAGTTGAGAACACAATCATTCACGGCTTTGGAGAAGGGATGAGCGCCCCCGAGATTCGAATCTCTTCGCATCTGGATCACGATGGGCTTCAACTAATTGTTGAGGACAACGGAATAGGGATGACCGAAGAAACGATGAAAAGGCTTCAAGAAAATAAACATCAGAATGGGATGTCCTATAACAGTATTGGGATCATGAATGTGAACAGGCGGATCAAGCTCTACTTTGGCGACGACAGCGGCTTGTTTTTCGAGAGAGCGGAAGGAAGGGGCACCAAGGCTATCATCGTTTTGAAGACTTCCACAGACGGCGGAGGAACACGCTATGAAAAAAATTCTGCTGGTAGATGA	MRSMNFRLMVFFCSLLIPTLVMMGIYSYRLASSVVEEKTSAAVLNSLEQKAKNLEVKMQAYKKYMDLVIYTPEFLNVVKSNSFDKTSYSTTRAYRELKEILDAIFFEDDMVKAFAVYKNEELVYKYGNDIVDEEKFKQNPIYTQTKAANGALYFGGTLKLGLQHGEENLYIGYGRELIDYNSVDNTDLGSVFLFMDIRSFSVLIDDIHEMSFITDNEGHVLASPDSSQIFTNIKDRPKYRKAYESNASGYYVDGSDSGNFVITYYTLPNWNLKIVQVMLRKEIIGETSNILFATMSVSLLIFVLLVITALLLSRNVSKPVKQIKEAMKKIQAGDFDTRLDVKSRDEFGSIAVSLNFMAVQLKGLLDKLIQEERRRSETEFSMLQYQINPHFLHNVLATIRLSAVSNHDPDTAEMLQKLSRLLRRTLANAGRMVTLETELCNIRDFVDIQKVLSNENIRMVYEIVEPSVNCLIPNMLLQPLVENTIIHGFGEGMSAPEIRISSHLDHDGLQLIVEDNGIGMTEETMKRLQENKHQNGMSYNSIGIMNVNRRIKLYFGDDSGLFFERAEGRGTKAIIVLKTSTDGGGTRYEKNSAGR				NA	NA	NA	NA	NA
JZ016_06844	1641	rssB_20		Regulator of RpoS	ATGAAAAAAATTCTGCTGGTAGATGACAATAAGAAAATACTGGAACTGCTCCGCTCAATCATCCCTTGGCAAGAATCCGGTTTCTGTCTGGCCGGACTGGCTGCGGACGGAAGCGAAGCGCTCAAGCTGGCGAAAGATGCGAACATCGACATCCTCATTACGGATTTGCGGATGCCCGTCATGGACGGAATCGAGCTGATCCGCCGCTTCCGGGAGTTATGTCCGCATGCAAAGATTCTCGTGCTCAGTTCGTATAACGAGTTCAATATGGTTAGAGAAGCCTTCAAGCTGGGCTCCAACGAATATATCTTAAAGACCGAGTTGAATCCGGAAGTGTTCATCCAACTGCTGAATCAGTTTGCGGAAGAGATCGATTCGGACAAAGAAGAGAGAACATTCGGCAAACCGGCGGACAAGGTCGCCCGTCACGGCCGGACGGACGACAGCCGTCGGGAGTTGTACGTAAACAGGCATTATATAAAGGGTAGCTTGTTGAATCAACTCGTGCGTGGATATGTAAAGGATGAAGATCTGTTGCATAAGGACTTGATCTCTCTGGATATCCAAATGACCATAGGATGCTGCAGAGTCATGCAGATTAGTGCGGATAATTTCAACAGCTTGATGAAGAACGTATGGAATGGGGATGAACAATTTTTTTCGTTTGCGGTCCTGAACATTATGGACGAGGTGATTCGCGCTTTTTATACGGCAGACTGTTTCTATACCTCGTCCGGGGAGTTTGTCGTCGTTTGTTATGCGCCGCAACCGGAGTCGCTATCCGGCTCTAACCTGTTCGAGACTGTTTTTGTTCAATTGAAGAAAGCCTTGTCGAATTATTTGAAGGTCAAAATATCGGGGGGGTTGTGCCTGATGCCCGGGGATACGTCCAGCTTGAAAAAGCTGTACGAAGATGCCTGCTCCGCGTGCCGGTCCAAGTTTATTTATGGACAGGGAAAGCTGCTTTGCGGTGTAAACGTAAACGTTTGCTCCAAGTCCCGCAGTCGCTCGATGCGAATCGCGGAAAGGGTCGAATATCTTCGGAGCGCGTTGAAGAGCATGAATTCGGGTCTTTTGCGCAATGCGTATGAGATTTTGTGTTTGGAGGAATCGGAAGTTGATATCCAGGAGTACGGAGAGGTTACCAGACTTTTCGAGAAGTATTTAATCGTGATCGACGAGTTCGCAGAAGTCAATGGCATGTCGCAGGTTTGTGGCACCTATCTCTCCAGCTTTGACGATAACAATTACGACACCTGGTCGGTTGAGCAGTTGAACCAATGGCTCAAGAGCTTGTTGAACGTAATCGCCGGCCAGTTCGTCACCTATAATGATACCGTCTCCAGGGTCATTGTGTATGTCAGGGATCACTACGCTCAGAATATTTCTCTTCAATCGGTTGCCGAGGAGGTAGGGATGAACCGGTCCCAACTGAGCAAGCTTATCAAAAAGGAACTTGGGGTCACTTTTCCCGAGTACTTGAATAGCATCCGACTGGACAAAGCCAAGGAATTGATCGCCGGAAGCCGATACAAACTGTATGAAATCGCAGAAAAGTGCGGCTACAGCAACTTTGAGCATTTCAGTCGGGTGTTCAAGAAGGTGACGGGAAGTTCGCCGAAGGAATGGGTACGAGGGTAG	MKKILLVDDNKKILELLRSIIPWQESGFCLAGLAADGSEALKLAKDANIDILITDLRMPVMDGIELIRRFRELCPHAKILVLSSYNEFNMVREAFKLGSNEYILKTELNPEVFIQLLNQFAEEIDSDKEERTFGKPADKVARHGRTDDSRRELYVNRHYIKGSLLNQLVRGYVKDEDLLHKDLISLDIQMTIGCCRVMQISADNFNSLMKNVWNGDEQFFSFAVLNIMDEVIRAFYTADCFYTSSGEFVVVCYAPQPESLSGSNLFETVFVQLKKALSNYLKVKISGGLCLMPGDTSSLKKLYEDACSACRSKFIYGQGKLLCGVNVNVCSKSRSRSMRIAERVEYLRSALKSMNSGLLRNAYEILCLEESEVDIQEYGEVTRLFEKYLIVIDEFAEVNGMSQVCGTYLSSFDDNNYDTWSVEQLNQWLKSLLNVIAGQFVTYNDTVSRVIVYVRDHYAQNISLQSVAEEVGMNRSQLSKLIKKELGVTFPEYLNSIRLDKAKELIAGSRYKLYEIAEKCGYSNFEHFSRVFKKVTGSSPKEWVRG				NA	NA	NA	NA	NA
JZ016_06845	957	yteP_69	COG4209	putative multiple-sugar transport system permease YteP	ATGAAAGCGAGAGAAATGACAACAGGCGCAGTCAAGCGGCAAGGCCCGACCCTTCCGGCACCTATCGCGAAAATCGTAAAGCAAAAGTACCTCTTCCTGTTGCTTTTGCCGGGCTTGGTTTACTTTTTTATTTTTAAATATTACCCGATGTATGGGGTAACCATTGCGTTCAAGGAATATGATCCGAACCTTGGCATCATCAACAGTCCCTGGGCAGGGCTAAAGTACTTCCAACGGCTGTTCGAGACGCCCTATATCCTCACTTTGGTCGAAAACACATTAAAAATCAGTCTTCTGAAGATCATACTTGGTTTTCCGGCCCCGATCCTATTCGCTTTATTATTAAACGAAATCACGCACACTTTATTTAAAAGAACGCTGCAAACGATCTCTTATCTCCCCCACTTTCTGTCCTGGGTCGTTGTGGCGGGGGTCGCGTTTCAAATTTTTTCTCCCAGTTATGGACTTTATGGGTATATATACAATTTGTTCGGATGGGAAACGGGGGTTCCGCTGGCGGATACAGACACCTTCATCCCGATTCTGATCGGTACGGATATTTGGAAAGAAATCGGATATGGCAGCATTATTTATTTGGCTGCGCTCGCGGGTATCGGGAGCGAGATGTATGAAGCGGCAAGGATTGACGGTGCGGGTCGGTTTAAGCAATGCCTGTACATCACGCTGCCGAGCCTGATTCCCATTATCTCGATGATGTTTATCCTCCGGCTGGGAAATATTTTGGACGGCGGCTTCGATCAGATCTTTAATTTGTATTCGCCAGCCGTATATGGCGTATCGGATATTATCGACACGTATGTCTATCGGATTGGCTTGGAAAATTTCGAATATAGCTTCTCGACAGCCGTAGGCTTGTGCAAGTCGGTCATCGGGGCCGTATTGGTGGTCTCAGCCAACTGGGTGGTCGGCAAATTTACGGAACGCAGTATTTGGTAA	MKAREMTTGAVKRQGPTLPAPIAKIVKQKYLFLLLLPGLVYFFIFKYYPMYGVTIAFKEYDPNLGIINSPWAGLKYFQRLFETPYILTLVENTLKISLLKIILGFPAPILFALLLNEITHTLFKRTLQTISYLPHFLSWVVVAGVAFQIFSPSYGLYGYIYNLFGWETGVPLADTDTFIPILIGTDIWKEIGYGSIIYLAALAGIGSEMYEAARIDGAGRFKQCLYITLPSLIPIISMMFILRLGNILDGGFDQIFNLYSPAVYGVSDIIDTYVYRIGLENFEYSFSTAVGLCKSVIGAVLVVSANWVVGKFTERSIW	PGPT0017250_1574	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_06846	888	araQ_57	COG0395	L-arabinose transport system permease protein AraQ	ATGAAAATTAGAAAAAGTTTGTCCGAGAAAACCTTTGATCTGTTCAACGCCGTGTTCATGATTGCCTTATGCCTTACGATTGTATTCCCTTTCTGGCAACAGATCGTCATCTCCTTTAGCCCGCCGGGTGAAGCAAATAGTATCGGTCTGCATCTGTATCCGGAAAACCCGACAATGGATGCGTATAAACGGATTTTTGCCGGCGGCACCATTTTGAAAGCGTATTTTTGGACGATTTTGAGGACGGTGCTGGGAACGTTATTGACGTTATTGGTAACGGCCATGATGGCTTATCCGCTCTCCAAAAAATGGTTTTATGGGCGTCCTTTATGGATGGGGCTTGTCGTATTCACGATGTTTTTTAGCGGAGGATTGGTTCCGACCTTCTTGCTGGTGCGGGATCTTCATATGATCAATACGATTTGGGCCTTGGTTCTTCCGGGTTTATGCAGTGCTTGGAACATTCTGATCATTCGAAACTTTTTTGTATCGATCCCGGAGGAAGTAGAGGAGAGCGCAAAGATCGATGGAGCGAATGATTTGTATGTCTTTTACAAAATTATTATACCTCTGTCAACTCCAGTCTTGGCAACCGTAGCCTTGTGGACGATGGTCTTCCATTGGAACTCATGGTTCGATGCCTTGATCTACAATACTAACGGACAGATTAAGGTGCTGCAGATGCTGCTGAGGGAAGTCCTGCAGGATGCAAATATGATGACGGATGCAAGCATGCTGATGGATCCGGCGTCGGAAGGCAGTCATTATACGCCGGAATCGGTCAAGGCTGCGATCTTAATGCTCGTTGTTACTCCGATCCTGTGCGTATATCCCTTCTTGCAGAAATATTTTGTGAAGGGCATCATGATCGGGGCCGTAAAGGGATAA	MKIRKSLSEKTFDLFNAVFMIALCLTIVFPFWQQIVISFSPPGEANSIGLHLYPENPTMDAYKRIFAGGTILKAYFWTILRTVLGTLLTLLVTAMMAYPLSKKWFYGRPLWMGLVVFTMFFSGGLVPTFLLVRDLHMINTIWALVLPGLCSAWNILIIRNFFVSIPEEVEESAKIDGANDLYVFYKIIIPLSTPVLATVALWTMVFHWNSWFDALIYNTNGQIKVLQMLLREVLQDANMMTDASMLMDPASEGSHYTPESVKAAILMLVVTPILCVYPFLQKYFVKGIMIGAVKG	PGPT0017255_1628	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_06847	1617	lipO_25	COG1653	Lipoprotein LipO	TTGTTAATCAAAAGGATGATTGTCGCATCTCTTGCGGCAGTAATGTTGGTGGGTACGCTGGCCGGCTGCTCGGGTAAGGACAACGAATCTTCGGCATCCGGTTCTTCGACAACGCCAATGAGTAAGAATTACAACTTCAAGATGCTCGGAATGCGCCTCACGCCAAATAAGGATTCTGAGATCATGAAGAAGTTTAACGAGAATCTGGGGGGGCATACGCTGGAGGTGACGGGGGTTCCCGACCCGGATTATCTCGCCAAAATTCAATTGCTGCTGTCGGCTCAGGATTTGCCGGATATCTTCTTGACCTGGAGCAATCAAATCGTGTTGGAAAAGGCAACGGCAAGATTTACGGAAGACGAGTTCAAGCAGTACATGCCGGATGTGTATAACCTGGCACTTAAAAACTTCGAAAACAACGGGTACTCAAAGGAAAGTATGTTCTCGCGAATGATGGTGGACGGCAAATTCGCCGGAGTGGGCGTAGGGCAGCAACTCTTGCAGACGCCATACGGAATGATTGTTCGCACCGACATGTTGGATTCTCTCGGAAAGCCGATGCCGCAGACGATTGCGGATTGGGATGACGTGTTCAAGGCCTATAAAGAGAAATATCCGGACAAATATCCCCTTGCGGCCAGAGGCAAGGACTGGATCGTCGGGGCGTTCCGATGGCAGATGGGAGCATACGGCGTGTCCGTGGACGGCTGGCATCTTAAAGACGGAAAACTGATGTATGGTCCCTTTATGACCGAAATGAGAGAGGCTCTGGCCCAATTACAGCAATGGTATAAAGAGGGGTATATCAATCCCGAATGGGTGACGATGGACTCCAACACGTATAATAATGAATTTTACAATGGCAATACCTTATTCATGCAAGTGGCCAGTACGACGGGGAATGTTGTGAAACCGCCGTATATTCCGGGCTCTCCGCCCGACCTGGCAGCTGCGAAAATCCCGGGAATTCAGCTTGAGTGGGGGCCATATCCGACATTAGGCCAGGGGGAAAAGCCCATTTATGTCGCGTCCGATTTGTTGAACGGGACCAATTTCCTGGCGTTCGGAAGCCATTTAGAAAAGGATCGGGACAAACTGCATGCTGCCATGGAAGTCGTCAATCAAACGTTGGGCAAAGATATGATCATCCTGCGGAATTATGGAATCGAAGGGAAAACGTTCGATTATGTCGATGGTGCCCCGGTGATCAAGGCGGAACTGAACAATGACGATGCCAAGCAGAAAGAAGGCTTCGGTTGGATGGGAGCCTTGTCCCAGCTTGGAAACGACTGGGACCTGGCAAAGGATTTCATGCCGAAAGCCGTCAAAGATCAGTTGGCCACATTGATTGAAGATCCGAATGGCGTTTACGGGGCGAATAACCTGGCGGTAACGGTAACCACTCCTCCGGGGCCGATTACCTCGCCATCGGGCGAAGATCTGAACGTTATGAACAAAGCGATGTTCGACCAGTGGATGACATTGTACACCCAGATCATCGCGGGCAAGAAGTCGCTGGAAGACTACGACGCATTTGTCGAGCAATGGAAAAAGCAAGGCGGCGATGATATGACGGAAGCCGTAAATCGGCTCTATCTGAAGGATTGGAAGCAATGA	MLIKRMIVASLAAVMLVGTLAGCSGKDNESSASGSSTTPMSKNYNFKMLGMRLTPNKDSEIMKKFNENLGGHTLEVTGVPDPDYLAKIQLLLSAQDLPDIFLTWSNQIVLEKATARFTEDEFKQYMPDVYNLALKNFENNGYSKESMFSRMMVDGKFAGVGVGQQLLQTPYGMIVRTDMLDSLGKPMPQTIADWDDVFKAYKEKYPDKYPLAARGKDWIVGAFRWQMGAYGVSVDGWHLKDGKLMYGPFMTEMREALAQLQQWYKEGYINPEWVTMDSNTYNNEFYNGNTLFMQVASTTGNVVKPPYIPGSPPDLAAAKIPGIQLEWGPYPTLGQGEKPIYVASDLLNGTNFLAFGSHLEKDRDKLHAAMEVVNQTLGKDMIILRNYGIEGKTFDYVDGAPVIKAELNNDDAKQKEGFGWMGALSQLGNDWDLAKDFMPKAVKDQLATLIEDPNGVYGANNLAVTVTTPPGPITSPSGEDLNVMNKAMFDQWMTLYTQIIAGKKSLEDYDAFVEQWKKQGGDDMTEAVNRLYLKDWKQ	PGPT0017245_1377	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_06848	1851	susB		Glucan 1,4-alpha-glucosidase SusB	ATGATAGAAGCAAAGCATGGAGTGAATAGCATTGAACTGGATGTGGACGAGAGGGGACAGATATGGTACACCGTTAAGCGCCATGGGTCTGCGGTGGTAGTGCCTTCAAGACTGGGGCTTCGCTTGGCCAAGGACCTTCCATTAACCGATGGTTTTAAAATAAGGAGCGTAACCAAAACCAATATGGAGGGCTCATGGGCCCCTTTATATGGGGAGCGCGCAGAGATTGACGACTCTTATGAAGAGGCTGTCGTCTGCTTGGAGGATGGTTCCGGGAGATTTATGGAAGTTCATATGCGGGCCTATTCGGAGGGAACCGCTTTTCAATACGTGATACCGGAGCAGGAGCTCATCAAGGAATTTACACTGGTTGAAGAAGAGACCCGCTTTACATTCCCGCAAGGAAGCCTAGCTTGGGAAGAGCATGGGGTGGAAGGGAAATACTTCGTCAAGCCGGTCGGCGATGTGAACGGATATTGTGAACGTCCATTCGCCGTGCGGTTGCCCGAAGGCGGCTATGTCCTCGTTCATGAAGCCGGGTTAAGCGATTATGCCAGAATGCTCATGGTTCGGGACGAGCAGGCGGACAACACCTTAAAAGTGCATCTGTCCGGACATTTGTGCGGACTTTACAGCGCGGAGGATTATGTAGGTTACGGCTTCACCTTAAATGAGGACGAAGAGGACAGCATGGAGTCCCAAGTCGCAGGACGCACGCCCTTTGCGACACCTTGGCGTATGTTTATCCTTGCGGATCATGCGGCGGAATTGTTGGGCCGGAGCAACCTCGTTCTAAATCTGAGCGAGCCGGTCAATAACGAAGCGTTCCCTTATGTCAAGCCAGGGAAGGCATTGCGGGATATACAGCTGTCTACTTCGAGCGCATTCCAATGCATCGATTTTTGTGCGGATCATGGTCTTCAATATGTTTTATTTGACGGGGGCTGGTATGGCTCGCTTGATTCGCTGGAGAATAAGGCAATCGATCCGAGAAGGGAAGATCCCGAGCGCGATCTCGATCTGAAGAAAGTCATAGCTTACGGCAAAGAGAGAGGGATTGGCGTATTCCTGTATGTGGATAGAACCGCTGCCGAGCCGTATCTGGATGTCGCCCTGCCGATCTGGAAGGAGTGGGGAATTGCGGGGATCAAATTAGGCTTTGTGAAAGTTGGGCCCCAGGAATGGACGCGCTGGCTTGTGGAGGCAGTCAGGAAATGCCATGAATACGGCTTGATGGTCAACGTTCATGACGCCTACCGCCCGACAGGCCTTTCGCGGACTTACCCCAACCTGCTTACGCAGGAAGGGATTCGCGGCAACGAGCATTTTCCTACCGCCGGGCATAACGCAACCTTGCCGTTTGTGCGGTTCCCGGCCGGTGCCGGCGATTATACGCTTTGCTATTTTGACCAACGATTGAAGGTAACCCACGCGCATATGTTGGCGATGGGGGTTATCGTCTATAGCCCGATGCAAATGATGTTTTGGTATGATAAGCCATCGGATTGGAACGGGGAGCCGGAGATCGAATTCTGGGAGAAGCTGCCGGTCACCTGGGACGAGACCGTCGGACTTGCCGGCGAGATTGGGGAGTATGCCGCGATGGCCCGACGCAAGAACGAGGAATGGTTCATCGGCTGCATTAACAATGAGAACCCCCGCACGCTGCACATTCCGCTTTCCTTTCTGCAAGCCGGAGTGAAGTACGCCGTGCGAATCTATGAAGACCGGCCGGAGCTGGATACCCGCACGAAGGTTGGCATTCGTTCCGCGGAAGCCGTTAAGGAATCGATGCTCGAATTGAAGCTGATGGGTTCCGGAGGAGTTGCGCTGTACTTAAAACCCTTGTAG	MIEAKHGVNSIELDVDERGQIWYTVKRHGSAVVVPSRLGLRLAKDLPLTDGFKIRSVTKTNMEGSWAPLYGERAEIDDSYEEAVVCLEDGSGRFMEVHMRAYSEGTAFQYVIPEQELIKEFTLVEEETRFTFPQGSLAWEEHGVEGKYFVKPVGDVNGYCERPFAVRLPEGGYVLVHEAGLSDYARMLMVRDEQADNTLKVHLSGHLCGLYSAEDYVGYGFTLNEDEEDSMESQVAGRTPFATPWRMFILADHAAELLGRSNLVLNLSEPVNNEAFPYVKPGKALRDIQLSTSSAFQCIDFCADHGLQYVLFDGGWYGSLDSLENKAIDPRREDPERDLDLKKVIAYGKERGIGVFLYVDRTAAEPYLDVALPIWKEWGIAGIKLGFVKVGPQEWTRWLVEAVRKCHEYGLMVNVHDAYRPTGLSRTYPNLLTQEGIRGNEHFPTAGHNATLPFVRFPAGAGDYTLCYFDQRLKVTHAHMLAMGVIVYSPMQMMFWYDKPSDWNGEPEIEFWEKLPVTWDETVGLAGEIGEYAAMARRKNEEWFIGCINNENPRTLHIPLSFLQAGVKYAVRIYEDRPELDTRTKVGIRSAEAVKESMLELKLMGSGGVALYLKPL	PGPT0018560_2397	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187	NA	NA
JZ016_06849	4602			hypothetical protein	ATGAGTAGGACCGTCGTATATCCGGCGCCGGCCGGCGCACCAGGCAAGGACGATTTTGCCGTCCGGGTAAGAGTGCCCGATGGAGAATGGCAAGAGCTGTTCGTTTATTGTGTAAAGGTAGACATGCATGAGATACGGGAAGCCTCGATGGTTTATTTCGATATGGAGGGGGAAGTGGAGGTTGAGGTCACCAGCCTTCGGGCAGATATTCACGAAGCCGTCATTCGCCCCCGGTCCACCGGAATCACATACGAGCTGCTGGGGAATACCCTGGTATTCCGATTGGATAATCCGCGTAAGTTATCCATTGAAGTGAACGGTGATCGATTCCATAATCTGCATTTGTTCGCTAATCCGTTGGAGACGGATGCGCCGGACCCGTCCGGAGAGAATGTGGATGTCATAGAGCCGGGCATTCATCGCAAGGAGCATCTGAAAGCTTTGGCCCAGCGTGAAAACAGAATGTTAAGCGCGCCGAACGTCATCTATTTCGCTCCGGGAATGCATTGGATTGAGGAAACGCTTCTGCACATCCCGTCCGATACTACGGTCTATCTCGCCGGAGGAGCGGTATTGATGGGTTCCCTCGTCTGTACGCATGCAGAAAATGTGACGATTTGCGGTCGAGGCATCATCTATTTGGAACCTTTTCACCGTTTCTCGGCCTTTCGAGCGATACGGCTGCAGTACTCGCGCAATGTCCTTGTCGAAGGGGTTATCGCGGTGGACCCCCCGCATTACAGCATTTACATCGGGCAGTCGGAGAACATCACGATCCGGAACTTCAAAGCCTTCAGCACCCGCGGTTGGTCCGACGGGATTGACGTCATGGCCAGTTCCCGCATTGAGATCGACGACATCTTCATGCGCAATTCCGATGATTGCATCGCGATCTACGGAAGTCGGTGGCAATACGAGGGTAACTCGAGCCATATCAGGGTCCGGAATGCTATCTTGTGGGCGGATGTCGCCCATGCCTTGAACATGGGGGGCCACGGGAACCACCTGGAGAATGGAGATACGATTCACGATATCCGGTTTGAGAACATCGATGTACTGGAGCATCATGAGCCGCAGCCCGGTTATCGAGGAGCCCTGTCGATTAATGCGGGCGACAACAATGTCGTAAGGGATATCGTTTATGAGAATATTCGAGTGGAGGACATCGAGACGTGTCAATTATTCGATATTCGGGTGCTCTGGAACGAGAAGTATAACCCCGTGCCGGGCAAGGCGATTGAGAATGTTGTCTTTAGGAATATCACTTATGACGGAAAAAAGACATATCCGTCCCGGATACACGGGTATGACGCGGAACGGGGAGTGACCGGCGTTCGGTTTATTGATGTGCGGATCAATGGATCCTACCTGAGTGATCTTGATCTGGATCATTTCGACGTTAATGAGCATGCAACTCGCATATCTCTCGAACGGTCAGGTCAAATGGTTCGAGAGGAGTTGCAAGTGCTGGTCGACCGGGCCGAGCGATTGCTCGAAGAGAACGGGTGCTATTATACGGAAGGAGCTAAGCTGGCACTCTTGGATATGCTCCGCCCTGCCAAAGCGGCTTTGGCTGGCCACGCCCCACTCCCATTCATCCGAAATCGGGAATTTTTCCTGCCCCGGGAGGAAGAGGCGGCTCAGTTTGCCTTGGAGCGGTATACCATGGTGCCTCCGTTCAGGGACAGGGGGAGCGTATACAGCCGTTATGGGCTCAAAGCGGCTTTGGAATGGTTTGAAGGCCAGGATCTTCGCAACGGCGGACTCGATGCATTGCGGGAGAGGATCGCGCTAGTCGTAAGCAAAGCTAGGGAACTGCTTAGTCAGTCCCGTCTAGGAAAGGCGCCGGGTTGTTACAGCCGGGAAGCGGCTGTGCGCTTGGAAGAAGCGGTACGCAAGGTTGAGGAAGCGATGCTCGCTAACCTTCAACCGGAATGCGGCAACCTCGCTGCGCTGGCGAAAGCGGCTGCAGCTTGCTTCGACCGTCTCCGTGAATTCCGCCATTCCCGGGTGCTGCGAACCGATATCGATTTGACAGCCTCCCTATATCTGACCCAAGAGGGCCTGGAGCGGGTGAAGACCAACATCGCTGCCGATCCTCTGCTTAAGGGACAATATGAACAGATTGCCCGGATCTCGGATCTGTATAGCCCGGAGGACATCGAACGTGTCATGTCTCTCGTCATGAGCGGGGAAGACCGGTATCAGGAGATGAACCAACACTTTTATTTGTGGAGTTCGACAGATAAACTCATCAACTTCAAAACGCCGGCCGGAGCGGCGAAAGCAACCGTTTCGTTCGTACTGCCGGCTGAGGAGAACGAACAAGAAGGATTGGGCCATGTCTGGATCGACAATGTAGCGATTCTGTCGGCGAACGGCGAGAATCTGAACATTCCCAACGGCGGTTTCGACGAAGGAGAGGGGGAGCCCTTCGCTTGGCGCCCCCAGTCTATGAGGGGCAATCCTGTTATGGAATGGGAGAGCCGGTACCCCTTCTGCGGCGGCGGGGACCGGAAGCGGCCAGGGGTGTCCAATCCGTCTTCGCAGGTCTGCGTTTCAAGCCCGAAAGTGGGAGCTAATCGTTCGCTTTATATCTGTAACCCGACCGGACAAGACGAAGGGGCATGGGTCTGTACGCAGGATGTTGCGGTAGACGGCGAGGGGATGTACACACTGACTTTCCAGGCCAAGCTGGACGGGAAGCTTAAGCGGGGGCTGAAGGCGGTCATCACATTCAAGAATCGGACTGACCAGGTTATCGGCACCTACAGCTGTTACTTCAATCGCAAGTCTTCGTTGCCCGGGGGAGGCTTCTTGCTTCCCATGCAGTGCGACGCCATTCAATACGCGCTGACAGGGGATTTAACGTTGGCTCACAAGGTCAAGAACCAACTCCTGTACATTTTCCATGATTTTTGTCAGGGAGCGGAGCATTGGATGGTCACAAACCTGCGCCCGGAGGGCAGCGACAGCTACGGCGCCGTTCAAGGCGGGAGAGTGCTGTGCGCGGCAGCGGTAAGCTATTCCTTGATTCGCAATGCCGATGTCTTTGCCGAAGAGGAGAAAGCGCGCTTCTATGCGTTGACGGAATATATGCTGCGGTACATGCTGGACCTGCGGGACCGGACCGAATGGACCCCGTTCGAAGCTCAGGAGGGCTGCAACAACTGGCAGACGGACATGTGCGCGGGCACCGCGTATATGATGATGGCCCTGCCGGACTTCCCCAACCGGCAAACCTGGTTGAACAATGCCCATTTTATGCTGAAAGCCCAATTGGAGTTGAATGTGAACCCGGATTCGTCATGGCCTGAATCCATCCGCTACCATCACGCGGCGTTAGAACGCTTTGCCGGCTATGCCAAAGTTGCGGACAACGTATTGAGCGAGAACTGGTTCGCCGATACACCTTTGCTGCGCATGTTCGGCTTCAGCGTCGACGTGCAAACGCCTGGGTATGCGTACTTTGACGGGCGAATCGGAACGCCGCCCTTCGGCGACCATGCTTTGGGCGGCGGTGCGGAGTTCGGCATGATGGCCACGTATCTGCCTGCCGCGGTTAAGCTGGACCGAGAGCTGGCCGACAGGATGTACCATACGTGGAAGGCGGCCGGCAAACCTTTTAAGAGATTGTGGGGAGAAAGCATCGCCTTGGAGAACCTTCTGGGCGAAGGGGATGCTTATAAGCCCTCCTCTTCCCTGTCGCTTGGGTCTACAGGCGATTATCCCGATGCGGGCATTACCGTTTTTCGCAAGGGCTTCGGCAGCGGAAGGGAGAGCTACTTTGCCATCATGTCAAGCCCCAAGCGAATCGGGCATGGGCATCTGGATCAAGGGTCCTTCATGCTGTACAAGAACTCGATTCCCTTGGTGATGGATTCGGGAATCGAAGGGTACTTCGACAGCAGCACGCCATGGCATATCAGCTCCTATTCGCACGCCTGCCTGCAGTTTGCAACCCGAAGAACCGACAGGCCAACTGCCGCCGGGGGTTCTATCAATTTGTCCGCCGGAACGTACAGTCTTGAGCGGGGATGGGTGGATGTGCCGCCGACGAGCAAAGTGCTGGAACGGTCTCTCGGCAATGCTGTGGAGAGTATCACAATCGAGATAGCCAATCCGGAAGGCCCAGGCCGGCATATCCGGCATGTCATGTATATTCGGGAGTCTGATCTATATCTCATTCGGGATACATTGGAGAACTTTGACGGTCCGGTGCTATTCAGCCTTCCTGTTGCCGCCGAGCAGGCGAGCGTTGAAGGGAATCGGGTGGATTCGCGCGGGGGTTACGGGGTGGATCTGGAGACCGTATTTCTCACTCCGGTGACATCCATCCGATTGGAGCAAGGGCGATCCACACCGTTCTTCGGCAGCCGAGACAGCAGCTTTTCCATGATGAGCTATATCCGGGCGGTAGCAGAAGCAAGCCAGGGATTTCTGACCGTGCTGTATCCGAAGGAGCGCGGCGCATCGGCATTGCGTACCGAAACCGGAACCGGGACAGGGGCCTATATTCTTCATACTGATCAGCATCGGATCCTATTGGAGGCGGTTCCCGGCGCCTACGGAATGAAGTTGCTCGAAATCGAACGATTGTAA	MSRTVVYPAPAGAPGKDDFAVRVRVPDGEWQELFVYCVKVDMHEIREASMVYFDMEGEVEVEVTSLRADIHEAVIRPRSTGITYELLGNTLVFRLDNPRKLSIEVNGDRFHNLHLFANPLETDAPDPSGENVDVIEPGIHRKEHLKALAQRENRMLSAPNVIYFAPGMHWIEETLLHIPSDTTVYLAGGAVLMGSLVCTHAENVTICGRGIIYLEPFHRFSAFRAIRLQYSRNVLVEGVIAVDPPHYSIYIGQSENITIRNFKAFSTRGWSDGIDVMASSRIEIDDIFMRNSDDCIAIYGSRWQYEGNSSHIRVRNAILWADVAHALNMGGHGNHLENGDTIHDIRFENIDVLEHHEPQPGYRGALSINAGDNNVVRDIVYENIRVEDIETCQLFDIRVLWNEKYNPVPGKAIENVVFRNITYDGKKTYPSRIHGYDAERGVTGVRFIDVRINGSYLSDLDLDHFDVNEHATRISLERSGQMVREELQVLVDRAERLLEENGCYYTEGAKLALLDMLRPAKAALAGHAPLPFIRNREFFLPREEEAAQFALERYTMVPPFRDRGSVYSRYGLKAALEWFEGQDLRNGGLDALRERIALVVSKARELLSQSRLGKAPGCYSREAAVRLEEAVRKVEEAMLANLQPECGNLAALAKAAAACFDRLREFRHSRVLRTDIDLTASLYLTQEGLERVKTNIAADPLLKGQYEQIARISDLYSPEDIERVMSLVMSGEDRYQEMNQHFYLWSSTDKLINFKTPAGAAKATVSFVLPAEENEQEGLGHVWIDNVAILSANGENLNIPNGGFDEGEGEPFAWRPQSMRGNPVMEWESRYPFCGGGDRKRPGVSNPSSQVCVSSPKVGANRSLYICNPTGQDEGAWVCTQDVAVDGEGMYTLTFQAKLDGKLKRGLKAVITFKNRTDQVIGTYSCYFNRKSSLPGGGFLLPMQCDAIQYALTGDLTLAHKVKNQLLYIFHDFCQGAEHWMVTNLRPEGSDSYGAVQGGRVLCAAAVSYSLIRNADVFAEEEKARFYALTEYMLRYMLDLRDRTEWTPFEAQEGCNNWQTDMCAGTAYMMMALPDFPNRQTWLNNAHFMLKAQLELNVNPDSSWPESIRYHHAALERFAGYAKVADNVLSENWFADTPLLRMFGFSVDVQTPGYAYFDGRIGTPPFGDHALGGGAEFGMMATYLPAAVKLDRELADRMYHTWKAAGKPFKRLWGESIALENLLGEGDAYKPSSSLSLGSTGDYPDAGITVFRKGFGSGRESYFAIMSSPKRIGHGHLDQGSFMLYKNSIPLVMDSGIEGYFDSSTPWHISSYSHACLQFATRRTDRPTAAGGSINLSAGTYSLERGWVDVPPTSKVLERSLGNAVESITIEIANPEGPGRHIRHVMYIRESDLYLIRDTLENFDGPVLFSLPVAAEQASVEGNRVDSRGGYGVDLETVFLTPVTSIRLEQGRSTPFFGSRDSSFSMMSYIRAVAEASQGFLTVLYPKERGASALRTETGTGTGAYILHTDQHRILLEAVPGAYGMKLLEIERL				NA	NA	NA	NA	NA
JZ016_06850	996	yteP_70	COG4209	putative multiple-sugar transport system permease YteP	ATGAACACAACCAATGCCCCTGACACTGGCGGCATAGGAAGCCCCCATAAGAAGTTGAAAAAGTCGTCCGGGACATGGGGCGGCCATGTTAAGCAAATCGGGAGGGATTATCTAAAGAACAGATACTTGCTATTGATGCTTTTTCCCGTTTTGGTCTGGTATGGCATATTCGCTTACGGTCCCATGTACGGGGTTCAATTAGCTTTCAAAGACTTTTCCATTAAAGAAGGCATTTGGGGCAGCCCGTGGGTAGGATTGAAGCACTTTGAATATTTATTCACTGCTTCGCCGCAATTTCCGCAGATCATGAAGAACACAATCATCATCAGCTTTTATCAAATCATTTTCGGATTTCCGGCCCCGATCATTCTGGCGCTTTTGTTCAATGAAATCCGGGTTTCGTTTTTCAAGAAAGTTGCCCAAACGCTCTCTTATTTGCCGCATTTCTTGTCTTGGATCGTCCTAGGTGGAATTCTGATGACGCTTTTATCGCCATCCACCGGTGTCGTCAACCACATTTTGGGGGTGTTCGGTTTTGAACCGATCTATTTCCTCGGATCTGAAAAATATTTCCGCTTTACGCTCGTAGTATCAGCCTTATGGAAGGAAGTCGGGTGGGGGACCATTATTTACCTGGCGGCCCTATCCAGTATTGATTCGCAAATGTATGAAGCGGCCGTCATCGACGGAGCGAGCCGTTGGAAGCAAACGATCTATATTACACTTCCTGCTCTCATGCCGGTCATTGCCATATTGCTCATTTTACGGGTTGGCAATGTGCTCGATGCCGGATTCGACCAAATTTTCAACTTGTATTCCCCTGCCGTTTACGGTGTCGCCGACATACTCGACACTTATGTTTACCGAATAGGCTTGCAGGAATTCCAATTCAGCTTGACTACGGCTGTTGGTTTGTTCAAGAACGTTGTCGGGTTAATGCTGGTAATGACATCAAATTACTTTATCAAAAAGATGGGGCAGGAAGGCCTCTATTAA	MNTTNAPDTGGIGSPHKKLKKSSGTWGGHVKQIGRDYLKNRYLLLMLFPVLVWYGIFAYGPMYGVQLAFKDFSIKEGIWGSPWVGLKHFEYLFTASPQFPQIMKNTIIISFYQIIFGFPAPIILALLFNEIRVSFFKKVAQTLSYLPHFLSWIVLGGILMTLLSPSTGVVNHILGVFGFEPIYFLGSEKYFRFTLVVSALWKEVGWGTIIYLAALSSIDSQMYEAAVIDGASRWKQTIYITLPALMPVIAILLILRVGNVLDAGFDQIFNLYSPAVYGVADILDTYVYRIGLQEFQFSLTTAVGLFKNVVGLMLVMTSNYFIKKMGQEGLY	PGPT0017250_628	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319	NA	NA
JZ016_06851	864	araQ_58	COG0395	L-arabinose transport system permease protein AraQ	TTGCTTCTAACCAAAGGTGAAAAAATCTTTCAGGGGTTTCTCATTGTCGGCATCATGCTGTTATGTCTCGTCATGGTCTATCCGTTCTTGCATGTGCTATCCATTTCGCTCAGTACTCCCGCGGAAGCGCTGCGTCCGGGCATTCATCTCTATCCCAAGGAAATCTCTCTGTTTGCCTGGAAGCGCGTATTGACGACGGACAGTATATGGGGGGCGTTTGGGATTACCGTTTTCAGGACGGTAGTGGGCACCCTGCTTTCTCTGGTATTTATGTGCATGGCTGCCTACCCGCTGTCCCGTAAATATTTGCCCCATCGCGGGTTTTACACAACGTTTATTATTATCACCATGTTCTTTAGCGGCGGTCTGATTCCGACGTATTTGCTGATTAAATCGCTGGGCTTGATCAATTCGGTGTGGGTCTATATTATACCTGGACTAGTCAGCACCTTTTCCTTGATTATCCTTCGCAACTTTTTCATGACGATTCCGAATGAACTGGAGGATTCGGCGAAGATGGATGGCGCGAATGACATTCGCATTCTAGTTCAGATTGTTGTGCCGTTGTCAGCCCCCGTGCTAGCAACGCTCGCGCTTTGGGCTGCGGTAGCGCATTGGAATAATTGGTTCGATGCGATGTTGTATATGCAAGATAAAACTAAGATTACACTGCAGTTACTATTGAGAAGGCTTGTGATCGCCAATATGGCTGATCCGATGATGCCTGTGCCGACGGAGGAGGAAGATCCCGAAATGGTGAAAGCGGCAATTATCATGTTTACCGCCTTGCCCATATTGGTTGTTTACCCGTTCTTGCAACGATATTTTGTTAAAGGCGTTATGGTAGGGTCGATCAAAGGATAG	MLLTKGEKIFQGFLIVGIMLLCLVMVYPFLHVLSISLSTPAEALRPGIHLYPKEISLFAWKRVLTTDSIWGAFGITVFRTVVGTLLSLVFMCMAAYPLSRKYLPHRGFYTTFIIITMFFSGGLIPTYLLIKSLGLINSVWVYIIPGLVSTFSLIILRNFFMTIPNELEDSAKMDGANDIRILVQIVVPLSAPVLATLALWAAVAHWNNWFDAMLYMQDKTKITLQLLLRRLVIANMADPMMPVPTEEEDPEMVKAAIIMFTALPILVVYPFLQRYFVKGVMVGSIKG	PGPT0017255_2811	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320	NA	NA
JZ016_06852	1596	lipO_26	COG1653	Lipoprotein LipO	ATGAAACACAGTAAAATGAACTGGAGGATCTTAACAACCCTCCTGCTGTCTCTGGCGCTTGTTCTAAGCGCTTGCAGCGGAAGTGGGAACTCGAACAGTTCAGAGGGCGGCAACAACGTCAGTAACCATACGGGAAATGAGAAGGAGGCGCCTCAAGAGGAACCGATCGAGATTGTGTGGGCGAACAACTTTAGCGCGCCTGAAGCAGATGGTAACTATGTGCAGACTGAAATCGAAAAGAAATTCAATGTAAAGATTAAAAATATTAAGCTGGAAAGATGGGGCTGGAAGGAGCAATTTTCCGTCTACCTGGCATCCGATGAAATTCCGGATATCTTCCCGATCGACGCTAATGAAACAGACATGGCGACGTGGGCGAAGCAGGGGATCCTCGCCCGTCTTGATCGAGCCGAGATCGAAGCCAACATGCCGAATTATGCCGCAGCACTCCATGAGTACGATCCTGATGCTTGGATCGTAGGCATGATTGACGGAGAAAATTGGGGCATTCCTAAATATTGGCCGCCGGGCAATGACGGTTTCATTCCGGGTTATAATAAGACCTGGCTGGAAAACATCGGCTATAGCGAACCACCGAAGACACTCGAGGAATTTGAAGATGTGCTGACAAAATTCACGAAGAACGATCCGGACAAAAATGGCAAGAACGACACTTATGGGATGTCGGCTAGGGGCAAACTGCCCATCCAGATGTTCACTTCCGTATTCAGTGCCCATGCCGTGAGCCCATACCAGTTCAAGCTGGATGCCGAAGGCAAGGTTACCTGGGGAGCCCTGACGGAAGAGACGCGAACAGCGTTAAAACTTCTCAACAAATGGTATCAGGATGGATTGATCGATCCGGAGTTTATTACGAACGATAATAATGAAATTCAAGAGAAGTTTGTGAATCAGAAAATCGGGGTTGTAGACAATGCGGGATGGGTCAACTTCAATCCAGATTCAGGATACGTGACAAAGGCCGCGCTTGAGGTCGGAATAATCAATACGCCGGGCGTGTCGCTTGTCGGTCCGAACGGCGATGCATTCGCATTCGCATACGGAGCTCGCCAGGCGCCAGTATTGCTGGGCGCACAAGTTGAAACAGATGAACAGAAACGTAAGAAAATCTATGAAATTCTAGATTGGGTATCGACAAGTGAAGAAGGCTGGTTGTTAACCGTTAAAGGACAAGAAGGTGTGAGCTACAATTTCGACGAGAACGGATATCCTGTGATGAGTACGGATGAAAATGTTGCGGCGGAAAAATTGGGTTATAACAGCTTCTATAACCCGCTAACTCACATTGACATCAGCAAGCAGAAGTACAGCTATGATTCTGCAATGATAGAACTGAGGGACCAGATTATGCCGGGAGTTGTACCATTGCTGGATGTATTGGGTCCTACGCATATGGAAAGTAAAGCTGAATATTGGAGTAATCTGTTAACGCTGCAGGACACGTTTATCATTAAAGCGATTTACGGAGAAGCCAACACGGACGATGACTTTGATAAGTTCAAAGCGGACTGGCTGCGTTCCGGCGGACAAGCGGTGCTTGATGAAGCCAATAAAATTTATCAGGAGCGCAAGTAA	MKHSKMNWRILTTLLLSLALVLSACSGSGNSNSSEGGNNVSNHTGNEKEAPQEEPIEIVWANNFSAPEADGNYVQTEIEKKFNVKIKNIKLERWGWKEQFSVYLASDEIPDIFPIDANETDMATWAKQGILARLDRAEIEANMPNYAAALHEYDPDAWIVGMIDGENWGIPKYWPPGNDGFIPGYNKTWLENIGYSEPPKTLEEFEDVLTKFTKNDPDKNGKNDTYGMSARGKLPIQMFTSVFSAHAVSPYQFKLDAEGKVTWGALTEETRTALKLLNKWYQDGLIDPEFITNDNNEIQEKFVNQKIGVVDNAGWVNFNPDSGYVTKAALEVGIINTPGVSLVGPNGDAFAFAYGARQAPVLLGAQVETDEQKRKKIYEILDWVSTSEEGWLLTVKGQEGVSYNFDENGYPVMSTDENVAAEKLGYNSFYNPLTHIDISKQKYSYDSAMIELRDQIMPGVVPLLDVLGPTHMESKAEYWSNLLTLQDTFIIKAIYGEANTDDDFDKFKADWLRSGGQAVLDEANKIYQERK	PGPT0017245_2290	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_06853	2289	rhaR_66		HTH-type transcriptional activator RhaR	ATGCAAGTCGGTTTTTCTTTCACAGCTCGAGCTCGAATGTTGTTGTGTAGAGGGAATGCACTCGGGGGGAATATTTTGTTGAAAAAAGTGCTGCCTTTCTATAGAGATACCTTATTCAACCGTCTCATCTTGTCGTATACGGCATTGGCTGTCGTCCTGCTTGGTCTGGCAGGAGGTTACATGTATACCCAGGCCAATCAAATGATGGTGAGGGAAATCGCAAGTGACAGTCAAAGCCGGCTCATCAGTGTGAAGGATTATATGGAAGGTTCGTTGCTCGAGAAATATGAAGCCGATCATTTGAATAAAGTACTGTCGACCATCTTTGCGCGAAACCATTCGAACTTGAATTATTTATTGAAGGACAGTTGGGAAGAAAATCTCGGCCGTATTATTATTTTTCAAAAAGATCTTGTGATGTATAAACAAGTCCTTGATGGCGTATATAATTTGACGGTTTATTTTCGCACGGGCGACTACATCGTAGACAGCAATTCTTTCTATATGAAACCGGATCATTCCAGCGATGTCGACTTTATAAACGGCCTGCAAAATACCGTTTATAACCGCTGGATGCACCGGACGTTATCCAATGACAAGCAGGTGATGACGTATGTGGTCAAGCTCCCGTATGAGACATCGCCAGAACCGCAAGGCTATCTCTTCGTCGATGTCGATCTGGACTATCTGAATCAGAATACGACAGAAATTTATGGTTCCACCGATGATCGGTTCTATATTTTCGATGCAACTGGGAACCTGCTCTTGCAGACTGCCGAGGCCGGTTCGGAGGAAATGCGGCTGCTCCAGCATACCATTGCTTCCGGGGAATCCGTCAAAGAAATCAGTGACGATGAACACGGTACCGTTGTAGTGTCCTATCTCGACAGCTCGAATTCGAAGAACAGTTGGACCTATGTGATGATTCGTCCTGTGAGCTCGTTCGTACTCGCTTCCAAACAATTAAAGACAAATATATTTGTAGGCTGCAGCCTTGTGCTTTTGTTCGGACTGGTGGTCTCCTACATGATCTCCAAGCGTTTCTATATCCCGATGAAAAGGCTGATCCAACATATTCGTAATCTGTATCATCCGGCCATGTCCCAGAATCAGGCGAACGAATACACCATCATCGGCAACACGCTTCATTATATGGGCCGGAAAATCGAGGTTCTGGAAACGCAAGCTCAGAAGAACGAAATGATTAATCTGGTTTTGGGGGCTAGTCTCGGTCTGGAGCATTTGGATACCCTGCCAAGAGGGTGTCGCTATCAATTAATGCATATCCGCTTTATCAAAGGCGACAGTGAGACTTTCAAGGAACAATTCGCGGCACTCGACCATCAGGTGAGCTACGAACTGGTTTGCTTAACCGCGCAGGAAGCGGCCGTCATCTTCATTACACATGCAAGTGAAGGGACGGACGAAGAGGCCAATCTTGCGGAGCTGGAAAGAGCGAAACAGGTATTGGGCGACGCGTTTCGTTATGGTGCGGGTATGGGCGTGCCGGTGCAATCCCCCGAAGAGATTCCGATCTCCTATCGCTCGGCTCAGCAGGCTTATCGCTATTGCTTCATATTCGGACGGGAAGCGATGATCGCCCAATCGACGATTTCGGCTCTAAAGCCTAAATCCCATTTGCTTTCTCTTGATATTTTTCAAAATGCGCTTAAAGCCGGAGAAGTTGGAGAGGTGAATCGATTCATCGACGAGTTTATGTCGGTTCTGAAGGAACGGAACCTGCAGCTTGAATCTGTTGAATTAGCGCTGCTCCAATTCGTTTCCGCTTTGTATGAAACGGTGATTGAGTTAAAGATGCAGGAGCTCGTTTCCCCCTCGAATCTGTTCGATGAACTGAGGAAAGAGACGTTGGAGGAAACGGTCAGCTCGATTCGCAACCTGGCCGAACGGATCGCGATTCACATGCGGGATTCGGGCAATCGTGGGCGGACGGAAGTCGTTTATAAGCTGAAAACGTATATCAATGAGCATCTGCAAGACGATTTGTCGCTTAATGTGCTGTCCGAAGTGGCATCGCTTGGTCCTGCATATGTATCCACTTTATTCGGTGAAGTCATGAACGAATCGTTCACCGAATATGTGACCCGTACAAGACTGGAGAAAGCGGCCGATTTGCTGAGAGCGGACGACAAGCTGTCCGTCAAAGAAATTGCGGCACTTGTTGGTTACCGCAACCATCAATACTTTCATGTTAAGTTCAAAGAGCGTTTCGGCGTTACGCCGGTTCAGTATAGACAAACGAAACTGAAGTCCGGCTTAGCTGAATAG	MQVGFSFTARARMLLCRGNALGGNILLKKVLPFYRDTLFNRLILSYTALAVVLLGLAGGYMYTQANQMMVREIASDSQSRLISVKDYMEGSLLEKYEADHLNKVLSTIFARNHSNLNYLLKDSWEENLGRIIIFQKDLVMYKQVLDGVYNLTVYFRTGDYIVDSNSFYMKPDHSSDVDFINGLQNTVYNRWMHRTLSNDKQVMTYVVKLPYETSPEPQGYLFVDVDLDYLNQNTTEIYGSTDDRFYIFDATGNLLLQTAEAGSEEMRLLQHTIASGESVKEISDDEHGTVVVSYLDSSNSKNSWTYVMIRPVSSFVLASKQLKTNIFVGCSLVLLFGLVVSYMISKRFYIPMKRLIQHIRNLYHPAMSQNQANEYTIIGNTLHYMGRKIEVLETQAQKNEMINLVLGASLGLEHLDTLPRGCRYQLMHIRFIKGDSETFKEQFAALDHQVSYELVCLTAQEAAVIFITHASEGTDEEANLAELERAKQVLGDAFRYGAGMGVPVQSPEEIPISYRSAQQAYRYCFIFGREAMIAQSTISALKPKSHLLSLDIFQNALKAGEVGEVNRFIDEFMSVLKERNLQLESVELALLQFVSALYETVIELKMQELVSPSNLFDELRKETLEETVSSIRNLAERIAIHMRDSGNRGRTEVVYKLKTYINEHLQDDLSLNVLSEVASLGPAYVSTLFGEVMNESFTEYVTRTRLEKAADLLRADDKLSVKEIAALVGYRNHQYFHVKFKERFGVTPVQYRQTKLKSGLAE				NA	NA	NA	NA	NA
JZ016_06854	1605	lipO_27	COG1653	Lipoprotein LipO	ATGAAACACAGCAAGAAGAGTTGGTTGGGATTCTTGAGCATTATCCTGATGGTTGCGTTTACCGCAGCCGGATGCAGCCATGCAAGCGGAGCGGCAACGAAACCGCCGACTTCCACTGACAAGCAGGAAGACAGCCACAATTCGGAGAAAACGGAAGCGCCGATCGTGATCACCTGGGCGAACGGCATTAACCCTCCCGAGAATGACAACAACGATGTGCAACAACAAATCGAAAAAAAGTTCAACGTCAAAATCAAAAATATCAGACTGGAGCGTTCCACTTGGAAAGAAAAGTTCAACGTTCTGCTAGCTTCCGGCCAAATTCCTGACATTTTTCCGGTTGACGGGGACATGACGGATATGGCTACCTGGGCAGATCAAGGTCTTATTGCCTCCATCTCCAGGGAAGAAATTGAAAAACTCATGCCGAATTATGCTAAACATCTGAATGCCGAAGACCCTGAAGCATGGGAAGTCGGCCTCTACAACGGAAAGTACTGGGGGATTCCCAAAGAATGGCCGCTAGGCAATGACGGGCTTCTTCCCGGATACAATGAAAACTGGCTGAAGGCGATCGGTTACAGTGAGCCTCCTAGAACACTCGACCAGCTGCATGATGTGCTTACCAAATTCGTCAATGACGATCCTGACGGTAACGGCAGGAAAGATACATACGGCATGACGGCCCGCGGCAAACTGCCGGTTCAGATGTTCACCTCCATATTCTCGGCTTACGGCGTGTCGCCCTATTTATTTATAAACAATGATGACGGCAGCGGGATTGTGTACGGCGGGATAACGGAGCAAACAAGGTCCGCTCTCAAGACGCTAAATCAGTGGTACAAGGAGGGATTGATCGATCCAGAATTCATTACAGCGGATAATCTGCAGATTAACGAAAAGTTCGTGAACCGGAAGATCGGCTACGTGGATAACATGGGATGGAGCGGCTACTACAAGGAATCTGGGTATATTACAAGACCCGCGCTGGAAAAAGGGATTCAGGTCGTTGCCGGAACGCCGCTTATCGGACCGGCGGGCAAACCGTACGCATTCTCTTACGGTTCTCGTCAAGCCCCACTTATGCTGGGCGTCCATCTGGAGGAGGACGGCAAAAAACGGCAGAAGATACAGCAAATTCTCGAGTGGGTGTCGACCGACCCGGAAGGGTGGCTGCTGACCACACAGGGGGTAGAGGGCGTTAACTACGATATGGTAGACGGAAAAGCCGTCGCACGGACGGGTACGGAAGCGGAAACGAACAAAACAGGTGCGGGCAGCTTCTACAATCCGCTCGCCTGGGTAAATCAGGAGTTTACCGCCAAATACAGCACCAAGCAAGATGCGTTGGAATTAGAGGAGAAGATCAACCGAGGGTATATCCCGTTGAGAGACGTTTTGCAAGCAGCCGTTCTGGAATCCAAAACGCAATATTGGCCGCATCTTCAGAGCATGCAGGACACTTATCTGATCAAAGCGATCATCGGCGAAGAGAATACGGATTCCGATTTTGACACATTCAAGGCGCAATGGCTGAAATCAGGCGGCCAAGCTCTAACGGACGAAGTCAATCAGGTATACAAGGAGCGCAGCGCTCAAAATTAG	MKHSKKSWLGFLSIILMVAFTAAGCSHASGAATKPPTSTDKQEDSHNSEKTEAPIVITWANGINPPENDNNDVQQQIEKKFNVKIKNIRLERSTWKEKFNVLLASGQIPDIFPVDGDMTDMATWADQGLIASISREEIEKLMPNYAKHLNAEDPEAWEVGLYNGKYWGIPKEWPLGNDGLLPGYNENWLKAIGYSEPPRTLDQLHDVLTKFVNDDPDGNGRKDTYGMTARGKLPVQMFTSIFSAYGVSPYLFINNDDGSGIVYGGITEQTRSALKTLNQWYKEGLIDPEFITADNLQINEKFVNRKIGYVDNMGWSGYYKESGYITRPALEKGIQVVAGTPLIGPAGKPYAFSYGSRQAPLMLGVHLEEDGKKRQKIQQILEWVSTDPEGWLLTTQGVEGVNYDMVDGKAVARTGTEAETNKTGAGSFYNPLAWVNQEFTAKYSTKQDALELEEKINRGYIPLRDVLQAAVLESKTQYWPHLQSMQDTYLIKAIIGEENTDSDFDTFKAQWLKSGGQALTDEVNQVYKERSAQN	PGPT0017245_2290	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318	NA	NA
JZ016_06855	1425			hypothetical protein	ATGACATATGAGTCGAATCGATTAATCACCTACGTCGCCCCCGCGGGAGCGGTAGGAAACTCGGATTTTACGGTGCGCGTCCGGCAGGGACAAGGGGAATGGCGGCAGCTGTTCAGCTATAACGTTAAGGTGGATATGCATGATGTGCGGAACGCCTCTATGGTCTATTTCGATTGCGACGGGGAGGTTGAAGTCGAAGTGATCAAGAATGAAGGAGAAATTCGCGACGCGGCGATCCGACCCGTTGCATGGGGGATTGACAGCGTTATTAACGAAAACCGGGTTACATTTACGATGGACGGACCTCGCAAATTATCGCTTGAAGTGAATGGGGAACGCTTTCACAATCTGCATATTTTCGCTAATCCGGTCGAAGATGGTTCGCCGATGCAGGACGATCCTGGCGTCCTGGTCATTGCTCCGGGCAAACATCAGACCGAAGACCTTCAACGTCTGATCACGCCGGAAGTATCGGTCATCTACTTCGATGCCGGCATACATGTTCTGGACCAGCCGCAATTCCGCTTGCCTTCCGGAATGACGGTCTACGTCGCCGGAGGAGCGGTCGTCTATGGGGCGTTCATCTGCGATCATGTAAGGGATGTGACGATCAGAGGCCGCGGGATCGTCTATATGTCCGACTTCGAGAAGACGACATATTACCGTGCTGTTGAAATCACATTCTCCGAGCATGTAACCGTTGAAGGAATCATTGTCATCGATCCGCCTCATTATACCGTTCTGATCGGGAGTTCCAGGCATATCGCGATCCGCAACATTAAATCGTTCAGTACCCGCGGGTGGTCGGACGGCATCGATATGATGGCAAGTGCTCATGTGGACATTGACGATGTGTTTCTGCGGACGTCCGACGATTGCATCGCAATCTATGGCAGCCGCTGGAACTATCAAGGGGACACAAGGGATATCATCATCCGTAATTCCGTCTTATGGGCGGACGTAGCCCATCCGATGAATGTCGGCGGACACGGCAATCACGAAAAAGGGGACATCGTCGAAAACATCCTCTTCGAAAATATCGATGTGCTGGAGCATCATGAGCCGCAGCCTTACTACTGGGGCTGTATGTCGATTAATTGTGGCGACAACAATACCGTTCGGAATGTGACCTATCGGAATATCCGGATCGAACCGTTCGAGCTCGGGCAACTGATCGACATCCGCGTGCTCTTTAATCCCAAATATAATCCATGTCCCGGCTTCCGGATAGAAAATATTTATTTCGACGAGATCACTTTCAACGGAACTTGCGATAACCCGTCCTGTATTGCAGGCTTCGATGAGTCCAGATACGTAAAGGGGGTGAAGTTCCGAAATTTGCGAATCAATCATCGGCATATCCTGAGTCCGGCTTCCGGAAATATTCGGATTGGCGAGTTCGCACATGACATCAAGTTTACGTAA	MTYESNRLITYVAPAGAVGNSDFTVRVRQGQGEWRQLFSYNVKVDMHDVRNASMVYFDCDGEVEVEVIKNEGEIRDAAIRPVAWGIDSVINENRVTFTMDGPRKLSLEVNGERFHNLHIFANPVEDGSPMQDDPGVLVIAPGKHQTEDLQRLITPEVSVIYFDAGIHVLDQPQFRLPSGMTVYVAGGAVVYGAFICDHVRDVTIRGRGIVYMSDFEKTTYYRAVEITFSEHVTVEGIIVIDPPHYTVLIGSSRHIAIRNIKSFSTRGWSDGIDMMASAHVDIDDVFLRTSDDCIAIYGSRWNYQGDTRDIIIRNSVLWADVAHPMNVGGHGNHEKGDIVENILFENIDVLEHHEPQPYYWGCMSINCGDNNTVRNVTYRNIRIEPFELGQLIDIRVLFNPKYNPCPGFRIENIYFDEITFNGTCDNPSCIAGFDESRYVKGVKFRNLRINHRHILSPASGNIRIGEFAHDIKFT	PGPT0019417_2	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS	PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA	NA	NA
JZ016_06856	4758			hypothetical protein	GTGAAGGGCAACAGAAGATCAGGTGAAGTGTTGAAAAAGTGTCTAACGTTACTCATTTTCGTCAGCATGACCGCCATGTTCCTGCCCTTGACAGCAGGAACTGCGGCGGCGGAAACACCCCCGAATTCACTCATAACAGAATATTTGCCTACAATTCACGAGGTCATTGATGAAAGCGGATTCAAACATCCGGGTATCGGACTGACCAAGGAAATACTCGTGAATTTGCAAACGCAGGTCCGGGCGCAAAAAGAACCTTGGAAAACCTATTTCGACCAGTTGGTCGCGTCGACTGATCCATGGGGAACTCCGCTTGCGACCCGGACGATAACATCCAGATATTCAGACGGCTGTTTTTGCAACCAGGGCTTTAATGAAAAATTCGTATGGGACGGTCTAACCGCTTATACACAGGCTCTTATGTATGTAATTACGGGCGATGAGGTCTATCGGGCCAACACGATGCACATTATCCGCAACTGGGAGCAGATGGACCCAGCGAATTATGCGTACTTCGTCGATTCGCATATTCATACGGGTATTCCTCTCTACCGTATGGTTTCCGCCGCAGAGATTATGAGGTATACCAGCACGCAGACGCCGGAACTGGAATGGACAGACCAAGATACGGCCAATTTCACGAATAATGTGATCGTTCCGGTCACCGATACCTTTAATCATACGAACAGCCGTTTTATGAACCAGCATCTGTATCCGCTGATCGGATCCATATCCGGATATATCTTCACCGGCAATATCGAGCGATATCGTGAGGCAGTCGAGTGGTTTACGGTGAACAAGACGGCTGAGGATCAGCACATAAACGGTTCCATCCAAAGATTGTTTCGTTTGGTCGATACGAATGCAGTGACGGGAGAGAAGGTGGAGGTTCCGCAGGTGCAGATTGTGGAGATGGGCAGAGACCAGGCCCACAGCACCGGGGACGTCATCAATGTCTCCATTATATCGCGTCTGTTGCAGGCCCAGGGAACCAAGGTAGACCCGGTAGACGGCACGGTTTCTACAGCGGAGGATGCCGTTACCACATATGATTTTCTGGACAAACGTATTCTGGCAGGCGCCGACTATTTTGCCCGGTATATGAACGGCTATGATACGCCTTGGATCCCGACAGAGGCGCGTATGCGGGAGGATGGCAATCCGGTCATTTACCAAGTATTGAGTACCGAATATCATGGTAGAATTGGCGGCAATGCCTATGATCTCTACTATTACTACAAATATGAGCAAGGCCTGGACATGGAGCAAGTTGCTCCGTACTTCACCGAGATGTTTAAGAAGAGGACGAATTACCATTGGGCATCCCGCGATTCCGGAGGGGAATATTGGCTGTATATCCCCAAGGAAGCTGAGGTTGAGGGAGCAACAACTCTCCCGAAGGTTGACCCGAACCCGAATTGGAAGGAGATCGAGGATCGGTTCACCAGCTTGGATGGCAACTCGACTGTCATGCAAGAGGACGATGTTTCCTTCGTCCGCATCATGGCCACGGAATCCGGCAGCAAAATTGCTTTGGTTCAATCCGACAGCGATACGAGATCGATCGGATACAAGATTCGAACCAATGGAGAGGCGAAGCTGGAAGCCTTCGGCGAAGCAATCACGTTGCCGGATACGGAGGGGCAATGGAGATATATCTACTATAATCTCCCGAAAGACCAGGGGCTCCGGACTATGAATTATTTCACGATAATAGGCAACGGAACGACGGTCGACATCGACCATCTCAACGTTAATGCAGCCAATGAGCTGACGCCGCCGATGTTTCAAGCGGGAGATACCGCTCTGAATTTATTTGGCTATGAAGGGGCAGAGGCGACGCTTCACTATGATTTCTCGGCAACGGATGCGGATCCGTCCGAGGTTGTGACCTATCGGATTGCGGATGCCCCTGAAGGCGCTGTGTTTGATACCGGCACCGGTGCATTTGATTGGAAGCCTGCACAAGCCGGAACTTATGCTTTCGTCGTGGAAGCCTCCGATGGCACAACGATATCTGTCAAGGATGTTACAGTGACTGTCTCTGAGGATCGTCAGTCTGTCGTGAATGTGATCATTGCACCTTATGACGACGATACGGATTATATTTGGGCAACGTTCGATACGTATAAACAAGTATACGAGGATACGATGAGCGTCATAGACACGGCAACGGACGCCGACTTCTATGAGAAGGTGGCGACCCTGCGTGATGCGGTGCAAGGACTCCAGTTAACAACGCCGTTGCATACCGACGGCAGCATCAATTATATGAATATGTTCTTGTCTTCCGGCTTTAATCCGACGGTTTTTTTGGATGGTGTCCCGAGTACGTTTGGGAATACAACGATTAATATGGGCATTCATATGGACATGGGGCCTGATTTCCGGGTTTCGGCCAGTAGCTTCGGGATTCAGGCACGGGCAGGCTTTCCTGAACGCGGCGGCGGCATGACGATGTACGGGTCCAATGACAATGAAAACTGGACGCGATTGACGCCGGGGGAGACCGTCGTGACACCAGCTATGCAAACATTGACGGTGTCGCCAGAGCTCCAGAATGCGCAATTCCGTTTTCTGAAAATCCAAATGATTCAACAACCGTACGATGCTCCCTTTCCAGAATTGTCCGAGTTTCGGATTTTCGGTAAGCGACACGAGGTCATCAACAAGATCTCATCGGTCTCCATCGGTTCGGATCAGGCTTTTGGTGGGCGGATTGTCAGGGGAGACACGGTGAAATTGTCTTTCCAATCGACGGAAGCTATTCAGAATGTGAAGGTTACACTTCAAGGGATAGATGCGAACGTCCATTCGGCGGATGGCCTGAATTGGACGGCCGAGGCGGTCATGGGACCGGATGCGGAGCCCGGCACGGTGTTGTTTAAACTCAACTATCGAACGACGGAAGGCATCGATGCCCCGGAAACCTTGTTTGTAACCGACGGCTCACGCTTGATACTGGTGGATGAATCGGACGTGATCAACGATGTGACGTCCATTGCTGAAGTGAGCGATTCCTACGGCAGATCGCCGGCTGACGCGATGGCAATGGCGAATCATTTGTTCGATGGAAATCCGAATACGGCGACCGATTACCGCTTGAACGGAAGCGGTGCCGGAGCATGGGTACAATTTGACTTCGGTGAAGGCGGATCTGTGCAATTGTCCTATGTGGAGCTGCTGGCAAGGCAAGACGGGTACTATGGCAGAATTAACGGCACGGTTATTCAGGGCTCCAACGACAATGCGACATGGACGACCCTATCCACGGGAGCGATCCCTACGCGGGATTGGCAGATCTTGTCGGTTAGCGACAATACGCCTTACCGGTATATTCGCATTATCAATGGGAACGCCTGGTTCGGAAACATGTCCGAAGTGAGATTCCACGGAACGTCCAAAGTGTTGAAGAAGCTCAGTTCGGTGACCATCAGCTCGGATCAAGGCATAGTCAACCGAATTAAAACCGGGGATACGGTGAAACTGGCCTTCACTGCGATGGAACCGATCCAGATGGTCGACGTGAAGATTCAAGGCCAAGTTGCGACGGTCTCGTCGGATGACAATATCAACTGGACGGCGGAAGCGGTCATGGGTGTCCATGCAACGCCGGGACCCGTAGATTTCAGCATCCATTACCAAACGTCCGAAGGATTGGATACGCCGGCAAAAACATCAACTACAGATGGATCTTCCTTAACCTTGGCCGATGAATCGGAATTGATAGGCGGCGTGACATCCATTGCGGATGTGACGGATTCCTATGGCAGATCGCCGGCTGATGCGATTGCAATGGCAAATCATTTGTTCGATGGAAATCCGAATACGGCGACTGATTACCGTCTGAACGGAAGCGGTGCCGGAGCATGGGTTCAATTTGACTTTCGAGAAGCTAAAGTGAAATTAAAGGTTGTGGAACTGCTGGCAAGGCAAGATGGATACTACACCAGGATCAAAGGCACAGTCATTCAGGGCTCCAATGACCATTCGAACTGGACGACGATCTCACCGTTAGCGGCATCTACGAAGGACTGGCAGAGCTTAATCATTAATGACGATACCGCCTATCGGTATATCCGCATTATGAATGGGAACGCCTGGTTCGGAAACATGTCCGAAGTAAGATTCCACGGCGATCTGGATTATGATGCAGACGAAACGCCGCTTGCCGACGGAGTTCCGGGGAAACCGGTTCTATCCGACGATAACGGACATGACGCAGGCCTGAAGGACGGCAGCTATACCGTCACGATGAACCTGTGGTGGGGGAATAACGGCACCGAATTCAGGCTGTACGAGAACGGCAATCTTATTCGTACGCAGATGCTGACGGACAACTCGCCTCAAGAGCAAACCGTGAAGACGGATGTTGAGGGCAAGCCGAACGGTTCGTACACGTACACATGCGAACTGATGAACGTATTTGGCGCAACGGCTTGCGACCCTCTTGTTGTCAACGTCACCGACGCGGCTCCAGGCAAACCGGTATTGTCCCATAACAACTGGGACGGAGACGGGAATTACGATGTTGCCATGAACATGTGGTGGGGAACGAACGGCACCGAATACTGCCTGTACGAGAACGGTGAGTTGATCGATACGCAGACGCTGAGCGAAGCTACGCCGAACGCCCAGAAAGCGGTAACGAATATTTTCGGCAGGGAGCCGGGCGTATACGAGTATCGAGCCGAACTGGTCAATGCCGCAGGGGAGACGTCCAGCGAGACGATTACGATTATCCTCAAGCAGCAATAA	MKGNRRSGEVLKKCLTLLIFVSMTAMFLPLTAGTAAAETPPNSLITEYLPTIHEVIDESGFKHPGIGLTKEILVNLQTQVRAQKEPWKTYFDQLVASTDPWGTPLATRTITSRYSDGCFCNQGFNEKFVWDGLTAYTQALMYVITGDEVYRANTMHIIRNWEQMDPANYAYFVDSHIHTGIPLYRMVSAAEIMRYTSTQTPELEWTDQDTANFTNNVIVPVTDTFNHTNSRFMNQHLYPLIGSISGYIFTGNIERYREAVEWFTVNKTAEDQHINGSIQRLFRLVDTNAVTGEKVEVPQVQIVEMGRDQAHSTGDVINVSIISRLLQAQGTKVDPVDGTVSTAEDAVTTYDFLDKRILAGADYFARYMNGYDTPWIPTEARMREDGNPVIYQVLSTEYHGRIGGNAYDLYYYYKYEQGLDMEQVAPYFTEMFKKRTNYHWASRDSGGEYWLYIPKEAEVEGATTLPKVDPNPNWKEIEDRFTSLDGNSTVMQEDDVSFVRIMATESGSKIALVQSDSDTRSIGYKIRTNGEAKLEAFGEAITLPDTEGQWRYIYYNLPKDQGLRTMNYFTIIGNGTTVDIDHLNVNAANELTPPMFQAGDTALNLFGYEGAEATLHYDFSATDADPSEVVTYRIADAPEGAVFDTGTGAFDWKPAQAGTYAFVVEASDGTTISVKDVTVTVSEDRQSVVNVIIAPYDDDTDYIWATFDTYKQVYEDTMSVIDTATDADFYEKVATLRDAVQGLQLTTPLHTDGSINYMNMFLSSGFNPTVFLDGVPSTFGNTTINMGIHMDMGPDFRVSASSFGIQARAGFPERGGGMTMYGSNDNENWTRLTPGETVVTPAMQTLTVSPELQNAQFRFLKIQMIQQPYDAPFPELSEFRIFGKRHEVINKISSVSIGSDQAFGGRIVRGDTVKLSFQSTEAIQNVKVTLQGIDANVHSADGLNWTAEAVMGPDAEPGTVLFKLNYRTTEGIDAPETLFVTDGSRLILVDESDVINDVTSIAEVSDSYGRSPADAMAMANHLFDGNPNTATDYRLNGSGAGAWVQFDFGEGGSVQLSYVELLARQDGYYGRINGTVIQGSNDNATWTTLSTGAIPTRDWQILSVSDNTPYRYIRIINGNAWFGNMSEVRFHGTSKVLKKLSSVTISSDQGIVNRIKTGDTVKLAFTAMEPIQMVDVKIQGQVATVSSDDNINWTAEAVMGVHATPGPVDFSIHYQTSEGLDTPAKTSTTDGSSLTLADESELIGGVTSIADVTDSYGRSPADAIAMANHLFDGNPNTATDYRLNGSGAGAWVQFDFREAKVKLKVVELLARQDGYYTRIKGTVIQGSNDHSNWTTISPLAASTKDWQSLIINDDTAYRYIRIMNGNAWFGNMSEVRFHGDLDYDADETPLADGVPGKPVLSDDNGHDAGLKDGSYTVTMNLWWGNNGTEFRLYENGNLIRTQMLTDNSPQEQTVKTDVEGKPNGSYTYTCELMNVFGATACDPLVVNVTDAAPGKPVLSHNNWDGDGNYDVAMNMWWGTNGTEYCLYENGELIDTQTLSEATPNAQKAVTNIFGREPGVYEYRAELVNAAGETSSETITIILKQQ				NA	NA	NA	NA	NA
JZ016_06857	2136			hypothetical protein	ATGGTATTTTTAAAATTGAGAAGTCGTTTTCCCAAGGTTCTCTCAAAAATGCTGTGCTTTGCATTGGTCTTGGCTAGCTTTGCCGCGCTTGTAAGCAACGAGACAGCGGAAGCGGCAGTTTCACCGCTGATTACTTCTTACAAGCCACAGGTGCAAAATGTGGATACAAATGTTTCCTATACCCATTCATCGGGGAATACGGTCTCGGGCGTCATTCATCATCCGGGCATTGCAGTGAGACAGATGGACTTAGACAACATGCGCGATCACGTAAGAGCGGGGGATGAGCCTTGGAATGCGGCGTTTCAAGCTTTTGCCGCCGACTCGCAATCCAGTAAATCGCCAAGAATCTATTATGAAGATAATTATATGTTCAAGCACTTTCAAGGACCTTGGGGGTTTACAAACCCTGAGACGGGAGTTTATTACAATAATCCCGCCGAATATGTAGGAATGCGGGCCAATACCGACTCTGAGACCGCTTTTATGCAGGCGATTATGTGGTATATTACCGGCGATGAAACGTATCGCGCCAATGCCATGAAAATCATCAGAAGTTATTCTTCCGCAGAGGATTGCGTTACCCATACGAACTTCCGTTTTGCAACAATGAGTTATCTTCTCTCGGCAGCAGCCGAAATCTTGCGTTATTCCGATACGCCTACGGCAAGTCTGAAATGGACGAATGCGGATACGGCGAATCTTACTCACCTCATGGACATCGTTTCCGTTACTTATAACGCGCATACCTTCTTTATGAATCAGCACCAGTTTACGGTGATGGGAACAATGGGTAGAGCGATCTTCACCAATGATCTTCAGCTTTACGATGAGGCGGTAGAAGCCGCGACAGTAAATGCCGCAGGCGATCAAGGGGGGAGAAACGGTTCCATTAAGCATCAGATGCGGTGGATGACGGCAAATGAGCGAACGGGAGCGCCGTTAGCCCCGGCGGACTACCATGTGCAGGCCATCGAAATGGGGCGCGATGCAGGACATTCTTACGCGAATATCGCCGGATTGTCAACATTGGCGCAGACCATCTACGCCCAAGGCACCAAGGTTGACCCGGTCACCGGAGCGAGGTCTACAGCCTCCAATGCGGTCAATGTGTTCAACTTCCTGGACGACCGGCTGCTTGCAGGAACCACTTATCTGCTTAAATATCACTTGGGTTATGATGTATTATGGACTCCCGCTCGGGCAAACCAAAGCAGTTCGATTGTATATTTTGATACGATTAACCCGGACGGAAGAGGCAGAATCGATCCTTTCCACAGTGTTTTGTATAATTATTACAAATATATTGAAAATCGGGATATGACCGGGGAGAAGTACAAATATTTGGCTTATGCCTATGAAACGAGAATGCCGGAGGTGGCGTTTAAGGATTACCCGCTTTTCACGTTGCTGTACACGCCCGATGCGGCCAAGACGGTCGGCCTGGGCAACAAGATCACGTTAGGATCGATAACAGGATTGACGGCAACGGCGGCGGGTGCGAATACGATCTACTTAAGCTGGACAGGTGTGCCGAAGGCGTTGGGGTATAATATCTACCGGTCCACAGATTCGAATGGGAATTTTGTTAAAATCAGCAGCGCCCCCACTGCAGCGACATTATATCGTGATACCAACTTAACCCCTGATACGACCTACTATTATCAGGTAGAAGTAGCCGGAGGATCGAAATCCTCCGCCGTAGCTGCAACTACTGGAGGAGCTTCGGGGACGGCTTCGATCAGATTCAAGAACGCCGCCACCGGCTTGTATATCGATGGGATGGGCCGCACGGAGAGCGGCTCCGCTGCCGCGCAATGGAGCTCCAGCACCAGCAATAATCAGCGGTGGATTGAGGAAATTAGCGGGAGCTATGTGCGATTTAAGAATGTCGCAACCGGACTATACCTGGATGGGATGGGCCGTACGGCGAACGGCTCCGCTGCCGGACAATGGAGCGGCAGCAACAGCAATAGACAGCAATGGGCGGTTTCGATCGACGGCAACACCGTACGGCTGCAAAATCGCGAAACGGCGTTATATTTGGACGGGATTGGCCGCACAACCAACGGCGATGATCTGGGCCAATGGAGTGGAGGCGGCAGCGCCAACCAAAGATGGCAGATTGTAAACTAA	MVFLKLRSRFPKVLSKMLCFALVLASFAALVSNETAEAAVSPLITSYKPQVQNVDTNVSYTHSSGNTVSGVIHHPGIAVRQMDLDNMRDHVRAGDEPWNAAFQAFAADSQSSKSPRIYYEDNYMFKHFQGPWGFTNPETGVYYNNPAEYVGMRANTDSETAFMQAIMWYITGDETYRANAMKIIRSYSSAEDCVTHTNFRFATMSYLLSAAAEILRYSDTPTASLKWTNADTANLTHLMDIVSVTYNAHTFFMNQHQFTVMGTMGRAIFTNDLQLYDEAVEAATVNAAGDQGGRNGSIKHQMRWMTANERTGAPLAPADYHVQAIEMGRDAGHSYANIAGLSTLAQTIYAQGTKVDPVTGARSTASNAVNVFNFLDDRLLAGTTYLLKYHLGYDVLWTPARANQSSSIVYFDTINPDGRGRIDPFHSVLYNYYKYIENRDMTGEKYKYLAYAYETRMPEVAFKDYPLFTLLYTPDAAKTVGLGNKITLGSITGLTATAAGANTIYLSWTGVPKALGYNIYRSTDSNGNFVKISSAPTAATLYRDTNLTPDTTYYYQVEVAGGSKSSAVAATTGGASGTASIRFKNAATGLYIDGMGRTESGSAAAQWSSSTSNNQRWIEEISGSYVRFKNVATGLYLDGMGRTANGSAAGQWSGSNSNRQQWAVSIDGNTVRLQNRETALYLDGIGRTTNGDDLGQWSGGGSANQRWQIVN				NA	NA	NA	NA	NA
JZ016_06858	1512	abfA_2		Intracellular exo-alpha-(1->5)-L-arabinofuranosidase	ATGACAATCCGCTCCAACATGCTTATCGACAAGCATTATGCAGTTTCCGCTGTGGACCCCCGGATATACGGCTCTTTTATCGAACATTTGGGACGAGCCGTTTACGGCGGGATTTACGAACCTGGACATCCGACCGCCGAAGCCGACGGATTTCGGAGAGATGCGCTTGAAGCGATTAAGGCGCTCAAGGTCCCGATTGTCCGATACCCTGGCGGTAATTTCGTATCCGGATACAACTGGGAAGACGGTGTTGGTCCAAAGTCGGAGCGAAAGCGTAAGCTGGAGCTTGCCTGGTGGACAACAGAGACGAATGAGGTAGGAACGAACGATTTTGCGGAATGGGCCAAACTTGCCGGAACGGAAGTAATGATGGCCGTCAATCTCGGGACAAGGGGGGTGGATGATGCAAGAAATTTCGTAGAATACTGCAACCATCCTTCCGGTTCCTACTGGAGCGACCTGCGTATCTCCCATGGCTACCGCAAGCCCCACCGCTTCAAAACGTGGTGTCTCGGAAACGAAATGGACGGACCTTGGCAAATCGGAGCCAAGACGGCGGTAGAGTACGGACGGCTTGCTAACGAAGCGGCCAAAGTCATGCGCTGGGTAGACCCTTCCATCGAACTGGTCGCTTGCGGGAGTTCATCCCGGGGAATATCAACCTTTGCAGAGTGGGAAGCGACGGTCTTGGACCTCGCCTACGAGCAAGTTGATTACCTGTCGCTGCACGCTTATTACAACAATAACGAGGGAGATACGGGCAACTTCCTTGCAAGCTCGCTGGATCTTGACCAATTCATCGCCAGCGTGACTTCGATCTGCGACTATGTTCAAGCTAAAAAACGAAGCAAGAAGAAAATCATGCTCTCACTGGACGAATGGAACGTATGGCACACCATAGGCTCCAGCCGCGCCTCTGAGCGCTGGCAAGTTGCTCCTCCCGAGTTCGAGGACGTGTACACCTTTGAAGACGCGCTGGCCGTCGGCTGTTATCTGATTACGATGCTTAAGCATTCCGACCGTGTGAAGATGGCTTGCCTAGCTCAACTGATCAATACAATTGCTCCGATCATGACGGAGACAGGCGGATCACTCTGGCTACAGACAACTTACTATCCTTTCCTCCATGCTTCCAATTTCGGTAGAGGTACGGTTCTGCAGTCCATCGTTGATTCTCCCAAATACGATACTAAGGATTTTACGGATGTTCCCTATCTTGAATCGGTTAGCGTCTTCGATGAAGAACAGGGCGTTCTGACGATCTTTGCGGTAAATCGGCATCTTGAGGAACCCATGGAACTCAATGTCGACGTCCGCAGCTTTGAGGAGGTTCGTTTAATCGAACATATCGTTCTGGAGAGCGACGACTTGAAGGCGGTCAATACCAAGACCGAGCCGAACCGGGTCGCGCCTCGGTCCGGAGGCCAATCCAAGGTCGATAAAGGACGAGTGCATTCCGTGCTAAGCCGAGCTTCCTGGAACGTCATTCGCTTGGAGACAACAAGAATTTAA	MTIRSNMLIDKHYAVSAVDPRIYGSFIEHLGRAVYGGIYEPGHPTAEADGFRRDALEAIKALKVPIVRYPGGNFVSGYNWEDGVGPKSERKRKLELAWWTTETNEVGTNDFAEWAKLAGTEVMMAVNLGTRGVDDARNFVEYCNHPSGSYWSDLRISHGYRKPHRFKTWCLGNEMDGPWQIGAKTAVEYGRLANEAAKVMRWVDPSIELVACGSSSRGISTFAEWEATVLDLAYEQVDYLSLHAYYNNNEGDTGNFLASSLDLDQFIASVTSICDYVQAKKRSKKKIMLSLDEWNVWHTIGSSRASERWQVAPPEFEDVYTFEDALAVGCYLITMLKHSDRVKMACLAQLINTIAPIMTETGGSLWLQTTYYPFLHASNFGRGTVLQSIVDSPKYDTKDFTDVPYLESVSVFDEEQGVLTIFAVNRHLEEPMELNVDVRSFEEVRLIEHIVLESDDLKAVNTKTEPNRVAPRSGGQSKVDKGRVHSVLSRASWNVIRLETTRI	PGPT0018655_1426	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209	NA	NA
JZ016_06859	909			hypothetical protein	GTGTTGATTTCCACTGATTTGGATTCGCTTCGCGTGTATGAAGCGTTAGCCAGCGAAGTGCGATTAAAAATCATCGAAAAATTGTTTGAGAAAGAGAGACATGTGAAAGAGCTGGCAGCGGAGTTGTTCCTGAGTAACGCGGTCGTCAGCGGGCATATTCGTAAACTTGAAGAGGCCGGCATTGTCGGCAGTAAAATGAAGAGAATAGACGGAGGAACATACAAGGTTTGTTTTGTGAAGTTGGAGTTTCTGCAAATTAAGCTATCTCCAGATGCTCCTGCATCCCTAAGCTTCCACGAGTTATCCCTGCCCATCGGACATTATACGGATTACGAAGTCTGGCCGACCTGCGGCATCGCGACCACGGAGAAGCTTATCGGCCAATATGATAATCCGGCCTGTTTCATCGAGCCGGAGAGAGTGAACGCGGGCATTTTGTGGACCGCCAAAGGCTGGGTGGAATATAAAATTCCGAATTATTTGCATAAGGATCAGCGGCTATATGAGATTGAAATATCGCTGGAGATCGGTTCAGAAGCGCCGCGCGTGAATGAGAATTGGCCTTCAGACATTTGCTTTTTTCTCAATGAGAAGCCTTTAGGGGTATGGAGGAGCCCGGGTGACTTCGGGAAGACGCGGGGACGATTGACGCCGGAATGGTGGCATTCGGACGTGAATCAATACGGTTTATTGAAGGTGCTTCGAATCAAGGAGACAGGCACCTATATCGATGGGCAGAGAATTTCCGACATCGGTCTCTGTGATATTGAGACAAACGCGATGAATTGGACATTTCGAATTGCCGCGGAAGATACGGGACGGGGGCGAGGAGGCCTTACTCTCTATGGCAAAGGCTTCGGCAACTACAATCAAGATATCATCGTTAGAAGCTTTTATACTTACCGATAA	MLISTDLDSLRVYEALASEVRLKIIEKLFEKERHVKELAAELFLSNAVVSGHIRKLEEAGIVGSKMKRIDGGTYKVCFVKLEFLQIKLSPDAPASLSFHELSLPIGHYTDYEVWPTCGIATTEKLIGQYDNPACFIEPERVNAGILWTAKGWVEYKIPNYLHKDQRLYEIEISLEIGSEAPRVNENWPSDICFFLNEKPLGVWRSPGDFGKTRGRLTPEWWHSDVNQYGLLKVLRIKETGTYIDGQRISDIGLCDIETNAMNWTFRIAAEDTGRGRGGLTLYGKGFGNYNQDIIVRSFYTYR				NA	NA	NA	NA	NA
JZ016_06860	381			hypothetical protein	ATGAAAGATAATAACAAAACCTTCACCTACATGTATTCCGCAAAACAACAGGAGGAAGTCAAAAGCATCCTCCAGAAGTATATCCCCAAAGAAGAAGACAAAATGGAACAGTTGCGCAGGCTGGATCAAAGCGCCGAATCGCGCGGAACCTTTATTTCGATTCTGGTCGGTACGGTCGGCGCGCTGCTTCTTGGCCTTGGAATGAGCTGTACGATGGTTTGGGAAGACACGCTGATGCTCCCGGGCATCGTATTTGGGGTTATGGGTATCGTGGGAATAGCGCTGGCCTATCCGTTGTTCATTTCCATCACGAAAAAACAACGCGAGAAGCTGGCACCGGAGATTATGCGGCTTAGCCAAGAGCTGATGGGTGAAAATTGA	MKDNNKTFTYMYSAKQQEEVKSILQKYIPKEEDKMEQLRRLDQSAESRGTFISILVGTVGALLLGLGMSCTMVWEDTLMLPGIVFGVMGIVGIALAYPLFISITKKQREKLAPEIMRLSQELMGEN				NA	NA	NA	NA	NA
JZ016_06861	921			hypothetical protein	ATGAAACGAATTAAAGACAACTTGTCCCGATGGACTCGACCCGGTAAGGTGTGGTCGATGATCCTCGTGATATTGGCGATCGGACTGACCGTTTTCACCCTTTCATGGGAGCAGAATGATCCTGCCTTGACTTACATTTCCTACGGAATTTCCGCTTACGCTCTGACCGTCCTTATCGTGGCTGCCACAGACGGAGGACGAAAGATGAGCTTCATCATCCGCCAAAATCCGCTGATCTCACGCTACTTGAACGACGCCAGACTTCGGGCGAGAATCTCCCTGTATCAAGGGCTGTTCATCAATTCGCTGTTTGCCGTTTTCCATGTTCTGGCGAGCTGGATTTATACCTCTCTCTGGTTTGCCGCCGTGGCGAGCTACCATATTATCTTGAGTGTCATGCGCTTCCTACTGCTGCGCAGCGAACAGATGAGGTCAAGGCTGGAAACGGATGAGGAGAAAATAGCGCACGAGCTGCGACGGTATCGGCTGACAGGCCGGTTGCTGTTTGCCCTGAATATCGCCATGGTCGGTATGATGGTTCAGATGATCGAGAAAAACAAGGGAATTCATTCCCTGGGCCTGGCTATCTACGCCTTTGCCTTGTATACCTTTTACAATTTAACCGTGGCCATCATCAATATGGTAAAATTCCGCAAAATGGATCGCCCTATTTTGTCCGCAGCCAAAATGCTAAGCGTTGCGGGGGCATTGATGTCCATTCTGGCTCTGCAGTCGGCCATGGTGTCCCAGTTCAGCGAGGACCCTTTGTTGCGCCGATACATGAATAGCATAACCGGCACAGGCGTCAGCCTAATGGTAATCGCTATGGCGGTATTTATGGTGATTCGCGCCAATCAGGCGTTAAAGAAGCTTCATTTTAATCATTCTGAAACAAAACGTCATCATTACGATAACGACTGA	MKRIKDNLSRWTRPGKVWSMILVILAIGLTVFTLSWEQNDPALTYISYGISAYALTVLIVAATDGGRKMSFIIRQNPLISRYLNDARLRARISLYQGLFINSLFAVFHVLASWIYTSLWFAAVASYHIILSVMRFLLLRSEQMRSRLETDEEKIAHELRRYRLTGRLLFALNIAMVGMMVQMIEKNKGIHSLGLAIYAFALYTFYNLTVAIINMVKFRKMDRPILSAAKMLSVAGALMSILALQSAMVSQFSEDPLLRRYMNSITGTGVSLMVIAMAVFMVIRANQALKKLHFNHSETKRHHYDND				NA	NA	NA	NA	NA
JZ016_06862	1080	rcsC_16		Sensor histidine kinase RcsC	GTGAAAGGGAAGGAAATGAACAAACTAACGACCCGCAGTCTGTTTTCCTGGTGGAATTATCTGATCTTTTTCCTGGTGATTTCCTTTGTGGTCAGTTGCAGTTTCCTGCTGTTTTTTGCCGGAATGGATATTTCGGAGGCGGAAGTCCGGCTAAACGCGCTAAGGACCTTCGGGAATGTGATTTTCCTGAGCTTGCTTTTTGGCTTGCTTGACGGGATTCGCCGAAAATATACCGTAGAGCTTCCCGTCAAACGTATTCTGGAAGCCACGCGCCGCATCACGCAGGGCGATTTCAAAGCGCGAATCCAGACGATTCATGGACCGGGCAGCAGAAATGAATTCGATATGATCATCGAAAATTTAAATCGGATGGCGAAAGAACTCTCCGGGATCGAGACATTGCGTACAGACTTCATCGCGAATATCTCCCACGAACTGAAGACGCCGCTGGCGGTAATCCAAAATTATTCAACTCTGCTTCAAGCCCCCGCATTGTCAGAAGCGAAAAGAATTGAGTACGCCAAGACGCTCACCTCGGCTTCCCGCCGGCTGTCGGATTTGATCACCAACATTTTGAAGTTGAACAAGCTGGAGAATCAAGAGATTTTCCCGGAGGTCCAAAAATTCAATCTCGGCGAGCAGCTTTCCGAATGCCTGTTGGGGTTTGAAAACATCTGGGAAGAGAAAGAGCTGGAAATCGATACCGACCTTGAAGAAGATATCATGATCGAAGCGGATGCCGAGCTTTTGTCGCTGGTATGGAACAACCTTTTTTCCAATGCCCTGAAATTTACCGAACCGCATGGTAAAATTACCGTCCGTTTGACGGCGGATGAGGATGGGGTTGTGGTTAAGGTCTCGGATACAGGCTGCGGGATGAGCCCGGAGGTAGGAAAGCATATCTTTGAGAAATTCTATCAAGGCGATACATCGCATACGACGCAGGGCAACGGCCTTGGGCTTGCGCTGGTCAAGCGGGTGATTGATATTGTCGGCGGTGAGATTAGGGTGGAGAGCGAAGCGGGAAAAGGAAGCACATTTCTTGTGAAGCTAAGGAGAATCGGTGATGAAACGAATTAA	MKGKEMNKLTTRSLFSWWNYLIFFLVISFVVSCSFLLFFAGMDISEAEVRLNALRTFGNVIFLSLLFGLLDGIRRKYTVELPVKRILEATRRITQGDFKARIQTIHGPGSRNEFDMIIENLNRMAKELSGIETLRTDFIANISHELKTPLAVIQNYSTLLQAPALSEAKRIEYAKTLTSASRRLSDLITNILKLNKLENQEIFPEVQKFNLGEQLSECLLGFENIWEEKELEIDTDLEEDIMIEADAELLSLVWNNLFSNALKFTEPHGKITVRLTADEDGVVVKVSDTGCGMSPEVGKHIFEKFYQGDTSHTTQGNGLGLALVKRVIDIVGGEIRVESEAGKGSTFLVKLRRIGDETN	PGPT0003985_1310	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-ENVELOPE_STRESS_RESPONSE,PGPT0003985-baeS-K07642	NA	NA
JZ016_06863	672	hssR_5		Heme response regulator HssR	ATGTTTAACATATTGGTCACCGAAGATAACAGAGAGTTGAATCACGCCATCTGCTCTTATTTAAATCAAAACGGTTATCAGGCTGTTGGGTGCCTGAACGCAAATGAAGCCTACGACACCATGTATGGCAATCTGTTCGATCTGATCGTCTCCGACATCATGATGCCCGAGGTCGACGGCTTTGAATTTGCCGAAACGATCCGGGGGCTGAATCAAGAGATCCCGATCCTTTTTATAACGGCGCGAGATGATTTCGCCTCCAAACAACGGGGATTTCGCGCGGGAATCGACGACTACATGGTAAAACCGATCGATTTGGATGAATTGCTACTGCGCATTGGCGCTTTGCTGCGCAGAGCGAAGATCGCTTCCAGCAAACGGATCGAAATCGGAAATCTGATCCTCGATGCCGAAGAGCATACGGCCTATTTAAAGGAAGAGGAGATTCCCTTGACCGTTCGGGAGTTCAACCTGTTGTATAAGCTGCTGGCTTATCCGAAGAAAACCTTTACCCGTCTCCAGTTAATGGACGAGTTCTGGGATTCCGAGACCTCCTCCAGCCCCAGAACCGTGGATGTGTATATGACAAAATTGCGGGACAAGTTTTCCGAATGCAGCGAGTTCGAAATCGTCACCGTGCATGGATTGGGATACAAGGCGGTGTTGAAGTGA	MFNILVTEDNRELNHAICSYLNQNGYQAVGCLNANEAYDTMYGNLFDLIVSDIMMPEVDGFEFAETIRGLNQEIPILFITARDDFASKQRGFRAGIDDYMVKPIDLDELLLRIGALLRRAKIASSKRIEIGNLILDAEEHTAYLKEEEIPLTVREFNLLYKLLAYPKKTFTRLQLMDEFWDSETSSSPRTVDVYMTKLRDKFSECSEFEIVTVHGLGYKAVLK	PGPT0002665_1195	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658	NA	NA
JZ016_06864	552			hypothetical protein	TTGGATAAAGGGAGAATTATATATTTGAATGGCGTTACAAGTTCAGGTAAAACTTCAATAGTAGAAGCTATGCAATCTTACTCGAATCCATTTTTTTATGTAGTTGCCAATGATCTTTTTGAAAATACGATTGGTGATAAACATCTACAGACAGATTACTGGAAGTATTTAAGTGAAGTAATAATTGTAATGTACCATACAGCAAAGTTATTTTCGGATAGTGGCAAGCATGTAATAATCGATGGGATACTTGTTGAAAGGCCTGAGTTAAAGCCACATTATGAAAAAGTCAAAGAGATTTTTAATGGGTATCCTTTGGAGATAGTCGAGGTGTACTGTCCTCTAGATCTTTGTCGTAAGCGAAATATAGAGCGTGGTGATAGAAGAGAAGAACAATCAGATGAGCAAAATAAAATAATGTCGCAAAACATTCGTTATAGCTGCTCAGTGGACACGAGTTTGAATACACCAGAAGAATGTGCAGAAATTATTATTACATCATTATTCAAAAAGAATGATAACAGTGTAAACACATCGATTCCCCTAAGATAA	MDKGRIIYLNGVTSSGKTSIVEAMQSYSNPFFYVVANDLFENTIGDKHLQTDYWKYLSEVIIVMYHTAKLFSDSGKHVIIDGILVERPELKPHYEKVKEIFNGYPLEIVEVYCPLDLCRKRNIERGDRREEQSDEQNKIMSQNIRYSCSVDTSLNTPEECAEIIITSLFKKNDNSVNTSIPLR	PGPT0028040_243	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-PHENICOL_RESISTANCE,PGPT0028040-cpt-K18554	NA	NA
JZ016_06865	477			hypothetical protein	ATGGAAATATCAAACAAAAAAATCAATGAAATTCTTAACAAAGAGCATAGTCCTAAATATCATGATAAATCAGAACTAATTGATGTAGCGTGGCCAGACTTGGTGGAAGTAGAAGGTTGCATTTTAATGAAGAAATACACTGAAGATAATATAAAAATTAATATTAGACATATTATTCATCAGTTTGGAGATCGAACTGGATTTGAAGCAAGTGAAAACCATGTTCATATGATAGATATATCAAAAACCTTTAAAAAACATCCTTTAGAAGGGTTGAGGTTTGCAAAGAAGCTATTAGAAATATGGTCTCTTAAACTGAAAATTGATTTTCCAGATTATGAATTTATACTTATCTTAACTTATCATGATGATGACACAATTTTACGGTTTCATAGATTAAGAGAATCAGAAGAGACTTGGATAAACATTAATGATATAGAGGATTTTGAAGAAGGGATTATGATTAGGAAAGTGTAG	MEISNKKINEILNKEHSPKYHDKSELIDVAWPDLVEVEGCILMKKYTEDNIKINIRHIIHQFGDRTGFEASENHVHMIDISKTFKKHPLEGLRFAKKLLEIWSLKLKIDFPDYEFILILTYHDDDTILRFHRLRESEETWININDIEDFEEGIMIRKV				NA	NA	NA	NA	NA
JZ016_06866	447			hypothetical protein	ATGTATAAGAAGTATGAAATTAAGTATCCTAGATCAGAGTATGTCCAAGTGATTATTTCTATTTTAATTACTTCAATACTAATACAAGTGCTTCGAATAGATAATTTATTATCTGTTATTTGTGTGGTTATATTATTATTAGGTAACATAGTCCGAGTAGTAATGCTATTGAAGAGGATATTAAGAAAAAATAGTGAGCTGGAAATTACAGAAAATACAATTAGGCTTAATCAAGCTAAAGTATCAGTACAACAAATCGAAAAGATTATAATAGAAGGTTATTTTGTACAGAGTATCGGTATCAAGTTATACGGAAGAAAATTAGTTTCAATGGATTTTCATTTTAGATTTAAGAATAACGAGGAAATAAATATTGAAGAATTAAAGCAATGGGCAAATAGGAACAGGATAAAAGTAACTAGTGGAAGAATATTCAGATGGATATAG	MYKKYEIKYPRSEYVQVIISILITSILIQVLRIDNLLSVICVVILLLGNIVRVVMLLKRILRKNSELEITENTIRLNQAKVSVQQIEKIIIEGYFVQSIGIKLYGRKLVSMDFHFRFKNNEEINIEELKQWANRNRIKVTSGRIFRWI				NA	NA	NA	NA	NA
JZ016_06867	519			hypothetical protein	ATGAAAAGAATCATGATAATTGGATCTGGAGGATCAGGGAAATCTACATTCTCAAGTAAACTCTCTGAAGTCTTAGGCTTACCATTGTATCATTTAGATGCGTATTATTGGAAACCTGGATGGGTTGCAACCCCTAATCACGAATGGGATGAATTTCAAAGAGAGCTTATACAAAATGATGAATGGATTATTGATGGAAATTATAATCGAACAATAGATATTAGAATTTCTAGAGCAGATACAATAATTTTCTTTGATTTACCTCCGTGGATAACTACGTATAGAGTCATTAAACGAAGAATTATATACCATGGAAGAACAAGACCAGATCTGAATGAGGGATGTCCTGAGCAATTAGATTGGGAATTCATGAAGTGGGTATGGAATTTTAGAAAATATAAAAGACCAGGAATACTCGAAAAGTTAAAAAAATATGAAAAAGAAAAAAATATAATAATACTTAAAACACCAAGGGAAGTAACTAATCTAATAGACAAATTAAATAATAAATATGAATAA	MKRIMIIGSGGSGKSTFSSKLSEVLGLPLYHLDAYYWKPGWVATPNHEWDEFQRELIQNDEWIIDGNYNRTIDIRISRADTIIFFDLPPWITTYRVIKRRIIYHGRTRPDLNEGCPEQLDWEFMKWVWNFRKYKRPGILEKLKKYEKEKNIIILKTPREVTNLIDKLNNKYE				NA	NA	NA	NA	NA
JZ016_06868	759			hypothetical protein	ATGGATTCCGCTAACAAATGCACCATTTTGTTACTAGGTACATATCATATGGGCAATCCTGGACTAGATATGCACAATGTTAAGTCTGATGACGTCTTGGCACTAAAAAGACAAAAGGAGATTTATGAGGTTGTCGATAGACTTAAACGATTTAATCCAACGAAAATCGCAATTGAAGCTCTCGCTGATGAACATGAGGCATATAATAATCAGTATCTCTCATATTTGTCAGGTGAATTTACTCTCGGGGCAAATGAAATTCATCAATTAGGTTTCCGTACTGCGGCTGATCTTGGTCATGATAGAATTTACCCTATCGATTGGAATGAATGGTATGGAGGGGTTGCACTAGGACATGTTTATGAATATGCACAATCAAACATGCCTGAGCTCTATCAACGGTTAAATTCTAATAACCAGGAAAAAGCAGAGGCTCTTCAAAAGTCAATGAAAGAAAAAACAGTAAGGGAACTTCTGATGACAGGTAATACTCCTAGTGCAATACAAGGGGACCATGAAACGTATATGACTGTTGCGCGAGTTGGAGATGGTAAAAACAATATAGGAATTGATTGGCTCTGTAATTACTGGTATCGTCGAAATTTAATTATCTATTCTAATATTTCACGAATTTCATCCCATCAAGATAGAATTCTTGTGATTTATGGCTCCGGACATATCCACTTACTCACCCAATTTATTAAAGAGAGTGGTCTTTTTTTACTTGAATCTGTAGAAAAATATCTAGGAGACCGTTAG	MDSANKCTILLLGTYHMGNPGLDMHNVKSDDVLALKRQKEIYEVVDRLKRFNPTKIAIEALADEHEAYNNQYLSYLSGEFTLGANEIHQLGFRTAADLGHDRIYPIDWNEWYGGVALGHVYEYAQSNMPELYQRLNSNNQEKAEALQKSMKEKTVRELLMTGNTPSAIQGDHETYMTVARVGDGKNNIGIDWLCNYWYRRNLIIYSNISRISSHQDRILVIYGSGHIHLLTQFIKESGLFLLESVEKYLGDR				NA	NA	NA	NA	NA
JZ016_06869	210			hypothetical protein	GTGGCCGGCATTTATAAACTGGTGGCTGTGAAAGAATTCGAAAATCAAGCCGGAAGAGAGATAAAACCATTTAAGTTACATGTCGATTTAGTATATACAGGATTGAAAGAACCAATTGAAGTGAATAACCAATTCATAATAATGCCCATTAAAGCTGAGTATTTATTGAAGAAAAATTGGTGGATTAAGAGGTTTAAAGAGCATTATTGA	MAGIYKLVAVKEFENQAGREIKPFKLHVDLVYTGLKEPIEVNNQFIIMPIKAEYLLKKNWWIKRFKEHY				NA	NA	NA	NA	NA